diff -Nrcpad gcc-7.1.0/ChangeLog gcc-7.2.0/ChangeLog
*** gcc-7.1.0/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/INSTALL/binaries.html gcc-7.2.0/INSTALL/binaries.html
*** gcc-7.1.0/INSTALL/binaries.html	Tue May  2 12:44:01 2017
--- gcc-7.2.0/INSTALL/binaries.html	Mon Aug 14 08:03:32 2017
***************
*** 1,150 ****
! <!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN" "http://www.w3.org/TR/html4/loose.dtd">
! <html>
! <!-- Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
! Permission is granted to copy, distribute and/or modify this document
  under the terms of the GNU Free Documentation License, Version 1.3 or
  any later version published by the Free Software Foundation; with no
  Invariant Sections, the Front-Cover texts being (a) (see below), and
  with the Back-Cover Texts being (b) (see below).  A copy of the
! license is included in the section entitled "GNU
! Free Documentation License".
  
  (a) The FSF's Front-Cover Text is:
  
! A GNU Manual
  
  (b) The FSF's Back-Cover Text is:
  
! You have freedom to copy and modify this GNU Manual, like GNU
       software.  Copies published by the Free Software Foundation raise
!      funds for GNU development. -->
! <!-- Created by GNU Texinfo 6.1, http://www.gnu.org/software/texinfo/ -->
! <head>
! <title>Installing GCC</title>
! 
! <meta name="description" content="Installing GCC">
! <meta name="keywords" content="Installing GCC">
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! </style>
! 
! 
  </head>
! 
! <body lang="en">
! <h1 class="settitle" align="center">Installing GCC</h1>
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! <a name="index-Binaries"></a>
! <a name="index-Installing-GCC_003a-Binaries"></a>
! 
! <p>We are often asked about pre-compiled versions of GCC.  While we cannot
! provide these for all platforms, below you&rsquo;ll find links to binaries for
  various platforms where creating them by yourself is not easy due to various
  reasons.
! </p>
! <p>Please note that we did not create these binaries, nor do we
  support them.  If you have any problems installing them, please
  contact their makers.
- </p>
- <ul>
- <li> AIX:
- <ul>
- <li> <a href="http://www.bullfreeware.com">Bull&rsquo;s Open Source Software Archive for
- for AIX 5L and AIX 6</a>;
  
! </li><li> <a href="http://www.perzl.org/aix/">AIX Open Source Packages (AIX5L AIX 6.1
! AIX 7.1)</a>.
! </li></ul>
  
! </li><li> DOS&mdash;<a href="http://www.delorie.com/djgpp/">DJGPP</a>.
  
! </li><li> HP-UX:
! <ul>
! <li> <a href="http://hpux.connect.org.uk/">HP-UX Porting Center</a>;
! </li></ul>
  
! </li><li> Solaris 2 (SPARC, Intel):
! <ul>
! <li> <a href="https://www.opencsw.org/">OpenCSW</a>
  
! </li><li> <a href="http://jupiterrise.com/tgcware/">TGCware</a>
! </li></ul>
  
! </li><li> Microsoft Windows:
! <ul>
! <li> The <a href="https://sourceware.org/cygwin/">Cygwin</a> project;
! </li><li> The <a href="http://www.mingw.org/">MinGW</a> and
! <a href="http://mingw-w64.org/doku.php">mingw-w64</a> projects.
! </li></ul>
  
! </li><li> <a href="http://www.openpkg.org/">OpenPKG</a> offers binaries for quite a
  number of platforms.
  
! </li><li> The <a href="http://gcc.gnu.org/wiki/GFortranBinaries">GFortran Wiki</a> has
! links to GNU Fortran binaries for several platforms.
! </li></ul>
  
! <hr />
! <p>
  <p><a href="./index.html">Return to the GCC Installation page</a>
- </p>
- 
- 
- 
- 
- 
  
  
- </body>
- </html>
--- 1,98 ----
! <html lang="en">
! <head>
! <title>Installing GCC: Binaries</title>
! <meta http-equiv="Content-Type" content="text/html">
! <meta name="description" content="Installing GCC: Binaries">
! <meta name="generator" content="makeinfo 4.13">
! <link title="Top" rel="top" href="#Top">
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! <!--
! Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
!    Permission is granted to copy, distribute and/or modify this document
  under the terms of the GNU Free Documentation License, Version 1.3 or
  any later version published by the Free Software Foundation; with no
  Invariant Sections, the Front-Cover texts being (a) (see below), and
  with the Back-Cover Texts being (b) (see below).  A copy of the
! license is included in the section entitled "GNU Free Documentation License".
  
  (a) The FSF's Front-Cover Text is:
  
!      A GNU Manual
  
  (b) The FSF's Back-Cover Text is:
  
!      You have freedom to copy and modify this GNU Manual, like GNU
       software.  Copies published by the Free Software Foundation raise
!      funds for GNU development.-->
! <meta http-equiv="Content-Style-Type" content="text/css">
! <style type="text/css"><!--
!   pre.display { font-family:inherit }
!   pre.format  { font-family:inherit }
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!   pre.smallexample { font-size:smaller }
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!   span.roman { font-family:serif; font-weight:normal; } 
!   span.sansserif { font-family:sans-serif; font-weight:normal; } 
! --></style>
  </head>
! <body>
! <h1 class="settitle">Installing GCC: Binaries</h1>
! <a name="index-Binaries-1"></a><a name="index-Installing-GCC_003a-Binaries-2"></a>
! We are often asked about pre-compiled versions of GCC.  While we cannot
! provide these for all platforms, below you'll find links to binaries for
  various platforms where creating them by yourself is not easy due to various
  reasons.
! 
!    <p>Please note that we did not create these binaries, nor do we
  support them.  If you have any problems installing them, please
  contact their makers.
  
!      <ul>
! <li>AIX:
!           <ul>
! <li><a href="http://www.bullfreeware.com">Bull's Open Source Software Archive for for AIX 5L and AIX 6</a>;
  
!           <li><a href="http://www.perzl.org/aix/">AIX Open Source Packages (AIX5L AIX 6.1 AIX 7.1)</a>. 
! </ul>
  
!      <li>DOS&mdash;<a href="http://www.delorie.com/djgpp/">DJGPP</a>.
  
!      <li>HP-UX:
!           <ul>
! <li><a href="http://hpux.connect.org.uk/">HP-UX Porting Center</a>;
! </ul>
  
!      <li>Solaris 2 (SPARC, Intel):
!           <ul>
! <li><a href="https://www.opencsw.org/">OpenCSW</a>
  
!           <li><a href="http://jupiterrise.com/tgcware/">TGCware</a>
! </ul>
  
!      <li>Microsoft Windows:
!           <ul>
! <li>The <a href="https://sourceware.org/cygwin/">Cygwin</a> project;
! <li>The <a href="http://www.mingw.org/">MinGW</a> and
! <a href="http://mingw-w64.org/doku.php">mingw-w64</a> projects. 
! </ul>
! 
!      <li><a href="http://www.openpkg.org/">OpenPKG</a> offers binaries for quite a
  number of platforms.
  
!      <li>The <a href="http://gcc.gnu.org/wiki/GFortranBinaries">GFortran Wiki</a> has
! links to GNU Fortran binaries for several platforms. 
! </ul>
  
!    <p><hr />
  <p><a href="./index.html">Return to the GCC Installation page</a>
  
+ <!-- ***Specific**************************************************************** -->
+ <!-- ***Old documentation****************************************************** -->
+ <!-- ***GFDL******************************************************************** -->
+ <!-- *************************************************************************** -->
+ <!-- Part 6 The End of the Document -->
+ </body></html>
  
diff -Nrcpad gcc-7.1.0/INSTALL/build.html gcc-7.2.0/INSTALL/build.html
*** gcc-7.1.0/INSTALL/build.html	Tue May  2 12:44:00 2017
--- gcc-7.2.0/INSTALL/build.html	Mon Aug 14 08:03:32 2017
***************
*** 1,471 ****
! <!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN" "http://www.w3.org/TR/html4/loose.dtd">
! <html>
! <!-- Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
! Permission is granted to copy, distribute and/or modify this document
  under the terms of the GNU Free Documentation License, Version 1.3 or
  any later version published by the Free Software Foundation; with no
  Invariant Sections, the Front-Cover texts being (a) (see below), and
  with the Back-Cover Texts being (b) (see below).  A copy of the
! license is included in the section entitled "GNU
! Free Documentation License".
  
  (a) The FSF's Front-Cover Text is:
  
! A GNU Manual
  
  (b) The FSF's Back-Cover Text is:
  
! You have freedom to copy and modify this GNU Manual, like GNU
       software.  Copies published by the Free Software Foundation raise
!      funds for GNU development. -->
! <!-- Created by GNU Texinfo 6.1, http://www.gnu.org/software/texinfo/ -->
! <head>
! <title>Installing GCC</title>
! 
! <meta name="description" content="Installing GCC">
! <meta name="keywords" content="Installing GCC">
! <meta name="resource-type" content="document">
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! div.display {margin-left: 3.2em}
! div.example {margin-left: 3.2em}
! div.lisp {margin-left: 3.2em}
! div.smalldisplay {margin-left: 3.2em}
! div.smallexample {margin-left: 3.2em}
! div.smalllisp {margin-left: 3.2em}
! kbd {font-style: oblique}
! pre.display {font-family: inherit}
! pre.format {font-family: inherit}
! pre.menu-comment {font-family: serif}
! pre.menu-preformatted {font-family: serif}
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! pre.smallexample {font-size: smaller}
! pre.smallformat {font-family: inherit; font-size: smaller}
! pre.smalllisp {font-size: smaller}
! span.nolinebreak {white-space: nowrap}
! span.roman {font-family: initial; font-weight: normal}
! span.sansserif {font-family: sans-serif; font-weight: normal}
! ul.no-bullet {list-style: none}
! -->
! </style>
! 
! 
  </head>
! 
! <body lang="en">
! <h1 class="settitle" align="center">Installing GCC</h1>
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! <a name="index-Installing-GCC_003a-Building"></a>
! 
! <p>Now that GCC is configured, you are ready to build the compiler and
  runtime libraries.
! </p>
! <p>Some commands executed when making the compiler may fail (return a
! nonzero status) and be ignored by <code>make</code>.  These failures, which
  are often due to files that were not found, are expected, and can safely
  be ignored.
! </p>
! <p>It is normal to have compiler warnings when compiling certain files.
  Unless you are a GCC developer, you can generally ignore these warnings
  unless they cause compilation to fail.  Developers should attempt to fix
  any warnings encountered, however they can temporarily continue past
  warnings-as-errors by specifying the configure flag
! <samp>--disable-werror</samp>.
! </p>
! <p>On certain old systems, defining certain environment variables such as
! <code>CC</code> can interfere with the functioning of <code>make</code>.
! </p>
! <p>If you encounter seemingly strange errors when trying to build the
  compiler in a directory other than the source directory, it could be
  because you have previously configured the compiler in the source
  directory.  Make sure you have done all the necessary preparations.
! </p>
! <p>If you build GCC on a BSD system using a directory stored in an old System
! V file system, problems may occur in running <code>fixincludes</code> if the
! System V file system doesn&rsquo;t support symbolic links.  These problems
  result in a failure to fix the declaration of <code>size_t</code> in
! <samp>sys/types.h</samp>.  If you find that <code>size_t</code> is a signed type and
  that type mismatches occur, this could be the cause.
! </p>
! <p>The solution is not to use such a directory for building GCC.
! </p>
! <p>Similarly, when building from SVN or snapshots, or if you modify
! <samp>*.l</samp> files, you need the Flex lexical analyzer generator
! installed.  If you do not modify <samp>*.l</samp> files, releases contain
  the Flex-generated files and you do not need Flex installed to build
  them.  There is still one Flex-based lexical analyzer (part of the
  build machinery, not of GCC itself) that is used even if you only
  build the C front end.
! </p>
! <p>When building from SVN or snapshots, or if you modify Texinfo
  documentation, you need version 4.7 or later of Texinfo installed if you
  want Info documentation to be regenerated.  Releases contain Info
  documentation pre-built for the unmodified documentation in the release.
! </p>
! <a name="Building-a-native-compiler"></a>
! <h3 class="section">Building a native compiler</h3>
  
  <p>For a native build, the default configuration is to perform
! a 3-stage bootstrap of the compiler when &lsquo;<samp>make</samp>&rsquo; is invoked.
  This will build the entire GCC system and ensure that it compiles
! itself correctly.  It can be disabled with the <samp>--disable-bootstrap</samp>
! parameter to &lsquo;<samp>configure</samp>&rsquo;, but bootstrapping is suggested because
  the compiler will be tested more completely and could also have
  better performance.
- </p>
- <p>The bootstrapping process will complete the following steps:
- </p>
- <ul>
- <li> Build tools necessary to build the compiler.
  
! </li><li> Perform a 3-stage bootstrap of the compiler.  This includes building
  three times the target tools for use by the compiler such as binutils
  (bfd, binutils, gas, gprof, ld, and opcodes) if they have been
  individually linked or moved into the top level GCC source tree before
  configuring.
  
! </li><li> Perform a comparison test of the stage2 and stage3 compilers.
  
! </li><li> Build runtime libraries using the stage3 compiler from the previous step.
  
! </li></ul>
  
! <p>If you are short on disk space you might consider &lsquo;<samp>make
! bootstrap-lean</samp>&rsquo; instead.  The sequence of compilation is the
  same described above, but object files from the stage1 and
  stage2 of the 3-stage bootstrap of the compiler are deleted as
  soon as they are no longer needed.
! </p>
! <p>If you wish to use non-default GCC flags when compiling the stage2
  and stage3 compilers, set <code>BOOT_CFLAGS</code> on the command line when
! doing &lsquo;<samp>make</samp>&rsquo;.  For example, if you want to save additional space
  during the bootstrap and in the final installation as well, you can
  build the compiler binaries without debugging information as in the
  following example.  This will save roughly 40% of disk space both for
  the bootstrap and the final installation.  (Libraries will still contain
  debugging information.)
- </p>
- <div class="smallexample">
- <pre class="smallexample">make BOOT_CFLAGS='-O' bootstrap
- </pre></div>
  
! <p>You can place non-default optimization flags into <code>BOOT_CFLAGS</code>; they
! are less well tested here than the default of &lsquo;<samp>-g -O2</samp>&rsquo;, but should
  still work.  In a few cases, you may find that you need to specify special
! flags such as <samp>-msoft-float</samp> here to complete the bootstrap; or,
  if the native compiler miscompiles the stage1 compiler, you may need
  to work around this, by choosing <code>BOOT_CFLAGS</code> to avoid the parts
! of the stage1 compiler that were miscompiled, or by using &lsquo;<samp>make
! bootstrap4</samp>&rsquo; to increase the number of stages of bootstrap.
! </p>
! <p><code>BOOT_CFLAGS</code> does not apply to bootstrapped target libraries.
  Since these are always compiled with the compiler currently being
  bootstrapped, you can use <code>CFLAGS_FOR_TARGET</code> to modify their
! compilation flags, as for non-bootstrapped target libraries.
  Again, if the native compiler miscompiles the stage1 compiler, you may
  need to work around this by avoiding non-working parts of the stage1
  compiler.  Use <code>STAGE1_TFLAGS</code> to this end.
! </p>
! <p>If you used the flag <samp>--enable-languages=&hellip;</samp> to restrict
! the compilers to be built, only those you&rsquo;ve actually enabled will be
  built.  This will of course only build those runtime libraries, for
  which the particular compiler has been built.  Please note,
! that re-defining <code>LANGUAGES</code> when calling &lsquo;<samp>make</samp>&rsquo;
  <strong>does not</strong> work anymore!
! </p>
! <p>If the comparison of stage2 and stage3 fails, this normally indicates
  that the stage2 compiler has compiled GCC incorrectly, and is therefore
  a potentially serious bug which you should investigate and report.  (On
  a few systems, meaningful comparison of object files is impossible; they
  always appear &ldquo;different&rdquo;.  If you encounter this problem, you will
! need to disable comparison in the <samp>Makefile</samp>.)
! </p>
! <p>If you do not want to bootstrap your compiler, you can configure with
! <samp>--disable-bootstrap</samp>.  In particular cases, you may want to
  bootstrap your compiler even if the target system is not the same as
  the one you are building on: for example, you could build a
  <code>powerpc-unknown-linux-gnu</code> toolchain on a
  <code>powerpc64-unknown-linux-gnu</code> host.  In this case, pass
! <samp>--enable-bootstrap</samp> to the configure script.
! </p>
! <p><code>BUILD_CONFIG</code> can be used to bring in additional customization
! to the build.  It can be set to a whitespace-separated list of names.
! For each such <code>NAME</code>, top-level <samp>config/<code>NAME</code>.mk</samp> will
! be included by the top-level <samp>Makefile</samp>, bringing in any settings
  it contains.  The default <code>BUILD_CONFIG</code> can be set using the
! configure option <samp>--with-build-config=<code>NAME</code>...</samp>.  Some
  examples of supported build configurations are:
! </p>
! <dl compact="compact">
! <dt>&lsquo;<samp>bootstrap-O1</samp>&rsquo;</dt>
! <dd><p>Removes any <samp>-O</samp>-started option from <code>BOOT_CFLAGS</code>, and adds
! <samp>-O1</samp> to it.  &lsquo;<samp>BUILD_CONFIG=bootstrap-O1</samp>&rsquo; is equivalent to
! &lsquo;<samp>BOOT_CFLAGS='-g -O1'</samp>&rsquo;.
! </p>
! </dd>
! <dt>&lsquo;<samp>bootstrap-O3</samp>&rsquo;</dt>
! <dd><p>Analogous to <code>bootstrap-O1</code>.
! </p>
! </dd>
! <dt>&lsquo;<samp>bootstrap-lto</samp>&rsquo;</dt>
! <dd><p>Enables Link-Time Optimization for host tools during bootstrapping.
! &lsquo;<samp>BUILD_CONFIG=bootstrap-lto</samp>&rsquo; is equivalent to adding
! <samp>-flto</samp> to &lsquo;<samp>BOOT_CFLAGS</samp>&rsquo;.  This option assumes that the host
  supports the linker plugin (e.g. GNU ld version 2.21 or later or GNU gold
  version 2.21 or later).
! </p>
! </dd>
! <dt>&lsquo;<samp>bootstrap-lto-noplugin</samp>&rsquo;</dt>
! <dd><p>This option is similar to <code>bootstrap-lto</code>, but is intended for
! hosts that do not support the linker plugin.  Without the linker plugin 
! static libraries are not compiled with link-time optimizations.  Since 
! the GCC middle end and back end are in <samp>libbackend.a</samp> this means
  that only the front end is actually LTO optimized.
! </p>
! </dd>
! <dt>&lsquo;<samp>bootstrap-debug</samp>&rsquo;</dt>
! <dd><p>Verifies that the compiler generates the same executable code, whether
  or not it is asked to emit debug information.  To this end, this
  option builds stage2 host programs without debug information, and uses
! <samp>contrib/compare-debug</samp> to compare them with the stripped stage3
  object files.  If <code>BOOT_CFLAGS</code> is overridden so as to not enable
! debug information, stage2 will have it, and stage3 won&rsquo;t.  This option
  is enabled by default when GCC bootstrapping is enabled, if
  <code>strip</code> can turn object files compiled with and without debug
  info into identical object files.  In addition to better test
  coverage, this option makes default bootstraps faster and leaner.
! </p>
! </dd>
! <dt>&lsquo;<samp>bootstrap-debug-big</samp>&rsquo;</dt>
! <dd><p>Rather than comparing stripped object files, as in
  <code>bootstrap-debug</code>, this option saves internal compiler dumps
  during stage2 and stage3 and compares them as well, which helps catch
  additional potential problems, but at a great cost in terms of disk
! space.  It can be specified in addition to &lsquo;<samp>bootstrap-debug</samp>&rsquo;.
! </p>
! </dd>
! <dt>&lsquo;<samp>bootstrap-debug-lean</samp>&rsquo;</dt>
! <dd><p>This option saves disk space compared with <code>bootstrap-debug-big</code>,
  but at the expense of some recompilation.  Instead of saving the dumps
  of stage2 and stage3 until the final compare, it uses
! <samp>-fcompare-debug</samp> to generate, compare and remove the dumps
  during stage3, repeating the compilation that already took place in
  stage2, whose dumps were not saved.
! </p>
! </dd>
! <dt>&lsquo;<samp>bootstrap-debug-lib</samp>&rsquo;</dt>
! <dd><p>This option tests executable code invariance over debug information
  generation on target libraries, just like <code>bootstrap-debug-lean</code>
  tests it on host programs.  It builds stage3 libraries with
! <samp>-fcompare-debug</samp>, and it can be used along with any of the
  <code>bootstrap-debug</code> options above.
! </p>
! <p>There aren&rsquo;t <code>-lean</code> or <code>-big</code> counterparts to this option
  because most libraries are only build in stage3, so bootstrap compares
  would not get significant coverage.  Moreover, the few libraries built
! in stage2 are used in stage3 host programs, so we wouldn&rsquo;t want to
  compile stage2 libraries with different options for comparison purposes.
! </p>
! </dd>
! <dt>&lsquo;<samp>bootstrap-debug-ckovw</samp>&rsquo;</dt>
! <dd><p>Arranges for error messages to be issued if the compiler built on any
! stage is run without the option <samp>-fcompare-debug</samp>.  This is
! useful to verify the full <samp>-fcompare-debug</samp> testing coverage.  It
  must be used along with <code>bootstrap-debug-lean</code> and
  <code>bootstrap-debug-lib</code>.
! </p>
! </dd>
! <dt>&lsquo;<samp>bootstrap-time</samp>&rsquo;</dt>
! <dd><p>Arranges for the run time of each program started by the GCC driver,
! built in any stage, to be logged to <samp>time.log</samp>, in the top level of
  the build tree.
- </p>
- </dd>
- </dl>
  
! <a name="Building-a-cross-compiler"></a>
! <h3 class="section">Building a cross compiler</h3>
  
  <p>When building a cross compiler, it is not generally possible to do a
  3-stage bootstrap of the compiler.  This makes for an interesting problem
  as parts of GCC can only be built with GCC.
! </p>
! <p>To build a cross compiler, we recommend first building and installing a
  native compiler.  You can then use the native GCC compiler to build the
  cross compiler.  The installed native compiler needs to be GCC version
  2.95 or later.
! </p>
! <p>Assuming you have already installed a native copy of GCC and configured
! your cross compiler, issue the command <code>make</code>, which performs the
  following steps:
- </p>
- <ul>
- <li> Build host tools necessary to build the compiler.
  
! </li><li> Build target tools for use by the compiler such as binutils (bfd,
  binutils, gas, gprof, ld, and opcodes)
  if they have been individually linked or moved into the top level GCC source
  tree before configuring.
  
! </li><li> Build the compiler (single stage only).
  
! </li><li> Build runtime libraries using the compiler from the previous step.
! </li></ul>
  
! <p>Note that if an error occurs in any step the make process will exit.
! </p>
! <p>If you are not building GNU binutils in the same source tree as GCC,
  you will need a cross-assembler and cross-linker installed before
  configuring GCC.  Put them in the directory
! <samp><var>prefix</var>/<var>target</var>/bin</samp>.  Here is a table of the tools
  you should put in this directory:
! </p>
! <dl compact="compact">
! <dt><samp>as</samp></dt>
! <dd><p>This should be the cross-assembler.
! </p>
! </dd>
! <dt><samp>ld</samp></dt>
! <dd><p>This should be the cross-linker.
! </p>
! </dd>
! <dt><samp>ar</samp></dt>
! <dd><p>This should be the cross-archiver: a program which can manipulate
! archive files (linker libraries) in the target machine&rsquo;s format.
! </p>
! </dd>
! <dt><samp>ranlib</samp></dt>
! <dd><p>This should be a program to construct a symbol table in an archive file.
! </p></dd>
  </dl>
  
! <p>The installation of GCC will find these programs in that directory,
  and copy or link them to the proper place to for the cross-compiler to
  find them when run later.
! </p>
! <p>The easiest way to provide these files is to build the Binutils package.
! Configure it with the same <samp>--host</samp> and <samp>--target</samp>
  options that you use for configuring GCC, then build and install
  them.  They install their executables automatically into the proper
  directory.  Alas, they do not support all the targets that GCC
  supports.
! </p>
! <p>If you are not building a C library in the same source tree as GCC,
  you should also provide the target libraries and headers before
  configuring GCC, specifying the directories with
! <samp>--with-sysroot</samp> or <samp>--with-headers</samp> and
! <samp>--with-libs</samp>.  Many targets also require &ldquo;start files&rdquo; such
! as <samp>crt0.o</samp> and
! <samp>crtn.o</samp> which are linked into each executable.  There may be several
! alternatives for <samp>crt0.o</samp>, for use with profiling or other
! compilation options.  Check your target&rsquo;s definition of
  <code>STARTFILE_SPEC</code> to find out what start files it uses.
! </p>
! <a name="Building-in-parallel"></a>
! <h3 class="section">Building in parallel</h3>
  
  <p>GNU Make 3.80 and above, which is necessary to build GCC, support
! building in parallel.  To activate this, you can use &lsquo;<samp>make -j 2</samp>&rsquo;
! instead of &lsquo;<samp>make</samp>&rsquo;.  You can also specify a bigger number, and
  in most cases using a value greater than the number of processors in
  your machine will result in fewer and shorter I/O latency hits, thus
  improving overall throughput; this is especially true for slow drives
  and network filesystems.
! </p>
! <a name="Building-the-Ada-compiler"></a>
! <h3 class="section">Building the Ada compiler</h3>
  
  <p>In order to build GNAT, the Ada compiler, you need a working GNAT
! compiler (GCC version 4.0 or later).
! This includes GNAT tools such as <code>gnatmake</code> and
! <code>gnatlink</code>, since the Ada front end is written in Ada and
  uses some GNAT-specific extensions.
! </p>
! <p>In order to build a cross compiler, it is suggested to install
  the new compiler as native first, and then use it to build the cross
  compiler.
! </p>
! <p><code>configure</code> does not test whether the GNAT installation works
  and has a sufficiently recent version; if too old a GNAT version is
! installed, the build will fail unless <samp>--enable-languages</samp> is
  used to disable building the Ada front end.
! </p>
! <p><code>ADA_INCLUDE_PATH</code> and <code>ADA_OBJECT_PATH</code> environment variables
  must not be set when building the Ada compiler, the Ada tools, or the
  Ada runtime libraries. You can check that your build environment is clean
! by verifying that &lsquo;<samp>gnatls -v</samp>&rsquo; lists only one explicit path in each
  section.
! </p>
! <a name="Building-with-profile-feedback"></a>
! <h3 class="section">Building with profile feedback</h3>
  
  <p>It is possible to use profile feedback to optimize the compiler itself.  This
  should result in a faster compiler binary.  Experiments done on x86 using gcc
  3.3 showed approximately 7 percent speedup on compiling C programs.  To
  bootstrap the compiler with profile feedback, use <code>make profiledbootstrap</code>.
! </p>
! <p>When &lsquo;<samp>make profiledbootstrap</samp>&rsquo; is run, it will first build a <code>stage1</code>
  compiler.  This compiler is used to build a <code>stageprofile</code> compiler
  instrumented to collect execution counts of instruction and branch
! probabilities.  Then runtime libraries are compiled with profile collected.
  Finally a <code>stagefeedback</code> compiler is built using the information collected.
! </p>
! <p>Unlike standard bootstrap, several additional restrictions apply.  The
! compiler used to build <code>stage1</code> needs to support a 64-bit integral type.
  It is recommended to only use GCC for this.
! </p>
! <p>On Linux/x86_64 hosts with some restrictions (no virtualization) it is
! also possible to do autofdo build with &lsquo;<samp>make
! autoprofiledback</samp>&rsquo;. This uses Linux perf to sample branches in the
! binary and then rebuild it with feedback derived from the profile.
  Linux perf and the <code>autofdo</code> toolkit needs to be installed for
  this.
! </p>
! <p>Only the profile from the current build is used, so when an error
  occurs it is recommended to clean before restarting. Otherwise
  the code quality may be much worse.
- </p>
- <hr />
- <p>
- <p><a href="./index.html">Return to the GCC Installation page</a>
- </p>
- 
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- 
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- <hr>
  
  
  
- </body>
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! <body>
! <h1 class="settitle">Installing GCC: Building</h1>
! <a name="index-Installing-GCC_003a-Building-1"></a>
! Now that GCC is configured, you are ready to build the compiler and
  runtime libraries.
! 
!    <p>Some commands executed when making the compiler may fail (return a
! nonzero status) and be ignored by <samp><span class="command">make</span></samp>.  These failures, which
  are often due to files that were not found, are expected, and can safely
  be ignored.
! 
!    <p>It is normal to have compiler warnings when compiling certain files. 
  Unless you are a GCC developer, you can generally ignore these warnings
  unless they cause compilation to fail.  Developers should attempt to fix
  any warnings encountered, however they can temporarily continue past
  warnings-as-errors by specifying the configure flag
! <samp><span class="option">--disable-werror</span></samp>.
! 
!    <p>On certain old systems, defining certain environment variables such as
! <samp><span class="env">CC</span></samp> can interfere with the functioning of <samp><span class="command">make</span></samp>.
! 
!    <p>If you encounter seemingly strange errors when trying to build the
  compiler in a directory other than the source directory, it could be
  because you have previously configured the compiler in the source
  directory.  Make sure you have done all the necessary preparations.
! 
!    <p>If you build GCC on a BSD system using a directory stored in an old System
! V file system, problems may occur in running <samp><span class="command">fixincludes</span></samp> if the
! System V file system doesn't support symbolic links.  These problems
  result in a failure to fix the declaration of <code>size_t</code> in
! <samp><span class="file">sys/types.h</span></samp>.  If you find that <code>size_t</code> is a signed type and
  that type mismatches occur, this could be the cause.
! 
!    <p>The solution is not to use such a directory for building GCC.
! 
!    <p>Similarly, when building from SVN or snapshots, or if you modify
! <samp><span class="file">*.l</span></samp> files, you need the Flex lexical analyzer generator
! installed.  If you do not modify <samp><span class="file">*.l</span></samp> files, releases contain
  the Flex-generated files and you do not need Flex installed to build
  them.  There is still one Flex-based lexical analyzer (part of the
  build machinery, not of GCC itself) that is used even if you only
  build the C front end.
! 
!    <p>When building from SVN or snapshots, or if you modify Texinfo
  documentation, you need version 4.7 or later of Texinfo installed if you
  want Info documentation to be regenerated.  Releases contain Info
  documentation pre-built for the unmodified documentation in the release.
! 
! <h3 class="section"><a name="TOC0"></a>Building a native compiler</h3>
  
  <p>For a native build, the default configuration is to perform
! a 3-stage bootstrap of the compiler when &lsquo;<samp><span class="samp">make</span></samp>&rsquo; is invoked. 
  This will build the entire GCC system and ensure that it compiles
! itself correctly.  It can be disabled with the <samp><span class="option">--disable-bootstrap</span></samp>
! parameter to &lsquo;<samp><span class="samp">configure</span></samp>&rsquo;, but bootstrapping is suggested because
  the compiler will be tested more completely and could also have
  better performance.
  
!    <p>The bootstrapping process will complete the following steps:
! 
!      <ul>
! <li>Build tools necessary to build the compiler.
! 
!      <li>Perform a 3-stage bootstrap of the compiler.  This includes building
  three times the target tools for use by the compiler such as binutils
  (bfd, binutils, gas, gprof, ld, and opcodes) if they have been
  individually linked or moved into the top level GCC source tree before
  configuring.
  
!      <li>Perform a comparison test of the stage2 and stage3 compilers.
  
!      <li>Build runtime libraries using the stage3 compiler from the previous step.
  
!    </ul>
  
!    <p>If you are short on disk space you might consider &lsquo;<samp><span class="samp">make
! bootstrap-lean</span></samp>&rsquo; instead.  The sequence of compilation is the
  same described above, but object files from the stage1 and
  stage2 of the 3-stage bootstrap of the compiler are deleted as
  soon as they are no longer needed.
! 
!    <p>If you wish to use non-default GCC flags when compiling the stage2
  and stage3 compilers, set <code>BOOT_CFLAGS</code> on the command line when
! doing &lsquo;<samp><span class="samp">make</span></samp>&rsquo;.  For example, if you want to save additional space
  during the bootstrap and in the final installation as well, you can
  build the compiler binaries without debugging information as in the
  following example.  This will save roughly 40% of disk space both for
  the bootstrap and the final installation.  (Libraries will still contain
  debugging information.)
  
! <pre class="smallexample">     make BOOT_CFLAGS='-O' bootstrap
! </pre>
!    <p>You can place non-default optimization flags into <code>BOOT_CFLAGS</code>; they
! are less well tested here than the default of &lsquo;<samp><span class="samp">-g -O2</span></samp>&rsquo;, but should
  still work.  In a few cases, you may find that you need to specify special
! flags such as <samp><span class="option">-msoft-float</span></samp> here to complete the bootstrap; or,
  if the native compiler miscompiles the stage1 compiler, you may need
  to work around this, by choosing <code>BOOT_CFLAGS</code> to avoid the parts
! of the stage1 compiler that were miscompiled, or by using &lsquo;<samp><span class="samp">make
! bootstrap4</span></samp>&rsquo; to increase the number of stages of bootstrap.
! 
!    <p><code>BOOT_CFLAGS</code> does not apply to bootstrapped target libraries. 
  Since these are always compiled with the compiler currently being
  bootstrapped, you can use <code>CFLAGS_FOR_TARGET</code> to modify their
! compilation flags, as for non-bootstrapped target libraries. 
  Again, if the native compiler miscompiles the stage1 compiler, you may
  need to work around this by avoiding non-working parts of the stage1
  compiler.  Use <code>STAGE1_TFLAGS</code> to this end.
! 
!    <p>If you used the flag <samp><span class="option">--enable-languages=...</span></samp> to restrict
! the compilers to be built, only those you've actually enabled will be
  built.  This will of course only build those runtime libraries, for
  which the particular compiler has been built.  Please note,
! that re-defining <samp><span class="env">LANGUAGES</span></samp> when calling &lsquo;<samp><span class="samp">make</span></samp>&rsquo;
  <strong>does not</strong> work anymore!
! 
!    <p>If the comparison of stage2 and stage3 fails, this normally indicates
  that the stage2 compiler has compiled GCC incorrectly, and is therefore
  a potentially serious bug which you should investigate and report.  (On
  a few systems, meaningful comparison of object files is impossible; they
  always appear &ldquo;different&rdquo;.  If you encounter this problem, you will
! need to disable comparison in the <samp><span class="file">Makefile</span></samp>.)
! 
!    <p>If you do not want to bootstrap your compiler, you can configure with
! <samp><span class="option">--disable-bootstrap</span></samp>.  In particular cases, you may want to
  bootstrap your compiler even if the target system is not the same as
  the one you are building on: for example, you could build a
  <code>powerpc-unknown-linux-gnu</code> toolchain on a
  <code>powerpc64-unknown-linux-gnu</code> host.  In this case, pass
! <samp><span class="option">--enable-bootstrap</span></samp> to the configure script.
! 
!    <p><code>BUILD_CONFIG</code> can be used to bring in additional customization
! to the build.  It can be set to a whitespace-separated list of names. 
! For each such <code>NAME</code>, top-level <samp><span class="file">config/</span><code>NAME</code><span class="file">.mk</span></samp> will
! be included by the top-level <samp><span class="file">Makefile</span></samp>, bringing in any settings
  it contains.  The default <code>BUILD_CONFIG</code> can be set using the
! configure option <samp><span class="option">--with-build-config=</span><code>NAME</code><span class="option">...</span></samp>.  Some
  examples of supported build configurations are:
! 
!      <dl>
! <dt>&lsquo;<samp><span class="samp">bootstrap-O1</span></samp>&rsquo;<dd>Removes any <samp><span class="option">-O</span></samp>-started option from <code>BOOT_CFLAGS</code>, and adds
! <samp><span class="option">-O1</span></samp> to it.  &lsquo;<samp><span class="samp">BUILD_CONFIG=bootstrap-O1</span></samp>&rsquo; is equivalent to
! &lsquo;<samp><span class="samp">BOOT_CFLAGS='-g -O1'</span></samp>&rsquo;.
! 
!      <br><dt>&lsquo;<samp><span class="samp">bootstrap-O3</span></samp>&rsquo;<dd>Analogous to <code>bootstrap-O1</code>.
! 
!      <br><dt>&lsquo;<samp><span class="samp">bootstrap-lto</span></samp>&rsquo;<dd>Enables Link-Time Optimization for host tools during bootstrapping. 
! &lsquo;<samp><span class="samp">BUILD_CONFIG=bootstrap-lto</span></samp>&rsquo; is equivalent to adding
! <samp><span class="option">-flto</span></samp> to &lsquo;<samp><span class="samp">BOOT_CFLAGS</span></samp>&rsquo;.  This option assumes that the host
  supports the linker plugin (e.g. GNU ld version 2.21 or later or GNU gold
  version 2.21 or later).
! 
!      <br><dt>&lsquo;<samp><span class="samp">bootstrap-lto-noplugin</span></samp>&rsquo;<dd>This option is similar to <code>bootstrap-lto</code>, but is intended for
! hosts that do not support the linker plugin.  Without the linker plugin
! static libraries are not compiled with link-time optimizations.  Since
! the GCC middle end and back end are in <samp><span class="file">libbackend.a</span></samp> this means
  that only the front end is actually LTO optimized.
! 
!      <br><dt>&lsquo;<samp><span class="samp">bootstrap-debug</span></samp>&rsquo;<dd>Verifies that the compiler generates the same executable code, whether
  or not it is asked to emit debug information.  To this end, this
  option builds stage2 host programs without debug information, and uses
! <samp><span class="file">contrib/compare-debug</span></samp> to compare them with the stripped stage3
  object files.  If <code>BOOT_CFLAGS</code> is overridden so as to not enable
! debug information, stage2 will have it, and stage3 won't.  This option
  is enabled by default when GCC bootstrapping is enabled, if
  <code>strip</code> can turn object files compiled with and without debug
  info into identical object files.  In addition to better test
  coverage, this option makes default bootstraps faster and leaner.
! 
!      <br><dt>&lsquo;<samp><span class="samp">bootstrap-debug-big</span></samp>&rsquo;<dd>Rather than comparing stripped object files, as in
  <code>bootstrap-debug</code>, this option saves internal compiler dumps
  during stage2 and stage3 and compares them as well, which helps catch
  additional potential problems, but at a great cost in terms of disk
! space.  It can be specified in addition to &lsquo;<samp><span class="samp">bootstrap-debug</span></samp>&rsquo;.
! 
!      <br><dt>&lsquo;<samp><span class="samp">bootstrap-debug-lean</span></samp>&rsquo;<dd>This option saves disk space compared with <code>bootstrap-debug-big</code>,
  but at the expense of some recompilation.  Instead of saving the dumps
  of stage2 and stage3 until the final compare, it uses
! <samp><span class="option">-fcompare-debug</span></samp> to generate, compare and remove the dumps
  during stage3, repeating the compilation that already took place in
  stage2, whose dumps were not saved.
! 
!      <br><dt>&lsquo;<samp><span class="samp">bootstrap-debug-lib</span></samp>&rsquo;<dd>This option tests executable code invariance over debug information
  generation on target libraries, just like <code>bootstrap-debug-lean</code>
  tests it on host programs.  It builds stage3 libraries with
! <samp><span class="option">-fcompare-debug</span></samp>, and it can be used along with any of the
  <code>bootstrap-debug</code> options above.
! 
!      <p>There aren't <code>-lean</code> or <code>-big</code> counterparts to this option
  because most libraries are only build in stage3, so bootstrap compares
  would not get significant coverage.  Moreover, the few libraries built
! in stage2 are used in stage3 host programs, so we wouldn't want to
  compile stage2 libraries with different options for comparison purposes.
! 
!      <br><dt>&lsquo;<samp><span class="samp">bootstrap-debug-ckovw</span></samp>&rsquo;<dd>Arranges for error messages to be issued if the compiler built on any
! stage is run without the option <samp><span class="option">-fcompare-debug</span></samp>.  This is
! useful to verify the full <samp><span class="option">-fcompare-debug</span></samp> testing coverage.  It
  must be used along with <code>bootstrap-debug-lean</code> and
  <code>bootstrap-debug-lib</code>.
! 
!      <br><dt>&lsquo;<samp><span class="samp">bootstrap-time</span></samp>&rsquo;<dd>Arranges for the run time of each program started by the GCC driver,
! built in any stage, to be logged to <samp><span class="file">time.log</span></samp>, in the top level of
  the build tree.
  
!    </dl>
! 
! <h3 class="section"><a name="TOC1"></a>Building a cross compiler</h3>
  
  <p>When building a cross compiler, it is not generally possible to do a
  3-stage bootstrap of the compiler.  This makes for an interesting problem
  as parts of GCC can only be built with GCC.
! 
!    <p>To build a cross compiler, we recommend first building and installing a
  native compiler.  You can then use the native GCC compiler to build the
  cross compiler.  The installed native compiler needs to be GCC version
  2.95 or later.
! 
!    <p>Assuming you have already installed a native copy of GCC and configured
! your cross compiler, issue the command <samp><span class="command">make</span></samp>, which performs the
  following steps:
  
!      <ul>
! <li>Build host tools necessary to build the compiler.
! 
!      <li>Build target tools for use by the compiler such as binutils (bfd,
  binutils, gas, gprof, ld, and opcodes)
  if they have been individually linked or moved into the top level GCC source
  tree before configuring.
  
!      <li>Build the compiler (single stage only).
  
!      <li>Build runtime libraries using the compiler from the previous step. 
! </ul>
  
!    <p>Note that if an error occurs in any step the make process will exit.
! 
!    <p>If you are not building GNU binutils in the same source tree as GCC,
  you will need a cross-assembler and cross-linker installed before
  configuring GCC.  Put them in the directory
! <samp><var>prefix</var><span class="file">/</span><var>target</var><span class="file">/bin</span></samp>.  Here is a table of the tools
  you should put in this directory:
! 
!      <dl>
! <dt><samp><span class="file">as</span></samp><dd>This should be the cross-assembler.
! 
!      <br><dt><samp><span class="file">ld</span></samp><dd>This should be the cross-linker.
! 
!      <br><dt><samp><span class="file">ar</span></samp><dd>This should be the cross-archiver: a program which can manipulate
! archive files (linker libraries) in the target machine's format.
! 
!      <br><dt><samp><span class="file">ranlib</span></samp><dd>This should be a program to construct a symbol table in an archive file. 
  </dl>
  
!    <p>The installation of GCC will find these programs in that directory,
  and copy or link them to the proper place to for the cross-compiler to
  find them when run later.
! 
!    <p>The easiest way to provide these files is to build the Binutils package. 
! Configure it with the same <samp><span class="option">--host</span></samp> and <samp><span class="option">--target</span></samp>
  options that you use for configuring GCC, then build and install
  them.  They install their executables automatically into the proper
  directory.  Alas, they do not support all the targets that GCC
  supports.
! 
!    <p>If you are not building a C library in the same source tree as GCC,
  you should also provide the target libraries and headers before
  configuring GCC, specifying the directories with
! <samp><span class="option">--with-sysroot</span></samp> or <samp><span class="option">--with-headers</span></samp> and
! <samp><span class="option">--with-libs</span></samp>.  Many targets also require &ldquo;start files&rdquo; such
! as <samp><span class="file">crt0.o</span></samp> and
! <samp><span class="file">crtn.o</span></samp> which are linked into each executable.  There may be several
! alternatives for <samp><span class="file">crt0.o</span></samp>, for use with profiling or other
! compilation options.  Check your target's definition of
  <code>STARTFILE_SPEC</code> to find out what start files it uses.
! 
! <h3 class="section"><a name="TOC2"></a>Building in parallel</h3>
  
  <p>GNU Make 3.80 and above, which is necessary to build GCC, support
! building in parallel.  To activate this, you can use &lsquo;<samp><span class="samp">make -j 2</span></samp>&rsquo;
! instead of &lsquo;<samp><span class="samp">make</span></samp>&rsquo;.  You can also specify a bigger number, and
  in most cases using a value greater than the number of processors in
  your machine will result in fewer and shorter I/O latency hits, thus
  improving overall throughput; this is especially true for slow drives
  and network filesystems.
! 
! <h3 class="section"><a name="TOC3"></a>Building the Ada compiler</h3>
  
  <p>In order to build GNAT, the Ada compiler, you need a working GNAT
! compiler (GCC version 4.0 or later). 
! This includes GNAT tools such as <samp><span class="command">gnatmake</span></samp> and
! <samp><span class="command">gnatlink</span></samp>, since the Ada front end is written in Ada and
  uses some GNAT-specific extensions.
! 
!    <p>In order to build a cross compiler, it is suggested to install
  the new compiler as native first, and then use it to build the cross
  compiler.
! 
!    <p><samp><span class="command">configure</span></samp> does not test whether the GNAT installation works
  and has a sufficiently recent version; if too old a GNAT version is
! installed, the build will fail unless <samp><span class="option">--enable-languages</span></samp> is
  used to disable building the Ada front end.
! 
!    <p><samp><span class="env">ADA_INCLUDE_PATH</span></samp> and <samp><span class="env">ADA_OBJECT_PATH</span></samp> environment variables
  must not be set when building the Ada compiler, the Ada tools, or the
  Ada runtime libraries. You can check that your build environment is clean
! by verifying that &lsquo;<samp><span class="samp">gnatls -v</span></samp>&rsquo; lists only one explicit path in each
  section.
! 
! <h3 class="section"><a name="TOC4"></a>Building with profile feedback</h3>
  
  <p>It is possible to use profile feedback to optimize the compiler itself.  This
  should result in a faster compiler binary.  Experiments done on x86 using gcc
  3.3 showed approximately 7 percent speedup on compiling C programs.  To
  bootstrap the compiler with profile feedback, use <code>make profiledbootstrap</code>.
! 
!    <p>When &lsquo;<samp><span class="samp">make profiledbootstrap</span></samp>&rsquo; is run, it will first build a <code>stage1</code>
  compiler.  This compiler is used to build a <code>stageprofile</code> compiler
  instrumented to collect execution counts of instruction and branch
! probabilities.  Then runtime libraries are compiled with profile collected. 
  Finally a <code>stagefeedback</code> compiler is built using the information collected.
! 
!    <p>Unlike standard bootstrap, several additional restrictions apply.  The
! compiler used to build <code>stage1</code> needs to support a 64-bit integral type. 
  It is recommended to only use GCC for this.
! 
!    <p>On Linux/x86_64 hosts with some restrictions (no virtualization) it is
! also possible to do autofdo build with &lsquo;<samp><span class="samp">make
! autoprofiledback</span></samp>&rsquo;. This uses Linux perf to sample branches in the
! binary and then rebuild it with feedback derived from the profile. 
  Linux perf and the <code>autofdo</code> toolkit needs to be installed for
  this.
! 
!    <p>Only the profile from the current build is used, so when an error
  occurs it is recommended to clean before restarting. Otherwise
  the code quality may be much worse.
  
+    <p><hr />
+ <p><a href="./index.html">Return to the GCC Installation page</a>
  
+ <!-- ***Testing***************************************************************** -->
+ <!-- ***Final install*********************************************************** -->
+ <!-- ***Binaries**************************************************************** -->
+ <!-- ***Specific**************************************************************** -->
+ <!-- ***Old documentation****************************************************** -->
+ <!-- ***GFDL******************************************************************** -->
+ <!-- *************************************************************************** -->
+ <!-- Part 6 The End of the Document -->
+ </body></html>
  
diff -Nrcpad gcc-7.1.0/INSTALL/configure.html gcc-7.2.0/INSTALL/configure.html
*** gcc-7.1.0/INSTALL/configure.html	Tue May  2 12:44:00 2017
--- gcc-7.2.0/INSTALL/configure.html	Mon Aug 14 08:03:32 2017
***************
*** 1,950 ****
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! A GNU Manual
  
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! 
  </head>
! 
! <body lang="en">
! <h1 class="settitle" align="center">Installing GCC</h1>
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! <a name="index-Configuration"></a>
! <a name="index-Installing-GCC_003a-Configuration"></a>
! 
! <p>Like most GNU software, GCC must be configured before it can be built.
  This document describes the recommended configuration procedure
  for both native and cross targets.
! </p>
! <p>We use <var>srcdir</var> to refer to the toplevel source directory for
  GCC; we use <var>objdir</var> to refer to the toplevel build/object directory.
! </p>
! <p>If you obtained the sources via SVN, <var>srcdir</var> must refer to the top
! <samp>gcc</samp> directory, the one where the <samp>MAINTAINERS</samp> file can be
! found, and not its <samp>gcc</samp> subdirectory, otherwise the build will fail.
! </p>
! <p>If either <var>srcdir</var> or <var>objdir</var> is located on an automounted NFS
! file system, the shell&rsquo;s built-in <code>pwd</code> command will return
  temporary pathnames.  Using these can lead to various sorts of build
! problems.  To avoid this issue, set the <code>PWDCMD</code> environment
! variable to an automounter-aware <code>pwd</code> command, e.g.,
! <code>pawd</code> or &lsquo;<samp>amq -w</samp>&rsquo;, during the configuration and build
  phases.
! </p>
! <p>First, we <strong>highly</strong> recommend that GCC be built into a
  separate directory from the sources which does <strong>not</strong> reside
  within the source tree.  This is how we generally build GCC; building
! where <var>srcdir</var> == <var>objdir</var> should still work, but doesn&rsquo;t
  get extensive testing; building where <var>objdir</var> is a subdirectory
  of <var>srcdir</var> is unsupported.
! </p>
! <p>If you have previously built GCC in the same directory for a
! different target machine, do &lsquo;<samp>make distclean</samp>&rsquo; to delete all files
! that might be invalid.  One of the files this deletes is <samp>Makefile</samp>;
! if &lsquo;<samp>make distclean</samp>&rsquo; complains that <samp>Makefile</samp> does not exist
! or issues a message like &ldquo;don&rsquo;t know how to make distclean&rdquo; it probably
  means that the directory is already suitably clean.  However, with the
  recommended method of building in a separate <var>objdir</var>, you should
  simply use a different <var>objdir</var> for each target.
! </p>
! <p>Second, when configuring a native system, either <code>cc</code> or
! <code>gcc</code> must be in your path or you must set <code>CC</code> in
  your environment before running configure.  Otherwise the configuration
  scripts may fail.
- </p>
  
! <p>To configure GCC:
! </p>
! <div class="smallexample">
! <pre class="smallexample">% mkdir <var>objdir</var>
! % cd <var>objdir</var>
! % <var>srcdir</var>/configure [<var>options</var>] [<var>target</var>]
! </pre></div>
  
! <a name="Distributor-options"></a>
! <h3 class="heading">Distributor options</h3>
  
  <p>If you will be distributing binary versions of GCC, with modifications
  to the source code, you should use the options described in this
  section to make clear that your version contains modifications.
! </p>
! <dl compact="compact">
! <dt><code>--with-pkgversion=<var>version</var></code></dt>
! <dd><p>Specify a string that identifies your package.  You may wish
  to include a build number or build date.  This version string will be
! included in the output of <code>gcc --version</code>.  This suffix does
! not replace the default version string, only the &lsquo;<samp>GCC</samp>&rsquo; part.
! </p>
! <p>The default value is &lsquo;<samp>GCC</samp>&rsquo;.
! </p>
! </dd>
! <dt><code>--with-bugurl=<var>url</var></code></dt>
! <dd><p>Specify the URL that users should visit if they wish to report a bug.
  You are of course welcome to forward bugs reported to you to the FSF,
  if you determine that they are not bugs in your modifications.
- </p>
- <p>The default value refers to the FSF&rsquo;s GCC bug tracker.
- </p>
- </dd>
- </dl>
  
! <a name="Target-specification"></a>
! <h3 class="heading">Target specification</h3>
! <ul>
! <li> GCC has code to correctly determine the correct value for <var>target</var>
  for nearly all native systems.  Therefore, we highly recommend you do
  not provide a configure target when configuring a native compiler.
  
! </li><li> <var>target</var> must be specified as <samp>--target=<var>target</var></samp>
  when configuring a cross compiler; examples of valid targets would be
  m68k-elf, sh-elf, etc.
  
! </li><li> Specifying just <var>target</var> instead of <samp>--target=<var>target</var></samp>
! implies that the host defaults to <var>target</var>.
! </li></ul>
! 
  
! <a name="Options-specification"></a>
! <h3 class="heading">Options specification</h3>
  
  <p>Use <var>options</var> to override several configure time options for
! GCC.  A list of supported <var>options</var> follows; &lsquo;<samp>configure
! --help</samp>&rsquo; may list other options, but those not listed below may not
  work and should not normally be used.
! </p>
! <p>Note that each <samp>--enable</samp> option has a corresponding
! <samp>--disable</samp> option and that each <samp>--with</samp> option has a
! corresponding <samp>--without</samp> option.
! </p>
! <dl compact="compact">
! <dt><code>--prefix=<var>dirname</var></code></dt>
! <dd><p>Specify the toplevel installation
  directory.  This is the recommended way to install the tools into a directory
  other than the default.  The toplevel installation directory defaults to
! <samp>/usr/local</samp>.
! </p>
! <p>We <strong>highly</strong> recommend against <var>dirname</var> being the same or a
  subdirectory of <var>objdir</var> or vice versa.  If specifying a directory
! beneath a user&rsquo;s home directory tree, some shells will not expand
! <var>dirname</var> correctly if it contains the &lsquo;<samp>~</samp>&rsquo; metacharacter; use
! <code>$HOME</code> instead.
! </p>
! <p>The following standard <code>autoconf</code> options are supported.  Normally you
  should not need to use these options.
! </p><dl compact="compact">
! <dt><code>--exec-prefix=<var>dirname</var></code></dt>
! <dd><p>Specify the toplevel installation directory for architecture-dependent
  files.  The default is <samp><var>prefix</var></samp>.
! </p>
! </dd>
! <dt><code>--bindir=<var>dirname</var></code></dt>
! <dd><p>Specify the installation directory for the executables called by users
! (such as <code>gcc</code> and <code>g++</code>).  The default is
! <samp><var>exec-prefix</var>/bin</samp>.
! </p>
! </dd>
! <dt><code>--libdir=<var>dirname</var></code></dt>
! <dd><p>Specify the installation directory for object code libraries and
! internal data files of GCC.  The default is <samp><var>exec-prefix</var>/lib</samp>.
! </p>
! </dd>
! <dt><code>--libexecdir=<var>dirname</var></code></dt>
! <dd><p>Specify the installation directory for internal executables of GCC.
! The default is <samp><var>exec-prefix</var>/libexec</samp>.
! </p>
! </dd>
! <dt><code>--with-slibdir=<var>dirname</var></code></dt>
! <dd><p>Specify the installation directory for the shared libgcc library.  The
  default is <samp><var>libdir</var></samp>.
! </p>
! </dd>
! <dt><code>--datarootdir=<var>dirname</var></code></dt>
! <dd><p>Specify the root of the directory tree for read-only architecture-independent
! data files referenced by GCC.  The default is <samp><var>prefix</var>/share</samp>.
! </p>
! </dd>
! <dt><code>--infodir=<var>dirname</var></code></dt>
! <dd><p>Specify the installation directory for documentation in info format.
! The default is <samp><var>datarootdir</var>/info</samp>.
! </p>
! </dd>
! <dt><code>--datadir=<var>dirname</var></code></dt>
! <dd><p>Specify the installation directory for some architecture-independent
  data files referenced by GCC.  The default is <samp><var>datarootdir</var></samp>.
! </p>
! </dd>
! <dt><code>--docdir=<var>dirname</var></code></dt>
! <dd><p>Specify the installation directory for documentation files (other
! than Info) for GCC.  The default is <samp><var>datarootdir</var>/doc</samp>.
! </p>
! </dd>
! <dt><code>--htmldir=<var>dirname</var></code></dt>
! <dd><p>Specify the installation directory for HTML documentation files.
  The default is <samp><var>docdir</var></samp>.
! </p>
! </dd>
! <dt><code>--pdfdir=<var>dirname</var></code></dt>
! <dd><p>Specify the installation directory for PDF documentation files.
  The default is <samp><var>docdir</var></samp>.
! </p>
! </dd>
! <dt><code>--mandir=<var>dirname</var></code></dt>
! <dd><p>Specify the installation directory for manual pages.  The default is
! <samp><var>datarootdir</var>/man</samp>.  (Note that the manual pages are only extracts
  from the full GCC manuals, which are provided in Texinfo format.  The manpages
  are derived by an automatic conversion process from parts of the full
  manual.)
! </p>
! </dd>
! <dt><code>--with-gxx-include-dir=<var>dirname</var></code></dt>
! <dd><p>Specify
  the installation directory for G++ header files.  The default depends
  on other configuration options, and differs between cross and native
  configurations.
! </p>
! </dd>
! <dt><code>--with-specs=<var>specs</var></code></dt>
! <dd><p>Specify additional command line driver SPECS.
  This can be useful if you need to turn on a non-standard feature by
! default without modifying the compiler&rsquo;s source code, for instance
! <samp>--with-specs=%{!fcommon:%{!fno-common:-fno-common}}</samp>.
  See &ldquo;Spec Files&rdquo; in the main manual
- </p>
- </dd>
- </dl>
  
! </dd>
! <dt><code>--program-prefix=<var>prefix</var></code></dt>
! <dd><p>GCC supports some transformations of the names of its programs when
  installing them.  This option prepends <var>prefix</var> to the names of
  programs to install in <var>bindir</var> (see above).  For example, specifying
! <samp>--program-prefix=foo-</samp> would result in &lsquo;<samp>gcc</samp>&rsquo;
! being installed as <samp>/usr/local/bin/foo-gcc</samp>.
! </p>
! </dd>
! <dt><code>--program-suffix=<var>suffix</var></code></dt>
! <dd><p>Appends <var>suffix</var> to the names of programs to install in <var>bindir</var>
! (see above).  For example, specifying <samp>--program-suffix=-3.1</samp>
! would result in &lsquo;<samp>gcc</samp>&rsquo; being installed as
! <samp>/usr/local/bin/gcc-3.1</samp>.
! </p>
! </dd>
! <dt><code>--program-transform-name=<var>pattern</var></code></dt>
! <dd><p>Applies the &lsquo;<samp>sed</samp>&rsquo; script <var>pattern</var> to be applied to the names
  of programs to install in <var>bindir</var> (see above).  <var>pattern</var> has to
! consist of one or more basic &lsquo;<samp>sed</samp>&rsquo; editing commands, separated by
! semicolons.  For example, if you want the &lsquo;<samp>gcc</samp>&rsquo; program name to be
! transformed to the installed program <samp>/usr/local/bin/myowngcc</samp> and
! the &lsquo;<samp>g++</samp>&rsquo; program name to be transformed to
! <samp>/usr/local/bin/gspecial++</samp> without changing other program names,
  you could use the pattern
! <samp>--program-transform-name='s/^gcc$/myowngcc/; s/^g++$/gspecial++/'</samp>
  to achieve this effect.
! </p>
! <p>All three options can be combined and used together, resulting in more
  complex conversion patterns.  As a basic rule, <var>prefix</var> (and
  <var>suffix</var>) are prepended (appended) before further transformations
  can happen with a special transformation script <var>pattern</var>.
! </p>
! <p>As currently implemented, this option only takes effect for native
! builds; cross compiler binaries&rsquo; names are not transformed even when a
  transformation is explicitly asked for by one of these options.
! </p>
! <p>For native builds, some of the installed programs are also installed
  with the target alias in front of their name, as in
! &lsquo;<samp>i686-pc-linux-gnu-gcc</samp>&rsquo;.  All of the above transformations happen
  before the target alias is prepended to the name&mdash;so, specifying
! <samp>--program-prefix=foo-</samp> and <samp>program-suffix=-3.1</samp>, the
  resulting binary would be installed as
! <samp>/usr/local/bin/i686-pc-linux-gnu-foo-gcc-3.1</samp>.
! </p>
! <p>As a last shortcoming, none of the installed Ada programs are
  transformed yet, which will be fixed in some time.
! </p>
! </dd>
! <dt><code>--with-local-prefix=<var>dirname</var></code></dt>
! <dd><p>Specify the
  installation directory for local include files.  The default is
! <samp>/usr/local</samp>.  Specify this option if you want the compiler to
! search directory <samp><var>dirname</var>/include</samp> for locally installed
! header files <em>instead</em> of <samp>/usr/local/include</samp>.
! </p>
! <p>You should specify <samp>--with-local-prefix</samp> <strong>only</strong> if your
! site has a different convention (not <samp>/usr/local</samp>) for where to put
  site-specific files.
! </p>
! <p>The default value for <samp>--with-local-prefix</samp> is <samp>/usr/local</samp>
! regardless of the value of <samp>--prefix</samp>.  Specifying
! <samp>--prefix</samp> has no effect on which directory GCC searches for
  local header files.  This may seem counterintuitive, but actually it is
  logical.
! </p>
! <p>The purpose of <samp>--prefix</samp> is to specify where to <em>install
! GCC</em>.  The local header files in <samp>/usr/local/include</samp>&mdash;if you put
  any in that directory&mdash;are not part of GCC.  They are part of other
  programs&mdash;perhaps many others.  (GCC installs its own header files in
! another directory which is based on the <samp>--prefix</samp> value.)
! </p>
! <p>Both the local-prefix include directory and the GCC-prefix include
! directory are part of GCC&rsquo;s &ldquo;system include&rdquo; directories.  Although these
  two directories are not fixed, they need to be searched in the proper
  order for the correct processing of the include_next directive.  The
  local-prefix include directory is searched before the GCC-prefix
  include directory.  Another characteristic of system include directories
  is that pedantic warnings are turned off for headers in these directories.
! </p>
! <p>Some autoconf macros add <samp>-I <var>directory</var></samp> options to the
  compiler command line, to ensure that directories containing installed
! packages&rsquo; headers are searched.  When <var>directory</var> is one of GCC&rsquo;s
  system include directories, GCC will ignore the option so that system
  directories continue to be processed in the correct order.  This
  may result in a search order different from what was specified but the
  directory will still be searched.
! </p>
! <p>GCC automatically searches for ordinary libraries using
! <code>GCC_EXEC_PREFIX</code>.  Thus, when the same installation prefix is
  used for both GCC and packages, GCC will automatically search for
  both headers and libraries.  This provides a configuration that is
  easy to use.  GCC behaves in a manner similar to that when it is
! installed as a system compiler in <samp>/usr</samp>.
! </p>
! <p>Sites that need to install multiple versions of GCC may not want to
  use the above simple configuration.  It is possible to use the
! <samp>--program-prefix</samp>, <samp>--program-suffix</samp> and
! <samp>--program-transform-name</samp> options to install multiple versions
  into a single directory, but it may be simpler to use different prefixes
! and the <samp>--with-local-prefix</samp> option to specify the location of the
  site-specific files for each version.  It will then be necessary for
  users to specify explicitly the location of local site libraries
! (e.g., with <code>LIBRARY_PATH</code>).
! </p>
! <p>The same value can be used for both <samp>--with-local-prefix</samp> and
! <samp>--prefix</samp> provided it is not <samp>/usr</samp>.  This can be used
! to avoid the default search of <samp>/usr/local/include</samp>.
! </p>
! <p><strong>Do not</strong> specify <samp>/usr</samp> as the <samp>--with-local-prefix</samp>!
! The directory you use for <samp>--with-local-prefix</samp> <strong>must not</strong>
! contain any of the system&rsquo;s standard header files.  If it did contain
  them, certain programs would be miscompiled (including GNU Emacs, on
  certain targets), because this would override and nullify the header
! file corrections made by the <code>fixincludes</code> script.
! </p>
! <p>Indications are that people who use this option use it based on mistaken
  ideas of what it is for.  People use it as if it specified where to
  install part of GCC.  Perhaps they make this assumption because
  installing GCC creates the directory.
! </p>
! </dd>
! <dt><code>--with-gcc-major-version-only</code></dt>
! <dd><p>Specifies that GCC should use only the major number rather than
  <var>major</var>.<var>minor</var>.<var>patchlevel</var> in filesystem paths.
! </p>
! </dd>
! <dt><code>--with-native-system-header-dir=<var>dirname</var></code></dt>
! <dd><p>Specifies that <var>dirname</var> is the directory that contains native system
! header files, rather than <samp>/usr/include</samp>.  This option is most useful
  if you are creating a compiler that should be isolated from the system
  as much as possible.  It is most commonly used with the
! <samp>--with-sysroot</samp> option and will cause GCC to search
  <var>dirname</var> inside the system root specified by that option.
! </p>
! </dd>
! <dt><code>--enable-shared[=<var>package</var>[,&hellip;]]</code></dt>
! <dd><p>Build shared versions of libraries, if shared libraries are supported on
  the target platform.  Unlike GCC 2.95.x and earlier, shared libraries
  are enabled by default on all platforms that support shared libraries.
! </p>
! <p>If a list of packages is given as an argument, build shared libraries
  only for the listed packages.  For other packages, only static libraries
  will be built.  Package names currently recognized in the GCC tree are
! &lsquo;<samp>libgcc</samp>&rsquo; (also known as &lsquo;<samp>gcc</samp>&rsquo;), &lsquo;<samp>libstdc++</samp>&rsquo; (not
! &lsquo;<samp>libstdc++-v3</samp>&rsquo;), &lsquo;<samp>libffi</samp>&rsquo;, &lsquo;<samp>zlib</samp>&rsquo;, &lsquo;<samp>boehm-gc</samp>&rsquo;,
! &lsquo;<samp>ada</samp>&rsquo;, &lsquo;<samp>libada</samp>&rsquo;, &lsquo;<samp>libgo</samp>&rsquo;, and &lsquo;<samp>libobjc</samp>&rsquo;.
! Note &lsquo;<samp>libiberty</samp>&rsquo; does not support shared libraries at all.
! </p>
! <p>Use <samp>--disable-shared</samp> to build only static libraries.  Note that
! <samp>--disable-shared</samp> does not accept a list of package names as
! argument, only <samp>--enable-shared</samp> does.
! </p>
! <p>Contrast with <samp>--enable-host-shared</samp>, which affects <em>host</em>
  code.
! </p>
! </dd>
! <dt><code>--enable-host-shared</code></dt>
! <dd><p>Specify that the <em>host</em> code should be built into position-independent
  machine code (with -fPIC), allowing it to be used within shared libraries,
  but yielding a slightly slower compiler.
! </p>
! <p>This option is required when building the libgccjit.so library.
! </p>
! <p>Contrast with <samp>--enable-shared</samp>, which affects <em>target</em>
  libraries.
! </p>
! </dd>
! <dt><code><a name="with_002dgnu_002das"></a>--with-gnu-as</code></dt>
! <dd><p>Specify that the compiler should assume that the
  assembler it finds is the GNU assembler.  However, this does not modify
  the rules to find an assembler and will result in confusion if the
  assembler found is not actually the GNU assembler.  (Confusion may also
  result if the compiler finds the GNU assembler but has not been
! configured with <samp>--with-gnu-as</samp>.)  If you have more than one
  assembler installed on your system, you may want to use this option in
! connection with <samp>--with-as=<var>pathname</var></samp> or
! <samp>--with-build-time-tools=<var>pathname</var></samp>.
! </p>
! <p>The following systems are the only ones where it makes a difference
  whether you use the GNU assembler.  On any other system,
! <samp>--with-gnu-as</samp> has no effect.
! </p>
! <ul>
! <li> &lsquo;<samp>hppa1.0-<var>any</var>-<var>any</var></samp>&rsquo;
! </li><li> &lsquo;<samp>hppa1.1-<var>any</var>-<var>any</var></samp>&rsquo;
! </li><li> &lsquo;<samp>sparc-sun-solaris2.<var>any</var></samp>&rsquo;
! </li><li> &lsquo;<samp>sparc64-<var>any</var>-solaris2.<var>any</var></samp>&rsquo;
! </li></ul>
  
! </dd>
! <dt><code><a name="with_002das"></a>--with-as=<var>pathname</var></code></dt>
! <dd><p>Specify that the compiler should use the assembler pointed to by
  <var>pathname</var>, rather than the one found by the standard rules to find
  an assembler, which are:
! </p><ul>
! <li> Unless GCC is being built with a cross compiler, check the
! <samp><var>libexec</var>/gcc/<var>target</var>/<var>version</var></samp> directory.
! <var>libexec</var> defaults to <samp><var>exec-prefix</var>/libexec</samp>;
  <var>exec-prefix</var> defaults to <var>prefix</var>, which
! defaults to <samp>/usr/local</samp> unless overridden by the
! <samp>--prefix=<var>pathname</var></samp> switch described above.  <var>target</var>
! is the target system triple, such as &lsquo;<samp>sparc-sun-solaris2.7</samp>&rsquo;, and
  <var>version</var> denotes the GCC version, such as 3.0.
  
! </li><li> If the target system is the same that you are building on, check
! operating system specific directories (e.g. <samp>/usr/ccs/bin</samp> on
  Sun Solaris 2).
  
! </li><li> Check in the <code>PATH</code> for a tool whose name is prefixed by the
  target system triple.
  
! </li><li> Check in the <code>PATH</code> for a tool whose name is not prefixed by the
  target system triple, if the host and target system triple are
  the same (in other words, we use a host tool if it can be used for
! the target as well).
! </li></ul>
  
! <p>You may want to use <samp>--with-as</samp> if no assembler
  is installed in the directories listed above, or if you have multiple
  assemblers installed and want to choose one that is not found by the
  above rules.
! </p>
! </dd>
! <dt><code><a name="with_002dgnu_002dld"></a>--with-gnu-ld</code></dt>
! <dd><p>Same as <a href="#with-gnu-as"><samp>--with-gnu-as</samp></a>
  but for the linker.
! </p>
! </dd>
! <dt><code>--with-ld=<var>pathname</var></code></dt>
! <dd><p>Same as <a href="#with-as"><samp>--with-as</samp></a>
  but for the linker.
! </p>
! </dd>
! <dt><code>--with-stabs</code></dt>
! <dd><p>Specify that stabs debugging
  information should be used instead of whatever format the host normally
  uses.  Normally GCC uses the same debug format as the host system.
! </p>
! <p>On MIPS based systems and on Alphas, you must specify whether you want
  GCC to create the normal ECOFF debugging format, or to use BSD-style
  stabs passed through the ECOFF symbol table.  The normal ECOFF debug
  format cannot fully handle languages other than C.  BSD stabs format can
  handle other languages, but it only works with the GNU debugger GDB.
! </p>
! <p>Normally, GCC uses the ECOFF debugging format by default; if you
! prefer BSD stabs, specify <samp>--with-stabs</samp> when you configure GCC.
! </p>
! <p>No matter which default you choose when you configure GCC, the user
! can use the <samp>-gcoff</samp> and <samp>-gstabs+</samp> options to specify explicitly
  the debug format for a particular compilation.
! </p>
! <p><samp>--with-stabs</samp> is meaningful on the ISC system on the 386, also, if
! <samp>--with-gas</samp> is used.  It selects use of stabs debugging
  information embedded in COFF output.  This kind of debugging information
  supports C++ well; ordinary COFF debugging information does not.
! </p>
! <p><samp>--with-stabs</samp> is also meaningful on 386 systems running SVR4.  It
  selects use of stabs debugging information embedded in ELF output.  The
  C++ compiler currently (2.6.0) does not support the DWARF debugging
  information normally used on 386 SVR4 platforms; stabs provide a
  workable alternative.  This requires gas and gdb, as the normal SVR4
  tools can not generate or interpret stabs.
! </p>
! </dd>
! <dt><code>--with-tls=<var>dialect</var></code></dt>
! <dd><p>Specify the default TLS dialect, for systems were there is a choice.
  For ARM targets, possible values for <var>dialect</var> are <code>gnu</code> or
  <code>gnu2</code>, which select between the original GNU dialect and the GNU TLS
  descriptor-based dialect.
! </p>
! </dd>
! <dt><code>--enable-multiarch</code></dt>
! <dd><p>Specify whether to enable or disable multiarch support.  The default is
  to check for glibc start files in a multiarch location, and enable it
  if the files are found.  The auto detection is enabled for native builds,
! and for cross builds configured with <samp>--with-sysroot</samp>, and without
! <samp>--with-native-system-header-dir</samp>.
  More documentation about multiarch can be found at
  <a href="https://wiki.debian.org/Multiarch">https://wiki.debian.org/Multiarch</a>.
! </p>
! </dd>
! <dt><code>--enable-vtable-verify</code></dt>
! <dd><p>Specify whether to enable or disable the vtable verification feature.
  Enabling this feature causes libstdc++ to be built with its virtual calls
  in verifiable mode.  This means that, when linked with libvtv, every
  virtual call in libstdc++ will verify the vtable pointer through which the
  call will be made before actually making the call.  If not linked with libvtv,
! the verifier will call stub functions (in libstdc++ itself) and do nothing.
  If vtable verification is disabled, then libstdc++ is not built with its
  virtual calls in verifiable mode at all.  However the libvtv library will
! still be built (see <samp>--disable-libvtv</samp> to turn off building libvtv).
! <samp>--disable-vtable-verify</samp> is the default.
! </p>
! </dd>
! <dt><code>--disable-multilib</code></dt>
! <dd><p>Specify that multiple target
  libraries to support different target variants, calling
  conventions, etc. should not be built.  The default is to build a
  predefined set of them.
! </p>
! <p>Some targets provide finer-grained control over which multilibs are built
! (e.g., <samp>--disable-softfloat</samp>):
! </p><dl compact="compact">
! <dt><code>arm-*-*</code></dt>
! <dd><p>fpu, 26bit, underscore, interwork, biendian, nofmult.
! </p>
! </dd>
! <dt><code>m68*-*-*</code></dt>
! <dd><p>softfloat, m68881, m68000, m68020.
! </p>
! </dd>
! <dt><code>mips*-*-*</code></dt>
! <dd><p>single-float, biendian, softfloat.
! </p>
! </dd>
! <dt><code>powerpc*-*-*, rs6000*-*-*</code></dt>
! <dd><p>aix64, pthread, softfloat, powercpu, powerpccpu, powerpcos, biendian,
  sysv, aix.
- </p>
- </dd>
- </dl>
  
! </dd>
! <dt><code>--with-multilib-list=<var>list</var></code></dt>
! <dt><code>--without-multilib-list</code></dt>
! <dd><p>Specify what multilibs to build.  <var>list</var> is a comma separated list of
  values, possibly consisting of a single value.  Currently only implemented
  for arm*-*-*, sh*-*-* and x86-64-*-linux*.  The accepted values and meaning
  for each target is given below.
! </p>
! <dl compact="compact">
! <dt><code>arm*-*-*</code></dt>
! <dd><p><var>list</var> is one of<code>default</code>, <code>aprofile</code> or <code>rmprofile</code>.
  Specifying <code>default</code> is equivalent to omitting this option, ie. only the
  default runtime library will be enabled.  Specifying <code>aprofile</code> or
  <code>rmprofile</code> builds multilibs for a combination of ISA, architecture,
  FPU available and floating-point ABI.
! </p>
! <p>The table below gives the combination of ISAs, architectures, FPUs and
  floating-point ABIs for which multilibs are built for each accepted value.
! </p>
! <table>
! <tr><td width="15%">Option</td><td width="28%">aprofile</td><td width="30%">rmprofile</td></tr>
! <tr><td width="15%">ISAs</td><td width="28%"><code>-marm</code> and <code>-mthumb</code></td><td width="30%"><code>-mthumb</code></td></tr>
! <tr><td width="15%">Architectures<br><br><br><br><br><br></td><td width="28%">default architecture<br>
  <code>-march=armv7-a</code><br>
  <code>-march=armv7ve</code><br>
! <code>-march=armv8-a</code><br><br><br></td><td width="30%">default architecture<br>
  <code>-march=armv6s-m</code><br>
  <code>-march=armv7-m</code><br>
  <code>-march=armv7e-m</code><br>
  <code>-march=armv8-m.base</code><br>
  <code>-march=armv8-m.main</code><br>
! <code>-march=armv7</code></td></tr>
! <tr><td width="15%">FPUs<br><br><br><br><br></td><td width="28%">none<br>
  <code>-mfpu=vfpv3-d16</code><br>
  <code>-mfpu=neon</code><br>
  <code>-mfpu=vfpv4-d16</code><br>
  <code>-mfpu=neon-vfpv4</code><br>
! <code>-mfpu=neon-fp-armv8</code></td><td width="30%">none<br>
  <code>-mfpu=vfpv3-d16</code><br>
  <code>-mfpu=fpv4-sp-d16</code><br>
  <code>-mfpu=fpv5-sp-d16</code><br>
! <code>-mfpu=fpv5-d16</code><br></td></tr>
! <tr><td width="15%">floating-point ABIs<br><br></td><td width="28%"><code>-mfloat-abi=soft</code><br>
  <code>-mfloat-abi=softfp</code><br>
! <code>-mfloat-abi=hard</code></td><td width="30%"><code>-mfloat-abi=soft</code><br>
  <code>-mfloat-abi=softfp</code><br>
! <code>-mfloat-abi=hard</code></td></tr>
! </table>
  
! </dd>
! <dt><code>sh*-*-*</code></dt>
! <dd><p><var>list</var> is a comma separated list of CPU names.  These must be of the
  form <code>sh*</code> or <code>m*</code> (in which case they match the compiler option
  for that processor).  The list should not contain any endian options -
! these are handled by <samp>--with-endian</samp>.
! </p>
! <p>If <var>list</var> is empty, then there will be no multilibs for extra
  processors.  The multilib for the secondary endian remains enabled.
! </p>
! <p>As a special case, if an entry in the list starts with a <code>!</code>
! (exclamation point), then it is added to the list of excluded multilibs.
! Entries of this sort should be compatible with &lsquo;<samp>MULTILIB_EXCLUDES</samp>&rsquo;
  (once the leading <code>!</code> has been stripped).
! </p>
! <p>If <samp>--with-multilib-list</samp> is not given, then a default set of
! multilibs is selected based on the value of <samp>--target</samp>.  This is
  usually the complete set of libraries, but some targets imply a more
  specialized subset.
- </p>
- <p>Example 1: to configure a compiler for SH4A only, but supporting both
- endians, with little endian being the default:
- </p><div class="smallexample">
- <pre class="smallexample">--with-cpu=sh4a --with-endian=little,big --with-multilib-list=
- </pre></div>
  
! <p>Example 2: to configure a compiler for both SH4A and SH4AL-DSP, but with
  only little endian SH4AL:
! </p><div class="smallexample">
! <pre class="smallexample">--with-cpu=sh4a --with-endian=little,big \
! --with-multilib-list=sh4al,!mb/m4al
! </pre></div>
! 
! </dd>
! <dt><code>x86-64-*-linux*</code></dt>
! <dd><p><var>list</var> is a comma separated list of <code>m32</code>, <code>m64</code> and
  <code>mx32</code> to enable 32-bit, 64-bit and x32 run-time libraries,
  respectively.  If <var>list</var> is empty, then there will be no multilibs
  and only the default run-time library will be enabled.
! </p>
! <p>If <samp>--with-multilib-list</samp> is not given, then only 32-bit and
! 64-bit run-time libraries will be enabled.
! </p></dd>
  </dl>
  
! </dd>
! <dt><code>--with-endian=<var>endians</var></code></dt>
! <dd><p>Specify what endians to use.
  Currently only implemented for sh*-*-*.
! </p>
! <p><var>endians</var> may be one of the following:
! </p><dl compact="compact">
! <dt><code>big</code></dt>
! <dd><p>Use big endian exclusively.
! </p></dd>
! <dt><code>little</code></dt>
! <dd><p>Use little endian exclusively.
! </p></dd>
! <dt><code>big,little</code></dt>
! <dd><p>Use big endian by default.  Provide a multilib for little endian.
! </p></dd>
! <dt><code>little,big</code></dt>
! <dd><p>Use little endian by default.  Provide a multilib for big endian.
! </p></dd>
  </dl>
  
! </dd>
! <dt><code>--enable-threads</code></dt>
! <dd><p>Specify that the target
  supports threads.  This affects the Objective-C compiler and runtime
! library, and exception handling for other languages like C++.
  On some systems, this is the default.
! </p>
! <p>In general, the best (and, in many cases, the only known) threading
  model available will be configured for use.  Beware that on some
  systems, GCC has not been taught what threading models are generally
! available for the system.  In this case, <samp>--enable-threads</samp> is an
! alias for <samp>--enable-threads=single</samp>.
! </p>
! </dd>
! <dt><code>--disable-threads</code></dt>
! <dd><p>Specify that threading support should be disabled for the system.
! This is an alias for <samp>--enable-threads=single</samp>.
! </p>
! </dd>
! <dt><code>--enable-threads=<var>lib</var></code></dt>
! <dd><p>Specify that
  <var>lib</var> is the thread support library.  This affects the Objective-C
  compiler and runtime library, and exception handling for other languages
  like C++.  The possibilities for <var>lib</var> are:
! </p>
! <dl compact="compact">
! <dt><code>aix</code></dt>
! <dd><p>AIX thread support.
! </p></dd>
! <dt><code>dce</code></dt>
! <dd><p>DCE thread support.
! </p></dd>
! <dt><code>lynx</code></dt>
! <dd><p>LynxOS thread support.
! </p></dd>
! <dt><code>mipssde</code></dt>
! <dd><p>MIPS SDE thread support.
! </p></dd>
! <dt><code>no</code></dt>
! <dd><p>This is an alias for &lsquo;<samp>single</samp>&rsquo;.
! </p></dd>
! <dt><code>posix</code></dt>
! <dd><p>Generic POSIX/Unix98 thread support.
! </p></dd>
! <dt><code>rtems</code></dt>
! <dd><p>RTEMS thread support.
! </p></dd>
! <dt><code>single</code></dt>
! <dd><p>Disable thread support, should work for all platforms.
! </p></dd>
! <dt><code>tpf</code></dt>
! <dd><p>TPF thread support.
! </p></dd>
! <dt><code>vxworks</code></dt>
! <dd><p>VxWorks thread support.
! </p></dd>
! <dt><code>win32</code></dt>
! <dd><p>Microsoft Win32 API thread support.
! </p></dd>
  </dl>
  
! </dd>
! <dt><code>--enable-tls</code></dt>
! <dd><p>Specify that the target supports TLS (Thread Local Storage).  Usually
  configure can correctly determine if TLS is supported.  In cases where
  it guesses incorrectly, TLS can be explicitly enabled or disabled with
! <samp>--enable-tls</samp> or <samp>--disable-tls</samp>.  This can happen if
  the assembler supports TLS but the C library does not, or if the
  assumptions made by the configure test are incorrect.
! </p>
! </dd>
! <dt><code>--disable-tls</code></dt>
! <dd><p>Specify that the target does not support TLS.
! This is an alias for <samp>--enable-tls=no</samp>.
! </p>
! </dd>
! <dt><code>--with-cpu=<var>cpu</var></code></dt>
! <dt><code>--with-cpu-32=<var>cpu</var></code></dt>
! <dt><code>--with-cpu-64=<var>cpu</var></code></dt>
! <dd><p>Specify which cpu variant the compiler should generate code for by default.
! <var>cpu</var> will be used as the default value of the <samp>-mcpu=</samp> switch.
  This option is only supported on some targets, including ARC, ARM, i386, M68k,
! PowerPC, and SPARC.  It is mandatory for ARC.  The <samp>--with-cpu-32</samp> and
! <samp>--with-cpu-64</samp> options specify separate default CPUs for
  32-bit and 64-bit modes; these options are only supported for i386,
  x86-64, PowerPC, and SPARC.
! </p>
! </dd>
! <dt><code>--with-schedule=<var>cpu</var></code></dt>
! <dt><code>--with-arch=<var>cpu</var></code></dt>
! <dt><code>--with-arch-32=<var>cpu</var></code></dt>
! <dt><code>--with-arch-64=<var>cpu</var></code></dt>
! <dt><code>--with-tune=<var>cpu</var></code></dt>
! <dt><code>--with-tune-32=<var>cpu</var></code></dt>
! <dt><code>--with-tune-64=<var>cpu</var></code></dt>
! <dt><code>--with-abi=<var>abi</var></code></dt>
! <dt><code>--with-fpu=<var>type</var></code></dt>
! <dt><code>--with-float=<var>type</var></code></dt>
! <dd><p>These configure options provide default values for the <samp>-mschedule=</samp>,
! <samp>-march=</samp>, <samp>-mtune=</samp>, <samp>-mabi=</samp>, and <samp>-mfpu=</samp>
! options and for <samp>-mhard-float</samp> or <samp>-msoft-float</samp>.  As with
! <samp>--with-cpu</samp>, which switches will be accepted and acceptable values
  of the arguments depend on the target.
! </p>
! </dd>
! <dt><code>--with-mode=<var>mode</var></code></dt>
! <dd><p>Specify if the compiler should default to <samp>-marm</samp> or <samp>-mthumb</samp>.
  This option is only supported on ARM targets.
! </p>
! </dd>
! <dt><code>--with-stack-offset=<var>num</var></code></dt>
! <dd><p>This option sets the default for the -mstack-offset=<var>num</var> option,
  and will thus generally also control the setting of this option for
  libraries.  This option is only supported on Epiphany targets.
! </p>
! </dd>
! <dt><code>--with-fpmath=<var>isa</var></code></dt>
! <dd><p>This options sets <samp>-mfpmath=sse</samp> by default and specifies the default
! ISA for floating-point arithmetics.  You can select either &lsquo;<samp>sse</samp>&rsquo; which
! enables <samp>-msse2</samp> or &lsquo;<samp>avx</samp>&rsquo; which enables <samp>-mavx</samp> by default.
  This option is only supported on i386 and x86-64 targets.
! </p>
! </dd>
! <dt><code>--with-fp-32=<var>mode</var></code></dt>
! <dd><p>On MIPS targets, set the default value for the <samp>-mfp</samp> option when using
  the o32 ABI.  The possibilities for <var>mode</var> are:
! </p><dl compact="compact">
! <dt><code>32</code></dt>
! <dd><p>Use the o32 FP32 ABI extension, as with the <samp>-mfp32</samp> command-line
! option.
! </p></dd>
! <dt><code>xx</code></dt>
! <dd><p>Use the o32 FPXX ABI extension, as with the <samp>-mfpxx</samp> command-line
! option.
! </p></dd>
! <dt><code>64</code></dt>
! <dd><p>Use the o32 FP64 ABI extension, as with the <samp>-mfp64</samp> command-line
! option.
! </p></dd>
  </dl>
! <p>In the absence of this configuration option the default is to use the o32
  FP32 ABI extension.
! </p>
! </dd>
! <dt><code>--with-odd-spreg-32</code></dt>
! <dd><p>On MIPS targets, set the <samp>-modd-spreg</samp> option by default when using
  the o32 ABI.
! </p>
! </dd>
! <dt><code>--without-odd-spreg-32</code></dt>
! <dd><p>On MIPS targets, set the <samp>-mno-odd-spreg</samp> option by default when using
  the o32 ABI.  This is normally used in conjunction with
! <samp>--with-fp-32=64</samp> in order to target the o32 FP64A ABI extension.
! </p>
! </dd>
! <dt><code>--with-nan=<var>encoding</var></code></dt>
! <dd><p>On MIPS targets, set the default encoding convention to use for the
  special not-a-number (NaN) IEEE 754 floating-point data.  The
  possibilities for <var>encoding</var> are:
! </p><dl compact="compact">
! <dt><code>legacy</code></dt>
! <dd><p>Use the legacy encoding, as with the <samp>-mnan=legacy</samp> command-line
! option.
! </p></dd>
! <dt><code>2008</code></dt>
! <dd><p>Use the 754-2008 encoding, as with the <samp>-mnan=2008</samp> command-line
! option.
! </p></dd>
  </dl>
! <p>To use this configuration option you must have an assembler version
! installed that supports the <samp>-mnan=</samp> command-line option too.
  In the absence of this configuration option the default convention is
! the legacy encoding, as when neither of the <samp>-mnan=2008</samp> and
! <samp>-mnan=legacy</samp> command-line options has been used.
! </p>
! </dd>
! <dt><code>--with-divide=<var>type</var></code></dt>
! <dd><p>Specify how the compiler should generate code for checking for
! division by zero.  This option is only supported on the MIPS target.
  The possibilities for <var>type</var> are:
! </p><dl compact="compact">
! <dt><code>traps</code></dt>
! <dd><p>Division by zero checks use conditional traps (this is the default on
! systems that support conditional traps).
! </p></dd>
! <dt><code>breaks</code></dt>
! <dd><p>Division by zero checks use the break instruction.
! </p></dd>
  </dl>
  
! 
! </dd>
! <dt><code>--with-llsc</code></dt>
! <dd><p>On MIPS targets, make <samp>-mllsc</samp> the default when no
! <samp>-mno-llsc</samp> option is passed.  This is the default for
  Linux-based targets, as the kernel will emulate them if the ISA does
  not provide them.
! </p>
! </dd>
! <dt><code>--without-llsc</code></dt>
! <dd><p>On MIPS targets, make <samp>-mno-llsc</samp> the default when no
! <samp>-mllsc</samp> option is passed.
! </p>
! </dd>
! <dt><code>--with-synci</code></dt>
! <dd><p>On MIPS targets, make <samp>-msynci</samp> the default when no
! <samp>-mno-synci</samp> option is passed.
! </p>
! </dd>
! <dt><code>--without-synci</code></dt>
! <dd><p>On MIPS targets, make <samp>-mno-synci</samp> the default when no
! <samp>-msynci</samp> option is passed.  This is the default.
! </p>
! </dd>
! <dt><code>--with-lxc1-sxc1</code></dt>
! <dd><p>On MIPS targets, make <samp>-mlxc1-sxc1</samp> the default when no
! <samp>-mno-lxc1-sxc1</samp> option is passed.  This is the default.
! </p>
! </dd>
! <dt><code>--without-lxc1-sxc1</code></dt>
! <dd><p>On MIPS targets, make <samp>-mno-lxc1-sxc1</samp> the default when no
! <samp>-mlxc1-sxc1</samp> option is passed.  The indexed load/store
  instructions are not directly a problem but can lead to unexpected
  behaviour when deployed in an application intended for a 32-bit address
  space but run on a 64-bit processor.  The issue is seen because all
--- 1,726 ----
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! <body>
! <h1 class="settitle">Installing GCC: Configuration</h1>
! <a name="index-Configuration-1"></a><a name="index-Installing-GCC_003a-Configuration-2"></a>
! Like most GNU software, GCC must be configured before it can be built. 
  This document describes the recommended configuration procedure
  for both native and cross targets.
! 
!    <p>We use <var>srcdir</var> to refer to the toplevel source directory for
  GCC; we use <var>objdir</var> to refer to the toplevel build/object directory.
! 
!    <p>If you obtained the sources via SVN, <var>srcdir</var> must refer to the top
! <samp><span class="file">gcc</span></samp> directory, the one where the <samp><span class="file">MAINTAINERS</span></samp> file can be
! found, and not its <samp><span class="file">gcc</span></samp> subdirectory, otherwise the build will fail.
! 
!    <p>If either <var>srcdir</var> or <var>objdir</var> is located on an automounted NFS
! file system, the shell's built-in <samp><span class="command">pwd</span></samp> command will return
  temporary pathnames.  Using these can lead to various sorts of build
! problems.  To avoid this issue, set the <samp><span class="env">PWDCMD</span></samp> environment
! variable to an automounter-aware <samp><span class="command">pwd</span></samp> command, e.g.,
! <samp><span class="command">pawd</span></samp> or &lsquo;<samp><span class="samp">amq -w</span></samp>&rsquo;, during the configuration and build
  phases.
! 
!    <p>First, we <strong>highly</strong> recommend that GCC be built into a
  separate directory from the sources which does <strong>not</strong> reside
  within the source tree.  This is how we generally build GCC; building
! where <var>srcdir</var> == <var>objdir</var> should still work, but doesn't
  get extensive testing; building where <var>objdir</var> is a subdirectory
  of <var>srcdir</var> is unsupported.
! 
!    <p>If you have previously built GCC in the same directory for a
! different target machine, do &lsquo;<samp><span class="samp">make distclean</span></samp>&rsquo; to delete all files
! that might be invalid.  One of the files this deletes is <samp><span class="file">Makefile</span></samp>;
! if &lsquo;<samp><span class="samp">make distclean</span></samp>&rsquo; complains that <samp><span class="file">Makefile</span></samp> does not exist
! or issues a message like &ldquo;don't know how to make distclean&rdquo; it probably
  means that the directory is already suitably clean.  However, with the
  recommended method of building in a separate <var>objdir</var>, you should
  simply use a different <var>objdir</var> for each target.
! 
!    <p>Second, when configuring a native system, either <samp><span class="command">cc</span></samp> or
! <samp><span class="command">gcc</span></samp> must be in your path or you must set <samp><span class="env">CC</span></samp> in
  your environment before running configure.  Otherwise the configuration
  scripts may fail.
  
!    <p>To configure GCC:
  
! <pre class="smallexample">     % mkdir <var>objdir</var>
!      % cd <var>objdir</var>
!      % <var>srcdir</var>/configure [<var>options</var>] [<var>target</var>]
! </pre>
!    <h3 class="heading"><a name="TOC0"></a>Distributor options</h3>
  
  <p>If you will be distributing binary versions of GCC, with modifications
  to the source code, you should use the options described in this
  section to make clear that your version contains modifications.
! 
!      <dl>
! <dt><code>--with-pkgversion=</code><var>version</var><dd>Specify a string that identifies your package.  You may wish
  to include a build number or build date.  This version string will be
! included in the output of <samp><span class="command">gcc --version</span></samp>.  This suffix does
! not replace the default version string, only the &lsquo;<samp><span class="samp">GCC</span></samp>&rsquo; part.
! 
!      <p>The default value is &lsquo;<samp><span class="samp">GCC</span></samp>&rsquo;.
! 
!      <br><dt><code>--with-bugurl=</code><var>url</var><dd>Specify the URL that users should visit if they wish to report a bug. 
  You are of course welcome to forward bugs reported to you to the FSF,
  if you determine that they are not bugs in your modifications.
  
!      <p>The default value refers to the FSF's GCC bug tracker.
! 
!    </dl>
! 
! <h3 class="heading"><a name="TOC1"></a>Target specification</h3>
! 
!      <ul>
! <li>GCC has code to correctly determine the correct value for <var>target</var>
  for nearly all native systems.  Therefore, we highly recommend you do
  not provide a configure target when configuring a native compiler.
  
!      <li><var>target</var> must be specified as <samp><span class="option">--target=</span><var>target</var></samp>
  when configuring a cross compiler; examples of valid targets would be
  m68k-elf, sh-elf, etc.
  
!      <li>Specifying just <var>target</var> instead of <samp><span class="option">--target=</span><var>target</var></samp>
! implies that the host defaults to <var>target</var>. 
! </ul>
  
! <h3 class="heading"><a name="TOC2"></a>Options specification</h3>
  
  <p>Use <var>options</var> to override several configure time options for
! GCC.  A list of supported <var>options</var> follows; &lsquo;<samp><span class="samp">configure
! --help</span></samp>&rsquo; may list other options, but those not listed below may not
  work and should not normally be used.
! 
!    <p>Note that each <samp><span class="option">--enable</span></samp> option has a corresponding
! <samp><span class="option">--disable</span></samp> option and that each <samp><span class="option">--with</span></samp> option has a
! corresponding <samp><span class="option">--without</span></samp> option.
! 
!      <dl>
! <dt><code>--prefix=</code><var>dirname</var><dd>Specify the toplevel installation
  directory.  This is the recommended way to install the tools into a directory
  other than the default.  The toplevel installation directory defaults to
! <samp><span class="file">/usr/local</span></samp>.
! 
!      <p>We <strong>highly</strong> recommend against <var>dirname</var> being the same or a
  subdirectory of <var>objdir</var> or vice versa.  If specifying a directory
! beneath a user's home directory tree, some shells will not expand
! <var>dirname</var> correctly if it contains the &lsquo;<samp><span class="samp">~</span></samp>&rsquo; metacharacter; use
! <samp><span class="env">$HOME</span></samp> instead.
! 
!      <p>The following standard <samp><span class="command">autoconf</span></samp> options are supported.  Normally you
  should not need to use these options.
!           <dl>
! <dt><code>--exec-prefix=</code><var>dirname</var><dd>Specify the toplevel installation directory for architecture-dependent
  files.  The default is <samp><var>prefix</var></samp>.
! 
!           <br><dt><code>--bindir=</code><var>dirname</var><dd>Specify the installation directory for the executables called by users
! (such as <samp><span class="command">gcc</span></samp> and <samp><span class="command">g++</span></samp>).  The default is
! <samp><var>exec-prefix</var><span class="file">/bin</span></samp>.
! 
!           <br><dt><code>--libdir=</code><var>dirname</var><dd>Specify the installation directory for object code libraries and
! internal data files of GCC.  The default is <samp><var>exec-prefix</var><span class="file">/lib</span></samp>.
! 
!           <br><dt><code>--libexecdir=</code><var>dirname</var><dd>Specify the installation directory for internal executables of GCC. 
! The default is <samp><var>exec-prefix</var><span class="file">/libexec</span></samp>.
! 
!           <br><dt><code>--with-slibdir=</code><var>dirname</var><dd>Specify the installation directory for the shared libgcc library.  The
  default is <samp><var>libdir</var></samp>.
! 
!           <br><dt><code>--datarootdir=</code><var>dirname</var><dd>Specify the root of the directory tree for read-only architecture-independent
! data files referenced by GCC.  The default is <samp><var>prefix</var><span class="file">/share</span></samp>.
! 
!           <br><dt><code>--infodir=</code><var>dirname</var><dd>Specify the installation directory for documentation in info format. 
! The default is <samp><var>datarootdir</var><span class="file">/info</span></samp>.
! 
!           <br><dt><code>--datadir=</code><var>dirname</var><dd>Specify the installation directory for some architecture-independent
  data files referenced by GCC.  The default is <samp><var>datarootdir</var></samp>.
! 
!           <br><dt><code>--docdir=</code><var>dirname</var><dd>Specify the installation directory for documentation files (other
! than Info) for GCC.  The default is <samp><var>datarootdir</var><span class="file">/doc</span></samp>.
! 
!           <br><dt><code>--htmldir=</code><var>dirname</var><dd>Specify the installation directory for HTML documentation files. 
  The default is <samp><var>docdir</var></samp>.
! 
!           <br><dt><code>--pdfdir=</code><var>dirname</var><dd>Specify the installation directory for PDF documentation files. 
  The default is <samp><var>docdir</var></samp>.
! 
!           <br><dt><code>--mandir=</code><var>dirname</var><dd>Specify the installation directory for manual pages.  The default is
! <samp><var>datarootdir</var><span class="file">/man</span></samp>.  (Note that the manual pages are only extracts
  from the full GCC manuals, which are provided in Texinfo format.  The manpages
  are derived by an automatic conversion process from parts of the full
  manual.)
! 
!           <br><dt><code>--with-gxx-include-dir=</code><var>dirname</var><dd>Specify
  the installation directory for G++ header files.  The default depends
  on other configuration options, and differs between cross and native
  configurations.
! 
!           <br><dt><code>--with-specs=</code><var>specs</var><dd>Specify additional command line driver SPECS. 
  This can be useful if you need to turn on a non-standard feature by
! default without modifying the compiler's source code, for instance
! <samp><span class="option">--with-specs=%{!fcommon:%{!fno-common:-fno-common}}</span></samp>. 
  See &ldquo;Spec Files&rdquo; in the main manual
  
!      </dl>
! 
!      <br><dt><code>--program-prefix=</code><var>prefix</var><dd>GCC supports some transformations of the names of its programs when
  installing them.  This option prepends <var>prefix</var> to the names of
  programs to install in <var>bindir</var> (see above).  For example, specifying
! <samp><span class="option">--program-prefix=foo-</span></samp> would result in &lsquo;<samp><span class="samp">gcc</span></samp>&rsquo;
! being installed as <samp><span class="file">/usr/local/bin/foo-gcc</span></samp>.
! 
!      <br><dt><code>--program-suffix=</code><var>suffix</var><dd>Appends <var>suffix</var> to the names of programs to install in <var>bindir</var>
! (see above).  For example, specifying <samp><span class="option">--program-suffix=-3.1</span></samp>
! would result in &lsquo;<samp><span class="samp">gcc</span></samp>&rsquo; being installed as
! <samp><span class="file">/usr/local/bin/gcc-3.1</span></samp>.
! 
!      <br><dt><code>--program-transform-name=</code><var>pattern</var><dd>Applies the &lsquo;<samp><span class="samp">sed</span></samp>&rsquo; script <var>pattern</var> to be applied to the names
  of programs to install in <var>bindir</var> (see above).  <var>pattern</var> has to
! consist of one or more basic &lsquo;<samp><span class="samp">sed</span></samp>&rsquo; editing commands, separated by
! semicolons.  For example, if you want the &lsquo;<samp><span class="samp">gcc</span></samp>&rsquo; program name to be
! transformed to the installed program <samp><span class="file">/usr/local/bin/myowngcc</span></samp> and
! the &lsquo;<samp><span class="samp">g++</span></samp>&rsquo; program name to be transformed to
! <samp><span class="file">/usr/local/bin/gspecial++</span></samp> without changing other program names,
  you could use the pattern
! <samp><span class="option">--program-transform-name='s/^gcc$/myowngcc/; s/^g++$/gspecial++/'</span></samp>
  to achieve this effect.
! 
!      <p>All three options can be combined and used together, resulting in more
  complex conversion patterns.  As a basic rule, <var>prefix</var> (and
  <var>suffix</var>) are prepended (appended) before further transformations
  can happen with a special transformation script <var>pattern</var>.
! 
!      <p>As currently implemented, this option only takes effect for native
! builds; cross compiler binaries' names are not transformed even when a
  transformation is explicitly asked for by one of these options.
! 
!      <p>For native builds, some of the installed programs are also installed
  with the target alias in front of their name, as in
! &lsquo;<samp><span class="samp">i686-pc-linux-gnu-gcc</span></samp>&rsquo;.  All of the above transformations happen
  before the target alias is prepended to the name&mdash;so, specifying
! <samp><span class="option">--program-prefix=foo-</span></samp> and <samp><span class="option">program-suffix=-3.1</span></samp>, the
  resulting binary would be installed as
! <samp><span class="file">/usr/local/bin/i686-pc-linux-gnu-foo-gcc-3.1</span></samp>.
! 
!      <p>As a last shortcoming, none of the installed Ada programs are
  transformed yet, which will be fixed in some time.
! 
!      <br><dt><code>--with-local-prefix=</code><var>dirname</var><dd>Specify the
  installation directory for local include files.  The default is
! <samp><span class="file">/usr/local</span></samp>.  Specify this option if you want the compiler to
! search directory <samp><var>dirname</var><span class="file">/include</span></samp> for locally installed
! header files <em>instead</em> of <samp><span class="file">/usr/local/include</span></samp>.
! 
!      <p>You should specify <samp><span class="option">--with-local-prefix</span></samp> <strong>only</strong> if your
! site has a different convention (not <samp><span class="file">/usr/local</span></samp>) for where to put
  site-specific files.
! 
!      <p>The default value for <samp><span class="option">--with-local-prefix</span></samp> is <samp><span class="file">/usr/local</span></samp>
! regardless of the value of <samp><span class="option">--prefix</span></samp>.  Specifying
! <samp><span class="option">--prefix</span></samp> has no effect on which directory GCC searches for
  local header files.  This may seem counterintuitive, but actually it is
  logical.
! 
!      <p>The purpose of <samp><span class="option">--prefix</span></samp> is to specify where to <em>install
! GCC</em>.  The local header files in <samp><span class="file">/usr/local/include</span></samp>&mdash;if you put
  any in that directory&mdash;are not part of GCC.  They are part of other
  programs&mdash;perhaps many others.  (GCC installs its own header files in
! another directory which is based on the <samp><span class="option">--prefix</span></samp> value.)
! 
!      <p>Both the local-prefix include directory and the GCC-prefix include
! directory are part of GCC's &ldquo;system include&rdquo; directories.  Although these
  two directories are not fixed, they need to be searched in the proper
  order for the correct processing of the include_next directive.  The
  local-prefix include directory is searched before the GCC-prefix
  include directory.  Another characteristic of system include directories
  is that pedantic warnings are turned off for headers in these directories.
! 
!      <p>Some autoconf macros add <samp><span class="option">-I </span><var>directory</var></samp> options to the
  compiler command line, to ensure that directories containing installed
! packages' headers are searched.  When <var>directory</var> is one of GCC's
  system include directories, GCC will ignore the option so that system
  directories continue to be processed in the correct order.  This
  may result in a search order different from what was specified but the
  directory will still be searched.
! 
!      <p>GCC automatically searches for ordinary libraries using
! <samp><span class="env">GCC_EXEC_PREFIX</span></samp>.  Thus, when the same installation prefix is
  used for both GCC and packages, GCC will automatically search for
  both headers and libraries.  This provides a configuration that is
  easy to use.  GCC behaves in a manner similar to that when it is
! installed as a system compiler in <samp><span class="file">/usr</span></samp>.
! 
!      <p>Sites that need to install multiple versions of GCC may not want to
  use the above simple configuration.  It is possible to use the
! <samp><span class="option">--program-prefix</span></samp>, <samp><span class="option">--program-suffix</span></samp> and
! <samp><span class="option">--program-transform-name</span></samp> options to install multiple versions
  into a single directory, but it may be simpler to use different prefixes
! and the <samp><span class="option">--with-local-prefix</span></samp> option to specify the location of the
  site-specific files for each version.  It will then be necessary for
  users to specify explicitly the location of local site libraries
! (e.g., with <samp><span class="env">LIBRARY_PATH</span></samp>).
! 
!      <p>The same value can be used for both <samp><span class="option">--with-local-prefix</span></samp> and
! <samp><span class="option">--prefix</span></samp> provided it is not <samp><span class="file">/usr</span></samp>.  This can be used
! to avoid the default search of <samp><span class="file">/usr/local/include</span></samp>.
! 
!      <p><strong>Do not</strong> specify <samp><span class="file">/usr</span></samp> as the <samp><span class="option">--with-local-prefix</span></samp>! 
! The directory you use for <samp><span class="option">--with-local-prefix</span></samp> <strong>must not</strong>
! contain any of the system's standard header files.  If it did contain
  them, certain programs would be miscompiled (including GNU Emacs, on
  certain targets), because this would override and nullify the header
! file corrections made by the <samp><span class="command">fixincludes</span></samp> script.
! 
!      <p>Indications are that people who use this option use it based on mistaken
  ideas of what it is for.  People use it as if it specified where to
  install part of GCC.  Perhaps they make this assumption because
  installing GCC creates the directory.
! 
!      <br><dt><code>--with-gcc-major-version-only</code><dd>Specifies that GCC should use only the major number rather than
  <var>major</var>.<var>minor</var>.<var>patchlevel</var> in filesystem paths.
! 
!      <br><dt><code>--with-native-system-header-dir=</code><var>dirname</var><dd>Specifies that <var>dirname</var> is the directory that contains native system
! header files, rather than <samp><span class="file">/usr/include</span></samp>.  This option is most useful
  if you are creating a compiler that should be isolated from the system
  as much as possible.  It is most commonly used with the
! <samp><span class="option">--with-sysroot</span></samp> option and will cause GCC to search
  <var>dirname</var> inside the system root specified by that option.
! 
!      <br><dt><code>--enable-shared[=</code><var>package</var><code>[,...]]</code><dd>Build shared versions of libraries, if shared libraries are supported on
  the target platform.  Unlike GCC 2.95.x and earlier, shared libraries
  are enabled by default on all platforms that support shared libraries.
! 
!      <p>If a list of packages is given as an argument, build shared libraries
  only for the listed packages.  For other packages, only static libraries
  will be built.  Package names currently recognized in the GCC tree are
! &lsquo;<samp><span class="samp">libgcc</span></samp>&rsquo; (also known as &lsquo;<samp><span class="samp">gcc</span></samp>&rsquo;), &lsquo;<samp><span class="samp">libstdc++</span></samp>&rsquo; (not
! &lsquo;<samp><span class="samp">libstdc++-v3</span></samp>&rsquo;), &lsquo;<samp><span class="samp">libffi</span></samp>&rsquo;, &lsquo;<samp><span class="samp">zlib</span></samp>&rsquo;, &lsquo;<samp><span class="samp">boehm-gc</span></samp>&rsquo;,
! &lsquo;<samp><span class="samp">ada</span></samp>&rsquo;, &lsquo;<samp><span class="samp">libada</span></samp>&rsquo;, &lsquo;<samp><span class="samp">libgo</span></samp>&rsquo;, and &lsquo;<samp><span class="samp">libobjc</span></samp>&rsquo;. 
! Note &lsquo;<samp><span class="samp">libiberty</span></samp>&rsquo; does not support shared libraries at all.
! 
!      <p>Use <samp><span class="option">--disable-shared</span></samp> to build only static libraries.  Note that
! <samp><span class="option">--disable-shared</span></samp> does not accept a list of package names as
! argument, only <samp><span class="option">--enable-shared</span></samp> does.
! 
!      <p>Contrast with <samp><span class="option">--enable-host-shared</span></samp>, which affects <em>host</em>
  code.
! 
!      <br><dt><code>--enable-host-shared</code><dd>Specify that the <em>host</em> code should be built into position-independent
  machine code (with -fPIC), allowing it to be used within shared libraries,
  but yielding a slightly slower compiler.
! 
!      <p>This option is required when building the libgccjit.so library.
! 
!      <p>Contrast with <samp><span class="option">--enable-shared</span></samp>, which affects <em>target</em>
  libraries.
! 
!      <br><dt><code><a name="with_002dgnu_002das"></a>--with-gnu-as</code><dd>Specify that the compiler should assume that the
  assembler it finds is the GNU assembler.  However, this does not modify
  the rules to find an assembler and will result in confusion if the
  assembler found is not actually the GNU assembler.  (Confusion may also
  result if the compiler finds the GNU assembler but has not been
! configured with <samp><span class="option">--with-gnu-as</span></samp>.)  If you have more than one
  assembler installed on your system, you may want to use this option in
! connection with <samp><span class="option">--with-as=</span><var>pathname</var></samp> or
! <samp><span class="option">--with-build-time-tools=</span><var>pathname</var></samp>.
! 
!      <p>The following systems are the only ones where it makes a difference
  whether you use the GNU assembler.  On any other system,
! <samp><span class="option">--with-gnu-as</span></samp> has no effect.
  
!           <ul>
! <li>&lsquo;<samp><span class="samp">hppa1.0-</span><var>any</var><span class="samp">-</span><var>any</var></samp>&rsquo;
! <li>&lsquo;<samp><span class="samp">hppa1.1-</span><var>any</var><span class="samp">-</span><var>any</var></samp>&rsquo;
! <li>&lsquo;<samp><span class="samp">sparc-sun-solaris2.</span><var>any</var></samp>&rsquo;
! <li>&lsquo;<samp><span class="samp">sparc64-</span><var>any</var><span class="samp">-solaris2.</span><var>any</var></samp>&rsquo;
! </ul>
! 
!      <br><dt><code><a name="with_002das"></a>--with-as=</code><var>pathname</var><dd>Specify that the compiler should use the assembler pointed to by
  <var>pathname</var>, rather than the one found by the standard rules to find
  an assembler, which are:
!           <ul>
! <li>Unless GCC is being built with a cross compiler, check the
! <samp><var>libexec</var><span class="file">/gcc/</span><var>target</var><span class="file">/</span><var>version</var></samp> directory. 
! <var>libexec</var> defaults to <samp><var>exec-prefix</var><span class="file">/libexec</span></samp>;
  <var>exec-prefix</var> defaults to <var>prefix</var>, which
! defaults to <samp><span class="file">/usr/local</span></samp> unless overridden by the
! <samp><span class="option">--prefix=</span><var>pathname</var></samp> switch described above.  <var>target</var>
! is the target system triple, such as &lsquo;<samp><span class="samp">sparc-sun-solaris2.7</span></samp>&rsquo;, and
  <var>version</var> denotes the GCC version, such as 3.0.
  
!           <li>If the target system is the same that you are building on, check
! operating system specific directories (e.g. <samp><span class="file">/usr/ccs/bin</span></samp> on
  Sun Solaris 2).
  
!           <li>Check in the <samp><span class="env">PATH</span></samp> for a tool whose name is prefixed by the
  target system triple.
  
!           <li>Check in the <samp><span class="env">PATH</span></samp> for a tool whose name is not prefixed by the
  target system triple, if the host and target system triple are
  the same (in other words, we use a host tool if it can be used for
! the target as well). 
! </ul>
  
!      <p>You may want to use <samp><span class="option">--with-as</span></samp> if no assembler
  is installed in the directories listed above, or if you have multiple
  assemblers installed and want to choose one that is not found by the
  above rules.
! 
!      <br><dt><code><a name="with_002dgnu_002dld"></a>--with-gnu-ld</code><dd>Same as <a href="#with-gnu-as"><samp><span class="option">--with-gnu-as</span></samp></a>
  but for the linker.
! 
!      <br><dt><code>--with-ld=</code><var>pathname</var><dd>Same as <a href="#with-as"><samp><span class="option">--with-as</span></samp></a>
  but for the linker.
! 
!      <br><dt><code>--with-stabs</code><dd>Specify that stabs debugging
  information should be used instead of whatever format the host normally
  uses.  Normally GCC uses the same debug format as the host system.
! 
!      <p>On MIPS based systems and on Alphas, you must specify whether you want
  GCC to create the normal ECOFF debugging format, or to use BSD-style
  stabs passed through the ECOFF symbol table.  The normal ECOFF debug
  format cannot fully handle languages other than C.  BSD stabs format can
  handle other languages, but it only works with the GNU debugger GDB.
! 
!      <p>Normally, GCC uses the ECOFF debugging format by default; if you
! prefer BSD stabs, specify <samp><span class="option">--with-stabs</span></samp> when you configure GCC.
! 
!      <p>No matter which default you choose when you configure GCC, the user
! can use the <samp><span class="option">-gcoff</span></samp> and <samp><span class="option">-gstabs+</span></samp> options to specify explicitly
  the debug format for a particular compilation.
! 
!      <p><samp><span class="option">--with-stabs</span></samp> is meaningful on the ISC system on the 386, also, if
! <samp><span class="option">--with-gas</span></samp> is used.  It selects use of stabs debugging
  information embedded in COFF output.  This kind of debugging information
  supports C++ well; ordinary COFF debugging information does not.
! 
!      <p><samp><span class="option">--with-stabs</span></samp> is also meaningful on 386 systems running SVR4.  It
  selects use of stabs debugging information embedded in ELF output.  The
  C++ compiler currently (2.6.0) does not support the DWARF debugging
  information normally used on 386 SVR4 platforms; stabs provide a
  workable alternative.  This requires gas and gdb, as the normal SVR4
  tools can not generate or interpret stabs.
! 
!      <br><dt><code>--with-tls=</code><var>dialect</var><dd>Specify the default TLS dialect, for systems were there is a choice. 
  For ARM targets, possible values for <var>dialect</var> are <code>gnu</code> or
  <code>gnu2</code>, which select between the original GNU dialect and the GNU TLS
  descriptor-based dialect.
! 
!      <br><dt><code>--enable-multiarch</code><dd>Specify whether to enable or disable multiarch support.  The default is
  to check for glibc start files in a multiarch location, and enable it
  if the files are found.  The auto detection is enabled for native builds,
! and for cross builds configured with <samp><span class="option">--with-sysroot</span></samp>, and without
! <samp><span class="option">--with-native-system-header-dir</span></samp>. 
  More documentation about multiarch can be found at
  <a href="https://wiki.debian.org/Multiarch">https://wiki.debian.org/Multiarch</a>.
! 
!      <br><dt><code>--enable-sjlj-exceptions</code><dd>Force use of the <code>setjmp</code>/<code>longjmp</code>-based scheme for exceptions. 
! &lsquo;<samp><span class="samp">configure</span></samp>&rsquo; ordinarily picks the correct value based on the platform. 
! Only use this option if you are sure you need a different setting.
! 
!      <br><dt><code>--enable-vtable-verify</code><dd>Specify whether to enable or disable the vtable verification feature. 
  Enabling this feature causes libstdc++ to be built with its virtual calls
  in verifiable mode.  This means that, when linked with libvtv, every
  virtual call in libstdc++ will verify the vtable pointer through which the
  call will be made before actually making the call.  If not linked with libvtv,
! the verifier will call stub functions (in libstdc++ itself) and do nothing. 
  If vtable verification is disabled, then libstdc++ is not built with its
  virtual calls in verifiable mode at all.  However the libvtv library will
! still be built (see <samp><span class="option">--disable-libvtv</span></samp> to turn off building libvtv). 
! <samp><span class="option">--disable-vtable-verify</span></samp> is the default.
! 
!      <br><dt><code>--disable-multilib</code><dd>Specify that multiple target
  libraries to support different target variants, calling
  conventions, etc. should not be built.  The default is to build a
  predefined set of them.
! 
!      <p>Some targets provide finer-grained control over which multilibs are built
! (e.g., <samp><span class="option">--disable-softfloat</span></samp>):
!           <dl>
! <dt><code>arm-*-*</code><dd>fpu, 26bit, underscore, interwork, biendian, nofmult.
! 
!           <br><dt><code>m68*-*-*</code><dd>softfloat, m68881, m68000, m68020.
! 
!           <br><dt><code>mips*-*-*</code><dd>single-float, biendian, softfloat.
! 
!           <br><dt><code>powerpc*-*-*, rs6000*-*-*</code><dd>aix64, pthread, softfloat, powercpu, powerpccpu, powerpcos, biendian,
  sysv, aix.
  
!      </dl>
! 
!      <br><dt><code>--with-multilib-list=</code><var>list</var><dt><code>--without-multilib-list</code><dd>Specify what multilibs to build.  <var>list</var> is a comma separated list of
  values, possibly consisting of a single value.  Currently only implemented
  for arm*-*-*, sh*-*-* and x86-64-*-linux*.  The accepted values and meaning
  for each target is given below.
! 
!           <dl>
! <dt><code>arm*-*-*</code><dd><var>list</var> is one of<code>default</code>, <code>aprofile</code> or <code>rmprofile</code>. 
  Specifying <code>default</code> is equivalent to omitting this option, ie. only the
  default runtime library will be enabled.  Specifying <code>aprofile</code> or
  <code>rmprofile</code> builds multilibs for a combination of ISA, architecture,
  FPU available and floating-point ABI.
! 
!           <p>The table below gives the combination of ISAs, architectures, FPUs and
  floating-point ABIs for which multilibs are built for each accepted value.
! 
!           <p><table summary=""><tr align="left"><td valign="top" width="15%">Option </td><td valign="top" width="28%">aprofile </td><td valign="top" width="30%">rmprofile
! <br></td></tr><tr align="left"><td valign="top" width="15%">ISAs
! </td><td valign="top" width="28%"><code>-marm</code> and <code>-mthumb</code>
! </td><td valign="top" width="30%"><code>-mthumb</code>
! <br></td></tr><tr align="left"><td valign="top" width="15%">Architectures<br><br><br><br><br><br>
! </td><td valign="top" width="28%">default architecture<br>
  <code>-march=armv7-a</code><br>
  <code>-march=armv7ve</code><br>
! <code>-march=armv8-a</code><br><br><br>
! </td><td valign="top" width="30%">default architecture<br>
  <code>-march=armv6s-m</code><br>
  <code>-march=armv7-m</code><br>
  <code>-march=armv7e-m</code><br>
  <code>-march=armv8-m.base</code><br>
  <code>-march=armv8-m.main</code><br>
! <code>-march=armv7</code>
! <br></td></tr><tr align="left"><td valign="top" width="15%">FPUs<br><br><br><br><br>
! </td><td valign="top" width="28%">none<br>
  <code>-mfpu=vfpv3-d16</code><br>
  <code>-mfpu=neon</code><br>
  <code>-mfpu=vfpv4-d16</code><br>
  <code>-mfpu=neon-vfpv4</code><br>
! <code>-mfpu=neon-fp-armv8</code>
! </td><td valign="top" width="30%">none<br>
  <code>-mfpu=vfpv3-d16</code><br>
  <code>-mfpu=fpv4-sp-d16</code><br>
  <code>-mfpu=fpv5-sp-d16</code><br>
! <code>-mfpu=fpv5-d16</code><br>
! <br></td></tr><tr align="left"><td valign="top" width="15%">floating-point ABIs<br><br>
! </td><td valign="top" width="28%"><code>-mfloat-abi=soft</code><br>
  <code>-mfloat-abi=softfp</code><br>
! <code>-mfloat-abi=hard</code>
! </td><td valign="top" width="30%"><code>-mfloat-abi=soft</code><br>
  <code>-mfloat-abi=softfp</code><br>
! <code>-mfloat-abi=hard</code>
!           <br></td></tr></table>
  
!           <br><dt><code>sh*-*-*</code><dd><var>list</var> is a comma separated list of CPU names.  These must be of the
  form <code>sh*</code> or <code>m*</code> (in which case they match the compiler option
  for that processor).  The list should not contain any endian options -
! these are handled by <samp><span class="option">--with-endian</span></samp>.
! 
!           <p>If <var>list</var> is empty, then there will be no multilibs for extra
  processors.  The multilib for the secondary endian remains enabled.
! 
!           <p>As a special case, if an entry in the list starts with a <code>!</code>
! (exclamation point), then it is added to the list of excluded multilibs. 
! Entries of this sort should be compatible with &lsquo;<samp><span class="samp">MULTILIB_EXCLUDES</span></samp>&rsquo;
  (once the leading <code>!</code> has been stripped).
! 
!           <p>If <samp><span class="option">--with-multilib-list</span></samp> is not given, then a default set of
! multilibs is selected based on the value of <samp><span class="option">--target</span></samp>.  This is
  usually the complete set of libraries, but some targets imply a more
  specialized subset.
  
!           <p>Example 1: to configure a compiler for SH4A only, but supporting both
! endians, with little endian being the default:
!           <pre class="smallexample">               --with-cpu=sh4a --with-endian=little,big --with-multilib-list=
! </pre>
!           <p>Example 2: to configure a compiler for both SH4A and SH4AL-DSP, but with
  only little endian SH4AL:
!           <pre class="smallexample">               --with-cpu=sh4a --with-endian=little,big \
!                --with-multilib-list=sh4al,!mb/m4al
! </pre>
!           <br><dt><code>x86-64-*-linux*</code><dd><var>list</var> is a comma separated list of <code>m32</code>, <code>m64</code> and
  <code>mx32</code> to enable 32-bit, 64-bit and x32 run-time libraries,
  respectively.  If <var>list</var> is empty, then there will be no multilibs
  and only the default run-time library will be enabled.
! 
!           <p>If <samp><span class="option">--with-multilib-list</span></samp> is not given, then only 32-bit and
! 64-bit run-time libraries will be enabled. 
  </dl>
  
!      <br><dt><code>--with-endian=</code><var>endians</var><dd>Specify what endians to use. 
  Currently only implemented for sh*-*-*.
! 
!      <p><var>endians</var> may be one of the following:
!           <dl>
! <dt><code>big</code><dd>Use big endian exclusively. 
! <br><dt><code>little</code><dd>Use little endian exclusively. 
! <br><dt><code>big,little</code><dd>Use big endian by default.  Provide a multilib for little endian. 
! <br><dt><code>little,big</code><dd>Use little endian by default.  Provide a multilib for big endian. 
  </dl>
  
!      <br><dt><code>--enable-threads</code><dd>Specify that the target
  supports threads.  This affects the Objective-C compiler and runtime
! library, and exception handling for other languages like C++. 
  On some systems, this is the default.
! 
!      <p>In general, the best (and, in many cases, the only known) threading
  model available will be configured for use.  Beware that on some
  systems, GCC has not been taught what threading models are generally
! available for the system.  In this case, <samp><span class="option">--enable-threads</span></samp> is an
! alias for <samp><span class="option">--enable-threads=single</span></samp>.
! 
!      <br><dt><code>--disable-threads</code><dd>Specify that threading support should be disabled for the system. 
! This is an alias for <samp><span class="option">--enable-threads=single</span></samp>.
! 
!      <br><dt><code>--enable-threads=</code><var>lib</var><dd>Specify that
  <var>lib</var> is the thread support library.  This affects the Objective-C
  compiler and runtime library, and exception handling for other languages
  like C++.  The possibilities for <var>lib</var> are:
! 
!           <dl>
! <dt><code>aix</code><dd>AIX thread support. 
! <br><dt><code>dce</code><dd>DCE thread support. 
! <br><dt><code>lynx</code><dd>LynxOS thread support. 
! <br><dt><code>mipssde</code><dd>MIPS SDE thread support. 
! <br><dt><code>no</code><dd>This is an alias for &lsquo;<samp><span class="samp">single</span></samp>&rsquo;. 
! <br><dt><code>posix</code><dd>Generic POSIX/Unix98 thread support. 
! <br><dt><code>rtems</code><dd>RTEMS thread support. 
! <br><dt><code>single</code><dd>Disable thread support, should work for all platforms. 
! <br><dt><code>tpf</code><dd>TPF thread support. 
! <br><dt><code>vxworks</code><dd>VxWorks thread support. 
! <br><dt><code>win32</code><dd>Microsoft Win32 API thread support. 
  </dl>
  
!      <br><dt><code>--enable-tls</code><dd>Specify that the target supports TLS (Thread Local Storage).  Usually
  configure can correctly determine if TLS is supported.  In cases where
  it guesses incorrectly, TLS can be explicitly enabled or disabled with
! <samp><span class="option">--enable-tls</span></samp> or <samp><span class="option">--disable-tls</span></samp>.  This can happen if
  the assembler supports TLS but the C library does not, or if the
  assumptions made by the configure test are incorrect.
! 
!      <br><dt><code>--disable-tls</code><dd>Specify that the target does not support TLS. 
! This is an alias for <samp><span class="option">--enable-tls=no</span></samp>.
! 
!      <br><dt><code>--with-cpu=</code><var>cpu</var><dt><code>--with-cpu-32=</code><var>cpu</var><dt><code>--with-cpu-64=</code><var>cpu</var><dd>Specify which cpu variant the compiler should generate code for by default. 
! <var>cpu</var> will be used as the default value of the <samp><span class="option">-mcpu=</span></samp> switch. 
  This option is only supported on some targets, including ARC, ARM, i386, M68k,
! PowerPC, and SPARC.  It is mandatory for ARC.  The <samp><span class="option">--with-cpu-32</span></samp> and
! <samp><span class="option">--with-cpu-64</span></samp> options specify separate default CPUs for
  32-bit and 64-bit modes; these options are only supported for i386,
  x86-64, PowerPC, and SPARC.
! 
!      <br><dt><code>--with-schedule=</code><var>cpu</var><dt><code>--with-arch=</code><var>cpu</var><dt><code>--with-arch-32=</code><var>cpu</var><dt><code>--with-arch-64=</code><var>cpu</var><dt><code>--with-tune=</code><var>cpu</var><dt><code>--with-tune-32=</code><var>cpu</var><dt><code>--with-tune-64=</code><var>cpu</var><dt><code>--with-abi=</code><var>abi</var><dt><code>--with-fpu=</code><var>type</var><dt><code>--with-float=</code><var>type</var><dd>These configure options provide default values for the <samp><span class="option">-mschedule=</span></samp>,
! <samp><span class="option">-march=</span></samp>, <samp><span class="option">-mtune=</span></samp>, <samp><span class="option">-mabi=</span></samp>, and <samp><span class="option">-mfpu=</span></samp>
! options and for <samp><span class="option">-mhard-float</span></samp> or <samp><span class="option">-msoft-float</span></samp>.  As with
! <samp><span class="option">--with-cpu</span></samp>, which switches will be accepted and acceptable values
  of the arguments depend on the target.
! 
!      <br><dt><code>--with-mode=</code><var>mode</var><dd>Specify if the compiler should default to <samp><span class="option">-marm</span></samp> or <samp><span class="option">-mthumb</span></samp>. 
  This option is only supported on ARM targets.
! 
!      <br><dt><code>--with-stack-offset=</code><var>num</var><dd>This option sets the default for the -mstack-offset=<var>num</var> option,
  and will thus generally also control the setting of this option for
  libraries.  This option is only supported on Epiphany targets.
! 
!      <br><dt><code>--with-fpmath=</code><var>isa</var><dd>This options sets <samp><span class="option">-mfpmath=sse</span></samp> by default and specifies the default
! ISA for floating-point arithmetics.  You can select either &lsquo;<samp><span class="samp">sse</span></samp>&rsquo; which
! enables <samp><span class="option">-msse2</span></samp> or &lsquo;<samp><span class="samp">avx</span></samp>&rsquo; which enables <samp><span class="option">-mavx</span></samp> by default. 
  This option is only supported on i386 and x86-64 targets.
! 
!      <br><dt><code>--with-fp-32=</code><var>mode</var><dd>On MIPS targets, set the default value for the <samp><span class="option">-mfp</span></samp> option when using
  the o32 ABI.  The possibilities for <var>mode</var> are:
!           <dl>
! <dt><code>32</code><dd>Use the o32 FP32 ABI extension, as with the <samp><span class="option">-mfp32</span></samp> command-line
! option. 
! <br><dt><code>xx</code><dd>Use the o32 FPXX ABI extension, as with the <samp><span class="option">-mfpxx</span></samp> command-line
! option. 
! <br><dt><code>64</code><dd>Use the o32 FP64 ABI extension, as with the <samp><span class="option">-mfp64</span></samp> command-line
! option. 
  </dl>
!      In the absence of this configuration option the default is to use the o32
  FP32 ABI extension.
! 
!      <br><dt><code>--with-odd-spreg-32</code><dd>On MIPS targets, set the <samp><span class="option">-modd-spreg</span></samp> option by default when using
  the o32 ABI.
! 
!      <br><dt><code>--without-odd-spreg-32</code><dd>On MIPS targets, set the <samp><span class="option">-mno-odd-spreg</span></samp> option by default when using
  the o32 ABI.  This is normally used in conjunction with
! <samp><span class="option">--with-fp-32=64</span></samp> in order to target the o32 FP64A ABI extension.
! 
!      <br><dt><code>--with-nan=</code><var>encoding</var><dd>On MIPS targets, set the default encoding convention to use for the
  special not-a-number (NaN) IEEE 754 floating-point data.  The
  possibilities for <var>encoding</var> are:
!           <dl>
! <dt><code>legacy</code><dd>Use the legacy encoding, as with the <samp><span class="option">-mnan=legacy</span></samp> command-line
! option. 
! <br><dt><code>2008</code><dd>Use the 754-2008 encoding, as with the <samp><span class="option">-mnan=2008</span></samp> command-line
! option. 
  </dl>
!      To use this configuration option you must have an assembler version
! installed that supports the <samp><span class="option">-mnan=</span></samp> command-line option too. 
  In the absence of this configuration option the default convention is
! the legacy encoding, as when neither of the <samp><span class="option">-mnan=2008</span></samp> and
! <samp><span class="option">-mnan=legacy</span></samp> command-line options has been used.
! 
!      <br><dt><code>--with-divide=</code><var>type</var><dd>Specify how the compiler should generate code for checking for
! division by zero.  This option is only supported on the MIPS target. 
  The possibilities for <var>type</var> are:
!           <dl>
! <dt><code>traps</code><dd>Division by zero checks use conditional traps (this is the default on
! systems that support conditional traps). 
! <br><dt><code>breaks</code><dd>Division by zero checks use the break instruction. 
  </dl>
  
!      <!-- If you make -with-llsc the default for additional targets, -->
!      <!-- update the -with-llsc description in the MIPS section below. -->
!      <br><dt><code>--with-llsc</code><dd>On MIPS targets, make <samp><span class="option">-mllsc</span></samp> the default when no
! <samp><span class="option">-mno-llsc</span></samp> option is passed.  This is the default for
  Linux-based targets, as the kernel will emulate them if the ISA does
  not provide them.
! 
!      <br><dt><code>--without-llsc</code><dd>On MIPS targets, make <samp><span class="option">-mno-llsc</span></samp> the default when no
! <samp><span class="option">-mllsc</span></samp> option is passed.
! 
!      <br><dt><code>--with-synci</code><dd>On MIPS targets, make <samp><span class="option">-msynci</span></samp> the default when no
! <samp><span class="option">-mno-synci</span></samp> option is passed.
! 
!      <br><dt><code>--without-synci</code><dd>On MIPS targets, make <samp><span class="option">-mno-synci</span></samp> the default when no
! <samp><span class="option">-msynci</span></samp> option is passed.  This is the default.
! 
!      <br><dt><code>--with-lxc1-sxc1</code><dd>On MIPS targets, make <samp><span class="option">-mlxc1-sxc1</span></samp> the default when no
! <samp><span class="option">-mno-lxc1-sxc1</span></samp> option is passed.  This is the default.
! 
!      <br><dt><code>--without-lxc1-sxc1</code><dd>On MIPS targets, make <samp><span class="option">-mno-lxc1-sxc1</span></samp> the default when no
! <samp><span class="option">-mlxc1-sxc1</span></samp> option is passed.  The indexed load/store
  instructions are not directly a problem but can lead to unexpected
  behaviour when deployed in an application intended for a 32-bit address
  space but run on a 64-bit processor.  The issue is seen because all
*************** as an <code>addu</code> instruction or a
*** 956,1900 ****
  in <code>lwxc1</code> type instructions.  This assumption holds true in a
  pure 32-bit environment and can hold true in a 64-bit environment if
  the address space is accurately set to be 32-bit for o32 and n32.
! </p>
! </dd>
! <dt><code>--with-madd4</code></dt>
! <dd><p>On MIPS targets, make <samp>-mmadd4</samp> the default when no
! <samp>-mno-madd4</samp> option is passed.  This is the default.
! </p>
! </dd>
! <dt><code>--without-madd4</code></dt>
! <dd><p>On MIPS targets, make <samp>-mno-madd4</samp> the default when no
! <samp>-mmadd4</samp> option is passed.  The <code>madd4</code> instruction
  family can be problematic when targeting a combination of cores that
  implement these instructions differently.  There are two known cores
  that implement these as fused operations instead of unfused (where
  unfused is normally expected).  Disabling these instructions is the
  only way to ensure compatible code is generated; this will incur
  a performance penalty.
! </p>
! </dd>
! <dt><code>--with-mips-plt</code></dt>
! <dd><p>On MIPS targets, make use of copy relocations and PLTs.
  These features are extensions to the traditional
  SVR4-based MIPS ABIs and require support from GNU binutils
  and the runtime C library.
! </p>
! </dd>
! <dt><code>--enable-__cxa_atexit</code></dt>
! <dd><p>Define if you want to use __cxa_atexit, rather than atexit, to
! register C++ destructors for local statics and global objects.
  This is essential for fully standards-compliant handling of
  destructors, but requires __cxa_atexit in libc.  This option is currently
  only available on systems with GNU libc.  When enabled, this will cause
! <samp>-fuse-cxa-atexit</samp> to be passed by default.
! </p>
! </dd>
! <dt><code>--enable-gnu-indirect-function</code></dt>
! <dd><p>Define if you want to enable the <code>ifunc</code> attribute.  This option is
  currently only available on systems with GNU libc on certain targets.
! </p>
! </dd>
! <dt><code>--enable-target-optspace</code></dt>
! <dd><p>Specify that target
! libraries should be optimized for code space instead of code speed.
  This is the default for the m32r platform.
! </p>
! </dd>
! <dt><code>--with-cpp-install-dir=<var>dirname</var></code></dt>
! <dd><p>Specify that the user visible <code>cpp</code> program should be installed
! in <samp><var>prefix</var>/<var>dirname</var>/cpp</samp>, in addition to <var>bindir</var>.
! </p>
! </dd>
! <dt><code>--enable-comdat</code></dt>
! <dd><p>Enable COMDAT group support.  This is primarily used to override the
  automatically detected value.
! </p>
! </dd>
! <dt><code>--enable-initfini-array</code></dt>
! <dd><p>Force the use of sections <code>.init_array</code> and <code>.fini_array</code>
  (instead of <code>.init</code> and <code>.fini</code>) for constructors and
! destructors.  Option <samp>--disable-initfini-array</samp> has the
  opposite effect.  If neither option is specified, the configure script
  will try to guess whether the <code>.init_array</code> and
  <code>.fini_array</code> sections are supported and, if they are, use them.
! </p>
! </dd>
! <dt><code>--enable-link-mutex</code></dt>
! <dd><p>When building GCC, use a mutex to avoid linking the compilers for
  multiple languages at the same time, to avoid thrashing on build
  systems with limited free memory.  The default is not to use such a mutex.
! </p>
! </dd>
! <dt><code>--enable-maintainer-mode</code></dt>
! <dd><p>The build rules that regenerate the Autoconf and Automake output files as
! well as the GCC master message catalog <samp>gcc.pot</samp> are normally
  disabled.  This is because it can only be rebuilt if the complete source
  tree is present.  If you have changed the sources and want to rebuild the
! catalog, configuring with <samp>--enable-maintainer-mode</samp> will enable
  this.  Note that you need a recent version of the <code>gettext</code> tools
  to do so.
! </p>
! </dd>
! <dt><code>--disable-bootstrap</code></dt>
! <dd><p>For a native build, the default configuration is to perform
! a 3-stage bootstrap of the compiler when &lsquo;<samp>make</samp>&rsquo; is invoked,
  testing that GCC can compile itself correctly.  If you want to disable
! this process, you can configure with <samp>--disable-bootstrap</samp>.
! </p>
! </dd>
! <dt><code>--enable-bootstrap</code></dt>
! <dd><p>In special cases, you may want to perform a 3-stage build
! even if the target and host triplets are different.
  This is possible when the host can run code compiled for
! the target (e.g. host is i686-linux, target is i486-linux).
  Starting from GCC 4.2, to do this you have to configure explicitly
! with <samp>--enable-bootstrap</samp>.
! </p>
! </dd>
! <dt><code>--enable-generated-files-in-srcdir</code></dt>
! <dd><p>Neither the .c and .h files that are generated from Bison and flex nor the
  info manuals and man pages that are built from the .texi files are present
  in the SVN development tree.  When building GCC from that development tree,
  or from one of our snapshots, those generated files are placed in your
  build directory, which allows for the source to be in a readonly
  directory.
! </p>
! <p>If you configure with <samp>--enable-generated-files-in-srcdir</samp> then those
  generated files will go into the source directory.  This is mainly intended
  for generating release or prerelease tarballs of the GCC sources, since it
  is not a requirement that the users of source releases to have flex, Bison,
  or makeinfo.
! </p>
! </dd>
! <dt><code>--enable-version-specific-runtime-libs</code></dt>
! <dd><p>Specify
  that runtime libraries should be installed in the compiler specific
! subdirectory (<samp><var>libdir</var>/gcc</samp>) rather than the usual places.  In
! addition, &lsquo;<samp>libstdc++</samp>&rsquo;&rsquo;s include files will be installed into
  <samp><var>libdir</var></samp> unless you overruled it by using
! <samp>--with-gxx-include-dir=<var>dirname</var></samp>.  Using this option is
  particularly useful if you intend to use several versions of GCC in
! parallel.  This is currently supported by &lsquo;<samp>libgfortran</samp>&rsquo;,
! &lsquo;<samp>libstdc++</samp>&rsquo;, and &lsquo;<samp>libobjc</samp>&rsquo;.
! </p>
! </dd>
! <dt><code><a name="WithAixSoname"></a>--with-aix-soname=&lsquo;<samp>aix</samp>&rsquo;, &lsquo;<samp>svr4</samp>&rsquo; or &lsquo;<samp>both</samp>&rsquo;</code></dt>
! <dd><p>Traditional AIX shared library versioning (versioned <code>Shared Object</code>
  files as members of unversioned <code>Archive Library</code> files named
! &lsquo;<samp>lib.a</samp>&rsquo;) causes numerous headaches for package managers. However,
  <code>Import Files</code> as members of <code>Archive Library</code> files allow for
  <strong>filename-based versioning</strong> of shared libraries as seen on Linux/SVR4,
! where this is called the &quot;SONAME&quot;. But as they prevent static linking,
  <code>Import Files</code> may be used with <code>Runtime Linking</code> only, where the
! linker does search for &lsquo;<samp>libNAME.so</samp>&rsquo; before &lsquo;<samp>libNAME.a</samp>&rsquo; library
! filenames with the &lsquo;<samp>-lNAME</samp>&rsquo; linker flag.
! </p>
! <a name="AixLdCommand"></a><p>For detailed information please refer to the AIX
! <a href="https://www.ibm.com/support/knowledgecenter/search/%22the%20ld%20command%2C%20also%20called%20the%20linkage%20editor%20or%20binder%22">ld
! Command</a> reference.
! </p>
! <p>As long as shared library creation is enabled, upon:
! </p><dl compact="compact">
! <dt><code>--with-aix-soname=aix</code></dt>
! <dt><code>--with-aix-soname=both</code></dt>
! <dd><p>A (traditional AIX) <code>Shared Archive Library</code> file is created:
!  </p><ul>
! <li> using the &lsquo;<samp>libNAME.a</samp>&rsquo; filename scheme
!   </li><li> with the <code>Shared Object</code> file as archive member named
!   &lsquo;<samp>libNAME.so.V</samp>&rsquo; (except for &lsquo;<samp>libgcc_s</samp>&rsquo;, where the <code>Shared
!   Object</code> file is named &lsquo;<samp>shr.o</samp>&rsquo; for backwards compatibility), which
!   <ul class="no-bullet">
! <li>- is used for runtime loading from inside the &lsquo;<samp>libNAME.a</samp>&rsquo; file
!    </li><li>- is used for dynamic loading via
!    <code>dlopen(&quot;libNAME.a(libNAME.so.V)&quot;, RTLD_MEMBER)</code>
!    </li><li>- is used for shared linking
!    </li><li>- is used for static linking, so no separate <code>Static Archive
     Library</code> file is needed
!   </li></ul>
! </li></ul>
! </dd>
! <dt><code>--with-aix-soname=both</code></dt>
! <dt><code>--with-aix-soname=svr4</code></dt>
! <dd><p>A (second) <code>Shared Archive Library</code> file is created:
!  </p><ul>
! <li> using the &lsquo;<samp>libNAME.so.V</samp>&rsquo; filename scheme
!  </li><li> with the <code>Shared Object</code> file as archive member named
!  &lsquo;<samp>shr.o</samp>&rsquo;, which
!   <ul class="no-bullet">
! <li>- is created with the <code>-G linker flag</code>
!    </li><li>- has the <code>F_LOADONLY</code> flag set
!    </li><li>- is used for runtime loading from inside the &lsquo;<samp>libNAME.so.V</samp>&rsquo; file
!    </li><li>- is used for dynamic loading via <code>dlopen(&quot;libNAME.so.V(shr.o)&quot;,
     RTLD_MEMBER)</code>
!   </li></ul>
! </li><li> with the <code>Import File</code> as archive member named &lsquo;<samp>shr.imp</samp>&rsquo;,
   which
!   <ul class="no-bullet">
! <li>- refers to &lsquo;<samp>libNAME.so.V(shr.o)</samp>&rsquo; as the &quot;SONAME&quot;, to be recorded
     in the <code>Loader Section</code> of subsequent binaries
!    </li><li>- indicates whether &lsquo;<samp>libNAME.so.V(shr.o)</samp>&rsquo; is 32 or 64 bit
!    </li><li>- lists all the public symbols exported by &lsquo;<samp>lib.so.V(shr.o)</samp>&rsquo;,
!    eventually decorated with the <code>&lsquo;<samp>weak</samp>&rsquo; Keyword</code>
!    </li><li>- is necessary for shared linking against &lsquo;<samp>lib.so.V(shr.o)</samp>&rsquo;
!    </li></ul>
! </li></ul>
! <p>A symbolic link using the &lsquo;<samp>libNAME.so</samp>&rsquo; filename scheme is created:
!   </p><ul>
! <li> pointing to the &lsquo;<samp>libNAME.so.V</samp>&rsquo; <code>Shared Archive Library</code> file
!   </li><li> to permit the <code>ld Command</code> to find &lsquo;<samp>lib.so.V(shr.imp)</samp>&rsquo; via
!   the &lsquo;<samp>-lNAME</samp>&rsquo; argument (requires <code>Runtime Linking</code> to be enabled)
!   </li><li> to permit dynamic loading of &lsquo;<samp>lib.so.V(shr.o)</samp>&rsquo; without the need
!   to specify the version number via <code>dlopen(&quot;libNAME.so(shr.o)&quot;,
    RTLD_MEMBER)</code>
!   </li></ul>
! </dd>
! </dl>
  
! <p>As long as static library creation is enabled, upon:
! </p><dl compact="compact">
! <dt><code>--with-aix-soname=svr4</code></dt>
! <dd><p>A <code>Static Archive Library</code> is created:
!  </p><ul>
! <li> using the &lsquo;<samp>libNAME.a</samp>&rsquo; filename scheme
!  </li><li> with all the <code>Static Object</code> files as archive members, which
!   <ul class="no-bullet">
! <li>- are used for static linking
!   </li></ul>
! </li></ul>
! </dd>
! </dl>
  
! <p>While the aix-soname=&lsquo;<samp>svr4</samp>&rsquo; option does not create <code>Shared Object</code>
  files as members of unversioned <code>Archive Library</code> files any more, package
  managers still are responsible to
  <a href="./specific.html#TransferAixShobj">transfer</a> <code>Shared Object</code> files
  found as member of a previously installed unversioned <code>Archive Library</code>
  file into the newly installed <code>Archive Library</code> file with the same
  filename.
! </p>
! <p><em>WARNING:</em> Creating <code>Shared Object</code> files with <code>Runtime Linking</code>
  enabled may bloat the TOC, eventually leading to <code>TOC overflow</code> errors,
! requiring the use of either the <samp>-Wl,-bbigtoc</samp> linker flag (seen to
  break with the <code>GDB</code> debugger) or some of the TOC-related compiler flags,
  see &ldquo;RS/6000 and PowerPC Options&rdquo; in the main manual.
! </p>
! <p><samp>--with-aix-soname</samp> is currently supported by &lsquo;<samp>libgcc_s</samp>&rsquo; only, so
  this option is still experimental and not for normal use yet.
! </p>
! <p>Default is the traditional behavior <samp>--with-aix-soname=&lsquo;<samp>aix</samp>&rsquo;</samp>.
! </p>
! </dd>
! <dt><code>--enable-languages=<var>lang1</var>,<var>lang2</var>,&hellip;</code></dt>
! <dd><p>Specify that only a particular subset of compilers and
  their runtime libraries should be built.  For a list of valid values for
  <var>langN</var> you can issue the following command in the
! <samp>gcc</samp> directory of your GCC source tree:<br>
! </p><div class="smallexample">
! <pre class="smallexample">grep ^language= */config-lang.in
! </pre></div>
! <p>Currently, you can use any of the following:
  <code>all</code>, <code>ada</code>, <code>c</code>, <code>c++</code>, <code>fortran</code>,
! <code>go</code>, <code>jit</code>, <code>lto</code>, <code>objc</code>, <code>obj-c++</code>.
! Building the Ada compiler has special requirements, see below.
  If you do not pass this flag, or specify the option <code>all</code>, then all
! default languages available in the <samp>gcc</samp> sub-tree will be configured.
  Ada, Go, Jit, and Objective-C++ are not default languages.  LTO is not a
! default language, but is built by default because <samp>--enable-lto</samp> is
  enabled by default.  The other languages are default languages.
! </p>
! </dd>
! <dt><code>--enable-stage1-languages=<var>lang1</var>,<var>lang2</var>,&hellip;</code></dt>
! <dd><p>Specify that a particular subset of compilers and their runtime
  libraries should be built with the system C compiler during stage 1 of
  the bootstrap process, rather than only in later stages with the
  bootstrapped C compiler.  The list of valid values is the same as for
! <samp>--enable-languages</samp>, and the option <code>all</code> will select all
! of the languages enabled by <samp>--enable-languages</samp>.  This option is
  primarily useful for GCC development; for instance, when a development
  version of the compiler cannot bootstrap due to compiler bugs, or when
  one is debugging front ends other than the C front end.  When this
  option is used, one can then build the target libraries for the
! specified languages with the stage-1 compiler by using <code>make
! stage1-bubble all-target</code>, or run the testsuite on the stage-1 compiler
! for the specified languages using <code>make stage1-start check-gcc</code>.
! </p>
! </dd>
! <dt><code>--disable-libada</code></dt>
! <dd><p>Specify that the run-time libraries and tools used by GNAT should not
  be built.  This can be useful for debugging, or for compatibility with
  previous Ada build procedures, when it was required to explicitly
! do a &lsquo;<samp>make -C gcc gnatlib_and_tools</samp>&rsquo;.
! </p>
! </dd>
! <dt><code>--disable-libsanitizer</code></dt>
! <dd><p>Specify that the run-time libraries for the various sanitizers should
  not be built.
! </p>
! </dd>
! <dt><code>--disable-libssp</code></dt>
! <dd><p>Specify that the run-time libraries for stack smashing protection
  should not be built.
! </p>
! </dd>
! <dt><code>--disable-libquadmath</code></dt>
! <dd><p>Specify that the GCC quad-precision math library should not be built.
  On some systems, the library is required to be linkable when building
! the Fortran front end, unless <samp>--disable-libquadmath-support</samp>
  is used.
! </p>
! </dd>
! <dt><code>--disable-libquadmath-support</code></dt>
! <dd><p>Specify that the Fortran front end and <code>libgfortran</code> do not add
  support for <code>libquadmath</code> on systems supporting it.
! </p>
! </dd>
! <dt><code>--disable-libgomp</code></dt>
! <dd><p>Specify that the GNU Offloading and Multi Processing Runtime Library
  should not be built.
! </p>
! </dd>
! <dt><code>--disable-libvtv</code></dt>
! <dd><p>Specify that the run-time libraries used by vtable verification
  should not be built.
! </p>
! </dd>
! <dt><code>--with-dwarf2</code></dt>
! <dd><p>Specify that the compiler should
  use DWARF 2 debugging information as the default.
! </p>
! </dd>
! <dt><code>--with-advance-toolchain=<var>at</var></code></dt>
! <dd><p>On 64-bit PowerPC Linux systems, configure the compiler to use the
  header files, library files, and the dynamic linker from the Advance
  Toolchain release <var>at</var> instead of the default versions that are
  provided by the Linux distribution.  In general, this option is
  intended for the developers of GCC, and it is not intended for general
  use.
! </p>
! </dd>
! <dt><code>--enable-targets=all</code></dt>
! <dt><code>--enable-targets=<var>target_list</var></code></dt>
! <dd><p>Some GCC targets, e.g. powerpc64-linux, build bi-arch compilers.
  These are compilers that are able to generate either 64-bit or 32-bit
! code.  Typically, the corresponding 32-bit target, e.g.
  powerpc-linux for powerpc64-linux, only generates 32-bit code.  This
  option enables the 32-bit target to be a bi-arch compiler, which is
  useful when you want a bi-arch compiler that defaults to 32-bit, and
! you are building a bi-arch or multi-arch binutils in a combined tree.
  On mips-linux, this will build a tri-arch compiler (ABI o32/n32/64),
! defaulted to o32.
  Currently, this option only affects sparc-linux, powerpc-linux, x86-linux,
  mips-linux and s390-linux.
! </p>
! </dd>
! <dt><code>--enable-default-pie</code></dt>
! <dd><p>Turn on <samp>-fPIE</samp> and <samp>-pie</samp> by default.
! </p>
! </dd>
! <dt><code>--enable-secureplt</code></dt>
! <dd><p>This option enables <samp>-msecure-plt</samp> by default for powerpc-linux.
  See &ldquo;RS/6000 and PowerPC Options&rdquo; in the main manual
! </p>
! </dd>
! <dt><code>--enable-default-ssp</code></dt>
! <dd><p>Turn on <samp>-fstack-protector-strong</samp> by default.
! </p>
! </dd>
! <dt><code>--enable-cld</code></dt>
! <dd><p>This option enables <samp>-mcld</samp> by default for 32-bit x86 targets.
  See &ldquo;i386 and x86-64 Options&rdquo; in the main manual
! </p>
! </dd>
! <dt><code>--enable-win32-registry</code></dt>
! <dt><code>--enable-win32-registry=<var>key</var></code></dt>
! <dt><code>--disable-win32-registry</code></dt>
! <dd><p>The <samp>--enable-win32-registry</samp> option enables Microsoft Windows-hosted GCC
  to look up installations paths in the registry using the following key:
- </p>
- <div class="smallexample">
- <pre class="smallexample"><code>HKEY_LOCAL_MACHINE\SOFTWARE\Free Software Foundation\<var>key</var></code>
- </pre></div>
  
! <p><var>key</var> defaults to GCC version number, and can be overridden by the
! <samp>--enable-win32-registry=<var>key</var></samp> option.  Vendors and distributors
  who use custom installers are encouraged to provide a different key,
  perhaps one comprised of vendor name and GCC version number, to
  avoid conflict with existing installations.  This feature is enabled
! by default, and can be disabled by <samp>--disable-win32-registry</samp>
  option.  This option has no effect on the other hosts.
! </p>
! </dd>
! <dt><code>--nfp</code></dt>
! <dd><p>Specify that the machine does not have a floating point unit.  This
! option only applies to &lsquo;<samp>m68k-sun-sunos<var>n</var></samp>&rsquo;.  On any other
! system, <samp>--nfp</samp> has no effect.
! </p>
! </dd>
! <dt><code>--enable-werror</code></dt>
! <dt><code>--disable-werror</code></dt>
! <dt><code>--enable-werror=yes</code></dt>
! <dt><code>--enable-werror=no</code></dt>
! <dd><p>When you specify this option, it controls whether certain files in the
! compiler are built with <samp>-Werror</samp> in bootstrap stage2 and later.
! If you don&rsquo;t specify it, <samp>-Werror</samp> is turned on for the main
  development trunk.  However it defaults to off for release branches and
! final releases.  The specific files which get <samp>-Werror</samp> are
  controlled by the Makefiles.
! </p>
! </dd>
! <dt><code>--enable-checking</code></dt>
! <dt><code>--enable-checking=<var>list</var></code></dt>
! <dd><p>When you specify this option, the compiler is built to perform internal
  consistency checks of the requested complexity.  This does not change the
  generated code, but adds error checking within the compiler.  This will
  slow down the compiler and may only work properly if you are building
! the compiler with GCC.  This is &lsquo;<samp>yes,extra</samp>&rsquo; by default when building
! from SVN or snapshots, but &lsquo;<samp>release</samp>&rsquo; for releases.  The default
! for building the stage1 compiler is &lsquo;<samp>yes</samp>&rsquo;.  More control
  over the checks may be had by specifying <var>list</var>.  The categories of
! checks available are &lsquo;<samp>yes</samp>&rsquo; (most common checks
! &lsquo;<samp>assert,misc,tree,gc,rtlflag,runtime</samp>&rsquo;), &lsquo;<samp>no</samp>&rsquo; (no checks at
! all), &lsquo;<samp>all</samp>&rsquo; (all but &lsquo;<samp>valgrind</samp>&rsquo;), &lsquo;<samp>release</samp>&rsquo; (cheapest
! checks &lsquo;<samp>assert,runtime</samp>&rsquo;) or &lsquo;<samp>none</samp>&rsquo; (same as &lsquo;<samp>no</samp>&rsquo;).
! Individual checks can be enabled with these flags &lsquo;<samp>assert</samp>&rsquo;,
! &lsquo;<samp>df</samp>&rsquo;, &lsquo;<samp>fold</samp>&rsquo;, &lsquo;<samp>gc</samp>&rsquo;, &lsquo;<samp>gcac</samp>&rsquo;, &lsquo;<samp>misc</samp>&rsquo;, &lsquo;<samp>rtl</samp>&rsquo;,
! &lsquo;<samp>rtlflag</samp>&rsquo;, &lsquo;<samp>runtime</samp>&rsquo;, &lsquo;<samp>tree</samp>&rsquo;, &lsquo;<samp>extra</samp>&rsquo; and &lsquo;<samp>valgrind</samp>&rsquo;.
! &lsquo;<samp>extra</samp>&rsquo; adds for &lsquo;<samp>misc</samp>&rsquo; checking extra checks that might affect
  code generation and should therefore not differ between stage1 and later
  stages.
! </p>
! <p>The &lsquo;<samp>valgrind</samp>&rsquo; check requires the external <code>valgrind</code>
  simulator, available from <a href="http://valgrind.org/">http://valgrind.org/</a>.  The
! &lsquo;<samp>df</samp>&rsquo;, &lsquo;<samp>rtl</samp>&rsquo;, &lsquo;<samp>gcac</samp>&rsquo; and &lsquo;<samp>valgrind</samp>&rsquo; checks are very expensive.
! To disable all checking, &lsquo;<samp>--disable-checking</samp>&rsquo; or
! &lsquo;<samp>--enable-checking=none</samp>&rsquo; must be explicitly requested.  Disabling
  assertions will make the compiler and runtime slightly faster but
  increase the risk of undetected internal errors causing wrong code to be
  generated.
! </p>
! </dd>
! <dt><code>--disable-stage1-checking</code></dt>
! <dt><code>--enable-stage1-checking</code></dt>
! <dt><code>--enable-stage1-checking=<var>list</var></code></dt>
! <dd><p>If no <samp>--enable-checking</samp> option is specified the stage1
! compiler will be built with &lsquo;<samp>yes</samp>&rsquo; checking enabled, otherwise
  the stage1 checking flags are the same as specified by
! <samp>--enable-checking</samp>.  To build the stage1 compiler with
! different checking options use <samp>--enable-stage1-checking</samp>.
! The list of checking options is the same as for <samp>--enable-checking</samp>.
  If your system is too slow or too small to bootstrap a released compiler
! with checking for stage1 enabled, you can use &lsquo;<samp>--disable-stage1-checking</samp>&rsquo;
  to disable checking for the stage1 compiler.
! </p>
! </dd>
! <dt><code>--enable-coverage</code></dt>
! <dt><code>--enable-coverage=<var>level</var></code></dt>
! <dd><p>With this option, the compiler is built to collect self coverage
  information, every time it is run.  This is for internal development
  purposes, and only works when the compiler is being built with gcc.  The
  <var>level</var> argument controls whether the compiler is built optimized or
! not, values are &lsquo;<samp>opt</samp>&rsquo; and &lsquo;<samp>noopt</samp>&rsquo;.  For coverage analysis you
  want to disable optimization, for performance analysis you want to
  enable optimization.  When coverage is enabled, the default level is
  without optimization.
! </p>
! </dd>
! <dt><code>--enable-gather-detailed-mem-stats</code></dt>
! <dd><p>When this option is specified more detailed information on memory
  allocation is gathered.  This information is printed when using
! <samp>-fmem-report</samp>.
! </p>
! </dd>
! <dt><code>--enable-valgrind-annotations</code></dt>
! <dd><p>Mark selected memory related operations in the compiler when run under
  valgrind to suppress false positives.
! </p>
! </dd>
! <dt><code>--enable-nls</code></dt>
! <dt><code>--disable-nls</code></dt>
! <dd><p>The <samp>--enable-nls</samp> option enables Native Language Support (NLS),
  which lets GCC output diagnostics in languages other than American
  English.  Native Language Support is enabled by default if not doing a
! canadian cross build.  The <samp>--disable-nls</samp> option disables NLS.
! </p>
! </dd>
! <dt><code>--with-included-gettext</code></dt>
! <dd><p>If NLS is enabled, the <samp>--with-included-gettext</samp> option causes the build
! procedure to prefer its copy of GNU <code>gettext</code>.
! </p>
! </dd>
! <dt><code>--with-catgets</code></dt>
! <dd><p>If NLS is enabled, and if the host lacks <code>gettext</code> but has the
  inferior <code>catgets</code> interface, the GCC build procedure normally
! ignores <code>catgets</code> and instead uses GCC&rsquo;s copy of the GNU
! <code>gettext</code> library.  The <samp>--with-catgets</samp> option causes the
! build procedure to use the host&rsquo;s <code>catgets</code> in this situation.
! </p>
! </dd>
! <dt><code>--with-libiconv-prefix=<var>dir</var></code></dt>
! <dd><p>Search for libiconv header files in <samp><var>dir</var>/include</samp> and
! libiconv library files in <samp><var>dir</var>/lib</samp>.
! </p>
! </dd>
! <dt><code>--enable-obsolete</code></dt>
! <dd><p>Enable configuration for an obsoleted system.  If you attempt to
  configure GCC for a system (build, host, or target) which has been
  obsoleted, and you do not specify this flag, configure will halt with an
  error message.
! </p>
! <p>All support for systems which have been obsoleted in one release of GCC
  is removed entirely in the next major release, unless someone steps
  forward to maintain the port.
! </p>
! </dd>
! <dt><code>--enable-decimal-float</code></dt>
! <dt><code>--enable-decimal-float=yes</code></dt>
! <dt><code>--enable-decimal-float=no</code></dt>
! <dt><code>--enable-decimal-float=bid</code></dt>
! <dt><code>--enable-decimal-float=dpd</code></dt>
! <dt><code>--disable-decimal-float</code></dt>
! <dd><p>Enable (or disable) support for the C decimal floating point extension
  that is in the IEEE 754-2008 standard.  This is enabled by default only
  on PowerPC, i386, and x86_64 GNU/Linux systems.  Other systems may also
  support it, but require the user to specifically enable it.  You can
  optionally control which decimal floating point format is used (either
! &lsquo;<samp>bid</samp>&rsquo; or &lsquo;<samp>dpd</samp>&rsquo;).  The &lsquo;<samp>bid</samp>&rsquo; (binary integer decimal)
! format is default on i386 and x86_64 systems, and the &lsquo;<samp>dpd</samp>&rsquo;
  (densely packed decimal) format is default on PowerPC systems.
! </p>
! </dd>
! <dt><code>--enable-fixed-point</code></dt>
! <dt><code>--disable-fixed-point</code></dt>
! <dd><p>Enable (or disable) support for C fixed-point arithmetic.
  This option is enabled by default for some targets (such as MIPS) which
  have hardware-support for fixed-point operations.  On other targets, you
  may enable this option manually.
! </p>
! </dd>
! <dt><code>--with-long-double-128</code></dt>
! <dd><p>Specify if <code>long double</code> type should be 128-bit by default on selected
  GNU/Linux architectures.  If using <code>--without-long-double-128</code>,
! <code>long double</code> will be by default 64-bit, the same as <code>double</code> type.
  When neither of these configure options are used, the default will be
  128-bit <code>long double</code> when built against GNU C Library 2.4 and later,
  64-bit <code>long double</code> otherwise.
! </p>
! </dd>
! <dt><code>--enable-fdpic</code></dt>
! <dd><p>On SH Linux systems, generate ELF FDPIC code.
! </p>
! </dd>
! <dt><code>--with-gmp=<var>pathname</var></code></dt>
! <dt><code>--with-gmp-include=<var>pathname</var></code></dt>
! <dt><code>--with-gmp-lib=<var>pathname</var></code></dt>
! <dt><code>--with-mpfr=<var>pathname</var></code></dt>
! <dt><code>--with-mpfr-include=<var>pathname</var></code></dt>
! <dt><code>--with-mpfr-lib=<var>pathname</var></code></dt>
! <dt><code>--with-mpc=<var>pathname</var></code></dt>
! <dt><code>--with-mpc-include=<var>pathname</var></code></dt>
! <dt><code>--with-mpc-lib=<var>pathname</var></code></dt>
! <dd><p>If you want to build GCC but do not have the GMP library, the MPFR
  library and/or the MPC library installed in a standard location and
  do not have their sources present in the GCC source tree then you
  can explicitly specify the directory where they are installed
! (&lsquo;<samp>--with-gmp=<var>gmpinstalldir</var></samp>&rsquo;,
! &lsquo;<samp>--with-mpfr=<var>mpfrinstalldir</var></samp>&rsquo;,
! &lsquo;<samp>--with-mpc=<var>mpcinstalldir</var></samp>&rsquo;).  The
! <samp>--with-gmp=<var>gmpinstalldir</var></samp> option is shorthand for
! <samp>--with-gmp-lib=<var>gmpinstalldir</var>/lib</samp> and
! <samp>--with-gmp-include=<var>gmpinstalldir</var>/include</samp>.  Likewise the
! <samp>--with-mpfr=<var>mpfrinstalldir</var></samp> option is shorthand for
! <samp>--with-mpfr-lib=<var>mpfrinstalldir</var>/lib</samp> and
! <samp>--with-mpfr-include=<var>mpfrinstalldir</var>/include</samp>, also the
! <samp>--with-mpc=<var>mpcinstalldir</var></samp> option is shorthand for
! <samp>--with-mpc-lib=<var>mpcinstalldir</var>/lib</samp> and
! <samp>--with-mpc-include=<var>mpcinstalldir</var>/include</samp>.  If these
  shorthand assumptions are not correct, you can use the explicit
  include and lib options directly.  You might also need to ensure the
  shared libraries can be found by the dynamic linker when building and
  using GCC, for example by setting the runtime shared library path
! variable (<code>LD_LIBRARY_PATH</code> on GNU/Linux and Solaris systems).
! </p>
! <p>These flags are applicable to the host platform only.  When building
  a cross compiler, they will not be used to configure target libraries.
! </p>
! </dd>
! <dt><code>--with-isl=<var>pathname</var></code></dt>
! <dt><code>--with-isl-include=<var>pathname</var></code></dt>
! <dt><code>--with-isl-lib=<var>pathname</var></code></dt>
! <dd><p>If you do not have the isl library installed in a standard location and you
  want to build GCC, you can explicitly specify the directory where it is
! installed (&lsquo;<samp>--with-isl=<var>islinstalldir</var></samp>&rsquo;). The
! <samp>--with-isl=<var>islinstalldir</var></samp> option is shorthand for
! <samp>--with-isl-lib=<var>islinstalldir</var>/lib</samp> and
! <samp>--with-isl-include=<var>islinstalldir</var>/include</samp>. If this
  shorthand assumption is not correct, you can use the explicit
  include and lib options directly.
! </p>
! <p>These flags are applicable to the host platform only.  When building
  a cross compiler, they will not be used to configure target libraries.
! </p>
! </dd>
! <dt><code>--with-stage1-ldflags=<var>flags</var></code></dt>
! <dd><p>This option may be used to set linker flags to be used when linking
  stage 1 of GCC.  These are also used when linking GCC if configured with
! <samp>--disable-bootstrap</samp>.  If <samp>--with-stage1-libs</samp> is not set to a
! value, then the default is &lsquo;<samp>-static-libstdc++ -static-libgcc</samp>&rsquo;, if
  supported.
! </p>
! </dd>
! <dt><code>--with-stage1-libs=<var>libs</var></code></dt>
! <dd><p>This option may be used to set libraries to be used when linking stage 1
  of GCC.  These are also used when linking GCC if configured with
! <samp>--disable-bootstrap</samp>.
! </p>
! </dd>
! <dt><code>--with-boot-ldflags=<var>flags</var></code></dt>
! <dd><p>This option may be used to set linker flags to be used when linking
  stage 2 and later when bootstrapping GCC.  If &ndash;with-boot-libs
  is not is set to a value, then the default is
! &lsquo;<samp>-static-libstdc++ -static-libgcc</samp>&rsquo;.
! </p>
! </dd>
! <dt><code>--with-boot-libs=<var>libs</var></code></dt>
! <dd><p>This option may be used to set libraries to be used when linking stage 2
  and later when bootstrapping GCC.
! </p>
! </dd>
! <dt><code>--with-debug-prefix-map=<var>map</var></code></dt>
! <dd><p>Convert source directory names using <samp>-fdebug-prefix-map</samp> when
  building runtime libraries.  &lsquo;<samp><var>map</var></samp>&rsquo; is a space-separated
! list of maps of the form &lsquo;<samp><var>old</var>=<var>new</var></samp>&rsquo;.
! </p>
! </dd>
! <dt><code>--enable-linker-build-id</code></dt>
! <dd><p>Tells GCC to pass <samp>--build-id</samp> option to the linker for all final
! links (links performed without the <samp>-r</samp> or <samp>--relocatable</samp>
  option), if the linker supports it.  If you specify
! <samp>--enable-linker-build-id</samp>, but your linker does not
! support <samp>--build-id</samp> option, a warning is issued and the
! <samp>--enable-linker-build-id</samp> option is ignored.  The default is off.
! </p>
! </dd>
! <dt><code>--with-linker-hash-style=<var>choice</var></code></dt>
! <dd><p>Tells GCC to pass <samp>--hash-style=<var>choice</var></samp> option to the
  linker for all final links. <var>choice</var> can be one of
! &lsquo;<samp>sysv</samp>&rsquo;, &lsquo;<samp>gnu</samp>&rsquo;, and &lsquo;<samp>both</samp>&rsquo; where &lsquo;<samp>sysv</samp>&rsquo; is the default.
! </p>
! </dd>
! <dt><code>--enable-gnu-unique-object</code></dt>
! <dt><code>--disable-gnu-unique-object</code></dt>
! <dd><p>Tells GCC to use the gnu_unique_object relocation for C++ template
  static data members and inline function local statics.  Enabled by
  default for a toolchain with an assembler that accepts it and
  GLIBC 2.11 or above, otherwise disabled.
! </p>
! </dd>
! <dt><code>--with-diagnostics-color=<var>choice</var></code></dt>
! <dd><p>Tells GCC to use <var>choice</var> as the default for <samp>-fdiagnostics-color=</samp>
  option (if not used explicitly on the command line).  <var>choice</var>
! can be one of &lsquo;<samp>never</samp>&rsquo;, &lsquo;<samp>auto</samp>&rsquo;, &lsquo;<samp>always</samp>&rsquo;, and &lsquo;<samp>auto-if-env</samp>&rsquo;
! where &lsquo;<samp>auto</samp>&rsquo; is the default.  &lsquo;<samp>auto-if-env</samp>&rsquo; means that
! <samp>-fdiagnostics-color=auto</samp> will be the default if <code>GCC_COLORS</code>
  is present and non-empty in the environment, and
! <samp>-fdiagnostics-color=never</samp> otherwise.
! </p>
! </dd>
! <dt><code>--enable-lto</code></dt>
! <dt><code>--disable-lto</code></dt>
! <dd><p>Enable support for link-time optimization (LTO).  This is enabled by
! default, and may be disabled using <samp>--disable-lto</samp>.
! </p>
! </dd>
! <dt><code>--enable-linker-plugin-configure-flags=FLAGS</code></dt>
! <dt><code>--enable-linker-plugin-flags=FLAGS</code></dt>
! <dd><p>By default, linker plugins (such as the LTO plugin) are built for the
  host system architecture.  For the case that the linker has a
  different (but run-time compatible) architecture, these flags can be
  specified to build plugins that are compatible to the linker.  For
  example, if you are building GCC for a 64-bit x86_64
! (&lsquo;<samp>x86_64-unknown-linux-gnu</samp>&rsquo;) host system, but have a 32-bit x86
! GNU/Linux (&lsquo;<samp>i686-pc-linux-gnu</samp>&rsquo;) linker executable (which is
  executable on the former system), you can configure GCC as follows for
  getting compatible linker plugins:
- </p>
- <div class="smallexample">
- <pre class="smallexample">% <var>srcdir</var>/configure \
-     --host=x86_64-unknown-linux-gnu \
-     --enable-linker-plugin-configure-flags=--host=i686-pc-linux-gnu \
-     --enable-linker-plugin-flags='CC=gcc\ -m32\ -Wl,-rpath,[...]/i686-pc-linux-gnu/lib'
- </pre></div>
  
! </dd>
! <dt><code>--with-plugin-ld=<var>pathname</var></code></dt>
! <dd><p>Enable an alternate linker to be used at link-time optimization (LTO)
! link time when <samp>-fuse-linker-plugin</samp> is enabled.
  This linker should have plugin support such as gold starting with
! version 2.20 or GNU ld starting with version 2.21.
! See <samp>-fuse-linker-plugin</samp> for details.
! </p>
! </dd>
! <dt><code>--enable-canonical-system-headers</code></dt>
! <dt><code>--disable-canonical-system-headers</code></dt>
! <dd><p>Enable system header path canonicalization for <samp>libcpp</samp>.  This can
  produce shorter header file paths in diagnostics and dependency output
  files, but these changed header paths may conflict with some compilation
  environments.  Enabled by default, and may be disabled using
! <samp>--disable-canonical-system-headers</samp>.
! </p>
! </dd>
! <dt><code>--with-glibc-version=<var>major</var>.<var>minor</var></code></dt>
! <dd><p>Tell GCC that when the GNU C Library (glibc) is used on the target it
  will be version <var>major</var>.<var>minor</var> or later.  Normally this can
! be detected from the C library&rsquo;s header files, but this option may be
  needed when bootstrapping a cross toolchain without the header files
  available for building the initial bootstrap compiler.
! </p>
! <p>If GCC is configured with some multilibs that use glibc and some that
! do not, this option applies only to the multilibs that use glibc.
  However, such configurations may not work well as not all the relevant
  configuration in GCC is on a per-multilib basis.
! </p>
! </dd>
! <dt><code>--enable-as-accelerator-for=<var>target</var></code></dt>
! <dd><p>Build as offload target compiler. Specify offload host triple by <var>target</var>.
! </p>
! </dd>
! <dt><code>--enable-offload-targets=<var>target1</var>[=<var>path1</var>],&hellip;,<var>targetN</var>[=<var>pathN</var>]</code></dt>
! <dd><p>Enable offloading to targets <var>target1</var>, &hellip;, <var>targetN</var>.
  Offload compilers are expected to be already installed.  Default search
  path for them is <samp><var>exec-prefix</var></samp>, but it can be changed by
! specifying paths <var>path1</var>, &hellip;, <var>pathN</var>.
! </p>
! <div class="smallexample">
! <pre class="smallexample">% <var>srcdir</var>/configure \
!     --enable-offload-target=i686-unknown-linux-gnu=/path/to/i686/compiler,x86_64-pc-linux-gnu
! </pre></div>
  
! <p>If &lsquo;<samp>hsa</samp>&rsquo; is specified as one of the targets, the compiler will be
  built with support for HSA GPU accelerators.  Because the same
  compiler will emit the accelerator code, no path should be specified.
! </p>
! </dd>
! <dt><code>--with-hsa-runtime=<var>pathname</var></code></dt>
! <dt><code>--with-hsa-runtime-include=<var>pathname</var></code></dt>
! <dt><code>--with-hsa-runtime-lib=<var>pathname</var></code></dt>
! <dd>
! <p>If you configure GCC with HSA offloading but do not have the HSA
  run-time library installed in a standard location then you can
  explicitly specify the directory where they are installed.  The
! <samp>--with-hsa-runtime=<var>hsainstalldir</var></samp> option is a
  shorthand for
! <samp>--with-hsa-runtime-lib=<var>hsainstalldir</var>/lib</samp> and
! <samp>--with-hsa-runtime-include=<var>hsainstalldir</var>/include</samp>.
! </p></dd>
  </dl>
  
! <a name="Cross_002dCompiler_002dSpecific-Options"></a>
! <h4 class="subheading">Cross-Compiler-Specific Options</h4>
  <p>The following options only apply to building cross compilers.
! </p>
! <dl compact="compact">
! <dt><code>--with-sysroot</code></dt>
! <dt><code>--with-sysroot=<var>dir</var></code></dt>
! <dd><p>Tells GCC to consider <var>dir</var> as the root of a tree that contains
! (a subset of) the root filesystem of the target operating system.
  Target system headers, libraries and run-time object files will be
  searched for in there.  More specifically, this acts as if
! <samp>--sysroot=<var>dir</var></samp> was added to the default options of the built
  compiler.  The specified directory is not copied into the
! install tree, unlike the options <samp>--with-headers</samp> and
! <samp>--with-libs</samp> that this option obsoletes.  The default value,
! in case <samp>--with-sysroot</samp> is not given an argument, is
! <samp>${gcc_tooldir}/sys-root</samp>.  If the specified directory is a
! subdirectory of <samp>${exec_prefix}</samp>, then it will be found relative to
  the GCC binaries if the installation tree is moved.
! </p>
! <p>This option affects the system root for the compiler used to build
  target libraries (which runs on the build system) and the compiler newly
  installed with <code>make install</code>; it does not affect the compiler which is
  used to build GCC itself.
! </p>
! <p>If you specify the <samp>--with-native-system-header-dir=<var>dirname</var></samp>
  option then the compiler will search that directory within <var>dirname</var> for
! native system headers rather than the default <samp>/usr/include</samp>.
! </p>
! </dd>
! <dt><code>--with-build-sysroot</code></dt>
! <dt><code>--with-build-sysroot=<var>dir</var></code></dt>
! <dd><p>Tells GCC to consider <var>dir</var> as the system root (see
! <samp>--with-sysroot</samp>) while building target libraries, instead of
! the directory specified with <samp>--with-sysroot</samp>.  This option is
! only useful when you are already using <samp>--with-sysroot</samp>.  You
! can use <samp>--with-build-sysroot</samp> when you are configuring with
! <samp>--prefix</samp> set to a directory that is different from the one in
  which you are installing GCC and your target libraries.
! </p>
! <p>This option affects the system root for the compiler used to build
  target libraries (which runs on the build system); it does not affect
  the compiler which is used to build GCC itself.
! </p>
! <p>If you specify the <samp>--with-native-system-header-dir=<var>dirname</var></samp>
  option then the compiler will search that directory within <var>dirname</var> for
! native system headers rather than the default <samp>/usr/include</samp>.
! </p>
! </dd>
! <dt><code>--with-headers</code></dt>
! <dt><code>--with-headers=<var>dir</var></code></dt>
! <dd><p>Deprecated in favor of <samp>--with-sysroot</samp>.
! Specifies that target headers are available when building a cross compiler.
  The <var>dir</var> argument specifies a directory which has the target include
! files.  These include files will be copied into the <samp>gcc</samp> install
! directory.  <em>This option with the <var>dir</var> argument is required</em> when
! building a cross compiler, if <samp><var>prefix</var>/<var>target</var>/sys-include</samp>
! doesn&rsquo;t pre-exist.  If <samp><var>prefix</var>/<var>target</var>/sys-include</samp> does
! pre-exist, the <var>dir</var> argument may be omitted.  <code>fixincludes</code>
  will be run on these files to make them compatible with GCC.
! </p>
! </dd>
! <dt><code>--without-headers</code></dt>
! <dd><p>Tells GCC not use any target headers from a libc when building a cross
  compiler.  When crossing to GNU/Linux, you need the headers so GCC
  can build the exception handling for libgcc.
! </p>
! </dd>
! <dt><code>--with-libs</code></dt>
! <dt><code>--with-libs=&quot;<var>dir1</var> <var>dir2</var> &hellip; <var>dirN</var>&quot;</code></dt>
! <dd><p>Deprecated in favor of <samp>--with-sysroot</samp>.
  Specifies a list of directories which contain the target runtime
! libraries.  These libraries will be copied into the <samp>gcc</samp> install
  directory.  If the directory list is omitted, this option has no
  effect.
! </p>
! </dd>
! <dt><code>--with-newlib</code></dt>
! <dd><p>Specifies that &lsquo;<samp>newlib</samp>&rsquo; is
  being used as the target C library.  This causes <code>__eprintf</code> to be
! omitted from <samp>libgcc.a</samp> on the assumption that it will be provided by
! &lsquo;<samp>newlib</samp>&rsquo;.
! </p>
! </dd>
! <dt><code>--with-avrlibc</code></dt>
! <dd><p>Specifies that &lsquo;<samp>AVR-Libc</samp>&rsquo; is
  being used as the target C library.  This causes float support
! functions like <code>__addsf3</code> to be omitted from <samp>libgcc.a</samp> on
! the assumption that it will be provided by <samp>libm.a</samp>.  For more
! technical details, cf. <a href="http://gcc.gnu.org/PR54461">PR54461</a>.
  This option is only supported for the AVR target.  It is not supported for
  RTEMS configurations, which currently use newlib.  The option is
  supported since version 4.7.2 and is the default in 4.8.0 and newer.
! </p>
! </dd>
! <dt><code>--with-nds32-lib=<var>library</var></code></dt>
! <dd><p>Specifies that <var>library</var> setting is used for building <samp>libgcc.a</samp>.
! Currently, the valid <var>library</var> is &lsquo;<samp>newlib</samp>&rsquo; or &lsquo;<samp>mculib</samp>&rsquo;.
  This option is only supported for the NDS32 target.
! </p>
! </dd>
! <dt><code>--with-build-time-tools=<var>dir</var></code></dt>
! <dd><p>Specifies where to find the set of target tools (assembler, linker, etc.)
  that will be used while building GCC itself.  This option can be useful
  if the directory layouts are different between the system you are building
  GCC on, and the system where you will deploy it.
! </p>
! <p>For example, on an &lsquo;<samp>ia64-hp-hpux</samp>&rsquo; system, you may have the GNU
! assembler and linker in <samp>/usr/bin</samp>, and the native tools in a
  different path, and build a toolchain that expects to find the
! native tools in <samp>/usr/bin</samp>.
! </p>
! <p>When you use this option, you should ensure that <var>dir</var> includes
! <code>ar</code>, <code>as</code>, <code>ld</code>, <code>nm</code>,
! <code>ranlib</code> and <code>strip</code> if necessary, and possibly
! <code>objdump</code>.  Otherwise, GCC may use an inconsistent set of
! tools.
! </p></dd>
  </dl>
  
! <a name="Overriding-configure-test-results"></a>
! <h4 class="subsubheading">Overriding <code>configure</code> test results</h4>
  
  <p>Sometimes, it might be necessary to override the result of some
! <code>configure</code> test, for example in order to ease porting to a new
! system or work around a bug in a test.  The toplevel <code>configure</code>
  script provides three variables for this:
! </p>
! <dl compact="compact">
! <dt><code>build_configargs</code></dt>
! <dd><a name="index-build_005fconfigargs"></a>
! <p>The contents of this variable is passed to all build <code>configure</code>
  scripts.
! </p>
! </dd>
! <dt><code>host_configargs</code></dt>
! <dd><a name="index-host_005fconfigargs"></a>
! <p>The contents of this variable is passed to all host <code>configure</code>
  scripts.
! </p>
! </dd>
! <dt><code>target_configargs</code></dt>
! <dd><a name="index-target_005fconfigargs"></a>
! <p>The contents of this variable is passed to all target <code>configure</code>
  scripts.
- </p>
- </dd>
- </dl>
  
! <p>In order to avoid shell and <code>make</code> quoting issues for complex
! overrides, you can pass a setting for <code>CONFIG_SITE</code> and set
  variables in the site file.
! </p>
! <a name="Objective_002dC_002dSpecific-Options"></a>
! <h4 class="subheading">Objective-C-Specific Options</h4>
  
  <p>The following options apply to the build of the Objective-C runtime library.
! </p>
! <dl compact="compact">
! <dt><code>--enable-objc-gc</code></dt>
! <dd><p>Specify that an additional variant of the GNU Objective-C runtime library
  is built, using an external build of the Boehm-Demers-Weiser garbage
  collector (<a href="http://www.hboehm.info/gc/">http://www.hboehm.info/gc/</a>).  This library needs to be
  available for each multilib variant, unless configured with
! <samp>--enable-objc-gc=&lsquo;<samp>auto</samp>&rsquo;</samp> in which case the build of the
  additional runtime library is skipped when not available and the build
  continues.
! </p>
! </dd>
! <dt><code>--with-target-bdw-gc=<var>list</var></code></dt>
! <dt><code>--with-target-bdw-gc-include=<var>list</var></code></dt>
! <dt><code>--with-target-bdw-gc-lib=<var>list</var></code></dt>
! <dd><p>Specify search directories for the garbage collector header files and
  libraries. <var>list</var> is a comma separated list of key value pairs of the
! form &lsquo;<samp><var>multilibdir</var>=<var>path</var></samp>&rsquo;, where the default multilib key
! is named as &lsquo;<samp>.</samp>&rsquo; (dot), or is omitted (e.g.
! &lsquo;<samp>--with-target-bdw-gc=/opt/bdw-gc,32=/opt-bdw-gc32</samp>&rsquo;).
! </p>
! <p>The options <samp>--with-target-bdw-gc-include</samp> and
! <samp>--with-target-bdw-gc-lib</samp> must always be specified together
  for each multilib variant and they take precedence over
! <samp>--with-target-bdw-gc</samp>.  If <samp>--with-target-bdw-gc-include</samp>
  is missing values for a multilib, then the value for the default
! multilib is used (e.g. &lsquo;<samp>--with-target-bdw-gc-include=/opt/bdw-gc/include</samp>&rsquo;
! &lsquo;<samp>--with-target-bdw-gc-lib=/opt/bdw-gc/lib64,32=/opt-bdw-gc/lib32</samp>&rsquo;).
  If none of these options are specified, the library is assumed in
! default locations.
! </p></dd>
  </dl>
  
! <hr />
! <p>
  <p><a href="./index.html">Return to the GCC Installation page</a>
- </p>
- 
- 
- 
- 
- 
- 
- 
- 
- 
  
  
- </body>
- </html>
--- 732,1448 ----
  in <code>lwxc1</code> type instructions.  This assumption holds true in a
  pure 32-bit environment and can hold true in a 64-bit environment if
  the address space is accurately set to be 32-bit for o32 and n32.
! 
!      <br><dt><code>--with-madd4</code><dd>On MIPS targets, make <samp><span class="option">-mmadd4</span></samp> the default when no
! <samp><span class="option">-mno-madd4</span></samp> option is passed.  This is the default.
! 
!      <br><dt><code>--without-madd4</code><dd>On MIPS targets, make <samp><span class="option">-mno-madd4</span></samp> the default when no
! <samp><span class="option">-mmadd4</span></samp> option is passed.  The <code>madd4</code> instruction
  family can be problematic when targeting a combination of cores that
  implement these instructions differently.  There are two known cores
  that implement these as fused operations instead of unfused (where
  unfused is normally expected).  Disabling these instructions is the
  only way to ensure compatible code is generated; this will incur
  a performance penalty.
! 
!      <br><dt><code>--with-mips-plt</code><dd>On MIPS targets, make use of copy relocations and PLTs. 
  These features are extensions to the traditional
  SVR4-based MIPS ABIs and require support from GNU binutils
  and the runtime C library.
! 
!      <br><dt><code>--enable-__cxa_atexit</code><dd>Define if you want to use __cxa_atexit, rather than atexit, to
! register C++ destructors for local statics and global objects. 
  This is essential for fully standards-compliant handling of
  destructors, but requires __cxa_atexit in libc.  This option is currently
  only available on systems with GNU libc.  When enabled, this will cause
! <samp><span class="option">-fuse-cxa-atexit</span></samp> to be passed by default.
! 
!      <br><dt><code>--enable-gnu-indirect-function</code><dd>Define if you want to enable the <code>ifunc</code> attribute.  This option is
  currently only available on systems with GNU libc on certain targets.
! 
!      <br><dt><code>--enable-target-optspace</code><dd>Specify that target
! libraries should be optimized for code space instead of code speed. 
  This is the default for the m32r platform.
! 
!      <br><dt><code>--with-cpp-install-dir=</code><var>dirname</var><dd>Specify that the user visible <samp><span class="command">cpp</span></samp> program should be installed
! in <samp><var>prefix</var><span class="file">/</span><var>dirname</var><span class="file">/cpp</span></samp>, in addition to <var>bindir</var>.
! 
!      <br><dt><code>--enable-comdat</code><dd>Enable COMDAT group support.  This is primarily used to override the
  automatically detected value.
! 
!      <br><dt><code>--enable-initfini-array</code><dd>Force the use of sections <code>.init_array</code> and <code>.fini_array</code>
  (instead of <code>.init</code> and <code>.fini</code>) for constructors and
! destructors.  Option <samp><span class="option">--disable-initfini-array</span></samp> has the
  opposite effect.  If neither option is specified, the configure script
  will try to guess whether the <code>.init_array</code> and
  <code>.fini_array</code> sections are supported and, if they are, use them.
! 
!      <br><dt><code>--enable-link-mutex</code><dd>When building GCC, use a mutex to avoid linking the compilers for
  multiple languages at the same time, to avoid thrashing on build
  systems with limited free memory.  The default is not to use such a mutex.
! 
!      <br><dt><code>--enable-maintainer-mode</code><dd>The build rules that regenerate the Autoconf and Automake output files as
! well as the GCC master message catalog <samp><span class="file">gcc.pot</span></samp> are normally
  disabled.  This is because it can only be rebuilt if the complete source
  tree is present.  If you have changed the sources and want to rebuild the
! catalog, configuring with <samp><span class="option">--enable-maintainer-mode</span></samp> will enable
  this.  Note that you need a recent version of the <code>gettext</code> tools
  to do so.
! 
!      <br><dt><code>--disable-bootstrap</code><dd>For a native build, the default configuration is to perform
! a 3-stage bootstrap of the compiler when &lsquo;<samp><span class="samp">make</span></samp>&rsquo; is invoked,
  testing that GCC can compile itself correctly.  If you want to disable
! this process, you can configure with <samp><span class="option">--disable-bootstrap</span></samp>.
! 
!      <br><dt><code>--enable-bootstrap</code><dd>In special cases, you may want to perform a 3-stage build
! even if the target and host triplets are different. 
  This is possible when the host can run code compiled for
! the target (e.g. host is i686-linux, target is i486-linux). 
  Starting from GCC 4.2, to do this you have to configure explicitly
! with <samp><span class="option">--enable-bootstrap</span></samp>.
! 
!      <br><dt><code>--enable-generated-files-in-srcdir</code><dd>Neither the .c and .h files that are generated from Bison and flex nor the
  info manuals and man pages that are built from the .texi files are present
  in the SVN development tree.  When building GCC from that development tree,
  or from one of our snapshots, those generated files are placed in your
  build directory, which allows for the source to be in a readonly
  directory.
! 
!      <p>If you configure with <samp><span class="option">--enable-generated-files-in-srcdir</span></samp> then those
  generated files will go into the source directory.  This is mainly intended
  for generating release or prerelease tarballs of the GCC sources, since it
  is not a requirement that the users of source releases to have flex, Bison,
  or makeinfo.
! 
!      <br><dt><code>--enable-version-specific-runtime-libs</code><dd>Specify
  that runtime libraries should be installed in the compiler specific
! subdirectory (<samp><var>libdir</var><span class="file">/gcc</span></samp>) rather than the usual places.  In
! addition, &lsquo;<samp><span class="samp">libstdc++</span></samp>&rsquo;'s include files will be installed into
  <samp><var>libdir</var></samp> unless you overruled it by using
! <samp><span class="option">--with-gxx-include-dir=</span><var>dirname</var></samp>.  Using this option is
  particularly useful if you intend to use several versions of GCC in
! parallel.  This is currently supported by &lsquo;<samp><span class="samp">libgfortran</span></samp>&rsquo;,
! &lsquo;<samp><span class="samp">libstdc++</span></samp>&rsquo;, and &lsquo;<samp><span class="samp">libobjc</span></samp>&rsquo;.
! 
!      <br><dt><code><a name="WithAixSoname"></a>--with-aix-soname=&lsquo;</code><samp><span class="samp">aix</span></samp><code>&rsquo;, &lsquo;</code><samp><span class="samp">svr4</span></samp><code>&rsquo; or &lsquo;</code><samp><span class="samp">both</span></samp><code>&rsquo;</code><dd>Traditional AIX shared library versioning (versioned <code>Shared Object</code>
  files as members of unversioned <code>Archive Library</code> files named
! &lsquo;<samp><span class="samp">lib.a</span></samp>&rsquo;) causes numerous headaches for package managers. However,
  <code>Import Files</code> as members of <code>Archive Library</code> files allow for
  <strong>filename-based versioning</strong> of shared libraries as seen on Linux/SVR4,
! where this is called the "SONAME". But as they prevent static linking,
  <code>Import Files</code> may be used with <code>Runtime Linking</code> only, where the
! linker does search for &lsquo;<samp><span class="samp">libNAME.so</span></samp>&rsquo; before &lsquo;<samp><span class="samp">libNAME.a</span></samp>&rsquo; library
! filenames with the &lsquo;<samp><span class="samp">-lNAME</span></samp>&rsquo; linker flag.
! 
!      <p><a name="AixLdCommand"></a>For detailed information please refer to the AIX
! <a href="https://www.ibm.com/support/knowledgecenter/search/%22the%20ld%20command%2C%20also%20called%20the%20linkage%20editor%20or%20binder%22">ld Command</a> reference.
! 
!      <p>As long as shared library creation is enabled, upon:
!           <dl>
! <dt><code>--with-aix-soname=aix</code><br><dt><code>--with-aix-soname=both</code><dd> A (traditional AIX) <code>Shared Archive Library</code> file is created:
!                <ul>
!   <li>using the &lsquo;<samp><span class="samp">libNAME.a</span></samp>&rsquo; filename scheme
!   <li>with the <code>Shared Object</code> file as archive member named
!   &lsquo;<samp><span class="samp">libNAME.so.V</span></samp>&rsquo; (except for &lsquo;<samp><span class="samp">libgcc_s</span></samp>&rsquo;, where the <code>Shared
!   Object</code> file is named &lsquo;<samp><span class="samp">shr.o</span></samp>&rsquo; for backwards compatibility), which
!                     <ul>
!    <li>is used for runtime loading from inside the &lsquo;<samp><span class="samp">libNAME.a</span></samp>&rsquo; file
!    <li>is used for dynamic loading via
!    <code>dlopen("libNAME.a(libNAME.so.V)", RTLD_MEMBER)</code>
!    <li>is used for shared linking
!    <li>is used for static linking, so no separate <code>Static Archive
     Library</code> file is needed
!   </ul>
!                 </ul>
!           <br><dt><code>--with-aix-soname=both</code><br><dt><code>--with-aix-soname=svr4</code><dd> A (second) <code>Shared Archive Library</code> file is created:
!                <ul>
!  <li>using the &lsquo;<samp><span class="samp">libNAME.so.V</span></samp>&rsquo; filename scheme
!  <li>with the <code>Shared Object</code> file as archive member named
!  &lsquo;<samp><span class="samp">shr.o</span></samp>&rsquo;, which
!                     <ul>
!    <li>is created with the <code>-G linker flag</code>
!    <li>has the <code>F_LOADONLY</code> flag set
!    <li>is used for runtime loading from inside the &lsquo;<samp><span class="samp">libNAME.so.V</span></samp>&rsquo; file
!    <li>is used for dynamic loading via <code>dlopen("libNAME.so.V(shr.o)",
     RTLD_MEMBER)</code>
!   </ul>
!                 <li>with the <code>Import File</code> as archive member named &lsquo;<samp><span class="samp">shr.imp</span></samp>&rsquo;,
   which
!                     <ul>
!    <li>refers to &lsquo;<samp><span class="samp">libNAME.so.V(shr.o)</span></samp>&rsquo; as the "SONAME", to be recorded
     in the <code>Loader Section</code> of subsequent binaries
!    <li>indicates whether &lsquo;<samp><span class="samp">libNAME.so.V(shr.o)</span></samp>&rsquo; is 32 or 64 bit
!    <li>lists all the public symbols exported by &lsquo;<samp><span class="samp">lib.so.V(shr.o)</span></samp>&rsquo;,
!    eventually decorated with the <code>&lsquo;</code><samp><span class="samp">weak</span></samp><code>&rsquo; Keyword</code>
!    <li>is necessary for shared linking against &lsquo;<samp><span class="samp">lib.so.V(shr.o)</span></samp>&rsquo;
!    </ul>
!                  </ul>
!             A symbolic link using the &lsquo;<samp><span class="samp">libNAME.so</span></samp>&rsquo; filename scheme is created:
!                <ul>
!   <li>pointing to the &lsquo;<samp><span class="samp">libNAME.so.V</span></samp>&rsquo; <code>Shared Archive Library</code> file
!   <li>to permit the <code>ld Command</code> to find &lsquo;<samp><span class="samp">lib.so.V(shr.imp)</span></samp>&rsquo; via
!   the &lsquo;<samp><span class="samp">-lNAME</span></samp>&rsquo; argument (requires <code>Runtime Linking</code> to be enabled)
!   <li>to permit dynamic loading of &lsquo;<samp><span class="samp">lib.so.V(shr.o)</span></samp>&rsquo; without the need
!   to specify the version number via <code>dlopen("libNAME.so(shr.o)",
    RTLD_MEMBER)</code>
!   </ul>
!           </dl>
  
!      <p>As long as static library creation is enabled, upon:
!           <dl>
! <dt><code>--with-aix-soname=svr4</code><dd> A <code>Static Archive Library</code> is created:
!                <ul>
!  <li>using the &lsquo;<samp><span class="samp">libNAME.a</span></samp>&rsquo; filename scheme
!  <li>with all the <code>Static Object</code> files as archive members, which
!                     <ul>
!    <li>are used for static linking
!   </ul>
!                 </ul>
!           </dl>
  
!      <p>While the aix-soname=&lsquo;<samp><span class="samp">svr4</span></samp>&rsquo; option does not create <code>Shared Object</code>
  files as members of unversioned <code>Archive Library</code> files any more, package
  managers still are responsible to
  <a href="./specific.html#TransferAixShobj">transfer</a> <code>Shared Object</code> files
  found as member of a previously installed unversioned <code>Archive Library</code>
  file into the newly installed <code>Archive Library</code> file with the same
  filename.
! 
!      <p><em>WARNING:</em> Creating <code>Shared Object</code> files with <code>Runtime Linking</code>
  enabled may bloat the TOC, eventually leading to <code>TOC overflow</code> errors,
! requiring the use of either the <samp><span class="option">-Wl,-bbigtoc</span></samp> linker flag (seen to
  break with the <code>GDB</code> debugger) or some of the TOC-related compiler flags,
  see &ldquo;RS/6000 and PowerPC Options&rdquo; in the main manual.
! 
!      <p><samp><span class="option">--with-aix-soname</span></samp> is currently supported by &lsquo;<samp><span class="samp">libgcc_s</span></samp>&rsquo; only, so
  this option is still experimental and not for normal use yet.
! 
!      <p>Default is the traditional behavior <samp><span class="option">--with-aix-soname=&lsquo;</span><samp><span class="samp">aix</span></samp><span class="option">&rsquo;</span></samp>.
! 
!      <br><dt><code>--enable-languages=</code><var>lang1</var><code>,</code><var>lang2</var><code>,...</code><dd>Specify that only a particular subset of compilers and
  their runtime libraries should be built.  For a list of valid values for
  <var>langN</var> you can issue the following command in the
! <samp><span class="file">gcc</span></samp> directory of your GCC source tree:<br>
!      <pre class="smallexample">          grep ^language= */config-lang.in
! </pre>
!      <p>Currently, you can use any of the following:
  <code>all</code>, <code>ada</code>, <code>c</code>, <code>c++</code>, <code>fortran</code>,
! <code>go</code>, <code>jit</code>, <code>lto</code>, <code>objc</code>, <code>obj-c++</code>. 
! Building the Ada compiler has special requirements, see below. 
  If you do not pass this flag, or specify the option <code>all</code>, then all
! default languages available in the <samp><span class="file">gcc</span></samp> sub-tree will be configured. 
  Ada, Go, Jit, and Objective-C++ are not default languages.  LTO is not a
! default language, but is built by default because <samp><span class="option">--enable-lto</span></samp> is
  enabled by default.  The other languages are default languages.
! 
!      <br><dt><code>--enable-stage1-languages=</code><var>lang1</var><code>,</code><var>lang2</var><code>,...</code><dd>Specify that a particular subset of compilers and their runtime
  libraries should be built with the system C compiler during stage 1 of
  the bootstrap process, rather than only in later stages with the
  bootstrapped C compiler.  The list of valid values is the same as for
! <samp><span class="option">--enable-languages</span></samp>, and the option <code>all</code> will select all
! of the languages enabled by <samp><span class="option">--enable-languages</span></samp>.  This option is
  primarily useful for GCC development; for instance, when a development
  version of the compiler cannot bootstrap due to compiler bugs, or when
  one is debugging front ends other than the C front end.  When this
  option is used, one can then build the target libraries for the
! specified languages with the stage-1 compiler by using <samp><span class="command">make
! stage1-bubble all-target</span></samp>, or run the testsuite on the stage-1 compiler
! for the specified languages using <samp><span class="command">make stage1-start check-gcc</span></samp>.
! 
!      <br><dt><code>--disable-libada</code><dd>Specify that the run-time libraries and tools used by GNAT should not
  be built.  This can be useful for debugging, or for compatibility with
  previous Ada build procedures, when it was required to explicitly
! do a &lsquo;<samp><span class="samp">make -C gcc gnatlib_and_tools</span></samp>&rsquo;.
! 
!      <br><dt><code>--disable-libsanitizer</code><dd>Specify that the run-time libraries for the various sanitizers should
  not be built.
! 
!      <br><dt><code>--disable-libssp</code><dd>Specify that the run-time libraries for stack smashing protection
  should not be built.
! 
!      <br><dt><code>--disable-libquadmath</code><dd>Specify that the GCC quad-precision math library should not be built. 
  On some systems, the library is required to be linkable when building
! the Fortran front end, unless <samp><span class="option">--disable-libquadmath-support</span></samp>
  is used.
! 
!      <br><dt><code>--disable-libquadmath-support</code><dd>Specify that the Fortran front end and <code>libgfortran</code> do not add
  support for <code>libquadmath</code> on systems supporting it.
! 
!      <br><dt><code>--disable-libgomp</code><dd>Specify that the GNU Offloading and Multi Processing Runtime Library
  should not be built.
! 
!      <br><dt><code>--disable-libvtv</code><dd>Specify that the run-time libraries used by vtable verification
  should not be built.
! 
!      <br><dt><code>--with-dwarf2</code><dd>Specify that the compiler should
  use DWARF 2 debugging information as the default.
! 
!      <br><dt><code>--with-advance-toolchain=</code><var>at</var><dd>On 64-bit PowerPC Linux systems, configure the compiler to use the
  header files, library files, and the dynamic linker from the Advance
  Toolchain release <var>at</var> instead of the default versions that are
  provided by the Linux distribution.  In general, this option is
  intended for the developers of GCC, and it is not intended for general
  use.
! 
!      <br><dt><code>--enable-targets=all</code><dt><code>--enable-targets=</code><var>target_list</var><dd>Some GCC targets, e.g. powerpc64-linux, build bi-arch compilers. 
  These are compilers that are able to generate either 64-bit or 32-bit
! code.  Typically, the corresponding 32-bit target, e.g. 
  powerpc-linux for powerpc64-linux, only generates 32-bit code.  This
  option enables the 32-bit target to be a bi-arch compiler, which is
  useful when you want a bi-arch compiler that defaults to 32-bit, and
! you are building a bi-arch or multi-arch binutils in a combined tree. 
  On mips-linux, this will build a tri-arch compiler (ABI o32/n32/64),
! defaulted to o32. 
  Currently, this option only affects sparc-linux, powerpc-linux, x86-linux,
  mips-linux and s390-linux.
! 
!      <br><dt><code>--enable-default-pie</code><dd>Turn on <samp><span class="option">-fPIE</span></samp> and <samp><span class="option">-pie</span></samp> by default.
! 
!      <br><dt><code>--enable-secureplt</code><dd>This option enables <samp><span class="option">-msecure-plt</span></samp> by default for powerpc-linux. 
  See &ldquo;RS/6000 and PowerPC Options&rdquo; in the main manual
! 
!      <br><dt><code>--enable-default-ssp</code><dd>Turn on <samp><span class="option">-fstack-protector-strong</span></samp> by default.
! 
!      <br><dt><code>--enable-cld</code><dd>This option enables <samp><span class="option">-mcld</span></samp> by default for 32-bit x86 targets. 
  See &ldquo;i386 and x86-64 Options&rdquo; in the main manual
! 
!      <br><dt><code>--enable-win32-registry</code><dt><code>--enable-win32-registry=</code><var>key</var><dt><code>--disable-win32-registry</code><dd>The <samp><span class="option">--enable-win32-registry</span></samp> option enables Microsoft Windows-hosted GCC
  to look up installations paths in the registry using the following key:
  
!      <pre class="smallexample">          <code>HKEY_LOCAL_MACHINE\SOFTWARE\Free Software Foundation\</code><var>key</var>
! </pre>
!      <p><var>key</var> defaults to GCC version number, and can be overridden by the
! <samp><span class="option">--enable-win32-registry=</span><var>key</var></samp> option.  Vendors and distributors
  who use custom installers are encouraged to provide a different key,
  perhaps one comprised of vendor name and GCC version number, to
  avoid conflict with existing installations.  This feature is enabled
! by default, and can be disabled by <samp><span class="option">--disable-win32-registry</span></samp>
  option.  This option has no effect on the other hosts.
! 
!      <br><dt><code>--nfp</code><dd>Specify that the machine does not have a floating point unit.  This
! option only applies to &lsquo;<samp><span class="samp">m68k-sun-sunos</span><var>n</var></samp>&rsquo;.  On any other
! system, <samp><span class="option">--nfp</span></samp> has no effect.
! 
!      <br><dt><code>--enable-werror</code><dt><code>--disable-werror</code><dt><code>--enable-werror=yes</code><dt><code>--enable-werror=no</code><dd>When you specify this option, it controls whether certain files in the
! compiler are built with <samp><span class="option">-Werror</span></samp> in bootstrap stage2 and later. 
! If you don't specify it, <samp><span class="option">-Werror</span></samp> is turned on for the main
  development trunk.  However it defaults to off for release branches and
! final releases.  The specific files which get <samp><span class="option">-Werror</span></samp> are
  controlled by the Makefiles.
! 
!      <br><dt><code>--enable-checking</code><dt><code>--enable-checking=</code><var>list</var><dd>When you specify this option, the compiler is built to perform internal
  consistency checks of the requested complexity.  This does not change the
  generated code, but adds error checking within the compiler.  This will
  slow down the compiler and may only work properly if you are building
! the compiler with GCC.  This is &lsquo;<samp><span class="samp">yes,extra</span></samp>&rsquo; by default when building
! from SVN or snapshots, but &lsquo;<samp><span class="samp">release</span></samp>&rsquo; for releases.  The default
! for building the stage1 compiler is &lsquo;<samp><span class="samp">yes</span></samp>&rsquo;.  More control
  over the checks may be had by specifying <var>list</var>.  The categories of
! checks available are &lsquo;<samp><span class="samp">yes</span></samp>&rsquo; (most common checks
! &lsquo;<samp><span class="samp">assert,misc,tree,gc,rtlflag,runtime</span></samp>&rsquo;), &lsquo;<samp><span class="samp">no</span></samp>&rsquo; (no checks at
! all), &lsquo;<samp><span class="samp">all</span></samp>&rsquo; (all but &lsquo;<samp><span class="samp">valgrind</span></samp>&rsquo;), &lsquo;<samp><span class="samp">release</span></samp>&rsquo; (cheapest
! checks &lsquo;<samp><span class="samp">assert,runtime</span></samp>&rsquo;) or &lsquo;<samp><span class="samp">none</span></samp>&rsquo; (same as &lsquo;<samp><span class="samp">no</span></samp>&rsquo;). 
! Individual checks can be enabled with these flags &lsquo;<samp><span class="samp">assert</span></samp>&rsquo;,
! &lsquo;<samp><span class="samp">df</span></samp>&rsquo;, &lsquo;<samp><span class="samp">fold</span></samp>&rsquo;, &lsquo;<samp><span class="samp">gc</span></samp>&rsquo;, &lsquo;<samp><span class="samp">gcac</span></samp>&rsquo;, &lsquo;<samp><span class="samp">misc</span></samp>&rsquo;, &lsquo;<samp><span class="samp">rtl</span></samp>&rsquo;,
! &lsquo;<samp><span class="samp">rtlflag</span></samp>&rsquo;, &lsquo;<samp><span class="samp">runtime</span></samp>&rsquo;, &lsquo;<samp><span class="samp">tree</span></samp>&rsquo;, &lsquo;<samp><span class="samp">extra</span></samp>&rsquo; and &lsquo;<samp><span class="samp">valgrind</span></samp>&rsquo;. 
! &lsquo;<samp><span class="samp">extra</span></samp>&rsquo; adds for &lsquo;<samp><span class="samp">misc</span></samp>&rsquo; checking extra checks that might affect
  code generation and should therefore not differ between stage1 and later
  stages.
! 
!      <p>The &lsquo;<samp><span class="samp">valgrind</span></samp>&rsquo; check requires the external <samp><span class="command">valgrind</span></samp>
  simulator, available from <a href="http://valgrind.org/">http://valgrind.org/</a>.  The
! &lsquo;<samp><span class="samp">df</span></samp>&rsquo;, &lsquo;<samp><span class="samp">rtl</span></samp>&rsquo;, &lsquo;<samp><span class="samp">gcac</span></samp>&rsquo; and &lsquo;<samp><span class="samp">valgrind</span></samp>&rsquo; checks are very expensive. 
! To disable all checking, &lsquo;<samp><span class="samp">--disable-checking</span></samp>&rsquo; or
! &lsquo;<samp><span class="samp">--enable-checking=none</span></samp>&rsquo; must be explicitly requested.  Disabling
  assertions will make the compiler and runtime slightly faster but
  increase the risk of undetected internal errors causing wrong code to be
  generated.
! 
!      <br><dt><code>--disable-stage1-checking</code><dt><code>--enable-stage1-checking</code><dt><code>--enable-stage1-checking=</code><var>list</var><dd>If no <samp><span class="option">--enable-checking</span></samp> option is specified the stage1
! compiler will be built with &lsquo;<samp><span class="samp">yes</span></samp>&rsquo; checking enabled, otherwise
  the stage1 checking flags are the same as specified by
! <samp><span class="option">--enable-checking</span></samp>.  To build the stage1 compiler with
! different checking options use <samp><span class="option">--enable-stage1-checking</span></samp>. 
! The list of checking options is the same as for <samp><span class="option">--enable-checking</span></samp>. 
  If your system is too slow or too small to bootstrap a released compiler
! with checking for stage1 enabled, you can use &lsquo;<samp><span class="samp">--disable-stage1-checking</span></samp>&rsquo;
  to disable checking for the stage1 compiler.
! 
!      <br><dt><code>--enable-coverage</code><dt><code>--enable-coverage=</code><var>level</var><dd>With this option, the compiler is built to collect self coverage
  information, every time it is run.  This is for internal development
  purposes, and only works when the compiler is being built with gcc.  The
  <var>level</var> argument controls whether the compiler is built optimized or
! not, values are &lsquo;<samp><span class="samp">opt</span></samp>&rsquo; and &lsquo;<samp><span class="samp">noopt</span></samp>&rsquo;.  For coverage analysis you
  want to disable optimization, for performance analysis you want to
  enable optimization.  When coverage is enabled, the default level is
  without optimization.
! 
!      <br><dt><code>--enable-gather-detailed-mem-stats</code><dd>When this option is specified more detailed information on memory
  allocation is gathered.  This information is printed when using
! <samp><span class="option">-fmem-report</span></samp>.
! 
!      <br><dt><code>--enable-valgrind-annotations</code><dd>Mark selected memory related operations in the compiler when run under
  valgrind to suppress false positives.
! 
!      <br><dt><code>--enable-nls</code><dt><code>--disable-nls</code><dd>The <samp><span class="option">--enable-nls</span></samp> option enables Native Language Support (NLS),
  which lets GCC output diagnostics in languages other than American
  English.  Native Language Support is enabled by default if not doing a
! canadian cross build.  The <samp><span class="option">--disable-nls</span></samp> option disables NLS.
! 
!      <br><dt><code>--with-included-gettext</code><dd>If NLS is enabled, the <samp><span class="option">--with-included-gettext</span></samp> option causes the build
! procedure to prefer its copy of GNU <samp><span class="command">gettext</span></samp>.
! 
!      <br><dt><code>--with-catgets</code><dd>If NLS is enabled, and if the host lacks <code>gettext</code> but has the
  inferior <code>catgets</code> interface, the GCC build procedure normally
! ignores <code>catgets</code> and instead uses GCC's copy of the GNU
! <code>gettext</code> library.  The <samp><span class="option">--with-catgets</span></samp> option causes the
! build procedure to use the host's <code>catgets</code> in this situation.
! 
!      <br><dt><code>--with-libiconv-prefix=</code><var>dir</var><dd>Search for libiconv header files in <samp><var>dir</var><span class="file">/include</span></samp> and
! libiconv library files in <samp><var>dir</var><span class="file">/lib</span></samp>.
! 
!      <br><dt><code>--enable-obsolete</code><dd>Enable configuration for an obsoleted system.  If you attempt to
  configure GCC for a system (build, host, or target) which has been
  obsoleted, and you do not specify this flag, configure will halt with an
  error message.
! 
!      <p>All support for systems which have been obsoleted in one release of GCC
  is removed entirely in the next major release, unless someone steps
  forward to maintain the port.
! 
!      <br><dt><code>--enable-decimal-float</code><dt><code>--enable-decimal-float=yes</code><dt><code>--enable-decimal-float=no</code><dt><code>--enable-decimal-float=bid</code><dt><code>--enable-decimal-float=dpd</code><dt><code>--disable-decimal-float</code><dd>Enable (or disable) support for the C decimal floating point extension
  that is in the IEEE 754-2008 standard.  This is enabled by default only
  on PowerPC, i386, and x86_64 GNU/Linux systems.  Other systems may also
  support it, but require the user to specifically enable it.  You can
  optionally control which decimal floating point format is used (either
! &lsquo;<samp><span class="samp">bid</span></samp>&rsquo; or &lsquo;<samp><span class="samp">dpd</span></samp>&rsquo;).  The &lsquo;<samp><span class="samp">bid</span></samp>&rsquo; (binary integer decimal)
! format is default on i386 and x86_64 systems, and the &lsquo;<samp><span class="samp">dpd</span></samp>&rsquo;
  (densely packed decimal) format is default on PowerPC systems.
! 
!      <br><dt><code>--enable-fixed-point</code><dt><code>--disable-fixed-point</code><dd>Enable (or disable) support for C fixed-point arithmetic. 
  This option is enabled by default for some targets (such as MIPS) which
  have hardware-support for fixed-point operations.  On other targets, you
  may enable this option manually.
! 
!      <br><dt><code>--with-long-double-128</code><dd>Specify if <code>long double</code> type should be 128-bit by default on selected
  GNU/Linux architectures.  If using <code>--without-long-double-128</code>,
! <code>long double</code> will be by default 64-bit, the same as <code>double</code> type. 
  When neither of these configure options are used, the default will be
  128-bit <code>long double</code> when built against GNU C Library 2.4 and later,
  64-bit <code>long double</code> otherwise.
! 
!      <br><dt><code>--enable-fdpic</code><dd>On SH Linux systems, generate ELF FDPIC code.
! 
!      <br><dt><code>--with-gmp=</code><var>pathname</var><dt><code>--with-gmp-include=</code><var>pathname</var><dt><code>--with-gmp-lib=</code><var>pathname</var><dt><code>--with-mpfr=</code><var>pathname</var><dt><code>--with-mpfr-include=</code><var>pathname</var><dt><code>--with-mpfr-lib=</code><var>pathname</var><dt><code>--with-mpc=</code><var>pathname</var><dt><code>--with-mpc-include=</code><var>pathname</var><dt><code>--with-mpc-lib=</code><var>pathname</var><dd>If you want to build GCC but do not have the GMP library, the MPFR
  library and/or the MPC library installed in a standard location and
  do not have their sources present in the GCC source tree then you
  can explicitly specify the directory where they are installed
! (&lsquo;<samp><span class="samp">--with-gmp=</span><var>gmpinstalldir</var></samp>&rsquo;,
! &lsquo;<samp><span class="samp">--with-mpfr=</span><var>mpfrinstalldir</var></samp>&rsquo;,
! &lsquo;<samp><span class="samp">--with-mpc=</span><var>mpcinstalldir</var></samp>&rsquo;).  The
! <samp><span class="option">--with-gmp=</span><var>gmpinstalldir</var></samp> option is shorthand for
! <samp><span class="option">--with-gmp-lib=</span><var>gmpinstalldir</var><span class="option">/lib</span></samp> and
! <samp><span class="option">--with-gmp-include=</span><var>gmpinstalldir</var><span class="option">/include</span></samp>.  Likewise the
! <samp><span class="option">--with-mpfr=</span><var>mpfrinstalldir</var></samp> option is shorthand for
! <samp><span class="option">--with-mpfr-lib=</span><var>mpfrinstalldir</var><span class="option">/lib</span></samp> and
! <samp><span class="option">--with-mpfr-include=</span><var>mpfrinstalldir</var><span class="option">/include</span></samp>, also the
! <samp><span class="option">--with-mpc=</span><var>mpcinstalldir</var></samp> option is shorthand for
! <samp><span class="option">--with-mpc-lib=</span><var>mpcinstalldir</var><span class="option">/lib</span></samp> and
! <samp><span class="option">--with-mpc-include=</span><var>mpcinstalldir</var><span class="option">/include</span></samp>.  If these
  shorthand assumptions are not correct, you can use the explicit
  include and lib options directly.  You might also need to ensure the
  shared libraries can be found by the dynamic linker when building and
  using GCC, for example by setting the runtime shared library path
! variable (<samp><span class="env">LD_LIBRARY_PATH</span></samp> on GNU/Linux and Solaris systems).
! 
!      <p>These flags are applicable to the host platform only.  When building
  a cross compiler, they will not be used to configure target libraries.
! 
!      <br><dt><code>--with-isl=</code><var>pathname</var><dt><code>--with-isl-include=</code><var>pathname</var><dt><code>--with-isl-lib=</code><var>pathname</var><dd>If you do not have the isl library installed in a standard location and you
  want to build GCC, you can explicitly specify the directory where it is
! installed (&lsquo;<samp><span class="samp">--with-isl=</span><var>islinstalldir</var></samp>&rsquo;). The
! <samp><span class="option">--with-isl=</span><var>islinstalldir</var></samp> option is shorthand for
! <samp><span class="option">--with-isl-lib=</span><var>islinstalldir</var><span class="option">/lib</span></samp> and
! <samp><span class="option">--with-isl-include=</span><var>islinstalldir</var><span class="option">/include</span></samp>. If this
  shorthand assumption is not correct, you can use the explicit
  include and lib options directly.
! 
!      <p>These flags are applicable to the host platform only.  When building
  a cross compiler, they will not be used to configure target libraries.
! 
!      <br><dt><code>--with-stage1-ldflags=</code><var>flags</var><dd>This option may be used to set linker flags to be used when linking
  stage 1 of GCC.  These are also used when linking GCC if configured with
! <samp><span class="option">--disable-bootstrap</span></samp>.  If <samp><span class="option">--with-stage1-libs</span></samp> is not set to a
! value, then the default is &lsquo;<samp><span class="samp">-static-libstdc++ -static-libgcc</span></samp>&rsquo;, if
  supported.
! 
!      <br><dt><code>--with-stage1-libs=</code><var>libs</var><dd>This option may be used to set libraries to be used when linking stage 1
  of GCC.  These are also used when linking GCC if configured with
! <samp><span class="option">--disable-bootstrap</span></samp>.
! 
!      <br><dt><code>--with-boot-ldflags=</code><var>flags</var><dd>This option may be used to set linker flags to be used when linking
  stage 2 and later when bootstrapping GCC.  If &ndash;with-boot-libs
  is not is set to a value, then the default is
! &lsquo;<samp><span class="samp">-static-libstdc++ -static-libgcc</span></samp>&rsquo;.
! 
!      <br><dt><code>--with-boot-libs=</code><var>libs</var><dd>This option may be used to set libraries to be used when linking stage 2
  and later when bootstrapping GCC.
! 
!      <br><dt><code>--with-debug-prefix-map=</code><var>map</var><dd>Convert source directory names using <samp><span class="option">-fdebug-prefix-map</span></samp> when
  building runtime libraries.  &lsquo;<samp><var>map</var></samp>&rsquo; is a space-separated
! list of maps of the form &lsquo;<samp><var>old</var><span class="samp">=</span><var>new</var></samp>&rsquo;.
! 
!      <br><dt><code>--enable-linker-build-id</code><dd>Tells GCC to pass <samp><span class="option">--build-id</span></samp> option to the linker for all final
! links (links performed without the <samp><span class="option">-r</span></samp> or <samp><span class="option">--relocatable</span></samp>
  option), if the linker supports it.  If you specify
! <samp><span class="option">--enable-linker-build-id</span></samp>, but your linker does not
! support <samp><span class="option">--build-id</span></samp> option, a warning is issued and the
! <samp><span class="option">--enable-linker-build-id</span></samp> option is ignored.  The default is off.
! 
!      <br><dt><code>--with-linker-hash-style=</code><var>choice</var><dd>Tells GCC to pass <samp><span class="option">--hash-style=</span><var>choice</var></samp> option to the
  linker for all final links. <var>choice</var> can be one of
! &lsquo;<samp><span class="samp">sysv</span></samp>&rsquo;, &lsquo;<samp><span class="samp">gnu</span></samp>&rsquo;, and &lsquo;<samp><span class="samp">both</span></samp>&rsquo; where &lsquo;<samp><span class="samp">sysv</span></samp>&rsquo; is the default.
! 
!      <br><dt><code>--enable-gnu-unique-object</code><dt><code>--disable-gnu-unique-object</code><dd>Tells GCC to use the gnu_unique_object relocation for C++ template
  static data members and inline function local statics.  Enabled by
  default for a toolchain with an assembler that accepts it and
  GLIBC 2.11 or above, otherwise disabled.
! 
!      <br><dt><code>--with-diagnostics-color=</code><var>choice</var><dd>Tells GCC to use <var>choice</var> as the default for <samp><span class="option">-fdiagnostics-color=</span></samp>
  option (if not used explicitly on the command line).  <var>choice</var>
! can be one of &lsquo;<samp><span class="samp">never</span></samp>&rsquo;, &lsquo;<samp><span class="samp">auto</span></samp>&rsquo;, &lsquo;<samp><span class="samp">always</span></samp>&rsquo;, and &lsquo;<samp><span class="samp">auto-if-env</span></samp>&rsquo;
! where &lsquo;<samp><span class="samp">auto</span></samp>&rsquo; is the default.  &lsquo;<samp><span class="samp">auto-if-env</span></samp>&rsquo; means that
! <samp><span class="option">-fdiagnostics-color=auto</span></samp> will be the default if <code>GCC_COLORS</code>
  is present and non-empty in the environment, and
! <samp><span class="option">-fdiagnostics-color=never</span></samp> otherwise.
! 
!      <br><dt><code>--enable-lto</code><dt><code>--disable-lto</code><dd>Enable support for link-time optimization (LTO).  This is enabled by
! default, and may be disabled using <samp><span class="option">--disable-lto</span></samp>.
! 
!      <br><dt><code>--enable-linker-plugin-configure-flags=FLAGS</code><dt><code>--enable-linker-plugin-flags=FLAGS</code><dd>By default, linker plugins (such as the LTO plugin) are built for the
  host system architecture.  For the case that the linker has a
  different (but run-time compatible) architecture, these flags can be
  specified to build plugins that are compatible to the linker.  For
  example, if you are building GCC for a 64-bit x86_64
! (&lsquo;<samp><span class="samp">x86_64-unknown-linux-gnu</span></samp>&rsquo;) host system, but have a 32-bit x86
! GNU/Linux (&lsquo;<samp><span class="samp">i686-pc-linux-gnu</span></samp>&rsquo;) linker executable (which is
  executable on the former system), you can configure GCC as follows for
  getting compatible linker plugins:
  
!      <pre class="smallexample">          % <var>srcdir</var>/configure \
!               --host=x86_64-unknown-linux-gnu \
!               --enable-linker-plugin-configure-flags=--host=i686-pc-linux-gnu \
!               --enable-linker-plugin-flags='CC=gcc\ -m32\ -Wl,-rpath,[...]/i686-pc-linux-gnu/lib'
! </pre>
!      <br><dt><code>--with-plugin-ld=</code><var>pathname</var><dd>Enable an alternate linker to be used at link-time optimization (LTO)
! link time when <samp><span class="option">-fuse-linker-plugin</span></samp> is enabled. 
  This linker should have plugin support such as gold starting with
! version 2.20 or GNU ld starting with version 2.21. 
! See <samp><span class="option">-fuse-linker-plugin</span></samp> for details.
! 
!      <br><dt><code>--enable-canonical-system-headers</code><dt><code>--disable-canonical-system-headers</code><dd>Enable system header path canonicalization for <samp><span class="file">libcpp</span></samp>.  This can
  produce shorter header file paths in diagnostics and dependency output
  files, but these changed header paths may conflict with some compilation
  environments.  Enabled by default, and may be disabled using
! <samp><span class="option">--disable-canonical-system-headers</span></samp>.
! 
!      <br><dt><code>--with-glibc-version=</code><var>major</var><code>.</code><var>minor</var><dd>Tell GCC that when the GNU C Library (glibc) is used on the target it
  will be version <var>major</var>.<var>minor</var> or later.  Normally this can
! be detected from the C library's header files, but this option may be
  needed when bootstrapping a cross toolchain without the header files
  available for building the initial bootstrap compiler.
! 
!      <p>If GCC is configured with some multilibs that use glibc and some that
! do not, this option applies only to the multilibs that use glibc. 
  However, such configurations may not work well as not all the relevant
  configuration in GCC is on a per-multilib basis.
! 
!      <br><dt><code>--enable-as-accelerator-for=</code><var>target</var><dd>Build as offload target compiler. Specify offload host triple by <var>target</var>.
! 
!      <br><dt><code>--enable-offload-targets=</code><var>target1</var><code>[=</code><var>path1</var><code>],...,</code><var>targetN</var><code>[=</code><var>pathN</var><code>]</code><dd>Enable offloading to targets <var>target1</var>, <small class="dots">...</small>, <var>targetN</var>. 
  Offload compilers are expected to be already installed.  Default search
  path for them is <samp><var>exec-prefix</var></samp>, but it can be changed by
! specifying paths <var>path1</var>, <small class="dots">...</small>, <var>pathN</var>.
  
!      <pre class="smallexample">          % <var>srcdir</var>/configure \
!               --enable-offload-target=i686-unknown-linux-gnu=/path/to/i686/compiler,x86_64-pc-linux-gnu
! </pre>
!      <p>If &lsquo;<samp><span class="samp">hsa</span></samp>&rsquo; is specified as one of the targets, the compiler will be
  built with support for HSA GPU accelerators.  Because the same
  compiler will emit the accelerator code, no path should be specified.
! 
!      <br><dt><code>--with-hsa-runtime=</code><var>pathname</var><dt><code>--with-hsa-runtime-include=</code><var>pathname</var><dt><code>--with-hsa-runtime-lib=</code><var>pathname</var><dd>
! If you configure GCC with HSA offloading but do not have the HSA
  run-time library installed in a standard location then you can
  explicitly specify the directory where they are installed.  The
! <samp><span class="option">--with-hsa-runtime=</span><var>hsainstalldir</var></samp> option is a
  shorthand for
! <samp><span class="option">--with-hsa-runtime-lib=</span><var>hsainstalldir</var><span class="option">/lib</span></samp> and
! <samp><span class="option">--with-hsa-runtime-include=</span><var>hsainstalldir</var><span class="option">/include</span></samp>. 
  </dl>
  
! <h4 class="subheading"><a name="TOC3"></a>Cross-Compiler-Specific Options</h4>
! 
  <p>The following options only apply to building cross compilers.
! 
!      <dl>
! <dt><code>--with-sysroot</code><dt><code>--with-sysroot=</code><var>dir</var><dd>Tells GCC to consider <var>dir</var> as the root of a tree that contains
! (a subset of) the root filesystem of the target operating system. 
  Target system headers, libraries and run-time object files will be
  searched for in there.  More specifically, this acts as if
! <samp><span class="option">--sysroot=</span><var>dir</var></samp> was added to the default options of the built
  compiler.  The specified directory is not copied into the
! install tree, unlike the options <samp><span class="option">--with-headers</span></samp> and
! <samp><span class="option">--with-libs</span></samp> that this option obsoletes.  The default value,
! in case <samp><span class="option">--with-sysroot</span></samp> is not given an argument, is
! <samp><span class="option">${gcc_tooldir}/sys-root</span></samp>.  If the specified directory is a
! subdirectory of <samp><span class="option">${exec_prefix}</span></samp>, then it will be found relative to
  the GCC binaries if the installation tree is moved.
! 
!      <p>This option affects the system root for the compiler used to build
  target libraries (which runs on the build system) and the compiler newly
  installed with <code>make install</code>; it does not affect the compiler which is
  used to build GCC itself.
! 
!      <p>If you specify the <samp><span class="option">--with-native-system-header-dir=</span><var>dirname</var></samp>
  option then the compiler will search that directory within <var>dirname</var> for
! native system headers rather than the default <samp><span class="file">/usr/include</span></samp>.
! 
!      <br><dt><code>--with-build-sysroot</code><dt><code>--with-build-sysroot=</code><var>dir</var><dd>Tells GCC to consider <var>dir</var> as the system root (see
! <samp><span class="option">--with-sysroot</span></samp>) while building target libraries, instead of
! the directory specified with <samp><span class="option">--with-sysroot</span></samp>.  This option is
! only useful when you are already using <samp><span class="option">--with-sysroot</span></samp>.  You
! can use <samp><span class="option">--with-build-sysroot</span></samp> when you are configuring with
! <samp><span class="option">--prefix</span></samp> set to a directory that is different from the one in
  which you are installing GCC and your target libraries.
! 
!      <p>This option affects the system root for the compiler used to build
  target libraries (which runs on the build system); it does not affect
  the compiler which is used to build GCC itself.
! 
!      <p>If you specify the <samp><span class="option">--with-native-system-header-dir=</span><var>dirname</var></samp>
  option then the compiler will search that directory within <var>dirname</var> for
! native system headers rather than the default <samp><span class="file">/usr/include</span></samp>.
! 
!      <br><dt><code>--with-headers</code><dt><code>--with-headers=</code><var>dir</var><dd>Deprecated in favor of <samp><span class="option">--with-sysroot</span></samp>. 
! Specifies that target headers are available when building a cross compiler. 
  The <var>dir</var> argument specifies a directory which has the target include
! files.  These include files will be copied into the <samp><span class="file">gcc</span></samp> install
! directory.  <em>This option with the </em><var>dir</var><em> argument is required</em> when
! building a cross compiler, if <samp><var>prefix</var><span class="file">/</span><var>target</var><span class="file">/sys-include</span></samp>
! doesn't pre-exist.  If <samp><var>prefix</var><span class="file">/</span><var>target</var><span class="file">/sys-include</span></samp> does
! pre-exist, the <var>dir</var> argument may be omitted.  <samp><span class="command">fixincludes</span></samp>
  will be run on these files to make them compatible with GCC.
! 
!      <br><dt><code>--without-headers</code><dd>Tells GCC not use any target headers from a libc when building a cross
  compiler.  When crossing to GNU/Linux, you need the headers so GCC
  can build the exception handling for libgcc.
! 
!      <br><dt><code>--with-libs</code><dt><code>--with-libs="</code><var>dir1</var> <var>dir2</var><code> ... </code><var>dirN</var><code>"</code><dd>Deprecated in favor of <samp><span class="option">--with-sysroot</span></samp>. 
  Specifies a list of directories which contain the target runtime
! libraries.  These libraries will be copied into the <samp><span class="file">gcc</span></samp> install
  directory.  If the directory list is omitted, this option has no
  effect.
! 
!      <br><dt><code>--with-newlib</code><dd>Specifies that &lsquo;<samp><span class="samp">newlib</span></samp>&rsquo; is
  being used as the target C library.  This causes <code>__eprintf</code> to be
! omitted from <samp><span class="file">libgcc.a</span></samp> on the assumption that it will be provided by
! &lsquo;<samp><span class="samp">newlib</span></samp>&rsquo;.
! 
!      <br><dt><code>--with-avrlibc</code><dd>Specifies that &lsquo;<samp><span class="samp">AVR-Libc</span></samp>&rsquo; is
  being used as the target C library.  This causes float support
! functions like <code>__addsf3</code> to be omitted from <samp><span class="file">libgcc.a</span></samp> on
! the assumption that it will be provided by <samp><span class="file">libm.a</span></samp>.  For more
! technical details, cf. <a href="http://gcc.gnu.org/PR54461">PR54461</a>. 
  This option is only supported for the AVR target.  It is not supported for
  RTEMS configurations, which currently use newlib.  The option is
  supported since version 4.7.2 and is the default in 4.8.0 and newer.
! 
!      <br><dt><code>--with-nds32-lib=</code><var>library</var><dd>Specifies that <var>library</var> setting is used for building <samp><span class="file">libgcc.a</span></samp>. 
! Currently, the valid <var>library</var> is &lsquo;<samp><span class="samp">newlib</span></samp>&rsquo; or &lsquo;<samp><span class="samp">mculib</span></samp>&rsquo;. 
  This option is only supported for the NDS32 target.
! 
!      <br><dt><code>--with-build-time-tools=</code><var>dir</var><dd>Specifies where to find the set of target tools (assembler, linker, etc.) 
  that will be used while building GCC itself.  This option can be useful
  if the directory layouts are different between the system you are building
  GCC on, and the system where you will deploy it.
! 
!      <p>For example, on an &lsquo;<samp><span class="samp">ia64-hp-hpux</span></samp>&rsquo; system, you may have the GNU
! assembler and linker in <samp><span class="file">/usr/bin</span></samp>, and the native tools in a
  different path, and build a toolchain that expects to find the
! native tools in <samp><span class="file">/usr/bin</span></samp>.
! 
!      <p>When you use this option, you should ensure that <var>dir</var> includes
! <samp><span class="command">ar</span></samp>, <samp><span class="command">as</span></samp>, <samp><span class="command">ld</span></samp>, <samp><span class="command">nm</span></samp>,
! <samp><span class="command">ranlib</span></samp> and <samp><span class="command">strip</span></samp> if necessary, and possibly
! <samp><span class="command">objdump</span></samp>.  Otherwise, GCC may use an inconsistent set of
! tools. 
  </dl>
  
! <h5 class="subsubheading"><a name="TOC4"></a>Overriding <samp><span class="command">configure</span></samp> test results</h5>
  
  <p>Sometimes, it might be necessary to override the result of some
! <samp><span class="command">configure</span></samp> test, for example in order to ease porting to a new
! system or work around a bug in a test.  The toplevel <samp><span class="command">configure</span></samp>
  script provides three variables for this:
! 
!      <dl>
! <dt><code>build_configargs</code><dd><a name="index-g_t_0040code_007bbuild_005fconfigargs_007d-3"></a>The contents of this variable is passed to all build <samp><span class="command">configure</span></samp>
  scripts.
! 
!      <br><dt><code>host_configargs</code><dd><a name="index-g_t_0040code_007bhost_005fconfigargs_007d-4"></a>The contents of this variable is passed to all host <samp><span class="command">configure</span></samp>
  scripts.
! 
!      <br><dt><code>target_configargs</code><dd><a name="index-g_t_0040code_007btarget_005fconfigargs_007d-5"></a>The contents of this variable is passed to all target <samp><span class="command">configure</span></samp>
  scripts.
  
!    </dl>
! 
!    <p>In order to avoid shell and <samp><span class="command">make</span></samp> quoting issues for complex
! overrides, you can pass a setting for <samp><span class="env">CONFIG_SITE</span></samp> and set
  variables in the site file.
! 
! <h4 class="subheading"><a name="TOC5"></a>Objective-C-Specific Options</h4>
  
  <p>The following options apply to the build of the Objective-C runtime library.
! 
!      <dl>
! <dt><code>--enable-objc-gc</code><dd>Specify that an additional variant of the GNU Objective-C runtime library
  is built, using an external build of the Boehm-Demers-Weiser garbage
  collector (<a href="http://www.hboehm.info/gc/">http://www.hboehm.info/gc/</a>).  This library needs to be
  available for each multilib variant, unless configured with
! <samp><span class="option">--enable-objc-gc=&lsquo;</span><samp><span class="samp">auto</span></samp><span class="option">&rsquo;</span></samp> in which case the build of the
  additional runtime library is skipped when not available and the build
  continues.
! 
!      <br><dt><code>--with-target-bdw-gc=</code><var>list</var><dt><code>--with-target-bdw-gc-include=</code><var>list</var><dt><code>--with-target-bdw-gc-lib=</code><var>list</var><dd>Specify search directories for the garbage collector header files and
  libraries. <var>list</var> is a comma separated list of key value pairs of the
! form &lsquo;<samp><var>multilibdir</var><span class="samp">=</span><var>path</var></samp>&rsquo;, where the default multilib key
! is named as &lsquo;<samp><span class="samp">.</span></samp>&rsquo; (dot), or is omitted (e.g. 
! &lsquo;<samp><span class="samp">--with-target-bdw-gc=/opt/bdw-gc,32=/opt-bdw-gc32</span></samp>&rsquo;).
! 
!      <p>The options <samp><span class="option">--with-target-bdw-gc-include</span></samp> and
! <samp><span class="option">--with-target-bdw-gc-lib</span></samp> must always be specified together
  for each multilib variant and they take precedence over
! <samp><span class="option">--with-target-bdw-gc</span></samp>.  If <samp><span class="option">--with-target-bdw-gc-include</span></samp>
  is missing values for a multilib, then the value for the default
! multilib is used (e.g. &lsquo;<samp><span class="samp">--with-target-bdw-gc-include=/opt/bdw-gc/include</span></samp>&rsquo;
! &lsquo;<samp><span class="samp">--with-target-bdw-gc-lib=/opt/bdw-gc/lib64,32=/opt-bdw-gc/lib32</span></samp>&rsquo;). 
  If none of these options are specified, the library is assumed in
! default locations. 
  </dl>
  
!    <p><hr />
  <p><a href="./index.html">Return to the GCC Installation page</a>
  
+ <!-- ***Building**************************************************************** -->
+ <!-- ***Testing***************************************************************** -->
+ <!-- ***Final install*********************************************************** -->
+ <!-- ***Binaries**************************************************************** -->
+ <!-- ***Specific**************************************************************** -->
+ <!-- ***Old documentation****************************************************** -->
+ <!-- ***GFDL******************************************************************** -->
+ <!-- *************************************************************************** -->
+ <!-- Part 6 The End of the Document -->
+ </body></html>
  
diff -Nrcpad gcc-7.1.0/INSTALL/download.html gcc-7.2.0/INSTALL/download.html
*** gcc-7.1.0/INSTALL/download.html	Tue May  2 12:44:00 2017
--- gcc-7.2.0/INSTALL/download.html	Mon Aug 14 08:03:32 2017
***************
*** 1,135 ****
! <!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN" "http://www.w3.org/TR/html4/loose.dtd">
! <html>
! <!-- Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
! Permission is granted to copy, distribute and/or modify this document
  under the terms of the GNU Free Documentation License, Version 1.3 or
  any later version published by the Free Software Foundation; with no
  Invariant Sections, the Front-Cover texts being (a) (see below), and
  with the Back-Cover Texts being (b) (see below).  A copy of the
! license is included in the section entitled "GNU
! Free Documentation License".
  
  (a) The FSF's Front-Cover Text is:
  
! A GNU Manual
  
  (b) The FSF's Back-Cover Text is:
  
! You have freedom to copy and modify this GNU Manual, like GNU
       software.  Copies published by the Free Software Foundation raise
!      funds for GNU development. -->
! <!-- Created by GNU Texinfo 6.1, http://www.gnu.org/software/texinfo/ -->
! <head>
! <title>Installing GCC</title>
! 
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! -->
! </style>
! 
! 
  </head>
  
! <body lang="en">
! <h1 class="settitle" align="center">Installing GCC</h1>
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! <a name="index-Downloading-GCC"></a>
! <a name="index-Downloading-the-Source"></a>
! 
! <p>GCC is distributed via <a href="http://gcc.gnu.org/svn.html">SVN</a> and FTP
! tarballs compressed with <code>gzip</code> or
! <code>bzip2</code>.
! </p>
! <p>Please refer to the <a href="http://gcc.gnu.org/releases.html">releases web page</a>
  for information on how to obtain GCC.
! </p>
! <p>The source distribution includes the C, C++, Objective-C, Fortran,
  and Ada (in the case of GCC 3.1 and later) compilers, as well as
! runtime libraries for C++, Objective-C, and Fortran.
  For previous versions these were downloadable as separate components such
  as the core GCC distribution, which included the C language front end and
  shared components, and language-specific distributions including the
  language front end and the language runtime (where appropriate).
! </p>
! <p>If you also intend to build binutils (either to upgrade an existing
  installation or for use in place of the corresponding tools of your
  OS), unpack the binutils distribution either in the same directory or
  a separate one.  In the latter case, add symbolic links to any
  components of the binutils you intend to build alongside the compiler
! (<samp>bfd</samp>, <samp>binutils</samp>, <samp>gas</samp>, <samp>gprof</samp>, <samp>ld</samp>,
! <samp>opcodes</samp>, &hellip;) to the directory containing the GCC sources.
! </p>
! <p>Likewise the GMP, MPFR and MPC libraries can be automatically built
  together with GCC.  You may simply run the
! <code>contrib/download_prerequisites</code> script in the GCC source directory
! to set up everything.
  Otherwise unpack the GMP, MPFR and/or MPC source
  distributions in the directory containing the GCC sources and rename
! their directories to <samp>gmp</samp>, <samp>mpfr</samp> and <samp>mpc</samp>,
  respectively (or use symbolic links with the same name).
- </p>
- <hr />
- <p>
- <p><a href="./index.html">Return to the GCC Installation page</a>
- </p>
- 
- 
- 
- 
- 
- 
- 
- 
- 
  
  
  
- </body>
- </html>
--- 1,90 ----
! <html lang="en">
! <head>
! <title>Downloading GCC</title>
! <meta http-equiv="Content-Type" content="text/html">
! <meta name="description" content="Downloading GCC">
! <meta name="generator" content="makeinfo 4.13">
! <link title="Top" rel="top" href="#Top">
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! Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
!    Permission is granted to copy, distribute and/or modify this document
  under the terms of the GNU Free Documentation License, Version 1.3 or
  any later version published by the Free Software Foundation; with no
  Invariant Sections, the Front-Cover texts being (a) (see below), and
  with the Back-Cover Texts being (b) (see below).  A copy of the
! license is included in the section entitled "GNU Free Documentation License".
  
  (a) The FSF's Front-Cover Text is:
  
!      A GNU Manual
  
  (b) The FSF's Back-Cover Text is:
  
!      You have freedom to copy and modify this GNU Manual, like GNU
       software.  Copies published by the Free Software Foundation raise
!      funds for GNU development.-->
! <meta http-equiv="Content-Style-Type" content="text/css">
! <style type="text/css"><!--
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!   span.sansserif { font-family:sans-serif; font-weight:normal; } 
! --></style>
  </head>
+ <body>
+ <h1 class="settitle">Downloading GCC</h1>
+ <a name="index-Downloading-GCC-1"></a><a name="index-Downloading-the-Source-2"></a>
+ GCC is distributed via <a href="http://gcc.gnu.org/svn.html">SVN</a> and FTP
+ tarballs compressed with <samp><span class="command">gzip</span></samp> or
+ <samp><span class="command">bzip2</span></samp>.
  
!    <p>Please refer to the <a href="http://gcc.gnu.org/releases.html">releases web page</a>
  for information on how to obtain GCC.
! 
!    <p>The source distribution includes the C, C++, Objective-C, Fortran,
  and Ada (in the case of GCC 3.1 and later) compilers, as well as
! runtime libraries for C++, Objective-C, and Fortran. 
  For previous versions these were downloadable as separate components such
  as the core GCC distribution, which included the C language front end and
  shared components, and language-specific distributions including the
  language front end and the language runtime (where appropriate).
! 
!    <p>If you also intend to build binutils (either to upgrade an existing
  installation or for use in place of the corresponding tools of your
  OS), unpack the binutils distribution either in the same directory or
  a separate one.  In the latter case, add symbolic links to any
  components of the binutils you intend to build alongside the compiler
! (<samp><span class="file">bfd</span></samp>, <samp><span class="file">binutils</span></samp>, <samp><span class="file">gas</span></samp>, <samp><span class="file">gprof</span></samp>, <samp><span class="file">ld</span></samp>,
! <samp><span class="file">opcodes</span></samp>, <small class="dots">...</small>) to the directory containing the GCC sources.
! 
!    <p>Likewise the GMP, MPFR and MPC libraries can be automatically built
  together with GCC.  You may simply run the
! <samp><span class="command">contrib/download_prerequisites</span></samp> script in the GCC source directory
! to set up everything. 
  Otherwise unpack the GMP, MPFR and/or MPC source
  distributions in the directory containing the GCC sources and rename
! their directories to <samp><span class="file">gmp</span></samp>, <samp><span class="file">mpfr</span></samp> and <samp><span class="file">mpc</span></samp>,
  respectively (or use symbolic links with the same name).
  
+    <p><hr />
+ <p><a href="./index.html">Return to the GCC Installation page</a>
  
+ <!-- ***Configuration*********************************************************** -->
+ <!-- ***Building**************************************************************** -->
+ <!-- ***Testing***************************************************************** -->
+ <!-- ***Final install*********************************************************** -->
+ <!-- ***Binaries**************************************************************** -->
+ <!-- ***Specific**************************************************************** -->
+ <!-- ***Old documentation****************************************************** -->
+ <!-- ***GFDL******************************************************************** -->
+ <!-- *************************************************************************** -->
+ <!-- Part 6 The End of the Document -->
+ </body></html>
  
diff -Nrcpad gcc-7.1.0/INSTALL/finalinstall.html gcc-7.2.0/INSTALL/finalinstall.html
*** gcc-7.1.0/INSTALL/finalinstall.html	Tue May  2 12:44:01 2017
--- gcc-7.2.0/INSTALL/finalinstall.html	Mon Aug 14 08:03:32 2017
***************
*** 1,227 ****
! <!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN" "http://www.w3.org/TR/html4/loose.dtd">
! <html>
! <!-- Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
! Permission is granted to copy, distribute and/or modify this document
  under the terms of the GNU Free Documentation License, Version 1.3 or
  any later version published by the Free Software Foundation; with no
  Invariant Sections, the Front-Cover texts being (a) (see below), and
  with the Back-Cover Texts being (b) (see below).  A copy of the
! license is included in the section entitled "GNU
! Free Documentation License".
  
  (a) The FSF's Front-Cover Text is:
  
! A GNU Manual
  
  (b) The FSF's Back-Cover Text is:
  
! You have freedom to copy and modify this GNU Manual, like GNU
       software.  Copies published by the Free Software Foundation raise
!      funds for GNU development. -->
! <!-- Created by GNU Texinfo 6.1, http://www.gnu.org/software/texinfo/ -->
! <head>
! <title>Installing GCC</title>
! 
! <meta name="description" content="Installing GCC">
! <meta name="keywords" content="Installing GCC">
! <meta name="resource-type" content="document">
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! div.example {margin-left: 3.2em}
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! -->
! </style>
! 
! 
  </head>
! 
! <body lang="en">
! <h1 class="settitle" align="center">Installing GCC</h1>
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! <p>Now that GCC has been built (and optionally tested), you can install it with
! </p><div class="smallexample">
! <pre class="smallexample">cd <var>objdir</var> &amp;&amp; make install
! </pre></div>
! 
! <p>We strongly recommend to install into a target directory where there is
  no previous version of GCC present.  Also, the GNAT runtime should not
  be stripped, as this would break certain features of the debugger that
  depend on this debugging information (catching Ada exceptions for
  instance).
! </p>
! <p>That step completes the installation of GCC; user level binaries can
! be found in <samp><var>prefix</var>/bin</samp> where <var>prefix</var> is the value
! you specified with the <samp>--prefix</samp> to configure (or
! <samp>/usr/local</samp> by default).  (If you specified <samp>--bindir</samp>,
  that directory will be used instead; otherwise, if you specified
! <samp>--exec-prefix</samp>, <samp><var>exec-prefix</var>/bin</samp> will be used.)
  Headers for the C++ library are installed in
! <samp><var>prefix</var>/include</samp>; libraries in <samp><var>libdir</var></samp>
! (normally <samp><var>prefix</var>/lib</samp>); internal parts of the compiler in
! <samp><var>libdir</var>/gcc</samp> and <samp><var>libexecdir</var>/gcc</samp>; documentation
  in info format in <samp><var>infodir</var></samp> (normally
! <samp><var>prefix</var>/info</samp>).
! </p>
! <p>When installing cross-compilers, GCC&rsquo;s executables
  are not only installed into <samp><var>bindir</var></samp>, that
! is, <samp><var>exec-prefix</var>/bin</samp>, but additionally into
! <samp><var>exec-prefix</var>/<var>target-alias</var>/bin</samp>, if that directory
! exists.  Typically, such <em>tooldirs</em> hold target-specific
  binutils, including assembler and linker.
! </p>
! <p>Installation into a temporary staging area or into a <code>chroot</code>
  jail can be achieved with the command
- </p>
- <div class="smallexample">
- <pre class="smallexample">make DESTDIR=<var>path-to-rootdir</var> install
- </pre></div>
  
! <p>where <var>path-to-rootdir</var> is the absolute path of
  a directory relative to which all installation paths will be
  interpreted.  Note that the directory specified by <code>DESTDIR</code>
  need not exist yet; it will be created if necessary.
! </p>
! <p>There is a subtle point with tooldirs and <code>DESTDIR</code>:
  If you relocate a cross-compiler installation with
! e.g. &lsquo;<samp>DESTDIR=<var>rootdir</var></samp>&rsquo;, then the directory
! <samp><var>rootdir</var>/<var>exec-prefix</var>/<var>target-alias</var>/bin</samp> will
  be filled with duplicated GCC executables only if it already exists,
  it will not be created otherwise.  This is regarded as a feature,
  not as a bug, because it gives slightly more control to the packagers
  using the <code>DESTDIR</code> feature.
- </p>
- <p>You can install stripped programs and libraries with
- </p>
- <div class="smallexample">
- <pre class="smallexample">make install-strip
- </pre></div>
  
! <p>If you are bootstrapping a released version of GCC then please
  quickly review the build status page for your release, available from
! <a href="http://gcc.gnu.org/buildstat.html">http://gcc.gnu.org/buildstat.html</a>.
  If your system is not listed for the version of GCC that you built,
  send a note to
  <a href="mailto:gcc@gcc.gnu.org">gcc@gcc.gnu.org</a> indicating
! that you successfully built and installed GCC.
  Include the following information:
! </p>
! <ul>
! <li> Output from running <samp><var>srcdir</var>/config.guess</samp>.  Do not send
  that file itself, just the one-line output from running it.
  
! </li><li> The output of &lsquo;<samp>gcc -v</samp>&rsquo; for your newly installed <code>gcc</code>.
  This tells us which version of GCC you built and the options you passed to
  configure.
  
! </li><li> Whether you enabled all languages or a subset of them.  If you used a
  full distribution then this information is part of the configure
! options in the output of &lsquo;<samp>gcc -v</samp>&rsquo;, but if you downloaded the
! &ldquo;core&rdquo; compiler plus additional front ends then it isn&rsquo;t apparent
  which ones you built unless you tell us about it.
  
! </li><li> If the build was for GNU/Linux, also include:
! <ul>
! <li> The distribution name and version (e.g., Red Hat 7.1 or Debian 2.2.3);
! this information should be available from <samp>/etc/issue</samp>.
  
! </li><li> The version of the Linux kernel, available from &lsquo;<samp>uname --version</samp>&rsquo;
! or &lsquo;<samp>uname -a</samp>&rsquo;.
  
! </li><li> The version of glibc you used; for RPM-based systems like Red Hat,
! Mandrake, and SuSE type &lsquo;<samp>rpm -q glibc</samp>&rsquo; to get the glibc version,
! and on systems like Debian and Progeny use &lsquo;<samp>dpkg -l libc6</samp>&rsquo;.
! </li></ul>
! <p>For other systems, you can include similar information if you think it is
  relevant.
! </p>
! </li><li> Any other information that you think would be useful to people building
  GCC on the same configuration.  The new entry in the build status list
! will include a link to the archived copy of your message.
! </li></ul>
  
! <p>We&rsquo;d also like to know if the
  <a href="specific.html">host/target specific installation notes</a>
! didn&rsquo;t include your host/target information or if that information is
  incomplete or out of date.  Send a note to
  <a href="mailto:gcc@gcc.gnu.org">gcc@gcc.gnu.org</a> detailing how the information should be changed.
! </p>
! <p>If you find a bug, please report it following the
  <a href="../bugs/">bug reporting guidelines</a>.
! </p>
! <p>If you want to print the GCC manuals, do &lsquo;<samp>cd <var>objdir</var>; make
! dvi</samp>&rsquo;.  You will need to have <code>texi2dvi</code> (version at least 4.7)
! and TeX installed.  This creates a number of <samp>.dvi</samp> files in
  subdirectories of <samp><var>objdir</var></samp>; these may be converted for
! printing with programs such as <code>dvips</code>.  Alternately, by using
! &lsquo;<samp>make pdf</samp>&rsquo; in place of &lsquo;<samp>make dvi</samp>&rsquo;, you can create documentation
! in the form of <samp>.pdf</samp> files; this requires <code>texi2pdf</code>, which
  is included with Texinfo version 4.8 and later.  You can also
! <a href="https://shop.fsf.org/">buy printed manuals from the
! Free Software Foundation</a>, though such manuals may not be for the most
  recent version of GCC.
- </p>
- <p>If you would like to generate online HTML documentation, do &lsquo;<samp>cd
- <var>objdir</var>; make html</samp>&rsquo; and HTML will be generated for the gcc manuals in
- <samp><var>objdir</var>/gcc/HTML</samp>.
- </p>
- <hr />
- <p>
- <p><a href="./index.html">Return to the GCC Installation page</a>
- </p>
- 
- 
- 
- 
  
  
  
  
- </body>
- </html>
--- 1,172 ----
! <html lang="en">
! <head>
! <title>Installing GCC: Final installation</title>
! <meta http-equiv="Content-Type" content="text/html">
! <meta name="description" content="Installing GCC: Final installation">
! <meta name="generator" content="makeinfo 4.13">
! <link title="Top" rel="top" href="#Top">
! <link href="http://www.gnu.org/software/texinfo/" rel="generator-home" title="Texinfo Homepage">
! <!--
! Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
!    Permission is granted to copy, distribute and/or modify this document
  under the terms of the GNU Free Documentation License, Version 1.3 or
  any later version published by the Free Software Foundation; with no
  Invariant Sections, the Front-Cover texts being (a) (see below), and
  with the Back-Cover Texts being (b) (see below).  A copy of the
! license is included in the section entitled "GNU Free Documentation License".
  
  (a) The FSF's Front-Cover Text is:
  
!      A GNU Manual
  
  (b) The FSF's Back-Cover Text is:
  
!      You have freedom to copy and modify this GNU Manual, like GNU
       software.  Copies published by the Free Software Foundation raise
!      funds for GNU development.-->
! <meta http-equiv="Content-Style-Type" content="text/css">
! <style type="text/css"><!--
!   pre.display { font-family:inherit }
!   pre.format  { font-family:inherit }
!   pre.smalldisplay { font-family:inherit; font-size:smaller }
!   pre.smallformat  { font-family:inherit; font-size:smaller }
!   pre.smallexample { font-size:smaller }
!   pre.smalllisp    { font-size:smaller }
!   span.sc    { font-variant:small-caps }
!   span.roman { font-family:serif; font-weight:normal; } 
!   span.sansserif { font-family:sans-serif; font-weight:normal; } 
! --></style>
  </head>
! <body>
! <h1 class="settitle">Installing GCC: Final installation</h1>
! Now that GCC has been built (and optionally tested), you can install it with
! <pre class="smallexample">     cd <var>objdir</var> &amp;&amp; make install
! </pre>
!    <p>We strongly recommend to install into a target directory where there is
  no previous version of GCC present.  Also, the GNAT runtime should not
  be stripped, as this would break certain features of the debugger that
  depend on this debugging information (catching Ada exceptions for
  instance).
! 
!    <p>That step completes the installation of GCC; user level binaries can
! be found in <samp><var>prefix</var><span class="file">/bin</span></samp> where <var>prefix</var> is the value
! you specified with the <samp><span class="option">--prefix</span></samp> to configure (or
! <samp><span class="file">/usr/local</span></samp> by default).  (If you specified <samp><span class="option">--bindir</span></samp>,
  that directory will be used instead; otherwise, if you specified
! <samp><span class="option">--exec-prefix</span></samp>, <samp><var>exec-prefix</var><span class="file">/bin</span></samp> will be used.) 
  Headers for the C++ library are installed in
! <samp><var>prefix</var><span class="file">/include</span></samp>; libraries in <samp><var>libdir</var></samp>
! (normally <samp><var>prefix</var><span class="file">/lib</span></samp>); internal parts of the compiler in
! <samp><var>libdir</var><span class="file">/gcc</span></samp> and <samp><var>libexecdir</var><span class="file">/gcc</span></samp>; documentation
  in info format in <samp><var>infodir</var></samp> (normally
! <samp><var>prefix</var><span class="file">/info</span></samp>).
! 
!    <p>When installing cross-compilers, GCC's executables
  are not only installed into <samp><var>bindir</var></samp>, that
! is, <samp><var>exec-prefix</var><span class="file">/bin</span></samp>, but additionally into
! <samp><var>exec-prefix</var><span class="file">/</span><var>target-alias</var><span class="file">/bin</span></samp>, if that directory
! exists.  Typically, such <dfn>tooldirs</dfn> hold target-specific
  binutils, including assembler and linker.
! 
!    <p>Installation into a temporary staging area or into a <samp><span class="command">chroot</span></samp>
  jail can be achieved with the command
  
! <pre class="smallexample">     make DESTDIR=<var>path-to-rootdir</var> install
! </pre>
!    <p class="noindent">where <var>path-to-rootdir</var> is the absolute path of
  a directory relative to which all installation paths will be
  interpreted.  Note that the directory specified by <code>DESTDIR</code>
  need not exist yet; it will be created if necessary.
! 
!    <p>There is a subtle point with tooldirs and <code>DESTDIR</code>:
  If you relocate a cross-compiler installation with
! e.g. &lsquo;<samp><span class="samp">DESTDIR=</span><var>rootdir</var></samp>&rsquo;, then the directory
! <samp><var>rootdir</var><span class="file">/</span><var>exec-prefix</var><span class="file">/</span><var>target-alias</var><span class="file">/bin</span></samp> will
  be filled with duplicated GCC executables only if it already exists,
  it will not be created otherwise.  This is regarded as a feature,
  not as a bug, because it gives slightly more control to the packagers
  using the <code>DESTDIR</code> feature.
  
!    <p>You can install stripped programs and libraries with
! 
! <pre class="smallexample">     make install-strip
! </pre>
!    <p>If you are bootstrapping a released version of GCC then please
  quickly review the build status page for your release, available from
! <a href="http://gcc.gnu.org/buildstat.html">http://gcc.gnu.org/buildstat.html</a>. 
  If your system is not listed for the version of GCC that you built,
  send a note to
  <a href="mailto:gcc@gcc.gnu.org">gcc@gcc.gnu.org</a> indicating
! that you successfully built and installed GCC. 
  Include the following information:
! 
!      <ul>
! <li>Output from running <samp><var>srcdir</var><span class="file">/config.guess</span></samp>.  Do not send
  that file itself, just the one-line output from running it.
  
!      <li>The output of &lsquo;<samp><span class="samp">gcc -v</span></samp>&rsquo; for your newly installed <samp><span class="command">gcc</span></samp>. 
  This tells us which version of GCC you built and the options you passed to
  configure.
  
!      <li>Whether you enabled all languages or a subset of them.  If you used a
  full distribution then this information is part of the configure
! options in the output of &lsquo;<samp><span class="samp">gcc -v</span></samp>&rsquo;, but if you downloaded the
! &ldquo;core&rdquo; compiler plus additional front ends then it isn't apparent
  which ones you built unless you tell us about it.
  
!      <li>If the build was for GNU/Linux, also include:
!           <ul>
! <li>The distribution name and version (e.g., Red Hat 7.1 or Debian 2.2.3);
! this information should be available from <samp><span class="file">/etc/issue</span></samp>.
  
!           <li>The version of the Linux kernel, available from &lsquo;<samp><span class="samp">uname --version</span></samp>&rsquo;
! or &lsquo;<samp><span class="samp">uname -a</span></samp>&rsquo;.
  
!           <li>The version of glibc you used; for RPM-based systems like Red Hat,
! Mandrake, and SuSE type &lsquo;<samp><span class="samp">rpm -q glibc</span></samp>&rsquo; to get the glibc version,
! and on systems like Debian and Progeny use &lsquo;<samp><span class="samp">dpkg -l libc6</span></samp>&rsquo;. 
! </ul>
!      For other systems, you can include similar information if you think it is
  relevant.
! 
!      <li>Any other information that you think would be useful to people building
  GCC on the same configuration.  The new entry in the build status list
! will include a link to the archived copy of your message. 
! </ul>
  
!    <p>We'd also like to know if the
  <a href="specific.html">host/target specific installation notes</a>
! didn't include your host/target information or if that information is
  incomplete or out of date.  Send a note to
  <a href="mailto:gcc@gcc.gnu.org">gcc@gcc.gnu.org</a> detailing how the information should be changed.
! 
!    <p>If you find a bug, please report it following the
  <a href="../bugs/">bug reporting guidelines</a>.
! 
!    <p>If you want to print the GCC manuals, do &lsquo;<samp><span class="samp">cd </span><var>objdir</var><span class="samp">; make
! dvi</span></samp>&rsquo;.  You will need to have <samp><span class="command">texi2dvi</span></samp> (version at least 4.7)
! and TeX installed.  This creates a number of <samp><span class="file">.dvi</span></samp> files in
  subdirectories of <samp><var>objdir</var></samp>; these may be converted for
! printing with programs such as <samp><span class="command">dvips</span></samp>.  Alternately, by using
! &lsquo;<samp><span class="samp">make pdf</span></samp>&rsquo; in place of &lsquo;<samp><span class="samp">make dvi</span></samp>&rsquo;, you can create documentation
! in the form of <samp><span class="file">.pdf</span></samp> files; this requires <samp><span class="command">texi2pdf</span></samp>, which
  is included with Texinfo version 4.8 and later.  You can also
! <a href="https://shop.fsf.org/">buy printed manuals from the Free Software Foundation</a>, though such manuals may not be for the most
  recent version of GCC.
  
+    <p>If you would like to generate online HTML documentation, do &lsquo;<samp><span class="samp">cd
+ </span><var>objdir</var><span class="samp">; make html</span></samp>&rsquo; and HTML will be generated for the gcc manuals in
+ <samp><var>objdir</var><span class="file">/gcc/HTML</span></samp>.
  
+    <p><hr />
+ <p><a href="./index.html">Return to the GCC Installation page</a>
  
+ <!-- ***Binaries**************************************************************** -->
+ <!-- ***Specific**************************************************************** -->
+ <!-- ***Old documentation****************************************************** -->
+ <!-- ***GFDL******************************************************************** -->
+ <!-- *************************************************************************** -->
+ <!-- Part 6 The End of the Document -->
+ </body></html>
  
diff -Nrcpad gcc-7.1.0/INSTALL/gfdl.html gcc-7.2.0/INSTALL/gfdl.html
*** gcc-7.1.0/INSTALL/gfdl.html	Tue May  2 12:44:02 2017
--- gcc-7.2.0/INSTALL/gfdl.html	Mon Aug 14 08:03:32 2017
***************
*** 1,133 ****
! <!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN" "http://www.w3.org/TR/html4/loose.dtd">
! <html>
! <!-- Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
! Permission is granted to copy, distribute and/or modify this document
  under the terms of the GNU Free Documentation License, Version 1.3 or
  any later version published by the Free Software Foundation; with no
  Invariant Sections, the Front-Cover texts being (a) (see below), and
  with the Back-Cover Texts being (b) (see below).  A copy of the
! license is included in the section entitled "GNU
! Free Documentation License".
  
  (a) The FSF's Front-Cover Text is:
  
! A GNU Manual
  
  (b) The FSF's Back-Cover Text is:
  
! You have freedom to copy and modify this GNU Manual, like GNU
       software.  Copies published by the Free Software Foundation raise
!      funds for GNU development. -->
! <!-- Created by GNU Texinfo 6.1, http://www.gnu.org/software/texinfo/ -->
! <head>
! <title>Installing GCC</title>
! 
! <meta name="description" content="Installing GCC">
! <meta name="keywords" content="Installing GCC">
! <meta name="resource-type" content="document">
! <meta name="distribution" content="global">
! <meta name="Generator" content="makeinfo">
! <meta http-equiv="Content-Type" content="text/html; charset=utf-8">
! <style type="text/css">
! <!--
! a.summary-letter {text-decoration: none}
! blockquote.indentedblock {margin-right: 0em}
! blockquote.smallindentedblock {margin-right: 0em; font-size: smaller}
! blockquote.smallquotation {font-size: smaller}
! div.display {margin-left: 3.2em}
! div.example {margin-left: 3.2em}
! div.lisp {margin-left: 3.2em}
! div.smalldisplay {margin-left: 3.2em}
! div.smallexample {margin-left: 3.2em}
! div.smalllisp {margin-left: 3.2em}
! kbd {font-style: oblique}
! pre.display {font-family: inherit}
! pre.format {font-family: inherit}
! pre.menu-comment {font-family: serif}
! pre.menu-preformatted {font-family: serif}
! pre.smalldisplay {font-family: inherit; font-size: smaller}
! pre.smallexample {font-size: smaller}
! pre.smallformat {font-family: inherit; font-size: smaller}
! pre.smalllisp {font-size: smaller}
! span.nolinebreak {white-space: nowrap}
! span.roman {font-family: initial; font-weight: normal}
! span.sansserif {font-family: sans-serif; font-weight: normal}
! ul.no-bullet {list-style: none}
! -->
! </style>
! 
! 
  </head>
  
! <body lang="en">
! <h1 class="settitle" align="center">Installing GCC</h1>
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! <h1 align="center">Installing GCC: GNU Free Documentation License</h1>
! 
! <a name="index-FDL_002c-GNU-Free-Documentation-License"></a>
! <div align="center">Version 1.3, 3 November 2008
! </div>
! <div class="display">
! <pre class="display">Copyright &copy; 2000, 2001, 2002, 2007, 2008 Free Software Foundation, Inc.
! <a href="http://fsf.org/">http://fsf.org/</a>
! 
! Everyone is permitted to copy and distribute verbatim copies
! of this license document, but changing it is not allowed.
! </pre></div>
  
! <ol>
! <li> PREAMBLE
  
! <p>The purpose of this License is to make a manual, textbook, or other
! functional and useful document <em>free</em> in the sense of freedom: to
  assure everyone the effective freedom to copy and redistribute it,
! with or without modifying it, either commercially or noncommercially.
  Secondarily, this License preserves for the author and publisher a way
  to get credit for their work, while not being considered responsible
  for modifications made by others.
! </p>
! <p>This License is a kind of &ldquo;copyleft&rdquo;, which means that derivative
  works of the document must themselves be free in the same sense.  It
  complements the GNU General Public License, which is a copyleft
  license designed for free software.
! </p>
! <p>We have designed this License in order to use it for manuals for free
  software, because free software needs free documentation: a free
  program should come with manuals providing the same freedoms that the
  software does.  But this License is not limited to software manuals;
  it can be used for any textual work, regardless of subject matter or
  whether it is published as a printed book.  We recommend this License
  principally for works whose purpose is instruction or reference.
- </p>
- </li><li> APPLICABILITY AND DEFINITIONS
  
! <p>This License applies to any manual or other work, in any medium, that
  contains a notice placed by the copyright holder saying it can be
  distributed under the terms of this License.  Such a notice grants a
  world-wide, royalty-free license, unlimited in duration, to use that
--- 1,82 ----
! <html lang="en">
! <head>
! <title>Installing GCC: GNU Free Documentation License</title>
! <meta http-equiv="Content-Type" content="text/html">
! <meta name="description" content="Installing GCC: GNU Free Documentation License">
! <meta name="generator" content="makeinfo 4.13">
! <link title="Top" rel="top" href="#Top">
! <link href="http://www.gnu.org/software/texinfo/" rel="generator-home" title="Texinfo Homepage">
! <!--
! Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
!    Permission is granted to copy, distribute and/or modify this document
  under the terms of the GNU Free Documentation License, Version 1.3 or
  any later version published by the Free Software Foundation; with no
  Invariant Sections, the Front-Cover texts being (a) (see below), and
  with the Back-Cover Texts being (b) (see below).  A copy of the
! license is included in the section entitled "GNU Free Documentation License".
  
  (a) The FSF's Front-Cover Text is:
  
!      A GNU Manual
  
  (b) The FSF's Back-Cover Text is:
  
!      You have freedom to copy and modify this GNU Manual, like GNU
       software.  Copies published by the Free Software Foundation raise
!      funds for GNU development.-->
! <meta http-equiv="Content-Style-Type" content="text/css">
! <style type="text/css"><!--
!   pre.display { font-family:inherit }
!   pre.format  { font-family:inherit }
!   pre.smalldisplay { font-family:inherit; font-size:smaller }
!   pre.smallformat  { font-family:inherit; font-size:smaller }
!   pre.smallexample { font-size:smaller }
!   pre.smalllisp    { font-size:smaller }
!   span.sc    { font-variant:small-caps }
!   span.roman { font-family:serif; font-weight:normal; } 
!   span.sansserif { font-family:sans-serif; font-weight:normal; } 
! --></style>
  </head>
+ <body>
+ <h1 class="settitle">Installing GCC: GNU Free Documentation License</h1>
+ <h1 align="center">Installing GCC: GNU Free Documentation License</h1><!-- man begin DESCRIPTION -->
  
!    <p><a name="index-FDL_002c-GNU-Free-Documentation-License-1"></a><div align="center">Version 1.3, 3 November 2008</div>
  
! <pre class="display">     Copyright &copy; 2000, 2001, 2002, 2007, 2008 Free Software Foundation, Inc.
!      <a href="http://fsf.org/">http://fsf.org/</a>
!      
!      Everyone is permitted to copy and distribute verbatim copies
!      of this license document, but changing it is not allowed.
! </pre>
!      <ol type=1 start=0>
! <li>PREAMBLE
  
!      <p>The purpose of this License is to make a manual, textbook, or other
! functional and useful document <dfn>free</dfn> in the sense of freedom: to
  assure everyone the effective freedom to copy and redistribute it,
! with or without modifying it, either commercially or noncommercially. 
  Secondarily, this License preserves for the author and publisher a way
  to get credit for their work, while not being considered responsible
  for modifications made by others.
! 
!      <p>This License is a kind of &ldquo;copyleft&rdquo;, which means that derivative
  works of the document must themselves be free in the same sense.  It
  complements the GNU General Public License, which is a copyleft
  license designed for free software.
! 
!      <p>We have designed this License in order to use it for manuals for free
  software, because free software needs free documentation: a free
  program should come with manuals providing the same freedoms that the
  software does.  But this License is not limited to software manuals;
  it can be used for any textual work, regardless of subject matter or
  whether it is published as a printed book.  We recommend this License
  principally for works whose purpose is instruction or reference.
  
!      <li>APPLICABILITY AND DEFINITIONS
! 
!      <p>This License applies to any manual or other work, in any medium, that
  contains a notice placed by the copyright holder saying it can be
  distributed under the terms of this License.  Such a notice grants a
  world-wide, royalty-free license, unlimited in duration, to use that
*************** refers to any such manual or work.  Any
*** 136,149 ****
  licensee, and is addressed as &ldquo;you&rdquo;.  You accept the license if you
  copy, modify or distribute the work in a way requiring permission
  under copyright law.
! </p>
! <p>A &ldquo;Modified Version&rdquo; of the Document means any work containing the
  Document or a portion of it, either copied verbatim, or with
  modifications and/or translated into another language.
! </p>
! <p>A &ldquo;Secondary Section&rdquo; is a named appendix or a front-matter section
  of the Document that deals exclusively with the relationship of the
! publishers or authors of the Document to the Document&rsquo;s overall
  subject (or to related matters) and contains nothing that could fall
  directly within that overall subject.  (Thus, if the Document is in
  part a textbook of mathematics, a Secondary Section may not explain
--- 85,98 ----
  licensee, and is addressed as &ldquo;you&rdquo;.  You accept the license if you
  copy, modify or distribute the work in a way requiring permission
  under copyright law.
! 
!      <p>A &ldquo;Modified Version&rdquo; of the Document means any work containing the
  Document or a portion of it, either copied verbatim, or with
  modifications and/or translated into another language.
! 
!      <p>A &ldquo;Secondary Section&rdquo; is a named appendix or a front-matter section
  of the Document that deals exclusively with the relationship of the
! publishers or authors of the Document to the Document's overall
  subject (or to related matters) and contains nothing that could fall
  directly within that overall subject.  (Thus, if the Document is in
  part a textbook of mathematics, a Secondary Section may not explain
*************** any mathematics.)  The relationship coul
*** 151,171 ****
  connection with the subject or with related matters, or of legal,
  commercial, philosophical, ethical or political position regarding
  them.
! </p>
! <p>The &ldquo;Invariant Sections&rdquo; are certain Secondary Sections whose titles
  are designated, as being those of Invariant Sections, in the notice
  that says that the Document is released under this License.  If a
  section does not fit the above definition of Secondary then it is not
  allowed to be designated as Invariant.  The Document may contain zero
  Invariant Sections.  If the Document does not identify any Invariant
  Sections then there are none.
! </p>
! <p>The &ldquo;Cover Texts&rdquo; are certain short passages of text that are listed,
  as Front-Cover Texts or Back-Cover Texts, in the notice that says that
  the Document is released under this License.  A Front-Cover Text may
  be at most 5 words, and a Back-Cover Text may be at most 25 words.
! </p>
! <p>A &ldquo;Transparent&rdquo; copy of the Document means a machine-readable copy,
  represented in a format whose specification is available to the
  general public, that is suitable for revising the document
  straightforwardly with generic text editors or (for images composed of
--- 100,120 ----
  connection with the subject or with related matters, or of legal,
  commercial, philosophical, ethical or political position regarding
  them.
! 
!      <p>The &ldquo;Invariant Sections&rdquo; are certain Secondary Sections whose titles
  are designated, as being those of Invariant Sections, in the notice
  that says that the Document is released under this License.  If a
  section does not fit the above definition of Secondary then it is not
  allowed to be designated as Invariant.  The Document may contain zero
  Invariant Sections.  If the Document does not identify any Invariant
  Sections then there are none.
! 
!      <p>The &ldquo;Cover Texts&rdquo; are certain short passages of text that are listed,
  as Front-Cover Texts or Back-Cover Texts, in the notice that says that
  the Document is released under this License.  A Front-Cover Text may
  be at most 5 words, and a Back-Cover Text may be at most 25 words.
! 
!      <p>A &ldquo;Transparent&rdquo; copy of the Document means a machine-readable copy,
  represented in a format whose specification is available to the
  general public, that is suitable for revising the document
  straightforwardly with generic text editors or (for images composed of
*************** drawing editor, and that is suitable for
*** 174,185 ****
  for automatic translation to a variety of formats suitable for input
  to text formatters.  A copy made in an otherwise Transparent file
  format whose markup, or absence of markup, has been arranged to thwart
! or discourage subsequent modification by readers is not Transparent.
  An image format is not Transparent if used for any substantial amount
  of text.  A copy that is not &ldquo;Transparent&rdquo; is called &ldquo;Opaque&rdquo;.
! </p>
! <p>Examples of suitable formats for Transparent copies include plain
! <small>ASCII</small> without markup, Texinfo input format, LaTeX input
  format, <acronym>SGML</acronym> or <acronym>XML</acronym> using a publicly available
  <acronym>DTD</acronym>, and standard-conforming simple <acronym>HTML</acronym>,
  PostScript or <acronym>PDF</acronym> designed for human modification.  Examples
--- 123,134 ----
  for automatic translation to a variety of formats suitable for input
  to text formatters.  A copy made in an otherwise Transparent file
  format whose markup, or absence of markup, has been arranged to thwart
! or discourage subsequent modification by readers is not Transparent. 
  An image format is not Transparent if used for any substantial amount
  of text.  A copy that is not &ldquo;Transparent&rdquo; is called &ldquo;Opaque&rdquo;.
! 
!      <p>Examples of suitable formats for Transparent copies include plain
! <span class="sc">ascii</span> without markup, Texinfo input format, LaTeX input
  format, <acronym>SGML</acronym> or <acronym>XML</acronym> using a publicly available
  <acronym>DTD</acronym>, and standard-conforming simple <acronym>HTML</acronym>,
  PostScript or <acronym>PDF</acronym> designed for human modification.  Examples
*************** read and edited only by proprietary word
*** 190,224 ****
  not generally available, and the machine-generated <acronym>HTML</acronym>,
  PostScript or <acronym>PDF</acronym> produced by some word processors for
  output purposes only.
! </p>
! <p>The &ldquo;Title Page&rdquo; means, for a printed book, the title page itself,
  plus such following pages as are needed to hold, legibly, the material
  this License requires to appear in the title page.  For works in
  formats which do not have any title page as such, &ldquo;Title Page&rdquo; means
! the text near the most prominent appearance of the work&rsquo;s title,
  preceding the beginning of the body of the text.
! </p>
! <p>The &ldquo;publisher&rdquo; means any person or entity that distributes copies
  of the Document to the public.
! </p>
! <p>A section &ldquo;Entitled XYZ&rdquo; means a named subunit of the Document whose
  title either is precisely XYZ or contains XYZ in parentheses following
  text that translates XYZ in another language.  (Here XYZ stands for a
  specific section name mentioned below, such as &ldquo;Acknowledgements&rdquo;,
  &ldquo;Dedications&rdquo;, &ldquo;Endorsements&rdquo;, or &ldquo;History&rdquo;.)  To &ldquo;Preserve the Title&rdquo;
  of such a section when you modify the Document means that it remains a
  section &ldquo;Entitled XYZ&rdquo; according to this definition.
! </p>
! <p>The Document may include Warranty Disclaimers next to the notice which
  states that this License applies to the Document.  These Warranty
  Disclaimers are considered to be included by reference in this
  License, but only as regards disclaiming warranties: any other
  implication that these Warranty Disclaimers may have is void and has
  no effect on the meaning of this License.
- </p>
- </li><li> VERBATIM COPYING
  
! <p>You may copy and distribute the Document in any medium, either
  commercially or noncommercially, provided that this License, the
  copyright notices, and the license notice saying this License applies
  to the Document are reproduced in all copies, and that you add no other
--- 139,173 ----
  not generally available, and the machine-generated <acronym>HTML</acronym>,
  PostScript or <acronym>PDF</acronym> produced by some word processors for
  output purposes only.
! 
!      <p>The &ldquo;Title Page&rdquo; means, for a printed book, the title page itself,
  plus such following pages as are needed to hold, legibly, the material
  this License requires to appear in the title page.  For works in
  formats which do not have any title page as such, &ldquo;Title Page&rdquo; means
! the text near the most prominent appearance of the work's title,
  preceding the beginning of the body of the text.
! 
!      <p>The &ldquo;publisher&rdquo; means any person or entity that distributes copies
  of the Document to the public.
! 
!      <p>A section &ldquo;Entitled XYZ&rdquo; means a named subunit of the Document whose
  title either is precisely XYZ or contains XYZ in parentheses following
  text that translates XYZ in another language.  (Here XYZ stands for a
  specific section name mentioned below, such as &ldquo;Acknowledgements&rdquo;,
  &ldquo;Dedications&rdquo;, &ldquo;Endorsements&rdquo;, or &ldquo;History&rdquo;.)  To &ldquo;Preserve the Title&rdquo;
  of such a section when you modify the Document means that it remains a
  section &ldquo;Entitled XYZ&rdquo; according to this definition.
! 
!      <p>The Document may include Warranty Disclaimers next to the notice which
  states that this License applies to the Document.  These Warranty
  Disclaimers are considered to be included by reference in this
  License, but only as regards disclaiming warranties: any other
  implication that these Warranty Disclaimers may have is void and has
  no effect on the meaning of this License.
  
!      <li>VERBATIM COPYING
! 
!      <p>You may copy and distribute the Document in any medium, either
  commercially or noncommercially, provided that this License, the
  copyright notices, and the license notice saying this License applies
  to the Document are reproduced in all copies, and that you add no other
*************** technical measures to obstruct or contro
*** 227,313 ****
  copying of the copies you make or distribute.  However, you may accept
  compensation in exchange for copies.  If you distribute a large enough
  number of copies you must also follow the conditions in section 3.
! </p>
! <p>You may also lend copies, under the same conditions stated above, and
  you may publicly display copies.
- </p>
- </li><li> COPYING IN QUANTITY
  
! <p>If you publish printed copies (or copies in media that commonly have
  printed covers) of the Document, numbering more than 100, and the
! Document&rsquo;s license notice requires Cover Texts, you must enclose the
  copies in covers that carry, clearly and legibly, all these Cover
  Texts: Front-Cover Texts on the front cover, and Back-Cover Texts on
  the back cover.  Both covers must also clearly and legibly identify
  you as the publisher of these copies.  The front cover must present
  the full title with all words of the title equally prominent and
! visible.  You may add other material on the covers in addition.
  Copying with changes limited to the covers, as long as they preserve
  the title of the Document and satisfy these conditions, can be treated
  as verbatim copying in other respects.
! </p>
! <p>If the required texts for either cover are too voluminous to fit
  legibly, you should put the first ones listed (as many as fit
  reasonably) on the actual cover, and continue the rest onto adjacent
  pages.
! </p>
! <p>If you publish or distribute Opaque copies of the Document numbering
  more than 100, you must either include a machine-readable Transparent
  copy along with each Opaque copy, or state in or with each Opaque copy
  a computer-network location from which the general network-using
  public has access to download using public-standard network protocols
! a complete Transparent copy of the Document, free of added material.
  If you use the latter option, you must take reasonably prudent steps,
  when you begin distribution of Opaque copies in quantity, to ensure
  that this Transparent copy will remain thus accessible at the stated
  location until at least one year after the last time you distribute an
  Opaque copy (directly or through your agents or retailers) of that
  edition to the public.
! </p>
! <p>It is requested, but not required, that you contact the authors of the
  Document well before redistributing any large number of copies, to give
  them a chance to provide you with an updated version of the Document.
- </p>
- </li><li> MODIFICATIONS
  
! <p>You may copy and distribute a Modified Version of the Document under
  the conditions of sections 2 and 3 above, provided that you release
  the Modified Version under precisely this License, with the Modified
  Version filling the role of the Document, thus licensing distribution
  and modification of the Modified Version to whoever possesses a copy
  of it.  In addition, you must do these things in the Modified Version:
! </p>
! <ol>
! <li> Use in the Title Page (and on the covers, if any) a title distinct
  from that of the Document, and from those of previous versions
  (which should, if there were any, be listed in the History section
  of the Document).  You may use the same title as a previous version
  if the original publisher of that version gives permission.
  
! </li><li> List on the Title Page, as authors, one or more persons or entities
  responsible for authorship of the modifications in the Modified
  Version, together with at least five of the principal authors of the
  Document (all of its principal authors, if it has fewer than five),
  unless they release you from this requirement.
  
! </li><li> State on the Title page the name of the publisher of the
  Modified Version, as the publisher.
  
! </li><li> Preserve all the copyright notices of the Document.
  
! </li><li> Add an appropriate copyright notice for your modifications
  adjacent to the other copyright notices.
  
! </li><li> Include, immediately after the copyright notices, a license notice
  giving the public permission to use the Modified Version under the
  terms of this License, in the form shown in the Addendum below.
  
! </li><li> Preserve in that license notice the full lists of Invariant Sections
! and required Cover Texts given in the Document&rsquo;s license notice.
  
! </li><li> Include an unaltered copy of this License.
  
! </li><li> Preserve the section Entitled &ldquo;History&rdquo;, Preserve its Title, and add
  to it an item stating at least the title, year, new authors, and
  publisher of the Modified Version as given on the Title Page.  If
  there is no section Entitled &ldquo;History&rdquo; in the Document, create one
--- 176,262 ----
  copying of the copies you make or distribute.  However, you may accept
  compensation in exchange for copies.  If you distribute a large enough
  number of copies you must also follow the conditions in section 3.
! 
!      <p>You may also lend copies, under the same conditions stated above, and
  you may publicly display copies.
  
!      <li>COPYING IN QUANTITY
! 
!      <p>If you publish printed copies (or copies in media that commonly have
  printed covers) of the Document, numbering more than 100, and the
! Document's license notice requires Cover Texts, you must enclose the
  copies in covers that carry, clearly and legibly, all these Cover
  Texts: Front-Cover Texts on the front cover, and Back-Cover Texts on
  the back cover.  Both covers must also clearly and legibly identify
  you as the publisher of these copies.  The front cover must present
  the full title with all words of the title equally prominent and
! visible.  You may add other material on the covers in addition. 
  Copying with changes limited to the covers, as long as they preserve
  the title of the Document and satisfy these conditions, can be treated
  as verbatim copying in other respects.
! 
!      <p>If the required texts for either cover are too voluminous to fit
  legibly, you should put the first ones listed (as many as fit
  reasonably) on the actual cover, and continue the rest onto adjacent
  pages.
! 
!      <p>If you publish or distribute Opaque copies of the Document numbering
  more than 100, you must either include a machine-readable Transparent
  copy along with each Opaque copy, or state in or with each Opaque copy
  a computer-network location from which the general network-using
  public has access to download using public-standard network protocols
! a complete Transparent copy of the Document, free of added material. 
  If you use the latter option, you must take reasonably prudent steps,
  when you begin distribution of Opaque copies in quantity, to ensure
  that this Transparent copy will remain thus accessible at the stated
  location until at least one year after the last time you distribute an
  Opaque copy (directly or through your agents or retailers) of that
  edition to the public.
! 
!      <p>It is requested, but not required, that you contact the authors of the
  Document well before redistributing any large number of copies, to give
  them a chance to provide you with an updated version of the Document.
  
!      <li>MODIFICATIONS
! 
!      <p>You may copy and distribute a Modified Version of the Document under
  the conditions of sections 2 and 3 above, provided that you release
  the Modified Version under precisely this License, with the Modified
  Version filling the role of the Document, thus licensing distribution
  and modification of the Modified Version to whoever possesses a copy
  of it.  In addition, you must do these things in the Modified Version:
! 
!           <ol type=A start=1>
! <li>Use in the Title Page (and on the covers, if any) a title distinct
  from that of the Document, and from those of previous versions
  (which should, if there were any, be listed in the History section
  of the Document).  You may use the same title as a previous version
  if the original publisher of that version gives permission.
  
!           <li>List on the Title Page, as authors, one or more persons or entities
  responsible for authorship of the modifications in the Modified
  Version, together with at least five of the principal authors of the
  Document (all of its principal authors, if it has fewer than five),
  unless they release you from this requirement.
  
!           <li>State on the Title page the name of the publisher of the
  Modified Version, as the publisher.
  
!           <li>Preserve all the copyright notices of the Document.
  
!           <li>Add an appropriate copyright notice for your modifications
  adjacent to the other copyright notices.
  
!           <li>Include, immediately after the copyright notices, a license notice
  giving the public permission to use the Modified Version under the
  terms of this License, in the form shown in the Addendum below.
  
!           <li>Preserve in that license notice the full lists of Invariant Sections
! and required Cover Texts given in the Document's license notice.
  
!           <li>Include an unaltered copy of this License.
  
!           <li>Preserve the section Entitled &ldquo;History&rdquo;, Preserve its Title, and add
  to it an item stating at least the title, year, new authors, and
  publisher of the Modified Version as given on the Title Page.  If
  there is no section Entitled &ldquo;History&rdquo; in the Document, create one
*************** stating the title, year, authors, and pu
*** 315,360 ****
  given on its Title Page, then add an item describing the Modified
  Version as stated in the previous sentence.
  
! </li><li> Preserve the network location, if any, given in the Document for
  public access to a Transparent copy of the Document, and likewise
  the network locations given in the Document for previous versions
! it was based on.  These may be placed in the &ldquo;History&rdquo; section.
  You may omit a network location for a work that was published at
  least four years before the Document itself, or if the original
  publisher of the version it refers to gives permission.
  
! </li><li> For any section Entitled &ldquo;Acknowledgements&rdquo; or &ldquo;Dedications&rdquo;, Preserve
  the Title of the section, and preserve in the section all the
  substance and tone of each of the contributor acknowledgements and/or
  dedications given therein.
  
! </li><li> Preserve all the Invariant Sections of the Document,
  unaltered in their text and in their titles.  Section numbers
  or the equivalent are not considered part of the section titles.
  
! </li><li> Delete any section Entitled &ldquo;Endorsements&rdquo;.  Such a section
  may not be included in the Modified Version.
  
! </li><li> Do not retitle any existing section to be Entitled &ldquo;Endorsements&rdquo; or
  to conflict in title with any Invariant Section.
  
! </li><li> Preserve any Warranty Disclaimers.
! </li></ol>
  
! <p>If the Modified Version includes new front-matter sections or
  appendices that qualify as Secondary Sections and contain no material
  copied from the Document, you may at your option designate some or all
  of these sections as invariant.  To do this, add their titles to the
! list of Invariant Sections in the Modified Version&rsquo;s license notice.
  These titles must be distinct from any other section titles.
! </p>
! <p>You may add a section Entitled &ldquo;Endorsements&rdquo;, provided it contains
  nothing but endorsements of your Modified Version by various
  parties&mdash;for example, statements of peer review or that the text has
  been approved by an organization as the authoritative definition of a
  standard.
! </p>
! <p>You may add a passage of up to five words as a Front-Cover Text, and a
  passage of up to 25 words as a Back-Cover Text, to the end of the list
  of Cover Texts in the Modified Version.  Only one passage of
  Front-Cover Text and one of Back-Cover Text may be added by (or
--- 264,309 ----
  given on its Title Page, then add an item describing the Modified
  Version as stated in the previous sentence.
  
!           <li>Preserve the network location, if any, given in the Document for
  public access to a Transparent copy of the Document, and likewise
  the network locations given in the Document for previous versions
! it was based on.  These may be placed in the &ldquo;History&rdquo; section. 
  You may omit a network location for a work that was published at
  least four years before the Document itself, or if the original
  publisher of the version it refers to gives permission.
  
!           <li>For any section Entitled &ldquo;Acknowledgements&rdquo; or &ldquo;Dedications&rdquo;, Preserve
  the Title of the section, and preserve in the section all the
  substance and tone of each of the contributor acknowledgements and/or
  dedications given therein.
  
!           <li>Preserve all the Invariant Sections of the Document,
  unaltered in their text and in their titles.  Section numbers
  or the equivalent are not considered part of the section titles.
  
!           <li>Delete any section Entitled &ldquo;Endorsements&rdquo;.  Such a section
  may not be included in the Modified Version.
  
!           <li>Do not retitle any existing section to be Entitled &ldquo;Endorsements&rdquo; or
  to conflict in title with any Invariant Section.
  
!           <li>Preserve any Warranty Disclaimers.
!           </ol>
  
!      <p>If the Modified Version includes new front-matter sections or
  appendices that qualify as Secondary Sections and contain no material
  copied from the Document, you may at your option designate some or all
  of these sections as invariant.  To do this, add their titles to the
! list of Invariant Sections in the Modified Version's license notice. 
  These titles must be distinct from any other section titles.
! 
!      <p>You may add a section Entitled &ldquo;Endorsements&rdquo;, provided it contains
  nothing but endorsements of your Modified Version by various
  parties&mdash;for example, statements of peer review or that the text has
  been approved by an organization as the authoritative definition of a
  standard.
! 
!      <p>You may add a passage of up to five words as a Front-Cover Text, and a
  passage of up to 25 words as a Back-Cover Text, to the end of the list
  of Cover Texts in the Modified Version.  Only one passage of
  Front-Cover Text and one of Back-Cover Text may be added by (or
*************** includes a cover text for the same cover
*** 363,433 ****
  by arrangement made by the same entity you are acting on behalf of,
  you may not add another; but you may replace the old one, on explicit
  permission from the previous publisher that added the old one.
! </p>
! <p>The author(s) and publisher(s) of the Document do not by this License
  give permission to use their names for publicity for or to assert or
  imply endorsement of any Modified Version.
- </p>
- </li><li> COMBINING DOCUMENTS
  
! <p>You may combine the Document with other documents released under this
  License, under the terms defined in section 4 above for modified
  versions, provided that you include in the combination all of the
  Invariant Sections of all of the original documents, unmodified, and
  list them all as Invariant Sections of your combined work in its
  license notice, and that you preserve all their Warranty Disclaimers.
! </p>
! <p>The combined work need only contain one copy of this License, and
  multiple identical Invariant Sections may be replaced with a single
  copy.  If there are multiple Invariant Sections with the same name but
  different contents, make the title of each such section unique by
  adding at the end of it, in parentheses, the name of the original
! author or publisher of that section if known, or else a unique number.
  Make the same adjustment to the section titles in the list of
  Invariant Sections in the license notice of the combined work.
! </p>
! <p>In the combination, you must combine any sections Entitled &ldquo;History&rdquo;
  in the various original documents, forming one section Entitled
  &ldquo;History&rdquo;; likewise combine any sections Entitled &ldquo;Acknowledgements&rdquo;,
  and any sections Entitled &ldquo;Dedications&rdquo;.  You must delete all
  sections Entitled &ldquo;Endorsements.&rdquo;
- </p>
- </li><li> COLLECTIONS OF DOCUMENTS
  
! <p>You may make a collection consisting of the Document and other documents
  released under this License, and replace the individual copies of this
  License in the various documents with a single copy that is included in
  the collection, provided that you follow the rules of this License for
  verbatim copying of each of the documents in all other respects.
! </p>
! <p>You may extract a single document from such a collection, and distribute
  it individually under this License, provided you insert a copy of this
  License into the extracted document, and follow this License in all
  other respects regarding verbatim copying of that document.
- </p>
- </li><li> AGGREGATION WITH INDEPENDENT WORKS
  
! <p>A compilation of the Document or its derivatives with other separate
  and independent documents or works, in or on a volume of a storage or
  distribution medium, is called an &ldquo;aggregate&rdquo; if the copyright
  resulting from the compilation is not used to limit the legal rights
! of the compilation&rsquo;s users beyond what the individual works permit.
  When the Document is included in an aggregate, this License does not
  apply to the other works in the aggregate which are not themselves
  derivative works of the Document.
! </p>
! <p>If the Cover Text requirement of section 3 is applicable to these
  copies of the Document, then if the Document is less than one half of
! the entire aggregate, the Document&rsquo;s Cover Texts may be placed on
  covers that bracket the Document within the aggregate, or the
! electronic equivalent of covers if the Document is in electronic form.
  Otherwise they must appear on printed covers that bracket the whole
  aggregate.
- </p>
- </li><li> TRANSLATION
  
! <p>Translation is considered a kind of modification, so you may
! distribute translations of the Document under the terms of section 4.
  Replacing Invariant Sections with translations requires special
  permission from their copyright holders, but you may include
  translations of some or all Invariant Sections in addition to the
--- 312,382 ----
  by arrangement made by the same entity you are acting on behalf of,
  you may not add another; but you may replace the old one, on explicit
  permission from the previous publisher that added the old one.
! 
!      <p>The author(s) and publisher(s) of the Document do not by this License
  give permission to use their names for publicity for or to assert or
  imply endorsement of any Modified Version.
  
!      <li>COMBINING DOCUMENTS
! 
!      <p>You may combine the Document with other documents released under this
  License, under the terms defined in section 4 above for modified
  versions, provided that you include in the combination all of the
  Invariant Sections of all of the original documents, unmodified, and
  list them all as Invariant Sections of your combined work in its
  license notice, and that you preserve all their Warranty Disclaimers.
! 
!      <p>The combined work need only contain one copy of this License, and
  multiple identical Invariant Sections may be replaced with a single
  copy.  If there are multiple Invariant Sections with the same name but
  different contents, make the title of each such section unique by
  adding at the end of it, in parentheses, the name of the original
! author or publisher of that section if known, or else a unique number. 
  Make the same adjustment to the section titles in the list of
  Invariant Sections in the license notice of the combined work.
! 
!      <p>In the combination, you must combine any sections Entitled &ldquo;History&rdquo;
  in the various original documents, forming one section Entitled
  &ldquo;History&rdquo;; likewise combine any sections Entitled &ldquo;Acknowledgements&rdquo;,
  and any sections Entitled &ldquo;Dedications&rdquo;.  You must delete all
  sections Entitled &ldquo;Endorsements.&rdquo;
  
!      <li>COLLECTIONS OF DOCUMENTS
! 
!      <p>You may make a collection consisting of the Document and other documents
  released under this License, and replace the individual copies of this
  License in the various documents with a single copy that is included in
  the collection, provided that you follow the rules of this License for
  verbatim copying of each of the documents in all other respects.
! 
!      <p>You may extract a single document from such a collection, and distribute
  it individually under this License, provided you insert a copy of this
  License into the extracted document, and follow this License in all
  other respects regarding verbatim copying of that document.
  
!      <li>AGGREGATION WITH INDEPENDENT WORKS
! 
!      <p>A compilation of the Document or its derivatives with other separate
  and independent documents or works, in or on a volume of a storage or
  distribution medium, is called an &ldquo;aggregate&rdquo; if the copyright
  resulting from the compilation is not used to limit the legal rights
! of the compilation's users beyond what the individual works permit. 
  When the Document is included in an aggregate, this License does not
  apply to the other works in the aggregate which are not themselves
  derivative works of the Document.
! 
!      <p>If the Cover Text requirement of section 3 is applicable to these
  copies of the Document, then if the Document is less than one half of
! the entire aggregate, the Document's Cover Texts may be placed on
  covers that bracket the Document within the aggregate, or the
! electronic equivalent of covers if the Document is in electronic form. 
  Otherwise they must appear on printed covers that bracket the whole
  aggregate.
  
!      <li>TRANSLATION
! 
!      <p>Translation is considered a kind of modification, so you may
! distribute translations of the Document under the terms of section 4. 
  Replacing Invariant Sections with translations requires special
  permission from their copyright holders, but you may include
  translations of some or all Invariant Sections in addition to the
*************** the original English version of this Lic
*** 438,485 ****
  of those notices and disclaimers.  In case of a disagreement between
  the translation and the original version of this License or a notice
  or disclaimer, the original version will prevail.
! </p>
! <p>If a section in the Document is Entitled &ldquo;Acknowledgements&rdquo;,
  &ldquo;Dedications&rdquo;, or &ldquo;History&rdquo;, the requirement (section 4) to Preserve
  its Title (section 1) will typically require changing the actual
  title.
- </p>
- </li><li> TERMINATION
  
! <p>You may not copy, modify, sublicense, or distribute the Document
  except as expressly provided under this License.  Any attempt
  otherwise to copy, modify, sublicense, or distribute it is void, and
  will automatically terminate your rights under this License.
! </p>
! <p>However, if you cease all violation of this License, then your license
  from a particular copyright holder is reinstated (a) provisionally,
  unless and until the copyright holder explicitly and finally
  terminates your license, and (b) permanently, if the copyright holder
  fails to notify you of the violation by some reasonable means prior to
  60 days after the cessation.
! </p>
! <p>Moreover, your license from a particular copyright holder is
  reinstated permanently if the copyright holder notifies you of the
  violation by some reasonable means, this is the first time you have
  received notice of violation of this License (for any work) from that
  copyright holder, and you cure the violation prior to 30 days after
  your receipt of the notice.
! </p>
! <p>Termination of your rights under this section does not terminate the
  licenses of parties who have received copies or rights from you under
  this License.  If your rights have been terminated and not permanently
  reinstated, receipt of a copy of some or all of the same material does
  not give you any rights to use it.
- </p>
- </li><li> FUTURE REVISIONS OF THIS LICENSE
  
! <p>The Free Software Foundation may publish new, revised versions
  of the GNU Free Documentation License from time to time.  Such new
  versions will be similar in spirit to the present version, but may
  differ in detail to address new problems or concerns.  See
  <a href="http://www.gnu.org/copyleft/">http://www.gnu.org/copyleft/</a>.
! </p>
! <p>Each version of the License is given a distinguishing version number.
  If the Document specifies that a particular numbered version of this
  License &ldquo;or any later version&rdquo; applies to it, you have the option of
  following the terms and conditions either of that specified version or
--- 387,434 ----
  of those notices and disclaimers.  In case of a disagreement between
  the translation and the original version of this License or a notice
  or disclaimer, the original version will prevail.
! 
!      <p>If a section in the Document is Entitled &ldquo;Acknowledgements&rdquo;,
  &ldquo;Dedications&rdquo;, or &ldquo;History&rdquo;, the requirement (section 4) to Preserve
  its Title (section 1) will typically require changing the actual
  title.
  
!      <li>TERMINATION
! 
!      <p>You may not copy, modify, sublicense, or distribute the Document
  except as expressly provided under this License.  Any attempt
  otherwise to copy, modify, sublicense, or distribute it is void, and
  will automatically terminate your rights under this License.
! 
!      <p>However, if you cease all violation of this License, then your license
  from a particular copyright holder is reinstated (a) provisionally,
  unless and until the copyright holder explicitly and finally
  terminates your license, and (b) permanently, if the copyright holder
  fails to notify you of the violation by some reasonable means prior to
  60 days after the cessation.
! 
!      <p>Moreover, your license from a particular copyright holder is
  reinstated permanently if the copyright holder notifies you of the
  violation by some reasonable means, this is the first time you have
  received notice of violation of this License (for any work) from that
  copyright holder, and you cure the violation prior to 30 days after
  your receipt of the notice.
! 
!      <p>Termination of your rights under this section does not terminate the
  licenses of parties who have received copies or rights from you under
  this License.  If your rights have been terminated and not permanently
  reinstated, receipt of a copy of some or all of the same material does
  not give you any rights to use it.
  
!      <li>FUTURE REVISIONS OF THIS LICENSE
! 
!      <p>The Free Software Foundation may publish new, revised versions
  of the GNU Free Documentation License from time to time.  Such new
  versions will be similar in spirit to the present version, but may
  differ in detail to address new problems or concerns.  See
  <a href="http://www.gnu.org/copyleft/">http://www.gnu.org/copyleft/</a>.
! 
!      <p>Each version of the License is given a distinguishing version number. 
  If the Document specifies that a particular numbered version of this
  License &ldquo;or any later version&rdquo; applies to it, you have the option of
  following the terms and conditions either of that specified version or
*************** Free Software Foundation.  If the Docume
*** 488,572 ****
  number of this License, you may choose any version ever published (not
  as a draft) by the Free Software Foundation.  If the Document
  specifies that a proxy can decide which future versions of this
! License can be used, that proxy&rsquo;s public statement of acceptance of a
  version permanently authorizes you to choose that version for the
  Document.
- </p>
- </li><li> RELICENSING
  
! <p>&ldquo;Massive Multiauthor Collaboration Site&rdquo; (or &ldquo;MMC Site&rdquo;) means any
  World Wide Web server that publishes copyrightable works and also
  provides prominent facilities for anybody to edit those works.  A
  public wiki that anybody can edit is an example of such a server.  A
  &ldquo;Massive Multiauthor Collaboration&rdquo; (or &ldquo;MMC&rdquo;) contained in the
  site means any set of copyrightable works thus published on the MMC
  site.
! </p>
! <p>&ldquo;CC-BY-SA&rdquo; means the Creative Commons Attribution-Share Alike 3.0
  license published by Creative Commons Corporation, a not-for-profit
  corporation with a principal place of business in San Francisco,
  California, as well as future copyleft versions of that license
  published by that same organization.
! </p>
! <p>&ldquo;Incorporate&rdquo; means to publish or republish a Document, in whole or
  in part, as part of another Document.
! </p>
! <p>An MMC is &ldquo;eligible for relicensing&rdquo; if it is licensed under this
  License, and if all works that were first published under this License
  somewhere other than this MMC, and subsequently incorporated in whole
  or in part into the MMC, (1) had no cover texts or invariant sections,
  and (2) were thus incorporated prior to November 1, 2008.
! </p>
! <p>The operator of an MMC Site may republish an MMC contained in the site
  under CC-BY-SA on the same site at any time before August 1, 2009,
  provided the MMC is eligible for relicensing.
- </p>
- </li></ol>
  
! <a name="ADDENDUM_003a-How-to-use-this-License-for-your-documents"></a>
! <h3 class="unnumberedsec">ADDENDUM: How to use this License for your documents</h3>
  
  <p>To use this License in a document you have written, include a copy of
  the License in the document and put the following copyright and
  license notices just after the title page:
- </p>
- <div class="smallexample">
- <pre class="smallexample">  Copyright (C)  <var>year</var>  <var>your name</var>.
-   Permission is granted to copy, distribute and/or modify this document
-   under the terms of the GNU Free Documentation License, Version 1.3
-   or any later version published by the Free Software Foundation;
-   with no Invariant Sections, no Front-Cover Texts, and no Back-Cover
-   Texts.  A copy of the license is included in the section entitled ``GNU
-   Free Documentation License''.
- </pre></div>
  
! <p>If you have Invariant Sections, Front-Cover Texts and Back-Cover Texts,
  replace the &ldquo;with...Texts.&rdquo; line with this:
- </p>
- <div class="smallexample">
- <pre class="smallexample">    with the Invariant Sections being <var>list their titles</var>, with
-     the Front-Cover Texts being <var>list</var>, and with the Back-Cover Texts
-     being <var>list</var>.
- </pre></div>
  
! <p>If you have Invariant Sections without Cover Texts, or some other
  combination of the three, merge those two alternatives to suit the
  situation.
! </p>
! <p>If your document contains nontrivial examples of program code, we
  recommend releasing these examples in parallel under your choice of
  free software license, such as the GNU General Public License,
  to permit their use in free software.
- </p>
  
! <hr />
! <p>
  <p><a href="./index.html">Return to the GCC Installation page</a>
- </p>
- 
- <hr>
- 
  
  
- </body>
- </html>
--- 437,515 ----
  number of this License, you may choose any version ever published (not
  as a draft) by the Free Software Foundation.  If the Document
  specifies that a proxy can decide which future versions of this
! License can be used, that proxy's public statement of acceptance of a
  version permanently authorizes you to choose that version for the
  Document.
  
!      <li>RELICENSING
! 
!      <p>&ldquo;Massive Multiauthor Collaboration Site&rdquo; (or &ldquo;MMC Site&rdquo;) means any
  World Wide Web server that publishes copyrightable works and also
  provides prominent facilities for anybody to edit those works.  A
  public wiki that anybody can edit is an example of such a server.  A
  &ldquo;Massive Multiauthor Collaboration&rdquo; (or &ldquo;MMC&rdquo;) contained in the
  site means any set of copyrightable works thus published on the MMC
  site.
! 
!      <p>&ldquo;CC-BY-SA&rdquo; means the Creative Commons Attribution-Share Alike 3.0
  license published by Creative Commons Corporation, a not-for-profit
  corporation with a principal place of business in San Francisco,
  California, as well as future copyleft versions of that license
  published by that same organization.
! 
!      <p>&ldquo;Incorporate&rdquo; means to publish or republish a Document, in whole or
  in part, as part of another Document.
! 
!      <p>An MMC is &ldquo;eligible for relicensing&rdquo; if it is licensed under this
  License, and if all works that were first published under this License
  somewhere other than this MMC, and subsequently incorporated in whole
  or in part into the MMC, (1) had no cover texts or invariant sections,
  and (2) were thus incorporated prior to November 1, 2008.
! 
!      <p>The operator of an MMC Site may republish an MMC contained in the site
  under CC-BY-SA on the same site at any time before August 1, 2009,
  provided the MMC is eligible for relicensing.
  
!         </ol>
! 
! <h3 class="unnumberedsec"><a name="TOC0"></a>ADDENDUM: How to use this License for your documents</h3>
  
  <p>To use this License in a document you have written, include a copy of
  the License in the document and put the following copyright and
  license notices just after the title page:
  
! <pre class="smallexample">       Copyright (C)  <var>year</var>  <var>your name</var>.
!        Permission is granted to copy, distribute and/or modify this document
!        under the terms of the GNU Free Documentation License, Version 1.3
!        or any later version published by the Free Software Foundation;
!        with no Invariant Sections, no Front-Cover Texts, and no Back-Cover
!        Texts.  A copy of the license is included in the section entitled ``GNU
!        Free Documentation License''.
! </pre>
!    <p>If you have Invariant Sections, Front-Cover Texts and Back-Cover Texts,
  replace the &ldquo;with...Texts.&rdquo; line with this:
  
! <pre class="smallexample">         with the Invariant Sections being <var>list their titles</var>, with
!          the Front-Cover Texts being <var>list</var>, and with the Back-Cover Texts
!          being <var>list</var>.
! </pre>
!    <p>If you have Invariant Sections without Cover Texts, or some other
  combination of the three, merge those two alternatives to suit the
  situation.
! 
!    <p>If your document contains nontrivial examples of program code, we
  recommend releasing these examples in parallel under your choice of
  free software license, such as the GNU General Public License,
  to permit their use in free software.
  
! <!-- Local Variables: -->
! <!-- ispell-local-pdict: "ispell-dict" -->
! <!-- End: -->
! <!-- man end -->
!    <p><hr />
  <p><a href="./index.html">Return to the GCC Installation page</a>
  
+ <!-- *************************************************************************** -->
+ <!-- Part 6 The End of the Document -->
+ </body></html>
  
diff -Nrcpad gcc-7.1.0/INSTALL/index.html gcc-7.2.0/INSTALL/index.html
*** gcc-7.1.0/INSTALL/index.html	Tue May  2 12:43:58 2017
--- gcc-7.2.0/INSTALL/index.html	Mon Aug 14 08:03:32 2017
***************
*** 1,165 ****
! <!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN" "http://www.w3.org/TR/html4/loose.dtd">
! <html>
! <!-- Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
! Permission is granted to copy, distribute and/or modify this document
  under the terms of the GNU Free Documentation License, Version 1.3 or
  any later version published by the Free Software Foundation; with no
  Invariant Sections, the Front-Cover texts being (a) (see below), and
  with the Back-Cover Texts being (b) (see below).  A copy of the
! license is included in the section entitled "GNU
! Free Documentation License".
  
  (a) The FSF's Front-Cover Text is:
  
! A GNU Manual
  
  (b) The FSF's Back-Cover Text is:
  
! You have freedom to copy and modify this GNU Manual, like GNU
       software.  Copies published by the Free Software Foundation raise
!      funds for GNU development. -->
! <!-- Created by GNU Texinfo 6.1, http://www.gnu.org/software/texinfo/ -->
! <head>
! <title>Installing GCC</title>
! 
! <meta name="description" content="Installing GCC">
! <meta name="keywords" content="Installing GCC">
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! span.sansserif {font-family: sans-serif; font-weight: normal}
! ul.no-bullet {list-style: none}
! -->
! </style>
! 
! 
  </head>
! 
! <body lang="en">
! <h1 class="settitle" align="center">Installing GCC</h1>
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! <p>The latest version of this document is always available at
! <a href="http://gcc.gnu.org/install/">http://gcc.gnu.org/install/</a>.
  It refers to the current development sources, instructions for
  specific released versions are included with the sources.
! </p>
! <p>This document describes the generic installation procedure for GCC as well
  as detailing some target specific installation instructions.
! </p>
! <p>GCC includes several components that previously were separate distributions
  with their own installation instructions.  This document supersedes all
  package-specific installation instructions.
! </p>
! <p><em>Before</em> starting the build/install procedure please check the
! <a href="specific.html">host/target specific installation notes</a>.
  We recommend you browse the entire generic installation instructions before
  you proceed.
! </p>
! <p>Lists of successful builds for released versions of GCC are
! available at <a href="http://gcc.gnu.org/buildstat.html">http://gcc.gnu.org/buildstat.html</a>.
  These lists are updated as new information becomes available.
- </p>
- <p>The installation procedure itself is broken into five steps.
- </p>
- <ol>
- <li> <a href="prerequisites.html">Prerequisites</a>
- </li><li> <a href="download.html">Downloading the source</a>
- </li><li> <a href="configure.html">Configuration</a>
- </li><li> <a href="build.html">Building</a>
- </li><li> <a href="test.html">Testing</a> (optional)
- </li><li> <a href="finalinstall.html">Final install</a>
- </li></ol>
  
! <p>Please note that GCC does not support &lsquo;<samp>make uninstall</samp>&rsquo; and probably
! won&rsquo;t do so in the near future as this would open a can of worms.  Instead,
  we suggest that you install GCC into a directory of its own and simply
  remove that directory when you do not need that specific version of GCC
  any longer, and, if shared libraries are installed there as well, no
  more binaries exist that use them.
! </p>
! <p>There are also some <a href="old.html">old installation instructions</a>,
  which are mostly obsolete but still contain some information which has
  not yet been merged into the main part of this manual.
! </p>
! <hr />
! <p>
  <p><a href="./index.html">Return to the GCC Installation page</a>
! </p>
! <p>Copyright &copy; 1988-2017 Free Software Foundation, Inc.
! </p><br>
! <p>Permission is granted to copy, distribute and/or modify this document
  under the terms of the GNU Free Documentation License, Version 1.3 or
  any later version published by the Free Software Foundation; with no
  Invariant Sections, the Front-Cover texts being (a) (see below), and
  with the Back-Cover Texts being (b) (see below).  A copy of the
! license is included in the section entitled &ldquo;<a href="./gfdl.html">GNU
! Free Documentation License</a>&rdquo;.
! </p>
! <p>(a) The FSF&rsquo;s Front-Cover Text is:
! </p>
! <p>A GNU Manual
! </p>
! <p>(b) The FSF&rsquo;s Back-Cover Text is:
! </p>
! <p>You have freedom to copy and modify this GNU Manual, like GNU
!      software.  Copies published by the Free Software Foundation raise
!      funds for GNU development.
! </p>
! 
! 
! 
! 
! 
! 
! 
! 
! 
  
  
  
  
  
  
- </body>
- </html>
--- 1,123 ----
! <html lang="en">
! <head>
! <title>Installing GCC</title>
! <meta http-equiv="Content-Type" content="text/html">
! <meta name="description" content="Installing GCC">
! <meta name="generator" content="makeinfo 4.13">
! <link title="Top" rel="top" href="#Top">
! <link href="http://www.gnu.org/software/texinfo/" rel="generator-home" title="Texinfo Homepage">
! <!--
! Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
!    Permission is granted to copy, distribute and/or modify this document
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  Invariant Sections, the Front-Cover texts being (a) (see below), and
  with the Back-Cover Texts being (b) (see below).  A copy of the
! license is included in the section entitled "GNU Free Documentation License".
  
  (a) The FSF's Front-Cover Text is:
  
!      A GNU Manual
  
  (b) The FSF's Back-Cover Text is:
  
!      You have freedom to copy and modify this GNU Manual, like GNU
       software.  Copies published by the Free Software Foundation raise
!      funds for GNU development.-->
! <meta http-equiv="Content-Style-Type" content="text/css">
! <style type="text/css"><!--
!   pre.display { font-family:inherit }
!   pre.format  { font-family:inherit }
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!   pre.smallformat  { font-family:inherit; font-size:smaller }
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!   pre.smalllisp    { font-size:smaller }
!   span.sc    { font-variant:small-caps }
!   span.roman { font-family:serif; font-weight:normal; } 
!   span.sansserif { font-family:sans-serif; font-weight:normal; } 
! --></style>
  </head>
! <body>
! <h1 class="settitle">Installing GCC</h1>
! The latest version of this document is always available at
! <a href="http://gcc.gnu.org/install/">http://gcc.gnu.org/install/</a>. 
  It refers to the current development sources, instructions for
  specific released versions are included with the sources.
! 
!    <p>This document describes the generic installation procedure for GCC as well
  as detailing some target specific installation instructions.
! 
!    <p>GCC includes several components that previously were separate distributions
  with their own installation instructions.  This document supersedes all
  package-specific installation instructions.
! 
!    <p><em>Before</em> starting the build/install procedure please check the
! <a href="specific.html">host/target specific installation notes</a>. 
  We recommend you browse the entire generic installation instructions before
  you proceed.
! 
!    <p>Lists of successful builds for released versions of GCC are
! available at <a href="http://gcc.gnu.org/buildstat.html">http://gcc.gnu.org/buildstat.html</a>. 
  These lists are updated as new information becomes available.
  
!    <p>The installation procedure itself is broken into five steps.
! 
!      <ol type=1 start=1>
! <li><a href="prerequisites.html">Prerequisites</a>
! <li><a href="download.html">Downloading the source</a>
! <li><a href="configure.html">Configuration</a>
! <li><a href="build.html">Building</a>
! <li><a href="test.html">Testing</a> (optional)
! <li><a href="finalinstall.html">Final install</a>
!         </ol>
! 
!    <p>Please note that GCC does not support &lsquo;<samp><span class="samp">make uninstall</span></samp>&rsquo; and probably
! won't do so in the near future as this would open a can of worms.  Instead,
  we suggest that you install GCC into a directory of its own and simply
  remove that directory when you do not need that specific version of GCC
  any longer, and, if shared libraries are installed there as well, no
  more binaries exist that use them.
! 
!    <p>There are also some <a href="old.html">old installation instructions</a>,
  which are mostly obsolete but still contain some information which has
  not yet been merged into the main part of this manual.
! 
!    <p><hr />
  <p><a href="./index.html">Return to the GCC Installation page</a>
! 
!    <p>Copyright &copy; 1988-2017 Free Software Foundation, Inc.
!    <pre class="sp">
! 
! </pre>
! Permission is granted to copy, distribute and/or modify this document
  under the terms of the GNU Free Documentation License, Version 1.3 or
  any later version published by the Free Software Foundation; with no
  Invariant Sections, the Front-Cover texts being (a) (see below), and
  with the Back-Cover Texts being (b) (see below).  A copy of the
! license is included in the section entitled &ldquo;<a href="./gfdl.html">GNU Free Documentation License</a>&rdquo;.
  
+    <p>(a) The FSF's Front-Cover Text is:
  
+    <p>A GNU Manual
  
+    <p>(b) The FSF's Back-Cover Text is:
  
+    <p>You have freedom to copy and modify this GNU Manual, like GNU
+      software.  Copies published by the Free Software Foundation raise
+      funds for GNU development.
  
+ <!-- ***Prerequisites************************************************** -->
+ <!-- ***Downloading the source************************************************** -->
+ <!-- ***Configuration*********************************************************** -->
+ <!-- ***Building**************************************************************** -->
+ <!-- ***Testing***************************************************************** -->
+ <!-- ***Final install*********************************************************** -->
+ <!-- ***Binaries**************************************************************** -->
+ <!-- ***Specific**************************************************************** -->
+ <!-- ***Old documentation****************************************************** -->
+ <!-- ***GFDL******************************************************************** -->
+ <!-- *************************************************************************** -->
+ <!-- Part 6 The End of the Document -->
+ </body></html>
  
diff -Nrcpad gcc-7.1.0/INSTALL/old.html gcc-7.2.0/INSTALL/old.html
*** gcc-7.1.0/INSTALL/old.html	Tue May  2 12:44:01 2017
--- gcc-7.2.0/INSTALL/old.html	Mon Aug 14 08:03:32 2017
***************
*** 1,232 ****
! <!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN" "http://www.w3.org/TR/html4/loose.dtd">
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! <!-- Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
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  Invariant Sections, the Front-Cover texts being (a) (see below), and
  with the Back-Cover Texts being (b) (see below).  A copy of the
! license is included in the section entitled "GNU
! Free Documentation License".
  
  (a) The FSF's Front-Cover Text is:
  
! A GNU Manual
  
  (b) The FSF's Back-Cover Text is:
  
! You have freedom to copy and modify this GNU Manual, like GNU
       software.  Copies published by the Free Software Foundation raise
!      funds for GNU development. -->
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! <title>Installing GCC</title>
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  </head>
! 
! <body lang="en">
! <h1 class="settitle" align="center">Installing GCC</h1>
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
  <h1 align="center">Old installation documentation</h1>
  
! <p>Note most of this information is out of date and superseded by the
  previous chapters of this manual.  It is provided for historical
  reference only, because of a lack of volunteers to merge it into the
  main manual.
- </p>
  
! <p>Here is the procedure for installing GCC on a GNU or Unix system.
! </p>
! <ol>
! <li> If you have chosen a configuration for GCC which requires other GNU
  tools (such as GAS or the GNU linker) instead of the standard system
  tools, install the required tools in the build directory under the names
! <samp>as</samp>, <samp>ld</samp> or whatever is appropriate.
  
! <p>Alternatively, you can do subsequent compilation using a value of the
  <code>PATH</code> environment variable such that the necessary GNU tools come
  before the standard system tools.
- </p>
- </li><li> Specify the host, build and target machine configurations.  You do this
- when you run the <samp>configure</samp> script.
  
! <p>The <em>build</em> machine is the system which you are using, the
! <em>host</em> machine is the system where you want to run the resulting
! compiler (normally the build machine), and the <em>target</em> machine is
  the system for which you want the compiler to generate code.
! </p>
! <p>If you are building a compiler to produce code for the machine it runs
  on (a native compiler), you normally do not need to specify any operands
! to <samp>configure</samp>; it will try to guess the type of machine you are on
! and use that as the build, host and target machines.  So you don&rsquo;t need
  to specify a configuration when building a native compiler unless
! <samp>configure</samp> cannot figure out what your configuration is or guesses
  wrong.
! </p>
! <p>In those cases, specify the build machine&rsquo;s <em>configuration name</em>
! with the <samp>--host</samp> option; the host and target will default to be
  the same as the host machine.
- </p>
- <p>Here is an example:
- </p>
- <div class="smallexample">
- <pre class="smallexample">./configure --host=sparc-sun-sunos4.1
- </pre></div>
  
! <p>A configuration name may be canonical or it may be more or less
  abbreviated.
! </p>
! <p>A canonical configuration name has three parts, separated by dashes.
! It looks like this: &lsquo;<samp><var>cpu</var>-<var>company</var>-<var>system</var></samp>&rsquo;.
! (The three parts may themselves contain dashes; <samp>configure</samp>
  can figure out which dashes serve which purpose.)  For example,
! &lsquo;<samp>m68k-sun-sunos4.1</samp>&rsquo; specifies a Sun 3.
! </p>
! <p>You can also replace parts of the configuration by nicknames or aliases.
! For example, &lsquo;<samp>sun3</samp>&rsquo; stands for &lsquo;<samp>m68k-sun</samp>&rsquo;, so
! &lsquo;<samp>sun3-sunos4.1</samp>&rsquo; is another way to specify a Sun 3.
! </p>
! <p>You can specify a version number after any of the system types, and some
  of the CPU types.  In most cases, the version is irrelevant, and will be
  ignored.  So you might as well specify the version if you know it.
! </p>
! <p>See <a href="#Configurations">Configurations</a>, for a list of supported configuration names and
  notes on many of the configurations.  You should check the notes in that
  section before proceeding any further with the installation of GCC.
- </p>
- </li></ol>
  
! <h2><a name="Configurations"></a>Configurations Supported by GCC</h2>
! <a name="index-configurations-supported-by-GCC"></a>
  
! <p>Here are the possible CPU types:
! </p>
! <blockquote>
! <p>1750a, a29k, alpha, arm, avr, c<var>n</var>, clipper, dsp16xx, elxsi, fr30, h8300,
  hppa1.0, hppa1.1, i370, i386, i486, i586, i686, i786, i860, i960, ip2k, m32r,
  m68000, m68k, m88k, mcore, mips, mipsel, mips64, mips64el,
  mn10200, mn10300, ns32k, pdp11, powerpc, powerpcle, romp, rs6000, sh, sparc,
! sparclite, sparc64, v850, vax, we32k.
! </p></blockquote>
  
! <p>Here are the recognized company names.  As you can see, customary
  abbreviations are used rather than the longer official names.
! </p>
! <blockquote>
! <p>acorn, alliant, altos, apollo, apple, att, bull,
  cbm, convergent, convex, crds, dec, dg, dolphin,
  elxsi, encore, harris, hitachi, hp, ibm, intergraph, isi,
  mips, motorola, ncr, next, ns, omron, plexus,
! sequent, sgi, sony, sun, tti, unicom, wrs.
! </p></blockquote>
  
! <p>The company name is meaningful only to disambiguate when the rest of
  the information supplied is insufficient.  You can omit it, writing
! just &lsquo;<samp><var>cpu</var>-<var>system</var></samp>&rsquo;, if it is not needed.  For example,
! &lsquo;<samp>vax-ultrix4.2</samp>&rsquo; is equivalent to &lsquo;<samp>vax-dec-ultrix4.2</samp>&rsquo;.
! </p>
! <p>Here is a list of system types:
! </p>
! <blockquote>
! <p>386bsd, aix, acis, amigaos, aos, aout, aux, bosx, bsd, clix, coff, ctix, cxux,
  dgux, dynix, ebmon, ecoff, elf, esix, freebsd, hms, genix, gnu, linux,
  linux-gnu, hiux, hpux, iris, irix, isc, luna, lynxos, mach, minix, msdos, mvs,
  netbsd, newsos, nindy, ns, osf, osfrose, ptx, riscix, riscos, rtu, sco, sim,
  solaris, sunos, sym, sysv, udi, ultrix, unicos, uniplus, unos, vms, vsta,
! vxworks, winnt, xenix.
! </p></blockquote>
  
! <p>You can omit the system type; then <samp>configure</samp> guesses the
  operating system from the CPU and company.
! </p>
! <p>You can add a version number to the system type; this may or may not
! make a difference.  For example, you can write &lsquo;<samp>bsd4.3</samp>&rsquo; or
! &lsquo;<samp>bsd4.4</samp>&rsquo; to distinguish versions of BSD.  In practice, the version
! number is most needed for &lsquo;<samp>sysv3</samp>&rsquo; and &lsquo;<samp>sysv4</samp>&rsquo;, which are often
  treated differently.
! </p>
! <p>&lsquo;<samp>linux-gnu</samp>&rsquo; is the canonical name for the GNU/Linux target; however
! GCC will also accept &lsquo;<samp>linux</samp>&rsquo;.  The version of the kernel in use is
! not relevant on these systems.  A suffix such as &lsquo;<samp>libc1</samp>&rsquo; or &lsquo;<samp>aout</samp>&rsquo;
  distinguishes major versions of the C library; all of the suffixed versions
  are obsolete.
! </p>
! <p>If you specify an impossible combination such as &lsquo;<samp>i860-dg-vms</samp>&rsquo;,
! then you may get an error message from <samp>configure</samp>, or it may
! ignore part of the information and do the best it can with the rest.
! <samp>configure</samp> always prints the canonical name for the alternative
  that it used.  GCC does not support all possible alternatives.
! </p>
! <p>Often a particular model of machine has a name.  Many machine names are
  recognized as aliases for CPU/company combinations.  Thus, the machine
! name &lsquo;<samp>sun3</samp>&rsquo;, mentioned above, is an alias for &lsquo;<samp>m68k-sun</samp>&rsquo;.
  Sometimes we accept a company name as a machine name, when the name is
  popularly used for a particular machine.  Here is a table of the known
  machine names:
! </p>
! <blockquote>
! <p>3300, 3b1, 3b<var>n</var>, 7300, altos3068, altos,
  apollo68, att-7300, balance,
  convex-c<var>n</var>, crds, decstation-3100,
  decstation, delta, encore,
--- 1,181 ----
! <html lang="en">
! <head>
! <title>Installing GCC: Old documentation</title>
! <meta http-equiv="Content-Type" content="text/html">
! <meta name="description" content="Installing GCC: Old documentation">
! <meta name="generator" content="makeinfo 4.13">
! <link title="Top" rel="top" href="#Top">
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! <!--
! Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
!    Permission is granted to copy, distribute and/or modify this document
  under the terms of the GNU Free Documentation License, Version 1.3 or
  any later version published by the Free Software Foundation; with no
  Invariant Sections, the Front-Cover texts being (a) (see below), and
  with the Back-Cover Texts being (b) (see below).  A copy of the
! license is included in the section entitled "GNU Free Documentation License".
  
  (a) The FSF's Front-Cover Text is:
  
!      A GNU Manual
  
  (b) The FSF's Back-Cover Text is:
  
!      You have freedom to copy and modify this GNU Manual, like GNU
       software.  Copies published by the Free Software Foundation raise
!      funds for GNU development.-->
! <meta http-equiv="Content-Style-Type" content="text/css">
! <style type="text/css"><!--
!   pre.display { font-family:inherit }
!   pre.format  { font-family:inherit }
!   pre.smalldisplay { font-family:inherit; font-size:smaller }
!   pre.smallformat  { font-family:inherit; font-size:smaller }
!   pre.smallexample { font-size:smaller }
!   pre.smalllisp    { font-size:smaller }
!   span.sc    { font-variant:small-caps }
!   span.roman { font-family:serif; font-weight:normal; } 
!   span.sansserif { font-family:sans-serif; font-weight:normal; } 
! --></style>
  </head>
! <body>
! <h1 class="settitle">Installing GCC: Old documentation</h1>
  <h1 align="center">Old installation documentation</h1>
  
!    <p>Note most of this information is out of date and superseded by the
  previous chapters of this manual.  It is provided for historical
  reference only, because of a lack of volunteers to merge it into the
  main manual.
  
!    <p>Here is the procedure for installing GCC on a GNU or Unix system.
! 
!      <ol type=1 start=1>
! <li>If you have chosen a configuration for GCC which requires other GNU
  tools (such as GAS or the GNU linker) instead of the standard system
  tools, install the required tools in the build directory under the names
! <samp><span class="file">as</span></samp>, <samp><span class="file">ld</span></samp> or whatever is appropriate.
  
!      <p>Alternatively, you can do subsequent compilation using a value of the
  <code>PATH</code> environment variable such that the necessary GNU tools come
  before the standard system tools.
  
!      <li>Specify the host, build and target machine configurations.  You do this
! when you run the <samp><span class="file">configure</span></samp> script.
! 
!      <p>The <dfn>build</dfn> machine is the system which you are using, the
! <dfn>host</dfn> machine is the system where you want to run the resulting
! compiler (normally the build machine), and the <dfn>target</dfn> machine is
  the system for which you want the compiler to generate code.
! 
!      <p>If you are building a compiler to produce code for the machine it runs
  on (a native compiler), you normally do not need to specify any operands
! to <samp><span class="file">configure</span></samp>; it will try to guess the type of machine you are on
! and use that as the build, host and target machines.  So you don't need
  to specify a configuration when building a native compiler unless
! <samp><span class="file">configure</span></samp> cannot figure out what your configuration is or guesses
  wrong.
! 
!      <p>In those cases, specify the build machine's <dfn>configuration name</dfn>
! with the <samp><span class="option">--host</span></samp> option; the host and target will default to be
  the same as the host machine.
  
!      <p>Here is an example:
! 
!      <pre class="smallexample">          ./configure --host=sparc-sun-sunos4.1
! </pre>
!      <p>A configuration name may be canonical or it may be more or less
  abbreviated.
! 
!      <p>A canonical configuration name has three parts, separated by dashes. 
! It looks like this: &lsquo;<samp><var>cpu</var><span class="samp">-</span><var>company</var><span class="samp">-</span><var>system</var></samp>&rsquo;. 
! (The three parts may themselves contain dashes; <samp><span class="file">configure</span></samp>
  can figure out which dashes serve which purpose.)  For example,
! &lsquo;<samp><span class="samp">m68k-sun-sunos4.1</span></samp>&rsquo; specifies a Sun 3.
! 
!      <p>You can also replace parts of the configuration by nicknames or aliases. 
! For example, &lsquo;<samp><span class="samp">sun3</span></samp>&rsquo; stands for &lsquo;<samp><span class="samp">m68k-sun</span></samp>&rsquo;, so
! &lsquo;<samp><span class="samp">sun3-sunos4.1</span></samp>&rsquo; is another way to specify a Sun 3.
! 
!      <p>You can specify a version number after any of the system types, and some
  of the CPU types.  In most cases, the version is irrelevant, and will be
  ignored.  So you might as well specify the version if you know it.
! 
!      <p>See <a href="#Configurations">Configurations</a>, for a list of supported configuration names and
  notes on many of the configurations.  You should check the notes in that
  section before proceeding any further with the installation of GCC.
  
!         </ol>
  
!    <p><h2><a name="Configurations"></a>Configurations Supported by GCC</h2><a name="index-configurations-supported-by-GCC-1"></a>
! Here are the possible CPU types:
! 
!    <blockquote>
! <!-- gmicro, fx80, spur and tahoe omitted since they don't work. -->
! 1750a, a29k, alpha, arm, avr, c<var>n</var>, clipper, dsp16xx, elxsi, fr30, h8300,
  hppa1.0, hppa1.1, i370, i386, i486, i586, i686, i786, i860, i960, ip2k, m32r,
  m68000, m68k, m88k, mcore, mips, mipsel, mips64, mips64el,
  mn10200, mn10300, ns32k, pdp11, powerpc, powerpcle, romp, rs6000, sh, sparc,
! sparclite, sparc64, v850, vax, we32k. 
! </blockquote>
  
!    <p>Here are the recognized company names.  As you can see, customary
  abbreviations are used rather than the longer official names.
! 
! <!-- What should be done about merlin, tek*, dolphin? -->
!    <blockquote>
! acorn, alliant, altos, apollo, apple, att, bull,
  cbm, convergent, convex, crds, dec, dg, dolphin,
  elxsi, encore, harris, hitachi, hp, ibm, intergraph, isi,
  mips, motorola, ncr, next, ns, omron, plexus,
! sequent, sgi, sony, sun, tti, unicom, wrs. 
! </blockquote>
  
!    <p>The company name is meaningful only to disambiguate when the rest of
  the information supplied is insufficient.  You can omit it, writing
! just &lsquo;<samp><var>cpu</var><span class="samp">-</span><var>system</var></samp>&rsquo;, if it is not needed.  For example,
! &lsquo;<samp><span class="samp">vax-ultrix4.2</span></samp>&rsquo; is equivalent to &lsquo;<samp><span class="samp">vax-dec-ultrix4.2</span></samp>&rsquo;.
! 
!    <p>Here is a list of system types:
! 
!    <blockquote>
! 386bsd, aix, acis, amigaos, aos, aout, aux, bosx, bsd, clix, coff, ctix, cxux,
  dgux, dynix, ebmon, ecoff, elf, esix, freebsd, hms, genix, gnu, linux,
  linux-gnu, hiux, hpux, iris, irix, isc, luna, lynxos, mach, minix, msdos, mvs,
  netbsd, newsos, nindy, ns, osf, osfrose, ptx, riscix, riscos, rtu, sco, sim,
  solaris, sunos, sym, sysv, udi, ultrix, unicos, uniplus, unos, vms, vsta,
! vxworks, winnt, xenix. 
! </blockquote>
  
! <p class="noindent">You can omit the system type; then <samp><span class="file">configure</span></samp> guesses the
  operating system from the CPU and company.
! 
!    <p>You can add a version number to the system type; this may or may not
! make a difference.  For example, you can write &lsquo;<samp><span class="samp">bsd4.3</span></samp>&rsquo; or
! &lsquo;<samp><span class="samp">bsd4.4</span></samp>&rsquo; to distinguish versions of BSD.  In practice, the version
! number is most needed for &lsquo;<samp><span class="samp">sysv3</span></samp>&rsquo; and &lsquo;<samp><span class="samp">sysv4</span></samp>&rsquo;, which are often
  treated differently.
! 
!    <p>&lsquo;<samp><span class="samp">linux-gnu</span></samp>&rsquo; is the canonical name for the GNU/Linux target; however
! GCC will also accept &lsquo;<samp><span class="samp">linux</span></samp>&rsquo;.  The version of the kernel in use is
! not relevant on these systems.  A suffix such as &lsquo;<samp><span class="samp">libc1</span></samp>&rsquo; or &lsquo;<samp><span class="samp">aout</span></samp>&rsquo;
  distinguishes major versions of the C library; all of the suffixed versions
  are obsolete.
! 
!    <p>If you specify an impossible combination such as &lsquo;<samp><span class="samp">i860-dg-vms</span></samp>&rsquo;,
! then you may get an error message from <samp><span class="file">configure</span></samp>, or it may
! ignore part of the information and do the best it can with the rest. 
! <samp><span class="file">configure</span></samp> always prints the canonical name for the alternative
  that it used.  GCC does not support all possible alternatives.
! 
!    <p>Often a particular model of machine has a name.  Many machine names are
  recognized as aliases for CPU/company combinations.  Thus, the machine
! name &lsquo;<samp><span class="samp">sun3</span></samp>&rsquo;, mentioned above, is an alias for &lsquo;<samp><span class="samp">m68k-sun</span></samp>&rsquo;. 
  Sometimes we accept a company name as a machine name, when the name is
  popularly used for a particular machine.  Here is a table of the known
  machine names:
! 
!    <blockquote>
! 3300, 3b1, 3b<var>n</var>, 7300, altos3068, altos,
  apollo68, att-7300, balance,
  convex-c<var>n</var>, crds, decstation-3100,
  decstation, delta, encore,
*************** m3230, magnum, merlin, miniframe,
*** 237,255 ****
  mmax, news-3600, news800, news, next,
  pbd, pc532, pmax, powerpc, powerpcle, ps2, risc-news,
  rtpc, sun2, sun386i, sun386, sun3,
! sun4, symmetry, tower-32, tower.
! </p></blockquote>
  
! <p>Remember that a machine name specifies both the cpu type and the company
! name.
  <hr />
! <p>
! <a href="./index.html">Return to the GCC Installation page</a>
! </p>
! 
! 
! 
  
  
- </body>
- </html>
--- 186,201 ----
  mmax, news-3600, news800, news, next,
  pbd, pc532, pmax, powerpc, powerpcle, ps2, risc-news,
  rtpc, sun2, sun386i, sun386, sun3,
! sun4, symmetry, tower-32, tower. 
! </blockquote>
  
! <p class="noindent">Remember that a machine name specifies both the cpu type and the company
! name. 
  <hr />
! <p><a href="./index.html">Return to the GCC Installation page</a>
  
+ <!-- ***GFDL******************************************************************** -->
+ <!-- *************************************************************************** -->
+ <!-- Part 6 The End of the Document -->
+ </body></html>
  
diff -Nrcpad gcc-7.1.0/INSTALL/prerequisites.html gcc-7.2.0/INSTALL/prerequisites.html
*** gcc-7.1.0/INSTALL/prerequisites.html	Tue May  2 12:43:59 2017
--- gcc-7.2.0/INSTALL/prerequisites.html	Mon Aug 14 08:03:32 2017
***************
*** 1,398 ****
! <!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN" "http://www.w3.org/TR/html4/loose.dtd">
! <html>
! <!-- Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
! Permission is granted to copy, distribute and/or modify this document
  under the terms of the GNU Free Documentation License, Version 1.3 or
  any later version published by the Free Software Foundation; with no
  Invariant Sections, the Front-Cover texts being (a) (see below), and
  with the Back-Cover Texts being (b) (see below).  A copy of the
! license is included in the section entitled "GNU
! Free Documentation License".
  
  (a) The FSF's Front-Cover Text is:
  
! A GNU Manual
  
  (b) The FSF's Back-Cover Text is:
  
! You have freedom to copy and modify this GNU Manual, like GNU
       software.  Copies published by the Free Software Foundation raise
!      funds for GNU development. -->
! <!-- Created by GNU Texinfo 6.1, http://www.gnu.org/software/texinfo/ -->
! <head>
! <title>Installing GCC</title>
! 
! <meta name="description" content="Installing GCC">
! <meta name="keywords" content="Installing GCC">
! <meta name="resource-type" content="document">
! <meta name="distribution" content="global">
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! pre.menu-comment {font-family: serif}
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! pre.smalldisplay {font-family: inherit; font-size: smaller}
! pre.smallexample {font-size: smaller}
! pre.smallformat {font-family: inherit; font-size: smaller}
! pre.smalllisp {font-size: smaller}
! span.nolinebreak {white-space: nowrap}
! span.roman {font-family: initial; font-weight: normal}
! span.sansserif {font-family: sans-serif; font-weight: normal}
! ul.no-bullet {list-style: none}
! -->
! </style>
! 
! 
  </head>
! 
! <body lang="en">
! <h1 class="settitle" align="center">Installing GCC</h1>
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! <a name="index-Prerequisites"></a>
! 
! <p>GCC requires that various tools and packages be available for use in the
  build procedure.  Modifying GCC sources requires additional tools
  described below.
! </p>
! <a name="Tools_002fpackages-necessary-for-building-GCC"></a>
! <h3 class="heading">Tools/packages necessary for building GCC</h3>
! <dl compact="compact">
! <dt>ISO C++98 compiler</dt>
! <dd><p>Necessary to bootstrap GCC, although versions of GCC prior
  to 4.8 also allow bootstrapping with a ISO C89 compiler and versions
  of GCC prior to 3.4 also allow bootstrapping with a traditional
  (K&amp;R) C compiler.
! </p>
! <p>To build all languages in a cross-compiler or other configuration where
  3-stage bootstrap is not performed, you need to start with an existing
  GCC binary (version 3.4 or later) because source code for language
  frontends other than C might use GCC extensions.
! </p>
! <p>Note that to bootstrap GCC with versions of GCC earlier than 3.4, you
! may need to use <samp>--disable-stage1-checking</samp>, though
  bootstrapping the compiler with such earlier compilers is strongly
  discouraged.
! </p>
! </dd>
! <dt>C standard library and headers</dt>
! <dd>
! <p>In order to build GCC, the C standard library and headers must be present
  for all target variants for which target libraries will be built (and not
  only the variant of the host C++ compiler).
! </p>
! <p>This affects the popular &lsquo;<samp>x86_64-unknown-linux-gnu</samp>&rsquo; platform (among
! other multilib targets), for which 64-bit (&lsquo;<samp>x86_64</samp>&rsquo;) and 32-bit
! (&lsquo;<samp>i386</samp>&rsquo;) libc headers are usually packaged separately. If you do a
! build of a native compiler on &lsquo;<samp>x86_64-unknown-linux-gnu</samp>&rsquo;, make sure you
  either have the 32-bit libc developer package properly installed (the exact
  name of the package depends on your distro) or you must build GCC as a
  64-bit only compiler by configuring with the option
! <samp>--disable-multilib</samp>.  Otherwise, you may encounter an error such as
! &lsquo;<samp>fatal error: gnu/stubs-32.h: No such file</samp>&rsquo;
! </p>
! </dd>
! <dt>GNAT</dt>
! <dd>
! <p>In order to build the Ada compiler (GNAT) you must already have GNAT
  installed because portions of the Ada frontend are written in Ada (with
  GNAT extensions.)  Refer to the Ada installation instructions for more
  specific information.
! </p>
! </dd>
! <dt>A &ldquo;working&rdquo; POSIX compatible shell, or GNU bash</dt>
! <dd>
! <p>Necessary when running <code>configure</code> because some
! <code>/bin/sh</code> shells have bugs and may crash when configuring the
! target libraries.  In other cases, <code>/bin/sh</code> or <code>ksh</code>
  have disastrous corner-case performance problems.  This
! can cause target <code>configure</code> runs to literally take days to
  complete in some cases.
! </p>
! <p>So on some platforms <code>/bin/ksh</code> is sufficient, on others it
! isn&rsquo;t.  See the host/target specific instructions for your platform, or
! use <code>bash</code> to be sure.  Then set <code>CONFIG_SHELL</code> in your
  environment to your &ldquo;good&rdquo; shell prior to running
! <code>configure</code>/<code>make</code>.
! </p>
! <p><code>zsh</code> is not a fully compliant POSIX shell and will not
  work when configuring GCC.
! </p>
! </dd>
! <dt>A POSIX or SVR4 awk</dt>
! <dd>
! <p>Necessary for creating some of the generated source files for GCC.
  If in doubt, use a recent GNU awk version, as some of the older ones
  are broken.  GNU awk version 3.1.5 is known to work.
! </p>
! </dd>
! <dt>GNU binutils</dt>
! <dd>
! <p>Necessary in some circumstances, optional in others.  See the
  host/target specific instructions for your platform for the exact
  requirements.
! </p>
! </dd>
! <dt>gzip version 1.2.4 (or later) or</dt>
! <dt>bzip2 version 1.0.2 (or later)</dt>
! <dd>
! <p>Necessary to uncompress GCC <code>tar</code> files when source code is
  obtained via FTP mirror sites.
! </p>
! </dd>
! <dt>GNU make version 3.80 (or later)</dt>
! <dd>
! <p>You must have GNU make installed to build GCC.
! </p>
! </dd>
! <dt>GNU tar version 1.14 (or later)</dt>
! <dd>
! <p>Necessary (only on some platforms) to untar the source code.  Many
! systems&rsquo; <code>tar</code> programs will also work, only try GNU
! <code>tar</code> if you have problems.
! </p>
! </dd>
! <dt>Perl version 5.6.1 (or later)</dt>
! <dd>
! <p>Necessary when targeting Darwin, building &lsquo;<samp>libstdc++</samp>&rsquo;,
! and not using <samp>--disable-symvers</samp>.
! Necessary when targeting Solaris 2 with Sun <code>ld</code> and not using
! <samp>--disable-symvers</samp>.  The bundled <code>perl</code> in Solaris&nbsp;8
  and up works.
! </p>
! <p>Necessary when regenerating <samp>Makefile</samp> dependencies in libiberty.
! Necessary when regenerating <samp>libiberty/functions.texi</samp>.
! Necessary when generating manpages from Texinfo manuals.
  Used by various scripts to generate some files included in SVN (mainly
  Unicode-related and rarely changing) from source tables.
! </p>
! </dd>
  </dl>
  
! <p>Several support libraries are necessary to build GCC, some are required,
  others optional.  While any sufficiently new version of required tools
  usually work, library requirements are generally stricter.  Newer
! versions may work in some cases, but it&rsquo;s safer to use the exact
  versions documented.  We appreciate bug reports about problems with
  newer versions, though.  If your OS vendor provides packages for the
  support libraries then using those packages may be the simplest way to
  install the libraries.
! </p>
! <dl compact="compact">
! <dt>GNU Multiple Precision Library (GMP) version 4.3.2 (or later)</dt>
! <dd>
! <p>Necessary to build GCC.  If a GMP source distribution is found in a
! subdirectory of your GCC sources named <samp>gmp</samp>, it will be built
  together with GCC.  Alternatively, if GMP is already installed but it
  is not in your library search path, you will have to configure with the
! <samp>--with-gmp</samp> configure option.  See also <samp>--with-gmp-lib</samp>
! and <samp>--with-gmp-include</samp>.
  The in-tree build is only supported with the GMP version that
  download_prerequisites installs.
! </p>
! </dd>
! <dt>MPFR Library version 2.4.2 (or later)</dt>
! <dd>
! <p>Necessary to build GCC.  It can be downloaded from
  <a href="http://www.mpfr.org/">http://www.mpfr.org/</a>.  If an MPFR source distribution is found
! in a subdirectory of your GCC sources named <samp>mpfr</samp>, it will be
  built together with GCC.  Alternatively, if MPFR is already installed
  but it is not in your default library search path, the
! <samp>--with-mpfr</samp> configure option should be used.  See also
! <samp>--with-mpfr-lib</samp> and <samp>--with-mpfr-include</samp>.
  The in-tree build is only supported with the MPFR version that
  download_prerequisites installs.
! </p>
! </dd>
! <dt>MPC Library version 0.8.1 (or later)</dt>
! <dd>
! <p>Necessary to build GCC.  It can be downloaded from
  <a href="http://www.multiprecision.org/">http://www.multiprecision.org/</a>.  If an MPC source distribution
! is found in a subdirectory of your GCC sources named <samp>mpc</samp>, it
  will be built together with GCC.  Alternatively, if MPC is already
  installed but it is not in your default library search path, the
! <samp>--with-mpc</samp> configure option should be used.  See also
! <samp>--with-mpc-lib</samp> and <samp>--with-mpc-include</samp>.
  The in-tree build is only supported with the MPC version that
  download_prerequisites installs.
! </p>
! </dd>
! <dt>isl Library version 0.15 or later.</dt>
! <dd>
! <p>Necessary to build GCC with the Graphite loop optimizations.
! It can be downloaded from <a href="ftp://gcc.gnu.org/pub/gcc/infrastructure/">ftp://gcc.gnu.org/pub/gcc/infrastructure/</a>.
  If an isl source distribution is found
! in a subdirectory of your GCC sources named <samp>isl</samp>, it will be
! built together with GCC.  Alternatively, the <samp>--with-isl</samp> configure
  option should be used if isl is not installed in your default library
  search path.
- </p>
- </dd>
- </dl>
  
! <a name="Tools_002fpackages-necessary-for-modifying-GCC"></a>
! <h3 class="heading">Tools/packages necessary for modifying GCC</h3>
! <dl compact="compact">
! <dt>autoconf version 2.64</dt>
! <dt>GNU m4 version 1.4.6 (or later)</dt>
! <dd>
! <p>Necessary when modifying <samp>configure.ac</samp>, <samp>aclocal.m4</samp>, etc.
! to regenerate <samp>configure</samp> and <samp>config.in</samp> files.
! </p>
! </dd>
! <dt>automake version 1.11.6</dt>
! <dd>
! <p>Necessary when modifying a <samp>Makefile.am</samp> file to regenerate its
! associated <samp>Makefile.in</samp>.
! </p>
! <p>Much of GCC does not use automake, so directly edit the <samp>Makefile.in</samp>
! file.  Specifically this applies to the <samp>gcc</samp>, <samp>intl</samp>,
! <samp>libcpp</samp>, <samp>libiberty</samp>, <samp>libobjc</samp> directories as well
  as any of their subdirectories.
! </p>
! <p>For directories that use automake, GCC requires the latest release in
  the 1.11 series, which is currently 1.11.6.  When regenerating a directory
  to a newer version, please update all the directories using an older 1.11
  to the latest released version.
! </p>
! </dd>
! <dt>gettext version 0.14.5 (or later)</dt>
! <dd>
! <p>Needed to regenerate <samp>gcc.pot</samp>.
! </p>
! </dd>
! <dt>gperf version 2.7.2 (or later)</dt>
! <dd>
! <p>Necessary when modifying <code>gperf</code> input files, e.g.
! <samp>gcc/cp/cfns.gperf</samp> to regenerate its associated header file, e.g.
! <samp>gcc/cp/cfns.h</samp>.
! </p>
! </dd>
! <dt>DejaGnu 1.4.4</dt>
! <dt>Expect</dt>
! <dt>Tcl</dt>
! <dd>
! <p>Necessary to run the GCC testsuite; see the section on testing for
  details.  Tcl 8.6 has a known regression in RE pattern handling that
  make parts of the testsuite fail.  See
  <a href="http://core.tcl.tk/tcl/tktview/267b7e2334ee2e9de34c4b00d6e72e2f1997085f">http://core.tcl.tk/tcl/tktview/267b7e2334ee2e9de34c4b00d6e72e2f1997085f</a>
  for more information.  This bug has been fixed in 8.6.1.
! </p>
! </dd>
! <dt>autogen version 5.5.4 (or later) and</dt>
! <dt>guile version 1.4.1 (or later)</dt>
! <dd>
! <p>Necessary to regenerate <samp>fixinc/fixincl.x</samp> from
! <samp>fixinc/inclhack.def</samp> and <samp>fixinc/*.tpl</samp>.
! </p>
! <p>Necessary to run &lsquo;<samp>make check</samp>&rsquo; for <samp>fixinc</samp>.
! </p>
! <p>Necessary to regenerate the top level <samp>Makefile.in</samp> file from
! <samp>Makefile.tpl</samp> and <samp>Makefile.def</samp>.
! </p>
! </dd>
! <dt>Flex version 2.5.4 (or later)</dt>
! <dd>
! <p>Necessary when modifying <samp>*.l</samp> files.
! </p>
! <p>Necessary to build GCC during development because the generated output
  files are not included in the SVN repository.  They are included in
  releases.
! </p>
! </dd>
! <dt>Texinfo version 4.7 (or later)</dt>
! <dd>
! <p>Necessary for running <code>makeinfo</code> when modifying <samp>*.texi</samp>
  files to test your changes.
! </p>
! <p>Necessary for running <code>make dvi</code> or <code>make pdf</code> to
  create printable documentation in DVI or PDF format.  Texinfo version
! 4.8 or later is required for <code>make pdf</code>.
! </p>
! <p>Necessary to build GCC documentation during development because the
  generated output files are not included in the SVN repository.  They are
  included in releases.
- </p>
- </dd>
- <dt>TeX (any working version)</dt>
- <dd>
- <p>Necessary for running <code>texi2dvi</code> and <code>texi2pdf</code>, which
- are used when running <code>make dvi</code> or <code>make pdf</code> to create
- DVI or PDF files, respectively.
- </p>
- </dd>
- <dt>Sphinx version 1.0 (or later)</dt>
- <dd>
- <p>Necessary to regenerate <samp>jit/docs/_build/texinfo</samp> from the <samp>.rst</samp>
- files in the directories below <samp>jit/docs</samp>.
- </p>
- </dd>
- <dt>SVN (any version)</dt>
- <dt>SSH (any version)</dt>
- <dd>
- <p>Necessary to access the SVN repository.  Public releases and weekly
- snapshots of the development sources are also available via FTP.
- </p>
- </dd>
- <dt>GNU diffutils version 2.7 (or later)</dt>
- <dd>
- <p>Useful when submitting patches for the GCC source code.
- </p>
- </dd>
- <dt>patch version 2.5.4 (or later)</dt>
- <dd>
- <p>Necessary when applying patches, created with <code>diff</code>, to one&rsquo;s
- own sources.
- </p>
- </dd>
- </dl>
- 
- <hr />
- <p>
- <p><a href="./index.html">Return to the GCC Installation page</a>
- </p>
- 
- 
- 
- 
  
  
  
  
  
  
  
  
  
- </body>
- </html>
--- 1,295 ----
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! <title>Prerequisites for GCC</title>
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!      A GNU Manual
  
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!   span.sansserif { font-family:sans-serif; font-weight:normal; } 
! --></style>
  </head>
! <body>
! <h1 class="settitle">Prerequisites for GCC</h1>
! <a name="index-Prerequisites-1"></a>
! GCC requires that various tools and packages be available for use in the
  build procedure.  Modifying GCC sources requires additional tools
  described below.
! 
! <h3 class="heading"><a name="TOC0"></a>Tools/packages necessary for building GCC</h3>
! 
!      <dl>
! <dt>ISO C++98 compiler<dd>Necessary to bootstrap GCC, although versions of GCC prior
  to 4.8 also allow bootstrapping with a ISO C89 compiler and versions
  of GCC prior to 3.4 also allow bootstrapping with a traditional
  (K&amp;R) C compiler.
! 
!      <p>To build all languages in a cross-compiler or other configuration where
  3-stage bootstrap is not performed, you need to start with an existing
  GCC binary (version 3.4 or later) because source code for language
  frontends other than C might use GCC extensions.
! 
!      <p>Note that to bootstrap GCC with versions of GCC earlier than 3.4, you
! may need to use <samp><span class="option">--disable-stage1-checking</span></samp>, though
  bootstrapping the compiler with such earlier compilers is strongly
  discouraged.
! 
!      <br><dt>C standard library and headers<dd>
! In order to build GCC, the C standard library and headers must be present
  for all target variants for which target libraries will be built (and not
  only the variant of the host C++ compiler).
! 
!      <p>This affects the popular &lsquo;<samp><span class="samp">x86_64-unknown-linux-gnu</span></samp>&rsquo; platform (among
! other multilib targets), for which 64-bit (&lsquo;<samp><span class="samp">x86_64</span></samp>&rsquo;) and 32-bit
! (&lsquo;<samp><span class="samp">i386</span></samp>&rsquo;) libc headers are usually packaged separately. If you do a
! build of a native compiler on &lsquo;<samp><span class="samp">x86_64-unknown-linux-gnu</span></samp>&rsquo;, make sure you
  either have the 32-bit libc developer package properly installed (the exact
  name of the package depends on your distro) or you must build GCC as a
  64-bit only compiler by configuring with the option
! <samp><span class="option">--disable-multilib</span></samp>.  Otherwise, you may encounter an error such as
! &lsquo;<samp><span class="samp">fatal error: gnu/stubs-32.h: No such file</span></samp>&rsquo;
! 
!      <br><dt>GNAT<dd>
! In order to build the Ada compiler (GNAT) you must already have GNAT
  installed because portions of the Ada frontend are written in Ada (with
  GNAT extensions.)  Refer to the Ada installation instructions for more
  specific information.
! 
!      <br><dt>A &ldquo;working&rdquo; POSIX compatible shell, or GNU bash<dd>
! Necessary when running <samp><span class="command">configure</span></samp> because some
! <samp><span class="command">/bin/sh</span></samp> shells have bugs and may crash when configuring the
! target libraries.  In other cases, <samp><span class="command">/bin/sh</span></samp> or <samp><span class="command">ksh</span></samp>
  have disastrous corner-case performance problems.  This
! can cause target <samp><span class="command">configure</span></samp> runs to literally take days to
  complete in some cases.
! 
!      <p>So on some platforms <samp><span class="command">/bin/ksh</span></samp> is sufficient, on others it
! isn't.  See the host/target specific instructions for your platform, or
! use <samp><span class="command">bash</span></samp> to be sure.  Then set <samp><span class="env">CONFIG_SHELL</span></samp> in your
  environment to your &ldquo;good&rdquo; shell prior to running
! <samp><span class="command">configure</span></samp>/<samp><span class="command">make</span></samp>.
! 
!      <p><samp><span class="command">zsh</span></samp> is not a fully compliant POSIX shell and will not
  work when configuring GCC.
! 
!      <br><dt>A POSIX or SVR4 awk<dd>
! Necessary for creating some of the generated source files for GCC. 
  If in doubt, use a recent GNU awk version, as some of the older ones
  are broken.  GNU awk version 3.1.5 is known to work.
! 
!      <br><dt>GNU binutils<dd>
! Necessary in some circumstances, optional in others.  See the
  host/target specific instructions for your platform for the exact
  requirements.
! 
!      <br><dt>gzip version 1.2.4 (or later) or<dt>bzip2 version 1.0.2 (or later)<dd>
! Necessary to uncompress GCC <samp><span class="command">tar</span></samp> files when source code is
  obtained via FTP mirror sites.
! 
!      <br><dt>GNU make version 3.80 (or later)<dd>
! You must have GNU make installed to build GCC.
! 
!      <br><dt>GNU tar version 1.14 (or later)<dd>
! Necessary (only on some platforms) to untar the source code.  Many
! systems' <samp><span class="command">tar</span></samp> programs will also work, only try GNU
! <samp><span class="command">tar</span></samp> if you have problems.
! 
!      <br><dt>Perl version 5.6.1 (or later)<dd>
! Necessary when targeting Darwin, building &lsquo;<samp><span class="samp">libstdc++</span></samp>&rsquo;,
! and not using <samp><span class="option">--disable-symvers</span></samp>. 
! Necessary when targeting Solaris 2 with Sun <samp><span class="command">ld</span></samp> and not using
! <samp><span class="option">--disable-symvers</span></samp>.  The bundled <samp><span class="command">perl</span></samp> in Solaris&nbsp;8
  and up works.
! 
!      <p>Necessary when regenerating <samp><span class="file">Makefile</span></samp> dependencies in libiberty. 
! Necessary when regenerating <samp><span class="file">libiberty/functions.texi</span></samp>. 
! Necessary when generating manpages from Texinfo manuals. 
  Used by various scripts to generate some files included in SVN (mainly
  Unicode-related and rarely changing) from source tables.
! 
  </dl>
  
!    <p>Several support libraries are necessary to build GCC, some are required,
  others optional.  While any sufficiently new version of required tools
  usually work, library requirements are generally stricter.  Newer
! versions may work in some cases, but it's safer to use the exact
  versions documented.  We appreciate bug reports about problems with
  newer versions, though.  If your OS vendor provides packages for the
  support libraries then using those packages may be the simplest way to
  install the libraries.
! 
!      <dl>
! <dt>GNU Multiple Precision Library (GMP) version 4.3.2 (or later)<dd>
! Necessary to build GCC.  If a GMP source distribution is found in a
! subdirectory of your GCC sources named <samp><span class="file">gmp</span></samp>, it will be built
  together with GCC.  Alternatively, if GMP is already installed but it
  is not in your library search path, you will have to configure with the
! <samp><span class="option">--with-gmp</span></samp> configure option.  See also <samp><span class="option">--with-gmp-lib</span></samp>
! and <samp><span class="option">--with-gmp-include</span></samp>. 
  The in-tree build is only supported with the GMP version that
  download_prerequisites installs.
! 
!      <br><dt>MPFR Library version 2.4.2 (or later)<dd>
! Necessary to build GCC.  It can be downloaded from
  <a href="http://www.mpfr.org/">http://www.mpfr.org/</a>.  If an MPFR source distribution is found
! in a subdirectory of your GCC sources named <samp><span class="file">mpfr</span></samp>, it will be
  built together with GCC.  Alternatively, if MPFR is already installed
  but it is not in your default library search path, the
! <samp><span class="option">--with-mpfr</span></samp> configure option should be used.  See also
! <samp><span class="option">--with-mpfr-lib</span></samp> and <samp><span class="option">--with-mpfr-include</span></samp>. 
  The in-tree build is only supported with the MPFR version that
  download_prerequisites installs.
! 
!      <br><dt>MPC Library version 0.8.1 (or later)<dd>
! Necessary to build GCC.  It can be downloaded from
  <a href="http://www.multiprecision.org/">http://www.multiprecision.org/</a>.  If an MPC source distribution
! is found in a subdirectory of your GCC sources named <samp><span class="file">mpc</span></samp>, it
  will be built together with GCC.  Alternatively, if MPC is already
  installed but it is not in your default library search path, the
! <samp><span class="option">--with-mpc</span></samp> configure option should be used.  See also
! <samp><span class="option">--with-mpc-lib</span></samp> and <samp><span class="option">--with-mpc-include</span></samp>. 
  The in-tree build is only supported with the MPC version that
  download_prerequisites installs.
! 
!      <br><dt>isl Library version 0.15 or later.<dd>
! Necessary to build GCC with the Graphite loop optimizations. 
! It can be downloaded from <a href="ftp://gcc.gnu.org/pub/gcc/infrastructure/">ftp://gcc.gnu.org/pub/gcc/infrastructure/</a>. 
  If an isl source distribution is found
! in a subdirectory of your GCC sources named <samp><span class="file">isl</span></samp>, it will be
! built together with GCC.  Alternatively, the <samp><span class="option">--with-isl</span></samp> configure
  option should be used if isl is not installed in your default library
  search path.
  
!    </dl>
! 
! <h3 class="heading"><a name="TOC1"></a>Tools/packages necessary for modifying GCC</h3>
! 
!      <dl>
! <dt>autoconf version 2.64<dt>GNU m4 version 1.4.6 (or later)<dd>
! Necessary when modifying <samp><span class="file">configure.ac</span></samp>, <samp><span class="file">aclocal.m4</span></samp>, etc. 
! to regenerate <samp><span class="file">configure</span></samp> and <samp><span class="file">config.in</span></samp> files.
! 
!      <br><dt>automake version 1.11.6<dd>
! Necessary when modifying a <samp><span class="file">Makefile.am</span></samp> file to regenerate its
! associated <samp><span class="file">Makefile.in</span></samp>.
! 
!      <p>Much of GCC does not use automake, so directly edit the <samp><span class="file">Makefile.in</span></samp>
! file.  Specifically this applies to the <samp><span class="file">gcc</span></samp>, <samp><span class="file">intl</span></samp>,
! <samp><span class="file">libcpp</span></samp>, <samp><span class="file">libiberty</span></samp>, <samp><span class="file">libobjc</span></samp> directories as well
  as any of their subdirectories.
! 
!      <p>For directories that use automake, GCC requires the latest release in
  the 1.11 series, which is currently 1.11.6.  When regenerating a directory
  to a newer version, please update all the directories using an older 1.11
  to the latest released version.
! 
!      <br><dt>gettext version 0.14.5 (or later)<dd>
! Needed to regenerate <samp><span class="file">gcc.pot</span></samp>.
! 
!      <br><dt>gperf version 2.7.2 (or later)<dd>
! Necessary when modifying <samp><span class="command">gperf</span></samp> input files, e.g. 
! <samp><span class="file">gcc/cp/cfns.gperf</span></samp> to regenerate its associated header file, e.g. 
! <samp><span class="file">gcc/cp/cfns.h</span></samp>.
! 
!      <br><dt>DejaGnu 1.4.4<dt>Expect<dt>Tcl<dd>
! Necessary to run the GCC testsuite; see the section on testing for
  details.  Tcl 8.6 has a known regression in RE pattern handling that
  make parts of the testsuite fail.  See
  <a href="http://core.tcl.tk/tcl/tktview/267b7e2334ee2e9de34c4b00d6e72e2f1997085f">http://core.tcl.tk/tcl/tktview/267b7e2334ee2e9de34c4b00d6e72e2f1997085f</a>
  for more information.  This bug has been fixed in 8.6.1.
! 
!      <br><dt>autogen version 5.5.4 (or later) and<dt>guile version 1.4.1 (or later)<dd>
! Necessary to regenerate <samp><span class="file">fixinc/fixincl.x</span></samp> from
! <samp><span class="file">fixinc/inclhack.def</span></samp> and <samp><span class="file">fixinc/*.tpl</span></samp>.
! 
!      <p>Necessary to run &lsquo;<samp><span class="samp">make check</span></samp>&rsquo; for <samp><span class="file">fixinc</span></samp>.
! 
!      <p>Necessary to regenerate the top level <samp><span class="file">Makefile.in</span></samp> file from
! <samp><span class="file">Makefile.tpl</span></samp> and <samp><span class="file">Makefile.def</span></samp>.
! 
!      <br><dt>Flex version 2.5.4 (or later)<dd>
! Necessary when modifying <samp><span class="file">*.l</span></samp> files.
! 
!      <p>Necessary to build GCC during development because the generated output
  files are not included in the SVN repository.  They are included in
  releases.
! 
!      <br><dt>Texinfo version 4.7 (or later)<dd>
! Necessary for running <samp><span class="command">makeinfo</span></samp> when modifying <samp><span class="file">*.texi</span></samp>
  files to test your changes.
! 
!      <p>Necessary for running <samp><span class="command">make dvi</span></samp> or <samp><span class="command">make pdf</span></samp> to
  create printable documentation in DVI or PDF format.  Texinfo version
! 4.8 or later is required for <samp><span class="command">make pdf</span></samp>.
! 
!      <p>Necessary to build GCC documentation during development because the
  generated output files are not included in the SVN repository.  They are
  included in releases.
  
+      <br><dt>TeX (any working version)<dd>
+ Necessary for running <samp><span class="command">texi2dvi</span></samp> and <samp><span class="command">texi2pdf</span></samp>, which
+ are used when running <samp><span class="command">make dvi</span></samp> or <samp><span class="command">make pdf</span></samp> to create
+ DVI or PDF files, respectively.
  
+      <br><dt>Sphinx version 1.0 (or later)<dd>
+ Necessary to regenerate <samp><span class="file">jit/docs/_build/texinfo</span></samp> from the <samp><span class="file">.rst</span></samp>
+ files in the directories below <samp><span class="file">jit/docs</span></samp>.
  
+      <br><dt>SVN (any version)<dt>SSH (any version)<dd>
+ Necessary to access the SVN repository.  Public releases and weekly
+ snapshots of the development sources are also available via FTP.
  
+      <br><dt>GNU diffutils version 2.7 (or later)<dd>
+ Useful when submitting patches for the GCC source code.
  
+      <br><dt>patch version 2.5.4 (or later)<dd>
+ Necessary when applying patches, created with <samp><span class="command">diff</span></samp>, to one's
+ own sources.
  
+ </dl>
  
+    <p><hr />
+ <p><a href="./index.html">Return to the GCC Installation page</a>
  
+ <!-- ***Downloading the source************************************************** -->
+ <!-- ***Configuration*********************************************************** -->
+ <!-- ***Building**************************************************************** -->
+ <!-- ***Testing***************************************************************** -->
+ <!-- ***Final install*********************************************************** -->
+ <!-- ***Binaries**************************************************************** -->
+ <!-- ***Specific**************************************************************** -->
+ <!-- ***Old documentation****************************************************** -->
+ <!-- ***GFDL******************************************************************** -->
+ <!-- *************************************************************************** -->
+ <!-- Part 6 The End of the Document -->
+ </body></html>
  
diff -Nrcpad gcc-7.1.0/INSTALL/specific.html gcc-7.2.0/INSTALL/specific.html
*** gcc-7.1.0/INSTALL/specific.html	Tue May  2 12:43:59 2017
--- gcc-7.2.0/INSTALL/specific.html	Mon Aug 14 08:03:32 2017
***************
*** 1,728 ****
! <!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN" "http://www.w3.org/TR/html4/loose.dtd">
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! <!-- Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
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  Invariant Sections, the Front-Cover texts being (a) (see below), and
  with the Back-Cover Texts being (b) (see below).  A copy of the
! license is included in the section entitled "GNU
! Free Documentation License".
  
  (a) The FSF's Front-Cover Text is:
  
! A GNU Manual
  
  (b) The FSF's Back-Cover Text is:
  
! You have freedom to copy and modify this GNU Manual, like GNU
       software.  Copies published by the Free Software Foundation raise
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! <title>Installing GCC</title>
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! ul.no-bullet {list-style: none}
! -->
! </style>
! 
! 
  </head>
! 
! <body lang="en">
! <h1 class="settitle" align="center">Installing GCC</h1>
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! <a name="index-Specific"></a>
! <a name="index-Specific-installation-notes"></a>
! <a name="index-Target-specific-installation"></a>
! <a name="index-Host-specific-installation"></a>
! <a name="index-Target-specific-installation-notes"></a>
! 
! <p>Please read this document carefully <em>before</em> installing the
  GNU Compiler Collection on your machine.
! </p>
! <p>Note that this list of install notes is <em>not</em> a list of supported
  hosts or targets.  Not all supported hosts and targets are listed
  here, only the ones that require host-specific or target-specific
! information have to. 
! </p>
! <ul>
! <li> <a href="#aarch64-x-x">aarch64*-*-*</a>
! </li><li> <a href="#alpha-x-x">alpha*-*-*</a>
! </li><li> <a href="#alpha-dec-osf51">alpha*-dec-osf5.1</a>
! </li><li> <a href="#amd64-x-solaris210">amd64-*-solaris2.10</a>
! </li><li> <a href="#arm-x-eabi">arm-*-eabi</a>
! </li><li> <a href="#avr">avr</a>
! </li><li> <a href="#bfin">Blackfin</a>
! </li><li> <a href="#dos">DOS</a>
! </li><li> <a href="#x-x-freebsd">*-*-freebsd*</a>
! </li><li> <a href="#h8300-hms">h8300-hms</a>
! </li><li> <a href="#hppa-hp-hpux">hppa*-hp-hpux*</a>
! </li><li> <a href="#hppa-hp-hpux10">hppa*-hp-hpux10</a>
! </li><li> <a href="#hppa-hp-hpux11">hppa*-hp-hpux11</a>
! </li><li> <a href="#x-x-linux-gnu">*-*-linux-gnu</a>
! </li><li> <a href="#ix86-x-linux">i?86-*-linux*</a>
! </li><li> <a href="#ix86-x-solaris210">i?86-*-solaris2.10</a>
! </li><li> <a href="#ia64-x-linux">ia64-*-linux</a>
! </li><li> <a href="#ia64-x-hpux">ia64-*-hpux*</a>
! </li><li> <a href="#x-ibm-aix">*-ibm-aix*</a>
! </li><li> <a href="#iq2000-x-elf">iq2000-*-elf</a>
! </li><li> <a href="#lm32-x-elf">lm32-*-elf</a>
! </li><li> <a href="#lm32-x-uclinux">lm32-*-uclinux</a>
! </li><li> <a href="#m32c-x-elf">m32c-*-elf</a>
! </li><li> <a href="#m32r-x-elf">m32r-*-elf</a>
! </li><li> <a href="#m68k-x-x">m68k-*-*</a>
! </li><li> <a href="#m68k-uclinux">m68k-uclinux</a>
! </li><li> <a href="#microblaze-x-elf">microblaze-*-elf</a>
! </li><li> <a href="#mips-x-x">mips-*-*</a>
! </li><li> <a href="#mips-sgi-irix5">mips-sgi-irix5</a>
! </li><li> <a href="#mips-sgi-irix6">mips-sgi-irix6</a>
! </li><li> <a href="#nds32le-x-elf">nds32le-*-elf</a>
! </li><li> <a href="#nds32be-x-elf">nds32be-*-elf</a>
! </li><li> <a href="#nvptx-x-none">nvptx-*-none</a>
! </li><li> <a href="#powerpc-x-x">powerpc*-*-*</a>
! </li><li> <a href="#powerpc-x-darwin">powerpc-*-darwin*</a>
! </li><li> <a href="#powerpc-x-elf">powerpc-*-elf</a>
! </li><li> <a href="#powerpc-x-linux-gnu">powerpc*-*-linux-gnu*</a>
! </li><li> <a href="#powerpc-x-netbsd">powerpc-*-netbsd*</a>
! </li><li> <a href="#powerpc-x-eabisim">powerpc-*-eabisim</a>
! </li><li> <a href="#powerpc-x-eabi">powerpc-*-eabi</a>
! </li><li> <a href="#powerpcle-x-elf">powerpcle-*-elf</a>
! </li><li> <a href="#powerpcle-x-eabisim">powerpcle-*-eabisim</a>
! </li><li> <a href="#powerpcle-x-eabi">powerpcle-*-eabi</a>
! </li><li> <a href="#riscv32-x-elf">riscv32-*-elf</a>
! </li><li> <a href="#riscv32-x-linux">riscv32-*-linux</a>
! </li><li> <a href="#riscv64-x-elf">riscv64-*-elf</a>
! </li><li> <a href="#riscv64-x-linux">riscv64-*-linux</a>
! </li><li> <a href="#s390-x-linux">s390-*-linux*</a>
! </li><li> <a href="#s390x-x-linux">s390x-*-linux*</a>
! </li><li> <a href="#s390x-ibm-tpf">s390x-ibm-tpf*</a>
! </li><li> <a href="#x-x-solaris2">*-*-solaris2*</a>
! </li><li> <a href="#sparc-x-x">sparc*-*-*</a>
! </li><li> <a href="#sparc-sun-solaris2">sparc-sun-solaris2*</a>
! </li><li> <a href="#sparc-sun-solaris210">sparc-sun-solaris2.10</a>
! </li><li> <a href="#sparc-x-linux">sparc-*-linux*</a>
! </li><li> <a href="#sparc64-x-solaris2">sparc64-*-solaris2*</a>
! </li><li> <a href="#sparcv9-x-solaris2">sparcv9-*-solaris2*</a>
! </li><li> <a href="#c6x-x-x">c6x-*-*</a>
! </li><li> <a href="#tilegx-x-linux">tilegx-*-linux*</a>
! </li><li> <a href="#tilegxbe-x-linux">tilegxbe-*-linux*</a>
! </li><li> <a href="#tilepro-x-linux">tilepro-*-linux*</a>
! </li><li> <a href="#visium-x-elf">visium-*-elf</a>
! </li><li> <a href="#x-x-vxworks">*-*-vxworks*</a>
! </li><li> <a href="#x86-64-x-x">x86_64-*-*, amd64-*-*</a>
! </li><li> <a href="#x86-64-x-solaris210">x86_64-*-solaris2.1[0-9]*</a>
! </li><li> <a href="#xtensa-x-elf">xtensa*-*-elf</a>
! </li><li> <a href="#xtensa-x-linux">xtensa*-*-linux*</a>
! </li><li> <a href="#windows">Microsoft Windows</a>
! </li><li> <a href="#x-x-cygwin">*-*-cygwin</a>
! </li><li> <a href="#x-x-mingw32">*-*-mingw32</a>
! </li><li> <a href="#os2">OS/2</a>
! </li><li> <a href="#older">Older systems</a>
! </li></ul>
  
! <ul>
! <li> <a href="#elf">all ELF targets</a> (SVR4, Solaris 2, etc.)
! </li></ul>
  
  
! <!-- -------- host/target specific issues start here ---------------- -->
! <hr />
! <a name="aarch64_002dx_002dx"></a><a name="aarch64_002a_002d_002a_002d_002a"></a>
! <h3 class="heading">aarch64*-*-*</h3>
! <p>Binutils pre 2.24 does not have support for selecting <samp>-mabi</samp> and
  does not support ILP32.  If it is used to build GCC 4.9 or later, GCC will
! not support option <samp>-mabi=ilp32</samp>.
! </p>
! <p>To enable a workaround for the Cortex-A53 erratum number 835769 by default
  (for all CPUs regardless of -mcpu option given) at configure time use the
! <samp>--enable-fix-cortex-a53-835769</samp> option.  This will enable the fix by
  default and can be explicitly disabled during compilation by passing the
! <samp>-mno-fix-cortex-a53-835769</samp> option.  Conversely,
! <samp>--disable-fix-cortex-a53-835769</samp> will disable the workaround by
  default.  The workaround is disabled by default if neither of
! <samp>--enable-fix-cortex-a53-835769</samp> or
! <samp>--disable-fix-cortex-a53-835769</samp> is given at configure time.
! </p>
! <p>To enable a workaround for the Cortex-A53 erratum number 843419 by default
  (for all CPUs regardless of -mcpu option given) at configure time use the
! <samp>--enable-fix-cortex-a53-843419</samp> option.  This workaround is applied at
  link time.  Enabling the workaround will cause GCC to pass the relevant option
  to the linker.  It can be explicitly disabled during compilation by passing the
! <samp>-mno-fix-cortex-a53-843419</samp> option.  Conversely,
! <samp>--disable-fix-cortex-a53-843419</samp> will disable the workaround by default.
  The workaround is disabled by default if neither of
! <samp>--enable-fix-cortex-a53-843419</samp> or
! <samp>--disable-fix-cortex-a53-843419</samp> is given at configure time.
! </p>
! <hr />
! <a name="alpha_002dx_002dx"></a><a name="alpha_002a_002d_002a_002d_002a"></a>
! <h3 class="heading">alpha*-*-*</h3>
  <p>This section contains general configuration information for all
  alpha-based platforms using ELF (in particular, ignore this section for
  DEC OSF/1, Digital UNIX and Tru64 UNIX).  In addition to reading this
  section, please read all other sections that match your target.
! </p>
! <p>We require binutils 2.11.2 or newer.
  Previous binutils releases had a number of problems with DWARF 2
  debugging information, not the least of which is incorrect linking of
  shared libraries.
! </p>
! <hr />
! <a name="alpha_002ddec_002dosf51"></a><a name="alpha_002a_002ddec_002dosf5_002e1"></a>
! <h3 class="heading">alpha*-dec-osf5.1</h3>
  <p>Systems using processors that implement the DEC Alpha architecture and
  are running the DEC/Compaq/HP Unix (DEC OSF/1, Digital UNIX, or Compaq/HP
  Tru64 UNIX) operating system, for example the DEC Alpha AXP systems.
! </p>
! <p>Support for Tru64 UNIX V5.1 has been removed in GCC 4.8.  As of GCC 4.6,
  support for Tru64 UNIX V4.0 and V5.0 has been removed.  As of GCC 3.2,
  versions before <code>alpha*-dec-osf4</code> are no longer supported.  (These
  are the versions which identify themselves as DEC OSF/1.)
- </p>
- <hr />
- <a name="amd64_002dx_002dsolaris210"></a><a name="amd64_002d_002a_002dsolaris2_002e1_005b0_002d9_005d_002a"></a>
- <h3 class="heading">amd64-*-solaris2.1[0-9]*</h3>
- <p>This is a synonym for &lsquo;<samp>x86_64-*-solaris2.1[0-9]*</samp>&rsquo;.
- </p>
- <hr />
- <a name="arc_002dx_002delf32"></a><a name="arc_002d_002a_002delf32"></a>
- <h3 class="heading">arc-*-elf32</h3>
  
! <p>Use &lsquo;<samp>configure --target=arc-elf32 --with-cpu=<var>cpu</var> --enable-languages=&quot;c,c++&quot;</samp>&rsquo;
! to configure GCC, with <var>cpu</var> being one of &lsquo;<samp>arc600</samp>&rsquo;, &lsquo;<samp>arc601</samp>&rsquo;,
! or &lsquo;<samp>arc700</samp>&rsquo;.
! </p>
! <hr />
! <a name="arc_002dlinux_002duclibc"></a><a name="arc_002dlinux_002duclibc-1"></a>
! <h3 class="heading">arc-linux-uclibc</h3>
  
- <p>Use &lsquo;<samp>configure --target=arc-linux-uclibc --with-cpu=arc700 --enable-languages=&quot;c,c++&quot;</samp>&rsquo; to configure GCC.
- </p>
- <hr />
- <a name="arm_002dx_002deabi"></a><a name="arm_002d_002a_002deabi"></a>
- <h3 class="heading">arm-*-eabi</h3>
  <p>ARM-family processors.
! </p>
! <p>Building the Ada frontend commonly fails (an infinite loop executing
  <code>xsinfo</code>) if the host compiler is GNAT 4.8.  Host compilers built from the
  GNAT 4.6, 4.9 or 5 release branches are known to succeed.
! </p>
! <hr />
! <a name="avr"></a><a name="avr-1"></a>
! <h3 class="heading">avr</h3>
  <p>ATMEL AVR-family micro controllers.  These are used in embedded
! applications.  There are no standard Unix configurations.
  See &ldquo;AVR Options&rdquo; in the main manual
  for the list of supported MCU types.
! </p>
! <p>Use &lsquo;<samp>configure --target=avr --enable-languages=&quot;c&quot;</samp>&rsquo; to configure GCC.
! </p>
! <p>Further installation notes and other useful information about AVR tools
  can also be obtained from:
- </p>
- <ul>
- <li> <a href="http://www.nongnu.org/avr/">http://www.nongnu.org/avr/</a>
- </li><li> <a href="http://www.amelek.gda.pl/avr/">http://www.amelek.gda.pl/avr/</a>
- </li></ul>
  
! <p>The following error:
! </p><div class="smallexample">
! <pre class="smallexample">Error: register required
! </pre></div>
  
! <p>indicates that you should upgrade to a newer version of the binutils.
! </p>
! <hr />
! <a name="bfin"></a><a name="Blackfin"></a>
! <h3 class="heading">Blackfin</h3>
! <p>The Blackfin processor, an Analog Devices DSP.
  See &ldquo;Blackfin Options&rdquo; in the main manual
! </p>
! <p>More information, and a version of binutils with support for this processor,
  is available at <a href="https://blackfin.uclinux.org">https://blackfin.uclinux.org</a>
! </p>
! <hr />
! <a name="cr16"></a><a name="CR16"></a>
! <h3 class="heading">CR16</h3>
  <p>The CR16 CompactRISC architecture is a 16-bit architecture. This
  architecture is used in embedded applications.
- </p>
  
! <p>See &ldquo;CR16 Options&rdquo; in the main manual for a list of CR16-specific options.
! </p>
! <p>Use &lsquo;<samp>configure --target=cr16-elf --enable-languages=c,c++</samp>&rsquo; to configure
! GCC&nbsp;for building a CR16 elf cross-compiler.
! </p>
! <p>Use &lsquo;<samp>configure --target=cr16-uclinux --enable-languages=c,c++</samp>&rsquo; to
! configure GCC&nbsp;for building a CR16 uclinux cross-compiler.
! </p>
! <hr />
! <a name="cris"></a><a name="CRIS"></a>
! <h3 class="heading">CRIS</h3>
  <p>CRIS is the CPU architecture in Axis Communications ETRAX system-on-a-chip
  series.  These are used in embedded applications.
! </p>
! <p>See &ldquo;CRIS Options&rdquo; in the main manual
  for a list of CRIS-specific options.
! </p>
! <p>There are a few different CRIS targets:
! </p><dl compact="compact">
! <dt><code>cris-axis-elf</code></dt>
! <dd><p>Mainly for monolithic embedded systems.  Includes a multilib for the
! &lsquo;<samp>v10</samp>&rsquo; core used in &lsquo;<samp>ETRAX 100 LX</samp>&rsquo;.
! </p></dd>
! <dt><code>cris-axis-linux-gnu</code></dt>
! <dd><p>A GNU/Linux port for the CRIS architecture, currently targeting
! &lsquo;<samp>ETRAX 100 LX</samp>&rsquo; by default.
! </p></dd>
  </dl>
  
! <p>Pre-packaged tools can be obtained from
  <a href="ftp://ftp.axis.com/pub/axis/tools/cris/compiler-kit/">ftp://ftp.axis.com/pub/axis/tools/cris/compiler-kit/</a>.  More
  information about this platform is available at
  <a href="http://developer.axis.com/">http://developer.axis.com/</a>.
! </p>
! <hr />
! <a name="dos"></a><a name="DOS"></a>
! <h3 class="heading">DOS</h3>
  <p>Please have a look at the <a href="binaries.html">binaries page</a>.
! </p>
! <p>You cannot install GCC by itself on MSDOS; it will not compile under
  any MSDOS compiler except itself.  You need to get the complete
  compilation package DJGPP, which includes binaries as well as sources,
  and includes all the necessary compilation tools and libraries.
! </p>
! <hr />
! <a name="epiphany_002dx_002delf"></a><a name="epiphany_002d_002a_002delf"></a>
! <h3 class="heading">epiphany-*-elf</h3>
! <p>Adapteva Epiphany.
  This configuration is intended for embedded systems.
! </p>
! <hr />
! <a name="x_002dx_002dfreebsd"></a><a name="g_t_002a_002d_002a_002dfreebsd_002a"></a>
! <h3 class="heading">*-*-freebsd*</h3>
  <p>Support for FreeBSD 1 was discontinued in GCC 3.2.  Support for
  FreeBSD 2 (and any mutant a.out variants of FreeBSD 3) was
  discontinued in GCC 4.0.
! </p>
! <p>In order to better utilize FreeBSD base system functionality and match
  the configuration of the system compiler, GCC 4.5 and above as well as
  GCC 4.4 past 2010-06-20 leverage SSP support in libc (which is present
  on FreeBSD 7 or later) and the use of <code>__cxa_atexit</code> by default
  (on FreeBSD 6 or later).  The use of <code>dl_iterate_phdr</code> inside
! <samp>libgcc_s.so.1</samp> and boehm-gc (on FreeBSD 7 or later) is enabled
  by GCC 4.5 and above.
! </p>
! <p>We support FreeBSD using the ELF file format with DWARF 2 debugging
! for all CPU architectures.  You may use <samp>-gstabs</samp> instead of
! <samp>-g</samp>, if you really want the old debugging format.  There are
  no known issues with mixing object files and libraries with different
  debugging formats.  Otherwise, this release of GCC should now match
  more of the configuration used in the stock FreeBSD configuration of
! GCC.  In particular, <samp>--enable-threads</samp> is now configured by
  default.  However, as a general user, do not attempt to replace the
  system compiler with this release.  Known to bootstrap and check with
  good results on FreeBSD 7.2-STABLE.  In the past, known to bootstrap
  and check with good results on FreeBSD 3.0, 3.4, 4.0, 4.2, 4.3, 4.4,
  4.5, 4.8, 4.9 and 5-CURRENT.
! </p>
! <p>The version of binutils installed in <samp>/usr/bin</samp> probably works
  with this release of GCC.  Bootstrapping against the latest GNU
! binutils and/or the version found in <samp>/usr/ports/devel/binutils</samp> has
  been known to enable additional features and improve overall testsuite
  results.  However, it is currently known that boehm-gc may not configure
  properly on FreeBSD prior to the FreeBSD 7.0 release with GNU binutils
  after 2.16.1.
! </p>
! <hr />
! <a name="ft32_002dx_002delf"></a><a name="ft32_002d_002a_002delf"></a>
! <h3 class="heading">ft32-*-elf</h3>
! <p>The FT32 processor.
  This configuration is intended for embedded systems.
! </p>
! <hr />
! <a name="h8300_002dhms"></a><a name="h8300_002dhms-1"></a>
! <h3 class="heading">h8300-hms</h3>
  <p>Renesas H8/300 series of processors.
! </p>
! <p>Please have a look at the <a href="binaries.html">binaries page</a>.
! </p>
! <p>The calling convention and structure layout has changed in release 2.6.
  All code must be recompiled.  The calling convention now passes the
  first three arguments in function calls in registers.  Structures are no
  longer a multiple of 2 bytes.
! </p>
! <hr />
! <a name="hppa_002dhp_002dhpux"></a><a name="hppa_002a_002dhp_002dhpux_002a"></a>
! <h3 class="heading">hppa*-hp-hpux*</h3>
  <p>Support for HP-UX version 9 and older was discontinued in GCC 3.4.
! </p>
! <p>We require using gas/binutils on all hppa platforms.  Version 2.19 or
  later is recommended.
! </p>
! <p>It may be helpful to configure GCC with the
! <a href="./configure.html#with-gnu-as"><samp>--with-gnu-as</samp></a> and
! <samp>--with-as=&hellip;</samp> options to ensure that GCC can find GAS.
! </p>
! <p>The HP assembler should not be used with GCC.  It is rarely tested and may
! not work.  It shouldn&rsquo;t be used with any languages other than C due to its
  many limitations.
! </p>
! <p>Specifically, <samp>-g</samp> does not work (HP-UX uses a peculiar debugging
  format which GCC does not know about).  It also inserts timestamps
  into each object file it creates, causing the 3-stage comparison test to
  fail during a bootstrap.  You should be able to continue by saying
! &lsquo;<samp>make all-host all-target</samp>&rsquo; after getting the failure from &lsquo;<samp>make</samp>&rsquo;.
! </p>
! <p>Various GCC features are not supported.  For example, it does not support weak
  symbols or alias definitions.  As a result, explicit template instantiations
  are required when using C++.  This makes it difficult if not impossible to
  build many C++ applications.
! </p>
! <p>There are two default scheduling models for instructions.  These are
  PROCESSOR_7100LC and PROCESSOR_8000.  They are selected from the pa-risc
! architecture specified for the target machine when configuring.
  PROCESSOR_8000 is the default.  PROCESSOR_7100LC is selected when
! the target is a &lsquo;<samp>hppa1*</samp>&rsquo; machine.
! </p>
! <p>The PROCESSOR_8000 model is not well suited to older processors.  Thus,
  it is important to completely specify the machine architecture when
  configuring if you want a model other than PROCESSOR_8000.  The macro
  TARGET_SCHED_DEFAULT can be defined in BOOT_CFLAGS if a different
  default scheduling model is desired.
! </p>
! <p>As of GCC 4.0, GCC uses the UNIX 95 namespace for HP-UX 10.10
! through 11.00, and the UNIX 98 namespace for HP-UX 11.11 and later.
  This namespace change might cause problems when bootstrapping with
  an earlier version of GCC or the HP compiler as essentially the same
  namespace is required for an entire build.  This problem can be avoided
! in a number of ways.  With HP cc, <code>UNIX_STD</code> can be set to &lsquo;<samp>95</samp>&rsquo;
! or &lsquo;<samp>98</samp>&rsquo;.  Another way is to add an appropriate set of predefines
! to <code>CC</code>.  The description for the <samp>munix=</samp> option contains
  a list of the predefines used with each standard.
! </p>
! <p>More specific information to &lsquo;<samp>hppa*-hp-hpux*</samp>&rsquo; targets follows.
! </p>
! <hr />
! <a name="hppa_002dhp_002dhpux10"></a><a name="hppa_002a_002dhp_002dhpux10"></a>
! <h3 class="heading">hppa*-hp-hpux10</h3>
  <p>For hpux10.20, we <em>highly</em> recommend you pick up the latest sed patch
  <code>PHCO_19798</code> from HP.
! </p>
! <p>The C++ ABI has changed incompatibly in GCC 4.0.  COMDAT subspaces are
  used for one-only code and data.  This resolves many of the previous
  problems in using C++ on this target.  However, the ABI is not compatible
  with the one implemented under HP-UX 11 using secondary definitions.
! </p>
! <hr />
! <a name="hppa_002dhp_002dhpux11"></a><a name="hppa_002a_002dhp_002dhpux11"></a>
! <h3 class="heading">hppa*-hp-hpux11</h3>
  <p>GCC 3.0 and up support HP-UX 11.  GCC 2.95.x is not supported and cannot
  be used to compile GCC 3.0 and up.
! </p>
! <p>The libffi library haven&rsquo;t been ported to 64-bit HP-UX&nbsp;and doesn&rsquo;t build.
! </p>
! <p>Refer to <a href="binaries.html">binaries</a> for information about obtaining
  precompiled GCC binaries for HP-UX.  Precompiled binaries must be obtained
  to build the Ada language as it cannot be bootstrapped using C.  Ada is
  only available for the 32-bit PA-RISC runtime.
! </p>
! <p>Starting with GCC 3.4 an ISO C compiler is required to bootstrap.  The
! bundled compiler supports only traditional C; you will need either HP&rsquo;s
  unbundled compiler, or a binary distribution of GCC.
! </p>
! <p>It is possible to build GCC 3.3 starting with the bundled HP compiler,
  but the process requires several steps.  GCC 3.3 can then be used to
  build later versions.
! </p>
! <p>There are several possible approaches to building the distribution.
  Binutils can be built first using the HP tools.  Then, the GCC
  distribution can be built.  The second approach is to build GCC
! first using the HP tools, then build binutils, then rebuild GCC.
  There have been problems with various binary distributions, so it
  is best not to start from a binary distribution.
! </p>
! <p>On 64-bit capable systems, there are two distinct targets.  Different
  installation prefixes must be used if both are to be installed on
! the same system.  The &lsquo;<samp>hppa[1-2]*-hp-hpux11*</samp>&rsquo; target generates code
! for the 32-bit PA-RISC runtime architecture and uses the HP linker.
! The &lsquo;<samp>hppa64-hp-hpux11*</samp>&rsquo; target generates 64-bit code for the
  PA-RISC 2.0 architecture.
! </p>
! <p>The script config.guess now selects the target type based on the compiler
! detected during configuration.  You must define <code>PATH</code> or <code>CC</code> so
! that configure finds an appropriate compiler for the initial bootstrap.
! When <code>CC</code> is used, the definition should contain the options that are
! needed whenever <code>CC</code> is used.
! </p>
! <p>Specifically, options that determine the runtime architecture must be
! in <code>CC</code> to correctly select the target for the build.  It is also
! convenient to place many other compiler options in <code>CC</code>.  For example,
! <code>CC=&quot;cc -Ac +DA2.0W -Wp,-H16376 -D_CLASSIC_TYPES -D_HPUX_SOURCE&quot;</code>
  can be used to bootstrap the GCC 3.3 branch with the HP compiler in
! 64-bit K&amp;R/bundled mode.  The <samp>+DA2.0W</samp> option will result in
! the automatic selection of the &lsquo;<samp>hppa64-hp-hpux11*</samp>&rsquo; target.  The
  macro definition table of cpp needs to be increased for a successful
  build with the HP compiler.  _CLASSIC_TYPES and _HPUX_SOURCE need to
  be defined when building with the bundled compiler, or when using the
! <samp>-Ac</samp> option.  These defines aren&rsquo;t necessary with <samp>-Ae</samp>.
! </p>
! <p>It is best to explicitly configure the &lsquo;<samp>hppa64-hp-hpux11*</samp>&rsquo; target
! with the <samp>--with-ld=&hellip;</samp> option.  This overrides the standard
  search for ld.  The two linkers supported on this target require different
  commands.  The default linker is determined during configuration.  As a
! result, it&rsquo;s not possible to switch linkers in the middle of a GCC build.
  This has been reported to sometimes occur in unified builds of binutils
  and GCC.
! </p>
! <p>A recent linker patch must be installed for the correct operation of
  GCC 3.3 and later.  <code>PHSS_26559</code> and <code>PHSS_24304</code> are the
  oldest linker patches that are known to work.  They are for HP-UX
  11.00 and 11.11, respectively.  <code>PHSS_24303</code>, the companion to
! <code>PHSS_24304</code>, might be usable but it hasn&rsquo;t been tested.  These
  patches have been superseded.  Consult the HP patch database to obtain
  the currently recommended linker patch for your system.
! </p>
! <p>The patches are necessary for the support of weak symbols on the
  32-bit port, and for the running of initializers and finalizers.  Weak
  symbols are implemented using SOM secondary definition symbols.  Prior
! to HP-UX 11, there are bugs in the linker support for secondary symbols.
  The patches correct a problem of linker core dumps creating shared
  libraries containing secondary symbols, as well as various other
  linking issues involving secondary symbols.
! </p>
! <p>GCC 3.3 uses the ELF DT_INIT_ARRAY and DT_FINI_ARRAY capabilities to
  run initializers and finalizers on the 64-bit port.  The 32-bit port
! uses the linker <samp>+init</samp> and <samp>+fini</samp> options for the same
  purpose.  The patches correct various problems with the +init/+fini
  options, including program core dumps.  Binutils 2.14 corrects a
! problem on the 64-bit port resulting from HP&rsquo;s non-standard use of
  the .init and .fini sections for array initializers and finalizers.
! </p>
! <p>Although the HP and GNU linkers are both supported for the
! &lsquo;<samp>hppa64-hp-hpux11*</samp>&rsquo; target, it is strongly recommended that the
  HP linker be used for link editing on this target.
! </p>
! <p>At this time, the GNU linker does not support the creation of long
  branch stubs.  As a result, it cannot successfully link binaries
  containing branch offsets larger than 8 megabytes.  In addition,
  there are problems linking shared libraries, linking executables
! with <samp>-static</samp>, and with dwarf2 unwind and exception support.
! It also doesn&rsquo;t provide stubs for internal calls to global functions
  in shared libraries, so these calls cannot be overloaded.
! </p>
! <p>The HP dynamic loader does not support GNU symbol versioning, so symbol
  versioning is not supported.  It may be necessary to disable symbol
! versioning with <samp>--disable-symvers</samp> when using GNU ld.
! </p>
! <p>POSIX threads are the default.  The optional DCE thread library is not
! supported, so <samp>--enable-threads=dce</samp> does not work.
! </p>
! <hr />
! <a name="x_002dx_002dlinux_002dgnu"></a><a name="g_t_002a_002d_002a_002dlinux_002dgnu"></a>
! <h3 class="heading">*-*-linux-gnu</h3>
  <p>Versions of libstdc++-v3 starting with 3.2.1 require bug fixes present
  in glibc 2.2.5 and later.  More information is available in the
  libstdc++-v3 documentation.
! </p>
! <hr />
! <a name="ix86_002dx_002dlinux"></a><a name="i_003f86_002d_002a_002dlinux_002a"></a>
! <h3 class="heading">i?86-*-linux*</h3>
! <p>As of GCC 3.3, binutils 2.13.1 or later is required for this platform.
  See <a href="http://gcc.gnu.org/PR10877">bug 10877</a> for more information.
! </p>
! <p>If you receive Signal 11 errors when building on GNU/Linux, then it is
  possible you have a hardware problem.  Further information on this can be
  found on <a href="http://www.bitwizard.nl/sig11/">www.bitwizard.nl</a>.
! </p>
! <hr />
! <a name="ix86_002dx_002dsolaris210"></a><a name="i_003f86_002d_002a_002dsolaris2_002e10"></a>
! <h3 class="heading">i?86-*-solaris2.10</h3>
  <p>Use this for Solaris 10 or later on x86 and x86-64 systems.  Starting
! with GCC 4.7, there is also a 64-bit &lsquo;<samp>amd64-*-solaris2.1[0-9]*</samp>&rsquo; or
! &lsquo;<samp>x86_64-*-solaris2.1[0-9]*</samp>&rsquo; configuration that corresponds to
! &lsquo;<samp>sparcv9-sun-solaris2*</samp>&rsquo;.
! </p>
! <p>It is recommended that you configure GCC to use the GNU assembler.  The
  versions included in Solaris 10, from GNU binutils 2.15 (in
! <samp>/usr/sfw/bin/gas</samp>), and Solaris 11, from GNU binutils 2.19 or
! newer (also available as <samp>/usr/bin/gas</samp> and
! <samp>/usr/gnu/bin/as</samp>), work fine.  Please note that the current
  version, from GNU binutils 2.26, only works on Solaris 12 when using the
  Solaris linker.  On Solaris 10 and 11, you either have to wait for GNU
  binutils 2.26.1 or newer, or stay with GNU binutils 2.25.1.  Recent
! versions of the Solaris assembler in <samp>/usr/ccs/bin/as</samp> work almost
! as well, though.
! </p>
! <p>For linking, the Solaris linker, is preferred.  If you want to use the GNU
  linker instead, note that due to a packaging bug the version in Solaris
! 10, from GNU binutils 2.15 (in <samp>/usr/sfw/bin/gld</samp>), cannot be used,
  while the version in Solaris 11, from GNU binutils 2.19 or newer (also
! in <samp>/usr/gnu/bin/ld</samp> and <samp>/usr/bin/gld</samp>), works, as does the
  latest version, from GNU binutils 2.26.
! </p>
! <p>To use GNU <code>as</code>, configure with the options
! <samp>--with-gnu-as --with-as=/usr/sfw/bin/gas</samp>.  It may be necessary
! to configure with <samp>--without-gnu-ld --with-ld=/usr/ccs/bin/ld</samp> to
! guarantee use of Sun <code>ld</code>.
! </p>
! <hr />
! <a name="ia64_002dx_002dlinux"></a><a name="ia64_002d_002a_002dlinux"></a>
! <h3 class="heading">ia64-*-linux</h3>
  <p>IA-64 processor (also known as IPF, or Itanium Processor Family)
  running GNU/Linux.
! </p>
! <p>If you are using the installed system libunwind library with
! <samp>--with-system-libunwind</samp>, then you must use libunwind 0.98 or
  later.
! </p>
! <p>None of the following versions of GCC has an ABI that is compatible
  with any of the other versions in this list, with the exception that
  Red Hat 2.96 and Trillian 000171 are compatible with each other:
! 3.1, 3.0.2, 3.0.1, 3.0, Red Hat 2.96, and Trillian 000717.
! This primarily affects C++ programs and programs that create shared libraries.
! GCC 3.1 or later is recommended for compiling linux, the kernel.
  As of version 3.1 GCC is believed to be fully ABI compliant, and hence no
  more major ABI changes are expected.
! </p>
! <hr />
! <a name="ia64_002dx_002dhpux"></a><a name="ia64_002d_002a_002dhpux_002a"></a>
! <h3 class="heading">ia64-*-hpux*</h3>
  <p>Building GCC on this target requires the GNU Assembler.  The bundled HP
  assembler will not work.  To prevent GCC from using the wrong assembler,
! the option <samp>--with-gnu-as</samp> may be necessary.
! </p>
! <p>The GCC libunwind library has not been ported to HPUX.  This means that for
! GCC versions 3.2.3 and earlier, <samp>--enable-libunwind-exceptions</samp>
! is required to build GCC.  For GCC 3.3 and later, this is the default.
! For gcc 3.4.3 and later, <samp>--enable-libunwind-exceptions</samp> is
  removed and the system libunwind library will always be used.
! </p>
! <hr />
! <!-- rs6000-ibm-aix*, powerpc-ibm-aix* -->
! <a name="x_002dibm_002daix"></a><a name="g_t_002a_002dibm_002daix_002a"></a>
! <h3 class="heading">*-ibm-aix*</h3>
! <p>Support for AIX version 3 and older was discontinued in GCC 3.4.
  Support for AIX version 4.2 and older was discontinued in GCC 4.5.
! </p>
! <p>&ldquo;out of memory&rdquo; bootstrap failures may indicate a problem with
  process resource limits (ulimit).  Hard limits are configured in the
! <samp>/etc/security/limits</samp> system configuration file.
! </p>
! <p>GCC 4.9 and above require a C++ compiler for bootstrap.  IBM VAC++ / xlC
  cannot bootstrap GCC.  xlc can bootstrap an older version of GCC and
  G++ can bootstrap recent releases of GCC.
! </p>
! <p>GCC can bootstrap with recent versions of IBM XLC, but bootstrapping
  with an earlier release of GCC is recommended.  Bootstrapping with XLC
  requires a larger data segment, which can be enabled through the
  <var>LDR_CNTRL</var> environment variable, e.g.,
- </p>
- <div class="smallexample">
- <pre class="smallexample">% LDR_CNTRL=MAXDATA=0x50000000
- % export LDR_CNTRL
- </pre></div>
  
! <p>One can start with a pre-compiled version of GCC to build from
! sources.  One may delete GCC&rsquo;s &ldquo;fixed&rdquo; header files when starting
  with a version of GCC built for an earlier release of AIX.
- </p>
- <p>To speed up the configuration phases of bootstrapping and installing GCC,
- one may use GNU Bash instead of AIX <code>/bin/sh</code>, e.g.,
- </p>
- <div class="smallexample">
- <pre class="smallexample">% CONFIG_SHELL=/opt/freeware/bin/bash
- % export CONFIG_SHELL
- </pre></div>
  
! <p>and then proceed as described in <a href="build.html">the build
! instructions</a>, where we strongly recommend specifying an absolute path
  to invoke <var>srcdir</var>/configure.
! </p>
! <p>Because GCC on AIX is built as a 32-bit executable by default,
  (although it can generate 64-bit programs) the GMP and MPFR libraries
  required by gfortran must be 32-bit libraries.  Building GMP and MPFR
  as static archive libraries works better than shared libraries.
! </p>
! <p>Errors involving <code>alloca</code> when building GCC generally are due
  to an incorrect definition of <code>CC</code> in the Makefile or mixing files
  compiled with the native C compiler and GCC.  During the stage1 phase of
! the build, the native AIX compiler <strong>must</strong> be invoked as <code>cc</code>
! (not <code>xlc</code>).  Once <code>configure</code> has been informed of
! <code>xlc</code>, one needs to use &lsquo;<samp>make distclean</samp>&rsquo; to remove the
! configure cache files and ensure that <code>CC</code> environment variable
! does not provide a definition that will confuse <code>configure</code>.
  If this error occurs during stage2 or later, then the problem most likely
  is the version of Make (see above).
! </p>
! <p>The native <code>as</code> and <code>ld</code> are recommended for
  bootstrapping on AIX.  The GNU Assembler, GNU Linker, and GNU
  Binutils version 2.20 is the minimum level that supports bootstrap on
! AIX 5.  The GNU Assembler has not been updated to support AIX 6&nbsp;or
  AIX 7.  The native AIX tools do interoperate with GCC.
! </p>
! <p>AIX 7.1 added partial support for DWARF debugging, but full support
  requires AIX 7.1 TL03 SP7 that supports additional DWARF sections and
  fixes a bug in the assembler.  AIX 7.1 TL03 SP5 distributed a version
  of libm.a missing important symbols; a fix for IV77796 will be
  included in SP6.
! </p>
! <p>AIX 5.3 TL10, AIX 6.1 TL05 and AIX 7.1 TL00 introduced an AIX
  assembler change that sometimes produces corrupt assembly files
  causing AIX linker errors.  The bug breaks GCC bootstrap on AIX and
  can cause compilation failures with existing GCC installations.  An
--- 1,689 ----
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  under the terms of the GNU Free Documentation License, Version 1.3 or
  any later version published by the Free Software Foundation; with no
  Invariant Sections, the Front-Cover texts being (a) (see below), and
  with the Back-Cover Texts being (b) (see below).  A copy of the
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       software.  Copies published by the Free Software Foundation raise
!      funds for GNU development.-->
! <meta http-equiv="Content-Style-Type" content="text/css">
! <style type="text/css"><!--
!   pre.display { font-family:inherit }
!   pre.format  { font-family:inherit }
!   pre.smalldisplay { font-family:inherit; font-size:smaller }
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!   pre.smallexample { font-size:smaller }
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!   span.sansserif { font-family:sans-serif; font-weight:normal; } 
! --></style>
  </head>
! <body>
! <h1 class="settitle">Host/Target specific installation notes for GCC</h1>
! <a name="index-Specific-1"></a><a name="index-Specific-installation-notes-2"></a><a name="index-Target-specific-installation-3"></a><a name="index-Host-specific-installation-4"></a><a name="index-Target-specific-installation-notes-5"></a>
! Please read this document carefully <em>before</em> installing the
  GNU Compiler Collection on your machine.
! 
!    <p>Note that this list of install notes is <em>not</em> a list of supported
  hosts or targets.  Not all supported hosts and targets are listed
  here, only the ones that require host-specific or target-specific
! information have to.
  
!      <ul>
! <li><a href="#aarch64-x-x">aarch64*-*-*</a>
! <li><a href="#alpha-x-x">alpha*-*-*</a>
! <li><a href="#alpha-dec-osf51">alpha*-dec-osf5.1</a>
! <li><a href="#amd64-x-solaris210">amd64-*-solaris2.10</a>
! <li><a href="#arm-x-eabi">arm-*-eabi</a>
! <li><a href="#avr">avr</a>
! <li><a href="#bfin">Blackfin</a>
! <li><a href="#dos">DOS</a>
! <li><a href="#x-x-freebsd">*-*-freebsd*</a>
! <li><a href="#h8300-hms">h8300-hms</a>
! <li><a href="#hppa-hp-hpux">hppa*-hp-hpux*</a>
! <li><a href="#hppa-hp-hpux10">hppa*-hp-hpux10</a>
! <li><a href="#hppa-hp-hpux11">hppa*-hp-hpux11</a>
! <li><a href="#x-x-linux-gnu">*-*-linux-gnu</a>
! <li><a href="#ix86-x-linux">i?86-*-linux*</a>
! <li><a href="#ix86-x-solaris210">i?86-*-solaris2.10</a>
! <li><a href="#ia64-x-linux">ia64-*-linux</a>
! <li><a href="#ia64-x-hpux">ia64-*-hpux*</a>
! <li><a href="#x-ibm-aix">*-ibm-aix*</a>
! <li><a href="#iq2000-x-elf">iq2000-*-elf</a>
! <li><a href="#lm32-x-elf">lm32-*-elf</a>
! <li><a href="#lm32-x-uclinux">lm32-*-uclinux</a>
! <li><a href="#m32c-x-elf">m32c-*-elf</a>
! <li><a href="#m32r-x-elf">m32r-*-elf</a>
! <li><a href="#m68k-x-x">m68k-*-*</a>
! <li><a href="#m68k-uclinux">m68k-uclinux</a>
! <li><a href="#microblaze-x-elf">microblaze-*-elf</a>
! <li><a href="#mips-x-x">mips-*-*</a>
! <li><a href="#mips-sgi-irix5">mips-sgi-irix5</a>
! <li><a href="#mips-sgi-irix6">mips-sgi-irix6</a>
! <li><a href="#nds32le-x-elf">nds32le-*-elf</a>
! <li><a href="#nds32be-x-elf">nds32be-*-elf</a>
! <li><a href="#nvptx-x-none">nvptx-*-none</a>
! <li><a href="#powerpc-x-x">powerpc*-*-*</a>
! <li><a href="#powerpc-x-darwin">powerpc-*-darwin*</a>
! <li><a href="#powerpc-x-elf">powerpc-*-elf</a>
! <li><a href="#powerpc-x-linux-gnu">powerpc*-*-linux-gnu*</a>
! <li><a href="#powerpc-x-netbsd">powerpc-*-netbsd*</a>
! <li><a href="#powerpc-x-eabisim">powerpc-*-eabisim</a>
! <li><a href="#powerpc-x-eabi">powerpc-*-eabi</a>
! <li><a href="#powerpcle-x-elf">powerpcle-*-elf</a>
! <li><a href="#powerpcle-x-eabisim">powerpcle-*-eabisim</a>
! <li><a href="#powerpcle-x-eabi">powerpcle-*-eabi</a>
! <li><a href="#riscv32-x-elf">riscv32-*-elf</a>
! <li><a href="#riscv32-x-linux">riscv32-*-linux</a>
! <li><a href="#riscv64-x-elf">riscv64-*-elf</a>
! <li><a href="#riscv64-x-linux">riscv64-*-linux</a>
! <li><a href="#s390-x-linux">s390-*-linux*</a>
! <li><a href="#s390x-x-linux">s390x-*-linux*</a>
! <li><a href="#s390x-ibm-tpf">s390x-ibm-tpf*</a>
! <li><a href="#x-x-solaris2">*-*-solaris2*</a>
! <li><a href="#sparc-x-x">sparc*-*-*</a>
! <li><a href="#sparc-sun-solaris2">sparc-sun-solaris2*</a>
! <li><a href="#sparc-sun-solaris210">sparc-sun-solaris2.10</a>
! <li><a href="#sparc-x-linux">sparc-*-linux*</a>
! <li><a href="#sparc64-x-solaris2">sparc64-*-solaris2*</a>
! <li><a href="#sparcv9-x-solaris2">sparcv9-*-solaris2*</a>
! <li><a href="#c6x-x-x">c6x-*-*</a>
! <li><a href="#tilegx-x-linux">tilegx-*-linux*</a>
! <li><a href="#tilegxbe-x-linux">tilegxbe-*-linux*</a>
! <li><a href="#tilepro-x-linux">tilepro-*-linux*</a>
! <li><a href="#visium-x-elf">visium-*-elf</a>
! <li><a href="#x-x-vxworks">*-*-vxworks*</a>
! <li><a href="#x86-64-x-x">x86_64-*-*</a> amd64-*-*
! <li><a href="#x86-64-x-solaris210">x86_64-*-solaris2.1[0-9]*</a>
! <li><a href="#xtensa-x-elf">xtensa*-*-elf</a>
! <li><a href="#xtensa-x-linux">xtensa*-*-linux*</a>
! <li><a href="#windows">Microsoft Windows</a>
! <li><a href="#x-x-cygwin">*-*-cygwin</a>
! <li><a href="#x-x-mingw32">*-*-mingw32</a>
! <li><a href="#os2">OS/2</a>
! <li><a href="#older">Older systems</a>
! </ul>
  
+      <ul>
+ <li><a href="#elf">all ELF targets</a> (SVR4, Solaris 2, etc.) 
+ </ul>
  
!    <p><!-- -------- host/target specific issues start here ---------------- -->
! <hr /><a name="aarch64_002dx_002dx"></a>
! 
! <h3 class="heading"><a name="TOC0"></a>aarch64*-*-*</h3>
! 
! <p>Binutils pre 2.24 does not have support for selecting <samp><span class="option">-mabi</span></samp> and
  does not support ILP32.  If it is used to build GCC 4.9 or later, GCC will
! not support option <samp><span class="option">-mabi=ilp32</span></samp>.
! 
!    <p>To enable a workaround for the Cortex-A53 erratum number 835769 by default
  (for all CPUs regardless of -mcpu option given) at configure time use the
! <samp><span class="option">--enable-fix-cortex-a53-835769</span></samp> option.  This will enable the fix by
  default and can be explicitly disabled during compilation by passing the
! <samp><span class="option">-mno-fix-cortex-a53-835769</span></samp> option.  Conversely,
! <samp><span class="option">--disable-fix-cortex-a53-835769</span></samp> will disable the workaround by
  default.  The workaround is disabled by default if neither of
! <samp><span class="option">--enable-fix-cortex-a53-835769</span></samp> or
! <samp><span class="option">--disable-fix-cortex-a53-835769</span></samp> is given at configure time.
! 
!    <p>To enable a workaround for the Cortex-A53 erratum number 843419 by default
  (for all CPUs regardless of -mcpu option given) at configure time use the
! <samp><span class="option">--enable-fix-cortex-a53-843419</span></samp> option.  This workaround is applied at
  link time.  Enabling the workaround will cause GCC to pass the relevant option
  to the linker.  It can be explicitly disabled during compilation by passing the
! <samp><span class="option">-mno-fix-cortex-a53-843419</span></samp> option.  Conversely,
! <samp><span class="option">--disable-fix-cortex-a53-843419</span></samp> will disable the workaround by default. 
  The workaround is disabled by default if neither of
! <samp><span class="option">--enable-fix-cortex-a53-843419</span></samp> or
! <samp><span class="option">--disable-fix-cortex-a53-843419</span></samp> is given at configure time.
! 
!    <p><hr /><a name="alpha_002dx_002dx"></a>
! 
! <h3 class="heading"><a name="TOC1"></a>alpha*-*-*</h3>
! 
  <p>This section contains general configuration information for all
  alpha-based platforms using ELF (in particular, ignore this section for
  DEC OSF/1, Digital UNIX and Tru64 UNIX).  In addition to reading this
  section, please read all other sections that match your target.
! 
!    <p>We require binutils 2.11.2 or newer. 
  Previous binutils releases had a number of problems with DWARF 2
  debugging information, not the least of which is incorrect linking of
  shared libraries.
! 
!    <p><hr /><a name="alpha_002ddec_002dosf51"></a>
! 
! <h3 class="heading"><a name="TOC2"></a>alpha*-dec-osf5.1</h3>
! 
  <p>Systems using processors that implement the DEC Alpha architecture and
  are running the DEC/Compaq/HP Unix (DEC OSF/1, Digital UNIX, or Compaq/HP
  Tru64 UNIX) operating system, for example the DEC Alpha AXP systems.
! 
!    <p>Support for Tru64 UNIX V5.1 has been removed in GCC 4.8.  As of GCC 4.6,
  support for Tru64 UNIX V4.0 and V5.0 has been removed.  As of GCC 3.2,
  versions before <code>alpha*-dec-osf4</code> are no longer supported.  (These
  are the versions which identify themselves as DEC OSF/1.)
  
!    <p><hr /><a name="amd64_002dx_002dsolaris210"></a>
! 
! <h3 class="heading"><a name="TOC3"></a>amd64-*-solaris2.1[0-9]*</h3>
! 
! <p>This is a synonym for &lsquo;<samp><span class="samp">x86_64-*-solaris2.1[0-9]*</span></samp>&rsquo;.
! 
!    <p><hr /><a name="arc_002dx_002delf32"></a>
! 
! <h3 class="heading"><a name="TOC4"></a>arc-*-elf32</h3>
! 
! <p>Use &lsquo;<samp><span class="samp">configure --target=arc-elf32 --with-cpu=</span><var>cpu</var><span class="samp"> --enable-languages="c,c++"</span></samp>&rsquo;
! to configure GCC, with <var>cpu</var> being one of &lsquo;<samp><span class="samp">arc600</span></samp>&rsquo;, &lsquo;<samp><span class="samp">arc601</span></samp>&rsquo;,
! or &lsquo;<samp><span class="samp">arc700</span></samp>&rsquo;.
! 
!    <p><hr /><a name="arc_002dlinux_002duclibc"></a>
! 
! <h3 class="heading"><a name="TOC5"></a>arc-linux-uclibc</h3>
! 
! <p>Use &lsquo;<samp><span class="samp">configure --target=arc-linux-uclibc --with-cpu=arc700 --enable-languages="c,c++"</span></samp>&rsquo; to configure GCC.
! 
!    <p><hr /><a name="arm_002dx_002deabi"></a>
! 
! <h3 class="heading"><a name="TOC6"></a>arm-*-eabi</h3>
  
  <p>ARM-family processors.
! 
!    <p>Building the Ada frontend commonly fails (an infinite loop executing
  <code>xsinfo</code>) if the host compiler is GNAT 4.8.  Host compilers built from the
  GNAT 4.6, 4.9 or 5 release branches are known to succeed.
! 
!    <p><hr /><a name="avr"></a>
! 
! <h3 class="heading"><a name="TOC7"></a>avr</h3>
! 
  <p>ATMEL AVR-family micro controllers.  These are used in embedded
! applications.  There are no standard Unix configurations. 
  See &ldquo;AVR Options&rdquo; in the main manual
  for the list of supported MCU types.
! 
!    <p>Use &lsquo;<samp><span class="samp">configure --target=avr --enable-languages="c"</span></samp>&rsquo; to configure GCC.
! 
!    <p>Further installation notes and other useful information about AVR tools
  can also be obtained from:
  
!      <ul>
! <li><a href="http://www.nongnu.org/avr/">http://www.nongnu.org/avr/</a>
! <li><a href="http://www.amelek.gda.pl/avr/">http://www.amelek.gda.pl/avr/</a>
! </ul>
  
!    <p>The following error:
! <pre class="smallexample">     Error: register required
! </pre>
!    <p>indicates that you should upgrade to a newer version of the binutils.
! 
!    <p><hr /><a name="bfin"></a>
! 
! <h3 class="heading"><a name="TOC8"></a>Blackfin</h3>
! 
! <p>The Blackfin processor, an Analog Devices DSP. 
  See &ldquo;Blackfin Options&rdquo; in the main manual
! 
!    <p>More information, and a version of binutils with support for this processor,
  is available at <a href="https://blackfin.uclinux.org">https://blackfin.uclinux.org</a>
! 
!    <p><hr /><a name="cr16"></a>
! 
! <h3 class="heading"><a name="TOC9"></a>CR16</h3>
! 
  <p>The CR16 CompactRISC architecture is a 16-bit architecture. This
  architecture is used in embedded applications.
  
!    <p>See &ldquo;CR16 Options&rdquo; in the main manual for a list of CR16-specific options.
! 
!    <p>Use &lsquo;<samp><span class="samp">configure --target=cr16-elf --enable-languages=c,c++</span></samp>&rsquo; to configure
! GCC for building a CR16 elf cross-compiler.
! 
!    <p>Use &lsquo;<samp><span class="samp">configure --target=cr16-uclinux --enable-languages=c,c++</span></samp>&rsquo; to
! configure GCC for building a CR16 uclinux cross-compiler.
! 
!    <p><hr /><a name="cris"></a>
! 
! <h3 class="heading"><a name="TOC10"></a>CRIS</h3>
! 
  <p>CRIS is the CPU architecture in Axis Communications ETRAX system-on-a-chip
  series.  These are used in embedded applications.
! 
!    <p>See &ldquo;CRIS Options&rdquo; in the main manual
  for a list of CRIS-specific options.
! 
!    <p>There are a few different CRIS targets:
!      <dl>
! <dt><code>cris-axis-elf</code><dd>Mainly for monolithic embedded systems.  Includes a multilib for the
! &lsquo;<samp><span class="samp">v10</span></samp>&rsquo; core used in &lsquo;<samp><span class="samp">ETRAX 100 LX</span></samp>&rsquo;. 
! <br><dt><code>cris-axis-linux-gnu</code><dd>A GNU/Linux port for the CRIS architecture, currently targeting
! &lsquo;<samp><span class="samp">ETRAX 100 LX</span></samp>&rsquo; by default. 
  </dl>
  
!    <p>Pre-packaged tools can be obtained from
  <a href="ftp://ftp.axis.com/pub/axis/tools/cris/compiler-kit/">ftp://ftp.axis.com/pub/axis/tools/cris/compiler-kit/</a>.  More
  information about this platform is available at
  <a href="http://developer.axis.com/">http://developer.axis.com/</a>.
! 
!    <p><hr /><a name="dos"></a>
! 
! <h3 class="heading"><a name="TOC11"></a>DOS</h3>
! 
  <p>Please have a look at the <a href="binaries.html">binaries page</a>.
! 
!    <p>You cannot install GCC by itself on MSDOS; it will not compile under
  any MSDOS compiler except itself.  You need to get the complete
  compilation package DJGPP, which includes binaries as well as sources,
  and includes all the necessary compilation tools and libraries.
! 
!    <p><hr /><a name="epiphany_002dx_002delf"></a>
! 
! <h3 class="heading"><a name="TOC12"></a>epiphany-*-elf</h3>
! 
! <p>Adapteva Epiphany. 
  This configuration is intended for embedded systems.
! 
!    <p><hr /><a name="x_002dx_002dfreebsd"></a>
! 
! <h3 class="heading"><a name="TOC13"></a>*-*-freebsd*</h3>
! 
  <p>Support for FreeBSD 1 was discontinued in GCC 3.2.  Support for
  FreeBSD 2 (and any mutant a.out variants of FreeBSD 3) was
  discontinued in GCC 4.0.
! 
!    <p>In order to better utilize FreeBSD base system functionality and match
  the configuration of the system compiler, GCC 4.5 and above as well as
  GCC 4.4 past 2010-06-20 leverage SSP support in libc (which is present
  on FreeBSD 7 or later) and the use of <code>__cxa_atexit</code> by default
  (on FreeBSD 6 or later).  The use of <code>dl_iterate_phdr</code> inside
! <samp><span class="file">libgcc_s.so.1</span></samp> and boehm-gc (on FreeBSD 7 or later) is enabled
  by GCC 4.5 and above.
! 
!    <p>We support FreeBSD using the ELF file format with DWARF 2 debugging
! for all CPU architectures.  You may use <samp><span class="option">-gstabs</span></samp> instead of
! <samp><span class="option">-g</span></samp>, if you really want the old debugging format.  There are
  no known issues with mixing object files and libraries with different
  debugging formats.  Otherwise, this release of GCC should now match
  more of the configuration used in the stock FreeBSD configuration of
! GCC.  In particular, <samp><span class="option">--enable-threads</span></samp> is now configured by
  default.  However, as a general user, do not attempt to replace the
  system compiler with this release.  Known to bootstrap and check with
  good results on FreeBSD 7.2-STABLE.  In the past, known to bootstrap
  and check with good results on FreeBSD 3.0, 3.4, 4.0, 4.2, 4.3, 4.4,
  4.5, 4.8, 4.9 and 5-CURRENT.
! 
!    <p>The version of binutils installed in <samp><span class="file">/usr/bin</span></samp> probably works
  with this release of GCC.  Bootstrapping against the latest GNU
! binutils and/or the version found in <samp><span class="file">/usr/ports/devel/binutils</span></samp> has
  been known to enable additional features and improve overall testsuite
  results.  However, it is currently known that boehm-gc may not configure
  properly on FreeBSD prior to the FreeBSD 7.0 release with GNU binutils
  after 2.16.1.
! 
!    <p><hr /><a name="ft32_002dx_002delf"></a>
! 
! <h3 class="heading"><a name="TOC14"></a>ft32-*-elf</h3>
! 
! <p>The FT32 processor. 
  This configuration is intended for embedded systems.
! 
!    <p><hr /><a name="h8300_002dhms"></a>
! 
! <h3 class="heading"><a name="TOC15"></a>h8300-hms</h3>
! 
  <p>Renesas H8/300 series of processors.
! 
!    <p>Please have a look at the <a href="binaries.html">binaries page</a>.
! 
!    <p>The calling convention and structure layout has changed in release 2.6. 
  All code must be recompiled.  The calling convention now passes the
  first three arguments in function calls in registers.  Structures are no
  longer a multiple of 2 bytes.
! 
!    <p><hr /><a name="hppa_002dhp_002dhpux"></a>
! 
! <h3 class="heading"><a name="TOC16"></a>hppa*-hp-hpux*</h3>
! 
  <p>Support for HP-UX version 9 and older was discontinued in GCC 3.4.
! 
!    <p>We require using gas/binutils on all hppa platforms.  Version 2.19 or
  later is recommended.
! 
!    <p>It may be helpful to configure GCC with the
! <a href="./configure.html#with-gnu-as"><samp><span class="option">--with-gnu-as</span></samp></a> and
! <samp><span class="option">--with-as=...</span></samp> options to ensure that GCC can find GAS.
! 
!    <p>The HP assembler should not be used with GCC.  It is rarely tested and may
! not work.  It shouldn't be used with any languages other than C due to its
  many limitations.
! 
!    <p>Specifically, <samp><span class="option">-g</span></samp> does not work (HP-UX uses a peculiar debugging
  format which GCC does not know about).  It also inserts timestamps
  into each object file it creates, causing the 3-stage comparison test to
  fail during a bootstrap.  You should be able to continue by saying
! &lsquo;<samp><span class="samp">make all-host all-target</span></samp>&rsquo; after getting the failure from &lsquo;<samp><span class="samp">make</span></samp>&rsquo;.
! 
!    <p>Various GCC features are not supported.  For example, it does not support weak
  symbols or alias definitions.  As a result, explicit template instantiations
  are required when using C++.  This makes it difficult if not impossible to
  build many C++ applications.
! 
!    <p>There are two default scheduling models for instructions.  These are
  PROCESSOR_7100LC and PROCESSOR_8000.  They are selected from the pa-risc
! architecture specified for the target machine when configuring. 
  PROCESSOR_8000 is the default.  PROCESSOR_7100LC is selected when
! the target is a &lsquo;<samp><span class="samp">hppa1*</span></samp>&rsquo; machine.
! 
!    <p>The PROCESSOR_8000 model is not well suited to older processors.  Thus,
  it is important to completely specify the machine architecture when
  configuring if you want a model other than PROCESSOR_8000.  The macro
  TARGET_SCHED_DEFAULT can be defined in BOOT_CFLAGS if a different
  default scheduling model is desired.
! 
!    <p>As of GCC 4.0, GCC uses the UNIX 95 namespace for HP-UX 10.10
! through 11.00, and the UNIX 98 namespace for HP-UX 11.11 and later. 
  This namespace change might cause problems when bootstrapping with
  an earlier version of GCC or the HP compiler as essentially the same
  namespace is required for an entire build.  This problem can be avoided
! in a number of ways.  With HP cc, <samp><span class="env">UNIX_STD</span></samp> can be set to &lsquo;<samp><span class="samp">95</span></samp>&rsquo;
! or &lsquo;<samp><span class="samp">98</span></samp>&rsquo;.  Another way is to add an appropriate set of predefines
! to <samp><span class="env">CC</span></samp>.  The description for the <samp><span class="option">munix=</span></samp> option contains
  a list of the predefines used with each standard.
! 
!    <p>More specific information to &lsquo;<samp><span class="samp">hppa*-hp-hpux*</span></samp>&rsquo; targets follows.
! 
!    <p><hr /><a name="hppa_002dhp_002dhpux10"></a>
! 
! <h3 class="heading"><a name="TOC17"></a>hppa*-hp-hpux10</h3>
! 
  <p>For hpux10.20, we <em>highly</em> recommend you pick up the latest sed patch
  <code>PHCO_19798</code> from HP.
! 
!    <p>The C++ ABI has changed incompatibly in GCC 4.0.  COMDAT subspaces are
  used for one-only code and data.  This resolves many of the previous
  problems in using C++ on this target.  However, the ABI is not compatible
  with the one implemented under HP-UX 11 using secondary definitions.
! 
!    <p><hr /><a name="hppa_002dhp_002dhpux11"></a>
! 
! <h3 class="heading"><a name="TOC18"></a>hppa*-hp-hpux11</h3>
! 
  <p>GCC 3.0 and up support HP-UX 11.  GCC 2.95.x is not supported and cannot
  be used to compile GCC 3.0 and up.
! 
!    <p>The libffi library haven't been ported to 64-bit HP-UX and doesn't build.
! 
!    <p>Refer to <a href="binaries.html">binaries</a> for information about obtaining
  precompiled GCC binaries for HP-UX.  Precompiled binaries must be obtained
  to build the Ada language as it cannot be bootstrapped using C.  Ada is
  only available for the 32-bit PA-RISC runtime.
! 
!    <p>Starting with GCC 3.4 an ISO C compiler is required to bootstrap.  The
! bundled compiler supports only traditional C; you will need either HP's
  unbundled compiler, or a binary distribution of GCC.
! 
!    <p>It is possible to build GCC 3.3 starting with the bundled HP compiler,
  but the process requires several steps.  GCC 3.3 can then be used to
  build later versions.
! 
!    <p>There are several possible approaches to building the distribution. 
  Binutils can be built first using the HP tools.  Then, the GCC
  distribution can be built.  The second approach is to build GCC
! first using the HP tools, then build binutils, then rebuild GCC. 
  There have been problems with various binary distributions, so it
  is best not to start from a binary distribution.
! 
!    <p>On 64-bit capable systems, there are two distinct targets.  Different
  installation prefixes must be used if both are to be installed on
! the same system.  The &lsquo;<samp><span class="samp">hppa[1-2]*-hp-hpux11*</span></samp>&rsquo; target generates code
! for the 32-bit PA-RISC runtime architecture and uses the HP linker. 
! The &lsquo;<samp><span class="samp">hppa64-hp-hpux11*</span></samp>&rsquo; target generates 64-bit code for the
  PA-RISC 2.0 architecture.
! 
!    <p>The script config.guess now selects the target type based on the compiler
! detected during configuration.  You must define <samp><span class="env">PATH</span></samp> or <samp><span class="env">CC</span></samp> so
! that configure finds an appropriate compiler for the initial bootstrap. 
! When <samp><span class="env">CC</span></samp> is used, the definition should contain the options that are
! needed whenever <samp><span class="env">CC</span></samp> is used.
! 
!    <p>Specifically, options that determine the runtime architecture must be
! in <samp><span class="env">CC</span></samp> to correctly select the target for the build.  It is also
! convenient to place many other compiler options in <samp><span class="env">CC</span></samp>.  For example,
! <samp><span class="env">CC="cc -Ac +DA2.0W -Wp,-H16376 -D_CLASSIC_TYPES -D_HPUX_SOURCE"</span></samp>
  can be used to bootstrap the GCC 3.3 branch with the HP compiler in
! 64-bit K&amp;R/bundled mode.  The <samp><span class="option">+DA2.0W</span></samp> option will result in
! the automatic selection of the &lsquo;<samp><span class="samp">hppa64-hp-hpux11*</span></samp>&rsquo; target.  The
  macro definition table of cpp needs to be increased for a successful
  build with the HP compiler.  _CLASSIC_TYPES and _HPUX_SOURCE need to
  be defined when building with the bundled compiler, or when using the
! <samp><span class="option">-Ac</span></samp> option.  These defines aren't necessary with <samp><span class="option">-Ae</span></samp>.
! 
!    <p>It is best to explicitly configure the &lsquo;<samp><span class="samp">hppa64-hp-hpux11*</span></samp>&rsquo; target
! with the <samp><span class="option">--with-ld=...</span></samp> option.  This overrides the standard
  search for ld.  The two linkers supported on this target require different
  commands.  The default linker is determined during configuration.  As a
! result, it's not possible to switch linkers in the middle of a GCC build. 
  This has been reported to sometimes occur in unified builds of binutils
  and GCC.
! 
!    <p>A recent linker patch must be installed for the correct operation of
  GCC 3.3 and later.  <code>PHSS_26559</code> and <code>PHSS_24304</code> are the
  oldest linker patches that are known to work.  They are for HP-UX
  11.00 and 11.11, respectively.  <code>PHSS_24303</code>, the companion to
! <code>PHSS_24304</code>, might be usable but it hasn't been tested.  These
  patches have been superseded.  Consult the HP patch database to obtain
  the currently recommended linker patch for your system.
! 
!    <p>The patches are necessary for the support of weak symbols on the
  32-bit port, and for the running of initializers and finalizers.  Weak
  symbols are implemented using SOM secondary definition symbols.  Prior
! to HP-UX 11, there are bugs in the linker support for secondary symbols. 
  The patches correct a problem of linker core dumps creating shared
  libraries containing secondary symbols, as well as various other
  linking issues involving secondary symbols.
! 
!    <p>GCC 3.3 uses the ELF DT_INIT_ARRAY and DT_FINI_ARRAY capabilities to
  run initializers and finalizers on the 64-bit port.  The 32-bit port
! uses the linker <samp><span class="option">+init</span></samp> and <samp><span class="option">+fini</span></samp> options for the same
  purpose.  The patches correct various problems with the +init/+fini
  options, including program core dumps.  Binutils 2.14 corrects a
! problem on the 64-bit port resulting from HP's non-standard use of
  the .init and .fini sections for array initializers and finalizers.
! 
!    <p>Although the HP and GNU linkers are both supported for the
! &lsquo;<samp><span class="samp">hppa64-hp-hpux11*</span></samp>&rsquo; target, it is strongly recommended that the
  HP linker be used for link editing on this target.
! 
!    <p>At this time, the GNU linker does not support the creation of long
  branch stubs.  As a result, it cannot successfully link binaries
  containing branch offsets larger than 8 megabytes.  In addition,
  there are problems linking shared libraries, linking executables
! with <samp><span class="option">-static</span></samp>, and with dwarf2 unwind and exception support. 
! It also doesn't provide stubs for internal calls to global functions
  in shared libraries, so these calls cannot be overloaded.
! 
!    <p>The HP dynamic loader does not support GNU symbol versioning, so symbol
  versioning is not supported.  It may be necessary to disable symbol
! versioning with <samp><span class="option">--disable-symvers</span></samp> when using GNU ld.
! 
!    <p>POSIX threads are the default.  The optional DCE thread library is not
! supported, so <samp><span class="option">--enable-threads=dce</span></samp> does not work.
! 
!    <p><hr /><a name="x_002dx_002dlinux_002dgnu"></a>
! 
! <h3 class="heading"><a name="TOC19"></a>*-*-linux-gnu</h3>
! 
  <p>Versions of libstdc++-v3 starting with 3.2.1 require bug fixes present
  in glibc 2.2.5 and later.  More information is available in the
  libstdc++-v3 documentation.
! 
!    <p><hr /><a name="ix86_002dx_002dlinux"></a>
! 
! <h3 class="heading"><a name="TOC20"></a>i?86-*-linux*</h3>
! 
! <p>As of GCC 3.3, binutils 2.13.1 or later is required for this platform. 
  See <a href="http://gcc.gnu.org/PR10877">bug 10877</a> for more information.
! 
!    <p>If you receive Signal 11 errors when building on GNU/Linux, then it is
  possible you have a hardware problem.  Further information on this can be
  found on <a href="http://www.bitwizard.nl/sig11/">www.bitwizard.nl</a>.
! 
!    <p><hr /><a name="ix86_002dx_002dsolaris210"></a>
! 
! <h3 class="heading"><a name="TOC21"></a>i?86-*-solaris2.10</h3>
! 
  <p>Use this for Solaris 10 or later on x86 and x86-64 systems.  Starting
! with GCC 4.7, there is also a 64-bit &lsquo;<samp><span class="samp">amd64-*-solaris2.1[0-9]*</span></samp>&rsquo; or
! &lsquo;<samp><span class="samp">x86_64-*-solaris2.1[0-9]*</span></samp>&rsquo; configuration that corresponds to
! &lsquo;<samp><span class="samp">sparcv9-sun-solaris2*</span></samp>&rsquo;.
! 
!    <p>It is recommended that you configure GCC to use the GNU assembler.  The
  versions included in Solaris 10, from GNU binutils 2.15 (in
! <samp><span class="file">/usr/sfw/bin/gas</span></samp>), and Solaris 11, from GNU binutils 2.19 or
! newer (also available as <samp><span class="file">/usr/bin/gas</span></samp> and
! <samp><span class="file">/usr/gnu/bin/as</span></samp>), work fine.  Please note that the current
  version, from GNU binutils 2.26, only works on Solaris 12 when using the
  Solaris linker.  On Solaris 10 and 11, you either have to wait for GNU
  binutils 2.26.1 or newer, or stay with GNU binutils 2.25.1.  Recent
! versions of the Solaris assembler in <samp><span class="file">/usr/ccs/bin/as</span></samp> work almost
! as well, though. 
! <!-- FIXME: as patch requirements? -->
! 
!    <p>For linking, the Solaris linker, is preferred.  If you want to use the GNU
  linker instead, note that due to a packaging bug the version in Solaris
! 10, from GNU binutils 2.15 (in <samp><span class="file">/usr/sfw/bin/gld</span></samp>), cannot be used,
  while the version in Solaris 11, from GNU binutils 2.19 or newer (also
! in <samp><span class="file">/usr/gnu/bin/ld</span></samp> and <samp><span class="file">/usr/bin/gld</span></samp>), works, as does the
  latest version, from GNU binutils 2.26.
! 
!    <p>To use GNU <samp><span class="command">as</span></samp>, configure with the options
! <samp><span class="option">--with-gnu-as --with-as=/usr/sfw/bin/gas</span></samp>.  It may be necessary
! to configure with <samp><span class="option">--without-gnu-ld --with-ld=/usr/ccs/bin/ld</span></samp> to
! guarantee use of Sun <samp><span class="command">ld</span></samp>. 
! <!-- FIXME: why -without-gnu-ld -with-ld? -->
! 
!    <p><hr /><a name="ia64_002dx_002dlinux"></a>
! 
! <h3 class="heading"><a name="TOC22"></a>ia64-*-linux</h3>
! 
  <p>IA-64 processor (also known as IPF, or Itanium Processor Family)
  running GNU/Linux.
! 
!    <p>If you are using the installed system libunwind library with
! <samp><span class="option">--with-system-libunwind</span></samp>, then you must use libunwind 0.98 or
  later.
! 
!    <p>None of the following versions of GCC has an ABI that is compatible
  with any of the other versions in this list, with the exception that
  Red Hat 2.96 and Trillian 000171 are compatible with each other:
! 3.1, 3.0.2, 3.0.1, 3.0, Red Hat 2.96, and Trillian 000717. 
! This primarily affects C++ programs and programs that create shared libraries. 
! GCC 3.1 or later is recommended for compiling linux, the kernel. 
  As of version 3.1 GCC is believed to be fully ABI compliant, and hence no
  more major ABI changes are expected.
! 
!    <p><hr /><a name="ia64_002dx_002dhpux"></a>
! 
! <h3 class="heading"><a name="TOC23"></a>ia64-*-hpux*</h3>
! 
  <p>Building GCC on this target requires the GNU Assembler.  The bundled HP
  assembler will not work.  To prevent GCC from using the wrong assembler,
! the option <samp><span class="option">--with-gnu-as</span></samp> may be necessary.
! 
!    <p>The GCC libunwind library has not been ported to HPUX.  This means that for
! GCC versions 3.2.3 and earlier, <samp><span class="option">--enable-libunwind-exceptions</span></samp>
! is required to build GCC.  For GCC 3.3 and later, this is the default. 
! For gcc 3.4.3 and later, <samp><span class="option">--enable-libunwind-exceptions</span></samp> is
  removed and the system libunwind library will always be used.
! 
!    <p><hr />
! <!-- rs6000-ibm-aix*, powerpc-ibm-aix* --><a name="x_002dibm_002daix"></a>
! 
! <h3 class="heading"><a name="TOC24"></a>*-ibm-aix*</h3>
! 
! <p>Support for AIX version 3 and older was discontinued in GCC 3.4. 
  Support for AIX version 4.2 and older was discontinued in GCC 4.5.
! 
!    <p>&ldquo;out of memory&rdquo; bootstrap failures may indicate a problem with
  process resource limits (ulimit).  Hard limits are configured in the
! <samp><span class="file">/etc/security/limits</span></samp> system configuration file.
! 
!    <p>GCC 4.9 and above require a C++ compiler for bootstrap.  IBM VAC++ / xlC
  cannot bootstrap GCC.  xlc can bootstrap an older version of GCC and
  G++ can bootstrap recent releases of GCC.
! 
!    <p>GCC can bootstrap with recent versions of IBM XLC, but bootstrapping
  with an earlier release of GCC is recommended.  Bootstrapping with XLC
  requires a larger data segment, which can be enabled through the
  <var>LDR_CNTRL</var> environment variable, e.g.,
  
! <pre class="smallexample">     % LDR_CNTRL=MAXDATA=0x50000000
!      % export LDR_CNTRL
! </pre>
!    <p>One can start with a pre-compiled version of GCC to build from
! sources.  One may delete GCC's &ldquo;fixed&rdquo; header files when starting
  with a version of GCC built for an earlier release of AIX.
  
!    <p>To speed up the configuration phases of bootstrapping and installing GCC,
! one may use GNU Bash instead of AIX <samp><span class="command">/bin/sh</span></samp>, e.g.,
! 
! <pre class="smallexample">     % CONFIG_SHELL=/opt/freeware/bin/bash
!      % export CONFIG_SHELL
! </pre>
!    <p>and then proceed as described in <a href="build.html">the build instructions</a>, where we strongly recommend specifying an absolute path
  to invoke <var>srcdir</var>/configure.
! 
!    <p>Because GCC on AIX is built as a 32-bit executable by default,
  (although it can generate 64-bit programs) the GMP and MPFR libraries
  required by gfortran must be 32-bit libraries.  Building GMP and MPFR
  as static archive libraries works better than shared libraries.
! 
!    <p>Errors involving <code>alloca</code> when building GCC generally are due
  to an incorrect definition of <code>CC</code> in the Makefile or mixing files
  compiled with the native C compiler and GCC.  During the stage1 phase of
! the build, the native AIX compiler <strong>must</strong> be invoked as <samp><span class="command">cc</span></samp>
! (not <samp><span class="command">xlc</span></samp>).  Once <samp><span class="command">configure</span></samp> has been informed of
! <samp><span class="command">xlc</span></samp>, one needs to use &lsquo;<samp><span class="samp">make distclean</span></samp>&rsquo; to remove the
! configure cache files and ensure that <samp><span class="env">CC</span></samp> environment variable
! does not provide a definition that will confuse <samp><span class="command">configure</span></samp>. 
  If this error occurs during stage2 or later, then the problem most likely
  is the version of Make (see above).
! 
!    <p>The native <samp><span class="command">as</span></samp> and <samp><span class="command">ld</span></samp> are recommended for
  bootstrapping on AIX.  The GNU Assembler, GNU Linker, and GNU
  Binutils version 2.20 is the minimum level that supports bootstrap on
! AIX 5.  The GNU Assembler has not been updated to support AIX 6 or
  AIX 7.  The native AIX tools do interoperate with GCC.
! 
!    <p>AIX 7.1 added partial support for DWARF debugging, but full support
  requires AIX 7.1 TL03 SP7 that supports additional DWARF sections and
  fixes a bug in the assembler.  AIX 7.1 TL03 SP5 distributed a version
  of libm.a missing important symbols; a fix for IV77796 will be
  included in SP6.
! 
!    <p>AIX 5.3 TL10, AIX 6.1 TL05 and AIX 7.1 TL00 introduced an AIX
  assembler change that sometimes produces corrupt assembly files
  causing AIX linker errors.  The bug breaks GCC bootstrap on AIX and
  can cause compilation failures with existing GCC installations.  An
*************** AIX iFix for AIX 5.3 is available (APAR
*** 730,1484 ****
  IZ98477 for AIX 5.3 TL11 and IZ98134 for AIX 5.3 TL12). AIX 5.3 TL11 SP8,
  AIX 5.3 TL12 SP5, AIX 6.1 TL04 SP11, AIX 6.1 TL05 SP7, AIX 6.1 TL06 SP6,
  AIX 6.1 TL07 and AIX 7.1 TL01 should include the fix.
! </p>
! <p>Building <samp>libstdc++.a</samp> requires a fix for an AIX Assembler bug
  APAR IY26685 (AIX 4.3) or APAR IY25528 (AIX 5.1).  It also requires a
  fix for another AIX Assembler bug and a co-dependent AIX Archiver fix
  referenced as APAR IY53606 (AIX 5.2) or as APAR IY54774 (AIX 5.1)
! </p>
! <a name="TransferAixShobj"></a><p>&lsquo;<samp>libstdc++</samp>&rsquo; in GCC 3.4 increments the major version number of the
! shared object and GCC installation places the <samp>libstdc++.a</samp>
  shared library in a common location which will overwrite the and GCC
  3.3 version of the shared library.  Applications either need to be
  re-linked against the new shared library or the GCC 3.1 and GCC 3.3
! versions of the &lsquo;<samp>libstdc++</samp>&rsquo; shared object needs to be available
! to the AIX runtime loader.  The GCC 3.1 &lsquo;<samp>libstdc++.so.4</samp>&rsquo;, if
! present, and GCC 3.3 &lsquo;<samp>libstdc++.so.5</samp>&rsquo; shared objects can be
  installed for runtime dynamic loading using the following steps to set
! the &lsquo;<samp>F_LOADONLY</samp>&rsquo; flag in the shared object for <em>each</em>
! multilib <samp>libstdc++.a</samp> installed:
! </p>
! <p>Extract the shared objects from the currently installed
! <samp>libstdc++.a</samp> archive:
! </p><div class="smallexample">
! <pre class="smallexample">% ar -x libstdc++.a libstdc++.so.4 libstdc++.so.5
! </pre></div>
  
! <p>Enable the &lsquo;<samp>F_LOADONLY</samp>&rsquo; flag so that the shared object will be
  available for runtime dynamic loading, but not linking:
! </p><div class="smallexample">
! <pre class="smallexample">% strip -e libstdc++.so.4 libstdc++.so.5
! </pre></div>
! 
! <p>Archive the runtime-only shared object in the GCC 3.4
! <samp>libstdc++.a</samp> archive:
! </p><div class="smallexample">
! <pre class="smallexample">% ar -q libstdc++.a libstdc++.so.4 libstdc++.so.5
! </pre></div>
! 
! <p>Eventually, the
! <a href="./configure.html#WithAixSoname"><samp>--with-aix-soname=svr4</samp></a>
  configure option may drop the need for this procedure for libraries that
  support it.
! </p>
! <p>Linking executables and shared libraries may produce warnings of
  duplicate symbols.  The assembly files generated by GCC for AIX always
  have included multiple symbol definitions for certain global variable
  and function declarations in the original program.  The warnings should
  not prevent the linker from producing a correct library or runnable
  executable.
! </p>
! <p>AIX 4.3 utilizes a &ldquo;large format&rdquo; archive to support both 32-bit and
  64-bit object modules.  The routines provided in AIX 4.3.0 and AIX 4.3.1
! to parse archive libraries did not handle the new format correctly.
  These routines are used by GCC and result in error messages during
  linking such as &ldquo;not a COFF file&rdquo;.  The version of the routines shipped
! with AIX 4.3.1 should work for a 32-bit environment.  The <samp>-g</samp>
  option of the archive command may be used to create archives of 32-bit
  objects using the original &ldquo;small format&rdquo;.  A correct version of the
  routines is shipped with AIX 4.3.2 and above.
! </p>
! <p>Some versions of the AIX binder (linker) can fail with a relocation
! overflow severe error when the <samp>-bbigtoc</samp> option is used to link
  GCC-produced object files into an executable that overflows the TOC.  A fix
  for APAR IX75823 (OVERFLOW DURING LINK WHEN USING GCC AND -BBIGTOC) is
  available from IBM Customer Support and from its
  <a href="http://techsupport.services.ibm.com/">techsupport.services.ibm.com</a>
  website as PTF U455193.
! </p>
! <p>The AIX 4.3.2.1 linker (bos.rte.bind_cmds Level 4.3.2.1) will dump core
  with a segmentation fault when invoked by any version of GCC.  A fix for
  APAR IX87327 is available from IBM Customer Support and from its
  <a href="http://techsupport.services.ibm.com/">techsupport.services.ibm.com</a>
  website as PTF U461879.  This fix is incorporated in AIX 4.3.3 and above.
! </p>
! <p>The initial assembler shipped with AIX 4.3.0 generates incorrect object
  files.  A fix for APAR IX74254 (64BIT DISASSEMBLED OUTPUT FROM COMPILER FAILS
  TO ASSEMBLE/BIND) is available from IBM Customer Support and from its
  <a href="http://techsupport.services.ibm.com/">techsupport.services.ibm.com</a>
  website as PTF U453956.  This fix is incorporated in AIX 4.3.1 and above.
! </p>
! <p>AIX provides National Language Support (NLS).  Compilers and assemblers
  use NLS to support locale-specific representations of various data
! formats including floating-point numbers (e.g., &lsquo;<samp>.</samp>&rsquo;  vs &lsquo;<samp>,</samp>&rsquo; for
  separating decimal fractions).  There have been problems reported where
  GCC does not produce the same floating-point formats that the assembler
! expects.  If one encounters this problem, set the <code>LANG</code>
! environment variable to &lsquo;<samp>C</samp>&rsquo; or &lsquo;<samp>En_US</samp>&rsquo;.
! </p>
! <p>A default can be specified with the <samp>-mcpu=<var>cpu_type</var></samp>
! switch and using the configure option <samp>--with-cpu-<var>cpu_type</var></samp>.
! </p>
! <hr />
! <a name="iq2000_002dx_002delf"></a><a name="iq2000_002d_002a_002delf"></a>
! <h3 class="heading">iq2000-*-elf</h3>
  <p>Vitesse IQ2000 processors.  These are used in embedded
  applications.  There are no standard Unix configurations.
! </p>
! <hr />
! <a name="lm32_002dx_002delf"></a><a name="lm32_002d_002a_002delf"></a>
! <h3 class="heading">lm32-*-elf</h3>
! <p>Lattice Mico32 processor.
  This configuration is intended for embedded systems.
! </p>
! <hr />
! <a name="lm32_002dx_002duclinux"></a><a name="lm32_002d_002a_002duclinux"></a>
! <h3 class="heading">lm32-*-uclinux</h3>
! <p>Lattice Mico32 processor.
  This configuration is intended for embedded systems running uClinux.
! </p>
! <hr />
! <a name="m32c_002dx_002delf"></a><a name="m32c_002d_002a_002delf"></a>
! <h3 class="heading">m32c-*-elf</h3>
! <p>Renesas M32C processor.
  This configuration is intended for embedded systems.
! </p>
! <hr />
! <a name="m32r_002dx_002delf"></a><a name="m32r_002d_002a_002delf"></a>
! <h3 class="heading">m32r-*-elf</h3>
! <p>Renesas M32R processor.
  This configuration is intended for embedded systems.
! </p>
! <hr />
! <a name="m68k_002dx_002dx"></a><a name="m68k_002d_002a_002d_002a"></a>
! <h3 class="heading">m68k-*-*</h3>
  <p>By default,
! &lsquo;<samp>m68k-*-elf*</samp>&rsquo;, &lsquo;<samp>m68k-*-rtems</samp>&rsquo;,  &lsquo;<samp>m68k-*-uclinux</samp>&rsquo; and
! &lsquo;<samp>m68k-*-linux</samp>&rsquo;
  build libraries for both M680x0 and ColdFire processors.  If you only
  need the M680x0 libraries, you can omit the ColdFire ones by passing
! <samp>--with-arch=m68k</samp> to <code>configure</code>.  Alternatively, you
! can omit the M680x0 libraries by passing <samp>--with-arch=cf</samp> to
! <code>configure</code>.  These targets default to 5206 or 5475 code as
  appropriate for the target system when
! configured with <samp>--with-arch=cf</samp> and 68020 code otherwise.
! </p>
! <p>The &lsquo;<samp>m68k-*-netbsd</samp>&rsquo; and
! &lsquo;<samp>m68k-*-openbsd</samp>&rsquo; targets also support the <samp>--with-arch</samp>
  option.  They will generate ColdFire CFV4e code when configured with
! <samp>--with-arch=cf</samp> and 68020 code otherwise.
! </p>
! <p>You can override the default processors listed above by configuring
! with <samp>--with-cpu=<var>target</var></samp>.  This <var>target</var> can either
! be a <samp>-mcpu</samp> argument or one of the following values:
! &lsquo;<samp>m68000</samp>&rsquo;, &lsquo;<samp>m68010</samp>&rsquo;, &lsquo;<samp>m68020</samp>&rsquo;, &lsquo;<samp>m68030</samp>&rsquo;,
! &lsquo;<samp>m68040</samp>&rsquo;, &lsquo;<samp>m68060</samp>&rsquo;, &lsquo;<samp>m68020-40</samp>&rsquo; and &lsquo;<samp>m68020-60</samp>&rsquo;.
! </p>
! <p>GCC requires at least binutils version 2.17 on these targets.
! </p>
! <hr />
! <a name="m68k_002dx_002duclinux"></a><a name="m68k_002d_002a_002duclinux"></a>
! <h3 class="heading">m68k-*-uclinux</h3>
  <p>GCC 4.3 changed the uClinux configuration so that it uses the
! &lsquo;<samp>m68k-linux-gnu</samp>&rsquo; ABI rather than the &lsquo;<samp>m68k-elf</samp>&rsquo; ABI.
  It also added improved support for C++ and flat shared libraries,
  both of which were ABI changes.
! </p>
! <hr />
! <a name="microblaze_002dx_002delf"></a><a name="microblaze_002d_002a_002delf"></a>
! <h3 class="heading">microblaze-*-elf</h3>
! <p>Xilinx MicroBlaze processor.
  This configuration is intended for embedded systems.
! </p>
! <hr />
! <a name="mips_002dx_002dx"></a><a name="mips_002d_002a_002d_002a"></a>
! <h3 class="heading">mips-*-*</h3>
  <p>If on a MIPS system you get an error message saying &ldquo;does not have gp
! sections for all it&rsquo;s [sic] sectons [sic]&rdquo;, don&rsquo;t worry about it.  This
  happens whenever you use GAS with the MIPS linker, but there is not
  really anything wrong, and it is okay to use the output file.  You can
  stop such warnings by installing the GNU linker.
! </p>
! <p>It would be nice to extend GAS to produce the gp tables, but they are
  optional, and there should not be a warning about their absence.
! </p>
! <p>The libstdc++ atomic locking routines for MIPS targets requires MIPS II
  and later.  A patch went in just after the GCC 3.3 release to
! make &lsquo;<samp>mips*-*-*</samp>&rsquo; use the generic implementation instead.  You can also
! configure for &lsquo;<samp>mipsel-elf</samp>&rsquo; as a workaround.  The
! &lsquo;<samp>mips*-*-linux*</samp>&rsquo; target continues to use the MIPS II routines.  More
  work on this is expected in future releases.
- </p>
  
! <p>The built-in <code>__sync_*</code> functions are available on MIPS II and
! later systems and others that support the &lsquo;<samp>ll</samp>&rsquo;, &lsquo;<samp>sc</samp>&rsquo; and
! &lsquo;<samp>sync</samp>&rsquo; instructions.  This can be overridden by passing
! <samp>--with-llsc</samp> or <samp>--without-llsc</samp> when configuring GCC.
  Since the Linux kernel emulates these instructions if they are
! missing, the default for &lsquo;<samp>mips*-*-linux*</samp>&rsquo; targets is
! <samp>--with-llsc</samp>.  The <samp>--with-llsc</samp> and
! <samp>--without-llsc</samp> configure options may be overridden at compile
! time by passing the <samp>-mllsc</samp> or <samp>-mno-llsc</samp> options to
  the compiler.
! </p>
! <p>MIPS systems check for division by zero (unless
! <samp>-mno-check-zero-division</samp> is passed to the compiler) by
  generating either a conditional trap or a break instruction.  Using
  trap results in smaller code, but is only supported on MIPS II and
  later.  Also, some versions of the Linux kernel have a bug that
  prevents trap from generating the proper signal (<code>SIGFPE</code>).  To enable
! the use of break, use the <samp>--with-divide=breaks</samp>
! <code>configure</code> option when configuring GCC.  The default is to
  use traps on systems that support them.
! </p>
! <hr />
! <a name="mips_002dsgi_002dirix5"></a><a name="mips_002dsgi_002dirix5-1"></a>
! <h3 class="heading">mips-sgi-irix5</h3>
  <p>Support for IRIX 5 has been removed in GCC 4.6.
! </p>
! <hr />
! <a name="mips_002dsgi_002dirix6"></a><a name="mips_002dsgi_002dirix6-1"></a>
! <h3 class="heading">mips-sgi-irix6</h3>
  <p>Support for IRIX 6.5 has been removed in GCC 4.8.  Support for IRIX 6
  releases before 6.5 has been removed in GCC 4.6, as well as support for
  the O32 ABI.
! </p>
! <hr />
! <a name="moxie_002dx_002delf"></a><a name="moxie_002d_002a_002delf"></a>
! <h3 class="heading">moxie-*-elf</h3>
  <p>The moxie processor.
! </p>
! <hr />
! <a name="msp430_002dx_002delf"></a><a name="msp430_002d_002a_002delf"></a>
! <h3 class="heading">msp430-*-elf</h3>
! <p>TI MSP430 processor.
  This configuration is intended for embedded systems.
! </p>
! <hr />
! <a name="nds32le_002dx_002delf"></a><a name="nds32le_002d_002a_002delf"></a>
! <h3 class="heading">nds32le-*-elf</h3>
  <p>Andes NDS32 target in little endian mode.
! </p>
! <hr />
! <a name="nds32be_002dx_002delf"></a><a name="nds32be_002d_002a_002delf"></a>
! <h3 class="heading">nds32be-*-elf</h3>
  <p>Andes NDS32 target in big endian mode.
! </p>
! <hr />
! <a name="nvptx_002dx_002dnone"></a><a name="nvptx_002d_002a_002dnone"></a>
! <h3 class="heading">nvptx-*-none</h3>
  <p>Nvidia PTX target.
! </p>
! <p>Instead of GNU binutils, you will need to install
! <a href="https://github.com/MentorEmbedded/nvptx-tools/">nvptx-tools</a>.
  Tell GCC where to find it:
! <samp>--with-build-time-tools=[install-nvptx-tools]/nvptx-none/bin</samp>.
! </p>
! <p>A nvptx port of newlib is available at
! <a href="https://github.com/MentorEmbedded/nvptx-newlib/">nvptx-newlib</a>.
  It can be automatically built together with GCC.  For this, add a
! symbolic link to nvptx-newlib&rsquo;s <samp>newlib</samp> directory to the
  directory containing the GCC sources.
! </p>
! <p>Use the <samp>--disable-sjlj-exceptions</samp> and
! <samp>--enable-newlib-io-long-long</samp> options when configuring.
! </p>
! <hr />
! <a name="powerpc_002dx_002dx"></a><a name="powerpc_002d_002a_002d_002a"></a>
! <h3 class="heading">powerpc-*-*</h3>
! <p>You can specify a default version for the <samp>-mcpu=<var>cpu_type</var></samp>
! switch by using the configure option <samp>--with-cpu-<var>cpu_type</var></samp>.
! </p>
! <p>You will need GNU binutils 2.15 or newer.
! </p>
! <hr />
! <a name="powerpc_002dx_002ddarwin"></a><a name="powerpc_002d_002a_002ddarwin_002a"></a>
! <h3 class="heading">powerpc-*-darwin*</h3>
  <p>PowerPC running Darwin (Mac OS X kernel).
! </p>
! <p>Pre-installed versions of Mac OS X may not include any developer tools,
  meaning that you will not be able to build GCC from source.  Tool
  binaries are available at
  <a href="https://opensource.apple.com">https://opensource.apple.com</a>.
! </p>
! <p>This version of GCC requires at least cctools-590.36.  The
  cctools-590.36 package referenced from
  <a href="http://gcc.gnu.org/ml/gcc/2006-03/msg00507.html">http://gcc.gnu.org/ml/gcc/2006-03/msg00507.html</a> will not work
  on systems older than 10.3.9 (aka darwin7.9.0).
! </p>
! <hr />
! <a name="powerpc_002dx_002delf"></a><a name="powerpc_002d_002a_002delf"></a>
! <h3 class="heading">powerpc-*-elf</h3>
  <p>PowerPC system in big endian mode, running System V.4.
! </p>
! <hr />
! <a name="powerpc_002dx_002dlinux_002dgnu"></a><a name="powerpc_002a_002d_002a_002dlinux_002dgnu_002a"></a>
! <h3 class="heading">powerpc*-*-linux-gnu*</h3>
  <p>PowerPC system in big endian mode running Linux.
! </p>
! <hr />
! <a name="powerpc_002dx_002dnetbsd"></a><a name="powerpc_002d_002a_002dnetbsd_002a"></a>
! <h3 class="heading">powerpc-*-netbsd*</h3>
  <p>PowerPC system in big endian mode running NetBSD.
! </p>
! <hr />
! <a name="powerpc_002dx_002deabisim"></a><a name="powerpc_002d_002a_002deabisim"></a>
! <h3 class="heading">powerpc-*-eabisim</h3>
  <p>Embedded PowerPC system in big endian mode for use in running under the
  PSIM simulator.
! </p>
! <hr />
! <a name="powerpc_002dx_002deabi"></a><a name="powerpc_002d_002a_002deabi"></a>
! <h3 class="heading">powerpc-*-eabi</h3>
  <p>Embedded PowerPC system in big endian mode.
! </p>
! <hr />
! <a name="powerpcle_002dx_002delf"></a><a name="powerpcle_002d_002a_002delf"></a>
! <h3 class="heading">powerpcle-*-elf</h3>
  <p>PowerPC system in little endian mode, running System V.4.
! </p>
! <hr />
! <a name="powerpcle_002dx_002deabisim"></a><a name="powerpcle_002d_002a_002deabisim"></a>
! <h3 class="heading">powerpcle-*-eabisim</h3>
  <p>Embedded PowerPC system in little endian mode for use in running under
  the PSIM simulator.
! </p>
! <hr />
! <a name="powerpcle_002dx_002deabi"></a><a name="powerpcle_002d_002a_002deabi"></a>
! <h3 class="heading">powerpcle-*-eabi</h3>
  <p>Embedded PowerPC system in little endian mode.
! </p>
! <hr />
! <a name="rl78_002dx_002delf"></a><a name="rl78_002d_002a_002delf"></a>
! <h3 class="heading">rl78-*-elf</h3>
! <p>The Renesas RL78 processor.
! This configuration is intended for embedded systems.
! </p>
! <hr />
! <a name="riscv32_002dx_002delf"></a><a name="riscv32_002d_002a_002delf"></a>
! <h3 class="heading">riscv32-*-elf</h3>
! <p>The RISC-V RV32 instruction set.
  This configuration is intended for embedded systems.
  This (and all other RISC-V) targets are supported upstream as of the
  binutils 2.28 release.
! </p>
! <hr />
! <a name="riscv32_002dx_002dlinux"></a><a name="riscv32_002d_002a_002dlinux"></a>
! <h3 class="heading">riscv32-*-linux</h3>
! <p>The RISC-V RV32 instruction set running GNU/Linux.
  This (and all other RISC-V) targets are supported upstream as of the
  binutils 2.28 release.
! </p>
! <hr />
! <a name="riscv64_002dx_002delf"></a><a name="riscv64_002d_002a_002delf"></a>
! <h3 class="heading">riscv64-*-elf</h3>
! <p>The RISC-V RV64 instruction set.
! This configuration is intended for embedded systems.
  This (and all other RISC-V) targets are supported upstream as of the
  binutils 2.28 release.
! </p>
! <hr />
! <a name="riscv64_002dx_002dlinux"></a><a name="riscv64_002d_002a_002dlinux"></a>
! <h3 class="heading">riscv64-*-linux</h3>
! <p>The RISC-V RV64 instruction set running GNU/Linux.
  This (and all other RISC-V) targets are supported upstream as of the
  binutils 2.28 release.
! </p>
! <hr />
! <a name="rx_002dx_002delf"></a><a name="rx_002d_002a_002delf"></a>
! <h3 class="heading">rx-*-elf</h3>
  <p>The Renesas RX processor.
! </p>
! <hr />
! <a name="s390_002dx_002dlinux"></a><a name="s390_002d_002a_002dlinux_002a"></a>
! <h3 class="heading">s390-*-linux*</h3>
  <p>S/390 system running GNU/Linux for S/390.
! </p>
! <hr />
! <a name="s390x_002dx_002dlinux"></a><a name="s390x_002d_002a_002dlinux_002a"></a>
! <h3 class="heading">s390x-*-linux*</h3>
  <p>zSeries system (64-bit) running GNU/Linux for zSeries.
! </p>
! <hr />
! <a name="s390x_002dibm_002dtpf"></a><a name="s390x_002dibm_002dtpf_002a"></a>
! <h3 class="heading">s390x-ibm-tpf*</h3>
  <p>zSeries system (64-bit) running TPF.  This platform is
  supported as cross-compilation target only.
! </p>
! <hr />
! <a name="x_002dx_002dsolaris2"></a><a name="g_t_002a_002d_002a_002dsolaris2_002a"></a>
! <h3 class="heading">*-*-solaris2*</h3>
  <p>Support for Solaris 9 has been removed in GCC 5.  Support for Solaris
  8 has been removed in GCC 4.8.  Support for Solaris 7 has been removed
  in GCC 4.6.
! </p>
! <p>Sun does not ship a C compiler with Solaris 2 before Solaris 10, though
  you can download the Sun Studio compilers for free.  In Solaris 10 and
! 11, GCC 3.4.3 is available as <code>/usr/sfw/bin/gcc</code>.  Solaris 11
  also provides GCC 4.5.2, 4.7.3, and 4.8.2 as
! <code>/usr/gcc/4.5/bin/gcc</code> or similar.  Alternatively,
  you can install a pre-built GCC to bootstrap and install GCC.  See the
  <a href="binaries.html">binaries page</a> for details.
! </p>
! <p>The Solaris 2 <code>/bin/sh</code> will often fail to configure
! &lsquo;<samp>libstdc++-v3</samp>&rsquo;or &lsquo;<samp>boehm-gc</samp>&rsquo;.  We therefore recommend using the
  following initial sequence of commands
- </p>
- <div class="smallexample">
- <pre class="smallexample">% CONFIG_SHELL=/bin/ksh
- % export CONFIG_SHELL
- </pre></div>
  
! <p>and proceed as described in <a href="configure.html">the configure instructions</a>.
  In addition we strongly recommend specifying an absolute path to invoke
! <code><var>srcdir</var>/configure</code>.
! </p>
! <p>Solaris 10 comes with a number of optional OS packages.  Some of these
  are needed to use GCC fully, namely <code>SUNWarc</code>,
  <code>SUNWbtool</code>, <code>SUNWesu</code>, <code>SUNWhea</code>, <code>SUNWlibm</code>,
  <code>SUNWsprot</code>, and <code>SUNWtoo</code>.  If you did not install all
  optional packages when installing Solaris 10, you will need to verify that
! the packages that GCC needs are installed.
  To check whether an optional package is installed, use
! the <code>pkginfo</code> command.  To add an optional package, use the
! <code>pkgadd</code> command.  For further details, see the Solaris 10
  documentation.
! </p>
! <p>Starting with Solaris 11, the package management has changed, so you
  need to check for <code>system/header</code>, <code>system/linker</code>, and
  <code>developer/assembler</code> packages.  Checking for and installing
! packages is done with the <code>pkg</code> command now.
! </p>
! <p>Trying to use the linker and other tools in
! <samp>/usr/ucb</samp> to install GCC has been observed to cause trouble.
  For example, the linker may hang indefinitely.  The fix is to remove
! <samp>/usr/ucb</samp> from your <code>PATH</code>.
! </p>
! <p>The build process works more smoothly with the legacy Sun tools so, if you
! have <samp>/usr/xpg4/bin</samp> in your <code>PATH</code>, we recommend that you place
! <samp>/usr/bin</samp> before <samp>/usr/xpg4/bin</samp> for the duration of the build.
! </p>
! <p>We recommend the use of the Solaris assembler or the GNU assembler, in
! conjunction with the Solaris linker.  The GNU <code>as</code>
  versions included in Solaris 10, from GNU binutils 2.15 (in
! <samp>/usr/sfw/bin/gas</samp>), and Solaris 11,
! from GNU binutils 2.19 or newer (also in <samp>/usr/bin/gas</samp> and
! <samp>/usr/gnu/bin/as</samp>), are known to work.
  Current versions of GNU binutils (2.26)
  are known to work as well, with the caveat mentioned in
  <a href="#ix86-x-solaris210">i?86-*-solaris2.10</a> .  Note that your mileage may vary
  if you use a combination of the GNU tools and the Solaris tools: while the
! combination GNU <code>as</code> + Sun <code>ld</code> should reasonably work,
! the reverse combination Sun <code>as</code> + GNU <code>ld</code> may fail to
! build or cause memory corruption at runtime in some cases for C++ programs.
! GNU <code>ld</code> usually works as well, although the version included in
  Solaris 10 cannot be used due to several bugs.  Again, the current
  version (2.26) is known to work, but generally lacks platform specific
! features, so better stay with Solaris <code>ld</code>.  To use the LTO linker
! plugin (<samp>-fuse-linker-plugin</samp>) with GNU <code>ld</code>, GNU
! binutils <em>must</em> be configured with <samp>--enable-largefile</samp>.
! </p>
! <p>To enable symbol versioning in &lsquo;<samp>libstdc++</samp>&rsquo; with the Solaris linker,
! you need to have any version of GNU <code>c++filt</code>, which is part of
! GNU binutils.  &lsquo;<samp>libstdc++</samp>&rsquo; symbol versioning will be disabled if no
! appropriate version is found.  Solaris <code>c++filt</code> from the Solaris
  Studio compilers does <em>not</em> work.
! </p>
! <p>Sun bug 4927647 sometimes causes random spurious testsuite failures
! related to missing diagnostic output.  This bug doesn&rsquo;t affect GCC
! itself, rather it is a kernel bug triggered by the <code>expect</code>
  program which is used only by the GCC testsuite driver.  When the bug
! causes the <code>expect</code> program to miss anticipated output, extra
  testsuite failures appear.
! </p>
! <hr />
! <a name="sparc_002dx_002dx"></a><a name="sparc_002a_002d_002a_002d_002a"></a>
! <h3 class="heading">sparc*-*-*</h3>
  <p>This section contains general configuration information for all
  SPARC-based platforms.  In addition to reading this section, please
  read all other sections that match your target.
! </p>
! <p>Newer versions of the GNU Multiple Precision Library (GMP), the MPFR
  library and the MPC library are known to be miscompiled by earlier
  versions of GCC on these platforms.  We therefore recommend the use
  of the exact versions of these libraries listed as minimal versions
  in <a href="prerequisites.html">the prerequisites</a>.
! </p>
! <hr />
! <a name="sparc_002dsun_002dsolaris2"></a><a name="sparc_002dsun_002dsolaris2_002a"></a>
! <h3 class="heading">sparc-sun-solaris2*</h3>
  <p>When GCC is configured to use GNU binutils 2.14 or later, the binaries
! produced are smaller than the ones produced using Sun&rsquo;s native tools;
  this difference is quite significant for binaries containing debugging
  information.
! </p>
! <p>Starting with Solaris 7, the operating system is capable of executing
  64-bit SPARC V9 binaries.  GCC 3.1 and later properly supports
! this; the <samp>-m64</samp> option enables 64-bit code generation.
  However, if all you want is code tuned for the UltraSPARC CPU, you
! should try the <samp>-mtune=ultrasparc</samp> option instead, which produces
  code that, unlike full 64-bit code, can still run on non-UltraSPARC
  machines.
! </p>
! <p>When configuring the GNU Multiple Precision Library (GMP), the MPFR
  library or the MPC library on a Solaris 7 or later system, the canonical
! target triplet must be specified as the <code>build</code> parameter on the
! configure line.  This target triplet can be obtained by invoking <code>./config.guess</code> in the toplevel source directory of GCC (and
  not that of GMP or MPFR or MPC).  For example on a Solaris 9 system:
- </p>
- <div class="smallexample">
- <pre class="smallexample">% ./configure --build=sparc-sun-solaris2.9 --prefix=xxx
- </pre></div>
  
! <hr />
! <a name="sparc_002dsun_002dsolaris210"></a><a name="sparc_002dsun_002dsolaris2_002e10"></a>
! <h3 class="heading">sparc-sun-solaris2.10</h3>
  <p>There is a bug in older versions of the Sun assembler which breaks
  thread-local storage (TLS).  A typical error message is
- </p>
- <div class="smallexample">
- <pre class="smallexample">ld: fatal: relocation error: R_SPARC_TLS_LE_HIX22: file /var/tmp//ccamPA1v.o:
-   symbol &lt;unknown&gt;: bad symbol type SECT: symbol type must be TLS
- </pre></div>
  
! <p>This bug is fixed in Sun patch 118683-03 or later.
! </p>
! <hr />
! <a name="sparc_002dx_002dlinux"></a><a name="sparc_002d_002a_002dlinux_002a"></a>
! <h3 class="heading">sparc-*-linux*</h3>
  
- <hr />
- <a name="sparc64_002dx_002dsolaris2"></a><a name="sparc64_002d_002a_002dsolaris2_002a"></a>
- <h3 class="heading">sparc64-*-solaris2*</h3>
  <p>When configuring the GNU Multiple Precision Library (GMP), the MPFR
  library or the MPC library, the canonical target triplet must be specified
! as the <code>build</code> parameter on the configure line.  For example
  on a Solaris 9 system:
- </p>
- <div class="smallexample">
- <pre class="smallexample">% ./configure --build=sparc64-sun-solaris2.9 --prefix=xxx
- </pre></div>
  
! <hr />
! <a name="sparcv9_002dx_002dsolaris2"></a><a name="sparcv9_002d_002a_002dsolaris2_002a"></a>
! <h3 class="heading">sparcv9-*-solaris2*</h3>
! <p>This is a synonym for &lsquo;<samp>sparc64-*-solaris2*</samp>&rsquo;.
! </p>
! <hr />
! <a name="c6x_002dx_002dx"></a><a name="c6x_002d_002a_002d_002a"></a>
! <h3 class="heading">c6x-*-*</h3>
  <p>The C6X family of processors. This port requires binutils-2.22 or newer.
! </p>
! <hr />
! <a name="tilegx_002d_002a_002dlinux"></a><a name="tilegx_002d_002a_002dlinux_002a"></a>
! <h3 class="heading">tilegx-*-linux*</h3>
  <p>The TILE-Gx processor in little endian mode, running GNU/Linux.  This
  port requires binutils-2.22 or newer.
! </p>
! <hr />
! <a name="tilegxbe_002d_002a_002dlinux"></a><a name="tilegxbe_002d_002a_002dlinux_002a"></a>
! <h3 class="heading">tilegxbe-*-linux*</h3>
  <p>The TILE-Gx processor in big endian mode, running GNU/Linux.  This
  port requires binutils-2.23 or newer.
! </p>
! <hr />
! <a name="tilepro_002d_002a_002dlinux"></a><a name="tilepro_002d_002a_002dlinux_002a"></a>
! <h3 class="heading">tilepro-*-linux*</h3>
  <p>The TILEPro processor running GNU/Linux.  This port requires
  binutils-2.22 or newer.
! </p>
! <hr />
! <a name="visium_002dx_002delf"></a><a name="visium_002d_002a_002delf"></a>
! <h3 class="heading">visium-*-elf</h3>
! <p>CDS VISIUMcore processor.
  This configuration is intended for embedded systems.
! </p>
! <hr />
! <a name="x_002dx_002dvxworks"></a><a name="g_t_002a_002d_002a_002dvxworks_002a"></a>
! <h3 class="heading">*-*-vxworks*</h3>
  <p>Support for VxWorks is in flux.  At present GCC supports <em>only</em> the
! very recent VxWorks 5.5 (aka Tornado 2.2) release, and only on PowerPC.
! We welcome patches for other architectures supported by VxWorks 5.5.
  Support for VxWorks AE would also be welcome; we believe this is merely
  a matter of writing an appropriate &ldquo;configlette&rdquo; (see below).  We are
  not interested in supporting older, a.out or COFF-based, versions of
  VxWorks in GCC 3.
! </p>
! <p>VxWorks comes with an older version of GCC installed in
! <samp><var>$WIND_BASE</var>/host</samp>; we recommend you do not overwrite it.
! Choose an installation <var>prefix</var> entirely outside <var>$WIND_BASE</var>.
! Before running <code>configure</code>, create the directories <samp><var>prefix</var></samp>
! and <samp><var>prefix</var>/bin</samp>.  Link or copy the appropriate assembler,
! linker, etc. into <samp><var>prefix</var>/bin</samp>, and set your <var>PATH</var> to
! include that directory while running both <code>configure</code> and
! <code>make</code>.
! </p>
! <p>You must give <code>configure</code> the
! <samp>--with-headers=<var>$WIND_BASE</var>/target/h</samp> switch so that it can
  find the VxWorks system headers.  Since VxWorks is a cross compilation
! target only, you must also specify <samp>--target=<var>target</var></samp>.
! <code>configure</code> will attempt to create the directory
! <samp><var>prefix</var>/<var>target</var>/sys-include</samp> and copy files into it;
! make sure the user running <code>configure</code> has sufficient privilege
  to do so.
! </p>
! <p>GCC&rsquo;s exception handling runtime requires a special &ldquo;configlette&rdquo;
! module, <samp>contrib/gthr_supp_vxw_5x.c</samp>.  Follow the instructions in
  that file to add the module to your kernel build.  (Future versions of
  VxWorks will incorporate this module.)
! </p>
! <hr />
! <a name="x86_002d64_002dx_002dx"></a><a name="x86_005f64_002d_002a_002d_002a_002c-amd64_002d_002a_002d_002a"></a>
! <h3 class="heading">x86_64-*-*, amd64-*-*</h3>
  <p>GCC supports the x86-64 architecture implemented by the AMD64 processor
! (amd64-*-* is an alias for x86_64-*-*) on GNU/Linux, FreeBSD and NetBSD.
  On GNU/Linux the default is a bi-arch compiler which is able to generate
! both 64-bit x86-64 and 32-bit x86 code (via the <samp>-m32</samp> switch).
! </p>
! <hr />
! <a name="x86_002d64_002dx_002dsolaris210"></a><a name="x86_005f64_002d_002a_002dsolaris2_002e1_005b0_002d9_005d_002a"></a>
! <h3 class="heading">x86_64-*-solaris2.1[0-9]*</h3>
  <p>GCC also supports the x86-64 architecture implemented by the AMD64
! processor (&lsquo;<samp>amd64-*-*</samp>&rsquo; is an alias for &lsquo;<samp>x86_64-*-*</samp>&rsquo;) on
  Solaris 10 or later.  Unlike other systems, without special options a
  bi-arch compiler is built which generates 32-bit code by default, but
! can generate 64-bit x86-64 code with the <samp>-m64</samp> switch.  Since
  GCC 4.7, there is also a configuration that defaults to 64-bit code, but
! can generate 32-bit code with <samp>-m32</samp>.  To configure and build
! this way, you have to provide all support libraries like <samp>libgmp</samp>
! as 64-bit code, configure with <samp>--target=x86_64-pc-solaris2.1x</samp>
! and &lsquo;<samp>CC=gcc -m64</samp>&rsquo;.
! </p>
! <hr />
! <a name="xtensa_002dx_002delf"></a><a name="xtensa_002a_002d_002a_002delf"></a>
! <h3 class="heading">xtensa*-*-elf</h3>
  <p>This target is intended for embedded Xtensa systems using the
! &lsquo;<samp>newlib</samp>&rsquo; C library.  It uses ELF but does not support shared
  objects.  Designed-defined instructions specified via the
  Tensilica Instruction Extension (TIE) language are only supported
  through inline assembly.
! </p>
! <p>The Xtensa configuration information must be specified prior to
! building GCC.  The <samp>include/xtensa-config.h</samp> header
  file contains the configuration information.  If you created your
  own Xtensa configuration with the Xtensa Processor Generator, the
  downloaded files include a customized copy of this header file,
  which you can use to replace the default header file.
! </p>
! <hr />
! <a name="xtensa_002dx_002dlinux"></a><a name="xtensa_002a_002d_002a_002dlinux_002a"></a>
! <h3 class="heading">xtensa*-*-linux*</h3>
  <p>This target is for Xtensa systems running GNU/Linux.  It supports ELF
  shared objects and the GNU C library (glibc).  It also generates
  position-independent code (PIC) regardless of whether the
! <samp>-fpic</samp> or <samp>-fPIC</samp> options are used.  In other
  respects, this target is the same as the
! <a href="#xtensa*-*-elf">&lsquo;<samp>xtensa*-*-elf</samp>&rsquo;</a> target.
! </p>
! <hr />
! <a name="windows"></a><a name="Microsoft-Windows"></a>
! <h3 class="heading">Microsoft Windows</h3>
  
- <a name="Intel-16_002dbit-versions"></a>
- <h4 class="subheading">Intel 16-bit versions</h4>
  <p>The 16-bit versions of Microsoft Windows, such as Windows 3.1, are not
  supported.
! </p>
! <p>However, the 32-bit port has limited support for Microsoft
  Windows 3.11 in the Win32s environment, as a target only.  See below.
! </p>
! <a name="Intel-32_002dbit-versions"></a>
! <h4 class="subheading">Intel 32-bit versions</h4>
  <p>The 32-bit versions of Windows, including Windows 95, Windows NT, Windows
  XP, and Windows Vista, are supported by several different target
  platforms.  These targets differ in which Windows subsystem they target
  and which C libraries are used.
- </p>
- <ul>
- <li> Cygwin <a href="#x-x-cygwin">*-*-cygwin</a>: Cygwin provides a user-space
- Linux API emulation layer in the Win32 subsystem.
- </li><li> MinGW <a href="#x-x-mingw32">*-*-mingw32</a>: MinGW is a native GCC port for
- the Win32 subsystem that provides a subset of POSIX.
- </li><li> MKS i386-pc-mks: NuTCracker from MKS.  See
- <a href="http://www.mkssoftware.com/">http://www.mkssoftware.com/</a> for more information.
- </li></ul>
  
! <a name="Intel-64_002dbit-versions"></a>
! <h4 class="subheading">Intel 64-bit versions</h4>
  <p>GCC contains support for x86-64 using the mingw-w64
! runtime library, available from <a href="http://mingw-w64.org/doku.php">http://mingw-w64.org/doku.php</a>.
  This library should be used with the target triple x86_64-pc-mingw32.
! </p>
! <p>Presently Windows for Itanium is not supported.
! </p>
! <a name="Windows-CE"></a>
! <h4 class="subheading">Windows CE</h4>
  <p>Windows CE is supported as a target only on Hitachi
  SuperH (sh-wince-pe), and MIPS (mips-wince-pe).
! </p>
! <a name="Other-Windows-Platforms"></a>
! <h4 class="subheading">Other Windows Platforms</h4>
  <p>GCC no longer supports Windows NT on the Alpha or PowerPC.
! </p>
! <p>GCC no longer supports the Windows POSIX subsystem.  However, it does
  support the Interix subsystem.  See above.
! </p>
! <p>Old target names including *-*-winnt and *-*-windowsnt are no longer used.
! </p>
! <p>PW32 (i386-pc-pw32) support was never completed, and the project seems to
  be inactive.  See <a href="http://pw32.sourceforge.net/">http://pw32.sourceforge.net/</a> for more information.
! </p>
! <p>UWIN support has been removed due to a lack of maintenance.
! </p>
! <hr />
! <a name="x_002dx_002dcygwin"></a><a name="g_t_002a_002d_002a_002dcygwin"></a>
! <h3 class="heading">*-*-cygwin</h3>
  <p>Ports of GCC are included with the
  <a href="http://www.cygwin.com/">Cygwin environment</a>.
! </p>
! <p>GCC will build under Cygwin without modification; it does not build
! with Microsoft&rsquo;s C++ compiler and there are no plans to make it do so.
! </p>
! <p>The Cygwin native compiler can be configured to target any 32-bit x86
  cpu architecture desired; the default is i686-pc-cygwin.  It should be
  used with as up-to-date a version of binutils as possible; use either
  the latest official GNU binutils release in the Cygwin distribution,
  or version 2.20 or above if building your own.
! </p>
! <hr />
! <a name="x_002dx_002dmingw32"></a><a name="g_t_002a_002d_002a_002dmingw32"></a>
! <h3 class="heading">*-*-mingw32</h3>
! <p>GCC will build with and support only MinGW runtime 3.12 and later.
  Earlier versions of headers are incompatible with the new default semantics
  of <code>extern inline</code> in <code>-std=c99</code> and <code>-std=gnu99</code> modes.
! </p>
! <hr />
! <a name="older"></a><a name="Older-systems"></a>
! <h3 class="heading">Older systems</h3>
  <p>GCC contains support files for many older (1980s and early
  1990s) Unix variants.  For the most part, support for these systems
  has not been deliberately removed, but it has not been maintained for
  several years and may suffer from bitrot.
! </p>
! <p>Starting with GCC 3.1, each release has a list of &ldquo;obsoleted&rdquo; systems.
  Support for these systems is still present in that release, but
! <code>configure</code> will fail unless the <samp>--enable-obsolete</samp>
  option is given.  Unless a maintainer steps forward, support for these
  systems will be removed from the next release of GCC.
! </p>
! <p>Support for old systems as hosts for GCC can cause problems if the
  workarounds for compiler, library and operating system bugs affect the
  cleanliness or maintainability of the rest of GCC.  In some cases, to
  bring GCC up on such a system, if still possible with current GCC, may
  require first installing an old version of GCC which did work on that
  system, and using it to compile a more recent GCC, to avoid bugs in the
  vendor compiler.  Old releases of GCC 1 and GCC 2 are available in the
! <samp>old-releases</samp> directory on the <a href="../mirrors.html">GCC mirror
! sites</a>.  Header bugs may generally be avoided using
! <code>fixincludes</code>, but bugs or deficiencies in libraries and the
  operating system may still cause problems.
! </p>
! <p>Support for older systems as targets for cross-compilation is less
  problematic than support for them as hosts for GCC; if an enthusiast
  wishes to make such a target work again (including resurrecting any of
  the targets that never worked with GCC 2, starting from the last
--- 691,1490 ----
  IZ98477 for AIX 5.3 TL11 and IZ98134 for AIX 5.3 TL12). AIX 5.3 TL11 SP8,
  AIX 5.3 TL12 SP5, AIX 6.1 TL04 SP11, AIX 6.1 TL05 SP7, AIX 6.1 TL06 SP6,
  AIX 6.1 TL07 and AIX 7.1 TL01 should include the fix.
! 
!    <p>Building <samp><span class="file">libstdc++.a</span></samp> requires a fix for an AIX Assembler bug
  APAR IY26685 (AIX 4.3) or APAR IY25528 (AIX 5.1).  It also requires a
  fix for another AIX Assembler bug and a co-dependent AIX Archiver fix
  referenced as APAR IY53606 (AIX 5.2) or as APAR IY54774 (AIX 5.1)
! 
!    <p><a name="TransferAixShobj"></a>&lsquo;<samp><span class="samp">libstdc++</span></samp>&rsquo; in GCC 3.4 increments the major version number of the
! shared object and GCC installation places the <samp><span class="file">libstdc++.a</span></samp>
  shared library in a common location which will overwrite the and GCC
  3.3 version of the shared library.  Applications either need to be
  re-linked against the new shared library or the GCC 3.1 and GCC 3.3
! versions of the &lsquo;<samp><span class="samp">libstdc++</span></samp>&rsquo; shared object needs to be available
! to the AIX runtime loader.  The GCC 3.1 &lsquo;<samp><span class="samp">libstdc++.so.4</span></samp>&rsquo;, if
! present, and GCC 3.3 &lsquo;<samp><span class="samp">libstdc++.so.5</span></samp>&rsquo; shared objects can be
  installed for runtime dynamic loading using the following steps to set
! the &lsquo;<samp><span class="samp">F_LOADONLY</span></samp>&rsquo; flag in the shared object for <em>each</em>
! multilib <samp><span class="file">libstdc++.a</span></samp> installed:
  
!    <p>Extract the shared objects from the currently installed
! <samp><span class="file">libstdc++.a</span></samp> archive:
! <pre class="smallexample">     % ar -x libstdc++.a libstdc++.so.4 libstdc++.so.5
! </pre>
!    <p>Enable the &lsquo;<samp><span class="samp">F_LOADONLY</span></samp>&rsquo; flag so that the shared object will be
  available for runtime dynamic loading, but not linking:
! <pre class="smallexample">     % strip -e libstdc++.so.4 libstdc++.so.5
! </pre>
!    <p>Archive the runtime-only shared object in the GCC 3.4
! <samp><span class="file">libstdc++.a</span></samp> archive:
! <pre class="smallexample">     % ar -q libstdc++.a libstdc++.so.4 libstdc++.so.5
! </pre>
!    <p>Eventually, the
! <a href="./configure.html#WithAixSoname"><samp><span class="option">--with-aix-soname=svr4</span></samp></a>
  configure option may drop the need for this procedure for libraries that
  support it.
! 
!    <p>Linking executables and shared libraries may produce warnings of
  duplicate symbols.  The assembly files generated by GCC for AIX always
  have included multiple symbol definitions for certain global variable
  and function declarations in the original program.  The warnings should
  not prevent the linker from producing a correct library or runnable
  executable.
! 
!    <p>AIX 4.3 utilizes a &ldquo;large format&rdquo; archive to support both 32-bit and
  64-bit object modules.  The routines provided in AIX 4.3.0 and AIX 4.3.1
! to parse archive libraries did not handle the new format correctly. 
  These routines are used by GCC and result in error messages during
  linking such as &ldquo;not a COFF file&rdquo;.  The version of the routines shipped
! with AIX 4.3.1 should work for a 32-bit environment.  The <samp><span class="option">-g</span></samp>
  option of the archive command may be used to create archives of 32-bit
  objects using the original &ldquo;small format&rdquo;.  A correct version of the
  routines is shipped with AIX 4.3.2 and above.
! 
!    <p>Some versions of the AIX binder (linker) can fail with a relocation
! overflow severe error when the <samp><span class="option">-bbigtoc</span></samp> option is used to link
  GCC-produced object files into an executable that overflows the TOC.  A fix
  for APAR IX75823 (OVERFLOW DURING LINK WHEN USING GCC AND -BBIGTOC) is
  available from IBM Customer Support and from its
  <a href="http://techsupport.services.ibm.com/">techsupport.services.ibm.com</a>
  website as PTF U455193.
! 
!    <p>The AIX 4.3.2.1 linker (bos.rte.bind_cmds Level 4.3.2.1) will dump core
  with a segmentation fault when invoked by any version of GCC.  A fix for
  APAR IX87327 is available from IBM Customer Support and from its
  <a href="http://techsupport.services.ibm.com/">techsupport.services.ibm.com</a>
  website as PTF U461879.  This fix is incorporated in AIX 4.3.3 and above.
! 
!    <p>The initial assembler shipped with AIX 4.3.0 generates incorrect object
  files.  A fix for APAR IX74254 (64BIT DISASSEMBLED OUTPUT FROM COMPILER FAILS
  TO ASSEMBLE/BIND) is available from IBM Customer Support and from its
  <a href="http://techsupport.services.ibm.com/">techsupport.services.ibm.com</a>
  website as PTF U453956.  This fix is incorporated in AIX 4.3.1 and above.
! 
!    <p>AIX provides National Language Support (NLS).  Compilers and assemblers
  use NLS to support locale-specific representations of various data
! formats including floating-point numbers (e.g., &lsquo;<samp><span class="samp">.</span></samp>&rsquo;  vs &lsquo;<samp><span class="samp">,</span></samp>&rsquo; for
  separating decimal fractions).  There have been problems reported where
  GCC does not produce the same floating-point formats that the assembler
! expects.  If one encounters this problem, set the <samp><span class="env">LANG</span></samp>
! environment variable to &lsquo;<samp><span class="samp">C</span></samp>&rsquo; or &lsquo;<samp><span class="samp">En_US</span></samp>&rsquo;.
! 
!    <p>A default can be specified with the <samp><span class="option">-mcpu=</span><var>cpu_type</var></samp>
! switch and using the configure option <samp><span class="option">--with-cpu-</span><var>cpu_type</var></samp>.
! 
!    <p><hr /><a name="iq2000_002dx_002delf"></a>
! 
! <h3 class="heading"><a name="TOC25"></a>iq2000-*-elf</h3>
! 
  <p>Vitesse IQ2000 processors.  These are used in embedded
  applications.  There are no standard Unix configurations.
! 
!    <p><hr /><a name="lm32_002dx_002delf"></a>
! 
! <h3 class="heading"><a name="TOC26"></a>lm32-*-elf</h3>
! 
! <p>Lattice Mico32 processor. 
  This configuration is intended for embedded systems.
! 
!    <p><hr /><a name="lm32_002dx_002duclinux"></a>
! 
! <h3 class="heading"><a name="TOC27"></a>lm32-*-uclinux</h3>
! 
! <p>Lattice Mico32 processor. 
  This configuration is intended for embedded systems running uClinux.
! 
!    <p><hr /><a name="m32c_002dx_002delf"></a>
! 
! <h3 class="heading"><a name="TOC28"></a>m32c-*-elf</h3>
! 
! <p>Renesas M32C processor. 
  This configuration is intended for embedded systems.
! 
!    <p><hr /><a name="m32r_002dx_002delf"></a>
! 
! <h3 class="heading"><a name="TOC29"></a>m32r-*-elf</h3>
! 
! <p>Renesas M32R processor. 
  This configuration is intended for embedded systems.
! 
!    <p><hr /><a name="m68k_002dx_002dx"></a>
! 
! <h3 class="heading"><a name="TOC30"></a>m68k-*-*</h3>
! 
  <p>By default,
! &lsquo;<samp><span class="samp">m68k-*-elf*</span></samp>&rsquo;, &lsquo;<samp><span class="samp">m68k-*-rtems</span></samp>&rsquo;,  &lsquo;<samp><span class="samp">m68k-*-uclinux</span></samp>&rsquo; and
! &lsquo;<samp><span class="samp">m68k-*-linux</span></samp>&rsquo;
  build libraries for both M680x0 and ColdFire processors.  If you only
  need the M680x0 libraries, you can omit the ColdFire ones by passing
! <samp><span class="option">--with-arch=m68k</span></samp> to <samp><span class="command">configure</span></samp>.  Alternatively, you
! can omit the M680x0 libraries by passing <samp><span class="option">--with-arch=cf</span></samp> to
! <samp><span class="command">configure</span></samp>.  These targets default to 5206 or 5475 code as
  appropriate for the target system when
! configured with <samp><span class="option">--with-arch=cf</span></samp> and 68020 code otherwise.
! 
!    <p>The &lsquo;<samp><span class="samp">m68k-*-netbsd</span></samp>&rsquo; and
! &lsquo;<samp><span class="samp">m68k-*-openbsd</span></samp>&rsquo; targets also support the <samp><span class="option">--with-arch</span></samp>
  option.  They will generate ColdFire CFV4e code when configured with
! <samp><span class="option">--with-arch=cf</span></samp> and 68020 code otherwise.
! 
!    <p>You can override the default processors listed above by configuring
! with <samp><span class="option">--with-cpu=</span><var>target</var></samp>.  This <var>target</var> can either
! be a <samp><span class="option">-mcpu</span></samp> argument or one of the following values:
! &lsquo;<samp><span class="samp">m68000</span></samp>&rsquo;, &lsquo;<samp><span class="samp">m68010</span></samp>&rsquo;, &lsquo;<samp><span class="samp">m68020</span></samp>&rsquo;, &lsquo;<samp><span class="samp">m68030</span></samp>&rsquo;,
! &lsquo;<samp><span class="samp">m68040</span></samp>&rsquo;, &lsquo;<samp><span class="samp">m68060</span></samp>&rsquo;, &lsquo;<samp><span class="samp">m68020-40</span></samp>&rsquo; and &lsquo;<samp><span class="samp">m68020-60</span></samp>&rsquo;.
! 
!    <p>GCC requires at least binutils version 2.17 on these targets.
! 
!    <p><hr /><a name="m68k_002dx_002duclinux"></a>
! 
! <h3 class="heading"><a name="TOC31"></a>m68k-*-uclinux</h3>
! 
  <p>GCC 4.3 changed the uClinux configuration so that it uses the
! &lsquo;<samp><span class="samp">m68k-linux-gnu</span></samp>&rsquo; ABI rather than the &lsquo;<samp><span class="samp">m68k-elf</span></samp>&rsquo; ABI. 
  It also added improved support for C++ and flat shared libraries,
  both of which were ABI changes.
! 
!    <p><hr /><a name="microblaze_002dx_002delf"></a>
! 
! <h3 class="heading"><a name="TOC32"></a>microblaze-*-elf</h3>
! 
! <p>Xilinx MicroBlaze processor. 
  This configuration is intended for embedded systems.
! 
!    <p><hr /><a name="mips_002dx_002dx"></a>
! 
! <h3 class="heading"><a name="TOC33"></a>mips-*-*</h3>
! 
  <p>If on a MIPS system you get an error message saying &ldquo;does not have gp
! sections for all it's [sic] sectons [sic]&rdquo;, don't worry about it.  This
  happens whenever you use GAS with the MIPS linker, but there is not
  really anything wrong, and it is okay to use the output file.  You can
  stop such warnings by installing the GNU linker.
! 
!    <p>It would be nice to extend GAS to produce the gp tables, but they are
  optional, and there should not be a warning about their absence.
! 
!    <p>The libstdc++ atomic locking routines for MIPS targets requires MIPS II
  and later.  A patch went in just after the GCC 3.3 release to
! make &lsquo;<samp><span class="samp">mips*-*-*</span></samp>&rsquo; use the generic implementation instead.  You can also
! configure for &lsquo;<samp><span class="samp">mipsel-elf</span></samp>&rsquo; as a workaround.  The
! &lsquo;<samp><span class="samp">mips*-*-linux*</span></samp>&rsquo; target continues to use the MIPS II routines.  More
  work on this is expected in future releases.
  
! <!-- If you make -with-llsc the default for another target, please also -->
! <!-- update the description of the -with-llsc option. -->
!    <p>The built-in <code>__sync_*</code> functions are available on MIPS II and
! later systems and others that support the &lsquo;<samp><span class="samp">ll</span></samp>&rsquo;, &lsquo;<samp><span class="samp">sc</span></samp>&rsquo; and
! &lsquo;<samp><span class="samp">sync</span></samp>&rsquo; instructions.  This can be overridden by passing
! <samp><span class="option">--with-llsc</span></samp> or <samp><span class="option">--without-llsc</span></samp> when configuring GCC. 
  Since the Linux kernel emulates these instructions if they are
! missing, the default for &lsquo;<samp><span class="samp">mips*-*-linux*</span></samp>&rsquo; targets is
! <samp><span class="option">--with-llsc</span></samp>.  The <samp><span class="option">--with-llsc</span></samp> and
! <samp><span class="option">--without-llsc</span></samp> configure options may be overridden at compile
! time by passing the <samp><span class="option">-mllsc</span></samp> or <samp><span class="option">-mno-llsc</span></samp> options to
  the compiler.
! 
!    <p>MIPS systems check for division by zero (unless
! <samp><span class="option">-mno-check-zero-division</span></samp> is passed to the compiler) by
  generating either a conditional trap or a break instruction.  Using
  trap results in smaller code, but is only supported on MIPS II and
  later.  Also, some versions of the Linux kernel have a bug that
  prevents trap from generating the proper signal (<code>SIGFPE</code>).  To enable
! the use of break, use the <samp><span class="option">--with-divide=breaks</span></samp>
! <samp><span class="command">configure</span></samp> option when configuring GCC.  The default is to
  use traps on systems that support them.
! 
!    <p><hr /><a name="mips_002dsgi_002dirix5"></a>
! 
! <h3 class="heading"><a name="TOC34"></a>mips-sgi-irix5</h3>
! 
  <p>Support for IRIX 5 has been removed in GCC 4.6.
! 
!    <p><hr /><a name="mips_002dsgi_002dirix6"></a>
! 
! <h3 class="heading"><a name="TOC35"></a>mips-sgi-irix6</h3>
! 
  <p>Support for IRIX 6.5 has been removed in GCC 4.8.  Support for IRIX 6
  releases before 6.5 has been removed in GCC 4.6, as well as support for
  the O32 ABI.
! 
!    <p><hr /><a name="moxie_002dx_002delf"></a>
! 
! <h3 class="heading"><a name="TOC36"></a>moxie-*-elf</h3>
! 
  <p>The moxie processor.
! 
!    <p><hr /><a name="msp430_002dx_002delf"></a>
! 
! <h3 class="heading"><a name="TOC37"></a>msp430-*-elf</h3>
! 
! <p>TI MSP430 processor. 
  This configuration is intended for embedded systems.
! 
!    <p><hr /><a name="nds32le_002dx_002delf"></a>
! 
! <h3 class="heading"><a name="TOC38"></a>nds32le-*-elf</h3>
! 
  <p>Andes NDS32 target in little endian mode.
! 
!    <p><hr /><a name="nds32be_002dx_002delf"></a>
! 
! <h3 class="heading"><a name="TOC39"></a>nds32be-*-elf</h3>
! 
  <p>Andes NDS32 target in big endian mode.
! 
!    <p><hr /><a name="nvptx_002dx_002dnone"></a>
! 
! <h3 class="heading"><a name="TOC40"></a>nvptx-*-none</h3>
! 
  <p>Nvidia PTX target.
! 
!    <p>Instead of GNU binutils, you will need to install
! <a href="https://github.com/MentorEmbedded/nvptx-tools/">nvptx-tools</a>. 
  Tell GCC where to find it:
! <samp><span class="option">--with-build-time-tools=[install-nvptx-tools]/nvptx-none/bin</span></samp>.
! 
!    <p>A nvptx port of newlib is available at
! <a href="https://github.com/MentorEmbedded/nvptx-newlib/">nvptx-newlib</a>. 
  It can be automatically built together with GCC.  For this, add a
! symbolic link to nvptx-newlib's <samp><span class="file">newlib</span></samp> directory to the
  directory containing the GCC sources.
! 
!    <p>Use the <samp><span class="option">--disable-sjlj-exceptions</span></samp> and
! <samp><span class="option">--enable-newlib-io-long-long</span></samp> options when configuring.
! 
!    <p><hr /><a name="powerpc_002dx_002dx"></a>
! 
! <h3 class="heading"><a name="TOC41"></a>powerpc-*-*</h3>
! 
! <p>You can specify a default version for the <samp><span class="option">-mcpu=</span><var>cpu_type</var></samp>
! switch by using the configure option <samp><span class="option">--with-cpu-</span><var>cpu_type</var></samp>.
! 
!    <p>You will need GNU binutils 2.15 or newer.
! 
!    <p><hr /><a name="powerpc_002dx_002ddarwin"></a>
! 
! <h3 class="heading"><a name="TOC42"></a>powerpc-*-darwin*</h3>
! 
  <p>PowerPC running Darwin (Mac OS X kernel).
! 
!    <p>Pre-installed versions of Mac OS X may not include any developer tools,
  meaning that you will not be able to build GCC from source.  Tool
  binaries are available at
  <a href="https://opensource.apple.com">https://opensource.apple.com</a>.
! 
!    <p>This version of GCC requires at least cctools-590.36.  The
  cctools-590.36 package referenced from
  <a href="http://gcc.gnu.org/ml/gcc/2006-03/msg00507.html">http://gcc.gnu.org/ml/gcc/2006-03/msg00507.html</a> will not work
  on systems older than 10.3.9 (aka darwin7.9.0).
! 
!    <p><hr /><a name="powerpc_002dx_002delf"></a>
! 
! <h3 class="heading"><a name="TOC43"></a>powerpc-*-elf</h3>
! 
  <p>PowerPC system in big endian mode, running System V.4.
! 
!    <p><hr /><a name="powerpc_002dx_002dlinux_002dgnu"></a>
! 
! <h3 class="heading"><a name="TOC44"></a>powerpc*-*-linux-gnu*</h3>
! 
  <p>PowerPC system in big endian mode running Linux.
! 
!    <p><hr /><a name="powerpc_002dx_002dnetbsd"></a>
! 
! <h3 class="heading"><a name="TOC45"></a>powerpc-*-netbsd*</h3>
! 
  <p>PowerPC system in big endian mode running NetBSD.
! 
!    <p><hr /><a name="powerpc_002dx_002deabisim"></a>
! 
! <h3 class="heading"><a name="TOC46"></a>powerpc-*-eabisim</h3>
! 
  <p>Embedded PowerPC system in big endian mode for use in running under the
  PSIM simulator.
! 
!    <p><hr /><a name="powerpc_002dx_002deabi"></a>
! 
! <h3 class="heading"><a name="TOC47"></a>powerpc-*-eabi</h3>
! 
  <p>Embedded PowerPC system in big endian mode.
! 
!    <p><hr /><a name="powerpcle_002dx_002delf"></a>
! 
! <h3 class="heading"><a name="TOC48"></a>powerpcle-*-elf</h3>
! 
  <p>PowerPC system in little endian mode, running System V.4.
! 
!    <p><hr /><a name="powerpcle_002dx_002deabisim"></a>
! 
! <h3 class="heading"><a name="TOC49"></a>powerpcle-*-eabisim</h3>
! 
  <p>Embedded PowerPC system in little endian mode for use in running under
  the PSIM simulator.
! 
!    <p><hr /><a name="powerpcle_002dx_002deabi"></a>
! 
! <h3 class="heading"><a name="TOC50"></a>powerpcle-*-eabi</h3>
! 
  <p>Embedded PowerPC system in little endian mode.
! 
!    <p><hr /><a name="rl78_002dx_002delf"></a>
! 
! <h3 class="heading"><a name="TOC51"></a>rl78-*-elf</h3>
! 
! <p>The Renesas RL78 processor. 
  This configuration is intended for embedded systems.
+ 
+    <p><hr /><a name="riscv32_002dx_002delf"></a>
+ 
+ <h3 class="heading"><a name="TOC52"></a>riscv32-*-elf</h3>
+ 
+ <p>The RISC-V RV32 instruction set. 
+ This configuration is intended for embedded systems. 
  This (and all other RISC-V) targets are supported upstream as of the
  binutils 2.28 release.
! 
!    <p><hr /><a name="riscv32_002dx_002dlinux"></a>
! 
! <h3 class="heading"><a name="TOC53"></a>riscv32-*-linux</h3>
! 
! <p>The RISC-V RV32 instruction set running GNU/Linux. 
  This (and all other RISC-V) targets are supported upstream as of the
  binutils 2.28 release.
! 
!    <p><hr /><a name="riscv64_002dx_002delf"></a>
! 
! <h3 class="heading"><a name="TOC54"></a>riscv64-*-elf</h3>
! 
! <p>The RISC-V RV64 instruction set. 
! This configuration is intended for embedded systems. 
  This (and all other RISC-V) targets are supported upstream as of the
  binutils 2.28 release.
! 
!    <p><hr /><a name="riscv64_002dx_002dlinux"></a>
! 
! <h3 class="heading"><a name="TOC55"></a>riscv64-*-linux</h3>
! 
! <p>The RISC-V RV64 instruction set running GNU/Linux. 
  This (and all other RISC-V) targets are supported upstream as of the
  binutils 2.28 release.
! 
!    <p><hr /><a name="rx_002dx_002delf"></a>
! 
! <h3 class="heading"><a name="TOC56"></a>rx-*-elf</h3>
! 
  <p>The Renesas RX processor.
! 
!    <p><hr /><a name="s390_002dx_002dlinux"></a>
! 
! <h3 class="heading"><a name="TOC57"></a>s390-*-linux*</h3>
! 
  <p>S/390 system running GNU/Linux for S/390.
! 
!    <p><hr /><a name="s390x_002dx_002dlinux"></a>
! 
! <h3 class="heading"><a name="TOC58"></a>s390x-*-linux*</h3>
! 
  <p>zSeries system (64-bit) running GNU/Linux for zSeries.
! 
!    <p><hr /><a name="s390x_002dibm_002dtpf"></a>
! 
! <h3 class="heading"><a name="TOC59"></a>s390x-ibm-tpf*</h3>
! 
  <p>zSeries system (64-bit) running TPF.  This platform is
  supported as cross-compilation target only.
! 
!    <p><hr /><!-- Please use Solaris 2 to refer to all release of Solaris, starting -->
! <!-- with 2.0 until 2.6, 7, 8, etc.  Solaris 1 was a marketing name for -->
! <!-- SunOS 4 releases which we don't use to avoid confusion.  Solaris -->
! <!-- alone is too unspecific and must be avoided. -->
! <a name="x_002dx_002dsolaris2"></a>
! 
! <h3 class="heading"><a name="TOC60"></a>*-*-solaris2*</h3>
! 
  <p>Support for Solaris 9 has been removed in GCC 5.  Support for Solaris
  8 has been removed in GCC 4.8.  Support for Solaris 7 has been removed
  in GCC 4.6.
! 
!    <p>Sun does not ship a C compiler with Solaris 2 before Solaris 10, though
  you can download the Sun Studio compilers for free.  In Solaris 10 and
! 11, GCC 3.4.3 is available as <samp><span class="command">/usr/sfw/bin/gcc</span></samp>.  Solaris 11
  also provides GCC 4.5.2, 4.7.3, and 4.8.2 as
! <samp><span class="command">/usr/gcc/4.5/bin/gcc</span></samp> or similar.  Alternatively,
  you can install a pre-built GCC to bootstrap and install GCC.  See the
  <a href="binaries.html">binaries page</a> for details.
! 
!    <p>The Solaris 2 <samp><span class="command">/bin/sh</span></samp> will often fail to configure
! &lsquo;<samp><span class="samp">libstdc++-v3</span></samp>&rsquo;or &lsquo;<samp><span class="samp">boehm-gc</span></samp>&rsquo;.  We therefore recommend using the
  following initial sequence of commands
  
! <pre class="smallexample">     % CONFIG_SHELL=/bin/ksh
!      % export CONFIG_SHELL
! </pre>
!    <p class="noindent">and proceed as described in <a href="configure.html">the configure instructions</a>. 
  In addition we strongly recommend specifying an absolute path to invoke
! <samp><var>srcdir</var><span class="command">/configure</span></samp>.
! 
!    <p>Solaris 10 comes with a number of optional OS packages.  Some of these
  are needed to use GCC fully, namely <code>SUNWarc</code>,
  <code>SUNWbtool</code>, <code>SUNWesu</code>, <code>SUNWhea</code>, <code>SUNWlibm</code>,
  <code>SUNWsprot</code>, and <code>SUNWtoo</code>.  If you did not install all
  optional packages when installing Solaris 10, you will need to verify that
! the packages that GCC needs are installed. 
  To check whether an optional package is installed, use
! the <samp><span class="command">pkginfo</span></samp> command.  To add an optional package, use the
! <samp><span class="command">pkgadd</span></samp> command.  For further details, see the Solaris 10
  documentation.
! 
!    <p>Starting with Solaris 11, the package management has changed, so you
  need to check for <code>system/header</code>, <code>system/linker</code>, and
  <code>developer/assembler</code> packages.  Checking for and installing
! packages is done with the <samp><span class="command">pkg</span></samp> command now.
! 
!    <p>Trying to use the linker and other tools in
! <samp><span class="file">/usr/ucb</span></samp> to install GCC has been observed to cause trouble. 
  For example, the linker may hang indefinitely.  The fix is to remove
! <samp><span class="file">/usr/ucb</span></samp> from your <samp><span class="env">PATH</span></samp>.
! 
!    <p>The build process works more smoothly with the legacy Sun tools so, if you
! have <samp><span class="file">/usr/xpg4/bin</span></samp> in your <samp><span class="env">PATH</span></samp>, we recommend that you place
! <samp><span class="file">/usr/bin</span></samp> before <samp><span class="file">/usr/xpg4/bin</span></samp> for the duration of the build.
! 
!    <p>We recommend the use of the Solaris assembler or the GNU assembler, in
! conjunction with the Solaris linker.  The GNU <samp><span class="command">as</span></samp>
  versions included in Solaris 10, from GNU binutils 2.15 (in
! <samp><span class="file">/usr/sfw/bin/gas</span></samp>), and Solaris 11,
! from GNU binutils 2.19 or newer (also in <samp><span class="file">/usr/bin/gas</span></samp> and
! <samp><span class="file">/usr/gnu/bin/as</span></samp>), are known to work. 
  Current versions of GNU binutils (2.26)
  are known to work as well, with the caveat mentioned in
  <a href="#ix86-x-solaris210">i?86-*-solaris2.10</a> .  Note that your mileage may vary
  if you use a combination of the GNU tools and the Solaris tools: while the
! combination GNU <samp><span class="command">as</span></samp> + Sun <samp><span class="command">ld</span></samp> should reasonably work,
! the reverse combination Sun <samp><span class="command">as</span></samp> + GNU <samp><span class="command">ld</span></samp> may fail to
! build or cause memory corruption at runtime in some cases for C++ programs. 
! <!-- FIXME: still? -->
! GNU <samp><span class="command">ld</span></samp> usually works as well, although the version included in
  Solaris 10 cannot be used due to several bugs.  Again, the current
  version (2.26) is known to work, but generally lacks platform specific
! features, so better stay with Solaris <samp><span class="command">ld</span></samp>.  To use the LTO linker
! plugin (<samp><span class="option">-fuse-linker-plugin</span></samp>) with GNU <samp><span class="command">ld</span></samp>, GNU
! binutils <em>must</em> be configured with <samp><span class="option">--enable-largefile</span></samp>.
! 
!    <p>To enable symbol versioning in &lsquo;<samp><span class="samp">libstdc++</span></samp>&rsquo; with the Solaris linker,
! you need to have any version of GNU <samp><span class="command">c++filt</span></samp>, which is part of
! GNU binutils.  &lsquo;<samp><span class="samp">libstdc++</span></samp>&rsquo; symbol versioning will be disabled if no
! appropriate version is found.  Solaris <samp><span class="command">c++filt</span></samp> from the Solaris
  Studio compilers does <em>not</em> work.
! 
!    <p>Sun bug 4927647 sometimes causes random spurious testsuite failures
! related to missing diagnostic output.  This bug doesn't affect GCC
! itself, rather it is a kernel bug triggered by the <samp><span class="command">expect</span></samp>
  program which is used only by the GCC testsuite driver.  When the bug
! causes the <samp><span class="command">expect</span></samp> program to miss anticipated output, extra
  testsuite failures appear.
! 
!    <p><hr /><a name="sparc_002dx_002dx"></a>
! 
! <h3 class="heading"><a name="TOC61"></a>sparc*-*-*</h3>
! 
  <p>This section contains general configuration information for all
  SPARC-based platforms.  In addition to reading this section, please
  read all other sections that match your target.
! 
!    <p>Newer versions of the GNU Multiple Precision Library (GMP), the MPFR
  library and the MPC library are known to be miscompiled by earlier
  versions of GCC on these platforms.  We therefore recommend the use
  of the exact versions of these libraries listed as minimal versions
  in <a href="prerequisites.html">the prerequisites</a>.
! 
!    <p><hr /><a name="sparc_002dsun_002dsolaris2"></a>
! 
! <h3 class="heading"><a name="TOC62"></a>sparc-sun-solaris2*</h3>
! 
  <p>When GCC is configured to use GNU binutils 2.14 or later, the binaries
! produced are smaller than the ones produced using Sun's native tools;
  this difference is quite significant for binaries containing debugging
  information.
! 
!    <p>Starting with Solaris 7, the operating system is capable of executing
  64-bit SPARC V9 binaries.  GCC 3.1 and later properly supports
! this; the <samp><span class="option">-m64</span></samp> option enables 64-bit code generation. 
  However, if all you want is code tuned for the UltraSPARC CPU, you
! should try the <samp><span class="option">-mtune=ultrasparc</span></samp> option instead, which produces
  code that, unlike full 64-bit code, can still run on non-UltraSPARC
  machines.
! 
!    <p>When configuring the GNU Multiple Precision Library (GMP), the MPFR
  library or the MPC library on a Solaris 7 or later system, the canonical
! target triplet must be specified as the <samp><span class="command">build</span></samp> parameter on the
! configure line.  This target triplet can be obtained by invoking <samp><span class="command">./config.guess</span></samp> in the toplevel source directory of GCC (and
  not that of GMP or MPFR or MPC).  For example on a Solaris 9 system:
  
! <pre class="smallexample">     % ./configure --build=sparc-sun-solaris2.9 --prefix=xxx
! </pre>
!    <p><hr /><a name="sparc_002dsun_002dsolaris210"></a>
! 
! <h3 class="heading"><a name="TOC63"></a>sparc-sun-solaris2.10</h3>
! 
  <p>There is a bug in older versions of the Sun assembler which breaks
  thread-local storage (TLS).  A typical error message is
  
! <pre class="smallexample">     ld: fatal: relocation error: R_SPARC_TLS_LE_HIX22: file /var/tmp//ccamPA1v.o:
!        symbol &lt;unknown&gt;: bad symbol type SECT: symbol type must be TLS
! </pre>
!    <p class="noindent">This bug is fixed in Sun patch 118683-03 or later.
! 
!    <p><hr /><a name="sparc_002dx_002dlinux"></a>
! 
! <h3 class="heading"><a name="TOC64"></a>sparc-*-linux*</h3>
! 
! <p><hr /><a name="sparc64_002dx_002dsolaris2"></a>
! 
! <h3 class="heading"><a name="TOC65"></a>sparc64-*-solaris2*</h3>
  
  <p>When configuring the GNU Multiple Precision Library (GMP), the MPFR
  library or the MPC library, the canonical target triplet must be specified
! as the <samp><span class="command">build</span></samp> parameter on the configure line.  For example
  on a Solaris 9 system:
  
! <pre class="smallexample">     % ./configure --build=sparc64-sun-solaris2.9 --prefix=xxx
! </pre>
!    <p><hr /><a name="sparcv9_002dx_002dsolaris2"></a>
! 
! <h3 class="heading"><a name="TOC66"></a>sparcv9-*-solaris2*</h3>
! 
! <p>This is a synonym for &lsquo;<samp><span class="samp">sparc64-*-solaris2*</span></samp>&rsquo;.
! 
!    <p><hr /><a name="c6x_002dx_002dx"></a>
! 
! <h3 class="heading"><a name="TOC67"></a>c6x-*-*</h3>
! 
  <p>The C6X family of processors. This port requires binutils-2.22 or newer.
! 
!    <p><hr /><a name="tilegx_002d_002a_002dlinux"></a>
! 
! <h3 class="heading"><a name="TOC68"></a>tilegx-*-linux*</h3>
! 
  <p>The TILE-Gx processor in little endian mode, running GNU/Linux.  This
  port requires binutils-2.22 or newer.
! 
!    <p><hr /><a name="tilegxbe_002d_002a_002dlinux"></a>
! 
! <h3 class="heading"><a name="TOC69"></a>tilegxbe-*-linux*</h3>
! 
  <p>The TILE-Gx processor in big endian mode, running GNU/Linux.  This
  port requires binutils-2.23 or newer.
! 
!    <p><hr /><a name="tilepro_002d_002a_002dlinux"></a>
! 
! <h3 class="heading"><a name="TOC70"></a>tilepro-*-linux*</h3>
! 
  <p>The TILEPro processor running GNU/Linux.  This port requires
  binutils-2.22 or newer.
! 
!    <p><hr /><a name="visium_002dx_002delf"></a>
! 
! <h3 class="heading"><a name="TOC71"></a>visium-*-elf</h3>
! 
! <p>CDS VISIUMcore processor. 
  This configuration is intended for embedded systems.
! 
!    <p><hr /><a name="x_002dx_002dvxworks"></a>
! 
! <h3 class="heading"><a name="TOC72"></a>*-*-vxworks*</h3>
! 
  <p>Support for VxWorks is in flux.  At present GCC supports <em>only</em> the
! very recent VxWorks 5.5 (aka Tornado 2.2) release, and only on PowerPC. 
! We welcome patches for other architectures supported by VxWorks 5.5. 
  Support for VxWorks AE would also be welcome; we believe this is merely
  a matter of writing an appropriate &ldquo;configlette&rdquo; (see below).  We are
  not interested in supporting older, a.out or COFF-based, versions of
  VxWorks in GCC 3.
! 
!    <p>VxWorks comes with an older version of GCC installed in
! <samp><var>$WIND_BASE</var><span class="file">/host</span></samp>; we recommend you do not overwrite it. 
! Choose an installation <var>prefix</var> entirely outside <var>$WIND_BASE</var>. 
! Before running <samp><span class="command">configure</span></samp>, create the directories <samp><var>prefix</var></samp>
! and <samp><var>prefix</var><span class="file">/bin</span></samp>.  Link or copy the appropriate assembler,
! linker, etc. into <samp><var>prefix</var><span class="file">/bin</span></samp>, and set your <var>PATH</var> to
! include that directory while running both <samp><span class="command">configure</span></samp> and
! <samp><span class="command">make</span></samp>.
! 
!    <p>You must give <samp><span class="command">configure</span></samp> the
! <samp><span class="option">--with-headers=</span><var>$WIND_BASE</var><span class="option">/target/h</span></samp> switch so that it can
  find the VxWorks system headers.  Since VxWorks is a cross compilation
! target only, you must also specify <samp><span class="option">--target=</span><var>target</var></samp>. 
! <samp><span class="command">configure</span></samp> will attempt to create the directory
! <samp><var>prefix</var><span class="file">/</span><var>target</var><span class="file">/sys-include</span></samp> and copy files into it;
! make sure the user running <samp><span class="command">configure</span></samp> has sufficient privilege
  to do so.
! 
!    <p>GCC's exception handling runtime requires a special &ldquo;configlette&rdquo;
! module, <samp><span class="file">contrib/gthr_supp_vxw_5x.c</span></samp>.  Follow the instructions in
  that file to add the module to your kernel build.  (Future versions of
  VxWorks will incorporate this module.)
! 
!    <p><hr /><a name="x86_002d64_002dx_002dx"></a>
! 
! <h3 class="heading"><a name="TOC73"></a>x86_64-*-*, amd64-*-*</h3>
! 
  <p>GCC supports the x86-64 architecture implemented by the AMD64 processor
! (amd64-*-* is an alias for x86_64-*-*) on GNU/Linux, FreeBSD and NetBSD. 
  On GNU/Linux the default is a bi-arch compiler which is able to generate
! both 64-bit x86-64 and 32-bit x86 code (via the <samp><span class="option">-m32</span></samp> switch).
! 
!    <p><hr /><a name="x86_002d64_002dx_002dsolaris210"></a>
! 
! <h3 class="heading"><a name="TOC74"></a>x86_64-*-solaris2.1[0-9]*</h3>
! 
  <p>GCC also supports the x86-64 architecture implemented by the AMD64
! processor (&lsquo;<samp><span class="samp">amd64-*-*</span></samp>&rsquo; is an alias for &lsquo;<samp><span class="samp">x86_64-*-*</span></samp>&rsquo;) on
  Solaris 10 or later.  Unlike other systems, without special options a
  bi-arch compiler is built which generates 32-bit code by default, but
! can generate 64-bit x86-64 code with the <samp><span class="option">-m64</span></samp> switch.  Since
  GCC 4.7, there is also a configuration that defaults to 64-bit code, but
! can generate 32-bit code with <samp><span class="option">-m32</span></samp>.  To configure and build
! this way, you have to provide all support libraries like <samp><span class="file">libgmp</span></samp>
! as 64-bit code, configure with <samp><span class="option">--target=x86_64-pc-solaris2.1x</span></samp>
! and &lsquo;<samp><span class="samp">CC=gcc -m64</span></samp>&rsquo;.
! 
!    <p><hr /><a name="xtensa_002dx_002delf"></a>
! 
! <h3 class="heading"><a name="TOC75"></a>xtensa*-*-elf</h3>
! 
  <p>This target is intended for embedded Xtensa systems using the
! &lsquo;<samp><span class="samp">newlib</span></samp>&rsquo; C library.  It uses ELF but does not support shared
  objects.  Designed-defined instructions specified via the
  Tensilica Instruction Extension (TIE) language are only supported
  through inline assembly.
! 
!    <p>The Xtensa configuration information must be specified prior to
! building GCC.  The <samp><span class="file">include/xtensa-config.h</span></samp> header
  file contains the configuration information.  If you created your
  own Xtensa configuration with the Xtensa Processor Generator, the
  downloaded files include a customized copy of this header file,
  which you can use to replace the default header file.
! 
!    <p><hr /><a name="xtensa_002dx_002dlinux"></a>
! 
! <h3 class="heading"><a name="TOC76"></a>xtensa*-*-linux*</h3>
! 
  <p>This target is for Xtensa systems running GNU/Linux.  It supports ELF
  shared objects and the GNU C library (glibc).  It also generates
  position-independent code (PIC) regardless of whether the
! <samp><span class="option">-fpic</span></samp> or <samp><span class="option">-fPIC</span></samp> options are used.  In other
  respects, this target is the same as the
! <a href="#xtensa*-*-elf">&lsquo;<samp><span class="samp">xtensa*-*-elf</span></samp>&rsquo;</a> target.
! 
!    <p><hr /><a name="windows"></a>
! 
! <h3 class="heading"><a name="TOC77"></a>Microsoft Windows</h3>
! 
! <h4 class="subheading"><a name="TOC78"></a>Intel 16-bit versions</h4>
  
  <p>The 16-bit versions of Microsoft Windows, such as Windows 3.1, are not
  supported.
! 
!    <p>However, the 32-bit port has limited support for Microsoft
  Windows 3.11 in the Win32s environment, as a target only.  See below.
! 
! <h4 class="subheading"><a name="TOC79"></a>Intel 32-bit versions</h4>
! 
  <p>The 32-bit versions of Windows, including Windows 95, Windows NT, Windows
  XP, and Windows Vista, are supported by several different target
  platforms.  These targets differ in which Windows subsystem they target
  and which C libraries are used.
  
!      <ul>
! <li>Cygwin <a href="#x-x-cygwin">*-*-cygwin</a>: Cygwin provides a user-space
! Linux API emulation layer in the Win32 subsystem. 
! <li>MinGW <a href="#x-x-mingw32">*-*-mingw32</a>: MinGW is a native GCC port for
! the Win32 subsystem that provides a subset of POSIX. 
! <li>MKS i386-pc-mks: NuTCracker from MKS.  See
! <a href="http://www.mkssoftware.com/">http://www.mkssoftware.com/</a> for more information. 
! </ul>
! 
! <h4 class="subheading"><a name="TOC80"></a>Intel 64-bit versions</h4>
! 
  <p>GCC contains support for x86-64 using the mingw-w64
! runtime library, available from <a href="http://mingw-w64.org/doku.php">http://mingw-w64.org/doku.php</a>. 
  This library should be used with the target triple x86_64-pc-mingw32.
! 
!    <p>Presently Windows for Itanium is not supported.
! 
! <h4 class="subheading"><a name="TOC81"></a>Windows CE</h4>
! 
  <p>Windows CE is supported as a target only on Hitachi
  SuperH (sh-wince-pe), and MIPS (mips-wince-pe).
! 
! <h4 class="subheading"><a name="TOC82"></a>Other Windows Platforms</h4>
! 
  <p>GCC no longer supports Windows NT on the Alpha or PowerPC.
! 
!    <p>GCC no longer supports the Windows POSIX subsystem.  However, it does
  support the Interix subsystem.  See above.
! 
!    <p>Old target names including *-*-winnt and *-*-windowsnt are no longer used.
! 
!    <p>PW32 (i386-pc-pw32) support was never completed, and the project seems to
  be inactive.  See <a href="http://pw32.sourceforge.net/">http://pw32.sourceforge.net/</a> for more information.
! 
!    <p>UWIN support has been removed due to a lack of maintenance.
! 
!    <p><hr /><a name="x_002dx_002dcygwin"></a>
! 
! <h3 class="heading"><a name="TOC83"></a>*-*-cygwin</h3>
! 
  <p>Ports of GCC are included with the
  <a href="http://www.cygwin.com/">Cygwin environment</a>.
! 
!    <p>GCC will build under Cygwin without modification; it does not build
! with Microsoft's C++ compiler and there are no plans to make it do so.
! 
!    <p>The Cygwin native compiler can be configured to target any 32-bit x86
  cpu architecture desired; the default is i686-pc-cygwin.  It should be
  used with as up-to-date a version of binutils as possible; use either
  the latest official GNU binutils release in the Cygwin distribution,
  or version 2.20 or above if building your own.
! 
!    <p><hr /><a name="x_002dx_002dmingw32"></a>
! 
! <h3 class="heading"><a name="TOC84"></a>*-*-mingw32</h3>
! 
! <p>GCC will build with and support only MinGW runtime 3.12 and later. 
  Earlier versions of headers are incompatible with the new default semantics
  of <code>extern inline</code> in <code>-std=c99</code> and <code>-std=gnu99</code> modes.
! 
!    <p><hr /><a name="older"></a>
! 
! <h3 class="heading"><a name="TOC85"></a>Older systems</h3>
! 
  <p>GCC contains support files for many older (1980s and early
  1990s) Unix variants.  For the most part, support for these systems
  has not been deliberately removed, but it has not been maintained for
  several years and may suffer from bitrot.
! 
!    <p>Starting with GCC 3.1, each release has a list of &ldquo;obsoleted&rdquo; systems. 
  Support for these systems is still present in that release, but
! <samp><span class="command">configure</span></samp> will fail unless the <samp><span class="option">--enable-obsolete</span></samp>
  option is given.  Unless a maintainer steps forward, support for these
  systems will be removed from the next release of GCC.
! 
!    <p>Support for old systems as hosts for GCC can cause problems if the
  workarounds for compiler, library and operating system bugs affect the
  cleanliness or maintainability of the rest of GCC.  In some cases, to
  bring GCC up on such a system, if still possible with current GCC, may
  require first installing an old version of GCC which did work on that
  system, and using it to compile a more recent GCC, to avoid bugs in the
  vendor compiler.  Old releases of GCC 1 and GCC 2 are available in the
! <samp><span class="file">old-releases</span></samp> directory on the <a href="../mirrors.html">GCC mirror sites</a>.  Header bugs may generally be avoided using
! <samp><span class="command">fixincludes</span></samp>, but bugs or deficiencies in libraries and the
  operating system may still cause problems.
! 
!    <p>Support for older systems as targets for cross-compilation is less
  problematic than support for them as hosts for GCC; if an enthusiast
  wishes to make such a target work again (including resurrecting any of
  the targets that never worked with GCC 2, starting from the last
*************** version before they were removed), patch
*** 1486,1519 ****
  <a href="../contribute.html">following the usual requirements</a> would be
  likely to be accepted, since they should not affect the support for more
  modern targets.
! </p>
! <p>For some systems, old versions of GNU binutils may also be useful,
! and are available from <samp>pub/binutils/old-releases</samp> on
  <a href="https://sourceware.org/mirrors.html">sourceware.org mirror sites</a>.
! </p>
! <p>Some of the information on specific systems above relates to
  such older systems, but much of the information
  about GCC on such systems (which may no longer be applicable to
  current GCC) is to be found in the GCC texinfo manual.
! </p>
! <hr />
! <a name="elf"></a><a name="all-ELF-targets-_0028SVR4_002c-Solaris-2_002c-etc_002e_0029"></a>
! <h3 class="heading">all ELF targets (SVR4, Solaris 2, etc.)</h3>
  <p>C++ support is significantly better on ELF targets if you use the
  <a href="./configure.html#with-gnu-ld">GNU linker</a>; duplicate copies of
  inlines, vtables and template instantiations will be discarded
  automatically.
- </p>
  
! <hr />
! <p>
  <p><a href="./index.html">Return to the GCC Installation page</a>
- </p>
- 
- 
- 
- 
  
  
- </body>
- </html>
--- 1492,1522 ----
  <a href="../contribute.html">following the usual requirements</a> would be
  likely to be accepted, since they should not affect the support for more
  modern targets.
! 
!    <p>For some systems, old versions of GNU binutils may also be useful,
! and are available from <samp><span class="file">pub/binutils/old-releases</span></samp> on
  <a href="https://sourceware.org/mirrors.html">sourceware.org mirror sites</a>.
! 
!    <p>Some of the information on specific systems above relates to
  such older systems, but much of the information
  about GCC on such systems (which may no longer be applicable to
  current GCC) is to be found in the GCC texinfo manual.
! 
!    <p><hr /><a name="elf"></a>
! 
! <h3 class="heading"><a name="TOC86"></a>all ELF targets (SVR4, Solaris 2, etc.)</h3>
! 
  <p>C++ support is significantly better on ELF targets if you use the
  <a href="./configure.html#with-gnu-ld">GNU linker</a>; duplicate copies of
  inlines, vtables and template instantiations will be discarded
  automatically.
  
!    <p><hr />
  <p><a href="./index.html">Return to the GCC Installation page</a>
  
+ <!-- ***Old documentation****************************************************** -->
+ <!-- ***GFDL******************************************************************** -->
+ <!-- *************************************************************************** -->
+ <!-- Part 6 The End of the Document -->
+ </body></html>
  
diff -Nrcpad gcc-7.1.0/INSTALL/test.html gcc-7.2.0/INSTALL/test.html
*** gcc-7.1.0/INSTALL/test.html	Tue May  2 12:44:01 2017
--- gcc-7.2.0/INSTALL/test.html	Mon Aug 14 08:03:32 2017
***************
*** 1,304 ****
! <!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN" "http://www.w3.org/TR/html4/loose.dtd">
! <html>
! <!-- Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
! Permission is granted to copy, distribute and/or modify this document
  under the terms of the GNU Free Documentation License, Version 1.3 or
  any later version published by the Free Software Foundation; with no
  Invariant Sections, the Front-Cover texts being (a) (see below), and
  with the Back-Cover Texts being (b) (see below).  A copy of the
! license is included in the section entitled "GNU
! Free Documentation License".
  
  (a) The FSF's Front-Cover Text is:
  
! A GNU Manual
  
  (b) The FSF's Back-Cover Text is:
  
! You have freedom to copy and modify this GNU Manual, like GNU
       software.  Copies published by the Free Software Foundation raise
!      funds for GNU development. -->
! <!-- Created by GNU Texinfo 6.1, http://www.gnu.org/software/texinfo/ -->
! <head>
! <title>Installing GCC</title>
! 
! <meta name="description" content="Installing GCC">
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! div.smalllisp {margin-left: 3.2em}
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! -->
! </style>
! 
! 
  </head>
! 
! <body lang="en">
! <h1 class="settitle" align="center">Installing GCC</h1>
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! 
! <a name="index-Testing"></a>
! <a name="index-Installing-GCC_003a-Testing"></a>
! <a name="index-Testsuite"></a>
! 
! <p>Before you install GCC, we encourage you to run the testsuites and to
  compare your results with results from a similar configuration that have
  been submitted to the
! <a href="http://gcc.gnu.org/ml/gcc-testresults/">gcc-testresults mailing list</a>.
  Some of these archived results are linked from the build status lists
  at <a href="http://gcc.gnu.org/buildstat.html">http://gcc.gnu.org/buildstat.html</a>, although not everyone who
! reports a successful build runs the testsuites and submits the results.
  This step is optional and may require you to download additional software,
  but it can give you confidence in your new GCC installation or point out
  problems before you install and start using your new GCC.
! </p>
! <p>First, you must have <a href="download.html">downloaded the testsuites</a>.
  These are part of the full distribution, but if you downloaded the
  &ldquo;core&rdquo; compiler plus any front ends, you must download the testsuites
  separately.
! </p>
! <p>Second, you must have the testing tools installed.  This includes
  <a href="http://www.gnu.org/software/dejagnu/">DejaGnu</a>, Tcl, and Expect;
  the DejaGnu site has links to these. For running the BRIG frontend
  tests, a tool to assemble the binary BRIGs from HSAIL text,
  <a href="https://github.com/HSAFoundation/HSAIL-Tools/">HSAILasm</a> must
  be installed.
! </p>
! <p>If the directories where <code>runtest</code> and <code>expect</code> were
! installed are not in the <code>PATH</code>, you may need to set the following
  environment variables appropriately, as in the following example (which
! assumes that DejaGnu has been installed under <samp>/usr/local</samp>):
! </p>
! <div class="smallexample">
! <pre class="smallexample">TCL_LIBRARY = /usr/local/share/tcl8.0
! DEJAGNULIBS = /usr/local/share/dejagnu
! </pre></div>
  
! <p>(On systems such as Cygwin, these paths are required to be actual
  paths, not mounts or links; presumably this is due to some lack of
  portability in the DejaGnu code.)
- </p>
  
! <p>Finally, you can run the testsuite (which may take a long time):
! </p><div class="smallexample">
! <pre class="smallexample">cd <var>objdir</var>; make -k check
! </pre></div>
! 
! <p>This will test various components of GCC, such as compiler
  front ends and runtime libraries.  While running the testsuite, DejaGnu
  might emit some harmless messages resembling
! &lsquo;<samp>WARNING: Couldn't find the global config file.</samp>&rsquo; or
! &lsquo;<samp>WARNING: Couldn't find tool init file</samp>&rsquo; that can be ignored.
! </p>
! <p>If you are testing a cross-compiler, you may want to run the testsuite
  on a simulator as described at <a href="http://gcc.gnu.org/simtest-howto.html">http://gcc.gnu.org/simtest-howto.html</a>.
! </p>
! <a name="How-can-you-run-the-testsuite-on-selected-tests_003f"></a>
! <h3 class="section">How can you run the testsuite on selected tests?</h3>
  
  <p>In order to run sets of tests selectively, there are targets
! &lsquo;<samp>make check-gcc</samp>&rsquo; and language specific &lsquo;<samp>make check-c</samp>&rsquo;,
! &lsquo;<samp>make check-c++</samp>&rsquo;, &lsquo;<samp>make check-fortran</samp>&rsquo;,
! &lsquo;<samp>make check-ada</samp>&rsquo;, &lsquo;<samp>make check-objc</samp>&rsquo;, &lsquo;<samp>make check-obj-c++</samp>&rsquo;,
! &lsquo;<samp>make check-lto</samp>&rsquo;
! in the <samp>gcc</samp> subdirectory of the object directory.  You can also
! just run &lsquo;<samp>make check</samp>&rsquo; in a subdirectory of the object directory.
! </p>
  
! <p>A more selective way to just run all <code>gcc</code> execute tests in the
  testsuite is to use
- </p>
- <div class="smallexample">
- <pre class="smallexample">make check-gcc RUNTESTFLAGS=&quot;execute.exp <var>other-options</var>&quot;
- </pre></div>
  
! <p>Likewise, in order to run only the <code>g++</code> &ldquo;old-deja&rdquo; tests in
! the testsuite with filenames matching &lsquo;<samp>9805*</samp>&rsquo;, you would use
! </p>
! <div class="smallexample">
! <pre class="smallexample">make check-g++ RUNTESTFLAGS=&quot;old-deja.exp=9805* <var>other-options</var>&quot;
! </pre></div>
  
! <p>The <samp>*.exp</samp> files are located in the testsuite directories of the GCC
! source, the most important ones being <samp>compile.exp</samp>,
! <samp>execute.exp</samp>, <samp>dg.exp</samp> and <samp>old-deja.exp</samp>.
! To get a list of the possible <samp>*.exp</samp> files, pipe the
! output of &lsquo;<samp>make check</samp>&rsquo; into a file and look at the
! &lsquo;<samp>Running &hellip;  .exp</samp>&rsquo; lines.
! </p>
! <a name="Passing-options-and-running-multiple-testsuites"></a>
! <h3 class="section">Passing options and running multiple testsuites</h3>
  
  <p>You can pass multiple options to the testsuite using the
! &lsquo;<samp>--target_board</samp>&rsquo; option of DejaGNU, either passed as part of
! &lsquo;<samp>RUNTESTFLAGS</samp>&rsquo;, or directly to <code>runtest</code> if you prefer to
  work outside the makefiles.  For example,
- </p>
- <div class="smallexample">
- <pre class="smallexample">make check-g++ RUNTESTFLAGS=&quot;--target_board=unix/-O3/-fmerge-constants&quot;
- </pre></div>
  
! <p>will run the standard <code>g++</code> testsuites (&ldquo;unix&rdquo; is the target name
  for a standard native testsuite situation), passing
! &lsquo;<samp>-O3 -fmerge-constants</samp>&rsquo; to the compiler on every test, i.e.,
  slashes separate options.
! </p>
! <p>You can run the testsuites multiple times using combinations of options
  with a syntax similar to the brace expansion of popular shells:
- </p>
- <div class="smallexample">
- <pre class="smallexample">&hellip;&quot;--target_board=arm-sim\{-mhard-float,-msoft-float\}\{-O1,-O2,-O3,\}&quot;
- </pre></div>
  
! <p>(Note the empty option caused by the trailing comma in the final group.)
! The following will run each testsuite eight times using the &lsquo;<samp>arm-sim</samp>&rsquo;
  target, as if you had specified all possible combinations yourself:
- </p>
- <div class="smallexample">
- <pre class="smallexample">--target_board='arm-sim/-mhard-float/-O1 \
-                 arm-sim/-mhard-float/-O2 \
-                 arm-sim/-mhard-float/-O3 \
-                 arm-sim/-mhard-float \
-                 arm-sim/-msoft-float/-O1 \
-                 arm-sim/-msoft-float/-O2 \
-                 arm-sim/-msoft-float/-O3 \
-                 arm-sim/-msoft-float'
- </pre></div>
  
! <p>They can be combined as many times as you wish, in arbitrary ways.  This
  list:
- </p>
- <div class="smallexample">
- <pre class="smallexample">&hellip;&quot;--target_board=unix/-Wextra\{-O3,-fno-strength\}\{-fomit-frame,\}&quot;
- </pre></div>
  
! <p>will generate four combinations, all involving &lsquo;<samp>-Wextra</samp>&rsquo;.
! </p>
! <p>The disadvantage to this method is that the testsuites are run in serial,
  which is a waste on multiprocessor systems.  For users with GNU Make and
  a shell which performs brace expansion, you can run the testsuites in
! parallel by having the shell perform the combinations and <code>make</code>
! do the parallel runs.  Instead of using &lsquo;<samp>--target_board</samp>&rsquo;, use a
  special makefile target:
- </p>
- <div class="smallexample">
- <pre class="smallexample">make -j<var>N</var> check-<var>testsuite</var>//<var>test-target</var>/<var>option1</var>/<var>option2</var>/&hellip;
- </pre></div>
  
! <p>For example,
! </p>
! <div class="smallexample">
! <pre class="smallexample">make -j3 check-gcc//sh-hms-sim/{-m1,-m2,-m3,-m3e,-m4}/{,-nofpu}
! </pre></div>
  
! <p>will run three concurrent &ldquo;make-gcc&rdquo; testsuites, eventually testing all
  ten combinations as described above.  Note that this is currently only
! supported in the <samp>gcc</samp> subdirectory.  (To see how this works, try
! typing <code>echo</code> before the example given here.)
! </p>
  
! <a name="How-to-interpret-test-results"></a>
! <h3 class="section">How to interpret test results</h3>
  
! <p>The result of running the testsuite are various <samp>*.sum</samp> and <samp>*.log</samp>
! files in the testsuite subdirectories.  The <samp>*.log</samp> files contain a
  detailed log of the compiler invocations and the corresponding
! results, the <samp>*.sum</samp> files summarize the results.  These summaries
  contain status codes for all tests:
- </p>
- <ul>
- <li> PASS: the test passed as expected
- </li><li> XPASS: the test unexpectedly passed
- </li><li> FAIL: the test unexpectedly failed
- </li><li> XFAIL: the test failed as expected
- </li><li> UNSUPPORTED: the test is not supported on this platform
- </li><li> ERROR: the testsuite detected an error
- </li><li> WARNING: the testsuite detected a possible problem
- </li></ul>
  
! <p>It is normal for some tests to report unexpected failures.  At the
  current time the testing harness does not allow fine grained control
  over whether or not a test is expected to fail.  This problem should
  be fixed in future releases.
- </p>
  
! <a name="Submitting-test-results"></a>
! <h3 class="section">Submitting test results</h3>
  
  <p>If you want to report the results to the GCC project, use the
! <samp>contrib/test_summary</samp> shell script.  Start it in the <var>objdir</var> with
! </p>
! <div class="smallexample">
! <pre class="smallexample"><var>srcdir</var>/contrib/test_summary -p your_commentary.txt \
!     -m gcc-testresults@gcc.gnu.org |sh
! </pre></div>
  
! <p>This script uses the <code>Mail</code> program to send the results, so
! make sure it is in your <code>PATH</code>.  The file <samp>your_commentary.txt</samp> is
  prepended to the testsuite summary and should contain any special
  remarks you have on your results or your build environment.  Please
  do not edit the testsuite result block or the subject line, as these
  messages may be automatically processed.
- </p>
- <hr />
- <p>
- <p><a href="./index.html">Return to the GCC Installation page</a>
- </p>
- 
- 
- 
- 
- 
- 
- <hr>
  
  
  
- </body>
- </html>
--- 1,224 ----
! <html lang="en">
! <head>
! <title>Installing GCC: Testing</title>
! <meta http-equiv="Content-Type" content="text/html">
! <meta name="description" content="Installing GCC: Testing">
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! Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
!    Permission is granted to copy, distribute and/or modify this document
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  Invariant Sections, the Front-Cover texts being (a) (see below), and
  with the Back-Cover Texts being (b) (see below).  A copy of the
! license is included in the section entitled "GNU Free Documentation License".
  
  (a) The FSF's Front-Cover Text is:
  
!      A GNU Manual
  
  (b) The FSF's Back-Cover Text is:
  
!      You have freedom to copy and modify this GNU Manual, like GNU
       software.  Copies published by the Free Software Foundation raise
!      funds for GNU development.-->
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! --></style>
  </head>
! <body>
! <h1 class="settitle">Installing GCC: Testing</h1>
! <a name="index-Testing-1"></a><a name="index-Installing-GCC_003a-Testing-2"></a><a name="index-Testsuite-3"></a>
! Before you install GCC, we encourage you to run the testsuites and to
  compare your results with results from a similar configuration that have
  been submitted to the
! <a href="http://gcc.gnu.org/ml/gcc-testresults/">gcc-testresults mailing list</a>. 
  Some of these archived results are linked from the build status lists
  at <a href="http://gcc.gnu.org/buildstat.html">http://gcc.gnu.org/buildstat.html</a>, although not everyone who
! reports a successful build runs the testsuites and submits the results. 
  This step is optional and may require you to download additional software,
  but it can give you confidence in your new GCC installation or point out
  problems before you install and start using your new GCC.
! 
!    <p>First, you must have <a href="download.html">downloaded the testsuites</a>. 
  These are part of the full distribution, but if you downloaded the
  &ldquo;core&rdquo; compiler plus any front ends, you must download the testsuites
  separately.
! 
!    <p>Second, you must have the testing tools installed.  This includes
  <a href="http://www.gnu.org/software/dejagnu/">DejaGnu</a>, Tcl, and Expect;
  the DejaGnu site has links to these. For running the BRIG frontend
  tests, a tool to assemble the binary BRIGs from HSAIL text,
  <a href="https://github.com/HSAFoundation/HSAIL-Tools/">HSAILasm</a> must
  be installed.
! 
!    <p>If the directories where <samp><span class="command">runtest</span></samp> and <samp><span class="command">expect</span></samp> were
! installed are not in the <samp><span class="env">PATH</span></samp>, you may need to set the following
  environment variables appropriately, as in the following example (which
! assumes that DejaGnu has been installed under <samp><span class="file">/usr/local</span></samp>):
  
! <pre class="smallexample">     TCL_LIBRARY = /usr/local/share/tcl8.0
!      DEJAGNULIBS = /usr/local/share/dejagnu
! </pre>
!    <p>(On systems such as Cygwin, these paths are required to be actual
  paths, not mounts or links; presumably this is due to some lack of
  portability in the DejaGnu code.)
  
!    <p>Finally, you can run the testsuite (which may take a long time):
! <pre class="smallexample">     cd <var>objdir</var>; make -k check
! </pre>
!    <p>This will test various components of GCC, such as compiler
  front ends and runtime libraries.  While running the testsuite, DejaGnu
  might emit some harmless messages resembling
! &lsquo;<samp><span class="samp">WARNING: Couldn't find the global config file.</span></samp>&rsquo; or
! &lsquo;<samp><span class="samp">WARNING: Couldn't find tool init file</span></samp>&rsquo; that can be ignored.
! 
!    <p>If you are testing a cross-compiler, you may want to run the testsuite
  on a simulator as described at <a href="http://gcc.gnu.org/simtest-howto.html">http://gcc.gnu.org/simtest-howto.html</a>.
! 
! <h3 class="section"><a name="TOC0"></a>How can you run the testsuite on selected tests?</h3>
  
  <p>In order to run sets of tests selectively, there are targets
! &lsquo;<samp><span class="samp">make check-gcc</span></samp>&rsquo; and language specific &lsquo;<samp><span class="samp">make check-c</span></samp>&rsquo;,
! &lsquo;<samp><span class="samp">make check-c++</span></samp>&rsquo;, &lsquo;<samp><span class="samp">make check-fortran</span></samp>&rsquo;,
! &lsquo;<samp><span class="samp">make check-ada</span></samp>&rsquo;, &lsquo;<samp><span class="samp">make check-objc</span></samp>&rsquo;, &lsquo;<samp><span class="samp">make check-obj-c++</span></samp>&rsquo;,
! &lsquo;<samp><span class="samp">make check-lto</span></samp>&rsquo;
! in the <samp><span class="file">gcc</span></samp> subdirectory of the object directory.  You can also
! just run &lsquo;<samp><span class="samp">make check</span></samp>&rsquo; in a subdirectory of the object directory.
  
!    <p>A more selective way to just run all <samp><span class="command">gcc</span></samp> execute tests in the
  testsuite is to use
  
! <pre class="smallexample">     make check-gcc RUNTESTFLAGS="execute.exp <var>other-options</var>"
! </pre>
!    <p>Likewise, in order to run only the <samp><span class="command">g++</span></samp> &ldquo;old-deja&rdquo; tests in
! the testsuite with filenames matching &lsquo;<samp><span class="samp">9805*</span></samp>&rsquo;, you would use
  
! <pre class="smallexample">     make check-g++ RUNTESTFLAGS="old-deja.exp=9805* <var>other-options</var>"
! </pre>
!    <p>The <samp><span class="file">*.exp</span></samp> files are located in the testsuite directories of the GCC
! source, the most important ones being <samp><span class="file">compile.exp</span></samp>,
! <samp><span class="file">execute.exp</span></samp>, <samp><span class="file">dg.exp</span></samp> and <samp><span class="file">old-deja.exp</span></samp>. 
! To get a list of the possible <samp><span class="file">*.exp</span></samp> files, pipe the
! output of &lsquo;<samp><span class="samp">make check</span></samp>&rsquo; into a file and look at the
! &lsquo;<samp><span class="samp">Running ...  .exp</span></samp>&rsquo; lines.
! 
! <h3 class="section"><a name="TOC1"></a>Passing options and running multiple testsuites</h3>
  
  <p>You can pass multiple options to the testsuite using the
! &lsquo;<samp><span class="samp">--target_board</span></samp>&rsquo; option of DejaGNU, either passed as part of
! &lsquo;<samp><span class="samp">RUNTESTFLAGS</span></samp>&rsquo;, or directly to <samp><span class="command">runtest</span></samp> if you prefer to
  work outside the makefiles.  For example,
  
! <pre class="smallexample">     make check-g++ RUNTESTFLAGS="--target_board=unix/-O3/-fmerge-constants"
! </pre>
!    <p>will run the standard <samp><span class="command">g++</span></samp> testsuites (&ldquo;unix&rdquo; is the target name
  for a standard native testsuite situation), passing
! &lsquo;<samp><span class="samp">-O3 -fmerge-constants</span></samp>&rsquo; to the compiler on every test, i.e.,
  slashes separate options.
! 
!    <p>You can run the testsuites multiple times using combinations of options
  with a syntax similar to the brace expansion of popular shells:
  
! <pre class="smallexample">     ..."--target_board=arm-sim\{-mhard-float,-msoft-float\}\{-O1,-O2,-O3,\}"
! </pre>
!    <p>(Note the empty option caused by the trailing comma in the final group.) 
! The following will run each testsuite eight times using the &lsquo;<samp><span class="samp">arm-sim</span></samp>&rsquo;
  target, as if you had specified all possible combinations yourself:
  
! <pre class="smallexample">     --target_board='arm-sim/-mhard-float/-O1 \
!                      arm-sim/-mhard-float/-O2 \
!                      arm-sim/-mhard-float/-O3 \
!                      arm-sim/-mhard-float \
!                      arm-sim/-msoft-float/-O1 \
!                      arm-sim/-msoft-float/-O2 \
!                      arm-sim/-msoft-float/-O3 \
!                      arm-sim/-msoft-float'
! </pre>
!    <p>They can be combined as many times as you wish, in arbitrary ways.  This
  list:
  
! <pre class="smallexample">     ..."--target_board=unix/-Wextra\{-O3,-fno-strength\}\{-fomit-frame,\}"
! </pre>
!    <p>will generate four combinations, all involving &lsquo;<samp><span class="samp">-Wextra</span></samp>&rsquo;.
! 
!    <p>The disadvantage to this method is that the testsuites are run in serial,
  which is a waste on multiprocessor systems.  For users with GNU Make and
  a shell which performs brace expansion, you can run the testsuites in
! parallel by having the shell perform the combinations and <samp><span class="command">make</span></samp>
! do the parallel runs.  Instead of using &lsquo;<samp><span class="samp">--target_board</span></samp>&rsquo;, use a
  special makefile target:
  
! <pre class="smallexample">     make -j<var>N</var> check-<var>testsuite</var>//<var>test-target</var>/<var>option1</var>/<var>option2</var>/...
! </pre>
!    <p>For example,
  
! <pre class="smallexample">     make -j3 check-gcc//sh-hms-sim/{-m1,-m2,-m3,-m3e,-m4}/{,-nofpu}
! </pre>
!    <p>will run three concurrent &ldquo;make-gcc&rdquo; testsuites, eventually testing all
  ten combinations as described above.  Note that this is currently only
! supported in the <samp><span class="file">gcc</span></samp> subdirectory.  (To see how this works, try
! typing <samp><span class="command">echo</span></samp> before the example given here.)
  
! <h3 class="section"><a name="TOC2"></a>How to interpret test results</h3>
  
! <p>The result of running the testsuite are various <samp><span class="file">*.sum</span></samp> and <samp><span class="file">*.log</span></samp>
! files in the testsuite subdirectories.  The <samp><span class="file">*.log</span></samp> files contain a
  detailed log of the compiler invocations and the corresponding
! results, the <samp><span class="file">*.sum</span></samp> files summarize the results.  These summaries
  contain status codes for all tests:
  
!      <ul>
! <li>PASS: the test passed as expected
! <li>XPASS: the test unexpectedly passed
! <li>FAIL: the test unexpectedly failed
! <li>XFAIL: the test failed as expected
! <li>UNSUPPORTED: the test is not supported on this platform
! <li>ERROR: the testsuite detected an error
! <li>WARNING: the testsuite detected a possible problem
! </ul>
! 
!    <p>It is normal for some tests to report unexpected failures.  At the
  current time the testing harness does not allow fine grained control
  over whether or not a test is expected to fail.  This problem should
  be fixed in future releases.
  
! <h3 class="section"><a name="TOC3"></a>Submitting test results</h3>
  
  <p>If you want to report the results to the GCC project, use the
! <samp><span class="file">contrib/test_summary</span></samp> shell script.  Start it in the <var>objdir</var> with
  
! <pre class="smallexample">     <var>srcdir</var>/contrib/test_summary -p your_commentary.txt \
!          -m gcc-testresults@gcc.gnu.org |sh
! </pre>
!    <p>This script uses the <samp><span class="command">Mail</span></samp> program to send the results, so
! make sure it is in your <samp><span class="env">PATH</span></samp>.  The file <samp><span class="file">your_commentary.txt</span></samp> is
  prepended to the testsuite summary and should contain any special
  remarks you have on your results or your build environment.  Please
  do not edit the testsuite result block or the subject line, as these
  messages may be automatically processed.
  
+    <p><hr />
+ <p><a href="./index.html">Return to the GCC Installation page</a>
  
+ <!-- ***Final install*********************************************************** -->
+ <!-- ***Binaries**************************************************************** -->
+ <!-- ***Specific**************************************************************** -->
+ <!-- ***Old documentation****************************************************** -->
+ <!-- ***GFDL******************************************************************** -->
+ <!-- *************************************************************************** -->
+ <!-- Part 6 The End of the Document -->
+ </body></html>
  
diff -Nrcpad gcc-7.1.0/LAST_UPDATED gcc-7.2.0/LAST_UPDATED
*** gcc-7.1.0/LAST_UPDATED	Tue May  2 12:43:58 2017
--- gcc-7.2.0/LAST_UPDATED	Mon Aug 14 08:03:32 2017
***************
*** 1 ****
! Obtained from SVN: tags/gcc_7_1_0_release revision 247494
--- 1 ----
! Obtained from SVN: tags/gcc_7_2_0_release revision 251082
diff -Nrcpad gcc-7.1.0/MD5SUMS gcc-7.2.0/MD5SUMS
*** gcc-7.1.0/MD5SUMS	Tue May  2 14:43:35 2017
--- gcc-7.2.0/MD5SUMS	Mon Aug 14 08:39:00 2017
***************
*** 1,5 ****
  # This file contains the MD5 checksums of the files in the 
! # gcc-7.1.0.tar.bz2 tarball.
  #
  # Besides verifying that all files in the tarball were correctly expanded,
  # it also can be used to determine if any files have changed since the
--- 1,5 ----
  # This file contains the MD5 checksums of the files in the 
! # gcc-7.2.0.tar.xz tarball.
  #
  # Besides verifying that all files in the tarball were correctly expanded,
  # it also can be used to determine if any files have changed since the
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--- 409,420 ----
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*************** fb3fadb88e1d2b3b640cfaaa5ff11780  gcc/Ch
*** 443,461 ****
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*************** db490c2781f3974e6d837c134babc359  gcc/ad
*** 1186,1192 ****
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--- 1186,1192 ----
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*** 1466,1478 ****
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--- 1466,1478 ----
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*************** a58d14344b111ce6989d754bc9b6582d  gcc/ad
*** 1896,1901 ****
--- 1896,1902 ----
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*************** fcabd8082554febd36e09e3bc945bbda  gcc/ad
*** 2243,2249 ****
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--- 2244,2249 ----
*************** f3529cf7e308b1c2f88769fece799df1  gcc/ad
*** 2483,2500 ****
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*************** fc7be41f48bbad07a07baf3e27fc889b  gcc/ad
*** 2568,2583 ****
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--- 2567,2582 ----
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*************** e011891e7101cbf08438851847b50380  gcc/bb
*** 2586,2592 ****
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--- 2585,2591 ----
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*************** bee513b2167c326e657a757cafd956dc  gcc/br
*** 2629,2638 ****
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--- 2628,2637 ----
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*************** b68399180567cc41ebcb0458faf3cd81  gcc/c-
*** 2644,2650 ****
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--- 2643,2649 ----
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*************** b2c1c10d1362a795090b542d5f7c622c  gcc/c-
*** 2665,2681 ****
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  82e6854ad3f227c85d7f08a6196d6f70  gcc/c-family/stub-objc.c
! 88f6051888cd43b1374c3dcce69e2dd5  gcc/c/ChangeLog
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  a8003032dc7218cccd4aff44dede772d  gcc/c/c-aux-info.c
  e2a3330e4218f15575ab43d04deaeb26  gcc/c/c-convert.c
! 77b3abdc37cbcecb859c31623fed88c0  gcc/c/c-decl.c
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  f3cb7d70adefcf45917f39f56bad0180  gcc/c/c-lang.c
--- 2664,2680 ----
  18c4f50d3f704bee9c2cfb04c3f4fb1b  gcc/c-family/c-target.h
  fe4c5f6b4662d6fc36d84a1f19c8fa16  gcc/c-family/c-ubsan.c
  1eceeca7e21810146d46e7e6ba115d17  gcc/c-family/c-ubsan.h
! 5b76528a4892a3fbff2f24a5be66d3ba  gcc/c-family/c-warn.c
  4c592db51545b15d74685a9d659ba0da  gcc/c-family/c.opt
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! ecfe5cdf37ac25df226209199c30cc72  gcc/c/ChangeLog
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! 26fab64e150e140ec7cb364d895b1fea  gcc/c/c-decl.c
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  f3cb7d70adefcf45917f39f56bad0180  gcc/c/c-lang.c
*************** fa65b6fcb253804c399bd8d1d14b079f  gcc/c/
*** 2685,2697 ****
  a5b33423dfc749e36ced10144bad69f8  gcc/c/c-parser.c
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! 413ef0b198a0fa1fc7d520b1b4d9e067  gcc/c/c-typeck.c
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  8b7596ca25fb10eb5fb2576c3693786f  gcc/c/gimple-parser.h
  275667cbf114b5ac38093284c7c10051  gcc/caller-save.c
! 3df9fca1d2bd86f200f1c63d318b2afa  gcc/calls.c
  35a3f0d9b1c58a5d06adb4e8d1d9439e  gcc/calls.h
  356f998e062811877195df2f08ba60ad  gcc/ccmp.c
  3b6db7d568f86900dcff15eabd20f2fb  gcc/ccmp.h
--- 2684,2696 ----
  a5b33423dfc749e36ced10144bad69f8  gcc/c/c-parser.c
  2b62fc38332a49a6e5e8c09fb1afcef8  gcc/c/c-parser.h
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! ff8e26b9ae235f43dd3d1b42f3683ad7  gcc/c/c-typeck.c
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  275667cbf114b5ac38093284c7c10051  gcc/caller-save.c
! 936dbdc7569ddd77e8259667339ea78e  gcc/calls.c
  35a3f0d9b1c58a5d06adb4e8d1d9439e  gcc/calls.h
  356f998e062811877195df2f08ba60ad  gcc/ccmp.c
  3b6db7d568f86900dcff15eabd20f2fb  gcc/ccmp.h
*************** f2ef0b7a04a3fb57b185556cf3c47432  gcc/co
*** 2735,2741 ****
  5c20f36eb198b4f82e0a6a10a6232468  gcc/combine-stack-adj.c
  61d4452a4f5eaeb18c3ccef61888155b  gcc/combine.c
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! 61e097b438ed398acec298a3813a11fe  gcc/common.opt
  eeb9d016bece096753f8a59a733ee114  gcc/common/common-target-def.h
  cc5ef21ccfb764c02fca03436f5f1f60  gcc/common/common-target.def
  fc38112c7b90908953567c7359fb8191  gcc/common/common-target.h
--- 2734,2740 ----
  5c20f36eb198b4f82e0a6a10a6232468  gcc/combine-stack-adj.c
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  68373a9634c81023ca3245072f1cc05d  gcc/common.md
! 57b6709b50ab53883091e6546b464a2f  gcc/common.opt
  eeb9d016bece096753f8a59a733ee114  gcc/common/common-target-def.h
  cc5ef21ccfb764c02fca03436f5f1f60  gcc/common/common-target.def
  fc38112c7b90908953567c7359fb8191  gcc/common/common-target.h
*************** b0c22a32616d64c099ef851ddf261b23  gcc/co
*** 2789,2803 ****
  0d28f0ed0102c01397140daaf2614e83  gcc/compare-elim.c
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! 6f4c5d4477e9d3dc585433eb0912f5b6  gcc/config.gcc
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! a9f0021765dee05334032ad22c9aa597  gcc/config.in
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  3d4a14b8dc018b17cce2ea4585f41b55  gcc/config/aarch64/aarch64-arches.def
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  74bec66163a554a0553a367cc947ee3d  gcc/config/aarch64/aarch64-cores.def
! d22555f2126a1bae259405d520aa3b3c  gcc/config/aarch64/aarch64-cost-tables.h
  c71b8ebda07ac7ffc59588249415e60a  gcc/config/aarch64/aarch64-elf-raw.h
  882b146d4d55238558e9ba42f1b59d50  gcc/config/aarch64/aarch64-elf.h
  c107fe312939ec6f04e3e951ef5d6d43  gcc/config/aarch64/aarch64-freebsd.h
--- 2788,2802 ----
  0d28f0ed0102c01397140daaf2614e83  gcc/compare-elim.c
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! 3bbb9a8ae90ac635f0c3d9e16eb31bad  gcc/config.gcc
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! 30c99794ad39efa586b77df87ce21a4c  gcc/config.in
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  6557e3cc247d5d577c91bfdcdc753c76  gcc/config/aarch64/aarch64-c.c
  74bec66163a554a0553a367cc947ee3d  gcc/config/aarch64/aarch64-cores.def
! 5134dfc28e546cd69e75fd9e68f6ccac  gcc/config/aarch64/aarch64-cost-tables.h
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  882b146d4d55238558e9ba42f1b59d50  gcc/config/aarch64/aarch64-elf.h
  c107fe312939ec6f04e3e951ef5d6d43  gcc/config/aarch64/aarch64-freebsd.h
*************** c107fe312939ec6f04e3e951ef5d6d43  gcc/co
*** 2805,2811 ****
  17d0b19f6bb2f0d15177bb44b2a865d9  gcc/config/aarch64/aarch64-ldpstp.md
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  d1df10b7f192f422bd9fc9c7091507c5  gcc/config/aarch64/aarch64-modes.def
! 128e8fafa8ff467cf402dcd849072e97  gcc/config/aarch64/aarch64-option-extensions.def
  4b9a15e37f0afbba8a04fb7b5eeee87e  gcc/config/aarch64/aarch64-opts.h
  744e6124d0d2db999d5beb8745468f46  gcc/config/aarch64/aarch64-passes.def
  6e3a08394352982fce6484b70850d7a1  gcc/config/aarch64/aarch64-protos.h
--- 2804,2810 ----
  17d0b19f6bb2f0d15177bb44b2a865d9  gcc/config/aarch64/aarch64-ldpstp.md
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! 8a0a8ee208e647d29bdb48a70755cfec  gcc/config/aarch64/aarch64-option-extensions.def
  4b9a15e37f0afbba8a04fb7b5eeee87e  gcc/config/aarch64/aarch64-opts.h
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  6e3a08394352982fce6484b70850d7a1  gcc/config/aarch64/aarch64-protos.h
*************** ac44bc673be92d1af8fe47341f7ad037  gcc/co
*** 2814,2820 ****
  822161a87a372e97985f19687555efb2  gcc/config/aarch64/aarch64-simd.md
  fbc9d22ea16726e8c5404ba63b95fbe6  gcc/config/aarch64/aarch64-tune.md
  415934c7a49166288d8a84565c8cb662  gcc/config/aarch64/aarch64-tuning-flags.def
! 5364167818e40ad00555dc3943221dc5  gcc/config/aarch64/aarch64.c
  efeebf3623e965a4a7ff4210cb751d13  gcc/config/aarch64/aarch64.h
  dd5e78a9961bf9550b32b849393e9f16  gcc/config/aarch64/aarch64.md
  46f1fa1446f50465ca061865c266d649  gcc/config/aarch64/aarch64.opt
--- 2813,2819 ----
  822161a87a372e97985f19687555efb2  gcc/config/aarch64/aarch64-simd.md
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  415934c7a49166288d8a84565c8cb662  gcc/config/aarch64/aarch64-tuning-flags.def
! 2b25a3362a82fa66bb7f5b81e67d13df  gcc/config/aarch64/aarch64.c
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  46f1fa1446f50465ca061865c266d649  gcc/config/aarch64/aarch64.opt
*************** e3714cfb03cb0cc67153b18a56b70fb9  gcc/co
*** 2825,2837 ****
  632d0d3a05731c4cf2402d75c66874c6  gcc/config/aarch64/biarchilp32.h
  99fe31aa198c89dcf315521d31181507  gcc/config/aarch64/biarchlp64.h
  8227c4ff680a9a573b61021ef1c13675  gcc/config/aarch64/constraints.md
! 895188f1a78f129edc00517e370e6d85  gcc/config/aarch64/cortex-a57-fma-steering.c
  39fe2e7252888d355e17b84cb84058de  gcc/config/aarch64/driver-aarch64.c
  9b66fdb3ecb5aa5807621bc85a313c31  gcc/config/aarch64/geniterators.sh
  d039909a32343a370a779c05475fde10  gcc/config/aarch64/gentune.sh
  677e2b2d13f885d12d53a52eda1e830b  gcc/config/aarch64/iterators.md
  8e624d2cc2d41dc33908bb4638c3a91f  gcc/config/aarch64/predicates.md
! e2cffa42c7e4d5f5f9b9b31cd1629787  gcc/config/aarch64/rtems.h
  4e14eab4bea8de0a9a549bafadf4d0dd  gcc/config/aarch64/t-aarch64
  0009b53648df6aa7d54ca692f1ee21e7  gcc/config/aarch64/t-aarch64-freebsd
  764bc347681f37814405f89c5ca61356  gcc/config/aarch64/t-aarch64-linux
--- 2824,2836 ----
  632d0d3a05731c4cf2402d75c66874c6  gcc/config/aarch64/biarchilp32.h
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  8227c4ff680a9a573b61021ef1c13675  gcc/config/aarch64/constraints.md
! 9d522374c3a50d409fa8ee710d7eb013  gcc/config/aarch64/cortex-a57-fma-steering.c
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  9b66fdb3ecb5aa5807621bc85a313c31  gcc/config/aarch64/geniterators.sh
  d039909a32343a370a779c05475fde10  gcc/config/aarch64/gentune.sh
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  8e624d2cc2d41dc33908bb4638c3a91f  gcc/config/aarch64/predicates.md
! 2fe3615af21214e60e300791ade96a8a  gcc/config/aarch64/rtems.h
  4e14eab4bea8de0a9a549bafadf4d0dd  gcc/config/aarch64/t-aarch64
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  764bc347681f37814405f89c5ca61356  gcc/config/aarch64/t-aarch64-linux
*************** e3253d76cfdc8d58a6517d8bde601fb2  gcc/co
*** 2901,2914 ****
  c07bbacb2c04ddab9a3379537d7ba9f1  gcc/config/arm/README-interworking
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  38ac4bb201d5ded35e32ff6fe390f6e7  gcc/config/arm/aarch-common.c
! 072839c2bb5b00e026c263c40dd5fe99  gcc/config/arm/aarch-cost-tables.h
  44d600357e20dd68663d6d734aac45d5  gcc/config/arm/aout.h
! c10a0b9ac9551a954a8d4807815f90a9  gcc/config/arm/arm-builtins.c
  62a864400862f1a3b4d04b28601fcb71  gcc/config/arm/arm-c.c
! eb23bb156d61c1654bf15acf6eda49c7  gcc/config/arm/arm-cpu-cdata.h
! 27679e061b50fa0d57ee9294ebb521b5  gcc/config/arm/arm-cpu-data.h
! 9707c335c283b2f97fb9a735dddfe6fb  gcc/config/arm/arm-cpu.h
! ce8fa75700bfbe4af16e70d6576d0199  gcc/config/arm/arm-cpus.in
  89a459c13fe8c6c6b9688c4e82133f36  gcc/config/arm/arm-fixed.md
  0bc6697bc8724ccd327169b1b322ac34  gcc/config/arm/arm-flags.h
  2155eb2fb4903a54ac89b742b3546173  gcc/config/arm/arm-generic.md
--- 2900,2913 ----
  c07bbacb2c04ddab9a3379537d7ba9f1  gcc/config/arm/README-interworking
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! a23b9a9af8d78fd18ba8361ed172410d  gcc/config/arm/aarch-cost-tables.h
  44d600357e20dd68663d6d734aac45d5  gcc/config/arm/aout.h
! 6446f27b0ba662e0d71ea5e332e96314  gcc/config/arm/arm-builtins.c
  62a864400862f1a3b4d04b28601fcb71  gcc/config/arm/arm-c.c
! 8a88c008994501d4b65dc434247d9a84  gcc/config/arm/arm-cpu-cdata.h
! 072bebf7f60b972f483f8f12c94b466a  gcc/config/arm/arm-cpu-data.h
! e75f564c941c7e24c849ece9d6f415ae  gcc/config/arm/arm-cpu.h
! 6be8211ad2f1dee142d70a3979297722  gcc/config/arm/arm-cpus.in
  89a459c13fe8c6c6b9688c4e82133f36  gcc/config/arm/arm-fixed.md
  0bc6697bc8724ccd327169b1b322ac34  gcc/config/arm/arm-flags.h
  2155eb2fb4903a54ac89b742b3546173  gcc/config/arm/arm-generic.md
*************** d0f4a8e84b903577fdc4b4c653595682  gcc/co
*** 2918,2928 ****
  111a93294609f3a8279aac51c7c1e808  gcc/config/arm/arm-opts.h
  438c12878382e1a750930e68bdfe080a  gcc/config/arm/arm-protos.h
  9fc296c38dbb9315478bd6a567c72cf7  gcc/config/arm/arm-simd-builtin-types.def
! f191ef440a5cfbbac20bf67e29a75c72  gcc/config/arm/arm-tables.opt
! 8886744e6077a21001ebec35e1d6923b  gcc/config/arm/arm-tune.md
! 8b0de96ef65a2caeba5dc2bede8aa771  gcc/config/arm/arm.c
  4aaf5f83746eb25e87c7b77a8fd95677  gcc/config/arm/arm.h
! 4d413c3b01e410bd692162bb4bce78e3  gcc/config/arm/arm.md
  402607c37d1e8d5a3d9559e6079f902d  gcc/config/arm/arm.opt
  24f38580cc601b8d52e906038d175b22  gcc/config/arm/arm1020e.md
  ef11d6991cb00c5691ac3dd69e916725  gcc/config/arm/arm1026ejs.md
--- 2917,2927 ----
  111a93294609f3a8279aac51c7c1e808  gcc/config/arm/arm-opts.h
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  9fc296c38dbb9315478bd6a567c72cf7  gcc/config/arm/arm-simd-builtin-types.def
! d7ce5229b2c13c9f817d2b467a8fa208  gcc/config/arm/arm-tables.opt
! 632479ba42ec730b66ece345a4b6fa69  gcc/config/arm/arm-tune.md
! 2ee3330f30ef1334aaddcc777acbad66  gcc/config/arm/arm.c
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! c10f43d9000ddb048c40f33afba47e70  gcc/config/arm/arm.md
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  ef11d6991cb00c5691ac3dd69e916725  gcc/config/arm/arm1026ejs.md
*************** b824c88f58431b50ebd0dce7cbead65f  gcc/co
*** 2935,2941 ****
  8d11e4375e5d83f0fb77d1798d16b46a  gcc/config/arm/arm_neon.h
  4afdde754ee1a54e42e255422b6372ab  gcc/config/arm/arm_neon_builtins.def
  5b29dea4bb7c4a0916cc671e8c79e749  gcc/config/arm/arm_vfp_builtins.def
! abc7854fad4aa2b60bbed2902f930cab  gcc/config/arm/bpabi.h
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  51aeda377b0022e7a615de7c3ab9c356  gcc/config/arm/cortex-a15-neon.md
  91c92202094678c0824439a69d7d89ad  gcc/config/arm/cortex-a15.md
--- 2934,2940 ----
  8d11e4375e5d83f0fb77d1798d16b46a  gcc/config/arm/arm_neon.h
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! a67036a0ecfa194787e9c9e9907f903e  gcc/config/arm/bpabi.h
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*************** b9a2f9e1a619d853031b8d6873c61938  gcc/co
*** 2981,2998 ****
  272ea0edb113be6f1106776f9d26af46  gcc/config/arm/netbsd-elf.h
  4ca7f197762ae09faad8ee458dee5091  gcc/config/arm/parsecpu.awk
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! 7bcf29ffc46292c0308ad29a9bf27fd0  gcc/config/arm/rtems.h
  dc29bc14f4ec1c18d73c0a68b0ef03fd  gcc/config/arm/semi.h
  5d598fbe7ed7496a55c8f164c00954bf  gcc/config/arm/symbian.h
  d607a8057a15be6b50d1c7b67e10c105  gcc/config/arm/sync.md
! 36592739541cd1dfff207222088e275d  gcc/config/arm/t-aprofile
  c69d24e5f1fc01c4953b7918068d029b  gcc/config/arm/t-arm
  52c2a04f9cb0d25361304fe50387282a  gcc/config/arm/t-arm-elf
  4dc427c456af5e56b1ac39bda8969af6  gcc/config/arm/t-bpabi
  e3950ec6bd159734835f8f8fb143efc6  gcc/config/arm/t-linux-androideabi
  f65e32ade75647d28299317c685923d9  gcc/config/arm/t-linux-eabi
  6563e710a3fd04730093adc7eb149568  gcc/config/arm/t-phoenix
! 1731bc0e7aa1b0499f23c4a02b3cf953  gcc/config/arm/t-rmprofile
  7635e6786e20753798ce1cd1cda5ff17  gcc/config/arm/t-rtems
  4943fbef522585ab850f79aba907546d  gcc/config/arm/t-symbian
  9f0145d02d3aa24832a9dab5809c90e8  gcc/config/arm/t-vxworks
--- 2980,2997 ----
  272ea0edb113be6f1106776f9d26af46  gcc/config/arm/netbsd-elf.h
  4ca7f197762ae09faad8ee458dee5091  gcc/config/arm/parsecpu.awk
  1238b1cb0060064bcc0aaf1f32c91a26  gcc/config/arm/predicates.md
! 6e481d52b4a2039398c798a81370f7e9  gcc/config/arm/rtems.h
  dc29bc14f4ec1c18d73c0a68b0ef03fd  gcc/config/arm/semi.h
  5d598fbe7ed7496a55c8f164c00954bf  gcc/config/arm/symbian.h
  d607a8057a15be6b50d1c7b67e10c105  gcc/config/arm/sync.md
! 48d219e0e27f86911b898c1b079eda99  gcc/config/arm/t-aprofile
  c69d24e5f1fc01c4953b7918068d029b  gcc/config/arm/t-arm
  52c2a04f9cb0d25361304fe50387282a  gcc/config/arm/t-arm-elf
  4dc427c456af5e56b1ac39bda8969af6  gcc/config/arm/t-bpabi
  e3950ec6bd159734835f8f8fb143efc6  gcc/config/arm/t-linux-androideabi
  f65e32ade75647d28299317c685923d9  gcc/config/arm/t-linux-eabi
  6563e710a3fd04730093adc7eb149568  gcc/config/arm/t-phoenix
! 378df15e3883554c3dfce4f23692c31c  gcc/config/arm/t-rmprofile
  7635e6786e20753798ce1cd1cda5ff17  gcc/config/arm/t-rtems
  4943fbef522585ab850f79aba907546d  gcc/config/arm/t-symbian
  9f0145d02d3aa24832a9dab5809c90e8  gcc/config/arm/t-vxworks
*************** bd65ff7f66d3269ac18e871c51e38a8d  gcc/co
*** 3004,3010 ****
  3559547380d1c2adb53426be79b2ccbe  gcc/config/arm/unknown-elf.h
  2a9bd2ecfbbff5480c8c9bdf1ed4edba  gcc/config/arm/unspecs.md
  a4a361c27029ddfc0d0f3eaf409debf6  gcc/config/arm/vec-common.md
! bde95d781c3dde9c010e9986d0a18ecc  gcc/config/arm/vfp.md
  9c11cb4c0e06934766e0c280b9309571  gcc/config/arm/vfp11.md
  4208fe785394b6e82e88db5bf117c411  gcc/config/arm/vxworks.h
  baec31a658a567471285650931d03b15  gcc/config/arm/vxworks.opt
--- 3003,3009 ----
  3559547380d1c2adb53426be79b2ccbe  gcc/config/arm/unknown-elf.h
  2a9bd2ecfbbff5480c8c9bdf1ed4edba  gcc/config/arm/unspecs.md
  a4a361c27029ddfc0d0f3eaf409debf6  gcc/config/arm/vec-common.md
! 72a1d80b375a71e46d6eeb97f5d16169  gcc/config/arm/vfp.md
  9c11cb4c0e06934766e0c280b9309571  gcc/config/arm/vfp11.md
  4208fe785394b6e82e88db5bf117c411  gcc/config/arm/vxworks.h
  baec31a658a567471285650931d03b15  gcc/config/arm/vxworks.opt
*************** a8b0daa164f32ba1e8276cf787899c6c  gcc/co
*** 3021,3027 ****
  5b3a9cfaad388c30ccb64f8c22ae8434  gcc/config/avr/avr-passes.def
  d058fa65ae6b3fa1bca9d75e9afd3df6  gcc/config/avr/avr-protos.h
  3425f429a345e1eecd51bcad4d3ab1bd  gcc/config/avr/avr-stdint.h
! 38e7af71fe7d9e7aee2576c9b08dafc6  gcc/config/avr/avr.c
  8eaf3731bd955db07fddd895cde25917  gcc/config/avr/avr.h
  43ebc4e25bd014ae225aa676bcfd0880  gcc/config/avr/avr.md
  3be9837418a7860773b4a1a189853b1c  gcc/config/avr/avr.opt
--- 3020,3026 ----
  5b3a9cfaad388c30ccb64f8c22ae8434  gcc/config/avr/avr-passes.def
  d058fa65ae6b3fa1bca9d75e9afd3df6  gcc/config/avr/avr-protos.h
  3425f429a345e1eecd51bcad4d3ab1bd  gcc/config/avr/avr-stdint.h
! 6771c43cc39b2e0a5424a1150bf099cd  gcc/config/avr/avr.c
  8eaf3731bd955db07fddd895cde25917  gcc/config/avr/avr.h
  43ebc4e25bd014ae225aa676bcfd0880  gcc/config/avr/avr.md
  3be9837418a7860773b4a1a189853b1c  gcc/config/avr/avr.opt
*************** af4d4b740e01444c3b626d18175b7606  gcc/co
*** 3050,3056 ****
  253776a18949068179f4d2bc160a0c98  gcc/config/bfin/linux.h
  f7a0399fcac6a460160127cc8b4f4d32  gcc/config/bfin/predicates.md
  0736965d033ea4ec0cf4196a538295b9  gcc/config/bfin/print-sysroot-suffix.sh
! 9e5e00c207ca5531069cebb17e5b2bca  gcc/config/bfin/rtems.h
  55360a16fe67844d2921b9028337bd88  gcc/config/bfin/sync.md
  7af6a80415e1e91405463d970f471502  gcc/config/bfin/t-bfin-elf
  6a590bd03db378581d520f469d896902  gcc/config/bfin/t-bfin-linux
--- 3049,3055 ----
  253776a18949068179f4d2bc160a0c98  gcc/config/bfin/linux.h
  f7a0399fcac6a460160127cc8b4f4d32  gcc/config/bfin/predicates.md
  0736965d033ea4ec0cf4196a538295b9  gcc/config/bfin/print-sysroot-suffix.sh
! 9a9c4d6804405fcd1e8acb32303cc149  gcc/config/bfin/rtems.h
  55360a16fe67844d2921b9028337bd88  gcc/config/bfin/sync.md
  7af6a80415e1e91405463d970f471502  gcc/config/bfin/t-bfin-elf
  6a590bd03db378581d520f469d896902  gcc/config/bfin/t-bfin-linux
*************** b9aa8808dd586a6cc86a2acccdb76a8c  gcc/co
*** 3201,3207 ****
  20c99754203042dfd1d92aa00a55f56b  gcc/config/host-solaris.c
  2c191e2d8d033611c6fccc8362d9e8f0  gcc/config/hpux-stdint.h
  23521295efa96105f53cef6c344e433a  gcc/config/hpux11.opt
! 5612702b0d639c2e4626512065447500  gcc/config/i386/adxintrin.h
  e115a0990f79835bb8dbf2365b78df76  gcc/config/i386/ammintrin.h
  23b680d8385994e8046590bd5f06750d  gcc/config/i386/athlon.md
  74385587c3e4f5d94833643091ecfccc  gcc/config/i386/atom.md
--- 3200,3206 ----
  20c99754203042dfd1d92aa00a55f56b  gcc/config/host-solaris.c
  2c191e2d8d033611c6fccc8362d9e8f0  gcc/config/hpux-stdint.h
  23521295efa96105f53cef6c344e433a  gcc/config/hpux11.opt
! 647659d6dafcc6e82fd0ea06d682b287  gcc/config/i386/adxintrin.h
  e115a0990f79835bb8dbf2365b78df76  gcc/config/i386/ammintrin.h
  23b680d8385994e8046590bd5f06750d  gcc/config/i386/athlon.md
  74385587c3e4f5d94833643091ecfccc  gcc/config/i386/atom.md
*************** e5755082352ee97d90427b199539c657  gcc/co
*** 3239,3245 ****
  f275e0cb1c06e9be383ee2830742eabc  gcc/config/i386/clzerointrin.h
  d4b6b32c0c5d653898f1d1998d3d25d1  gcc/config/i386/constraints.md
  51916b5cfd29cd81ccf6e9e61c1f668d  gcc/config/i386/core2.md
! bb96e0de3eda7113630870217c8e7b5e  gcc/config/i386/cpuid.h
  3005ca522302d379f11519de60d8f8fa  gcc/config/i386/cross-stdarg.h
  27869bbc83c2dadbf6eda2d3c15245c9  gcc/config/i386/crtdll.h
  6a69fbd4f050e39bf29f86e4dc178de7  gcc/config/i386/cygming.h
--- 3238,3244 ----
  f275e0cb1c06e9be383ee2830742eabc  gcc/config/i386/clzerointrin.h
  d4b6b32c0c5d653898f1d1998d3d25d1  gcc/config/i386/constraints.md
  51916b5cfd29cd81ccf6e9e61c1f668d  gcc/config/i386/core2.md
! 4c008dd80df596b0deae5e181737543c  gcc/config/i386/cpuid.h
  3005ca522302d379f11519de60d8f8fa  gcc/config/i386/cross-stdarg.h
  27869bbc83c2dadbf6eda2d3c15245c9  gcc/config/i386/crtdll.h
  6a69fbd4f050e39bf29f86e4dc178de7  gcc/config/i386/cygming.h
*************** d5238835384061cdbddd924882e89c6e  gcc/co
*** 3284,3292 ****
  015ed2e5420a5f1372cdbde3125af3e5  gcc/config/i386/i386-opts.h
  80b43deb5c1fc5fc0938a942fd33af10  gcc/config/i386/i386-passes.def
  f1bc7d5f8c944177d8943781d49a411f  gcc/config/i386/i386-protos.h
! 620020e0cacef89ae24c3d93cc91bb9e  gcc/config/i386/i386.c
  4f94353e7bae4d82d67ec0881a3b1c40  gcc/config/i386/i386.h
! 759862d0916b19c52ff746fb626b1f98  gcc/config/i386/i386.md
  229515353daa022c5cb3db4c5c1ffe25  gcc/config/i386/i386.opt
  7ba0fe66f8e16b1b88672d1a6a6214e4  gcc/config/i386/i386elf.h
  5d53d7bc9e564ebfaa7161e7fbb38fe8  gcc/config/i386/ia32intrin.h
--- 3283,3291 ----
  015ed2e5420a5f1372cdbde3125af3e5  gcc/config/i386/i386-opts.h
  80b43deb5c1fc5fc0938a942fd33af10  gcc/config/i386/i386-passes.def
  f1bc7d5f8c944177d8943781d49a411f  gcc/config/i386/i386-protos.h
! 384bd99095be702ebed1ef795b01d531  gcc/config/i386/i386.c
  4f94353e7bae4d82d67ec0881a3b1c40  gcc/config/i386/i386.h
! f1f3006a73a23dfe67213ce8972a0176  gcc/config/i386/i386.md
  229515353daa022c5cb3db4c5c1ffe25  gcc/config/i386/i386.opt
  7ba0fe66f8e16b1b88672d1a6a6214e4  gcc/config/i386/i386elf.h
  5d53d7bc9e564ebfaa7161e7fbb38fe8  gcc/config/i386/ia32intrin.h
*************** ff6ba4b1d65cbc02bc87dd81a4f24da3  gcc/co
*** 3312,3318 ****
  6abfe2055c77da8f803d5f0c7090561b  gcc/config/i386/mingw32.h
  c01bd9c9ad7189f0b2395355e3f6797a  gcc/config/i386/mm3dnow.h
  d7ae7d889aee957d0f5644f1bb498bf2  gcc/config/i386/mmintrin.h
! 7b57521dd94fa5310d78a2b861d773d8  gcc/config/i386/mmx.md
  e79bebd98b886c66b302da227083798c  gcc/config/i386/msformat-c.c
  460eeaded85bba10a414f8d02b8570b5  gcc/config/i386/mwaitxintrin.h
  50cda2669a15577373765c92ae89a283  gcc/config/i386/netbsd-elf.h
--- 3311,3317 ----
  6abfe2055c77da8f803d5f0c7090561b  gcc/config/i386/mingw32.h
  c01bd9c9ad7189f0b2395355e3f6797a  gcc/config/i386/mm3dnow.h
  d7ae7d889aee957d0f5644f1bb498bf2  gcc/config/i386/mmintrin.h
! ab533f7ddf1360a5d3ec2f2855d18468  gcc/config/i386/mmx.md
  e79bebd98b886c66b302da227083798c  gcc/config/i386/msformat-c.c
  460eeaded85bba10a414f8d02b8570b5  gcc/config/i386/mwaitxintrin.h
  50cda2669a15577373765c92ae89a283  gcc/config/i386/netbsd-elf.h
*************** ea1eafcd9f62ad8a5977836d0cd67695  gcc/co
*** 3333,3350 ****
  8d6edac06a5766274664fd5bb80ebde9  gcc/config/i386/rdos.h
  762c0cd418230a8c5df0e0ab5d8c6d99  gcc/config/i386/rdos64.h
  02e38873ab1dae0da9fb414dbcf55c83  gcc/config/i386/rdseedintrin.h
! 23dce13f4f1e42475d7ec03711802303  gcc/config/i386/rtemself.h
  a8aed88b8bbf38fdb6166cf2d0051cf1  gcc/config/i386/rtmintrin.h
  431901c938e114cb62b3ad846f72ecc2  gcc/config/i386/sgxintrin.h
  649897741fe2cca4f04c0c0b518afa61  gcc/config/i386/shaintrin.h
  8be24cf09776d77cfca4a86b3442fbce  gcc/config/i386/slm.md
  655421e4471519d6655c892afcec20c5  gcc/config/i386/smmintrin.h
  df159043e425fa06ebb4523a3d149fb6  gcc/config/i386/sol2.h
! 17c948dccea9b372e1ac4ac016da340d  gcc/config/i386/sse.md
  18427fe6cb074752acb8f48048eaf104  gcc/config/i386/ssemath.h
  aed767217d43c89b3e9f7ba6f4c213a2  gcc/config/i386/stringop.def
  6d07cea9e3242e05941de0140745843b  gcc/config/i386/subst.md
! f123db4f8f5b4c1d7df28e70ec39b932  gcc/config/i386/sync.md
  138a11dfc6cd317eb9e6ce0126d15287  gcc/config/i386/sysv4.h
  3012f8fe17631be71507b44d3733ffa9  gcc/config/i386/t-cygming
  d5339d6e5a09a02383903f617230e19e  gcc/config/i386/t-cygwin-w64
--- 3332,3349 ----
  8d6edac06a5766274664fd5bb80ebde9  gcc/config/i386/rdos.h
  762c0cd418230a8c5df0e0ab5d8c6d99  gcc/config/i386/rdos64.h
  02e38873ab1dae0da9fb414dbcf55c83  gcc/config/i386/rdseedintrin.h
! bb517021abbc597ce3af626a337de29f  gcc/config/i386/rtemself.h
  a8aed88b8bbf38fdb6166cf2d0051cf1  gcc/config/i386/rtmintrin.h
  431901c938e114cb62b3ad846f72ecc2  gcc/config/i386/sgxintrin.h
  649897741fe2cca4f04c0c0b518afa61  gcc/config/i386/shaintrin.h
  8be24cf09776d77cfca4a86b3442fbce  gcc/config/i386/slm.md
  655421e4471519d6655c892afcec20c5  gcc/config/i386/smmintrin.h
  df159043e425fa06ebb4523a3d149fb6  gcc/config/i386/sol2.h
! a426257f8a6e897e742103b620329fdf  gcc/config/i386/sse.md
  18427fe6cb074752acb8f48048eaf104  gcc/config/i386/ssemath.h
  aed767217d43c89b3e9f7ba6f4c213a2  gcc/config/i386/stringop.def
  6d07cea9e3242e05941de0140745843b  gcc/config/i386/subst.md
! a3f25e79f8f7d67dc93801fe6004c715  gcc/config/i386/sync.md
  138a11dfc6cd317eb9e6ce0126d15287  gcc/config/i386/sysv4.h
  3012f8fe17631be71507b44d3733ffa9  gcc/config/i386/t-cygming
  d5339d6e5a09a02383903f617230e19e  gcc/config/i386/t-cygwin-w64
*************** a856040b9fc58587de5a235d2a962ea7  gcc/co
*** 3445,3451 ****
  c651720d806a3f1f33823fab94358075  gcc/config/lm32/lm32.md
  b2f8d9d831f798a5115e6e2ff660077a  gcc/config/lm32/lm32.opt
  7ca6d50f76c617c479a87c2c7cad3682  gcc/config/lm32/predicates.md
! a131dd67620f96d94fd35d3257330923  gcc/config/lm32/rtems.h
  a9d1d80c40cc6eb8e9a32d54f82dae43  gcc/config/lm32/t-lm32
  660559cdac2b08e91486a9db7b4a2872  gcc/config/lm32/t-rtems
  d89a95144d3fe422f7f3362ab28146e5  gcc/config/lm32/uclinux-elf.h
--- 3444,3450 ----
  c651720d806a3f1f33823fab94358075  gcc/config/lm32/lm32.md
  b2f8d9d831f798a5115e6e2ff660077a  gcc/config/lm32/lm32.opt
  7ca6d50f76c617c479a87c2c7cad3682  gcc/config/lm32/predicates.md
! 5561518540d2efb12aa440c74acdfb12  gcc/config/lm32/rtems.h
  a9d1d80c40cc6eb8e9a32d54f82dae43  gcc/config/lm32/t-lm32
  660559cdac2b08e91486a9db7b4a2872  gcc/config/lm32/t-rtems
  d89a95144d3fe422f7f3362ab28146e5  gcc/config/lm32/uclinux-elf.h
*************** d3427c9cb9392447d18f97f5a0faae32  gcc/co
*** 3470,3476 ****
  4343b3e027e275240e0b8fea39f1cc64  gcc/config/m32c/muldiv.md
  f1367f2bdb36a818fef6c90045d213f6  gcc/config/m32c/predicates.md
  2d5172cdf18e7b37c50ecfc51970cb0f  gcc/config/m32c/prologue.md
! 0931991d3d3bb2053940cd7026418a6c  gcc/config/m32c/rtems.h
  1789133f097f7755832003086669923c  gcc/config/m32c/shift.md
  f547db56014794de7b828c9e4cbb716e  gcc/config/m32c/t-m32c
  ac109a8952f74dafe7a33f47281a96e4  gcc/config/m32r/constraints.md
--- 3469,3475 ----
  4343b3e027e275240e0b8fea39f1cc64  gcc/config/m32c/muldiv.md
  f1367f2bdb36a818fef6c90045d213f6  gcc/config/m32c/predicates.md
  2d5172cdf18e7b37c50ecfc51970cb0f  gcc/config/m32c/prologue.md
! adfcf706fdcdb2258b606f14b4983e3c  gcc/config/m32c/rtems.h
  1789133f097f7755832003086669923c  gcc/config/m32c/shift.md
  f547db56014794de7b828c9e4cbb716e  gcc/config/m32c/t-m32c
  ac109a8952f74dafe7a33f47281a96e4  gcc/config/m32r/constraints.md
*************** b1db06979b224600819cfbcb20cd518b  gcc/co
*** 3501,3507 ****
  4173ac9a3fe95be35cd7be6eb1d8a91c  gcc/config/m68k/m68k-tables.opt
  f08e5acd9abc8fc2a7e62ebfde4ab9dc  gcc/config/m68k/m68k.c
  4aeae0f1e5976e432e616efde63222ca  gcc/config/m68k/m68k.h
! 76e93d239e8acd26c486191191cc67c1  gcc/config/m68k/m68k.md
  565309f5eb9bdf5f3d9d4b99309203f5  gcc/config/m68k/m68k.opt
  331a39941ef2a5d63ca2081fd786bab5  gcc/config/m68k/m68kelf.h
  6c1079c191ba9f61909753a73ce87fbc  gcc/config/m68k/m68kemb.h
--- 3500,3506 ----
  4173ac9a3fe95be35cd7be6eb1d8a91c  gcc/config/m68k/m68k-tables.opt
  f08e5acd9abc8fc2a7e62ebfde4ab9dc  gcc/config/m68k/m68k.c
  4aeae0f1e5976e432e616efde63222ca  gcc/config/m68k/m68k.h
! fbab0b5694c481b2a9c5e24032e28f01  gcc/config/m68k/m68k.md
  565309f5eb9bdf5f3d9d4b99309203f5  gcc/config/m68k/m68k.opt
  331a39941ef2a5d63ca2081fd786bab5  gcc/config/m68k/m68kelf.h
  6c1079c191ba9f61909753a73ce87fbc  gcc/config/m68k/m68kemb.h
*************** c3272b7ef61869d216e3195e22776955  gcc/co
*** 3510,3516 ****
  a5d6738c619e454815898cdbe556c95f  gcc/config/m68k/openbsd.h
  bb816eac42d5d0617c95cb66556f7470  gcc/config/m68k/predicates.md
  81f19a6363c9a64e145850ad9ac2bf57  gcc/config/m68k/print-sysroot-suffix.sh
! 0103d32e8db07e7d47cef7ec32639cc8  gcc/config/m68k/rtemself.h
  47cd682ccdcc38f2c84471bc58d080ac  gcc/config/m68k/sync.md
  19d5ed41f3394c9423ff3afe64804076  gcc/config/m68k/t-cf
  6275b1ef3dc06455d9e890528410d92e  gcc/config/m68k/t-linux
--- 3509,3515 ----
  a5d6738c619e454815898cdbe556c95f  gcc/config/m68k/openbsd.h
  bb816eac42d5d0617c95cb66556f7470  gcc/config/m68k/predicates.md
  81f19a6363c9a64e145850ad9ac2bf57  gcc/config/m68k/print-sysroot-suffix.sh
! d054539d389aaf83237a6dd192c215c6  gcc/config/m68k/rtemself.h
  47cd682ccdcc38f2c84471bc58d080ac  gcc/config/m68k/sync.md
  19d5ed41f3394c9423ff3afe64804076  gcc/config/m68k/t-cf
  6275b1ef3dc06455d9e890528410d92e  gcc/config/m68k/t-linux
*************** c746f80a4a55321d24ab30a7b13fffa4  gcc/co
*** 3541,3547 ****
  ee8a1232a7d066c2f40fb3bf01f2cee2  gcc/config/microblaze/microblaze.md
  17c0f30b7486d260824baf8ff500ca45  gcc/config/microblaze/microblaze.opt
  7eb8db8a0e797275d2d317ad28ff4a60  gcc/config/microblaze/predicates.md
! 0f4666543f833a46edf589b04de140a0  gcc/config/microblaze/rtems.h
  dd7a4dee379bb579bf0535a58b00480c  gcc/config/microblaze/sync.md
  17818a25ae3112098cd91d698e37f0f7  gcc/config/microblaze/t-microblaze
  63ccba4e7f745d36609d7c129bac6288  gcc/config/microblaze/t-microblaze-linux
--- 3540,3546 ----
  ee8a1232a7d066c2f40fb3bf01f2cee2  gcc/config/microblaze/microblaze.md
  17c0f30b7486d260824baf8ff500ca45  gcc/config/microblaze/microblaze.opt
  7eb8db8a0e797275d2d317ad28ff4a60  gcc/config/microblaze/predicates.md
! f04249f22d863c97e3b30defcb4223d7  gcc/config/microblaze/rtems.h
  dd7a4dee379bb579bf0535a58b00480c  gcc/config/microblaze/sync.md
  17818a25ae3112098cd91d698e37f0f7  gcc/config/microblaze/t-microblaze
  63ccba4e7f745d36609d7c129bac6288  gcc/config/microblaze/t-microblaze-linux
*************** cfd1b17cac95f717566ecbfbfdc60540  gcc/co
*** 3606,3612 ****
  84bb13902644c97884ceae4cf4af110c  gcc/config/mips/p5600.md
  2076d628b9e45cca66581ea97818ec9f  gcc/config/mips/predicates.md
  ef7fba05f9e47489b7eda9a362fbc494  gcc/config/mips/r3900.h
! ea580b707ea7b3f4ff90cebab4e78771  gcc/config/mips/rtems.h
  6c5f0bb3d58f419549896243bbc289b1  gcc/config/mips/sb1.md
  aba562f27263283c91d59b1c0dad9db7  gcc/config/mips/sde.h
  d2213a61ad5190bea82c33a5ac9dde75  gcc/config/mips/sde.opt
--- 3605,3611 ----
  84bb13902644c97884ceae4cf4af110c  gcc/config/mips/p5600.md
  2076d628b9e45cca66581ea97818ec9f  gcc/config/mips/predicates.md
  ef7fba05f9e47489b7eda9a362fbc494  gcc/config/mips/r3900.h
! 62918225178e24d113ae89e203e39a3d  gcc/config/mips/rtems.h
  6c5f0bb3d58f419549896243bbc289b1  gcc/config/mips/sb1.md
  aba562f27263283c91d59b1c0dad9db7  gcc/config/mips/sde.h
  d2213a61ad5190bea82c33a5ac9dde75  gcc/config/mips/sde.opt
*************** adaedd5bbbabad90c2321705f60a5f6d  gcc/co
*** 3665,3671 ****
  5e1461441d6a74c6847810b55ed7adc0  gcc/config/moxie/moxie.opt
  a20a3162279483fdb4a7e6c877323078  gcc/config/moxie/moxiebox.h
  97591d3ff849c421c9d7129acaec0cae  gcc/config/moxie/predicates.md
! 701e97f0713de4abf5a2dc7d231dadd5  gcc/config/moxie/rtems.h
  83c522ff1e24358778969bbed49ba8c3  gcc/config/moxie/t-moxie
  06a2af6cf1920a27ff258d7a2eff3b3a  gcc/config/moxie/uclinux.h
  f276505b774e975b88b6c90362783e73  gcc/config/msp430/README.txt
--- 3664,3670 ----
  5e1461441d6a74c6847810b55ed7adc0  gcc/config/moxie/moxie.opt
  a20a3162279483fdb4a7e6c877323078  gcc/config/moxie/moxiebox.h
  97591d3ff849c421c9d7129acaec0cae  gcc/config/moxie/predicates.md
! 10c6b0d67861deff8c806f3c9e5f033b  gcc/config/moxie/rtems.h
  83c522ff1e24358778969bbed49ba8c3  gcc/config/moxie/t-moxie
  06a2af6cf1920a27ff258d7a2eff3b3a  gcc/config/moxie/uclinux.h
  f276505b774e975b88b6c90362783e73  gcc/config/msp430/README.txt
*************** abb68e63e8149a746ae8a8e7fe6a8356  gcc/co
*** 3727,3739 ****
  1fba4a4092c09d585fc3f6f905ba7f59  gcc/config/nios2/nios2.md
  dd160b61f47da73fbcfe274247ad51a6  gcc/config/nios2/nios2.opt
  bdca0d17af48e0661b1ca78a70e8eab3  gcc/config/nios2/predicates.md
! c7e83335a22337372d70543901e87998  gcc/config/nios2/rtems.h
  4cebd225fc493f046c198ec07a60099d  gcc/config/nios2/sync.md
  20ad2e31a626e572bd886b05ce9f9b1b  gcc/config/nios2/t-nios2
  d835d08884a2846e70bef505767bd3f1  gcc/config/nios2/t-rtems
  1a77021617fa509b4193a0173cc0db80  gcc/config/nvptx/mkoffload.c
  0528c01cacf3d6d78c2d572ddce1acd2  gcc/config/nvptx/nvptx-protos.h
! ad26b74d29ed61b78e9bd764436b236d  gcc/config/nvptx/nvptx.c
  eb1454b59c8b5e977859ef9a164f30d7  gcc/config/nvptx/nvptx.h
  33ff98eff43db716166e6eb7701d7444  gcc/config/nvptx/nvptx.md
  581897eccb2823f57fe3e4d7f48dfc99  gcc/config/nvptx/nvptx.opt
--- 3726,3738 ----
  1fba4a4092c09d585fc3f6f905ba7f59  gcc/config/nios2/nios2.md
  dd160b61f47da73fbcfe274247ad51a6  gcc/config/nios2/nios2.opt
  bdca0d17af48e0661b1ca78a70e8eab3  gcc/config/nios2/predicates.md
! bbccdcf812f8a0570b91878c40a1ac35  gcc/config/nios2/rtems.h
  4cebd225fc493f046c198ec07a60099d  gcc/config/nios2/sync.md
  20ad2e31a626e572bd886b05ce9f9b1b  gcc/config/nios2/t-nios2
  d835d08884a2846e70bef505767bd3f1  gcc/config/nios2/t-rtems
  1a77021617fa509b4193a0173cc0db80  gcc/config/nvptx/mkoffload.c
  0528c01cacf3d6d78c2d572ddce1acd2  gcc/config/nvptx/nvptx-protos.h
! 1139522105141d95713526d0237b4b20  gcc/config/nvptx/nvptx.c
  eb1454b59c8b5e977859ef9a164f30d7  gcc/config/nvptx/nvptx.h
  33ff98eff43db716166e6eb7701d7444  gcc/config/nvptx/nvptx.md
  581897eccb2823f57fe3e4d7f48dfc99  gcc/config/nvptx/nvptx.opt
*************** f9eb8215e990039206aca7d2674044dd  gcc/co
*** 3762,3768 ****
  d4df9eb3c1cf138edc94444846091689  gcc/config/pa/pa-openbsd.h
  7bc5229cf1c43545830a2c4703b2368e  gcc/config/pa/pa-opts.h
  946b59b66fba818b8c8b48d21d19f78c  gcc/config/pa/pa-protos.h
! 08f15273e39a1c5ad2ee6cadbb78bf38  gcc/config/pa/pa.c
  2ad9edafd8324971bb2304a432029e16  gcc/config/pa/pa.h
  d8c2dd8006ef24c121cb8487f5e847a0  gcc/config/pa/pa.md
  8bd9cf9ffd45cd39f633111f1c7a35c2  gcc/config/pa/pa.opt
--- 3761,3767 ----
  d4df9eb3c1cf138edc94444846091689  gcc/config/pa/pa-openbsd.h
  7bc5229cf1c43545830a2c4703b2368e  gcc/config/pa/pa-opts.h
  946b59b66fba818b8c8b48d21d19f78c  gcc/config/pa/pa-protos.h
! 14e4bf07ea4a366c78f5f72d7a127387  gcc/config/pa/pa.c
  2ad9edafd8324971bb2304a432029e16  gcc/config/pa/pa.h
  d8c2dd8006ef24c121cb8487f5e847a0  gcc/config/pa/pa.md
  8bd9cf9ffd45cd39f633111f1c7a35c2  gcc/config/pa/pa.opt
*************** be26c92327257b7174b227abbedfc38e  gcc/co
*** 3900,3910 ****
  3f7daf2bc14d5b44ee4627a036ad89dd  gcc/config/rs6000/power8.md
  d72d32ce10b6b2d9d2b6c5c805ed926f  gcc/config/rs6000/power9.md
  bd8fefee0e94517dc24429fccb7b64e6  gcc/config/rs6000/ppc-asm.h
! 3ccc7989f8b47fe2678c8e696138a63a  gcc/config/rs6000/ppc-auxv.h
  526c8b9296818a28a1cd31ac9a1aa109  gcc/config/rs6000/ppu_intrinsics.h
! 18e10f93934e8511f76e4d56fd13d99c  gcc/config/rs6000/predicates.md
  8487b3f36ba6463ad32647e69e060c6b  gcc/config/rs6000/rs6000-builtin.def
! 679729ce2ee46749d2f0d802f1f46063  gcc/config/rs6000/rs6000-c.c
  9c6ba7f9ee5978eee63cfee9d7ee9c3a  gcc/config/rs6000/rs6000-cpus.def
  a46ae50924a00ed57cfdf730ebdb4237  gcc/config/rs6000/rs6000-linux.c
  2824bf79a0d9619e1952e8d0a90aef04  gcc/config/rs6000/rs6000-modes.def
--- 3899,3909 ----
  3f7daf2bc14d5b44ee4627a036ad89dd  gcc/config/rs6000/power8.md
  d72d32ce10b6b2d9d2b6c5c805ed926f  gcc/config/rs6000/power9.md
  bd8fefee0e94517dc24429fccb7b64e6  gcc/config/rs6000/ppc-asm.h
! fe11e87c40d5f9527de18223ca9acaae  gcc/config/rs6000/ppc-auxv.h
  526c8b9296818a28a1cd31ac9a1aa109  gcc/config/rs6000/ppu_intrinsics.h
! 7ece436730a2913c3f5980fe64a72454  gcc/config/rs6000/predicates.md
  8487b3f36ba6463ad32647e69e060c6b  gcc/config/rs6000/rs6000-builtin.def
! fcb41a5c9dc3b08988a3ecaf74ada581  gcc/config/rs6000/rs6000-c.c
  9c6ba7f9ee5978eee63cfee9d7ee9c3a  gcc/config/rs6000/rs6000-cpus.def
  a46ae50924a00ed57cfdf730ebdb4237  gcc/config/rs6000/rs6000-linux.c
  2824bf79a0d9619e1952e8d0a90aef04  gcc/config/rs6000/rs6000-modes.def
*************** f69e381c5811309d05da2313dfcec4de  gcc/co
*** 3912,3923 ****
  845709f631fc1fa80de2bbaf192bff40  gcc/config/rs6000/rs6000-passes.def
  f447a3434c200cc3c5dcde8119bbb3c1  gcc/config/rs6000/rs6000-protos.h
  914f1dcbd8cea8da94281c72be417b47  gcc/config/rs6000/rs6000-tables.opt
! 414a327ec8712b82598bb5eb6cff2669  gcc/config/rs6000/rs6000.c
  c461457c1525c2fb211d80801c9eef95  gcc/config/rs6000/rs6000.h
! 4d9acc81b67318f1905224f3b3724398  gcc/config/rs6000/rs6000.md
  c949775e94ccec511542b25a9506b078  gcc/config/rs6000/rs6000.opt
  77b278cec2d9c926b955ebfc7075c240  gcc/config/rs6000/rs64.md
! 04850c9e1dc7f8f326cfd5446115ccd4  gcc/config/rs6000/rtems.h
  608da58845a3fb30439833d8eaf211a4  gcc/config/rs6000/secureplt.h
  f5a43dfbd624a504c3556f91f9fa63c2  gcc/config/rs6000/si2vmx.h
  eb790531e65dd00658657ac8f5095bf0  gcc/config/rs6000/singlefp.h
--- 3911,3922 ----
  845709f631fc1fa80de2bbaf192bff40  gcc/config/rs6000/rs6000-passes.def
  f447a3434c200cc3c5dcde8119bbb3c1  gcc/config/rs6000/rs6000-protos.h
  914f1dcbd8cea8da94281c72be417b47  gcc/config/rs6000/rs6000-tables.opt
! 55e817de2d9d5928c3240f995f235dc5  gcc/config/rs6000/rs6000.c
  c461457c1525c2fb211d80801c9eef95  gcc/config/rs6000/rs6000.h
! 7d605e1fcf454e5e9f84c18f6142e6c0  gcc/config/rs6000/rs6000.md
  c949775e94ccec511542b25a9506b078  gcc/config/rs6000/rs6000.opt
  77b278cec2d9c926b955ebfc7075c240  gcc/config/rs6000/rs64.md
! f1a2ca046d1a212bb9b5fa1484adf3d3  gcc/config/rs6000/rtems.h
  608da58845a3fb30439833d8eaf211a4  gcc/config/rs6000/secureplt.h
  f5a43dfbd624a504c3556f91f9fa63c2  gcc/config/rs6000/si2vmx.h
  eb790531e65dd00658657ac8f5095bf0  gcc/config/rs6000/singlefp.h
*************** b3a6d50652efdc2df7cda6c50ca133e7  gcc/co
*** 3946,3952 ****
  8653ebe1ded2158732c997c1b8e71181  gcc/config/rs6000/t-ppcgas
  1b8aba690a39464c4ea9c647d73d6983  gcc/config/rs6000/t-ppcos
  c4ea9dee3824134ac4714286e8799f50  gcc/config/rs6000/t-rs6000
! c12a813605e8bf6a348dce15d72f859a  gcc/config/rs6000/t-rtems
  538baa9071c5f649e985043f1eab9b5b  gcc/config/rs6000/t-spe
  18fb072a76b179eb23d0e6339e892030  gcc/config/rs6000/t-vxworks
  f11925c88524d2fd457bf77944da1302  gcc/config/rs6000/t-vxworksae
--- 3945,3951 ----
  8653ebe1ded2158732c997c1b8e71181  gcc/config/rs6000/t-ppcgas
  1b8aba690a39464c4ea9c647d73d6983  gcc/config/rs6000/t-ppcos
  c4ea9dee3824134ac4714286e8799f50  gcc/config/rs6000/t-rs6000
! e52182374dfcc25fba56e65908e59e11  gcc/config/rs6000/t-rtems
  538baa9071c5f649e985043f1eab9b5b  gcc/config/rs6000/t-spe
  18fb072a76b179eb23d0e6339e892030  gcc/config/rs6000/t-vxworks
  f11925c88524d2fd457bf77944da1302  gcc/config/rs6000/t-vxworksae
*************** f11925c88524d2fd457bf77944da1302  gcc/co
*** 3954,3961 ****
  057a5ee9af5d10aec165aecb7b36e50e  gcc/config/rs6000/t-xilinx
  bf04bdab00faa0daebcc1114606fa4d3  gcc/config/rs6000/titan.md
  245d1070b026f6c6557c6c7a5cca5166  gcc/config/rs6000/vec_types.h
! 84e58f06c90652e047db8bdaac26fab6  gcc/config/rs6000/vector.md
! 9d88b56c43120a3224ad4a0e28abfc33  gcc/config/rs6000/vsx.md
  58217d7c0d865013cdfc9ca30ba14670  gcc/config/rs6000/vxworks.h
  bf3883463c961f7b50a8f9809b6244ee  gcc/config/rs6000/vxworksae.h
  f0bd85bb4b12651513a250e3a8b690bc  gcc/config/rs6000/vxworksmils.h
--- 3953,3960 ----
  057a5ee9af5d10aec165aecb7b36e50e  gcc/config/rs6000/t-xilinx
  bf04bdab00faa0daebcc1114606fa4d3  gcc/config/rs6000/titan.md
  245d1070b026f6c6557c6c7a5cca5166  gcc/config/rs6000/vec_types.h
! 6da3f51a86613143db6f52ff5feaa04e  gcc/config/rs6000/vector.md
! 52b94095d882efc91e94c921202f1ef0  gcc/config/rs6000/vsx.md
  58217d7c0d865013cdfc9ca30ba14670  gcc/config/rs6000/vxworks.h
  bf3883463c961f7b50a8f9809b6244ee  gcc/config/rs6000/vxworksae.h
  f0bd85bb4b12651513a250e3a8b690bc  gcc/config/rs6000/vxworksmils.h
*************** ce08413dbe80270635f8524bb45e4dd8  gcc/co
*** 3969,3975 ****
  8f7b551f284f01ac11cb04642bf32184  gcc/config/rs6000/xfpu.md
  9815d575c4b9c5164b7c71ebb9131aea  gcc/config/rs6000/xilinx.h
  3b0f5bbcf190043c7d5e54450468e5f2  gcc/config/rs6000/xilinx.opt
! 5a111f2ad2cc57eeae06aa953cfcb2f0  gcc/config/rtems.h
  1ca508a55c58ccc9cabc5e8c00182c86  gcc/config/rtems.opt
  494db96412be169420a8ecf32dfee742  gcc/config/rx/constraints.md
  a078bb5956c9dd698ed9fa963506351b  gcc/config/rx/predicates.md
--- 3968,3974 ----
  8f7b551f284f01ac11cb04642bf32184  gcc/config/rs6000/xfpu.md
  9815d575c4b9c5164b7c71ebb9131aea  gcc/config/rs6000/xilinx.h
  3b0f5bbcf190043c7d5e54450468e5f2  gcc/config/rs6000/xilinx.opt
! faa282f38a57aa842e478a82a58ccf8c  gcc/config/rtems.h
  1ca508a55c58ccc9cabc5e8c00182c86  gcc/config/rtems.opt
  494db96412be169420a8ecf32dfee742  gcc/config/rx/constraints.md
  a078bb5956c9dd698ed9fa963506351b  gcc/config/rx/predicates.md
*************** d62ef488f16903bda4abc90e8c09515a  gcc/co
*** 3988,3994 ****
  ea53d84d4c9e61067f91b809a468a680  gcc/config/s390/2827.md
  d6871b79b0d694b4e73c33682729f7e3  gcc/config/s390/2964.md
  fcfb5cfc58bac6685db6cb3d362d1e67  gcc/config/s390/constraints.md
! c8a366c51e50e2135c52e17d24a3f44a  gcc/config/s390/driver-native.c
  c0b9a0bc1f70d5ff5cb2a1cec3fc0258  gcc/config/s390/htmintrin.h
  e2667ed5190f6c4cb2e2350ab53a3cad  gcc/config/s390/htmxlintrin.h
  e36e51db72c306ef71e637f4e421160a  gcc/config/s390/linux.h
--- 3987,3993 ----
  ea53d84d4c9e61067f91b809a468a680  gcc/config/s390/2827.md
  d6871b79b0d694b4e73c33682729f7e3  gcc/config/s390/2964.md
  fcfb5cfc58bac6685db6cb3d362d1e67  gcc/config/s390/constraints.md
! 08aa720c56c6b3d6fcd7235619519984  gcc/config/s390/driver-native.c
  c0b9a0bc1f70d5ff5cb2a1cec3fc0258  gcc/config/s390/htmintrin.h
  e2667ed5190f6c4cb2e2350ab53a3cad  gcc/config/s390/htmxlintrin.h
  e36e51db72c306ef71e637f4e421160a  gcc/config/s390/linux.h
*************** e36e51db72c306ef71e637f4e421160a  gcc/co
*** 3996,4009 ****
  b1b722b7a004b166861385320d7b4756  gcc/config/s390/s390-builtin-types.def
  cd00757fe6b2a3e89f34e4c54bf98bc1  gcc/config/s390/s390-builtins.def
  f86d5ba68c64df7a6369bb3154996154  gcc/config/s390/s390-builtins.h
! fb03099a68db0f8c01aaec8f8b5421f0  gcc/config/s390/s390-c.c
  4029a4a0e90624e1410585d6c8779c73  gcc/config/s390/s390-modes.def
! 802200c5b0d54fa1d6b3ae0afc67cf19  gcc/config/s390/s390-opts.h
  fea7bf517d90bc3af915876db1be6bc6  gcc/config/s390/s390-protos.h
! 8ff41cb83ab2e3d5e67d8fa491f7f466  gcc/config/s390/s390.c
  1f016404836bb16935ea059303fbe284  gcc/config/s390/s390.h
! 18dd4825a2566a18069a6003fcd5b2a9  gcc/config/s390/s390.md
! 806501f76abd8e5f7ec6d40fa12abbc8  gcc/config/s390/s390.opt
  e580143b15c5efe0617806579ed04d21  gcc/config/s390/s390intrin.h
  5d6d963c9d4546945dca3d4a0d7b346a  gcc/config/s390/s390x.h
  e5a6754465a646cdb25c7b46c091aad5  gcc/config/s390/subst.md
--- 3995,4008 ----
  b1b722b7a004b166861385320d7b4756  gcc/config/s390/s390-builtin-types.def
  cd00757fe6b2a3e89f34e4c54bf98bc1  gcc/config/s390/s390-builtins.def
  f86d5ba68c64df7a6369bb3154996154  gcc/config/s390/s390-builtins.h
! 7c0e57ec187dda594a17e31ae79e98a3  gcc/config/s390/s390-c.c
  4029a4a0e90624e1410585d6c8779c73  gcc/config/s390/s390-modes.def
! 3fc693c2c78b5ae3ac47b83823d71e47  gcc/config/s390/s390-opts.h
  fea7bf517d90bc3af915876db1be6bc6  gcc/config/s390/s390-protos.h
! 02db24d0fe20c8e1299c5d38e2f98e69  gcc/config/s390/s390.c
  1f016404836bb16935ea059303fbe284  gcc/config/s390/s390.h
! b111b16c513245fe1d03c2a0328b9f5f  gcc/config/s390/s390.md
! 1fdd1937d19d2004ae1f23f64c32a72f  gcc/config/s390/s390.opt
  e580143b15c5efe0617806579ed04d21  gcc/config/s390/s390intrin.h
  5d6d963c9d4546945dca3d4a0d7b346a  gcc/config/s390/s390x.h
  e5a6754465a646cdb25c7b46c091aad5  gcc/config/s390/subst.md
*************** c31ffac63b4400ac8631d00e76f00896  gcc/co
*** 4029,4036 ****
  377fd4dd5b8bfd80d2aabcd295bd5fb4  gcc/config/sh/netbsd-elf.h
  00c67fe3859bdea4d171504425c7635d  gcc/config/sh/newlib.h
  4a7fa03986ba924352a42beae30b8238  gcc/config/sh/predicates.md
! 0326ec861300b2c89a68ca8fa6fa896e  gcc/config/sh/rtems.h
! c0314407800338f9850c5a9b4018185f  gcc/config/sh/rtemself.h
  562c197d8dd3c18257ff90a4b86996c2  gcc/config/sh/sh-c.c
  bd98cf362235f7eda957d4a5bc356a1b  gcc/config/sh/sh-mem.cc
  b042490c8fd0ce0aa1a3023af990b37e  gcc/config/sh/sh-modes.def
--- 4028,4035 ----
  377fd4dd5b8bfd80d2aabcd295bd5fb4  gcc/config/sh/netbsd-elf.h
  00c67fe3859bdea4d171504425c7635d  gcc/config/sh/newlib.h
  4a7fa03986ba924352a42beae30b8238  gcc/config/sh/predicates.md
! 4a1188fe4b98662fe76b48fb1ed86902  gcc/config/sh/rtems.h
! 742e7ce9c334146ec562d13a6b4764e4  gcc/config/sh/rtemself.h
  562c197d8dd3c18257ff90a4b86996c2  gcc/config/sh/sh-c.c
  bd98cf362235f7eda957d4a5bc356a1b  gcc/config/sh/sh-mem.cc
  b042490c8fd0ce0aa1a3023af990b37e  gcc/config/sh/sh-modes.def
*************** f391291e3b23065001be3b77c1c4b139  gcc/co
*** 4063,4099 ****
  91c27840b624e7b10353a8b1c459ed52  gcc/config/sol2.h
  ed9b8fdac94d44f4ad4f07567a6ae8c2  gcc/config/sol2.opt
  2a8a79970ec03c931d43b719e12f6268  gcc/config/sparc/biarch64.h
! bc40166e8cd18505a1ae5c27287f9af7  gcc/config/sparc/constraints.md
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  b7c8adead6a21a00fd9587a51f5f1890  gcc/config/sparc/default64.h
! 89a3be4cd8e21b62670be2a009e4dfbf  gcc/config/sparc/driver-sparc.c
  c4ac155f5f9fa794653d5eaf5aef40fe  gcc/config/sparc/freebsd.h
  2007d05000137566baa4b2f8640457b4  gcc/config/sparc/hypersparc.md
  88455c9c338dfcf64dd915e2b59bb452  gcc/config/sparc/leon.md
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  7c7221bd73d31fc4e8b9d72b2f37d270  gcc/config/sparc/long-double-switch.opt
  4b5c1259b2115f8682457fc957ddeb9b  gcc/config/sparc/netbsd-elf.h
! 286c34cd70effddbf96fdc185691fcce  gcc/config/sparc/niagara.md
! 21f5ef1654d8bf87e6d0e0d6aa0dc3a9  gcc/config/sparc/niagara2.md
! dbe0f54652e609bbd20f5bbb5f4d2dd2  gcc/config/sparc/niagara4.md
! 24f120276cbf98319e6afb02afe9fbbd  gcc/config/sparc/niagara7.md
  5250485bcd9b127116efd6c1d512306a  gcc/config/sparc/openbsd1-64.h
  7afb34b2e803426fdf6a1660aeed1b81  gcc/config/sparc/openbsd64.h
! 813e213e41ea2dbd2a220acf6a43d78f  gcc/config/sparc/predicates.md
! fef70ffb271dcecc80edef1393aeab47  gcc/config/sparc/rtemself.h
! 38585721a4090a1f734387889008d8b6  gcc/config/sparc/sol2.h
  3fe86727489e335f4b59e94820f64441  gcc/config/sparc/sp-elf.h
  b4758aaf3ffd414be514529098b2fb31  gcc/config/sparc/sp64-elf.h
! 3f9e506da2bfe559e78d1066bc975e36  gcc/config/sparc/sparc-c.c
  4633e9ef402682cc69036b91d4654cf9  gcc/config/sparc/sparc-modes.def
! 7c920b4004de3d9a68a322d3f65cf6d8  gcc/config/sparc/sparc-opts.h
  f7b50c68732f0e443b61cc30aafcdf2b  gcc/config/sparc/sparc-passes.def
  c9f7a8357767f05db3064cf1cc649b67  gcc/config/sparc/sparc-protos.h
! 248b730eca5207a109f175248aa78269  gcc/config/sparc/sparc.c
! d8b23943cb86a0ce8f43e043d99fe566  gcc/config/sparc/sparc.h
! e0e7c65c360052c2bacf2e73a6b1cc2c  gcc/config/sparc/sparc.md
! b644743087bcaaf0a7204db00adcb2cb  gcc/config/sparc/sparc.opt
  0ce5501d01413f5bf8569648d53f026b  gcc/config/sparc/sparclet.md
  7b3ac0af0debfa3fc3e038c25d775e49  gcc/config/sparc/supersparc.md
  05e57a721d56e30f627e3724a623a951  gcc/config/sparc/sync.md
--- 4062,4099 ----
  91c27840b624e7b10353a8b1c459ed52  gcc/config/sol2.h
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  2a8a79970ec03c931d43b719e12f6268  gcc/config/sparc/biarch64.h
! cda33eade13d321e424800344f31bb05  gcc/config/sparc/constraints.md
  a011e2b44d1d8123361ba045d461b340  gcc/config/sparc/cypress.md
  b7c8adead6a21a00fd9587a51f5f1890  gcc/config/sparc/default64.h
! 92306ae32ed5f76fb7c5fb28f5026a5d  gcc/config/sparc/driver-sparc.c
  c4ac155f5f9fa794653d5eaf5aef40fe  gcc/config/sparc/freebsd.h
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  7c7221bd73d31fc4e8b9d72b2f37d270  gcc/config/sparc/long-double-switch.opt
+ d57520acaa81bbdc202490df14e024a2  gcc/config/sparc/m8.md
  4b5c1259b2115f8682457fc957ddeb9b  gcc/config/sparc/netbsd-elf.h
! 36cbea702fc1c7a5dbb282a5e3a8c6d9  gcc/config/sparc/niagara.md
! f7f8bd7dfe277b232f0a893903e57e02  gcc/config/sparc/niagara2.md
! 367040cd1d1676f0d5fb094aba2070f1  gcc/config/sparc/niagara4.md
! 75b9c55ba8434711231d0cd59945d495  gcc/config/sparc/niagara7.md
  5250485bcd9b127116efd6c1d512306a  gcc/config/sparc/openbsd1-64.h
  7afb34b2e803426fdf6a1660aeed1b81  gcc/config/sparc/openbsd64.h
! 0b8901bce0e7287a7db07b27bfc1acf2  gcc/config/sparc/predicates.md
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! 4c23b8e2190203cdd41422257d0b684e  gcc/config/sparc/sol2.h
  3fe86727489e335f4b59e94820f64441  gcc/config/sparc/sp-elf.h
  b4758aaf3ffd414be514529098b2fb31  gcc/config/sparc/sp64-elf.h
! ebbdcebbe1adce348931a4c7274c7c51  gcc/config/sparc/sparc-c.c
  4633e9ef402682cc69036b91d4654cf9  gcc/config/sparc/sparc-modes.def
! 8716c31870255b84a448762c1c3f81c7  gcc/config/sparc/sparc-opts.h
  f7b50c68732f0e443b61cc30aafcdf2b  gcc/config/sparc/sparc-passes.def
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! 4491451686495f59f1b7cb132e68e357  gcc/config/sparc/sparc.c
! d22b6f70252e19940f3fdf0364e2c312  gcc/config/sparc/sparc.h
! 1fe1648d42b1c788278c1e89bbe65ed6  gcc/config/sparc/sparc.md
! 0741bbf74a8e053aa0cfbd76b52e3ea9  gcc/config/sparc/sparc.opt
  0ce5501d01413f5bf8569648d53f026b  gcc/config/sparc/sparclet.md
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  05e57a721d56e30f627e3724a623a951  gcc/config/sparc/sync.md
*************** acbd843cea02b141e7862dcc2b2854d3  gcc/co
*** 4104,4117 ****
  4a7d3f368a24d549fabaafbe44fcb134  gcc/config/sparc/t-linux
  0e18307b04426c5ab3ad25537267452b  gcc/config/sparc/t-linux64
  75987b7fdc6fa9c9ff2108ff1003e6d2  gcc/config/sparc/t-netbsd64
! cd0a7c878d971604d754954c10f688df  gcc/config/sparc/t-rtems
  4c80b4c56072a38aed82f6191ae2b1e1  gcc/config/sparc/t-rtems-64
  511770bb20c2707fabd4f231ce8b83cf  gcc/config/sparc/t-sol2
  3b3e9702a274b74d961eeea759eca145  gcc/config/sparc/t-sparc
  b04597637b0c08dd3e6d1a40c43e76b4  gcc/config/sparc/t-vxworks
  1940ff1c7bb41eb88d2ef5b261d86e95  gcc/config/sparc/tso.h
! da322723d95933737b84987e1082080d  gcc/config/sparc/ultra1_2.md
! fe37eabc1a38d7b6cbc39841813bf650  gcc/config/sparc/ultra3.md
  6f40e12195009aa16e51dca7e38d0b21  gcc/config/sparc/visintrin.h
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  9b2ddc345afcea4f415dd0c8bc2d2ed3  gcc/config/sparc/x-sparc
--- 4104,4117 ----
  4a7d3f368a24d549fabaafbe44fcb134  gcc/config/sparc/t-linux
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  75987b7fdc6fa9c9ff2108ff1003e6d2  gcc/config/sparc/t-netbsd64
! 341097c5512271c2fab0be9cfbe0a2c1  gcc/config/sparc/t-rtems
  4c80b4c56072a38aed82f6191ae2b1e1  gcc/config/sparc/t-rtems-64
  511770bb20c2707fabd4f231ce8b83cf  gcc/config/sparc/t-sol2
  3b3e9702a274b74d961eeea759eca145  gcc/config/sparc/t-sparc
  b04597637b0c08dd3e6d1a40c43e76b4  gcc/config/sparc/t-vxworks
  1940ff1c7bb41eb88d2ef5b261d86e95  gcc/config/sparc/tso.h
! c91aac769d09b8f216fc6961c72e014e  gcc/config/sparc/ultra1_2.md
! 90e1c13e95135c6060fa5eaca5767cfb  gcc/config/sparc/ultra3.md
  6f40e12195009aa16e51dca7e38d0b21  gcc/config/sparc/visintrin.h
  b64bd859465780d47bc58b2cd35c9cb3  gcc/config/sparc/vxworks.h
  9b2ddc345afcea4f415dd0c8bc2d2ed3  gcc/config/sparc/x-sparc
*************** a4406610dcd45e2b1c7fd3693c880d2e  gcc/co
*** 4195,4201 ****
  a6ae71a556271cc116214b3e9e87d867  gcc/config/usegld.h
  ba41d2017b15368ed8476c0e4f5401ad  gcc/config/v850/constraints.md
  989c5db2802e5628f4cc4404d253bee3  gcc/config/v850/predicates.md
! 646efbf8b1d60f6d53b1c131f1aef881  gcc/config/v850/rtems.h
  41b5d5e91cc905b1e3ba5de47db5f9c6  gcc/config/v850/t-rtems
  6ba0e2ab2380c36e4279deababedaa9d  gcc/config/v850/t-v850
  d7632714f5c62afc8f6abd31f3f834e5  gcc/config/v850/v850-c.c
--- 4195,4201 ----
  a6ae71a556271cc116214b3e9e87d867  gcc/config/usegld.h
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  41b5d5e91cc905b1e3ba5de47db5f9c6  gcc/config/v850/t-rtems
  6ba0e2ab2380c36e4279deababedaa9d  gcc/config/v850/t-v850
  d7632714f5c62afc8f6abd31f3f834e5  gcc/config/v850/v850-c.c
*************** ec846689d23cece17a1e173a290d1bc2  gcc/co
*** 4272,4291 ****
  cd3f530ea95922564e1c6760e6fdf034  gcc/config/xtensa/uclinux.h
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! 96769f7cdd749231631ec8ad548bafa7  gcc/config/xtensa/xtensa.c
  8de0185f42561f590761455b71b243aa  gcc/config/xtensa/xtensa.h
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! bc40e933c352c4ed289d195dd3328693  gcc/configure
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! 5460af44253986b11d08c09f78210c38  gcc/coverage.c
! be6dc77a691eeb1118f569ebe595b932  gcc/coverage.h
! b1b2082e7ea4d217de983eace8a57c55  gcc/cp/ChangeLog
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--- 4272,4291 ----
  cd3f530ea95922564e1c6760e6fdf034  gcc/config/xtensa/uclinux.h
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*************** c1c7801b9b0f379e702a4f6cb83972e7  gcc/cp
*** 4314,4342 ****
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! 45b626865c11aa673dd92bf80855450e  gcc/cp/cp-gimplify.c
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  ceb7718cd5e3462095095448e2809c63  gcc/cp/cvt.c
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--- 4314,4342 ----
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! 2d99a51142dc9ba37d75154a286d7229  gcc/cp/cp-gimplify.c
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  aa36e3e3dbb56aa91e4c9c7b03774b50  gcc/cp/cp-tree.def
! 26572b350dca452e4bfb94fbd5965237  gcc/cp/cp-tree.h
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*** 4344,4370 ****
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*************** ebc01257daa0725663692c5283f9066d  gcc/do
*** 4414,4451 ****
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*** 4457,4466 ****
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*** 4493,4502 ****
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--- 4493,4502 ----
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*** 4513,4519 ****
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*************** dabe51aa8609d85473e77bf5afde63ee  gcc/fi
*** 4526,4534 ****
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--- 4526,4534 ----
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*************** f8486e9dde69b3b606bbc76192b374ab  gcc/fo
*** 4565,4577 ****
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*** 4579,4585 ****
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  8093b2b38a01c2e488976f991dd1f954  gcc/fortran/iso-c-binding.def
--- 4579,4585 ----
  f5a621f4d92bd975f19fa58c09b9e6db  gcc/fortran/intrinsic.h
  ba1407cb79153040295068873f19ccc1  gcc/fortran/intrinsic.texi
  a349d8cead3c7c976d6e938e97cf3c66  gcc/fortran/invoke.texi
! 276b063b9f15c5fdde418b089100ba90  gcc/fortran/io.c
  b75de9ab8d416c7abd953e5b7b3f3993  gcc/fortran/ioparm.def
  2188c509e492d35bc0022016b1e92f20  gcc/fortran/iresolve.c
  8093b2b38a01c2e488976f991dd1f954  gcc/fortran/iso-c-binding.def
*************** c655108e5e7b121df7fb376a3901880b  gcc/fo
*** 4592,4604 ****
  d7e915937eda00d735c03407c30c147a  gcc/fortran/matchexp.c
  87a743f124dd99426032cc7ad19284bb  gcc/fortran/mathbuiltins.def
  9d431851867d6a83a9328224ab69473f  gcc/fortran/misc.c
! 2cf88416fa986b69881860bc9810978e  gcc/fortran/module.c
! e732fbcc3fca56922aeaaee987534620  gcc/fortran/openmp.c
  e8210239d0ae38ef26cbcec563bb173a  gcc/fortran/options.c
  d9cf9047cb943bb4305173982623ffa9  gcc/fortran/parse.c
  e19e43330242c8950da01afa94a4f04b  gcc/fortran/parse.h
  a19b4e132d4379e8dcedce36db382f26  gcc/fortran/primary.c
! e049b786b1d86fca8c65c5d38b4e579d  gcc/fortran/resolve.c
  7ada4167f5cb66e95dc80a102e6c3b7a  gcc/fortran/scanner.c
  6761df883b8094d737206a8ba1c9f089  gcc/fortran/scanner.h
  c89c7bd80d0a1bce0b13d4e9c57349fe  gcc/fortran/simplify.c
--- 4592,4604 ----
  d7e915937eda00d735c03407c30c147a  gcc/fortran/matchexp.c
  87a743f124dd99426032cc7ad19284bb  gcc/fortran/mathbuiltins.def
  9d431851867d6a83a9328224ab69473f  gcc/fortran/misc.c
! ca57cb2a2d0c28803299174636bb8c7c  gcc/fortran/module.c
! 72e9eb1f6f16e2794401854d4c90f425  gcc/fortran/openmp.c
  e8210239d0ae38ef26cbcec563bb173a  gcc/fortran/options.c
  d9cf9047cb943bb4305173982623ffa9  gcc/fortran/parse.c
  e19e43330242c8950da01afa94a4f04b  gcc/fortran/parse.h
  a19b4e132d4379e8dcedce36db382f26  gcc/fortran/primary.c
! a7948f92d833d807b1324240f2002a29  gcc/fortran/resolve.c
  7ada4167f5cb66e95dc80a102e6c3b7a  gcc/fortran/scanner.c
  6761df883b8094d737206a8ba1c9f089  gcc/fortran/scanner.h
  c89c7bd80d0a1bce0b13d4e9c57349fe  gcc/fortran/simplify.c
*************** f982772425e7d9a65cbb819062be79e3  gcc/fo
*** 4612,4631 ****
  a2301830f80d9a2d2fa804e044559cf1  gcc/fortran/trans-const.c
  f3cd9953e1d7b41f8b4340256b01d9db  gcc/fortran/trans-const.h
  8bf2f0911b13ce4695ad9fefcc5a9b97  gcc/fortran/trans-decl.c
! c9c8785ec9fea1ec965ca16450b7bd4b  gcc/fortran/trans-expr.c
  da548f6d67b4d0c84ee78d435bbc3558  gcc/fortran/trans-intrinsic.c
! dd563687a6024c24f3477784b0d9220e  gcc/fortran/trans-io.c
  218428d9589d1d3e527d15ab3656a5d5  gcc/fortran/trans-openmp.c
  5858848f38dc2ddee3b45b6c8b91a7e8  gcc/fortran/trans-stmt.c
  09ff062ad8cb2da1edf2aefc8fec0dd0  gcc/fortran/trans-stmt.h
! 80c818332447352dc58635dcc4ab6622  gcc/fortran/trans-types.c
  02d59699b4813a33fc6f79643e8f59f9  gcc/fortran/trans-types.h
  f370c52455a242185cb794b2d9524278  gcc/fortran/trans.c
  596d0ef11ab5ee083f7de6987eac3907  gcc/fortran/trans.h
  9d4b686857ace1c80925708b17d45124  gcc/fortran/types.def
  35369c9f7b73348c0b6b15b8bc83e317  gcc/fp-test.c
  4283b513d2c30438a7f09915c9a82423  gcc/function-tests.c
! 303d7c4f930ee294de3bcb433c6c2106  gcc/function.c
  dd500d77758f3dca71ae1b2251bfcd63  gcc/function.h
  06a221444dd61295a4de421f6bde7091  gcc/fwprop.c
  bbd6a426a70d53ef662a2942893cd8e1  gcc/gcc-ar.c
--- 4612,4631 ----
  a2301830f80d9a2d2fa804e044559cf1  gcc/fortran/trans-const.c
  f3cd9953e1d7b41f8b4340256b01d9db  gcc/fortran/trans-const.h
  8bf2f0911b13ce4695ad9fefcc5a9b97  gcc/fortran/trans-decl.c
! 16e7e47df112c3ea61e94e006eb55ff2  gcc/fortran/trans-expr.c
  da548f6d67b4d0c84ee78d435bbc3558  gcc/fortran/trans-intrinsic.c
! 512dfb7cd9828caba1c1661fe7870636  gcc/fortran/trans-io.c
  218428d9589d1d3e527d15ab3656a5d5  gcc/fortran/trans-openmp.c
  5858848f38dc2ddee3b45b6c8b91a7e8  gcc/fortran/trans-stmt.c
  09ff062ad8cb2da1edf2aefc8fec0dd0  gcc/fortran/trans-stmt.h
! 575c4e20eeca4556b0ed2b369922d850  gcc/fortran/trans-types.c
  02d59699b4813a33fc6f79643e8f59f9  gcc/fortran/trans-types.h
  f370c52455a242185cb794b2d9524278  gcc/fortran/trans.c
  596d0ef11ab5ee083f7de6987eac3907  gcc/fortran/trans.h
  9d4b686857ace1c80925708b17d45124  gcc/fortran/types.def
  35369c9f7b73348c0b6b15b8bc83e317  gcc/fp-test.c
  4283b513d2c30438a7f09915c9a82423  gcc/function-tests.c
! 41ffcc0bd97f117d29338597d6405282  gcc/function.c
  dd500d77758f3dca71ae1b2251bfcd63  gcc/function.h
  06a221444dd61295a4de421f6bde7091  gcc/fwprop.c
  bbd6a426a70d53ef662a2942893cd8e1  gcc/gcc-ar.c
*************** bbd6a426a70d53ef662a2942893cd8e1  gcc/gc
*** 4634,4648 ****
  7c9fd2e11b34b851cf28dbd84544a4f0  gcc/gcc-rich-location.c
  dc7ef3b4c8953b4d7e41e69edb146c23  gcc/gcc-rich-location.h
  faa0d6ea88042246ed13a328764e8f56  gcc/gcc-symtab.h
! b66c5718e616c8128fe7e37c1cd44517  gcc/gcc.c
  bddd9d7c109f1e414177fae896a92969  gcc/gcc.h
  d41b63516043eba8422eddcae6f35ae2  gcc/gcov-counter.def
! 342edefebcdc4fbe10d73504917d436f  gcc/gcov-dump.c
  f81d5d200e671ca11b3c77daa61e138b  gcc/gcov-io.c
  c82adc9702c2427ee9c9b43ed895690b  gcc/gcov-io.h
  968da89f86b438931717052246d5eb75  gcc/gcov-iov.c
! d626eb69ca787c35484a17186fd87376  gcc/gcov-tool.c
! 3ee43284ee1022889beeb057449ebe73  gcc/gcov.c
  ce19b5288593648402ea8145810d6048  gcc/gcse-common.c
  d50367250c6353a0bd6adad0c572f209  gcc/gcse-common.h
  3cf1e474b24bd138960a515e216a4920  gcc/gcse.c
--- 4634,4648 ----
  7c9fd2e11b34b851cf28dbd84544a4f0  gcc/gcc-rich-location.c
  dc7ef3b4c8953b4d7e41e69edb146c23  gcc/gcc-rich-location.h
  faa0d6ea88042246ed13a328764e8f56  gcc/gcc-symtab.h
! 0ccce874decea5093fd059c0395855d9  gcc/gcc.c
  bddd9d7c109f1e414177fae896a92969  gcc/gcc.h
  d41b63516043eba8422eddcae6f35ae2  gcc/gcov-counter.def
! d8b2bd39803fbdfd289883b9eb7615ca  gcc/gcov-dump.c
  f81d5d200e671ca11b3c77daa61e138b  gcc/gcov-io.c
  c82adc9702c2427ee9c9b43ed895690b  gcc/gcov-io.h
  968da89f86b438931717052246d5eb75  gcc/gcov-iov.c
! 035f45b2e618430dd495ec4254aea26a  gcc/gcov-tool.c
! 009a5588d34d2c697e51557671a52207  gcc/gcov.c
  ce19b5288593648402ea8145810d6048  gcc/gcse-common.c
  d50367250c6353a0bd6adad0c572f209  gcc/gcse-common.h
  3cf1e474b24bd138960a515e216a4920  gcc/gcse.c
*************** b017f09085f160e6758c885175c13f1a  gcc/ge
*** 4669,4675 ****
  731a497572872b12a5e3033eae88f526  gcc/genextract.c
  7981be4a9ace01c934486bb5c1e95cc0  gcc/genflags.c
  28e8319538fae25e84df456e12da4263  gcc/gengenrtl.c
! bf6782a9913c684ebbba2d8a3d0fd95d  gcc/gengtype-lex.c
  1dce49f1d97b1589c77b1b1da4da18b1  gcc/gengtype-lex.l
  bfc1a73017fd55933f7d460769140fc4  gcc/gengtype-parse.c
  b838ec3819011b0b60e60df47a827ffb  gcc/gengtype-state.c
--- 4669,4675 ----
  731a497572872b12a5e3033eae88f526  gcc/genextract.c
  7981be4a9ace01c934486bb5c1e95cc0  gcc/genflags.c
  28e8319538fae25e84df456e12da4263  gcc/gengenrtl.c
! 06190492a478c6dd56421a39dcf4ae5f  gcc/gengtype-lex.c
  1dce49f1d97b1589c77b1b1da4da18b1  gcc/gengtype-lex.l
  bfc1a73017fd55933f7d460769140fc4  gcc/gengtype-parse.c
  b838ec3819011b0b60e60df47a827ffb  gcc/gengtype-state.c
*************** cfab7b96bd884f95292f1774f45e4a59  gcc/gg
*** 4699,4705 ****
  ff046f8e9938dae0178a152ed191e19a  gcc/gimple-builder.h
  c2d0730fb01b5369cf897eccf86f847a  gcc/gimple-expr.c
  98d8920ea5059b3d165e57222d891ccd  gcc/gimple-expr.h
! 28c5d0bdac321785a4fd7f4708b1a284  gcc/gimple-fold.c
  ee21230993c156d1d5cb56fc92916e7d  gcc/gimple-fold.h
  a283a81bd4a03a8d46ce24a68e29ad46  gcc/gimple-iterator.c
  37f5e8d0d297bd9e9f53fa013dbd7dfb  gcc/gimple-iterator.h
--- 4699,4705 ----
  ff046f8e9938dae0178a152ed191e19a  gcc/gimple-builder.h
  c2d0730fb01b5369cf897eccf86f847a  gcc/gimple-expr.c
  98d8920ea5059b3d165e57222d891ccd  gcc/gimple-expr.h
! 2f7da4521e461556b0d4a4fc6946ff8e  gcc/gimple-fold.c
  ee21230993c156d1d5cb56fc92916e7d  gcc/gimple-fold.h
  a283a81bd4a03a8d46ce24a68e29ad46  gcc/gimple-iterator.c
  37f5e8d0d297bd9e9f53fa013dbd7dfb  gcc/gimple-iterator.h
*************** b98da5beedf98696ea9fec7256a9a4d7  gcc/gi
*** 4709,4715 ****
  6684a9a19672f962756dedd96b468b0e  gcc/gimple-match-head.c
  344986053544f24eadf6b22cd9cbed69  gcc/gimple-match.h
  50a983e0d86c88e7d0a035949d68d5e4  gcc/gimple-predict.h
! 6b91d98072ca8cb397a9167a33020fa3  gcc/gimple-pretty-print.c
  e216dc6f5e58a21dcbbfba370d8afc7c  gcc/gimple-pretty-print.h
  e094054b2bcf25e28ef9f11cc00f61a8  gcc/gimple-ssa-backprop.c
  4cb92049e81898a878aeed277acf78c4  gcc/gimple-ssa-isolate-paths.c
--- 4709,4715 ----
  6684a9a19672f962756dedd96b468b0e  gcc/gimple-match-head.c
  344986053544f24eadf6b22cd9cbed69  gcc/gimple-match.h
  50a983e0d86c88e7d0a035949d68d5e4  gcc/gimple-predict.h
! 018c91dec808cde7ac4152f806fff9b8  gcc/gimple-pretty-print.c
  e216dc6f5e58a21dcbbfba370d8afc7c  gcc/gimple-pretty-print.h
  e094054b2bcf25e28ef9f11cc00f61a8  gcc/gimple-ssa-backprop.c
  4cb92049e81898a878aeed277acf78c4  gcc/gimple-ssa-isolate-paths.c
*************** a67525d6b8a482efd66447bd638e8dd0  gcc/gi
*** 4717,4723 ****
  177901a9b94a05ea75be63da13c83847  gcc/gimple-ssa-split-paths.c
  41b4176448e8e245d377802b1ec272c3  gcc/gimple-ssa-sprintf.c
  39a67287a8826a634021934eaad399a8  gcc/gimple-ssa-store-merging.c
! 4b2ae5330617af6776e4b8509779f1a6  gcc/gimple-ssa-strength-reduction.c
  c56b2f9074833a8c8795067b1f5aea14  gcc/gimple-ssa-warn-alloca.c
  4eb4658c5c649ef8a222e5ce7169fafd  gcc/gimple-ssa.h
  8f1fc05fa70d62ef0550eb40f55e141e  gcc/gimple-streamer-in.c
--- 4717,4723 ----
  177901a9b94a05ea75be63da13c83847  gcc/gimple-ssa-split-paths.c
  41b4176448e8e245d377802b1ec272c3  gcc/gimple-ssa-sprintf.c
  39a67287a8826a634021934eaad399a8  gcc/gimple-ssa-store-merging.c
! e0e15040b1ec2c1bcfbe3d07dfb81bcb  gcc/gimple-ssa-strength-reduction.c
  c56b2f9074833a8c8795067b1f5aea14  gcc/gimple-ssa-warn-alloca.c
  4eb4658c5c649ef8a222e5ce7169fafd  gcc/gimple-ssa.h
  8f1fc05fa70d62ef0550eb40f55e141e  gcc/gimple-streamer-in.c
*************** f7247836b1345633d1912927939e811c  gcc/gi
*** 4730,4736 ****
  25418f3de22a04a9d3a4bce8ea7f8233  gcc/gimple.h
  3226b367822a6cecd929bc8d88435e00  gcc/gimplify-me.c
  0614c0dbeca81e25b0e2a8ec8670bfdf  gcc/gimplify-me.h
! 44ef1da6d9c60f76b188ff295686434c  gcc/gimplify.c
  0d655a1b36bd393358a60ae37468a057  gcc/gimplify.h
  8a65435af2eced0ca67f6f9271c997ad  gcc/ginclude/float.h
  b9721cc1f3c6349bcfe9d162a36d0eb9  gcc/ginclude/iso646.h
--- 4730,4736 ----
  25418f3de22a04a9d3a4bce8ea7f8233  gcc/gimple.h
  3226b367822a6cecd929bc8d88435e00  gcc/gimplify-me.c
  0614c0dbeca81e25b0e2a8ec8670bfdf  gcc/gimplify-me.h
! 66358c36b1c039cf0596bd80a91ef9cf  gcc/gimplify.c
  0d655a1b36bd393358a60ae37468a057  gcc/gimplify.h
  8a65435af2eced0ca67f6f9271c997ad  gcc/ginclude/float.h
  b9721cc1f3c6349bcfe9d162a36d0eb9  gcc/ginclude/iso646.h
*************** a21c48eb0ebeb4a73c0889fd3f42e12b  gcc/gi
*** 4747,4753 ****
  e67de778552fcefca7289ac8daa55fe9  gcc/ginclude/unwind-arm-common.h
  8d9ecf0d6ef93c79623ce1d27a32a2cb  gcc/ginclude/varargs.h
  39fd87607b25c8f948dcf70c2f36b206  gcc/glimits.h
! 91dfe1062a8354b381c03c9097c47e3e  gcc/go/ChangeLog
  4ff99cd3f2073d7c092cb2d42ca47e44  gcc/go/Make-lang.in
  60ea054548c83c7f66170073f9f3e74c  gcc/go/README.gcc
  4b9cbe6a30dbc7039c55993611934ad7  gcc/go/config-lang.in
--- 4747,4753 ----
  e67de778552fcefca7289ac8daa55fe9  gcc/ginclude/unwind-arm-common.h
  8d9ecf0d6ef93c79623ce1d27a32a2cb  gcc/ginclude/varargs.h
  39fd87607b25c8f948dcf70c2f36b206  gcc/glimits.h
! 0c55510933e31241a3b05ff496983135  gcc/go/ChangeLog
  4ff99cd3f2073d7c092cb2d42ca47e44  gcc/go/Make-lang.in
  60ea054548c83c7f66170073f9f3e74c  gcc/go/README.gcc
  4b9cbe6a30dbc7039c55993611934ad7  gcc/go/config-lang.in
*************** c8422bf39477fc9fa97c43900d362fac  gcc/go
*** 4755,4761 ****
  66797136e110e1a9c77b6a513465b2fa  gcc/go/go-backend.c
  41d6ad41d51bd0732d23b7a2b3d01d9b  gcc/go/go-c.h
  95a39a7d298ca9b6c021e0887e8a4113  gcc/go/go-gcc-diagnostics.cc
! 0c8ff8a57d27111e4bcaa0239a510f76  gcc/go/go-gcc.cc
  5a40a2757191c46ccce6a187fd4db0ca  gcc/go/go-gcc.h
  042f0961fb8fce848070b76a7c09e6af  gcc/go/go-lang.c
  e7de0e353b3ad578aac63ba754ad94e5  gcc/go/go-linemap.cc
--- 4755,4761 ----
  66797136e110e1a9c77b6a513465b2fa  gcc/go/go-backend.c
  41d6ad41d51bd0732d23b7a2b3d01d9b  gcc/go/go-c.h
  95a39a7d298ca9b6c021e0887e8a4113  gcc/go/go-gcc-diagnostics.cc
! 6ff159112bdf24adc6c8073db6968750  gcc/go/go-gcc.cc
  5a40a2757191c46ccce6a187fd4db0ca  gcc/go/go-gcc.h
  042f0961fb8fce848070b76a7c09e6af  gcc/go/go-lang.c
  e7de0e353b3ad578aac63ba754ad94e5  gcc/go/go-linemap.cc
*************** a9976cefc0150a7132d127b093292abb  gcc/go
*** 4786,4792 ****
  6d061113313f445cd9a8a626d8138a43  gcc/go/gofrontend/go-optimize.h
  5b59619fab7e543c5bb28dd8a6d62793  gcc/go/gofrontend/go-sha1.h
  98d172d47ec31b7e7d1f06de95fd873b  gcc/go/gofrontend/go.cc
! bf0aa9eefa1fc026d7a31ee933a3db5e  gcc/go/gofrontend/gogo.cc
  10bebae2fa665523ac373d6aa1bcd48f  gcc/go/gofrontend/gogo.h
  1421569a09dc250099f8fd6e75b48197  gcc/go/gofrontend/import-archive.cc
  60dd6839aa8612eb32b58fe40f424afb  gcc/go/gofrontend/import.cc
--- 4786,4792 ----
  6d061113313f445cd9a8a626d8138a43  gcc/go/gofrontend/go-optimize.h
  5b59619fab7e543c5bb28dd8a6d62793  gcc/go/gofrontend/go-sha1.h
  98d172d47ec31b7e7d1f06de95fd873b  gcc/go/gofrontend/go.cc
! b642c00c59ba4c9e958b085f7888f5e8  gcc/go/gofrontend/gogo.cc
  10bebae2fa665523ac373d6aa1bcd48f  gcc/go/gofrontend/gogo.h
  1421569a09dc250099f8fd6e75b48197  gcc/go/gofrontend/import-archive.cc
  60dd6839aa8612eb32b58fe40f424afb  gcc/go/gofrontend/import.cc
*************** ef25d820a0b488dc12de44c0804605d3  gcc/go
*** 4802,4809 ****
  1c076b12716978f43d60e7bbf2173ca0  gcc/go/gofrontend/statements.cc
  4cd97f857d13133fa9505655a0758737  gcc/go/gofrontend/statements.h
  0ba1a11b029f92c6795e4c940c966f48  gcc/go/gofrontend/string-dump.h
! ea9ff2d85dea427444c40848b53caa83  gcc/go/gofrontend/types.cc
! dcd4c8e407282b2ec3daf345b4214fa2  gcc/go/gofrontend/types.h
  3662dad559a197b0771d9930d494949d  gcc/go/gofrontend/unsafe.cc
  c8a26f86b3419a9e83dec9db72d0d9d9  gcc/go/gospec.c
  2fc199ecede87ddfd0510945f49141cc  gcc/go/lang-specs.h
--- 4802,4809 ----
  1c076b12716978f43d60e7bbf2173ca0  gcc/go/gofrontend/statements.cc
  4cd97f857d13133fa9505655a0758737  gcc/go/gofrontend/statements.h
  0ba1a11b029f92c6795e4c940c966f48  gcc/go/gofrontend/string-dump.h
! 1a868522cbcc52679f63a05c96fc5d91  gcc/go/gofrontend/types.cc
! b461bd5146f1ee54c1fa744e78fc4da1  gcc/go/gofrontend/types.h
  3662dad559a197b0771d9930d494949d  gcc/go/gofrontend/unsafe.cc
  c8a26f86b3419a9e83dec9db72d0d9d9  gcc/go/gospec.c
  2fc199ecede87ddfd0510945f49141cc  gcc/go/lang-specs.h
*************** b047fc4996e0d444cadcb549cbdd9937  gcc/gr
*** 4814,4820 ****
  b8b89f9b7cf6050423e74403b8e2dc52  gcc/graphds.c
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  5b0a272db8ff06d95782dacbd8e6a7cf  gcc/graphite-dependences.c
! 86025bef72ae02d6ad4cb608a4068219  gcc/graphite-isl-ast-to-gimple.c
  dc7486b5ffc901f582556a20dd651c1b  gcc/graphite-optimize-isl.c
  ee94063780779dbd8f397ba53e5b3cb7  gcc/graphite-poly.c
  a53fc55fef65985e128c29c719a48eab  gcc/graphite-scop-detection.c
--- 4814,4820 ----
  b8b89f9b7cf6050423e74403b8e2dc52  gcc/graphds.c
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  5b0a272db8ff06d95782dacbd8e6a7cf  gcc/graphite-dependences.c
! 7484de7d78a34c5f3717af71957b2ccf  gcc/graphite-isl-ast-to-gimple.c
  dc7486b5ffc901f582556a20dd651c1b  gcc/graphite-optimize-isl.c
  ee94063780779dbd8f397ba53e5b3cb7  gcc/graphite-poly.c
  a53fc55fef65985e128c29c719a48eab  gcc/graphite-scop-detection.c
*************** f010d66b66dde98e7cb6f87b249c20c8  gcc/ha
*** 4843,4849 ****
  4931aa92b8eb6eedd2a4f0684c965293  gcc/hosthooks-def.h
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! 652ff0a20f7c6f31d0f198b20a37eb60  gcc/hsa-brig.c
  a2097f186d1a4ba3d6672e84286b3b65  gcc/hsa-builtins.def
  4191b7c164be29f9f80b73d694681376  gcc/hsa-common.c
  e271c12f50ef2f84f9d68c3e47aa3546  gcc/hsa-common.h
--- 4843,4849 ----
  4931aa92b8eb6eedd2a4f0684c965293  gcc/hosthooks-def.h
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! 678ab3ec31dae0fce3b93c5980a5d2be  gcc/hsa-brig.c
  a2097f186d1a4ba3d6672e84286b3b65  gcc/hsa-builtins.def
  4191b7c164be29f9f80b73d694681376  gcc/hsa-common.c
  e271c12f50ef2f84f9d68c3e47aa3546  gcc/hsa-common.h
*************** fdf64d7f98647f8f0d1bcf3b8a828aa8  gcc/in
*** 4874,4880 ****
  e54d40e1ec53e0400607ff09c2a536dc  gcc/ipa-chkp.h
  f1b7ee4df60044997d39d57d6c22993c  gcc/ipa-comdats.c
  8373092c9ea3ef2df82ddb0b77de58e5  gcc/ipa-cp.c
! 003db4ee8e27e9fea93c0d526d3708af  gcc/ipa-devirt.c
  d13a7631f21372dd7785d58258d8653a  gcc/ipa-hsa.c
  316a11df25cc16996f2146683e973287  gcc/ipa-icf-gimple.c
  6ea6add1102e059f926cbefc9a9a6672  gcc/ipa-icf-gimple.h
--- 4874,4880 ----
  e54d40e1ec53e0400607ff09c2a536dc  gcc/ipa-chkp.h
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  8373092c9ea3ef2df82ddb0b77de58e5  gcc/ipa-cp.c
! 17dc594ca5c1827e32f8d1b147e84724  gcc/ipa-devirt.c
  d13a7631f21372dd7785d58258d8653a  gcc/ipa-hsa.c
  316a11df25cc16996f2146683e973287  gcc/ipa-icf-gimple.c
  6ea6add1102e059f926cbefc9a9a6672  gcc/ipa-icf-gimple.h
*************** d97cacbe8b346f4d544eb4738bf656b0  gcc/ip
*** 4884,4892 ****
  13c7778f9a4420ca43a2b5935fc2f296  gcc/ipa-inline-transform.c
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! dbae3dfba6ed523d95ef67f94669ddc0  gcc/ipa-polymorphic-call.c
  20726f67378e6ff4631de06b111579c8  gcc/ipa-profile.c
! 9b962174dcb7f14d93e1ab1215019db2  gcc/ipa-prop.c
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  5116913d55547de6de68fbf22b19d80d  gcc/ipa-pure-const.c
  5b0dd9b55d2b0ea9cb7f0ca4549e1a10  gcc/ipa-ref.c
--- 4884,4892 ----
  13c7778f9a4420ca43a2b5935fc2f296  gcc/ipa-inline-transform.c
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! a77ae1d6734f2e873ab6390a3a330a48  gcc/ipa-polymorphic-call.c
  20726f67378e6ff4631de06b111579c8  gcc/ipa-profile.c
! cbd077b7ee78afc0b2d550f0c61e9bea  gcc/ipa-prop.c
  f8fe111b3871fed63edbfc32fdb0e203  gcc/ipa-prop.h
  5116913d55547de6de68fbf22b19d80d  gcc/ipa-pure-const.c
  5b0dd9b55d2b0ea9cb7f0ca4549e1a10  gcc/ipa-ref.c
*************** de81556308e4a1f61a5d691b42a31a77  gcc/ir
*** 4908,4914 ****
  d557c4a811fc356ee5f09451ce1f024d  gcc/ira.c
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! 1db3a0adf03a3f305be523fdeb0449b7  gcc/jit/ChangeLog
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--- 4908,4914 ----
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! f1b40b1ede4d05633076d60552136236  gcc/jit/ChangeLog
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  fd0d76b6467c987f813d430a35d4760a  gcc/jit/TODO.rst
*************** e6c027362553eaf5c6f46fc4f69db21e  gcc/lc
*** 5000,5006 ****
  83de5c6450456e215a5484083afcd32a  gcc/limity.h
  98de744ceadfc8407a1627ff3364dfd8  gcc/lists.c
  16086d64468975aa4ba54f78d2a7b542  gcc/lock-and-run.sh
! 730f9c5ac9b53b367742c6364a604add  gcc/loop-doloop.c
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--- 5000,5006 ----
  83de5c6450456e215a5484083afcd32a  gcc/limity.h
  98de744ceadfc8407a1627ff3364dfd8  gcc/lists.c
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! 3e2f05e81befbd691d09e7db9bb1c7a8  gcc/loop-doloop.c
  85dc07e9f0cd6bf7ca0391b3439fd9f7  gcc/loop-init.c
  6960cfbb5f2f0ece41b0fb024292fc56  gcc/loop-invariant.c
  d00eb3c22c3d758014a13a9c09849822  gcc/loop-iv.c
*************** e52861b6f36a2037afaafc406fa7002e  gcc/lr
*** 5014,5020 ****
  2e5e171a1ba31e8815f2d10c5572f6ff  gcc/lra-eliminations.c
  50b7f737498cca3e2bddc9de57fce790  gcc/lra-int.h
  9cecb559d637884863172d614ba72107  gcc/lra-lives.c
! 179220746d03f00be7d83703ca2e1960  gcc/lra-remat.c
  2b4fca08d55674b0e30afe94176ede8c  gcc/lra-spills.c
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--- 5014,5020 ----
  2e5e171a1ba31e8815f2d10c5572f6ff  gcc/lra-eliminations.c
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! 261fd5e2b0c458a82c1a44b6cfbd85a7  gcc/lra-remat.c
  2b4fca08d55674b0e30afe94176ede8c  gcc/lra-spills.c
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  1bfb8d5c5c3f87c38b435e60129e5025  gcc/lra.h
*************** cb0e052e6d99847359297ec3639e7494  gcc/lt
*** 5030,5036 ****
  f7413cc95127c24fbfbca57399cc405e  gcc/lto-streamer.c
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! 1c06a768a1fc8c80361b518bd900060e  gcc/lto/ChangeLog
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--- 5030,5036 ----
  f7413cc95127c24fbfbca57399cc405e  gcc/lto-streamer.c
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! a9c8580bae7123be9376654a7f6e8fd2  gcc/lto/ChangeLog
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*************** a0ba0668b6acb3db683b8ed4350304f4  gcc/lt
*** 5049,5055 ****
  591ddd69c8ba434f64f79521736d1920  gcc/machmode.def
  f7ad77889393cf493f1262771d70d953  gcc/machmode.h
  4ceeedac880cc5287574b380950589b2  gcc/main.c
! 5d2b200c16da626565901657a8b15776  gcc/match.pd
  18e3456c1e7d2132e422198943304c3b  gcc/mcf.c
  c281c4f8369da7724070f49c9fe97512  gcc/mem-stats-traits.h
  0588309a92b9b0bc147e0e3f8977dcad  gcc/mem-stats.h
--- 5049,5055 ----
  591ddd69c8ba434f64f79521736d1920  gcc/machmode.def
  f7ad77889393cf493f1262771d70d953  gcc/machmode.h
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! afa4a7ba77526c9761f874d77d357f77  gcc/match.pd
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  c281c4f8369da7724070f49c9fe97512  gcc/mem-stats-traits.h
  0588309a92b9b0bc147e0e3f8977dcad  gcc/mem-stats.h
*************** ac2a441b236321b828165bc61f84e45a  gcc/mk
*** 5061,5067 ****
  f3bb81dc9fe0c7b25dbb89202fb9fedb  gcc/mode-switching.c
  8b38296cb48aac7025e957d0eb2e0beb  gcc/modulo-sched.c
  ab99ec689b35d3782d0d6c9673e8a80c  gcc/multiple_target.c
! 0323dc78381e47fd4ddc6774515b2ed9  gcc/objc/ChangeLog
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--- 5061,5067 ----
  f3bb81dc9fe0c7b25dbb89202fb9fedb  gcc/mode-switching.c
  8b38296cb48aac7025e957d0eb2e0beb  gcc/modulo-sched.c
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! ccd6a439fb91452c64fd9ad992bf739c  gcc/objc/ChangeLog
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*************** c14acf8a1dab7d0c2adef37ade287b05  gcc/ob
*** 5080,5086 ****
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--- 5080,5086 ----
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  cc66abe3f07d32de5c77248e82f02dbe  gcc/objc/objc-runtime-shared-support.h
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! c06d11495db5fceb0bda4eb9ba403497  gcc/objcp/ChangeLog
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*************** d177ce89d1052ec1caeecdc3b6376077  gcc/om
*** 5094,5100 ****
  f5c582e7b207e6818eb3ba0c0b992872  gcc/omp-general.h
  8cba34fb20f0481e5ffbfb4e1694a907  gcc/omp-grid.c
  fc6b582c9cf11cb29fcf672e5b78c7ba  gcc/omp-grid.h
! 4cc2dfdd74f33610bc275da03085fd09  gcc/omp-low.c
  d68f234609f652e17b2b917374726838  gcc/omp-low.h
  c3c2cd5ff8c4eadd8d9e432e16cf092c  gcc/omp-offload.c
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--- 5094,5100 ----
  f5c582e7b207e6818eb3ba0c0b992872  gcc/omp-general.h
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! 49d286d6e25a6f01b2e647b3e185c078  gcc/omp-low.c
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  cf7b95c9f21a4b2fa6826b529e3ce596  gcc/omp-offload.h
*************** b028c7a9c90208c6a41c251a754a8b18  gcc/op
*** 5109,5115 ****
  d3cedc015b66305d40274f90a8e197cc  gcc/optabs-query.h
  3d905dc67e605c37e0eedb76c5caef04  gcc/optabs-tree.c
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! cfaa30e153030bec6e23e62da020929e  gcc/optabs.c
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--- 5109,5115 ----
  d3cedc015b66305d40274f90a8e197cc  gcc/optabs-query.h
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! d7ecbb42fa1c096d32d7ea83243e8194  gcc/optabs.c
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  12965c68fb5394ce2ff713f9a02ce532  gcc/optc-gen.awk
*************** b36f15821f233758c3731307d8f6245f  gcc/op
*** 5118,5180 ****
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! 843d697867d7481b1a21e513ed3788b5  gcc/params.def
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! 5d8f8fe85bf0517eee718d3380bef7fd  gcc/passes.def
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! 7c9a0b20b92a41091b8e272e8676e0a3  gcc/po/hr.gmo
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! 2d695d047dd0003c7f272653f480179c  gcc/po/ja.gmo
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! e02ce446a17df840a76e01297bf1d539  gcc/po/nl.gmo
! f505c830db8bda749a9ffe0502e0a69a  gcc/po/nl.po
! a4be5cf7d7c5aad822a3f73766334a72  gcc/po/ru.gmo
! 0eabe34f4b314cbfda2483a8885f47b0  gcc/po/ru.po
! 6b48bfa8d06700a83a35cff397f4dcde  gcc/po/sr.gmo
! 59b8a64a245adbe6488a16d780dbe722  gcc/po/sr.po
! a913fb348dd6a906c3d23184804fae2c  gcc/po/sv.gmo
! 14e458eb967679a40993b3ee5ef1fb5e  gcc/po/sv.po
! e09ed94096ffd2c7cc54096c6babd6e9  gcc/po/tr.gmo
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! 2cade52adbe5a555f15b96068c8ed79f  gcc/po/zh_CN.gmo
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--- 5118,5180 ----
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! 44c783581c878af4025948e4f4485304  gcc/po/nl.gmo
! 281e06e2b6d19473a9f1217b3b4170cb  gcc/po/nl.po
! 3b73207a63deecc8ff1d596247b2d480  gcc/po/ru.gmo
! bcdc645ca66a226d22f29c373324ee9c  gcc/po/ru.po
! 273a782d7a8c8430d3cdf8c19561aa52  gcc/po/sr.gmo
! 4faff0f3d03029e3ffa3bdd712c1622b  gcc/po/sr.po
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! 87931983d740d365620001a2d5192ab0  gcc/po/uk.gmo
! e2a15bdd6c0bf94277b0dcf281831136  gcc/po/uk.po
! 6cf1c1c9b57b613a45b1b0a3f0f8771d  gcc/po/vi.gmo
! 7421fb5ba0fbfe3583924e0ed924ad4f  gcc/po/vi.po
! bc5b2e04d840b7b8fc95f1c79c958222  gcc/po/zh_CN.gmo
! 749142ac30e47edc3c0054c7649f5b5c  gcc/po/zh_CN.po
! a097772ba27a62e2ed748be9783eb29e  gcc/po/zh_TW.gmo
! a3299d82fc43f6bb981a0a619d2f1a21  gcc/po/zh_TW.po
  6b8cad60cb1fe8062b27293ab5fe96dc  gcc/postreload-gcse.c
  86e3fd69c9d87ec0c4e3ead4ad133f18  gcc/postreload.c
  f9baabdb7cb7fec90597eb9230423bfd  gcc/predict.c
*************** ad51d3da6e6ea25f419eb2b5cbaadbcd  gcc/re
*** 5196,5202 ****
  995d5048aa0a9093d9f9502df10f245d  gcc/read-rtl-function.c
  b1cfeb70a45f54b6d7d015db43dbf2c7  gcc/read-rtl-function.h
  9521656bc0b302604bb87556322de007  gcc/read-rtl.c
! f06ea69683776db0f534ecc7a4edaad7  gcc/real.c
  28d983de338add887431955ebd4db924  gcc/real.h
  930faaadcf6c2854e606ef2be1dddc32  gcc/realmpfr.c
  9b56756ed3d42790cc85d4ea9181e014  gcc/realmpfr.h
--- 5196,5202 ----
  995d5048aa0a9093d9f9502df10f245d  gcc/read-rtl-function.c
  b1cfeb70a45f54b6d7d015db43dbf2c7  gcc/read-rtl-function.h
  9521656bc0b302604bb87556322de007  gcc/read-rtl.c
! 326c3657f309511ffe8dbd769e0b412b  gcc/real.c
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  930faaadcf6c2854e606ef2be1dddc32  gcc/realmpfr.c
  9b56756ed3d42790cc85d4ea9181e014  gcc/realmpfr.h
*************** dd41c821b8625e4697bf17679a151555  gcc/re
*** 5216,5222 ****
  39d5072041b35920c2926392129ce2e4  gcc/reload.c
  ac60869ad50176108b2582f282b56d68  gcc/reload.h
  0103c2cc15d45b633b0f4ff2fce69c43  gcc/reload1.c
! cdb71bc865c24aec72852b33f2fea0a4  gcc/reorg.c
  90997bd67acc28dbd0956e47a4be7d0e  gcc/resource.c
  012e3a805df645a90a2453dd0b9b37d3  gcc/resource.h
  4c5f8660ff1d2252d0b26c1f2d988d43  gcc/rtl-chkp.c
--- 5216,5222 ----
  39d5072041b35920c2926392129ce2e4  gcc/reload.c
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! f5f7516a258b6367d22f5cf3c97326bb  gcc/reorg.c
  90997bd67acc28dbd0956e47a4be7d0e  gcc/resource.c
  012e3a805df645a90a2453dd0b9b37d3  gcc/resource.h
  4c5f8660ff1d2252d0b26c1f2d988d43  gcc/rtl-chkp.c
*************** dffcbc242af3b5ae86b50e3972675593  gcc/se
*** 5262,5268 ****
  470d4a9ed8353cf6cb2be23d9b083b80  gcc/shrink-wrap.c
  48ed9b4096ed4cea04dc58eef6feba03  gcc/shrink-wrap.h
  a4bcd5fe1b67e43fbe491ab8f67e4e9a  gcc/signop.h
! e83b93ab9799fc1b9df5db1327ca2dba  gcc/simplify-rtx.c
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  3bab1d474e71a3caf57cd7f96fbd3b42  gcc/sparseset.h
  d7678840bc8ba8c9bf38d47667143ebb  gcc/spellcheck-tree.c
--- 5262,5268 ----
  470d4a9ed8353cf6cb2be23d9b083b80  gcc/shrink-wrap.c
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  a4bcd5fe1b67e43fbe491ab8f67e4e9a  gcc/signop.h
! aaf0b4d538fc2dbc8aad55fb92389056  gcc/simplify-rtx.c
  08a839007ca3175ac49c421b71cb4936  gcc/sparseset.c
  3bab1d474e71a3caf57cd7f96fbd3b42  gcc/sparseset.h
  d7678840bc8ba8c9bf38d47667143ebb  gcc/spellcheck-tree.c
*************** a05a444f8043177dc60812bbde449eda  gcc/ta
*** 5302,5308 ****
  130ded7300d8bd75644b06dd136911c9  gcc/targhooks.c
  0aab1bb3e79d26285582376c20aeb077  gcc/targhooks.h
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--- 5302,5308 ----
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*************** d4234712e8b6ad1706a38530b6e6d890  gcc/te
*** 8612,8617 ****
--- 8612,8618 ----
  0c4f14dc0d4f392e3f8ebc8a86ed2e2f  gcc/testsuite/c-c++-common/gomp/pr79429.c
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  8af1ef16f27f56d5d687ed958b671d57  gcc/testsuite/c-c++-common/gomp/schedule-1.c
*************** e4685fe961dc8035bb3aeb035964e128  gcc/te
*** 9090,9095 ****
--- 9091,9098 ----
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  aafe603ef0d928ea5f8241acd3077f5c  gcc/testsuite/c-c++-common/ubsan/recovery-3.c
*************** efbaba97a2462bb11a03134ad0bd8e5d  gcc/te
*** 9104,9110 ****
  8af001e8ff983bfd84b0a936ff9befb9  gcc/testsuite/c-c++-common/ubsan/sanitize-recover-4.c
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--- 9107,9113 ----
  8af001e8ff983bfd84b0a936ff9befb9  gcc/testsuite/c-c++-common/ubsan/sanitize-recover-4.c
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  e556d95fc8d53f6631375ea8b85d3075  gcc/testsuite/c-c++-common/ubsan/save-expr-1.c
*************** b4933e6257ffe7874c63bb5463f4ee98  gcc/te
*** 9421,9426 ****
--- 9424,9430 ----
  68963853257ccf17297ec53bb77fa2bf  gcc/testsuite/g++.dg/asan/pr77396.C
  5ce2469706c2beff887e6cb5f8d929aa  gcc/testsuite/g++.dg/asan/pr78201.C
  b8f9375cf24299f4663d8538c4856b28  gcc/testsuite/g++.dg/asan/pr79783.C
+ cf71b3ff337eb4d37f2f83d7dd92b137  gcc/testsuite/g++.dg/asan/pr81021.C
  9c127ef1a489fa3066b519905bbcd4df  gcc/testsuite/g++.dg/asan/sanitizer_pthread_wrappers.h
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  55a37a27a50226341bc745f47d1908c5  gcc/testsuite/g++.dg/asan/sanitizer_test_utils.h
*************** fdf8f1e07e73475c94cf62fcbb1aab77  gcc/te
*** 10150,10155 ****
--- 10154,10160 ----
  460ea40517988382f23290096b62251e  gcc/testsuite/g++.dg/cpp0x/constexpr-base2.C
  14b9322a5578f12fe61851ab48856949  gcc/testsuite/g++.dg/cpp0x/constexpr-base3.C
  f6676b44835c5329c16a5bb57f317adc  gcc/testsuite/g++.dg/cpp0x/constexpr-base4.C
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  e4e15e959aaae288fa7a722d7abb7509  gcc/testsuite/g++.dg/cpp0x/constexpr-bitfield.C
  18b0f5c8eeb4a3196bc623c2fd1205ee  gcc/testsuite/g++.dg/cpp0x/constexpr-bitfield2.C
  271aba96fb8bf37bed15d4848cc13f01  gcc/testsuite/g++.dg/cpp0x/constexpr-bitfield3.C
*************** a15ac39628455598191a6c7526c0ea4b  gcc/te
*** 10186,10192 ****
  4c9e9cea1c33d8fc917f7ae05a1e2d71  gcc/testsuite/g++.dg/cpp0x/constexpr-ctor7.C
  ffacf7a72c70b9005717367b0d680d5f  gcc/testsuite/g++.dg/cpp0x/constexpr-ctor8.C
  6b0cc0cbb9bdac5fe98a7d492e9b3c17  gcc/testsuite/g++.dg/cpp0x/constexpr-ctor9.C
! 427b583f9638c353d085962c8e10eac4  gcc/testsuite/g++.dg/cpp0x/constexpr-data1.C
  24dd3a8c622601bc33c4caebb40cb535  gcc/testsuite/g++.dg/cpp0x/constexpr-data2.C
  a259b7f32c3d335c69d177ab19112031  gcc/testsuite/g++.dg/cpp0x/constexpr-decl.C
  982f09c738563707c799bb936672cdef  gcc/testsuite/g++.dg/cpp0x/constexpr-decltype1.C
--- 10191,10197 ----
  4c9e9cea1c33d8fc917f7ae05a1e2d71  gcc/testsuite/g++.dg/cpp0x/constexpr-ctor7.C
  ffacf7a72c70b9005717367b0d680d5f  gcc/testsuite/g++.dg/cpp0x/constexpr-ctor8.C
  6b0cc0cbb9bdac5fe98a7d492e9b3c17  gcc/testsuite/g++.dg/cpp0x/constexpr-ctor9.C
! a6b59f803785bb20f38fe8b362db1e9e  gcc/testsuite/g++.dg/cpp0x/constexpr-data1.C
  24dd3a8c622601bc33c4caebb40cb535  gcc/testsuite/g++.dg/cpp0x/constexpr-data2.C
  a259b7f32c3d335c69d177ab19112031  gcc/testsuite/g++.dg/cpp0x/constexpr-decl.C
  982f09c738563707c799bb936672cdef  gcc/testsuite/g++.dg/cpp0x/constexpr-decltype1.C
*************** b9f62d1adc6b6e0fe01886a17a69c102  gcc/te
*** 10200,10208 ****
  5b017b9ac3b68833449b967e43cba950  gcc/testsuite/g++.dg/cpp0x/constexpr-delete.C
  28d2bb8bbc72ff16672fb97c7fb878c5  gcc/testsuite/g++.dg/cpp0x/constexpr-delete2.C
  4f2e7c33f09e5b0c1d98c13b7f990e4a  gcc/testsuite/g++.dg/cpp0x/constexpr-deref.C
! aeca9aec6a8b0b113de84297e17edfbf  gcc/testsuite/g++.dg/cpp0x/constexpr-diag1.C
  262bf0368b4b07acdfe79a5a0de00e78  gcc/testsuite/g++.dg/cpp0x/constexpr-diag2.C
! f3295742347ddb9f103456fa6bad3df4  gcc/testsuite/g++.dg/cpp0x/constexpr-diag3.C
  33a3321b91b5bea229044ac073d4dab2  gcc/testsuite/g++.dg/cpp0x/constexpr-diag4.C
  cdcf1abb99ff7db2a6de02d4da860839  gcc/testsuite/g++.dg/cpp0x/constexpr-diag5.C
  3b6a46c1a5699fddb411eb1188a5afbc  gcc/testsuite/g++.dg/cpp0x/constexpr-eh-spec.C
--- 10205,10213 ----
  5b017b9ac3b68833449b967e43cba950  gcc/testsuite/g++.dg/cpp0x/constexpr-delete.C
  28d2bb8bbc72ff16672fb97c7fb878c5  gcc/testsuite/g++.dg/cpp0x/constexpr-delete2.C
  4f2e7c33f09e5b0c1d98c13b7f990e4a  gcc/testsuite/g++.dg/cpp0x/constexpr-deref.C
! c68a3bc43de7730c6ce3d0ae71900290  gcc/testsuite/g++.dg/cpp0x/constexpr-diag1.C
  262bf0368b4b07acdfe79a5a0de00e78  gcc/testsuite/g++.dg/cpp0x/constexpr-diag2.C
! 5bf0d34a4667079b48915c77d9eea44d  gcc/testsuite/g++.dg/cpp0x/constexpr-diag3.C
  33a3321b91b5bea229044ac073d4dab2  gcc/testsuite/g++.dg/cpp0x/constexpr-diag4.C
  cdcf1abb99ff7db2a6de02d4da860839  gcc/testsuite/g++.dg/cpp0x/constexpr-diag5.C
  3b6a46c1a5699fddb411eb1188a5afbc  gcc/testsuite/g++.dg/cpp0x/constexpr-eh-spec.C
*************** eaac16fcdf22c3bbc12d42310c8808c0  gcc/te
*** 10275,10285 ****
  78f36282c1b77dbf3aea60391389914d  gcc/testsuite/g++.dg/cpp0x/constexpr-list1.C
  25358bf087f99e99f8fbfc8bcd9f01be  gcc/testsuite/g++.dg/cpp0x/constexpr-main.C
  795a9ff23653541832d521a034128e3d  gcc/testsuite/g++.dg/cpp0x/constexpr-memchr.C
! f6a2053c56fbea1b283c4494a5d9c1c9  gcc/testsuite/g++.dg/cpp0x/constexpr-memfn1.C
  211c953e7e3e1153239acc0f3fee4960  gcc/testsuite/g++.dg/cpp0x/constexpr-missing.C
  bf6f271556a8b151987d288c88c9b77d  gcc/testsuite/g++.dg/cpp0x/constexpr-mutable1.C
  123ce7f549210e41438da89fdee5c4f9  gcc/testsuite/g++.dg/cpp0x/constexpr-mutable2.C
! 44947fd336a8f66c35a38bfae4741520  gcc/testsuite/g++.dg/cpp0x/constexpr-neg1.C
  e02963b07b48f6e88a5b755a616555ce  gcc/testsuite/g++.dg/cpp0x/constexpr-neg2.C
  57ffb63082d5ee0a0b3b7fdf424bff83  gcc/testsuite/g++.dg/cpp0x/constexpr-neg3.C
  6f7be3b3080e0dd97535cb517cf8b2fe  gcc/testsuite/g++.dg/cpp0x/constexpr-noexcept.C
--- 10280,10290 ----
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! 92eaaefb7f4d4e3e3d50a13597ae0b88  gcc/testsuite/g++.dg/cpp0x/constexpr-memfn1.C
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  bf6f271556a8b151987d288c88c9b77d  gcc/testsuite/g++.dg/cpp0x/constexpr-mutable1.C
  123ce7f549210e41438da89fdee5c4f9  gcc/testsuite/g++.dg/cpp0x/constexpr-mutable2.C
! 7aa4842f1d755f541fa8786d19c8349a  gcc/testsuite/g++.dg/cpp0x/constexpr-neg1.C
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  6f7be3b3080e0dd97535cb517cf8b2fe  gcc/testsuite/g++.dg/cpp0x/constexpr-noexcept.C
*************** a5f546aaf002e31dc77b29dbac735473  gcc/te
*** 10424,10429 ****
--- 10429,10435 ----
  56d1686eed232cf78dc19ba7e9220f8d  gcc/testsuite/g++.dg/cpp0x/decltype-call1.C
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  94b4a0fd5edd628fe8247db245d9f0ad  gcc/testsuite/g++.dg/cpp0x/decltype-call3.C
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  61ab3fbe660abdfcfb4275658c81e532  gcc/testsuite/g++.dg/cpp0x/decltype-refbug.C
*************** e1743b34a8a6484075c0bffee0519824  gcc/te
*** 10759,10764 ****
--- 10765,10773 ----
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*************** c4dbb33289335abfc0e81ecec97d4f05  gcc/te
*** 10979,10984 ****
--- 10988,10994 ----
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  47226bea0ac5dc3c286fd8fe05473a80  gcc/testsuite/g++.dg/cpp0x/lambda/lambda-ice4.C
*************** f64443a27f946984ec474714387b99a8  gcc/te
*** 11699,11709 ****
--- 11709,11721 ----
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*************** feabdb5410f13d9af3c546cdd6fa6423  gcc/te
*** 11719,11724 ****
--- 11731,11738 ----
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  9cf2b1705ed83cc74a8a4b9eb2703186  gcc/testsuite/g++.dg/cpp0x/variadic-unify-2.C
*************** bbe5db57b5ad80f6dba45ded13dc4c7a  gcc/te
*** 11966,11972 ****
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  b956356d8861035e62c871cbcfad5c34  gcc/testsuite/g++.dg/cpp1y/auto-fn26.C
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--- 11980,11986 ----
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  c4e86a95bc6b38f69a4a30b1b1cf1e4e  gcc/testsuite/g++.dg/cpp1y/auto-fn3.C
*************** f475a3e97ef5d08fb361f8070d183611  gcc/te
*** 11977,11982 ****
--- 11991,11997 ----
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*************** ce3d96795da2089956df925a1a9c9815  gcc/te
*** 12008,12013 ****
--- 12023,12029 ----
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  e6815ab618d6af99025ddeacf6ab0545  gcc/testsuite/g++.dg/cpp1y/constexpr-copy3.C
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  d4fc72d059e047077b1d6033d4c13026  gcc/testsuite/g++.dg/cpp1y/constexpr-empty3.C
*************** cc51737f453e5163caf83cd8196fd539  gcc/te
*** 12343,12348 ****
--- 12359,12365 ----
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*************** d791376e845f74e3cbe4a5cb5901b290  gcc/te
*** 12351,12356 ****
--- 12368,12374 ----
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  a02c2b6b67d061c35cdb50fa03569637  gcc/testsuite/g++.dg/cpp1z/constexpr-if4.C
*************** f08ab10d9e372d02865474f62f358aad  gcc/te
*** 12390,12396 ****
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  44d603bb52daf7398135ace1d46fec11  gcc/testsuite/g++.dg/cpp1z/decomp20.C
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--- 12408,12414 ----
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*************** f08ab10d9e372d02865474f62f358aad  gcc/te
*** 12399,12404 ****
--- 12417,12423 ----
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*************** d986891cdcec1b4f21ef2a3a1c8a75fb  gcc/te
*** 12463,12468 ****
--- 12482,12488 ----
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*************** db6d80bc5f29d89b66dc0f6ca5cdfd89  gcc/te
*** 12488,12493 ****
--- 12508,12516 ----
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*************** fa0fdbfe242e37c8962c867f656e7e36  gcc/te
*** 13298,13303 ****
--- 13321,13327 ----
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*************** cce82a97f2d80557fc2ee719db6afda2  gcc/te
*** 13387,13392 ****
--- 13411,13418 ----
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  3600369694aff53e4d6cb860b995237b  gcc/testsuite/g++.dg/ext/is_trivially_constructible1.C
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*************** edda0cc74c7d9533e37486b8713a3253  gcc/te
*** 13451,13456 ****
--- 13477,13483 ----
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*************** e5c3a36ac53e4069367fadc126c6b8d9  gcc/te
*** 13502,13507 ****
--- 13529,13535 ----
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*************** f0ca29d7ad7cbea99e20dbbd47fccc3a  gcc/te
*** 13935,13940 ****
--- 13963,13970 ----
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*************** e424c53c944d537627fb575a38b9d337  gcc/te
*** 14599,14605 ****
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--- 14629,14634 ----
*************** f527f51fa4c8b92a4d9374e96752d73a  gcc/te
*** 15182,15187 ****
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*************** f0b90cefee19cdf27cf52d575824a7b2  gcc/te
*** 15565,15570 ****
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*************** bc5371eb8e8dcf79efb0889828991560  gcc/te
*** 15572,15577 ****
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*************** bf3916285ed2309a4ee27696a63242d1  gcc/te
*** 16252,16257 ****
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*************** ad10de81d76fff3ac6f0d42c5b013580  gcc/te
*** 16272,16277 ****
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*************** f66afb99493b92c63a8b1e5a2bd2ca5c  gcc/te
*** 16495,16500 ****
--- 16529,16535 ----
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*************** ceb858e95982ac0af2e9168f31aea229  gcc/te
*** 17115,17121 ****
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*************** d7b45350c258784a47a153c1dedc979d  gcc/te
*** 17174,17179 ****
--- 17209,17215 ----
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*************** e8013d76ce3f8f9574197fee5026c527  gcc/te
*** 17184,17189 ****
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*************** c74bd06e4f01d82b6dffe8568a9f9286  gcc/te
*** 17276,17281 ****
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*************** e187a317d102d915368fe357726202ba  gcc/te
*** 17346,17351 ****
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*************** ed8b9d57a67bc5c5ea55951ca907f5d9  gcc/te
*** 17356,17362 ****
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--- 17397,17403 ----
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*************** d7e997028da5485d49789a1ed367286f  gcc/te
*** 17444,17449 ****
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*************** c7309345696ac164222361961daab266  gcc/te
*** 17491,17496 ****
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*** 18301,18306 ****
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*************** a8fec5c2428ff5aa3f865ba34c0b76b8  gcc/te
*** 18517,18522 ****
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*************** bf25f9370a83e528b54a50db69de9555  gcc/te
*** 18605,18610 ****
--- 18651,18660 ----
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*************** f62afd3f9167283e17437ccfc3ac257b  gcc/te
*** 18887,18897 ****
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--- 18937,18948 ----
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*** 18967,18972 ****
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*** 24055,24060 ****
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*** 25748,25753 ****
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*** 26443,26448 ****
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*** 26459,26464 ****
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*** 33271,33278 ****
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*** 33443,33449 ****
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*** 35548,35553 ****
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*** 37267,37272 ****
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*** 38346,38351 ****
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*** 38667,38672 ****
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*** 38978,38983 ****
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*** 39034,39039 ****
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*** 42687,42693 ****
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*** 42704,42709 ****
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*** 43366,43372 ****
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*** 43841,43848 ****
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*** 44098,44104 ****
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*** 44291,44296 ****
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*** 46066,46072 ****
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*** 46285,46290 ****
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*** 46389,46395 ****
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*************** c7c6f9039ee8a7d60608874366e1f0e6  gcc/te
*** 52232,52238 ****
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*************** cab6cd156d51aaf529ae97e7ec3c39e9  gcc/te
*** 52313,52318 ****
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*************** c70bb629c62c1aa88bfa41b14306f0bb  gcc/te
*** 52843,52848 ****
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*************** c20c3bb673a12c3b46d8a8708e96ce19  gcc/te
*** 54521,54526 ****
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*************** d470d680d139ab860f9207e4c6a63125  gcc/te
*** 54794,54799 ****
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*************** e42076aeff1c5ac155a88db5b1993d38  gcc/te
*** 57461,57467 ****
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*************** bf1ca0c8d6f7aa3ec077ca07f81fb48d  gcc/tr
*** 57472,57483 ****
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--- 57631,57642 ----
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*************** e30b9695c5cc0f195e5fc0ae04029306  gcc/tr
*** 57489,57495 ****
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*************** ec29076445192fd88ec553290cde1704  gcc/tr
*** 57521,57532 ****
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*************** f198a805f2cdb8b1498286e1269fb2bf  gcc/tr
*** 57546,57556 ****
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--- 57705,57715 ----
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*************** f3a1ba8cdac9b155fe4b3d2bfd7c0e04  gcc/tr
*** 57558,57576 ****
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--- 57717,57735 ----
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*************** f074a5b3661311f44cd97298ce2721c8  gcc/tr
*** 57593,57605 ****
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--- 57752,57764 ----
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! d10be64c52f38ae35a44db0ec4ed850d  gcc/tree-vect-slp.c
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*************** f8aeb637e24e2147a52ec643e9c28aef  gcc/tr
*** 57614,57621 ****
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! dca8b0550b04fbed8622a331edc02dfb  libgcc/ChangeLog
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! 95a0458c3031af140af9db9c168af776  libgcc/config.host
! d379c1b8013b8714e8c9b01110f0ceb9  libgcc/config.in
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  d6d365fcf448131efee853326011f3c6  libgcc/config/aarch64/crti.S
  5a13b858b4e81ccc7cf05370a910b193  libgcc/config/aarch64/crtn.S
  b799fa1d5c2e0691a927210cc626f66f  libgcc/config/aarch64/freebsd-unwind.h
! 82ec832201b743bbcc44eff9baabb90a  libgcc/config/aarch64/linux-unwind.h
  e1a47779a0836598fcf92d3367929ea3  libgcc/config/aarch64/sfp-exceptions.c
  bb0a6423543a778cadccc7d00f43925a  libgcc/config/aarch64/sfp-machine.h
  2b79c5b1752d9a31bc329327ba546453  libgcc/config/aarch64/sync-cache.c
*************** bd1aa20cc910eec89467ac7766d3f72b  libgcc
*** 58536,58544 ****
  67e8a2ad5026053a6e2749b31f3bdc5a  libgcc/config/aarch64/value-unwind.h
  3ae447ab8fb0460c7fcd37b685308db3  libgcc/config/alpha/crtfastmath.c
  d943dce2bf35e1cbbe500322e7a0e213  libgcc/config/alpha/libgcc-alpha-ldbl.ver
! b713d3affb5a61f9a1bb38621794344e  libgcc/config/alpha/linux-unwind.h
  444ed2225f21ae2923f85d6d4d658a87  libgcc/config/alpha/qrnnd.S
! c45798ce39178e619ff48bf689b549be  libgcc/config/alpha/t-alpha
  95db551210150c5b18529c72cfdaeabf  libgcc/config/alpha/t-ieee
  70f7baadf7c58b1adae96daa38a6843f  libgcc/config/alpha/t-linux
  600b5cfe4987de3985ad1ff7316166cc  libgcc/config/alpha/t-vms
--- 58695,58703 ----
  67e8a2ad5026053a6e2749b31f3bdc5a  libgcc/config/aarch64/value-unwind.h
  3ae447ab8fb0460c7fcd37b685308db3  libgcc/config/alpha/crtfastmath.c
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! 292ff5c1bc41061e12a2db6387ec08ae  libgcc/config/alpha/linux-unwind.h
  444ed2225f21ae2923f85d6d4d658a87  libgcc/config/alpha/qrnnd.S
! e06033e6f9902c9e703e237d511df6c4  libgcc/config/alpha/t-alpha
  95db551210150c5b18529c72cfdaeabf  libgcc/config/alpha/t-ieee
  70f7baadf7c58b1adae96daa38a6843f  libgcc/config/alpha/t-linux
  600b5cfe4987de3985ad1ff7316166cc  libgcc/config/alpha/t-vms
*************** dd1ccf1641e646fd2c36d154c45a78f3  libgcc
*** 58629,58636 ****
  fc87e45e073829d21e9427a38f435e3b  libgcc/config/arm/t-symbian
  0b61332cccc4af9b144b6db99e213dcb  libgcc/config/arm/t-wince-pe
  70a16725f4cbb3369c2086af7752dd17  libgcc/config/arm/unaligned-funcs.c
! 3666dc6dc271abfd8c24c3229db14d27  libgcc/config/arm/unwind-arm.c
! 4c4ac14bf46d13881aef8a5c8167b325  libgcc/config/arm/unwind-arm.h
  65c21a5ccb1d18ca52deb9336dc5b0cb  libgcc/config/avr/avr-lib.h
  30ccc505e2e79c3cb960f64048440316  libgcc/config/avr/lib1funcs-fixed.S
  51474f31c7676cb9fafd2c32dc3973e5  libgcc/config/avr/lib1funcs.S
--- 58788,58795 ----
  fc87e45e073829d21e9427a38f435e3b  libgcc/config/arm/t-symbian
  0b61332cccc4af9b144b6db99e213dcb  libgcc/config/arm/t-wince-pe
  70a16725f4cbb3369c2086af7752dd17  libgcc/config/arm/unaligned-funcs.c
! 0403e157c9deed6b2d504c192dd6e673  libgcc/config/arm/unwind-arm.c
! 0a62a31d1297312d779395f1d079471e  libgcc/config/arm/unwind-arm.h
  65c21a5ccb1d18ca52deb9336dc5b0cb  libgcc/config/avr/avr-lib.h
  30ccc505e2e79c3cb960f64048440316  libgcc/config/avr/lib1funcs-fixed.S
  51474f31c7676cb9fafd2c32dc3973e5  libgcc/config/avr/lib1funcs.S
*************** cc19c0d61b306f73b1915f22e38bd296  libgcc
*** 58643,58649 ****
  48c1d10756bf94923cbb700db8b7d7c9  libgcc/config/bfin/crtn.S
  0995dfa2a3aafb7a6843126106e3fc6b  libgcc/config/bfin/lib1funcs.S
  7e13562c80372308b76dfca1454f0d5e  libgcc/config/bfin/libgcc-glibc.ver
! a1446c82e3b1159860bc40d022e64721  libgcc/config/bfin/linux-unwind.h
  4e54ca63fc628fdd56df2687a2bf457e  libgcc/config/bfin/t-bfin
  a5e909e203a6fbf202b2eaad6bff3601  libgcc/config/bfin/t-crtlibid
  17298642a82c8a2809260d1eb08f7e4e  libgcc/config/bfin/t-crtstuff
--- 58802,58808 ----
  48c1d10756bf94923cbb700db8b7d7c9  libgcc/config/bfin/crtn.S
  0995dfa2a3aafb7a6843126106e3fc6b  libgcc/config/bfin/lib1funcs.S
  7e13562c80372308b76dfca1454f0d5e  libgcc/config/bfin/libgcc-glibc.ver
! dea89c7fb3124a14d042f3568339dfd2  libgcc/config/bfin/linux-unwind.h
  4e54ca63fc628fdd56df2687a2bf457e  libgcc/config/bfin/t-bfin
  a5e909e203a6fbf202b2eaad6bff3601  libgcc/config/bfin/t-crtlibid
  17298642a82c8a2809260d1eb08f7e4e  libgcc/config/bfin/t-crtstuff
*************** c0849f930fdce7aae6375eff1e71563a  libgcc
*** 58785,58791 ****
  a15c0e15f0a6c9989393afdf26fb8d30  libgcc/config/i386/cygming-crtend.c
  9c072823f180d7d3bdd78f0320373fd9  libgcc/config/i386/cygwin.S
  834278e2edcb6ba6fc0f5fc9e68e87a1  libgcc/config/i386/darwin-lib.h
! 9ba9f373cf37fe0ddb81beb99c9d608b  libgcc/config/i386/dragonfly-unwind.h
  eba0fa18705d83070595c471d6663ee1  libgcc/config/i386/elf-lib.h
  95e880092a36064dfae4fb4fd2cb60a6  libgcc/config/i386/enable-execute-stack-mingw32.c
  ad974b61c0e4a8410ebd49243d585f87  libgcc/config/i386/freebsd-unwind.h
--- 58944,58950 ----
  a15c0e15f0a6c9989393afdf26fb8d30  libgcc/config/i386/cygming-crtend.c
  9c072823f180d7d3bdd78f0320373fd9  libgcc/config/i386/cygwin.S
  834278e2edcb6ba6fc0f5fc9e68e87a1  libgcc/config/i386/darwin-lib.h
! 920049a2261f8bd7966f7bc02ed26954  libgcc/config/i386/dragonfly-unwind.h
  eba0fa18705d83070595c471d6663ee1  libgcc/config/i386/elf-lib.h
  95e880092a36064dfae4fb4fd2cb60a6  libgcc/config/i386/enable-execute-stack-mingw32.c
  ad974b61c0e4a8410ebd49243d585f87  libgcc/config/i386/freebsd-unwind.h
*************** cea0210f0c071b362b49db3d0f9985af  libgcc
*** 58797,58803 ****
  5aaaa4ed215c4ab2b93a13c0461e870e  libgcc/config/i386/libgcc-darwin.10.5.ver
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  18e641be752a4acd75eb9ebfca9f3520  libgcc/config/i386/libgcc-sol2.ver
! b0fcf804ebbb10abf9bcdfed400691eb  libgcc/config/i386/linux-unwind.h
  c279b955db9fa9cb3d07e3a101ad5a7d  libgcc/config/i386/morestack.S
  2da63dfccefa922b713e390a2a8f0db1  libgcc/config/i386/sfp-exceptions.c
  eff2f552940053c3c5d9d09dee943b13  libgcc/config/i386/sfp-machine.h
--- 58956,58962 ----
  5aaaa4ed215c4ab2b93a13c0461e870e  libgcc/config/i386/libgcc-darwin.10.5.ver
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  18e641be752a4acd75eb9ebfca9f3520  libgcc/config/i386/libgcc-sol2.ver
! 9db8911373869918ef86f5590d868b14  libgcc/config/i386/linux-unwind.h
  c279b955db9fa9cb3d07e3a101ad5a7d  libgcc/config/i386/morestack.S
  2da63dfccefa922b713e390a2a8f0db1  libgcc/config/i386/sfp-exceptions.c
  eff2f552940053c3c5d9d09dee943b13  libgcc/config/i386/sfp-machine.h
*************** e8ba4116276e7713f582c7b0193fac3f  libgcc
*** 58864,58870 ****
  19e293667c8b673f1c0e2284b85f9b99  libgcc/config/ia64/vms-unwind.h
  57c6f8e50666a31bd88fbbebfbd77725  libgcc/config/iq2000/lib2funcs.c
  102f7dad8ad6b54434a1b8313d1e42c4  libgcc/config/iq2000/t-iq2000
! 777492727e280fe99de6e63609214932  libgcc/config/libbid/ChangeLog
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  7ae95dbcf6a647ed194b9156e261646f  libgcc/config/libbid/_addsub_td.c
--- 59023,59029 ----
  19e293667c8b673f1c0e2284b85f9b99  libgcc/config/ia64/vms-unwind.h
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  102f7dad8ad6b54434a1b8313d1e42c4  libgcc/config/iq2000/t-iq2000
! 581a91bbef7215dd759aa97577f2b372  libgcc/config/libbid/ChangeLog
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  7ae95dbcf6a647ed194b9156e261646f  libgcc/config/libbid/_addsub_td.c
*************** cc0c762c0303d6b0540388d46b5fae02  libgcc
*** 59052,59058 ****
  c88d87907a20077db176016165428d4b  libgcc/config/m68k/fpgnulib.c
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! 139ac8449be4f3eb0b9085d5cdf6935a  libgcc/config/m68k/linux-unwind.h
  2e4fd3e401c9159da9f32d5965b5afa1  libgcc/config/m68k/t-floatlib
  de217c41c217f4341d6d546afa9a79f2  libgcc/config/m68k/t-linux
  4e281c631e54b8912258f84196fec9e6  libgcc/config/m68k/t-slibgcc-elf-ver
--- 59211,59217 ----
  c88d87907a20077db176016165428d4b  libgcc/config/m68k/fpgnulib.c
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! 8fa6a96386e85c4f9553506b2a3a4a2e  libgcc/config/m68k/linux-unwind.h
  2e4fd3e401c9159da9f32d5965b5afa1  libgcc/config/m68k/t-floatlib
  de217c41c217f4341d6d546afa9a79f2  libgcc/config/m68k/t-linux
  4e281c631e54b8912258f84196fec9e6  libgcc/config/m68k/t-slibgcc-elf-ver
*************** ff5e4f71ea032dff40109ad0f37c7f9f  libgcc
*** 59380,59386 ****
  db8b7b65ba6f6db4183ca0c0904b141c  libgcc/config/nios2/lib2-mul.c
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  30eb310ffcdb54e28b49c131148d59af  libgcc/config/nios2/linux-atomic.c
! 11e2d7ed5996362c4bb5ce36588ab3bd  libgcc/config/nios2/linux-unwind.h
  a060e9058c6f6549f0288f58adb410ae  libgcc/config/nios2/sfp-machine.h
  598bde069aeebadde9b08f8703ab2c77  libgcc/config/nios2/t-linux
  058cf7bee1e8fb40a62590a2558c7f76  libgcc/config/nios2/t-nios2
--- 59539,59545 ----
  db8b7b65ba6f6db4183ca0c0904b141c  libgcc/config/nios2/lib2-mul.c
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  30eb310ffcdb54e28b49c131148d59af  libgcc/config/nios2/linux-atomic.c
! b26e3309861c547054a4c59330e9d86b  libgcc/config/nios2/linux-unwind.h
  a060e9058c6f6549f0288f58adb410ae  libgcc/config/nios2/sfp-machine.h
  598bde069aeebadde9b08f8703ab2c77  libgcc/config/nios2/t-linux
  058cf7bee1e8fb40a62590a2558c7f76  libgcc/config/nios2/t-nios2
*************** d0b094f86833c0a1cc783cb88c345bd6  libgcc
*** 59397,59403 ****
  a7d11931dfa53cd28d81ec5f0632ceaa  libgcc/config/pa/hpux-unwind.h
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  db1e514e68c0fd5b47f4fc7ad54bbb66  libgcc/config/pa/linux-atomic.c
! 784bdfc67db98af257cd48597c0c97b0  libgcc/config/pa/linux-unwind.h
  2521f808a86e3d3248618bbfdd26cd33  libgcc/config/pa/milli64.S
  841e2cfad5c8e939812e14367b9fc152  libgcc/config/pa/pa64-hpux-lib.h
  bb36262bc27529757335f1a6c54c2c2c  libgcc/config/pa/quadlib.c
--- 59556,59562 ----
  a7d11931dfa53cd28d81ec5f0632ceaa  libgcc/config/pa/hpux-unwind.h
  e5cfeef8cdbb60163d03728934368168  libgcc/config/pa/lib2funcs.S
  db1e514e68c0fd5b47f4fc7ad54bbb66  libgcc/config/pa/linux-atomic.c
! 55cc3e42404133a33058f7028530ddef  libgcc/config/pa/linux-unwind.h
  2521f808a86e3d3248618bbfdd26cd33  libgcc/config/pa/milli64.S
  841e2cfad5c8e939812e14367b9fc152  libgcc/config/pa/pa64-hpux-lib.h
  bb36262bc27529757335f1a6c54c2c2c  libgcc/config/pa/quadlib.c
*************** bb36262bc27529757335f1a6c54c2c2c  libgcc
*** 59417,59423 ****
  d61879f5ed9372bd52bba7f21bb79dbc  libgcc/config/riscv/crti.S
  0485c6e233af87295472bb7a9f2767e0  libgcc/config/riscv/crtn.S
  ab55375f33bbe64cdd1916541cee968e  libgcc/config/riscv/div.S
! 67f90f32a11af1bd896314faf7d482f3  libgcc/config/riscv/linux-unwind.h
  41375b9c08176d18f04abd68d2837303  libgcc/config/riscv/muldi3.S
  50b8d54dea07c4986890cefa8ecdecec  libgcc/config/riscv/multi3.S
  ae586a5b488c0f415617a9af58495d44  libgcc/config/riscv/save-restore.S
--- 59576,59582 ----
  d61879f5ed9372bd52bba7f21bb79dbc  libgcc/config/riscv/crti.S
  0485c6e233af87295472bb7a9f2767e0  libgcc/config/riscv/crtn.S
  ab55375f33bbe64cdd1916541cee968e  libgcc/config/riscv/div.S
! 75668fe744871406e254a9fd4361352f  libgcc/config/riscv/linux-unwind.h
  41375b9c08176d18f04abd68d2837303  libgcc/config/riscv/muldi3.S
  50b8d54dea07c4986890cefa8ecdecec  libgcc/config/riscv/multi3.S
  ae586a5b488c0f415617a9af58495d44  libgcc/config/riscv/save-restore.S
*************** faa6d739794597bae0ecd19673eef579  libgcc
*** 59492,59498 ****
  49232f9972ea7c0392412c1d33dea471  libgcc/config/rs6000/fixkfti.c
  eb005043d6f76521406af341004522ca  libgcc/config/rs6000/fixunskfti.c
  ec4a24030f02c4bb27c74984df1294c4  libgcc/config/rs6000/float128-hw.c
! ba26dc6649c65d68d491cd4dc9501215  libgcc/config/rs6000/float128-ifunc.c
  e30148cb7f3ce0ea8ba55383e38c66df  libgcc/config/rs6000/float128-sed
  ae9fbb2d21d9ac45513f6d3df94f3d59  libgcc/config/rs6000/float128-sed-hw
  6d9071b00706a6c3f3d053b44008a256  libgcc/config/rs6000/floattikf.c
--- 59651,59657 ----
  49232f9972ea7c0392412c1d33dea471  libgcc/config/rs6000/fixkfti.c
  eb005043d6f76521406af341004522ca  libgcc/config/rs6000/fixunskfti.c
  ec4a24030f02c4bb27c74984df1294c4  libgcc/config/rs6000/float128-hw.c
! 8856c0e44fd0426b725f1b00cbe3ac38  libgcc/config/rs6000/float128-ifunc.c
  e30148cb7f3ce0ea8ba55383e38c66df  libgcc/config/rs6000/float128-sed
  ae9fbb2d21d9ac45513f6d3df94f3d59  libgcc/config/rs6000/float128-sed-hw
  6d9071b00706a6c3f3d053b44008a256  libgcc/config/rs6000/floattikf.c
*************** ba4a725672c3bed3753c5fb26b1109a2  libgcc
*** 59500,59506 ****
  109a3f4fc36082a22ce03c432d813577  libgcc/config/rs6000/freebsd-unwind.h
  adc747733b839a9b0d1245cd40033cd7  libgcc/config/rs6000/gthr-aix.h
  39a111c9e0d4a7d3fd904dd2b9b36925  libgcc/config/rs6000/ibm-ldouble-format
! c155818982cbf7fe0570b79fc9700663  libgcc/config/rs6000/ibm-ldouble.c
  13bc252ed5254cf124822256760c6df0  libgcc/config/rs6000/libgcc-aix-cxa.ver
  fe30eda0fd8dbe5256e63ce951b2769b  libgcc/config/rs6000/libgcc-darwin.10.4.ver
  27400d28fd81ae779cff1797220bae53  libgcc/config/rs6000/libgcc-darwin.10.5.ver
--- 59659,59665 ----
  109a3f4fc36082a22ce03c432d813577  libgcc/config/rs6000/freebsd-unwind.h
  adc747733b839a9b0d1245cd40033cd7  libgcc/config/rs6000/gthr-aix.h
  39a111c9e0d4a7d3fd904dd2b9b36925  libgcc/config/rs6000/ibm-ldouble-format
! 696252c604bcc1d3cc5d55bd3cdcf43b  libgcc/config/rs6000/ibm-ldouble.c
  13bc252ed5254cf124822256760c6df0  libgcc/config/rs6000/libgcc-aix-cxa.ver
  fe30eda0fd8dbe5256e63ce951b2769b  libgcc/config/rs6000/libgcc-darwin.10.4.ver
  27400d28fd81ae779cff1797220bae53  libgcc/config/rs6000/libgcc-darwin.10.5.ver
*************** f7a2bd2e8a4e6e8687fe6eef071b2a70  libgcc
*** 59569,59575 ****
  68ddef94ef228a2e500c6f84ca5c5f73  libgcc/config/sh/libgcc-excl.ver
  9504a2bcb95cb16bc633fb2d27d8abcb  libgcc/config/sh/libgcc-glibc.ver
  2da97d18a2353f9e4f4808a2a333afad  libgcc/config/sh/linux-atomic.c
! 5b03d55724497074e5a8c3b18a914392  libgcc/config/sh/linux-unwind.h
  d915cb58faa1ad2108733b662853057e  libgcc/config/sh/t-linux
  be1b06de574a22c34d2cf93d2d68a4f1  libgcc/config/sh/t-netbsd
  af4d0171177804d191bde785efb951a4  libgcc/config/sh/t-sh
--- 59728,59734 ----
  68ddef94ef228a2e500c6f84ca5c5f73  libgcc/config/sh/libgcc-excl.ver
  9504a2bcb95cb16bc633fb2d27d8abcb  libgcc/config/sh/libgcc-glibc.ver
  2da97d18a2353f9e4f4808a2a333afad  libgcc/config/sh/linux-atomic.c
! 779193b2f9e23cbc60f59c431b992e27  libgcc/config/sh/linux-unwind.h
  d915cb58faa1ad2108733b662853057e  libgcc/config/sh/t-linux
  be1b06de574a22c34d2cf93d2d68a4f1  libgcc/config/sh/t-netbsd
  af4d0171177804d191bde785efb951a4  libgcc/config/sh/t-sh
*************** af4d0171177804d191bde785efb951a4  libgcc
*** 59581,59587 ****
  0c5f87ef5fd91cc4f20c3302f2d624f3  libgcc/config/sparc/crtfastmath.c
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  58dd93c4e8f6ac83b3e22362954b568d  libgcc/config/sparc/crtn.S
! 38890399560283d3053d6c66c5bfb517  libgcc/config/sparc/lb1spc.S
  f69bb006a2bb6a22e48934571e240e5f  libgcc/config/sparc/libgcc-glibc.ver
  39b96b430755a91ebdf6d84af87d9f60  libgcc/config/sparc/linux-unwind.h
  962d110cccec208ebc7429a16d2df136  libgcc/config/sparc/sol2-c1.S
--- 59740,59746 ----
  0c5f87ef5fd91cc4f20c3302f2d624f3  libgcc/config/sparc/crtfastmath.c
  ca3957a368429a42052c38887a2a02f7  libgcc/config/sparc/crti.S
  58dd93c4e8f6ac83b3e22362954b568d  libgcc/config/sparc/crtn.S
! b2a26791cd6002e4af29a7fa32510b3b  libgcc/config/sparc/lb1spc.S
  f69bb006a2bb6a22e48934571e240e5f  libgcc/config/sparc/libgcc-glibc.ver
  39b96b430755a91ebdf6d84af87d9f60  libgcc/config/sparc/linux-unwind.h
  962d110cccec208ebc7429a16d2df136  libgcc/config/sparc/sol2-c1.S
*************** aa5fd95cba7a4d8329be007695e43d15  libgcc
*** 59668,59674 ****
  94fecaba2fa3fca31d038d5739e45e51  libgcc/config/tilegx/t-tilegx
  a7bc2e6214ac23810f706f68b210dc73  libgcc/config/tilepro/atomic.c
  a6dcb87106739924ce50432d9c9e4ce9  libgcc/config/tilepro/atomic.h
! 89ed89b405e6b39323666f4e31f83ed2  libgcc/config/tilepro/linux-unwind.h
  c319c87cee2bc57b33cd850fb03731b5  libgcc/config/tilepro/sfp-machine.h
  690758d4bb8a4655c1dc1352271be13f  libgcc/config/tilepro/softdivide.c
  65e0211c344f497d4fe245a8ed282efc  libgcc/config/tilepro/softmpy.S
--- 59827,59833 ----
  94fecaba2fa3fca31d038d5739e45e51  libgcc/config/tilegx/t-tilegx
  a7bc2e6214ac23810f706f68b210dc73  libgcc/config/tilepro/atomic.c
  a6dcb87106739924ce50432d9c9e4ce9  libgcc/config/tilepro/atomic.h
! 52a8f0bdeb26d9c5ddfd8e361c1df4d1  libgcc/config/tilepro/linux-unwind.h
  c319c87cee2bc57b33cd850fb03731b5  libgcc/config/tilepro/sfp-machine.h
  690758d4bb8a4655c1dc1352271be13f  libgcc/config/tilepro/softdivide.c
  65e0211c344f497d4fe245a8ed282efc  libgcc/config/tilepro/softmpy.S
*************** abb50614554adbd89fd57730481cf2fd  libgcc
*** 59704,59718 ****
  51d0d68dfa013f26914d51e64c7eea73  libgcc/config/xtensa/lib1funcs.S
  6d331228694c1d2aae30404724c9bbfa  libgcc/config/xtensa/lib2funcs.S
  8074695f5eea7b961c59ee9608973dac  libgcc/config/xtensa/libgcc-glibc.ver
! 93b63b576d6acc4499fe410a82cafd76  libgcc/config/xtensa/linux-unwind.h
  d437dc5394da39dbe1ece64723e90a76  libgcc/config/xtensa/t-elf
  4f2c91d0f57a675cc91b287ce2ad76aa  libgcc/config/xtensa/t-linux
  ce614fa17d52c2d7121d7e2d6f80b02d  libgcc/config/xtensa/t-windowed
  9acbec9b3406a3560d608714300a7edf  libgcc/config/xtensa/t-xtensa
  52c63e24e865e7d3438d8cd7525e0929  libgcc/config/xtensa/unwind-dw2-xtensa.c
  d5a4b2ace6f8b31a12c87968726af4a1  libgcc/config/xtensa/unwind-dw2-xtensa.h
! 6212a02e8ddcc0804b2f1cb1c9723b49  libgcc/configure
! 8aef2c1a18a5aebf8bffb3d3a0764063  libgcc/configure.ac
  991b872cd62bda98ff01a541d9a824d1  libgcc/crtstuff.c
  9e127f1f1924d9f6ff6bf02146b8f5d3  libgcc/dfp-bit.c
  8ce0088459d3236d365b9dd8e3b0b558  libgcc/dfp-bit.h
--- 59863,59877 ----
  51d0d68dfa013f26914d51e64c7eea73  libgcc/config/xtensa/lib1funcs.S
  6d331228694c1d2aae30404724c9bbfa  libgcc/config/xtensa/lib2funcs.S
  8074695f5eea7b961c59ee9608973dac  libgcc/config/xtensa/libgcc-glibc.ver
! 6f3a948e6c9c3b05d717cd065aa4062a  libgcc/config/xtensa/linux-unwind.h
  d437dc5394da39dbe1ece64723e90a76  libgcc/config/xtensa/t-elf
  4f2c91d0f57a675cc91b287ce2ad76aa  libgcc/config/xtensa/t-linux
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  9acbec9b3406a3560d608714300a7edf  libgcc/config/xtensa/t-xtensa
  52c63e24e865e7d3438d8cd7525e0929  libgcc/config/xtensa/unwind-dw2-xtensa.c
  d5a4b2ace6f8b31a12c87968726af4a1  libgcc/config/xtensa/unwind-dw2-xtensa.h
! df06306cc6c0c735673f924ea5c443e0  libgcc/configure
! 31822db896fdaa486163b49fc37b2510  libgcc/configure.ac
  991b872cd62bda98ff01a541d9a824d1  libgcc/crtstuff.c
  9e127f1f1924d9f6ff6bf02146b8f5d3  libgcc/dfp-bit.c
  8ce0088459d3236d365b9dd8e3b0b558  libgcc/dfp-bit.h
*************** e960194e9ce4960066adb5c22b16a736  libgcc
*** 59750,59756 ****
  31035212a913292afdb1efc79b592b3d  libgcc/libgcov-merge.c
  7ba5669c0f81ae6a47922868b01d7958  libgcc/libgcov-profiler.c
  b036c500fbb5c711a919d74f57095544  libgcc/libgcov-util.c
! faf263bc7f7178024814302e80a92051  libgcc/libgcov.h
  06287f034722081687f831dcb61e986c  libgcc/memcmp.c
  dad9e98504e8f79e6e97aa29c6b49d96  libgcc/memcpy.c
  135a2882c25ab6f90748b020a6cc2f02  libgcc/memmove.c
--- 59909,59915 ----
  31035212a913292afdb1efc79b592b3d  libgcc/libgcov-merge.c
  7ba5669c0f81ae6a47922868b01d7958  libgcc/libgcov-profiler.c
  b036c500fbb5c711a919d74f57095544  libgcc/libgcov-util.c
! 6b81681f69e61a44ca8c4b3f7a9714b9  libgcc/libgcov.h
  06287f034722081687f831dcb61e986c  libgcc/memcmp.c
  dad9e98504e8f79e6e97aa29c6b49d96  libgcc/memcpy.c
  135a2882c25ab6f90748b020a6cc2f02  libgcc/memmove.c
*************** def8eb8348b4ef12e5f4f6b14c9c79b8  libgcc
*** 59873,59879 ****
  85a736ad90e4160d44daa22a1ee856e0  libgcc/vtv_end_preinit.c
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  9f844965cec8eed0fa3ddc704bfb5262  libgcc/vtv_start_preinit.c
! 6ffd0ccdac71af7809c3f12a60aac62d  libgfortran/ChangeLog
  9aca36338382e5b4b730e7779170b24d  libgfortran/ChangeLog-2002
  80d3edc880c2da0b7a2beec2e2c4f774  libgfortran/ChangeLog-2003
  9f0239429993a5e64ed793eb6c55a5c1  libgfortran/ChangeLog-2004
--- 60032,60038 ----
  85a736ad90e4160d44daa22a1ee856e0  libgcc/vtv_end_preinit.c
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  9f844965cec8eed0fa3ddc704bfb5262  libgcc/vtv_start_preinit.c
! 27c99a505efd25b8a401e8c0b57866e2  libgfortran/ChangeLog
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  9f0239429993a5e64ed793eb6c55a5c1  libgfortran/ChangeLog-2004
*************** f565223da2dcb17328986889fbb15fa8  libgfo
*** 59890,59896 ****
  9e2925d753b1ba53f0dc0754d82741eb  libgfortran/ChangeLog-2015
  7571681cce824f7aa6dbe65248c60423  libgfortran/ChangeLog-2016
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! 16445fce9b62f8310ef8cf80b9fa54d4  libgfortran/Makefile.in
  24cf7dc2c639881c71742804ad21f83a  libgfortran/acinclude.m4
  5a2806274e28e8c5f15d40fb2fff1f66  libgfortran/aclocal.m4
  ea0a33a5c0ae0cffffdca91c87f49241  libgfortran/c99_protos.h
--- 60049,60055 ----
  9e2925d753b1ba53f0dc0754d82741eb  libgfortran/ChangeLog-2015
  7571681cce824f7aa6dbe65248c60423  libgfortran/ChangeLog-2016
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! 4c73129bb6f2dc3404a712b2ac88f306  libgfortran/Makefile.in
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  ea0a33a5c0ae0cffffdca91c87f49241  libgfortran/c99_protos.h
*************** b52809624ee7969d76904ac5d79ee118  libgfo
*** 60124,60145 ****
  fc00e570b9fad8f62471a0714b18d339  libgfortran/generated/iparity_i2.c
  efd5dc7907281ef77288304528af92c7  libgfortran/generated/iparity_i4.c
  e4fa01a63a2aa68e3e48d22fc1d1234b  libgfortran/generated/iparity_i8.c
! ecfbe01ab0b23fc03d3b6a4027fcc15e  libgfortran/generated/matmul_c10.c
! e35b776028b01c6989bb4485ed989391  libgfortran/generated/matmul_c16.c
! c8579e75faac9e72f6ee414de437b704  libgfortran/generated/matmul_c4.c
! e8d443259f472ad1e274c82757cee078  libgfortran/generated/matmul_c8.c
! d7b566b4d7f542e78e8632257ec1f312  libgfortran/generated/matmul_i1.c
! d65239108c6e0440098328fc0d757cad  libgfortran/generated/matmul_i16.c
! 233fdaa85433acb6e8c6269deb639b58  libgfortran/generated/matmul_i2.c
! 8396d53b86370275b1b749c387fbe2b8  libgfortran/generated/matmul_i4.c
! 9d2be35e75ec0d8bf141f373a56326ab  libgfortran/generated/matmul_i8.c
  cedcd4dc81382fc0f5c47c5091d646c8  libgfortran/generated/matmul_l16.c
  f487fcf53e946f947711ea5dcbcf90cd  libgfortran/generated/matmul_l4.c
  77cae3de10355eae008ee99136076bf1  libgfortran/generated/matmul_l8.c
! 678519f4852418234b1b6beb2d80c236  libgfortran/generated/matmul_r10.c
! 60b589dc51c2cfaa4d9fbe9928fb3b9c  libgfortran/generated/matmul_r16.c
! 0ebd3a7538bbacad1f57245b1ae965f8  libgfortran/generated/matmul_r4.c
! c06207f1a0419cc5881d42f6f2ed04f4  libgfortran/generated/matmul_r8.c
  7847039918c6249a0b5e757dd79176cf  libgfortran/generated/maxloc0_16_i1.c
  bcff85b93eeb6591d72d7baeea055863  libgfortran/generated/maxloc0_16_i16.c
  3bfedc430f24fdcb4c9ed8006296189c  libgfortran/generated/maxloc0_16_i2.c
--- 60283,60304 ----
  fc00e570b9fad8f62471a0714b18d339  libgfortran/generated/iparity_i2.c
  efd5dc7907281ef77288304528af92c7  libgfortran/generated/iparity_i4.c
  e4fa01a63a2aa68e3e48d22fc1d1234b  libgfortran/generated/iparity_i8.c
! db5db98616fbce86bbfca5af36a60ab3  libgfortran/generated/matmul_c10.c
! 0ef2cfed1d37e36e167d8c8c975c9944  libgfortran/generated/matmul_c16.c
! 3f5913e3948662835ab39d380fe7c4f6  libgfortran/generated/matmul_c4.c
! 3b7836b84bd3e341e1a630d75c4e4bf8  libgfortran/generated/matmul_c8.c
! f7df971445f42b23fa3834f8541d536a  libgfortran/generated/matmul_i1.c
! e2900c6a1d0a6b2735ff0c835d18451e  libgfortran/generated/matmul_i16.c
! 04dae2f6e5d8bfdc87328103d6672d42  libgfortran/generated/matmul_i2.c
! 92b5909c9bb221836a672066e1115e10  libgfortran/generated/matmul_i4.c
! 643587b66136e89147e77760bfc020e6  libgfortran/generated/matmul_i8.c
  cedcd4dc81382fc0f5c47c5091d646c8  libgfortran/generated/matmul_l16.c
  f487fcf53e946f947711ea5dcbcf90cd  libgfortran/generated/matmul_l4.c
  77cae3de10355eae008ee99136076bf1  libgfortran/generated/matmul_l8.c
! b3f304fd03d3b9aea0aed43a5f4b340d  libgfortran/generated/matmul_r10.c
! f8b3cd9f704c8306c789e2ab1ee2cb5f  libgfortran/generated/matmul_r16.c
! b39156b4dd804ad42627c57aca1c2ce0  libgfortran/generated/matmul_r4.c
! a382676303604778c8645d3dcd0393cb  libgfortran/generated/matmul_r8.c
  7847039918c6249a0b5e757dd79176cf  libgfortran/generated/maxloc0_16_i1.c
  bcff85b93eeb6591d72d7baeea055863  libgfortran/generated/maxloc0_16_i16.c
  3bfedc430f24fdcb4c9ed8006296189c  libgfortran/generated/maxloc0_16_i2.c
*************** c0483537bb9ba818ee3aa55cc04f0583  libgfo
*** 60456,60481 ****
  d6fdb691f829666c2f963b0f5bc54baa  libgfortran/io/close.c
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  322bb696e6a56c4c313c89de1d12a62a  libgfortran/io/fbuf.h
! f91b46ec7ae81e75be87f047a75e79dc  libgfortran/io/file_pos.c
  91b963ff1e44ea8f7a2b3dc07d23e0fe  libgfortran/io/format.c
  e1e47a4933e8cc465c4d32cce0d04e0a  libgfortran/io/format.h
  da040b518553fe6d85b3725994f781b5  libgfortran/io/inquire.c
  354cc9a41c9be8fc58337ee054842616  libgfortran/io/intrinsics.c
  c28a52906573318f54211902eda620a3  libgfortran/io/io.h
! 6ef328d3b74f579156b024a64638db30  libgfortran/io/list_read.c
  aeb36c8b750c3ab57c7d50774a26e33a  libgfortran/io/lock.c
  b33b5e02e59f46d957995c354c77f4c9  libgfortran/io/open.c
  840308a2421c73db0a7e6ad265f3177e  libgfortran/io/read.c
  622a2a1592ced0d5e333d7d3735be2ee  libgfortran/io/size_from_kind.c
! 6ff45ea196c725ebd03e5bbe78b01c23  libgfortran/io/transfer.c
  e4c9061ab7a41f4935f0b0ad09a288ce  libgfortran/io/transfer128.c
! 90fbb154554080b2ad52831ab8a12591  libgfortran/io/unit.c
  64ad02d2dc1685c3b62b54111ac9c6c6  libgfortran/io/unix.c
  3aca9110d24b2377aff7692c40f8d4c0  libgfortran/io/unix.h
  5574b1a9324d6d0bc2e889393df44944  libgfortran/io/write.c
  dab1a1143c48fb478a836dd3f0bb7619  libgfortran/io/write_float.def
  2d7080a94650ac19727c9b138db44765  libgfortran/kinds-override.h
! ad4fa72ac7c3bea06aba32ffa185ce96  libgfortran/libgfortran.h
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  7f7fab9c4011d09ba1d6e9ee8458421c  libgfortran/libtool-version
  2a33924dbd2943c881a8d51013de7d77  libgfortran/m4/all.m4
--- 60615,60640 ----
  d6fdb691f829666c2f963b0f5bc54baa  libgfortran/io/close.c
  ffdfa716b85d33300947cfb00ac4a60f  libgfortran/io/fbuf.c
  322bb696e6a56c4c313c89de1d12a62a  libgfortran/io/fbuf.h
! 72fedb723a832841438b848e0276dc46  libgfortran/io/file_pos.c
  91b963ff1e44ea8f7a2b3dc07d23e0fe  libgfortran/io/format.c
  e1e47a4933e8cc465c4d32cce0d04e0a  libgfortran/io/format.h
  da040b518553fe6d85b3725994f781b5  libgfortran/io/inquire.c
  354cc9a41c9be8fc58337ee054842616  libgfortran/io/intrinsics.c
  c28a52906573318f54211902eda620a3  libgfortran/io/io.h
! 2e9d961e4107bbe5a8903582c1933f9d  libgfortran/io/list_read.c
  aeb36c8b750c3ab57c7d50774a26e33a  libgfortran/io/lock.c
  b33b5e02e59f46d957995c354c77f4c9  libgfortran/io/open.c
  840308a2421c73db0a7e6ad265f3177e  libgfortran/io/read.c
  622a2a1592ced0d5e333d7d3735be2ee  libgfortran/io/size_from_kind.c
! 8041fd6eb4c0dbded33ab97e04f36793  libgfortran/io/transfer.c
  e4c9061ab7a41f4935f0b0ad09a288ce  libgfortran/io/transfer128.c
! 82c2edd81d90a6bc26f2d67b229575d9  libgfortran/io/unit.c
  64ad02d2dc1685c3b62b54111ac9c6c6  libgfortran/io/unix.c
  3aca9110d24b2377aff7692c40f8d4c0  libgfortran/io/unix.h
  5574b1a9324d6d0bc2e889393df44944  libgfortran/io/write.c
  dab1a1143c48fb478a836dd3f0bb7619  libgfortran/io/write_float.def
  2d7080a94650ac19727c9b138db44765  libgfortran/kinds-override.h
! 92ef6b7697422b2ad083fa00fb93d763  libgfortran/libgfortran.h
  2527bb19b82f08b34038b07b172d029d  libgfortran/libgfortran.spec.in
  7f7fab9c4011d09ba1d6e9ee8458421c  libgfortran/libtool-version
  2a33924dbd2943c881a8d51013de7d77  libgfortran/m4/all.m4
*************** f55146372afe57b734d8a79df2a334ce  libgfo
*** 60497,60503 ****
  c38ce10c4a55805896c58af920c1ec30  libgfortran/m4/iparity.m4
  0d1690940d450a19bacdbcc7df3dc877  libgfortran/m4/iparm.m4
  29e5d4d6cb74ab5b87a1cb14fac5ec04  libgfortran/m4/matmul.m4
! 6523740abde0af7ecb2e5d1718cc1087  libgfortran/m4/matmul_internal.m4
  fcb69cf3a35424c795d2cad8dbf956a9  libgfortran/m4/matmull.m4
  88e4b68aeb1a50127c5a0c67a9e59b52  libgfortran/m4/maxloc0.m4
  221ebfa6e894bacd5fe2800f50ef97f1  libgfortran/m4/maxloc1.m4
--- 60656,60662 ----
  c38ce10c4a55805896c58af920c1ec30  libgfortran/m4/iparity.m4
  0d1690940d450a19bacdbcc7df3dc877  libgfortran/m4/iparm.m4
  29e5d4d6cb74ab5b87a1cb14fac5ec04  libgfortran/m4/matmul.m4
! f5b3dc30d43e7eb4c3aaef2926b47289  libgfortran/m4/matmul_internal.m4
  fcb69cf3a35424c795d2cad8dbf956a9  libgfortran/m4/matmull.m4
  88e4b68aeb1a50127c5a0c67a9e59b52  libgfortran/m4/maxloc0.m4
  221ebfa6e894bacd5fe2800f50ef97f1  libgfortran/m4/maxloc1.m4
*************** f81db480cbfdc2b1d2291623c6cadb5f  libgfo
*** 60527,60533 ****
  c88e7ed76a15e57bb7ed9b8595c50fae  libgfortran/runtime/bounds.c
  64e508edf262ebdb62d2ebccb1c14baa  libgfortran/runtime/compile_options.c
  1a88ad180dd7e38c2ac0a3e9c7abc699  libgfortran/runtime/convert_char.c
! 4ed3a8a5169f64cb21612f2f77fa7f9d  libgfortran/runtime/environ.c
  4375c9690aa0e4075fd0727f01cfa58c  libgfortran/runtime/error.c
  d84445997cc0caed5b9714727e659cfa  libgfortran/runtime/fpu.c
  7a146055912cca25ad097fcb5b8452de  libgfortran/runtime/in_pack_generic.c
--- 60686,60692 ----
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--- 65109,65115 ----
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*************** b1def68202639bd452fb59aea3371fe4  liboff
*** 65034,65040 ****
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*************** b575232932aeb139e780664720bc8695  libqua
*** 65042,65048 ****
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--- 65206,65212 ----
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*************** faf9f5ae44363f9f6507c0011d46db13  libqua
*** 65118,65124 ****
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--- 65282,65288 ----
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*************** e766022f8615b72cbc38335d262e9d3d  libqua
*** 65166,65172 ****
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--- 65330,65336 ----
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*** 65331,65338 ****
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--- 65495,65502 ----
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*** 65370,65376 ****
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--- 65534,65540 ----
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*************** ea957317368982b5514649d2efd0bab2  libsan
*** 65430,65436 ****
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--- 65594,65600 ----
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*************** f07ab1da60e7fd7f3d27a1960d25e06c  libsan
*** 65484,65490 ****
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--- 65648,65654 ----
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*** 65513,65519 ****
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--- 65677,65683 ----
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*** 65536,65554 ****
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--- 65700,65718 ----
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*************** bc6db935b5861db44257f820387b80b1  libstd
*** 65562,65577 ****
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--- 65726,65741 ----
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! 358c6c2b091982dafcd133cc65380653  libstdc++-v3/doc/xml/manual/mt_allocator.xml
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! ab8b9b9df4b38579a46c66d445c1cb91  libstdc++-v3/doc/xml/manual/policy_data_structures.xml
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--- 66300,66315 ----
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! 489dc876235f0b46a0cf931a02ed38a6  libstdc++-v3/doc/xml/manual/mt_allocator.xml
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! 927aa35a827fd8010896cacc05bacd17  libstdc++-v3/doc/xml/manual/policy_data_structures.xml
  507d70152c09c65d4d3ef641eb13a6cb  libstdc++-v3/doc/xml/manual/policy_data_structures_biblio.xml
  4e49a8e041ae187579c7683d4b840fc4  libstdc++-v3/doc/xml/manual/prerequisites.xml
  5cca2fce9e94a0243e546e0c59792f87  libstdc++-v3/doc/xml/manual/profile_mode.xml
*************** d86ab4ddaebc9752d3a71f23cc8879cb  libstd
*** 66154,66174 ****
  30545c0584d92b8a7fc6a9ebcc76389b  libstdc++-v3/doc/xml/manual/status_cxx1998.xml
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! 74719b1d1ad7d170dd384e2c23936f6e  libstdc++-v3/doc/xml/manual/test.xml
! 116a76d7bc2ce704f1980b594e8810e4  libstdc++-v3/doc/xml/manual/test_policy_data_structures.xml
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  fe6c4f9e05006cf7f39ed3b88343c143  libstdc++-v3/include/backward/auto_ptr.h
  fe61c64d9cd7f5c6403522bb61a6cd7e  libstdc++-v3/include/backward/backward_warning.h
  b6eebaca0721deccbcade8b6a7b3ab28  libstdc++-v3/include/backward/binders.h
--- 66318,66338 ----
  30545c0584d92b8a7fc6a9ebcc76389b  libstdc++-v3/doc/xml/manual/status_cxx1998.xml
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! 58011a78b15a26010a1ea31900da6046  libstdc++-v3/doc/xml/manual/status_cxx2017.xml
  0328d8bf2d7935051ce9dc880ef63b6d  libstdc++-v3/doc/xml/manual/status_cxxtr1.xml
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  4bde3160d9ccaca3edfee800f93973f1  libstdc++-v3/doc/xml/manual/strings.xml
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! a8cf09674b5c2dc9ddb332d1a8461eba  libstdc++-v3/doc/xml/manual/test.xml
! b3e6db24172a20bdef96a05a3ea26101  libstdc++-v3/doc/xml/manual/test_policy_data_structures.xml
  c4e137ddb7ea4f7340a7618637560f4c  libstdc++-v3/doc/xml/manual/using.xml
  cc84d1c1a7a9491f46a3e463fcd8aa26  libstdc++-v3/doc/xml/manual/using_exceptions.xml
  d42dacf57cbf8644fc8b7217c7e8893a  libstdc++-v3/doc/xml/manual/utilities.xml
  a209e7576dd578adf52c10796b53c14d  libstdc++-v3/doc/xml/spine.xml
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  fa0fbb589f8e3959f474ba45b0758902  libstdc++-v3/fragment.am
! 0e1d3cba14aa6aad0257905a518964df  libstdc++-v3/include/Makefile.am
! 7569f7827529213c1e8b448cd8099304  libstdc++-v3/include/Makefile.in
  fe6c4f9e05006cf7f39ed3b88343c143  libstdc++-v3/include/backward/auto_ptr.h
  fe61c64d9cd7f5c6403522bb61a6cd7e  libstdc++-v3/include/backward/backward_warning.h
  b6eebaca0721deccbcade8b6a7b3ab28  libstdc++-v3/include/backward/binders.h
*************** d43a4b92ed291afa6650c89ad083189d  libstd
*** 66214,66220 ****
  e643ec81b75c069f1c27f4e8ea4be001  libstdc++-v3/include/bits/list.tcc
  9b203355c419c4f93fca8f580e8bc495  libstdc++-v3/include/bits/locale_classes.h
  29ac0825553a4f375a6e69277dca6b38  libstdc++-v3/include/bits/locale_classes.tcc
! b3b05270982ee69829aa04cc39edc1a8  libstdc++-v3/include/bits/locale_conv.h
  e50e4c9bfc433a488a2afe547fb0cc5c  libstdc++-v3/include/bits/locale_facets.h
  6755fd1a7cf15d0313093fbe482ebc24  libstdc++-v3/include/bits/locale_facets.tcc
  f1c018067acae41baf8eee4bc22cd464  libstdc++-v3/include/bits/locale_facets_nonio.h
--- 66378,66384 ----
  e643ec81b75c069f1c27f4e8ea4be001  libstdc++-v3/include/bits/list.tcc
  9b203355c419c4f93fca8f580e8bc495  libstdc++-v3/include/bits/locale_classes.h
  29ac0825553a4f375a6e69277dca6b38  libstdc++-v3/include/bits/locale_classes.tcc
! b002536b9003d3201edfdfb5b6802fa5  libstdc++-v3/include/bits/locale_conv.h
  e50e4c9bfc433a488a2afe547fb0cc5c  libstdc++-v3/include/bits/locale_facets.h
  6755fd1a7cf15d0313093fbe482ebc24  libstdc++-v3/include/bits/locale_facets.tcc
  f1c018067acae41baf8eee4bc22cd464  libstdc++-v3/include/bits/locale_facets_nonio.h
*************** b5362775bf2d2bc3740af7842c1a52b0  libstd
*** 66223,66229 ****
  35ee5b1481681635e84e3d8a49999452  libstdc++-v3/include/bits/mask_array.h
  6384dd4fee2ac565d2d38178aab160fb  libstdc++-v3/include/bits/memoryfwd.h
  57592b40351b785329169cc8b8e59760  libstdc++-v3/include/bits/move.h
! f3d802d489719a7d1dd9990fa11a9a37  libstdc++-v3/include/bits/node_handle.h
  acbf67f70070c595cc00146e36a0470b  libstdc++-v3/include/bits/ostream.tcc
  2bda0a1f5ee65ffb4682712c4b5df486  libstdc++-v3/include/bits/ostream_insert.h
  b7d9f46a6c1d3a64458605eb310f5d09  libstdc++-v3/include/bits/parse_numbers.h
--- 66387,66393 ----
  35ee5b1481681635e84e3d8a49999452  libstdc++-v3/include/bits/mask_array.h
  6384dd4fee2ac565d2d38178aab160fb  libstdc++-v3/include/bits/memoryfwd.h
  57592b40351b785329169cc8b8e59760  libstdc++-v3/include/bits/move.h
! 0eddceeca2c91d3b9472e080cd1bc860  libstdc++-v3/include/bits/node_handle.h
  acbf67f70070c595cc00146e36a0470b  libstdc++-v3/include/bits/ostream.tcc
  2bda0a1f5ee65ffb4682712c4b5df486  libstdc++-v3/include/bits/ostream_insert.h
  b7d9f46a6c1d3a64458605eb310f5d09  libstdc++-v3/include/bits/parse_numbers.h
*************** c7a49b9f203fb21486dd2edb46935fca  libstd
*** 66239,66245 ****
  235fc423dd7a3c1197fe4814c9863513  libstdc++-v3/include/bits/regex.tcc
  15fecde24c6c0ef19b9337489b5c2132  libstdc++-v3/include/bits/regex_automaton.h
  14d80b826dcc1327456a6d92023be82b  libstdc++-v3/include/bits/regex_automaton.tcc
! fbb9dffdb7ba704a7b5570b1d0916dd4  libstdc++-v3/include/bits/regex_compiler.h
  b3d52372466603020f0fa3e91247f888  libstdc++-v3/include/bits/regex_compiler.tcc
  ee2d786f32d7a73f0b4bd6935a9827ea  libstdc++-v3/include/bits/regex_constants.h
  d00f84ebfdfa911ea7c9fd51885da6ff  libstdc++-v3/include/bits/regex_error.h
--- 66403,66409 ----
  235fc423dd7a3c1197fe4814c9863513  libstdc++-v3/include/bits/regex.tcc
  15fecde24c6c0ef19b9337489b5c2132  libstdc++-v3/include/bits/regex_automaton.h
  14d80b826dcc1327456a6d92023be82b  libstdc++-v3/include/bits/regex_automaton.tcc
! 867f18559c6e67b02ea8dfac9db3acb5  libstdc++-v3/include/bits/regex_compiler.h
  b3d52372466603020f0fa3e91247f888  libstdc++-v3/include/bits/regex_compiler.tcc
  ee2d786f32d7a73f0b4bd6935a9827ea  libstdc++-v3/include/bits/regex_constants.h
  d00f84ebfdfa911ea7c9fd51885da6ff  libstdc++-v3/include/bits/regex_error.h
*************** d00f84ebfdfa911ea7c9fd51885da6ff  libstd
*** 66247,66265 ****
  2972173a4fa09ab9539165687c8116b7  libstdc++-v3/include/bits/regex_executor.tcc
  0c33d93c635487b6232bcd862697ba83  libstdc++-v3/include/bits/regex_scanner.h
  07f2a23357aff6ca17fe22c06b76aa87  libstdc++-v3/include/bits/regex_scanner.tcc
! 3f3072b4ba69c8a85f55f94a04d84ea2  libstdc++-v3/include/bits/shared_ptr.h
  b679e348381f9f9d84d804acdead9bf2  libstdc++-v3/include/bits/shared_ptr_atomic.h
! 7cbbb304891831357ee253eb7e2afa0a  libstdc++-v3/include/bits/shared_ptr_base.h
  b794fda0e74584cf1f39d2efbccfdfb3  libstdc++-v3/include/bits/slice_array.h
  735e2e72072394b255e2fa71323698fd  libstdc++-v3/include/bits/specfun.h
  b0432cff6dde34bff6bd2aca90224b24  libstdc++-v3/include/bits/sstream.tcc
  ea83e995fd19f5d2df15f8e4ad6ef425  libstdc++-v3/include/bits/std_abs.h
! f753fe2e4fccef9819ef59a86e2ab7a7  libstdc++-v3/include/bits/std_function.h
  528362b2853ccf1a19ee9814ae6da905  libstdc++-v3/include/bits/std_mutex.h
! a565704cee2cc8584ec37e4eddc06671  libstdc++-v3/include/bits/stl_algo.h
  0110a2c765aaf979549030f030be6b31  libstdc++-v3/include/bits/stl_algobase.h
  d864d8ca92f36413241bdaeae10cb3a7  libstdc++-v3/include/bits/stl_bvector.h
! 6547c05bb0b2f79fecad0a7b0eb467f7  libstdc++-v3/include/bits/stl_construct.h
  e9adec6d3afd21a4eeba89e9cce45405  libstdc++-v3/include/bits/stl_deque.h
  2f5d96347e4dc9ea2015e87ab4b28d14  libstdc++-v3/include/bits/stl_function.h
  26d4812cfe0cfea680661ebf40f577f5  libstdc++-v3/include/bits/stl_heap.h
--- 66411,66429 ----
  2972173a4fa09ab9539165687c8116b7  libstdc++-v3/include/bits/regex_executor.tcc
  0c33d93c635487b6232bcd862697ba83  libstdc++-v3/include/bits/regex_scanner.h
  07f2a23357aff6ca17fe22c06b76aa87  libstdc++-v3/include/bits/regex_scanner.tcc
! c3df3171fa725190419507e58e126587  libstdc++-v3/include/bits/shared_ptr.h
  b679e348381f9f9d84d804acdead9bf2  libstdc++-v3/include/bits/shared_ptr_atomic.h
! 16603267884c17ed1b5c354f5c61b928  libstdc++-v3/include/bits/shared_ptr_base.h
  b794fda0e74584cf1f39d2efbccfdfb3  libstdc++-v3/include/bits/slice_array.h
  735e2e72072394b255e2fa71323698fd  libstdc++-v3/include/bits/specfun.h
  b0432cff6dde34bff6bd2aca90224b24  libstdc++-v3/include/bits/sstream.tcc
  ea83e995fd19f5d2df15f8e4ad6ef425  libstdc++-v3/include/bits/std_abs.h
! 04745c70e14ad0f0eeec346cd45549db  libstdc++-v3/include/bits/std_function.h
  528362b2853ccf1a19ee9814ae6da905  libstdc++-v3/include/bits/std_mutex.h
! 57c82f70235b397967a5f35102812904  libstdc++-v3/include/bits/stl_algo.h
  0110a2c765aaf979549030f030be6b31  libstdc++-v3/include/bits/stl_algobase.h
  d864d8ca92f36413241bdaeae10cb3a7  libstdc++-v3/include/bits/stl_bvector.h
! b8431df63253bf9fd518385226e12ce0  libstdc++-v3/include/bits/stl_construct.h
  e9adec6d3afd21a4eeba89e9cce45405  libstdc++-v3/include/bits/stl_deque.h
  2f5d96347e4dc9ea2015e87ab4b28d14  libstdc++-v3/include/bits/stl_function.h
  26d4812cfe0cfea680661ebf40f577f5  libstdc++-v3/include/bits/stl_heap.h
*************** a2281962b74d61def007f879af3c8f69  libstd
*** 66278,66285 ****
  7341bc313f90ddc2f2f033c2598f052b  libstdc++-v3/include/bits/stl_set.h
  ba62ebbcbcb799f60e6d5f865d273325  libstdc++-v3/include/bits/stl_stack.h
  06de465b8a7d35370f41ae1af74fc23e  libstdc++-v3/include/bits/stl_tempbuf.h
! 1ac47d618620bc916616e1563c107055  libstdc++-v3/include/bits/stl_tree.h
! 3ecbf846e8248c9eb64c422f9e171ae8  libstdc++-v3/include/bits/stl_uninitialized.h
  ec6c6b1bfc3b843d1bce994cac54b962  libstdc++-v3/include/bits/stl_vector.h
  5c8d4f347b1ad81182650cafa36c86a3  libstdc++-v3/include/bits/stream_iterator.h
  713b1e5bdcb6ef6d464c3ea068dd957a  libstdc++-v3/include/bits/streambuf.tcc
--- 66442,66449 ----
  7341bc313f90ddc2f2f033c2598f052b  libstdc++-v3/include/bits/stl_set.h
  ba62ebbcbcb799f60e6d5f865d273325  libstdc++-v3/include/bits/stl_stack.h
  06de465b8a7d35370f41ae1af74fc23e  libstdc++-v3/include/bits/stl_tempbuf.h
! 42ec8a81a6cb63b1c0901a86eb7aa05e  libstdc++-v3/include/bits/stl_tree.h
! 94fea59d2dd4a97df7c9e729cee69336  libstdc++-v3/include/bits/stl_uninitialized.h
  ec6c6b1bfc3b843d1bce994cac54b962  libstdc++-v3/include/bits/stl_vector.h
  5c8d4f347b1ad81182650cafa36c86a3  libstdc++-v3/include/bits/stream_iterator.h
  713b1e5bdcb6ef6d464c3ea068dd957a  libstdc++-v3/include/bits/streambuf.tcc
*************** a9fa84f93a12d008d690fb6c49d037ba  libstd
*** 66290,66296 ****
  f84d19afb4f0df41a643d8131e90e604  libstdc++-v3/include/bits/unique_ptr.h
  eaca3ff56d8fce032662b02a42acf7d1  libstdc++-v3/include/bits/unordered_map.h
  251035abb110ee7968c8eb6fcef6c57a  libstdc++-v3/include/bits/unordered_set.h
! 9ef3309aec5932e1ad6b6a93af0c8d2e  libstdc++-v3/include/bits/uses_allocator.h
  fc762c06dba512874f00456666187078  libstdc++-v3/include/bits/valarray_after.h
  c23c70c1a86148a02e0423c8f16480fc  libstdc++-v3/include/bits/valarray_array.h
  54b32319ee720fc9d87e4457515d4f6a  libstdc++-v3/include/bits/valarray_array.tcc
--- 66454,66460 ----
  f84d19afb4f0df41a643d8131e90e604  libstdc++-v3/include/bits/unique_ptr.h
  eaca3ff56d8fce032662b02a42acf7d1  libstdc++-v3/include/bits/unordered_map.h
  251035abb110ee7968c8eb6fcef6c57a  libstdc++-v3/include/bits/unordered_set.h
! 06758d4fd4602a6706aecc3087b34290  libstdc++-v3/include/bits/uses_allocator.h
  fc762c06dba512874f00456666187078  libstdc++-v3/include/bits/valarray_after.h
  c23c70c1a86148a02e0423c8f16480fc  libstdc++-v3/include/bits/valarray_array.h
  54b32319ee720fc9d87e4457515d4f6a  libstdc++-v3/include/bits/valarray_array.tcc
*************** e5b7136a5509fb17191a60d760a7f512  libstd
*** 66440,66446 ****
  bea6cef78c5b5524f9e5a3e38771415a  libstdc++-v3/include/experimental/list
  91439382d185d65e940eddc24e1c8bd1  libstdc++-v3/include/experimental/map
  0c453cc9985c044ea33d68d7364ec283  libstdc++-v3/include/experimental/memory
! 5dcf9b6f168b57a21dd6856adcbea7ab  libstdc++-v3/include/experimental/memory_resource
  0f8d0501e8c127673519583a68ccba43  libstdc++-v3/include/experimental/numeric
  b32e1a4141e71039149d1d9c767a62d1  libstdc++-v3/include/experimental/optional
  b272d4e7b4035a0fbb3051bec82df593  libstdc++-v3/include/experimental/propagate_const
--- 66604,66610 ----
  bea6cef78c5b5524f9e5a3e38771415a  libstdc++-v3/include/experimental/list
  91439382d185d65e940eddc24e1c8bd1  libstdc++-v3/include/experimental/map
  0c453cc9985c044ea33d68d7364ec283  libstdc++-v3/include/experimental/memory
! 11219fea11474c3bd23885064814a337  libstdc++-v3/include/experimental/memory_resource
  0f8d0501e8c127673519583a68ccba43  libstdc++-v3/include/experimental/numeric
  b32e1a4141e71039149d1d9c767a62d1  libstdc++-v3/include/experimental/optional
  b272d4e7b4035a0fbb3051bec82df593  libstdc++-v3/include/experimental/propagate_const
*************** e302f55517a41e1a24f6e0f2aa0430fd  libstd
*** 66448,66453 ****
--- 66612,66618 ----
  7db36f105d0da4bc87d9c28c6ba50eb3  libstdc++-v3/include/experimental/ratio
  18ac31152a6719f4312ba8f1a6c966a5  libstdc++-v3/include/experimental/regex
  b9f0463229149fa9a8def38a1113a098  libstdc++-v3/include/experimental/set
+ 7eb2cd439e7414825858d8ea6ebe5c9e  libstdc++-v3/include/experimental/source_location
  6568909ef2ab083b6c817574e94d3b8d  libstdc++-v3/include/experimental/string
  1455d0155673d7061f19a656ab6a26d7  libstdc++-v3/include/experimental/string_view
  092311155b5d80283998d0f2a4b1098f  libstdc++-v3/include/experimental/system_error
*************** c9e4908557ace2f673f9b79e0584a730  libstd
*** 66832,66854 ****
  b0cd6fcf5dc0fded5a263b5865e4e932  libstdc++-v3/include/std/deque
  8668416873a553aa57dcecd62a2487e7  libstdc++-v3/include/std/forward_list
  a7aee3f016d82cb2f6be6e5b3e3696c2  libstdc++-v3/include/std/fstream
! 9b2c672afd3d88c69188298863b51e19  libstdc++-v3/include/std/functional
! 9f86cdebe45c1f7d08a84c0666b821da  libstdc++-v3/include/std/future
  4f1e1d55ed5c7afb6862631176f4d2da  libstdc++-v3/include/std/iomanip
  725e92945a7552b69a75a4290b375f2f  libstdc++-v3/include/std/ios
  0ffdae1d450eee0b5dc8eaebf566e7a3  libstdc++-v3/include/std/iosfwd
  9c6312ea749ae105dd358ba0cd304300  libstdc++-v3/include/std/iostream
! e832d0f59663180766dd1e626017d378  libstdc++-v3/include/std/istream
  ee46e2b204822fb68585ca990cb55fe1  libstdc++-v3/include/std/iterator
  b7e5ae765d31340918b1a54c3b1d31fc  libstdc++-v3/include/std/limits
  6e7eed60127763223a432c5ad7d7370f  libstdc++-v3/include/std/list
  f5721edd39e212a96236797133280047  libstdc++-v3/include/std/locale
  338291fc61482afd0bab0071ebdb2572  libstdc++-v3/include/std/map
  f008669ae0b0683f54f6fb3135dfffde  libstdc++-v3/include/std/memory
! a9b60d603d4cbff8f19fd88ba4497f0d  libstdc++-v3/include/std/mutex
  d0606eaa8eee3df247770c7419094cd1  libstdc++-v3/include/std/numeric
  1244264ae56bb46e18d4de299e2ca3bc  libstdc++-v3/include/std/optional
! 322983ac5a03ef8954fbbca998a34e59  libstdc++-v3/include/std/ostream
  8b030f58e9dc4ecea8b2eb241b8d36cc  libstdc++-v3/include/std/queue
  aea8e691c1eda6992a5759bda4f88948  libstdc++-v3/include/std/random
  5158e8059a45e613e1c7e873e057be9d  libstdc++-v3/include/std/ratio
--- 66997,67019 ----
  b0cd6fcf5dc0fded5a263b5865e4e932  libstdc++-v3/include/std/deque
  8668416873a553aa57dcecd62a2487e7  libstdc++-v3/include/std/forward_list
  a7aee3f016d82cb2f6be6e5b3e3696c2  libstdc++-v3/include/std/fstream
! 9a02ef3f94dbc384243a013e494eaf18  libstdc++-v3/include/std/functional
! 415333f52423969619621bc12ee2d606  libstdc++-v3/include/std/future
  4f1e1d55ed5c7afb6862631176f4d2da  libstdc++-v3/include/std/iomanip
  725e92945a7552b69a75a4290b375f2f  libstdc++-v3/include/std/ios
  0ffdae1d450eee0b5dc8eaebf566e7a3  libstdc++-v3/include/std/iosfwd
  9c6312ea749ae105dd358ba0cd304300  libstdc++-v3/include/std/iostream
! 9b5eee0ee449807985df3bae05707a15  libstdc++-v3/include/std/istream
  ee46e2b204822fb68585ca990cb55fe1  libstdc++-v3/include/std/iterator
  b7e5ae765d31340918b1a54c3b1d31fc  libstdc++-v3/include/std/limits
  6e7eed60127763223a432c5ad7d7370f  libstdc++-v3/include/std/list
  f5721edd39e212a96236797133280047  libstdc++-v3/include/std/locale
  338291fc61482afd0bab0071ebdb2572  libstdc++-v3/include/std/map
  f008669ae0b0683f54f6fb3135dfffde  libstdc++-v3/include/std/memory
! a7eb22ca5fac214f4caed4974538df46  libstdc++-v3/include/std/mutex
  d0606eaa8eee3df247770c7419094cd1  libstdc++-v3/include/std/numeric
  1244264ae56bb46e18d4de299e2ca3bc  libstdc++-v3/include/std/optional
! 3e01bf72cb649a8b3219a4c1bf2abbc5  libstdc++-v3/include/std/ostream
  8b030f58e9dc4ecea8b2eb241b8d36cc  libstdc++-v3/include/std/queue
  aea8e691c1eda6992a5759bda4f88948  libstdc++-v3/include/std/random
  5158e8059a45e613e1c7e873e057be9d  libstdc++-v3/include/std/ratio
*************** b6ee09923686f05e02997631cc8b58bf  libstd
*** 66869,66877 ****
  f6db2f6c313ce30896ebd0ef7fdcd816  libstdc++-v3/include/std/typeindex
  5c1f0d70746c520f9a2aa5aa363b6851  libstdc++-v3/include/std/unordered_map
  40af560d2f7d91fbc5ddfe9099e959ec  libstdc++-v3/include/std/unordered_set
! 84b6546bf01a1c267f13e80a5c40447a  libstdc++-v3/include/std/utility
  9dc6c211c3503697170d85aec9d3ef37  libstdc++-v3/include/std/valarray
! f075b5d58e237e054748b2c07357824a  libstdc++-v3/include/std/variant
  524416117d96559514029824ea8182fc  libstdc++-v3/include/std/vector
  98a03c40ae073a2c2bdc2b7b42c65bc4  libstdc++-v3/include/tr1/array
  ac8f2f0647f302709bfae97d9408d6fe  libstdc++-v3/include/tr1/bessel_function.tcc
--- 67034,67042 ----
  f6db2f6c313ce30896ebd0ef7fdcd816  libstdc++-v3/include/std/typeindex
  5c1f0d70746c520f9a2aa5aa363b6851  libstdc++-v3/include/std/unordered_map
  40af560d2f7d91fbc5ddfe9099e959ec  libstdc++-v3/include/std/unordered_set
! 7df4fa5b76d3f9577fa10da630ae534c  libstdc++-v3/include/std/utility
  9dc6c211c3503697170d85aec9d3ef37  libstdc++-v3/include/std/valarray
! a3f26cb7290e22cfddec3c451817b331  libstdc++-v3/include/std/variant
  524416117d96559514029824ea8182fc  libstdc++-v3/include/std/vector
  98a03c40ae073a2c2bdc2b7b42c65bc4  libstdc++-v3/include/tr1/array
  ac8f2f0647f302709bfae97d9408d6fe  libstdc++-v3/include/tr1/bessel_function.tcc
*************** e6100c8131a3df70d700173da069ef9a  libstd
*** 66969,66975 ****
  9d6cd81ccb736608a6df265327d301ec  libstdc++-v3/libsupc++/del_opvs.cc
  bb8bd341e4a5c8586f5b42f878fb4cd9  libstdc++-v3/libsupc++/del_opvsa.cc
  fb8c01fe8ce10c7d785e5a8fca36efb6  libstdc++-v3/libsupc++/dyncast.cc
! af5879fb40d0be3322633f2536f1566c  libstdc++-v3/libsupc++/eh_alloc.cc
  f69a72d224b1189c62c2b679d48ecce0  libstdc++-v3/libsupc++/eh_arm.cc
  5c644e627cbf22b3254b5a67dd1ed56d  libstdc++-v3/libsupc++/eh_atomics.h
  01397c5f05b1fdc3490cfc85ff676da4  libstdc++-v3/libsupc++/eh_aux_runtime.cc
--- 67134,67140 ----
  9d6cd81ccb736608a6df265327d301ec  libstdc++-v3/libsupc++/del_opvs.cc
  bb8bd341e4a5c8586f5b42f878fb4cd9  libstdc++-v3/libsupc++/del_opvsa.cc
  fb8c01fe8ce10c7d785e5a8fca36efb6  libstdc++-v3/libsupc++/dyncast.cc
! 89c67a00a4f71d28075ab9a07bb514c0  libstdc++-v3/libsupc++/eh_alloc.cc
  f69a72d224b1189c62c2b679d48ecce0  libstdc++-v3/libsupc++/eh_arm.cc
  5c644e627cbf22b3254b5a67dd1ed56d  libstdc++-v3/libsupc++/eh_atomics.h
  01397c5f05b1fdc3490cfc85ff676da4  libstdc++-v3/libsupc++/eh_aux_runtime.cc
*************** bdf59d86f235cdb4d9180e3c38cfcd27  libstd
*** 67562,67568 ****
  24566b658c796c870536868b49d74e86  libstdc++-v3/testsuite/20_util/function/77322.cc
  701c6789ff16d117bd39a157c0323971  libstdc++-v3/testsuite/20_util/function/8.cc
  c9b98d2cfe48d08c5d1eb54064474df3  libstdc++-v3/testsuite/20_util/function/9.cc
! 03b9e8fffee983edb321ef2e6ebdf972  libstdc++-v3/testsuite/20_util/function/assign/move.cc
  5720317948d03dc94e23ddfb362bcd1e  libstdc++-v3/testsuite/20_util/function/assign/move_target.cc
  2b0dfe063fb7a135547961f55cc09dae  libstdc++-v3/testsuite/20_util/function/cmp/cmp_neg.cc
  b3d2bd9b3ec8af0c346ec882eead4c76  libstdc++-v3/testsuite/20_util/function/cons/55320.cc
--- 67727,67733 ----
  24566b658c796c870536868b49d74e86  libstdc++-v3/testsuite/20_util/function/77322.cc
  701c6789ff16d117bd39a157c0323971  libstdc++-v3/testsuite/20_util/function/8.cc
  c9b98d2cfe48d08c5d1eb54064474df3  libstdc++-v3/testsuite/20_util/function/9.cc
! f4c68ea400646cebd00fe7ca87e5d388  libstdc++-v3/testsuite/20_util/function/assign/move.cc
  5720317948d03dc94e23ddfb362bcd1e  libstdc++-v3/testsuite/20_util/function/assign/move_target.cc
  2b0dfe063fb7a135547961f55cc09dae  libstdc++-v3/testsuite/20_util/function/cmp/cmp_neg.cc
  b3d2bd9b3ec8af0c346ec882eead4c76  libstdc++-v3/testsuite/20_util/function/cons/55320.cc
*************** b3d2bd9b3ec8af0c346ec882eead4c76  libstd
*** 67571,67577 ****
  66679cac93d432a7873f047396637771  libstdc++-v3/testsuite/20_util/function/cons/addressof.cc
  6663660a4fe4b2c3cc922d292ceb9df0  libstdc++-v3/testsuite/20_util/function/cons/callable.cc
  32bfbe6a6f33c913abf62f893ed046ff  libstdc++-v3/testsuite/20_util/function/cons/deduction.cc
! a7203be99a16b3d661f914938425b705  libstdc++-v3/testsuite/20_util/function/cons/move.cc
  c5b6539889399166acc61b8eefa409d3  libstdc++-v3/testsuite/20_util/function/cons/move_target.cc
  6f67f9938baa1124b05ff708ecf099bf  libstdc++-v3/testsuite/20_util/function/cons/refqual.cc
  06987779df947f6997a54d69509cf14f  libstdc++-v3/testsuite/20_util/function/invoke/forwarding.cc
--- 67736,67742 ----
  66679cac93d432a7873f047396637771  libstdc++-v3/testsuite/20_util/function/cons/addressof.cc
  6663660a4fe4b2c3cc922d292ceb9df0  libstdc++-v3/testsuite/20_util/function/cons/callable.cc
  32bfbe6a6f33c913abf62f893ed046ff  libstdc++-v3/testsuite/20_util/function/cons/deduction.cc
! 75fb1c9a688f12e788a4c8740a667824  libstdc++-v3/testsuite/20_util/function/cons/move.cc
  c5b6539889399166acc61b8eefa409d3  libstdc++-v3/testsuite/20_util/function/cons/move_target.cc
  6f67f9938baa1124b05ff708ecf099bf  libstdc++-v3/testsuite/20_util/function/cons/refqual.cc
  06987779df947f6997a54d69509cf14f  libstdc++-v3/testsuite/20_util/function/invoke/forwarding.cc
*************** da838a2e086d6d48714159c3e1827e7b  libstd
*** 67590,67595 ****
--- 67755,67761 ----
  73814c464196186c5215f63c23c84c89  libstdc++-v3/testsuite/20_util/function_objects/mem_fn/55463.cc
  a7d88c111bcc34290add1e25e3b0e7ac  libstdc++-v3/testsuite/20_util/function_objects/mem_fn/55908.cc
  fda970289a618f86c009af0a7bd6fbda  libstdc++-v3/testsuite/20_util/function_objects/mem_fn/68982.cc
+ 0073ef6e0232a96ece2d42f733154ec4  libstdc++-v3/testsuite/20_util/function_objects/mem_fn/80478.cc
  5016b4c289c3db4b02510bc0b8698dff  libstdc++-v3/testsuite/20_util/function_objects/mem_fn/adl.cc
  48340418d3167779e8b6284882765b49  libstdc++-v3/testsuite/20_util/function_objects/mem_fn/forward.cc
  4662c5d1a8bd3df864321ccc3f0da527  libstdc++-v3/testsuite/20_util/function_objects/mem_fn/refqual.cc
*************** db2283777a85c06026c707b263421bda  libstd
*** 67940,67945 ****
--- 68106,68112 ----
  ccd98739f964044449b99257731cbe1f  libstdc++-v3/testsuite/20_util/optional/swap/2.cc
  34fa5b9cdb91c3ce1330871e0b8fda57  libstdc++-v3/testsuite/20_util/optional/typedefs.cc
  aab63615dda496249bb1c94192010510  libstdc++-v3/testsuite/20_util/owner_less/cmp.cc
+ ab4f28339faa403b272b3610c4f23ea9  libstdc++-v3/testsuite/20_util/owner_less/noexcept.cc
  d9b573644b9e1cd234084947aebd6563  libstdc++-v3/testsuite/20_util/owner_less/void.cc
  7f61c2e98b6f97a7084c241db15294d3  libstdc++-v3/testsuite/20_util/pair/1.cc
  aa89efb9f0f50c8ebadc0b74e842cd08  libstdc++-v3/testsuite/20_util/pair/2.cc
*************** cb02fc52baac76a3deaf4770b166a853  libstd
*** 68093,68098 ****
--- 68260,68266 ----
  c077e45c16bbb4852a908f6ce75c0005  libstdc++-v3/testsuite/20_util/shared_ptr/cons/copy.cc
  bcdbe298fc57b11df0179e2d8aec1763  libstdc++-v3/testsuite/20_util/shared_ptr/cons/deduction.cc
  3fa541ba8b10aded84d76999bad8a081  libstdc++-v3/testsuite/20_util/shared_ptr/cons/default.cc
+ 9e4c038baee8a2b4d40071a4dc7b8fa5  libstdc++-v3/testsuite/20_util/shared_ptr/cons/lwg2802.cc
  055c1070ba50d088f0cbfad8334062a7  libstdc++-v3/testsuite/20_util/shared_ptr/cons/move.cc
  f178e38c296dba51444fec3af36894fa  libstdc++-v3/testsuite/20_util/shared_ptr/cons/noexcept_move_construct.cc
  dfdb98ed4ce8311529b8613c6ece5378  libstdc++-v3/testsuite/20_util/shared_ptr/cons/nullptr.cc
*************** afc3f4e8272d86a5190a4eb380495f06  libstd
*** 68132,68138 ****
  f2026d602e98058c927bf3b019a88db3  libstdc++-v3/testsuite/20_util/shared_ptr/observers/array.cc
  25c291a828033291165c399eb6d33244  libstdc++-v3/testsuite/20_util/shared_ptr/observers/bool_conv.cc
  b3db38f7044e8f81e6dd80e827379276  libstdc++-v3/testsuite/20_util/shared_ptr/observers/get.cc
! 2dd0417b1e67990f0598244df595a794  libstdc++-v3/testsuite/20_util/shared_ptr/observers/owner_before.cc
  c1ed9c7ee595ff8f8b5ba144d55651cf  libstdc++-v3/testsuite/20_util/shared_ptr/observers/unique.cc
  38f9b339306326739d2e39f34be9a0f8  libstdc++-v3/testsuite/20_util/shared_ptr/observers/use_count.cc
  939729234cd73a28f422bece90428371  libstdc++-v3/testsuite/20_util/shared_ptr/requirements/explicit_instantiation/1.cc
--- 68300,68306 ----
  f2026d602e98058c927bf3b019a88db3  libstdc++-v3/testsuite/20_util/shared_ptr/observers/array.cc
  25c291a828033291165c399eb6d33244  libstdc++-v3/testsuite/20_util/shared_ptr/observers/bool_conv.cc
  b3db38f7044e8f81e6dd80e827379276  libstdc++-v3/testsuite/20_util/shared_ptr/observers/get.cc
! f1151b855f078a8b6c0c0359d529a3eb  libstdc++-v3/testsuite/20_util/shared_ptr/observers/owner_before.cc
  c1ed9c7ee595ff8f8b5ba144d55651cf  libstdc++-v3/testsuite/20_util/shared_ptr/observers/unique.cc
  38f9b339306326739d2e39f34be9a0f8  libstdc++-v3/testsuite/20_util/shared_ptr/observers/use_count.cc
  939729234cd73a28f422bece90428371  libstdc++-v3/testsuite/20_util/shared_ptr/requirements/explicit_instantiation/1.cc
*************** c1ed9c7ee595ff8f8b5ba144d55651cf  libstd
*** 68141,68146 ****
--- 68309,68315 ----
  c16bde564cb557e5cc30fff000ffac12  libstdc++-v3/testsuite/20_util/shared_ptr/thread/default_weaktoshared.cc
  239263f02d19874d3d3a9d455e998fbc  libstdc++-v3/testsuite/20_util/shared_ptr/thread/mutex_weaktoshared.cc
  757e512af7583a3902550e6c4eacd474  libstdc++-v3/testsuite/20_util/specialized_algorithms/memory_management_tools/1.cc
+ 08a33b30305f77ec66a0e2919b1032bb  libstdc++-v3/testsuite/20_util/specialized_algorithms/memory_management_tools/destroy_neg.cc
  18df61ece6f9b7137e4a3e8777322506  libstdc++-v3/testsuite/20_util/specialized_algorithms/uninitialized_copy/58982.cc
  b49f71673e2f2cee560e6507debd125b  libstdc++-v3/testsuite/20_util/specialized_algorithms/uninitialized_copy/64476.cc
  e8a20a3d0be9e89a681bd524a70d8f7f  libstdc++-v3/testsuite/20_util/specialized_algorithms/uninitialized_copy/808590-cxx11.cc
*************** a61573f601c36fa0e1daefc37d984cd6  libstd
*** 68177,68182 ****
--- 68346,68352 ----
  1fe2d8026cd51992c3c571a085b68732  libstdc++-v3/testsuite/20_util/tuple/67844.cc
  156033f4a9ced7b58df74706cf80c5e1  libstdc++-v3/testsuite/20_util/tuple/77395.cc
  2c3ee24039f520cd6858c894f88356cc  libstdc++-v3/testsuite/20_util/tuple/77802.cc
+ 3b77f4f4ff590afbf063a03614b05d79  libstdc++-v3/testsuite/20_util/tuple/78939.cc
  9d3aff7f884e9123f5c23bb3cc2a7584  libstdc++-v3/testsuite/20_util/tuple/apply/1.cc
  2c75ca6c740bacc306cb5590bc1ce1ba  libstdc++-v3/testsuite/20_util/tuple/comparison_operators/35480_neg.cc
  0e479e4a0ca6124e774db6e79efc4fff  libstdc++-v3/testsuite/20_util/tuple/comparison_operators/comparisons.cc
*************** a388514e39aec22d54a010931beddbb9  libstd
*** 68292,68298 ****
--- 68462,68470 ----
  18ab466b9954d9642be7d5722991de5b  libstdc++-v3/testsuite/20_util/uses_allocator/requirements/uses_allocator_v.cc
  bef7f6ce2b943bedcf36e62a23900963  libstdc++-v3/testsuite/20_util/uses_allocator/value.cc
  701b35735b92d9bc2b835e2b6a402570  libstdc++-v3/testsuite/20_util/variable_templates_for_traits.cc
+ 6dce45ca6786321a8ffe2301d256c870  libstdc++-v3/testsuite/20_util/variant/any.cc
  ba11b2c64461d43f61dcc30cec0af51e  libstdc++-v3/testsuite/20_util/variant/compile.cc
+ 63b131c0c4954980a4496c9c9125608e  libstdc++-v3/testsuite/20_util/variant/deduction.cc
  645bba71399f63755670c859f3a709d9  libstdc++-v3/testsuite/20_util/variant/hash.cc
  14e588585a8caa721d96a32aeb049989  libstdc++-v3/testsuite/20_util/variant/index_type.cc
  9be2e22febf655350e1c131dc5462e24  libstdc++-v3/testsuite/20_util/variant/run.cc
*************** ff82d7967d35db5a23b36c115d41ea8d  libstd
*** 68302,68308 ****
  2a15fe2d50c7a28c25d9fb3e5b6290fd  libstdc++-v3/testsuite/20_util/weak_ptr/cons/deduction.cc
  a30cd1ff67060f0fa007d5eae9cbb1a2  libstdc++-v3/testsuite/20_util/weak_ptr/cons/noexcept_move_construct.cc
  cf53368fd29fb92a7828e51b1a69811f  libstdc++-v3/testsuite/20_util/weak_ptr/lock/1.cc
! aa56ea9a752e0b86086800920deb5d9d  libstdc++-v3/testsuite/20_util/weak_ptr/observers/owner_before.cc
  63bf78f772cf4db9ec5143e342f440a3  libstdc++-v3/testsuite/20_util/weak_ptr/requirements/explicit_instantiation/1.cc
  cb3c5913d5dc19ec31de1eade2dbb4d1  libstdc++-v3/testsuite/20_util/weak_ptr/requirements/explicit_instantiation/2.cc
  012fac89cc128f94a1b9c4e2d4dbb287  libstdc++-v3/testsuite/21_strings/basic_string/40160.cc
--- 68474,68480 ----
  2a15fe2d50c7a28c25d9fb3e5b6290fd  libstdc++-v3/testsuite/20_util/weak_ptr/cons/deduction.cc
  a30cd1ff67060f0fa007d5eae9cbb1a2  libstdc++-v3/testsuite/20_util/weak_ptr/cons/noexcept_move_construct.cc
  cf53368fd29fb92a7828e51b1a69811f  libstdc++-v3/testsuite/20_util/weak_ptr/lock/1.cc
! cc7363cc77e930f75be5bc245259ac42  libstdc++-v3/testsuite/20_util/weak_ptr/observers/owner_before.cc
  63bf78f772cf4db9ec5143e342f440a3  libstdc++-v3/testsuite/20_util/weak_ptr/requirements/explicit_instantiation/1.cc
  cb3c5913d5dc19ec31de1eade2dbb4d1  libstdc++-v3/testsuite/20_util/weak_ptr/requirements/explicit_instantiation/2.cc
  012fac89cc128f94a1b9c4e2d4dbb287  libstdc++-v3/testsuite/21_strings/basic_string/40160.cc
*************** f23a65a93cfd7d4ff409d34fd2448cbd  libstd
*** 68343,68349 ****
  f5186295e269c819d05125030bebe0a3  libstdc++-v3/testsuite/21_strings/basic_string/cons/char/69092.cc
  94bc91f0bcdb9fe9203e9946426297fb  libstdc++-v3/testsuite/21_strings/basic_string/cons/char/7.cc
  d505a67e8a6d0e0ad9175eb672bb5f6f  libstdc++-v3/testsuite/21_strings/basic_string/cons/char/79162.cc
! dab47c2f996afba0dd60cd67c37dce53  libstdc++-v3/testsuite/21_strings/basic_string/cons/char/8.cc
  f5da1e716eebc9cc85fca0e9c0a7258b  libstdc++-v3/testsuite/21_strings/basic_string/cons/char/9.cc
  8ef3d6460e56560496e282c49ae76b11  libstdc++-v3/testsuite/21_strings/basic_string/cons/char/moveable.cc
  b51c1c92d7b3dc4ed705d0ef4ad3d6e5  libstdc++-v3/testsuite/21_strings/basic_string/cons/char/moveable2.cc
--- 68515,68521 ----
  f5186295e269c819d05125030bebe0a3  libstdc++-v3/testsuite/21_strings/basic_string/cons/char/69092.cc
  94bc91f0bcdb9fe9203e9946426297fb  libstdc++-v3/testsuite/21_strings/basic_string/cons/char/7.cc
  d505a67e8a6d0e0ad9175eb672bb5f6f  libstdc++-v3/testsuite/21_strings/basic_string/cons/char/79162.cc
! 451d74335d2894a26a2b31ca7aa3be25  libstdc++-v3/testsuite/21_strings/basic_string/cons/char/8.cc
  f5da1e716eebc9cc85fca0e9c0a7258b  libstdc++-v3/testsuite/21_strings/basic_string/cons/char/9.cc
  8ef3d6460e56560496e282c49ae76b11  libstdc++-v3/testsuite/21_strings/basic_string/cons/char/moveable.cc
  b51c1c92d7b3dc4ed705d0ef4ad3d6e5  libstdc++-v3/testsuite/21_strings/basic_string/cons/char/moveable2.cc
*************** bf1ad9a824d3abf212099174258945de  libstd
*** 68357,68363 ****
  bd613ce9080fd03b2e1ea1c43e9d8cf5  libstdc++-v3/testsuite/21_strings/basic_string/cons/wchar_t/6.cc
  7b808703eb82f1ae31f5c4a203d59d30  libstdc++-v3/testsuite/21_strings/basic_string/cons/wchar_t/7.cc
  d505a67e8a6d0e0ad9175eb672bb5f6f  libstdc++-v3/testsuite/21_strings/basic_string/cons/wchar_t/79162.cc
! 35c74f06cf2f727e5f5cf1fd6dd67ebc  libstdc++-v3/testsuite/21_strings/basic_string/cons/wchar_t/8.cc
  7d22b0658735373d4bc76198dd8b24f7  libstdc++-v3/testsuite/21_strings/basic_string/cons/wchar_t/9.cc
  313b21d61eaae2be3a7124aa8acdc7bc  libstdc++-v3/testsuite/21_strings/basic_string/cons/wchar_t/moveable.cc
  a85694590fb56e0858e1067f23532abb  libstdc++-v3/testsuite/21_strings/basic_string/cons/wchar_t/moveable2.cc
--- 68529,68535 ----
  bd613ce9080fd03b2e1ea1c43e9d8cf5  libstdc++-v3/testsuite/21_strings/basic_string/cons/wchar_t/6.cc
  7b808703eb82f1ae31f5c4a203d59d30  libstdc++-v3/testsuite/21_strings/basic_string/cons/wchar_t/7.cc
  d505a67e8a6d0e0ad9175eb672bb5f6f  libstdc++-v3/testsuite/21_strings/basic_string/cons/wchar_t/79162.cc
! cbbbabedcecccd44510ef377da5c3293  libstdc++-v3/testsuite/21_strings/basic_string/cons/wchar_t/8.cc
  7d22b0658735373d4bc76198dd8b24f7  libstdc++-v3/testsuite/21_strings/basic_string/cons/wchar_t/9.cc
  313b21d61eaae2be3a7124aa8acdc7bc  libstdc++-v3/testsuite/21_strings/basic_string/cons/wchar_t/moveable.cc
  a85694590fb56e0858e1067f23532abb  libstdc++-v3/testsuite/21_strings/basic_string/cons/wchar_t/moveable2.cc
*************** b367b81abfb99a19b917aa79abc6971a  libstd
*** 68563,68570 ****
  0922a5006e85b7f17aca6f14782b6c15  libstdc++-v3/testsuite/21_strings/basic_string_view/operations/compare/char/13650.cc
  b96668feaec51428962a07fb162a7d92  libstdc++-v3/testsuite/21_strings/basic_string_view/operations/compare/wchar_t/1.cc
  887c0baef988b53271b8460548916d7b  libstdc++-v3/testsuite/21_strings/basic_string_view/operations/compare/wchar_t/13650.cc
! 4e2394847b554f623b51a2340a39db15  libstdc++-v3/testsuite/21_strings/basic_string_view/operations/copy/char/1.cc
! f424cd9e0468c3bd345c80ed3f2b0d55  libstdc++-v3/testsuite/21_strings/basic_string_view/operations/copy/wchar_t/1.cc
  b178593999d92cbe5e29f11ccb26422c  libstdc++-v3/testsuite/21_strings/basic_string_view/operations/data/char/1.cc
  0dab42efa58d63a01667ea2a23b61401  libstdc++-v3/testsuite/21_strings/basic_string_view/operations/data/wchar_t/1.cc
  1cce69b11df3551c75bfde72af429f26  libstdc++-v3/testsuite/21_strings/basic_string_view/operations/find/char/1.cc
--- 68735,68742 ----
  0922a5006e85b7f17aca6f14782b6c15  libstdc++-v3/testsuite/21_strings/basic_string_view/operations/compare/char/13650.cc
  b96668feaec51428962a07fb162a7d92  libstdc++-v3/testsuite/21_strings/basic_string_view/operations/compare/wchar_t/1.cc
  887c0baef988b53271b8460548916d7b  libstdc++-v3/testsuite/21_strings/basic_string_view/operations/compare/wchar_t/13650.cc
! b0d715054fde24681f7c69680f7cca9c  libstdc++-v3/testsuite/21_strings/basic_string_view/operations/copy/char/1.cc
! ffc05177a426035ed4161be9083d194e  libstdc++-v3/testsuite/21_strings/basic_string_view/operations/copy/wchar_t/1.cc
  b178593999d92cbe5e29f11ccb26422c  libstdc++-v3/testsuite/21_strings/basic_string_view/operations/data/char/1.cc
  0dab42efa58d63a01667ea2a23b61401  libstdc++-v3/testsuite/21_strings/basic_string_view/operations/data/wchar_t/1.cc
  1cce69b11df3551c75bfde72af429f26  libstdc++-v3/testsuite/21_strings/basic_string_view/operations/find/char/1.cc
*************** d2bc3f8c91885415e28e4817348f3f23  libstd
*** 68779,68784 ****
--- 68951,68957 ----
  17d643b8d8f7a262ad7264b258129389  libstdc++-v3/testsuite/22_locale/collate_byname/requirements/explicit_instantiation.cc
  e4f4339b407bd1cfbab4f687287f4c01  libstdc++-v3/testsuite/22_locale/collate_byname/requirements/typedefs.cc
  9f04085016387b9cc9c7af8ed9d6ec9d  libstdc++-v3/testsuite/22_locale/conversions/buffer/1.cc
+ 3fbaa9f6bcbaf536b0e6d981761efdbd  libstdc++-v3/testsuite/22_locale/conversions/buffer/2.cc
  5d1a8d50c2537b219e297b6e5c0e45ac  libstdc++-v3/testsuite/22_locale/conversions/buffer/requirements/typedefs.cc
  2bb93a6c156a7cd28eb148cdb2944110  libstdc++-v3/testsuite/22_locale/conversions/string/1.cc
  daa27b94b05a3b670d5666a2c3575dd9  libstdc++-v3/testsuite/22_locale/conversions/string/2.cc
*************** bd13768c1fb59f563b7345a4effaeb23  libstd
*** 69681,69694 ****
  0857444eb4d853b8e602cb1a962d3017  libstdc++-v3/testsuite/23_containers/map/modifiers/erase/abi_tag.cc
  43de7cb7b564c807b6e5811609164acb  libstdc++-v3/testsuite/23_containers/map/modifiers/erase/dr130-linkage-check.cc
  7882bc302d230e6cfdcb451ba1896797  libstdc++-v3/testsuite/23_containers/map/modifiers/erase/end_neg.cc
! 441f7efc532d41bc1f642508357a3bd4  libstdc++-v3/testsuite/23_containers/map/modifiers/extract.cc
  dde3e6419372e0b9e1ab3ae9482425e4  libstdc++-v3/testsuite/23_containers/map/modifiers/insert/1.cc
  16cce60570426b1e6db3427ca0decd0f  libstdc++-v3/testsuite/23_containers/map/modifiers/insert/16813.cc
  410c9cf1b3b453cbf5390c7df7c848fb  libstdc++-v3/testsuite/23_containers/map/modifiers/insert/2.cc
  5ca5c0126b98755e2e32a441778a99fd  libstdc++-v3/testsuite/23_containers/map/modifiers/insert/3.cc
  90557eb2bc6d0f0c1c82d048d3efe698  libstdc++-v3/testsuite/23_containers/map/modifiers/insert/4.cc
  07668e6a1eee40e497786c72d14389c4  libstdc++-v3/testsuite/23_containers/map/modifiers/insert/5.cc
! 1b2646b73380f5f33e101006e482dbba  libstdc++-v3/testsuite/23_containers/map/modifiers/insert_or_assign/1.cc
  d7cf4e5478be969ad93fe258fac5e8b1  libstdc++-v3/testsuite/23_containers/map/modifiers/merge.cc
  cf3c42ae6608e37f21add1601be39dee  libstdc++-v3/testsuite/23_containers/map/modifiers/swap/1.cc
  51c9f56c78341522af74007a52ad3e3f  libstdc++-v3/testsuite/23_containers/map/modifiers/swap/2.cc
--- 69854,69867 ----
  0857444eb4d853b8e602cb1a962d3017  libstdc++-v3/testsuite/23_containers/map/modifiers/erase/abi_tag.cc
  43de7cb7b564c807b6e5811609164acb  libstdc++-v3/testsuite/23_containers/map/modifiers/erase/dr130-linkage-check.cc
  7882bc302d230e6cfdcb451ba1896797  libstdc++-v3/testsuite/23_containers/map/modifiers/erase/end_neg.cc
! c0ec763ba5a93105ac4c4f55452bebed  libstdc++-v3/testsuite/23_containers/map/modifiers/extract.cc
  dde3e6419372e0b9e1ab3ae9482425e4  libstdc++-v3/testsuite/23_containers/map/modifiers/insert/1.cc
  16cce60570426b1e6db3427ca0decd0f  libstdc++-v3/testsuite/23_containers/map/modifiers/insert/16813.cc
  410c9cf1b3b453cbf5390c7df7c848fb  libstdc++-v3/testsuite/23_containers/map/modifiers/insert/2.cc
  5ca5c0126b98755e2e32a441778a99fd  libstdc++-v3/testsuite/23_containers/map/modifiers/insert/3.cc
  90557eb2bc6d0f0c1c82d048d3efe698  libstdc++-v3/testsuite/23_containers/map/modifiers/insert/4.cc
  07668e6a1eee40e497786c72d14389c4  libstdc++-v3/testsuite/23_containers/map/modifiers/insert/5.cc
! d6d6d82e9873bee150a9ed98743149e0  libstdc++-v3/testsuite/23_containers/map/modifiers/insert_or_assign/1.cc
  d7cf4e5478be969ad93fe258fac5e8b1  libstdc++-v3/testsuite/23_containers/map/modifiers/merge.cc
  cf3c42ae6608e37f21add1601be39dee  libstdc++-v3/testsuite/23_containers/map/modifiers/swap/1.cc
  51c9f56c78341522af74007a52ad3e3f  libstdc++-v3/testsuite/23_containers/map/modifiers/swap/2.cc
*************** b6599439308746a43b51c7ce9a67ee4f  libstd
*** 69907,69913 ****
  c35dd3e086a9793af35aea9737e88faa  libstdc++-v3/testsuite/23_containers/set/modifiers/erase/51142.cc
  fffdaa252a6b306417e9785f7a811f0d  libstdc++-v3/testsuite/23_containers/set/modifiers/erase/abi_tag.cc
  cfba12add359c87a8ee582f854c9d84b  libstdc++-v3/testsuite/23_containers/set/modifiers/erase/dr130-linkage-check.cc
! 9e12ef306b72d7b28a911ba944ca66b9  libstdc++-v3/testsuite/23_containers/set/modifiers/extract.cc
  b6f4581868c73819b031dc622deb92c0  libstdc++-v3/testsuite/23_containers/set/modifiers/insert/1.cc
  25aff770d38dbc27e598fcb7b69c4663  libstdc++-v3/testsuite/23_containers/set/modifiers/insert/2.cc
  3d85637c097c32d88eddc787677e7415  libstdc++-v3/testsuite/23_containers/set/modifiers/insert/3.cc
--- 70080,70086 ----
  c35dd3e086a9793af35aea9737e88faa  libstdc++-v3/testsuite/23_containers/set/modifiers/erase/51142.cc
  fffdaa252a6b306417e9785f7a811f0d  libstdc++-v3/testsuite/23_containers/set/modifiers/erase/abi_tag.cc
  cfba12add359c87a8ee582f854c9d84b  libstdc++-v3/testsuite/23_containers/set/modifiers/erase/dr130-linkage-check.cc
! 35d31fa4faa60b5524d033bb86baf945  libstdc++-v3/testsuite/23_containers/set/modifiers/extract.cc
  b6f4581868c73819b031dc622deb92c0  libstdc++-v3/testsuite/23_containers/set/modifiers/insert/1.cc
  25aff770d38dbc27e598fcb7b69c4663  libstdc++-v3/testsuite/23_containers/set/modifiers/insert/2.cc
  3d85637c097c32d88eddc787677e7415  libstdc++-v3/testsuite/23_containers/set/modifiers/insert/3.cc
*************** e55764f0d9e6fd8c3324fd5229552392  libstd
*** 69999,70006 ****
  4e989101ea7c114e637862fb8789ea78  libstdc++-v3/testsuite/23_containers/unordered_map/insert/map_single_move-2.cc
  b1fa65fa677a05fdb88f73f986a59a3f  libstdc++-v3/testsuite/23_containers/unordered_map/modifiers/61667.cc
  ff5a1259cd9c9f1577882ed1c825b3a5  libstdc++-v3/testsuite/23_containers/unordered_map/modifiers/emplace.cc
! cb871aa4c165a1a3d79ceba22c0f61e7  libstdc++-v3/testsuite/23_containers/unordered_map/modifiers/extract.cc
! a8844bc4f1d6b917401ebd3d5ac55774  libstdc++-v3/testsuite/23_containers/unordered_map/modifiers/insert_or_assign.cc
  2ef50a93f6199ce38f81b98ca1de5f63  libstdc++-v3/testsuite/23_containers/unordered_map/modifiers/merge.cc
  f06813e91d1e0de71be4891d23a85c25  libstdc++-v3/testsuite/23_containers/unordered_map/modifiers/reserve.cc
  5efc7dffdfe784aee556a4da5f8b4941  libstdc++-v3/testsuite/23_containers/unordered_map/modifiers/try_emplace.cc
--- 70172,70179 ----
  4e989101ea7c114e637862fb8789ea78  libstdc++-v3/testsuite/23_containers/unordered_map/insert/map_single_move-2.cc
  b1fa65fa677a05fdb88f73f986a59a3f  libstdc++-v3/testsuite/23_containers/unordered_map/modifiers/61667.cc
  ff5a1259cd9c9f1577882ed1c825b3a5  libstdc++-v3/testsuite/23_containers/unordered_map/modifiers/emplace.cc
! 7cd8667cf8bfe9c5035472829bd910d7  libstdc++-v3/testsuite/23_containers/unordered_map/modifiers/extract.cc
! 1c48a58b349317f1e2153ca2ecbb5a1f  libstdc++-v3/testsuite/23_containers/unordered_map/modifiers/insert_or_assign.cc
  2ef50a93f6199ce38f81b98ca1de5f63  libstdc++-v3/testsuite/23_containers/unordered_map/modifiers/merge.cc
  f06813e91d1e0de71be4891d23a85c25  libstdc++-v3/testsuite/23_containers/unordered_map/modifiers/reserve.cc
  5efc7dffdfe784aee556a4da5f8b4941  libstdc++-v3/testsuite/23_containers/unordered_map/modifiers/try_emplace.cc
*************** b889304c5639b7ddbb9a162fd2093f12  libstd
*** 70245,70251 ****
  99dafa18f337407ff49e1ad386c46c92  libstdc++-v3/testsuite/23_containers/unordered_set/instantiation_neg.cc
  b04ad9bc574f5432aeddb5a1bf50f76e  libstdc++-v3/testsuite/23_containers/unordered_set/max_load_factor/robustness.cc
  249db83a1cc94ea41d771b0035caf487  libstdc++-v3/testsuite/23_containers/unordered_set/modifiers/emplace.cc
! dbc4c6f83618cb9f39d3b9c57ee1f9b2  libstdc++-v3/testsuite/23_containers/unordered_set/modifiers/extract.cc
  51ddfc1a39f11502fd853e3d0c0d174e  libstdc++-v3/testsuite/23_containers/unordered_set/modifiers/merge.cc
  2b1942db78a206bfaa42dcd8c6703040  libstdc++-v3/testsuite/23_containers/unordered_set/modifiers/reserve.cc
  0aa58dadfe3bab499fa34d4bc45acc09  libstdc++-v3/testsuite/23_containers/unordered_set/modifiers/swap.cc
--- 70418,70424 ----
  99dafa18f337407ff49e1ad386c46c92  libstdc++-v3/testsuite/23_containers/unordered_set/instantiation_neg.cc
  b04ad9bc574f5432aeddb5a1bf50f76e  libstdc++-v3/testsuite/23_containers/unordered_set/max_load_factor/robustness.cc
  249db83a1cc94ea41d771b0035caf487  libstdc++-v3/testsuite/23_containers/unordered_set/modifiers/emplace.cc
! 4b69ac54fe8228a743ae6bc8b3bf17c3  libstdc++-v3/testsuite/23_containers/unordered_set/modifiers/extract.cc
  51ddfc1a39f11502fd853e3d0c0d174e  libstdc++-v3/testsuite/23_containers/unordered_set/modifiers/merge.cc
  2b1942db78a206bfaa42dcd8c6703040  libstdc++-v3/testsuite/23_containers/unordered_set/modifiers/reserve.cc
  0aa58dadfe3bab499fa34d4bc45acc09  libstdc++-v3/testsuite/23_containers/unordered_set/modifiers/swap.cc
*************** ff01ea2886a376dc7e73fffa0239a6ea  libstd
*** 70344,70349 ****
--- 70517,70523 ----
  485c7597d8ccbfd3813357997aae9ddb  libstdc++-v3/testsuite/23_containers/vector/cons/6513.cc
  7b7d7932a48427137dc07de2891b0f55  libstdc++-v3/testsuite/23_containers/vector/cons/clear_allocator.cc
  6cee276333e0ed87b4a1239ebc23bd63  libstdc++-v3/testsuite/23_containers/vector/cons/cons_size.cc
+ 1149f68be2cb7fade6ecca63a6167d1b  libstdc++-v3/testsuite/23_containers/vector/cons/destructible_neg.cc
  b5ac5a0885c85edb71592b124f4ca3fe  libstdc++-v3/testsuite/23_containers/vector/cons/moveable.cc
  cbf199308f3659984498d156b5b92278  libstdc++-v3/testsuite/23_containers/vector/cons/moveable2.cc
  aab8668817d757f5b5965e023bd3551b  libstdc++-v3/testsuite/23_containers/vector/cons/noexcept_move_construct.cc
*************** cdd6f42f76a461a0d877a5e843a63288  libstd
*** 70888,70898 ****
--- 71062,71074 ----
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  b7a2afcad8d9715bb04d5517fea97d1a  libstdc++-v3/testsuite/25_algorithms/search/requirements/explicit_instantiation/pod.cc
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*************** d5d1eb8fe8feb163b6020725a01d8a2d  libstd
*** 71643,71649 ****
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! 39dbc20f6cc76dc974aac25c48fb8842  libstdc++-v3/testsuite/27_io/basic_istream/extractors_arithmetic/char/12.cc
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  d026ba65fa8a50f71e3f55404fa3093e  libstdc++-v3/testsuite/27_io/basic_istream/extractors_arithmetic/char/dr696.cc
--- 71819,71825 ----
  247f67475984b2142891a8c5c85cd719  libstdc++-v3/testsuite/27_io/basic_istream/extractors_arithmetic/char/09.cc
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  b70b5488385833734b744f91efb3868f  libstdc++-v3/testsuite/27_io/basic_istream/extractors_arithmetic/char/11.cc
! 403744cc874eeabfa71f62e6e09440ae  libstdc++-v3/testsuite/27_io/basic_istream/extractors_arithmetic/char/12.cc
  919722c34a17f1dcad03c2db09bf4e3a  libstdc++-v3/testsuite/27_io/basic_istream/extractors_arithmetic/char/13.cc
  d2b6734aeb14cb9a97d5ad6e11c92d66  libstdc++-v3/testsuite/27_io/basic_istream/extractors_arithmetic/char/9555-ia.cc
  d026ba65fa8a50f71e3f55404fa3093e  libstdc++-v3/testsuite/27_io/basic_istream/extractors_arithmetic/char/dr696.cc
*************** f90a6c73f776a99626c84453d9b85742  libstd
*** 72283,72289 ****
  d6777deb3560401d3084579d4d20df16  libstdc++-v3/testsuite/27_io/objects/wchar_t/9_xin.cc
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! 065793efa1de3245538406043af9eeef  libstdc++-v3/testsuite/27_io/rvalue_streams-2.cc
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  af523c706aa75b7dbc6d01334d6dfd08  libstdc++-v3/testsuite/27_io/types/1.cc
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--- 72459,72465 ----
  d6777deb3560401d3084579d4d20df16  libstdc++-v3/testsuite/27_io/objects/wchar_t/9_xin.cc
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! 2ecc2c4611b66dc4bfd935fe38538b06  libstdc++-v3/testsuite/27_io/rvalue_streams-2.cc
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*************** e7a32f176e8ff753b91b35b9ea4b64c6  libstd
*** 72348,72353 ****
--- 72524,72530 ----
  e4c27095034800a082d72a80a58399b0  libstdc++-v3/testsuite/28_regex/basic_regex/ctors/47724.cc
  dd63937b8c263de0a49ef7b0dcf84481  libstdc++-v3/testsuite/28_regex/basic_regex/ctors/basic/cstring.cc
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*************** a3c6959ebd7d033e9879f0349030bfa7  libstd
*** 72617,72628 ****
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! b4c6016d2f6c417c5eba2c0b5a842062  libstdc++-v3/testsuite/30_threads/promise/members/set_exception2.cc
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--- 72794,72806 ----
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! cbc64588a8b2b060e863b68358a3380e  libstdc++-v3/testsuite/30_threads/promise/members/set_exception2.cc
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*************** b2df58986c1bcb59429696b72b7ecd4f  libstd
*** 72658,72667 ****
  2165b628bb069c0880b54ff147ee7159  libstdc++-v3/testsuite/30_threads/recursive_timed_mutex/try_lock_until/2.cc
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! 06846e9e2b8daa0eb0f195157aaf9759  libstdc++-v3/testsuite/30_threads/scoped_lock/cons/1.cc
! 979efeb98508e4cf869ee0b8a435d1f2  libstdc++-v3/testsuite/30_threads/scoped_lock/cons/deduction.cc
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--- 72836,72845 ----
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! 2bb5426e1f10e55b1e72c5e854b1160f  libstdc++-v3/testsuite/30_threads/scoped_lock/cons/1.cc
! 82b2948da103296edc92d48e5d959d8e  libstdc++-v3/testsuite/30_threads/scoped_lock/cons/deduction.cc
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! 5ecbef86a088f76d3574f745abe2751a  libstdc++-v3/testsuite/30_threads/scoped_lock/requirements/typedefs.cc
  83a4057ce0f4727d109db357f0cf03dc  libstdc++-v3/testsuite/30_threads/shared_future/cons/assign.cc
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  d36990405f32eace14fcb10101368081  libstdc++-v3/testsuite/30_threads/shared_future/cons/copy.cc
*************** e690022b354c37e2f122939b9575a0ba  libstd
*** 73141,73146 ****
--- 73319,73325 ----
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  3a761cf8e8fb83123d61edf65091c15c  libstdc++-v3/testsuite/experimental/ratio/value.cc
  b590a2a4c56fe9189f6505aeb0897abd  libstdc++-v3/testsuite/experimental/set/erasure.cc
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  3048fd5b8608f05f7333dfadf3b9ed92  libstdc++-v3/testsuite/experimental/string_view/cons/char/1.cc
*************** a005d02b8faa9e9f9e6bbb1a53b7d7e1  libstd
*** 74450,74456 ****
  9de1f1055f99a58e1edaa402537b60a3  libstdc++-v3/testsuite/util/statistic/sample_mean.hpp
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! efea65f797cb22675ea1b603fbf02c44  libstdc++-v3/testsuite/util/testsuite_abi.cc
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--- 74629,74635 ----
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! 23c9a6aacdebf29cce42d4cab0a58913  libstdc++-v3/testsuite/util/testsuite_abi.cc
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*************** ead7378c068848783ee20a8f22dfa62b  libstd
*** 74481,74487 ****
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! e22f899213167b2ede0f0c83b1d65ae3  libvtv/ChangeLog
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--- 74660,74666 ----
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! ab2632fb9079d1ce3070fe05878c9aae  libvtv/ChangeLog
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*************** cd997674ad70ed883d545f2687b35af2  libvtv
*** 74564,74587 ****
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! f81204e6b556feb896f5f176dab524e0  maintainer-scripts/gcc_release
  4b1217d62242596f1d1b439c25dce68f  maintainer-scripts/generate_libstdcxx_web_docs
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--- 74743,74766 ----
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*************** fbe2467afef81c41c166173adeb0ee20  mkdep
*** 74594,74600 ****
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  2effeeacadeab8edd2c3c4ae856f019d  zlib/ChangeLog.gcj
  0e9a37be8e3b85cc0ccf60504064c297  zlib/ChangeLog.jit
  b7a1991f01daea3efe108a215c5514a5  zlib/FAQ
--- 74773,74779 ----
  cf2baa0854f564a7785307e79f155efc  symlink-tree
  cb06c1be6a41d68b0a65e0c1a91752bc  ylwrap
  03bf3ba8089f4bf475ef4035cf316a47  zlib/CMakeLists.txt
! 2efe87daf224bdfdcdff00388dee7b41  zlib/ChangeLog
  2effeeacadeab8edd2c3c4ae856f019d  zlib/ChangeLog.gcj
  0e9a37be8e3b85cc0ccf60504064c297  zlib/ChangeLog.jit
  b7a1991f01daea3efe108a215c5514a5  zlib/FAQ
diff -Nrcpad gcc-7.1.0/NEWS gcc-7.2.0/NEWS
*** gcc-7.1.0/NEWS	Tue May  2 12:45:25 2017
--- gcc-7.2.0/NEWS	Mon Aug 14 08:04:51 2017
*************** see ONEWS.
*** 6,25 ****
  
  ======================================================================
  http://gcc.gnu.org/gcc-7/index.html
                                GCC 7 Release Series
  
!    May 2, 2017
  
     The [1]GNU project and the GCC developers are pleased to announce the
!    release of GCC 7.1.
  
!    This release is a major release, containing new features (as well as
!    many other improvements) relative to GCC 6.x.
  
  Release History
  
     GCC 7.1
!           May 2, 2017 ([2]changes, [3]documentation)
  
  References and Acknowledgements
  
--- 6,29 ----
  
  ======================================================================
  http://gcc.gnu.org/gcc-7/index.html
+ 
                                GCC 7 Release Series
  
!    Aug 14, 2017
  
     The [1]GNU project and the GCC developers are pleased to announce the
!    release of GCC 7.2.
  
!    This release is a bug-fix release, containing fixes for regressions in
!    GCC 7.1 relative to previous releases of GCC.
  
  Release History
  
+    GCC 7.2
+           Aug 14, 2017 ([2]changes, [3]documentation)
+ 
     GCC 7.1
!           May 2, 2017 ([4]changes, [5]documentation)
  
  References and Acknowledgements
  
*************** References and Acknowledgements
*** 27,80 ****
     supports several other languages aside from C, it now stands for the
     GNU Compiler Collection.
  
!    A list of [4]successful builds is updated as new information becomes
     available.
  
     The GCC developers would like to thank the numerous people that have
     contributed new features, improvements, bug fixes, and other changes as
!    well as test results to GCC. This [5]amazing group of volunteers is
     what makes GCC successful.
  
!    For additional information about GCC please refer to the [6]GCC project
!    web site or contact the [7]GCC development mailing list.
  
!    To obtain GCC please use [8]our mirror sites or [9]our SVN server.
  
  
      For questions related to the use of GCC, please consult these web
!     pages and the [10]GCC manuals. If that fails, the
!     [11]gcc-help@gcc.gnu.org mailing list might help. Comments on these
      web pages and the development of GCC are welcome on our developer
!     list at [12]gcc@gcc.gnu.org. All of [13]our lists have public
      archives.
  
!    Copyright (C) [14]Free Software Foundation, Inc. Verbatim copying and
     distribution of this entire article is permitted in any medium,
     provided this notice is preserved.
  
!    These pages are [15]maintained by the GCC team. Last modified
!    2017-05-02[16].
  
  References
  
     1. http://www.gnu.org/
     2. http://gcc.gnu.org/gcc-7/changes.html
!    3. http://gcc.gnu.org/onlinedocs/7.1.0/
!    4. http://gcc.gnu.org/gcc-7/buildstat.html
!    5. http://gcc.gnu.org/onlinedocs/gcc/Contributors.html
!    6. http://gcc.gnu.org/index.html
!    7. mailto:gcc@gcc.gnu.org
!    8. http://gcc.gnu.org/mirrors.html
!    9. http://gcc.gnu.org/svn.html
!   10. https://gcc.gnu.org/onlinedocs/
!   11. mailto:gcc-help@gcc.gnu.org
!   12. mailto:gcc@gcc.gnu.org
!   13. https://gcc.gnu.org/lists.html
!   14. http://www.fsf.org/
!   15. https://gcc.gnu.org/about.html
!   16. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-7/changes.html
                                GCC 7 Release Series
                          Changes, New Features, and Fixes
  
--- 31,87 ----
     supports several other languages aside from C, it now stands for the
     GNU Compiler Collection.
  
!    A list of [6]successful builds is updated as new information becomes
     available.
  
     The GCC developers would like to thank the numerous people that have
     contributed new features, improvements, bug fixes, and other changes as
!    well as test results to GCC. This [7]amazing group of volunteers is
     what makes GCC successful.
  
!    For additional information about GCC please refer to the [8]GCC project
!    web site or contact the [9]GCC development mailing list.
  
!    To obtain GCC please use [10]our mirror sites or [11]our SVN server.
  
  
      For questions related to the use of GCC, please consult these web
!     pages and the [12]GCC manuals. If that fails, the
!     [13]gcc-help@gcc.gnu.org mailing list might help. Comments on these
      web pages and the development of GCC are welcome on our developer
!     list at [14]gcc@gcc.gnu.org. All of [15]our lists have public
      archives.
  
!    Copyright (C) [16]Free Software Foundation, Inc. Verbatim copying and
     distribution of this entire article is permitted in any medium,
     provided this notice is preserved.
  
!    These pages are [17]maintained by the GCC team. Last modified
!    2017-08-14[18].
  
  References
  
     1. http://www.gnu.org/
     2. http://gcc.gnu.org/gcc-7/changes.html
!    3. http://gcc.gnu.org/onlinedocs/7.2.0/
!    4. http://gcc.gnu.org/gcc-7/changes.html
!    5. http://gcc.gnu.org/onlinedocs/7.1.0/
!    6. http://gcc.gnu.org/gcc-7/buildstat.html
!    7. http://gcc.gnu.org/onlinedocs/gcc/Contributors.html
!    8. http://gcc.gnu.org/index.html
!    9. mailto:gcc@gcc.gnu.org
!   10. http://gcc.gnu.org/mirrors.html
!   11. http://gcc.gnu.org/svn.html
!   12. https://gcc.gnu.org/onlinedocs/
!   13. mailto:gcc-help@gcc.gnu.org
!   14. mailto:gcc@gcc.gnu.org
!   15. https://gcc.gnu.org/lists.html
!   16. http://www.fsf.org/
!   17. https://gcc.gnu.org/about.html
!   18. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-7/changes.html
+ 
                                GCC 7 Release Series
                          Changes, New Features, and Fixes
  
*************** http://gcc.gnu.org/gcc-7/changes.html
*** 82,90 ****
     in GCC 7. For more information, see the [1]Porting to GCC 7 page and
     the [2]full GCC documentation.
  
- Disclaimer: GCC 7 has not been released yet, so this document is a
- work-in-progress.
- 
  Caveats
  
       * GCC now uses [3]LRA (a new local register allocator) by default for
--- 89,94 ----
*************** Caveats
*** 96,101 ****
--- 100,112 ----
         removed in a future version.
       * The Cilk+ extensions to the C and C++ languages have been
         deprecated.
+      * On ARM targets (arm*-*-*), [5]a bug introduced in GCC 5 that
+        affects conformance to the procedure call standard (AAPCS) has been
+        fixed. The bug affects some C++ code where class objects are passed
+        by value to functions and could result in incorrect or inconsistent
+        code being generated. This is an ABI change. If the option -Wpsabi
+        is enabled (on by default) the compiler will emit a diagnostic note
+        for code that might be affected.
  
  General Optimizer Improvements
  
*************** General Optimizer Improvements
*** 112,119 ****
       * A new code hoisting optimization has been added to the partial
         redundancy elimination pass. It attempts to move evaluation of
         expressions executed on all paths to the function exit as early as
!        possible, which helps primarily for code size, but can be useful
!        for speed of generated code as well. It is enabled by the
         -fcode-hoisting option and at the -O2 optimization level or higher
         (and -Os).
       * A new interprocedural bitwise constant propagation optimization has
--- 123,130 ----
       * A new code hoisting optimization has been added to the partial
         redundancy elimination pass. It attempts to move evaluation of
         expressions executed on all paths to the function exit as early as
!        possible. This primarily helps improve code size, but can improve
!        the speed of the generated code as well. It is enabled by the
         -fcode-hoisting option and at the -O2 optimization level or higher
         (and -Os).
       * A new interprocedural bitwise constant propagation optimization has
*************** General Optimizer Improvements
*** 126,141 ****
         GCC 6, and therefore the option -fipa-cp-alignment is now
         deprecated and ignored.
       * A new interprocedural value range propagation optimization has been
!        added, which propagates integral ranges that variable values can be
!        proven to be within across the call graph. It is enabled by the
!        -fipa-vrp option and at the -O2 optimization level and higher (and
!        -Os).
!      * A new loop splitting optimization pass has been added. It splits
!        certain loops if they contain a condition that is always true on
!        one side of the iteration space and always false on the other into
!        two loops where each of the new two loops iterates just on one of
!        the sides of the iteration space and the condition does not need to
!        be checked inside of the loop. It is enabled by the -fsplit-loops
         option and at the -O3 optimization level or higher.
       * The shrink-wrapping optimization can now separate portions of
         prologues and epilogues to improve performance if some of the work
--- 137,152 ----
         GCC 6, and therefore the option -fipa-cp-alignment is now
         deprecated and ignored.
       * A new interprocedural value range propagation optimization has been
!        added, which propagates integral range information across the call
!        graph when variable values can be proven to be within those ranges.
!        It is enabled by the -fipa-vrp option and at the -O2 optimization
!        level and higher (and -Os).
!      * A new loop splitting optimization pass has been added. Certain
!        loops which contain a condition that is always true on one side of
!        the iteration space and always false on the other are split into
!        two loops, such that each of the two new loops iterates on just one
!        side of the iteration space and the condition does not need to be
!        checked inside of the loop. It is enabled by the -fsplit-loops
         option and at the -O3 optimization level or higher.
       * The shrink-wrapping optimization can now separate portions of
         prologues and epilogues to improve performance if some of the work
*************** Address 0x7fffb8dba990 is located in sta
*** 177,201 ****
         The option is enabled by default with -fsanitize=address and
         disabled by default with -fsanitize=kernel-address. Compared to the
         LLVM compiler, where the option already exists, the implementation
!        in the GCC compiler has couple of improvements and advantages:
!           + A complex usage of gotos and case labels are properly handled
!             and should not report any false positive or false negatives.
            + C++ temporaries are sanitized.
            + Sanitization can handle invalid memory stores that are
!             optimized out by the LLVM compiler when using an optimization
!             level.
       * The -fsanitize=signed-integer-overflow suboption of the
         UndefinedBehavior Sanitizer now diagnoses arithmetic overflows even
         on arithmetic operations with generic vectors.
!      * Version 5 of the [5]DWARF debugging information standard is
         supported through the -gdwarf-5 option. The DWARF version 4
!        debugging information remains the default until debugging
!        information consumers are adjusted.
  
  New Languages and Language specific improvements
  
     OpenACC support in C, C++, and Fortran continues to be maintained and
!    improved. See the [6]OpenACC and [7]Offloading wiki pages for further
     information.
  
    Ada
--- 188,212 ----
         The option is enabled by default with -fsanitize=address and
         disabled by default with -fsanitize=kernel-address. Compared to the
         LLVM compiler, where the option already exists, the implementation
!        in the GCC compiler has some improvements and advantages:
!           + Complex uses of gotos and case labels are properly handled and
!             should not report any false positive or false negatives.
            + C++ temporaries are sanitized.
            + Sanitization can handle invalid memory stores that are
!             optimized out by the LLVM compiler when optimization is
!             enabled.
       * The -fsanitize=signed-integer-overflow suboption of the
         UndefinedBehavior Sanitizer now diagnoses arithmetic overflows even
         on arithmetic operations with generic vectors.
!      * Version 5 of the [6]DWARF debugging information standard is
         supported through the -gdwarf-5 option. The DWARF version 4
!        debugging information remains the default until consumers of
!        debugging information are adjusted.
  
  New Languages and Language specific improvements
  
     OpenACC support in C, C++, and Fortran continues to be maintained and
!    improved. See the [7]OpenACC and [8]Offloading wiki pages for further
     information.
  
    Ada
*************** New Languages and Language specific impr
*** 220,226 ****
              This warning has five different levels. The compiler is able
              to parse a wide range of fallthrough comments, depending on
              the level. It also handles control-flow statements, such as
!             ifs. It's possible to suppres the warning by either adding a
              fallthrough comment, or by using a null statement:
              __attribute__ ((fallthrough)); (C, C++), or [[fallthrough]];
              (C++17), or [[gnu::fallthrough]]; (C++11/C++14). This warning
--- 231,237 ----
              This warning has five different levels. The compiler is able
              to parse a wide range of fallthrough comments, depending on
              the level. It also handles control-flow statements, such as
!             ifs. It's possible to suppress the warning by either adding a
              fallthrough comment, or by using a null statement:
              __attribute__ ((fallthrough)); (C, C++), or [[fallthrough]];
              (C++17), or [[gnu::fallthrough]]; (C++11/C++14). This warning
*************** void f (int n)
*** 439,445 ****
      d = alloca (n);
    else
      d = malloc (n);
!   â€¦
  }
  
  warning: argument to 'alloca may be too large due to conversion from 'int' to 'l
--- 450,456 ----
      d = alloca (n);
    else
      d = malloc (n);
!   ...
  }
  
  warning: argument to 'alloca may be too large due to conversion from 'int' to 'l
*************** ong unsigned int' [-Walloca-larger-than=
*** 452,458 ****
  void f (size_t n)
  {
    char *d = alloca (n);
!   â€¦
  }
  
  warning: unbounded use of 'alloca' [-Walloca-larger-than=]
--- 463,469 ----
  void f (size_t n)
  {
    char *d = alloca (n);
!   ...
  }
  
  warning: unbounded use of 'alloca' [-Walloca-larger-than=]
*************** note: 'sprintf' output between 3 and 4 b
*** 488,494 ****
              -O2 and higher.
              For example, the following function attempts to format an
              integer between 0 and 255 in hexadecimal, including the 0x
!             prefix, into a buffer of four charactars. But since the
              function must always terminate output by the null character
              ('\0') such a buffer is only big enough to fit just one digit
              plus the prefix. Therefore the snprintf call is diagnosed. To
--- 499,505 ----
              -O2 and higher.
              For example, the following function attempts to format an
              integer between 0 and 255 in hexadecimal, including the 0x
!             prefix, into a buffer of four characters. But since the
              function must always terminate output by the null character
              ('\0') such a buffer is only big enough to fit just one digit
              plus the prefix. Therefore the snprintf call is diagnosed. To
*************** void f (unsigned x)
*** 500,506 ****
  {
    char d[4];
    snprintf (d, sizeof d, "%#02x", x & 0xff);
!   â€¦
  }
  
  warning: 'snprintf' output may be truncated before the last format character [-W
--- 511,517 ----
  {
    char d[4];
    snprintf (d, sizeof d, "%#02x", x & 0xff);
!   ...
  }
  
  warning: 'snprintf' output may be truncated before the last format character [-W
*************** note: 'snprintf' output between 3 and 5
*** 514,520 ****
              more cases of the problem than in prior GCC versions.
            + The -Wstringop-overflow=type option detects buffer overflow in
              calls to string handling functions like memcpy and strcpy. The
!             option relies on [8]Object Size Checking and has an effect
              similar to defining the _FORTIFY_SOURCE macro.
              -Wstringop-overflow=2 is enabled by default.
              For example, in the following snippet, because the call to
--- 525,531 ----
              more cases of the problem than in prior GCC versions.
            + The -Wstringop-overflow=type option detects buffer overflow in
              calls to string handling functions like memcpy and strcpy. The
!             option relies on [9]Object Size Checking and has an effect
              similar to defining the _FORTIFY_SOURCE macro.
              -Wstringop-overflow=2 is enabled by default.
              For example, in the following snippet, because the call to
*************** void f (const char *fname)
*** 528,534 ****
    char d[8];
    strncpy (d, "/tmp/", sizeof d);
    strncat (d, fname, sizeof d);
!   â€¦
  }
  
  warning: specified bound 8 equals the size of the destination [-Wstringop-overfl
--- 539,545 ----
    char d[8];
    strncpy (d, "/tmp/", sizeof d);
    strncat (d, fname, sizeof d);
!   ...
  }
  
  warning: specified bound 8 equals the size of the destination [-Wstringop-overfl
*************** enum {
*** 603,617 ****
       * The C++ front end has experimental support for all of the current
         C++17 draft with the -std=c++1z or -std=gnu++1z flags, including if
         constexpr, class template argument deduction, auto template
!        parameters, and decomposition declarations. For a full list of new
!        features, see [9]the C++ status page.
       * C++17 support for new of over-aligned types can be enabled in other
         modes with the -faligned-new flag.
       * The C++17 evaluation order requirements can be selected in other
         modes with the -fstrong-eval-order flag, or disabled in C++17 mode
         with -fno-strong-eval-order.
       * The default semantics of inherited constructors has changed in all
!        modes, following [10]P0136. Essentially, overload resolution
         happens as if calling the inherited constructor directly, and the
         compiler fills in construction of the other bases and members as
         needed. Most uses should not need any changes. The old behavior can
--- 614,628 ----
       * The C++ front end has experimental support for all of the current
         C++17 draft with the -std=c++1z or -std=gnu++1z flags, including if
         constexpr, class template argument deduction, auto template
!        parameters, and structured bindings. For a full list of new
!        features, see [10]the C++ status page.
       * C++17 support for new of over-aligned types can be enabled in other
         modes with the -faligned-new flag.
       * The C++17 evaluation order requirements can be selected in other
         modes with the -fstrong-eval-order flag, or disabled in C++17 mode
         with -fno-strong-eval-order.
       * The default semantics of inherited constructors has changed in all
!        modes, following [11]P0136. Essentially, overload resolution
         happens as if calling the inherited constructor directly, and the
         compiler fills in construction of the other bases and members as
         needed. Most uses should not need any changes. The old behavior can
*************** test.cc:4:11: error: expected ';' after
*** 635,641 ****
      Runtime Library (libstdc++)
  
       * The type of exception thrown by iostreams, std::ios_base::failure,
!        now uses the [11]cxx11 ABI.
       * Experimental support for C++17, including the following new
         features:
            + std::string_view;
--- 646,652 ----
      Runtime Library (libstdc++)
  
       * The type of exception thrown by iostreams, std::ios_base::failure,
!        now uses the [12]cxx11 ABI.
       * Experimental support for C++17, including the following new
         features:
            + std::string_view;
*************** test.cc:4:11: error: expected ';' after
*** 666,675 ****
            + std::as_const, std::not_fn,
              std::has_unique_object_representations, constexpr
              std::addressof.
!        Thanks to Daniel KrÃ¼gler, Tim Shen, Edward Smith-Rowland, and Ville
!        Voutilainen for work on the C++17 support.
       * A new power-of-two rehashing policy for use with the _Hashtable
!        internals, thanks to FranÃ§ois Dumont.
  
    Fortran
  
--- 677,686 ----
            + std::as_const, std::not_fn,
              std::has_unique_object_representations, constexpr
              std::addressof.
!        Thanks to Daniel Kruegler, Tim Shen, Edward Smith-Rowland, and
!        Ville Voutilainen for work on the C++17 support.
       * A new power-of-two rehashing policy for use with the _Hashtable
!        internals, thanks to Franc,ois Dumont.
  
    Fortran
  
*************** end program test
*** 701,711 ****
  At line 8 of file do_check_12.f90
  Fortran runtime error: Loop iterates infinitely
  
!      * Version 4.5 of the [12]OpenMP specification is now partially
!        supported also in the Fortran compiler; the largest missing item is
         structure element mapping.
       * User-defined derived-type input/output (UDTIO) is added.
!      * Derived type coarrays with allocable and pointer components is
         partially supported.
       * Non-constant stop codes and error stop codes (Fortran 2015
         feature).
--- 712,722 ----
  At line 8 of file do_check_12.f90
  Fortran runtime error: Loop iterates infinitely
  
!      * Version 4.5 of the [13]OpenMP specification is now partially
!        supported in the Fortran compiler; the largest missing item is
         structure element mapping.
       * User-defined derived-type input/output (UDTIO) is added.
!      * Derived type coarrays with allocatable and pointer components are
         partially supported.
       * Non-constant stop codes and error stop codes (Fortran 2015
         feature).
*************** Fortran runtime error: Loop iterates inf
*** 713,718 ****
--- 724,730 ----
       * Intrinsic assignment to polymorphic variables.
       * Improved submodule support.
       * Improved diagnostics (polymorphic results in pure functions).
+      * Coarray: Support for failed images (Fortan 2015 feature).
  
    Go
  
*************** libgccjit
*** 733,739 ****
  
     The libgccjit API gained support for marking calls as requiring
     tail-call optimization via a new entrypoint:
!    [13]gcc_jit_rvalue_set_bool_require_tail_call.
  
     libgccjit performs numerous checks at the API boundary, but if these
     succeed, it previously ignored errors and other diagnostics emitted
--- 745,751 ----
  
     The libgccjit API gained support for marking calls as requiring
     tail-call optimization via a new entrypoint:
!    [14]gcc_jit_rvalue_set_bool_require_tail_call.
  
     libgccjit performs numerous checks at the API boundary, but if these
     succeed, it previously ignored errors and other diagnostics emitted
*************** New Targets and Target Specific Improvem
*** 746,757 ****
  
    AArch64
  
       * The ARMv8.3-A architecture is now supported. It can be used by
         specifying the -march=armv8.3-a option.
       * The option -msign-return-address= is supported to enable return
         address protection using ARMv8.3-A Pointer Authentication
         Extensions. For more information on the arguments accepted by this
!        option, please refer to [14]AArch64-Options.
       * The ARMv8.2-A architecture and the ARMv8.2-A 16-bit Floating-Point
         Extensions are now supported. They can be used by specifying the
         -march=armv8.2-a or -march=armv8.2-a+fp16 options. The 16-bit
--- 758,772 ----
  
    AArch64
  
+      * GCC has been updated to the latest revision of the procedure call
+        standard (AAPCS64) to provide support for parameter passing when
+        data types have been over-aligned.
       * The ARMv8.3-A architecture is now supported. It can be used by
         specifying the -march=armv8.3-a option.
       * The option -msign-return-address= is supported to enable return
         address protection using ARMv8.3-A Pointer Authentication
         Extensions. For more information on the arguments accepted by this
!        option, please refer to [15]AArch64-Options.
       * The ARMv8.2-A architecture and the ARMv8.2-A 16-bit Floating-Point
         Extensions are now supported. They can be used by specifying the
         -march=armv8.2-a or -march=armv8.2-a+fp16 options. The 16-bit
*************** New Targets and Target Specific Improvem
*** 769,780 ****
  
    ARC
  
!      * Add support for ARC HS and ARC EM processors.
!      * Add support for ARC EM variation found in Intel QuarkSE SoCs.
!      * Add support for NPS400 ARC700 based CPUs.
       * Thread Local Storage is now supported by ARC CPUs.
!      * Fix errors for ARC600 when using 32x16 multiplier option.
!      * Fix PIE for ARC CPUs.
       * New CPU templates are supported via multilib.
  
    ARM
--- 784,795 ----
  
    ARC
  
!      * Added support for ARC HS and ARC EM processors.
!      * Added support for ARC EM variation found in Intel QuarkSE SoCs.
!      * Added support for NPS400 ARC700 based CPUs.
       * Thread Local Storage is now supported by ARC CPUs.
!      * Fixed errors for ARC600 when using 32x16 multiplier option.
!      * Fixed PIE for ARC CPUs.
       * New CPU templates are supported via multilib.
  
    ARM
*************** New Targets and Target Specific Improvem
*** 800,816 ****
         options, for example: -mcpu=cortex-a73 or -mtune=cortex-m33.
       * A new command-line option -mpure-code has been added. It does not
         allow constant data to be placed in code sections. This option is
!        only available when generating non-pic code for ARMv7-M targets.
       * Support for the ACLE Coprocessor Intrinsics has been added. This
         enables the generation of coprocessor instructions through the use
         of intrinsics such as cdp, ldc, and others.
       * The configure option --with-multilib-list now accepts the value
         rmprofile to build multilib libraries for a range of embedded
!        targets. See our [15]installation instructions for details.
  
    AVR
  
!      * On the reduced Tiny cores, the progmem [16]variable attribute is
         now properly supported. Respective read-only variables are located
         in flash memory in section .progmem.data. No special code is needed
         to access such variables; the compiler automatically adds an offset
--- 815,831 ----
         options, for example: -mcpu=cortex-a73 or -mtune=cortex-m33.
       * A new command-line option -mpure-code has been added. It does not
         allow constant data to be placed in code sections. This option is
!        only available when generating non-PIC code for ARMv7-M targets.
       * Support for the ACLE Coprocessor Intrinsics has been added. This
         enables the generation of coprocessor instructions through the use
         of intrinsics such as cdp, ldc, and others.
       * The configure option --with-multilib-list now accepts the value
         rmprofile to build multilib libraries for a range of embedded
!        targets. See our [16]installation instructions for details.
  
    AVR
  
!      * On the reduced Tiny cores, the progmem [17]variable attribute is
         now properly supported. Respective read-only variables are located
         in flash memory in section .progmem.data. No special code is needed
         to access such variables; the compiler automatically adds an offset
*************** const int* get_address (unsigned idx)
*** 835,844 ****
  }
  
       * A new command-line option -Wmisspelled-isr has been added. It turns
!        off â€” or turns into errors â€” warnings that are reported for
         interrupt service routines (ISRs) which don't follow AVR-LibC's
         naming convention of prefixing ISR names with __vector.
!      * __builtin_avr_nops(n) is a new [17]built-in function that inserts n
         NOP instructions into the instruction stream. n must be a value
         known at compile time.
  
--- 850,859 ----
  }
  
       * A new command-line option -Wmisspelled-isr has been added. It turns
!        off -- or turns into errors -- warnings that are reported for
         interrupt service routines (ISRs) which don't follow AVR-LibC's
         naming convention of prefixing ISR names with __vector.
!      * __builtin_avr_nops(n) is a new [18]built-in function that inserts n
         NOP instructions into the instruction stream. n must be a value
         known at compile time.
  
*************** const int* get_address (unsigned idx)
*** 853,859 ****
    NVPTX
  
       * OpenMP target regions can now be offloaded to NVidia PTX GPGPUs.
!        See the [18]Offloading Wiki on how to configure it.
  
    PowerPC / PowerPC64 / RS6000
  
--- 868,874 ----
    NVPTX
  
       * OpenMP target regions can now be offloaded to NVidia PTX GPGPUs.
!        See the [19]Offloading Wiki on how to configure it.
  
    PowerPC / PowerPC64 / RS6000
  
*************** const int* get_address (unsigned idx)
*** 876,881 ****
--- 891,907 ----
         -mstack-protector-guard-offset= change how the stack protector gets
         the value to use as canary.
  
+   S/390, System z, IBM z Systems, IBM Z
+ 
+      * Support for the IBM z14 processor has been added. When using the
+        -march=z14 option, the compiler will generate code making use of
+        the new instructions introduced with the vector enhancement
+        facility and the miscellaneous instruction extension facility 2.
+        The -mtune=z14 option enables z14 specific instruction scheduling
+        without making use of new instructions.
+      * Builtins for the new vector instructions have been added and can be
+        enabled using the -mzvector option.
+ 
    RISC-V
  
       * Support for the RISC-V instruction set has been added.
*************** Operating Systems
*** 894,900 ****
  
    Fuchsia
  
!      * Support has been added for the [19]Fuchsia OS.
  
    RTEMS
  
--- 920,926 ----
  
    Fuchsia
  
!      * Support has been added for the [20]Fuchsia OS.
  
    RTEMS
  
*************** x-early-inliner-iterations'?
*** 997,1088 ****
       * Profile-guided optimization (PGO) instrumentation, as well as test
         coverage (GCOV), can newly instrument constructors (functions marks
         with __attribute__((constructor))), destructors and C++
!        constructors (and destructors) of classes that are used as a type
         of a global variable.
       * A new option -fprofile-update=atomic prevents creation of corrupted
!        profiles created during instrumentation run (-fprofile=generate) of
!        an application. Downside of the option is a speed penalty.
!        Providing -pthread on command line would result in selection of
!        atomic profile updating (when supports by a target).
       * GCC's already extensive testsuite has gained some new capabilities,
         to further improve the reliability of the compiler:
!           + GCC now has has an internal unit testing API and a suite of
!             tests for programmatic self-testing of subsystems.
            + GCC's C frontend has been extended so that it can parse dumps
              of GCC's internal representations, allowing for DejaGnu tests
              that more directly exercise specific optimization passes. This
!             covers both the [20]GIMPLE representation (for testing
!             higher-level optimizations) and the [21]RTL representation,
              allowing for more direct testing of lower-level details, such
              as register allocation and instruction selection.
  
  
      For questions related to the use of GCC, please consult these web
!     pages and the [22]GCC manuals. If that fails, the
!     [23]gcc-help@gcc.gnu.org mailing list might help. Comments on these
      web pages and the development of GCC are welcome on our developer
!     list at [24]gcc@gcc.gnu.org. All of [25]our lists have public
      archives.
  
!    Copyright (C) [26]Free Software Foundation, Inc. Verbatim copying and
     distribution of this entire article is permitted in any medium,
     provided this notice is preserved.
  
!    These pages are [27]maintained by the GCC team. Last modified
!    2017-05-01[28].
  
  References
  
     1. http://gcc.gnu.org/gcc-7/porting_to.html
     2. http://gcc.gnu.org/onlinedocs/index.html#current
     3. https://gcc.gnu.org/wiki/LRAIsDefault
!    4. https://gcc.gnu.org/onlinedocs/libstdc++/manual/profile_mode.html
!    5. http://www.dwarfstd.org/Download.php
!    6. https://gcc.gnu.org/wiki/OpenACC
!    7. https://gcc.gnu.org/wiki/Offloading
!    8. https://gcc.gnu.org/onlinedocs/gcc/Object-Size-Checking.html
!    9. https://gcc.gnu.org/projects/cxx-status.html#cxx1z
!   10. http://wg21.link/p0136
!   11. https://gcc.gnu.org/onlinedocs/libstdc++/manual/using_dual_abi.html
!   12. http://www.openmp.org/specifications/
!   13. https://gcc.gnu.org/onlinedocs/jit/topics/expressions.html#gcc_jit_rvalue_set_bool_require_tail_call
!   14. https://gcc.gnu.org/onlinedocs/gcc/AArch64-Options.html#AArch64-Options
!   15. https://gcc.gnu.org/install/configure.html
!   16. https://gcc.gnu.org/onlinedocs/gcc/AVR-Variable-Attributes.html
!   17. https://gcc.gnu.org/onlinedocs/gcc/AVR-Built-in-Functions.html
!   18. https://gcc.gnu.org/wiki/Offloading
!   19. https://fuchsia.googlesource.com/
!   20. https://gcc.gnu.org/onlinedocs/gccint/GIMPLE-Tests.html
!   21. https://gcc.gnu.org/onlinedocs/gccint/RTL-Tests.html
!   22. https://gcc.gnu.org/onlinedocs/
!   23. mailto:gcc-help@gcc.gnu.org
!   24. mailto:gcc@gcc.gnu.org
!   25. https://gcc.gnu.org/lists.html
!   26. http://www.fsf.org/
!   27. https://gcc.gnu.org/about.html
!   28. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-6/index.html
                                GCC 6 Release Series
  
!    December 21, 2016
  
     The [1]GNU project and the GCC developers are pleased to announce the
!    release of GCC 6.3.
  
     This release is a bug-fix release, containing fixes for regressions in
!    GCC 6.2 relative to previous releases of GCC.
  
  Release History
  
     GCC 6.3
!           December 21, 2016 ([2]changes, [3]documentation)
  
     GCC 6.2
!           August 22, 2016 ([4]changes, [5]documentation)
  
     GCC 6.1
!           April 27, 2016 ([6]changes, [7]documentation)
  
  References and Acknowledgements
  
--- 1023,1155 ----
       * Profile-guided optimization (PGO) instrumentation, as well as test
         coverage (GCOV), can newly instrument constructors (functions marks
         with __attribute__((constructor))), destructors and C++
!        constructors (and destructors) of classes that are used as the type
         of a global variable.
       * A new option -fprofile-update=atomic prevents creation of corrupted
!        profiles created during an instrumentation run (-fprofile=generate)
!        of an application. The downside of the option is a speed penalty.
!        Providing -pthread on the command line selects atomic profile
!        updating (when supported by the target).
       * GCC's already extensive testsuite has gained some new capabilities,
         to further improve the reliability of the compiler:
!           + GCC now has an internal unit-testing API and a suite of tests
!             for programmatic self-testing of subsystems.
            + GCC's C frontend has been extended so that it can parse dumps
              of GCC's internal representations, allowing for DejaGnu tests
              that more directly exercise specific optimization passes. This
!             covers both the [21]GIMPLE representation (for testing
!             higher-level optimizations) and the [22]RTL representation,
              allowing for more direct testing of lower-level details, such
              as register allocation and instruction selection.
  
+ GCC 7.1
+ 
+    This is the [23]list of problem reports (PRs) from GCC's bug tracking
+    system that are known to be fixed in the 7.1 release. This list might
+    not be complete (that is, it is possible that some PRs that have been
+    fixed are not listed here).
+ 
+ GCC 7.2
+ 
+    This is the [24]list of problem reports (PRs) from GCC's bug tracking
+    system that are known to be fixed in the 7.2 release. This list might
+    not be complete (that is, it is possible that some PRs that have been
+    fixed are not listed here).
+ 
+   Target Specific Changes
+ 
+     SPARC
+ 
+      * Support for the SPARC M8 processor has been added.
+      * The switches -mfix-ut700 and -mfix-gr712rc have been added to work
+        around an erratum in LEON3FT processors.
+      * Use of the Floating-point Multiply Single to Double (FsMULd)
+        instruction can now be controlled by the -mfsmuld and -fno-fsmuld
+        options.
+ 
+   Operating Systems
+ 
+     RTEMS
+ 
+      * The Ada run-time support uses now thread-local storage (TLS).
+      * Support for RISC-V has been added.
+      * Support for 64-bit PowerPC using the ELFv2 ABI with 64-bit long
+        double has been added.
+ 
  
      For questions related to the use of GCC, please consult these web
!     pages and the [25]GCC manuals. If that fails, the
!     [26]gcc-help@gcc.gnu.org mailing list might help. Comments on these
      web pages and the development of GCC are welcome on our developer
!     list at [27]gcc@gcc.gnu.org. All of [28]our lists have public
      archives.
  
!    Copyright (C) [29]Free Software Foundation, Inc. Verbatim copying and
     distribution of this entire article is permitted in any medium,
     provided this notice is preserved.
  
!    These pages are [30]maintained by the GCC team. Last modified
!    2017-08-04[31].
  
  References
  
     1. http://gcc.gnu.org/gcc-7/porting_to.html
     2. http://gcc.gnu.org/onlinedocs/index.html#current
     3. https://gcc.gnu.org/wiki/LRAIsDefault
!    4. https://gcc.gnu.org/onlinedocs/gcc-7.1.0/libstdc++/manual/manual/profile_mode.html
!    5. https://gcc.gnu.org/bugzilla/show_bug.cgi?id=77728
!    6. http://www.dwarfstd.org/Download.php
!    7. https://gcc.gnu.org/wiki/OpenACC
!    8. https://gcc.gnu.org/wiki/Offloading
!    9. https://gcc.gnu.org/onlinedocs/gcc-7.1.0/gcc/Object-Size-Checking.html
!   10. https://gcc.gnu.org/projects/cxx-status.html#cxx1z
!   11. http://wg21.link/p0136
!   12. https://gcc.gnu.org/onlinedocs/gcc-7.1.0/libstdc++/manual/using_dual_abi.html
!   13. http://www.openmp.org/specifications/
!   14. https://gcc.gnu.org/onlinedocs/gcc-7.1.0/jit/topics/expressions.html#gcc_jit_rvalue_set_bool_require_tail_call
!   15. https://gcc.gnu.org/onlinedocs/gcc-7.1.0/gcc/AArch64-Options.html#AArch64-Options
!   16. https://gcc.gnu.org/install/configure.html
!   17. https://gcc.gnu.org/onlinedocs/gcc-7.1.0/gcc/AVR-Variable-Attributes.html
!   18. https://gcc.gnu.org/onlinedocs/gcc-7.1.0/gcc/AVR-Built-in-Functions.html
!   19. https://gcc.gnu.org/wiki/Offloading
!   20. https://fuchsia.googlesource.com/
!   21. https://gcc.gnu.org/onlinedocs/gcc-7.1.0/gccint/GIMPLE-Tests.html
!   22. https://gcc.gnu.org/onlinedocs/gcc-7.1.0/gccint/RTL-Tests.html
!   23. https://gcc.gnu.org/bugzilla/buglist.cgi?bug_status=RESOLVED&resolution=FIXED&target_milestone=7.0
!   24. https://gcc.gnu.org/bugzilla/buglist.cgi?bug_status=RESOLVED&resolution=FIXED&target_milestone=7.2
!   25. https://gcc.gnu.org/onlinedocs/
!   26. mailto:gcc-help@gcc.gnu.org
!   27. mailto:gcc@gcc.gnu.org
!   28. https://gcc.gnu.org/lists.html
!   29. http://www.fsf.org/
!   30. https://gcc.gnu.org/about.html
!   31. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-6/index.html
+ 
                                GCC 6 Release Series
  
!    July 4, 2017
  
     The [1]GNU project and the GCC developers are pleased to announce the
!    release of GCC 6.4.
  
     This release is a bug-fix release, containing fixes for regressions in
!    GCC 6.3 relative to previous releases of GCC.
  
  Release History
  
+    GCC 6.4
+           July 4, 2017 ([2]changes, [3]documentation)
+ 
     GCC 6.3
!           December 21, 2016 ([4]changes, [5]documentation)
  
     GCC 6.2
!           August 22, 2016 ([6]changes, [7]documentation)
  
     GCC 6.1
!           April 27, 2016 ([8]changes, [9]documentation)
  
  References and Acknowledgements
  
*************** References and Acknowledgements
*** 1090,1147 ****
     supports several other languages aside from C, it now stands for the
     GNU Compiler Collection.
  
!    A list of [8]successful builds is updated as new information becomes
     available.
  
     The GCC developers would like to thank the numerous people that have
     contributed new features, improvements, bug fixes, and other changes as
!    well as test results to GCC. This [9]amazing group of volunteers is
     what makes GCC successful.
  
!    For additional information about GCC please refer to the [10]GCC
!    project web site or contact the [11]GCC development mailing list.
  
!    To obtain GCC please use [12]our mirror sites or [13]our SVN server.
  
  
      For questions related to the use of GCC, please consult these web
!     pages and the [14]GCC manuals. If that fails, the
!     [15]gcc-help@gcc.gnu.org mailing list might help. Comments on these
      web pages and the development of GCC are welcome on our developer
!     list at [16]gcc@gcc.gnu.org. All of [17]our lists have public
      archives.
  
!    Copyright (C) [18]Free Software Foundation, Inc. Verbatim copying and
     distribution of this entire article is permitted in any medium,
     provided this notice is preserved.
  
!    These pages are [19]maintained by the GCC team. Last modified
!    2016-12-21[20].
  
  References
  
     1. http://www.gnu.org/
     2. http://gcc.gnu.org/gcc-6/changes.html
!    3. http://gcc.gnu.org/onlinedocs/6.3.0/
     4. http://gcc.gnu.org/gcc-6/changes.html
!    5. http://gcc.gnu.org/onlinedocs/6.2.0/
     6. http://gcc.gnu.org/gcc-6/changes.html
!    7. http://gcc.gnu.org/onlinedocs/6.1.0/
!    8. http://gcc.gnu.org/gcc-6/buildstat.html
!    9. http://gcc.gnu.org/onlinedocs/gcc/Contributors.html
!   10. http://gcc.gnu.org/index.html
!   11. mailto:gcc@gcc.gnu.org
!   12. http://gcc.gnu.org/mirrors.html
!   13. http://gcc.gnu.org/svn.html
!   14. https://gcc.gnu.org/onlinedocs/
!   15. mailto:gcc-help@gcc.gnu.org
!   16. mailto:gcc@gcc.gnu.org
!   17. https://gcc.gnu.org/lists.html
!   18. http://www.fsf.org/
!   19. https://gcc.gnu.org/about.html
!   20. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-6/changes.html
                                GCC 6 Release Series
                          Changes, New Features, and Fixes
  
--- 1157,1217 ----
     supports several other languages aside from C, it now stands for the
     GNU Compiler Collection.
  
!    A list of [10]successful builds is updated as new information becomes
     available.
  
     The GCC developers would like to thank the numerous people that have
     contributed new features, improvements, bug fixes, and other changes as
!    well as test results to GCC. This [11]amazing group of volunteers is
     what makes GCC successful.
  
!    For additional information about GCC please refer to the [12]GCC
!    project web site or contact the [13]GCC development mailing list.
  
!    To obtain GCC please use [14]our mirror sites or [15]our SVN server.
  
  
      For questions related to the use of GCC, please consult these web
!     pages and the [16]GCC manuals. If that fails, the
!     [17]gcc-help@gcc.gnu.org mailing list might help. Comments on these
      web pages and the development of GCC are welcome on our developer
!     list at [18]gcc@gcc.gnu.org. All of [19]our lists have public
      archives.
  
!    Copyright (C) [20]Free Software Foundation, Inc. Verbatim copying and
     distribution of this entire article is permitted in any medium,
     provided this notice is preserved.
  
!    These pages are [21]maintained by the GCC team. Last modified
!    2017-07-04[22].
  
  References
  
     1. http://www.gnu.org/
     2. http://gcc.gnu.org/gcc-6/changes.html
!    3. http://gcc.gnu.org/onlinedocs/6.4.0/
     4. http://gcc.gnu.org/gcc-6/changes.html
!    5. http://gcc.gnu.org/onlinedocs/6.3.0/
     6. http://gcc.gnu.org/gcc-6/changes.html
!    7. http://gcc.gnu.org/onlinedocs/6.2.0/
!    8. http://gcc.gnu.org/gcc-6/changes.html
!    9. http://gcc.gnu.org/onlinedocs/6.1.0/
!   10. http://gcc.gnu.org/gcc-6/buildstat.html
!   11. http://gcc.gnu.org/onlinedocs/gcc/Contributors.html
!   12. http://gcc.gnu.org/index.html
!   13. mailto:gcc@gcc.gnu.org
!   14. http://gcc.gnu.org/mirrors.html
!   15. http://gcc.gnu.org/svn.html
!   16. https://gcc.gnu.org/onlinedocs/
!   17. mailto:gcc-help@gcc.gnu.org
!   18. mailto:gcc@gcc.gnu.org
!   19. https://gcc.gnu.org/lists.html
!   20. http://www.fsf.org/
!   21. https://gcc.gnu.org/about.html
!   22. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-6/changes.html
+ 
                                GCC 6 Release Series
                          Changes, New Features, and Fixes
  
*************** Target Specific Changes
*** 1810,1829 ****
       * Support for the [23]deprecated pcommit instruction has been
         removed.
  
  
      For questions related to the use of GCC, please consult these web
!     pages and the [24]GCC manuals. If that fails, the
!     [25]gcc-help@gcc.gnu.org mailing list might help. Comments on these
      web pages and the development of GCC are welcome on our developer
!     list at [26]gcc@gcc.gnu.org. All of [27]our lists have public
      archives.
  
!    Copyright (C) [28]Free Software Foundation, Inc. Verbatim copying and
     distribution of this entire article is permitted in any medium,
     provided this notice is preserved.
  
!    These pages are [29]maintained by the GCC team. Last modified
!    2017-04-07[30].
  
  References
  
--- 1880,1912 ----
       * Support for the [23]deprecated pcommit instruction has been
         removed.
  
+                                     GCC 6.4
+ 
+    This is the [24]list of problem reports (PRs) from GCC's bug tracking
+    system that are known to be fixed in the 6.4 release. This list might
+    not be complete (that is, it is possible that some PRs that have been
+    fixed are not listed here).
+ 
+ Operating Systems
+ 
+   RTEMS
+ 
+      * The ABI changes on ARM so that no short enums are used by default.
+ 
  
      For questions related to the use of GCC, please consult these web
!     pages and the [25]GCC manuals. If that fails, the
!     [26]gcc-help@gcc.gnu.org mailing list might help. Comments on these
      web pages and the development of GCC are welcome on our developer
!     list at [27]gcc@gcc.gnu.org. All of [28]our lists have public
      archives.
  
!    Copyright (C) [29]Free Software Foundation, Inc. Verbatim copying and
     distribution of this entire article is permitted in any medium,
     provided this notice is preserved.
  
!    These pages are [30]maintained by the GCC team. Last modified
!    2017-07-04[31].
  
  References
  
*************** References
*** 1831,1837 ****
     2. http://gcc.gnu.org/onlinedocs/index.html#current
     3. https://gcc.gnu.org/ml/gcc/2015-08/msg00101.html
     4. https://gcc.gnu.org/bugzilla/show_bug.cgi?id=71151
!    5. http://www.openacc.org/
     6. https://gcc.gnu.org/wiki/OpenACC
     7. https://gcc.gnu.org/wiki/Offloading
     8. http://www.openmp.org/specifications/
--- 1914,1920 ----
     2. http://gcc.gnu.org/onlinedocs/index.html#current
     3. https://gcc.gnu.org/ml/gcc/2015-08/msg00101.html
     4. https://gcc.gnu.org/bugzilla/show_bug.cgi?id=71151
!    5. https://www.openacc.org/
     6. https://gcc.gnu.org/wiki/OpenACC
     7. https://gcc.gnu.org/wiki/Offloading
     8. http://www.openmp.org/specifications/
*************** References
*** 1850,1864 ****
    21. https://gcc.gnu.org/bugzilla/buglist.cgi?bug_status=RESOLVED&resolution=FIXED&target_milestone=6.2
    22. https://gcc.gnu.org/bugzilla/buglist.cgi?bug_status=RESOLVED&resolution=FIXED&target_milestone=6.3
    23. https://software.intel.com/en-us/blogs/2016/09/12/deprecate-pcommit-instruction
!   24. https://gcc.gnu.org/onlinedocs/
!   25. mailto:gcc-help@gcc.gnu.org
!   26. mailto:gcc@gcc.gnu.org
!   27. https://gcc.gnu.org/lists.html
!   28. http://www.fsf.org/
!   29. https://gcc.gnu.org/about.html
!   30. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-5/index.html
                                GCC 5 Release Series
  
     June 3, 2016
--- 1933,1949 ----
    21. https://gcc.gnu.org/bugzilla/buglist.cgi?bug_status=RESOLVED&resolution=FIXED&target_milestone=6.2
    22. https://gcc.gnu.org/bugzilla/buglist.cgi?bug_status=RESOLVED&resolution=FIXED&target_milestone=6.3
    23. https://software.intel.com/en-us/blogs/2016/09/12/deprecate-pcommit-instruction
!   24. https://gcc.gnu.org/bugzilla/buglist.cgi?bug_status=RESOLVED&resolution=FIXED&target_milestone=6.4
!   25. https://gcc.gnu.org/onlinedocs/
!   26. mailto:gcc-help@gcc.gnu.org
!   27. mailto:gcc@gcc.gnu.org
!   28. https://gcc.gnu.org/lists.html
!   29. http://www.fsf.org/
!   30. https://gcc.gnu.org/about.html
!   31. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-5/index.html
+ 
                                GCC 5 Release Series
  
     June 3, 2016
*************** References
*** 1943,1948 ****
--- 2028,2034 ----
    22. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-5/changes.html
+ 
                                GCC 5 Release Series
                          Changes, New Features, and Fixes
  
*************** References
*** 2830,2836 ****
     1. http://gcc.gnu.org/gcc-5/changes.html#libstdcxx
     2. https://gcc.gnu.org/onlinedocs/gcc/Spec-Files.html
     3. https://savannah.nongnu.org/bugs/?44574
!    4. https://gcc.gnu.org/wiki/Intel MPX support in the GCC compiler
     5. http://www.openmp.org/wp-content/uploads/OpenMP4.0.0.pdf
     6. http://www.openmp.org/wp-content/uploads/OpenMP4.0.0.Examples.pdf
     7. https://gcc.gnu.org/wiki/OpenACC
--- 2916,2922 ----
     1. http://gcc.gnu.org/gcc-5/changes.html#libstdcxx
     2. https://gcc.gnu.org/onlinedocs/gcc/Spec-Files.html
     3. https://savannah.nongnu.org/bugs/?44574
!    4. https://gcc.gnu.org/wiki/Intel%20MPX%20support%20in%20the%20GCC%20compiler
     5. http://www.openmp.org/wp-content/uploads/OpenMP4.0.0.pdf
     6. http://www.openmp.org/wp-content/uploads/OpenMP4.0.0.Examples.pdf
     7. https://gcc.gnu.org/wiki/OpenACC
*************** References
*** 2881,2886 ****
--- 2967,2973 ----
    52. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-4.9/index.html
+ 
                               GCC 4.9 Release Series
  
     Aug 3, 2016
*************** References
*** 2972,2977 ****
--- 3059,3065 ----
    24. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-4.9/changes.html
+ 
                               GCC 4.9 Release Series
                          Changes, New Features, and Fixes
  
*************** New Languages and Language specific impr
*** 3085,3105 ****
         -fdiagnostics-color=never.
         Sample diagnostics output:
      $ g++ -fdiagnostics-color=always -S -Wall test.C
!     test.C: In function â€˜int foo()â€™:
      test.C:1:14: warning: no return statement in function returning non-void [-W
  return-type]
       int foo () { }
                    ^
      test.C:2:46: error: template instantiation depth exceeds maximum of 900 (use
!  -ftemplate-depth= to increase the maximum) instantiating â€˜struct X<100>â€™
       template <int N> struct X { static const int value = X<N-1>::value; }; temp
  late struct X<1000>;
                                                    ^
!     test.C:2:46:   recursively required from â€˜const int X<999>::valueâ€™
!     test.C:2:46:   required from â€˜const int X<1000>::valueâ€™
      test.C:2:88:   required from here
  
!     test.C:2:46: error: incomplete type â€˜X<100>â€™ used in nested name specifier
  
       * With the new [7]#pragma GCC ivdep, the user can assert that there
         are no loop-carried dependencies which would prevent concurrent
--- 3173,3193 ----
         -fdiagnostics-color=never.
         Sample diagnostics output:
      $ g++ -fdiagnostics-color=always -S -Wall test.C
!     test.C: In function `int foo()':
      test.C:1:14: warning: no return statement in function returning non-void [-W
  return-type]
       int foo () { }
                    ^
      test.C:2:46: error: template instantiation depth exceeds maximum of 900 (use
!  -ftemplate-depth= to increase the maximum) instantiating `struct X<100>'
       template <int N> struct X { static const int value = X<N-1>::value; }; temp
  late struct X<1000>;
                                                    ^
!     test.C:2:46:   recursively required from `const int X<999>::value'
!     test.C:2:46:   required from `const int X<1000>::value'
      test.C:2:88:   required from here
  
!     test.C:2:46: error: incomplete type `X<100>' used in nested name specifier
  
       * With the new [7]#pragma GCC ivdep, the user can assert that there
         are no loop-carried dependencies which would prevent concurrent
*************** auto incr = [](auto x) { return x++; };
*** 3204,3214 ****
  // a functional object that will add two like-type objects
  auto add = [] <typename T> (T a, T b) { return a + b; };
  
!      * G++ supports unconstrained generic functions as specified by Â§4.1.2
!        and Â§5.1.1 of [16]N3889: Concepts Lite Specification. Briefly, auto
!        may be used as a type-specifier in a parameter declaration of any
!        function declarator in order to introduce an implicit function
!        template parameter, akin to generic lambdas.
  
  // the following two function declarations are equivalent
  auto incr(auto x) { return x++; }
--- 3292,3302 ----
  // a functional object that will add two like-type objects
  auto add = [] <typename T> (T a, T b) { return a + b; };
  
!      * G++ supports unconstrained generic functions as specified by
!        S:4.1.2 and S:5.1.1 of [16]N3889: Concepts Lite Specification.
!        Briefly, auto may be used as a type-specifier in a parameter
!        declaration of any function declarator in order to introduce an
!        implicit function template parameter, akin to generic lambdas.
  
  // the following two function declarations are equivalent
  auto incr(auto x) { return x++; }
*************** auto incr(T x) { return x++; }
*** 3298,3304 ****
         be used as argument to ISO_C_BINDING's C_LOC and as actual argument
         to another NO_ARG_CHECK dummy argument; also the other constraints
         of TYPE(*) apply. The dummy arguments should be declared as scalar
!        or assumed-size variable of type type(*) (recommended) â€“ or of type
         integer, real, complex or logical. With NO_ARG_CHECK, a pointer to
         the data without further type or shape information is passed,
         similar to C's void*. Note that also TS 29113's
--- 3386,3392 ----
         be used as argument to ISO_C_BINDING's C_LOC and as actual argument
         to another NO_ARG_CHECK dummy argument; also the other constraints
         of TYPE(*) apply. The dummy arguments should be declared as scalar
!        or assumed-size variable of type type(*) (recommended) - or of type
         integer, real, complex or logical. With NO_ARG_CHECK, a pointer to
         the data without further type or shape information is passed,
         similar to C's void*. Note that also TS 29113's
*************** References
*** 3622,3627 ****
--- 3710,3716 ----
    35. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-4.8/index.html
+ 
                               GCC 4.8 Release Series
  
     June 23, 2015
*************** References
*** 3718,3723 ****
--- 3807,3813 ----
    26. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-4.8/changes.html
+ 
                               GCC 4.8 Release Series
                          Changes, New Features, and Fixes
  
*************** New Languages and Language specific impr
*** 3846,3853 ****
         diagnostics. Combined with the caret information, an example
         diagnostic showing these two features is:
  
! t.c:1:94: error: invalid operands to binary < (have â€˜struct mystructâ€™ and â€˜float
! â€™)
   #define MYMAX(A,B)    __extension__ ({ __typeof__(A) __a = (A); __typeof__(B) _
  _b = (B); __a < __b ? __b : __a; })
  
--- 3936,3943 ----
         diagnostics. Combined with the caret information, an example
         diagnostic showing these two features is:
  
! t.c:1:94: error: invalid operands to binary < (have `struct mystruct' and `float
! ')
   #define MYMAX(A,B)    __extension__ ({ __typeof__(A) __a = (A); __typeof__(B) _
  _b = (B); __a < __b ? __b : __a; })
  
*************** int i = A().f();  // error, f() requires
*** 3971,3978 ****
              older versions except as noted below.
            + ABI: Some internal names (used in the assembler/object file)
              have changed for symbols declared in the specification part of
!             a module. If an affected module â€“ or a file using it via use
!             association â€“ is recompiled, the module and all files which
              directly use such symbols have to be recompiled as well. This
              change only affects the following kind of module symbols:
                 o Procedure pointers. Note: C-interoperable function
--- 4061,4068 ----
              older versions except as noted below.
            + ABI: Some internal names (used in the assembler/object file)
              have changed for symbols declared in the specification part of
!             a module. If an affected module - or a file using it via use
!             association - is recompiled, the module and all files which
              directly use such symbols have to be recompiled as well. This
              change only affects the following kind of module symbols:
                 o Procedure pointers. Note: C-interoperable function
*************** int i = A().f();  // error, f() requires
*** 3999,4005 ****
       * The [21]-Wcompare-reals command-line option has been added. When
         this is set, warnings are issued when comparing REAL or COMPLEX
         types for equality and inequality; consider replacing a == b by
!        abs(aâˆ’b) < eps with a suitable eps. -Wcompare-reals is enabled by
         -Wextra.
       * The [22]-Wtarget-lifetime command-line option has been added
         (enabled with -Wall), which warns if the pointer in a pointer
--- 4089,4095 ----
       * The [21]-Wcompare-reals command-line option has been added. When
         this is set, warnings are issued when comparing REAL or COMPLEX
         types for equality and inequality; consider replacing a == b by
!        abs(a-b) < eps with a suitable eps. -Wcompare-reals is enabled by
         -Wextra.
       * The [22]-Wtarget-lifetime command-line option has been added
         (enabled with -Wall), which warns if the pointer in a pointer
*************** int i = A().f();  // error, f() requires
*** 4011,4017 ****
         4.0e0).
         (For Fortran source code, consider replacing the "q" in
         floating-point literals by a kind parameter (e.g. 4.0e0_qp with a
!        suitable qp). Note that â€“ in Fortran source code â€“ replacing "q" by
         a simple "e" is not equivalent.)
       * The GFORTRAN_TMPDIR environment variable for specifying a
         non-default directory for files opened with STATUS="SCRATCH", is
--- 4101,4107 ----
         4.0e0).
         (For Fortran source code, consider replacing the "q" in
         floating-point literals by a kind parameter (e.g. 4.0e0_qp with a
!        suitable qp). Note that - in Fortran source code - replacing "q" by
         a simple "e" is not equivalent.)
       * The GFORTRAN_TMPDIR environment variable for specifying a
         non-default directory for files opened with STATUS="SCRATCH", is
*************** New Targets and Target Specific Improvem
*** 4106,4113 ****
      }
         The inline assembler in this example will generate code like
      mov r24, 8+7
!        provided c is allocated to R24 and val is allocated to R8â€¦R15. This
!        works because the GNU assembler accepts plain register numbers
         without register prefix.
       * Static initializers with 3-byte symbols are supported now:
      extern const __memx char foo;
--- 4196,4203 ----
      }
         The inline assembler in this example will generate code like
      mov r24, 8+7
!        provided c is allocated to R24 and val is allocated to R8...R15.
!        This works because the GNU assembler accepts plain register numbers
         without register prefix.
       * Static initializers with 3-byte symbols are supported now:
      extern const __memx char foo;
*************** References
*** 4470,4476 ****
    23. https://gcc.gnu.org/onlinedocs/gfortran/TMPDIR.html
    24. https://gcc.gnu.org/wiki/Fortran2003Status
    25. https://gcc.gnu.org/wiki/TS29113Status
!   26. https://gcc.gnu.org/viewcvs/trunk/libgfortran/libgfortran.h?content-type=text/plain&view=co
    27. http://chasm-interop.sourceforge.net/
    28. https://gcc.gnu.org/wiki/avr-gcc#Fixed-Point_Support
    29. https://gcc.gnu.org/onlinedocs/gcc/Fixed-Point.html
--- 4560,4566 ----
    23. https://gcc.gnu.org/onlinedocs/gfortran/TMPDIR.html
    24. https://gcc.gnu.org/wiki/Fortran2003Status
    25. https://gcc.gnu.org/wiki/TS29113Status
!   26. https://gcc.gnu.org/viewcvs/trunk/libgfortran/libgfortran.h?content-type=text%2Fplain&view=co
    27. http://chasm-interop.sourceforge.net/
    28. https://gcc.gnu.org/wiki/avr-gcc#Fixed-Point_Support
    29. https://gcc.gnu.org/onlinedocs/gcc/Fixed-Point.html
*************** References
*** 4491,4496 ****
--- 4581,4587 ----
    44. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-4.7/index.html
+ 
                               GCC 4.7 Release Series
  
     June 12, 2014
*************** References
*** 4582,4587 ****
--- 4673,4679 ----
    24. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-4.7/changes.html
+ 
                               GCC 4.7 Release Series
                          Changes, New Features, and Fixes
  
*************** long double pi = 180.0_degrees;
*** 4912,4918 ****
  template <class T> using Ptr = T*;
  Ptr<int> ip;  // decltype(ip) is int*
  
!      * Thanks to Ville Voutilainen and Pedro LamarÃ£o, G++ now implements
         [13]C++11 delegating constructors.
  
  struct A {
--- 5004,5010 ----
  template <class T> using Ptr = T*;
  Ptr<int> ip;  // decltype(ip) is int*
  
!      * Thanks to Ville Voutilainen and Pedro Lamarao, G++ now implements
         [13]C++11 delegating constructors.
  
  struct A {
*************** New Targets and Target Specific Improvem
*** 5106,5112 ****
  
       * GCC now supports the XMEGA architecture. This requires GNU binutils
         2.22 or later.
!      * Support for the [36]named address spaces __flash, __flash1, â€¦,
         __flash5 and __memx has been added. These address spaces locate
         read-only data in flash memory and allow reading from flash memory
         by means of ordinary C code, i.e. without the need of (inline)
--- 5198,5204 ----
  
       * GCC now supports the XMEGA architecture. This requires GNU binutils
         2.22 or later.
!      * Support for the [36]named address spaces __flash, __flash1, ...,
         __flash5 and __memx has been added. These address spaces locate
         read-only data in flash memory and allow reading from flash memory
         by means of ordinary C code, i.e. without the need of (inline)
*************** void set_portb (uint8_t value)
*** 5150,5156 ****
         suitable to be used as operand in an I/O command. The address must
         be a constant integer known at compile time.
       * The inline assembler constraint "R" to represent integers in the
!        range âˆ’6 â€¦ 5 has been removed without replacement.
       * Many optimizations to:
            + 64-bit integer arithmetic
            + Widening multiplication
--- 5242,5248 ----
         suitable to be used as operand in an I/O command. The address must
         be a constant integer known at compile time.
       * The inline assembler constraint "R" to represent integers in the
!        range -6 ... 5 has been removed without replacement.
       * Many optimizations to:
            + 64-bit integer arithmetic
            + Widening multiplication
*************** void set_portb (uint8_t value)
*** 5162,5168 ****
            + If-else decision trees generated by switch instructions
            + Merging of data located in flash memory
            + New libgcc variants for devices with 8-bit wide stack pointer
!           + â€¦
       * Better documentation:
            + Handling of EIND and indirect jumps on devices with more than
              128 KiB of program memory.
--- 5254,5260 ----
            + If-else decision trees generated by switch instructions
            + Merging of data located in flash memory
            + New libgcc variants for devices with 8-bit wide stack pointer
!           + ...
       * Better documentation:
            + Handling of EIND and indirect jumps on devices with more than
              128 KiB of program memory.
*************** References
*** 5402,5408 ****
    23. https://gcc.gnu.org/onlinedocs/gcc-4.7.1/gfortran/Code-Gen-Options.html#index-g_t_0040code_007bfaggressive-function-elimination_007d-270
    24. https://gcc.gnu.org/onlinedocs/gcc-4.7.1/gfortran/Error-and-Warning-Options.html#index-g_t_0040code_007bWreal-q-constant_007d-149
    25. https://gcc.gnu.org/onlinedocs/gcc-4.7.1/gfortran/SELECTED_005fREAL_005fKIND.html
!   26. https://msdn.microsoft.com/en-us/library/bb787181(v=vs.85).aspx
    27. https://gcc.gnu.org/onlinedocs/gcc-4.7.1/gfortran/Debugging-Options.html#index-g_t_0040code_007bfno-backtrace_007d-183
    28. https://gcc.gnu.org/wiki/Fortran2003Status
    29. https://gcc.gnu.org/wiki/OOP
--- 5494,5500 ----
    23. https://gcc.gnu.org/onlinedocs/gcc-4.7.1/gfortran/Code-Gen-Options.html#index-g_t_0040code_007bfaggressive-function-elimination_007d-270
    24. https://gcc.gnu.org/onlinedocs/gcc-4.7.1/gfortran/Error-and-Warning-Options.html#index-g_t_0040code_007bWreal-q-constant_007d-149
    25. https://gcc.gnu.org/onlinedocs/gcc-4.7.1/gfortran/SELECTED_005fREAL_005fKIND.html
!   26. https://msdn.microsoft.com/en-us/library/bb787181%28v=vs.85%29.aspx
    27. https://gcc.gnu.org/onlinedocs/gcc-4.7.1/gfortran/Debugging-Options.html#index-g_t_0040code_007bfno-backtrace_007d-183
    28. https://gcc.gnu.org/wiki/Fortran2003Status
    29. https://gcc.gnu.org/wiki/OOP
*************** References
*** 5415,5421 ****
    36. https://gcc.gnu.org/onlinedocs/gcc-4.7.1/gcc/Named-Address-Spaces.html
    37. http://nongnu.org/avr-libc/
    38. https://gcc.gnu.org/PR54461
!   39. https://gcc.gnu.org/onlinedocs/gcc-4.7.1/gcc/AVR-Built_002din-Functions.html
    40. https://sites.google.com/site/x32abi/
    41. http://www.dwarfstd.org/ShowIssue.php?issue=100909.1
    42. http://www.dwarfstd.org/ShowIssue.php?issue=100909.2
--- 5507,5513 ----
    36. https://gcc.gnu.org/onlinedocs/gcc-4.7.1/gcc/Named-Address-Spaces.html
    37. http://nongnu.org/avr-libc/
    38. https://gcc.gnu.org/PR54461
!   39. https://gcc.gnu.org/onlinedocs/gcc-4.7.1/gcc/AVR-Built%5f002din-Functions.html
    40. https://sites.google.com/site/x32abi/
    41. http://www.dwarfstd.org/ShowIssue.php?issue=100909.1
    42. http://www.dwarfstd.org/ShowIssue.php?issue=100909.2
*************** References
*** 5435,5440 ****
--- 5527,5533 ----
    56. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-4.6/index.html
+ 
                               GCC 4.6 Release Series
  
     April 12, 2013
*************** References
*** 5526,5531 ****
--- 5619,5625 ----
    24. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-4.6/changes.html
+ 
                               GCC 4.6 Release Series
                          Changes, New Features, and Fixes
  
*************** New Languages and Language specific impr
*** 5865,5871 ****
  
       * [12]Improved experimental support for the upcoming ISO C++
         standard, C++0x, including using constexpr and nullptr.
!      * Performance improvements to the [13]Debug Mode, thanks to FranÃ§ois
         Dumont.
       * Atomic operations used for reference-counting are annotated so that
         they can be understood by race detectors such as Helgrind, see
--- 5959,5965 ----
  
       * [12]Improved experimental support for the upcoming ISO C++
         standard, C++0x, including using constexpr and nullptr.
!      * Performance improvements to the [13]Debug Mode, thanks to Franc,ois
         Dumont.
       * Atomic operations used for reference-counting are annotated so that
         they can be understood by race detectors such as Helgrind, see
*************** New Languages and Language specific impr
*** 5920,5926 ****
              allocated (if unallocated) or reallocated (if the shape or
              type parameter is different). To avoid the small performance
              penalty, you can use a(:) = ... instead of a = ... for arrays
!             and character strings â€“ or disable the feature using -std=f95
              or -fno-realloc-lhs.
            + Deferred type parameter: For scalar allocatable and pointer
              variables the character length can be deferred.
--- 6014,6020 ----
              allocated (if unallocated) or reallocated (if the shape or
              type parameter is different). To avoid the small performance
              penalty, you can use a(:) = ... instead of a = ... for arrays
!             and character strings - or disable the feature using -std=f95
              or -fno-realloc-lhs.
            + Deferred type parameter: For scalar allocatable and pointer
              variables the character length can be deferred.
*************** New Languages and Language specific impr
*** 5975,5981 ****
              be declared in a single PROCEDURE statement; implied-shape
              arrays are supported for named constants (PARAMETER). The
              transformational, three argument versions of BESSEL_JN and
!             BESSEL_YN were added â€“ the elemental, two-argument version had
              been added in GCC 4.4; note that the transformational
              functions use a recurrence algorithm.
  
--- 6069,6075 ----
              be declared in a single PROCEDURE statement; implied-shape
              arrays are supported for named constants (PARAMETER). The
              transformational, three argument versions of BESSEL_JN and
!             BESSEL_YN were added - the elemental, two-argument version had
              been added in GCC 4.4; note that the transformational
              functions use a recurrence algorithm.
  
*************** References
*** 6456,6461 ****
--- 6550,6556 ----
    30. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-4.5/index.html
+ 
                               GCC 4.5 Release Series
  
     Jul 2, 2012
*************** References
*** 6542,6547 ****
--- 6637,6643 ----
    19. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-4.5/changes.html
+ 
                               GCC 4.5 Release Series
                          Changes, New Features, and Fixes
  
*************** New Languages and Language specific impr
*** 6778,6784 ****
         defined ([13]DR 757).
       * Labels may now have attributes, as has been permitted for a while
         in C. This is only permitted when the label definition and the
!        attribute specifier is followed by a semicolonâ€”i.e., the label
         applies to an empty statement. The only useful attribute for a
         label is unused.
       * G++ now implements [14]DR 176. Previously G++ did not support using
--- 6874,6880 ----
         defined ([13]DR 757).
       * Labels may now have attributes, as has been permitted for a while
         in C. This is only permitted when the label definition and the
!        attribute specifier is followed by a semicolon--i.e., the label
         applies to an empty statement. The only useful attribute for a
         label is unused.
       * G++ now implements [14]DR 176. Previously G++ did not support using
*************** vector-size: improvement = 3: call stack
*** 6860,6866 ****
  
    Fortran
  
!      * The COMMON default padding has been changed â€“ instead of adding the
         padding before a variable it is now added afterwards, which
         increases the compatibility with other vendors and helps to obtain
         the correct output in some cases. Cf. also the -falign-commons
--- 6956,6962 ----
  
    Fortran
  
!      * The COMMON default padding has been changed - instead of adding the
         padding before a variable it is now added afterwards, which
         increases the compatibility with other vendors and helps to obtain
         the correct output in some cases. Cf. also the -falign-commons
*************** References
*** 7229,7234 ****
--- 7325,7331 ----
    34. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-4.4/index.html
+ 
                               GCC 4.4 Release Series
  
     March 13, 2012
*************** References
*** 7327,7332 ****
--- 7424,7430 ----
    22. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-4.4/changes.html
+ 
                               GCC 4.4 Release Series
                          Changes, New Features, and Fixes
  
*************** References
*** 7959,7964 ****
--- 8057,8063 ----
    24. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-4.3/index.html
+ 
                               GCC 4.3 Release Series
  
     Jun 27, 2011
*************** References
*** 8053,8058 ****
--- 8152,8158 ----
    21. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-4.3/changes.html
+ 
                               GCC 4.3 Release Series
                          Changes, New Features, and Fixes
  
*************** References
*** 8871,8876 ****
--- 8971,8977 ----
    34. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-4.2/index.html
+ 
                               GCC 4.2 Release Series
  
     May 19, 2008
*************** References
*** 8957,8962 ****
--- 9058,9064 ----
    19. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-4.2/changes.html
+ 
                               GCC 4.2 Release Series
                          Changes, New Features, and Fixes
  
*************** References
*** 9278,9283 ****
--- 9380,9386 ----
    12. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-4.1/index.html
+ 
                               GCC 4.1 Release Series
  
     February 13, 2007
*************** References
*** 9356,9361 ****
--- 9459,9465 ----
    17. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-4.1/changes.html
+ 
                               GCC 4.1 Release Series
                          Changes, New Features, and Fixes
  
*************** References
*** 9915,9920 ****
--- 10019,10025 ----
    13. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-4.0/index.html
+ 
                               GCC 4.0 Release Series
  
     January 31, 2007
*************** References
*** 10001,10006 ****
--- 10106,10112 ----
    19. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-4.0/changes.html
+ 
                               GCC 4.0 Release Series
                          Changes, New Features, and Fixes
  
*************** References
*** 10530,10535 ****
--- 10636,10642 ----
    22. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-3.4/index.html
+ 
                               GCC 3.4 Release Series
  
     May 26, 2006
*************** References
*** 10631,10636 ****
--- 10738,10744 ----
    23. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-3.4/changes.html
+ 
                               GCC 3.4 Release Series
                          Changes, New Features, and Fixes
  
*************** References
*** 12403,12409 ****
     7. http://www.boost.org/
     8. https://gcc.gnu.org/PR11953
     9. https://gcc.gnu.org/PR8361
!   10. https://gcc.gnu.org/onlinedocs/gcc-3.4.3/gcc/Other-Builtins.html#Other Builtins
    11. http://www.open-std.org/jtc1/sc22/wg21/docs/cwg_closed.html#209
    12. http://gcc.gnu.org/bugs/#cxx_rvalbind
    13. https://gcc.gnu.org/onlinedocs/gcc-3.4.3/gcc/Objective-C-Dialect-Options.html
--- 12511,12517 ----
     7. http://www.boost.org/
     8. https://gcc.gnu.org/PR11953
     9. https://gcc.gnu.org/PR8361
!   10. https://gcc.gnu.org/onlinedocs/gcc-3.4.3/gcc/Other-Builtins.html#Other%20Builtins
    11. http://www.open-std.org/jtc1/sc22/wg21/docs/cwg_closed.html#209
    12. http://gcc.gnu.org/bugs/#cxx_rvalbind
    13. https://gcc.gnu.org/onlinedocs/gcc-3.4.3/gcc/Objective-C-Dialect-Options.html
*************** References
*** 12419,12425 ****
    23. http://gcc.gnu.org/gcc-3.4/mips-abi.html
    24. http://gcc.gnu.org/gcc-3.4/powerpc-abi.html
    25. http://gcc.gnu.org/gcc-3.4/sparc-abi.html
!   26. https://gcc.gnu.org/bugzilla/buglist.cgi?short_desc_type=notregexp&short_desc=\[3\.4.*[Rr]egression&target_milestone=3.4.0&bug_status=RESOLVED&resolution=FIXED
    27. https://gcc.gnu.org/PR10129
    28. https://gcc.gnu.org/PR14576
    29. https://gcc.gnu.org/PR14760
--- 12527,12533 ----
    23. http://gcc.gnu.org/gcc-3.4/mips-abi.html
    24. http://gcc.gnu.org/gcc-3.4/powerpc-abi.html
    25. http://gcc.gnu.org/gcc-3.4/sparc-abi.html
!   26. https://gcc.gnu.org/bugzilla/buglist.cgi?short_desc_type=notregexp&short_desc=%5C%5B3%5C.4.*%5BRr%5Degression&target_milestone=3.4.0&bug_status=RESOLVED&resolution=FIXED
    27. https://gcc.gnu.org/PR10129
    28. https://gcc.gnu.org/PR14576
    29. https://gcc.gnu.org/PR14760
*************** References
*** 12813,12818 ****
--- 12921,12927 ----
   417. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-3.3/index.html
+ 
                               GCC 3.3 Release Series
  
     May 03, 2005
*************** References
*** 12914,12919 ****
--- 13023,13029 ----
    22. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-3.3/changes.html
+ 
                               GCC 3.3 Release Series
                          Changes, New Features, and Fixes
  
*************** References
*** 14824,14829 ****
--- 14934,14940 ----
   557. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-3.2/index.html
+ 
                               GCC 3.2 Release Series
  
     April 25, 2003
*************** References
*** 14915,14920 ****
--- 15026,15032 ----
    18. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-3.2/changes.html
+ 
                               GCC 3.2 Release Series
                          Changes, New Features, and Fixes
  
*************** References
*** 15772,15777 ****
--- 15884,15890 ----
   252. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-3.1/index.html
+ 
                                      GCC 3.1
  
     July 27, 2002
*************** References
*** 15840,15845 ****
--- 15953,15959 ----
    15. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-3.1/changes.html
+ 
                               GCC 3.1 Release Series
                          Changes, New Features, and Fixes
  
*************** New Targets and Target Specific Improvem
*** 16057,16063 ****
            + For those targets that support it, -mfpmath=sse will cause the
              compiler to generate SSE/SSE2 instructions for floating point
              math instead of x87 instructions. Usually, this will lead to
!             quicker code â€” especially on the Pentium 4. Note that only
              scalar floating point instructions are used and GCC does not
              exploit SIMD features yet.
            + Prefetch support has been added to the Pentium III, Pentium 4,
--- 16171,16177 ----
            + For those targets that support it, -mfpmath=sse will cause the
              compiler to generate SSE/SSE2 instructions for floating point
              math instead of x87 instructions. Usually, this will lead to
!             quicker code -- especially on the Pentium 4. Note that only
              scalar floating point instructions are used and GCC does not
              exploit SIMD features yet.
            + Prefetch support has been added to the Pentium III, Pentium 4,
*************** References
*** 16194,16199 ****
--- 16308,16314 ----
    15. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-3.0/index.html
+ 
                                     GCC 3.0.4
  
     February 20, 2002
*************** References
*** 16269,16274 ****
--- 16384,16390 ----
    15. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-3.0/features.html
+ 
                                GCC 3.0 New Features
  
  Additional changes in GCC 3.0.4
*************** References
*** 16464,16469 ****
--- 16580,16586 ----
    19. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-3.0/caveats.html
+ 
                                  GCC 3.0 Caveats
  
       * -fstrict-aliasing is now part of -O2 and higher optimization
*************** References
*** 16524,16529 ****
--- 16641,16647 ----
     8. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-2.95/index.html
+ 
                                      GCC 2.95
  
     March 16, 2001: The GNU project and the GCC developers are pleased to
*************** References
*** 16614,16619 ****
--- 16732,16738 ----
    16. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-2.95/features.html
+ 
                               GCC 2.95 New Features
  
       * General Optimizer Improvements:
*************** References
*** 16886,16891 ****
--- 17005,17011 ----
    23. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/gcc-2.95/caveats.html
+ 
                                  GCC 2.95 Caveats
  
       * GCC 2.95 will issue an error for invalid asm statements that had
*************** References
*** 16954,16959 ****
--- 17074,17080 ----
     8. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/egcs-1.1/index.html
+ 
                                      EGCS 1.1
  
     September 3, 1998: We are pleased to announce the release of EGCS 1.1.
*************** References
*** 17183,17188 ****
--- 17304,17310 ----
    16. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/egcs-1.1/features.html
+ 
                               EGCS 1.1 new features
  
       * Integrated GNU Fortran (g77) compiler and runtime library with
*************** References
*** 17277,17282 ****
--- 17399,17405 ----
    11. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/egcs-1.1/caveats.html
+ 
                                  EGCS 1.1 Caveats
  
       * EGCS has an integrated libstdc++, but does not have an integrated
*************** References
*** 17327,17332 ****
--- 17450,17456 ----
     7. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/egcs-1.0/index.html
+ 
                                      EGCS 1.0
  
     December 3, 1997: We are pleased to announce the release of EGCS 1.0.
*************** References
*** 17527,17532 ****
--- 17651,17657 ----
    11. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/egcs-1.0/features.html
+ 
                                 EGCS 1.0 features
  
       * Core compiler is based on the gcc2 development tree from Aug 2,
*************** References
*** 17591,17596 ****
--- 17716,17722 ----
     9. http://validator.w3.org/check/referer
  ======================================================================
  http://gcc.gnu.org/egcs-1.0/caveats.html
+ 
                                  EGCS 1.0 Caveats
  
       * EGCS has an integrated libstdc++, but does not have an integrated
diff -Nrcpad gcc-7.1.0/config/ChangeLog gcc-7.2.0/config/ChangeLog
*** gcc-7.1.0/config/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/config/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/contrib/ChangeLog gcc-7.2.0/contrib/ChangeLog
*** gcc-7.1.0/contrib/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/contrib/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/contrib/header-tools/ChangeLog gcc-7.2.0/contrib/header-tools/ChangeLog
*** gcc-7.1.0/contrib/header-tools/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/contrib/header-tools/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/contrib/reghunt/ChangeLog gcc-7.2.0/contrib/reghunt/ChangeLog
*** gcc-7.1.0/contrib/reghunt/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/contrib/reghunt/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/contrib/regression/ChangeLog gcc-7.2.0/contrib/regression/ChangeLog
*** gcc-7.1.0/contrib/regression/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/contrib/regression/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/fixincludes/ChangeLog gcc-7.2.0/fixincludes/ChangeLog
*** gcc-7.1.0/fixincludes/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/fixincludes/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/gcc/BASE-VER gcc-7.2.0/gcc/BASE-VER
*** gcc-7.1.0/gcc/BASE-VER	Tue May  2 12:42:24 2017
--- gcc-7.2.0/gcc/BASE-VER	Mon Aug 14 07:59:11 2017
***************
*** 1 ****
! 7.1.0
--- 1 ----
! 7.2.0
diff -Nrcpad gcc-7.1.0/gcc/ChangeLog gcc-7.2.0/gcc/ChangeLog
*** gcc-7.1.0/gcc/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/gcc/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,1557 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
+ 2017-08-08  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR middle-end/81766
+ 	* function.c (thread_prologue_and_epilogue_insns): Restore
+ 	behavior of always calling find_many_sub_basic_blocks on
+ 	the inserted prologue.
+ 
+ 2017-08-02  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR middle-end/79499
+ 	* function.c (thread_prologue_and_epilogue_insns): Determine blocks
+ 	for find_many_sub_basic_blocks bitmap by looking up BLOCK_FOR_INSN
+ 	of first NONDEBUG_INSN_P in each of the split_prologue_seq and
+ 	prologue_seq sequences - if any.
+ 
+ 2017-08-01  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	PR target/81641
+ 	* config/i386/i386.c (ix86_print_operand_address_as): For -masm=intel
+ 	print "ds:" only for immediates in generic address space.
+ 
+ 2017-08-01  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR target/81622
+ 	* config/rs6000/rs6000-c.c (altivec_resolve_overloaded_builtin): For
+ 	__builtin_vec_cmpne verify both arguments are compatible vectors
+ 	before looking at TYPE_MODE on the element type.  For __builtin_vec_ld
+ 	verify arg1_type is a pointer or array type.  For __builtin_vec_st,
+ 	move computation of aligned to after checking the argument types.
+ 	Formatting fixes.
+ 
+ 2017-08-01  Martin Liska  <mliska@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-07-26  Martin Liska  <mliska@suse.cz>
+ 
+ 	PR gcov-profile/81561
+ 	* gcov.c (unblock): Make unblocking safe as we need to preserve
+ 	index correspondence of blocks and block_lists.
+ 
+ 2017-08-01  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR tree-optimization/71752
+ 	PR tree-optimization/81633
+ 	* tree-vect-slp.c (vect_get_slp_defs): Handle null operands
+ 	in the original suggested way.
+ 
+ 2017-08-01  Richard Sandiford  <richard.sandiford@linaro.org>
+ 
+ 	PR tree-optimization/80769
+ 	* tree-ssa-strlen.c (strinfo): Document that "stmt" is also used
+ 	for malloc and calloc.  Document the new invariant that all related
+ 	strinfos have delayed lengths or none do.
+ 	(get_next_strinfo): New function.
+ 	(verify_related_strinfos): Move earlier in file.
+ 	(set_endptr_and_length): New function, split out from...
+ 	(get_string_length): ...here.  Also set the lengths of related
+ 	strinfos.
+ 
+ 2017-08-01  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR tree-optimization/81588
+ 	* tree-ssa-reassoc.c (optimize_range_tests_var_bound): If
+ 	ranges[i].in_p, invert comparison code ccode.  For >/>=,
+ 	swap rhs1 and rhs2 and comparison code unconditionally,
+ 	for </<= don't do that.  Don't swap rhs1/rhs2 again if
+ 	ranges[i].in_p, instead invert comparison code ccode if
+ 	opcode or oe->rank is BIT_IOR_EXPR.
+ 
+ 2017-07-31  Andreas Krebbel  <krebbel@linux.vnet.ibm.com>
+ 
+ 	Backport from mainline
+ 	2017-07-31  Andreas Krebbel  <krebbel@linux.vnet.ibm.com>
+ 
+ 	* config.gcc: Add z14.
+ 	* config/s390/driver-native.c (s390_host_detect_local_cpu): Add
+ 	CPU model numbers for z13s and z14.
+ 	* config/s390/s390-c.c (s390_resolve_overloaded_builtin): Replace
+ 	arch12 with z14.
+ 	* config/s390/s390-opts.h (enum processor_type): Rename
+ 	PROCESSOR_ARCH12 to PROCESSOR_3906_Z14.
+ 	* config/s390/s390.c (processor_table): Add field for CPU name to
+ 	be passed to Binutils.
+ 	(s390_asm_output_machine_for_arch): Use the new field in
+ 	processor_table for Binutils.
+ 	(s390_expand_builtin): Replace arch12 with z14.
+ 	(s390_issue_rate): Rename PROCESSOR_ARCH12 to PROCESSOR_3906_Z14.
+ 	(s390_get_sched_attrmask): Likewise.
+ 	(s390_get_unit_mask): Likewise.
+ 	* config/s390/s390.opt: Add z14 to processor_type enum.
+ 
+ 2017-07-31  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR sanitizer/81604
+ 	* ubsan.c (ubsan_type_descriptor): For UBSAN_PRINT_ARRAY don't
+ 	change type to the element type, instead add eltype variable and
+ 	use it where we are interested in the element type.
+ 
+ 2017-07-28  Peter Bergner  <bergner@vnet.ibm.com>
+ 
+ 	Backport from mainline
+ 	2017-07-28  Peter Bergner  <bergner@vnet.ibm.com>
+ 
+ 	* config/rs6000/ppc-auxv.h (PPC_FEATURE2_DARN): New define.
+ 	(PPC_FEATURE2_SCV): Likewise.
+ 	* config/rs6000/rs6000.c (cpu_supports_info): Use them.
+ 
+ 2017-07-28  David Edelsohn  <dje.gcc@gmail.com>
+ 
+ 	Backport from mainline
+ 	2017-07-25  David Edelsohn  <dje.gcc@gmail.com>
+ 
+ 	* dwarf2asm.c (dw2_asm_output_nstring): Encode double quote
+ 	character for AIX.
+ 	* dwarf2out.c (output_macinfo): Copy debug_line_section_label
+ 	to dl_section_ref.  On AIX, append an expression to subtract
+ 	the size of the section length to dl_section_ref.
+ 
+ 2017-07-28  Bin Cheng  <bin.cheng@arm.com>
+ 
+ 	Backport from mainline r250496
+ 	2017-07-25  Bin Cheng  <bin.cheng@arm.com>
+ 
+ 	PR target/81414
+ 	* config/aarch64/cortex-a57-fma-steering.c (analyze): Skip fmul/fmac
+ 	instructions if no du chain is found.
+ 
+ 2017-07-28  Sebastian Huber  <sebastian.huber@embedded-brains.de>
+ 
+ 	Backport from mainline
+ 	2017-07-28  Sebastian Huber  <sebastian.huber@embedded-brains.de>
+ 
+ 	* config.gcc (powerpc-*-rtems*): Remove rs6000/eabi.h.  Add
+ 	rs6000/biarch64.h.
+ 	* config/rs6000/rtems.h (ASM_DECLARE_FUNCTION_SIZE): New macro.
+ 	(ASM_OUTPUT_SPECIAL_POOL_ENTRY_P): Likewise.
+ 	(CRT_CALL_STATIC_FUNCTION): Likewise.
+ 	(ASM_DEFAULT_SPEC): New define.
+ 	(ASM_SPEC32): Likewise.
+ 	(ASM_SPEC64): Likewise.
+ 	(ASM_SPEC_COMMON): Likewise.
+ 	(ASM_SPEC): Likewise.
+ 	(INVALID_64BIT): Likewise.
+ 	(LINK_OS_DEFAULT_SPEC): Likewise.
+ 	(LINK_OS_SPEC32): Likewise.
+ 	(LINK_OS_SPEC64): Likewise.
+ 	(POWERPC_LINUX): Likewise.
+ 	(PTRDIFF_TYPE): Likewise.
+ 	(RESTORE_FP_PREFIX): Likewise.
+ 	(RESTORE_FP_SUFFIX): Likewise.
+ 	(SAVE_FP_PREFIX): Likewise.
+ 	(SAVE_FP_SUFFIX): Likewise.
+ 	(SIZE_TYPE): Likewise.
+ 	(SUBSUBTARGET_OVERRIDE_OPTIONS): Likewise.
+ 	(TARGET_64BIT): Likewise.
+ 	(TARGET_64BIT): Likewise.
+ 	(TARGET_AIX): Likewise.
+ 	(WCHAR_TYPE_SIZE): Likewise.
+ 	(WCHAR_TYPE): Undefine.
+ 	(TARGET_OS_CPP_BUILTINS): Add 64-bit PowerPC defines.
+ 	(CPP_OS_DEFAULT_SPEC): Use previous CPP_OS_RTEMS_SPEC.
+ 	(CPP_OS_RTEMS_SPEC): Delete.
+ 	(SUBSUBTARGET_EXTRA_SPECS): Remove cpp_os_rtems.  Add
+ 	asm_spec_common, asm_spec32, asm_spec64, link_os_spec32, and
+ 	link_os_spec64.
+ 	* config/rs6000/t-rtems: Add mcpu=e6500/m64 multilibs.
+ 
+ 2017-07-28  Sebastian Huber  <sebastian.huber@embedded-brains.de>
+ 
+ 	Backport from mainline
+ 	2017-07-27  Sebastian Huber  <sebastian.huber@embedded-brains.de>
+ 
+ 	* config.gcc (riscv*-*-elf*): Add (riscv*-*-rtems*).
+ 	* config/riscv/rtems.h: New file.
+ 
+ 2017-07-27  Eric Botcazou  <ebotcazou@adacore.com>
+ 
+ 	* config/sparc/sparc.c (sparc_option_override): Set MASK_FSMULD flag
+ 	earlier and only if MASK_FPU is set.  Adjust formatting.
+ 
+ 2017-07-27  Andreas Krebbel  <krebbel@linux.vnet.ibm.com>
+ 
+ 	Backport from mainline
+ 	2017-07-27  Andreas Krebbel  <krebbel@linux.vnet.ibm.com>
+ 
+ 	PR target/81534
+ 	* config/s390/s390.md ("*atomic_compare_and_swap<mode>_1")
+ 	("*atomic_compare_and_swapdi_2", "*atomic_compare_and_swapsi_3"):
+ 	Change s_operand to memory_operand.
+ 
+ 2017-07-27  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR tree-optimization/81555
+ 	PR tree-optimization/81556
+ 	* tree-ssa-reassoc.c (rewrite_expr_tree): Add NEXT_CHANGED argument,
+ 	if true, force CHANGED for the recursive invocation.
+ 	(reassociate_bb): Remember original length of ops array, pass
+ 	len != orig_len as NEXT_CHANGED in rewrite_expr_tree call.
+ 
+ 2017-07-27  Martin Liska  <mliska@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-07-17  Martin Liska  <mliska@suse.cz>
+ 
+ 	PR sanitizer/81302
+ 	* opts.c (finish_options): Do not allow -fgnu-tm
+ 	w/ -fsanitize={kernel-,}address.  Say sorry.
+ 
+ 2017-07-27  Martin Liska  <mliska@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-07-26  Martin Liska  <mliska@suse.cz>
+ 
+ 	PR sanitize/81186
+ 	* function.c (expand_function_start): Make expansion of
+ 	nonlocal_goto_save_area after parm_birth_insn.
+ 
+ 2017-07-27  Martin Liska  <mliska@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-06-30  Martin Liska  <mliska@suse.cz>
+ 
+ 	PR sanitizer/81021
+ 	* tree-eh.c (lower_resx): Call BUILT_IN_ASAN_HANDLE_NO_RETURN
+ 	before BUILT_IN_UNWIND_RESUME when ASAN is used.
+ 
+ 2017-07-27  Martin Liska  <mliska@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-06-28  Martin Liska  <mliska@suse.cz>
+ 
+ 	PR sanitizer/81224
+ 	* asan.c (instrument_derefs): Bail out inner references
+ 	that are hard register variables.
+ 
+ 2017-07-26  Sebastian Huber  <sebastian.huber@embedded-brains.de>
+ 
+ 	Backport from mainline
+ 	2017-07-26  Sebastian Huber  <sebastian.huber@embedded-brains.de>
+ 
+ 	* config/sparc/sparc.c (dump_target_flag_bits): Dump MASK_FSMULD.
+ 	(sparc_option_override): Honour MASK_FSMULD.
+ 	* config/sparc/sparc.h (MASK_FEATURES): Add MASK_FSMULD.
+ 	* config/sparc/sparc.md (muldf3_extend): Use TARGET_FSMULD.
+ 	* config/sparc/sparc.opt (mfsmuld): New option.
+ 	* doc/invoke.texi (mfsmuld): Document option.
+ 
+ 2017-07-26  Georg-Johann Lay  <avr@gjlay.de>
+ 
+ 	Backport from 2017-07-25 trunk r250499.
+ 
+ 	PR 81487
+ 	* hsa-brig.c (brig_init): Use xasprintf instead of asprintf.
+ 	* gimple-pretty-print.c (dump_probability): Same.
+ 	* tree-ssa-structalias.c (alias_get_name): Same.
+ 
+ 2017-07-26  Richard Biener  <rguenther@suse.de>
+ 
+ 	Backport from mainline
+ 	2017-06-18  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR tree-optimization/81410
+ 	* tree-vect-stmts.c (vectorizable_load): Properly adjust for
+ 	the gap in the ! slp_perm SLP case after each group.
+ 
+ 	2017-07-25  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR tree-optimization/81455
+ 	* tree-ssa-loop-unswitch.c (find_loop_guard): Make sure to
+ 	not walk in cycles when looking for guards.
+ 
+ 	2017-07-25  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR middle-end/81505
+ 	* fold-const.c (fold_negate_const): TREE_OVERFLOW should be
+ 	sticky.
+ 
+ 	2017-06-28  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR target/81175
+ 	* config/i386/i386.c (ix86_init_mmx_sse_builtins): Use def_builtin
+ 	rather than def_builtin_pure for __builtin_ia32_gatherpf*.
+ 
+ 	2017-06-26  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR target/81175
+ 	* config/i386/i386.c (ix86_init_mmx_sse_builtins):
+ 	Use def_builtin_pure for all gather builtins.
+ 
+ 	2017-06-21  Marc Glisse  <marc.glisse@inria.fr>
+ 
+ 	* config/i386/i386.c (struct builtin_isa): New field pure_p.
+ 	Reorder for compactness.
+ 	(def_builtin, def_builtin2, ix86_add_new_builtins): Handle pure_p.
+ 	(def_builtin_pure, def_builtin_pure2): New functions.
+ 	(ix86_init_mmx_sse_builtins) [__builtin_ia32_stmxcsr]: Mark as pure.
+ 
+ 2017-07-26  Sebastian Huber  <sebastian.huber@embedded-brains.de>
+ 
+ 	Backport from mainline
+ 	2017-07-26  Sebastian Huber  <sebastian.huber@embedded-brains.de>
+ 
+ 	* config/sparc/sparc.c (sparc_option_override): Remove MASK_FPU
+ 	from all CPU target flags enable members.
+ 
+ 2017-07-26  Sebastian Huber  <sebastian.huber@embedded-brains.de>
+ 
+ 	Backport from mainline
+ 	2017-07-25  Sebastian Huber  <sebastian.huber@embedded-brains.de>
+ 
+ 	PR libgcc/61152
+ 	* config/aarch64/rtems.h: Add GCC Runtime Library Exception.
+ 	Format changes.
+ 	* config/arm/rtems.h: Likewise.
+ 	* config/bfin/rtems.h: Likewise.
+ 	* config/i386/rtemself.h: Likewise.
+ 	* config/lm32/rtems.h: Likewise.
+ 	* config/m32c/rtems.h: Likewise.
+ 	* config/m68k/rtemself.h: Likewise.
+ 	* config/microblaze/rtems.h: Likewise.
+ 	* config/mips/rtems.h: Likewise.
+ 	* config/moxie/rtems.h: Likewise.
+ 	* config/nios2/rtems.h: Likewise.
+ 	* config/rs6000/rtems.h: Likewise.
+ 	* config/rtems.h: Likewise.
+ 	* config/sh/rtems.h: Likewise.
+ 	* config/sh/rtemself.h: Likewise.
+ 	* config/sparc/rtemself.h: Likewise.
+ 
+ 2017-07-25  Bill Schmidt  <wschmidt@linux.vnet.ibm.com>
+ 
+ 	Backport from mainline
+ 	2017-07-14  Bill Schmidt  <wschmidt@linux.vnet.ibm.com>
+ 
+ 	PR tree-optimization/81162
+ 	* gimple-ssa-strength-reduction.c (replace_mult_candidate): Don't
+ 	replace a negate with an add.
+ 
+ 2017-07-25  Georg-Johann Lay  <avr@gjlay.de>
+ 
+ 	Backport from 2017-07-12 trunk r250151.
+ 
+ 	PR target/81407
+ 	* config/avr/avr.c (avr_encode_section_info)
+ 	[progmem && !TREE_READONLY]: Error if progmem object needs
+ 	constructing.
+ 
+ 2017-07-25  Wilco Dijkstra  <wdijkstr@arm.com>
+ 
+ 	PR target/79041
+ 	* config/aarch64/aarch64.c (aarch64_classify_symbol):
+ 	Avoid SYMBOL_SMALL_ABSOLUTE for literals with pc-relative literals.
+ 
+ 2017-07-25  Georg-Johann Lay  <avr@gjlay.de>
+ 
+ 	Backport from trunk r247719.
+ 
+ 	2017-05-06  Richard Sandiford  <richard.sandiford@linaro.org>
+ 
+ 	PR rtl-optimization/75964
+ 	* simplify-rtx.c (simplify_const_relational_operation): Remove
+ 	invalid handling of comparisons of integer ABS.
+ 
+ 2017-07-25  Bin Cheng  <bin.cheng@arm.com>
+ 
+ 	Backport from 2017-07-20 trunk r250384.
+ 
+ 	PR tree-optimization/81388
+ 	Revert r238585:
+ 	2016-07-21  Bin Cheng  <bin.cheng@arm.com>
+ 
+ 	* tree-ssa-loop-niter.c (number_of_iterations_lt_to_ne): Clean up
+ 	by removing computation of may_be_zero.
+ 
+ 2017-07-23  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	PR target/80569
+ 	* config/i386/i386.c (ix86_option_override_internal): Disable
+ 	BMI, BMI2 and TBM instructions for -m16.
+ 
+ 2017-07-19  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	Back port from trunk
+ 	2017-07-12  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	PR target/81193
+ 	* config/rs6000/rs6000-c.c (rs6000_cpu_cpp_builtins): If GLIBC
+ 	provides the hardware capability bits, define the macro
+ 	__BUILTIN_CPU_SUPPORTS__.
+ 	* config/rs6000/rs6000.c (cpu_expand_builtin): Generate a warning
+ 	if GLIBC does not provide the hardware capability bits.  Add a
+ 	gcc_unreachable call if the built-in cpu function is neither
+ 	__builtin_cpu_is nor __builtin_cpu_supports.
+ 	* doc/extend.texi (PowerPC built-in functions): Document that
+ 	GLIBC 2.23 or newer is needed by __builtin_cpu_is and
+ 	__builtin_cpu_supports.  Document the macros defined by GCC if the
+ 	newer GLIBC is available.
+ 
+ 2017-07-18  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	PR target/81471
+ 	* config/i386/i386.md (rorx_immediate_operand): New mode attribute.
+ 	(*bmi2_rorx<mode>3_1): Use rorx_immediate_operand as
+ 	operand 2 predicate.
+ 	(*bmi2_rorxsi3_1_zext): Use const_0_to_31_operand as
+ 	operand 2 predicate.
+ 	(ror,rol -> rorx splitters): Use const_int_operand as
+ 	operand 2 predicate.
+ 
+ 2017-07-18  Tom de Vries  <tom@codesourcery.com>
+ 
+ 	backport from mainline:
+ 	PR target/81069
+ 	2017-07-17  Tom de Vries  <tom@codesourcery.com>
+ 
+ 	* config/nvptx/nvptx.c (nvptx_single): Insert diverging branch as late
+ 	as possible.
+ 
+ 2017-07-18  Georg-Johann Lay  <avr@gjlay.de>
+ 
+ 	Backport from 2017-07-18 trunk r250301.
+ 
+ 	PR target/81473
+ 	* config/avr/avr.c (avr_optimize_casesi): Don't use
+ 	INT8_MIN, INT8_MAX, UINT8_MAX, INT16_MIN, INT16_MAX, UINT16_MAX.
+ 
+ 2017-07-17  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR tree-optimization/81428
+ 	* match.pd (X / X -> one): Don't optimize _Fract divisions, as 1
+ 	can't be built for those types.
+ 
+ 	PR tree-optimization/81365
+ 	* tree-ssa-phiprop.c (propagate_with_phi): When considering hoisting
+ 	aggregate moves onto bb predecessor edges, make sure there are no
+ 	loads that could alias the lhs in between the start of bb and the
+ 	loads from *phi.
+ 
+ 	Backported from mainline
+ 	2017-06-30  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR target/81225
+ 	* config/i386/sse.md (vec_extract_lo_<mode><mask_name>): For
+ 	V8FI, V16FI and VI8F_256 iterators, use <store_mask_predicate> instead
+ 	of nonimmediate_operand and <store_mask_constraint> instead of m for
+ 	the input operand.  For V8FI iterator, always split if input is a MEM.
+ 	For V16FI and V8SF_256 iterators, don't test if both operands are MEM
+ 	if <mask_applied>.  For VI4F_256 iterator, use <store_mask_predicate>
+ 	instead of register_operand and <store_mask_constraint> instead of v for
+ 	the input operand.  Make sure both operands aren't MEMs for if not
+ 	<mask_applied>.
+ 
+ 2017-07-17  Georg-Johann Lay  <avr@gjlay.de>
+ 
+ 	Backport from 2017-07-17 trunk r250258.
+ 
+ 	PR 80929
+ 	* config/avr/avr.c (avr_mul_highpart_cost): New static function.
+ 	(avr_rtx_costs_1) [TRUNCATE]: Use it to compute mul_highpart cost.
+ 	[LSHIFTRT, outer_code = TRUNCATE]: Same.
+ 
+ 2017-07-17  Sebastian Huber  <sebastian.huber@embedded-brains.de>
+ 
+ 	Backport from mainline
+ 	2017-07-17  Sebastian Huber  <sebastian.huber@embedded-brains.de>
+ 
+ 	*  gcc/config/sparc/rtemself.h (TARGET_OS_CPP_BUILTINS): Add
+ 	conditional builtin define __FIX_LEON3FT_B2BST.
+ 
+ 2017-07-17  Daniel Cederman  <cederman@gaisler.com>
+ 
+ 	Backport from mainline
+ 	2017-07-17  Daniel Cederman  <cederman@gaisler.com>
+ 
+ 	* config/sparc/t-rtems: Add mfix-gr712rc multilibs. Replace
+ 	MULTILIB_EXCEPTIONS with MULTILIB_REQUIRED. Match -mfix-gr712rc
+ 	with -mfix-ut700.
+ 
+ 2017-07-16  Eric Botcazou  <ebotcazou@adacore.com>
+ 
+ 	PR rtl-optimization/81424
+ 	* optabs.c (prepare_cmp_insn): Use copy_to_reg instead of force_reg
+ 	to remove potential trapping from operands if -fnon-call-exceptions.
+ 
+ 2017-07-16  Daniel Cederman  <cederman@gaisler.com>
+ 
+ 	* config/sparc/sparc.md (divdf3_fix): Add NOP to prevent back
+ 	to back store errata sensitive sequence from being generated.
+ 	(sqrtdf2_fix): Likewise.
+ 
+ 2017-07-12  Georg-Johann Lay  <avr@gjlay.de>
+ 
+ 	Backport from 2017-07-12 trunk r250156.
+ 
+ 	PR target/79883
+ 	* config/avr/avr.c (avr_set_current_function): In diagnostic
+ 	messages: Quote keywords and (parts of) identifiers.
+ 	[WITH_AVRLIBC]: Warn for functions named "ISR", "SIGNAL" or
+ 	"INTERRUPT".
+ 
+ 2017-07-11  Daniel Cederman  <cederman@gaisler.com>
+ 
+ 	* config/sparc/sparc.opt (mfix-ut700): New option.
+ 	(mfix-gr712rc): Likewise.
+ 	(sparc_fix_b2bst): New variable.
+ 	* doc/invoke.texi (SPARC options): Document them.
+ 	(ARM options): Fix warnings.
+ 	* config/sparc/sparc.c (sparc_do_work_around_errata): Insert NOP
+ 	instructions to prevent sequences that can trigger the store-store
+ 	errata for certain LEON3FT processors.
+ 	(pass_work_around_errata::gate): Also test sparc_fix_b2bst.
+ 	(sparc_option_override): Set sparc_fix_b2bst appropriately.
+ 	* config/sparc/sparc.md (fix_b2bst): New attribute.
+ 	(in_branch_delay): Prevent stores in delay slot if fix_b2bst.
+ 
+ 2017-07-10  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	PR target/81375
+ 	* config/i386/i386.md (divsf3): Add TARGET_SSE to TARGET_SSE_MATH.
+ 	(rcpps): Ditto.
+ 	(*rsqrtsf2_sse): Ditto.
+ 	(rsqrtsf2): Ditto.
+ 	(div<mode>3): Macroize insn from divdf3 and divsf3
+ 	using MODEF mode iterator.
+ 
+ 2017-07-07  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	Backport from mainline
+ 	2017-07-07  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	PR target/81348
+ 	* config/rs6000/rs6000.md (HI sign_extend splitter): Use the
+ 	correct operand in doing the split.
+ 
+ 2017-07-07  Jose E. Marchesi  <jose.marchesi@oracle.com>
+ 
+ 	* config/sparc/m8.md: New file.
+ 	* config/sparc/sparc.md: Include m8.md.
+ 
+ 2017-07-07  Jose E. Marchesi  <jose.marchesi@oracle.com>
+ 
+ 	* config/sparc/sparc.opt: New option -mvis4b.
+ 	* config/sparc/sparc.c (dump_target_flag_bits): Handle MASK_VIS4B.
+ 	(sparc_option_override): Handle VIS4B.
+ 	(enum sparc_builtins): Define
+ 	SPARC_BUILTIN_DICTUNPACK{8,16,32},
+ 	SPARC_BUILTIN_FPCMP{LE,GT,EQ,NE}{8,16,32}SHL,
+ 	SPARC_BUILTIN_FPCMPU{LE,GT}{8,16,32}SHL,
+ 	SPARC_BUILTIN_FPCMPDE{8,16,32}SHL and
+ 	SPARC_BUILTIN_FPCMPUR{8,16,32}SHL.
+ 	(check_constant_argument): New function.
+ 	(sparc_vis_init_builtins): Define builtins
+ 	__builtin_vis_dictunpack{8,16,32},
+ 	__builtin_vis_fpcmp{le,gt,eq,ne}{8,16,32}shl,
+ 	__builtin_vis_fpcmpu{le,gt}{8,16,32}shl,
+ 	__builtin_vis_fpcmpde{8,16,32}shl and
+ 	__builtin_vis_fpcmpur{8,16,32}shl.
+ 	(sparc_expand_builtin): Check that the constant operands to
+ 	__builtin_vis_fpcmp*shl and _builtin_vis_dictunpack* are indeed
+ 	constant and in range.
+ 	* config/sparc/sparc-c.c (sparc_target_macros): Handle
+ 	TARGET_VIS4B.
+ 	* config/sparc/sparc.h (SPARC_IMM2_P): Define.
+ 	(SPARC_IMM5_P): Likewise.
+ 	* config/sparc/sparc.md (cpu_feature): Add new feagure "vis4b".
+ 	(enabled): Handle vis4b.
+ 	(UNSPEC_DICTUNPACK): New unspec.
+ 	(UNSPEC_FPCMPSHL): Likewise.
+ 	(UNSPEC_FPUCMPSHL): Likewise.
+ 	(UNSPEC_FPCMPDESHL): Likewise.
+ 	(UNSPEC_FPCMPURSHL): Likewise.
+ 	(cpu_feature): New CPU feature `vis4b'.
+ 	(dictunpack{8,16,32}): New insns.
+ 	(FPCSMODE): New mode iterator.
+ 	(fpcscond): New code iterator.
+ 	(fpcsucond): Likewise.
+ 	(fpcmp{le,gt,eq,ne}{8,16,32}{si,di}shl): New insns.
+ 	(fpcmpu{le,gt}{8,16,32}{si,di}shl): Likewise.
+ 	(fpcmpde{8,16,32}{si,di}shl): Likewise.
+ 	(fpcmpur{8,16,32}{si,di}shl): Likewise.
+ 	* config/sparc/constraints.md: Define constraints `q' for unsigned
+ 	2-bit integer constants and `t' for unsigned 5-bit integer
+ 	constants.
+ 	* config/sparc/predicates.md (imm5_operand_dictunpack8): New
+ 	predicate.
+ 	(imm5_operand_dictunpack16): Likewise.
+ 	(imm5_operand_dictunpack32): Likewise.
+ 	(imm2_operand): Likewise.
+ 	* doc/invoke.texi (SPARC Options): Document -mvis4b.
+ 	* doc/extend.texi (SPARC VIS Built-in Functions): Document the
+ 	ditunpack* and fpcmp*shl builtins.
+ 
+ 2017-07-07  Jose E. Marchesi  <jose.marchesi@oracle.com>
+ 
+ 	* config.gcc: Handle m8 in --with-{cpu,tune} options.
+ 	* config.in: Add HAVE_AS_SPARC6 define.
+ 	* config/sparc/driver-sparc.c (cpu_names): Add entry for the SPARC
+ 	M8.
+ 	* config/sparc/sol2.h (CPP_CPU64_DEFAULT_SPEC): Define for
+ 	TARGET_CPU_m8.
+ 	(ASM_CPU32_DEFAUILT_SPEC): Likewise.
+ 	(CPP_CPU_SPEC): Handle m8.
+ 	(ASM_CPU_SPEC): Likewise.
+ 	* config/sparc/sparc-opts.h (enum processor_type): Add
+ 	PROCESSOR_M8.
+ 	* config/sparc/sparc.c (m8_costs): New struct.
+ 	(sparc_option_override): Handle TARGET_CPU_m8.
+ 	(sparc32_initialize_trampoline): Likewise.
+ 	(sparc64_initialize_trampoline): Likewise.
+ 	(sparc_issue_rate): Likewise.
+ 	(sparc_register_move_cost): Likewise.
+ 	* config/sparc/sparc.h (TARGET_CPU_m8): Define.
+ 	(CPP_CPU64_DEFAULT_SPEC): Define for M8.
+ 	(ASM_CPU64_DEFAULT_SPEC): Likewise.
+ 	(CPP_CPU_SPEC): Handle M8.
+ 	(ASM_CPU_SPEC): Likewise.
+ 	(AS_M8_FLAG): Define.
+ 	* config/sparc/sparc.md: Add m8 to the cpu attribute.
+ 	* config/sparc/sparc.opt: New option -mcpu=m8 for sparc targets.
+ 	* configure.ac (HAVE_AS_SPARC6): Check for assembler support for
+ 	M8 instructions.
+ 	* configure: Regenerate.
+ 	* doc/invoke.texi (SPARC Options): Document -mcpu=m8 and
+ 	-mtune=m8.
+ 
+ 2017-07-07  Jose E. Marchesi  <jose.marchesi@oracle.com>
+ 
+ 	* config/sparc/niagara7.md: Rework the DFA scheduler to use insn
+ 	subtypes.
+ 	* config/sparc/sparc.md: Remove the `v3pipe' insn attribute.
+ 	("*movdi_insn_sp32"): Do not set v3pipe.
+ 	("*movsi_insn"): Likewise.
+ 	("*movdi_insn_sp64"): Likewise.
+ 	("*movsf_insn"): Likewise.
+ 	("*movdf_insn_sp32"): Likewise.
+ 	("*movdf_insn_sp64"): Likewise.
+ 	("*zero_extendsidi2_insn_sp64"): Likewise.
+ 	("*sign_extendsidi2_insn"): Likewise.
+ 	("*mov<VM32:mode>_insn"): Likewise.
+ 	("*mov<VM64:mode>_insn_sp64"): Likewise.
+ 	("*mov<VM64:mode>_insn_sp32"): Likewise.
+ 	("<plusminus_insn><VADDSUB:mode>3"): Likewise.
+ 	("<vlop:code><VL:mode>3"): Likewise.
+ 	("*not_<vlop:code><VL:mode>3"): Likewise.
+ 	("*nand<VL:mode>_vis"): Likewise.
+ 	("*<vlnotop:code>_not1<VL:mode>_vis"): Likewise.
+ 	("*<vlnotop:code>_not2<VL:mode>_vis"): Likewise.
+ 	("one_cmpl<VL:mode>2"): Likewise.
+ 	("faligndata<VM64:mode>_vis"): Likewise.
+ 	("alignaddrsi_vis"): Likewise.
+ 	("alignaddrdi_vis"): Likweise.
+ 	("alignaddrlsi_vis"): Likewise.
+ 	("alignaddrldi_vis"): Likewise.
+ 	("fcmp<gcond:code><GCM:gcm_name><P:mode>_vis"): Likewise.
+ 	("bmaskdi_vis"): Likewise.
+ 	("bmasksi_vis"): Likewise.
+ 	("bshuffle<VM64:mode>_vis"): Likewise.
+ 	("cmask8<P:mode>_vis"): Likewise.
+ 	("cmask16<P:mode>_vis"): Likewise.
+ 	("cmask32<P:mode>_vis"): Likewise.
+ 	("pdistn<P:mode>_vis"): Likewise.
+ 	("<vis3_addsub_ss_patname><VASS:mode>3"): Likewise.
+ 
+ 2017-07-07  Jose E. Marchesi  <jose.marchesi@oracle.com>
+ 
+ 	* config/sparc/sparc.md ("subtype"): New insn attribute.
+ 	("*wrgsr_sp64"): Set insn subtype.
+ 	("*rdgsr_sp64"): Likewise.
+ 	("alignaddrsi_vis"): Likewise.
+ 	("alignaddrdi_vis"): Likewise.
+ 	("alignaddrlsi_vis"): Likewise.
+ 	("alignaddrldi_vis"): Likewise.
+ 	("<plusminus_insn><VADDSUB:mode>3"): Likewise.
+ 	("fexpand_vis"): Likewise.
+ 	("fpmerge_vis"): Likewise.
+ 	("faligndata<VM64:mode>_vis"): Likewise.
+ 	("bshuffle<VM64:mode>_vis"): Likewise.
+ 	("cmask8<P:mode>_vis"): Likewise.
+ 	("cmask16<P:mode>_vis"): Likewise.
+ 	("cmask32<P:mode>_vis"): Likewise.
+ 	("fchksm16_vis"): Likewise.
+ 	("v<vis3_shift_patname><GCM:mode>3"): Likewise.
+ 	("fmean16_vis"): Likewise.
+ 	("fp<plusminus_insn>64_vis"): Likewise.
+ 	("<plusminus_insn>v8qi3"): Likewise.
+ 	("<vis3_addsub_ss_patname><VASS:mode>3"): Likewise.
+ 	("<vis4_minmax_patname><VMMAX:mode>3"): Likewise.
+ 	("<vis4_uminmax_patname><VMMAX:mode>3"): Likewise.
+ 	("<vis3_addsub_ss_patname>v8qi3"): Likewise.
+ 	("<vis4_addsub_us_patname><VAUS:mode>3"): Likewise.
+ 	("*movqi_insn"): Likewise.
+ 	("*movhi_insn"): Likewise.
+ 	("*movsi_insn"): Likewise.
+ 	("movsi_pic_gotdata_op"): Likewise.
+ 	("*movdi_insn_sp32"): Likewise.
+ 	("*movdi_insn_sp64"): Likewise.
+ 	("movdi_pic_gotdata_op"): Likewise.
+ 	("*movsf_insn"): Likewise.
+ 	("*movdf_insn_sp32"): Likewise.
+ 	("*movdf_insn_sp64"): Likewise.
+ 	("*zero_extendhisi2_insn"): Likewise.
+ 	("*zero_extendqihi2_insn"): Likewise.
+ 	("*zero_extendqisi2_insn"): Likewise.
+ 	("*zero_extendqidi2_insn"): Likewise.
+ 	("*zero_extendhidi2_insn"): Likewise.
+ 	("*zero_extendsidi2_insn_sp64"): Likewise.
+ 	("ldfsr"): Likewise.
+ 	("prefetch_64"): Likewise.
+ 	("prefetch_32"): Likewise.
+ 	("tie_ld32"): Likewise.
+ 	("tie_ld64"): Likewise.
+ 	("*tldo_ldub_sp32"): Likewise.
+ 	("*tldo_ldub1_sp32"): Likewise.
+ 	("*tldo_ldub2_sp32"): Likewise.
+ 	("*tldo_ldub_sp64"): Likewise.
+ 	("*tldo_ldub1_sp64"): Likewise.
+ 	("*tldo_ldub2_sp64"): Likewise.
+ 	("*tldo_ldub3_sp64"): Likewise.
+ 	("*tldo_lduh_sp32"): Likewise.
+ 	("*tldo_lduh1_sp32"): Likewise.
+ 	("*tldo_lduh_sp64"): Likewise.
+ 	("*tldo_lduh1_sp64"): Likewise.
+ 	("*tldo_lduh2_sp64"): Likewise.
+ 	("*tldo_lduw_sp32"): Likewise.
+ 	("*tldo_lduw_sp64"): Likewise.
+ 	("*tldo_lduw1_sp64"): Likewise.
+ 	("*tldo_ldx_sp64"): Likewise.
+ 	("*mov<VM32:mode>_insn"): Likewise.
+ 	("*mov<VM64:mode>_insn_sp64"): Likewise.
+ 	("*mov<VM64:mode>_insn_sp32"): Likewise.
+ 
+ 2017-07-07  Jose E. Marchesi  <jose.marchesi@oracle.com>
+ 
+ 	* config/sparc/sparc.md ("type"): New insn type viscmp.
+ 	("fcmp<gcond:code><GCM:gcm_name><P:mode>_vis"): Set insn type to
+ 	viscmp.
+ 	("fpcmp<gcond:code>8<P:mode>_vis"): Likewise.
+ 	("fucmp<gcond:code>8<P:mode>_vis"): Likewise.
+ 	("fpcmpu<gcond:code><GCM:gcm_name><P:mode>_vis"): Likewise.
+ 	* config/sparc/niagara7.md ("n7_vis_logical_v3pipe"): Handle
+ 	viscmp.
+ 	("n7_vis_logical_11cycle"): Likewise.
+ 	* config/sparc/niagara4.md ("n4_vis_logical"): Likewise.
+ 	* config/sparc/niagara2.md ("niag3_vis": Likewise.
+ 	* config/sparc/niagara.md ("niag_vis"): Likewise.
+ 	* config/sparc/ultra3.md ("us3_fga"): Likewise.
+ 	* config/sparc/ultra1_2.md ("us1_fga_double"): Likewise.
+ 
+ 2017-07-07  Jose E. Marchesi  <jose.marchesi@oracle.com>
+ 
+ 	* config/sparc/sparc.md: New instruction type `bmask'.
+ 	(bmaskdi_vis): Use the `bmask' type.
+ 	(bmasksi_vis): Likewise.
+ 	* config/sparc/ultra3.md (us3_array): Likewise.
+ 	* config/sparc/niagara7.md (n7_array): Likewise.
+ 	* config/sparc/niagara4.md (n4_array): Likewise.
+ 	* config/sparc/niagara2.md (niag2_vis): Likewise.
+ 	(niag3_vis): Likewise.
+ 	* config/sparc/niagara.md (niag_vis): Likewise.
+ 
+ 2017-07-05  Georg-Johann Lay  <avr@gjlay.de>
+ 
+ 	Backport from 2017-07-05 trunk r249995.
+ 
+ 	PR target/81305
+ 	* config/avr/avr.c (avr_out_movhi_mr_r_xmega) [CONSTANT_ADDRESS_P]:
+ 	Don't depend on "optimize > 0".
+ 	(out_movhi_r_mr, out_movqi_mr_r): Same.
+ 	(out_movhi_mr_r, out_movqi_r_mr): Same.
+ 	(avr_address_cost) [CONSTANT_ADDRESS_P]: Don't depend cost for
+ 	io_address_operand on "optimize > 0".
+ 
+ 2017-07-04  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	PR target/81300
+ 	* config/i386/i386.md (setcc + movzbl/and to xor + setcc peepholes):
+ 	Require dead FLAGS_REG at the beginning of a peephole.
+ 
+ 2017-07-04  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	PR target/81294
+ 	* config/i386/adxintrin.h (_subborrow_u32): Swap _X and _Y
+ 	arguments in the call to __builtin_ia32_sbb_u32.
+ 	(_subborrow_u64): Swap _X and _Y arguments in the call to
+ 	__builtin_ia32_sbb_u64.
+ 
+ 2017-07-03  Segher Boessenkool  <segher@kernel.crashing.org>
+ 
+ 	Backport from trunk:
+ 
+ 	2017-06-15  Segher Boessenkool  <segher@kernel.crashing.org>
+ 
+ 	* config/rs6000/rs6000.md (add<mode>3): Use reg_or_subregno instead
+ 	of REGNO.
+ 
+ 2017-07-03  Tom de Vries  <tom@codesourcery.com>
+ 
+ 	backport from mainline:
+ 	PR tree-optimization/81192
+ 	2017-07-03  Tom de Vries  <tom@codesourcery.com>
+ 
+ 	* tree-ssa-tail-merge.c (same_succ_flush_bb): Handle
+ 	BB_SAME_SUCC (bb) == NULL.
+ 
+ 2017-06-29  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	Backport from mainline
+ 	2017-06-23  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	PR target/80510
+ 	* config/rs6000/rs6000.md (ALTIVEC_DFORM): Do not allow DImode in
+ 	32-bit, since indexed is not valid for DImode.
+ 	(mov<mode>_hardfloat32): Reorder ISA 2.07 load/stores before ISA
+ 	3.0 d-form load/stores to be the same as mov<mode>_hardfloat64.
+ 	(define_peephole2 for Altivec d-form load): Add 32-bit support.
+ 	(define_peephole2 for Altivec d-form store): Likewise.
+ 
+ 	Backport from mainline
+ 	2017-06-20  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	PR target/79799
+ 	* config/rs6000/rs6000.c (rs6000_expand_vector_init): Add support
+ 	for doing vector set of SFmode on ISA 3.0.
+ 	* config/rs6000/vsx.md (vsx_set_v4sf_p9): Likewise.
+ 	(vsx_set_v4sf_p9_zero): Special case setting 0.0f to a V4SF
+ 	element.
+ 	(vsx_insert_extract_v4sf_p9): Add an optimization for inserting a
+ 	SFmode value into a V4SF variable that was extracted from another
+ 	V4SF variable without converting the element to double precision
+ 	and back to single precision vector format.
+ 	(vsx_insert_extract_v4sf_p9_2): Likewise.
+ 
+ 2017-06-29  Richard Biener  <rguenther@suse.de>
+ 
+ 	Backport from mainline
+ 	2017-06-19  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR ipa/81112
+ 	* ipa-prop.c (find_constructor_constant_at_offset): Handle
+ 	RANGE_EXPR conservatively.
+ 
+ 2017-06-28  Richard Biener  <rguenther@suse.de>
+ 
+ 	Backport from mainline
+ 	2017-06-09  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR middle-end/81007
+ 	* ipa-polymorphic-call.c
+ 	(ipa_polymorphic_call_context::restrict_to_inner_class):
+ 	Skip FIELD_DECLs with error_mark_node type.
+ 	* passes.def (all_lowering_passes): Run pass_build_cgraph_edges
+ 	last again.
+ 
+ 	2017-06-14  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR tree-optimization/81083
+ 	* tree-ssa-sccvn.c (vn_reference_lookup_3): Do not use abnormals
+ 	as values.
+ 
+ 2017-06-27  Segher Boessenkool  <segher@kernel.crashing.org>
+ 
+ 	Backports from trunk:
+ 
+ 	2017-05-17  Segher Boessenkool  <segher@kernel.crashing.org>
+ 	PR middle-end/80692
+ 	* real.c (do_compare): Give decimal_do_compare preference over
+ 	comparing just the signs.
+ 
+ 	2017-05-31  Segher Boessenkool  <segher@kernel.crashing.org>
+ 	PR target/80618
+ 	* config/rs6000/vector.md (*vector_uneq<mode>): Write the nor in the
+ 	splitter result in the canonical way.
+ 
+ 	2017-06-09  Segher Boessenkool  <segher@kernel.crashing.org>
+ 	PR target/80966
+ 	* config/rs6000/rs6000.c (rs6000_emit_allocate_stack): Assert that
+ 	gen_add3_insn did not fail.
+ 	* config/rs6000/rs6000.md (add<mode>3): If asked to add a constant to
+ 	r0, construct that number in a temporary reg and add that reg to r0.
+ 	If asked to put the result in r0 as well, fail.
+ 
+ 	2017-06-23  Segher Boessenkool  <segher@kernel.crashing.org>
+ 	PR middle-end/80902
+ 	* builtins.c (expand_builtin_atomic_fetch_op): If emitting code after
+ 	a call, force the call to not be a tail call.
+ 
+ 2017-06-27  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR sanitizer/81209
+ 	* ubsan.c (ubsan_encode_value): Initialize DECL_CONTEXT on var.
+ 
+ 	PR middle-end/81207
+ 	* gimple-fold.c (replace_call_with_call_and_fold): Handle
+ 	gimple_vuse copying separately from gimple_vdef copying.
+ 
+ 2017-06-24  Jim Wilson  <jim.wilson@linaro.org>
+ 
+ 	* config/aarch64/aarch64-cost-tables.h (qdf24xx_extra_costs): Move to
+ 	here.
+ 	* config/arm/aarch-cost-tables.h (qdf24xx_extra_costs): From here.
+ 	* config/arm/arm-cpu-cdata.h: Regenerate.
+ 	* config/arm/arm-cpu-data.h, config/arm/arm-cpu.h: Likewise.
+ 	* config/arm/arm-tables.opt, config/arm/arm-tune.md: Likewise.
+ 	* config/arm/arm-cpus.in: Delete falkor and qdf24xx entries.
+ 	* config/arm/arm.c (arm_qdf24xx_tune): Delete.
+ 	* config/arm/bpabi.h (BE8_LINK_SPEC): Delete falkor and qdf24xx
+ 	support.
+ 	* config/arm/t-aprofile (MULTILIB_MATCHES): Delete falkor and qdf24xx
+ 	support.
+ 	* config/arm/t-rmprofile: Likewise.
+ 	* doc/invoke.texi (ARM Options): Drop falkor and qdf24xx support.
+ 
+ 2017-06-24  Marek Polacek  <polacek@redhat.com>
+ 
+ 	Backport from mainline
+ 	2017-05-04  Marek Polacek  <polacek@redhat.com>
+ 
+ 	PR tree-optimization/80612
+ 	* calls.c (get_size_range): Check for INTEGRAL_TYPE_P.
+ 
+ 2017-06-23  Thomas Preud'homme  <thomas.preudhomme@arm.com>
+ 
+ 	Backport from mainline
+ 	2017-05-04  Prakhar Bahuguna  <prakhar.bahuguna@arm.com>
+ 
+ 	* config/arm/arm-builtins.c (arm_init_builtins): Rename
+ 	__builtin_arm_ldfscr to __builtin_arm_get_fpscr, and rename
+ 	__builtin_arm_stfscr to __builtin_arm_set_fpscr.
+ 
+ 2017-06-23  Jonathan Wakely  <jwakely@redhat.com>
+ 
+ 	PR c++/81187
+ 	* doc/invoke.texi (-Wnoexcept-type): Fix name of option, from
+ 	-Wnoexcept.
+ 
+ 2017-06-22  Martin Liska  <mliska@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-06-19  Martin Liska  <mliska@suse.cz>
+ 
+ 	PR sanitizer/80879
+ 	* gimplify.c (gimplify_switch_expr):
+ 	Initialize live_switch_vars for SWITCH_BODY == STATEMENT_LIST.
+ 
+ 2017-06-22  Martin Liska  <mliska@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-05-31  Martin Liska  <mliska@suse.cz>
+ 
+ 	PR target/79155
+ 	* config/i386/cpuid.h: Fix typo in a comment in cpuid.h.
+ 
+ 2017-06-22  Martin Liska  <mliska@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-05-30  Martin Liska  <mliska@suse.cz>
+ 
+ 	PR other/80909
+ 	* auto-profile.c (get_function_decl_from_block): Fix
+ 	parenthesis.
+ 
+ 2017-06-22  Martin Liska  <mliska@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-05-26  Martin Liska  <mliska@suse.cz>
+ 
+ 	PR ipa/80663
+ 	* params.def: Bound partial-inlining-entry-probability param.
+ 
+ 2017-06-22  Martin Liska  <mliska@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-05-16  Martin Liska  <mliska@suse.cz>
+ 
+ 	PR ipa/79849.
+ 	PR ipa/79850.
+ 	* ipa-devirt.c (warn_types_mismatch): Fix typo.
+ 	(odr_types_equivalent_p): Likewise.
+ 
+ 2017-06-22  Martin Liska  <mliska@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-05-15  Martin Liska  <mliska@suse.cz>
+ 
+ 	PR driver/31468
+ 	* gcc.c (process_command): Do not allow empty argument of -o option.
+ 
+ 2017-06-22  Martin Liska  <mliska@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-05-02  Martin Liska  <mliska@suse.cz>
+ 
+ 	* doc/gcov.texi: Add missing preposition.
+ 	* gcov.c (function_info::function_info): Properly fill up
+ 	all member variables.
+ 
+ 2017-06-22  Martin Liska  <mliska@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-05-02  Martin Liska  <mliska@suse.cz>
+ 
+ 	PR other/80589
+ 	* common.opt: Fix typo.
+ 	* doc/invoke.texi: Likewise.
+ 
+ 2017-06-22  Martin Liska  <mliska@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-04-28  Martin Liska  <mliska@suse.cz>
+ 
+ 	* doc/gcov.texi: Enhance documentation of gcov.
+ 
+ 2017-06-22  Martin Liska  <mliska@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-04-28  Martin Liska  <mliska@suse.cz>
+ 
+ 	* doc/gcov.texi: Sort options in alphabetic order.
+ 	* doc/gcov-dump.texi: Likewise.
+ 	* doc/gcov-tool.texi: Likewise.
+ 	* gcov.c (print_usage): Likewise.
+ 	* gcov-dump.c (print_usage): Likewise.
+ 	* gcov-tool.c (print_merge_usage_message): Likewise.
+ 	(print_rewrite_usage_message): Likewise.
+ 	(print_overlap_usage_message): Likewise.
+ 
+ 2017-06-22  Martin Liska  <mliska@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-04-28  Martin Liska  <mliska@suse.cz>
+ 
+ 	PR gcov-profile/53915
+ 	* gcov.c (format_gcov): Print 'NAN %' when top > bottom.
+ 
+ 2017-06-22  Martin Liska  <mliska@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-04-28  Martin Liska  <mliska@suse.cz>
+ 
+ 	PR driver/56469
+ 	* coverage.c (coverage_remove_note_file): New function.
+ 	* coverage.h: Declare the function.
+ 	* toplev.c (finalize): Clean if an error has been seen.
+ 
+ 2017-06-21  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR target/81151
+ 	* config/i386/sse.md (round<mode>2): Renumber match_dup and
+ 	operands indexes to avoid gap between operands and match_dups.
+ 
+ 	PR c++/81130
+ 	* gimplify.c (omp_add_variable): Don't force GOVD_SEEN for types
+ 	with ctors/dtors if GOVD_SHARED is set.
+ 
+ 	Backported from mainline
+ 	2017-06-20  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR target/81121
+ 	* config/i386/i386.md (TARGET_USE_VECTOR_CONVERTS float si->{sf,df}
+ 	splitter): Require TARGET_SSE2 in the condition.
+ 
+ 	PR sanitizer/81125
+ 	* ubsan.h (ubsan_encode_value): Workaround buggy clang++ parser
+ 	by removing enum keyword.
+ 	(ubsan_type_descriptor): Likewise.  Formatting fix.
+ 
+ 	2017-06-19  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR sanitizer/81125
+ 	* ubsan.h (enum ubsan_encode_value_phase): New.
+ 	(ubsan_encode_value): Change second argument to
+ 	enum ubsan_encode_value_phase with default value of
+ 	UBSAN_ENCODE_VALUE_GENERIC.
+ 	* ubsan.c (ubsan_encode_value): Change second argument to
+ 	enum ubsan_encode_value_phase PHASE from bool IN_EXPAND_P,
+ 	adjust uses, for UBSAN_ENCODE_VALUE_GENERIC use just
+ 	create_tmp_var_raw instead of create_tmp_var and use a
+ 	TARGET_EXPR.
+ 	(ubsan_expand_bounds_ifn, ubsan_build_overflow_builtin,
+ 	instrument_bool_enum_load, ubsan_instrument_float_cast): Adjust
+ 	ubsan_encode_value callers.
+ 
+ 	PR sanitizer/81111
+ 	* ubsan.c (ubsan_encode_value): If current_function_decl is NULL,
+ 	use create_tmp_var_raw instead of create_tmp_var, mark it addressable
+ 	just by setting TREE_ADDRESSABLE on the result and use a TARGET_EXPR.
+ 
+ 2017-06-20  James Greenhalgh  <james.greenhalgh@arm.com>
+ 
+ 	Backport from Mainline
+ 	* config/aarch64/aarch64-option-extensions.def (fp16): Fix expected
+ 	feature string.
+ 
+ 2017-06-20  Andreas Schwab  <schwab@suse.de>
+ 
+ 	PR target/80970
+ 	* config/m68k/m68k.md (bsetdreg, bchgdreg, bclrdreg): Use "=d"
+ 	instead of "+d".
+ 
+ 2017-06-19  James Greenhalgh  <james.greenhalgh@arm.com>
+ 
+ 	Backport from mainline
+ 	2017-06-19  James Greenhalgh  <james.greenhalgh@arm.com>
+ 
+ 	PR target/71778
+ 	* config/arm/arm-builtins.c (arm_expand_builtin_args): Return TARGET
+ 	if given a non-constant argument for an intrinsic which requires a
+ 	constant.
+ 
+ 2017-06-19  Alexander Monakov  <amonakov@ispras.ru>
+ 
+ 	* doc/invoke.texi (mcx16): Rewrite.
+ 
+ 2017-06-15  Eric Botcazou  <ebotcazou@adacore.com>
+ 
+ 	PR rtl-optimization/80474
+ 	* reorg.c (update_block): Do not ignore instructions in a delay slot.
+ 
+ 2017-06-14  Eric Botcazou  <ebotcazou@adacore.com>
+ 
+ 	* config/sparc/sparc.h (MASK_ISA): Add MASK_LEON and MASK_LEON3.
+ 	(MASK_FEATURES): New macro.
+ 	* config/sparc/sparc.c (sparc_option_override): Remove the special
+ 	handling of -mfpu and generalize it to all MASK_FEATURES switches.
+ 
+ 2017-06-14  Eric Botcazou  <ebotcazou@adacore.com>
+ 
+ 	* config/sparc/driver-sparc.c (cpu_names): Add SPARC-T5 entry.
+ 
+ 2017-06-12  David S. Miller  <davem@davemloft.net>
+ 
+ 	PR target/80968
+ 	* config/sparc/sparc.md (return expander): Emit frame blockage if
+ 	function uses alloca.
+ 
+ 2017-06-08  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	PR target/81015
+ 	Revert:
+ 	2016-12-14  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	PR target/59874
+ 	* config/i386/i386.md (*ctzhi2): New insn_and_split pattern.
+ 	(*clzhi2): Ditto.
+ 
+ 2017-06-08  David Edelsohn  <dje.gcc@gmail.com>
+ 
+ 	Backport from mainline
+ 	2017-06-02  David Edelsohn  <dje.gcc@gmail.com>
+ 
+ 	* dwarf2out.c (DWARF_INITIAL_LENGTH_SIZE_STR): New.
+ 	(dl_section_ref): New.
+ 	(dwarf2out_finish): Copy debug_line_section_label to dl_section_ref.
+ 	On AIX, append an expression to subtract the size of the
+ 	section length to dl_section_ref.
+ 
+ 2017-06-07  Richard Biener  <rguenther@suse.de>
+ 
+ 	Backport from mainline
+ 	2017-05-02  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR tree-optimization/80549
+ 	* tree-cfgcleanup.c (mfb_keep_latches): New helper.
+ 	(cleanup_tree_cfg_noloop): Create forwarders to known loop
+ 	headers if they do not have a preheader.
+ 
+ 	2017-05-26  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR tree-optimization/80842
+ 	* tree-ssa-ccp.c (set_lattice_value): Always meet with the old
+ 	value.
+ 
+ 	2017-05-31  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR tree-optimization/80906
+ 	* graphite-isl-ast-to-gimple.c (copy_loop_close_phi_nodes): Get
+ 	and pass through iv_map.
+ 	(copy_bb_and_scalar_dependences): Adjust.
+ 	(translate_pending_phi_nodes): Likewise.
+ 	(copy_loop_close_phi_args): Handle code-generating IVs instead
+ 	of ICEing.
+ 
+ 	2017-05-11  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR tree-optimization/80705
+ 	* tree-vect-data-refs.c (vect_analyze_data_refs): DECL_NONALIASED
+ 	bases are not vectorizable.
+ 
+ 2017-06-06  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	Back port from mainline
+ 	2017-05-19  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	PR target/80718
+ 	* config/rs6000/vsx.md (vsx_splat_<mode>, VSX_D iterator): Prefer
+ 	VSX registers over GPRs, particularly on ISA 2.07 which does not
+ 	have the MTVSRDD instruction.
+ 
+ 2017-06-06  David S. Miller  <davem@davemloft.net>
+ 
+ 	PR target/80968
+ 	* config/sparc/sparc.c (sparc_expand_prologue): Emit frame
+ 	blockage if function uses alloca.
+ 
+ 2017-06-05  Volker Reichelt  <v.reichelt@netcologne.de>
+ 
+ 	* doc/invoke.texi (-Wduplicated-branches): Add to warning list.
+ 
+ 2017-06-02  Prakhar Bahuguna  <prakhar.bahuguna@arm.com>
+ 
+ 	Backport from mainline
+ 	2017-05-05  Andre Vieira  <andre.simoesdiasvieira@arm.com>
+ 		    Prakhar Bahuguna  <prakhar.bahuguna@arm.com>
+ 
+ 	PR target/71607
+ 	* config/arm/arm.md (use_literal_pool): Remove.
+ 	(64-bit immediate split): No longer takes cost into consideration
+ 	if arm_disable_literal_pool is enabled.
+ 	* config/arm/arm.c (arm_tls_referenced_p): Add diagnostic if TLS is
+ 	used when arm_disable_literal_pool is enabled.
+ 	(arm_max_const_double_inline_cost): Remove use of
+ 	arm_disable_literal_pool.
+ 	(push_minipool_fix): Add assert.
+ 	(arm_reorg): Add return if arm_disable_literal_pool is enabled.
+ 	* config/arm/vfp.md (no_literal_pool_df_immediate): New.
+ 	(no_literal_pool_sf_immediate): New.
+ 
+ 2017-06-02  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR rtl-optimization/80903
+ 	* loop-doloop.c (add_test): Unshare sequence.
+ 
+ 2017-05-31  Martin Jambor  <mjambor@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-04-24  Martin Jambor  <mjambor@suse.cz>
+ 
+ 	PR tree-optimization/80293
+ 	* tree-sra.c (scalarizable_type_p): New parameter const_decl, make
+ 	char arrays not totally scalarizable if it is false.
+ 	(analyze_all_variable_accesses): Pass correct value in the new
+ 	parameter.  Add a statistics counter.
+ 
+ 2017-05-30  Max Filippov  <jcmvbkbc@gmail.com>
+ 
+ 	Backport from mainline
+ 	2017-05-29  Max Filippov  <jcmvbkbc@gmail.com>
+ 
+ 	* config/xtensa/xtensa.c (xtensa_emit_call): Use
+ 	HOST_WIDE_INT_PRINT_HEX instead of 0x%lx format string.
+ 	(print_operand): Use HOST_WIDE_INT_PRINT_DEC instead of %ld
+ 	format string.
+ 
+ 2017-05-29  Eric Botcazou  <ebotcazou@adacore.com>
+ 
+ 	* doc/install.texi (Options specification): Restore entry of
+ 	--enable-sjlj-exceptions.
+ 
+ 2017-05-29  Andreas Krebbel  <krebbel@linux.vnet.ibm.com>
+ 
+ 	Backport from mainline
+ 	2017-05-24  Andreas Krebbel  <krebbel@linux.vnet.ibm.com>
+ 
+ 	PR target/80725
+ 	* config/s390/s390.c (s390_check_qrst_address): Check incoming
+ 	address against address_operand predicate.
+ 	* config/s390/s390.md ("*indirect_jump"): Swap alternatives.
+ 
+ 2017-05-28  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	Backport from mainline
+ 	2017-05-23  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	* config/i386/i386.md (*movdi_internal): Remove SSE4
+ 	alternative 18 (?r, *v).  Update insn attributes.
+ 	(*movsi_internal): Remove SSE4 alternative 13 (?r, *v).
+ 	Update insn attributes.
+ 	(*zero_extendsidi2): Remove SSE4 alternative (?r, *x).
+ 	Update insn attributes.
+ 	* config/i386/sse.md (vec_extract<ssevecmodelower>_0): Remove SSE4
+ 	alternative 1 (r, v). Remove isa attribute.
+ 	* config/i386/i386.c (dimode_scalar_chain::make_vector_copies):
+ 	Always move value through stack for !TARGET_INTER_UNIT_MOVES_TO_VEC
+ 	and !TARGET_INTER_UNIT_MOVES_TO_VEC targets.
+ 
+ 	2017-05-16  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	* config/i386/i386.md (*movsi_internal): Split (?rm,*y) alternative
+ 	to (?r,*Yn) and (?m,*y) alternatives, and (?*y,rm) to (?*Ym,r)
+ 	and (?*y,m).  Update insn attributes.
+ 
+ 2017-05-26  Sheldon Lobo  <smlobo@sheldon.us.oracle.com>
+ 
+ 	Backported from mainline
+ 	2017-05-24  Sheldon Lobo  <smlobo@sheldon.us.oracle.com>
+ 
+ 	* config/sparc/sparc.md (length): Return the correct value for -mflat
+ 	sibcalls to match output_sibcall.
+ 
+ 2017-05-26  Marek Polacek  <polacek@redhat.com>
+ 
+ 	Backported from mainline
+ 	2017-05-26  Marek Polacek  <polacek@redhat.com>
+ 
+ 	PR sanitizer/80875
+ 	* fold-const.c (fold_binary_loc) <case MULT_EXPR>: Check if OP1
+ 	can be negated.
+ 
+ 2017-05-26  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	Backported from mainline
+ 	2017-05-22  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR middle-end/80809
+ 	* omp-low.c (finish_taskreg_remap): New function.
+ 	(finish_taskreg_scan): If unit size of ctx->record_type
+ 	is non-constant, unshare the size expression and replace
+ 	decls in it with possible outer var refs.
+ 
+ 	PR middle-end/80809
+ 	* gimplify.c (omp_add_variable): For GOVD_DEBUG_PRIVATE use
+ 	GOVD_SHARED rather than GOVD_PRIVATE with it.
+ 	(gimplify_adjust_omp_clauses_1, gimplify_adjust_omp_clauses): Expect
+ 	GOVD_SHARED rather than GOVD_PRIVATE with GOVD_DEBUG_PRIVATE.
+ 
+ 	PR middle-end/80853
+ 	* omp-low.c (lower_reduction_clauses): Pass OMP_CLAUSE_PRIVATE
+ 	as last argument to build_outer_var_ref for pointer bases of array
+ 	section reductions.
+ 
+ 2017-05-25  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	Backport from trunk
+ 	2017-05-18  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	PR target/80510
+ 	* config/rs6000/predicates.md (simple_offsettable_mem_operand):
+ 	New predicate.
+ 
+ 	* config/rs6000/rs6000.md (ALTIVEC_DFORM): New iterator.
+ 	(define_peephole2 for Altivec d-form load): Add peepholes to catch
+ 	cases where the register allocator uses a move and an offsettable
+ 	memory operation to/from a FPR register on ISA 2.06/2.07.
+ 	(define_peephole2 for Altivec d-form store): Likewise.
+ 
+ 	Backport from trunk
+ 	2017-05-09  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	PR target/68163
+ 	* config/rs6000/rs6000.md (f32_lr): Delete mode attributes that
+ 	are now unused after splitting mov{sf,sd}_hardfloat.
+ 	(f32_lr2): Likewise.
+ 	(f32_lm): Likewise.
+ 	(f32_lm2): Likewise.
+ 	(f32_li): Likewise.
+ 	(f32_li2): Likewise.
+ 	(f32_lv): Likewise.
+ 	(f32_sr): Likewise.
+ 	(f32_sr2): Likewise.
+ 	(f32_sm): Likewise.
+ 	(f32_sm2): Likewise.
+ 	(f32_si): Likewise.
+ 	(f32_si2): Likewise.
+ 	(f32_sv): Likewise.
+ 	(f32_dm): Likewise.
+ 	(f32_vsx): Likewise.
+ 	(f32_av): Likewise.
+ 	(mov<mode>_hardfloat): Split into separate movsf and movsd pieces.
+ 	For movsf, order stores so the VSX stores occur before the GPR
+ 	store which encourages the register allocator to use a traditional
+ 	FPR instead of a GPR.  For movsd, order the stores so that the GPR
+ 	store comes before the VSX stores to allow the power6 to work.
+ 	This is due to the power6 not having a 32-bit integer store
+ 	instruction from a FPR.
+ 	(movsf_hardfloat): Likewise.
+ 	(movsd_hardfloat): Likewise.
+ 
+ 2017-05-25  Wilco Dijkstra  <wdijkstr@arm.com>
+ 
+ 	Backport from mainlin
+ 	PR rtl-optimization/80754
+ 	* lra-remat.c (do_remat): Add overlap checks for dst_regno.
+ 
+ 2017-05-25  Wilco Dijkstra  <wdijkstr@arm.com>
+ 
+ 	Backport from mainline
+ 	PR target/80671
+ 	* config/aarch64/cortex-a57-fma-steering.c (merge_forest):
+ 	Move member access before delete.
+ 
+ 2017-05-23  Sheldon Lobo  <sheldon.lobo@oracle.com>
+ 
+ 	Backport from mainline
+ 	2017-05-18  Sheldon Lobo  <sheldon.lobo@oracle.com>
+ 
+ 	* config/sparc/sparc.c (sparc_option_override): Set function
+ 	alignment for -mcpu=niagara7 to 64 to match the I$ line.
+ 	* config/sparc/sparc.h (BRANCH_COST): Set the SPARC M7 branch
+ 	latency to 1.
+ 	* config/sparc/sparc.h (BRANCH_COST): Set the SPARC T4 branch
+ 	latency to 2.
+ 	* config/sparc/sol2.h: Fix a ASM_CPU32_DEFAULT_SPEC typo.
+ 
+ 2017-05-19  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	Backport from mainline
+ 	2017-05-18  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	PR target/80799
+ 	* config/i386/mmx.md (*mov<mode>_internal): Enable
+ 	alternatives 11, 12, 13 and 14 also for 32bit targets.
+ 	Remove alternatives 15, 16, 17 and 18.
+ 	* config/i386/sse.md (vec_concatv2di): Change
+ 	alternative (!x, *y) to (x, ?!*Yn).
+ 
+ 2017-05-14  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	Backport from mainline
+ 	2017-05-11  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	PR target/80706
+ 	* config/i386/sync.md (UNSPEC_LDX_ATOMIC): New unspec.
+ 	(UNSPEC_STX_ATOMIC): Ditto.
+ 	(loaddi_via_sse): New insn.
+ 	(storedi_via_sse): Ditto.
+ 	(atomic_loaddi_fpu): Emit loaddi_via_sse and storedi_via_sse.
+ 	Update corresponding peephole2 patterns.
+ 	(atomic_storedi_fpu): Ditto.
+ 
+ 2017-05-13  Bill Schmidt  <wschmidt@linux.vnet.ibm.com>
+ 
+ 	Backport from mainline
+ 	2017-05-05  Bill Schmidt  <wschmidt@linux.vnet.ibm.com>
+ 
+ 	* config/rs6000/rs6000.c (rs6000_vect_nonmem): New static var.
+ 	(rs6000_init_cost): Initialize rs6000_vect_nonmem.
+ 	(rs6000_add_stmt_cost): Update rs6000_vect_nonmem.
+ 	(rs6000_finish_cost): Avoid vectorizing simple copy loops with
+ 	VF=2 that require versioning.
+ 
+ 2017-05-12  Bill Schmidt  <wschmidt@linux.vnet.ibm.com>
+ 
+ 	Backport from mainline
+ 	2017-05-10  Bill Schmidt  <wschmidt@linux.vnet.ibm.com>
+ 
+ 	* config/rs6000/rs6000.c (altivec_init_builtins): Define POWER8
+ 	built-ins for vec_xl and vec_xst with short and char pointer
+ 	arguments.
+ 
+ 2017-05-10  John David Anglin  <danglin@gcc.gnu.org>
+ 
+ 	PR target/80090
+ 	* config/pa/pa.c (pa_assemble_integer): When outputting a SYMBOL_REF,
+ 	handle calling assemble_external ourself.
+ 
+ 	PR target/79027
+ 	* config/pa/pa.c (pa_cannot_change_mode_class): Reject changes to/from
+ 	modes with zero size.  Enhance comment.
+ 
+ 2017-05-09  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	Back port from mainline
+ 	2017-05-05  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	PR target/79038
+ 	PR target/79202
+ 	PR target/79203
+ 	* config/rs6000/rs6000.md (u code attribute): Add FIX and
+ 	UNSIGNED_FIX.
+ 	(extendsi<mode>2): Add support for doing sign extension via
+ 	VUPKHSW and XXPERMDI if the value is in Altivec registers and we
+ 	don't have ISA 3.0 instructions.
+ 	(extendsi<mode>2 splitter): Likewise.
+ 	(fix_trunc<mode>si2): If we are at ISA 2.07 (VSX small integer),
+ 	generate the normal insns since SImode can now go in vector
+ 	registers.  Disallow the special UNSPECs needed for previous
+ 	machines to hide SImode being used.  Add new insns
+ 	fctiw{,w}_<mode>_smallint if SImode can go in vector registers.
+ 	(fix_trunc<mode>si2_stfiwx): Likewise.
+ 	(fix_trunc<mode>si2_internal): Likewise.
+ 	(fixuns_trunc<mode>si2): Likewise.
+ 	(fixuns_trunc<mode>si2_stfiwx): Likewise.
+ 	(fctiw<u>z_<mode>_smallint): Likewise.
+ 	(fctiw<u>z_<mode>_mem): New combiner pattern to prevent conversion
+ 	of floating point to 32-bit integer from doing a direct move to
+ 	the GPR registers to do a store.
+ 	(fctiwz_<mode>): Break long line.
+ 
+ 2017-05-08  Tamar Christina  <tamar.christina@arm.com>
+ 
+ 	PR middle-end/79665
+ 	* expr.c (expand_expr_real_2): Move TRUNC_MOD_EXPR, FLOOR_MOD_EXPR,
+ 	CEIL_MOD_EXPR, ROUND_MOD_EXPR cases.
+ 
+ 2017-05-03  Jan Beulich  <jbeulich@suse.com>
+ 
+ 	Backport from mainline
+ 	2017-05-01  Jan Beulich  <jbeulich@suse.com>
+ 
+ 	* config/i386/sse.md (xop_vpermil2<mode>3): Do not allow operand
+ 	swapping, add (x,x,m,x,n) alternative.
+ 
+ 2017-05-03  Richard Biener  <rguenther@suse.de>
+ 
+ 	Backport from mainline
+ 	2017-04-20  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR tree-optimization/80453
+ 	* tree-ssa-sccvn.h (struct vn_phi_s): Add cclhs and ccrhs members.
+ 	* tree-ssa-sccvn.c (cond_stmts_equal_p): Use recorded lhs and rhs
+ 	from the conditions.
+ 	(vn_phi_eq): Pass them down.
+ 	(vn_phi_lookup): Record them.
+ 	(vn_phi_insert): Likewise.
+ 
+ 	2017-04-25  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR tree-optimization/80492
+ 	* alias.c (compare_base_decls): Handle registers with asm
+ 	specification conservatively.
+ 
+ 	2017-04-27  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR middle-end/80539
+ 	* tree-chrec.c (chrec_fold_plus_poly_poly): Deal with not
+ 	being in loop-closed SSA form conservatively.
+ 	(chrec_fold_multiply_poly_poly): Likewise.
+ 
+ 2017-05-02  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	Backport from mainline
+ 	2017-05-01  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	PR target/68491
+ 	* config/i386/cpuid.h (__get_cpuid): Always return 0 when
+ 	__get_cpuid_max returns 0.
+ 	(__get_cpuid_count): Ditto.
+ 
+ 2017-05-02  Jakub Jelinek <jakub@redhat.com>
+ 
+ 	Backported from mainline
+ 	2017-04-25 Jakub Jelinek <jakub@redhat.com>
+ 
+ 	* Makefile.in (s-options): Invoke opt-gather.awk with LC_ALL=C in the
+ 	environment.
+ 
+ 2017-05-02  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	* BASE-VER: Set to 7.1.1.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
***************
*** 110,167 ****
  	Backport from mainline
  	2017-04-25  Andreas Krebbel  <krebbel@linux.vnet.ibm.com>
  
!         PR target/80464
!         * config/s390/vector.md: Split MEM->GPR vector moves for
!         non-s_operand addresses.
  
  2017-04-25  Andreas Krebbel  <krebbel@linux.vnet.ibm.com>
  
  	Backport from mainline
  	2017-04-25  Andreas Krebbel  <krebbel@linux.vnet.ibm.com>
  
!         PR target/79895
!         * config/s390/predicates.md (reload_const_wide_int_operand): New
!         predicate.
!         * config/s390/s390.md ("movti"): Remove d/P alternative.
!         ("movti_bigconst"): New pattern definition.
  
  2017-04-25  Dominik Vogt  <vogt@linux.vnet.ibm.com>
  
  	Backport from maineline
  	2017-04-25  Dominik Vogt  <vogt@linux.vnet.ibm.com>
  
!         PR target/80080
!         * s390-protos.h (s390_expand_cs_hqi): Removed.
!         (s390_expand_cs, s390_expand_atomic_exchange_tdsi): New prototypes.
!         * config/s390/s390.c (s390_emit_compare_and_swap): Handle all integer
!         modes as well as CCZ1mode and CCZmode.
!         (s390_expand_atomic_exchange_tdsi, s390_expand_atomic): Adapt to new
!         signature of s390_emit_compare_and_swap.
!         (s390_expand_cs_hqi): Likewise, make static.
!         (s390_expand_cs_tdsi): Generate an explicit compare before trying
!         compare-and-swap, in some cases.
!         (s390_expand_cs): Wrapper function.
!         (s390_expand_atomic_exchange_tdsi): New backend specific expander for
!         atomic_exchange.
!         (s390_match_ccmode_set): Allow CCZmode <-> CCZ1 mode.
!         * config/s390/s390.md ("atomic_compare_and_swap<mode>"): Merge the
!         patterns for small and large integers.  Forbid symref memory operands.
!         Move expander to s390.c.  Require cc register.
!         ("atomic_compare_and_swap<DGPR:mode><CCZZ1:mode>_internal")
!         ("*atomic_compare_and_swap<TDI:mode><CCZZ1:mode>_1")
!         ("*atomic_compare_and_swapdi<CCZZ1:mode>_2")
!         ("*atomic_compare_and_swapsi<CCZZ1:mode>_3"): Use s_operand to forbid
!         symref memory operands.  Remove CC mode and call s390_match_ccmode
!         instead.
!         ("atomic_exchange<mode>"): Allow and implement all integer modes.
  
  2017-04-25  Dominik Vogt  <vogt@linux.vnet.ibm.com>
  
  	Backport from mainline
  	2017-04-25  Dominik Vogt  <vogt@linux.vnet.ibm.com>
  
!         * config/s390/s390.md (define_peephole2): New peephole to help
!         combining the load-and-test pattern with volatile memory.
  
  
  2017-04-25  Dominik Vogt  <vogt@linux.vnet.ibm.com>
--- 1664,1721 ----
  	Backport from mainline
  	2017-04-25  Andreas Krebbel  <krebbel@linux.vnet.ibm.com>
  
! 	PR target/80464
! 	* config/s390/vector.md: Split MEM->GPR vector moves for
! 	non-s_operand addresses.
  
  2017-04-25  Andreas Krebbel  <krebbel@linux.vnet.ibm.com>
  
  	Backport from mainline
  	2017-04-25  Andreas Krebbel  <krebbel@linux.vnet.ibm.com>
  
! 	PR target/79895
! 	* config/s390/predicates.md (reload_const_wide_int_operand): New
! 	predicate.
! 	* config/s390/s390.md ("movti"): Remove d/P alternative.
! 	("movti_bigconst"): New pattern definition.
  
  2017-04-25  Dominik Vogt  <vogt@linux.vnet.ibm.com>
  
  	Backport from maineline
  	2017-04-25  Dominik Vogt  <vogt@linux.vnet.ibm.com>
  
! 	PR target/80080
! 	* s390-protos.h (s390_expand_cs_hqi): Removed.
! 	(s390_expand_cs, s390_expand_atomic_exchange_tdsi): New prototypes.
! 	* config/s390/s390.c (s390_emit_compare_and_swap): Handle all integer
! 	modes as well as CCZ1mode and CCZmode.
! 	(s390_expand_atomic_exchange_tdsi, s390_expand_atomic): Adapt to new
! 	signature of s390_emit_compare_and_swap.
! 	(s390_expand_cs_hqi): Likewise, make static.
! 	(s390_expand_cs_tdsi): Generate an explicit compare before trying
! 	compare-and-swap, in some cases.
! 	(s390_expand_cs): Wrapper function.
! 	(s390_expand_atomic_exchange_tdsi): New backend specific expander for
! 	atomic_exchange.
! 	(s390_match_ccmode_set): Allow CCZmode <-> CCZ1 mode.
! 	* config/s390/s390.md ("atomic_compare_and_swap<mode>"): Merge the
! 	patterns for small and large integers.  Forbid symref memory operands.
! 	Move expander to s390.c.  Require cc register.
! 	("atomic_compare_and_swap<DGPR:mode><CCZZ1:mode>_internal")
! 	("*atomic_compare_and_swap<TDI:mode><CCZZ1:mode>_1")
! 	("*atomic_compare_and_swapdi<CCZZ1:mode>_2")
! 	("*atomic_compare_and_swapsi<CCZZ1:mode>_3"): Use s_operand to forbid
! 	symref memory operands.  Remove CC mode and call s390_match_ccmode
! 	instead.
! 	("atomic_exchange<mode>"): Allow and implement all integer modes.
  
  2017-04-25  Dominik Vogt  <vogt@linux.vnet.ibm.com>
  
  	Backport from mainline
  	2017-04-25  Dominik Vogt  <vogt@linux.vnet.ibm.com>
  
! 	* config/s390/s390.md (define_peephole2): New peephole to help
! 	combining the load-and-test pattern with volatile memory.
  
  
  2017-04-25  Dominik Vogt  <vogt@linux.vnet.ibm.com>
***************
*** 169,176 ****
  	Backport from mainline
  	2017-04-25  Dominik Vogt  <vogt@linux.vnet.ibm.com>
  
!         * config/s390/s390.md ("cstorecc4"): Use load-on-condition and deal
!         with CCZmode for TARGET_Z196.
  
  2017-04-25  Jakub Jelinek  <jakub@redhat.com>
  
--- 1723,1730 ----
  	Backport from mainline
  	2017-04-25  Dominik Vogt  <vogt@linux.vnet.ibm.com>
  
! 	* config/s390/s390.md ("cstorecc4"): Use load-on-condition and deal
! 	with CCZmode for TARGET_Z196.
  
  2017-04-25  Jakub Jelinek  <jakub@redhat.com>
  
***************
*** 229,235 ****
  	(build_array_type): Likewise.  Add typeless_storage argument.
  
  2017-04-19  Eric Botcazou  <ebotcazou@adacore.com>
!             Jakub Jelinek  <jakub@redhat.com>
  
  	PR tree-optimization/80426
  	* tree-vrp.c (extract_range_from_binary_expr_1): For an additive
--- 1783,1789 ----
  	(build_array_type): Likewise.  Add typeless_storage argument.
  
  2017-04-19  Eric Botcazou  <ebotcazou@adacore.com>
! 	    Jakub Jelinek  <jakub@redhat.com>
  
  	PR tree-optimization/80426
  	* tree-vrp.c (extract_range_from_binary_expr_1): For an additive
***************
*** 271,277 ****
  	are only used in debug insns.
  
  2017-04-19  Eric Botcazou  <ebotcazou@adacore.com>
!             Vladimir Makarov  <vmakarov@redhat.com>
  
  	* config/sparc/predicates.md (input_operand): Add comment.  Return
  	true for any memory operand when LRA is in progress.
--- 1825,1831 ----
  	are only used in debug insns.
  
  2017-04-19  Eric Botcazou  <ebotcazou@adacore.com>
! 	    Vladimir Makarov  <vmakarov@redhat.com>
  
  	* config/sparc/predicates.md (input_operand): Add comment.  Return
  	true for any memory operand when LRA is in progress.
diff -Nrcpad gcc-7.1.0/gcc/DATESTAMP gcc-7.2.0/gcc/DATESTAMP
*** gcc-7.1.0/gcc/DATESTAMP	Tue May  2 00:16:14 2017
--- gcc-7.2.0/gcc/DATESTAMP	Mon Aug 14 00:17:14 2017
***************
*** 1 ****
! 20170502
--- 1 ----
! 20170814
diff -Nrcpad gcc-7.1.0/gcc/Makefile.in gcc-7.2.0/gcc/Makefile.in
*** gcc-7.1.0/gcc/Makefile.in	Tue Apr 18 18:10:27 2017
--- gcc-7.2.0/gcc/Makefile.in	Tue May  2 16:12:40 2017
*************** s-specs : Makefile
*** 2139,2144 ****
--- 2139,2145 ----
  
  optionlist: s-options ; @true
  s-options: $(ALL_OPT_FILES) Makefile $(srcdir)/opt-gather.awk
+ 	LC_ALL=C ; export LC_ALL ; \
  	$(AWK) -f $(srcdir)/opt-gather.awk $(ALL_OPT_FILES) > tmp-optionlist
  	$(SHELL) $(srcdir)/../move-if-change tmp-optionlist optionlist
  	$(STAMP) s-options
diff -Nrcpad gcc-7.1.0/gcc/ada/ChangeLog gcc-7.2.0/gcc/ada/ChangeLog
*** gcc-7.1.0/gcc/ada/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/gcc/ada/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,79 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
+ 2017-07-15  John Paul Adrian Glaubitz  <glaubitz@physik.fu-berlin.de>
+ 
+ 	PR ada/81446
+ 	* system-linux-m68k.ads: Add pragma No_Elaboration_Code_All.
+ 	(Backend_Overflow_Checks): Set to True.
+ 
+ 2017-06-15  Nicolas Boulenguez  <nicolas.boulenguez@free.fr>
+ 
+ 	PR ada/81105
+ 	* gcc-interface/Makefile.in (x86 kfreebsd): Adjust system.ads setting.
+ 	(i[3456]86-pc-gnu): Likewise.
+ 	(x86_64 kfreebsd): Likewise.
+ 
+ 2017-06-12  Eric Botcazou  <ebotcazou@adacore.com>
+ 
+ 	PR ada/81070
+ 	* s-interr-hwint.adb: Reinstate.
+ 	* gcc-interface/Makefile.in (RTEMS): Use it again.
+ 
+ 2017-06-12  Sebastian Huber  <sebastian.huber@embedded-brains.de>
+ 
+ 	Backport from mainline
+ 	2017-06-07  Sebastian Huber  <sebastian.huber@embedded-brains.de>
+ 
+ 	* Makefile.in (rtems): Use TLS implementation for s-tpopsp.adb.
+ 	* s-tpopsp-rtems.adb: Delete.
+ 
+ 2017-05-22  Eric Botcazou  <ebotcazou@adacore.com>
+ 
+ 	* gcc-interface/decl.c (gnat_to_gnu_entity): Skip regular processing
+ 	for Itypes that are E_Access_Subtype.
+ 	<E_Access_Subtype>: Use the DECL of the base type directly.
+ 
+ 2017-05-17  Eric Botcazou  <ebotcazou@adacore.com>
+ 
+ 	PR ada/80784
+ 	Backport from mainline
+ 
+ 	2017-05-02  Ed Schonberg  <schonberg@adacore.com>
+ 
+ 	* exp_ch3.adb (Freeze_Type): Do not generate an invariant
+ 	procedure body for a local (sub)type declaration within a
+ 	predicate function. Invariant checks do not apply to these, and
+ 	the expansion of the procedure will happen in the wrong scope,
+ 	leading to misplaced freeze nodes.
+ 
+ 2017-05-12  Eric Botcazou  <ebotcazou@adacore.com>
+ 
+ 	* system-linux-arm.ads (Memory_Size): Use Long_Integer'Size
+ 	instead of Word_Size.
+ 
+ 	Revert
+ 	2017-03-28  Andreas Schwab  <schwab@suse.de>
+ 
+ 	PR ada/80117
+ 	* system-linux-aarch64-ilp32.ads: New file.
+ 	* gcc-interface/Makefile.in (LIBGNAT_TARGET_PAIRS_COMMON): Rename
+ 	from LIBGNAT_TARGET_PAIRS.
+ 	(LIBGNAT_TARGET_PAIRS_32, LIBGNAT_TARGET_PAIRS_64): Define.
+ 	(LIBGNAT_TARGET_PAIRS): Use LIBGNAT_TARGET_PAIRS_COMMON, and
+ 	LIBGNAT_TARGET_PAIRS_64 or LIBGNAT_TARGET_PAIRS_32 for -mabi=lp64
+ 	or -mabi=ilp32, resp.
+ 
+ 2017-05-10  H.J. Lu  <hongjiu.lu@intel.com>
+ 
+ 	Back port from mainline
+ 	2017-05-10  H.J. Lu  <hongjiu.lu@intel.com>
+ 
+ 	PR ada/80626
+ 	* system-linux-x86.ads (Memory_Size): Use Long_Integer'Size
+ 	instead of Word_Size.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/gcc/ada/exp_ch3.adb gcc-7.2.0/gcc/ada/exp_ch3.adb
*** gcc-7.1.0/gcc/ada/exp_ch3.adb	Mon Jan 23 11:21:37 2017
--- gcc-7.2.0/gcc/ada/exp_ch3.adb	Wed May 17 12:51:00 2017
*************** package body Exp_Ch3 is
*** 7518,7525 ****
        --  class-wide invariants from parent types or interfaces, and invariants
        --  on array elements or record components.
  
        if Has_Invariants (Def_Id) then
!          Build_Invariant_Procedure_Body (Def_Id);
        end if;
  
        if Mode_Set then
--- 7518,7536 ----
        --  class-wide invariants from parent types or interfaces, and invariants
        --  on array elements or record components.
  
+       --  Do not generate invariant procedure within other assertion
+       --  subprograms, which may involve local declarations of local
+       --  subtypes to which these checks don't apply.
+ 
        if Has_Invariants (Def_Id) then
!          if Within_Internal_Subprogram
!           or else (Ekind (Current_Scope) = E_Function
!                     and then Is_Predicate_Function (Current_Scope))
!          then
!             null;
!          else
!             Build_Invariant_Procedure_Body (Def_Id);
!          end if;
        end if;
  
        if Mode_Set then
diff -Nrcpad gcc-7.1.0/gcc/ada/gcc-interface/Makefile.in gcc-7.2.0/gcc/ada/gcc-interface/Makefile.in
*** gcc-7.1.0/gcc/ada/gcc-interface/Makefile.in	Tue Mar 28 10:29:34 2017
--- gcc-7.2.0/gcc/ada/gcc-interface/Makefile.in	Thu Jun 15 22:22:18 2017
*************** ifeq ($(strip $(filter-out %86 kfreebsd%
*** 1424,1430 ****
    s-tpopsp.adb<s-tpopsp-posix-foreign.adb \
    $(ATOMICS_TARGET_PAIRS) \
    $(X86_TARGET_PAIRS) \
!   system.ads<system-freebsd-x86.ads
  
    TOOLS_TARGET_PAIRS =  \
      mlib-tgt-specific.adb<mlib-tgt-specific-linux.adb \
--- 1424,1430 ----
    s-tpopsp.adb<s-tpopsp-posix-foreign.adb \
    $(ATOMICS_TARGET_PAIRS) \
    $(X86_TARGET_PAIRS) \
!   system.ads<system-freebsd.ads
  
    TOOLS_TARGET_PAIRS =  \
      mlib-tgt-specific.adb<mlib-tgt-specific-linux.adb \
*************** ifeq ($(strip $(filter-out %86 pc gnu,$(
*** 1454,1460 ****
    s-tpopsp.adb<s-tpopsp-posix-foreign.adb \
    $(ATOMICS_TARGET_PAIRS) \
    $(X86_TARGET_PAIRS) \
!   system.ads<system-freebsd-x86.ads
  
    TOOLS_TARGET_PAIRS =  \
      mlib-tgt-specific.adb<mlib-tgt-specific-linux.adb \
--- 1454,1460 ----
    s-tpopsp.adb<s-tpopsp-posix-foreign.adb \
    $(ATOMICS_TARGET_PAIRS) \
    $(X86_TARGET_PAIRS) \
!   system.ads<system-freebsd.ads
  
    TOOLS_TARGET_PAIRS =  \
      mlib-tgt-specific.adb<mlib-tgt-specific-linux.adb \
*************** ifeq ($(strip $(filter-out x86_64 kfreeb
*** 1482,1488 ****
    s-taprop.adb<s-taprop-posix.adb \
    s-taspri.ads<s-taspri-posix.ads \
    s-tpopsp.adb<s-tpopsp-posix-foreign.adb \
!   system.ads<system-freebsd-x86.ads
  
    TOOLS_TARGET_PAIRS =  \
      mlib-tgt-specific.adb<mlib-tgt-specific-linux.adb \
--- 1482,1488 ----
    s-taprop.adb<s-taprop-posix.adb \
    s-taspri.ads<s-taspri-posix.ads \
    s-tpopsp.adb<s-tpopsp-posix-foreign.adb \
!   system.ads<system-freebsd.ads
  
    TOOLS_TARGET_PAIRS =  \
      mlib-tgt-specific.adb<mlib-tgt-specific-linux.adb \
*************** ifeq ($(strip $(filter-out rtems%,$(targ
*** 1734,1742 ****
    s-parame.adb<s-parame-rtems.adb \
    s-taprop.adb<s-taprop-posix.adb \
    s-taspri.ads<s-taspri-posix.ads \
!   s-tpopsp.adb<s-tpopsp-rtems.adb \
    s-stchop.adb<s-stchop-rtems.adb \
!   s-interr.adb<s-interr-vxworks.adb
  endif
  
  # PikeOS
--- 1734,1742 ----
    s-parame.adb<s-parame-rtems.adb \
    s-taprop.adb<s-taprop-posix.adb \
    s-taspri.ads<s-taspri-posix.ads \
!   s-tpopsp.adb<s-tpopsp-tls.adb \
    s-stchop.adb<s-stchop-rtems.adb \
!   s-interr.adb<s-interr-hwint.adb
  endif
  
  # PikeOS
*************** endif
*** 1973,1979 ****
  
  # AArch64 Linux
  ifeq ($(strip $(filter-out aarch64% linux%,$(target_cpu) $(target_os))),)
!   LIBGNAT_TARGET_PAIRS_COMMON = \
    a-exetim.adb<a-exetim-posix.adb \
    a-exetim.ads<a-exetim-default.ads \
    a-intnam.ads<a-intnam-linux.ads \
--- 1973,1979 ----
  
  # AArch64 Linux
  ifeq ($(strip $(filter-out aarch64% linux%,$(target_cpu) $(target_os))),)
!   LIBGNAT_TARGET_PAIRS = \
    a-exetim.adb<a-exetim-posix.adb \
    a-exetim.ads<a-exetim-default.ads \
    a-intnam.ads<a-intnam-linux.ads \
*************** ifeq ($(strip $(filter-out aarch64% linu
*** 1993,2014 ****
    s-taspri.ads<s-taspri-posix.ads \
    g-sercom.adb<g-sercom-linux.adb \
    $(ATOMICS_TARGET_PAIRS) \
!   $(ATOMICS_BUILTINS_TARGET_PAIRS)
! 
!   LIBGNAT_TARGET_PAIRS_32 = \
!   system.ads<system-linux-aarch64-ilp32.ads
! 
!   LIBGNAT_TARGET_PAIRS_64 = \
    system.ads<system-linux-arm.ads
  
-   ifneq (,$(or $(filter aarch64-linux-gnu, $(shell $(GCC_FOR_TARGET) $(GNATLIBCFLAGS) -print-multiarch)), $(filter ../lib64, $(shell $(GCC_FOR_TARGET) $(GNATLIBCFLAGS) -print-multi-os-directory))))
-     LIBGNAT_TARGET_PAIRS = \
-     $(LIBGNAT_TARGET_PAIRS_COMMON) $(LIBGNAT_TARGET_PAIRS_64)
-   else
-     LIBGNAT_TARGET_PAIRS = \
-     $(LIBGNAT_TARGET_PAIRS_COMMON) $(LIBGNAT_TARGET_PAIRS_32)
-   endif
- 
    TOOLS_TARGET_PAIRS =  \
      mlib-tgt-specific.adb<mlib-tgt-specific-linux.adb \
      indepsw.adb<indepsw-gnu.adb
--- 1993,2001 ----
    s-taspri.ads<s-taspri-posix.ads \
    g-sercom.adb<g-sercom-linux.adb \
    $(ATOMICS_TARGET_PAIRS) \
!   $(ATOMICS_BUILTINS_TARGET_PAIRS) \
    system.ads<system-linux-arm.ads
  
    TOOLS_TARGET_PAIRS =  \
      mlib-tgt-specific.adb<mlib-tgt-specific-linux.adb \
      indepsw.adb<indepsw-gnu.adb
diff -Nrcpad gcc-7.1.0/gcc/ada/gcc-interface/decl.c gcc-7.2.0/gcc/ada/gcc-interface/decl.c
*** gcc-7.1.0/gcc/ada/gcc-interface/decl.c	Fri Feb 24 11:03:08 2017
--- gcc-7.2.0/gcc/ada/gcc-interface/decl.c	Mon May 22 09:39:46 2017
*************** gnat_to_gnu_entity (Entity_Id gnat_entit
*** 307,317 ****
    /* Contains the list of attributes directly attached to the entity.  */
    struct attrib *attr_list = NULL;
  
!   /* Since a use of an Itype is a definition, process it as such if it
!      is not in a with'ed unit.  */
    if (!definition
        && is_type
        && Is_Itype (gnat_entity)
        && !present_gnu_tree (gnat_entity)
        && In_Extended_Main_Code_Unit (gnat_entity))
      {
--- 307,319 ----
    /* Contains the list of attributes directly attached to the entity.  */
    struct attrib *attr_list = NULL;
  
!   /* Since a use of an Itype is a definition, process it as such if it is in
!      the main unit, except for E_Access_Subtype because it's actually a use
!      of its base type, see below.  */
    if (!definition
        && is_type
        && Is_Itype (gnat_entity)
+       && Ekind (gnat_entity) != E_Access_Subtype
        && !present_gnu_tree (gnat_entity)
        && In_Extended_Main_Code_Unit (gnat_entity))
      {
*************** gnat_to_gnu_entity (Entity_Id gnat_entit
*** 4060,4066 ****
      case E_Access_Subtype:
        /* We treat this as identical to its base type; any constraint is
  	 meaningful only to the front-end.  */
!       gnu_type = gnat_to_gnu_type (Etype (gnat_entity));
  
        /* The designated subtype must be elaborated as well, if it does
  	 not have its own freeze node.  But designated subtypes created
--- 4062,4069 ----
      case E_Access_Subtype:
        /* We treat this as identical to its base type; any constraint is
  	 meaningful only to the front-end.  */
!       gnu_decl = gnat_to_gnu_entity (Etype (gnat_entity), NULL_TREE, false);
!       saved = true;
  
        /* The designated subtype must be elaborated as well, if it does
  	 not have its own freeze node.  But designated subtypes created
*************** gnat_to_gnu_entity (Entity_Id gnat_entit
*** 4092,4099 ****
  	    gnat_to_gnu_entity (Directly_Designated_Type (gnat_entity),
  				NULL_TREE, false);
  	}
- 
-       maybe_present = true;
        break;
  
      /* Subprogram Entities
--- 4095,4100 ----
diff -Nrcpad gcc-7.1.0/gcc/ada/s-interr-hwint.adb gcc-7.2.0/gcc/ada/s-interr-hwint.adb
*** gcc-7.1.0/gcc/ada/s-interr-hwint.adb	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/ada/s-interr-hwint.adb	Mon Jun 12 10:49:17 2017
***************
*** 0 ****
--- 1,1110 ----
+ ------------------------------------------------------------------------------
+ --                                                                          --
+ --                 GNAT RUN-TIME LIBRARY (GNARL) COMPONENTS                 --
+ --                                                                          --
+ --                     S Y S T E M . I N T E R R U P T S                    --
+ --                                                                          --
+ --                                  B o d y                                 --
+ --                                                                          --
+ --         Copyright (C) 1992-2014, Free Software Foundation, Inc.          --
+ --                                                                          --
+ -- GNARL is free software; you can  redistribute it  and/or modify it under --
+ -- terms of the  GNU General Public License as published  by the Free Soft- --
+ -- ware  Foundation;  either version 3,  or (at your option) any later ver- --
+ -- sion.  GNAT is distributed in the hope that it will be useful, but WITH- --
+ -- OUT ANY WARRANTY;  without even the  implied warranty of MERCHANTABILITY --
+ -- or FITNESS FOR A PARTICULAR PURPOSE.                                     --
+ --                                                                          --
+ -- As a special exception under Section 7 of GPL version 3, you are granted --
+ -- additional permissions described in the GCC Runtime Library Exception,   --
+ -- version 3.1, as published by the Free Software Foundation.               --
+ --                                                                          --
+ -- You should have received a copy of the GNU General Public License and    --
+ -- a copy of the GCC Runtime Library Exception along with this program;     --
+ -- see the files COPYING3 and COPYING.RUNTIME respectively.  If not, see    --
+ -- <http://www.gnu.org/licenses/>.                                          --
+ --                                                                          --
+ -- GNARL was developed by the GNARL team at Florida State University.       --
+ -- Extensive contributions were provided by Ada Core Technologies, Inc.     --
+ --                                                                          --
+ ------------------------------------------------------------------------------
+ 
+ --  Invariants:
+ 
+ --  All user-handlable signals are masked at all times in all tasks/threads
+ --  except possibly for the Interrupt_Manager task.
+ 
+ --  When a user task wants to have the effect of masking/unmasking an signal,
+ --  it must call Block_Interrupt/Unblock_Interrupt, which will have the effect
+ --  of unmasking/masking the signal in the Interrupt_Manager task. These
+ --  comments do not apply to vectored hardware interrupts, which may be masked
+ --  or unmasked using routined interfaced to the relevant embedded RTOS system
+ --  calls.
+ 
+ --  Once we associate a Signal_Server_Task with an signal, the task never goes
+ --  away, and we never remove the association. On the other hand, it is more
+ --  convenient to terminate an associated Interrupt_Server_Task for a vectored
+ --  hardware interrupt (since we use a binary semaphore for synchronization
+ --  with the umbrella handler).
+ 
+ --  There is no more than one signal per Signal_Server_Task and no more than
+ --  one Signal_Server_Task per signal. The same relation holds for hardware
+ --  interrupts and Interrupt_Server_Task's at any given time. That is, only
+ --  one non-terminated Interrupt_Server_Task exists for a give interrupt at
+ --  any time.
+ 
+ --  Within this package, the lock L is used to protect the various status
+ --  tables. If there is a Server_Task associated with a signal or interrupt,
+ --  we use the per-task lock of the Server_Task instead so that we protect the
+ --  status between Interrupt_Manager and Server_Task. Protection among service
+ --  requests are ensured via user calls to the Interrupt_Manager entries.
+ 
+ --  This is reasonably generic version of this package, supporting vectored
+ --  hardware interrupts using non-RTOS specific adapter routines which should
+ --  easily implemented on any RTOS capable of supporting GNAT.
+ 
+ with Ada.Unchecked_Conversion;
+ with Ada.Task_Identification;
+ 
+ with Interfaces.C; use Interfaces.C;
+ with System.OS_Interface; use System.OS_Interface;
+ with System.Interrupt_Management;
+ with System.Task_Primitives.Operations;
+ with System.Storage_Elements;
+ with System.Tasking.Utilities;
+ 
+ with System.Tasking.Rendezvous;
+ pragma Elaborate_All (System.Tasking.Rendezvous);
+ 
+ package body System.Interrupts is
+ 
+    use Tasking;
+ 
+    package POP renames System.Task_Primitives.Operations;
+ 
+    function To_Ada is new Ada.Unchecked_Conversion
+      (System.Tasking.Task_Id, Ada.Task_Identification.Task_Id);
+ 
+    function To_System is new Ada.Unchecked_Conversion
+      (Ada.Task_Identification.Task_Id, Task_Id);
+ 
+    -----------------
+    -- Local Tasks --
+    -----------------
+ 
+    --  WARNING: System.Tasking.Stages performs calls to this task with low-
+    --  level constructs. Do not change this spec without synchronizing it.
+ 
+    task Interrupt_Manager is
+       entry Detach_Interrupt_Entries (T : Task_Id);
+ 
+       entry Attach_Handler
+         (New_Handler : Parameterless_Handler;
+          Interrupt   : Interrupt_ID;
+          Static      : Boolean;
+          Restoration : Boolean := False);
+ 
+       entry Exchange_Handler
+         (Old_Handler : out Parameterless_Handler;
+          New_Handler : Parameterless_Handler;
+          Interrupt   : Interrupt_ID;
+          Static      : Boolean);
+ 
+       entry Detach_Handler
+         (Interrupt : Interrupt_ID;
+          Static    : Boolean);
+ 
+       entry Bind_Interrupt_To_Entry
+         (T         : Task_Id;
+          E         : Task_Entry_Index;
+          Interrupt : Interrupt_ID);
+ 
+       pragma Interrupt_Priority (System.Interrupt_Priority'First);
+    end Interrupt_Manager;
+ 
+    task type Interrupt_Server_Task
+      (Interrupt : Interrupt_ID;
+       Int_Sema  : Binary_Semaphore_Id)
+    is
+       --  Server task for vectored hardware interrupt handling
+ 
+       pragma Interrupt_Priority (System.Interrupt_Priority'First + 2);
+    end Interrupt_Server_Task;
+ 
+    type Interrupt_Task_Access is access Interrupt_Server_Task;
+ 
+    -------------------------------
+    -- Local Types and Variables --
+    -------------------------------
+ 
+    type Entry_Assoc is record
+       T : Task_Id;
+       E : Task_Entry_Index;
+    end record;
+ 
+    type Handler_Assoc is record
+       H      : Parameterless_Handler;
+       Static : Boolean;   --  Indicates static binding;
+    end record;
+ 
+    User_Handler : array (Interrupt_ID) of Handler_Assoc :=
+      (others => (null, Static => False));
+    pragma Volatile_Components (User_Handler);
+    --  Holds the protected procedure handler (if any) and its Static
+    --  information for each interrupt or signal. A handler is static iff it
+    --  is specified through the pragma Attach_Handler.
+ 
+    User_Entry : array (Interrupt_ID) of Entry_Assoc :=
+                   (others => (T => Null_Task, E => Null_Task_Entry));
+    pragma Volatile_Components (User_Entry);
+    --  Holds the task and entry index (if any) for each interrupt / signal
+ 
+    --  Type and Head, Tail of the list containing Registered Interrupt
+    --  Handlers. These definitions are used to register the handlers
+    --  specified by the pragma Interrupt_Handler.
+ 
+    type Registered_Handler;
+    type R_Link is access all Registered_Handler;
+ 
+    type Registered_Handler is record
+       H    : System.Address := System.Null_Address;
+       Next : R_Link := null;
+    end record;
+ 
+    Registered_Handler_Head : R_Link := null;
+    Registered_Handler_Tail : R_Link := null;
+ 
+    Server_ID : array (Interrupt_ID) of System.Tasking.Task_Id :=
+                  (others => System.Tasking.Null_Task);
+    pragma Atomic_Components (Server_ID);
+    --  Holds the Task_Id of the Server_Task for each interrupt / signal.
+    --  Task_Id is needed to accomplish locking per interrupt base. Also
+    --  is needed to determine whether to create a new Server_Task.
+ 
+    Semaphore_ID_Map : array
+      (Interrupt_ID range 0 .. System.OS_Interface.Max_HW_Interrupt) of
+         Binary_Semaphore_Id := (others => 0);
+    --  Array of binary semaphores associated with vectored interrupts. Note
+    --  that the last bound should be Max_HW_Interrupt, but this will raise
+    --  Storage_Error if Num_HW_Interrupts is null so use extra 4 bytes instead.
+ 
+    Interrupt_Access_Hold : Interrupt_Task_Access;
+    --  Variable for allocating an Interrupt_Server_Task
+ 
+    Handler_Installed : array (HW_Interrupt) of Boolean := (others => False);
+    --  True if Notify_Interrupt was connected to the interrupt. Handlers can
+    --  be connected but disconnection is not possible on VxWorks. Therefore
+    --  we ensure Notify_Installed is connected at most once.
+ 
+    -----------------------
+    -- Local Subprograms --
+    -----------------------
+ 
+    procedure Check_Reserved_Interrupt (Interrupt : Interrupt_ID);
+    --  Check if Id is a reserved interrupt, and if so raise Program_Error
+    --  with an appropriate message, otherwise return.
+ 
+    procedure Finalize_Interrupt_Servers;
+    --  Unbind the handlers for hardware interrupt server tasks at program
+    --  termination.
+ 
+    function Is_Registered (Handler : Parameterless_Handler) return Boolean;
+    --  See if Handler has been "pragma"ed using Interrupt_Handler.
+    --  Always consider a null handler as registered.
+ 
+    procedure Notify_Interrupt (Param : System.Address);
+    pragma Convention (C, Notify_Interrupt);
+    --  Umbrella handler for vectored interrupts (not signals)
+ 
+    procedure Install_Umbrella_Handler
+      (Interrupt : HW_Interrupt;
+       Handler   : System.OS_Interface.Interrupt_Handler);
+    --  Install the runtime umbrella handler for a vectored hardware
+    --  interrupt
+ 
+    procedure Unimplemented (Feature : String);
+    pragma No_Return (Unimplemented);
+    --  Used to mark a call to an unimplemented function. Raises Program_Error
+    --  with an appropriate message noting that Feature is unimplemented.
+ 
+    --------------------
+    -- Attach_Handler --
+    --------------------
+ 
+    --  Calling this procedure with New_Handler = null and Static = True
+    --  means we want to detach the current handler regardless of the previous
+    --  handler's binding status (i.e. do not care if it is a dynamic or static
+    --  handler).
+ 
+    --  This option is needed so that during the finalization of a PO, we can
+    --  detach handlers attached through pragma Attach_Handler.
+ 
+    procedure Attach_Handler
+      (New_Handler : Parameterless_Handler;
+       Interrupt   : Interrupt_ID;
+       Static      : Boolean := False) is
+    begin
+       Check_Reserved_Interrupt (Interrupt);
+       Interrupt_Manager.Attach_Handler (New_Handler, Interrupt, Static);
+    end Attach_Handler;
+ 
+    -----------------------------
+    -- Bind_Interrupt_To_Entry --
+    -----------------------------
+ 
+    --  This procedure raises a Program_Error if it tries to
+    --  bind an interrupt to which an Entry or a Procedure is
+    --  already bound.
+ 
+    procedure Bind_Interrupt_To_Entry
+      (T       : Task_Id;
+       E       : Task_Entry_Index;
+       Int_Ref : System.Address)
+    is
+       Interrupt : constant Interrupt_ID :=
+                     Interrupt_ID (Storage_Elements.To_Integer (Int_Ref));
+    begin
+       Check_Reserved_Interrupt (Interrupt);
+       Interrupt_Manager.Bind_Interrupt_To_Entry (T, E, Interrupt);
+    end Bind_Interrupt_To_Entry;
+ 
+    ---------------------
+    -- Block_Interrupt --
+    ---------------------
+ 
+    procedure Block_Interrupt (Interrupt : Interrupt_ID) is
+    begin
+       Unimplemented ("Block_Interrupt");
+    end Block_Interrupt;
+ 
+    ------------------------------
+    -- Check_Reserved_Interrupt --
+    ------------------------------
+ 
+    procedure Check_Reserved_Interrupt (Interrupt : Interrupt_ID) is
+    begin
+       if Is_Reserved (Interrupt) then
+          raise Program_Error with
+            "interrupt" & Interrupt_ID'Image (Interrupt) & " is reserved";
+       else
+          return;
+       end if;
+    end Check_Reserved_Interrupt;
+ 
+    ---------------------
+    -- Current_Handler --
+    ---------------------
+ 
+    function Current_Handler
+      (Interrupt : Interrupt_ID) return Parameterless_Handler
+    is
+    begin
+       Check_Reserved_Interrupt (Interrupt);
+ 
+       --  ??? Since Parameterless_Handler is not Atomic, the current
+       --  implementation is wrong. We need a new service in Interrupt_Manager
+       --  to ensure atomicity.
+ 
+       return User_Handler (Interrupt).H;
+    end Current_Handler;
+ 
+    --------------------
+    -- Detach_Handler --
+    --------------------
+ 
+    --  Calling this procedure with Static = True means we want to Detach the
+    --  current handler regardless of the previous handler's binding status
+    --  (i.e. do not care if it is a dynamic or static handler).
+ 
+    --  This option is needed so that during the finalization of a PO, we can
+    --  detach handlers attached through pragma Attach_Handler.
+ 
+    procedure Detach_Handler
+      (Interrupt : Interrupt_ID;
+       Static    : Boolean := False)
+    is
+    begin
+       Check_Reserved_Interrupt (Interrupt);
+       Interrupt_Manager.Detach_Handler (Interrupt, Static);
+    end Detach_Handler;
+ 
+    ------------------------------
+    -- Detach_Interrupt_Entries --
+    ------------------------------
+ 
+    procedure Detach_Interrupt_Entries (T : Task_Id) is
+    begin
+       Interrupt_Manager.Detach_Interrupt_Entries (T);
+    end Detach_Interrupt_Entries;
+ 
+    ----------------------
+    -- Exchange_Handler --
+    ----------------------
+ 
+    --  Calling this procedure with New_Handler = null and Static = True
+    --  means we want to detach the current handler regardless of the previous
+    --  handler's binding status (i.e. we do not care if it is a dynamic or
+    --  static handler).
+ 
+    --  This option is needed so that during the finalization of a PO, we can
+    --  detach handlers attached through pragma Attach_Handler.
+ 
+    procedure Exchange_Handler
+      (Old_Handler : out Parameterless_Handler;
+       New_Handler : Parameterless_Handler;
+       Interrupt   : Interrupt_ID;
+       Static      : Boolean := False)
+    is
+    begin
+       Check_Reserved_Interrupt (Interrupt);
+       Interrupt_Manager.Exchange_Handler
+         (Old_Handler, New_Handler, Interrupt, Static);
+    end Exchange_Handler;
+ 
+    --------------
+    -- Finalize --
+    --------------
+ 
+    procedure Finalize (Object : in out Static_Interrupt_Protection) is
+    begin
+       --  ??? loop to be executed only when we're not doing library level
+       --  finalization, since in this case all interrupt / signal tasks are
+       --  gone.
+ 
+       if not Interrupt_Manager'Terminated then
+          for N in reverse Object.Previous_Handlers'Range loop
+             Interrupt_Manager.Attach_Handler
+               (New_Handler => Object.Previous_Handlers (N).Handler,
+                Interrupt   => Object.Previous_Handlers (N).Interrupt,
+                Static      => Object.Previous_Handlers (N).Static,
+                Restoration => True);
+          end loop;
+       end if;
+ 
+       Tasking.Protected_Objects.Entries.Finalize
+         (Tasking.Protected_Objects.Entries.Protection_Entries (Object));
+    end Finalize;
+ 
+    --------------------------------
+    -- Finalize_Interrupt_Servers --
+    --------------------------------
+ 
+    --  Restore default handlers for interrupt servers
+ 
+    --  This is called by the Interrupt_Manager task when it receives the abort
+    --  signal during program finalization.
+ 
+    procedure Finalize_Interrupt_Servers is
+       HW_Interrupts : constant Boolean := HW_Interrupt'Last >= 0;
+    begin
+       if HW_Interrupts then
+          for Int in HW_Interrupt loop
+             if Server_ID (Interrupt_ID (Int)) /= null
+               and then
+                 not Ada.Task_Identification.Is_Terminated
+                  (To_Ada (Server_ID (Interrupt_ID (Int))))
+             then
+                Interrupt_Manager.Attach_Handler
+                  (New_Handler => null,
+                   Interrupt   => Interrupt_ID (Int),
+                   Static      => True,
+                   Restoration => True);
+             end if;
+          end loop;
+       end if;
+    end Finalize_Interrupt_Servers;
+ 
+    -------------------------------------
+    -- Has_Interrupt_Or_Attach_Handler --
+    -------------------------------------
+ 
+    function Has_Interrupt_Or_Attach_Handler
+      (Object : access Dynamic_Interrupt_Protection)
+       return   Boolean
+    is
+       pragma Unreferenced (Object);
+    begin
+       return True;
+    end Has_Interrupt_Or_Attach_Handler;
+ 
+    function Has_Interrupt_Or_Attach_Handler
+      (Object : access Static_Interrupt_Protection)
+       return   Boolean
+    is
+       pragma Unreferenced (Object);
+    begin
+       return True;
+    end Has_Interrupt_Or_Attach_Handler;
+ 
+    ----------------------
+    -- Ignore_Interrupt --
+    ----------------------
+ 
+    procedure Ignore_Interrupt (Interrupt : Interrupt_ID) is
+    begin
+       Unimplemented ("Ignore_Interrupt");
+    end Ignore_Interrupt;
+ 
+    ----------------------
+    -- Install_Handlers --
+    ----------------------
+ 
+    procedure Install_Handlers
+      (Object       : access Static_Interrupt_Protection;
+       New_Handlers : New_Handler_Array)
+    is
+    begin
+       for N in New_Handlers'Range loop
+ 
+          --  We need a lock around this ???
+ 
+          Object.Previous_Handlers (N).Interrupt := New_Handlers (N).Interrupt;
+          Object.Previous_Handlers (N).Static    := User_Handler
+            (New_Handlers (N).Interrupt).Static;
+ 
+          --  We call Exchange_Handler and not directly Interrupt_Manager.
+          --  Exchange_Handler so we get the Is_Reserved check.
+ 
+          Exchange_Handler
+            (Old_Handler => Object.Previous_Handlers (N).Handler,
+             New_Handler => New_Handlers (N).Handler,
+             Interrupt   => New_Handlers (N).Interrupt,
+             Static      => True);
+       end loop;
+    end Install_Handlers;
+ 
+    ---------------------------------
+    -- Install_Restricted_Handlers --
+    ---------------------------------
+ 
+    procedure Install_Restricted_Handlers
+       (Prio     : Any_Priority;
+        Handlers : New_Handler_Array)
+    is
+       pragma Unreferenced (Prio);
+    begin
+       for N in Handlers'Range loop
+          Attach_Handler (Handlers (N).Handler, Handlers (N).Interrupt, True);
+       end loop;
+    end Install_Restricted_Handlers;
+ 
+    ------------------------------
+    -- Install_Umbrella_Handler --
+    ------------------------------
+ 
+    procedure Install_Umbrella_Handler
+      (Interrupt : HW_Interrupt;
+       Handler   : System.OS_Interface.Interrupt_Handler)
+    is
+       Vec : constant Interrupt_Vector :=
+               Interrupt_Number_To_Vector (int (Interrupt));
+ 
+       Status : int;
+ 
+    begin
+       --  Only install umbrella handler when no Ada handler has already been
+       --  installed. Note that the interrupt number is passed as a parameter
+       --  when an interrupt occurs, so the umbrella handler has a different
+       --  wrapper generated by intConnect for each interrupt number.
+ 
+       if not Handler_Installed (Interrupt) then
+          Status :=
+             Interrupt_Connect (Vec, Handler, System.Address (Interrupt));
+          pragma Assert (Status = 0);
+ 
+          Handler_Installed (Interrupt) := True;
+       end if;
+    end Install_Umbrella_Handler;
+ 
+    ----------------
+    -- Is_Blocked --
+    ----------------
+ 
+    function Is_Blocked (Interrupt : Interrupt_ID) return Boolean is
+    begin
+       Unimplemented ("Is_Blocked");
+       return False;
+    end Is_Blocked;
+ 
+    -----------------------
+    -- Is_Entry_Attached --
+    -----------------------
+ 
+    function Is_Entry_Attached (Interrupt : Interrupt_ID) return Boolean is
+    begin
+       Check_Reserved_Interrupt (Interrupt);
+       return User_Entry (Interrupt).T /= Null_Task;
+    end Is_Entry_Attached;
+ 
+    -------------------------
+    -- Is_Handler_Attached --
+    -------------------------
+ 
+    function Is_Handler_Attached (Interrupt : Interrupt_ID) return Boolean is
+    begin
+       Check_Reserved_Interrupt (Interrupt);
+       return User_Handler (Interrupt).H /= null;
+    end Is_Handler_Attached;
+ 
+    ----------------
+    -- Is_Ignored --
+    ----------------
+ 
+    function Is_Ignored (Interrupt : Interrupt_ID) return Boolean is
+    begin
+       Unimplemented ("Is_Ignored");
+       return False;
+    end Is_Ignored;
+ 
+    -------------------
+    -- Is_Registered --
+    -------------------
+ 
+    function Is_Registered (Handler : Parameterless_Handler) return Boolean is
+       type Fat_Ptr is record
+          Object_Addr  : System.Address;
+          Handler_Addr : System.Address;
+       end record;
+ 
+       function To_Fat_Ptr is new Ada.Unchecked_Conversion
+         (Parameterless_Handler, Fat_Ptr);
+ 
+       Ptr : R_Link;
+       Fat : Fat_Ptr;
+ 
+    begin
+       if Handler = null then
+          return True;
+       end if;
+ 
+       Fat := To_Fat_Ptr (Handler);
+ 
+       Ptr := Registered_Handler_Head;
+       while Ptr /= null loop
+          if Ptr.H = Fat.Handler_Addr then
+             return True;
+          end if;
+ 
+          Ptr := Ptr.Next;
+       end loop;
+ 
+       return False;
+    end Is_Registered;
+ 
+    -----------------
+    -- Is_Reserved --
+    -----------------
+ 
+    function Is_Reserved (Interrupt : Interrupt_ID) return Boolean is
+       use System.Interrupt_Management;
+    begin
+       return Reserve (System.Interrupt_Management.Interrupt_ID (Interrupt));
+    end Is_Reserved;
+ 
+    ----------------------
+    -- Notify_Interrupt --
+    ----------------------
+ 
+    --  Umbrella handler for vectored hardware interrupts (as opposed to signals
+    --  and exceptions). As opposed to the signal implementation, this handler
+    --  is installed in the vector table when the first Ada handler is attached
+    --  to the interrupt. However because VxWorks don't support disconnecting
+    --  handlers, this subprogram always test whether or not an Ada handler is
+    --  effectively attached.
+ 
+    --  Otherwise, the handler that existed prior to program startup is in the
+    --  vector table. This ensures that handlers installed by the BSP are active
+    --  unless explicitly replaced in the program text.
+ 
+    --  Each Interrupt_Server_Task has an associated binary semaphore on which
+    --  it pends once it's been started. This routine determines The appropriate
+    --  semaphore and issues a semGive call, waking the server task. When
+    --  a handler is unbound, System.Interrupts.Unbind_Handler issues a
+    --  Binary_Semaphore_Flush, and the server task deletes its semaphore
+    --  and terminates.
+ 
+    procedure Notify_Interrupt (Param : System.Address) is
+       Interrupt : constant Interrupt_ID := Interrupt_ID (Param);
+       Id        : constant Binary_Semaphore_Id := Semaphore_ID_Map (Interrupt);
+       Status    : int;
+    begin
+       if Id /= 0 then
+          Status := Binary_Semaphore_Release (Id);
+          pragma Assert (Status = 0);
+       end if;
+    end Notify_Interrupt;
+ 
+    ---------------
+    -- Reference --
+    ---------------
+ 
+    function Reference (Interrupt : Interrupt_ID) return System.Address is
+    begin
+       Check_Reserved_Interrupt (Interrupt);
+       return Storage_Elements.To_Address
+                (Storage_Elements.Integer_Address (Interrupt));
+    end Reference;
+ 
+    --------------------------------
+    -- Register_Interrupt_Handler --
+    --------------------------------
+ 
+    procedure Register_Interrupt_Handler (Handler_Addr : System.Address) is
+       New_Node_Ptr : R_Link;
+ 
+    begin
+       --  This routine registers a handler as usable for dynamic interrupt
+       --  handler association. Routines attaching and detaching handlers
+       --  dynamically should determine whether the handler is registered.
+       --  Program_Error should be raised if it is not registered.
+ 
+       --  Pragma Interrupt_Handler can only appear in a library level PO
+       --  definition and instantiation. Therefore, we do not need to implement
+       --  an unregister operation. Nor do we need to protect the queue
+       --  structure with a lock.
+ 
+       pragma Assert (Handler_Addr /= System.Null_Address);
+ 
+       New_Node_Ptr := new Registered_Handler;
+       New_Node_Ptr.H := Handler_Addr;
+ 
+       if Registered_Handler_Head = null then
+          Registered_Handler_Head := New_Node_Ptr;
+          Registered_Handler_Tail := New_Node_Ptr;
+       else
+          Registered_Handler_Tail.Next := New_Node_Ptr;
+          Registered_Handler_Tail := New_Node_Ptr;
+       end if;
+    end Register_Interrupt_Handler;
+ 
+    -----------------------
+    -- Unblock_Interrupt --
+    -----------------------
+ 
+    procedure Unblock_Interrupt (Interrupt : Interrupt_ID) is
+    begin
+       Unimplemented ("Unblock_Interrupt");
+    end Unblock_Interrupt;
+ 
+    ------------------
+    -- Unblocked_By --
+    ------------------
+ 
+    function Unblocked_By
+      (Interrupt : Interrupt_ID) return System.Tasking.Task_Id
+    is
+    begin
+       Unimplemented ("Unblocked_By");
+       return Null_Task;
+    end Unblocked_By;
+ 
+    ------------------------
+    -- Unignore_Interrupt --
+    ------------------------
+ 
+    procedure Unignore_Interrupt (Interrupt : Interrupt_ID) is
+    begin
+       Unimplemented ("Unignore_Interrupt");
+    end Unignore_Interrupt;
+ 
+    -------------------
+    -- Unimplemented --
+    -------------------
+ 
+    procedure Unimplemented (Feature : String) is
+    begin
+       raise Program_Error with Feature & " not implemented on VxWorks";
+    end Unimplemented;
+ 
+    -----------------------
+    -- Interrupt_Manager --
+    -----------------------
+ 
+    task body Interrupt_Manager is
+       --  By making this task independent of any master, when the process goes
+       --  away, the Interrupt_Manager will terminate gracefully.
+ 
+       Ignore : constant Boolean := System.Tasking.Utilities.Make_Independent;
+       pragma Unreferenced (Ignore);
+ 
+       --------------------
+       -- Local Routines --
+       --------------------
+ 
+       procedure Bind_Handler (Interrupt : Interrupt_ID);
+       --  This procedure does not do anything if a signal is blocked.
+       --  Otherwise, we have to interrupt Server_Task for status change
+       --  through a wakeup signal.
+ 
+       procedure Unbind_Handler (Interrupt : Interrupt_ID);
+       --  This procedure does not do anything if a signal is blocked.
+       --  Otherwise, we have to interrupt Server_Task for status change
+       --  through an abort signal.
+ 
+       procedure Unprotected_Exchange_Handler
+         (Old_Handler : out Parameterless_Handler;
+          New_Handler : Parameterless_Handler;
+          Interrupt   : Interrupt_ID;
+          Static      : Boolean;
+          Restoration : Boolean := False);
+ 
+       procedure Unprotected_Detach_Handler
+         (Interrupt : Interrupt_ID;
+          Static    : Boolean);
+ 
+       ------------------
+       -- Bind_Handler --
+       ------------------
+ 
+       procedure Bind_Handler (Interrupt : Interrupt_ID) is
+       begin
+          Install_Umbrella_Handler
+            (HW_Interrupt (Interrupt), Notify_Interrupt'Access);
+       end Bind_Handler;
+ 
+       --------------------
+       -- Unbind_Handler --
+       --------------------
+ 
+       procedure Unbind_Handler (Interrupt : Interrupt_ID) is
+          Status : int;
+ 
+       begin
+          --  Flush server task off semaphore, allowing it to terminate
+ 
+          Status := Binary_Semaphore_Flush (Semaphore_ID_Map (Interrupt));
+          pragma Assert (Status = 0);
+       end Unbind_Handler;
+ 
+       --------------------------------
+       -- Unprotected_Detach_Handler --
+       --------------------------------
+ 
+       procedure Unprotected_Detach_Handler
+         (Interrupt : Interrupt_ID;
+          Static    : Boolean)
+       is
+          Old_Handler : Parameterless_Handler;
+       begin
+          if User_Entry (Interrupt).T /= Null_Task then
+ 
+             --  If an interrupt entry is installed raise Program_Error
+             --  (propagate it to the caller).
+ 
+             raise Program_Error with
+               "an interrupt entry is already installed";
+          end if;
+ 
+          --  Note : Static = True will pass the following check. This is the
+          --  case when we want to detach a handler regardless of the static
+          --  status of the Current_Handler.
+ 
+          if not Static and then User_Handler (Interrupt).Static then
+ 
+             --  Trying to detach a static Interrupt Handler, raise
+             --  Program_Error.
+ 
+             raise Program_Error with
+               "trying to detach a static Interrupt Handler";
+          end if;
+ 
+          Old_Handler := User_Handler (Interrupt).H;
+ 
+          --  The new handler
+ 
+          User_Handler (Interrupt).H := null;
+          User_Handler (Interrupt).Static := False;
+ 
+          if Old_Handler /= null then
+             Unbind_Handler (Interrupt);
+          end if;
+       end Unprotected_Detach_Handler;
+ 
+       ----------------------------------
+       -- Unprotected_Exchange_Handler --
+       ----------------------------------
+ 
+       procedure Unprotected_Exchange_Handler
+         (Old_Handler : out Parameterless_Handler;
+          New_Handler : Parameterless_Handler;
+          Interrupt   : Interrupt_ID;
+          Static      : Boolean;
+          Restoration : Boolean := False)
+       is
+       begin
+          if User_Entry (Interrupt).T /= Null_Task then
+ 
+             --  If an interrupt entry is already installed, raise
+             --  Program_Error (propagate it to the caller).
+ 
+             raise Program_Error with "an interrupt is already installed";
+          end if;
+ 
+          --  Note : A null handler with Static = True will pass the following
+          --  check. This is the case when we want to detach a handler
+          --  regardless of the Static status of Current_Handler.
+ 
+          --  We don't check anything if Restoration is True, since we may be
+          --  detaching a static handler to restore a dynamic one.
+ 
+          if not Restoration and then not Static
+            and then (User_Handler (Interrupt).Static
+ 
+             --  Trying to overwrite a static Interrupt Handler with a dynamic
+             --  Handler
+ 
+             --  The new handler is not specified as an Interrupt Handler by a
+             --  pragma.
+ 
+            or else not Is_Registered (New_Handler))
+          then
+             raise Program_Error with
+                "trying to overwrite a static interrupt handler with a "
+                & "dynamic handler";
+          end if;
+ 
+          --  Save the old handler
+ 
+          Old_Handler := User_Handler (Interrupt).H;
+ 
+          --  The new handler
+ 
+          User_Handler (Interrupt).H := New_Handler;
+ 
+          if New_Handler = null then
+ 
+             --  The null handler means we are detaching the handler
+ 
+             User_Handler (Interrupt).Static := False;
+ 
+          else
+             User_Handler (Interrupt).Static := Static;
+          end if;
+ 
+          --  Invoke a corresponding Server_Task if not yet created. Place
+          --  Task_Id info in Server_ID array.
+ 
+          if New_Handler /= null
+            and then
+             (Server_ID (Interrupt) = Null_Task
+               or else
+                 Ada.Task_Identification.Is_Terminated
+                   (To_Ada (Server_ID (Interrupt))))
+          then
+             Interrupt_Access_Hold :=
+               new Interrupt_Server_Task (Interrupt, Binary_Semaphore_Create);
+             Server_ID (Interrupt) :=
+               To_System (Interrupt_Access_Hold.all'Identity);
+          end if;
+ 
+          if (New_Handler = null) and then Old_Handler /= null then
+ 
+             --  Restore default handler
+ 
+             Unbind_Handler (Interrupt);
+ 
+          elsif Old_Handler = null then
+ 
+             --  Save default handler
+ 
+             Bind_Handler (Interrupt);
+          end if;
+       end Unprotected_Exchange_Handler;
+ 
+    --  Start of processing for Interrupt_Manager
+ 
+    begin
+       loop
+          --  A block is needed to absorb Program_Error exception
+ 
+          declare
+             Old_Handler : Parameterless_Handler;
+ 
+          begin
+             select
+                accept Attach_Handler
+                  (New_Handler : Parameterless_Handler;
+                   Interrupt   : Interrupt_ID;
+                   Static      : Boolean;
+                   Restoration : Boolean := False)
+                do
+                   Unprotected_Exchange_Handler
+                     (Old_Handler, New_Handler, Interrupt, Static, Restoration);
+                end Attach_Handler;
+ 
+             or
+                accept Exchange_Handler
+                  (Old_Handler : out Parameterless_Handler;
+                   New_Handler : Parameterless_Handler;
+                   Interrupt   : Interrupt_ID;
+                   Static      : Boolean)
+                do
+                   Unprotected_Exchange_Handler
+                     (Old_Handler, New_Handler, Interrupt, Static);
+                end Exchange_Handler;
+ 
+             or
+                accept Detach_Handler
+                   (Interrupt : Interrupt_ID;
+                    Static    : Boolean)
+                do
+                   Unprotected_Detach_Handler (Interrupt, Static);
+                end Detach_Handler;
+ 
+             or
+                accept Bind_Interrupt_To_Entry
+                  (T         : Task_Id;
+                   E         : Task_Entry_Index;
+                   Interrupt : Interrupt_ID)
+                do
+                   --  If there is a binding already (either a procedure or an
+                   --  entry), raise Program_Error (propagate it to the caller).
+ 
+                   if User_Handler (Interrupt).H /= null
+                     or else User_Entry (Interrupt).T /= Null_Task
+                   then
+                      raise Program_Error with
+                        "a binding for this interrupt is already present";
+                   end if;
+ 
+                   User_Entry (Interrupt) := Entry_Assoc'(T => T, E => E);
+ 
+                   --  Indicate the attachment of interrupt entry in the ATCB.
+                   --  This is needed so when an interrupt entry task terminates
+                   --  the binding can be cleaned. The call to unbinding must be
+                   --  make by the task before it terminates.
+ 
+                   T.Interrupt_Entry := True;
+ 
+                   --  Invoke a corresponding Server_Task if not yet created.
+                   --  Place Task_Id info in Server_ID array.
+ 
+                   if Server_ID (Interrupt) = Null_Task
+                     or else
+                       Ada.Task_Identification.Is_Terminated
+                         (To_Ada (Server_ID (Interrupt)))
+                   then
+                      Interrupt_Access_Hold := new Interrupt_Server_Task
+                        (Interrupt, Binary_Semaphore_Create);
+                      Server_ID (Interrupt) :=
+                        To_System (Interrupt_Access_Hold.all'Identity);
+                   end if;
+ 
+                   Bind_Handler (Interrupt);
+                end Bind_Interrupt_To_Entry;
+ 
+             or
+                accept Detach_Interrupt_Entries (T : Task_Id) do
+                   for Int in Interrupt_ID'Range loop
+                      if not Is_Reserved (Int) then
+                         if User_Entry (Int).T = T then
+                            User_Entry (Int) :=
+                              Entry_Assoc'
+                                (T => Null_Task, E => Null_Task_Entry);
+                            Unbind_Handler (Int);
+                         end if;
+                      end if;
+                   end loop;
+ 
+                   --  Indicate in ATCB that no interrupt entries are attached
+ 
+                   T.Interrupt_Entry := False;
+                end Detach_Interrupt_Entries;
+             end select;
+ 
+          exception
+             --  If there is a Program_Error we just want to propagate it to
+             --  the caller and do not want to stop this task.
+ 
+             when Program_Error =>
+                null;
+ 
+             when others =>
+                pragma Assert (False);
+                null;
+          end;
+       end loop;
+ 
+    exception
+       when Standard'Abort_Signal =>
+ 
+          --  Flush interrupt server semaphores, so they can terminate
+ 
+          Finalize_Interrupt_Servers;
+          raise;
+    end Interrupt_Manager;
+ 
+    ---------------------------
+    -- Interrupt_Server_Task --
+    ---------------------------
+ 
+    --  Server task for vectored hardware interrupt handling
+ 
+    task body Interrupt_Server_Task is
+       Ignore : constant Boolean := System.Tasking.Utilities.Make_Independent;
+ 
+       Self_Id         : constant Task_Id := Self;
+       Tmp_Handler     : Parameterless_Handler;
+       Tmp_ID          : Task_Id;
+       Tmp_Entry_Index : Task_Entry_Index;
+       Status          : int;
+ 
+    begin
+       Semaphore_ID_Map (Interrupt) := Int_Sema;
+ 
+       loop
+          --  Pend on semaphore that will be triggered by the umbrella handler
+          --  when the associated interrupt comes in.
+ 
+          Status := Binary_Semaphore_Obtain (Int_Sema);
+          pragma Assert (Status = 0);
+ 
+          if User_Handler (Interrupt).H /= null then
+ 
+             --  Protected procedure handler
+ 
+             Tmp_Handler := User_Handler (Interrupt).H;
+             Tmp_Handler.all;
+ 
+          elsif User_Entry (Interrupt).T /= Null_Task then
+ 
+             --  Interrupt entry handler
+ 
+             Tmp_ID := User_Entry (Interrupt).T;
+             Tmp_Entry_Index := User_Entry (Interrupt).E;
+             System.Tasking.Rendezvous.Call_Simple
+               (Tmp_ID, Tmp_Entry_Index, System.Null_Address);
+ 
+          else
+             --  Semaphore has been flushed by an unbind operation in the
+             --  Interrupt_Manager. Terminate the server task.
+ 
+             --  Wait for the Interrupt_Manager to complete its work
+ 
+             POP.Write_Lock (Self_Id);
+ 
+             --  Unassociate the interrupt handler
+ 
+             Semaphore_ID_Map (Interrupt) := 0;
+ 
+             --  Delete the associated semaphore
+ 
+             Status := Binary_Semaphore_Delete (Int_Sema);
+ 
+             pragma Assert (Status = 0);
+ 
+             --  Set status for the Interrupt_Manager
+ 
+             Server_ID (Interrupt) := Null_Task;
+             POP.Unlock (Self_Id);
+ 
+             exit;
+          end if;
+       end loop;
+    end Interrupt_Server_Task;
+ 
+ begin
+    --  Get Interrupt_Manager's ID so that Abort_Interrupt can be sent
+ 
+    Interrupt_Manager_ID := To_System (Interrupt_Manager'Identity);
+ end System.Interrupts;
diff -Nrcpad gcc-7.1.0/gcc/ada/s-tpopsp-rtems.adb gcc-7.2.0/gcc/ada/s-tpopsp-rtems.adb
*** gcc-7.1.0/gcc/ada/s-tpopsp-rtems.adb	Fri Jan  4 12:49:55 2013
--- gcc-7.2.0/gcc/ada/s-tpopsp-rtems.adb	Thu Jan  1 00:00:00 1970
***************
*** 1,113 ****
- ------------------------------------------------------------------------------
- --                                                                          --
- --                GNU ADA RUN-TIME LIBRARY (GNARL) COMPONENTS               --
- --                                                                          --
- --    S Y S T E M . T A S K _ P R I M I T I V E S . O P E R A T I O N S .   --
- --                              S P E C I F I C                             --
- --                                                                          --
- --                                  B o d y                                 --
- --                                                                          --
- --                             $Revision: 1.2 $
- --                                                                          --
- --            Copyright (C) 1991-2003, Florida State University             --
- --            Copyright (C) 2008-2012, Free Software Foundation, Inc.       --
- --                                                                          --
- -- GNARL is free software; you can  redistribute it  and/or modify it under --
- -- terms of the  GNU General Public License as published  by the Free Soft- --
- -- ware  Foundation;  either version 3,  or (at your option) any later ver- --
- -- sion.  GNAT is distributed in the hope that it will be useful, but WITH- --
- -- OUT ANY WARRANTY;  without even the  implied warranty of MERCHANTABILITY --
- -- or FITNESS FOR A PARTICULAR PURPOSE.                                     --
- --                                                                          --
- -- As a special exception under Section 7 of GPL version 3, you are granted --
- -- additional permissions described in the GCC Runtime Library Exception,   --
- -- version 3.1, as published by the Free Software Foundation.               --
- --                                                                          --
- -- You should have received a copy of the GNU General Public License and    --
- -- a copy of the GCC Runtime Library Exception along with this program;     --
- -- see the files COPYING3 and COPYING.RUNTIME respectively.  If not, see    --
- -- <http://www.gnu.org/licenses/>.                                          --
- --                                                                          --
- -- GNARL was developed by the GNARL team at Florida State University. It is --
- -- now maintained by Ada Core Technologies Inc. in cooperation with Florida --
- -- State University (http://www.gnat.com).                                  --
- --                                                                          --
- ------------------------------------------------------------------------------
- 
- --  This is a RTEMS version of this package which uses a special
- --  variable for Ada self which is context switched implicitly by RTEMS.
- --
- --  This is the same as the POSIX version except that an RTEMS variable
- --  is used instead of a POSIX key.
- 
- separate (System.Task_Primitives.Operations)
- package body Specific is
- 
-    --  The following gives the Ada run-time direct access to a variable
-    --  context switched by RTEMS at the lowest level.
- 
-    ATCB_Key : System.Address;
-    pragma Import (C, ATCB_Key, "rtems_ada_self");
- 
-    ----------------
-    -- Initialize --
-    ----------------
- 
-    procedure Initialize (Environment_Task : Task_Id) is
-       pragma Warnings (Off, Environment_Task);
- 
-    begin
-       ATCB_Key := To_Address (Environment_Task);
-    end Initialize;
- 
-    -------------------
-    -- Is_Valid_Task --
-    -------------------
- 
-    function Is_Valid_Task return Boolean is
-    begin
-       return ATCB_Key /= System.Null_Address;
-    end Is_Valid_Task;
- 
-    ---------
-    -- Set --
-    ---------
- 
-    procedure Set (Self_Id : Task_Id) is
-    begin
-       ATCB_Key := To_Address (Self_Id);
-    end Set;
- 
-    ----------
-    -- Self --
-    ----------
- 
-    --  To make Ada tasks and C threads interoperate better, we have added some
-    --  functionality to Self. Suppose a C main program (with threads) calls an
-    --  Ada procedure and the Ada procedure calls the tasking runtime system.
-    --  Eventually, a call will be made to self. Since the call is not coming
-    --  from an Ada task, there will be no corresponding ATCB.
- 
-    --  What we do in Self is to catch references that do not come from
-    --  recognized Ada tasks, and create an ATCB for the calling thread.
- 
-    --  The new ATCB will be "detached" from the normal Ada task master
-    --  hierarchy, much like the existing implicitly created signal-server
-    --  tasks.
- 
-    function Self return Task_Id is
-       Result : System.Address;
- 
-    begin
-       Result := ATCB_Key;
- 
-       --  If the key value is Null, then it is a non-Ada task.
- 
-       if Result /= System.Null_Address then
-          return To_Task_Id (Result);
-       else
-          return Register_Foreign_Thread;
-       end if;
-    end Self;
- 
- end Specific;
--- 0 ----
diff -Nrcpad gcc-7.1.0/gcc/ada/system-linux-aarch64-ilp32.ads gcc-7.2.0/gcc/ada/system-linux-aarch64-ilp32.ads
*** gcc-7.1.0/gcc/ada/system-linux-aarch64-ilp32.ads	Tue Mar 28 10:29:34 2017
--- gcc-7.2.0/gcc/ada/system-linux-aarch64-ilp32.ads	Thu Jan  1 00:00:00 1970
***************
*** 1,157 ****
- ------------------------------------------------------------------------------
- --                                                                          --
- --                        GNAT RUN-TIME COMPONENTS                          --
- --                                                                          --
- --                               S Y S T E M                                --
- --                                                                          --
- --                                 S p e c                                  --
- --                        (GNU-Linux/ARM Version)                           --
- --                                                                          --
- --          Copyright (C) 1992-2017, Free Software Foundation, Inc.         --
- --                                                                          --
- -- This specification is derived from the Ada Reference Manual for use with --
- -- GNAT. The copyright notice above, and the license provisions that follow --
- -- apply solely to the  contents of the part following the private keyword. --
- --                                                                          --
- -- GNAT is free software;  you can  redistribute it  and/or modify it under --
- -- terms of the  GNU General Public License as published  by the Free Soft- --
- -- ware  Foundation;  either version 3,  or (at your option) any later ver- --
- -- sion.  GNAT is distributed in the hope that it will be useful, but WITH- --
- -- OUT ANY WARRANTY;  without even the  implied warranty of MERCHANTABILITY --
- -- or FITNESS FOR A PARTICULAR PURPOSE.                                     --
- --                                                                          --
- -- As a special exception under Section 7 of GPL version 3, you are granted --
- -- additional permissions described in the GCC Runtime Library Exception,   --
- -- version 3.1, as published by the Free Software Foundation.               --
- --                                                                          --
- -- You should have received a copy of the GNU General Public License and    --
- -- a copy of the GCC Runtime Library Exception along with this program;     --
- -- see the files COPYING3 and COPYING.RUNTIME respectively.  If not, see    --
- -- <http://www.gnu.org/licenses/>.                                          --
- --                                                                          --
- -- GNAT was originally developed  by the GNAT team at  New York University. --
- -- Extensive contributions were provided by Ada Core Technologies Inc.      --
- --                                                                          --
- ------------------------------------------------------------------------------
- 
- package System is
-    pragma Pure;
-    --  Note that we take advantage of the implementation permission to make
-    --  this unit Pure instead of Preelaborable; see RM 13.7.1(15). In Ada
-    --  2005, this is Pure in any case (AI-362).
- 
-    pragma No_Elaboration_Code_All;
-    --  Allow the use of that restriction in units that WITH this unit
- 
-    type Name is (SYSTEM_NAME_GNAT);
-    System_Name : constant Name := SYSTEM_NAME_GNAT;
- 
-    --  System-Dependent Named Numbers
- 
-    Min_Int               : constant := Long_Long_Integer'First;
-    Max_Int               : constant := Long_Long_Integer'Last;
- 
-    Max_Binary_Modulus    : constant := 2 ** Long_Long_Integer'Size;
-    Max_Nonbinary_Modulus : constant := 2 ** Integer'Size - 1;
- 
-    Max_Base_Digits       : constant := Long_Long_Float'Digits;
-    Max_Digits            : constant := Long_Long_Float'Digits;
- 
-    Max_Mantissa          : constant := 63;
-    Fine_Delta            : constant := 2.0 ** (-Max_Mantissa);
- 
-    Tick                  : constant := 0.000_001;
- 
-    --  Storage-related Declarations
- 
-    type Address is private;
-    pragma Preelaborable_Initialization (Address);
-    Null_Address : constant Address;
- 
-    Storage_Unit : constant := 8;
-    Word_Size    : constant := 32;
-    Memory_Size  : constant := 2 ** Word_Size;
- 
-    --  Address comparison
- 
-    function "<"  (Left, Right : Address) return Boolean;
-    function "<=" (Left, Right : Address) return Boolean;
-    function ">"  (Left, Right : Address) return Boolean;
-    function ">=" (Left, Right : Address) return Boolean;
-    function "="  (Left, Right : Address) return Boolean;
- 
-    pragma Import (Intrinsic, "<");
-    pragma Import (Intrinsic, "<=");
-    pragma Import (Intrinsic, ">");
-    pragma Import (Intrinsic, ">=");
-    pragma Import (Intrinsic, "=");
- 
-    --  Other System-Dependent Declarations
- 
-    type Bit_Order is (High_Order_First, Low_Order_First);
-    Default_Bit_Order : constant Bit_Order :=
-                          Bit_Order'Val (Standard'Default_Bit_Order);
-    pragma Warnings (Off, Default_Bit_Order); -- kill constant condition warning
- 
-    --  Priority-related Declarations (RM D.1)
- 
-    --  0 .. 98 corresponds to the system priority range 1 .. 99.
-    --
-    --  If the scheduling policy is SCHED_FIFO or SCHED_RR the runtime makes use
-    --  of the entire range provided by the system.
-    --
-    --  If the scheduling policy is SCHED_OTHER the only valid system priority
-    --  is 1 and other values are simply ignored.
- 
-    Max_Priority           : constant Positive := 97;
-    Max_Interrupt_Priority : constant Positive := 98;
- 
-    subtype Any_Priority       is Integer      range  0 .. 98;
-    subtype Priority           is Any_Priority range  0 .. 97;
-    subtype Interrupt_Priority is Any_Priority range 98 .. 98;
- 
-    Default_Priority : constant Priority := 48;
- 
- private
- 
-    type Address is mod Memory_Size;
-    Null_Address : constant Address := 0;
- 
-    --------------------------------------
-    -- System Implementation Parameters --
-    --------------------------------------
- 
-    --  These parameters provide information about the target that is used
-    --  by the compiler. They are in the private part of System, where they
-    --  can be accessed using the special circuitry in the Targparm unit
-    --  whose source should be consulted for more detailed descriptions
-    --  of the individual switch values.
- 
-    Backend_Divide_Checks     : constant Boolean := False;
-    Backend_Overflow_Checks   : constant Boolean := True;
-    Command_Line_Args         : constant Boolean := True;
-    Configurable_Run_Time     : constant Boolean := False;
-    Denorm                    : constant Boolean := True;
-    Duration_32_Bits          : constant Boolean := False;
-    Exit_Status_Supported     : constant Boolean := True;
-    Fractional_Fixed_Ops      : constant Boolean := False;
-    Frontend_Layout           : constant Boolean := False;
-    Machine_Overflows         : constant Boolean := False;
-    Machine_Rounds            : constant Boolean := True;
-    Preallocated_Stacks       : constant Boolean := False;
-    Signed_Zeros              : constant Boolean := True;
-    Stack_Check_Default       : constant Boolean := False;
-    Stack_Check_Probes        : constant Boolean := True;
-    Stack_Check_Limits        : constant Boolean := False;
-    Support_Aggregates        : constant Boolean := True;
-    Support_Atomic_Primitives : constant Boolean := True;
-    Support_Composite_Assign  : constant Boolean := True;
-    Support_Composite_Compare : constant Boolean := True;
-    Support_Long_Shifts       : constant Boolean := True;
-    Always_Compatible_Rep     : constant Boolean := False;
-    Suppress_Standard_Library : constant Boolean := False;
-    Use_Ada_Main_Program_Name : constant Boolean := False;
-    Frontend_Exceptions       : constant Boolean := False;
-    ZCX_By_Default            : constant Boolean := True;
- 
- end System;
--- 0 ----
diff -Nrcpad gcc-7.1.0/gcc/ada/system-linux-arm.ads gcc-7.2.0/gcc/ada/system-linux-arm.ads
*** gcc-7.1.0/gcc/ada/system-linux-arm.ads	Wed Mar  8 09:08:54 2017
--- gcc-7.2.0/gcc/ada/system-linux-arm.ads	Fri May 12 15:58:34 2017
*************** package System is
*** 70,76 ****
  
     Storage_Unit : constant := 8;
     Word_Size    : constant := Standard'Word_Size;
!    Memory_Size  : constant := 2 ** Word_Size;
  
     --  Address comparison
  
--- 70,76 ----
  
     Storage_Unit : constant := 8;
     Word_Size    : constant := Standard'Word_Size;
!    Memory_Size  : constant := 2 ** Long_Integer'Size;
  
     --  Address comparison
  
diff -Nrcpad gcc-7.1.0/gcc/ada/system-linux-m68k.ads gcc-7.2.0/gcc/ada/system-linux-m68k.ads
*** gcc-7.1.0/gcc/ada/system-linux-m68k.ads	Mon Dec  5 11:27:55 2016
--- gcc-7.2.0/gcc/ada/system-linux-m68k.ads	Sat Jul 15 17:01:08 2017
***************
*** 7,13 ****
  --                                 S p e c                                  --
  --                         (GNU/Linux/m68k Version)                         --
  --                                                                          --
! --          Copyright (C) 2014-2016, Free Software Foundation, Inc.         --
  --                                                                          --
  -- This specification is derived from the Ada Reference Manual for use with --
  -- GNAT. The copyright notice above, and the license provisions that follow --
--- 7,13 ----
  --                                 S p e c                                  --
  --                         (GNU/Linux/m68k Version)                         --
  --                                                                          --
! --          Copyright (C) 2014-2017, Free Software Foundation, Inc.         --
  --                                                                          --
  -- This specification is derived from the Ada Reference Manual for use with --
  -- GNAT. The copyright notice above, and the license provisions that follow --
*************** package System is
*** 40,45 ****
--- 40,48 ----
     --  this unit Pure instead of Preelaborable; see RM 13.7.1(15). In Ada
     --  2005, this is Pure in any case (AI-362).
  
+    pragma No_Elaboration_Code_All;
+    --  Allow the use of that restriction in units that WITH this unit
+ 
     type Name is (SYSTEM_NAME_GNAT);
     System_Name : constant Name := SYSTEM_NAME_GNAT;
  
*************** private
*** 126,132 ****
     --  of the individual switch values.
  
     Backend_Divide_Checks     : constant Boolean := False;
!    Backend_Overflow_Checks   : constant Boolean := False;
     Command_Line_Args         : constant Boolean := True;
     Configurable_Run_Time     : constant Boolean := False;
     Denorm                    : constant Boolean := True;
--- 129,135 ----
     --  of the individual switch values.
  
     Backend_Divide_Checks     : constant Boolean := False;
!    Backend_Overflow_Checks   : constant Boolean := True;
     Command_Line_Args         : constant Boolean := True;
     Configurable_Run_Time     : constant Boolean := False;
     Denorm                    : constant Boolean := True;
diff -Nrcpad gcc-7.1.0/gcc/ada/system-linux-x86.ads gcc-7.2.0/gcc/ada/system-linux-x86.ads
*** gcc-7.1.0/gcc/ada/system-linux-x86.ads	Tue Oct 18 20:29:53 2016
--- gcc-7.2.0/gcc/ada/system-linux-x86.ads	Wed May 10 17:36:50 2017
*************** package System is
*** 70,76 ****
  
     Storage_Unit : constant := 8;
     Word_Size    : constant := Standard'Word_Size;
!    Memory_Size  : constant := 2 ** Word_Size;
  
     --  Address comparison
  
--- 70,76 ----
  
     Storage_Unit : constant := 8;
     Word_Size    : constant := Standard'Word_Size;
!    Memory_Size  : constant := 2 ** Long_Integer'Size;
  
     --  Address comparison
  
diff -Nrcpad gcc-7.1.0/gcc/alias.c gcc-7.2.0/gcc/alias.c
*** gcc-7.1.0/gcc/alias.c	Wed Apr 12 07:35:49 2017
--- gcc-7.2.0/gcc/alias.c	Wed May  3 11:22:34 2017
*************** compare_base_decls (tree base1, tree bas
*** 2046,2051 ****
--- 2046,2063 ----
    if (base1 == base2)
      return 1;
  
+   /* If we have two register decls with register specification we
+      cannot decide unless their assembler name is the same.  */
+   if (DECL_REGISTER (base1)
+       && DECL_REGISTER (base2)
+       && DECL_ASSEMBLER_NAME_SET_P (base1)
+       && DECL_ASSEMBLER_NAME_SET_P (base2))
+     {
+       if (DECL_ASSEMBLER_NAME (base1) == DECL_ASSEMBLER_NAME (base2))
+ 	return 1;
+       return -1;
+     }
+ 
    /* Declarations of non-automatic variables may have aliases.  All other
       decls are unique.  */
    if (!decl_in_symtab_p (base1)
diff -Nrcpad gcc-7.1.0/gcc/asan.c gcc-7.2.0/gcc/asan.c
*** gcc-7.1.0/gcc/asan.c	Wed Apr  5 13:17:15 2017
--- gcc-7.2.0/gcc/asan.c	Thu Jul 27 07:31:19 2017
*************** instrument_derefs (gimple_stmt_iterator
*** 1877,1882 ****
--- 1877,1885 ----
        || bitsize != size_in_bytes * BITS_PER_UNIT)
      return;
  
+   if (VAR_P (inner) && DECL_HARD_REGISTER (inner))
+     return;
+ 
    if (VAR_P (inner)
        && offset == NULL_TREE
        && bitpos >= 0
diff -Nrcpad gcc-7.1.0/gcc/auto-profile.c gcc-7.2.0/gcc/auto-profile.c
*** gcc-7.1.0/gcc/auto-profile.c	Wed Apr 19 12:06:35 2017
--- gcc-7.2.0/gcc/auto-profile.c	Thu Jun 22 11:40:15 2017
*************** get_function_decl_from_block (tree block
*** 355,361 ****
  {
    tree decl;
  
!   if (LOCATION_LOCUS (BLOCK_SOURCE_LOCATION (block) == UNKNOWN_LOCATION))
      return NULL_TREE;
  
    for (decl = BLOCK_ABSTRACT_ORIGIN (block);
--- 355,361 ----
  {
    tree decl;
  
!   if (LOCATION_LOCUS (BLOCK_SOURCE_LOCATION (block)) == UNKNOWN_LOCATION)
      return NULL_TREE;
  
    for (decl = BLOCK_ABSTRACT_ORIGIN (block);
diff -Nrcpad gcc-7.1.0/gcc/brig/ChangeLog gcc-7.2.0/gcc/brig/ChangeLog
*** gcc-7.1.0/gcc/brig/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/gcc/brig/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/gcc/builtins.c gcc-7.2.0/gcc/builtins.c
*** gcc-7.1.0/gcc/builtins.c	Tue Feb  7 11:29:06 2017
--- gcc-7.2.0/gcc/builtins.c	Tue Jun 27 16:43:35 2017
*************** expand_builtin_atomic_fetch_op (machine_
*** 5939,5944 ****
--- 5939,5950 ----
    gcc_assert (TREE_OPERAND (addr, 0) == fndecl);
    TREE_OPERAND (addr, 0) = builtin_decl_explicit (ext_call);
  
+   /* If we will emit code after the call, the call can not be a tail call.
+      If it is emitted as a tail call, a barrier is emitted after it, and
+      then all trailing code is removed.  */
+   if (!ignore)
+     CALL_EXPR_TAILCALL (exp) = 0;
+ 
    /* Expand the call here so we can emit trailing code.  */
    ret = expand_call (exp, target, ignore);
  
diff -Nrcpad gcc-7.1.0/gcc/c/ChangeLog gcc-7.2.0/gcc/c/ChangeLog
*** gcc-7.1.0/gcc/c/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/gcc/c/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,31 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
+ 2017-06-08  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR c/81006
+ 	* c-typeck.c (handle_omp_array_sections_1): Convert TYPE_MAX_VALUE
+ 	to sizetype before size_binop.
+ 
+ 2017-05-26  Marek Polacek  <polacek@redhat.com>
+ 
+ 	Backported from mainline
+ 	2017-05-17  Marek Polacek  <polacek@redhat.com>
+ 
+ 	PR sanitizer/80659
+ 	* c-decl.c (build_compound_literal): Set DECL_ARTIFICIAL and
+ 	DECL_IGNORED_P even for non-static compound literals.
+ 
+ 2017-05-03  Jakub Jelinek <jakub@redhat.com>
+ 
+ 	Backported from mainline
+ 	2017-04-21  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR c/80468
+ 	* c-decl.c (finish_declspecs) <case cts_int_n>: If int_n_idx is not
+ 	enabled, set specs->type to integer_type_node.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/gcc/c/c-decl.c gcc-7.2.0/gcc/c/c-decl.c
*** gcc-7.1.0/gcc/c/c-decl.c	Wed Mar 29 23:40:36 2017
--- gcc-7.2.0/gcc/c/c-decl.c	Fri May 26 11:17:34 2017
*************** build_compound_literal (location_t loc,
*** 5261,5266 ****
--- 5261,5268 ----
    DECL_CONTEXT (decl) = current_function_decl;
    TREE_USED (decl) = 1;
    DECL_READ_P (decl) = 1;
+   DECL_ARTIFICIAL (decl) = 1;
+   DECL_IGNORED_P (decl) = 1;
    TREE_TYPE (decl) = type;
    TREE_READONLY (decl) = (TYPE_READONLY (type)
  			  || (TREE_CODE (type) == ARRAY_TYPE
*************** build_compound_literal (location_t loc,
*** 5297,5304 ****
        set_compound_literal_name (decl);
        DECL_DEFER_OUTPUT (decl) = 1;
        DECL_COMDAT (decl) = 1;
-       DECL_ARTIFICIAL (decl) = 1;
-       DECL_IGNORED_P (decl) = 1;
        pushdecl (decl);
        rest_of_decl_compilation (decl, 1, 0);
      }
--- 5299,5304 ----
*************** finish_declspecs (struct c_declspecs *sp
*** 10929,10937 ****
      case cts_int_n:
        gcc_assert (!specs->long_p && !specs->short_p && !specs->long_long_p);
        gcc_assert (!(specs->signed_p && specs->unsigned_p));
!       specs->type = (specs->unsigned_p
! 		     ? int_n_trees[specs->int_n_idx].unsigned_type
! 		     : int_n_trees[specs->int_n_idx].signed_type);
        if (specs->complex_p)
  	{
  	  pedwarn (specs->locations[cdw_complex], OPT_Wpedantic,
--- 10929,10940 ----
      case cts_int_n:
        gcc_assert (!specs->long_p && !specs->short_p && !specs->long_long_p);
        gcc_assert (!(specs->signed_p && specs->unsigned_p));
!       if (! int_n_enabled_p[specs->int_n_idx])
! 	specs->type = integer_type_node;
!       else
! 	specs->type = (specs->unsigned_p
! 		       ? int_n_trees[specs->int_n_idx].unsigned_type
! 		       : int_n_trees[specs->int_n_idx].signed_type);
        if (specs->complex_p)
  	{
  	  pedwarn (specs->locations[cdw_complex], OPT_Wpedantic,
diff -Nrcpad gcc-7.1.0/gcc/c/c-typeck.c gcc-7.2.0/gcc/c/c-typeck.c
*** gcc-7.1.0/gcc/c/c-typeck.c	Mon Mar 27 21:07:21 2017
--- gcc-7.2.0/gcc/c/c-typeck.c	Thu Jun  8 19:12:38 2017
*************** handle_omp_array_sections_1 (tree c, tre
*** 12355,12363 ****
  	  && TREE_CODE (TYPE_MAX_VALUE (TYPE_DOMAIN (type)))
  			== INTEGER_CST)
  	{
! 	  tree size = size_binop (PLUS_EXPR,
! 				  TYPE_MAX_VALUE (TYPE_DOMAIN (type)),
! 				  size_one_node);
  	  if (TREE_CODE (low_bound) == INTEGER_CST)
  	    {
  	      if (tree_int_cst_lt (size, low_bound))
--- 12355,12363 ----
  	  && TREE_CODE (TYPE_MAX_VALUE (TYPE_DOMAIN (type)))
  			== INTEGER_CST)
  	{
! 	  tree size
! 	    = fold_convert (sizetype, TYPE_MAX_VALUE (TYPE_DOMAIN (type)));
! 	  size = size_binop (PLUS_EXPR, size, size_one_node);
  	  if (TREE_CODE (low_bound) == INTEGER_CST)
  	    {
  	      if (tree_int_cst_lt (size, low_bound))
diff -Nrcpad gcc-7.1.0/gcc/c-family/ChangeLog gcc-7.2.0/gcc/c-family/ChangeLog
*** gcc-7.1.0/gcc/c-family/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/gcc/c-family/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,25 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
+ 2017-06-07  Richard Biener  <rguenther@suse.de>
+ 
+ 	Backport from mainline
+ 	2017-05-19  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR c++/80593
+ 	* c-warn.c (strict_aliasing_warning): Do not warn for accesses
+ 	to alias-set zero memory.
+ 
+ 2017-06-07  Marek Polacek  <polacek@redhat.com>
+ 
+ 	Backport from mainline
+ 	2017-06-04  Marek Polacek  <polacek@redhat.com>
+ 
+ 	PR c/80919
+ 	* c-format.c (matching_type_p): Return false if any of the types
+ 	requires structural equality.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/gcc/c-family/c-format.c gcc-7.2.0/gcc/c-family/c-format.c
*** gcc-7.1.0/gcc/c-family/c-format.c	Sat Mar 11 01:57:11 2017
--- gcc-7.2.0/gcc/c-family/c-format.c	Wed Jun  7 11:29:34 2017
*************** matching_type_p (tree spec_type, tree ar
*** 3147,3152 ****
--- 3147,3158 ----
    gcc_assert (spec_type);
    gcc_assert (arg_type);
  
+   /* If any of the types requires structural equality, we can't compare
+      their canonical types.  */
+   if (TYPE_STRUCTURAL_EQUALITY_P (spec_type)
+       || TYPE_STRUCTURAL_EQUALITY_P (arg_type))
+     return false;
+ 
    spec_type = TYPE_CANONICAL (spec_type);
    arg_type = TYPE_CANONICAL (arg_type);
  
diff -Nrcpad gcc-7.1.0/gcc/c-family/c-warn.c gcc-7.2.0/gcc/c-family/c-warn.c
*** gcc-7.1.0/gcc/c-family/c-warn.c	Mon Apr  3 22:30:56 2017
--- gcc-7.2.0/gcc/c-family/c-warn.c	Wed Jun  7 13:07:06 2017
*************** strict_aliasing_warning (tree otype, tre
*** 521,530 ****
  	    = get_alias_set (TREE_TYPE (TREE_OPERAND (expr, 0)));
  	  alias_set_type set2 = get_alias_set (TREE_TYPE (type));
  
! 	  if (set1 != set2 && set2 != 0
! 	      && (set1 == 0
! 		  || (!alias_set_subset_of (set2, set1)
! 		      && !alias_sets_conflict_p (set1, set2))))
  	    {
  	      warning (OPT_Wstrict_aliasing, "dereferencing type-punned "
  		       "pointer will break strict-aliasing rules");
--- 521,530 ----
  	    = get_alias_set (TREE_TYPE (TREE_OPERAND (expr, 0)));
  	  alias_set_type set2 = get_alias_set (TREE_TYPE (type));
  
! 	  if (set2 != 0
! 	      && set1 != set2
! 	      && !alias_set_subset_of (set2, set1)
! 	      && !alias_sets_conflict_p (set1, set2))
  	    {
  	      warning (OPT_Wstrict_aliasing, "dereferencing type-punned "
  		       "pointer will break strict-aliasing rules");
diff -Nrcpad gcc-7.1.0/gcc/calls.c gcc-7.2.0/gcc/calls.c
*** gcc-7.1.0/gcc/calls.c	Wed Mar 29 14:18:07 2017
--- gcc-7.2.0/gcc/calls.c	Sat Jun 24 11:05:12 2017
*************** get_size_range (tree exp, tree range[2])
*** 1270,1276 ****
  
    wide_int min, max;
    enum value_range_type range_type
!     = (TREE_CODE (exp) == SSA_NAME
         ? get_range_info (exp, &min, &max) : VR_VARYING);
  
    if (range_type == VR_VARYING)
--- 1270,1276 ----
  
    wide_int min, max;
    enum value_range_type range_type
!     = ((TREE_CODE (exp) == SSA_NAME && INTEGRAL_TYPE_P (TREE_TYPE (exp)))
         ? get_range_info (exp, &min, &max) : VR_VARYING);
  
    if (range_type == VR_VARYING)
diff -Nrcpad gcc-7.1.0/gcc/common.opt gcc-7.2.0/gcc/common.opt
*** gcc-7.1.0/gcc/common.opt	Tue Feb 28 22:02:58 2017
--- gcc-7.2.0/gcc/common.opt	Thu Jun 22 11:38:22 2017
*************** flow and turn the statement with erroneo
*** 2492,2498 ****
  
  fisolate-erroneous-paths-attribute
  Common Report Var(flag_isolate_erroneous_paths_attribute) Optimization
! Detect paths that trigger erroneous or undefined behavior due a null value
  being used in a way forbidden by a returns_nonnull or nonnull
  attribute.  Isolate those paths from the main control flow and turn the
  statement with erroneous or undefined behavior into a trap.
--- 2492,2498 ----
  
  fisolate-erroneous-paths-attribute
  Common Report Var(flag_isolate_erroneous_paths_attribute) Optimization
! Detect paths that trigger erroneous or undefined behavior due to a null value
  being used in a way forbidden by a returns_nonnull or nonnull
  attribute.  Isolate those paths from the main control flow and turn the
  statement with erroneous or undefined behavior into a trap.
diff -Nrcpad gcc-7.1.0/gcc/config/aarch64/aarch64-cost-tables.h gcc-7.2.0/gcc/config/aarch64/aarch64-cost-tables.h
*** gcc-7.1.0/gcc/config/aarch64/aarch64-cost-tables.h	Mon Jan  9 18:52:42 2017
--- gcc-7.2.0/gcc/config/aarch64/aarch64-cost-tables.h	Sat Jun 24 23:22:11 2017
***************
*** 23,29 ****
  
  #include "config/arm/aarch-cost-tables.h"
  
! /* ThunderX does not have implement AArch32.  */
  const struct cpu_cost_table thunderx_extra_costs =
  {
    /* ALU */
--- 23,133 ----
  
  #include "config/arm/aarch-cost-tables.h"
  
! /* QDF24xx does not implement AArch32.  */
! const struct cpu_cost_table qdf24xx_extra_costs =
! {
!   /* ALU */
!   {
!     0,                 /* arith.  */
!     0,                 /* logical.  */
!     0,                 /* shift.  */
!     0,                 /* shift_reg.  */
!     COSTS_N_INSNS (1), /* arith_shift.  */
!     COSTS_N_INSNS (1), /* arith_shift_reg.  */
!     0,                 /* log_shift.  */
!     0,                 /* log_shift_reg.  */
!     0,                 /* extend.  */
!     0,                 /* extend_arith.  */
!     0,                 /* bfi.  */
!     0,                 /* bfx.  */
!     0,                 /* clz.  */
!     0,	               /* rev.  */
!     0,                 /* non_exec.  */
!     true               /* non_exec_costs_exec.  */
!   },
!   {
!     /* MULT SImode */
!     {
!       COSTS_N_INSNS (2),       /* simple.  */
!       COSTS_N_INSNS (2),       /* flag_setting.  */
!       COSTS_N_INSNS (2),       /* extend.  */
!       COSTS_N_INSNS (2),       /* add.  */
!       COSTS_N_INSNS (2),       /* extend_add.  */
!       COSTS_N_INSNS (4)       /* idiv.  */
!     },
!     /* MULT DImode */
!     {
!       COSTS_N_INSNS (3),       /* simple.  */
!       0,                       /* flag_setting (N/A).  */
!       COSTS_N_INSNS (3),       /* extend.  */
!       COSTS_N_INSNS (3),       /* add.  */
!       COSTS_N_INSNS (3),       /* extend_add.  */
!       COSTS_N_INSNS (9)       /* idiv.  */
!     }
!   },
!   /* LD/ST */
!   {
!     COSTS_N_INSNS (2),         /* load.  */
!     COSTS_N_INSNS (2),         /* load_sign_extend.  */
!     COSTS_N_INSNS (2),         /* ldrd.  */
!     COSTS_N_INSNS (2),         /* ldm_1st.  */
!     1,                         /* ldm_regs_per_insn_1st.  */
!     2,                         /* ldm_regs_per_insn_subsequent.  */
!     COSTS_N_INSNS (2),         /* loadf.  */
!     COSTS_N_INSNS (2),         /* loadd.  */
!     COSTS_N_INSNS (3),         /* load_unaligned.  */
!     0,                         /* store.  */
!     0,                         /* strd.  */
!     0,                         /* stm_1st.  */
!     1,                         /* stm_regs_per_insn_1st.  */
!     2,                         /* stm_regs_per_insn_subsequent.  */
!     0,                         /* storef.  */
!     0,                         /* stored.  */
!     COSTS_N_INSNS (1),         /* store_unaligned.  */
!     COSTS_N_INSNS (1),         /* loadv.  */
!     COSTS_N_INSNS (1)          /* storev.  */
!   },
!   {
!     /* FP SFmode */
!     {
!       COSTS_N_INSNS (6),      /* div.  */
!       COSTS_N_INSNS (5),       /* mult.  */
!       COSTS_N_INSNS (5),       /* mult_addsub. */
!       COSTS_N_INSNS (5),       /* fma.  */
!       COSTS_N_INSNS (3),       /* addsub.  */
!       COSTS_N_INSNS (1),       /* fpconst. */
!       COSTS_N_INSNS (1),       /* neg.  */
!       COSTS_N_INSNS (2),       /* compare.  */
!       COSTS_N_INSNS (4),       /* widen.  */
!       COSTS_N_INSNS (4),       /* narrow.  */
!       COSTS_N_INSNS (4),       /* toint.  */
!       COSTS_N_INSNS (4),       /* fromint.  */
!       COSTS_N_INSNS (2)        /* roundint.  */
!     },
!     /* FP DFmode */
!     {
!       COSTS_N_INSNS (11),      /* div.  */
!       COSTS_N_INSNS (6),       /* mult.  */
!       COSTS_N_INSNS (6),       /* mult_addsub.  */
!       COSTS_N_INSNS (6),       /* fma.  */
!       COSTS_N_INSNS (3),       /* addsub.  */
!       COSTS_N_INSNS (1),       /* fpconst.  */
!       COSTS_N_INSNS (1),       /* neg.  */
!       COSTS_N_INSNS (2),       /* compare.  */
!       COSTS_N_INSNS (4),       /* widen.  */
!       COSTS_N_INSNS (4),       /* narrow.  */
!       COSTS_N_INSNS (4),       /* toint.  */
!       COSTS_N_INSNS (4),       /* fromint.  */
!       COSTS_N_INSNS (2)        /* roundint.  */
!     }
!   },
!   /* Vector */
!   {
!     COSTS_N_INSNS (1)  /* alu.  */
!   }
! };
! 
! /* ThunderX does not implement AArch32.  */
  const struct cpu_cost_table thunderx_extra_costs =
  {
    /* ALU */
*************** const struct cpu_cost_table thunderx2t99
*** 230,235 ****
    }
  };
  
- 
  #endif
- 
--- 334,337 ----
diff -Nrcpad gcc-7.1.0/gcc/config/aarch64/aarch64-option-extensions.def gcc-7.2.0/gcc/config/aarch64/aarch64-option-extensions.def
*** gcc-7.1.0/gcc/config/aarch64/aarch64-option-extensions.def	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/aarch64/aarch64-option-extensions.def	Tue Jun 20 13:47:03 2017
*************** AARCH64_OPT_EXTENSION("lse", AARCH64_FL_
*** 58,63 ****
  
  /* Enabling "fp16" also enables "fp".
     Disabling "fp16" just disables "fp16".  */
! AARCH64_OPT_EXTENSION("fp16", AARCH64_FL_F16, AARCH64_FL_FP, 0, "fp16")
  
  #undef AARCH64_OPT_EXTENSION
--- 58,63 ----
  
  /* Enabling "fp16" also enables "fp".
     Disabling "fp16" just disables "fp16".  */
! AARCH64_OPT_EXTENSION("fp16", AARCH64_FL_F16, AARCH64_FL_FP, 0, "fphp asimdhp")
  
  #undef AARCH64_OPT_EXTENSION
diff -Nrcpad gcc-7.1.0/gcc/config/aarch64/aarch64.c gcc-7.2.0/gcc/config/aarch64/aarch64.c
*** gcc-7.1.0/gcc/config/aarch64/aarch64.c	Thu Apr 27 14:11:47 2017
--- gcc-7.2.0/gcc/config/aarch64/aarch64.c	Tue Jul 25 12:08:59 2017
*************** aarch64_classify_symbol (rtx x, rtx offs
*** 9935,9941 ****
  	  /* This is alright even in PIC code as the constant
  	     pool reference is always PC relative and within
  	     the same translation unit.  */
! 	  if (CONSTANT_POOL_ADDRESS_P (x))
  	    return SYMBOL_SMALL_ABSOLUTE;
  	  else
  	    return SYMBOL_FORCE_TO_MEM;
--- 9935,9941 ----
  	  /* This is alright even in PIC code as the constant
  	     pool reference is always PC relative and within
  	     the same translation unit.  */
! 	  if (!aarch64_pcrelative_literal_loads && CONSTANT_POOL_ADDRESS_P (x))
  	    return SYMBOL_SMALL_ABSOLUTE;
  	  else
  	    return SYMBOL_FORCE_TO_MEM;
diff -Nrcpad gcc-7.1.0/gcc/config/aarch64/cortex-a57-fma-steering.c gcc-7.2.0/gcc/config/aarch64/cortex-a57-fma-steering.c
*** gcc-7.1.0/gcc/config/aarch64/cortex-a57-fma-steering.c	Mon Jan 30 15:16:33 2017
--- gcc-7.2.0/gcc/config/aarch64/cortex-a57-fma-steering.c	Fri Jul 28 11:13:45 2017
*************** fma_forest::merge_forest (fma_forest *ot
*** 411,419 ****
       the list of tree roots of ref_forest.  */
    this->m_globals->remove_forest (other_forest);
    this->m_roots->splice (this->m_roots->begin (), *other_roots);
-   delete other_forest;
- 
    this->m_nb_nodes += other_forest->m_nb_nodes;
  }
  
  /* Dump information about the forest FOREST.  */
--- 411,419 ----
       the list of tree roots of ref_forest.  */
    this->m_globals->remove_forest (other_forest);
    this->m_roots->splice (this->m_roots->begin (), *other_roots);
    this->m_nb_nodes += other_forest->m_nb_nodes;
+ 
+   delete other_forest;
  }
  
  /* Dump information about the forest FOREST.  */
*************** func_fma_steering::analyze ()
*** 973,982 ****
  		break;
  	    }
  
! 	  /* We didn't find a chain with a def for this instruction.  */
! 	  gcc_assert (i < dest_op_info->n_chains);
! 
! 	  this->analyze_fma_fmul_insn (forest, chain, head);
  	}
      }
    free (bb_dfs_preorder);
--- 973,989 ----
  		break;
  	    }
  
! 	  /* Due to implementation of regrename, dest register can slip away
! 	     from regrename's analysis.  As a result, there is no chain for
! 	     the destination register of insn.  We simply skip the insn even
! 	     it is a fmul/fmac instruction.  This can happen when the dest
! 	     register is also a source register of insn and one of the below
! 	     conditions is satisfied:
! 	       1) the source reg is setup in larger mode than this insn;
! 	       2) the source reg is uninitialized;
! 	       3) the source reg is passed in as parameter.  */
! 	  if (i < dest_op_info->n_chains)
! 	    this->analyze_fma_fmul_insn (forest, chain, head);
  	}
      }
    free (bb_dfs_preorder);
diff -Nrcpad gcc-7.1.0/gcc/config/aarch64/rtems.h gcc-7.2.0/gcc/config/aarch64/rtems.h
*** gcc-7.1.0/gcc/config/aarch64/rtems.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/aarch64/rtems.h	Wed Jul 26 08:31:09 2017
***************
*** 1,20 ****
  /* Definitions for RTEMS based AARCH64 system.
     Copyright (C) 2016-2017 Free Software Foundation, Inc.
!  
     This file is part of GCC.
!  
     GCC is free software; you can redistribute it and/or modify it
     under the terms of the GNU General Public License as published
     by the Free Software Foundation; either version 3, or (at your
     option) any later version.
!  
     GCC is distributed in the hope that it will be useful, but WITHOUT
     ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
     or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public
     License for more details.
!  
!    You should have received a copy of the GNU General Public License
!    along with GCC; see the file COPYING3.  If not see
     <http://www.gnu.org/licenses/>.  */
  
  #define HAS_INIT_SECTION
--- 1,25 ----
  /* Definitions for RTEMS based AARCH64 system.
     Copyright (C) 2016-2017 Free Software Foundation, Inc.
! 
     This file is part of GCC.
! 
     GCC is free software; you can redistribute it and/or modify it
     under the terms of the GNU General Public License as published
     by the Free Software Foundation; either version 3, or (at your
     option) any later version.
! 
     GCC is distributed in the hope that it will be useful, but WITHOUT
     ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
     or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public
     License for more details.
! 
!    Under Section 7 of GPL version 3, you are granted additional
!    permissions described in the GCC Runtime Library Exception, version
!    3.1, as published by the Free Software Foundation.
! 
!    You should have received a copy of the GNU General Public License and
!    a copy of the GCC Runtime Library Exception along with this program;
!    see the files COPYING3 and COPYING.RUNTIME respectively.  If not, see
     <http://www.gnu.org/licenses/>.  */
  
  #define HAS_INIT_SECTION
diff -Nrcpad gcc-7.1.0/gcc/config/arm/aarch-cost-tables.h gcc-7.2.0/gcc/config/arm/aarch-cost-tables.h
*** gcc-7.1.0/gcc/config/arm/aarch-cost-tables.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/arm/aarch-cost-tables.h	Sat Jun 24 23:22:11 2017
*************** const struct cpu_cost_table xgene1_extra
*** 537,643 ****
    }
  };
  
- const struct cpu_cost_table qdf24xx_extra_costs =
- {
-   /* ALU */
-   {
-     0,                 /* arith.  */
-     0,                 /* logical.  */
-     0,                 /* shift.  */
-     0,                 /* shift_reg.  */
-     COSTS_N_INSNS (1), /* arith_shift.  */
-     COSTS_N_INSNS (1), /* arith_shift_reg.  */
-     0,                 /* log_shift.  */
-     0,                 /* log_shift_reg.  */
-     0,                 /* extend.  */
-     0,                 /* extend_arith.  */
-     0,                 /* bfi.  */
-     0,                 /* bfx.  */
-     0,                 /* clz.  */
-     0,	               /* rev.  */
-     0,                 /* non_exec.  */
-     true               /* non_exec_costs_exec.  */
-   },
-   {
-     /* MULT SImode */
-     {
-       COSTS_N_INSNS (2),       /* simple.  */
-       COSTS_N_INSNS (2),       /* flag_setting.  */
-       COSTS_N_INSNS (2),       /* extend.  */
-       COSTS_N_INSNS (2),       /* add.  */
-       COSTS_N_INSNS (2),       /* extend_add.  */
-       COSTS_N_INSNS (4)       /* idiv.  */
-     },
-     /* MULT DImode */
-     {
-       COSTS_N_INSNS (3),       /* simple.  */
-       0,                       /* flag_setting (N/A).  */
-       COSTS_N_INSNS (3),       /* extend.  */
-       COSTS_N_INSNS (3),       /* add.  */
-       COSTS_N_INSNS (3),       /* extend_add.  */
-       COSTS_N_INSNS (9)       /* idiv.  */
-     }
-   },
-   /* LD/ST */
-   {
-     COSTS_N_INSNS (2),         /* load.  */
-     COSTS_N_INSNS (2),         /* load_sign_extend.  */
-     COSTS_N_INSNS (2),         /* ldrd.  */
-     COSTS_N_INSNS (2),         /* ldm_1st.  */
-     1,                         /* ldm_regs_per_insn_1st.  */
-     2,                         /* ldm_regs_per_insn_subsequent.  */
-     COSTS_N_INSNS (2),         /* loadf.  */
-     COSTS_N_INSNS (2),         /* loadd.  */
-     COSTS_N_INSNS (3),         /* load_unaligned.  */
-     0,                         /* store.  */
-     0,                         /* strd.  */
-     0,                         /* stm_1st.  */
-     1,                         /* stm_regs_per_insn_1st.  */
-     2,                         /* stm_regs_per_insn_subsequent.  */
-     0,                         /* storef.  */
-     0,                         /* stored.  */
-     COSTS_N_INSNS (1),         /* store_unaligned.  */
-     COSTS_N_INSNS (1),         /* loadv.  */
-     COSTS_N_INSNS (1)          /* storev.  */
-   },
-   {
-     /* FP SFmode */
-     {
-       COSTS_N_INSNS (6),      /* div.  */
-       COSTS_N_INSNS (5),       /* mult.  */
-       COSTS_N_INSNS (5),       /* mult_addsub. */
-       COSTS_N_INSNS (5),       /* fma.  */
-       COSTS_N_INSNS (3),       /* addsub.  */
-       COSTS_N_INSNS (1),       /* fpconst. */
-       COSTS_N_INSNS (1),       /* neg.  */
-       COSTS_N_INSNS (2),       /* compare.  */
-       COSTS_N_INSNS (4),       /* widen.  */
-       COSTS_N_INSNS (4),       /* narrow.  */
-       COSTS_N_INSNS (4),       /* toint.  */
-       COSTS_N_INSNS (4),       /* fromint.  */
-       COSTS_N_INSNS (2)        /* roundint.  */
-     },
-     /* FP DFmode */
-     {
-       COSTS_N_INSNS (11),      /* div.  */
-       COSTS_N_INSNS (6),       /* mult.  */
-       COSTS_N_INSNS (6),       /* mult_addsub.  */
-       COSTS_N_INSNS (6),       /* fma.  */
-       COSTS_N_INSNS (3),       /* addsub.  */
-       COSTS_N_INSNS (1),       /* fpconst.  */
-       COSTS_N_INSNS (1),       /* neg.  */
-       COSTS_N_INSNS (2),       /* compare.  */
-       COSTS_N_INSNS (4),       /* widen.  */
-       COSTS_N_INSNS (4),       /* narrow.  */
-       COSTS_N_INSNS (4),       /* toint.  */
-       COSTS_N_INSNS (4),       /* fromint.  */
-       COSTS_N_INSNS (2)        /* roundint.  */
-     }
-   },
-   /* Vector */
-   {
-     COSTS_N_INSNS (1)  /* alu.  */
-   }
- };
- 
  #endif /* GCC_AARCH_COST_TABLES_H */
--- 537,540 ----
diff -Nrcpad gcc-7.1.0/gcc/config/arm/arm-builtins.c gcc-7.2.0/gcc/config/arm/arm-builtins.c
*** gcc-7.1.0/gcc/config/arm/arm-builtins.c	Fri Jan  6 17:49:12 2017
--- gcc-7.2.0/gcc/config/arm/arm-builtins.c	Fri Jun 23 16:08:40 2017
*************** arm_init_builtins (void)
*** 1893,1902 ****
  	= build_function_type_list (unsigned_type_node, NULL);
  
        arm_builtin_decls[ARM_BUILTIN_GET_FPSCR]
! 	= add_builtin_function ("__builtin_arm_ldfscr", ftype_get_fpscr,
  				ARM_BUILTIN_GET_FPSCR, BUILT_IN_MD, NULL, NULL_TREE);
        arm_builtin_decls[ARM_BUILTIN_SET_FPSCR]
! 	= add_builtin_function ("__builtin_arm_stfscr", ftype_set_fpscr,
  				ARM_BUILTIN_SET_FPSCR, BUILT_IN_MD, NULL, NULL_TREE);
      }
  
--- 1893,1902 ----
  	= build_function_type_list (unsigned_type_node, NULL);
  
        arm_builtin_decls[ARM_BUILTIN_GET_FPSCR]
! 	= add_builtin_function ("__builtin_arm_get_fpscr", ftype_get_fpscr,
  				ARM_BUILTIN_GET_FPSCR, BUILT_IN_MD, NULL, NULL_TREE);
        arm_builtin_decls[ARM_BUILTIN_SET_FPSCR]
! 	= add_builtin_function ("__builtin_arm_set_fpscr", ftype_set_fpscr,
  				ARM_BUILTIN_SET_FPSCR, BUILT_IN_MD, NULL, NULL_TREE);
      }
  
*************** constant_arg:
*** 2245,2251 ****
  		{
  		  error ("%Kargument %d must be a constant immediate",
  			 exp, argc + 1);
! 		  return const0_rtx;
  		}
  	      break;
  
--- 2245,2256 ----
  		{
  		  error ("%Kargument %d must be a constant immediate",
  			 exp, argc + 1);
! 		  /* We have failed to expand the pattern, and are safely
! 		     in to invalid code.  But the mid-end will still try to
! 		     build an assignment for this node while it expands,
! 		     before stopping for the error, just pass it back
! 		     TARGET to ensure a valid assignment.  */
! 		  return target;
  		}
  	      break;
  
diff -Nrcpad gcc-7.1.0/gcc/config/arm/arm-cpu-cdata.h gcc-7.2.0/gcc/config/arm/arm-cpu-cdata.h
*** gcc-7.1.0/gcc/config/arm/arm-cpu-cdata.h	Tue May  2 12:43:57 2017
--- gcc-7.2.0/gcc/config/arm/arm-cpu-cdata.h	Sat Jun 24 23:22:11 2017
*************** static const struct arm_arch_core_flag a
*** 740,759 ****
      },
    },
    {
-     "falkor",
-     {
-       ISA_ARMv8a,isa_bit_crc32,
-       isa_nobit
-     },
-   },
-   {
-     "qdf24xx",
-     {
-       ISA_ARMv8a,isa_bit_crc32,
-       isa_nobit
-     },
-   },
-   {
      "xgene1",
      {
        ISA_ARMv8a,
--- 740,745 ----
diff -Nrcpad gcc-7.1.0/gcc/config/arm/arm-cpu-data.h gcc-7.2.0/gcc/config/arm/arm-cpu-data.h
*** gcc-7.1.0/gcc/config/arm/arm-cpu-data.h	Tue Feb 28 14:17:29 2017
--- gcc-7.2.0/gcc/config/arm/arm-cpu-data.h	Sat Jun 24 23:22:11 2017
*************** static const struct processors all_cores
*** 1144,1171 ****
      &arm_exynosm1_tune
    },
    {
-     "falkor",
-     TARGET_CPU_cortexa57,
-     (TF_LDSCHED),
-     "8A", BASE_ARCH_8A,
-     {
-       ISA_ARMv8a,isa_bit_crc32,
-       isa_nobit
-     },
-     &arm_qdf24xx_tune
-   },
-   {
-     "qdf24xx",
-     TARGET_CPU_cortexa57,
-     (TF_LDSCHED),
-     "8A", BASE_ARCH_8A,
-     {
-       ISA_ARMv8a,isa_bit_crc32,
-       isa_nobit
-     },
-     &arm_qdf24xx_tune
-   },
-   {
      "xgene1",
      TARGET_CPU_xgene1,
      (TF_LDSCHED),
--- 1144,1149 ----
diff -Nrcpad gcc-7.1.0/gcc/config/arm/arm-cpu.h gcc-7.2.0/gcc/config/arm/arm-cpu.h
*** gcc-7.1.0/gcc/config/arm/arm-cpu.h	Tue May  2 12:43:57 2017
--- gcc-7.2.0/gcc/config/arm/arm-cpu.h	Sat Jun 24 23:22:11 2017
*************** enum processor_type
*** 123,130 ****
    TARGET_CPU_cortexa72,
    TARGET_CPU_cortexa73,
    TARGET_CPU_exynosm1,
-   TARGET_CPU_falkor,
-   TARGET_CPU_qdf24xx,
    TARGET_CPU_xgene1,
    TARGET_CPU_cortexa57cortexa53,
    TARGET_CPU_cortexa72cortexa53,
--- 123,128 ----
diff -Nrcpad gcc-7.1.0/gcc/config/arm/arm-cpus.in gcc-7.2.0/gcc/config/arm/arm-cpus.in
*** gcc-7.1.0/gcc/config/arm/arm-cpus.in	Tue Feb 28 14:17:29 2017
--- gcc-7.2.0/gcc/config/arm/arm-cpus.in	Sat Jun 24 23:22:11 2017
*************** begin cpu exynos-m1
*** 1020,1039 ****
   costs exynosm1
  end cpu exynos-m1
  
- begin cpu falkor
-  tune for cortex-a57
-  tune flags LDSCHED
-  architecture armv8-a+crc
-  costs qdf24xx
- end cpu falkor
- 
- begin cpu qdf24xx
-  tune for cortex-a57
-  tune flags LDSCHED
-  architecture armv8-a+crc
-  costs qdf24xx
- end cpu qdf24xx
- 
  begin cpu xgene1
   tune flags LDSCHED
   architecture armv8-a
--- 1020,1025 ----
diff -Nrcpad gcc-7.1.0/gcc/config/arm/arm-tables.opt gcc-7.2.0/gcc/config/arm/arm-tables.opt
*** gcc-7.1.0/gcc/config/arm/arm-tables.opt	Tue May  2 12:43:57 2017
--- gcc-7.2.0/gcc/config/arm/arm-tables.opt	Sat Jun 24 23:22:11 2017
*************** EnumValue
*** 328,339 ****
  Enum(processor_type) String(exynos-m1) Value( TARGET_CPU_exynosm1)
  
  EnumValue
- Enum(processor_type) String(falkor) Value( TARGET_CPU_falkor)
- 
- EnumValue
- Enum(processor_type) String(qdf24xx) Value( TARGET_CPU_qdf24xx)
- 
- EnumValue
  Enum(processor_type) String(xgene1) Value( TARGET_CPU_xgene1)
  
  EnumValue
--- 328,333 ----
diff -Nrcpad gcc-7.1.0/gcc/config/arm/arm-tune.md gcc-7.2.0/gcc/config/arm/arm-tune.md
*** gcc-7.1.0/gcc/config/arm/arm-tune.md	Tue May  2 12:43:57 2017
--- gcc-7.2.0/gcc/config/arm/arm-tune.md	Sat Jun 24 23:22:11 2017
***************
*** 54,61 ****
  	cortexm3,marvell_pj4,cortexa15cortexa7,
  	cortexa17cortexa7,cortexa32,cortexa35,
  	cortexa53,cortexa57,cortexa72,
! 	cortexa73,exynosm1,falkor,
! 	qdf24xx,xgene1,cortexa57cortexa53,
! 	cortexa72cortexa53,cortexa73cortexa35,cortexa73cortexa53,
! 	cortexm23,cortexm33"
  	(const (symbol_ref "((enum attr_tune) arm_tune)")))
--- 54,60 ----
  	cortexm3,marvell_pj4,cortexa15cortexa7,
  	cortexa17cortexa7,cortexa32,cortexa35,
  	cortexa53,cortexa57,cortexa72,
! 	cortexa73,exynosm1,xgene1,
! 	cortexa57cortexa53,cortexa72cortexa53,cortexa73cortexa35,
! 	cortexa73cortexa53,cortexm23,cortexm33"
  	(const (symbol_ref "((enum attr_tune) arm_tune)")))
diff -Nrcpad gcc-7.1.0/gcc/config/arm/arm.c gcc-7.2.0/gcc/config/arm/arm.c
*** gcc-7.1.0/gcc/config/arm/arm.c	Tue Apr 25 16:47:32 2017
--- gcc-7.2.0/gcc/config/arm/arm.c	Sat Jun 24 23:22:11 2017
*************** const struct tune_params arm_xgene1_tune
*** 2090,2117 ****
    tune_params::SCHED_AUTOPREF_OFF
  };
  
- const struct tune_params arm_qdf24xx_tune =
- {
-   &qdf24xx_extra_costs,
-   NULL,                                         /* Scheduler cost adjustment.  */
-   arm_default_branch_cost,
-   &arm_default_vec_cost,			/* Vectorizer costs.  */
-   1,						/* Constant limit.  */
-   2,						/* Max cond insns.  */
-   8,						/* Memset max inline.  */
-   4,						/* Issue rate.  */
-   ARM_PREFETCH_BENEFICIAL (0, -1, 64),
-   tune_params::PREF_CONST_POOL_FALSE,
-   tune_params::PREF_LDRD_TRUE,
-   tune_params::LOG_OP_NON_SHORT_CIRCUIT_TRUE,	/* Thumb.  */
-   tune_params::LOG_OP_NON_SHORT_CIRCUIT_TRUE,	/* ARM.  */
-   tune_params::DISPARAGE_FLAGS_ALL,
-   tune_params::PREF_NEON_64_FALSE,
-   tune_params::PREF_NEON_STRINGOPS_TRUE,
-   FUSE_OPS (tune_params::FUSE_MOVW_MOVT),
-   tune_params::SCHED_AUTOPREF_FULL
- };
- 
  /* Branches can be dual-issued on Cortex-A5, so conditional execution is
     less appealing.  Set max_insns_skipped to a low value.  */
  
--- 2090,2095 ----
*************** arm_tls_referenced_p (rtx x)
*** 8670,8676 ****
      {
        const_rtx x = *iter;
        if (GET_CODE (x) == SYMBOL_REF && SYMBOL_REF_TLS_MODEL (x) != 0)
! 	return true;
  
        /* Don't recurse into UNSPEC_TLS looking for TLS symbols; these are
  	 TLS offsets, not real symbol references.  */
--- 8648,8663 ----
      {
        const_rtx x = *iter;
        if (GET_CODE (x) == SYMBOL_REF && SYMBOL_REF_TLS_MODEL (x) != 0)
! 	{
! 	  /* ARM currently does not provide relocations to encode TLS variables
! 	     into AArch32 instructions, only data, so there is no way to
! 	     currently implement these if a literal pool is disabled.  */
! 	  if (arm_disable_literal_pool)
! 	    sorry ("accessing thread-local storage is not currently supported "
! 		   "with -mpure-code or -mslow-flash-data");
! 
! 	  return true;
! 	}
  
        /* Don't recurse into UNSPEC_TLS looking for TLS symbols; these are
  	 TLS offsets, not real symbol references.  */
*************** static void
*** 16377,16382 ****
--- 16364,16370 ----
  push_minipool_fix (rtx_insn *insn, HOST_WIDE_INT address, rtx *loc,
  		   machine_mode mode, rtx value)
  {
+   gcc_assert (!arm_disable_literal_pool);
    Mfix * fix = (Mfix *) obstack_alloc (&minipool_obstack, sizeof (* fix));
  
    fix->insn = insn;
*************** push_minipool_fix (rtx_insn *insn, HOST_
*** 16428,16437 ****
  int
  arm_max_const_double_inline_cost ()
  {
-   /* Let the value get synthesized to avoid the use of literal pools.  */
-   if (arm_disable_literal_pool)
-     return 99;
- 
    return ((optimize_size || arm_ld_sched) ? 3 : 4);
  }
  
--- 16416,16421 ----
*************** arm_reorg (void)
*** 17378,17383 ****
--- 17362,17372 ----
    if (!optimize)
      split_all_insns_noflow ();
  
+   /* Make sure we do not attempt to create a literal pool even though it should
+      no longer be necessary to create any.  */
+   if (arm_disable_literal_pool)
+     return ;
+ 
    minipool_fix_head = minipool_fix_tail = NULL;
  
    /* The first insn must always be a note, or the code below won't
diff -Nrcpad gcc-7.1.0/gcc/config/arm/arm.md gcc-7.2.0/gcc/config/arm/arm.md
*** gcc-7.1.0/gcc/config/arm/arm.md	Mon Apr 10 11:21:55 2017
--- gcc-7.2.0/gcc/config/arm/arm.md	Fri Jun  2 11:19:16 2017
***************
*** 233,242 ****
  	       (match_test "arm_restrict_it"))
  	  (const_string "no")
  
- 	  (and (eq_attr "use_literal_pool" "yes")
- 	       (match_test "arm_disable_literal_pool"))
- 	  (const_string "no")
- 
  	  (eq_attr "arch_enabled" "no")
  	  (const_string "no")]
  	 (const_string "yes")))
--- 233,238 ----
***************
*** 5878,5885 ****
  	(match_operand:ANY64 1 "immediate_operand" ""))]
    "TARGET_32BIT
     && reload_completed
!    && (arm_const_double_inline_cost (operands[1])
!        <= arm_max_const_double_inline_cost ())"
    [(const_int 0)]
    "
    arm_split_constant (SET, SImode, curr_insn,
--- 5874,5882 ----
  	(match_operand:ANY64 1 "immediate_operand" ""))]
    "TARGET_32BIT
     && reload_completed
!    && (arm_disable_literal_pool
!        || (arm_const_double_inline_cost (operands[1])
! 	   <= arm_max_const_double_inline_cost ()))"
    [(const_int 0)]
    "
    arm_split_constant (SET, SImode, curr_insn,
diff -Nrcpad gcc-7.1.0/gcc/config/arm/bpabi.h gcc-7.2.0/gcc/config/arm/bpabi.h
*** gcc-7.1.0/gcc/config/arm/bpabi.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/arm/bpabi.h	Sat Jun 24 23:22:11 2017
***************
*** 79,86 ****
     |mcpu=cortex-a73.cortex-a35				\
     |mcpu=cortex-a73.cortex-a53				\
     |mcpu=exynos-m1                                      \
-    |mcpu=falkor						\
-    |mcpu=qdf24xx					\
     |mcpu=xgene1                                         \
     |mcpu=cortex-m1.small-multiply                       \
     |mcpu=cortex-m0.small-multiply                       \
--- 79,84 ----
***************
*** 118,125 ****
     |mcpu=cortex-a73.cortex-a35				\
     |mcpu=cortex-a73.cortex-a53				\
     |mcpu=exynos-m1                                      \
-    |mcpu=falkor						\
-    |mcpu=qdf24xx					\
     |mcpu=xgene1                                         \
     |mcpu=cortex-m1.small-multiply                       \
     |mcpu=cortex-m0.small-multiply                       \
--- 116,121 ----
diff -Nrcpad gcc-7.1.0/gcc/config/arm/rtems.h gcc-7.2.0/gcc/config/arm/rtems.h
*** gcc-7.1.0/gcc/config/arm/rtems.h	Fri Apr  7 07:02:07 2017
--- gcc-7.2.0/gcc/config/arm/rtems.h	Wed Jul 26 08:31:09 2017
***************
*** 1,20 ****
  /* Definitions for RTEMS based ARM systems using EABI.
     Copyright (C) 2011-2017 Free Software Foundation, Inc.
!  
     This file is part of GCC.
!  
     GCC is free software; you can redistribute it and/or modify it
     under the terms of the GNU General Public License as published
     by the Free Software Foundation; either version 3, or (at your
     option) any later version.
!  
     GCC is distributed in the hope that it will be useful, but WITHOUT
     ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
     or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public
     License for more details.
!  
!    You should have received a copy of the GNU General Public License
!    along with GCC; see the file COPYING3.  If not see
     <http://www.gnu.org/licenses/>.  */
  
  #define HAS_INIT_SECTION
--- 1,25 ----
  /* Definitions for RTEMS based ARM systems using EABI.
     Copyright (C) 2011-2017 Free Software Foundation, Inc.
! 
     This file is part of GCC.
! 
     GCC is free software; you can redistribute it and/or modify it
     under the terms of the GNU General Public License as published
     by the Free Software Foundation; either version 3, or (at your
     option) any later version.
! 
     GCC is distributed in the hope that it will be useful, but WITHOUT
     ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
     or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public
     License for more details.
! 
!    Under Section 7 of GPL version 3, you are granted additional
!    permissions described in the GCC Runtime Library Exception, version
!    3.1, as published by the Free Software Foundation.
! 
!    You should have received a copy of the GNU General Public License and
!    a copy of the GCC Runtime Library Exception along with this program;
!    see the files COPYING3 and COPYING.RUNTIME respectively.  If not, see
     <http://www.gnu.org/licenses/>.  */
  
  #define HAS_INIT_SECTION
diff -Nrcpad gcc-7.1.0/gcc/config/arm/t-aprofile gcc-7.2.0/gcc/config/arm/t-aprofile
*** gcc-7.1.0/gcc/config/arm/t-aprofile	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/arm/t-aprofile	Sat Jun 24 23:22:11 2017
*************** MULTILIB_MATCHES       += march?armv8-a=
*** 92,99 ****
  MULTILIB_MATCHES       += march?armv8-a=mcpu?cortex-a73.cortex-a35
  MULTILIB_MATCHES       += march?armv8-a=mcpu?cortex-a73.cortex-a53
  MULTILIB_MATCHES       += march?armv8-a=mcpu?exynos-m1
- MULTILIB_MATCHES       += march?armv8-a=mcpu?falkor
- MULTILIB_MATCHES       += march?armv8-a=mcpu?qdf24xx
  MULTILIB_MATCHES       += march?armv8-a=mcpu?xgene1
  
  # Arch Matches
--- 92,97 ----
diff -Nrcpad gcc-7.1.0/gcc/config/arm/t-rmprofile gcc-7.2.0/gcc/config/arm/t-rmprofile
*** gcc-7.1.0/gcc/config/arm/t-rmprofile	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/arm/t-rmprofile	Sat Jun 24 23:22:11 2017
*************** MULTILIB_MATCHES       += march?armv7=mc
*** 131,137 ****
  MULTILIB_MATCHES       += march?armv7=mcpu?cortex-a73.cortex-a35
  MULTILIB_MATCHES       += march?armv7=mcpu?cortex-a73.cortex-a53
  MULTILIB_MATCHES       += march?armv7=mcpu?exynos-m1
- MULTILIB_MATCHES       += march?armv7=mcpu?qdf24xx
  MULTILIB_MATCHES       += march?armv7=mcpu?xgene1
  
  # Arch Matches
--- 131,136 ----
diff -Nrcpad gcc-7.1.0/gcc/config/arm/vfp.md gcc-7.2.0/gcc/config/arm/vfp.md
*** gcc-7.1.0/gcc/config/arm/vfp.md	Fri Jan  6 17:35:23 2017
--- gcc-7.2.0/gcc/config/arm/vfp.md	Fri Jun  2 11:19:16 2017
***************
*** 2079,2081 ****
--- 2079,2118 ----
  ;; fmdhr et al (VFPv1)
  ;; Support for xD (single precision only) variants.
  ;; fmrrs, fmsrr
+ 
+ ;; Split an immediate DF move to two immediate SI moves.
+ (define_insn_and_split "no_literal_pool_df_immediate"
+   [(set (match_operand:DF 0 "s_register_operand" "")
+ 	(match_operand:DF 1 "const_double_operand" ""))]
+   "TARGET_THUMB2 && arm_disable_literal_pool
+   && !(TARGET_HARD_FLOAT && TARGET_VFP_DOUBLE
+        && vfp3_const_double_rtx (operands[1]))"
+   "#"
+   "&& !reload_completed"
+   [(set (subreg:SI (match_dup 1) 0) (match_dup 2))
+    (set (subreg:SI (match_dup 1) 4) (match_dup 3))
+    (set (match_dup 0) (match_dup 1))]
+   "
+   long buf[2];
+   real_to_target (buf, CONST_DOUBLE_REAL_VALUE (operands[1]), DFmode);
+   operands[2] = GEN_INT ((int) buf[0]);
+   operands[3] = GEN_INT ((int) buf[1]);
+   operands[1] = gen_reg_rtx (DFmode);
+   ")
+ 
+ ;; Split an immediate SF move to one immediate SI move.
+ (define_insn_and_split "no_literal_pool_sf_immediate"
+   [(set (match_operand:SF 0 "s_register_operand" "")
+ 	(match_operand:SF 1 "const_double_operand" ""))]
+   "TARGET_THUMB2 && arm_disable_literal_pool
+   && !(TARGET_HARD_FLOAT && vfp3_const_double_rtx (operands[1]))"
+   "#"
+   "&& !reload_completed"
+   [(set (subreg:SI (match_dup 1) 0) (match_dup 2))
+    (set (match_dup 0) (match_dup 1))]
+   "
+   long buf;
+   real_to_target (&buf, CONST_DOUBLE_REAL_VALUE (operands[1]), SFmode);
+   operands[2] = GEN_INT ((int) buf);
+   operands[1] = gen_reg_rtx (SFmode);
+   ")
diff -Nrcpad gcc-7.1.0/gcc/config/avr/avr.c gcc-7.2.0/gcc/config/avr/avr.c
*** gcc-7.1.0/gcc/config/avr/avr.c	Wed Apr 19 12:20:57 2017
--- gcc-7.2.0/gcc/config/avr/avr.c	Tue Jul 25 14:32:30 2017
*************** avr_optimize_casesi (rtx_insn *insns[6],
*** 553,561 ****
    HOST_WIDE_INT hig_idx = low_idx + num_idx;
  
    // Maximum ranges of (un)signed QImode resp. HImode.
!   int imin = QImode == mode ? INT8_MIN : INT16_MIN;
!   int imax = QImode == mode ? INT8_MAX : INT16_MAX;
!   unsigned umax = QImode == mode ? UINT8_MAX : UINT16_MAX;
  
    // Testing the case range and whether it fits into the range of the
    // (un)signed mode.  This test should actually always pass because it
--- 553,561 ----
    HOST_WIDE_INT hig_idx = low_idx + num_idx;
  
    // Maximum ranges of (un)signed QImode resp. HImode.
!   unsigned umax = QImode == mode ? 0xff : 0xffff;
!   int imax = QImode == mode ? 0x7f : 0x7fff;
!   int imin = -imax - 1;
  
    // Testing the case range and whether it fits into the range of the
    // (un)signed mode.  This test should actually always pass because it
*************** avr_set_current_function (tree decl)
*** 1062,1073 ****
  
        name = default_strip_name_encoding (name);
  
-       /* Silently ignore 'signal' if 'interrupt' is present.  AVR-LibC startet
-          using this when it switched from SIGNAL and INTERRUPT to ISR.  */
- 
-       if (cfun->machine->is_interrupt)
-         cfun->machine->is_signal = 0;
- 
        /* Interrupt handlers must be  void __vector (void)  functions.  */
  
        if (args && TREE_CODE (TREE_VALUE (args)) != VOID_TYPE)
--- 1062,1067 ----
*************** avr_set_current_function (tree decl)
*** 1076,1089 ****
        if (TREE_CODE (ret) != VOID_TYPE)
          error_at (loc, "%qs function cannot return a value", isr);
  
        /* If the function has the 'signal' or 'interrupt' attribute, ensure
           that the name of the function is "__vector_NN" so as to catch
           when the user misspells the vector name.  */
  
        if (!STR_PREFIX_P (name, "__vector"))
          warning_at (loc, OPT_Wmisspelled_isr, "%qs appears to be a misspelled "
!                     "%s handler, missing __vector prefix", name, isr);
      }
  
    /* Don't print the above diagnostics more than once.  */
  
--- 1070,1105 ----
        if (TREE_CODE (ret) != VOID_TYPE)
          error_at (loc, "%qs function cannot return a value", isr);
  
+ #if defined WITH_AVRLIBC
+       /* Silently ignore 'signal' if 'interrupt' is present.  AVR-LibC startet
+          using this when it switched from SIGNAL and INTERRUPT to ISR.  */
+ 
+       if (cfun->machine->is_interrupt)
+         cfun->machine->is_signal = 0;
+ 
        /* If the function has the 'signal' or 'interrupt' attribute, ensure
           that the name of the function is "__vector_NN" so as to catch
           when the user misspells the vector name.  */
  
        if (!STR_PREFIX_P (name, "__vector"))
          warning_at (loc, OPT_Wmisspelled_isr, "%qs appears to be a misspelled "
!                     "%qs handler, missing %<__vector%> prefix", name, isr);
! #endif // AVR-LibC naming conventions
!     }
! 
! #if defined WITH_AVRLIBC
!   // Common problem is using "ISR" without first including avr/interrupt.h.
!   const char *name = IDENTIFIER_POINTER (DECL_NAME (decl));
!   name = default_strip_name_encoding (name);
!   if (0 == strcmp ("ISR", name)
!       || 0 == strcmp ("INTERRUPT", name)
!       || 0 == strcmp ("SIGNAL", name))
!     {
!       warning_at (loc, OPT_Wmisspelled_isr, "%qs is a reserved indentifier"
!                   " in AVR-LibC.  Consider %<#include <avr/interrupt.h>%>"
!                   " before using the %qs macro", name, name);
      }
+ #endif // AVR-LibC naming conventions
  
    /* Don't print the above diagnostics more than once.  */
  
*************** out_movqi_r_mr (rtx_insn *insn, rtx op[]
*** 3820,3826 ****
    if (CONSTANT_ADDRESS_P (x))
      {
        int n_words = AVR_TINY ? 1 : 2;
!       return optimize > 0 && io_address_operand (x, QImode)
          ? avr_asm_len ("in %0,%i1", op, plen, -1)
          : avr_asm_len ("lds %0,%m1", op, plen, -n_words);
      }
--- 3836,3842 ----
    if (CONSTANT_ADDRESS_P (x))
      {
        int n_words = AVR_TINY ? 1 : 2;
!       return io_address_operand (x, QImode)
          ? avr_asm_len ("in %0,%i1", op, plen, -1)
          : avr_asm_len ("lds %0,%m1", op, plen, -n_words);
      }
*************** out_movhi_r_mr (rtx_insn *insn, rtx op[]
*** 4088,4094 ****
    else if (CONSTANT_ADDRESS_P (base))
      {
        int n_words = AVR_TINY ? 2 : 4;
!       return optimize > 0 && io_address_operand (base, HImode)
          ? avr_asm_len ("in %A0,%i1" CR_TAB
                         "in %B0,%i1+1", op, plen, -2)
  
--- 4104,4110 ----
    else if (CONSTANT_ADDRESS_P (base))
      {
        int n_words = AVR_TINY ? 2 : 4;
!       return io_address_operand (base, HImode)
          ? avr_asm_len ("in %A0,%i1" CR_TAB
                         "in %B0,%i1+1", op, plen, -2)
  
*************** out_movqi_mr_r (rtx_insn *insn, rtx op[]
*** 5215,5221 ****
    if (CONSTANT_ADDRESS_P (x))
      {
        int n_words = AVR_TINY ? 1 : 2;
!       return optimize > 0 && io_address_operand (x, QImode)
          ? avr_asm_len ("out %i0,%1", op, plen, -1)
          : avr_asm_len ("sts %m0,%1", op, plen, -n_words);
      }
--- 5231,5237 ----
    if (CONSTANT_ADDRESS_P (x))
      {
        int n_words = AVR_TINY ? 1 : 2;
!       return io_address_operand (x, QImode)
          ? avr_asm_len ("out %i0,%1", op, plen, -1)
          : avr_asm_len ("sts %m0,%1", op, plen, -n_words);
      }
*************** avr_out_movhi_mr_r_xmega (rtx_insn *insn
*** 5291,5303 ****
  
    if (CONSTANT_ADDRESS_P (base))
      {
!       int n_words = AVR_TINY ? 2 : 4;
!       return optimize > 0 && io_address_operand (base, HImode)
          ? avr_asm_len ("out %i0,%A1" CR_TAB
                         "out %i0+1,%B1", op, plen, -2)
  
          : avr_asm_len ("sts %m0,%A1" CR_TAB
!                        "sts %m0+1,%B1", op, plen, -n_words);
      }
  
    if (reg_base > 0)
--- 5307,5318 ----
  
    if (CONSTANT_ADDRESS_P (base))
      {
!       return io_address_operand (base, HImode)
          ? avr_asm_len ("out %i0,%A1" CR_TAB
                         "out %i0+1,%B1", op, plen, -2)
  
          : avr_asm_len ("sts %m0,%A1" CR_TAB
!                        "sts %m0+1,%B1", op, plen, -4);
      }
  
    if (reg_base > 0)
*************** out_movhi_mr_r (rtx_insn *insn, rtx op[]
*** 5477,5483 ****
    if (CONSTANT_ADDRESS_P (base))
      {
        int n_words = AVR_TINY ? 2 : 4;
!       return optimize > 0 && io_address_operand (base, HImode)
          ? avr_asm_len ("out %i0+1,%B1" CR_TAB
                         "out %i0,%A1", op, plen, -2)
  
--- 5492,5498 ----
    if (CONSTANT_ADDRESS_P (base))
      {
        int n_words = AVR_TINY ? 2 : 4;
!       return io_address_operand (base, HImode)
          ? avr_asm_len ("out %i0+1,%B1" CR_TAB
                         "out %i0,%A1", op, plen, -2)
  
*************** avr_encode_section_info (tree decl, rtx
*** 10125,10142 ****
  
    if (new_decl_p
        && decl && DECL_P (decl)
-       && NULL_TREE == DECL_INITIAL (decl)
        && !DECL_EXTERNAL (decl)
        && avr_progmem_p (decl, DECL_ATTRIBUTES (decl)))
      {
!       // Don't warn for (implicit) aliases like in PR80462.
!       tree asmname = DECL_ASSEMBLER_NAME (decl);
!       varpool_node *node = varpool_node::get_for_asmname (asmname);
!       bool alias_p = node && node->alias;
  
!       if (!alias_p)
!         warning (OPT_Wuninitialized, "uninitialized variable %q+D put into "
!                  "program memory area", decl);
      }
  
    default_encode_section_info (decl, rtl, new_decl_p);
--- 10140,10165 ----
  
    if (new_decl_p
        && decl && DECL_P (decl)
        && !DECL_EXTERNAL (decl)
        && avr_progmem_p (decl, DECL_ATTRIBUTES (decl)))
      {
!       if (!TREE_READONLY (decl))
!         {
!           // This might happen with C++ if stuff needs constructing.
!           error ("variable %q+D with dynamic initialization put "
!                  "into program memory area", decl);
!         }
!       else if (NULL_TREE == DECL_INITIAL (decl))
!         {
!           // Don't warn for (implicit) aliases like in PR80462.
!           tree asmname = DECL_ASSEMBLER_NAME (decl);
!           varpool_node *node = varpool_node::get_for_asmname (asmname);
!           bool alias_p = node && node->alias;
  
!           if (!alias_p)
!             warning (OPT_Wuninitialized, "uninitialized variable %q+D put "
!                      "into program memory area", decl);
!         }
      }
  
    default_encode_section_info (decl, rtl, new_decl_p);
*************** avr_memory_move_cost (machine_mode mode,
*** 10434,10439 ****
--- 10457,10489 ----
  }
  
  
+ /* Cost for mul highpart.  X is a LSHIFTRT, i.e. the outer TRUNCATE is
+    already stripped off.  */
+ 
+ static int
+ avr_mul_highpart_cost (rtx x, int)
+ {
+   if (AVR_HAVE_MUL
+       && LSHIFTRT == GET_CODE (x)
+       && MULT == GET_CODE (XEXP (x, 0))
+       && CONST_INT_P (XEXP (x, 1)))
+     {
+       // This is the wider mode.
+       machine_mode mode = GET_MODE (x);
+   
+       // The middle-end might still have PR81444, i.e. it is calling the cost
+       // functions with strange modes.  Fix this now by also considering
+       // PSImode (should actually be SImode instead).
+       if (HImode == mode || PSImode == mode || SImode == mode)
+         {
+           return COSTS_N_INSNS (2);
+         }
+     }
+ 
+   return 10000;
+ }
+ 
+ 
  /* Mutually recursive subroutine of avr_rtx_cost for calculating the
     cost of an RTX operand given its context.  X is the rtx of the
     operand, MODE is its mode, and OUTER is the rtx_code of this
*************** avr_operand_rtx_cost (rtx x, machine_mod
*** 10473,10479 ****
     In either case, *TOTAL contains the cost result.  */
  
  static bool
! avr_rtx_costs_1 (rtx x, machine_mode mode, int outer_code ATTRIBUTE_UNUSED,
                   int opno ATTRIBUTE_UNUSED, int *total, bool speed)
  {
    enum rtx_code code = GET_CODE (x);
--- 10523,10529 ----
     In either case, *TOTAL contains the cost result.  */
  
  static bool
! avr_rtx_costs_1 (rtx x, machine_mode mode, int outer_code,
                   int opno ATTRIBUTE_UNUSED, int *total, bool speed)
  {
    enum rtx_code code = GET_CODE (x);
*************** avr_rtx_costs_1 (rtx x, machine_mode mod
*** 11127,11132 ****
--- 11177,11188 ----
        return true;
  
      case LSHIFTRT:
+       if (outer_code == TRUNCATE)
+         {
+           *total = avr_mul_highpart_cost (x, speed);
+           return true;
+         }
+ 
        switch (mode)
  	{
  	case QImode:
*************** avr_rtx_costs_1 (rtx x, machine_mode mod
*** 11304,11319 ****
        return true;
  
      case TRUNCATE:
!       if (AVR_HAVE_MUL
!           && LSHIFTRT == GET_CODE (XEXP (x, 0))
!           && MULT == GET_CODE (XEXP (XEXP (x, 0), 0))
!           && CONST_INT_P (XEXP (XEXP (x, 0), 1)))
          {
!           if (QImode == mode || HImode == mode)
!             {
!               *total = COSTS_N_INSNS (2);
!               return true;
!             }
          }
        break;
  
--- 11360,11369 ----
        return true;
  
      case TRUNCATE:
!       if (LSHIFTRT == GET_CODE (XEXP (x, 0)))
          {
!           *total = avr_mul_highpart_cost (XEXP (x, 0), speed);
!           return true;
          }
        break;
  
*************** avr_address_cost (rtx x, machine_mode mo
*** 11361,11368 ****
      }
    else if (CONSTANT_ADDRESS_P (x))
      {
!       if (optimize > 0
!           && io_address_operand (x, QImode))
          cost = 2;
  
        if (AVR_TINY
--- 11411,11417 ----
      }
    else if (CONSTANT_ADDRESS_P (x))
      {
!       if (io_address_operand (x, QImode))
          cost = 2;
  
        if (AVR_TINY
diff -Nrcpad gcc-7.1.0/gcc/config/bfin/rtems.h gcc-7.2.0/gcc/config/bfin/rtems.h
*** gcc-7.1.0/gcc/config/bfin/rtems.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/bfin/rtems.h	Wed Jul 26 08:31:09 2017
***************
*** 2,22 ****
     Copyright (C) 2006-2017 Free Software Foundation, Inc.
     Contributed by Ralf CorsÃ©pius (ralf.corsepius@rtems.org).
  
! This file is part of GCC.
  
! GCC is free software; you can redistribute it and/or modify
! it under the terms of the GNU General Public License as published by
! the Free Software Foundation; either version 3, or (at your option)
! any later version.
  
! GCC is distributed in the hope that it will be useful,
! but WITHOUT ANY WARRANTY; without even the implied warranty of
! MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
! GNU General Public License for more details.
  
! You should have received a copy of the GNU General Public License
! along with GCC; see the file COPYING3.  If not see
! <http://www.gnu.org/licenses/>.  */
  
  /* Target OS preprocessor built-ins.  */
  #define TARGET_OS_CPP_BUILTINS()		\
--- 2,27 ----
     Copyright (C) 2006-2017 Free Software Foundation, Inc.
     Contributed by Ralf CorsÃ©pius (ralf.corsepius@rtems.org).
  
!    This file is part of GCC.
  
!    GCC is free software; you can redistribute it and/or modify it
!    under the terms of the GNU General Public License as published
!    by the Free Software Foundation; either version 3, or (at your
!    option) any later version.
  
!    GCC is distributed in the hope that it will be useful, but WITHOUT
!    ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
!    or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public
!    License for more details.
  
!    Under Section 7 of GPL version 3, you are granted additional
!    permissions described in the GCC Runtime Library Exception, version
!    3.1, as published by the Free Software Foundation.
! 
!    You should have received a copy of the GNU General Public License and
!    a copy of the GCC Runtime Library Exception along with this program;
!    see the files COPYING3 and COPYING.RUNTIME respectively.  If not, see
!    <http://www.gnu.org/licenses/>.  */
  
  /* Target OS preprocessor built-ins.  */
  #define TARGET_OS_CPP_BUILTINS()		\
diff -Nrcpad gcc-7.1.0/gcc/config/i386/adxintrin.h gcc-7.2.0/gcc/config/i386/adxintrin.h
*** gcc-7.1.0/gcc/config/i386/adxintrin.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/i386/adxintrin.h	Tue Jul  4 21:05:17 2017
*************** __attribute__((__gnu_inline__, __always_
*** 33,39 ****
  _subborrow_u32 (unsigned char __CF, unsigned int __X,
  		unsigned int __Y, unsigned int *__P)
  {
!   return __builtin_ia32_sbb_u32 (__CF, __Y, __X, __P);
  }
  
  extern __inline unsigned char
--- 33,39 ----
  _subborrow_u32 (unsigned char __CF, unsigned int __X,
  		unsigned int __Y, unsigned int *__P)
  {
!   return __builtin_ia32_sbb_u32 (__CF, __X, __Y, __P);
  }
  
  extern __inline unsigned char
*************** __attribute__((__gnu_inline__, __always_
*** 58,64 ****
  _subborrow_u64 (unsigned char __CF, unsigned long long __X,
  		unsigned long long __Y, unsigned long long *__P)
  {
!   return __builtin_ia32_sbb_u64 (__CF, __Y, __X, __P);
  }
  
  extern __inline unsigned char
--- 58,64 ----
  _subborrow_u64 (unsigned char __CF, unsigned long long __X,
  		unsigned long long __Y, unsigned long long *__P)
  {
!   return __builtin_ia32_sbb_u64 (__CF, __X, __Y, __P);
  }
  
  extern __inline unsigned char
diff -Nrcpad gcc-7.1.0/gcc/config/i386/cpuid.h gcc-7.2.0/gcc/config/i386/cpuid.h
*** gcc-7.1.0/gcc/config/i386/cpuid.h	Thu Feb 23 12:19:05 2017
--- gcc-7.2.0/gcc/config/i386/cpuid.h	Thu Jun 22 11:40:43 2017
***************
*** 179,185 ****
  
  
  /* Return highest supported input value for cpuid instruction.  ext can
!    be either 0x0 or 0x8000000 to return highest supported value for
     basic or extended cpuid information.  Function returns 0 if cpuid
     is not supported or whatever cpuid returns in eax register.  If sig
     pointer is non-null, then first four bytes of the signature
--- 179,185 ----
  
  
  /* Return highest supported input value for cpuid instruction.  ext can
!    be either 0x0 or 0x80000000 to return highest supported value for
     basic or extended cpuid information.  Function returns 0 if cpuid
     is not supported or whatever cpuid returns in eax register.  If sig
     pointer is non-null, then first four bytes of the signature
*************** __get_cpuid (unsigned int __leaf,
*** 246,253 ****
  	     unsigned int *__ecx, unsigned int *__edx)
  {
    unsigned int __ext = __leaf & 0x80000000;
  
!   if (__get_cpuid_max (__ext, 0) < __leaf)
      return 0;
  
    __cpuid (__leaf, *__eax, *__ebx, *__ecx, *__edx);
--- 246,254 ----
  	     unsigned int *__ecx, unsigned int *__edx)
  {
    unsigned int __ext = __leaf & 0x80000000;
+   unsigned int __maxlevel = __get_cpuid_max (__ext, 0);
  
!   if (__maxlevel == 0 || __maxlevel < __leaf)
      return 0;
  
    __cpuid (__leaf, *__eax, *__ebx, *__ecx, *__edx);
*************** __get_cpuid_count (unsigned int __leaf,
*** 262,269 ****
  		   unsigned int *__ecx, unsigned int *__edx)
  {
    unsigned int __ext = __leaf & 0x80000000;
  
!   if (__get_cpuid_max (__ext, 0) < __leaf)
      return 0;
  
    __cpuid_count (__leaf, __subleaf, *__eax, *__ebx, *__ecx, *__edx);
--- 263,271 ----
  		   unsigned int *__ecx, unsigned int *__edx)
  {
    unsigned int __ext = __leaf & 0x80000000;
+   unsigned int __maxlevel = __get_cpuid_max (__ext, 0);
  
!   if (__maxlevel == 0 || __maxlevel < __leaf)
      return 0;
  
    __cpuid_count (__leaf, __subleaf, *__eax, *__ebx, *__ecx, *__edx);
diff -Nrcpad gcc-7.1.0/gcc/config/i386/i386.c gcc-7.2.0/gcc/config/i386/i386.c
*** gcc-7.1.0/gcc/config/i386/i386.c	Tue Apr 11 20:36:58 2017
--- gcc-7.2.0/gcc/config/i386/i386.c	Tue Aug  1 22:06:11 2017
*************** dimode_scalar_chain::make_vector_copies
*** 3536,3542 ****
  	rtx_insn *insn = DF_REF_INSN (ref);
  
  	start_sequence ();
! 	if (TARGET_SSE4_1)
  	  {
  	    emit_insn (gen_sse2_loadld (gen_rtx_SUBREG (V4SImode, vreg, 0),
  					CONST0_RTX (V4SImode),
--- 3536,3551 ----
  	rtx_insn *insn = DF_REF_INSN (ref);
  
  	start_sequence ();
! 	if (!TARGET_INTER_UNIT_MOVES_TO_VEC)
! 	  {
! 	    rtx tmp = assign_386_stack_local (DImode, SLOT_STV_TEMP);
! 	    emit_move_insn (adjust_address (tmp, SImode, 0),
! 			    gen_rtx_SUBREG (SImode, reg, 0));
! 	    emit_move_insn (adjust_address (tmp, SImode, 4),
! 			    gen_rtx_SUBREG (SImode, reg, 4));
! 	    emit_move_insn (vreg, tmp);
! 	  }
! 	else if (TARGET_SSE4_1)
  	  {
  	    emit_insn (gen_sse2_loadld (gen_rtx_SUBREG (V4SImode, vreg, 0),
  					CONST0_RTX (V4SImode),
*************** dimode_scalar_chain::make_vector_copies
*** 3546,3552 ****
  					  gen_rtx_SUBREG (SImode, reg, 4),
  					  GEN_INT (2)));
  	  }
! 	else if (TARGET_INTER_UNIT_MOVES_TO_VEC)
  	  {
  	    rtx tmp = gen_reg_rtx (DImode);
  	    emit_insn (gen_sse2_loadld (gen_rtx_SUBREG (V4SImode, vreg, 0),
--- 3555,3561 ----
  					  gen_rtx_SUBREG (SImode, reg, 4),
  					  GEN_INT (2)));
  	  }
! 	else
  	  {
  	    rtx tmp = gen_reg_rtx (DImode);
  	    emit_insn (gen_sse2_loadld (gen_rtx_SUBREG (V4SImode, vreg, 0),
*************** dimode_scalar_chain::make_vector_copies
*** 3560,3574 ****
  			gen_rtx_SUBREG (V4SImode, vreg, 0),
  			gen_rtx_SUBREG (V4SImode, tmp, 0)));
  	  }
- 	else
- 	  {
- 	    rtx tmp = assign_386_stack_local (DImode, SLOT_STV_TEMP);
- 	    emit_move_insn (adjust_address (tmp, SImode, 0),
- 			    gen_rtx_SUBREG (SImode, reg, 0));
- 	    emit_move_insn (adjust_address (tmp, SImode, 4),
- 			    gen_rtx_SUBREG (SImode, reg, 4));
- 	    emit_move_insn (vreg, tmp);
- 	  }
  	rtx_insn *seq = get_insns ();
  	end_sequence ();
  	emit_conversion_insns (seq, insn);
--- 3569,3574 ----
*************** dimode_scalar_chain::convert_reg (unsign
*** 3625,3631 ****
        if (scalar_copy)
  	{
  	  start_sequence ();
! 	  if (TARGET_SSE4_1)
  	    {
  	      rtx tmp = gen_rtx_PARALLEL (VOIDmode, gen_rtvec (1, const0_rtx));
  	      emit_insn
--- 3625,3640 ----
        if (scalar_copy)
  	{
  	  start_sequence ();
! 	  if (!TARGET_INTER_UNIT_MOVES_FROM_VEC)
! 	    {
! 	      rtx tmp = assign_386_stack_local (DImode, SLOT_STV_TEMP);
! 	      emit_move_insn (tmp, reg);
! 	      emit_move_insn (gen_rtx_SUBREG (SImode, scopy, 0),
! 			      adjust_address (tmp, SImode, 0));
! 	      emit_move_insn (gen_rtx_SUBREG (SImode, scopy, 4),
! 			      adjust_address (tmp, SImode, 4));
! 	    }
! 	  else if (TARGET_SSE4_1)
  	    {
  	      rtx tmp = gen_rtx_PARALLEL (VOIDmode, gen_rtvec (1, const0_rtx));
  	      emit_insn
*************** dimode_scalar_chain::convert_reg (unsign
*** 3641,3647 ****
  		  gen_rtx_VEC_SELECT (SImode,
  				      gen_rtx_SUBREG (V4SImode, reg, 0), tmp)));
  	    }
! 	  else if (TARGET_INTER_UNIT_MOVES_FROM_VEC)
  	    {
  	      rtx vcopy = gen_reg_rtx (V2DImode);
  	      emit_move_insn (vcopy, gen_rtx_SUBREG (V2DImode, reg, 0));
--- 3650,3656 ----
  		  gen_rtx_VEC_SELECT (SImode,
  				      gen_rtx_SUBREG (V4SImode, reg, 0), tmp)));
  	    }
! 	  else
  	    {
  	      rtx vcopy = gen_reg_rtx (V2DImode);
  	      emit_move_insn (vcopy, gen_rtx_SUBREG (V2DImode, reg, 0));
*************** dimode_scalar_chain::convert_reg (unsign
*** 3652,3666 ****
  	      emit_move_insn (gen_rtx_SUBREG (SImode, scopy, 4),
  			      gen_rtx_SUBREG (SImode, vcopy, 0));
  	    }
- 	  else
- 	    {
- 	      rtx tmp = assign_386_stack_local (DImode, SLOT_STV_TEMP);
- 	      emit_move_insn (tmp, reg);
- 	      emit_move_insn (gen_rtx_SUBREG (SImode, scopy, 0),
- 			      adjust_address (tmp, SImode, 0));
- 	      emit_move_insn (gen_rtx_SUBREG (SImode, scopy, 4),
- 			      adjust_address (tmp, SImode, 4));
- 	    }
  	  rtx_insn *seq = get_insns ();
  	  end_sequence ();
  	  emit_conversion_insns (seq, insn);
--- 3661,3666 ----
*************** ix86_option_override_internal (bool main
*** 5923,5928 ****
--- 5923,5934 ----
      opts->x_ix86_isa_flags
        |= OPTION_MASK_ISA_LZCNT & ~opts->x_ix86_isa_flags_explicit;
  
+   /* Disable BMI, BMI2 and TBM instructions for -m16.  */
+   if (TARGET_16BIT_P(opts->x_ix86_isa_flags))
+     opts->x_ix86_isa_flags
+       &= ~((OPTION_MASK_ISA_BMI | OPTION_MASK_ISA_BMI2 | OPTION_MASK_ISA_TBM)
+ 	   & ~opts->x_ix86_isa_flags_explicit);
+ 
    /* Validate -mpreferred-stack-boundary= value or default it to
       PREFERRED_STACK_BOUNDARY_DEFAULT.  */
    ix86_preferred_stack_boundary = PREFERRED_STACK_BOUNDARY_DEFAULT;
*************** ix86_print_operand_address_as (FILE *fil
*** 18597,18603 ****
        /* Displacement only requires special attention.  */
        if (CONST_INT_P (disp))
  	{
! 	  if (ASSEMBLER_DIALECT == ASM_INTEL && parts.seg == ADDR_SPACE_GENERIC)
  	    fputs ("ds:", file);
  	  fprintf (file, HOST_WIDE_INT_PRINT_DEC, INTVAL (disp));
  	}
--- 18603,18609 ----
        /* Displacement only requires special attention.  */
        if (CONST_INT_P (disp))
  	{
! 	  if (ASSEMBLER_DIALECT == ASM_INTEL && ADDR_SPACE_GENERIC_P (as))
  	    fputs ("ds:", file);
  	  fprintf (file, HOST_WIDE_INT_PRINT_DEC, INTVAL (disp));
  	}
*************** static GTY(()) tree ix86_builtins[(int)
*** 31069,31079 ****
     but are waiting to be built until a function is declared to use that
     ISA.  */
  struct builtin_isa {
-   const char *name;		/* function name */
-   enum ix86_builtin_func_type tcode; /* type to use in the declaration */
    HOST_WIDE_INT isa;		/* isa_flags this builtin is defined for */
    HOST_WIDE_INT isa2;		/* additional isa_flags this builtin is defined for */
!   bool const_p;			/* true if the declaration is constant */
    bool leaf_p;			/* true if the declaration has leaf attribute */
    bool nothrow_p;		/* true if the declaration has nothrow attribute */
    bool set_and_not_built_p;
--- 31075,31086 ----
     but are waiting to be built until a function is declared to use that
     ISA.  */
  struct builtin_isa {
    HOST_WIDE_INT isa;		/* isa_flags this builtin is defined for */
    HOST_WIDE_INT isa2;		/* additional isa_flags this builtin is defined for */
!   const char *name;		/* function name */
!   enum ix86_builtin_func_type tcode; /* type to use in the declaration */
!   unsigned char const_p:1;	/* true if the declaration is constant */
!   unsigned char pure_p:1;	/* true if the declaration has pure attribute */
    bool leaf_p;			/* true if the declaration has leaf attribute */
    bool nothrow_p;		/* true if the declaration has nothrow attribute */
    bool set_and_not_built_p;
*************** def_builtin (HOST_WIDE_INT mask, const c
*** 31144,31149 ****
--- 31151,31157 ----
  	  ix86_builtins_isa[(int) code].leaf_p = false;
  	  ix86_builtins_isa[(int) code].nothrow_p = false;
  	  ix86_builtins_isa[(int) code].const_p = false;
+ 	  ix86_builtins_isa[(int) code].pure_p = false;
  	  ix86_builtins_isa[(int) code].set_and_not_built_p = true;
  	}
      }
*************** def_builtin_const (HOST_WIDE_INT mask, c
*** 31166,31171 ****
--- 31174,31194 ----
    return decl;
  }
  
+ /* Like def_builtin, but also marks the function decl "pure".  */
+ 
+ static inline tree
+ def_builtin_pure (HOST_WIDE_INT mask, const char *name,
+ 		  enum ix86_builtin_func_type tcode, enum ix86_builtins code)
+ {
+   tree decl = def_builtin (mask, name, tcode, code);
+   if (decl)
+     DECL_PURE_P (decl) = 1;
+   else
+     ix86_builtins_isa[(int) code].pure_p = true;
+ 
+   return decl;
+ }
+ 
  /* Like def_builtin, but for additional isa2 flags.  */
  
  static inline tree
*************** def_builtin2 (HOST_WIDE_INT mask, const
*** 31200,31205 ****
--- 31223,31229 ----
        ix86_builtins_isa[(int) code].leaf_p = false;
        ix86_builtins_isa[(int) code].nothrow_p = false;
        ix86_builtins_isa[(int) code].const_p = false;
+       ix86_builtins_isa[(int) code].pure_p = false;
        ix86_builtins_isa[(int) code].set_and_not_built_p = true;
      }
  
*************** def_builtin_const2 (HOST_WIDE_INT mask,
*** 31221,31226 ****
--- 31245,31265 ----
    return decl;
  }
  
+ /* Like def_builtin, but also marks the function decl "pure".  */
+ 
+ static inline tree
+ def_builtin_pure2 (HOST_WIDE_INT mask, const char *name,
+ 		   enum ix86_builtin_func_type tcode, enum ix86_builtins code)
+ {
+   tree decl = def_builtin2 (mask, name, tcode, code);
+   if (decl)
+     DECL_PURE_P (decl) = 1;
+   else
+     ix86_builtins_isa[(int) code].pure_p = true;
+ 
+   return decl;
+ }
+ 
  /* Add any new builtin functions for a given ISA that may not have been
     declared.  This saves a bit of space compared to adding all of the
     declarations to the tree, even if we didn't use them.  */
*************** ix86_add_new_builtins (HOST_WIDE_INT isa
*** 31259,31264 ****
--- 31298,31305 ----
  	  ix86_builtins[i] = decl;
  	  if (ix86_builtins_isa[i].const_p)
  	    TREE_READONLY (decl) = 1;
+ 	  if (ix86_builtins_isa[i].pure_p)
+ 	    DECL_PURE_P (decl) = 1;
  	  if (ix86_builtins_isa[i].leaf_p)
  	    DECL_ATTRIBUTES (decl) = build_tree_list (get_identifier ("leaf"),
  						      NULL_TREE);
*************** ix86_init_mmx_sse_builtins (void)
*** 31612,31619 ****
    /* SSE */
    def_builtin (OPTION_MASK_ISA_SSE, "__builtin_ia32_ldmxcsr",
  	       VOID_FTYPE_UNSIGNED, IX86_BUILTIN_LDMXCSR);
!   def_builtin (OPTION_MASK_ISA_SSE, "__builtin_ia32_stmxcsr",
! 	       UNSIGNED_FTYPE_VOID, IX86_BUILTIN_STMXCSR);
  
    /* SSE or 3DNow!A */
    def_builtin (OPTION_MASK_ISA_SSE | OPTION_MASK_ISA_3DNOW_A,
--- 31653,31660 ----
    /* SSE */
    def_builtin (OPTION_MASK_ISA_SSE, "__builtin_ia32_ldmxcsr",
  	       VOID_FTYPE_UNSIGNED, IX86_BUILTIN_LDMXCSR);
!   def_builtin_pure (OPTION_MASK_ISA_SSE, "__builtin_ia32_stmxcsr",
! 		    UNSIGNED_FTYPE_VOID, IX86_BUILTIN_STMXCSR);
  
    /* SSE or 3DNow!A */
    def_builtin (OPTION_MASK_ISA_SSE | OPTION_MASK_ISA_3DNOW_A,
*************** ix86_init_mmx_sse_builtins (void)
*** 31663,31796 ****
  	       IX86_BUILTIN_RDRAND64_STEP);
  
    /* AVX2 */
!   def_builtin (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gathersiv2df",
! 	       V2DF_FTYPE_V2DF_PCDOUBLE_V4SI_V2DF_INT,
! 	       IX86_BUILTIN_GATHERSIV2DF);
  
!   def_builtin (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gathersiv4df",
! 	       V4DF_FTYPE_V4DF_PCDOUBLE_V4SI_V4DF_INT,
! 	       IX86_BUILTIN_GATHERSIV4DF);
  
!   def_builtin (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatherdiv2df",
! 	       V2DF_FTYPE_V2DF_PCDOUBLE_V2DI_V2DF_INT,
! 	       IX86_BUILTIN_GATHERDIV2DF);
  
!   def_builtin (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatherdiv4df",
! 	       V4DF_FTYPE_V4DF_PCDOUBLE_V4DI_V4DF_INT,
! 	       IX86_BUILTIN_GATHERDIV4DF);
  
!   def_builtin (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gathersiv4sf",
! 	       V4SF_FTYPE_V4SF_PCFLOAT_V4SI_V4SF_INT,
! 	       IX86_BUILTIN_GATHERSIV4SF);
  
!   def_builtin (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gathersiv8sf",
! 	       V8SF_FTYPE_V8SF_PCFLOAT_V8SI_V8SF_INT,
! 	       IX86_BUILTIN_GATHERSIV8SF);
  
!   def_builtin (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatherdiv4sf",
! 	       V4SF_FTYPE_V4SF_PCFLOAT_V2DI_V4SF_INT,
! 	       IX86_BUILTIN_GATHERDIV4SF);
  
!   def_builtin (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatherdiv4sf256",
! 	       V4SF_FTYPE_V4SF_PCFLOAT_V4DI_V4SF_INT,
! 	       IX86_BUILTIN_GATHERDIV8SF);
  
!   def_builtin (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gathersiv2di",
! 	       V2DI_FTYPE_V2DI_PCINT64_V4SI_V2DI_INT,
! 	       IX86_BUILTIN_GATHERSIV2DI);
  
!   def_builtin (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gathersiv4di",
! 	       V4DI_FTYPE_V4DI_PCINT64_V4SI_V4DI_INT,
! 	       IX86_BUILTIN_GATHERSIV4DI);
  
!   def_builtin (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatherdiv2di",
! 	       V2DI_FTYPE_V2DI_PCINT64_V2DI_V2DI_INT,
! 	       IX86_BUILTIN_GATHERDIV2DI);
  
!   def_builtin (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatherdiv4di",
! 	       V4DI_FTYPE_V4DI_PCINT64_V4DI_V4DI_INT,
! 	       IX86_BUILTIN_GATHERDIV4DI);
  
!   def_builtin (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gathersiv4si",
! 	       V4SI_FTYPE_V4SI_PCINT_V4SI_V4SI_INT,
! 	       IX86_BUILTIN_GATHERSIV4SI);
  
!   def_builtin (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gathersiv8si",
! 	       V8SI_FTYPE_V8SI_PCINT_V8SI_V8SI_INT,
! 	       IX86_BUILTIN_GATHERSIV8SI);
  
!   def_builtin (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatherdiv4si",
! 	       V4SI_FTYPE_V4SI_PCINT_V2DI_V4SI_INT,
! 	       IX86_BUILTIN_GATHERDIV4SI);
  
!   def_builtin (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatherdiv4si256",
! 	       V4SI_FTYPE_V4SI_PCINT_V4DI_V4SI_INT,
! 	       IX86_BUILTIN_GATHERDIV8SI);
  
!   def_builtin (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatheraltsiv4df ",
! 	       V4DF_FTYPE_V4DF_PCDOUBLE_V8SI_V4DF_INT,
! 	       IX86_BUILTIN_GATHERALTSIV4DF);
  
!   def_builtin (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatheraltdiv4sf256 ",
! 	       V8SF_FTYPE_V8SF_PCFLOAT_V4DI_V8SF_INT,
! 	       IX86_BUILTIN_GATHERALTDIV8SF);
  
!   def_builtin (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatheraltsiv4di ",
! 	       V4DI_FTYPE_V4DI_PCINT64_V8SI_V4DI_INT,
! 	       IX86_BUILTIN_GATHERALTSIV4DI);
  
!   def_builtin (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatheraltdiv4si256 ",
! 	       V8SI_FTYPE_V8SI_PCINT_V4DI_V8SI_INT,
! 	       IX86_BUILTIN_GATHERALTDIV8SI);
  
    /* AVX512F */
!   def_builtin (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gathersiv16sf",
! 	       V16SF_FTYPE_V16SF_PCVOID_V16SI_HI_INT,
! 	       IX86_BUILTIN_GATHER3SIV16SF);
  
!   def_builtin (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gathersiv8df",
! 	       V8DF_FTYPE_V8DF_PCVOID_V8SI_QI_INT,
! 	       IX86_BUILTIN_GATHER3SIV8DF);
  
!   def_builtin (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gatherdiv16sf",
! 	       V8SF_FTYPE_V8SF_PCVOID_V8DI_QI_INT,
! 	       IX86_BUILTIN_GATHER3DIV16SF);
  
!   def_builtin (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gatherdiv8df",
! 	       V8DF_FTYPE_V8DF_PCVOID_V8DI_QI_INT,
! 	       IX86_BUILTIN_GATHER3DIV8DF);
  
!   def_builtin (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gathersiv16si",
! 	       V16SI_FTYPE_V16SI_PCVOID_V16SI_HI_INT,
! 	       IX86_BUILTIN_GATHER3SIV16SI);
  
!   def_builtin (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gathersiv8di",
! 	       V8DI_FTYPE_V8DI_PCVOID_V8SI_QI_INT,
! 	       IX86_BUILTIN_GATHER3SIV8DI);
  
!   def_builtin (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gatherdiv16si",
! 	       V8SI_FTYPE_V8SI_PCVOID_V8DI_QI_INT,
! 	       IX86_BUILTIN_GATHER3DIV16SI);
  
!   def_builtin (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gatherdiv8di",
! 	       V8DI_FTYPE_V8DI_PCVOID_V8DI_QI_INT,
! 	       IX86_BUILTIN_GATHER3DIV8DI);
  
!   def_builtin (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gatheraltsiv8df ",
! 	       V8DF_FTYPE_V8DF_PCDOUBLE_V16SI_QI_INT,
! 	       IX86_BUILTIN_GATHER3ALTSIV8DF);
  
!   def_builtin (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gatheraltdiv8sf ",
! 	       V16SF_FTYPE_V16SF_PCFLOAT_V8DI_HI_INT,
! 	       IX86_BUILTIN_GATHER3ALTDIV16SF);
  
!   def_builtin (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gatheraltsiv8di ",
! 	       V8DI_FTYPE_V8DI_PCINT64_V16SI_QI_INT,
! 	       IX86_BUILTIN_GATHER3ALTSIV8DI);
  
!   def_builtin (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gatheraltdiv8si ",
! 	       V16SI_FTYPE_V16SI_PCINT_V8DI_HI_INT,
! 	       IX86_BUILTIN_GATHER3ALTDIV16SI);
  
    def_builtin (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_scattersiv16sf",
  	       VOID_FTYPE_PVOID_HI_V16SI_V16SF_INT,
--- 31704,31837 ----
  	       IX86_BUILTIN_RDRAND64_STEP);
  
    /* AVX2 */
!   def_builtin_pure (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gathersiv2df",
! 		    V2DF_FTYPE_V2DF_PCDOUBLE_V4SI_V2DF_INT,
! 		    IX86_BUILTIN_GATHERSIV2DF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gathersiv4df",
! 		    V4DF_FTYPE_V4DF_PCDOUBLE_V4SI_V4DF_INT,
! 		    IX86_BUILTIN_GATHERSIV4DF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatherdiv2df",
! 		    V2DF_FTYPE_V2DF_PCDOUBLE_V2DI_V2DF_INT,
! 		    IX86_BUILTIN_GATHERDIV2DF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatherdiv4df",
! 		    V4DF_FTYPE_V4DF_PCDOUBLE_V4DI_V4DF_INT,
! 		    IX86_BUILTIN_GATHERDIV4DF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gathersiv4sf",
! 		    V4SF_FTYPE_V4SF_PCFLOAT_V4SI_V4SF_INT,
! 		    IX86_BUILTIN_GATHERSIV4SF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gathersiv8sf",
! 		    V8SF_FTYPE_V8SF_PCFLOAT_V8SI_V8SF_INT,
! 		    IX86_BUILTIN_GATHERSIV8SF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatherdiv4sf",
! 		    V4SF_FTYPE_V4SF_PCFLOAT_V2DI_V4SF_INT,
! 		    IX86_BUILTIN_GATHERDIV4SF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatherdiv4sf256",
! 		    V4SF_FTYPE_V4SF_PCFLOAT_V4DI_V4SF_INT,
! 		    IX86_BUILTIN_GATHERDIV8SF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gathersiv2di",
! 		    V2DI_FTYPE_V2DI_PCINT64_V4SI_V2DI_INT,
! 		    IX86_BUILTIN_GATHERSIV2DI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gathersiv4di",
! 		    V4DI_FTYPE_V4DI_PCINT64_V4SI_V4DI_INT,
! 		    IX86_BUILTIN_GATHERSIV4DI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatherdiv2di",
! 		    V2DI_FTYPE_V2DI_PCINT64_V2DI_V2DI_INT,
! 		    IX86_BUILTIN_GATHERDIV2DI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatherdiv4di",
! 		    V4DI_FTYPE_V4DI_PCINT64_V4DI_V4DI_INT,
! 		    IX86_BUILTIN_GATHERDIV4DI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gathersiv4si",
! 		    V4SI_FTYPE_V4SI_PCINT_V4SI_V4SI_INT,
! 		    IX86_BUILTIN_GATHERSIV4SI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gathersiv8si",
! 		    V8SI_FTYPE_V8SI_PCINT_V8SI_V8SI_INT,
! 		    IX86_BUILTIN_GATHERSIV8SI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatherdiv4si",
! 		    V4SI_FTYPE_V4SI_PCINT_V2DI_V4SI_INT,
! 		    IX86_BUILTIN_GATHERDIV4SI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatherdiv4si256",
! 		    V4SI_FTYPE_V4SI_PCINT_V4DI_V4SI_INT,
! 		    IX86_BUILTIN_GATHERDIV8SI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatheraltsiv4df ",
! 		    V4DF_FTYPE_V4DF_PCDOUBLE_V8SI_V4DF_INT,
! 		    IX86_BUILTIN_GATHERALTSIV4DF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatheraltdiv4sf256 ",
! 		    V8SF_FTYPE_V8SF_PCFLOAT_V4DI_V8SF_INT,
! 		    IX86_BUILTIN_GATHERALTDIV8SF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatheraltsiv4di ",
! 		    V4DI_FTYPE_V4DI_PCINT64_V8SI_V4DI_INT,
! 		    IX86_BUILTIN_GATHERALTSIV4DI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX2, "__builtin_ia32_gatheraltdiv4si256 ",
! 		    V8SI_FTYPE_V8SI_PCINT_V4DI_V8SI_INT,
! 		    IX86_BUILTIN_GATHERALTDIV8SI);
  
    /* AVX512F */
!   def_builtin_pure (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gathersiv16sf",
! 		    V16SF_FTYPE_V16SF_PCVOID_V16SI_HI_INT,
! 		    IX86_BUILTIN_GATHER3SIV16SF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gathersiv8df",
! 		    V8DF_FTYPE_V8DF_PCVOID_V8SI_QI_INT,
! 		    IX86_BUILTIN_GATHER3SIV8DF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gatherdiv16sf",
! 		    V8SF_FTYPE_V8SF_PCVOID_V8DI_QI_INT,
! 		    IX86_BUILTIN_GATHER3DIV16SF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gatherdiv8df",
! 		    V8DF_FTYPE_V8DF_PCVOID_V8DI_QI_INT,
! 		    IX86_BUILTIN_GATHER3DIV8DF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gathersiv16si",
! 		    V16SI_FTYPE_V16SI_PCVOID_V16SI_HI_INT,
! 		    IX86_BUILTIN_GATHER3SIV16SI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gathersiv8di",
! 		    V8DI_FTYPE_V8DI_PCVOID_V8SI_QI_INT,
! 		    IX86_BUILTIN_GATHER3SIV8DI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gatherdiv16si",
! 		    V8SI_FTYPE_V8SI_PCVOID_V8DI_QI_INT,
! 		    IX86_BUILTIN_GATHER3DIV16SI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gatherdiv8di",
! 		    V8DI_FTYPE_V8DI_PCVOID_V8DI_QI_INT,
! 		    IX86_BUILTIN_GATHER3DIV8DI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gatheraltsiv8df ",
! 		    V8DF_FTYPE_V8DF_PCDOUBLE_V16SI_QI_INT,
! 		    IX86_BUILTIN_GATHER3ALTSIV8DF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gatheraltdiv8sf ",
! 		    V16SF_FTYPE_V16SF_PCFLOAT_V8DI_HI_INT,
! 		    IX86_BUILTIN_GATHER3ALTDIV16SF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gatheraltsiv8di ",
! 		    V8DI_FTYPE_V8DI_PCINT64_V16SI_QI_INT,
! 		    IX86_BUILTIN_GATHER3ALTSIV8DI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_gatheraltdiv8si ",
! 		    V16SI_FTYPE_V16SI_PCINT_V8DI_HI_INT,
! 		    IX86_BUILTIN_GATHER3ALTDIV16SI);
  
    def_builtin (OPTION_MASK_ISA_AVX512F, "__builtin_ia32_scattersiv16sf",
  	       VOID_FTYPE_PVOID_HI_V16SI_V16SF_INT,
*************** ix86_init_mmx_sse_builtins (void)
*** 31825,31909 ****
  	       IX86_BUILTIN_SCATTERDIV8DI);
  
    /* AVX512VL */
!   def_builtin (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3siv2df",
! 	       V2DF_FTYPE_V2DF_PCVOID_V4SI_QI_INT,
! 	       IX86_BUILTIN_GATHER3SIV2DF);
  
!   def_builtin (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3siv4df",
! 	       V4DF_FTYPE_V4DF_PCVOID_V4SI_QI_INT,
! 	       IX86_BUILTIN_GATHER3SIV4DF);
  
!   def_builtin (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3div2df",
! 	       V2DF_FTYPE_V2DF_PCVOID_V2DI_QI_INT,
! 	       IX86_BUILTIN_GATHER3DIV2DF);
  
!   def_builtin (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3div4df",
! 	       V4DF_FTYPE_V4DF_PCVOID_V4DI_QI_INT,
! 	       IX86_BUILTIN_GATHER3DIV4DF);
  
!   def_builtin (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3siv4sf",
! 	       V4SF_FTYPE_V4SF_PCVOID_V4SI_QI_INT,
! 	       IX86_BUILTIN_GATHER3SIV4SF);
  
!   def_builtin (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3siv8sf",
! 	       V8SF_FTYPE_V8SF_PCVOID_V8SI_QI_INT,
! 	       IX86_BUILTIN_GATHER3SIV8SF);
  
!   def_builtin (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3div4sf",
! 	       V4SF_FTYPE_V4SF_PCVOID_V2DI_QI_INT,
! 	       IX86_BUILTIN_GATHER3DIV4SF);
  
!   def_builtin (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3div8sf",
! 	       V4SF_FTYPE_V4SF_PCVOID_V4DI_QI_INT,
! 	       IX86_BUILTIN_GATHER3DIV8SF);
  
!   def_builtin (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3siv2di",
! 	       V2DI_FTYPE_V2DI_PCVOID_V4SI_QI_INT,
! 	       IX86_BUILTIN_GATHER3SIV2DI);
  
!   def_builtin (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3siv4di",
! 	       V4DI_FTYPE_V4DI_PCVOID_V4SI_QI_INT,
! 	       IX86_BUILTIN_GATHER3SIV4DI);
  
!   def_builtin (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3div2di",
! 	       V2DI_FTYPE_V2DI_PCVOID_V2DI_QI_INT,
! 	       IX86_BUILTIN_GATHER3DIV2DI);
  
!   def_builtin (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3div4di",
! 	       V4DI_FTYPE_V4DI_PCVOID_V4DI_QI_INT,
! 	       IX86_BUILTIN_GATHER3DIV4DI);
  
!   def_builtin (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3siv4si",
! 	       V4SI_FTYPE_V4SI_PCVOID_V4SI_QI_INT,
! 	       IX86_BUILTIN_GATHER3SIV4SI);
  
!   def_builtin (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3siv8si",
! 	       V8SI_FTYPE_V8SI_PCVOID_V8SI_QI_INT,
! 	       IX86_BUILTIN_GATHER3SIV8SI);
  
!   def_builtin (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3div4si",
! 	       V4SI_FTYPE_V4SI_PCVOID_V2DI_QI_INT,
! 	       IX86_BUILTIN_GATHER3DIV4SI);
  
!   def_builtin (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3div8si",
! 	       V4SI_FTYPE_V4SI_PCVOID_V4DI_QI_INT,
! 	       IX86_BUILTIN_GATHER3DIV8SI);
  
!   def_builtin (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3altsiv4df ",
! 	       V4DF_FTYPE_V4DF_PCDOUBLE_V8SI_QI_INT,
! 	       IX86_BUILTIN_GATHER3ALTSIV4DF);
  
!   def_builtin (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3altdiv8sf ",
! 	       V8SF_FTYPE_V8SF_PCFLOAT_V4DI_QI_INT,
! 	       IX86_BUILTIN_GATHER3ALTDIV8SF);
  
!   def_builtin (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3altsiv4di ",
! 	       V4DI_FTYPE_V4DI_PCINT64_V8SI_QI_INT,
! 	       IX86_BUILTIN_GATHER3ALTSIV4DI);
  
!   def_builtin (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3altdiv8si ",
! 	       V8SI_FTYPE_V8SI_PCINT_V4DI_QI_INT,
! 	       IX86_BUILTIN_GATHER3ALTDIV8SI);
  
    def_builtin (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_scattersiv8sf",
  	       VOID_FTYPE_PVOID_QI_V8SI_V8SF_INT,
--- 31866,31950 ----
  	       IX86_BUILTIN_SCATTERDIV8DI);
  
    /* AVX512VL */
!   def_builtin_pure (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3siv2df",
! 		    V2DF_FTYPE_V2DF_PCVOID_V4SI_QI_INT,
! 		    IX86_BUILTIN_GATHER3SIV2DF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3siv4df",
! 		    V4DF_FTYPE_V4DF_PCVOID_V4SI_QI_INT,
! 		    IX86_BUILTIN_GATHER3SIV4DF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3div2df",
! 		    V2DF_FTYPE_V2DF_PCVOID_V2DI_QI_INT,
! 		    IX86_BUILTIN_GATHER3DIV2DF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3div4df",
! 		    V4DF_FTYPE_V4DF_PCVOID_V4DI_QI_INT,
! 		    IX86_BUILTIN_GATHER3DIV4DF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3siv4sf",
! 		    V4SF_FTYPE_V4SF_PCVOID_V4SI_QI_INT,
! 		    IX86_BUILTIN_GATHER3SIV4SF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3siv8sf",
! 		    V8SF_FTYPE_V8SF_PCVOID_V8SI_QI_INT,
! 		    IX86_BUILTIN_GATHER3SIV8SF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3div4sf",
! 		    V4SF_FTYPE_V4SF_PCVOID_V2DI_QI_INT,
! 		    IX86_BUILTIN_GATHER3DIV4SF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3div8sf",
! 		    V4SF_FTYPE_V4SF_PCVOID_V4DI_QI_INT,
! 		    IX86_BUILTIN_GATHER3DIV8SF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3siv2di",
! 		    V2DI_FTYPE_V2DI_PCVOID_V4SI_QI_INT,
! 		    IX86_BUILTIN_GATHER3SIV2DI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3siv4di",
! 		    V4DI_FTYPE_V4DI_PCVOID_V4SI_QI_INT,
! 		    IX86_BUILTIN_GATHER3SIV4DI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3div2di",
! 		    V2DI_FTYPE_V2DI_PCVOID_V2DI_QI_INT,
! 		    IX86_BUILTIN_GATHER3DIV2DI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3div4di",
! 		    V4DI_FTYPE_V4DI_PCVOID_V4DI_QI_INT,
! 		    IX86_BUILTIN_GATHER3DIV4DI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3siv4si",
! 		    V4SI_FTYPE_V4SI_PCVOID_V4SI_QI_INT,
! 		    IX86_BUILTIN_GATHER3SIV4SI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3siv8si",
! 		    V8SI_FTYPE_V8SI_PCVOID_V8SI_QI_INT,
! 		    IX86_BUILTIN_GATHER3SIV8SI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3div4si",
! 		    V4SI_FTYPE_V4SI_PCVOID_V2DI_QI_INT,
! 		    IX86_BUILTIN_GATHER3DIV4SI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3div8si",
! 		    V4SI_FTYPE_V4SI_PCVOID_V4DI_QI_INT,
! 		    IX86_BUILTIN_GATHER3DIV8SI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3altsiv4df ",
! 		    V4DF_FTYPE_V4DF_PCDOUBLE_V8SI_QI_INT,
! 		    IX86_BUILTIN_GATHER3ALTSIV4DF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3altdiv8sf ",
! 		    V8SF_FTYPE_V8SF_PCFLOAT_V4DI_QI_INT,
! 		    IX86_BUILTIN_GATHER3ALTDIV8SF);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3altsiv4di ",
! 		    V4DI_FTYPE_V4DI_PCINT64_V8SI_QI_INT,
! 		    IX86_BUILTIN_GATHER3ALTSIV4DI);
  
!   def_builtin_pure (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_gather3altdiv8si ",
! 		    V8SI_FTYPE_V8SI_PCINT_V4DI_QI_INT,
! 		    IX86_BUILTIN_GATHER3ALTDIV8SI);
  
    def_builtin (OPTION_MASK_ISA_AVX512VL, "__builtin_ia32_scattersiv8sf",
  	       VOID_FTYPE_PVOID_QI_V8SI_V8SF_INT,
diff -Nrcpad gcc-7.1.0/gcc/config/i386/i386.md gcc-7.2.0/gcc/config/i386/i386.md
*** gcc-7.1.0/gcc/config/i386/i386.md	Thu Apr  6 19:22:02 2017
--- gcc-7.2.0/gcc/config/i386/i386.md	Tue Jul 18 18:28:12 2017
***************
*** 2146,2154 ****
  
  (define_insn "*movdi_internal"
    [(set (match_operand:DI 0 "nonimmediate_operand"
!     "=r  ,o  ,r,r  ,r,m ,*y,*y,?*y,?m,?r ,?*Ym,*v,*v,*v,m ,m,?r ,?r,?*Yi,?*Ym,?*Yi,*k,*k ,*r,*m")
  	(match_operand:DI 1 "general_operand"
!     "riFo,riF,Z,rem,i,re,C ,*y,m  ,*y,*Yn,r   ,C ,*v,m ,*v,v,*Yj,*v,r   ,*Yj ,*Yn ,*r,*km,*k,*k"))]
    "!(MEM_P (operands[0]) && MEM_P (operands[1]))"
  {
    switch (get_attr_type (insn))
--- 2146,2154 ----
  
  (define_insn "*movdi_internal"
    [(set (match_operand:DI 0 "nonimmediate_operand"
!     "=r  ,o  ,r,r  ,r,m ,*y,*y,?*y,?m,?r ,?*Ym,*v,*v,*v,m ,m,?r ,?*Yi,?*Ym,?*Yi,*k,*k ,*r,*m")
  	(match_operand:DI 1 "general_operand"
!     "riFo,riF,Z,rem,i,re,C ,*y,m  ,*y,*Yn,r   ,C ,*v,m ,*v,v,*Yj,r   ,*Yj ,*Yn ,*r,*km,*k,*k"))]
    "!(MEM_P (operands[0]) && MEM_P (operands[1]))"
  {
    switch (get_attr_type (insn))
***************
*** 2170,2178 ****
        return "movq\t{%1, %0|%0, %1}";
  
      case TYPE_SSELOG1:
-       if (GENERAL_REG_P (operands[0]))
- 	return "%vpextrq\t{$0, %1, %0|%0, %1, 0}";
- 
        return standard_sse_constant_opcode (insn, operands[1]);
  
      case TYPE_SSEMOV:
--- 2170,2175 ----
***************
*** 2226,2235 ****
    [(set (attr "isa")
       (cond [(eq_attr "alternative" "0,1")
  	      (const_string "nox64")
! 	    (eq_attr "alternative" "2,3,4,5,10,11,17,19,22,24")
  	      (const_string "x64")
- 	    (eq_attr "alternative" "18")
- 	      (const_string "x64_sse4")
  	   ]
  	   (const_string "*")))
     (set (attr "type")
--- 2223,2230 ----
    [(set (attr "isa")
       (cond [(eq_attr "alternative" "0,1")
  	      (const_string "nox64")
! 	    (eq_attr "alternative" "2,3,4,5,10,11,17,18,21,23")
  	      (const_string "x64")
  	   ]
  	   (const_string "*")))
     (set (attr "type")
***************
*** 2239,2251 ****
  	      (const_string "mmx")
  	    (eq_attr "alternative" "7,8,9,10,11")
  	      (const_string "mmxmov")
! 	    (eq_attr "alternative" "12,18")
  	      (const_string "sselog1")
! 	    (eq_attr "alternative" "13,14,15,16,17,19")
  	      (const_string "ssemov")
! 	    (eq_attr "alternative" "20,21")
  	      (const_string "ssecvt")
! 	    (eq_attr "alternative" "22,23,24,25")
  	      (const_string "mskmov")
  	    (and (match_operand 0 "register_operand")
  		 (match_operand 1 "pic_32bit_operand"))
--- 2234,2246 ----
  	      (const_string "mmx")
  	    (eq_attr "alternative" "7,8,9,10,11")
  	      (const_string "mmxmov")
! 	    (eq_attr "alternative" "12")
  	      (const_string "sselog1")
! 	    (eq_attr "alternative" "13,14,15,16,17,18")
  	      (const_string "ssemov")
! 	    (eq_attr "alternative" "19,20")
  	      (const_string "ssecvt")
! 	    (eq_attr "alternative" "21,22,23,24")
  	      (const_string "mskmov")
  	    (and (match_operand 0 "register_operand")
  		 (match_operand 1 "pic_32bit_operand"))
***************
*** 2255,2275 ****
     (set (attr "modrm")
       (if_then_else
         (and (eq_attr "alternative" "4") (eq_attr "type" "imov"))
! 	 (const_string "0")
! 	 (const_string "*")))
     (set (attr "length_immediate")
!      (cond [(and (eq_attr "alternative" "4") (eq_attr "type" "imov"))
! 	      (const_string "8")
! 	    (eq_attr "alternative" "18")
! 	      (const_string "1")
! 	   ]
! 	   (const_string "*")))
!    (set (attr "prefix_rex")
!      (if_then_else (eq_attr "alternative" "10,11,17,18,19")
!        (const_string "1")
         (const_string "*")))
!    (set (attr "prefix_extra")
!      (if_then_else (eq_attr "alternative" "18")
         (const_string "1")
         (const_string "*")))
     (set (attr "prefix")
--- 2250,2265 ----
     (set (attr "modrm")
       (if_then_else
         (and (eq_attr "alternative" "4") (eq_attr "type" "imov"))
!        (const_string "0")
!        (const_string "*")))
     (set (attr "length_immediate")
!      (if_then_else
!        (and (eq_attr "alternative" "4") (eq_attr "type" "imov"))
!        (const_string "8")
         (const_string "*")))
!    (set (attr "prefix_rex")
!      (if_then_else
!        (eq_attr "alternative" "10,11,17,18")
         (const_string "1")
         (const_string "*")))
     (set (attr "prefix")
***************
*** 2300,2307 ****
  	    (and (eq_attr "alternative" "14,15,16")
  		 (not (match_test "TARGET_SSE2")))
  	      (const_string "V2SF")
- 	    (eq_attr "alternative" "18")
- 	      (const_string "TI")
  	   ]
  	   (const_string "DI")))
     (set (attr "enabled")
--- 2290,2295 ----
***************
*** 2327,2343 ****
  
  (define_insn "*movsi_internal"
    [(set (match_operand:SI 0 "nonimmediate_operand"
! 			"=r,m ,*y,*y,?rm,?*y,*v,*v,*v,m ,?r ,?r,?*Yi,*k,*k ,*rm")
  	(match_operand:SI 1 "general_operand"
! 			"g ,re,C ,*y,*y ,rm ,C ,*v,m ,*v,*Yj,*v,r   ,*r,*km,*k"))]
    "!(MEM_P (operands[0]) && MEM_P (operands[1]))"
  {
    switch (get_attr_type (insn))
      {
      case TYPE_SSELOG1:
-       if (GENERAL_REG_P (operands[0]))
- 	return "%vpextrd\t{$0, %1, %0|%0, %1, 0}";
- 
        return standard_sse_constant_opcode (insn, operands[1]);
  
      case TYPE_MSKMOV:
--- 2315,2328 ----
  
  (define_insn "*movsi_internal"
    [(set (match_operand:SI 0 "nonimmediate_operand"
!     "=r,m ,*y,*y,?*y,?m,?r ,?*Ym,*v,*v,*v,m ,?r ,?*Yi,*k,*k ,*rm")
  	(match_operand:SI 1 "general_operand"
!     "g ,re,C ,*y,m  ,*y,*Yn,r   ,C ,*v,m ,*v,*Yj,r   ,*r,*km,*k"))]
    "!(MEM_P (operands[0]) && MEM_P (operands[1]))"
  {
    switch (get_attr_type (insn))
      {
      case TYPE_SSELOG1:
        return standard_sse_constant_opcode (insn, operands[1]);
  
      case TYPE_MSKMOV:
***************
*** 2393,2426 ****
        gcc_unreachable ();
      }
  }
!   [(set (attr "isa")
!      (if_then_else (eq_attr "alternative" "11")
!        (const_string "sse4")
!        (const_string "*")))
!    (set (attr "type")
       (cond [(eq_attr "alternative" "2")
  	      (const_string "mmx")
! 	    (eq_attr "alternative" "3,4,5")
  	      (const_string "mmxmov")
! 	    (eq_attr "alternative" "6,11")
  	      (const_string "sselog1")
! 	    (eq_attr "alternative" "7,8,9,10,12")
  	      (const_string "ssemov")
! 	    (eq_attr "alternative" "13,14,15")
  	      (const_string "mskmov")
  	    (and (match_operand 0 "register_operand")
  		 (match_operand 1 "pic_32bit_operand"))
  	      (const_string "lea")
  	   ]
  	   (const_string "imov")))
-    (set (attr "length_immediate")
-      (if_then_else (eq_attr "alternative" "11")
-        (const_string "1")
-        (const_string "*")))
-    (set (attr "prefix_extra")
-      (if_then_else (eq_attr "alternative" "11")
-        (const_string "1")
-        (const_string "*")))
     (set (attr "prefix")
       (if_then_else (eq_attr "type" "sselog1,ssemov")
         (const_string "maybe_vex")
--- 2378,2399 ----
        gcc_unreachable ();
      }
  }
!   [(set (attr "type")
       (cond [(eq_attr "alternative" "2")
  	      (const_string "mmx")
! 	    (eq_attr "alternative" "3,4,5,6,7")
  	      (const_string "mmxmov")
! 	    (eq_attr "alternative" "8")
  	      (const_string "sselog1")
! 	    (eq_attr "alternative" "9,10,11,12,13")
  	      (const_string "ssemov")
! 	    (eq_attr "alternative" "14,15,16")
  	      (const_string "mskmov")
  	    (and (match_operand 0 "register_operand")
  		 (match_operand 1 "pic_32bit_operand"))
  	      (const_string "lea")
  	   ]
  	   (const_string "imov")))
     (set (attr "prefix")
       (if_then_else (eq_attr "type" "sselog1,ssemov")
         (const_string "maybe_vex")
***************
*** 2432,2438 ****
     (set (attr "mode")
       (cond [(eq_attr "alternative" "2,3")
  	      (const_string "DI")
! 	    (eq_attr "alternative" "6,7")
  	      (cond [(ior (match_operand 0 "ext_sse_reg_operand")
  			  (match_operand 1 "ext_sse_reg_operand"))
  		       (const_string "XI")
--- 2405,2411 ----
     (set (attr "mode")
       (cond [(eq_attr "alternative" "2,3")
  	      (const_string "DI")
! 	    (eq_attr "alternative" "8,9")
  	      (cond [(ior (match_operand 0 "ext_sse_reg_operand")
  			  (match_operand 1 "ext_sse_reg_operand"))
  		       (const_string "XI")
***************
*** 2446,2456 ****
  		    ]
  		    (const_string "TI"))
  
! 	    (and (eq_attr "alternative" "8,9")
  	         (not (match_test "TARGET_SSE2")))
  	      (const_string "SF")
- 	    (eq_attr "alternative" "11")
- 	      (const_string "TI")
  	   ]
  	   (const_string "SI")))])
  
--- 2419,2427 ----
  		    ]
  		    (const_string "TI"))
  
! 	    (and (eq_attr "alternative" "10,11")
  	         (not (match_test "TARGET_SSE2")))
  	      (const_string "SF")
  	   ]
  	   (const_string "SI")))])
  
***************
*** 3767,3776 ****
  
  (define_insn "*zero_extendsidi2"
    [(set (match_operand:DI 0 "nonimmediate_operand"
! 		"=r,?r,?o,r   ,o,?*Ym,?!*y,?r ,?r,?*Yi,?*x,?*x,?*v,*r")
  	(zero_extend:DI
  	 (match_operand:SI 1 "x86_64_zext_operand"
! 	        "0 ,rm,r ,rmWz,0,r   ,m   ,*Yj,*x,r   ,m  , *x, *v,*k")))]
    ""
  {
    switch (get_attr_type (insn))
--- 3738,3747 ----
  
  (define_insn "*zero_extendsidi2"
    [(set (match_operand:DI 0 "nonimmediate_operand"
! 		"=r,?r,?o,r   ,o,?*Ym,?!*y,?r ,?*Yi,?*x,?*x,?*v,*r")
  	(zero_extend:DI
  	 (match_operand:SI 1 "x86_64_zext_operand"
! 	        "0 ,rm,r ,rmWz,0,r   ,m   ,*Yj,r   ,m  , *x, *v,*k")))]
    ""
  {
    switch (get_attr_type (insn))
***************
*** 3787,3795 ****
      case TYPE_MMXMOV:
        return "movd\t{%1, %0|%0, %1}";
  
-     case TYPE_SSELOG1:
-       return "%vpextrd\t{$0, %1, %k0|%k0, %1, 0}";
- 
      case TYPE_SSEMOV:
        if (SSE_REG_P (operands[0]) && SSE_REG_P (operands[1]))
  	{
--- 3758,3763 ----
***************
*** 3817,3831 ****
  	      (const_string "nox64")
  	    (eq_attr "alternative" "3,7")
  	      (const_string "x64")
! 	    (eq_attr "alternative" "8")
! 	      (const_string "x64_sse4")
! 	    (eq_attr "alternative" "10")
  	      (const_string "sse2")
! 	    (eq_attr "alternative" "11")
  	      (const_string "sse4")
! 	    (eq_attr "alternative" "12")
  	      (const_string "avx512f")
! 	    (eq_attr "alternative" "13")
  	      (const_string "x64_avx512bw")
  	   ]
  	   (const_string "*")))
--- 3785,3797 ----
  	      (const_string "nox64")
  	    (eq_attr "alternative" "3,7")
  	      (const_string "x64")
! 	    (eq_attr "alternative" "9")
  	      (const_string "sse2")
! 	    (eq_attr "alternative" "10")
  	      (const_string "sse4")
! 	    (eq_attr "alternative" "11")
  	      (const_string "avx512f")
! 	    (eq_attr "alternative" "12")
  	      (const_string "x64_avx512bw")
  	   ]
  	   (const_string "*")))
***************
*** 3834,3857 ****
  	      (const_string "multi")
  	    (eq_attr "alternative" "5,6")
  	      (const_string "mmxmov")
! 	    (eq_attr "alternative" "7,9,10,11,12")
  	      (const_string "ssemov")
! 	    (eq_attr "alternative" "8")
! 	      (const_string "sselog1")
! 	    (eq_attr "alternative" "13")
  	      (const_string "mskmov")
  	   ]
  	   (const_string "imovx")))
     (set (attr "prefix_extra")
!      (if_then_else (eq_attr "alternative" "8,11,12")
!        (const_string "1")
!        (const_string "*")))
!    (set (attr "length_immediate")
!      (if_then_else (eq_attr "alternative" "8")
         (const_string "1")
         (const_string "*")))
     (set (attr "prefix")
!      (if_then_else (eq_attr "type" "ssemov,sselog1")
         (const_string "maybe_vex")
         (const_string "orig")))
     (set (attr "prefix_0f")
--- 3800,3817 ----
  	      (const_string "multi")
  	    (eq_attr "alternative" "5,6")
  	      (const_string "mmxmov")
! 	    (eq_attr "alternative" "7,8,9,10,11")
  	      (const_string "ssemov")
! 	    (eq_attr "alternative" "12")
  	      (const_string "mskmov")
  	   ]
  	   (const_string "imovx")))
     (set (attr "prefix_extra")
!      (if_then_else (eq_attr "alternative" "10,11")
         (const_string "1")
         (const_string "*")))
     (set (attr "prefix")
!      (if_then_else (eq_attr "type" "ssemov")
         (const_string "maybe_vex")
         (const_string "orig")))
     (set (attr "prefix_0f")
***************
*** 3861,3867 ****
     (set (attr "mode")
       (cond [(eq_attr "alternative" "5,6")
  	      (const_string "DI")
! 	    (eq_attr "alternative" "7,8,9,11,12")
  	      (const_string "TI")
  	   ]
  	   (const_string "SI")))])
--- 3821,3827 ----
     (set (attr "mode")
       (cond [(eq_attr "alternative" "5,6")
  	      (const_string "DI")
! 	    (eq_attr "alternative" "7,8,10,11")
  	      (const_string "TI")
  	   ]
  	   (const_string "SI")))])
***************
*** 5258,5264 ****
  (define_split
    [(set (match_operand:MODEF 0 "sse_reg_operand")
  	(float:MODEF (match_operand:SI 1 "nonimmediate_operand")))]
!   "TARGET_USE_VECTOR_CONVERTS
     && optimize_function_for_speed_p (cfun)
     && reload_completed
     && (MEM_P (operands[1]) || TARGET_INTER_UNIT_MOVES_TO_VEC)
--- 5218,5225 ----
  (define_split
    [(set (match_operand:MODEF 0 "sse_reg_operand")
  	(float:MODEF (match_operand:SI 1 "nonimmediate_operand")))]
!   "TARGET_SSE2
!    && TARGET_USE_VECTOR_CONVERTS
     && optimize_function_for_speed_p (cfun)
     && reload_completed
     && (MEM_P (operands[1]) || TARGET_INTER_UNIT_MOVES_TO_VEC)
***************
*** 5471,5477 ****
  (define_expand "floatunsdisf2"
    [(use (match_operand:SF 0 "register_operand"))
     (use (match_operand:DI 1 "nonimmediate_operand"))]
!   "TARGET_64BIT && TARGET_SSE_MATH"
    "x86_emit_floatuns (operands); DONE;")
  
  (define_expand "floatunsdidf2"
--- 5432,5438 ----
  (define_expand "floatunsdisf2"
    [(use (match_operand:SF 0 "register_operand"))
     (use (match_operand:DI 1 "nonimmediate_operand"))]
!   "TARGET_64BIT && TARGET_SSE && TARGET_SSE_MATH"
    "x86_emit_floatuns (operands); DONE;")
  
  (define_expand "floatunsdidf2"
***************
*** 7512,7532 ****
  		(match_operand:XF 2 "register_operand")))]
    "TARGET_80387")
  
! (define_expand "divdf3"
!   [(set (match_operand:DF 0 "register_operand")
!  	(div:DF (match_operand:DF 1 "register_operand")
!  		(match_operand:DF 2 "nonimmediate_operand")))]
!    "(TARGET_80387 && X87_ENABLE_ARITH (DFmode))
!     || (TARGET_SSE2 && TARGET_SSE_MATH)")
! 
! (define_expand "divsf3"
!   [(set (match_operand:SF 0 "register_operand")
! 	(div:SF (match_operand:SF 1 "register_operand")
! 		(match_operand:SF 2 "nonimmediate_operand")))]
!   "(TARGET_80387 && X87_ENABLE_ARITH (SFmode))
!     || TARGET_SSE_MATH"
  {
!   if (TARGET_SSE_MATH
        && TARGET_RECIP_DIV
        && optimize_insn_for_speed_p ()
        && flag_finite_math_only && !flag_trapping_math
--- 7473,7487 ----
  		(match_operand:XF 2 "register_operand")))]
    "TARGET_80387")
  
! (define_expand "div<mode>3"
!   [(set (match_operand:MODEF 0 "register_operand")
! 	(div:MODEF (match_operand:MODEF 1 "register_operand")
! 		   (match_operand:MODEF 2 "nonimmediate_operand")))]
!   "(TARGET_80387 && X87_ENABLE_ARITH (<MODE>mode))
!     || (SSE_FLOAT_MODE_P (<MODE>mode) && TARGET_SSE_MATH)"
  {
!   if (<MODE>mode == SFmode
!       && TARGET_SSE && TARGET_SSE_MATH
        && TARGET_RECIP_DIV
        && optimize_insn_for_speed_p ()
        && flag_finite_math_only && !flag_trapping_math
***************
*** 10705,10714 ****
    split_double_mode (<DWI>mode, &operands[0], 1, &operands[4], &operands[5]);
  })
  
  (define_insn "*bmi2_rorx<mode>3_1"
    [(set (match_operand:SWI48 0 "register_operand" "=r")
! 	(rotatert:SWI48 (match_operand:SWI48 1 "nonimmediate_operand" "rm")
! 			(match_operand:QI 2 "immediate_operand" "<S>")))]
    "TARGET_BMI2"
    "rorx\t{%2, %1, %0|%0, %1, %2}"
    [(set_attr "type" "rotatex")
--- 10660,10674 ----
    split_double_mode (<DWI>mode, &operands[0], 1, &operands[4], &operands[5]);
  })
  
+ (define_mode_attr rorx_immediate_operand
+ 	[(SI "const_0_to_31_operand")
+ 	 (DI "const_0_to_63_operand")])
+ 
  (define_insn "*bmi2_rorx<mode>3_1"
    [(set (match_operand:SWI48 0 "register_operand" "=r")
! 	(rotatert:SWI48
! 	  (match_operand:SWI48 1 "nonimmediate_operand" "rm")
! 	  (match_operand:QI 2 "<rorx_immediate_operand>" "<S>")))]
    "TARGET_BMI2"
    "rorx\t{%2, %1, %0|%0, %1, %2}"
    [(set_attr "type" "rotatex")
***************
*** 10751,10757 ****
  (define_split
    [(set (match_operand:SWI48 0 "register_operand")
  	(rotate:SWI48 (match_operand:SWI48 1 "nonimmediate_operand")
! 		      (match_operand:QI 2 "immediate_operand")))
     (clobber (reg:CC FLAGS_REG))]
    "TARGET_BMI2 && reload_completed"
    [(set (match_dup 0)
--- 10711,10717 ----
  (define_split
    [(set (match_operand:SWI48 0 "register_operand")
  	(rotate:SWI48 (match_operand:SWI48 1 "nonimmediate_operand")
! 		      (match_operand:QI 2 "const_int_operand")))
     (clobber (reg:CC FLAGS_REG))]
    "TARGET_BMI2 && reload_completed"
    [(set (match_dup 0)
***************
*** 10765,10771 ****
  (define_split
    [(set (match_operand:SWI48 0 "register_operand")
  	(rotatert:SWI48 (match_operand:SWI48 1 "nonimmediate_operand")
! 			(match_operand:QI 2 "immediate_operand")))
     (clobber (reg:CC FLAGS_REG))]
    "TARGET_BMI2 && reload_completed"
    [(set (match_dup 0)
--- 10725,10731 ----
  (define_split
    [(set (match_operand:SWI48 0 "register_operand")
  	(rotatert:SWI48 (match_operand:SWI48 1 "nonimmediate_operand")
! 			(match_operand:QI 2 "const_int_operand")))
     (clobber (reg:CC FLAGS_REG))]
    "TARGET_BMI2 && reload_completed"
    [(set (match_dup 0)
***************
*** 10775,10781 ****
    [(set (match_operand:DI 0 "register_operand" "=r")
  	(zero_extend:DI
  	  (rotatert:SI (match_operand:SI 1 "nonimmediate_operand" "rm")
! 		       (match_operand:QI 2 "immediate_operand" "I"))))]
    "TARGET_64BIT && TARGET_BMI2"
    "rorx\t{%2, %1, %k0|%k0, %1, %2}"
    [(set_attr "type" "rotatex")
--- 10735,10741 ----
    [(set (match_operand:DI 0 "register_operand" "=r")
  	(zero_extend:DI
  	  (rotatert:SI (match_operand:SI 1 "nonimmediate_operand" "rm")
! 		       (match_operand:QI 2 "const_0_to_31_operand" "I"))))]
    "TARGET_64BIT && TARGET_BMI2"
    "rorx\t{%2, %1, %k0|%k0, %1, %2}"
    [(set_attr "type" "rotatex")
***************
*** 10819,10825 ****
    [(set (match_operand:DI 0 "register_operand")
  	(zero_extend:DI
  	  (rotate:SI (match_operand:SI 1 "nonimmediate_operand")
! 		     (match_operand:QI 2 "immediate_operand"))))
     (clobber (reg:CC FLAGS_REG))]
    "TARGET_64BIT && TARGET_BMI2 && reload_completed"
    [(set (match_dup 0)
--- 10779,10785 ----
    [(set (match_operand:DI 0 "register_operand")
  	(zero_extend:DI
  	  (rotate:SI (match_operand:SI 1 "nonimmediate_operand")
! 		     (match_operand:QI 2 "const_int_operand"))))
     (clobber (reg:CC FLAGS_REG))]
    "TARGET_64BIT && TARGET_BMI2 && reload_completed"
    [(set (match_dup 0)
***************
*** 10834,10840 ****
    [(set (match_operand:DI 0 "register_operand")
  	(zero_extend:DI
  	  (rotatert:SI (match_operand:SI 1 "nonimmediate_operand")
! 		       (match_operand:QI 2 "immediate_operand"))))
     (clobber (reg:CC FLAGS_REG))]
    "TARGET_64BIT && TARGET_BMI2 && reload_completed"
    [(set (match_dup 0)
--- 10794,10800 ----
    [(set (match_operand:DI 0 "register_operand")
  	(zero_extend:DI
  	  (rotatert:SI (match_operand:SI 1 "nonimmediate_operand")
! 		       (match_operand:QI 2 "const_int_operand"))))
     (clobber (reg:CC FLAGS_REG))]
    "TARGET_64BIT && TARGET_BMI2 && reload_completed"
    [(set (match_dup 0)
***************
*** 11721,11727 ****
  	(zero_extend (match_dup 1)))]
    "(peep2_reg_dead_p (3, operands[1])
      || operands_match_p (operands[1], operands[3]))
!    && ! reg_overlap_mentioned_p (operands[3], operands[0])"
    [(set (match_dup 4) (match_dup 0))
     (set (strict_low_part (match_dup 5))
  	(match_dup 2))]
--- 11681,11688 ----
  	(zero_extend (match_dup 1)))]
    "(peep2_reg_dead_p (3, operands[1])
      || operands_match_p (operands[1], operands[3]))
!    && ! reg_overlap_mentioned_p (operands[3], operands[0])
!    && peep2_regno_dead_p (0, FLAGS_REG)"
    [(set (match_dup 4) (match_dup 0))
     (set (strict_low_part (match_dup 5))
  	(match_dup 2))]
***************
*** 11742,11748 ****
    "(peep2_reg_dead_p (3, operands[1])
      || operands_match_p (operands[1], operands[3]))
     && ! reg_overlap_mentioned_p (operands[3], operands[0])
!    && ! reg_set_p (operands[3], operands[4])"
    [(parallel [(set (match_dup 5) (match_dup 0))
  	      (match_dup 4)])
     (set (strict_low_part (match_dup 6))
--- 11703,11710 ----
    "(peep2_reg_dead_p (3, operands[1])
      || operands_match_p (operands[1], operands[3]))
     && ! reg_overlap_mentioned_p (operands[3], operands[0])
!    && ! reg_set_p (operands[3], operands[4])
!    && peep2_regno_dead_p (0, FLAGS_REG)"
    [(parallel [(set (match_dup 5) (match_dup 0))
  	      (match_dup 4)])
     (set (strict_low_part (match_dup 6))
***************
*** 11764,11770 ****
  		   (and:SI (match_dup 3) (const_int 255)))
  	      (clobber (reg:CC FLAGS_REG))])]
    "REGNO (operands[1]) == REGNO (operands[3])
!    && ! reg_overlap_mentioned_p (operands[3], operands[0])"
    [(set (match_dup 4) (match_dup 0))
     (set (strict_low_part (match_dup 5))
  	(match_dup 2))]
--- 11726,11733 ----
  		   (and:SI (match_dup 3) (const_int 255)))
  	      (clobber (reg:CC FLAGS_REG))])]
    "REGNO (operands[1]) == REGNO (operands[3])
!    && ! reg_overlap_mentioned_p (operands[3], operands[0])
!    && peep2_regno_dead_p (0, FLAGS_REG)"
    [(set (match_dup 4) (match_dup 0))
     (set (strict_low_part (match_dup 5))
  	(match_dup 2))]
***************
*** 11786,11792 ****
    "(peep2_reg_dead_p (3, operands[1])
      || operands_match_p (operands[1], operands[3]))
     && ! reg_overlap_mentioned_p (operands[3], operands[0])
!    && ! reg_set_p (operands[3], operands[4])"
    [(parallel [(set (match_dup 5) (match_dup 0))
  	      (match_dup 4)])
     (set (strict_low_part (match_dup 6))
--- 11749,11756 ----
    "(peep2_reg_dead_p (3, operands[1])
      || operands_match_p (operands[1], operands[3]))
     && ! reg_overlap_mentioned_p (operands[3], operands[0])
!    && ! reg_set_p (operands[3], operands[4])
!    && peep2_regno_dead_p (0, FLAGS_REG)"
    [(parallel [(set (match_dup 5) (match_dup 0))
  	      (match_dup 4)])
     (set (strict_low_part (match_dup 6))
***************
*** 12730,12753 ****
     (set_attr "znver1_decode" "vector")
     (set_attr "mode" "<MODE>")])
  
- (define_insn_and_split "*ctzhi2"
-   [(set (match_operand:SI 0 "register_operand")
- 	(ctz:SI
- 	  (zero_extend:SI (match_operand:HI 1 "nonimmediate_operand"))))
-    (clobber (reg:CC FLAGS_REG))]
-   "TARGET_BMI
-    && can_create_pseudo_p ()"
-   "#"
-   "&& 1"
-   [(const_int 0)]
- {
-   rtx tmp = gen_reg_rtx (HImode);
- 
-   emit_insn (gen_tzcnt_hi (tmp, operands[1]));
-   emit_insn (gen_zero_extendhisi2 (operands[0], tmp));
-   DONE;
- })
- 
  (define_insn_and_split "ctz<mode>2"
    [(set (match_operand:SWI48 0 "register_operand" "=r")
  	(ctz:SWI48
--- 12694,12699 ----
***************
*** 12867,12890 ****
    operands[2] = GEN_INT (GET_MODE_BITSIZE (<MODE>mode)-1);
  })
  
- (define_insn_and_split "*clzhi2"
-   [(set (match_operand:SI 0 "register_operand")
- 	(clz:SI
- 	  (zero_extend:SI (match_operand:HI 1 "nonimmediate_operand"))))
-    (clobber (reg:CC FLAGS_REG))]
-   "TARGET_LZCNT
-    && can_create_pseudo_p ()"
-   "#"
-   "&& 1"
-   [(const_int 0)]
- {
-   rtx tmp = gen_reg_rtx (HImode);
- 
-   emit_insn (gen_lzcnt_hi (tmp, operands[1]));
-   emit_insn (gen_zero_extendhisi2 (operands[0], tmp));
-   DONE;
- })
- 
  (define_insn_and_split "clz<mode>2_lzcnt"
    [(set (match_operand:SWI48 0 "register_operand" "=r")
  	(clz:SWI48
--- 12813,12818 ----
***************
*** 14049,14055 ****
    [(set (match_operand:SF 0 "register_operand" "=x")
  	(unspec:SF [(match_operand:SF 1 "nonimmediate_operand" "xm")]
  		   UNSPEC_RCP))]
!   "TARGET_SSE_MATH"
    "%vrcpss\t{%1, %d0|%d0, %1}"
    [(set_attr "type" "sse")
     (set_attr "atom_sse_attr" "rcp")
--- 13977,13983 ----
    [(set (match_operand:SF 0 "register_operand" "=x")
  	(unspec:SF [(match_operand:SF 1 "nonimmediate_operand" "xm")]
  		   UNSPEC_RCP))]
!   "TARGET_SSE && TARGET_SSE_MATH"
    "%vrcpss\t{%1, %d0|%d0, %1}"
    [(set_attr "type" "sse")
     (set_attr "atom_sse_attr" "rcp")
***************
*** 14351,14357 ****
    [(set (match_operand:SF 0 "register_operand" "=x")
  	(unspec:SF [(match_operand:SF 1 "nonimmediate_operand" "xm")]
  		   UNSPEC_RSQRT))]
!   "TARGET_SSE_MATH"
    "%vrsqrtss\t{%1, %d0|%d0, %1}"
    [(set_attr "type" "sse")
     (set_attr "atom_sse_attr" "rcp")
--- 14279,14285 ----
    [(set (match_operand:SF 0 "register_operand" "=x")
  	(unspec:SF [(match_operand:SF 1 "nonimmediate_operand" "xm")]
  		   UNSPEC_RSQRT))]
!   "TARGET_SSE && TARGET_SSE_MATH"
    "%vrsqrtss\t{%1, %d0|%d0, %1}"
    [(set_attr "type" "sse")
     (set_attr "atom_sse_attr" "rcp")
***************
*** 14363,14369 ****
    [(set (match_operand:SF 0 "register_operand")
  	(unspec:SF [(match_operand:SF 1 "nonimmediate_operand")]
  		   UNSPEC_RSQRT))]
!   "TARGET_SSE_MATH"
  {
    ix86_emit_swsqrtsf (operands[0], operands[1], SFmode, 1);
    DONE;
--- 14291,14297 ----
    [(set (match_operand:SF 0 "register_operand")
  	(unspec:SF [(match_operand:SF 1 "nonimmediate_operand")]
  		   UNSPEC_RSQRT))]
!   "TARGET_SSE && TARGET_SSE_MATH"
  {
    ix86_emit_swsqrtsf (operands[0], operands[1], SFmode, 1);
    DONE;
***************
*** 14392,14398 ****
     || (SSE_FLOAT_MODE_P (<MODE>mode) && TARGET_SSE_MATH)"
  {
    if (<MODE>mode == SFmode
!       && TARGET_SSE_MATH
        && TARGET_RECIP_SQRT
        && !optimize_function_for_size_p (cfun)
        && flag_finite_math_only && !flag_trapping_math
--- 14320,14326 ----
     || (SSE_FLOAT_MODE_P (<MODE>mode) && TARGET_SSE_MATH)"
  {
    if (<MODE>mode == SFmode
!       && TARGET_SSE && TARGET_SSE_MATH
        && TARGET_RECIP_SQRT
        && !optimize_function_for_size_p (cfun)
        && flag_finite_math_only && !flag_trapping_math
diff -Nrcpad gcc-7.1.0/gcc/config/i386/mmx.md gcc-7.2.0/gcc/config/i386/mmx.md
*** gcc-7.1.0/gcc/config/i386/mmx.md	Tue Apr  4 10:45:55 2017
--- gcc-7.2.0/gcc/config/i386/mmx.md	Fri May 19 14:09:45 2017
***************
*** 78,86 ****
  
  (define_insn "*mov<mode>_internal"
    [(set (match_operand:MMXMODE 0 "nonimmediate_operand"
!     "=r ,o ,r,r ,m ,?!y,!y,?!y,m  ,r   ,?!Ym,v,v,v,m,*x,*x,*x,m ,r ,Yi,!Ym,*Yi")
  	(match_operand:MMXMODE 1 "vector_move_operand"
!     "rCo,rC,C,rm,rC,C  ,!y,m  ,?!y,?!Yn,r   ,C,v,m,v,C ,*x,m ,*x,Yj,r ,*Yj,!Yn"))]
    "TARGET_MMX
     && !(MEM_P (operands[0]) && MEM_P (operands[1]))"
  {
--- 78,86 ----
  
  (define_insn "*mov<mode>_internal"
    [(set (match_operand:MMXMODE 0 "nonimmediate_operand"
!     "=r ,o ,r,r ,m ,?!y,!y,?!y,m  ,r   ,?!Ym,v,v,v,m,r ,Yi,!Ym,*Yi")
  	(match_operand:MMXMODE 1 "vector_move_operand"
!     "rCo,rC,C,rm,rC,C  ,!y,m  ,?!y,?!Yn,r   ,C,v,m,v,Yj,r ,*Yj,!Yn"))]
    "TARGET_MMX
     && !(MEM_P (operands[0]) && MEM_P (operands[1]))"
  {
***************
*** 146,152 ****
    [(set (attr "isa")
       (cond [(eq_attr "alternative" "0,1")
  	      (const_string "nox64")
! 	    (eq_attr "alternative" "2,3,4,9,10,11,12,13,14,19,20")
  	      (const_string "x64")
  	   ]
  	   (const_string "*")))
--- 146,152 ----
    [(set (attr "isa")
       (cond [(eq_attr "alternative" "0,1")
  	      (const_string "nox64")
! 	    (eq_attr "alternative" "2,3,4,9,10,15,16")
  	      (const_string "x64")
  	   ]
  	   (const_string "*")))
***************
*** 159,172 ****
  	      (const_string "mmx")
  	    (eq_attr "alternative" "6,7,8,9,10")
  	      (const_string "mmxmov")
! 	    (eq_attr "alternative" "11,15")
  	      (const_string "sselog1")
! 	    (eq_attr "alternative" "21,22")
  	      (const_string "ssecvt")
  	   ]
  	   (const_string "ssemov")))
     (set (attr "prefix_rex")
!      (if_then_else (eq_attr "alternative" "9,10,19,20")
         (const_string "1")
         (const_string "*")))
     (set (attr "prefix")
--- 159,172 ----
  	      (const_string "mmx")
  	    (eq_attr "alternative" "6,7,8,9,10")
  	      (const_string "mmxmov")
! 	    (eq_attr "alternative" "11")
  	      (const_string "sselog1")
! 	    (eq_attr "alternative" "17,18")
  	      (const_string "ssecvt")
  	   ]
  	   (const_string "ssemov")))
     (set (attr "prefix_rex")
!      (if_then_else (eq_attr "alternative" "9,10,15,16")
         (const_string "1")
         (const_string "*")))
     (set (attr "prefix")
***************
*** 181,187 ****
     (set (attr "mode")
       (cond [(eq_attr "alternative" "2")
  	      (const_string "SI")
! 	    (eq_attr "alternative" "11,12,15,16")
  	      (cond [(ior (match_operand 0 "ext_sse_reg_operand")
  			  (match_operand 1 "ext_sse_reg_operand"))
  			(const_string "XI")
--- 181,187 ----
     (set (attr "mode")
       (cond [(eq_attr "alternative" "2")
  	      (const_string "SI")
! 	    (eq_attr "alternative" "11,12")
  	      (cond [(ior (match_operand 0 "ext_sse_reg_operand")
  			  (match_operand 1 "ext_sse_reg_operand"))
  			(const_string "XI")
***************
*** 197,203 ****
  		    ]
  		    (const_string "TI"))
  
! 	    (and (eq_attr "alternative" "13,14,17,18")
  	    	 (ior (match_test "<MODE>mode == V2SFmode")
  		      (not (match_test "TARGET_SSE2"))))
  	      (const_string "V2SF")
--- 197,203 ----
  		    ]
  		    (const_string "TI"))
  
! 	    (and (eq_attr "alternative" "13,14")
  	    	 (ior (match_test "<MODE>mode == V2SFmode")
  		      (not (match_test "TARGET_SSE2"))))
  	      (const_string "V2SF")
diff -Nrcpad gcc-7.1.0/gcc/config/i386/rtemself.h gcc-7.2.0/gcc/config/i386/rtemself.h
*** gcc-7.1.0/gcc/config/i386/rtemself.h	Thu Jan 19 21:38:44 2017
--- gcc-7.2.0/gcc/config/i386/rtemself.h	Wed Jul 26 08:31:09 2017
***************
*** 2,22 ****
     Copyright (C) 1996-2017 Free Software Foundation, Inc.
     Contributed by Joel Sherrill (joel@OARcorp.com).
  
! This file is part of GCC.
  
! GCC is free software; you can redistribute it and/or modify
! it under the terms of the GNU General Public License as published by
! the Free Software Foundation; either version 3, or (at your option)
! any later version.
  
! GCC is distributed in the hope that it will be useful,
! but WITHOUT ANY WARRANTY; without even the implied warranty of
! MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
! GNU General Public License for more details.
  
! You should have received a copy of the GNU General Public License
! along with GCC; see the file COPYING3.  If not see
! <http://www.gnu.org/licenses/>.  */
  
  /* Specify predefined symbols in preprocessor.  */
  
--- 2,27 ----
     Copyright (C) 1996-2017 Free Software Foundation, Inc.
     Contributed by Joel Sherrill (joel@OARcorp.com).
  
!    This file is part of GCC.
  
!    GCC is free software; you can redistribute it and/or modify it
!    under the terms of the GNU General Public License as published
!    by the Free Software Foundation; either version 3, or (at your
!    option) any later version.
  
!    GCC is distributed in the hope that it will be useful, but WITHOUT
!    ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
!    or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public
!    License for more details.
  
!    Under Section 7 of GPL version 3, you are granted additional
!    permissions described in the GCC Runtime Library Exception, version
!    3.1, as published by the Free Software Foundation.
! 
!    You should have received a copy of the GNU General Public License and
!    a copy of the GCC Runtime Library Exception along with this program;
!    see the files COPYING3 and COPYING.RUNTIME respectively.  If not, see
!    <http://www.gnu.org/licenses/>.  */
  
  /* Specify predefined symbols in preprocessor.  */
  
diff -Nrcpad gcc-7.1.0/gcc/config/i386/sse.md gcc-7.2.0/gcc/config/i386/sse.md
*** gcc-7.1.0/gcc/config/i386/sse.md	Thu Apr  6 19:22:02 2017
--- gcc-7.2.0/gcc/config/i386/sse.md	Mon Jul 17 19:38:29 2017
***************
*** 7324,7336 ****
  (define_insn "vec_extract_lo_<mode><mask_name>"
    [(set (match_operand:<ssehalfvecmode> 0 "<store_mask_predicate>" "=<store_mask_constraint>,v")
  	(vec_select:<ssehalfvecmode>
! 	  (match_operand:V8FI 1 "nonimmediate_operand" "v,m")
  	  (parallel [(const_int 0) (const_int 1)
              (const_int 2) (const_int 3)])))]
    "TARGET_AVX512F
     && (<mask_applied> || !(MEM_P (operands[0]) && MEM_P (operands[1])))"
  {
!   if (<mask_applied> || !TARGET_AVX512VL)
      return "vextract<shuffletype>64x4\t{$0x0, %1, %0<mask_operand2>|%0<mask_operand2>, %1, 0x0}";
    else
      return "#";
--- 7324,7336 ----
  (define_insn "vec_extract_lo_<mode><mask_name>"
    [(set (match_operand:<ssehalfvecmode> 0 "<store_mask_predicate>" "=<store_mask_constraint>,v")
  	(vec_select:<ssehalfvecmode>
! 	  (match_operand:V8FI 1 "<store_mask_predicate>" "v,<store_mask_constraint>")
  	  (parallel [(const_int 0) (const_int 1)
              (const_int 2) (const_int 3)])))]
    "TARGET_AVX512F
     && (<mask_applied> || !(MEM_P (operands[0]) && MEM_P (operands[1])))"
  {
!   if (<mask_applied> || (!TARGET_AVX512VL && !MEM_P (operands[1])))
      return "vextract<shuffletype>64x4\t{$0x0, %1, %0<mask_operand2>|%0<mask_operand2>, %1, 0x0}";
    else
      return "#";
***************
*** 7480,7493 ****
  (define_insn "vec_extract_lo_<mode><mask_name>"
    [(set (match_operand:<ssehalfvecmode> 0 "nonimmediate_operand" "=v,m")
  	(vec_select:<ssehalfvecmode>
! 	  (match_operand:V16FI 1 "nonimmediate_operand" "vm,v")
  	  (parallel [(const_int 0) (const_int 1)
                       (const_int 2) (const_int 3)
                       (const_int 4) (const_int 5)
                       (const_int 6) (const_int 7)])))]
    "TARGET_AVX512F
     && <mask_mode512bit_condition>
!    && !(MEM_P (operands[0]) && MEM_P (operands[1]))"
  {
    if (<mask_applied>)
      return "vextract<shuffletype>32x8\t{$0x0, %1, %0<mask_operand2>|%0<mask_operand2>, %1, 0x0}";
--- 7480,7494 ----
  (define_insn "vec_extract_lo_<mode><mask_name>"
    [(set (match_operand:<ssehalfvecmode> 0 "nonimmediate_operand" "=v,m")
  	(vec_select:<ssehalfvecmode>
! 	  (match_operand:V16FI 1 "<store_mask_predicate>"
! 				 "<store_mask_constraint>,v")
  	  (parallel [(const_int 0) (const_int 1)
                       (const_int 2) (const_int 3)
                       (const_int 4) (const_int 5)
                       (const_int 6) (const_int 7)])))]
    "TARGET_AVX512F
     && <mask_mode512bit_condition>
!    && (<mask_applied> || !(MEM_P (operands[0]) && MEM_P (operands[1])))"
  {
    if (<mask_applied>)
      return "vextract<shuffletype>32x8\t{$0x0, %1, %0<mask_operand2>|%0<mask_operand2>, %1, 0x0}";
***************
*** 7511,7521 ****
  (define_insn "vec_extract_lo_<mode><mask_name>"
    [(set (match_operand:<ssehalfvecmode> 0 "<store_mask_predicate>" "=v,m")
  	(vec_select:<ssehalfvecmode>
! 	  (match_operand:VI8F_256 1 "nonimmediate_operand" "vm,v")
  	  (parallel [(const_int 0) (const_int 1)])))]
    "TARGET_AVX
     && <mask_avx512vl_condition> && <mask_avx512dq_condition>
!    && !(MEM_P (operands[0]) && MEM_P (operands[1]))"
  {
    if (<mask_applied>)
      return "vextract<shuffletype>64x2\t{$0x0, %1, %0%{%3%}|%0%{%3%}, %1, 0x0}";
--- 7512,7523 ----
  (define_insn "vec_extract_lo_<mode><mask_name>"
    [(set (match_operand:<ssehalfvecmode> 0 "<store_mask_predicate>" "=v,m")
  	(vec_select:<ssehalfvecmode>
! 	  (match_operand:VI8F_256 1 "<store_mask_predicate>"
! 				    "<store_mask_constraint>,v")
  	  (parallel [(const_int 0) (const_int 1)])))]
    "TARGET_AVX
     && <mask_avx512vl_condition> && <mask_avx512dq_condition>
!    && (<mask_applied> || !(MEM_P (operands[0]) && MEM_P (operands[1])))"
  {
    if (<mask_applied>)
      return "vextract<shuffletype>64x2\t{$0x0, %1, %0%{%3%}|%0%{%3%}, %1, 0x0}";
***************
*** 7575,7586 ****
    "operands[1] = gen_lowpart (<ssehalfvecmode>mode, operands[1]);")
  
  (define_insn "vec_extract_lo_<mode><mask_name>"
!   [(set (match_operand:<ssehalfvecmode> 0 "<store_mask_predicate>" "=<store_mask_constraint>")
  	(vec_select:<ssehalfvecmode>
! 	  (match_operand:VI4F_256 1 "register_operand" "v")
  	  (parallel [(const_int 0) (const_int 1)
  		     (const_int 2) (const_int 3)])))]
!   "TARGET_AVX && <mask_avx512vl_condition> && <mask_avx512dq_condition>"
  {
    if (<mask_applied>)
      return "vextract<shuffletype>32x4\t{$0x0, %1, %0<mask_operand2>|%0<mask_operand2>, %1, 0x0}";
--- 7577,7592 ----
    "operands[1] = gen_lowpart (<ssehalfvecmode>mode, operands[1]);")
  
  (define_insn "vec_extract_lo_<mode><mask_name>"
!   [(set (match_operand:<ssehalfvecmode> 0 "<store_mask_predicate>"
! 					  "=<store_mask_constraint>,v")
  	(vec_select:<ssehalfvecmode>
! 	  (match_operand:VI4F_256 1 "<store_mask_predicate>"
! 				    "v,<store_mask_constraint>")
  	  (parallel [(const_int 0) (const_int 1)
  		     (const_int 2) (const_int 3)])))]
!   "TARGET_AVX
!    && <mask_avx512vl_condition> && <mask_avx512dq_condition>
!    && (<mask_applied> || !(MEM_P (operands[0]) && MEM_P (operands[1])))"
  {
    if (<mask_applied>)
      return "vextract<shuffletype>32x4\t{$0x0, %1, %0<mask_operand2>|%0<mask_operand2>, %1, 0x0}";
***************
*** 13508,13520 ****
    "#")
  
  (define_insn "*vec_extract<ssevecmodelower>_0"
!   [(set (match_operand:SWI48 0 "nonimmediate_operand"	       "=r ,r,v ,m")
  	(vec_select:SWI48
! 	  (match_operand:<ssevecmode> 1 "nonimmediate_operand" "mYj,v,vm,v")
  	  (parallel [(const_int 0)])))]
    "TARGET_SSE && !(MEM_P (operands[0]) && MEM_P (operands[1]))"
!   "#"
!   [(set_attr "isa" "*,sse4,*,*")])
  
  (define_insn "*vec_extractv2di_0_sse"
    [(set (match_operand:DI 0 "nonimmediate_operand"     "=v,m")
--- 13514,13525 ----
    "#")
  
  (define_insn "*vec_extract<ssevecmodelower>_0"
!   [(set (match_operand:SWI48 0 "nonimmediate_operand"	       "=r ,v ,m")
  	(vec_select:SWI48
! 	  (match_operand:<ssevecmode> 1 "nonimmediate_operand" "mYj,vm,v")
  	  (parallel [(const_int 0)])))]
    "TARGET_SSE && !(MEM_P (operands[0]) && MEM_P (operands[1]))"
!   "#")
  
  (define_insn "*vec_extractv2di_0_sse"
    [(set (match_operand:DI 0 "nonimmediate_operand"     "=v,m")
***************
*** 13842,13851 ****
  ;; movd instead of movq is required to handle broken assemblers.
  (define_insn "vec_concatv2di"
    [(set (match_operand:V2DI 0 "register_operand"
! 	  "=Yr,*x,x ,v ,Yi,v ,!x,x,v ,x,x,v")
  	(vec_concat:V2DI
  	  (match_operand:DI 1 "nonimmediate_operand"
! 	  "  0, 0,x ,Yv,r ,vm,*y,0,Yv,0,0,v")
  	  (match_operand:DI 2 "vector_move_operand"
  	  "*rm,rm,rm,rm,C ,C ,C ,x,Yv,x,m,m")))]
    "TARGET_SSE"
--- 13847,13856 ----
  ;; movd instead of movq is required to handle broken assemblers.
  (define_insn "vec_concatv2di"
    [(set (match_operand:V2DI 0 "register_operand"
! 	  "=Yr,*x,x ,v ,Yi,v ,x    ,x,v ,x,x,v")
  	(vec_concat:V2DI
  	  (match_operand:DI 1 "nonimmediate_operand"
! 	  "  0, 0,x ,Yv,r ,vm,?!*Yn,0,Yv,0,0,v")
  	  (match_operand:DI 2 "vector_move_operand"
  	  "*rm,rm,rm,rm,C ,C ,C ,x,Yv,x,m,m")))]
    "TARGET_SSE"
***************
*** 15618,15630 ****
     (set_attr "mode" "<MODE>")])
  
  (define_expand "round<mode>2"
!   [(set (match_dup 4)
  	(plus:VF
  	  (match_operand:VF 1 "register_operand")
! 	  (match_dup 3)))
     (set (match_operand:VF 0 "register_operand")
  	(unspec:VF
! 	  [(match_dup 4) (match_dup 5)]
  	  UNSPEC_ROUND))]
    "TARGET_ROUND && !flag_trapping_math"
  {
--- 15623,15635 ----
     (set_attr "mode" "<MODE>")])
  
  (define_expand "round<mode>2"
!   [(set (match_dup 3)
  	(plus:VF
  	  (match_operand:VF 1 "register_operand")
! 	  (match_dup 2)))
     (set (match_operand:VF 0 "register_operand")
  	(unspec:VF
! 	  [(match_dup 3) (match_dup 4)]
  	  UNSPEC_ROUND))]
    "TARGET_ROUND && !flag_trapping_math"
  {
***************
*** 15644,15654 ****
    vec_half = ix86_build_const_vector (<MODE>mode, true, half);
    vec_half = force_reg (<MODE>mode, vec_half);
  
!   operands[3] = gen_reg_rtx (<MODE>mode);
!   emit_insn (gen_copysign<mode>3 (operands[3], vec_half, operands[1]));
  
!   operands[4] = gen_reg_rtx (<MODE>mode);
!   operands[5] = GEN_INT (ROUND_TRUNC);
  })
  
  (define_expand "round<mode>2_sfix"
--- 15649,15659 ----
    vec_half = ix86_build_const_vector (<MODE>mode, true, half);
    vec_half = force_reg (<MODE>mode, vec_half);
  
!   operands[2] = gen_reg_rtx (<MODE>mode);
!   emit_insn (gen_copysign<mode>3 (operands[2], vec_half, operands[1]));
  
!   operands[3] = gen_reg_rtx (<MODE>mode);
!   operands[4] = GEN_INT (ROUND_TRUNC);
  })
  
  (define_expand "round<mode>2_sfix"
***************
*** 17105,17116 ****
     (set_attr "mode" "TI")])
  
  (define_insn "xop_vpermil2<mode>3"
!   [(set (match_operand:VF_128_256 0 "register_operand" "=x")
  	(unspec:VF_128_256
! 	  [(match_operand:VF_128_256 1 "register_operand" "x")
! 	   (match_operand:VF_128_256 2 "nonimmediate_operand" "%x")
! 	   (match_operand:<sseintvecmode> 3 "nonimmediate_operand" "xm")
! 	   (match_operand:SI 4 "const_0_to_3_operand" "n")]
  	  UNSPEC_VPERMIL2))]
    "TARGET_XOP"
    "vpermil2<ssemodesuffix>\t{%4, %3, %2, %1, %0|%0, %1, %2, %3, %4}"
--- 17110,17121 ----
     (set_attr "mode" "TI")])
  
  (define_insn "xop_vpermil2<mode>3"
!   [(set (match_operand:VF_128_256 0 "register_operand" "=x,x")
  	(unspec:VF_128_256
! 	  [(match_operand:VF_128_256 1 "register_operand" "x,x")
! 	   (match_operand:VF_128_256 2 "nonimmediate_operand" "x,m")
! 	   (match_operand:<sseintvecmode> 3 "nonimmediate_operand" "xm,x")
! 	   (match_operand:SI 4 "const_0_to_3_operand" "n,n")]
  	  UNSPEC_VPERMIL2))]
    "TARGET_XOP"
    "vpermil2<ssemodesuffix>\t{%4, %3, %2, %1, %0|%0, %1, %2, %3, %4}"
diff -Nrcpad gcc-7.1.0/gcc/config/i386/sync.md gcc-7.2.0/gcc/config/i386/sync.md
*** gcc-7.1.0/gcc/config/i386/sync.md	Sun Feb 19 17:34:27 2017
--- gcc-7.2.0/gcc/config/i386/sync.md	Sun May 14 12:49:55 2017
***************
*** 25,30 ****
--- 25,33 ----
    UNSPEC_FILD_ATOMIC
    UNSPEC_FIST_ATOMIC
  
+   UNSPEC_LDX_ATOMIC
+   UNSPEC_STX_ATOMIC
+ 
    ;; __atomic support
    UNSPEC_LDA
    UNSPEC_STA
***************
*** 199,207 ****
  	}
        else
  	{
! 	  adjust_reg_mode (tmp, DImode);
! 	  emit_move_insn (tmp, src);
! 	  emit_move_insn (mem, tmp);
  	}
  
        if (mem != dst)
--- 202,209 ----
  	}
        else
  	{
! 	  emit_insn (gen_loaddi_via_sse (tmp, src));
! 	  emit_insn (gen_storedi_via_sse (mem, tmp));
  	}
  
        if (mem != dst)
***************
*** 226,235 ****
    "operands[5] = gen_lowpart (DFmode, operands[1]);")
  
  (define_peephole2
!   [(set (match_operand:DI 0 "sse_reg_operand")
! 	(match_operand:DI 1 "memory_operand"))
     (set (match_operand:DI 2 "memory_operand")
! 	(match_dup 0))
     (set (match_operand:DF 3 "fp_register_operand")
  	(match_operand:DF 4 "memory_operand"))]
    "!TARGET_64BIT
--- 228,239 ----
    "operands[5] = gen_lowpart (DFmode, operands[1]);")
  
  (define_peephole2
!   [(set (match_operand:DF 0 "sse_reg_operand")
! 	(unspec:DF [(match_operand:DI 1 "memory_operand")]
! 		   UNSPEC_LDX_ATOMIC))
     (set (match_operand:DI 2 "memory_operand")
! 	(unspec:DI [(match_dup 0)]
! 		   UNSPEC_STX_ATOMIC))
     (set (match_operand:DF 3 "fp_register_operand")
  	(match_operand:DF 4 "memory_operand"))]
    "!TARGET_64BIT
***************
*** 301,307 ****
    rtx dst = operands[0], src = operands[1];
    rtx mem = operands[2], tmp = operands[3];
  
!   if (!SSE_REG_P (src))
      {
        if (REG_P (src))
  	{
--- 305,313 ----
    rtx dst = operands[0], src = operands[1];
    rtx mem = operands[2], tmp = operands[3];
  
!   if (SSE_REG_P (src))
!     emit_move_insn (dst, src);
!   else
      {
        if (REG_P (src))
  	{
***************
*** 313,328 ****
  	{
  	  emit_insn (gen_loaddi_via_fpu (tmp, src));
  	  emit_insn (gen_storedi_via_fpu (dst, tmp));
- 	  DONE;
  	}
        else
  	{
! 	  adjust_reg_mode (tmp, DImode);
! 	  emit_move_insn (tmp, src);
! 	  src = tmp;
  	}
      }
-   emit_move_insn (dst, src);
    DONE;
  })
  
--- 319,331 ----
  	{
  	  emit_insn (gen_loaddi_via_fpu (tmp, src));
  	  emit_insn (gen_storedi_via_fpu (dst, tmp));
  	}
        else
  	{
! 	  emit_insn (gen_loaddi_via_sse (tmp, src));
! 	  emit_insn (gen_storedi_via_sse (dst, tmp));
  	}
      }
    DONE;
  })
  
***************
*** 344,353 ****
  (define_peephole2
    [(set (match_operand:DF 0 "memory_operand")
  	(match_operand:DF 1 "fp_register_operand"))
!    (set (match_operand:DI 2 "sse_reg_operand")
! 	(match_operand:DI 3 "memory_operand"))
     (set (match_operand:DI 4 "memory_operand")
! 	(match_dup 2))]
    "!TARGET_64BIT
     && peep2_reg_dead_p (3, operands[2])
     && rtx_equal_p (operands[0], adjust_address_nv (operands[3], DFmode, 0))"
--- 347,358 ----
  (define_peephole2
    [(set (match_operand:DF 0 "memory_operand")
  	(match_operand:DF 1 "fp_register_operand"))
!    (set (match_operand:DF 2 "sse_reg_operand")
! 	(unspec:DF [(match_operand:DI 3 "memory_operand")]
! 		   UNSPEC_LDX_ATOMIC))
     (set (match_operand:DI 4 "memory_operand")
! 	(unspec:DI [(match_dup 2)]
! 		   UNSPEC_STX_ATOMIC))]
    "!TARGET_64BIT
     && peep2_reg_dead_p (3, operands[2])
     && rtx_equal_p (operands[0], adjust_address_nv (operands[3], DFmode, 0))"
***************
*** 382,387 ****
--- 387,418 ----
    [(set_attr "type" "fmov")
     (set_attr "mode" "DI")])
  
+ (define_insn "loaddi_via_sse"
+   [(set (match_operand:DF 0 "register_operand" "=x")
+ 	(unspec:DF [(match_operand:DI 1 "memory_operand" "m")]
+ 		   UNSPEC_LDX_ATOMIC))]
+   "TARGET_SSE"
+ {
+   if (TARGET_SSE2)
+     return "%vmovq\t{%1, %0|%0, %1}";
+   return "movlps\t{%1, %0|%0, %1}";
+ }
+   [(set_attr "type" "ssemov")
+    (set_attr "mode" "DI")])
+ 
+ (define_insn "storedi_via_sse"
+   [(set (match_operand:DI 0 "memory_operand" "=m")
+ 	(unspec:DI [(match_operand:DF 1 "register_operand" "x")]
+ 		   UNSPEC_STX_ATOMIC))]
+   "TARGET_SSE"
+ {
+   if (TARGET_SSE2)
+     return "%vmovq\t{%1, %0|%0, %1}";
+   return "movlps\t{%1, %0|%0, %1}";
+ }
+   [(set_attr "type" "ssemov")
+    (set_attr "mode" "DI")])
+ 
  (define_expand "atomic_compare_and_swap<mode>"
    [(match_operand:QI 0 "register_operand")	;; bool success output
     (match_operand:SWI124 1 "register_operand")	;; oldval output
diff -Nrcpad gcc-7.1.0/gcc/config/lm32/rtems.h gcc-7.2.0/gcc/config/lm32/rtems.h
*** gcc-7.1.0/gcc/config/lm32/rtems.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/lm32/rtems.h	Wed Jul 26 08:31:09 2017
***************
*** 1,21 ****
  /* Definitions for rtems targeting a lm32 using ELF.
     Copyright (C) 2009-2017 Free Software Foundation, Inc.
  
! This file is part of GCC.
  
! GCC is free software; you can redistribute it and/or modify
! it under the terms of the GNU General Public License as published by
! the Free Software Foundation; either version 3, or (at your option)
! any later version.
  
! GCC is distributed in the hope that it will be useful,
! but WITHOUT ANY WARRANTY; without even the implied warranty of
! MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
! GNU General Public License for more details.
  
! You should have received a copy of the GNU General Public License
! along with GCC; see the file COPYING3.  If not see
! <http://www.gnu.org/licenses/>.  */
  
  /* Target OS builtins.  */
  #undef TARGET_OS_CPP_BUILTINS
--- 1,26 ----
  /* Definitions for rtems targeting a lm32 using ELF.
     Copyright (C) 2009-2017 Free Software Foundation, Inc.
  
!    This file is part of GCC.
  
!    GCC is free software; you can redistribute it and/or modify it
!    under the terms of the GNU General Public License as published
!    by the Free Software Foundation; either version 3, or (at your
!    option) any later version.
  
!    GCC is distributed in the hope that it will be useful, but WITHOUT
!    ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
!    or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public
!    License for more details.
  
!    Under Section 7 of GPL version 3, you are granted additional
!    permissions described in the GCC Runtime Library Exception, version
!    3.1, as published by the Free Software Foundation.
! 
!    You should have received a copy of the GNU General Public License and
!    a copy of the GCC Runtime Library Exception along with this program;
!    see the files COPYING3 and COPYING.RUNTIME respectively.  If not, see
!    <http://www.gnu.org/licenses/>.  */
  
  /* Target OS builtins.  */
  #undef TARGET_OS_CPP_BUILTINS
diff -Nrcpad gcc-7.1.0/gcc/config/m32c/rtems.h gcc-7.2.0/gcc/config/m32c/rtems.h
*** gcc-7.1.0/gcc/config/m32c/rtems.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/m32c/rtems.h	Wed Jul 26 08:31:09 2017
***************
*** 2,22 ****
     Copyright (C) 2008-2017 Free Software Foundation, Inc.
     Contributed by Joel Sherrill (joel@OARcorp.com).
  
! This file is part of GCC.
  
! GCC is free software; you can redistribute it and/or modify
! it under the terms of the GNU General Public License as published by
! the Free Software Foundation; either version 3, or (at your option)
! any later version.
  
! GCC is distributed in the hope that it will be useful,
! but WITHOUT ANY WARRANTY; without even the implied warranty of
! MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
! GNU General Public License for more details.
  
! You should have received a copy of the GNU General Public License
! along with GCC; see the file COPYING3.  If not see
! <http://www.gnu.org/licenses/>.  */
  
  /* Target OS builtins.  */
  #undef TARGET_OS_CPP_BUILTINS
--- 2,27 ----
     Copyright (C) 2008-2017 Free Software Foundation, Inc.
     Contributed by Joel Sherrill (joel@OARcorp.com).
  
!    This file is part of GCC.
  
!    GCC is free software; you can redistribute it and/or modify it
!    under the terms of the GNU General Public License as published
!    by the Free Software Foundation; either version 3, or (at your
!    option) any later version.
  
!    GCC is distributed in the hope that it will be useful, but WITHOUT
!    ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
!    or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public
!    License for more details.
  
!    Under Section 7 of GPL version 3, you are granted additional
!    permissions described in the GCC Runtime Library Exception, version
!    3.1, as published by the Free Software Foundation.
! 
!    You should have received a copy of the GNU General Public License and
!    a copy of the GCC Runtime Library Exception along with this program;
!    see the files COPYING3 and COPYING.RUNTIME respectively.  If not, see
!    <http://www.gnu.org/licenses/>.  */
  
  /* Target OS builtins.  */
  #undef TARGET_OS_CPP_BUILTINS
diff -Nrcpad gcc-7.1.0/gcc/config/m68k/m68k.md gcc-7.2.0/gcc/config/m68k/m68k.md
*** gcc-7.1.0/gcc/config/m68k/m68k.md	Fri Jan  6 21:21:02 2017
--- gcc-7.2.0/gcc/config/m68k/m68k.md	Tue Jun 20 10:27:32 2017
***************
*** 5337,5343 ****
    [(set_attr "type" "bitrw")])
  
  (define_insn "*bsetdreg"
!   [(set (match_operand:SI 0 "register_operand" "+d")
  	(ior:SI (ashift:SI (const_int 1)
  			   (and:SI (match_operand:SI 1 "register_operand" "d")
  				   (const_int 31)))
--- 5337,5343 ----
    [(set_attr "type" "bitrw")])
  
  (define_insn "*bsetdreg"
!   [(set (match_operand:SI 0 "register_operand" "=d")
  	(ior:SI (ashift:SI (const_int 1)
  			   (and:SI (match_operand:SI 1 "register_operand" "d")
  				   (const_int 31)))
***************
*** 5350,5356 ****
    [(set_attr "type" "bitrw")])
  
  (define_insn "*bchgdreg"
!   [(set (match_operand:SI 0 "register_operand" "+d")
  	(xor:SI (ashift:SI (const_int 1)
  			   (and:SI (match_operand:SI 1 "register_operand" "d")
  				   (const_int 31)))
--- 5350,5356 ----
    [(set_attr "type" "bitrw")])
  
  (define_insn "*bchgdreg"
!   [(set (match_operand:SI 0 "register_operand" "=d")
  	(xor:SI (ashift:SI (const_int 1)
  			   (and:SI (match_operand:SI 1 "register_operand" "d")
  				   (const_int 31)))
***************
*** 5363,5369 ****
    [(set_attr "type" "bitrw")])
  
  (define_insn "*bclrdreg"
!   [(set (match_operand:SI 0 "register_operand" "+d")
  	(and:SI (rotate:SI (const_int -2)
  			   (and:SI (match_operand:SI 1 "register_operand" "d")
  				   (const_int 31)))
--- 5363,5369 ----
    [(set_attr "type" "bitrw")])
  
  (define_insn "*bclrdreg"
!   [(set (match_operand:SI 0 "register_operand" "=d")
  	(and:SI (rotate:SI (const_int -2)
  			   (and:SI (match_operand:SI 1 "register_operand" "d")
  				   (const_int 31)))
diff -Nrcpad gcc-7.1.0/gcc/config/m68k/rtemself.h gcc-7.2.0/gcc/config/m68k/rtemself.h
*** gcc-7.1.0/gcc/config/m68k/rtemself.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/m68k/rtemself.h	Wed Jul 26 08:31:09 2017
***************
*** 3,23 ****
     Copyright (C) 2007-2017 Free Software Foundation, Inc.
     Contributed by Charles-Antoine Gauthier (charles.gauthier@nrc.ca).
  
! This file is part of GCC.
  
! GCC is free software; you can redistribute it and/or modify
! it under the terms of the GNU General Public License as published by
! the Free Software Foundation; either version 3, or (at your option)
! any later version.
  
! GCC is distributed in the hope that it will be useful,
! but WITHOUT ANY WARRANTY; without even the implied warranty of
! MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
! GNU General Public License for more details.
  
! You should have received a copy of the GNU General Public License
! along with GCC; see the file COPYING3.  If not see
! <http://www.gnu.org/licenses/>.  */
  
  
  /* Target OS builtins.  */
--- 3,28 ----
     Copyright (C) 2007-2017 Free Software Foundation, Inc.
     Contributed by Charles-Antoine Gauthier (charles.gauthier@nrc.ca).
  
!    This file is part of GCC.
  
!    GCC is free software; you can redistribute it and/or modify it
!    under the terms of the GNU General Public License as published
!    by the Free Software Foundation; either version 3, or (at your
!    option) any later version.
  
!    GCC is distributed in the hope that it will be useful, but WITHOUT
!    ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
!    or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public
!    License for more details.
  
!    Under Section 7 of GPL version 3, you are granted additional
!    permissions described in the GCC Runtime Library Exception, version
!    3.1, as published by the Free Software Foundation.
! 
!    You should have received a copy of the GNU General Public License and
!    a copy of the GCC Runtime Library Exception along with this program;
!    see the files COPYING3 and COPYING.RUNTIME respectively.  If not, see
!    <http://www.gnu.org/licenses/>.  */
  
  
  /* Target OS builtins.  */
diff -Nrcpad gcc-7.1.0/gcc/config/microblaze/rtems.h gcc-7.2.0/gcc/config/microblaze/rtems.h
*** gcc-7.1.0/gcc/config/microblaze/rtems.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/microblaze/rtems.h	Wed Jul 26 08:31:09 2017
***************
*** 1,21 ****
  /* Definitions for rtems targeting a microblaze using ELF.
     Copyright (C) 2012-2017 Free Software Foundation, Inc.
  
! This file is part of GCC.
  
! GCC is free software; you can redistribute it and/or modify
! it under the terms of the GNU General Public License as published by
! the Free Software Foundation; either version 3, or (at your option)
! any later version.
  
! GCC is distributed in the hope that it will be useful,
! but WITHOUT ANY WARRANTY; without even the implied warranty of
! MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
! GNU General Public License for more details.
  
! You should have received a copy of the GNU General Public License
! along with GCC; see the file COPYING3.  If not see
! <http://www.gnu.org/licenses/>.  */
  
  /* Specify predefined symbols in preprocessor.  */
  
--- 1,26 ----
  /* Definitions for rtems targeting a microblaze using ELF.
     Copyright (C) 2012-2017 Free Software Foundation, Inc.
  
!    This file is part of GCC.
  
!    GCC is free software; you can redistribute it and/or modify it
!    under the terms of the GNU General Public License as published
!    by the Free Software Foundation; either version 3, or (at your
!    option) any later version.
  
!    GCC is distributed in the hope that it will be useful, but WITHOUT
!    ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
!    or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public
!    License for more details.
  
!    Under Section 7 of GPL version 3, you are granted additional
!    permissions described in the GCC Runtime Library Exception, version
!    3.1, as published by the Free Software Foundation.
! 
!    You should have received a copy of the GNU General Public License and
!    a copy of the GCC Runtime Library Exception along with this program;
!    see the files COPYING3 and COPYING.RUNTIME respectively.  If not, see
!    <http://www.gnu.org/licenses/>.  */
  
  /* Specify predefined symbols in preprocessor.  */
  
diff -Nrcpad gcc-7.1.0/gcc/config/mips/rtems.h gcc-7.2.0/gcc/config/mips/rtems.h
*** gcc-7.1.0/gcc/config/mips/rtems.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/mips/rtems.h	Wed Jul 26 08:31:09 2017
***************
*** 2,22 ****
     Copyright (C) 1996-2017 Free Software Foundation, Inc.
     Contributed by Joel Sherrill (joel@OARcorp.com).
  
! This file is part of GCC.
  
! GCC is free software; you can redistribute it and/or modify
! it under the terms of the GNU General Public License as published by
! the Free Software Foundation; either version 3, or (at your option)
! any later version.
  
! GCC is distributed in the hope that it will be useful,
! but WITHOUT ANY WARRANTY; without even the implied warranty of
! MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
! GNU General Public License for more details.
  
! You should have received a copy of the GNU General Public License
! along with GCC; see the file COPYING3.  If not see
! <http://www.gnu.org/licenses/>.  */
  
  /* Specify predefined symbols in preprocessor.  */
  
--- 2,27 ----
     Copyright (C) 1996-2017 Free Software Foundation, Inc.
     Contributed by Joel Sherrill (joel@OARcorp.com).
  
!    This file is part of GCC.
  
!    GCC is free software; you can redistribute it and/or modify it
!    under the terms of the GNU General Public License as published
!    by the Free Software Foundation; either version 3, or (at your
!    option) any later version.
  
!    GCC is distributed in the hope that it will be useful, but WITHOUT
!    ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
!    or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public
!    License for more details.
  
!    Under Section 7 of GPL version 3, you are granted additional
!    permissions described in the GCC Runtime Library Exception, version
!    3.1, as published by the Free Software Foundation.
! 
!    You should have received a copy of the GNU General Public License and
!    a copy of the GCC Runtime Library Exception along with this program;
!    see the files COPYING3 and COPYING.RUNTIME respectively.  If not, see
!    <http://www.gnu.org/licenses/>.  */
  
  /* Specify predefined symbols in preprocessor.  */
  
diff -Nrcpad gcc-7.1.0/gcc/config/moxie/rtems.h gcc-7.2.0/gcc/config/moxie/rtems.h
*** gcc-7.1.0/gcc/config/moxie/rtems.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/moxie/rtems.h	Wed Jul 26 08:31:09 2017
***************
*** 2,22 ****
     Copyright (C) 2010-2017 Free Software Foundation, Inc.
     Contributed by Anthony Green (green@moxielogic.com)
  
! This file is part of GCC.
  
! GCC is free software; you can redistribute it and/or modify
! it under the terms of the GNU General Public License as published by
! the Free Software Foundation; either version 3, or (at your option)
! any later version.
  
! GCC is distributed in the hope that it will be useful,
! but WITHOUT ANY WARRANTY; without even the implied warranty of
! MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
! GNU General Public License for more details.
  
! You should have received a copy of the GNU General Public License
! along with GCC; see the file COPYING3.  If not see
! <http://www.gnu.org/licenses/>.  */
  
  /* Target OS preprocessor built-ins.  */
  #define TARGET_OS_CPP_BUILTINS()		\
--- 2,27 ----
     Copyright (C) 2010-2017 Free Software Foundation, Inc.
     Contributed by Anthony Green (green@moxielogic.com)
  
!    This file is part of GCC.
  
!    GCC is free software; you can redistribute it and/or modify it
!    under the terms of the GNU General Public License as published
!    by the Free Software Foundation; either version 3, or (at your
!    option) any later version.
  
!    GCC is distributed in the hope that it will be useful, but WITHOUT
!    ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
!    or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public
!    License for more details.
  
!    Under Section 7 of GPL version 3, you are granted additional
!    permissions described in the GCC Runtime Library Exception, version
!    3.1, as published by the Free Software Foundation.
! 
!    You should have received a copy of the GNU General Public License and
!    a copy of the GCC Runtime Library Exception along with this program;
!    see the files COPYING3 and COPYING.RUNTIME respectively.  If not, see
!    <http://www.gnu.org/licenses/>.  */
  
  /* Target OS preprocessor built-ins.  */
  #define TARGET_OS_CPP_BUILTINS()		\
diff -Nrcpad gcc-7.1.0/gcc/config/nios2/rtems.h gcc-7.2.0/gcc/config/nios2/rtems.h
*** gcc-7.1.0/gcc/config/nios2/rtems.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/nios2/rtems.h	Wed Jul 26 08:31:09 2017
***************
*** 3,23 ****
  
     Contributed by Chris Johns (chrisj@rtems.org).
  
! This file is part of GCC.
  
! GCC is free software; you can redistribute it and/or modify
! it under the terms of the GNU General Public License as published by
! the Free Software Foundation; either version 3, or (at your option)
! any later version.
  
! GCC is distributed in the hope that it will be useful,
! but WITHOUT ANY WARRANTY; without even the implied warranty of
! MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
! GNU General Public License for more details.
  
! You should have received a copy of the GNU General Public License
! along with GCC; see the file COPYING3.  If not see
! <http://www.gnu.org/licenses/>.  */
  
  /* Specify predefined symbols in preprocessor.  */
  #define TARGET_OS_CPP_BUILTINS()        \
--- 3,28 ----
  
     Contributed by Chris Johns (chrisj@rtems.org).
  
!    This file is part of GCC.
  
!    GCC is free software; you can redistribute it and/or modify it
!    under the terms of the GNU General Public License as published
!    by the Free Software Foundation; either version 3, or (at your
!    option) any later version.
  
!    GCC is distributed in the hope that it will be useful, but WITHOUT
!    ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
!    or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public
!    License for more details.
  
!    Under Section 7 of GPL version 3, you are granted additional
!    permissions described in the GCC Runtime Library Exception, version
!    3.1, as published by the Free Software Foundation.
! 
!    You should have received a copy of the GNU General Public License and
!    a copy of the GCC Runtime Library Exception along with this program;
!    see the files COPYING3 and COPYING.RUNTIME respectively.  If not, see
!    <http://www.gnu.org/licenses/>.  */
  
  /* Specify predefined symbols in preprocessor.  */
  #define TARGET_OS_CPP_BUILTINS()        \
diff -Nrcpad gcc-7.1.0/gcc/config/nvptx/nvptx.c gcc-7.2.0/gcc/config/nvptx/nvptx.c
*** gcc-7.1.0/gcc/config/nvptx/nvptx.c	Fri Mar 31 16:22:00 2017
--- gcc-7.2.0/gcc/config/nvptx/nvptx.c	Tue Jul 18 13:06:07 2017
*************** nvptx_single (unsigned mask, basic_block
*** 3860,3868 ****
    rtx_insn *tail = BB_END (to);
    unsigned skip_mask = mask;
  
!   /* Find first insn of from block */
!   while (head != BB_END (from) && !INSN_P (head))
!     head = NEXT_INSN (head);
  
    /* Find last insn of to block */
    rtx_insn *limit = from == to ? head : BB_HEAD (to);
--- 3860,3884 ----
    rtx_insn *tail = BB_END (to);
    unsigned skip_mask = mask;
  
!   while (true)
!     {
!       /* Find first insn of from block.  */
!       while (head != BB_END (from) && !INSN_P (head))
! 	head = NEXT_INSN (head);
! 
!       if (from == to)
! 	break;
! 
!       if (!(JUMP_P (head) && single_succ_p (from)))
! 	break;
! 
!       basic_block jump_target = single_succ (from);
!       if (!single_pred_p (jump_target))
! 	break;
! 
!       from = jump_target;
!       head = BB_HEAD (from);
!     }
  
    /* Find last insn of to block */
    rtx_insn *limit = from == to ? head : BB_HEAD (to);
diff -Nrcpad gcc-7.1.0/gcc/config/pa/pa.c gcc-7.2.0/gcc/config/pa/pa.c
*** gcc-7.1.0/gcc/config/pa/pa.c	Fri Feb 24 22:41:02 2017
--- gcc-7.2.0/gcc/config/pa/pa.c	Thu May 11 00:13:00 2017
*************** pa_output_64bit_ior (rtx *operands)
*** 3299,3304 ****
--- 3299,3322 ----
  static bool
  pa_assemble_integer (rtx x, unsigned int size, int aligned_p)
  {
+   bool result;
+   tree decl = NULL;
+ 
+   /* When we have a SYMBOL_REF with a SYMBOL_REF_DECL, we need to call
+      call assemble_external and set the SYMBOL_REF_DECL to NULL before
+      calling output_addr_const.  Otherwise, it may call assemble_external
+      in the midst of outputing the assembler code for the SYMBOL_REF.
+      We restore the SYMBOL_REF_DECL after the output is done.  */
+   if (GET_CODE (x) == SYMBOL_REF)
+     {
+       decl = SYMBOL_REF_DECL (x);
+       if (decl)
+ 	{
+ 	  assemble_external (decl);
+ 	  SET_SYMBOL_REF_DECL (x, NULL);
+ 	}
+     }
+ 
    if (size == UNITS_PER_WORD
        && aligned_p
        && function_label_operand (x, VOIDmode))
*************** pa_assemble_integer (rtx x, unsigned int
*** 3311,3319 ****
  
        output_addr_const (asm_out_file, x);
        fputc ('\n', asm_out_file);
!       return true;
      }
!   return default_assemble_integer (x, size, aligned_p);
  }
  
  /* Output an ascii string.  */
--- 3329,3343 ----
  
        output_addr_const (asm_out_file, x);
        fputc ('\n', asm_out_file);
!       result = true;
      }
!   else
!     result = default_assemble_integer (x, size, aligned_p);
! 
!   if (decl)
!     SET_SYMBOL_REF_DECL (x, decl);
! 
!   return result;
  }
  
  /* Output an ascii string.  */
*************** pa_cannot_change_mode_class (machine_mod
*** 9962,9980 ****
    if (from == to)
      return false;
  
    /* Reject changes to/from complex and vector modes.  */
    if (COMPLEX_MODE_P (from) || VECTOR_MODE_P (from)
        || COMPLEX_MODE_P (to) || VECTOR_MODE_P (to))
      return true;
        
!   if (GET_MODE_SIZE (from) == GET_MODE_SIZE (to))
!     return false;
! 
!   /* There is no way to load QImode or HImode values directly from
!      memory.  SImode loads to the FP registers are not zero extended.
!      On the 64-bit target, this conflicts with the definition of
!      LOAD_EXTEND_OP.  Thus, we can't allow changing between modes
!      with different sizes in the floating-point registers.  */
    if (MAYBE_FP_REG_CLASS_P (rclass))
      return true;
  
--- 9986,10008 ----
    if (from == to)
      return false;
  
+   if (GET_MODE_SIZE (from) == GET_MODE_SIZE (to))
+     return false;
+ 
+   /* Reject changes to/from modes with zero size.  */
+   if (!GET_MODE_SIZE (from) || !GET_MODE_SIZE (to))
+     return true;
+ 
    /* Reject changes to/from complex and vector modes.  */
    if (COMPLEX_MODE_P (from) || VECTOR_MODE_P (from)
        || COMPLEX_MODE_P (to) || VECTOR_MODE_P (to))
      return true;
        
!   /* There is no way to load QImode or HImode values directly from memory
!      to a FP register.  SImode loads to the FP registers are not zero
!      extended.  On the 64-bit target, this conflicts with the definition
!      of LOAD_EXTEND_OP.  Thus, we can't allow changing between modes with
!      different sizes in the floating-point registers.  */
    if (MAYBE_FP_REG_CLASS_P (rclass))
      return true;
  
diff -Nrcpad gcc-7.1.0/gcc/config/rs6000/ppc-auxv.h gcc-7.2.0/gcc/config/rs6000/ppc-auxv.h
*** gcc-7.1.0/gcc/config/rs6000/ppc-auxv.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/rs6000/ppc-auxv.h	Fri Jul 28 22:29:31 2017
***************
*** 89,94 ****
--- 89,96 ----
  #define PPC_FEATURE2_HTM_NOSC       0x01000000
  #define PPC_FEATURE2_ARCH_3_00      0x00800000
  #define PPC_FEATURE2_HAS_IEEE128    0x00400000
+ #define PPC_FEATURE2_DARN           0x00200000
+ #define PPC_FEATURE2_SCV            0x00100000
  
  
  /* Thread Control Block (TCB) offsets of the AT_PLATFORM, AT_HWCAP and
diff -Nrcpad gcc-7.1.0/gcc/config/rs6000/predicates.md gcc-7.2.0/gcc/config/rs6000/predicates.md
*** gcc-7.1.0/gcc/config/rs6000/predicates.md	Wed Mar  1 18:33:21 2017
--- gcc-7.2.0/gcc/config/rs6000/predicates.md	Fri May 26 01:52:24 2017
***************
*** 847,852 ****
--- 847,868 ----
    (and (match_operand 0 "memory_operand")
         (match_test "offsettable_nonstrict_memref_p (op)")))
  
+ ;; Return 1 if the operand is a simple offsettable memory operand
+ ;; that does not include pre-increment, post-increment, etc.
+ (define_predicate "simple_offsettable_mem_operand"
+   (match_operand 0 "offsettable_mem_operand")
+ {
+   rtx addr = XEXP (op, 0);
+ 
+   if (GET_CODE (addr) != PLUS && GET_CODE (addr) != LO_SUM)
+     return 0;
+ 
+   if (!CONSTANT_P (XEXP (addr, 1)))
+     return 0;
+ 
+   return base_reg_operand (XEXP (addr, 0), Pmode);
+ })
+ 
  ;; Return 1 if the operand is suitable for load/store quad memory.
  ;; This predicate only checks for non-atomic loads/stores (not lqarx/stqcx).
  (define_predicate "quad_memory_operand"
diff -Nrcpad gcc-7.1.0/gcc/config/rs6000/rs6000-c.c gcc-7.2.0/gcc/config/rs6000/rs6000-c.c
*** gcc-7.1.0/gcc/config/rs6000/rs6000-c.c	Tue Apr 25 16:16:13 2017
--- gcc-7.2.0/gcc/config/rs6000/rs6000-c.c	Tue Aug  1 16:44:17 2017
*************** rs6000_cpu_cpp_builtins (cpp_reader *pfi
*** 648,653 ****
--- 648,656 ----
      builtin_define ("__FLOAT128_HARDWARE__");
    if (TARGET_LONG_DOUBLE_128 && FLOAT128_IBM_P (TFmode))
      builtin_define ("__ibm128=long double");
+ #ifdef TARGET_LIBC_PROVIDES_HWCAP_IN_TCB
+   builtin_define ("__BUILTIN_CPU_SUPPORTS__");
+ #endif
  
    /* We needed to create a keyword if -mfloat128-type was used but not -mfloat,
       so we used __ieee128.  If -mfloat128 was used, create a #define back to
*************** altivec_resolve_overloaded_builtin (loca
*** 5646,5651 ****
--- 5649,5660 ----
        tree arg1 = (*arglist)[1];
        tree arg1_type = TREE_TYPE (arg1);
  
+       /* Both arguments must be vectors and the types must be compatible.  */
+       if (TREE_CODE (arg0_type) != VECTOR_TYPE)
+ 	goto bad;
+       if (!lang_hooks.types_compatible_p (arg0_type, arg1_type))
+ 	goto bad;
+ 
        /* Power9 instructions provide the most efficient implementation of
  	 ALTIVEC_BUILTIN_VEC_CMPNE if the mode is not DImode or TImode
  	 or SFmode or DFmode.  */
*************** altivec_resolve_overloaded_builtin (loca
*** 5655,5666 ****
  	  || (TYPE_MODE (TREE_TYPE (arg0_type)) == SFmode)
  	  || (TYPE_MODE (TREE_TYPE (arg0_type)) == DFmode))
  	{
- 	  /* Both arguments must be vectors and the types must be compatible.  */
- 	  if (TREE_CODE (arg0_type) != VECTOR_TYPE)
- 	    goto bad;
- 	  if (!lang_hooks.types_compatible_p (arg0_type, arg1_type))
- 	    goto bad;
- 
  	  switch (TYPE_MODE (TREE_TYPE (arg0_type)))
  	    {
  	      /* vec_cmpneq (va, vb) == vec_nor (vec_cmpeq (va, vb),
--- 5664,5669 ----
*************** altivec_resolve_overloaded_builtin (loca
*** 5722,5729 ****
  	 __int128) and the types must be compatible.  */
        if (TREE_CODE (arg0_type) != VECTOR_TYPE)
  	goto bad;
!       if (!lang_hooks.types_compatible_p (arg0_type, arg1_type) ||
! 	  !lang_hooks.types_compatible_p (arg1_type, arg2_type))
  	goto bad;
  
        switch (TYPE_MODE (TREE_TYPE (arg0_type)))
--- 5725,5732 ----
  	 __int128) and the types must be compatible.  */
        if (TREE_CODE (arg0_type) != VECTOR_TYPE)
  	goto bad;
!       if (!lang_hooks.types_compatible_p (arg0_type, arg1_type)
! 	  || !lang_hooks.types_compatible_p (arg1_type, arg2_type))
  	goto bad;
  
        switch (TYPE_MODE (TREE_TYPE (arg0_type)))
*************** altivec_resolve_overloaded_builtin (loca
*** 5786,5793 ****
  	 __int128) and the types must be compatible.  */
        if (TREE_CODE (arg0_type) != VECTOR_TYPE)
  	goto bad;
!       if (!lang_hooks.types_compatible_p (arg0_type, arg1_type) ||
! 	  !lang_hooks.types_compatible_p (arg1_type, arg2_type))
  	goto bad;
  
        switch (TYPE_MODE (TREE_TYPE (arg0_type)))
--- 5789,5796 ----
  	 __int128) and the types must be compatible.  */
        if (TREE_CODE (arg0_type) != VECTOR_TYPE)
  	goto bad;
!       if (!lang_hooks.types_compatible_p (arg0_type, arg1_type)
! 	  || !lang_hooks.types_compatible_p (arg1_type, arg2_type))
  	goto bad;
  
        switch (TYPE_MODE (TREE_TYPE (arg0_type)))
*************** altivec_resolve_overloaded_builtin (loca
*** 6215,6220 ****
--- 6218,6226 ----
  
        /* Strip qualifiers like "const" from the pointer arg.  */
        tree arg1_type = TREE_TYPE (arg1);
+       if (!POINTER_TYPE_P (arg1_type) && TREE_CODE (arg1_type) != ARRAY_TYPE)
+ 	goto bad;
+ 
        tree inner_type = TREE_TYPE (arg1_type);
        if (TYPE_QUALS (TREE_TYPE (arg1_type)) != 0)
  	{
*************** altivec_resolve_overloaded_builtin (loca
*** 6303,6313 ****
  	      arg2 = build1 (ADDR_EXPR, arg2_type, arg2_elt0);
  	    }
  
- 	  tree addr = fold_build2_loc (loc, POINTER_PLUS_EXPR, arg2_type,
- 				       arg2, arg1);
- 	  tree aligned = fold_build2_loc (loc, BIT_AND_EXPR, arg2_type, addr,
- 					  build_int_cst (arg2_type, -16));
- 
  	  /* Find the built-in to make sure a compatible one exists; if not
  	     we fall back to default handling to get the error message.  */
  	  for (desc = altivec_overloaded_builtins;
--- 6309,6314 ----
*************** altivec_resolve_overloaded_builtin (loca
*** 6320,6325 ****
--- 6321,6332 ----
  		&& rs6000_builtin_type_compatible (TREE_TYPE (arg2),
  						   desc->op3))
  	      {
+ 		tree addr = fold_build2_loc (loc, POINTER_PLUS_EXPR, arg2_type,
+ 					     arg2, arg1);
+ 		tree aligned
+ 		  = fold_build2_loc (loc, BIT_AND_EXPR, arg2_type,
+ 				     addr, build_int_cst (arg2_type, -16));
+ 
  		tree arg0_type = TREE_TYPE (arg0);
  		if (TYPE_MODE (arg0_type) == V2DImode)
  		  /* Type-based aliasing analysis thinks vector long
*************** altivec_resolve_overloaded_builtin (loca
*** 6438,6446 ****
        }
    }
   bad:
!     {
!       const char *name = rs6000_overloaded_builtin_name (fcode);
!       error ("invalid parameter combination for AltiVec intrinsic %s", name);
!       return error_mark_node;
!     }
  }
--- 6445,6453 ----
        }
    }
   bad:
!   {
!     const char *name = rs6000_overloaded_builtin_name (fcode);
!     error ("invalid parameter combination for AltiVec intrinsic %s", name);
!     return error_mark_node;
!   }
  }
diff -Nrcpad gcc-7.1.0/gcc/config/rs6000/rs6000.c gcc-7.2.0/gcc/config/rs6000/rs6000.c
*** gcc-7.1.0/gcc/config/rs6000/rs6000.c	Tue Apr 18 16:41:06 2017
--- gcc-7.2.0/gcc/config/rs6000/rs6000.c	Fri Jul 28 22:29:31 2017
*************** static const struct
*** 379,385 ****
    { "tar",		PPC_FEATURE2_HAS_TAR,		1 },
    { "vcrypto",		PPC_FEATURE2_HAS_VEC_CRYPTO,	1 },
    { "arch_3_00",	PPC_FEATURE2_ARCH_3_00,		1 },
!   { "ieee128",		PPC_FEATURE2_HAS_IEEE128,	1 }
  };
  
  /* Newer LIBCs explicitly export this symbol to declare that they provide
--- 379,387 ----
    { "tar",		PPC_FEATURE2_HAS_TAR,		1 },
    { "vcrypto",		PPC_FEATURE2_HAS_VEC_CRYPTO,	1 },
    { "arch_3_00",	PPC_FEATURE2_ARCH_3_00,		1 },
!   { "ieee128",		PPC_FEATURE2_HAS_IEEE128,	1 },
!   { "darn",		PPC_FEATURE2_DARN,		1 },
!   { "scv",		PPC_FEATURE2_SCV,		1 }
  };
  
  /* Newer LIBCs explicitly export this symbol to declare that they provide
*************** rs6000_density_test (rs6000_cost_data *d
*** 5873,5878 ****
--- 5875,5884 ----
  
  /* Implement targetm.vectorize.init_cost.  */
  
+ /* For each vectorized loop, this var holds TRUE iff a non-memory vector
+    instruction is needed by the vectorization.  */
+ static bool rs6000_vect_nonmem;
+ 
  static void *
  rs6000_init_cost (struct loop *loop_info)
  {
*************** rs6000_init_cost (struct loop *loop_info
*** 5881,5886 ****
--- 5887,5893 ----
    data->cost[vect_prologue] = 0;
    data->cost[vect_body]     = 0;
    data->cost[vect_epilogue] = 0;
+   rs6000_vect_nonmem = false;
    return data;
  }
  
*************** rs6000_add_stmt_cost (void *data, int co
*** 5907,5912 ****
--- 5914,5928 ----
  
        retval = (unsigned) (count * stmt_cost);
        cost_data->cost[where] += retval;
+ 
+       /* Check whether we're doing something other than just a copy loop.
+ 	 Not all such loops may be profitably vectorized; see
+ 	 rs6000_finish_cost.  */
+       if ((kind == vec_to_scalar || kind == vec_perm
+ 	   || kind == vec_promote_demote || kind == vec_construct
+ 	   || kind == scalar_to_vec)
+ 	  || (where == vect_body && kind == vector_stmt))
+ 	rs6000_vect_nonmem = true;
      }
  
    return retval;
*************** rs6000_finish_cost (void *data, unsigned
*** 5923,5928 ****
--- 5939,5957 ----
    if (cost_data->loop_info)
      rs6000_density_test (cost_data);
  
+   /* Don't vectorize minimum-vectorization-factor, simple copy loops
+      that require versioning for any reason.  The vectorization is at
+      best a wash inside the loop, and the versioning checks make
+      profitability highly unlikely and potentially quite harmful.  */
+   if (cost_data->loop_info)
+     {
+       loop_vec_info vec_info = loop_vec_info_for_loop (cost_data->loop_info);
+       if (!rs6000_vect_nonmem
+ 	  && LOOP_VINFO_VECT_FACTOR (vec_info) == 2
+ 	  && LOOP_REQUIRES_VERSIONING (vec_info))
+ 	cost_data->cost[vect_body] += 10000;
+     }
+ 
    *prologue_cost = cost_data->cost[vect_prologue];
    *body_cost     = cost_data->cost[vect_body];
    *epilogue_cost = cost_data->cost[vect_epilogue];
*************** rs6000_expand_vector_set (rtx target, rt
*** 7454,7459 ****
--- 7483,7490 ----
  	    insn = gen_vsx_set_v8hi_p9 (target, target, val, elt_rtx);
  	  else if (mode == V16QImode)
  	    insn = gen_vsx_set_v16qi_p9 (target, target, val, elt_rtx);
+ 	  else if (mode == V4SFmode)
+ 	    insn = gen_vsx_set_v4sf_p9 (target, target, val, elt_rtx);
  	}
  
        if (insn)
*************** cpu_expand_builtin (enum rs6000_builtins
*** 15555,15560 ****
--- 15586,15593 ----
        emit_insn (gen_eqsi3 (scratch2, scratch1, const0_rtx));
        emit_insn (gen_rtx_SET (target, gen_rtx_XOR (SImode, scratch2, const1_rtx)));
      }
+   else
+     gcc_unreachable ();
  
    /* Record that we have expanded a CPU builtin, so that we can later
       emit a reference to the special symbol exported by LIBC to ensure we
*************** cpu_expand_builtin (enum rs6000_builtins
*** 15562,15567 ****
--- 15595,15603 ----
    cpu_builtin_p = true;
  
  #else
+   warning (0, "%s needs GLIBC (2.23 and newer) that exports hardware "
+ 	   "capability bits", rs6000_builtin_info[(size_t) fcode].name);
+   
    /* For old LIBCs, always return FALSE.  */
    emit_move_insn (target, GEN_INT (0));
  #endif /* TARGET_LIBC_PROVIDES_HWCAP_IN_TCB */
*************** altivec_init_builtins (void)
*** 18183,18188 ****
--- 18219,18235 ----
        def_builtin ("__builtin_vsx_st_elemrev_v16qi",
  		   void_ftype_v16qi_long_pvoid, VSX_BUILTIN_ST_ELEMREV_V16QI);
      }
+   else
+     {
+       rs6000_builtin_decls[(int)VSX_BUILTIN_LD_ELEMREV_V8HI]
+ 	= rs6000_builtin_decls[(int)VSX_BUILTIN_LXVW4X_V8HI];
+       rs6000_builtin_decls[(int)VSX_BUILTIN_LD_ELEMREV_V16QI]
+ 	= rs6000_builtin_decls[(int)VSX_BUILTIN_LXVW4X_V16QI];
+       rs6000_builtin_decls[(int)VSX_BUILTIN_ST_ELEMREV_V8HI]
+ 	= rs6000_builtin_decls[(int)VSX_BUILTIN_STXVW4X_V8HI];
+       rs6000_builtin_decls[(int)VSX_BUILTIN_ST_ELEMREV_V16QI]
+ 	= rs6000_builtin_decls[(int)VSX_BUILTIN_STXVW4X_V16QI];
+     }
  
    def_builtin ("__builtin_vec_vsx_ld", opaque_ftype_long_pcvoid,
  	       VSX_BUILTIN_VEC_LD);
*************** rs6000_emit_allocate_stack (HOST_WIDE_IN
*** 28096,28104 ****
  	  && REGNO (stack_limit_rtx) > 1
  	  && REGNO (stack_limit_rtx) <= 31)
  	{
! 	  emit_insn (gen_add3_insn (tmp_reg, stack_limit_rtx, GEN_INT (size)));
! 	  emit_insn (gen_cond_trap (LTU, stack_reg, tmp_reg,
! 				    const0_rtx));
  	}
        else if (GET_CODE (stack_limit_rtx) == SYMBOL_REF
  	       && TARGET_32BIT
--- 28143,28153 ----
  	  && REGNO (stack_limit_rtx) > 1
  	  && REGNO (stack_limit_rtx) <= 31)
  	{
! 	  rtx_insn *insn
! 	    = gen_add3_insn (tmp_reg, stack_limit_rtx, GEN_INT (size));
! 	  gcc_assert (insn);
! 	  emit_insn (insn);
! 	  emit_insn (gen_cond_trap (LTU, stack_reg, tmp_reg, const0_rtx));
  	}
        else if (GET_CODE (stack_limit_rtx) == SYMBOL_REF
  	       && TARGET_32BIT
diff -Nrcpad gcc-7.1.0/gcc/config/rs6000/rs6000.md gcc-7.2.0/gcc/config/rs6000/rs6000.md
*** gcc-7.1.0/gcc/config/rs6000/rs6000.md	Fri Mar 31 15:59:46 2017
--- gcc-7.2.0/gcc/config/rs6000/rs6000.md	Fri Jul  7 20:47:15 2017
***************
*** 445,479 ****
  			   (DD "wn")
  			   (TD "wn")])
  
- ; Definitions for load to 32-bit fpr register
- (define_mode_attr f32_lr  [(SF "f")		  (SD "wz")])
- (define_mode_attr f32_lr2 [(SF "wb")		  (SD "wn")])
- (define_mode_attr f32_lm  [(SF "m")		  (SD "Z")])
- (define_mode_attr f32_lm2 [(SF "wY")		  (SD "wn")])
- (define_mode_attr f32_li  [(SF "lfs%U1%X1 %0,%1") (SD "lfiwzx %0,%y1")])
- (define_mode_attr f32_li2 [(SF "lxssp %0,%1")     (SD "lfiwzx %0,%y1")])
- (define_mode_attr f32_lv  [(SF "lxsspx %x0,%y1")  (SD "lxsiwzx %x0,%y1")])
- 
- ; Definitions for store from 32-bit fpr register
- (define_mode_attr f32_sr  [(SF "f")		   (SD "wx")])
- (define_mode_attr f32_sr2 [(SF "wb")		   (SD "wn")])
- (define_mode_attr f32_sm  [(SF "m")		   (SD "Z")])
- (define_mode_attr f32_sm2 [(SF "wY")		   (SD "wn")])
- (define_mode_attr f32_si  [(SF "stfs%U0%X0 %1,%0") (SD "stfiwx %1,%y0")])
- (define_mode_attr f32_si2 [(SF "stxssp %1,%0")     (SD "stfiwx %1,%y0")])
- (define_mode_attr f32_sv  [(SF "stxsspx %x1,%y0")  (SD "stxsiwx %x1,%y0")])
- 
- ; Definitions for 32-bit fpr direct move
- ; At present, the decimal modes are not allowed in the traditional altivec
- ; registers, so restrict the constraints to just the traditional FPRs.
- (define_mode_attr f32_dm [(SF "wn") (SD "wh")])
- 
- ; Definitions for 32-bit VSX
- (define_mode_attr f32_vsx [(SF "ww") (SD "wn")])
- 
- ; Definitions for 32-bit use of altivec registers
- (define_mode_attr f32_av  [(SF "wu") (SD "wn")])
- 
  ; Definitions for 64-bit VSX
  (define_mode_attr f64_vsx [(DF "ws") (DD "wn")])
  
--- 445,450 ----
***************
*** 566,572 ****
  (define_code_iterator any_float		[float unsigned_float])
  
  (define_code_attr u  [(sign_extend	"")
! 		      (zero_extend	"u")])
  
  (define_code_attr su [(sign_extend	"s")
  		      (zero_extend	"u")
--- 537,545 ----
  (define_code_iterator any_float		[float unsigned_float])
  
  (define_code_attr u  [(sign_extend	"")
! 		      (zero_extend	"u")
! 		      (fix		"")
! 		      (unsigned_fix	"u")])
  
  (define_code_attr su [(sign_extend	"s")
  		      (zero_extend	"u")
***************
*** 728,733 ****
--- 701,713 ----
  (define_code_attr     SMINMAX	[(smin "SMIN")
  				 (smax "SMAX")])
  
+ ;; Iterator to optimize the following cases:
+ ;;	D-form load to FPR register & move to Altivec register
+ ;;	Move Altivec register to FPR register and store
+ (define_mode_iterator ALTIVEC_DFORM [DF
+ 				     SF
+ 				     (DI "TARGET_POWERPC64")])
+ 
  
  ;; Start with fixed-point load and store insns.  Here we put only the more
  ;; complex forms.  Basic data transfer is done later.
***************
*** 974,980 ****
     (set (match_dup 0)
  	(sign_extend:EXTHI (match_dup 2)))]
  {
!   operands[2] = gen_rtx_REG (HImode, REGNO (operands[1]));
  })
  
  (define_insn "*extendhi<mode>2_noload"
--- 954,960 ----
     (set (match_dup 0)
  	(sign_extend:EXTHI (match_dup 2)))]
  {
!   operands[2] = gen_rtx_REG (HImode, REGNO (operands[0]));
  })
  
  (define_insn "*extendhi<mode>2_noload"
***************
*** 1027,1034 ****
  
  
  (define_insn "extendsi<mode>2"
!   [(set (match_operand:EXTSI 0 "gpc_reg_operand" "=r,r,wl,wu,wj,wK")
! 	(sign_extend:EXTSI (match_operand:SI 1 "lwa_operand" "Y,r,Z,Z,r,wK")))]
    ""
    "@
     lwa%U1%X1 %0,%1
--- 1007,1014 ----
  
  
  (define_insn "extendsi<mode>2"
!   [(set (match_operand:EXTSI 0 "gpc_reg_operand" "=r,r,wl,wu,wj,wK,wH")
! 	(sign_extend:EXTSI (match_operand:SI 1 "lwa_operand" "Y,r,Z,Z,r,wK,wH")))]
    ""
    "@
     lwa%U1%X1 %0,%1
***************
*** 1036,1044 ****
     lfiwax %0,%y1
     lxsiwax %x0,%y1
     mtvsrwa %x0,%1
!    vextsw2d %0,%1"
!   [(set_attr "type" "load,exts,fpload,fpload,mffgpr,vecexts")
!    (set_attr "sign_extend" "yes")])
  
  (define_insn_and_split "*extendsi<mode>2_dot"
    [(set (match_operand:CC 2 "cc_reg_operand" "=x,?y")
--- 1016,1053 ----
     lfiwax %0,%y1
     lxsiwax %x0,%y1
     mtvsrwa %x0,%1
!    vextsw2d %0,%1
!    #"
!   [(set_attr "type" "load,exts,fpload,fpload,mffgpr,vecexts,vecperm")
!    (set_attr "sign_extend" "yes")
!    (set_attr "length" "4,4,4,4,4,4,8")])
! 
! (define_split
!   [(set (match_operand:DI 0 "altivec_register_operand")
! 	(sign_extend:DI (match_operand:SI 1 "altivec_register_operand")))]
!   "TARGET_VSX_SMALL_INTEGER && TARGET_P8_VECTOR && !TARGET_P9_VECTOR
!    && reload_completed"
!   [(const_int 0)]
! {
!   rtx dest = operands[0];
!   rtx src = operands[1];
!   int dest_regno = REGNO (dest);
!   int src_regno = REGNO (src);
!   rtx dest_v2di = gen_rtx_REG (V2DImode, dest_regno);
!   rtx src_v4si = gen_rtx_REG (V4SImode, src_regno);
! 
!   if (VECTOR_ELT_ORDER_BIG)
!     {
!       emit_insn (gen_altivec_vupkhsw (dest_v2di, src_v4si));
!       emit_insn (gen_vsx_xxspltd_v2di (dest_v2di, dest_v2di, const1_rtx));
!     }
!   else
!     {
!       emit_insn (gen_altivec_vupklsw (dest_v2di, src_v4si));
!       emit_insn (gen_vsx_xxspltd_v2di (dest_v2di, dest_v2di, const0_rtx));
!     }
!   DONE;
! })
  
  (define_insn_and_split "*extendsi<mode>2_dot"
    [(set (match_operand:CC 2 "cc_reg_operand" "=x,?y")
***************
*** 1643,1648 ****
--- 1652,1668 ----
  		  || rtx_equal_p (operands[0], operands[1]))
  		 ? operands[0] : gen_reg_rtx (<MODE>mode));
  
+       /* Adding a constant to r0 is not a valid insn, so use a different
+ 	 strategy in that case.  */
+       if (reg_or_subregno (operands[1]) == 0 || reg_or_subregno (tmp) == 0)
+ 	{
+ 	  if (operands[0] == operands[1])
+ 	    FAIL;
+ 	  rs6000_emit_move (operands[0], operands[2], <MODE>mode);
+ 	  emit_insn (gen_add<mode>3 (operands[0], operands[1], operands[0]));
+ 	  DONE;
+ 	}
+ 
        HOST_WIDE_INT val = INTVAL (operands[2]);
        HOST_WIDE_INT low = ((val & 0xffff) ^ 0x8000) - 0x8000;
        HOST_WIDE_INT rest = trunc_int_for_mode (val - low, <MODE>mode);
***************
*** 5570,5576 ****
    "TARGET_HARD_FLOAT && ((TARGET_FPRS && <TARGET_FLOAT>) || <E500_CONVERT>)"
    "
  {
!   if (!<E500_CONVERT>)
      {
        rtx src = force_reg (<MODE>mode, operands[1]);
  
--- 5590,5596 ----
    "TARGET_HARD_FLOAT && ((TARGET_FPRS && <TARGET_FLOAT>) || <E500_CONVERT>)"
    "
  {
!   if (!<E500_CONVERT> && !TARGET_VSX_SMALL_INTEGER)
      {
        rtx src = force_reg (<MODE>mode, operands[1]);
  
***************
*** 5596,5602 ****
     (clobber (match_scratch:DI 2 "=d"))]
    "TARGET_HARD_FLOAT && TARGET_FPRS && TARGET_DOUBLE_FLOAT
     && (<MODE>mode != SFmode || TARGET_SINGLE_FLOAT)
!    && TARGET_STFIWX && can_create_pseudo_p ()"
    "#"
    ""
    [(pc)]
--- 5616,5623 ----
     (clobber (match_scratch:DI 2 "=d"))]
    "TARGET_HARD_FLOAT && TARGET_FPRS && TARGET_DOUBLE_FLOAT
     && (<MODE>mode != SFmode || TARGET_SINGLE_FLOAT)
!    && TARGET_STFIWX && can_create_pseudo_p ()
!    && !TARGET_VSX_SMALL_INTEGER"
    "#"
    ""
    [(pc)]
***************
*** 5637,5643 ****
  	(fix:SI (match_operand:SFDF 1 "gpc_reg_operand" "d,<rreg>")))
     (clobber (match_operand:DI 2 "gpc_reg_operand" "=1,d"))
     (clobber (match_operand:DI 3 "offsettable_mem_operand" "=o,o"))]
!   "TARGET_HARD_FLOAT && TARGET_FPRS && TARGET_DOUBLE_FLOAT"
    "#"
    ""
    [(pc)]
--- 5658,5665 ----
  	(fix:SI (match_operand:SFDF 1 "gpc_reg_operand" "d,<rreg>")))
     (clobber (match_operand:DI 2 "gpc_reg_operand" "=1,d"))
     (clobber (match_operand:DI 3 "offsettable_mem_operand" "=o,o"))]
!   "TARGET_HARD_FLOAT && TARGET_FPRS && TARGET_DOUBLE_FLOAT
!    && !TARGET_VSX_SMALL_INTEGER"
    "#"
    ""
    [(pc)]
***************
*** 5721,5727 ****
         || <E500_CONVERT>)"
    "
  {
!   if (!<E500_CONVERT>)
      {
        emit_insn (gen_fixuns_trunc<mode>si2_stfiwx (operands[0], operands[1]));
        DONE;
--- 5743,5749 ----
         || <E500_CONVERT>)"
    "
  {
!   if (!<E500_CONVERT> && !TARGET_VSX_SMALL_INTEGER)
      {
        emit_insn (gen_fixuns_trunc<mode>si2_stfiwx (operands[0], operands[1]));
        DONE;
***************
*** 5733,5739 ****
  	(unsigned_fix:SI (match_operand:SFDF 1 "gpc_reg_operand" "d")))
     (clobber (match_scratch:DI 2 "=d"))]
    "TARGET_HARD_FLOAT && TARGET_FPRS && <TARGET_FLOAT> && TARGET_FCTIWUZ
!    && TARGET_STFIWX && can_create_pseudo_p ()"
    "#"
    ""
    [(pc)]
--- 5755,5762 ----
  	(unsigned_fix:SI (match_operand:SFDF 1 "gpc_reg_operand" "d")))
     (clobber (match_scratch:DI 2 "=d"))]
    "TARGET_HARD_FLOAT && TARGET_FPRS && <TARGET_FLOAT> && TARGET_FCTIWUZ
!    && TARGET_STFIWX && can_create_pseudo_p ()
!    && !TARGET_VSX_SMALL_INTEGER"
    "#"
    ""
    [(pc)]
***************
*** 5818,5830 ****
      }
    DONE;
  })
! ; Here, we use (set (reg) (unspec:DI [(fix:SI ...)] UNSPEC_FCTIWZ))
! ; rather than (set (subreg:SI (reg)) (fix:SI ...))
! ; because the first makes it clear that operand 0 is not live
! ; before the instruction.
  (define_insn "fctiwz_<mode>"
    [(set (match_operand:DI 0 "gpc_reg_operand" "=d,wi")
! 	(unspec:DI [(fix:SI (match_operand:SFDF 1 "gpc_reg_operand" "<Ff>,<Fv>"))]
  		   UNSPEC_FCTIWZ))]
    "TARGET_HARD_FLOAT && TARGET_FPRS && TARGET_DOUBLE_FLOAT"
    "@
--- 5841,5883 ----
      }
    DONE;
  })
! 
! ;; If -mvsx-small-integer, we can represent the FIX operation directly.  On
! ;; older machines, we have to use an UNSPEC to produce a SImode and move it
! ;; to another location, since SImode is not allowed in vector registers.
! (define_insn "*fctiw<u>z_<mode>_smallint"
!   [(set (match_operand:SI 0 "vsx_register_operand" "=d,wi")
! 	(any_fix:SI (match_operand:SFDF 1 "gpc_reg_operand" "<Ff>,<Fv>")))]
!   "TARGET_HARD_FLOAT && TARGET_FPRS && TARGET_DOUBLE_FLOAT
!    && TARGET_VSX_SMALL_INTEGER"
!   "@
!    fctiw<u>z %0,%1
!    xscvdp<su>xws %x0,%x1"
!   [(set_attr "type" "fp")])
! 
! ;; Combiner pattern to prevent moving the result of converting a floating point
! ;; value to 32-bit integer to GPR in order to save it.
! (define_insn_and_split "*fctiw<u>z_<mode>_mem"
!   [(set (match_operand:SI 0 "memory_operand" "=Z")
! 	(any_fix:SI (match_operand:SFDF 1 "gpc_reg_operand" "wa")))
!    (clobber (match_scratch:SI 2 "=wa"))]
!   "TARGET_HARD_FLOAT && TARGET_FPRS && TARGET_DOUBLE_FLOAT
!    && TARGET_VSX_SMALL_INTEGER"
!   "#"
!   "&& reload_completed"
!   [(set (match_dup 2)
! 	(any_fix:SI (match_dup 1)))
!    (set (match_dup 0)
! 	(match_dup 2))])
! 
! ;; Here, we use (set (reg) (unspec:DI [(fix:SI ...)] UNSPEC_FCTIWZ))
! ;; rather than (set (subreg:SI (reg)) (fix:SI ...))
! ;; because the first makes it clear that operand 0 is not live
! ;; before the instruction.
  (define_insn "fctiwz_<mode>"
    [(set (match_operand:DI 0 "gpc_reg_operand" "=d,wi")
! 	(unspec:DI [(fix:SI
! 		     (match_operand:SFDF 1 "gpc_reg_operand" "<Ff>,<Fv>"))]
  		   UNSPEC_FCTIWZ))]
    "TARGET_HARD_FLOAT && TARGET_FPRS && TARGET_DOUBLE_FLOAT"
    "@
***************
*** 7168,7207 ****
    operands[3] = gen_int_mode (l, SImode);
  }")
  
! (define_insn "mov<mode>_hardfloat"
!   [(set (match_operand:FMOVE32 0 "nonimmediate_operand"
! 	 "=!r,       <f32_lr>,  <f32_lr2>, <f32_av>,  m,         <f32_sm>,
! 	  <f32_sm2>, Z,         <f32_vsx>, !r,        ?<f32_dm>, ?r,
! 	  f,         <f32_vsx>, !r,        *c*l,      !r,        *h")
! 	(match_operand:FMOVE32 1 "input_operand"
! 	 "m,         <f32_lm>,  <f32_lm2>, Z,         r,         <f32_sr>,
! 	  <f32_sr2>, <f32_av>,  <zero_fp>, <zero_fp>, r,         <f32_dm>,
! 	  f,         <f32_vsx>, r,         r,         *h,        0"))]
!   "(register_operand (operands[0], <MODE>mode)
!    || register_operand (operands[1], <MODE>mode))
     && TARGET_HARD_FLOAT && TARGET_FPRS && TARGET_SINGLE_FLOAT
     && (TARGET_ALLOW_SF_SUBREG
!        || valid_sf_si_move (operands[0], operands[1], <MODE>mode))"
    "@
     lwz%U1%X1 %0,%1
!    <f32_li>
!    <f32_li2>
!    <f32_lv>
     stw%U0%X0 %1,%0
-    <f32_si>
-    <f32_si2>
-    <f32_sv>
     xxlxor %x0,%x0,%x0
     li %0,0
     mtvsrwz %x0,%1
     mfvsrwz %0,%x1
     fmr %0,%1
-    xscpsgndp %x0,%x1,%x1
     mr %0,%1
     mt%0 %1
     mf%1 %0
     nop"
!   [(set_attr "type" "load,fpload,fpload,fpload,store,fpstore,fpstore,fpstore,veclogical,integer,mffgpr,mftgpr,fpsimple,fpsimple,*,mtjmpr,mfjmpr,*")])
  
  (define_insn "*mov<mode>_softfloat"
    [(set (match_operand:FMOVE32 0 "nonimmediate_operand" "=r,cl,r,r,m,r,r,r,r,*h")
--- 7221,7302 ----
    operands[3] = gen_int_mode (l, SImode);
  }")
  
! ;; Originally, we tried to keep movsf and movsd common, but the differences
! ;; addressing was making it rather difficult to hide with mode attributes.  In
! ;; particular for SFmode, on ISA 2.07 (power8) systems, having the GPR store
! ;; before the VSX stores meant that the register allocator would tend to do a
! ;; direct move to the GPR (which involves conversion from scalar to
! ;; vector/memory formats) to save values in the traditional Altivec registers,
! ;; while SDmode had problems on power6 if the GPR store was not first due to
! ;; the power6 not having an integer store operation.
! ;;
! ;;	LWZ          LFS        LXSSP       LXSSPX     STFS       STXSSP
! ;;	STXSSPX      STW        XXLXOR      LI         FMR        XSCPSGNDP
! ;;	MR           MT<x>      MF<x>       NOP
! 
! (define_insn "movsf_hardfloat"
!   [(set (match_operand:SF 0 "nonimmediate_operand"
! 	 "=!r,       f,         wb,         wu,        m,         wY,
! 	  Z,         m,         ww,         !r,        f,         ww,
! 	  !r,        *c*l,      !r,         *h")
! 	(match_operand:SF 1 "input_operand"
! 	 "m,         m,         wY,         Z,         f,         wb,
! 	  wu,        r,         j,          j,         f,         ww,
! 	  r,         r,         *h,         0"))]
!   "(register_operand (operands[0], SFmode)
!    || register_operand (operands[1], SFmode))
     && TARGET_HARD_FLOAT && TARGET_FPRS && TARGET_SINGLE_FLOAT
     && (TARGET_ALLOW_SF_SUBREG
!        || valid_sf_si_move (operands[0], operands[1], SFmode))"
    "@
     lwz%U1%X1 %0,%1
!    lfs%U1%X1 %0,%1
!    lxssp %0,%1
!    lxsspx %x0,%y1
!    stfs%U0%X0 %1,%0
!    stxssp %1,%0
!    stxsspx %x1,%y0
     stw%U0%X0 %1,%0
     xxlxor %x0,%x0,%x0
     li %0,0
+    fmr %0,%1
+    xscpsgndp %x0,%x1,%x1
+    mr %0,%1
+    mt%0 %1
+    mf%1 %0
+    nop"
+   [(set_attr "type"
+ 	"load,       fpload,    fpload,     fpload,    fpstore,   fpstore,
+ 	 fpstore,    store,     veclogical, integer,   fpsimple,  fpsimple,
+ 	 *,          mtjmpr,    mfjmpr,     *")])
+ 
+ ;;	LWZ          LFIWZX     STW        STFIWX     MTVSRWZ    MFVSRWZ
+ ;;	FMR          MR         MT%0       MF%1       NOP
+ (define_insn "movsd_hardfloat"
+   [(set (match_operand:SD 0 "nonimmediate_operand"
+ 	 "=!r,       wz,        m,         Z,         ?wh,       ?r,
+ 	  f,         !r,        *c*l,      !r,        *h")
+ 	(match_operand:SD 1 "input_operand"
+ 	 "m,         Z,         r,         wx,        r,         wh,
+ 	  f,         r,         r,         *h,        0"))]
+   "(register_operand (operands[0], SDmode)
+    || register_operand (operands[1], SDmode))
+    && TARGET_HARD_FLOAT && TARGET_FPRS && TARGET_SINGLE_FLOAT"
+   "@
+    lwz%U1%X1 %0,%1
+    lfiwzx %0,%y1
+    stw%U0%X0 %1,%0
+    stfiwx %1,%y0
     mtvsrwz %x0,%1
     mfvsrwz %0,%x1
     fmr %0,%1
     mr %0,%1
     mt%0 %1
     mf%1 %0
     nop"
!   [(set_attr "type"
! 	"load,       fpload,    store,     fpstore,   mffgpr,    mftgpr,
! 	 fpsimple,   *,         mtjmpr,    mfjmpr,    *")])
  
  (define_insn "*mov<mode>_softfloat"
    [(set (match_operand:FMOVE32 0 "nonimmediate_operand" "=r,cl,r,r,m,r,r,r,r,*h")
***************
*** 7385,7392 ****
  ;; except for 0.0 which can be created on VSX with an xor instruction.
  
  (define_insn "*mov<mode>_hardfloat32"
!   [(set (match_operand:FMOVE64 0 "nonimmediate_operand" "=m,d,d,<f64_av>,Z,<f64_p9>,wY,<f64_vsx>,<f64_vsx>,!r,Y,r,!r")
! 	(match_operand:FMOVE64 1 "input_operand" "d,m,d,Z,<f64_av>,wY,<f64_p9>,<f64_vsx>,<zero_fp>,<zero_fp>,r,Y,r"))]
    "! TARGET_POWERPC64 && TARGET_HARD_FLOAT && TARGET_FPRS && TARGET_DOUBLE_FLOAT 
     && (gpc_reg_operand (operands[0], <MODE>mode)
         || gpc_reg_operand (operands[1], <MODE>mode))"
--- 7480,7487 ----
  ;; except for 0.0 which can be created on VSX with an xor instruction.
  
  (define_insn "*mov<mode>_hardfloat32"
!   [(set (match_operand:FMOVE64 0 "nonimmediate_operand" "=m,d,d,<f64_p9>,wY,<f64_av>,Z,<f64_vsx>,<f64_vsx>,!r,Y,r,!r")
! 	(match_operand:FMOVE64 1 "input_operand" "d,m,d,wY,<f64_p9>,Z,<f64_av>,<f64_vsx>,<zero_fp>,<zero_fp>,r,Y,r"))]
    "! TARGET_POWERPC64 && TARGET_HARD_FLOAT && TARGET_FPRS && TARGET_DOUBLE_FLOAT 
     && (gpc_reg_operand (operands[0], <MODE>mode)
         || gpc_reg_operand (operands[1], <MODE>mode))"
***************
*** 7394,7403 ****
     stfd%U0%X0 %1,%0
     lfd%U1%X1 %0,%1
     fmr %0,%1
-    lxsd%U1x %x0,%y1
-    stxsd%U0x %x1,%y0
     lxsd %0,%1
     stxsd %1,%0
     xxlor %x0,%x1,%x1
     xxlxor %x0,%x0,%x0
     #
--- 7489,7498 ----
     stfd%U0%X0 %1,%0
     lfd%U1%X1 %0,%1
     fmr %0,%1
     lxsd %0,%1
     stxsd %1,%0
+    lxsd%U1x %x0,%y1
+    stxsd%U0x %x1,%y0
     xxlor %x0,%x1,%x1
     xxlxor %x0,%x0,%x0
     #
***************
*** 13999,14004 ****
--- 14094,14167 ----
     (set_attr "length" "8")])
  
  
+ ;; Optimize cases where we want to do a D-form load (register+offset) on
+ ;; ISA 2.06/2.07 to an Altivec register, and the register allocator
+ ;; has generated:
+ ;;	load fpr
+ ;;	move fpr->altivec
+ 
+ (define_peephole2
+   [(match_scratch:P 0 "b")
+    (set (match_operand:ALTIVEC_DFORM 1 "fpr_reg_operand")
+ 	(match_operand:ALTIVEC_DFORM 2 "simple_offsettable_mem_operand"))
+    (set (match_operand:ALTIVEC_DFORM 3 "altivec_register_operand")
+ 	(match_dup 1))]
+   "TARGET_VSX && TARGET_UPPER_REGS_<MODE> && !TARGET_P9_DFORM_SCALAR
+    && peep2_reg_dead_p (2, operands[1])"
+   [(set (match_dup 0)
+ 	(match_dup 4))
+    (set (match_dup 3)
+ 	(match_dup 5))]
+ {
+   rtx tmp_reg = operands[0];
+   rtx mem = operands[2];
+   rtx addr = XEXP (mem, 0);
+   rtx add_op0, add_op1, new_addr;
+ 
+   gcc_assert (GET_CODE (addr) == PLUS || GET_CODE (addr) == LO_SUM);
+   add_op0 = XEXP (addr, 0);
+   add_op1 = XEXP (addr, 1);
+   gcc_assert (REG_P (add_op0));
+   new_addr = gen_rtx_PLUS (Pmode, add_op0, tmp_reg);
+ 
+   operands[4] = add_op1;
+   operands[5] = change_address (mem, <MODE>mode, new_addr);
+ })
+ 
+ ;; Optimize cases were want to do a D-form store on ISA 2.06/2.07 from an
+ ;; Altivec register, and the register allocator has generated:
+ ;;	move altivec->fpr
+ ;;	store fpr
+ 
+ (define_peephole2
+   [(match_scratch:P 0 "b")
+    (set (match_operand:ALTIVEC_DFORM 1 "fpr_reg_operand")
+ 	(match_operand:ALTIVEC_DFORM 2 "altivec_register_operand"))
+    (set (match_operand:ALTIVEC_DFORM 3 "simple_offsettable_mem_operand")
+ 	(match_dup 1))]
+   "TARGET_VSX && TARGET_UPPER_REGS_<MODE> && !TARGET_P9_DFORM_SCALAR
+    && peep2_reg_dead_p (2, operands[1])"
+   [(set (match_dup 0)
+ 	(match_dup 4))
+    (set (match_dup 5)
+ 	(match_dup 2))]
+ {
+   rtx tmp_reg = operands[0];
+   rtx mem = operands[3];
+   rtx addr = XEXP (mem, 0);
+   rtx add_op0, add_op1, new_addr;
+ 
+   gcc_assert (GET_CODE (addr) == PLUS || GET_CODE (addr) == LO_SUM);
+   add_op0 = XEXP (addr, 0);
+   add_op1 = XEXP (addr, 1);
+   gcc_assert (REG_P (add_op0));
+   new_addr = gen_rtx_PLUS (Pmode, add_op0, tmp_reg);
+ 
+   operands[4] = add_op1;
+   operands[5] = change_address (mem, <MODE>mode, new_addr);
+ })
+    
+ 
  ;; Miscellaneous ISA 2.06 (power7) instructions
  (define_insn "addg6s"
    [(set (match_operand:SI 0 "register_operand" "=r")
diff -Nrcpad gcc-7.1.0/gcc/config/rs6000/rtems.h gcc-7.2.0/gcc/config/rs6000/rtems.h
*** gcc-7.1.0/gcc/config/rs6000/rtems.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/rs6000/rtems.h	Fri Jul 28 08:20:50 2017
***************
*** 14,46 ****
     or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public
     License for more details.
  
!    You should have received a copy of the GNU General Public License
!    along with GCC; see the file COPYING3.  If not see
     <http://www.gnu.org/licenses/>.  */
  
! /* Specify predefined symbols in preprocessor.  */
  
  #undef TARGET_OS_CPP_BUILTINS
! #define TARGET_OS_CPP_BUILTINS()          \
!   do                                      \
!     {                                     \
!       builtin_define_std ("PPC");         \
!       builtin_define ("__rtems__");       \
!       builtin_define ("__USE_INIT_FINI__"); \
!       builtin_assert ("system=rtems");    \
!       builtin_assert ("cpu=powerpc");     \
!       builtin_assert ("machine=powerpc"); \
!       TARGET_OS_SYSV_CPP_BUILTINS ();     \
!     }                                     \
    while (0)
  
  #undef TARGET_LIBGCC_SDATA_SECTION
  #define TARGET_LIBGCC_SDATA_SECTION ".sdata"
  
! #undef CPP_OS_DEFAULT_SPEC
! #define CPP_OS_DEFAULT_SPEC "%(cpp_os_rtems)"
  
! #define CPP_OS_RTEMS_SPEC "\
  %{!mcpu*:  %{!Dppc*: %{!Dmpc*: -Dmpc750} } }\
  %{mcpu=403:  %{!Dppc*: %{!Dmpc*: -Dppc403}  } } \
  %{mcpu=505:  %{!Dppc*: %{!Dmpc*: -Dmpc505}  } } \
--- 14,185 ----
     or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public
     License for more details.
  
!    Under Section 7 of GPL version 3, you are granted additional
!    permissions described in the GCC Runtime Library Exception, version
!    3.1, as published by the Free Software Foundation.
! 
!    You should have received a copy of the GNU General Public License and
!    a copy of the GCC Runtime Library Exception along with this program;
!    see the files COPYING3 and COPYING.RUNTIME respectively.  If not, see
     <http://www.gnu.org/licenses/>.  */
  
! /* Copy and paste from linux64.h and freebsd64.h */
! #ifdef IN_LIBGCC2
! #undef TARGET_64BIT
! #ifdef __powerpc64__
! #define TARGET_64BIT 1
! #else
! #define TARGET_64BIT 0
! #endif
! #endif
! 
! /* Copy and paste from linux64.h and freebsd64.h */
! #undef	TARGET_AIX
! #define	TARGET_AIX TARGET_64BIT
  
  #undef TARGET_OS_CPP_BUILTINS
! #define TARGET_OS_CPP_BUILTINS()			\
!   do							\
!     {							\
!       builtin_define ("__rtems__");			\
!       builtin_define ("__USE_INIT_FINI__");		\
!       builtin_assert ("system=rtems");			\
!       if (TARGET_64BIT)					\
! 	{						\
! 	  builtin_define ("__PPC__");			\
! 	  builtin_define ("__PPC64__");			\
! 	  builtin_define ("__powerpc64__");		\
! 	  builtin_assert ("cpu=powerpc64");		\
! 	  builtin_assert ("machine=powerpc64");		\
! 	}						\
!       else						\
! 	{						\
! 	  builtin_define_std ("PPC");			\
! 	  builtin_define_std ("powerpc");		\
! 	  builtin_assert ("cpu=powerpc");		\
! 	  builtin_assert ("machine=powerpc");		\
! 	  TARGET_OS_SYSV_CPP_BUILTINS ();		\
! 	}						\
!     }							\
!   while (0)
! 
! /* Copy and paste from linux64.h and freebsd64.h */
! #define INVALID_64BIT "-m%s not supported in this configuration"
! 
! /* A lot of copy and paste from linux64.h and freebsd64.h */
! #undef	SUBSUBTARGET_OVERRIDE_OPTIONS
! #define	SUBSUBTARGET_OVERRIDE_OPTIONS				\
!   do								\
!     {								\
!       if (rs6000_isa_flags & OPTION_MASK_64BIT)			\
! 	{							\
! 	  rs6000_elf_abi = 2;					\
! 	  rs6000_current_abi = ABI_ELFv2;			\
! 	  if (rs6000_isa_flags & OPTION_MASK_RELOCATABLE)	\
! 	    {							\
! 	      rs6000_isa_flags &= ~OPTION_MASK_RELOCATABLE;	\
! 	      error (INVALID_64BIT, "relocatable");		\
! 	    }							\
! 	  if (rs6000_isa_flags & OPTION_MASK_EABI)		\
! 	    {							\
! 	      rs6000_isa_flags &= ~OPTION_MASK_EABI;		\
! 	      error (INVALID_64BIT, "eabi");			\
! 	    }							\
! 	  if (TARGET_PROTOTYPE)					\
! 	    {							\
! 	      target_prototype = 0;				\
! 	      error (INVALID_64BIT, "prototype");		\
! 	    }							\
! 	  if ((rs6000_isa_flags & OPTION_MASK_POWERPC64) == 0)	\
! 	    {							\
! 	      rs6000_isa_flags |= OPTION_MASK_POWERPC64;	\
! 	      error ("-m64 requires a PowerPC64 cpu");		\
! 	    }							\
! 	}							\
!     }								\
    while (0)
  
  #undef TARGET_LIBGCC_SDATA_SECTION
  #define TARGET_LIBGCC_SDATA_SECTION ".sdata"
  
! /* Copy and paste from linux64.h and freebsd64.h */
! #undef	SIZE_TYPE
! #define	SIZE_TYPE (TARGET_64BIT ? "long unsigned int" : "unsigned int")
  
! /* Copy and paste from linux64.h and freebsd64.h */
! #undef	PTRDIFF_TYPE
! #define	PTRDIFF_TYPE (TARGET_64BIT ? "long int" : "int")
! 
! /* Copy and paste from freebsd64.h */
! #undef WCHAR_TYPE
! 
! /* Copy and paste from freebsd64.h */
! #undef  WCHAR_TYPE_SIZE
! #define WCHAR_TYPE_SIZE 32
! 
! /* Copy and paste from linux64.h and freebsd64.h */
! #ifdef __powerpc64__
! #define CRT_CALL_STATIC_FUNCTION(SECTION_OP, FUNC)	\
!   asm (SECTION_OP "\n"					\
! "	bl " #FUNC "\n"					\
! "	nop\n"						\
! "	.previous");
! #endif
! 
! /* This could be also POWERPC_FREEBSD.  It is related to the save/restore
!    defines below.  */
! #define POWERPC_LINUX
! 
! /* Copy and paste from linux64.h and freebsd64.h */
! #undef  SAVE_FP_PREFIX
! #define SAVE_FP_PREFIX (TARGET_64BIT ? "._savef" : "_savefpr_")
! #undef  SAVE_FP_SUFFIX
! #define SAVE_FP_SUFFIX ""
! #undef  RESTORE_FP_PREFIX
! #define RESTORE_FP_PREFIX (TARGET_64BIT ? "._restf" : "_restfpr_")
! #undef  RESTORE_FP_SUFFIX
! #define RESTORE_FP_SUFFIX ""
! 
! /* Copy and paste from linux64.h and freebsd64.h */
! #undef	ASM_DECLARE_FUNCTION_SIZE
! #define	ASM_DECLARE_FUNCTION_SIZE(FILE, FNAME, DECL)			\
!   do									\
!     {									\
!       if (!flag_inhibit_size_directive)					\
! 	{								\
! 	  fputs ("\t.size\t", (FILE));					\
! 	  if (TARGET_64BIT && DOT_SYMBOLS)				\
! 	    putc ('.', (FILE));						\
! 	  assemble_name ((FILE), (FNAME));				\
! 	  fputs (",.-", (FILE));					\
! 	  rs6000_output_function_entry (FILE, FNAME);			\
! 	  putc ('\n', (FILE));						\
! 	}								\
!     }									\
!   while (0)
! 
! /* Copy and paste from linux64.h and freebsd64.h */
! #undef  ASM_OUTPUT_SPECIAL_POOL_ENTRY_P
! #define ASM_OUTPUT_SPECIAL_POOL_ENTRY_P(X, MODE)			\
!   (TARGET_TOC								\
!    && (GET_CODE (X) == SYMBOL_REF					\
!        || (GET_CODE (X) == CONST && GET_CODE (XEXP (X, 0)) == PLUS	\
! 	   && GET_CODE (XEXP (XEXP (X, 0), 0)) == SYMBOL_REF)		\
!        || GET_CODE (X) == LABEL_REF					\
!        || (GET_CODE (X) == CONST_INT 					\
! 	   && GET_MODE_BITSIZE (MODE) <= GET_MODE_BITSIZE (Pmode))	\
!        || (GET_CODE (X) == CONST_DOUBLE					\
! 	   && ((TARGET_64BIT						\
! 		&& (TARGET_MINIMAL_TOC					\
! 		    || (SCALAR_FLOAT_MODE_P (GET_MODE (X))		\
! 			&& ! TARGET_NO_FP_IN_TOC)))			\
! 	       || (!TARGET_64BIT					\
! 		   && !TARGET_NO_FP_IN_TOC				\
! 		   && SCALAR_FLOAT_MODE_P (GET_MODE (X))		\
! 		   && BITS_PER_WORD == HOST_BITS_PER_INT)))))
! 
! #undef CPP_OS_DEFAULT_SPEC
! #define CPP_OS_DEFAULT_SPEC "\
  %{!mcpu*:  %{!Dppc*: %{!Dmpc*: -Dmpc750} } }\
  %{mcpu=403:  %{!Dppc*: %{!Dmpc*: -Dppc403}  } } \
  %{mcpu=505:  %{!Dppc*: %{!Dmpc*: -Dmpc505}  } } \
***************
*** 55,60 ****
  %{mcpu=8540: %{!Dppc*: %{!Dmpc*: -Dppc8540}  } } \
  %{mcpu=e6500: -D__PPC_CPU_E6500__}"
  
  #undef  SUBSUBTARGET_EXTRA_SPECS
  #define SUBSUBTARGET_EXTRA_SPECS \
!   { "cpp_os_rtems",		CPP_OS_RTEMS_SPEC }
--- 194,230 ----
  %{mcpu=8540: %{!Dppc*: %{!Dmpc*: -Dppc8540}  } } \
  %{mcpu=e6500: -D__PPC_CPU_E6500__}"
  
+ #undef	ASM_DEFAULT_SPEC
+ #define	ASM_DEFAULT_SPEC "-mppc%{m64:64}"
+ 
+ #undef	ASM_SPEC
+ #define	ASM_SPEC "%{!m64:%(asm_spec32)}%{m64:%(asm_spec64)} %(asm_spec_common)"
+ 
+ #define ASM_SPEC32 "-a32 \
+ %{mrelocatable} %{mrelocatable-lib} %{" FPIE_OR_FPIC_SPEC ":-K PIC} \
+ %{memb|msdata=eabi: -memb}"
+ 
+ #define ASM_SPEC64 "-a64"
+ 
+ #define ASM_SPEC_COMMON "%(asm_cpu) \
+ %{,assembler|,assembler-with-cpp: %{mregnames} %{mno-regnames}}" \
+   ENDIAN_SELECT(" -mbig", " -mlittle", DEFAULT_ASM_ENDIAN)
+ 
+ #undef  LINK_OS_DEFAULT_SPEC
+ #define LINK_OS_DEFAULT_SPEC \
+ "%{!m64:%(link_os_spec32)}%{m64:%(link_os_spec64)}"
+ 
+ #define LINK_OS_SPEC32 ENDIAN_SELECT(" -m elf32ppc",		\
+ 				     " -m elf32lppc",		\
+ 				     " -m elf32ppc")
+ #define LINK_OS_SPEC64 ENDIAN_SELECT(" -m elf64ppc",		\
+ 				     " -m elf64lppc",		\
+ 				     " -m elf64ppc")
+ 
  #undef  SUBSUBTARGET_EXTRA_SPECS
  #define SUBSUBTARGET_EXTRA_SPECS \
!   { "asm_spec_common",		ASM_SPEC_COMMON },			\
!   { "asm_spec32",		ASM_SPEC32 },				\
!   { "asm_spec64",		ASM_SPEC64 },				\
!   { "link_os_spec32",		LINK_OS_SPEC32 },			\
!   { "link_os_spec64",		LINK_OS_SPEC64 },
diff -Nrcpad gcc-7.1.0/gcc/config/rs6000/t-rtems gcc-7.2.0/gcc/config/rs6000/t-rtems
*** gcc-7.1.0/gcc/config/rs6000/t-rtems	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/rs6000/t-rtems	Fri Jul 28 08:20:50 2017
*************** MULTILIB_REQUIRED =
*** 27,34 ****
  MULTILIB_OPTIONS += mcpu=403/mcpu=505/mcpu=603e/mcpu=604/mcpu=860/mcpu=7400/mcpu=8540/mcpu=e6500
  MULTILIB_DIRNAMES += m403 m505 m603e m604 m860 m7400 m8540 me6500
  
! MULTILIB_OPTIONS += m32
! MULTILIB_DIRNAMES += m32
  
  MULTILIB_OPTIONS += msoft-float/mfloat-gprs=double
  MULTILIB_DIRNAMES += nof gprsdouble
--- 27,34 ----
  MULTILIB_OPTIONS += mcpu=403/mcpu=505/mcpu=603e/mcpu=604/mcpu=860/mcpu=7400/mcpu=8540/mcpu=e6500
  MULTILIB_DIRNAMES += m403 m505 m603e m604 m860 m7400 m8540 me6500
  
! MULTILIB_OPTIONS += m32/m64
! MULTILIB_DIRNAMES += m32 m64
  
  MULTILIB_OPTIONS += msoft-float/mfloat-gprs=double
  MULTILIB_DIRNAMES += nof gprsdouble
*************** MULTILIB_REQUIRED += mcpu=8540/mfloat-gp
*** 77,79 ****
--- 77,81 ----
  MULTILIB_REQUIRED += mcpu=860
  MULTILIB_REQUIRED += mcpu=e6500/m32
  MULTILIB_REQUIRED += mcpu=e6500/m32/msoft-float/mno-altivec
+ MULTILIB_REQUIRED += mcpu=e6500/m64
+ MULTILIB_REQUIRED += mcpu=e6500/m64/msoft-float/mno-altivec
diff -Nrcpad gcc-7.1.0/gcc/config/rs6000/vector.md gcc-7.2.0/gcc/config/rs6000/vector.md
*** gcc-7.1.0/gcc/config/rs6000/vector.md	Mon Mar 20 18:05:00 2017
--- gcc-7.2.0/gcc/config/rs6000/vector.md	Tue Jun 27 16:43:35 2017
***************
*** 582,594 ****
  	(gt:VEC_F (match_dup 2)
  		  (match_dup 1)))
     (set (match_dup 0)
! 	(not:VEC_F (ior:VEC_F (match_dup 3)
! 			      (match_dup 4))))]
!   "
  {
    operands[3] = gen_reg_rtx (<MODE>mode);
    operands[4] = gen_reg_rtx (<MODE>mode);
! }")
  
  (define_insn_and_split "*vector_ltgt<mode>"
    [(set (match_operand:VEC_F 0 "vfloat_operand" "")
--- 582,593 ----
  	(gt:VEC_F (match_dup 2)
  		  (match_dup 1)))
     (set (match_dup 0)
! 	(and:VEC_F (not:VEC_F (match_dup 3))
! 		   (not:VEC_F (match_dup 4))))]
  {
    operands[3] = gen_reg_rtx (<MODE>mode);
    operands[4] = gen_reg_rtx (<MODE>mode);
! })
  
  (define_insn_and_split "*vector_ltgt<mode>"
    [(set (match_operand:VEC_F 0 "vfloat_operand" "")
diff -Nrcpad gcc-7.1.0/gcc/config/rs6000/vsx.md gcc-7.2.0/gcc/config/rs6000/vsx.md
*** gcc-7.1.0/gcc/config/rs6000/vsx.md	Tue Apr 18 16:41:06 2017
--- gcc-7.2.0/gcc/config/rs6000/vsx.md	Thu Jun 29 22:19:29 2017
***************
*** 3012,3017 ****
--- 3012,3145 ----
  }
    [(set_attr "type" "vecperm")])
  
+ (define_insn_and_split "vsx_set_v4sf_p9"
+   [(set (match_operand:V4SF 0 "gpc_reg_operand" "=wa")
+ 	(unspec:V4SF
+ 	 [(match_operand:V4SF 1 "gpc_reg_operand" "0")
+ 	  (match_operand:SF 2 "gpc_reg_operand" "ww")
+ 	  (match_operand:QI 3 "const_0_to_3_operand" "n")]
+ 	 UNSPEC_VSX_SET))
+    (clobber (match_scratch:SI 4 "=&wJwK"))]
+   "VECTOR_MEM_VSX_P (V4SFmode) && TARGET_P9_VECTOR && TARGET_VSX_SMALL_INTEGER
+    && TARGET_UPPER_REGS_DI && TARGET_POWERPC64"
+   "#"
+   "&& reload_completed"
+   [(set (match_dup 5)
+ 	(unspec:V4SF [(match_dup 2)]
+ 		     UNSPEC_VSX_CVDPSPN))
+    (parallel [(set (match_dup 4)
+ 		   (vec_select:SI (match_dup 6)
+ 				  (parallel [(match_dup 7)])))
+ 	      (clobber (scratch:SI))])
+    (set (match_dup 8)
+ 	(unspec:V4SI [(match_dup 8)
+ 		      (match_dup 4)
+ 		      (match_dup 3)]
+ 		     UNSPEC_VSX_SET))]
+ {
+   unsigned int tmp_regno = reg_or_subregno (operands[4]);
+ 
+   operands[5] = gen_rtx_REG (V4SFmode, tmp_regno);
+   operands[6] = gen_rtx_REG (V4SImode, tmp_regno);
+   operands[7] = GEN_INT (VECTOR_ELT_ORDER_BIG ? 1 : 2);
+   operands[8] = gen_rtx_REG (V4SImode, reg_or_subregno (operands[0]));
+ }
+   [(set_attr "type" "vecperm")
+    (set_attr "length" "12")])
+ 
+ ;; Special case setting 0.0f to a V4SF element
+ (define_insn_and_split "*vsx_set_v4sf_p9_zero"
+   [(set (match_operand:V4SF 0 "gpc_reg_operand" "=wa")
+ 	(unspec:V4SF
+ 	 [(match_operand:V4SF 1 "gpc_reg_operand" "0")
+ 	  (match_operand:SF 2 "zero_fp_constant" "j")
+ 	  (match_operand:QI 3 "const_0_to_3_operand" "n")]
+ 	 UNSPEC_VSX_SET))
+    (clobber (match_scratch:SI 4 "=&wJwK"))]
+   "VECTOR_MEM_VSX_P (V4SFmode) && TARGET_P9_VECTOR && TARGET_VSX_SMALL_INTEGER
+    && TARGET_UPPER_REGS_DI && TARGET_POWERPC64"
+   "#"
+   "&& reload_completed"
+   [(set (match_dup 4)
+ 	(const_int 0))
+    (set (match_dup 5)
+ 	(unspec:V4SI [(match_dup 5)
+ 		      (match_dup 4)
+ 		      (match_dup 3)]
+ 		     UNSPEC_VSX_SET))]
+ {
+   operands[5] = gen_rtx_REG (V4SImode, reg_or_subregno (operands[0]));
+ }
+   [(set_attr "type" "vecperm")
+    (set_attr "length" "8")])
+ 
+ ;; Optimize x = vec_insert (vec_extract (v2, n), v1, m) if n is the element
+ ;; that is in the default scalar position (1 for big endian, 2 for little
+ ;; endian).  We just need to do an xxinsertw since the element is in the
+ ;; correct location.
+ 
+ (define_insn "*vsx_insert_extract_v4sf_p9"
+   [(set (match_operand:V4SF 0 "gpc_reg_operand" "=wa")
+ 	(unspec:V4SF
+ 	 [(match_operand:V4SF 1 "gpc_reg_operand" "0")
+ 	  (vec_select:SF (match_operand:V4SF 2 "gpc_reg_operand" "wa")
+ 			 (parallel
+ 			  [(match_operand:QI 3 "const_0_to_3_operand" "n")]))
+ 	  (match_operand:QI 4 "const_0_to_3_operand" "n")]
+ 	 UNSPEC_VSX_SET))]
+   "VECTOR_MEM_VSX_P (V4SFmode) && TARGET_P9_VECTOR && TARGET_VSX_SMALL_INTEGER
+    && TARGET_UPPER_REGS_DI && TARGET_POWERPC64
+    && (INTVAL (operands[3]) == (VECTOR_ELT_ORDER_BIG ? 1 : 2))"
+ {
+   int ele = INTVAL (operands[4]);
+ 
+   if (!VECTOR_ELT_ORDER_BIG)
+     ele = GET_MODE_NUNITS (V4SFmode) - 1 - ele;
+ 
+   operands[4] = GEN_INT (GET_MODE_SIZE (SFmode) * ele);
+   return "xxinsertw %x0,%x2,%4";
+ }
+   [(set_attr "type" "vecperm")])
+ 
+ ;; Optimize x = vec_insert (vec_extract (v2, n), v1, m) if n is not the element
+ ;; that is in the default scalar position (1 for big endian, 2 for little
+ ;; endian).  Convert the insert/extract to int and avoid doing the conversion.
+ 
+ (define_insn_and_split "*vsx_insert_extract_v4sf_p9_2"
+   [(set (match_operand:V4SF 0 "gpc_reg_operand" "=wa")
+ 	(unspec:V4SF
+ 	 [(match_operand:V4SF 1 "gpc_reg_operand" "0")
+ 	  (vec_select:SF (match_operand:V4SF 2 "gpc_reg_operand" "wa")
+ 			 (parallel
+ 			  [(match_operand:QI 3 "const_0_to_3_operand" "n")]))
+ 	  (match_operand:QI 4 "const_0_to_3_operand" "n")]
+ 	 UNSPEC_VSX_SET))
+    (clobber (match_scratch:SI 5 "=&wJwK"))]
+   "VECTOR_MEM_VSX_P (V4SFmode) && VECTOR_MEM_VSX_P (V4SImode)
+    && TARGET_P9_VECTOR && TARGET_VSX_SMALL_INTEGER
+    && TARGET_UPPER_REGS_DI && TARGET_POWERPC64
+    && (INTVAL (operands[3]) != (VECTOR_ELT_ORDER_BIG ? 1 : 2))"
+   "#"
+   "&& 1"
+   [(parallel [(set (match_dup 5)
+ 		   (vec_select:SI (match_dup 6)
+ 				  (parallel [(match_dup 3)])))
+ 	      (clobber (scratch:SI))])
+    (set (match_dup 7)
+ 	(unspec:V4SI [(match_dup 8)
+ 		      (match_dup 5)
+ 		      (match_dup 4)]
+ 		     UNSPEC_VSX_SET))]
+ {
+   if (GET_CODE (operands[5]) == SCRATCH)
+     operands[5] = gen_reg_rtx (SImode);
+ 
+   operands[6] = gen_lowpart (V4SImode, operands[2]);
+   operands[7] = gen_lowpart (V4SImode, operands[0]);
+   operands[8] = gen_lowpart (V4SImode, operands[1]);
+ }
+   [(set_attr "type" "vecperm")])
+ 
  ;; Expanders for builtins
  (define_expand "vsx_mergel_<mode>"
    [(use (match_operand:VSX_D 0 "vsx_register_operand" ""))
***************
*** 3068,3085 ****
  ;; V2DF/V2DI splat
  (define_insn_and_split "vsx_splat_<mode>"
    [(set (match_operand:VSX_D 0 "vsx_register_operand"
! 					"=<VSa>,    <VSa>,we,<VS_64dm>")
  	(vec_duplicate:VSX_D
  	 (match_operand:<VS_scalar> 1 "splat_input_operand"
! 					"<VS_64reg>,Z,    b, wA")))]
    "VECTOR_MEM_VSX_P (<MODE>mode)"
    "@
     xxpermdi %x0,%x1,%x1,0
     lxvdsx %x0,%y1
     mtvsrdd %x0,%1,%1
     #"
!   "&& reload_completed && TARGET_POWERPC64 && !TARGET_P9_VECTOR
!    && int_reg_operand (operands[1], <VS_scalar>mode)"
    [(set (match_dup 2)
  	(match_dup 1))
     (set (match_dup 0)
--- 3196,3218 ----
  ;; V2DF/V2DI splat
  (define_insn_and_split "vsx_splat_<mode>"
    [(set (match_operand:VSX_D 0 "vsx_register_operand"
! 			"=<VSa>,    <VSa>,?we,??<VS_64dm>")
! 
  	(vec_duplicate:VSX_D
  	 (match_operand:<VS_scalar> 1 "splat_input_operand"
! 			"<VS_64reg>,Z,    b,  wA")))]
    "VECTOR_MEM_VSX_P (<MODE>mode)"
    "@
     xxpermdi %x0,%x1,%x1,0
     lxvdsx %x0,%y1
     mtvsrdd %x0,%1,%1
     #"
!   "&& reload_completed
!    && !vsx_register_operand (operands[1], <VS_scalar>mode)
!    && !(MEM_P (operands[1])
!         && indexed_or_indirect_address (XEXP (operands[1], 0), Pmode))
!    && !(TARGET_POWERPC64 && TARGET_P9_VECTOR
! 	&& base_reg_operand (operands[1], <VS_scalar>mode))"
    [(set (match_dup 2)
  	(match_dup 1))
     (set (match_dup 0)
diff -Nrcpad gcc-7.1.0/gcc/config/rtems.h gcc-7.2.0/gcc/config/rtems.h
*** gcc-7.1.0/gcc/config/rtems.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/rtems.h	Wed Jul 26 08:31:09 2017
***************
*** 1,26 ****
  /* Configuration common to all targets running RTEMS. 
     Copyright (C) 2000-2017 Free Software Foundation, Inc.
  
! This file is part of GCC.
  
! GCC is free software; you can redistribute it and/or modify
! it under the terms of the GNU General Public License as published by
! the Free Software Foundation; either version 3, or (at your option)
! any later version.
  
! GCC is distributed in the hope that it will be useful,
! but WITHOUT ANY WARRANTY; without even the implied warranty of
! MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
! GNU General Public License for more details.
  
! Under Section 7 of GPL version 3, you are granted additional
! permissions described in the GCC Runtime Library Exception, version
! 3.1, as published by the Free Software Foundation.
  
! You should have received a copy of the GNU General Public License and
! a copy of the GCC Runtime Library Exception along with this program;
! see the files COPYING3 and COPYING.RUNTIME respectively.  If not, see
! <http://www.gnu.org/licenses/>.  */
  
  /* The system headers under RTEMS are C++-aware.  */
  #undef NO_IMPLICIT_EXTERN_C
--- 1,26 ----
  /* Configuration common to all targets running RTEMS. 
     Copyright (C) 2000-2017 Free Software Foundation, Inc.
  
!    This file is part of GCC.
  
!    GCC is free software; you can redistribute it and/or modify it
!    under the terms of the GNU General Public License as published
!    by the Free Software Foundation; either version 3, or (at your
!    option) any later version.
  
!    GCC is distributed in the hope that it will be useful, but WITHOUT
!    ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
!    or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public
!    License for more details.
  
!    Under Section 7 of GPL version 3, you are granted additional
!    permissions described in the GCC Runtime Library Exception, version
!    3.1, as published by the Free Software Foundation.
  
!    You should have received a copy of the GNU General Public License and
!    a copy of the GCC Runtime Library Exception along with this program;
!    see the files COPYING3 and COPYING.RUNTIME respectively.  If not, see
!    <http://www.gnu.org/licenses/>.  */
  
  /* The system headers under RTEMS are C++-aware.  */
  #undef NO_IMPLICIT_EXTERN_C
diff -Nrcpad gcc-7.1.0/gcc/config/s390/driver-native.c gcc-7.2.0/gcc/config/s390/driver-native.c
*** gcc-7.1.0/gcc/config/s390/driver-native.c	Fri Mar 24 13:59:51 2017
--- gcc-7.2.0/gcc/config/s390/driver-native.c	Mon Jul 31 11:33:18 2017
*************** s390_host_detect_local_cpu (int argc, co
*** 112,121 ****
  	      cpu = "zEC12";
  	      break;
  	    case 0x2964:
  	      cpu = "z13";
  	      break;
  	    default:
! 	      cpu = "arch12";
  	      break;
  	    }
  	}
--- 112,125 ----
  	      cpu = "zEC12";
  	      break;
  	    case 0x2964:
+ 	    case 0x2965:
  	      cpu = "z13";
  	      break;
+ 	    case 0x3906:
+ 	      cpu = "z14";
+ 	      break;
  	    default:
! 	      cpu = "z14";
  	      break;
  	    }
  	}
diff -Nrcpad gcc-7.1.0/gcc/config/s390/s390-c.c gcc-7.2.0/gcc/config/s390/s390-c.c
*** gcc-7.1.0/gcc/config/s390/s390-c.c	Wed Apr  5 08:24:34 2017
--- gcc-7.2.0/gcc/config/s390/s390-c.c	Mon Jul 31 11:33:18 2017
*************** s390_resolve_overloaded_builtin (locatio
*** 886,892 ****
  
    if (!TARGET_VXE && (ob_flags & B_VXE))
      {
!       error_at (loc, "%qF requires -march=arch12 or higher", ob_fndecl);
        return error_mark_node;
      }
  
--- 886,892 ----
  
    if (!TARGET_VXE && (ob_flags & B_VXE))
      {
!       error_at (loc, "%qF requires z14 or higher", ob_fndecl);
        return error_mark_node;
      }
  
*************** s390_resolve_overloaded_builtin (locatio
*** 963,969 ****
    if (!TARGET_VXE
        && bflags_overloaded_builtin_var[last_match_index] & B_VXE)
      {
!       error_at (loc, "%qs matching variant requires -march=arch12 or higher",
  		IDENTIFIER_POINTER (DECL_NAME (ob_fndecl)));
        return error_mark_node;
      }
--- 963,969 ----
    if (!TARGET_VXE
        && bflags_overloaded_builtin_var[last_match_index] & B_VXE)
      {
!       error_at (loc, "%qs matching variant requires z14 or higher",
  		IDENTIFIER_POINTER (DECL_NAME (ob_fndecl)));
        return error_mark_node;
      }
diff -Nrcpad gcc-7.1.0/gcc/config/s390/s390-opts.h gcc-7.2.0/gcc/config/s390/s390-opts.h
*** gcc-7.1.0/gcc/config/s390/s390-opts.h	Fri Mar 24 13:59:51 2017
--- gcc-7.2.0/gcc/config/s390/s390-opts.h	Mon Jul 31 11:33:18 2017
*************** enum processor_type
*** 38,44 ****
    PROCESSOR_2817_Z196,
    PROCESSOR_2827_ZEC12,
    PROCESSOR_2964_Z13,
!   PROCESSOR_ARCH12,
    PROCESSOR_NATIVE,
    PROCESSOR_max
  };
--- 38,44 ----
    PROCESSOR_2817_Z196,
    PROCESSOR_2827_ZEC12,
    PROCESSOR_2964_Z13,
!   PROCESSOR_3906_Z14,
    PROCESSOR_NATIVE,
    PROCESSOR_max
  };
diff -Nrcpad gcc-7.1.0/gcc/config/s390/s390.c gcc-7.2.0/gcc/config/s390/s390.c
*** gcc-7.1.0/gcc/config/s390/s390.c	Tue Apr 25 11:11:48 2017
--- gcc-7.2.0/gcc/config/s390/s390.c	Mon Jul 31 11:33:18 2017
*************** struct processor_costs zEC12_cost =
*** 318,341 ****
  
  static struct
  {
    const char *const name;
    const enum processor_type processor;
    const struct processor_costs *cost;
  }
  const processor_table[] =
  {
!   { "g5",     PROCESSOR_9672_G5,     &z900_cost },
!   { "g6",     PROCESSOR_9672_G6,     &z900_cost },
!   { "z900",   PROCESSOR_2064_Z900,   &z900_cost },
!   { "z990",   PROCESSOR_2084_Z990,   &z990_cost },
!   { "z9-109", PROCESSOR_2094_Z9_109, &z9_109_cost },
!   { "z9-ec",  PROCESSOR_2094_Z9_EC,  &z9_109_cost },
!   { "z10",    PROCESSOR_2097_Z10,    &z10_cost },
!   { "z196",   PROCESSOR_2817_Z196,   &z196_cost },
!   { "zEC12",  PROCESSOR_2827_ZEC12,  &zEC12_cost },
!   { "z13",    PROCESSOR_2964_Z13,    &zEC12_cost },
!   { "arch12", PROCESSOR_ARCH12,      &zEC12_cost },
!   { "native", PROCESSOR_NATIVE,      NULL }
  };
  
  extern int reload_completed;
--- 318,344 ----
  
  static struct
  {
+   /* The preferred name to be used in user visible output.  */
    const char *const name;
+   /* CPU name as it should be passed to Binutils via .machine  */
+   const char *const binutils_name;
    const enum processor_type processor;
    const struct processor_costs *cost;
  }
  const processor_table[] =
  {
!   { "g5",     "g5",     PROCESSOR_9672_G5,     &z900_cost },
!   { "g6",     "g6",     PROCESSOR_9672_G6,     &z900_cost },
!   { "z900",   "z900",   PROCESSOR_2064_Z900,   &z900_cost },
!   { "z990",   "z990",   PROCESSOR_2084_Z990,   &z990_cost },
!   { "z9-109", "z9-109", PROCESSOR_2094_Z9_109, &z9_109_cost },
!   { "z9-ec",  "z9-ec",  PROCESSOR_2094_Z9_EC,  &z9_109_cost },
!   { "z10",    "z10",    PROCESSOR_2097_Z10,    &z10_cost },
!   { "z196",   "z196",   PROCESSOR_2817_Z196,   &z196_cost },
!   { "zEC12",  "zEC12",  PROCESSOR_2827_ZEC12,  &zEC12_cost },
!   { "z13",    "z13",    PROCESSOR_2964_Z13,    &zEC12_cost },
!   { "z14",    "arch12", PROCESSOR_3906_Z14,    &zEC12_cost },
!   { "native", "",       PROCESSOR_NATIVE,      NULL }
  };
  
  extern int reload_completed;
*************** s390_expand_builtin (tree exp, rtx targe
*** 847,853 ****
  
        if ((bflags & B_VXE) && !TARGET_VXE)
  	{
! 	  error ("Builtin %qF requires arch12 or higher.", fndecl);
  	  return const0_rtx;
  	}
      }
--- 850,856 ----
  
        if ((bflags & B_VXE) && !TARGET_VXE)
  	{
! 	  error ("Builtin %qF requires z14 or higher.", fndecl);
  	  return const0_rtx;
  	}
      }
*************** s390_check_qrst_address (char c, rtx op,
*** 3102,3107 ****
--- 3105,3113 ----
    struct s390_address addr;
    bool decomposed = false;
  
+   if (!address_operand (op, GET_MODE (op)))
+     return 0;
+ 
    /* This check makes sure that no symbolic address (except literal
       pool references) are accepted by the R or T constraints.  */
    if (s390_loadrelative_operand_p (op, NULL, NULL))
*************** s390_asm_output_machine_for_arch (FILE *
*** 7279,7285 ****
  {
    fprintf (asm_out_file, "\t.machinemode %s\n",
  	   (TARGET_ZARCH) ? "zarch" : "esa");
!   fprintf (asm_out_file, "\t.machine \"%s", processor_table[s390_arch].name);
    if (S390_USE_ARCHITECTURE_MODIFIERS)
      {
        int cpu_flags;
--- 7285,7292 ----
  {
    fprintf (asm_out_file, "\t.machinemode %s\n",
  	   (TARGET_ZARCH) ? "zarch" : "esa");
!   fprintf (asm_out_file, "\t.machine \"%s",
! 	   processor_table[s390_arch].binutils_name);
    if (S390_USE_ARCHITECTURE_MODIFIERS)
      {
        int cpu_flags;
*************** s390_issue_rate (void)
*** 8013,8019 ****
  	 instruction gets issued per cycle.  */
      case PROCESSOR_2827_ZEC12:
      case PROCESSOR_2964_Z13:
!     case PROCESSOR_ARCH12:
      default:
        return 1;
      }
--- 8020,8026 ----
  	 instruction gets issued per cycle.  */
      case PROCESSOR_2827_ZEC12:
      case PROCESSOR_2964_Z13:
!     case PROCESSOR_3906_Z14:
      default:
        return 1;
      }
*************** s390_get_sched_attrmask (rtx_insn *insn)
*** 14234,14240 ****
  	mask |= S390_SCHED_ATTR_MASK_GROUPALONE;
        break;
      case PROCESSOR_2964_Z13:
!     case PROCESSOR_ARCH12:
        if (get_attr_z13_cracked (insn))
  	mask |= S390_SCHED_ATTR_MASK_CRACKED;
        if (get_attr_z13_expanded (insn))
--- 14241,14247 ----
  	mask |= S390_SCHED_ATTR_MASK_GROUPALONE;
        break;
      case PROCESSOR_2964_Z13:
!     case PROCESSOR_3906_Z14:
        if (get_attr_z13_cracked (insn))
  	mask |= S390_SCHED_ATTR_MASK_CRACKED;
        if (get_attr_z13_expanded (insn))
*************** s390_get_unit_mask (rtx_insn *insn, int
*** 14258,14264 ****
    switch (s390_tune)
      {
      case PROCESSOR_2964_Z13:
!     case PROCESSOR_ARCH12:
        *units = 3;
        if (get_attr_z13_unit_lsu (insn))
  	mask |= 1 << 0;
--- 14265,14271 ----
    switch (s390_tune)
      {
      case PROCESSOR_2964_Z13:
!     case PROCESSOR_3906_Z14:
        *units = 3;
        if (get_attr_z13_unit_lsu (insn))
  	mask |= 1 << 0;
diff -Nrcpad gcc-7.1.0/gcc/config/s390/s390.md gcc-7.2.0/gcc/config/s390/s390.md
*** gcc-7.1.0/gcc/config/s390/s390.md	Tue Apr 25 11:15:44 2017
--- gcc-7.2.0/gcc/config/s390/s390.md	Thu Jul 27 10:42:22 2017
***************
*** 9660,9673 ****
      operands[0] = force_reg (Pmode, operands[0]);
  })
  
  (define_insn "*indirect_jump"
    [(set (pc)
! 	(match_operand 0 "address_operand" "a,ZR"))]
   ""
   "@
!   br\t%0
!   b\t%a0"
!  [(set_attr "op_type" "RR,RX")
    (set_attr "type"  "branch")
    (set_attr "atype" "agen")
    (set_attr "cpu_facility" "*")])
--- 9660,9675 ----
      operands[0] = force_reg (Pmode, operands[0]);
  })
  
+ ; The first constraint must be an "extra address constraint" in order
+ ; to trigger address reloading in LRA/reload
  (define_insn "*indirect_jump"
    [(set (pc)
! 	(match_operand 0 "address_operand" "ZR,a"))]
   ""
   "@
!   b\t%a0
!   br\t%0"
!  [(set_attr "op_type" "RX,RR")
    (set_attr "type"  "branch")
    (set_attr "atype" "agen")
    (set_attr "cpu_facility" "*")])
***************
*** 10278,10284 ****
  ; cdsg, csg
  (define_insn "*atomic_compare_and_swap<mode>_1"
    [(set (match_operand:TDI 0 "register_operand" "=r")
! 	(match_operand:TDI 1 "s_operand" "+S"))
     (set (match_dup 1)
  	(unspec_volatile:TDI
  	  [(match_dup 1)
--- 10280,10286 ----
  ; cdsg, csg
  (define_insn "*atomic_compare_and_swap<mode>_1"
    [(set (match_operand:TDI 0 "register_operand" "=r")
! 	(match_operand:TDI 1 "memory_operand" "+S"))
     (set (match_dup 1)
  	(unspec_volatile:TDI
  	  [(match_dup 1)
***************
*** 10296,10302 ****
  ; cds, cdsy
  (define_insn "*atomic_compare_and_swapdi_2"
    [(set (match_operand:DI 0 "register_operand" "=r,r")
! 	(match_operand:DI 1 "s_operand" "+Q,S"))
     (set (match_dup 1)
  	(unspec_volatile:DI
  	  [(match_dup 1)
--- 10298,10304 ----
  ; cds, cdsy
  (define_insn "*atomic_compare_and_swapdi_2"
    [(set (match_operand:DI 0 "register_operand" "=r,r")
! 	(match_operand:DI 1 "memory_operand" "+Q,S"))
     (set (match_dup 1)
  	(unspec_volatile:DI
  	  [(match_dup 1)
***************
*** 10317,10323 ****
  ; cs, csy
  (define_insn "*atomic_compare_and_swapsi_3"
    [(set (match_operand:SI 0 "register_operand" "=r,r")
! 	(match_operand:SI 1 "s_operand" "+Q,S"))
     (set (match_dup 1)
  	(unspec_volatile:SI
  	  [(match_dup 1)
--- 10319,10325 ----
  ; cs, csy
  (define_insn "*atomic_compare_and_swapsi_3"
    [(set (match_operand:SI 0 "register_operand" "=r,r")
! 	(match_operand:SI 1 "memory_operand" "+Q,S"))
     (set (match_dup 1)
  	(unspec_volatile:SI
  	  [(match_dup 1)
diff -Nrcpad gcc-7.1.0/gcc/config/s390/s390.opt gcc-7.2.0/gcc/config/s390/s390.opt
*** gcc-7.1.0/gcc/config/s390/s390.opt	Fri Mar 24 13:59:51 2017
--- gcc-7.2.0/gcc/config/s390/s390.opt	Mon Jul 31 11:33:18 2017
*************** EnumValue
*** 113,119 ****
  Enum(processor_type) String(arch11) Value(PROCESSOR_2964_Z13)
  
  EnumValue
! Enum(processor_type) String(arch12) Value(PROCESSOR_ARCH12)
  
  EnumValue
  Enum(processor_type) String(native) Value(PROCESSOR_NATIVE) DriverOnly
--- 113,122 ----
  Enum(processor_type) String(arch11) Value(PROCESSOR_2964_Z13)
  
  EnumValue
! Enum(processor_type) String(z14) Value(PROCESSOR_3906_Z14)
! 
! EnumValue
! Enum(processor_type) String(arch12) Value(PROCESSOR_3906_Z14)
  
  EnumValue
  Enum(processor_type) String(native) Value(PROCESSOR_NATIVE) DriverOnly
diff -Nrcpad gcc-7.1.0/gcc/config/sh/rtems.h gcc-7.2.0/gcc/config/sh/rtems.h
*** gcc-7.1.0/gcc/config/sh/rtems.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/sh/rtems.h	Wed Jul 26 08:31:09 2017
***************
*** 2,22 ****
     Copyright (C) 1997-2017 Free Software Foundation, Inc.
     Contributed by Joel Sherrill (joel@OARcorp.com).
  
! This file is part of GCC.
  
! GCC is free software; you can redistribute it and/or modify
! it under the terms of the GNU General Public License as published by
! the Free Software Foundation; either version 3, or (at your option)
! any later version.
  
! GCC is distributed in the hope that it will be useful,
! but WITHOUT ANY WARRANTY; without even the implied warranty of
! MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
! GNU General Public License for more details.
  
! You should have received a copy of the GNU General Public License
! along with GCC; see the file COPYING3.  If not see
! <http://www.gnu.org/licenses/>.  */
  
  /* Specify predefined symbols in preprocessor.  */
  
--- 2,27 ----
     Copyright (C) 1997-2017 Free Software Foundation, Inc.
     Contributed by Joel Sherrill (joel@OARcorp.com).
  
!    This file is part of GCC.
  
!    GCC is free software; you can redistribute it and/or modify it
!    under the terms of the GNU General Public License as published
!    by the Free Software Foundation; either version 3, or (at your
!    option) any later version.
  
!    GCC is distributed in the hope that it will be useful, but WITHOUT
!    ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
!    or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public
!    License for more details.
  
!    Under Section 7 of GPL version 3, you are granted additional
!    permissions described in the GCC Runtime Library Exception, version
!    3.1, as published by the Free Software Foundation.
! 
!    You should have received a copy of the GNU General Public License and
!    a copy of the GCC Runtime Library Exception along with this program;
!    see the files COPYING3 and COPYING.RUNTIME respectively.  If not, see
!    <http://www.gnu.org/licenses/>.  */
  
  /* Specify predefined symbols in preprocessor.  */
  
diff -Nrcpad gcc-7.1.0/gcc/config/sh/rtemself.h gcc-7.2.0/gcc/config/sh/rtemself.h
*** gcc-7.1.0/gcc/config/sh/rtemself.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/sh/rtemself.h	Wed Jul 26 08:31:09 2017
***************
*** 2,22 ****
     Copyright (C) 1997-2017 Free Software Foundation, Inc.
     Contributed by Joel Sherrill (joel@OARcorp.com).
  
! This file is part of GCC.
  
! GCC is free software; you can redistribute it and/or modify
! it under the terms of the GNU General Public License as published by
! the Free Software Foundation; either version 3, or (at your option)
! any later version.
  
! GCC is distributed in the hope that it will be useful,
! but WITHOUT ANY WARRANTY; without even the implied warranty of
! MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
! GNU General Public License for more details.
  
! You should have received a copy of the GNU General Public License
! along with GCC; see the file COPYING3.  If not see
! <http://www.gnu.org/licenses/>.  */
  
  /* Specify predefined symbols in preprocessor.  */
  
--- 2,27 ----
     Copyright (C) 1997-2017 Free Software Foundation, Inc.
     Contributed by Joel Sherrill (joel@OARcorp.com).
  
!    This file is part of GCC.
  
!    GCC is free software; you can redistribute it and/or modify it
!    under the terms of the GNU General Public License as published
!    by the Free Software Foundation; either version 3, or (at your
!    option) any later version.
  
!    GCC is distributed in the hope that it will be useful, but WITHOUT
!    ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
!    or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public
!    License for more details.
  
!    Under Section 7 of GPL version 3, you are granted additional
!    permissions described in the GCC Runtime Library Exception, version
!    3.1, as published by the Free Software Foundation.
! 
!    You should have received a copy of the GNU General Public License and
!    a copy of the GCC Runtime Library Exception along with this program;
!    see the files COPYING3 and COPYING.RUNTIME respectively.  If not, see
!    <http://www.gnu.org/licenses/>.  */
  
  /* Specify predefined symbols in preprocessor.  */
  
diff -Nrcpad gcc-7.1.0/gcc/config/sparc/constraints.md gcc-7.2.0/gcc/config/sparc/constraints.md
*** gcc-7.1.0/gcc/config/sparc/constraints.md	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/sparc/constraints.md	Fri Jul  7 15:42:43 2017
***************
*** 19,25 ****
  
  ;;; Unused letters:
  ;;;     B
! ;;;    a        jkl    q  tuv xyz
  
  
  ;; Register constraints
--- 19,25 ----
  
  ;;; Unused letters:
  ;;;     B
! ;;;    a        jkl        uv xyz
  
  
  ;; Register constraints
***************
*** 58,63 ****
--- 58,73 ----
  
  ;; Integer constant constraints
  
+ (define_constraint "q"
+  "Unsigned 2-bit integer constant"
+   (and (match_code "const_int")
+        (match_test "SPARC_IMM2_P (ival)")))
+ 
+ (define_constraint "t"
+  "Unsigned 5-bit integer constant"
+  (and (match_code "const_int")
+       (match_test "SPARC_IMM5_P (ival)")))
+ 
  (define_constraint "A"
   "Signed 5-bit integer constant"
   (and (match_code "const_int")
diff -Nrcpad gcc-7.1.0/gcc/config/sparc/driver-sparc.c gcc-7.2.0/gcc/config/sparc/driver-sparc.c
*** gcc-7.1.0/gcc/config/sparc/driver-sparc.c	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/sparc/driver-sparc.c	Fri Jul  7 15:42:43 2017
*************** static const struct cpu_names {
*** 57,62 ****
--- 57,63 ----
    { "UltraSPARC-T2+",	"niagara2" },
    { "SPARC-T3",		"niagara3" },
    { "SPARC-T4",		"niagara4" },
+   { "SPARC-T5",		"niagara4" },
  #else
    { "SuperSparc",	"supersparc" },
    { "HyperSparc",	"hypersparc" },
*************** static const struct cpu_names {
*** 73,82 ****
--- 74,85 ----
    { "UltraSparc T2",	"niagara2" },
    { "UltraSparc T3",	"niagara3" },
    { "UltraSparc T4",	"niagara4" },
+   { "UltraSparc T5",	"niagara4" },
    { "LEON",		"leon3" },
  #endif
    { "SPARC-M7",		"niagara7" },
    { "SPARC-S7",		"niagara7" },
+   { "SPARC-M8",		"m8" },
    { NULL,	NULL }
    };
  
diff -Nrcpad gcc-7.1.0/gcc/config/sparc/m8.md gcc-7.2.0/gcc/config/sparc/m8.md
*** gcc-7.1.0/gcc/config/sparc/m8.md	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/config/sparc/m8.md	Fri Jul  7 15:42:43 2017
***************
*** 0 ****
--- 1,242 ----
+ ;; Scheduling description for the SPARC M8.
+ ;;   Copyright (C) 2017 Free Software Foundation, Inc.
+ ;;
+ ;; This file is part of GCC.
+ ;;
+ ;; GCC is free software; you can redistribute it and/or modify
+ ;; it under the terms of the GNU General Public License as published by
+ ;; the Free Software Foundation; either version 3, or (at your option)
+ ;; any later version.
+ ;;
+ ;; GCC is distributed in the hope that it will be useful,
+ ;; but WITHOUT ANY WARRANTY; without even the implied warranty of
+ ;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+ ;; GNU General Public License for more details.
+ ;;
+ ;; You should have received a copy of the GNU General Public License
+ ;; along with GCC; see the file COPYING3.  If not see
+ ;; <http://www.gnu.org/licenses/>.
+ 
+ ;; Thigs to improve:
+ ;;
+ ;; - Store instructions are implemented by micro-ops, one of which
+ ;;   generates the store address and is executed in the store address
+ ;;   generation unit in the slot0.  We need to model that.
+ ;;
+ ;; - There are two V3 pipes connected to different slots.  The current
+ ;;   implementation assumes that all the instructions executing in a
+ ;;   V3 pipe are issued to the unit in slot3.
+ ;;
+ ;; - Single-issue ALU operations incur an additional cycle of latency to
+ ;;   slot 0 and slot 1 instructions.  This is not currently reflected
+ ;;   in the DFA.
+ 
+ (define_automaton "m8_0")
+ 
+ ;; The S5 core has two dual-issue queues, PQLS and PQEX.  Each queue
+ ;; is divided into two slots: PQLS corresponds to slots 0 and 1, and
+ ;; PQEX corresponds to slots 2 and 3.  The core can issue 4
+ ;; instructions per-cycle, and up to 4 instructions are committed each
+ ;; cycle.
+ ;;
+ ;;                            
+ ;;                   m8_slot0  - Load Unit.
+ ;;                             - Store address gen. Unit.
+ ;;                                                       
+ ;;                            
+ ;;   === PQLS ==>    m8_slot1  - Store data unit.
+ ;;                             - Branch unit.
+ ;;                                            
+ ;;                             
+ ;;   === PQEX ==>    m8_slot2  - Integer Unit (EXU2).                     
+ ;;                             - 3-cycles Crypto Unit (SPU2).
+ ;;                                                     
+ ;;                   m8_slot3  - Integer Unit (EXU3).
+ ;;                             - 3-cycles Crypto Unit (SPU3).
+ ;;                             - Floating-point and graphics unit (FPG).
+ ;;                             - Long-latency Crypto Unit.
+ ;;                             - Oracle Numbers Unit (ONU).
+ 
+ (define_cpu_unit "m8_slot0,m8_slot1,m8_slot2,m8_slot3" "m8_0")
+ 
+ ;; Some instructions stall the pipeline and avoid any other
+ ;; instruction to be issued in the same cycle.  We assume the same for
+ ;; multi-instruction insns.
+ 
+ (define_reservation "m8_single_issue" "m8_slot0 + m8_slot1 + m8_slot2 + m8_slot3")
+ 
+ (define_insn_reservation "m8_single" 1
+   (and (eq_attr "cpu" "m8")
+        (eq_attr "type" "multi,savew,flushw,trap,bmask"))
+   "m8_single_issue")
+ 
+ ;; Most of the instructions executing in the integer units have a
+ ;; latency of 1.
+ 
+ (define_insn_reservation "m8_integer" 1
+   (and (eq_attr "cpu" "m8")
+        (eq_attr "type" "ialu,ialuX,shift,cmove,compare,bmask"))
+   "(m8_slot2 | m8_slot3)")
+ 
+ ;; Flushing the instruction memory takes 27 cycles.
+ 
+ 
+ (define_insn_reservation "m8_iflush" 27
+   (and (eq_attr "cpu" "m8")
+        (eq_attr "type" "iflush"))
+   "(m8_slot2 | m8_slot3), nothing*26")
+ 
+ ;; The integer multiplication instructions have a latency of 10 cycles
+ ;; and execute in integer units.
+ ;;
+ ;; Likewise for array*, edge* and pdistn instructions.
+ ;;
+ ;; However, the latency is only 9 cycles if the consumer of the
+ ;; operation is also capable of 9 cycles latency.  We model this with
+ ;; a bypass.
+ 
+ (define_insn_reservation "m8_imul" 10
+   (and (eq_attr "cpu" "m8")
+        (eq_attr "type" "imul,array,edge,edgen,pdistn"))
+   "(m8_slot2 | m8_slot3), nothing*12")
+ 
+ (define_bypass 9 "m8_imul" "m8_imul")
+ 
+ ;; The integer division instructions `sdiv' and `udivx' have a latency
+ ;; of 30 cycles and execute in integer units.
+ 
+ (define_insn_reservation "m8_idiv" 30
+   (and (eq_attr "cpu" "m8")
+        (eq_attr "type" "idiv"))
+   "(m8_slot2 | m8_slot3), nothing*29")
+ 
+ ;; Both integer and floating-point load instructions have a latency of
+ ;; only 3 cycles,and execute in the slot0.
+ ;;
+ ;; Misaligned load instructions feature a latency of 11 cycles.
+ ;;
+ ;; The prefetch instruction also executes in the load unit, but it's
+ ;; latency is only 1 cycle.
+ 
+ (define_insn_reservation "m8_load" 3
+   (and (eq_attr "cpu" "m8")
+        (ior (eq_attr "type" "fpload,sload")
+             (and (eq_attr "type" "load")
+                  (eq_attr "subtype" "regular"))))
+   "m8_slot0, nothing*2")
+ 
+ ;; (define_insn_reservation "m8_load_misalign" 11
+ ;;  (and (eq_attr "cpu" "m8")
+ ;;       (eq_attr "type" "load_mis,fpload_mis"))
+ ;;  "m8_slot0, nothing*10")
+ 
+ (define_insn_reservation "m8_prefetch" 1
+   (and (eq_attr "cpu" "m8")
+        (eq_attr "type" "load")
+        (eq_attr "subtype" "prefetch"))
+   "m8_slot0")
+ 
+ ;; Both integer and floating-point store instructions have a latency
+ ;; of 1 cycle, and execute in the store data unit in slot1.
+ ;;
+ ;; However, misaligned store instructions feature a latency of 3
+ ;; cycles.
+ 
+ (define_insn_reservation "m8_store" 1
+   (and (eq_attr "cpu" "m8")
+        (eq_attr "type" "store,fpstore"))
+   "m8_slot1")
+ 
+ ;; (define_insn_reservation "m8_store_misalign" 3
+ ;;   (and (eq_attr "cpu" "m8")
+ ;;        (eq_attr "type" "store_mis,fpstore_mis"))
+ ;;   "m8_slot1, nothing*2")
+ 
+ ;; Control-transfer instructions execute in the Branch Unit in the
+ ;; slot1.
+ 
+ (define_insn_reservation "m8_cti" 1
+   (and (eq_attr "cpu" "m8")
+        (eq_attr "type" "cbcond,uncond_cbcond,branch,call,sibcall,call_no_delay_slot,uncond_branch,return"))
+   "m8_slot1")
+ 
+ ;; Many instructions executing in the Floating-point and Graphics Unit
+ ;; (FGU) serving slot3 feature a default latency of 9 cycles.
+ 
+ (define_insn_reservation "m8_fp" 9
+   (and (eq_attr "cpu" "m8")
+        (ior (eq_attr "type" "fpmove,fpcmove,fpcrmove,fp,fpcmp,fpmul,fgm_pack,fgm_mul,pdist")
+             (and (eq_attr "type" "fga")
+                  (eq_attr "subtype" "fpu"))))
+   "m8_slot3, nothing*8")
+ 
+ ;; Floating-point division and floating-point square-root instructions
+ ;; have high latencies.  They execute in the FGU.
+ 
+ (define_insn_reservation "m8_fpdivs" 26
+   (and (eq_attr "cpu" "m8")
+        (eq_attr "type" "fpdivs"))
+   "m8_slot3, nothing*25")
+ 
+ (define_insn_reservation "m8_fpsqrts" 33
+   (and (eq_attr "cpu" "m8")
+        (eq_attr "type" "fpsqrts"))
+   "m8_slot3, nothing*32")
+ 
+ (define_insn_reservation "m8_fpdivd" 30
+   (and (eq_attr "cpu" "m8")
+        (eq_attr "type" "fpdivd"))
+   "m8_slot3, nothing*29")
+ 
+ (define_insn_reservation "m8_fpsqrtd" 41
+   (and (eq_attr "cpu" "m8")
+        (eq_attr "type" "fpsqrtd"))
+   "m8_slot3, nothing*40")
+ 
+ ;; SIMD VIS instructions executing in the Floating-point and graphics
+ ;; unit (FPG) in slot3 usually have a latency of 5 cycles.
+ ;;
+ ;; However, the latency for many instructions is only 3 cycles if the
+ ;; consumer can also be executed in 3 cycles.  We model this with a
+ ;; bypass.  In these cases the instructions are executed in one of the
+ ;; two 3-cycle crypto units (SPU, also known as "v3-pipes") in slots 2
+ ;; and 3.
+ 
+ (define_insn_reservation "m8_vis" 5
+   (and (eq_attr "cpu" "m8")
+        (ior (eq_attr "type" "viscmp,lzd")
+             (and (eq_attr "type" "fga")
+                  (eq_attr "subtype" "maxmin,cmask,other"))
+             (and (eq_attr "type" "vismv")
+                  (eq_attr "subtype" "single,movstouw"))
+             (and (eq_attr "type" "visl")
+                  (eq_attr "subtype" "single"))))
+   "m8_slot3, nothing*4")
+ 
+ (define_bypass 3 "m8_vis" "m8_vis")
+ 
+ (define_insn_reservation "m8_gsr" 5
+   (and (eq_attr "cpu" "m8")
+        (eq_attr "type" "gsr")
+        (eq_attr "subtype" "alignaddr"))
+   "m8_slot3, nothing*4")
+ 
+ ;; A few VIS instructions have a latency of 1.
+ 
+ (define_insn_reservation "m8_vis_1cycle" 1
+   (and (eq_attr "cpu" "m8")
+        (ior (and (eq_attr "type" "vismv")
+                  (eq_attr "subtype" "double,movxtod,movdtox"))
+             (and (eq_attr "type" "visl")
+                  (eq_attr "subtype" "double"))
+             (and (eq_attr "type" "fga")
+                  (eq_attr "subtype" "addsub64"))))
+   "m8_slot3")
+ 
+ ;; Reading and writing to the gsr register takes more than 70 cycles.
+ 
+ (define_insn_reservation "m8_gsr_reg" 70
+   (and (eq_attr "cpu" "m8")
+        (eq_attr "type" "gsr")
+        (eq_attr "subtype" "reg"))
+   "m8_slot3, nothing*69")
diff -Nrcpad gcc-7.1.0/gcc/config/sparc/niagara.md gcc-7.2.0/gcc/config/sparc/niagara.md
*** gcc-7.1.0/gcc/config/sparc/niagara.md	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/sparc/niagara.md	Fri Jul  7 15:42:43 2017
***************
*** 114,118 ****
   */
  (define_insn_reservation "niag_vis" 8
    (and (eq_attr "cpu" "niagara")
!     (eq_attr "type" "fga,visl,vismv,fgm_pack,fgm_mul,pdist,edge,edgen,gsr,array"))
    "niag_pipe*8")
--- 114,118 ----
   */
  (define_insn_reservation "niag_vis" 8
    (and (eq_attr "cpu" "niagara")
!     (eq_attr "type" "fga,visl,viscmp,vismv,fgm_pack,fgm_mul,pdist,edge,edgen,gsr,array,bmask"))
    "niag_pipe*8")
diff -Nrcpad gcc-7.1.0/gcc/config/sparc/niagara2.md gcc-7.2.0/gcc/config/sparc/niagara2.md
*** gcc-7.1.0/gcc/config/sparc/niagara2.md	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/sparc/niagara2.md	Fri Jul  7 15:42:43 2017
***************
*** 111,120 ****
  
  (define_insn_reservation "niag2_vis" 6
    (and (eq_attr "cpu" "niagara2")
!     (eq_attr "type" "fga,vismv,visl,fgm_pack,fgm_mul,pdist,edge,edgen,array,gsr"))
    "niag2_pipe*6")
  
  (define_insn_reservation "niag3_vis" 9
    (and (eq_attr "cpu" "niagara3")
!     (eq_attr "type" "fga,vismv,visl,fgm_pack,fgm_mul,pdist,pdistn,edge,edgen,array,gsr"))
    "niag2_pipe*9")
--- 111,120 ----
  
  (define_insn_reservation "niag2_vis" 6
    (and (eq_attr "cpu" "niagara2")
!     (eq_attr "type" "fga,vismv,visl,viscmp,fgm_pack,fgm_mul,pdist,edge,edgen,array,bmask,gsr"))
    "niag2_pipe*6")
  
  (define_insn_reservation "niag3_vis" 9
    (and (eq_attr "cpu" "niagara3")
!     (eq_attr "type" "fga,vismv,visl,viscmp,fgm_pack,fgm_mul,pdist,pdistn,edge,edgen,array,bmask,gsr"))
    "niag2_pipe*9")
diff -Nrcpad gcc-7.1.0/gcc/config/sparc/niagara4.md gcc-7.2.0/gcc/config/sparc/niagara4.md
*** gcc-7.1.0/gcc/config/sparc/niagara4.md	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/sparc/niagara4.md	Fri Jul  7 15:42:43 2017
***************
*** 66,72 ****
  
  (define_insn_reservation "n4_array" 12
    (and (eq_attr "cpu" "niagara4")
!     (eq_attr "type" "array,edge,edgen"))
    "n4_slot1, nothing*11")
  
  (define_insn_reservation "n4_vis_move_1cycle" 1
--- 66,72 ----
  
  (define_insn_reservation "n4_array" 12
    (and (eq_attr "cpu" "niagara4")
!     (eq_attr "type" "array,bmask,edge,edgen"))
    "n4_slot1, nothing*11")
  
  (define_insn_reservation "n4_vis_move_1cycle" 1
***************
*** 90,97 ****
  
  (define_insn_reservation "n4_vis_logical" 3
    (and (eq_attr "cpu" "niagara4")
!     (and (eq_attr "type" "visl,pdistn")
!       (eq_attr "fptype" "double")))
    "n4_slot1, nothing*2")
  
  (define_insn_reservation "n4_vis_logical_11cycle" 11
--- 90,98 ----
  
  (define_insn_reservation "n4_vis_logical" 3
    (and (eq_attr "cpu" "niagara4")
!        (ior (and (eq_attr "type" "visl,pdistn")
!                  (eq_attr "fptype" "double"))
!             (eq_attr "type" "viscmp")))
    "n4_slot1, nothing*2")
  
  (define_insn_reservation "n4_vis_logical_11cycle" 11
diff -Nrcpad gcc-7.1.0/gcc/config/sparc/niagara7.md gcc-7.2.0/gcc/config/sparc/niagara7.md
*** gcc-7.1.0/gcc/config/sparc/niagara7.md	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/sparc/niagara7.md	Fri Jul  7 15:42:43 2017
***************
*** 19,82 ****
  
  (define_automaton "niagara7_0")
  
! (define_cpu_unit "n7_slot0,n7_slot1,n7_slot2" "niagara7_0")
! (define_reservation "n7_single_issue" "n7_slot0 + n7_slot1 + n7_slot2")
  
! (define_cpu_unit "n7_load_store" "niagara7_0")
  
  (define_insn_reservation "n7_single" 1
    (and (eq_attr "cpu" "niagara7")
      (eq_attr "type" "multi,savew,flushw,trap"))
    "n7_single_issue")
  
! (define_insn_reservation "n7_iflush" 27
!   (and (eq_attr "cpu" "niagara7")
!        (eq_attr "type" "iflush"))
!   "(n7_slot0 | n7_slot1), nothing*26")
  
  (define_insn_reservation "n7_integer" 1
    (and (eq_attr "cpu" "niagara7")
      (eq_attr "type" "ialu,ialuX,shift,cmove,compare"))
    "(n7_slot0 | n7_slot1)")
  
  (define_insn_reservation "n7_imul" 12
    (and (eq_attr "cpu" "niagara7")
!     (eq_attr "type" "imul"))
!   "n7_slot1, nothing*11")
  
  (define_insn_reservation "n7_idiv" 35
    (and (eq_attr "cpu" "niagara7")
      (eq_attr "type" "idiv"))
!   "n7_slot1, nothing*34")
  
  (define_insn_reservation "n7_load" 5
    (and (eq_attr "cpu" "niagara7")
!     (eq_attr "type" "load,fpload,sload"))
!   "(n7_slot0 + n7_load_store), nothing*4")
  
  (define_insn_reservation "n7_store" 1
    (and (eq_attr "cpu" "niagara7")
      (eq_attr "type" "store,fpstore"))
!   "(n7_slot0 | n7_slot2) + n7_load_store")
  
  (define_insn_reservation "n7_cti" 1
    (and (eq_attr "cpu" "niagara7")
      (eq_attr "type" "cbcond,uncond_cbcond,branch,call,sibcall,call_no_delay_slot,uncond_branch,return"))
    "n7_slot1")
  
  (define_insn_reservation "n7_fp" 11
    (and (eq_attr "cpu" "niagara7")
!     (eq_attr "type" "fpmove,fpcmove,fpcrmove,fp,fpcmp,fpmul"))
    "n7_slot1, nothing*10")
  
! (define_insn_reservation "n7_array" 12
!   (and (eq_attr "cpu" "niagara7")
!     (eq_attr "type" "array,edge,edgen"))
!   "n7_slot1, nothing*11")
  
  (define_insn_reservation "n7_fpdivs" 24
    (and (eq_attr "cpu" "niagara7")
!     (eq_attr "type" "fpdivs,fpsqrts"))
    "n7_slot1, nothing*23")
  
  (define_insn_reservation "n7_fpdivd" 37
--- 19,138 ----
  
  (define_automaton "niagara7_0")
  
! ;; The S4 core has a dual-issue queue.  This queue is divided into two
! ;; slots.  One instruction can be issued each cycle to each slot, and
! ;; up to 2 instructions are committed each cycle.  Each slot serves
! ;; several execution units, as depicted below:
! ;;
! ;;
! ;;                 m7_slot0 - Integer unit.
! ;;                          - Load/Store unit.
! ;; === QUEUE ==>
! ;;
! ;;                 m7_slot1 - Integer unit.
! ;;                          - Branch unit.
! ;;                          - Floating-point and graphics unit.
! ;;                          - 3-cycles crypto unit.
  
! (define_cpu_unit "n7_slot0,n7_slot1" "niagara7_0")
! 
! ;; Some instructions stall the pipeline and avoid any other
! ;; instruction to be issued in the same cycle.  We assume the same for
! ;; multi-instruction insns.
! 
! (define_reservation "n7_single_issue" "n7_slot0 + n7_slot1")
  
  (define_insn_reservation "n7_single" 1
    (and (eq_attr "cpu" "niagara7")
      (eq_attr "type" "multi,savew,flushw,trap"))
    "n7_single_issue")
  
! ;; Most of the instructions executing in the integer unit have a
! ;; latency of 1.
  
  (define_insn_reservation "n7_integer" 1
    (and (eq_attr "cpu" "niagara7")
      (eq_attr "type" "ialu,ialuX,shift,cmove,compare"))
    "(n7_slot0 | n7_slot1)")
  
+ ;; Flushing the instruction memory takes 27 cycles.
+ 
+ (define_insn_reservation "n7_iflush" 27
+   (and (eq_attr "cpu" "niagara7")
+        (eq_attr "type" "iflush"))
+   "(n7_slot0 | n7_slot1), nothing*26")
+ 
+ ;; The integer multiplication instructions have a latency of 12 cycles
+ ;; and execute in the integer unit.
+ ;;
+ ;; Likewise for array*, edge* and pdistn instructions.
+ 
  (define_insn_reservation "n7_imul" 12
    (and (eq_attr "cpu" "niagara7")
!     (eq_attr "type" "imul,array,edge,edgen,pdistn"))
!   "(n7_slot0 | n7_slot1), nothing*11")
! 
! ;; The integer division instructions have a latency of 35 cycles and
! ;; execute in the integer unit.
  
  (define_insn_reservation "n7_idiv" 35
    (and (eq_attr "cpu" "niagara7")
      (eq_attr "type" "idiv"))
!   "(n7_slot0 | n7_slot1), nothing*34")
! 
! ;; Both integer and floating-point load instructions have a latency of
! ;; 5 cycles, and execute in the slot0.
! ;;
! ;; The prefetch instruction also executes in the load/store unit, but
! ;; its latency is only 1 cycle.
  
  (define_insn_reservation "n7_load" 5
    (and (eq_attr "cpu" "niagara7")
!        (ior (eq_attr "type" "fpload,sload")
!             (and (eq_attr "type" "load")
!                  (eq_attr "subtype" "regular"))))
!   "n7_slot0, nothing*4")
! 
! (define_insn_reservation "n7_prefetch" 1
!   (and (eq_attr "cpu" "niagara7")
!        (eq_attr "type" "load")
!        (eq_attr "subtype" "prefetch"))
!   "n7_slot0")
! 
! ;; Both integer and floating-point store instructions have a latency
! ;; of 1 cycle, and execute in the load/store unit in slot0.
  
  (define_insn_reservation "n7_store" 1
    (and (eq_attr "cpu" "niagara7")
      (eq_attr "type" "store,fpstore"))
!   "n7_slot0")
! 
! ;; Control-transfer instructions execute in the Branch Unit in the
! ;; slot1.
  
  (define_insn_reservation "n7_cti" 1
    (and (eq_attr "cpu" "niagara7")
      (eq_attr "type" "cbcond,uncond_cbcond,branch,call,sibcall,call_no_delay_slot,uncond_branch,return"))
    "n7_slot1")
  
+ ;; Many instructions executing in the Floating-point and Graphics unit
+ ;; in the slot1 feature a latency of 11 cycles.
+ 
  (define_insn_reservation "n7_fp" 11
    (and (eq_attr "cpu" "niagara7")
!        (ior (eq_attr "type" "fpmove,fpcmove,fpcrmove,fp,fpcmp,fpmul,fgm_pack,fgm_mul,pdist")
!             (and (eq_attr "type" "fga")
!                  (eq_attr "subtype" "fpu,maxmin"))))
    "n7_slot1, nothing*10")
  
! ;; Floating-point division and floating-point square-root instructions
! ;; have high latencies.  They execute in the floating-point and
! ;; graphics unit in the slot1.
! 
  
  (define_insn_reservation "n7_fpdivs" 24
    (and (eq_attr "cpu" "niagara7")
!        (eq_attr "type" "fpdivs,fpsqrts"))
    "n7_slot1, nothing*23")
  
  (define_insn_reservation "n7_fpdivd" 37
***************
*** 84,136 ****
      (eq_attr "type" "fpdivd,fpsqrtd"))
    "n7_slot1, nothing*36")
  
! (define_insn_reservation "n7_lzd" 12
!   (and (eq_attr "cpu" "niagara7")
!        (eq_attr "type" "lzd"))
!   "(n7_slot0 | n7_slot1), nothing*11")
! 
! ;; There is an internal unit called the "V3 pipe", that was originally
! ;; intended to process some of the short cryptographic instructions.
! ;; However, as soon as in the T4 several of the VIS instructions
! ;; (notably non-FP instructions) have been moved to the V3 pipe.
! ;; Consequently, these instructions feature a latency of 3 instead of
! ;; 11 or 12 cycles, provided their consumers also execute in the V3
! ;; pipe.
  ;;
! ;; This is modelled here with a bypass.
  
! (define_insn_reservation "n7_vis_fga" 11
    (and (eq_attr "cpu" "niagara7")
!     (eq_attr "type" "fga,gsr"))
    "n7_slot1, nothing*10")
  
! (define_insn_reservation "n7_vis_fgm" 11
    (and (eq_attr "cpu" "niagara7")
!     (eq_attr "type" "fgm_pack,fgm_mul,pdist"))
!   "n7_slot1, nothing*10")
  
! (define_insn_reservation "n7_vis_move_v3pipe" 11
!   (and (eq_attr "cpu" "niagara7")
!     (and (eq_attr "type" "vismv")
!          (eq_attr "v3pipe" "true")))
!   "n7_slot1")
  
! (define_insn_reservation "n7_vis_move_11cycle" 11
    (and (eq_attr "cpu" "niagara7")
!     (and (eq_attr "type" "vismv")
!          (eq_attr "v3pipe" "false")))
!   "n7_slot1, nothing*10")
  
! (define_insn_reservation "n7_vis_logical_v3pipe" 11
    (and (eq_attr "cpu" "niagara7")
!     (and (eq_attr "type" "visl,pdistn")
!          (eq_attr "v3pipe" "true")))
!   "n7_slot1, nothing*2")
  
! (define_insn_reservation "n7_vis_logical_11cycle" 11
    (and (eq_attr "cpu" "niagara7")
!     (and (eq_attr "type" "visl")
!       (eq_attr "v3pipe" "false")))
!   "n7_slot1, nothing*10")
  
! (define_bypass 3 "*_v3pipe" "*_v3pipe")
--- 140,205 ----
      (eq_attr "type" "fpdivd,fpsqrtd"))
    "n7_slot1, nothing*36")
  
! ;; SIMD VIS instructions executing in the Floating-point and graphics
! ;; unit (FPG) in slot1 usually have a latency of either 11 or 12
! ;; cycles.
  ;;
! ;; However, the latency for many instructions is only 3 cycles if the
! ;; consumer can also be executed in 3 cycles.  We model this with a
! ;; bypass.  In these cases the instructions are executed in the
! ;; 3-cycle crypto unit which also serves slot1.
  
! (define_insn_reservation "n7_vis_11cycles" 11
    (and (eq_attr "cpu" "niagara7")
!        (ior (and (eq_attr "type" "fga")
!                  (eq_attr "subtype" "addsub64,other"))
!             (and (eq_attr "type" "vismv")
!                  (eq_attr "subtype" "double,single"))
!             (and (eq_attr "type" "visl")
!                  (eq_attr "subtype" "double,single"))))
    "n7_slot1, nothing*10")
  
! (define_insn_reservation "n7_vis_12cycles" 12
    (and (eq_attr "cpu" "niagara7")
!        (ior (eq_attr "type" "bmask,viscmp")
!             (and (eq_attr "type" "fga")
!                  (eq_attr "subtype" "cmask"))
!             (and (eq_attr "type" "vismv")
!                  (eq_attr "subtype" "movstouw"))))
!   "n7_slot1, nothing*11")
  
! (define_bypass 3 "n7_vis_*" "n7_vis_*")
  
! ;; Some other VIS instructions have a latency of 12 cycles, and won't
! ;; be executed in the 3-cycle crypto pipe.
! 
! (define_insn_reservation "n7_lzd" 12
    (and (eq_attr "cpu" "niagara7")
!        (ior (eq_attr "type" "lzd,")
!             (and (eq_attr "type" "gsr")
!                  (eq_attr "subtype" "alignaddr"))))
!   "n7_slot1, nothing*11")
  
! ;; A couple of VIS instructions feature very low latencies in the M7.
! 
! (define_insn_reservation "n7_single_vis" 1
    (and (eq_attr "cpu" "niagara7")
!        (eq_attr "type" "vismv")
!        (eq_attr "subtype" "movxtod"))
!   "n7_slot1")
  
! (define_insn_reservation "n7_double_vis" 2
    (and (eq_attr "cpu" "niagara7")
!        (eq_attr "type" "vismv")
!        (eq_attr "subtype" "movdtox"))
!   "n7_slot1, nothing")
  
! ;; Reading and writing to the gsr register takes a high number of
! ;; cycles that is not documented in the PRM.  Let's use the same value
! ;; than the M8.
! 
! (define_insn_reservation "n7_gsr_reg" 70
!   (and (eq_attr "cpu" "niagara7")
!        (eq_attr "type" "gsr")
!        (eq_attr "subtype" "reg"))
!   "n7_slot1, nothing*70")
diff -Nrcpad gcc-7.1.0/gcc/config/sparc/predicates.md gcc-7.2.0/gcc/config/sparc/predicates.md
*** gcc-7.1.0/gcc/config/sparc/predicates.md	Wed Apr 19 08:05:36 2017
--- gcc-7.2.0/gcc/config/sparc/predicates.md	Fri Jul  7 15:42:43 2017
***************
*** 328,333 ****
--- 328,360 ----
         (and (match_code "const_int")
              (match_test "SPARC_SIMM5_P (INTVAL (op))"))))
  
+ ;; Return true if OP is a constant in the range 0..7.  This is an
+ ;; acceptable second operand for dictunpack instructions setting a
+ ;; V8QI mode in the destination register.
+ (define_predicate "imm5_operand_dictunpack8"
+   (and (match_code "const_int")
+        (match_test "(INTVAL (op) >= 0 && INTVAL (op) < 8)")))
+ 
+ ;; Return true if OP is a constant in the range 7..15.  This is an
+ ;; acceptable second operand for dictunpack instructions setting a
+ ;; V4HI mode in the destination register.
+ (define_predicate "imm5_operand_dictunpack16"
+   (and (match_code "const_int")
+        (match_test "(INTVAL (op) >= 8 && INTVAL (op) < 16)")))
+ 
+ ;; Return true if OP is a constant in the range 15..31.  This is an
+ ;; acceptable second operand for dictunpack instructions setting a
+ ;; V2SI mode in the destination register.
+ (define_predicate "imm5_operand_dictunpack32"
+   (and (match_code "const_int")
+        (match_test "(INTVAL (op) >= 16 && INTVAL (op) < 32)")))
+ 
+ ;; Return true if OP is a constant that is representable by a 2-bit
+ ;; unsigned field.  This is an acceptable third operand for
+ ;; fpcmp*shl instructions.
+ (define_predicate "imm2_operand"
+   (and (match_code "const_int")
+        (match_test "SPARC_IMM2_P (INTVAL (op))")))
  
  ;; Predicates for miscellaneous instructions.
  
diff -Nrcpad gcc-7.1.0/gcc/config/sparc/rtemself.h gcc-7.2.0/gcc/config/sparc/rtemself.h
*** gcc-7.1.0/gcc/config/sparc/rtemself.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/sparc/rtemself.h	Wed Jul 26 08:31:09 2017
***************
*** 2,22 ****
     Copyright (C) 1996-2017 Free Software Foundation, Inc.
     Contributed by Joel Sherrill (joel@OARcorp.com).
  
! This file is part of GCC.
  
! GCC is free software; you can redistribute it and/or modify
! it under the terms of the GNU General Public License as published by
! the Free Software Foundation; either version 3, or (at your option)
! any later version.
  
! GCC is distributed in the hope that it will be useful,
! but WITHOUT ANY WARRANTY; without even the implied warranty of
! MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
! GNU General Public License for more details.
  
! You should have received a copy of the GNU General Public License
! along with GCC; see the file COPYING3.  If not see
! <http://www.gnu.org/licenses/>.  */
  
  /* Target OS builtins.  */
  #undef TARGET_OS_CPP_BUILTINS
--- 2,27 ----
     Copyright (C) 1996-2017 Free Software Foundation, Inc.
     Contributed by Joel Sherrill (joel@OARcorp.com).
  
!    This file is part of GCC.
  
!    GCC is free software; you can redistribute it and/or modify it
!    under the terms of the GNU General Public License as published
!    by the Free Software Foundation; either version 3, or (at your
!    option) any later version.
  
!    GCC is distributed in the hope that it will be useful, but WITHOUT
!    ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
!    or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public
!    License for more details.
  
!    Under Section 7 of GPL version 3, you are granted additional
!    permissions described in the GCC Runtime Library Exception, version
!    3.1, as published by the Free Software Foundation.
! 
!    You should have received a copy of the GNU General Public License and
!    a copy of the GCC Runtime Library Exception along with this program;
!    see the files COPYING3 and COPYING.RUNTIME respectively.  If not, see
!    <http://www.gnu.org/licenses/>.  */
  
  /* Target OS builtins.  */
  #undef TARGET_OS_CPP_BUILTINS
*************** along with GCC; see the file COPYING3.
*** 26,31 ****
--- 31,38 ----
  	builtin_define ("__rtems__");		\
  	builtin_define ("__USE_INIT_FINI__");	\
  	builtin_assert ("system=rtems");	\
+ 	if (sparc_fix_b2bst)			\
+ 	  builtin_define ("__FIX_LEON3FT_B2BST"); \
      }						\
    while (0)
  
diff -Nrcpad gcc-7.1.0/gcc/config/sparc/sol2.h gcc-7.2.0/gcc/config/sparc/sol2.h
*** gcc-7.1.0/gcc/config/sparc/sol2.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/sparc/sol2.h	Fri Jul  7 15:42:43 2017
*************** along with GCC; see the file COPYING3.
*** 169,186 ****
  #undef CPP_CPU64_DEFAULT_SPEC
  #define CPP_CPU64_DEFAULT_SPEC ""
  #undef ASM_CPU32_DEFAULT_SPEC
! #define ASM_CPU32_DEFAUILT_SPEC AS_SPARC32_FLAG AS_NIAGARA7_FLAG
  #undef ASM_CPU64_DEFAULT_SPEC
  #define ASM_CPU64_DEFAULT_SPEC AS_SPARC64_FLAG AS_NIAGARA7_FLAG
  #endif
  
  #undef CPP_CPU_SPEC
  #define CPP_CPU_SPEC "\
  %{mcpu=sparclet|mcpu=tsc701:-D__sparclet__} \
  %{mcpu=sparclite|mcpu-f930|mcpu=f934:-D__sparclite__} \
  %{mcpu=v8:" DEF_ARCH32_SPEC("-D__sparcv8") "} \
  %{mcpu=supersparc:-D__supersparc__ " DEF_ARCH32_SPEC("-D__sparcv8") "} \
! %{mcpu=v9|mcpu=ultrasparc|mcpu=ultrasparc3|mcpu=niagara|mcpu=niagara2|mcpu=niagara3|mcpu=niagara4|mcpu=niagara7:" DEF_ARCH32_SPEC("-D__sparcv8") "} \
  %{!mcpu*:%(cpp_cpu_default)} \
  "
  
--- 169,195 ----
  #undef CPP_CPU64_DEFAULT_SPEC
  #define CPP_CPU64_DEFAULT_SPEC ""
  #undef ASM_CPU32_DEFAULT_SPEC
! #define ASM_CPU32_DEFAULT_SPEC AS_SPARC32_FLAG AS_NIAGARA7_FLAG
  #undef ASM_CPU64_DEFAULT_SPEC
  #define ASM_CPU64_DEFAULT_SPEC AS_SPARC64_FLAG AS_NIAGARA7_FLAG
  #endif
  
+ #if TARGET_CPU_DEFAULT == TARGET_CPU_m8
+ #undef CPP_CPU64_DEFAULT_SPEC
+ #define CPP_CPU64_DEFAULT_SPEC ""
+ #undef ASM_CPU32_DEFAULT_SPEC
+ #define ASM_CPU32_DEFAULT_SPEC AS_SPARC32_FLAG AS_M8_FLAG
+ #undef ASM_CPU64_DEFAULT_SPEC
+ #define ASM_CPU64_DEFAULT_SPEC AS_SPARC64_FLAG AS_M8_FLAG
+ #endif
+ 
  #undef CPP_CPU_SPEC
  #define CPP_CPU_SPEC "\
  %{mcpu=sparclet|mcpu=tsc701:-D__sparclet__} \
  %{mcpu=sparclite|mcpu-f930|mcpu=f934:-D__sparclite__} \
  %{mcpu=v8:" DEF_ARCH32_SPEC("-D__sparcv8") "} \
  %{mcpu=supersparc:-D__supersparc__ " DEF_ARCH32_SPEC("-D__sparcv8") "} \
! %{mcpu=v9|mcpu=ultrasparc|mcpu=ultrasparc3|mcpu=niagara|mcpu=niagara2|mcpu=niagara3|mcpu=niagara4|mcpu=niagara7|mcpu=m8:" DEF_ARCH32_SPEC("-D__sparcv8") "} \
  %{!mcpu*:%(cpp_cpu_default)} \
  "
  
*************** extern const char *host_detect_local_cpu
*** 290,296 ****
  %{mcpu=niagara3:" DEF_ARCH32_SPEC("-xarch=v8plus" AS_NIAGARA3_FLAG) DEF_ARCH64_SPEC("-xarch=v9" AS_NIAGARA3_FLAG) "} \
  %{mcpu=niagara4:" DEF_ARCH32_SPEC(AS_SPARC32_FLAG AS_NIAGARA4_FLAG) DEF_ARCH64_SPEC(AS_SPARC64_FLAG AS_NIAGARA4_FLAG) "} \
  %{mcpu=niagara7:" DEF_ARCH32_SPEC(AS_SPARC32_FLAG AS_NIAGARA7_FLAG) DEF_ARCH64_SPEC(AS_SPARC64_FLAG AS_NIAGARA7_FLAG) "} \
! %{!mcpu=niagara7:%{!mcpu=niagara4:%{!mcpu=niagara3:%{!mcpu=niagara2:%{!mcpu=niagara:%{!mcpu=ultrasparc3:%{!mcpu=ultrasparc:%{!mcpu=v9:%{mcpu*:" DEF_ARCH32_SPEC("-xarch=v8") DEF_ARCH64_SPEC("-xarch=v9") "}}}}}}}}} \
  %{!mcpu*:%(asm_cpu_default)} \
  "
  
--- 299,306 ----
  %{mcpu=niagara3:" DEF_ARCH32_SPEC("-xarch=v8plus" AS_NIAGARA3_FLAG) DEF_ARCH64_SPEC("-xarch=v9" AS_NIAGARA3_FLAG) "} \
  %{mcpu=niagara4:" DEF_ARCH32_SPEC(AS_SPARC32_FLAG AS_NIAGARA4_FLAG) DEF_ARCH64_SPEC(AS_SPARC64_FLAG AS_NIAGARA4_FLAG) "} \
  %{mcpu=niagara7:" DEF_ARCH32_SPEC(AS_SPARC32_FLAG AS_NIAGARA7_FLAG) DEF_ARCH64_SPEC(AS_SPARC64_FLAG AS_NIAGARA7_FLAG) "} \
! %{mcpu=m8:" DEF_ARCH32_SPEC(AS_SPARC32_FLAG AS_M8_FLAG) DEF_ARCH64_SPEC(AS_SPARC64_FLAG AS_M8_FLAG) "} \
! %{!mcpu=m8:%{!mcpu=niagara7:%{!mcpu=niagara4:%{!mcpu=niagara3:%{!mcpu=niagara2:%{!mcpu=niagara:%{!mcpu=ultrasparc3:%{!mcpu=ultrasparc:%{!mcpu=v9:%{mcpu*:" DEF_ARCH32_SPEC("-xarch=v8") DEF_ARCH64_SPEC("-xarch=v9") "}}}}}}}}}} \
  %{!mcpu*:%(asm_cpu_default)} \
  "
  
diff -Nrcpad gcc-7.1.0/gcc/config/sparc/sparc-c.c gcc-7.2.0/gcc/config/sparc/sparc-c.c
*** gcc-7.1.0/gcc/config/sparc/sparc-c.c	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/sparc/sparc-c.c	Fri Jul  7 15:42:43 2017
*************** sparc_target_macros (void)
*** 40,46 ****
        cpp_assert (parse_in, "machine=sparc");
      }
  
!   if (TARGET_VIS4)
      {
        cpp_define (parse_in, "__VIS__=0x400");
        cpp_define (parse_in, "__VIS=0x400");
--- 40,51 ----
        cpp_assert (parse_in, "machine=sparc");
      }
  
!   if (TARGET_VIS4B)
!     {
!       cpp_define (parse_in, "__VIS__=0x410");
!       cpp_define (parse_in, "__VIS=0x410");
!     }
!   else if (TARGET_VIS4)
      {
        cpp_define (parse_in, "__VIS__=0x400");
        cpp_define (parse_in, "__VIS=0x400");
diff -Nrcpad gcc-7.1.0/gcc/config/sparc/sparc-opts.h gcc-7.2.0/gcc/config/sparc/sparc-opts.h
*** gcc-7.1.0/gcc/config/sparc/sparc-opts.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/sparc/sparc-opts.h	Fri Jul  7 15:42:43 2017
*************** enum processor_type {
*** 46,51 ****
--- 46,52 ----
    PROCESSOR_NIAGARA3,
    PROCESSOR_NIAGARA4,
    PROCESSOR_NIAGARA7,
+   PROCESSOR_M8,
    PROCESSOR_NATIVE
  };
  
diff -Nrcpad gcc-7.1.0/gcc/config/sparc/sparc.c gcc-7.2.0/gcc/config/sparc/sparc.c
*** gcc-7.1.0/gcc/config/sparc/sparc.c	Wed Apr 19 08:05:36 2017
--- gcc-7.2.0/gcc/config/sparc/sparc.c	Thu Jul 27 12:57:23 2017
*************** struct processor_costs niagara7_costs =
*** 448,453 ****
--- 448,477 ----
    0, /* shift penalty */
  };
  
+ static const
+ struct processor_costs m8_costs = {
+   COSTS_N_INSNS (3), /* int load */
+   COSTS_N_INSNS (3), /* int signed load */
+   COSTS_N_INSNS (3), /* int zeroed load */
+   COSTS_N_INSNS (3), /* float load */
+   COSTS_N_INSNS (9), /* fmov, fneg, fabs */
+   COSTS_N_INSNS (9), /* fadd, fsub */
+   COSTS_N_INSNS (9), /* fcmp */
+   COSTS_N_INSNS (9), /* fmov, fmovr */
+   COSTS_N_INSNS (9), /* fmul */
+   COSTS_N_INSNS (26), /* fdivs */
+   COSTS_N_INSNS (30), /* fdivd */
+   COSTS_N_INSNS (33), /* fsqrts */
+   COSTS_N_INSNS (41), /* fsqrtd */
+   COSTS_N_INSNS (12), /* imul */
+   COSTS_N_INSNS (10), /* imulX */
+   0, /* imul bit factor */
+   COSTS_N_INSNS (57), /* udiv/sdiv */
+   COSTS_N_INSNS (30), /* udivx/sdivx */
+   COSTS_N_INSNS (1), /* movcc/movr */
+   0, /* shift penalty */
+ };
+ 
  static const struct processor_costs *sparc_costs = &cypress_costs;
  
  #ifdef HAVE_AS_RELAX_OPTION
*************** mem_ref (rtx x)
*** 896,901 ****
--- 920,931 ----
     to properly detect the various hazards.  Therefore, this machine specific
     pass runs as late as possible.  */
  
+ /* True if INSN is a md pattern or asm statement.  */
+ #define USEFUL_INSN_P(INSN)						\
+   (NONDEBUG_INSN_P (INSN)						\
+    && GET_CODE (PATTERN (INSN)) != USE					\
+    && GET_CODE (PATTERN (INSN)) != CLOBBER)
+ 
  static unsigned int
  sparc_do_work_around_errata (void)
  {
*************** sparc_do_work_around_errata (void)
*** 915,920 ****
--- 945,1025 ----
  	if (rtx_sequence *seq = dyn_cast <rtx_sequence *> (PATTERN (insn)))
  	  insn = seq->insn (1);
  
+       /* Look for either of these two sequences:
+ 
+ 	 Sequence A:
+ 	 1. store of word size or less (e.g. st / stb / sth / stf)
+ 	 2. any single instruction that is not a load or store
+ 	 3. any store instruction (e.g. st / stb / sth / stf / std / stdf)
+ 
+ 	 Sequence B:
+ 	 1. store of double word size (e.g. std / stdf)
+ 	 2. any store instruction (e.g. st / stb / sth / stf / std / stdf)  */
+       if (sparc_fix_b2bst
+ 	  && NONJUMP_INSN_P (insn)
+ 	  && (set = single_set (insn)) != NULL_RTX
+ 	  && MEM_P (SET_DEST (set)))
+ 	{
+ 	  /* Sequence B begins with a double-word store.  */
+ 	  bool seq_b = GET_MODE_SIZE (GET_MODE (SET_DEST (set))) == 8;
+ 	  rtx_insn *after;
+ 	  int i;
+ 
+ 	  next = next_active_insn (insn);
+ 	  if (!next)
+ 	    break;
+ 
+ 	  for (after = next, i = 0; i < 2; i++)
+ 	    {
+ 	      /* Skip empty assembly statements.  */
+ 	      if ((GET_CODE (PATTERN (after)) == UNSPEC_VOLATILE)
+ 		  || (USEFUL_INSN_P (after)
+ 		      && (asm_noperands (PATTERN (after))>=0)
+ 		      && !strcmp (decode_asm_operands (PATTERN (after),
+ 						       NULL, NULL, NULL,
+ 						       NULL, NULL), "")))
+ 		after = next_active_insn (after);
+ 	      if (!after)
+ 		break;
+ 
+ 	      /* If the insn is a branch, then it cannot be problematic.  */
+ 	      if (!NONJUMP_INSN_P (after)
+ 		  || GET_CODE (PATTERN (after)) == SEQUENCE)
+ 		break;
+ 
+ 	      /* Sequence B is only two instructions long.  */
+ 	      if (seq_b)
+ 		{
+ 		  /* Add NOP if followed by a store.  */
+ 		  if ((set = single_set (after)) != NULL_RTX
+ 		      && MEM_P (SET_DEST (set)))
+ 		    insert_nop = true;
+ 
+ 		  /* Otherwise it is ok.  */
+ 		  break;
+ 		}
+ 
+ 	      /* If the second instruction is a load or a store,
+ 		 then the sequence cannot be problematic.  */
+ 	      if (i == 0)
+ 		{
+ 		  if (((set = single_set (after)) != NULL_RTX)
+ 		      && (MEM_P (SET_DEST (set)) || MEM_P (SET_SRC (set))))
+ 		    break;
+ 
+ 		  after = next_active_insn (after);
+ 		  if (!after)
+ 		    break;
+ 		}
+ 
+ 	      /* Add NOP if third instruction is a store.  */
+ 	      if (i == 1
+ 		  && ((set = single_set (after)) != NULL_RTX)
+ 		  && MEM_P (SET_DEST (set)))
+ 		insert_nop = true;
+ 	    }
+ 	}
+       else
        /* Look for a single-word load into an odd-numbered FP register.  */
        if (sparc_fix_at697f
  	  && NONJUMP_INSN_P (insn)
*************** public:
*** 1167,1174 ****
    /* opt_pass methods: */
    virtual bool gate (function *)
      {
!       /* The only errata we handle are those of the AT697F and UT699.  */
!       return sparc_fix_at697f != 0 || sparc_fix_ut699 != 0;
      }
  
    virtual unsigned int execute (function *)
--- 1272,1278 ----
    /* opt_pass methods: */
    virtual bool gate (function *)
      {
!       return sparc_fix_at697f || sparc_fix_ut699 || sparc_fix_b2bst;
      }
  
    virtual unsigned int execute (function *)
*************** dump_target_flag_bits (const int flags)
*** 1200,1205 ****
--- 1304,1311 ----
      fprintf (stderr, "FLAT ");
    if (flags & MASK_FMAF)
      fprintf (stderr, "FMAF ");
+   if (flags & MASK_FSMULD)
+     fprintf (stderr, "FSMULD ");
    if (flags & MASK_FPU)
      fprintf (stderr, "FPU ");
    if (flags & MASK_HARD_QUAD)
*************** dump_target_flag_bits (const int flags)
*** 1222,1227 ****
--- 1328,1335 ----
      fprintf (stderr, "VIS3 ");
    if (flags & MASK_VIS4)
      fprintf (stderr, "VIS4 ");
+   if (flags & MASK_VIS4B)
+     fprintf (stderr, "VIS4B ");
    if (flags & MASK_CBCOND)
      fprintf (stderr, "CBCOND ");
    if (flags & MASK_DEPRECATED_V8_INSNS)
*************** sparc_option_override (void)
*** 1286,1291 ****
--- 1394,1400 ----
      { TARGET_CPU_niagara3, PROCESSOR_NIAGARA3 },
      { TARGET_CPU_niagara4, PROCESSOR_NIAGARA4 },
      { TARGET_CPU_niagara7, PROCESSOR_NIAGARA7 },
+     { TARGET_CPU_m8, PROCESSOR_M8 },
      { -1, PROCESSOR_V7 }
    };
    const struct cpu_default *def;
*************** sparc_option_override (void)
*** 1296,1319 ****
      const int disable;
      const int enable;
    } const cpu_table[] = {
!     { "v7",		MASK_ISA, 0 },
!     { "cypress",	MASK_ISA, 0 },
      { "v8",		MASK_ISA, MASK_V8 },
      /* TI TMS390Z55 supersparc */
      { "supersparc",	MASK_ISA, MASK_V8 },
!     { "hypersparc",	MASK_ISA, MASK_V8|MASK_FPU },
!     { "leon",		MASK_ISA, MASK_V8|MASK_LEON|MASK_FPU },
!     { "leon3",		MASK_ISA, MASK_V8|MASK_LEON3|MASK_FPU },
!     { "leon3v7",	MASK_ISA, MASK_LEON3|MASK_FPU },
!     { "sparclite",	MASK_ISA, MASK_SPARCLITE },
      /* The Fujitsu MB86930 is the original sparclite chip, with no FPU.  */
      { "f930",		MASK_ISA|MASK_FPU, MASK_SPARCLITE },
      /* The Fujitsu MB86934 is the recent sparclite chip, with an FPU.  */
!     { "f934",		MASK_ISA, MASK_SPARCLITE|MASK_FPU },
      { "sparclite86x",	MASK_ISA|MASK_FPU, MASK_SPARCLITE },
!     { "sparclet",	MASK_ISA, MASK_SPARCLET },
      /* TEMIC sparclet */
!     { "tsc701",		MASK_ISA, MASK_SPARCLET },
      { "v9",		MASK_ISA, MASK_V9 },
      /* UltraSPARC I, II, IIi */
      { "ultrasparc",	MASK_ISA,
--- 1405,1428 ----
      const int disable;
      const int enable;
    } const cpu_table[] = {
!     { "v7",		MASK_ISA|MASK_FSMULD, 0 },
!     { "cypress",	MASK_ISA|MASK_FSMULD, 0 },
      { "v8",		MASK_ISA, MASK_V8 },
      /* TI TMS390Z55 supersparc */
      { "supersparc",	MASK_ISA, MASK_V8 },
!     { "hypersparc",	MASK_ISA, MASK_V8 },
!     { "leon",		MASK_ISA|MASK_FSMULD, MASK_V8|MASK_LEON },
!     { "leon3",		MASK_ISA, MASK_V8|MASK_LEON3 },
!     { "leon3v7",	MASK_ISA|MASK_FSMULD, MASK_LEON3 },
!     { "sparclite",	MASK_ISA|MASK_FSMULD, MASK_SPARCLITE },
      /* The Fujitsu MB86930 is the original sparclite chip, with no FPU.  */
      { "f930",		MASK_ISA|MASK_FPU, MASK_SPARCLITE },
      /* The Fujitsu MB86934 is the recent sparclite chip, with an FPU.  */
!     { "f934",		MASK_ISA|MASK_FSMULD, MASK_SPARCLITE },
      { "sparclite86x",	MASK_ISA|MASK_FPU, MASK_SPARCLITE },
!     { "sparclet",	MASK_ISA|MASK_FSMULD, MASK_SPARCLET },
      /* TEMIC sparclet */
!     { "tsc701",		MASK_ISA|MASK_FSMULD, MASK_SPARCLET },
      { "v9",		MASK_ISA, MASK_V9 },
      /* UltraSPARC I, II, IIi */
      { "ultrasparc",	MASK_ISA,
*************** sparc_option_override (void)
*** 1337,1347 ****
        MASK_V9|MASK_POPC|MASK_VIS3|MASK_FMAF|MASK_CBCOND },
      /* UltraSPARC M7 */
      { "niagara7",	MASK_ISA,
!       MASK_V9|MASK_POPC|MASK_VIS4|MASK_FMAF|MASK_CBCOND|MASK_SUBXC }
    };
    const struct cpu_table *cpu;
    unsigned int i;
-   int fpu;
  
    if (sparc_debug_string != NULL)
      {
--- 1446,1458 ----
        MASK_V9|MASK_POPC|MASK_VIS3|MASK_FMAF|MASK_CBCOND },
      /* UltraSPARC M7 */
      { "niagara7",	MASK_ISA,
!       MASK_V9|MASK_POPC|MASK_VIS4|MASK_FMAF|MASK_CBCOND|MASK_SUBXC },
!     /* UltraSPARC M8 */
!     { "m8",		MASK_ISA,
!       MASK_V9|MASK_POPC|MASK_VIS4|MASK_FMAF|MASK_CBCOND|MASK_SUBXC|MASK_VIS4B }
    };
    const struct cpu_table *cpu;
    unsigned int i;
  
    if (sparc_debug_string != NULL)
      {
*************** sparc_option_override (void)
*** 1377,1382 ****
--- 1488,1498 ----
  	}
      }
  
+   /* Enable the FsMULd instruction by default if not explicitly specified by
+      the user.  It may be later disabled by the CPU (explicitly or not).  */
+   if (TARGET_FPU && !(target_flags_explicit & MASK_FSMULD))
+     target_flags |= MASK_FSMULD;
+ 
    if (TARGET_DEBUG_OPTIONS)
      {
        dump_target_flags("Initial target_flags", target_flags);
*************** sparc_option_override (void)
*** 1422,1428 ****
  	    sparc_cmodel = cmodel->value;
  	}
        else
! 	error ("-mcmodel= is not supported on 32 bit systems");
      }
  
    /* Check that -fcall-saved-REG wasn't specified for out registers.  */
--- 1538,1544 ----
  	    sparc_cmodel = cmodel->value;
  	}
        else
! 	error ("-mcmodel= is not supported on 32-bit systems");
      }
  
    /* Check that -fcall-saved-REG wasn't specified for out registers.  */
*************** sparc_option_override (void)
*** 1433,1441 ****
          call_used_regs [i] = 1;
        }
  
!   fpu = target_flags & MASK_FPU; /* save current -mfpu status */
! 
!   /* Set the default CPU.  */
    if (!global_options_set.x_sparc_cpu_and_features)
      {
        for (def = &cpu_default[0]; def->cpu != -1; ++def)
--- 1549,1555 ----
          call_used_regs [i] = 1;
        }
  
!   /* Set the default CPU if no -mcpu option was specified.  */
    if (!global_options_set.x_sparc_cpu_and_features)
      {
        for (def = &cpu_default[0]; def->cpu != -1; ++def)
*************** sparc_option_override (void)
*** 1445,1450 ****
--- 1559,1565 ----
        sparc_cpu_and_features = def->processor;
      }
  
+   /* Set the default CPU if no -mtune option was specified.  */
    if (!global_options_set.x_sparc_cpu)
      sparc_cpu = sparc_cpu_and_features;
  
*************** sparc_option_override (void)
*** 1453,1460 ****
    if (TARGET_DEBUG_OPTIONS)
      {
        fprintf (stderr, "sparc_cpu_and_features: %s\n", cpu->name);
-       fprintf (stderr, "sparc_cpu: %s\n",
- 	       cpu_table[(int) sparc_cpu].name);
        dump_target_flags ("cpu->disable", cpu->disable);
        dump_target_flags ("cpu->enable", cpu->enable);
      }
--- 1568,1573 ----
*************** sparc_option_override (void)
*** 1470,1525 ****
  #ifndef HAVE_AS_SPARC5_VIS4
  		   & ~(MASK_VIS4 | MASK_SUBXC)
  #endif
  #ifndef HAVE_AS_LEON
  		   & ~(MASK_LEON | MASK_LEON3)
  #endif
  		   );
  
!   /* If -mfpu or -mno-fpu was explicitly used, don't override with
!      the processor default.  */
!   if (target_flags_explicit & MASK_FPU)
!     target_flags = (target_flags & ~MASK_FPU) | fpu;
! 
!   /* -mvis2 implies -mvis */
    if (TARGET_VIS2)
      target_flags |= MASK_VIS;
  
!   /* -mvis3 implies -mvis2 and -mvis */
    if (TARGET_VIS3)
      target_flags |= MASK_VIS2 | MASK_VIS;
  
!   /* -mvis4 implies -mvis3, -mvis2 and -mvis */
    if (TARGET_VIS4)
      target_flags |= MASK_VIS3 | MASK_VIS2 | MASK_VIS;
  
!   /* Don't allow -mvis, -mvis2, -mvis3, -mvis4 or -mfmaf if FPU is
!      disabled.  */
!   if (! TARGET_FPU)
      target_flags &= ~(MASK_VIS | MASK_VIS2 | MASK_VIS3 | MASK_VIS4
! 		      | MASK_FMAF);
  
    /* -mvis assumes UltraSPARC+, so we are sure v9 instructions
!      are available.
!      -m64 also implies v9.  */
    if (TARGET_VIS || TARGET_ARCH64)
      {
        target_flags |= MASK_V9;
        target_flags &= ~(MASK_V8 | MASK_SPARCLET | MASK_SPARCLITE);
      }
  
!   /* -mvis also implies -mv8plus on 32-bit */
!   if (TARGET_VIS && ! TARGET_ARCH64)
      target_flags |= MASK_V8PLUS;
  
!   /* Use the deprecated v8 insns for sparc64 in 32 bit mode.  */
    if (TARGET_V9 && TARGET_ARCH32)
      target_flags |= MASK_DEPRECATED_V8_INSNS;
  
!   /* V8PLUS requires V9, makes no sense in 64 bit mode.  */
!   if (! TARGET_V9 || TARGET_ARCH64)
      target_flags &= ~MASK_V8PLUS;
  
!   /* Don't use stack biasing in 32 bit mode.  */
    if (TARGET_ARCH32)
      target_flags &= ~MASK_STACK_BIAS;
  
--- 1583,1640 ----
  #ifndef HAVE_AS_SPARC5_VIS4
  		   & ~(MASK_VIS4 | MASK_SUBXC)
  #endif
+ #ifndef HAVE_AS_SPARC6
+ 		   & ~(MASK_VIS4B)
+ #endif
  #ifndef HAVE_AS_LEON
  		   & ~(MASK_LEON | MASK_LEON3)
  #endif
+ 		   & ~(target_flags_explicit & MASK_FEATURES)
  		   );
  
!   /* -mvis2 implies -mvis.  */
    if (TARGET_VIS2)
      target_flags |= MASK_VIS;
  
!   /* -mvis3 implies -mvis2 and -mvis.  */
    if (TARGET_VIS3)
      target_flags |= MASK_VIS2 | MASK_VIS;
  
!   /* -mvis4 implies -mvis3, -mvis2 and -mvis.  */
    if (TARGET_VIS4)
      target_flags |= MASK_VIS3 | MASK_VIS2 | MASK_VIS;
  
!   /* -mvis4b implies -mvis4, -mvis3, -mvis2 and -mvis */
!   if (TARGET_VIS4B)
!     target_flags |= MASK_VIS4 | MASK_VIS3 | MASK_VIS2 | MASK_VIS;
! 
!   /* Don't allow -mvis, -mvis2, -mvis3, -mvis4, -mvis4b, -mfmaf and -mfsmuld if
!      FPU is disabled.  */
!   if (!TARGET_FPU)
      target_flags &= ~(MASK_VIS | MASK_VIS2 | MASK_VIS3 | MASK_VIS4
! 		      | MASK_VIS4B | MASK_FMAF | MASK_FSMULD);
  
    /* -mvis assumes UltraSPARC+, so we are sure v9 instructions
!      are available; -m64 also implies v9.  */
    if (TARGET_VIS || TARGET_ARCH64)
      {
        target_flags |= MASK_V9;
        target_flags &= ~(MASK_V8 | MASK_SPARCLET | MASK_SPARCLITE);
      }
  
!   /* -mvis also implies -mv8plus on 32-bit.  */
!   if (TARGET_VIS && !TARGET_ARCH64)
      target_flags |= MASK_V8PLUS;
  
!   /* Use the deprecated v8 insns for sparc64 in 32-bit mode.  */
    if (TARGET_V9 && TARGET_ARCH32)
      target_flags |= MASK_DEPRECATED_V8_INSNS;
  
!   /* V8PLUS requires V9 and makes no sense in 64-bit mode.  */
!   if (!TARGET_V9 || TARGET_ARCH64)
      target_flags &= ~MASK_V8PLUS;
  
!   /* Don't use stack biasing in 32-bit mode.  */
    if (TARGET_ARCH32)
      target_flags &= ~MASK_STACK_BIAS;
  
*************** sparc_option_override (void)
*** 1527,1542 ****
    if (!(target_flags_explicit & MASK_LRA))
      target_flags |= MASK_LRA;
  
    /* Supply a default value for align_functions.  */
!   if (align_functions == 0
!       && (sparc_cpu == PROCESSOR_ULTRASPARC
  	  || sparc_cpu == PROCESSOR_ULTRASPARC3
  	  || sparc_cpu == PROCESSOR_NIAGARA
  	  || sparc_cpu == PROCESSOR_NIAGARA2
  	  || sparc_cpu == PROCESSOR_NIAGARA3
! 	  || sparc_cpu == PROCESSOR_NIAGARA4
! 	  || sparc_cpu == PROCESSOR_NIAGARA7))
!     align_functions = 32;
  
    /* Validate PCC_STRUCT_RETURN.  */
    if (flag_pcc_struct_return == DEFAULT_PCC_STRUCT_RETURN)
--- 1642,1669 ----
    if (!(target_flags_explicit & MASK_LRA))
      target_flags |= MASK_LRA;
  
+   /* Enable the back-to-back store errata workaround for LEON3FT.  */
+   if (sparc_fix_ut699 || sparc_fix_ut700 || sparc_fix_gr712rc)
+     sparc_fix_b2bst = 1;
+ 
+   /* Disable FsMULd for the UT699 since it doesn't work correctly.  */
+   if (sparc_fix_ut699)
+     target_flags &= ~MASK_FSMULD;
+ 
    /* Supply a default value for align_functions.  */
!   if (align_functions == 0)
!     {
!       if (sparc_cpu == PROCESSOR_ULTRASPARC
  	  || sparc_cpu == PROCESSOR_ULTRASPARC3
  	  || sparc_cpu == PROCESSOR_NIAGARA
  	  || sparc_cpu == PROCESSOR_NIAGARA2
  	  || sparc_cpu == PROCESSOR_NIAGARA3
! 	  || sparc_cpu == PROCESSOR_NIAGARA4)
! 	align_functions = 32;
!       else if (sparc_cpu == PROCESSOR_NIAGARA7
! 	       || sparc_cpu == PROCESSOR_M8)
! 	align_functions = 64;
!     }
  
    /* Validate PCC_STRUCT_RETURN.  */
    if (flag_pcc_struct_return == DEFAULT_PCC_STRUCT_RETURN)
*************** sparc_option_override (void)
*** 1602,1607 ****
--- 1729,1737 ----
      case PROCESSOR_NIAGARA7:
        sparc_costs = &niagara7_costs;
        break;
+     case PROCESSOR_M8:
+       sparc_costs = &m8_costs;
+       break;
      case PROCESSOR_NATIVE:
        gcc_unreachable ();
      };
*************** sparc_option_override (void)
*** 1664,1676 ****
  			   || sparc_cpu == PROCESSOR_NIAGARA4)
  			  ? 2
  			  : (sparc_cpu == PROCESSOR_ULTRASPARC3
! 			     ? 8 : (sparc_cpu == PROCESSOR_NIAGARA7
  				    ? 32 : 3))),
  			 global_options.x_param_values,
  			 global_options_set.x_param_values);
  
!   /* For PARAM_L1_CACHE_LINE_SIZE we use the default 32 bytes (see
!      params.def), so no maybe_set_param_value is needed.
  
       The Oracle SPARC Architecture (previously the UltraSPARC
       Architecture) specification states that when a PREFETCH[A]
--- 1794,1807 ----
  			   || sparc_cpu == PROCESSOR_NIAGARA4)
  			  ? 2
  			  : (sparc_cpu == PROCESSOR_ULTRASPARC3
! 			     ? 8 : ((sparc_cpu == PROCESSOR_NIAGARA7
! 				     || sparc_cpu == PROCESSOR_M8)
  				    ? 32 : 3))),
  			 global_options.x_param_values,
  			 global_options_set.x_param_values);
  
!   /* PARAM_L1_CACHE_LINE_SIZE is the size of the L1 cache line, in
!      bytes.
  
       The Oracle SPARC Architecture (previously the UltraSPARC
       Architecture) specification states that when a PREFETCH[A]
*************** sparc_option_override (void)
*** 1686,1691 ****
--- 1817,1827 ----
       L2 and L3, but only 32B are brought into the L1D$. (Assuming it
       is a read_n prefetch, which is the only type which allocates to
       the L1.)  */
+   maybe_set_param_value (PARAM_L1_CACHE_LINE_SIZE,
+ 			 (sparc_cpu == PROCESSOR_M8
+ 			  ? 64 : 32),
+ 			 global_options.x_param_values,
+ 			 global_options_set.x_param_values);
  
    /* PARAM_L1_CACHE_SIZE is the size of the L1D$ (most SPARC chips use
       Hardvard level-1 caches) in kilobytes.  Both UltraSPARC and
*************** sparc_option_override (void)
*** 1697,1703 ****
  			   || sparc_cpu == PROCESSOR_NIAGARA2
  			   || sparc_cpu == PROCESSOR_NIAGARA3
  			   || sparc_cpu == PROCESSOR_NIAGARA4
! 			   || sparc_cpu == PROCESSOR_NIAGARA7)
  			  ? 16 : 64),
  			 global_options.x_param_values,
  			 global_options_set.x_param_values);
--- 1833,1840 ----
  			   || sparc_cpu == PROCESSOR_NIAGARA2
  			   || sparc_cpu == PROCESSOR_NIAGARA3
  			   || sparc_cpu == PROCESSOR_NIAGARA4
! 			   || sparc_cpu == PROCESSOR_NIAGARA7
! 			   || sparc_cpu == PROCESSOR_M8)
  			  ? 16 : 64),
  			 global_options.x_param_values,
  			 global_options_set.x_param_values);
*************** sparc_option_override (void)
*** 1706,1712 ****
    /* PARAM_L2_CACHE_SIZE is the size fo the L2 in kilobytes.  Note
       that 512 is the default in params.def.  */
    maybe_set_param_value (PARAM_L2_CACHE_SIZE,
! 			 (sparc_cpu == PROCESSOR_NIAGARA4
  			  ? 128 : (sparc_cpu == PROCESSOR_NIAGARA7
  				   ? 256 : 512)),
  			 global_options.x_param_values,
--- 1843,1850 ----
    /* PARAM_L2_CACHE_SIZE is the size fo the L2 in kilobytes.  Note
       that 512 is the default in params.def.  */
    maybe_set_param_value (PARAM_L2_CACHE_SIZE,
! 			 ((sparc_cpu == PROCESSOR_NIAGARA4
! 			   || sparc_cpu == PROCESSOR_M8)
  			  ? 128 : (sparc_cpu == PROCESSOR_NIAGARA7
  				   ? 256 : 512)),
  			 global_options.x_param_values,
*************** enum sparc_mode_class {
*** 4834,4840 ****
     ??? Note that, despite the settings, non-double-aligned parameter
     registers can hold double-word quantities in 32-bit mode.  */
  
! /* This points to either the 32 bit or the 64 bit version.  */
  const int *hard_regno_mode_classes;
  
  static const int hard_32bit_mode_classes[] = {
--- 4972,4978 ----
     ??? Note that, despite the settings, non-double-aligned parameter
     registers can hold double-word quantities in 32-bit mode.  */
  
! /* This points to either the 32-bit or the 64-bit version.  */
  const int *hard_regno_mode_classes;
  
  static const int hard_32bit_mode_classes[] = {
*************** sparc_expand_epilogue (bool for_eh)
*** 5789,5794 ****
--- 5927,5935 ----
  {
    HOST_WIDE_INT size = sparc_frame_size;
  
+   if (cfun->calls_alloca)
+     emit_insn (gen_frame_blockage ());
+ 
    if (sparc_n_global_fp_regs > 0)
      emit_save_or_restore_global_fp_regs (sparc_frame_base_reg,
  				         sparc_frame_base_offset
*************** sparc_function_arg_advance (cumulative_a
*** 7165,7171 ****
  }
  
  /* Handle the FUNCTION_ARG_PADDING macro.
!    For the 64 bit ABI structs are always stored left shifted in their
     argument slot.  */
  
  enum direction
--- 7306,7312 ----
  }
  
  /* Handle the FUNCTION_ARG_PADDING macro.
!    For the 64-bit ABI structs are always stored left shifted in their
     argument slot.  */
  
  enum direction
*************** output_v9branch (rtx op, rtx dest, int r
*** 8283,8289 ****
    if (reversed ^ far)
      code = reverse_condition (code);
  
!   /* Only 64 bit versions of these instructions exist.  */
    gcc_assert (mode == DImode);
  
    /* Start by writing the branch condition.  */
--- 8424,8430 ----
    if (reversed ^ far)
      code = reverse_condition (code);
  
!   /* Only 64-bit versions of these instructions exist.  */
    gcc_assert (mode == DImode);
  
    /* Start by writing the branch condition.  */
*************** mems_ok_for_ldd_peep (rtx mem1, rtx mem2
*** 8711,8717 ****
      return 0;
  
    /* The first offset must be evenly divisible by 8 to ensure the
!      address is 64 bit aligned.  */
    if (offset1 % 8 != 0)
      return 0;
  
--- 8852,8858 ----
      return 0;
  
    /* The first offset must be evenly divisible by 8 to ensure the
!      address is 64-bit aligned.  */
    if (offset1 % 8 != 0)
      return 0;
  
*************** sparc32_initialize_trampoline (rtx m_tra
*** 9480,9486 ****
        && sparc_cpu != PROCESSOR_NIAGARA2
        && sparc_cpu != PROCESSOR_NIAGARA3
        && sparc_cpu != PROCESSOR_NIAGARA4
!       && sparc_cpu != PROCESSOR_NIAGARA7)
      emit_insn (gen_flushsi (validize_mem (adjust_address (m_tramp, SImode, 8))));
  
    /* Call __enable_execute_stack after writing onto the stack to make sure
--- 9621,9628 ----
        && sparc_cpu != PROCESSOR_NIAGARA2
        && sparc_cpu != PROCESSOR_NIAGARA3
        && sparc_cpu != PROCESSOR_NIAGARA4
!       && sparc_cpu != PROCESSOR_NIAGARA7
!       && sparc_cpu != PROCESSOR_M8)
      emit_insn (gen_flushsi (validize_mem (adjust_address (m_tramp, SImode, 8))));
  
    /* Call __enable_execute_stack after writing onto the stack to make sure
*************** sparc64_initialize_trampoline (rtx m_tra
*** 9526,9532 ****
        && sparc_cpu != PROCESSOR_NIAGARA2
        && sparc_cpu != PROCESSOR_NIAGARA3
        && sparc_cpu != PROCESSOR_NIAGARA4
!       && sparc_cpu != PROCESSOR_NIAGARA7)
      emit_insn (gen_flushdi (validize_mem (adjust_address (m_tramp, DImode, 8))));
  
    /* Call __enable_execute_stack after writing onto the stack to make sure
--- 9668,9675 ----
        && sparc_cpu != PROCESSOR_NIAGARA2
        && sparc_cpu != PROCESSOR_NIAGARA3
        && sparc_cpu != PROCESSOR_NIAGARA4
!       && sparc_cpu != PROCESSOR_NIAGARA7
!       && sparc_cpu != PROCESSOR_M8)
      emit_insn (gen_flushdi (validize_mem (adjust_address (m_tramp, DImode, 8))));
  
    /* Call __enable_execute_stack after writing onto the stack to make sure
*************** sparc_use_sched_lookahead (void)
*** 9726,9732 ****
        || sparc_cpu == PROCESSOR_NIAGARA3)
      return 0;
    if (sparc_cpu == PROCESSOR_NIAGARA4
!       || sparc_cpu == PROCESSOR_NIAGARA7)
      return 2;
    if (sparc_cpu == PROCESSOR_ULTRASPARC
        || sparc_cpu == PROCESSOR_ULTRASPARC3)
--- 9869,9876 ----
        || sparc_cpu == PROCESSOR_NIAGARA3)
      return 0;
    if (sparc_cpu == PROCESSOR_NIAGARA4
!       || sparc_cpu == PROCESSOR_NIAGARA7
!       || sparc_cpu == PROCESSOR_M8)
      return 2;
    if (sparc_cpu == PROCESSOR_ULTRASPARC
        || sparc_cpu == PROCESSOR_ULTRASPARC3)
*************** sparc_issue_rate (void)
*** 9760,9765 ****
--- 9904,9910 ----
        return 2;
      case PROCESSOR_ULTRASPARC:
      case PROCESSOR_ULTRASPARC3:
+     case PROCESSOR_M8:
        return 4;
      }
  }
*************** enum sparc_builtins
*** 10342,10347 ****
--- 10487,10531 ----
    SPARC_BUILTIN_FPSUBS8,
    SPARC_BUILTIN_FPSUBUS8,
    SPARC_BUILTIN_FPSUBUS16,
+ 
+   /* VIS 4.0B builtins.  */
+ 
+   /* Note that all the DICTUNPACK* entries should be kept
+      contiguous.  */
+   SPARC_BUILTIN_FIRST_DICTUNPACK,
+   SPARC_BUILTIN_DICTUNPACK8 = SPARC_BUILTIN_FIRST_DICTUNPACK,
+   SPARC_BUILTIN_DICTUNPACK16,
+   SPARC_BUILTIN_DICTUNPACK32,
+   SPARC_BUILTIN_LAST_DICTUNPACK = SPARC_BUILTIN_DICTUNPACK32,
+ 
+   /* Note that all the FPCMP*SHL entries should be kept
+      contiguous.  */
+   SPARC_BUILTIN_FIRST_FPCMPSHL,
+   SPARC_BUILTIN_FPCMPLE8SHL = SPARC_BUILTIN_FIRST_FPCMPSHL,
+   SPARC_BUILTIN_FPCMPGT8SHL,
+   SPARC_BUILTIN_FPCMPEQ8SHL,
+   SPARC_BUILTIN_FPCMPNE8SHL,
+   SPARC_BUILTIN_FPCMPLE16SHL,
+   SPARC_BUILTIN_FPCMPGT16SHL,
+   SPARC_BUILTIN_FPCMPEQ16SHL,
+   SPARC_BUILTIN_FPCMPNE16SHL,
+   SPARC_BUILTIN_FPCMPLE32SHL,
+   SPARC_BUILTIN_FPCMPGT32SHL,
+   SPARC_BUILTIN_FPCMPEQ32SHL,
+   SPARC_BUILTIN_FPCMPNE32SHL,
+   SPARC_BUILTIN_FPCMPULE8SHL,
+   SPARC_BUILTIN_FPCMPUGT8SHL,
+   SPARC_BUILTIN_FPCMPULE16SHL,
+   SPARC_BUILTIN_FPCMPUGT16SHL,
+   SPARC_BUILTIN_FPCMPULE32SHL,
+   SPARC_BUILTIN_FPCMPUGT32SHL,
+   SPARC_BUILTIN_FPCMPDE8SHL,
+   SPARC_BUILTIN_FPCMPDE16SHL,
+   SPARC_BUILTIN_FPCMPDE32SHL,
+   SPARC_BUILTIN_FPCMPUR8SHL,
+   SPARC_BUILTIN_FPCMPUR16SHL,
+   SPARC_BUILTIN_FPCMPUR32SHL,
+   SPARC_BUILTIN_LAST_FPCMPSHL = SPARC_BUILTIN_FPCMPUR32SHL,
    
    SPARC_BUILTIN_MAX
  };
*************** enum sparc_builtins
*** 10349,10354 ****
--- 10533,10559 ----
  static GTY (()) tree sparc_builtins[(int) SPARC_BUILTIN_MAX];
  static enum insn_code sparc_builtins_icode[(int) SPARC_BUILTIN_MAX];
  
+ /* Return true if OPVAL can be used for operand OPNUM of instruction ICODE.
+    The instruction should require a constant operand of some sort.  The
+    function prints an error if OPVAL is not valid.  */
+ 
+ static int
+ check_constant_argument (enum insn_code icode, int opnum, rtx opval)
+ {
+   if (GET_CODE (opval) != CONST_INT)
+     {
+       error ("%qs expects a constant argument", insn_data[icode].name);
+       return false;
+     }
+ 
+   if (!(*insn_data[icode].operand[opnum].predicate) (opval, VOIDmode))
+     {
+       error ("constant argument out of range for %qs", insn_data[icode].name);
+       return false;
+     }
+   return true;
+ }
+ 
  /* Add a SPARC builtin function with NAME, ICODE, CODE and TYPE.  Return the
     function decl or NULL_TREE if the builtin was not added.  */
  
*************** sparc_vis_init_builtins (void)
*** 10442,10447 ****
--- 10647,10658 ----
  						      v8qi, v8qi, 0);
    tree si_ftype_v8qi_v8qi = build_function_type_list (intSI_type_node,
  						      v8qi, v8qi, 0);
+   tree v8qi_ftype_df_si = build_function_type_list (v8qi, double_type_node,
+ 						    intSI_type_node, 0);
+   tree v4hi_ftype_df_si = build_function_type_list (v4hi, double_type_node,
+ 						    intSI_type_node, 0);
+   tree v2si_ftype_df_si = build_function_type_list (v2si, double_type_node,
+ 						    intDI_type_node, 0);
    tree di_ftype_di_di = build_function_type_list (intDI_type_node,
  						  intDI_type_node,
  						  intDI_type_node, 0);
*************** sparc_vis_init_builtins (void)
*** 10896,10901 ****
--- 11107,11262 ----
        def_builtin_const ("__builtin_vis_fpsubus16", CODE_FOR_ussubv4hi3,
  			 SPARC_BUILTIN_FPSUBUS16, v4hi_ftype_v4hi_v4hi);
      }
+ 
+   if (TARGET_VIS4B)
+     {
+       def_builtin_const ("__builtin_vis_dictunpack8", CODE_FOR_dictunpack8,
+ 			 SPARC_BUILTIN_DICTUNPACK8, v8qi_ftype_df_si);
+       def_builtin_const ("__builtin_vis_dictunpack16", CODE_FOR_dictunpack16,
+ 			 SPARC_BUILTIN_DICTUNPACK16, v4hi_ftype_df_si);
+       def_builtin_const ("__builtin_vis_dictunpack32", CODE_FOR_dictunpack32,
+ 			 SPARC_BUILTIN_DICTUNPACK32, v2si_ftype_df_si);
+ 
+       if (TARGET_ARCH64)
+ 	{
+ 	  tree di_ftype_v8qi_v8qi_si = build_function_type_list (intDI_type_node,
+ 								 v8qi, v8qi,
+ 								 intSI_type_node, 0);
+ 	  tree di_ftype_v4hi_v4hi_si = build_function_type_list (intDI_type_node,
+ 								 v4hi, v4hi,
+ 								 intSI_type_node, 0);
+ 	  tree di_ftype_v2si_v2si_si = build_function_type_list (intDI_type_node,
+ 								 v2si, v2si,
+ 								 intSI_type_node, 0);
+ 	  
+ 	  def_builtin_const ("__builtin_vis_fpcmple8shl", CODE_FOR_fpcmple8dishl,
+ 			     SPARC_BUILTIN_FPCMPLE8SHL, di_ftype_v8qi_v8qi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpgt8shl", CODE_FOR_fpcmpgt8dishl,
+ 			     SPARC_BUILTIN_FPCMPGT8SHL, di_ftype_v8qi_v8qi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpeq8shl", CODE_FOR_fpcmpeq8dishl,
+ 			     SPARC_BUILTIN_FPCMPEQ8SHL, di_ftype_v8qi_v8qi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpne8shl", CODE_FOR_fpcmpne8dishl,
+ 			     SPARC_BUILTIN_FPCMPNE8SHL, di_ftype_v8qi_v8qi_si);
+ 
+ 	  def_builtin_const ("__builtin_vis_fpcmple16shl", CODE_FOR_fpcmple16dishl,
+ 			     SPARC_BUILTIN_FPCMPLE16SHL, di_ftype_v4hi_v4hi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpgt16shl", CODE_FOR_fpcmpgt16dishl,
+ 			     SPARC_BUILTIN_FPCMPGT16SHL, di_ftype_v4hi_v4hi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpeq16shl", CODE_FOR_fpcmpeq16dishl,
+ 			     SPARC_BUILTIN_FPCMPEQ16SHL, di_ftype_v4hi_v4hi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpne16shl", CODE_FOR_fpcmpne16dishl,
+ 			     SPARC_BUILTIN_FPCMPNE16SHL, di_ftype_v4hi_v4hi_si);
+ 
+ 	  def_builtin_const ("__builtin_vis_fpcmple32shl", CODE_FOR_fpcmple32dishl,
+ 			     SPARC_BUILTIN_FPCMPLE32SHL, di_ftype_v2si_v2si_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpgt32shl", CODE_FOR_fpcmpgt32dishl,
+ 			     SPARC_BUILTIN_FPCMPGT32SHL, di_ftype_v2si_v2si_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpeq32shl", CODE_FOR_fpcmpeq32dishl,
+ 			     SPARC_BUILTIN_FPCMPEQ32SHL, di_ftype_v2si_v2si_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpne32shl", CODE_FOR_fpcmpne32dishl,
+ 			     SPARC_BUILTIN_FPCMPNE32SHL, di_ftype_v2si_v2si_si);
+ 
+ 
+ 	  def_builtin_const ("__builtin_vis_fpcmpule8shl", CODE_FOR_fpcmpule8dishl,
+ 			     SPARC_BUILTIN_FPCMPULE8SHL, di_ftype_v8qi_v8qi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpugt8shl", CODE_FOR_fpcmpugt8dishl,
+ 			     SPARC_BUILTIN_FPCMPUGT8SHL, di_ftype_v8qi_v8qi_si);
+ 
+ 	  def_builtin_const ("__builtin_vis_fpcmpule16shl", CODE_FOR_fpcmpule16dishl,
+ 			     SPARC_BUILTIN_FPCMPULE16SHL, di_ftype_v4hi_v4hi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpugt16shl", CODE_FOR_fpcmpugt16dishl,
+ 			     SPARC_BUILTIN_FPCMPUGT16SHL, di_ftype_v4hi_v4hi_si);
+ 
+ 	  def_builtin_const ("__builtin_vis_fpcmpule32shl", CODE_FOR_fpcmpule32dishl,
+ 			     SPARC_BUILTIN_FPCMPULE32SHL, di_ftype_v2si_v2si_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpugt32shl", CODE_FOR_fpcmpugt32dishl,
+ 			     SPARC_BUILTIN_FPCMPUGT32SHL, di_ftype_v2si_v2si_si);
+ 
+ 	  def_builtin_const ("__builtin_vis_fpcmpde8shl", CODE_FOR_fpcmpde8dishl,
+ 			     SPARC_BUILTIN_FPCMPDE8SHL, di_ftype_v8qi_v8qi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpde16shl", CODE_FOR_fpcmpde16dishl,
+ 			     SPARC_BUILTIN_FPCMPDE16SHL, di_ftype_v4hi_v4hi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpde32shl", CODE_FOR_fpcmpde32dishl,
+ 			     SPARC_BUILTIN_FPCMPDE32SHL, di_ftype_v2si_v2si_si);
+ 
+ 	  def_builtin_const ("__builtin_vis_fpcmpur8shl", CODE_FOR_fpcmpur8dishl,
+ 			     SPARC_BUILTIN_FPCMPUR8SHL, di_ftype_v8qi_v8qi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpur16shl", CODE_FOR_fpcmpur16dishl,
+ 			     SPARC_BUILTIN_FPCMPUR16SHL, di_ftype_v4hi_v4hi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpur32shl", CODE_FOR_fpcmpur32dishl,
+ 			     SPARC_BUILTIN_FPCMPUR32SHL, di_ftype_v2si_v2si_si);
+ 
+ 	}
+       else
+ 	{
+ 	  tree si_ftype_v8qi_v8qi_si = build_function_type_list (intSI_type_node,
+ 								 v8qi, v8qi,
+ 								 intSI_type_node, 0);
+ 	  tree si_ftype_v4hi_v4hi_si = build_function_type_list (intSI_type_node,
+ 								 v4hi, v4hi,
+ 								 intSI_type_node, 0);
+ 	  tree si_ftype_v2si_v2si_si = build_function_type_list (intSI_type_node,
+ 								 v2si, v2si,
+ 								 intSI_type_node, 0);
+ 	  
+ 	  def_builtin_const ("__builtin_vis_fpcmple8shl", CODE_FOR_fpcmple8sishl,
+ 			     SPARC_BUILTIN_FPCMPLE8SHL, si_ftype_v8qi_v8qi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpgt8shl", CODE_FOR_fpcmpgt8sishl,
+ 			     SPARC_BUILTIN_FPCMPGT8SHL, si_ftype_v8qi_v8qi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpeq8shl", CODE_FOR_fpcmpeq8sishl,
+ 			     SPARC_BUILTIN_FPCMPEQ8SHL, si_ftype_v8qi_v8qi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpne8shl", CODE_FOR_fpcmpne8sishl,
+ 			     SPARC_BUILTIN_FPCMPNE8SHL, si_ftype_v8qi_v8qi_si);
+ 
+ 	  def_builtin_const ("__builtin_vis_fpcmple16shl", CODE_FOR_fpcmple16sishl,
+ 			     SPARC_BUILTIN_FPCMPLE16SHL, si_ftype_v4hi_v4hi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpgt16shl", CODE_FOR_fpcmpgt16sishl,
+ 			     SPARC_BUILTIN_FPCMPGT16SHL, si_ftype_v4hi_v4hi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpeq16shl", CODE_FOR_fpcmpeq16sishl,
+ 			     SPARC_BUILTIN_FPCMPEQ16SHL, si_ftype_v4hi_v4hi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpne16shl", CODE_FOR_fpcmpne16sishl,
+ 			     SPARC_BUILTIN_FPCMPNE16SHL, si_ftype_v4hi_v4hi_si);
+ 
+ 	  def_builtin_const ("__builtin_vis_fpcmple32shl", CODE_FOR_fpcmple32sishl,
+ 			     SPARC_BUILTIN_FPCMPLE32SHL, si_ftype_v2si_v2si_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpgt32shl", CODE_FOR_fpcmpgt32sishl,
+ 			     SPARC_BUILTIN_FPCMPGT32SHL, si_ftype_v2si_v2si_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpeq32shl", CODE_FOR_fpcmpeq32sishl,
+ 			     SPARC_BUILTIN_FPCMPEQ32SHL, si_ftype_v2si_v2si_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpne32shl", CODE_FOR_fpcmpne32sishl,
+ 			     SPARC_BUILTIN_FPCMPNE32SHL, si_ftype_v2si_v2si_si);
+ 
+ 
+ 	  def_builtin_const ("__builtin_vis_fpcmpule8shl", CODE_FOR_fpcmpule8sishl,
+ 			     SPARC_BUILTIN_FPCMPULE8SHL, si_ftype_v8qi_v8qi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpugt8shl", CODE_FOR_fpcmpugt8sishl,
+ 			     SPARC_BUILTIN_FPCMPUGT8SHL, si_ftype_v8qi_v8qi_si);
+ 
+ 	  def_builtin_const ("__builtin_vis_fpcmpule16shl", CODE_FOR_fpcmpule16sishl,
+ 			     SPARC_BUILTIN_FPCMPULE16SHL, si_ftype_v4hi_v4hi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpugt16shl", CODE_FOR_fpcmpugt16sishl,
+ 			     SPARC_BUILTIN_FPCMPUGT16SHL, si_ftype_v4hi_v4hi_si);
+ 
+ 	  def_builtin_const ("__builtin_vis_fpcmpule32shl", CODE_FOR_fpcmpule32sishl,
+ 			     SPARC_BUILTIN_FPCMPULE32SHL, si_ftype_v2si_v2si_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpugt32shl", CODE_FOR_fpcmpugt32sishl,
+ 			     SPARC_BUILTIN_FPCMPUGT32SHL, si_ftype_v2si_v2si_si);
+ 
+ 	  def_builtin_const ("__builtin_vis_fpcmpde8shl", CODE_FOR_fpcmpde8sishl,
+ 			     SPARC_BUILTIN_FPCMPDE8SHL, si_ftype_v8qi_v8qi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpde16shl", CODE_FOR_fpcmpde16sishl,
+ 			     SPARC_BUILTIN_FPCMPDE16SHL, si_ftype_v4hi_v4hi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpde32shl", CODE_FOR_fpcmpde32sishl,
+ 			     SPARC_BUILTIN_FPCMPDE32SHL, si_ftype_v2si_v2si_si);
+ 
+ 	  def_builtin_const ("__builtin_vis_fpcmpur8shl", CODE_FOR_fpcmpur8sishl,
+ 			     SPARC_BUILTIN_FPCMPUR8SHL, si_ftype_v8qi_v8qi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpur16shl", CODE_FOR_fpcmpur16sishl,
+ 			     SPARC_BUILTIN_FPCMPUR16SHL, si_ftype_v4hi_v4hi_si);
+ 	  def_builtin_const ("__builtin_vis_fpcmpur32shl", CODE_FOR_fpcmpur32sishl,
+ 			     SPARC_BUILTIN_FPCMPUR32SHL, si_ftype_v2si_v2si_si);
+ 	}
+     }
  }
  
  /* Implement TARGET_BUILTIN_DECL hook.  */
*************** sparc_expand_builtin (tree exp, rtx targ
*** 10950,10955 ****
--- 11311,11329 ----
        insn_op = &insn_data[icode].operand[idx];
        op[arg_count] = expand_normal (arg);
  
+       /* Some of the builtins require constant arguments.  We check
+ 	 for this here.  */
+       if ((code >= SPARC_BUILTIN_FIRST_FPCMPSHL
+ 	   && code <= SPARC_BUILTIN_LAST_FPCMPSHL
+ 	   && arg_count == 3)
+ 	  || (code >= SPARC_BUILTIN_FIRST_DICTUNPACK
+ 	      && code <= SPARC_BUILTIN_LAST_DICTUNPACK
+ 	      && arg_count == 2))
+ 	{
+ 	  if (!check_constant_argument (icode, idx, op[arg_count]))
+ 	    return const0_rtx;
+ 	}
+ 
        if (code == SPARC_BUILTIN_LDFSR || code == SPARC_BUILTIN_STFSR)
  	{
  	  if (!address_operand (op[arg_count], SImode))
*************** sparc_register_move_cost (machine_mode m
*** 11460,11466 ****
  	  || sparc_cpu == PROCESSOR_NIAGARA2
  	  || sparc_cpu == PROCESSOR_NIAGARA3
  	  || sparc_cpu == PROCESSOR_NIAGARA4
! 	  || sparc_cpu == PROCESSOR_NIAGARA7)
  	return 12;
  
        return 6;
--- 11834,11841 ----
  	  || sparc_cpu == PROCESSOR_NIAGARA2
  	  || sparc_cpu == PROCESSOR_NIAGARA3
  	  || sparc_cpu == PROCESSOR_NIAGARA4
! 	  || sparc_cpu == PROCESSOR_NIAGARA7
! 	  || sparc_cpu == PROCESSOR_M8)
  	return 12;
  
        return 6;
diff -Nrcpad gcc-7.1.0/gcc/config/sparc/sparc.h gcc-7.2.0/gcc/config/sparc/sparc.h
*** gcc-7.1.0/gcc/config/sparc/sparc.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/sparc/sparc.h	Wed Jul 26 12:42:03 2017
*************** extern enum cmodel sparc_cmodel;
*** 143,148 ****
--- 143,149 ----
  #define TARGET_CPU_niagara3	15
  #define TARGET_CPU_niagara4	16
  #define TARGET_CPU_niagara7	19
+ #define TARGET_CPU_m8		20
  
  #if TARGET_CPU_DEFAULT == TARGET_CPU_v9 \
   || TARGET_CPU_DEFAULT == TARGET_CPU_ultrasparc \
*************** extern enum cmodel sparc_cmodel;
*** 151,157 ****
   || TARGET_CPU_DEFAULT == TARGET_CPU_niagara2 \
   || TARGET_CPU_DEFAULT == TARGET_CPU_niagara3 \
   || TARGET_CPU_DEFAULT == TARGET_CPU_niagara4 \
!  || TARGET_CPU_DEFAULT == TARGET_CPU_niagara7
  
  #define CPP_CPU32_DEFAULT_SPEC ""
  #define ASM_CPU32_DEFAULT_SPEC ""
--- 152,159 ----
   || TARGET_CPU_DEFAULT == TARGET_CPU_niagara2 \
   || TARGET_CPU_DEFAULT == TARGET_CPU_niagara3 \
   || TARGET_CPU_DEFAULT == TARGET_CPU_niagara4 \
!  || TARGET_CPU_DEFAULT == TARGET_CPU_niagara7 \
!  || TARGET_CPU_DEFAULT == TARGET_CPU_m8
  
  #define CPP_CPU32_DEFAULT_SPEC ""
  #define ASM_CPU32_DEFAULT_SPEC ""
*************** extern enum cmodel sparc_cmodel;
*** 192,197 ****
--- 194,203 ----
  #define CPP_CPU64_DEFAULT_SPEC "-D__sparc_v9__"
  #define ASM_CPU64_DEFAULT_SPEC AS_NIAGARA7_FLAG
  #endif
+ #if TARGET_CPU_DEFAULT == TARGET_CPU_m8
+ #define CPP_CPU64_DEFAULT_SPEC "-D__sparc_v9__"
+ #define ASM_CPU64_DEFAULT_SPEC AS_M8_FLAG
+ #endif
  
  #else
  
*************** extern enum cmodel sparc_cmodel;
*** 295,300 ****
--- 301,307 ----
  %{mcpu=niagara3:-D__sparc_v9__} \
  %{mcpu=niagara4:-D__sparc_v9__} \
  %{mcpu=niagara7:-D__sparc_v9__} \
+ %{mcpu=m8:-D__sparc_v9__} \
  %{!mcpu*:%(cpp_cpu_default)} \
  "
  #define CPP_ARCH32_SPEC ""
*************** extern enum cmodel sparc_cmodel;
*** 347,352 ****
--- 354,360 ----
  %{mcpu=niagara3:%{!mv8plus:-Av9" AS_NIAGARA3_FLAG "}} \
  %{mcpu=niagara4:%{!mv8plus:" AS_NIAGARA4_FLAG "}} \
  %{mcpu=niagara7:%{!mv8plus:" AS_NIAGARA7_FLAG "}} \
+ %{mcpu=m8:%{!mv8plus:" AS_M8_FLAG "}} \
  %{!mcpu*:%(asm_cpu_default)} \
  "
  
*************** extern enum cmodel sparc_cmodel;
*** 423,432 ****
  #define WCHAR_TYPE_SIZE 16
  
  /* Mask of all CPU selection flags.  */
! #define MASK_ISA					\
!   (MASK_SPARCLITE + MASK_SPARCLET			\
     + MASK_V8 + MASK_V9 + MASK_DEPRECATED_V8_INSNS)
  
  /* TARGET_HARD_MUL: Use 32-bit hardware multiply instructions but not %y.  */
  #define TARGET_HARD_MUL				\
    (TARGET_SPARCLITE || TARGET_SPARCLET		\
--- 431,446 ----
  #define WCHAR_TYPE_SIZE 16
  
  /* Mask of all CPU selection flags.  */
! #define MASK_ISA						\
!   (MASK_SPARCLITE + MASK_SPARCLET + MASK_LEON + MASK_LEON3	\
     + MASK_V8 + MASK_V9 + MASK_DEPRECATED_V8_INSNS)
  
+ /* Mask of all CPU feature flags.  */
+ #define MASK_FEATURES						\
+   (MASK_FPU + MASK_HARD_QUAD + MASK_VIS + MASK_VIS2 + MASK_VIS3	\
+    + MASK_VIS4 + MASK_CBCOND + MASK_FMAF + MASK_FSMULD		\
+    + MASK_POPC + MASK_SUBXC)
+  
  /* TARGET_HARD_MUL: Use 32-bit hardware multiply instructions but not %y.  */
  #define TARGET_HARD_MUL				\
    (TARGET_SPARCLITE || TARGET_SPARCLET		\
*************** extern char leaf_reg_remap[];
*** 1034,1039 ****
--- 1048,1057 ----
  /* Local macro to handle the two v9 classes of FP regs.  */
  #define FP_REG_CLASS_P(CLASS) ((CLASS) == FP_REGS || (CLASS) == EXTRA_FP_REGS)
  
+ /* Predicate for 2-bit and 5-bit unsigned constants.  */
+ #define SPARC_IMM2_P(X) (((unsigned HOST_WIDE_INT) (X) & ~0x3) == 0)
+ #define SPARC_IMM5_P(X) (((unsigned HOST_WIDE_INT) (X) & ~0x1F)	== 0)
+ 
  /* Predicates for 5-bit, 10-bit, 11-bit and 13-bit signed constants.  */
  #define SPARC_SIMM5_P(X)  ((unsigned HOST_WIDE_INT) (X) + 0x10 < 0x20)
  #define SPARC_SIMM10_P(X) ((unsigned HOST_WIDE_INT) (X) + 0x200 < 0x400)
*************** do {									   \
*** 1566,1572 ****
     and annulled branches insert 4 bubbles.
  
     On Niagara-2 and Niagara-3, a not-taken branch costs 1 cycle whereas
!    a taken branch costs 6 cycles.  */
  
  #define BRANCH_COST(speed_p, predictable_p) \
  	((sparc_cpu == PROCESSOR_V9 \
--- 1584,1593 ----
     and annulled branches insert 4 bubbles.
  
     On Niagara-2 and Niagara-3, a not-taken branch costs 1 cycle whereas
!    a taken branch costs 6 cycles.
! 
!    The T4 Supplement specifies the branch latency at 2 cycles.
!    The M7 Supplement specifies the branch latency at 1 cycle. */
  
  #define BRANCH_COST(speed_p, predictable_p) \
  	((sparc_cpu == PROCESSOR_V9 \
*************** do {									   \
*** 1579,1585 ****
  	 : ((sparc_cpu == PROCESSOR_NIAGARA2 \
  	     || sparc_cpu == PROCESSOR_NIAGARA3) \
  	    ? 5 \
! 	 : 3))))
  
  /* Control the assembler format that we output.  */
  
--- 1600,1610 ----
  	 : ((sparc_cpu == PROCESSOR_NIAGARA2 \
  	     || sparc_cpu == PROCESSOR_NIAGARA3) \
  	    ? 5 \
! 	 : (sparc_cpu == PROCESSOR_NIAGARA4 \
! 	    ? 2 \
! 	 : (sparc_cpu == PROCESSOR_NIAGARA7 \
! 	    ? 1 \
! 	 : 3))))))
  
  /* Control the assembler format that we output.  */
  
*************** extern int sparc_indent_opcode;
*** 1787,1792 ****
--- 1812,1823 ----
  #define AS_NIAGARA7_FLAG AS_NIAGARA4_FLAG
  #endif
  
+ #ifdef HAVE_AS_SPARC6
+ #define AS_M8_FLAG "-xarch=sparc6"
+ #else
+ #define AS_M8_FLAG AS_NIAGARA7_FLAG
+ #endif
+ 
  #ifdef HAVE_AS_LEON
  #define AS_LEON_FLAG "-Aleon"
  #define AS_LEONV7_FLAG "-Aleon"
diff -Nrcpad gcc-7.1.0/gcc/config/sparc/sparc.md gcc-7.2.0/gcc/config/sparc/sparc.md
*** gcc-7.1.0/gcc/config/sparc/sparc.md	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/sparc/sparc.md	Wed Jul 26 12:42:03 2017
***************
*** 94,99 ****
--- 94,105 ----
    UNSPEC_ADDV
    UNSPEC_SUBV
    UNSPEC_NEGV
+ 
+   UNSPEC_DICTUNPACK
+   UNSPEC_FPCMPSHL
+   UNSPEC_FPUCMPSHL
+   UNSPEC_FPCMPDESHL
+   UNSPEC_FPCMPURSHL
  ])
  
  (define_c_enum "unspecv" [
***************
*** 238,244 ****
     niagara2,
     niagara3,
     niagara4,
!    niagara7"
    (const (symbol_ref "sparc_cpu_attr")))
  
  ;; Attribute for the instruction set.
--- 244,251 ----
     niagara2,
     niagara3,
     niagara4,
!    niagara7,
!    m8"
    (const (symbol_ref "sparc_cpu_attr")))
  
  ;; Attribute for the instruction set.
***************
*** 251,257 ****
  	 (symbol_ref "TARGET_SPARCLET") (const_string "sparclet")]
  	(const_string "v7"))))
  
! (define_attr "cpu_feature" "none,fpu,fpunotv9,v9,vis,vis3,vis4"
    (const_string "none"))
  
  (define_attr "lra" "disabled,enabled"
--- 258,264 ----
  	 (symbol_ref "TARGET_SPARCLET") (const_string "sparclet")]
  	(const_string "v7"))))
  
! (define_attr "cpu_feature" "none,fpu,fpunotv9,v9,vis,vis3,vis4,vis4b"
    (const_string "none"))
  
  (define_attr "lra" "disabled,enabled"
***************
*** 265,274 ****
           (eq_attr "cpu_feature" "v9") (symbol_ref "TARGET_V9")
           (eq_attr "cpu_feature" "vis") (symbol_ref "TARGET_VIS")
           (eq_attr "cpu_feature" "vis3") (symbol_ref "TARGET_VIS3")
!          (eq_attr "cpu_feature" "vis4") (symbol_ref "TARGET_VIS4")]
          (const_int 0)))
  
! ;; Insn type.
  (define_attr "type"
    "ialu,compare,shift,
     load,sload,store,
--- 272,363 ----
           (eq_attr "cpu_feature" "v9") (symbol_ref "TARGET_V9")
           (eq_attr "cpu_feature" "vis") (symbol_ref "TARGET_VIS")
           (eq_attr "cpu_feature" "vis3") (symbol_ref "TARGET_VIS3")
!          (eq_attr "cpu_feature" "vis4") (symbol_ref "TARGET_VIS4")
!          (eq_attr "cpu_feature" "vis4b") (symbol_ref "TARGET_VIS4B")]
          (const_int 0)))
  
! ;; The SPARC instructions used by the backend are organized into a
! ;; hierarchy using the insn attributes "type" and "subtype".
! ;;
! ;; The mnemonics used in the list below are the architectural names
! ;; used in the Oracle SPARC Architecture specs.  A / character
! ;; separates the type from the subtype where appropriate.  For
! ;; brevity, text enclosed in {} denotes alternatives, while text
! ;; enclosed in [] is optional.
! ;;
! ;; Please keep this list updated.  It is of great help for keeping the
! ;; correctness and coherence of the DFA schedulers.
! ;;
! ;; ialu:  <empty>
! ;; ialuX: ADD[X]C SUB[X]C
! ;; shift: SLL[X] SRL[X] SRA[X]
! ;; cmove: MOV{A,N,NE,E,G,LE,GE,L,GU,LEU,CC,CS,POS,NEG,VC,VS}
! ;;        MOVF{A,N,U,G,UG,L,UL,LG,NE,E,UE,GE,UGE,LE,ULE,O}
! ;;        MOVR{Z,LEZ,LZ,NZ,GZ,GEZ}
! ;; compare: ADDcc ADDCcc ANDcc ORcc SUBcc SUBCcc XORcc XNORcc
! ;; imul: MULX SMUL[cc] UMUL UMULXHI XMULX XMULXHI
! ;; idiv: UDIVX SDIVX
! ;; flush: FLUSH
! ;; load/regular: LD{UB,UH,UW} LDFSR
! ;; load/prefetch: PREFETCH
! ;; fpload: LDF LDDF LDQF
! ;; sload: LD{SB,SH,SW}
! ;; store: ST{B,H,W,X} STFSR
! ;; fpstore: STF STDF STQF
! ;; cbcond: CWB{NE,E,G,LE,GE,L,GU,LEU,CC,CS,POS,NEG,VC,VS}
! ;;         CXB{NE,E,G,LE,GE,L,GU,LEU,CC,CS,POS,NEG,VC,VS}
! ;; uncond_branch: BA BPA JMPL
! ;; branch: B{NE,E,G,LE,GE,L,GU,LEU,CC,CS,POS,NEG,VC,VS}
! ;;         BP{NE,E,G,LE,GE,L,GU,LEU,CC,CS,POS,NEG,VC,VS}
! ;;         FB{U,G,UG,L,UL,LG,NE,BE,UE,GE,UGE,LE,ULE,O}
! ;; call: CALL
! ;; return: RESTORE RETURN
! ;; fpmove: FABS{s,d,q} FMOV{s,d,q} FNEG{s,d,q}
! ;; fpcmove: FMOV{S,D,Q}{icc,xcc,fcc}
! ;; fpcrmove: FMOVR{s,d,q}{Z,LEZ,LZ,NZ,GZ,GEZ}
! ;; fp: FADD{s,d,q} FSUB{s,d,q} FHSUB{s,d} FNHADD{s,d} FNADD{s,d}
! ;;     FiTO{s,d,q} FsTO{i,x,d,q} FdTO{i,x,s,q} FxTO{d,s,q} FqTO{i,x,s,d}
! ;; fpcmp: FCMP{s,d,q} FCMPE{s,d,q}
! ;; fpmul: FMADD{s,d}  FMSUB{s,d} FMUL{s,d,q} FNMADD{s,d}
! ;;        FNMSUB{s,d} FNMUL{s,d} FNsMULd FsMULd
! ;;        FdMULq
! ;; array: ARRAY{8,16,32}
! ;; bmask: BMASK
! ;; edge: EDGE{8,16,32}[L]cc
! ;; edgen: EDGE{8,16,32}[L]n
! ;; fpdivs: FDIV{s,q}
! ;; fpsqrts: FSQRT{s,q}
! ;; fpdivd: FDIVd
! ;; fpsqrtd: FSQRTd
! ;; lzd: LZCNT
! ;; fga/addsub64: FP{ADD,SUB}64
! ;; fga/fpu: FCHKSM16 FEXPANd FMEAN16 FPMERGE
! ;;          FS{LL,RA,RL}{16,32}
! ;; fga/maxmin: FP{MAX,MIN}[U]{8,16,32}
! ;; fga/cmask: CMASK{8,16,32}
! ;; fga/other: BSHUFFLE FALIGNDATAg FP{ADD,SUB}[S]{8,16,32}
! ;;            FP{ADD,SUB}US{8,16} DICTUNPACK
! ;; gsr/reg: RDGSR WRGSR
! ;; gsr/alignaddr: ALIGNADDRESS[_LITTLE]
! ;; vismv/double:  FSRC2d
! ;; vismv/single:  MOVwTOs FSRC2s
! ;; vismv/movstouw: MOVsTOuw
! ;; vismv/movxtod: MOVxTOd
! ;; vismv/movdtox: MOVdTOx
! ;; visl/single: F{AND,NAND,NOR,OR,NOT1}s
! ;;              F{AND,OR}NOT{1,2}s
! ;;              FONEs F{ZERO,XNOR,XOR}s FNOT2s
! ;; visl/double: FONEd FZEROd FNOT1d F{OR,AND,XOR}d F{NOR,NAND,XNOR}d
! ;;              F{OR,AND}NOT1d F{OR,AND}NOT2d
! ;; viscmp: FPCMP{LE,GT,NE,EQ}{8,16,32} FPCMPU{LE,GT,NE,EQ}{8,16,32}
! ;;         FPCMP{LE,GT,EQ,NE}{8,16,32}SHL FPCMPU{LE,GT,EQ,NE}{8,16,32}SHL
! ;;         FPCMPDE{8,16,32}SHL FPCMPUR{8,16,32}SHL
! ;; fgm_pack: FPACKFIX FPACK{8,16,32}
! ;; fgm_mul: FMUL8SUx16 FMUL8ULx16 FMUL8x16 FMUL8x16AL
! ;;          FMUL8x16AU FMULD8SUx16 FMULD8ULx16
! ;; pdist: PDIST
! ;; pdistn: PDISTN
! 
  (define_attr "type"
    "ialu,compare,shift,
     load,sload,store,
***************
*** 281,292 ****
     fpcmp,
     fpmul,fpdivs,fpdivd,
     fpsqrts,fpsqrtd,
!    fga,visl,vismv,fgm_pack,fgm_mul,pdist,pdistn,edge,edgen,gsr,array,
     cmove,
     ialuX,
     multi,savew,flushw,iflush,trap,lzd"
    (const_string "ialu"))
  
  ;; True if branch/call has empty delay slot and will emit a nop in it
  (define_attr "empty_delay_slot" "false,true"
    (symbol_ref "(empty_delay_slot (insn)
--- 370,389 ----
     fpcmp,
     fpmul,fpdivs,fpdivd,
     fpsqrts,fpsqrtd,
!    fga,visl,vismv,viscmp,
!    fgm_pack,fgm_mul,pdist,pdistn,edge,edgen,gsr,array,bmask,
     cmove,
     ialuX,
     multi,savew,flushw,iflush,trap,lzd"
    (const_string "ialu"))
  
+ (define_attr "subtype"
+   "single,double,movstouw,movxtod,movdtox,
+    addsub64,cmask,fpu,maxmin,other,
+    reg,alignaddr,
+    prefetch,regular"
+   (const_string "single"))
+ 
  ;; True if branch/call has empty delay slot and will emit a nop in it
  (define_attr "empty_delay_slot" "false,true"
    (symbol_ref "(empty_delay_slot (insn)
***************
*** 329,334 ****
--- 426,435 ----
     (symbol_ref "(sparc_fix_ut699 != 0
  		 ? FIX_UT699_TRUE : FIX_UT699_FALSE)"))
  
+ (define_attr "fix_b2bst" "false,true"
+    (symbol_ref "(sparc_fix_b2bst != 0
+ 		 ? FIX_B2BST_TRUE : FIX_B2BST_FALSE)"))
+ 
  ;; Length (in # of insns).
  ;; Beware that setting a length greater or equal to 3 for conditional branches
  ;; has a side-effect (see output_cbranch and output_v9branch).
***************
*** 338,344 ****
  	     (const_int 2)
  	     (const_int 1))
  	 (eq_attr "type" "sibcall")
! 	   (if_then_else (eq_attr "leaf_function" "true")
  	     (if_then_else (eq_attr "empty_delay_slot" "true")
  	       (const_int 3)
  	       (const_int 2))
--- 439,446 ----
  	     (const_int 2)
  	     (const_int 1))
  	 (eq_attr "type" "sibcall")
! 	   (if_then_else (ior (eq_attr "leaf_function" "true")
! 	                      (eq_attr "flat" "true"))
  	     (if_then_else (eq_attr "empty_delay_slot" "true")
  	       (const_int 3)
  	       (const_int 2))
***************
*** 475,480 ****
--- 577,584 ----
  (define_attr "in_branch_delay" "false,true"
    (cond [(eq_attr "type" "uncond_branch,branch,cbcond,uncond_cbcond,call,sibcall,call_no_delay_slot,multi")
  	   (const_string "false")
+ 	 (and (eq_attr "fix_b2bst" "true") (eq_attr "type" "store,fpstore"))
+ 	   (const_string "false")
  	 (and (eq_attr "fix_ut699" "true") (eq_attr "type" "load,sload"))
  	   (const_string "false")
  	 (and (eq_attr "fix_ut699" "true")
***************
*** 486,494 ****
  	   (const_string "true")
  	] (const_string "false")))
  
- ;; True if the instruction executes in the V3 pipeline, in M7 and later processors.
- (define_attr "v3pipe" "false,true" (const_string "false"))
- 
  (define_delay (eq_attr "type" "call")
    [(eq_attr "in_call_delay" "true") (nil) (nil)])
  
--- 590,595 ----
***************
*** 518,523 ****
--- 619,625 ----
  (include "niagara2.md")
  (include "niagara4.md")
  (include "niagara7.md")
+ (include "m8.md")
  
  
  ;; Operand and operator predicates and constraints
***************
*** 1506,1511 ****
--- 1608,1614 ----
     ldub\t%1, %0
     stb\t%r1, %0"
    [(set_attr "type" "*,load,store")
+    (set_attr "subtype" "*,regular,*")
     (set_attr "us3load_type" "*,3cycle,*")])
  
  (define_expand "movhi"
***************
*** 1528,1533 ****
--- 1631,1637 ----
     lduh\t%1, %0
     sth\t%r1, %0"
    [(set_attr "type" "*,*,load,store")
+    (set_attr "subtype" "*,*,regular,*")
     (set_attr "us3load_type" "*,*,3cycle,*")])
  
  ;; We always work with constants here.
***************
*** 1565,1572 ****
     fzeros\t%0
     fones\t%0"
    [(set_attr "type" "*,*,load,store,vismv,vismv,fpmove,fpload,fpstore,visl,visl")
!    (set_attr "cpu_feature" "*,*,*,*,vis3,vis3,*,*,*,vis,vis")
!    (set_attr "v3pipe" "*,*,*,*,true,true,*,*,*,true,true")])
  
  (define_insn "*movsi_lo_sum"
    [(set (match_operand:SI 0 "register_operand" "=r")
--- 1669,1676 ----
     fzeros\t%0
     fones\t%0"
    [(set_attr "type" "*,*,load,store,vismv,vismv,fpmove,fpload,fpstore,visl,visl")
!    (set_attr "subtype" "*,*,regular,*,movstouw,single,*,*,*,single,single")
!    (set_attr "cpu_feature" "*,*,*,*,vis3,vis3,*,*,*,vis,vis")])
  
  (define_insn "*movsi_lo_sum"
    [(set (match_operand:SI 0 "register_operand" "=r")
***************
*** 1623,1629 ****
    return "ld\t[%1 + %2], %0";
  #endif
  }
!   [(set_attr "type" "load")])
  
  (define_expand "movsi_pic_label_ref"
    [(set (match_dup 3) (high:SI
--- 1727,1734 ----
    return "ld\t[%1 + %2], %0";
  #endif
  }
!   [(set_attr "type" "load")
!    (set_attr "subtype" "regular")])
  
  (define_expand "movsi_pic_label_ref"
    [(set (match_dup 3) (high:SI
***************
*** 1732,1742 ****
     std\t%1, %0
     fzero\t%0
     fone\t%0"
!   [(set_attr "type" "store,*,load,store,load,store,*,*,fpload,fpstore,*,*,fpmove,*,*,*,fpload,fpstore,visl,visl")
     (set_attr "length" "*,2,*,*,*,*,2,2,*,*,2,2,*,2,2,2,*,*,*,*")
     (set_attr "fptype" "*,*,*,*,*,*,*,*,*,*,*,*,double,*,*,*,*,*,double,double")
     (set_attr "cpu_feature" "v9,*,*,*,*,*,*,*,fpu,fpu,fpu,fpu,v9,fpunotv9,vis3,vis3,fpu,fpu,vis,vis")
-    (set_attr "v3pipe" "*,*,*,*,*,*,*,*,*,*,*,*,*,*,*,*,*,*,true,true")
     (set_attr "lra" "*,*,disabled,disabled,*,*,*,*,*,*,*,*,*,*,*,*,*,*,*,*")])
  
  (define_insn "*movdi_insn_sp64"
--- 1837,1848 ----
     std\t%1, %0
     fzero\t%0
     fone\t%0"
!   [(set_attr "type" "store,*,load,store,load,store,*,*,fpload,fpstore,*,*,fpmove,*,*,*,fpload,fpstore,visl,
! visl")
!    (set_attr "subtype" "*,*,regular,*,regular,*,*,*,*,*,*,*,*,*,*,*,*,*,double,double")
     (set_attr "length" "*,2,*,*,*,*,2,2,*,*,2,2,*,2,2,2,*,*,*,*")
     (set_attr "fptype" "*,*,*,*,*,*,*,*,*,*,*,*,double,*,*,*,*,*,double,double")
     (set_attr "cpu_feature" "v9,*,*,*,*,*,*,*,fpu,fpu,fpu,fpu,v9,fpunotv9,vis3,vis3,fpu,fpu,vis,vis")
     (set_attr "lra" "*,*,disabled,disabled,*,*,*,*,*,*,*,*,*,*,*,*,*,*,*,*")])
  
  (define_insn "*movdi_insn_sp64"
***************
*** 1758,1766 ****
     fzero\t%0
     fone\t%0"
    [(set_attr "type" "*,*,load,store,vismv,vismv,fpmove,fpload,fpstore,visl,visl")
     (set_attr "fptype" "*,*,*,*,*,*,double,*,*,double,double")
!    (set_attr "cpu_feature" "*,*,*,*,vis3,vis3,*,*,*,vis,vis")
!    (set_attr "v3pipe" "*,*,*,*,*,*,*,*,*,true,true")])
  
  (define_expand "movdi_pic_label_ref"
    [(set (match_dup 3) (high:DI
--- 1864,1872 ----
     fzero\t%0
     fone\t%0"
    [(set_attr "type" "*,*,load,store,vismv,vismv,fpmove,fpload,fpstore,visl,visl")
+    (set_attr "subtype" "*,*,regular,*,movdtox,movxtod,*,*,*,double,double")
     (set_attr "fptype" "*,*,*,*,*,*,double,*,*,double,double")
!    (set_attr "cpu_feature" "*,*,*,*,vis3,vis3,*,*,*,vis,vis")])
  
  (define_expand "movdi_pic_label_ref"
    [(set (match_dup 3) (high:DI
***************
*** 1846,1852 ****
    return "ldx\t[%1 + %2], %0";
  #endif
  }
!   [(set_attr "type" "load")])
  
  (define_insn "*sethi_di_medlow_embmedany_pic"
    [(set (match_operand:DI 0 "register_operand" "=r")
--- 1952,1959 ----
    return "ldx\t[%1 + %2], %0";
  #endif
  }
!   [(set_attr "type" "load")
!    (set_attr "subtype" "regular")])
  
  (define_insn "*sethi_di_medlow_embmedany_pic"
    [(set (match_operand:DI 0 "register_operand" "=r")
***************
*** 2288,2295 ****
      }
  }
    [(set_attr "type" "visl,visl,fpmove,*,*,*,vismv,vismv,fpload,load,fpstore,store")
!    (set_attr "cpu_feature" "vis,vis,fpu,*,*,*,vis3,vis3,fpu,*,fpu,*")
!    (set_attr "v3pipe" "true,true,*,*,*,*,true,true,*,*,*,*")])
  
  ;; The following 3 patterns build SFmode constants in integer registers.
  
--- 2395,2402 ----
      }
  }
    [(set_attr "type" "visl,visl,fpmove,*,*,*,vismv,vismv,fpload,load,fpstore,store")
!    (set_attr "subtype" "single,single,*,*,*,*,movstouw,single,*,regular,*,*")
!    (set_attr "cpu_feature" "vis,vis,fpu,*,*,*,vis3,vis3,fpu,*,fpu,*")])
  
  ;; The following 3 patterns build SFmode constants in integer registers.
  
***************
*** 2361,2370 ****
    ldd\t%1, %0
    std\t%1, %0"
    [(set_attr "type" "store,*,visl,visl,fpmove,*,*,*,fpload,fpstore,load,store,*,*,*,load,store")
     (set_attr "length" "*,2,*,*,*,2,2,2,*,*,*,*,2,2,2,*,*")
     (set_attr "fptype" "*,*,double,double,double,*,*,*,*,*,*,*,*,*,*,*,*")
     (set_attr "cpu_feature" "v9,*,vis,vis,v9,fpunotv9,vis3,vis3,fpu,fpu,*,*,fpu,fpu,*,*,*")
-    (set_attr "v3pipe" "*,*,true,true,*,*,*,*,*,*,*,*,*,*,*,*,*")
     (set_attr "lra" "*,*,*,*,*,*,*,*,*,*,disabled,disabled,*,*,*,*,*")])
  
  (define_insn "*movdf_insn_sp64"
--- 2468,2477 ----
    ldd\t%1, %0
    std\t%1, %0"
    [(set_attr "type" "store,*,visl,visl,fpmove,*,*,*,fpload,fpstore,load,store,*,*,*,load,store")
+    (set_attr "subtype" "*,*,double,double,*,*,*,*,*,*,regular,*,*,*,*,regular,*")
     (set_attr "length" "*,2,*,*,*,2,2,2,*,*,*,*,2,2,2,*,*")
     (set_attr "fptype" "*,*,double,double,double,*,*,*,*,*,*,*,*,*,*,*,*")
     (set_attr "cpu_feature" "v9,*,vis,vis,v9,fpunotv9,vis3,vis3,fpu,fpu,*,*,fpu,fpu,*,*,*")
     (set_attr "lra" "*,*,*,*,*,*,*,*,*,*,disabled,disabled,*,*,*,*,*")])
  
  (define_insn "*movdf_insn_sp64"
***************
*** 2386,2395 ****
    stx\t%r1, %0
    #"
    [(set_attr "type" "visl,visl,fpmove,vismv,vismv,load,store,*,load,store,*")
     (set_attr "length" "*,*,*,*,*,*,*,*,*,*,2")
     (set_attr "fptype" "double,double,double,double,double,*,*,*,*,*,*")
!    (set_attr "cpu_feature" "vis,vis,fpu,vis3,vis3,fpu,fpu,*,*,*,*")
!    (set_attr "v3pipe" "true,true,*,*,*,*,*,*,*,*,*")])
  
  ;; This pattern builds DFmode constants in integer registers.
  (define_split
--- 2493,2502 ----
    stx\t%r1, %0
    #"
    [(set_attr "type" "visl,visl,fpmove,vismv,vismv,load,store,*,load,store,*")
+    (set_attr "subtype" "double,double,*,movdtox,movxtod,regular,*,*,regular,*,*")
     (set_attr "length" "*,*,*,*,*,*,*,*,*,*,2")
     (set_attr "fptype" "double,double,double,double,double,*,*,*,*,*,*")
!    (set_attr "cpu_feature" "vis,vis,fpu,vis3,vis3,fpu,fpu,*,*,*,*")])
  
  ;; This pattern builds DFmode constants in integer registers.
  (define_split
***************
*** 2915,2920 ****
--- 3022,3028 ----
    ""
    "lduh\t%1, %0"
    [(set_attr "type" "load")
+    (set_attr "subtype" "regular")
     (set_attr "us3load_type" "3cycle")])
  
  (define_expand "zero_extendqihi2"
***************
*** 2931,2936 ****
--- 3039,3045 ----
     and\t%1, 0xff, %0
     ldub\t%1, %0"
    [(set_attr "type" "*,load")
+    (set_attr "subtype" "*,regular")
     (set_attr "us3load_type" "*,3cycle")])
  
  (define_expand "zero_extendqisi2"
***************
*** 2947,2952 ****
--- 3056,3062 ----
     and\t%1, 0xff, %0
     ldub\t%1, %0"
    [(set_attr "type" "*,load")
+    (set_attr "subtype" "*,regular")
     (set_attr "us3load_type" "*,3cycle")])
  
  (define_expand "zero_extendqidi2"
***************
*** 2963,2968 ****
--- 3073,3079 ----
     and\t%1, 0xff, %0
     ldub\t%1, %0"
    [(set_attr "type" "*,load")
+    (set_attr "subtype" "*,regular")
     (set_attr "us3load_type" "*,3cycle")])
  
  (define_expand "zero_extendhidi2"
***************
*** 2994,2999 ****
--- 3105,3111 ----
    "TARGET_ARCH64"
    "lduh\t%1, %0"
    [(set_attr "type" "load")
+    (set_attr "subtype" "regular")
     (set_attr "us3load_type" "3cycle")])
  
  ;; ??? Write truncdisi pattern using sra?
***************
*** 3014,3021 ****
     lduw\t%1, %0
     movstouw\t%1, %0"
    [(set_attr "type" "shift,load,*")
!    (set_attr "cpu_feature" "*,*,vis3")
!    (set_attr "v3pipe" "*,*,true")])
  
  (define_insn_and_split "*zero_extendsidi2_insn_sp32"
    [(set (match_operand:DI 0 "register_operand" "=r")
--- 3126,3134 ----
     lduw\t%1, %0
     movstouw\t%1, %0"
    [(set_attr "type" "shift,load,*")
!    (set_attr "subtype" "*,regular,movstouw")
!    (set_attr "cpu_feature" "*,*,vis3")])
! 
  
  (define_insn_and_split "*zero_extendsidi2_insn_sp32"
    [(set (match_operand:DI 0 "register_operand" "=r")
***************
*** 3330,3337 ****
    movstosw\t%1, %0"
    [(set_attr "type" "shift,sload,*")
     (set_attr "us3load_type" "*,3cycle,*")
!    (set_attr "cpu_feature" "*,*,vis3")
!    (set_attr "v3pipe" "*,*,true")])
  
  
  ;; Special pattern for optimizing bit-field compares.  This is needed
--- 3443,3449 ----
    movstosw\t%1, %0"
    [(set_attr "type" "shift,sload,*")
     (set_attr "us3load_type" "*,3cycle,*")
!    (set_attr "cpu_feature" "*,*,vis3")])
  
  
  ;; Special pattern for optimizing bit-field compares.  This is needed
***************
*** 6010,6016 ****
    [(set (match_operand:DF 0 "register_operand" "=e")
  	(mult:DF (float_extend:DF (match_operand:SF 1 "register_operand" "f"))
  		 (float_extend:DF (match_operand:SF 2 "register_operand" "f"))))]
!   "(TARGET_V8 || TARGET_V9) && TARGET_FPU && !sparc_fix_ut699"
    "fsmuld\t%1, %2, %0"
    [(set_attr "type" "fpmul")
     (set_attr "fptype" "double")])
--- 6122,6128 ----
    [(set (match_operand:DF 0 "register_operand" "=e")
  	(mult:DF (float_extend:DF (match_operand:SF 1 "register_operand" "f"))
  		 (float_extend:DF (match_operand:SF 2 "register_operand" "f"))))]
!   "TARGET_FSMULD"
    "fsmuld\t%1, %2, %0"
    [(set_attr "type" "fpmul")
     (set_attr "fptype" "double")])
***************
*** 6060,6069 ****
  	(div:DF (match_operand:DF 1 "register_operand" "e")
  		(match_operand:DF 2 "register_operand" "e")))]
    "TARGET_FPU && sparc_fix_ut699"
!   "fdivd\t%1, %2, %0\n\tstd\t%0, [%%sp-8]"
    [(set_attr "type" "fpdivd")
     (set_attr "fptype" "double")
!    (set_attr "length" "2")])
  
  (define_insn "divsf3"
    [(set (match_operand:SF 0 "register_operand" "=f")
--- 6172,6181 ----
  	(div:DF (match_operand:DF 1 "register_operand" "e")
  		(match_operand:DF 2 "register_operand" "e")))]
    "TARGET_FPU && sparc_fix_ut699"
!   "fdivd\t%1, %2, %0\n\tstd\t%0, [%%sp-8]\n\tnop"
    [(set_attr "type" "fpdivd")
     (set_attr "fptype" "double")
!    (set_attr "length" "3")])
  
  (define_insn "divsf3"
    [(set (match_operand:SF 0 "register_operand" "=f")
***************
*** 6312,6321 ****
    [(set (match_operand:DF 0 "register_operand" "=e")
  	(sqrt:DF (match_operand:DF 1 "register_operand" "e")))]
    "TARGET_FPU && sparc_fix_ut699"
!   "fsqrtd\t%1, %0\n\tstd\t%0, [%%sp-8]"
    [(set_attr "type" "fpsqrtd")
     (set_attr "fptype" "double")
!    (set_attr "length" "2")])
  
  (define_insn "sqrtsf2"
    [(set (match_operand:SF 0 "register_operand" "=f")
--- 6424,6433 ----
    [(set (match_operand:DF 0 "register_operand" "=e")
  	(sqrt:DF (match_operand:DF 1 "register_operand" "e")))]
    "TARGET_FPU && sparc_fix_ut699"
!   "fsqrtd\t%1, %0\n\tstd\t%0, [%%sp-8]\n\tnop"
    [(set_attr "type" "fpsqrtd")
     (set_attr "fptype" "double")
!    (set_attr "length" "3")])
  
  (define_insn "sqrtsf2"
    [(set (match_operand:SF 0 "register_operand" "=f")
***************
*** 7097,7103 ****
  (define_expand "return"
    [(return)]
    "sparc_can_use_return_insn_p ()"
!   "")
  
  (define_insn "*return_internal"
    [(return)]
--- 7209,7218 ----
  (define_expand "return"
    [(return)]
    "sparc_can_use_return_insn_p ()"
! {
!   if (cfun->calls_alloca)
!     emit_insn (gen_frame_blockage ());
! })
  
  (define_insn "*return_internal"
    [(return)]
***************
*** 7352,7358 ****
    [(unspec_volatile [(match_operand:SI 0 "memory_operand" "m")] UNSPECV_LDFSR)]
    "TARGET_FPU"
    "ld\t%0, %%fsr"
!   [(set_attr "type" "load")])
  
  (define_insn "stfsr"
    [(set (match_operand:SI 0 "memory_operand" "=m")
--- 7467,7474 ----
    [(unspec_volatile [(match_operand:SI 0 "memory_operand" "m")] UNSPECV_LDFSR)]
    "TARGET_FPU"
    "ld\t%0, %%fsr"
!   [(set_attr "type" "load")
!    (set_attr "subtype" "regular")])
  
  (define_insn "stfsr"
    [(set (match_operand:SI 0 "memory_operand" "=m")
***************
*** 7716,7722 ****
    gcc_assert (locality >= 0 && locality < 4);
    return prefetch_instr [read_or_write][locality == 0 ? 0 : 1];
  }
!   [(set_attr "type" "load")])
  
  (define_insn "prefetch_32"
    [(prefetch (match_operand:SI 0 "address_operand" "p")
--- 7832,7839 ----
    gcc_assert (locality >= 0 && locality < 4);
    return prefetch_instr [read_or_write][locality == 0 ? 0 : 1];
  }
!   [(set_attr "type" "load")
!    (set_attr "subtype" "prefetch")])
  
  (define_insn "prefetch_32"
    [(prefetch (match_operand:SI 0 "address_operand" "p")
***************
*** 7741,7747 ****
    gcc_assert (locality >= 0 && locality < 4);
    return prefetch_instr [read_or_write][locality == 0 ? 0 : 1];
  }
!   [(set_attr "type" "load")])
  
  
  ;; Trap instructions.
--- 7858,7865 ----
    gcc_assert (locality >= 0 && locality < 4);
    return prefetch_instr [read_or_write][locality == 0 ? 0 : 1];
  }
!   [(set_attr "type" "load")
!    (set_attr "subtype" "prefetch")])
  
  
  ;; Trap instructions.
***************
*** 7962,7968 ****
  		   UNSPEC_TLSIE))]
    "TARGET_TLS && TARGET_ARCH32"
    "ld\\t[%1 + %2], %0, %%tie_ld(%a3)"
!   [(set_attr "type" "load")])
  
  (define_insn "tie_ld64"
    [(set (match_operand:DI 0 "register_operand" "=r")
--- 8080,8087 ----
  		   UNSPEC_TLSIE))]
    "TARGET_TLS && TARGET_ARCH32"
    "ld\\t[%1 + %2], %0, %%tie_ld(%a3)"
!   [(set_attr "type" "load")
!    (set_attr "subtype" "regular")])
  
  (define_insn "tie_ld64"
    [(set (match_operand:DI 0 "register_operand" "=r")
***************
*** 7972,7978 ****
  		   UNSPEC_TLSIE))]
    "TARGET_TLS && TARGET_ARCH64"
    "ldx\\t[%1 + %2], %0, %%tie_ldx(%a3)"
!   [(set_attr "type" "load")])
  
  (define_insn "tie_add32"
    [(set (match_operand:SI 0 "register_operand" "=r")
--- 8091,8098 ----
  		   UNSPEC_TLSIE))]
    "TARGET_TLS && TARGET_ARCH64"
    "ldx\\t[%1 + %2], %0, %%tie_ldx(%a3)"
!   [(set_attr "type" "load")
!    (set_attr "subtype" "regular")])
  
  (define_insn "tie_add32"
    [(set (match_operand:SI 0 "register_operand" "=r")
***************
*** 8032,8037 ****
--- 8152,8158 ----
    "TARGET_TLS && TARGET_ARCH32"
    "ldub\t[%1 + %2], %0, %%tldo_add(%3)"
    [(set_attr "type" "load")
+    (set_attr "subtype" "regular")
     (set_attr "us3load_type" "3cycle")])
  
  (define_insn "*tldo_ldub1_sp32"
***************
*** 8044,8049 ****
--- 8165,8171 ----
    "TARGET_TLS && TARGET_ARCH32"
    "ldub\t[%1 + %2], %0, %%tldo_add(%3)"
    [(set_attr "type" "load")
+    (set_attr "subtype" "regular")
     (set_attr "us3load_type" "3cycle")])
  
  (define_insn "*tldo_ldub2_sp32"
***************
*** 8056,8061 ****
--- 8178,8184 ----
    "TARGET_TLS && TARGET_ARCH32"
    "ldub\t[%1 + %2], %0, %%tldo_add(%3)"
    [(set_attr "type" "load")
+    (set_attr "subtype" "regular")
     (set_attr "us3load_type" "3cycle")])
  
  (define_insn "*tldo_ldsb1_sp32"
***************
*** 8091,8096 ****
--- 8214,8220 ----
    "TARGET_TLS && TARGET_ARCH64"
    "ldub\t[%1 + %2], %0, %%tldo_add(%3)"
    [(set_attr "type" "load")
+    (set_attr "subtype" "regular")
     (set_attr "us3load_type" "3cycle")])
  
  (define_insn "*tldo_ldub1_sp64"
***************
*** 8103,8108 ****
--- 8227,8233 ----
    "TARGET_TLS && TARGET_ARCH64"
    "ldub\t[%1 + %2], %0, %%tldo_add(%3)"
    [(set_attr "type" "load")
+    (set_attr "subtype" "regular")
     (set_attr "us3load_type" "3cycle")])
  
  (define_insn "*tldo_ldub2_sp64"
***************
*** 8115,8120 ****
--- 8240,8246 ----
    "TARGET_TLS && TARGET_ARCH64"
    "ldub\t[%1 + %2], %0, %%tldo_add(%3)"
    [(set_attr "type" "load")
+    (set_attr "subtype" "regular")
     (set_attr "us3load_type" "3cycle")])
  
  (define_insn "*tldo_ldub3_sp64"
***************
*** 8127,8132 ****
--- 8253,8259 ----
    "TARGET_TLS && TARGET_ARCH64"
    "ldub\t[%1 + %2], %0, %%tldo_add(%3)"
    [(set_attr "type" "load")
+    (set_attr "subtype" "regular")
     (set_attr "us3load_type" "3cycle")])
  
  (define_insn "*tldo_ldsb1_sp64"
***************
*** 8174,8179 ****
--- 8301,8307 ----
    "TARGET_TLS && TARGET_ARCH32"
    "lduh\t[%1 + %2], %0, %%tldo_add(%3)"
    [(set_attr "type" "load")
+    (set_attr "subtype" "regular")
     (set_attr "us3load_type" "3cycle")])
  
  (define_insn "*tldo_lduh1_sp32"
***************
*** 8186,8191 ****
--- 8314,8320 ----
    "TARGET_TLS && TARGET_ARCH32"
    "lduh\t[%1 + %2], %0, %%tldo_add(%3)"
    [(set_attr "type" "load")
+    (set_attr "subtype" "regular")
     (set_attr "us3load_type" "3cycle")])
  
  (define_insn "*tldo_ldsh1_sp32"
***************
*** 8209,8214 ****
--- 8338,8344 ----
    "TARGET_TLS && TARGET_ARCH64"
    "lduh\t[%1 + %2], %0, %%tldo_add(%3)"
    [(set_attr "type" "load")
+    (set_attr "subtype" "regular")
     (set_attr "us3load_type" "3cycle")])
  
  (define_insn "*tldo_lduh1_sp64"
***************
*** 8221,8226 ****
--- 8351,8357 ----
    "TARGET_TLS && TARGET_ARCH64"
    "lduh\t[%1 + %2], %0, %%tldo_add(%3)"
    [(set_attr "type" "load")
+    (set_attr "subtype" "regular")
     (set_attr "us3load_type" "3cycle")])
  
  (define_insn "*tldo_lduh2_sp64"
***************
*** 8233,8238 ****
--- 8364,8370 ----
    "TARGET_TLS && TARGET_ARCH64"
    "lduh\t[%1 + %2], %0, %%tldo_add(%3)"
    [(set_attr "type" "load")
+    (set_attr "subtype" "regular")
     (set_attr "us3load_type" "3cycle")])
  
  (define_insn "*tldo_ldsh1_sp64"
***************
*** 8267,8273 ****
  			 (match_operand:SI 1 "register_operand" "r"))))]
    "TARGET_TLS && TARGET_ARCH32"
    "ld\t[%1 + %2], %0, %%tldo_add(%3)"
!   [(set_attr "type" "load")])
  
  (define_insn "*tldo_lduw_sp64"
    [(set (match_operand:SI 0 "register_operand" "=r")
--- 8399,8406 ----
  			 (match_operand:SI 1 "register_operand" "r"))))]
    "TARGET_TLS && TARGET_ARCH32"
    "ld\t[%1 + %2], %0, %%tldo_add(%3)"
!   [(set_attr "type" "load")
!    (set_attr "subtype" "regular")])
  
  (define_insn "*tldo_lduw_sp64"
    [(set (match_operand:SI 0 "register_operand" "=r")
***************
*** 8277,8283 ****
  			 (match_operand:DI 1 "register_operand" "r"))))]
    "TARGET_TLS && TARGET_ARCH64"
    "lduw\t[%1 + %2], %0, %%tldo_add(%3)"
!   [(set_attr "type" "load")])
  
  (define_insn "*tldo_lduw1_sp64"
    [(set (match_operand:DI 0 "register_operand" "=r")
--- 8410,8417 ----
  			 (match_operand:DI 1 "register_operand" "r"))))]
    "TARGET_TLS && TARGET_ARCH64"
    "lduw\t[%1 + %2], %0, %%tldo_add(%3)"
!   [(set_attr "type" "load")
!    (set_attr "subtype" "regular")])
  
  (define_insn "*tldo_lduw1_sp64"
    [(set (match_operand:DI 0 "register_operand" "=r")
***************
*** 8288,8294 ****
  			   (match_operand:DI 1 "register_operand" "r")))))]
    "TARGET_TLS && TARGET_ARCH64"
    "lduw\t[%1 + %2], %0, %%tldo_add(%3)"
!   [(set_attr "type" "load")])
  
  (define_insn "*tldo_ldsw1_sp64"
    [(set (match_operand:DI 0 "register_operand" "=r")
--- 8422,8429 ----
  			   (match_operand:DI 1 "register_operand" "r")))))]
    "TARGET_TLS && TARGET_ARCH64"
    "lduw\t[%1 + %2], %0, %%tldo_add(%3)"
!   [(set_attr "type" "load")
!    (set_attr "subtype" "regular")])
  
  (define_insn "*tldo_ldsw1_sp64"
    [(set (match_operand:DI 0 "register_operand" "=r")
***************
*** 8310,8316 ****
  			 (match_operand:DI 1 "register_operand" "r"))))]
    "TARGET_TLS && TARGET_ARCH64"
    "ldx\t[%1 + %2], %0, %%tldo_add(%3)"
!   [(set_attr "type" "load")])
  
  (define_insn "*tldo_stb_sp32"
    [(set (mem:QI (plus:SI (unspec:SI [(match_operand:SI 2 "register_operand" "r")
--- 8445,8452 ----
  			 (match_operand:DI 1 "register_operand" "r"))))]
    "TARGET_TLS && TARGET_ARCH64"
    "ldx\t[%1 + %2], %0, %%tldo_add(%3)"
!   [(set_attr "type" "load")
!    (set_attr "subtype" "regular")])
  
  (define_insn "*tldo_stb_sp32"
    [(set (mem:QI (plus:SI (unspec:SI [(match_operand:SI 2 "register_operand" "r")
***************
*** 8515,8522 ****
    movstouw\t%1, %0
    movwtos\t%1, %0"
    [(set_attr "type" "visl,visl,vismv,fpload,fpstore,store,load,store,*,vismv,vismv")
!    (set_attr "cpu_feature" "vis,vis,vis,*,*,*,*,*,*,vis3,vis3")
!    (set_attr "v3pipe" "true,true,true,*,*,*,*,*,*,true,true")])
  
  (define_insn "*mov<VM64:mode>_insn_sp64"
    [(set (match_operand:VM64 0 "nonimmediate_operand" "=e,e,e,e,W,m,*r, m,*r, e,*r")
--- 8651,8658 ----
    movstouw\t%1, %0
    movwtos\t%1, %0"
    [(set_attr "type" "visl,visl,vismv,fpload,fpstore,store,load,store,*,vismv,vismv")
!    (set_attr "subtype" "single,single,single,*,*,*,regular,*,*,movstouw,single")
!    (set_attr "cpu_feature" "vis,vis,vis,*,*,*,*,*,*,vis3,vis3")])
  
  (define_insn "*mov<VM64:mode>_insn_sp64"
    [(set (match_operand:VM64 0 "nonimmediate_operand" "=e,e,e,e,W,m,*r, m,*r, e,*r")
***************
*** 8538,8545 ****
    movxtod\t%1, %0
    mov\t%1, %0"
    [(set_attr "type" "visl,visl,vismv,fpload,fpstore,store,load,store,vismv,vismv,*")
!    (set_attr "cpu_feature" "vis,vis,vis,*,*,*,*,*,vis3,vis3,*")
!    (set_attr "v3pipe" "true,true,true,*,*,*,*,*,*,*,*")])
  
  (define_insn "*mov<VM64:mode>_insn_sp32"
    [(set (match_operand:VM64 0 "nonimmediate_operand"
--- 8674,8681 ----
    movxtod\t%1, %0
    mov\t%1, %0"
    [(set_attr "type" "visl,visl,vismv,fpload,fpstore,store,load,store,vismv,vismv,*")
!    (set_attr "subtype" "double,double,double,*,*,*,regular,*,movdtox,movxtod,*")
!    (set_attr "cpu_feature" "vis,vis,vis,*,*,*,*,*,vis3,vis3,*")])
  
  (define_insn "*mov<VM64:mode>_insn_sp32"
    [(set (match_operand:VM64 0 "nonimmediate_operand"
***************
*** 8568,8576 ****
    ldd\t%1, %0
    std\t%1, %0"
    [(set_attr "type" "store,*,visl,visl,vismv,*,*,fpload,fpstore,load,store,*,*,*,load,store")
     (set_attr "length" "*,2,*,*,*,2,2,*,*,*,*,2,2,2,*,*")
     (set_attr "cpu_feature" "*,*,vis,vis,vis,vis3,vis3,*,*,*,*,*,*,*,*,*")
-    (set_attr "v3pipe" "*,*,true,true,true,*,*,*,*,*,*,*,*,*,*,*")
     (set_attr "lra" "*,*,*,*,*,*,*,*,*,disabled,disabled,*,*,*,*,*")])
  
  (define_split
--- 8704,8712 ----
    ldd\t%1, %0
    std\t%1, %0"
    [(set_attr "type" "store,*,visl,visl,vismv,*,*,fpload,fpstore,load,store,*,*,*,load,store")
+    (set_attr "subtype" "*,*,double,double,double,*,*,*,*,regular,*,*,*,*,regular,*")
     (set_attr "length" "*,2,*,*,*,2,2,*,*,*,*,2,2,2,*,*")
     (set_attr "cpu_feature" "*,*,vis,vis,vis,vis3,vis3,*,*,*,*,*,*,*,*,*")
     (set_attr "lra" "*,*,*,*,*,*,*,*,*,disabled,disabled,*,*,*,*,*")])
  
  (define_split
***************
*** 8648,8655 ****
    "TARGET_VIS"
    "fp<plusminus_insn><vbits>\t%1, %2, %0"
    [(set_attr "type" "fga")
!    (set_attr "fptype" "<vfptype>")
!    (set_attr "v3pipe" "true")])
  
  (define_mode_iterator VL [V1SI V2HI V4QI V1DI V2SI V4HI V8QI])
  (define_mode_attr vlsuf [(V1SI "s") (V2HI "s") (V4QI "s")
--- 8784,8791 ----
    "TARGET_VIS"
    "fp<plusminus_insn><vbits>\t%1, %2, %0"
    [(set_attr "type" "fga")
!    (set_attr "subtype" "other")
!    (set_attr "fptype" "<vfptype>")])
  
  (define_mode_iterator VL [V1SI V2HI V4QI V1DI V2SI V4HI V8QI])
  (define_mode_attr vlsuf [(V1SI "s") (V2HI "s") (V4QI "s")
***************
*** 8665,8672 ****
    "TARGET_VIS"
    "f<vlinsn><vlsuf>\t%1, %2, %0"
    [(set_attr "type" "visl")
!    (set_attr "fptype" "<vfptype>")
!    (set_attr "v3pipe" "true")])
  
  (define_insn "*not_<vlop:code><VL:mode>3"
    [(set (match_operand:VL 0 "register_operand" "=<vconstr>")
--- 8801,8807 ----
    "TARGET_VIS"
    "f<vlinsn><vlsuf>\t%1, %2, %0"
    [(set_attr "type" "visl")
!    (set_attr "fptype" "<vfptype>")])
  
  (define_insn "*not_<vlop:code><VL:mode>3"
    [(set (match_operand:VL 0 "register_operand" "=<vconstr>")
***************
*** 8675,8682 ****
    "TARGET_VIS"
    "f<vlninsn><vlsuf>\t%1, %2, %0"
    [(set_attr "type" "visl")
!    (set_attr "fptype" "<vfptype>")
!    (set_attr "v3pipe" "true")])
  
  ;; (ior (not (op1)) (not (op2))) is the canonical form of NAND.
  (define_insn "*nand<VL:mode>_vis"
--- 8810,8816 ----
    "TARGET_VIS"
    "f<vlninsn><vlsuf>\t%1, %2, %0"
    [(set_attr "type" "visl")
!    (set_attr "fptype" "<vfptype>")])
  
  ;; (ior (not (op1)) (not (op2))) is the canonical form of NAND.
  (define_insn "*nand<VL:mode>_vis"
***************
*** 8686,8693 ****
    "TARGET_VIS"
    "fnand<vlsuf>\t%1, %2, %0"
    [(set_attr "type" "visl")
!    (set_attr "fptype" "<vfptype>")
!    (set_attr "v3pipe" "true")])
  
  (define_code_iterator vlnotop [ior and])
  
--- 8820,8826 ----
    "TARGET_VIS"
    "fnand<vlsuf>\t%1, %2, %0"
    [(set_attr "type" "visl")
!    (set_attr "fptype" "<vfptype>")])
  
  (define_code_iterator vlnotop [ior and])
  
***************
*** 8698,8705 ****
    "TARGET_VIS"
    "f<vlinsn>not1<vlsuf>\t%1, %2, %0"
    [(set_attr "type" "visl")
!    (set_attr "fptype" "<vfptype>")
!    (set_attr "v3pipe" "true")])
  
  (define_insn "*<vlnotop:code>_not2<VL:mode>_vis"
    [(set (match_operand:VL 0 "register_operand" "=<vconstr>")
--- 8831,8837 ----
    "TARGET_VIS"
    "f<vlinsn>not1<vlsuf>\t%1, %2, %0"
    [(set_attr "type" "visl")
!    (set_attr "fptype" "<vfptype>")])
  
  (define_insn "*<vlnotop:code>_not2<VL:mode>_vis"
    [(set (match_operand:VL 0 "register_operand" "=<vconstr>")
***************
*** 8708,8715 ****
    "TARGET_VIS"
    "f<vlinsn>not2<vlsuf>\t%1, %2, %0"
    [(set_attr "type" "visl")
!    (set_attr "fptype" "<vfptype>")
!    (set_attr "v3pipe" "true")])
  
  (define_insn "one_cmpl<VL:mode>2"
    [(set (match_operand:VL 0 "register_operand" "=<vconstr>")
--- 8840,8846 ----
    "TARGET_VIS"
    "f<vlinsn>not2<vlsuf>\t%1, %2, %0"
    [(set_attr "type" "visl")
!    (set_attr "fptype" "<vfptype>")])
  
  (define_insn "one_cmpl<VL:mode>2"
    [(set (match_operand:VL 0 "register_operand" "=<vconstr>")
***************
*** 8717,8724 ****
    "TARGET_VIS"
    "fnot1<vlsuf>\t%1, %0"
    [(set_attr "type" "visl")
!    (set_attr "fptype" "<vfptype>")
!    (set_attr "v3pipe" "true")])
  
  ;; Hard to generate VIS instructions.  We have builtins for these.
  
--- 8848,8854 ----
    "TARGET_VIS"
    "fnot1<vlsuf>\t%1, %0"
    [(set_attr "type" "visl")
!    (set_attr "fptype" "<vfptype>")])
  
  ;; Hard to generate VIS instructions.  We have builtins for these.
  
***************
*** 8760,8765 ****
--- 8890,8896 ----
   "TARGET_VIS"
   "fexpand\t%1, %0"
   [(set_attr "type" "fga")
+   (set_attr "subtype" "fpu")
    (set_attr "fptype" "double")])
  
  (define_insn "fpmerge_vis"
***************
*** 8774,8779 ****
--- 8905,8911 ----
   "TARGET_VIS"
   "fpmerge\t%1, %2, %0"
   [(set_attr "type" "fga")
+   (set_attr "subtype" "fpu")
    (set_attr "fptype" "double")])
  
  ;; Partitioned multiply instructions
***************
*** 8862,8868 ****
    [(set (reg:DI GSR_REG) (match_operand:DI 0 "arith_operand" "rI"))]
    "TARGET_VIS && TARGET_ARCH64"
    "wr\t%%g0, %0, %%gsr"
!   [(set_attr "type" "gsr")])
  
  (define_insn "wrgsr_v8plus"
    [(set (reg:DI GSR_REG) (match_operand:DI 0 "arith_operand" "I,r"))
--- 8994,9001 ----
    [(set (reg:DI GSR_REG) (match_operand:DI 0 "arith_operand" "rI"))]
    "TARGET_VIS && TARGET_ARCH64"
    "wr\t%%g0, %0, %%gsr"
!   [(set_attr "type" "gsr")
!    (set_attr "subtype" "reg")])
  
  (define_insn "wrgsr_v8plus"
    [(set (reg:DI GSR_REG) (match_operand:DI 0 "arith_operand" "I,r"))
***************
*** 8893,8899 ****
    [(set (match_operand:DI 0 "register_operand" "=r") (reg:DI GSR_REG))]
    "TARGET_VIS && TARGET_ARCH64"
    "rd\t%%gsr, %0"
!   [(set_attr "type" "gsr")])
  
  (define_insn "rdgsr_v8plus"
    [(set (match_operand:DI 0 "register_operand" "=r") (reg:DI GSR_REG))
--- 9026,9033 ----
    [(set (match_operand:DI 0 "register_operand" "=r") (reg:DI GSR_REG))]
    "TARGET_VIS && TARGET_ARCH64"
    "rd\t%%gsr, %0"
!   [(set_attr "type" "gsr")
!    (set_attr "subtype" "reg")])
  
  (define_insn "rdgsr_v8plus"
    [(set (match_operand:DI 0 "register_operand" "=r") (reg:DI GSR_REG))
***************
*** 8916,8923 ****
    "TARGET_VIS"
    "faligndata\t%1, %2, %0"
    [(set_attr "type" "fga")
!    (set_attr "fptype" "double")
!    (set_attr "v3pipe" "true")])
  
  (define_insn "alignaddrsi_vis"
    [(set (match_operand:SI 0 "register_operand" "=r")
--- 9050,9057 ----
    "TARGET_VIS"
    "faligndata\t%1, %2, %0"
    [(set_attr "type" "fga")
!    (set_attr "subtype" "other")
!    (set_attr "fptype" "double")])
  
  (define_insn "alignaddrsi_vis"
    [(set (match_operand:SI 0 "register_operand" "=r")
***************
*** 8928,8934 ****
    "TARGET_VIS"
    "alignaddr\t%r1, %r2, %0"
    [(set_attr "type" "gsr")
!    (set_attr "v3pipe" "true")])
  
  (define_insn "alignaddrdi_vis"
    [(set (match_operand:DI 0 "register_operand" "=r")
--- 9062,9068 ----
    "TARGET_VIS"
    "alignaddr\t%r1, %r2, %0"
    [(set_attr "type" "gsr")
!    (set_attr "subtype" "alignaddr")])
  
  (define_insn "alignaddrdi_vis"
    [(set (match_operand:DI 0 "register_operand" "=r")
***************
*** 8939,8945 ****
    "TARGET_VIS"
    "alignaddr\t%r1, %r2, %0"
    [(set_attr "type" "gsr")
!    (set_attr "v3pipe" "true")])
  
  (define_insn "alignaddrlsi_vis"
    [(set (match_operand:SI 0 "register_operand" "=r")
--- 9073,9079 ----
    "TARGET_VIS"
    "alignaddr\t%r1, %r2, %0"
    [(set_attr "type" "gsr")
!    (set_attr "subtype" "alignaddr")])
  
  (define_insn "alignaddrlsi_vis"
    [(set (match_operand:SI 0 "register_operand" "=r")
***************
*** 8951,8957 ****
    "TARGET_VIS"
    "alignaddrl\t%r1, %r2, %0"
    [(set_attr "type" "gsr")
!    (set_attr "v3pipe" "true")])
  
  (define_insn "alignaddrldi_vis"
    [(set (match_operand:DI 0 "register_operand" "=r")
--- 9085,9091 ----
    "TARGET_VIS"
    "alignaddrl\t%r1, %r2, %0"
    [(set_attr "type" "gsr")
!    (set_attr "subtype" "alignaddr")])
  
  (define_insn "alignaddrldi_vis"
    [(set (match_operand:DI 0 "register_operand" "=r")
***************
*** 8963,8969 ****
    "TARGET_VIS"
    "alignaddrl\t%r1, %r2, %0"
    [(set_attr "type" "gsr")
!    (set_attr "v3pipe" "true")])
  
  (define_insn "pdist_vis"
    [(set (match_operand:DI 0 "register_operand" "=e")
--- 9097,9103 ----
    "TARGET_VIS"
    "alignaddrl\t%r1, %r2, %0"
    [(set_attr "type" "gsr")
!    (set_attr "subtype" "alignaddr")])
  
  (define_insn "pdist_vis"
    [(set (match_operand:DI 0 "register_operand" "=e")
***************
*** 9055,9063 ****
  	 UNSPEC_FCMP))]
    "TARGET_VIS"
    "fcmp<gcond:code><GCM:gcm_name>\t%1, %2, %0"
!   [(set_attr "type" "visl")
!    (set_attr "fptype" "double")
!    (set_attr "v3pipe" "true")])
  
  (define_insn "fpcmp<gcond:code>8<P:mode>_vis"
    [(set (match_operand:P 0 "register_operand" "=r")
--- 9189,9195 ----
  	 UNSPEC_FCMP))]
    "TARGET_VIS"
    "fcmp<gcond:code><GCM:gcm_name>\t%1, %2, %0"
!   [(set_attr "type" "viscmp")])
  
  (define_insn "fpcmp<gcond:code>8<P:mode>_vis"
    [(set (match_operand:P 0 "register_operand" "=r")
***************
*** 9066,9073 ****
  	 UNSPEC_FCMP))]
    "TARGET_VIS4"
    "fpcmp<gcond:code>8\t%1, %2, %0"
!   [(set_attr "type" "visl")
!    (set_attr "fptype" "double")])
  
  (define_expand "vcond<GCM:mode><GCM:mode>"
    [(match_operand:GCM 0 "register_operand" "")
--- 9198,9204 ----
  	 UNSPEC_FCMP))]
    "TARGET_VIS4"
    "fpcmp<gcond:code>8\t%1, %2, %0"
!   [(set_attr "type" "viscmp")])
  
  (define_expand "vcond<GCM:mode><GCM:mode>"
    [(match_operand:GCM 0 "register_operand" "")
***************
*** 9130,9137 ****
          (plus:DI (match_dup 1) (match_dup 2)))]
    "TARGET_VIS2 && TARGET_ARCH64"
    "bmask\t%r1, %r2, %0"
!   [(set_attr "type" "array")
!    (set_attr "v3pipe" "true")])
  
  (define_insn "bmasksi_vis"
    [(set (match_operand:SI 0 "register_operand" "=r")
--- 9261,9267 ----
          (plus:DI (match_dup 1) (match_dup 2)))]
    "TARGET_VIS2 && TARGET_ARCH64"
    "bmask\t%r1, %r2, %0"
!   [(set_attr "type" "bmask")])
  
  (define_insn "bmasksi_vis"
    [(set (match_operand:SI 0 "register_operand" "=r")
***************
*** 9141,9148 ****
          (zero_extend:DI (plus:SI (match_dup 1) (match_dup 2))))]
    "TARGET_VIS2"
    "bmask\t%r1, %r2, %0"
!   [(set_attr "type" "array")
!    (set_attr "v3pipe" "true")])
  
  (define_insn "bshuffle<VM64:mode>_vis"
    [(set (match_operand:VM64 0 "register_operand" "=e")
--- 9271,9277 ----
          (zero_extend:DI (plus:SI (match_dup 1) (match_dup 2))))]
    "TARGET_VIS2"
    "bmask\t%r1, %r2, %0"
!   [(set_attr "type" "bmask")])
  
  (define_insn "bshuffle<VM64:mode>_vis"
    [(set (match_operand:VM64 0 "register_operand" "=e")
***************
*** 9153,9160 ****
    "TARGET_VIS2"
    "bshuffle\t%1, %2, %0"
    [(set_attr "type" "fga")
!    (set_attr "fptype" "double")
!    (set_attr "v3pipe" "true")])
  
  ;; The rtl expanders will happily convert constant permutations on other
  ;; modes down to V8QI.  Rely on this to avoid the complexity of the byte
--- 9282,9289 ----
    "TARGET_VIS2"
    "bshuffle\t%1, %2, %0"
    [(set_attr "type" "fga")
!    (set_attr "subtype" "other")
!    (set_attr "fptype" "double")])
  
  ;; The rtl expanders will happily convert constant permutations on other
  ;; modes down to V8QI.  Rely on this to avoid the complexity of the byte
***************
*** 9257,9263 ****
    "TARGET_VIS3"
    "cmask8\t%r0"
    [(set_attr "type" "fga")
!    (set_attr "v3pipe" "true")])
  
  (define_insn "cmask16<P:mode>_vis"
    [(set (reg:DI GSR_REG)
--- 9386,9392 ----
    "TARGET_VIS3"
    "cmask8\t%r0"
    [(set_attr "type" "fga")
!    (set_attr "subtype" "cmask")])
  
  (define_insn "cmask16<P:mode>_vis"
    [(set (reg:DI GSR_REG)
***************
*** 9267,9273 ****
    "TARGET_VIS3"
    "cmask16\t%r0"
    [(set_attr "type" "fga")
!    (set_attr "v3pipe" "true")])
  
  (define_insn "cmask32<P:mode>_vis"
    [(set (reg:DI GSR_REG)
--- 9396,9402 ----
    "TARGET_VIS3"
    "cmask16\t%r0"
    [(set_attr "type" "fga")
!    (set_attr "subtype" "cmask")])
  
  (define_insn "cmask32<P:mode>_vis"
    [(set (reg:DI GSR_REG)
***************
*** 9277,9283 ****
    "TARGET_VIS3"
    "cmask32\t%r0"
    [(set_attr "type" "fga")
!    (set_attr "v3pipe" "true")])
  
  (define_insn "fchksm16_vis"
    [(set (match_operand:V4HI 0 "register_operand" "=e")
--- 9406,9412 ----
    "TARGET_VIS3"
    "cmask32\t%r0"
    [(set_attr "type" "fga")
!    (set_attr "subtype" "cmask")])
  
  (define_insn "fchksm16_vis"
    [(set (match_operand:V4HI 0 "register_operand" "=e")
***************
*** 9286,9292 ****
                       UNSPEC_FCHKSM16))]
    "TARGET_VIS3"
    "fchksm16\t%1, %2, %0"
!   [(set_attr "type" "fga")])
  
  (define_code_iterator vis3_shift [ashift ss_ashift lshiftrt ashiftrt])
  (define_code_attr vis3_shift_insn
--- 9415,9422 ----
                       UNSPEC_FCHKSM16))]
    "TARGET_VIS3"
    "fchksm16\t%1, %2, %0"
!   [(set_attr "type" "fga")
!    (set_attr "subtype" "fpu")])
  
  (define_code_iterator vis3_shift [ashift ss_ashift lshiftrt ashiftrt])
  (define_code_attr vis3_shift_insn
***************
*** 9300,9306 ****
  			(match_operand:GCM 2 "register_operand" "<vconstr>")))]
    "TARGET_VIS3"
    "<vis3_shift_insn><vbits>\t%1, %2, %0"
!   [(set_attr "type" "fga")])
  
  (define_insn "pdistn<P:mode>_vis"
    [(set (match_operand:P 0 "register_operand" "=r")
--- 9430,9437 ----
  			(match_operand:GCM 2 "register_operand" "<vconstr>")))]
    "TARGET_VIS3"
    "<vis3_shift_insn><vbits>\t%1, %2, %0"
!   [(set_attr "type" "fga")
!    (set_attr "subtype" "fpu")])
  
  (define_insn "pdistn<P:mode>_vis"
    [(set (match_operand:P 0 "register_operand" "=r")
***************
*** 9310,9317 ****
    "TARGET_VIS3"
    "pdistn\t%1, %2, %0"
    [(set_attr "type" "pdistn")
!    (set_attr "fptype" "double")
!    (set_attr "v3pipe" "true")])
  
  (define_insn "fmean16_vis"
    [(set (match_operand:V4HI 0 "register_operand" "=e")
--- 9441,9447 ----
    "TARGET_VIS3"
    "pdistn\t%1, %2, %0"
    [(set_attr "type" "pdistn")
!    (set_attr "fptype" "double")])
  
  (define_insn "fmean16_vis"
    [(set (match_operand:V4HI 0 "register_operand" "=e")
***************
*** 9328,9334 ****
            (const_int 1))))]
    "TARGET_VIS3"
    "fmean16\t%1, %2, %0"
!   [(set_attr "type" "fga")])
  
  (define_insn "fp<plusminus_insn>64_vis"
    [(set (match_operand:V1DI 0 "register_operand" "=e")
--- 9458,9465 ----
            (const_int 1))))]
    "TARGET_VIS3"
    "fmean16\t%1, %2, %0"
!   [(set_attr "type" "fga")
!    (set_attr "subtype" "fpu")])
  
  (define_insn "fp<plusminus_insn>64_vis"
    [(set (match_operand:V1DI 0 "register_operand" "=e")
***************
*** 9336,9342 ****
  			(match_operand:V1DI 2 "register_operand" "e")))]
    "TARGET_VIS3"
    "fp<plusminus_insn>64\t%1, %2, %0"
!   [(set_attr "type" "fga")])
  
  (define_insn "<plusminus_insn>v8qi3"
    [(set (match_operand:V8QI 0 "register_operand" "=e")
--- 9467,9474 ----
  			(match_operand:V1DI 2 "register_operand" "e")))]
    "TARGET_VIS3"
    "fp<plusminus_insn>64\t%1, %2, %0"
!   [(set_attr "type" "fga")
!    (set_attr "subtype" "addsub64")])
  
  (define_insn "<plusminus_insn>v8qi3"
    [(set (match_operand:V8QI 0 "register_operand" "=e")
***************
*** 9344,9350 ****
                          (match_operand:V8QI 2 "register_operand" "e")))]
    "TARGET_VIS4"
    "fp<plusminus_insn>8\t%1, %2, %0"
!   [(set_attr "type" "fga")])
  
  (define_mode_iterator VASS [V4HI V2SI V2HI V1SI])
  (define_code_iterator vis3_addsub_ss [ss_plus ss_minus])
--- 9476,9483 ----
                          (match_operand:V8QI 2 "register_operand" "e")))]
    "TARGET_VIS4"
    "fp<plusminus_insn>8\t%1, %2, %0"
!   [(set_attr "type" "fga")
!    (set_attr "subtype" "other")])
  
  (define_mode_iterator VASS [V4HI V2SI V2HI V1SI])
  (define_code_iterator vis3_addsub_ss [ss_plus ss_minus])
***************
*** 9360,9366 ****
    "TARGET_VIS3"
    "<vis3_addsub_ss_insn><vbits>\t%1, %2, %0"
    [(set_attr "type" "fga")
!    (set_attr "v3pipe" "true")])
  
  (define_mode_iterator VMMAX [V8QI V4HI V2SI])
  (define_code_iterator vis4_minmax [smin smax])
--- 9493,9499 ----
    "TARGET_VIS3"
    "<vis3_addsub_ss_insn><vbits>\t%1, %2, %0"
    [(set_attr "type" "fga")
!    (set_attr "subtype" "other")])
  
  (define_mode_iterator VMMAX [V8QI V4HI V2SI])
  (define_code_iterator vis4_minmax [smin smax])
***************
*** 9375,9381 ****
                             (match_operand:VMMAX 2 "register_operand" "<vconstr>")))]
    "TARGET_VIS4"
    "<vis4_minmax_insn><vbits>\t%1, %2, %0"
!   [(set_attr "type" "fga")])
  
  (define_code_iterator vis4_uminmax [umin umax])
  (define_code_attr vis4_uminmax_insn
--- 9508,9515 ----
                             (match_operand:VMMAX 2 "register_operand" "<vconstr>")))]
    "TARGET_VIS4"
    "<vis4_minmax_insn><vbits>\t%1, %2, %0"
!   [(set_attr "type" "fga")
!    (set_attr "subtype" "maxmin")])
  
  (define_code_iterator vis4_uminmax [umin umax])
  (define_code_attr vis4_uminmax_insn
***************
*** 9389,9395 ****
                              (match_operand:VMMAX 2 "register_operand" "<vconstr>")))]
    "TARGET_VIS4"
    "<vis4_uminmax_insn><vbits>\t%1, %2, %0"
!   [(set_attr "type" "fga")])
  
  ;; The use of vis3_addsub_ss_patname in the VIS4 instruction below is
  ;; intended.
--- 9523,9530 ----
                              (match_operand:VMMAX 2 "register_operand" "<vconstr>")))]
    "TARGET_VIS4"
    "<vis4_uminmax_insn><vbits>\t%1, %2, %0"
!   [(set_attr "type" "fga")
!    (set_attr "subtype" "maxmin")])
  
  ;; The use of vis3_addsub_ss_patname in the VIS4 instruction below is
  ;; intended.
***************
*** 9399,9405 ****
                               (match_operand:V8QI 2 "register_operand" "e")))]
    "TARGET_VIS4"
    "<vis3_addsub_ss_insn>8\t%1, %2, %0"
!   [(set_attr "type" "fga")])
  
  (define_mode_iterator VAUS [V4HI V8QI])
  (define_code_iterator vis4_addsub_us [us_plus us_minus])
--- 9534,9541 ----
                               (match_operand:V8QI 2 "register_operand" "e")))]
    "TARGET_VIS4"
    "<vis3_addsub_ss_insn>8\t%1, %2, %0"
!   [(set_attr "type" "fga")
!    (set_attr "subtype" "other")])
  
  (define_mode_iterator VAUS [V4HI V8QI])
  (define_code_iterator vis4_addsub_us [us_plus us_minus])
***************
*** 9414,9420 ****
                              (match_operand:VAUS 2 "register_operand" "<vconstr>")))]
   "TARGET_VIS4"
   "<vis4_addsub_us_insn><vbits>\t%1, %2, %0"
!  [(set_attr "type" "fga")])
  
  (define_insn "fucmp<gcond:code>8<P:mode>_vis"
    [(set (match_operand:P 0 "register_operand" "=r")
--- 9550,9557 ----
                              (match_operand:VAUS 2 "register_operand" "<vconstr>")))]
   "TARGET_VIS4"
   "<vis4_addsub_us_insn><vbits>\t%1, %2, %0"
!  [(set_attr "type" "fga")
!   (set_attr "subtype" "other")])
  
  (define_insn "fucmp<gcond:code>8<P:mode>_vis"
    [(set (match_operand:P 0 "register_operand" "=r")
***************
*** 9423,9430 ****
  	 UNSPEC_FUCMP))]
    "TARGET_VIS3"
    "fucmp<gcond:code>8\t%1, %2, %0"
!   [(set_attr "type" "visl")
!    (set_attr "v3pipe" "true")])
  
  (define_insn "fpcmpu<gcond:code><GCM:gcm_name><P:mode>_vis"
    [(set (match_operand:P 0 "register_operand" "=r")
--- 9560,9566 ----
  	 UNSPEC_FUCMP))]
    "TARGET_VIS3"
    "fucmp<gcond:code>8\t%1, %2, %0"
!   [(set_attr "type" "viscmp")])
  
  (define_insn "fpcmpu<gcond:code><GCM:gcm_name><P:mode>_vis"
    [(set (match_operand:P 0 "register_operand" "=r")
***************
*** 9433,9440 ****
  	 UNSPEC_FUCMP))]
    "TARGET_VIS4"
    "fpcmpu<gcond:code><GCM:gcm_name>\t%1, %2, %0"
!   [(set_attr "type" "visl")
!    (set_attr "fptype" "double")])
  
  (define_insn "*naddsf3"
    [(set (match_operand:SF 0 "register_operand" "=f")
--- 9569,9575 ----
  	 UNSPEC_FUCMP))]
    "TARGET_VIS4"
    "fpcmpu<gcond:code><GCM:gcm_name>\t%1, %2, %0"
!   [(set_attr "type" "viscmp")])
  
  (define_insn "*naddsf3"
    [(set (match_operand:SF 0 "register_operand" "=f")
***************
*** 9538,9541 ****
--- 9673,9734 ----
    [(set_attr "type" "fp")
     (set_attr "fptype" "double")])
  
+ ;; VIS4B instructions.
+ 
+ (define_mode_iterator DUMODE [V2SI V4HI V8QI])
+ 
+ (define_insn "dictunpack<DUMODE:vbits>"
+   [(set (match_operand:DUMODE 0 "register_operand" "=e")
+         (unspec:DUMODE [(match_operand:DF 1 "register_operand" "e")
+                         (match_operand:SI 2 "imm5_operand_dictunpack<DUMODE:vbits>" "t")]
+          UNSPEC_DICTUNPACK))]
+   "TARGET_VIS4B"
+   "dictunpack\t%1, %2, %0"
+   [(set_attr "type" "fga")
+    (set_attr "subtype" "other")])
+ 
+ (define_mode_iterator FPCSMODE [V2SI V4HI V8QI])
+ (define_code_iterator fpcscond [le gt eq ne])
+ (define_code_iterator fpcsucond [le gt])
+ 
+ (define_insn "fpcmp<fpcscond:code><FPCSMODE:vbits><P:mode>shl"
+   [(set (match_operand:P 0 "register_operand" "=r")
+         (unspec:P [(fpcscond:FPCSMODE (match_operand:FPCSMODE 1 "register_operand" "e")
+                                       (match_operand:FPCSMODE 2 "register_operand" "e"))
+                    (match_operand:SI 3 "imm2_operand" "q")]
+          UNSPEC_FPCMPSHL))]
+    "TARGET_VIS4B"
+    "fpcmp<fpcscond:code><FPCSMODE:vbits>shl\t%1, %2, %3, %0"
+    [(set_attr "type" "viscmp")])
+ 
+ (define_insn "fpcmpu<fpcsucond:code><FPCSMODE:vbits><P:mode>shl"
+   [(set (match_operand:P 0 "register_operand" "=r")
+         (unspec:P [(fpcsucond:FPCSMODE (match_operand:FPCSMODE 1 "register_operand" "e")
+                                        (match_operand:FPCSMODE 2 "register_operand" "e"))
+                    (match_operand:SI 3 "imm2_operand" "q")]
+          UNSPEC_FPUCMPSHL))]
+    "TARGET_VIS4B"
+    "fpcmpu<fpcsucond:code><FPCSMODE:vbits>shl\t%1, %2, %3, %0"
+    [(set_attr "type" "viscmp")])
+ 
+ (define_insn "fpcmpde<FPCSMODE:vbits><P:mode>shl"
+   [(set (match_operand:P 0 "register_operand" "=r")
+         (unspec:P [(match_operand:FPCSMODE 1 "register_operand" "e")
+                    (match_operand:FPCSMODE 2 "register_operand" "e")
+                    (match_operand:SI 3 "imm2_operand" "q")]
+          UNSPEC_FPCMPDESHL))]
+    "TARGET_VIS4B"
+    "fpcmpde<FPCSMODE:vbits>shl\t%1, %2, %3, %0"
+    [(set_attr "type" "viscmp")])
+ 
+ (define_insn "fpcmpur<FPCSMODE:vbits><P:mode>shl"
+   [(set (match_operand:P 0 "register_operand" "=r")
+         (unspec:P [(match_operand:FPCSMODE 1 "register_operand" "e")
+                    (match_operand:FPCSMODE 2 "register_operand" "e")
+                    (match_operand:SI 3 "imm2_operand" "q")]
+          UNSPEC_FPCMPURSHL))]
+    "TARGET_VIS4B"
+    "fpcmpur<FPCSMODE:vbits>shl\t%1, %2, %3, %0"
+    [(set_attr "type" "viscmp")])
+ 
  (include "sync.md")
diff -Nrcpad gcc-7.1.0/gcc/config/sparc/sparc.opt gcc-7.2.0/gcc/config/sparc/sparc.opt
*** gcc-7.1.0/gcc/config/sparc/sparc.opt	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/sparc/sparc.opt	Wed Jul 26 12:42:03 2017
*************** mvis4
*** 81,86 ****
--- 81,90 ----
  Target Report Mask(VIS4)
  Use UltraSPARC Visual Instruction Set version 4.0 extensions.
  
+ mvis4b
+ Target Report Mask(VIS4B)
+ Use additional VIS instructions introduced in OSA2017.
+ 
  mcbcond
  Target Report Mask(CBCOND)
  Use UltraSPARC Compare-and-Branch extensions.
*************** mfmaf
*** 89,94 ****
--- 93,102 ----
  Target Report Mask(FMAF)
  Use UltraSPARC Fused Multiply-Add extensions.
  
+ mfsmuld
+ Target Report Mask(FSMULD)
+ Use Floating-point Multiply Single to Double (FsMULd) instruction.
+ 
  mpopc
  Target Report Mask(POPC)
  Use UltraSPARC Population-Count instruction.
*************** Enum(sparc_processor_type) String(niagar
*** 209,214 ****
--- 217,225 ----
  EnumValue
  Enum(sparc_processor_type) String(niagara7) Value(PROCESSOR_NIAGARA7)
  
+ EnumValue
+ Enum(sparc_processor_type) String(m8) Value(PROCESSOR_M8)
+ 
  mcmodel=
  Target RejectNegative Joined Var(sparc_cmodel_string)
  Use given SPARC-V9 code model.
*************** mfix-ut699
*** 230,235 ****
--- 241,258 ----
  Target Report RejectNegative Var(sparc_fix_ut699)
  Enable workarounds for the errata of the UT699 processor.
  
+ mfix-ut700
+ Target Report RejectNegative Var(sparc_fix_ut700)
+ Enable workarounds for the errata of the UT699E/UT700 processor.
+ 
+ mfix-gr712rc
+ Target Report RejectNegative Var(sparc_fix_gr712rc)
+ Enable workarounds for the errata of the GR712RC processor.
+ 
+ ;; Enable workaround for back-to-back store errata
+ TargetVariable
+ unsigned int sparc_fix_b2bst
+ 
  Mask(LONG_DOUBLE_128)
  ;; Use 128-bit long double
  
diff -Nrcpad gcc-7.1.0/gcc/config/sparc/t-rtems gcc-7.2.0/gcc/config/sparc/t-rtems
*** gcc-7.1.0/gcc/config/sparc/t-rtems	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/sparc/t-rtems	Mon Jul 17 05:20:59 2017
***************
*** 18,36 ****
  #
  
  MULTILIB_OPTIONS = msoft-float mcpu=v8/mcpu=leon3/mcpu=leon3v7/mcpu=leon \
! 		   mfix-ut699/mfix-at697f
! MULTILIB_DIRNAMES = soft v8 leon3 leon3v7 leon ut699 at697f
! MULTILIB_MATCHES = msoft-float=mno-fpu
  
! MULTILIB_EXCEPTIONS = mfix-ut699
! MULTILIB_EXCEPTIONS += msoft-float/mfix-ut699
! MULTILIB_EXCEPTIONS += msoft-float/mcpu=v8/mfix-ut699
! MULTILIB_EXCEPTIONS += msoft-float/mcpu=leon3*/mfix-ut699
! MULTILIB_EXCEPTIONS += mcpu=v8/mfix-ut699
! MULTILIB_EXCEPTIONS += mcpu=leon3*/mfix-ut699
! MULTILIB_EXCEPTIONS += mfix-at697f
! MULTILIB_EXCEPTIONS += msoft-float/mfix-at697f
! MULTILIB_EXCEPTIONS += msoft-float/mcpu=v8/mfix-at697f
! MULTILIB_EXCEPTIONS += msoft-float/mcpu=leon3*/mfix-at697f
! MULTILIB_EXCEPTIONS += mcpu=v8/mfix-at697f
! MULTILIB_EXCEPTIONS += mcpu=leon3*/mfix-at697f
--- 18,42 ----
  #
  
  MULTILIB_OPTIONS = msoft-float mcpu=v8/mcpu=leon3/mcpu=leon3v7/mcpu=leon \
! 		   mfix-ut699/mfix-at697f/mfix-gr712rc
! MULTILIB_DIRNAMES = soft v8 leon3 leon3v7 leon ut699 at697f gr712rc
! MULTILIB_MATCHES = msoft-float=mno-fpu mfix-gr712rc=mfix-ut700
  
! MULTILIB_REQUIRED =
! MULTILIB_REQUIRED += msoft-float
! MULTILIB_REQUIRED += mcpu=v8
! MULTILIB_REQUIRED += mcpu=leon3
! MULTILIB_REQUIRED += mcpu=leon3v7
! MULTILIB_REQUIRED += mcpu=leon
! MULTILIB_REQUIRED += mcpu=leon3/mfix-gr712rc
! MULTILIB_REQUIRED += mcpu=leon3v7/mfix-gr712rc
! MULTILIB_REQUIRED += mcpu=leon/mfix-ut699
! MULTILIB_REQUIRED += mcpu=leon/mfix-at697f
! MULTILIB_REQUIRED += msoft-float/mcpu=v8
! MULTILIB_REQUIRED += msoft-float/mcpu=leon3
! MULTILIB_REQUIRED += msoft-float/mcpu=leon3v7
! MULTILIB_REQUIRED += msoft-float/mcpu=leon
! MULTILIB_REQUIRED += msoft-float/mcpu=leon3/mfix-gr712rc
! MULTILIB_REQUIRED += msoft-float/mcpu=leon3v7/mfix-gr712rc
! MULTILIB_REQUIRED += msoft-float/mcpu=leon/mfix-ut699
! MULTILIB_REQUIRED += msoft-float/mcpu=leon/mfix-at697f
diff -Nrcpad gcc-7.1.0/gcc/config/sparc/ultra1_2.md gcc-7.2.0/gcc/config/sparc/ultra1_2.md
*** gcc-7.1.0/gcc/config/sparc/ultra1_2.md	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/sparc/ultra1_2.md	Fri Jul  7 15:42:43 2017
***************
*** 263,272 ****
  
  (define_insn_reservation "us1_fga_double"
    2
!   (and (and
!          (eq_attr "cpu" "ultrasparc")
!          (eq_attr "type" "fga,visl,vismv"))
!        (eq_attr "fptype" "double"))
    "us1_fpa + us1_fp_double + us1_slotany, nothing")
  
  (define_bypass 1 "us1_fga_double" "us1_fga_double")
--- 263,272 ----
  
  (define_insn_reservation "us1_fga_double"
    2
!   (and (eq_attr "cpu" "ultrasparc")
!        (ior (and (eq_attr "type" "fga,visl,vismv")
!                  (eq_attr "fptype" "double"))
!             (eq_attr "type" "viscmp")))
    "us1_fpa + us1_fp_double + us1_slotany, nothing")
  
  (define_bypass 1 "us1_fga_double" "us1_fga_double")
diff -Nrcpad gcc-7.1.0/gcc/config/sparc/ultra3.md gcc-7.2.0/gcc/config/sparc/ultra3.md
*** gcc-7.1.0/gcc/config/sparc/ultra3.md	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/sparc/ultra3.md	Fri Jul  7 15:42:43 2017
***************
*** 56,62 ****
  
  (define_insn_reservation "us3_array" 2
    (and (eq_attr "cpu" "ultrasparc3")
!     (eq_attr "type" "array,edgen"))
    "us3_ms + us3_slotany, nothing")
  
  ;; ??? Not entirely accurate.
--- 56,62 ----
  
  (define_insn_reservation "us3_array" 2
    (and (eq_attr "cpu" "ultrasparc3")
!     (eq_attr "type" "array,edgen,bmask"))
    "us3_ms + us3_slotany, nothing")
  
  ;; ??? Not entirely accurate.
***************
*** 176,182 ****
  (define_insn_reservation "us3_fga"
    3
    (and (eq_attr "cpu" "ultrasparc3")
!        (eq_attr "type" "fga,visl,vismv"))
    "us3_fpa + us3_slotany, nothing*2")
  
  (define_insn_reservation "us3_fgm"
--- 176,182 ----
  (define_insn_reservation "us3_fga"
    3
    (and (eq_attr "cpu" "ultrasparc3")
!        (eq_attr "type" "fga,visl,viscmp,vismv"))
    "us3_fpa + us3_slotany, nothing*2")
  
  (define_insn_reservation "us3_fgm"
diff -Nrcpad gcc-7.1.0/gcc/config/v850/rtems.h gcc-7.2.0/gcc/config/v850/rtems.h
*** gcc-7.1.0/gcc/config/v850/rtems.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/v850/rtems.h	Wed Jul 26 08:31:09 2017
***************
*** 3,17 ****
  
     This file is part of GCC.
  
!    GCC is free software; you can redistribute it and/or modify
!    it under the terms of the GNU General Public License as published by
!    the Free Software Foundation; either version 3, or (at your option)
!    any later version.
  
!    GCC is distributed in the hope that it will be useful,
!    but WITHOUT ANY WARRANTY; without even the implied warranty of
!    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
!    GNU General Public License for more details.
  
     Under Section 7 of GPL version 3, you are granted additional
     permissions described in the GCC Runtime Library Exception, version
--- 3,17 ----
  
     This file is part of GCC.
  
!    GCC is free software; you can redistribute it and/or modify it
!    under the terms of the GNU General Public License as published
!    by the Free Software Foundation; either version 3, or (at your
!    option) any later version.
  
!    GCC is distributed in the hope that it will be useful, but WITHOUT
!    ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
!    or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public
!    License for more details.
  
     Under Section 7 of GPL version 3, you are granted additional
     permissions described in the GCC Runtime Library Exception, version
diff -Nrcpad gcc-7.1.0/gcc/config/xtensa/xtensa.c gcc-7.2.0/gcc/config/xtensa/xtensa.c
*** gcc-7.1.0/gcc/config/xtensa/xtensa.c	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/config/xtensa/xtensa.c	Wed May 31 00:28:16 2017
*************** xtensa_emit_call (int callop, rtx *opera
*** 1780,1786 ****
    rtx tgt = operands[callop];
  
    if (GET_CODE (tgt) == CONST_INT)
!     sprintf (result, "call%d\t0x%lx", WINDOW_SIZE, INTVAL (tgt));
    else if (register_operand (tgt, VOIDmode))
      sprintf (result, "callx%d\t%%%d", WINDOW_SIZE, callop);
    else
--- 1780,1787 ----
    rtx tgt = operands[callop];
  
    if (GET_CODE (tgt) == CONST_INT)
!     sprintf (result, "call%d\t" HOST_WIDE_INT_PRINT_HEX,
! 	     WINDOW_SIZE, INTVAL (tgt));
    else if (register_operand (tgt, VOIDmode))
      sprintf (result, "callx%d\t%%%d", WINDOW_SIZE, callop);
    else
*************** print_operand (FILE *file, rtx x, int le
*** 2351,2364 ****
  
      case 'L':
        if (GET_CODE (x) == CONST_INT)
! 	fprintf (file, "%ld", (32 - INTVAL (x)) & 0x1f);
        else
  	output_operand_lossage ("invalid %%L value");
        break;
  
      case 'R':
        if (GET_CODE (x) == CONST_INT)
! 	fprintf (file, "%ld", INTVAL (x) & 0x1f);
        else
  	output_operand_lossage ("invalid %%R value");
        break;
--- 2352,2365 ----
  
      case 'L':
        if (GET_CODE (x) == CONST_INT)
! 	fprintf (file, HOST_WIDE_INT_PRINT_DEC, (32 - INTVAL (x)) & 0x1f);
        else
  	output_operand_lossage ("invalid %%L value");
        break;
  
      case 'R':
        if (GET_CODE (x) == CONST_INT)
! 	fprintf (file, HOST_WIDE_INT_PRINT_DEC, INTVAL (x) & 0x1f);
        else
  	output_operand_lossage ("invalid %%R value");
        break;
*************** print_operand (FILE *file, rtx x, int le
*** 2372,2378 ****
  
      case 'd':
        if (GET_CODE (x) == CONST_INT)
! 	fprintf (file, "%ld", INTVAL (x));
        else
  	output_operand_lossage ("invalid %%d value");
        break;
--- 2373,2379 ----
  
      case 'd':
        if (GET_CODE (x) == CONST_INT)
! 	fprintf (file, HOST_WIDE_INT_PRINT_DEC, INTVAL (x));
        else
  	output_operand_lossage ("invalid %%d value");
        break;
*************** print_operand (FILE *file, rtx x, int le
*** 2437,2443 ****
        else if (GET_CODE (x) == MEM)
  	output_address (GET_MODE (x), XEXP (x, 0));
        else if (GET_CODE (x) == CONST_INT)
! 	fprintf (file, "%ld", INTVAL (x));
        else
  	output_addr_const (file, x);
      }
--- 2438,2444 ----
        else if (GET_CODE (x) == MEM)
  	output_address (GET_MODE (x), XEXP (x, 0));
        else if (GET_CODE (x) == CONST_INT)
! 	fprintf (file, HOST_WIDE_INT_PRINT_DEC, INTVAL (x));
        else
  	output_addr_const (file, x);
      }
diff -Nrcpad gcc-7.1.0/gcc/config.gcc gcc-7.2.0/gcc/config.gcc
*** gcc-7.1.0/gcc/config.gcc	Fri Mar 24 13:59:51 2017
--- gcc-7.2.0/gcc/config.gcc	Mon Jul 31 11:33:18 2017
*************** riscv*-*-linux*)
*** 2031,2037 ****
  	# automatically detect that GAS supports it, yet we require it.
  	gcc_cv_initfini_array=yes
  	;;
! riscv*-*-elf*)
  	tm_file="elfos.h newlib-stdint.h ${tm_file} riscv/elf.h"
  	case "x${enable_multilib}" in
  	xno) ;;
--- 2031,2037 ----
  	# automatically detect that GAS supports it, yet we require it.
  	gcc_cv_initfini_array=yes
  	;;
! riscv*-*-elf* | riscv*-*-rtems*)
  	tm_file="elfos.h newlib-stdint.h ${tm_file} riscv/elf.h"
  	case "x${enable_multilib}" in
  	xno) ;;
*************** riscv*-*-elf*)
*** 2044,2049 ****
--- 2044,2054 ----
  	# Force .init_array support.  The configure script cannot always
  	# automatically detect that GAS supports it, yet we require it.
  	gcc_cv_initfini_array=yes
+ 	case ${target} in
+ 	riscv*-*-rtems*)
+ 	  tm_file="${tm_file} rtems.h riscv/rtems.h"
+ 	  ;;
+ 	esac
  	;;
  mips*-*-netbsd*)			# NetBSD/mips, either endian.
  	target_cpu_default="MASK_ABICALLS"
*************** powerpc-*-eabi*)
*** 2410,2416 ****
  	use_gcc_stdint=wrap
  	;;
  powerpc-*-rtems*)
! 	tm_file="${tm_file} dbxelf.h elfos.h freebsd-spec.h newlib-stdint.h rs6000/sysv4.h rs6000/eabi.h rs6000/e500.h rs6000/rtems.h rtems.h"
  	extra_options="${extra_options} rs6000/sysv4.opt"
  	tmake_file="${tmake_file} rs6000/t-fprules rs6000/t-rtems rs6000/t-ppccomm"
  	;;
--- 2415,2421 ----
  	use_gcc_stdint=wrap
  	;;
  powerpc-*-rtems*)
! 	tm_file="rs6000/biarch64.h ${tm_file} dbxelf.h elfos.h freebsd-spec.h newlib-stdint.h rs6000/sysv4.h rs6000/e500.h rs6000/rtems.h rtems.h"
  	extra_options="${extra_options} rs6000/sysv4.opt"
  	tmake_file="${tmake_file} rs6000/t-fprules rs6000/t-rtems rs6000/t-ppccomm"
  	;;
*************** case "${target}" in
*** 4331,4337 ****
  		for which in arch tune; do
  			eval "val=\$with_$which"
  			case ${val} in
! 			"" | native | g5 | g6 | z900 | z990 | z9-109 | z9-ec | z10 | z196 | zEC12 | z13 | arch3 | arch5 | arch6 | arch7 | arch8 | arch9 | arch10 | arch11 | arch12)
  				# OK
  				;;
  			*)
--- 4336,4342 ----
  		for which in arch tune; do
  			eval "val=\$with_$which"
  			case ${val} in
! 			"" | native | g5 | g6 | z900 | z990 | z9-109 | z9-ec | z10 | z196 | zEC12 | z13 | z14 | arch3 | arch5 | arch6 | arch7 | arch8 | arch9 | arch10 | arch11 | arch12)
  				# OK
  				;;
  			*)
*************** case "${target}" in
*** 4383,4389 ****
  			| sparclite | f930 | f934 | sparclite86x \
  			| sparclet | tsc701 \
  			| v9 | ultrasparc | ultrasparc3 | niagara | niagara2 \
! 			| niagara3 | niagara4 | niagara7)
  				# OK
  				;;
  			*)
--- 4388,4394 ----
  			| sparclite | f930 | f934 | sparclite86x \
  			| sparclet | tsc701 \
  			| v9 | ultrasparc | ultrasparc3 | niagara | niagara2 \
! 			| niagara3 | niagara4 | niagara7 | m8)
  				# OK
  				;;
  			*)
diff -Nrcpad gcc-7.1.0/gcc/config.in gcc-7.2.0/gcc/config.in
*** gcc-7.1.0/gcc/config.in	Tue May  2 12:43:57 2017
--- gcc-7.2.0/gcc/config.in	Mon Aug 14 08:03:31 2017
***************
*** 660,665 ****
--- 660,669 ----
  #undef HAVE_AS_SPARC5_VIS4
  #endif
  
+ /* Define if your assembler supports SPARC6 instructions. */
+ #ifndef USED_FOR_TARGET
+ #undef HAVE_AS_SPARC6
+ #endif
  
  /* Define if your assembler and linker support GOTDATA_OP relocs. */
  #ifndef USED_FOR_TARGET
diff -Nrcpad gcc-7.1.0/gcc/configure gcc-7.2.0/gcc/configure
*** gcc-7.1.0/gcc/configure	Mon Feb 13 08:54:02 2017
--- gcc-7.2.0/gcc/configure	Fri Jul  7 15:42:43 2017
*************** $as_echo "#define HAVE_AS_SPARC5_VIS4 1"
*** 25217,25222 ****
--- 25217,25257 ----
  
  fi
  
+     { $as_echo "$as_me:${as_lineno-$LINENO}: checking assembler for SPARC6 instructions" >&5
+ $as_echo_n "checking assembler for SPARC6 instructions... " >&6; }
+ if test "${gcc_cv_as_sparc_sparc6+set}" = set; then :
+   $as_echo_n "(cached) " >&6
+ else
+   gcc_cv_as_sparc_sparc6=no
+   if test x$gcc_cv_as != x; then
+     $as_echo '.text
+        .register %g2, #scratch
+        .register %g3, #scratch
+        .align 4
+        rd %entropy, %g1
+        fpsll64x %f0, %f2, %f4' > conftest.s
+     if { ac_try='$gcc_cv_as $gcc_cv_as_flags -xarch=sparc6 -o conftest.o conftest.s >&5'
+   { { eval echo "\"\$as_me\":${as_lineno-$LINENO}: \"$ac_try\""; } >&5
+   (eval $ac_try) 2>&5
+   ac_status=$?
+   $as_echo "$as_me:${as_lineno-$LINENO}: \$? = $ac_status" >&5
+   test $ac_status = 0; }; }
+     then
+ 	gcc_cv_as_sparc_sparc6=yes
+     else
+       echo "configure: failed program was" >&5
+       cat conftest.s >&5
+     fi
+     rm -f conftest.o conftest.s
+   fi
+ fi
+ { $as_echo "$as_me:${as_lineno-$LINENO}: result: $gcc_cv_as_sparc_sparc6" >&5
+ $as_echo "$gcc_cv_as_sparc_sparc6" >&6; }
+ if test $gcc_cv_as_sparc_sparc6 = yes; then
+ 
+ $as_echo "#define HAVE_AS_SPARC6 1" >>confdefs.h
+ 
+ fi
  
      { $as_echo "$as_me:${as_lineno-$LINENO}: checking assembler for LEON instructions" >&5
  $as_echo_n "checking assembler for LEON instructions... " >&6; }
diff -Nrcpad gcc-7.1.0/gcc/configure.ac gcc-7.2.0/gcc/configure.ac
*** gcc-7.1.0/gcc/configure.ac	Mon Feb 13 08:54:02 2017
--- gcc-7.2.0/gcc/configure.ac	Fri Jul  7 15:42:43 2017
*************** foo:
*** 3969,3974 ****
--- 3969,3986 ----
        [AC_DEFINE(HAVE_AS_SPARC5_VIS4, 1,
                  [Define if your assembler supports SPARC5 and VIS 4.0 instructions.])])
  
+     gcc_GAS_CHECK_FEATURE([SPARC6 instructions],
+       gcc_cv_as_sparc_sparc6,,
+       [-xarch=sparc6],
+       [.text
+        .register %g2, #scratch
+        .register %g3, #scratch
+        .align 4
+        rd %entropy, %g1
+        fpsll64x %f0, %f2, %f4],,
+       [AC_DEFINE(HAVE_AS_SPARC6, 1,
+                 [Define if your assembler supports SPARC6 instructions.])])
+ 
      gcc_GAS_CHECK_FEATURE([LEON instructions],
        gcc_cv_as_sparc_leon,,
        [-Aleon],
diff -Nrcpad gcc-7.1.0/gcc/coverage.c gcc-7.2.0/gcc/coverage.c
*** gcc-7.1.0/gcc/coverage.c	Tue Feb 28 15:25:19 2017
--- gcc-7.2.0/gcc/coverage.c	Thu Jun 22 11:36:56 2017
*************** coverage_end_function (unsigned lineno_c
*** 731,736 ****
--- 731,748 ----
      }
  }
  
+ /* Remove coverage file if opened.  */
+ 
+ void
+ coverage_remove_note_file (void)
+ {
+   if (bbg_file_name)
+     {
+       gcov_close ();
+       unlink (bbg_file_name);
+     }
+ }
+ 
  /* Build a coverage variable of TYPE for function FN_DECL.  If COUNTER
     >= 0 it is a counter array, otherwise it is the function structure.  */
  
diff -Nrcpad gcc-7.1.0/gcc/coverage.h gcc-7.2.0/gcc/coverage.h
*** gcc-7.1.0/gcc/coverage.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/coverage.h	Thu Jun 22 11:36:56 2017
*************** along with GCC; see the file COPYING3.
*** 24,29 ****
--- 24,30 ----
  
  extern void coverage_init (const char *);
  extern void coverage_finish (void);
+ extern void coverage_remove_note_file (void);
  
  /* Start outputting coverage information for the current
     function.  */
diff -Nrcpad gcc-7.1.0/gcc/cp/ChangeLog gcc-7.2.0/gcc/cp/ChangeLog
*** gcc-7.1.0/gcc/cp/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/gcc/cp/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,211 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
+ 2017-08-09  Leonid Koppel  <lkoppel@uwaterloo.ca>
+ 
+         PR c++/67054 - Inherited ctor with non-default-constructible members
+         * method.c (walk_field_subobs) Consider member initializers (NSDMIs)
+ 	when deducing an inheriting constructor.
+ 
+ 2017-07-27  Paolo Carlini  <paolo.carlini@oracle.com>
+ 
+ 	PR c++/71570
+ 	* lambda.c (add_capture): Early return if we cannot capture by
+ 	reference.
+ 
+ 2017-07-17  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	Backported from mainline
+ 	2017-07-04  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR c++/81258
+ 	* parser.c (cp_parser_decomposition_declaration): Diagnose invalid
+ 	forms of structured binding initializers.
+ 
+ 2017-07-06  Jason Merrill  <jason@redhat.com>
+ 
+ 	PR c++/81204 - parse error with dependent template-name
+ 	* parser.c (cp_parser_lookup_name): Revert previous change.
+ 
+ 2017-06-30  Jason Merrill  <jason@redhat.com>
+ 
+ 	PR c++/54769 - wrong lookup of dependent template-name.
+ 	PR c++/81257 - ICE with invalid ::template.
+ 	* parser.c (cp_parser_template_name): Handle dependent object type.
+ 	(cp_parser_nested_name_specifier_opt): Make template_keyword_p a
+ 	parameter.
+ 	(cp_parser_id_expression): Pass it.
+ 
+ 2017-06-29  Jason Merrill  <jason@redhat.com>
+ 
+ 	PR c++/81180 - ICE with C++17 deduction of member class template.
+ 	* pt.c (build_deduction_guide): Correct member template handling.
+ 
+ 	PR c++/81188 - matching decltype of member function call.
+ 	* tree.c (cp_tree_equal): Remove COMPONENT_REF special case.
+ 
+ 	PR c++/81164 - ICE with invalid inherited constructor.
+ 	* search.c (binfo_direct_p): New.
+ 	* name-lookup.c (do_class_using_decl): Use it.
+ 
+ 2017-06-28  Jason Merrill  <jason@redhat.com>
+ 
+ 	PR c++/61022 - error with variadic template template parm
+ 	* pt.c (convert_template_argument): Keep the TYPE_PACK_EXPANSION.
+ 
+ 	PR c++/72801 - ICE with variadic partial specialization
+ 	* pt.c (unify_pack_expansion): Use PACK_EXPANSION_EXTRA_ARGS.
+ 
+ 	PR c++/81204 - parse error with dependent template-name
+ 	* parser.c (cp_parser_lookup_name): Disqualify function templates
+ 	after lookup.
+ 
+ 2017-06-26  Jason Merrill  <jason@redhat.com>
+ 
+ 	PR c++/81215
+ 	* pt.c (unify_bound_ttp_args): Restore old logic for C++14 and down.
+ 
+ 2017-06-23  Jason Merrill  <jason@redhat.com>
+ 
+ 	PR c++/79056 - C++17 ICE with invalid template syntax.
+ 	* parser.c (cp_parser_simple_type_specifier): Don't assume that type
+ 	is a TYPE_DECL.
+ 	(cp_parser_check_for_invalid_template_id): Handle TYPE_DECL.
+ 	* pt.c (template_placeholder_p): New.
+ 	* cp-tree.h: Declare it.
+ 
+ 2017-06-21  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR c++/81154
+ 	* semantics.c (handle_omp_array_sections_1, finish_omp_clauses):
+ 	Complain about t not being a variable if t is OVERLOAD even
+ 	when processing_template_decl.
+ 
+ 	Backported from mainline
+ 	2017-06-13  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR c++/80973
+ 	* cp-gimplify.c (cp_genericize_r): Don't instrument MEM_REF second
+ 	argument even if it has REFERENCE_TYPE.
+ 
+ 	PR c++/80984
+ 	* cp-gimplify.c (cp_genericize): Only look for VAR_DECLs in
+ 	BLOCK_VARS (outer) chain.
+ 	(cxx_omp_const_qual_no_mutable): Likewise.
+ 
+ 2017-06-20  Jason Merrill  <jason@redhat.com>
+ 
+ 	PR c++/80972 - C++17 ICE with attribute packed.
+ 	* call.c (build_over_call): Allow a TARGET_EXPR from reference
+ 	binding.
+ 
+ 2017-06-19  Jason Merrill  <jason@redhat.com>
+ 
+ 	PR c++/80562 - ICE with constexpr if.
+ 	* semantics.c (finish_if_stmt_cond): Call
+ 	instantiate_non_dependent_expr.
+ 
+ 	PR c++/80829 - ICE with constexpr copy of base subobject.
+ 	* constexpr.c (clear_no_implicit_zero): New.
+ 	(cxx_eval_call_expression): Call it.
+ 
+         PR c++/81073 - constexpr and static var in statement-expression.
+ 	* constexpr.c (cxx_eval_constant_expression) [DECL_EXPR]: Check
+ 	potential_constant_expression.
+ 
+ 2017-06-17  Jason Merrill  <jason@redhat.com>
+ 
+ 	PR c++/60063 - -Wunused-local-typedefs and templates.
+ 	* decl2.c (is_late_template_attribute): Return false for "used".
+ 
+ 	PR c++/70844 - -Wuseless-cast and inheriting constructor.
+ 	* method.c (forward_parm): Suppress warn_useless_cast.
+ 
+ 2017-06-16  Jason Merrill  <jason@redhat.com>
+ 
+ 	PR c++/81045 - Wrong type-dependence with auto return type.
+ 	* pt.c (type_dependent_expression_p): An undeduced auto outside the
+ 	template isn't dependent.
+ 	* call.c (build_over_call): Instantiate undeduced auto even in a
+ 	template.
+ 
+ 	PR c++/81102 - Wrong error with partial specialization.
+ 	* pt.c (unify) [TEMPLATE_PARM_INDEX]: Strip reference when comparing
+ 	types.  Do type deduction later.
+ 
+ 	PR c++/81074 - ICE with partial specialization of member template.
+ 	PR c++/71747
+ 	* pt.c (get_partial_spec_bindings): Only coerce innermost args.
+ 
+ 	PR c++/80831 - ICE with -fsyntax-only.
+ 	* decl2.c (c_parse_final_cleanups): Use cgraph_node::get_create.
+ 
+ 	PR c++/80639 - ICE with invalid PMF initialization.
+ 	PR c++/80043 - ICE with -fpermissive
+ 	* typeck.c (convert_for_assignment): Recurse when instantiate_type
+ 	returns without an error.
+ 
+ 	PR c++/80465 - ICE with generic lambda with noexcept-specifier.
+ 	* lambda.c (maybe_add_lambda_conv_op): Keep processing_template_decl
+ 	set longer for a generic lambda.
+ 
+ 	PR c++/80614 - Wrong mangling for C++17 noexcept type
+ 	* mangle.c (write_type): Put the eh spec back on the function type.
+ 
+ 	PR c++/80384 - ICE with dependent noexcept-specifier
+ 	* pt.c (dependent_type_p_r) [FUNCTION_TYPE]: Check for dependent
+ 	noexcept-specifier.
+ 
+ 	* parser.c (cp_parser_constant_expression): Check
+ 	potential_rvalue_constant_expression after decay_conversion.
+ 	* pt.c (convert_nontype_argument): Don't require linkage in C++17.
+ 
+ 	* constexpr.c (potential_constant_expression_1): Allow 'this' capture.
+ 
+ 2017-06-08  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR c/81006
+ 	* semantics.c (handle_omp_array_sections_1): Convert TYPE_MAX_VALUE
+ 	to sizetype before size_binop.
+ 
+ 	PR c++/81011
+ 	* cp-gimplify.c (cxx_omp_finish_clause): When changing clause
+ 	to OMP_CLAUSE_SHARED, also clear OMP_CLAUSE_SHARED_FIRSTPRIVATE
+ 	and OMP_CLAUSE_SHARED_READONLY flags.
+ 
+ 2017-06-05  Volker Reichelt  <v.reichelt@netcologne.de>
+ 
+ 	* parser.c (cp_parser_base_specifier): Fix typos in error messages.
+ 
+ 2017-05-31  Jason Merrill  <jason@redhat.com>
+ 
+ 	PR c++/80840 - ICE with constexpr and reference
+ 	* pt.c (convert_nontype_argument): Don't test whether a decl is
+ 	value-dependent when binding to a reference.
+ 
+ 	PR c++/80856 - ICE with local extern in template
+ 	* semantics.c (finish_call_expr): Replace a local extern overload
+ 	set in a template with the IDENTIFIER_NODE.
+ 
+ 	PR c++/80605 - __is_standard_layout and zero-length array
+ 	* class.c (check_bases): Use DECL_FIELD_IS_BASE.
+ 
+ 	PR c++/80605 - __is_standard_layout and empty base
+ 	* class.c (check_bases): Ignore empty bases.
+ 
+ 	PR c++/66297, DR 1684 - literal class and constexpr member fns
+ 	* constexpr.c (is_valid_constexpr_fn): Only complain about
+ 	non-literal enclosing class in C++11.
+ 	* class.c (finalize_literal_type_property): Likewise.
+ 
+ 	PR c++/80179 - ICE with initialized flexible array member.
+ 	* constexpr.c (verify_ctor_sanity): Handle flexible array members.
+ 
+ 2017-05-29  Alexandre Oliva <aoliva@redhat.com>
+ 
+ 	* cp-tree.h (lang_identifier): Drop oracle_looked_up, unused.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/gcc/cp/call.c gcc-7.2.0/gcc/cp/call.c
*** gcc-7.1.0/gcc/cp/call.c	Fri Apr  7 18:09:55 2017
--- gcc-7.2.0/gcc/cp/call.c	Tue Jun 20 16:47:58 2017
*************** build_over_call (struct z_candidate *can
*** 7552,7557 ****
--- 7552,7560 ----
        const tree *argarray;
        unsigned int nargs;
  
+       if (undeduced_auto_decl (fn))
+ 	mark_used (fn, complain);
+ 
        return_type = TREE_TYPE (TREE_TYPE (fn));
        nargs = vec_safe_length (args);
        if (first_arg == NULL_TREE)
*************** build_over_call (struct z_candidate *can
*** 7990,7995 ****
--- 7993,8000 ----
  	 subobject.  */
        if (CHECKING_P && cxx_dialect >= cxx1z)
  	gcc_assert (TREE_CODE (arg) != TARGET_EXPR
+ 		    /* It's from binding the ref parm to a packed field. */
+ 		    || convs[0]->need_temporary_p
  		    || seen_error ()
  		    /* See unsafe_copy_elision_p.  */
  		    || DECL_BASE_CONSTRUCTOR_P (fn));
diff -Nrcpad gcc-7.1.0/gcc/cp/class.c gcc-7.2.0/gcc/cp/class.c
*** gcc-7.1.0/gcc/cp/class.c	Mon Apr 17 20:41:40 2017
--- gcc-7.2.0/gcc/cp/class.c	Wed May 31 17:53:06 2017
*************** check_bases (tree t,
*** 1861,1867 ****
  	       members */
  	    for (basefield = TYPE_FIELDS (basetype); basefield;
  		 basefield = DECL_CHAIN (basefield))
! 	      if (TREE_CODE (basefield) == FIELD_DECL)
  		{
  		  if (field)
  		    CLASSTYPE_NON_STD_LAYOUT (t) = 1;
--- 1861,1869 ----
  	       members */
  	    for (basefield = TYPE_FIELDS (basetype); basefield;
  		 basefield = DECL_CHAIN (basefield))
! 	      if (TREE_CODE (basefield) == FIELD_DECL
! 		  && !(DECL_FIELD_IS_BASE (basefield)
! 		       && integer_zerop (DECL_SIZE (basefield))))
  		{
  		  if (field)
  		    CLASSTYPE_NON_STD_LAYOUT (t) = 1;
*************** finalize_literal_type_property (tree t)
*** 5758,5764 ****
  	   && !TYPE_HAS_CONSTEXPR_CTOR (t))
      CLASSTYPE_LITERAL_P (t) = false;
  
!   if (!CLASSTYPE_LITERAL_P (t))
      for (fn = TYPE_METHODS (t); fn; fn = DECL_CHAIN (fn))
        if (DECL_DECLARED_CONSTEXPR_P (fn)
  	  && TREE_CODE (fn) != TEMPLATE_DECL
--- 5760,5768 ----
  	   && !TYPE_HAS_CONSTEXPR_CTOR (t))
      CLASSTYPE_LITERAL_P (t) = false;
  
!   /* C++14 DR 1684 removed this restriction.  */
!   if (cxx_dialect < cxx14
!       && !CLASSTYPE_LITERAL_P (t) && !LAMBDA_TYPE_P (t))
      for (fn = TYPE_METHODS (t); fn; fn = DECL_CHAIN (fn))
        if (DECL_DECLARED_CONSTEXPR_P (fn)
  	  && TREE_CODE (fn) != TEMPLATE_DECL
*************** finalize_literal_type_property (tree t)
*** 5766,5777 ****
  	  && !DECL_CONSTRUCTOR_P (fn))
  	{
  	  DECL_DECLARED_CONSTEXPR_P (fn) = false;
! 	  if (!DECL_GENERATED_P (fn) && !LAMBDA_TYPE_P (t))
! 	    {
! 	      error ("enclosing class of constexpr non-static member "
! 		     "function %q+#D is not a literal type", fn);
! 	      explain_non_literal_class (t);
! 	    }
  	}
  }
  
--- 5770,5780 ----
  	  && !DECL_CONSTRUCTOR_P (fn))
  	{
  	  DECL_DECLARED_CONSTEXPR_P (fn) = false;
! 	  if (!DECL_GENERATED_P (fn)
! 	      && pedwarn (DECL_SOURCE_LOCATION (fn), OPT_Wpedantic,
! 			  "enclosing class of constexpr non-static member "
! 			  "function %q+#D is not a literal type", fn))
! 	    explain_non_literal_class (t);
  	}
  }
  
diff -Nrcpad gcc-7.1.0/gcc/cp/constexpr.c gcc-7.2.0/gcc/cp/constexpr.c
*** gcc-7.1.0/gcc/cp/constexpr.c	Tue Apr 11 21:07:32 2017
--- gcc-7.2.0/gcc/cp/constexpr.c	Mon Jun 19 20:56:02 2017
*************** is_valid_constexpr_fn (tree fun, bool co
*** 209,224 ****
  	    }
  	}
  
!       if (DECL_NONSTATIC_MEMBER_FUNCTION_P (fun)
  	  && !CLASSTYPE_LITERAL_P (DECL_CONTEXT (fun)))
  	{
  	  ret = false;
! 	  if (complain)
! 	    {
! 	      error ("enclosing class of constexpr non-static member "
! 		     "function %q+#D is not a literal type", fun);
! 	      explain_non_literal_class (DECL_CONTEXT (fun));
! 	    }
  	}
      }
    else if (CLASSTYPE_VBASECLASSES (DECL_CONTEXT (fun)))
--- 209,225 ----
  	    }
  	}
  
!       /* C++14 DR 1684 removed this restriction.  */
!       if (cxx_dialect < cxx14
! 	  && DECL_NONSTATIC_MEMBER_FUNCTION_P (fun)
  	  && !CLASSTYPE_LITERAL_P (DECL_CONTEXT (fun)))
  	{
  	  ret = false;
! 	  if (complain
! 	      && pedwarn (DECL_SOURCE_LOCATION (fun), OPT_Wpedantic,
! 			  "enclosing class of constexpr non-static member "
! 			  "function %q+#D is not a literal type", fun))
! 	    explain_non_literal_class (DECL_CONTEXT (fun));
  	}
      }
    else if (CLASSTYPE_VBASECLASSES (DECL_CONTEXT (fun)))
*************** cxx_eval_internal_function (const conste
*** 1392,1397 ****
--- 1393,1413 ----
    return t;
  }
  
+ /* Clean CONSTRUCTOR_NO_IMPLICIT_ZERO from CTOR and its sub-aggregates.  */
+ 
+ static void
+ clear_no_implicit_zero (tree ctor)
+ {
+   if (CONSTRUCTOR_NO_IMPLICIT_ZERO (ctor))
+     {
+       CONSTRUCTOR_NO_IMPLICIT_ZERO (ctor) = false;
+       tree elt; unsigned HOST_WIDE_INT idx;
+       FOR_EACH_CONSTRUCTOR_VALUE (CONSTRUCTOR_ELTS (ctor), idx, elt)
+ 	if (TREE_CODE (elt) == CONSTRUCTOR)
+ 	  clear_no_implicit_zero (elt);
+     }
+ }
+ 
  /* Subroutine of cxx_eval_constant_expression.
     Evaluate the call expression tree T in the context of OLD_CALL expression
     evaluation.  */
*************** cxx_eval_call_expression (const constexp
*** 1695,1701 ****
  
    /* The result of a constexpr function must be completely initialized.  */
    if (TREE_CODE (result) == CONSTRUCTOR)
!     CONSTRUCTOR_NO_IMPLICIT_ZERO (result) = false;
  
    pop_cx_call_context ();
    return unshare_constructor (result);
--- 1711,1717 ----
  
    /* The result of a constexpr function must be completely initialized.  */
    if (TREE_CODE (result) == CONSTRUCTOR)
!     clear_no_implicit_zero (result);
  
    pop_cx_call_context ();
    return unshare_constructor (result);
*************** verify_ctor_sanity (const constexpr_ctx
*** 2643,2650 ****
    /* We used to check that ctx->ctor was empty, but that isn't the case when
       the object is zero-initialized before calling the constructor.  */
    if (ctx->object)
!     gcc_assert (same_type_ignoring_top_level_qualifiers_p
! 		(type, TREE_TYPE (ctx->object)));
    gcc_assert (!ctx->object || !DECL_P (ctx->object)
  	      || *(ctx->values->get (ctx->object)) == ctx->ctor);
  }
--- 2659,2674 ----
    /* We used to check that ctx->ctor was empty, but that isn't the case when
       the object is zero-initialized before calling the constructor.  */
    if (ctx->object)
!     {
!       tree otype = TREE_TYPE (ctx->object);
!       gcc_assert (same_type_ignoring_top_level_qualifiers_p (type, otype)
! 		  /* Handle flexible array members.  */
! 		  || (TREE_CODE (otype) == ARRAY_TYPE
! 		      && TYPE_DOMAIN (otype) == NULL_TREE
! 		      && TREE_CODE (type) == ARRAY_TYPE
! 		      && (same_type_ignoring_top_level_qualifiers_p
! 			  (TREE_TYPE (type), TREE_TYPE (otype)))));
!     }
    gcc_assert (!ctx->object || !DECL_P (ctx->object)
  	      || *(ctx->values->get (ctx->object)) == ctx->ctor);
  }
*************** cxx_eval_constant_expression (const cons
*** 4012,4017 ****
--- 4036,4048 ----
        break;
  
      case DECL_EXPR:
+       if (!potential_constant_expression (t))
+ 	{
+ 	  if (!ctx->quiet)
+ 	    require_potential_constant_expression (t);
+ 	  *non_constant_p = true;
+ 	  break;
+ 	}
        {
  	r = DECL_EXPR_DECL (t);
  	if (AGGREGATE_TYPE_P (TREE_TYPE (r))
*************** potential_constant_expression_1 (tree t,
*** 5284,5290 ****
        {
          tree x = TREE_OPERAND (t, 0);
          STRIP_NOPS (x);
!         if (is_this_parameter (x))
  	  {
  	    if (DECL_CONTEXT (x)
  		&& !DECL_DECLARED_CONSTEXPR_P (DECL_CONTEXT (x)))
--- 5315,5321 ----
        {
          tree x = TREE_OPERAND (t, 0);
          STRIP_NOPS (x);
!         if (is_this_parameter (x) && !is_capture_proxy (x))
  	  {
  	    if (DECL_CONTEXT (x)
  		&& !DECL_DECLARED_CONSTEXPR_P (DECL_CONTEXT (x)))
diff -Nrcpad gcc-7.1.0/gcc/cp/cp-gimplify.c gcc-7.2.0/gcc/cp/cp-gimplify.c
*** gcc-7.1.0/gcc/cp/cp-gimplify.c	Fri Apr  7 18:09:55 2017
--- gcc-7.2.0/gcc/cp/cp-gimplify.c	Wed Jun 21 22:15:55 2017
*************** cp_genericize_r (tree *stmt_p, int *walk
*** 1482,1487 ****
--- 1482,1497 ----
        *stmt_p = cplus_expand_constant (stmt);
        *walk_subtrees = 0;
      }
+   else if (TREE_CODE (stmt) == MEM_REF)
+     {
+       /* For MEM_REF, make sure not to sanitize the second operand even
+          if it has reference type.  It is just an offset with a type
+ 	 holding other information.  There is no other processing we
+ 	 need to do for INTEGER_CSTs, so just ignore the second argument
+ 	 unconditionally.  */
+       cp_walk_tree (&TREE_OPERAND (stmt, 0), cp_genericize_r, data, NULL);
+       *walk_subtrees = 0;
+     }
    else if ((flag_sanitize
  	    & (SANITIZE_NULL | SANITIZE_ALIGNMENT | SANITIZE_VPTR))
  	   && !wtd->no_sanitize_p)
*************** cp_genericize (tree fndecl)
*** 1622,1628 ****
  
  	  if (outer)
  	    for (var = BLOCK_VARS (outer); var; var = DECL_CHAIN (var))
! 	      if (DECL_NAME (t) == DECL_NAME (var)
  		  && DECL_HAS_VALUE_EXPR_P (var)
  		  && DECL_VALUE_EXPR (var) == t)
  		{
--- 1632,1639 ----
  
  	  if (outer)
  	    for (var = BLOCK_VARS (outer); var; var = DECL_CHAIN (var))
! 	      if (VAR_P (var)
! 		  && DECL_NAME (t) == DECL_NAME (var)
  		  && DECL_HAS_VALUE_EXPR_P (var)
  		  && DECL_VALUE_EXPR (var) == t)
  		{
*************** cxx_omp_const_qual_no_mutable (tree decl
*** 1869,1875 ****
  
  	  if (outer)
  	    for (var = BLOCK_VARS (outer); var; var = DECL_CHAIN (var))
! 	      if (DECL_NAME (decl) == DECL_NAME (var)
  		  && (TYPE_MAIN_VARIANT (type)
  		      == TYPE_MAIN_VARIANT (TREE_TYPE (var))))
  		{
--- 1880,1887 ----
  
  	  if (outer)
  	    for (var = BLOCK_VARS (outer); var; var = DECL_CHAIN (var))
! 	      if (VAR_P (var)
! 		  && DECL_NAME (decl) == DECL_NAME (var)
  		  && (TYPE_MAIN_VARIANT (type)
  		      == TYPE_MAIN_VARIANT (TREE_TYPE (var))))
  		{
*************** cxx_omp_finish_clause (tree c, gimple_se
*** 1944,1950 ****
      make_shared = true;
  
    if (make_shared)
!     OMP_CLAUSE_CODE (c) = OMP_CLAUSE_SHARED;
  }
  
  /* Return true if DECL's DECL_VALUE_EXPR (if any) should be
--- 1956,1966 ----
      make_shared = true;
  
    if (make_shared)
!     {
!       OMP_CLAUSE_CODE (c) = OMP_CLAUSE_SHARED;
!       OMP_CLAUSE_SHARED_FIRSTPRIVATE (c) = 0;
!       OMP_CLAUSE_SHARED_READONLY (c) = 0;
!     }
  }
  
  /* Return true if DECL's DECL_VALUE_EXPR (if any) should be
diff -Nrcpad gcc-7.1.0/gcc/cp/cp-tree.h gcc-7.2.0/gcc/cp/cp-tree.h
*** gcc-7.1.0/gcc/cp/cp-tree.h	Mon Apr 17 19:39:00 2017
--- gcc-7.2.0/gcc/cp/cp-tree.h	Thu Jun 29 16:46:29 2017
*************** struct GTY(()) lang_identifier {
*** 332,338 ****
    cxx_binding *bindings;
    tree class_template_info;
    tree label_value;
-   bool oracle_looked_up;
  };
  
  /* Return a typed pointer version of T if it designates a
--- 332,337 ----
*************** extern void check_template_variable		(tr
*** 6148,6153 ****
--- 6147,6153 ----
  extern tree make_auto				(void);
  extern tree make_decltype_auto			(void);
  extern tree make_template_placeholder		(tree);
+ extern bool template_placeholder_p		(tree);
  extern tree do_auto_deduction                   (tree, tree, tree);
  extern tree do_auto_deduction                   (tree, tree, tree,
                                                   tsubst_flags_t,
*************** extern tree dfs_walk_all (tree, tree (*)
*** 6344,6349 ****
--- 6344,6350 ----
  extern tree dfs_walk_once (tree, tree (*) (tree, void *),
  			   tree (*) (tree, void *), void *);
  extern tree binfo_via_virtual			(tree, tree);
+ extern bool binfo_direct_p			(tree);
  extern tree build_baselink			(tree, tree, tree, tree);
  extern tree adjust_result_of_qualified_name_lookup
  						(tree, tree, tree);
diff -Nrcpad gcc-7.1.0/gcc/cp/decl2.c gcc-7.2.0/gcc/cp/decl2.c
*** gcc-7.1.0/gcc/cp/decl2.c	Mon Apr  3 22:30:56 2017
--- gcc-7.2.0/gcc/cp/decl2.c	Sun Jun 18 04:54:37 2017
*************** is_late_template_attribute (tree attr, t
*** 1094,1102 ****
    if (is_attribute_p ("weak", name))
      return true;
  
!   /* Attribute unused is applied directly, as it appertains to
       decls. */
!   if (is_attribute_p ("unused", name))
      return false;
  
    /* Attribute tls_model wants to modify the symtab.  */
--- 1094,1103 ----
    if (is_attribute_p ("weak", name))
      return true;
  
!   /* Attributes used and unused are applied directly, as they appertain to
       decls. */
!   if (is_attribute_p ("unused", name)
!       || is_attribute_p ("used", name))
      return false;
  
    /* Attribute tls_model wants to modify the symtab.  */
*************** c_parse_final_cleanups (void)
*** 4661,4666 ****
--- 4662,4669 ----
  	  if (!DECL_SAVED_TREE (decl))
  	    continue;
  
+ 	  cgraph_node *node = cgraph_node::get_create (decl);
+ 
  	  /* We lie to the back end, pretending that some functions
  	     are not defined when they really are.  This keeps these
  	     functions from being put out unnecessarily.  But, we must
*************** c_parse_final_cleanups (void)
*** 4681,4689 ****
  	      && DECL_INITIAL (decl)
  	      && decl_needed_p (decl))
  	    {
- 	      struct cgraph_node *node, *next;
- 
- 	      node = cgraph_node::get (decl);
  	      if (node->cpp_implicit_alias)
  		node = node->get_alias_target ();
  
--- 4684,4689 ----
*************** c_parse_final_cleanups (void)
*** 4693,4699 ****
  		 group, we need to mark all symbols in the same comdat group
  		 that way.  */
  	      if (node->same_comdat_group)
! 		for (next = dyn_cast<cgraph_node *> (node->same_comdat_group);
  		     next != node;
  		     next = dyn_cast<cgraph_node *> (next->same_comdat_group))
  		  next->call_for_symbol_thunks_and_aliases (clear_decl_external,
--- 4693,4700 ----
  		 group, we need to mark all symbols in the same comdat group
  		 that way.  */
  	      if (node->same_comdat_group)
! 		for (cgraph_node *next
! 		       = dyn_cast<cgraph_node *> (node->same_comdat_group);
  		     next != node;
  		     next = dyn_cast<cgraph_node *> (next->same_comdat_group))
  		  next->call_for_symbol_thunks_and_aliases (clear_decl_external,
*************** c_parse_final_cleanups (void)
*** 4707,4713 ****
  	  if (!DECL_EXTERNAL (decl)
  	      && decl_needed_p (decl)
  	      && !TREE_ASM_WRITTEN (decl)
! 	      && !cgraph_node::get (decl)->definition)
  	    {
  	      /* We will output the function; no longer consider it in this
  		 loop.  */
--- 4708,4714 ----
  	  if (!DECL_EXTERNAL (decl)
  	      && decl_needed_p (decl)
  	      && !TREE_ASM_WRITTEN (decl)
! 	      && !node->definition)
  	    {
  	      /* We will output the function; no longer consider it in this
  		 loop.  */
diff -Nrcpad gcc-7.1.0/gcc/cp/lambda.c gcc-7.2.0/gcc/cp/lambda.c
*** gcc-7.1.0/gcc/cp/lambda.c	Tue Jan 31 15:10:41 2017
--- gcc-7.2.0/gcc/cp/lambda.c	Thu Jul 27 09:36:37 2017
*************** add_capture (tree lambda, tree id, tree
*** 538,544 ****
        else if (id != this_identifier && by_reference_p)
  	{
  	  if (!lvalue_p (initializer))
! 	    error ("cannot capture %qE by reference", initializer);
  	}
        else
  	{
--- 538,547 ----
        else if (id != this_identifier && by_reference_p)
  	{
  	  if (!lvalue_p (initializer))
! 	    {
! 	      error ("cannot capture %qE by reference", initializer);
! 	      return error_mark_node;
! 	    }
  	}
        else
  	{
*************** maybe_add_lambda_conv_op (tree type)
*** 999,1004 ****
--- 1002,1009 ----
  			    null_pointer_node);
    if (generic_lambda_p)
      {
+       ++processing_template_decl;
+ 
        /* Prepare the dependent member call for the static member function
  	 '_FUN' and, potentially, prepare another call to be used in a decltype
  	 return expression for a deduced return call op to allow for simple
*************** maybe_add_lambda_conv_op (tree type)
*** 1048,1056 ****
  
  	if (generic_lambda_p)
  	  {
- 	    ++processing_template_decl;
  	    tree a = forward_parm (tgt);
- 	    --processing_template_decl;
  
  	    CALL_EXPR_ARG (call, ix) = a;
  	    if (decltype_call)
--- 1053,1059 ----
*************** maybe_add_lambda_conv_op (tree type)
*** 1074,1084 ****
      {
        if (decltype_call)
  	{
- 	  ++processing_template_decl;
  	  fn_result = finish_decltype_type
  	    (decltype_call, /*id_expression_or_member_access_p=*/false,
  	     tf_warning_or_error);
- 	  --processing_template_decl;
  	}
      }
    else
--- 1077,1085 ----
*************** maybe_add_lambda_conv_op (tree type)
*** 1096,1101 ****
--- 1097,1105 ----
        && TYPE_NOTHROW_P (TREE_TYPE (callop)))
      stattype = build_exception_variant (stattype, noexcept_true_spec);
  
+   if (generic_lambda_p)
+     --processing_template_decl;
+ 
    /* First build up the conversion op.  */
  
    tree rettype = build_pointer_type (stattype);
diff -Nrcpad gcc-7.1.0/gcc/cp/mangle.c gcc-7.2.0/gcc/cp/mangle.c
*** gcc-7.1.0/gcc/cp/mangle.c	Sat Mar  4 19:21:38 2017
--- gcc-7.2.0/gcc/cp/mangle.c	Sat Jun 17 02:33:28 2017
*************** write_type (tree type)
*** 2100,2105 ****
--- 2100,2110 ----
  	  || TREE_CODE (t) == METHOD_TYPE)
  	{
  	  t = build_ref_qualified_type (t, type_memfn_rqual (type));
+ 	  if (flag_noexcept_type)
+ 	    {
+ 	      tree r = TYPE_RAISES_EXCEPTIONS (type);
+ 	      t = build_exception_variant (t, r);
+ 	    }
  	  if (abi_version_at_least (8)
  	      || type == TYPE_MAIN_VARIANT (type))
  	    /* Avoid adding the unqualified function type as a substitution.  */
diff -Nrcpad gcc-7.1.0/gcc/cp/method.c gcc-7.2.0/gcc/cp/method.c
*** gcc-7.1.0/gcc/cp/method.c	Tue Mar 14 14:41:53 2017
--- gcc-7.2.0/gcc/cp/method.c	Wed Aug  9 20:17:47 2017
*************** forward_parm (tree parm)
*** 486,491 ****
--- 486,492 ----
      type = PACK_EXPANSION_PATTERN (type);
    if (TREE_CODE (type) != REFERENCE_TYPE)
      type = cp_build_reference_type (type, /*rval=*/true);
+   warning_sentinel w (warn_useless_cast);
    exp = build_static_cast (type, exp, tf_warning_or_error);
    if (DECL_PACK_P (parm))
      exp = make_pack_expansion (exp);
*************** walk_field_subobs (tree fields, tree fnn
*** 1313,1319 ****
  	  if (bad && deleted_p)
  	    *deleted_p = true;
  	}
!       else if (sfk == sfk_constructor)
  	{
  	  bool bad;
  
--- 1314,1320 ----
  	  if (bad && deleted_p)
  	    *deleted_p = true;
  	}
!       else if (sfk == sfk_constructor || sfk == sfk_inheriting_constructor)
  	{
  	  bool bad;
  
diff -Nrcpad gcc-7.1.0/gcc/cp/name-lookup.c gcc-7.2.0/gcc/cp/name-lookup.c
*** gcc-7.1.0/gcc/cp/name-lookup.c	Mon Apr  3 22:30:56 2017
--- gcc-7.2.0/gcc/cp/name-lookup.c	Thu Jun 29 16:46:29 2017
*************** do_class_using_decl (tree scope, tree na
*** 3453,3460 ****
  	      return NULL_TREE;
  	    }
  	}
!       else if (name == ctor_identifier
! 	       && BINFO_INHERITANCE_CHAIN (BINFO_INHERITANCE_CHAIN (binfo)))
  	{
  	  error ("cannot inherit constructors from indirect base %qT", scope);
  	  return NULL_TREE;
--- 3453,3459 ----
  	      return NULL_TREE;
  	    }
  	}
!       else if (name == ctor_identifier && !binfo_direct_p (binfo))
  	{
  	  error ("cannot inherit constructors from indirect base %qT", scope);
  	  return NULL_TREE;
diff -Nrcpad gcc-7.1.0/gcc/cp/parser.c gcc-7.2.0/gcc/cp/parser.c
*** gcc-7.1.0/gcc/cp/parser.c	Tue Apr 18 09:38:55 2017
--- gcc-7.2.0/gcc/cp/parser.c	Mon Jul 17 19:39:23 2017
*************** static cp_expr cp_parser_id_expression
*** 2039,2045 ****
  static cp_expr cp_parser_unqualified_id
    (cp_parser *, bool, bool, bool, bool);
  static tree cp_parser_nested_name_specifier_opt
!   (cp_parser *, bool, bool, bool, bool);
  static tree cp_parser_nested_name_specifier
    (cp_parser *, bool, bool, bool, bool);
  static tree cp_parser_qualifying_entity
--- 2039,2045 ----
  static cp_expr cp_parser_unqualified_id
    (cp_parser *, bool, bool, bool, bool);
  static tree cp_parser_nested_name_specifier_opt
!   (cp_parser *, bool, bool, bool, bool, bool = false);
  static tree cp_parser_nested_name_specifier
    (cp_parser *, bool, bool, bool, bool);
  static tree cp_parser_qualifying_entity
*************** cp_parser_check_for_invalid_template_id
*** 2983,2989 ****
  
    if (cp_lexer_next_token_is (parser->lexer, CPP_LESS))
      {
!       if (TYPE_P (type))
  	error_at (location, "%qT is not a template", type);
        else if (identifier_p (type))
  	{
--- 2983,2991 ----
  
    if (cp_lexer_next_token_is (parser->lexer, CPP_LESS))
      {
!       if (TREE_CODE (type) == TYPE_DECL)
! 	type = TREE_TYPE (type);
!       if (TYPE_P (type) && !template_placeholder_p (type))
  	error_at (location, "%qT is not a template", type);
        else if (identifier_p (type))
  	{
*************** cp_parser_id_expression (cp_parser *pars
*** 5406,5421 ****
  
    /* Look for the optional `::' operator.  */
    global_scope_p
!     = (cp_parser_global_scope_opt (parser, /*current_scope_valid_p=*/false)
!        != NULL_TREE);
    /* Look for the optional nested-name-specifier.  */
    nested_name_specifier_p
      = (cp_parser_nested_name_specifier_opt (parser,
  					    /*typename_keyword_p=*/false,
  					    check_dependency_p,
  					    /*type_p=*/false,
! 					    declarator_p)
         != NULL_TREE);
    /* If there is a nested-name-specifier, then we are looking at
       the first qualified-id production.  */
    if (nested_name_specifier_p)
--- 5408,5428 ----
  
    /* Look for the optional `::' operator.  */
    global_scope_p
!     = (!template_keyword_p
!        && (cp_parser_global_scope_opt (parser,
! 				       /*current_scope_valid_p=*/false)
! 	   != NULL_TREE));
! 
    /* Look for the optional nested-name-specifier.  */
    nested_name_specifier_p
      = (cp_parser_nested_name_specifier_opt (parser,
  					    /*typename_keyword_p=*/false,
  					    check_dependency_p,
  					    /*type_p=*/false,
! 					    declarator_p,
! 					    template_keyword_p)
         != NULL_TREE);
+ 
    /* If there is a nested-name-specifier, then we are looking at
       the first qualified-id production.  */
    if (nested_name_specifier_p)
*************** cp_parser_nested_name_specifier_opt (cp_
*** 5860,5866 ****
  				     bool typename_keyword_p,
  				     bool check_dependency_p,
  				     bool type_p,
! 				     bool is_declaration)
  {
    bool success = false;
    cp_token_position start = 0;
--- 5867,5874 ----
  				     bool typename_keyword_p,
  				     bool check_dependency_p,
  				     bool type_p,
! 				     bool is_declaration,
! 				     bool template_keyword_p /* = false */)
  {
    bool success = false;
    cp_token_position start = 0;
*************** cp_parser_nested_name_specifier_opt (cp_
*** 5878,5884 ****
        tree new_scope;
        tree old_scope;
        tree saved_qualifying_scope;
-       bool template_keyword_p;
  
        /* Spot cases that cannot be the beginning of a
  	 nested-name-specifier.  */
--- 5886,5891 ----
*************** cp_parser_nested_name_specifier_opt (cp_
*** 5950,5957 ****
  	 first time through the loop.  */
        if (success)
  	template_keyword_p = cp_parser_optional_template_keyword (parser);
-       else
- 	template_keyword_p = false;
  
        /* Save the old scope since the name lookup we are about to do
  	 might destroy it.  */
--- 5957,5962 ----
*************** cp_parser_constant_expression (cp_parser
*** 9447,9456 ****
        /* Require an rvalue constant expression here; that's what our
  	 callers expect.  Reference constant expressions are handled
  	 separately in e.g. cp_parser_template_argument.  */
!       bool is_const = potential_rvalue_constant_expression (expression);
        parser->non_integral_constant_expression_p = !is_const;
        if (!is_const && !allow_non_constant_p)
! 	require_potential_rvalue_constant_expression (expression);
      }
    if (allow_non_constant_p)
      *non_constant_p = parser->non_integral_constant_expression_p;
--- 9452,9465 ----
        /* Require an rvalue constant expression here; that's what our
  	 callers expect.  Reference constant expressions are handled
  	 separately in e.g. cp_parser_template_argument.  */
!       tree decay = expression;
!       if (TREE_TYPE (expression)
! 	  && TREE_CODE (TREE_TYPE (expression)) == ARRAY_TYPE)
! 	decay = build_address (expression);
!       bool is_const = potential_rvalue_constant_expression (decay);
        parser->non_integral_constant_expression_p = !is_const;
        if (!is_const && !allow_non_constant_p)
! 	require_potential_rvalue_constant_expression (decay);
      }
    if (allow_non_constant_p)
      *non_constant_p = parser->non_integral_constant_expression_p;
*************** cp_parser_decomposition_declaration (cp_
*** 13036,13041 ****
--- 13045,13060 ----
        *init_loc = cp_lexer_peek_token (parser->lexer)->location;
        tree initializer = cp_parser_initializer (parser, &is_direct_init,
  						&non_constant_p);
+       if (initializer == NULL_TREE
+ 	  || (TREE_CODE (initializer) == TREE_LIST
+ 	      && TREE_CHAIN (initializer))
+ 	  || (TREE_CODE (initializer) == CONSTRUCTOR
+ 	      && CONSTRUCTOR_NELTS (initializer) != 1))
+ 	{
+ 	  error_at (loc, "invalid initializer for structured binding "
+ 		    "declaration");
+ 	  initializer = error_mark_node;
+ 	}
  
        if (decl != error_mark_node)
  	{
*************** cp_parser_template_name (cp_parser* pars
*** 15710,15724 ****
  	 no point in doing name-lookup, so we just return IDENTIFIER.
  	 But, if the qualifying scope is non-dependent then we can
  	 (and must) do name-lookup normally.  */
!       if (template_keyword_p
! 	  && (!parser->scope
! 	      || (TYPE_P (parser->scope)
! 		  && dependent_type_p (parser->scope))))
  	{
! 	  /* We're optimizing away the call to cp_parser_lookup_name, but we
! 	     still need to do this.  */
! 	  parser->context->object_type = NULL_TREE;
! 	  return identifier;
  	}
      }
  
--- 15729,15747 ----
  	 no point in doing name-lookup, so we just return IDENTIFIER.
  	 But, if the qualifying scope is non-dependent then we can
  	 (and must) do name-lookup normally.  */
!       if (template_keyword_p)
  	{
! 	  tree scope = (parser->scope ? parser->scope
! 			: parser->context->object_type);
! 	  if (scope && TYPE_P (scope)
! 	      && (!CLASS_TYPE_P (scope)
! 		  || (check_dependency_p && dependent_type_p (scope))))
! 	    {
! 	      /* We're optimizing away the call to cp_parser_lookup_name, but
! 		 we still need to do this.  */
! 	      parser->context->object_type = NULL_TREE;
! 	      return identifier;
! 	    }
  	}
      }
  
*************** cp_parser_simple_type_specifier (cp_pars
*** 16942,16948 ****
        /* There is no valid C++ program where a non-template type is
  	 followed by a "<".  That usually indicates that the user
  	 thought that the type was a template.  */
!       cp_parser_check_for_invalid_template_id (parser, TREE_TYPE (type),
  					       none_type,
  					       token->location);
      }
--- 16965,16971 ----
        /* There is no valid C++ program where a non-template type is
  	 followed by a "<".  That usually indicates that the user
  	 thought that the type was a template.  */
!       cp_parser_check_for_invalid_template_id (parser, type,
  					       none_type,
  					       token->location);
      }
*************** cp_parser_base_specifier (cp_parser* par
*** 23677,23683 ****
  	  if (virtual_p && !duplicate_virtual_error_issued_p)
  	    {
  	      cp_parser_error (parser,
! 			       "%<virtual%> specified more than once in base-specified");
  	      duplicate_virtual_error_issued_p = true;
  	    }
  
--- 23700,23706 ----
  	  if (virtual_p && !duplicate_virtual_error_issued_p)
  	    {
  	      cp_parser_error (parser,
! 			       "%<virtual%> specified more than once in base-specifier");
  	      duplicate_virtual_error_issued_p = true;
  	    }
  
*************** cp_parser_base_specifier (cp_parser* par
*** 23697,23703 ****
  	      && !duplicate_access_error_issued_p)
  	    {
  	      cp_parser_error (parser,
! 			       "more than one access specifier in base-specified");
  	      duplicate_access_error_issued_p = true;
  	    }
  
--- 23720,23726 ----
  	      && !duplicate_access_error_issued_p)
  	    {
  	      cp_parser_error (parser,
! 			       "more than one access specifier in base-specifier");
  	      duplicate_access_error_issued_p = true;
  	    }
  
diff -Nrcpad gcc-7.1.0/gcc/cp/pt.c gcc-7.2.0/gcc/cp/pt.c
*** gcc-7.1.0/gcc/cp/pt.c	Mon Apr 17 19:24:31 2017
--- gcc-7.2.0/gcc/cp/pt.c	Wed Aug  9 20:18:59 2017
*************** convert_nontype_argument (tree type, tre
*** 6603,6615 ****
  		       expr, type, decl);
  	      return NULL_TREE;
  	    }
! 	  else if (cxx_dialect >= cxx11 && decl_linkage (decl) == lk_none)
  	    {
  	      if (complain & tf_error)
  		error ("%qE is not a valid template argument of type %qT "
  		       "because %qD has no linkage", expr, type, decl);
  	      return NULL_TREE;
  	    }
  	}
  
        expr = decay_conversion (expr, complain);
--- 6603,6648 ----
  		       expr, type, decl);
  	      return NULL_TREE;
  	    }
! 	  else if ((cxx_dialect >= cxx11 && cxx_dialect < cxx1z)
! 		   && decl_linkage (decl) == lk_none)
  	    {
  	      if (complain & tf_error)
  		error ("%qE is not a valid template argument of type %qT "
  		       "because %qD has no linkage", expr, type, decl);
  	      return NULL_TREE;
  	    }
+ 	  /* C++17: For a non-type template-parameter of reference or pointer
+ 	     type, the value of the constant expression shall not refer to (or
+ 	     for a pointer type, shall not be the address of):
+ 	       * a subobject (4.5),
+ 	       * a temporary object (15.2),
+ 	       * a string literal (5.13.5),
+ 	       * the result of a typeid expression (8.2.8), or
+ 	       * a predefined __func__ variable (11.4.1).  */
+ 	  else if (DECL_ARTIFICIAL (decl))
+ 	    {
+ 	      if (complain & tf_error)
+ 		error ("the address of %qD is not a valid template argument",
+ 		       decl);
+ 	      return NULL_TREE;
+ 	    }
+ 	  else if (!same_type_ignoring_top_level_qualifiers_p
+ 		   (strip_array_types (TREE_TYPE (type)),
+ 		    strip_array_types (TREE_TYPE (decl))))
+ 	    {
+ 	      if (complain & tf_error)
+ 		error ("the address of the %qT subobject of %qD is not a "
+ 		       "valid template argument", TREE_TYPE (type), decl);
+ 	      return NULL_TREE;
+ 	    }
+ 	  else if (!TREE_STATIC (decl) && !DECL_EXTERNAL (decl))
+ 	    {
+ 	      if (complain & tf_error)
+ 		error ("the address of %qD is not a valid template argument "
+ 		       "because it does not have static storage duration",
+ 		       decl);
+ 	      return NULL_TREE;
+ 	    }
  	}
  
        expr = decay_conversion (expr, complain);
*************** convert_nontype_argument (tree type, tre
*** 6669,6675 ****
  	    }
  	}
  
!       if (!value_dependent_expression_p (expr))
  	{
  	  if (!DECL_P (expr))
  	    {
--- 6702,6712 ----
  	    }
  	}
  
!       if (TYPE_REF_OBJ_P (TREE_TYPE (expr))
! 	  && value_dependent_expression_p (expr))
! 	/* OK, dependent reference.  We don't want to ask whether a DECL is
! 	   itself value-dependent, since what we want here is its address.  */;
!       else
  	{
  	  if (!DECL_P (expr))
  	    {
*************** convert_nontype_argument (tree type, tre
*** 6691,6698 ****
  	      return NULL_TREE;
  	    }
  
! 	  expr = build_nop (type, build_address (expr));
  	}
      }
    /* [temp.arg.nontype]/5, bullet 4
  
--- 6728,6738 ----
  	      return NULL_TREE;
  	    }
  
! 	  expr = build_address (expr);
  	}
+ 
+       if (!same_type_p (type, TREE_TYPE (expr)))
+ 	expr = build_nop (type, expr);
      }
    /* [temp.arg.nontype]/5, bullet 4
  
*************** unify_bound_ttp_args (tree tparms, tree
*** 7070,7095 ****
    parmvec = expand_template_argument_pack (parmvec);
    argvec = expand_template_argument_pack (argvec);
  
-   tree nparmvec = parmvec;
    if (flag_new_ttp)
      {
        /* In keeping with P0522R0, adjust P's template arguments
  	 to apply to A's template; then flatten it again.  */
        nparmvec = coerce_ttp_args_for_tta (arg, parmvec, tf_none);
        nparmvec = expand_template_argument_pack (nparmvec);
      }
  
!   if (unify (tparms, targs, nparmvec, argvec,
! 	     UNIFY_ALLOW_NONE, explain_p))
!     return 1;
  
!   /* If the P0522 adjustment eliminated a pack expansion, deduce
!      empty packs.  */
!   if (flag_new_ttp
!       && TREE_VEC_LENGTH (nparmvec) < TREE_VEC_LENGTH (parmvec)
!       && unify_pack_expansion (tparms, targs, parmvec, argvec,
! 			       DEDUCE_EXACT, /*sub*/true, explain_p))
!     return 1;
  
    return 0;
  }
--- 7110,7177 ----
    parmvec = expand_template_argument_pack (parmvec);
    argvec = expand_template_argument_pack (argvec);
  
    if (flag_new_ttp)
      {
        /* In keeping with P0522R0, adjust P's template arguments
  	 to apply to A's template; then flatten it again.  */
+       tree nparmvec = parmvec;
        nparmvec = coerce_ttp_args_for_tta (arg, parmvec, tf_none);
        nparmvec = expand_template_argument_pack (nparmvec);
+ 
+       if (unify (tparms, targs, nparmvec, argvec,
+ 		 UNIFY_ALLOW_NONE, explain_p))
+ 	return 1;
+ 
+       /* If the P0522 adjustment eliminated a pack expansion, deduce
+ 	 empty packs.  */
+       if (flag_new_ttp
+ 	  && TREE_VEC_LENGTH (nparmvec) < TREE_VEC_LENGTH (parmvec)
+ 	  && unify_pack_expansion (tparms, targs, parmvec, argvec,
+ 				   DEDUCE_EXACT, /*sub*/true, explain_p))
+ 	return 1;
      }
+   else
+     {
+       /* Deduce arguments T, i from TT<T> or TT<i>.
+ 	 We check each element of PARMVEC and ARGVEC individually
+ 	 rather than the whole TREE_VEC since they can have
+ 	 different number of elements, which is allowed under N2555.  */
  
!       int len = TREE_VEC_LENGTH (parmvec);
  
!       /* Check if the parameters end in a pack, making them
! 	 variadic.  */
!       int parm_variadic_p = 0;
!       if (len > 0
! 	  && PACK_EXPANSION_P (TREE_VEC_ELT (parmvec, len - 1)))
! 	parm_variadic_p = 1;
! 
!       for (int i = 0; i < len - parm_variadic_p; ++i)
! 	/* If the template argument list of P contains a pack
! 	   expansion that is not the last template argument, the
! 	   entire template argument list is a non-deduced
! 	   context.  */
! 	if (PACK_EXPANSION_P (TREE_VEC_ELT (parmvec, i)))
! 	  return unify_success (explain_p);
! 
!       if (TREE_VEC_LENGTH (argvec) < len - parm_variadic_p)
! 	return unify_too_few_arguments (explain_p,
! 					TREE_VEC_LENGTH (argvec), len);
! 
!       for (int i = 0; i < len - parm_variadic_p; ++i)
! 	if (unify (tparms, targs,
! 		   TREE_VEC_ELT (parmvec, i),
! 		   TREE_VEC_ELT (argvec, i),
! 		   UNIFY_ALLOW_NONE, explain_p))
! 	  return 1;
! 
!       if (parm_variadic_p
! 	  && unify_pack_expansion (tparms, targs,
! 				   parmvec, argvec,
! 				   DEDUCE_EXACT,
! 				   /*subr=*/true, explain_p))
! 	return 1;
!     }
  
    return 0;
  }
*************** convert_template_argument (tree parm,
*** 7552,7558 ****
  	  else if (TREE_CODE (TREE_TYPE (arg)) == UNBOUND_CLASS_TEMPLATE)
  	    /* The number of argument required is not known yet.
  	       Just accept it for now.  */
! 	    val = TREE_TYPE (arg);
  	  else
  	    {
  	      tree parmparm = DECL_INNERMOST_TEMPLATE_PARMS (parm);
--- 7634,7640 ----
  	  else if (TREE_CODE (TREE_TYPE (arg)) == UNBOUND_CLASS_TEMPLATE)
  	    /* The number of argument required is not known yet.
  	       Just accept it for now.  */
! 	    val = orig_arg;
  	  else
  	    {
  	      tree parmparm = DECL_INNERMOST_TEMPLATE_PARMS (parm);
*************** unify_pack_expansion (tree tparms, tree
*** 19954,19959 ****
--- 20036,20044 ----
    tree pack, packs = NULL_TREE;
    int i, start = TREE_VEC_LENGTH (packed_parms) - 1;
  
+   /* Add in any args remembered from an earlier partial instantiation.  */
+   targs = add_to_template_args (PACK_EXPANSION_EXTRA_ARGS (parm), targs);
+ 
    packed_args = expand_template_argument_pack (packed_args);
  
    int len = TREE_VEC_LENGTH (packed_args);
*************** unify (tree tparms, tree targs, tree par
*** 20563,20580 ****
  	  return x;
  	}
  
-       if (cxx_dialect >= cxx1z
- 	  /* We deduce from array bounds in try_array_deduction.  */
- 	  && !(strict & UNIFY_ALLOW_INTEGER)
- 	  && uses_template_parms (TREE_TYPE (parm))
- 	  && !type_uses_auto (TREE_TYPE (parm)))
- 	{
- 	  tree atype = TREE_TYPE (arg);
- 	  RECUR_AND_CHECK_FAILURE (tparms, targs,
- 				   TREE_TYPE (parm), atype,
- 				   UNIFY_ALLOW_NONE, explain_p);
- 	}
- 
        /* [temp.deduct.type] If, in the declaration of a function template
  	 with a non-type template-parameter, the non-type
  	 template-parameter is used in an expression in the function
--- 20648,20653 ----
*************** unify (tree tparms, tree targs, tree par
*** 20595,20601 ****
  	/* Template-parameter dependent expression.  Just accept it for now.
  	   It will later be processed in convert_template_argument.  */
  	;
!       else if (same_type_p (TREE_TYPE (arg), tparm))
  	/* OK */;
        else if ((strict & UNIFY_ALLOW_INTEGER)
  	       && CP_INTEGRAL_TYPE_P (tparm))
--- 20668,20675 ----
  	/* Template-parameter dependent expression.  Just accept it for now.
  	   It will later be processed in convert_template_argument.  */
  	;
!       else if (same_type_p (non_reference (TREE_TYPE (arg)),
! 			    non_reference (tparm)))
  	/* OK */;
        else if ((strict & UNIFY_ALLOW_INTEGER)
  	       && CP_INTEGRAL_TYPE_P (tparm))
*************** unify (tree tparms, tree targs, tree par
*** 20604,20612 ****
  	   corresponding parameter.  */
  	arg = fold (build_nop (tparm, arg));
        else if (uses_template_parms (tparm))
! 	/* We haven't deduced the type of this parameter yet.  Try again
! 	   later.  */
! 	return unify_success (explain_p);
        else
  	return unify_type_mismatch (explain_p, tparm, TREE_TYPE (arg));
  
--- 20678,20699 ----
  	   corresponding parameter.  */
  	arg = fold (build_nop (tparm, arg));
        else if (uses_template_parms (tparm))
! 	{
! 	  /* We haven't deduced the type of this parameter yet.  */
! 	  if (cxx_dialect >= cxx1z
! 	      /* We deduce from array bounds in try_array_deduction.  */
! 	      && !(strict & UNIFY_ALLOW_INTEGER))
! 	    {
! 	      /* Deduce it from the non-type argument.  */
! 	      tree atype = TREE_TYPE (arg);
! 	      RECUR_AND_CHECK_FAILURE (tparms, targs,
! 				       tparm, atype,
! 				       UNIFY_ALLOW_NONE, explain_p);
! 	    }
! 	  else
! 	    /* Try again later.  */
! 	    return unify_success (explain_p);
! 	}
        else
  	return unify_type_mismatch (explain_p, tparm, TREE_TYPE (arg));
  
*************** get_partial_spec_bindings (tree tmpl, tr
*** 21598,21606 ****
       `T' is `A' but unify () does not check whether `typename T::X'
       is `int'.  */
    spec_args = tsubst (spec_args, deduced_args, tf_none, NULL_TREE);
!   spec_args = coerce_template_parms (DECL_INNERMOST_TEMPLATE_PARMS (tmpl),
! 				     spec_args, tmpl,
! 				     tf_none, false, false);
  
    pop_tinst_level ();
  
--- 21685,21695 ----
       `T' is `A' but unify () does not check whether `typename T::X'
       is `int'.  */
    spec_args = tsubst (spec_args, deduced_args, tf_none, NULL_TREE);
! 
!   if (spec_args != error_mark_node)
!     spec_args = coerce_template_parms (DECL_INNERMOST_TEMPLATE_PARMS (tmpl),
! 				       INNERMOST_TEMPLATE_ARGS (spec_args),
! 				       tmpl, tf_none, false, false);
  
    pop_tinst_level ();
  
*************** dependent_type_p_r (tree type)
*** 23372,23377 ****
--- 23461,23474 ----
  	   arg_type = TREE_CHAIN (arg_type))
  	if (dependent_type_p (TREE_VALUE (arg_type)))
  	  return true;
+       if (cxx_dialect >= cxx1z)
+ 	{
+ 	  /* A value-dependent noexcept-specifier makes the type dependent.  */
+ 	  tree spec = TYPE_RAISES_EXCEPTIONS (type);
+ 	  if (spec && TREE_PURPOSE (spec)
+ 	      && value_dependent_expression_p (TREE_PURPOSE (spec)))
+ 	    return true;
+ 	}
        return false;
      }
    /* -- an array type constructed from any dependent type or whose
*************** type_dependent_expression_p (tree expres
*** 23920,23936 ****
     return true;
  
    /* A function or variable template-id is type-dependent if it has any
!      dependent template arguments.  Note that we only consider the innermost
!      template arguments here, since those are the ones that come from the
!      template-id; the template arguments for the enclosing class do not make it
!      type-dependent, they only make a member function value-dependent.  */
    if (VAR_OR_FUNCTION_DECL_P (expression)
        && DECL_LANG_SPECIFIC (expression)
!       && DECL_TEMPLATE_INFO (expression)
!       && PRIMARY_TEMPLATE_P (DECL_TI_TEMPLATE (expression))
!       && (any_dependent_template_arguments_p
! 	  (INNERMOST_TEMPLATE_ARGS (DECL_TI_ARGS (expression)))))
!     return true;
  
    /* Always dependent, on the number of arguments if nothing else.  */
    if (TREE_CODE (expression) == EXPR_PACK_EXPANSION)
--- 24017,24050 ----
     return true;
  
    /* A function or variable template-id is type-dependent if it has any
!      dependent template arguments.  */
    if (VAR_OR_FUNCTION_DECL_P (expression)
        && DECL_LANG_SPECIFIC (expression)
!       && DECL_TEMPLATE_INFO (expression))
!     {
!       /* Consider the innermost template arguments, since those are the ones
! 	 that come from the template-id; the template arguments for the
! 	 enclosing class do not make it type-dependent unless they are used in
! 	 the type of the decl.  */
!       if (PRIMARY_TEMPLATE_P (DECL_TI_TEMPLATE (expression))
! 	  && (any_dependent_template_arguments_p
! 	      (INNERMOST_TEMPLATE_ARGS (DECL_TI_ARGS (expression)))))
! 	return true;
! 
!       /* Otherwise, if the decl isn't from a dependent scope, it can't be
! 	 type-dependent.  Checking this is important for functions with auto
! 	 return type, which looks like a dependent type.  */
!       if (TREE_CODE (expression) == FUNCTION_DECL
! 	  && undeduced_auto_decl (expression)
! 	  && (!DECL_CLASS_SCOPE_P (expression)
! 	      || !dependent_type_p (DECL_CONTEXT (expression)))
! 	  && (!DECL_FRIEND_CONTEXT (expression)
! 	      || !dependent_type_p (DECL_FRIEND_CONTEXT (expression)))
! 	  && !DECL_LOCAL_FUNCTION_P (expression))
! 	{
! 	  return false;
! 	}
!     }
  
    /* Always dependent, on the number of arguments if nothing else.  */
    if (TREE_CODE (expression) == EXPR_PACK_EXPANSION)
*************** make_template_placeholder (tree tmpl)
*** 24697,24702 ****
--- 24811,24824 ----
    return t;
  }
  
+ /* True iff T is a C++17 class template deduction placeholder.  */
+ 
+ bool
+ template_placeholder_p (tree t)
+ {
+   return is_auto (t) && CLASS_PLACEHOLDER_TEMPLATE (t);
+ }
+ 
  /* Make a "constrained auto" type-specifier. This is an
     auto type with constraints that must be associated after
     deduction.  The constraint is formed from the given
*************** build_deduction_guide (tree ctor, tree o
*** 25054,25070 ****
      }
    else
      {
        if (outer_args)
! 	ctor = tsubst (ctor, outer_args, complain, ctor);
        type = DECL_CONTEXT (ctor);
-       tree fn_tmpl;
-       if (TREE_CODE (ctor) == TEMPLATE_DECL)
- 	{
- 	  fn_tmpl = ctor;
- 	  ctor = DECL_TEMPLATE_RESULT (fn_tmpl);
- 	}
-       else
- 	fn_tmpl = DECL_TI_TEMPLATE (ctor);
  
        tparms = DECL_TEMPLATE_PARMS (fn_tmpl);
        /* If type is a member class template, DECL_TI_ARGS (ctor) will have
--- 25176,25191 ----
      }
    else
      {
+       ++processing_template_decl;
+ 
+       tree fn_tmpl
+ 	= (TREE_CODE (ctor) == TEMPLATE_DECL ? ctor
+ 	   : DECL_TI_TEMPLATE (ctor));
        if (outer_args)
! 	fn_tmpl = tsubst (fn_tmpl, outer_args, complain, ctor);
!       ctor = DECL_TEMPLATE_RESULT (fn_tmpl);
! 
        type = DECL_CONTEXT (ctor);
  
        tparms = DECL_TEMPLATE_PARMS (fn_tmpl);
        /* If type is a member class template, DECL_TI_ARGS (ctor) will have
*************** build_deduction_guide (tree ctor, tree o
*** 25086,25092 ****
  	  /* For a member template constructor, we need to flatten the two
  	     template parameter lists into one, and then adjust the function
  	     signature accordingly.  This gets...complicated.  */
- 	  ++processing_template_decl;
  	  tree save_parms = current_template_parms;
  
  	  /* For a member template we should have two levels of parms/args, one
--- 25207,25212 ----
*************** build_deduction_guide (tree ctor, tree o
*** 25147,25154 ****
  	    ci = tsubst_constraint_info (ci, tsubst_args, complain, ctor);
  
  	  current_template_parms = save_parms;
- 	  --processing_template_decl;
  	}
      }
  
    if (!memtmpl)
--- 25267,25274 ----
  	    ci = tsubst_constraint_info (ci, tsubst_args, complain, ctor);
  
  	  current_template_parms = save_parms;
  	}
+       --processing_template_decl;
      }
  
    if (!memtmpl)
diff -Nrcpad gcc-7.1.0/gcc/cp/search.c gcc-7.2.0/gcc/cp/search.c
*** gcc-7.1.0/gcc/cp/search.c	Mon Mar  6 14:44:44 2017
--- gcc-7.2.0/gcc/cp/search.c	Thu Jun 29 16:46:29 2017
*************** binfo_via_virtual (tree binfo, tree limi
*** 2754,2759 ****
--- 2754,2781 ----
    return NULL_TREE;
  }
  
+ /* BINFO is for a base class in some hierarchy.  Return true iff it is a
+    direct base.  */
+ 
+ bool
+ binfo_direct_p (tree binfo)
+ {
+   tree d_binfo = BINFO_INHERITANCE_CHAIN (binfo);
+   if (BINFO_INHERITANCE_CHAIN (d_binfo))
+     /* A second inheritance chain means indirect.  */
+     return false;
+   if (!BINFO_VIRTUAL_P (binfo))
+     /* Non-virtual, so only one inheritance chain means direct.  */
+     return true;
+   /* A virtual base looks like a direct base, so we need to look through the
+      direct bases to see if it's there.  */
+   tree b_binfo;
+   for (int i = 0; BINFO_BASE_ITERATE (d_binfo, i, b_binfo); ++i)
+     if (b_binfo == binfo)
+       return true;
+   return false;
+ }
+ 
  /* BINFO is a base binfo in the complete type BINFO_TYPE (HERE).
     Find the equivalent binfo within whatever graph HERE is located.
     This is the inverse of original_binfo.  */
diff -Nrcpad gcc-7.1.0/gcc/cp/semantics.c gcc-7.2.0/gcc/cp/semantics.c
*** gcc-7.1.0/gcc/cp/semantics.c	Tue Apr  4 15:25:21 2017
--- gcc-7.2.0/gcc/cp/semantics.c	Wed Jun 21 22:22:05 2017
*************** finish_if_stmt_cond (tree cond, tree if_
*** 731,737 ****
    if (IF_STMT_CONSTEXPR_P (if_stmt)
        && require_potential_rvalue_constant_expression (cond)
        && !value_dependent_expression_p (cond))
!     cond = cxx_constant_value (cond, NULL_TREE);
    finish_cond (&IF_COND (if_stmt), cond);
    add_stmt (if_stmt);
    THEN_CLAUSE (if_stmt) = push_stmt_list ();
--- 731,740 ----
    if (IF_STMT_CONSTEXPR_P (if_stmt)
        && require_potential_rvalue_constant_expression (cond)
        && !value_dependent_expression_p (cond))
!     {
!       cond = instantiate_non_dependent_expr (cond);
!       cond = cxx_constant_value (cond, NULL_TREE);
!     }
    finish_cond (&IF_COND (if_stmt), cond);
    add_stmt (if_stmt);
    THEN_CLAUSE (if_stmt) = push_stmt_list ();
*************** finish_call_expr (tree fn, vec<tree, va_
*** 2298,2310 ****
  
    if (processing_template_decl)
      {
        /* If the call expression is dependent, build a CALL_EXPR node
  	 with no type; type_dependent_expression_p recognizes
  	 expressions with no type as being dependent.  */
        if (type_dependent_expression_p (fn)
  	  || any_type_dependent_arguments_p (*args))
  	{
! 	  result = build_nt_call_vec (fn, *args);
  	  SET_EXPR_LOCATION (result, EXPR_LOC_OR_LOC (fn, input_location));
  	  KOENIG_LOOKUP_P (result) = koenig_p;
  	  if (cfun)
--- 2301,2323 ----
  
    if (processing_template_decl)
      {
+       /* If FN is a local extern declaration or set thereof, look them up
+ 	 again at instantiation time.  */
+       if (is_overloaded_fn (fn))
+ 	{
+ 	  tree ifn = get_first_fn (fn);
+ 	  if (TREE_CODE (ifn) == FUNCTION_DECL
+ 	      && DECL_LOCAL_FUNCTION_P (ifn))
+ 	    orig_fn = DECL_NAME (ifn);
+ 	}
+ 
        /* If the call expression is dependent, build a CALL_EXPR node
  	 with no type; type_dependent_expression_p recognizes
  	 expressions with no type as being dependent.  */
        if (type_dependent_expression_p (fn)
  	  || any_type_dependent_arguments_p (*args))
  	{
! 	  result = build_nt_call_vec (orig_fn, *args);
  	  SET_EXPR_LOCATION (result, EXPR_LOC_OR_LOC (fn, input_location));
  	  KOENIG_LOOKUP_P (result) = koenig_p;
  	  if (cfun)
*************** handle_omp_array_sections_1 (tree c, tre
*** 4552,4558 ****
  	}
        if (!VAR_P (t) && TREE_CODE (t) != PARM_DECL)
  	{
! 	  if (processing_template_decl)
  	    return NULL_TREE;
  	  if (DECL_P (t))
  	    error_at (OMP_CLAUSE_LOCATION (c),
--- 4565,4571 ----
  	}
        if (!VAR_P (t) && TREE_CODE (t) != PARM_DECL)
  	{
! 	  if (processing_template_decl && TREE_CODE (t) != OVERLOAD)
  	    return NULL_TREE;
  	  if (DECL_P (t))
  	    error_at (OMP_CLAUSE_LOCATION (c),
*************** handle_omp_array_sections_1 (tree c, tre
*** 4697,4705 ****
  	  && TREE_CODE (TYPE_MAX_VALUE (TYPE_DOMAIN (type)))
  			== INTEGER_CST)
  	{
! 	  tree size = size_binop (PLUS_EXPR,
! 				  TYPE_MAX_VALUE (TYPE_DOMAIN (type)),
! 				  size_one_node);
  	  if (TREE_CODE (low_bound) == INTEGER_CST)
  	    {
  	      if (tree_int_cst_lt (size, low_bound))
--- 4710,4718 ----
  	  && TREE_CODE (TYPE_MAX_VALUE (TYPE_DOMAIN (type)))
  			== INTEGER_CST)
  	{
! 	  tree size
! 	    = fold_convert (sizetype, TYPE_MAX_VALUE (TYPE_DOMAIN (type)));
! 	  size = size_binop (PLUS_EXPR, size, size_one_node);
  	  if (TREE_CODE (low_bound) == INTEGER_CST)
  	    {
  	      if (tree_int_cst_lt (size, low_bound))
*************** finish_omp_clauses (tree clauses, enum c
*** 6066,6072 ****
  	  if (!VAR_P (t) && TREE_CODE (t) != PARM_DECL
  	      && (!field_ok || TREE_CODE (t) != FIELD_DECL))
  	    {
! 	      if (processing_template_decl)
  		break;
  	      if (DECL_P (t))
  		error ("%qD is not a variable in clause %qs", t,
--- 6079,6085 ----
  	  if (!VAR_P (t) && TREE_CODE (t) != PARM_DECL
  	      && (!field_ok || TREE_CODE (t) != FIELD_DECL))
  	    {
! 	      if (processing_template_decl && TREE_CODE (t) != OVERLOAD)
  		break;
  	      if (DECL_P (t))
  		error ("%qD is not a variable in clause %qs", t,
*************** finish_omp_clauses (tree clauses, enum c
*** 6138,6144 ****
  	      && ((ort & C_ORT_OMP_DECLARE_SIMD) != C_ORT_OMP
  		  || TREE_CODE (t) != FIELD_DECL))
  	    {
! 	      if (processing_template_decl)
  		break;
  	      if (DECL_P (t))
  		error ("%qD is not a variable in clause %<firstprivate%>", t);
--- 6151,6157 ----
  	      && ((ort & C_ORT_OMP_DECLARE_SIMD) != C_ORT_OMP
  		  || TREE_CODE (t) != FIELD_DECL))
  	    {
! 	      if (processing_template_decl && TREE_CODE (t) != OVERLOAD)
  		break;
  	      if (DECL_P (t))
  		error ("%qD is not a variable in clause %<firstprivate%>", t);
*************** finish_omp_clauses (tree clauses, enum c
*** 6181,6187 ****
  	      && ((ort & C_ORT_OMP_DECLARE_SIMD) != C_ORT_OMP
  		  || TREE_CODE (t) != FIELD_DECL))
  	    {
! 	      if (processing_template_decl)
  		break;
  	      if (DECL_P (t))
  		error ("%qD is not a variable in clause %<lastprivate%>", t);
--- 6194,6200 ----
  	      && ((ort & C_ORT_OMP_DECLARE_SIMD) != C_ORT_OMP
  		  || TREE_CODE (t) != FIELD_DECL))
  	    {
! 	      if (processing_template_decl && TREE_CODE (t) != OVERLOAD)
  		break;
  	      if (DECL_P (t))
  		error ("%qD is not a variable in clause %<lastprivate%>", t);
*************** finish_omp_clauses (tree clauses, enum c
*** 6544,6550 ****
  	    }
  	  if (!VAR_P (t) && TREE_CODE (t) != PARM_DECL)
  	    {
! 	      if (processing_template_decl)
  		break;
  	      if (DECL_P (t))
  		error ("%qD is not a variable in %<aligned%> clause", t);
--- 6557,6563 ----
  	    }
  	  if (!VAR_P (t) && TREE_CODE (t) != PARM_DECL)
  	    {
! 	      if (processing_template_decl && TREE_CODE (t) != OVERLOAD)
  		break;
  	      if (DECL_P (t))
  		error ("%qD is not a variable in %<aligned%> clause", t);
*************** finish_omp_clauses (tree clauses, enum c
*** 6626,6632 ****
  	    remove = true;
  	  else if (!VAR_P (t) && TREE_CODE (t) != PARM_DECL)
  	    {
! 	      if (processing_template_decl)
  		break;
  	      if (DECL_P (t))
  		error ("%qD is not a variable in %<depend%> clause", t);
--- 6639,6645 ----
  	    remove = true;
  	  else if (!VAR_P (t) && TREE_CODE (t) != PARM_DECL)
  	    {
! 	      if (processing_template_decl && TREE_CODE (t) != OVERLOAD)
  		break;
  	      if (DECL_P (t))
  		error ("%qD is not a variable in %<depend%> clause", t);
*************** finish_omp_clauses (tree clauses, enum c
*** 6757,6763 ****
  	    }
  	  if (!VAR_P (t) && TREE_CODE (t) != PARM_DECL)
  	    {
! 	      if (processing_template_decl)
  		break;
  	      if (OMP_CLAUSE_CODE (c) == OMP_CLAUSE_MAP
  		  && (OMP_CLAUSE_MAP_KIND (c) == GOMP_MAP_POINTER
--- 6770,6776 ----
  	    }
  	  if (!VAR_P (t) && TREE_CODE (t) != PARM_DECL)
  	    {
! 	      if (processing_template_decl && TREE_CODE (t) != OVERLOAD)
  		break;
  	      if (OMP_CLAUSE_CODE (c) == OMP_CLAUSE_MAP
  		  && (OMP_CLAUSE_MAP_KIND (c) == GOMP_MAP_POINTER
diff -Nrcpad gcc-7.1.0/gcc/cp/tree.c gcc-7.2.0/gcc/cp/tree.c
*** gcc-7.1.0/gcc/cp/tree.c	Thu Apr 20 09:18:02 2017
--- gcc-7.2.0/gcc/cp/tree.c	Thu Jun 29 19:44:58 2017
*************** cp_tree_equal (tree t1, tree t2)
*** 3272,3282 ****
  	return false;
        return cp_tree_equal (TREE_OPERAND (t1, 1), TREE_OPERAND (t1, 1));
  
-     case COMPONENT_REF:
-       if (TREE_OPERAND (t1, 1) != TREE_OPERAND (t2, 1))
- 	return false;
-       return cp_tree_equal (TREE_OPERAND (t1, 0), TREE_OPERAND (t2, 0));
- 
      case PARM_DECL:
        /* For comparing uses of parameters in late-specified return types
  	 with an out-of-class definition of the function, but can also come
--- 3272,3277 ----
diff -Nrcpad gcc-7.1.0/gcc/cp/typeck.c gcc-7.2.0/gcc/cp/typeck.c
*** gcc-7.1.0/gcc/cp/typeck.c	Mon Apr 10 17:18:15 2017
--- gcc-7.2.0/gcc/cp/typeck.c	Sat Jun 17 02:33:43 2017
*************** convert_for_assignment (tree type, tree
*** 8499,8507 ****
  	      if (rhstype == unknown_type_node)
  		{
  		  tree r = instantiate_type (type, rhs, tf_warning_or_error);
! 		  /* -fpermissive might allow this.  */
  		  if (!seen_error ())
! 		    return r;
  		}
  	      else if (fndecl)
  		error ("cannot convert %qT to %qT for argument %qP to %qD",
--- 8499,8508 ----
  	      if (rhstype == unknown_type_node)
  		{
  		  tree r = instantiate_type (type, rhs, tf_warning_or_error);
! 		  /* -fpermissive might allow this; recurse.  */
  		  if (!seen_error ())
! 		    return convert_for_assignment (type, r, errtype, fndecl,
! 						   parmnum, complain, flags);
  		}
  	      else if (fndecl)
  		error ("cannot convert %qT to %qT for argument %qP to %qD",
diff -Nrcpad gcc-7.1.0/gcc/doc/cpp.1 gcc-7.2.0/gcc/doc/cpp.1
*** gcc-7.1.0/gcc/doc/cpp.1	Tue May  2 12:55:11 2017
--- gcc-7.2.0/gcc/doc/cpp.1	Mon Aug 14 08:05:17 2017
***************
*** 1,4 ****
! .\" Automatically generated by Pod::Man 4.09 (Pod::Simple 3.35)
  .\"
  .\" Standard preamble:
  .\" ========================================================================
--- 1,4 ----
! .\" Automatically generated by Pod::Man 2.27 (Pod::Simple 3.28)
  .\"
  .\" Standard preamble:
  .\" ========================================================================
***************
*** 46,52 ****
  .ie \n(.g .ds Aq \(aq
  .el       .ds Aq '
  .\"
! .\" If the F register is >0, we'll generate index entries on stderr for
  .\" titles (.TH), headers (.SH), subsections (.SS), items (.Ip), and index
  .\" entries marked with X<> in POD.  Of course, you'll have to process the
  .\" output yourself in some meaningful fashion.
--- 46,52 ----
  .ie \n(.g .ds Aq \(aq
  .el       .ds Aq '
  .\"
! .\" If the F register is turned on, we'll generate index entries on stderr for
  .\" titles (.TH), headers (.SH), subsections (.SS), items (.Ip), and index
  .\" entries marked with X<> in POD.  Of course, you'll have to process the
  .\" output yourself in some meaningful fashion.
***************
*** 54,69 ****
  .\" Avoid warning from groff about undefined register 'F'.
  .de IX
  ..
! .if !\nF .nr F 0
! .if \nF>0 \{\
! .    de IX
! .    tm Index:\\$1\t\\n%\t"\\$2"
  ..
! .    if !\nF==2 \{\
! .        nr % 0
! .        nr F 2
  .    \}
  .\}
  .\"
  .\" Accent mark definitions (@(#)ms.acc 1.5 88/02/08 SMI; from UCB 4.2).
  .\" Fear.  Run.  Save yourself.  No user-serviceable parts.
--- 54,73 ----
  .\" Avoid warning from groff about undefined register 'F'.
  .de IX
  ..
! .nr rF 0
! .if \n(.g .if rF .nr rF 1
! .if (\n(rF:(\n(.g==0)) \{
! .    if \nF \{
! .        de IX
! .        tm Index:\\$1\t\\n%\t"\\$2"
  ..
! .        if !\nF==2 \{
! .            nr % 0
! .            nr F 2
! .        \}
  .    \}
  .\}
+ .rr rF
  .\"
  .\" Accent mark definitions (@(#)ms.acc 1.5 88/02/08 SMI; from UCB 4.2).
  .\" Fear.  Run.  Save yourself.  No user-serviceable parts.
***************
*** 129,135 ****
  .\" ========================================================================
  .\"
  .IX Title "CPP 1"
! .TH CPP 1 "2017-05-02" "gcc-7.1.0" "GNU"
  .\" For nroff, turn off justification.  Always turn off hyphenation; it makes
  .\" way too many mistakes in technical documents.
  .if n .ad l
--- 133,139 ----
  .\" ========================================================================
  .\"
  .IX Title "CPP 1"
! .TH CPP 1 "2017-08-14" "gcc-7.2.0" "GNU"
  .\" For nroff, turn off justification.  Always turn off hyphenation; it makes
  .\" way too many mistakes in technical documents.
  .if n .ad l
*************** Note that \f(CW\*(C`\-ftrack\-macro\-exp
*** 465,471 ****
  .IP "\fB\-fexec\-charset=\fR\fIcharset\fR" 4
  .IX Item "-fexec-charset=charset"
  Set the execution character set, used for string and character
! constants.  The default is \s-1UTF\-8.\s0  \fIcharset\fR can be any encoding
  supported by the system's \f(CW\*(C`iconv\*(C'\fR library routine.
  .IP "\fB\-fwide\-exec\-charset=\fR\fIcharset\fR" 4
  .IX Item "-fwide-exec-charset=charset"
--- 469,475 ----
  .IP "\fB\-fexec\-charset=\fR\fIcharset\fR" 4
  .IX Item "-fexec-charset=charset"
  Set the execution character set, used for string and character
! constants.  The default is \s-1UTF\-8.  \s0\fIcharset\fR can be any encoding
  supported by the system's \f(CW\*(C`iconv\*(C'\fR library routine.
  .IP "\fB\-fwide\-exec\-charset=\fR\fIcharset\fR" 4
  .IX Item "-fwide-exec-charset=charset"
*************** problems with encodings that do not fit
*** 478,486 ****
  .IP "\fB\-finput\-charset=\fR\fIcharset\fR" 4
  .IX Item "-finput-charset=charset"
  Set the input character set, used for translation from the character
! set of the input file to the source character set used by \s-1GCC.\s0  If the
  locale does not specify, or \s-1GCC\s0 cannot get this information from the
! locale, the default is \s-1UTF\-8.\s0  This can be overridden by either the locale
  or this command-line option.  Currently the command-line option takes
  precedence if there's a conflict.  \fIcharset\fR can be any encoding
  supported by the system's \f(CW\*(C`iconv\*(C'\fR library routine.
--- 482,490 ----
  .IP "\fB\-finput\-charset=\fR\fIcharset\fR" 4
  .IX Item "-finput-charset=charset"
  Set the input character set, used for translation from the character
! set of the input file to the source character set used by \s-1GCC. \s0 If the
  locale does not specify, or \s-1GCC\s0 cannot get this information from the
! locale, the default is \s-1UTF\-8. \s0 This can be overridden by either the locale
  or this command-line option.  Currently the command-line option takes
  precedence if there's a conflict.  \fIcharset\fR can be any encoding
  supported by the system's \f(CW\*(C`iconv\*(C'\fR library routine.
*************** undefined at the time.
*** 619,625 ****
  .RE
  .IP "\fB\-fdebug\-cpp\fR" 4
  .IX Item "-fdebug-cpp"
! This option is only useful for debugging \s-1GCC.\s0  When used from \s-1CPP\s0 or with
  \&\fB\-E\fR, it dumps debugging information about location maps.  Every
  token in the output is preceded by the dump of the map its location
  belongs to.
--- 623,629 ----
  .RE
  .IP "\fB\-fdebug\-cpp\fR" 4
  .IX Item "-fdebug-cpp"
! This option is only useful for debugging \s-1GCC. \s0 When used from \s-1CPP\s0 or with
  \&\fB\-E\fR, it dumps debugging information about location maps.  Every
  token in the output is preceded by the dump of the map its location
  belongs to.
diff -Nrcpad gcc-7.1.0/gcc/doc/cpp.info gcc-7.2.0/gcc/doc/cpp.info
*** gcc-7.1.0/gcc/doc/cpp.info	Tue May  2 14:29:53 2017
--- gcc-7.2.0/gcc/doc/cpp.info	Mon Aug 14 08:30:40 2017
***************
*** 1,4 ****
! This is cpp.info, produced by makeinfo version 6.1 from cpp.texi.
  
  Copyright (C) 1987-2017 Free Software Foundation, Inc.
  
--- 1,5 ----
! This is doc/cpp.info, produced by makeinfo version 4.13 from
! /space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/doc/cpp.texi.
  
  Copyright (C) 1987-2017 Free Software Foundation, Inc.
  
*************** are (a) (see below), and the Back-Cover
*** 18,25 ****
     (b) The FSF's Back-Cover Text is:
  
     You have freedom to copy and modify this GNU Manual, like GNU
! software.  Copies published by the Free Software Foundation raise funds
! for GNU development.
  INFO-DIR-SECTION Software development
  START-INFO-DIR-ENTRY
  * Cpp: (cpp).                  The GNU C preprocessor.
--- 19,27 ----
     (b) The FSF's Back-Cover Text is:
  
     You have freedom to copy and modify this GNU Manual, like GNU
! software.  Copies published by the Free Software Foundation raise
! funds for GNU development.
! 
  INFO-DIR-SECTION Software development
  START-INFO-DIR-ENTRY
  * Cpp: (cpp).                  The GNU C preprocessor.
*************** useful on its own.
*** 55,61 ****
  * Option Index::
  * Concept Index::
  
!  -- The Detailed Node Listing --
  
  Overview
  
--- 57,63 ----
  * Option Index::
  * Concept Index::
  
!  --- The Detailed Node Listing ---
  
  Overview
  
*************** Obsolete Features
*** 129,135 ****
  
  * Obsolete Features::
  
- 
     Copyright (C) 1987-2017 Free Software Foundation, Inc.
  
     Permission is granted to copy, distribute and/or modify this document
--- 131,136 ----
*************** are (a) (see below), and the Back-Cover
*** 148,155 ****
     (b) The FSF's Back-Cover Text is:
  
     You have freedom to copy and modify this GNU Manual, like GNU
! software.  Copies published by the Free Software Foundation raise funds
! for GNU development.
  
  
  File: cpp.info,  Node: Overview,  Next: Header Files,  Prev: Top,  Up: Top
--- 149,156 ----
     (b) The FSF's Back-Cover Text is:
  
     You have freedom to copy and modify this GNU Manual, like GNU
! software.  Copies published by the Free Software Foundation raise
! funds for GNU development.
  
  
  File: cpp.info,  Node: Overview,  Next: Header Files,  Prev: Top,  Up: Top
*************** File: cpp.info,  Node: Overview,  Next:
*** 157,166 ****
  1 Overview
  **********
  
! The C preprocessor, often known as "cpp", is a "macro processor" that is
! used automatically by the C compiler to transform your program before
! compilation.  It is called a macro processor because it allows you to
! define "macros", which are brief abbreviations for longer constructs.
  
     The C preprocessor is intended to be used only with C, C++, and
  Objective-C source code.  In the past, it has been abused as a general
--- 158,168 ----
  1 Overview
  **********
  
! The C preprocessor, often known as "cpp", is a "macro processor" that
! is used automatically by the C compiler to transform your program
! before compilation.  It is called a macro processor because it allows
! you to define "macros", which are brief abbreviations for longer
! constructs.
  
     The C preprocessor is intended to be used only with C, C++, and
  Objective-C source code.  In the past, it has been abused as a general
*************** will be removed, and the Makefile will n
*** 173,179 ****
  
     Having said that, you can often get away with using cpp on things
  which are not C.  Other Algol-ish programming languages are often safe
! (Pascal, Ada, etc.)  So is assembly, with caution.  '-traditional-cpp'
  mode preserves more white space, and is otherwise more permissive.  Many
  of the problems can be avoided by writing C or C++ style comments
  instead of native language comments, and keeping macros simple.
--- 175,181 ----
  
     Having said that, you can often get away with using cpp on things
  which are not C.  Other Algol-ish programming languages are often safe
! (Pascal, Ada, etc.) So is assembly, with caution.  `-traditional-cpp'
  mode preserves more white space, and is otherwise more permissive.  Many
  of the problems can be avoided by writing C or C++ style comments
  instead of native language comments, and keeping macros simple.
*************** instead of native language comments, and
*** 181,188 ****
     Wherever possible, you should use a preprocessor geared to the
  language you are writing in.  Modern versions of the GNU assembler have
  macro facilities.  Most high level programming languages have their own
! conditional compilation and inclusion mechanism.  If all else fails, try
! a true general text processor, such as GNU M4.
  
     C preprocessors vary in some details.  This manual discusses the GNU
  C preprocessor, which provides a small superset of the features of ISO
--- 183,190 ----
     Wherever possible, you should use a preprocessor geared to the
  language you are writing in.  Modern versions of the GNU assembler have
  macro facilities.  Most high level programming languages have their own
! conditional compilation and inclusion mechanism.  If all else fails,
! try a true general text processor, such as GNU M4.
  
     C preprocessors vary in some details.  This manual discusses the GNU
  C preprocessor, which provides a small superset of the features of ISO
*************** Standard C.  In its default mode, the GN
*** 190,198 ****
  few things required by the standard.  These are features which are
  rarely, if ever, used, and may cause surprising changes to the meaning
  of a program which does not expect them.  To get strict ISO Standard C,
! you should use the '-std=c90', '-std=c99' or '-std=c11' options,
  depending on which version of the standard you want.  To get all the
! mandatory diagnostics, you must also use '-pedantic'.  *Note
  Invocation::.
  
     This manual describes the behavior of the ISO preprocessor.  To
--- 192,200 ----
  few things required by the standard.  These are features which are
  rarely, if ever, used, and may cause surprising changes to the meaning
  of a program which does not expect them.  To get strict ISO Standard C,
! you should use the `-std=c90', `-std=c99' or `-std=c11' options,
  depending on which version of the standard you want.  To get all the
! mandatory diagnostics, you must also use `-pedantic'.  *Note
  Invocation::.
  
     This manual describes the behavior of the ISO preprocessor.  To
*************** does not conflict with traditional seman
*** 201,207 ****
  preprocessor should behave the same way.  The various differences that
  do exist are detailed in the section *note Traditional Mode::.
  
!    For clarity, unless noted otherwise, references to 'CPP' in this
  manual refer to GNU CPP.
  
  * Menu:
--- 203,209 ----
  preprocessor should behave the same way.  The various differences that
  do exist are detailed in the section *note Traditional Mode::.
  
!    For clarity, unless noted otherwise, references to `CPP' in this
  manual refer to GNU CPP.
  
  * Menu:
*************** there are really at least four.
*** 223,264 ****
  
     The files input to CPP might be in any character set at all.  CPP's
  very first action, before it even looks for line boundaries, is to
! convert the file into the character set it uses for internal processing.
! That set is what the C standard calls the "source" character set.  It
! must be isomorphic with ISO 10646, also known as Unicode.  CPP uses the
! UTF-8 encoding of Unicode.
  
     The character sets of the input files are specified using the
! '-finput-charset=' option.
  
     All preprocessing work (the subject of the rest of this manual) is
  carried out in the source character set.  If you request textual output
! from the preprocessor with the '-E' option, it will be in UTF-8.
  
     After preprocessing is complete, string and character constants are
! converted again, into the "execution" character set.  This character set
! is under control of the user; the default is UTF-8, matching the source
! character set.  Wide string and character constants have their own
! character set, which is not called out specifically in the standard.
! Again, it is under control of the user.  The default is UTF-16 or
! UTF-32, whichever fits in the target's 'wchar_t' type, in the target
! machine's byte order.(1)  Octal and hexadecimal escape sequences do not
! undergo conversion; '\x12' has the value 0x12 regardless of the
  currently selected execution character set.  All other escapes are
  replaced by the character in the source character set that they
  represent, then converted to the execution character set, just like
  unescaped characters.
  
     In identifiers, characters outside the ASCII range can only be
! specified with the '\u' and '\U' escapes, not used directly.  If strict
! ISO C90 conformance is specified with an option such as '-std=c90', or
! '-fno-extended-identifiers' is used, then those escapes are not
  permitted in identifiers.
  
     ---------- Footnotes ----------
  
     (1) UTF-16 does not meet the requirements of the C standard for a
! wide character set, but the choice of 16-bit 'wchar_t' is enshrined in
  some system ABIs so we cannot fix this.
  
  
--- 225,266 ----
  
     The files input to CPP might be in any character set at all.  CPP's
  very first action, before it even looks for line boundaries, is to
! convert the file into the character set it uses for internal
! processing.  That set is what the C standard calls the "source"
! character set.  It must be isomorphic with ISO 10646, also known as
! Unicode.  CPP uses the UTF-8 encoding of Unicode.
  
     The character sets of the input files are specified using the
! `-finput-charset=' option.
  
     All preprocessing work (the subject of the rest of this manual) is
  carried out in the source character set.  If you request textual output
! from the preprocessor with the `-E' option, it will be in UTF-8.
  
     After preprocessing is complete, string and character constants are
! converted again, into the "execution" character set.  This character
! set is under control of the user; the default is UTF-8, matching the
! source character set.  Wide string and character constants have their
! own character set, which is not called out specifically in the
! standard.  Again, it is under control of the user.  The default is
! UTF-16 or UTF-32, whichever fits in the target's `wchar_t' type, in the
! target machine's byte order.(1)  Octal and hexadecimal escape sequences
! do not undergo conversion; '\x12' has the value 0x12 regardless of the
  currently selected execution character set.  All other escapes are
  replaced by the character in the source character set that they
  represent, then converted to the execution character set, just like
  unescaped characters.
  
     In identifiers, characters outside the ASCII range can only be
! specified with the `\u' and `\U' escapes, not used directly.  If strict
! ISO C90 conformance is specified with an option such as `-std=c90', or
! `-fno-extended-identifiers' is used, then those escapes are not
  permitted in identifiers.
  
     ---------- Footnotes ----------
  
     (1) UTF-16 does not meet the requirements of the C standard for a
! wide character set, but the choice of 16-bit `wchar_t' is enshrined in
  some system ABIs so we cannot fix this.
  
  
*************** standard.
*** 278,312 ****
    1. The input file is read into memory and broken into lines.
  
       Different systems use different conventions to indicate the end of
!      a line.  GCC accepts the ASCII control sequences 'LF', 'CR LF' and
!      'CR' as end-of-line markers.  These are the canonical sequences
       used by Unix, DOS and VMS, and the classic Mac OS (before OSX)
!      respectively.  You may therefore safely copy source code written on
!      any of those systems to a different one and use it without
       conversion.  (GCC may lose track of the current line number if a
       file doesn't consistently use one convention, as sometimes happens
       when it is edited on computers with different conventions that
       share a network file system.)
  
!      If the last line of any input file lacks an end-of-line marker, the
!      end of the file is considered to implicitly supply one.  The C
       standard says that this condition provokes undefined behavior, so
       GCC will emit a warning message.
  
    2. If trigraphs are enabled, they are replaced by their corresponding
       single characters.  By default GCC ignores trigraphs, but if you
!      request a strictly conforming mode with the '-std' option, or you
!      specify the '-trigraphs' option, then it converts them.
  
!      These are nine three-character sequences, all starting with '??',
       that are defined by ISO C to stand for single characters.  They
!      permit obsolete systems that lack some of C's punctuation to use C.
!      For example, '??/' stands for '\', so '??/n' is a character
       constant for a newline.
  
       Trigraphs are not popular and many compilers implement them
       incorrectly.  Portable code should not rely on trigraphs being
!      either converted or ignored.  With '-Wtrigraphs' GCC will warn you
       when a trigraph may change the meaning of your program if it were
       converted.  *Note Wtrigraphs::.
  
--- 280,314 ----
    1. The input file is read into memory and broken into lines.
  
       Different systems use different conventions to indicate the end of
!      a line.  GCC accepts the ASCII control sequences `LF', `CR LF' and
!      `CR' as end-of-line markers.  These are the canonical sequences
       used by Unix, DOS and VMS, and the classic Mac OS (before OSX)
!      respectively.  You may therefore safely copy source code written
!      on any of those systems to a different one and use it without
       conversion.  (GCC may lose track of the current line number if a
       file doesn't consistently use one convention, as sometimes happens
       when it is edited on computers with different conventions that
       share a network file system.)
  
!      If the last line of any input file lacks an end-of-line marker,
!      the end of the file is considered to implicitly supply one.  The C
       standard says that this condition provokes undefined behavior, so
       GCC will emit a warning message.
  
    2. If trigraphs are enabled, they are replaced by their corresponding
       single characters.  By default GCC ignores trigraphs, but if you
!      request a strictly conforming mode with the `-std' option, or you
!      specify the `-trigraphs' option, then it converts them.
  
!      These are nine three-character sequences, all starting with `??',
       that are defined by ISO C to stand for single characters.  They
!      permit obsolete systems that lack some of C's punctuation to use
!      C.  For example, `??/' stands for `\', so '??/n' is a character
       constant for a newline.
  
       Trigraphs are not popular and many compilers implement them
       incorrectly.  Portable code should not rely on trigraphs being
!      either converted or ignored.  With `-Wtrigraphs' GCC will warn you
       when a trigraph may change the meaning of your program if it were
       converted.  *Note Wtrigraphs::.
  
*************** standard.
*** 314,321 ****
       from being confused with a trigraph by inserting a backslash
       between the question marks, or by separating the string literal at
       the trigraph and making use of string literal concatenation.
!      "(??\?)" is the string '(???)', not '(?]'.  Traditional C compilers
!      do not recognize these idioms.
  
       The nine trigraphs and their replacements are
  
--- 316,323 ----
       from being confused with a trigraph by inserting a backslash
       between the question marks, or by separating the string literal at
       the trigraph and making use of string literal concatenation.
!      "(??\?)"  is the string `(???)', not `(?]'.  Traditional C
!      compilers do not recognize these idioms.
  
       The nine trigraphs and their replacements are
  
*************** standard.
*** 324,330 ****
  
    3. Continued lines are merged into one long line.
  
!      A continued line is a line which ends with a backslash, '\'.  The
       backslash is removed and the following line is joined with the
       current one.  No space is inserted, so you may split a line
       anywhere, even in the middle of a word.  (It is generally more
--- 326,332 ----
  
    3. Continued lines are merged into one long line.
  
!      A continued line is a line which ends with a backslash, `\'.  The
       backslash is removed and the following line is joined with the
       current one.  No space is inserted, so you may split a line
       anywhere, even in the middle of a word.  (It is generally more
*************** standard.
*** 335,351 ****
  
       If there is white space between a backslash and the end of a line,
       that is still a continued line.  However, as this is usually the
!      result of an editing mistake, and many compilers will not accept it
!      as a continued line, GCC will warn you about it.
  
    4. All comments are replaced with single spaces.
  
!      There are two kinds of comments.  "Block comments" begin with '/*'
!      and continue until the next '*/'.  Block comments do not nest:
  
            /* this is /* one comment */ text outside comment
  
!      "Line comments" begin with '//' and continue to the end of the
       current line.  Line comments do not nest either, but it does not
       matter, because they would end in the same place anyway.
  
--- 337,353 ----
  
       If there is white space between a backslash and the end of a line,
       that is still a continued line.  However, as this is usually the
!      result of an editing mistake, and many compilers will not accept
!      it as a continued line, GCC will warn you about it.
  
    4. All comments are replaced with single spaces.
  
!      There are two kinds of comments.  "Block comments" begin with `/*'
!      and continue until the next `*/'.  Block comments do not nest:
  
            /* this is /* one comment */ text outside comment
  
!      "Line comments" begin with `//' and continue to the end of the
       current line.  Line comments do not nest either, but it does not
       matter, because they would end in the same place anyway.
  
*************** comment.
*** 368,374 ****
           oops! this isn't a comment anymore */
  
     Comments are not recognized within string literals.  "/* blah */" is
! the string constant '/* blah */', not an empty string.
  
     Line comments are not in the 1989 edition of the C standard, but they
  are recognized by GCC as an extension.  In C++ and in the 1999 edition
--- 370,376 ----
           oops! this isn't a comment anymore */
  
     Comments are not recognized within string literals.  "/* blah */" is
! the string constant `/* blah */', not an empty string.
  
     Line comments are not in the 1989 edition of the C standard, but they
  are recognized by GCC as an extension.  In C++ and in the 1999 edition
*************** of the C standard, they are an official
*** 377,384 ****
     Since these transformations happen before all other processing, you
  can split a line mechanically with backslash-newline anywhere.  You can
  comment out the end of a line.  You can continue a line comment onto the
! next line with backslash-newline.  You can even split '/*', '*/', and
! '//' onto multiple lines with backslash-newline.  For example:
  
       /\
       *
--- 379,386 ----
     Since these transformations happen before all other processing, you
  can split a line mechanically with backslash-newline anywhere.  You can
  comment out the end of a line.  You can continue a line comment onto the
! next line with backslash-newline.  You can even split `/*', `*/', and
! `//' onto multiple lines with backslash-newline.  For example:
  
       /\
       *
*************** next line with backslash-newline.  You c
*** 388,394 ****
       O 10\
       20
  
! is equivalent to '#define FOO 1020'.  All these tricks are extremely
  confusing and should not be used in code intended to be readable.
  
     There is no way to prevent a backslash at the end of a line from
--- 390,396 ----
       O 10\
       20
  
! is equivalent to `#define FOO 1020'.  All these tricks are extremely
  confusing and should not be used in code intended to be readable.
  
     There is no way to prevent a backslash at the end of a line from
*************** token of any kind.  Tokens do not have t
*** 409,422 ****
  but it is often necessary to avoid ambiguities.
  
     When faced with a sequence of characters that has more than one
! possible tokenization, the preprocessor is greedy.  It always makes each
! token, starting from the left, as big as possible before moving on to
! the next token.  For instance, 'a+++++b' is interpreted as
! 'a ++ ++ + b', not as 'a ++ + ++ b', even though the latter tokenization
! could be part of a valid C program and the former could not.
  
     Once the input file is broken into tokens, the token boundaries never
! change, except when the '##' preprocessing operator is used to paste
  tokens together.  *Note Concatenation::.  For example,
  
       #define foo() bar
--- 411,425 ----
  but it is often necessary to avoid ambiguities.
  
     When faced with a sequence of characters that has more than one
! possible tokenization, the preprocessor is greedy.  It always makes
! each token, starting from the left, as big as possible before moving on
! to the next token.  For instance, `a+++++b' is interpreted as
! `a ++ ++ + b', not as `a ++ + ++ b', even though the latter
! tokenization could be part of a valid C program and the former could
! not.
  
     Once the input file is broken into tokens, the token boundaries never
! change, except when the `##' preprocessing operator is used to paste
  tokens together.  *Note Concatenation::.  For example,
  
       #define foo() bar
*************** preprocessing token becomes one compiler
*** 430,441 ****
  
     Preprocessing tokens fall into five broad classes: identifiers,
  preprocessing numbers, string literals, punctuators, and other.  An
! "identifier" is the same as an identifier in C: any sequence of letters,
! digits, or underscores, which begins with a letter or underscore.
! Keywords of C have no significance to the preprocessor; they are
! ordinary identifiers.  You can define a macro whose name is a keyword,
! for instance.  The only identifier which can be considered a
! preprocessing keyword is 'defined'.  *Note Defined::.
  
     This is mostly true of other languages which use the C preprocessor.
  However, a few of the keywords of C++ are significant even in the
--- 433,444 ----
  
     Preprocessing tokens fall into five broad classes: identifiers,
  preprocessing numbers, string literals, punctuators, and other.  An
! "identifier" is the same as an identifier in C: any sequence of
! letters, digits, or underscores, which begins with a letter or
! underscore.  Keywords of C have no significance to the preprocessor;
! they are ordinary identifiers.  You can define a macro whose name is a
! keyword, for instance.  The only identifier which can be considered a
! preprocessing keyword is `defined'.  *Note Defined::.
  
     This is mostly true of other languages which use the C preprocessor.
  However, a few of the keywords of C++ are significant even in the
*************** preprocessor.  *Note C++ Named Operators
*** 445,457 ****
  part of the "basic source character set", at the implementation's
  discretion (such as accented Latin letters, Greek letters, or Chinese
  ideograms).  This may be done with an extended character set, or the
! '\u' and '\U' escape sequences.  GCC only accepts such characters in the
! '\u' and '\U' forms.
  
!    As an extension, GCC treats '$' as a letter.  This is for
! compatibility with some systems, such as VMS, where '$' is commonly used
! in system-defined function and object names.  '$' is not a letter in
! strictly conforming mode, or if you specify the '-$' option.  *Note
  Invocation::.
  
     A "preprocessing number" has a rather bizarre definition.  The
--- 448,460 ----
  part of the "basic source character set", at the implementation's
  discretion (such as accented Latin letters, Greek letters, or Chinese
  ideograms).  This may be done with an extended character set, or the
! `\u' and `\U' escape sequences.  GCC only accepts such characters in
! the `\u' and `\U' forms.
  
!    As an extension, GCC treats `$' as a letter.  This is for
! compatibility with some systems, such as VMS, where `$' is commonly
! used in system-defined function and object names.  `$' is not a letter
! in strictly conforming mode, or if you specify the `-$' option.  *Note
  Invocation::.
  
     A "preprocessing number" has a rather bizarre definition.  The
*************** one expects of C, but also a number of o
*** 460,490 ****
  initially recognize as a number.  Formally, preprocessing numbers begin
  with an optional period, a required decimal digit, and then continue
  with any sequence of letters, digits, underscores, periods, and
! exponents.  Exponents are the two-character sequences 'e+', 'e-', 'E+',
! 'E-', 'p+', 'p-', 'P+', and 'P-'.  (The exponents that begin with 'p' or
! 'P' are used for hexadecimal floating-point constants.)
  
     The purpose of this unusual definition is to isolate the preprocessor
  from the full complexity of numeric constants.  It does not have to
  distinguish between lexically valid and invalid floating-point numbers,
  which is complicated.  The definition also permits you to split an
  identifier at any position and get exactly two tokens, which can then be
! pasted back together with the '##' operator.
  
     It's possible for preprocessing numbers to cause programs to be
! misinterpreted.  For example, '0xE+12' is a preprocessing number which
  does not translate to any valid numeric constant, therefore a syntax
! error.  It does not mean '0xE + 12', which is what you might have
  intended.
  
     "String literals" are string constants, character constants, and
! header file names (the argument of '#include').(1)  String constants and
! character constants are straightforward: "..." or '...'.  In either case
! embedded quotes should be escaped with a backslash: '\'' is the
! character constant for '''.  There is no limit on the length of a
  character constant, but the value of a character constant that contains
! more than one character is implementation-defined.  *Note Implementation
! Details::.
  
     Header file names either look like string constants, "...", or are
  written with angle brackets instead, <...>.  In either case, backslash
--- 463,493 ----
  initially recognize as a number.  Formally, preprocessing numbers begin
  with an optional period, a required decimal digit, and then continue
  with any sequence of letters, digits, underscores, periods, and
! exponents.  Exponents are the two-character sequences `e+', `e-', `E+',
! `E-', `p+', `p-', `P+', and `P-'.  (The exponents that begin with `p'
! or `P' are used for hexadecimal floating-point constants.)
  
     The purpose of this unusual definition is to isolate the preprocessor
  from the full complexity of numeric constants.  It does not have to
  distinguish between lexically valid and invalid floating-point numbers,
  which is complicated.  The definition also permits you to split an
  identifier at any position and get exactly two tokens, which can then be
! pasted back together with the `##' operator.
  
     It's possible for preprocessing numbers to cause programs to be
! misinterpreted.  For example, `0xE+12' is a preprocessing number which
  does not translate to any valid numeric constant, therefore a syntax
! error.  It does not mean `0xE + 12', which is what you might have
  intended.
  
     "String literals" are string constants, character constants, and
! header file names (the argument of `#include').(1)  String constants
! and character constants are straightforward: "..." or '...'.  In either
! case embedded quotes should be escaped with a backslash: '\'' is the
! character constant for `''.  There is no limit on the length of a
  character constant, but the value of a character constant that contains
! more than one character is implementation-defined.  *Note
! Implementation Details::.
  
     Header file names either look like string constants, "...", or are
  written with angle brackets instead, <...>.  In either case, backslash
*************** continued lines instead, or string const
*** 498,511 ****
  
     "Punctuators" are all the usual bits of punctuation which are
  meaningful to C and C++.  All but three of the punctuation characters in
! ASCII are C punctuators.  The exceptions are '@', '$', and '`'.  In
  addition, all the two- and three-character operators are punctuators.
! There are also six "digraphs", which the C++ standard calls "alternative
! tokens", which are merely alternate ways to spell other punctuators.
! This is a second attempt to work around missing punctuation in obsolete
! systems.  It has no negative side effects, unlike trigraphs, but does
! not cover as much ground.  The digraphs and their corresponding normal
! punctuators are:
  
       Digraph:        <%  %>  <:  :>  %:  %:%:
       Punctuator:      {   }   [   ]   #    ##
--- 501,514 ----
  
     "Punctuators" are all the usual bits of punctuation which are
  meaningful to C and C++.  All but three of the punctuation characters in
! ASCII are C punctuators.  The exceptions are `@', `$', and ``'.  In
  addition, all the two- and three-character operators are punctuators.
! There are also six "digraphs", which the C++ standard calls
! "alternative tokens", which are merely alternate ways to spell other
! punctuators.  This is a second attempt to work around missing
! punctuation in obsolete systems.  It has no negative side effects,
! unlike trigraphs, but does not cover as much ground.  The digraphs and
! their corresponding normal punctuators are:
  
       Digraph:        <%  %>  <:  :>  %:  %:%:
       Punctuator:      {   }   [   ]   #    ##
*************** punctuators are:
*** 513,523 ****
     Any other single character is considered "other".  It is passed on to
  the preprocessor's output unmolested.  The C compiler will almost
  certainly reject source code containing "other" tokens.  In ASCII, the
! only other characters are '@', '$', '`', and control characters other
! than NUL (all bits zero).  (Note that '$' is normally considered a
! letter.)  All characters with the high bit set (numeric range 0x7F-0xFF)
! are also "other" in the present implementation.  This will change when
! proper support for international character sets is added to GCC.
  
     NUL is a special case because of the high probability that its
  appearance is accidental, and because it may be invisible to the user
--- 516,527 ----
     Any other single character is considered "other".  It is passed on to
  the preprocessor's output unmolested.  The C compiler will almost
  certainly reject source code containing "other" tokens.  In ASCII, the
! only other characters are `@', `$', ``', and control characters other
! than NUL (all bits zero).  (Note that `$' is normally considered a
! letter.)  All characters with the high bit set (numeric range
! 0x7F-0xFF) are also "other" in the present implementation.  This will
! change when proper support for international character sets is added to
! GCC.
  
     NUL is a special case because of the high probability that its
  appearance is accidental, and because it may be invisible to the user
*************** have the same meaning.
*** 529,537 ****
       #define X^@1
       #define X 1
  
! (where '^@' is ASCII NUL).  Within string or character constants, NULs
! are preserved.  In the latter two cases the preprocessor emits a warning
! message.
  
     ---------- Footnotes ----------
  
--- 533,541 ----
       #define X^@1
       #define X 1
  
! (where `^@' is ASCII NUL).  Within string or character constants, NULs
! are preserved.  In the latter two cases the preprocessor emits a
! warning message.
  
     ---------- Footnotes ----------
  
*************** and "macros" to be expanded.  Its primar
*** 565,572 ****
       program according to various conditions.
  
     * Line control.  If you use a program to combine or rearrange source
!      files into an intermediate file which is then compiled, you can use
!      line control to inform the compiler where each source line
       originally came from.
  
     * Diagnostics.  You can detect problems at compile time and issue
--- 569,576 ----
       program according to various conditions.
  
     * Line control.  If you use a program to combine or rearrange source
!      files into an intermediate file which is then compiled, you can
!      use line control to inform the compiler where each source line
       originally came from.
  
     * Diagnostics.  You can detect problems at compile time and issue
*************** and "macros" to be expanded.  Its primar
*** 575,590 ****
     There are a few more, less useful, features.
  
     Except for expansion of predefined macros, all these operations are
! triggered with "preprocessing directives".  Preprocessing directives are
! lines in your program that start with '#'.  Whitespace is allowed before
! and after the '#'.  The '#' is followed by an identifier, the "directive
! name".  It specifies the operation to perform.  Directives are commonly
! referred to as '#NAME' where NAME is the directive name.  For example,
! '#define' is the directive that defines a macro.
  
!    The '#' which begins a directive cannot come from a macro expansion.
! Also, the directive name is not macro expanded.  Thus, if 'foo' is
! defined as a macro expanding to 'define', that does not make '#foo' a
  valid preprocessing directive.
  
     The set of valid directive names is fixed.  Programs cannot define
--- 579,594 ----
     There are a few more, less useful, features.
  
     Except for expansion of predefined macros, all these operations are
! triggered with "preprocessing directives".  Preprocessing directives
! are lines in your program that start with `#'.  Whitespace is allowed
! before and after the `#'.  The `#' is followed by an identifier, the
! "directive name".  It specifies the operation to perform.  Directives
! are commonly referred to as `#NAME' where NAME is the directive name.
! For example, `#define' is the directive that defines a macro.
  
!    The `#' which begins a directive cannot come from a macro expansion.
! Also, the directive name is not macro expanded.  Thus, if `foo' is
! defined as a macro expanding to `define', that does not make `#foo' a
  valid preprocessing directive.
  
     The set of valid directive names is fixed.  Programs cannot define
*************** new preprocessing directives.
*** 592,599 ****
  
     Some directives require arguments; these make up the rest of the
  directive line and must be separated from the directive name by
! whitespace.  For example, '#define' must be followed by a macro name and
! the intended expansion of the macro.
  
     A preprocessing directive cannot cover more than one line.  The line
  may, however, be continued with backslash-newline, or by a block comment
--- 596,603 ----
  
     Some directives require arguments; these make up the rest of the
  directive line and must be separated from the directive name by
! whitespace.  For example, `#define' must be followed by a macro name
! and the intended expansion of the macro.
  
     A preprocessing directive cannot cover more than one line.  The line
  may, however, be continued with backslash-newline, or by a block comment
*************** File: cpp.info,  Node: Header Files,  Ne
*** 610,616 ****
  A header file is a file containing C declarations and macro definitions
  (*note Macros::) to be shared between several source files.  You request
  the use of a header file in your program by "including" it, with the C
! preprocessing directive '#include'.
  
     Header files serve two purposes.
  
--- 614,620 ----
  A header file is a file containing C declarations and macro definitions
  (*note Macros::) to be shared between several source files.  You request
  the use of a header file in your program by "including" it, with the C
! preprocessing directive `#include'.
  
     Header files serve two purposes.
  
*************** preprocessing directive '#include'.
*** 621,628 ****
  
     * Your own header files contain declarations for interfaces between
       the source files of your program.  Each time you have a group of
!      related declarations and macro definitions all or most of which are
!      needed in several different source files, it is a good idea to
       create a header file for them.
  
     Including a header file produces the same results as copying the
--- 625,632 ----
  
     * Your own header files contain declarations for interfaces between
       the source files of your program.  Each time you have a group of
!      related declarations and macro definitions all or most of which
!      are needed in several different source files, it is a good idea to
       create a header file for them.
  
     Including a header file produces the same results as copying the
*************** as the risk that a failure to find one c
*** 636,642 ****
  inconsistencies within a program.
  
     In C, the usual convention is to give header files names that end
! with '.h'.  It is most portable to use only letters, digits, dashes, and
  underscores in header file names, and at most one dot.
  
  * Menu:
--- 640,646 ----
  inconsistencies within a program.
  
     In C, the usual convention is to give header files names that end
! with `.h'.  It is most portable to use only letters, digits, dashes, and
  underscores in header file names, and at most one dot.
  
  * Menu:
*************** File: cpp.info,  Node: Include Syntax,
*** 657,689 ****
  ==================
  
  Both user and system header files are included using the preprocessing
! directive '#include'.  It has two variants:
  
! '#include <FILE>'
       This variant is used for system header files.  It searches for a
       file named FILE in a standard list of system directories.  You can
!      prepend directories to this list with the '-I' option (*note
       Invocation::).
  
! '#include "FILE"'
       This variant is used for header files of your own program.  It
       searches for a file named FILE first in the directory containing
       the current file, then in the quote directories and then the same
!      directories used for '<FILE>'.  You can prepend directories to the
!      list of quote directories with the '-iquote' option.
  
!    The argument of '#include', whether delimited with quote marks or
  angle brackets, behaves like a string constant in that comments are not
! recognized, and macro names are not expanded.  Thus, '#include <x/*y>'
! specifies inclusion of a system header file named 'x/*y'.
  
     However, if backslashes occur within FILE, they are considered
  ordinary text characters, not escape characters.  None of the character
  escape sequences appropriate to string constants in C are processed.
! Thus, '#include "x\n\\y"' specifies a filename containing three
! backslashes.  (Some systems interpret '\' as a pathname separator.  All
! of these also interpret '/' the same way.  It is most portable to use
! only '/'.)
  
     It is an error if there is anything (other than comments) on the line
  after the file name.
--- 661,693 ----
  ==================
  
  Both user and system header files are included using the preprocessing
! directive `#include'.  It has two variants:
  
! `#include <FILE>'
       This variant is used for system header files.  It searches for a
       file named FILE in a standard list of system directories.  You can
!      prepend directories to this list with the `-I' option (*note
       Invocation::).
  
! `#include "FILE"'
       This variant is used for header files of your own program.  It
       searches for a file named FILE first in the directory containing
       the current file, then in the quote directories and then the same
!      directories used for `<FILE>'.  You can prepend directories to the
!      list of quote directories with the `-iquote' option.
  
!    The argument of `#include', whether delimited with quote marks or
  angle brackets, behaves like a string constant in that comments are not
! recognized, and macro names are not expanded.  Thus, `#include <x/*y>'
! specifies inclusion of a system header file named `x/*y'.
  
     However, if backslashes occur within FILE, they are considered
  ordinary text characters, not escape characters.  None of the character
  escape sequences appropriate to string constants in C are processed.
! Thus, `#include "x\n\\y"' specifies a filename containing three
! backslashes.  (Some systems interpret `\' as a pathname separator.  All
! of these also interpret `/' the same way.  It is most portable to use
! only `/'.)
  
     It is an error if there is anything (other than comments) on the line
  after the file name.
*************** File: cpp.info,  Node: Include Operation
*** 694,710 ****
  2.2 Include Operation
  =====================
  
! The '#include' directive works by directing the C preprocessor to scan
  the specified file as input before continuing with the rest of the
  current file.  The output from the preprocessor contains the output
  already generated, followed by the output resulting from the included
  file, followed by the output that comes from the text after the
! '#include' directive.  For example, if you have a header file 'header.h'
! as follows,
  
       char *test (void);
  
! and a main program called 'program.c' that uses the header file, like
  this,
  
       int x;
--- 698,714 ----
  2.2 Include Operation
  =====================
  
! The `#include' directive works by directing the C preprocessor to scan
  the specified file as input before continuing with the rest of the
  current file.  The output from the preprocessor contains the output
  already generated, followed by the output resulting from the included
  file, followed by the output that comes from the text after the
! `#include' directive.  For example, if you have a header file
! `header.h' as follows,
  
       char *test (void);
  
! and a main program called `program.c' that uses the header file, like
  this,
  
       int x;
*************** this,
*** 716,722 ****
         puts (test ());
       }
  
! the compiler will see the same token stream as it would if 'program.c'
  read
  
       int x;
--- 720,726 ----
         puts (test ());
       }
  
! the compiler will see the same token stream as it would if `program.c'
  read
  
       int x;
*************** the file.
*** 742,748 ****
  syntactic units--function declarations or definitions, type
  declarations, etc.
  
!    The line following the '#include' directive is always treated as a
  separate line by the C preprocessor, even if the included file lacks a
  final newline.
  
--- 746,752 ----
  syntactic units--function declarations or definitions, type
  declarations, etc.
  
!    The line following the `#include' directive is always treated as a
  separate line by the C preprocessor, even if the included file lacks a
  final newline.
  
*************** File: cpp.info,  Node: Search Path,  Nex
*** 753,797 ****
  ===============
  
  By default, the preprocessor looks for header files included by the
! quote form of the directive '#include "FILE"' first relative to the
  directory of the current file, and then in a preconfigured list of
! standard system directories.  For example, if '/usr/include/sys/stat.h'
! contains '#include "types.h"', GCC looks for 'types.h' first in
! '/usr/include/sys', then in its usual search path.
  
!    For the angle-bracket form '#include <FILE>', the preprocessor's
  default behavior is to look only in the standard system directories.
! The exact search directory list depends on the target system, how GCC is
! configured, and where it is installed.  You can find the default search
! directory list for your version of CPP by invoking it with the '-v'
! option.  For example,
  
       cpp -v /dev/null -o /dev/null
  
     There are a number of command-line options you can use to add
  additional directories to the search path.  The most commonly-used
! option is '-IDIR', which causes DIR to be searched after the current
  directory (for the quote form of the directive) and ahead of the
! standard system directories.  You can specify multiple '-I' options on
  the command line, in which case the directories are searched in
  left-to-right order.
  
     If you need separate control over the search paths for the quote and
! angle-bracket forms of the '#include' directive, you can use the
! '-iquote' and/or '-isystem' options instead of '-I'.  *Note
  Invocation::, for a detailed description of these options, as well as
  others that are less generally useful.
  
!    If you specify other options on the command line, such as '-I', that
  affect where the preprocessor searches for header files, the directory
! list printed by the '-v' option reflects the actual search path used by
  the preprocessor.
  
     Note that you can also prevent the preprocessor from searching any of
! the default system header directories with the '-nostdinc' option.  This
! is useful when you are compiling an operating system kernel or some
! other program that does not use the standard C library facilities, or
! the standard C library itself.
  
  
  File: cpp.info,  Node: Once-Only Headers,  Next: Alternatives to Wrapper #ifndef,  Prev: Search Path,  Up: Header Files
--- 757,801 ----
  ===============
  
  By default, the preprocessor looks for header files included by the
! quote form of the directive `#include "FILE"' first relative to the
  directory of the current file, and then in a preconfigured list of
! standard system directories.  For example, if `/usr/include/sys/stat.h'
! contains `#include "types.h"', GCC looks for `types.h' first in
! `/usr/include/sys', then in its usual search path.
  
!    For the angle-bracket form `#include <FILE>', the preprocessor's
  default behavior is to look only in the standard system directories.
! The exact search directory list depends on the target system, how GCC
! is configured, and where it is installed.  You can find the default
! search directory list for your version of CPP by invoking it with the
! `-v' option.  For example,
  
       cpp -v /dev/null -o /dev/null
  
     There are a number of command-line options you can use to add
  additional directories to the search path.  The most commonly-used
! option is `-IDIR', which causes DIR to be searched after the current
  directory (for the quote form of the directive) and ahead of the
! standard system directories.  You can specify multiple `-I' options on
  the command line, in which case the directories are searched in
  left-to-right order.
  
     If you need separate control over the search paths for the quote and
! angle-bracket forms of the `#include' directive, you can use the
! `-iquote' and/or `-isystem' options instead of `-I'.  *Note
  Invocation::, for a detailed description of these options, as well as
  others that are less generally useful.
  
!    If you specify other options on the command line, such as `-I', that
  affect where the preprocessor searches for header files, the directory
! list printed by the `-v' option reflects the actual search path used by
  the preprocessor.
  
     Note that you can also prevent the preprocessor from searching any of
! the default system header directories with the `-nostdinc' option.
! This is useful when you are compiling an operating system kernel or
! some other program that does not use the standard C library facilities,
! or the standard C library itself.
  
  
  File: cpp.info,  Node: Once-Only Headers,  Next: Alternatives to Wrapper #ifndef,  Prev: Search Path,  Up: Header Files
*************** contents of the file in a conditional, l
*** 817,836 ****
  
     This construct is commonly known as a "wrapper #ifndef".  When the
  header is included again, the conditional will be false, because
! 'FILE_FOO_SEEN' is defined.  The preprocessor will skip over the entire
  contents of the file, and the compiler will not see it twice.
  
     CPP optimizes even further.  It remembers when a header file has a
! wrapper '#ifndef'.  If a subsequent '#include' specifies that header,
! and the macro in the '#ifndef' is still defined, it does not bother to
  rescan the file at all.
  
     You can put comments outside the wrapper.  They will not interfere
  with this optimization.
  
!    The macro 'FILE_FOO_SEEN' is called the "controlling macro" or "guard
! macro".  In a user header file, the macro name should not begin with
! '_'.  In a system header file, it should begin with '__' to avoid
  conflicts with user programs.  In any kind of header file, the macro
  name should contain the name of the file and some additional text, to
  avoid conflicts with other header files.
--- 821,840 ----
  
     This construct is commonly known as a "wrapper #ifndef".  When the
  header is included again, the conditional will be false, because
! `FILE_FOO_SEEN' is defined.  The preprocessor will skip over the entire
  contents of the file, and the compiler will not see it twice.
  
     CPP optimizes even further.  It remembers when a header file has a
! wrapper `#ifndef'.  If a subsequent `#include' specifies that header,
! and the macro in the `#ifndef' is still defined, it does not bother to
  rescan the file at all.
  
     You can put comments outside the wrapper.  They will not interfere
  with this optimization.
  
!    The macro `FILE_FOO_SEEN' is called the "controlling macro" or
! "guard macro".  In a user header file, the macro name should not begin
! with `_'.  In a system header file, it should begin with `__' to avoid
  conflicts with user programs.  In any kind of header file, the macro
  name should contain the name of the file and some additional text, to
  avoid conflicts with other header files.
*************** File: cpp.info,  Node: Alternatives to W
*** 842,876 ****
  ===================================
  
  CPP supports two more ways of indicating that a header file should be
! read only once.  Neither one is as portable as a wrapper '#ifndef' and
  we recommend you do not use them in new programs, with the caveat that
! '#import' is standard practice in Objective-C.
  
!    CPP supports a variant of '#include' called '#import' which includes
! a file, but does so at most once.  If you use '#import' instead of
! '#include', then you don't need the conditionals inside the header file
! to prevent multiple inclusion of the contents.  '#import' is standard in
! Objective-C, but is considered a deprecated extension in C and C++.
  
!    '#import' is not a well designed feature.  It requires the users of a
! header file to know that it should only be included once.  It is much
  better for the header file's implementor to write the file so that users
! don't need to know this.  Using a wrapper '#ifndef' accomplishes this
  goal.
  
!    In the present implementation, a single use of '#import' will prevent
! the file from ever being read again, by either '#import' or '#include'.
! You should not rely on this; do not use both '#import' and '#include' to
! refer to the same header file.
  
     Another way to prevent a header file from being included more than
! once is with the '#pragma once' directive.  If '#pragma once' is seen
  when scanning a header file, that file will never be read again, no
  matter what.
  
!    '#pragma once' does not have the problems that '#import' does, but it
! is not recognized by all preprocessors, so you cannot rely on it in a
! portable program.
  
  
  File: cpp.info,  Node: Computed Includes,  Next: Wrapper Headers,  Prev: Alternatives to Wrapper #ifndef,  Up: Header Files
--- 846,880 ----
  ===================================
  
  CPP supports two more ways of indicating that a header file should be
! read only once.  Neither one is as portable as a wrapper `#ifndef' and
  we recommend you do not use them in new programs, with the caveat that
! `#import' is standard practice in Objective-C.
  
!    CPP supports a variant of `#include' called `#import' which includes
! a file, but does so at most once.  If you use `#import' instead of
! `#include', then you don't need the conditionals inside the header file
! to prevent multiple inclusion of the contents.  `#import' is standard
! in Objective-C, but is considered a deprecated extension in C and C++.
  
!    `#import' is not a well designed feature.  It requires the users of
! a header file to know that it should only be included once.  It is much
  better for the header file's implementor to write the file so that users
! don't need to know this.  Using a wrapper `#ifndef' accomplishes this
  goal.
  
!    In the present implementation, a single use of `#import' will
! prevent the file from ever being read again, by either `#import' or
! `#include'.  You should not rely on this; do not use both `#import' and
! `#include' to refer to the same header file.
  
     Another way to prevent a header file from being included more than
! once is with the `#pragma once' directive.  If `#pragma once' is seen
  when scanning a header file, that file will never be read again, no
  matter what.
  
!    `#pragma once' does not have the problems that `#import' does, but
! it is not recognized by all preprocessors, so you cannot rely on it in
! a portable program.
  
  
  File: cpp.info,  Node: Computed Includes,  Next: Wrapper Headers,  Prev: Alternatives to Wrapper #ifndef,  Up: Header Files
*************** systems, for instance.  You could do thi
*** 894,920 ****
     That rapidly becomes tedious.  Instead, the preprocessor offers the
  ability to use a macro for the header name.  This is called a "computed
  include".  Instead of writing a header name as the direct argument of
! '#include', you simply put a macro name there instead:
  
       #define SYSTEM_H "system_1.h"
       ...
       #include SYSTEM_H
  
! 'SYSTEM_H' will be expanded, and the preprocessor will look for
! 'system_1.h' as if the '#include' had been written that way originally.
! 'SYSTEM_H' could be defined by your Makefile with a '-D' option.
  
!    You must be careful when you define the macro.  '#define' saves
  tokens, not text.  The preprocessor has no way of knowing that the macro
! will be used as the argument of '#include', so it generates ordinary
  tokens, not a header name.  This is unlikely to cause problems if you
  use double-quote includes, which are close enough to string constants.
  If you use angle brackets, however, you may have trouble.
  
     The syntax of a computed include is actually a bit more general than
! the above.  If the first non-whitespace character after '#include' is
! not '"' or '<', then the entire line is macro-expanded like running text
! would be.
  
     If the line expands to a single string constant, the contents of that
  string constant are the file to be included.  CPP does not re-examine
--- 898,924 ----
     That rapidly becomes tedious.  Instead, the preprocessor offers the
  ability to use a macro for the header name.  This is called a "computed
  include".  Instead of writing a header name as the direct argument of
! `#include', you simply put a macro name there instead:
  
       #define SYSTEM_H "system_1.h"
       ...
       #include SYSTEM_H
  
! `SYSTEM_H' will be expanded, and the preprocessor will look for
! `system_1.h' as if the `#include' had been written that way originally.
! `SYSTEM_H' could be defined by your Makefile with a `-D' option.
  
!    You must be careful when you define the macro.  `#define' saves
  tokens, not text.  The preprocessor has no way of knowing that the macro
! will be used as the argument of `#include', so it generates ordinary
  tokens, not a header name.  This is unlikely to cause problems if you
  use double-quote includes, which are close enough to string constants.
  If you use angle brackets, however, you may have trouble.
  
     The syntax of a computed include is actually a bit more general than
! the above.  If the first non-whitespace character after `#include' is
! not `"' or `<', then the entire line is macro-expanded like running
! text would be.
  
     If the line expands to a single string constant, the contents of that
  string constant are the file to be included.  CPP does not re-examine
*************** escapes in the string.  Therefore
*** 924,943 ****
       #define HEADER "a\"b"
       #include HEADER
  
! looks for a file named 'a\"b'.  CPP searches for the file according to
  the rules for double-quoted includes.
  
!    If the line expands to a token stream beginning with a '<' token and
! including a '>' token, then the tokens between the '<' and the first '>'
! are combined to form the filename to be included.  Any whitespace
  between tokens is reduced to a single space; then any space after the
! initial '<' is retained, but a trailing space before the closing '>' is
  ignored.  CPP searches for the file according to the rules for
  angle-bracket includes.
  
     In either case, if there are any tokens on the line after the file
! name, an error occurs and the directive is not processed.  It is also an
! error if the result of expansion does not match either of the two
  expected forms.
  
     These rules are implementation-defined behavior according to the C
--- 928,947 ----
       #define HEADER "a\"b"
       #include HEADER
  
! looks for a file named `a\"b'.  CPP searches for the file according to
  the rules for double-quoted includes.
  
!    If the line expands to a token stream beginning with a `<' token and
! including a `>' token, then the tokens between the `<' and the first
! `>' are combined to form the filename to be included.  Any whitespace
  between tokens is reduced to a single space; then any space after the
! initial `<' is retained, but a trailing space before the closing `>' is
  ignored.  CPP searches for the file according to the rules for
  angle-bracket includes.
  
     In either case, if there are any tokens on the line after the file
! name, an error occurs and the directive is not processed.  It is also
! an error if the result of expansion does not match either of the two
  expected forms.
  
     These rules are implementation-defined behavior according to the C
*************** File: cpp.info,  Node: Wrapper Headers,
*** 953,1000 ****
  ===================
  
  Sometimes it is necessary to adjust the contents of a system-provided
! header file without editing it directly.  GCC's 'fixincludes' operation
  does this, for example.  One way to do that would be to create a new
  header file with the same name and insert it in the search path before
  the original header.  That works fine as long as you're willing to
  replace the old header entirely.  But what if you want to refer to the
  old header from the new one?
  
!    You cannot simply include the old header with '#include'.  That will
  start from the beginning, and find your new header again.  If your
  header is not protected from multiple inclusion (*note Once-Only
  Headers::), it will recurse infinitely and cause a fatal error.
  
     You could include the old header with an absolute pathname:
       #include "/usr/include/old-header.h"
! This works, but is not clean; should the system headers ever move, you
! would have to edit the new headers to match.
  
     There is no way to solve this problem within the C standard, but you
! can use the GNU extension '#include_next'.  It means, "Include the
! _next_ file with this name".  This directive works like '#include'
! except in searching for the specified file: it starts searching the list
! of header file directories _after_ the directory in which the current
! file was found.
  
!    Suppose you specify '-I /usr/local/include', and the list of
! directories to search also includes '/usr/include'; and suppose both
! directories contain 'signal.h'.  Ordinary '#include <signal.h>' finds
! the file under '/usr/local/include'.  If that file contains
! '#include_next <signal.h>', it starts searching after that directory,
! and finds the file in '/usr/include'.
  
!    '#include_next' does not distinguish between '<FILE>' and '"FILE"'
! inclusion, nor does it check that the file you specify has the same name
! as the current file.  It simply looks for the file named, starting with
! the directory in the search path after the one where the current file
! was found.
  
!    The use of '#include_next' can lead to great confusion.  We recommend
! it be used only when there is no other alternative.  In particular, it
! should not be used in the headers belonging to a specific program; it
! should be used only to make global corrections along the lines of
! 'fixincludes'.
  
  
  File: cpp.info,  Node: System Headers,  Prev: Wrapper Headers,  Up: Header Files
--- 957,1004 ----
  ===================
  
  Sometimes it is necessary to adjust the contents of a system-provided
! header file without editing it directly.  GCC's `fixincludes' operation
  does this, for example.  One way to do that would be to create a new
  header file with the same name and insert it in the search path before
  the original header.  That works fine as long as you're willing to
  replace the old header entirely.  But what if you want to refer to the
  old header from the new one?
  
!    You cannot simply include the old header with `#include'.  That will
  start from the beginning, and find your new header again.  If your
  header is not protected from multiple inclusion (*note Once-Only
  Headers::), it will recurse infinitely and cause a fatal error.
  
     You could include the old header with an absolute pathname:
       #include "/usr/include/old-header.h"
!    This works, but is not clean; should the system headers ever move,
! you would have to edit the new headers to match.
  
     There is no way to solve this problem within the C standard, but you
! can use the GNU extension `#include_next'.  It means, "Include the
! _next_ file with this name".  This directive works like `#include'
! except in searching for the specified file: it starts searching the
! list of header file directories _after_ the directory in which the
! current file was found.
  
!    Suppose you specify `-I /usr/local/include', and the list of
! directories to search also includes `/usr/include'; and suppose both
! directories contain `signal.h'.  Ordinary `#include <signal.h>' finds
! the file under `/usr/local/include'.  If that file contains
! `#include_next <signal.h>', it starts searching after that directory,
! and finds the file in `/usr/include'.
  
!    `#include_next' does not distinguish between `<FILE>' and `"FILE"'
! inclusion, nor does it check that the file you specify has the same
! name as the current file.  It simply looks for the file named, starting
! with the directory in the search path after the one where the current
! file was found.
  
!    The use of `#include_next' can lead to great confusion.  We
! recommend it be used only when there is no other alternative.  In
! particular, it should not be used in the headers belonging to a specific
! program; it should be used only to make global corrections along the
! lines of `fixincludes'.
  
  
  File: cpp.info,  Node: System Headers,  Prev: Wrapper Headers,  Up: Header Files
*************** File: cpp.info,  Node: System Headers,
*** 1005,1031 ****
  The header files declaring interfaces to the operating system and
  runtime libraries often cannot be written in strictly conforming C.
  Therefore, GCC gives code found in "system headers" special treatment.
! All warnings, other than those generated by '#warning' (*note
  Diagnostics::), are suppressed while GCC is processing a system header.
  Macros defined in a system header are immune to a few warnings wherever
! they are expanded.  This immunity is granted on an ad-hoc basis, when we
! find that a warning generates lots of false positives because of code in
! macros defined in system headers.
  
     Normally, only the headers found in specific directories are
! considered system headers.  These directories are determined when GCC is
! compiled.  There are, however, two ways to make normal headers into
  system headers:
  
     * Header files found in directories added to the search path with the
!      '-isystem' and '-idirafter' command-line options are treated as
       system headers for the purposes of diagnostics.
  
!    * There is also a directive, '#pragma GCC system_header', which tells
!      GCC to consider the rest of the current include file a system
       header, no matter where it was found.  Code that comes before the
!      '#pragma' in the file is not affected.  '#pragma GCC system_header'
!      has no effect in the primary source file.
  
  
  File: cpp.info,  Node: Macros,  Next: Conditionals,  Prev: Header Files,  Up: Top
--- 1009,1036 ----
  The header files declaring interfaces to the operating system and
  runtime libraries often cannot be written in strictly conforming C.
  Therefore, GCC gives code found in "system headers" special treatment.
! All warnings, other than those generated by `#warning' (*note
  Diagnostics::), are suppressed while GCC is processing a system header.
  Macros defined in a system header are immune to a few warnings wherever
! they are expanded.  This immunity is granted on an ad-hoc basis, when
! we find that a warning generates lots of false positives because of
! code in macros defined in system headers.
  
     Normally, only the headers found in specific directories are
! considered system headers.  These directories are determined when GCC
! is compiled.  There are, however, two ways to make normal headers into
  system headers:
  
     * Header files found in directories added to the search path with the
!      `-isystem' and `-idirafter' command-line options are treated as
       system headers for the purposes of diagnostics.
  
!    * There is also a directive, `#pragma GCC system_header', which
!      tells GCC to consider the rest of the current include file a system
       header, no matter where it was found.  Code that comes before the
!      `#pragma' in the file is not affected.
!      `#pragma GCC system_header' has no effect in the primary source
!      file.
  
  
  File: cpp.info,  Node: Macros,  Next: Conditionals,  Prev: Header Files,  Up: Top
*************** File: cpp.info,  Node: Macros,  Next: Co
*** 1035,1051 ****
  
  A "macro" is a fragment of code which has been given a name.  Whenever
  the name is used, it is replaced by the contents of the macro.  There
! are two kinds of macros.  They differ mostly in what they look like when
! they are used.  "Object-like" macros resemble data objects when used,
! "function-like" macros resemble function calls.
  
     You may define any valid identifier as a macro, even if it is a C
  keyword.  The preprocessor does not know anything about keywords.  This
! can be useful if you wish to hide a keyword such as 'const' from an
  older compiler that does not understand it.  However, the preprocessor
! operator 'defined' (*note Defined::) can never be defined as a macro,
! and C++'s named operators (*note C++ Named Operators::) cannot be macros
! when you are compiling C++.
  
  * Menu:
  
--- 1040,1056 ----
  
  A "macro" is a fragment of code which has been given a name.  Whenever
  the name is used, it is replaced by the contents of the macro.  There
! are two kinds of macros.  They differ mostly in what they look like
! when they are used.  "Object-like" macros resemble data objects when
! used, "function-like" macros resemble function calls.
  
     You may define any valid identifier as a macro, even if it is a C
  keyword.  The preprocessor does not know anything about keywords.  This
! can be useful if you wish to hide a keyword such as `const' from an
  older compiler that does not understand it.  However, the preprocessor
! operator `defined' (*note Defined::) can never be defined as a macro,
! and C++'s named operators (*note C++ Named Operators::) cannot be
! macros when you are compiling C++.
  
  * Menu:
  
*************** a code fragment.  It is called object-li
*** 1071,1091 ****
  object in code that uses it.  They are most commonly used to give
  symbolic names to numeric constants.
  
!    You create macros with the '#define' directive.  '#define' is
  followed by the name of the macro and then the token sequence it should
  be an abbreviation for, which is variously referred to as the macro's
  "body", "expansion" or "replacement list".  For example,
  
       #define BUFFER_SIZE 1024
  
! defines a macro named 'BUFFER_SIZE' as an abbreviation for the token
! '1024'.  If somewhere after this '#define' directive there comes a C
  statement of the form
  
       foo = (char *) malloc (BUFFER_SIZE);
  
  then the C preprocessor will recognize and "expand" the macro
! 'BUFFER_SIZE'.  The C compiler will see the same tokens as it would if
  you had written
  
       foo = (char *) malloc (1024);
--- 1076,1096 ----
  object in code that uses it.  They are most commonly used to give
  symbolic names to numeric constants.
  
!    You create macros with the `#define' directive.  `#define' is
  followed by the name of the macro and then the token sequence it should
  be an abbreviation for, which is variously referred to as the macro's
  "body", "expansion" or "replacement list".  For example,
  
       #define BUFFER_SIZE 1024
  
! defines a macro named `BUFFER_SIZE' as an abbreviation for the token
! `1024'.  If somewhere after this `#define' directive there comes a C
  statement of the form
  
       foo = (char *) malloc (BUFFER_SIZE);
  
  then the C preprocessor will recognize and "expand" the macro
! `BUFFER_SIZE'.  The C compiler will see the same tokens as it would if
  you had written
  
       foo = (char *) malloc (1024);
*************** you had written
*** 1094,1100 ****
  easier to read when it is possible to tell at a glance which names are
  macros.
  
!    The macro's body ends at the end of the '#define' line.  You may
  continue the definition onto multiple lines, if necessary, using
  backslash-newline.  When the macro is expanded, however, it will all
  come out on one line.  For example,
--- 1099,1105 ----
  easier to read when it is possible to tell at a glance which names are
  macros.
  
!    The macro's body ends at the end of the `#define' line.  You may
  continue the definition onto multiple lines, if necessary, using
  backslash-newline.  When the macro is expanded, however, it will all
  come out on one line.  For example,
*************** macros to expand.  For example,
*** 1136,1153 ****
            ==> BUFSIZE
            ==> 1024
  
! 'TABLESIZE' is expanded first to produce 'BUFSIZE', then that macro is
! expanded to produce the final result, '1024'.
  
!    Notice that 'BUFSIZE' was not defined when 'TABLESIZE' was defined.
! The '#define' for 'TABLESIZE' uses exactly the expansion you specify--in
! this case, 'BUFSIZE'--and does not check to see whether it too contains
! macro names.  Only when you _use_ 'TABLESIZE' is the result of its
! expansion scanned for more macro names.
  
!    This makes a difference if you change the definition of 'BUFSIZE' at
! some point in the source file.  'TABLESIZE', defined as shown, will
! always expand using the definition of 'BUFSIZE' that is currently in
  effect:
  
       #define BUFSIZE 1020
--- 1141,1158 ----
            ==> BUFSIZE
            ==> 1024
  
! `TABLESIZE' is expanded first to produce `BUFSIZE', then that macro is
! expanded to produce the final result, `1024'.
  
!    Notice that `BUFSIZE' was not defined when `TABLESIZE' was defined.
! The `#define' for `TABLESIZE' uses exactly the expansion you
! specify--in this case, `BUFSIZE'--and does not check to see whether it
! too contains macro names.  Only when you _use_ `TABLESIZE' is the
! result of its expansion scanned for more macro names.
  
!    This makes a difference if you change the definition of `BUFSIZE' at
! some point in the source file.  `TABLESIZE', defined as shown, will
! always expand using the definition of `BUFSIZE' that is currently in
  effect:
  
       #define BUFSIZE 1020
*************** effect:
*** 1155,1161 ****
       #undef BUFSIZE
       #define BUFSIZE 37
  
! Now 'TABLESIZE' expands (in two stages) to '37'.
  
     If the expansion of a macro contains its own name, either directly or
  via intermediate macros, it is not expanded again when the expansion is
--- 1160,1166 ----
       #undef BUFSIZE
       #define BUFSIZE 37
  
! Now `TABLESIZE' expands (in two stages) to `37'.
  
     If the expansion of a macro contains its own name, either directly or
  via intermediate macros, it is not expanded again when the expansion is
*************** File: cpp.info,  Node: Function-like Mac
*** 1169,1176 ****
  ========================
  
  You can also define macros whose use looks like a function call.  These
! are called "function-like macros".  To define a function-like macro, you
! use the same '#define' directive, but you put a pair of parentheses
  immediately after the macro name.  For example,
  
       #define lang_init()  c_init()
--- 1174,1181 ----
  ========================
  
  You can also define macros whose use looks like a function call.  These
! are called "function-like macros".  To define a function-like macro,
! you use the same `#define' directive, but you put a pair of parentheses
  immediately after the macro name.  For example,
  
       #define lang_init()  c_init()
*************** same name, and you wish to use the funct
*** 1188,1196 ****
         foo();
         funcptr = foo;
  
!    Here the call to 'foo()' will use the macro, but the function pointer
! will get the address of the real function.  If the macro were to be
! expanded, it would cause a syntax error.
  
     If you put spaces between the macro name and the parentheses in the
  macro definition, that does not define a function-like macro, it defines
--- 1193,1201 ----
         foo();
         funcptr = foo;
  
!    Here the call to `foo()' will use the macro, but the function
! pointer will get the address of the real function.  If the macro were to
! be expanded, it would cause a syntax error.
  
     If you put spaces between the macro name and the parentheses in the
  macro definition, that does not define a function-like macro, it defines
*************** parentheses.
*** 1203,1209 ****
  
     The first two pairs of parentheses in this expansion come from the
  macro.  The third is the pair that was originally after the macro
! invocation.  Since 'lang_init' is an object-like macro, it does not
  consume those parentheses.
  
  
--- 1208,1214 ----
  
     The first two pairs of parentheses in this expansion come from the
  macro.  The third is the pair that was originally after the macro
! invocation.  Since `lang_init' is an object-like macro, it does not
  consume those parentheses.
  
  
*************** File: cpp.info,  Node: Macro Arguments,
*** 1212,1222 ****
  3.3 Macro Arguments
  ===================
  
! Function-like macros can take "arguments", just like true functions.  To
! define a macro that uses arguments, you insert "parameters" between the
! pair of parentheses in the macro definition that make the macro
! function-like.  The parameters must be valid C identifiers, separated by
! commas and optionally whitespace.
  
     To invoke a macro that takes arguments, you write the name of the
  macro followed by a list of "actual arguments" in parentheses, separated
--- 1217,1227 ----
  3.3 Macro Arguments
  ===================
  
! Function-like macros can take "arguments", just like true functions.
! To define a macro that uses arguments, you insert "parameters" between
! the pair of parentheses in the macro definition that make the macro
! function-like.  The parameters must be valid C identifiers, separated
! by commas and optionally whitespace.
  
     To invoke a macro that takes arguments, you write the name of the
  macro followed by a list of "actual arguments" in parentheses, separated
*************** prevent a comma from separating argument
*** 1248,1266 ****
  
       macro (array[x = y, x + 1])
  
! passes two arguments to 'macro': 'array[x = y' and 'x + 1]'.  If you
! want to supply 'array[x = y, x + 1]' as an argument, you can write it as
! 'array[(x = y, x + 1)]', which is equivalent C code.
  
     All arguments to a macro are completely macro-expanded before they
  are substituted into the macro body.  After substitution, the complete
  text is scanned again for macros to expand, including the arguments.
! This rule may seem strange, but it is carefully designed so you need not
! worry about whether any function call is actually a macro invocation.
! You can run into trouble if you try to be too clever, though.  *Note
! Argument Prescan::, for detailed discussion.
  
!    For example, 'min (min (a, b), c)' is first expanded to
  
         min (((a) < (b) ? (a) : (b)), (c))
  
--- 1253,1271 ----
  
       macro (array[x = y, x + 1])
  
! passes two arguments to `macro': `array[x = y' and `x + 1]'.  If you
! want to supply `array[x = y, x + 1]' as an argument, you can write it
! as `array[(x = y, x + 1)]', which is equivalent C code.
  
     All arguments to a macro are completely macro-expanded before they
  are substituted into the macro body.  After substitution, the complete
  text is scanned again for macros to expand, including the arguments.
! This rule may seem strange, but it is carefully designed so you need
! not worry about whether any function call is actually a macro
! invocation.  You can run into trouble if you try to be too clever,
! though.  *Note Argument Prescan::, for detailed discussion.
  
!    For example, `min (min (a, b), c)' is first expanded to
  
         min (((a) < (b) ? (a) : (b)), (c))
  
*************** and then to
*** 1276,1296 ****
  preprocessor (but many macros will then expand to invalid code).  You
  cannot leave out arguments entirely; if a macro takes two arguments,
  there must be exactly one comma at the top level of its argument list.
! Here are some silly examples using 'min':
  
       min(, b)        ==> ((   ) < (b) ? (   ) : (b))
       min(a, )        ==> ((a  ) < ( ) ? (a  ) : ( ))
       min(,)          ==> ((   ) < ( ) ? (   ) : ( ))
       min((,),)       ==> (((,)) < ( ) ? ((,)) : ( ))
  
!      min()      error-> macro "min" requires 2 arguments, but only 1 given
!      min(,,)    error-> macro "min" passed 3 arguments, but takes just 2
  
!    Whitespace is not a preprocessing token, so if a macro 'foo' takes
! one argument, 'foo ()' and 'foo ( )' both supply it an empty argument.
  Previous GNU preprocessor implementations and documentation were
! incorrect on this point, insisting that a function-like macro that takes
! a single argument be passed a space if an empty argument was required.
  
     Macro parameters appearing inside string literals are not replaced by
  their corresponding actual arguments.
--- 1281,1302 ----
  preprocessor (but many macros will then expand to invalid code).  You
  cannot leave out arguments entirely; if a macro takes two arguments,
  there must be exactly one comma at the top level of its argument list.
! Here are some silly examples using `min':
  
       min(, b)        ==> ((   ) < (b) ? (   ) : (b))
       min(a, )        ==> ((a  ) < ( ) ? (a  ) : ( ))
       min(,)          ==> ((   ) < ( ) ? (   ) : ( ))
       min((,),)       ==> (((,)) < ( ) ? ((,)) : ( ))
  
!      min()      error--> macro "min" requires 2 arguments, but only 1 given
!      min(,,)    error--> macro "min" passed 3 arguments, but takes just 2
  
!    Whitespace is not a preprocessing token, so if a macro `foo' takes
! one argument, `foo ()' and `foo ( )' both supply it an empty argument.
  Previous GNU preprocessor implementations and documentation were
! incorrect on this point, insisting that a function-like macro that
! takes a single argument be passed a space if an empty argument was
! required.
  
     Macro parameters appearing inside string literals are not replaced by
  their corresponding actual arguments.
*************** File: cpp.info,  Node: Stringizing,  Nex
*** 1306,1313 ****
  
  Sometimes you may want to convert a macro argument into a string
  constant.  Parameters are not replaced inside string constants, but you
! can use the '#' preprocessing operator instead.  When a macro parameter
! is used with a leading '#', the preprocessor replaces it with the
  literal text of the actual argument, converted to a string constant.
  Unlike normal parameter replacement, the argument is not macro-expanded
  first.  This is called "stringizing".
--- 1312,1319 ----
  
  Sometimes you may want to convert a macro argument into a string
  constant.  Parameters are not replaced inside string constants, but you
! can use the `#' preprocessing operator instead.  When a macro parameter
! is used with a leading `#', the preprocessor replaces it with the
  literal text of the actual argument, converted to a string constant.
  Unlike normal parameter replacement, the argument is not macro-expanded
  first.  This is called "stringizing".
*************** combines all the adjacent string constan
*** 1328,1350 ****
            ==> do { if (x == 0)
                  fprintf (stderr, "Warning: " "x == 0" "\n"); } while (0);
  
! The argument for 'EXP' is substituted once, as-is, into the 'if'
! statement, and once, stringized, into the argument to 'fprintf'.  If 'x'
! were a macro, it would be expanded in the 'if' statement, but not in the
! string.
  
!    The 'do' and 'while (0)' are a kludge to make it possible to write
! 'WARN_IF (ARG);', which the resemblance of 'WARN_IF' to a function would
! make C programmers want to do; see *note Swallowing the Semicolon::.
  
     Stringizing in C involves more than putting double-quote characters
  around the fragment.  The preprocessor backslash-escapes the quotes
! surrounding embedded string constants, and all backslashes within string
! and character constants, in order to get a valid C string constant with
! the proper contents.  Thus, stringizing 'p = "foo\n";' results in
! "p = \"foo\\n\";".  However, backslashes that are not inside string or
! character constants are not duplicated: '\n' by itself stringizes to
! "\n".
  
     All leading and trailing whitespace in text being stringized is
  ignored.  Any sequence of whitespace in the middle of the text is
--- 1334,1357 ----
            ==> do { if (x == 0)
                  fprintf (stderr, "Warning: " "x == 0" "\n"); } while (0);
  
! The argument for `EXP' is substituted once, as-is, into the `if'
! statement, and once, stringized, into the argument to `fprintf'.  If
! `x' were a macro, it would be expanded in the `if' statement, but not
! in the string.
  
!    The `do' and `while (0)' are a kludge to make it possible to write
! `WARN_IF (ARG);', which the resemblance of `WARN_IF' to a function
! would make C programmers want to do; see *note Swallowing the
! Semicolon::.
  
     Stringizing in C involves more than putting double-quote characters
  around the fragment.  The preprocessor backslash-escapes the quotes
! surrounding embedded string constants, and all backslashes within
! string and character constants, in order to get a valid C string
! constant with the proper contents.  Thus, stringizing `p = "foo\n";'
! results in "p = \"foo\\n\";".  However, backslashes that are not inside
! string or character constants are not duplicated: `\n' by itself
! stringizes to "\n".
  
     All leading and trailing whitespace in text being stringized is
  ignored.  Any sequence of whitespace in the middle of the text is
*************** you have to use two levels of macros.
*** 1368,1378 ****
            ==> str (4)
            ==> "4"
  
!    's' is stringized when it is used in 'str', so it is not
! macro-expanded first.  But 's' is an ordinary argument to 'xstr', so it
! is completely macro-expanded before 'xstr' itself is expanded (*note
! Argument Prescan::).  Therefore, by the time 'str' gets to its argument,
! it has already been macro-expanded.
  
  
  File: cpp.info,  Node: Concatenation,  Next: Variadic Macros,  Prev: Stringizing,  Up: Macros
--- 1375,1385 ----
            ==> str (4)
            ==> "4"
  
!    `s' is stringized when it is used in `str', so it is not
! macro-expanded first.  But `s' is an ordinary argument to `xstr', so it
! is completely macro-expanded before `xstr' itself is expanded (*note
! Argument Prescan::).  Therefore, by the time `str' gets to its
! argument, it has already been macro-expanded.
  
  
  File: cpp.info,  Node: Concatenation,  Next: Variadic Macros,  Prev: Stringizing,  Up: Macros
*************** File: cpp.info,  Node: Concatenation,  N
*** 1381,1419 ****
  =================
  
  It is often useful to merge two tokens into one while expanding macros.
! This is called "token pasting" or "token concatenation".  The '##'
  preprocessing operator performs token pasting.  When a macro is
! expanded, the two tokens on either side of each '##' operator are
! combined into a single token, which then replaces the '##' and the two
  original tokens in the macro expansion.  Usually both will be
  identifiers, or one will be an identifier and the other a preprocessing
  number.  When pasted, they make a longer identifier.  This isn't the
  only valid case.  It is also possible to concatenate two numbers (or a
! number and a name, such as '1.5' and 'e3') into a number.  Also,
! multi-character operators such as '+=' can be formed by token pasting.
  
     However, two tokens that don't together form a valid token cannot be
! pasted together.  For example, you cannot concatenate 'x' with '+' in
  either order.  If you try, the preprocessor issues a warning and emits
  the two tokens.  Whether it puts white space between the tokens is
! undefined.  It is common to find unnecessary uses of '##' in complex
  macros.  If you get this warning, it is likely that you can simply
! remove the '##'.
  
!    Both the tokens combined by '##' could come from the macro body, but
  you could just as well write them as one token in the first place.
  Token pasting is most useful when one or both of the tokens comes from a
! macro argument.  If either of the tokens next to an '##' is a parameter
! name, it is replaced by its actual argument before '##' executes.  As
  with stringizing, the actual argument is not macro-expanded first.  If
! the argument is empty, that '##' has no effect.
  
     Keep in mind that the C preprocessor converts comments to whitespace
  before macros are even considered.  Therefore, you cannot create a
! comment by concatenating '/' and '*'.  You can put as much whitespace
! between '##' and its operands as you like, including comments, and you
! can put comments in arguments that will be concatenated.  However, it is
! an error if '##' appears at either end of a macro body.
  
     Consider a C program that interprets named commands.  There probably
  needs to be a table of commands, perhaps an array of structures declared
--- 1388,1426 ----
  =================
  
  It is often useful to merge two tokens into one while expanding macros.
! This is called "token pasting" or "token concatenation".  The `##'
  preprocessing operator performs token pasting.  When a macro is
! expanded, the two tokens on either side of each `##' operator are
! combined into a single token, which then replaces the `##' and the two
  original tokens in the macro expansion.  Usually both will be
  identifiers, or one will be an identifier and the other a preprocessing
  number.  When pasted, they make a longer identifier.  This isn't the
  only valid case.  It is also possible to concatenate two numbers (or a
! number and a name, such as `1.5' and `e3') into a number.  Also,
! multi-character operators such as `+=' can be formed by token pasting.
  
     However, two tokens that don't together form a valid token cannot be
! pasted together.  For example, you cannot concatenate `x' with `+' in
  either order.  If you try, the preprocessor issues a warning and emits
  the two tokens.  Whether it puts white space between the tokens is
! undefined.  It is common to find unnecessary uses of `##' in complex
  macros.  If you get this warning, it is likely that you can simply
! remove the `##'.
  
!    Both the tokens combined by `##' could come from the macro body, but
  you could just as well write them as one token in the first place.
  Token pasting is most useful when one or both of the tokens comes from a
! macro argument.  If either of the tokens next to an `##' is a parameter
! name, it is replaced by its actual argument before `##' executes.  As
  with stringizing, the actual argument is not macro-expanded first.  If
! the argument is empty, that `##' has no effect.
  
     Keep in mind that the C preprocessor converts comments to whitespace
  before macros are even considered.  Therefore, you cannot create a
! comment by concatenating `/' and `*'.  You can put as much whitespace
! between `##' and its operands as you like, including comments, and you
! can put comments in arguments that will be concatenated.  However, it
! is an error if `##' appears at either end of a macro body.
  
     Consider a C program that interprets named commands.  There probably
  needs to be a table of commands, perhaps an array of structures declared
*************** as follows:
*** 1432,1443 ****
         ...
       };
  
!    It would be cleaner not to have to give each command name twice, once
! in the string constant and once in the function name.  A macro which
! takes the name of a command as an argument can make this unnecessary.
! The string constant can be created with stringizing, and the function
! name by concatenating the argument with '_command'.  Here is how it is
! done:
  
       #define COMMAND(NAME)  { #NAME, NAME ## _command }
  
--- 1439,1450 ----
         ...
       };
  
!    It would be cleaner not to have to give each command name twice,
! once in the string constant and once in the function name.  A macro
! which takes the name of a command as an argument can make this
! unnecessary.  The string constant can be created with stringizing, and
! the function name by concatenating the argument with `_command'.  Here
! is how it is done:
  
       #define COMMAND(NAME)  { #NAME, NAME ## _command }
  
*************** a function.  Here is an example:
*** 1463,1469 ****
     This kind of macro is called "variadic".  When the macro is invoked,
  all the tokens in its argument list after the last named argument (this
  macro has none), including any commas, become the "variable argument".
! This sequence of tokens replaces the identifier '__VA_ARGS__' in the
  macro body wherever it appears.  Thus, we have this expansion:
  
       eprintf ("%s:%d: ", input_file, lineno)
--- 1470,1476 ----
     This kind of macro is called "variadic".  When the macro is invoked,
  all the tokens in its argument list after the last named argument (this
  macro has none), including any commas, become the "variable argument".
! This sequence of tokens replaces the identifier `__VA_ARGS__' in the
  macro body wherever it appears.  Thus, we have this expansion:
  
       eprintf ("%s:%d: ", input_file, lineno)
*************** macro body wherever it appears.  Thus, w
*** 1471,1493 ****
  
     The variable argument is completely macro-expanded before it is
  inserted into the macro expansion, just like an ordinary argument.  You
! may use the '#' and '##' operators to stringize the variable argument or
! to paste its leading or trailing token with another token.  (But see
! below for an important special case for '##'.)
  
     If your macro is complicated, you may want a more descriptive name
! for the variable argument than '__VA_ARGS__'.  CPP permits this, as an
! extension.  You may write an argument name immediately before the '...';
! that name is used for the variable argument.  The 'eprintf' macro above
! could be written
  
       #define eprintf(args...) fprintf (stderr, args)
  
! using this extension.  You cannot use '__VA_ARGS__' and this extension
  in the same macro.
  
     You can have named arguments as well as variable arguments in a
! variadic macro.  We could define 'eprintf' like this, instead:
  
       #define eprintf(format, ...) fprintf (stderr, format, __VA_ARGS__)
  
--- 1478,1500 ----
  
     The variable argument is completely macro-expanded before it is
  inserted into the macro expansion, just like an ordinary argument.  You
! may use the `#' and `##' operators to stringize the variable argument
! or to paste its leading or trailing token with another token.  (But see
! below for an important special case for `##'.)
  
     If your macro is complicated, you may want a more descriptive name
! for the variable argument than `__VA_ARGS__'.  CPP permits this, as an
! extension.  You may write an argument name immediately before the
! `...'; that name is used for the variable argument.  The `eprintf'
! macro above could be written
  
       #define eprintf(args...) fprintf (stderr, args)
  
! using this extension.  You cannot use `__VA_ARGS__' and this extension
  in the same macro.
  
     You can have named arguments as well as variable arguments in a
! variadic macro.  We could define `eprintf' like this, instead:
  
       #define eprintf(format, ...) fprintf (stderr, format, __VA_ARGS__)
  
*************** This formulation looks more descriptive,
*** 1495,1502 ****
  flexible: you must now supply at least one argument after the format
  string.  In standard C, you cannot omit the comma separating the named
  argument from the variable arguments.  Furthermore, if you leave the
! variable argument empty, you will get a syntax error, because there will
! be an extra comma after the format string.
  
       eprintf("success!\n", );
            ==> fprintf(stderr, "success!\n", );
--- 1502,1509 ----
  flexible: you must now supply at least one argument after the format
  string.  In standard C, you cannot omit the comma separating the named
  argument from the variable arguments.  Furthermore, if you leave the
! variable argument empty, you will get a syntax error, because there
! will be an extra comma after the format string.
  
       eprintf("success!\n", );
            ==> fprintf(stderr, "success!\n", );
*************** First, you are allowed to leave the vari
*** 1507,1542 ****
       eprintf ("success!\n")
            ==> fprintf(stderr, "success!\n", );
  
! Second, the '##' token paste operator has a special meaning when placed
  between a comma and a variable argument.  If you write
  
       #define eprintf(format, ...) fprintf (stderr, format, ##__VA_ARGS__)
  
! and the variable argument is left out when the 'eprintf' macro is used,
! then the comma before the '##' will be deleted.  This does _not_ happen
! if you pass an empty argument, nor does it happen if the token preceding
! '##' is anything other than a comma.
  
       eprintf ("success!\n")
            ==> fprintf(stderr, "success!\n");
  
  The above explanation is ambiguous about the case where the only macro
! parameter is a variable arguments parameter, as it is meaningless to try
! to distinguish whether no argument at all is an empty argument or a
  missing argument.  CPP retains the comma when conforming to a specific C
  standard.  Otherwise the comma is dropped as an extension to the
  standard.
  
     The C standard mandates that the only place the identifier
! '__VA_ARGS__' can appear is in the replacement list of a variadic macro.
! It may not be used as a macro name, macro argument name, or within a
! different type of macro.  It may also be forbidden in open text; the
! standard is ambiguous.  We recommend you avoid using it except for its
! defined purpose.
  
     Variadic macros became a standard part of the C language with C99.
  GNU CPP previously supported them with a named variable argument
! ('args...', not '...' and '__VA_ARGS__'), which is still supported for
  backward compatibility.
  
  
--- 1514,1549 ----
       eprintf ("success!\n")
            ==> fprintf(stderr, "success!\n", );
  
! Second, the `##' token paste operator has a special meaning when placed
  between a comma and a variable argument.  If you write
  
       #define eprintf(format, ...) fprintf (stderr, format, ##__VA_ARGS__)
  
! and the variable argument is left out when the `eprintf' macro is used,
! then the comma before the `##' will be deleted.  This does _not_ happen
! if you pass an empty argument, nor does it happen if the token
! preceding `##' is anything other than a comma.
  
       eprintf ("success!\n")
            ==> fprintf(stderr, "success!\n");
  
  The above explanation is ambiguous about the case where the only macro
! parameter is a variable arguments parameter, as it is meaningless to
! try to distinguish whether no argument at all is an empty argument or a
  missing argument.  CPP retains the comma when conforming to a specific C
  standard.  Otherwise the comma is dropped as an extension to the
  standard.
  
     The C standard mandates that the only place the identifier
! `__VA_ARGS__' can appear is in the replacement list of a variadic
! macro.  It may not be used as a macro name, macro argument name, or
! within a different type of macro.  It may also be forbidden in open
! text; the standard is ambiguous.  We recommend you avoid using it
! except for its defined purpose.
  
     Variadic macros became a standard part of the C language with C99.
  GNU CPP previously supported them with a named variable argument
! (`args...', not `...' and `__VA_ARGS__'), which is still supported for
  backward compatibility.
  
  
*************** File: cpp.info,  Node: Standard Predefin
*** 1566,1590 ****
  --------------------------------
  
  The standard predefined macros are specified by the relevant language
! standards, so they are available with all compilers that implement those
! standards.  Older compilers may not provide all of them.  Their names
! all start with double underscores.
  
! '__FILE__'
       This macro expands to the name of the current input file, in the
       form of a C string constant.  This is the path by which the
       preprocessor opened the file, not the short name specified in
!      '#include' or as the input file name argument.  For example,
!      '"/usr/local/include/myheader.h"' is a possible expansion of this
       macro.
  
! '__LINE__'
!      This macro expands to the current input line number, in the form of
!      a decimal integer constant.  While we call it a predefined macro,
!      it's a pretty strange macro, since its "definition" changes with
!      each new line of source code.
  
!    '__FILE__' and '__LINE__' are useful in generating an error message
  to report an inconsistency detected by the program; the message can
  state the source line at which the inconsistency was detected.  For
  example,
--- 1573,1597 ----
  --------------------------------
  
  The standard predefined macros are specified by the relevant language
! standards, so they are available with all compilers that implement
! those standards.  Older compilers may not provide all of them.  Their
! names all start with double underscores.
  
! `__FILE__'
       This macro expands to the name of the current input file, in the
       form of a C string constant.  This is the path by which the
       preprocessor opened the file, not the short name specified in
!      `#include' or as the input file name argument.  For example,
!      `"/usr/local/include/myheader.h"' is a possible expansion of this
       macro.
  
! `__LINE__'
!      This macro expands to the current input line number, in the form
!      of a decimal integer constant.  While we call it a predefined
!      macro, it's a pretty strange macro, since its "definition" changes
!      with each new line of source code.
  
!    `__FILE__' and `__LINE__' are useful in generating an error message
  to report an inconsistency detected by the program; the message can
  state the source line at which the inconsistency was detected.  For
  example,
*************** example,
*** 1594,1695 ****
                        "%d at %s, line %d.",
                length, __FILE__, __LINE__);
  
!    An '#include' directive changes the expansions of '__FILE__' and
! '__LINE__' to correspond to the included file.  At the end of that file,
! when processing resumes on the input file that contained the '#include'
! directive, the expansions of '__FILE__' and '__LINE__' revert to the
! values they had before the '#include' (but '__LINE__' is then
! incremented by one as processing moves to the line after the
! '#include').
  
!    A '#line' directive changes '__LINE__', and may change '__FILE__' as
  well.  *Note Line Control::.
  
!    C99 introduced '__func__', and GCC has provided '__FUNCTION__' for a
! long time.  Both of these are strings containing the name of the current
! function (there are slight semantic differences; see the GCC manual).
! Neither of them is a macro; the preprocessor does not know the name of
! the current function.  They tend to be useful in conjunction with
! '__FILE__' and '__LINE__', though.
  
! '__DATE__'
       This macro expands to a string constant that describes the date on
       which the preprocessor is being run.  The string constant contains
!      eleven characters and looks like '"Feb 12 1996"'.  If the day of
       the month is less than 10, it is padded with a space on the left.
  
       If GCC cannot determine the current date, it will emit a warning
!      message (once per compilation) and '__DATE__' will expand to
!      '"??? ?? ????"'.
  
! '__TIME__'
       This macro expands to a string constant that describes the time at
       which the preprocessor is being run.  The string constant contains
!      eight characters and looks like '"23:59:01"'.
  
       If GCC cannot determine the current time, it will emit a warning
!      message (once per compilation) and '__TIME__' will expand to
!      '"??:??:??"'.
  
! '__STDC__'
       In normal operation, this macro expands to the constant 1, to
       signify that this compiler conforms to ISO Standard C.  If GNU CPP
       is used with a compiler other than GCC, this is not necessarily
       true; however, the preprocessor always conforms to the standard
!      unless the '-traditional-cpp' option is used.
  
!      This macro is not defined if the '-traditional-cpp' option is used.
  
       On some hosts, the system compiler uses a different convention,
!      where '__STDC__' is normally 0, but is 1 if the user specifies
       strict conformance to the C Standard.  CPP follows the host
!      convention when processing system header files, but when processing
!      user files '__STDC__' is always 1.  This has been reported to cause
!      problems; for instance, some versions of Solaris provide X Windows
!      headers that expect '__STDC__' to be either undefined or 1.  *Note
!      Invocation::.
  
! '__STDC_VERSION__'
       This macro expands to the C Standard's version number, a long
!      integer constant of the form 'YYYYMML' where YYYY and MM are the
       year and month of the Standard version.  This signifies which
       version of the C Standard the compiler conforms to.  Like
!      '__STDC__', this is not necessarily accurate for the entire
       implementation, unless GNU CPP is being used with GCC.
  
!      The value '199409L' signifies the 1989 C standard as amended in
!      1994, which is the current default; the value '199901L' signifies
!      the 1999 revision of the C standard.  Support for the 1999 revision
!      is not yet complete.
  
!      This macro is not defined if the '-traditional-cpp' option is used,
!      nor when compiling C++ or Objective-C.
  
! '__STDC_HOSTED__'
       This macro is defined, with value 1, if the compiler's target is a
       "hosted environment".  A hosted environment has the complete
       facilities of the standard C library available.
  
! '__cplusplus'
       This macro is defined when the C++ compiler is in use.  You can use
!      '__cplusplus' to test whether a header is compiled by a C compiler
!      or a C++ compiler.  This macro is similar to '__STDC_VERSION__', in
       that it expands to a version number.  Depending on the language
!      standard selected, the value of the macro is '199711L' for the 1998
!      C++ standard, '201103L' for the 2011 C++ standard, '201402L' for
!      the 2014 C++ standard, or an unspecified value strictly larger than
!      '201402L' for the experimental languages enabled by '-std=c++1z'
!      and '-std=gnu++1z'.
  
! '__OBJC__'
       This macro is defined, with value 1, when the Objective-C compiler
!      is in use.  You can use '__OBJC__' to test whether a header is
       compiled by a C compiler or an Objective-C compiler.
  
! '__ASSEMBLER__'
       This macro is defined with value 1 when preprocessing assembly
       language.
  
  
  File: cpp.info,  Node: Common Predefined Macros,  Next: System-specific Predefined Macros,  Prev: Standard Predefined Macros,  Up: Predefined Macros
  
--- 1601,1703 ----
                        "%d at %s, line %d.",
                length, __FILE__, __LINE__);
  
!    An `#include' directive changes the expansions of `__FILE__' and
! `__LINE__' to correspond to the included file.  At the end of that
! file, when processing resumes on the input file that contained the
! `#include' directive, the expansions of `__FILE__' and `__LINE__'
! revert to the values they had before the `#include' (but `__LINE__' is
! then incremented by one as processing moves to the line after the
! `#include').
  
!    A `#line' directive changes `__LINE__', and may change `__FILE__' as
  well.  *Note Line Control::.
  
!    C99 introduced `__func__', and GCC has provided `__FUNCTION__' for a
! long time.  Both of these are strings containing the name of the
! current function (there are slight semantic differences; see the GCC
! manual).  Neither of them is a macro; the preprocessor does not know the
! name of the current function.  They tend to be useful in conjunction
! with `__FILE__' and `__LINE__', though.
  
! `__DATE__'
       This macro expands to a string constant that describes the date on
       which the preprocessor is being run.  The string constant contains
!      eleven characters and looks like `"Feb 12 1996"'.  If the day of
       the month is less than 10, it is padded with a space on the left.
  
       If GCC cannot determine the current date, it will emit a warning
!      message (once per compilation) and `__DATE__' will expand to
!      `"??? ?? ????"'.
  
! `__TIME__'
       This macro expands to a string constant that describes the time at
       which the preprocessor is being run.  The string constant contains
!      eight characters and looks like `"23:59:01"'.
  
       If GCC cannot determine the current time, it will emit a warning
!      message (once per compilation) and `__TIME__' will expand to
!      `"??:??:??"'.
  
! `__STDC__'
       In normal operation, this macro expands to the constant 1, to
       signify that this compiler conforms to ISO Standard C.  If GNU CPP
       is used with a compiler other than GCC, this is not necessarily
       true; however, the preprocessor always conforms to the standard
!      unless the `-traditional-cpp' option is used.
  
!      This macro is not defined if the `-traditional-cpp' option is used.
  
       On some hosts, the system compiler uses a different convention,
!      where `__STDC__' is normally 0, but is 1 if the user specifies
       strict conformance to the C Standard.  CPP follows the host
!      convention when processing system header files, but when
!      processing user files `__STDC__' is always 1.  This has been
!      reported to cause problems; for instance, some versions of Solaris
!      provide X Windows headers that expect `__STDC__' to be either
!      undefined or 1.  *Note Invocation::.
  
! `__STDC_VERSION__'
       This macro expands to the C Standard's version number, a long
!      integer constant of the form `YYYYMML' where YYYY and MM are the
       year and month of the Standard version.  This signifies which
       version of the C Standard the compiler conforms to.  Like
!      `__STDC__', this is not necessarily accurate for the entire
       implementation, unless GNU CPP is being used with GCC.
  
!      The value `199409L' signifies the 1989 C standard as amended in
!      1994, which is the current default; the value `199901L' signifies
!      the 1999 revision of the C standard.  Support for the 1999
!      revision is not yet complete.
  
!      This macro is not defined if the `-traditional-cpp' option is
!      used, nor when compiling C++ or Objective-C.
  
! `__STDC_HOSTED__'
       This macro is defined, with value 1, if the compiler's target is a
       "hosted environment".  A hosted environment has the complete
       facilities of the standard C library available.
  
! `__cplusplus'
       This macro is defined when the C++ compiler is in use.  You can use
!      `__cplusplus' to test whether a header is compiled by a C compiler
!      or a C++ compiler.  This macro is similar to `__STDC_VERSION__', in
       that it expands to a version number.  Depending on the language
!      standard selected, the value of the macro is `199711L' for the
!      1998 C++ standard, `201103L' for the 2011 C++ standard, `201402L'
!      for the 2014 C++ standard, or an unspecified value strictly larger
!      than `201402L' for the experimental languages enabled by
!      `-std=c++1z' and `-std=gnu++1z'.
  
! `__OBJC__'
       This macro is defined, with value 1, when the Objective-C compiler
!      is in use.  You can use `__OBJC__' to test whether a header is
       compiled by a C compiler or an Objective-C compiler.
  
! `__ASSEMBLER__'
       This macro is defined with value 1 when preprocessing assembly
       language.
  
+ 
  
  File: cpp.info,  Node: Common Predefined Macros,  Next: System-specific Predefined Macros,  Prev: Standard Predefined Macros,  Up: Predefined Macros
  
*************** with the same meanings regardless of the
*** 1701,1737 ****
  which you are using GNU C or GNU Fortran.  Their names all start with
  double underscores.
  
! '__COUNTER__'
       This macro expands to sequential integral values starting from 0.
!      In conjunction with the '##' operator, this provides a convenient
!      means to generate unique identifiers.  Care must be taken to ensure
!      that '__COUNTER__' is not expanded prior to inclusion of
       precompiled headers which use it.  Otherwise, the precompiled
       headers will not be used.
  
! '__GFORTRAN__'
       The GNU Fortran compiler defines this.
  
! '__GNUC__'
! '__GNUC_MINOR__'
! '__GNUC_PATCHLEVEL__'
       These macros are defined by all GNU compilers that use the C
       preprocessor: C, C++, Objective-C and Fortran.  Their values are
       the major version, minor version, and patch level of the compiler,
       as integer constants.  For example, GCC version X.Y.Z defines
!      '__GNUC__' to X, '__GNUC_MINOR__' to Y, and '__GNUC_PATCHLEVEL__'
!      to Z.  These macros are also defined if you invoke the preprocessor
!      directly.
  
       If all you need to know is whether or not your program is being
       compiled by GCC, or a non-GCC compiler that claims to accept the
!      GNU C dialects, you can simply test '__GNUC__'.  If you need to
       write code which depends on a specific version, you must be more
!      careful.  Each time the minor version is increased, the patch level
!      is reset to zero; each time the major version is increased, the
!      minor version and patch level are reset.  If you wish to use the
!      predefined macros directly in the conditional, you will need to
!      write it like this:
  
            /* Test for GCC > 3.2.0 */
            #if __GNUC__ > 3 || \
--- 1709,1745 ----
  which you are using GNU C or GNU Fortran.  Their names all start with
  double underscores.
  
! `__COUNTER__'
       This macro expands to sequential integral values starting from 0.
!      In conjunction with the `##' operator, this provides a convenient
!      means to generate unique identifiers.  Care must be taken to
!      ensure that `__COUNTER__' is not expanded prior to inclusion of
       precompiled headers which use it.  Otherwise, the precompiled
       headers will not be used.
  
! `__GFORTRAN__'
       The GNU Fortran compiler defines this.
  
! `__GNUC__'
! `__GNUC_MINOR__'
! `__GNUC_PATCHLEVEL__'
       These macros are defined by all GNU compilers that use the C
       preprocessor: C, C++, Objective-C and Fortran.  Their values are
       the major version, minor version, and patch level of the compiler,
       as integer constants.  For example, GCC version X.Y.Z defines
!      `__GNUC__' to X, `__GNUC_MINOR__' to Y, and `__GNUC_PATCHLEVEL__'
!      to Z.  These macros are also defined if you invoke the
!      preprocessor directly.
  
       If all you need to know is whether or not your program is being
       compiled by GCC, or a non-GCC compiler that claims to accept the
!      GNU C dialects, you can simply test `__GNUC__'.  If you need to
       write code which depends on a specific version, you must be more
!      careful.  Each time the minor version is increased, the patch
!      level is reset to zero; each time the major version is increased,
!      the minor version and patch level are reset.  If you wish to use
!      the predefined macros directly in the conditional, you will need
!      to write it like this:
  
            /* Test for GCC > 3.2.0 */
            #if __GNUC__ > 3 || \
*************** double underscores.
*** 1751,1797 ****
  
       Many people find this form easier to understand.
  
! '__GNUG__'
       The GNU C++ compiler defines this.  Testing it is equivalent to
!      testing '(__GNUC__ && __cplusplus)'.
  
! '__STRICT_ANSI__'
!      GCC defines this macro if and only if the '-ansi' switch, or a
!      '-std' switch specifying strict conformance to some version of ISO
!      C or ISO C++, was specified when GCC was invoked.  It is defined to
!      '1'.  This macro exists primarily to direct GNU libc's header files
!      to use only definitions found in standard C.
  
! '__BASE_FILE__'
       This macro expands to the name of the main input file, in the form
       of a C string constant.  This is the source file that was specified
       on the command line of the preprocessor or C compiler.
  
! '__INCLUDE_LEVEL__'
       This macro expands to a decimal integer constant that represents
       the depth of nesting in include files.  The value of this macro is
!      incremented on every '#include' directive and decremented at the
       end of every included file.  It starts out at 0, its value within
       the base file specified on the command line.
  
! '__ELF__'
       This macro is defined if the target uses the ELF object format.
  
! '__VERSION__'
!      This macro expands to a string constant which describes the version
!      of the compiler in use.  You should not rely on its contents having
!      any particular form, but it can be counted on to contain at least
!      the release number.
  
! '__OPTIMIZE__'
! '__OPTIMIZE_SIZE__'
! '__NO_INLINE__'
!      These macros describe the compilation mode.  '__OPTIMIZE__' is
!      defined in all optimizing compilations.  '__OPTIMIZE_SIZE__' is
       defined if the compiler is optimizing for size, not speed.
!      '__NO_INLINE__' is defined if no functions will be inlined into
       their callers (when not optimizing, or when inlining has been
!      specifically disabled by '-fno-inline').
  
       These macros cause certain GNU header files to provide optimized
       definitions, using macros or inline functions, of system library
--- 1759,1805 ----
  
       Many people find this form easier to understand.
  
! `__GNUG__'
       The GNU C++ compiler defines this.  Testing it is equivalent to
!      testing `(__GNUC__ && __cplusplus)'.
  
! `__STRICT_ANSI__'
!      GCC defines this macro if and only if the `-ansi' switch, or a
!      `-std' switch specifying strict conformance to some version of ISO
!      C or ISO C++, was specified when GCC was invoked.  It is defined
!      to `1'.  This macro exists primarily to direct GNU libc's header
!      files to use only definitions found in standard C.
  
! `__BASE_FILE__'
       This macro expands to the name of the main input file, in the form
       of a C string constant.  This is the source file that was specified
       on the command line of the preprocessor or C compiler.
  
! `__INCLUDE_LEVEL__'
       This macro expands to a decimal integer constant that represents
       the depth of nesting in include files.  The value of this macro is
!      incremented on every `#include' directive and decremented at the
       end of every included file.  It starts out at 0, its value within
       the base file specified on the command line.
  
! `__ELF__'
       This macro is defined if the target uses the ELF object format.
  
! `__VERSION__'
!      This macro expands to a string constant which describes the
!      version of the compiler in use.  You should not rely on its
!      contents having any particular form, but it can be counted on to
!      contain at least the release number.
  
! `__OPTIMIZE__'
! `__OPTIMIZE_SIZE__'
! `__NO_INLINE__'
!      These macros describe the compilation mode.  `__OPTIMIZE__' is
!      defined in all optimizing compilations.  `__OPTIMIZE_SIZE__' is
       defined if the compiler is optimizing for size, not speed.
!      `__NO_INLINE__' is defined if no functions will be inlined into
       their callers (when not optimizing, or when inlining has been
!      specifically disabled by `-fno-inline').
  
       These macros cause certain GNU header files to provide optimized
       definitions, using macros or inline functions, of system library
*************** double underscores.
*** 1799,2037 ****
       make sure that programs will execute with the same effect whether
       or not they are defined.  If they are defined, their value is 1.
  
! '__GNUC_GNU_INLINE__'
!      GCC defines this macro if functions declared 'inline' will be
       handled in GCC's traditional gnu90 mode.  Object files will contain
!      externally visible definitions of all functions declared 'inline'
!      without 'extern' or 'static'.  They will not contain any
!      definitions of any functions declared 'extern inline'.
  
! '__GNUC_STDC_INLINE__'
!      GCC defines this macro if functions declared 'inline' will be
       handled according to the ISO C99 or later standards.  Object files
       will contain externally visible definitions of all functions
!      declared 'extern inline'.  They will not contain definitions of any
!      functions declared 'inline' without 'extern'.
  
!      If this macro is defined, GCC supports the 'gnu_inline' function
       attribute as a way to always get the gnu90 behavior.
  
! '__CHAR_UNSIGNED__'
!      GCC defines this macro if and only if the data type 'char' is
       unsigned on the target machine.  It exists to cause the standard
!      header file 'limits.h' to work correctly.  You should not use this
       macro yourself; instead, refer to the standard macros defined in
!      'limits.h'.
  
! '__WCHAR_UNSIGNED__'
!      Like '__CHAR_UNSIGNED__', this macro is defined if and only if the
!      data type 'wchar_t' is unsigned and the front-end is in C++ mode.
  
! '__REGISTER_PREFIX__'
       This macro expands to a single token (not a string constant) which
       is the prefix applied to CPU register names in assembly language
       for this target.  You can use it to write assembly that is usable
!      in multiple environments.  For example, in the 'm68k-aout'
!      environment it expands to nothing, but in the 'm68k-coff'
!      environment it expands to a single '%'.
  
! '__USER_LABEL_PREFIX__'
       This macro expands to a single token which is the prefix applied to
       user labels (symbols visible to C code) in assembly.  For example,
!      in the 'm68k-aout' environment it expands to an '_', but in the
!      'm68k-coff' environment it expands to nothing.
  
       This macro will have the correct definition even if
!      '-f(no-)underscores' is in use, but it will not be correct if
       target-specific options that adjust this prefix are used (e.g. the
!      OSF/rose '-mno-underscores' option).
  
! '__SIZE_TYPE__'
! '__PTRDIFF_TYPE__'
! '__WCHAR_TYPE__'
! '__WINT_TYPE__'
! '__INTMAX_TYPE__'
! '__UINTMAX_TYPE__'
! '__SIG_ATOMIC_TYPE__'
! '__INT8_TYPE__'
! '__INT16_TYPE__'
! '__INT32_TYPE__'
! '__INT64_TYPE__'
! '__UINT8_TYPE__'
! '__UINT16_TYPE__'
! '__UINT32_TYPE__'
! '__UINT64_TYPE__'
! '__INT_LEAST8_TYPE__'
! '__INT_LEAST16_TYPE__'
! '__INT_LEAST32_TYPE__'
! '__INT_LEAST64_TYPE__'
! '__UINT_LEAST8_TYPE__'
! '__UINT_LEAST16_TYPE__'
! '__UINT_LEAST32_TYPE__'
! '__UINT_LEAST64_TYPE__'
! '__INT_FAST8_TYPE__'
! '__INT_FAST16_TYPE__'
! '__INT_FAST32_TYPE__'
! '__INT_FAST64_TYPE__'
! '__UINT_FAST8_TYPE__'
! '__UINT_FAST16_TYPE__'
! '__UINT_FAST32_TYPE__'
! '__UINT_FAST64_TYPE__'
! '__INTPTR_TYPE__'
! '__UINTPTR_TYPE__'
       These macros are defined to the correct underlying types for the
!      'size_t', 'ptrdiff_t', 'wchar_t', 'wint_t', 'intmax_t',
!      'uintmax_t', 'sig_atomic_t', 'int8_t', 'int16_t', 'int32_t',
!      'int64_t', 'uint8_t', 'uint16_t', 'uint32_t', 'uint64_t',
!      'int_least8_t', 'int_least16_t', 'int_least32_t', 'int_least64_t',
!      'uint_least8_t', 'uint_least16_t', 'uint_least32_t',
!      'uint_least64_t', 'int_fast8_t', 'int_fast16_t', 'int_fast32_t',
!      'int_fast64_t', 'uint_fast8_t', 'uint_fast16_t', 'uint_fast32_t',
!      'uint_fast64_t', 'intptr_t', and 'uintptr_t' typedefs,
       respectively.  They exist to make the standard header files
!      'stddef.h', 'stdint.h', and 'wchar.h' work correctly.  You should
       not use these macros directly; instead, include the appropriate
       headers and use the typedefs.  Some of these macros may not be
!      defined on particular systems if GCC does not provide a 'stdint.h'
       header on those systems.
  
! '__CHAR_BIT__'
       Defined to the number of bits used in the representation of the
!      'char' data type.  It exists to make the standard header given
       numerical limits work correctly.  You should not use this macro
       directly; instead, include the appropriate headers.
  
! '__SCHAR_MAX__'
! '__WCHAR_MAX__'
! '__SHRT_MAX__'
! '__INT_MAX__'
! '__LONG_MAX__'
! '__LONG_LONG_MAX__'
! '__WINT_MAX__'
! '__SIZE_MAX__'
! '__PTRDIFF_MAX__'
! '__INTMAX_MAX__'
! '__UINTMAX_MAX__'
! '__SIG_ATOMIC_MAX__'
! '__INT8_MAX__'
! '__INT16_MAX__'
! '__INT32_MAX__'
! '__INT64_MAX__'
! '__UINT8_MAX__'
! '__UINT16_MAX__'
! '__UINT32_MAX__'
! '__UINT64_MAX__'
! '__INT_LEAST8_MAX__'
! '__INT_LEAST16_MAX__'
! '__INT_LEAST32_MAX__'
! '__INT_LEAST64_MAX__'
! '__UINT_LEAST8_MAX__'
! '__UINT_LEAST16_MAX__'
! '__UINT_LEAST32_MAX__'
! '__UINT_LEAST64_MAX__'
! '__INT_FAST8_MAX__'
! '__INT_FAST16_MAX__'
! '__INT_FAST32_MAX__'
! '__INT_FAST64_MAX__'
! '__UINT_FAST8_MAX__'
! '__UINT_FAST16_MAX__'
! '__UINT_FAST32_MAX__'
! '__UINT_FAST64_MAX__'
! '__INTPTR_MAX__'
! '__UINTPTR_MAX__'
! '__WCHAR_MIN__'
! '__WINT_MIN__'
! '__SIG_ATOMIC_MIN__'
!      Defined to the maximum value of the 'signed char', 'wchar_t',
!      'signed short', 'signed int', 'signed long', 'signed long long',
!      'wint_t', 'size_t', 'ptrdiff_t', 'intmax_t', 'uintmax_t',
!      'sig_atomic_t', 'int8_t', 'int16_t', 'int32_t', 'int64_t',
!      'uint8_t', 'uint16_t', 'uint32_t', 'uint64_t', 'int_least8_t',
!      'int_least16_t', 'int_least32_t', 'int_least64_t', 'uint_least8_t',
!      'uint_least16_t', 'uint_least32_t', 'uint_least64_t',
!      'int_fast8_t', 'int_fast16_t', 'int_fast32_t', 'int_fast64_t',
!      'uint_fast8_t', 'uint_fast16_t', 'uint_fast32_t', 'uint_fast64_t',
!      'intptr_t', and 'uintptr_t' types and to the minimum value of the
!      'wchar_t', 'wint_t', and 'sig_atomic_t' types respectively.  They
!      exist to make the standard header given numerical limits work
!      correctly.  You should not use these macros directly; instead,
!      include the appropriate headers.  Some of these macros may not be
!      defined on particular systems if GCC does not provide a 'stdint.h'
!      header on those systems.
  
! '__INT8_C'
! '__INT16_C'
! '__INT32_C'
! '__INT64_C'
! '__UINT8_C'
! '__UINT16_C'
! '__UINT32_C'
! '__UINT64_C'
! '__INTMAX_C'
! '__UINTMAX_C'
!      Defined to implementations of the standard 'stdint.h' macros with
!      the same names without the leading '__'.  They exist the make the
       implementation of that header work correctly.  You should not use
       these macros directly; instead, include the appropriate headers.
       Some of these macros may not be defined on particular systems if
!      GCC does not provide a 'stdint.h' header on those systems.
  
! '__SCHAR_WIDTH__'
! '__SHRT_WIDTH__'
! '__INT_WIDTH__'
! '__LONG_WIDTH__'
! '__LONG_LONG_WIDTH__'
! '__PTRDIFF_WIDTH__'
! '__SIG_ATOMIC_WIDTH__'
! '__SIZE_WIDTH__'
! '__WCHAR_WIDTH__'
! '__WINT_WIDTH__'
! '__INT_LEAST8_WIDTH__'
! '__INT_LEAST16_WIDTH__'
! '__INT_LEAST32_WIDTH__'
! '__INT_LEAST64_WIDTH__'
! '__INT_FAST8_WIDTH__'
! '__INT_FAST16_WIDTH__'
! '__INT_FAST32_WIDTH__'
! '__INT_FAST64_WIDTH__'
! '__INTPTR_WIDTH__'
! '__INTMAX_WIDTH__'
       Defined to the bit widths of the corresponding types.  They exist
!      to make the implementations of 'limits.h' and 'stdint.h' behave
       correctly.  You should not use these macros directly; instead,
       include the appropriate headers.  Some of these macros may not be
!      defined on particular systems if GCC does not provide a 'stdint.h'
       header on those systems.
  
! '__SIZEOF_INT__'
! '__SIZEOF_LONG__'
! '__SIZEOF_LONG_LONG__'
! '__SIZEOF_SHORT__'
! '__SIZEOF_POINTER__'
! '__SIZEOF_FLOAT__'
! '__SIZEOF_DOUBLE__'
! '__SIZEOF_LONG_DOUBLE__'
! '__SIZEOF_SIZE_T__'
! '__SIZEOF_WCHAR_T__'
! '__SIZEOF_WINT_T__'
! '__SIZEOF_PTRDIFF_T__'
!      Defined to the number of bytes of the C standard data types: 'int',
!      'long', 'long long', 'short', 'void *', 'float', 'double', 'long
!      double', 'size_t', 'wchar_t', 'wint_t' and 'ptrdiff_t'.
  
! '__BYTE_ORDER__'
! '__ORDER_LITTLE_ENDIAN__'
! '__ORDER_BIG_ENDIAN__'
! '__ORDER_PDP_ENDIAN__'
!      '__BYTE_ORDER__' is defined to one of the values
!      '__ORDER_LITTLE_ENDIAN__', '__ORDER_BIG_ENDIAN__', or
!      '__ORDER_PDP_ENDIAN__' to reflect the layout of multi-byte and
!      multi-word quantities in memory.  If '__BYTE_ORDER__' is equal to
!      '__ORDER_LITTLE_ENDIAN__' or '__ORDER_BIG_ENDIAN__', then
       multi-byte and multi-word quantities are laid out identically: the
       byte (word) at the lowest address is the least significant or most
       significant byte (word) of the quantity, respectively.  If
!      '__BYTE_ORDER__' is equal to '__ORDER_PDP_ENDIAN__', then bytes in
       16-bit words are laid out in a little-endian fashion, whereas the
       16-bit subwords of a 32-bit quantity are laid out in big-endian
       fashion.
--- 1807,2045 ----
       make sure that programs will execute with the same effect whether
       or not they are defined.  If they are defined, their value is 1.
  
! `__GNUC_GNU_INLINE__'
!      GCC defines this macro if functions declared `inline' will be
       handled in GCC's traditional gnu90 mode.  Object files will contain
!      externally visible definitions of all functions declared `inline'
!      without `extern' or `static'.  They will not contain any
!      definitions of any functions declared `extern inline'.
  
! `__GNUC_STDC_INLINE__'
!      GCC defines this macro if functions declared `inline' will be
       handled according to the ISO C99 or later standards.  Object files
       will contain externally visible definitions of all functions
!      declared `extern inline'.  They will not contain definitions of
!      any functions declared `inline' without `extern'.
  
!      If this macro is defined, GCC supports the `gnu_inline' function
       attribute as a way to always get the gnu90 behavior.
  
! `__CHAR_UNSIGNED__'
!      GCC defines this macro if and only if the data type `char' is
       unsigned on the target machine.  It exists to cause the standard
!      header file `limits.h' to work correctly.  You should not use this
       macro yourself; instead, refer to the standard macros defined in
!      `limits.h'.
  
! `__WCHAR_UNSIGNED__'
!      Like `__CHAR_UNSIGNED__', this macro is defined if and only if the
!      data type `wchar_t' is unsigned and the front-end is in C++ mode.
  
! `__REGISTER_PREFIX__'
       This macro expands to a single token (not a string constant) which
       is the prefix applied to CPU register names in assembly language
       for this target.  You can use it to write assembly that is usable
!      in multiple environments.  For example, in the `m68k-aout'
!      environment it expands to nothing, but in the `m68k-coff'
!      environment it expands to a single `%'.
  
! `__USER_LABEL_PREFIX__'
       This macro expands to a single token which is the prefix applied to
       user labels (symbols visible to C code) in assembly.  For example,
!      in the `m68k-aout' environment it expands to an `_', but in the
!      `m68k-coff' environment it expands to nothing.
  
       This macro will have the correct definition even if
!      `-f(no-)underscores' is in use, but it will not be correct if
       target-specific options that adjust this prefix are used (e.g. the
!      OSF/rose `-mno-underscores' option).
  
! `__SIZE_TYPE__'
! `__PTRDIFF_TYPE__'
! `__WCHAR_TYPE__'
! `__WINT_TYPE__'
! `__INTMAX_TYPE__'
! `__UINTMAX_TYPE__'
! `__SIG_ATOMIC_TYPE__'
! `__INT8_TYPE__'
! `__INT16_TYPE__'
! `__INT32_TYPE__'
! `__INT64_TYPE__'
! `__UINT8_TYPE__'
! `__UINT16_TYPE__'
! `__UINT32_TYPE__'
! `__UINT64_TYPE__'
! `__INT_LEAST8_TYPE__'
! `__INT_LEAST16_TYPE__'
! `__INT_LEAST32_TYPE__'
! `__INT_LEAST64_TYPE__'
! `__UINT_LEAST8_TYPE__'
! `__UINT_LEAST16_TYPE__'
! `__UINT_LEAST32_TYPE__'
! `__UINT_LEAST64_TYPE__'
! `__INT_FAST8_TYPE__'
! `__INT_FAST16_TYPE__'
! `__INT_FAST32_TYPE__'
! `__INT_FAST64_TYPE__'
! `__UINT_FAST8_TYPE__'
! `__UINT_FAST16_TYPE__'
! `__UINT_FAST32_TYPE__'
! `__UINT_FAST64_TYPE__'
! `__INTPTR_TYPE__'
! `__UINTPTR_TYPE__'
       These macros are defined to the correct underlying types for the
!      `size_t', `ptrdiff_t', `wchar_t', `wint_t', `intmax_t',
!      `uintmax_t', `sig_atomic_t', `int8_t', `int16_t', `int32_t',
!      `int64_t', `uint8_t', `uint16_t', `uint32_t', `uint64_t',
!      `int_least8_t', `int_least16_t', `int_least32_t', `int_least64_t',
!      `uint_least8_t', `uint_least16_t', `uint_least32_t',
!      `uint_least64_t', `int_fast8_t', `int_fast16_t', `int_fast32_t',
!      `int_fast64_t', `uint_fast8_t', `uint_fast16_t', `uint_fast32_t',
!      `uint_fast64_t', `intptr_t', and `uintptr_t' typedefs,
       respectively.  They exist to make the standard header files
!      `stddef.h', `stdint.h', and `wchar.h' work correctly.  You should
       not use these macros directly; instead, include the appropriate
       headers and use the typedefs.  Some of these macros may not be
!      defined on particular systems if GCC does not provide a `stdint.h'
       header on those systems.
  
! `__CHAR_BIT__'
       Defined to the number of bits used in the representation of the
!      `char' data type.  It exists to make the standard header given
       numerical limits work correctly.  You should not use this macro
       directly; instead, include the appropriate headers.
  
! `__SCHAR_MAX__'
! `__WCHAR_MAX__'
! `__SHRT_MAX__'
! `__INT_MAX__'
! `__LONG_MAX__'
! `__LONG_LONG_MAX__'
! `__WINT_MAX__'
! `__SIZE_MAX__'
! `__PTRDIFF_MAX__'
! `__INTMAX_MAX__'
! `__UINTMAX_MAX__'
! `__SIG_ATOMIC_MAX__'
! `__INT8_MAX__'
! `__INT16_MAX__'
! `__INT32_MAX__'
! `__INT64_MAX__'
! `__UINT8_MAX__'
! `__UINT16_MAX__'
! `__UINT32_MAX__'
! `__UINT64_MAX__'
! `__INT_LEAST8_MAX__'
! `__INT_LEAST16_MAX__'
! `__INT_LEAST32_MAX__'
! `__INT_LEAST64_MAX__'
! `__UINT_LEAST8_MAX__'
! `__UINT_LEAST16_MAX__'
! `__UINT_LEAST32_MAX__'
! `__UINT_LEAST64_MAX__'
! `__INT_FAST8_MAX__'
! `__INT_FAST16_MAX__'
! `__INT_FAST32_MAX__'
! `__INT_FAST64_MAX__'
! `__UINT_FAST8_MAX__'
! `__UINT_FAST16_MAX__'
! `__UINT_FAST32_MAX__'
! `__UINT_FAST64_MAX__'
! `__INTPTR_MAX__'
! `__UINTPTR_MAX__'
! `__WCHAR_MIN__'
! `__WINT_MIN__'
! `__SIG_ATOMIC_MIN__'
!      Defined to the maximum value of the `signed char', `wchar_t',
!      `signed short', `signed int', `signed long', `signed long long',
!      `wint_t', `size_t', `ptrdiff_t', `intmax_t', `uintmax_t',
!      `sig_atomic_t', `int8_t', `int16_t', `int32_t', `int64_t',
!      `uint8_t', `uint16_t', `uint32_t', `uint64_t', `int_least8_t',
!      `int_least16_t', `int_least32_t', `int_least64_t',
!      `uint_least8_t', `uint_least16_t', `uint_least32_t',
!      `uint_least64_t', `int_fast8_t', `int_fast16_t', `int_fast32_t',
!      `int_fast64_t', `uint_fast8_t', `uint_fast16_t', `uint_fast32_t',
!      `uint_fast64_t', `intptr_t', and `uintptr_t' types and to the
!      minimum value of the `wchar_t', `wint_t', and `sig_atomic_t' types
!      respectively.  They exist to make the standard header given
!      numerical limits work correctly.  You should not use these macros
!      directly; instead, include the appropriate headers.  Some of these
!      macros may not be defined on particular systems if GCC does not
!      provide a `stdint.h' header on those systems.
  
! `__INT8_C'
! `__INT16_C'
! `__INT32_C'
! `__INT64_C'
! `__UINT8_C'
! `__UINT16_C'
! `__UINT32_C'
! `__UINT64_C'
! `__INTMAX_C'
! `__UINTMAX_C'
!      Defined to implementations of the standard `stdint.h' macros with
!      the same names without the leading `__'.  They exist the make the
       implementation of that header work correctly.  You should not use
       these macros directly; instead, include the appropriate headers.
       Some of these macros may not be defined on particular systems if
!      GCC does not provide a `stdint.h' header on those systems.
  
! `__SCHAR_WIDTH__'
! `__SHRT_WIDTH__'
! `__INT_WIDTH__'
! `__LONG_WIDTH__'
! `__LONG_LONG_WIDTH__'
! `__PTRDIFF_WIDTH__'
! `__SIG_ATOMIC_WIDTH__'
! `__SIZE_WIDTH__'
! `__WCHAR_WIDTH__'
! `__WINT_WIDTH__'
! `__INT_LEAST8_WIDTH__'
! `__INT_LEAST16_WIDTH__'
! `__INT_LEAST32_WIDTH__'
! `__INT_LEAST64_WIDTH__'
! `__INT_FAST8_WIDTH__'
! `__INT_FAST16_WIDTH__'
! `__INT_FAST32_WIDTH__'
! `__INT_FAST64_WIDTH__'
! `__INTPTR_WIDTH__'
! `__INTMAX_WIDTH__'
       Defined to the bit widths of the corresponding types.  They exist
!      to make the implementations of `limits.h' and `stdint.h' behave
       correctly.  You should not use these macros directly; instead,
       include the appropriate headers.  Some of these macros may not be
!      defined on particular systems if GCC does not provide a `stdint.h'
       header on those systems.
  
! `__SIZEOF_INT__'
! `__SIZEOF_LONG__'
! `__SIZEOF_LONG_LONG__'
! `__SIZEOF_SHORT__'
! `__SIZEOF_POINTER__'
! `__SIZEOF_FLOAT__'
! `__SIZEOF_DOUBLE__'
! `__SIZEOF_LONG_DOUBLE__'
! `__SIZEOF_SIZE_T__'
! `__SIZEOF_WCHAR_T__'
! `__SIZEOF_WINT_T__'
! `__SIZEOF_PTRDIFF_T__'
!      Defined to the number of bytes of the C standard data types: `int',
!      `long', `long long', `short', `void *', `float', `double', `long
!      double', `size_t', `wchar_t', `wint_t' and `ptrdiff_t'.
  
! `__BYTE_ORDER__'
! `__ORDER_LITTLE_ENDIAN__'
! `__ORDER_BIG_ENDIAN__'
! `__ORDER_PDP_ENDIAN__'
!      `__BYTE_ORDER__' is defined to one of the values
!      `__ORDER_LITTLE_ENDIAN__', `__ORDER_BIG_ENDIAN__', or
!      `__ORDER_PDP_ENDIAN__' to reflect the layout of multi-byte and
!      multi-word quantities in memory.  If `__BYTE_ORDER__' is equal to
!      `__ORDER_LITTLE_ENDIAN__' or `__ORDER_BIG_ENDIAN__', then
       multi-byte and multi-word quantities are laid out identically: the
       byte (word) at the lowest address is the least significant or most
       significant byte (word) of the quantity, respectively.  If
!      `__BYTE_ORDER__' is equal to `__ORDER_PDP_ENDIAN__', then bytes in
       16-bit words are laid out in a little-endian fashion, whereas the
       16-bit subwords of a 32-bit quantity are laid out in big-endian
       fashion.
*************** double underscores.
*** 2041,2195 ****
            /* Test for a little-endian machine */
            #if __BYTE_ORDER__ == __ORDER_LITTLE_ENDIAN__
  
! '__FLOAT_WORD_ORDER__'
!      '__FLOAT_WORD_ORDER__' is defined to one of the values
!      '__ORDER_LITTLE_ENDIAN__' or '__ORDER_BIG_ENDIAN__' to reflect the
       layout of the words of multi-word floating-point quantities.
  
! '__DEPRECATED'
       This macro is defined, with value 1, when compiling a C++ source
       file with warnings about deprecated constructs enabled.  These
       warnings are enabled by default, but can be disabled with
!      '-Wno-deprecated'.
  
! '__EXCEPTIONS'
       This macro is defined, with value 1, when compiling a C++ source
!      file with exceptions enabled.  If '-fno-exceptions' is used when
       compiling the file, then this macro is not defined.
  
! '__GXX_RTTI'
       This macro is defined, with value 1, when compiling a C++ source
!      file with runtime type identification enabled.  If '-fno-rtti' is
       used when compiling the file, then this macro is not defined.
  
! '__USING_SJLJ_EXCEPTIONS__'
       This macro is defined, with value 1, if the compiler uses the old
!      mechanism based on 'setjmp' and 'longjmp' for exception handling.
  
! '__GXX_EXPERIMENTAL_CXX0X__'
       This macro is defined when compiling a C++ source file with the
!      option '-std=c++0x' or '-std=gnu++0x'.  It indicates that some
!      features likely to be included in C++0x are available.  Note that
       these features are experimental, and may change or be removed in
       future versions of GCC.
  
! '__GXX_WEAK__'
       This macro is defined when compiling a C++ source file.  It has the
       value 1 if the compiler will use weak symbols, COMDAT sections, or
       other similar techniques to collapse symbols with "vague linkage"
       that are defined in multiple translation units.  If the compiler
!      will not collapse such symbols, this macro is defined with value 0.
!      In general, user code should not need to make use of this macro;
!      the purpose of this macro is to ease implementation of the C++
!      runtime library provided with G++.
  
! '__NEXT_RUNTIME__'
       This macro is defined, with value 1, if (and only if) the NeXT
!      runtime (as in '-fnext-runtime') is in use for Objective-C.  If the
!      GNU runtime is used, this macro is not defined, so that you can use
!      this macro to determine which runtime (NeXT or GNU) is being used.
  
! '__LP64__'
! '_LP64'
       These macros are defined, with value 1, if (and only if) the
!      compilation is for a target where 'long int' and pointer both use
!      64-bits and 'int' uses 32-bit.
  
! '__SSP__'
!      This macro is defined, with value 1, when '-fstack-protector' is in
       use.
  
! '__SSP_ALL__'
!      This macro is defined, with value 2, when '-fstack-protector-all'
       is in use.
  
! '__SSP_STRONG__'
       This macro is defined, with value 3, when
!      '-fstack-protector-strong' is in use.
  
! '__SSP_EXPLICIT__'
       This macro is defined, with value 4, when
!      '-fstack-protector-explicit' is in use.
  
! '__SANITIZE_ADDRESS__'
!      This macro is defined, with value 1, when '-fsanitize=address' or
!      '-fsanitize=kernel-address' are in use.
  
! '__SANITIZE_THREAD__'
!      This macro is defined, with value 1, when '-fsanitize=thread' is in
!      use.
  
! '__TIMESTAMP__'
!      This macro expands to a string constant that describes the date and
!      time of the last modification of the current source file.  The
!      string constant contains abbreviated day of the week, month, day of
!      the month, time in hh:mm:ss form, year and looks like
!      '"Sun Sep 16 01:03:52 1973"'.  If the day of the month is less than
!      10, it is padded with a space on the left.
  
       If GCC cannot determine the current date, it will emit a warning
!      message (once per compilation) and '__TIMESTAMP__' will expand to
!      '"??? ??? ?? ??:??:?? ????"'.
  
! '__GCC_HAVE_SYNC_COMPARE_AND_SWAP_1'
! '__GCC_HAVE_SYNC_COMPARE_AND_SWAP_2'
! '__GCC_HAVE_SYNC_COMPARE_AND_SWAP_4'
! '__GCC_HAVE_SYNC_COMPARE_AND_SWAP_8'
! '__GCC_HAVE_SYNC_COMPARE_AND_SWAP_16'
       These macros are defined when the target processor supports atomic
       compare and swap operations on operands 1, 2, 4, 8 or 16 bytes in
       length, respectively.
  
! '__GCC_HAVE_DWARF2_CFI_ASM'
       This macro is defined when the compiler is emitting DWARF CFI
       directives to the assembler.  When this is defined, it is possible
       to emit those same directives in inline assembly.
  
! '__FP_FAST_FMA'
! '__FP_FAST_FMAF'
! '__FP_FAST_FMAL'
       These macros are defined with value 1 if the backend supports the
!      'fma', 'fmaf', and 'fmal' builtin functions, so that the include
!      file 'math.h' can define the macros 'FP_FAST_FMA', 'FP_FAST_FMAF',
!      and 'FP_FAST_FMAL' for compatibility with the 1999 C standard.
  
! '__GCC_IEC_559'
       This macro is defined to indicate the intended level of support for
       IEEE 754 (IEC 60559) floating-point arithmetic.  It expands to a
!      nonnegative integer value.  If 0, it indicates that the combination
!      of the compiler configuration and the command-line options is not
!      intended to support IEEE 754 arithmetic for 'float' and 'double' as
!      defined in C99 and C11 Annex F (for example, that the standard
!      rounding modes and exceptions are not supported, or that
!      optimizations are enabled that conflict with IEEE 754 semantics).
!      If 1, it indicates that IEEE 754 arithmetic is intended to be
!      supported; this does not mean that all relevant language features
!      are supported by GCC. If 2 or more, it additionally indicates
!      support for IEEE 754-2008 (in particular, that the binary encodings
!      for quiet and signaling NaNs are as specified in IEEE 754-2008).
  
       This macro does not indicate the default state of command-line
       options that control optimizations that C99 and C11 permit to be
       controlled by standard pragmas, where those standards do not
       require a particular default state.  It does not indicate whether
       optimizations respect signaling NaN semantics (the macro for that
!      is '__SUPPORT_SNAN__').  It does not indicate support for decimal
       floating point or the IEEE 754 binary16 and binary128 types.
  
! '__GCC_IEC_559_COMPLEX'
       This macro is defined to indicate the intended level of support for
!      IEEE 754 (IEC 60559) floating-point arithmetic for complex numbers,
!      as defined in C99 and C11 Annex G. It expands to a nonnegative
!      integer value.  If 0, it indicates that the combination of the
!      compiler configuration and the command-line options is not intended
!      to support Annex G requirements (for example, because
!      '-fcx-limited-range' was used).  If 1 or more, it indicates that it
!      is intended to support those requirements; this does not mean that
!      all relevant language features are supported by GCC.
  
! '__NO_MATH_ERRNO__'
!      This macro is defined if '-fno-math-errno' is used, or enabled by
!      another option such as '-ffast-math' or by default.
  
  
  File: cpp.info,  Node: System-specific Predefined Macros,  Next: C++ Named Operators,  Prev: Common Predefined Macros,  Up: Predefined Macros
--- 2049,2206 ----
            /* Test for a little-endian machine */
            #if __BYTE_ORDER__ == __ORDER_LITTLE_ENDIAN__
  
! `__FLOAT_WORD_ORDER__'
!      `__FLOAT_WORD_ORDER__' is defined to one of the values
!      `__ORDER_LITTLE_ENDIAN__' or `__ORDER_BIG_ENDIAN__' to reflect the
       layout of the words of multi-word floating-point quantities.
  
! `__DEPRECATED'
       This macro is defined, with value 1, when compiling a C++ source
       file with warnings about deprecated constructs enabled.  These
       warnings are enabled by default, but can be disabled with
!      `-Wno-deprecated'.
  
! `__EXCEPTIONS'
       This macro is defined, with value 1, when compiling a C++ source
!      file with exceptions enabled.  If `-fno-exceptions' is used when
       compiling the file, then this macro is not defined.
  
! `__GXX_RTTI'
       This macro is defined, with value 1, when compiling a C++ source
!      file with runtime type identification enabled.  If `-fno-rtti' is
       used when compiling the file, then this macro is not defined.
  
! `__USING_SJLJ_EXCEPTIONS__'
       This macro is defined, with value 1, if the compiler uses the old
!      mechanism based on `setjmp' and `longjmp' for exception handling.
  
! `__GXX_EXPERIMENTAL_CXX0X__'
       This macro is defined when compiling a C++ source file with the
!      option `-std=c++0x' or `-std=gnu++0x'. It indicates that some
!      features likely to be included in C++0x are available. Note that
       these features are experimental, and may change or be removed in
       future versions of GCC.
  
! `__GXX_WEAK__'
       This macro is defined when compiling a C++ source file.  It has the
       value 1 if the compiler will use weak symbols, COMDAT sections, or
       other similar techniques to collapse symbols with "vague linkage"
       that are defined in multiple translation units.  If the compiler
!      will not collapse such symbols, this macro is defined with value
!      0.  In general, user code should not need to make use of this
!      macro; the purpose of this macro is to ease implementation of the
!      C++ runtime library provided with G++.
  
! `__NEXT_RUNTIME__'
       This macro is defined, with value 1, if (and only if) the NeXT
!      runtime (as in `-fnext-runtime') is in use for Objective-C.  If
!      the GNU runtime is used, this macro is not defined, so that you
!      can use this macro to determine which runtime (NeXT or GNU) is
!      being used.
  
! `__LP64__'
! `_LP64'
       These macros are defined, with value 1, if (and only if) the
!      compilation is for a target where `long int' and pointer both use
!      64-bits and `int' uses 32-bit.
  
! `__SSP__'
!      This macro is defined, with value 1, when `-fstack-protector' is in
       use.
  
! `__SSP_ALL__'
!      This macro is defined, with value 2, when `-fstack-protector-all'
       is in use.
  
! `__SSP_STRONG__'
       This macro is defined, with value 3, when
!      `-fstack-protector-strong' is in use.
  
! `__SSP_EXPLICIT__'
       This macro is defined, with value 4, when
!      `-fstack-protector-explicit' is in use.
  
! `__SANITIZE_ADDRESS__'
!      This macro is defined, with value 1, when `-fsanitize=address' or
!      `-fsanitize=kernel-address' are in use.
  
! `__SANITIZE_THREAD__'
!      This macro is defined, with value 1, when `-fsanitize=thread' is
!      in use.
  
! `__TIMESTAMP__'
!      This macro expands to a string constant that describes the date
!      and time of the last modification of the current source file. The
!      string constant contains abbreviated day of the week, month, day
!      of the month, time in hh:mm:ss form, year and looks like
!      `"Sun Sep 16 01:03:52 1973"'.  If the day of the month is less
!      than 10, it is padded with a space on the left.
  
       If GCC cannot determine the current date, it will emit a warning
!      message (once per compilation) and `__TIMESTAMP__' will expand to
!      `"??? ??? ?? ??:??:?? ????"'.
  
! `__GCC_HAVE_SYNC_COMPARE_AND_SWAP_1'
! `__GCC_HAVE_SYNC_COMPARE_AND_SWAP_2'
! `__GCC_HAVE_SYNC_COMPARE_AND_SWAP_4'
! `__GCC_HAVE_SYNC_COMPARE_AND_SWAP_8'
! `__GCC_HAVE_SYNC_COMPARE_AND_SWAP_16'
       These macros are defined when the target processor supports atomic
       compare and swap operations on operands 1, 2, 4, 8 or 16 bytes in
       length, respectively.
  
! `__GCC_HAVE_DWARF2_CFI_ASM'
       This macro is defined when the compiler is emitting DWARF CFI
       directives to the assembler.  When this is defined, it is possible
       to emit those same directives in inline assembly.
  
! `__FP_FAST_FMA'
! `__FP_FAST_FMAF'
! `__FP_FAST_FMAL'
       These macros are defined with value 1 if the backend supports the
!      `fma', `fmaf', and `fmal' builtin functions, so that the include
!      file `math.h' can define the macros `FP_FAST_FMA', `FP_FAST_FMAF',
!      and `FP_FAST_FMAL' for compatibility with the 1999 C standard.
  
! `__GCC_IEC_559'
       This macro is defined to indicate the intended level of support for
       IEEE 754 (IEC 60559) floating-point arithmetic.  It expands to a
!      nonnegative integer value.  If 0, it indicates that the
!      combination of the compiler configuration and the command-line
!      options is not intended to support IEEE 754 arithmetic for `float'
!      and `double' as defined in C99 and C11 Annex F (for example, that
!      the standard rounding modes and exceptions are not supported, or
!      that optimizations are enabled that conflict with IEEE 754
!      semantics).  If 1, it indicates that IEEE 754 arithmetic is
!      intended to be supported; this does not mean that all relevant
!      language features are supported by GCC.  If 2 or more, it
!      additionally indicates support for IEEE 754-2008 (in particular,
!      that the binary encodings for quiet and signaling NaNs are as
!      specified in IEEE 754-2008).
  
       This macro does not indicate the default state of command-line
       options that control optimizations that C99 and C11 permit to be
       controlled by standard pragmas, where those standards do not
       require a particular default state.  It does not indicate whether
       optimizations respect signaling NaN semantics (the macro for that
!      is `__SUPPORT_SNAN__').  It does not indicate support for decimal
       floating point or the IEEE 754 binary16 and binary128 types.
  
! `__GCC_IEC_559_COMPLEX'
       This macro is defined to indicate the intended level of support for
!      IEEE 754 (IEC 60559) floating-point arithmetic for complex
!      numbers, as defined in C99 and C11 Annex G.  It expands to a
!      nonnegative integer value.  If 0, it indicates that the
!      combination of the compiler configuration and the command-line
!      options is not intended to support Annex G requirements (for
!      example, because `-fcx-limited-range' was used).  If 1 or more, it
!      indicates that it is intended to support those requirements; this
!      does not mean that all relevant language features are supported by
!      GCC.
  
! `__NO_MATH_ERRNO__'
!      This macro is defined if `-fno-math-errno' is used, or enabled by
!      another option such as `-ffast-math' or by default.
  
  
  File: cpp.info,  Node: System-specific Predefined Macros,  Next: C++ Named Operators,  Prev: Common Predefined Macros,  Up: Predefined Macros
*************** File: cpp.info,  Node: System-specific P
*** 2200,2222 ****
  The C preprocessor normally predefines several macros that indicate what
  type of system and machine is in use.  They are obviously different on
  each target supported by GCC.  This manual, being for all systems and
! machines, cannot tell you what their names are, but you can use 'cpp
  -dM' to see them all.  *Note Invocation::.  All system-specific
  predefined macros expand to a constant value, so you can test them with
! either '#ifdef' or '#if'.
  
     The C standard requires that all system-specific macros be part of
  the "reserved namespace".  All names which begin with two underscores,
  or an underscore and a capital letter, are reserved for the compiler and
  library to use as they wish.  However, historically system-specific
  macros have had names with no special prefix; for instance, it is common
! to find 'unix' defined on Unix systems.  For all such macros, GCC
  provides a parallel macro with two underscores added at the beginning
! and the end.  If 'unix' is defined, '__unix__' will be defined too.
! There will never be more than two underscores; the parallel of '_mips'
! is '__mips__'.
  
!    When the '-ansi' option, or any '-std' option that requests strict
  conformance, is given to the compiler, all the system-specific
  predefined macros outside the reserved namespace are suppressed.  The
  parallel macros, inside the reserved namespace, remain defined.
--- 2211,2233 ----
  The C preprocessor normally predefines several macros that indicate what
  type of system and machine is in use.  They are obviously different on
  each target supported by GCC.  This manual, being for all systems and
! machines, cannot tell you what their names are, but you can use `cpp
  -dM' to see them all.  *Note Invocation::.  All system-specific
  predefined macros expand to a constant value, so you can test them with
! either `#ifdef' or `#if'.
  
     The C standard requires that all system-specific macros be part of
  the "reserved namespace".  All names which begin with two underscores,
  or an underscore and a capital letter, are reserved for the compiler and
  library to use as they wish.  However, historically system-specific
  macros have had names with no special prefix; for instance, it is common
! to find `unix' defined on Unix systems.  For all such macros, GCC
  provides a parallel macro with two underscores added at the beginning
! and the end.  If `unix' is defined, `__unix__' will be defined too.
! There will never be more than two underscores; the parallel of `_mips'
! is `__mips__'.
  
!    When the `-ansi' option, or any `-std' option that requests strict
  conformance, is given to the compiler, all the system-specific
  predefined macros outside the reserved namespace are suppressed.  The
  parallel macros, inside the reserved namespace, remain defined.
*************** encourage you to correct older code to u
*** 2227,2233 ****
  you find it.  We don't recommend you use the system-specific macros that
  are in the reserved namespace, either.  It is better in the long run to
  check specifically for features you need, using a tool such as
! 'autoconf'.
  
  
  File: cpp.info,  Node: C++ Named Operators,  Prev: System-specific Predefined Macros,  Up: Predefined Macros
--- 2238,2244 ----
  you find it.  We don't recommend you use the system-specific macros that
  are in the reserved namespace, either.  It is better in the long run to
  check specifically for features you need, using a tool such as
! `autoconf'.
  
  
  File: cpp.info,  Node: C++ Named Operators,  Prev: System-specific Predefined Macros,  Up: Predefined Macros
*************** File: cpp.info,  Node: C++ Named Operato
*** 2238,2262 ****
  In C++, there are eleven keywords which are simply alternate spellings
  of operators normally written with punctuation.  These keywords are
  treated as such even in the preprocessor.  They function as operators in
! '#if', and they cannot be defined as macros or poisoned.  In C, you can
  request that those keywords take their C++ meaning by including
! 'iso646.h'.  That header defines each one as a normal object-like macro
  expanding to the appropriate punctuator.
  
     These are the named operators and their corresponding punctuators:
  
  Named Operator   Punctuator
! 'and'            '&&'
! 'and_eq'         '&='
! 'bitand'         '&'
! 'bitor'          '|'
! 'compl'          '~'
! 'not'            '!'
! 'not_eq'         '!='
! 'or'             '||'
! 'or_eq'          '|='
! 'xor'            '^'
! 'xor_eq'         '^='
  
  
  File: cpp.info,  Node: Undefining and Redefining Macros,  Next: Directives Within Macro Arguments,  Prev: Predefined Macros,  Up: Macros
--- 2249,2273 ----
  In C++, there are eleven keywords which are simply alternate spellings
  of operators normally written with punctuation.  These keywords are
  treated as such even in the preprocessor.  They function as operators in
! `#if', and they cannot be defined as macros or poisoned.  In C, you can
  request that those keywords take their C++ meaning by including
! `iso646.h'.  That header defines each one as a normal object-like macro
  expanding to the appropriate punctuator.
  
     These are the named operators and their corresponding punctuators:
  
  Named Operator   Punctuator
! `and'            `&&'
! `and_eq'         `&='
! `bitand'         `&'
! `bitor'          `|'
! `compl'          `~'
! `not'            `!'
! `not_eq'         `!='
! `or'             `||'
! `or_eq'          `|='
! `xor'            `^'
! `xor_eq'         `^='
  
  
  File: cpp.info,  Node: Undefining and Redefining Macros,  Next: Directives Within Macro Arguments,  Prev: Predefined Macros,  Up: Macros
*************** File: cpp.info,  Node: Undefining and Re
*** 2264,2274 ****
  3.8 Undefining and Redefining Macros
  ====================================
  
! If a macro ceases to be useful, it may be "undefined" with the '#undef'
! directive.  '#undef' takes a single argument, the name of the macro to
  undefine.  You use the bare macro name, even if the macro is
! function-like.  It is an error if anything appears on the line after the
! macro name.  '#undef' has no effect if the name is not a macro.
  
       #define FOO 4
       x = FOO;        ==> x = 4;
--- 2275,2285 ----
  3.8 Undefining and Redefining Macros
  ====================================
  
! If a macro ceases to be useful, it may be "undefined" with the `#undef'
! directive.  `#undef' takes a single argument, the name of the macro to
  undefine.  You use the bare macro name, even if the macro is
! function-like.  It is an error if anything appears on the line after
! the macro name.  `#undef' has no effect if the name is not a macro.
  
       #define FOO 4
       x = FOO;        ==> x = 4;
*************** macro name.  '#undef' has no effect if t
*** 2276,2290 ****
       x = FOO;        ==> x = FOO;
  
     Once a macro has been undefined, that identifier may be "redefined"
! as a macro by a subsequent '#define' directive.  The new definition need
! not have any resemblance to the old definition.
  
     However, if an identifier which is currently a macro is redefined,
  then the new definition must be "effectively the same" as the old one.
  Two macro definitions are effectively the same if:
     * Both are the same type of macro (object- or function-like).
     * All the tokens of the replacement list are the same.
     * If there are any parameters, they are the same.
     * Whitespace appears in the same places in both.  It need not be
       exactly the same amount of whitespace, though.  Remember that
       comments count as whitespace.
--- 2287,2304 ----
       x = FOO;        ==> x = FOO;
  
     Once a macro has been undefined, that identifier may be "redefined"
! as a macro by a subsequent `#define' directive.  The new definition
! need not have any resemblance to the old definition.
  
     However, if an identifier which is currently a macro is redefined,
  then the new definition must be "effectively the same" as the old one.
  Two macro definitions are effectively the same if:
     * Both are the same type of macro (object- or function-like).
+ 
     * All the tokens of the replacement list are the same.
+ 
     * If there are any parameters, they are the same.
+ 
     * Whitespace appears in the same places in both.  It need not be
       exactly the same amount of whitespace, though.  Remember that
       comments count as whitespace.
*************** These definitions are effectively the sa
*** 2293,2299 ****
       #define FOUR (2 + 2)
       #define FOUR         (2    +    2)
       #define FOUR (2 /* two */ + 2)
! but these are not:
       #define FOUR (2 + 2)
       #define FOUR ( 2+2 )
       #define FOUR (2 * 2)
--- 2307,2313 ----
       #define FOUR (2 + 2)
       #define FOUR         (2    +    2)
       #define FOUR (2 /* two */ + 2)
!    but these are not:
       #define FOUR (2 + 2)
       #define FOUR ( 2+2 )
       #define FOUR (2 * 2)
*************** File: cpp.info,  Node: Directives Within
*** 2314,2322 ****
  
  Occasionally it is convenient to use preprocessor directives within the
  arguments of a macro.  The C and C++ standards declare that behavior in
! these cases is undefined.  GNU CPP processes arbitrary directives within
! macro arguments in exactly the same way as it would have processed the
! directive were the function-like macro invocation not present.
  
     If, within a macro invocation, that macro is redefined, then the new
  definition takes effect in time for argument pre-expansion, but the
--- 2328,2337 ----
  
  Occasionally it is convenient to use preprocessor directives within the
  arguments of a macro.  The C and C++ standards declare that behavior in
! these cases is undefined.  GNU CPP processes arbitrary directives
! within macro arguments in exactly the same way as it would have
! processed the directive were the function-like macro invocation not
! present.
  
     If, within a macro invocation, that macro is redefined, then the new
  definition takes effect in time for argument pre-expansion, but the
*************** outside of it.  For example,
*** 2383,2391 ****
       strange(stderr) p, 35)
            ==> fprintf (stderr, "%s %d", p, 35)
  
!    The ability to piece together a macro call can be useful, but the use
! of unbalanced open parentheses in a macro body is just confusing, and
! should be avoided.
  
  
  File: cpp.info,  Node: Operator Precedence Problems,  Next: Swallowing the Semicolon,  Prev: Misnesting,  Up: Macro Pitfalls
--- 2398,2406 ----
       strange(stderr) p, 35)
            ==> fprintf (stderr, "%s %d", p, 35)
  
!    The ability to piece together a macro call can be useful, but the
! use of unbalanced open parentheses in a macro body is just confusing,
! and should be avoided.
  
  
  File: cpp.info,  Node: Operator Precedence Problems,  Next: Swallowing the Semicolon,  Prev: Misnesting,  Up: Macro Pitfalls
*************** way.
*** 2404,2411 ****
       #define ceil_div(x, y) (x + y - 1) / y
  
  whose purpose is to divide, rounding up.  (One use for this operation is
! to compute how many 'int' objects are needed to hold a certain number of
! 'char' objects.)  Then suppose it is used as follows:
  
       a = ceil_div (b & c, sizeof (int));
            ==> a = (b & c + sizeof (int) - 1) / sizeof (int);
--- 2419,2426 ----
       #define ceil_div(x, y) (x + y - 1) / y
  
  whose purpose is to divide, rounding up.  (One use for this operation is
! to compute how many `int' objects are needed to hold a certain number
! of `char' objects.)  Then suppose it is used as follows:
  
       a = ceil_div (b & c, sizeof (int));
            ==> a = (b & c + sizeof (int) - 1) / sizeof (int);
*************** Defining the macro as
*** 2425,2443 ****
  
  provides the desired result.
  
!    Unintended grouping can result in another way.  Consider 'sizeof
  ceil_div(1, 2)'.  That has the appearance of a C expression that would
! compute the size of the type of 'ceil_div (1, 2)', but in fact it means
  something very different.  Here is what it expands to:
  
       sizeof ((1) + (2) - 1) / (2)
  
  This would take the size of an integer and divide it by two.  The
! precedence rules have put the division outside the 'sizeof' when it was
  intended to be inside.
  
     Parentheses around the entire macro definition prevent such problems.
! Here, then, is the recommended way to define 'ceil_div':
  
       #define ceil_div(x, y) (((x) + (y) - 1) / (y))
  
--- 2440,2458 ----
  
  provides the desired result.
  
!    Unintended grouping can result in another way.  Consider `sizeof
  ceil_div(1, 2)'.  That has the appearance of a C expression that would
! compute the size of the type of `ceil_div (1, 2)', but in fact it means
  something very different.  Here is what it expands to:
  
       sizeof ((1) + (2) - 1) / (2)
  
  This would take the size of an integer and divide it by two.  The
! precedence rules have put the division outside the `sizeof' when it was
  intended to be inside.
  
     Parentheses around the entire macro definition prevent such problems.
! Here, then, is the recommended way to define `ceil_div':
  
       #define ceil_div(x, y) (((x) + (y) - 1) / (y))
  
*************** File: cpp.info,  Node: Swallowing the Se
*** 2449,2455 ****
  
  Often it is desirable to define a macro that expands into a compound
  statement.  Consider, for example, the following macro, that advances a
! pointer (the argument 'p' says where to find it) across whitespace
  characters:
  
       #define SKIP_SPACES(p, limit)  \
--- 2464,2470 ----
  
  Often it is desirable to define a macro that expands into a compound
  statement.  Consider, for example, the following macro, that advances a
! pointer (the argument `p' says where to find it) across whitespace
  characters:
  
       #define SKIP_SPACES(p, limit)  \
*************** Here backslash-newline is used to split
*** 2462,2475 ****
  be a single logical line, so that it resembles the way such code would
  be laid out if not part of a macro definition.
  
!    A call to this macro might be 'SKIP_SPACES (p, lim)'.  Strictly
  speaking, the call expands to a compound statement, which is a complete
  statement with no need for a semicolon to end it.  However, since it
  looks like a function call, it minimizes confusion if you can use it
! like a function call, writing a semicolon afterward, as in 'SKIP_SPACES
  (p, lim);'
  
!    This can cause trouble before 'else' statements, because the
  semicolon is actually a null statement.  Suppose you write
  
       if (*p != 0)
--- 2477,2490 ----
  be a single logical line, so that it resembles the way such code would
  be laid out if not part of a macro definition.
  
!    A call to this macro might be `SKIP_SPACES (p, lim)'.  Strictly
  speaking, the call expands to a compound statement, which is a complete
  statement with no need for a semicolon to end it.  However, since it
  looks like a function call, it minimizes confusion if you can use it
! like a function call, writing a semicolon afterward, as in `SKIP_SPACES
  (p, lim);'
  
!    This can cause trouble before `else' statements, because the
  semicolon is actually a null statement.  Suppose you write
  
       if (*p != 0)
*************** semicolon is actually a null statement.
*** 2477,2487 ****
       else ...
  
  The presence of two statements--the compound statement and a null
! statement--in between the 'if' condition and the 'else' makes invalid C
  code.
  
!    The definition of the macro 'SKIP_SPACES' can be altered to solve
! this problem, using a 'do ... while' statement.  Here is how:
  
       #define SKIP_SPACES(p, limit)     \
       do { char *lim = (limit);         \
--- 2492,2502 ----
       else ...
  
  The presence of two statements--the compound statement and a null
! statement--in between the `if' condition and the `else' makes invalid C
  code.
  
!    The definition of the macro `SKIP_SPACES' can be altered to solve
! this problem, using a `do ... while' statement.  Here is how:
  
       #define SKIP_SPACES(p, limit)     \
       do { char *lim = (limit);         \
*************** this problem, using a 'do ... while' sta
*** 2490,2496 ****
                p--; break; }}}          \
       while (0)
  
!    Now 'SKIP_SPACES (p, lim);' expands into
  
       do {...} while (0);
  
--- 2505,2511 ----
                p--; break; }}}          \
       while (0)
  
!    Now `SKIP_SPACES (p, lim);' expands into
  
       do {...} while (0);
  
*************** File: cpp.info,  Node: Duplication of Si
*** 2503,2514 ****
  3.10.4 Duplication of Side Effects
  ----------------------------------
  
! Many C programs define a macro 'min', for "minimum", like this:
  
       #define min(X, Y)  ((X) < (Y) ? (X) : (Y))
  
!    When you use this macro with an argument containing a side effect, as
! shown here,
  
       next = min (x + y, foo (z));
  
--- 2518,2529 ----
  3.10.4 Duplication of Side Effects
  ----------------------------------
  
! Many C programs define a macro `min', for "minimum", like this:
  
       #define min(X, Y)  ((X) < (Y) ? (X) : (Y))
  
!    When you use this macro with an argument containing a side effect,
! as shown here,
  
       next = min (x + y, foo (z));
  
*************** it expands as follows:
*** 2516,2532 ****
  
       next = ((x + y) < (foo (z)) ? (x + y) : (foo (z)));
  
! where 'x + y' has been substituted for 'X' and 'foo (z)' for 'Y'.
  
!    The function 'foo' is used only once in the statement as it appears
! in the program, but the expression 'foo (z)' has been substituted twice
! into the macro expansion.  As a result, 'foo' might be called two times
! when the statement is executed.  If it has side effects or if it takes a
! long time to compute, the results might not be what you intended.  We
! say that 'min' is an "unsafe" macro.
  
!    The best solution to this problem is to define 'min' in a way that
! computes the value of 'foo (z)' only once.  The C language offers no
  standard way to do this, but it can be done with GNU extensions as
  follows:
  
--- 2531,2547 ----
  
       next = ((x + y) < (foo (z)) ? (x + y) : (foo (z)));
  
! where `x + y' has been substituted for `X' and `foo (z)' for `Y'.
  
!    The function `foo' is used only once in the statement as it appears
! in the program, but the expression `foo (z)' has been substituted twice
! into the macro expansion.  As a result, `foo' might be called two times
! when the statement is executed.  If it has side effects or if it takes
! a long time to compute, the results might not be what you intended.  We
! say that `min' is an "unsafe" macro.
  
!    The best solution to this problem is to define `min' in a way that
! computes the value of `foo (z)' only once.  The C language offers no
  standard way to do this, but it can be done with GNU extensions as
  follows:
  
*************** follows:
*** 2535,2541 ****
          typeof (Y) y_ = (Y);          \
          (x_ < y_) ? x_ : y_; })
  
!    The '({ ... })' notation produces a compound statement that acts as
  an expression.  Its value is the value of its last statement.  This
  permits us to define local variables and assign each argument to one.
  The local variables have underscores after their names to reduce the
--- 2550,2556 ----
          typeof (Y) y_ = (Y);          \
          (x_ < y_) ? x_ : y_; })
  
!    The `({ ... })' notation produces a compound statement that acts as
  an expression.  Its value is the value of its last statement.  This
  permits us to define local variables and assign each argument to one.
  The local variables have underscores after their names to reduce the
*************** risk of conflict with an identifier of w
*** 2543,2551 ****
  avoid this entirely).  Now each argument is evaluated exactly once.
  
     If you do not wish to use GNU C extensions, the only solution is to
! be careful when _using_ the macro 'min'.  For example, you can calculate
! the value of 'foo (z)', save it in a variable, and use that variable in
! 'min':
  
       #define min(X, Y)  ((X) < (Y) ? (X) : (Y))
       ...
--- 2558,2566 ----
  avoid this entirely).  Now each argument is evaluated exactly once.
  
     If you do not wish to use GNU C extensions, the only solution is to
! be careful when _using_ the macro `min'.  For example, you can
! calculate the value of `foo (z)', save it in a variable, and use that
! variable in `min':
  
       #define min(X, Y)  ((X) < (Y) ? (X) : (Y))
       ...
*************** the value of 'foo (z)', save it in a var
*** 2554,2560 ****
         next = min (x + y, tem);
       }
  
! (where we assume that 'foo' returns type 'int').
  
  
  File: cpp.info,  Node: Self-Referential Macros,  Next: Argument Prescan,  Prev: Duplication of Side Effects,  Up: Macro Pitfalls
--- 2569,2575 ----
         next = min (x + y, tem);
       }
  
! (where we assume that `foo' returns type `int').
  
  
  File: cpp.info,  Node: Self-Referential Macros,  Next: Argument Prescan,  Prev: Duplication of Side Effects,  Up: Macro Pitfalls
*************** preprocessor output unchanged.  Consider
*** 2571,2612 ****
  
       #define foo (4 + foo)
  
! where 'foo' is also a variable in your program.
  
!    Following the ordinary rules, each reference to 'foo' will expand
! into '(4 + foo)'; then this will be rescanned and will expand into '(4 +
! (4 + foo))'; and so on until the computer runs out of memory.
  
     The self-reference rule cuts this process short after one step, at
! '(4 + foo)'.  Therefore, this macro definition has the possibly useful
! effect of causing the program to add 4 to the value of 'foo' wherever
! 'foo' is referred to.
  
     In most cases, it is a bad idea to take advantage of this feature.  A
! person reading the program who sees that 'foo' is a variable will not
  expect that it is a macro as well.  The reader will come across the
! identifier 'foo' in the program and think its value should be that of
! the variable 'foo', whereas in fact the value is four greater.
  
     One common, useful use of self-reference is to create a macro which
  expands to itself.  If you write
  
       #define EPERM EPERM
  
! then the macro 'EPERM' expands to 'EPERM'.  Effectively, it is left
  alone by the preprocessor whenever it's used in running text.  You can
! tell that it's a macro with '#ifdef'.  You might do this if you want to
! define numeric constants with an 'enum', but have '#ifdef' be true for
  each constant.
  
!    If a macro 'x' expands to use a macro 'y', and the expansion of 'y'
! refers to the macro 'x', that is an "indirect self-reference" of 'x'.
! 'x' is not expanded in this case either.  Thus, if we have
  
       #define x (4 + y)
       #define y (2 * x)
  
! then 'x' and 'y' expand as follows:
  
       x    ==> (4 + y)
            ==> (4 + (2 * x))
--- 2586,2627 ----
  
       #define foo (4 + foo)
  
! where `foo' is also a variable in your program.
  
!    Following the ordinary rules, each reference to `foo' will expand
! into `(4 + foo)'; then this will be rescanned and will expand into `(4
! + (4 + foo))'; and so on until the computer runs out of memory.
  
     The self-reference rule cuts this process short after one step, at
! `(4 + foo)'.  Therefore, this macro definition has the possibly useful
! effect of causing the program to add 4 to the value of `foo' wherever
! `foo' is referred to.
  
     In most cases, it is a bad idea to take advantage of this feature.  A
! person reading the program who sees that `foo' is a variable will not
  expect that it is a macro as well.  The reader will come across the
! identifier `foo' in the program and think its value should be that of
! the variable `foo', whereas in fact the value is four greater.
  
     One common, useful use of self-reference is to create a macro which
  expands to itself.  If you write
  
       #define EPERM EPERM
  
! then the macro `EPERM' expands to `EPERM'.  Effectively, it is left
  alone by the preprocessor whenever it's used in running text.  You can
! tell that it's a macro with `#ifdef'.  You might do this if you want to
! define numeric constants with an `enum', but have `#ifdef' be true for
  each constant.
  
!    If a macro `x' expands to use a macro `y', and the expansion of `y'
! refers to the macro `x', that is an "indirect self-reference" of `x'.
! `x' is not expanded in this case either.  Thus, if we have
  
       #define x (4 + y)
       #define y (2 * x)
  
! then `x' and `y' expand as follows:
  
       x    ==> (4 + y)
            ==> (4 + (2 * x))
*************** File: cpp.info,  Node: Argument Prescan,
*** 2624,2634 ****
  -----------------------
  
  Macro arguments are completely macro-expanded before they are
! substituted into a macro body, unless they are stringized or pasted with
! other tokens.  After substitution, the entire macro body, including the
! substituted arguments, is scanned again for macros to be expanded.  The
! result is that the arguments are scanned _twice_ to expand macro calls
! in them.
  
     Most of the time, this has no effect.  If the argument contained any
  macro calls, they are expanded during the first scan.  The result
--- 2639,2649 ----
  -----------------------
  
  Macro arguments are completely macro-expanded before they are
! substituted into a macro body, unless they are stringized or pasted
! with other tokens.  After substitution, the entire macro body, including
! the substituted arguments, is scanned again for macros to be expanded.
! The result is that the arguments are scanned _twice_ to expand macro
! calls in them.
  
     Most of the time, this has no effect.  If the argument contained any
  macro calls, they are expanded during the first scan.  The result
*************** same results.
*** 2639,2666 ****
  
     You might expect the double scan to change the results when a
  self-referential macro is used in an argument of another macro (*note
! Self-Referential Macros::): the self-referential macro would be expanded
! once in the first scan, and a second time in the second scan.  However,
! this is not what happens.  The self-references that do not expand in the
! first scan are marked so that they will not expand in the second scan
! either.
  
     You might wonder, "Why mention the prescan, if it makes no
! difference?  And why not skip it and make the preprocessor faster?"  The
! answer is that the prescan does make a difference in three special
  cases:
  
     * Nested calls to a macro.
  
       We say that "nested" calls to a macro occur when a macro's argument
!      contains a call to that very macro.  For example, if 'f' is a macro
!      that expects one argument, 'f (f (1))' is a nested pair of calls to
!      'f'.  The desired expansion is made by expanding 'f (1)' and
!      substituting that into the definition of 'f'.  The prescan causes
!      the expected result to happen.  Without the prescan, 'f (1)' itself
!      would be substituted as an argument, and the inner use of 'f' would
!      appear during the main scan as an indirect self-reference and would
!      not be expanded.
  
     * Macros that call other macros that stringize or concatenate.
  
--- 2654,2681 ----
  
     You might expect the double scan to change the results when a
  self-referential macro is used in an argument of another macro (*note
! Self-Referential Macros::): the self-referential macro would be
! expanded once in the first scan, and a second time in the second scan.
! However, this is not what happens.  The self-references that do not
! expand in the first scan are marked so that they will not expand in the
! second scan either.
  
     You might wonder, "Why mention the prescan, if it makes no
! difference?  And why not skip it and make the preprocessor faster?"
! The answer is that the prescan does make a difference in three special
  cases:
  
     * Nested calls to a macro.
  
       We say that "nested" calls to a macro occur when a macro's argument
!      contains a call to that very macro.  For example, if `f' is a macro
!      that expects one argument, `f (f (1))' is a nested pair of calls to
!      `f'.  The desired expansion is made by expanding `f (1)' and
!      substituting that into the definition of `f'.  The prescan causes
!      the expected result to happen.  Without the prescan, `f (1)' itself
!      would be substituted as an argument, and the inner use of `f' would
!      appear during the main scan as an indirect self-reference and
!      would not be expanded.
  
     * Macros that call other macros that stringize or concatenate.
  
*************** cases:
*** 2675,2682 ****
            #define TABLESIZE 1024
            #define BUFSIZE TABLESIZE
  
!      then 'AFTERX(BUFSIZE)' expands to 'X_BUFSIZE', and
!      'XAFTERX(BUFSIZE)' expands to 'X_1024'.  (Not to 'X_TABLESIZE'.
       Prescan always does a complete expansion.)
  
     * Macros used in arguments, whose expansions contain unshielded
--- 2690,2697 ----
            #define TABLESIZE 1024
            #define BUFSIZE TABLESIZE
  
!      then `AFTERX(BUFSIZE)' expands to `X_BUFSIZE', and
!      `XAFTERX(BUFSIZE)' expands to `X_1024'.  (Not to `X_TABLESIZE'.
       Prescan always does a complete expansion.)
  
     * Macros used in arguments, whose expansions contain unshielded
*************** cases:
*** 2689,2697 ****
            #define bar(x) lose(x)
            #define lose(x) (1 + (x))
  
!      We would like 'bar(foo)' to turn into '(1 + (foo))', which would
!      then turn into '(1 + (a,b))'.  Instead, 'bar(foo)' expands into
!      'lose(a,b)', and you get an error because 'lose' requires a single
       argument.  In this case, the problem is easily solved by the same
       parentheses that ought to be used to prevent misnesting of
       arithmetic operations:
--- 2704,2712 ----
            #define bar(x) lose(x)
            #define lose(x) (1 + (x))
  
!      We would like `bar(foo)' to turn into `(1 + (foo))', which would
!      then turn into `(1 + (a,b))'.  Instead, `bar(foo)' expands into
!      `lose(a,b)', and you get an error because `lose' requires a single
       argument.  In this case, the problem is easily solved by the same
       parentheses that ought to be used to prevent misnesting of
       arithmetic operations:
*************** cases:
*** 2700,2708 ****
       or
            #define bar(x) lose((x))
  
!      The extra pair of parentheses prevents the comma in 'foo''s
       definition from being interpreted as an argument separator.
  
  
  File: cpp.info,  Node: Newlines in Arguments,  Prev: Argument Prescan,  Up: Macro Pitfalls
  
--- 2715,2724 ----
       or
            #define bar(x) lose((x))
  
!      The extra pair of parentheses prevents the comma in `foo''s
       definition from being interpreted as an argument separator.
  
+ 
  
  File: cpp.info,  Node: Newlines in Arguments,  Prev: Argument Prescan,  Up: Macro Pitfalls
  
*************** different to the line containing the arg
*** 2723,2729 ****
                          ignored (),
                          syntax error);
  
! The syntax error triggered by the tokens 'syntax error' results in an
  error message citing line three--the line of ignore_second_arg-- even
  though the problematic code comes from line five.
  
--- 2739,2745 ----
                          ignored (),
                          syntax error);
  
! The syntax error triggered by the tokens `syntax error' results in an
  error message citing line three--the line of ignore_second_arg-- even
  though the problematic code comes from line five.
  
*************** File: cpp.info,  Node: Conditionals,  Ne
*** 2735,2761 ****
  4 Conditionals
  **************
  
! A "conditional" is a directive that instructs the preprocessor to select
! whether or not to include a chunk of code in the final token stream
! passed to the compiler.  Preprocessor conditionals can test arithmetic
! expressions, or whether a name is defined as a macro, or both
! simultaneously using the special 'defined' operator.
  
!    A conditional in the C preprocessor resembles in some ways an 'if'
  statement in C, but it is important to understand the difference between
! them.  The condition in an 'if' statement is tested during the execution
! of your program.  Its purpose is to allow your program to behave
! differently from run to run, depending on the data it is operating on.
! The condition in a preprocessing conditional directive is tested when
! your program is compiled.  Its purpose is to allow different code to be
! included in the program depending on the situation at the time of
! compilation.
  
     However, the distinction is becoming less clear.  Modern compilers
! often do test 'if' statements when a program is compiled, if their
  conditions are known not to vary at run time, and eliminate code which
  can never be executed.  If you can count on your compiler to do this,
! you may find that your program is more readable if you use 'if'
  statements with constant conditions (perhaps determined by macros).  Of
  course, you can only use this to exclude code, not type definitions or
  other preprocessing directives, and you can only do it if the code
--- 2751,2777 ----
  4 Conditionals
  **************
  
! A "conditional" is a directive that instructs the preprocessor to
! select whether or not to include a chunk of code in the final token
! stream passed to the compiler.  Preprocessor conditionals can test
! arithmetic expressions, or whether a name is defined as a macro, or both
! simultaneously using the special `defined' operator.
  
!    A conditional in the C preprocessor resembles in some ways an `if'
  statement in C, but it is important to understand the difference between
! them.  The condition in an `if' statement is tested during the
! execution of your program.  Its purpose is to allow your program to
! behave differently from run to run, depending on the data it is
! operating on.  The condition in a preprocessing conditional directive is
! tested when your program is compiled.  Its purpose is to allow different
! code to be included in the program depending on the situation at the
! time of compilation.
  
     However, the distinction is becoming less clear.  Modern compilers
! often do test `if' statements when a program is compiled, if their
  conditions are known not to vary at run time, and eliminate code which
  can never be executed.  If you can count on your compiler to do this,
! you may find that your program is more readable if you use `if'
  statements with constant conditions (perhaps determined by macros).  Of
  course, you can only use this to exclude code, not type definitions or
  other preprocessing directives, and you can only do it if the code
*************** There are three general reasons to use a
*** 2780,2798 ****
       one operating system may be erroneous on another operating system;
       for example, it might refer to data types or constants that do not
       exist on the other system.  When this happens, it is not enough to
!      avoid executing the invalid code.  Its mere presence will cause the
!      compiler to reject the program.  With a preprocessing conditional,
!      the offending code can be effectively excised from the program when
!      it is not valid.
  
     * You may want to be able to compile the same source file into two
       different programs.  One version might make frequent time-consuming
       consistency checks on its intermediate data, or print the values of
       those data for debugging, and the other not.
  
!    * A conditional whose condition is always false is one way to exclude
!      code from the program but keep it as a sort of comment for future
!      reference.
  
     Simple programs that do not need system-specific logic or complex
  debugging hooks generally will not need to use preprocessing
--- 2796,2814 ----
       one operating system may be erroneous on another operating system;
       for example, it might refer to data types or constants that do not
       exist on the other system.  When this happens, it is not enough to
!      avoid executing the invalid code.  Its mere presence will cause
!      the compiler to reject the program.  With a preprocessing
!      conditional, the offending code can be effectively excised from
!      the program when it is not valid.
  
     * You may want to be able to compile the same source file into two
       different programs.  One version might make frequent time-consuming
       consistency checks on its intermediate data, or print the values of
       those data for debugging, and the other not.
  
!    * A conditional whose condition is always false is one way to
!      exclude code from the program but keep it as a sort of comment for
!      future reference.
  
     Simple programs that do not need system-specific logic or complex
  debugging hooks generally will not need to use preprocessing
*************** File: cpp.info,  Node: Conditional Synta
*** 2805,2811 ****
  ======================
  
  A conditional in the C preprocessor begins with a "conditional
! directive": '#if', '#ifdef' or '#ifndef'.
  
  * Menu:
  
--- 2821,2827 ----
  ======================
  
  A conditional in the C preprocessor begins with a "conditional
! directive": `#if', `#ifdef' or `#ifndef'.
  
  * Menu:
  
*************** included in the output of the preprocess
*** 2834,2845 ****
  defined.  We say that the conditional "succeeds" if MACRO is defined,
  "fails" if it is not.
  
!    The CONTROLLED TEXT inside of a conditional can include preprocessing
! directives.  They are executed only if the conditional succeeds.  You
! can nest conditional groups inside other conditional groups, but they
! must be completely nested.  In other words, '#endif' always matches the
! nearest '#ifdef' (or '#ifndef', or '#if').  Also, you cannot start a
! conditional group in one file and end it in another.
  
     Even if a conditional fails, the CONTROLLED TEXT inside it is still
  run through initial transformations and tokenization.  Therefore, it
--- 2850,2861 ----
  defined.  We say that the conditional "succeeds" if MACRO is defined,
  "fails" if it is not.
  
!    The CONTROLLED TEXT inside of a conditional can include
! preprocessing directives.  They are executed only if the conditional
! succeeds.  You can nest conditional groups inside other conditional
! groups, but they must be completely nested.  In other words, `#endif'
! always matches the nearest `#ifdef' (or `#ifndef', or `#if').  Also,
! you cannot start a conditional group in one file and end it in another.
  
     Even if a conditional fails, the CONTROLLED TEXT inside it is still
  run through initial transformations and tokenization.  Therefore, it
*************** must all be lexically valid C.  Normally
*** 2847,2864 ****
  that all comments and string literals inside a failing conditional group
  must still be properly ended.
  
!    The comment following the '#endif' is not required, but it is a good
  practice if there is a lot of CONTROLLED TEXT, because it helps people
! match the '#endif' to the corresponding '#ifdef'.  Older programs
! sometimes put MACRO directly after the '#endif' without enclosing it in
  a comment.  This is invalid code according to the C standard.  CPP
! accepts it with a warning.  It never affects which '#ifndef' the
! '#endif' matches.
  
!    Sometimes you wish to use some code if a macro is _not_ defined.  You
! can do this by writing '#ifndef' instead of '#ifdef'.  One common use of
! '#ifndef' is to include code only the first time a header file is
! included.  *Note Once-Only Headers::.
  
     Macro definitions can vary between compilations for several reasons.
  Here are some samples.
--- 2863,2880 ----
  that all comments and string literals inside a failing conditional group
  must still be properly ended.
  
!    The comment following the `#endif' is not required, but it is a good
  practice if there is a lot of CONTROLLED TEXT, because it helps people
! match the `#endif' to the corresponding `#ifdef'.  Older programs
! sometimes put MACRO directly after the `#endif' without enclosing it in
  a comment.  This is invalid code according to the C standard.  CPP
! accepts it with a warning.  It never affects which `#ifndef' the
! `#endif' matches.
  
!    Sometimes you wish to use some code if a macro is _not_ defined.
! You can do this by writing `#ifndef' instead of `#ifdef'.  One common
! use of `#ifndef' is to include code only the first time a header file
! is included.  *Note Once-Only Headers::.
  
     Macro definitions can vary between compilations for several reasons.
  Here are some samples.
*************** Here are some samples.
*** 2872,2890 ****
       conditionals to avoid using a system feature on a machine where it
       is not implemented.
  
!    * Macros can be defined or undefined with the '-D' and '-U'
!      command-line options when you compile the program.  You can arrange
!      to compile the same source file into two different programs by
!      choosing a macro name to specify which program you want, writing
!      conditionals to test whether or how this macro is defined, and then
!      controlling the state of the macro with command-line options,
!      perhaps set in the Makefile.  *Note Invocation::.
  
     * Your program might have a special header file (often called
!      'config.h') that is adjusted when the program is compiled.  It can
!      define or not define macros depending on the features of the system
!      and the desired capabilities of the program.  The adjustment can be
!      automated by a tool such as 'autoconf', or done by hand.
  
  
  File: cpp.info,  Node: If,  Next: Defined,  Prev: Ifdef,  Up: Conditional Syntax
--- 2888,2908 ----
       conditionals to avoid using a system feature on a machine where it
       is not implemented.
  
!    * Macros can be defined or undefined with the `-D' and `-U'
!      command-line options when you compile the program.  You can
!      arrange to compile the same source file into two different
!      programs by choosing a macro name to specify which program you
!      want, writing conditionals to test whether or how this macro is
!      defined, and then controlling the state of the macro with
!      command-line options, perhaps set in the Makefile.  *Note
!      Invocation::.
  
     * Your program might have a special header file (often called
!      `config.h') that is adjusted when the program is compiled.  It can
!      define or not define macros depending on the features of the
!      system and the desired capabilities of the program.  The
!      adjustment can be automated by a tool such as `autoconf', or done
!      by hand.
  
  
  File: cpp.info,  Node: If,  Next: Defined,  Prev: Ifdef,  Up: Conditional Syntax
*************** File: cpp.info,  Node: If,  Next: Define
*** 2892,2898 ****
  4.2.2 If
  --------
  
! The '#if' directive allows you to test the value of an arithmetic
  expression, rather than the mere existence of one macro.  Its syntax is
  
       #if EXPRESSION
--- 2910,2916 ----
  4.2.2 If
  --------
  
! The `#if' directive allows you to test the value of an arithmetic
  expression, rather than the mere existence of one macro.  Its syntax is
  
       #if EXPRESSION
*************** restrictions.  It may contain
*** 2911,2939 ****
  
     * Arithmetic operators for addition, subtraction, multiplication,
       division, bitwise operations, shifts, comparisons, and logical
!      operations ('&&' and '||').  The latter two obey the usual
       short-circuiting rules of standard C.
  
     * Macros.  All macros in the expression are expanded before actual
       computation of the expression's value begins.
  
!    * Uses of the 'defined' operator, which lets you check whether macros
!      are defined in the middle of an '#if'.
  
     * Identifiers that are not macros, which are all considered to be the
!      number zero.  This allows you to write '#if MACRO' instead of
!      '#ifdef MACRO', if you know that MACRO, when defined, will always
       have a nonzero value.  Function-like macros used without their
       function call parentheses are also treated as zero.
  
!      In some contexts this shortcut is undesirable.  The '-Wundef'
       option causes GCC to warn whenever it encounters an identifier
!      which is not a macro in an '#if'.
  
     The preprocessor does not know anything about types in the language.
! Therefore, 'sizeof' operators are not recognized in '#if', and neither
! are 'enum' constants.  They will be taken as identifiers which are not
! macros, and replaced by zero.  In the case of 'sizeof', this is likely
  to cause the expression to be invalid.
  
     The preprocessor calculates the value of EXPRESSION.  It carries out
--- 2929,2957 ----
  
     * Arithmetic operators for addition, subtraction, multiplication,
       division, bitwise operations, shifts, comparisons, and logical
!      operations (`&&' and `||').  The latter two obey the usual
       short-circuiting rules of standard C.
  
     * Macros.  All macros in the expression are expanded before actual
       computation of the expression's value begins.
  
!    * Uses of the `defined' operator, which lets you check whether macros
!      are defined in the middle of an `#if'.
  
     * Identifiers that are not macros, which are all considered to be the
!      number zero.  This allows you to write `#if MACRO' instead of
!      `#ifdef MACRO', if you know that MACRO, when defined, will always
       have a nonzero value.  Function-like macros used without their
       function call parentheses are also treated as zero.
  
!      In some contexts this shortcut is undesirable.  The `-Wundef'
       option causes GCC to warn whenever it encounters an identifier
!      which is not a macro in an `#if'.
  
     The preprocessor does not know anything about types in the language.
! Therefore, `sizeof' operators are not recognized in `#if', and neither
! are `enum' constants.  They will be taken as identifiers which are not
! macros, and replaced by zero.  In the case of `sizeof', this is likely
  to cause the expression to be invalid.
  
     The preprocessor calculates the value of EXPRESSION.  It carries out
*************** all calculations in the widest integer t
*** 2941,2947 ****
  most machines supported by GCC this is 64 bits.  This is not the same
  rule as the compiler uses to calculate the value of a constant
  expression, and may give different results in some cases.  If the value
! comes out to be nonzero, the '#if' succeeds and the CONTROLLED TEXT is
  included; otherwise it is skipped.
  
  
--- 2959,2965 ----
  most machines supported by GCC this is 64 bits.  This is not the same
  rule as the compiler uses to calculate the value of a constant
  expression, and may give different results in some cases.  If the value
! comes out to be nonzero, the `#if' succeeds and the CONTROLLED TEXT is
  included; otherwise it is skipped.
  
  
*************** File: cpp.info,  Node: Defined,  Next: E
*** 2950,2984 ****
  4.2.3 Defined
  -------------
  
! The special operator 'defined' is used in '#if' and '#elif' expressions
! to test whether a certain name is defined as a macro.  'defined NAME'
! and 'defined (NAME)' are both expressions whose value is 1 if NAME is
! defined as a macro at the current point in the program, and 0 otherwise.
! Thus, '#if defined MACRO' is precisely equivalent to '#ifdef MACRO'.
  
!    'defined' is useful when you wish to test more than one macro for
  existence at once.  For example,
  
       #if defined (__vax__) || defined (__ns16000__)
  
! would succeed if either of the names '__vax__' or '__ns16000__' is
  defined as a macro.
  
     Conditionals written like this:
  
       #if defined BUFSIZE && BUFSIZE >= 1024
  
! can generally be simplified to just '#if BUFSIZE >= 1024', since if
! 'BUFSIZE' is not defined, it will be interpreted as having the value
  zero.
  
!    If the 'defined' operator appears as a result of a macro expansion,
  the C standard says the behavior is undefined.  GNU cpp treats it as a
! genuine 'defined' operator and evaluates it normally.  It will warn
  wherever your code uses this feature if you use the command-line option
! '-Wpedantic', since other compilers may handle it differently.  The
! warning is also enabled by '-Wextra', and can also be enabled
! individually with '-Wexpansion-to-defined'.
  
  
  File: cpp.info,  Node: Else,  Next: Elif,  Prev: Defined,  Up: Conditional Syntax
--- 2968,3003 ----
  4.2.3 Defined
  -------------
  
! The special operator `defined' is used in `#if' and `#elif' expressions
! to test whether a certain name is defined as a macro.  `defined NAME'
! and `defined (NAME)' are both expressions whose value is 1 if NAME is
! defined as a macro at the current point in the program, and 0
! otherwise.  Thus,  `#if defined MACRO' is precisely equivalent to
! `#ifdef MACRO'.
  
!    `defined' is useful when you wish to test more than one macro for
  existence at once.  For example,
  
       #if defined (__vax__) || defined (__ns16000__)
  
! would succeed if either of the names `__vax__' or `__ns16000__' is
  defined as a macro.
  
     Conditionals written like this:
  
       #if defined BUFSIZE && BUFSIZE >= 1024
  
! can generally be simplified to just `#if BUFSIZE >= 1024', since if
! `BUFSIZE' is not defined, it will be interpreted as having the value
  zero.
  
!    If the `defined' operator appears as a result of a macro expansion,
  the C standard says the behavior is undefined.  GNU cpp treats it as a
! genuine `defined' operator and evaluates it normally.  It will warn
  wherever your code uses this feature if you use the command-line option
! `-Wpedantic', since other compilers may handle it differently.  The
! warning is also enabled by `-Wextra', and can also be enabled
! individually with `-Wexpansion-to-defined'.
  
  
  File: cpp.info,  Node: Else,  Next: Elif,  Prev: Defined,  Up: Conditional Syntax
*************** File: cpp.info,  Node: Else,  Next: Elif
*** 2986,2992 ****
  4.2.4 Else
  ----------
  
! The '#else' directive can be added to a conditional to provide
  alternative text to be used if the condition fails.  This is what it
  looks like:
  
--- 3005,3011 ----
  4.2.4 Else
  ----------
  
! The `#else' directive can be added to a conditional to provide
  alternative text to be used if the condition fails.  This is what it
  looks like:
  
*************** looks like:
*** 2999,3005 ****
  If EXPRESSION is nonzero, the TEXT-IF-TRUE is included and the
  TEXT-IF-FALSE is skipped.  If EXPRESSION is zero, the opposite happens.
  
!    You can use '#else' with '#ifdef' and '#ifndef', too.
  
  
  File: cpp.info,  Node: Elif,  Prev: Else,  Up: Conditional Syntax
--- 3018,3024 ----
  If EXPRESSION is nonzero, the TEXT-IF-TRUE is included and the
  TEXT-IF-FALSE is skipped.  If EXPRESSION is zero, the opposite happens.
  
!    You can use `#else' with `#ifdef' and `#ifndef', too.
  
  
  File: cpp.info,  Node: Elif,  Prev: Else,  Up: Conditional Syntax
*************** two possible alternatives.  For example,
*** 3020,3027 ****
       #endif /* X != 2 */
       #endif /* X != 1 */
  
!    Another conditional directive, '#elif', allows this to be abbreviated
! as follows:
  
       #if X == 1
       ...
--- 3039,3046 ----
       #endif /* X != 2 */
       #endif /* X != 1 */
  
!    Another conditional directive, `#elif', allows this to be
! abbreviated as follows:
  
       #if X == 1
       ...
*************** as follows:
*** 3031,3050 ****
       ...
       #endif /* X != 2 and X != 1*/
  
!    '#elif' stands for "else if".  Like '#else', it goes in the middle of
! a conditional group and subdivides it; it does not require a matching
! '#endif' of its own.  Like '#if', the '#elif' directive includes an
! expression to be tested.  The text following the '#elif' is processed
! only if the original '#if'-condition failed and the '#elif' condition
! succeeds.
  
!    More than one '#elif' can go in the same conditional group.  Then the
! text after each '#elif' is processed only if the '#elif' condition
! succeeds after the original '#if' and all previous '#elif' directives
  within it have failed.
  
!    '#else' is allowed after any number of '#elif' directives, but
! '#elif' may not follow '#else'.
  
  
  File: cpp.info,  Node: Deleted Code,  Prev: Conditional Syntax,  Up: Conditionals
--- 3050,3069 ----
       ...
       #endif /* X != 2 and X != 1*/
  
!    `#elif' stands for "else if".  Like `#else', it goes in the middle
! of a conditional group and subdivides it; it does not require a
! matching `#endif' of its own.  Like `#if', the `#elif' directive
! includes an expression to be tested.  The text following the `#elif' is
! processed only if the original `#if'-condition failed and the `#elif'
! condition succeeds.
  
!    More than one `#elif' can go in the same conditional group.  Then
! the text after each `#elif' is processed only if the `#elif' condition
! succeeds after the original `#if' and all previous `#elif' directives
  within it have failed.
  
!    `#else' is allowed after any number of `#elif' directives, but
! `#elif' may not follow `#else'.
  
  
  File: cpp.info,  Node: Deleted Code,  Prev: Conditional Syntax,  Up: Conditionals
*************** code will end the commenting-out.  The p
*** 3059,3078 ****
  syntax errors.
  
     One way to avoid this problem is to use an always-false conditional
! instead.  For instance, put '#if 0' before the deleted code and '#endif'
! after it.  This works even if the code being turned off contains
! conditionals, but they must be entire conditionals (balanced '#if' and
! '#endif').
  
!    Some people use '#ifdef notdef' instead.  This is risky, because
! 'notdef' might be accidentally defined as a macro, and then the
! conditional would succeed.  '#if 0' can be counted on to fail.
  
!    Do not use '#if 0' for comments which are not C code.  Use a real
! comment, instead.  The interior of '#if 0' must consist of complete
  tokens; in particular, single-quote characters must balance.  Comments
  often contain unbalanced single-quote characters (known in English as
! apostrophes).  These confuse '#if 0'.  They don't confuse '/*'.
  
  
  File: cpp.info,  Node: Diagnostics,  Next: Line Control,  Prev: Conditionals,  Up: Top
--- 3078,3097 ----
  syntax errors.
  
     One way to avoid this problem is to use an always-false conditional
! instead.  For instance, put `#if 0' before the deleted code and
! `#endif' after it.  This works even if the code being turned off
! contains conditionals, but they must be entire conditionals (balanced
! `#if' and `#endif').
  
!    Some people use `#ifdef notdef' instead.  This is risky, because
! `notdef' might be accidentally defined as a macro, and then the
! conditional would succeed.  `#if 0' can be counted on to fail.
  
!    Do not use `#if 0' for comments which are not C code.  Use a real
! comment, instead.  The interior of `#if 0' must consist of complete
  tokens; in particular, single-quote characters must balance.  Comments
  often contain unbalanced single-quote characters (known in English as
! apostrophes).  These confuse `#if 0'.  They don't confuse `/*'.
  
  
  File: cpp.info,  Node: Diagnostics,  Next: Line Control,  Prev: Conditionals,  Up: Top
*************** File: cpp.info,  Node: Diagnostics,  Nex
*** 3080,3090 ****
  5 Diagnostics
  *************
  
! The directive '#error' causes the preprocessor to report a fatal error.
! The tokens forming the rest of the line following '#error' are used as
  the error message.
  
!    You would use '#error' inside of a conditional that detects a
  combination of parameters which you know the program does not properly
  support.  For example, if you know that the program will not run
  properly on a VAX, you might write
--- 3099,3109 ----
  5 Diagnostics
  *************
  
! The directive `#error' causes the preprocessor to report a fatal error.
! The tokens forming the rest of the line following `#error' are used as
  the error message.
  
!    You would use `#error' inside of a conditional that detects a
  combination of parameters which you know the program does not properly
  support.  For example, if you know that the program will not run
  properly on a VAX, you might write
*************** properly on a VAX, you might write
*** 3095,3118 ****
  
     If you have several configuration parameters that must be set up by
  the installation in a consistent way, you can use conditionals to detect
! an inconsistency and report it with '#error'.  For example,
  
       #if !defined(FOO) && defined(BAR)
       #error "BAR requires FOO."
       #endif
  
!    The directive '#warning' is like '#error', but causes the
  preprocessor to issue a warning and continue preprocessing.  The tokens
! following '#warning' are used as the warning message.
  
!    You might use '#warning' in obsolete header files, with a message
  directing the user to the header file which should be used instead.
  
!    Neither '#error' nor '#warning' macro-expands its argument.  Internal
! whitespace sequences are each replaced with a single space.  The line
! must consist of complete tokens.  It is wisest to make the argument of
! these directives be a single string constant; this avoids problems with
! apostrophes and the like.
  
  
  File: cpp.info,  Node: Line Control,  Next: Pragmas,  Prev: Diagnostics,  Up: Top
--- 3114,3137 ----
  
     If you have several configuration parameters that must be set up by
  the installation in a consistent way, you can use conditionals to detect
! an inconsistency and report it with `#error'.  For example,
  
       #if !defined(FOO) && defined(BAR)
       #error "BAR requires FOO."
       #endif
  
!    The directive `#warning' is like `#error', but causes the
  preprocessor to issue a warning and continue preprocessing.  The tokens
! following `#warning' are used as the warning message.
  
!    You might use `#warning' in obsolete header files, with a message
  directing the user to the header file which should be used instead.
  
!    Neither `#error' nor `#warning' macro-expands its argument.
! Internal whitespace sequences are each replaced with a single space.
! The line must consist of complete tokens.  It is wisest to make the
! argument of these directives be a single string constant; this avoids
! problems with apostrophes and the like.
  
  
  File: cpp.info,  Node: Line Control,  Next: Pragmas,  Prev: Diagnostics,  Up: Top
*************** reported as having appeared on the line
*** 3127,3166 ****
  outermost macro was used.  We intend to be more accurate in the future.
  
     If you write a program which generates source code, such as the
! 'bison' parser generator, you may want to adjust the preprocessor's
  notion of the current file name and line number by hand.  Parts of the
! output from 'bison' are generated from scratch, other parts come from a
! standard parser file.  The rest are copied verbatim from 'bison''s
! input.  You would like compiler error messages and symbolic debuggers to
! be able to refer to 'bison''s input file.
  
!    'bison' or any such program can arrange this by writing '#line'
! directives into the output file.  '#line' is a directive that specifies
  the original line number and source file name for subsequent input in
! the current preprocessor input file.  '#line' has three variants:
  
! '#line LINENUM'
       LINENUM is a non-negative decimal integer constant.  It specifies
       the line number which should be reported for the following line of
       input.  Subsequent lines are counted from LINENUM.
  
! '#line LINENUM FILENAME'
!      LINENUM is the same as for the first form, and has the same effect.
!      In addition, FILENAME is a string constant.  The following line and
!      all subsequent lines are reported to come from the file it
!      specifies, until something else happens to change that.  FILENAME
!      is interpreted according to the normal rules for a string constant:
!      backslash escapes are interpreted.  This is different from
!      '#include'.
  
! '#line ANYTHING ELSE'
       ANYTHING ELSE is checked for macro calls, which are expanded.  The
       result should match one of the above two forms.
  
!    '#line' directives alter the results of the '__FILE__' and '__LINE__'
! predefined macros from that point on.  *Note Standard Predefined
! Macros::.  They do not have any effect on '#include''s idea of the
! directory containing the current file.
  
  
  File: cpp.info,  Node: Pragmas,  Next: Other Directives,  Prev: Line Control,  Up: Top
--- 3146,3185 ----
  outermost macro was used.  We intend to be more accurate in the future.
  
     If you write a program which generates source code, such as the
! `bison' parser generator, you may want to adjust the preprocessor's
  notion of the current file name and line number by hand.  Parts of the
! output from `bison' are generated from scratch, other parts come from a
! standard parser file.  The rest are copied verbatim from `bison''s
! input.  You would like compiler error messages and symbolic debuggers
! to be able to refer to `bison''s input file.
  
!    `bison' or any such program can arrange this by writing `#line'
! directives into the output file.  `#line' is a directive that specifies
  the original line number and source file name for subsequent input in
! the current preprocessor input file.  `#line' has three variants:
  
! `#line LINENUM'
       LINENUM is a non-negative decimal integer constant.  It specifies
       the line number which should be reported for the following line of
       input.  Subsequent lines are counted from LINENUM.
  
! `#line LINENUM FILENAME'
!      LINENUM is the same as for the first form, and has the same
!      effect.  In addition, FILENAME is a string constant.  The
!      following line and all subsequent lines are reported to come from
!      the file it specifies, until something else happens to change that.
!      FILENAME is interpreted according to the normal rules for a string
!      constant: backslash escapes are interpreted.  This is different
!      from `#include'.
  
! `#line ANYTHING ELSE'
       ANYTHING ELSE is checked for macro calls, which are expanded.  The
       result should match one of the above two forms.
  
!    `#line' directives alter the results of the `__FILE__' and
! `__LINE__' predefined macros from that point on.  *Note Standard
! Predefined Macros::.  They do not have any effect on `#include''s idea
! of the directory containing the current file.
  
  
  File: cpp.info,  Node: Pragmas,  Next: Other Directives,  Prev: Line Control,  Up: Top
*************** File: cpp.info,  Node: Pragmas,  Next: O
*** 3168,3203 ****
  7 Pragmas
  *********
  
! The '#pragma' directive is the method specified by the C standard for
  providing additional information to the compiler, beyond what is
  conveyed in the language itself.  The forms of this directive (commonly
! known as "pragmas") specified by C standard are prefixed with 'STDC'.  A
! C compiler is free to attach any meaning it likes to other pragmas.  All
! GNU-defined, supported pragmas have been given a 'GCC' prefix.
  
!    C99 introduced the '_Pragma' operator.  This feature addresses a
! major problem with '#pragma': being a directive, it cannot be produced
! as the result of macro expansion.  '_Pragma' is an operator, much like
! 'sizeof' or 'defined', and can be embedded in a macro.
  
!    Its syntax is '_Pragma (STRING-LITERAL)', where STRING-LITERAL can be
! either a normal or wide-character string literal.  It is destringized,
! by replacing all '\\' with a single '\' and all '\"' with a '"'.  The
! result is then processed as if it had appeared as the right hand side of
! a '#pragma' directive.  For example,
  
       _Pragma ("GCC dependency \"parse.y\"")
  
! has the same effect as '#pragma GCC dependency "parse.y"'.  The same
  effect could be achieved using macros, for example
  
       #define DO_PRAGMA(x) _Pragma (#x)
       DO_PRAGMA (GCC dependency "parse.y")
  
!    The standard is unclear on where a '_Pragma' operator can appear.
  The preprocessor does not accept it within a preprocessing conditional
! directive like '#if'.  To be safe, you are probably best keeping it out
! of directives other than '#define', and putting it on a line of its own.
  
     This manual documents the pragmas which are meaningful to the
  preprocessor itself.  Other pragmas are meaningful to the C or C++
--- 3187,3222 ----
  7 Pragmas
  *********
  
! The `#pragma' directive is the method specified by the C standard for
  providing additional information to the compiler, beyond what is
  conveyed in the language itself.  The forms of this directive (commonly
! known as "pragmas") specified by C standard are prefixed with `STDC'.
! A C compiler is free to attach any meaning it likes to other pragmas.
! All GNU-defined, supported pragmas have been given a `GCC' prefix.
  
!    C99 introduced the `_Pragma' operator.  This feature addresses a
! major problem with `#pragma': being a directive, it cannot be produced
! as the result of macro expansion.  `_Pragma' is an operator, much like
! `sizeof' or `defined', and can be embedded in a macro.
  
!    Its syntax is `_Pragma (STRING-LITERAL)', where STRING-LITERAL can
! be either a normal or wide-character string literal.  It is
! destringized, by replacing all `\\' with a single `\' and all `\"' with
! a `"'.  The result is then processed as if it had appeared as the right
! hand side of a `#pragma' directive.  For example,
  
       _Pragma ("GCC dependency \"parse.y\"")
  
! has the same effect as `#pragma GCC dependency "parse.y"'.  The same
  effect could be achieved using macros, for example
  
       #define DO_PRAGMA(x) _Pragma (#x)
       DO_PRAGMA (GCC dependency "parse.y")
  
!    The standard is unclear on where a `_Pragma' operator can appear.
  The preprocessor does not accept it within a preprocessing conditional
! directive like `#if'.  To be safe, you are probably best keeping it out
! of directives other than `#define', and putting it on a line of its own.
  
     This manual documents the pragmas which are meaningful to the
  preprocessor itself.  Other pragmas are meaningful to the C or C++
*************** compilers.  They are documented in the G
*** 3205,3212 ****
  
     GCC plugins may provide their own pragmas.
  
! '#pragma GCC dependency'
!      '#pragma GCC dependency' allows you to check the relative dates of
       the current file and another file.  If the other file is more
       recent than the current file, a warning is issued.  This is useful
       if the current file is derived from the other file, and should be
--- 3224,3231 ----
  
     GCC plugins may provide their own pragmas.
  
! `#pragma GCC dependency'
!      `#pragma GCC dependency' allows you to check the relative dates of
       the current file and another file.  If the other file is more
       recent than the current file, a warning is issued.  This is useful
       if the current file is derived from the other file, and should be
*************** compilers.  They are documented in the G
*** 3217,3227 ****
            #pragma GCC dependency "parse.y"
            #pragma GCC dependency "/usr/include/time.h" rerun fixincludes
  
! '#pragma GCC poison'
       Sometimes, there is an identifier that you want to remove
       completely from your program, and make sure that it never creeps
       back in.  To enforce this, you can "poison" the identifier with
!      this pragma.  '#pragma GCC poison' is followed by a list of
       identifiers to poison.  If any of those identifiers appears
       anywhere in the source after the directive, it is a hard error.
       For example,
--- 3236,3246 ----
            #pragma GCC dependency "parse.y"
            #pragma GCC dependency "/usr/include/time.h" rerun fixincludes
  
! `#pragma GCC poison'
       Sometimes, there is an identifier that you want to remove
       completely from your program, and make sure that it never creeps
       back in.  To enforce this, you can "poison" the identifier with
!      this pragma.  `#pragma GCC poison' is followed by a list of
       identifiers to poison.  If any of those identifiers appears
       anywhere in the source after the directive, it is a hard error.
       For example,
*************** compilers.  They are documented in the G
*** 3232,3240 ****
       will produce an error.
  
       If a poisoned identifier appears as part of the expansion of a
!      macro which was defined before the identifier was poisoned, it will
!      _not_ cause an error.  This lets you poison an identifier without
!      worrying about system headers defining macros that use it.
  
       For example,
  
--- 3251,3259 ----
       will produce an error.
  
       If a poisoned identifier appears as part of the expansion of a
!      macro which was defined before the identifier was poisoned, it
!      will _not_ cause an error.  This lets you poison an identifier
!      without worrying about system headers defining macros that use it.
  
       For example,
  
*************** compilers.  They are documented in the G
*** 3244,3262 ****
  
       will not produce an error.
  
! '#pragma GCC system_header'
       This pragma takes no arguments.  It causes the rest of the code in
       the current file to be treated as if it came from a system header.
       *Note System Headers::.
  
! '#pragma GCC warning'
! '#pragma GCC error'
!      '#pragma GCC warning "message"' causes the preprocessor to issue a
!      warning diagnostic with the text 'message'.  The message contained
!      in the pragma must be a single string literal.  Similarly, '#pragma
!      GCC error "message"' issues an error message.  Unlike the
!      '#warning' and '#error' directives, these pragmas can be embedded
!      in preprocessor macros using '_Pragma'.
  
  
  File: cpp.info,  Node: Other Directives,  Next: Preprocessor Output,  Prev: Pragmas,  Up: Top
--- 3263,3282 ----
  
       will not produce an error.
  
! `#pragma GCC system_header'
       This pragma takes no arguments.  It causes the rest of the code in
       the current file to be treated as if it came from a system header.
       *Note System Headers::.
  
! `#pragma GCC warning'
! `#pragma GCC error'
!      `#pragma GCC warning "message"' causes the preprocessor to issue a
!      warning diagnostic with the text `message'.  The message contained
!      in the pragma must be a single string literal.  Similarly,
!      `#pragma GCC error "message"' issues an error message.  Unlike the
!      `#warning' and `#error' directives, these pragmas can be embedded
!      in preprocessor macros using `_Pragma'.
! 
  
  
  File: cpp.info,  Node: Other Directives,  Next: Preprocessor Output,  Prev: Pragmas,  Up: Top
*************** File: cpp.info,  Node: Other Directives,
*** 3264,3284 ****
  8 Other Directives
  ******************
  
! The '#ident' directive takes one argument, a string constant.  On some
  systems, that string constant is copied into a special segment of the
! object file.  On other systems, the directive is ignored.  The '#sccs'
! directive is a synonym for '#ident'.
  
     These directives are not part of the C standard, but they are not
  official GNU extensions either.  What historical information we have
  been able to find, suggests they originated with System V.
  
!    The "null directive" consists of a '#' followed by a newline, with
  only whitespace (including comments) in between.  A null directive is
  understood as a preprocessing directive but has no effect on the
  preprocessor output.  The primary significance of the existence of the
! null directive is that an input line consisting of just a '#' will
! produce no output, rather than a line of output containing just a '#'.
  Supposedly some old C programs contain such lines.
  
  
--- 3284,3304 ----
  8 Other Directives
  ******************
  
! The `#ident' directive takes one argument, a string constant.  On some
  systems, that string constant is copied into a special segment of the
! object file.  On other systems, the directive is ignored.  The `#sccs'
! directive is a synonym for `#ident'.
  
     These directives are not part of the C standard, but they are not
  official GNU extensions either.  What historical information we have
  been able to find, suggests they originated with System V.
  
!    The "null directive" consists of a `#' followed by a newline, with
  only whitespace (including comments) in between.  A null directive is
  understood as a preprocessing directive but has no effect on the
  preprocessor output.  The primary significance of the existence of the
! null directive is that an input line consisting of just a `#' will
! produce no output, rather than a line of output containing just a `#'.
  Supposedly some old C programs contain such lines.
  
  
*************** that the following line originated in fi
*** 3319,3354 ****
  FILENAME will never contain any non-printing characters; they are
  replaced with octal escape sequences.
  
!    After the file name comes zero or more flags, which are '1', '2',
! '3', or '4'.  If there are multiple flags, spaces separate them.  Here
  is what the flags mean:
  
! '1'
       This indicates the start of a new file.
! '2'
       This indicates returning to a file (after having included another
       file).
! '3'
       This indicates that the following text comes from a system header
       file, so certain warnings should be suppressed.
! '4'
       This indicates that the following text should be treated as being
!      wrapped in an implicit 'extern "C"' block.
  
     As an extension, the preprocessor accepts linemarkers in
  non-assembler input files.  They are treated like the corresponding
! '#line' directive, (*note Line Control::), except that trailing flags
  are permitted, and are interpreted with the meanings described above.
  If multiple flags are given, they must be in ascending order.
  
     Some directives may be duplicated in the output of the preprocessor.
! These are '#ident' (always), '#pragma' (only if the preprocessor does
! not handle the pragma itself), and '#define' and '#undef' (with certain
! debugging options).  If this happens, the '#' of the directive will
  always be in the first column, and there will be no space between the
! '#' and the directive name.  If macro expansion happens to generate
  tokens which might be mistaken for a duplicated directive, a space will
! be inserted between the '#' and the directive name.
  
  
  File: cpp.info,  Node: Traditional Mode,  Next: Implementation Details,  Prev: Preprocessor Output,  Up: Top
--- 3339,3377 ----
  FILENAME will never contain any non-printing characters; they are
  replaced with octal escape sequences.
  
!    After the file name comes zero or more flags, which are `1', `2',
! `3', or `4'.  If there are multiple flags, spaces separate them.  Here
  is what the flags mean:
  
! `1'
       This indicates the start of a new file.
! 
! `2'
       This indicates returning to a file (after having included another
       file).
! 
! `3'
       This indicates that the following text comes from a system header
       file, so certain warnings should be suppressed.
! 
! `4'
       This indicates that the following text should be treated as being
!      wrapped in an implicit `extern "C"' block.
  
     As an extension, the preprocessor accepts linemarkers in
  non-assembler input files.  They are treated like the corresponding
! `#line' directive, (*note Line Control::), except that trailing flags
  are permitted, and are interpreted with the meanings described above.
  If multiple flags are given, they must be in ascending order.
  
     Some directives may be duplicated in the output of the preprocessor.
! These are `#ident' (always), `#pragma' (only if the preprocessor does
! not handle the pragma itself), and `#define' and `#undef' (with certain
! debugging options).  If this happens, the `#' of the directive will
  always be in the first column, and there will be no space between the
! `#' and the directive name.  If macro expansion happens to generate
  tokens which might be mistaken for a duplicated directive, a space will
! be inserted between the `#' and the directive name.
  
  
  File: cpp.info,  Node: Traditional Mode,  Next: Implementation Details,  Prev: Preprocessor Output,  Up: Top
*************** File: cpp.info,  Node: Traditional Mode,
*** 3358,3364 ****
  
  Traditional (pre-standard) C preprocessing is rather different from the
  preprocessing specified by the standard.  When the preprocessor is
! invoked with the '-traditional-cpp' option, it attempts to emulate a
  traditional preprocessor.
  
     This mode is not useful for compiling C code with GCC, but is
--- 3381,3387 ----
  
  Traditional (pre-standard) C preprocessing is rather different from the
  preprocessing specified by the standard.  When the preprocessor is
! invoked with the `-traditional-cpp' option, it attempts to emulate a
  traditional preprocessor.
  
     This mode is not useful for compiling C code with GCC, but is
*************** preprocessor explicitly, and not in the
*** 3369,3376 ****
     The implementation does not correspond precisely to the behavior of
  early pre-standard versions of GCC, nor to any true traditional
  preprocessor.  After all, inconsistencies among traditional
! implementations were a major motivation for C standardization.  However,
! we intend that it should be compatible with true traditional
  preprocessors in all ways that actually matter.
  
  * Menu:
--- 3392,3399 ----
     The implementation does not correspond precisely to the behavior of
  early pre-standard versions of GCC, nor to any true traditional
  preprocessor.  After all, inconsistencies among traditional
! implementations were a major motivation for C standardization.
! However, we intend that it should be compatible with true traditional
  preprocessors in all ways that actually matter.
  
  * Menu:
*************** simply treated as a stream of text with
*** 3392,3421 ****
  
     This implementation does not treat trigraphs (*note trigraphs::)
  specially since they were an invention of the standards committee.  It
! handles arbitrarily-positioned escaped newlines properly and splices the
! lines as you would expect; many traditional preprocessors did not do
! this.
  
     The form of horizontal whitespace in the input file is preserved in
  the output.  In particular, hard tabs remain hard tabs.  This can be
  useful if, for example, you are preprocessing a Makefile.
  
     Traditional CPP only recognizes C-style block comments, and treats
! the '/*' sequence as introducing a comment only if it lies outside
  quoted text.  Quoted text is introduced by the usual single and double
! quotes, and also by an initial '<' in a '#include' directive.
  
     Traditionally, comments are completely removed and are not replaced
! with a space.  Since a traditional compiler does its own tokenization of
! the output of the preprocessor, this means that comments can effectively
! be used as token paste operators.  However, comments behave like
! separators for text handled by the preprocessor itself, since it doesn't
! re-lex its input.  For example, in
  
       #if foo/**/bar
  
! 'foo' and 'bar' are distinct identifiers and expanded separately if they
! happen to be macros.  In other words, this directive is equivalent to
  
       #if foo bar
  
--- 3415,3445 ----
  
     This implementation does not treat trigraphs (*note trigraphs::)
  specially since they were an invention of the standards committee.  It
! handles arbitrarily-positioned escaped newlines properly and splices
! the lines as you would expect; many traditional preprocessors did not
! do this.
  
     The form of horizontal whitespace in the input file is preserved in
  the output.  In particular, hard tabs remain hard tabs.  This can be
  useful if, for example, you are preprocessing a Makefile.
  
     Traditional CPP only recognizes C-style block comments, and treats
! the `/*' sequence as introducing a comment only if it lies outside
  quoted text.  Quoted text is introduced by the usual single and double
! quotes, and also by an initial `<' in a `#include' directive.
  
     Traditionally, comments are completely removed and are not replaced
! with a space.  Since a traditional compiler does its own tokenization
! of the output of the preprocessor, this means that comments can
! effectively be used as token paste operators.  However, comments behave
! like separators for text handled by the preprocessor itself, since it
! doesn't re-lex its input.  For example, in
  
       #if foo/**/bar
  
! `foo' and `bar' are distinct identifiers and expanded separately if
! they happen to be macros.  In other words, this directive is equivalent
! to
  
       #if foo bar
  
*************** with replacement text that contains an u
*** 3429,3435 ****
  you attempt to compile preprocessed output containing an unmatched quote
  you will get a syntax error.
  
!    However, all preprocessing directives other than '#define' require
  matching quotes.  For example:
  
       #define m This macro's fine and has an unmatched quote
--- 3453,3459 ----
  you attempt to compile preprocessed output containing an unmatched quote
  you will get a syntax error.
  
!    However, all preprocessing directives other than `#define' require
  matching quotes.  For example:
  
       #define m This macro's fine and has an unmatched quote
*************** can run together with the text after the
*** 3460,3472 ****
  single token.
  
     Normally comments are removed from the replacement text after the
! macro is expanded, but if the '-CC' option is passed on the command-line
! comments are preserved.  (In fact, the current implementation removes
! comments even before saving the macro replacement text, but it careful
! to do it in such a way that the observed effect is identical even in the
! function-like macro case.)
  
!    The ISO stringizing operator '#' and token paste operator '##' have
  no special meaning.  As explained later, an effect similar to these
  operators can be obtained in a different way.  Macro names that are
  embedded in quotes, either from the main file or after macro
--- 3484,3496 ----
  single token.
  
     Normally comments are removed from the replacement text after the
! macro is expanded, but if the `-CC' option is passed on the
! command-line comments are preserved.  (In fact, the current
! implementation removes comments even before saving the macro
! replacement text, but it careful to do it in such a way that the
! observed effect is identical even in the function-like macro case.)
  
!    The ISO stringizing operator `#' and token paste operator `##' have
  no special meaning.  As explained later, an effect similar to these
  operators can be obtained in a different way.  Macro names that are
  embedded in quotes, either from the main file or after macro
*************** invocation.
*** 3489,3510 ****
     Function-like macros are similar in form but quite different in
  behavior to their ISO counterparts.  Their arguments are contained
  within parentheses, are comma-separated, and can cross physical lines.
! Commas within nested parentheses are not treated as argument separators.
! Similarly, a quote in an argument cannot be left unclosed; a following
! comma or parenthesis that comes before the closing quote is treated like
! any other character.  There is no facility for handling variadic macros.
  
     This implementation removes all comments from macro arguments, unless
! the '-C' option is given.  The form of all other horizontal whitespace
  in arguments is preserved, including leading and trailing whitespace.
  In particular
  
       f( )
  
! is treated as an invocation of the macro 'f' with a single argument
  consisting of a single space.  If you want to invoke a function-like
! macro that takes no arguments, you must not leave any whitespace between
! the parentheses.
  
     If a macro argument crosses a new line, the new line is replaced with
  a space when forming the argument.  If the previous line contained an
--- 3513,3535 ----
     Function-like macros are similar in form but quite different in
  behavior to their ISO counterparts.  Their arguments are contained
  within parentheses, are comma-separated, and can cross physical lines.
! Commas within nested parentheses are not treated as argument
! separators.  Similarly, a quote in an argument cannot be left unclosed;
! a following comma or parenthesis that comes before the closing quote is
! treated like any other character.  There is no facility for handling
! variadic macros.
  
     This implementation removes all comments from macro arguments, unless
! the `-C' option is given.  The form of all other horizontal whitespace
  in arguments is preserved, including leading and trailing whitespace.
  In particular
  
       f( )
  
! is treated as an invocation of the macro `f' with a single argument
  consisting of a single space.  If you want to invoke a function-like
! macro that takes no arguments, you must not leave any whitespace
! between the parentheses.
  
     If a macro argument crosses a new line, the new line is replaced with
  a space when forming the argument.  If the previous line contained an
*************** File: cpp.info,  Node: Traditional misce
*** 3535,3550 ****
  Here are some things to be aware of when using the traditional
  preprocessor.
  
!    * Preprocessing directives are recognized only when their leading '#'
!      appears in the first column.  There can be no whitespace between
!      the beginning of the line and the '#', but whitespace can follow
!      the '#'.
  
!    * A true traditional C preprocessor does not recognize '#error' or
!      '#pragma', and may not recognize '#elif'.  CPP supports all the
       directives in traditional mode that it supports in ISO mode,
       including extensions, with the exception that the effects of
!      '#pragma GCC poison' are undefined.
  
     * __STDC__ is not defined.
  
--- 3560,3575 ----
  Here are some things to be aware of when using the traditional
  preprocessor.
  
!    * Preprocessing directives are recognized only when their leading
!      `#' appears in the first column.  There can be no whitespace
!      between the beginning of the line and the `#', but whitespace can
!      follow the `#'.
  
!    * A true traditional C preprocessor does not recognize `#error' or
!      `#pragma', and may not recognize `#elif'.  CPP supports all the
       directives in traditional mode that it supports in ISO mode,
       including extensions, with the exception that the effects of
!      `#pragma GCC poison' are undefined.
  
     * __STDC__ is not defined.
  
*************** preprocessor.
*** 3553,3558 ****
--- 3578,3584 ----
     * If a line that looks like a directive appears within macro
       arguments, the behavior is undefined.
  
+ 
  
  File: cpp.info,  Node: Traditional warnings,  Prev: Traditional miscellany,  Up: Traditional Mode
  
*************** File: cpp.info,  Node: Traditional warni
*** 3560,3583 ****
  =========================
  
  You can request warnings about features that did not exist, or worked
! differently, in traditional C with the '-Wtraditional' option.  GCC does
! not warn about features of ISO C which you must use when you are using a
! conforming compiler, such as the '#' and '##' operators.
  
!    Presently '-Wtraditional' warns about:
  
     * Macro parameters that appear within string literals in the macro
!      body.  In traditional C macro replacement takes place within string
!      literals, but does not in ISO C.
  
     * In traditional C, some preprocessor directives did not exist.
       Traditional preprocessors would only consider a line to be a
!      directive if the '#' appeared in column 1 on the line.  Therefore
!      '-Wtraditional' warns about directives that traditional C
!      understands but would ignore because the '#' does not appear as the
       first character on the line.  It also suggests you hide directives
!      like '#pragma' not understood by traditional C by indenting them.
!      Some traditional implementations would not recognize '#elif', so it
       suggests avoiding it altogether.
  
     * A function-like macro that appears without an argument list.  In
--- 3586,3609 ----
  =========================
  
  You can request warnings about features that did not exist, or worked
! differently, in traditional C with the `-Wtraditional' option.  GCC
! does not warn about features of ISO C which you must use when you are
! using a conforming compiler, such as the `#' and `##' operators.
  
!    Presently `-Wtraditional' warns about:
  
     * Macro parameters that appear within string literals in the macro
!      body.  In traditional C macro replacement takes place within
!      string literals, but does not in ISO C.
  
     * In traditional C, some preprocessor directives did not exist.
       Traditional preprocessors would only consider a line to be a
!      directive if the `#' appeared in column 1 on the line.  Therefore
!      `-Wtraditional' warns about directives that traditional C
!      understands but would ignore because the `#' does not appear as the
       first character on the line.  It also suggests you hide directives
!      like `#pragma' not understood by traditional C by indenting them.
!      Some traditional implementations would not recognize `#elif', so it
       suggests avoiding it altogether.
  
     * A function-like macro that appears without an argument list.  In
*************** conforming compiler, such as the '#' and
*** 3586,3597 ****
  
     * The unary plus operator.  This did not exist in traditional C.
  
!    * The 'U' and 'LL' integer constant suffixes, which were not
!      available in traditional C.  (Traditional C does support the 'L'
       suffix for simple long integer constants.)  You are not warned
       about uses of these suffixes in macros defined in system headers.
!      For instance, 'UINT_MAX' may well be defined as '4294967295U', but
!      you will not be warned if you use 'UINT_MAX'.
  
       You can usually avoid the warning, and the related warning about
       constants which are so large that they are unsigned, by writing the
--- 3612,3623 ----
  
     * The unary plus operator.  This did not exist in traditional C.
  
!    * The `U' and `LL' integer constant suffixes, which were not
!      available in traditional C.  (Traditional C does support the `L'
       suffix for simple long integer constants.)  You are not warned
       about uses of these suffixes in macros defined in system headers.
!      For instance, `UINT_MAX' may well be defined as `4294967295U', but
!      you will not be warned if you use `UINT_MAX'.
  
       You can usually avoid the warning, and the related warning about
       constants which are so large that they are unsigned, by writing the
*************** File: cpp.info,  Node: Implementation-de
*** 3625,3691 ****
  ====================================
  
  This is how CPP behaves in all the cases which the C standard describes
! as "implementation-defined".  This term means that the implementation is
! free to do what it likes, but must document its choice and stick to it.
  
     * The mapping of physical source file multi-byte characters to the
       execution character set.
  
       The input character set can be specified using the
!      '-finput-charset' option, while the execution character set may be
!      controlled using the '-fexec-charset' and '-fwide-exec-charset'
       options.
  
!    * Identifier characters.
! 
!      The C and C++ standards allow identifiers to be composed of '_' and
!      the alphanumeric characters.  C++ also allows universal character
!      names.  C99 and later C standards permit both universal character
!      names and implementation-defined characters.
  
!      GCC allows the '$' character in identifiers as an extension for
!      most targets.  This is true regardless of the 'std=' switch, since
       this extension cannot conflict with standards-conforming programs.
       When preprocessing assembler, however, dollars are not identifier
       characters by default.
  
!      Currently the targets that by default do not permit '$' are AVR,
       IP2K, MMIX, MIPS Irix 3, ARM aout, and PowerPC targets for the AIX
       operating system.
  
!      You can override the default with '-fdollars-in-identifiers' or
!      'fno-dollars-in-identifiers'.  *Note fdollars-in-identifiers::.
  
     * Non-empty sequences of whitespace characters.
  
       In textual output, each whitespace sequence is collapsed to a
       single space.  For aesthetic reasons, the first token on each
       non-directive line of output is preceded with sufficient spaces
!      that it appears in the same column as it did in the original source
!      file.
  
     * The numeric value of character constants in preprocessor
       expressions.
  
       The preprocessor and compiler interpret character constants in the
!      same way; i.e. escape sequences such as '\a' are given the values
       they would have on the target machine.
  
       The compiler evaluates a multi-character character constant a
!      character at a time, shifting the previous value left by the number
!      of bits per target character, and then or-ing in the bit-pattern of
!      the new character truncated to the width of a target character.
!      The final bit-pattern is given type 'int', and is therefore signed,
!      regardless of whether single characters are signed or not.  If
!      there are more characters in the constant than would fit in the
!      target 'int' the compiler issues a warning, and the excess leading
!      characters are ignored.
  
!      For example, ''ab'' for a target with an 8-bit 'char' would be
       interpreted as
!      '(int) ((unsigned char) 'a' * 256 + (unsigned char) 'b')', and
!      ''\234a'' as
!      '(int) ((unsigned char) '\234' * 256 + (unsigned char) 'a')'.
  
     * Source file inclusion.
  
--- 3651,3717 ----
  ====================================
  
  This is how CPP behaves in all the cases which the C standard describes
! as "implementation-defined".  This term means that the implementation
! is free to do what it likes, but must document its choice and stick to
! it.
  
     * The mapping of physical source file multi-byte characters to the
       execution character set.
  
       The input character set can be specified using the
!      `-finput-charset' option, while the execution character set may be
!      controlled using the `-fexec-charset' and `-fwide-exec-charset'
       options.
  
!    * Identifier characters.  The C and C++ standards allow identifiers
!      to be composed of `_' and the alphanumeric characters.  C++ also
!      allows universal character names.  C99 and later C standards
!      permit both universal character names and implementation-defined
!      characters.
  
!      GCC allows the `$' character in identifiers as an extension for
!      most targets.  This is true regardless of the `std=' switch, since
       this extension cannot conflict with standards-conforming programs.
       When preprocessing assembler, however, dollars are not identifier
       characters by default.
  
!      Currently the targets that by default do not permit `$' are AVR,
       IP2K, MMIX, MIPS Irix 3, ARM aout, and PowerPC targets for the AIX
       operating system.
  
!      You can override the default with `-fdollars-in-identifiers' or
!      `fno-dollars-in-identifiers'.  *Note fdollars-in-identifiers::.
  
     * Non-empty sequences of whitespace characters.
  
       In textual output, each whitespace sequence is collapsed to a
       single space.  For aesthetic reasons, the first token on each
       non-directive line of output is preceded with sufficient spaces
!      that it appears in the same column as it did in the original
!      source file.
  
     * The numeric value of character constants in preprocessor
       expressions.
  
       The preprocessor and compiler interpret character constants in the
!      same way; i.e. escape sequences such as `\a' are given the values
       they would have on the target machine.
  
       The compiler evaluates a multi-character character constant a
!      character at a time, shifting the previous value left by the
!      number of bits per target character, and then or-ing in the
!      bit-pattern of the new character truncated to the width of a
!      target character.  The final bit-pattern is given type `int', and
!      is therefore signed, regardless of whether single characters are
!      signed or not.  If there are more characters in the constant than
!      would fit in the target `int' the compiler issues a warning, and
!      the excess leading characters are ignored.
  
!      For example, `'ab'' for a target with an 8-bit `char' would be
       interpreted as
!      `(int) ((unsigned char) 'a' * 256 + (unsigned char) 'b')', and
!      `'\234a'' as
!      `(int) ((unsigned char) '\234' * 256 + (unsigned char) 'a')'.
  
     * Source file inclusion.
  
*************** free to do what it likes, but must docum
*** 3693,3710 ****
       *note Include Operation::.
  
     * Interpretation of the filename resulting from a macro-expanded
!      '#include' directive.
  
       *Note Computed Includes::.
  
!    * Treatment of a '#pragma' directive that after macro-expansion
       results in a standard pragma.
  
!      No macro expansion occurs on any '#pragma' directive line, so the
       question does not arise.
  
       Note that GCC does not yet implement any of the standard pragmas.
  
  
  File: cpp.info,  Node: Implementation limits,  Next: Obsolete Features,  Prev: Implementation-defined behavior,  Up: Implementation Details
  
--- 3719,3737 ----
       *note Include Operation::.
  
     * Interpretation of the filename resulting from a macro-expanded
!      `#include' directive.
  
       *Note Computed Includes::.
  
!    * Treatment of a `#pragma' directive that after macro-expansion
       results in a standard pragma.
  
!      No macro expansion occurs on any `#pragma' directive line, so the
       question does not arise.
  
       Note that GCC does not yet implement any of the standard pragmas.
  
+ 
  
  File: cpp.info,  Node: Implementation limits,  Next: Obsolete Features,  Prev: Implementation-defined behavior,  Up: Implementation Details
  
*************** limit, please report that as a bug.  *No
*** 3719,3730 ****
  
     Where we say something is limited "only by available memory", that
  means that internal data structures impose no intrinsic limit, and space
! is allocated with 'malloc' or equivalent.  The actual limit will
  therefore depend on many things, such as the size of other things
  allocated by the compiler at the same time, the amount of memory
  consumed by other processes on the same computer, etc.
  
!    * Nesting levels of '#include' files.
  
       We impose an arbitrary limit of 200 levels, to avoid runaway
       recursion.  The standard requires at least 15 levels.
--- 3746,3757 ----
  
     Where we say something is limited "only by available memory", that
  means that internal data structures impose no intrinsic limit, and space
! is allocated with `malloc' or equivalent.  The actual limit will
  therefore depend on many things, such as the size of other things
  allocated by the compiler at the same time, the amount of memory
  consumed by other processes on the same computer, etc.
  
!    * Nesting levels of `#include' files.
  
       We impose an arbitrary limit of 200 levels, to avoid runaway
       recursion.  The standard requires at least 15 levels.
*************** consumed by other processes on the same
*** 3750,3759 ****
       The standard requires at least 4095 be possible.  CPP is limited
       only by available memory.
  
!    * Number of parameters in a macro definition and arguments in a macro
!      call.
  
!      We allow 'USHRT_MAX', which is no smaller than 65,535.  The minimum
       required by the standard is 127.
  
     * Number of characters on a logical source line.
--- 3777,3786 ----
       The standard requires at least 4095 be possible.  CPP is limited
       only by available memory.
  
!    * Number of parameters in a macro definition and arguments in a
!      macro call.
  
!      We allow `USHRT_MAX', which is no smaller than 65,535.  The minimum
       required by the standard is 127.
  
     * Number of characters on a logical source line.
*************** consumed by other processes on the same
*** 3765,3774 ****
     * Maximum size of a source file.
  
       The standard does not specify any lower limit on the maximum size
!      of a source file.  GNU cpp maps files into memory, so it is limited
!      by the available address space.  This is generally at least two
!      gigabytes.  Depending on the operating system, the size of physical
!      memory may or may not be a limitation.
  
  
  File: cpp.info,  Node: Obsolete Features,  Prev: Implementation limits,  Up: Implementation Details
--- 3792,3802 ----
     * Maximum size of a source file.
  
       The standard does not specify any lower limit on the maximum size
!      of a source file.  GNU cpp maps files into memory, so it is
!      limited by the available address space.  This is generally at
!      least two gigabytes.  Depending on the operating system, the size
!      of physical memory may or may not be a limitation.
! 
  
  
  File: cpp.info,  Node: Obsolete Features,  Prev: Implementation limits,  Up: Implementation Details
*************** File: cpp.info,  Node: Obsolete Features
*** 3777,3784 ****
  ======================
  
  CPP has some features which are present mainly for compatibility with
! older programs.  We discourage their use in new code.  In some cases, we
! plan to remove the feature in a future version of GCC.
  
  11.3.1 Assertions
  -----------------
--- 3805,3812 ----
  ======================
  
  CPP has some features which are present mainly for compatibility with
! older programs.  We discourage their use in new code.  In some cases,
! we plan to remove the feature in a future version of GCC.
  
  11.3.1 Assertions
  -----------------
*************** define them with preprocessing directive
*** 3792,3799 ****
  the compiler's target system and we added them for compatibility with
  existing compilers.  In practice they are just as unpredictable as the
  system-specific predefined macros.  In addition, they are not part of
! any standard, and only a few compilers support them.  Therefore, the use
! of assertions is *less* portable than the use of system-specific
  predefined macros.  We recommend you do not use them at all.
  
     An assertion looks like this:
--- 3820,3827 ----
  the compiler's target system and we added them for compatibility with
  existing compilers.  In practice they are just as unpredictable as the
  system-specific predefined macros.  In addition, they are not part of
! any standard, and only a few compilers support them.  Therefore, the
! use of assertions is *less* portable than the use of system-specific
  predefined macros.  We recommend you do not use them at all.
  
     An assertion looks like this:
*************** PREDICATE must be a single identifier.
*** 3804,3815 ****
  tokens; all characters are significant except for leading and trailing
  whitespace, and differences in internal whitespace sequences are
  ignored.  (This is similar to the rules governing macro redefinition.)
! Thus, '(x + y)' is different from '(x+y)' but equivalent to '( x + y )'.
! Parentheses do not nest inside an answer.
  
!    To test an assertion, you write it in an '#if'.  For example, this
! conditional succeeds if either 'vax' or 'ns16000' has been asserted as
! an answer for 'machine'.
  
       #if #machine (vax) || #machine (ns16000)
  
--- 3832,3843 ----
  tokens; all characters are significant except for leading and trailing
  whitespace, and differences in internal whitespace sequences are
  ignored.  (This is similar to the rules governing macro redefinition.)
! Thus, `(x + y)' is different from `(x+y)' but equivalent to
! `( x + y )'.  Parentheses do not nest inside an answer.
  
!    To test an assertion, you write it in an `#if'.  For example, this
! conditional succeeds if either `vax' or `ns16000' has been asserted as
! an answer for `machine'.
  
       #if #machine (vax) || #machine (ns16000)
  
*************** omitting the answer in the conditional:
*** 3818,3825 ****
  
       #if #machine
  
!    Assertions are made with the '#assert' directive.  Its sole argument
! is the assertion to make, without the leading '#' that identifies
  assertions in conditionals.
  
       #assert PREDICATE (ANSWER)
--- 3846,3853 ----
  
       #if #machine
  
!    Assertions are made with the `#assert' directive.  Its sole argument
! is the assertion to make, without the leading `#' that identifies
  assertions in conditionals.
  
       #assert PREDICATE (ANSWER)
*************** answers.  Subsequent assertions do not o
*** 3829,3843 ****
  same predicate.  All the answers for any given predicate are
  simultaneously true.
  
!    Assertions can be canceled with the '#unassert' directive.  It has
! the same syntax as '#assert'.  In that form it cancels only the answer
! which was specified on the '#unassert' line; other answers for that
  predicate remain true.  You can cancel an entire predicate by leaving
  out the answer:
  
       #unassert PREDICATE
  
! In either form, if no such assertion has been made, '#unassert' has no
  effect.
  
     You can also make or cancel assertions using command-line options.
--- 3857,3871 ----
  same predicate.  All the answers for any given predicate are
  simultaneously true.
  
!    Assertions can be canceled with the `#unassert' directive.  It has
! the same syntax as `#assert'.  In that form it cancels only the answer
! which was specified on the `#unassert' line; other answers for that
  predicate remain true.  You can cancel an entire predicate by leaving
  out the answer:
  
       #unassert PREDICATE
  
! In either form, if no such assertion has been made, `#unassert' has no
  effect.
  
     You can also make or cancel assertions using command-line options.
*************** File: cpp.info,  Node: Invocation,  Next
*** 3852,3896 ****
  Most often when you use the C preprocessor you do not have to invoke it
  explicitly: the C compiler does so automatically.  However, the
  preprocessor is sometimes useful on its own.  You can invoke the
! preprocessor either with the 'cpp' command, or via 'gcc -E'.  In GCC,
  the preprocessor is actually integrated with the compiler rather than a
  separate program, and both of these commands invoke GCC and tell it to
  stop after the preprocessing phase.
  
!    The 'cpp' options listed here are also accepted by 'gcc' and have the
! same meaning.  Likewise the 'cpp' command accepts all the usual 'gcc'
! driver options, although those pertaining to compilation phases after
! preprocessing are ignored.
  
     Only options specific to preprocessing behavior are documented here.
  Refer to the GCC manual for full documentation of other driver options.
  
!    The 'cpp' command expects two file names as arguments, INFILE and
! OUTFILE.  The preprocessor reads INFILE together with any other files it
! specifies with '#include'.  All the output generated by the combined
  input files is written in OUTFILE.
  
!    Either INFILE or OUTFILE may be '-', which as INFILE means to read
  from standard input and as OUTFILE means to write to standard output.
! If either file is omitted, it means the same as if '-' had been
! specified for that file.  You can also use the '-o OUTFILE' option to
  specify the output file.
  
!    Unless otherwise noted, or the option ends in '=', all options which
  take an argument may have that argument appear either immediately after
! the option, or with a space between option and argument: '-Ifoo' and '-I
! foo' have the same effect.
  
     Many options have multi-letter names; therefore multiple
! single-letter options may _not_ be grouped: '-dM' is very different from
! '-d -M'.
  
! '-D NAME'
!      Predefine NAME as a macro, with definition '1'.
  
! '-D NAME=DEFINITION'
       The contents of DEFINITION are tokenized and processed as if they
!      appeared during translation phase three in a '#define' directive.
       In particular, the definition is truncated by embedded newline
       characters.
  
--- 3880,3924 ----
  Most often when you use the C preprocessor you do not have to invoke it
  explicitly: the C compiler does so automatically.  However, the
  preprocessor is sometimes useful on its own.  You can invoke the
! preprocessor either with the `cpp' command, or via `gcc -E'.  In GCC,
  the preprocessor is actually integrated with the compiler rather than a
  separate program, and both of these commands invoke GCC and tell it to
  stop after the preprocessing phase.
  
!    The `cpp' options listed here are also accepted by `gcc' and have
! the same meaning.  Likewise the `cpp' command accepts all the usual
! `gcc' driver options, although those pertaining to compilation phases
! after preprocessing are ignored.
  
     Only options specific to preprocessing behavior are documented here.
  Refer to the GCC manual for full documentation of other driver options.
  
!    The `cpp' command expects two file names as arguments, INFILE and
! OUTFILE.  The preprocessor reads INFILE together with any other files
! it specifies with `#include'.  All the output generated by the combined
  input files is written in OUTFILE.
  
!    Either INFILE or OUTFILE may be `-', which as INFILE means to read
  from standard input and as OUTFILE means to write to standard output.
! If either file is omitted, it means the same as if `-' had been
! specified for that file.  You can also use the `-o OUTFILE' option to
  specify the output file.
  
!    Unless otherwise noted, or the option ends in `=', all options which
  take an argument may have that argument appear either immediately after
! the option, or with a space between option and argument: `-Ifoo' and
! `-I foo' have the same effect.
  
     Many options have multi-letter names; therefore multiple
! single-letter options may _not_ be grouped: `-dM' is very different from
! `-d -M'.
  
! `-D NAME'
!      Predefine NAME as a macro, with definition `1'.
  
! `-D NAME=DEFINITION'
       The contents of DEFINITION are tokenized and processed as if they
!      appeared during translation phase three in a `#define' directive.
       In particular, the definition is truncated by embedded newline
       characters.
  
*************** single-letter options may _not_ be group
*** 3901,4007 ****
       If you wish to define a function-like macro on the command line,
       write its argument list with surrounding parentheses before the
       equals sign (if any).  Parentheses are meaningful to most shells,
!      so you should quote the option.  With 'sh' and 'csh',
!      '-D'NAME(ARGS...)=DEFINITION'' works.
  
!      '-D' and '-U' options are processed in the order they are given on
!      the command line.  All '-imacros FILE' and '-include FILE' options
!      are processed after all '-D' and '-U' options.
  
! '-U NAME'
!      Cancel any previous definition of NAME, either built in or provided
!      with a '-D' option.
  
! '-include FILE'
!      Process FILE as if '#include "file"' appeared as the first line of
!      the primary source file.  However, the first directory searched for
!      FILE is the preprocessor's working directory _instead of_ the
       directory containing the main source file.  If not found there, it
!      is searched for in the remainder of the '#include "..."' search
       chain as normal.
  
!      If multiple '-include' options are given, the files are included in
!      the order they appear on the command line.
  
! '-imacros FILE'
!      Exactly like '-include', except that any output produced by
       scanning FILE is thrown away.  Macros it defines remain defined.
       This allows you to acquire all the macros from a header without
       also processing its declarations.
  
!      All files specified by '-imacros' are processed before all files
!      specified by '-include'.
  
! '-undef'
       Do not predefine any system-specific or GCC-specific macros.  The
       standard predefined macros remain defined.  *Note Standard
       Predefined Macros::.
  
! '-pthread'
       Define additional macros required for using the POSIX threads
       library.  You should use this option consistently for both
       compilation and linking.  This option is supported on GNU/Linux
       targets, most other Unix derivatives, and also on x86 Cygwin and
       MinGW targets.
  
! '-M'
       Instead of outputting the result of preprocessing, output a rule
!      suitable for 'make' describing the dependencies of the main source
!      file.  The preprocessor outputs one 'make' rule containing the
       object file name for that source file, a colon, and the names of
!      all the included files, including those coming from '-include' or
!      '-imacros' command-line options.
  
!      Unless specified explicitly (with '-MT' or '-MQ'), the object file
       name consists of the name of the source file with any suffix
       replaced with object file suffix and with any leading directory
       parts removed.  If there are many included files then the rule is
!      split into several lines using '\'-newline.  The rule has no
       commands.
  
!      This option does not suppress the preprocessor's debug output, such
!      as '-dM'.  To avoid mixing such debug output with the dependency
!      rules you should explicitly specify the dependency output file with
!      '-MF', or use an environment variable like 'DEPENDENCIES_OUTPUT'
!      (*note Environment Variables::).  Debug output is still sent to the
!      regular output stream as normal.
  
!      Passing '-M' to the driver implies '-E', and suppresses warnings
!      with an implicit '-w'.
  
! '-MM'
!      Like '-M' but do not mention header files that are found in system
!      header directories, nor header files that are included, directly or
!      indirectly, from such a header.
  
       This implies that the choice of angle brackets or double quotes in
!      an '#include' directive does not in itself determine whether that
!      header appears in '-MM' dependency output.
  
! '-MF FILE'
!      When used with '-M' or '-MM', specifies a file to write the
!      dependencies to.  If no '-MF' switch is given the preprocessor
       sends the rules to the same place it would send preprocessed
       output.
  
!      When used with the driver options '-MD' or '-MMD', '-MF' overrides
       the default dependency output file.
  
! '-MG'
!      In conjunction with an option such as '-M' requesting dependency
!      generation, '-MG' assumes missing header files are generated files
!      and adds them to the dependency list without raising an error.  The
!      dependency filename is taken directly from the '#include' directive
!      without prepending any path.  '-MG' also suppresses preprocessed
!      output, as a missing header file renders this useless.
  
       This feature is used in automatic updating of makefiles.
  
! '-MP'
       This option instructs CPP to add a phony target for each dependency
       other than the main file, causing each to depend on nothing.  These
!      dummy rules work around errors 'make' gives if you remove header
!      files without updating the 'Makefile' to match.
  
       This is typical output:
  
--- 3929,4035 ----
       If you wish to define a function-like macro on the command line,
       write its argument list with surrounding parentheses before the
       equals sign (if any).  Parentheses are meaningful to most shells,
!      so you should quote the option.  With `sh' and `csh',
!      `-D'NAME(ARGS...)=DEFINITION'' works.
  
!      `-D' and `-U' options are processed in the order they are given on
!      the command line.  All `-imacros FILE' and `-include FILE' options
!      are processed after all `-D' and `-U' options.
  
! `-U NAME'
!      Cancel any previous definition of NAME, either built in or
!      provided with a `-D' option.
  
! `-include FILE'
!      Process FILE as if `#include "file"' appeared as the first line of
!      the primary source file.  However, the first directory searched
!      for FILE is the preprocessor's working directory _instead of_ the
       directory containing the main source file.  If not found there, it
!      is searched for in the remainder of the `#include "..."' search
       chain as normal.
  
!      If multiple `-include' options are given, the files are included
!      in the order they appear on the command line.
  
! `-imacros FILE'
!      Exactly like `-include', except that any output produced by
       scanning FILE is thrown away.  Macros it defines remain defined.
       This allows you to acquire all the macros from a header without
       also processing its declarations.
  
!      All files specified by `-imacros' are processed before all files
!      specified by `-include'.
  
! `-undef'
       Do not predefine any system-specific or GCC-specific macros.  The
       standard predefined macros remain defined.  *Note Standard
       Predefined Macros::.
  
! `-pthread'
       Define additional macros required for using the POSIX threads
       library.  You should use this option consistently for both
       compilation and linking.  This option is supported on GNU/Linux
       targets, most other Unix derivatives, and also on x86 Cygwin and
       MinGW targets.
  
! `-M'
       Instead of outputting the result of preprocessing, output a rule
!      suitable for `make' describing the dependencies of the main source
!      file.  The preprocessor outputs one `make' rule containing the
       object file name for that source file, a colon, and the names of
!      all the included files, including those coming from `-include' or
!      `-imacros' command-line options.
  
!      Unless specified explicitly (with `-MT' or `-MQ'), the object file
       name consists of the name of the source file with any suffix
       replaced with object file suffix and with any leading directory
       parts removed.  If there are many included files then the rule is
!      split into several lines using `\'-newline.  The rule has no
       commands.
  
!      This option does not suppress the preprocessor's debug output,
!      such as `-dM'.  To avoid mixing such debug output with the
!      dependency rules you should explicitly specify the dependency
!      output file with `-MF', or use an environment variable like
!      `DEPENDENCIES_OUTPUT' (*note Environment Variables::).  Debug
!      output is still sent to the regular output stream as normal.
  
!      Passing `-M' to the driver implies `-E', and suppresses warnings
!      with an implicit `-w'.
  
! `-MM'
!      Like `-M' but do not mention header files that are found in system
!      header directories, nor header files that are included, directly
!      or indirectly, from such a header.
  
       This implies that the choice of angle brackets or double quotes in
!      an `#include' directive does not in itself determine whether that
!      header appears in `-MM' dependency output.
  
! `-MF FILE'
!      When used with `-M' or `-MM', specifies a file to write the
!      dependencies to.  If no `-MF' switch is given the preprocessor
       sends the rules to the same place it would send preprocessed
       output.
  
!      When used with the driver options `-MD' or `-MMD', `-MF' overrides
       the default dependency output file.
  
! `-MG'
!      In conjunction with an option such as `-M' requesting dependency
!      generation, `-MG' assumes missing header files are generated files
!      and adds them to the dependency list without raising an error.
!      The dependency filename is taken directly from the `#include'
!      directive without prepending any path.  `-MG' also suppresses
!      preprocessed output, as a missing header file renders this useless.
  
       This feature is used in automatic updating of makefiles.
  
! `-MP'
       This option instructs CPP to add a phony target for each dependency
       other than the main file, causing each to depend on nothing.  These
!      dummy rules work around errors `make' gives if you remove header
!      files without updating the `Makefile' to match.
  
       This is typical output:
  
*************** single-letter options may _not_ be group
*** 4009,4151 ****
  
            test.h:
  
! '-MT TARGET'
! 
       Change the target of the rule emitted by dependency generation.  By
       default CPP takes the name of the main input file, deletes any
!      directory components and any file suffix such as '.c', and appends
       the platform's usual object suffix.  The result is the target.
  
!      An '-MT' option sets the target to be exactly the string you
       specify.  If you want multiple targets, you can specify them as a
!      single argument to '-MT', or use multiple '-MT' options.
  
!      For example, '-MT '$(objpfx)foo.o'' might give
  
            $(objpfx)foo.o: foo.c
  
! '-MQ TARGET'
! 
!      Same as '-MT', but it quotes any characters which are special to
!      Make.  '-MQ '$(objpfx)foo.o'' gives
  
            $$(objpfx)foo.o: foo.c
  
       The default target is automatically quoted, as if it were given
!      with '-MQ'.
  
! '-MD'
!      '-MD' is equivalent to '-M -MF FILE', except that '-E' is not
!      implied.  The driver determines FILE based on whether an '-o'
!      option is given.  If it is, the driver uses its argument but with a
!      suffix of '.d', otherwise it takes the name of the input file,
!      removes any directory components and suffix, and applies a '.d'
       suffix.
  
!      If '-MD' is used in conjunction with '-E', any '-o' switch is
       understood to specify the dependency output file (*note -MF:
!      dashMF.), but if used without '-E', each '-o' is understood to
       specify a target object file.
  
!      Since '-E' is not implied, '-MD' can be used to generate a
       dependency output file as a side-effect of the compilation process.
  
! '-MMD'
!      Like '-MD' except mention only user header files, not system header
!      files.
  
! '-fpreprocessed'
       Indicate to the preprocessor that the input file has already been
       preprocessed.  This suppresses things like macro expansion,
       trigraph conversion, escaped newline splicing, and processing of
       most directives.  The preprocessor still recognizes and removes
!      comments, so that you can pass a file preprocessed with '-C' to the
!      compiler without problems.  In this mode the integrated
       preprocessor is little more than a tokenizer for the front ends.
  
!      '-fpreprocessed' is implicit if the input file has one of the
!      extensions '.i', '.ii' or '.mi'.  These are the extensions that GCC
!      uses for preprocessed files created by '-save-temps'.
  
! '-fdirectives-only'
       When preprocessing, handle directives, but do not expand macros.
  
!      The option's behavior depends on the '-E' and '-fpreprocessed'
       options.
  
!      With '-E', preprocessing is limited to the handling of directives
!      such as '#define', '#ifdef', and '#error'.  Other preprocessor
!      operations, such as macro expansion and trigraph conversion are not
!      performed.  In addition, the '-dD' option is implicitly enabled.
  
!      With '-fpreprocessed', predefinition of command line and most
!      builtin macros is disabled.  Macros such as '__LINE__', which are
       contextually dependent, are handled normally.  This enables
!      compilation of files previously preprocessed with '-E
       -fdirectives-only'.
  
!      With both '-E' and '-fpreprocessed', the rules for '-fpreprocessed'
!      take precedence.  This enables full preprocessing of files
!      previously preprocessed with '-E -fdirectives-only'.
  
! '-fdollars-in-identifiers'
!      Accept '$' in identifiers.  *Note Identifier characters::.
  
! '-fextended-identifiers'
       Accept universal character names in identifiers.  This option is
       enabled by default for C99 (and later C standard versions) and C++.
  
! '-fno-canonical-system-headers'
       When preprocessing, do not shorten system header paths with
       canonicalization.
  
! '-ftabstop=WIDTH'
       Set the distance between tab stops.  This helps the preprocessor
       report correct column numbers in warnings or errors, even if tabs
       appear on the line.  If the value is less than 1 or greater than
       100, the option is ignored.  The default is 8.
  
! '-ftrack-macro-expansion[=LEVEL]'
!      Track locations of tokens across macro expansions.  This allows the
       compiler to emit diagnostic about the current macro expansion stack
!      when a compilation error occurs in a macro expansion.  Using this
!      option makes the preprocessor and the compiler consume more memory.
!      The LEVEL parameter can be used to choose the level of precision of
!      token location tracking thus decreasing the memory consumption if
!      necessary.  Value '0' of LEVEL de-activates this option.  Value '1'
!      tracks tokens locations in a degraded mode for the sake of minimal
!      memory overhead.  In this mode all tokens resulting from the
!      expansion of an argument of a function-like macro have the same
!      location.  Value '2' tracks tokens locations completely.  This
!      value is the most memory hungry.  When this option is given no
!      argument, the default parameter value is '2'.
  
!      Note that '-ftrack-macro-expansion=2' is activated by default.
  
! '-fexec-charset=CHARSET'
       Set the execution character set, used for string and character
       constants.  The default is UTF-8.  CHARSET can be any encoding
!      supported by the system's 'iconv' library routine.
  
! '-fwide-exec-charset=CHARSET'
       Set the wide execution character set, used for wide string and
       character constants.  The default is UTF-32 or UTF-16, whichever
!      corresponds to the width of 'wchar_t'.  As with '-fexec-charset',
!      CHARSET can be any encoding supported by the system's 'iconv'
       library routine; however, you will have problems with encodings
!      that do not fit exactly in 'wchar_t'.
  
! '-finput-charset=CHARSET'
       Set the input character set, used for translation from the
!      character set of the input file to the source character set used by
!      GCC.  If the locale does not specify, or GCC cannot get this
       information from the locale, the default is UTF-8.  This can be
       overridden by either the locale or this command-line option.
       Currently the command-line option takes precedence if there's a
       conflict.  CHARSET can be any encoding supported by the system's
!      'iconv' library routine.
  
! '-fworking-directory'
       Enable generation of linemarkers in the preprocessor output that
       let the compiler know the current working directory at the time of
       preprocessing.  When this option is enabled, the preprocessor
--- 4037,4178 ----
  
            test.h:
  
! `-MT TARGET'
       Change the target of the rule emitted by dependency generation.  By
       default CPP takes the name of the main input file, deletes any
!      directory components and any file suffix such as `.c', and appends
       the platform's usual object suffix.  The result is the target.
  
!      An `-MT' option sets the target to be exactly the string you
       specify.  If you want multiple targets, you can specify them as a
!      single argument to `-MT', or use multiple `-MT' options.
  
!      For example, `-MT '$(objpfx)foo.o'' might give
  
            $(objpfx)foo.o: foo.c
  
! `-MQ TARGET'
!      Same as `-MT', but it quotes any characters which are special to
!      Make.  `-MQ '$(objpfx)foo.o'' gives
  
            $$(objpfx)foo.o: foo.c
  
       The default target is automatically quoted, as if it were given
!      with `-MQ'.
  
! `-MD'
!      `-MD' is equivalent to `-M -MF FILE', except that `-E' is not
!      implied.  The driver determines FILE based on whether an `-o'
!      option is given.  If it is, the driver uses its argument but with
!      a suffix of `.d', otherwise it takes the name of the input file,
!      removes any directory components and suffix, and applies a `.d'
       suffix.
  
!      If `-MD' is used in conjunction with `-E', any `-o' switch is
       understood to specify the dependency output file (*note -MF:
!      dashMF.), but if used without `-E', each `-o' is understood to
       specify a target object file.
  
!      Since `-E' is not implied, `-MD' can be used to generate a
       dependency output file as a side-effect of the compilation process.
  
! `-MMD'
!      Like `-MD' except mention only user header files, not system
!      header files.
  
! `-fpreprocessed'
       Indicate to the preprocessor that the input file has already been
       preprocessed.  This suppresses things like macro expansion,
       trigraph conversion, escaped newline splicing, and processing of
       most directives.  The preprocessor still recognizes and removes
!      comments, so that you can pass a file preprocessed with `-C' to
!      the compiler without problems.  In this mode the integrated
       preprocessor is little more than a tokenizer for the front ends.
  
!      `-fpreprocessed' is implicit if the input file has one of the
!      extensions `.i', `.ii' or `.mi'.  These are the extensions that
!      GCC uses for preprocessed files created by `-save-temps'.
  
! `-fdirectives-only'
       When preprocessing, handle directives, but do not expand macros.
  
!      The option's behavior depends on the `-E' and `-fpreprocessed'
       options.
  
!      With `-E', preprocessing is limited to the handling of directives
!      such as `#define', `#ifdef', and `#error'.  Other preprocessor
!      operations, such as macro expansion and trigraph conversion are
!      not performed.  In addition, the `-dD' option is implicitly
!      enabled.
  
!      With `-fpreprocessed', predefinition of command line and most
!      builtin macros is disabled.  Macros such as `__LINE__', which are
       contextually dependent, are handled normally.  This enables
!      compilation of files previously preprocessed with `-E
       -fdirectives-only'.
  
!      With both `-E' and `-fpreprocessed', the rules for
!      `-fpreprocessed' take precedence.  This enables full preprocessing
!      of files previously preprocessed with `-E -fdirectives-only'.
  
! `-fdollars-in-identifiers'
!      Accept `$' in identifiers.  *Note Identifier characters::.
  
! `-fextended-identifiers'
       Accept universal character names in identifiers.  This option is
       enabled by default for C99 (and later C standard versions) and C++.
  
! `-fno-canonical-system-headers'
       When preprocessing, do not shorten system header paths with
       canonicalization.
  
! `-ftabstop=WIDTH'
       Set the distance between tab stops.  This helps the preprocessor
       report correct column numbers in warnings or errors, even if tabs
       appear on the line.  If the value is less than 1 or greater than
       100, the option is ignored.  The default is 8.
  
! `-ftrack-macro-expansion[=LEVEL]'
!      Track locations of tokens across macro expansions. This allows the
       compiler to emit diagnostic about the current macro expansion stack
!      when a compilation error occurs in a macro expansion. Using this
!      option makes the preprocessor and the compiler consume more
!      memory. The LEVEL parameter can be used to choose the level of
!      precision of token location tracking thus decreasing the memory
!      consumption if necessary. Value `0' of LEVEL de-activates this
!      option. Value `1' tracks tokens locations in a degraded mode for
!      the sake of minimal memory overhead. In this mode all tokens
!      resulting from the expansion of an argument of a function-like
!      macro have the same location. Value `2' tracks tokens locations
!      completely. This value is the most memory hungry.  When this
!      option is given no argument, the default parameter value is `2'.
  
!      Note that `-ftrack-macro-expansion=2' is activated by default.
  
! `-fexec-charset=CHARSET'
       Set the execution character set, used for string and character
       constants.  The default is UTF-8.  CHARSET can be any encoding
!      supported by the system's `iconv' library routine.
  
! `-fwide-exec-charset=CHARSET'
       Set the wide execution character set, used for wide string and
       character constants.  The default is UTF-32 or UTF-16, whichever
!      corresponds to the width of `wchar_t'.  As with `-fexec-charset',
!      CHARSET can be any encoding supported by the system's `iconv'
       library routine; however, you will have problems with encodings
!      that do not fit exactly in `wchar_t'.
  
! `-finput-charset=CHARSET'
       Set the input character set, used for translation from the
!      character set of the input file to the source character set used
!      by GCC.  If the locale does not specify, or GCC cannot get this
       information from the locale, the default is UTF-8.  This can be
       overridden by either the locale or this command-line option.
       Currently the command-line option takes precedence if there's a
       conflict.  CHARSET can be any encoding supported by the system's
!      `iconv' library routine.
  
! `-fworking-directory'
       Enable generation of linemarkers in the preprocessor output that
       let the compiler know the current working directory at the time of
       preprocessing.  When this option is enabled, the preprocessor
*************** single-letter options may _not_ be group
*** 4154,4295 ****
       directory, when it's present in the preprocessed input, as the
       directory emitted as the current working directory in some
       debugging information formats.  This option is implicitly enabled
!      if debugging information is enabled, but this can be inhibited with
!      the negated form '-fno-working-directory'.  If the '-P' flag is
!      present in the command line, this option has no effect, since no
!      '#line' directives are emitted whatsoever.
  
! '-A PREDICATE=ANSWER'
       Make an assertion with the predicate PREDICATE and answer ANSWER.
!      This form is preferred to the older form '-A PREDICATE(ANSWER)',
       which is still supported, because it does not use shell special
       characters.  *Note Obsolete Features::.
  
! '-A -PREDICATE=ANSWER'
       Cancel an assertion with the predicate PREDICATE and answer ANSWER.
  
! '-C'
       Do not discard comments.  All comments are passed through to the
!      output file, except for comments in processed directives, which are
!      deleted along with the directive.
  
!      You should be prepared for side effects when using '-C'; it causes
       the preprocessor to treat comments as tokens in their own right.
       For example, comments appearing at the start of what would be a
       directive line have the effect of turning that line into an
       ordinary source line, since the first token on the line is no
!      longer a '#'.
  
! '-CC'
       Do not discard comments, including during macro expansion.  This is
!      like '-C', except that comments contained within macros are also
       passed through to the output file where the macro is expanded.
  
!      In addition to the side-effects of the '-C' option, the '-CC'
!      option causes all C++-style comments inside a macro to be converted
!      to C-style comments.  This is to prevent later use of that macro
!      from inadvertently commenting out the remainder of the source line.
  
!      The '-CC' option is generally used to support lint comments.
  
! '-P'
       Inhibit generation of linemarkers in the output from the
       preprocessor.  This might be useful when running the preprocessor
       on something that is not C code, and will be sent to a program
       which might be confused by the linemarkers.  *Note Preprocessor
       Output::.
  
! '-traditional'
! '-traditional-cpp'
! 
       Try to imitate the behavior of pre-standard C preprocessors, as
       opposed to ISO C preprocessors.  *Note Traditional Mode::.
  
       Note that GCC does not otherwise attempt to emulate a pre-standard
!      C compiler, and these options are only supported with the '-E'
       switch, or when invoking CPP explicitly.
  
! '-trigraphs'
       Support ISO C trigraphs.  These are three-character sequences, all
!      starting with '??', that are defined by ISO C to stand for single
!      characters.  For example, '??/' stands for '\', so ''??/n'' is a
       character constant for a newline.  *Note Initial processing::.
  
!      By default, GCC ignores trigraphs, but in standard-conforming modes
!      it converts them.  See the '-std' and '-ansi' options.
  
! '-remap'
       Enable special code to work around file systems which only permit
       very short file names, such as MS-DOS.
  
! '-H'
       Print the name of each header file used, in addition to other
       normal activities.  Each name is indented to show how deep in the
!      '#include' stack it is.  Precompiled header files are also printed,
!      even if they are found to be invalid; an invalid precompiled header
!      file is printed with '...x' and a valid one with '...!' .
  
! '-dLETTERS'
       Says to make debugging dumps during compilation as specified by
       LETTERS.  The flags documented here are those relevant to the
       preprocessor.  Other LETTERS are interpreted by the compiler
!      proper, or reserved for future versions of GCC, and so are silently
!      ignored.  If you specify LETTERS whose behavior conflicts, the
!      result is undefined.
  
!      '-dM'
!           Instead of the normal output, generate a list of '#define'
            directives for all the macros defined during the execution of
!           the preprocessor, including predefined macros.  This gives you
!           a way of finding out what is predefined in your version of the
!           preprocessor.  Assuming you have no file 'foo.h', the command
  
                 touch foo.h; cpp -dM foo.h
  
            shows all the predefined macros.
  
!      '-dD'
!           Like '-dM' except in two respects: it does _not_ include the
!           predefined macros, and it outputs _both_ the '#define'
            directives and the result of preprocessing.  Both kinds of
            output go to the standard output file.
  
!      '-dN'
!           Like '-dD', but emit only the macro names, not their
            expansions.
  
!      '-dI'
!           Output '#include' directives in addition to the result of
            preprocessing.
  
!      '-dU'
!           Like '-dD' except that only macros that are expanded, or whose
            definedness is tested in preprocessor directives, are output;
            the output is delayed until the use or test of the macro; and
!           '#undef' directives are also output for macros tested but
            undefined at the time.
  
! '-fdebug-cpp'
!      This option is only useful for debugging GCC. When used from CPP or
!      with '-E', it dumps debugging information about location maps.
       Every token in the output is preceded by the dump of the map its
       location belongs to.
  
!      When used from GCC without '-E', this option has no effect.
  
! '-I DIR'
! '-iquote DIR'
! '-isystem DIR'
! '-idirafter DIR'
!      Add the directory DIR to the list of directories to be searched for
!      header files during preprocessing.  *Note Search Path::.  If DIR
!      begins with '=', then the '=' is replaced by the sysroot prefix;
!      see '--sysroot' and '-isysroot'.
  
!      Directories specified with '-iquote' apply only to the quote form
!      of the directive, '#include "FILE"'.  Directories specified with
!      '-I', '-isystem', or '-idirafter' apply to lookup for both the
!      '#include "FILE"' and '#include <FILE>' directives.
  
       You can specify any number or combination of these options on the
       command line to search for header files in several directories.
--- 4181,4324 ----
       directory, when it's present in the preprocessed input, as the
       directory emitted as the current working directory in some
       debugging information formats.  This option is implicitly enabled
!      if debugging information is enabled, but this can be inhibited
!      with the negated form `-fno-working-directory'.  If the `-P' flag
!      is present in the command line, this option has no effect, since no
!      `#line' directives are emitted whatsoever.
  
! `-A PREDICATE=ANSWER'
       Make an assertion with the predicate PREDICATE and answer ANSWER.
!      This form is preferred to the older form `-A PREDICATE(ANSWER)',
       which is still supported, because it does not use shell special
       characters.  *Note Obsolete Features::.
  
! `-A -PREDICATE=ANSWER'
       Cancel an assertion with the predicate PREDICATE and answer ANSWER.
  
! `-C'
       Do not discard comments.  All comments are passed through to the
!      output file, except for comments in processed directives, which
!      are deleted along with the directive.
  
!      You should be prepared for side effects when using `-C'; it causes
       the preprocessor to treat comments as tokens in their own right.
       For example, comments appearing at the start of what would be a
       directive line have the effect of turning that line into an
       ordinary source line, since the first token on the line is no
!      longer a `#'.
  
! `-CC'
       Do not discard comments, including during macro expansion.  This is
!      like `-C', except that comments contained within macros are also
       passed through to the output file where the macro is expanded.
  
!      In addition to the side-effects of the `-C' option, the `-CC'
!      option causes all C++-style comments inside a macro to be
!      converted to C-style comments.  This is to prevent later use of
!      that macro from inadvertently commenting out the remainder of the
!      source line.
  
!      The `-CC' option is generally used to support lint comments.
  
! `-P'
       Inhibit generation of linemarkers in the output from the
       preprocessor.  This might be useful when running the preprocessor
       on something that is not C code, and will be sent to a program
       which might be confused by the linemarkers.  *Note Preprocessor
       Output::.
  
! `-traditional'
! `-traditional-cpp'
       Try to imitate the behavior of pre-standard C preprocessors, as
       opposed to ISO C preprocessors.  *Note Traditional Mode::.
  
       Note that GCC does not otherwise attempt to emulate a pre-standard
!      C compiler, and these options are only supported with the `-E'
       switch, or when invoking CPP explicitly.
  
! `-trigraphs'
       Support ISO C trigraphs.  These are three-character sequences, all
!      starting with `??', that are defined by ISO C to stand for single
!      characters.  For example, `??/' stands for `\', so `'??/n'' is a
       character constant for a newline.  *Note Initial processing::.
  
!      By default, GCC ignores trigraphs, but in standard-conforming
!      modes it converts them.  See the `-std' and `-ansi' options.
  
! `-remap'
       Enable special code to work around file systems which only permit
       very short file names, such as MS-DOS.
  
! `-H'
       Print the name of each header file used, in addition to other
       normal activities.  Each name is indented to show how deep in the
!      `#include' stack it is.  Precompiled header files are also
!      printed, even if they are found to be invalid; an invalid
!      precompiled header file is printed with `...x' and a valid one
!      with `...!' .
  
! `-dLETTERS'
       Says to make debugging dumps during compilation as specified by
       LETTERS.  The flags documented here are those relevant to the
       preprocessor.  Other LETTERS are interpreted by the compiler
!      proper, or reserved for future versions of GCC, and so are
!      silently ignored.  If you specify LETTERS whose behavior
!      conflicts, the result is undefined.
  
!     `-dM'
!           Instead of the normal output, generate a list of `#define'
            directives for all the macros defined during the execution of
!           the preprocessor, including predefined macros.  This gives
!           you a way of finding out what is predefined in your version
!           of the preprocessor.  Assuming you have no file `foo.h', the
!           command
  
                 touch foo.h; cpp -dM foo.h
  
            shows all the predefined macros.
  
!     `-dD'
!           Like `-dM' except in two respects: it does _not_ include the
!           predefined macros, and it outputs _both_ the `#define'
            directives and the result of preprocessing.  Both kinds of
            output go to the standard output file.
  
!     `-dN'
!           Like `-dD', but emit only the macro names, not their
            expansions.
  
!     `-dI'
!           Output `#include' directives in addition to the result of
            preprocessing.
  
!     `-dU'
!           Like `-dD' except that only macros that are expanded, or whose
            definedness is tested in preprocessor directives, are output;
            the output is delayed until the use or test of the macro; and
!           `#undef' directives are also output for macros tested but
            undefined at the time.
  
! `-fdebug-cpp'
!      This option is only useful for debugging GCC.  When used from CPP
!      or with `-E', it dumps debugging information about location maps.
       Every token in the output is preceded by the dump of the map its
       location belongs to.
  
!      When used from GCC without `-E', this option has no effect.
  
! `-I DIR'
! `-iquote DIR'
! `-isystem DIR'
! `-idirafter DIR'
!      Add the directory DIR to the list of directories to be searched
!      for header files during preprocessing.  *Note Search Path::.  If
!      DIR begins with `=', then the `=' is replaced by the sysroot
!      prefix; see `--sysroot' and `-isysroot'.
  
!      Directories specified with `-iquote' apply only to the quote form
!      of the directive, `#include "FILE"'.  Directories specified with
!      `-I', `-isystem', or `-idirafter' apply to lookup for both the
!      `#include "FILE"' and `#include <FILE>' directives.
  
       You can specify any number or combination of these options on the
       command line to search for header files in several directories.
*************** single-letter options may _not_ be group
*** 4299,4415 ****
            the current file is searched first.
  
         2. For the quote form of the include directive, the directories
!           specified by '-iquote' options are searched in left-to-right
            order, as they appear on the command line.
  
!        3. Directories specified with '-I' options are scanned in
            left-to-right order.
  
!        4. Directories specified with '-isystem' options are scanned in
            left-to-right order.
  
         5. Standard system directories are scanned.
  
!        6. Directories specified with '-idirafter' options are scanned in
            left-to-right order.
  
!      You can use '-I' to override a system header file, substituting
       your own version, since these directories are searched before the
       standard system header file directories.  However, you should not
       use this option to add directories that contain vendor-supplied
!      system header files; use '-isystem' for that.
  
!      The '-isystem' and '-idirafter' options also mark the directory as
       a system directory, so that it gets the same special treatment that
       is applied to the standard system directories.  *Note System
       Headers::.
  
       If a standard system include directory, or a directory specified
!      with '-isystem', is also specified with '-I', the '-I' option is
!      ignored.  The directory is still searched but as a system directory
!      at its normal position in the system include chain.  This is to
!      ensure that GCC's procedure to fix buggy system headers and the
!      ordering for the '#include_next' directive are not inadvertently
!      changed.  If you really need to change the search order for system
!      directories, use the '-nostdinc' and/or '-isystem' options.  *Note
!      System Headers::.
  
! '-I-'
       Split the include path.  This option has been deprecated.  Please
!      use '-iquote' instead for '-I' directories before the '-I-' and
!      remove the '-I-' option.
  
!      Any directories specified with '-I' options before '-I-' are
!      searched only for headers requested with '#include "FILE"'; they
!      are not searched for '#include <FILE>'.  If additional directories
!      are specified with '-I' options after the '-I-', those directories
!      are searched for all '#include' directives.
  
!      In addition, '-I-' inhibits the use of the directory of the current
!      file directory as the first search directory for '#include "FILE"'.
!      There is no way to override this effect of '-I-'.  *Note Search
!      Path::.
  
! '-iprefix PREFIX'
!      Specify PREFIX as the prefix for subsequent '-iwithprefix' options.
!      If the prefix represents a directory, you should include the final
!      '/'.
  
! '-iwithprefix DIR'
! '-iwithprefixbefore DIR'
!      Append DIR to the prefix specified previously with '-iprefix', and
       add the resulting directory to the include search path.
!      '-iwithprefixbefore' puts it in the same place '-I' would;
!      '-iwithprefix' puts it where '-idirafter' would.
  
! '-isysroot DIR'
!      This option is like the '--sysroot' option, but applies only to
       header files (except for Darwin targets, where it applies to both
!      header files and libraries).  See the '--sysroot' option for more
       information.
  
! '-imultilib DIR'
       Use DIR as a subdirectory of the directory containing
       target-specific C++ headers.
  
! '-nostdinc'
       Do not search the standard system directories for header files.
!      Only the directories explicitly specified with '-I', '-iquote',
!      '-isystem', and/or '-idirafter' options (and the directory of the
       current file, if appropriate) are searched.
  
! '-nostdinc++'
       Do not search for header files in the C++-specific standard
       directories, but do still search the other standard directories.
       (This option is used when building the C++ library.)
  
! '-Wcomment'
! '-Wcomments'
!      Warn whenever a comment-start sequence '/*' appears in a '/*'
!      comment, or whenever a backslash-newline appears in a '//' comment.
!      This warning is enabled by '-Wall'.
  
! '-Wtrigraphs'
!      Warn if any trigraphs are encountered that might change the meaning
!      of the program.  Trigraphs within comments are not warned about,
!      except those that would form escaped newlines.
  
!      This option is implied by '-Wall'.  If '-Wall' is not given, this
       option is still enabled unless trigraphs are enabled.  To get
!      trigraph conversion without warnings, but get the other '-Wall'
!      warnings, use '-trigraphs -Wall -Wno-trigraphs'.
  
! '-Wundef'
!      Warn if an undefined identifier is evaluated in an '#if' directive.
       Such identifiers are replaced with zero.
  
! '-Wexpansion-to-defined'
!      Warn whenever 'defined' is encountered in the expansion of a macro
!      (including the case where the macro is expanded by an '#if'
       directive).  Such usage is not portable.  This warning is also
!      enabled by '-Wpedantic' and '-Wextra'.
  
! '-Wunused-macros'
       Warn about macros defined in the main file that are unused.  A
       macro is "used" if it is expanded or tested for existence at least
       once.  The preprocessor also warns if the macro has not been used
--- 4328,4444 ----
            the current file is searched first.
  
         2. For the quote form of the include directive, the directories
!           specified by `-iquote' options are searched in left-to-right
            order, as they appear on the command line.
  
!        3. Directories specified with `-I' options are scanned in
            left-to-right order.
  
!        4. Directories specified with `-isystem' options are scanned in
            left-to-right order.
  
         5. Standard system directories are scanned.
  
!        6. Directories specified with `-idirafter' options are scanned in
            left-to-right order.
  
!      You can use `-I' to override a system header file, substituting
       your own version, since these directories are searched before the
       standard system header file directories.  However, you should not
       use this option to add directories that contain vendor-supplied
!      system header files; use `-isystem' for that.
  
!      The `-isystem' and `-idirafter' options also mark the directory as
       a system directory, so that it gets the same special treatment that
       is applied to the standard system directories.  *Note System
       Headers::.
  
       If a standard system include directory, or a directory specified
!      with `-isystem', is also specified with `-I', the `-I' option is
!      ignored.  The directory is still searched but as a system
!      directory at its normal position in the system include chain.
!      This is to ensure that GCC's procedure to fix buggy system headers
!      and the ordering for the `#include_next' directive are not
!      inadvertently changed.  If you really need to change the search
!      order for system directories, use the `-nostdinc' and/or
!      `-isystem' options.  *Note System Headers::.
  
! `-I-'
       Split the include path.  This option has been deprecated.  Please
!      use `-iquote' instead for `-I' directories before the `-I-' and
!      remove the `-I-' option.
  
!      Any directories specified with `-I' options before `-I-' are
!      searched only for headers requested with `#include "FILE"'; they
!      are not searched for `#include <FILE>'.  If additional directories
!      are specified with `-I' options after the `-I-', those directories
!      are searched for all `#include' directives.
  
!      In addition, `-I-' inhibits the use of the directory of the current
!      file directory as the first search directory for
!      `#include "FILE"'.  There is no way to override this effect of
!      `-I-'.  *Note Search Path::.
  
! `-iprefix PREFIX'
!      Specify PREFIX as the prefix for subsequent `-iwithprefix'
!      options.  If the prefix represents a directory, you should include
!      the final `/'.
  
! `-iwithprefix DIR'
! `-iwithprefixbefore DIR'
!      Append DIR to the prefix specified previously with `-iprefix', and
       add the resulting directory to the include search path.
!      `-iwithprefixbefore' puts it in the same place `-I' would;
!      `-iwithprefix' puts it where `-idirafter' would.
  
! `-isysroot DIR'
!      This option is like the `--sysroot' option, but applies only to
       header files (except for Darwin targets, where it applies to both
!      header files and libraries).  See the `--sysroot' option for more
       information.
  
! `-imultilib DIR'
       Use DIR as a subdirectory of the directory containing
       target-specific C++ headers.
  
! `-nostdinc'
       Do not search the standard system directories for header files.
!      Only the directories explicitly specified with `-I', `-iquote',
!      `-isystem', and/or `-idirafter' options (and the directory of the
       current file, if appropriate) are searched.
  
! `-nostdinc++'
       Do not search for header files in the C++-specific standard
       directories, but do still search the other standard directories.
       (This option is used when building the C++ library.)
  
! `-Wcomment'
! `-Wcomments'
!      Warn whenever a comment-start sequence `/*' appears in a `/*'
!      comment, or whenever a backslash-newline appears in a `//' comment.
!      This warning is enabled by `-Wall'.
  
! `-Wtrigraphs'
!      Warn if any trigraphs are encountered that might change the
!      meaning of the program.  Trigraphs within comments are not warned
!      about, except those that would form escaped newlines.
  
!      This option is implied by `-Wall'.  If `-Wall' is not given, this
       option is still enabled unless trigraphs are enabled.  To get
!      trigraph conversion without warnings, but get the other `-Wall'
!      warnings, use `-trigraphs -Wall -Wno-trigraphs'.
  
! `-Wundef'
!      Warn if an undefined identifier is evaluated in an `#if' directive.
       Such identifiers are replaced with zero.
  
! `-Wexpansion-to-defined'
!      Warn whenever `defined' is encountered in the expansion of a macro
!      (including the case where the macro is expanded by an `#if'
       directive).  Such usage is not portable.  This warning is also
!      enabled by `-Wpedantic' and `-Wextra'.
  
! `-Wunused-macros'
       Warn about macros defined in the main file that are unused.  A
       macro is "used" if it is expanded or tested for existence at least
       once.  The preprocessor also warns if the macro has not been used
*************** single-letter options may _not_ be group
*** 4419,4435 ****
       defined in include files are not warned about.
  
       _Note:_ If a macro is actually used, but only used in skipped
!      conditional blocks, then the preprocessor reports it as unused.  To
!      avoid the warning in such a case, you might improve the scope of
!      the macro's definition by, for example, moving it into the first
!      skipped block.  Alternatively, you could provide a dummy use with
!      something like:
  
            #if defined the_macro_causing_the_warning
            #endif
  
! '-Wno-endif-labels'
!      Do not warn whenever an '#else' or an '#endif' are followed by
       text.  This sometimes happens in older programs with code of the
       form
  
--- 4448,4464 ----
       defined in include files are not warned about.
  
       _Note:_ If a macro is actually used, but only used in skipped
!      conditional blocks, then the preprocessor reports it as unused.
!      To avoid the warning in such a case, you might improve the scope
!      of the macro's definition by, for example, moving it into the
!      first skipped block.  Alternatively, you could provide a dummy use
!      with something like:
  
            #if defined the_macro_causing_the_warning
            #endif
  
! `-Wno-endif-labels'
!      Do not warn whenever an `#else' or an `#endif' are followed by
       text.  This sometimes happens in older programs with code of the
       form
  
*************** single-letter options may _not_ be group
*** 4439,4445 ****
            ...
            #endif FOO
  
!      The second and third 'FOO' should be in comments.  This warning is
       on by default.
  
  
--- 4468,4474 ----
            ...
            #endif FOO
  
!      The second and third `FOO' should be in comments.  This warning is
       on by default.
  
  
*************** operates.  You can use them to specify d
*** 4453,4529 ****
  when searching for include files, or to control dependency output.
  
     Note that you can also specify places to search using options such as
! '-I', and control dependency output with options like '-M' (*note
  Invocation::).  These take precedence over environment variables, which
  in turn take precedence over the configuration of GCC.
  
! 'CPATH'
! 'C_INCLUDE_PATH'
! 'CPLUS_INCLUDE_PATH'
! 'OBJC_INCLUDE_PATH'
       Each variable's value is a list of directories separated by a
!      special character, much like 'PATH', in which to look for header
!      files.  The special character, 'PATH_SEPARATOR', is
       target-dependent and determined at GCC build time.  For Microsoft
       Windows-based targets it is a semicolon, and for almost all other
       targets it is a colon.
  
!      'CPATH' specifies a list of directories to be searched as if
!      specified with '-I', but after any paths given with '-I' options on
!      the command line.  This environment variable is used regardless of
!      which language is being preprocessed.
  
       The remaining environment variables apply only when preprocessing
       the particular language indicated.  Each specifies a list of
!      directories to be searched as if specified with '-isystem', but
!      after any paths given with '-isystem' options on the command line.
  
       In all these variables, an empty element instructs the compiler to
!      search its current working directory.  Empty elements can appear at
!      the beginning or end of a path.  For instance, if the value of
!      'CPATH' is ':/special/include', that has the same effect as
!      '-I. -I/special/include'.
  
       See also *note Search Path::.
  
! 'DEPENDENCIES_OUTPUT'
       If this variable is set, its value specifies how to output
       dependencies for Make based on the non-system header files
       processed by the compiler.  System header files are ignored in the
       dependency output.
  
!      The value of 'DEPENDENCIES_OUTPUT' can be just a file name, in
       which case the Make rules are written to that file, guessing the
       target name from the source file name.  Or the value can have the
!      form 'FILE TARGET', in which case the rules are written to file
       FILE using TARGET as the target name.
  
       In other words, this environment variable is equivalent to
!      combining the options '-MM' and '-MF' (*note Invocation::), with an
!      optional '-MT' switch too.
  
! 'SUNPRO_DEPENDENCIES'
!      This variable is the same as 'DEPENDENCIES_OUTPUT' (see above),
!      except that system header files are not ignored, so it implies '-M'
!      rather than '-MM'.  However, the dependence on the main input file
!      is omitted.  *Note Invocation::.
  
! 'SOURCE_DATE_EPOCH'
       If this variable is set, its value specifies a UNIX timestamp to be
!      used in replacement of the current date and time in the '__DATE__'
!      and '__TIME__' macros, so that the embedded timestamps become
       reproducible.
  
!      The value of 'SOURCE_DATE_EPOCH' must be a UNIX timestamp, defined
!      as the number of seconds (excluding leap seconds) since 01 Jan 1970
!      00:00:00 represented in ASCII; identical to the output of ''date
!      +%s'' on GNU/Linux and other systems that support the '%s'
!      extension in the 'date' command.
  
       The value should be a known timestamp such as the last modification
       time of the source or package and it should be set by the build
       process.
  
  
  File: cpp.info,  Node: GNU Free Documentation License,  Next: Index of Directives,  Prev: Environment Variables,  Up: Top
  
--- 4482,4559 ----
  when searching for include files, or to control dependency output.
  
     Note that you can also specify places to search using options such as
! `-I', and control dependency output with options like `-M' (*note
  Invocation::).  These take precedence over environment variables, which
  in turn take precedence over the configuration of GCC.
  
! `CPATH'
! `C_INCLUDE_PATH'
! `CPLUS_INCLUDE_PATH'
! `OBJC_INCLUDE_PATH'
       Each variable's value is a list of directories separated by a
!      special character, much like `PATH', in which to look for header
!      files.  The special character, `PATH_SEPARATOR', is
       target-dependent and determined at GCC build time.  For Microsoft
       Windows-based targets it is a semicolon, and for almost all other
       targets it is a colon.
  
!      `CPATH' specifies a list of directories to be searched as if
!      specified with `-I', but after any paths given with `-I' options
!      on the command line.  This environment variable is used regardless
!      of which language is being preprocessed.
  
       The remaining environment variables apply only when preprocessing
       the particular language indicated.  Each specifies a list of
!      directories to be searched as if specified with `-isystem', but
!      after any paths given with `-isystem' options on the command line.
  
       In all these variables, an empty element instructs the compiler to
!      search its current working directory.  Empty elements can appear
!      at the beginning or end of a path.  For instance, if the value of
!      `CPATH' is `:/special/include', that has the same effect as
!      `-I. -I/special/include'.
  
       See also *note Search Path::.
  
! `DEPENDENCIES_OUTPUT'
       If this variable is set, its value specifies how to output
       dependencies for Make based on the non-system header files
       processed by the compiler.  System header files are ignored in the
       dependency output.
  
!      The value of `DEPENDENCIES_OUTPUT' can be just a file name, in
       which case the Make rules are written to that file, guessing the
       target name from the source file name.  Or the value can have the
!      form `FILE TARGET', in which case the rules are written to file
       FILE using TARGET as the target name.
  
       In other words, this environment variable is equivalent to
!      combining the options `-MM' and `-MF' (*note Invocation::), with
!      an optional `-MT' switch too.
  
! `SUNPRO_DEPENDENCIES'
!      This variable is the same as `DEPENDENCIES_OUTPUT' (see above),
!      except that system header files are not ignored, so it implies
!      `-M' rather than `-MM'.  However, the dependence on the main input
!      file is omitted.  *Note Invocation::.
  
! `SOURCE_DATE_EPOCH'
       If this variable is set, its value specifies a UNIX timestamp to be
!      used in replacement of the current date and time in the `__DATE__'
!      and `__TIME__' macros, so that the embedded timestamps become
       reproducible.
  
!      The value of `SOURCE_DATE_EPOCH' must be a UNIX timestamp, defined
!      as the number of seconds (excluding leap seconds) since 01 Jan
!      1970 00:00:00 represented in ASCII; identical to the output of
!      ``date +%s'' on GNU/Linux and other systems that support the `%s'
!      extension in the `date' command.
  
       The value should be a known timestamp such as the last modification
       time of the source or package and it should be set by the build
       process.
  
+ 
  
  File: cpp.info,  Node: GNU Free Documentation License,  Next: Index of Directives,  Prev: Environment Variables,  Up: Top
  
*************** GNU Free Documentation License
*** 4533,4539 ****
                       Version 1.3, 3 November 2008
  
       Copyright (C) 2000, 2001, 2002, 2007, 2008 Free Software Foundation, Inc.
!      <http://fsf.org/>
  
       Everyone is permitted to copy and distribute verbatim copies
       of this license document, but changing it is not allowed.
--- 4563,4569 ----
                       Version 1.3, 3 November 2008
  
       Copyright (C) 2000, 2001, 2002, 2007, 2008 Free Software Foundation, Inc.
!      `http://fsf.org/'
  
       Everyone is permitted to copy and distribute verbatim copies
       of this license document, but changing it is not allowed.
*************** GNU Free Documentation License
*** 4558,4578 ****
       free program should come with manuals providing the same freedoms
       that the software does.  But this License is not limited to
       software manuals; it can be used for any textual work, regardless
!      of subject matter or whether it is published as a printed book.  We
!      recommend this License principally for works whose purpose is
       instruction or reference.
  
    1. APPLICABILITY AND DEFINITIONS
  
       This License applies to any manual or other work, in any medium,
!      that contains a notice placed by the copyright holder saying it can
!      be distributed under the terms of this License.  Such a notice
       grants a world-wide, royalty-free license, unlimited in duration,
       to use that work under the conditions stated herein.  The
       "Document", below, refers to any such manual or work.  Any member
!      of the public is a licensee, and is addressed as "you".  You accept
!      the license if you copy, modify or distribute the work in a way
!      requiring permission under copyright law.
  
       A "Modified Version" of the Document means any work containing the
       Document or a portion of it, either copied verbatim, or with
--- 4588,4608 ----
       free program should come with manuals providing the same freedoms
       that the software does.  But this License is not limited to
       software manuals; it can be used for any textual work, regardless
!      of subject matter or whether it is published as a printed book.
!      We recommend this License principally for works whose purpose is
       instruction or reference.
  
    1. APPLICABILITY AND DEFINITIONS
  
       This License applies to any manual or other work, in any medium,
!      that contains a notice placed by the copyright holder saying it
!      can be distributed under the terms of this License.  Such a notice
       grants a world-wide, royalty-free license, unlimited in duration,
       to use that work under the conditions stated herein.  The
       "Document", below, refers to any such manual or work.  Any member
!      of the public is a licensee, and is addressed as "you".  You
!      accept the license if you copy, modify or distribute the work in a
!      way requiring permission under copyright law.
  
       A "Modified Version" of the Document means any work containing the
       Document or a portion of it, either copied verbatim, or with
*************** GNU Free Documentation License
*** 4590,4601 ****
       regarding them.
  
       The "Invariant Sections" are certain Secondary Sections whose
!      titles are designated, as being those of Invariant Sections, in the
!      notice that says that the Document is released under this License.
!      If a section does not fit the above definition of Secondary then it
!      is not allowed to be designated as Invariant.  The Document may
!      contain zero Invariant Sections.  If the Document does not identify
!      any Invariant Sections then there are none.
  
       The "Cover Texts" are certain short passages of text that are
       listed, as Front-Cover Texts or Back-Cover Texts, in the notice
--- 4620,4631 ----
       regarding them.
  
       The "Invariant Sections" are certain Secondary Sections whose
!      titles are designated, as being those of Invariant Sections, in
!      the notice that says that the Document is released under this
!      License.  If a section does not fit the above definition of
!      Secondary then it is not allowed to be designated as Invariant.
!      The Document may contain zero Invariant Sections.  If the Document
!      does not identify any Invariant Sections then there are none.
  
       The "Cover Texts" are certain short passages of text that are
       listed, as Front-Cover Texts or Back-Cover Texts, in the notice
*************** GNU Free Documentation License
*** 4606,4632 ****
       A "Transparent" copy of the Document means a machine-readable copy,
       represented in a format whose specification is available to the
       general public, that is suitable for revising the document
!      straightforwardly with generic text editors or (for images composed
!      of pixels) generic paint programs or (for drawings) some widely
!      available drawing editor, and that is suitable for input to text
!      formatters or for automatic translation to a variety of formats
!      suitable for input to text formatters.  A copy made in an otherwise
!      Transparent file format whose markup, or absence of markup, has
!      been arranged to thwart or discourage subsequent modification by
!      readers is not Transparent.  An image format is not Transparent if
!      used for any substantial amount of text.  A copy that is not
!      "Transparent" is called "Opaque".
  
       Examples of suitable formats for Transparent copies include plain
       ASCII without markup, Texinfo input format, LaTeX input format,
!      SGML or XML using a publicly available DTD, and standard-conforming
!      simple HTML, PostScript or PDF designed for human modification.
!      Examples of transparent image formats include PNG, XCF and JPG.
!      Opaque formats include proprietary formats that can be read and
!      edited only by proprietary word processors, SGML or XML for which
!      the DTD and/or processing tools are not generally available, and
!      the machine-generated HTML, PostScript or PDF produced by some word
!      processors for output purposes only.
  
       The "Title Page" means, for a printed book, the title page itself,
       plus such following pages as are needed to hold, legibly, the
--- 4636,4662 ----
       A "Transparent" copy of the Document means a machine-readable copy,
       represented in a format whose specification is available to the
       general public, that is suitable for revising the document
!      straightforwardly with generic text editors or (for images
!      composed of pixels) generic paint programs or (for drawings) some
!      widely available drawing editor, and that is suitable for input to
!      text formatters or for automatic translation to a variety of
!      formats suitable for input to text formatters.  A copy made in an
!      otherwise Transparent file format whose markup, or absence of
!      markup, has been arranged to thwart or discourage subsequent
!      modification by readers is not Transparent.  An image format is
!      not Transparent if used for any substantial amount of text.  A
!      copy that is not "Transparent" is called "Opaque".
  
       Examples of suitable formats for Transparent copies include plain
       ASCII without markup, Texinfo input format, LaTeX input format,
!      SGML or XML using a publicly available DTD, and
!      standard-conforming simple HTML, PostScript or PDF designed for
!      human modification.  Examples of transparent image formats include
!      PNG, XCF and JPG.  Opaque formats include proprietary formats that
!      can be read and edited only by proprietary word processors, SGML or
!      XML for which the DTD and/or processing tools are not generally
!      available, and the machine-generated HTML, PostScript or PDF
!      produced by some word processors for output purposes only.
  
       The "Title Page" means, for a printed book, the title page itself,
       plus such following pages as are needed to hold, legibly, the
*************** GNU Free Documentation License
*** 4664,4671 ****
       may not use technical measures to obstruct or control the reading
       or further copying of the copies you make or distribute.  However,
       you may accept compensation in exchange for copies.  If you
!      distribute a large enough number of copies you must also follow the
!      conditions in section 3.
  
       You may also lend copies, under the same conditions stated above,
       and you may publicly display copies.
--- 4694,4701 ----
       may not use technical measures to obstruct or control the reading
       or further copying of the copies you make or distribute.  However,
       you may accept compensation in exchange for copies.  If you
!      distribute a large enough number of copies you must also follow
!      the conditions in section 3.
  
       You may also lend copies, under the same conditions stated above,
       and you may publicly display copies.
*************** GNU Free Documentation License
*** 4679,4689 ****
       these Cover Texts: Front-Cover Texts on the front cover, and
       Back-Cover Texts on the back cover.  Both covers must also clearly
       and legibly identify you as the publisher of these copies.  The
!      front cover must present the full title with all words of the title
!      equally prominent and visible.  You may add other material on the
!      covers in addition.  Copying with changes limited to the covers, as
!      long as they preserve the title of the Document and satisfy these
!      conditions, can be treated as verbatim copying in other respects.
  
       If the required texts for either cover are too voluminous to fit
       legibly, you should put the first ones listed (as many as fit
--- 4709,4720 ----
       these Cover Texts: Front-Cover Texts on the front cover, and
       Back-Cover Texts on the back cover.  Both covers must also clearly
       and legibly identify you as the publisher of these copies.  The
!      front cover must present the full title with all words of the
!      title equally prominent and visible.  You may add other material
!      on the covers in addition.  Copying with changes limited to the
!      covers, as long as they preserve the title of the Document and
!      satisfy these conditions, can be treated as verbatim copying in
!      other respects.
  
       If the required texts for either cover are too voluminous to fit
       legibly, you should put the first ones listed (as many as fit
*************** GNU Free Documentation License
*** 4691,4729 ****
       adjacent pages.
  
       If you publish or distribute Opaque copies of the Document
!      numbering more than 100, you must either include a machine-readable
!      Transparent copy along with each Opaque copy, or state in or with
!      each Opaque copy a computer-network location from which the general
!      network-using public has access to download using public-standard
!      network protocols a complete Transparent copy of the Document, free
!      of added material.  If you use the latter option, you must take
!      reasonably prudent steps, when you begin distribution of Opaque
!      copies in quantity, to ensure that this Transparent copy will
!      remain thus accessible at the stated location until at least one
!      year after the last time you distribute an Opaque copy (directly or
!      through your agents or retailers) of that edition to the public.
  
       It is requested, but not required, that you contact the authors of
!      the Document well before redistributing any large number of copies,
!      to give them a chance to provide you with an updated version of the
!      Document.
  
    4. MODIFICATIONS
  
       You may copy and distribute a Modified Version of the Document
       under the conditions of sections 2 and 3 above, provided that you
!      release the Modified Version under precisely this License, with the
!      Modified Version filling the role of the Document, thus licensing
!      distribution and modification of the Modified Version to whoever
!      possesses a copy of it.  In addition, you must do these things in
!      the Modified Version:
  
         A. Use in the Title Page (and on the covers, if any) a title
!           distinct from that of the Document, and from those of previous
!           versions (which should, if there were any, be listed in the
!           History section of the Document).  You may use the same title
!           as a previous version if the original publisher of that
!           version gives permission.
  
         B. List on the Title Page, as authors, one or more persons or
            entities responsible for authorship of the modifications in
--- 4722,4761 ----
       adjacent pages.
  
       If you publish or distribute Opaque copies of the Document
!      numbering more than 100, you must either include a
!      machine-readable Transparent copy along with each Opaque copy, or
!      state in or with each Opaque copy a computer-network location from
!      which the general network-using public has access to download
!      using public-standard network protocols a complete Transparent
!      copy of the Document, free of added material.  If you use the
!      latter option, you must take reasonably prudent steps, when you
!      begin distribution of Opaque copies in quantity, to ensure that
!      this Transparent copy will remain thus accessible at the stated
!      location until at least one year after the last time you
!      distribute an Opaque copy (directly or through your agents or
!      retailers) of that edition to the public.
  
       It is requested, but not required, that you contact the authors of
!      the Document well before redistributing any large number of
!      copies, to give them a chance to provide you with an updated
!      version of the Document.
  
    4. MODIFICATIONS
  
       You may copy and distribute a Modified Version of the Document
       under the conditions of sections 2 and 3 above, provided that you
!      release the Modified Version under precisely this License, with
!      the Modified Version filling the role of the Document, thus
!      licensing distribution and modification of the Modified Version to
!      whoever possesses a copy of it.  In addition, you must do these
!      things in the Modified Version:
  
         A. Use in the Title Page (and on the covers, if any) a title
!           distinct from that of the Document, and from those of
!           previous versions (which should, if there were any, be listed
!           in the History section of the Document).  You may use the
!           same title as a previous version if the original publisher of
!           that version gives permission.
  
         B. List on the Title Page, as authors, one or more persons or
            entities responsible for authorship of the modifications in
*************** GNU Free Documentation License
*** 4753,4782 ****
  
         I. Preserve the section Entitled "History", Preserve its Title,
            and add to it an item stating at least the title, year, new
!           authors, and publisher of the Modified Version as given on the
!           Title Page.  If there is no section Entitled "History" in the
!           Document, create one stating the title, year, authors, and
!           publisher of the Document as given on its Title Page, then add
!           an item describing the Modified Version as stated in the
!           previous sentence.
  
         J. Preserve the network location, if any, given in the Document
            for public access to a Transparent copy of the Document, and
            likewise the network locations given in the Document for
!           previous versions it was based on.  These may be placed in the
!           "History" section.  You may omit a network location for a work
!           that was published at least four years before the Document
!           itself, or if the original publisher of the version it refers
!           to gives permission.
  
         K. For any section Entitled "Acknowledgements" or "Dedications",
!           Preserve the Title of the section, and preserve in the section
!           all the substance and tone of each of the contributor
            acknowledgements and/or dedications given therein.
  
!        L. Preserve all the Invariant Sections of the Document, unaltered
!           in their text and in their titles.  Section numbers or the
!           equivalent are not considered part of the section titles.
  
         M. Delete any section Entitled "Endorsements".  Such a section
            may not be included in the Modified Version.
--- 4785,4815 ----
  
         I. Preserve the section Entitled "History", Preserve its Title,
            and add to it an item stating at least the title, year, new
!           authors, and publisher of the Modified Version as given on
!           the Title Page.  If there is no section Entitled "History" in
!           the Document, create one stating the title, year, authors,
!           and publisher of the Document as given on its Title Page,
!           then add an item describing the Modified Version as stated in
!           the previous sentence.
  
         J. Preserve the network location, if any, given in the Document
            for public access to a Transparent copy of the Document, and
            likewise the network locations given in the Document for
!           previous versions it was based on.  These may be placed in
!           the "History" section.  You may omit a network location for a
!           work that was published at least four years before the
!           Document itself, or if the original publisher of the version
!           it refers to gives permission.
  
         K. For any section Entitled "Acknowledgements" or "Dedications",
!           Preserve the Title of the section, and preserve in the
!           section all the substance and tone of each of the contributor
            acknowledgements and/or dedications given therein.
  
!        L. Preserve all the Invariant Sections of the Document,
!           unaltered in their text and in their titles.  Section numbers
!           or the equivalent are not considered part of the section
!           titles.
  
         M. Delete any section Entitled "Endorsements".  Such a section
            may not be included in the Modified Version.
*************** GNU Free Documentation License
*** 4789,4799 ****
  
       If the Modified Version includes new front-matter sections or
       appendices that qualify as Secondary Sections and contain no
!      material copied from the Document, you may at your option designate
!      some or all of these sections as invariant.  To do this, add their
!      titles to the list of Invariant Sections in the Modified Version's
!      license notice.  These titles must be distinct from any other
!      section titles.
  
       You may add a section Entitled "Endorsements", provided it contains
       nothing but endorsements of your Modified Version by various
--- 4822,4832 ----
  
       If the Modified Version includes new front-matter sections or
       appendices that qualify as Secondary Sections and contain no
!      material copied from the Document, you may at your option
!      designate some or all of these sections as invariant.  To do this,
!      add their titles to the list of Invariant Sections in the Modified
!      Version's license notice.  These titles must be distinct from any
!      other section titles.
  
       You may add a section Entitled "Endorsements", provided it contains
       nothing but endorsements of your Modified Version by various
*************** GNU Free Documentation License
*** 4802,4816 ****
       definition of a standard.
  
       You may add a passage of up to five words as a Front-Cover Text,
!      and a passage of up to 25 words as a Back-Cover Text, to the end of
!      the list of Cover Texts in the Modified Version.  Only one passage
!      of Front-Cover Text and one of Back-Cover Text may be added by (or
!      through arrangements made by) any one entity.  If the Document
!      already includes a cover text for the same cover, previously added
!      by you or by arrangement made by the same entity you are acting on
!      behalf of, you may not add another; but you may replace the old
!      one, on explicit permission from the previous publisher that added
!      the old one.
  
       The author(s) and publisher(s) of the Document do not by this
       License give permission to use their names for publicity for or to
--- 4835,4849 ----
       definition of a standard.
  
       You may add a passage of up to five words as a Front-Cover Text,
!      and a passage of up to 25 words as a Back-Cover Text, to the end
!      of the list of Cover Texts in the Modified Version.  Only one
!      passage of Front-Cover Text and one of Back-Cover Text may be
!      added by (or through arrangements made by) any one entity.  If the
!      Document already includes a cover text for the same cover,
!      previously added by you or by arrangement made by the same entity
!      you are acting on behalf of, you may not add another; but you may
!      replace the old one, on explicit permission from the previous
!      publisher that added the old one.
  
       The author(s) and publisher(s) of the Document do not by this
       License give permission to use their names for publicity for or to
*************** GNU Free Documentation License
*** 4820,4827 ****
  
       You may combine the Document with other documents released under
       this License, under the terms defined in section 4 above for
!      modified versions, provided that you include in the combination all
!      of the Invariant Sections of all of the original documents,
       unmodified, and list them all as Invariant Sections of your
       combined work in its license notice, and that you preserve all
       their Warranty Disclaimers.
--- 4853,4860 ----
  
       You may combine the Document with other documents released under
       this License, under the terms defined in section 4 above for
!      modified versions, provided that you include in the combination
!      all of the Invariant Sections of all of the original documents,
       unmodified, and list them all as Invariant Sections of your
       combined work in its license notice, and that you preserve all
       their Warranty Disclaimers.
*************** GNU Free Documentation License
*** 4848,4867 ****
       documents released under this License, and replace the individual
       copies of this License in the various documents with a single copy
       that is included in the collection, provided that you follow the
!      rules of this License for verbatim copying of each of the documents
!      in all other respects.
  
       You may extract a single document from such a collection, and
       distribute it individually under this License, provided you insert
!      a copy of this License into the extracted document, and follow this
!      License in all other respects regarding verbatim copying of that
!      document.
  
    7. AGGREGATION WITH INDEPENDENT WORKS
  
       A compilation of the Document or its derivatives with other
!      separate and independent documents or works, in or on a volume of a
!      storage or distribution medium, is called an "aggregate" if the
       copyright resulting from the compilation is not used to limit the
       legal rights of the compilation's users beyond what the individual
       works permit.  When the Document is included in an aggregate, this
--- 4881,4900 ----
       documents released under this License, and replace the individual
       copies of this License in the various documents with a single copy
       that is included in the collection, provided that you follow the
!      rules of this License for verbatim copying of each of the
!      documents in all other respects.
  
       You may extract a single document from such a collection, and
       distribute it individually under this License, provided you insert
!      a copy of this License into the extracted document, and follow
!      this License in all other respects regarding verbatim copying of
!      that document.
  
    7. AGGREGATION WITH INDEPENDENT WORKS
  
       A compilation of the Document or its derivatives with other
!      separate and independent documents or works, in or on a volume of
!      a storage or distribution medium, is called an "aggregate" if the
       copyright resulting from the compilation is not used to limit the
       legal rights of the compilation's users beyond what the individual
       works permit.  When the Document is included in an aggregate, this
*************** GNU Free Documentation License
*** 4906,4913 ****
  
       However, if you cease all violation of this License, then your
       license from a particular copyright holder is reinstated (a)
!      provisionally, unless and until the copyright holder explicitly and
!      finally terminates your license, and (b) permanently, if the
       copyright holder fails to notify you of the violation by some
       reasonable means prior to 60 days after the cessation.
  
--- 4939,4946 ----
  
       However, if you cease all violation of this License, then your
       license from a particular copyright holder is reinstated (a)
!      provisionally, unless and until the copyright holder explicitly
!      and finally terminates your license, and (b) permanently, if the
       copyright holder fails to notify you of the violation by some
       reasonable means prior to 60 days after the cessation.
  
*************** GNU Free Documentation License
*** 4919,4951 ****
       after your receipt of the notice.
  
       Termination of your rights under this section does not terminate
!      the licenses of parties who have received copies or rights from you
!      under this License.  If your rights have been terminated and not
!      permanently reinstated, receipt of a copy of some or all of the
!      same material does not give you any rights to use it.
  
!   10. FUTURE REVISIONS OF THIS LICENSE
  
       The Free Software Foundation may publish new, revised versions of
       the GNU Free Documentation License from time to time.  Such new
       versions will be similar in spirit to the present version, but may
       differ in detail to address new problems or concerns.  See
!      <http://www.gnu.org/copyleft/>.
  
       Each version of the License is given a distinguishing version
       number.  If the Document specifies that a particular numbered
       version of this License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
       that specified version or of any later version that has been
!      published (not as a draft) by the Free Software Foundation.  If the
!      Document does not specify a version number of this License, you may
!      choose any version ever published (not as a draft) by the Free
!      Software Foundation.  If the Document specifies that a proxy can
!      decide which future versions of this License can be used, that
       proxy's public statement of acceptance of a version permanently
       authorizes you to choose that version for the Document.
  
!   11. RELICENSING
  
       "Massive Multiauthor Collaboration Site" (or "MMC Site") means any
       World Wide Web server that publishes copyrightable works and also
--- 4952,4984 ----
       after your receipt of the notice.
  
       Termination of your rights under this section does not terminate
!      the licenses of parties who have received copies or rights from
!      you under this License.  If your rights have been terminated and
!      not permanently reinstated, receipt of a copy of some or all of
!      the same material does not give you any rights to use it.
  
!  10. FUTURE REVISIONS OF THIS LICENSE
  
       The Free Software Foundation may publish new, revised versions of
       the GNU Free Documentation License from time to time.  Such new
       versions will be similar in spirit to the present version, but may
       differ in detail to address new problems or concerns.  See
!      `http://www.gnu.org/copyleft/'.
  
       Each version of the License is given a distinguishing version
       number.  If the Document specifies that a particular numbered
       version of this License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
       that specified version or of any later version that has been
!      published (not as a draft) by the Free Software Foundation.  If
!      the Document does not specify a version number of this License,
!      you may choose any version ever published (not as a draft) by the
!      Free Software Foundation.  If the Document specifies that a proxy
!      can decide which future versions of this License can be used, that
       proxy's public statement of acceptance of a version permanently
       authorizes you to choose that version for the Document.
  
!  11. RELICENSING
  
       "Massive Multiauthor Collaboration Site" (or "MMC Site") means any
       World Wide Web server that publishes copyrightable works and also
*************** GNU Free Documentation License
*** 4975,4980 ****
--- 5008,5014 ----
       site under CC-BY-SA on the same site at any time before August 1,
       2009, provided the MMC is eligible for relicensing.
  
+ 
  ADDENDUM: How to use this License for your documents
  ====================================================
  
*************** notices just after the title page:
*** 4991,4997 ****
         Free Documentation License''.
  
     If you have Invariant Sections, Front-Cover Texts and Back-Cover
! Texts, replace the "with...Texts."  line with this:
  
           with the Invariant Sections being LIST THEIR TITLES, with
           the Front-Cover Texts being LIST, and with the Back-Cover Texts
--- 5025,5031 ----
         Free Documentation License''.
  
     If you have Invariant Sections, Front-Cover Texts and Back-Cover
! Texts, replace the "with...Texts." line with this:
  
           with the Invariant Sections being LIST THEIR TITLES, with
           the Front-Cover Texts being LIST, and with the Back-Cover Texts
*************** combination of the three, merge those tw
*** 5002,5010 ****
  situation.
  
     If your document contains nontrivial examples of program code, we
! recommend releasing these examples in parallel under your choice of free
! software license, such as the GNU General Public License, to permit
! their use in free software.
  
  
  File: cpp.info,  Node: Index of Directives,  Next: Option Index,  Prev: GNU Free Documentation License,  Up: Top
--- 5036,5044 ----
  situation.
  
     If your document contains nontrivial examples of program code, we
! recommend releasing these examples in parallel under your choice of
! free software license, such as the GNU General Public License, to
! permit their use in free software.
  
  
  File: cpp.info,  Node: Index of Directives,  Next: Option Index,  Prev: GNU Free Documentation License,  Up: Top
*************** Index of Directives
*** 5033,5040 ****
  * #pragma GCC dependency:                Pragmas.              (line 43)
  * #pragma GCC error:                     Pragmas.              (line 88)
  * #pragma GCC poison:                    Pragmas.              (line 55)
- * #pragma GCC system_header:             System Headers.       (line 25)
  * #pragma GCC system_header <1>:         Pragmas.              (line 82)
  * #pragma GCC warning:                   Pragmas.              (line 87)
  * #sccs:                                 Other Directives.     (line  6)
  * #unassert:                             Obsolete Features.    (line 59)
--- 5067,5074 ----
  * #pragma GCC dependency:                Pragmas.              (line 43)
  * #pragma GCC error:                     Pragmas.              (line 88)
  * #pragma GCC poison:                    Pragmas.              (line 55)
  * #pragma GCC system_header <1>:         Pragmas.              (line 82)
+ * #pragma GCC system_header:             System Headers.       (line 25)
  * #pragma GCC warning:                   Pragmas.              (line 87)
  * #sccs:                                 Other Directives.     (line  6)
  * #unassert:                             Obsolete Features.    (line 59)
*************** Option Index
*** 5049,5128 ****
  ************
  
  CPP's command-line options and environment variables are indexed here
! without any initial '-' or '--'.
  
  [index]
  * Menu:
  
! * A:                                     Invocation.          (line 318)
! * C:                                     Invocation.          (line 327)
! * CC:                                    Invocation.          (line 339)
  * CPATH:                                 Environment Variables.
                                                                (line  15)
  * CPLUS_INCLUDE_PATH:                    Environment Variables.
                                                                (line  17)
! * C_INCLUDE_PATH:                        Environment Variables.
!                                                               (line  16)
! * D:                                     Invocation.          (line  44)
! * d:                                     Invocation.          (line 388)
  * dD:                                    Invocation.          (line 407)
  * DEPENDENCIES_OUTPUT:                   Environment Variables.
!                                                               (line  45)
  * dI:                                    Invocation.          (line 417)
! * dM:                                    Invocation.          (line 396)
  * dN:                                    Invocation.          (line 413)
  * dU:                                    Invocation.          (line 421)
  * fdebug-cpp:                            Invocation.          (line 428)
! * fdirectives-only:                      Invocation.          (line 226)
! * fdollars-in-identifiers:               Invocation.          (line 247)
! * fexec-charset:                         Invocation.          (line 281)
! * fextended-identifiers:                 Invocation.          (line 250)
! * finput-charset:                        Invocation.          (line 294)
! * fno-canonical-system-headers:          Invocation.          (line 254)
! * fno-working-directory:                 Invocation.          (line 304)
! * fpreprocessed:                         Invocation.          (line 213)
! * ftabstop:                              Invocation.          (line 258)
! * ftrack-macro-expansion:                Invocation.          (line 264)
! * fwide-exec-charset:                    Invocation.          (line 286)
! * fworking-directory:                    Invocation.          (line 304)
! * H:                                     Invocation.          (line 381)
  * I:                                     Invocation.          (line 439)
  * I-:                                    Invocation.          (line 493)
  * idirafter:                             Invocation.          (line 439)
! * imacros:                               Invocation.          (line  82)
  * imultilib:                             Invocation.          (line 527)
! * include:                               Invocation.          (line  71)
  * iprefix:                               Invocation.          (line 509)
  * iquote:                                Invocation.          (line 439)
  * isysroot:                              Invocation.          (line 521)
  * isystem:                               Invocation.          (line 439)
  * iwithprefix:                           Invocation.          (line 515)
  * iwithprefixbefore:                     Invocation.          (line 515)
! * M:                                     Invocation.          (line 103)
! * MD:                                    Invocation.          (line 193)
! * MF:                                    Invocation.          (line 137)
! * MG:                                    Invocation.          (line 146)
! * MM:                                    Invocation.          (line 128)
! * MMD:                                   Invocation.          (line 209)
! * MP:                                    Invocation.          (line 156)
! * MQ:                                    Invocation.          (line 183)
! * MT:                                    Invocation.          (line 168)
  * nostdinc:                              Invocation.          (line 531)
  * nostdinc++:                            Invocation.          (line 537)
  * OBJC_INCLUDE_PATH:                     Environment Variables.
                                                                (line  18)
! * P:                                     Invocation.          (line 351)
! * pthread:                               Invocation.          (line  96)
! * remap:                                 Invocation.          (line 377)
  * SOURCE_DATE_EPOCH:                     Environment Variables.
!                                                               (line  67)
  * SUNPRO_DEPENDENCIES:                   Environment Variables.
!                                                               (line  61)
! * traditional:                           Invocation.          (line 359)
! * traditional-cpp:                       Invocation.          (line 359)
! * trigraphs:                             Invocation.          (line 368)
! * U:                                     Invocation.          (line  67)
! * undef:                                 Invocation.          (line  91)
  * Wcomment:                              Invocation.          (line 543)
  * Wcomments:                             Invocation.          (line 543)
  * Wendif-labels:                         Invocation.          (line 587)
--- 5083,5162 ----
  ************
  
  CPP's command-line options and environment variables are indexed here
! without any initial `-' or `--'.
  
  [index]
  * Menu:
  
! * A:                                     Invocation.          (line 316)
! * C:                                     Invocation.          (line 325)
! * C_INCLUDE_PATH:                        Environment Variables.
!                                                               (line  16)
! * CC:                                    Invocation.          (line 337)
  * CPATH:                                 Environment Variables.
                                                                (line  15)
  * CPLUS_INCLUDE_PATH:                    Environment Variables.
                                                                (line  17)
! * d:                                     Invocation.          (line 387)
! * D:                                     Invocation.          (line  43)
  * dD:                                    Invocation.          (line 407)
  * DEPENDENCIES_OUTPUT:                   Environment Variables.
!                                                               (line  44)
  * dI:                                    Invocation.          (line 417)
! * dM:                                    Invocation.          (line 395)
  * dN:                                    Invocation.          (line 413)
  * dU:                                    Invocation.          (line 421)
  * fdebug-cpp:                            Invocation.          (line 428)
! * fdirectives-only:                      Invocation.          (line 223)
! * fdollars-in-identifiers:               Invocation.          (line 245)
! * fexec-charset:                         Invocation.          (line 279)
! * fextended-identifiers:                 Invocation.          (line 248)
! * finput-charset:                        Invocation.          (line 292)
! * fno-canonical-system-headers:          Invocation.          (line 252)
! * fno-working-directory:                 Invocation.          (line 302)
! * fpreprocessed:                         Invocation.          (line 210)
! * ftabstop:                              Invocation.          (line 256)
! * ftrack-macro-expansion:                Invocation.          (line 262)
! * fwide-exec-charset:                    Invocation.          (line 284)
! * fworking-directory:                    Invocation.          (line 302)
! * H:                                     Invocation.          (line 379)
  * I:                                     Invocation.          (line 439)
  * I-:                                    Invocation.          (line 493)
  * idirafter:                             Invocation.          (line 439)
! * imacros:                               Invocation.          (line  81)
  * imultilib:                             Invocation.          (line 527)
! * include:                               Invocation.          (line  70)
  * iprefix:                               Invocation.          (line 509)
  * iquote:                                Invocation.          (line 439)
  * isysroot:                              Invocation.          (line 521)
  * isystem:                               Invocation.          (line 439)
  * iwithprefix:                           Invocation.          (line 515)
  * iwithprefixbefore:                     Invocation.          (line 515)
! * M:                                     Invocation.          (line 102)
! * MD:                                    Invocation.          (line 190)
! * MF:                                    Invocation.          (line 136)
! * MG:                                    Invocation.          (line 145)
! * MM:                                    Invocation.          (line 127)
! * MMD:                                   Invocation.          (line 206)
! * MP:                                    Invocation.          (line 155)
! * MQ:                                    Invocation.          (line 181)
! * MT:                                    Invocation.          (line 167)
  * nostdinc:                              Invocation.          (line 531)
  * nostdinc++:                            Invocation.          (line 537)
  * OBJC_INCLUDE_PATH:                     Environment Variables.
                                                                (line  18)
! * P:                                     Invocation.          (line 350)
! * pthread:                               Invocation.          (line  95)
! * remap:                                 Invocation.          (line 375)
  * SOURCE_DATE_EPOCH:                     Environment Variables.
!                                                               (line  66)
  * SUNPRO_DEPENDENCIES:                   Environment Variables.
!                                                               (line  60)
! * traditional:                           Invocation.          (line 358)
! * traditional-cpp:                       Invocation.          (line 358)
! * trigraphs:                             Invocation.          (line 366)
! * U:                                     Invocation.          (line  66)
! * undef:                                 Invocation.          (line  90)
  * Wcomment:                              Invocation.          (line 543)
  * Wcomments:                             Invocation.          (line 543)
  * Wendif-labels:                         Invocation.          (line 587)
*************** Concept Index
*** 5145,5163 ****
  * # operator:                            Stringizing.         (line   6)
  * ## operator:                           Concatenation.       (line   6)
  * _Pragma:                               Pragmas.             (line  13)
! * alternative tokens:                    Tokenization.        (line 101)
  * arguments:                             Macro Arguments.     (line   6)
  * arguments in macro definitions:        Macro Arguments.     (line   6)
  * assertions:                            Obsolete Features.   (line  13)
  * assertions, canceling:                 Obsolete Features.   (line  59)
  * backslash-newline:                     Initial processing.  (line  61)
  * block comments:                        Initial processing.  (line  77)
! * C language, traditional:               Invocation.          (line 357)
  * C++ named operators:                   C++ Named Operators. (line   6)
! * character constants:                   Tokenization.        (line  82)
! * character set, execution:              Invocation.          (line 281)
! * character set, input:                  Invocation.          (line 294)
! * character set, wide execution:         Invocation.          (line 286)
  * command line:                          Invocation.          (line   6)
  * commenting out code:                   Deleted Code.        (line   6)
  * comments:                              Initial processing.  (line  77)
--- 5179,5197 ----
  * # operator:                            Stringizing.         (line   6)
  * ## operator:                           Concatenation.       (line   6)
  * _Pragma:                               Pragmas.             (line  13)
! * alternative tokens:                    Tokenization.        (line 102)
  * arguments:                             Macro Arguments.     (line   6)
  * arguments in macro definitions:        Macro Arguments.     (line   6)
  * assertions:                            Obsolete Features.   (line  13)
  * assertions, canceling:                 Obsolete Features.   (line  59)
  * backslash-newline:                     Initial processing.  (line  61)
  * block comments:                        Initial processing.  (line  77)
! * C language, traditional:               Invocation.          (line 356)
  * C++ named operators:                   C++ Named Operators. (line   6)
! * character constants:                   Tokenization.        (line  83)
! * character set, execution:              Invocation.          (line 279)
! * character set, input:                  Invocation.          (line 292)
! * character set, wide execution:         Invocation.          (line 284)
  * command line:                          Invocation.          (line   6)
  * commenting out code:                   Deleted Code.        (line   6)
  * comments:                              Initial processing.  (line  77)
*************** Concept Index
*** 5171,5182 ****
  * controlling macro:                     Once-Only Headers.   (line  35)
  * defined:                               Defined.             (line   6)
  * dependencies for make as output:       Environment Variables.
!                                                               (line  46)
! * dependencies for make as output <1>:   Environment Variables.
!                                                               (line  62)
! * dependencies, make:                    Invocation.          (line 103)
  * diagnostic:                            Diagnostics.         (line   6)
! * digraphs:                              Tokenization.        (line 101)
  * directive line:                        The preprocessing language.
                                                                (line   6)
  * directive name:                        The preprocessing language.
--- 5205,5214 ----
  * controlling macro:                     Once-Only Headers.   (line  35)
  * defined:                               Defined.             (line   6)
  * dependencies for make as output:       Environment Variables.
!                                                               (line  45)
! * dependencies, make:                    Invocation.          (line 102)
  * diagnostic:                            Diagnostics.         (line   6)
! * digraphs:                              Tokenization.        (line 102)
  * directive line:                        The preprocessing language.
                                                                (line   6)
  * directive name:                        The preprocessing language.
*************** Concept Index
*** 5194,5201 ****
  * grouping options:                      Invocation.          (line  38)
  * guard macro:                           Once-Only Headers.   (line  35)
  * header file:                           Header Files.        (line   6)
! * header file names:                     Tokenization.        (line  82)
! * identifiers:                           Tokenization.        (line  33)
  * implementation limits:                 Implementation limits.
                                                                (line   6)
  * implementation-defined behavior:       Implementation-defined behavior.
--- 5226,5233 ----
  * grouping options:                      Invocation.          (line  38)
  * guard macro:                           Once-Only Headers.   (line  35)
  * header file:                           Header Files.        (line   6)
! * header file names:                     Tokenization.        (line  83)
! * identifiers:                           Tokenization.        (line  34)
  * implementation limits:                 Implementation limits.
                                                                (line   6)
  * implementation-defined behavior:       Implementation-defined behavior.
*************** Concept Index
*** 5213,5229 ****
  * macros in include:                     Computed Includes.   (line   6)
  * macros with arguments:                 Macro Arguments.     (line   6)
  * macros with variable arguments:        Variadic Macros.     (line   6)
! * make:                                  Invocation.          (line 103)
  * manifest constants:                    Object-like Macros.  (line   6)
  * named operators:                       C++ Named Operators. (line   6)
  * newlines in macro arguments:           Newlines in Arguments.
                                                                (line   6)
  * null directive:                        Other Directives.    (line  15)
! * numbers:                               Tokenization.        (line  59)
  * object-like macro:                     Object-like Macros.  (line   6)
! * options:                               Invocation.          (line  43)
  * options, grouping:                     Invocation.          (line  38)
! * other tokens:                          Tokenization.        (line 115)
  * output format:                         Preprocessor Output. (line  12)
  * overriding a header file:              Wrapper Headers.     (line   6)
  * parentheses in macro bodies:           Operator Precedence Problems.
--- 5245,5261 ----
  * macros in include:                     Computed Includes.   (line   6)
  * macros with arguments:                 Macro Arguments.     (line   6)
  * macros with variable arguments:        Variadic Macros.     (line   6)
! * make:                                  Invocation.          (line 102)
  * manifest constants:                    Object-like Macros.  (line   6)
  * named operators:                       C++ Named Operators. (line   6)
  * newlines in macro arguments:           Newlines in Arguments.
                                                                (line   6)
  * null directive:                        Other Directives.    (line  15)
! * numbers:                               Tokenization.        (line  60)
  * object-like macro:                     Object-like Macros.  (line   6)
! * options:                               Invocation.          (line  42)
  * options, grouping:                     Invocation.          (line  38)
! * other tokens:                          Tokenization.        (line 116)
  * output format:                         Preprocessor Output. (line  12)
  * overriding a header file:              Wrapper Headers.     (line   6)
  * parentheses in macro bodies:           Operator Precedence Problems.
*************** Concept Index
*** 5235,5245 ****
  * predicates:                            Obsolete Features.   (line  26)
  * preprocessing directives:              The preprocessing language.
                                                                (line   6)
! * preprocessing numbers:                 Tokenization.        (line  59)
  * preprocessing tokens:                  Tokenization.        (line   6)
  * prescan of macro arguments:            Argument Prescan.    (line   6)
  * problems with macros:                  Macro Pitfalls.      (line   6)
! * punctuators:                           Tokenization.        (line 101)
  * redefining macros:                     Undefining and Redefining Macros.
                                                                (line   6)
  * repeated inclusion:                    Once-Only Headers.   (line   6)
--- 5267,5277 ----
  * predicates:                            Obsolete Features.   (line  26)
  * preprocessing directives:              The preprocessing language.
                                                                (line   6)
! * preprocessing numbers:                 Tokenization.        (line  60)
  * preprocessing tokens:                  Tokenization.        (line   6)
  * prescan of macro arguments:            Argument Prescan.    (line   6)
  * problems with macros:                  Macro Pitfalls.      (line   6)
! * punctuators:                           Tokenization.        (line 102)
  * redefining macros:                     Undefining and Redefining Macros.
                                                                (line   6)
  * repeated inclusion:                    Once-Only Headers.   (line   6)
*************** Concept Index
*** 5255,5273 ****
                                                                (line   6)
  * standard predefined macros.:           Standard Predefined Macros.
                                                                (line   6)
! * string constants:                      Tokenization.        (line  82)
! * string literals:                       Tokenization.        (line  82)
  * stringizing:                           Stringizing.         (line   6)
  * symbolic constants:                    Object-like Macros.  (line   6)
- * system header files:                   Header Files.        (line  13)
  * system header files <1>:               System Headers.      (line   6)
  * system-specific predefined macros:     System-specific Predefined Macros.
                                                                (line   6)
  * testing predicates:                    Obsolete Features.   (line  37)
  * token concatenation:                   Concatenation.       (line   6)
  * token pasting:                         Concatenation.       (line   6)
  * tokens:                                Tokenization.        (line   6)
! * traditional C language:                Invocation.          (line 357)
  * trigraphs:                             Initial processing.  (line  32)
  * undefining macros:                     Undefining and Redefining Macros.
                                                                (line   6)
--- 5287,5305 ----
                                                                (line   6)
  * standard predefined macros.:           Standard Predefined Macros.
                                                                (line   6)
! * string constants:                      Tokenization.        (line  83)
! * string literals:                       Tokenization.        (line  83)
  * stringizing:                           Stringizing.         (line   6)
  * symbolic constants:                    Object-like Macros.  (line   6)
  * system header files <1>:               System Headers.      (line   6)
+ * system header files:                   Header Files.        (line  13)
  * system-specific predefined macros:     System-specific Predefined Macros.
                                                                (line   6)
  * testing predicates:                    Obsolete Features.   (line  37)
  * token concatenation:                   Concatenation.       (line   6)
  * token pasting:                         Concatenation.       (line   6)
  * tokens:                                Tokenization.        (line   6)
! * traditional C language:                Invocation.          (line 356)
  * trigraphs:                             Initial processing.  (line  32)
  * undefining macros:                     Undefining and Redefining Macros.
                                                                (line   6)
*************** Concept Index
*** 5281,5358 ****
  
  
  Tag Table:
! Node: Top945
! Node: Overview3506
! Node: Character sets6340
! Ref: Character sets-Footnote-18495
! Node: Initial processing8676
! Ref: trigraphs10235
! Node: Tokenization14435
! Ref: Tokenization-Footnote-121336
! Node: The preprocessing language21447
! Node: Header Files24326
! Node: Include Syntax26242
! Node: Include Operation27879
! Node: Search Path29727
! Node: Once-Only Headers31949
! Node: Alternatives to Wrapper #ifndef33608
! Node: Computed Includes35350
! Node: Wrapper Headers38508
! Node: System Headers40931
! Node: Macros42396
! Node: Object-like Macros43533
! Node: Function-like Macros47123
! Node: Macro Arguments48739
! Node: Stringizing52878
! Node: Concatenation56039
! Node: Variadic Macros59136
! Node: Predefined Macros63127
! Node: Standard Predefined Macros63715
! Node: Common Predefined Macros69716
! Node: System-specific Predefined Macros90138
! Node: C++ Named Operators92161
! Node: Undefining and Redefining Macros93125
! Node: Directives Within Macro Arguments95223
! Node: Macro Pitfalls96164
! Node: Misnesting96697
! Node: Operator Precedence Problems97809
! Node: Swallowing the Semicolon99675
! Node: Duplication of Side Effects101698
! Node: Self-Referential Macros103881
! Node: Argument Prescan106290
! Node: Newlines in Arguments110041
! Node: Conditionals110992
! Node: Conditional Uses112688
! Node: Conditional Syntax114046
! Node: Ifdef114366
! Node: If117523
! Node: Defined119827
! Node: Else121220
! Node: Elif121790
! Node: Deleted Code123079
! Node: Diagnostics124326
! Node: Line Control125875
! Node: Pragmas128153
! Node: Other Directives132286
! Node: Preprocessor Output133336
! Node: Traditional Mode136489
! Node: Traditional lexical analysis137626
! Node: Traditional macros140129
! Node: Traditional miscellany143926
! Node: Traditional warnings144922
! Node: Implementation Details147119
! Node: Implementation-defined behavior147682
! Ref: Identifier characters148432
! Node: Implementation limits151299
! Node: Obsolete Features153972
! Node: Invocation156816
! Ref: dashMF162851
! Ref: fdollars-in-identifiers167361
! Ref: Wtrigraphs180852
! Node: Environment Variables182907
! Node: GNU Free Documentation License186600
! Node: Index of Directives211745
! Node: Option Index213825
! Node: Concept Index219708
  
  End Tag Table
--- 5313,5390 ----
  
  
  Tag Table:
! Node: Top996
! Node: Overview3558
! Node: Character sets6391
! Ref: Character sets-Footnote-18548
! Node: Initial processing8729
! Ref: trigraphs10288
! Node: Tokenization14490
! Ref: Tokenization-Footnote-121393
! Node: The preprocessing language21504
! Node: Header Files24382
! Node: Include Syntax26298
! Node: Include Operation27935
! Node: Search Path29783
! Node: Once-Only Headers32004
! Node: Alternatives to Wrapper #ifndef33663
! Node: Computed Includes35406
! Node: Wrapper Headers38564
! Node: System Headers40990
! Node: Macros42459
! Node: Object-like Macros43596
! Node: Function-like Macros47186
! Node: Macro Arguments48802
! Node: Stringizing52943
! Node: Concatenation56104
! Node: Variadic Macros59202
! Node: Predefined Macros63194
! Node: Standard Predefined Macros63782
! Node: Common Predefined Macros69785
! Node: System-specific Predefined Macros90223
! Node: C++ Named Operators92246
! Node: Undefining and Redefining Macros93210
! Node: Directives Within Macro Arguments95314
! Node: Macro Pitfalls96255
! Node: Misnesting96788
! Node: Operator Precedence Problems97900
! Node: Swallowing the Semicolon99766
! Node: Duplication of Side Effects101789
! Node: Self-Referential Macros103972
! Node: Argument Prescan106381
! Node: Newlines in Arguments110130
! Node: Conditionals111081
! Node: Conditional Uses112778
! Node: Conditional Syntax114136
! Node: Ifdef114456
! Node: If117622
! Node: Defined119926
! Node: Else121321
! Node: Elif121891
! Node: Deleted Code123180
! Node: Diagnostics124427
! Node: Line Control125974
! Node: Pragmas128252
! Node: Other Directives132384
! Node: Preprocessor Output133434
! Node: Traditional Mode136590
! Node: Traditional lexical analysis137726
! Node: Traditional macros140229
! Node: Traditional miscellany144027
! Node: Traditional warnings145024
! Node: Implementation Details147221
! Node: Implementation-defined behavior147784
! Ref: Identifier characters148536
! Node: Implementation limits151403
! Node: Obsolete Features154077
! Node: Invocation156922
! Ref: dashMF162957
! Ref: fdollars-in-identifiers167469
! Ref: Wtrigraphs180969
! Node: Environment Variables183023
! Node: GNU Free Documentation License186717
! Node: Index of Directives211881
! Node: Option Index213961
! Node: Concept Index219844
  
  End Tag Table
diff -Nrcpad gcc-7.1.0/gcc/doc/cppinternals.info gcc-7.2.0/gcc/doc/cppinternals.info
*** gcc-7.1.0/gcc/doc/cppinternals.info	Tue May  2 14:30:10 2017
--- gcc-7.2.0/gcc/doc/cppinternals.info	Mon Aug 14 08:30:40 2017
***************
*** 1,12 ****
! This is cppinternals.info, produced by makeinfo version 6.1 from
! cppinternals.texi.
  
  INFO-DIR-SECTION Software development
  START-INFO-DIR-ENTRY
  * Cpplib: (cppinternals).      Cpplib internals.
  END-INFO-DIR-ENTRY
  
! This file documents the internals of the GNU C Preprocessor.
  
     Copyright (C) 2000-2017 Free Software Foundation, Inc.
  
--- 1,12 ----
! This is doc/cppinternals.info, produced by makeinfo version 4.13 from
! /space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/doc/cppinternals.texi.
  
  INFO-DIR-SECTION Software development
  START-INFO-DIR-ENTRY
  * Cpplib: (cppinternals).      Cpplib internals.
  END-INFO-DIR-ENTRY
  
!    This file documents the internals of the GNU C Preprocessor.
  
     Copyright (C) 2000-2017 Free Software Foundation, Inc.
  
*************** preserved on all copies.
*** 16,23 ****
  
     Permission is granted to copy and distribute modified versions of
  this manual under the conditions for verbatim copying, provided also
! that the entire resulting derived work is distributed under the terms of
! a permission notice identical to this one.
  
     Permission is granted to copy and distribute translations of this
  manual into another language, under the above conditions for modified
--- 16,23 ----
  
     Permission is granted to copy and distribute modified versions of
  this manual under the conditions for verbatim copying, provided also
! that the entire resulting derived work is distributed under the terms
! of a permission notice identical to this one.
  
     Permission is granted to copy and distribute translations of this
  manual into another language, under the above conditions for modified
*************** preprocessor in previous versions of GCC
*** 46,54 ****
  as the fundamental unit.
  
     This brief manual documents the internals of cpplib, and explains
! some of the tricky issues.  It is intended that, along with the comments
! in the source code, a reasonably competent C programmer should be able
! to figure out what the code is doing, and why things have been
  implemented the way they have.
  
  * Menu:
--- 46,54 ----
  as the fundamental unit.
  
     This brief manual documents the internals of cpplib, and explains
! some of the tricky issues.  It is intended that, along with the
! comments in the source code, a reasonably competent C programmer should
! be able to figure out what the code is doing, and why things have been
  implemented the way they have.
  
  * Menu:
*************** File: cppinternals.info,  Node: Conventi
*** 69,85 ****
  Conventions
  ***********
  
! cpplib has two interfaces--one is exposed internally only, and the other
! is for both internal and external use.
  
     The convention is that functions and types that are exposed to
! multiple files internally are prefixed with '_cpp_', and are to be found
! in the file 'internal.h'.  Functions and types exposed to external
! clients are in 'cpplib.h', and prefixed with 'cpp_'.  For historical
  reasons this is no longer quite true, but we should strive to stick to
  it.
  
!    We are striving to reduce the information exposed in 'cpplib.h' to
  the bare minimum necessary, and then to keep it there.  This makes clear
  exactly what external clients are entitled to assume, and allows us to
  change internals in the future without worrying whether library clients
--- 69,85 ----
  Conventions
  ***********
  
! cpplib has two interfaces--one is exposed internally only, and the
! other is for both internal and external use.
  
     The convention is that functions and types that are exposed to
! multiple files internally are prefixed with `_cpp_', and are to be
! found in the file `internal.h'.  Functions and types exposed to external
! clients are in `cpplib.h', and prefixed with `cpp_'.  For historical
  reasons this is no longer quite true, but we should strive to stick to
  it.
  
!    We are striving to reduce the information exposed in `cpplib.h' to
  the bare minimum necessary, and then to keep it there.  This makes clear
  exactly what external clients are entitled to assume, and allows us to
  change internals in the future without worrying whether library clients
*************** The Lexer
*** 95,101 ****
  Overview
  ========
  
! The lexer is contained in the file 'lex.c'.  It is a hand-coded lexer,
  and not implemented as a state machine.  It can understand C, C++ and
  Objective-C source code, and has been extended to allow reasonably
  successful preprocessing of assembly language.  The lexer does not make
--- 95,101 ----
  Overview
  ========
  
! The lexer is contained in the file `lex.c'.  It is a hand-coded lexer,
  and not implemented as a state machine.  It can understand C, C++ and
  Objective-C source code, and has been extended to allow reasonably
  successful preprocessing of assembly language.  The lexer does not make
*************** them as they are encountered in a single
*** 104,120 ****
  returns preprocessing tokens individually, not a line at a time.
  
     It is mostly transparent to users of the library, since the library's
! interface for obtaining the next token, 'cpp_get_token', takes care of
  lexing new tokens, handling directives, and expanding macros as
  necessary.  However, the lexer does expose some functionality so that
  clients of the library can easily spell a given token, such as
! 'cpp_spell_token' and 'cpp_token_len'.  These functions are useful when
  generating diagnostics, and for emitting the preprocessed output.
  
  Lexing a token
  ==============
  
! Lexing of an individual token is handled by '_cpp_lex_direct' and its
  subroutines.  In its current form the code is quite complicated, with
  read ahead characters and such-like, since it strives to not step back
  in the character stream in preparation for handling non-ASCII file
--- 104,120 ----
  returns preprocessing tokens individually, not a line at a time.
  
     It is mostly transparent to users of the library, since the library's
! interface for obtaining the next token, `cpp_get_token', takes care of
  lexing new tokens, handling directives, and expanding macros as
  necessary.  However, the lexer does expose some functionality so that
  clients of the library can easily spell a given token, such as
! `cpp_spell_token' and `cpp_token_len'.  These functions are useful when
  generating diagnostics, and for emitting the preprocessed output.
  
  Lexing a token
  ==============
  
! Lexing of an individual token is handled by `_cpp_lex_direct' and its
  subroutines.  In its current form the code is quite complicated, with
  read ahead characters and such-like, since it strives to not step back
  in the character stream in preparation for handling non-ASCII file
*************** encodings.  The current plan is to conve
*** 122,187 ****
  before processing them.  This complexity is therefore unnecessary and
  will be removed, so I'll not discuss it further here.
  
!    The job of '_cpp_lex_direct' is simply to lex a token.  It is not
  responsible for issues like directive handling, returning lookahead
  tokens directly, multiple-include optimization, or conditional block
! skipping.  It necessarily has a minor ro^le to play in memory management
! of lexed lines.  I discuss these issues in a separate section (*note
! Lexing a line::).
  
     The lexer places the token it lexes into storage pointed to by the
! variable 'cur_token', and then increments it.  This variable is
  important for correct diagnostic positioning.  Unless a specific line
  and column are passed to the diagnostic routines, they will examine the
! 'line' and 'col' values of the token just before the location that
! 'cur_token' points to, and use that location to report the diagnostic.
  
     The lexer does not consider whitespace to be a token in its own
  right.  If whitespace (other than a new line) precedes a token, it sets
! the 'PREV_WHITE' bit in the token's flags.  Each token has its 'line'
! and 'col' variables set to the line and column of the first character of
! the token.  This line number is the line number in the translation unit,
! and can be converted to a source (file, line) pair using the line map
! code.
  
!    The first token on a logical, i.e. unescaped, line has the flag 'BOL'
! set for beginning-of-line.  This flag is intended for internal use, both
! to distinguish a '#' that begins a directive from one that doesn't, and
! to generate a call-back to clients that want to be notified about the
! start of every non-directive line with tokens on it.  Clients cannot
! reliably determine this for themselves: the first token might be a
! macro, and the tokens of a macro expansion do not have the 'BOL' flag
! set.  The macro expansion may even be empty, and the next token on the
! line certainly won't have the 'BOL' flag set.
  
     New lines are treated specially; exactly how the lexer handles them
  is context-dependent.  The C standard mandates that directives are
  terminated by the first unescaped newline character, even if it appears
  in the middle of a macro expansion.  Therefore, if the state variable
! 'in_directive' is set, the lexer returns a 'CPP_EOF' token, which is
! normally used to indicate end-of-file, to indicate end-of-directive.  In
! a directive a 'CPP_EOF' token never means end-of-file.  Conveniently, if
! the caller was 'collect_args', it already handles 'CPP_EOF' as if it
! were end-of-file, and reports an error about an unterminated macro
! argument list.
  
     The C standard also specifies that a new line in the middle of the
  arguments to a macro is treated as whitespace.  This white space is
  important in case the macro argument is stringized.  The state variable
! 'parsing_args' is nonzero when the preprocessor is collecting the
  arguments to a macro call.  It is set to 1 when looking for the opening
  parenthesis to a function-like macro, and 2 when collecting the actual
  arguments up to the closing parenthesis, since these two cases need to
  be distinguished sometimes.  One such time is here: the lexer sets the
! 'PREV_WHITE' flag of a token if it meets a new line when 'parsing_args'
  is set to 2.  It doesn't set it if it meets a new line when
! 'parsing_args' is 1, since then code like
  
       #define foo() bar
       foo
       baz
  
! would be output with an erroneous space before 'baz':
  
       foo
        baz
--- 122,187 ----
  before processing them.  This complexity is therefore unnecessary and
  will be removed, so I'll not discuss it further here.
  
!    The job of `_cpp_lex_direct' is simply to lex a token.  It is not
  responsible for issues like directive handling, returning lookahead
  tokens directly, multiple-include optimization, or conditional block
! skipping.  It necessarily has a minor ro^le to play in memory
! management of lexed lines.  I discuss these issues in a separate section
! (*note Lexing a line::).
  
     The lexer places the token it lexes into storage pointed to by the
! variable `cur_token', and then increments it.  This variable is
  important for correct diagnostic positioning.  Unless a specific line
  and column are passed to the diagnostic routines, they will examine the
! `line' and `col' values of the token just before the location that
! `cur_token' points to, and use that location to report the diagnostic.
  
     The lexer does not consider whitespace to be a token in its own
  right.  If whitespace (other than a new line) precedes a token, it sets
! the `PREV_WHITE' bit in the token's flags.  Each token has its `line'
! and `col' variables set to the line and column of the first character
! of the token.  This line number is the line number in the translation
! unit, and can be converted to a source (file, line) pair using the line
! map code.
  
!    The first token on a logical, i.e. unescaped, line has the flag
! `BOL' set for beginning-of-line.  This flag is intended for internal
! use, both to distinguish a `#' that begins a directive from one that
! doesn't, and to generate a call-back to clients that want to be
! notified about the start of every non-directive line with tokens on it.
! Clients cannot reliably determine this for themselves: the first token
! might be a macro, and the tokens of a macro expansion do not have the
! `BOL' flag set.  The macro expansion may even be empty, and the next
! token on the line certainly won't have the `BOL' flag set.
  
     New lines are treated specially; exactly how the lexer handles them
  is context-dependent.  The C standard mandates that directives are
  terminated by the first unescaped newline character, even if it appears
  in the middle of a macro expansion.  Therefore, if the state variable
! `in_directive' is set, the lexer returns a `CPP_EOF' token, which is
! normally used to indicate end-of-file, to indicate end-of-directive.
! In a directive a `CPP_EOF' token never means end-of-file.
! Conveniently, if the caller was `collect_args', it already handles
! `CPP_EOF' as if it were end-of-file, and reports an error about an
! unterminated macro argument list.
  
     The C standard also specifies that a new line in the middle of the
  arguments to a macro is treated as whitespace.  This white space is
  important in case the macro argument is stringized.  The state variable
! `parsing_args' is nonzero when the preprocessor is collecting the
  arguments to a macro call.  It is set to 1 when looking for the opening
  parenthesis to a function-like macro, and 2 when collecting the actual
  arguments up to the closing parenthesis, since these two cases need to
  be distinguished sometimes.  One such time is here: the lexer sets the
! `PREV_WHITE' flag of a token if it meets a new line when `parsing_args'
  is set to 2.  It doesn't set it if it meets a new line when
! `parsing_args' is 1, since then code like
  
       #define foo() bar
       foo
       baz
  
! would be output with an erroneous space before `baz':
  
       foo
        baz
*************** would be output with an erroneous space
*** 190,276 ****
  correct in the preprocessor; there are plenty of tests in the testsuite
  for corner cases like this.
  
!    The lexer is written to treat each of '\r', '\n', '\r\n' and '\n\r'
  as a single new line indicator.  This allows it to transparently
  preprocess MS-DOS, Macintosh and Unix files without their needing to
  pass through a special filter beforehand.
  
!    We also decided to treat a backslash, either '\' or the trigraph
! '??/', separated from one of the above newline indicators by non-comment
! whitespace only, as intending to escape the newline.  It tends to be a
! typing mistake, and cannot reasonably be mistaken for anything else in
! any of the C-family grammars.  Since handling it this way is not
! strictly conforming to the ISO standard, the library issues a warning
! wherever it encounters it.
  
     Handling newlines like this is made simpler by doing it in one place
! only.  The function 'handle_newline' takes care of all newline
! characters, and 'skip_escaped_newlines' takes care of arbitrarily long
! sequences of escaped newlines, deferring to 'handle_newline' to handle
  the newlines themselves.
  
     The most painful aspect of lexing ISO-standard C and C++ is handling
  trigraphs and backlash-escaped newlines.  Trigraphs are processed before
  any interpretation of the meaning of a character is made, and
  unfortunately there is a trigraph representation for a backslash, so it
! is possible for the trigraph '??/' to introduce an escaped newline.
  
     Escaped newlines are tedious because theoretically they can occur
! anywhere--between the '+' and '=' of the '+=' token, within the
! characters of an identifier, and even between the '*' and '/' that
  terminates a comment.  Moreover, you cannot be sure there is just
  one--there might be an arbitrarily long sequence of them.
  
!    So, for example, the routine that lexes a number, 'parse_number',
  cannot assume that it can scan forwards until the first non-number
! character and be done with it, because this could be the '\' introducing
! an escaped newline, or the '?' introducing the trigraph sequence that
! represents the '\' of an escaped newline.  If it encounters a '?' or
! '\', it calls 'skip_escaped_newlines' to skip over any potential escaped
! newlines before checking whether the number has been finished.
  
!    Similarly code in the main body of '_cpp_lex_direct' cannot simply
! check for a '=' after a '+' character to determine whether it has a '+='
! token; it needs to be prepared for an escaped newline of some sort.
! Such cases use the function 'get_effective_char', which returns the
! first character after any intervening escaped newlines.
  
     The lexer needs to keep track of the correct column position,
! including counting tabs as specified by the '-ftabstop=' option.  This
  should be done even within C-style comments; they can appear in the
  middle of a line, and we want to report diagnostics in the correct
  position for text appearing after the end of the comment.
  
!    Some identifiers, such as '__VA_ARGS__' and poisoned identifiers, may
! be invalid and require a diagnostic.  However, if they appear in a macro
! expansion we don't want to complain with each use of the macro.  It is
! therefore best to catch them during the lexing stage, in
! 'parse_identifier'.  In both cases, whether a diagnostic is needed or
  not is dependent upon the lexer's state.  For example, we don't want to
  issue a diagnostic for re-poisoning a poisoned identifier, or for using
! '__VA_ARGS__' in the expansion of a variable-argument macro.  Therefore
! 'parse_identifier' makes use of state flags to determine whether a
  diagnostic is appropriate.  Since we change state on a per-token basis,
  and don't lex whole lines at a time, this is not a problem.
  
     Another place where state flags are used to change behavior is whilst
! lexing header names.  Normally, a '<' would be lexed as a single token.
! After a '#include' directive, though, it should be lexed as a single
! token as far as the nearest '>' character.  Note that we don't allow the
! terminators of header names to be escaped; the first '"' or '>'
  terminates the header name.
  
     Interpretation of some character sequences depends upon whether we
  are lexing C, C++ or Objective-C, and on the revision of the standard in
! force.  For example, '::' is a single token in C++, but in C it is two
! separate ':' tokens and almost certainly a syntax error.  Such cases are
! handled by '_cpp_lex_direct' based upon command-line flags stored in the
! 'cpp_options' structure.
  
     Once a token has been lexed, it leads an independent existence.  The
  spelling of numbers, identifiers and strings is copied to permanent
  storage from the original input buffer, so a token remains valid and
! correct even if its source buffer is freed with '_cpp_pop_buffer'.  The
  storage holding the spellings of such tokens remains until the client
  program calls cpp_destroy, probably at the end of the translation unit.
  
--- 190,277 ----
  correct in the preprocessor; there are plenty of tests in the testsuite
  for corner cases like this.
  
!    The lexer is written to treat each of `\r', `\n', `\r\n' and `\n\r'
  as a single new line indicator.  This allows it to transparently
  preprocess MS-DOS, Macintosh and Unix files without their needing to
  pass through a special filter beforehand.
  
!    We also decided to treat a backslash, either `\' or the trigraph
! `??/', separated from one of the above newline indicators by
! non-comment whitespace only, as intending to escape the newline.  It
! tends to be a typing mistake, and cannot reasonably be mistaken for
! anything else in any of the C-family grammars.  Since handling it this
! way is not strictly conforming to the ISO standard, the library issues a
! warning wherever it encounters it.
  
     Handling newlines like this is made simpler by doing it in one place
! only.  The function `handle_newline' takes care of all newline
! characters, and `skip_escaped_newlines' takes care of arbitrarily long
! sequences of escaped newlines, deferring to `handle_newline' to handle
  the newlines themselves.
  
     The most painful aspect of lexing ISO-standard C and C++ is handling
  trigraphs and backlash-escaped newlines.  Trigraphs are processed before
  any interpretation of the meaning of a character is made, and
  unfortunately there is a trigraph representation for a backslash, so it
! is possible for the trigraph `??/' to introduce an escaped newline.
  
     Escaped newlines are tedious because theoretically they can occur
! anywhere--between the `+' and `=' of the `+=' token, within the
! characters of an identifier, and even between the `*' and `/' that
  terminates a comment.  Moreover, you cannot be sure there is just
  one--there might be an arbitrarily long sequence of them.
  
!    So, for example, the routine that lexes a number, `parse_number',
  cannot assume that it can scan forwards until the first non-number
! character and be done with it, because this could be the `\'
! introducing an escaped newline, or the `?' introducing the trigraph
! sequence that represents the `\' of an escaped newline.  If it
! encounters a `?' or `\', it calls `skip_escaped_newlines' to skip over
! any potential escaped newlines before checking whether the number has
! been finished.
  
!    Similarly code in the main body of `_cpp_lex_direct' cannot simply
! check for a `=' after a `+' character to determine whether it has a
! `+=' token; it needs to be prepared for an escaped newline of some
! sort.  Such cases use the function `get_effective_char', which returns
! the first character after any intervening escaped newlines.
  
     The lexer needs to keep track of the correct column position,
! including counting tabs as specified by the `-ftabstop=' option.  This
  should be done even within C-style comments; they can appear in the
  middle of a line, and we want to report diagnostics in the correct
  position for text appearing after the end of the comment.
  
!    Some identifiers, such as `__VA_ARGS__' and poisoned identifiers,
! may be invalid and require a diagnostic.  However, if they appear in a
! macro expansion we don't want to complain with each use of the macro.
! It is therefore best to catch them during the lexing stage, in
! `parse_identifier'.  In both cases, whether a diagnostic is needed or
  not is dependent upon the lexer's state.  For example, we don't want to
  issue a diagnostic for re-poisoning a poisoned identifier, or for using
! `__VA_ARGS__' in the expansion of a variable-argument macro.  Therefore
! `parse_identifier' makes use of state flags to determine whether a
  diagnostic is appropriate.  Since we change state on a per-token basis,
  and don't lex whole lines at a time, this is not a problem.
  
     Another place where state flags are used to change behavior is whilst
! lexing header names.  Normally, a `<' would be lexed as a single token.
! After a `#include' directive, though, it should be lexed as a single
! token as far as the nearest `>' character.  Note that we don't allow
! the terminators of header names to be escaped; the first `"' or `>'
  terminates the header name.
  
     Interpretation of some character sequences depends upon whether we
  are lexing C, C++ or Objective-C, and on the revision of the standard in
! force.  For example, `::' is a single token in C++, but in C it is two
! separate `:' tokens and almost certainly a syntax error.  Such cases
! are handled by `_cpp_lex_direct' based upon command-line flags stored
! in the `cpp_options' structure.
  
     Once a token has been lexed, it leads an independent existence.  The
  spelling of numbers, identifiers and strings is copied to permanent
  storage from the original input buffer, so a token remains valid and
! correct even if its source buffer is freed with `_cpp_pop_buffer'.  The
  storage holding the spellings of such tokens remains until the client
  program calls cpp_destroy, probably at the end of the translation unit.
  
*************** to cpplib itself internally.
*** 287,295 ****
  token stream.  For example, after the name of a function-like macro, it
  wants to check the next token to see if it is an opening parenthesis.
  Another example is that, after reading the first few tokens of a
! '#pragma' directive and not recognizing it as a registered pragma, it
  wants to backtrack and allow the user-defined handler for unknown
! pragmas to access the full '#pragma' token stream.  The stand-alone
  preprocessor wants to be able to test the current token with the
  previous one to see if a space needs to be inserted to preserve their
  separate tokenization upon re-lexing (paste avoidance), so it needs to
--- 288,296 ----
  token stream.  For example, after the name of a function-like macro, it
  wants to check the next token to see if it is an opening parenthesis.
  Another example is that, after reading the first few tokens of a
! `#pragma' directive and not recognizing it as a registered pragma, it
  wants to backtrack and allow the user-defined handler for unknown
! pragmas to access the full `#pragma' token stream.  The stand-alone
  preprocessor wants to be able to test the current token with the
  previous one to see if a space needs to be inserted to preserve their
  separate tokenization upon re-lexing (paste avoidance), so it needs to
*************** to jump back to a prior position in that
*** 302,309 ****
  preprocessor lex all tokens on a line consecutively into a token buffer,
  which I call a "token run", and when meeting an unescaped new line
  (newlines within comments do not count either), to start lexing back at
! the beginning of the run.  Note that we do _not_ lex a line of tokens at
! once; if we did that 'parse_identifier' would not have state flags
  available to warn about invalid identifiers (*note Invalid
  identifiers::).
  
--- 303,310 ----
  preprocessor lex all tokens on a line consecutively into a token buffer,
  which I call a "token run", and when meeting an unescaped new line
  (newlines within comments do not count either), to start lexing back at
! the beginning of the run.  Note that we do _not_ lex a line of tokens
! at once; if we did that `parse_identifier' would not have state flags
  available to warn about invalid identifiers (*note Invalid
  identifiers::).
  
*************** identifiers::).
*** 311,359 ****
  line is valid, but since each logical line overwrites the tokens of the
  previous line, tokens from prior lines are unavailable.  In particular,
  since a directive only occupies a single logical line, this means that
! the directive handlers like the '#pragma' handler can jump around in the
! directive's tokens if necessary.
  
     Two issues remain: what about tokens that arise from macro
! expansions, and what happens when we have a long line that overflows the
! token run?
  
     Since we promise clients that we preserve the validity of pointers
  that we have already returned for tokens that appeared earlier in the
! line, we cannot reallocate the run.  Instead, on overflow it is expanded
! by chaining a new token run on to the end of the existing one.
  
     The tokens forming a macro's replacement list are collected by the
! '#define' handler, and placed in storage that is only freed by
! 'cpp_destroy'.  So if a macro is expanded in the line of tokens, the
  pointers to the tokens of its expansion that are returned will always
  remain valid.  However, macros are a little trickier than that, since
  they give rise to three sources of fresh tokens.  They are the built-in
! macros like '__LINE__', and the '#' and '##' operators for stringizing
  and token pasting.  I handled this by allocating space for these tokens
! from the lexer's token run chain.  This means they automatically receive
! the same lifetime guarantees as lexed tokens, and we don't need to
! concern ourselves with freeing them.
  
     Lexing into a line of tokens solves some of the token memory
  management issues, but not all.  The opening parenthesis after a
  function-like macro name might lie on a different line, and the front
  ends definitely want the ability to look ahead past the end of the
  current line.  So cpplib only moves back to the start of the token run
! at the end of a line if the variable 'keep_tokens' is zero.
  Line-buffering is quite natural for the preprocessor, and as a result
  the only time cpplib needs to increment this variable is whilst looking
  for the opening parenthesis to, and reading the arguments of, a
! function-like macro.  In the near future cpplib will export an interface
! to increment and decrement this variable, so that clients can share full
! control over the lifetime of token pointers too.
  
!    The routine '_cpp_lex_token' handles moving to new token runs,
! calling '_cpp_lex_direct' to lex new tokens, or returning
  previously-lexed tokens if we stepped back in the token stream.  It also
! checks each token for the 'BOL' flag, which might indicate a directive
  that needs to be handled, or require a start-of-line call-back to be
! made.  '_cpp_lex_token' also handles skipping over tokens in failed
  conditional blocks, and invalidates the control macro of the
  multiple-include optimization if a token was successfully lexed outside
  a directive.  In other words, its callers do not need to concern
--- 312,360 ----
  line is valid, but since each logical line overwrites the tokens of the
  previous line, tokens from prior lines are unavailable.  In particular,
  since a directive only occupies a single logical line, this means that
! the directive handlers like the `#pragma' handler can jump around in
! the directive's tokens if necessary.
  
     Two issues remain: what about tokens that arise from macro
! expansions, and what happens when we have a long line that overflows
! the token run?
  
     Since we promise clients that we preserve the validity of pointers
  that we have already returned for tokens that appeared earlier in the
! line, we cannot reallocate the run.  Instead, on overflow it is
! expanded by chaining a new token run on to the end of the existing one.
  
     The tokens forming a macro's replacement list are collected by the
! `#define' handler, and placed in storage that is only freed by
! `cpp_destroy'.  So if a macro is expanded in the line of tokens, the
  pointers to the tokens of its expansion that are returned will always
  remain valid.  However, macros are a little trickier than that, since
  they give rise to three sources of fresh tokens.  They are the built-in
! macros like `__LINE__', and the `#' and `##' operators for stringizing
  and token pasting.  I handled this by allocating space for these tokens
! from the lexer's token run chain.  This means they automatically
! receive the same lifetime guarantees as lexed tokens, and we don't need
! to concern ourselves with freeing them.
  
     Lexing into a line of tokens solves some of the token memory
  management issues, but not all.  The opening parenthesis after a
  function-like macro name might lie on a different line, and the front
  ends definitely want the ability to look ahead past the end of the
  current line.  So cpplib only moves back to the start of the token run
! at the end of a line if the variable `keep_tokens' is zero.
  Line-buffering is quite natural for the preprocessor, and as a result
  the only time cpplib needs to increment this variable is whilst looking
  for the opening parenthesis to, and reading the arguments of, a
! function-like macro.  In the near future cpplib will export an
! interface to increment and decrement this variable, so that clients can
! share full control over the lifetime of token pointers too.
  
!    The routine `_cpp_lex_token' handles moving to new token runs,
! calling `_cpp_lex_direct' to lex new tokens, or returning
  previously-lexed tokens if we stepped back in the token stream.  It also
! checks each token for the `BOL' flag, which might indicate a directive
  that needs to be handled, or require a start-of-line call-back to be
! made.  `_cpp_lex_token' also handles skipping over tokens in failed
  conditional blocks, and invalidates the control macro of the
  multiple-include optimization if a token was successfully lexed outside
  a directive.  In other words, its callers do not need to concern
*************** Hash Nodes
*** 367,376 ****
  
  When cpplib encounters an "identifier", it generates a hash code for it
  and stores it in the hash table.  By "identifier" we mean tokens with
! type 'CPP_NAME'; this includes identifiers in the usual C sense, as well
! as keywords, directive names, macro names and so on.  For example, all
! of 'pragma', 'int', 'foo' and '__GNUC__' are identifiers and hashed when
! lexed.
  
     Each node in the hash table contain various information about the
  identifier it represents.  For example, its length and type.  At any one
--- 368,377 ----
  
  When cpplib encounters an "identifier", it generates a hash code for it
  and stores it in the hash table.  By "identifier" we mean tokens with
! type `CPP_NAME'; this includes identifiers in the usual C sense, as
! well as keywords, directive names, macro names and so on.  For example,
! all of `pragma', `int', `foo' and `__GNUC__' are identifiers and hashed
! when lexed.
  
     Each node in the hash table contain various information about the
  identifier it represents.  For example, its length and type.  At any one
*************** time, each identifier falls into exactly
*** 379,424 ****
     * Macros
  
       These have been declared to be macros, either on the command line
!      or with '#define'.  A few, such as '__TIME__' are built-ins entered
!      in the hash table during initialization.  The hash node for a
!      normal macro points to a structure with more information about the
!      macro, such as whether it is function-like, how many arguments it
!      takes, and its expansion.  Built-in macros are flagged as special,
!      and instead contain an enum indicating which of the various
!      built-in macros it is.
  
     * Assertions
  
!      Assertions are in a separate namespace to macros.  To enforce this,
!      cpp actually prepends a '#' character before hashing and entering
!      it in the hash table.  An assertion's node points to a chain of
!      answers to that assertion.
  
     * Void
  
       Everything else falls into this category--an identifier that is not
       currently a macro, or a macro that has since been undefined with
!      '#undef'.
  
       When preprocessing C++, this category also includes the named
!      operators, such as 'xor'.  In expressions these behave like the
       operators they represent, but in contexts where the spelling of a
       token matters they are spelt differently.  This spelling
       distinction is relevant when they are operands of the stringizing
!      and pasting macro operators '#' and '##'.  Named operator hash
       nodes are flagged, both to catch the spelling distinction and to
       prevent them from being defined as macros.
  
     The same identifiers share the same hash node.  Since each identifier
  token, after lexing, contains a pointer to its hash node, this is used
  to provide rapid lookup of various information.  For example, when
! parsing a '#define' statement, CPP flags each argument's identifier hash
! node with the index of that argument.  This makes duplicated argument
! checking an O(1) operation for each argument.  Similarly, for each
! identifier in the macro's expansion, lookup to see if it is an argument,
! and which argument it is, is also an O(1) operation.  Further, each
! directive name, such as 'endif', has an associated directive enum stored
! in its hash node, so that directive lookup is also O(1).
  
  
  File: cppinternals.info,  Node: Macro Expansion,  Next: Token Spacing,  Prev: Hash Nodes,  Up: Top
--- 380,425 ----
     * Macros
  
       These have been declared to be macros, either on the command line
!      or with `#define'.  A few, such as `__TIME__' are built-ins
!      entered in the hash table during initialization.  The hash node
!      for a normal macro points to a structure with more information
!      about the macro, such as whether it is function-like, how many
!      arguments it takes, and its expansion.  Built-in macros are
!      flagged as special, and instead contain an enum indicating which
!      of the various built-in macros it is.
  
     * Assertions
  
!      Assertions are in a separate namespace to macros.  To enforce
!      this, cpp actually prepends a `#' character before hashing and
!      entering it in the hash table.  An assertion's node points to a
!      chain of answers to that assertion.
  
     * Void
  
       Everything else falls into this category--an identifier that is not
       currently a macro, or a macro that has since been undefined with
!      `#undef'.
  
       When preprocessing C++, this category also includes the named
!      operators, such as `xor'.  In expressions these behave like the
       operators they represent, but in contexts where the spelling of a
       token matters they are spelt differently.  This spelling
       distinction is relevant when they are operands of the stringizing
!      and pasting macro operators `#' and `##'.  Named operator hash
       nodes are flagged, both to catch the spelling distinction and to
       prevent them from being defined as macros.
  
     The same identifiers share the same hash node.  Since each identifier
  token, after lexing, contains a pointer to its hash node, this is used
  to provide rapid lookup of various information.  For example, when
! parsing a `#define' statement, CPP flags each argument's identifier
! hash node with the index of that argument.  This makes duplicated
! argument checking an O(1) operation for each argument.  Similarly, for
! each identifier in the macro's expansion, lookup to see if it is an
! argument, and which argument it is, is also an O(1) operation.  Further,
! each directive name, such as `endif', has an associated directive enum
! stored in its hash node, so that directive lookup is also O(1).
  
  
  File: cppinternals.info,  Node: Macro Expansion,  Next: Token Spacing,  Prev: Hash Nodes,  Up: Top
*************** and situations that render what you thou
*** 431,459 ****
  the preprocessor's expansion algorithm wrong in quite subtle ways.
  
     I strongly recommend you have a good grasp of how the C and C++
! standards require macros to be expanded before diving into this section,
! let alone the code!.  If you don't have a clear mental picture of how
! things like nested macro expansion, stringizing and token pasting are
! supposed to work, damage to your sanity can quickly result.
  
  Internal representation of macros
  =================================
  
  The preprocessor stores macro expansions in tokenized form.  This saves
! repeated lexing passes during expansion, at the cost of a small increase
! in memory consumption on average.  The tokens are stored contiguously in
! memory, so a pointer to the first one and a token count is all you need
! to get the replacement list of a macro.
  
     If the macro is a function-like macro the preprocessor also stores
  its parameters, in the form of an ordered list of pointers to the hash
  table entry of each parameter's identifier.  Further, in the macro's
  stored expansion each occurrence of a parameter is replaced with a
! special token of type 'CPP_MACRO_ARG'.  Each such token holds the index
! of the parameter it represents in the parameter list, which allows rapid
! replacement of parameters with their arguments during expansion.
  Despite this optimization it is still necessary to store the original
! parameters to the macro, both for dumping with e.g., '-dD', and to warn
  about non-trivial macro redefinitions when the parameter names have
  changed.
  
--- 432,460 ----
  the preprocessor's expansion algorithm wrong in quite subtle ways.
  
     I strongly recommend you have a good grasp of how the C and C++
! standards require macros to be expanded before diving into this
! section, let alone the code!.  If you don't have a clear mental picture
! of how things like nested macro expansion, stringizing and token
! pasting are supposed to work, damage to your sanity can quickly result.
  
  Internal representation of macros
  =================================
  
  The preprocessor stores macro expansions in tokenized form.  This saves
! repeated lexing passes during expansion, at the cost of a small
! increase in memory consumption on average.  The tokens are stored
! contiguously in memory, so a pointer to the first one and a token count
! is all you need to get the replacement list of a macro.
  
     If the macro is a function-like macro the preprocessor also stores
  its parameters, in the form of an ordered list of pointers to the hash
  table entry of each parameter's identifier.  Further, in the macro's
  stored expansion each occurrence of a parameter is replaced with a
! special token of type `CPP_MACRO_ARG'.  Each such token holds the index
! of the parameter it represents in the parameter list, which allows
! rapid replacement of parameters with their arguments during expansion.
  Despite this optimization it is still necessary to store the original
! parameters to the macro, both for dumping with e.g., `-dD', and to warn
  about non-trivial macro redefinitions when the parameter names have
  changed.
  
*************** Macro expansion overview
*** 461,516 ****
  ========================
  
  The preprocessor maintains a "context stack", implemented as a linked
! list of 'cpp_context' structures, which together represent the macro
! expansion state at any one time.  The 'struct cpp_reader' member
! variable 'context' points to the current top of this stack.  The top
  normally holds the unexpanded replacement list of the innermost macro
  under expansion, except when cpplib is about to pre-expand an argument,
  in which case it holds that argument's unexpanded tokens.
  
     When there are no macros under expansion, cpplib is in "base
! context".  All contexts other than the base context contain a contiguous
! list of tokens delimited by a starting and ending token.  When not in
! base context, cpplib obtains the next token from the list of the top
! context.  If there are no tokens left in the list, it pops that context
! off the stack, and subsequent ones if necessary, until an unexhausted
! context is found or it returns to base context.  In base context, cpplib
! reads tokens directly from the lexer.
  
     If it encounters an identifier that is both a macro and enabled for
  expansion, cpplib prepares to push a new context for that macro on the
! stack by calling the routine 'enter_macro_context'.  When this routine
  returns, the new context will contain the unexpanded tokens of the
  replacement list of that macro.  In the case of function-like macros,
! 'enter_macro_context' also replaces any parameters in the replacement
! list, stored as 'CPP_MACRO_ARG' tokens, with the appropriate macro
  argument.  If the standard requires that the parameter be replaced with
  its expanded argument, the argument will have been fully macro expanded
  first.
  
!    'enter_macro_context' also handles special macros like '__LINE__'.
  Although these macros expand to a single token which cannot contain any
! further macros, for reasons of token spacing (*note Token Spacing::) and
! simplicity of implementation, cpplib handles these special macros by
! pushing a context containing just that one token.
  
!    The final thing that 'enter_macro_context' does before returning is
! to mark the macro disabled for expansion (except for special macros like
! '__TIME__').  The macro is re-enabled when its context is later popped
! from the context stack, as described above.  This strict ordering
! ensures that a macro is disabled whilst its expansion is being scanned,
! but that it is _not_ disabled whilst any arguments to it are being
! expanded.
  
  Scanning the replacement list for macros to expand
  ==================================================
  
! The C standard states that, after any parameters have been replaced with
! their possibly-expanded arguments, the replacement list is scanned for
! nested macros.  Further, any identifiers in the replacement list that
! are not expanded during this scan are never again eligible for expansion
! in the future, if the reason they were not expanded is that the macro in
! question was disabled.
  
     Clearly this latter condition can only apply to tokens resulting from
  argument pre-expansion.  Other tokens never have an opportunity to be
--- 462,517 ----
  ========================
  
  The preprocessor maintains a "context stack", implemented as a linked
! list of `cpp_context' structures, which together represent the macro
! expansion state at any one time.  The `struct cpp_reader' member
! variable `context' points to the current top of this stack.  The top
  normally holds the unexpanded replacement list of the innermost macro
  under expansion, except when cpplib is about to pre-expand an argument,
  in which case it holds that argument's unexpanded tokens.
  
     When there are no macros under expansion, cpplib is in "base
! context".  All contexts other than the base context contain a
! contiguous list of tokens delimited by a starting and ending token.
! When not in base context, cpplib obtains the next token from the list
! of the top context.  If there are no tokens left in the list, it pops
! that context off the stack, and subsequent ones if necessary, until an
! unexhausted context is found or it returns to base context.  In base
! context, cpplib reads tokens directly from the lexer.
  
     If it encounters an identifier that is both a macro and enabled for
  expansion, cpplib prepares to push a new context for that macro on the
! stack by calling the routine `enter_macro_context'.  When this routine
  returns, the new context will contain the unexpanded tokens of the
  replacement list of that macro.  In the case of function-like macros,
! `enter_macro_context' also replaces any parameters in the replacement
! list, stored as `CPP_MACRO_ARG' tokens, with the appropriate macro
  argument.  If the standard requires that the parameter be replaced with
  its expanded argument, the argument will have been fully macro expanded
  first.
  
!    `enter_macro_context' also handles special macros like `__LINE__'.
  Although these macros expand to a single token which cannot contain any
! further macros, for reasons of token spacing (*note Token Spacing::)
! and simplicity of implementation, cpplib handles these special macros
! by pushing a context containing just that one token.
  
!    The final thing that `enter_macro_context' does before returning is
! to mark the macro disabled for expansion (except for special macros
! like `__TIME__').  The macro is re-enabled when its context is later
! popped from the context stack, as described above.  This strict
! ordering ensures that a macro is disabled whilst its expansion is being
! scanned, but that it is _not_ disabled whilst any arguments to it are
! being expanded.
  
  Scanning the replacement list for macros to expand
  ==================================================
  
! The C standard states that, after any parameters have been replaced
! with their possibly-expanded arguments, the replacement list is scanned
! for nested macros.  Further, any identifiers in the replacement list
! that are not expanded during this scan are never again eligible for
! expansion in the future, if the reason they were not expanded is that
! the macro in question was disabled.
  
     Clearly this latter condition can only apply to tokens resulting from
  argument pre-expansion.  Other tokens never have an opportunity to be
*************** looking for the _next_ token do we pop i
*** 529,555 ****
  lower context.  This makes backing up by one token easy, but more
  importantly ensures that the macro corresponding to the current context
  is still disabled when we are considering the last token of its
! replacement list for expansion (or indeed expanding it).  As an example,
! which illustrates many of the points above, consider
  
       #define foo(x) bar x
       foo(foo) (2)
  
! which fully expands to 'bar foo (2)'.  During pre-expansion of the
! argument, 'foo' does not expand even though the macro is enabled, since
  it has no following parenthesis [pre-expansion of an argument only uses
  tokens from that argument; it cannot take tokens from whatever follows
! the macro invocation].  This still leaves the argument token 'foo'
  eligible for future expansion.  Then, when re-scanning after argument
! replacement, the token 'foo' is rejected for expansion, and marked
! ineligible for future expansion, since the macro is now disabled.  It is
! disabled because the replacement list 'bar foo' of the macro is still on
! the context stack.
  
     If instead the algorithm looked for an opening parenthesis first and
  then tested whether the macro were disabled it would be subtly wrong.
! In the example above, the replacement list of 'foo' would be popped in
! the process of finding the parenthesis, re-enabling 'foo' and expanding
  it a second time.
  
  Looking for a function-like macro's opening parenthesis
--- 530,556 ----
  lower context.  This makes backing up by one token easy, but more
  importantly ensures that the macro corresponding to the current context
  is still disabled when we are considering the last token of its
! replacement list for expansion (or indeed expanding it).  As an
! example, which illustrates many of the points above, consider
  
       #define foo(x) bar x
       foo(foo) (2)
  
! which fully expands to `bar foo (2)'.  During pre-expansion of the
! argument, `foo' does not expand even though the macro is enabled, since
  it has no following parenthesis [pre-expansion of an argument only uses
  tokens from that argument; it cannot take tokens from whatever follows
! the macro invocation].  This still leaves the argument token `foo'
  eligible for future expansion.  Then, when re-scanning after argument
! replacement, the token `foo' is rejected for expansion, and marked
! ineligible for future expansion, since the macro is now disabled.  It
! is disabled because the replacement list `bar foo' of the macro is
! still on the context stack.
  
     If instead the algorithm looked for an opening parenthesis first and
  then tested whether the macro were disabled it would be subtly wrong.
! In the example above, the replacement list of `foo' would be popped in
! the process of finding the parenthesis, re-enabling `foo' and expanding
  it a second time.
  
  Looking for a function-like macro's opening parenthesis
*************** Function-like macros only expand when im
*** 559,576 ****
  parenthesis.  To do this cpplib needs to temporarily disable macros and
  read the next token.  Unfortunately, because of spacing issues (*note
  Token Spacing::), there can be fake padding tokens in-between, and if
! the next real token is not a parenthesis cpplib needs to be able to back
! up that one token as well as retain the information in any intervening
! padding tokens.
  
     Backing up more than one token when macros are involved is not
  permitted by cpplib, because in general it might involve issues like
  restoring popped contexts onto the context stack, which are too hard.
! Instead, searching for the parenthesis is handled by a special function,
! 'funlike_invocation_p', which remembers padding information as it reads
! tokens.  If the next real token is not an opening parenthesis, it backs
! up that one token, and then pushes an extra context just containing the
! padding information if necessary.
  
  Marking tokens ineligible for future expansion
  ==============================================
--- 560,577 ----
  parenthesis.  To do this cpplib needs to temporarily disable macros and
  read the next token.  Unfortunately, because of spacing issues (*note
  Token Spacing::), there can be fake padding tokens in-between, and if
! the next real token is not a parenthesis cpplib needs to be able to
! back up that one token as well as retain the information in any
! intervening padding tokens.
  
     Backing up more than one token when macros are involved is not
  permitted by cpplib, because in general it might involve issues like
  restoring popped contexts onto the context stack, which are too hard.
! Instead, searching for the parenthesis is handled by a special
! function, `funlike_invocation_p', which remembers padding information
! as it reads tokens.  If the next real token is not an opening
! parenthesis, it backs up that one token, and then pushes an extra
! context just containing the padding information if necessary.
  
  Marking tokens ineligible for future expansion
  ==============================================
*************** Marking tokens ineligible for future exp
*** 578,589 ****
  As discussed above, cpplib needs a way of marking tokens as
  unexpandable.  Since the tokens cpplib handles are read-only once they
  have been lexed, it instead makes a copy of the token and adds the flag
! 'NO_EXPAND' to the copy.
  
     For efficiency and to simplify memory management by avoiding having
  to remember to free these tokens, they are allocated as temporary tokens
  from the lexer's current token run (*note Lexing a line::) using the
! function '_cpp_temp_token'.  The tokens are then re-used once the
  current line of tokens has been read in.
  
     This might sound unsafe.  However, tokens runs are not re-used at the
--- 579,590 ----
  As discussed above, cpplib needs a way of marking tokens as
  unexpandable.  Since the tokens cpplib handles are read-only once they
  have been lexed, it instead makes a copy of the token and adds the flag
! `NO_EXPAND' to the copy.
  
     For efficiency and to simplify memory management by avoiding having
  to remember to free these tokens, they are allocated as temporary tokens
  from the lexer's current token run (*note Lexing a line::) using the
! function `_cpp_temp_token'.  The tokens are then re-used once the
  current line of tokens has been read in.
  
     This might sound unsafe.  However, tokens runs are not re-used at the
*************** both for aesthetic reasons and because i
*** 618,637 ****
  still try to abuse the preprocessor for things like Fortran source and
  Makefiles.
  
!    For now, just notice that when tokens are added (or removed, as shown
! by the 'EMPTY' example) from the original lexed token stream, we need to
! check for accidental token pasting.  We call this "paste avoidance".
! Token addition and removal can only occur because of macro expansion,
! but accidental pasting can occur in many places: both before and after
! each macro replacement, each argument replacement, and additionally each
! token created by the '#' and '##' operators.
  
!    Look at how the preprocessor gets whitespace output correct normally.
! The 'cpp_token' structure contains a flags byte, and one of those flags
! is 'PREV_WHITE'.  This is flagged by the lexer, and indicates that the
! token was preceded by whitespace of some form other than a new line.
! The stand-alone preprocessor can use this flag to decide whether to
! insert a space between tokens in the output.
  
     Now consider the result of the following macro expansion:
  
--- 619,638 ----
  still try to abuse the preprocessor for things like Fortran source and
  Makefiles.
  
!    For now, just notice that when tokens are added (or removed, as
! shown by the `EMPTY' example) from the original lexed token stream, we
! need to check for accidental token pasting.  We call this "paste
! avoidance".  Token addition and removal can only occur because of macro
! expansion, but accidental pasting can occur in many places: both before
! and after each macro replacement, each argument replacement, and
! additionally each token created by the `#' and `##' operators.
  
!    Look at how the preprocessor gets whitespace output correct
! normally.  The `cpp_token' structure contains a flags byte, and one of
! those flags is `PREV_WHITE'.  This is flagged by the lexer, and
! indicates that the token was preceded by whitespace of some form other
! than a new line.  The stand-alone preprocessor can use this flag to
! decide whether to insert a space between tokens in the output.
  
     Now consider the result of the following macro expansion:
  
*************** insert a space between tokens in the out
*** 639,677 ****
       sum = add (1,2, 3);
               ==> sum = 1 + 2 +3;
  
!    The interesting thing here is that the tokens '1' and '2' are output
! with a preceding space, and '3' is output without a preceding space, but
! when lexed none of these tokens had that property.  Careful
! consideration reveals that '1' gets its preceding whitespace from the
! space preceding 'add' in the macro invocation, _not_ replacement list.
! '2' gets its whitespace from the space preceding the parameter 'y' in
! the macro replacement list, and '3' has no preceding space because
! parameter 'z' has none in the replacement list.
  
     Once lexed, tokens are effectively fixed and cannot be altered, since
  pointers to them might be held in many places, in particular by
  in-progress macro expansions.  So instead of modifying the two tokens
! above, the preprocessor inserts a special token, which I call a "padding
! token", into the token stream to indicate that spacing of the subsequent
! token is special.  The preprocessor inserts padding tokens in front of
! every macro expansion and expanded macro argument.  These point to a
! "source token" from which the subsequent real token should inherit its
! spacing.  In the above example, the source tokens are 'add' in the macro
! invocation, and 'y' and 'z' in the macro replacement list, respectively.
  
!    It is quite easy to get multiple padding tokens in a row, for example
! if a macro's first replacement token expands straight into another
! macro.
  
       #define foo bar
       #define bar baz
       [foo]
               ==> [baz]
  
!    Here, two padding tokens are generated with sources the 'foo' token
! between the brackets, and the 'bar' token from foo's replacement list,
! respectively.  Clearly the first padding token is the one to use, so the
! output code should contain a rule that the first padding token in a
  sequence is the one that matters.
  
     But what if a macro expansion is left?  Adjusting the above example
--- 640,679 ----
       sum = add (1,2, 3);
               ==> sum = 1 + 2 +3;
  
!    The interesting thing here is that the tokens `1' and `2' are output
! with a preceding space, and `3' is output without a preceding space,
! but when lexed none of these tokens had that property.  Careful
! consideration reveals that `1' gets its preceding whitespace from the
! space preceding `add' in the macro invocation, _not_ replacement list.
! `2' gets its whitespace from the space preceding the parameter `y' in
! the macro replacement list, and `3' has no preceding space because
! parameter `z' has none in the replacement list.
  
     Once lexed, tokens are effectively fixed and cannot be altered, since
  pointers to them might be held in many places, in particular by
  in-progress macro expansions.  So instead of modifying the two tokens
! above, the preprocessor inserts a special token, which I call a
! "padding token", into the token stream to indicate that spacing of the
! subsequent token is special.  The preprocessor inserts padding tokens
! in front of every macro expansion and expanded macro argument.  These
! point to a "source token" from which the subsequent real token should
! inherit its spacing.  In the above example, the source tokens are `add'
! in the macro invocation, and `y' and `z' in the macro replacement list,
! respectively.
  
!    It is quite easy to get multiple padding tokens in a row, for
! example if a macro's first replacement token expands straight into
! another macro.
  
       #define foo bar
       #define bar baz
       [foo]
               ==> [baz]
  
!    Here, two padding tokens are generated with sources the `foo' token
! between the brackets, and the `bar' token from foo's replacement list,
! respectively.  Clearly the first padding token is the one to use, so
! the output code should contain a rule that the first padding token in a
  sequence is the one that matters.
  
     But what if a macro expansion is left?  Adjusting the above example
*************** slightly:
*** 683,695 ****
       [foo] EMPTY;
               ==> [ baz] ;
  
!    As shown, now there should be a space before 'baz' and the semicolon
  in the output.
  
!    The rules we decided above fail for 'baz': we generate three padding
! tokens, one per macro invocation, before the token 'baz'.  We would then
! have it take its spacing from the first of these, which carries source
! token 'foo' with no leading space.
  
     It is vital that cpplib get spacing correct in these examples since
  any of these macro expansions could be stringized, where spacing
--- 685,697 ----
       [foo] EMPTY;
               ==> [ baz] ;
  
!    As shown, now there should be a space before `baz' and the semicolon
  in the output.
  
!    The rules we decided above fail for `baz': we generate three padding
! tokens, one per macro invocation, before the token `baz'.  We would
! then have it take its spacing from the first of these, which carries
! source token `foo' with no leading space.
  
     It is vital that cpplib get spacing correct in these examples since
  any of these macro expansions could be stringized, where spacing
*************** matters.
*** 697,707 ****
  
     So, this demonstrates that not just entering macro and argument
  expansions, but leaving them requires special handling too.  I made
! cpplib insert a padding token with a 'NULL' source token when leaving
  macro expansions, as well as after each replaced argument in a macro's
  replacement list.  It also inserts appropriate padding tokens on either
! side of tokens created by the '#' and '##' operators.  I expanded the
! rule so that, if we see a padding token with a 'NULL' source token,
  _and_ that source token has no leading space, then we behave as if we
  have seen no padding tokens at all.  A quick check shows this rule will
  then get the above example correct as well.
--- 699,709 ----
  
     So, this demonstrates that not just entering macro and argument
  expansions, but leaving them requires special handling too.  I made
! cpplib insert a padding token with a `NULL' source token when leaving
  macro expansions, as well as after each replaced argument in a macro's
  replacement list.  It also inserts appropriate padding tokens on either
! side of tokens created by the `#' and `##' operators.  I expanded the
! rule so that, if we see a padding token with a `NULL' source token,
  _and_ that source token has no leading space, then we behave as if we
  have seen no padding tokens at all.  A quick check shows this rule will
  then get the above example correct as well.
*************** implementation of paste avoidance easy:
*** 713,719 ****
  preprocessor is fixing up spacing because of padding tokens, and it
  turns out that no space is needed, it has to take the extra step to
  check that a space is not needed after all to avoid an accidental paste.
! The function 'cpp_avoid_paste' advises whether a space is required
  between two consecutive tokens.  To avoid excessive spacing, it tries
  hard to only require a space if one is likely to be necessary, but for
  reasons of efficiency it is slightly conservative and might recommend a
--- 715,721 ----
  preprocessor is fixing up spacing because of padding tokens, and it
  turns out that no space is needed, it has to take the extra step to
  check that a space is not needed after all to avoid an accidental paste.
! The function `cpp_avoid_paste' advises whether a space is required
  between two consecutive tokens.  To avoid excessive spacing, it tries
  hard to only require a space if one is likely to be necessary, but for
  reasons of efficiency it is slightly conservative and might recommend a
*************** There are three reasonable requirements
*** 732,737 ****
--- 734,740 ----
  the line number of a token passed to it:
  
     * The source line it was lexed on.
+ 
     * The line it is output on.  This can be different to the line it was
       lexed on if, for example, there are intervening escaped newlines or
       C-style comments.  For example:
*************** the line number of a token passed to it:
*** 746,759 ****
       name, or possibly the line of the closing parenthesis in the case
       of function-like macro expansion.
  
!    The 'cpp_token' structure contains 'line' and 'col' members.  The
  lexer fills these in with the line and column of the first character of
  the token.  Consequently, but maybe unexpectedly, a token from the
  replacement list of a macro expansion carries the location of the token
! within the '#define' directive, because cpplib expands a macro by
  returning pointers to the tokens in its replacement list.  The current
! implementation of cpplib assigns tokens created from built-in macros and
! the '#' and '##' operators the location of the most recently lexed
  token.  This is a because they are allocated from the lexer's token
  runs, and because of the way the diagnostic routines infer the
  appropriate location to report.
--- 749,762 ----
       name, or possibly the line of the closing parenthesis in the case
       of function-like macro expansion.
  
!    The `cpp_token' structure contains `line' and `col' members.  The
  lexer fills these in with the line and column of the first character of
  the token.  Consequently, but maybe unexpectedly, a token from the
  replacement list of a macro expansion carries the location of the token
! within the `#define' directive, because cpplib expands a macro by
  returning pointers to the tokens in its replacement list.  The current
! implementation of cpplib assigns tokens created from built-in macros
! and the `#' and `##' operators the location of the most recently lexed
  token.  This is a because they are allocated from the lexer's token
  runs, and because of the way the diagnostic routines infer the
  appropriate location to report.
*************** line other than the first.
*** 775,784 ****
  
     To solve these issues, cpplib provides a callback that is generated
  whenever it lexes a preprocessing token that starts a new logical line
! other than a directive.  It passes this token (which may be a 'CPP_EOF'
  token indicating the end of the translation unit) to the callback
! routine, which can then use the line and column of this token to produce
! correct output.
  
  Representation of line numbers
  ==============================
--- 778,787 ----
  
     To solve these issues, cpplib provides a callback that is generated
  whenever it lexes a preprocessing token that starts a new logical line
! other than a directive.  It passes this token (which may be a `CPP_EOF'
  token indicating the end of the translation unit) to the callback
! routine, which can then use the line and column of this token to
! produce correct output.
  
  Representation of line numbers
  ==============================
*************** starts counting from one.
*** 798,811 ****
  translation unit.  With some simple infrastructure, it is straight
  forward to map from this to the original source file and line number
  pair, saving space whenever line number information needs to be saved.
! The code the implements this mapping lies in the files 'line-map.c' and
! 'line-map.h'.
  
     Command-line macros and assertions are implemented by pushing a
! buffer containing the right hand side of an equivalent '#define' or
! '#assert' directive.  Some built-in macros are handled similarly.  Since
! these are all processed before the first line of the main input file, it
! will typically have an assigned line closer to twenty than to one.
  
  
  File: cppinternals.info,  Node: Guard Macros,  Next: Files,  Prev: Line Numbering,  Up: Top
--- 801,815 ----
  translation unit.  With some simple infrastructure, it is straight
  forward to map from this to the original source file and line number
  pair, saving space whenever line number information needs to be saved.
! The code the implements this mapping lies in the files `line-map.c' and
! `line-map.h'.
  
     Command-line macros and assertions are implemented by pushing a
! buffer containing the right hand side of an equivalent `#define' or
! `#assert' directive.  Some built-in macros are handled similarly.
! Since these are all processed before the first line of the main input
! file, it will typically have an assigned line closer to twenty than to
! one.
  
  
  File: cppinternals.info,  Node: Guard Macros,  Next: Files,  Prev: Line Numbering,  Up: Top
*************** Header files are often of the form
*** 822,828 ****
  
  to prevent the compiler from processing them more than once.  The
  preprocessor notices such header files, so that if the header file
! appears in a subsequent '#include' directive and 'FOO' is defined, then
  it is ignored and it doesn't preprocess or even re-open the file a
  second time.  This is referred to as the "multiple include
  optimization".
--- 826,832 ----
  
  to prevent the compiler from processing them more than once.  The
  preprocessor notices such header files, so that if the header file
! appears in a subsequent `#include' directive and `FOO' is defined, then
  it is ignored and it doesn't preprocess or even re-open the file a
  second time.  This is referred to as the "multiple include
  optimization".
*************** inclusion would result in no tokens to r
*** 833,844 ****
  directives to process.  Therefore the current implementation imposes
  requirements and makes some allowances as follows:
  
!   1. There must be no tokens outside the controlling '#if'-'#endif'
       pair, but whitespace and comments are permitted.
  
!   2. There must be no directives outside the controlling directive pair,
!      but the "null directive" (a line containing nothing other than a
!      single '#' and possibly whitespace) is permitted.
  
    3. The opening directive must be of the form
  
--- 837,848 ----
  directives to process.  Therefore the current implementation imposes
  requirements and makes some allowances as follows:
  
!   1. There must be no tokens outside the controlling `#if'-`#endif'
       pair, but whitespace and comments are permitted.
  
!   2. There must be no directives outside the controlling directive
!      pair, but the "null directive" (a line containing nothing other
!      than a single `#' and possibly whitespace) is permitted.
  
    3. The opening directive must be of the form
  
*************** requirements and makes some allowances a
*** 848,915 ****
  
            #if !defined FOO     [equivalently, #if !defined(FOO)]
  
!   4. In the second form above, the tokens forming the '#if' expression
       must have come directly from the source file--no macro expansion
       must have been involved.  This is because macro definitions can
!      change, and tracking whether or not a relevant change has been made
!      is not worth the implementation cost.
  
!   5. There can be no '#else' or '#elif' directives at the outer
       conditional block level, because they would probably contain
       something of interest to a subsequent pass.
  
     First, when pushing a new file on the buffer stack,
! '_stack_include_file' sets the controlling macro 'mi_cmacro' to 'NULL',
! and sets 'mi_valid' to 'true'.  This indicates that the preprocessor has
! not yet encountered anything that would invalidate the multiple-include
! optimization.  As described in the next few paragraphs, these two
! variables having these values effectively indicates top-of-file.
  
     When about to return a token that is not part of a directive,
! '_cpp_lex_token' sets 'mi_valid' to 'false'.  This enforces the
  constraint that tokens outside the controlling conditional block
  invalidate the optimization.
  
!    The 'do_if', when appropriate, and 'do_ifndef' directive handlers
! pass the controlling macro to the function 'push_conditional'.  cpplib
  maintains a stack of nested conditional blocks, and after processing
! every opening conditional this function pushes an 'if_stack' structure
  onto the stack.  In this structure it records the controlling macro for
  the block, provided there is one and we're at top-of-file (as described
! above).  If an '#elif' or '#else' directive is encountered, the
! controlling macro for that block is cleared to 'NULL'.  Otherwise, it
! survives until the '#endif' closing the block, upon which 'do_endif'
! sets 'mi_valid' to true and stores the controlling macro in 'mi_cmacro'.
  
!    '_cpp_handle_directive' clears 'mi_valid' when processing any
  directive other than an opening conditional and the null directive.
  With this, and requiring top-of-file to record a controlling macro, and
! no '#else' or '#elif' for it to survive and be copied to 'mi_cmacro' by
! 'do_endif', we have enforced the absence of directives outside the main
  conditional block for the optimization to be on.
  
!    Note that whilst we are inside the conditional block, 'mi_valid' is
! likely to be reset to 'false', but this does not matter since the
! closing '#endif' restores it to 'true' if appropriate.
  
!    Finally, since '_cpp_lex_direct' pops the file off the buffer stack
! at 'EOF' without returning a token, if the '#endif' directive was not
! followed by any tokens, 'mi_valid' is 'true' and '_cpp_pop_file_buffer'
  remembers the controlling macro associated with the file.  Subsequent
! calls to 'stack_include_file' result in no buffer being pushed if the
  controlling macro is defined, effecting the optimization.
  
     A quick word on how we handle the
  
       #if !defined FOO
  
! case.  '_cpp_parse_expr' and 'parse_defined' take steps to see whether
! the three stages '!', 'defined-expression' and 'end-of-directive' occur
! in order in a '#if' expression.  If so, they return the guard macro to
! 'do_if' in the variable 'mi_ind_cmacro', and otherwise set it to 'NULL'.
! 'enter_macro_context' sets 'mi_valid' to false, so if a macro was
! expanded whilst parsing any part of the expression, then the top-of-file
! test in 'push_conditional' fails and the optimization is turned off.
  
  
  File: cppinternals.info,  Node: Files,  Next: Concept Index,  Prev: Guard Macros,  Up: Top
--- 852,921 ----
  
            #if !defined FOO     [equivalently, #if !defined(FOO)]
  
!   4. In the second form above, the tokens forming the `#if' expression
       must have come directly from the source file--no macro expansion
       must have been involved.  This is because macro definitions can
!      change, and tracking whether or not a relevant change has been
!      made is not worth the implementation cost.
  
!   5. There can be no `#else' or `#elif' directives at the outer
       conditional block level, because they would probably contain
       something of interest to a subsequent pass.
  
     First, when pushing a new file on the buffer stack,
! `_stack_include_file' sets the controlling macro `mi_cmacro' to `NULL',
! and sets `mi_valid' to `true'.  This indicates that the preprocessor
! has not yet encountered anything that would invalidate the
! multiple-include optimization.  As described in the next few
! paragraphs, these two variables having these values effectively
! indicates top-of-file.
  
     When about to return a token that is not part of a directive,
! `_cpp_lex_token' sets `mi_valid' to `false'.  This enforces the
  constraint that tokens outside the controlling conditional block
  invalidate the optimization.
  
!    The `do_if', when appropriate, and `do_ifndef' directive handlers
! pass the controlling macro to the function `push_conditional'.  cpplib
  maintains a stack of nested conditional blocks, and after processing
! every opening conditional this function pushes an `if_stack' structure
  onto the stack.  In this structure it records the controlling macro for
  the block, provided there is one and we're at top-of-file (as described
! above).  If an `#elif' or `#else' directive is encountered, the
! controlling macro for that block is cleared to `NULL'.  Otherwise, it
! survives until the `#endif' closing the block, upon which `do_endif'
! sets `mi_valid' to true and stores the controlling macro in `mi_cmacro'.
  
!    `_cpp_handle_directive' clears `mi_valid' when processing any
  directive other than an opening conditional and the null directive.
  With this, and requiring top-of-file to record a controlling macro, and
! no `#else' or `#elif' for it to survive and be copied to `mi_cmacro' by
! `do_endif', we have enforced the absence of directives outside the main
  conditional block for the optimization to be on.
  
!    Note that whilst we are inside the conditional block, `mi_valid' is
! likely to be reset to `false', but this does not matter since the
! closing `#endif' restores it to `true' if appropriate.
  
!    Finally, since `_cpp_lex_direct' pops the file off the buffer stack
! at `EOF' without returning a token, if the `#endif' directive was not
! followed by any tokens, `mi_valid' is `true' and `_cpp_pop_file_buffer'
  remembers the controlling macro associated with the file.  Subsequent
! calls to `stack_include_file' result in no buffer being pushed if the
  controlling macro is defined, effecting the optimization.
  
     A quick word on how we handle the
  
       #if !defined FOO
  
! case.  `_cpp_parse_expr' and `parse_defined' take steps to see whether
! the three stages `!', `defined-expression' and `end-of-directive' occur
! in order in a `#if' expression.  If so, they return the guard macro to
! `do_if' in the variable `mi_ind_cmacro', and otherwise set it to `NULL'.
! `enter_macro_context' sets `mi_valid' to false, so if a macro was
! expanded whilst parsing any part of the expression, then the
! top-of-file test in `push_conditional' fails and the optimization is
! turned off.
  
  
  File: cppinternals.info,  Node: Files,  Next: Concept Index,  Prev: Guard Macros,  Up: Top
*************** File Handling
*** 918,930 ****
  *************
  
  Fairly obviously, the file handling code of cpplib resides in the file
! 'files.c'.  It takes care of the details of file searching, opening,
  reading and caching, for both the main source file and all the headers
  it recursively includes.
  
     The basic strategy is to minimize the number of system calls.  On
! many systems, the basic 'open ()' and 'fstat ()' system calls can be
! quite expensive.  For every '#include'-d file, we need to try all the
  directories in the search path until we find a match.  Some projects,
  such as glibc, pass twenty or thirty include paths on the command line,
  so this can rapidly become time consuming.
--- 924,936 ----
  *************
  
  Fairly obviously, the file handling code of cpplib resides in the file
! `files.c'.  It takes care of the details of file searching, opening,
  reading and caching, for both the main source file and all the headers
  it recursively includes.
  
     The basic strategy is to minimize the number of system calls.  On
! many systems, the basic `open ()' and `fstat ()' system calls can be
! quite expensive.  For every `#include'-d file, we need to try all the
  directories in the search path until we find a match.  Some projects,
  such as glibc, pass twenty or thirty include paths on the command line,
  so this can rapidly become time consuming.
*************** repeating the filesystem queries whilst
*** 936,980 ****
  
     For each file we try to open, we store the constructed path in a
  splay tree.  This path first undergoes simplification by the function
! '_cpp_simplify_pathname'.  For example, '/usr/include/bits/../foo.h' is
! simplified to '/usr/include/foo.h' before we enter it in the splay tree
! and try to 'open ()' the file.  CPP will then find subsequent uses of
! 'foo.h', even as '/usr/include/foo.h', in the splay tree and save system
! calls.
  
!    Further, it is likely the file contents have also been cached, saving
! a 'read ()' system call.  We don't bother caching the contents of header
! files that are re-inclusion protected, and whose re-inclusion macro is
! defined when we leave the header file for the first time.  If the host
! supports it, we try to map suitably large files into memory, rather than
! reading them in directly.
  
     The include paths are internally stored on a null-terminated
! singly-linked list, starting with the '"header.h"' directory search
! chain, which then links into the '<header.h>' directory chain.
  
!    Files included with the '<foo.h>' syntax start the lookup directly in
! the second half of this chain.  However, files included with the
! '"foo.h"' syntax start at the beginning of the chain, but with one extra
! directory prepended.  This is the directory of the current file; the one
! containing the '#include' directive.  Prepending this directory on a
! per-file basis is handled by the function 'search_from'.
  
     Note that a header included with a directory component, such as
! '#include "mydir/foo.h"' and opened as '/usr/local/include/mydir/foo.h',
! will have the complete path minus the basename 'foo.h' as the current
! directory.
  
     Enough information is stored in the splay tree that CPP can
  immediately tell whether it can skip the header file because of the
! multiple include optimization, whether the file didn't exist or couldn't
! be opened for some reason, or whether the header was flagged not to be
! re-used, as it is with the obsolete '#import' directive.
  
     For the benefit of MS-DOS filesystems with an 8.3 filename
  limitation, CPP offers the ability to treat various include file names
  as aliases for the real header files with shorter names.  The map from
! one to the other is found in a special file called 'header.gcc', stored
  in the command line (or system) include directories to which the mapping
  applies.  This may be higher up the directory tree than the full path to
  the file minus the base name.
--- 942,986 ----
  
     For each file we try to open, we store the constructed path in a
  splay tree.  This path first undergoes simplification by the function
! `_cpp_simplify_pathname'.  For example, `/usr/include/bits/../foo.h' is
! simplified to `/usr/include/foo.h' before we enter it in the splay tree
! and try to `open ()' the file.  CPP will then find subsequent uses of
! `foo.h', even as `/usr/include/foo.h', in the splay tree and save
! system calls.
  
!    Further, it is likely the file contents have also been cached,
! saving a `read ()' system call.  We don't bother caching the contents of
! header files that are re-inclusion protected, and whose re-inclusion
! macro is defined when we leave the header file for the first time.  If
! the host supports it, we try to map suitably large files into memory,
! rather than reading them in directly.
  
     The include paths are internally stored on a null-terminated
! singly-linked list, starting with the `"header.h"' directory search
! chain, which then links into the `<header.h>' directory chain.
  
!    Files included with the `<foo.h>' syntax start the lookup directly
! in the second half of this chain.  However, files included with the
! `"foo.h"' syntax start at the beginning of the chain, but with one
! extra directory prepended.  This is the directory of the current file;
! the one containing the `#include' directive.  Prepending this directory
! on a per-file basis is handled by the function `search_from'.
  
     Note that a header included with a directory component, such as
! `#include "mydir/foo.h"' and opened as
! `/usr/local/include/mydir/foo.h', will have the complete path minus the
! basename `foo.h' as the current directory.
  
     Enough information is stored in the splay tree that CPP can
  immediately tell whether it can skip the header file because of the
! multiple include optimization, whether the file didn't exist or
! couldn't be opened for some reason, or whether the header was flagged
! not to be re-used, as it is with the obsolete `#import' directive.
  
     For the benefit of MS-DOS filesystems with an 8.3 filename
  limitation, CPP offers the ability to treat various include file names
  as aliases for the real header files with shorter names.  The map from
! one to the other is found in a special file called `header.gcc', stored
  in the command line (or system) include directories to which the mapping
  applies.  This may be higher up the directory tree than the full path to
  the file minus the base name.
*************** Concept Index
*** 990,996 ****
  
  * assertions:                            Hash Nodes.          (line   6)
  * controlling macros:                    Guard Macros.        (line   6)
! * escaped newlines:                      Lexer.               (line   5)
  * files:                                 Files.               (line   6)
  * guard macros:                          Guard Macros.        (line   6)
  * hash table:                            Hash Nodes.          (line   6)
--- 996,1002 ----
  
  * assertions:                            Hash Nodes.          (line   6)
  * controlling macros:                    Guard Macros.        (line   6)
! * escaped newlines:                      Lexer.               (line   6)
  * files:                                 Files.               (line   6)
  * guard macros:                          Guard Macros.        (line   6)
  * hash table:                            Hash Nodes.          (line   6)
*************** Concept Index
*** 998,1004 ****
  * identifiers:                           Hash Nodes.          (line   6)
  * interface:                             Conventions.         (line   6)
  * lexer:                                 Lexer.               (line   6)
! * line numbers:                          Line Numbering.      (line   5)
  * macro expansion:                       Macro Expansion.     (line   6)
  * macro representation (internal):       Macro Expansion.     (line  19)
  * macros:                                Hash Nodes.          (line   6)
--- 1004,1010 ----
  * identifiers:                           Hash Nodes.          (line   6)
  * interface:                             Conventions.         (line   6)
  * lexer:                                 Lexer.               (line   6)
! * line numbers:                          Line Numbering.      (line   6)
  * macro expansion:                       Macro Expansion.     (line   6)
  * macro representation (internal):       Macro Expansion.     (line  19)
  * macros:                                Hash Nodes.          (line   6)
*************** Concept Index
*** 1007,1029 ****
  * newlines:                              Lexer.               (line   6)
  * paste avoidance:                       Token Spacing.       (line   6)
  * spacing:                               Token Spacing.       (line   6)
! * token run:                             Lexer.               (line 191)
  * token spacing:                         Token Spacing.       (line   6)
  
  
  
  Tag Table:
! Node: Top905
! Node: Conventions2590
! Node: Lexer3532
! Ref: Invalid identifiers11446
! Ref: Lexing a line13396
! Node: Hash Nodes18165
! Node: Macro Expansion21044
! Node: Token Spacing29988
! Node: Line Numbering35844
! Node: Guard Macros39929
! Node: Files44720
! Node: Concept Index48186
  
  End Tag Table
--- 1013,1035 ----
  * newlines:                              Lexer.               (line   6)
  * paste avoidance:                       Token Spacing.       (line   6)
  * spacing:                               Token Spacing.       (line   6)
! * token run:                             Lexer.               (line 192)
  * token spacing:                         Token Spacing.       (line   6)
  
  
  
  Tag Table:
! Node: Top958
! Node: Conventions2643
! Node: Lexer3585
! Ref: Invalid identifiers11497
! Ref: Lexing a line13446
! Node: Hash Nodes18215
! Node: Macro Expansion21094
! Node: Token Spacing30037
! Node: Line Numbering35896
! Node: Guard Macros39981
! Node: Files44772
! Node: Concept Index48238
  
  End Tag Table
diff -Nrcpad gcc-7.1.0/gcc/doc/extend.texi gcc-7.2.0/gcc/doc/extend.texi
*** gcc-7.1.0/gcc/doc/extend.texi	Tue Apr 11 21:37:16 2017
--- gcc-7.2.0/gcc/doc/extend.texi	Wed Jul 19 20:31:53 2017
*************** This function is a @code{nop} on the Pow
*** 14894,14903 ****
  to maintain API compatibility with the x86 builtins.
  @end deftypefn
  
  @deftypefn {Built-in Function} int __builtin_cpu_is (const char *@var{cpuname})
  This function returns a value of @code{1} if the run-time CPU is of type
! @var{cpuname} and returns @code{0} otherwise. The following CPU names can be
! detected:
  
  @table @samp
  @item power9
--- 14894,14918 ----
  to maintain API compatibility with the x86 builtins.
  @end deftypefn
  
+ @deftypefn {Built-in Function} void __builtin_cpu_init (void)
+ This function is a @code{nop} on the PowerPC platform and is included solely
+ to maintain API compatibility with the x86 builtins.
+ @end deftypefn
+ 
  @deftypefn {Built-in Function} int __builtin_cpu_is (const char *@var{cpuname})
  This function returns a value of @code{1} if the run-time CPU is of type
! @var{cpuname} and returns @code{0} otherwise
! 
! The @code{__builtin_cpu_is} function requires GLIBC 2.23 or newer
! which exports the hardware capability bits.  GCC defines the macro
! @code{__BUILTIN_CPU_SUPPORTS__} if the @code{__builtin_cpu_supports}
! built-in function is fully supported.
! 
! If GCC was configured to use a GLIBC before 2.23, the built-in
! function @code{__builtin_cpu_is} always returns a 0 and the compiler
! issues a warning.
! 
! The following CPU names can be detected:
  
  @table @samp
  @item power9
*************** IBM PowerPC Cell Broadband Engine Archit
*** 14934,14953 ****
  
  Here is an example:
  @smallexample
! if (__builtin_cpu_is ("power8"))
!   @{
!      do_power8 (); // POWER8 specific implementation.
!   @}
! else
!   @{
!      do_generic (); // Generic implementation.
!   @}
  @end smallexample
  @end deftypefn
  
  @deftypefn {Built-in Function} int __builtin_cpu_supports (const char *@var{feature})
  This function returns a value of @code{1} if the run-time CPU supports the HWCAP
! feature @var{feature} and returns @code{0} otherwise. The following features can be
  detected:
  
  @table @samp
--- 14949,14981 ----
  
  Here is an example:
  @smallexample
! #ifdef __BUILTIN_CPU_SUPPORTS__
!   if (__builtin_cpu_is ("power8"))
!     @{
!        do_power8 (); // POWER8 specific implementation.
!     @}
!   else
! #endif
!     @{
!        do_generic (); // Generic implementation.
!     @}
  @end smallexample
  @end deftypefn
  
  @deftypefn {Built-in Function} int __builtin_cpu_supports (const char *@var{feature})
  This function returns a value of @code{1} if the run-time CPU supports the HWCAP
! feature @var{feature} and returns @code{0} otherwise.
! 
! The @code{__builtin_cpu_supports} function requires GLIBC 2.23 or
! newer which exports the hardware capability bits.  GCC defines the
! macro @code{__BUILTIN_CPU_SUPPORTS__} if the
! @code{__builtin_cpu_supports} built-in function is fully supported.
! 
! If GCC was configured to use a GLIBC before 2.23, the built-in
! function @code{__builtin_cpu_suports} always returns a 0 and the
! compiler issues a warning.
! 
! The following features can be
  detected:
  
  @table @samp
*************** CPU supports the vector-scalar extension
*** 15031,15044 ****
  
  Here is an example:
  @smallexample
! if (__builtin_cpu_supports ("fpu"))
!   @{
!      asm("fadd %0,%1,%2" : "=d"(dst) : "d"(src1), "d"(src2));
!   @}
! else
!   @{
!      dst = __fadd (src1, src2); // Software FP addition function.
!   @}
  @end smallexample
  @end deftypefn
  
--- 15059,15074 ----
  
  Here is an example:
  @smallexample
! #ifdef __BUILTIN_CPU_SUPPORTS__
!   if (__builtin_cpu_supports ("fpu"))
!     @{
!        asm("fadd %0,%1,%2" : "=d"(dst) : "d"(src1), "d"(src2));
!     @}
!   else
! #endif
!     @{
!        dst = __fadd (src1, src2); // Software FP addition function.
!     @}
  @end smallexample
  @end deftypefn
  
*************** v4hi __builtin_vis_fpminu16 (v4hi, v4hi)
*** 19074,19079 ****
--- 19104,19148 ----
  v2si __builtin_vis_fpminu32 (v2si, v2si);
  @end smallexample
  
+ When you use the @option{-mvis4b} switch, the VIS version 4.0B
+ built-in functions also become available:
+ 
+ @smallexample
+ v8qi __builtin_vis_dictunpack8 (double, int);
+ v4hi __builtin_vis_dictunpack16 (double, int);
+ v2si __builtin_vis_dictunpack32 (double, int);
+ 
+ long __builtin_vis_fpcmple8shl (v8qi, v8qi, int);
+ long __builtin_vis_fpcmpgt8shl (v8qi, v8qi, int);
+ long __builtin_vis_fpcmpeq8shl (v8qi, v8qi, int);
+ long __builtin_vis_fpcmpne8shl (v8qi, v8qi, int);
+ 
+ long __builtin_vis_fpcmple16shl (v4hi, v4hi, int);
+ long __builtin_vis_fpcmpgt16shl (v4hi, v4hi, int);
+ long __builtin_vis_fpcmpeq16shl (v4hi, v4hi, int);
+ long __builtin_vis_fpcmpne16shl (v4hi, v4hi, int);
+ 
+ long __builtin_vis_fpcmple32shl (v2si, v2si, int);
+ long __builtin_vis_fpcmpgt32shl (v2si, v2si, int);
+ long __builtin_vis_fpcmpeq32shl (v2si, v2si, int);
+ long __builtin_vis_fpcmpne32shl (v2si, v2si, int);
+ 
+ long __builtin_vis_fpcmpule8shl (v8qi, v8qi, int);
+ long __builtin_vis_fpcmpugt8shl (v8qi, v8qi, int);
+ long __builtin_vis_fpcmpule16shl (v4hi, v4hi, int);
+ long __builtin_vis_fpcmpugt16shl (v4hi, v4hi, int);
+ long __builtin_vis_fpcmpule32shl (v2si, v2si, int);
+ long __builtin_vis_fpcmpugt32shl (v2si, v2si, int);
+ 
+ long __builtin_vis_fpcmpde8shl (v8qi, v8qi, int);
+ long __builtin_vis_fpcmpde16shl (v4hi, v4hi, int);
+ long __builtin_vis_fpcmpde32shl (v2si, v2si, int);
+ 
+ long __builtin_vis_fpcmpur8shl (v8qi, v8qi, int);
+ long __builtin_vis_fpcmpur16shl (v4hi, v4hi, int);
+ long __builtin_vis_fpcmpur32shl (v2si, v2si, int);
+ @end smallexample
+ 
  @node SPU Built-in Functions
  @subsection SPU Built-in Functions
  
diff -Nrcpad gcc-7.1.0/gcc/doc/fsf-funding.7 gcc-7.2.0/gcc/doc/fsf-funding.7
*** gcc-7.1.0/gcc/doc/fsf-funding.7	Tue May  2 12:55:13 2017
--- gcc-7.2.0/gcc/doc/fsf-funding.7	Mon Aug 14 08:05:17 2017
***************
*** 1,4 ****
! .\" Automatically generated by Pod::Man 4.09 (Pod::Simple 3.35)
  .\"
  .\" Standard preamble:
  .\" ========================================================================
--- 1,4 ----
! .\" Automatically generated by Pod::Man 2.27 (Pod::Simple 3.28)
  .\"
  .\" Standard preamble:
  .\" ========================================================================
***************
*** 46,52 ****
  .ie \n(.g .ds Aq \(aq
  .el       .ds Aq '
  .\"
! .\" If the F register is >0, we'll generate index entries on stderr for
  .\" titles (.TH), headers (.SH), subsections (.SS), items (.Ip), and index
  .\" entries marked with X<> in POD.  Of course, you'll have to process the
  .\" output yourself in some meaningful fashion.
--- 46,52 ----
  .ie \n(.g .ds Aq \(aq
  .el       .ds Aq '
  .\"
! .\" If the F register is turned on, we'll generate index entries on stderr for
  .\" titles (.TH), headers (.SH), subsections (.SS), items (.Ip), and index
  .\" entries marked with X<> in POD.  Of course, you'll have to process the
  .\" output yourself in some meaningful fashion.
***************
*** 54,69 ****
  .\" Avoid warning from groff about undefined register 'F'.
  .de IX
  ..
! .if !\nF .nr F 0
! .if \nF>0 \{\
! .    de IX
! .    tm Index:\\$1\t\\n%\t"\\$2"
  ..
! .    if !\nF==2 \{\
! .        nr % 0
! .        nr F 2
  .    \}
  .\}
  .\"
  .\" Accent mark definitions (@(#)ms.acc 1.5 88/02/08 SMI; from UCB 4.2).
  .\" Fear.  Run.  Save yourself.  No user-serviceable parts.
--- 54,73 ----
  .\" Avoid warning from groff about undefined register 'F'.
  .de IX
  ..
! .nr rF 0
! .if \n(.g .if rF .nr rF 1
! .if (\n(rF:(\n(.g==0)) \{
! .    if \nF \{
! .        de IX
! .        tm Index:\\$1\t\\n%\t"\\$2"
  ..
! .        if !\nF==2 \{
! .            nr % 0
! .            nr F 2
! .        \}
  .    \}
  .\}
+ .rr rF
  .\"
  .\" Accent mark definitions (@(#)ms.acc 1.5 88/02/08 SMI; from UCB 4.2).
  .\" Fear.  Run.  Save yourself.  No user-serviceable parts.
***************
*** 129,135 ****
  .\" ========================================================================
  .\"
  .IX Title "FSF-FUNDING 7"
! .TH FSF-FUNDING 7 "2017-05-02" "gcc-7.1.0" "GNU"
  .\" For nroff, turn off justification.  Always turn off hyphenation; it makes
  .\" way too many mistakes in technical documents.
  .if n .ad l
--- 133,139 ----
  .\" ========================================================================
  .\"
  .IX Title "FSF-FUNDING 7"
! .TH FSF-FUNDING 7 "2017-08-14" "gcc-7.2.0" "GNU"
  .\" For nroff, turn off justification.  Always turn off hyphenation; it makes
  .\" way too many mistakes in technical documents.
  .if n .ad l
diff -Nrcpad gcc-7.1.0/gcc/doc/g++.1 gcc-7.2.0/gcc/doc/g++.1
*** gcc-7.1.0/gcc/doc/g++.1	Tue May  2 14:30:16 2017
--- gcc-7.2.0/gcc/doc/g++.1	Mon Aug 14 08:30:43 2017
***************
*** 1,4 ****
! .\" Automatically generated by Pod::Man 4.09 (Pod::Simple 3.35)
  .\"
  .\" Standard preamble:
  .\" ========================================================================
--- 1,4 ----
! .\" Automatically generated by Pod::Man 2.27 (Pod::Simple 3.28)
  .\"
  .\" Standard preamble:
  .\" ========================================================================
***************
*** 46,52 ****
  .ie \n(.g .ds Aq \(aq
  .el       .ds Aq '
  .\"
! .\" If the F register is >0, we'll generate index entries on stderr for
  .\" titles (.TH), headers (.SH), subsections (.SS), items (.Ip), and index
  .\" entries marked with X<> in POD.  Of course, you'll have to process the
  .\" output yourself in some meaningful fashion.
--- 46,52 ----
  .ie \n(.g .ds Aq \(aq
  .el       .ds Aq '
  .\"
! .\" If the F register is turned on, we'll generate index entries on stderr for
  .\" titles (.TH), headers (.SH), subsections (.SS), items (.Ip), and index
  .\" entries marked with X<> in POD.  Of course, you'll have to process the
  .\" output yourself in some meaningful fashion.
***************
*** 54,69 ****
  .\" Avoid warning from groff about undefined register 'F'.
  .de IX
  ..
! .if !\nF .nr F 0
! .if \nF>0 \{\
! .    de IX
! .    tm Index:\\$1\t\\n%\t"\\$2"
  ..
! .    if !\nF==2 \{\
! .        nr % 0
! .        nr F 2
  .    \}
  .\}
  .\"
  .\" Accent mark definitions (@(#)ms.acc 1.5 88/02/08 SMI; from UCB 4.2).
  .\" Fear.  Run.  Save yourself.  No user-serviceable parts.
--- 54,73 ----
  .\" Avoid warning from groff about undefined register 'F'.
  .de IX
  ..
! .nr rF 0
! .if \n(.g .if rF .nr rF 1
! .if (\n(rF:(\n(.g==0)) \{
! .    if \nF \{
! .        de IX
! .        tm Index:\\$1\t\\n%\t"\\$2"
  ..
! .        if !\nF==2 \{
! .            nr % 0
! .            nr F 2
! .        \}
  .    \}
  .\}
+ .rr rF
  .\"
  .\" Accent mark definitions (@(#)ms.acc 1.5 88/02/08 SMI; from UCB 4.2).
  .\" Fear.  Run.  Save yourself.  No user-serviceable parts.
***************
*** 129,135 ****
  .\" ========================================================================
  .\"
  .IX Title "GCC 1"
! .TH GCC 1 "2017-05-02" "gcc-7.1.0" "GNU"
  .\" For nroff, turn off justification.  Always turn off hyphenation; it makes
  .\" way too many mistakes in technical documents.
  .if n .ad l
--- 133,139 ----
  .\" ========================================================================
  .\"
  .IX Title "GCC 1"
! .TH GCC 1 "2017-08-14" "gcc-7.2.0" "GNU"
  .\" For nroff, turn off justification.  Always turn off hyphenation; it makes
  .\" way too many mistakes in technical documents.
  .if n .ad l
*************** in the following sections.
*** 294,300 ****
  \&\-Wno\-deprecated  \-Wno\-deprecated\-declarations  \-Wno\-designated\-init 
  \&\-Wdisabled\-optimization 
  \&\-Wno\-discarded\-qualifiers  \-Wno\-discarded\-array\-qualifiers 
! \&\-Wno\-div\-by\-zero  \-Wdouble\-promotion  \-Wduplicated\-cond 
  \&\-Wempty\-body  \-Wenum\-compare  \-Wno\-endif\-labels  \-Wexpansion\-to\-defined 
  \&\-Werror  \-Werror=*  \-Wfatal\-errors  \-Wfloat\-equal  \-Wformat  \-Wformat=2 
  \&\-Wno\-format\-contains\-nul  \-Wno\-format\-extra\-args  
--- 298,305 ----
  \&\-Wno\-deprecated  \-Wno\-deprecated\-declarations  \-Wno\-designated\-init 
  \&\-Wdisabled\-optimization 
  \&\-Wno\-discarded\-qualifiers  \-Wno\-discarded\-array\-qualifiers 
! \&\-Wno\-div\-by\-zero  \-Wdouble\-promotion 
! \&\-Wduplicated\-branches  \-Wduplicated\-cond 
  \&\-Wempty\-body  \-Wenum\-compare  \-Wno\-endif\-labels  \-Wexpansion\-to\-defined 
  \&\-Werror  \-Werror=*  \-Wfatal\-errors  \-Wfloat\-equal  \-Wformat  \-Wformat=2 
  \&\-Wno\-format\-contains\-nul  \-Wno\-format\-extra\-args  
*************** See \s-1RS/6000\s0 and PowerPC Options.
*** 1124,1132 ****
  \&\-muser\-mode  \-mno\-user\-mode 
  \&\-mv8plus  \-mno\-v8plus  \-mvis  \-mno\-vis 
  \&\-mvis2  \-mno\-vis2  \-mvis3  \-mno\-vis3 
! \&\-mcbcond  \-mno\-cbcond  \-mfmaf  \-mno\-fmaf  
! \&\-mpopc  \-mno\-popc  \-msubxc  \-mno\-subxc
! \&\-mfix\-at697f  \-mfix\-ut699 
  \&\-mlra  \-mno\-lra\fR
  .Sp
  \&\fI\s-1SPU\s0 Options\fR
--- 1129,1138 ----
  \&\-muser\-mode  \-mno\-user\-mode 
  \&\-mv8plus  \-mno\-v8plus  \-mvis  \-mno\-vis 
  \&\-mvis2  \-mno\-vis2  \-mvis3  \-mno\-vis3 
! \&\-mvis4 \-mno\-vis4 \-mvis4b \-mno\-vis4b 
! \&\-mcbcond  \-mno\-cbcond  \-mfmaf  \-mno\-fmaf  \-mfsmuld  \-mno\-fsmuld  
! \&\-mpopc  \-mno\-popc  \-msubxc  \-mno\-subxc 
! \&\-mfix\-at697f  \-mfix\-ut699  \-mfix\-ut700  \-mfix\-gr712rc 
  \&\-mlra  \-mno\-lra\fR
  .Sp
  \&\fI\s-1SPU\s0 Options\fR
*************** In C mode, this is equivalent to \fB\-st
*** 1734,1740 ****
  equivalent to \fB\-std=c++98\fR.
  .Sp
  This turns off certain features of \s-1GCC\s0 that are incompatible with \s-1ISO
! C90\s0 (when compiling C code), or of standard \*(C+ (when compiling \*(C+ code),
  such as the \f(CW\*(C`asm\*(C'\fR and \f(CW\*(C`typeof\*(C'\fR keywords, and
  predefined macros such as \f(CW\*(C`unix\*(C'\fR and \f(CW\*(C`vax\*(C'\fR that identify the
  type of system you are using.  It also enables the undesirable and
--- 1740,1746 ----
  equivalent to \fB\-std=c++98\fR.
  .Sp
  This turns off certain features of \s-1GCC\s0 that are incompatible with \s-1ISO
! C90 \s0(when compiling C code), or of standard \*(C+ (when compiling \*(C+ code),
  such as the \f(CW\*(C`asm\*(C'\fR and \f(CW\*(C`typeof\*(C'\fR keywords, and
  predefined macros such as \f(CW\*(C`unix\*(C'\fR and \f(CW\*(C`vax\*(C'\fR that identify the
  type of system you are using.  It also enables the undesirable and
*************** from declaring certain functions or defi
*** 1761,1767 ****
  programs that might use these names for other things.
  .Sp
  Functions that are normally built in but do not have semantics
! defined by \s-1ISO C\s0 (such as \f(CW\*(C`alloca\*(C'\fR and \f(CW\*(C`ffs\*(C'\fR) are not built-in
  functions when \fB\-ansi\fR is used.
  .IP "\fB\-std=\fR" 4
  .IX Item "-std="
--- 1767,1773 ----
  programs that might use these names for other things.
  .Sp
  Functions that are normally built in but do not have semantics
! defined by \s-1ISO C \s0(such as \f(CW\*(C`alloca\*(C'\fR and \f(CW\*(C`ffs\*(C'\fR) are not built-in
  functions when \fB\-ansi\fR is used.
  .IP "\fB\-std=\fR" 4
  .IX Item "-std="
*************** with \s-1ISO C90\s0 are disabled). Same
*** 1811,1817 ****
  .IP "\fBiso9899:199x\fR" 4
  .IX Item "iso9899:199x"
  .PD
! \&\s-1ISO C99.\s0  This standard is substantially completely supported, modulo
  bugs and floating-point issues
  (mainly but not entirely relating to optional C99 features from
  Annexes F and G).  See
--- 1817,1823 ----
  .IP "\fBiso9899:199x\fR" 4
  .IX Item "iso9899:199x"
  .PD
! \&\s-1ISO C99. \s0 This standard is substantially completely supported, modulo
  bugs and floating-point issues
  (mainly but not entirely relating to optional C99 features from
  Annexes F and G).  See
*************** interfaces) and L (Analyzability).  The
*** 1836,1856 ****
  .IP "\fBgnu89\fR" 4
  .IX Item "gnu89"
  .PD
! \&\s-1GNU\s0 dialect of \s-1ISO C90\s0 (including some C99 features).
  .IP "\fBgnu99\fR" 4
  .IX Item "gnu99"
  .PD 0
  .IP "\fBgnu9x\fR" 4
  .IX Item "gnu9x"
  .PD
! \&\s-1GNU\s0 dialect of \s-1ISO C99.\s0  The name \fBgnu9x\fR is deprecated.
  .IP "\fBgnu11\fR" 4
  .IX Item "gnu11"
  .PD 0
  .IP "\fBgnu1x\fR" 4
  .IX Item "gnu1x"
  .PD
! \&\s-1GNU\s0 dialect of \s-1ISO C11.\s0  This is the default for C code.
  The name \fBgnu1x\fR is deprecated.
  .IP "\fBc++98\fR" 4
  .IX Item "c++98"
--- 1842,1862 ----
  .IP "\fBgnu89\fR" 4
  .IX Item "gnu89"
  .PD
! \&\s-1GNU\s0 dialect of \s-1ISO C90 \s0(including some C99 features).
  .IP "\fBgnu99\fR" 4
  .IX Item "gnu99"
  .PD 0
  .IP "\fBgnu9x\fR" 4
  .IX Item "gnu9x"
  .PD
! \&\s-1GNU\s0 dialect of \s-1ISO C99. \s0 The name \fBgnu9x\fR is deprecated.
  .IP "\fBgnu11\fR" 4
  .IX Item "gnu11"
  .PD 0
  .IP "\fBgnu1x\fR" 4
  .IX Item "gnu1x"
  .PD
! \&\s-1GNU\s0 dialect of \s-1ISO C11. \s0 This is the default for C code.
  The name \fBgnu1x\fR is deprecated.
  .IP "\fBc++98\fR" 4
  .IX Item "c++98"
*************** relevant for \*(C+ programs.
*** 2201,2207 ****
  Here is a list of options that are \fIonly\fR for compiling \*(C+ programs:
  .IP "\fB\-fabi\-version=\fR\fIn\fR" 4
  .IX Item "-fabi-version=n"
! Use version \fIn\fR of the \*(C+ \s-1ABI.\s0  The default is version 0.
  .Sp
  Version 0 refers to the version conforming most closely to
  the \*(C+ \s-1ABI\s0 specification.  Therefore, the \s-1ABI\s0 obtained using version 0
--- 2207,2213 ----
  Here is a list of options that are \fIonly\fR for compiling \*(C+ programs:
  .IP "\fB\-fabi\-version=\fR\fIn\fR" 4
  .IX Item "-fabi-version=n"
! Use version \fIn\fR of the \*(C+ \s-1ABI. \s0 The default is version 0.
  .Sp
  Version 0 refers to the version conforming most closely to
  the \*(C+ \s-1ABI\s0 specification.  Therefore, the \s-1ABI\s0 obtained using version 0
*************** exhaustion is signalled by throwing \f(C
*** 2291,2297 ****
  .IP "\fB\-fconcepts\fR" 4
  .IX Item "-fconcepts"
  Enable support for the \*(C+ Extensions for Concepts Technical
! Specification, \s-1ISO 19217\s0 (2015), which allows code like
  .Sp
  .Vb 2
  \&        template <class T> concept bool Addable = requires (T t) { t + t; };
--- 2297,2303 ----
  .IP "\fB\-fconcepts\fR" 4
  .IX Item "-fconcepts"
  Enable support for the \*(C+ Extensions for Concepts Technical
! Specification, \s-1ISO 19217 \s0(2015), which allows code like
  .Sp
  .Vb 2
  \&        template <class T> concept bool Addable = requires (T t) { t + t; };
*************** with fewer template parameters.  This fl
*** 2441,2447 ****
  .IP "\fB\-fno\-nonansi\-builtins\fR" 4
  .IX Item "-fno-nonansi-builtins"
  Disable built-in declarations of functions that are not mandated by
! \&\s-1ANSI/ISO C.\s0  These include \f(CW\*(C`ffs\*(C'\fR, \f(CW\*(C`alloca\*(C'\fR, \f(CW\*(C`_exit\*(C'\fR,
  \&\f(CW\*(C`index\*(C'\fR, \f(CW\*(C`bzero\*(C'\fR, \f(CW\*(C`conjf\*(C'\fR, and other related functions.
  .IP "\fB\-fnothrow\-opt\fR" 4
  .IX Item "-fnothrow-opt"
--- 2447,2453 ----
  .IP "\fB\-fno\-nonansi\-builtins\fR" 4
  .IX Item "-fno-nonansi-builtins"
  Disable built-in declarations of functions that are not mandated by
! \&\s-1ANSI/ISO C. \s0 These include \f(CW\*(C`ffs\*(C'\fR, \f(CW\*(C`alloca\*(C'\fR, \f(CW\*(C`_exit\*(C'\fR,
  \&\f(CW\*(C`index\*(C'\fR, \f(CW\*(C`bzero\*(C'\fR, \f(CW\*(C`conjf\*(C'\fR, and other related functions.
  .IP "\fB\-fnothrow\-opt\fR" 4
  .IX Item "-fnothrow-opt"
*************** are taken in different shared objects.
*** 2564,2570 ****
  The effect of this is that \s-1GCC\s0 may, effectively, mark inline methods with
  \&\f(CW\*(C`_\|_attribute_\|_ ((visibility ("hidden")))\*(C'\fR so that they do not
  appear in the export table of a \s-1DSO\s0 and do not require a \s-1PLT\s0 indirection
! when used within the \s-1DSO.\s0  Enabling this option can have a dramatic effect
  on load and link times of a \s-1DSO\s0 as it massively reduces the size of the
  dynamic export table when the library makes heavy use of templates.
  .Sp
--- 2570,2576 ----
  The effect of this is that \s-1GCC\s0 may, effectively, mark inline methods with
  \&\f(CW\*(C`_\|_attribute_\|_ ((visibility ("hidden")))\*(C'\fR so that they do not
  appear in the export table of a \s-1DSO\s0 and do not require a \s-1PLT\s0 indirection
! when used within the \s-1DSO. \s0 Enabling this option can have a dramatic effect
  on load and link times of a \s-1DSO\s0 as it massively reduces the size of the
  dynamic export table when the library makes heavy use of templates.
  .Sp
*************** have meanings only for \*(C+ programs:
*** 2634,2640 ****
  .IP "\fB\-Wabi\fR (C, Objective-C, \*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wabi (C, Objective-C, and Objective- only)"
  Warn when G++ it generates code that is probably not compatible with
! the vendor-neutral \*(C+ \s-1ABI.\s0  Since G++ now defaults to updating the
  \&\s-1ABI\s0 with each major release, normally \fB\-Wabi\fR will warn only if
  there is a check added later in a release series for an \s-1ABI\s0 issue
  discovered since the initial release.  \fB\-Wabi\fR will warn about
--- 2640,2646 ----
  .IP "\fB\-Wabi\fR (C, Objective-C, \*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wabi (C, Objective-C, and Objective- only)"
  Warn when G++ it generates code that is probably not compatible with
! the vendor-neutral \*(C+ \s-1ABI. \s0 Since G++ now defaults to updating the
  \&\s-1ABI\s0 with each major release, normally \fB\-Wabi\fR will warn only if
  there is a check added later in a release series for an \s-1ABI\s0 issue
  discovered since the initial release.  \fB\-Wabi\fR will warn about
*************** Warn when a noexcept-expression evaluate
*** 2819,2826 ****
  to a function that does not have a non-throwing exception
  specification (i.e. \f(CW\*(C`throw()\*(C'\fR or \f(CW\*(C`noexcept\*(C'\fR) but is known by
  the compiler to never throw an exception.
! .IP "\fB\-Wnoexcept\fR (\*(C+ and Objective\-\*(C+ only)" 4
! .IX Item "-Wnoexcept ( and Objective- only)"
  Warn if the \*(C+1z feature making \f(CW\*(C`noexcept\*(C'\fR part of a function
  type changes the mangled name of a symbol relative to \*(C+14.  Enabled
  by \fB\-Wabi\fR and \fB\-Wc++1z\-compat\fR.
--- 2825,2832 ----
  to a function that does not have a non-throwing exception
  specification (i.e. \f(CW\*(C`throw()\*(C'\fR or \f(CW\*(C`noexcept\*(C'\fR) but is known by
  the compiler to never throw an exception.
! .IP "\fB\-Wnoexcept\-type\fR (\*(C+ and Objective\-\*(C+ only)" 4
! .IX Item "-Wnoexcept-type ( and Objective- only)"
  Warn if the \*(C+1z feature making \f(CW\*(C`noexcept\*(C'\fR part of a function
  type changes the mangled name of a symbol relative to \*(C+14.  Enabled
  by \fB\-Wabi\fR and \fB\-Wc++1z\-compat\fR.
*************** warning is automatically enabled if \fB\
*** 2840,2846 ****
  .IP "\fB\-Wregister\fR (\*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wregister ( and Objective- only)"
  Warn on uses of the \f(CW\*(C`register\*(C'\fR storage class specifier, except
! when it is part of the \s-1GNU\s0 \fBExplicit Register Variables\fR extension.
  The use of the \f(CW\*(C`register\*(C'\fR keyword as storage class specifier has
  been deprecated in \*(C+11 and removed in \*(C+17.
  Enabled by default with \fB\-std=c++1z\fR.
--- 2846,2852 ----
  .IP "\fB\-Wregister\fR (\*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wregister ( and Objective- only)"
  Warn on uses of the \f(CW\*(C`register\*(C'\fR storage class specifier, except
! when it is part of the \s-1GNU \s0\fBExplicit Register Variables\fR extension.
  The use of the \f(CW\*(C`register\*(C'\fR keyword as storage class specifier has
  been deprecated in \*(C+11 and removed in \*(C+17.
  Enabled by default with \fB\-std=c++1z\fR.
*************** unsignedness, but the standard mandates
*** 2965,2992 ****
  Warn when a primary template declaration is encountered.  Some coding
  rules disallow templates, and this may be used to enforce that rule.
  The warning is inactive inside a system header file, such as the \s-1STL,\s0 so
! one can still use the \s-1STL.\s0  One may also instantiate or specialize
  templates.
  .IP "\fB\-Wmultiple\-inheritance\fR (\*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wmultiple-inheritance ( and Objective- only)"
  Warn when a class is defined with multiple direct base classes.  Some
  coding rules disallow multiple inheritance, and this may be used to
  enforce that rule.  The warning is inactive inside a system header file,
! such as the \s-1STL,\s0 so one can still use the \s-1STL.\s0  One may also define
  classes that indirectly use multiple inheritance.
  .IP "\fB\-Wvirtual\-inheritance\fR" 4
  .IX Item "-Wvirtual-inheritance"
  Warn when a class is defined with a virtual direct base class.  Some
  coding rules disallow multiple inheritance, and this may be used to
  enforce that rule.  The warning is inactive inside a system header file,
! such as the \s-1STL,\s0 so one can still use the \s-1STL.\s0  One may also define
  classes that indirectly use virtual inheritance.
  .IP "\fB\-Wnamespaces\fR" 4
  .IX Item "-Wnamespaces"
  Warn when a namespace definition is opened.  Some coding rules disallow
  namespaces, and this may be used to enforce that rule.  The warning is
  inactive inside a system header file, such as the \s-1STL,\s0 so one can still
! use the \s-1STL.\s0  One may also use using directives and qualified names.
  .IP "\fB\-Wno\-terminate\fR (\*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wno-terminate ( and Objective- only)"
  Disable the warning about a throw-expression that will immediately
--- 2971,2998 ----
  Warn when a primary template declaration is encountered.  Some coding
  rules disallow templates, and this may be used to enforce that rule.
  The warning is inactive inside a system header file, such as the \s-1STL,\s0 so
! one can still use the \s-1STL. \s0 One may also instantiate or specialize
  templates.
  .IP "\fB\-Wmultiple\-inheritance\fR (\*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wmultiple-inheritance ( and Objective- only)"
  Warn when a class is defined with multiple direct base classes.  Some
  coding rules disallow multiple inheritance, and this may be used to
  enforce that rule.  The warning is inactive inside a system header file,
! such as the \s-1STL,\s0 so one can still use the \s-1STL. \s0 One may also define
  classes that indirectly use multiple inheritance.
  .IP "\fB\-Wvirtual\-inheritance\fR" 4
  .IX Item "-Wvirtual-inheritance"
  Warn when a class is defined with a virtual direct base class.  Some
  coding rules disallow multiple inheritance, and this may be used to
  enforce that rule.  The warning is inactive inside a system header file,
! such as the \s-1STL,\s0 so one can still use the \s-1STL. \s0 One may also define
  classes that indirectly use virtual inheritance.
  .IP "\fB\-Wnamespaces\fR" 4
  .IX Item "-Wnamespaces"
  Warn when a namespace definition is opened.  Some coding rules disallow
  namespaces, and this may be used to enforce that rule.  The warning is
  inactive inside a system header file, such as the \s-1STL,\s0 so one can still
! use the \s-1STL. \s0 One may also use using directives and qualified names.
  .IP "\fB\-Wno\-terminate\fR (\*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wno-terminate ( and Objective- only)"
  Disable the warning about a throw-expression that will immediately
*************** runtime.  This is the default for most t
*** 3032,3038 ****
  .IP "\fB\-fnext\-runtime\fR" 4
  .IX Item "-fnext-runtime"
  Generate output compatible with the NeXT runtime.  This is the default
! for NeXT-based systems, including Darwin and Mac \s-1OS X.\s0  The macro
  \&\f(CW\*(C`_\|_NEXT_RUNTIME_\|_\*(C'\fR is predefined if (and only if) this option is
  used.
  .IP "\fB\-fno\-nil\-receivers\fR" 4
--- 3038,3044 ----
  .IP "\fB\-fnext\-runtime\fR" 4
  .IX Item "-fnext-runtime"
  Generate output compatible with the NeXT runtime.  This is the default
! for NeXT-based systems, including Darwin and Mac \s-1OS X. \s0 The macro
  \&\f(CW\*(C`_\|_NEXT_RUNTIME_\|_\*(C'\fR is predefined if (and only if) this option is
  used.
  .IP "\fB\-fno\-nil\-receivers\fR" 4
*************** This option is currently supported only
*** 3049,3055 ****
  case, Version 0 is the traditional (32\-bit) \s-1ABI\s0 without support for
  properties and other Objective-C 2.0 additions.  Version 1 is the
  traditional (32\-bit) \s-1ABI\s0 with support for properties and other
! Objective-C 2.0 additions.  Version 2 is the modern (64\-bit) \s-1ABI.\s0  If
  nothing is specified, the default is Version 0 on 32\-bit target
  machines, and Version 2 on 64\-bit target machines.
  .IP "\fB\-fobjc\-call\-cxx\-cdtors\fR" 4
--- 3055,3061 ----
  case, Version 0 is the traditional (32\-bit) \s-1ABI\s0 without support for
  properties and other Objective-C 2.0 additions.  Version 1 is the
  traditional (32\-bit) \s-1ABI\s0 with support for properties and other
! Objective-C 2.0 additions.  Version 2 is the modern (64\-bit) \s-1ABI. \s0 If
  nothing is specified, the default is Version 0 on 32\-bit target
  machines, and Version 2 on 64\-bit target machines.
  .IP "\fB\-fobjc\-call\-cxx\-cdtors\fR" 4
*************** version of the NeXT runtime \s-1ABI,\s0
*** 3107,3113 ****
  .IP "\fB\-fobjc\-std=objc1\fR" 4
  .IX Item "-fobjc-std=objc1"
  Conform to the language syntax of Objective-C 1.0, the language
! recognized by \s-1GCC 4.0.\s0  This only affects the Objective-C additions to
  the C/\*(C+ language; it does not affect conformance to C/\*(C+ standards,
  which is controlled by the separate C/\*(C+ dialect option flags.  When
  this option is used with the Objective-C or Objective\-\*(C+ compiler,
--- 3113,3119 ----
  .IP "\fB\-fobjc\-std=objc1\fR" 4
  .IX Item "-fobjc-std=objc1"
  Conform to the language syntax of Objective-C 1.0, the language
! recognized by \s-1GCC 4.0. \s0 This only affects the Objective-C additions to
  the C/\*(C+ language; it does not affect conformance to C/\*(C+ standards,
  which is controlled by the separate C/\*(C+ dialect option flags.  When
  this option is used with the Objective-C or Objective\-\*(C+ compiler,
*************** warns that an unrecognized option is pre
*** 3493,3499 ****
  .PD
  Issue all the warnings demanded by strict \s-1ISO C\s0 and \s-1ISO \*(C+\s0;
  reject all programs that use forbidden extensions, and some other
! programs that do not follow \s-1ISO C\s0 and \s-1ISO \*(C+.\s0  For \s-1ISO C,\s0 follows the
  version of the \s-1ISO C\s0 standard specified by any \fB\-std\fR option used.
  .Sp
  Valid \s-1ISO C\s0 and \s-1ISO \*(C+\s0 programs should compile properly with or without
--- 3499,3505 ----
  .PD
  Issue all the warnings demanded by strict \s-1ISO C\s0 and \s-1ISO \*(C+\s0;
  reject all programs that use forbidden extensions, and some other
! programs that do not follow \s-1ISO C\s0 and \s-1ISO \*(C+. \s0 For \s-1ISO C,\s0 follows the
  version of the \s-1ISO C\s0 standard specified by any \fB\-std\fR option used.
  .Sp
  Valid \s-1ISO C\s0 and \s-1ISO \*(C+\s0 programs should compile properly with or without
*************** these escape routes; application program
*** 3511,3517 ****
  Some users try to use \fB\-Wpedantic\fR to check programs for strict \s-1ISO
  C\s0 conformance.  They soon find that it does not do quite what they want:
  it finds some non-ISO practices, but not all\-\-\-only those for which
! \&\s-1ISO C\s0 \fIrequires\fR a diagnostic, and some others for which
  diagnostics have been added.
  .Sp
  A feature to report any failure to conform to \s-1ISO C\s0 might be useful in
--- 3517,3523 ----
  Some users try to use \fB\-Wpedantic\fR to check programs for strict \s-1ISO
  C\s0 conformance.  They soon find that it does not do quite what they want:
  it finds some non-ISO practices, but not all\-\-\-only those for which
! \&\s-1ISO C \s0\fIrequires\fR a diagnostic, and some others for which
  diagnostics have been added.
  .Sp
  A feature to report any failure to conform to \s-1ISO C\s0 might be useful in
*************** This warning is enabled by \fB\-Wall\fR
*** 4571,4577 ****
  .IP "\fB\-Wunknown\-pragmas\fR" 4
  .IX Item "-Wunknown-pragmas"
  Warn when a \f(CW\*(C`#pragma\*(C'\fR directive is encountered that is not understood by 
! \&\s-1GCC.\s0  If this command-line option is used, warnings are even issued
  for unknown pragmas in system header files.  This is not the case if
  the warnings are only enabled by the \fB\-Wall\fR command-line option.
  .IP "\fB\-Wno\-pragmas\fR" 4
--- 4577,4583 ----
  .IP "\fB\-Wunknown\-pragmas\fR" 4
  .IX Item "-Wunknown-pragmas"
  Warn when a \f(CW\*(C`#pragma\*(C'\fR directive is encountered that is not understood by 
! \&\s-1GCC. \s0 If this command-line option is used, warnings are even issued
  for unknown pragmas in system header files.  This is not the case if
  the warnings are only enabled by the \fB\-Wall\fR command-line option.
  .IP "\fB\-Wno\-pragmas\fR" 4
*************** probably mistaken.
*** 5070,5076 ****
  .IP "\fB\-Wtraditional\fR (C and Objective-C only)" 4
  .IX Item "-Wtraditional (C and Objective-C only)"
  Warn about certain constructs that behave differently in traditional and
! \&\s-1ISO C.\s0  Also warn about \s-1ISO C\s0 constructs that have no traditional C
  equivalent, and/or problematic constructs that should be avoided.
  .RS 4
  .IP "*" 4
--- 5076,5082 ----
  .IP "\fB\-Wtraditional\fR (C and Objective-C only)" 4
  .IX Item "-Wtraditional (C and Objective-C only)"
  Warn about certain constructs that behave differently in traditional and
! \&\s-1ISO C. \s0 Also warn about \s-1ISO C\s0 constructs that have no traditional C
  equivalent, and/or problematic constructs that should be avoided.
  .RS 4
  .IP "*" 4
*************** except when the same as the default prom
*** 5152,5158 ****
  .IX Item "-Wdeclaration-after-statement (C and Objective-C only)"
  Warn when a declaration is found after a statement in a block.  This
  construct, known from \*(C+, was introduced with \s-1ISO C99\s0 and is by default
! allowed in \s-1GCC.\s0  It is not supported by \s-1ISO C90.\s0
  .IP "\fB\-Wshadow\fR" 4
  .IX Item "-Wshadow"
  Warn whenever a local variable or type declaration shadows another
--- 5158,5164 ----
  .IX Item "-Wdeclaration-after-statement (C and Objective-C only)"
  Warn when a declaration is found after a statement in a block.  This
  construct, known from \*(C+, was introduced with \s-1ISO C99\s0 and is by default
! allowed in \s-1GCC. \s0 It is not supported by \s-1ISO C90.  \s0
  .IP "\fB\-Wshadow\fR" 4
  .IX Item "-Wshadow"
  Warn whenever a local variable or type declaration shadows another
*************** Warn about \s-1ISO C\s0 constructs that
*** 5444,5455 ****
  .IX Item "-Wc++11-compat ( and Objective- only)"
  Warn about \*(C+ constructs whose meaning differs between \s-1ISO \*(C+ 1998\s0
  and \s-1ISO \*(C+ 2011,\s0 e.g., identifiers in \s-1ISO \*(C+ 1998\s0 that are keywords
! in \s-1ISO \*(C+ 2011.\s0  This warning turns on \fB\-Wnarrowing\fR and is
  enabled by \fB\-Wall\fR.
  .IP "\fB\-Wc++14\-compat\fR (\*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wc++14-compat ( and Objective- only)"
  Warn about \*(C+ constructs whose meaning differs between \s-1ISO \*(C+ 2011\s0
! and \s-1ISO \*(C+ 2014.\s0  This warning is enabled by \fB\-Wall\fR.
  .IP "\fB\-Wc++1z\-compat\fR (\*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wc++1z-compat ( and Objective- only)"
  Warn about \*(C+ constructs whose meaning differs between \s-1ISO \*(C+ 2014\s0
--- 5450,5461 ----
  .IX Item "-Wc++11-compat ( and Objective- only)"
  Warn about \*(C+ constructs whose meaning differs between \s-1ISO \*(C+ 1998\s0
  and \s-1ISO \*(C+ 2011,\s0 e.g., identifiers in \s-1ISO \*(C+ 1998\s0 that are keywords
! in \s-1ISO \*(C+ 2011. \s0 This warning turns on \fB\-Wnarrowing\fR and is
  enabled by \fB\-Wall\fR.
  .IP "\fB\-Wc++14\-compat\fR (\*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wc++14-compat ( and Objective- only)"
  Warn about \*(C+ constructs whose meaning differs between \s-1ISO \*(C+ 2011\s0
! and \s-1ISO \*(C+ 2014. \s0 This warning is enabled by \fB\-Wall\fR.
  .IP "\fB\-Wc++1z\-compat\fR (\*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wc++1z-compat ( and Objective- only)"
  Warn about \*(C+ constructs whose meaning differs between \s-1ISO \*(C+ 2014\s0
*************** when applied ensure that two sequences t
*** 5836,5842 ****
  the same sequence.  \s-1GCC\s0 can warn you if you are using identifiers that
  have not been normalized; this option controls that warning.
  .Sp
! There are four levels of warning supported by \s-1GCC.\s0  The default is
  \&\fB\-Wnormalized=nfc\fR, which warns about any identifier that is
  not in the \s-1ISO 10646 \*(L"C\*(R"\s0 normalized form, \fI\s-1NFC\s0\fR.  \s-1NFC\s0 is the
  recommended form for most uses.  It is equivalent to
--- 5842,5848 ----
  the same sequence.  \s-1GCC\s0 can warn you if you are using identifiers that
  have not been normalized; this option controls that warning.
  .Sp
! There are four levels of warning supported by \s-1GCC. \s0 The default is
  \&\fB\-Wnormalized=nfc\fR, which warns about any identifier that is
  not in the \s-1ISO 10646 \*(L"C\*(R"\s0 normalized form, \fI\s-1NFC\s0\fR.  \s-1NFC\s0 is the
  recommended form for most uses.  It is equivalent to
*************** recommended form for most uses.  It is e
*** 5845,5852 ****
  Unfortunately, there are some characters allowed in identifiers by
  \&\s-1ISO C\s0 and \s-1ISO \*(C+\s0 that, when turned into \s-1NFC,\s0 are not allowed in 
  identifiers.  That is, there's no way to use these symbols in portable
! \&\s-1ISO C\s0 or \*(C+ and have all your identifiers in \s-1NFC.\s0
! \&\fB\-Wnormalized=id\fR suppresses the warning for these characters.
  It is hoped that future versions of the standards involved will correct
  this, which is why this option is not the default.
  .Sp
--- 5851,5858 ----
  Unfortunately, there are some characters allowed in identifiers by
  \&\s-1ISO C\s0 and \s-1ISO \*(C+\s0 that, when turned into \s-1NFC,\s0 are not allowed in 
  identifiers.  That is, there's no way to use these symbols in portable
! \&\s-1ISO C\s0 or \*(C+ and have all your identifiers in \s-1NFC.
! \&\s0\fB\-Wnormalized=id\fR suppresses the warning for these characters.
  It is hoped that future versions of the standards involved will correct
  this, which is why this option is not the default.
  .Sp
*************** standard's minimum limit, but very porta
*** 6093,6099 ****
  using longer strings.
  .Sp
  The limit applies \fIafter\fR string constant concatenation, and does
! not count the trailing \s-1NUL.\s0  In C90, the limit was 509 characters; in
  C99, it was raised to 4095.  \*(C+98 does not specify a normative
  minimum maximum, so we do not diagnose overlength strings in \*(C+.
  .Sp
--- 6099,6105 ----
  using longer strings.
  .Sp
  The limit applies \fIafter\fR string constant concatenation, and does
! not count the trailing \s-1NUL. \s0 In C90, the limit was 509 characters; in
  C99, it was raised to 4095.  \*(C+98 does not specify a normative
  minimum maximum, so we do not diagnose overlength strings in \*(C+.
  .Sp
*************** to generate the extra information, use \
*** 6150,6156 ****
  \&\fB\-gxcoff+\fR, \fB\-gxcoff\fR, or \fB\-gvms\fR (see below).
  .IP "\fB\-ggdb\fR" 4
  .IX Item "-ggdb"
! Produce debugging information for use by \s-1GDB.\s0  This means to use the
  most expressive format available (\s-1DWARF,\s0 stabs, or the native format
  if neither of those are supported), including \s-1GDB\s0 extensions if at all
  possible.
--- 6156,6162 ----
  \&\fB\-gxcoff+\fR, \fB\-gxcoff\fR, or \fB\-gvms\fR (see below).
  .IP "\fB\-ggdb\fR" 4
  .IX Item "-ggdb"
! Produce debugging information for use by \s-1GDB. \s0 This means to use the
  most expressive format available (\s-1DWARF,\s0 stabs, or the native format
  if neither of those are supported), including \s-1GDB\s0 extensions if at all
  possible.
*************** be useful, this option requires a debugg
*** 6293,6299 ****
  files.
  .IP "\fB\-gpubnames\fR" 4
  .IX Item "-gpubnames"
! Generate \s-1DWARF\s0 \f(CW\*(C`.debug_pubnames\*(C'\fR and \f(CW\*(C`.debug_pubtypes\*(C'\fR sections.
  .IP "\fB\-ggnu\-pubnames\fR" 4
  .IX Item "-ggnu-pubnames"
  Generate \f(CW\*(C`.debug_pubnames\*(C'\fR and \f(CW\*(C`.debug_pubtypes\*(C'\fR sections in a format
--- 6299,6305 ----
  files.
  .IP "\fB\-gpubnames\fR" 4
  .IX Item "-gpubnames"
! Generate \s-1DWARF \s0\f(CW\*(C`.debug_pubnames\*(C'\fR and \f(CW\*(C`.debug_pubtypes\*(C'\fR sections.
  .IP "\fB\-ggnu\-pubnames\fR" 4
  .IX Item "-ggnu-pubnames"
  Generate \f(CW\*(C`.debug_pubnames\*(C'\fR and \f(CW\*(C`.debug_pubtypes\*(C'\fR sections in a format
*************** This option works only with \s-1DWARF\s0
*** 6430,6436 ****
  .IP "\fB\-fno\-dwarf2\-cfi\-asm\fR" 4
  .IX Item "-fno-dwarf2-cfi-asm"
  Emit \s-1DWARF\s0 unwind info as compiler generated \f(CW\*(C`.eh_frame\*(C'\fR section
! instead of using \s-1GAS\s0 \f(CW\*(C`.cfi_*\*(C'\fR directives.
  .IP "\fB\-fno\-eliminate\-unused\-debug\-types\fR" 4
  .IX Item "-fno-eliminate-unused-debug-types"
  Normally, when producing \s-1DWARF\s0 output, \s-1GCC\s0 avoids producing debug symbol 
--- 6436,6442 ----
  .IP "\fB\-fno\-dwarf2\-cfi\-asm\fR" 4
  .IX Item "-fno-dwarf2-cfi-asm"
  Emit \s-1DWARF\s0 unwind info as compiler generated \f(CW\*(C`.eh_frame\*(C'\fR section
! instead of using \s-1GAS \s0\f(CW\*(C`.cfi_*\*(C'\fR directives.
  .IP "\fB\-fno\-eliminate\-unused\-debug\-types\fR" 4
  .IX Item "-fno-eliminate-unused-debug-types"
  Normally, when producing \s-1DWARF\s0 output, \s-1GCC\s0 avoids producing debug symbol 
*************** function calls and pops them all at once
*** 6646,6652 ****
  Disabled at levels \fB\-O\fR, \fB\-O2\fR, \fB\-O3\fR, \fB\-Os\fR.
  .IP "\fB\-fforward\-propagate\fR" 4
  .IX Item "-fforward-propagate"
! Perform a forward propagation pass on \s-1RTL.\s0  The pass tries to combine two
  instructions and checks if the result can be simplified.  If loop unrolling
  is active, two passes are performed and the second is scheduled after
  loop unrolling.
--- 6652,6658 ----
  Disabled at levels \fB\-O\fR, \fB\-O2\fR, \fB\-O3\fR, \fB\-Os\fR.
  .IP "\fB\-fforward\-propagate\fR" 4
  .IX Item "-fforward-propagate"
! Perform a forward propagation pass on \s-1RTL. \s0 The pass tries to combine two
  instructions and checks if the result can be simplified.  If loop unrolling
  is active, two passes are performed and the second is scheduled after
  loop unrolling.
*************** attribute or declspec.
*** 6797,6803 ****
  In C, emit \f(CW\*(C`static\*(C'\fR functions that are declared \f(CW\*(C`inline\*(C'\fR
  into the object file, even if the function has been inlined into all
  of its callers.  This switch does not affect functions using the
! \&\f(CW\*(C`extern inline\*(C'\fR extension in \s-1GNU C90.\s0  In \*(C+, emit any and all
  inline functions into the object file.
  .IP "\fB\-fkeep\-static\-functions\fR" 4
  .IX Item "-fkeep-static-functions"
--- 6803,6809 ----
  In C, emit \f(CW\*(C`static\*(C'\fR functions that are declared \f(CW\*(C`inline\*(C'\fR
  into the object file, even if the function has been inlined into all
  of its callers.  This switch does not affect functions using the
! \&\f(CW\*(C`extern inline\*(C'\fR extension in \s-1GNU C90. \s0 In \*(C+, emit any and all
  inline functions into the object file.
  .IP "\fB\-fkeep\-static\-functions\fR" 4
  .IX Item "-fkeep-static-functions"
*************** The default is \fB\-ffunction\-cse\fR
*** 6871,6877 ****
  .IP "\fB\-fno\-zero\-initialized\-in\-bss\fR" 4
  .IX Item "-fno-zero-initialized-in-bss"
  If the target supports a \s-1BSS\s0 section, \s-1GCC\s0 by default puts variables that
! are initialized to zero into \s-1BSS.\s0  This can save space in the resulting
  code.
  .Sp
  This option turns off this behavior because some programs explicitly
--- 6877,6883 ----
  .IP "\fB\-fno\-zero\-initialized\-in\-bss\fR" 4
  .IX Item "-fno-zero-initialized-in-bss"
  If the target supports a \s-1BSS\s0 section, \s-1GCC\s0 by default puts variables that
! are initialized to zero into \s-1BSS. \s0 This can save space in the resulting
  code.
  .Sp
  This option turns off this behavior because some programs explicitly
*************** pseudo-register that does not get a hard
*** 7158,7164 ****
  stack slot, and as a result function stack frames are larger.
  .IP "\fB\-flra\-remat\fR" 4
  .IX Item "-flra-remat"
! Enable CFG-sensitive rematerialization in \s-1LRA.\s0  Instead of loading
  values of spilled pseudos, \s-1LRA\s0 tries to rematerialize (recalculate)
  values if it is profitable.
  .Sp
--- 7164,7170 ----
  stack slot, and as a result function stack frames are larger.
  .IP "\fB\-flra\-remat\fR" 4
  .IX Item "-flra-remat"
! Enable CFG-sensitive rematerialization in \s-1LRA. \s0 Instead of loading
  values of spilled pseudos, \s-1LRA\s0 tries to rematerialize (recalculate)
  values if it is profitable.
  .Sp
*************** transformation infrastructure.
*** 7591,7597 ****
  Enable the identity transformation for graphite.  For every SCoP we generate
  the polyhedral representation and transform it back to gimple.  Using
  \&\fB\-fgraphite\-identity\fR we can check the costs or benefits of the
! \&\s-1GIMPLE\s0 \-> \s-1GRAPHITE\s0 \-> \s-1GIMPLE\s0 transformation.  Some minimal optimizations
  are also performed by the code generator isl, like index splitting and
  dead code elimination in loops.
  .IP "\fB\-floop\-nest\-optimize\fR" 4
--- 7597,7603 ----
  Enable the identity transformation for graphite.  For every SCoP we generate
  the polyhedral representation and transform it back to gimple.  Using
  \&\fB\-fgraphite\-identity\fR we can check the costs or benefits of the
! \&\s-1GIMPLE \-\s0> \s-1GRAPHITE \-\s0> \s-1GIMPLE\s0 transformation.  Some minimal optimizations
  are also performed by the code generator isl, like index splitting and
  dead code elimination in loops.
  .IP "\fB\-floop\-nest\-optimize\fR" 4
*************** information.
*** 8122,8128 ****
  .IP "\fB\-flto[=\fR\fIn\fR\fB]\fR" 4
  .IX Item "-flto[=n]"
  This option runs the standard link-time optimizer.  When invoked
! with source code, it generates \s-1GIMPLE\s0 (one of \s-1GCC\s0's internal
  representations) and writes it to special \s-1ELF\s0 sections in the object
  file.  When the object files are linked together, all the function
  bodies are read from these \s-1ELF\s0 sections and instantiated as if they
--- 8128,8134 ----
  .IP "\fB\-flto[=\fR\fIn\fR\fB]\fR" 4
  .IX Item "-flto[=n]"
  This option runs the standard link-time optimizer.  When invoked
! with source code, it generates \s-1GIMPLE \s0(one of \s-1GCC\s0's internal
  representations) and writes it to special \s-1ELF\s0 sections in the object
  file.  When the object files are linked together, all the function
  bodies are read from these \s-1ELF\s0 sections and instantiated as if they
*************** E.g.
*** 8462,8468 ****
  .Ve
  .Sp
  Then use the \fBcreate_gcov\fR tool to convert the raw profile data
! to a format that can be used by \s-1GCC.\s0  You must also supply the 
  unstripped binary for your program to this tool.  
  See <\fBhttps://github.com/google/autofdo\fR>.
  .Sp
--- 8468,8474 ----
  .Ve
  .Sp
  Then use the \fBcreate_gcov\fR tool to convert the raw profile data
! to a format that can be used by \s-1GCC. \s0 You must also supply the 
  unstripped binary for your program to this tool.  
  See <\fBhttps://github.com/google/autofdo\fR>.
  .Sp
*************** whether the result of a complex multipli
*** 8684,8691 ****
  default is \fB\-fno\-cx\-limited\-range\fR, but is enabled by
  \&\fB\-ffast\-math\fR.
  .Sp
! This option controls the default setting of the \s-1ISO C99\s0
! \&\f(CW\*(C`CX_LIMITED_RANGE\*(C'\fR pragma.  Nevertheless, the option applies to
  all languages.
  .IP "\fB\-fcx\-fortran\-rules\fR" 4
  .IX Item "-fcx-fortran-rules"
--- 8690,8697 ----
  default is \fB\-fno\-cx\-limited\-range\fR, but is enabled by
  \&\fB\-ffast\-math\fR.
  .Sp
! This option controls the default setting of the \s-1ISO C99
! \&\s0\f(CW\*(C`CX_LIMITED_RANGE\*(C'\fR pragma.  Nevertheless, the option applies to
  all languages.
  .IP "\fB\-fcx\-fortran\-rules\fR" 4
  .IX Item "-fcx-fortran-rules"
*************** The maximum number of insns of an unswit
*** 9192,9198 ****
  The maximum number of branches unswitched in a single loop.
  .IP "\fBmax-loop-headers-insns\fR" 4
  .IX Item "max-loop-headers-insns"
! The maximum number of insns in loop header duplicated by he copy loop headers
  pass.
  .IP "\fBlim-expensive\fR" 4
  .IX Item "lim-expensive"
--- 9198,9204 ----
  The maximum number of branches unswitched in a single loop.
  .IP "\fBmax-loop-headers-insns\fR" 4
  .IX Item "max-loop-headers-insns"
! The maximum number of insns in loop header duplicated by the copy loop headers
  pass.
  .IP "\fBlim-expensive\fR" 4
  .IX Item "lim-expensive"
*************** Tuning this may improve compilation spee
*** 9332,9338 ****
  generation.
  .Sp
  The default is 30% + 70% * (\s-1RAM/1GB\s0) with an upper bound of 100% when
! \&\s-1RAM\s0 >= 1GB.  If \f(CW\*(C`getrlimit\*(C'\fR is available, the notion of \*(L"\s-1RAM\*(R"\s0 is
  the smallest of actual \s-1RAM\s0 and \f(CW\*(C`RLIMIT_DATA\*(C'\fR or \f(CW\*(C`RLIMIT_AS\*(C'\fR.  If
  \&\s-1GCC\s0 is not able to calculate \s-1RAM\s0 on a particular platform, the lower
  bound of 30% is used.  Setting this parameter and
--- 9338,9344 ----
  generation.
  .Sp
  The default is 30% + 70% * (\s-1RAM/1GB\s0) with an upper bound of 100% when
! \&\s-1RAM \s0>= 1GB.  If \f(CW\*(C`getrlimit\*(C'\fR is available, the notion of \*(L"\s-1RAM\*(R"\s0 is
  the smallest of actual \s-1RAM\s0 and \f(CW\*(C`RLIMIT_DATA\*(C'\fR or \f(CW\*(C`RLIMIT_AS\*(C'\fR.  If
  \&\s-1GCC\s0 is not able to calculate \s-1RAM\s0 on a particular platform, the lower
  bound of 30% is used.  Setting this parameter and
*************** This value is the best found from numero
*** 9556,9562 ****
  This optimization is called inheritance.  \s-1EBB\s0 is used as a region to
  do this optimization.  The parameter defines a minimal fall-through
  edge probability in percentage used to add \s-1BB\s0 to inheritance \s-1EBB\s0 in
! \&\s-1LRA.\s0  The default value of the parameter is 40.  The value was chosen
  from numerous runs of \s-1SPEC2000\s0 on x86\-64.
  .IP "\fBloop-invariant-max-bbs-in-loop\fR" 4
  .IX Item "loop-invariant-max-bbs-in-loop"
--- 9562,9568 ----
  This optimization is called inheritance.  \s-1EBB\s0 is used as a region to
  do this optimization.  The parameter defines a minimal fall-through
  edge probability in percentage used to add \s-1BB\s0 to inheritance \s-1EBB\s0 in
! \&\s-1LRA. \s0 The default value of the parameter is 40.  The value was chosen
  from numerous runs of \s-1SPEC2000\s0 on x86\-64.
  .IP "\fBloop-invariant-max-bbs-in-loop\fR" 4
  .IX Item "loop-invariant-max-bbs-in-loop"
*************** The number of partitions should exceed t
*** 9698,9709 ****
  The default value is 32.
  .IP "\fBlto-min-partition\fR" 4
  .IX Item "lto-min-partition"
! Size of minimal partition for \s-1WHOPR\s0 (in estimated instructions).
  This prevents expenses of splitting very small programs into too many
  partitions.
  .IP "\fBlto-max-partition\fR" 4
  .IX Item "lto-max-partition"
! Size of max partition for \s-1WHOPR\s0 (in estimated instructions).
  to provide an upper bound for individual size of partition.
  Meant to be used only with balanced partitioning.
  .IP "\fBcxx-max-namespaces-for-diagnostic-help\fR" 4
--- 9704,9715 ----
  The default value is 32.
  .IP "\fBlto-min-partition\fR" 4
  .IX Item "lto-min-partition"
! Size of minimal partition for \s-1WHOPR \s0(in estimated instructions).
  This prevents expenses of splitting very small programs into too many
  partitions.
  .IP "\fBlto-max-partition\fR" 4
  .IX Item "lto-max-partition"
! Size of max partition for \s-1WHOPR \s0(in estimated instructions).
  to provide an upper bound for individual size of partition.
  Meant to be used only with balanced partitioning.
  .IP "\fBcxx-max-namespaces-for-diagnostic-help\fR" 4
*************** we may be able to devirtualize speculati
*** 9847,9853 ****
  .IP "\fBmax-vrp-switch-assertions\fR" 4
  .IX Item "max-vrp-switch-assertions"
  The maximum number of assertions to add along the default edge of a switch
! statement during \s-1VRP.\s0  The default is 10.
  .RE
  .RS 4
  .RE
--- 9853,9859 ----
  .IP "\fBmax-vrp-switch-assertions\fR" 4
  .IX Item "max-vrp-switch-assertions"
  The maximum number of assertions to add along the default edge of a switch
! statement during \s-1VRP. \s0 The default is 10.
  .RE
  .RS 4
  .RE
*************** Note that \f(CW\*(C`\-ftrack\-macro\-exp
*** 10830,10836 ****
  .IP "\fB\-fexec\-charset=\fR\fIcharset\fR" 4
  .IX Item "-fexec-charset=charset"
  Set the execution character set, used for string and character
! constants.  The default is \s-1UTF\-8.\s0  \fIcharset\fR can be any encoding
  supported by the system's \f(CW\*(C`iconv\*(C'\fR library routine.
  .IP "\fB\-fwide\-exec\-charset=\fR\fIcharset\fR" 4
  .IX Item "-fwide-exec-charset=charset"
--- 10836,10842 ----
  .IP "\fB\-fexec\-charset=\fR\fIcharset\fR" 4
  .IX Item "-fexec-charset=charset"
  Set the execution character set, used for string and character
! constants.  The default is \s-1UTF\-8.  \s0\fIcharset\fR can be any encoding
  supported by the system's \f(CW\*(C`iconv\*(C'\fR library routine.
  .IP "\fB\-fwide\-exec\-charset=\fR\fIcharset\fR" 4
  .IX Item "-fwide-exec-charset=charset"
*************** problems with encodings that do not fit
*** 10843,10851 ****
  .IP "\fB\-finput\-charset=\fR\fIcharset\fR" 4
  .IX Item "-finput-charset=charset"
  Set the input character set, used for translation from the character
! set of the input file to the source character set used by \s-1GCC.\s0  If the
  locale does not specify, or \s-1GCC\s0 cannot get this information from the
! locale, the default is \s-1UTF\-8.\s0  This can be overridden by either the locale
  or this command-line option.  Currently the command-line option takes
  precedence if there's a conflict.  \fIcharset\fR can be any encoding
  supported by the system's \f(CW\*(C`iconv\*(C'\fR library routine.
--- 10849,10857 ----
  .IP "\fB\-finput\-charset=\fR\fIcharset\fR" 4
  .IX Item "-finput-charset=charset"
  Set the input character set, used for translation from the character
! set of the input file to the source character set used by \s-1GCC. \s0 If the
  locale does not specify, or \s-1GCC\s0 cannot get this information from the
! locale, the default is \s-1UTF\-8. \s0 This can be overridden by either the locale
  or this command-line option.  Currently the command-line option takes
  precedence if there's a conflict.  \fIcharset\fR can be any encoding
  supported by the system's \f(CW\*(C`iconv\*(C'\fR library routine.
*************** When \fB\-fpreprocessed\fR is in use, \s
*** 10866,10872 ****
  and loads the \s-1PCH.\s0
  .Sp
  This option is off by default, because the resulting preprocessed output
! is only really suitable as input to \s-1GCC.\s0  It is switched on by
  \&\fB\-save\-temps\fR.
  .Sp
  You should not write this \f(CW\*(C`#pragma\*(C'\fR in your own code, but it is
--- 10872,10878 ----
  and loads the \s-1PCH.\s0
  .Sp
  This option is off by default, because the resulting preprocessed output
! is only really suitable as input to \s-1GCC. \s0 It is switched on by
  \&\fB\-save\-temps\fR.
  .Sp
  You should not write this \f(CW\*(C`#pragma\*(C'\fR in your own code, but it is
*************** undefined at the time.
*** 11019,11025 ****
  .RE
  .IP "\fB\-fdebug\-cpp\fR" 4
  .IX Item "-fdebug-cpp"
! This option is only useful for debugging \s-1GCC.\s0  When used from \s-1CPP\s0 or with
  \&\fB\-E\fR, it dumps debugging information about location maps.  Every
  token in the output is preceded by the dump of the map its location
  belongs to.
--- 11025,11031 ----
  .RE
  .IP "\fB\-fdebug\-cpp\fR" 4
  .IX Item "-fdebug-cpp"
! This option is only useful for debugging \s-1GCC. \s0 When used from \s-1CPP\s0 or with
  \&\fB\-E\fR, it dumps debugging information about location maps.  Every
  token in the output is preceded by the dump of the map its location
  belongs to.
*************** the \s-1GOT\s0 size for the linked execu
*** 11941,11947 ****
  maximum size, you get an error message from the linker indicating that
  \&\fB\-fpic\fR does not work; in that case, recompile with \fB\-fPIC\fR
  instead.  (These maximums are 8k on the \s-1SPARC,\s0 28k on AArch64 and 32k
! on the m68k and \s-1RS/6000.\s0  The x86 has no such limit.)
  .Sp
  Position-independent code requires special support, and therefore works
  only on certain machines.  For the x86, \s-1GCC\s0 supports \s-1PIC\s0 for System V
--- 11947,11953 ----
  maximum size, you get an error message from the linker indicating that
  \&\fB\-fpic\fR does not work; in that case, recompile with \fB\-fPIC\fR
  instead.  (These maximums are 8k on the \s-1SPARC,\s0 28k on AArch64 and 32k
! on the m68k and \s-1RS/6000. \s0 The x86 has no such limit.)
  .Sp
  Position-independent code requires special support, and therefore works
  only on certain machines.  For the x86, \s-1GCC\s0 supports \s-1PIC\s0 for System V
*************** Enable showing virtual operands for ever
*** 12648,12654 ****
  Enable showing line numbers for statements.
  .IP "\fBuid\fR" 4
  .IX Item "uid"
! Enable showing the unique \s-1ID\s0 (\f(CW\*(C`DECL_UID\*(C'\fR) for each variable.
  .IP "\fBverbose\fR" 4
  .IX Item "verbose"
  Enable showing the tree dump for each statement.
--- 12654,12660 ----
  Enable showing line numbers for statements.
  .IP "\fBuid\fR" 4
  .IX Item "uid"
! Enable showing the unique \s-1ID \s0(\f(CW\*(C`DECL_UID\*(C'\fR) for each variable.
  .IP "\fBverbose\fR" 4
  .IX Item "verbose"
  Enable showing the tree dump for each statement.
*************** Enable dumps from all loop optimizations
*** 12783,12789 ****
  Enable dumps from all inlining optimizations.
  .IP "\fBomp\fR" 4
  .IX Item "omp"
! Enable dumps from all \s-1OMP\s0 (Offloading and Multi Processing) optimizations.
  .IP "\fBvec\fR" 4
  .IX Item "vec"
  Enable dumps from all vectorization optimizations.
--- 12789,12795 ----
  Enable dumps from all inlining optimizations.
  .IP "\fBomp\fR" 4
  .IX Item "omp"
! Enable dumps from all \s-1OMP \s0(Offloading and Multi Processing) optimizations.
  .IP "\fBvec\fR" 4
  .IX Item "vec"
  Enable dumps from all vectorization optimizations.
*************** values for \fIcpu\fR are
*** 13717,13729 ****
  .RS 4
  .IP "\fBarc600\fR" 4
  .IX Item "arc600"
! Compile for \s-1ARC600.\s0  Aliases: \fB\-mA6\fR, \fB\-mARC600\fR.
  .IP "\fBarc601\fR" 4
  .IX Item "arc601"
! Compile for \s-1ARC601.\s0  Alias: \fB\-mARC601\fR.
  .IP "\fBarc700\fR" 4
  .IX Item "arc700"
! Compile for \s-1ARC700.\s0  Aliases: \fB\-mA7\fR, \fB\-mARC700\fR.
  This is the default when configured with \fB\-\-with\-cpu=arc700\fR.
  .IP "\fBarcem\fR" 4
  .IX Item "arcem"
--- 13723,13735 ----
  .RS 4
  .IP "\fBarc600\fR" 4
  .IX Item "arc600"
! Compile for \s-1ARC600. \s0 Aliases: \fB\-mA6\fR, \fB\-mARC600\fR.
  .IP "\fBarc601\fR" 4
  .IX Item "arc601"
! Compile for \s-1ARC601. \s0 Alias: \fB\-mARC601\fR.
  .IP "\fBarc700\fR" 4
  .IX Item "arc700"
! Compile for \s-1ARC700. \s0 Aliases: \fB\-mA7\fR, \fB\-mARC700\fR.
  This is the default when configured with \fB\-\-with\-cpu=arc700\fR.
  .IP "\fBarcem\fR" 4
  .IX Item "arcem"
*************** Generate extended arithmetic instruction
*** 13812,13818 ****
  supported.  This is always enabled for \fB\-mcpu=ARC700\fR.
  .IP "\fB\-mno\-mpy\fR" 4
  .IX Item "-mno-mpy"
! Do not generate \f(CW\*(C`mpy\*(C'\fR\-family instructions for \s-1ARC700.\s0  This option is
  deprecated.
  .IP "\fB\-mmul32x16\fR" 4
  .IX Item "-mmul32x16"
--- 13818,13824 ----
  supported.  This is always enabled for \fB\-mcpu=ARC700\fR.
  .IP "\fB\-mno\-mpy\fR" 4
  .IX Item "-mno-mpy"
! Do not generate \f(CW\*(C`mpy\*(C'\fR\-family instructions for \s-1ARC700. \s0 This option is
  deprecated.
  .IP "\fB\-mmul32x16\fR" 4
  .IX Item "-mmul32x16"
*************** EM\s0 cores.
*** 13861,13867 ****
  Enable \f(CW\*(C`div\*(C'\fR and \f(CW\*(C`rem\*(C'\fR instructions for ARCv2 cores.
  .IP "\fB\-mcode\-density\fR" 4
  .IX Item "-mcode-density"
! Enable code density instructions for \s-1ARC EM.\s0  
  This option is on by default for \s-1ARC HS.\s0
  .IP "\fB\-mll64\fR" 4
  .IX Item "-mll64"
--- 13867,13873 ----
  Enable \f(CW\*(C`div\*(C'\fR and \f(CW\*(C`rem\*(C'\fR instructions for ARCv2 cores.
  .IP "\fB\-mcode\-density\fR" 4
  .IX Item "-mcode-density"
! Enable code density instructions for \s-1ARC EM.  \s0
  This option is on by default for \s-1ARC HS.\s0
  .IP "\fB\-mll64\fR" 4
  .IX Item "-mll64"
*************** Replaced by \fB\-mmultcost\fR.
*** 14349,14355 ****
  These \fB\-m\fR options are defined for the \s-1ARM\s0 port:
  .IP "\fB\-mabi=\fR\fIname\fR" 4
  .IX Item "-mabi=name"
! Generate code for the specified \s-1ABI.\s0  Permissible values are: \fBapcs-gnu\fR,
  \&\fBatpcs\fR, \fBaapcs\fR, \fBaapcs-linux\fR and \fBiwmmxt\fR.
  .IP "\fB\-mapcs\-frame\fR" 4
  .IX Item "-mapcs-frame"
--- 14355,14361 ----
  These \fB\-m\fR options are defined for the \s-1ARM\s0 port:
  .IP "\fB\-mabi=\fR\fIname\fR" 4
  .IX Item "-mabi=name"
! Generate code for the specified \s-1ABI. \s0 Permissible values are: \fBapcs-gnu\fR,
  \&\fBatpcs\fR, \fBaapcs\fR, \fBaapcs-linux\fR and \fBiwmmxt\fR.
  .IP "\fB\-mapcs\-frame\fR" 4
  .IX Item "-mapcs-frame"
*************** Permissible names are: \fBarm2\fR, \fBar
*** 14490,14497 ****
  \&\fBcortex\-m0.small\-multiply\fR,
  \&\fBcortex\-m0plus.small\-multiply\fR,
  \&\fBexynos\-m1\fR,
- \&\fBfalkor\fR,
- \&\fBqdf24xx\fR,
  \&\fBmarvell\-pj4\fR,
  \&\fBxscale\fR, \fBiwmmxt\fR, \fBiwmmxt2\fR, \fBep9312\fR,
  \&\fBfa526\fR, \fBfa626\fR,
--- 14496,14501 ----
*************** The default for this option is@tie{}\fBa
*** 14853,14860 ****
  .ie n .IP """avrxmega5""" 4
  .el .IP "\f(CWavrxmega5\fR" 4
  .IX Item "avrxmega5"
! \&\*(L"\s-1XMEGA\*(R"\s0 devices with more than 64@tie{}KiB and up to 128@tie{}KiB of program memory and more than 64@tie{}KiB of \s-1RAM.\s0
! \&\fImcu\fR\f(CW@tie\fR{}= \f(CW\*(C`atxmega64a1\*(C'\fR, \f(CW\*(C`atxmega64a1u\*(C'\fR.
  .ie n .IP """avrxmega6""" 4
  .el .IP "\f(CWavrxmega6\fR" 4
  .IX Item "avrxmega6"
--- 14857,14864 ----
  .ie n .IP """avrxmega5""" 4
  .el .IP "\f(CWavrxmega5\fR" 4
  .IX Item "avrxmega5"
! \&\*(L"\s-1XMEGA\*(R"\s0 devices with more than 64@tie{}KiB and up to 128@tie{}KiB of program memory and more than 64@tie{}KiB of \s-1RAM.
! \&\s0\fImcu\fR\f(CW@tie\fR{}= \f(CW\*(C`atxmega64a1\*(C'\fR, \f(CW\*(C`atxmega64a1u\*(C'\fR.
  .ie n .IP """avrxmega6""" 4
  .el .IP "\f(CWavrxmega6\fR" 4
  .IX Item "avrxmega6"
*************** The default for this option is@tie{}\fBa
*** 14863,14870 ****
  .ie n .IP """avrxmega7""" 4
  .el .IP "\f(CWavrxmega7\fR" 4
  .IX Item "avrxmega7"
! \&\*(L"\s-1XMEGA\*(R"\s0 devices with more than 128@tie{}KiB of program memory and more than 64@tie{}KiB of \s-1RAM.\s0
! \&\fImcu\fR\f(CW@tie\fR{}= \f(CW\*(C`atxmega128a1\*(C'\fR, \f(CW\*(C`atxmega128a1u\*(C'\fR, \f(CW\*(C`atxmega128a4u\*(C'\fR.
  .ie n .IP """avrtiny""" 4
  .el .IP "\f(CWavrtiny\fR" 4
  .IX Item "avrtiny"
--- 14867,14874 ----
  .ie n .IP """avrxmega7""" 4
  .el .IP "\f(CWavrxmega7\fR" 4
  .IX Item "avrxmega7"
! \&\*(L"\s-1XMEGA\*(R"\s0 devices with more than 128@tie{}KiB of program memory and more than 64@tie{}KiB of \s-1RAM.
! \&\s0\fImcu\fR\f(CW@tie\fR{}= \f(CW\*(C`atxmega128a1\*(C'\fR, \f(CW\*(C`atxmega128a1u\*(C'\fR, \f(CW\*(C`atxmega128a4u\*(C'\fR.
  .ie n .IP """avrtiny""" 4
  .el .IP "\f(CWavrtiny\fR" 4
  .IX Item "avrtiny"
*************** for \fImcu\fR=\f(CW\*(C`avrtiny\*(C'\fR,
*** 15198,15204 ****
  If \fImcu\fR specifies a device, this built-in macro is set
  accordingly. For example, with \fB\-mmcu=atmega8\fR the macro is
  defined to \f(CW4\fR.
! .ie n .IP """_\|_AVR_\fIDevice\fP_\|_""" 4
  .el .IP "\f(CW_\|_AVR_\f(CIDevice\f(CW_\|_\fR" 4
  .IX Item "__AVR_Device__"
  Setting \fB\-mmcu=\fR\fIdevice\fR defines this built-in macro which reflects
--- 15202,15208 ----
  If \fImcu\fR specifies a device, this built-in macro is set
  accordingly. For example, with \fB\-mmcu=atmega8\fR the macro is
  defined to \f(CW4\fR.
! .ie n .IP """_\|_AVR_\f(CIDevice\f(CW_\|_""" 4
  .el .IP "\f(CW_\|_AVR_\f(CIDevice\f(CW_\|_\fR" 4
  .IX Item "__AVR_Device__"
  Setting \fB\-mmcu=\fR\fIdevice\fR defines this built-in macro which reflects
*************** The definition of these macros is affect
*** 15292,15298 ****
  .el .IP "\f(CW_\|_AVR_SP8_\|_\fR" 4
  .IX Item "__AVR_SP8__"
  .PD
! The device has the \s-1SPH\s0 (high part of stack pointer) special function
  register or has an 8\-bit stack pointer, respectively.
  The definition of these macros is affected by \fB\-mmcu=\fR and
  in the cases of \fB\-mmcu=avr2\fR and \fB\-mmcu=avr25\fR also
--- 15296,15302 ----
  .el .IP "\f(CW_\|_AVR_SP8_\|_\fR" 4
  .IX Item "__AVR_SP8__"
  .PD
! The device has the \s-1SPH \s0(high part of stack pointer) special function
  register or has an 8\-bit stack pointer, respectively.
  The definition of these macros is affected by \fB\-mmcu=\fR and
  in the cases of \fB\-mmcu=avr2\fR and \fB\-mmcu=avr25\fR also
*************** set.
*** 15334,15340 ****
  .el .IP "\f(CW_\|_AVR_ISA_RMW_\|_\fR" 4
  .IX Item "__AVR_ISA_RMW__"
  The device has Read-Modify-Write instructions (\s-1XCH, LAC, LAS\s0 and \s-1LAT\s0).
! .ie n .IP """_\|_AVR_SFR_OFFSET_\|_=\fIoffset\fP""" 4
  .el .IP "\f(CW_\|_AVR_SFR_OFFSET_\|_=\f(CIoffset\f(CW\fR" 4
  .IX Item "__AVR_SFR_OFFSET__=offset"
  Instructions that can address I/O special function registers directly
--- 15338,15344 ----
  .el .IP "\f(CW_\|_AVR_ISA_RMW_\|_\fR" 4
  .IX Item "__AVR_ISA_RMW__"
  The device has Read-Modify-Write instructions (\s-1XCH, LAC, LAS\s0 and \s-1LAT\s0).
! .ie n .IP """_\|_AVR_SFR_OFFSET_\|_=\f(CIoffset\f(CW""" 4
  .el .IP "\f(CW_\|_AVR_SFR_OFFSET_\|_=\f(CIoffset\f(CW\fR" 4
  .IX Item "__AVR_SFR_OFFSET__=offset"
  Instructions that can address I/O special function registers directly
*************** or storage for local variables needs to
*** 15670,15676 ****
  With \fB\-fpic\fR and \fB\-fPIC\fR, don't generate (do generate)
  instruction sequences that load addresses for functions from the \s-1PLT\s0 part
  of the \s-1GOT\s0 rather than (traditional on other architectures) calls to the
! \&\s-1PLT.\s0  The default is \fB\-mgotplt\fR.
  .IP "\fB\-melf\fR" 4
  .IX Item "-melf"
  Legacy no-op option only recognized with the cris-axis-elf and
--- 15674,15680 ----
  With \fB\-fpic\fR and \fB\-fPIC\fR, don't generate (do generate)
  instruction sequences that load addresses for functions from the \s-1PLT\s0 part
  of the \s-1GOT\s0 rather than (traditional on other architectures) calls to the
! \&\s-1PLT. \s0 The default is \fB\-mgotplt\fR.
  .IP "\fB\-melf\fR" 4
  .IX Item "-melf"
  Legacy no-op option only recognized with the cris-axis-elf and
*************** compilers call this option \fB\-ieee_wit
*** 16036,16042 ****
  .IP "\fB\-mieee\-with\-inexact\fR" 4
  .IX Item "-mieee-with-inexact"
  This is like \fB\-mieee\fR except the generated code also maintains
! the \s-1IEEE\s0 \fIinexact-flag\fR.  Turning on this option causes the
  generated code to implement fully-compliant \s-1IEEE\s0 math.  In addition to
  \&\f(CW\*(C`_IEEE_FP\*(C'\fR, \f(CW\*(C`_IEEE_FP_EXACT\*(C'\fR is defined as a preprocessor
  macro.  On some Alpha implementations the resulting code may execute
--- 16040,16046 ----
  .IP "\fB\-mieee\-with\-inexact\fR" 4
  .IX Item "-mieee-with-inexact"
  This is like \fB\-mieee\fR except the generated code also maintains
! the \s-1IEEE \s0\fIinexact-flag\fR.  Turning on this option causes the
  generated code to implement fully-compliant \s-1IEEE\s0 math.  In addition to
  \&\f(CW\*(C`_IEEE_FP\*(C'\fR, \f(CW\*(C`_IEEE_FP_EXACT\*(C'\fR is defined as a preprocessor
  macro.  On some Alpha implementations the resulting code may execute
*************** These \fB\-m\fR options are defined for
*** 16665,16671 ****
  .IP "\fB\-march=\fR\fIarchitecture-type\fR" 4
  .IX Item "-march=architecture-type"
  Generate code for the specified architecture.  The choices for
! \&\fIarchitecture-type\fR are \fB1.0\fR for \s-1PA 1.0,\s0 \fB1.1\fR for \s-1PA
  1.1,\s0 and \fB2.0\fR for \s-1PA 2.0\s0 processors.  Refer to
  \&\fI/usr/lib/sched.models\fR on an HP-UX system to determine the proper
  architecture option for your machine.  Code compiled for lower numbered
--- 16669,16675 ----
  .IP "\fB\-march=\fR\fIarchitecture-type\fR" 4
  .IX Item "-march=architecture-type"
  Generate code for the specified architecture.  The choices for
! \&\fIarchitecture-type\fR are \fB1.0\fR for \s-1PA 1.0, \s0\fB1.1\fR for \s-1PA
  1.1,\s0 and \fB2.0\fR for \s-1PA 2.0\s0 processors.  Refer to
  \&\fI/usr/lib/sched.models\fR on an HP-UX system to determine the proper
  architecture option for your machine.  Code compiled for lower numbered
*************** library that comes with \s-1GCC,\s0 with
*** 16760,16772 ****
  this to work.
  .IP "\fB\-msio\fR" 4
  .IX Item "-msio"
! Generate the predefine, \f(CW\*(C`_SIO\*(C'\fR, for server \s-1IO.\s0  The default is
  \&\fB\-mwsio\fR.  This generates the predefines, \f(CW\*(C`_\|_hp9000s700\*(C'\fR,
! \&\f(CW\*(C`_\|_hp9000s700_\|_\*(C'\fR and \f(CW\*(C`_WSIO\*(C'\fR, for workstation \s-1IO.\s0  These
  options are available under HP-UX and HI-UX.
  .IP "\fB\-mgnu\-ld\fR" 4
  .IX Item "-mgnu-ld"
! Use options specific to \s-1GNU\s0 \fBld\fR.
  This passes \fB\-shared\fR to \fBld\fR when
  building a shared library.  It is the default when \s-1GCC\s0 is configured,
  explicitly or implicitly, with the \s-1GNU\s0 linker.  This option does not
--- 16764,16776 ----
  this to work.
  .IP "\fB\-msio\fR" 4
  .IX Item "-msio"
! Generate the predefine, \f(CW\*(C`_SIO\*(C'\fR, for server \s-1IO. \s0 The default is
  \&\fB\-mwsio\fR.  This generates the predefines, \f(CW\*(C`_\|_hp9000s700\*(C'\fR,
! \&\f(CW\*(C`_\|_hp9000s700_\|_\*(C'\fR and \f(CW\*(C`_WSIO\*(C'\fR, for workstation \s-1IO. \s0 These
  options are available under HP-UX and HI-UX.
  .IP "\fB\-mgnu\-ld\fR" 4
  .IX Item "-mgnu-ld"
! Use options specific to \s-1GNU \s0\fBld\fR.
  This passes \fB\-shared\fR to \fBld\fR when
  building a shared library.  It is the default when \s-1GCC\s0 is configured,
  explicitly or implicitly, with the \s-1GNU\s0 linker.  This option does not
*************** using \fBwhich `gcc \-print\-prog\-name=
*** 16779,16785 ****
  on the 64\-bit HP-UX \s-1GCC,\s0 i.e. configured with \fBhppa*64*\-*\-hpux*\fR.
  .IP "\fB\-mhp\-ld\fR" 4
  .IX Item "-mhp-ld"
! Use options specific to \s-1HP\s0 \fBld\fR.
  This passes \fB\-b\fR to \fBld\fR when building
  a shared library and passes \fB+Accept TypeMismatch\fR to \fBld\fR on all
  links.  It is the default when \s-1GCC\s0 is configured, explicitly or
--- 16783,16789 ----
  on the 64\-bit HP-UX \s-1GCC,\s0 i.e. configured with \fBhppa*64*\-*\-hpux*\fR.
  .IP "\fB\-mhp\-ld\fR" 4
  .IX Item "-mhp-ld"
! Use options specific to \s-1HP \s0\fBld\fR.
  This passes \fB\-b\fR to \fBld\fR when building
  a shared library and passes \fB+Accept TypeMismatch\fR to \fBld\fR on all
  links.  It is the default when \s-1GCC\s0 is configured, explicitly or
*************** have to be emulated by software on the 6
*** 17446,17452 ****
  does not have code to emulate those instructions.
  .IP "\fB\-mcpu32\fR" 4
  .IX Item "-mcpu32"
! Generate output for a \s-1CPU32.\s0  This is the default
  when the compiler is configured for CPU32\-based systems.
  It is equivalent to \fB\-march=cpu32\fR.
  .Sp
--- 17450,17456 ----
  does not have code to emulate those instructions.
  .IP "\fB\-mcpu32\fR" 4
  .IX Item "-mcpu32"
! Generate output for a \s-1CPU32. \s0 This is the default
  when the compiler is configured for CPU32\-based systems.
  It is equivalent to \fB\-march=cpu32\fR.
  .Sp
*************** Use this option for microcontrollers wit
*** 17455,17461 ****
  68336, 68340, 68341, 68349 and 68360.
  .IP "\fB\-m5200\fR" 4
  .IX Item "-m5200"
! Generate output for a 520X ColdFire \s-1CPU.\s0  This is the default
  when the compiler is configured for 520X\-based systems.
  It is equivalent to \fB\-mcpu=5206\fR, and is now deprecated
  in favor of that option.
--- 17459,17465 ----
  68336, 68340, 68341, 68349 and 68360.
  .IP "\fB\-m5200\fR" 4
  .IX Item "-m5200"
! Generate output for a 520X ColdFire \s-1CPU. \s0 This is the default
  when the compiler is configured for 520X\-based systems.
  It is equivalent to \fB\-mcpu=5206\fR, and is now deprecated
  in favor of that option.
*************** Use this option for microcontroller with
*** 17464,17470 ****
  the \s-1MCF5202, MCF5203, MCF5204\s0 and \s-1MCF5206.\s0
  .IP "\fB\-m5206e\fR" 4
  .IX Item "-m5206e"
! Generate output for a 5206e ColdFire \s-1CPU.\s0  The option is now
  deprecated in favor of the equivalent \fB\-mcpu=5206e\fR.
  .IP "\fB\-m528x\fR" 4
  .IX Item "-m528x"
--- 17468,17474 ----
  the \s-1MCF5202, MCF5203, MCF5204\s0 and \s-1MCF5206.\s0
  .IP "\fB\-m5206e\fR" 4
  .IX Item "-m5206e"
! Generate output for a 5206e ColdFire \s-1CPU. \s0 The option is now
  deprecated in favor of the equivalent \fB\-mcpu=5206e\fR.
  .IP "\fB\-m528x\fR" 4
  .IX Item "-m528x"
*************** The option is now deprecated in favor of
*** 17473,17487 ****
  \&\fB\-mcpu=528x\fR.
  .IP "\fB\-m5307\fR" 4
  .IX Item "-m5307"
! Generate output for a ColdFire 5307 \s-1CPU.\s0  The option is now deprecated
  in favor of the equivalent \fB\-mcpu=5307\fR.
  .IP "\fB\-m5407\fR" 4
  .IX Item "-m5407"
! Generate output for a ColdFire 5407 \s-1CPU.\s0  The option is now deprecated
  in favor of the equivalent \fB\-mcpu=5407\fR.
  .IP "\fB\-mcfv4e\fR" 4
  .IX Item "-mcfv4e"
! Generate output for a ColdFire V4e family \s-1CPU\s0 (e.g. 547x/548x).
  This includes use of hardware floating-point instructions.
  The option is equivalent to \fB\-mcpu=547x\fR, and is now
  deprecated in favor of that option.
--- 17477,17491 ----
  \&\fB\-mcpu=528x\fR.
  .IP "\fB\-m5307\fR" 4
  .IX Item "-m5307"
! Generate output for a ColdFire 5307 \s-1CPU. \s0 The option is now deprecated
  in favor of the equivalent \fB\-mcpu=5307\fR.
  .IP "\fB\-m5407\fR" 4
  .IX Item "-m5407"
! Generate output for a ColdFire 5407 \s-1CPU. \s0 The option is now deprecated
  in favor of the equivalent \fB\-mcpu=5407\fR.
  .IP "\fB\-mcfv4e\fR" 4
  .IX Item "-mcfv4e"
! Generate output for a ColdFire V4e family \s-1CPU \s0(e.g. 547x/548x).
  This includes use of hardware floating-point instructions.
  The option is equivalent to \fB\-mcpu=547x\fR, and is now
  deprecated in favor of that option.
*************** The option is equivalent to \fB\-march=6
*** 17508,17514 ****
  .IX Item "-m68881"
  .PD
  Generate floating-point instructions.  This is the default for 68020
! and above, and for ColdFire devices that have an \s-1FPU.\s0  It defines the
  macro \f(CW\*(C`_\|_HAVE_68881_\|_\*(C'\fR on M680x0 targets and \f(CW\*(C`_\|_mcffpu_\|_\*(C'\fR
  on ColdFire targets.
  .IP "\fB\-msoft\-float\fR" 4
--- 17512,17518 ----
  .IX Item "-m68881"
  .PD
  Generate floating-point instructions.  This is the default for 68020
! and above, and for ColdFire devices that have an \s-1FPU. \s0 It defines the
  macro \f(CW\*(C`_\|_HAVE_68881_\|_\*(C'\fR on M680x0 targets and \f(CW\*(C`_\|_mcffpu_\|_\*(C'\fR
  on ColdFire targets.
  .IP "\fB\-msoft\-float\fR" 4
*************** the default for ColdFire devices that ha
*** 17525,17532 ****
  Generate (do not generate) ColdFire hardware divide and remainder
  instructions.  If \fB\-march\fR is used without \fB\-mcpu\fR,
  the default is \*(L"on\*(R" for ColdFire architectures and \*(L"off\*(R" for M680x0
! architectures.  Otherwise, the default is taken from the target \s-1CPU\s0
! (either the default \s-1CPU,\s0 or the one specified by \fB\-mcpu\fR).  For
  example, the default is \*(L"off\*(R" for \fB\-mcpu=5206\fR and \*(L"on\*(R" for
  \&\fB\-mcpu=5206e\fR.
  .Sp
--- 17529,17536 ----
  Generate (do not generate) ColdFire hardware divide and remainder
  instructions.  If \fB\-march\fR is used without \fB\-mcpu\fR,
  the default is \*(L"on\*(R" for ColdFire architectures and \*(L"off\*(R" for M680x0
! architectures.  Otherwise, the default is taken from the target \s-1CPU
! \&\s0(either the default \s-1CPU,\s0 or the one specified by \fB\-mcpu\fR).  For
  example, the default is \*(L"off\*(R" for \fB\-mcpu=5206\fR and \*(L"on\*(R" for
  \&\fB\-mcpu=5206e\fR.
  .Sp
*************** The processor names are:
*** 18015,18021 ****
  \&\fBvr5000\fR, \fBvr5400\fR, \fBvr5500\fR,
  \&\fBxlr\fR and \fBxlp\fR.
  The special value \fBfrom-abi\fR selects the
! most compatible architecture for the selected \s-1ABI\s0 (that is,
  \&\fBmips1\fR for 32\-bit ABIs and \fBmips3\fR for 64\-bit ABIs).
  .Sp
  The native Linux/GNU toolchain also supports the value \fBnative\fR,
--- 18019,18025 ----
  \&\fBvr5000\fR, \fBvr5400\fR, \fBvr5500\fR,
  \&\fBxlr\fR and \fBxlp\fR.
  The special value \fBfrom-abi\fR selects the
! most compatible architecture for the selected \s-1ABI \s0(that is,
  \&\fBmips1\fR for 32\-bit ABIs and \fBmips3\fR for 64\-bit ABIs).
  .Sp
  The native Linux/GNU toolchain also supports the value \fBnative\fR,
*************** remains the same in that the even-number
*** 18178,18185 ****
  are saved.
  .Sp
  Two additional variants of the o32 \s-1ABI\s0 are supported to enable
! a transition from 32\-bit to 64\-bit registers.  These are \s-1FPXX\s0
! (\fB\-mfpxx\fR) and \s-1FP64A\s0 (\fB\-mfp64\fR \fB\-mno\-odd\-spreg\fR).
  The \s-1FPXX\s0 extension mandates that all code must execute correctly
  when run using 32\-bit or 64\-bit registers.  The code can be interlinked
  with either \s-1FP32\s0 or \s-1FP64,\s0 but not both.
--- 18182,18189 ----
  are saved.
  .Sp
  Two additional variants of the o32 \s-1ABI\s0 are supported to enable
! a transition from 32\-bit to 64\-bit registers.  These are \s-1FPXX
! \&\s0(\fB\-mfpxx\fR) and \s-1FP64A \s0(\fB\-mfp64\fR \fB\-mno\-odd\-spreg\fR).
  The \s-1FPXX\s0 extension mandates that all code must execute correctly
  when run using 32\-bit or 64\-bit registers.  The code can be interlinked
  with either \s-1FP32\s0 or \s-1FP64,\s0 but not both.
*************** operations.  This is the default.
*** 18312,18319 ****
  .IX Item "-mno-odd-spreg"
  .PD
  Enable the use of odd-numbered single-precision floating-point registers
! for the o32 \s-1ABI.\s0  This is the default for processors that are known to
! support these registers.  When using the o32 \s-1FPXX ABI,\s0 \fB\-mno\-odd\-spreg\fR
  is set by default.
  .IP "\fB\-mabs=2008\fR" 4
  .IX Item "-mabs=2008"
--- 18316,18323 ----
  .IX Item "-mno-odd-spreg"
  .PD
  Enable the use of odd-numbered single-precision floating-point registers
! for the o32 \s-1ABI. \s0 This is the default for processors that are known to
! support these registers.  When using the o32 \s-1FPXX ABI, \s0\fB\-mno\-odd\-spreg\fR
  is set by default.
  .IP "\fB\-mabs=2008\fR" 4
  .IX Item "-mabs=2008"
*************** configurations; see the installation doc
*** 18382,18389 ****
  .IP "\fB\-mno\-dsp\fR" 4
  .IX Item "-mno-dsp"
  .PD
! Use (do not use) revision 1 of the \s-1MIPS DSP ASE.\s0
!   This option defines the
  preprocessor macro \f(CW\*(C`_\|_mips_dsp\*(C'\fR.  It also defines
  \&\f(CW\*(C`_\|_mips_dsp_rev\*(C'\fR to 1.
  .IP "\fB\-mdspr2\fR" 4
--- 18386,18393 ----
  .IP "\fB\-mno\-dsp\fR" 4
  .IX Item "-mno-dsp"
  .PD
! Use (do not use) revision 1 of the \s-1MIPS DSP ASE.
!  \s0 This option defines the
  preprocessor macro \f(CW\*(C`_\|_mips_dsp\*(C'\fR.  It also defines
  \&\f(CW\*(C`_\|_mips_dsp_rev\*(C'\fR to 1.
  .IP "\fB\-mdspr2\fR" 4
*************** preprocessor macro \f(CW\*(C`_\|_mips_ds
*** 18392,18399 ****
  .IP "\fB\-mno\-dspr2\fR" 4
  .IX Item "-mno-dspr2"
  .PD
! Use (do not use) revision 2 of the \s-1MIPS DSP ASE.\s0
!   This option defines the
  preprocessor macros \f(CW\*(C`_\|_mips_dsp\*(C'\fR and \f(CW\*(C`_\|_mips_dspr2\*(C'\fR.
  It also defines \f(CW\*(C`_\|_mips_dsp_rev\*(C'\fR to 2.
  .IP "\fB\-msmartmips\fR" 4
--- 18396,18403 ----
  .IP "\fB\-mno\-dspr2\fR" 4
  .IX Item "-mno-dspr2"
  .PD
! Use (do not use) revision 2 of the \s-1MIPS DSP ASE.
!  \s0 This option defines the
  preprocessor macros \f(CW\*(C`_\|_mips_dsp\*(C'\fR and \f(CW\*(C`_\|_mips_dspr2\*(C'\fR.
  It also defines \f(CW\*(C`_\|_mips_dsp_rev\*(C'\fR to 2.
  .IP "\fB\-msmartmips\fR" 4
*************** hardware floating-point support to be en
*** 18427,18433 ****
  .IP "\fB\-mno\-mips3d\fR" 4
  .IX Item "-mno-mips3d"
  .PD
! Use (do not use) the \s-1MIPS\-3D ASE.\s0  
  The option \fB\-mips3d\fR implies \fB\-mpaired\-single\fR.
  .IP "\fB\-mmicromips\fR" 4
  .IX Item "-mmicromips"
--- 18431,18437 ----
  .IP "\fB\-mno\-mips3d\fR" 4
  .IX Item "-mno-mips3d"
  .PD
! Use (do not use) the \s-1MIPS\-3D ASE.  \s0
  The option \fB\-mips3d\fR implies \fB\-mpaired\-single\fR.
  .IP "\fB\-mmicromips\fR" 4
  .IX Item "-mmicromips"
*************** determined.
*** 18484,18490 ****
  Force \f(CW\*(C`long\*(C'\fR, \f(CW\*(C`int\*(C'\fR, and pointer types to be 32 bits wide.
  .Sp
  The default size of \f(CW\*(C`int\*(C'\fRs, \f(CW\*(C`long\*(C'\fRs and pointers depends on
! the \s-1ABI.\s0  All the supported ABIs use 32\-bit \f(CW\*(C`int\*(C'\fRs.  The n64 \s-1ABI\s0
  uses 64\-bit \f(CW\*(C`long\*(C'\fRs, as does the 64\-bit \s-1EABI\s0; the others use
  32\-bit \f(CW\*(C`long\*(C'\fRs.  Pointers are the same size as \f(CW\*(C`long\*(C'\fRs,
  or the same size as integer registers, whichever is smaller.
--- 18488,18494 ----
  Force \f(CW\*(C`long\*(C'\fR, \f(CW\*(C`int\*(C'\fR, and pointer types to be 32 bits wide.
  .Sp
  The default size of \f(CW\*(C`int\*(C'\fRs, \f(CW\*(C`long\*(C'\fRs and pointers depends on
! the \s-1ABI. \s0 All the supported ABIs use 32\-bit \f(CW\*(C`int\*(C'\fRs.  The n64 \s-1ABI\s0
  uses 64\-bit \f(CW\*(C`long\*(C'\fRs, as does the 64\-bit \s-1EABI\s0; the others use
  32\-bit \f(CW\*(C`long\*(C'\fRs.  Pointers are the same size as \f(CW\*(C`long\*(C'\fRs,
  or the same size as integer registers, whichever is smaller.
*************** or the same size as integer registers, w
*** 18495,18501 ****
  .IX Item "-mno-sym32"
  .PD
  Assume (do not assume) that all symbols have 32\-bit values, regardless
! of the selected \s-1ABI.\s0  This option is useful in combination with
  \&\fB\-mabi=64\fR and \fB\-mno\-abicalls\fR because it allows \s-1GCC\s0
  to generate shorter and faster references to symbolic addresses.
  .IP "\fB\-G\fR \fInum\fR" 4
--- 18499,18505 ----
  .IX Item "-mno-sym32"
  .PD
  Assume (do not assume) that all symbols have 32\-bit values, regardless
! of the selected \s-1ABI. \s0 This option is useful in combination with
  \&\fB\-mabi=64\fR and \fB\-mno\-abicalls\fR because it allows \s-1GCC\s0
  to generate shorter and faster references to symbolic addresses.
  .IP "\fB\-G\fR \fInum\fR" 4
*************** otherwise.
*** 18794,18800 ****
  .IP "\fB\-mno\-fix\-rm7000\fR" 4
  .IX Item "-mno-fix-rm7000"
  .PD
! Work around the \s-1RM7000\s0 \f(CW\*(C`dmult\*(C'\fR/\f(CW\*(C`dmultu\*(C'\fR errata.  The
  workarounds are implemented by the assembler rather than by \s-1GCC.\s0
  .IP "\fB\-mfix\-vr4120\fR" 4
  .IX Item "-mfix-vr4120"
--- 18798,18804 ----
  .IP "\fB\-mno\-fix\-rm7000\fR" 4
  .IX Item "-mno-fix-rm7000"
  .PD
! Work around the \s-1RM7000 \s0\f(CW\*(C`dmult\*(C'\fR/\f(CW\*(C`dmultu\*(C'\fR errata.  The
  workarounds are implemented by the assembler rather than by \s-1GCC.\s0
  .IP "\fB\-mfix\-vr4120\fR" 4
  .IX Item "-mfix-vr4120"
*************** instructions.  These errata are handled
*** 18821,18830 ****
  .RE
  .IP "\fB\-mfix\-vr4130\fR" 4
  .IX Item "-mfix-vr4130"
! Work around the \s-1VR4130\s0 \f(CW\*(C`mflo\*(C'\fR/\f(CW\*(C`mfhi\*(C'\fR errata.  The
  workarounds are implemented by the assembler rather than by \s-1GCC,\s0
  although \s-1GCC\s0 avoids using \f(CW\*(C`mflo\*(C'\fR and \f(CW\*(C`mfhi\*(C'\fR if the
! \&\s-1VR4130\s0 \f(CW\*(C`macc\*(C'\fR, \f(CW\*(C`macchi\*(C'\fR, \f(CW\*(C`dmacc\*(C'\fR and \f(CW\*(C`dmacchi\*(C'\fR
  instructions are available instead.
  .IP "\fB\-mfix\-sb1\fR" 4
  .IX Item "-mfix-sb1"
--- 18825,18834 ----
  .RE
  .IP "\fB\-mfix\-vr4130\fR" 4
  .IX Item "-mfix-vr4130"
! Work around the \s-1VR4130 \s0\f(CW\*(C`mflo\*(C'\fR/\f(CW\*(C`mfhi\*(C'\fR errata.  The
  workarounds are implemented by the assembler rather than by \s-1GCC,\s0
  although \s-1GCC\s0 avoids using \f(CW\*(C`mflo\*(C'\fR and \f(CW\*(C`mfhi\*(C'\fR if the
! \&\s-1VR4130 \s0\f(CW\*(C`macc\*(C'\fR, \f(CW\*(C`macchi\*(C'\fR, \f(CW\*(C`dmacc\*(C'\fR and \f(CW\*(C`dmacchi\*(C'\fR
  instructions are available instead.
  .IP "\fB\-mfix\-sb1\fR" 4
  .IX Item "-mfix-sb1"
*************** The default is \fB\-mno\-mcount\-ra\-add
*** 19051,19057 ****
  .IP "\fB\-mno\-frame\-header\-opt\fR" 4
  .IX Item "-mno-frame-header-opt"
  .PD
! Enable (disable) frame header optimization in the o32 \s-1ABI.\s0  When using the
  o32 \s-1ABI,\s0 calling functions will allocate 16 bytes on the stack for the called
  function to write out register arguments.  When enabled, this optimization
  will suppress the allocation of the frame header if it can be determined that
--- 19055,19061 ----
  .IP "\fB\-mno\-frame\-header\-opt\fR" 4
  .IX Item "-mno-frame-header-opt"
  .PD
! Enable (disable) frame header optimization in the o32 \s-1ABI. \s0 When using the
  o32 \s-1ABI,\s0 calling functions will allocate 16 bytes on the stack for the called
  function to write out register arguments.  When enabled, this optimization
  will suppress the allocation of the frame header if it can be determined that
*************** header file.
*** 19272,19278 ****
  The option also sets the \s-1ISA\s0 to use.  If the \s-1MCU\s0 name is one that is
  known to only support the 430 \s-1ISA\s0 then that is selected, otherwise the
  430X \s-1ISA\s0 is selected.  A generic \s-1MCU\s0 name of \fBmsp430\fR can also be
! used to select the 430 \s-1ISA.\s0  Similarly the generic \fBmsp430x\fR \s-1MCU\s0
  name selects the 430X \s-1ISA.\s0
  .Sp
  In addition an MCU-specific linker script is added to the linker
--- 19276,19282 ----
  The option also sets the \s-1ISA\s0 to use.  If the \s-1MCU\s0 name is one that is
  known to only support the 430 \s-1ISA\s0 then that is selected, otherwise the
  430X \s-1ISA\s0 is selected.  A generic \s-1MCU\s0 name of \fBmsp430\fR can also be
! used to select the 430 \s-1ISA. \s0 Similarly the generic \fBmsp430x\fR \s-1MCU\s0
  name selects the 430X \s-1ISA.\s0
  .Sp
  In addition an MCU-specific linker script is added to the linker
*************** and not emit \f(CW\*(C`div\*(C'\fR and \
*** 19574,19581 ****
  .IP "\fB\-mno\-cdx\fR" 4
  .IX Item "-mno-cdx"
  .PD
! Enable or disable generation of Nios \s-1II R2 BMX\s0 (bit manipulation) and
! \&\s-1CDX\s0 (code density) instructions.  Enabling these instructions also
  requires \fB\-march=r2\fR.  Since these instructions are optional
  extensions to the R2 architecture, the default is not to emit them.
  .IP "\fB\-mcustom\-\fR\fIinsn\fR\fB=\fR\fIN\fR" 4
--- 19578,19585 ----
  .IP "\fB\-mno\-cdx\fR" 4
  .IX Item "-mno-cdx"
  .PD
! Enable or disable generation of Nios \s-1II R2 BMX \s0(bit manipulation) and
! \&\s-1CDX \s0(code density) instructions.  Enabling these instructions also
  requires \fB\-march=r2\fR.  Since these instructions are optional
  extensions to the R2 architecture, the default is not to emit them.
  .IP "\fB\-mcustom\-\fR\fIinsn\fR\fB=\fR\fIN\fR" 4
*************** function attribute
*** 19752,19761 ****
  or pragma.
  .PP
  These additional \fB\-m\fR options are available for the Altera Nios \s-1II
! ELF\s0 (bare-metal) target:
  .IP "\fB\-mhal\fR" 4
  .IX Item "-mhal"
! Link with \s-1HAL BSP.\s0  This suppresses linking with the GCC-provided C runtime
  startup and termination code, and is typically used in conjunction with
  \&\fB\-msys\-crt0=\fR to specify the location of the alternate startup code
  provided by the \s-1HAL BSP.\s0
--- 19756,19765 ----
  or pragma.
  .PP
  These additional \fB\-m\fR options are available for the Altera Nios \s-1II
! ELF \s0(bare-metal) target:
  .IP "\fB\-mhal\fR" 4
  .IX Item "-mhal"
! Link with \s-1HAL BSP. \s0 This suppresses linking with the GCC-provided C runtime
  startup and termination code, and is typically used in conjunction with
  \&\fB\-msys\-crt0=\fR to specify the location of the alternate startup code
  provided by the \s-1HAL BSP.\s0
*************** Return floating-point results in memory.
*** 19844,19850 ****
  Generate code for a \s-1PDP\-11/40.\s0
  .IP "\fB\-m45\fR" 4
  .IX Item "-m45"
! Generate code for a \s-1PDP\-11/45.\s0  This is the default.
  .IP "\fB\-m10\fR" 4
  .IX Item "-m10"
  Generate code for a \s-1PDP\-11/10.\s0
--- 19848,19854 ----
  Generate code for a \s-1PDP\-11/40.\s0
  .IP "\fB\-m45\fR" 4
  .IX Item "-m45"
! Generate code for a \s-1PDP\-11/45. \s0 This is the default.
  .IP "\fB\-m10\fR" 4
  .IX Item "-m10"
  Generate code for a \s-1PDP\-11/10.\s0
*************** work properly on all types of \s-1AE.\s0
*** 19924,19930 ****
  \&\fB\-mae=MUL\fR selects a \s-1MUL AE\s0 type.  This is the most useful \s-1AE\s0 type
  for compiled code, and is the default.
  .Sp
! \&\fB\-mae=MAC\fR selects a DSP-style \s-1MAC AE.\s0  Code compiled with this
  option may suffer from poor performance of byte (char) manipulation,
  since the \s-1DSP AE\s0 does not provide hardware support for byte load/stores.
  .IP "\fB\-msymbol\-as\-address\fR" 4
--- 19928,19934 ----
  \&\fB\-mae=MUL\fR selects a \s-1MUL AE\s0 type.  This is the most useful \s-1AE\s0 type
  for compiled code, and is the default.
  .Sp
! \&\fB\-mae=MAC\fR selects a DSP-style \s-1MAC AE. \s0 Code compiled with this
  option may suffer from poor performance of byte (char) manipulation,
  since the \s-1DSP AE\s0 does not provide hardware support for byte load/stores.
  .IP "\fB\-msymbol\-as\-address\fR" 4
*************** the F or D extensions for floating-point
*** 19995,20001 ****
  Use hardware instructions for integer division.  This requires the M extension.
  .IP "\fB\-march=\fR\fIISA-string\fR" 4
  .IX Item "-march=ISA-string"
! Generate code for given RISC-V \s-1ISA\s0 (e.g. \fBrv64im\fR).  \s-1ISA\s0 strings must be
  lower-case.  Examples include \fBrv64i\fR, \fBrv32g\fR, and \fBrv32imaf\fR.
  .IP "\fB\-mtune=\fR\fIprocessor-string\fR" 4
  .IX Item "-mtune=processor-string"
--- 19999,20005 ----
  Use hardware instructions for integer division.  This requires the M extension.
  .IP "\fB\-march=\fR\fIISA-string\fR" 4
  .IX Item "-march=ISA-string"
! Generate code for given RISC-V \s-1ISA \s0(e.g. \fBrv64im\fR).  \s-1ISA\s0 strings must be
  lower-case.  Examples include \fBrv64i\fR, \fBrv32g\fR, and \fBrv32imaf\fR.
  .IP "\fB\-mtune=\fR\fIprocessor-string\fR" 4
  .IX Item "-mtune=processor-string"
*************** Specifies the type of hardware multiplic
*** 20038,20046 ****
  be used.  The simplest is \f(CW\*(C`none\*(C'\fR, which uses software for both
  multiplication and division.  This is the default.  The \f(CW\*(C`g13\*(C'\fR
  value is for the hardware multiply/divide peripheral found on the
! \&\s-1RL78/G13\s0 (S2 core) targets.  The \f(CW\*(C`g14\*(C'\fR value selects the use of
! the multiplication and division instructions supported by the \s-1RL78/G14\s0
! (S3 core) parts.  The value \f(CW\*(C`rl78\*(C'\fR is an alias for \f(CW\*(C`g14\*(C'\fR and
  the value \f(CW\*(C`mg10\*(C'\fR is an alias for \f(CW\*(C`none\*(C'\fR.
  .Sp
  In addition a C preprocessor macro is defined, based upon the setting
--- 20042,20050 ----
  be used.  The simplest is \f(CW\*(C`none\*(C'\fR, which uses software for both
  multiplication and division.  This is the default.  The \f(CW\*(C`g13\*(C'\fR
  value is for the hardware multiply/divide peripheral found on the
! \&\s-1RL78/G13 \s0(S2 core) targets.  The \f(CW\*(C`g14\*(C'\fR value selects the use of
! the multiplication and division instructions supported by the \s-1RL78/G14
! \&\s0(S3 core) parts.  The value \f(CW\*(C`rl78\*(C'\fR is an alias for \f(CW\*(C`g14\*(C'\fR and
  the value \f(CW\*(C`mg10\*(C'\fR is an alias for \f(CW\*(C`none\*(C'\fR.
  .Sp
  In addition a C preprocessor macro is defined, based upon the setting
*************** of this option.  Possible values are: \f
*** 20057,20063 ****
  .IX Item "-mcpu=rl78"
  .PD
  Specifies the \s-1RL78\s0 core to target.  The default is the G14 core, also
! known as an S3 core or just \s-1RL78.\s0  The G13 or S2 core does not have
  multiply or divide instructions, instead it uses a hardware peripheral
  for these operations.  The G10 or S1 core does not have register
  banks, so it uses a different calling convention.
--- 20061,20067 ----
  .IX Item "-mcpu=rl78"
  .PD
  Specifies the \s-1RL78\s0 core to target.  The default is the G14 core, also
! known as an S3 core or just \s-1RL78. \s0 The G13 or S2 core does not have
  multiply or divide instructions, instead it uses a hardware peripheral
  for these operations.  The G10 or S1 core does not have register
  banks, so it uses a different calling convention.
*************** These \fB\-m\fR options are defined for
*** 20172,20178 ****
  .PD
  You use these options to specify which instructions are available on the
  processor you are using.  The default value of these options is
! determined when configuring \s-1GCC.\s0  Specifying the
  \&\fB\-mcpu=\fR\fIcpu_type\fR overrides the specification of these
  options.  We recommend you use the \fB\-mcpu=\fR\fIcpu_type\fR option
  rather than the options listed above.
--- 20176,20182 ----
  .PD
  You use these options to specify which instructions are available on the
  processor you are using.  The default value of these options is
! determined when configuring \s-1GCC. \s0 Specifying the
  \&\fB\-mcpu=\fR\fIcpu_type\fR overrides the specification of these
  options.  We recommend you use the \fB\-mcpu=\fR\fIcpu_type\fR option
  rather than the options listed above.
*************** This is a PowerPC
*** 20348,20354 ****
  32\-bit \s-1SYSV ABI\s0 option.
  .IP "\fB\-mbss\-plt\fR" 4
  .IX Item "-mbss-plt"
! Generate code that uses a \s-1BSS\s0 \f(CW\*(C`.plt\*(C'\fR section that \fBld.so\fR
  fills in, and
  requires \f(CW\*(C`.plt\*(C'\fR and \f(CW\*(C`.got\*(C'\fR
  sections that are both writable and executable.
--- 20352,20358 ----
  32\-bit \s-1SYSV ABI\s0 option.
  .IP "\fB\-mbss\-plt\fR" 4
  .IX Item "-mbss-plt"
! Generate code that uses a \s-1BSS \s0\f(CW\*(C`.plt\*(C'\fR section that \fBld.so\fR
  fills in, and
  requires \f(CW\*(C`.plt\*(C'\fR and \f(CW\*(C`.got\*(C'\fR
  sections that are both writable and executable.
*************** This switch has been deprecated.  Use \f
*** 20366,20373 ****
  \&\fB\-mno\-isel\fR instead.
  .IP "\fB\-mlra\fR" 4
  .IX Item "-mlra"
! Enable Local Register Allocation. By default the port uses \s-1LRA.\s0
! (i.e. \fB\-mno\-lra\fR).
  .IP "\fB\-mspe\fR" 4
  .IX Item "-mspe"
  .PD 0
--- 20370,20377 ----
  \&\fB\-mno\-isel\fR instead.
  .IP "\fB\-mlra\fR" 4
  .IX Item "-mlra"
! Enable Local Register Allocation. By default the port uses \s-1LRA.
! \&\s0(i.e. \fB\-mno\-lra\fR).
  .IP "\fB\-mspe\fR" 4
  .IX Item "-mspe"
  .PD 0
*************** later processors.
*** 20440,20446 ****
  .IX Item "-mno-power8-vector"
  .PD
  Generate code that uses (does not use) the vector and scalar
! instructions that were added in version 2.07 of the PowerPC \s-1ISA.\s0  Also
  enable the use of built-in functions that allow more direct access to
  the vector instructions.
  .IP "\fB\-mquad\-memory\fR" 4
--- 20444,20450 ----
  .IX Item "-mno-power8-vector"
  .PD
  Generate code that uses (does not use) the vector and scalar
! instructions that were added in version 2.07 of the PowerPC \s-1ISA. \s0 Also
  enable the use of built-in functions that allow more direct access to
  the vector instructions.
  .IP "\fB\-mquad\-memory\fR" 4
*************** any of the \fB\-mcpu=power7\fR, \fB\-mcp
*** 20482,20488 ****
  Generate code that uses (does not use) the scalar double precision
  instructions that target all 64 registers in the vector/scalar
  floating point register set that were added in version 2.06 of the
! PowerPC \s-1ISA.\s0  \fB\-mupper\-regs\-df\fR is turned on by default if you
  use any of the \fB\-mcpu=power7\fR, \fB\-mcpu=power8\fR,
  \&\fB\-mcpu=power9\fR, or \fB\-mvsx\fR options.
  .IP "\fB\-mupper\-regs\-sf\fR" 4
--- 20486,20492 ----
  Generate code that uses (does not use) the scalar double precision
  instructions that target all 64 registers in the vector/scalar
  floating point register set that were added in version 2.06 of the
! PowerPC \s-1ISA.  \s0\fB\-mupper\-regs\-df\fR is turned on by default if you
  use any of the \fB\-mcpu=power7\fR, \fB\-mcpu=power8\fR,
  \&\fB\-mcpu=power9\fR, or \fB\-mvsx\fR options.
  .IP "\fB\-mupper\-regs\-sf\fR" 4
*************** use any of the \fB\-mcpu=power7\fR, \fB\
*** 20494,20500 ****
  Generate code that uses (does not use) the scalar single precision
  instructions that target all 64 registers in the vector/scalar
  floating point register set that were added in version 2.07 of the
! PowerPC \s-1ISA.\s0  \fB\-mupper\-regs\-sf\fR is turned on by default if you
  use either of the \fB\-mcpu=power8\fR, \fB\-mpower8\-vector\fR, or
  \&\fB\-mcpu=power9\fR options.
  .IP "\fB\-mupper\-regs\fR" 4
--- 20498,20504 ----
  Generate code that uses (does not use) the scalar single precision
  instructions that target all 64 registers in the vector/scalar
  floating point register set that were added in version 2.07 of the
! PowerPC \s-1ISA.  \s0\fB\-mupper\-regs\-sf\fR is turned on by default if you
  use either of the \fB\-mcpu=power8\fR, \fB\-mpower8\-vector\fR, or
  \&\fB\-mcpu=power9\fR options.
  .IP "\fB\-mupper\-regs\fR" 4
*************** pointer to 64 bits, and generates code f
*** 20585,20595 ****
  .IP "\fB\-mminimal\-toc\fR" 4
  .IX Item "-mminimal-toc"
  .PD
! Modify generation of the \s-1TOC\s0 (Table Of Contents), which is created for
  every executable file.  The \fB\-mfull\-toc\fR option is selected by
  default.  In that case, \s-1GCC\s0 allocates at least one \s-1TOC\s0 entry for
  each unique non-automatic variable reference in your program.  \s-1GCC\s0
! also places floating-point constants in the \s-1TOC.\s0  However, only
  16,384 entries are available in the \s-1TOC.\s0
  .Sp
  If you receive a linker error message that saying you have overflowed
--- 20589,20599 ----
  .IP "\fB\-mminimal\-toc\fR" 4
  .IX Item "-mminimal-toc"
  .PD
! Modify generation of the \s-1TOC \s0(Table Of Contents), which is created for
  every executable file.  The \fB\-mfull\-toc\fR option is selected by
  default.  In that case, \s-1GCC\s0 allocates at least one \s-1TOC\s0 entry for
  each unique non-automatic variable reference in your program.  \s-1GCC\s0
! also places floating-point constants in the \s-1TOC. \s0 However, only
  16,384 entries are available in the \s-1TOC.\s0
  .Sp
  If you receive a linker error message that saying you have overflowed
*************** with the \fB\-mno\-fp\-in\-toc\fR and \f
*** 20598,20604 ****
  \&\fB\-mno\-fp\-in\-toc\fR prevents \s-1GCC\s0 from putting floating-point
  constants in the \s-1TOC\s0 and \fB\-mno\-sum\-in\-toc\fR forces \s-1GCC\s0 to
  generate code to calculate the sum of an address and a constant at
! run time instead of putting that sum into the \s-1TOC.\s0  You may specify one
  or both of these options.  Each causes \s-1GCC\s0 to produce very slightly
  slower and larger code at the expense of conserving \s-1TOC\s0 space.
  .Sp
--- 20602,20608 ----
  \&\fB\-mno\-fp\-in\-toc\fR prevents \s-1GCC\s0 from putting floating-point
  constants in the \s-1TOC\s0 and \fB\-mno\-sum\-in\-toc\fR forces \s-1GCC\s0 to
  generate code to calculate the sum of an address and a constant at
! run time instead of putting that sum into the \s-1TOC. \s0 You may specify one
  or both of these options.  Each causes \s-1GCC\s0 to produce very slightly
  slower and larger code at the expense of conserving \s-1TOC\s0 space.
  .Sp
*************** implies \fB\-mno\-powerpc64\fR.  \s-1GCC
*** 20626,20632 ****
  .IX Item "-mno-xl-compat"
  .PD
  Produce code that conforms more closely to \s-1IBM XL\s0 compiler semantics
! when using AIX-compatible \s-1ABI.\s0  Pass floating-point arguments to
  prototyped functions beyond the register save area (\s-1RSA\s0) on the stack
  in addition to argument FPRs.  Do not assume that most significant
  double in 128\-bit long double value is properly rounded when comparing
--- 20630,20636 ----
  .IX Item "-mno-xl-compat"
  .PD
  Produce code that conforms more closely to \s-1IBM XL\s0 compiler semantics
! when using AIX-compatible \s-1ABI. \s0 Pass floating-point arguments to
  prototyped functions beyond the register save area (\s-1RSA\s0) on the stack
  in addition to argument FPRs.  Do not assume that most significant
  double in 128\-bit long double value is properly rounded when comparing
*************** On Darwin/PPC systems, \f(CW\*(C`#pragma
*** 21161,21167 ****
  callee, L42\*(C'\fR, plus a \fIbranch island\fR (glue code).  The two target
  addresses represent the callee and the branch island.  The
  Darwin/PPC linker prefers the first address and generates a \f(CW\*(C`bl
! callee\*(C'\fR if the \s-1PPC\s0 \f(CW\*(C`bl\*(C'\fR instruction reaches the callee directly;
  otherwise, the linker generates \f(CW\*(C`bl L42\*(C'\fR to call the branch
  island.  The branch island is appended to the body of the
  calling function; it computes the full 32\-bit address of the callee
--- 21165,21171 ----
  callee, L42\*(C'\fR, plus a \fIbranch island\fR (glue code).  The two target
  addresses represent the callee and the branch island.  The
  Darwin/PPC linker prefers the first address and generates a \f(CW\*(C`bl
! callee\*(C'\fR if the \s-1PPC \s0\f(CW\*(C`bl\*(C'\fR instruction reaches the callee directly;
  otherwise, the linker generates \f(CW\*(C`bl L42\*(C'\fR to call the branch
  island.  The branch island is appended to the body of the
  calling function; it computes the full 32\-bit address of the callee
*************** which handle the double-precision recipr
*** 21253,21259 ****
  .PD
  Assume (do not assume) that the reciprocal estimate instructions
  provide higher-precision estimates than is mandated by the PowerPC
! \&\s-1ABI.\s0  Selecting \fB\-mcpu=power6\fR, \fB\-mcpu=power7\fR or
  \&\fB\-mcpu=power8\fR automatically selects \fB\-mrecip\-precision\fR.
  The double-precision square root estimate instructions are not generated by
  default on low-precision machines, since they do not provide an
--- 21257,21263 ----
  .PD
  Assume (do not assume) that the reciprocal estimate instructions
  provide higher-precision estimates than is mandated by the PowerPC
! \&\s-1ABI. \s0 Selecting \fB\-mcpu=power6\fR, \fB\-mcpu=power7\fR or
  \&\fB\-mcpu=power8\fR automatically selects \fB\-mrecip\-precision\fR.
  The double-precision square root estimate instructions are not generated by
  default on low-precision machines, since they do not provide an
*************** Generate (do not generate) code to pass
*** 21328,21337 ****
  maximum alignment of 64 bits, for compatibility with older versions
  of \s-1GCC.\s0
  .Sp
! Older versions of \s-1GCC\s0 (prior to 4.9.0) incorrectly did not align a
  structure parameter on a 128\-bit boundary when that structure contained
  a member requiring 128\-bit alignment.  This is corrected in more
! recent versions of \s-1GCC.\s0  This option may be used to generate code
  that is compatible with functions compiled with older versions of
  \&\s-1GCC.\s0
  .Sp
--- 21332,21341 ----
  maximum alignment of 64 bits, for compatibility with older versions
  of \s-1GCC.\s0
  .Sp
! Older versions of \s-1GCC \s0(prior to 4.9.0) incorrectly did not align a
  structure parameter on a 128\-bit boundary when that structure contained
  a member requiring 128\-bit alignment.  This is corrected in more
! recent versions of \s-1GCC. \s0 This option may be used to generate code
  that is compatible with functions compiled with older versions of
  \&\s-1GCC.\s0
  .Sp
*************** This is because the \s-1RX FPU\s0 instru
*** 21391,21397 ****
  .IX Item "-mcpu=name"
  Selects the type of \s-1RX CPU\s0 to be targeted.  Currently three types are
  supported, the generic \fB\s-1RX600\s0\fR and \fB\s-1RX200\s0\fR series hardware and
! the specific \fB\s-1RX610\s0\fR \s-1CPU.\s0  The default is \fB\s-1RX600\s0\fR.
  .Sp
  The only difference between \fB\s-1RX600\s0\fR and \fB\s-1RX610\s0\fR is that the
  \&\fB\s-1RX610\s0\fR does not support the \f(CW\*(C`MVTIPL\*(C'\fR instruction.
--- 21395,21401 ----
  .IX Item "-mcpu=name"
  Selects the type of \s-1RX CPU\s0 to be targeted.  Currently three types are
  supported, the generic \fB\s-1RX600\s0\fR and \fB\s-1RX200\s0\fR series hardware and
! the specific \fB\s-1RX610\s0\fR \s-1CPU. \s0 The default is \fB\s-1RX600\s0\fR.
  .Sp
  The only difference between \fB\s-1RX600\s0\fR and \fB\s-1RX610\s0\fR is that the
  \&\fB\s-1RX610\s0\fR does not support the \f(CW\*(C`MVTIPL\*(C'\fR instruction.
*************** which does not have this limitation.
*** 21669,21676 ****
  .IX Item "-m31"
  .PD
  When \fB\-m31\fR is specified, generate code compliant to the
! GNU/Linux for S/390 \s-1ABI.\s0  When \fB\-m64\fR is specified, generate
! code compliant to the GNU/Linux for zSeries \s-1ABI.\s0  This allows \s-1GCC\s0 in
  particular to generate 64\-bit instructions.  For the \fBs390\fR
  targets, the default is \fB\-m31\fR, while the \fBs390x\fR
  targets default to \fB\-m64\fR.
--- 21673,21680 ----
  .IX Item "-m31"
  .PD
  When \fB\-m31\fR is specified, generate code compliant to the
! GNU/Linux for S/390 \s-1ABI. \s0 When \fB\-m64\fR is specified, generate
! code compliant to the GNU/Linux for zSeries \s-1ABI. \s0 This allows \s-1GCC\s0 in
  particular to generate 64\-bit instructions.  For the \fBs390\fR
  targets, the default is \fB\-m31\fR, while the \fBs390x\fR
  targets default to \fB\-m64\fR.
*************** targets default to \fB\-m64\fR.
*** 21683,21689 ****
  When \fB\-mzarch\fR is specified, generate code using the
  instructions available on z/Architecture.
  When \fB\-mesa\fR is specified, generate code using the
! instructions available on \s-1ESA/390.\s0  Note that \fB\-mesa\fR is
  not possible with \fB\-m64\fR.
  When generating code compliant to the GNU/Linux for S/390 \s-1ABI,\s0
  the default is \fB\-mesa\fR.  When generating code compliant
--- 21687,21693 ----
  When \fB\-mzarch\fR is specified, generate code using the
  instructions available on z/Architecture.
  When \fB\-mesa\fR is specified, generate code using the
! instructions available on \s-1ESA/390. \s0 Note that \fB\-mesa\fR is
  not possible with \fB\-m64\fR.
  When generating code compliant to the GNU/Linux for S/390 \s-1ABI,\s0
  the default is \fB\-mesa\fR.  When generating code compliant
*************** available with the vector extension faci
*** 21710,21716 ****
  z13 machine generation.
  This option changes the \s-1ABI\s0 for some vector type values with regard to
  alignment and calling conventions.  In case vector type values are
! being used in an ABI-relevant context a \s-1GAS\s0 \fB.gnu_attribute\fR
  command will be added to mark the resulting binary with the \s-1ABI\s0 used.
  \&\fB\-mvx\fR is enabled by default when using \fB\-march=z13\fR.
  .IP "\fB\-mzvector\fR" 4
--- 21714,21720 ----
  z13 machine generation.
  This option changes the \s-1ABI\s0 for some vector type values with regard to
  alignment and calling conventions.  In case vector type values are
! being used in an ABI-relevant context a \s-1GAS \s0\fB.gnu_attribute\fR
  command will be added to mark the resulting binary with the \s-1ABI\s0 used.
  \&\fB\-mvx\fR is enabled by default when using \fB\-march=z13\fR.
  .IP "\fB\-mzvector\fR" 4
*************** Generate code for \s-1SH4\-300\s0 in suc
*** 21962,21971 ****
  floating-point operations are used.
  .IP "\fB\-m4\-340\fR" 4
  .IX Item "-m4-340"
! Generate code for \s-1SH4\-340\s0 (no \s-1MMU,\s0 no \s-1FPU\s0).
  .IP "\fB\-m4\-500\fR" 4
  .IX Item "-m4-500"
! Generate code for \s-1SH4\-500\s0 (no \s-1FPU\s0).  Passes \fB\-isa=sh4\-nofpu\fR to the
  assembler.
  .IP "\fB\-m4a\-nofpu\fR" 4
  .IX Item "-m4a-nofpu"
--- 21966,21975 ----
  floating-point operations are used.
  .IP "\fB\-m4\-340\fR" 4
  .IX Item "-m4-340"
! Generate code for \s-1SH4\-340 \s0(no \s-1MMU,\s0 no \s-1FPU\s0).
  .IP "\fB\-m4\-500\fR" 4
  .IX Item "-m4-500"
! Generate code for \s-1SH4\-500 \s0(no \s-1FPU\s0).  Passes \fB\-isa=sh4\-nofpu\fR to the
  assembler.
  .IP "\fB\-m4a\-nofpu\fR" 4
  .IX Item "-m4a-nofpu"
*************** SH2A\s0 and SHcompact.
*** 22158,22171 ****
  .IX Item "call-fp"
  Calls a library function that performs the operation in double precision
  floating point.  Division by zero causes a floating-point exception.  This is
! the default for SHcompact with \s-1FPU.\s0  Specifying this for targets that do not
  have a double precision \s-1FPU\s0 defaults to \f(CW\*(C`call\-div1\*(C'\fR.
  .IP "\fBcall-table\fR" 4
  .IX Item "call-table"
  Calls a library function that uses a lookup table for small divisors and
  the \f(CW\*(C`div1\*(C'\fR instruction with case distinction for larger divisors.  Division
  by zero calculates an unspecified result and does not trap.  This is the default
! for \s-1SH4.\s0  Specifying this for targets that do not have dynamic shift
  instructions defaults to \f(CW\*(C`call\-div1\*(C'\fR.
  .RE
  .RS 4
--- 22162,22175 ----
  .IX Item "call-fp"
  Calls a library function that performs the operation in double precision
  floating point.  Division by zero causes a floating-point exception.  This is
! the default for SHcompact with \s-1FPU. \s0 Specifying this for targets that do not
  have a double precision \s-1FPU\s0 defaults to \f(CW\*(C`call\-div1\*(C'\fR.
  .IP "\fBcall-table\fR" 4
  .IX Item "call-table"
  Calls a library function that uses a lookup table for small divisors and
  the \f(CW\*(C`div1\*(C'\fR instruction with case distinction for larger divisors.  Division
  by zero calculates an unspecified result and does not trap.  This is the default
! for \s-1SH4. \s0 Specifying this for targets that do not have dynamic shift
  instructions defaults to \f(CW\*(C`call\-div1\*(C'\fR.
  .RE
  .RS 4
*************** is being compiled for.
*** 22209,22215 ****
  Assume (do not assume) that zero displacement conditional branch instructions
  \&\f(CW\*(C`bt\*(C'\fR and \f(CW\*(C`bf\*(C'\fR are fast.  If \fB\-mzdcbranch\fR is specified, the
  compiler prefers zero displacement branch code sequences.  This is
! enabled by default when generating code for \s-1SH4\s0 and \s-1SH4A.\s0  It can be explicitly
  disabled by specifying \fB\-mno\-zdcbranch\fR.
  .IP "\fB\-mcbranch\-force\-delay\-slot\fR" 4
  .IX Item "-mcbranch-force-delay-slot"
--- 22213,22219 ----
  Assume (do not assume) that zero displacement conditional branch instructions
  \&\f(CW\*(C`bt\*(C'\fR and \f(CW\*(C`bf\*(C'\fR are fast.  If \fB\-mzdcbranch\fR is specified, the
  compiler prefers zero displacement branch code sequences.  This is
! enabled by default when generating code for \s-1SH4\s0 and \s-1SH4A. \s0 It can be explicitly
  disabled by specifying \fB\-mno\-zdcbranch\fR.
  .IP "\fB\-mcbranch\-force\-delay\-slot\fR" 4
  .IX Item "-mcbranch-force-delay-slot"
*************** mapped to \fB\-ffp\-contract=off\fR.
*** 22238,22244 ****
  Allow or disallow the compiler to emit the \f(CW\*(C`fsca\*(C'\fR instruction for sine
  and cosine approximations.  The option \fB\-mfsca\fR must be used in
  combination with \fB\-funsafe\-math\-optimizations\fR.  It is enabled by default
! when generating code for \s-1SH4A.\s0  Using \fB\-mno\-fsca\fR disables sine and cosine
  approximations even if \fB\-funsafe\-math\-optimizations\fR is in effect.
  .IP "\fB\-mfsrra\fR" 4
  .IX Item "-mfsrra"
--- 22242,22248 ----
  Allow or disallow the compiler to emit the \f(CW\*(C`fsca\*(C'\fR instruction for sine
  and cosine approximations.  The option \fB\-mfsca\fR must be used in
  combination with \fB\-funsafe\-math\-optimizations\fR.  It is enabled by default
! when generating code for \s-1SH4A. \s0 Using \fB\-mno\-fsca\fR disables sine and cosine
  approximations even if \fB\-funsafe\-math\-optimizations\fR is in effect.
  .IP "\fB\-mfsrra\fR" 4
  .IX Item "-mfsrra"
*************** Allow or disallow the compiler to emit t
*** 22250,22256 ****
  reciprocal square root approximations.  The option \fB\-mfsrra\fR must be used
  in combination with \fB\-funsafe\-math\-optimizations\fR and
  \&\fB\-ffinite\-math\-only\fR.  It is enabled by default when generating code for
! \&\s-1SH4A.\s0  Using \fB\-mno\-fsrra\fR disables reciprocal square root approximations
  even if \fB\-funsafe\-math\-optimizations\fR and \fB\-ffinite\-math\-only\fR are
  in effect.
  .IP "\fB\-mpretend\-cmove\fR" 4
--- 22254,22260 ----
  reciprocal square root approximations.  The option \fB\-mfsrra\fR must be used
  in combination with \fB\-funsafe\-math\-optimizations\fR and
  \&\fB\-ffinite\-math\-only\fR.  It is enabled by default when generating code for
! \&\s-1SH4A. \s0 Using \fB\-mno\-fsrra\fR disables reciprocal square root approximations
  even if \fB\-funsafe\-math\-optimizations\fR and \fB\-ffinite\-math\-only\fR are
  in effect.
  .IP "\fB\-mpretend\-cmove\fR" 4
*************** instructions.
*** 22357,22363 ****
  .IX Item "-msoft-quad-float"
  Generate output containing library calls for quad-word (long double)
  floating-point instructions.  The functions called are those specified
! in the \s-1SPARC ABI.\s0  This is the default.
  .Sp
  As of this writing, there are no \s-1SPARC\s0 implementations that have hardware
  support for the quad-word floating-point instructions.  They all invoke
--- 22361,22367 ----
  .IX Item "-msoft-quad-float"
  Generate output containing library calls for quad-word (long double)
  floating-point instructions.  The functions called are those specified
! in the \s-1SPARC ABI. \s0 This is the default.
  .Sp
  As of this writing, there are no \s-1SPARC\s0 implementations that have hardware
  support for the quad-word floating-point instructions.  They all invoke
*************** should have 8\-byte alignment.  This ena
*** 22399,22405 ****
  \&\f(CW\*(C`ldd\*(C'\fR and \f(CW\*(C`std\*(C'\fR instructions for copies in structure
  assignment, in place of twice as many \f(CW\*(C`ld\*(C'\fR and \f(CW\*(C`st\*(C'\fR pairs.
  However, the use of this changed alignment directly violates the \s-1SPARC
! ABI.\s0  Thus, it's intended only for use on targets where the developer
  acknowledges that their resulting code is not directly in line with
  the rules of the \s-1ABI.\s0
  .IP "\fB\-mstd\-struct\-return\fR" 4
--- 22403,22409 ----
  \&\f(CW\*(C`ldd\*(C'\fR and \f(CW\*(C`std\*(C'\fR instructions for copies in structure
  assignment, in place of twice as many \f(CW\*(C`ld\*(C'\fR and \f(CW\*(C`st\*(C'\fR pairs.
  However, the use of this changed alignment directly violates the \s-1SPARC
! ABI. \s0 Thus, it's intended only for use on targets where the developer
  acknowledges that their resulting code is not directly in line with
  the rules of the \s-1ABI.\s0
  .IP "\fB\-mstd\-struct\-return\fR" 4
*************** for machine type \fIcpu_type\fR.  Suppor
*** 22430,22436 ****
  \&\fBleon\fR, \fBleon3\fR, \fBleon3v7\fR, \fBsparclite\fR, \fBf930\fR,
  \&\fBf934\fR, \fBsparclite86x\fR, \fBsparclet\fR, \fBtsc701\fR, \fBv9\fR,
  \&\fBultrasparc\fR, \fBultrasparc3\fR, \fBniagara\fR, \fBniagara2\fR,
! \&\fBniagara3\fR, \fBniagara4\fR and \fBniagara7\fR.
  .Sp
  Native Solaris and GNU/Linux toolchains also support the value \fBnative\fR,
  which selects the best architecture option for the host processor.
--- 22434,22440 ----
  \&\fBleon\fR, \fBleon3\fR, \fBleon3v7\fR, \fBsparclite\fR, \fBf930\fR,
  \&\fBf934\fR, \fBsparclite86x\fR, \fBsparclet\fR, \fBtsc701\fR, \fBv9\fR,
  \&\fBultrasparc\fR, \fBultrasparc3\fR, \fBniagara\fR, \fBniagara2\fR,
! \&\fBniagara3\fR, \fBniagara4\fR, \fBniagara7\fR and \fBm8\fR.
  .Sp
  Native Solaris and GNU/Linux toolchains also support the value \fBnative\fR,
  which selects the best architecture option for the host processor.
*************** f930, f934, sparclite86x
*** 22458,22464 ****
  tsc701
  .IP "v9" 4
  .IX Item "v9"
! ultrasparc, ultrasparc3, niagara, niagara2, niagara3, niagara4, niagara7
  .RE
  .RS 4
  .Sp
--- 22462,22469 ----
  tsc701
  .IP "v9" 4
  .IX Item "v9"
! ultrasparc, ultrasparc3, niagara, niagara2, niagara3, niagara4,
! niagara7, m8
  .RE
  .RS 4
  .Sp
*************** SPARCStation 1, 2, \s-1IPX\s0 etc.
*** 22471,22477 ****
  With \fB\-mcpu=v8\fR, \s-1GCC\s0 generates code for the V8 variant of the \s-1SPARC\s0
  architecture.  The only difference from V7 code is that the compiler emits
  the integer multiply and integer divide instructions which exist in \s-1SPARC\-V8\s0
! but not in \s-1SPARC\-V7.\s0  With \fB\-mcpu=supersparc\fR, the compiler additionally
  optimizes it for the SuperSPARC chip, as used in the SPARCStation 10, 1000 and
  2000 series.
  .Sp
--- 22476,22482 ----
  With \fB\-mcpu=v8\fR, \s-1GCC\s0 generates code for the V8 variant of the \s-1SPARC\s0
  architecture.  The only difference from V7 code is that the compiler emits
  the integer multiply and integer divide instructions which exist in \s-1SPARC\-V8\s0
! but not in \s-1SPARC\-V7. \s0 With \fB\-mcpu=supersparc\fR, the compiler additionally
  optimizes it for the SuperSPARC chip, as used in the SPARCStation 10, 1000 and
  2000 series.
  .Sp
*************** With \fB\-mcpu=sparclite\fR, \s-1GCC\s0
*** 22479,22492 ****
  the \s-1SPARC\s0 architecture.  This adds the integer multiply, integer divide step
  and scan (\f(CW\*(C`ffs\*(C'\fR) instructions which exist in SPARClite but not in \s-1SPARC\-V7.\s0
  With \fB\-mcpu=f930\fR, the compiler additionally optimizes it for the
! Fujitsu \s-1MB86930\s0 chip, which is the original SPARClite, with no \s-1FPU.\s0  With
  \&\fB\-mcpu=f934\fR, the compiler additionally optimizes it for the Fujitsu
  \&\s-1MB86934\s0 chip, which is the more recent SPARClite with \s-1FPU.\s0
  .Sp
  With \fB\-mcpu=sparclet\fR, \s-1GCC\s0 generates code for the SPARClet variant of
  the \s-1SPARC\s0 architecture.  This adds the integer multiply, multiply/accumulate,
  integer divide step and scan (\f(CW\*(C`ffs\*(C'\fR) instructions which exist in SPARClet
! but not in \s-1SPARC\-V7.\s0  With \fB\-mcpu=tsc701\fR, the compiler additionally
  optimizes it for the \s-1TEMIC\s0 SPARClet chip.
  .Sp
  With \fB\-mcpu=v9\fR, \s-1GCC\s0 generates code for the V9 variant of the \s-1SPARC\s0
--- 22484,22497 ----
  the \s-1SPARC\s0 architecture.  This adds the integer multiply, integer divide step
  and scan (\f(CW\*(C`ffs\*(C'\fR) instructions which exist in SPARClite but not in \s-1SPARC\-V7.\s0
  With \fB\-mcpu=f930\fR, the compiler additionally optimizes it for the
! Fujitsu \s-1MB86930\s0 chip, which is the original SPARClite, with no \s-1FPU. \s0 With
  \&\fB\-mcpu=f934\fR, the compiler additionally optimizes it for the Fujitsu
  \&\s-1MB86934\s0 chip, which is the more recent SPARClite with \s-1FPU.\s0
  .Sp
  With \fB\-mcpu=sparclet\fR, \s-1GCC\s0 generates code for the SPARClet variant of
  the \s-1SPARC\s0 architecture.  This adds the integer multiply, multiply/accumulate,
  integer divide step and scan (\f(CW\*(C`ffs\*(C'\fR) instructions which exist in SPARClet
! but not in \s-1SPARC\-V7. \s0 With \fB\-mcpu=tsc701\fR, the compiler additionally
  optimizes it for the \s-1TEMIC\s0 SPARClet chip.
  .Sp
  With \fB\-mcpu=v9\fR, \s-1GCC\s0 generates code for the V9 variant of the \s-1SPARC\s0
*************** additionally optimizes it for Sun UltraS
*** 22503,22509 ****
  UltraSPARC T3 chips.  With \fB\-mcpu=niagara4\fR, the compiler
  additionally optimizes it for Sun UltraSPARC T4 chips.  With
  \&\fB\-mcpu=niagara7\fR, the compiler additionally optimizes it for
! Oracle \s-1SPARC M7\s0 chips.
  .RE
  .IP "\fB\-mtune=\fR\fIcpu_type\fR" 4
  .IX Item "-mtune=cpu_type"
--- 22508,22515 ----
  UltraSPARC T3 chips.  With \fB\-mcpu=niagara4\fR, the compiler
  additionally optimizes it for Sun UltraSPARC T4 chips.  With
  \&\fB\-mcpu=niagara7\fR, the compiler additionally optimizes it for
! Oracle \s-1SPARC M7\s0 chips.  With \fB\-mcpu=m8\fR, the compiler
! additionally optimizes it for Oracle M8 chips.
  .RE
  .IP "\fB\-mtune=\fR\fIcpu_type\fR" 4
  .IX Item "-mtune=cpu_type"
*************** that select a particular \s-1CPU\s0 impl
*** 22518,22532 ****
  \&\fBleon3\fR, \fBleon3v7\fR, \fBf930\fR, \fBf934\fR,
  \&\fBsparclite86x\fR, \fBtsc701\fR, \fBultrasparc\fR,
  \&\fBultrasparc3\fR, \fBniagara\fR, \fBniagara2\fR, \fBniagara3\fR,
! \&\fBniagara4\fR and \fBniagara7\fR.  With native Solaris and
! GNU/Linux toolchains, \fBnative\fR can also be used.
  .IP "\fB\-mv8plus\fR" 4
  .IX Item "-mv8plus"
  .PD 0
  .IP "\fB\-mno\-v8plus\fR" 4
  .IX Item "-mno-v8plus"
  .PD
! With \fB\-mv8plus\fR, \s-1GCC\s0 generates code for the \s-1SPARC\-V8+ ABI.\s0  The
  difference from the V8 \s-1ABI\s0 is that the global and out registers are
  considered 64 bits wide.  This is enabled by default on Solaris in 32\-bit
  mode for all \s-1SPARC\-V9\s0 processors.
--- 22524,22538 ----
  \&\fBleon3\fR, \fBleon3v7\fR, \fBf930\fR, \fBf934\fR,
  \&\fBsparclite86x\fR, \fBtsc701\fR, \fBultrasparc\fR,
  \&\fBultrasparc3\fR, \fBniagara\fR, \fBniagara2\fR, \fBniagara3\fR,
! \&\fBniagara4\fR, \fBniagara7\fR and \fBm8\fR.  With native Solaris
! and GNU/Linux toolchains, \fBnative\fR can also be used.
  .IP "\fB\-mv8plus\fR" 4
  .IX Item "-mv8plus"
  .PD 0
  .IP "\fB\-mno\-v8plus\fR" 4
  .IX Item "-mno-v8plus"
  .PD
! With \fB\-mv8plus\fR, \s-1GCC\s0 generates code for the \s-1SPARC\-V8+ ABI. \s0 The
  difference from the V8 \s-1ABI\s0 is that the global and out registers are
  considered 64 bits wide.  This is enabled by default on Solaris in 32\-bit
  mode for all \s-1SPARC\-V9\s0 processors.
*************** version 4.0 of the UltraSPARC Visual Ins
*** 22571,22576 ****
--- 22577,22595 ----
  default is \fB\-mvis4\fR when targeting a cpu that supports such
  instructions, such as niagara\-7 and later.  Setting \fB\-mvis4\fR
  also sets \fB\-mvis3\fR, \fB\-mvis2\fR and \fB\-mvis\fR.
+ .IP "\fB\-mvis4b\fR" 4
+ .IX Item "-mvis4b"
+ .PD 0
+ .IP "\fB\-mno\-vis4b\fR" 4
+ .IX Item "-mno-vis4b"
+ .PD
+ With \fB\-mvis4b\fR, \s-1GCC\s0 generates code that takes advantage of
+ version 4.0 of the UltraSPARC Visual Instruction Set extensions, plus
+ the additional \s-1VIS\s0 instructions introduced in the Oracle \s-1SPARC\s0
+ Architecture 2017.  The default is \fB\-mvis4b\fR when targeting a
+ cpu that supports such instructions, such as m8 and later.  Setting
+ \&\fB\-mvis4b\fR also sets \fB\-mvis4\fR, \fB\-mvis3\fR,
+ \&\fB\-mvis2\fR and \fB\-mvis\fR.
  .IP "\fB\-mcbcond\fR" 4
  .IX Item "-mcbcond"
  .PD 0
*************** With \fB\-mfmaf\fR, \s-1GCC\s0 generates
*** 22591,22596 ****
--- 22610,22625 ----
  Fused Multiply-Add Floating-point instructions.  The default is \fB\-mfmaf\fR
  when targeting a \s-1CPU\s0 that supports such instructions, such as Niagara\-3 and
  later.
+ .IP "\fB\-mfsmuld\fR" 4
+ .IX Item "-mfsmuld"
+ .PD 0
+ .IP "\fB\-mno\-fsmuld\fR" 4
+ .IX Item "-mno-fsmuld"
+ .PD
+ With \fB\-mfsmuld\fR, \s-1GCC\s0 generates code that takes advantage of the
+ Floating-point Multiply Single to Double (FsMULd) instruction.  The default is
+ \&\fB\-mfsmuld\fR when targeting a \s-1CPU\s0 supporting the architecture versions V8
+ or V9 with \s-1FPU\s0 except \fB\-mcpu=leon\fR.
  .IP "\fB\-mpopc\fR" 4
  .IX Item "-mpopc"
  .PD 0
*************** processor (which corresponds to erratum
*** 22619,22624 ****
--- 22648,22661 ----
  .IX Item "-mfix-ut699"
  Enable the documented workarounds for the floating-point errata and the data
  cache nullify errata of the \s-1UT699\s0 processor.
+ .IP "\fB\-mfix\-ut700\fR" 4
+ .IX Item "-mfix-ut700"
+ Enable the documented workaround for the back-to-back store errata of
+ the \s-1UT699E/UT700\s0 processor.
+ .IP "\fB\-mfix\-gr712rc\fR" 4
+ .IX Item "-mfix-gr712rc"
+ Enable the documented workaround for the back-to-back store errata of
+ the \s-1GR712RC\s0 processor.
  .PP
  These \fB\-m\fR options are supported in addition to the above
  on \s-1SPARC\-V9\s0 processors in 64\-bit environments:
*************** selected because its use is still experi
*** 23044,23050 ****
  .IP "\fB\-mghs\fR" 4
  .IX Item "-mghs"
  .PD
! Enables support for the \s-1RH850\s0 version of the V850 \s-1ABI.\s0  This is the
  default.  With this version of the \s-1ABI\s0 the following rules apply:
  .RS 4
  .IP "*" 4
--- 23081,23087 ----
  .IP "\fB\-mghs\fR" 4
  .IX Item "-mghs"
  .PD
! Enables support for the \s-1RH850\s0 version of the V850 \s-1ABI. \s0 This is the
  default.  With this version of the \s-1ABI\s0 the following rules apply:
  .RS 4
  .IP "*" 4
*************** When this version of the \s-1ABI\s0 is e
*** 23069,23075 ****
  .RE
  .IP "\fB\-mgcc\-abi\fR" 4
  .IX Item "-mgcc-abi"
! Enables support for the old \s-1GCC\s0 version of the V850 \s-1ABI.\s0  With this
  version of the \s-1ABI\s0 the following rules apply:
  .RS 4
  .IP "*" 4
--- 23106,23112 ----
  .RE
  .IP "\fB\-mgcc\-abi\fR" 4
  .IX Item "-mgcc-abi"
! Enables support for the old \s-1GCC\s0 version of the V850 \s-1ABI. \s0 With this
  version of the \s-1ABI\s0 the following rules apply:
  .RS 4
  .IP "*" 4
*************** of the selected instruction set.
*** 23279,23285 ****
  Original Intel i386 \s-1CPU.\s0
  .IP "\fBi486\fR" 4
  .IX Item "i486"
! Intel i486 \s-1CPU.\s0  (No scheduling is implemented for this chip.)
  .IP "\fBi586\fR" 4
  .IX Item "i586"
  .PD 0
--- 23316,23322 ----
  Original Intel i386 \s-1CPU.\s0
  .IP "\fBi486\fR" 4
  .IX Item "i486"
! Intel i486 \s-1CPU.  \s0(No scheduling is implemented for this chip.)
  .IP "\fBi586\fR" 4
  .IX Item "i586"
  .PD 0
*************** extensions.)
*** 23463,23477 ****
  .IP "\fBbdver3\fR" 4
  .IX Item "bdver3"
  \&\s-1AMD\s0 Family 15h core based CPUs with x86\-64 instruction set support.  (This
! supersets \s-1BMI, TBM, F16C, FMA, FMA4, FSGSBASE, AVX, XOP, LWP, AES,\s0 
! \&\s-1PCL_MUL, CX16, MMX, SSE, SSE2, SSE3, SSE4A, SSSE3, SSE4.1, SSE4.2, ABM\s0 and 
  64\-bit instruction set extensions.
  .IP "\fBbdver4\fR" 4
  .IX Item "bdver4"
  \&\s-1AMD\s0 Family 15h core based CPUs with x86\-64 instruction set support.  (This
! supersets \s-1BMI, BMI2, TBM, F16C, FMA, FMA4, FSGSBASE, AVX, AVX2, XOP, LWP,\s0 
! \&\s-1AES, PCL_MUL, CX16, MOVBE, MMX, SSE, SSE2, SSE3, SSE4A, SSSE3, SSE4.1,\s0 
! \&\s-1SSE4.2, ABM\s0 and 64\-bit instruction set extensions.
  .IP "\fBznver1\fR" 4
  .IX Item "znver1"
  \&\s-1AMD\s0 Family 17h core based CPUs with x86\-64 instruction set support.  (This
--- 23500,23514 ----
  .IP "\fBbdver3\fR" 4
  .IX Item "bdver3"
  \&\s-1AMD\s0 Family 15h core based CPUs with x86\-64 instruction set support.  (This
! supersets \s-1BMI, TBM, F16C, FMA, FMA4, FSGSBASE, AVX, XOP, LWP, AES, 
! PCL_MUL, CX16, MMX, SSE, SSE2, SSE3, SSE4A, SSSE3, SSE4.1, SSE4.2, ABM\s0 and 
  64\-bit instruction set extensions.
  .IP "\fBbdver4\fR" 4
  .IX Item "bdver4"
  \&\s-1AMD\s0 Family 15h core based CPUs with x86\-64 instruction set support.  (This
! supersets \s-1BMI, BMI2, TBM, F16C, FMA, FMA4, FSGSBASE, AVX, AVX2, XOP, LWP, 
! AES, PCL_MUL, CX16, MOVBE, MMX, SSE, SSE2, SSE3, SSE4A, SSSE3, SSE4.1, 
! SSE4.2, ABM\s0 and 64\-bit instruction set extensions.
  .IP "\fBznver1\fR" 4
  .IX Item "znver1"
  \&\s-1AMD\s0 Family 17h core based CPUs with x86\-64 instruction set support.  (This
*************** instruction set support.
*** 23503,23513 ****
  (No scheduling is implemented for this chip.)
  .IP "\fBc3\-2\fR" 4
  .IX Item "c3-2"
! \&\s-1VIA C3\-2\s0 (Nehemiah/C5XL) \s-1CPU\s0 with \s-1MMX\s0 and \s-1SSE\s0 instruction set support.
  (No scheduling is implemented for this chip.)
  .IP "\fBc7\fR" 4
  .IX Item "c7"
! \&\s-1VIA C7\s0 (Esther) \s-1CPU\s0 with \s-1MMX, SSE, SSE2\s0 and \s-1SSE3\s0 instruction set support.
  (No scheduling is implemented for this chip.)
  .IP "\fBsamuel\-2\fR" 4
  .IX Item "samuel-2"
--- 23540,23550 ----
  (No scheduling is implemented for this chip.)
  .IP "\fBc3\-2\fR" 4
  .IX Item "c3-2"
! \&\s-1VIA C3\-2 \s0(Nehemiah/C5XL) \s-1CPU\s0 with \s-1MMX\s0 and \s-1SSE\s0 instruction set support.
  (No scheduling is implemented for this chip.)
  .IP "\fBc7\fR" 4
  .IX Item "c7"
! \&\s-1VIA C7 \s0(Esther) \s-1CPU\s0 with \s-1MMX, SSE, SSE2\s0 and \s-1SSE3\s0 instruction set support.
  (No scheduling is implemented for this chip.)
  .IP "\fBsamuel\-2\fR" 4
  .IX Item "samuel-2"
*************** processors) for which the code is optimi
*** 23603,23609 ****
  .IP "\fBintel\fR" 4
  .IX Item "intel"
  Produce code optimized for the most current Intel processors, which are
! Haswell and Silvermont for this version of \s-1GCC.\s0  If you know the \s-1CPU\s0
  on which your code will run, then you should use the corresponding
  \&\fB\-mtune\fR or \fB\-march\fR option instead of \fB\-mtune=intel\fR.
  But, if you want your application performs better on both Haswell and
--- 23640,23646 ----
  .IP "\fBintel\fR" 4
  .IX Item "intel"
  Produce code optimized for the most current Intel processors, which are
! Haswell and Silvermont for this version of \s-1GCC. \s0 If you know the \s-1CPU\s0
  on which your code will run, then you should use the corresponding
  \&\fB\-mtune\fR or \fB\-march\fR option instead of \fB\-mtune=intel\fR.
  But, if you want your application performs better on both Haswell and
*************** Do not use the \s-1FPU\s0 registers for
*** 23724,23730 ****
  .Sp
  The usual calling convention has functions return values of types
  \&\f(CW\*(C`float\*(C'\fR and \f(CW\*(C`double\*(C'\fR in an \s-1FPU\s0 register, even if there
! is no \s-1FPU.\s0  The idea is that the operating system should emulate
  an \s-1FPU.\s0
  .Sp
  The option \fB\-mno\-fp\-ret\-in\-387\fR causes such values to be returned
--- 23761,23767 ----
  .Sp
  The usual calling convention has functions return values of types
  \&\f(CW\*(C`float\*(C'\fR and \f(CW\*(C`double\*(C'\fR in an \s-1FPU\s0 register, even if there
! is no \s-1FPU. \s0 The idea is that the operating system should emulate
  an \s-1FPU.\s0
  .Sp
  The option \fB\-mno\-fp\-ret\-in\-387\fR causes such values to be returned
*************** This option instructs \s-1GCC\s0 to use
*** 24119,24131 ****
  256\-bit \s-1AVX\s0 instructions in the auto-vectorizer.
  .IP "\fB\-mcx16\fR" 4
  .IX Item "-mcx16"
! This option enables \s-1GCC\s0 to generate \f(CW\*(C`CMPXCHG16B\*(C'\fR instructions.
! \&\f(CW\*(C`CMPXCHG16B\*(C'\fR allows for atomic operations on 128\-bit double quadword
! (or oword) data types.  
! This is useful for high-resolution counters that can be updated
! by multiple processors (or cores).  This instruction is generated as part of
! atomic built-in functions: see \fB_\|_sync Builtins\fR or
! \&\fB_\|_atomic Builtins\fR for details.
  .IP "\fB\-msahf\fR" 4
  .IX Item "-msahf"
  This option enables generation of \f(CW\*(C`SAHF\*(C'\fR instructions in 64\-bit code.
--- 24156,24167 ----
  256\-bit \s-1AVX\s0 instructions in the auto-vectorizer.
  .IP "\fB\-mcx16\fR" 4
  .IX Item "-mcx16"
! This option enables \s-1GCC\s0 to generate \f(CW\*(C`CMPXCHG16B\*(C'\fR instructions in 64\-bit
! code to implement compare-and-exchange operations on 16\-byte aligned 128\-bit
! objects.  This is useful for atomic updates of data structures exceeding one
! machine word in size.  The compiler uses this instruction to implement
! \&\fB_\|_sync Builtins\fR.  However, for \fB_\|_atomic Builtins\fR operating on
! 128\-bit integers, a library call is always used.
  .IP "\fB\-msahf\fR" 4
  .IX Item "-msahf"
  This option enables generation of \f(CW\*(C`SAHF\*(C'\fR instructions in 64\-bit code.
*************** external library.  Supported values for
*** 24208,24214 ****
  for the Intel short
  vector math library and \fBacml\fR for the \s-1AMD\s0 math core library.
  To use this option, both \fB\-ftree\-vectorize\fR and
! \&\fB\-funsafe\-math\-optimizations\fR have to be enabled, and an \s-1SVML\s0 or \s-1ACML\s0 
  ABI-compatible library must be specified at link time.
  .Sp
  \&\s-1GCC\s0 currently emits calls to \f(CW\*(C`vmldExp2\*(C'\fR,
--- 24244,24250 ----
  for the Intel short
  vector math library and \fBacml\fR for the \s-1AMD\s0 math core library.
  To use this option, both \fB\-ftree\-vectorize\fR and
! \&\fB\-funsafe\-math\-optimizations\fR have to be enabled, and an \s-1SVML\s0 or \s-1ACML \s0
  ABI-compatible library must be specified at link time.
  .Sp
  \&\s-1GCC\s0 currently emits calls to \f(CW\*(C`vmldExp2\*(C'\fR,
*************** when \fB\-mveclibabi=acml\fR is used.
*** 24231,24237 ****
  .IX Item "-mabi=name"
  Generate code for the specified calling convention.  Permissible values
  are \fBsysv\fR for the \s-1ABI\s0 used on GNU/Linux and other systems, and
! \&\fBms\fR for the Microsoft \s-1ABI.\s0  The default is to use the Microsoft
  \&\s-1ABI\s0 when targeting Microsoft Windows and the SysV \s-1ABI\s0 on all other systems.
  You can control this behavior for specific functions by
  using the function attributes \f(CW\*(C`ms_abi\*(C'\fR and \f(CW\*(C`sysv_abi\*(C'\fR.
--- 24267,24273 ----
  .IX Item "-mabi=name"
  Generate code for the specified calling convention.  Permissible values
  are \fBsysv\fR for the \s-1ABI\s0 used on GNU/Linux and other systems, and
! \&\fBms\fR for the Microsoft \s-1ABI. \s0 The default is to use the Microsoft
  \&\s-1ABI\s0 when targeting Microsoft Windows and the SysV \s-1ABI\s0 on all other systems.
  You can control this behavior for specific functions by
  using the function attributes \f(CW\*(C`ms_abi\*(C'\fR and \f(CW\*(C`sysv_abi\*(C'\fR.
diff -Nrcpad gcc-7.1.0/gcc/doc/gcc.1 gcc-7.2.0/gcc/doc/gcc.1
*** gcc-7.1.0/gcc/doc/gcc.1	Tue May  2 14:30:16 2017
--- gcc-7.2.0/gcc/doc/gcc.1	Mon Aug 14 08:30:43 2017
***************
*** 1,4 ****
! .\" Automatically generated by Pod::Man 4.09 (Pod::Simple 3.35)
  .\"
  .\" Standard preamble:
  .\" ========================================================================
--- 1,4 ----
! .\" Automatically generated by Pod::Man 2.27 (Pod::Simple 3.28)
  .\"
  .\" Standard preamble:
  .\" ========================================================================
***************
*** 46,52 ****
  .ie \n(.g .ds Aq \(aq
  .el       .ds Aq '
  .\"
! .\" If the F register is >0, we'll generate index entries on stderr for
  .\" titles (.TH), headers (.SH), subsections (.SS), items (.Ip), and index
  .\" entries marked with X<> in POD.  Of course, you'll have to process the
  .\" output yourself in some meaningful fashion.
--- 46,52 ----
  .ie \n(.g .ds Aq \(aq
  .el       .ds Aq '
  .\"
! .\" If the F register is turned on, we'll generate index entries on stderr for
  .\" titles (.TH), headers (.SH), subsections (.SS), items (.Ip), and index
  .\" entries marked with X<> in POD.  Of course, you'll have to process the
  .\" output yourself in some meaningful fashion.
***************
*** 54,69 ****
  .\" Avoid warning from groff about undefined register 'F'.
  .de IX
  ..
! .if !\nF .nr F 0
! .if \nF>0 \{\
! .    de IX
! .    tm Index:\\$1\t\\n%\t"\\$2"
  ..
! .    if !\nF==2 \{\
! .        nr % 0
! .        nr F 2
  .    \}
  .\}
  .\"
  .\" Accent mark definitions (@(#)ms.acc 1.5 88/02/08 SMI; from UCB 4.2).
  .\" Fear.  Run.  Save yourself.  No user-serviceable parts.
--- 54,73 ----
  .\" Avoid warning from groff about undefined register 'F'.
  .de IX
  ..
! .nr rF 0
! .if \n(.g .if rF .nr rF 1
! .if (\n(rF:(\n(.g==0)) \{
! .    if \nF \{
! .        de IX
! .        tm Index:\\$1\t\\n%\t"\\$2"
  ..
! .        if !\nF==2 \{
! .            nr % 0
! .            nr F 2
! .        \}
  .    \}
  .\}
+ .rr rF
  .\"
  .\" Accent mark definitions (@(#)ms.acc 1.5 88/02/08 SMI; from UCB 4.2).
  .\" Fear.  Run.  Save yourself.  No user-serviceable parts.
***************
*** 129,135 ****
  .\" ========================================================================
  .\"
  .IX Title "GCC 1"
! .TH GCC 1 "2017-05-02" "gcc-7.1.0" "GNU"
  .\" For nroff, turn off justification.  Always turn off hyphenation; it makes
  .\" way too many mistakes in technical documents.
  .if n .ad l
--- 133,139 ----
  .\" ========================================================================
  .\"
  .IX Title "GCC 1"
! .TH GCC 1 "2017-08-14" "gcc-7.2.0" "GNU"
  .\" For nroff, turn off justification.  Always turn off hyphenation; it makes
  .\" way too many mistakes in technical documents.
  .if n .ad l
*************** in the following sections.
*** 294,300 ****
  \&\-Wno\-deprecated  \-Wno\-deprecated\-declarations  \-Wno\-designated\-init 
  \&\-Wdisabled\-optimization 
  \&\-Wno\-discarded\-qualifiers  \-Wno\-discarded\-array\-qualifiers 
! \&\-Wno\-div\-by\-zero  \-Wdouble\-promotion  \-Wduplicated\-cond 
  \&\-Wempty\-body  \-Wenum\-compare  \-Wno\-endif\-labels  \-Wexpansion\-to\-defined 
  \&\-Werror  \-Werror=*  \-Wfatal\-errors  \-Wfloat\-equal  \-Wformat  \-Wformat=2 
  \&\-Wno\-format\-contains\-nul  \-Wno\-format\-extra\-args  
--- 298,305 ----
  \&\-Wno\-deprecated  \-Wno\-deprecated\-declarations  \-Wno\-designated\-init 
  \&\-Wdisabled\-optimization 
  \&\-Wno\-discarded\-qualifiers  \-Wno\-discarded\-array\-qualifiers 
! \&\-Wno\-div\-by\-zero  \-Wdouble\-promotion 
! \&\-Wduplicated\-branches  \-Wduplicated\-cond 
  \&\-Wempty\-body  \-Wenum\-compare  \-Wno\-endif\-labels  \-Wexpansion\-to\-defined 
  \&\-Werror  \-Werror=*  \-Wfatal\-errors  \-Wfloat\-equal  \-Wformat  \-Wformat=2 
  \&\-Wno\-format\-contains\-nul  \-Wno\-format\-extra\-args  
*************** See \s-1RS/6000\s0 and PowerPC Options.
*** 1124,1132 ****
  \&\-muser\-mode  \-mno\-user\-mode 
  \&\-mv8plus  \-mno\-v8plus  \-mvis  \-mno\-vis 
  \&\-mvis2  \-mno\-vis2  \-mvis3  \-mno\-vis3 
! \&\-mcbcond  \-mno\-cbcond  \-mfmaf  \-mno\-fmaf  
! \&\-mpopc  \-mno\-popc  \-msubxc  \-mno\-subxc
! \&\-mfix\-at697f  \-mfix\-ut699 
  \&\-mlra  \-mno\-lra\fR
  .Sp
  \&\fI\s-1SPU\s0 Options\fR
--- 1129,1138 ----
  \&\-muser\-mode  \-mno\-user\-mode 
  \&\-mv8plus  \-mno\-v8plus  \-mvis  \-mno\-vis 
  \&\-mvis2  \-mno\-vis2  \-mvis3  \-mno\-vis3 
! \&\-mvis4 \-mno\-vis4 \-mvis4b \-mno\-vis4b 
! \&\-mcbcond  \-mno\-cbcond  \-mfmaf  \-mno\-fmaf  \-mfsmuld  \-mno\-fsmuld  
! \&\-mpopc  \-mno\-popc  \-msubxc  \-mno\-subxc 
! \&\-mfix\-at697f  \-mfix\-ut699  \-mfix\-ut700  \-mfix\-gr712rc 
  \&\-mlra  \-mno\-lra\fR
  .Sp
  \&\fI\s-1SPU\s0 Options\fR
*************** In C mode, this is equivalent to \fB\-st
*** 1734,1740 ****
  equivalent to \fB\-std=c++98\fR.
  .Sp
  This turns off certain features of \s-1GCC\s0 that are incompatible with \s-1ISO
! C90\s0 (when compiling C code), or of standard \*(C+ (when compiling \*(C+ code),
  such as the \f(CW\*(C`asm\*(C'\fR and \f(CW\*(C`typeof\*(C'\fR keywords, and
  predefined macros such as \f(CW\*(C`unix\*(C'\fR and \f(CW\*(C`vax\*(C'\fR that identify the
  type of system you are using.  It also enables the undesirable and
--- 1740,1746 ----
  equivalent to \fB\-std=c++98\fR.
  .Sp
  This turns off certain features of \s-1GCC\s0 that are incompatible with \s-1ISO
! C90 \s0(when compiling C code), or of standard \*(C+ (when compiling \*(C+ code),
  such as the \f(CW\*(C`asm\*(C'\fR and \f(CW\*(C`typeof\*(C'\fR keywords, and
  predefined macros such as \f(CW\*(C`unix\*(C'\fR and \f(CW\*(C`vax\*(C'\fR that identify the
  type of system you are using.  It also enables the undesirable and
*************** from declaring certain functions or defi
*** 1761,1767 ****
  programs that might use these names for other things.
  .Sp
  Functions that are normally built in but do not have semantics
! defined by \s-1ISO C\s0 (such as \f(CW\*(C`alloca\*(C'\fR and \f(CW\*(C`ffs\*(C'\fR) are not built-in
  functions when \fB\-ansi\fR is used.
  .IP "\fB\-std=\fR" 4
  .IX Item "-std="
--- 1767,1773 ----
  programs that might use these names for other things.
  .Sp
  Functions that are normally built in but do not have semantics
! defined by \s-1ISO C \s0(such as \f(CW\*(C`alloca\*(C'\fR and \f(CW\*(C`ffs\*(C'\fR) are not built-in
  functions when \fB\-ansi\fR is used.
  .IP "\fB\-std=\fR" 4
  .IX Item "-std="
*************** with \s-1ISO C90\s0 are disabled). Same
*** 1811,1817 ****
  .IP "\fBiso9899:199x\fR" 4
  .IX Item "iso9899:199x"
  .PD
! \&\s-1ISO C99.\s0  This standard is substantially completely supported, modulo
  bugs and floating-point issues
  (mainly but not entirely relating to optional C99 features from
  Annexes F and G).  See
--- 1817,1823 ----
  .IP "\fBiso9899:199x\fR" 4
  .IX Item "iso9899:199x"
  .PD
! \&\s-1ISO C99. \s0 This standard is substantially completely supported, modulo
  bugs and floating-point issues
  (mainly but not entirely relating to optional C99 features from
  Annexes F and G).  See
*************** interfaces) and L (Analyzability).  The
*** 1836,1856 ****
  .IP "\fBgnu89\fR" 4
  .IX Item "gnu89"
  .PD
! \&\s-1GNU\s0 dialect of \s-1ISO C90\s0 (including some C99 features).
  .IP "\fBgnu99\fR" 4
  .IX Item "gnu99"
  .PD 0
  .IP "\fBgnu9x\fR" 4
  .IX Item "gnu9x"
  .PD
! \&\s-1GNU\s0 dialect of \s-1ISO C99.\s0  The name \fBgnu9x\fR is deprecated.
  .IP "\fBgnu11\fR" 4
  .IX Item "gnu11"
  .PD 0
  .IP "\fBgnu1x\fR" 4
  .IX Item "gnu1x"
  .PD
! \&\s-1GNU\s0 dialect of \s-1ISO C11.\s0  This is the default for C code.
  The name \fBgnu1x\fR is deprecated.
  .IP "\fBc++98\fR" 4
  .IX Item "c++98"
--- 1842,1862 ----
  .IP "\fBgnu89\fR" 4
  .IX Item "gnu89"
  .PD
! \&\s-1GNU\s0 dialect of \s-1ISO C90 \s0(including some C99 features).
  .IP "\fBgnu99\fR" 4
  .IX Item "gnu99"
  .PD 0
  .IP "\fBgnu9x\fR" 4
  .IX Item "gnu9x"
  .PD
! \&\s-1GNU\s0 dialect of \s-1ISO C99. \s0 The name \fBgnu9x\fR is deprecated.
  .IP "\fBgnu11\fR" 4
  .IX Item "gnu11"
  .PD 0
  .IP "\fBgnu1x\fR" 4
  .IX Item "gnu1x"
  .PD
! \&\s-1GNU\s0 dialect of \s-1ISO C11. \s0 This is the default for C code.
  The name \fBgnu1x\fR is deprecated.
  .IP "\fBc++98\fR" 4
  .IX Item "c++98"
*************** relevant for \*(C+ programs.
*** 2201,2207 ****
  Here is a list of options that are \fIonly\fR for compiling \*(C+ programs:
  .IP "\fB\-fabi\-version=\fR\fIn\fR" 4
  .IX Item "-fabi-version=n"
! Use version \fIn\fR of the \*(C+ \s-1ABI.\s0  The default is version 0.
  .Sp
  Version 0 refers to the version conforming most closely to
  the \*(C+ \s-1ABI\s0 specification.  Therefore, the \s-1ABI\s0 obtained using version 0
--- 2207,2213 ----
  Here is a list of options that are \fIonly\fR for compiling \*(C+ programs:
  .IP "\fB\-fabi\-version=\fR\fIn\fR" 4
  .IX Item "-fabi-version=n"
! Use version \fIn\fR of the \*(C+ \s-1ABI. \s0 The default is version 0.
  .Sp
  Version 0 refers to the version conforming most closely to
  the \*(C+ \s-1ABI\s0 specification.  Therefore, the \s-1ABI\s0 obtained using version 0
*************** exhaustion is signalled by throwing \f(C
*** 2291,2297 ****
  .IP "\fB\-fconcepts\fR" 4
  .IX Item "-fconcepts"
  Enable support for the \*(C+ Extensions for Concepts Technical
! Specification, \s-1ISO 19217\s0 (2015), which allows code like
  .Sp
  .Vb 2
  \&        template <class T> concept bool Addable = requires (T t) { t + t; };
--- 2297,2303 ----
  .IP "\fB\-fconcepts\fR" 4
  .IX Item "-fconcepts"
  Enable support for the \*(C+ Extensions for Concepts Technical
! Specification, \s-1ISO 19217 \s0(2015), which allows code like
  .Sp
  .Vb 2
  \&        template <class T> concept bool Addable = requires (T t) { t + t; };
*************** with fewer template parameters.  This fl
*** 2441,2447 ****
  .IP "\fB\-fno\-nonansi\-builtins\fR" 4
  .IX Item "-fno-nonansi-builtins"
  Disable built-in declarations of functions that are not mandated by
! \&\s-1ANSI/ISO C.\s0  These include \f(CW\*(C`ffs\*(C'\fR, \f(CW\*(C`alloca\*(C'\fR, \f(CW\*(C`_exit\*(C'\fR,
  \&\f(CW\*(C`index\*(C'\fR, \f(CW\*(C`bzero\*(C'\fR, \f(CW\*(C`conjf\*(C'\fR, and other related functions.
  .IP "\fB\-fnothrow\-opt\fR" 4
  .IX Item "-fnothrow-opt"
--- 2447,2453 ----
  .IP "\fB\-fno\-nonansi\-builtins\fR" 4
  .IX Item "-fno-nonansi-builtins"
  Disable built-in declarations of functions that are not mandated by
! \&\s-1ANSI/ISO C. \s0 These include \f(CW\*(C`ffs\*(C'\fR, \f(CW\*(C`alloca\*(C'\fR, \f(CW\*(C`_exit\*(C'\fR,
  \&\f(CW\*(C`index\*(C'\fR, \f(CW\*(C`bzero\*(C'\fR, \f(CW\*(C`conjf\*(C'\fR, and other related functions.
  .IP "\fB\-fnothrow\-opt\fR" 4
  .IX Item "-fnothrow-opt"
*************** are taken in different shared objects.
*** 2564,2570 ****
  The effect of this is that \s-1GCC\s0 may, effectively, mark inline methods with
  \&\f(CW\*(C`_\|_attribute_\|_ ((visibility ("hidden")))\*(C'\fR so that they do not
  appear in the export table of a \s-1DSO\s0 and do not require a \s-1PLT\s0 indirection
! when used within the \s-1DSO.\s0  Enabling this option can have a dramatic effect
  on load and link times of a \s-1DSO\s0 as it massively reduces the size of the
  dynamic export table when the library makes heavy use of templates.
  .Sp
--- 2570,2576 ----
  The effect of this is that \s-1GCC\s0 may, effectively, mark inline methods with
  \&\f(CW\*(C`_\|_attribute_\|_ ((visibility ("hidden")))\*(C'\fR so that they do not
  appear in the export table of a \s-1DSO\s0 and do not require a \s-1PLT\s0 indirection
! when used within the \s-1DSO. \s0 Enabling this option can have a dramatic effect
  on load and link times of a \s-1DSO\s0 as it massively reduces the size of the
  dynamic export table when the library makes heavy use of templates.
  .Sp
*************** have meanings only for \*(C+ programs:
*** 2634,2640 ****
  .IP "\fB\-Wabi\fR (C, Objective-C, \*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wabi (C, Objective-C, and Objective- only)"
  Warn when G++ it generates code that is probably not compatible with
! the vendor-neutral \*(C+ \s-1ABI.\s0  Since G++ now defaults to updating the
  \&\s-1ABI\s0 with each major release, normally \fB\-Wabi\fR will warn only if
  there is a check added later in a release series for an \s-1ABI\s0 issue
  discovered since the initial release.  \fB\-Wabi\fR will warn about
--- 2640,2646 ----
  .IP "\fB\-Wabi\fR (C, Objective-C, \*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wabi (C, Objective-C, and Objective- only)"
  Warn when G++ it generates code that is probably not compatible with
! the vendor-neutral \*(C+ \s-1ABI. \s0 Since G++ now defaults to updating the
  \&\s-1ABI\s0 with each major release, normally \fB\-Wabi\fR will warn only if
  there is a check added later in a release series for an \s-1ABI\s0 issue
  discovered since the initial release.  \fB\-Wabi\fR will warn about
*************** Warn when a noexcept-expression evaluate
*** 2819,2826 ****
  to a function that does not have a non-throwing exception
  specification (i.e. \f(CW\*(C`throw()\*(C'\fR or \f(CW\*(C`noexcept\*(C'\fR) but is known by
  the compiler to never throw an exception.
! .IP "\fB\-Wnoexcept\fR (\*(C+ and Objective\-\*(C+ only)" 4
! .IX Item "-Wnoexcept ( and Objective- only)"
  Warn if the \*(C+1z feature making \f(CW\*(C`noexcept\*(C'\fR part of a function
  type changes the mangled name of a symbol relative to \*(C+14.  Enabled
  by \fB\-Wabi\fR and \fB\-Wc++1z\-compat\fR.
--- 2825,2832 ----
  to a function that does not have a non-throwing exception
  specification (i.e. \f(CW\*(C`throw()\*(C'\fR or \f(CW\*(C`noexcept\*(C'\fR) but is known by
  the compiler to never throw an exception.
! .IP "\fB\-Wnoexcept\-type\fR (\*(C+ and Objective\-\*(C+ only)" 4
! .IX Item "-Wnoexcept-type ( and Objective- only)"
  Warn if the \*(C+1z feature making \f(CW\*(C`noexcept\*(C'\fR part of a function
  type changes the mangled name of a symbol relative to \*(C+14.  Enabled
  by \fB\-Wabi\fR and \fB\-Wc++1z\-compat\fR.
*************** warning is automatically enabled if \fB\
*** 2840,2846 ****
  .IP "\fB\-Wregister\fR (\*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wregister ( and Objective- only)"
  Warn on uses of the \f(CW\*(C`register\*(C'\fR storage class specifier, except
! when it is part of the \s-1GNU\s0 \fBExplicit Register Variables\fR extension.
  The use of the \f(CW\*(C`register\*(C'\fR keyword as storage class specifier has
  been deprecated in \*(C+11 and removed in \*(C+17.
  Enabled by default with \fB\-std=c++1z\fR.
--- 2846,2852 ----
  .IP "\fB\-Wregister\fR (\*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wregister ( and Objective- only)"
  Warn on uses of the \f(CW\*(C`register\*(C'\fR storage class specifier, except
! when it is part of the \s-1GNU \s0\fBExplicit Register Variables\fR extension.
  The use of the \f(CW\*(C`register\*(C'\fR keyword as storage class specifier has
  been deprecated in \*(C+11 and removed in \*(C+17.
  Enabled by default with \fB\-std=c++1z\fR.
*************** unsignedness, but the standard mandates
*** 2965,2992 ****
  Warn when a primary template declaration is encountered.  Some coding
  rules disallow templates, and this may be used to enforce that rule.
  The warning is inactive inside a system header file, such as the \s-1STL,\s0 so
! one can still use the \s-1STL.\s0  One may also instantiate or specialize
  templates.
  .IP "\fB\-Wmultiple\-inheritance\fR (\*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wmultiple-inheritance ( and Objective- only)"
  Warn when a class is defined with multiple direct base classes.  Some
  coding rules disallow multiple inheritance, and this may be used to
  enforce that rule.  The warning is inactive inside a system header file,
! such as the \s-1STL,\s0 so one can still use the \s-1STL.\s0  One may also define
  classes that indirectly use multiple inheritance.
  .IP "\fB\-Wvirtual\-inheritance\fR" 4
  .IX Item "-Wvirtual-inheritance"
  Warn when a class is defined with a virtual direct base class.  Some
  coding rules disallow multiple inheritance, and this may be used to
  enforce that rule.  The warning is inactive inside a system header file,
! such as the \s-1STL,\s0 so one can still use the \s-1STL.\s0  One may also define
  classes that indirectly use virtual inheritance.
  .IP "\fB\-Wnamespaces\fR" 4
  .IX Item "-Wnamespaces"
  Warn when a namespace definition is opened.  Some coding rules disallow
  namespaces, and this may be used to enforce that rule.  The warning is
  inactive inside a system header file, such as the \s-1STL,\s0 so one can still
! use the \s-1STL.\s0  One may also use using directives and qualified names.
  .IP "\fB\-Wno\-terminate\fR (\*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wno-terminate ( and Objective- only)"
  Disable the warning about a throw-expression that will immediately
--- 2971,2998 ----
  Warn when a primary template declaration is encountered.  Some coding
  rules disallow templates, and this may be used to enforce that rule.
  The warning is inactive inside a system header file, such as the \s-1STL,\s0 so
! one can still use the \s-1STL. \s0 One may also instantiate or specialize
  templates.
  .IP "\fB\-Wmultiple\-inheritance\fR (\*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wmultiple-inheritance ( and Objective- only)"
  Warn when a class is defined with multiple direct base classes.  Some
  coding rules disallow multiple inheritance, and this may be used to
  enforce that rule.  The warning is inactive inside a system header file,
! such as the \s-1STL,\s0 so one can still use the \s-1STL. \s0 One may also define
  classes that indirectly use multiple inheritance.
  .IP "\fB\-Wvirtual\-inheritance\fR" 4
  .IX Item "-Wvirtual-inheritance"
  Warn when a class is defined with a virtual direct base class.  Some
  coding rules disallow multiple inheritance, and this may be used to
  enforce that rule.  The warning is inactive inside a system header file,
! such as the \s-1STL,\s0 so one can still use the \s-1STL. \s0 One may also define
  classes that indirectly use virtual inheritance.
  .IP "\fB\-Wnamespaces\fR" 4
  .IX Item "-Wnamespaces"
  Warn when a namespace definition is opened.  Some coding rules disallow
  namespaces, and this may be used to enforce that rule.  The warning is
  inactive inside a system header file, such as the \s-1STL,\s0 so one can still
! use the \s-1STL. \s0 One may also use using directives and qualified names.
  .IP "\fB\-Wno\-terminate\fR (\*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wno-terminate ( and Objective- only)"
  Disable the warning about a throw-expression that will immediately
*************** runtime.  This is the default for most t
*** 3032,3038 ****
  .IP "\fB\-fnext\-runtime\fR" 4
  .IX Item "-fnext-runtime"
  Generate output compatible with the NeXT runtime.  This is the default
! for NeXT-based systems, including Darwin and Mac \s-1OS X.\s0  The macro
  \&\f(CW\*(C`_\|_NEXT_RUNTIME_\|_\*(C'\fR is predefined if (and only if) this option is
  used.
  .IP "\fB\-fno\-nil\-receivers\fR" 4
--- 3038,3044 ----
  .IP "\fB\-fnext\-runtime\fR" 4
  .IX Item "-fnext-runtime"
  Generate output compatible with the NeXT runtime.  This is the default
! for NeXT-based systems, including Darwin and Mac \s-1OS X. \s0 The macro
  \&\f(CW\*(C`_\|_NEXT_RUNTIME_\|_\*(C'\fR is predefined if (and only if) this option is
  used.
  .IP "\fB\-fno\-nil\-receivers\fR" 4
*************** This option is currently supported only
*** 3049,3055 ****
  case, Version 0 is the traditional (32\-bit) \s-1ABI\s0 without support for
  properties and other Objective-C 2.0 additions.  Version 1 is the
  traditional (32\-bit) \s-1ABI\s0 with support for properties and other
! Objective-C 2.0 additions.  Version 2 is the modern (64\-bit) \s-1ABI.\s0  If
  nothing is specified, the default is Version 0 on 32\-bit target
  machines, and Version 2 on 64\-bit target machines.
  .IP "\fB\-fobjc\-call\-cxx\-cdtors\fR" 4
--- 3055,3061 ----
  case, Version 0 is the traditional (32\-bit) \s-1ABI\s0 without support for
  properties and other Objective-C 2.0 additions.  Version 1 is the
  traditional (32\-bit) \s-1ABI\s0 with support for properties and other
! Objective-C 2.0 additions.  Version 2 is the modern (64\-bit) \s-1ABI. \s0 If
  nothing is specified, the default is Version 0 on 32\-bit target
  machines, and Version 2 on 64\-bit target machines.
  .IP "\fB\-fobjc\-call\-cxx\-cdtors\fR" 4
*************** version of the NeXT runtime \s-1ABI,\s0
*** 3107,3113 ****
  .IP "\fB\-fobjc\-std=objc1\fR" 4
  .IX Item "-fobjc-std=objc1"
  Conform to the language syntax of Objective-C 1.0, the language
! recognized by \s-1GCC 4.0.\s0  This only affects the Objective-C additions to
  the C/\*(C+ language; it does not affect conformance to C/\*(C+ standards,
  which is controlled by the separate C/\*(C+ dialect option flags.  When
  this option is used with the Objective-C or Objective\-\*(C+ compiler,
--- 3113,3119 ----
  .IP "\fB\-fobjc\-std=objc1\fR" 4
  .IX Item "-fobjc-std=objc1"
  Conform to the language syntax of Objective-C 1.0, the language
! recognized by \s-1GCC 4.0. \s0 This only affects the Objective-C additions to
  the C/\*(C+ language; it does not affect conformance to C/\*(C+ standards,
  which is controlled by the separate C/\*(C+ dialect option flags.  When
  this option is used with the Objective-C or Objective\-\*(C+ compiler,
*************** warns that an unrecognized option is pre
*** 3493,3499 ****
  .PD
  Issue all the warnings demanded by strict \s-1ISO C\s0 and \s-1ISO \*(C+\s0;
  reject all programs that use forbidden extensions, and some other
! programs that do not follow \s-1ISO C\s0 and \s-1ISO \*(C+.\s0  For \s-1ISO C,\s0 follows the
  version of the \s-1ISO C\s0 standard specified by any \fB\-std\fR option used.
  .Sp
  Valid \s-1ISO C\s0 and \s-1ISO \*(C+\s0 programs should compile properly with or without
--- 3499,3505 ----
  .PD
  Issue all the warnings demanded by strict \s-1ISO C\s0 and \s-1ISO \*(C+\s0;
  reject all programs that use forbidden extensions, and some other
! programs that do not follow \s-1ISO C\s0 and \s-1ISO \*(C+. \s0 For \s-1ISO C,\s0 follows the
  version of the \s-1ISO C\s0 standard specified by any \fB\-std\fR option used.
  .Sp
  Valid \s-1ISO C\s0 and \s-1ISO \*(C+\s0 programs should compile properly with or without
*************** these escape routes; application program
*** 3511,3517 ****
  Some users try to use \fB\-Wpedantic\fR to check programs for strict \s-1ISO
  C\s0 conformance.  They soon find that it does not do quite what they want:
  it finds some non-ISO practices, but not all\-\-\-only those for which
! \&\s-1ISO C\s0 \fIrequires\fR a diagnostic, and some others for which
  diagnostics have been added.
  .Sp
  A feature to report any failure to conform to \s-1ISO C\s0 might be useful in
--- 3517,3523 ----
  Some users try to use \fB\-Wpedantic\fR to check programs for strict \s-1ISO
  C\s0 conformance.  They soon find that it does not do quite what they want:
  it finds some non-ISO practices, but not all\-\-\-only those for which
! \&\s-1ISO C \s0\fIrequires\fR a diagnostic, and some others for which
  diagnostics have been added.
  .Sp
  A feature to report any failure to conform to \s-1ISO C\s0 might be useful in
*************** This warning is enabled by \fB\-Wall\fR
*** 4571,4577 ****
  .IP "\fB\-Wunknown\-pragmas\fR" 4
  .IX Item "-Wunknown-pragmas"
  Warn when a \f(CW\*(C`#pragma\*(C'\fR directive is encountered that is not understood by 
! \&\s-1GCC.\s0  If this command-line option is used, warnings are even issued
  for unknown pragmas in system header files.  This is not the case if
  the warnings are only enabled by the \fB\-Wall\fR command-line option.
  .IP "\fB\-Wno\-pragmas\fR" 4
--- 4577,4583 ----
  .IP "\fB\-Wunknown\-pragmas\fR" 4
  .IX Item "-Wunknown-pragmas"
  Warn when a \f(CW\*(C`#pragma\*(C'\fR directive is encountered that is not understood by 
! \&\s-1GCC. \s0 If this command-line option is used, warnings are even issued
  for unknown pragmas in system header files.  This is not the case if
  the warnings are only enabled by the \fB\-Wall\fR command-line option.
  .IP "\fB\-Wno\-pragmas\fR" 4
*************** probably mistaken.
*** 5070,5076 ****
  .IP "\fB\-Wtraditional\fR (C and Objective-C only)" 4
  .IX Item "-Wtraditional (C and Objective-C only)"
  Warn about certain constructs that behave differently in traditional and
! \&\s-1ISO C.\s0  Also warn about \s-1ISO C\s0 constructs that have no traditional C
  equivalent, and/or problematic constructs that should be avoided.
  .RS 4
  .IP "*" 4
--- 5076,5082 ----
  .IP "\fB\-Wtraditional\fR (C and Objective-C only)" 4
  .IX Item "-Wtraditional (C and Objective-C only)"
  Warn about certain constructs that behave differently in traditional and
! \&\s-1ISO C. \s0 Also warn about \s-1ISO C\s0 constructs that have no traditional C
  equivalent, and/or problematic constructs that should be avoided.
  .RS 4
  .IP "*" 4
*************** except when the same as the default prom
*** 5152,5158 ****
  .IX Item "-Wdeclaration-after-statement (C and Objective-C only)"
  Warn when a declaration is found after a statement in a block.  This
  construct, known from \*(C+, was introduced with \s-1ISO C99\s0 and is by default
! allowed in \s-1GCC.\s0  It is not supported by \s-1ISO C90.\s0
  .IP "\fB\-Wshadow\fR" 4
  .IX Item "-Wshadow"
  Warn whenever a local variable or type declaration shadows another
--- 5158,5164 ----
  .IX Item "-Wdeclaration-after-statement (C and Objective-C only)"
  Warn when a declaration is found after a statement in a block.  This
  construct, known from \*(C+, was introduced with \s-1ISO C99\s0 and is by default
! allowed in \s-1GCC. \s0 It is not supported by \s-1ISO C90.  \s0
  .IP "\fB\-Wshadow\fR" 4
  .IX Item "-Wshadow"
  Warn whenever a local variable or type declaration shadows another
*************** Warn about \s-1ISO C\s0 constructs that
*** 5444,5455 ****
  .IX Item "-Wc++11-compat ( and Objective- only)"
  Warn about \*(C+ constructs whose meaning differs between \s-1ISO \*(C+ 1998\s0
  and \s-1ISO \*(C+ 2011,\s0 e.g., identifiers in \s-1ISO \*(C+ 1998\s0 that are keywords
! in \s-1ISO \*(C+ 2011.\s0  This warning turns on \fB\-Wnarrowing\fR and is
  enabled by \fB\-Wall\fR.
  .IP "\fB\-Wc++14\-compat\fR (\*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wc++14-compat ( and Objective- only)"
  Warn about \*(C+ constructs whose meaning differs between \s-1ISO \*(C+ 2011\s0
! and \s-1ISO \*(C+ 2014.\s0  This warning is enabled by \fB\-Wall\fR.
  .IP "\fB\-Wc++1z\-compat\fR (\*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wc++1z-compat ( and Objective- only)"
  Warn about \*(C+ constructs whose meaning differs between \s-1ISO \*(C+ 2014\s0
--- 5450,5461 ----
  .IX Item "-Wc++11-compat ( and Objective- only)"
  Warn about \*(C+ constructs whose meaning differs between \s-1ISO \*(C+ 1998\s0
  and \s-1ISO \*(C+ 2011,\s0 e.g., identifiers in \s-1ISO \*(C+ 1998\s0 that are keywords
! in \s-1ISO \*(C+ 2011. \s0 This warning turns on \fB\-Wnarrowing\fR and is
  enabled by \fB\-Wall\fR.
  .IP "\fB\-Wc++14\-compat\fR (\*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wc++14-compat ( and Objective- only)"
  Warn about \*(C+ constructs whose meaning differs between \s-1ISO \*(C+ 2011\s0
! and \s-1ISO \*(C+ 2014. \s0 This warning is enabled by \fB\-Wall\fR.
  .IP "\fB\-Wc++1z\-compat\fR (\*(C+ and Objective\-\*(C+ only)" 4
  .IX Item "-Wc++1z-compat ( and Objective- only)"
  Warn about \*(C+ constructs whose meaning differs between \s-1ISO \*(C+ 2014\s0
*************** when applied ensure that two sequences t
*** 5836,5842 ****
  the same sequence.  \s-1GCC\s0 can warn you if you are using identifiers that
  have not been normalized; this option controls that warning.
  .Sp
! There are four levels of warning supported by \s-1GCC.\s0  The default is
  \&\fB\-Wnormalized=nfc\fR, which warns about any identifier that is
  not in the \s-1ISO 10646 \*(L"C\*(R"\s0 normalized form, \fI\s-1NFC\s0\fR.  \s-1NFC\s0 is the
  recommended form for most uses.  It is equivalent to
--- 5842,5848 ----
  the same sequence.  \s-1GCC\s0 can warn you if you are using identifiers that
  have not been normalized; this option controls that warning.
  .Sp
! There are four levels of warning supported by \s-1GCC. \s0 The default is
  \&\fB\-Wnormalized=nfc\fR, which warns about any identifier that is
  not in the \s-1ISO 10646 \*(L"C\*(R"\s0 normalized form, \fI\s-1NFC\s0\fR.  \s-1NFC\s0 is the
  recommended form for most uses.  It is equivalent to
*************** recommended form for most uses.  It is e
*** 5845,5852 ****
  Unfortunately, there are some characters allowed in identifiers by
  \&\s-1ISO C\s0 and \s-1ISO \*(C+\s0 that, when turned into \s-1NFC,\s0 are not allowed in 
  identifiers.  That is, there's no way to use these symbols in portable
! \&\s-1ISO C\s0 or \*(C+ and have all your identifiers in \s-1NFC.\s0
! \&\fB\-Wnormalized=id\fR suppresses the warning for these characters.
  It is hoped that future versions of the standards involved will correct
  this, which is why this option is not the default.
  .Sp
--- 5851,5858 ----
  Unfortunately, there are some characters allowed in identifiers by
  \&\s-1ISO C\s0 and \s-1ISO \*(C+\s0 that, when turned into \s-1NFC,\s0 are not allowed in 
  identifiers.  That is, there's no way to use these symbols in portable
! \&\s-1ISO C\s0 or \*(C+ and have all your identifiers in \s-1NFC.
! \&\s0\fB\-Wnormalized=id\fR suppresses the warning for these characters.
  It is hoped that future versions of the standards involved will correct
  this, which is why this option is not the default.
  .Sp
*************** standard's minimum limit, but very porta
*** 6093,6099 ****
  using longer strings.
  .Sp
  The limit applies \fIafter\fR string constant concatenation, and does
! not count the trailing \s-1NUL.\s0  In C90, the limit was 509 characters; in
  C99, it was raised to 4095.  \*(C+98 does not specify a normative
  minimum maximum, so we do not diagnose overlength strings in \*(C+.
  .Sp
--- 6099,6105 ----
  using longer strings.
  .Sp
  The limit applies \fIafter\fR string constant concatenation, and does
! not count the trailing \s-1NUL. \s0 In C90, the limit was 509 characters; in
  C99, it was raised to 4095.  \*(C+98 does not specify a normative
  minimum maximum, so we do not diagnose overlength strings in \*(C+.
  .Sp
*************** to generate the extra information, use \
*** 6150,6156 ****
  \&\fB\-gxcoff+\fR, \fB\-gxcoff\fR, or \fB\-gvms\fR (see below).
  .IP "\fB\-ggdb\fR" 4
  .IX Item "-ggdb"
! Produce debugging information for use by \s-1GDB.\s0  This means to use the
  most expressive format available (\s-1DWARF,\s0 stabs, or the native format
  if neither of those are supported), including \s-1GDB\s0 extensions if at all
  possible.
--- 6156,6162 ----
  \&\fB\-gxcoff+\fR, \fB\-gxcoff\fR, or \fB\-gvms\fR (see below).
  .IP "\fB\-ggdb\fR" 4
  .IX Item "-ggdb"
! Produce debugging information for use by \s-1GDB. \s0 This means to use the
  most expressive format available (\s-1DWARF,\s0 stabs, or the native format
  if neither of those are supported), including \s-1GDB\s0 extensions if at all
  possible.
*************** be useful, this option requires a debugg
*** 6293,6299 ****
  files.
  .IP "\fB\-gpubnames\fR" 4
  .IX Item "-gpubnames"
! Generate \s-1DWARF\s0 \f(CW\*(C`.debug_pubnames\*(C'\fR and \f(CW\*(C`.debug_pubtypes\*(C'\fR sections.
  .IP "\fB\-ggnu\-pubnames\fR" 4
  .IX Item "-ggnu-pubnames"
  Generate \f(CW\*(C`.debug_pubnames\*(C'\fR and \f(CW\*(C`.debug_pubtypes\*(C'\fR sections in a format
--- 6299,6305 ----
  files.
  .IP "\fB\-gpubnames\fR" 4
  .IX Item "-gpubnames"
! Generate \s-1DWARF \s0\f(CW\*(C`.debug_pubnames\*(C'\fR and \f(CW\*(C`.debug_pubtypes\*(C'\fR sections.
  .IP "\fB\-ggnu\-pubnames\fR" 4
  .IX Item "-ggnu-pubnames"
  Generate \f(CW\*(C`.debug_pubnames\*(C'\fR and \f(CW\*(C`.debug_pubtypes\*(C'\fR sections in a format
*************** This option works only with \s-1DWARF\s0
*** 6430,6436 ****
  .IP "\fB\-fno\-dwarf2\-cfi\-asm\fR" 4
  .IX Item "-fno-dwarf2-cfi-asm"
  Emit \s-1DWARF\s0 unwind info as compiler generated \f(CW\*(C`.eh_frame\*(C'\fR section
! instead of using \s-1GAS\s0 \f(CW\*(C`.cfi_*\*(C'\fR directives.
  .IP "\fB\-fno\-eliminate\-unused\-debug\-types\fR" 4
  .IX Item "-fno-eliminate-unused-debug-types"
  Normally, when producing \s-1DWARF\s0 output, \s-1GCC\s0 avoids producing debug symbol 
--- 6436,6442 ----
  .IP "\fB\-fno\-dwarf2\-cfi\-asm\fR" 4
  .IX Item "-fno-dwarf2-cfi-asm"
  Emit \s-1DWARF\s0 unwind info as compiler generated \f(CW\*(C`.eh_frame\*(C'\fR section
! instead of using \s-1GAS \s0\f(CW\*(C`.cfi_*\*(C'\fR directives.
  .IP "\fB\-fno\-eliminate\-unused\-debug\-types\fR" 4
  .IX Item "-fno-eliminate-unused-debug-types"
  Normally, when producing \s-1DWARF\s0 output, \s-1GCC\s0 avoids producing debug symbol 
*************** function calls and pops them all at once
*** 6646,6652 ****
  Disabled at levels \fB\-O\fR, \fB\-O2\fR, \fB\-O3\fR, \fB\-Os\fR.
  .IP "\fB\-fforward\-propagate\fR" 4
  .IX Item "-fforward-propagate"
! Perform a forward propagation pass on \s-1RTL.\s0  The pass tries to combine two
  instructions and checks if the result can be simplified.  If loop unrolling
  is active, two passes are performed and the second is scheduled after
  loop unrolling.
--- 6652,6658 ----
  Disabled at levels \fB\-O\fR, \fB\-O2\fR, \fB\-O3\fR, \fB\-Os\fR.
  .IP "\fB\-fforward\-propagate\fR" 4
  .IX Item "-fforward-propagate"
! Perform a forward propagation pass on \s-1RTL. \s0 The pass tries to combine two
  instructions and checks if the result can be simplified.  If loop unrolling
  is active, two passes are performed and the second is scheduled after
  loop unrolling.
*************** attribute or declspec.
*** 6797,6803 ****
  In C, emit \f(CW\*(C`static\*(C'\fR functions that are declared \f(CW\*(C`inline\*(C'\fR
  into the object file, even if the function has been inlined into all
  of its callers.  This switch does not affect functions using the
! \&\f(CW\*(C`extern inline\*(C'\fR extension in \s-1GNU C90.\s0  In \*(C+, emit any and all
  inline functions into the object file.
  .IP "\fB\-fkeep\-static\-functions\fR" 4
  .IX Item "-fkeep-static-functions"
--- 6803,6809 ----
  In C, emit \f(CW\*(C`static\*(C'\fR functions that are declared \f(CW\*(C`inline\*(C'\fR
  into the object file, even if the function has been inlined into all
  of its callers.  This switch does not affect functions using the
! \&\f(CW\*(C`extern inline\*(C'\fR extension in \s-1GNU C90. \s0 In \*(C+, emit any and all
  inline functions into the object file.
  .IP "\fB\-fkeep\-static\-functions\fR" 4
  .IX Item "-fkeep-static-functions"
*************** The default is \fB\-ffunction\-cse\fR
*** 6871,6877 ****
  .IP "\fB\-fno\-zero\-initialized\-in\-bss\fR" 4
  .IX Item "-fno-zero-initialized-in-bss"
  If the target supports a \s-1BSS\s0 section, \s-1GCC\s0 by default puts variables that
! are initialized to zero into \s-1BSS.\s0  This can save space in the resulting
  code.
  .Sp
  This option turns off this behavior because some programs explicitly
--- 6877,6883 ----
  .IP "\fB\-fno\-zero\-initialized\-in\-bss\fR" 4
  .IX Item "-fno-zero-initialized-in-bss"
  If the target supports a \s-1BSS\s0 section, \s-1GCC\s0 by default puts variables that
! are initialized to zero into \s-1BSS. \s0 This can save space in the resulting
  code.
  .Sp
  This option turns off this behavior because some programs explicitly
*************** pseudo-register that does not get a hard
*** 7158,7164 ****
  stack slot, and as a result function stack frames are larger.
  .IP "\fB\-flra\-remat\fR" 4
  .IX Item "-flra-remat"
! Enable CFG-sensitive rematerialization in \s-1LRA.\s0  Instead of loading
  values of spilled pseudos, \s-1LRA\s0 tries to rematerialize (recalculate)
  values if it is profitable.
  .Sp
--- 7164,7170 ----
  stack slot, and as a result function stack frames are larger.
  .IP "\fB\-flra\-remat\fR" 4
  .IX Item "-flra-remat"
! Enable CFG-sensitive rematerialization in \s-1LRA. \s0 Instead of loading
  values of spilled pseudos, \s-1LRA\s0 tries to rematerialize (recalculate)
  values if it is profitable.
  .Sp
*************** transformation infrastructure.
*** 7591,7597 ****
  Enable the identity transformation for graphite.  For every SCoP we generate
  the polyhedral representation and transform it back to gimple.  Using
  \&\fB\-fgraphite\-identity\fR we can check the costs or benefits of the
! \&\s-1GIMPLE\s0 \-> \s-1GRAPHITE\s0 \-> \s-1GIMPLE\s0 transformation.  Some minimal optimizations
  are also performed by the code generator isl, like index splitting and
  dead code elimination in loops.
  .IP "\fB\-floop\-nest\-optimize\fR" 4
--- 7597,7603 ----
  Enable the identity transformation for graphite.  For every SCoP we generate
  the polyhedral representation and transform it back to gimple.  Using
  \&\fB\-fgraphite\-identity\fR we can check the costs or benefits of the
! \&\s-1GIMPLE \-\s0> \s-1GRAPHITE \-\s0> \s-1GIMPLE\s0 transformation.  Some minimal optimizations
  are also performed by the code generator isl, like index splitting and
  dead code elimination in loops.
  .IP "\fB\-floop\-nest\-optimize\fR" 4
*************** information.
*** 8122,8128 ****
  .IP "\fB\-flto[=\fR\fIn\fR\fB]\fR" 4
  .IX Item "-flto[=n]"
  This option runs the standard link-time optimizer.  When invoked
! with source code, it generates \s-1GIMPLE\s0 (one of \s-1GCC\s0's internal
  representations) and writes it to special \s-1ELF\s0 sections in the object
  file.  When the object files are linked together, all the function
  bodies are read from these \s-1ELF\s0 sections and instantiated as if they
--- 8128,8134 ----
  .IP "\fB\-flto[=\fR\fIn\fR\fB]\fR" 4
  .IX Item "-flto[=n]"
  This option runs the standard link-time optimizer.  When invoked
! with source code, it generates \s-1GIMPLE \s0(one of \s-1GCC\s0's internal
  representations) and writes it to special \s-1ELF\s0 sections in the object
  file.  When the object files are linked together, all the function
  bodies are read from these \s-1ELF\s0 sections and instantiated as if they
*************** E.g.
*** 8462,8468 ****
  .Ve
  .Sp
  Then use the \fBcreate_gcov\fR tool to convert the raw profile data
! to a format that can be used by \s-1GCC.\s0  You must also supply the 
  unstripped binary for your program to this tool.  
  See <\fBhttps://github.com/google/autofdo\fR>.
  .Sp
--- 8468,8474 ----
  .Ve
  .Sp
  Then use the \fBcreate_gcov\fR tool to convert the raw profile data
! to a format that can be used by \s-1GCC. \s0 You must also supply the 
  unstripped binary for your program to this tool.  
  See <\fBhttps://github.com/google/autofdo\fR>.
  .Sp
*************** whether the result of a complex multipli
*** 8684,8691 ****
  default is \fB\-fno\-cx\-limited\-range\fR, but is enabled by
  \&\fB\-ffast\-math\fR.
  .Sp
! This option controls the default setting of the \s-1ISO C99\s0
! \&\f(CW\*(C`CX_LIMITED_RANGE\*(C'\fR pragma.  Nevertheless, the option applies to
  all languages.
  .IP "\fB\-fcx\-fortran\-rules\fR" 4
  .IX Item "-fcx-fortran-rules"
--- 8690,8697 ----
  default is \fB\-fno\-cx\-limited\-range\fR, but is enabled by
  \&\fB\-ffast\-math\fR.
  .Sp
! This option controls the default setting of the \s-1ISO C99
! \&\s0\f(CW\*(C`CX_LIMITED_RANGE\*(C'\fR pragma.  Nevertheless, the option applies to
  all languages.
  .IP "\fB\-fcx\-fortran\-rules\fR" 4
  .IX Item "-fcx-fortran-rules"
*************** The maximum number of insns of an unswit
*** 9192,9198 ****
  The maximum number of branches unswitched in a single loop.
  .IP "\fBmax-loop-headers-insns\fR" 4
  .IX Item "max-loop-headers-insns"
! The maximum number of insns in loop header duplicated by he copy loop headers
  pass.
  .IP "\fBlim-expensive\fR" 4
  .IX Item "lim-expensive"
--- 9198,9204 ----
  The maximum number of branches unswitched in a single loop.
  .IP "\fBmax-loop-headers-insns\fR" 4
  .IX Item "max-loop-headers-insns"
! The maximum number of insns in loop header duplicated by the copy loop headers
  pass.
  .IP "\fBlim-expensive\fR" 4
  .IX Item "lim-expensive"
*************** Tuning this may improve compilation spee
*** 9332,9338 ****
  generation.
  .Sp
  The default is 30% + 70% * (\s-1RAM/1GB\s0) with an upper bound of 100% when
! \&\s-1RAM\s0 >= 1GB.  If \f(CW\*(C`getrlimit\*(C'\fR is available, the notion of \*(L"\s-1RAM\*(R"\s0 is
  the smallest of actual \s-1RAM\s0 and \f(CW\*(C`RLIMIT_DATA\*(C'\fR or \f(CW\*(C`RLIMIT_AS\*(C'\fR.  If
  \&\s-1GCC\s0 is not able to calculate \s-1RAM\s0 on a particular platform, the lower
  bound of 30% is used.  Setting this parameter and
--- 9338,9344 ----
  generation.
  .Sp
  The default is 30% + 70% * (\s-1RAM/1GB\s0) with an upper bound of 100% when
! \&\s-1RAM \s0>= 1GB.  If \f(CW\*(C`getrlimit\*(C'\fR is available, the notion of \*(L"\s-1RAM\*(R"\s0 is
  the smallest of actual \s-1RAM\s0 and \f(CW\*(C`RLIMIT_DATA\*(C'\fR or \f(CW\*(C`RLIMIT_AS\*(C'\fR.  If
  \&\s-1GCC\s0 is not able to calculate \s-1RAM\s0 on a particular platform, the lower
  bound of 30% is used.  Setting this parameter and
*************** This value is the best found from numero
*** 9556,9562 ****
  This optimization is called inheritance.  \s-1EBB\s0 is used as a region to
  do this optimization.  The parameter defines a minimal fall-through
  edge probability in percentage used to add \s-1BB\s0 to inheritance \s-1EBB\s0 in
! \&\s-1LRA.\s0  The default value of the parameter is 40.  The value was chosen
  from numerous runs of \s-1SPEC2000\s0 on x86\-64.
  .IP "\fBloop-invariant-max-bbs-in-loop\fR" 4
  .IX Item "loop-invariant-max-bbs-in-loop"
--- 9562,9568 ----
  This optimization is called inheritance.  \s-1EBB\s0 is used as a region to
  do this optimization.  The parameter defines a minimal fall-through
  edge probability in percentage used to add \s-1BB\s0 to inheritance \s-1EBB\s0 in
! \&\s-1LRA. \s0 The default value of the parameter is 40.  The value was chosen
  from numerous runs of \s-1SPEC2000\s0 on x86\-64.
  .IP "\fBloop-invariant-max-bbs-in-loop\fR" 4
  .IX Item "loop-invariant-max-bbs-in-loop"
*************** The number of partitions should exceed t
*** 9698,9709 ****
  The default value is 32.
  .IP "\fBlto-min-partition\fR" 4
  .IX Item "lto-min-partition"
! Size of minimal partition for \s-1WHOPR\s0 (in estimated instructions).
  This prevents expenses of splitting very small programs into too many
  partitions.
  .IP "\fBlto-max-partition\fR" 4
  .IX Item "lto-max-partition"
! Size of max partition for \s-1WHOPR\s0 (in estimated instructions).
  to provide an upper bound for individual size of partition.
  Meant to be used only with balanced partitioning.
  .IP "\fBcxx-max-namespaces-for-diagnostic-help\fR" 4
--- 9704,9715 ----
  The default value is 32.
  .IP "\fBlto-min-partition\fR" 4
  .IX Item "lto-min-partition"
! Size of minimal partition for \s-1WHOPR \s0(in estimated instructions).
  This prevents expenses of splitting very small programs into too many
  partitions.
  .IP "\fBlto-max-partition\fR" 4
  .IX Item "lto-max-partition"
! Size of max partition for \s-1WHOPR \s0(in estimated instructions).
  to provide an upper bound for individual size of partition.
  Meant to be used only with balanced partitioning.
  .IP "\fBcxx-max-namespaces-for-diagnostic-help\fR" 4
*************** we may be able to devirtualize speculati
*** 9847,9853 ****
  .IP "\fBmax-vrp-switch-assertions\fR" 4
  .IX Item "max-vrp-switch-assertions"
  The maximum number of assertions to add along the default edge of a switch
! statement during \s-1VRP.\s0  The default is 10.
  .RE
  .RS 4
  .RE
--- 9853,9859 ----
  .IP "\fBmax-vrp-switch-assertions\fR" 4
  .IX Item "max-vrp-switch-assertions"
  The maximum number of assertions to add along the default edge of a switch
! statement during \s-1VRP. \s0 The default is 10.
  .RE
  .RS 4
  .RE
*************** Note that \f(CW\*(C`\-ftrack\-macro\-exp
*** 10830,10836 ****
  .IP "\fB\-fexec\-charset=\fR\fIcharset\fR" 4
  .IX Item "-fexec-charset=charset"
  Set the execution character set, used for string and character
! constants.  The default is \s-1UTF\-8.\s0  \fIcharset\fR can be any encoding
  supported by the system's \f(CW\*(C`iconv\*(C'\fR library routine.
  .IP "\fB\-fwide\-exec\-charset=\fR\fIcharset\fR" 4
  .IX Item "-fwide-exec-charset=charset"
--- 10836,10842 ----
  .IP "\fB\-fexec\-charset=\fR\fIcharset\fR" 4
  .IX Item "-fexec-charset=charset"
  Set the execution character set, used for string and character
! constants.  The default is \s-1UTF\-8.  \s0\fIcharset\fR can be any encoding
  supported by the system's \f(CW\*(C`iconv\*(C'\fR library routine.
  .IP "\fB\-fwide\-exec\-charset=\fR\fIcharset\fR" 4
  .IX Item "-fwide-exec-charset=charset"
*************** problems with encodings that do not fit
*** 10843,10851 ****
  .IP "\fB\-finput\-charset=\fR\fIcharset\fR" 4
  .IX Item "-finput-charset=charset"
  Set the input character set, used for translation from the character
! set of the input file to the source character set used by \s-1GCC.\s0  If the
  locale does not specify, or \s-1GCC\s0 cannot get this information from the
! locale, the default is \s-1UTF\-8.\s0  This can be overridden by either the locale
  or this command-line option.  Currently the command-line option takes
  precedence if there's a conflict.  \fIcharset\fR can be any encoding
  supported by the system's \f(CW\*(C`iconv\*(C'\fR library routine.
--- 10849,10857 ----
  .IP "\fB\-finput\-charset=\fR\fIcharset\fR" 4
  .IX Item "-finput-charset=charset"
  Set the input character set, used for translation from the character
! set of the input file to the source character set used by \s-1GCC. \s0 If the
  locale does not specify, or \s-1GCC\s0 cannot get this information from the
! locale, the default is \s-1UTF\-8. \s0 This can be overridden by either the locale
  or this command-line option.  Currently the command-line option takes
  precedence if there's a conflict.  \fIcharset\fR can be any encoding
  supported by the system's \f(CW\*(C`iconv\*(C'\fR library routine.
*************** When \fB\-fpreprocessed\fR is in use, \s
*** 10866,10872 ****
  and loads the \s-1PCH.\s0
  .Sp
  This option is off by default, because the resulting preprocessed output
! is only really suitable as input to \s-1GCC.\s0  It is switched on by
  \&\fB\-save\-temps\fR.
  .Sp
  You should not write this \f(CW\*(C`#pragma\*(C'\fR in your own code, but it is
--- 10872,10878 ----
  and loads the \s-1PCH.\s0
  .Sp
  This option is off by default, because the resulting preprocessed output
! is only really suitable as input to \s-1GCC. \s0 It is switched on by
  \&\fB\-save\-temps\fR.
  .Sp
  You should not write this \f(CW\*(C`#pragma\*(C'\fR in your own code, but it is
*************** undefined at the time.
*** 11019,11025 ****
  .RE
  .IP "\fB\-fdebug\-cpp\fR" 4
  .IX Item "-fdebug-cpp"
! This option is only useful for debugging \s-1GCC.\s0  When used from \s-1CPP\s0 or with
  \&\fB\-E\fR, it dumps debugging information about location maps.  Every
  token in the output is preceded by the dump of the map its location
  belongs to.
--- 11025,11031 ----
  .RE
  .IP "\fB\-fdebug\-cpp\fR" 4
  .IX Item "-fdebug-cpp"
! This option is only useful for debugging \s-1GCC. \s0 When used from \s-1CPP\s0 or with
  \&\fB\-E\fR, it dumps debugging information about location maps.  Every
  token in the output is preceded by the dump of the map its location
  belongs to.
*************** the \s-1GOT\s0 size for the linked execu
*** 11941,11947 ****
  maximum size, you get an error message from the linker indicating that
  \&\fB\-fpic\fR does not work; in that case, recompile with \fB\-fPIC\fR
  instead.  (These maximums are 8k on the \s-1SPARC,\s0 28k on AArch64 and 32k
! on the m68k and \s-1RS/6000.\s0  The x86 has no such limit.)
  .Sp
  Position-independent code requires special support, and therefore works
  only on certain machines.  For the x86, \s-1GCC\s0 supports \s-1PIC\s0 for System V
--- 11947,11953 ----
  maximum size, you get an error message from the linker indicating that
  \&\fB\-fpic\fR does not work; in that case, recompile with \fB\-fPIC\fR
  instead.  (These maximums are 8k on the \s-1SPARC,\s0 28k on AArch64 and 32k
! on the m68k and \s-1RS/6000. \s0 The x86 has no such limit.)
  .Sp
  Position-independent code requires special support, and therefore works
  only on certain machines.  For the x86, \s-1GCC\s0 supports \s-1PIC\s0 for System V
*************** Enable showing virtual operands for ever
*** 12648,12654 ****
  Enable showing line numbers for statements.
  .IP "\fBuid\fR" 4
  .IX Item "uid"
! Enable showing the unique \s-1ID\s0 (\f(CW\*(C`DECL_UID\*(C'\fR) for each variable.
  .IP "\fBverbose\fR" 4
  .IX Item "verbose"
  Enable showing the tree dump for each statement.
--- 12654,12660 ----
  Enable showing line numbers for statements.
  .IP "\fBuid\fR" 4
  .IX Item "uid"
! Enable showing the unique \s-1ID \s0(\f(CW\*(C`DECL_UID\*(C'\fR) for each variable.
  .IP "\fBverbose\fR" 4
  .IX Item "verbose"
  Enable showing the tree dump for each statement.
*************** Enable dumps from all loop optimizations
*** 12783,12789 ****
  Enable dumps from all inlining optimizations.
  .IP "\fBomp\fR" 4
  .IX Item "omp"
! Enable dumps from all \s-1OMP\s0 (Offloading and Multi Processing) optimizations.
  .IP "\fBvec\fR" 4
  .IX Item "vec"
  Enable dumps from all vectorization optimizations.
--- 12789,12795 ----
  Enable dumps from all inlining optimizations.
  .IP "\fBomp\fR" 4
  .IX Item "omp"
! Enable dumps from all \s-1OMP \s0(Offloading and Multi Processing) optimizations.
  .IP "\fBvec\fR" 4
  .IX Item "vec"
  Enable dumps from all vectorization optimizations.
*************** values for \fIcpu\fR are
*** 13717,13729 ****
  .RS 4
  .IP "\fBarc600\fR" 4
  .IX Item "arc600"
! Compile for \s-1ARC600.\s0  Aliases: \fB\-mA6\fR, \fB\-mARC600\fR.
  .IP "\fBarc601\fR" 4
  .IX Item "arc601"
! Compile for \s-1ARC601.\s0  Alias: \fB\-mARC601\fR.
  .IP "\fBarc700\fR" 4
  .IX Item "arc700"
! Compile for \s-1ARC700.\s0  Aliases: \fB\-mA7\fR, \fB\-mARC700\fR.
  This is the default when configured with \fB\-\-with\-cpu=arc700\fR.
  .IP "\fBarcem\fR" 4
  .IX Item "arcem"
--- 13723,13735 ----
  .RS 4
  .IP "\fBarc600\fR" 4
  .IX Item "arc600"
! Compile for \s-1ARC600. \s0 Aliases: \fB\-mA6\fR, \fB\-mARC600\fR.
  .IP "\fBarc601\fR" 4
  .IX Item "arc601"
! Compile for \s-1ARC601. \s0 Alias: \fB\-mARC601\fR.
  .IP "\fBarc700\fR" 4
  .IX Item "arc700"
! Compile for \s-1ARC700. \s0 Aliases: \fB\-mA7\fR, \fB\-mARC700\fR.
  This is the default when configured with \fB\-\-with\-cpu=arc700\fR.
  .IP "\fBarcem\fR" 4
  .IX Item "arcem"
*************** Generate extended arithmetic instruction
*** 13812,13818 ****
  supported.  This is always enabled for \fB\-mcpu=ARC700\fR.
  .IP "\fB\-mno\-mpy\fR" 4
  .IX Item "-mno-mpy"
! Do not generate \f(CW\*(C`mpy\*(C'\fR\-family instructions for \s-1ARC700.\s0  This option is
  deprecated.
  .IP "\fB\-mmul32x16\fR" 4
  .IX Item "-mmul32x16"
--- 13818,13824 ----
  supported.  This is always enabled for \fB\-mcpu=ARC700\fR.
  .IP "\fB\-mno\-mpy\fR" 4
  .IX Item "-mno-mpy"
! Do not generate \f(CW\*(C`mpy\*(C'\fR\-family instructions for \s-1ARC700. \s0 This option is
  deprecated.
  .IP "\fB\-mmul32x16\fR" 4
  .IX Item "-mmul32x16"
*************** EM\s0 cores.
*** 13861,13867 ****
  Enable \f(CW\*(C`div\*(C'\fR and \f(CW\*(C`rem\*(C'\fR instructions for ARCv2 cores.
  .IP "\fB\-mcode\-density\fR" 4
  .IX Item "-mcode-density"
! Enable code density instructions for \s-1ARC EM.\s0  
  This option is on by default for \s-1ARC HS.\s0
  .IP "\fB\-mll64\fR" 4
  .IX Item "-mll64"
--- 13867,13873 ----
  Enable \f(CW\*(C`div\*(C'\fR and \f(CW\*(C`rem\*(C'\fR instructions for ARCv2 cores.
  .IP "\fB\-mcode\-density\fR" 4
  .IX Item "-mcode-density"
! Enable code density instructions for \s-1ARC EM.  \s0
  This option is on by default for \s-1ARC HS.\s0
  .IP "\fB\-mll64\fR" 4
  .IX Item "-mll64"
*************** Replaced by \fB\-mmultcost\fR.
*** 14349,14355 ****
  These \fB\-m\fR options are defined for the \s-1ARM\s0 port:
  .IP "\fB\-mabi=\fR\fIname\fR" 4
  .IX Item "-mabi=name"
! Generate code for the specified \s-1ABI.\s0  Permissible values are: \fBapcs-gnu\fR,
  \&\fBatpcs\fR, \fBaapcs\fR, \fBaapcs-linux\fR and \fBiwmmxt\fR.
  .IP "\fB\-mapcs\-frame\fR" 4
  .IX Item "-mapcs-frame"
--- 14355,14361 ----
  These \fB\-m\fR options are defined for the \s-1ARM\s0 port:
  .IP "\fB\-mabi=\fR\fIname\fR" 4
  .IX Item "-mabi=name"
! Generate code for the specified \s-1ABI. \s0 Permissible values are: \fBapcs-gnu\fR,
  \&\fBatpcs\fR, \fBaapcs\fR, \fBaapcs-linux\fR and \fBiwmmxt\fR.
  .IP "\fB\-mapcs\-frame\fR" 4
  .IX Item "-mapcs-frame"
*************** Permissible names are: \fBarm2\fR, \fBar
*** 14490,14497 ****
  \&\fBcortex\-m0.small\-multiply\fR,
  \&\fBcortex\-m0plus.small\-multiply\fR,
  \&\fBexynos\-m1\fR,
- \&\fBfalkor\fR,
- \&\fBqdf24xx\fR,
  \&\fBmarvell\-pj4\fR,
  \&\fBxscale\fR, \fBiwmmxt\fR, \fBiwmmxt2\fR, \fBep9312\fR,
  \&\fBfa526\fR, \fBfa626\fR,
--- 14496,14501 ----
*************** The default for this option is@tie{}\fBa
*** 14853,14860 ****
  .ie n .IP """avrxmega5""" 4
  .el .IP "\f(CWavrxmega5\fR" 4
  .IX Item "avrxmega5"
! \&\*(L"\s-1XMEGA\*(R"\s0 devices with more than 64@tie{}KiB and up to 128@tie{}KiB of program memory and more than 64@tie{}KiB of \s-1RAM.\s0
! \&\fImcu\fR\f(CW@tie\fR{}= \f(CW\*(C`atxmega64a1\*(C'\fR, \f(CW\*(C`atxmega64a1u\*(C'\fR.
  .ie n .IP """avrxmega6""" 4
  .el .IP "\f(CWavrxmega6\fR" 4
  .IX Item "avrxmega6"
--- 14857,14864 ----
  .ie n .IP """avrxmega5""" 4
  .el .IP "\f(CWavrxmega5\fR" 4
  .IX Item "avrxmega5"
! \&\*(L"\s-1XMEGA\*(R"\s0 devices with more than 64@tie{}KiB and up to 128@tie{}KiB of program memory and more than 64@tie{}KiB of \s-1RAM.
! \&\s0\fImcu\fR\f(CW@tie\fR{}= \f(CW\*(C`atxmega64a1\*(C'\fR, \f(CW\*(C`atxmega64a1u\*(C'\fR.
  .ie n .IP """avrxmega6""" 4
  .el .IP "\f(CWavrxmega6\fR" 4
  .IX Item "avrxmega6"
*************** The default for this option is@tie{}\fBa
*** 14863,14870 ****
  .ie n .IP """avrxmega7""" 4
  .el .IP "\f(CWavrxmega7\fR" 4
  .IX Item "avrxmega7"
! \&\*(L"\s-1XMEGA\*(R"\s0 devices with more than 128@tie{}KiB of program memory and more than 64@tie{}KiB of \s-1RAM.\s0
! \&\fImcu\fR\f(CW@tie\fR{}= \f(CW\*(C`atxmega128a1\*(C'\fR, \f(CW\*(C`atxmega128a1u\*(C'\fR, \f(CW\*(C`atxmega128a4u\*(C'\fR.
  .ie n .IP """avrtiny""" 4
  .el .IP "\f(CWavrtiny\fR" 4
  .IX Item "avrtiny"
--- 14867,14874 ----
  .ie n .IP """avrxmega7""" 4
  .el .IP "\f(CWavrxmega7\fR" 4
  .IX Item "avrxmega7"
! \&\*(L"\s-1XMEGA\*(R"\s0 devices with more than 128@tie{}KiB of program memory and more than 64@tie{}KiB of \s-1RAM.
! \&\s0\fImcu\fR\f(CW@tie\fR{}= \f(CW\*(C`atxmega128a1\*(C'\fR, \f(CW\*(C`atxmega128a1u\*(C'\fR, \f(CW\*(C`atxmega128a4u\*(C'\fR.
  .ie n .IP """avrtiny""" 4
  .el .IP "\f(CWavrtiny\fR" 4
  .IX Item "avrtiny"
*************** for \fImcu\fR=\f(CW\*(C`avrtiny\*(C'\fR,
*** 15198,15204 ****
  If \fImcu\fR specifies a device, this built-in macro is set
  accordingly. For example, with \fB\-mmcu=atmega8\fR the macro is
  defined to \f(CW4\fR.
! .ie n .IP """_\|_AVR_\fIDevice\fP_\|_""" 4
  .el .IP "\f(CW_\|_AVR_\f(CIDevice\f(CW_\|_\fR" 4
  .IX Item "__AVR_Device__"
  Setting \fB\-mmcu=\fR\fIdevice\fR defines this built-in macro which reflects
--- 15202,15208 ----
  If \fImcu\fR specifies a device, this built-in macro is set
  accordingly. For example, with \fB\-mmcu=atmega8\fR the macro is
  defined to \f(CW4\fR.
! .ie n .IP """_\|_AVR_\f(CIDevice\f(CW_\|_""" 4
  .el .IP "\f(CW_\|_AVR_\f(CIDevice\f(CW_\|_\fR" 4
  .IX Item "__AVR_Device__"
  Setting \fB\-mmcu=\fR\fIdevice\fR defines this built-in macro which reflects
*************** The definition of these macros is affect
*** 15292,15298 ****
  .el .IP "\f(CW_\|_AVR_SP8_\|_\fR" 4
  .IX Item "__AVR_SP8__"
  .PD
! The device has the \s-1SPH\s0 (high part of stack pointer) special function
  register or has an 8\-bit stack pointer, respectively.
  The definition of these macros is affected by \fB\-mmcu=\fR and
  in the cases of \fB\-mmcu=avr2\fR and \fB\-mmcu=avr25\fR also
--- 15296,15302 ----
  .el .IP "\f(CW_\|_AVR_SP8_\|_\fR" 4
  .IX Item "__AVR_SP8__"
  .PD
! The device has the \s-1SPH \s0(high part of stack pointer) special function
  register or has an 8\-bit stack pointer, respectively.
  The definition of these macros is affected by \fB\-mmcu=\fR and
  in the cases of \fB\-mmcu=avr2\fR and \fB\-mmcu=avr25\fR also
*************** set.
*** 15334,15340 ****
  .el .IP "\f(CW_\|_AVR_ISA_RMW_\|_\fR" 4
  .IX Item "__AVR_ISA_RMW__"
  The device has Read-Modify-Write instructions (\s-1XCH, LAC, LAS\s0 and \s-1LAT\s0).
! .ie n .IP """_\|_AVR_SFR_OFFSET_\|_=\fIoffset\fP""" 4
  .el .IP "\f(CW_\|_AVR_SFR_OFFSET_\|_=\f(CIoffset\f(CW\fR" 4
  .IX Item "__AVR_SFR_OFFSET__=offset"
  Instructions that can address I/O special function registers directly
--- 15338,15344 ----
  .el .IP "\f(CW_\|_AVR_ISA_RMW_\|_\fR" 4
  .IX Item "__AVR_ISA_RMW__"
  The device has Read-Modify-Write instructions (\s-1XCH, LAC, LAS\s0 and \s-1LAT\s0).
! .ie n .IP """_\|_AVR_SFR_OFFSET_\|_=\f(CIoffset\f(CW""" 4
  .el .IP "\f(CW_\|_AVR_SFR_OFFSET_\|_=\f(CIoffset\f(CW\fR" 4
  .IX Item "__AVR_SFR_OFFSET__=offset"
  Instructions that can address I/O special function registers directly
*************** or storage for local variables needs to
*** 15670,15676 ****
  With \fB\-fpic\fR and \fB\-fPIC\fR, don't generate (do generate)
  instruction sequences that load addresses for functions from the \s-1PLT\s0 part
  of the \s-1GOT\s0 rather than (traditional on other architectures) calls to the
! \&\s-1PLT.\s0  The default is \fB\-mgotplt\fR.
  .IP "\fB\-melf\fR" 4
  .IX Item "-melf"
  Legacy no-op option only recognized with the cris-axis-elf and
--- 15674,15680 ----
  With \fB\-fpic\fR and \fB\-fPIC\fR, don't generate (do generate)
  instruction sequences that load addresses for functions from the \s-1PLT\s0 part
  of the \s-1GOT\s0 rather than (traditional on other architectures) calls to the
! \&\s-1PLT. \s0 The default is \fB\-mgotplt\fR.
  .IP "\fB\-melf\fR" 4
  .IX Item "-melf"
  Legacy no-op option only recognized with the cris-axis-elf and
*************** compilers call this option \fB\-ieee_wit
*** 16036,16042 ****
  .IP "\fB\-mieee\-with\-inexact\fR" 4
  .IX Item "-mieee-with-inexact"
  This is like \fB\-mieee\fR except the generated code also maintains
! the \s-1IEEE\s0 \fIinexact-flag\fR.  Turning on this option causes the
  generated code to implement fully-compliant \s-1IEEE\s0 math.  In addition to
  \&\f(CW\*(C`_IEEE_FP\*(C'\fR, \f(CW\*(C`_IEEE_FP_EXACT\*(C'\fR is defined as a preprocessor
  macro.  On some Alpha implementations the resulting code may execute
--- 16040,16046 ----
  .IP "\fB\-mieee\-with\-inexact\fR" 4
  .IX Item "-mieee-with-inexact"
  This is like \fB\-mieee\fR except the generated code also maintains
! the \s-1IEEE \s0\fIinexact-flag\fR.  Turning on this option causes the
  generated code to implement fully-compliant \s-1IEEE\s0 math.  In addition to
  \&\f(CW\*(C`_IEEE_FP\*(C'\fR, \f(CW\*(C`_IEEE_FP_EXACT\*(C'\fR is defined as a preprocessor
  macro.  On some Alpha implementations the resulting code may execute
*************** These \fB\-m\fR options are defined for
*** 16665,16671 ****
  .IP "\fB\-march=\fR\fIarchitecture-type\fR" 4
  .IX Item "-march=architecture-type"
  Generate code for the specified architecture.  The choices for
! \&\fIarchitecture-type\fR are \fB1.0\fR for \s-1PA 1.0,\s0 \fB1.1\fR for \s-1PA
  1.1,\s0 and \fB2.0\fR for \s-1PA 2.0\s0 processors.  Refer to
  \&\fI/usr/lib/sched.models\fR on an HP-UX system to determine the proper
  architecture option for your machine.  Code compiled for lower numbered
--- 16669,16675 ----
  .IP "\fB\-march=\fR\fIarchitecture-type\fR" 4
  .IX Item "-march=architecture-type"
  Generate code for the specified architecture.  The choices for
! \&\fIarchitecture-type\fR are \fB1.0\fR for \s-1PA 1.0, \s0\fB1.1\fR for \s-1PA
  1.1,\s0 and \fB2.0\fR for \s-1PA 2.0\s0 processors.  Refer to
  \&\fI/usr/lib/sched.models\fR on an HP-UX system to determine the proper
  architecture option for your machine.  Code compiled for lower numbered
*************** library that comes with \s-1GCC,\s0 with
*** 16760,16772 ****
  this to work.
  .IP "\fB\-msio\fR" 4
  .IX Item "-msio"
! Generate the predefine, \f(CW\*(C`_SIO\*(C'\fR, for server \s-1IO.\s0  The default is
  \&\fB\-mwsio\fR.  This generates the predefines, \f(CW\*(C`_\|_hp9000s700\*(C'\fR,
! \&\f(CW\*(C`_\|_hp9000s700_\|_\*(C'\fR and \f(CW\*(C`_WSIO\*(C'\fR, for workstation \s-1IO.\s0  These
  options are available under HP-UX and HI-UX.
  .IP "\fB\-mgnu\-ld\fR" 4
  .IX Item "-mgnu-ld"
! Use options specific to \s-1GNU\s0 \fBld\fR.
  This passes \fB\-shared\fR to \fBld\fR when
  building a shared library.  It is the default when \s-1GCC\s0 is configured,
  explicitly or implicitly, with the \s-1GNU\s0 linker.  This option does not
--- 16764,16776 ----
  this to work.
  .IP "\fB\-msio\fR" 4
  .IX Item "-msio"
! Generate the predefine, \f(CW\*(C`_SIO\*(C'\fR, for server \s-1IO. \s0 The default is
  \&\fB\-mwsio\fR.  This generates the predefines, \f(CW\*(C`_\|_hp9000s700\*(C'\fR,
! \&\f(CW\*(C`_\|_hp9000s700_\|_\*(C'\fR and \f(CW\*(C`_WSIO\*(C'\fR, for workstation \s-1IO. \s0 These
  options are available under HP-UX and HI-UX.
  .IP "\fB\-mgnu\-ld\fR" 4
  .IX Item "-mgnu-ld"
! Use options specific to \s-1GNU \s0\fBld\fR.
  This passes \fB\-shared\fR to \fBld\fR when
  building a shared library.  It is the default when \s-1GCC\s0 is configured,
  explicitly or implicitly, with the \s-1GNU\s0 linker.  This option does not
*************** using \fBwhich `gcc \-print\-prog\-name=
*** 16779,16785 ****
  on the 64\-bit HP-UX \s-1GCC,\s0 i.e. configured with \fBhppa*64*\-*\-hpux*\fR.
  .IP "\fB\-mhp\-ld\fR" 4
  .IX Item "-mhp-ld"
! Use options specific to \s-1HP\s0 \fBld\fR.
  This passes \fB\-b\fR to \fBld\fR when building
  a shared library and passes \fB+Accept TypeMismatch\fR to \fBld\fR on all
  links.  It is the default when \s-1GCC\s0 is configured, explicitly or
--- 16783,16789 ----
  on the 64\-bit HP-UX \s-1GCC,\s0 i.e. configured with \fBhppa*64*\-*\-hpux*\fR.
  .IP "\fB\-mhp\-ld\fR" 4
  .IX Item "-mhp-ld"
! Use options specific to \s-1HP \s0\fBld\fR.
  This passes \fB\-b\fR to \fBld\fR when building
  a shared library and passes \fB+Accept TypeMismatch\fR to \fBld\fR on all
  links.  It is the default when \s-1GCC\s0 is configured, explicitly or
*************** have to be emulated by software on the 6
*** 17446,17452 ****
  does not have code to emulate those instructions.
  .IP "\fB\-mcpu32\fR" 4
  .IX Item "-mcpu32"
! Generate output for a \s-1CPU32.\s0  This is the default
  when the compiler is configured for CPU32\-based systems.
  It is equivalent to \fB\-march=cpu32\fR.
  .Sp
--- 17450,17456 ----
  does not have code to emulate those instructions.
  .IP "\fB\-mcpu32\fR" 4
  .IX Item "-mcpu32"
! Generate output for a \s-1CPU32. \s0 This is the default
  when the compiler is configured for CPU32\-based systems.
  It is equivalent to \fB\-march=cpu32\fR.
  .Sp
*************** Use this option for microcontrollers wit
*** 17455,17461 ****
  68336, 68340, 68341, 68349 and 68360.
  .IP "\fB\-m5200\fR" 4
  .IX Item "-m5200"
! Generate output for a 520X ColdFire \s-1CPU.\s0  This is the default
  when the compiler is configured for 520X\-based systems.
  It is equivalent to \fB\-mcpu=5206\fR, and is now deprecated
  in favor of that option.
--- 17459,17465 ----
  68336, 68340, 68341, 68349 and 68360.
  .IP "\fB\-m5200\fR" 4
  .IX Item "-m5200"
! Generate output for a 520X ColdFire \s-1CPU. \s0 This is the default
  when the compiler is configured for 520X\-based systems.
  It is equivalent to \fB\-mcpu=5206\fR, and is now deprecated
  in favor of that option.
*************** Use this option for microcontroller with
*** 17464,17470 ****
  the \s-1MCF5202, MCF5203, MCF5204\s0 and \s-1MCF5206.\s0
  .IP "\fB\-m5206e\fR" 4
  .IX Item "-m5206e"
! Generate output for a 5206e ColdFire \s-1CPU.\s0  The option is now
  deprecated in favor of the equivalent \fB\-mcpu=5206e\fR.
  .IP "\fB\-m528x\fR" 4
  .IX Item "-m528x"
--- 17468,17474 ----
  the \s-1MCF5202, MCF5203, MCF5204\s0 and \s-1MCF5206.\s0
  .IP "\fB\-m5206e\fR" 4
  .IX Item "-m5206e"
! Generate output for a 5206e ColdFire \s-1CPU. \s0 The option is now
  deprecated in favor of the equivalent \fB\-mcpu=5206e\fR.
  .IP "\fB\-m528x\fR" 4
  .IX Item "-m528x"
*************** The option is now deprecated in favor of
*** 17473,17487 ****
  \&\fB\-mcpu=528x\fR.
  .IP "\fB\-m5307\fR" 4
  .IX Item "-m5307"
! Generate output for a ColdFire 5307 \s-1CPU.\s0  The option is now deprecated
  in favor of the equivalent \fB\-mcpu=5307\fR.
  .IP "\fB\-m5407\fR" 4
  .IX Item "-m5407"
! Generate output for a ColdFire 5407 \s-1CPU.\s0  The option is now deprecated
  in favor of the equivalent \fB\-mcpu=5407\fR.
  .IP "\fB\-mcfv4e\fR" 4
  .IX Item "-mcfv4e"
! Generate output for a ColdFire V4e family \s-1CPU\s0 (e.g. 547x/548x).
  This includes use of hardware floating-point instructions.
  The option is equivalent to \fB\-mcpu=547x\fR, and is now
  deprecated in favor of that option.
--- 17477,17491 ----
  \&\fB\-mcpu=528x\fR.
  .IP "\fB\-m5307\fR" 4
  .IX Item "-m5307"
! Generate output for a ColdFire 5307 \s-1CPU. \s0 The option is now deprecated
  in favor of the equivalent \fB\-mcpu=5307\fR.
  .IP "\fB\-m5407\fR" 4
  .IX Item "-m5407"
! Generate output for a ColdFire 5407 \s-1CPU. \s0 The option is now deprecated
  in favor of the equivalent \fB\-mcpu=5407\fR.
  .IP "\fB\-mcfv4e\fR" 4
  .IX Item "-mcfv4e"
! Generate output for a ColdFire V4e family \s-1CPU \s0(e.g. 547x/548x).
  This includes use of hardware floating-point instructions.
  The option is equivalent to \fB\-mcpu=547x\fR, and is now
  deprecated in favor of that option.
*************** The option is equivalent to \fB\-march=6
*** 17508,17514 ****
  .IX Item "-m68881"
  .PD
  Generate floating-point instructions.  This is the default for 68020
! and above, and for ColdFire devices that have an \s-1FPU.\s0  It defines the
  macro \f(CW\*(C`_\|_HAVE_68881_\|_\*(C'\fR on M680x0 targets and \f(CW\*(C`_\|_mcffpu_\|_\*(C'\fR
  on ColdFire targets.
  .IP "\fB\-msoft\-float\fR" 4
--- 17512,17518 ----
  .IX Item "-m68881"
  .PD
  Generate floating-point instructions.  This is the default for 68020
! and above, and for ColdFire devices that have an \s-1FPU. \s0 It defines the
  macro \f(CW\*(C`_\|_HAVE_68881_\|_\*(C'\fR on M680x0 targets and \f(CW\*(C`_\|_mcffpu_\|_\*(C'\fR
  on ColdFire targets.
  .IP "\fB\-msoft\-float\fR" 4
*************** the default for ColdFire devices that ha
*** 17525,17532 ****
  Generate (do not generate) ColdFire hardware divide and remainder
  instructions.  If \fB\-march\fR is used without \fB\-mcpu\fR,
  the default is \*(L"on\*(R" for ColdFire architectures and \*(L"off\*(R" for M680x0
! architectures.  Otherwise, the default is taken from the target \s-1CPU\s0
! (either the default \s-1CPU,\s0 or the one specified by \fB\-mcpu\fR).  For
  example, the default is \*(L"off\*(R" for \fB\-mcpu=5206\fR and \*(L"on\*(R" for
  \&\fB\-mcpu=5206e\fR.
  .Sp
--- 17529,17536 ----
  Generate (do not generate) ColdFire hardware divide and remainder
  instructions.  If \fB\-march\fR is used without \fB\-mcpu\fR,
  the default is \*(L"on\*(R" for ColdFire architectures and \*(L"off\*(R" for M680x0
! architectures.  Otherwise, the default is taken from the target \s-1CPU
! \&\s0(either the default \s-1CPU,\s0 or the one specified by \fB\-mcpu\fR).  For
  example, the default is \*(L"off\*(R" for \fB\-mcpu=5206\fR and \*(L"on\*(R" for
  \&\fB\-mcpu=5206e\fR.
  .Sp
*************** The processor names are:
*** 18015,18021 ****
  \&\fBvr5000\fR, \fBvr5400\fR, \fBvr5500\fR,
  \&\fBxlr\fR and \fBxlp\fR.
  The special value \fBfrom-abi\fR selects the
! most compatible architecture for the selected \s-1ABI\s0 (that is,
  \&\fBmips1\fR for 32\-bit ABIs and \fBmips3\fR for 64\-bit ABIs).
  .Sp
  The native Linux/GNU toolchain also supports the value \fBnative\fR,
--- 18019,18025 ----
  \&\fBvr5000\fR, \fBvr5400\fR, \fBvr5500\fR,
  \&\fBxlr\fR and \fBxlp\fR.
  The special value \fBfrom-abi\fR selects the
! most compatible architecture for the selected \s-1ABI \s0(that is,
  \&\fBmips1\fR for 32\-bit ABIs and \fBmips3\fR for 64\-bit ABIs).
  .Sp
  The native Linux/GNU toolchain also supports the value \fBnative\fR,
*************** remains the same in that the even-number
*** 18178,18185 ****
  are saved.
  .Sp
  Two additional variants of the o32 \s-1ABI\s0 are supported to enable
! a transition from 32\-bit to 64\-bit registers.  These are \s-1FPXX\s0
! (\fB\-mfpxx\fR) and \s-1FP64A\s0 (\fB\-mfp64\fR \fB\-mno\-odd\-spreg\fR).
  The \s-1FPXX\s0 extension mandates that all code must execute correctly
  when run using 32\-bit or 64\-bit registers.  The code can be interlinked
  with either \s-1FP32\s0 or \s-1FP64,\s0 but not both.
--- 18182,18189 ----
  are saved.
  .Sp
  Two additional variants of the o32 \s-1ABI\s0 are supported to enable
! a transition from 32\-bit to 64\-bit registers.  These are \s-1FPXX
! \&\s0(\fB\-mfpxx\fR) and \s-1FP64A \s0(\fB\-mfp64\fR \fB\-mno\-odd\-spreg\fR).
  The \s-1FPXX\s0 extension mandates that all code must execute correctly
  when run using 32\-bit or 64\-bit registers.  The code can be interlinked
  with either \s-1FP32\s0 or \s-1FP64,\s0 but not both.
*************** operations.  This is the default.
*** 18312,18319 ****
  .IX Item "-mno-odd-spreg"
  .PD
  Enable the use of odd-numbered single-precision floating-point registers
! for the o32 \s-1ABI.\s0  This is the default for processors that are known to
! support these registers.  When using the o32 \s-1FPXX ABI,\s0 \fB\-mno\-odd\-spreg\fR
  is set by default.
  .IP "\fB\-mabs=2008\fR" 4
  .IX Item "-mabs=2008"
--- 18316,18323 ----
  .IX Item "-mno-odd-spreg"
  .PD
  Enable the use of odd-numbered single-precision floating-point registers
! for the o32 \s-1ABI. \s0 This is the default for processors that are known to
! support these registers.  When using the o32 \s-1FPXX ABI, \s0\fB\-mno\-odd\-spreg\fR
  is set by default.
  .IP "\fB\-mabs=2008\fR" 4
  .IX Item "-mabs=2008"
*************** configurations; see the installation doc
*** 18382,18389 ****
  .IP "\fB\-mno\-dsp\fR" 4
  .IX Item "-mno-dsp"
  .PD
! Use (do not use) revision 1 of the \s-1MIPS DSP ASE.\s0
!   This option defines the
  preprocessor macro \f(CW\*(C`_\|_mips_dsp\*(C'\fR.  It also defines
  \&\f(CW\*(C`_\|_mips_dsp_rev\*(C'\fR to 1.
  .IP "\fB\-mdspr2\fR" 4
--- 18386,18393 ----
  .IP "\fB\-mno\-dsp\fR" 4
  .IX Item "-mno-dsp"
  .PD
! Use (do not use) revision 1 of the \s-1MIPS DSP ASE.
!  \s0 This option defines the
  preprocessor macro \f(CW\*(C`_\|_mips_dsp\*(C'\fR.  It also defines
  \&\f(CW\*(C`_\|_mips_dsp_rev\*(C'\fR to 1.
  .IP "\fB\-mdspr2\fR" 4
*************** preprocessor macro \f(CW\*(C`_\|_mips_ds
*** 18392,18399 ****
  .IP "\fB\-mno\-dspr2\fR" 4
  .IX Item "-mno-dspr2"
  .PD
! Use (do not use) revision 2 of the \s-1MIPS DSP ASE.\s0
!   This option defines the
  preprocessor macros \f(CW\*(C`_\|_mips_dsp\*(C'\fR and \f(CW\*(C`_\|_mips_dspr2\*(C'\fR.
  It also defines \f(CW\*(C`_\|_mips_dsp_rev\*(C'\fR to 2.
  .IP "\fB\-msmartmips\fR" 4
--- 18396,18403 ----
  .IP "\fB\-mno\-dspr2\fR" 4
  .IX Item "-mno-dspr2"
  .PD
! Use (do not use) revision 2 of the \s-1MIPS DSP ASE.
!  \s0 This option defines the
  preprocessor macros \f(CW\*(C`_\|_mips_dsp\*(C'\fR and \f(CW\*(C`_\|_mips_dspr2\*(C'\fR.
  It also defines \f(CW\*(C`_\|_mips_dsp_rev\*(C'\fR to 2.
  .IP "\fB\-msmartmips\fR" 4
*************** hardware floating-point support to be en
*** 18427,18433 ****
  .IP "\fB\-mno\-mips3d\fR" 4
  .IX Item "-mno-mips3d"
  .PD
! Use (do not use) the \s-1MIPS\-3D ASE.\s0  
  The option \fB\-mips3d\fR implies \fB\-mpaired\-single\fR.
  .IP "\fB\-mmicromips\fR" 4
  .IX Item "-mmicromips"
--- 18431,18437 ----
  .IP "\fB\-mno\-mips3d\fR" 4
  .IX Item "-mno-mips3d"
  .PD
! Use (do not use) the \s-1MIPS\-3D ASE.  \s0
  The option \fB\-mips3d\fR implies \fB\-mpaired\-single\fR.
  .IP "\fB\-mmicromips\fR" 4
  .IX Item "-mmicromips"
*************** determined.
*** 18484,18490 ****
  Force \f(CW\*(C`long\*(C'\fR, \f(CW\*(C`int\*(C'\fR, and pointer types to be 32 bits wide.
  .Sp
  The default size of \f(CW\*(C`int\*(C'\fRs, \f(CW\*(C`long\*(C'\fRs and pointers depends on
! the \s-1ABI.\s0  All the supported ABIs use 32\-bit \f(CW\*(C`int\*(C'\fRs.  The n64 \s-1ABI\s0
  uses 64\-bit \f(CW\*(C`long\*(C'\fRs, as does the 64\-bit \s-1EABI\s0; the others use
  32\-bit \f(CW\*(C`long\*(C'\fRs.  Pointers are the same size as \f(CW\*(C`long\*(C'\fRs,
  or the same size as integer registers, whichever is smaller.
--- 18488,18494 ----
  Force \f(CW\*(C`long\*(C'\fR, \f(CW\*(C`int\*(C'\fR, and pointer types to be 32 bits wide.
  .Sp
  The default size of \f(CW\*(C`int\*(C'\fRs, \f(CW\*(C`long\*(C'\fRs and pointers depends on
! the \s-1ABI. \s0 All the supported ABIs use 32\-bit \f(CW\*(C`int\*(C'\fRs.  The n64 \s-1ABI\s0
  uses 64\-bit \f(CW\*(C`long\*(C'\fRs, as does the 64\-bit \s-1EABI\s0; the others use
  32\-bit \f(CW\*(C`long\*(C'\fRs.  Pointers are the same size as \f(CW\*(C`long\*(C'\fRs,
  or the same size as integer registers, whichever is smaller.
*************** or the same size as integer registers, w
*** 18495,18501 ****
  .IX Item "-mno-sym32"
  .PD
  Assume (do not assume) that all symbols have 32\-bit values, regardless
! of the selected \s-1ABI.\s0  This option is useful in combination with
  \&\fB\-mabi=64\fR and \fB\-mno\-abicalls\fR because it allows \s-1GCC\s0
  to generate shorter and faster references to symbolic addresses.
  .IP "\fB\-G\fR \fInum\fR" 4
--- 18499,18505 ----
  .IX Item "-mno-sym32"
  .PD
  Assume (do not assume) that all symbols have 32\-bit values, regardless
! of the selected \s-1ABI. \s0 This option is useful in combination with
  \&\fB\-mabi=64\fR and \fB\-mno\-abicalls\fR because it allows \s-1GCC\s0
  to generate shorter and faster references to symbolic addresses.
  .IP "\fB\-G\fR \fInum\fR" 4
*************** otherwise.
*** 18794,18800 ****
  .IP "\fB\-mno\-fix\-rm7000\fR" 4
  .IX Item "-mno-fix-rm7000"
  .PD
! Work around the \s-1RM7000\s0 \f(CW\*(C`dmult\*(C'\fR/\f(CW\*(C`dmultu\*(C'\fR errata.  The
  workarounds are implemented by the assembler rather than by \s-1GCC.\s0
  .IP "\fB\-mfix\-vr4120\fR" 4
  .IX Item "-mfix-vr4120"
--- 18798,18804 ----
  .IP "\fB\-mno\-fix\-rm7000\fR" 4
  .IX Item "-mno-fix-rm7000"
  .PD
! Work around the \s-1RM7000 \s0\f(CW\*(C`dmult\*(C'\fR/\f(CW\*(C`dmultu\*(C'\fR errata.  The
  workarounds are implemented by the assembler rather than by \s-1GCC.\s0
  .IP "\fB\-mfix\-vr4120\fR" 4
  .IX Item "-mfix-vr4120"
*************** instructions.  These errata are handled
*** 18821,18830 ****
  .RE
  .IP "\fB\-mfix\-vr4130\fR" 4
  .IX Item "-mfix-vr4130"
! Work around the \s-1VR4130\s0 \f(CW\*(C`mflo\*(C'\fR/\f(CW\*(C`mfhi\*(C'\fR errata.  The
  workarounds are implemented by the assembler rather than by \s-1GCC,\s0
  although \s-1GCC\s0 avoids using \f(CW\*(C`mflo\*(C'\fR and \f(CW\*(C`mfhi\*(C'\fR if the
! \&\s-1VR4130\s0 \f(CW\*(C`macc\*(C'\fR, \f(CW\*(C`macchi\*(C'\fR, \f(CW\*(C`dmacc\*(C'\fR and \f(CW\*(C`dmacchi\*(C'\fR
  instructions are available instead.
  .IP "\fB\-mfix\-sb1\fR" 4
  .IX Item "-mfix-sb1"
--- 18825,18834 ----
  .RE
  .IP "\fB\-mfix\-vr4130\fR" 4
  .IX Item "-mfix-vr4130"
! Work around the \s-1VR4130 \s0\f(CW\*(C`mflo\*(C'\fR/\f(CW\*(C`mfhi\*(C'\fR errata.  The
  workarounds are implemented by the assembler rather than by \s-1GCC,\s0
  although \s-1GCC\s0 avoids using \f(CW\*(C`mflo\*(C'\fR and \f(CW\*(C`mfhi\*(C'\fR if the
! \&\s-1VR4130 \s0\f(CW\*(C`macc\*(C'\fR, \f(CW\*(C`macchi\*(C'\fR, \f(CW\*(C`dmacc\*(C'\fR and \f(CW\*(C`dmacchi\*(C'\fR
  instructions are available instead.
  .IP "\fB\-mfix\-sb1\fR" 4
  .IX Item "-mfix-sb1"
*************** The default is \fB\-mno\-mcount\-ra\-add
*** 19051,19057 ****
  .IP "\fB\-mno\-frame\-header\-opt\fR" 4
  .IX Item "-mno-frame-header-opt"
  .PD
! Enable (disable) frame header optimization in the o32 \s-1ABI.\s0  When using the
  o32 \s-1ABI,\s0 calling functions will allocate 16 bytes on the stack for the called
  function to write out register arguments.  When enabled, this optimization
  will suppress the allocation of the frame header if it can be determined that
--- 19055,19061 ----
  .IP "\fB\-mno\-frame\-header\-opt\fR" 4
  .IX Item "-mno-frame-header-opt"
  .PD
! Enable (disable) frame header optimization in the o32 \s-1ABI. \s0 When using the
  o32 \s-1ABI,\s0 calling functions will allocate 16 bytes on the stack for the called
  function to write out register arguments.  When enabled, this optimization
  will suppress the allocation of the frame header if it can be determined that
*************** header file.
*** 19272,19278 ****
  The option also sets the \s-1ISA\s0 to use.  If the \s-1MCU\s0 name is one that is
  known to only support the 430 \s-1ISA\s0 then that is selected, otherwise the
  430X \s-1ISA\s0 is selected.  A generic \s-1MCU\s0 name of \fBmsp430\fR can also be
! used to select the 430 \s-1ISA.\s0  Similarly the generic \fBmsp430x\fR \s-1MCU\s0
  name selects the 430X \s-1ISA.\s0
  .Sp
  In addition an MCU-specific linker script is added to the linker
--- 19276,19282 ----
  The option also sets the \s-1ISA\s0 to use.  If the \s-1MCU\s0 name is one that is
  known to only support the 430 \s-1ISA\s0 then that is selected, otherwise the
  430X \s-1ISA\s0 is selected.  A generic \s-1MCU\s0 name of \fBmsp430\fR can also be
! used to select the 430 \s-1ISA. \s0 Similarly the generic \fBmsp430x\fR \s-1MCU\s0
  name selects the 430X \s-1ISA.\s0
  .Sp
  In addition an MCU-specific linker script is added to the linker
*************** and not emit \f(CW\*(C`div\*(C'\fR and \
*** 19574,19581 ****
  .IP "\fB\-mno\-cdx\fR" 4
  .IX Item "-mno-cdx"
  .PD
! Enable or disable generation of Nios \s-1II R2 BMX\s0 (bit manipulation) and
! \&\s-1CDX\s0 (code density) instructions.  Enabling these instructions also
  requires \fB\-march=r2\fR.  Since these instructions are optional
  extensions to the R2 architecture, the default is not to emit them.
  .IP "\fB\-mcustom\-\fR\fIinsn\fR\fB=\fR\fIN\fR" 4
--- 19578,19585 ----
  .IP "\fB\-mno\-cdx\fR" 4
  .IX Item "-mno-cdx"
  .PD
! Enable or disable generation of Nios \s-1II R2 BMX \s0(bit manipulation) and
! \&\s-1CDX \s0(code density) instructions.  Enabling these instructions also
  requires \fB\-march=r2\fR.  Since these instructions are optional
  extensions to the R2 architecture, the default is not to emit them.
  .IP "\fB\-mcustom\-\fR\fIinsn\fR\fB=\fR\fIN\fR" 4
*************** function attribute
*** 19752,19761 ****
  or pragma.
  .PP
  These additional \fB\-m\fR options are available for the Altera Nios \s-1II
! ELF\s0 (bare-metal) target:
  .IP "\fB\-mhal\fR" 4
  .IX Item "-mhal"
! Link with \s-1HAL BSP.\s0  This suppresses linking with the GCC-provided C runtime
  startup and termination code, and is typically used in conjunction with
  \&\fB\-msys\-crt0=\fR to specify the location of the alternate startup code
  provided by the \s-1HAL BSP.\s0
--- 19756,19765 ----
  or pragma.
  .PP
  These additional \fB\-m\fR options are available for the Altera Nios \s-1II
! ELF \s0(bare-metal) target:
  .IP "\fB\-mhal\fR" 4
  .IX Item "-mhal"
! Link with \s-1HAL BSP. \s0 This suppresses linking with the GCC-provided C runtime
  startup and termination code, and is typically used in conjunction with
  \&\fB\-msys\-crt0=\fR to specify the location of the alternate startup code
  provided by the \s-1HAL BSP.\s0
*************** Return floating-point results in memory.
*** 19844,19850 ****
  Generate code for a \s-1PDP\-11/40.\s0
  .IP "\fB\-m45\fR" 4
  .IX Item "-m45"
! Generate code for a \s-1PDP\-11/45.\s0  This is the default.
  .IP "\fB\-m10\fR" 4
  .IX Item "-m10"
  Generate code for a \s-1PDP\-11/10.\s0
--- 19848,19854 ----
  Generate code for a \s-1PDP\-11/40.\s0
  .IP "\fB\-m45\fR" 4
  .IX Item "-m45"
! Generate code for a \s-1PDP\-11/45. \s0 This is the default.
  .IP "\fB\-m10\fR" 4
  .IX Item "-m10"
  Generate code for a \s-1PDP\-11/10.\s0
*************** work properly on all types of \s-1AE.\s0
*** 19924,19930 ****
  \&\fB\-mae=MUL\fR selects a \s-1MUL AE\s0 type.  This is the most useful \s-1AE\s0 type
  for compiled code, and is the default.
  .Sp
! \&\fB\-mae=MAC\fR selects a DSP-style \s-1MAC AE.\s0  Code compiled with this
  option may suffer from poor performance of byte (char) manipulation,
  since the \s-1DSP AE\s0 does not provide hardware support for byte load/stores.
  .IP "\fB\-msymbol\-as\-address\fR" 4
--- 19928,19934 ----
  \&\fB\-mae=MUL\fR selects a \s-1MUL AE\s0 type.  This is the most useful \s-1AE\s0 type
  for compiled code, and is the default.
  .Sp
! \&\fB\-mae=MAC\fR selects a DSP-style \s-1MAC AE. \s0 Code compiled with this
  option may suffer from poor performance of byte (char) manipulation,
  since the \s-1DSP AE\s0 does not provide hardware support for byte load/stores.
  .IP "\fB\-msymbol\-as\-address\fR" 4
*************** the F or D extensions for floating-point
*** 19995,20001 ****
  Use hardware instructions for integer division.  This requires the M extension.
  .IP "\fB\-march=\fR\fIISA-string\fR" 4
  .IX Item "-march=ISA-string"
! Generate code for given RISC-V \s-1ISA\s0 (e.g. \fBrv64im\fR).  \s-1ISA\s0 strings must be
  lower-case.  Examples include \fBrv64i\fR, \fBrv32g\fR, and \fBrv32imaf\fR.
  .IP "\fB\-mtune=\fR\fIprocessor-string\fR" 4
  .IX Item "-mtune=processor-string"
--- 19999,20005 ----
  Use hardware instructions for integer division.  This requires the M extension.
  .IP "\fB\-march=\fR\fIISA-string\fR" 4
  .IX Item "-march=ISA-string"
! Generate code for given RISC-V \s-1ISA \s0(e.g. \fBrv64im\fR).  \s-1ISA\s0 strings must be
  lower-case.  Examples include \fBrv64i\fR, \fBrv32g\fR, and \fBrv32imaf\fR.
  .IP "\fB\-mtune=\fR\fIprocessor-string\fR" 4
  .IX Item "-mtune=processor-string"
*************** Specifies the type of hardware multiplic
*** 20038,20046 ****
  be used.  The simplest is \f(CW\*(C`none\*(C'\fR, which uses software for both
  multiplication and division.  This is the default.  The \f(CW\*(C`g13\*(C'\fR
  value is for the hardware multiply/divide peripheral found on the
! \&\s-1RL78/G13\s0 (S2 core) targets.  The \f(CW\*(C`g14\*(C'\fR value selects the use of
! the multiplication and division instructions supported by the \s-1RL78/G14\s0
! (S3 core) parts.  The value \f(CW\*(C`rl78\*(C'\fR is an alias for \f(CW\*(C`g14\*(C'\fR and
  the value \f(CW\*(C`mg10\*(C'\fR is an alias for \f(CW\*(C`none\*(C'\fR.
  .Sp
  In addition a C preprocessor macro is defined, based upon the setting
--- 20042,20050 ----
  be used.  The simplest is \f(CW\*(C`none\*(C'\fR, which uses software for both
  multiplication and division.  This is the default.  The \f(CW\*(C`g13\*(C'\fR
  value is for the hardware multiply/divide peripheral found on the
! \&\s-1RL78/G13 \s0(S2 core) targets.  The \f(CW\*(C`g14\*(C'\fR value selects the use of
! the multiplication and division instructions supported by the \s-1RL78/G14
! \&\s0(S3 core) parts.  The value \f(CW\*(C`rl78\*(C'\fR is an alias for \f(CW\*(C`g14\*(C'\fR and
  the value \f(CW\*(C`mg10\*(C'\fR is an alias for \f(CW\*(C`none\*(C'\fR.
  .Sp
  In addition a C preprocessor macro is defined, based upon the setting
*************** of this option.  Possible values are: \f
*** 20057,20063 ****
  .IX Item "-mcpu=rl78"
  .PD
  Specifies the \s-1RL78\s0 core to target.  The default is the G14 core, also
! known as an S3 core or just \s-1RL78.\s0  The G13 or S2 core does not have
  multiply or divide instructions, instead it uses a hardware peripheral
  for these operations.  The G10 or S1 core does not have register
  banks, so it uses a different calling convention.
--- 20061,20067 ----
  .IX Item "-mcpu=rl78"
  .PD
  Specifies the \s-1RL78\s0 core to target.  The default is the G14 core, also
! known as an S3 core or just \s-1RL78. \s0 The G13 or S2 core does not have
  multiply or divide instructions, instead it uses a hardware peripheral
  for these operations.  The G10 or S1 core does not have register
  banks, so it uses a different calling convention.
*************** These \fB\-m\fR options are defined for
*** 20172,20178 ****
  .PD
  You use these options to specify which instructions are available on the
  processor you are using.  The default value of these options is
! determined when configuring \s-1GCC.\s0  Specifying the
  \&\fB\-mcpu=\fR\fIcpu_type\fR overrides the specification of these
  options.  We recommend you use the \fB\-mcpu=\fR\fIcpu_type\fR option
  rather than the options listed above.
--- 20176,20182 ----
  .PD
  You use these options to specify which instructions are available on the
  processor you are using.  The default value of these options is
! determined when configuring \s-1GCC. \s0 Specifying the
  \&\fB\-mcpu=\fR\fIcpu_type\fR overrides the specification of these
  options.  We recommend you use the \fB\-mcpu=\fR\fIcpu_type\fR option
  rather than the options listed above.
*************** This is a PowerPC
*** 20348,20354 ****
  32\-bit \s-1SYSV ABI\s0 option.
  .IP "\fB\-mbss\-plt\fR" 4
  .IX Item "-mbss-plt"
! Generate code that uses a \s-1BSS\s0 \f(CW\*(C`.plt\*(C'\fR section that \fBld.so\fR
  fills in, and
  requires \f(CW\*(C`.plt\*(C'\fR and \f(CW\*(C`.got\*(C'\fR
  sections that are both writable and executable.
--- 20352,20358 ----
  32\-bit \s-1SYSV ABI\s0 option.
  .IP "\fB\-mbss\-plt\fR" 4
  .IX Item "-mbss-plt"
! Generate code that uses a \s-1BSS \s0\f(CW\*(C`.plt\*(C'\fR section that \fBld.so\fR
  fills in, and
  requires \f(CW\*(C`.plt\*(C'\fR and \f(CW\*(C`.got\*(C'\fR
  sections that are both writable and executable.
*************** This switch has been deprecated.  Use \f
*** 20366,20373 ****
  \&\fB\-mno\-isel\fR instead.
  .IP "\fB\-mlra\fR" 4
  .IX Item "-mlra"
! Enable Local Register Allocation. By default the port uses \s-1LRA.\s0
! (i.e. \fB\-mno\-lra\fR).
  .IP "\fB\-mspe\fR" 4
  .IX Item "-mspe"
  .PD 0
--- 20370,20377 ----
  \&\fB\-mno\-isel\fR instead.
  .IP "\fB\-mlra\fR" 4
  .IX Item "-mlra"
! Enable Local Register Allocation. By default the port uses \s-1LRA.
! \&\s0(i.e. \fB\-mno\-lra\fR).
  .IP "\fB\-mspe\fR" 4
  .IX Item "-mspe"
  .PD 0
*************** later processors.
*** 20440,20446 ****
  .IX Item "-mno-power8-vector"
  .PD
  Generate code that uses (does not use) the vector and scalar
! instructions that were added in version 2.07 of the PowerPC \s-1ISA.\s0  Also
  enable the use of built-in functions that allow more direct access to
  the vector instructions.
  .IP "\fB\-mquad\-memory\fR" 4
--- 20444,20450 ----
  .IX Item "-mno-power8-vector"
  .PD
  Generate code that uses (does not use) the vector and scalar
! instructions that were added in version 2.07 of the PowerPC \s-1ISA. \s0 Also
  enable the use of built-in functions that allow more direct access to
  the vector instructions.
  .IP "\fB\-mquad\-memory\fR" 4
*************** any of the \fB\-mcpu=power7\fR, \fB\-mcp
*** 20482,20488 ****
  Generate code that uses (does not use) the scalar double precision
  instructions that target all 64 registers in the vector/scalar
  floating point register set that were added in version 2.06 of the
! PowerPC \s-1ISA.\s0  \fB\-mupper\-regs\-df\fR is turned on by default if you
  use any of the \fB\-mcpu=power7\fR, \fB\-mcpu=power8\fR,
  \&\fB\-mcpu=power9\fR, or \fB\-mvsx\fR options.
  .IP "\fB\-mupper\-regs\-sf\fR" 4
--- 20486,20492 ----
  Generate code that uses (does not use) the scalar double precision
  instructions that target all 64 registers in the vector/scalar
  floating point register set that were added in version 2.06 of the
! PowerPC \s-1ISA.  \s0\fB\-mupper\-regs\-df\fR is turned on by default if you
  use any of the \fB\-mcpu=power7\fR, \fB\-mcpu=power8\fR,
  \&\fB\-mcpu=power9\fR, or \fB\-mvsx\fR options.
  .IP "\fB\-mupper\-regs\-sf\fR" 4
*************** use any of the \fB\-mcpu=power7\fR, \fB\
*** 20494,20500 ****
  Generate code that uses (does not use) the scalar single precision
  instructions that target all 64 registers in the vector/scalar
  floating point register set that were added in version 2.07 of the
! PowerPC \s-1ISA.\s0  \fB\-mupper\-regs\-sf\fR is turned on by default if you
  use either of the \fB\-mcpu=power8\fR, \fB\-mpower8\-vector\fR, or
  \&\fB\-mcpu=power9\fR options.
  .IP "\fB\-mupper\-regs\fR" 4
--- 20498,20504 ----
  Generate code that uses (does not use) the scalar single precision
  instructions that target all 64 registers in the vector/scalar
  floating point register set that were added in version 2.07 of the
! PowerPC \s-1ISA.  \s0\fB\-mupper\-regs\-sf\fR is turned on by default if you
  use either of the \fB\-mcpu=power8\fR, \fB\-mpower8\-vector\fR, or
  \&\fB\-mcpu=power9\fR options.
  .IP "\fB\-mupper\-regs\fR" 4
*************** pointer to 64 bits, and generates code f
*** 20585,20595 ****
  .IP "\fB\-mminimal\-toc\fR" 4
  .IX Item "-mminimal-toc"
  .PD
! Modify generation of the \s-1TOC\s0 (Table Of Contents), which is created for
  every executable file.  The \fB\-mfull\-toc\fR option is selected by
  default.  In that case, \s-1GCC\s0 allocates at least one \s-1TOC\s0 entry for
  each unique non-automatic variable reference in your program.  \s-1GCC\s0
! also places floating-point constants in the \s-1TOC.\s0  However, only
  16,384 entries are available in the \s-1TOC.\s0
  .Sp
  If you receive a linker error message that saying you have overflowed
--- 20589,20599 ----
  .IP "\fB\-mminimal\-toc\fR" 4
  .IX Item "-mminimal-toc"
  .PD
! Modify generation of the \s-1TOC \s0(Table Of Contents), which is created for
  every executable file.  The \fB\-mfull\-toc\fR option is selected by
  default.  In that case, \s-1GCC\s0 allocates at least one \s-1TOC\s0 entry for
  each unique non-automatic variable reference in your program.  \s-1GCC\s0
! also places floating-point constants in the \s-1TOC. \s0 However, only
  16,384 entries are available in the \s-1TOC.\s0
  .Sp
  If you receive a linker error message that saying you have overflowed
*************** with the \fB\-mno\-fp\-in\-toc\fR and \f
*** 20598,20604 ****
  \&\fB\-mno\-fp\-in\-toc\fR prevents \s-1GCC\s0 from putting floating-point
  constants in the \s-1TOC\s0 and \fB\-mno\-sum\-in\-toc\fR forces \s-1GCC\s0 to
  generate code to calculate the sum of an address and a constant at
! run time instead of putting that sum into the \s-1TOC.\s0  You may specify one
  or both of these options.  Each causes \s-1GCC\s0 to produce very slightly
  slower and larger code at the expense of conserving \s-1TOC\s0 space.
  .Sp
--- 20602,20608 ----
  \&\fB\-mno\-fp\-in\-toc\fR prevents \s-1GCC\s0 from putting floating-point
  constants in the \s-1TOC\s0 and \fB\-mno\-sum\-in\-toc\fR forces \s-1GCC\s0 to
  generate code to calculate the sum of an address and a constant at
! run time instead of putting that sum into the \s-1TOC. \s0 You may specify one
  or both of these options.  Each causes \s-1GCC\s0 to produce very slightly
  slower and larger code at the expense of conserving \s-1TOC\s0 space.
  .Sp
*************** implies \fB\-mno\-powerpc64\fR.  \s-1GCC
*** 20626,20632 ****
  .IX Item "-mno-xl-compat"
  .PD
  Produce code that conforms more closely to \s-1IBM XL\s0 compiler semantics
! when using AIX-compatible \s-1ABI.\s0  Pass floating-point arguments to
  prototyped functions beyond the register save area (\s-1RSA\s0) on the stack
  in addition to argument FPRs.  Do not assume that most significant
  double in 128\-bit long double value is properly rounded when comparing
--- 20630,20636 ----
  .IX Item "-mno-xl-compat"
  .PD
  Produce code that conforms more closely to \s-1IBM XL\s0 compiler semantics
! when using AIX-compatible \s-1ABI. \s0 Pass floating-point arguments to
  prototyped functions beyond the register save area (\s-1RSA\s0) on the stack
  in addition to argument FPRs.  Do not assume that most significant
  double in 128\-bit long double value is properly rounded when comparing
*************** On Darwin/PPC systems, \f(CW\*(C`#pragma
*** 21161,21167 ****
  callee, L42\*(C'\fR, plus a \fIbranch island\fR (glue code).  The two target
  addresses represent the callee and the branch island.  The
  Darwin/PPC linker prefers the first address and generates a \f(CW\*(C`bl
! callee\*(C'\fR if the \s-1PPC\s0 \f(CW\*(C`bl\*(C'\fR instruction reaches the callee directly;
  otherwise, the linker generates \f(CW\*(C`bl L42\*(C'\fR to call the branch
  island.  The branch island is appended to the body of the
  calling function; it computes the full 32\-bit address of the callee
--- 21165,21171 ----
  callee, L42\*(C'\fR, plus a \fIbranch island\fR (glue code).  The two target
  addresses represent the callee and the branch island.  The
  Darwin/PPC linker prefers the first address and generates a \f(CW\*(C`bl
! callee\*(C'\fR if the \s-1PPC \s0\f(CW\*(C`bl\*(C'\fR instruction reaches the callee directly;
  otherwise, the linker generates \f(CW\*(C`bl L42\*(C'\fR to call the branch
  island.  The branch island is appended to the body of the
  calling function; it computes the full 32\-bit address of the callee
*************** which handle the double-precision recipr
*** 21253,21259 ****
  .PD
  Assume (do not assume) that the reciprocal estimate instructions
  provide higher-precision estimates than is mandated by the PowerPC
! \&\s-1ABI.\s0  Selecting \fB\-mcpu=power6\fR, \fB\-mcpu=power7\fR or
  \&\fB\-mcpu=power8\fR automatically selects \fB\-mrecip\-precision\fR.
  The double-precision square root estimate instructions are not generated by
  default on low-precision machines, since they do not provide an
--- 21257,21263 ----
  .PD
  Assume (do not assume) that the reciprocal estimate instructions
  provide higher-precision estimates than is mandated by the PowerPC
! \&\s-1ABI. \s0 Selecting \fB\-mcpu=power6\fR, \fB\-mcpu=power7\fR or
  \&\fB\-mcpu=power8\fR automatically selects \fB\-mrecip\-precision\fR.
  The double-precision square root estimate instructions are not generated by
  default on low-precision machines, since they do not provide an
*************** Generate (do not generate) code to pass
*** 21328,21337 ****
  maximum alignment of 64 bits, for compatibility with older versions
  of \s-1GCC.\s0
  .Sp
! Older versions of \s-1GCC\s0 (prior to 4.9.0) incorrectly did not align a
  structure parameter on a 128\-bit boundary when that structure contained
  a member requiring 128\-bit alignment.  This is corrected in more
! recent versions of \s-1GCC.\s0  This option may be used to generate code
  that is compatible with functions compiled with older versions of
  \&\s-1GCC.\s0
  .Sp
--- 21332,21341 ----
  maximum alignment of 64 bits, for compatibility with older versions
  of \s-1GCC.\s0
  .Sp
! Older versions of \s-1GCC \s0(prior to 4.9.0) incorrectly did not align a
  structure parameter on a 128\-bit boundary when that structure contained
  a member requiring 128\-bit alignment.  This is corrected in more
! recent versions of \s-1GCC. \s0 This option may be used to generate code
  that is compatible with functions compiled with older versions of
  \&\s-1GCC.\s0
  .Sp
*************** This is because the \s-1RX FPU\s0 instru
*** 21391,21397 ****
  .IX Item "-mcpu=name"
  Selects the type of \s-1RX CPU\s0 to be targeted.  Currently three types are
  supported, the generic \fB\s-1RX600\s0\fR and \fB\s-1RX200\s0\fR series hardware and
! the specific \fB\s-1RX610\s0\fR \s-1CPU.\s0  The default is \fB\s-1RX600\s0\fR.
  .Sp
  The only difference between \fB\s-1RX600\s0\fR and \fB\s-1RX610\s0\fR is that the
  \&\fB\s-1RX610\s0\fR does not support the \f(CW\*(C`MVTIPL\*(C'\fR instruction.
--- 21395,21401 ----
  .IX Item "-mcpu=name"
  Selects the type of \s-1RX CPU\s0 to be targeted.  Currently three types are
  supported, the generic \fB\s-1RX600\s0\fR and \fB\s-1RX200\s0\fR series hardware and
! the specific \fB\s-1RX610\s0\fR \s-1CPU. \s0 The default is \fB\s-1RX600\s0\fR.
  .Sp
  The only difference between \fB\s-1RX600\s0\fR and \fB\s-1RX610\s0\fR is that the
  \&\fB\s-1RX610\s0\fR does not support the \f(CW\*(C`MVTIPL\*(C'\fR instruction.
*************** which does not have this limitation.
*** 21669,21676 ****
  .IX Item "-m31"
  .PD
  When \fB\-m31\fR is specified, generate code compliant to the
! GNU/Linux for S/390 \s-1ABI.\s0  When \fB\-m64\fR is specified, generate
! code compliant to the GNU/Linux for zSeries \s-1ABI.\s0  This allows \s-1GCC\s0 in
  particular to generate 64\-bit instructions.  For the \fBs390\fR
  targets, the default is \fB\-m31\fR, while the \fBs390x\fR
  targets default to \fB\-m64\fR.
--- 21673,21680 ----
  .IX Item "-m31"
  .PD
  When \fB\-m31\fR is specified, generate code compliant to the
! GNU/Linux for S/390 \s-1ABI. \s0 When \fB\-m64\fR is specified, generate
! code compliant to the GNU/Linux for zSeries \s-1ABI. \s0 This allows \s-1GCC\s0 in
  particular to generate 64\-bit instructions.  For the \fBs390\fR
  targets, the default is \fB\-m31\fR, while the \fBs390x\fR
  targets default to \fB\-m64\fR.
*************** targets default to \fB\-m64\fR.
*** 21683,21689 ****
  When \fB\-mzarch\fR is specified, generate code using the
  instructions available on z/Architecture.
  When \fB\-mesa\fR is specified, generate code using the
! instructions available on \s-1ESA/390.\s0  Note that \fB\-mesa\fR is
  not possible with \fB\-m64\fR.
  When generating code compliant to the GNU/Linux for S/390 \s-1ABI,\s0
  the default is \fB\-mesa\fR.  When generating code compliant
--- 21687,21693 ----
  When \fB\-mzarch\fR is specified, generate code using the
  instructions available on z/Architecture.
  When \fB\-mesa\fR is specified, generate code using the
! instructions available on \s-1ESA/390. \s0 Note that \fB\-mesa\fR is
  not possible with \fB\-m64\fR.
  When generating code compliant to the GNU/Linux for S/390 \s-1ABI,\s0
  the default is \fB\-mesa\fR.  When generating code compliant
*************** available with the vector extension faci
*** 21710,21716 ****
  z13 machine generation.
  This option changes the \s-1ABI\s0 for some vector type values with regard to
  alignment and calling conventions.  In case vector type values are
! being used in an ABI-relevant context a \s-1GAS\s0 \fB.gnu_attribute\fR
  command will be added to mark the resulting binary with the \s-1ABI\s0 used.
  \&\fB\-mvx\fR is enabled by default when using \fB\-march=z13\fR.
  .IP "\fB\-mzvector\fR" 4
--- 21714,21720 ----
  z13 machine generation.
  This option changes the \s-1ABI\s0 for some vector type values with regard to
  alignment and calling conventions.  In case vector type values are
! being used in an ABI-relevant context a \s-1GAS \s0\fB.gnu_attribute\fR
  command will be added to mark the resulting binary with the \s-1ABI\s0 used.
  \&\fB\-mvx\fR is enabled by default when using \fB\-march=z13\fR.
  .IP "\fB\-mzvector\fR" 4
*************** Generate code for \s-1SH4\-300\s0 in suc
*** 21962,21971 ****
  floating-point operations are used.
  .IP "\fB\-m4\-340\fR" 4
  .IX Item "-m4-340"
! Generate code for \s-1SH4\-340\s0 (no \s-1MMU,\s0 no \s-1FPU\s0).
  .IP "\fB\-m4\-500\fR" 4
  .IX Item "-m4-500"
! Generate code for \s-1SH4\-500\s0 (no \s-1FPU\s0).  Passes \fB\-isa=sh4\-nofpu\fR to the
  assembler.
  .IP "\fB\-m4a\-nofpu\fR" 4
  .IX Item "-m4a-nofpu"
--- 21966,21975 ----
  floating-point operations are used.
  .IP "\fB\-m4\-340\fR" 4
  .IX Item "-m4-340"
! Generate code for \s-1SH4\-340 \s0(no \s-1MMU,\s0 no \s-1FPU\s0).
  .IP "\fB\-m4\-500\fR" 4
  .IX Item "-m4-500"
! Generate code for \s-1SH4\-500 \s0(no \s-1FPU\s0).  Passes \fB\-isa=sh4\-nofpu\fR to the
  assembler.
  .IP "\fB\-m4a\-nofpu\fR" 4
  .IX Item "-m4a-nofpu"
*************** SH2A\s0 and SHcompact.
*** 22158,22171 ****
  .IX Item "call-fp"
  Calls a library function that performs the operation in double precision
  floating point.  Division by zero causes a floating-point exception.  This is
! the default for SHcompact with \s-1FPU.\s0  Specifying this for targets that do not
  have a double precision \s-1FPU\s0 defaults to \f(CW\*(C`call\-div1\*(C'\fR.
  .IP "\fBcall-table\fR" 4
  .IX Item "call-table"
  Calls a library function that uses a lookup table for small divisors and
  the \f(CW\*(C`div1\*(C'\fR instruction with case distinction for larger divisors.  Division
  by zero calculates an unspecified result and does not trap.  This is the default
! for \s-1SH4.\s0  Specifying this for targets that do not have dynamic shift
  instructions defaults to \f(CW\*(C`call\-div1\*(C'\fR.
  .RE
  .RS 4
--- 22162,22175 ----
  .IX Item "call-fp"
  Calls a library function that performs the operation in double precision
  floating point.  Division by zero causes a floating-point exception.  This is
! the default for SHcompact with \s-1FPU. \s0 Specifying this for targets that do not
  have a double precision \s-1FPU\s0 defaults to \f(CW\*(C`call\-div1\*(C'\fR.
  .IP "\fBcall-table\fR" 4
  .IX Item "call-table"
  Calls a library function that uses a lookup table for small divisors and
  the \f(CW\*(C`div1\*(C'\fR instruction with case distinction for larger divisors.  Division
  by zero calculates an unspecified result and does not trap.  This is the default
! for \s-1SH4. \s0 Specifying this for targets that do not have dynamic shift
  instructions defaults to \f(CW\*(C`call\-div1\*(C'\fR.
  .RE
  .RS 4
*************** is being compiled for.
*** 22209,22215 ****
  Assume (do not assume) that zero displacement conditional branch instructions
  \&\f(CW\*(C`bt\*(C'\fR and \f(CW\*(C`bf\*(C'\fR are fast.  If \fB\-mzdcbranch\fR is specified, the
  compiler prefers zero displacement branch code sequences.  This is
! enabled by default when generating code for \s-1SH4\s0 and \s-1SH4A.\s0  It can be explicitly
  disabled by specifying \fB\-mno\-zdcbranch\fR.
  .IP "\fB\-mcbranch\-force\-delay\-slot\fR" 4
  .IX Item "-mcbranch-force-delay-slot"
--- 22213,22219 ----
  Assume (do not assume) that zero displacement conditional branch instructions
  \&\f(CW\*(C`bt\*(C'\fR and \f(CW\*(C`bf\*(C'\fR are fast.  If \fB\-mzdcbranch\fR is specified, the
  compiler prefers zero displacement branch code sequences.  This is
! enabled by default when generating code for \s-1SH4\s0 and \s-1SH4A. \s0 It can be explicitly
  disabled by specifying \fB\-mno\-zdcbranch\fR.
  .IP "\fB\-mcbranch\-force\-delay\-slot\fR" 4
  .IX Item "-mcbranch-force-delay-slot"
*************** mapped to \fB\-ffp\-contract=off\fR.
*** 22238,22244 ****
  Allow or disallow the compiler to emit the \f(CW\*(C`fsca\*(C'\fR instruction for sine
  and cosine approximations.  The option \fB\-mfsca\fR must be used in
  combination with \fB\-funsafe\-math\-optimizations\fR.  It is enabled by default
! when generating code for \s-1SH4A.\s0  Using \fB\-mno\-fsca\fR disables sine and cosine
  approximations even if \fB\-funsafe\-math\-optimizations\fR is in effect.
  .IP "\fB\-mfsrra\fR" 4
  .IX Item "-mfsrra"
--- 22242,22248 ----
  Allow or disallow the compiler to emit the \f(CW\*(C`fsca\*(C'\fR instruction for sine
  and cosine approximations.  The option \fB\-mfsca\fR must be used in
  combination with \fB\-funsafe\-math\-optimizations\fR.  It is enabled by default
! when generating code for \s-1SH4A. \s0 Using \fB\-mno\-fsca\fR disables sine and cosine
  approximations even if \fB\-funsafe\-math\-optimizations\fR is in effect.
  .IP "\fB\-mfsrra\fR" 4
  .IX Item "-mfsrra"
*************** Allow or disallow the compiler to emit t
*** 22250,22256 ****
  reciprocal square root approximations.  The option \fB\-mfsrra\fR must be used
  in combination with \fB\-funsafe\-math\-optimizations\fR and
  \&\fB\-ffinite\-math\-only\fR.  It is enabled by default when generating code for
! \&\s-1SH4A.\s0  Using \fB\-mno\-fsrra\fR disables reciprocal square root approximations
  even if \fB\-funsafe\-math\-optimizations\fR and \fB\-ffinite\-math\-only\fR are
  in effect.
  .IP "\fB\-mpretend\-cmove\fR" 4
--- 22254,22260 ----
  reciprocal square root approximations.  The option \fB\-mfsrra\fR must be used
  in combination with \fB\-funsafe\-math\-optimizations\fR and
  \&\fB\-ffinite\-math\-only\fR.  It is enabled by default when generating code for
! \&\s-1SH4A. \s0 Using \fB\-mno\-fsrra\fR disables reciprocal square root approximations
  even if \fB\-funsafe\-math\-optimizations\fR and \fB\-ffinite\-math\-only\fR are
  in effect.
  .IP "\fB\-mpretend\-cmove\fR" 4
*************** instructions.
*** 22357,22363 ****
  .IX Item "-msoft-quad-float"
  Generate output containing library calls for quad-word (long double)
  floating-point instructions.  The functions called are those specified
! in the \s-1SPARC ABI.\s0  This is the default.
  .Sp
  As of this writing, there are no \s-1SPARC\s0 implementations that have hardware
  support for the quad-word floating-point instructions.  They all invoke
--- 22361,22367 ----
  .IX Item "-msoft-quad-float"
  Generate output containing library calls for quad-word (long double)
  floating-point instructions.  The functions called are those specified
! in the \s-1SPARC ABI. \s0 This is the default.
  .Sp
  As of this writing, there are no \s-1SPARC\s0 implementations that have hardware
  support for the quad-word floating-point instructions.  They all invoke
*************** should have 8\-byte alignment.  This ena
*** 22399,22405 ****
  \&\f(CW\*(C`ldd\*(C'\fR and \f(CW\*(C`std\*(C'\fR instructions for copies in structure
  assignment, in place of twice as many \f(CW\*(C`ld\*(C'\fR and \f(CW\*(C`st\*(C'\fR pairs.
  However, the use of this changed alignment directly violates the \s-1SPARC
! ABI.\s0  Thus, it's intended only for use on targets where the developer
  acknowledges that their resulting code is not directly in line with
  the rules of the \s-1ABI.\s0
  .IP "\fB\-mstd\-struct\-return\fR" 4
--- 22403,22409 ----
  \&\f(CW\*(C`ldd\*(C'\fR and \f(CW\*(C`std\*(C'\fR instructions for copies in structure
  assignment, in place of twice as many \f(CW\*(C`ld\*(C'\fR and \f(CW\*(C`st\*(C'\fR pairs.
  However, the use of this changed alignment directly violates the \s-1SPARC
! ABI. \s0 Thus, it's intended only for use on targets where the developer
  acknowledges that their resulting code is not directly in line with
  the rules of the \s-1ABI.\s0
  .IP "\fB\-mstd\-struct\-return\fR" 4
*************** for machine type \fIcpu_type\fR.  Suppor
*** 22430,22436 ****
  \&\fBleon\fR, \fBleon3\fR, \fBleon3v7\fR, \fBsparclite\fR, \fBf930\fR,
  \&\fBf934\fR, \fBsparclite86x\fR, \fBsparclet\fR, \fBtsc701\fR, \fBv9\fR,
  \&\fBultrasparc\fR, \fBultrasparc3\fR, \fBniagara\fR, \fBniagara2\fR,
! \&\fBniagara3\fR, \fBniagara4\fR and \fBniagara7\fR.
  .Sp
  Native Solaris and GNU/Linux toolchains also support the value \fBnative\fR,
  which selects the best architecture option for the host processor.
--- 22434,22440 ----
  \&\fBleon\fR, \fBleon3\fR, \fBleon3v7\fR, \fBsparclite\fR, \fBf930\fR,
  \&\fBf934\fR, \fBsparclite86x\fR, \fBsparclet\fR, \fBtsc701\fR, \fBv9\fR,
  \&\fBultrasparc\fR, \fBultrasparc3\fR, \fBniagara\fR, \fBniagara2\fR,
! \&\fBniagara3\fR, \fBniagara4\fR, \fBniagara7\fR and \fBm8\fR.
  .Sp
  Native Solaris and GNU/Linux toolchains also support the value \fBnative\fR,
  which selects the best architecture option for the host processor.
*************** f930, f934, sparclite86x
*** 22458,22464 ****
  tsc701
  .IP "v9" 4
  .IX Item "v9"
! ultrasparc, ultrasparc3, niagara, niagara2, niagara3, niagara4, niagara7
  .RE
  .RS 4
  .Sp
--- 22462,22469 ----
  tsc701
  .IP "v9" 4
  .IX Item "v9"
! ultrasparc, ultrasparc3, niagara, niagara2, niagara3, niagara4,
! niagara7, m8
  .RE
  .RS 4
  .Sp
*************** SPARCStation 1, 2, \s-1IPX\s0 etc.
*** 22471,22477 ****
  With \fB\-mcpu=v8\fR, \s-1GCC\s0 generates code for the V8 variant of the \s-1SPARC\s0
  architecture.  The only difference from V7 code is that the compiler emits
  the integer multiply and integer divide instructions which exist in \s-1SPARC\-V8\s0
! but not in \s-1SPARC\-V7.\s0  With \fB\-mcpu=supersparc\fR, the compiler additionally
  optimizes it for the SuperSPARC chip, as used in the SPARCStation 10, 1000 and
  2000 series.
  .Sp
--- 22476,22482 ----
  With \fB\-mcpu=v8\fR, \s-1GCC\s0 generates code for the V8 variant of the \s-1SPARC\s0
  architecture.  The only difference from V7 code is that the compiler emits
  the integer multiply and integer divide instructions which exist in \s-1SPARC\-V8\s0
! but not in \s-1SPARC\-V7. \s0 With \fB\-mcpu=supersparc\fR, the compiler additionally
  optimizes it for the SuperSPARC chip, as used in the SPARCStation 10, 1000 and
  2000 series.
  .Sp
*************** With \fB\-mcpu=sparclite\fR, \s-1GCC\s0
*** 22479,22492 ****
  the \s-1SPARC\s0 architecture.  This adds the integer multiply, integer divide step
  and scan (\f(CW\*(C`ffs\*(C'\fR) instructions which exist in SPARClite but not in \s-1SPARC\-V7.\s0
  With \fB\-mcpu=f930\fR, the compiler additionally optimizes it for the
! Fujitsu \s-1MB86930\s0 chip, which is the original SPARClite, with no \s-1FPU.\s0  With
  \&\fB\-mcpu=f934\fR, the compiler additionally optimizes it for the Fujitsu
  \&\s-1MB86934\s0 chip, which is the more recent SPARClite with \s-1FPU.\s0
  .Sp
  With \fB\-mcpu=sparclet\fR, \s-1GCC\s0 generates code for the SPARClet variant of
  the \s-1SPARC\s0 architecture.  This adds the integer multiply, multiply/accumulate,
  integer divide step and scan (\f(CW\*(C`ffs\*(C'\fR) instructions which exist in SPARClet
! but not in \s-1SPARC\-V7.\s0  With \fB\-mcpu=tsc701\fR, the compiler additionally
  optimizes it for the \s-1TEMIC\s0 SPARClet chip.
  .Sp
  With \fB\-mcpu=v9\fR, \s-1GCC\s0 generates code for the V9 variant of the \s-1SPARC\s0
--- 22484,22497 ----
  the \s-1SPARC\s0 architecture.  This adds the integer multiply, integer divide step
  and scan (\f(CW\*(C`ffs\*(C'\fR) instructions which exist in SPARClite but not in \s-1SPARC\-V7.\s0
  With \fB\-mcpu=f930\fR, the compiler additionally optimizes it for the
! Fujitsu \s-1MB86930\s0 chip, which is the original SPARClite, with no \s-1FPU. \s0 With
  \&\fB\-mcpu=f934\fR, the compiler additionally optimizes it for the Fujitsu
  \&\s-1MB86934\s0 chip, which is the more recent SPARClite with \s-1FPU.\s0
  .Sp
  With \fB\-mcpu=sparclet\fR, \s-1GCC\s0 generates code for the SPARClet variant of
  the \s-1SPARC\s0 architecture.  This adds the integer multiply, multiply/accumulate,
  integer divide step and scan (\f(CW\*(C`ffs\*(C'\fR) instructions which exist in SPARClet
! but not in \s-1SPARC\-V7. \s0 With \fB\-mcpu=tsc701\fR, the compiler additionally
  optimizes it for the \s-1TEMIC\s0 SPARClet chip.
  .Sp
  With \fB\-mcpu=v9\fR, \s-1GCC\s0 generates code for the V9 variant of the \s-1SPARC\s0
*************** additionally optimizes it for Sun UltraS
*** 22503,22509 ****
  UltraSPARC T3 chips.  With \fB\-mcpu=niagara4\fR, the compiler
  additionally optimizes it for Sun UltraSPARC T4 chips.  With
  \&\fB\-mcpu=niagara7\fR, the compiler additionally optimizes it for
! Oracle \s-1SPARC M7\s0 chips.
  .RE
  .IP "\fB\-mtune=\fR\fIcpu_type\fR" 4
  .IX Item "-mtune=cpu_type"
--- 22508,22515 ----
  UltraSPARC T3 chips.  With \fB\-mcpu=niagara4\fR, the compiler
  additionally optimizes it for Sun UltraSPARC T4 chips.  With
  \&\fB\-mcpu=niagara7\fR, the compiler additionally optimizes it for
! Oracle \s-1SPARC M7\s0 chips.  With \fB\-mcpu=m8\fR, the compiler
! additionally optimizes it for Oracle M8 chips.
  .RE
  .IP "\fB\-mtune=\fR\fIcpu_type\fR" 4
  .IX Item "-mtune=cpu_type"
*************** that select a particular \s-1CPU\s0 impl
*** 22518,22532 ****
  \&\fBleon3\fR, \fBleon3v7\fR, \fBf930\fR, \fBf934\fR,
  \&\fBsparclite86x\fR, \fBtsc701\fR, \fBultrasparc\fR,
  \&\fBultrasparc3\fR, \fBniagara\fR, \fBniagara2\fR, \fBniagara3\fR,
! \&\fBniagara4\fR and \fBniagara7\fR.  With native Solaris and
! GNU/Linux toolchains, \fBnative\fR can also be used.
  .IP "\fB\-mv8plus\fR" 4
  .IX Item "-mv8plus"
  .PD 0
  .IP "\fB\-mno\-v8plus\fR" 4
  .IX Item "-mno-v8plus"
  .PD
! With \fB\-mv8plus\fR, \s-1GCC\s0 generates code for the \s-1SPARC\-V8+ ABI.\s0  The
  difference from the V8 \s-1ABI\s0 is that the global and out registers are
  considered 64 bits wide.  This is enabled by default on Solaris in 32\-bit
  mode for all \s-1SPARC\-V9\s0 processors.
--- 22524,22538 ----
  \&\fBleon3\fR, \fBleon3v7\fR, \fBf930\fR, \fBf934\fR,
  \&\fBsparclite86x\fR, \fBtsc701\fR, \fBultrasparc\fR,
  \&\fBultrasparc3\fR, \fBniagara\fR, \fBniagara2\fR, \fBniagara3\fR,
! \&\fBniagara4\fR, \fBniagara7\fR and \fBm8\fR.  With native Solaris
! and GNU/Linux toolchains, \fBnative\fR can also be used.
  .IP "\fB\-mv8plus\fR" 4
  .IX Item "-mv8plus"
  .PD 0
  .IP "\fB\-mno\-v8plus\fR" 4
  .IX Item "-mno-v8plus"
  .PD
! With \fB\-mv8plus\fR, \s-1GCC\s0 generates code for the \s-1SPARC\-V8+ ABI. \s0 The
  difference from the V8 \s-1ABI\s0 is that the global and out registers are
  considered 64 bits wide.  This is enabled by default on Solaris in 32\-bit
  mode for all \s-1SPARC\-V9\s0 processors.
*************** version 4.0 of the UltraSPARC Visual Ins
*** 22571,22576 ****
--- 22577,22595 ----
  default is \fB\-mvis4\fR when targeting a cpu that supports such
  instructions, such as niagara\-7 and later.  Setting \fB\-mvis4\fR
  also sets \fB\-mvis3\fR, \fB\-mvis2\fR and \fB\-mvis\fR.
+ .IP "\fB\-mvis4b\fR" 4
+ .IX Item "-mvis4b"
+ .PD 0
+ .IP "\fB\-mno\-vis4b\fR" 4
+ .IX Item "-mno-vis4b"
+ .PD
+ With \fB\-mvis4b\fR, \s-1GCC\s0 generates code that takes advantage of
+ version 4.0 of the UltraSPARC Visual Instruction Set extensions, plus
+ the additional \s-1VIS\s0 instructions introduced in the Oracle \s-1SPARC\s0
+ Architecture 2017.  The default is \fB\-mvis4b\fR when targeting a
+ cpu that supports such instructions, such as m8 and later.  Setting
+ \&\fB\-mvis4b\fR also sets \fB\-mvis4\fR, \fB\-mvis3\fR,
+ \&\fB\-mvis2\fR and \fB\-mvis\fR.
  .IP "\fB\-mcbcond\fR" 4
  .IX Item "-mcbcond"
  .PD 0
*************** With \fB\-mfmaf\fR, \s-1GCC\s0 generates
*** 22591,22596 ****
--- 22610,22625 ----
  Fused Multiply-Add Floating-point instructions.  The default is \fB\-mfmaf\fR
  when targeting a \s-1CPU\s0 that supports such instructions, such as Niagara\-3 and
  later.
+ .IP "\fB\-mfsmuld\fR" 4
+ .IX Item "-mfsmuld"
+ .PD 0
+ .IP "\fB\-mno\-fsmuld\fR" 4
+ .IX Item "-mno-fsmuld"
+ .PD
+ With \fB\-mfsmuld\fR, \s-1GCC\s0 generates code that takes advantage of the
+ Floating-point Multiply Single to Double (FsMULd) instruction.  The default is
+ \&\fB\-mfsmuld\fR when targeting a \s-1CPU\s0 supporting the architecture versions V8
+ or V9 with \s-1FPU\s0 except \fB\-mcpu=leon\fR.
  .IP "\fB\-mpopc\fR" 4
  .IX Item "-mpopc"
  .PD 0
*************** processor (which corresponds to erratum
*** 22619,22624 ****
--- 22648,22661 ----
  .IX Item "-mfix-ut699"
  Enable the documented workarounds for the floating-point errata and the data
  cache nullify errata of the \s-1UT699\s0 processor.
+ .IP "\fB\-mfix\-ut700\fR" 4
+ .IX Item "-mfix-ut700"
+ Enable the documented workaround for the back-to-back store errata of
+ the \s-1UT699E/UT700\s0 processor.
+ .IP "\fB\-mfix\-gr712rc\fR" 4
+ .IX Item "-mfix-gr712rc"
+ Enable the documented workaround for the back-to-back store errata of
+ the \s-1GR712RC\s0 processor.
  .PP
  These \fB\-m\fR options are supported in addition to the above
  on \s-1SPARC\-V9\s0 processors in 64\-bit environments:
*************** selected because its use is still experi
*** 23044,23050 ****
  .IP "\fB\-mghs\fR" 4
  .IX Item "-mghs"
  .PD
! Enables support for the \s-1RH850\s0 version of the V850 \s-1ABI.\s0  This is the
  default.  With this version of the \s-1ABI\s0 the following rules apply:
  .RS 4
  .IP "*" 4
--- 23081,23087 ----
  .IP "\fB\-mghs\fR" 4
  .IX Item "-mghs"
  .PD
! Enables support for the \s-1RH850\s0 version of the V850 \s-1ABI. \s0 This is the
  default.  With this version of the \s-1ABI\s0 the following rules apply:
  .RS 4
  .IP "*" 4
*************** When this version of the \s-1ABI\s0 is e
*** 23069,23075 ****
  .RE
  .IP "\fB\-mgcc\-abi\fR" 4
  .IX Item "-mgcc-abi"
! Enables support for the old \s-1GCC\s0 version of the V850 \s-1ABI.\s0  With this
  version of the \s-1ABI\s0 the following rules apply:
  .RS 4
  .IP "*" 4
--- 23106,23112 ----
  .RE
  .IP "\fB\-mgcc\-abi\fR" 4
  .IX Item "-mgcc-abi"
! Enables support for the old \s-1GCC\s0 version of the V850 \s-1ABI. \s0 With this
  version of the \s-1ABI\s0 the following rules apply:
  .RS 4
  .IP "*" 4
*************** of the selected instruction set.
*** 23279,23285 ****
  Original Intel i386 \s-1CPU.\s0
  .IP "\fBi486\fR" 4
  .IX Item "i486"
! Intel i486 \s-1CPU.\s0  (No scheduling is implemented for this chip.)
  .IP "\fBi586\fR" 4
  .IX Item "i586"
  .PD 0
--- 23316,23322 ----
  Original Intel i386 \s-1CPU.\s0
  .IP "\fBi486\fR" 4
  .IX Item "i486"
! Intel i486 \s-1CPU.  \s0(No scheduling is implemented for this chip.)
  .IP "\fBi586\fR" 4
  .IX Item "i586"
  .PD 0
*************** extensions.)
*** 23463,23477 ****
  .IP "\fBbdver3\fR" 4
  .IX Item "bdver3"
  \&\s-1AMD\s0 Family 15h core based CPUs with x86\-64 instruction set support.  (This
! supersets \s-1BMI, TBM, F16C, FMA, FMA4, FSGSBASE, AVX, XOP, LWP, AES,\s0 
! \&\s-1PCL_MUL, CX16, MMX, SSE, SSE2, SSE3, SSE4A, SSSE3, SSE4.1, SSE4.2, ABM\s0 and 
  64\-bit instruction set extensions.
  .IP "\fBbdver4\fR" 4
  .IX Item "bdver4"
  \&\s-1AMD\s0 Family 15h core based CPUs with x86\-64 instruction set support.  (This
! supersets \s-1BMI, BMI2, TBM, F16C, FMA, FMA4, FSGSBASE, AVX, AVX2, XOP, LWP,\s0 
! \&\s-1AES, PCL_MUL, CX16, MOVBE, MMX, SSE, SSE2, SSE3, SSE4A, SSSE3, SSE4.1,\s0 
! \&\s-1SSE4.2, ABM\s0 and 64\-bit instruction set extensions.
  .IP "\fBznver1\fR" 4
  .IX Item "znver1"
  \&\s-1AMD\s0 Family 17h core based CPUs with x86\-64 instruction set support.  (This
--- 23500,23514 ----
  .IP "\fBbdver3\fR" 4
  .IX Item "bdver3"
  \&\s-1AMD\s0 Family 15h core based CPUs with x86\-64 instruction set support.  (This
! supersets \s-1BMI, TBM, F16C, FMA, FMA4, FSGSBASE, AVX, XOP, LWP, AES, 
! PCL_MUL, CX16, MMX, SSE, SSE2, SSE3, SSE4A, SSSE3, SSE4.1, SSE4.2, ABM\s0 and 
  64\-bit instruction set extensions.
  .IP "\fBbdver4\fR" 4
  .IX Item "bdver4"
  \&\s-1AMD\s0 Family 15h core based CPUs with x86\-64 instruction set support.  (This
! supersets \s-1BMI, BMI2, TBM, F16C, FMA, FMA4, FSGSBASE, AVX, AVX2, XOP, LWP, 
! AES, PCL_MUL, CX16, MOVBE, MMX, SSE, SSE2, SSE3, SSE4A, SSSE3, SSE4.1, 
! SSE4.2, ABM\s0 and 64\-bit instruction set extensions.
  .IP "\fBznver1\fR" 4
  .IX Item "znver1"
  \&\s-1AMD\s0 Family 17h core based CPUs with x86\-64 instruction set support.  (This
*************** instruction set support.
*** 23503,23513 ****
  (No scheduling is implemented for this chip.)
  .IP "\fBc3\-2\fR" 4
  .IX Item "c3-2"
! \&\s-1VIA C3\-2\s0 (Nehemiah/C5XL) \s-1CPU\s0 with \s-1MMX\s0 and \s-1SSE\s0 instruction set support.
  (No scheduling is implemented for this chip.)
  .IP "\fBc7\fR" 4
  .IX Item "c7"
! \&\s-1VIA C7\s0 (Esther) \s-1CPU\s0 with \s-1MMX, SSE, SSE2\s0 and \s-1SSE3\s0 instruction set support.
  (No scheduling is implemented for this chip.)
  .IP "\fBsamuel\-2\fR" 4
  .IX Item "samuel-2"
--- 23540,23550 ----
  (No scheduling is implemented for this chip.)
  .IP "\fBc3\-2\fR" 4
  .IX Item "c3-2"
! \&\s-1VIA C3\-2 \s0(Nehemiah/C5XL) \s-1CPU\s0 with \s-1MMX\s0 and \s-1SSE\s0 instruction set support.
  (No scheduling is implemented for this chip.)
  .IP "\fBc7\fR" 4
  .IX Item "c7"
! \&\s-1VIA C7 \s0(Esther) \s-1CPU\s0 with \s-1MMX, SSE, SSE2\s0 and \s-1SSE3\s0 instruction set support.
  (No scheduling is implemented for this chip.)
  .IP "\fBsamuel\-2\fR" 4
  .IX Item "samuel-2"
*************** processors) for which the code is optimi
*** 23603,23609 ****
  .IP "\fBintel\fR" 4
  .IX Item "intel"
  Produce code optimized for the most current Intel processors, which are
! Haswell and Silvermont for this version of \s-1GCC.\s0  If you know the \s-1CPU\s0
  on which your code will run, then you should use the corresponding
  \&\fB\-mtune\fR or \fB\-march\fR option instead of \fB\-mtune=intel\fR.
  But, if you want your application performs better on both Haswell and
--- 23640,23646 ----
  .IP "\fBintel\fR" 4
  .IX Item "intel"
  Produce code optimized for the most current Intel processors, which are
! Haswell and Silvermont for this version of \s-1GCC. \s0 If you know the \s-1CPU\s0
  on which your code will run, then you should use the corresponding
  \&\fB\-mtune\fR or \fB\-march\fR option instead of \fB\-mtune=intel\fR.
  But, if you want your application performs better on both Haswell and
*************** Do not use the \s-1FPU\s0 registers for
*** 23724,23730 ****
  .Sp
  The usual calling convention has functions return values of types
  \&\f(CW\*(C`float\*(C'\fR and \f(CW\*(C`double\*(C'\fR in an \s-1FPU\s0 register, even if there
! is no \s-1FPU.\s0  The idea is that the operating system should emulate
  an \s-1FPU.\s0
  .Sp
  The option \fB\-mno\-fp\-ret\-in\-387\fR causes such values to be returned
--- 23761,23767 ----
  .Sp
  The usual calling convention has functions return values of types
  \&\f(CW\*(C`float\*(C'\fR and \f(CW\*(C`double\*(C'\fR in an \s-1FPU\s0 register, even if there
! is no \s-1FPU. \s0 The idea is that the operating system should emulate
  an \s-1FPU.\s0
  .Sp
  The option \fB\-mno\-fp\-ret\-in\-387\fR causes such values to be returned
*************** This option instructs \s-1GCC\s0 to use
*** 24119,24131 ****
  256\-bit \s-1AVX\s0 instructions in the auto-vectorizer.
  .IP "\fB\-mcx16\fR" 4
  .IX Item "-mcx16"
! This option enables \s-1GCC\s0 to generate \f(CW\*(C`CMPXCHG16B\*(C'\fR instructions.
! \&\f(CW\*(C`CMPXCHG16B\*(C'\fR allows for atomic operations on 128\-bit double quadword
! (or oword) data types.  
! This is useful for high-resolution counters that can be updated
! by multiple processors (or cores).  This instruction is generated as part of
! atomic built-in functions: see \fB_\|_sync Builtins\fR or
! \&\fB_\|_atomic Builtins\fR for details.
  .IP "\fB\-msahf\fR" 4
  .IX Item "-msahf"
  This option enables generation of \f(CW\*(C`SAHF\*(C'\fR instructions in 64\-bit code.
--- 24156,24167 ----
  256\-bit \s-1AVX\s0 instructions in the auto-vectorizer.
  .IP "\fB\-mcx16\fR" 4
  .IX Item "-mcx16"
! This option enables \s-1GCC\s0 to generate \f(CW\*(C`CMPXCHG16B\*(C'\fR instructions in 64\-bit
! code to implement compare-and-exchange operations on 16\-byte aligned 128\-bit
! objects.  This is useful for atomic updates of data structures exceeding one
! machine word in size.  The compiler uses this instruction to implement
! \&\fB_\|_sync Builtins\fR.  However, for \fB_\|_atomic Builtins\fR operating on
! 128\-bit integers, a library call is always used.
  .IP "\fB\-msahf\fR" 4
  .IX Item "-msahf"
  This option enables generation of \f(CW\*(C`SAHF\*(C'\fR instructions in 64\-bit code.
*************** external library.  Supported values for
*** 24208,24214 ****
  for the Intel short
  vector math library and \fBacml\fR for the \s-1AMD\s0 math core library.
  To use this option, both \fB\-ftree\-vectorize\fR and
! \&\fB\-funsafe\-math\-optimizations\fR have to be enabled, and an \s-1SVML\s0 or \s-1ACML\s0 
  ABI-compatible library must be specified at link time.
  .Sp
  \&\s-1GCC\s0 currently emits calls to \f(CW\*(C`vmldExp2\*(C'\fR,
--- 24244,24250 ----
  for the Intel short
  vector math library and \fBacml\fR for the \s-1AMD\s0 math core library.
  To use this option, both \fB\-ftree\-vectorize\fR and
! \&\fB\-funsafe\-math\-optimizations\fR have to be enabled, and an \s-1SVML\s0 or \s-1ACML \s0
  ABI-compatible library must be specified at link time.
  .Sp
  \&\s-1GCC\s0 currently emits calls to \f(CW\*(C`vmldExp2\*(C'\fR,
*************** when \fB\-mveclibabi=acml\fR is used.
*** 24231,24237 ****
  .IX Item "-mabi=name"
  Generate code for the specified calling convention.  Permissible values
  are \fBsysv\fR for the \s-1ABI\s0 used on GNU/Linux and other systems, and
! \&\fBms\fR for the Microsoft \s-1ABI.\s0  The default is to use the Microsoft
  \&\s-1ABI\s0 when targeting Microsoft Windows and the SysV \s-1ABI\s0 on all other systems.
  You can control this behavior for specific functions by
  using the function attributes \f(CW\*(C`ms_abi\*(C'\fR and \f(CW\*(C`sysv_abi\*(C'\fR.
--- 24267,24273 ----
  .IX Item "-mabi=name"
  Generate code for the specified calling convention.  Permissible values
  are \fBsysv\fR for the \s-1ABI\s0 used on GNU/Linux and other systems, and
! \&\fBms\fR for the Microsoft \s-1ABI. \s0 The default is to use the Microsoft
  \&\s-1ABI\s0 when targeting Microsoft Windows and the SysV \s-1ABI\s0 on all other systems.
  You can control this behavior for specific functions by
  using the function attributes \f(CW\*(C`ms_abi\*(C'\fR and \f(CW\*(C`sysv_abi\*(C'\fR.
diff -Nrcpad gcc-7.1.0/gcc/doc/gcc.info gcc-7.2.0/gcc/doc/gcc.info
*** gcc-7.1.0/gcc/doc/gcc.info	Tue May  2 14:30:01 2017
--- gcc-7.2.0/gcc/doc/gcc.info	Mon Aug 14 08:30:40 2017
***************
*** 1,4 ****
! This is gcc.info, produced by makeinfo version 6.1 from gcc.texi.
  
  Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
--- 1,5 ----
! This is doc/gcc.info, produced by makeinfo version 4.13 from
! /space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/doc/gcc.texi.
  
  Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
*************** Free Documentation License".
*** 16,33 ****
  
   (b) The FSF's Back-Cover Text is:
  
!  You have freedom to copy and modify this GNU Manual, like GNU software.
! Copies published by the Free Software Foundation raise funds for GNU
! development.
  INFO-DIR-SECTION Software development
  START-INFO-DIR-ENTRY
  * gcc: (gcc).                  The GNU Compiler Collection.
  * g++: (gcc).                  The GNU C++ compiler.
! * gcov: (gcc) Gcov.            'gcov'--a test coverage program.
! * gcov-tool: (gcc) Gcov-tool.  'gcov-tool'--an offline gcda profile processing program.
! * gcov-dump: (gcc) Gcov-dump.  'gcov-dump'--an offline gcda and gcno profile dump tool.
  END-INFO-DIR-ENTRY
- 
   This file documents the use of the GNU compilers.
  
   Copyright (C) 1988-2017 Free Software Foundation, Inc.
--- 17,34 ----
  
   (b) The FSF's Back-Cover Text is:
  
!  You have freedom to copy and modify this GNU Manual, like GNU
! software.  Copies published by the Free Software Foundation raise
! funds for GNU development.
! 
  INFO-DIR-SECTION Software development
  START-INFO-DIR-ENTRY
  * gcc: (gcc).                  The GNU Compiler Collection.
  * g++: (gcc).                  The GNU C++ compiler.
! * gcov: (gcc) Gcov.            `gcov'--a test coverage program.
! * gcov-tool: (gcc) Gcov-tool.  `gcov-tool'--an offline gcda profile processing program.
! * gcov-dump: (gcc) Gcov-dump.  `gcov-dump'--an offline gcda and gcno profile dump tool.
  END-INFO-DIR-ENTRY
   This file documents the use of the GNU compilers.
  
   Copyright (C) 1988-2017 Free Software Foundation, Inc.
*************** Free Documentation License".
*** 46,54 ****
  
   (b) The FSF's Back-Cover Text is:
  
!  You have freedom to copy and modify this GNU Manual, like GNU software.
! Copies published by the Free Software Foundation raise funds for GNU
! development.
  
  
  File: gcc.info,  Node: Top,  Next: G++ and GCC
--- 47,56 ----
  
   (b) The FSF's Back-Cover Text is:
  
!  You have freedom to copy and modify this GNU Manual, like GNU
! software.  Copies published by the Free Software Foundation raise
! funds for GNU development.
! 
  
  
  File: gcc.info,  Node: Top,  Next: G++ and GCC
*************** Introduction
*** 58,64 ****
  
  This manual documents how to use the GNU compilers, as well as their
  features and incompatibilities, and how to report bugs.  It corresponds
! to the compilers (GCC) version 7.1.0.  The internals of the GNU
  compilers, including how to port them to new targets and some
  information about how to write front ends for new languages, are
  documented in a separate manual.  *Note Introduction: (gccint)Top.
--- 60,66 ----
  
  This manual documents how to use the GNU compilers, as well as their
  features and incompatibilities, and how to report bugs.  It corresponds
! to the compilers (GCC) version 7.2.0.  The internals of the GNU
  compilers, including how to port them to new targets and some
  information about how to write front ends for new languages, are
  documented in a separate manual.  *Note Introduction: (gccint)Top.
*************** documented in a separate manual.  *Note
*** 67,82 ****
  
  * G++ and GCC::     You can compile C or C++ programs.
  * Standards::       Language standards supported by GCC.
! * Invoking GCC::    Command options supported by 'gcc'.
  * C Implementation:: How GCC implements the ISO C specification.
  * C++ Implementation:: How GCC implements the ISO C++ specification.
  * C Extensions::    GNU extensions to the C language family.
  * C++ Extensions::  GNU extensions to the C++ language.
  * Objective-C::     GNU Objective-C runtime features.
  * Compatibility::   Binary Compatibility
! * Gcov::            'gcov'--a test coverage program.
! * Gcov-tool::       'gcov-tool'--an offline gcda profile processing program.
! * Gcov-dump::       'gcov-dump'--an offline gcda and gcno profile dump tool.
  * Trouble::         If you have trouble using GCC.
  * Bugs::            How, why and where to report bugs.
  * Service::         How To Get Help with GCC
--- 69,84 ----
  
  * G++ and GCC::     You can compile C or C++ programs.
  * Standards::       Language standards supported by GCC.
! * Invoking GCC::    Command options supported by `gcc'.
  * C Implementation:: How GCC implements the ISO C specification.
  * C++ Implementation:: How GCC implements the ISO C++ specification.
  * C Extensions::    GNU extensions to the C language family.
  * C++ Extensions::  GNU extensions to the C++ language.
  * Objective-C::     GNU Objective-C runtime features.
  * Compatibility::   Binary Compatibility
! * Gcov::            `gcov'---a test coverage program.
! * Gcov-tool::       `gcov-tool'---an offline gcda profile processing program.
! * Gcov-dump::       `gcov-dump'---an offline gcda and gcno profile dump tool.
  * Trouble::         If you have trouble using GCC.
  * Bugs::            How, why and where to report bugs.
  * Service::         How To Get Help with GCC
*************** documented in a separate manual.  *Note
*** 94,100 ****
  * Keyword Index::   Index of concepts and symbol names.
  
  
! File: gcc.info,  Node: G++ and GCC,  Next: Standards,  Up: Top
  
  1 Programming Languages Supported by GCC
  ****************************************
--- 96,102 ----
  * Keyword Index::   Index of concepts and symbol names.
  
  
! File: gcc.info,  Node: G++ and GCC,  Next: Standards,  Prev: Top,  Up: Top
  
  1 Programming Languages Supported by GCC
  ****************************************
*************** were renumbered and became clauses in th
*** 157,165 ****
  standard, but not the ISO standard, also came with a Rationale document.
  This standard, in both its forms, is commonly known as "C89", or
  occasionally as "C90", from the dates of ratification.  To select this
! standard in GCC, use one of the options '-ansi', '-std=c90' or
! '-std=iso9899:1990'; to obtain all the diagnostics required by the
! standard, you should also specify '-pedantic' (or '-pedantic-errors' if
  you want them to be errors rather than warnings).  *Note Options
  Controlling C Dialect: C Dialect Options.
  
--- 159,167 ----
  standard, but not the ISO standard, also came with a Rationale document.
  This standard, in both its forms, is commonly known as "C89", or
  occasionally as "C90", from the dates of ratification.  To select this
! standard in GCC, use one of the options `-ansi', `-std=c90' or
! `-std=iso9899:1990'; to obtain all the diagnostics required by the
! standard, you should also specify `-pedantic' (or `-pedantic-errors' if
  you want them to be errors rather than warnings).  *Note Options
  Controlling C Dialect: C Dialect Options.
  
*************** Corrigenda published in 1994 and 1996.
*** 168,186 ****
  uncorrected version.
  
   An amendment to the 1990 standard was published in 1995.  This
! amendment added digraphs and '__STDC_VERSION__' to the language, but
  otherwise concerned the library.  This amendment is commonly known as
  "AMD1"; the amended standard is sometimes known as "C94" or "C95".  To
! select this standard in GCC, use the option '-std=iso9899:199409' (with,
! as for other standard versions, '-pedantic' to receive all required
! diagnostics).
  
   A new edition of the ISO C standard was published in 1999 as ISO/IEC
  9899:1999, and is commonly known as "C99".  (While in development,
! drafts of this standard version were referred to as "C9X".) GCC has
  substantially complete support for this standard version; see
! <http://gcc.gnu.org/c99status.html> for details.  To select this
! standard, use '-std=c99' or '-std=iso9899:1999'.
  
   Errors in the 1999 ISO C standard were corrected in three Technical
  Corrigenda published in 2001, 2004 and 2007.  GCC does not support the
--- 170,188 ----
  uncorrected version.
  
   An amendment to the 1990 standard was published in 1995.  This
! amendment added digraphs and `__STDC_VERSION__' to the language, but
  otherwise concerned the library.  This amendment is commonly known as
  "AMD1"; the amended standard is sometimes known as "C94" or "C95".  To
! select this standard in GCC, use the option `-std=iso9899:199409'
! (with, as for other standard versions, `-pedantic' to receive all
! required diagnostics).
  
   A new edition of the ISO C standard was published in 1999 as ISO/IEC
  9899:1999, and is commonly known as "C99".  (While in development,
! drafts of this standard version were referred to as "C9X".)  GCC has
  substantially complete support for this standard version; see
! `http://gcc.gnu.org/c99status.html' for details.  To select this
! standard, use `-std=c99' or `-std=iso9899:1999'.
  
   Errors in the 1999 ISO C standard were corrected in three Technical
  Corrigenda published in 2001, 2004 and 2007.  GCC does not support the
*************** uncorrected version.
*** 188,220 ****
  
   A fourth version of the C standard, known as "C11", was published in
  2011 as ISO/IEC 9899:2011.  (While in development, drafts of this
! standard version were referred to as "C1X".) GCC has substantially
! complete support for this standard, enabled with '-std=c11' or
! '-std=iso9899:2011'.
  
   By default, GCC provides some extensions to the C language that, on
  rare occasions conflict with the C standard.  *Note Extensions to the C
  Language Family: C Extensions.  Some features that are part of the C99
  standard are accepted as extensions in C90 mode, and some features that
  are part of the C11 standard are accepted as extensions in C90 and C99
! modes.  Use of the '-std' options listed above disables these extensions
! where they conflict with the C standard version selected.  You may also
! select an extended version of the C language explicitly with
! '-std=gnu90' (for C90 with GNU extensions), '-std=gnu99' (for C99 with
! GNU extensions) or '-std=gnu11' (for C11 with GNU extensions).
  
   The default, if no C language dialect options are given, is
! '-std=gnu11'.
  
   The ISO C standard defines (in clause 4) two classes of conforming
! implementation.  A "conforming hosted implementation" supports the whole
! standard including all the library facilities; a "conforming
! freestanding implementation" is only required to provide certain library
! facilities: those in '<float.h>', '<limits.h>', '<stdarg.h>', and
! '<stddef.h>'; since AMD1, also those in '<iso646.h>'; since C99, also
! those in '<stdbool.h>' and '<stdint.h>'; and since C11, also those in
! '<stdalign.h>' and '<stdnoreturn.h>'.  In addition, complex types, added
! in C99, are not required for freestanding implementations.
  
   The standard also defines two environments for programs, a
  "freestanding environment", required of all implementations and which
--- 190,222 ----
  
   A fourth version of the C standard, known as "C11", was published in
  2011 as ISO/IEC 9899:2011.  (While in development, drafts of this
! standard version were referred to as "C1X".)  GCC has substantially
! complete support for this standard, enabled with `-std=c11' or
! `-std=iso9899:2011'.
  
   By default, GCC provides some extensions to the C language that, on
  rare occasions conflict with the C standard.  *Note Extensions to the C
  Language Family: C Extensions.  Some features that are part of the C99
  standard are accepted as extensions in C90 mode, and some features that
  are part of the C11 standard are accepted as extensions in C90 and C99
! modes.  Use of the `-std' options listed above disables these
! extensions where they conflict with the C standard version selected.
! You may also select an extended version of the C language explicitly
! with `-std=gnu90' (for C90 with GNU extensions), `-std=gnu99' (for C99
! with GNU extensions) or `-std=gnu11' (for C11 with GNU extensions).
  
   The default, if no C language dialect options are given, is
! `-std=gnu11'.
  
   The ISO C standard defines (in clause 4) two classes of conforming
! implementation.  A "conforming hosted implementation" supports the
! whole standard including all the library facilities; a "conforming
! freestanding implementation" is only required to provide certain
! library facilities: those in `<float.h>', `<limits.h>', `<stdarg.h>',
! and `<stddef.h>'; since AMD1, also those in `<iso646.h>'; since C99,
! also those in `<stdbool.h>' and `<stdint.h>'; and since C11, also those
! in `<stdalign.h>' and `<stdnoreturn.h>'.  In addition, complex types,
! added in C99, are not required for freestanding implementations.
  
   The standard also defines two environments for programs, a
  "freestanding environment", required of all implementations and which
*************** may not have library facilities beyond t
*** 222,240 ****
  implementations, where the handling of program startup and termination
  are implementation-defined; and a "hosted environment", which is not
  required, in which all the library facilities are provided and startup
! is through a function 'int main (void)' or 'int main (int, char *[])'.
  An OS kernel is an example of a program running in a freestanding
! environment; a program using the facilities of an operating system is an
! example of a program running in a hosted environment.
  
   GCC aims towards being usable as a conforming freestanding
  implementation, or as the compiler for a conforming hosted
  implementation.  By default, it acts as the compiler for a hosted
! implementation, defining '__STDC_HOSTED__' as '1' and presuming that
  when the names of ISO C functions are used, they have the semantics
  defined in the standard.  To make it act as a conforming freestanding
  implementation for a freestanding environment, use the option
! '-ffreestanding'; it then defines '__STDC_HOSTED__' to '0' and does not
  make assumptions about the meanings of function names from the standard
  library, with exceptions noted below.  To build an OS kernel, you may
  well still need to make your own arrangements for linking and startup.
--- 224,242 ----
  implementations, where the handling of program startup and termination
  are implementation-defined; and a "hosted environment", which is not
  required, in which all the library facilities are provided and startup
! is through a function `int main (void)' or `int main (int, char *[])'.
  An OS kernel is an example of a program running in a freestanding
! environment; a program using the facilities of an operating system is
! an example of a program running in a hosted environment.
  
   GCC aims towards being usable as a conforming freestanding
  implementation, or as the compiler for a conforming hosted
  implementation.  By default, it acts as the compiler for a hosted
! implementation, defining `__STDC_HOSTED__' as `1' and presuming that
  when the names of ISO C functions are used, they have the semantics
  defined in the standard.  To make it act as a conforming freestanding
  implementation for a freestanding environment, use the option
! `-ffreestanding'; it then defines `__STDC_HOSTED__' to `0' and does not
  make assumptions about the meanings of function names from the standard
  library, with exceptions noted below.  To build an OS kernel, you may
  well still need to make your own arrangements for linking and startup.
*************** well still need to make your own arrange
*** 242,260 ****
  
   GCC does not provide the library facilities required only of hosted
  implementations, nor yet all the facilities required by C99 of
! freestanding implementations on all platforms.  To use the facilities of
! a hosted environment, you need to find them elsewhere (for example, in
! the GNU C library).  *Note Standard Libraries: Standard Libraries.
  
   Most of the compiler support routines used by GCC are present in
! 'libgcc', but there are a few exceptions.  GCC requires the freestanding
! environment provide 'memcpy', 'memmove', 'memset' and 'memcmp'.
! Finally, if '__builtin_trap' is used, and the target does not implement
! the 'trap' pattern, then GCC emits a call to 'abort'.
  
   For references to Technical Corrigenda, Rationale documents and
  information concerning the history of C that is available online, see
! <http://gcc.gnu.org/readings.html>
  
  2.2 C++ Language
  ================
--- 244,262 ----
  
   GCC does not provide the library facilities required only of hosted
  implementations, nor yet all the facilities required by C99 of
! freestanding implementations on all platforms.  To use the facilities
! of a hosted environment, you need to find them elsewhere (for example,
! in the GNU C library).  *Note Standard Libraries: Standard Libraries.
  
   Most of the compiler support routines used by GCC are present in
! `libgcc', but there are a few exceptions.  GCC requires the
! freestanding environment provide `memcpy', `memmove', `memset' and
! `memcmp'.  Finally, if `__builtin_trap' is used, and the target does
! not implement the `trap' pattern, then GCC emits a call to `abort'.
  
   For references to Technical Corrigenda, Rationale documents and
  information concerning the history of C that is available online, see
! `http://gcc.gnu.org/readings.html'
  
  2.2 C++ Language
  ================
*************** GCC supports the original ISO C++ standa
*** 264,387 ****
  
   The original ISO C++ standard was published as the ISO standard
  (ISO/IEC 14882:1998) and amended by a Technical Corrigenda published in
! 2003 (ISO/IEC 14882:2003).  These standards are referred to as C++98 and
! C++03, respectively.  GCC implements the majority of C++98 ('export' is
  a notable exception) and most of the changes in C++03.  To select this
! standard in GCC, use one of the options '-ansi', '-std=c++98', or
! '-std=c++03'; to obtain all the diagnostics required by the standard,
! you should also specify '-pedantic' (or '-pedantic-errors' if you want
  them to be errors rather than warnings).
  
!  A revised ISO C++ standard was published in 2011 as ISO/IEC 14882:2011,
! and is referred to as C++11; before its publication it was commonly
! referred to as C++0x.  C++11 contains several changes to the C++
! language, all of which have been implemented in GCC.  For details see
! <https://gcc.gnu.org/projects/cxx0x.html>.  To select this standard in
! GCC, use the option '-std=c++11'.
  
   Another revised ISO C++ standard was published in 2014 as ISO/IEC
  14882:2014, and is referred to as C++14; before its publication it was
  sometimes referred to as C++1y.  C++14 contains several further changes
  to the C++ language, all of which have been implemented in GCC.  For
! details see <https://gcc.gnu.org/projects/cxx1y.html>.  To select this
! standard in GCC, use the option '-std=c++14'.
  
   GCC also supports the C++ Concepts Technical Specification, ISO/IEC TS
  19217:2015, which allows constraints to be defined for templates,
  allowing template arguments to be checked and for templates to be
! overloaded or specialized based on the constraints.  Support for C++
  Concepts is included in an experimental C++1z mode that corresponds to
  the next revision of the ISO C++ standard, expected to be published in
! 2017.  To enable C++1z support in GCC, use the option '-std=c++17' or
! '-std=c++1z'.
  
   More information about the C++ standards is available on the ISO C++
! committee's web site at <http://www.open-std.org/jtc1/sc22/wg21/>.
  
   To obtain all the diagnostics required by any of the standard versions
! described above you should specify '-pedantic' or '-pedantic-errors',
! otherwise GCC will allow some non-ISO C++ features as extensions.  *Note
  Warning Options::.
  
   By default, GCC also provides some additional extensions to the C++
  language that on rare occasions conflict with the C++ standard.  *Note
! Options Controlling C++ Dialect: C++ Dialect Options.  Use of the '-std'
! options listed above disables these extensions where they they conflict
! with the C++ standard version selected.  You may also select an extended
! version of the C++ language explicitly with '-std=gnu++98' (for C++98
! with GNU extensions), or '-std=gnu++11' (for C++11 with GNU extensions),
! or '-std=gnu++14' (for C++14 with GNU extensions), or '-std=gnu++1z'
! (for C++1z with GNU extensions).
  
   The default, if no C++ language dialect options are given, is
! '-std=gnu++14'.
  
  2.3 Objective-C and Objective-C++ Languages
  ===========================================
  
! GCC supports "traditional" Objective-C (also known as "Objective-C 1.0")
! and contains support for the Objective-C exception and synchronization
! syntax.  It has also support for a number of "Objective-C 2.0" language
! extensions, including properties, fast enumeration (only for
! Objective-C), method attributes and the @optional and @required keywords
! in protocols.  GCC supports Objective-C++ and features available in
! Objective-C are also available in Objective-C++.
  
   GCC by default uses the GNU Objective-C runtime library, which is part
! of GCC and is not the same as the Apple/NeXT Objective-C runtime library
! used on Apple systems.  There are a number of differences documented in
! this manual.  The options '-fgnu-runtime' and '-fnext-runtime' allow you
! to switch between producing output that works with the GNU Objective-C
! runtime library and output that works with the Apple/NeXT Objective-C
! runtime library.
  
   There is no formal written standard for Objective-C or Objective-C++.
  The authoritative manual on traditional Objective-C (1.0) is
  "Object-Oriented Programming and the Objective-C Language":
! <http://www.gnustep.org/resources/documentation/ObjectivCBook.pdf> is
  the original NeXTstep document.
  
   The Objective-C exception and synchronization syntax (that is, the
! keywords '@try', '@throw', '@catch', '@finally' and '@synchronized') is
! supported by GCC and is enabled with the option '-fobjc-exceptions'.
  The syntax is briefly documented in this manual and in the Objective-C
  2.0 manuals from Apple.
  
   The Objective-C 2.0 language extensions and features are automatically
! enabled; they include properties (via the '@property', '@synthesize' and
! '@dynamic keywords'), fast enumeration (not available in Objective-C++),
! attributes for methods (such as 'deprecated', 'noreturn', 'sentinel',
! 'format'), the 'unused' attribute for method arguments, the '@package'
! keyword for instance variables and the '@optional' and '@required'
! keywords in protocols.  You can disable all these Objective-C 2.0
! language extensions with the option '-fobjc-std=objc1', which causes the
! compiler to recognize the same Objective-C language syntax recognized by
! GCC 4.0, and to produce an error if one of the new features is used.
  
   GCC has currently no support for non-fragile instance variables.
  
   The authoritative manual on Objective-C 2.0 is available from Apple:
!    * 
!      <https://developer.apple.com/library/content/documentation/Cocoa/Conceptual/ProgrammingWithObjectiveC/Introduction/Introduction.html>
  
   For more information concerning the history of Objective-C that is
! available online, see <http://gcc.gnu.org/readings.html>
  
  2.4 Go Language
  ===============
  
  As of the GCC 4.7.1 release, GCC supports the Go 1 language standard,
! described at <https://golang.org/doc/go1>.
  
  2.5 HSA Intermediate Language (HSAIL)
  =====================================
  
  GCC can compile the binary representation (BRIG) of the HSAIL text
  format as described in HSA Programmer's Reference Manual version 1.0.1.
! This capability is typically utilized to implement the HSA runtime API's
! HSAIL finalization extension for a gcc supported processor.  HSA
  standards are freely available at
! <http://www.hsafoundation.com/standards/>.
  
  2.6 References for Other Languages
  ==================================
--- 266,390 ----
  
   The original ISO C++ standard was published as the ISO standard
  (ISO/IEC 14882:1998) and amended by a Technical Corrigenda published in
! 2003 (ISO/IEC 14882:2003). These standards are referred to as C++98 and
! C++03, respectively. GCC implements the majority of C++98 (`export' is
  a notable exception) and most of the changes in C++03.  To select this
! standard in GCC, use one of the options `-ansi', `-std=c++98', or
! `-std=c++03'; to obtain all the diagnostics required by the standard,
! you should also specify `-pedantic' (or `-pedantic-errors' if you want
  them to be errors rather than warnings).
  
!  A revised ISO C++ standard was published in 2011 as ISO/IEC
! 14882:2011, and is referred to as C++11; before its publication it was
! commonly referred to as C++0x.  C++11 contains several changes to the
! C++ language, all of which have been implemented in GCC. For details
! see `https://gcc.gnu.org/projects/cxx0x.html'.  To select this standard
! in GCC, use the option `-std=c++11'.
  
   Another revised ISO C++ standard was published in 2014 as ISO/IEC
  14882:2014, and is referred to as C++14; before its publication it was
  sometimes referred to as C++1y.  C++14 contains several further changes
  to the C++ language, all of which have been implemented in GCC.  For
! details see `https://gcc.gnu.org/projects/cxx1y.html'.  To select this
! standard in GCC, use the option `-std=c++14'.
  
   GCC also supports the C++ Concepts Technical Specification, ISO/IEC TS
  19217:2015, which allows constraints to be defined for templates,
  allowing template arguments to be checked and for templates to be
! overloaded or specialized based on the constraints. Support for C++
  Concepts is included in an experimental C++1z mode that corresponds to
  the next revision of the ISO C++ standard, expected to be published in
! 2017. To enable C++1z support in GCC, use the option `-std=c++17' or
! `-std=c++1z'.
  
   More information about the C++ standards is available on the ISO C++
! committee's web site at `http://www.open-std.org/jtc1/sc22/wg21/'.
  
   To obtain all the diagnostics required by any of the standard versions
! described above you should specify `-pedantic' or `-pedantic-errors',
! otherwise GCC will allow some non-ISO C++ features as extensions. *Note
  Warning Options::.
  
   By default, GCC also provides some additional extensions to the C++
  language that on rare occasions conflict with the C++ standard.  *Note
! Options Controlling C++ Dialect: C++ Dialect Options.  Use of the
! `-std' options listed above disables these extensions where they they
! conflict with the C++ standard version selected.  You may also select
! an extended version of the C++ language explicitly with `-std=gnu++98'
! (for C++98 with GNU extensions), or `-std=gnu++11' (for C++11 with GNU
! extensions), or `-std=gnu++14' (for C++14 with GNU extensions), or
! `-std=gnu++1z' (for C++1z with GNU extensions).
  
   The default, if no C++ language dialect options are given, is
! `-std=gnu++14'.
  
  2.3 Objective-C and Objective-C++ Languages
  ===========================================
  
! GCC supports "traditional" Objective-C (also known as "Objective-C
! 1.0") and contains support for the Objective-C exception and
! synchronization syntax.  It has also support for a number of
! "Objective-C 2.0" language extensions, including properties, fast
! enumeration (only for Objective-C), method attributes and the @optional
! and @required keywords in protocols.  GCC supports Objective-C++ and
! features available in Objective-C are also available in Objective-C++.
  
   GCC by default uses the GNU Objective-C runtime library, which is part
! of GCC and is not the same as the Apple/NeXT Objective-C runtime
! library used on Apple systems.  There are a number of differences
! documented in this manual.  The options `-fgnu-runtime' and
! `-fnext-runtime' allow you to switch between producing output that
! works with the GNU Objective-C runtime library and output that works
! with the Apple/NeXT Objective-C runtime library.
  
   There is no formal written standard for Objective-C or Objective-C++.
  The authoritative manual on traditional Objective-C (1.0) is
  "Object-Oriented Programming and the Objective-C Language":
! `http://www.gnustep.org/resources/documentation/ObjectivCBook.pdf' is
  the original NeXTstep document.
  
   The Objective-C exception and synchronization syntax (that is, the
! keywords `@try', `@throw', `@catch', `@finally' and `@synchronized') is
! supported by GCC and is enabled with the option `-fobjc-exceptions'.
  The syntax is briefly documented in this manual and in the Objective-C
  2.0 manuals from Apple.
  
   The Objective-C 2.0 language extensions and features are automatically
! enabled; they include properties (via the `@property', `@synthesize' and
! `@dynamic keywords'), fast enumeration (not available in
! Objective-C++), attributes for methods (such as `deprecated',
! `noreturn', `sentinel', `format'), the `unused' attribute for method
! arguments, the `@package' keyword for instance variables and the
! `@optional' and `@required' keywords in protocols.  You can disable all
! these Objective-C 2.0 language extensions with the option
! `-fobjc-std=objc1', which causes the compiler to recognize the same
! Objective-C language syntax recognized by GCC 4.0, and to produce an
! error if one of the new features is used.
  
   GCC has currently no support for non-fragile instance variables.
  
   The authoritative manual on Objective-C 2.0 is available from Apple:
!    *
!      `https://developer.apple.com/library/content/documentation/Cocoa/Conceptual/ProgrammingWithObjectiveC/Introduction/Introduction.html'
  
   For more information concerning the history of Objective-C that is
! available online, see `http://gcc.gnu.org/readings.html'
  
  2.4 Go Language
  ===============
  
  As of the GCC 4.7.1 release, GCC supports the Go 1 language standard,
! described at `https://golang.org/doc/go1'.
  
  2.5 HSA Intermediate Language (HSAIL)
  =====================================
  
  GCC can compile the binary representation (BRIG) of the HSAIL text
  format as described in HSA Programmer's Reference Manual version 1.0.1.
! This capability is typically utilized to implement the HSA runtime
! API's HSAIL finalization extension for a gcc supported processor. HSA
  standards are freely available at
! `http://www.hsafoundation.com/standards/'.
  
  2.6 References for Other Languages
  ==================================
*************** File: gcc.info,  Node: Invoking GCC,  Ne
*** 400,409 ****
  
  When you invoke GCC, it normally does preprocessing, compilation,
  assembly and linking.  The "overall options" allow you to stop this
! process at an intermediate stage.  For example, the '-c' option says not
! to run the linker.  Then the output consists of object files output by
! the assembler.  *Note Options Controlling the Kind of Output: Overall
! Options.
  
   Other options are passed on to one or more stages of processing.  Some
  options control the preprocessor and others the compiler itself.  Yet
--- 403,412 ----
  
  When you invoke GCC, it normally does preprocessing, compilation,
  assembly and linking.  The "overall options" allow you to stop this
! process at an intermediate stage.  For example, the `-c' option says
! not to run the linker.  Then the output consists of object files output
! by the assembler.  *Note Options Controlling the Kind of Output:
! Overall Options.
  
   Other options are passed on to one or more stages of processing.  Some
  options control the preprocessor and others the compiler itself.  Yet
*************** for C programs; when an option is only u
*** 416,442 ****
  for a particular option does not mention a source language, you can use
  that option with all supported languages.
  
!  The usual way to run GCC is to run the executable called 'gcc', or
! 'MACHINE-gcc' when cross-compiling, or 'MACHINE-gcc-VERSION' to run a
! specific version of GCC. When you compile C++ programs, you should
! invoke GCC as 'g++' instead.  *Note Compiling C++ Programs: Invoking
! G++, for information about the differences in behavior between 'gcc' and
! 'g++' when compiling C++ programs.
  
!  The 'gcc' program accepts options and file names as operands.  Many
  options have multi-letter names; therefore multiple single-letter
! options may _not_ be grouped: '-dv' is very different from '-d -v'.
  
   You can mix options and other arguments.  For the most part, the order
  you use doesn't matter.  Order does matter when you use several options
! of the same kind; for example, if you specify '-L' more than once, the
! directories are searched in the order specified.  Also, the placement of
! the '-l' option is significant.
  
!  Many options have long names starting with '-f' or with '-W'--for
! example, '-fmove-loop-invariants', '-Wformat' and so on.  Most of these
! have both positive and negative forms; the negative form of '-ffoo' is
! '-fno-foo'.  This manual documents only one of these two forms,
  whichever one is not the default.
  
   *Note Option Index::, for an index to GCC's options.
--- 419,445 ----
  for a particular option does not mention a source language, you can use
  that option with all supported languages.
  
!  The usual way to run GCC is to run the executable called `gcc', or
! `MACHINE-gcc' when cross-compiling, or `MACHINE-gcc-VERSION' to run a
! specific version of GCC.  When you compile C++ programs, you should
! invoke GCC as `g++' instead.  *Note Compiling C++ Programs: Invoking
! G++, for information about the differences in behavior between `gcc'
! and `g++' when compiling C++ programs.
  
!  The `gcc' program accepts options and file names as operands.  Many
  options have multi-letter names; therefore multiple single-letter
! options may _not_ be grouped: `-dv' is very different from `-d -v'.
  
   You can mix options and other arguments.  For the most part, the order
  you use doesn't matter.  Order does matter when you use several options
! of the same kind; for example, if you specify `-L' more than once, the
! directories are searched in the order specified.  Also, the placement
! of the `-l' option is significant.
  
!  Many options have long names starting with `-f' or with `-W'--for
! example, `-fmove-loop-invariants', `-Wformat' and so on.  Most of these
! have both positive and negative forms; the negative form of `-ffoo' is
! `-fno-foo'.  This manual documents only one of these two forms,
  whichever one is not the default.
  
   *Note Option Index::, for an index to GCC's options.
*************** _Objective-C and Objective-C++ Language
*** 561,568 ****
            -Wundeclared-selector
  
  _Diagnostic Message Formatting Options_
!      *Note Options to Control Diagnostic Messages Formatting: Diagnostic
!      Message Formatting Options.
            -fmessage-length=N
            -fdiagnostics-show-location=[once|every-line]
            -fdiagnostics-color=[auto|never|always]
--- 564,571 ----
            -Wundeclared-selector
  
  _Diagnostic Message Formatting Options_
!      *Note Options to Control Diagnostic Messages Formatting:
!      Diagnostic Message Formatting Options.
            -fmessage-length=N
            -fdiagnostics-show-location=[once|every-line]
            -fdiagnostics-color=[auto|never|always]
*************** _Warning Options_
*** 589,595 ****
            -Wno-deprecated  -Wno-deprecated-declarations  -Wno-designated-init
            -Wdisabled-optimization
            -Wno-discarded-qualifiers  -Wno-discarded-array-qualifiers
!           -Wno-div-by-zero  -Wdouble-promotion  -Wduplicated-cond
            -Wempty-body  -Wenum-compare  -Wno-endif-labels  -Wexpansion-to-defined
            -Werror  -Werror=*  -Wfatal-errors  -Wfloat-equal  -Wformat  -Wformat=2
            -Wno-format-contains-nul  -Wno-format-extra-args
--- 592,599 ----
            -Wno-deprecated  -Wno-deprecated-declarations  -Wno-designated-init
            -Wdisabled-optimization
            -Wno-discarded-qualifiers  -Wno-discarded-array-qualifiers
!           -Wno-div-by-zero  -Wdouble-promotion
!           -Wduplicated-branches  -Wduplicated-cond
            -Wempty-body  -Wenum-compare  -Wno-endif-labels  -Wexpansion-to-defined
            -Werror  -Werror=*  -Wfatal-errors  -Wfloat-equal  -Wformat  -Wformat=2
            -Wno-format-contains-nul  -Wno-format-extra-args
*************** _Machine-Dependent Options_
*** 1429,1437 ****
            -muser-mode  -mno-user-mode
            -mv8plus  -mno-v8plus  -mvis  -mno-vis
            -mvis2  -mno-vis2  -mvis3  -mno-vis3
!           -mcbcond  -mno-cbcond  -mfmaf  -mno-fmaf
            -mpopc  -mno-popc  -msubxc  -mno-subxc
!           -mfix-at697f  -mfix-ut699
            -mlra  -mno-lra
  
       _SPU Options_
--- 1433,1442 ----
            -muser-mode  -mno-user-mode
            -mv8plus  -mno-v8plus  -mvis  -mno-vis
            -mvis2  -mno-vis2  -mvis3  -mno-vis3
!           -mvis4 -mno-vis4 -mvis4b -mno-vis4b
!           -mcbcond  -mno-cbcond  -mfmaf  -mno-fmaf  -mfsmuld  -mno-fsmuld
            -mpopc  -mno-popc  -msubxc  -mno-subxc
!           -mfix-at697f  -mfix-ut699  -mfix-ut700  -mfix-gr712rc
            -mlra  -mno-lra
  
       _SPU Options_
*************** File: gcc.info,  Node: Overall Options,
*** 1552,1684 ****
  Compilation can involve up to four stages: preprocessing, compilation
  proper, assembly and linking, always in that order.  GCC is capable of
  preprocessing and compiling several files either into several assembler
! input files, or into one assembler input file; then each assembler input
! file produces an object file, and linking combines all the object files
! (those newly compiled, and those specified as input) into an executable
! file.
  
   For any given input file, the file name suffix determines what kind of
  compilation is done:
  
! 'FILE.c'
       C source code that must be preprocessed.
  
! 'FILE.i'
       C source code that should not be preprocessed.
  
! 'FILE.ii'
       C++ source code that should not be preprocessed.
  
! 'FILE.m'
       Objective-C source code.  Note that you must link with the
!      'libobjc' library to make an Objective-C program work.
  
! 'FILE.mi'
       Objective-C source code that should not be preprocessed.
  
! 'FILE.mm'
! 'FILE.M'
       Objective-C++ source code.  Note that you must link with the
!      'libobjc' library to make an Objective-C++ program work.  Note that
!      '.M' refers to a literal capital M.
  
! 'FILE.mii'
       Objective-C++ source code that should not be preprocessed.
  
! 'FILE.h'
       C, C++, Objective-C or Objective-C++ header file to be turned into
       a precompiled header (default), or C, C++ header file to be turned
!      into an Ada spec (via the '-fdump-ada-spec' switch).
  
! 'FILE.cc'
! 'FILE.cp'
! 'FILE.cxx'
! 'FILE.cpp'
! 'FILE.CPP'
! 'FILE.c++'
! 'FILE.C'
!      C++ source code that must be preprocessed.  Note that in '.cxx',
!      the last two letters must both be literally 'x'.  Likewise, '.C'
       refers to a literal capital C.
  
! 'FILE.mm'
! 'FILE.M'
       Objective-C++ source code that must be preprocessed.
  
! 'FILE.mii'
       Objective-C++ source code that should not be preprocessed.
  
! 'FILE.hh'
! 'FILE.H'
! 'FILE.hp'
! 'FILE.hxx'
! 'FILE.hpp'
! 'FILE.HPP'
! 'FILE.h++'
! 'FILE.tcc'
       C++ header file to be turned into a precompiled header or Ada spec.
  
! 'FILE.f'
! 'FILE.for'
! 'FILE.ftn'
       Fixed form Fortran source code that should not be preprocessed.
  
! 'FILE.F'
! 'FILE.FOR'
! 'FILE.fpp'
! 'FILE.FPP'
! 'FILE.FTN'
       Fixed form Fortran source code that must be preprocessed (with the
       traditional preprocessor).
  
! 'FILE.f90'
! 'FILE.f95'
! 'FILE.f03'
! 'FILE.f08'
       Free form Fortran source code that should not be preprocessed.
  
! 'FILE.F90'
! 'FILE.F95'
! 'FILE.F03'
! 'FILE.F08'
       Free form Fortran source code that must be preprocessed (with the
       traditional preprocessor).
  
! 'FILE.go'
       Go source code.
  
! 'FILE.brig'
       BRIG files (binary representation of HSAIL).
  
! 'FILE.ads'
       Ada source code file that contains a library unit declaration (a
       declaration of a package, subprogram, or generic, or a generic
       instantiation), or a library unit renaming declaration (a package,
       generic, or subprogram renaming declaration).  Such files are also
       called "specs".
  
! 'FILE.adb'
       Ada source code file containing a library unit body (a subprogram
       or package body).  Such files are also called "bodies".
  
! 'FILE.s'
       Assembler code.
  
! 'FILE.S'
! 'FILE.sx'
       Assembler code that must be preprocessed.
  
! 'OTHER'
!      An object file to be fed straight into linking.  Any file name with
!      no recognized suffix is treated this way.
  
!  You can specify the input language explicitly with the '-x' option:
  
! '-x LANGUAGE'
       Specify explicitly the LANGUAGE for the following input files
       (rather than letting the compiler choose a default based on the
       file name suffix).  This option applies to all following input
!      files until the next '-x' option.  Possible values for LANGUAGE
       are:
            c  c-header  cpp-output
            c++  c++-header  c++-cpp-output
--- 1557,1689 ----
  Compilation can involve up to four stages: preprocessing, compilation
  proper, assembly and linking, always in that order.  GCC is capable of
  preprocessing and compiling several files either into several assembler
! input files, or into one assembler input file; then each assembler
! input file produces an object file, and linking combines all the object
! files (those newly compiled, and those specified as input) into an
! executable file.
  
   For any given input file, the file name suffix determines what kind of
  compilation is done:
  
! `FILE.c'
       C source code that must be preprocessed.
  
! `FILE.i'
       C source code that should not be preprocessed.
  
! `FILE.ii'
       C++ source code that should not be preprocessed.
  
! `FILE.m'
       Objective-C source code.  Note that you must link with the
!      `libobjc' library to make an Objective-C program work.
  
! `FILE.mi'
       Objective-C source code that should not be preprocessed.
  
! `FILE.mm'
! `FILE.M'
       Objective-C++ source code.  Note that you must link with the
!      `libobjc' library to make an Objective-C++ program work.  Note
!      that `.M' refers to a literal capital M.
  
! `FILE.mii'
       Objective-C++ source code that should not be preprocessed.
  
! `FILE.h'
       C, C++, Objective-C or Objective-C++ header file to be turned into
       a precompiled header (default), or C, C++ header file to be turned
!      into an Ada spec (via the `-fdump-ada-spec' switch).
  
! `FILE.cc'
! `FILE.cp'
! `FILE.cxx'
! `FILE.cpp'
! `FILE.CPP'
! `FILE.c++'
! `FILE.C'
!      C++ source code that must be preprocessed.  Note that in `.cxx',
!      the last two letters must both be literally `x'.  Likewise, `.C'
       refers to a literal capital C.
  
! `FILE.mm'
! `FILE.M'
       Objective-C++ source code that must be preprocessed.
  
! `FILE.mii'
       Objective-C++ source code that should not be preprocessed.
  
! `FILE.hh'
! `FILE.H'
! `FILE.hp'
! `FILE.hxx'
! `FILE.hpp'
! `FILE.HPP'
! `FILE.h++'
! `FILE.tcc'
       C++ header file to be turned into a precompiled header or Ada spec.
  
! `FILE.f'
! `FILE.for'
! `FILE.ftn'
       Fixed form Fortran source code that should not be preprocessed.
  
! `FILE.F'
! `FILE.FOR'
! `FILE.fpp'
! `FILE.FPP'
! `FILE.FTN'
       Fixed form Fortran source code that must be preprocessed (with the
       traditional preprocessor).
  
! `FILE.f90'
! `FILE.f95'
! `FILE.f03'
! `FILE.f08'
       Free form Fortran source code that should not be preprocessed.
  
! `FILE.F90'
! `FILE.F95'
! `FILE.F03'
! `FILE.F08'
       Free form Fortran source code that must be preprocessed (with the
       traditional preprocessor).
  
! `FILE.go'
       Go source code.
  
! `FILE.brig'
       BRIG files (binary representation of HSAIL).
  
! `FILE.ads'
       Ada source code file that contains a library unit declaration (a
       declaration of a package, subprogram, or generic, or a generic
       instantiation), or a library unit renaming declaration (a package,
       generic, or subprogram renaming declaration).  Such files are also
       called "specs".
  
! `FILE.adb'
       Ada source code file containing a library unit body (a subprogram
       or package body).  Such files are also called "bodies".
  
! `FILE.s'
       Assembler code.
  
! `FILE.S'
! `FILE.sx'
       Assembler code that must be preprocessed.
  
! `OTHER'
!      An object file to be fed straight into linking.  Any file name
!      with no recognized suffix is treated this way.
  
!  You can specify the input language explicitly with the `-x' option:
  
! `-x LANGUAGE'
       Specify explicitly the LANGUAGE for the following input files
       (rather than letting the compiler choose a default based on the
       file name suffix).  This option applies to all following input
!      files until the next `-x' option.  Possible values for LANGUAGE
       are:
            c  c-header  cpp-output
            c++  c++-header  c++-cpp-output
*************** compilation is done:
*** 1690,1814 ****
            go
            brig
  
! '-x none'
       Turn off any specification of a language, so that subsequent files
       are handled according to their file name suffixes (as they are if
!      '-x' has not been used at all).
  
!  If you only want some of the stages of compilation, you can use '-x'
! (or filename suffixes) to tell 'gcc' where to start, and one of the
! options '-c', '-S', or '-E' to say where 'gcc' is to stop.  Note that
! some combinations (for example, '-x cpp-output -E') instruct 'gcc' to do
! nothing at all.
  
! '-c'
       Compile or assemble the source files, but do not link.  The linking
       stage simply is not done.  The ultimate output is in the form of an
       object file for each source file.
  
       By default, the object file name for a source file is made by
!      replacing the suffix '.c', '.i', '.s', etc., with '.o'.
  
       Unrecognized input files, not requiring compilation or assembly,
       are ignored.
  
! '-S'
       Stop after the stage of compilation proper; do not assemble.  The
       output is in the form of an assembler code file for each
       non-assembler input file specified.
  
       By default, the assembler file name for a source file is made by
!      replacing the suffix '.c', '.i', etc., with '.s'.
  
       Input files that don't require compilation are ignored.
  
! '-E'
!      Stop after the preprocessing stage; do not run the compiler proper.
!      The output is in the form of preprocessed source code, which is
!      sent to the standard output.
  
       Input files that don't require preprocessing are ignored.
  
! '-o FILE'
!      Place output in file FILE.  This applies to whatever sort of output
!      is being produced, whether it be an executable file, an object
!      file, an assembler file or preprocessed C code.
  
!      If '-o' is not specified, the default is to put an executable file
!      in 'a.out', the object file for 'SOURCE.SUFFIX' in 'SOURCE.o', its
!      assembler file in 'SOURCE.s', a precompiled header file in
!      'SOURCE.SUFFIX.gch', and all preprocessed C source on standard
       output.
  
! '-v'
       Print (on standard error output) the commands executed to run the
       stages of compilation.  Also print the version number of the
       compiler driver program and of the preprocessor and the compiler
       proper.
  
! '-###'
!      Like '-v' except the commands are not executed and arguments are
!      quoted unless they contain only alphanumeric characters or './-_'.
       This is useful for shell scripts to capture the driver-generated
       command lines.
  
! '--help'
       Print (on the standard output) a description of the command-line
!      options understood by 'gcc'.  If the '-v' option is also specified
!      then '--help' is also passed on to the various processes invoked by
!      'gcc', so that they can display the command-line options they
!      accept.  If the '-Wextra' option has also been specified (prior to
!      the '--help' option), then command-line options that have no
       documentation associated with them are also displayed.
  
! '--target-help'
       Print (on the standard output) a description of target-specific
       command-line options for each tool.  For some targets extra
       target-specific information may also be printed.
  
! '--help={CLASS|[^]QUALIFIER}[,...]'
       Print (on the standard output) a description of the command-line
       options understood by the compiler that fit into all specified
       classes and qualifiers.  These are the supported classes:
  
!      'optimizers'
            Display all of the optimization options supported by the
            compiler.
  
!      'warnings'
            Display all of the options controlling warning messages
            produced by the compiler.
  
!      'target'
!           Display target-specific options.  Unlike the '--target-help'
            option however, target-specific options of the linker and
            assembler are not displayed.  This is because those tools do
!           not currently support the extended '--help=' syntax.
  
!      'params'
!           Display the values recognized by the '--param' option.
  
!      LANGUAGE
            Display the options supported for LANGUAGE, where LANGUAGE is
            the name of one of the languages supported in this version of
            GCC.
  
!      'common'
            Display the options that are common to all languages.
  
       These are the supported qualifiers:
  
!      'undocumented'
            Display only those options that are undocumented.
  
!      'joined'
            Display options taking an argument that appears after an equal
            sign in the same continuous piece of text, such as:
!           '--help=target'.
  
!      'separate'
            Display options taking an argument that appears as a separate
!           word following the original option, such as: '-o output-file'.
  
       Thus for example to display all the undocumented target-specific
       switches supported by the compiler, use:
--- 1695,1819 ----
            go
            brig
  
! `-x none'
       Turn off any specification of a language, so that subsequent files
       are handled according to their file name suffixes (as they are if
!      `-x' has not been used at all).
  
!  If you only want some of the stages of compilation, you can use `-x'
! (or filename suffixes) to tell `gcc' where to start, and one of the
! options `-c', `-S', or `-E' to say where `gcc' is to stop.  Note that
! some combinations (for example, `-x cpp-output -E') instruct `gcc' to
! do nothing at all.
  
! `-c'
       Compile or assemble the source files, but do not link.  The linking
       stage simply is not done.  The ultimate output is in the form of an
       object file for each source file.
  
       By default, the object file name for a source file is made by
!      replacing the suffix `.c', `.i', `.s', etc., with `.o'.
  
       Unrecognized input files, not requiring compilation or assembly,
       are ignored.
  
! `-S'
       Stop after the stage of compilation proper; do not assemble.  The
       output is in the form of an assembler code file for each
       non-assembler input file specified.
  
       By default, the assembler file name for a source file is made by
!      replacing the suffix `.c', `.i', etc., with `.s'.
  
       Input files that don't require compilation are ignored.
  
! `-E'
!      Stop after the preprocessing stage; do not run the compiler
!      proper.  The output is in the form of preprocessed source code,
!      which is sent to the standard output.
  
       Input files that don't require preprocessing are ignored.
  
! `-o FILE'
!      Place output in file FILE.  This applies to whatever sort of
!      output is being produced, whether it be an executable file, an
!      object file, an assembler file or preprocessed C code.
  
!      If `-o' is not specified, the default is to put an executable file
!      in `a.out', the object file for `SOURCE.SUFFIX' in `SOURCE.o', its
!      assembler file in `SOURCE.s', a precompiled header file in
!      `SOURCE.SUFFIX.gch', and all preprocessed C source on standard
       output.
  
! `-v'
       Print (on standard error output) the commands executed to run the
       stages of compilation.  Also print the version number of the
       compiler driver program and of the preprocessor and the compiler
       proper.
  
! `-###'
!      Like `-v' except the commands are not executed and arguments are
!      quoted unless they contain only alphanumeric characters or `./-_'.
       This is useful for shell scripts to capture the driver-generated
       command lines.
  
! `--help'
       Print (on the standard output) a description of the command-line
!      options understood by `gcc'.  If the `-v' option is also specified
!      then `--help' is also passed on to the various processes invoked
!      by `gcc', so that they can display the command-line options they
!      accept.  If the `-Wextra' option has also been specified (prior to
!      the `--help' option), then command-line options that have no
       documentation associated with them are also displayed.
  
! `--target-help'
       Print (on the standard output) a description of target-specific
       command-line options for each tool.  For some targets extra
       target-specific information may also be printed.
  
! `--help={CLASS|[^]QUALIFIER}[,...]'
       Print (on the standard output) a description of the command-line
       options understood by the compiler that fit into all specified
       classes and qualifiers.  These are the supported classes:
  
!     `optimizers'
            Display all of the optimization options supported by the
            compiler.
  
!     `warnings'
            Display all of the options controlling warning messages
            produced by the compiler.
  
!     `target'
!           Display target-specific options.  Unlike the `--target-help'
            option however, target-specific options of the linker and
            assembler are not displayed.  This is because those tools do
!           not currently support the extended `--help=' syntax.
  
!     `params'
!           Display the values recognized by the `--param' option.
  
!     LANGUAGE
            Display the options supported for LANGUAGE, where LANGUAGE is
            the name of one of the languages supported in this version of
            GCC.
  
!     `common'
            Display the options that are common to all languages.
  
       These are the supported qualifiers:
  
!     `undocumented'
            Display only those options that are undocumented.
  
!     `joined'
            Display options taking an argument that appears after an equal
            sign in the same continuous piece of text, such as:
!           `--help=target'.
  
!     `separate'
            Display options taking an argument that appears as a separate
!           word following the original option, such as: `-o output-file'.
  
       Thus for example to display all the undocumented target-specific
       switches supported by the compiler, use:
*************** nothing at all.
*** 1816,1828 ****
            --help=target,undocumented
  
       The sense of a qualifier can be inverted by prefixing it with the
!      '^' character, so for example to display all binary warning options
!      (i.e., ones that are either on or off and that do not take an
!      argument) that have a description, use:
  
            --help=warnings,^joined,^undocumented
  
!      The argument to '--help=' should not consist solely of inverted
       qualifiers.
  
       Combining several classes is possible, although this usually
--- 1821,1833 ----
            --help=target,undocumented
  
       The sense of a qualifier can be inverted by prefixing it with the
!      `^' character, so for example to display all binary warning
!      options (i.e., ones that are either on or off and that do not take
!      an argument) that have a description, use:
  
            --help=warnings,^joined,^undocumented
  
!      The argument to `--help=' should not consist solely of inverted
       qualifiers.
  
       Combining several classes is possible, although this usually
*************** nothing at all.
*** 1833,1850 ****
  
            --help=target,optimizers
  
!      The '--help=' option can be repeated on the command line.  Each
       successive use displays its requested class of options, skipping
       those that have already been displayed.
  
!      If the '-Q' option appears on the command line before the '--help='
!      option, then the descriptive text displayed by '--help=' is
!      changed.  Instead of describing the displayed options, an
       indication is given as to whether the option is enabled, disabled
       or set to a specific value (assuming that the compiler knows this
!      at the point where the '--help=' option is used).
  
!      Here is a truncated example from the ARM port of 'gcc':
  
              % gcc -Q -mabi=2 --help=target -c
              The following options are target specific:
--- 1838,1855 ----
  
            --help=target,optimizers
  
!      The `--help=' option can be repeated on the command line.  Each
       successive use displays its requested class of options, skipping
       those that have already been displayed.
  
!      If the `-Q' option appears on the command line before the
!      `--help=' option, then the descriptive text displayed by `--help='
!      is changed.  Instead of describing the displayed options, an
       indication is given as to whether the option is enabled, disabled
       or set to a specific value (assuming that the compiler knows this
!      at the point where the `--help=' option is used).
  
!      Here is a truncated example from the ARM port of `gcc':
  
              % gcc -Q -mabi=2 --help=target -c
              The following options are target specific:
*************** nothing at all.
*** 1854,1944 ****
  
       The output is sensitive to the effects of previous command-line
       options, so for example it is possible to find out which
!      optimizations are enabled at '-O2' by using:
  
            -Q -O2 --help=optimizers
  
       Alternatively you can discover which binary optimizations are
!      enabled by '-O3' by using:
  
            gcc -c -Q -O3 --help=optimizers > /tmp/O3-opts
            gcc -c -Q -O2 --help=optimizers > /tmp/O2-opts
            diff /tmp/O2-opts /tmp/O3-opts | grep enabled
  
! '--version'
       Display the version number and copyrights of the invoked GCC.
  
! '-pass-exit-codes'
!      Normally the 'gcc' program exits with the code of 1 if any phase of
!      the compiler returns a non-success return code.  If you specify
!      '-pass-exit-codes', the 'gcc' program instead returns with the
       numerically highest error produced by any phase returning an error
       indication.  The C, C++, and Fortran front ends return 4 if an
       internal compiler error is encountered.
  
! '-pipe'
       Use pipes rather than temporary files for communication between the
       various stages of compilation.  This fails to work on some systems
       where the assembler is unable to read from a pipe; but the GNU
       assembler has no trouble.
  
! '-specs=FILE'
!      Process FILE after the compiler reads in the standard 'specs' file,
!      in order to override the defaults which the 'gcc' driver program
!      uses when determining what switches to pass to 'cc1', 'cc1plus',
!      'as', 'ld', etc.  More than one '-specs=FILE' can be specified on
!      the command line, and they are processed in order, from left to
!      right.  *Note Spec Files::, for information about the format of the
!      FILE.
  
! '-wrapper'
       Invoke all subcommands under a wrapper program.  The name of the
       wrapper program and its parameters are passed as a comma separated
       list.
  
            gcc -c t.c -wrapper gdb,--args
  
!      This invokes all subprograms of 'gcc' under 'gdb --args', thus the
!      invocation of 'cc1' is 'gdb --args cc1 ...'.
  
! '-fplugin=NAME.so'
!      Load the plugin code in file NAME.so, assumed to be a shared object
!      to be dlopen'd by the compiler.  The base name of the shared object
!      file is used to identify the plugin for the purposes of argument
!      parsing (See '-fplugin-arg-NAME-KEY=VALUE' below).  Each plugin
!      should define the callback functions specified in the Plugins API.
  
! '-fplugin-arg-NAME-KEY=VALUE'
       Define an argument called KEY with a value of VALUE for the plugin
       called NAME.
  
! '-fdump-ada-spec[-slim]'
       For C and C++ source and include files, generate corresponding Ada
!      specs.  *Note (gnat_ugn)Generating Ada Bindings for C and C++
!      headers::, which provides detailed documentation on this feature.
  
! '-fada-spec-parent=UNIT'
!      In conjunction with '-fdump-ada-spec[-slim]' above, generate Ada
       specs as child units of parent UNIT.
  
! '-fdump-go-spec=FILE'
       For input files in any language, generate corresponding Go
!      declarations in FILE.  This generates Go 'const', 'type', 'var',
!      and 'func' declarations which may be a useful way to start writing
       a Go interface to code written in some other language.
  
! '@FILE'
!      Read command-line options from FILE.  The options read are inserted
!      in place of the original @FILE option.  If FILE does not exist, or
!      cannot be read, then the option will be treated literally, and not
!      removed.
  
       Options in FILE are separated by whitespace.  A whitespace
       character may be included in an option by surrounding the entire
!      option in either single or double quotes.  Any character (including
!      a backslash) may be included by prefixing the character to be
!      included with a backslash.  The FILE may itself contain additional
!      @FILE options; any such options will be processed recursively.
  
  
  File: gcc.info,  Node: Invoking G++,  Next: C Dialect Options,  Prev: Overall Options,  Up: Invoking GCC
--- 1859,1952 ----
  
       The output is sensitive to the effects of previous command-line
       options, so for example it is possible to find out which
!      optimizations are enabled at `-O2' by using:
  
            -Q -O2 --help=optimizers
  
       Alternatively you can discover which binary optimizations are
!      enabled by `-O3' by using:
  
            gcc -c -Q -O3 --help=optimizers > /tmp/O3-opts
            gcc -c -Q -O2 --help=optimizers > /tmp/O2-opts
            diff /tmp/O2-opts /tmp/O3-opts | grep enabled
  
! `--version'
       Display the version number and copyrights of the invoked GCC.
  
! `-pass-exit-codes'
!      Normally the `gcc' program exits with the code of 1 if any phase
!      of the compiler returns a non-success return code.  If you specify
!      `-pass-exit-codes', the `gcc' program instead returns with the
       numerically highest error produced by any phase returning an error
       indication.  The C, C++, and Fortran front ends return 4 if an
       internal compiler error is encountered.
  
! `-pipe'
       Use pipes rather than temporary files for communication between the
       various stages of compilation.  This fails to work on some systems
       where the assembler is unable to read from a pipe; but the GNU
       assembler has no trouble.
  
! `-specs=FILE'
!      Process FILE after the compiler reads in the standard `specs'
!      file, in order to override the defaults which the `gcc' driver
!      program uses when determining what switches to pass to `cc1',
!      `cc1plus', `as', `ld', etc.  More than one `-specs=FILE' can be
!      specified on the command line, and they are processed in order,
!      from left to right.  *Note Spec Files::, for information about the
!      format of the FILE.
  
! `-wrapper'
       Invoke all subcommands under a wrapper program.  The name of the
       wrapper program and its parameters are passed as a comma separated
       list.
  
            gcc -c t.c -wrapper gdb,--args
  
!      This invokes all subprograms of `gcc' under `gdb --args', thus the
!      invocation of `cc1' is `gdb --args cc1 ...'.
  
! `-fplugin=NAME.so'
!      Load the plugin code in file NAME.so, assumed to be a shared
!      object to be dlopen'd by the compiler.  The base name of the
!      shared object file is used to identify the plugin for the purposes
!      of argument parsing (See `-fplugin-arg-NAME-KEY=VALUE' below).
!      Each plugin should define the callback functions specified in the
!      Plugins API.
  
! `-fplugin-arg-NAME-KEY=VALUE'
       Define an argument called KEY with a value of VALUE for the plugin
       called NAME.
  
! `-fdump-ada-spec[-slim]'
       For C and C++ source and include files, generate corresponding Ada
!      specs.  *Note Generating Ada Bindings for C and C++ headers:
!      (gnat_ugn)Generating Ada Bindings for C and C++ headers, which
!      provides detailed documentation on this feature.
  
! `-fada-spec-parent=UNIT'
!      In conjunction with `-fdump-ada-spec[-slim]' above, generate Ada
       specs as child units of parent UNIT.
  
! `-fdump-go-spec=FILE'
       For input files in any language, generate corresponding Go
!      declarations in FILE.  This generates Go `const', `type', `var',
!      and `func' declarations which may be a useful way to start writing
       a Go interface to code written in some other language.
  
! `@FILE'
!      Read command-line options from FILE.  The options read are
!      inserted in place of the original @FILE option.  If FILE does not
!      exist, or cannot be read, then the option will be treated
!      literally, and not removed.
  
       Options in FILE are separated by whitespace.  A whitespace
       character may be included in an option by surrounding the entire
!      option in either single or double quotes.  Any character
!      (including a backslash) may be included by prefixing the character
!      to be included with a backslash.  The FILE may itself contain
!      additional @FILE options; any such options will be processed
!      recursively.
  
  
  File: gcc.info,  Node: Invoking G++,  Next: C Dialect Options,  Prev: Overall Options,  Up: Invoking GCC
*************** File: gcc.info,  Node: Invoking G++,  Ne
*** 1946,1966 ****
  3.3 Compiling C++ Programs
  ==========================
  
! C++ source files conventionally use one of the suffixes '.C', '.cc',
! '.cpp', '.CPP', '.c++', '.cp', or '.cxx'; C++ header files often use
! '.hh', '.hpp', '.H', or (for shared template code) '.tcc'; and
! preprocessed C++ files use the suffix '.ii'.  GCC recognizes files with
  these names and compiles them as C++ programs even if you call the
! compiler the same way as for compiling C programs (usually with the name
! 'gcc').
  
!  However, the use of 'gcc' does not add the C++ library.  'g++' is a
  program that calls GCC and automatically specifies linking against the
! C++ library.  It treats '.c', '.h' and '.i' files as C++ source files
! instead of C source files unless '-x' is used.  This program is also
! useful when precompiling a C header file with a '.h' extension for use
! in C++ compilations.  On many systems, 'g++' is also installed with the
! name 'c++'.
  
   When you compile C++ programs, you may specify many of the same
  command-line options that you use for compiling programs in any
--- 1954,1974 ----
  3.3 Compiling C++ Programs
  ==========================
  
! C++ source files conventionally use one of the suffixes `.C', `.cc',
! `.cpp', `.CPP', `.c++', `.cp', or `.cxx'; C++ header files often use
! `.hh', `.hpp', `.H', or (for shared template code) `.tcc'; and
! preprocessed C++ files use the suffix `.ii'.  GCC recognizes files with
  these names and compiles them as C++ programs even if you call the
! compiler the same way as for compiling C programs (usually with the
! name `gcc').
  
!  However, the use of `gcc' does not add the C++ library.  `g++' is a
  program that calls GCC and automatically specifies linking against the
! C++ library.  It treats `.c', `.h' and `.i' files as C++ source files
! instead of C source files unless `-x' is used.  This program is also
! useful when precompiling a C header file with a `.h' extension for use
! in C++ compilations.  On many systems, `g++' is also installed with the
! name `c++'.
  
   When you compile C++ programs, you may specify many of the same
  command-line options that you use for compiling programs in any
*************** The following options control the dialec
*** 1981,2303 ****
  from C, such as C++, Objective-C and Objective-C++) that the compiler
  accepts:
  
! '-ansi'
!      In C mode, this is equivalent to '-std=c90'.  In C++ mode, it is
!      equivalent to '-std=c++98'.
  
       This turns off certain features of GCC that are incompatible with
!      ISO C90 (when compiling C code), or of standard C++ (when compiling
!      C++ code), such as the 'asm' and 'typeof' keywords, and predefined
!      macros such as 'unix' and 'vax' that identify the type of system
!      you are using.  It also enables the undesirable and rarely used ISO
!      trigraph feature.  For the C compiler, it disables recognition of
!      C++ style '//' comments as well as the 'inline' keyword.
  
!      The alternate keywords '__asm__', '__extension__', '__inline__' and
!      '__typeof__' continue to work despite '-ansi'.  You would not want
!      to use them in an ISO C program, of course, but it is useful to put
!      them in header files that might be included in compilations done
!      with '-ansi'.  Alternate predefined macros such as '__unix__' and
!      '__vax__' are also available, with or without '-ansi'.
  
!      The '-ansi' option does not cause non-ISO programs to be rejected
!      gratuitously.  For that, '-Wpedantic' is required in addition to
!      '-ansi'.  *Note Warning Options::.
  
!      The macro '__STRICT_ANSI__' is predefined when the '-ansi' option
       is used.  Some header files may notice this macro and refrain from
!      declaring certain functions or defining certain macros that the ISO
!      standard doesn't call for; this is to avoid interfering with any
!      programs that might use these names for other things.
  
       Functions that are normally built in but do not have semantics
!      defined by ISO C (such as 'alloca' and 'ffs') are not built-in
!      functions when '-ansi' is used.  *Note Other built-in functions
       provided by GCC: Other Builtins, for details of the functions
       affected.
  
! '-std='
!      Determine the language standard.  *Note Language Standards
       Supported by GCC: Standards, for details of these standard
!      versions.  This option is currently only supported when compiling C
!      or C++.
  
!      The compiler can accept several base standards, such as 'c90' or
!      'c++98', and GNU dialects of those standards, such as 'gnu90' or
!      'gnu++98'.  When a base standard is specified, the compiler accepts
!      all programs following that standard plus those using GNU
!      extensions that do not contradict it.  For example, '-std=c90'
       turns off certain features of GCC that are incompatible with ISO
!      C90, such as the 'asm' and 'typeof' keywords, but not other GNU
       extensions that do not have a meaning in ISO C90, such as omitting
!      the middle term of a '?:' expression.  On the other hand, when a
       GNU dialect of a standard is specified, all features supported by
       the compiler are enabled, even when those features change the
       meaning of the base standard.  As a result, some strict-conforming
       programs may be rejected.  The particular standard is used by
!      '-Wpedantic' to identify which features are GNU extensions given
!      that version of the standard.  For example '-std=gnu90 -Wpedantic'
!      warns about C++ style '//' comments, while '-std=gnu99 -Wpedantic'
       does not.
  
       A value for this option must be provided; possible values are
  
!      'c90'
!      'c89'
!      'iso9899:1990'
            Support all ISO C90 programs (certain GNU extensions that
!           conflict with ISO C90 are disabled).  Same as '-ansi' for C
            code.
  
!      'iso9899:199409'
            ISO C90 as modified in amendment 1.
  
!      'c99'
!      'c9x'
!      'iso9899:1999'
!      'iso9899:199x'
!           ISO C99.  This standard is substantially completely supported,
!           modulo bugs and floating-point issues (mainly but not entirely
!           relating to optional C99 features from Annexes F and G). See
!           <http://gcc.gnu.org/c99status.html> for more information.  The
!           names 'c9x' and 'iso9899:199x' are deprecated.
  
!      'c11'
!      'c1x'
!      'iso9899:2011'
            ISO C11, the 2011 revision of the ISO C standard.  This
            standard is substantially completely supported, modulo bugs,
            floating-point issues (mainly but not entirely relating to
            optional C11 features from Annexes F and G) and the optional
            Annexes K (Bounds-checking interfaces) and L (Analyzability).
!           The name 'c1x' is deprecated.
  
!      'gnu90'
!      'gnu89'
            GNU dialect of ISO C90 (including some C99 features).
  
!      'gnu99'
!      'gnu9x'
!           GNU dialect of ISO C99.  The name 'gnu9x' is deprecated.
  
!      'gnu11'
!      'gnu1x'
            GNU dialect of ISO C11.  This is the default for C code.  The
!           name 'gnu1x' is deprecated.
  
!      'c++98'
!      'c++03'
            The 1998 ISO C++ standard plus the 2003 technical corrigendum
!           and some additional defect reports.  Same as '-ansi' for C++
            code.
  
!      'gnu++98'
!      'gnu++03'
!           GNU dialect of '-std=c++98'.
  
!      'c++11'
!      'c++0x'
!           The 2011 ISO C++ standard plus amendments.  The name 'c++0x'
            is deprecated.
  
!      'gnu++11'
!      'gnu++0x'
!           GNU dialect of '-std=c++11'.  The name 'gnu++0x' is
            deprecated.
  
!      'c++14'
!      'c++1y'
!           The 2014 ISO C++ standard plus amendments.  The name 'c++1y'
            is deprecated.
  
!      'gnu++14'
!      'gnu++1y'
!           GNU dialect of '-std=c++14'.  This is the default for C++
!           code.  The name 'gnu++1y' is deprecated.
  
!      'c++1z'
!           The next revision of the ISO C++ standard, tentatively planned
!           for 2017.  Support is highly experimental, and will almost
!           certainly change in incompatible ways in future releases.
  
!      'gnu++1z'
!           GNU dialect of '-std=c++1z'.  Support is highly experimental,
            and will almost certainly change in incompatible ways in
            future releases.
  
! '-fgnu89-inline'
!      The option '-fgnu89-inline' tells GCC to use the traditional GNU
!      semantics for 'inline' functions when in C99 mode.  *Note An Inline
!      Function is As Fast As a Macro: Inline.  Using this option is
!      roughly equivalent to adding the 'gnu_inline' function attribute to
!      all inline functions (*note Function Attributes::).
  
!      The option '-fno-gnu89-inline' explicitly tells GCC to use the C99
!      semantics for 'inline' when in C99 or gnu99 mode (i.e., it
       specifies the default behavior).  This option is not supported in
!      '-std=c90' or '-std=gnu90' mode.
  
!      The preprocessor macros '__GNUC_GNU_INLINE__' and
!      '__GNUC_STDC_INLINE__' may be used to check which semantics are in
!      effect for 'inline' functions.  *Note (cpp)Common Predefined
!      Macros::.
  
! '-fpermitted-flt-eval-methods=STYLE'
       ISO/IEC TS 18661-3 defines new permissible values for
!      'FLT_EVAL_METHOD' that indicate that operations and constants with
       a semantic type that is an interchange or extended format should be
       evaluated to the precision and range of that type.  These new
       values are a superset of those permitted under C99/C11, which does
       not specify the meaning of other positive values of
!      'FLT_EVAL_METHOD'.  As such, code conforming to C11 may not have
       been written expecting the possibility of the new values.
  
!      '-fpermitted-flt-eval-methods' specifies whether the compiler
!      should allow only the values of 'FLT_EVAL_METHOD' specified in
       C99/C11, or the extended set of values specified in ISO/IEC TS
       18661-3.
  
!      STYLE is either 'c11' or 'ts-18661-3' as appropriate.
  
!      The default when in a standards compliant mode ('-std=c11' or
!      similar) is '-fpermitted-flt-eval-methods=c11'.  The default when
!      in a GNU dialect ('-std=gnu11' or similar) is
!      '-fpermitted-flt-eval-methods=ts-18661-3'.
  
! '-aux-info FILENAME'
       Output to the given filename prototyped declarations for all
       functions declared and/or defined in a translation unit, including
       those in header files.  This option is silently ignored in any
       language other than C.
  
       Besides declarations, the file indicates, in comments, the origin
!      of each declaration (source file and line), whether the declaration
!      was implicit, prototyped or unprototyped ('I', 'N' for new or 'O'
!      for old, respectively, in the first character after the line number
!      and the colon), and whether it came from a declaration or a
!      definition ('C' or 'F', respectively, in the following character).
!      In the case of function definitions, a K&R-style list of arguments
!      followed by their declarations is also provided, inside comments,
!      after the declaration.
  
! '-fallow-parameterless-variadic-functions'
       Accept variadic functions without named parameters.
  
       Although it is possible to define such a function, this is not very
       useful as it is not possible to read the arguments.  This is only
       supported for C as this construct is allowed by C++.
  
! '-fno-asm'
!      Do not recognize 'asm', 'inline' or 'typeof' as a keyword, so that
       code can use these words as identifiers.  You can use the keywords
!      '__asm__', '__inline__' and '__typeof__' instead.  '-ansi' implies
!      '-fno-asm'.
  
!      In C++, this switch only affects the 'typeof' keyword, since 'asm'
!      and 'inline' are standard keywords.  You may want to use the
!      '-fno-gnu-keywords' flag instead, which has the same effect.  In
!      C99 mode ('-std=c99' or '-std=gnu99'), this switch only affects the
!      'asm' and 'typeof' keywords, since 'inline' is a standard keyword
!      in ISO C99.
  
! '-fno-builtin'
! '-fno-builtin-FUNCTION'
       Don't recognize built-in functions that do not begin with
!      '__builtin_' as prefix.  *Note Other built-in functions provided by
!      GCC: Other Builtins, for details of the functions affected,
!      including those which are not built-in functions when '-ansi' or
!      '-std' options for strict ISO C conformance are used because they
       do not have an ISO standard meaning.
  
       GCC normally generates special code to handle certain built-in
!      functions more efficiently; for instance, calls to 'alloca' may
       become single instructions which adjust the stack directly, and
!      calls to 'memcpy' may become inline copy loops.  The resulting code
!      is often both smaller and faster, but since the function calls no
!      longer appear as such, you cannot set a breakpoint on those calls,
!      nor can you change the behavior of the functions by linking with a
!      different library.  In addition, when a function is recognized as a
!      built-in function, GCC may use information about that function to
!      warn about problems with calls to that function, or to generate
!      more efficient code, even if the resulting code still contains
!      calls to that function.  For example, warnings are given with
!      '-Wformat' for bad calls to 'printf' when 'printf' is built in and
!      'strlen' is known not to modify global memory.
  
!      With the '-fno-builtin-FUNCTION' option only the built-in function
!      FUNCTION is disabled.  FUNCTION must not begin with '__builtin_'.
!      If a function is named that is not built-in in this version of GCC,
!      this option is ignored.  There is no corresponding
!      '-fbuiltin-FUNCTION' option; if you wish to enable built-in
!      functions selectively when using '-fno-builtin' or
!      '-ffreestanding', you may define macros such as:
  
            #define abs(n)          __builtin_abs ((n))
            #define strcpy(d, s)    __builtin_strcpy ((d), (s))
  
! '-fgimple'
! 
!      Enable parsing of function definitions marked with '__GIMPLE'.
       This is an experimental feature that allows unit testing of GIMPLE
       passes.
  
! '-fhosted'
! 
       Assert that compilation targets a hosted environment.  This implies
!      '-fbuiltin'.  A hosted environment is one in which the entire
!      standard library is available, and in which 'main' has a return
!      type of 'int'.  Examples are nearly everything except a kernel.
!      This is equivalent to '-fno-freestanding'.
! 
! '-ffreestanding'
  
       Assert that compilation targets a freestanding environment.  This
!      implies '-fno-builtin'.  A freestanding environment is one in which
!      the standard library may not exist, and program startup may not
!      necessarily be at 'main'.  The most obvious example is an OS
!      kernel.  This is equivalent to '-fno-hosted'.
  
       *Note Language Standards Supported by GCC: Standards, for details
       of freestanding and hosted environments.
  
! '-fopenacc'
!      Enable handling of OpenACC directives '#pragma acc' in C/C++ and
!      '!$acc' in Fortran.  When '-fopenacc' is specified, the compiler
       generates accelerated code according to the OpenACC Application
!      Programming Interface v2.0 <http://www.openacc.org/>.  This option
!      implies '-pthread', and thus is only supported on targets that have
!      support for '-pthread'.
  
! '-fopenacc-dim=GEOM'
       Specify default compute dimensions for parallel offload regions
       that do not explicitly specify.  The GEOM value is a triple of
       ':'-separated sizes, in order 'gang', 'worker' and, 'vector'.  A
       size can be omitted, to use a target-specific default value.
  
! '-fopenmp'
!      Enable handling of OpenMP directives '#pragma omp' in C/C++ and
!      '!$omp' in Fortran.  When '-fopenmp' is specified, the compiler
!      generates parallel code according to the OpenMP Application Program
!      Interface v4.5 <http://www.openmp.org/>.  This option implies
!      '-pthread', and thus is only supported on targets that have support
!      for '-pthread'.  '-fopenmp' implies '-fopenmp-simd'.
  
! '-fopenmp-simd'
!      Enable handling of OpenMP's SIMD directives with '#pragma omp' in
!      C/C++ and '!$omp' in Fortran.  Other OpenMP directives are ignored.
  
! '-fcilkplus'
       Enable the usage of Cilk Plus language extension features for
!      C/C++.  When the option '-fcilkplus' is specified, enable the usage
!      of the Cilk Plus Language extension features for C/C++.  The
       present implementation follows ABI version 1.2.  This is an
       experimental feature that is only partially complete, and whose
       interface may change in future versions of GCC as the official
!      specification changes.  Currently, all features but '_Cilk_for'
       have been implemented.
  
! '-fgnu-tm'
!      When the option '-fgnu-tm' is specified, the compiler generates
       code for the Linux variant of Intel's current Transactional Memory
       ABI specification document (Revision 1.1, May 6 2009).  This is an
       experimental feature whose interface may change in future versions
--- 1989,2311 ----
  from C, such as C++, Objective-C and Objective-C++) that the compiler
  accepts:
  
! `-ansi'
!      In C mode, this is equivalent to `-std=c90'. In C++ mode, it is
!      equivalent to `-std=c++98'.
  
       This turns off certain features of GCC that are incompatible with
!      ISO C90 (when compiling C code), or of standard C++ (when
!      compiling C++ code), such as the `asm' and `typeof' keywords, and
!      predefined macros such as `unix' and `vax' that identify the type
!      of system you are using.  It also enables the undesirable and
!      rarely used ISO trigraph feature.  For the C compiler, it disables
!      recognition of C++ style `//' comments as well as the `inline'
!      keyword.
  
!      The alternate keywords `__asm__', `__extension__', `__inline__'
!      and `__typeof__' continue to work despite `-ansi'.  You would not
!      want to use them in an ISO C program, of course, but it is useful
!      to put them in header files that might be included in compilations
!      done with `-ansi'.  Alternate predefined macros such as `__unix__'
!      and `__vax__' are also available, with or without `-ansi'.
  
!      The `-ansi' option does not cause non-ISO programs to be rejected
!      gratuitously.  For that, `-Wpedantic' is required in addition to
!      `-ansi'.  *Note Warning Options::.
  
!      The macro `__STRICT_ANSI__' is predefined when the `-ansi' option
       is used.  Some header files may notice this macro and refrain from
!      declaring certain functions or defining certain macros that the
!      ISO standard doesn't call for; this is to avoid interfering with
!      any programs that might use these names for other things.
  
       Functions that are normally built in but do not have semantics
!      defined by ISO C (such as `alloca' and `ffs') are not built-in
!      functions when `-ansi' is used.  *Note Other built-in functions
       provided by GCC: Other Builtins, for details of the functions
       affected.
  
! `-std='
!      Determine the language standard. *Note Language Standards
       Supported by GCC: Standards, for details of these standard
!      versions.  This option is currently only supported when compiling
!      C or C++.
  
!      The compiler can accept several base standards, such as `c90' or
!      `c++98', and GNU dialects of those standards, such as `gnu90' or
!      `gnu++98'.  When a base standard is specified, the compiler
!      accepts all programs following that standard plus those using GNU
!      extensions that do not contradict it.  For example, `-std=c90'
       turns off certain features of GCC that are incompatible with ISO
!      C90, such as the `asm' and `typeof' keywords, but not other GNU
       extensions that do not have a meaning in ISO C90, such as omitting
!      the middle term of a `?:' expression. On the other hand, when a
       GNU dialect of a standard is specified, all features supported by
       the compiler are enabled, even when those features change the
       meaning of the base standard.  As a result, some strict-conforming
       programs may be rejected.  The particular standard is used by
!      `-Wpedantic' to identify which features are GNU extensions given
!      that version of the standard. For example `-std=gnu90 -Wpedantic'
!      warns about C++ style `//' comments, while `-std=gnu99 -Wpedantic'
       does not.
  
       A value for this option must be provided; possible values are
  
!     `c90'
!     `c89'
!     `iso9899:1990'
            Support all ISO C90 programs (certain GNU extensions that
!           conflict with ISO C90 are disabled). Same as `-ansi' for C
            code.
  
!     `iso9899:199409'
            ISO C90 as modified in amendment 1.
  
!     `c99'
!     `c9x'
!     `iso9899:1999'
!     `iso9899:199x'
!           ISO C99.  This standard is substantially completely
!           supported, modulo bugs and floating-point issues (mainly but
!           not entirely relating to optional C99 features from Annexes F
!           and G).  See `http://gcc.gnu.org/c99status.html' for more
!           information.  The names `c9x' and `iso9899:199x' are
!           deprecated.
  
!     `c11'
!     `c1x'
!     `iso9899:2011'
            ISO C11, the 2011 revision of the ISO C standard.  This
            standard is substantially completely supported, modulo bugs,
            floating-point issues (mainly but not entirely relating to
            optional C11 features from Annexes F and G) and the optional
            Annexes K (Bounds-checking interfaces) and L (Analyzability).
!           The name `c1x' is deprecated.
  
!     `gnu90'
!     `gnu89'
            GNU dialect of ISO C90 (including some C99 features).
  
!     `gnu99'
!     `gnu9x'
!           GNU dialect of ISO C99.  The name `gnu9x' is deprecated.
  
!     `gnu11'
!     `gnu1x'
            GNU dialect of ISO C11.  This is the default for C code.  The
!           name `gnu1x' is deprecated.
  
!     `c++98'
!     `c++03'
            The 1998 ISO C++ standard plus the 2003 technical corrigendum
!           and some additional defect reports. Same as `-ansi' for C++
            code.
  
!     `gnu++98'
!     `gnu++03'
!           GNU dialect of `-std=c++98'.
  
!     `c++11'
!     `c++0x'
!           The 2011 ISO C++ standard plus amendments.  The name `c++0x'
            is deprecated.
  
!     `gnu++11'
!     `gnu++0x'
!           GNU dialect of `-std=c++11'.  The name `gnu++0x' is
            deprecated.
  
!     `c++14'
!     `c++1y'
!           The 2014 ISO C++ standard plus amendments.  The name `c++1y'
            is deprecated.
  
!     `gnu++14'
!     `gnu++1y'
!           GNU dialect of `-std=c++14'.  This is the default for C++
!           code.  The name `gnu++1y' is deprecated.
  
!     `c++1z'
!           The next revision of the ISO C++ standard, tentatively
!           planned for 2017.  Support is highly experimental, and will
!           almost certainly change in incompatible ways in future
!           releases.
  
!     `gnu++1z'
!           GNU dialect of `-std=c++1z'.  Support is highly experimental,
            and will almost certainly change in incompatible ways in
            future releases.
  
! `-fgnu89-inline'
!      The option `-fgnu89-inline' tells GCC to use the traditional GNU
!      semantics for `inline' functions when in C99 mode.  *Note An
!      Inline Function is As Fast As a Macro: Inline.  Using this option
!      is roughly equivalent to adding the `gnu_inline' function
!      attribute to all inline functions (*note Function Attributes::).
  
!      The option `-fno-gnu89-inline' explicitly tells GCC to use the C99
!      semantics for `inline' when in C99 or gnu99 mode (i.e., it
       specifies the default behavior).  This option is not supported in
!      `-std=c90' or `-std=gnu90' mode.
  
!      The preprocessor macros `__GNUC_GNU_INLINE__' and
!      `__GNUC_STDC_INLINE__' may be used to check which semantics are in
!      effect for `inline' functions.  *Note Common Predefined Macros:
!      (cpp)Common Predefined Macros.
  
! `-fpermitted-flt-eval-methods=STYLE'
       ISO/IEC TS 18661-3 defines new permissible values for
!      `FLT_EVAL_METHOD' that indicate that operations and constants with
       a semantic type that is an interchange or extended format should be
       evaluated to the precision and range of that type.  These new
       values are a superset of those permitted under C99/C11, which does
       not specify the meaning of other positive values of
!      `FLT_EVAL_METHOD'.  As such, code conforming to C11 may not have
       been written expecting the possibility of the new values.
  
!      `-fpermitted-flt-eval-methods' specifies whether the compiler
!      should allow only the values of `FLT_EVAL_METHOD' specified in
       C99/C11, or the extended set of values specified in ISO/IEC TS
       18661-3.
  
!      STYLE is either `c11' or `ts-18661-3' as appropriate.
  
!      The default when in a standards compliant mode (`-std=c11' or
!      similar) is `-fpermitted-flt-eval-methods=c11'.  The default when
!      in a GNU dialect (`-std=gnu11' or similar) is
!      `-fpermitted-flt-eval-methods=ts-18661-3'.
  
! `-aux-info FILENAME'
       Output to the given filename prototyped declarations for all
       functions declared and/or defined in a translation unit, including
       those in header files.  This option is silently ignored in any
       language other than C.
  
       Besides declarations, the file indicates, in comments, the origin
!      of each declaration (source file and line), whether the
!      declaration was implicit, prototyped or unprototyped (`I', `N' for
!      new or `O' for old, respectively, in the first character after the
!      line number and the colon), and whether it came from a declaration
!      or a definition (`C' or `F', respectively, in the following
!      character).  In the case of function definitions, a K&R-style list
!      of arguments followed by their declarations is also provided,
!      inside comments, after the declaration.
  
! `-fallow-parameterless-variadic-functions'
       Accept variadic functions without named parameters.
  
       Although it is possible to define such a function, this is not very
       useful as it is not possible to read the arguments.  This is only
       supported for C as this construct is allowed by C++.
  
! `-fno-asm'
!      Do not recognize `asm', `inline' or `typeof' as a keyword, so that
       code can use these words as identifiers.  You can use the keywords
!      `__asm__', `__inline__' and `__typeof__' instead.  `-ansi' implies
!      `-fno-asm'.
  
!      In C++, this switch only affects the `typeof' keyword, since `asm'
!      and `inline' are standard keywords.  You may want to use the
!      `-fno-gnu-keywords' flag instead, which has the same effect.  In
!      C99 mode (`-std=c99' or `-std=gnu99'), this switch only affects
!      the `asm' and `typeof' keywords, since `inline' is a standard
!      keyword in ISO C99.
  
! `-fno-builtin'
! `-fno-builtin-FUNCTION'
       Don't recognize built-in functions that do not begin with
!      `__builtin_' as prefix.  *Note Other built-in functions provided
!      by GCC: Other Builtins, for details of the functions affected,
!      including those which are not built-in functions when `-ansi' or
!      `-std' options for strict ISO C conformance are used because they
       do not have an ISO standard meaning.
  
       GCC normally generates special code to handle certain built-in
!      functions more efficiently; for instance, calls to `alloca' may
       become single instructions which adjust the stack directly, and
!      calls to `memcpy' may become inline copy loops.  The resulting
!      code is often both smaller and faster, but since the function
!      calls no longer appear as such, you cannot set a breakpoint on
!      those calls, nor can you change the behavior of the functions by
!      linking with a different library.  In addition, when a function is
!      recognized as a built-in function, GCC may use information about
!      that function to warn about problems with calls to that function,
!      or to generate more efficient code, even if the resulting code
!      still contains calls to that function.  For example, warnings are
!      given with `-Wformat' for bad calls to `printf' when `printf' is
!      built in and `strlen' is known not to modify global memory.
  
!      With the `-fno-builtin-FUNCTION' option only the built-in function
!      FUNCTION is disabled.  FUNCTION must not begin with `__builtin_'.
!      If a function is named that is not built-in in this version of
!      GCC, this option is ignored.  There is no corresponding
!      `-fbuiltin-FUNCTION' option; if you wish to enable built-in
!      functions selectively when using `-fno-builtin' or
!      `-ffreestanding', you may define macros such as:
  
            #define abs(n)          __builtin_abs ((n))
            #define strcpy(d, s)    __builtin_strcpy ((d), (s))
  
! `-fgimple'
!      Enable parsing of function definitions marked with `__GIMPLE'.
       This is an experimental feature that allows unit testing of GIMPLE
       passes.
  
! `-fhosted'
       Assert that compilation targets a hosted environment.  This implies
!      `-fbuiltin'.  A hosted environment is one in which the entire
!      standard library is available, and in which `main' has a return
!      type of `int'.  Examples are nearly everything except a kernel.
!      This is equivalent to `-fno-freestanding'.
  
+ `-ffreestanding'
       Assert that compilation targets a freestanding environment.  This
!      implies `-fno-builtin'.  A freestanding environment is one in
!      which the standard library may not exist, and program startup may
!      not necessarily be at `main'.  The most obvious example is an OS
!      kernel.  This is equivalent to `-fno-hosted'.
  
       *Note Language Standards Supported by GCC: Standards, for details
       of freestanding and hosted environments.
  
! `-fopenacc'
!      Enable handling of OpenACC directives `#pragma acc' in C/C++ and
!      `!$acc' in Fortran.  When `-fopenacc' is specified, the compiler
       generates accelerated code according to the OpenACC Application
!      Programming Interface v2.0 `http://www.openacc.org/'.  This option
!      implies `-pthread', and thus is only supported on targets that
!      have support for `-pthread'.
  
! `-fopenacc-dim=GEOM'
       Specify default compute dimensions for parallel offload regions
       that do not explicitly specify.  The GEOM value is a triple of
       ':'-separated sizes, in order 'gang', 'worker' and, 'vector'.  A
       size can be omitted, to use a target-specific default value.
  
! `-fopenmp'
!      Enable handling of OpenMP directives `#pragma omp' in C/C++ and
!      `!$omp' in Fortran.  When `-fopenmp' is specified, the compiler
!      generates parallel code according to the OpenMP Application
!      Program Interface v4.5 `http://www.openmp.org/'.  This option
!      implies `-pthread', and thus is only supported on targets that
!      have support for `-pthread'. `-fopenmp' implies `-fopenmp-simd'.
  
! `-fopenmp-simd'
!      Enable handling of OpenMP's SIMD directives with `#pragma omp' in
!      C/C++ and `!$omp' in Fortran. Other OpenMP directives are ignored.
  
! `-fcilkplus'
       Enable the usage of Cilk Plus language extension features for
!      C/C++.  When the option `-fcilkplus' is specified, enable the
!      usage of the Cilk Plus Language extension features for C/C++.  The
       present implementation follows ABI version 1.2.  This is an
       experimental feature that is only partially complete, and whose
       interface may change in future versions of GCC as the official
!      specification changes.  Currently, all features but `_Cilk_for'
       have been implemented.
  
! `-fgnu-tm'
!      When the option `-fgnu-tm' is specified, the compiler generates
       code for the Linux variant of Intel's current Transactional Memory
       ABI specification document (Revision 1.1, May 6 2009).  This is an
       experimental feature whose interface may change in future versions
*************** accepts:
*** 2309,2317 ****
       libitm.
  
       Note that the transactional memory feature is not supported with
!      non-call exceptions ('-fnon-call-exceptions').
  
! '-fms-extensions'
       Accept some non-standard constructs used in Microsoft header files.
  
       In C++ code, this allows member names in structures to be similar
--- 2317,2325 ----
       libitm.
  
       Note that the transactional memory feature is not supported with
!      non-call exceptions (`-fnon-call-exceptions').
  
! `-fms-extensions'
       Accept some non-standard constructs used in Microsoft header files.
  
       In C++ code, this allows member names in structures to be similar
*************** accepts:
*** 2329,2395 ****
       Note that this option is off for all targets but x86 targets using
       ms-abi.
  
! '-fplan9-extensions'
       Accept some non-standard constructs used in Plan 9 code.
  
!      This enables '-fms-extensions', permits passing pointers to
       structures with anonymous fields to functions that expect pointers
       to elements of the type of the field, and permits referring to
       anonymous fields declared using a typedef.  *Note Unnamed
       struct/union fields within structs/unions: Unnamed Fields, for
       details.  This is only supported for C, not C++.
  
! '-fcond-mismatch'
       Allow conditional expressions with mismatched types in the second
       and third arguments.  The value of such an expression is void.
       This option is not supported for C++.
  
! '-flax-vector-conversions'
       Allow implicit conversions between vectors with differing numbers
       of elements and/or incompatible element types.  This option should
       not be used for new code.
  
! '-funsigned-char'
!      Let the type 'char' be unsigned, like 'unsigned char'.
  
!      Each kind of machine has a default for what 'char' should be.  It
!      is either like 'unsigned char' by default or like 'signed char' by
       default.
  
!      Ideally, a portable program should always use 'signed char' or
!      'unsigned char' when it depends on the signedness of an object.
!      But many programs have been written to use plain 'char' and expect
       it to be signed, or expect it to be unsigned, depending on the
       machines they were written for.  This option, and its inverse, let
       you make such a program work with the opposite default.
  
!      The type 'char' is always a distinct type from each of 'signed
!      char' or 'unsigned char', even though its behavior is always just
       like one of those two.
  
! '-fsigned-char'
!      Let the type 'char' be signed, like 'signed char'.
  
!      Note that this is equivalent to '-fno-unsigned-char', which is the
!      negative form of '-funsigned-char'.  Likewise, the option
!      '-fno-signed-char' is equivalent to '-funsigned-char'.
  
! '-fsigned-bitfields'
! '-funsigned-bitfields'
! '-fno-signed-bitfields'
! '-fno-unsigned-bitfields'
       These options control whether a bit-field is signed or unsigned,
!      when the declaration does not use either 'signed' or 'unsigned'.
!      By default, such a bit-field is signed, because this is consistent:
!      the basic integer types such as 'int' are signed types.
  
! '-fsso-struct=ENDIANNESS'
       Set the default scalar storage order of structures and unions to
!      the specified endianness.  The accepted values are 'big-endian',
!      'little-endian' and 'native' for the native endianness of the
       target (the default).  This option is not supported for C++.
  
!      *Warning:* the '-fsso-struct' switch causes GCC to generate code
       that is not binary compatible with code generated without it if the
       specified endianness is not the native endianness of the target.
  
--- 2337,2403 ----
       Note that this option is off for all targets but x86 targets using
       ms-abi.
  
! `-fplan9-extensions'
       Accept some non-standard constructs used in Plan 9 code.
  
!      This enables `-fms-extensions', permits passing pointers to
       structures with anonymous fields to functions that expect pointers
       to elements of the type of the field, and permits referring to
       anonymous fields declared using a typedef.  *Note Unnamed
       struct/union fields within structs/unions: Unnamed Fields, for
       details.  This is only supported for C, not C++.
  
! `-fcond-mismatch'
       Allow conditional expressions with mismatched types in the second
       and third arguments.  The value of such an expression is void.
       This option is not supported for C++.
  
! `-flax-vector-conversions'
       Allow implicit conversions between vectors with differing numbers
       of elements and/or incompatible element types.  This option should
       not be used for new code.
  
! `-funsigned-char'
!      Let the type `char' be unsigned, like `unsigned char'.
  
!      Each kind of machine has a default for what `char' should be.  It
!      is either like `unsigned char' by default or like `signed char' by
       default.
  
!      Ideally, a portable program should always use `signed char' or
!      `unsigned char' when it depends on the signedness of an object.
!      But many programs have been written to use plain `char' and expect
       it to be signed, or expect it to be unsigned, depending on the
       machines they were written for.  This option, and its inverse, let
       you make such a program work with the opposite default.
  
!      The type `char' is always a distinct type from each of `signed
!      char' or `unsigned char', even though its behavior is always just
       like one of those two.
  
! `-fsigned-char'
!      Let the type `char' be signed, like `signed char'.
  
!      Note that this is equivalent to `-fno-unsigned-char', which is the
!      negative form of `-funsigned-char'.  Likewise, the option
!      `-fno-signed-char' is equivalent to `-funsigned-char'.
  
! `-fsigned-bitfields'
! `-funsigned-bitfields'
! `-fno-signed-bitfields'
! `-fno-unsigned-bitfields'
       These options control whether a bit-field is signed or unsigned,
!      when the declaration does not use either `signed' or `unsigned'.
!      By default, such a bit-field is signed, because this is
!      consistent: the basic integer types such as `int' are signed types.
  
! `-fsso-struct=ENDIANNESS'
       Set the default scalar storage order of structures and unions to
!      the specified endianness.  The accepted values are `big-endian',
!      `little-endian' and `native' for the native endianness of the
       target (the default).  This option is not supported for C++.
  
!      *Warning:* the `-fsso-struct' switch causes GCC to generate code
       that is not binary compatible with code generated without it if the
       specified endianness is not the native endianness of the target.
  
*************** File: gcc.info,  Node: C++ Dialect Optio
*** 2402,2422 ****
  This section describes the command-line options that are only meaningful
  for C++ programs.  You can also use most of the GNU compiler options
  regardless of what language your program is in.  For example, you might
! compile a file 'firstClass.C' like this:
  
       g++ -g -fstrict-enums -O -c firstClass.C
  
! In this example, only '-fstrict-enums' is an option meant only for C++
  programs; you can use the other options with any language supported by
  GCC.
  
!  Some options for compiling C programs, such as '-std', are also
  relevant for C++ programs.  *Note Options Controlling C Dialect: C
  Dialect Options.
  
   Here is a list of options that are _only_ for compiling C++ programs:
  
! '-fabi-version=N'
       Use version N of the C++ ABI.  The default is version 0.
  
       Version 0 refers to the version conforming most closely to the C++
--- 2410,2430 ----
  This section describes the command-line options that are only meaningful
  for C++ programs.  You can also use most of the GNU compiler options
  regardless of what language your program is in.  For example, you might
! compile a file `firstClass.C' like this:
  
       g++ -g -fstrict-enums -O -c firstClass.C
  
! In this example, only `-fstrict-enums' is an option meant only for C++
  programs; you can use the other options with any language supported by
  GCC.
  
!  Some options for compiling C programs, such as `-std', are also
  relevant for C++ programs.  *Note Options Controlling C Dialect: C
  Dialect Options.
  
   Here is a list of options that are _only_ for compiling C++ programs:
  
! `-fabi-version=N'
       Use version N of the C++ ABI.  The default is version 0.
  
       Version 0 refers to the version conforming most closely to the C++
*************** Dialect Options.
*** 2454,2531 ****
       function-cv-qualifiers.
  
       Version 9, which first appeared in G++ 5.2, corrects the alignment
!      of 'nullptr_t'.
  
       Version 10, which first appeared in G++ 6.1, adds mangling of
       attributes that affect type identity, such as ia32 calling
!      convention attributes (e.g.  'stdcall').
  
       Version 11, which first appeared in G++ 7, corrects the mangling of
!      sizeof...  expressions and operator names.  For multiple entities
       with the same name within a function, that are declared in
       different scopes, the mangling now changes starting with the
!      twelfth occurrence.  It also implies '-fnew-inheriting-ctors'.
  
!      See also '-Wabi'.
  
! '-fabi-compat-version=N'
       On targets that support strong aliases, G++ works around mangling
       changes by creating an alias with the correct mangled name when
       defining a symbol with an incorrect mangled name.  This switch
       specifies which ABI version to use for the alias.
  
!      With '-fabi-version=0' (the default), this defaults to 8 (GCC 5
       compatibility).  If another ABI version is explicitly selected,
       this defaults to 0.  For compatibility with GCC versions 3.2
!      through 4.9, use '-fabi-compat-version=2'.
  
!      If this option is not provided but '-Wabi=N' is, that version is
       used for compatibility aliases.  If this option is provided along
!      with '-Wabi' (without the version), the version from this option is
!      used for the warning.
  
! '-fno-access-control'
       Turn off all access checking.  This switch is mainly useful for
       working around bugs in the access control code.
  
! '-faligned-new'
!      Enable support for C++17 'new' of types that require more alignment
!      than 'void* ::operator new(std::size_t)' provides.  A numeric
!      argument such as '-faligned-new=32' can be used to specify how much
!      alignment (in bytes) is provided by that function, but few users
!      will need to override the default of 'alignof(std::max_align_t)'.
  
! '-fcheck-new'
!      Check that the pointer returned by 'operator new' is non-null
       before attempting to modify the storage allocated.  This check is
       normally unnecessary because the C++ standard specifies that
!      'operator new' only returns '0' if it is declared 'throw()', in
!      which case the compiler always checks the return value even without
!      this option.  In all other cases, when 'operator new' has a
!      non-empty exception specification, memory exhaustion is signalled
!      by throwing 'std::bad_alloc'.  See also 'new (nothrow)'.
  
! '-fconcepts'
       Enable support for the C++ Extensions for Concepts Technical
       Specification, ISO 19217 (2015), which allows code like
  
            template <class T> concept bool Addable = requires (T t) { t + t; };
            template <Addable T> T add (T a, T b) { return a + b; }
  
! '-fconstexpr-depth=N'
       Set the maximum nested evaluation depth for C++11 constexpr
       functions to N.  A limit is needed to detect endless recursion
       during constant expression evaluation.  The minimum specified by
       the standard is 512.
  
! '-fconstexpr-loop-limit=N'
       Set the maximum number of iterations for a loop in C++14 constexpr
       functions to N.  A limit is needed to detect infinite loops during
       constant expression evaluation.  The default is 262144 (1<<18).
  
! '-fdeduce-init-list'
       Enable deduction of a template type parameter as
!      'std::initializer_list' from a brace-enclosed initializer list,
       i.e.
  
            template <class T> auto forward(T t) -> decltype (realfn (t))
--- 2462,2540 ----
       function-cv-qualifiers.
  
       Version 9, which first appeared in G++ 5.2, corrects the alignment
!      of `nullptr_t'.
  
       Version 10, which first appeared in G++ 6.1, adds mangling of
       attributes that affect type identity, such as ia32 calling
!      convention attributes (e.g. `stdcall').
  
       Version 11, which first appeared in G++ 7, corrects the mangling of
!      sizeof... expressions and operator names.  For multiple entities
       with the same name within a function, that are declared in
       different scopes, the mangling now changes starting with the
!      twelfth occurrence.  It also implies `-fnew-inheriting-ctors'.
  
!      See also `-Wabi'.
  
! `-fabi-compat-version=N'
       On targets that support strong aliases, G++ works around mangling
       changes by creating an alias with the correct mangled name when
       defining a symbol with an incorrect mangled name.  This switch
       specifies which ABI version to use for the alias.
  
!      With `-fabi-version=0' (the default), this defaults to 8 (GCC 5
       compatibility).  If another ABI version is explicitly selected,
       this defaults to 0.  For compatibility with GCC versions 3.2
!      through 4.9, use `-fabi-compat-version=2'.
  
!      If this option is not provided but `-Wabi=N' is, that version is
       used for compatibility aliases.  If this option is provided along
!      with `-Wabi' (without the version), the version from this option
!      is used for the warning.
  
! `-fno-access-control'
       Turn off all access checking.  This switch is mainly useful for
       working around bugs in the access control code.
  
! `-faligned-new'
!      Enable support for C++17 `new' of types that require more
!      alignment than `void* ::operator new(std::size_t)' provides.  A
!      numeric argument such as `-faligned-new=32' can be used to specify
!      how much alignment (in bytes) is provided by that function, but
!      few users will need to override the default of
!      `alignof(std::max_align_t)'.
  
! `-fcheck-new'
!      Check that the pointer returned by `operator new' is non-null
       before attempting to modify the storage allocated.  This check is
       normally unnecessary because the C++ standard specifies that
!      `operator new' only returns `0' if it is declared `throw()', in
!      which case the compiler always checks the return value even
!      without this option.  In all other cases, when `operator new' has
!      a non-empty exception specification, memory exhaustion is
!      signalled by throwing `std::bad_alloc'.  See also `new (nothrow)'.
  
! `-fconcepts'
       Enable support for the C++ Extensions for Concepts Technical
       Specification, ISO 19217 (2015), which allows code like
  
            template <class T> concept bool Addable = requires (T t) { t + t; };
            template <Addable T> T add (T a, T b) { return a + b; }
  
! `-fconstexpr-depth=N'
       Set the maximum nested evaluation depth for C++11 constexpr
       functions to N.  A limit is needed to detect endless recursion
       during constant expression evaluation.  The minimum specified by
       the standard is 512.
  
! `-fconstexpr-loop-limit=N'
       Set the maximum number of iterations for a loop in C++14 constexpr
       functions to N.  A limit is needed to detect infinite loops during
       constant expression evaluation.  The default is 262144 (1<<18).
  
! `-fdeduce-init-list'
       Enable deduction of a template type parameter as
!      `std::initializer_list' from a brace-enclosed initializer list,
       i.e.
  
            template <class T> auto forward(T t) -> decltype (realfn (t))
*************** Dialect Options.
*** 2544,2562 ****
       option is deprecated, and may be removed in a future version of
       G++.
  
! '-ffriend-injection'
       Inject friend functions into the enclosing namespace, so that they
       are visible outside the scope of the class in which they are
!      declared.  Friend functions were documented to work this way in the
!      old Annotated C++ Reference Manual.  However, in ISO C++ a friend
!      function that is not declared in an enclosing scope can only be
!      found using argument dependent lookup.  GCC defaults to the
!      standard behavior.
  
       This option is for compatibility, and may be removed in a future
       release of G++.
  
! '-fno-elide-constructors'
       The C++ standard allows an implementation to omit creating a
       temporary that is only used to initialize another object of the
       same type.  Specifying this option disables that optimization, and
--- 2553,2571 ----
       option is deprecated, and may be removed in a future version of
       G++.
  
! `-ffriend-injection'
       Inject friend functions into the enclosing namespace, so that they
       are visible outside the scope of the class in which they are
!      declared.  Friend functions were documented to work this way in
!      the old Annotated C++ Reference Manual.  However, in ISO C++ a
!      friend function that is not declared in an enclosing scope can
!      only be found using argument dependent lookup.  GCC defaults to
!      the standard behavior.
  
       This option is for compatibility, and may be removed in a future
       release of G++.
  
! `-fno-elide-constructors'
       The C++ standard allows an implementation to omit creating a
       temporary that is only used to initialize another object of the
       same type.  Specifying this option disables that optimization, and
*************** Dialect Options.
*** 2567,2607 ****
       In C++17, the compiler is required to omit these temporaries, but
       this option still affects trivial member functions.
  
! '-fno-enforce-eh-specs'
       Don't generate code to check for violation of exception
!      specifications at run time.  This option violates the C++ standard,
!      but may be useful for reducing code size in production builds, much
!      like defining 'NDEBUG'.  This does not give user code permission to
!      throw exceptions in violation of the exception specifications; the
!      compiler still optimizes based on the specifications, so throwing
!      an unexpected exception results in undefined behavior at run time.
  
! '-fextern-tls-init'
! '-fno-extern-tls-init'
!      The C++11 and OpenMP standards allow 'thread_local' and
!      'threadprivate' variables to have dynamic (runtime) initialization.
!      To support this, any use of such a variable goes through a wrapper
!      function that performs any necessary initialization.  When the use
!      and definition of the variable are in the same translation unit,
!      this overhead can be optimized away, but when the use is in a
!      different translation unit there is significant overhead even if
!      the variable doesn't actually need dynamic initialization.  If the
!      programmer can be sure that no use of the variable in a
!      non-defining TU needs to trigger dynamic initialization (either
!      because the variable is statically initialized, or a use of the
!      variable in the defining TU will be executed before any uses in
!      another TU), they can avoid this overhead with the
!      '-fno-extern-tls-init' option.
  
       On targets that support symbol aliases, the default is
!      '-fextern-tls-init'.  On targets that do not support symbol
!      aliases, the default is '-fno-extern-tls-init'.
  
! '-ffor-scope'
! '-fno-for-scope'
!      If '-ffor-scope' is specified, the scope of variables declared in a
!      for-init-statement is limited to the 'for' loop itself, as
!      specified by the C++ standard.  If '-fno-for-scope' is specified,
       the scope of variables declared in a for-init-statement extends to
       the end of the enclosing scope, as was the case in old versions of
       G++, and other (traditional) implementations of C++.
--- 2576,2617 ----
       In C++17, the compiler is required to omit these temporaries, but
       this option still affects trivial member functions.
  
! `-fno-enforce-eh-specs'
       Don't generate code to check for violation of exception
!      specifications at run time.  This option violates the C++
!      standard, but may be useful for reducing code size in production
!      builds, much like defining `NDEBUG'.  This does not give user code
!      permission to throw exceptions in violation of the exception
!      specifications; the compiler still optimizes based on the
!      specifications, so throwing an unexpected exception results in
!      undefined behavior at run time.
  
! `-fextern-tls-init'
! `-fno-extern-tls-init'
!      The C++11 and OpenMP standards allow `thread_local' and
!      `threadprivate' variables to have dynamic (runtime)
!      initialization.  To support this, any use of such a variable goes
!      through a wrapper function that performs any necessary
!      initialization.  When the use and definition of the variable are
!      in the same translation unit, this overhead can be optimized away,
!      but when the use is in a different translation unit there is
!      significant overhead even if the variable doesn't actually need
!      dynamic initialization.  If the programmer can be sure that no use
!      of the variable in a non-defining TU needs to trigger dynamic
!      initialization (either because the variable is statically
!      initialized, or a use of the variable in the defining TU will be
!      executed before any uses in another TU), they can avoid this
!      overhead with the `-fno-extern-tls-init' option.
  
       On targets that support symbol aliases, the default is
!      `-fextern-tls-init'.  On targets that do not support symbol
!      aliases, the default is `-fno-extern-tls-init'.
  
! `-ffor-scope'
! `-fno-for-scope'
!      If `-ffor-scope' is specified, the scope of variables declared in
!      a for-init-statement is limited to the `for' loop itself, as
!      specified by the C++ standard.  If `-fno-for-scope' is specified,
       the scope of variables declared in a for-init-statement extends to
       the end of the enclosing scope, as was the case in old versions of
       G++, and other (traditional) implementations of C++.
*************** Dialect Options.
*** 2610,2781 ****
       but to allow and give a warning for old-style code that would
       otherwise be invalid, or have different behavior.
  
! '-fno-gnu-keywords'
!      Do not recognize 'typeof' as a keyword, so that code can use this
!      word as an identifier.  You can use the keyword '__typeof__'
       instead.  This option is implied by the strict ISO C++ dialects:
!      '-ansi', '-std=c++98', '-std=c++11', etc.
  
! '-fno-implicit-templates'
       Never emit code for non-inline templates that are instantiated
       implicitly (i.e. by use); only emit code for explicit
       instantiations.  *Note Template Instantiation::, for more
       information.
  
! '-fno-implicit-inline-templates'
       Don't emit code for implicit instantiations of inline templates,
       either.  The default is to handle inlines differently so that
       compiles with and without optimization need the same set of
       explicit instantiations.
  
! '-fno-implement-inlines'
       To save space, do not emit out-of-line copies of inline functions
!      controlled by '#pragma implementation'.  This causes linker errors
       if these functions are not inlined everywhere they are called.
  
! '-fms-extensions'
       Disable Wpedantic warnings about constructs used in MFC, such as
       implicit int and getting a pointer to member function via
       non-standard syntax.
  
! '-fnew-inheriting-ctors'
       Enable the P0136 adjustment to the semantics of C++11 constructor
       inheritance.  This is part of C++17 but also considered to be a
       Defect Report against C++11 and C++14.  This flag is enabled by
!      default unless '-fabi-version=10' or lower is specified.
  
! '-fnew-ttp-matching'
       Enable the P0522 resolution to Core issue 150, template template
       parameters and default arguments: this allows a template with
       default template arguments as an argument for a template template
       parameter with fewer template parameters.  This flag is enabled by
!      default for '-std=c++1z'.
  
! '-fno-nonansi-builtins'
       Disable built-in declarations of functions that are not mandated by
!      ANSI/ISO C.  These include 'ffs', 'alloca', '_exit', 'index',
!      'bzero', 'conjf', and other related functions.
  
! '-fnothrow-opt'
!      Treat a 'throw()' exception specification as if it were a
!      'noexcept' specification to reduce or eliminate the text size
       overhead relative to a function with no exception specification.
       If the function has local variables of types with non-trivial
       destructors, the exception specification actually makes the
       function smaller because the EH cleanups for those variables can be
       optimized away.  The semantic effect is that an exception thrown
!      out of a function with such an exception specification results in a
!      call to 'terminate' rather than 'unexpected'.
  
! '-fno-operator-names'
!      Do not treat the operator name keywords 'and', 'bitand', 'bitor',
!      'compl', 'not', 'or' and 'xor' as synonyms as keywords.
  
! '-fno-optional-diags'
!      Disable diagnostics that the standard says a compiler does not need
!      to issue.  Currently, the only such diagnostic issued by G++ is the
!      one for a name having multiple meanings within a class.
  
! '-fpermissive'
       Downgrade some diagnostics about nonconformant code from errors to
!      warnings.  Thus, using '-fpermissive' allows some nonconforming
       code to compile.
  
! '-fno-pretty-templates'
       When an error message refers to a specialization of a function
       template, the compiler normally prints the signature of the
       template followed by the template arguments and any typedefs or
!      typenames in the signature (e.g.  'void f(T) [with T = int]' rather
!      than 'void f(int)') so that it's clear which template is involved.
       When an error message refers to a specialization of a class
       template, the compiler omits any template arguments that match the
       default template arguments for that template.  If either of these
       behaviors make it harder to understand the error message rather
!      than easier, you can use '-fno-pretty-templates' to disable them.
  
! '-frepo'
       Enable automatic template instantiation at link time.  This option
!      also implies '-fno-implicit-templates'.  *Note Template
       Instantiation::, for more information.
  
! '-fno-rtti'
       Disable generation of information about every class with virtual
       functions for use by the C++ run-time type identification features
!      ('dynamic_cast' and 'typeid').  If you don't use those parts of the
!      language, you can save some space by using this flag.  Note that
!      exception handling uses the same information, but G++ generates it
!      as needed.  The 'dynamic_cast' operator can still be used for casts
!      that do not require run-time type information, i.e. casts to 'void
!      *' or to unambiguous base classes.
  
! '-fsized-deallocation'
       Enable the built-in global declarations
            void operator delete (void *, std::size_t) noexcept;
            void operator delete[] (void *, std::size_t) noexcept;
       as introduced in C++14.  This is useful for user-defined
       replacement deallocation functions that, for example, use the size
       of the object to make deallocation faster.  Enabled by default
!      under '-std=c++14' and above.  The flag '-Wsized-deallocation'
       warns about places that might want to add a definition.
  
! '-fstrict-enums'
       Allow the compiler to optimize using the assumption that a value of
       enumerated type can only be one of the values of the enumeration
       (as defined in the C++ standard; basically, a value that can be
       represented in the minimum number of bits needed to represent all
       the enumerators).  This assumption may not be valid if the program
!      uses a cast to convert an arbitrary integer value to the enumerated
!      type.
  
! '-fstrong-eval-order'
       Evaluate member access, array subscripting, and shift expressions
       in left-to-right order, and evaluate assignment in right-to-left
!      order, as adopted for C++17.  Enabled by default with '-std=c++1z'.
!      '-fstrong-eval-order=some' enables just the ordering of member
       access and shift expressions, and is the default without
!      '-std=c++1z'.
  
! '-ftemplate-backtrace-limit=N'
       Set the maximum number of template instantiation notes for a single
       warning or error to N.  The default value is 10.
  
! '-ftemplate-depth=N'
       Set the maximum instantiation depth for template classes to N.  A
       limit on the template instantiation depth is needed to detect
       endless recursions during template class instantiation.  ANSI/ISO
       C++ conforming programs must not rely on a maximum depth greater
       than 17 (changed to 1024 in C++11).  The default value is 900, as
!      the compiler can run out of stack space before hitting 1024 in some
!      situations.
  
! '-fno-threadsafe-statics'
       Do not emit the extra code to use the routines specified in the C++
       ABI for thread-safe initialization of local statics.  You can use
       this option to reduce code size slightly in code that doesn't need
       to be thread-safe.
  
! '-fuse-cxa-atexit'
       Register destructors for objects with static storage duration with
!      the '__cxa_atexit' function rather than the 'atexit' function.
       This option is required for fully standards-compliant handling of
       static destructors, but only works if your C library supports
!      '__cxa_atexit'.
  
! '-fno-use-cxa-get-exception-ptr'
!      Don't use the '__cxa_get_exception_ptr' runtime routine.  This
!      causes 'std::uncaught_exception' to be incorrect, but is necessary
       if the runtime routine is not available.
  
! '-fvisibility-inlines-hidden'
       This switch declares that the user does not attempt to compare
       pointers to inline functions or methods where the addresses of the
       two functions are taken in different shared objects.
  
       The effect of this is that GCC may, effectively, mark inline
!      methods with '__attribute__ ((visibility ("hidden")))' so that they
!      do not appear in the export table of a DSO and do not require a PLT
!      indirection when used within the DSO.  Enabling this option can
!      have a dramatic effect on load and link times of a DSO as it
       massively reduces the size of the dynamic export table when the
       library makes heavy use of templates.
  
--- 2620,2791 ----
       but to allow and give a warning for old-style code that would
       otherwise be invalid, or have different behavior.
  
! `-fno-gnu-keywords'
!      Do not recognize `typeof' as a keyword, so that code can use this
!      word as an identifier.  You can use the keyword `__typeof__'
       instead.  This option is implied by the strict ISO C++ dialects:
!      `-ansi', `-std=c++98', `-std=c++11', etc.
  
! `-fno-implicit-templates'
       Never emit code for non-inline templates that are instantiated
       implicitly (i.e. by use); only emit code for explicit
       instantiations.  *Note Template Instantiation::, for more
       information.
  
! `-fno-implicit-inline-templates'
       Don't emit code for implicit instantiations of inline templates,
       either.  The default is to handle inlines differently so that
       compiles with and without optimization need the same set of
       explicit instantiations.
  
! `-fno-implement-inlines'
       To save space, do not emit out-of-line copies of inline functions
!      controlled by `#pragma implementation'.  This causes linker errors
       if these functions are not inlined everywhere they are called.
  
! `-fms-extensions'
       Disable Wpedantic warnings about constructs used in MFC, such as
       implicit int and getting a pointer to member function via
       non-standard syntax.
  
! `-fnew-inheriting-ctors'
       Enable the P0136 adjustment to the semantics of C++11 constructor
       inheritance.  This is part of C++17 but also considered to be a
       Defect Report against C++11 and C++14.  This flag is enabled by
!      default unless `-fabi-version=10' or lower is specified.
  
! `-fnew-ttp-matching'
       Enable the P0522 resolution to Core issue 150, template template
       parameters and default arguments: this allows a template with
       default template arguments as an argument for a template template
       parameter with fewer template parameters.  This flag is enabled by
!      default for `-std=c++1z'.
  
! `-fno-nonansi-builtins'
       Disable built-in declarations of functions that are not mandated by
!      ANSI/ISO C.  These include `ffs', `alloca', `_exit', `index',
!      `bzero', `conjf', and other related functions.
  
! `-fnothrow-opt'
!      Treat a `throw()' exception specification as if it were a
!      `noexcept' specification to reduce or eliminate the text size
       overhead relative to a function with no exception specification.
       If the function has local variables of types with non-trivial
       destructors, the exception specification actually makes the
       function smaller because the EH cleanups for those variables can be
       optimized away.  The semantic effect is that an exception thrown
!      out of a function with such an exception specification results in
!      a call to `terminate' rather than `unexpected'.
  
! `-fno-operator-names'
!      Do not treat the operator name keywords `and', `bitand', `bitor',
!      `compl', `not', `or' and `xor' as synonyms as keywords.
  
! `-fno-optional-diags'
!      Disable diagnostics that the standard says a compiler does not
!      need to issue.  Currently, the only such diagnostic issued by G++
!      is the one for a name having multiple meanings within a class.
  
! `-fpermissive'
       Downgrade some diagnostics about nonconformant code from errors to
!      warnings.  Thus, using `-fpermissive' allows some nonconforming
       code to compile.
  
! `-fno-pretty-templates'
       When an error message refers to a specialization of a function
       template, the compiler normally prints the signature of the
       template followed by the template arguments and any typedefs or
!      typenames in the signature (e.g. `void f(T) [with T = int]' rather
!      than `void f(int)') so that it's clear which template is involved.
       When an error message refers to a specialization of a class
       template, the compiler omits any template arguments that match the
       default template arguments for that template.  If either of these
       behaviors make it harder to understand the error message rather
!      than easier, you can use `-fno-pretty-templates' to disable them.
  
! `-frepo'
       Enable automatic template instantiation at link time.  This option
!      also implies `-fno-implicit-templates'.  *Note Template
       Instantiation::, for more information.
  
! `-fno-rtti'
       Disable generation of information about every class with virtual
       functions for use by the C++ run-time type identification features
!      (`dynamic_cast' and `typeid').  If you don't use those parts of
!      the language, you can save some space by using this flag.  Note
!      that exception handling uses the same information, but G++
!      generates it as needed. The `dynamic_cast' operator can still be
!      used for casts that do not require run-time type information, i.e.
!      casts to `void *' or to unambiguous base classes.
  
! `-fsized-deallocation'
       Enable the built-in global declarations
            void operator delete (void *, std::size_t) noexcept;
            void operator delete[] (void *, std::size_t) noexcept;
       as introduced in C++14.  This is useful for user-defined
       replacement deallocation functions that, for example, use the size
       of the object to make deallocation faster.  Enabled by default
!      under `-std=c++14' and above.  The flag `-Wsized-deallocation'
       warns about places that might want to add a definition.
  
! `-fstrict-enums'
       Allow the compiler to optimize using the assumption that a value of
       enumerated type can only be one of the values of the enumeration
       (as defined in the C++ standard; basically, a value that can be
       represented in the minimum number of bits needed to represent all
       the enumerators).  This assumption may not be valid if the program
!      uses a cast to convert an arbitrary integer value to the
!      enumerated type.
  
! `-fstrong-eval-order'
       Evaluate member access, array subscripting, and shift expressions
       in left-to-right order, and evaluate assignment in right-to-left
!      order, as adopted for C++17.  Enabled by default with `-std=c++1z'.
!      `-fstrong-eval-order=some' enables just the ordering of member
       access and shift expressions, and is the default without
!      `-std=c++1z'.
  
! `-ftemplate-backtrace-limit=N'
       Set the maximum number of template instantiation notes for a single
       warning or error to N.  The default value is 10.
  
! `-ftemplate-depth=N'
       Set the maximum instantiation depth for template classes to N.  A
       limit on the template instantiation depth is needed to detect
       endless recursions during template class instantiation.  ANSI/ISO
       C++ conforming programs must not rely on a maximum depth greater
       than 17 (changed to 1024 in C++11).  The default value is 900, as
!      the compiler can run out of stack space before hitting 1024 in
!      some situations.
  
! `-fno-threadsafe-statics'
       Do not emit the extra code to use the routines specified in the C++
       ABI for thread-safe initialization of local statics.  You can use
       this option to reduce code size slightly in code that doesn't need
       to be thread-safe.
  
! `-fuse-cxa-atexit'
       Register destructors for objects with static storage duration with
!      the `__cxa_atexit' function rather than the `atexit' function.
       This option is required for fully standards-compliant handling of
       static destructors, but only works if your C library supports
!      `__cxa_atexit'.
  
! `-fno-use-cxa-get-exception-ptr'
!      Don't use the `__cxa_get_exception_ptr' runtime routine.  This
!      causes `std::uncaught_exception' to be incorrect, but is necessary
       if the runtime routine is not available.
  
! `-fvisibility-inlines-hidden'
       This switch declares that the user does not attempt to compare
       pointers to inline functions or methods where the addresses of the
       two functions are taken in different shared objects.
  
       The effect of this is that GCC may, effectively, mark inline
!      methods with `__attribute__ ((visibility ("hidden")))' so that
!      they do not appear in the export table of a DSO and do not require
!      a PLT indirection when used within the DSO.  Enabling this option
!      can have a dramatic effect on load and link times of a DSO as it
       massively reduces the size of the dynamic export table when the
       library makes heavy use of templates.
  
*************** Dialect Options.
*** 2794,2807 ****
       option as their linkage might otherwise cross a shared library
       boundary.  *Note Template Instantiation::.
  
! '-fvisibility-ms-compat'
       This flag attempts to use visibility settings to make GCC's C++
       linkage model compatible with that of Microsoft Visual Studio.
  
       The flag makes these changes to GCC's linkage model:
  
!        1. It sets the default visibility to 'hidden', like
!           '-fvisibility=hidden'.
  
         2. Types, but not their members, are not hidden by default.
  
--- 2804,2817 ----
       option as their linkage might otherwise cross a shared library
       boundary.  *Note Template Instantiation::.
  
! `-fvisibility-ms-compat'
       This flag attempts to use visibility settings to make GCC's C++
       linkage model compatible with that of Microsoft Visual Studio.
  
       The flag makes these changes to GCC's linkage model:
  
!        1. It sets the default visibility to `hidden', like
!           `-fvisibility=hidden'.
  
         2. Types, but not their members, are not hidden by default.
  
*************** Dialect Options.
*** 2810,2816 ****
            shared object: those declarations are permitted if they are
            permitted when this option is not used.
  
!      In new code it is better to use '-fvisibility=hidden' and export
       those classes that are intended to be externally visible.
       Unfortunately it is possible for code to rely, perhaps
       accidentally, on the Visual Studio behavior.
--- 2820,2826 ----
            shared object: those declarations are permitted if they are
            permitted when this option is not used.
  
!      In new code it is better to use `-fvisibility=hidden' and export
       those classes that are intended to be externally visible.
       Unfortunately it is possible for code to rely, perhaps
       accidentally, on the Visual Studio behavior.
*************** Dialect Options.
*** 2823,2861 ****
       given, it is a violation of the ODR to define types with the same
       name differently.
  
! '-fno-weak'
       Do not use weak symbol support, even if it is provided by the
       linker.  By default, G++ uses weak symbols if they are available.
       This option exists only for testing, and should not be used by
       end-users; it results in inferior code and has no benefits.  This
       option may be removed in a future release of G++.
  
! '-nostdinc++'
!      Do not search for header files in the standard directories specific
!      to C++, but do still search the other standard directories.  (This
!      option is used when building the C++ library.)
  
   In addition, these optimization, warning, and code generation options
  have meanings only for C++ programs:
  
! '-Wabi (C, Objective-C, C++ and Objective-C++ only)'
       Warn when G++ it generates code that is probably not compatible
       with the vendor-neutral C++ ABI.  Since G++ now defaults to
!      updating the ABI with each major release, normally '-Wabi' will
       warn only if there is a check added later in a release series for
!      an ABI issue discovered since the initial release.  '-Wabi' will
       warn about more things if an older ABI version is selected (with
!      '-fabi-version=N').
  
!      '-Wabi' can also be used with an explicit version number to warn
!      about compatibility with a particular '-fabi-version' level, e.g.
!      '-Wabi=2' to warn about changes relative to '-fabi-version=2'.
  
       If an explicit version number is provided and
!      '-fabi-compat-version' is not specified, the version number from
       this option is used for compatibility aliases.  If no explicit
       version number is provided with this option, but
!      '-fabi-compat-version' is specified, that version number is used
       for ABI warnings.
  
       Although an effort has been made to warn about all such cases,
--- 2833,2871 ----
       given, it is a violation of the ODR to define types with the same
       name differently.
  
! `-fno-weak'
       Do not use weak symbol support, even if it is provided by the
       linker.  By default, G++ uses weak symbols if they are available.
       This option exists only for testing, and should not be used by
       end-users; it results in inferior code and has no benefits.  This
       option may be removed in a future release of G++.
  
! `-nostdinc++'
!      Do not search for header files in the standard directories
!      specific to C++, but do still search the other standard
!      directories.  (This option is used when building the C++ library.)
  
   In addition, these optimization, warning, and code generation options
  have meanings only for C++ programs:
  
! `-Wabi (C, Objective-C, C++ and Objective-C++ only)'
       Warn when G++ it generates code that is probably not compatible
       with the vendor-neutral C++ ABI.  Since G++ now defaults to
!      updating the ABI with each major release, normally `-Wabi' will
       warn only if there is a check added later in a release series for
!      an ABI issue discovered since the initial release.  `-Wabi' will
       warn about more things if an older ABI version is selected (with
!      `-fabi-version=N').
  
!      `-Wabi' can also be used with an explicit version number to warn
!      about compatibility with a particular `-fabi-version' level, e.g.
!      `-Wabi=2' to warn about changes relative to `-fabi-version=2'.
  
       If an explicit version number is provided and
!      `-fabi-compat-version' is not specified, the version number from
       this option is used for compatibility aliases.  If no explicit
       version number is provided with this option, but
!      `-fabi-compat-version' is specified, that version number is used
       for ABI warnings.
  
       Although an effort has been made to warn about all such cases,
*************** have meanings only for C++ programs:
*** 2868,2875 ****
       concerned about the fact that code generated by G++ may not be
       binary compatible with code generated by other compilers.
  
!      Known incompatibilities in '-fabi-version=2' (which was the default
!      from GCC 3.4 to 4.9) include:
  
          * A template with a non-type template parameter of reference
            type was mangled incorrectly:
--- 2878,2885 ----
       concerned about the fact that code generated by G++ may not be
       binary compatible with code generated by other compilers.
  
!      Known incompatibilities in `-fabi-version=2' (which was the
!      default from GCC 3.4 to 4.9) include:
  
          * A template with a non-type template parameter of reference
            type was mangled incorrectly:
*************** have meanings only for C++ programs:
*** 2877,2972 ****
                 template <int &> struct S {};
                 void n (S<N>) {2}
  
!           This was fixed in '-fabi-version=3'.
  
!         * SIMD vector types declared using '__attribute ((vector_size))'
!           were mangled in a non-standard way that does not allow for
!           overloading of functions taking vectors of different sizes.
  
!           The mangling was changed in '-fabi-version=4'.
  
!         * '__attribute ((const))' and 'noreturn' were mangled as type
!           qualifiers, and 'decltype' of a plain declaration was folded
            away.
  
!           These mangling issues were fixed in '-fabi-version=5'.
  
          * Scoped enumerators passed as arguments to a variadic function
!           are promoted like unscoped enumerators, causing 'va_arg' to
            complain.  On most targets this does not actually affect the
            parameter passing ABI, as there is no way to pass an argument
!           smaller than 'int'.
  
            Also, the ABI changed the mangling of template argument packs,
!           'const_cast', 'static_cast', prefix increment/decrement, and a
!           class scope function used as a template argument.
  
!           These issues were corrected in '-fabi-version=6'.
  
          * Lambdas in default argument scope were mangled incorrectly,
!           and the ABI changed the mangling of 'nullptr_t'.
  
!           These issues were corrected in '-fabi-version=7'.
  
          * When mangling a function type with function-cv-qualifiers, the
            un-qualified function type was incorrectly treated as a
            substitution candidate.
  
!           This was fixed in '-fabi-version=8', the default for GCC 5.1.
  
!         * 'decltype(nullptr)' incorrectly had an alignment of 1, leading
!           to unaligned accesses.  Note that this did not affect the ABI
!           of a function with a 'nullptr_t' parameter, as parameters have
!           a minimum alignment.
  
!           This was fixed in '-fabi-version=9', the default for GCC 5.2.
  
!         * Target-specific attributes that affect the identity of a type,
!           such as ia32 calling conventions on a function type (stdcall,
!           regparm, etc.), did not affect the mangled name, leading to
!           name collisions when function pointers were used as template
!           arguments.
  
!           This was fixed in '-fabi-version=10', the default for GCC 6.1.
  
-      It also warns about psABI-related changes.  The known psABI changes
-      at this point include:
  
!         * For SysV/x86-64, unions with 'long double' members are passed
!           in memory as specified in psABI. For example:
  
                 union U {
                   long double ld;
                   int i;
                 };
  
!           'union U' is always passed in memory.
  
! '-Wabi-tag (C++ and Objective-C++ only)'
       Warn when a type with an ABI tag is used in a context that does not
       have that ABI tag.  See *note C++ Attributes:: for more information
       about ABI tags.
  
! '-Wctor-dtor-privacy (C++ and Objective-C++ only)'
       Warn when a class seems unusable because all the constructors or
       destructors in that class are private, and it has neither friends
       nor public static member functions.  Also warn if there are no
       non-private methods, and there's at least one private member
       function that isn't a constructor or destructor.
  
! '-Wdelete-non-virtual-dtor (C++ and Objective-C++ only)'
!      Warn when 'delete' is used to destroy an instance of a class that
!      has virtual functions and non-virtual destructor.  It is unsafe to
       delete an instance of a derived class through a pointer to a base
       class if the base class does not have a virtual destructor.  This
!      warning is enabled by '-Wall'.
  
! '-Wliteral-suffix (C++ and Objective-C++ only)'
       Warn when a string or character literal is followed by a ud-suffix
       which does not begin with an underscore.  As a conforming
       extension, GCC treats such suffixes as separate preprocessing
       tokens in order to maintain backwards compatibility with code that
!      uses formatting macros from '<inttypes.h>'.  For example:
  
            #define __STDC_FORMAT_MACROS
            #include <inttypes.h>
--- 2887,2985 ----
                 template <int &> struct S {};
                 void n (S<N>) {2}
  
!           This was fixed in `-fabi-version=3'.
  
!         * SIMD vector types declared using `__attribute
!           ((vector_size))' were mangled in a non-standard way that does
!           not allow for overloading of functions taking vectors of
!           different sizes.
  
!           The mangling was changed in `-fabi-version=4'.
  
!         * `__attribute ((const))' and `noreturn' were mangled as type
!           qualifiers, and `decltype' of a plain declaration was folded
            away.
  
!           These mangling issues were fixed in `-fabi-version=5'.
  
          * Scoped enumerators passed as arguments to a variadic function
!           are promoted like unscoped enumerators, causing `va_arg' to
            complain.  On most targets this does not actually affect the
            parameter passing ABI, as there is no way to pass an argument
!           smaller than `int'.
  
            Also, the ABI changed the mangling of template argument packs,
!           `const_cast', `static_cast', prefix increment/decrement, and
!           a class scope function used as a template argument.
  
!           These issues were corrected in `-fabi-version=6'.
  
          * Lambdas in default argument scope were mangled incorrectly,
!           and the ABI changed the mangling of `nullptr_t'.
  
!           These issues were corrected in `-fabi-version=7'.
  
          * When mangling a function type with function-cv-qualifiers, the
            un-qualified function type was incorrectly treated as a
            substitution candidate.
  
!           This was fixed in `-fabi-version=8', the default for GCC 5.1.
  
!         * `decltype(nullptr)' incorrectly had an alignment of 1,
!           leading to unaligned accesses.  Note that this did not affect
!           the ABI of a function with a `nullptr_t' parameter, as
!           parameters have a minimum alignment.
  
!           This was fixed in `-fabi-version=9', the default for GCC 5.2.
  
!         * Target-specific attributes that affect the identity of a
!           type, such as ia32 calling conventions on a function type
!           (stdcall, regparm, etc.), did not affect the mangled name,
!           leading to name collisions when function pointers were used
!           as template arguments.
  
!           This was fixed in `-fabi-version=10', the default for GCC 6.1.
  
  
!      It also warns about psABI-related changes.  The known psABI
!      changes at this point include:
! 
!         * For SysV/x86-64, unions with `long double' members are passed
!           in memory as specified in psABI.  For example:
  
                 union U {
                   long double ld;
                   int i;
                 };
  
!           `union U' is always passed in memory.
  
! 
! `-Wabi-tag (C++ and Objective-C++ only)'
       Warn when a type with an ABI tag is used in a context that does not
       have that ABI tag.  See *note C++ Attributes:: for more information
       about ABI tags.
  
! `-Wctor-dtor-privacy (C++ and Objective-C++ only)'
       Warn when a class seems unusable because all the constructors or
       destructors in that class are private, and it has neither friends
       nor public static member functions.  Also warn if there are no
       non-private methods, and there's at least one private member
       function that isn't a constructor or destructor.
  
! `-Wdelete-non-virtual-dtor (C++ and Objective-C++ only)'
!      Warn when `delete' is used to destroy an instance of a class that
!      has virtual functions and non-virtual destructor. It is unsafe to
       delete an instance of a derived class through a pointer to a base
       class if the base class does not have a virtual destructor.  This
!      warning is enabled by `-Wall'.
  
! `-Wliteral-suffix (C++ and Objective-C++ only)'
       Warn when a string or character literal is followed by a ud-suffix
       which does not begin with an underscore.  As a conforming
       extension, GCC treats such suffixes as separate preprocessing
       tokens in order to maintain backwards compatibility with code that
!      uses formatting macros from `<inttypes.h>'.  For example:
  
            #define __STDC_FORMAT_MACROS
            #include <inttypes.h>
*************** have meanings only for C++ programs:
*** 2977,3045 ****
              printf("My int64: %" PRId64"\n", i64);
            }
  
!      In this case, 'PRId64' is treated as a separate preprocessing
       token.
  
!      Additionally, warn when a user-defined literal operator is declared
!      with a literal suffix identifier that doesn't begin with an
!      underscore.  Literal suffix identifiers that don't begin with an
       underscore are reserved for future standardization.
  
       This warning is enabled by default.
  
! '-Wlto-type-mismatch'
! 
       During the link-time optimization warn about type mismatches in
       global declarations from different compilation units.  Requires
!      '-flto' to be enabled.  Enabled by default.
  
! '-Wno-narrowing (C++ and Objective-C++ only)'
       For C++11 and later standards, narrowing conversions are diagnosed
       by default, as required by the standard.  A narrowing conversion
       from a constant produces an error, and a narrowing conversion from
!      a non-constant produces a warning, but '-Wno-narrowing' suppresses
       the diagnostic.  Note that this does not affect the meaning of
       well-formed code; narrowing conversions are still considered
       ill-formed in SFINAE contexts.
  
!      With '-Wnarrowing' in C++98, warn when a narrowing conversion
!      prohibited by C++11 occurs within '{ }', e.g.
  
            int i = { 2.2 }; // error: narrowing from double to int
  
!      This flag is included in '-Wall' and '-Wc++11-compat'.
  
! '-Wnoexcept (C++ and Objective-C++ only)'
       Warn when a noexcept-expression evaluates to false because of a
       call to a function that does not have a non-throwing exception
!      specification (i.e.  'throw()' or 'noexcept') but is known by the
       compiler to never throw an exception.
  
! '-Wnoexcept (C++ and Objective-C++ only)'
!      Warn if the C++1z feature making 'noexcept' part of a function type
!      changes the mangled name of a symbol relative to C++14.  Enabled by
!      '-Wabi' and '-Wc++1z-compat'.
  
            template <class T> void f(T t) { t(); };
            void g() noexcept;
            void h() { f(g); } // in C++14 calls f<void(*)()>, in C++1z calls f<void(*)()noexcept>
  
! '-Wnon-virtual-dtor (C++ and Objective-C++ only)'
       Warn when a class has virtual functions and an accessible
       non-virtual destructor itself or in an accessible polymorphic base
       class, in which case it is possible but unsafe to delete an
       instance of a derived class through a pointer to the class itself
!      or base class.  This warning is automatically enabled if '-Weffc++'
!      is specified.
  
! '-Wregister (C++ and Objective-C++ only)'
!      Warn on uses of the 'register' storage class specifier, except when
!      it is part of the GNU *note Explicit Register Variables::
!      extension.  The use of the 'register' keyword as storage class
       specifier has been deprecated in C++11 and removed in C++17.
!      Enabled by default with '-std=c++1z'.
  
! '-Wreorder (C++ and Objective-C++ only)'
       Warn when the order of member initializers given in the code does
       not match the order in which they must be executed.  For instance:
  
--- 2990,3057 ----
              printf("My int64: %" PRId64"\n", i64);
            }
  
!      In this case, `PRId64' is treated as a separate preprocessing
       token.
  
!      Additionally, warn when a user-defined literal operator is
!      declared with a literal suffix identifier that doesn't begin with
!      an underscore. Literal suffix identifiers that don't begin with an
       underscore are reserved for future standardization.
  
       This warning is enabled by default.
  
! `-Wlto-type-mismatch'
       During the link-time optimization warn about type mismatches in
       global declarations from different compilation units.  Requires
!      `-flto' to be enabled.  Enabled by default.
  
! `-Wno-narrowing (C++ and Objective-C++ only)'
       For C++11 and later standards, narrowing conversions are diagnosed
       by default, as required by the standard.  A narrowing conversion
       from a constant produces an error, and a narrowing conversion from
!      a non-constant produces a warning, but `-Wno-narrowing' suppresses
       the diagnostic.  Note that this does not affect the meaning of
       well-formed code; narrowing conversions are still considered
       ill-formed in SFINAE contexts.
  
!      With `-Wnarrowing' in C++98, warn when a narrowing conversion
!      prohibited by C++11 occurs within `{ }', e.g.
  
            int i = { 2.2 }; // error: narrowing from double to int
  
!      This flag is included in `-Wall' and `-Wc++11-compat'.
  
! `-Wnoexcept (C++ and Objective-C++ only)'
       Warn when a noexcept-expression evaluates to false because of a
       call to a function that does not have a non-throwing exception
!      specification (i.e. `throw()' or `noexcept') but is known by the
       compiler to never throw an exception.
  
! `-Wnoexcept-type (C++ and Objective-C++ only)'
!      Warn if the C++1z feature making `noexcept' part of a function
!      type changes the mangled name of a symbol relative to C++14.
!      Enabled by `-Wabi' and `-Wc++1z-compat'.
  
            template <class T> void f(T t) { t(); };
            void g() noexcept;
            void h() { f(g); } // in C++14 calls f<void(*)()>, in C++1z calls f<void(*)()noexcept>
  
! `-Wnon-virtual-dtor (C++ and Objective-C++ only)'
       Warn when a class has virtual functions and an accessible
       non-virtual destructor itself or in an accessible polymorphic base
       class, in which case it is possible but unsafe to delete an
       instance of a derived class through a pointer to the class itself
!      or base class.  This warning is automatically enabled if
!      `-Weffc++' is specified.
  
! `-Wregister (C++ and Objective-C++ only)'
!      Warn on uses of the `register' storage class specifier, except
!      when it is part of the GNU *note Explicit Register Variables::
!      extension.  The use of the `register' keyword as storage class
       specifier has been deprecated in C++11 and removed in C++17.
!      Enabled by default with `-std=c++1z'.
  
! `-Wreorder (C++ and Objective-C++ only)'
       Warn when the order of member initializers given in the code does
       not match the order in which they must be executed.  For instance:
  
*************** have meanings only for C++ programs:
*** 3049,3079 ****
              A(): j (0), i (1) { }
            };
  
!      The compiler rearranges the member initializers for 'i' and 'j' to
       match the declaration order of the members, emitting a warning to
!      that effect.  This warning is enabled by '-Wall'.
  
! '-fext-numeric-literals (C++ and Objective-C++ only)'
       Accept imaginary, fixed-point, or machine-defined literal number
       suffixes as GNU extensions.  When this option is turned off these
       suffixes are treated as C++11 user-defined literal numeric
!      suffixes.  This is on by default for all pre-C++11 dialects and all
!      GNU dialects: '-std=c++98', '-std=gnu++98', '-std=gnu++11',
!      '-std=gnu++14'.  This option is off by default for ISO C++11
!      onwards ('-std=c++11', ...).
  
!  The following '-W...' options are not affected by '-Wall'.
  
! '-Weffc++ (C++ and Objective-C++ only)'
       Warn about violations of the following style guidelines from Scott
!      Meyers' 'Effective C++' series of books:
  
          * Define a copy constructor and an assignment operator for
            classes with dynamically-allocated memory.
  
          * Prefer initialization to assignment in constructors.
  
!         * Have 'operator=' return a reference to '*this'.
  
          * Don't try to return a reference when you must return an
            object.
--- 3061,3091 ----
              A(): j (0), i (1) { }
            };
  
!      The compiler rearranges the member initializers for `i' and `j' to
       match the declaration order of the members, emitting a warning to
!      that effect.  This warning is enabled by `-Wall'.
  
! `-fext-numeric-literals (C++ and Objective-C++ only)'
       Accept imaginary, fixed-point, or machine-defined literal number
       suffixes as GNU extensions.  When this option is turned off these
       suffixes are treated as C++11 user-defined literal numeric
!      suffixes.  This is on by default for all pre-C++11 dialects and
!      all GNU dialects: `-std=c++98', `-std=gnu++98', `-std=gnu++11',
!      `-std=gnu++14'.  This option is off by default for ISO C++11
!      onwards (`-std=c++11', ...).
  
!  The following `-W...' options are not affected by `-Wall'.
  
! `-Weffc++ (C++ and Objective-C++ only)'
       Warn about violations of the following style guidelines from Scott
!      Meyers' `Effective C++' series of books:
  
          * Define a copy constructor and an assignment operator for
            classes with dynamically-allocated memory.
  
          * Prefer initialization to assignment in constructors.
  
!         * Have `operator=' return a reference to `*this'.
  
          * Don't try to return a reference when you must return an
            object.
*************** have meanings only for C++ programs:
*** 3081,3120 ****
          * Distinguish between prefix and postfix forms of increment and
            decrement operators.
  
!         * Never overload '&&', '||', or ','.
  
!      This option also enables '-Wnon-virtual-dtor', which is also one of
!      the effective C++ recommendations.  However, the check is extended
!      to warn about the lack of virtual destructor in accessible
       non-polymorphic bases classes too.
  
       When selecting this option, be aware that the standard library
!      headers do not obey all of these guidelines; use 'grep -v' to
       filter out those warnings.
  
! '-Wstrict-null-sentinel (C++ and Objective-C++ only)'
!      Warn about the use of an uncasted 'NULL' as sentinel.  When
!      compiling only with GCC this is a valid sentinel, as 'NULL' is
!      defined to '__null'.  Although it is a null pointer constant rather
!      than a null pointer, it is guaranteed to be of the same size as a
!      pointer.  But this use is not portable across different compilers.
  
! '-Wno-non-template-friend (C++ and Objective-C++ only)'
       Disable warnings when non-template friend functions are declared
       within a template.  In very old versions of GCC that predate
!      implementation of the ISO standard, declarations such as 'friend
       int foo(int)', where the name of the friend is an unqualified-id,
       could be interpreted as a particular specialization of a template
       function; the warning exists to diagnose compatibility problems,
       and is enabled by default.
  
! '-Wold-style-cast (C++ and Objective-C++ only)'
       Warn if an old-style (C-style) cast to a non-void type is used
!      within a C++ program.  The new-style casts ('dynamic_cast',
!      'static_cast', 'reinterpret_cast', and 'const_cast') are less
       vulnerable to unintended effects and much easier to search for.
  
! '-Woverloaded-virtual (C++ and Objective-C++ only)'
       Warn when a function declaration hides virtual functions from a
       base class.  For example, in:
  
--- 3093,3134 ----
          * Distinguish between prefix and postfix forms of increment and
            decrement operators.
  
!         * Never overload `&&', `||', or `,'.
  
! 
!      This option also enables `-Wnon-virtual-dtor', which is also one
!      of the effective C++ recommendations.  However, the check is
!      extended to warn about the lack of virtual destructor in accessible
       non-polymorphic bases classes too.
  
       When selecting this option, be aware that the standard library
!      headers do not obey all of these guidelines; use `grep -v' to
       filter out those warnings.
  
! `-Wstrict-null-sentinel (C++ and Objective-C++ only)'
!      Warn about the use of an uncasted `NULL' as sentinel.  When
!      compiling only with GCC this is a valid sentinel, as `NULL' is
!      defined to `__null'.  Although it is a null pointer constant
!      rather than a null pointer, it is guaranteed to be of the same
!      size as a pointer.  But this use is not portable across different
!      compilers.
  
! `-Wno-non-template-friend (C++ and Objective-C++ only)'
       Disable warnings when non-template friend functions are declared
       within a template.  In very old versions of GCC that predate
!      implementation of the ISO standard, declarations such as `friend
       int foo(int)', where the name of the friend is an unqualified-id,
       could be interpreted as a particular specialization of a template
       function; the warning exists to diagnose compatibility problems,
       and is enabled by default.
  
! `-Wold-style-cast (C++ and Objective-C++ only)'
       Warn if an old-style (C-style) cast to a non-void type is used
!      within a C++ program.  The new-style casts (`dynamic_cast',
!      `static_cast', `reinterpret_cast', and `const_cast') are less
       vulnerable to unintended effects and much easier to search for.
  
! `-Woverloaded-virtual (C++ and Objective-C++ only)'
       Warn when a function declaration hides virtual functions from a
       base class.  For example, in:
  
*************** have meanings only for C++ programs:
*** 3126,3179 ****
              void f(int);
            };
  
!      the 'A' class version of 'f' is hidden in 'B', and code like:
  
            B* b;
            b->f();
  
       fails to compile.
  
! '-Wno-pmf-conversions (C++ and Objective-C++ only)'
       Disable the diagnostic for converting a bound pointer to member
       function to a plain pointer.
  
! '-Wsign-promo (C++ and Objective-C++ only)'
       Warn when overload resolution chooses a promotion from unsigned or
       enumerated type to a signed type, over a conversion to an unsigned
       type of the same size.  Previous versions of G++ tried to preserve
       unsignedness, but the standard mandates the current behavior.
  
! '-Wtemplates (C++ and Objective-C++ only)'
       Warn when a primary template declaration is encountered.  Some
       coding rules disallow templates, and this may be used to enforce
       that rule.  The warning is inactive inside a system header file,
!      such as the STL, so one can still use the STL. One may also
       instantiate or specialize templates.
  
! '-Wmultiple-inheritance (C++ and Objective-C++ only)'
       Warn when a class is defined with multiple direct base classes.
       Some coding rules disallow multiple inheritance, and this may be
!      used to enforce that rule.  The warning is inactive inside a system
!      header file, such as the STL, so one can still use the STL. One may
!      also define classes that indirectly use multiple inheritance.
  
! '-Wvirtual-inheritance'
       Warn when a class is defined with a virtual direct base class.
       Some coding rules disallow multiple inheritance, and this may be
!      used to enforce that rule.  The warning is inactive inside a system
!      header file, such as the STL, so one can still use the STL. One may
!      also define classes that indirectly use virtual inheritance.
  
! '-Wnamespaces'
       Warn when a namespace definition is opened.  Some coding rules
       disallow namespaces, and this may be used to enforce that rule.
       The warning is inactive inside a system header file, such as the
!      STL, so one can still use the STL. One may also use using
       directives and qualified names.
  
! '-Wno-terminate (C++ and Objective-C++ only)'
       Disable the warning about a throw-expression that will immediately
!      result in a call to 'terminate'.
  
  
  File: gcc.info,  Node: Objective-C and Objective-C++ Dialect Options,  Next: Diagnostic Message Formatting Options,  Prev: C++ Dialect Options,  Up: Invoking GCC
--- 3140,3195 ----
              void f(int);
            };
  
!      the `A' class version of `f' is hidden in `B', and code like:
  
            B* b;
            b->f();
  
       fails to compile.
  
! `-Wno-pmf-conversions (C++ and Objective-C++ only)'
       Disable the diagnostic for converting a bound pointer to member
       function to a plain pointer.
  
! `-Wsign-promo (C++ and Objective-C++ only)'
       Warn when overload resolution chooses a promotion from unsigned or
       enumerated type to a signed type, over a conversion to an unsigned
       type of the same size.  Previous versions of G++ tried to preserve
       unsignedness, but the standard mandates the current behavior.
  
! `-Wtemplates (C++ and Objective-C++ only)'
       Warn when a primary template declaration is encountered.  Some
       coding rules disallow templates, and this may be used to enforce
       that rule.  The warning is inactive inside a system header file,
!      such as the STL, so one can still use the STL.  One may also
       instantiate or specialize templates.
  
! `-Wmultiple-inheritance (C++ and Objective-C++ only)'
       Warn when a class is defined with multiple direct base classes.
       Some coding rules disallow multiple inheritance, and this may be
!      used to enforce that rule.  The warning is inactive inside a
!      system header file, such as the STL, so one can still use the STL.
!      One may also define classes that indirectly use multiple
!      inheritance.
  
! `-Wvirtual-inheritance'
       Warn when a class is defined with a virtual direct base class.
       Some coding rules disallow multiple inheritance, and this may be
!      used to enforce that rule.  The warning is inactive inside a
!      system header file, such as the STL, so one can still use the STL.
!      One may also define classes that indirectly use virtual
!      inheritance.
  
! `-Wnamespaces'
       Warn when a namespace definition is opened.  Some coding rules
       disallow namespaces, and this may be used to enforce that rule.
       The warning is inactive inside a system header file, such as the
!      STL, so one can still use the STL.  One may also use using
       directives and qualified names.
  
! `-Wno-terminate (C++ and Objective-C++ only)'
       Disable the warning about a throw-expression that will immediately
!      result in a call to `terminate'.
  
  
  File: gcc.info,  Node: Objective-C and Objective-C++ Dialect Options,  Next: Diagnostic Message Formatting Options,  Prev: C++ Dialect Options,  Up: Invoking GCC
*************** languages themselves.  *Note Language St
*** 3186,3399 ****
  Standards, for references.)
  
   This section describes the command-line options that are only
! meaningful for Objective-C and Objective-C++ programs.  You can also use
! most of the language-independent GNU compiler options.  For example, you
! might compile a file 'some_class.m' like this:
  
       gcc -g -fgnu-runtime -O -c some_class.m
  
! In this example, '-fgnu-runtime' is an option meant only for Objective-C
! and Objective-C++ programs; you can use the other options with any
! language supported by GCC.
  
   Note that since Objective-C is an extension of the C language,
  Objective-C compilations may also use options specific to the C
! front-end (e.g., '-Wtraditional').  Similarly, Objective-C++
! compilations may use C++-specific options (e.g., '-Wabi').
  
!  Here is a list of options that are _only_ for compiling Objective-C and
! Objective-C++ programs:
  
! '-fconstant-string-class=CLASS-NAME'
       Use CLASS-NAME as the name of the class to instantiate for each
!      literal string specified with the syntax '@"..."'.  The default
!      class name is 'NXConstantString' if the GNU runtime is being used,
!      and 'NSConstantString' if the NeXT runtime is being used (see
!      below).  The '-fconstant-cfstrings' option, if also present,
!      overrides the '-fconstant-string-class' setting and cause '@"..."'
       literals to be laid out as constant CoreFoundation strings.
  
! '-fgnu-runtime'
       Generate object code compatible with the standard GNU Objective-C
       runtime.  This is the default for most types of systems.
  
! '-fnext-runtime'
       Generate output compatible with the NeXT runtime.  This is the
!      default for NeXT-based systems, including Darwin and Mac OS X.  The
!      macro '__NEXT_RUNTIME__' is predefined if (and only if) this option
!      is used.
  
! '-fno-nil-receivers'
!      Assume that all Objective-C message dispatches ('[receiver
       message:arg]') in this translation unit ensure that the receiver is
!      not 'nil'.  This allows for more efficient entry points in the
       runtime to be used.  This option is only available in conjunction
       with the NeXT runtime and ABI version 0 or 1.
  
! '-fobjc-abi-version=N'
       Use version N of the Objective-C ABI for the selected runtime.
       This option is currently supported only for the NeXT runtime.  In
       that case, Version 0 is the traditional (32-bit) ABI without
       support for properties and other Objective-C 2.0 additions.
       Version 1 is the traditional (32-bit) ABI with support for
       properties and other Objective-C 2.0 additions.  Version 2 is the
!      modern (64-bit) ABI. If nothing is specified, the default is
!      Version 0 on 32-bit target machines, and Version 2 on 64-bit target
!      machines.
  
! '-fobjc-call-cxx-cdtors'
       For each Objective-C class, check if any of its instance variables
       is a C++ object with a non-trivial default constructor.  If so,
!      synthesize a special '- (id) .cxx_construct' instance method which
       runs non-trivial default constructors on any such instance
!      variables, in order, and then return 'self'.  Similarly, check if
       any instance variable is a C++ object with a non-trivial
!      destructor, and if so, synthesize a special '- (void)
       .cxx_destruct' method which runs all such default destructors, in
       reverse order.
  
!      The '- (id) .cxx_construct' and '- (void) .cxx_destruct' methods
!      thusly generated only operate on instance variables declared in the
!      current Objective-C class, and not those inherited from
       superclasses.  It is the responsibility of the Objective-C runtime
       to invoke all such methods in an object's inheritance hierarchy.
!      The '- (id) .cxx_construct' methods are invoked by the runtime
!      immediately after a new object instance is allocated; the '- (void)
!      .cxx_destruct' methods are invoked immediately before the runtime
!      deallocates an object instance.
  
       As of this writing, only the NeXT runtime on Mac OS X 10.4 and
!      later has support for invoking the '- (id) .cxx_construct' and '-
       (void) .cxx_destruct' methods.
  
! '-fobjc-direct-dispatch'
       Allow fast jumps to the message dispatcher.  On Darwin this is
       accomplished via the comm page.
  
! '-fobjc-exceptions'
       Enable syntactic support for structured exception handling in
       Objective-C, similar to what is offered by C++.  This option is
!      required to use the Objective-C keywords '@try', '@throw',
!      '@catch', '@finally' and '@synchronized'.  This option is available
!      with both the GNU runtime and the NeXT runtime (but not available
!      in conjunction with the NeXT runtime on Mac OS X 10.2 and earlier).
  
! '-fobjc-gc'
       Enable garbage collection (GC) in Objective-C and Objective-C++
       programs.  This option is only available with the NeXT runtime; the
       GNU runtime has a different garbage collection implementation that
       does not require special compiler flags.
  
! '-fobjc-nilcheck'
       For the NeXT runtime with version 2 of the ABI, check for a nil
       receiver in method invocations before doing the actual method call.
!      This is the default and can be disabled using '-fno-objc-nilcheck'.
!      Class methods and super calls are never checked for nil in this way
!      no matter what this flag is set to.  Currently this flag does
!      nothing when the GNU runtime, or an older version of the NeXT
!      runtime ABI, is used.
  
! '-fobjc-std=objc1'
       Conform to the language syntax of Objective-C 1.0, the language
!      recognized by GCC 4.0.  This only affects the Objective-C additions
!      to the C/C++ language; it does not affect conformance to C/C++
!      standards, which is controlled by the separate C/C++ dialect option
!      flags.  When this option is used with the Objective-C or
       Objective-C++ compiler, any Objective-C syntax that is not
       recognized by GCC 4.0 is rejected.  This is useful if you need to
       make sure that your Objective-C code can be compiled with older
       versions of GCC.
  
! '-freplace-objc-classes'
!      Emit a special marker instructing 'ld(1)' not to statically link in
!      the resulting object file, and allow 'dyld(1)' to load it in at run
!      time instead.  This is used in conjunction with the
       Fix-and-Continue debugging mode, where the object file in question
!      may be recompiled and dynamically reloaded in the course of program
!      execution, without the need to restart the program itself.
       Currently, Fix-and-Continue functionality is only available in
       conjunction with the NeXT runtime on Mac OS X 10.3 and later.
  
! '-fzero-link'
       When compiling for the NeXT runtime, the compiler ordinarily
!      replaces calls to 'objc_getClass("...")' (when the name of the
       class is known at compile time) with static class references that
       get initialized at load time, which improves run-time performance.
!      Specifying the '-fzero-link' flag suppresses this behavior and
!      causes calls to 'objc_getClass("...")' to be retained.  This is
       useful in Zero-Link debugging mode, since it allows for individual
!      class implementations to be modified during program execution.  The
!      GNU runtime currently always retains calls to
!      'objc_get_class("...")' regardless of command-line options.
  
! '-fno-local-ivars'
       By default instance variables in Objective-C can be accessed as if
       they were local variables from within the methods of the class
       they're declared in.  This can lead to shadowing between instance
       variables and other variables declared either locally inside a
       class method or globally with the same name.  Specifying the
!      '-fno-local-ivars' flag disables this behavior thus avoiding
       variable shadowing issues.
  
! '-fivar-visibility=[public|protected|private|package]'
       Set the default instance variable visibility to the specified
!      option so that instance variables declared outside the scope of any
!      access modifier directives default to the specified visibility.
  
! '-gen-decls'
!      Dump interface declarations for all classes seen in the source file
!      to a file named 'SOURCENAME.decl'.
  
! '-Wassign-intercept (Objective-C and Objective-C++ only)'
       Warn whenever an Objective-C assignment is being intercepted by the
       garbage collector.
  
! '-Wno-protocol (Objective-C and Objective-C++ only)'
!      If a class is declared to implement a protocol, a warning is issued
!      for every method in the protocol that is not implemented by the
!      class.  The default behavior is to issue a warning for every method
!      not explicitly implemented in the class, even if a method
       implementation is inherited from the superclass.  If you use the
!      '-Wno-protocol' option, then methods inherited from the superclass
       are considered to be implemented, and no warning is issued for
       them.
  
! '-Wselector (Objective-C and Objective-C++ only)'
       Warn if multiple methods of different types for the same selector
       are found during compilation.  The check is performed on the list
       of methods in the final stage of compilation.  Additionally, a
       check is performed for each selector appearing in a
!      '@selector(...)' expression, and a corresponding method for that
       selector has been found during compilation.  Because these checks
       scan the method table only at the end of compilation, these
       warnings are not produced if the final stage of compilation is not
       reached, for example because an error is found during compilation,
!      or because the '-fsyntax-only' option is being used.
  
! '-Wstrict-selector-match (Objective-C and Objective-C++ only)'
       Warn if multiple methods with differing argument and/or return
       types are found for a given selector when attempting to send a
!      message using this selector to a receiver of type 'id' or 'Class'.
!      When this flag is off (which is the default behavior), the compiler
!      omits such warnings if any differences found are confined to types
!      that share the same size and alignment.
  
! '-Wundeclared-selector (Objective-C and Objective-C++ only)'
!      Warn if a '@selector(...)' expression referring to an undeclared
       selector is found.  A selector is considered undeclared if no
!      method with that name has been declared before the '@selector(...)'
!      expression, either explicitly in an '@interface' or '@protocol'
!      declaration, or implicitly in an '@implementation' section.  This
!      option always performs its checks as soon as a '@selector(...)'
!      expression is found, while '-Wselector' only performs its checks in
!      the final stage of compilation.  This also enforces the coding
!      style convention that methods and selectors must be declared before
!      being used.
  
! '-print-objc-runtime-info'
       Generate C header describing the largest structure that is passed
       by value, if any.
  
  
  File: gcc.info,  Node: Diagnostic Message Formatting Options,  Next: Warning Options,  Prev: Objective-C and Objective-C++ Dialect Options,  Up: Invoking GCC
  
--- 3202,3417 ----
  Standards, for references.)
  
   This section describes the command-line options that are only
! meaningful for Objective-C and Objective-C++ programs.  You can also
! use most of the language-independent GNU compiler options.  For
! example, you might compile a file `some_class.m' like this:
  
       gcc -g -fgnu-runtime -O -c some_class.m
  
! In this example, `-fgnu-runtime' is an option meant only for
! Objective-C and Objective-C++ programs; you can use the other options
! with any language supported by GCC.
  
   Note that since Objective-C is an extension of the C language,
  Objective-C compilations may also use options specific to the C
! front-end (e.g., `-Wtraditional').  Similarly, Objective-C++
! compilations may use C++-specific options (e.g., `-Wabi').
  
!  Here is a list of options that are _only_ for compiling Objective-C
! and Objective-C++ programs:
  
! `-fconstant-string-class=CLASS-NAME'
       Use CLASS-NAME as the name of the class to instantiate for each
!      literal string specified with the syntax `@"..."'.  The default
!      class name is `NXConstantString' if the GNU runtime is being used,
!      and `NSConstantString' if the NeXT runtime is being used (see
!      below).  The `-fconstant-cfstrings' option, if also present,
!      overrides the `-fconstant-string-class' setting and cause `@"..."'
       literals to be laid out as constant CoreFoundation strings.
  
! `-fgnu-runtime'
       Generate object code compatible with the standard GNU Objective-C
       runtime.  This is the default for most types of systems.
  
! `-fnext-runtime'
       Generate output compatible with the NeXT runtime.  This is the
!      default for NeXT-based systems, including Darwin and Mac OS X.
!      The macro `__NEXT_RUNTIME__' is predefined if (and only if) this
!      option is used.
  
! `-fno-nil-receivers'
!      Assume that all Objective-C message dispatches (`[receiver
       message:arg]') in this translation unit ensure that the receiver is
!      not `nil'.  This allows for more efficient entry points in the
       runtime to be used.  This option is only available in conjunction
       with the NeXT runtime and ABI version 0 or 1.
  
! `-fobjc-abi-version=N'
       Use version N of the Objective-C ABI for the selected runtime.
       This option is currently supported only for the NeXT runtime.  In
       that case, Version 0 is the traditional (32-bit) ABI without
       support for properties and other Objective-C 2.0 additions.
       Version 1 is the traditional (32-bit) ABI with support for
       properties and other Objective-C 2.0 additions.  Version 2 is the
!      modern (64-bit) ABI.  If nothing is specified, the default is
!      Version 0 on 32-bit target machines, and Version 2 on 64-bit
!      target machines.
  
! `-fobjc-call-cxx-cdtors'
       For each Objective-C class, check if any of its instance variables
       is a C++ object with a non-trivial default constructor.  If so,
!      synthesize a special `- (id) .cxx_construct' instance method which
       runs non-trivial default constructors on any such instance
!      variables, in order, and then return `self'.  Similarly, check if
       any instance variable is a C++ object with a non-trivial
!      destructor, and if so, synthesize a special `- (void)
       .cxx_destruct' method which runs all such default destructors, in
       reverse order.
  
!      The `- (id) .cxx_construct' and `- (void) .cxx_destruct' methods
!      thusly generated only operate on instance variables declared in
!      the current Objective-C class, and not those inherited from
       superclasses.  It is the responsibility of the Objective-C runtime
       to invoke all such methods in an object's inheritance hierarchy.
!      The `- (id) .cxx_construct' methods are invoked by the runtime
!      immediately after a new object instance is allocated; the `-
!      (void) .cxx_destruct' methods are invoked immediately before the
!      runtime deallocates an object instance.
  
       As of this writing, only the NeXT runtime on Mac OS X 10.4 and
!      later has support for invoking the `- (id) .cxx_construct' and `-
       (void) .cxx_destruct' methods.
  
! `-fobjc-direct-dispatch'
       Allow fast jumps to the message dispatcher.  On Darwin this is
       accomplished via the comm page.
  
! `-fobjc-exceptions'
       Enable syntactic support for structured exception handling in
       Objective-C, similar to what is offered by C++.  This option is
!      required to use the Objective-C keywords `@try', `@throw',
!      `@catch', `@finally' and `@synchronized'.  This option is
!      available with both the GNU runtime and the NeXT runtime (but not
!      available in conjunction with the NeXT runtime on Mac OS X 10.2
!      and earlier).
  
! `-fobjc-gc'
       Enable garbage collection (GC) in Objective-C and Objective-C++
       programs.  This option is only available with the NeXT runtime; the
       GNU runtime has a different garbage collection implementation that
       does not require special compiler flags.
  
! `-fobjc-nilcheck'
       For the NeXT runtime with version 2 of the ABI, check for a nil
       receiver in method invocations before doing the actual method call.
!      This is the default and can be disabled using
!      `-fno-objc-nilcheck'.  Class methods and super calls are never
!      checked for nil in this way no matter what this flag is set to.
!      Currently this flag does nothing when the GNU runtime, or an older
!      version of the NeXT runtime ABI, is used.
  
! `-fobjc-std=objc1'
       Conform to the language syntax of Objective-C 1.0, the language
!      recognized by GCC 4.0.  This only affects the Objective-C
!      additions to the C/C++ language; it does not affect conformance to
!      C/C++ standards, which is controlled by the separate C/C++ dialect
!      option flags.  When this option is used with the Objective-C or
       Objective-C++ compiler, any Objective-C syntax that is not
       recognized by GCC 4.0 is rejected.  This is useful if you need to
       make sure that your Objective-C code can be compiled with older
       versions of GCC.
  
! `-freplace-objc-classes'
!      Emit a special marker instructing `ld(1)' not to statically link in
!      the resulting object file, and allow `dyld(1)' to load it in at
!      run time instead.  This is used in conjunction with the
       Fix-and-Continue debugging mode, where the object file in question
!      may be recompiled and dynamically reloaded in the course of
!      program execution, without the need to restart the program itself.
       Currently, Fix-and-Continue functionality is only available in
       conjunction with the NeXT runtime on Mac OS X 10.3 and later.
  
! `-fzero-link'
       When compiling for the NeXT runtime, the compiler ordinarily
!      replaces calls to `objc_getClass("...")' (when the name of the
       class is known at compile time) with static class references that
       get initialized at load time, which improves run-time performance.
!      Specifying the `-fzero-link' flag suppresses this behavior and
!      causes calls to `objc_getClass("...")' to be retained.  This is
       useful in Zero-Link debugging mode, since it allows for individual
!      class implementations to be modified during program execution.
!      The GNU runtime currently always retains calls to
!      `objc_get_class("...")' regardless of command-line options.
  
! `-fno-local-ivars'
       By default instance variables in Objective-C can be accessed as if
       they were local variables from within the methods of the class
       they're declared in.  This can lead to shadowing between instance
       variables and other variables declared either locally inside a
       class method or globally with the same name.  Specifying the
!      `-fno-local-ivars' flag disables this behavior thus avoiding
       variable shadowing issues.
  
! `-fivar-visibility=[public|protected|private|package]'
       Set the default instance variable visibility to the specified
!      option so that instance variables declared outside the scope of
!      any access modifier directives default to the specified visibility.
  
! `-gen-decls'
!      Dump interface declarations for all classes seen in the source
!      file to a file named `SOURCENAME.decl'.
  
! `-Wassign-intercept (Objective-C and Objective-C++ only)'
       Warn whenever an Objective-C assignment is being intercepted by the
       garbage collector.
  
! `-Wno-protocol (Objective-C and Objective-C++ only)'
!      If a class is declared to implement a protocol, a warning is
!      issued for every method in the protocol that is not implemented by
!      the class.  The default behavior is to issue a warning for every
!      method not explicitly implemented in the class, even if a method
       implementation is inherited from the superclass.  If you use the
!      `-Wno-protocol' option, then methods inherited from the superclass
       are considered to be implemented, and no warning is issued for
       them.
  
! `-Wselector (Objective-C and Objective-C++ only)'
       Warn if multiple methods of different types for the same selector
       are found during compilation.  The check is performed on the list
       of methods in the final stage of compilation.  Additionally, a
       check is performed for each selector appearing in a
!      `@selector(...)'  expression, and a corresponding method for that
       selector has been found during compilation.  Because these checks
       scan the method table only at the end of compilation, these
       warnings are not produced if the final stage of compilation is not
       reached, for example because an error is found during compilation,
!      or because the `-fsyntax-only' option is being used.
  
! `-Wstrict-selector-match (Objective-C and Objective-C++ only)'
       Warn if multiple methods with differing argument and/or return
       types are found for a given selector when attempting to send a
!      message using this selector to a receiver of type `id' or `Class'.
!      When this flag is off (which is the default behavior), the
!      compiler omits such warnings if any differences found are confined
!      to types that share the same size and alignment.
  
! `-Wundeclared-selector (Objective-C and Objective-C++ only)'
!      Warn if a `@selector(...)' expression referring to an undeclared
       selector is found.  A selector is considered undeclared if no
!      method with that name has been declared before the
!      `@selector(...)' expression, either explicitly in an `@interface'
!      or `@protocol' declaration, or implicitly in an `@implementation'
!      section.  This option always performs its checks as soon as a
!      `@selector(...)' expression is found, while `-Wselector' only
!      performs its checks in the final stage of compilation.  This also
!      enforces the coding style convention that methods and selectors
!      must be declared before being used.
  
! `-print-objc-runtime-info'
       Generate C header describing the largest structure that is passed
       by value, if any.
  
+ 
  
  File: gcc.info,  Node: Diagnostic Message Formatting Options,  Next: Warning Options,  Prev: Objective-C and Objective-C++ Dialect Options,  Up: Invoking GCC
  
*************** File: gcc.info,  Node: Diagnostic Messag
*** 3403,3531 ****
  Traditionally, diagnostic messages have been formatted irrespective of
  the output device's aspect (e.g. its width, ...).  You can use the
  options described below to control the formatting algorithm for
! diagnostic messages, e.g. how many characters per line, how often source
! location information should be reported.  Note that some language front
! ends may not honor these options.
  
! '-fmessage-length=N'
       Try to format error messages so that they fit on lines of about N
       characters.  If N is zero, then no line-wrapping is done; each
       error message appears on a single line.  This is the default for
       all front ends.
  
! '-fdiagnostics-show-location=once'
       Only meaningful in line-wrapping mode.  Instructs the diagnostic
       messages reporter to emit source location information _once_; that
       is, in case the message is too long to fit on a single physical
       line and has to be wrapped, the source location won't be emitted
!      (as prefix) again, over and over, in subsequent continuation lines.
!      This is the default behavior.
  
! '-fdiagnostics-show-location=every-line'
       Only meaningful in line-wrapping mode.  Instructs the diagnostic
       messages reporter to emit the same source location information (as
       prefix) for physical lines that result from the process of breaking
       a message which is too long to fit on a single line.
  
! '-fdiagnostics-color[=WHEN]'
! '-fno-diagnostics-color'
!      Use color in diagnostics.  WHEN is 'never', 'always', or 'auto'.
!      The default depends on how the compiler has been configured, it can
!      be any of the above WHEN options or also 'never' if 'GCC_COLORS'
!      environment variable isn't present in the environment, and 'auto'
!      otherwise.  'auto' means to use color only when the standard error
!      is a terminal.  The forms '-fdiagnostics-color' and
!      '-fno-diagnostics-color' are aliases for
!      '-fdiagnostics-color=always' and '-fdiagnostics-color=never',
       respectively.
  
!      The colors are defined by the environment variable 'GCC_COLORS'.
       Its value is a colon-separated list of capabilities and Select
!      Graphic Rendition (SGR) substrings.  SGR commands are interpreted
       by the terminal or terminal emulator.  (See the section in the
       documentation of your text terminal for permitted values and their
       meanings as character attributes.)  These substring values are
       integers in decimal representation and can be concatenated with
!      semicolons.  Common values to concatenate include '1' for bold, '4'
!      for underline, '5' for blink, '7' for inverse, '39' for default
!      foreground color, '30' to '37' for foreground colors, '90' to '97'
!      for 16-color mode foreground colors, '38;5;0' to '38;5;255' for
!      88-color and 256-color modes foreground colors, '49' for default
!      background color, '40' to '47' for background colors, '100' to
!      '107' for 16-color mode background colors, and '48;5;0' to
!      '48;5;255' for 88-color and 256-color modes background colors.
  
!      The default 'GCC_COLORS' is
            error=01;31:warning=01;35:note=01;36:range1=32:range2=34:locus=01:\
            quote=01:fixit-insert=32:fixit-delete=31:\
            diff-filename=01:diff-hunk=32:diff-delete=31:diff-insert=32
!      where '01;31' is bold red, '01;35' is bold magenta, '01;36' is bold
!      cyan, '32' is green, '34' is blue, '01' is bold, and '31' is red.
!      Setting 'GCC_COLORS' to the empty string disables colors.
       Supported capabilities are as follows.
  
!      'error='
            SGR substring for error: markers.
  
!      'warning='
            SGR substring for warning: markers.
  
!      'note='
            SGR substring for note: markers.
  
!      'range1='
            SGR substring for first additional range.
  
!      'range2='
            SGR substring for second additional range.
  
!      'locus='
!           SGR substring for location information, 'file:line' or
!           'file:line:column' etc.
  
!      'quote='
            SGR substring for information printed within quotes.
  
!      'fixit-insert='
            SGR substring for fix-it hints suggesting text to be inserted
            or replaced.
  
!      'fixit-delete='
            SGR substring for fix-it hints suggesting text to be deleted.
  
!      'diff-filename='
            SGR substring for filename headers within generated patches.
  
!      'diff-hunk='
            SGR substring for the starts of hunks within generated
            patches.
  
!      'diff-delete='
            SGR substring for deleted lines within generated patches.
  
!      'diff-insert='
            SGR substring for inserted lines within generated patches.
  
! '-fno-diagnostics-show-option'
       By default, each diagnostic emitted includes text indicating the
       command-line option that directly controls the diagnostic (if such
       an option is known to the diagnostic machinery).  Specifying the
!      '-fno-diagnostics-show-option' flag suppresses that behavior.
  
! '-fno-diagnostics-show-caret'
       By default, each diagnostic emitted includes the original source
!      line and a caret '^' indicating the column.  This option suppresses
!      this information.  The source line is truncated to N characters, if
!      the '-fmessage-length=n' option is given.  When the output is done
!      to the terminal, the width is limited to the width given by the
!      'COLUMNS' environment variable or, if not set, to the terminal
!      width.
  
! '-fdiagnostics-parseable-fixits'
       Emit fix-it hints in a machine-parseable format, suitable for
!      consumption by IDEs.  For each fix-it, a line will be printed after
!      the relevant diagnostic, starting with the string "fix-it:".  For
!      example:
  
            fix-it:"test.c":{45:3-45:21}:"gtk_widget_show_all"
  
--- 3421,3549 ----
  Traditionally, diagnostic messages have been formatted irrespective of
  the output device's aspect (e.g. its width, ...).  You can use the
  options described below to control the formatting algorithm for
! diagnostic messages, e.g. how many characters per line, how often
! source location information should be reported.  Note that some
! language front ends may not honor these options.
  
! `-fmessage-length=N'
       Try to format error messages so that they fit on lines of about N
       characters.  If N is zero, then no line-wrapping is done; each
       error message appears on a single line.  This is the default for
       all front ends.
  
! `-fdiagnostics-show-location=once'
       Only meaningful in line-wrapping mode.  Instructs the diagnostic
       messages reporter to emit source location information _once_; that
       is, in case the message is too long to fit on a single physical
       line and has to be wrapped, the source location won't be emitted
!      (as prefix) again, over and over, in subsequent continuation
!      lines.  This is the default behavior.
  
! `-fdiagnostics-show-location=every-line'
       Only meaningful in line-wrapping mode.  Instructs the diagnostic
       messages reporter to emit the same source location information (as
       prefix) for physical lines that result from the process of breaking
       a message which is too long to fit on a single line.
  
! `-fdiagnostics-color[=WHEN]'
! `-fno-diagnostics-color'
!      Use color in diagnostics.  WHEN is `never', `always', or `auto'.
!      The default depends on how the compiler has been configured, it
!      can be any of the above WHEN options or also `never' if
!      `GCC_COLORS' environment variable isn't present in the environment,
!      and `auto' otherwise.  `auto' means to use color only when the
!      standard error is a terminal.  The forms `-fdiagnostics-color' and
!      `-fno-diagnostics-color' are aliases for
!      `-fdiagnostics-color=always' and `-fdiagnostics-color=never',
       respectively.
  
!      The colors are defined by the environment variable `GCC_COLORS'.
       Its value is a colon-separated list of capabilities and Select
!      Graphic Rendition (SGR) substrings. SGR commands are interpreted
       by the terminal or terminal emulator.  (See the section in the
       documentation of your text terminal for permitted values and their
       meanings as character attributes.)  These substring values are
       integers in decimal representation and can be concatenated with
!      semicolons.  Common values to concatenate include `1' for bold,
!      `4' for underline, `5' for blink, `7' for inverse, `39' for
!      default foreground color, `30' to `37' for foreground colors, `90'
!      to `97' for 16-color mode foreground colors, `38;5;0' to `38;5;255'
!      for 88-color and 256-color modes foreground colors, `49' for
!      default background color, `40' to `47' for background colors,
!      `100' to `107' for 16-color mode background colors, and `48;5;0'
!      to `48;5;255' for 88-color and 256-color modes background colors.
  
!      The default `GCC_COLORS' is
            error=01;31:warning=01;35:note=01;36:range1=32:range2=34:locus=01:\
            quote=01:fixit-insert=32:fixit-delete=31:\
            diff-filename=01:diff-hunk=32:diff-delete=31:diff-insert=32
!      where `01;31' is bold red, `01;35' is bold magenta, `01;36' is
!      bold cyan, `32' is green, `34' is blue, `01' is bold, and `31' is
!      red.  Setting `GCC_COLORS' to the empty string disables colors.
       Supported capabilities are as follows.
  
!     `error='
            SGR substring for error: markers.
  
!     `warning='
            SGR substring for warning: markers.
  
!     `note='
            SGR substring for note: markers.
  
!     `range1='
            SGR substring for first additional range.
  
!     `range2='
            SGR substring for second additional range.
  
!     `locus='
!           SGR substring for location information, `file:line' or
!           `file:line:column' etc.
  
!     `quote='
            SGR substring for information printed within quotes.
  
!     `fixit-insert='
            SGR substring for fix-it hints suggesting text to be inserted
            or replaced.
  
!     `fixit-delete='
            SGR substring for fix-it hints suggesting text to be deleted.
  
!     `diff-filename='
            SGR substring for filename headers within generated patches.
  
!     `diff-hunk='
            SGR substring for the starts of hunks within generated
            patches.
  
!     `diff-delete='
            SGR substring for deleted lines within generated patches.
  
!     `diff-insert='
            SGR substring for inserted lines within generated patches.
  
! `-fno-diagnostics-show-option'
       By default, each diagnostic emitted includes text indicating the
       command-line option that directly controls the diagnostic (if such
       an option is known to the diagnostic machinery).  Specifying the
!      `-fno-diagnostics-show-option' flag suppresses that behavior.
  
! `-fno-diagnostics-show-caret'
       By default, each diagnostic emitted includes the original source
!      line and a caret `^' indicating the column.  This option
!      suppresses this information.  The source line is truncated to N
!      characters, if the `-fmessage-length=n' option is given.  When the
!      output is done to the terminal, the width is limited to the width
!      given by the `COLUMNS' environment variable or, if not set, to the
!      terminal width.
  
! `-fdiagnostics-parseable-fixits'
       Emit fix-it hints in a machine-parseable format, suitable for
!      consumption by IDEs.  For each fix-it, a line will be printed
!      after the relevant diagnostic, starting with the string "fix-it:".
!      For example:
  
            fix-it:"test.c":{45:3-45:21}:"gtk_widget_show_all"
  
*************** ends may not honor these options.
*** 3542,3554 ****
  
       The filename and replacement string escape backslash as "\\", tab
       as "\t", newline as "\n", double quotes as "\"", non-printable
!      characters as octal (e.g.  vertical tab as "\013").
  
!      An empty replacement string indicates that the given range is to be
!      removed.  An empty range (e.g.  "45:3-45:3") indicates that the
       string is to be inserted at the given position.
  
! '-fdiagnostics-generate-patch'
       Print fix-it hints to stderr in unified diff format, after any
       diagnostics are printed.  For example:
  
--- 3560,3572 ----
  
       The filename and replacement string escape backslash as "\\", tab
       as "\t", newline as "\n", double quotes as "\"", non-printable
!      characters as octal (e.g. vertical tab as "\013").
  
!      An empty replacement string indicates that the given range is to
!      be removed.  An empty range (e.g. "45:3-45:3") indicates that the
       string is to be inserted at the given position.
  
! `-fdiagnostics-generate-patch'
       Print fix-it hints to stderr in unified diff format, after any
       diagnostics are printed.  For example:
  
*************** ends may not honor these options.
*** 3562,3575 ****
            +  gtk_widget_show_all(dlg);
             }
  
- 
       The diff may or may not be colorized, following the same rules as
!      for diagnostics (see '-fdiagnostics-color').
  
! '-fno-show-column'
       Do not print column numbers in diagnostics.  This may be necessary
       if diagnostics are being scanned by a program that does not
!      understand the column numbers, such as 'dejagnu'.
  
  
  File: gcc.info,  Node: Warning Options,  Next: Debugging Options,  Prev: Diagnostic Message Formatting Options,  Up: Invoking GCC
--- 3580,3593 ----
            +  gtk_widget_show_all(dlg);
             }
  
       The diff may or may not be colorized, following the same rules as
!      for diagnostics (see `-fdiagnostics-color').
  
! `-fno-show-column'
       Do not print column numbers in diagnostics.  This may be necessary
       if diagnostics are being scanned by a program that does not
!      understand the column numbers, such as `dejagnu'.
! 
  
  
  File: gcc.info,  Node: Warning Options,  Next: Debugging Options,  Prev: Diagnostic Message Formatting Options,  Up: Invoking GCC
*************** an error.
*** 3584,3706 ****
   The following language-independent options do not enable specific
  warnings but control the kinds of diagnostics produced by GCC.
  
! '-fsyntax-only'
       Check the code for syntax errors, but don't do anything beyond
       that.
  
! '-fmax-errors=N'
       Limits the maximum number of error messages to N, at which point
       GCC bails out rather than attempting to continue processing the
       source code.  If N is 0 (the default), there is no limit on the
!      number of error messages produced.  If '-Wfatal-errors' is also
!      specified, then '-Wfatal-errors' takes precedence over this option.
  
! '-w'
       Inhibit all warning messages.
  
! '-Werror'
       Make all warnings into errors.
  
! '-Werror='
       Make the specified warning into an error.  The specifier for a
!      warning is appended; for example '-Werror=switch' turns the
!      warnings controlled by '-Wswitch' into errors.  This switch takes a
!      negative form, to be used to negate '-Werror' for specific
!      warnings; for example '-Wno-error=switch' makes '-Wswitch' warnings
!      not be errors, even when '-Werror' is in effect.
  
       The warning message for each controllable warning includes the
       option that controls the warning.  That option can then be used
!      with '-Werror=' and '-Wno-error=' as described above.  (Printing of
!      the option in the warning message can be disabled using the
!      '-fno-diagnostics-show-option' flag.)
  
!      Note that specifying '-Werror='FOO automatically implies '-W'FOO.
!      However, '-Wno-error='FOO does not imply anything.
  
! '-Wfatal-errors'
       This option causes the compiler to abort compilation on the first
       error occurred rather than trying to keep going and printing
       further error messages.
  
   You can request many specific warnings with options beginning with
! '-W', for example '-Wimplicit' to request warnings on implicit
  declarations.  Each of these specific warning options also has a
! negative form beginning '-Wno-' to turn off warnings; for example,
! '-Wno-implicit'.  This manual lists only one of the two forms, whichever
! is not the default.  For further language-specific options also refer to
! *note C++ Dialect Options:: and *note Objective-C and Objective-C++
! Dialect Options::.
  
!  Some options, such as '-Wall' and '-Wextra', turn on other options,
! such as '-Wunused', which may turn on further options, such as
! '-Wunused-value'.  The combined effect of positive and negative forms is
  that more specific options have priority over less specific ones,
! independently of their position in the command-line.  For options of the
! same specificity, the last one takes effect.  Options enabled or
! disabled via pragmas (*note Diagnostic Pragmas::) take effect as if they
! appeared at the end of the command-line.
  
   When an unrecognized warning option is requested (e.g.,
! '-Wunknown-warning'), GCC emits a diagnostic stating that the option is
! not recognized.  However, if the '-Wno-' form is used, the behavior is
! slightly different: no diagnostic is produced for '-Wno-unknown-warning'
! unless other diagnostics are being produced.  This allows the use of new
! '-Wno-' options with old compilers, but if something goes wrong, the
! compiler warns that an unrecognized option is present.
  
! '-Wpedantic'
! '-pedantic'
!      Issue all the warnings demanded by strict ISO C and ISO C++; reject
!      all programs that use forbidden extensions, and some other programs
!      that do not follow ISO C and ISO C++.  For ISO C, follows the
!      version of the ISO C standard specified by any '-std' option used.
  
       Valid ISO C and ISO C++ programs should compile properly with or
!      without this option (though a rare few require '-ansi' or a '-std'
!      option specifying the required version of ISO C).  However, without
!      this option, certain GNU extensions and traditional C and C++
!      features are supported as well.  With this option, they are
       rejected.
  
!      '-Wpedantic' does not cause warning messages for use of the
!      alternate keywords whose names begin and end with '__'.  Pedantic
       warnings are also disabled in the expression that follows
!      '__extension__'.  However, only system header files should use
!      these escape routes; application programs should avoid them.  *Note
!      Alternate Keywords::.
  
!      Some users try to use '-Wpedantic' to check programs for strict ISO
       C conformance.  They soon find that it does not do quite what they
       want: it finds some non-ISO practices, but not all--only those for
       which ISO C _requires_ a diagnostic, and some others for which
       diagnostics have been added.
  
!      A feature to report any failure to conform to ISO C might be useful
!      in some instances, but would require considerable additional work
!      and would be quite different from '-Wpedantic'.  We don't have
!      plans to support such a feature in the near future.
  
!      Where the standard specified with '-std' represents a GNU extended
!      dialect of C, such as 'gnu90' or 'gnu99', there is a corresponding
       "base standard", the version of ISO C on which the GNU extended
!      dialect is based.  Warnings from '-Wpedantic' are given where they
       are required by the base standard.  (It does not make sense for
       such warnings to be given only for features not in the specified
       GNU C dialect, since by definition the GNU dialects of C include
!      all features the compiler supports with the given option, and there
!      would be nothing to warn about.)
  
! '-pedantic-errors'
!      Give an error whenever the "base standard" (see '-Wpedantic')
       requires a diagnostic, in some cases where there is undefined
       behavior at compile-time and in some other cases that do not
       prevent compilation of programs that are valid according to the
!      standard.  This is not equivalent to '-Werror=pedantic', since
       there are errors enabled by this option and not enabled by the
       latter and vice versa.
  
! '-Wall'
       This enables all the warnings about constructions that some users
       consider questionable, and that are easy to avoid (or modify to
       prevent the warning), even in conjunction with macros.  This also
--- 3602,3727 ----
   The following language-independent options do not enable specific
  warnings but control the kinds of diagnostics produced by GCC.
  
! `-fsyntax-only'
       Check the code for syntax errors, but don't do anything beyond
       that.
  
! `-fmax-errors=N'
       Limits the maximum number of error messages to N, at which point
       GCC bails out rather than attempting to continue processing the
       source code.  If N is 0 (the default), there is no limit on the
!      number of error messages produced.  If `-Wfatal-errors' is also
!      specified, then `-Wfatal-errors' takes precedence over this option.
  
! `-w'
       Inhibit all warning messages.
  
! `-Werror'
       Make all warnings into errors.
  
! `-Werror='
       Make the specified warning into an error.  The specifier for a
!      warning is appended; for example `-Werror=switch' turns the
!      warnings controlled by `-Wswitch' into errors.  This switch takes a
!      negative form, to be used to negate `-Werror' for specific
!      warnings; for example `-Wno-error=switch' makes `-Wswitch'
!      warnings not be errors, even when `-Werror' is in effect.
  
       The warning message for each controllable warning includes the
       option that controls the warning.  That option can then be used
!      with `-Werror=' and `-Wno-error=' as described above.  (Printing
!      of the option in the warning message can be disabled using the
!      `-fno-diagnostics-show-option' flag.)
  
!      Note that specifying `-Werror='FOO automatically implies `-W'FOO.
!      However, `-Wno-error='FOO does not imply anything.
  
! `-Wfatal-errors'
       This option causes the compiler to abort compilation on the first
       error occurred rather than trying to keep going and printing
       further error messages.
  
+ 
   You can request many specific warnings with options beginning with
! `-W', for example `-Wimplicit' to request warnings on implicit
  declarations.  Each of these specific warning options also has a
! negative form beginning `-Wno-' to turn off warnings; for example,
! `-Wno-implicit'.  This manual lists only one of the two forms,
! whichever is not the default.  For further language-specific options
! also refer to *note C++ Dialect Options:: and *note Objective-C and
! Objective-C++ Dialect Options::.
  
!  Some options, such as `-Wall' and `-Wextra', turn on other options,
! such as `-Wunused', which may turn on further options, such as
! `-Wunused-value'. The combined effect of positive and negative forms is
  that more specific options have priority over less specific ones,
! independently of their position in the command-line. For options of the
! same specificity, the last one takes effect. Options enabled or
! disabled via pragmas (*note Diagnostic Pragmas::) take effect as if
! they appeared at the end of the command-line.
  
   When an unrecognized warning option is requested (e.g.,
! `-Wunknown-warning'), GCC emits a diagnostic stating that the option is
! not recognized.  However, if the `-Wno-' form is used, the behavior is
! slightly different: no diagnostic is produced for
! `-Wno-unknown-warning' unless other diagnostics are being produced.
! This allows the use of new `-Wno-' options with old compilers, but if
! something goes wrong, the compiler warns that an unrecognized option is
! present.
  
! `-Wpedantic'
! `-pedantic'
!      Issue all the warnings demanded by strict ISO C and ISO C++;
!      reject all programs that use forbidden extensions, and some other
!      programs that do not follow ISO C and ISO C++.  For ISO C, follows
!      the version of the ISO C standard specified by any `-std' option
!      used.
  
       Valid ISO C and ISO C++ programs should compile properly with or
!      without this option (though a rare few require `-ansi' or a `-std'
!      option specifying the required version of ISO C).  However,
!      without this option, certain GNU extensions and traditional C and
!      C++ features are supported as well.  With this option, they are
       rejected.
  
!      `-Wpedantic' does not cause warning messages for use of the
!      alternate keywords whose names begin and end with `__'.  Pedantic
       warnings are also disabled in the expression that follows
!      `__extension__'.  However, only system header files should use
!      these escape routes; application programs should avoid them.
!      *Note Alternate Keywords::.
  
!      Some users try to use `-Wpedantic' to check programs for strict ISO
       C conformance.  They soon find that it does not do quite what they
       want: it finds some non-ISO practices, but not all--only those for
       which ISO C _requires_ a diagnostic, and some others for which
       diagnostics have been added.
  
!      A feature to report any failure to conform to ISO C might be
!      useful in some instances, but would require considerable
!      additional work and would be quite different from `-Wpedantic'.
!      We don't have plans to support such a feature in the near future.
  
!      Where the standard specified with `-std' represents a GNU extended
!      dialect of C, such as `gnu90' or `gnu99', there is a corresponding
       "base standard", the version of ISO C on which the GNU extended
!      dialect is based.  Warnings from `-Wpedantic' are given where they
       are required by the base standard.  (It does not make sense for
       such warnings to be given only for features not in the specified
       GNU C dialect, since by definition the GNU dialects of C include
!      all features the compiler supports with the given option, and
!      there would be nothing to warn about.)
  
! `-pedantic-errors'
!      Give an error whenever the "base standard" (see `-Wpedantic')
       requires a diagnostic, in some cases where there is undefined
       behavior at compile-time and in some other cases that do not
       prevent compilation of programs that are valid according to the
!      standard. This is not equivalent to `-Werror=pedantic', since
       there are errors enabled by this option and not enabled by the
       latter and vice versa.
  
! `-Wall'
       This enables all the warnings about constructions that some users
       consider questionable, and that are easy to avoid (or modify to
       prevent the warning), even in conjunction with macros.  This also
*************** compiler warns that an unrecognized opti
*** 3708,3717 ****
       Dialect Options:: and *note Objective-C and Objective-C++ Dialect
       Options::.
  
!      '-Wall' turns on the following warning flags:
  
            -Waddress
!           -Warray-bounds=1 (only with -O2)
            -Wbool-compare
            -Wbool-operation
            -Wc++11-compat  -Wc++14-compat
--- 3729,3738 ----
       Dialect Options:: and *note Objective-C and Objective-C++ Dialect
       Options::.
  
!      `-Wall' turns on the following warning flags:
  
            -Waddress
!           -Warray-bounds=1 (only with `-O2')
            -Wbool-compare
            -Wbool-operation
            -Wc++11-compat  -Wc++14-compat
*************** compiler warns that an unrecognized opti
*** 3726,3732 ****
            -Wimplicit-function-declaration (C and Objective-C only)
            -Winit-self (only for C++)
            -Wlogical-not-parentheses
!           -Wmain (only for C/ObjC and unless -ffreestanding)
            -Wmaybe-uninitialized
            -Wmemset-elt-size
            -Wmemset-transposed-args
--- 3747,3753 ----
            -Wimplicit-function-declaration (C and Objective-C only)
            -Winit-self (only for C++)
            -Wlogical-not-parentheses
!           -Wmain (only for C/ObjC and unless `-ffreestanding')
            -Wmaybe-uninitialized
            -Wmemset-elt-size
            -Wmemset-transposed-args
*************** compiler warns that an unrecognized opti
*** 3756,3773 ****
            -Wunused-variable
            -Wvolatile-register-var
  
! 
!      Note that some warning flags are not implied by '-Wall'.  Some of
       them warn about constructions that users generally do not consider
       questionable, but which occasionally you might wish to check for;
!      others warn about constructions that are necessary or hard to avoid
!      in some cases, and there is no simple way to modify the code to
!      suppress the warning.  Some of them are enabled by '-Wextra' but
       many of them must be enabled individually.
  
! '-Wextra'
       This enables some extra warning flags that are not enabled by
!      '-Wall'.  (This option used to be called '-W'.  The older name is
       still supported, but the newer name is more descriptive.)
  
            -Wclobbered
--- 3777,3793 ----
            -Wunused-variable
            -Wvolatile-register-var
  
!      Note that some warning flags are not implied by `-Wall'.  Some of
       them warn about constructions that users generally do not consider
       questionable, but which occasionally you might wish to check for;
!      others warn about constructions that are necessary or hard to
!      avoid in some cases, and there is no simple way to modify the code
!      to suppress the warning. Some of them are enabled by `-Wextra' but
       many of them must be enabled individually.
  
! `-Wextra'
       This enables some extra warning flags that are not enabled by
!      `-Wall'. (This option used to be called `-W'.  The older name is
       still supported, but the newer name is more descriptive.)
  
            -Wclobbered
*************** compiler warns that an unrecognized opti
*** 3782,3796 ****
            -Wtype-limits
            -Wuninitialized
            -Wshift-negative-value (in C++03 and in C99 and newer)
!           -Wunused-parameter (only with -Wunused or -Wall)
!           -Wunused-but-set-parameter (only with -Wunused or -Wall)
! 
  
!      The option '-Wextra' also prints warning messages for the following
!      cases:
  
!         * A pointer is compared against integer zero with '<', '<=',
!           '>', or '>='.
  
          * (C++ only) An enumerator and a non-enumerator both appear in a
            conditional expression.
--- 3802,3815 ----
            -Wtype-limits
            -Wuninitialized
            -Wshift-negative-value (in C++03 and in C99 and newer)
!           -Wunused-parameter (only with `-Wunused' or `-Wall')
!           -Wunused-but-set-parameter (only with `-Wunused' or `-Wall')
  
!      The option `-Wextra' also prints warning messages for the
!      following cases:
  
!         * A pointer is compared against integer zero with `<', `<=',
!           `>', or `>='.
  
          * (C++ only) An enumerator and a non-enumerator both appear in a
            conditional expression.
*************** compiler warns that an unrecognized opti
*** 3798,3945 ****
          * (C++ only) Ambiguous virtual bases.
  
          * (C++ only) Subscripting an array that has been declared
!           'register'.
  
          * (C++ only) Taking the address of a variable that has been
!           declared 'register'.
  
          * (C++ only) A base class is not initialized in the copy
            constructor of a derived class.
  
! '-Wchar-subscripts'
!      Warn if an array subscript has type 'char'.  This is a common cause
       of error, as programmers often forget that this type is signed on
!      some machines.  This warning is enabled by '-Wall'.
  
! '-Wchkp'
!      Warn about an invalid memory access that is found by Pointer Bounds
!      Checker ('-fcheck-pointer-bounds').
  
! '-Wno-coverage-mismatch'
       Warn if feedback profiles do not match when using the
!      '-fprofile-use' option.  If a source file is changed between
!      compiling with '-fprofile-gen' and with '-fprofile-use', the files
!      with the profile feedback can fail to match the source file and GCC
!      cannot use the profile feedback information.  By default, this
       warning is enabled and is treated as an error.
!      '-Wno-coverage-mismatch' can be used to disable the warning or
!      '-Wno-error=coverage-mismatch' can be used to disable the error.
!      Disabling the error for this warning can result in poorly optimized
!      code and is useful only in the case of very minor changes such as
!      bug fixes to an existing code-base.  Completely disabling the
!      warning is not recommended.
  
! '-Wno-cpp'
       (C, Objective-C, C++, Objective-C++ and Fortran only)
  
!      Suppress warning messages emitted by '#warning' directives.
  
! '-Wdouble-promotion (C, C++, Objective-C and Objective-C++ only)'
!      Give a warning when a value of type 'float' is implicitly promoted
!      to 'double'.  CPUs with a 32-bit "single-precision" floating-point
!      unit implement 'float' in hardware, but emulate 'double' in
!      software.  On such a machine, doing computations using 'double'
       values is much more expensive because of the overhead required for
       software emulation.
  
!      It is easy to accidentally do computations with 'double' because
!      floating-point literals are implicitly of type 'double'.  For
       example, in:
            float area(float radius)
            {
               return 3.14159 * radius * radius;
            }
!      the compiler performs the entire computation with 'double' because
!      the floating-point literal is a 'double'.
  
! '-Wduplicate-decl-specifier (C and Objective-C only)'
!      Warn if a declaration has duplicate 'const', 'volatile', 'restrict'
!      or '_Atomic' specifier.  This warning is enabled by '-Wall'.
  
! '-Wformat'
! '-Wformat=N'
!      Check calls to 'printf' and 'scanf', etc., to make sure that the
       arguments supplied have types appropriate to the format string
       specified, and that the conversions specified in the format string
!      make sense.  This includes standard functions, and others specified
!      by format attributes (*note Function Attributes::), in the
!      'printf', 'scanf', 'strftime' and 'strfmon' (an X/Open extension,
!      not in the C standard) families (or other target-specific
!      families).  Which functions are checked without format attributes
!      having been specified depends on the standard version selected, and
!      such checks of functions without the attribute specified are
!      disabled by '-ffreestanding' or '-fno-builtin'.
  
       The formats are checked against the format features supported by
       GNU libc version 2.2.  These include all ISO C90 and C99 features,
!      as well as features from the Single Unix Specification and some BSD
!      and GNU extensions.  Other library implementations may not support
!      all these features; GCC does not support warning about features
!      that go beyond a particular library's limitations.  However, if
!      '-Wpedantic' is used with '-Wformat', warnings are given about
!      format features not in the selected standard version (but not for
!      'strfmon' formats, since those are not in any version of the C
!      standard).  *Note Options Controlling C Dialect: C Dialect Options.
  
!      '-Wformat=1'
!      '-Wformat'
!           Option '-Wformat' is equivalent to '-Wformat=1', and
!           '-Wno-format' is equivalent to '-Wformat=0'.  Since '-Wformat'
!           also checks for null format arguments for several functions,
!           '-Wformat' also implies '-Wnonnull'.  Some aspects of this
!           level of format checking can be disabled by the options:
!           '-Wno-format-contains-nul', '-Wno-format-extra-args', and
!           '-Wno-format-zero-length'.  '-Wformat' is enabled by '-Wall'.
  
!      '-Wno-format-contains-nul'
!           If '-Wformat' is specified, do not warn about format strings
            that contain NUL bytes.
  
!      '-Wno-format-extra-args'
!           If '-Wformat' is specified, do not warn about excess arguments
!           to a 'printf' or 'scanf' format function.  The C standard
!           specifies that such arguments are ignored.
  
            Where the unused arguments lie between used arguments that are
!           specified with '$' operand number specifications, normally
            warnings are still given, since the implementation could not
!           know what type to pass to 'va_arg' to skip the unused
!           arguments.  However, in the case of 'scanf' formats, this
            option suppresses the warning if the unused arguments are all
            pointers, since the Single Unix Specification says that such
            unused arguments are allowed.
  
!      '-Wformat-overflow'
!      '-Wformat-overflow=LEVEL'
            Warn about calls to formatted input/output functions such as
!           'sprintf' and 'vsprintf' that might overflow the destination
            buffer.  When the exact number of bytes written by a format
!           directive cannot be determined at compile-time it is estimated
!           based on heuristics that depend on the LEVEL argument and on
!           optimization.  While enabling optimization will in most cases
!           improve the accuracy of the warning, it may also result in
!           false positives.
  
!           '-Wformat-overflow'
!           '-Wformat-overflow=1'
!                Level 1 of '-Wformat-overflow' enabled by '-Wformat'
                 employs a conservative approach that warns only about
                 calls that most likely overflow the buffer.  At this
                 level, numeric arguments to format directives with
                 unknown values are assumed to have the value of one, and
!                strings of unknown length to be empty.  Numeric arguments
!                that are known to be bounded to a subrange of their type,
!                or string arguments whose output is bounded either by
!                their directive's precision or by a finite set of string
!                literals, are assumed to take on the value within the
!                range that results in the most bytes on output.  For
!                example, the call to 'sprintf' below is diagnosed because
!                even with both A and B equal to zero, the terminating NUL
!                character (''\0'') appended by the function to the
!                destination buffer will be written past its end.
!                Increasing the size of the buffer by a single byte is
!                sufficient to avoid the warning, though it may not be
!                sufficient to avoid the overflow.
  
                      void f (int a, int b)
                      {
--- 3817,3970 ----
          * (C++ only) Ambiguous virtual bases.
  
          * (C++ only) Subscripting an array that has been declared
!           `register'.
  
          * (C++ only) Taking the address of a variable that has been
!           declared `register'.
  
          * (C++ only) A base class is not initialized in the copy
            constructor of a derived class.
  
! 
! `-Wchar-subscripts'
!      Warn if an array subscript has type `char'.  This is a common cause
       of error, as programmers often forget that this type is signed on
!      some machines.  This warning is enabled by `-Wall'.
  
! `-Wchkp'
!      Warn about an invalid memory access that is found by Pointer
!      Bounds Checker (`-fcheck-pointer-bounds').
  
! `-Wno-coverage-mismatch'
       Warn if feedback profiles do not match when using the
!      `-fprofile-use' option.  If a source file is changed between
!      compiling with `-fprofile-gen' and with `-fprofile-use', the files
!      with the profile feedback can fail to match the source file and
!      GCC cannot use the profile feedback information.  By default, this
       warning is enabled and is treated as an error.
!      `-Wno-coverage-mismatch' can be used to disable the warning or
!      `-Wno-error=coverage-mismatch' can be used to disable the error.
!      Disabling the error for this warning can result in poorly
!      optimized code and is useful only in the case of very minor
!      changes such as bug fixes to an existing code-base.  Completely
!      disabling the warning is not recommended.
  
! `-Wno-cpp'
       (C, Objective-C, C++, Objective-C++ and Fortran only)
  
!      Suppress warning messages emitted by `#warning' directives.
  
! `-Wdouble-promotion (C, C++, Objective-C and Objective-C++ only)'
!      Give a warning when a value of type `float' is implicitly promoted
!      to `double'.  CPUs with a 32-bit "single-precision" floating-point
!      unit implement `float' in hardware, but emulate `double' in
!      software.  On such a machine, doing computations using `double'
       values is much more expensive because of the overhead required for
       software emulation.
  
!      It is easy to accidentally do computations with `double' because
!      floating-point literals are implicitly of type `double'.  For
       example, in:
            float area(float radius)
            {
               return 3.14159 * radius * radius;
            }
!      the compiler performs the entire computation with `double' because
!      the floating-point literal is a `double'.
  
! `-Wduplicate-decl-specifier (C and Objective-C only)'
!      Warn if a declaration has duplicate `const', `volatile',
!      `restrict' or `_Atomic' specifier.  This warning is enabled by
!      `-Wall'.
  
! `-Wformat'
! `-Wformat=N'
!      Check calls to `printf' and `scanf', etc., to make sure that the
       arguments supplied have types appropriate to the format string
       specified, and that the conversions specified in the format string
!      make sense.  This includes standard functions, and others
!      specified by format attributes (*note Function Attributes::), in
!      the `printf', `scanf', `strftime' and `strfmon' (an X/Open
!      extension, not in the C standard) families (or other
!      target-specific families).  Which functions are checked without
!      format attributes having been specified depends on the standard
!      version selected, and such checks of functions without the
!      attribute specified are disabled by `-ffreestanding' or
!      `-fno-builtin'.
  
       The formats are checked against the format features supported by
       GNU libc version 2.2.  These include all ISO C90 and C99 features,
!      as well as features from the Single Unix Specification and some
!      BSD and GNU extensions.  Other library implementations may not
!      support all these features; GCC does not support warning about
!      features that go beyond a particular library's limitations.
!      However, if `-Wpedantic' is used with `-Wformat', warnings are
!      given about format features not in the selected standard version
!      (but not for `strfmon' formats, since those are not in any version
!      of the C standard).  *Note Options Controlling C Dialect: C
!      Dialect Options.
  
!     `-Wformat=1'
!     `-Wformat'
!           Option `-Wformat' is equivalent to `-Wformat=1', and
!           `-Wno-format' is equivalent to `-Wformat=0'.  Since
!           `-Wformat' also checks for null format arguments for several
!           functions, `-Wformat' also implies `-Wnonnull'.  Some aspects
!           of this level of format checking can be disabled by the
!           options: `-Wno-format-contains-nul',
!           `-Wno-format-extra-args', and `-Wno-format-zero-length'.
!           `-Wformat' is enabled by `-Wall'.
  
!     `-Wno-format-contains-nul'
!           If `-Wformat' is specified, do not warn about format strings
            that contain NUL bytes.
  
!     `-Wno-format-extra-args'
!           If `-Wformat' is specified, do not warn about excess
!           arguments to a `printf' or `scanf' format function.  The C
!           standard specifies that such arguments are ignored.
  
            Where the unused arguments lie between used arguments that are
!           specified with `$' operand number specifications, normally
            warnings are still given, since the implementation could not
!           know what type to pass to `va_arg' to skip the unused
!           arguments.  However, in the case of `scanf' formats, this
            option suppresses the warning if the unused arguments are all
            pointers, since the Single Unix Specification says that such
            unused arguments are allowed.
  
!     `-Wformat-overflow'
!     `-Wformat-overflow=LEVEL'
            Warn about calls to formatted input/output functions such as
!           `sprintf' and `vsprintf' that might overflow the destination
            buffer.  When the exact number of bytes written by a format
!           directive cannot be determined at compile-time it is
!           estimated based on heuristics that depend on the LEVEL
!           argument and on optimization.  While enabling optimization
!           will in most cases improve the accuracy of the warning, it
!           may also result in false positives.
  
!          `-Wformat-overflow'
! 
!          `-Wformat-overflow=1'
!                Level 1 of `-Wformat-overflow' enabled by `-Wformat'
                 employs a conservative approach that warns only about
                 calls that most likely overflow the buffer.  At this
                 level, numeric arguments to format directives with
                 unknown values are assumed to have the value of one, and
!                strings of unknown length to be empty.  Numeric
!                arguments that are known to be bounded to a subrange of
!                their type, or string arguments whose output is bounded
!                either by their directive's precision or by a finite set
!                of string literals, are assumed to take on the value
!                within the range that results in the most bytes on
!                output.  For example, the call to `sprintf' below is
!                diagnosed because even with both A and B equal to zero,
!                the terminating NUL character (`'\0'') appended by the
!                function to the destination buffer will be written past
!                its end.  Increasing the size of the buffer by a single
!                byte is sufficient to avoid the warning, though it may
!                not be sufficient to avoid the overflow.
  
                      void f (int a, int b)
                      {
*************** compiler warns that an unrecognized opti
*** 3947,3974 ****
                        sprintf (buf, "a = %i, b = %i\n", a, b);
                      }
  
!           '-Wformat-overflow=2'
                 Level 2 warns also about calls that might overflow the
!                destination buffer given an argument of sufficient length
!                or magnitude.  At level 2, unknown numeric arguments are
!                assumed to have the minimum representable value for
!                signed types with a precision greater than 1, and the
!                maximum representable value otherwise.  Unknown string
!                arguments whose length cannot be assumed to be bounded
!                either by the directive's precision, or by a finite set
!                of string literals they may evaluate to, or the character
!                array they may point to, are assumed to be 1 character
!                long.
  
                 At level 2, the call in the example above is again
!                diagnosed, but this time because with A equal to a 32-bit
!                'INT_MIN' the first '%i' directive will write some of its
!                digits beyond the end of the destination buffer.  To make
!                the call safe regardless of the values of the two
!                variables, the size of the destination buffer must be
!                increased to at least 34 bytes.  GCC includes the minimum
!                size of the buffer in an informational note following the
!                warning.
  
                 An alternative to increasing the size of the destination
                 buffer is to constrain the range of formatted values.
--- 3972,3999 ----
                        sprintf (buf, "a = %i, b = %i\n", a, b);
                      }
  
!          `-Wformat-overflow=2'
                 Level 2 warns also about calls that might overflow the
!                destination buffer given an argument of sufficient
!                length or magnitude.  At level 2, unknown numeric
!                arguments are assumed to have the minimum representable
!                value for signed types with a precision greater than 1,
!                and the maximum representable value otherwise.  Unknown
!                string arguments whose length cannot be assumed to be
!                bounded either by the directive's precision, or by a
!                finite set of string literals they may evaluate to, or
!                the character array they may point to, are assumed to be
!                1 character long.
  
                 At level 2, the call in the example above is again
!                diagnosed, but this time because with A equal to a
!                32-bit `INT_MIN' the first `%i' directive will write
!                some of its digits beyond the end of the destination
!                buffer.  To make the call safe regardless of the values
!                of the two variables, the size of the destination buffer
!                must be increased to at least 34 bytes.  GCC includes
!                the minimum size of the buffer in an informational note
!                following the warning.
  
                 An alternative to increasing the size of the destination
                 buffer is to constrain the range of formatted values.
*************** compiler warns that an unrecognized opti
*** 3979,3987 ****
                 choosing an appropriate length modifier to the format
                 specifier will reduce the required buffer size.  For
                 example, if A and B in the example above can be assumed
!                to be within the precision of the 'short int' type then
!                using either the '%hi' format directive or casting the
!                argument to 'short' reduces the maximum required size of
                 the buffer to 24 bytes.
  
                      void f (int a, int b)
--- 4004,4012 ----
                 choosing an appropriate length modifier to the format
                 specifier will reduce the required buffer size.  For
                 example, if A and B in the example above can be assumed
!                to be within the precision of the `short int' type then
!                using either the `%hi' format directive or casting the
!                argument to `short' reduces the maximum required size of
                 the buffer to 24 bytes.
  
                      void f (int a, int b)
*************** compiler warns that an unrecognized opti
*** 3990,4111 ****
                        sprintf (buf, "a = %hi, b = %i\n", a, (short)b);
                      }
  
!      '-Wno-format-zero-length'
!           If '-Wformat' is specified, do not warn about zero-length
            formats.  The C standard specifies that zero-length formats
            are allowed.
  
!      '-Wformat=2'
!           Enable '-Wformat' plus additional format checks.  Currently
!           equivalent to '-Wformat -Wformat-nonliteral -Wformat-security
            -Wformat-y2k'.
  
!      '-Wformat-nonliteral'
!           If '-Wformat' is specified, also warn if the format string is
            not a string literal and so cannot be checked, unless the
!           format function takes its format arguments as a 'va_list'.
  
!      '-Wformat-security'
!           If '-Wformat' is specified, also warn about uses of format
            functions that represent possible security problems.  At
!           present, this warns about calls to 'printf' and 'scanf'
            functions where the format string is not a string literal and
!           there are no format arguments, as in 'printf (foo);'.  This
            may be a security hole if the format string came from
!           untrusted input and contains '%n'.  (This is currently a
!           subset of what '-Wformat-nonliteral' warns about, but in
!           future warnings may be added to '-Wformat-security' that are
!           not included in '-Wformat-nonliteral'.)
  
!      '-Wformat-signedness'
!           If '-Wformat' is specified, also warn if the format string
            requires an unsigned argument and the argument is signed and
            vice versa.
  
!      '-Wformat-truncation'
!      '-Wformat-truncation=LEVEL'
            Warn about calls to formatted input/output functions such as
!           'snprintf' and 'vsnprintf' that might result in output
            truncation.  When the exact number of bytes written by a
            format directive cannot be determined at compile-time it is
            estimated based on heuristics that depend on the LEVEL
            argument and on optimization.  While enabling optimization
!           will in most cases improve the accuracy of the warning, it may
!           also result in false positives.  Except as noted otherwise,
!           the option uses the same logic '-Wformat-overflow'.
  
!           '-Wformat-truncation'
!           '-Wformat-truncation=1'
!                Level 1 of '-Wformat-truncation' enabled by '-Wformat'
                 employs a conservative approach that warns only about
                 calls to bounded functions whose return value is unused
                 and that will most likely result in output truncation.
  
!           '-Wformat-truncation=2'
!                Level 2 warns also about calls to bounded functions whose
!                return value is used and that might result in truncation
!                given an argument of sufficient length or magnitude.
  
!      '-Wformat-y2k'
!           If '-Wformat' is specified, also warn about 'strftime' formats
!           that may yield only a two-digit year.
  
! '-Wnonnull'
!      Warn about passing a null pointer for arguments marked as requiring
!      a non-null value by the 'nonnull' function attribute.
  
!      '-Wnonnull' is included in '-Wall' and '-Wformat'.  It can be
!      disabled with the '-Wno-nonnull' option.
  
! '-Wnonnull-compare'
!      Warn when comparing an argument marked with the 'nonnull' function
       attribute against null inside the function.
  
!      '-Wnonnull-compare' is included in '-Wall'.  It can be disabled
!      with the '-Wno-nonnull-compare' option.
  
! '-Wnull-dereference'
       Warn if the compiler detects paths that trigger erroneous or
       undefined behavior due to dereferencing a null pointer.  This
!      option is only active when '-fdelete-null-pointer-checks' is
       active, which is enabled by optimizations in most targets.  The
       precision of the warnings depends on the optimization options used.
  
! '-Winit-self (C, C++, Objective-C and Objective-C++ only)'
       Warn about uninitialized variables that are initialized with
       themselves.  Note this option can only be used with the
!      '-Wuninitialized' option.
  
!      For example, GCC warns about 'i' being uninitialized in the
!      following snippet only when '-Winit-self' has been specified:
            int f()
            {
              int i = i;
              return i;
            }
  
!      This warning is enabled by '-Wall' in C++.
  
! '-Wimplicit-int (C and Objective-C only)'
       Warn when a declaration does not specify a type.  This warning is
!      enabled by '-Wall'.
  
! '-Wimplicit-function-declaration (C and Objective-C only)'
       Give a warning whenever a function is used before being declared.
!      In C99 mode ('-std=c99' or '-std=gnu99'), this warning is enabled
!      by default and it is made into an error by '-pedantic-errors'.
!      This warning is also enabled by '-Wall'.
  
! '-Wimplicit (C and Objective-C only)'
!      Same as '-Wimplicit-int' and '-Wimplicit-function-declaration'.
!      This warning is enabled by '-Wall'.
  
! '-Wimplicit-fallthrough'
!      '-Wimplicit-fallthrough' is the same as '-Wimplicit-fallthrough=3'
!      and '-Wno-implicit-fallthrough' is the same as
!      '-Wimplicit-fallthrough=0'.
  
! '-Wimplicit-fallthrough=N'
       Warn when a switch case falls through.  For example:
  
            switch (cond)
--- 4015,4138 ----
                        sprintf (buf, "a = %hi, b = %i\n", a, (short)b);
                      }
  
!     `-Wno-format-zero-length'
!           If `-Wformat' is specified, do not warn about zero-length
            formats.  The C standard specifies that zero-length formats
            are allowed.
  
!     `-Wformat=2'
!           Enable `-Wformat' plus additional format checks.  Currently
!           equivalent to `-Wformat -Wformat-nonliteral -Wformat-security
            -Wformat-y2k'.
  
!     `-Wformat-nonliteral'
!           If `-Wformat' is specified, also warn if the format string is
            not a string literal and so cannot be checked, unless the
!           format function takes its format arguments as a `va_list'.
  
!     `-Wformat-security'
!           If `-Wformat' is specified, also warn about uses of format
            functions that represent possible security problems.  At
!           present, this warns about calls to `printf' and `scanf'
            functions where the format string is not a string literal and
!           there are no format arguments, as in `printf (foo);'.  This
            may be a security hole if the format string came from
!           untrusted input and contains `%n'.  (This is currently a
!           subset of what `-Wformat-nonliteral' warns about, but in
!           future warnings may be added to `-Wformat-security' that are
!           not included in `-Wformat-nonliteral'.)
  
!     `-Wformat-signedness'
!           If `-Wformat' is specified, also warn if the format string
            requires an unsigned argument and the argument is signed and
            vice versa.
  
!     `-Wformat-truncation'
!     `-Wformat-truncation=LEVEL'
            Warn about calls to formatted input/output functions such as
!           `snprintf' and `vsnprintf' that might result in output
            truncation.  When the exact number of bytes written by a
            format directive cannot be determined at compile-time it is
            estimated based on heuristics that depend on the LEVEL
            argument and on optimization.  While enabling optimization
!           will in most cases improve the accuracy of the warning, it
!           may also result in false positives.  Except as noted
!           otherwise, the option uses the same logic `-Wformat-overflow'.
  
!          `-Wformat-truncation'
! 
!          `-Wformat-truncation=1'
!                Level 1 of `-Wformat-truncation' enabled by `-Wformat'
                 employs a conservative approach that warns only about
                 calls to bounded functions whose return value is unused
                 and that will most likely result in output truncation.
  
!          `-Wformat-truncation=2'
!                Level 2 warns also about calls to bounded functions
!                whose return value is used and that might result in
!                truncation given an argument of sufficient length or
!                magnitude.
  
!     `-Wformat-y2k'
!           If `-Wformat' is specified, also warn about `strftime'
!           formats that may yield only a two-digit year.
  
! `-Wnonnull'
!      Warn about passing a null pointer for arguments marked as
!      requiring a non-null value by the `nonnull' function attribute.
  
!      `-Wnonnull' is included in `-Wall' and `-Wformat'.  It can be
!      disabled with the `-Wno-nonnull' option.
  
! `-Wnonnull-compare'
!      Warn when comparing an argument marked with the `nonnull' function
       attribute against null inside the function.
  
!      `-Wnonnull-compare' is included in `-Wall'.  It can be disabled
!      with the `-Wno-nonnull-compare' option.
  
! `-Wnull-dereference'
       Warn if the compiler detects paths that trigger erroneous or
       undefined behavior due to dereferencing a null pointer.  This
!      option is only active when `-fdelete-null-pointer-checks' is
       active, which is enabled by optimizations in most targets.  The
       precision of the warnings depends on the optimization options used.
  
! `-Winit-self (C, C++, Objective-C and Objective-C++ only)'
       Warn about uninitialized variables that are initialized with
       themselves.  Note this option can only be used with the
!      `-Wuninitialized' option.
  
!      For example, GCC warns about `i' being uninitialized in the
!      following snippet only when `-Winit-self' has been specified:
            int f()
            {
              int i = i;
              return i;
            }
  
!      This warning is enabled by `-Wall' in C++.
  
! `-Wimplicit-int (C and Objective-C only)'
       Warn when a declaration does not specify a type.  This warning is
!      enabled by `-Wall'.
  
! `-Wimplicit-function-declaration (C and Objective-C only)'
       Give a warning whenever a function is used before being declared.
!      In C99 mode (`-std=c99' or `-std=gnu99'), this warning is enabled
!      by default and it is made into an error by `-pedantic-errors'.
!      This warning is also enabled by `-Wall'.
  
! `-Wimplicit (C and Objective-C only)'
!      Same as `-Wimplicit-int' and `-Wimplicit-function-declaration'.
!      This warning is enabled by `-Wall'.
  
! `-Wimplicit-fallthrough'
!      `-Wimplicit-fallthrough' is the same as `-Wimplicit-fallthrough=3'
!      and `-Wno-implicit-fallthrough' is the same as
!      `-Wimplicit-fallthrough=0'.
  
! `-Wimplicit-fallthrough=N'
       Warn when a switch case falls through.  For example:
  
            switch (cond)
*************** compiler warns that an unrecognized opti
*** 4121,4129 ****
              }
  
       This warning does not warn when the last statement of a case cannot
!      fall through, e.g.  when there is a return statement or a call to
       function declared with the noreturn attribute.
!      '-Wimplicit-fallthrough=' also takes into account control flow
       statements, such as ifs, and only warns when appropriate.  E.g.
  
            switch (cond)
--- 4148,4156 ----
              }
  
       This warning does not warn when the last statement of a case cannot
!      fall through, e.g. when there is a return statement or a call to
       function declared with the noreturn attribute.
!      `-Wimplicit-fallthrough=' also takes into account control flow
       statements, such as ifs, and only warns when appropriate.  E.g.
  
            switch (cond)
*************** compiler warns that an unrecognized opti
*** 4141,4149 ****
              }
  
       Since there are occasions where a switch case fall through is
!      desirable, GCC provides an attribute, '__attribute__
!      ((fallthrough))', that is to be used along with a null statement to
!      suppress this warning that would normally occur:
  
            switch (cond)
              {
--- 4168,4176 ----
              }
  
       Since there are occasions where a switch case fall through is
!      desirable, GCC provides an attribute, `__attribute__
!      ((fallthrough))', that is to be used along with a null statement
!      to suppress this warning that would normally occur:
  
            switch (cond)
              {
*************** compiler warns that an unrecognized opti
*** 4155,4211 ****
              }
  
       C++17 provides a standard way to suppress the
!      '-Wimplicit-fallthrough' warning using '[[fallthrough]];' instead
       of the GNU attribute.  In C++11 or C++14 users can use
!      '[[gnu::fallthrough]];', which is a GNU extension.  Instead of the
       these attributes, it is also possible to add a fallthrough comment
       to silence the warning.  The whole body of the C or C++ style
       comment should match the given regular expressions listed below.
       The option argument N specifies what kind of comments are accepted:
  
!         * '-Wimplicit-fallthrough=0' disables the warning altogether.
  
!         * '-Wimplicit-fallthrough=1' matches '.*' regular expression,
            any comment is used as fallthrough comment.
  
!         * '-Wimplicit-fallthrough=2' case insensitively matches
!           '.*falls?[ \t-]*thr(ough|u).*' regular expression.
  
!         * '-Wimplicit-fallthrough=3' case sensitively matches one of the
            following regular expressions:
  
!              * '-fallthrough'
  
!              * '@fallthrough@'
  
!              * 'lint -fallthrough[ \t]*'
  
!              * '[ \t.!]*(ELSE,? |INTENTIONAL(LY)? )?
                 FALL(S | |-)?THR(OUGH|U)[ \t.!]*(-[^\n\r]*)?'
  
!              * '[ \t.!]*(Else,? |Intentional(ly)? )?
                 Fall((s | |-)[Tt]|t)hr(ough|u)[ \t.!]*(-[^\n\r]*)?'
  
!              * '[ \t.!]*([Ee]lse,? |[Ii]ntentional(ly)? )?
                 fall(s | |-)?thr(ough|u)[ \t.!]*(-[^\n\r]*)?'
  
!         * '-Wimplicit-fallthrough=4' case sensitively matches one of the
            following regular expressions:
  
!              * '-fallthrough'
  
!              * '@fallthrough@'
  
!              * 'lint -fallthrough[ \t]*'
  
!              * '[ \t]*FALLTHR(OUGH|U)[ \t]*'
  
!         * '-Wimplicit-fallthrough=5' doesn't recognize any comments as
            fallthrough comments, only attributes disable the warning.
  
       The comment needs to be followed after optional whitespace and
!      other comments by 'case' or 'default' keywords or by a user label
!      that precedes some 'case' or 'default' label.
  
            switch (cond)
              {
--- 4182,4241 ----
              }
  
       C++17 provides a standard way to suppress the
!      `-Wimplicit-fallthrough' warning using `[[fallthrough]];' instead
       of the GNU attribute.  In C++11 or C++14 users can use
!      `[[gnu::fallthrough]];', which is a GNU extension.  Instead of the
       these attributes, it is also possible to add a fallthrough comment
       to silence the warning.  The whole body of the C or C++ style
       comment should match the given regular expressions listed below.
       The option argument N specifies what kind of comments are accepted:
  
!         * `-Wimplicit-fallthrough=0' disables the warning altogether.
  
!         * `-Wimplicit-fallthrough=1' matches `.*' regular expression,
            any comment is used as fallthrough comment.
  
!         * `-Wimplicit-fallthrough=2' case insensitively matches
!           `.*falls?[ \t-]*thr(ough|u).*' regular expression.
  
!         * `-Wimplicit-fallthrough=3' case sensitively matches one of the
            following regular expressions:
  
!              * `-fallthrough'
  
!              * `@fallthrough@'
  
!              * `lint -fallthrough[ \t]*'
  
!              * `[ \t.!]*(ELSE,? |INTENTIONAL(LY)? )?
                 FALL(S | |-)?THR(OUGH|U)[ \t.!]*(-[^\n\r]*)?'
  
!              * `[ \t.!]*(Else,? |Intentional(ly)? )?
                 Fall((s | |-)[Tt]|t)hr(ough|u)[ \t.!]*(-[^\n\r]*)?'
  
!              * `[ \t.!]*([Ee]lse,? |[Ii]ntentional(ly)? )?
                 fall(s | |-)?thr(ough|u)[ \t.!]*(-[^\n\r]*)?'
  
! 
!         * `-Wimplicit-fallthrough=4' case sensitively matches one of the
            following regular expressions:
  
!              * `-fallthrough'
  
!              * `@fallthrough@'
  
!              * `lint -fallthrough[ \t]*'
  
!              * `[ \t]*FALLTHR(OUGH|U)[ \t]*'
  
! 
!         * `-Wimplicit-fallthrough=5' doesn't recognize any comments as
            fallthrough comments, only attributes disable the warning.
  
+ 
       The comment needs to be followed after optional whitespace and
!      other comments by `case' or `default' keywords or by a user label
!      that precedes some `case' or `default' label.
  
            switch (cond)
              {
*************** compiler warns that an unrecognized opti
*** 4216,4252 ****
                ...
              }
  
!      The '-Wimplicit-fallthrough=3' warning is enabled by '-Wextra'.
  
! '-Wignored-qualifiers (C and C++ only)'
       Warn if the return type of a function has a type qualifier such as
!      'const'.  For ISO C such a type qualifier has no effect, since the
       value returned by a function is not an lvalue.  For C++, the
!      warning is only emitted for scalar types or 'void'.  ISO C
!      prohibits qualified 'void' return types on function definitions, so
!      such return types always receive a warning even without this
       option.
  
!      This warning is also enabled by '-Wextra'.
  
! '-Wignored-attributes (C and C++ only)'
       Warn when an attribute is ignored.  This is different from the
!      '-Wattributes' option in that it warns whenever the compiler
       decides to drop an attribute, not that the attribute is either
       unknown, used in a wrong place, etc.  This warning is enabled by
       default.
  
! '-Wmain'
!      Warn if the type of 'main' is suspicious.  'main' should be a
       function with external linkage, returning int, taking either zero
       arguments, two, or three arguments of appropriate types.  This
       warning is enabled by default in C++ and is enabled by either
!      '-Wall' or '-Wpedantic'.
  
! '-Wmisleading-indentation (C and C++ only)'
       Warn when the indentation of the code does not reflect the block
!      structure.  Specifically, a warning is issued for 'if', 'else',
!      'while', and 'for' clauses with a guarded statement that does not
       use braces, followed by an unguarded statement with the same
       indentation.
  
--- 4246,4282 ----
                ...
              }
  
!      The `-Wimplicit-fallthrough=3' warning is enabled by `-Wextra'.
  
! `-Wignored-qualifiers (C and C++ only)'
       Warn if the return type of a function has a type qualifier such as
!      `const'.  For ISO C such a type qualifier has no effect, since the
       value returned by a function is not an lvalue.  For C++, the
!      warning is only emitted for scalar types or `void'.  ISO C
!      prohibits qualified `void' return types on function definitions,
!      so such return types always receive a warning even without this
       option.
  
!      This warning is also enabled by `-Wextra'.
  
! `-Wignored-attributes (C and C++ only)'
       Warn when an attribute is ignored.  This is different from the
!      `-Wattributes' option in that it warns whenever the compiler
       decides to drop an attribute, not that the attribute is either
       unknown, used in a wrong place, etc.  This warning is enabled by
       default.
  
! `-Wmain'
!      Warn if the type of `main' is suspicious.  `main' should be a
       function with external linkage, returning int, taking either zero
       arguments, two, or three arguments of appropriate types.  This
       warning is enabled by default in C++ and is enabled by either
!      `-Wall' or `-Wpedantic'.
  
! `-Wmisleading-indentation (C and C++ only)'
       Warn when the indentation of the code does not reflect the block
!      structure.  Specifically, a warning is issued for `if', `else',
!      `while', and `for' clauses with a guarded statement that does not
       use braces, followed by an unguarded statement with the same
       indentation.
  
*************** compiler warns that an unrecognized opti
*** 4258,4268 ****
                bar ();  /* Gotcha: this is not guarded by the "if".  */
  
       In the case of mixed tabs and spaces, the warning uses the
!      '-ftabstop=' option to determine if the statements line up
       (defaulting to 8).
  
!      The warning is not issued for code involving multiline preprocessor
!      logic such as the following example.
  
              if (flagA)
                foo (0);
--- 4288,4298 ----
                bar ();  /* Gotcha: this is not guarded by the "if".  */
  
       In the case of mixed tabs and spaces, the warning uses the
!      `-ftabstop=' option to determine if the statements line up
       (defaulting to 8).
  
!      The warning is not issued for code involving multiline
!      preprocessor logic such as the following example.
  
              if (flagA)
                foo (0);
*************** compiler warns that an unrecognized opti
*** 4271,4315 ****
            #endif
                foo (1);
  
!      The warning is not issued after a '#line' directive, since this
       typically indicates autogenerated code, and no assumptions can be
       made about the layout of the file that the directive references.
  
!      This warning is enabled by '-Wall' in C and C++.
  
! '-Wmissing-braces'
       Warn if an aggregate or union initializer is not fully bracketed.
!      In the following example, the initializer for 'a' is not fully
!      bracketed, but that for 'b' is fully bracketed.  This warning is
!      enabled by '-Wall' in C.
  
            int a[2][2] = { 0, 1, 2, 3 };
            int b[2][2] = { { 0, 1 }, { 2, 3 } };
  
!      This warning is enabled by '-Wall'.
  
! '-Wmissing-include-dirs (C, C++, Objective-C and Objective-C++ only)'
       Warn if a user-supplied include directory does not exist.
  
! '-Wparentheses'
       Warn if parentheses are omitted in certain contexts, such as when
       there is an assignment in a context where a truth value is
       expected, or when operators are nested whose precedence people
       often get confused about.
  
!      Also warn if a comparison like 'x<=y<=z' appears; this is
!      equivalent to '(x<=y ? 1 : 0) <= z', which is a different
       interpretation from that of ordinary mathematical notation.
  
!      Also warn for dangerous uses of the GNU extension to '?:' with
!      omitted middle operand.  When the condition in the '?': operator is
       a boolean expression, the omitted value is always 1.  Often
!      programmers expect it to be a value computed inside the conditional
!      expression instead.
  
!      This warning is enabled by '-Wall'.
  
! '-Wsequence-point'
       Warn about code that may have undefined semantics because of
       violations of sequence point rules in the C and C++ standards.
  
--- 4301,4345 ----
            #endif
                foo (1);
  
!      The warning is not issued after a `#line' directive, since this
       typically indicates autogenerated code, and no assumptions can be
       made about the layout of the file that the directive references.
  
!      This warning is enabled by `-Wall' in C and C++.
  
! `-Wmissing-braces'
       Warn if an aggregate or union initializer is not fully bracketed.
!      In the following example, the initializer for `a' is not fully
!      bracketed, but that for `b' is fully bracketed.  This warning is
!      enabled by `-Wall' in C.
  
            int a[2][2] = { 0, 1, 2, 3 };
            int b[2][2] = { { 0, 1 }, { 2, 3 } };
  
!      This warning is enabled by `-Wall'.
  
! `-Wmissing-include-dirs (C, C++, Objective-C and Objective-C++ only)'
       Warn if a user-supplied include directory does not exist.
  
! `-Wparentheses'
       Warn if parentheses are omitted in certain contexts, such as when
       there is an assignment in a context where a truth value is
       expected, or when operators are nested whose precedence people
       often get confused about.
  
!      Also warn if a comparison like `x<=y<=z' appears; this is
!      equivalent to `(x<=y ? 1 : 0) <= z', which is a different
       interpretation from that of ordinary mathematical notation.
  
!      Also warn for dangerous uses of the GNU extension to `?:' with
!      omitted middle operand. When the condition in the `?': operator is
       a boolean expression, the omitted value is always 1.  Often
!      programmers expect it to be a value computed inside the
!      conditional expression instead.
  
!      This warning is enabled by `-Wall'.
  
! `-Wsequence-point'
       Warn about code that may have undefined semantics because of
       violations of sequence point rules in the C and C++ standards.
  
*************** compiler warns that an unrecognized opti
*** 4319,4348 ****
       program: those executed before the sequence point, and those
       executed after it.  These occur after the evaluation of a full
       expression (one which is not part of a larger expression), after
!      the evaluation of the first operand of a '&&', '||', '? :' or ','
       (comma) operator, before a function is called (but after the
       evaluation of its arguments and the expression denoting the called
!      function), and in certain other places.  Other than as expressed by
!      the sequence point rules, the order of evaluation of subexpressions
!      of an expression is not specified.  All these rules describe only a
!      partial order rather than a total order, since, for example, if two
!      functions are called within one expression with no sequence point
!      between them, the order in which the functions are called is not
!      specified.  However, the standards committee have ruled that
!      function calls do not overlap.
  
       It is not specified when between sequence points modifications to
!      the values of objects take effect.  Programs whose behavior depends
!      on this have undefined behavior; the C and C++ standards specify
!      that "Between the previous and next sequence point an object shall
!      have its stored value modified at most once by the evaluation of an
!      expression.  Furthermore, the prior value shall be read only to
!      determine the value to be stored.".  If a program breaks these
!      rules, the results on any particular implementation are entirely
!      unpredictable.
  
!      Examples of code with undefined behavior are 'a = a++;', 'a[n] =
!      b[n++]' and 'a[i++] = i;'.  Some more complicated cases are not
       diagnosed by this option, and it may give an occasional false
       positive result, but in general it has been found fairly effective
       at detecting this sort of problem in programs.
--- 4349,4378 ----
       program: those executed before the sequence point, and those
       executed after it.  These occur after the evaluation of a full
       expression (one which is not part of a larger expression), after
!      the evaluation of the first operand of a `&&', `||', `? :' or `,'
       (comma) operator, before a function is called (but after the
       evaluation of its arguments and the expression denoting the called
!      function), and in certain other places.  Other than as expressed
!      by the sequence point rules, the order of evaluation of
!      subexpressions of an expression is not specified.  All these rules
!      describe only a partial order rather than a total order, since,
!      for example, if two functions are called within one expression
!      with no sequence point between them, the order in which the
!      functions are called is not specified.  However, the standards
!      committee have ruled that function calls do not overlap.
  
       It is not specified when between sequence points modifications to
!      the values of objects take effect.  Programs whose behavior
!      depends on this have undefined behavior; the C and C++ standards
!      specify that "Between the previous and next sequence point an
!      object shall have its stored value modified at most once by the
!      evaluation of an expression.  Furthermore, the prior value shall
!      be read only to determine the value to be stored.".  If a program
!      breaks these rules, the results on any particular implementation
!      are entirely unpredictable.
  
!      Examples of code with undefined behavior are `a = a++;', `a[n] =
!      b[n++]' and `a[i++] = i;'.  Some more complicated cases are not
       diagnosed by this option, and it may give an occasional false
       positive result, but in general it has been found fairly effective
       at detecting this sort of problem in programs.
*************** compiler warns that an unrecognized opti
*** 4358,4450 ****
       over the precise meaning of the sequence point rules in subtle
       cases.  Links to discussions of the problem, including proposed
       formal definitions, may be found on the GCC readings page, at
!      <http://gcc.gnu.org/readings.html>.
  
!      This warning is enabled by '-Wall' for C and C++.
  
! '-Wno-return-local-addr'
       Do not warn about returning a pointer (or in C++, a reference) to a
       variable that goes out of scope after the function returns.
  
! '-Wreturn-type'
       Warn whenever a function is defined with a return type that
!      defaults to 'int'.  Also warn about any 'return' statement with no
!      return value in a function whose return type is not 'void' (falling
!      off the end of the function body is considered returning without a
!      value).
  
!      For C only, warn about a 'return' statement with an expression in a
!      function whose return type is 'void', unless the expression type is
!      also 'void'.  As a GNU extension, the latter case is accepted
!      without a warning unless '-Wpedantic' is used.
  
       For C++, a function without return type always produces a
!      diagnostic message, even when '-Wno-return-type' is specified.  The
!      only exceptions are 'main' and functions defined in system headers.
  
!      This warning is enabled by '-Wall'.
  
! '-Wshift-count-negative'
!      Warn if shift count is negative.  This warning is enabled by
       default.
  
! '-Wshift-count-overflow'
!      Warn if shift count >= width of type.  This warning is enabled by
       default.
  
! '-Wshift-negative-value'
       Warn if left shifting a negative value.  This warning is enabled by
!      '-Wextra' in C99 and C++11 modes (and newer).
  
! '-Wshift-overflow'
! '-Wshift-overflow=N'
       Warn about left shift overflows.  This warning is enabled by
       default in C99 and C++11 modes (and newer).
  
!      '-Wshift-overflow=1'
!           This is the warning level of '-Wshift-overflow' and is enabled
            by default in C99 and C++11 modes (and newer).  This warning
            level does not warn about left-shifting 1 into the sign bit.
!           (However, in C, such an overflow is still rejected in contexts
!           where an integer constant expression is required.)
  
!      '-Wshift-overflow=2'
            This warning level also warns about left-shifting 1 into the
            sign bit, unless C++14 mode is active.
  
! '-Wswitch'
!      Warn whenever a 'switch' statement has an index of enumerated type
!      and lacks a 'case' for one or more of the named codes of that
!      enumeration.  (The presence of a 'default' label prevents this
!      warning.)  'case' labels outside the enumeration range also provoke
!      warnings when this option is used (even if there is a 'default'
!      label).  This warning is enabled by '-Wall'.
  
! '-Wswitch-default'
!      Warn whenever a 'switch' statement does not have a 'default' case.
  
! '-Wswitch-enum'
!      Warn whenever a 'switch' statement has an index of enumerated type
!      and lacks a 'case' for one or more of the named codes of that
!      enumeration.  'case' labels outside the enumeration range also
       provoke warnings when this option is used.  The only difference
!      between '-Wswitch' and this option is that this option gives a
       warning about an omitted enumeration code even if there is a
!      'default' label.
  
! '-Wswitch-bool'
!      Warn whenever a 'switch' statement has an index of boolean type and
!      the case values are outside the range of a boolean type.  It is
!      possible to suppress this warning by casting the controlling
!      expression to a type other than 'bool'.  For example:
            switch ((int) (a == 4))
              {
              ...
              }
       This warning is enabled by default for C and C++ programs.
  
! '-Wswitch-unreachable'
!      Warn whenever a 'switch' statement contains statements between the
       controlling expression and the first case label, which will never
       be executed.  For example:
            switch (cond)
--- 4388,4481 ----
       over the precise meaning of the sequence point rules in subtle
       cases.  Links to discussions of the problem, including proposed
       formal definitions, may be found on the GCC readings page, at
!      `http://gcc.gnu.org/readings.html'.
  
!      This warning is enabled by `-Wall' for C and C++.
  
! `-Wno-return-local-addr'
       Do not warn about returning a pointer (or in C++, a reference) to a
       variable that goes out of scope after the function returns.
  
! `-Wreturn-type'
       Warn whenever a function is defined with a return type that
!      defaults to `int'.  Also warn about any `return' statement with no
!      return value in a function whose return type is not `void'
!      (falling off the end of the function body is considered returning
!      without a value).
  
!      For C only, warn about a `return' statement with an expression in a
!      function whose return type is `void', unless the expression type is
!      also `void'.  As a GNU extension, the latter case is accepted
!      without a warning unless `-Wpedantic' is used.
  
       For C++, a function without return type always produces a
!      diagnostic message, even when `-Wno-return-type' is specified.
!      The only exceptions are `main' and functions defined in system
!      headers.
  
!      This warning is enabled by `-Wall'.
  
! `-Wshift-count-negative'
!      Warn if shift count is negative. This warning is enabled by
       default.
  
! `-Wshift-count-overflow'
!      Warn if shift count >= width of type. This warning is enabled by
       default.
  
! `-Wshift-negative-value'
       Warn if left shifting a negative value.  This warning is enabled by
!      `-Wextra' in C99 and C++11 modes (and newer).
  
! `-Wshift-overflow'
! `-Wshift-overflow=N'
       Warn about left shift overflows.  This warning is enabled by
       default in C99 and C++11 modes (and newer).
  
!     `-Wshift-overflow=1'
!           This is the warning level of `-Wshift-overflow' and is enabled
            by default in C99 and C++11 modes (and newer).  This warning
            level does not warn about left-shifting 1 into the sign bit.
!           (However, in C, such an overflow is still rejected in
!           contexts where an integer constant expression is required.)
  
!     `-Wshift-overflow=2'
            This warning level also warns about left-shifting 1 into the
            sign bit, unless C++14 mode is active.
  
! `-Wswitch'
!      Warn whenever a `switch' statement has an index of enumerated type
!      and lacks a `case' for one or more of the named codes of that
!      enumeration.  (The presence of a `default' label prevents this
!      warning.)  `case' labels outside the enumeration range also
!      provoke warnings when this option is used (even if there is a
!      `default' label).  This warning is enabled by `-Wall'.
  
! `-Wswitch-default'
!      Warn whenever a `switch' statement does not have a `default' case.
  
! `-Wswitch-enum'
!      Warn whenever a `switch' statement has an index of enumerated type
!      and lacks a `case' for one or more of the named codes of that
!      enumeration.  `case' labels outside the enumeration range also
       provoke warnings when this option is used.  The only difference
!      between `-Wswitch' and this option is that this option gives a
       warning about an omitted enumeration code even if there is a
!      `default' label.
  
! `-Wswitch-bool'
!      Warn whenever a `switch' statement has an index of boolean type
!      and the case values are outside the range of a boolean type.  It
!      is possible to suppress this warning by casting the controlling
!      expression to a type other than `bool'.  For example:
            switch ((int) (a == 4))
              {
              ...
              }
       This warning is enabled by default for C and C++ programs.
  
! `-Wswitch-unreachable'
!      Warn whenever a `switch' statement contains statements between the
       controlling expression and the first case label, which will never
       be executed.  For example:
            switch (cond)
*************** compiler warns that an unrecognized opti
*** 4454,4460 ****
               case 5:
              ...
              }
!      '-Wswitch-unreachable' does not warn if the statement between the
       controlling expression and the first case label is just a
       declaration:
            switch (cond)
--- 4485,4491 ----
               case 5:
              ...
              }
!      `-Wswitch-unreachable' does not warn if the statement between the
       controlling expression and the first case label is just a
       declaration:
            switch (cond)
*************** compiler warns that an unrecognized opti
*** 4467,4586 ****
              }
       This warning is enabled by default for C and C++ programs.
  
! '-Wsync-nand (C and C++ only)'
!      Warn when '__sync_fetch_and_nand' and '__sync_nand_and_fetch'
       built-in functions are used.  These functions changed semantics in
       GCC 4.4.
  
! '-Wunused-but-set-parameter'
       Warn whenever a function parameter is assigned to, but otherwise
       unused (aside from its declaration).
  
!      To suppress this warning use the 'unused' attribute (*note Variable
!      Attributes::).
  
!      This warning is also enabled by '-Wunused' together with '-Wextra'.
  
! '-Wunused-but-set-variable'
       Warn whenever a local variable is assigned to, but otherwise unused
!      (aside from its declaration).  This warning is enabled by '-Wall'.
  
!      To suppress this warning use the 'unused' attribute (*note Variable
!      Attributes::).
  
!      This warning is also enabled by '-Wunused', which is enabled by
!      '-Wall'.
  
! '-Wunused-function'
       Warn whenever a static function is declared but not defined or a
       non-inline static function is unused.  This warning is enabled by
!      '-Wall'.
  
! '-Wunused-label'
       Warn whenever a label is declared but not used.  This warning is
!      enabled by '-Wall'.
  
!      To suppress this warning use the 'unused' attribute (*note Variable
!      Attributes::).
  
! '-Wunused-local-typedefs (C, Objective-C, C++ and Objective-C++ only)'
       Warn when a typedef locally defined in a function is not used.
!      This warning is enabled by '-Wall'.
  
! '-Wunused-parameter'
       Warn whenever a function parameter is unused aside from its
       declaration.
  
!      To suppress this warning use the 'unused' attribute (*note Variable
!      Attributes::).
  
! '-Wno-unused-result'
       Do not warn if a caller of a function marked with attribute
!      'warn_unused_result' (*note Function Attributes::) does not use its
!      return value.  The default is '-Wunused-result'.
  
! '-Wunused-variable'
       Warn whenever a local or static variable is unused aside from its
!      declaration.  This option implies '-Wunused-const-variable=1' for
!      C, but not for C++.  This warning is enabled by '-Wall'.
  
!      To suppress this warning use the 'unused' attribute (*note Variable
!      Attributes::).
  
! '-Wunused-const-variable'
! '-Wunused-const-variable=N'
       Warn whenever a constant static variable is unused aside from its
!      declaration.  '-Wunused-const-variable=1' is enabled by
!      '-Wunused-variable' for C, but not for C++.  In C this declares
       variable storage, but in C++ this is not an error since const
!      variables take the place of '#define's.
  
!      To suppress this warning use the 'unused' attribute (*note Variable
!      Attributes::).
  
!      '-Wunused-const-variable=1'
            This is the warning level that is enabled by
!           '-Wunused-variable' for C. It warns only about unused static
            const variables defined in the main compilation unit, but not
            about static const variables declared in any header included.
  
!      '-Wunused-const-variable=2'
            This warning level also warns for unused constant static
            variables in headers (excluding system headers).  This is the
!           warning level of '-Wunused-const-variable' and must be
!           explicitly requested since in C++ this isn't an error and in C
!           it might be harder to clean up all headers included.
  
! '-Wunused-value'
       Warn whenever a statement computes a result that is explicitly not
!      used.  To suppress this warning cast the unused expression to
!      'void'.  This includes an expression-statement or the left-hand
!      side of a comma expression that contains no side effects.  For
!      example, an expression such as 'x[i,j]' causes a warning, while
!      'x[(void)i,j]' does not.
  
!      This warning is enabled by '-Wall'.
  
! '-Wunused'
!      All the above '-Wunused' options combined.
  
       In order to get a warning about an unused function parameter, you
!      must either specify '-Wextra -Wunused' (note that '-Wall' implies
!      '-Wunused'), or separately specify '-Wunused-parameter'.
  
! '-Wuninitialized'
       Warn if an automatic variable is used without first being
!      initialized or if a variable may be clobbered by a 'setjmp' call.
!      In C++, warn if a non-static reference or non-static 'const' member
       appears in a class without constructors.
  
!      If you want to warn about code that uses the uninitialized value of
!      the variable in its own initializer, use the '-Winit-self' option.
  
       These warnings occur for individual uninitialized or clobbered
       elements of structure, union or array variables as well as for
       variables that are uninitialized or clobbered as a whole.  They do
!      not occur for variables or elements declared 'volatile'.  Because
       these warnings depend on optimization, the exact variables or
       elements for which there are warnings depends on the precise
       optimization options and version of GCC used.
--- 4498,4618 ----
              }
       This warning is enabled by default for C and C++ programs.
  
! `-Wsync-nand (C and C++ only)'
!      Warn when `__sync_fetch_and_nand' and `__sync_nand_and_fetch'
       built-in functions are used.  These functions changed semantics in
       GCC 4.4.
  
! `-Wunused-but-set-parameter'
       Warn whenever a function parameter is assigned to, but otherwise
       unused (aside from its declaration).
  
!      To suppress this warning use the `unused' attribute (*note
!      Variable Attributes::).
  
!      This warning is also enabled by `-Wunused' together with `-Wextra'.
  
! `-Wunused-but-set-variable'
       Warn whenever a local variable is assigned to, but otherwise unused
!      (aside from its declaration).  This warning is enabled by `-Wall'.
  
!      To suppress this warning use the `unused' attribute (*note
!      Variable Attributes::).
  
!      This warning is also enabled by `-Wunused', which is enabled by
!      `-Wall'.
  
! `-Wunused-function'
       Warn whenever a static function is declared but not defined or a
       non-inline static function is unused.  This warning is enabled by
!      `-Wall'.
  
! `-Wunused-label'
       Warn whenever a label is declared but not used.  This warning is
!      enabled by `-Wall'.
  
!      To suppress this warning use the `unused' attribute (*note
!      Variable Attributes::).
  
! `-Wunused-local-typedefs (C, Objective-C, C++ and Objective-C++ only)'
       Warn when a typedef locally defined in a function is not used.
!      This warning is enabled by `-Wall'.
  
! `-Wunused-parameter'
       Warn whenever a function parameter is unused aside from its
       declaration.
  
!      To suppress this warning use the `unused' attribute (*note
!      Variable Attributes::).
  
! `-Wno-unused-result'
       Do not warn if a caller of a function marked with attribute
!      `warn_unused_result' (*note Function Attributes::) does not use
!      its return value. The default is `-Wunused-result'.
  
! `-Wunused-variable'
       Warn whenever a local or static variable is unused aside from its
!      declaration. This option implies `-Wunused-const-variable=1' for C,
!      but not for C++. This warning is enabled by `-Wall'.
  
!      To suppress this warning use the `unused' attribute (*note
!      Variable Attributes::).
  
! `-Wunused-const-variable'
! `-Wunused-const-variable=N'
       Warn whenever a constant static variable is unused aside from its
!      declaration.  `-Wunused-const-variable=1' is enabled by
!      `-Wunused-variable' for C, but not for C++. In C this declares
       variable storage, but in C++ this is not an error since const
!      variables take the place of `#define's.
  
!      To suppress this warning use the `unused' attribute (*note
!      Variable Attributes::).
  
!     `-Wunused-const-variable=1'
            This is the warning level that is enabled by
!           `-Wunused-variable' for C.  It warns only about unused static
            const variables defined in the main compilation unit, but not
            about static const variables declared in any header included.
  
!     `-Wunused-const-variable=2'
            This warning level also warns for unused constant static
            variables in headers (excluding system headers).  This is the
!           warning level of `-Wunused-const-variable' and must be
!           explicitly requested since in C++ this isn't an error and in
!           C it might be harder to clean up all headers included.
  
! `-Wunused-value'
       Warn whenever a statement computes a result that is explicitly not
!      used. To suppress this warning cast the unused expression to
!      `void'. This includes an expression-statement or the left-hand
!      side of a comma expression that contains no side effects. For
!      example, an expression such as `x[i,j]' causes a warning, while
!      `x[(void)i,j]' does not.
  
!      This warning is enabled by `-Wall'.
  
! `-Wunused'
!      All the above `-Wunused' options combined.
  
       In order to get a warning about an unused function parameter, you
!      must either specify `-Wextra -Wunused' (note that `-Wall' implies
!      `-Wunused'), or separately specify `-Wunused-parameter'.
  
! `-Wuninitialized'
       Warn if an automatic variable is used without first being
!      initialized or if a variable may be clobbered by a `setjmp' call.
!      In C++, warn if a non-static reference or non-static `const' member
       appears in a class without constructors.
  
!      If you want to warn about code that uses the uninitialized value
!      of the variable in its own initializer, use the `-Winit-self'
!      option.
  
       These warnings occur for individual uninitialized or clobbered
       elements of structure, union or array variables as well as for
       variables that are uninitialized or clobbered as a whole.  They do
!      not occur for variables or elements declared `volatile'.  Because
       these warnings depend on optimization, the exact variables or
       elements for which there are warnings depends on the precise
       optimization options and version of GCC used.
*************** compiler warns that an unrecognized opti
*** 4590,4601 ****
       computations may be deleted by data flow analysis before the
       warnings are printed.
  
! '-Winvalid-memory-model'
       Warn for invocations of *note __atomic Builtins::, *note __sync
       Builtins::, and the C11 atomic generic functions with a memory
       consistency argument that is either invalid for the operation or
!      outside the range of values of the 'memory_order' enumeration.  For
!      example, since the '__atomic_store' and '__atomic_store_n'
       built-ins are only defined for the relaxed, release, and
       sequentially consistent memory orders the following code is
       diagnosed:
--- 4622,4633 ----
       computations may be deleted by data flow analysis before the
       warnings are printed.
  
! `-Winvalid-memory-model'
       Warn for invocations of *note __atomic Builtins::, *note __sync
       Builtins::, and the C11 atomic generic functions with a memory
       consistency argument that is either invalid for the operation or
!      outside the range of values of the `memory_order' enumeration.
!      For example, since the `__atomic_store' and `__atomic_store_n'
       built-ins are only defined for the relaxed, release, and
       sequentially consistent memory orders the following code is
       diagnosed:
*************** compiler warns that an unrecognized opti
*** 4605,4621 ****
              __atomic_store_n (i, 0, memory_order_consume);
            }
  
!      '-Winvalid-memory-model' is enabled by default.
  
! '-Wmaybe-uninitialized'
       For an automatic variable, if there exists a path from the function
       entry to a use of the variable that is initialized, but there exist
       some other paths for which the variable is not initialized, the
!      compiler emits a warning if it cannot prove the uninitialized paths
!      are not executed at run time.  These warnings are made optional
!      because GCC is not smart enough to see all the reasons why the code
!      might be correct in spite of appearing to have an error.  Here is
!      one example of how this can happen:
  
            {
              int x;
--- 4637,4653 ----
              __atomic_store_n (i, 0, memory_order_consume);
            }
  
!      `-Winvalid-memory-model' is enabled by default.
  
! `-Wmaybe-uninitialized'
       For an automatic variable, if there exists a path from the function
       entry to a use of the variable that is initialized, but there exist
       some other paths for which the variable is not initialized, the
!      compiler emits a warning if it cannot prove the uninitialized
!      paths are not executed at run time. These warnings are made
!      optional because GCC is not smart enough to see all the reasons
!      why the code might be correct in spite of appearing to have an
!      error.  Here is one example of how this can happen:
  
            {
              int x;
*************** compiler warns that an unrecognized opti
*** 4630,4708 ****
              foo (x);
            }
  
!      If the value of 'y' is always 1, 2 or 3, then 'x' is always
!      initialized, but GCC doesn't know this.  To suppress the warning,
       you need to provide a default case with assert(0) or similar code.
  
!      This option also warns when a non-volatile automatic variable might
!      be changed by a call to 'longjmp'.  These warnings as well are
!      possible only in optimizing compilation.
  
!      The compiler sees only the calls to 'setjmp'.  It cannot know where
!      'longjmp' will be called; in fact, a signal handler could call it
!      at any point in the code.  As a result, you may get a warning even
!      when there is in fact no problem because 'longjmp' cannot in fact
!      be called at the place that would cause a problem.
  
       Some spurious warnings can be avoided if you declare all the
!      functions you use that never return as 'noreturn'.  *Note Function
       Attributes::.
  
!      This warning is enabled by '-Wall' or '-Wextra'.
  
! '-Wunknown-pragmas'
!      Warn when a '#pragma' directive is encountered that is not
       understood by GCC.  If this command-line option is used, warnings
       are even issued for unknown pragmas in system header files.  This
!      is not the case if the warnings are only enabled by the '-Wall'
       command-line option.
  
! '-Wno-pragmas'
       Do not warn about misuses of pragmas, such as incorrect parameters,
       invalid syntax, or conflicts between pragmas.  See also
!      '-Wunknown-pragmas'.
  
! '-Wstrict-aliasing'
!      This option is only active when '-fstrict-aliasing' is active.  It
       warns about code that might break the strict aliasing rules that
!      the compiler is using for optimization.  The warning does not catch
!      all cases, but does attempt to catch the more common pitfalls.  It
!      is included in '-Wall'.  It is equivalent to '-Wstrict-aliasing=3'
  
! '-Wstrict-aliasing=n'
!      This option is only active when '-fstrict-aliasing' is active.  It
       warns about code that might break the strict aliasing rules that
       the compiler is using for optimization.  Higher levels correspond
       to higher accuracy (fewer false positives).  Higher levels also
!      correspond to more effort, similar to the way '-O' works.
!      '-Wstrict-aliasing' is equivalent to '-Wstrict-aliasing=3'.
  
       Level 1: Most aggressive, quick, least accurate.  Possibly useful
!      when higher levels do not warn but '-fstrict-aliasing' still breaks
!      the code, as it has very few false negatives.  However, it has many
!      false positives.  Warns for all pointer conversions between
!      possibly incompatible types, even if never dereferenced.  Runs in
!      the front end only.
  
       Level 2: Aggressive, quick, not too precise.  May still have many
       false positives (not as many as level 1 though), and few false
       negatives (but possibly more than level 1).  Unlike level 1, it
!      only warns when an address is taken.  Warns about incomplete types.
!      Runs in the front end only.
  
!      Level 3 (default for '-Wstrict-aliasing'): Should have very few
       false positives and few false negatives.  Slightly slower than
       levels 1 or 2 when optimization is enabled.  Takes care of the
       common pun+dereference pattern in the front end:
!      '*(int*)&some_float'.  If optimization is enabled, it also runs in
       the back end, where it deals with multiple statement cases using
       flow-sensitive points-to information.  Only warns when the
       converted pointer is dereferenced.  Does not warn about incomplete
       types.
  
! '-Wstrict-overflow'
! '-Wstrict-overflow=N'
!      This option is only active when '-fstrict-overflow' is active.  It
       warns about cases where the compiler optimizes based on the
       assumption that signed overflow does not occur.  Note that it does
       not warn about all cases where the code might overflow: it only
--- 4662,4741 ----
              foo (x);
            }
  
!      If the value of `y' is always 1, 2 or 3, then `x' is always
!      initialized, but GCC doesn't know this. To suppress the warning,
       you need to provide a default case with assert(0) or similar code.
  
!      This option also warns when a non-volatile automatic variable
!      might be changed by a call to `longjmp'.  These warnings as well
!      are possible only in optimizing compilation.
  
!      The compiler sees only the calls to `setjmp'.  It cannot know
!      where `longjmp' will be called; in fact, a signal handler could
!      call it at any point in the code.  As a result, you may get a
!      warning even when there is in fact no problem because `longjmp'
!      cannot in fact be called at the place that would cause a problem.
  
       Some spurious warnings can be avoided if you declare all the
!      functions you use that never return as `noreturn'.  *Note Function
       Attributes::.
  
!      This warning is enabled by `-Wall' or `-Wextra'.
  
! `-Wunknown-pragmas'
!      Warn when a `#pragma' directive is encountered that is not
       understood by GCC.  If this command-line option is used, warnings
       are even issued for unknown pragmas in system header files.  This
!      is not the case if the warnings are only enabled by the `-Wall'
       command-line option.
  
! `-Wno-pragmas'
       Do not warn about misuses of pragmas, such as incorrect parameters,
       invalid syntax, or conflicts between pragmas.  See also
!      `-Wunknown-pragmas'.
  
! `-Wstrict-aliasing'
!      This option is only active when `-fstrict-aliasing' is active.  It
       warns about code that might break the strict aliasing rules that
!      the compiler is using for optimization.  The warning does not
!      catch all cases, but does attempt to catch the more common
!      pitfalls.  It is included in `-Wall'.  It is equivalent to
!      `-Wstrict-aliasing=3'
  
! `-Wstrict-aliasing=n'
!      This option is only active when `-fstrict-aliasing' is active.  It
       warns about code that might break the strict aliasing rules that
       the compiler is using for optimization.  Higher levels correspond
       to higher accuracy (fewer false positives).  Higher levels also
!      correspond to more effort, similar to the way `-O' works.
!      `-Wstrict-aliasing' is equivalent to `-Wstrict-aliasing=3'.
  
       Level 1: Most aggressive, quick, least accurate.  Possibly useful
!      when higher levels do not warn but `-fstrict-aliasing' still
!      breaks the code, as it has very few false negatives.  However, it
!      has many false positives.  Warns for all pointer conversions
!      between possibly incompatible types, even if never dereferenced.
!      Runs in the front end only.
  
       Level 2: Aggressive, quick, not too precise.  May still have many
       false positives (not as many as level 1 though), and few false
       negatives (but possibly more than level 1).  Unlike level 1, it
!      only warns when an address is taken.  Warns about incomplete
!      types.  Runs in the front end only.
  
!      Level 3 (default for `-Wstrict-aliasing'): Should have very few
       false positives and few false negatives.  Slightly slower than
       levels 1 or 2 when optimization is enabled.  Takes care of the
       common pun+dereference pattern in the front end:
!      `*(int*)&some_float'.  If optimization is enabled, it also runs in
       the back end, where it deals with multiple statement cases using
       flow-sensitive points-to information.  Only warns when the
       converted pointer is dereferenced.  Does not warn about incomplete
       types.
  
! `-Wstrict-overflow'
! `-Wstrict-overflow=N'
!      This option is only active when `-fstrict-overflow' is active.  It
       warns about cases where the compiler optimizes based on the
       assumption that signed overflow does not occur.  Note that it does
       not warn about all cases where the code might overflow: it only
*************** compiler warns that an unrecognized opti
*** 4719,4776 ****
       loop requires, in particular when determining whether a loop will
       be executed at all.
  
!      '-Wstrict-overflow=1'
!           Warn about cases that are both questionable and easy to avoid.
!           For example, with '-fstrict-overflow', the compiler simplifies
!           'x + 1 > x' to '1'.  This level of '-Wstrict-overflow' is
!           enabled by '-Wall'; higher levels are not, and must be
!           explicitly requested.
  
!      '-Wstrict-overflow=2'
            Also warn about other cases where a comparison is simplified
!           to a constant.  For example: 'abs (x) >= 0'.  This can only be
!           simplified when '-fstrict-overflow' is in effect, because 'abs
!           (INT_MIN)' overflows to 'INT_MIN', which is less than zero.
!           '-Wstrict-overflow' (with no level) is the same as
!           '-Wstrict-overflow=2'.
  
!      '-Wstrict-overflow=3'
            Also warn about other cases where a comparison is simplified.
!           For example: 'x + 1 > 1' is simplified to 'x > 0'.
  
!      '-Wstrict-overflow=4'
!           Also warn about other simplifications not covered by the above
!           cases.  For example: '(x * 10) / 5' is simplified to 'x * 2'.
  
!      '-Wstrict-overflow=5'
!           Also warn about cases where the compiler reduces the magnitude
!           of a constant involved in a comparison.  For example: 'x + 2 >
!           y' is simplified to 'x + 1 >= y'.  This is reported only at
!           the highest warning level because this simplification applies
!           to many comparisons, so this warning level gives a very large
!           number of false positives.
  
! '-Wstringop-overflow'
! '-Wstringop-overflow=TYPE'
!      Warn for calls to string manipulation functions such as 'memcpy'
!      and 'strcpy' that are determined to overflow the destination
       buffer.  The optional argument is one greater than the type of
       Object Size Checking to perform to determine the size of the
       destination.  *Note Object Size Checking::.  The argument is
       meaningful only for functions that operate on character arrays but
!      not for raw memory functions like 'memcpy' which always make use of
!      Object Size type-0.  The option also warns for calls that specify a
!      size in excess of the largest possible object or at most 'SIZE_MAX
!      / 2' bytes.  The option produces the best results with optimization
!      enabled but can detect a small subset of simple buffer overflows
!      even without optimization in calls to the GCC built-in functions
!      like '__builtin_memcpy' that correspond to the standard functions.
!      In any case, the option warns about just a subset of buffer
!      overflows detected by the corresponding overflow checking
!      built-ins.  For example, the option will issue a warning for the
!      'strcpy' call below because it copies at least 5 characters (the
!      string '"blue"' including the terminating NUL) into the buffer of
!      size 4.
  
            enum Color { blue, purple, yellow };
            const char* f (enum Color clr)
--- 4752,4810 ----
       loop requires, in particular when determining whether a loop will
       be executed at all.
  
!     `-Wstrict-overflow=1'
!           Warn about cases that are both questionable and easy to
!           avoid.  For example,  with `-fstrict-overflow', the compiler
!           simplifies `x + 1 > x' to `1'.  This level of
!           `-Wstrict-overflow' is enabled by `-Wall'; higher levels are
!           not, and must be explicitly requested.
  
!     `-Wstrict-overflow=2'
            Also warn about other cases where a comparison is simplified
!           to a constant.  For example: `abs (x) >= 0'.  This can only be
!           simplified when `-fstrict-overflow' is in effect, because
!           `abs (INT_MIN)' overflows to `INT_MIN', which is less than
!           zero.  `-Wstrict-overflow' (with no level) is the same as
!           `-Wstrict-overflow=2'.
  
!     `-Wstrict-overflow=3'
            Also warn about other cases where a comparison is simplified.
!           For example: `x + 1 > 1' is simplified to `x > 0'.
  
!     `-Wstrict-overflow=4'
!           Also warn about other simplifications not covered by the
!           above cases.  For example: `(x * 10) / 5' is simplified to `x
!           * 2'.
  
!     `-Wstrict-overflow=5'
!           Also warn about cases where the compiler reduces the
!           magnitude of a constant involved in a comparison.  For
!           example: `x + 2 > y' is simplified to `x + 1 >= y'.  This is
!           reported only at the highest warning level because this
!           simplification applies to many comparisons, so this warning
!           level gives a very large number of false positives.
  
! `-Wstringop-overflow'
! `-Wstringop-overflow=TYPE'
!      Warn for calls to string manipulation functions such as `memcpy'
!      and `strcpy' that are determined to overflow the destination
       buffer.  The optional argument is one greater than the type of
       Object Size Checking to perform to determine the size of the
       destination.  *Note Object Size Checking::.  The argument is
       meaningful only for functions that operate on character arrays but
!      not for raw memory functions like `memcpy' which always make use
!      of Object Size type-0.  The option also warns for calls that
!      specify a size in excess of the largest possible object or at most
!      `SIZE_MAX / 2' bytes.  The option produces the best results with
!      optimization enabled but can detect a small subset of simple
!      buffer overflows even without optimization in calls to the GCC
!      built-in functions like `__builtin_memcpy' that correspond to the
!      standard functions.  In any case, the option warns about just a
!      subset of buffer overflows detected by the corresponding overflow
!      checking built-ins.  For example, the option will issue a warning
!      for the `strcpy' call below because it copies at least 5 characters
!      (the string `"blue"' including the terminating NUL) into the buffer
!      of size 4.
  
            enum Color { blue, purple, yellow };
            const char* f (enum Color clr)
*************** compiler warns that an unrecognized opti
*** 4787,4797 ****
              return strcpy (buf, str);   // warning here
            }
  
!      Option '-Wstringop-overflow=2' is enabled by default.
  
!      '-Wstringop-overflow'
!      '-Wstringop-overflow=1'
!           The '-Wstringop-overflow=1' option uses type-zero Object Size
            Checking to determine the sizes of destination objects.  This
            is the default setting of the option.  At this setting the
            option will not warn for writes past the end of subobjects of
--- 4821,4832 ----
              return strcpy (buf, str);   // warning here
            }
  
!      Option `-Wstringop-overflow=2' is enabled by default.
  
!     `-Wstringop-overflow'
! 
!     `-Wstringop-overflow=1'
!           The `-Wstringop-overflow=1' option uses type-zero Object Size
            Checking to determine the sizes of destination objects.  This
            is the default setting of the option.  At this setting the
            option will not warn for writes past the end of subobjects of
*************** compiler warns that an unrecognized opti
*** 4800,4928 ****
            be one of several objects it is assumed to be the largest one
            of them.  On Linux systems, when optimization is enabled at
            this setting the option warns for the same code as when the
!           '_FORTIFY_SOURCE' macro is defined to a non-zero value.
  
!      '-Wstringop-overflow=2'
!           The '-Wstringop-overflow=2' option uses type-one Object Size
            Checking to determine the sizes of destination objects.  At
!           this setting the option will warn about overflows when writing
!           to members of the largest complete objects whose exact size is
!           known.  It will, however, not warn for excessive writes to the
!           same members of unknown objects referenced by pointers since
!           they may point to arrays containing unknown numbers of
!           elements.
  
!      '-Wstringop-overflow=3'
!           The '-Wstringop-overflow=3' option uses type-two Object Size
            Checking to determine the sizes of destination objects.  At
            this setting the option warns about overflowing the smallest
            object or data member.  This is the most restrictive setting
            of the option that may result in warnings for safe code.
  
!      '-Wstringop-overflow=4'
!           The '-Wstringop-overflow=4' option uses type-three Object Size
!           Checking to determine the sizes of destination objects.  At
!           this setting the option will warn about overflowing any data
!           members, and when the destination is one of several objects it
!           uses the size of the largest of them to decide whether to
!           issue a warning.  Similarly to '-Wstringop-overflow=3' this
!           setting of the option may result in warnings for benign code.
  
! '-Wsuggest-attribute=[pure|const|noreturn|format]'
!      Warn for cases where adding an attribute may be beneficial.  The
       attributes currently supported are listed below.
  
!      '-Wsuggest-attribute=pure'
!      '-Wsuggest-attribute=const'
!      '-Wsuggest-attribute=noreturn'
! 
            Warn about functions that might be candidates for attributes
!           'pure', 'const' or 'noreturn'.  The compiler only warns for
            functions visible in other compilation units or (in the case
!           of 'pure' and 'const') if it cannot prove that the function
!           returns normally.  A function returns normally if it doesn't
            contain an infinite loop or return abnormally by throwing,
!           calling 'abort' or trapping.  This analysis requires option
!           '-fipa-pure-const', which is enabled by default at '-O' and
            higher.  Higher optimization levels improve the accuracy of
            the analysis.
  
!      '-Wsuggest-attribute=format'
!      '-Wmissing-format-attribute'
! 
            Warn about function pointers that might be candidates for
!           'format' attributes.  Note these are only possible candidates,
!           not absolute ones.  GCC guesses that function pointers with
!           'format' attributes that are used in assignment,
!           initialization, parameter passing or return statements should
!           have a corresponding 'format' attribute in the resulting type.
!           I.e. the left-hand side of the assignment or initialization,
!           the type of the parameter variable, or the return type of the
!           containing function respectively should also have a 'format'
!           attribute to avoid the warning.
  
            GCC also warns about function definitions that might be
!           candidates for 'format' attributes.  Again, these are only
!           possible candidates.  GCC guesses that 'format' attributes
            might be appropriate for any function that calls a function
!           like 'vprintf' or 'vscanf', but this might not always be the
!           case, and some functions for which 'format' attributes are
            appropriate may not be detected.
  
! '-Wsuggest-final-types'
       Warn about types with virtual methods where code quality would be
!      improved if the type were declared with the C++11 'final'
       specifier, or, if possible, declared in an anonymous namespace.
       This allows GCC to more aggressively devirtualize the polymorphic
!      calls.  This warning is more effective with link time optimization,
       where the information about the class hierarchy graph is more
       complete.
  
! '-Wsuggest-final-methods'
       Warn about virtual methods where code quality would be improved if
!      the method were declared with the C++11 'final' specifier, or, if
       possible, its type were declared in an anonymous namespace or with
!      the 'final' specifier.  This warning is more effective with
       link-time optimization, where the information about the class
!      hierarchy graph is more complete.  It is recommended to first
!      consider suggestions of '-Wsuggest-final-types' and then rebuild
       with new annotations.
  
! '-Wsuggest-override'
       Warn about overriding virtual functions that are not marked with
       the override keyword.
  
! '-Walloc-zero'
       Warn about calls to allocation functions decorated with attribute
!      'alloc_size' that specify zero bytes, including those to the
!      built-in forms of the functions 'aligned_alloc', 'alloca',
!      'calloc', 'malloc', and 'realloc'.  Because the behavior of these
       functions when called with a zero size differs among
!      implementations (and in the case of 'realloc' has been deprecated)
       relying on it may result in subtle portability bugs and should be
       avoided.
  
! '-Walloc-size-larger-than=N'
!      Warn about calls to functions decorated with attribute 'alloc_size'
       that attempt to allocate objects larger than the specified number
!      of bytes, or where the result of the size computation in an integer
!      type with infinite precision would exceed 'SIZE_MAX / 2'.  The
!      option argument N may end in one of the standard suffixes
!      designating a multiple of bytes such as 'kB' and 'KiB' for kilobyte
!      and kibibyte, respectively, 'MB' and 'MiB' for megabyte and
!      mebibyte, and so on.  *Note Function Attributes::.
  
! '-Walloca'
!      This option warns on all uses of 'alloca' in the source.
  
! '-Walloca-larger-than=N'
!      This option warns on calls to 'alloca' that are not bounded by a
       controlling predicate limiting its argument of integer type to at
!      most N bytes, or calls to 'alloca' where the bound is unknown.
       Arguments of non-integer types are considered unbounded even if
       they appear to be constrained to the expected range.
  
!      For example, a bounded case of 'alloca' could be:
  
            void func (size_t n)
            {
--- 4835,4963 ----
            be one of several objects it is assumed to be the largest one
            of them.  On Linux systems, when optimization is enabled at
            this setting the option warns for the same code as when the
!           `_FORTIFY_SOURCE' macro is defined to a non-zero value.
  
!     `-Wstringop-overflow=2'
!           The `-Wstringop-overflow=2' option uses type-one Object Size
            Checking to determine the sizes of destination objects.  At
!           this setting the option will warn about overflows when
!           writing to members of the largest complete objects whose
!           exact size is known.  It will, however, not warn for excessive
!           writes to the same members of unknown objects referenced by
!           pointers since they may point to arrays containing unknown
!           numbers of elements.
  
!     `-Wstringop-overflow=3'
!           The `-Wstringop-overflow=3' option uses type-two Object Size
            Checking to determine the sizes of destination objects.  At
            this setting the option warns about overflowing the smallest
            object or data member.  This is the most restrictive setting
            of the option that may result in warnings for safe code.
  
!     `-Wstringop-overflow=4'
!           The `-Wstringop-overflow=4' option uses type-three Object
!           Size Checking to determine the sizes of destination objects.
!           At this setting the option will warn about overflowing any
!           data members, and when the destination is one of several
!           objects it uses the size of the largest of them to decide
!           whether to issue a warning.  Similarly to
!           `-Wstringop-overflow=3' this setting of the option may result
!           in warnings for benign code.
  
! `-Wsuggest-attribute=[pure|const|noreturn|format]'
!      Warn for cases where adding an attribute may be beneficial. The
       attributes currently supported are listed below.
  
!     `-Wsuggest-attribute=pure'
!     `-Wsuggest-attribute=const'
!     `-Wsuggest-attribute=noreturn'
            Warn about functions that might be candidates for attributes
!           `pure', `const' or `noreturn'.  The compiler only warns for
            functions visible in other compilation units or (in the case
!           of `pure' and `const') if it cannot prove that the function
!           returns normally. A function returns normally if it doesn't
            contain an infinite loop or return abnormally by throwing,
!           calling `abort' or trapping.  This analysis requires option
!           `-fipa-pure-const', which is enabled by default at `-O' and
            higher.  Higher optimization levels improve the accuracy of
            the analysis.
  
!     `-Wsuggest-attribute=format'
!     `-Wmissing-format-attribute'
            Warn about function pointers that might be candidates for
!           `format' attributes.  Note these are only possible
!           candidates, not absolute ones.  GCC guesses that function
!           pointers with `format' attributes that are used in
!           assignment, initialization, parameter passing or return
!           statements should have a corresponding `format' attribute in
!           the resulting type.  I.e. the left-hand side of the
!           assignment or initialization, the type of the parameter
!           variable, or the return type of the containing function
!           respectively should also have a `format' attribute to avoid
!           the warning.
  
            GCC also warns about function definitions that might be
!           candidates for `format' attributes.  Again, these are only
!           possible candidates.  GCC guesses that `format' attributes
            might be appropriate for any function that calls a function
!           like `vprintf' or `vscanf', but this might not always be the
!           case, and some functions for which `format' attributes are
            appropriate may not be detected.
  
! `-Wsuggest-final-types'
       Warn about types with virtual methods where code quality would be
!      improved if the type were declared with the C++11 `final'
       specifier, or, if possible, declared in an anonymous namespace.
       This allows GCC to more aggressively devirtualize the polymorphic
!      calls. This warning is more effective with link time optimization,
       where the information about the class hierarchy graph is more
       complete.
  
! `-Wsuggest-final-methods'
       Warn about virtual methods where code quality would be improved if
!      the method were declared with the C++11 `final' specifier, or, if
       possible, its type were declared in an anonymous namespace or with
!      the `final' specifier.  This warning is more effective with
       link-time optimization, where the information about the class
!      hierarchy graph is more complete. It is recommended to first
!      consider suggestions of `-Wsuggest-final-types' and then rebuild
       with new annotations.
  
! `-Wsuggest-override'
       Warn about overriding virtual functions that are not marked with
       the override keyword.
  
! `-Walloc-zero'
       Warn about calls to allocation functions decorated with attribute
!      `alloc_size' that specify zero bytes, including those to the
!      built-in forms of the functions `aligned_alloc', `alloca',
!      `calloc', `malloc', and `realloc'.  Because the behavior of these
       functions when called with a zero size differs among
!      implementations (and in the case of `realloc' has been deprecated)
       relying on it may result in subtle portability bugs and should be
       avoided.
  
! `-Walloc-size-larger-than=N'
!      Warn about calls to functions decorated with attribute `alloc_size'
       that attempt to allocate objects larger than the specified number
!      of bytes, or where the result of the size computation in an
!      integer type with infinite precision would exceed `SIZE_MAX / 2'.
!      The option argument N may end in one of the standard suffixes
!      designating a multiple of bytes such as `kB' and `KiB' for
!      kilobyte and kibibyte, respectively, `MB' and `MiB' for megabyte
!      and mebibyte, and so on.  *Note Function Attributes::.
  
! `-Walloca'
!      This option warns on all uses of `alloca' in the source.
  
! `-Walloca-larger-than=N'
!      This option warns on calls to `alloca' that are not bounded by a
       controlling predicate limiting its argument of integer type to at
!      most N bytes, or calls to `alloca' where the bound is unknown.
       Arguments of non-integer types are considered unbounded even if
       they appear to be constrained to the expected range.
  
!      For example, a bounded case of `alloca' could be:
  
            void func (size_t n)
            {
*************** compiler warns that an unrecognized opti
*** 4934,4945 ****
              f (p);
            }
  
!      In the above example, passing '-Walloca-larger-than=1000' would not
!      issue a warning because the call to 'alloca' is known to be at most
!      1000 bytes.  However, if '-Walloca-larger-than=500' were passed,
       the compiler would emit a warning.
  
!      Unbounded uses, on the other hand, are uses of 'alloca' with no
       controlling predicate constraining its integer argument.  For
       example:
  
--- 4969,4980 ----
              f (p);
            }
  
!      In the above example, passing `-Walloca-larger-than=1000' would not
!      issue a warning because the call to `alloca' is known to be at most
!      1000 bytes.  However, if `-Walloca-larger-than=500' were passed,
       the compiler would emit a warning.
  
!      Unbounded uses, on the other hand, are uses of `alloca' with no
       controlling predicate constraining its integer argument.  For
       example:
  
*************** compiler warns that an unrecognized opti
*** 4949,4955 ****
              f (p);
            }
  
!      If '-Walloca-larger-than=500' were passed, the above would trigger
       a warning, but this time because of the lack of bounds checking.
  
       Note, that even seemingly correct code involving signed integers
--- 4984,4990 ----
              f (p);
            }
  
!      If `-Walloca-larger-than=500' were passed, the above would trigger
       a warning, but this time because of the lack of bounds checking.
  
       Note, that even seemingly correct code involving signed integers
*************** compiler warns that an unrecognized opti
*** 4965,5016 ****
            }
  
       In the above example, N could be negative, causing a larger than
!      expected argument to be implicitly cast into the 'alloca' call.
  
!      This option also warns when 'alloca' is used in a loop.
  
!      This warning is not enabled by '-Wall', and is only active when
!      '-ftree-vrp' is active (default for '-O2' and above).
  
!      See also '-Wvla-larger-than=N'.
  
! '-Warray-bounds'
! '-Warray-bounds=N'
!      This option is only active when '-ftree-vrp' is active (default for
!      '-O2' and above).  It warns about subscripts to arrays that are
!      always out of bounds.  This warning is enabled by '-Wall'.
  
!      '-Warray-bounds=1'
!           This is the warning level of '-Warray-bounds' and is enabled
!           by '-Wall'; higher levels are not, and must be explicitly
            requested.
  
!      '-Warray-bounds=2'
            This warning level also warns about out of bounds access for
            arrays at the end of a struct and for arrays accessed through
!           pointers.  This warning level may give a larger number of
            false positives and is deactivated by default.
  
! '-Wbool-compare'
       Warn about boolean expression compared with an integer value
!      different from 'true'/'false'.  For instance, the following
       comparison is always false:
            int n = 5;
            ...
            if ((n > 1) == 2) { ... }
!      This warning is enabled by '-Wall'.
  
! '-Wbool-operation'
       Warn about suspicious operations on expressions of a boolean type.
!      For instance, bitwise negation of a boolean is very likely a bug in
!      the program.  For C, this warning also warns about incrementing or
!      decrementing a boolean, which rarely makes sense.  (In C++,
       decrementing a boolean is always invalid.  Incrementing a boolean
       is invalid in C++1z, and deprecated otherwise.)
  
!      This warning is enabled by '-Wall'.
  
! '-Wduplicated-branches'
       Warn when an if-else has identical branches.  This warning detects
       cases like
            if (p != NULL)
--- 5000,5051 ----
            }
  
       In the above example, N could be negative, causing a larger than
!      expected argument to be implicitly cast into the `alloca' call.
  
!      This option also warns when `alloca' is used in a loop.
  
!      This warning is not enabled by `-Wall', and is only active when
!      `-ftree-vrp' is active (default for `-O2' and above).
  
!      See also `-Wvla-larger-than=N'.
  
! `-Warray-bounds'
! `-Warray-bounds=N'
!      This option is only active when `-ftree-vrp' is active (default
!      for `-O2' and above). It warns about subscripts to arrays that are
!      always out of bounds. This warning is enabled by `-Wall'.
  
!     `-Warray-bounds=1'
!           This is the warning level of `-Warray-bounds' and is enabled
!           by `-Wall'; higher levels are not, and must be explicitly
            requested.
  
!     `-Warray-bounds=2'
            This warning level also warns about out of bounds access for
            arrays at the end of a struct and for arrays accessed through
!           pointers. This warning level may give a larger number of
            false positives and is deactivated by default.
  
! `-Wbool-compare'
       Warn about boolean expression compared with an integer value
!      different from `true'/`false'.  For instance, the following
       comparison is always false:
            int n = 5;
            ...
            if ((n > 1) == 2) { ... }
!      This warning is enabled by `-Wall'.
  
! `-Wbool-operation'
       Warn about suspicious operations on expressions of a boolean type.
!      For instance, bitwise negation of a boolean is very likely a bug
!      in the program.  For C, this warning also warns about incrementing
!      or decrementing a boolean, which rarely makes sense.  (In C++,
       decrementing a boolean is always invalid.  Incrementing a boolean
       is invalid in C++1z, and deprecated otherwise.)
  
!      This warning is enabled by `-Wall'.
  
! `-Wduplicated-branches'
       Warn when an if-else has identical branches.  This warning detects
       cases like
            if (p != NULL)
*************** compiler warns that an unrecognized opti
*** 5021,5087 ****
       This warning also warn for conditional operators:
              int i = x ? *p : *p;
  
! '-Wduplicated-cond'
       Warn about duplicated conditions in an if-else-if chain.  For
       instance, warn for the following code:
            if (p->q != NULL) { ... }
            else if (p->q != NULL) { ... }
  
! '-Wframe-address'
!      Warn when the '__builtin_frame_address' or
!      '__builtin_return_address' is called with an argument greater than
       0.  Such calls may return indeterminate values or crash the
!      program.  The warning is included in '-Wall'.
  
! '-Wno-discarded-qualifiers (C and Objective-C only)'
       Do not warn if type qualifiers on pointers are being discarded.
!      Typically, the compiler warns if a 'const char *' variable is
!      passed to a function that takes a 'char *' parameter.  This option
       can be used to suppress such a warning.
  
! '-Wno-discarded-array-qualifiers (C and Objective-C only)'
       Do not warn if type qualifiers on arrays which are pointer targets
!      are being discarded.  Typically, the compiler warns if a 'const int
!      (*)[]' variable is passed to a function that takes a 'int (*)[]'
       parameter.  This option can be used to suppress such a warning.
  
! '-Wno-incompatible-pointer-types (C and Objective-C only)'
       Do not warn when there is a conversion between pointers that have
       incompatible types.  This warning is for cases not covered by
!      '-Wno-pointer-sign', which warns for pointer argument passing or
       assignment with different signedness.
  
! '-Wno-int-conversion (C and Objective-C only)'
       Do not warn about incompatible integer to pointer and pointer to
       integer conversions.  This warning is about implicit conversions;
!      for explicit conversions the warnings '-Wno-int-to-pointer-cast'
!      and '-Wno-pointer-to-int-cast' may be used.
  
! '-Wno-div-by-zero'
       Do not warn about compile-time integer division by zero.
!      Floating-point division by zero is not warned about, as it can be a
!      legitimate way of obtaining infinities and NaNs.
  
! '-Wsystem-headers'
       Print warning messages for constructs found in system header files.
       Warnings from system headers are normally suppressed, on the
       assumption that they usually do not indicate real problems and
       would only make the compiler output harder to read.  Using this
       command-line option tells GCC to emit warnings from system headers
!      as if they occurred in user code.  However, note that using '-Wall'
!      in conjunction with this option does _not_ warn about unknown
!      pragmas in system headers--for that, '-Wunknown-pragmas' must also
!      be used.
  
! '-Wtautological-compare'
       Warn if a self-comparison always evaluates to true or false.  This
       warning detects various mistakes such as:
            int i = 1;
            ...
            if (i > i) { ... }
!      This warning is enabled by '-Wall'.
  
! '-Wtrampolines'
       Warn about trampolines generated for pointers to nested functions.
       A trampoline is a small piece of data or code that is created at
       run time on the stack when the address of a nested function is
--- 5056,5122 ----
       This warning also warn for conditional operators:
              int i = x ? *p : *p;
  
! `-Wduplicated-cond'
       Warn about duplicated conditions in an if-else-if chain.  For
       instance, warn for the following code:
            if (p->q != NULL) { ... }
            else if (p->q != NULL) { ... }
  
! `-Wframe-address'
!      Warn when the `__builtin_frame_address' or
!      `__builtin_return_address' is called with an argument greater than
       0.  Such calls may return indeterminate values or crash the
!      program.  The warning is included in `-Wall'.
  
! `-Wno-discarded-qualifiers (C and Objective-C only)'
       Do not warn if type qualifiers on pointers are being discarded.
!      Typically, the compiler warns if a `const char *' variable is
!      passed to a function that takes a `char *' parameter.  This option
       can be used to suppress such a warning.
  
! `-Wno-discarded-array-qualifiers (C and Objective-C only)'
       Do not warn if type qualifiers on arrays which are pointer targets
!      are being discarded. Typically, the compiler warns if a `const int
!      (*)[]' variable is passed to a function that takes a `int (*)[]'
       parameter.  This option can be used to suppress such a warning.
  
! `-Wno-incompatible-pointer-types (C and Objective-C only)'
       Do not warn when there is a conversion between pointers that have
       incompatible types.  This warning is for cases not covered by
!      `-Wno-pointer-sign', which warns for pointer argument passing or
       assignment with different signedness.
  
! `-Wno-int-conversion (C and Objective-C only)'
       Do not warn about incompatible integer to pointer and pointer to
       integer conversions.  This warning is about implicit conversions;
!      for explicit conversions the warnings `-Wno-int-to-pointer-cast'
!      and `-Wno-pointer-to-int-cast' may be used.
  
! `-Wno-div-by-zero'
       Do not warn about compile-time integer division by zero.
!      Floating-point division by zero is not warned about, as it can be
!      a legitimate way of obtaining infinities and NaNs.
  
! `-Wsystem-headers'
       Print warning messages for constructs found in system header files.
       Warnings from system headers are normally suppressed, on the
       assumption that they usually do not indicate real problems and
       would only make the compiler output harder to read.  Using this
       command-line option tells GCC to emit warnings from system headers
!      as if they occurred in user code.  However, note that using
!      `-Wall' in conjunction with this option does _not_ warn about
!      unknown pragmas in system headers--for that, `-Wunknown-pragmas'
!      must also be used.
  
! `-Wtautological-compare'
       Warn if a self-comparison always evaluates to true or false.  This
       warning detects various mistakes such as:
            int i = 1;
            ...
            if (i > i) { ... }
!      This warning is enabled by `-Wall'.
  
! `-Wtrampolines'
       Warn about trampolines generated for pointers to nested functions.
       A trampoline is a small piece of data or code that is created at
       run time on the stack when the address of a nested function is
*************** compiler warns that an unrecognized opti
*** 5091,5097 ****
       and thus requires the stack to be made executable in order for the
       program to work properly.
  
! '-Wfloat-equal'
       Warn if floating-point values are used in equality comparisons.
  
       The idea behind this is that sometimes it is convenient (for the
--- 5126,5132 ----
       and thus requires the stack to be made executable in order for the
       program to work properly.
  
! `-Wfloat-equal'
       Warn if floating-point values are used in equality comparisons.
  
       The idea behind this is that sometimes it is convenient (for the
*************** compiler warns that an unrecognized opti
*** 5100,5112 ****
       need to compute (by analyzing the code, or in some other way) the
       maximum or likely maximum error that the computation introduces,
       and allow for it when performing comparisons (and when producing
!      output, but that's a different problem).  In particular, instead of
!      testing for equality, you should check to see whether the two
       values have ranges that overlap; and this is done with the
       relational operators, so equality comparisons are probably
       mistaken.
  
! '-Wtraditional (C and Objective-C only)'
       Warn about certain constructs that behave differently in
       traditional and ISO C.  Also warn about ISO C constructs that have
       no traditional C equivalent, and/or problematic constructs that
--- 5135,5147 ----
       need to compute (by analyzing the code, or in some other way) the
       maximum or likely maximum error that the computation introduces,
       and allow for it when performing comparisons (and when producing
!      output, but that's a different problem).  In particular, instead
!      of testing for equality, you should check to see whether the two
       values have ranges that overlap; and this is done with the
       relational operators, so equality comparisons are probably
       mistaken.
  
! `-Wtraditional (C and Objective-C only)'
       Warn about certain constructs that behave differently in
       traditional and ISO C.  Also warn about ISO C constructs that have
       no traditional C equivalent, and/or problematic constructs that
*************** compiler warns that an unrecognized opti
*** 5118,5151 ****
  
          * In traditional C, some preprocessor directives did not exist.
            Traditional preprocessors only considered a line to be a
!           directive if the '#' appeared in column 1 on the line.
!           Therefore '-Wtraditional' warns about directives that
!           traditional C understands but ignores because the '#' does not
!           appear as the first character on the line.  It also suggests
!           you hide directives like '#pragma' not understood by
            traditional C by indenting them.  Some traditional
!           implementations do not recognize '#elif', so this option
            suggests avoiding it altogether.
  
          * A function-like macro that appears without arguments.
  
          * The unary plus operator.
  
!         * The 'U' integer constant suffix, or the 'F' or 'L'
!           floating-point constant suffixes.  (Traditional C does support
!           the 'L' suffix on integer constants.)  Note, these suffixes
!           appear in macros defined in the system headers of most modern
!           systems, e.g. the '_MIN'/'_MAX' macros in '<limits.h>'.  Use
!           of these macros in user code might normally lead to spurious
!           warnings, however GCC's integrated preprocessor has enough
!           context to avoid warning in these cases.
  
          * A function declared external in one block and then used after
            the end of the block.
  
!         * A 'switch' statement has an operand of type 'long'.
  
!         * A non-'static' function declaration follows a 'static' one.
            This construct is not accepted by some traditional C
            compilers.
  
--- 5153,5187 ----
  
          * In traditional C, some preprocessor directives did not exist.
            Traditional preprocessors only considered a line to be a
!           directive if the `#' appeared in column 1 on the line.
!           Therefore `-Wtraditional' warns about directives that
!           traditional C understands but ignores because the `#' does
!           not appear as the first character on the line.  It also
!           suggests you hide directives like `#pragma' not understood by
            traditional C by indenting them.  Some traditional
!           implementations do not recognize `#elif', so this option
            suggests avoiding it altogether.
  
          * A function-like macro that appears without arguments.
  
          * The unary plus operator.
  
!         * The `U' integer constant suffix, or the `F' or `L'
!           floating-point constant suffixes.  (Traditional C does
!           support the `L' suffix on integer constants.)  Note, these
!           suffixes appear in macros defined in the system headers of
!           most modern systems, e.g. the `_MIN'/`_MAX' macros in
!           `<limits.h>'.  Use of these macros in user code might
!           normally lead to spurious warnings, however GCC's integrated
!           preprocessor has enough context to avoid warning in these
!           cases.
  
          * A function declared external in one block and then used after
            the end of the block.
  
!         * A `switch' statement has an operand of type `long'.
  
!         * A non-`static' function declaration follows a `static' one.
            This construct is not accepted by some traditional C
            compilers.
  
*************** compiler warns that an unrecognized opti
*** 5165,5228 ****
          * Initialization of unions.  If the initializer is zero, the
            warning is omitted.  This is done under the assumption that
            the zero initializer in user code appears conditioned on e.g.
!           '__STDC__' to avoid missing initializer warnings and relies on
!           default initialization to zero in the traditional C case.
  
          * Conversions by prototypes between fixed/floating-point values
            and vice versa.  The absence of these prototypes when
!           compiling with traditional C causes serious problems.  This is
!           a subset of the possible conversion warnings; for the full set
!           use '-Wtraditional-conversion'.
  
          * Use of ISO C style function definitions.  This warning
            intentionally is _not_ issued for prototype declarations or
!           variadic functions because these ISO C features appear in your
!           code when using libiberty's traditional C compatibility
!           macros, 'PARAMS' and 'VPARAMS'.  This warning is also bypassed
!           for nested functions because that feature is already a GCC
!           extension and thus not relevant to traditional C
            compatibility.
  
! '-Wtraditional-conversion (C and Objective-C only)'
!      Warn if a prototype causes a type conversion that is different from
!      what would happen to the same argument in the absence of a
       prototype.  This includes conversions of fixed point to floating
!      and vice versa, and conversions changing the width or signedness of
!      a fixed-point argument except when the same as the default
       promotion.
  
! '-Wdeclaration-after-statement (C and Objective-C only)'
       Warn when a declaration is found after a statement in a block.
       This construct, known from C++, was introduced with ISO C99 and is
       by default allowed in GCC.  It is not supported by ISO C90.  *Note
       Mixed Declarations::.
  
! '-Wshadow'
       Warn whenever a local variable or type declaration shadows another
       variable, parameter, type, class member (in C++), or instance
       variable (in Objective-C) or whenever a built-in function is
!      shadowed.  Note that in C++, the compiler warns if a local variable
       shadows an explicit typedef, but not if it shadows a
!      struct/class/enum.  Same as '-Wshadow=global'.
  
! '-Wno-shadow-ivar (Objective-C only)'
       Do not warn whenever a local variable shadows an instance variable
       in an Objective-C method.
  
! '-Wshadow=global'
!      The default for '-Wshadow'.  Warns for any (global) shadowing.
  
! '-Wshadow=local'
       Warn when a local variable shadows another local variable or
!      parameter.  This warning is enabled by '-Wshadow=global'.
  
! '-Wshadow=compatible-local'
       Warn when a local variable shadows another local variable or
       parameter whose type is compatible with that of the shadowing
!      variable.  In C++, type compatibility here means the type of the
       shadowing variable can be converted to that of the shadowed
!      variable.  The creation of this flag (in addition to
!      '-Wshadow=local') is based on the idea that when a local variable
       shadows another one of incompatible type, it is most likely
       intentional, not a bug or typo, as shown in the following example:
  
--- 5201,5264 ----
          * Initialization of unions.  If the initializer is zero, the
            warning is omitted.  This is done under the assumption that
            the zero initializer in user code appears conditioned on e.g.
!           `__STDC__' to avoid missing initializer warnings and relies
!           on default initialization to zero in the traditional C case.
  
          * Conversions by prototypes between fixed/floating-point values
            and vice versa.  The absence of these prototypes when
!           compiling with traditional C causes serious problems.  This
!           is a subset of the possible conversion warnings; for the full
!           set use `-Wtraditional-conversion'.
  
          * Use of ISO C style function definitions.  This warning
            intentionally is _not_ issued for prototype declarations or
!           variadic functions because these ISO C features appear in
!           your code when using libiberty's traditional C compatibility
!           macros, `PARAMS' and `VPARAMS'.  This warning is also
!           bypassed for nested functions because that feature is already
!           a GCC extension and thus not relevant to traditional C
            compatibility.
  
! `-Wtraditional-conversion (C and Objective-C only)'
!      Warn if a prototype causes a type conversion that is different
!      from what would happen to the same argument in the absence of a
       prototype.  This includes conversions of fixed point to floating
!      and vice versa, and conversions changing the width or signedness
!      of a fixed-point argument except when the same as the default
       promotion.
  
! `-Wdeclaration-after-statement (C and Objective-C only)'
       Warn when a declaration is found after a statement in a block.
       This construct, known from C++, was introduced with ISO C99 and is
       by default allowed in GCC.  It is not supported by ISO C90.  *Note
       Mixed Declarations::.
  
! `-Wshadow'
       Warn whenever a local variable or type declaration shadows another
       variable, parameter, type, class member (in C++), or instance
       variable (in Objective-C) or whenever a built-in function is
!      shadowed. Note that in C++, the compiler warns if a local variable
       shadows an explicit typedef, but not if it shadows a
!      struct/class/enum.  Same as `-Wshadow=global'.
  
! `-Wno-shadow-ivar (Objective-C only)'
       Do not warn whenever a local variable shadows an instance variable
       in an Objective-C method.
  
! `-Wshadow=global'
!      The default for `-Wshadow'. Warns for any (global) shadowing.
  
! `-Wshadow=local'
       Warn when a local variable shadows another local variable or
!      parameter.  This warning is enabled by `-Wshadow=global'.
  
! `-Wshadow=compatible-local'
       Warn when a local variable shadows another local variable or
       parameter whose type is compatible with that of the shadowing
!      variable. In C++, type compatibility here means the type of the
       shadowing variable can be converted to that of the shadowed
!      variable. The creation of this flag (in addition to
!      `-Wshadow=local') is based on the idea that when a local variable
       shadows another one of incompatible type, it is most likely
       intentional, not a bug or typo, as shown in the following example:
  
*************** compiler warns that an unrecognized opti
*** 5235,5356 ****
              ...
            }
  
!      Since the two variable 'i' in the example above have incompatible
!      types, enabling only '-Wshadow=compatible-local' will not emit a
       warning.  Because their types are incompatible, if a programmer
       accidentally uses one in place of the other, type checking will
!      catch that and emit an error or warning.  So not warning (about
!      shadowing) in this case will not lead to undetected bugs.  Use of
!      this flag instead of '-Wshadow=local' can possibly reduce the
       number of warnings triggered by intentional shadowing.
  
!      This warning is enabled by '-Wshadow=local'.
  
! '-Wlarger-than=LEN'
       Warn whenever an object of larger than LEN bytes is defined.
  
! '-Wframe-larger-than=LEN'
!      Warn if the size of a function frame is larger than LEN bytes.  The
!      computation done to determine the stack frame size is approximate
!      and not conservative.  The actual requirements may be somewhat
!      greater than LEN even if you do not get a warning.  In addition,
!      any space allocated via 'alloca', variable-length arrays, or
!      related constructs is not included by the compiler when determining
!      whether or not to issue a warning.
  
! '-Wno-free-nonheap-object'
       Do not warn when attempting to free an object that was not
       allocated on the heap.
  
! '-Wstack-usage=LEN'
       Warn if the stack usage of a function might be larger than LEN
       bytes.  The computation done to determine the stack usage is
!      conservative.  Any space allocated via 'alloca', variable-length
       arrays, or related constructs is included by the compiler when
       determining whether or not to issue a warning.
  
!      The message is in keeping with the output of '-fstack-usage'.
  
          * If the stack usage is fully static but exceeds the specified
            amount, it's:
  
                   warning: stack usage is 1120 bytes
          * If the stack usage is (partly) dynamic but bounded, it's:
  
                   warning: stack usage might be 1648 bytes
          * If the stack usage is (partly) dynamic and not bounded, it's:
  
                   warning: stack usage might be unbounded
  
! '-Wunsafe-loop-optimizations'
       Warn if the loop cannot be optimized because the compiler cannot
       assume anything on the bounds of the loop indices.  With
!      '-funsafe-loop-optimizations' warn if the compiler makes such
       assumptions.
  
! '-Wno-pedantic-ms-format (MinGW targets only)'
!      When used in combination with '-Wformat' and '-pedantic' without
       GNU extensions, this option disables the warnings about non-ISO
!      'printf' / 'scanf' format width specifiers 'I32', 'I64', and 'I'
       used on Windows targets, which depend on the MS runtime.
  
! '-Waligned-new'
       Warn about a new-expression of a type that requires greater
!      alignment than the 'alignof(std::max_align_t)' but uses an
!      allocation function without an explicit alignment parameter.  This
!      option is enabled by '-Wall'.
  
       Normally this only warns about global allocation functions, but
!      '-Waligned-new=all' also warns about class member allocation
       functions.
  
! '-Wplacement-new'
! '-Wplacement-new=N'
       Warn about placement new expressions with undefined behavior, such
!      as constructing an object in a buffer that is smaller than the type
!      of the object.  For example, the placement new expression below is
!      diagnosed because it attempts to construct an array of 64 integers
!      in a buffer only 64 bytes large.
            char buf [64];
            new (buf) int[64];
       This warning is enabled by default.
  
!      '-Wplacement-new=1'
!           This is the default warning level of '-Wplacement-new'.  At
            this level the warning is not issued for some strictly
            undefined constructs that GCC allows as extensions for
            compatibility with legacy code.  For example, the following
!           'new' expression is not diagnosed at this level even though it
!           has undefined behavior according to the C++ standard because
!           it writes past the end of the one-element array.
                 struct S { int n, a[1]; };
                 S *s = (S *)malloc (sizeof *s + 31 * sizeof s->a[0]);
                 new (s->a)int [32]();
  
!      '-Wplacement-new=2'
            At this level, in addition to diagnosing all the same
            constructs as at level 1, a diagnostic is also issued for
!           placement new expressions that construct an object in the last
!           member of structure whose type is an array of a single element
!           and whose size is less than the size of the object being
!           constructed.  While the previous example would be diagnosed,
!           the following construct makes use of the flexible member array
!           extension to avoid the warning at level 2.
                 struct S { int n, a[]; };
                 S *s = (S *)malloc (sizeof *s + 32 * sizeof s->a[0]);
                 new (s->a)int [32]();
  
! '-Wpointer-arith'
       Warn about anything that depends on the "size of" a function type
!      or of 'void'.  GNU C assigns these types a size of 1, for
!      convenience in calculations with 'void *' pointers and pointers to
       functions.  In C++, warn also when an arithmetic operation involves
!      'NULL'.  This warning is also enabled by '-Wpedantic'.
  
! '-Wpointer-compare'
!      Warn if a pointer is compared with a zero character constant.  This
!      usually means that the pointer was meant to be dereferenced.  For
!      example:
  
            const char *p = foo ();
            if (p == '\0')
--- 5271,5395 ----
              ...
            }
  
!      Since the two variable `i' in the example above have incompatible
!      types, enabling only `-Wshadow=compatible-local' will not emit a
       warning.  Because their types are incompatible, if a programmer
       accidentally uses one in place of the other, type checking will
!      catch that and emit an error or warning. So not warning (about
!      shadowing) in this case will not lead to undetected bugs. Use of
!      this flag instead of `-Wshadow=local' can possibly reduce the
       number of warnings triggered by intentional shadowing.
  
!      This warning is enabled by `-Wshadow=local'.
  
! `-Wlarger-than=LEN'
       Warn whenever an object of larger than LEN bytes is defined.
  
! `-Wframe-larger-than=LEN'
!      Warn if the size of a function frame is larger than LEN bytes.
!      The computation done to determine the stack frame size is
!      approximate and not conservative.  The actual requirements may be
!      somewhat greater than LEN even if you do not get a warning.  In
!      addition, any space allocated via `alloca', variable-length
!      arrays, or related constructs is not included by the compiler when
!      determining whether or not to issue a warning.
  
! `-Wno-free-nonheap-object'
       Do not warn when attempting to free an object that was not
       allocated on the heap.
  
! `-Wstack-usage=LEN'
       Warn if the stack usage of a function might be larger than LEN
       bytes.  The computation done to determine the stack usage is
!      conservative.  Any space allocated via `alloca', variable-length
       arrays, or related constructs is included by the compiler when
       determining whether or not to issue a warning.
  
!      The message is in keeping with the output of `-fstack-usage'.
  
          * If the stack usage is fully static but exceeds the specified
            amount, it's:
  
                   warning: stack usage is 1120 bytes
+ 
          * If the stack usage is (partly) dynamic but bounded, it's:
  
                   warning: stack usage might be 1648 bytes
+ 
          * If the stack usage is (partly) dynamic and not bounded, it's:
  
                   warning: stack usage might be unbounded
  
! `-Wunsafe-loop-optimizations'
       Warn if the loop cannot be optimized because the compiler cannot
       assume anything on the bounds of the loop indices.  With
!      `-funsafe-loop-optimizations' warn if the compiler makes such
       assumptions.
  
! `-Wno-pedantic-ms-format (MinGW targets only)'
!      When used in combination with `-Wformat' and `-pedantic' without
       GNU extensions, this option disables the warnings about non-ISO
!      `printf' / `scanf' format width specifiers `I32', `I64', and `I'
       used on Windows targets, which depend on the MS runtime.
  
! `-Waligned-new'
       Warn about a new-expression of a type that requires greater
!      alignment than the `alignof(std::max_align_t)' but uses an
!      allocation function without an explicit alignment parameter. This
!      option is enabled by `-Wall'.
  
       Normally this only warns about global allocation functions, but
!      `-Waligned-new=all' also warns about class member allocation
       functions.
  
! `-Wplacement-new'
! `-Wplacement-new=N'
       Warn about placement new expressions with undefined behavior, such
!      as constructing an object in a buffer that is smaller than the
!      type of the object.  For example, the placement new expression
!      below is diagnosed because it attempts to construct an array of 64
!      integers in a buffer only 64 bytes large.
            char buf [64];
            new (buf) int[64];
       This warning is enabled by default.
  
!     `-Wplacement-new=1'
!           This is the default warning level of `-Wplacement-new'.  At
            this level the warning is not issued for some strictly
            undefined constructs that GCC allows as extensions for
            compatibility with legacy code.  For example, the following
!           `new' expression is not diagnosed at this level even though
!           it has undefined behavior according to the C++ standard
!           because it writes past the end of the one-element array.
                 struct S { int n, a[1]; };
                 S *s = (S *)malloc (sizeof *s + 31 * sizeof s->a[0]);
                 new (s->a)int [32]();
  
!     `-Wplacement-new=2'
            At this level, in addition to diagnosing all the same
            constructs as at level 1, a diagnostic is also issued for
!           placement new expressions that construct an object in the
!           last member of structure whose type is an array of a single
!           element and whose size is less than the size of the object
!           being constructed.  While the previous example would be
!           diagnosed, the following construct makes use of the flexible
!           member array extension to avoid the warning at level 2.
                 struct S { int n, a[]; };
                 S *s = (S *)malloc (sizeof *s + 32 * sizeof s->a[0]);
                 new (s->a)int [32]();
  
! 
! `-Wpointer-arith'
       Warn about anything that depends on the "size of" a function type
!      or of `void'.  GNU C assigns these types a size of 1, for
!      convenience in calculations with `void *' pointers and pointers to
       functions.  In C++, warn also when an arithmetic operation involves
!      `NULL'.  This warning is also enabled by `-Wpedantic'.
  
! `-Wpointer-compare'
!      Warn if a pointer is compared with a zero character constant.
!      This usually means that the pointer was meant to be dereferenced.
!      For example:
  
            const char *p = foo ();
            if (p == '\0')
*************** compiler warns that an unrecognized opti
*** 5360,5399 ****
  
       This warning is enabled by default.
  
! '-Wtype-limits'
       Warn if a comparison is always true or always false due to the
       limited range of the data type, but do not warn for constant
!      expressions.  For example, warn if an unsigned variable is compared
!      against zero with '<' or '>='.  This warning is also enabled by
!      '-Wextra'.
  
! '-Wcomment'
! '-Wcomments'
!      Warn whenever a comment-start sequence '/*' appears in a '/*'
!      comment, or whenever a backslash-newline appears in a '//' comment.
!      This warning is enabled by '-Wall'.
  
! '-Wtrigraphs'
!      Warn if any trigraphs are encountered that might change the meaning
!      of the program.  Trigraphs within comments are not warned about,
!      except those that would form escaped newlines.
  
!      This option is implied by '-Wall'.  If '-Wall' is not given, this
       option is still enabled unless trigraphs are enabled.  To get
!      trigraph conversion without warnings, but get the other '-Wall'
!      warnings, use '-trigraphs -Wall -Wno-trigraphs'.
  
! '-Wundef'
!      Warn if an undefined identifier is evaluated in an '#if' directive.
       Such identifiers are replaced with zero.
  
! '-Wexpansion-to-defined'
!      Warn whenever 'defined' is encountered in the expansion of a macro
!      (including the case where the macro is expanded by an '#if'
       directive).  Such usage is not portable.  This warning is also
!      enabled by '-Wpedantic' and '-Wextra'.
  
! '-Wunused-macros'
       Warn about macros defined in the main file that are unused.  A
       macro is "used" if it is expanded or tested for existence at least
       once.  The preprocessor also warns if the macro has not been used
--- 5399,5438 ----
  
       This warning is enabled by default.
  
! `-Wtype-limits'
       Warn if a comparison is always true or always false due to the
       limited range of the data type, but do not warn for constant
!      expressions.  For example, warn if an unsigned variable is
!      compared against zero with `<' or `>='.  This warning is also
!      enabled by `-Wextra'.
  
! `-Wcomment'
! `-Wcomments'
!      Warn whenever a comment-start sequence `/*' appears in a `/*'
!      comment, or whenever a backslash-newline appears in a `//' comment.
!      This warning is enabled by `-Wall'.
  
! `-Wtrigraphs'
!      Warn if any trigraphs are encountered that might change the
!      meaning of the program.  Trigraphs within comments are not warned
!      about, except those that would form escaped newlines.
  
!      This option is implied by `-Wall'.  If `-Wall' is not given, this
       option is still enabled unless trigraphs are enabled.  To get
!      trigraph conversion without warnings, but get the other `-Wall'
!      warnings, use `-trigraphs -Wall -Wno-trigraphs'.
  
! `-Wundef'
!      Warn if an undefined identifier is evaluated in an `#if' directive.
       Such identifiers are replaced with zero.
  
! `-Wexpansion-to-defined'
!      Warn whenever `defined' is encountered in the expansion of a macro
!      (including the case where the macro is expanded by an `#if'
       directive).  Such usage is not portable.  This warning is also
!      enabled by `-Wpedantic' and `-Wextra'.
  
! `-Wunused-macros'
       Warn about macros defined in the main file that are unused.  A
       macro is "used" if it is expanded or tested for existence at least
       once.  The preprocessor also warns if the macro has not been used
*************** compiler warns that an unrecognized opti
*** 5403,5419 ****
       defined in include files are not warned about.
  
       _Note:_ If a macro is actually used, but only used in skipped
!      conditional blocks, then the preprocessor reports it as unused.  To
!      avoid the warning in such a case, you might improve the scope of
!      the macro's definition by, for example, moving it into the first
!      skipped block.  Alternatively, you could provide a dummy use with
!      something like:
  
            #if defined the_macro_causing_the_warning
            #endif
  
! '-Wno-endif-labels'
!      Do not warn whenever an '#else' or an '#endif' are followed by
       text.  This sometimes happens in older programs with code of the
       form
  
--- 5442,5458 ----
       defined in include files are not warned about.
  
       _Note:_ If a macro is actually used, but only used in skipped
!      conditional blocks, then the preprocessor reports it as unused.
!      To avoid the warning in such a case, you might improve the scope
!      of the macro's definition by, for example, moving it into the
!      first skipped block.  Alternatively, you could provide a dummy use
!      with something like:
  
            #if defined the_macro_causing_the_warning
            #endif
  
! `-Wno-endif-labels'
!      Do not warn whenever an `#else' or an `#endif' are followed by
       text.  This sometimes happens in older programs with code of the
       form
  
*************** compiler warns that an unrecognized opti
*** 5423,5478 ****
            ...
            #endif FOO
  
!      The second and third 'FOO' should be in comments.  This warning is
       on by default.
  
! '-Wbad-function-cast (C and Objective-C only)'
       Warn when a function call is cast to a non-matching type.  For
       example, warn if a call to a function returning an integer type is
       cast to a pointer type.
  
! '-Wc90-c99-compat (C and Objective-C only)'
       Warn about features not present in ISO C90, but present in ISO C99.
!      For instance, warn about use of variable length arrays, 'long long'
!      type, 'bool' type, compound literals, designated initializers, and
!      so on.  This option is independent of the standards mode.  Warnings
!      are disabled in the expression that follows '__extension__'.
  
! '-Wc99-c11-compat (C and Objective-C only)'
       Warn about features not present in ISO C99, but present in ISO C11.
       For instance, warn about use of anonymous structures and unions,
!      '_Atomic' type qualifier, '_Thread_local' storage-class specifier,
!      '_Alignas' specifier, 'Alignof' operator, '_Generic' keyword, and
!      so on.  This option is independent of the standards mode.  Warnings
!      are disabled in the expression that follows '__extension__'.
  
! '-Wc++-compat (C and Objective-C only)'
       Warn about ISO C constructs that are outside of the common subset
       of ISO C and ISO C++, e.g. request for implicit conversion from
!      'void *' to a pointer to non-'void' type.
  
! '-Wc++11-compat (C++ and Objective-C++ only)'
       Warn about C++ constructs whose meaning differs between ISO C++
       1998 and ISO C++ 2011, e.g., identifiers in ISO C++ 1998 that are
!      keywords in ISO C++ 2011.  This warning turns on '-Wnarrowing' and
!      is enabled by '-Wall'.
  
! '-Wc++14-compat (C++ and Objective-C++ only)'
       Warn about C++ constructs whose meaning differs between ISO C++
!      2011 and ISO C++ 2014.  This warning is enabled by '-Wall'.
  
! '-Wc++1z-compat (C++ and Objective-C++ only)'
       Warn about C++ constructs whose meaning differs between ISO C++
       2014 and the forthoming ISO C++ 2017(?).  This warning is enabled
!      by '-Wall'.
  
! '-Wcast-qual'
       Warn whenever a pointer is cast so as to remove a type qualifier
!      from the target type.  For example, warn if a 'const char *' is
!      cast to an ordinary 'char *'.
  
       Also warn when making a cast that introduces a type qualifier in an
!      unsafe way.  For example, casting 'char **' to 'const char **' is
       unsafe, as in this example:
  
              /* p is char ** value.  */
--- 5462,5519 ----
            ...
            #endif FOO
  
!      The second and third `FOO' should be in comments.  This warning is
       on by default.
  
! `-Wbad-function-cast (C and Objective-C only)'
       Warn when a function call is cast to a non-matching type.  For
       example, warn if a call to a function returning an integer type is
       cast to a pointer type.
  
! `-Wc90-c99-compat (C and Objective-C only)'
       Warn about features not present in ISO C90, but present in ISO C99.
!      For instance, warn about use of variable length arrays, `long long'
!      type, `bool' type, compound literals, designated initializers, and
!      so on.  This option is independent of the standards mode.
!      Warnings are disabled in the expression that follows
!      `__extension__'.
  
! `-Wc99-c11-compat (C and Objective-C only)'
       Warn about features not present in ISO C99, but present in ISO C11.
       For instance, warn about use of anonymous structures and unions,
!      `_Atomic' type qualifier, `_Thread_local' storage-class specifier,
!      `_Alignas' specifier, `Alignof' operator, `_Generic' keyword, and
!      so on.  This option is independent of the standards mode.
!      Warnings are disabled in the expression that follows
!      `__extension__'.
  
! `-Wc++-compat (C and Objective-C only)'
       Warn about ISO C constructs that are outside of the common subset
       of ISO C and ISO C++, e.g. request for implicit conversion from
!      `void *' to a pointer to non-`void' type.
  
! `-Wc++11-compat (C++ and Objective-C++ only)'
       Warn about C++ constructs whose meaning differs between ISO C++
       1998 and ISO C++ 2011, e.g., identifiers in ISO C++ 1998 that are
!      keywords in ISO C++ 2011.  This warning turns on `-Wnarrowing' and
!      is enabled by `-Wall'.
  
! `-Wc++14-compat (C++ and Objective-C++ only)'
       Warn about C++ constructs whose meaning differs between ISO C++
!      2011 and ISO C++ 2014.  This warning is enabled by `-Wall'.
  
! `-Wc++1z-compat (C++ and Objective-C++ only)'
       Warn about C++ constructs whose meaning differs between ISO C++
       2014 and the forthoming ISO C++ 2017(?).  This warning is enabled
!      by `-Wall'.
  
! `-Wcast-qual'
       Warn whenever a pointer is cast so as to remove a type qualifier
!      from the target type.  For example, warn if a `const char *' is
!      cast to an ordinary `char *'.
  
       Also warn when making a cast that introduces a type qualifier in an
!      unsafe way.  For example, casting `char **' to `const char **' is
       unsafe, as in this example:
  
              /* p is char ** value.  */
*************** compiler warns that an unrecognized opti
*** 5482,5556 ****
              /* Now char** pointer points to read-only memory.  */
              **p = 'b';
  
! '-Wcast-align'
!      Warn whenever a pointer is cast such that the required alignment of
!      the target is increased.  For example, warn if a 'char *' is cast
!      to an 'int *' on machines where integers can only be accessed at
!      two- or four-byte boundaries.
  
! '-Wwrite-strings'
!      When compiling C, give string constants the type 'const
!      char[LENGTH]' so that copying the address of one into a non-'const'
!      'char *' pointer produces a warning.  These warnings help you find
!      at compile time code that can try to write into a string constant,
!      but only if you have been very careful about using 'const' in
!      declarations and prototypes.  Otherwise, it is just a nuisance.
!      This is why we did not make '-Wall' request these warnings.
  
       When compiling C++, warn about the deprecated conversion from
!      string literals to 'char *'.  This warning is enabled by default
       for C++ programs.
  
! '-Wclobbered'
!      Warn for variables that might be changed by 'longjmp' or 'vfork'.
!      This warning is also enabled by '-Wextra'.
  
! '-Wconditionally-supported (C++ and Objective-C++ only)'
       Warn for conditionally-supported (C++11 [intro.defs]) constructs.
  
! '-Wconversion'
!      Warn for implicit conversions that may alter a value.  This
!      includes conversions between real and integer, like 'abs (x)' when
!      'x' is 'double'; conversions between signed and unsigned, like
!      'unsigned ui = -1'; and conversions to smaller types, like 'sqrtf
!      (M_PI)'.  Do not warn for explicit casts like 'abs ((int) x)' and
!      'ui = (unsigned) -1', or if the value is not changed by the
!      conversion like in 'abs (2.0)'.  Warnings about conversions between
!      signed and unsigned integers can be disabled by using
!      '-Wno-sign-conversion'.
  
       For C++, also warn for confusing overload resolution for
       user-defined conversions; and conversions that never use a type
!      conversion operator: conversions to 'void', the same type, a base
!      class or a reference to them.  Warnings about conversions between
       signed and unsigned integers are disabled by default in C++ unless
!      '-Wsign-conversion' is explicitly enabled.
  
! '-Wno-conversion-null (C++ and Objective-C++ only)'
!      Do not warn for conversions between 'NULL' and non-pointer types.
!      '-Wconversion-null' is enabled by default.
  
! '-Wzero-as-null-pointer-constant (C++ and Objective-C++ only)'
!      Warn when a literal '0' is used as null pointer constant.  This can
!      be useful to facilitate the conversion to 'nullptr' in C++11.
  
! '-Wsubobject-linkage (C++ and Objective-C++ only)'
       Warn if a class type has a base or a field whose type uses the
       anonymous namespace or depends on a type with no linkage.  If a
!      type A depends on a type B with no or internal linkage, defining it
!      in multiple translation units would be an ODR violation because the
!      meaning of B is different in each translation unit.  If A only
       appears in a single translation unit, the best way to silence the
       warning is to give it internal linkage by putting it in an
       anonymous namespace as well.  The compiler doesn't give this
       warning for types defined in the main .C file, as those are
!      unlikely to have multiple definitions.  '-Wsubobject-linkage' is
       enabled by default.
  
! '-Wdangling-else'
!      Warn about constructions where there may be confusion to which 'if'
!      statement an 'else' branch belongs.  Here is an example of such a
!      case:
  
            {
              if (a)
--- 5523,5598 ----
              /* Now char** pointer points to read-only memory.  */
              **p = 'b';
  
! `-Wcast-align'
!      Warn whenever a pointer is cast such that the required alignment
!      of the target is increased.  For example, warn if a `char *' is
!      cast to an `int *' on machines where integers can only be accessed
!      at two- or four-byte boundaries.
  
! `-Wwrite-strings'
!      When compiling C, give string constants the type `const
!      char[LENGTH]' so that copying the address of one into a
!      non-`const' `char *' pointer produces a warning.  These warnings
!      help you find at compile time code that can try to write into a
!      string constant, but only if you have been very careful about
!      using `const' in declarations and prototypes.  Otherwise, it is
!      just a nuisance. This is why we did not make `-Wall' request these
!      warnings.
  
       When compiling C++, warn about the deprecated conversion from
!      string literals to `char *'.  This warning is enabled by default
       for C++ programs.
  
! `-Wclobbered'
!      Warn for variables that might be changed by `longjmp' or `vfork'.
!      This warning is also enabled by `-Wextra'.
  
! `-Wconditionally-supported (C++ and Objective-C++ only)'
       Warn for conditionally-supported (C++11 [intro.defs]) constructs.
  
! `-Wconversion'
!      Warn for implicit conversions that may alter a value. This includes
!      conversions between real and integer, like `abs (x)' when `x' is
!      `double'; conversions between signed and unsigned, like `unsigned
!      ui = -1'; and conversions to smaller types, like `sqrtf (M_PI)'.
!      Do not warn for explicit casts like `abs ((int) x)' and `ui =
!      (unsigned) -1', or if the value is not changed by the conversion
!      like in `abs (2.0)'.  Warnings about conversions between signed
!      and unsigned integers can be disabled by using
!      `-Wno-sign-conversion'.
  
       For C++, also warn for confusing overload resolution for
       user-defined conversions; and conversions that never use a type
!      conversion operator: conversions to `void', the same type, a base
!      class or a reference to them. Warnings about conversions between
       signed and unsigned integers are disabled by default in C++ unless
!      `-Wsign-conversion' is explicitly enabled.
  
! `-Wno-conversion-null (C++ and Objective-C++ only)'
!      Do not warn for conversions between `NULL' and non-pointer types.
!      `-Wconversion-null' is enabled by default.
  
! `-Wzero-as-null-pointer-constant (C++ and Objective-C++ only)'
!      Warn when a literal `0' is used as null pointer constant.  This can
!      be useful to facilitate the conversion to `nullptr' in C++11.
  
! `-Wsubobject-linkage (C++ and Objective-C++ only)'
       Warn if a class type has a base or a field whose type uses the
       anonymous namespace or depends on a type with no linkage.  If a
!      type A depends on a type B with no or internal linkage, defining
!      it in multiple translation units would be an ODR violation because
!      the meaning of B is different in each translation unit.  If A only
       appears in a single translation unit, the best way to silence the
       warning is to give it internal linkage by putting it in an
       anonymous namespace as well.  The compiler doesn't give this
       warning for types defined in the main .C file, as those are
!      unlikely to have multiple definitions.  `-Wsubobject-linkage' is
       enabled by default.
  
! `-Wdangling-else'
!      Warn about constructions where there may be confusion to which
!      `if' statement an `else' branch belongs.  Here is an example of
!      such a case:
  
            {
              if (a)
*************** compiler warns that an unrecognized opti
*** 5560,5573 ****
                bar ();
            }
  
!      In C/C++, every 'else' branch belongs to the innermost possible
!      'if' statement, which in this example is 'if (b)'.  This is often
       not what the programmer expected, as illustrated in the above
       example by indentation the programmer chose.  When there is the
       potential for this confusion, GCC issues a warning when this flag
       is specified.  To eliminate the warning, add explicit braces around
!      the innermost 'if' statement so there is no way the 'else' can
!      belong to the enclosing 'if'.  The resulting code looks like this:
  
            {
              if (a)
--- 5602,5615 ----
                bar ();
            }
  
!      In C/C++, every `else' branch belongs to the innermost possible
!      `if' statement, which in this example is `if (b)'.  This is often
       not what the programmer expected, as illustrated in the above
       example by indentation the programmer chose.  When there is the
       potential for this confusion, GCC issues a warning when this flag
       is specified.  To eliminate the warning, add explicit braces around
!      the innermost `if' statement so there is no way the `else' can
!      belong to the enclosing `if'.  The resulting code looks like this:
  
            {
              if (a)
*************** compiler warns that an unrecognized opti
*** 5579,5642 ****
                }
            }
  
!      This warning is enabled by '-Wparentheses'.
  
! '-Wdate-time'
!      Warn when macros '__TIME__', '__DATE__' or '__TIMESTAMP__' are
       encountered as they might prevent bit-wise-identical reproducible
       compilations.
  
! '-Wdelete-incomplete (C++ and Objective-C++ only)'
       Warn when deleting a pointer to incomplete type, which may cause
       undefined behavior at runtime.  This warning is enabled by default.
  
! '-Wuseless-cast (C++ and Objective-C++ only)'
       Warn when an expression is casted to its own type.
  
! '-Wempty-body'
!      Warn if an empty body occurs in an 'if', 'else' or 'do while'
!      statement.  This warning is also enabled by '-Wextra'.
  
! '-Wenum-compare'
       Warn about a comparison between values of different enumerated
       types.  In C++ enumerated type mismatches in conditional
       expressions are also diagnosed and the warning is enabled by
!      default.  In C this warning is enabled by '-Wall'.
  
! '-Wjump-misses-init (C, Objective-C only)'
!      Warn if a 'goto' statement or a 'switch' statement jumps forward
       across the initialization of a variable, or jumps backward to a
       label after the variable has been initialized.  This only warns
       about variables that are initialized when they are declared.  This
       warning is only supported for C and Objective-C; in C++ this sort
       of branch is an error in any case.
  
!      '-Wjump-misses-init' is included in '-Wc++-compat'.  It can be
!      disabled with the '-Wno-jump-misses-init' option.
  
! '-Wsign-compare'
       Warn when a comparison between signed and unsigned values could
       produce an incorrect result when the signed value is converted to
!      unsigned.  In C++, this warning is also enabled by '-Wall'.  In C,
!      it is also enabled by '-Wextra'.
  
! '-Wsign-conversion'
       Warn for implicit conversions that may change the sign of an
       integer value, like assigning a signed integer expression to an
!      unsigned integer variable.  An explicit cast silences the warning.
!      In C, this option is enabled also by '-Wconversion'.
  
! '-Wfloat-conversion'
       Warn for implicit conversions that reduce the precision of a real
       value.  This includes conversions from real to integer, and from
       higher precision real to lower precision real values.  This option
!      is also enabled by '-Wconversion'.
  
! '-Wno-scalar-storage-order'
       Do not warn on suspicious constructs involving reverse scalar
       storage order.
  
! '-Wsized-deallocation (C++ and Objective-C++ only)'
       Warn about a definition of an unsized deallocation function
            void operator delete (void *) noexcept;
            void operator delete[] (void *) noexcept;
--- 5621,5684 ----
                }
            }
  
!      This warning is enabled by `-Wparentheses'.
  
! `-Wdate-time'
!      Warn when macros `__TIME__', `__DATE__' or `__TIMESTAMP__' are
       encountered as they might prevent bit-wise-identical reproducible
       compilations.
  
! `-Wdelete-incomplete (C++ and Objective-C++ only)'
       Warn when deleting a pointer to incomplete type, which may cause
       undefined behavior at runtime.  This warning is enabled by default.
  
! `-Wuseless-cast (C++ and Objective-C++ only)'
       Warn when an expression is casted to its own type.
  
! `-Wempty-body'
!      Warn if an empty body occurs in an `if', `else' or `do while'
!      statement.  This warning is also enabled by `-Wextra'.
  
! `-Wenum-compare'
       Warn about a comparison between values of different enumerated
       types.  In C++ enumerated type mismatches in conditional
       expressions are also diagnosed and the warning is enabled by
!      default.  In C this warning is enabled by `-Wall'.
  
! `-Wjump-misses-init (C, Objective-C only)'
!      Warn if a `goto' statement or a `switch' statement jumps forward
       across the initialization of a variable, or jumps backward to a
       label after the variable has been initialized.  This only warns
       about variables that are initialized when they are declared.  This
       warning is only supported for C and Objective-C; in C++ this sort
       of branch is an error in any case.
  
!      `-Wjump-misses-init' is included in `-Wc++-compat'.  It can be
!      disabled with the `-Wno-jump-misses-init' option.
  
! `-Wsign-compare'
       Warn when a comparison between signed and unsigned values could
       produce an incorrect result when the signed value is converted to
!      unsigned.  In C++, this warning is also enabled by `-Wall'.  In C,
!      it is also enabled by `-Wextra'.
  
! `-Wsign-conversion'
       Warn for implicit conversions that may change the sign of an
       integer value, like assigning a signed integer expression to an
!      unsigned integer variable. An explicit cast silences the warning.
!      In C, this option is enabled also by `-Wconversion'.
  
! `-Wfloat-conversion'
       Warn for implicit conversions that reduce the precision of a real
       value.  This includes conversions from real to integer, and from
       higher precision real to lower precision real values.  This option
!      is also enabled by `-Wconversion'.
  
! `-Wno-scalar-storage-order'
       Do not warn on suspicious constructs involving reverse scalar
       storage order.
  
! `-Wsized-deallocation (C++ and Objective-C++ only)'
       Warn about a definition of an unsized deallocation function
            void operator delete (void *) noexcept;
            void operator delete[] (void *) noexcept;
*************** compiler warns that an unrecognized opti
*** 5644,5706 ****
       function
            void operator delete (void *, std::size_t) noexcept;
            void operator delete[] (void *, std::size_t) noexcept;
!      or vice versa.  Enabled by '-Wextra' along with
!      '-fsized-deallocation'.
  
! '-Wsizeof-pointer-memaccess'
       Warn for suspicious length parameters to certain string and memory
!      built-in functions if the argument uses 'sizeof'.  This warning
!      warns e.g. about 'memset (ptr, 0, sizeof (ptr));' if 'ptr' is not
       an array, but a pointer, and suggests a possible fix, or about
!      'memcpy (&foo, ptr, sizeof (&foo));'.  This warning is enabled by
!      '-Wall'.
  
! '-Wsizeof-array-argument'
!      Warn when the 'sizeof' operator is applied to a parameter that is
       declared as an array in a function definition.  This warning is
       enabled by default for C and C++ programs.
  
! '-Wmemset-elt-size'
!      Warn for suspicious calls to the 'memset' built-in function, if the
       first argument references an array, and the third argument is a
       number equal to the number of elements, but not equal to the size
!      of the array in memory.  This indicates that the user has omitted a
!      multiplication by the element size.  This warning is enabled by
!      '-Wall'.
  
! '-Wmemset-transposed-args'
!      Warn for suspicious calls to the 'memset' built-in function, if the
       second argument is not zero and the third argument is zero.  This
!      warns e.g. about 'memset (buf, sizeof buf, 0)' where most probably
!      'memset (buf, 0, sizeof buf)' was meant instead.  The diagnostics
       is only emitted if the third argument is literal zero.  If it is
       some expression that is folded to zero, a cast of zero to some
       type, etc., it is far less likely that the user has mistakenly
!      exchanged the arguments and no warning is emitted.  This warning is
!      enabled by '-Wall'.
  
! '-Waddress'
!      Warn about suspicious uses of memory addresses.  These include
!      using the address of a function in a conditional expression, such
!      as 'void func(void); if (func)', and comparisons against the memory
!      address of a string literal, such as 'if (x == "abc")'.  Such uses
       typically indicate a programmer error: the address of a function
       always evaluates to true, so their use in a conditional usually
       indicate that the programmer forgot the parentheses in a function
       call; and comparisons against string literals result in unspecified
       behavior and are not portable in C, so they usually indicate that
!      the programmer intended to use 'strcmp'.  This warning is enabled
!      by '-Wall'.
  
! '-Wlogical-op'
       Warn about suspicious uses of logical operators in expressions.
       This includes using logical operators in contexts where a bit-wise
!      operator is likely to be expected.  Also warns when the operands of
!      a logical operator are the same:
            extern int a;
            if (a < 0 && a < 0) { ... }
  
! '-Wlogical-not-parentheses'
       Warn about logical not used on the left hand side operand of a
       comparison.  This option does not warn if the right operand is
       considered to be a boolean expression.  Its purpose is to detect
--- 5686,5748 ----
       function
            void operator delete (void *, std::size_t) noexcept;
            void operator delete[] (void *, std::size_t) noexcept;
!      or vice versa.  Enabled by `-Wextra' along with
!      `-fsized-deallocation'.
  
! `-Wsizeof-pointer-memaccess'
       Warn for suspicious length parameters to certain string and memory
!      built-in functions if the argument uses `sizeof'.  This warning
!      warns e.g.  about `memset (ptr, 0, sizeof (ptr));' if `ptr' is not
       an array, but a pointer, and suggests a possible fix, or about
!      `memcpy (&foo, ptr, sizeof (&foo));'.  This warning is enabled by
!      `-Wall'.
  
! `-Wsizeof-array-argument'
!      Warn when the `sizeof' operator is applied to a parameter that is
       declared as an array in a function definition.  This warning is
       enabled by default for C and C++ programs.
  
! `-Wmemset-elt-size'
!      Warn for suspicious calls to the `memset' built-in function, if the
       first argument references an array, and the third argument is a
       number equal to the number of elements, but not equal to the size
!      of the array in memory.  This indicates that the user has omitted
!      a multiplication by the element size.  This warning is enabled by
!      `-Wall'.
  
! `-Wmemset-transposed-args'
!      Warn for suspicious calls to the `memset' built-in function, if the
       second argument is not zero and the third argument is zero.  This
!      warns e.g. about `memset (buf, sizeof buf, 0)' where most probably
!      `memset (buf, 0, sizeof buf)' was meant instead.  The diagnostics
       is only emitted if the third argument is literal zero.  If it is
       some expression that is folded to zero, a cast of zero to some
       type, etc., it is far less likely that the user has mistakenly
!      exchanged the arguments and no warning is emitted.  This warning
!      is enabled by `-Wall'.
  
! `-Waddress'
!      Warn about suspicious uses of memory addresses. These include using
!      the address of a function in a conditional expression, such as
!      `void func(void); if (func)', and comparisons against the memory
!      address of a string literal, such as `if (x == "abc")'.  Such uses
       typically indicate a programmer error: the address of a function
       always evaluates to true, so their use in a conditional usually
       indicate that the programmer forgot the parentheses in a function
       call; and comparisons against string literals result in unspecified
       behavior and are not portable in C, so they usually indicate that
!      the programmer intended to use `strcmp'.  This warning is enabled
!      by `-Wall'.
  
! `-Wlogical-op'
       Warn about suspicious uses of logical operators in expressions.
       This includes using logical operators in contexts where a bit-wise
!      operator is likely to be expected.  Also warns when the operands
!      of a logical operator are the same:
            extern int a;
            if (a < 0 && a < 0) { ... }
  
! `-Wlogical-not-parentheses'
       Warn about logical not used on the left hand side operand of a
       comparison.  This option does not warn if the right operand is
       considered to be a boolean expression.  Its purpose is to detect
*************** compiler warns that an unrecognized opti
*** 5713,5770 ****
       parentheses:
            if ((!a) > 1) { ... }
  
!      This warning is enabled by '-Wall'.
  
! '-Waggregate-return'
       Warn if any functions that return structures or unions are defined
       or called.  (In languages where you can return an array, this also
       elicits a warning.)
  
! '-Wno-aggressive-loop-optimizations'
       Warn if in a loop with constant number of iterations the compiler
       detects undefined behavior in some statement during one or more of
       the iterations.
  
! '-Wno-attributes'
!      Do not warn if an unexpected '__attribute__' is used, such as
       unrecognized attributes, function attributes applied to variables,
       etc.  This does not stop errors for incorrect use of supported
       attributes.
  
! '-Wno-builtin-declaration-mismatch'
       Warn if a built-in function is declared with the wrong signature.
       This warning is enabled by default.
  
! '-Wno-builtin-macro-redefined'
       Do not warn if certain built-in macros are redefined.  This
!      suppresses warnings for redefinition of '__TIMESTAMP__',
!      '__TIME__', '__DATE__', '__FILE__', and '__BASE_FILE__'.
  
! '-Wstrict-prototypes (C and Objective-C only)'
       Warn if a function is declared or defined without specifying the
       argument types.  (An old-style function definition is permitted
       without a warning if preceded by a declaration that specifies the
       argument types.)
  
! '-Wold-style-declaration (C and Objective-C only)'
       Warn for obsolescent usages, according to the C Standard, in a
!      declaration.  For example, warn if storage-class specifiers like
!      'static' are not the first things in a declaration.  This warning
!      is also enabled by '-Wextra'.
  
! '-Wold-style-definition (C and Objective-C only)'
       Warn if an old-style function definition is used.  A warning is
       given even if there is a previous prototype.
  
! '-Wmissing-parameter-type (C and Objective-C only)'
       A function parameter is declared without a type specifier in
       K&R-style functions:
  
            void foo(bar) { }
  
!      This warning is also enabled by '-Wextra'.
  
! '-Wmissing-prototypes (C and Objective-C only)'
       Warn if a global function is defined without a previous prototype
       declaration.  This warning is issued even if the definition itself
       provides a prototype.  Use this option to detect global functions
--- 5755,5812 ----
       parentheses:
            if ((!a) > 1) { ... }
  
!      This warning is enabled by `-Wall'.
  
! `-Waggregate-return'
       Warn if any functions that return structures or unions are defined
       or called.  (In languages where you can return an array, this also
       elicits a warning.)
  
! `-Wno-aggressive-loop-optimizations'
       Warn if in a loop with constant number of iterations the compiler
       detects undefined behavior in some statement during one or more of
       the iterations.
  
! `-Wno-attributes'
!      Do not warn if an unexpected `__attribute__' is used, such as
       unrecognized attributes, function attributes applied to variables,
       etc.  This does not stop errors for incorrect use of supported
       attributes.
  
! `-Wno-builtin-declaration-mismatch'
       Warn if a built-in function is declared with the wrong signature.
       This warning is enabled by default.
  
! `-Wno-builtin-macro-redefined'
       Do not warn if certain built-in macros are redefined.  This
!      suppresses warnings for redefinition of `__TIMESTAMP__',
!      `__TIME__', `__DATE__', `__FILE__', and `__BASE_FILE__'.
  
! `-Wstrict-prototypes (C and Objective-C only)'
       Warn if a function is declared or defined without specifying the
       argument types.  (An old-style function definition is permitted
       without a warning if preceded by a declaration that specifies the
       argument types.)
  
! `-Wold-style-declaration (C and Objective-C only)'
       Warn for obsolescent usages, according to the C Standard, in a
!      declaration. For example, warn if storage-class specifiers like
!      `static' are not the first things in a declaration.  This warning
!      is also enabled by `-Wextra'.
  
! `-Wold-style-definition (C and Objective-C only)'
       Warn if an old-style function definition is used.  A warning is
       given even if there is a previous prototype.
  
! `-Wmissing-parameter-type (C and Objective-C only)'
       A function parameter is declared without a type specifier in
       K&R-style functions:
  
            void foo(bar) { }
  
!      This warning is also enabled by `-Wextra'.
  
! `-Wmissing-prototypes (C and Objective-C only)'
       Warn if a global function is defined without a previous prototype
       declaration.  This warning is issued even if the definition itself
       provides a prototype.  Use this option to detect global functions
*************** compiler warns that an unrecognized opti
*** 5772,5793 ****
       This option is not valid for C++ because all function declarations
       provide prototypes and a non-matching declaration declares an
       overload rather than conflict with an earlier declaration.  Use
!      '-Wmissing-declarations' to detect missing declarations in C++.
  
! '-Wmissing-declarations'
       Warn if a global function is defined without a previous
       declaration.  Do so even if the definition itself provides a
!      prototype.  Use this option to detect global functions that are not
!      declared in header files.  In C, no warnings are issued for
       functions with previous non-prototype declarations; use
!      '-Wmissing-prototypes' to detect missing prototypes.  In C++, no
       warnings are issued for function templates, or for inline
       functions, or for functions in anonymous namespaces.
  
! '-Wmissing-field-initializers'
       Warn if a structure's initializer has some fields missing.  For
!      example, the following code causes such a warning, because 'x.h' is
!      implicitly zero:
  
            struct s { int f, g, h; };
            struct s x = { 3, 4 };
--- 5814,5835 ----
       This option is not valid for C++ because all function declarations
       provide prototypes and a non-matching declaration declares an
       overload rather than conflict with an earlier declaration.  Use
!      `-Wmissing-declarations' to detect missing declarations in C++.
  
! `-Wmissing-declarations'
       Warn if a global function is defined without a previous
       declaration.  Do so even if the definition itself provides a
!      prototype.  Use this option to detect global functions that are
!      not declared in header files.  In C, no warnings are issued for
       functions with previous non-prototype declarations; use
!      `-Wmissing-prototypes' to detect missing prototypes.  In C++, no
       warnings are issued for function templates, or for inline
       functions, or for functions in anonymous namespaces.
  
! `-Wmissing-field-initializers'
       Warn if a structure's initializer has some fields missing.  For
!      example, the following code causes such a warning, because `x.h'
!      is implicitly zero:
  
            struct s { int f, g, h; };
            struct s x = { 3, 4 };
*************** compiler warns that an unrecognized opti
*** 5804,5905 ****
            struct s { int f, g, h; };
            s x = { };
  
!      This warning is included in '-Wextra'.  To get other '-Wextra'
!      warnings without this one, use '-Wextra
       -Wno-missing-field-initializers'.
  
! '-Wno-multichar'
!      Do not warn if a multicharacter constant (''FOOF'') is used.
       Usually they indicate a typo in the user's code, as they have
       implementation-defined values, and should not be used in portable
       code.
  
! '-Wnormalized=[none|id|nfc|nfkc]'
       In ISO C and ISO C++, two identifiers are different if they are
       different sequences of characters.  However, sometimes when
       characters outside the basic ASCII character set are used, you can
       have two different character sequences that look the same.  To
       avoid confusion, the ISO 10646 standard sets out some
       "normalization rules" which when applied ensure that two sequences
!      that look the same are turned into the same sequence.  GCC can warn
!      you if you are using identifiers that have not been normalized;
!      this option controls that warning.
  
       There are four levels of warning supported by GCC.  The default is
!      '-Wnormalized=nfc', which warns about any identifier that is not in
!      the ISO 10646 "C" normalized form, "NFC". NFC is the recommended
!      form for most uses.  It is equivalent to '-Wnormalized'.
  
       Unfortunately, there are some characters allowed in identifiers by
       ISO C and ISO C++ that, when turned into NFC, are not allowed in
       identifiers.  That is, there's no way to use these symbols in
       portable ISO C or C++ and have all your identifiers in NFC.
!      '-Wnormalized=id' suppresses the warning for these characters.  It
       is hoped that future versions of the standards involved will
       correct this, which is why this option is not the default.
  
       You can switch the warning off for all characters by writing
!      '-Wnormalized=none' or '-Wno-normalized'.  You should only do this
       if you are using some other normalization scheme (like "D"),
       because otherwise you can easily create bugs that are literally
       impossible to see.
  
       Some characters in ISO 10646 have distinct meanings but look
       identical in some fonts or display methodologies, especially once
!      formatting has been applied.  For instance '\u207F', "SUPERSCRIPT
!      LATIN SMALL LETTER N", displays just like a regular 'n' that has
       been placed in a superscript.  ISO 10646 defines the "NFKC"
       normalization scheme to convert all these into a standard form as
       well, and GCC warns if your code is not in NFKC if you use
!      '-Wnormalized=nfkc'.  This warning is comparable to warning about
       every identifier that contains the letter O because it might be
       confused with the digit 0, and so is not the default, but may be
       useful as a local coding convention if the programming environment
       cannot be fixed to display these characters distinctly.
  
! '-Wno-deprecated'
       Do not warn about usage of deprecated features.  *Note Deprecated
       Features::.
  
! '-Wno-deprecated-declarations'
       Do not warn about uses of functions (*note Function Attributes::),
       variables (*note Variable Attributes::), and types (*note Type
!      Attributes::) marked as deprecated by using the 'deprecated'
       attribute.
  
! '-Wno-overflow'
       Do not warn about compile-time overflow in constant expressions.
  
! '-Wno-odr'
       Warn about One Definition Rule violations during link-time
!      optimization.  Requires '-flto-odr-type-merging' to be enabled.
       Enabled by default.
  
! '-Wopenmp-simd'
       Warn if the vectorizer cost model overrides the OpenMP or the Cilk
!      Plus simd directive set by user.  The '-fsimd-cost-model=unlimited'
       option can be used to relax the cost model.
  
! '-Woverride-init (C and Objective-C only)'
       Warn if an initialized field without side effects is overridden
       when using designated initializers (*note Designated Initializers:
       Designated Inits.).
  
!      This warning is included in '-Wextra'.  To get other '-Wextra'
!      warnings without this one, use '-Wextra -Wno-override-init'.
  
! '-Woverride-init-side-effects (C and Objective-C only)'
       Warn if an initialized field with side effects is overridden when
       using designated initializers (*note Designated Initializers:
       Designated Inits.).  This warning is enabled by default.
  
! '-Wpacked'
       Warn if a structure is given the packed attribute, but the packed
       attribute has no effect on the layout or size of the structure.
       Such structures may be mis-aligned for little benefit.  For
!      instance, in this code, the variable 'f.x' in 'struct bar' is
!      misaligned even though 'struct bar' does not itself have the packed
!      attribute:
  
            struct foo {
              int x;
--- 5846,5948 ----
            struct s { int f, g, h; };
            s x = { };
  
!      This warning is included in `-Wextra'.  To get other `-Wextra'
!      warnings without this one, use `-Wextra
       -Wno-missing-field-initializers'.
  
! `-Wno-multichar'
!      Do not warn if a multicharacter constant (`'FOOF'') is used.
       Usually they indicate a typo in the user's code, as they have
       implementation-defined values, and should not be used in portable
       code.
  
! `-Wnormalized=[none|id|nfc|nfkc]'
       In ISO C and ISO C++, two identifiers are different if they are
       different sequences of characters.  However, sometimes when
       characters outside the basic ASCII character set are used, you can
       have two different character sequences that look the same.  To
       avoid confusion, the ISO 10646 standard sets out some
       "normalization rules" which when applied ensure that two sequences
!      that look the same are turned into the same sequence.  GCC can
!      warn you if you are using identifiers that have not been
!      normalized; this option controls that warning.
  
       There are four levels of warning supported by GCC.  The default is
!      `-Wnormalized=nfc', which warns about any identifier that is not
!      in the ISO 10646 "C" normalized form, "NFC".  NFC is the
!      recommended form for most uses.  It is equivalent to
!      `-Wnormalized'.
  
       Unfortunately, there are some characters allowed in identifiers by
       ISO C and ISO C++ that, when turned into NFC, are not allowed in
       identifiers.  That is, there's no way to use these symbols in
       portable ISO C or C++ and have all your identifiers in NFC.
!      `-Wnormalized=id' suppresses the warning for these characters.  It
       is hoped that future versions of the standards involved will
       correct this, which is why this option is not the default.
  
       You can switch the warning off for all characters by writing
!      `-Wnormalized=none' or `-Wno-normalized'.  You should only do this
       if you are using some other normalization scheme (like "D"),
       because otherwise you can easily create bugs that are literally
       impossible to see.
  
       Some characters in ISO 10646 have distinct meanings but look
       identical in some fonts or display methodologies, especially once
!      formatting has been applied.  For instance `\u207F', "SUPERSCRIPT
!      LATIN SMALL LETTER N", displays just like a regular `n' that has
       been placed in a superscript.  ISO 10646 defines the "NFKC"
       normalization scheme to convert all these into a standard form as
       well, and GCC warns if your code is not in NFKC if you use
!      `-Wnormalized=nfkc'.  This warning is comparable to warning about
       every identifier that contains the letter O because it might be
       confused with the digit 0, and so is not the default, but may be
       useful as a local coding convention if the programming environment
       cannot be fixed to display these characters distinctly.
  
! `-Wno-deprecated'
       Do not warn about usage of deprecated features.  *Note Deprecated
       Features::.
  
! `-Wno-deprecated-declarations'
       Do not warn about uses of functions (*note Function Attributes::),
       variables (*note Variable Attributes::), and types (*note Type
!      Attributes::) marked as deprecated by using the `deprecated'
       attribute.
  
! `-Wno-overflow'
       Do not warn about compile-time overflow in constant expressions.
  
! `-Wno-odr'
       Warn about One Definition Rule violations during link-time
!      optimization.  Requires `-flto-odr-type-merging' to be enabled.
       Enabled by default.
  
! `-Wopenmp-simd'
       Warn if the vectorizer cost model overrides the OpenMP or the Cilk
!      Plus simd directive set by user.  The `-fsimd-cost-model=unlimited'
       option can be used to relax the cost model.
  
! `-Woverride-init (C and Objective-C only)'
       Warn if an initialized field without side effects is overridden
       when using designated initializers (*note Designated Initializers:
       Designated Inits.).
  
!      This warning is included in `-Wextra'.  To get other `-Wextra'
!      warnings without this one, use `-Wextra -Wno-override-init'.
  
! `-Woverride-init-side-effects (C and Objective-C only)'
       Warn if an initialized field with side effects is overridden when
       using designated initializers (*note Designated Initializers:
       Designated Inits.).  This warning is enabled by default.
  
! `-Wpacked'
       Warn if a structure is given the packed attribute, but the packed
       attribute has no effect on the layout or size of the structure.
       Such structures may be mis-aligned for little benefit.  For
!      instance, in this code, the variable `f.x' in `struct bar' is
!      misaligned even though `struct bar' does not itself have the
!      packed attribute:
  
            struct foo {
              int x;
*************** compiler warns that an unrecognized opti
*** 5910,5922 ****
              struct foo f;
            };
  
! '-Wpacked-bitfield-compat'
!      The 4.1, 4.2 and 4.3 series of GCC ignore the 'packed' attribute on
!      bit-fields of type 'char'.  This has been fixed in GCC 4.4 but the
!      change can lead to differences in the structure layout.  GCC
       informs you when the offset of such a field has changed in GCC 4.4.
!      For example there is no longer a 4-bit padding between field 'a'
!      and 'b' in this structure:
  
            struct foo
            {
--- 5953,5965 ----
              struct foo f;
            };
  
! `-Wpacked-bitfield-compat'
!      The 4.1, 4.2 and 4.3 series of GCC ignore the `packed' attribute
!      on bit-fields of type `char'.  This has been fixed in GCC 4.4 but
!      the change can lead to differences in the structure layout.  GCC
       informs you when the offset of such a field has changed in GCC 4.4.
!      For example there is no longer a 4-bit padding between field `a'
!      and `b' in this structure:
  
            struct foo
            {
*************** compiler warns that an unrecognized opti
*** 5925,5956 ****
            } __attribute__ ((packed));
  
       This warning is enabled by default.  Use
!      '-Wno-packed-bitfield-compat' to disable this warning.
  
! '-Wpadded'
       Warn if padding is included in a structure, either to align an
       element of the structure or to align the whole structure.
       Sometimes when this happens it is possible to rearrange the fields
       of the structure to reduce the padding and so make the structure
       smaller.
  
! '-Wredundant-decls'
!      Warn if anything is declared more than once in the same scope, even
!      in cases where multiple declaration is valid and changes nothing.
  
! '-Wrestrict'
       Warn when an argument passed to a restrict-qualified parameter
       aliases with another argument.
  
! '-Wnested-externs (C and Objective-C only)'
!      Warn if an 'extern' declaration is encountered within a function.
  
! '-Wno-inherited-variadic-ctor'
       Suppress warnings about use of C++11 inheriting constructors when
       the base class inherited from has a C variadic constructor; the
       warning is on by default because the ellipsis is not inherited.
  
! '-Winline'
       Warn if a function that is declared as inline cannot be inlined.
       Even with this option, the compiler does not warn about failures to
       inline functions declared in system headers.
--- 5968,6000 ----
            } __attribute__ ((packed));
  
       This warning is enabled by default.  Use
!      `-Wno-packed-bitfield-compat' to disable this warning.
  
! `-Wpadded'
       Warn if padding is included in a structure, either to align an
       element of the structure or to align the whole structure.
       Sometimes when this happens it is possible to rearrange the fields
       of the structure to reduce the padding and so make the structure
       smaller.
  
! `-Wredundant-decls'
!      Warn if anything is declared more than once in the same scope,
!      even in cases where multiple declaration is valid and changes
!      nothing.
  
! `-Wrestrict'
       Warn when an argument passed to a restrict-qualified parameter
       aliases with another argument.
  
! `-Wnested-externs (C and Objective-C only)'
!      Warn if an `extern' declaration is encountered within a function.
  
! `-Wno-inherited-variadic-ctor'
       Suppress warnings about use of C++11 inheriting constructors when
       the base class inherited from has a C variadic constructor; the
       warning is on by default because the ellipsis is not inherited.
  
! `-Winline'
       Warn if a function that is declared as inline cannot be inlined.
       Even with this option, the compiler does not warn about failures to
       inline functions declared in system headers.
*************** compiler warns that an unrecognized opti
*** 5960,6028 ****
       account the size of the function being inlined and the amount of
       inlining that has already been done in the current function.
       Therefore, seemingly insignificant changes in the source program
!      can cause the warnings produced by '-Winline' to appear or
       disappear.
  
! '-Wno-invalid-offsetof (C++ and Objective-C++ only)'
!      Suppress warnings from applying the 'offsetof' macro to a non-POD
!      type.  According to the 2014 ISO C++ standard, applying 'offsetof'
       to a non-standard-layout type is undefined.  In existing C++
!      implementations, however, 'offsetof' typically gives meaningful
       results.  This flag is for users who are aware that they are
!      writing nonportable code and who have deliberately chosen to ignore
!      the warning about it.
  
!      The restrictions on 'offsetof' may be relaxed in a future version
       of the C++ standard.
  
! '-Wint-in-bool-context'
       Warn for suspicious use of integer values where boolean values are
       expected, such as conditional expressions (?:) using non-boolean
!      integer constants in boolean context, like 'if (a <= b ? 2 : 3)'.
!      Or left shifting of signed integers in boolean context, like 'for
       (a = 0; 1 << a; a++);'.  Likewise for all kinds of multiplications
!      regardless of the data type.  This warning is enabled by '-Wall'.
  
! '-Wno-int-to-pointer-cast'
       Suppress warnings from casts to pointer type of an integer of a
!      different size.  In C++, casting to a pointer type of smaller size
!      is an error.  'Wint-to-pointer-cast' is enabled by default.
  
! '-Wno-pointer-to-int-cast (C and Objective-C only)'
       Suppress warnings from casts from a pointer to an integer type of a
       different size.
  
! '-Winvalid-pch'
!      Warn if a precompiled header (*note Precompiled Headers::) is found
!      in the search path but cannot be used.
  
! '-Wlong-long'
!      Warn if 'long long' type is used.  This is enabled by either
!      '-Wpedantic' or '-Wtraditional' in ISO C90 and C++98 modes.  To
!      inhibit the warning messages, use '-Wno-long-long'.
  
! '-Wvariadic-macros'
       Warn if variadic macros are used in ISO C90 mode, or if the GNU
       alternate syntax is used in ISO C99 mode.  This is enabled by
!      either '-Wpedantic' or '-Wtraditional'.  To inhibit the warning
!      messages, use '-Wno-variadic-macros'.
  
! '-Wvarargs'
       Warn upon questionable usage of the macros used to handle variable
!      arguments like 'va_start'.  This is default.  To inhibit the
!      warning messages, use '-Wno-varargs'.
  
! '-Wvector-operation-performance'
       Warn if vector operation is not implemented via SIMD capabilities
       of the architecture.  Mainly useful for the performance tuning.
!      Vector operation can be implemented 'piecewise', which means that
!      the scalar operation is performed on every vector element; 'in
       parallel', which means that the vector operation is implemented
       using scalars of wider type, which normally is more performance
!      efficient; and 'as a single scalar', which means that vector fits
       into a scalar type.
  
! '-Wno-virtual-move-assign'
       Suppress warnings about inheriting from a virtual base with a
       non-trivial C++11 move assignment operator.  This is dangerous
       because if the virtual base is reachable along more than one path,
--- 6004,6072 ----
       account the size of the function being inlined and the amount of
       inlining that has already been done in the current function.
       Therefore, seemingly insignificant changes in the source program
!      can cause the warnings produced by `-Winline' to appear or
       disappear.
  
! `-Wno-invalid-offsetof (C++ and Objective-C++ only)'
!      Suppress warnings from applying the `offsetof' macro to a non-POD
!      type.  According to the 2014 ISO C++ standard, applying `offsetof'
       to a non-standard-layout type is undefined.  In existing C++
!      implementations, however, `offsetof' typically gives meaningful
       results.  This flag is for users who are aware that they are
!      writing nonportable code and who have deliberately chosen to
!      ignore the warning about it.
  
!      The restrictions on `offsetof' may be relaxed in a future version
       of the C++ standard.
  
! `-Wint-in-bool-context'
       Warn for suspicious use of integer values where boolean values are
       expected, such as conditional expressions (?:) using non-boolean
!      integer constants in boolean context, like `if (a <= b ? 2 : 3)'.
!      Or left shifting of signed integers in boolean context, like `for
       (a = 0; 1 << a; a++);'.  Likewise for all kinds of multiplications
!      regardless of the data type.  This warning is enabled by `-Wall'.
  
! `-Wno-int-to-pointer-cast'
       Suppress warnings from casts to pointer type of an integer of a
!      different size. In C++, casting to a pointer type of smaller size
!      is an error. `Wint-to-pointer-cast' is enabled by default.
  
! `-Wno-pointer-to-int-cast (C and Objective-C only)'
       Suppress warnings from casts from a pointer to an integer type of a
       different size.
  
! `-Winvalid-pch'
!      Warn if a precompiled header (*note Precompiled Headers::) is
!      found in the search path but cannot be used.
  
! `-Wlong-long'
!      Warn if `long long' type is used.  This is enabled by either
!      `-Wpedantic' or `-Wtraditional' in ISO C90 and C++98 modes.  To
!      inhibit the warning messages, use `-Wno-long-long'.
  
! `-Wvariadic-macros'
       Warn if variadic macros are used in ISO C90 mode, or if the GNU
       alternate syntax is used in ISO C99 mode.  This is enabled by
!      either `-Wpedantic' or `-Wtraditional'.  To inhibit the warning
!      messages, use `-Wno-variadic-macros'.
  
! `-Wvarargs'
       Warn upon questionable usage of the macros used to handle variable
!      arguments like `va_start'.  This is default.  To inhibit the
!      warning messages, use `-Wno-varargs'.
  
! `-Wvector-operation-performance'
       Warn if vector operation is not implemented via SIMD capabilities
       of the architecture.  Mainly useful for the performance tuning.
!      Vector operation can be implemented `piecewise', which means that
!      the scalar operation is performed on every vector element; `in
       parallel', which means that the vector operation is implemented
       using scalars of wider type, which normally is more performance
!      efficient; and `as a single scalar', which means that vector fits
       into a scalar type.
  
! `-Wno-virtual-move-assign'
       Suppress warnings about inheriting from a virtual base with a
       non-trivial C++11 move assignment operator.  This is dangerous
       because if the virtual base is reachable along more than one path,
*************** compiler warns that an unrecognized opti
*** 6031,6063 ****
       to avoid moving from a moved-from object, this warning can be
       disabled.
  
! '-Wvla'
!      Warn if a variable-length array is used in the code.  '-Wno-vla'
!      prevents the '-Wpedantic' warning of the variable-length array.
  
! '-Wvla-larger-than=N'
       If this option is used, the compiler will warn on uses of
       variable-length arrays where the size is either unbounded, or
       bounded by an argument that can be larger than N bytes.  This is
!      similar to how '-Walloca-larger-than=N' works, but with
       variable-length arrays.
  
       Note that GCC may optimize small variable-length arrays of a known
       value into plain arrays, so this warning may not get triggered for
       such arrays.
  
!      This warning is not enabled by '-Wall', and is only active when
!      '-ftree-vrp' is active (default for '-O2' and above).
  
!      See also '-Walloca-larger-than=N'.
  
! '-Wvolatile-register-var'
       Warn if a register variable is declared volatile.  The volatile
       modifier does not inhibit all optimizations that may eliminate
!      reads and/or writes to register variables.  This warning is enabled
!      by '-Wall'.
  
! '-Wdisabled-optimization'
       Warn if a requested optimization pass is disabled.  This warning
       does not generally indicate that there is anything wrong with your
       code; it merely indicates that GCC's optimizers are unable to
--- 6075,6107 ----
       to avoid moving from a moved-from object, this warning can be
       disabled.
  
! `-Wvla'
!      Warn if a variable-length array is used in the code.  `-Wno-vla'
!      prevents the `-Wpedantic' warning of the variable-length array.
  
! `-Wvla-larger-than=N'
       If this option is used, the compiler will warn on uses of
       variable-length arrays where the size is either unbounded, or
       bounded by an argument that can be larger than N bytes.  This is
!      similar to how `-Walloca-larger-than=N' works, but with
       variable-length arrays.
  
       Note that GCC may optimize small variable-length arrays of a known
       value into plain arrays, so this warning may not get triggered for
       such arrays.
  
!      This warning is not enabled by `-Wall', and is only active when
!      `-ftree-vrp' is active (default for `-O2' and above).
  
!      See also `-Walloca-larger-than=N'.
  
! `-Wvolatile-register-var'
       Warn if a register variable is declared volatile.  The volatile
       modifier does not inhibit all optimizations that may eliminate
!      reads and/or writes to register variables.  This warning is
!      enabled by `-Wall'.
  
! `-Wdisabled-optimization'
       Warn if a requested optimization pass is disabled.  This warning
       does not generally indicate that there is anything wrong with your
       code; it merely indicates that GCC's optimizers are unable to
*************** compiler warns that an unrecognized opti
*** 6066,6083 ****
       the optimization itself is likely to take inordinate amounts of
       time.
  
! '-Wpointer-sign (C and Objective-C only)'
       Warn for pointer argument passing or assignment with different
       signedness.  This option is only supported for C and Objective-C.
!      It is implied by '-Wall' and by '-Wpedantic', which can be disabled
!      with '-Wno-pointer-sign'.
  
! '-Wstack-protector'
!      This option is only active when '-fstack-protector' is active.  It
       warns about functions that are not protected against stack
       smashing.
  
! '-Woverlength-strings'
       Warn about string constants that are longer than the "minimum
       maximum" length specified in the C standard.  Modern compilers
       generally allow string constants that are much longer than the
--- 6110,6127 ----
       the optimization itself is likely to take inordinate amounts of
       time.
  
! `-Wpointer-sign (C and Objective-C only)'
       Warn for pointer argument passing or assignment with different
       signedness.  This option is only supported for C and Objective-C.
!      It is implied by `-Wall' and by `-Wpedantic', which can be
!      disabled with `-Wno-pointer-sign'.
  
! `-Wstack-protector'
!      This option is only active when `-fstack-protector' is active.  It
       warns about functions that are not protected against stack
       smashing.
  
! `-Woverlength-strings'
       Warn about string constants that are longer than the "minimum
       maximum" length specified in the C standard.  Modern compilers
       generally allow string constants that are much longer than the
*************** compiler warns that an unrecognized opti
*** 6089,6114 ****
       in C99, it was raised to 4095.  C++98 does not specify a normative
       minimum maximum, so we do not diagnose overlength strings in C++.
  
!      This option is implied by '-Wpedantic', and can be disabled with
!      '-Wno-overlength-strings'.
! 
! '-Wunsuffixed-float-constants (C and Objective-C only)'
  
       Issue a warning for any floating constant that does not have a
!      suffix.  When used together with '-Wsystem-headers' it warns about
       such constants in system header files.  This can be useful when
!      preparing code to use with the 'FLOAT_CONST_DECIMAL64' pragma from
       the decimal floating-point extension to C99.
  
! '-Wno-designated-init (C and Objective-C only)'
       Suppress warnings when a positional initializer is used to
       initialize a structure that has been marked with the
!      'designated_init' attribute.
  
! '-Whsa'
       Issue a warning when HSAIL cannot be emitted for the compiled
       function or OpenMP construct.
  
  
  File: gcc.info,  Node: Debugging Options,  Next: Optimize Options,  Prev: Warning Options,  Up: Invoking GCC
  
--- 6133,6158 ----
       in C99, it was raised to 4095.  C++98 does not specify a normative
       minimum maximum, so we do not diagnose overlength strings in C++.
  
!      This option is implied by `-Wpedantic', and can be disabled with
!      `-Wno-overlength-strings'.
  
+ `-Wunsuffixed-float-constants (C and Objective-C only)'
       Issue a warning for any floating constant that does not have a
!      suffix.  When used together with `-Wsystem-headers' it warns about
       such constants in system header files.  This can be useful when
!      preparing code to use with the `FLOAT_CONST_DECIMAL64' pragma from
       the decimal floating-point extension to C99.
  
! `-Wno-designated-init (C and Objective-C only)'
       Suppress warnings when a positional initializer is used to
       initialize a structure that has been marked with the
!      `designated_init' attribute.
  
! `-Whsa'
       Issue a warning when HSAIL cannot be emitted for the compiled
       function or OpenMP construct.
  
+ 
  
  File: gcc.info,  Node: Debugging Options,  Next: Optimize Options,  Prev: Warning Options,  Up: Invoking GCC
  
*************** File: gcc.info,  Node: Debugging Options
*** 6116,6159 ****
  ======================================
  
  To tell GCC to emit extra information for use by a debugger, in almost
! all cases you need only to add '-g' to your other options.
  
!  GCC allows you to use '-g' with '-O'.  The shortcuts taken by optimized
! code may occasionally be surprising: some variables you declared may not
! exist at all; flow of control may briefly move where you did not expect
! it; some statements may not be executed because they compute constant
! results or their values are already at hand; some statements may execute
! in different places because they have been moved out of loops.
! Nevertheless it is possible to debug optimized output.  This makes it
! reasonable to use the optimizer for programs that might have bugs.
  
   If you are not using some other optimization option, consider using
! '-Og' (*note Optimize Options::) with '-g'.  With no '-O' option at all,
! some compiler passes that collect information useful for debugging do
! not run at all, so that '-Og' may result in a better debugging
  experience.
  
! '-g'
       Produce debugging information in the operating system's native
       format (stabs, COFF, XCOFF, or DWARF).  GDB can work with this
       debugging information.
  
!      On most systems that use stabs format, '-g' enables use of extra
       debugging information that only GDB can use; this extra information
       makes debugging work better in GDB but probably makes other
       debuggers crash or refuse to read the program.  If you want to
       control for certain whether to generate the extra information, use
!      '-gstabs+', '-gstabs', '-gxcoff+', '-gxcoff', or '-gvms' (see
       below).
  
! '-ggdb'
       Produce debugging information for use by GDB.  This means to use
       the most expressive format available (DWARF, stabs, or the native
!      format if neither of those are supported), including GDB extensions
!      if at all possible.
  
! '-gdwarf'
! '-gdwarf-VERSION'
       Produce debugging information in DWARF format (if that is
       supported).  The value of VERSION may be either 2, 3, 4 or 5; the
       default version for most targets is 4.  DWARF Version 5 is only
--- 6160,6204 ----
  ======================================
  
  To tell GCC to emit extra information for use by a debugger, in almost
! all cases you need only to add `-g' to your other options.
  
!  GCC allows you to use `-g' with `-O'.  The shortcuts taken by
! optimized code may occasionally be surprising: some variables you
! declared may not exist at all; flow of control may briefly move where
! you did not expect it; some statements may not be executed because they
! compute constant results or their values are already at hand; some
! statements may execute in different places because they have been moved
! out of loops.  Nevertheless it is possible to debug optimized output.
! This makes it reasonable to use the optimizer for programs that might
! have bugs.
  
   If you are not using some other optimization option, consider using
! `-Og' (*note Optimize Options::) with `-g'.  With no `-O' option at
! all, some compiler passes that collect information useful for debugging
! do not run at all, so that `-Og' may result in a better debugging
  experience.
  
! `-g'
       Produce debugging information in the operating system's native
       format (stabs, COFF, XCOFF, or DWARF).  GDB can work with this
       debugging information.
  
!      On most systems that use stabs format, `-g' enables use of extra
       debugging information that only GDB can use; this extra information
       makes debugging work better in GDB but probably makes other
       debuggers crash or refuse to read the program.  If you want to
       control for certain whether to generate the extra information, use
!      `-gstabs+', `-gstabs', `-gxcoff+', `-gxcoff', or `-gvms' (see
       below).
  
! `-ggdb'
       Produce debugging information for use by GDB.  This means to use
       the most expressive format available (DWARF, stabs, or the native
!      format if neither of those are supported), including GDB
!      extensions if at all possible.
  
! `-gdwarf'
! `-gdwarf-VERSION'
       Produce debugging information in DWARF format (if that is
       supported).  The value of VERSION may be either 2, 3, 4 or 5; the
       default version for most targets is 4.  DWARF Version 5 is only
*************** experience.
*** 6162,6202 ****
       Note that with DWARF Version 2, some ports require and always use
       some non-conflicting DWARF 3 extensions in the unwind tables.
  
!      Version 4 may require GDB 7.0 and '-fvar-tracking-assignments' for
       maximum benefit.
  
       GCC no longer supports DWARF Version 1, which is substantially
       different than Version 2 and later.  For historical reasons, some
!      other DWARF-related options (including '-feliminate-dwarf2-dups'
!      and '-fno-dwarf2-cfi-asm') retain a reference to DWARF Version 2 in
!      their names, but apply to all currently-supported versions of
       DWARF.
  
! '-gstabs'
       Produce debugging information in stabs format (if that is
!      supported), without GDB extensions.  This is the format used by DBX
!      on most BSD systems.  On MIPS, Alpha and System V Release 4 systems
!      this option produces stabs debugging output that is not understood
!      by DBX or SDB.  On System V Release 4 systems this option requires
!      the GNU assembler.
  
! '-gstabs+'
       Produce debugging information in stabs format (if that is
       supported), using GNU extensions understood only by the GNU
       debugger (GDB).  The use of these extensions is likely to make
       other debuggers crash or refuse to read the program.
  
! '-gcoff'
       Produce debugging information in COFF format (if that is
       supported).  This is the format used by SDB on most System V
       systems prior to System V Release 4.
  
! '-gxcoff'
       Produce debugging information in XCOFF format (if that is
       supported).  This is the format used by the DBX debugger on IBM
       RS/6000 systems.
  
! '-gxcoff+'
       Produce debugging information in XCOFF format (if that is
       supported), using GNU extensions understood only by the GNU
       debugger (GDB).  The use of these extensions is likely to make
--- 6207,6247 ----
       Note that with DWARF Version 2, some ports require and always use
       some non-conflicting DWARF 3 extensions in the unwind tables.
  
!      Version 4 may require GDB 7.0 and `-fvar-tracking-assignments' for
       maximum benefit.
  
       GCC no longer supports DWARF Version 1, which is substantially
       different than Version 2 and later.  For historical reasons, some
!      other DWARF-related options (including `-feliminate-dwarf2-dups'
!      and `-fno-dwarf2-cfi-asm') retain a reference to DWARF Version 2
!      in their names, but apply to all currently-supported versions of
       DWARF.
  
! `-gstabs'
       Produce debugging information in stabs format (if that is
!      supported), without GDB extensions.  This is the format used by
!      DBX on most BSD systems.  On MIPS, Alpha and System V Release 4
!      systems this option produces stabs debugging output that is not
!      understood by DBX or SDB.  On System V Release 4 systems this
!      option requires the GNU assembler.
  
! `-gstabs+'
       Produce debugging information in stabs format (if that is
       supported), using GNU extensions understood only by the GNU
       debugger (GDB).  The use of these extensions is likely to make
       other debuggers crash or refuse to read the program.
  
! `-gcoff'
       Produce debugging information in COFF format (if that is
       supported).  This is the format used by SDB on most System V
       systems prior to System V Release 4.
  
! `-gxcoff'
       Produce debugging information in XCOFF format (if that is
       supported).  This is the format used by the DBX debugger on IBM
       RS/6000 systems.
  
! `-gxcoff+'
       Produce debugging information in XCOFF format (if that is
       supported), using GNU extensions understood only by the GNU
       debugger (GDB).  The use of these extensions is likely to make
*************** experience.
*** 6204,6362 ****
       assemblers other than the GNU assembler (GAS) to fail with an
       error.
  
! '-gvms'
       Produce debugging information in Alpha/VMS debug format (if that is
       supported).  This is the format used by DEBUG on Alpha/VMS systems.
  
! '-gLEVEL'
! '-ggdbLEVEL'
! '-gstabsLEVEL'
! '-gcoffLEVEL'
! '-gxcoffLEVEL'
! '-gvmsLEVEL'
       Request debugging information and also use LEVEL to specify how
       much information.  The default level is 2.
  
!      Level 0 produces no debug information at all.  Thus, '-g0' negates
!      '-g'.
  
       Level 1 produces minimal information, enough for making backtraces
       in parts of the program that you don't plan to debug.  This
!      includes descriptions of functions and external variables, and line
!      number tables, but no information about local variables.
  
       Level 3 includes extra information, such as all the macro
       definitions present in the program.  Some debuggers support macro
!      expansion when you use '-g3'.
  
!      '-gdwarf' does not accept a concatenated debug level, to avoid
!      confusion with '-gdwarf-LEVEL'.  Instead use an additional
!      '-gLEVEL' option to change the debug level for DWARF.
  
! '-feliminate-unused-debug-symbols'
       Produce debugging information in stabs format (if that is
       supported), for only symbols that are actually used.
  
! '-femit-class-debug-always'
       Instead of emitting debugging information for a C++ class in only
!      one object file, emit it in all object files using the class.  This
!      option should be used only with debuggers that are unable to handle
!      the way GCC normally emits debugging information for classes
!      because using this option increases the size of debugging
       information by as much as a factor of two.
  
! '-fno-merge-debug-strings'
       Direct the linker to not merge together strings in the debugging
       information that are identical in different object files.  Merging
       is not supported by all assemblers or linkers.  Merging decreases
!      the size of the debug information in the output file at the cost of
!      increasing link processing time.  Merging is enabled by default.
  
! '-fdebug-prefix-map=OLD=NEW'
!      When compiling files in directory 'OLD', record debugging
!      information describing them as in 'NEW' instead.
  
! '-fvar-tracking'
!      Run variable tracking pass.  It computes where variables are stored
!      at each position in code.  Better debugging information is then
!      generated (if the debugging information format supports this
       information).
  
!      It is enabled by default when compiling with optimization ('-Os',
!      '-O', '-O2', ...), debugging information ('-g') and the debug info
       format supports it.
  
! '-fvar-tracking-assignments'
       Annotate assignments to user variables early in the compilation and
       attempt to carry the annotations over throughout the compilation
       all the way to the end, in an attempt to improve debug information
!      while optimizing.  Use of '-gdwarf-4' is recommended along with it.
  
       It can be enabled even if var-tracking is disabled, in which case
       annotations are created and maintained, but discarded at the end.
!      By default, this flag is enabled together with '-fvar-tracking',
       except when selective scheduling is enabled.
  
! '-gsplit-dwarf'
       Separate as much DWARF debugging information as possible into a
!      separate output file with the extension '.dwo'.  This option allows
       the build system to avoid linking files with debug information.  To
       be useful, this option requires a debugger capable of reading
!      '.dwo' files.
  
! '-gpubnames'
!      Generate DWARF '.debug_pubnames' and '.debug_pubtypes' sections.
  
! '-ggnu-pubnames'
!      Generate '.debug_pubnames' and '.debug_pubtypes' sections in a
       format suitable for conversion into a GDB index.  This option is
       only useful with a linker that can produce GDB index version 7.
  
! '-fdebug-types-section'
       When using DWARF Version 4 or higher, type DIEs can be put into
!      their own '.debug_types' section instead of making them part of the
!      '.debug_info' section.  It is more efficient to put them in a
       separate comdat sections since the linker can then remove
!      duplicates.  But not all DWARF consumers support '.debug_types'
!      sections yet and on some objects '.debug_types' produces larger
       instead of smaller debugging information.
  
! '-grecord-gcc-switches'
! '-gno-record-gcc-switches'
       This switch causes the command-line options used to invoke the
       compiler that may affect code generation to be appended to the
       DW_AT_producer attribute in DWARF debugging information.  The
       options are concatenated with spaces separating them from each
       other and from the compiler version.  It is enabled by default.
!      See also '-frecord-gcc-switches' for another way of storing
       compiler options into the object file.
  
! '-gstrict-dwarf'
       Disallow using extensions of later DWARF standard version than
!      selected with '-gdwarf-VERSION'.  On most targets using
       non-conflicting DWARF extensions from later standard versions is
       allowed.
  
! '-gno-strict-dwarf'
       Allow using extensions of later DWARF standard version than
!      selected with '-gdwarf-VERSION'.
  
! '-gcolumn-info'
! '-gno-column-info'
       Emit location column information into DWARF debugging information,
       rather than just file and line.  This option is disabled by
       default.
  
! '-gz[=TYPE]'
       Produce compressed debug sections in DWARF format, if that is
       supported.  If TYPE is not given, the default type depends on the
       capabilities of the assembler and linker used.  TYPE may be one of
!      'none' (don't compress debug sections), 'zlib' (use zlib
!      compression in ELF gABI format), or 'zlib-gnu' (use zlib
       compression in traditional GNU format).  If the linker doesn't
       support writing compressed debug sections, the option is rejected.
!      Otherwise, if the assembler does not support them, '-gz' is
       silently ignored when producing object files.
  
! '-feliminate-dwarf2-dups'
       Compress DWARF debugging information by eliminating duplicated
       information about each symbol.  This option only makes sense when
       generating DWARF debugging information.
  
! '-femit-struct-debug-baseonly'
       Emit debug information for struct-like types only when the base
       name of the compilation source file matches the base name of file
       in which the struct is defined.
  
       This option substantially reduces the size of debugging
       information, but at significant potential loss in type information
!      to the debugger.  See '-femit-struct-debug-reduced' for a less
!      aggressive option.  See '-femit-struct-debug-detailed' for more
       detailed control.
  
       This option works only with DWARF debug output.
  
! '-femit-struct-debug-reduced'
       Emit debug information for struct-like types only when the base
       name of the compilation source file matches the base name of file
       in which the type is defined, unless the struct is a template or
--- 6249,6409 ----
       assemblers other than the GNU assembler (GAS) to fail with an
       error.
  
! `-gvms'
       Produce debugging information in Alpha/VMS debug format (if that is
       supported).  This is the format used by DEBUG on Alpha/VMS systems.
  
! `-gLEVEL'
! `-ggdbLEVEL'
! `-gstabsLEVEL'
! `-gcoffLEVEL'
! `-gxcoffLEVEL'
! `-gvmsLEVEL'
       Request debugging information and also use LEVEL to specify how
       much information.  The default level is 2.
  
!      Level 0 produces no debug information at all.  Thus, `-g0' negates
!      `-g'.
  
       Level 1 produces minimal information, enough for making backtraces
       in parts of the program that you don't plan to debug.  This
!      includes descriptions of functions and external variables, and
!      line number tables, but no information about local variables.
  
       Level 3 includes extra information, such as all the macro
       definitions present in the program.  Some debuggers support macro
!      expansion when you use `-g3'.
  
!      `-gdwarf' does not accept a concatenated debug level, to avoid
!      confusion with `-gdwarf-LEVEL'.  Instead use an additional
!      `-gLEVEL' option to change the debug level for DWARF.
  
! `-feliminate-unused-debug-symbols'
       Produce debugging information in stabs format (if that is
       supported), for only symbols that are actually used.
  
! `-femit-class-debug-always'
       Instead of emitting debugging information for a C++ class in only
!      one object file, emit it in all object files using the class.
!      This option should be used only with debuggers that are unable to
!      handle the way GCC normally emits debugging information for
!      classes because using this option increases the size of debugging
       information by as much as a factor of two.
  
! `-fno-merge-debug-strings'
       Direct the linker to not merge together strings in the debugging
       information that are identical in different object files.  Merging
       is not supported by all assemblers or linkers.  Merging decreases
!      the size of the debug information in the output file at the cost
!      of increasing link processing time.  Merging is enabled by default.
  
! `-fdebug-prefix-map=OLD=NEW'
!      When compiling files in directory `OLD', record debugging
!      information describing them as in `NEW' instead.
  
! `-fvar-tracking'
!      Run variable tracking pass.  It computes where variables are
!      stored at each position in code.  Better debugging information is
!      then generated (if the debugging information format supports this
       information).
  
!      It is enabled by default when compiling with optimization (`-Os',
!      `-O', `-O2', ...), debugging information (`-g') and the debug info
       format supports it.
  
! `-fvar-tracking-assignments'
       Annotate assignments to user variables early in the compilation and
       attempt to carry the annotations over throughout the compilation
       all the way to the end, in an attempt to improve debug information
!      while optimizing.  Use of `-gdwarf-4' is recommended along with it.
  
       It can be enabled even if var-tracking is disabled, in which case
       annotations are created and maintained, but discarded at the end.
!      By default, this flag is enabled together with `-fvar-tracking',
       except when selective scheduling is enabled.
  
! `-gsplit-dwarf'
       Separate as much DWARF debugging information as possible into a
!      separate output file with the extension `.dwo'.  This option allows
       the build system to avoid linking files with debug information.  To
       be useful, this option requires a debugger capable of reading
!      `.dwo' files.
  
! `-gpubnames'
!      Generate DWARF `.debug_pubnames' and `.debug_pubtypes' sections.
  
! `-ggnu-pubnames'
!      Generate `.debug_pubnames' and `.debug_pubtypes' sections in a
       format suitable for conversion into a GDB index.  This option is
       only useful with a linker that can produce GDB index version 7.
  
! `-fdebug-types-section'
       When using DWARF Version 4 or higher, type DIEs can be put into
!      their own `.debug_types' section instead of making them part of the
!      `.debug_info' section.  It is more efficient to put them in a
       separate comdat sections since the linker can then remove
!      duplicates.  But not all DWARF consumers support `.debug_types'
!      sections yet and on some objects `.debug_types' produces larger
       instead of smaller debugging information.
  
! `-grecord-gcc-switches'
! 
! `-gno-record-gcc-switches'
       This switch causes the command-line options used to invoke the
       compiler that may affect code generation to be appended to the
       DW_AT_producer attribute in DWARF debugging information.  The
       options are concatenated with spaces separating them from each
       other and from the compiler version.  It is enabled by default.
!      See also `-frecord-gcc-switches' for another way of storing
       compiler options into the object file.
  
! `-gstrict-dwarf'
       Disallow using extensions of later DWARF standard version than
!      selected with `-gdwarf-VERSION'.  On most targets using
       non-conflicting DWARF extensions from later standard versions is
       allowed.
  
! `-gno-strict-dwarf'
       Allow using extensions of later DWARF standard version than
!      selected with `-gdwarf-VERSION'.
  
! `-gcolumn-info'
! 
! `-gno-column-info'
       Emit location column information into DWARF debugging information,
       rather than just file and line.  This option is disabled by
       default.
  
! `-gz[=TYPE]'
       Produce compressed debug sections in DWARF format, if that is
       supported.  If TYPE is not given, the default type depends on the
       capabilities of the assembler and linker used.  TYPE may be one of
!      `none' (don't compress debug sections), `zlib' (use zlib
!      compression in ELF gABI format), or `zlib-gnu' (use zlib
       compression in traditional GNU format).  If the linker doesn't
       support writing compressed debug sections, the option is rejected.
!      Otherwise, if the assembler does not support them, `-gz' is
       silently ignored when producing object files.
  
! `-feliminate-dwarf2-dups'
       Compress DWARF debugging information by eliminating duplicated
       information about each symbol.  This option only makes sense when
       generating DWARF debugging information.
  
! `-femit-struct-debug-baseonly'
       Emit debug information for struct-like types only when the base
       name of the compilation source file matches the base name of file
       in which the struct is defined.
  
       This option substantially reduces the size of debugging
       information, but at significant potential loss in type information
!      to the debugger.  See `-femit-struct-debug-reduced' for a less
!      aggressive option.  See `-femit-struct-debug-detailed' for more
       detailed control.
  
       This option works only with DWARF debug output.
  
! `-femit-struct-debug-reduced'
       Emit debug information for struct-like types only when the base
       name of the compilation source file matches the base name of file
       in which the type is defined, unless the struct is a template or
*************** experience.
*** 6364,6431 ****
  
       This option significantly reduces the size of debugging
       information, with some potential loss in type information to the
!      debugger.  See '-femit-struct-debug-baseonly' for a more aggressive
!      option.  See '-femit-struct-debug-detailed' for more detailed
!      control.
  
       This option works only with DWARF debug output.
  
! '-femit-struct-debug-detailed[=SPEC-LIST]'
       Specify the struct-like types for which the compiler generates
       debug information.  The intent is to reduce duplicate struct debug
       information between different object files within the same program.
  
!      This option is a detailed version of '-femit-struct-debug-reduced'
!      and '-femit-struct-debug-baseonly', which serves for most needs.
  
       A specification has the syntax
!      ['dir:'|'ind:']['ord:'|'gen:']('any'|'sys'|'base'|'none')
  
       The optional first word limits the specification to structs that
!      are used directly ('dir:') or used indirectly ('ind:').  A struct
       type is used directly when it is the type of a variable, member.
!      Indirect uses arise through pointers to structs.  That is, when use
!      of an incomplete struct is valid, the use is indirect.  An example
!      is 'struct one direct; struct two * indirect;'.
  
       The optional second word limits the specification to ordinary
!      structs ('ord:') or generic structs ('gen:').  Generic structs are
       a bit complicated to explain.  For C++, these are non-explicit
!      specializations of template classes, or non-template classes within
!      the above.  Other programming languages have generics, but
!      '-femit-struct-debug-detailed' does not yet implement them.
  
       The third word specifies the source files for those structs for
       which the compiler should emit debug information.  The values
!      'none' and 'any' have the normal meaning.  The value 'base' means
       that the base of name of the file in which the type declaration
       appears must match the base of the name of the main compilation
!      file.  In practice, this means that when compiling 'foo.c', debug
       information is generated for types declared in that file and
!      'foo.h', but not other header files.  The value 'sys' means those
!      types satisfying 'base' or declared in system or compiler headers.
  
       You may need to experiment to determine the best settings for your
       application.
  
!      The default is '-femit-struct-debug-detailed=all'.
  
       This option works only with DWARF debug output.
  
! '-fno-dwarf2-cfi-asm'
!      Emit DWARF unwind info as compiler generated '.eh_frame' section
!      instead of using GAS '.cfi_*' directives.
  
! '-fno-eliminate-unused-debug-types'
       Normally, when producing DWARF output, GCC avoids producing debug
       symbol output for types that are nowhere used in the source file
       being compiled.  Sometimes it is useful to have GCC emit debugging
       information for all types declared in a compilation unit,
       regardless of whether or not they are actually used in that
!      compilation unit, for example if, in the debugger, you want to cast
!      a value to a type that is not actually used in your program (but is
!      declared).  More often, however, this results in a significant
!      amount of wasted space.
  
  
  File: gcc.info,  Node: Optimize Options,  Next: Instrumentation Options,  Prev: Debugging Options,  Up: Invoking GCC
--- 6411,6478 ----
  
       This option significantly reduces the size of debugging
       information, with some potential loss in type information to the
!      debugger.  See `-femit-struct-debug-baseonly' for a more
!      aggressive option.  See `-femit-struct-debug-detailed' for more
!      detailed control.
  
       This option works only with DWARF debug output.
  
! `-femit-struct-debug-detailed[=SPEC-LIST]'
       Specify the struct-like types for which the compiler generates
       debug information.  The intent is to reduce duplicate struct debug
       information between different object files within the same program.
  
!      This option is a detailed version of `-femit-struct-debug-reduced'
!      and `-femit-struct-debug-baseonly', which serves for most needs.
  
       A specification has the syntax
!      [`dir:'|`ind:'][`ord:'|`gen:'](`any'|`sys'|`base'|`none')
  
       The optional first word limits the specification to structs that
!      are used directly (`dir:') or used indirectly (`ind:').  A struct
       type is used directly when it is the type of a variable, member.
!      Indirect uses arise through pointers to structs.  That is, when
!      use of an incomplete struct is valid, the use is indirect.  An
!      example is `struct one direct; struct two * indirect;'.
  
       The optional second word limits the specification to ordinary
!      structs (`ord:') or generic structs (`gen:').  Generic structs are
       a bit complicated to explain.  For C++, these are non-explicit
!      specializations of template classes, or non-template classes
!      within the above.  Other programming languages have generics, but
!      `-femit-struct-debug-detailed' does not yet implement them.
  
       The third word specifies the source files for those structs for
       which the compiler should emit debug information.  The values
!      `none' and `any' have the normal meaning.  The value `base' means
       that the base of name of the file in which the type declaration
       appears must match the base of the name of the main compilation
!      file.  In practice, this means that when compiling `foo.c', debug
       information is generated for types declared in that file and
!      `foo.h', but not other header files.  The value `sys' means those
!      types satisfying `base' or declared in system or compiler headers.
  
       You may need to experiment to determine the best settings for your
       application.
  
!      The default is `-femit-struct-debug-detailed=all'.
  
       This option works only with DWARF debug output.
  
! `-fno-dwarf2-cfi-asm'
!      Emit DWARF unwind info as compiler generated `.eh_frame' section
!      instead of using GAS `.cfi_*' directives.
  
! `-fno-eliminate-unused-debug-types'
       Normally, when producing DWARF output, GCC avoids producing debug
       symbol output for types that are nowhere used in the source file
       being compiled.  Sometimes it is useful to have GCC emit debugging
       information for all types declared in a compilation unit,
       regardless of whether or not they are actually used in that
!      compilation unit, for example if, in the debugger, you want to
!      cast a value to a type that is not actually used in your program
!      (but is declared).  More often, however, this results in a
!      significant amount of wasted space.
  
  
  File: gcc.info,  Node: Optimize Options,  Next: Instrumentation Options,  Prev: Debugging Options,  Up: Invoking GCC
*************** between statements, you can then assign
*** 6442,6479 ****
  change the program counter to any other statement in the function and
  get exactly the results you expect from the source code.
  
!  Turning on optimization flags makes the compiler attempt to improve the
! performance and/or code size at the expense of compilation time and
  possibly the ability to debug the program.
  
   The compiler performs optimization based on the knowledge it has of the
  program.  Compiling multiple files at once to a single output file mode
! allows the compiler to use information gained from all of the files when
! compiling each of them.
  
   Not all optimizations are controlled directly by a flag.  Only
  optimizations that have a flag are listed in this section.
  
!  Most optimizations are only enabled if an '-O' level is set on the
  command line.  Otherwise they are disabled, even if individual
  optimization flags are specified.
  
   Depending on the target and how GCC was configured, a slightly
! different set of optimizations may be enabled at each '-O' level than
! those listed here.  You can invoke GCC with '-Q --help=optimizers' to
  find out the exact set of optimizations that are enabled at each level.
  *Note Overall Options::, for examples.
  
! '-O'
! '-O1'
       Optimize.  Optimizing compilation takes somewhat more time, and a
       lot more memory for a large function.
  
!      With '-O', the compiler tries to reduce code size and execution
       time, without performing any optimizations that take a great deal
       of compilation time.
  
!      '-O' turns on the following optimization flags:
            -fauto-inc-dec
            -fbranch-count-reg
            -fcombine-stack-adjustments
--- 6489,6526 ----
  change the program counter to any other statement in the function and
  get exactly the results you expect from the source code.
  
!  Turning on optimization flags makes the compiler attempt to improve
! the performance and/or code size at the expense of compilation time and
  possibly the ability to debug the program.
  
   The compiler performs optimization based on the knowledge it has of the
  program.  Compiling multiple files at once to a single output file mode
! allows the compiler to use information gained from all of the files
! when compiling each of them.
  
   Not all optimizations are controlled directly by a flag.  Only
  optimizations that have a flag are listed in this section.
  
!  Most optimizations are only enabled if an `-O' level is set on the
  command line.  Otherwise they are disabled, even if individual
  optimization flags are specified.
  
   Depending on the target and how GCC was configured, a slightly
! different set of optimizations may be enabled at each `-O' level than
! those listed here.  You can invoke GCC with `-Q --help=optimizers' to
  find out the exact set of optimizations that are enabled at each level.
  *Note Overall Options::, for examples.
  
! `-O'
! `-O1'
       Optimize.  Optimizing compilation takes somewhat more time, and a
       lot more memory for a large function.
  
!      With `-O', the compiler tries to reduce code size and execution
       time, without performing any optimizations that take a great deal
       of compilation time.
  
!      `-O' turns on the following optimization flags:
            -fauto-inc-dec
            -fbranch-count-reg
            -fcombine-stack-adjustments
*************** find out the exact set of optimizations
*** 6517,6532 ****
            -ftree-ter
            -funit-at-a-time
  
!      '-O' also turns on '-fomit-frame-pointer' on machines where doing
       so does not interfere with debugging.
  
! '-O2'
       Optimize even more.  GCC performs nearly all supported
       optimizations that do not involve a space-speed tradeoff.  As
!      compared to '-O', this option increases both compilation time and
       the performance of the generated code.
  
!      '-O2' turns on all optimization flags specified by '-O'.  It also
       turns on the following optimization flags:
            -fthread-jumps
            -falign-functions  -falign-jumps
--- 6564,6579 ----
            -ftree-ter
            -funit-at-a-time
  
!      `-O' also turns on `-fomit-frame-pointer' on machines where doing
       so does not interfere with debugging.
  
! `-O2'
       Optimize even more.  GCC performs nearly all supported
       optimizations that do not involve a space-speed tradeoff.  As
!      compared to `-O', this option increases both compilation time and
       the performance of the generated code.
  
!      `-O2' turns on all optimization flags specified by `-O'.  It also
       turns on the following optimization flags:
            -fthread-jumps
            -falign-functions  -falign-jumps
*************** find out the exact set of optimizations
*** 6566,6762 ****
            -ftree-vrp
            -fipa-ra
  
!      Please note the warning under '-fgcse' about invoking '-O2' on
       programs that use computed gotos.
  
! '-O3'
!      Optimize yet more.  '-O3' turns on all optimizations specified by
!      '-O2' and also turns on the '-finline-functions',
!      '-funswitch-loops', '-fpredictive-commoning',
!      '-fgcse-after-reload', '-ftree-loop-vectorize',
!      '-ftree-loop-distribute-patterns', '-fsplit-paths'
!      '-ftree-slp-vectorize', '-fvect-cost-model', '-ftree-partial-pre',
!      '-fpeel-loops' and '-fipa-cp-clone' options.
  
! '-O0'
       Reduce compilation time and make debugging produce the expected
       results.  This is the default.
  
! '-Os'
!      Optimize for size.  '-Os' enables all '-O2' optimizations that do
       not typically increase code size.  It also performs further
       optimizations designed to reduce code size.
  
!      '-Os' disables the following optimization flags:
            -falign-functions  -falign-jumps  -falign-loops
            -falign-labels  -freorder-blocks  -freorder-blocks-algorithm=stc
            -freorder-blocks-and-partition  -fprefetch-loop-arrays
  
! '-Ofast'
!      Disregard strict standards compliance.  '-Ofast' enables all '-O3'
       optimizations.  It also enables optimizations that are not valid
!      for all standard-compliant programs.  It turns on '-ffast-math' and
!      the Fortran-specific '-fno-protect-parens' and '-fstack-arrays'.
  
! '-Og'
!      Optimize debugging experience.  '-Og' enables optimizations that do
!      not interfere with debugging.  It should be the optimization level
!      of choice for the standard edit-compile-debug cycle, offering a
!      reasonable level of optimization while maintaining fast compilation
!      and a good debugging experience.
  
!  If you use multiple '-O' options, with or without level numbers, the
  last such option is the one that is effective.
  
!  Options of the form '-fFLAG' specify machine-independent flags.  Most
  flags have both positive and negative forms; the negative form of
! '-ffoo' is '-fno-foo'.  In the table below, only one of the forms is
! listed--the one you typically use.  You can figure out the other form by
! either removing 'no-' or adding it.
  
   The following options control specific optimizations.  They are either
! activated by '-O' options or are related to ones that are.  You can use
  the following flags in the rare cases when "fine-tuning" of
  optimizations to be performed is desired.
  
! '-fno-defer-pop'
       Always pop the arguments to each function call as soon as that
       function returns.  For machines that must pop arguments after a
       function call, the compiler normally lets arguments accumulate on
       the stack for several function calls and pops them all at once.
  
!      Disabled at levels '-O', '-O2', '-O3', '-Os'.
  
! '-fforward-propagate'
       Perform a forward propagation pass on RTL.  The pass tries to
       combine two instructions and checks if the result can be
       simplified.  If loop unrolling is active, two passes are performed
       and the second is scheduled after loop unrolling.
  
!      This option is enabled by default at optimization levels '-O',
!      '-O2', '-O3', '-Os'.
  
! '-ffp-contract=STYLE'
!      '-ffp-contract=off' disables floating-point expression contraction.
!      '-ffp-contract=fast' enables floating-point expression contraction
       such as forming of fused multiply-add operations if the target has
!      native support for them.  '-ffp-contract=on' enables floating-point
!      expression contraction if allowed by the language standard.  This
!      is currently not implemented and treated equal to
!      '-ffp-contract=off'.
  
!      The default is '-ffp-contract=fast'.
  
! '-fomit-frame-pointer'
!      Don't keep the frame pointer in a register for functions that don't
!      need one.  This avoids the instructions to save, set up and restore
!      frame pointers; it also makes an extra register available in many
!      functions.  *It also makes debugging impossible on some machines.*
  
       On some machines, such as the VAX, this flag has no effect, because
       the standard calling sequence automatically handles the frame
       pointer and nothing is saved by pretending it doesn't exist.  The
!      machine-description macro 'FRAME_POINTER_REQUIRED' controls whether
!      a target machine supports this flag.  *Note Register Usage:
!      (gccint)Registers.
  
       The default setting (when not optimizing for size) for 32-bit
       GNU/Linux x86 and 32-bit Darwin x86 targets is
!      '-fomit-frame-pointer'.  You can configure GCC with the
!      '--enable-frame-pointer' configure option to change the default.
  
!      Enabled at levels '-O', '-O2', '-O3', '-Os'.
  
! '-foptimize-sibling-calls'
       Optimize sibling and tail recursive calls.
  
!      Enabled at levels '-O2', '-O3', '-Os'.
  
! '-foptimize-strlen'
!      Optimize various standard C string functions (e.g.  'strlen',
!      'strchr' or 'strcpy') and their '_FORTIFY_SOURCE' counterparts into
!      faster alternatives.
  
!      Enabled at levels '-O2', '-O3'.
  
! '-fno-inline'
!      Do not expand any functions inline apart from those marked with the
!      'always_inline' attribute.  This is the default when not
       optimizing.
  
!      Single functions can be exempted from inlining by marking them with
!      the 'noinline' attribute.
  
! '-finline-small-functions'
       Integrate functions into their callers when their body is smaller
       than expected function call code (so overall size of program gets
       smaller).  The compiler heuristically decides which functions are
       simple enough to be worth integrating in this way.  This inlining
       applies to all functions, even those not declared inline.
  
!      Enabled at level '-O2'.
  
! '-findirect-inlining'
       Inline also indirect calls that are discovered to be known at
       compile time thanks to previous inlining.  This option has any
       effect only when inlining itself is turned on by the
!      '-finline-functions' or '-finline-small-functions' options.
  
!      Enabled at level '-O2'.
  
! '-finline-functions'
       Consider all functions for inlining, even if they are not declared
       inline.  The compiler heuristically decides which functions are
       worth integrating in this way.
  
       If all calls to a given function are integrated, and the function
!      is declared 'static', then the function is normally not output as
       assembler code in its own right.
  
!      Enabled at level '-O3'.
  
! '-finline-functions-called-once'
!      Consider all 'static' functions called once for inlining into their
!      caller even if they are not marked 'inline'.  If a call to a given
       function is integrated, then the function is not output as
       assembler code in its own right.
  
!      Enabled at levels '-O1', '-O2', '-O3' and '-Os'.
  
! '-fearly-inlining'
!      Inline functions marked by 'always_inline' and functions whose body
!      seems smaller than the function call overhead early before doing
!      '-fprofile-generate' instrumentation and real inlining pass.  Doing
!      so makes profiling significantly cheaper and usually inlining
!      faster on programs having large chains of nested wrapper functions.
  
       Enabled by default.
  
! '-fipa-sra'
       Perform interprocedural scalar replacement of aggregates, removal
       of unused parameters and replacement of parameters passed by
       reference by parameters passed by value.
  
!      Enabled at levels '-O2', '-O3' and '-Os'.
  
! '-finline-limit=N'
       By default, GCC limits the size of functions that can be inlined.
       This flag allows coarse control of this limit.  N is the size of
       functions that can be inlined in number of pseudo instructions.
  
       Inlining is actually controlled by a number of parameters, which
!      may be specified individually by using '--param NAME=VALUE'.  The
!      '-finline-limit=N' option sets some of these parameters as follows:
  
!      'max-inline-insns-single'
            is set to N/2.
!      'max-inline-insns-auto'
            is set to N/2.
  
       See below for a documentation of the individual parameters
       controlling inlining and for the defaults of these parameters.
  
!      _Note:_ there may be no value to '-finline-limit' that results in
       default behavior.
  
       _Note:_ pseudo instruction represents, in this particular context,
--- 6613,6813 ----
            -ftree-vrp
            -fipa-ra
  
!      Please note the warning under `-fgcse' about invoking `-O2' on
       programs that use computed gotos.
  
! `-O3'
!      Optimize yet more.  `-O3' turns on all optimizations specified by
!      `-O2' and also turns on the `-finline-functions',
!      `-funswitch-loops', `-fpredictive-commoning',
!      `-fgcse-after-reload', `-ftree-loop-vectorize',
!      `-ftree-loop-distribute-patterns', `-fsplit-paths'
!      `-ftree-slp-vectorize', `-fvect-cost-model', `-ftree-partial-pre',
!      `-fpeel-loops' and `-fipa-cp-clone' options.
  
! `-O0'
       Reduce compilation time and make debugging produce the expected
       results.  This is the default.
  
! `-Os'
!      Optimize for size.  `-Os' enables all `-O2' optimizations that do
       not typically increase code size.  It also performs further
       optimizations designed to reduce code size.
  
!      `-Os' disables the following optimization flags:
            -falign-functions  -falign-jumps  -falign-loops
            -falign-labels  -freorder-blocks  -freorder-blocks-algorithm=stc
            -freorder-blocks-and-partition  -fprefetch-loop-arrays
  
! `-Ofast'
!      Disregard strict standards compliance.  `-Ofast' enables all `-O3'
       optimizations.  It also enables optimizations that are not valid
!      for all standard-compliant programs.  It turns on `-ffast-math'
!      and the Fortran-specific `-fno-protect-parens' and
!      `-fstack-arrays'.
  
! `-Og'
!      Optimize debugging experience.  `-Og' enables optimizations that
!      do not interfere with debugging. It should be the optimization
!      level of choice for the standard edit-compile-debug cycle, offering
!      a reasonable level of optimization while maintaining fast
!      compilation and a good debugging experience.
  
!  If you use multiple `-O' options, with or without level numbers, the
  last such option is the one that is effective.
  
!  Options of the form `-fFLAG' specify machine-independent flags.  Most
  flags have both positive and negative forms; the negative form of
! `-ffoo' is `-fno-foo'.  In the table below, only one of the forms is
! listed--the one you typically use.  You can figure out the other form
! by either removing `no-' or adding it.
  
   The following options control specific optimizations.  They are either
! activated by `-O' options or are related to ones that are.  You can use
  the following flags in the rare cases when "fine-tuning" of
  optimizations to be performed is desired.
  
! `-fno-defer-pop'
       Always pop the arguments to each function call as soon as that
       function returns.  For machines that must pop arguments after a
       function call, the compiler normally lets arguments accumulate on
       the stack for several function calls and pops them all at once.
  
!      Disabled at levels `-O', `-O2', `-O3', `-Os'.
  
! `-fforward-propagate'
       Perform a forward propagation pass on RTL.  The pass tries to
       combine two instructions and checks if the result can be
       simplified.  If loop unrolling is active, two passes are performed
       and the second is scheduled after loop unrolling.
  
!      This option is enabled by default at optimization levels `-O',
!      `-O2', `-O3', `-Os'.
  
! `-ffp-contract=STYLE'
!      `-ffp-contract=off' disables floating-point expression contraction.
!      `-ffp-contract=fast' enables floating-point expression contraction
       such as forming of fused multiply-add operations if the target has
!      native support for them.  `-ffp-contract=on' enables
!      floating-point expression contraction if allowed by the language
!      standard.  This is currently not implemented and treated equal to
!      `-ffp-contract=off'.
  
!      The default is `-ffp-contract=fast'.
  
! `-fomit-frame-pointer'
!      Don't keep the frame pointer in a register for functions that
!      don't need one.  This avoids the instructions to save, set up and
!      restore frame pointers; it also makes an extra register available
!      in many functions.  *It also makes debugging impossible on some
!      machines.*
  
       On some machines, such as the VAX, this flag has no effect, because
       the standard calling sequence automatically handles the frame
       pointer and nothing is saved by pretending it doesn't exist.  The
!      machine-description macro `FRAME_POINTER_REQUIRED' controls
!      whether a target machine supports this flag.  *Note Register
!      Usage: (gccint)Registers.
  
       The default setting (when not optimizing for size) for 32-bit
       GNU/Linux x86 and 32-bit Darwin x86 targets is
!      `-fomit-frame-pointer'.  You can configure GCC with the
!      `--enable-frame-pointer' configure option to change the default.
  
!      Enabled at levels `-O', `-O2', `-O3', `-Os'.
  
! `-foptimize-sibling-calls'
       Optimize sibling and tail recursive calls.
  
!      Enabled at levels `-O2', `-O3', `-Os'.
  
! `-foptimize-strlen'
!      Optimize various standard C string functions (e.g. `strlen',
!      `strchr' or `strcpy') and their `_FORTIFY_SOURCE' counterparts
!      into faster alternatives.
  
!      Enabled at levels `-O2', `-O3'.
  
! `-fno-inline'
!      Do not expand any functions inline apart from those marked with
!      the `always_inline' attribute.  This is the default when not
       optimizing.
  
!      Single functions can be exempted from inlining by marking them
!      with the `noinline' attribute.
  
! `-finline-small-functions'
       Integrate functions into their callers when their body is smaller
       than expected function call code (so overall size of program gets
       smaller).  The compiler heuristically decides which functions are
       simple enough to be worth integrating in this way.  This inlining
       applies to all functions, even those not declared inline.
  
!      Enabled at level `-O2'.
  
! `-findirect-inlining'
       Inline also indirect calls that are discovered to be known at
       compile time thanks to previous inlining.  This option has any
       effect only when inlining itself is turned on by the
!      `-finline-functions' or `-finline-small-functions' options.
  
!      Enabled at level `-O2'.
  
! `-finline-functions'
       Consider all functions for inlining, even if they are not declared
       inline.  The compiler heuristically decides which functions are
       worth integrating in this way.
  
       If all calls to a given function are integrated, and the function
!      is declared `static', then the function is normally not output as
       assembler code in its own right.
  
!      Enabled at level `-O3'.
  
! `-finline-functions-called-once'
!      Consider all `static' functions called once for inlining into their
!      caller even if they are not marked `inline'.  If a call to a given
       function is integrated, then the function is not output as
       assembler code in its own right.
  
!      Enabled at levels `-O1', `-O2', `-O3' and `-Os'.
  
! `-fearly-inlining'
!      Inline functions marked by `always_inline' and functions whose
!      body seems smaller than the function call overhead early before
!      doing `-fprofile-generate' instrumentation and real inlining pass.
!      Doing so makes profiling significantly cheaper and usually
!      inlining faster on programs having large chains of nested wrapper
!      functions.
  
       Enabled by default.
  
! `-fipa-sra'
       Perform interprocedural scalar replacement of aggregates, removal
       of unused parameters and replacement of parameters passed by
       reference by parameters passed by value.
  
!      Enabled at levels `-O2', `-O3' and `-Os'.
  
! `-finline-limit=N'
       By default, GCC limits the size of functions that can be inlined.
       This flag allows coarse control of this limit.  N is the size of
       functions that can be inlined in number of pseudo instructions.
  
       Inlining is actually controlled by a number of parameters, which
!      may be specified individually by using `--param NAME=VALUE'.  The
!      `-finline-limit=N' option sets some of these parameters as follows:
  
!     `max-inline-insns-single'
            is set to N/2.
! 
!     `max-inline-insns-auto'
            is set to N/2.
  
       See below for a documentation of the individual parameters
       controlling inlining and for the defaults of these parameters.
  
!      _Note:_ there may be no value to `-finline-limit' that results in
       default behavior.
  
       _Note:_ pseudo instruction represents, in this particular context,
*************** optimizations to be performed is desired
*** 6764,6844 ****
       represent a count of assembly instructions and as such its exact
       meaning might change from one release to an another.
  
! '-fno-keep-inline-dllexport'
!      This is a more fine-grained version of '-fkeep-inline-functions',
       which applies only to functions that are declared using the
!      'dllexport' attribute or declspec.  *Note Declaring Attributes of
       Functions: Function Attributes.
  
! '-fkeep-inline-functions'
!      In C, emit 'static' functions that are declared 'inline' into the
       object file, even if the function has been inlined into all of its
!      callers.  This switch does not affect functions using the 'extern
       inline' extension in GNU C90.  In C++, emit any and all inline
       functions into the object file.
  
! '-fkeep-static-functions'
!      Emit 'static' functions into the object file, even if the function
       is never used.
  
! '-fkeep-static-consts'
!      Emit variables declared 'static const' when optimization isn't
       turned on, even if the variables aren't referenced.
  
       GCC enables this option by default.  If you want to force the
       compiler to check if a variable is referenced, regardless of
       whether or not optimization is turned on, use the
!      '-fno-keep-static-consts' option.
  
! '-fmerge-constants'
       Attempt to merge identical constants (string constants and
       floating-point constants) across compilation units.
  
       This option is the default for optimized compilation if the
!      assembler and linker support it.  Use '-fno-merge-constants' to
       inhibit this behavior.
  
!      Enabled at levels '-O', '-O2', '-O3', '-Os'.
  
! '-fmerge-all-constants'
       Attempt to merge identical constants and identical variables.
  
!      This option implies '-fmerge-constants'.  In addition to
!      '-fmerge-constants' this considers e.g. even constant initialized
       arrays or initialized constant variables with integral or
       floating-point types.  Languages like C or C++ require each
       variable, including multiple instances of the same variable in
       recursive calls, to have distinct locations, so using this option
       results in non-conforming behavior.
  
! '-fmodulo-sched'
       Perform swing modulo scheduling immediately before the first
       scheduling pass.  This pass looks at innermost loops and reorders
       their instructions by overlapping different iterations.
  
! '-fmodulo-sched-allow-regmoves'
       Perform more aggressive SMS-based modulo scheduling with register
!      moves allowed.  By setting this flag certain anti-dependences edges
!      are deleted, which triggers the generation of reg-moves based on
!      the life-range analysis.  This option is effective only with
!      '-fmodulo-sched' enabled.
  
! '-fno-branch-count-reg'
       Avoid running a pass scanning for opportunities to use "decrement
       and branch" instructions on a count register instead of generating
       sequences of instructions that decrement a register, compare it
       against zero, and then branch based upon the result.  This option
!      is only meaningful on architectures that support such instructions,
!      which include x86, PowerPC, IA-64 and S/390.  Note that the
!      '-fno-branch-count-reg' option doesn't remove the decrement and
!      branch instructions from the generated instruction stream
!      introduced by other optimization passes.
  
!      Enabled by default at '-O1' and higher.
  
!      The default is '-fbranch-count-reg'.
  
! '-fno-function-cse'
       Do not put function addresses in registers; make each instruction
       that calls a constant function contain the function's address
       explicitly.
--- 6815,6895 ----
       represent a count of assembly instructions and as such its exact
       meaning might change from one release to an another.
  
! `-fno-keep-inline-dllexport'
!      This is a more fine-grained version of `-fkeep-inline-functions',
       which applies only to functions that are declared using the
!      `dllexport' attribute or declspec.  *Note Declaring Attributes of
       Functions: Function Attributes.
  
! `-fkeep-inline-functions'
!      In C, emit `static' functions that are declared `inline' into the
       object file, even if the function has been inlined into all of its
!      callers.  This switch does not affect functions using the `extern
       inline' extension in GNU C90.  In C++, emit any and all inline
       functions into the object file.
  
! `-fkeep-static-functions'
!      Emit `static' functions into the object file, even if the function
       is never used.
  
! `-fkeep-static-consts'
!      Emit variables declared `static const' when optimization isn't
       turned on, even if the variables aren't referenced.
  
       GCC enables this option by default.  If you want to force the
       compiler to check if a variable is referenced, regardless of
       whether or not optimization is turned on, use the
!      `-fno-keep-static-consts' option.
  
! `-fmerge-constants'
       Attempt to merge identical constants (string constants and
       floating-point constants) across compilation units.
  
       This option is the default for optimized compilation if the
!      assembler and linker support it.  Use `-fno-merge-constants' to
       inhibit this behavior.
  
!      Enabled at levels `-O', `-O2', `-O3', `-Os'.
  
! `-fmerge-all-constants'
       Attempt to merge identical constants and identical variables.
  
!      This option implies `-fmerge-constants'.  In addition to
!      `-fmerge-constants' this considers e.g. even constant initialized
       arrays or initialized constant variables with integral or
       floating-point types.  Languages like C or C++ require each
       variable, including multiple instances of the same variable in
       recursive calls, to have distinct locations, so using this option
       results in non-conforming behavior.
  
! `-fmodulo-sched'
       Perform swing modulo scheduling immediately before the first
       scheduling pass.  This pass looks at innermost loops and reorders
       their instructions by overlapping different iterations.
  
! `-fmodulo-sched-allow-regmoves'
       Perform more aggressive SMS-based modulo scheduling with register
!      moves allowed.  By setting this flag certain anti-dependences
!      edges are deleted, which triggers the generation of reg-moves
!      based on the life-range analysis.  This option is effective only
!      with `-fmodulo-sched' enabled.
  
! `-fno-branch-count-reg'
       Avoid running a pass scanning for opportunities to use "decrement
       and branch" instructions on a count register instead of generating
       sequences of instructions that decrement a register, compare it
       against zero, and then branch based upon the result.  This option
!      is only meaningful on architectures that support such
!      instructions, which include x86, PowerPC, IA-64 and S/390.  Note
!      that the `-fno-branch-count-reg' option doesn't remove the
!      decrement and branch instructions from the generated instruction
!      stream introduced by other optimization passes.
  
!      Enabled by default at `-O1' and higher.
  
!      The default is `-fbranch-count-reg'.
  
! `-fno-function-cse'
       Do not put function addresses in registers; make each instruction
       that calls a constant function contain the function's address
       explicitly.
*************** optimizations to be performed is desired
*** 6847,6999 ****
       that alter the assembler output may be confused by the
       optimizations performed when this option is not used.
  
!      The default is '-ffunction-cse'
  
! '-fno-zero-initialized-in-bss'
!      If the target supports a BSS section, GCC by default puts variables
!      that are initialized to zero into BSS.  This can save space in the
!      resulting code.
  
       This option turns off this behavior because some programs
       explicitly rely on variables going to the data section--e.g., so
       that the resulting executable can find the beginning of that
       section and/or make assumptions based on that.
  
!      The default is '-fzero-initialized-in-bss'.
  
! '-fthread-jumps'
       Perform optimizations that check to see if a jump branches to a
       location where another comparison subsumed by the first is found.
       If so, the first branch is redirected to either the destination of
!      the second branch or a point immediately following it, depending on
!      whether the condition is known to be true or false.
  
!      Enabled at levels '-O2', '-O3', '-Os'.
  
! '-fsplit-wide-types'
!      When using a type that occupies multiple registers, such as 'long
       long' on a 32-bit system, split the registers apart and allocate
       them independently.  This normally generates better code for those
       types, but may make debugging more difficult.
  
!      Enabled at levels '-O', '-O2', '-O3', '-Os'.
  
! '-fcse-follow-jumps'
       In common subexpression elimination (CSE), scan through jump
       instructions when the target of the jump is not reached by any
!      other path.  For example, when CSE encounters an 'if' statement
!      with an 'else' clause, CSE follows the jump when the condition
       tested is false.
  
!      Enabled at levels '-O2', '-O3', '-Os'.
  
! '-fcse-skip-blocks'
!      This is similar to '-fcse-follow-jumps', but causes CSE to follow
       jumps that conditionally skip over blocks.  When CSE encounters a
!      simple 'if' statement with no else clause, '-fcse-skip-blocks'
!      causes CSE to follow the jump around the body of the 'if'.
  
!      Enabled at levels '-O2', '-O3', '-Os'.
  
! '-frerun-cse-after-loop'
       Re-run common subexpression elimination after loop optimizations
       are performed.
  
!      Enabled at levels '-O2', '-O3', '-Os'.
  
! '-fgcse'
       Perform a global common subexpression elimination pass.  This pass
       also performs global constant and copy propagation.
  
       _Note:_ When compiling a program using computed gotos, a GCC
       extension, you may get better run-time performance if you disable
       the global common subexpression elimination pass by adding
!      '-fno-gcse' to the command line.
  
!      Enabled at levels '-O2', '-O3', '-Os'.
  
! '-fgcse-lm'
!      When '-fgcse-lm' is enabled, global common subexpression
       elimination attempts to move loads that are only killed by stores
       into themselves.  This allows a loop containing a load/store
!      sequence to be changed to a load outside the loop, and a copy/store
!      within the loop.
  
!      Enabled by default when '-fgcse' is enabled.
  
! '-fgcse-sm'
!      When '-fgcse-sm' is enabled, a store motion pass is run after
       global common subexpression elimination.  This pass attempts to
       move stores out of loops.  When used in conjunction with
!      '-fgcse-lm', loops containing a load/store sequence can be changed
       to a load before the loop and a store after the loop.
  
       Not enabled at any optimization level.
  
! '-fgcse-las'
!      When '-fgcse-las' is enabled, the global common subexpression
       elimination pass eliminates redundant loads that come after stores
       to the same memory location (both partial and full redundancies).
  
       Not enabled at any optimization level.
  
! '-fgcse-after-reload'
!      When '-fgcse-after-reload' is enabled, a redundant load elimination
       pass is performed after reload.  The purpose of this pass is to
       clean up redundant spilling.
  
! '-faggressive-loop-optimizations'
       This option tells the loop optimizer to use language constraints to
!      derive bounds for the number of iterations of a loop.  This assumes
!      that loop code does not invoke undefined behavior by for example
!      causing signed integer overflows or out-of-bound array accesses.
!      The bounds for the number of iterations of a loop are used to guide
!      loop unrolling and peeling and loop exit test optimizations.  This
!      option is enabled by default.
  
! '-funconstrained-commons'
       This option tells the compiler that variables declared in common
!      blocks (e.g.  Fortran) may later be overridden with longer trailing
!      arrays.  This prevents certain optimizations that depend on knowing
       the array bounds.
  
! '-fcrossjumping'
       Perform cross-jumping transformation.  This transformation unifies
!      equivalent code and saves code size.  The resulting code may or may
!      not perform better than without cross-jumping.
  
!      Enabled at levels '-O2', '-O3', '-Os'.
  
! '-fauto-inc-dec'
       Combine increments or decrements of addresses with memory accesses.
       This pass is always skipped on architectures that do not have
!      instructions to support this.  Enabled by default at '-O' and
       higher on architectures that support this.
  
! '-fdce'
       Perform dead code elimination (DCE) on RTL.  Enabled by default at
!      '-O' and higher.
  
! '-fdse'
!      Perform dead store elimination (DSE) on RTL.  Enabled by default at
!      '-O' and higher.
  
! '-fif-conversion'
       Attempt to transform conditional jumps into branch-less
!      equivalents.  This includes use of conditional moves, min, max, set
!      flags and abs instructions, and some tricks doable by standard
!      arithmetics.  The use of conditional execution on chips where it is
!      available is controlled by '-fif-conversion2'.
  
!      Enabled at levels '-O', '-O2', '-O3', '-Os'.
  
! '-fif-conversion2'
       Use conditional execution (where available) to transform
       conditional jumps into branch-less equivalents.
  
!      Enabled at levels '-O', '-O2', '-O3', '-Os'.
  
! '-fdeclone-ctor-dtor'
       The C++ ABI requires multiple entry points for constructors and
       destructors: one for a base subobject, one for a complete object,
       and one for a virtual destructor that calls operator delete
--- 6898,7050 ----
       that alter the assembler output may be confused by the
       optimizations performed when this option is not used.
  
!      The default is `-ffunction-cse'
  
! `-fno-zero-initialized-in-bss'
!      If the target supports a BSS section, GCC by default puts
!      variables that are initialized to zero into BSS.  This can save
!      space in the resulting code.
  
       This option turns off this behavior because some programs
       explicitly rely on variables going to the data section--e.g., so
       that the resulting executable can find the beginning of that
       section and/or make assumptions based on that.
  
!      The default is `-fzero-initialized-in-bss'.
  
! `-fthread-jumps'
       Perform optimizations that check to see if a jump branches to a
       location where another comparison subsumed by the first is found.
       If so, the first branch is redirected to either the destination of
!      the second branch or a point immediately following it, depending
!      on whether the condition is known to be true or false.
  
!      Enabled at levels `-O2', `-O3', `-Os'.
  
! `-fsplit-wide-types'
!      When using a type that occupies multiple registers, such as `long
       long' on a 32-bit system, split the registers apart and allocate
       them independently.  This normally generates better code for those
       types, but may make debugging more difficult.
  
!      Enabled at levels `-O', `-O2', `-O3', `-Os'.
  
! `-fcse-follow-jumps'
       In common subexpression elimination (CSE), scan through jump
       instructions when the target of the jump is not reached by any
!      other path.  For example, when CSE encounters an `if' statement
!      with an `else' clause, CSE follows the jump when the condition
       tested is false.
  
!      Enabled at levels `-O2', `-O3', `-Os'.
  
! `-fcse-skip-blocks'
!      This is similar to `-fcse-follow-jumps', but causes CSE to follow
       jumps that conditionally skip over blocks.  When CSE encounters a
!      simple `if' statement with no else clause, `-fcse-skip-blocks'
!      causes CSE to follow the jump around the body of the `if'.
  
!      Enabled at levels `-O2', `-O3', `-Os'.
  
! `-frerun-cse-after-loop'
       Re-run common subexpression elimination after loop optimizations
       are performed.
  
!      Enabled at levels `-O2', `-O3', `-Os'.
  
! `-fgcse'
       Perform a global common subexpression elimination pass.  This pass
       also performs global constant and copy propagation.
  
       _Note:_ When compiling a program using computed gotos, a GCC
       extension, you may get better run-time performance if you disable
       the global common subexpression elimination pass by adding
!      `-fno-gcse' to the command line.
  
!      Enabled at levels `-O2', `-O3', `-Os'.
  
! `-fgcse-lm'
!      When `-fgcse-lm' is enabled, global common subexpression
       elimination attempts to move loads that are only killed by stores
       into themselves.  This allows a loop containing a load/store
!      sequence to be changed to a load outside the loop, and a
!      copy/store within the loop.
  
!      Enabled by default when `-fgcse' is enabled.
  
! `-fgcse-sm'
!      When `-fgcse-sm' is enabled, a store motion pass is run after
       global common subexpression elimination.  This pass attempts to
       move stores out of loops.  When used in conjunction with
!      `-fgcse-lm', loops containing a load/store sequence can be changed
       to a load before the loop and a store after the loop.
  
       Not enabled at any optimization level.
  
! `-fgcse-las'
!      When `-fgcse-las' is enabled, the global common subexpression
       elimination pass eliminates redundant loads that come after stores
       to the same memory location (both partial and full redundancies).
  
       Not enabled at any optimization level.
  
! `-fgcse-after-reload'
!      When `-fgcse-after-reload' is enabled, a redundant load elimination
       pass is performed after reload.  The purpose of this pass is to
       clean up redundant spilling.
  
! `-faggressive-loop-optimizations'
       This option tells the loop optimizer to use language constraints to
!      derive bounds for the number of iterations of a loop.  This
!      assumes that loop code does not invoke undefined behavior by for
!      example causing signed integer overflows or out-of-bound array
!      accesses.  The bounds for the number of iterations of a loop are
!      used to guide loop unrolling and peeling and loop exit test
!      optimizations.  This option is enabled by default.
  
! `-funconstrained-commons'
       This option tells the compiler that variables declared in common
!      blocks (e.g. Fortran) may later be overridden with longer trailing
!      arrays. This prevents certain optimizations that depend on knowing
       the array bounds.
  
! `-fcrossjumping'
       Perform cross-jumping transformation.  This transformation unifies
!      equivalent code and saves code size.  The resulting code may or
!      may not perform better than without cross-jumping.
  
!      Enabled at levels `-O2', `-O3', `-Os'.
  
! `-fauto-inc-dec'
       Combine increments or decrements of addresses with memory accesses.
       This pass is always skipped on architectures that do not have
!      instructions to support this.  Enabled by default at `-O' and
       higher on architectures that support this.
  
! `-fdce'
       Perform dead code elimination (DCE) on RTL.  Enabled by default at
!      `-O' and higher.
  
! `-fdse'
!      Perform dead store elimination (DSE) on RTL.  Enabled by default
!      at `-O' and higher.
  
! `-fif-conversion'
       Attempt to transform conditional jumps into branch-less
!      equivalents.  This includes use of conditional moves, min, max,
!      set flags and abs instructions, and some tricks doable by standard
!      arithmetics.  The use of conditional execution on chips where it
!      is available is controlled by `-fif-conversion2'.
  
!      Enabled at levels `-O', `-O2', `-O3', `-Os'.
  
! `-fif-conversion2'
       Use conditional execution (where available) to transform
       conditional jumps into branch-less equivalents.
  
!      Enabled at levels `-O', `-O2', `-O3', `-Os'.
  
! `-fdeclone-ctor-dtor'
       The C++ ABI requires multiple entry points for constructors and
       destructors: one for a base subobject, one for a complete object,
       and one for a virtual destructor that calls operator delete
*************** optimizations to be performed is desired
*** 7002,7010 ****
       function.  With this option, the base and complete variants are
       changed to be thunks that call a common implementation.
  
!      Enabled by '-Os'.
  
! '-fdelete-null-pointer-checks'
       Assume that programs cannot safely dereference null pointers, and
       that no code or data element resides at address zero.  This option
       enables simple constant folding optimizations at all optimization
--- 7053,7061 ----
       function.  With this option, the base and complete variants are
       changed to be thunks that call a common implementation.
  
!      Enabled by `-Os'.
  
! `-fdelete-null-pointer-checks'
       Assume that programs cannot safely dereference null pointers, and
       that no code or data element resides at address zero.  This option
       enables simple constant folding optimizations at all optimization
*************** optimizations to be performed is desired
*** 7015,7464 ****
       checked after it has already been dereferenced, it cannot be null.
  
       Note however that in some environments this assumption is not true.
!      Use '-fno-delete-null-pointer-checks' to disable this optimization
       for programs that depend on that behavior.
  
!      This option is enabled by default on most targets.  On Nios II ELF,
!      it defaults to off.  On AVR and CR16, this option is completely
!      disabled.
  
       Passes that use the dataflow information are enabled independently
       at different optimization levels.
  
! '-fdevirtualize'
       Attempt to convert calls to virtual functions to direct calls.
       This is done both within a procedure and interprocedurally as part
!      of indirect inlining ('-findirect-inlining') and interprocedural
!      constant propagation ('-fipa-cp').  Enabled at levels '-O2', '-O3',
!      '-Os'.
  
! '-fdevirtualize-speculatively'
!      Attempt to convert calls to virtual functions to speculative direct
!      calls.  Based on the analysis of the type inheritance graph,
!      determine for a given call the set of likely targets.  If the set
!      is small, preferably of size 1, change the call into a conditional
!      deciding between direct and indirect calls.  The speculative calls
!      enable more optimizations, such as inlining.  When they seem
!      useless after further optimization, they are converted back into
!      original form.
  
! '-fdevirtualize-at-ltrans'
       Stream extra information needed for aggressive devirtualization
       when running the link-time optimizer in local transformation mode.
       This option enables more devirtualization but significantly
!      increases the size of streamed data.  For this reason it is
       disabled by default.
  
! '-fexpensive-optimizations'
       Perform a number of minor optimizations that are relatively
       expensive.
  
!      Enabled at levels '-O2', '-O3', '-Os'.
  
! '-free'
       Attempt to remove redundant extension instructions.  This is
       especially helpful for the x86-64 architecture, which implicitly
       zero-extends in 64-bit registers after writing to their lower
       32-bit half.
  
!      Enabled for Alpha, AArch64 and x86 at levels '-O2', '-O3', '-Os'.
  
! '-fno-lifetime-dse'
       In C++ the value of an object is only affected by changes within
       its lifetime: when the constructor begins, the object has an
       indeterminate value, and any changes during the lifetime of the
       object are dead when the object is destroyed.  Normally dead store
!      elimination will take advantage of this; if your code relies on the
!      value of the object storage persisting beyond the lifetime of the
!      object, you can use this flag to disable this optimization.  To
!      preserve stores before the constructor starts (e.g.  because your
!      operator new clears the object storage) but still treat the object
!      as dead after the destructor you, can use '-flifetime-dse=1'.  The
!      default behavior can be explicitly selected with
!      '-flifetime-dse=2'.  '-flifetime-dse=0' is equivalent to
!      '-fno-lifetime-dse'.
  
! '-flive-range-shrinkage'
       Attempt to decrease register pressure through register live range
       shrinkage.  This is helpful for fast processors with small or
       moderate size register sets.
  
! '-fira-algorithm=ALGORITHM'
       Use the specified coloring algorithm for the integrated register
!      allocator.  The ALGORITHM argument can be 'priority', which
!      specifies Chow's priority coloring, or 'CB', which specifies
       Chaitin-Briggs coloring.  Chaitin-Briggs coloring is not
       implemented for all architectures, but for those targets that do
       support it, it is the default because it generates better code.
  
! '-fira-region=REGION'
       Use specified regions for the integrated register allocator.  The
       REGION argument should be one of the following:
  
!      'all'
            Use all loops as register allocation regions.  This can give
            the best results for machines with a small and/or irregular
            register set.
  
!      'mixed'
!           Use all loops except for loops with small register pressure as
!           the regions.  This value usually gives the best results in
            most cases and for most architectures, and is enabled by
!           default when compiling with optimization for speed ('-O',
!           '-O2', ...).
  
!      'one'
            Use all functions as a single region.  This typically results
!           in the smallest code size, and is enabled by default for '-Os'
!           or '-O0'.
  
! '-fira-hoist-pressure'
       Use IRA to evaluate register pressure in the code hoisting pass for
       decisions to hoist expressions.  This option usually results in
       smaller code, but it can slow the compiler down.
  
!      This option is enabled at level '-Os' for all targets.
  
! '-fira-loop-pressure'
       Use IRA to evaluate register pressure in loops for decisions to
!      move loop invariants.  This option usually results in generation of
!      faster and smaller code on machines with large register files (>=
!      32 registers), but it can slow the compiler down.
  
!      This option is enabled at level '-O3' for some targets.
  
! '-fno-ira-share-save-slots'
       Disable sharing of stack slots used for saving call-used hard
       registers living through a call.  Each hard register gets a
       separate stack slot, and as a result function stack frames are
       larger.
  
! '-fno-ira-share-spill-slots'
       Disable sharing of stack slots allocated for pseudo-registers.
       Each pseudo-register that does not get a hard register gets a
       separate stack slot, and as a result function stack frames are
       larger.
  
! '-flra-remat'
!      Enable CFG-sensitive rematerialization in LRA. Instead of loading
       values of spilled pseudos, LRA tries to rematerialize (recalculate)
       values if it is profitable.
  
!      Enabled at levels '-O2', '-O3', '-Os'.
  
! '-fdelayed-branch'
       If supported for the target machine, attempt to reorder
       instructions to exploit instruction slots available after delayed
       branch instructions.
  
!      Enabled at levels '-O', '-O2', '-O3', '-Os'.
  
! '-fschedule-insns'
       If supported for the target machine, attempt to reorder
       instructions to eliminate execution stalls due to required data
       being unavailable.  This helps machines that have slow floating
!      point or memory load instructions by allowing other instructions to
!      be issued until the result of the load or floating-point
       instruction is required.
  
!      Enabled at levels '-O2', '-O3'.
  
! '-fschedule-insns2'
!      Similar to '-fschedule-insns', but requests an additional pass of
       instruction scheduling after register allocation has been done.
       This is especially useful on machines with a relatively small
       number of registers and where memory load instructions take more
       than one cycle.
  
!      Enabled at levels '-O2', '-O3', '-Os'.
  
! '-fno-sched-interblock'
       Don't schedule instructions across basic blocks.  This is normally
       enabled by default when scheduling before register allocation, i.e.
!      with '-fschedule-insns' or at '-O2' or higher.
  
! '-fno-sched-spec'
       Don't allow speculative motion of non-load instructions.  This is
       normally enabled by default when scheduling before register
!      allocation, i.e. with '-fschedule-insns' or at '-O2' or higher.
  
! '-fsched-pressure'
       Enable register pressure sensitive insn scheduling before register
       allocation.  This only makes sense when scheduling before register
!      allocation is enabled, i.e. with '-fschedule-insns' or at '-O2' or
       higher.  Usage of this option can improve the generated code and
       decrease its size by preventing register pressure increase above
       the number of available hard registers and subsequent spills in
       register allocation.
  
! '-fsched-spec-load'
       Allow speculative motion of some load instructions.  This only
       makes sense when scheduling before register allocation, i.e. with
!      '-fschedule-insns' or at '-O2' or higher.
  
! '-fsched-spec-load-dangerous'
       Allow speculative motion of more load instructions.  This only
       makes sense when scheduling before register allocation, i.e. with
!      '-fschedule-insns' or at '-O2' or higher.
  
! '-fsched-stalled-insns'
! '-fsched-stalled-insns=N'
       Define how many insns (if any) can be moved prematurely from the
       queue of stalled insns into the ready list during the second
!      scheduling pass.  '-fno-sched-stalled-insns' means that no insns
!      are moved prematurely, '-fsched-stalled-insns=0' means there is no
       limit on how many queued insns can be moved prematurely.
!      '-fsched-stalled-insns' without a value is equivalent to
!      '-fsched-stalled-insns=1'.
  
! '-fsched-stalled-insns-dep'
! '-fsched-stalled-insns-dep=N'
       Define how many insn groups (cycles) are examined for a dependency
       on a stalled insn that is a candidate for premature removal from
       the queue of stalled insns.  This has an effect only during the
!      second scheduling pass, and only if '-fsched-stalled-insns' is
!      used.  '-fno-sched-stalled-insns-dep' is equivalent to
!      '-fsched-stalled-insns-dep=0'.  '-fsched-stalled-insns-dep' without
!      a value is equivalent to '-fsched-stalled-insns-dep=1'.
  
! '-fsched2-use-superblocks'
       When scheduling after register allocation, use superblock
       scheduling.  This allows motion across basic block boundaries,
!      resulting in faster schedules.  This option is experimental, as not
!      all machine descriptions used by GCC model the CPU closely enough
!      to avoid unreliable results from the algorithm.
  
       This only makes sense when scheduling after register allocation,
!      i.e. with '-fschedule-insns2' or at '-O2' or higher.
  
! '-fsched-group-heuristic'
       Enable the group heuristic in the scheduler.  This heuristic favors
       the instruction that belongs to a schedule group.  This is enabled
!      by default when scheduling is enabled, i.e. with '-fschedule-insns'
!      or '-fschedule-insns2' or at '-O2' or higher.
  
! '-fsched-critical-path-heuristic'
       Enable the critical-path heuristic in the scheduler.  This
       heuristic favors instructions on the critical path.  This is
       enabled by default when scheduling is enabled, i.e. with
!      '-fschedule-insns' or '-fschedule-insns2' or at '-O2' or higher.
  
! '-fsched-spec-insn-heuristic'
       Enable the speculative instruction heuristic in the scheduler.
       This heuristic favors speculative instructions with greater
!      dependency weakness.  This is enabled by default when scheduling is
!      enabled, i.e. with '-fschedule-insns' or '-fschedule-insns2' or at
!      '-O2' or higher.
  
! '-fsched-rank-heuristic'
       Enable the rank heuristic in the scheduler.  This heuristic favors
       the instruction belonging to a basic block with greater size or
       frequency.  This is enabled by default when scheduling is enabled,
!      i.e. with '-fschedule-insns' or '-fschedule-insns2' or at '-O2' or
!      higher.
  
! '-fsched-last-insn-heuristic'
       Enable the last-instruction heuristic in the scheduler.  This
!      heuristic favors the instruction that is less dependent on the last
!      instruction scheduled.  This is enabled by default when scheduling
!      is enabled, i.e. with '-fschedule-insns' or '-fschedule-insns2' or
!      at '-O2' or higher.
  
! '-fsched-dep-count-heuristic'
       Enable the dependent-count heuristic in the scheduler.  This
       heuristic favors the instruction that has more instructions
       depending on it.  This is enabled by default when scheduling is
!      enabled, i.e. with '-fschedule-insns' or '-fschedule-insns2' or at
!      '-O2' or higher.
  
! '-freschedule-modulo-scheduled-loops'
!      Modulo scheduling is performed before traditional scheduling.  If a
!      loop is modulo scheduled, later scheduling passes may change its
       schedule.  Use this option to control that behavior.
  
! '-fselective-scheduling'
       Schedule instructions using selective scheduling algorithm.
       Selective scheduling runs instead of the first scheduler pass.
  
! '-fselective-scheduling2'
       Schedule instructions using selective scheduling algorithm.
       Selective scheduling runs instead of the second scheduler pass.
  
! '-fsel-sched-pipelining'
       Enable software pipelining of innermost loops during selective
       scheduling.  This option has no effect unless one of
!      '-fselective-scheduling' or '-fselective-scheduling2' is turned on.
  
! '-fsel-sched-pipelining-outer-loops'
       When pipelining loops during selective scheduling, also pipeline
       outer loops.  This option has no effect unless
!      '-fsel-sched-pipelining' is turned on.
  
! '-fsemantic-interposition'
       Some object formats, like ELF, allow interposing of symbols by the
!      dynamic linker.  This means that for symbols exported from the DSO,
!      the compiler cannot perform interprocedural propagation, inlining
!      and other optimizations in anticipation that the function or
!      variable in question may change.  While this feature is useful, for
!      example, to rewrite memory allocation functions by a debugging
!      implementation, it is expensive in the terms of code quality.  With
!      '-fno-semantic-interposition' the compiler assumes that if
       interposition happens for functions the overwriting function will
!      have precisely the same semantics (and side effects).  Similarly if
!      interposition happens for variables, the constructor of the
!      variable will be the same.  The flag has no effect for functions
       explicitly declared inline (where it is never allowed for
       interposition to change semantics) and for symbols explicitly
       declared weak.
  
! '-fshrink-wrap'
!      Emit function prologues only before parts of the function that need
!      it, rather than at the top of the function.  This flag is enabled
!      by default at '-O' and higher.
  
! '-fshrink-wrap-separate'
!      Shrink-wrap separate parts of the prologue and epilogue separately,
!      so that those parts are only executed when needed.  This option is
!      on by default, but has no effect unless '-fshrink-wrap' is also
!      turned on and the target supports this.
  
! '-fcaller-saves'
       Enable allocation of values to registers that are clobbered by
       function calls, by emitting extra instructions to save and restore
!      the registers around such calls.  Such allocation is done only when
!      it seems to result in better code.
  
       This option is always enabled by default on certain machines,
       usually those which have no call-preserved registers to use
       instead.
  
!      Enabled at levels '-O2', '-O3', '-Os'.
  
! '-fcombine-stack-adjustments'
       Tracks stack adjustments (pushes and pops) and stack memory
       references and then tries to find ways to combine them.
  
!      Enabled by default at '-O1' and higher.
  
! '-fipa-ra'
!      Use caller save registers for allocation if those registers are not
!      used by any called function.  In that case it is not necessary to
!      save and restore them around calls.  This is only possible if
       called functions are part of same compilation unit as current
       function and they are compiled before it.
  
!      Enabled at levels '-O2', '-O3', '-Os', however the option is
       disabled if generated code will be instrumented for profiling
!      ('-p', or '-pg') or if callee's register usage cannot be known
       exactly (this happens on targets that do not expose prologues and
       epilogues in RTL).
  
! '-fconserve-stack'
       Attempt to minimize stack usage.  The compiler attempts to use less
       stack space, even if that makes the program slower.  This option
!      implies setting the 'large-stack-frame' parameter to 100 and the
!      'large-stack-frame-growth' parameter to 400.
  
! '-ftree-reassoc'
!      Perform reassociation on trees.  This flag is enabled by default at
!      '-O' and higher.
  
! '-fcode-hoisting'
       Perform code hoisting.  Code hoisting tries to move the evaluation
       of expressions executed on all paths to the function exit as early
       as possible.  This is especially useful as a code size
!      optimization, but it often helps for code speed as well.  This flag
!      is enabled by default at '-O2' and higher.
  
! '-ftree-pre'
       Perform partial redundancy elimination (PRE) on trees.  This flag
!      is enabled by default at '-O2' and '-O3'.
  
! '-ftree-partial-pre'
       Make partial redundancy elimination (PRE) more aggressive.  This
!      flag is enabled by default at '-O3'.
  
! '-ftree-forwprop'
       Perform forward propagation on trees.  This flag is enabled by
!      default at '-O' and higher.
  
! '-ftree-fre'
       Perform full redundancy elimination (FRE) on trees.  The difference
!      between FRE and PRE is that FRE only considers expressions that are
!      computed on all paths leading to the redundant computation.  This
!      analysis is faster than PRE, though it exposes fewer redundancies.
!      This flag is enabled by default at '-O' and higher.
  
! '-ftree-phiprop'
       Perform hoisting of loads from conditional pointers on trees.  This
!      pass is enabled by default at '-O' and higher.
  
! '-fhoist-adjacent-loads'
       Speculatively hoist loads from both branches of an if-then-else if
!      the loads are from adjacent locations in the same structure and the
!      target architecture has a conditional move instruction.  This flag
!      is enabled by default at '-O2' and higher.
  
! '-ftree-copy-prop'
       Perform copy propagation on trees.  This pass eliminates
       unnecessary copy operations.  This flag is enabled by default at
!      '-O' and higher.
  
! '-fipa-pure-const'
       Discover which functions are pure or constant.  Enabled by default
!      at '-O' and higher.
  
! '-fipa-reference'
       Discover which static variables do not escape the compilation unit.
!      Enabled by default at '-O' and higher.
  
! '-fipa-pta'
       Perform interprocedural pointer analysis and interprocedural
       modification and reference analysis.  This option can cause
!      excessive memory and compile-time usage on large compilation units.
!      It is not enabled by default at any optimization level.
  
! '-fipa-profile'
       Perform interprocedural profile propagation.  The functions called
!      only from cold functions are marked as cold.  Also functions
!      executed once (such as 'cold', 'noreturn', static constructors or
!      destructors) are identified.  Cold functions and loop less parts of
       functions executed once are then optimized for size.  Enabled by
!      default at '-O' and higher.
  
! '-fipa-cp'
       Perform interprocedural constant propagation.  This optimization
       analyzes the program to determine when values passed to functions
       are constants and then optimizes accordingly.  This optimization
       can substantially increase performance if the application has
       constants passed to functions.  This flag is enabled by default at
!      '-O2', '-Os' and '-O3'.
  
! '-fipa-cp-clone'
       Perform function cloning to make interprocedural constant
       propagation stronger.  When enabled, interprocedural constant
       propagation performs function cloning when externally visible
       function can be called with constant arguments.  Because this
       optimization can create multiple copies of functions, it may
!      significantly increase code size (see '--param
       ipcp-unit-growth=VALUE').  This flag is enabled by default at
!      '-O3'.
  
! '-fipa-bit-cp'
!      When enabled, perform interprocedural bitwise constant propagation.
!      This flag is enabled by default at '-O2'.  It requires that
!      '-fipa-cp' is enabled.
  
! '-fipa-vrp'
       When enabled, perform interprocedural propagation of value ranges.
!      This flag is enabled by default at '-O2'.  It requires that
!      '-fipa-cp' is enabled.
  
! '-fipa-icf'
       Perform Identical Code Folding for functions and read-only
       variables.  The optimization reduces code size and may disturb
       unwind stacks by replacing a function by equivalent one with a
!      different name.  The optimization works more effectively with
       link-time optimization enabled.
  
       Nevertheless the behavior is similar to Gold Linker ICF
--- 7066,7516 ----
       checked after it has already been dereferenced, it cannot be null.
  
       Note however that in some environments this assumption is not true.
!      Use `-fno-delete-null-pointer-checks' to disable this optimization
       for programs that depend on that behavior.
  
!      This option is enabled by default on most targets.  On Nios II
!      ELF, it defaults to off.  On AVR and CR16, this option is
!      completely disabled.
  
       Passes that use the dataflow information are enabled independently
       at different optimization levels.
  
! `-fdevirtualize'
       Attempt to convert calls to virtual functions to direct calls.
       This is done both within a procedure and interprocedurally as part
!      of indirect inlining (`-findirect-inlining') and interprocedural
!      constant propagation (`-fipa-cp').  Enabled at levels `-O2',
!      `-O3', `-Os'.
  
! `-fdevirtualize-speculatively'
!      Attempt to convert calls to virtual functions to speculative
!      direct calls.  Based on the analysis of the type inheritance
!      graph, determine for a given call the set of likely targets. If
!      the set is small, preferably of size 1, change the call into a
!      conditional deciding between direct and indirect calls.  The
!      speculative calls enable more optimizations, such as inlining.
!      When they seem useless after further optimization, they are
!      converted back into original form.
  
! `-fdevirtualize-at-ltrans'
       Stream extra information needed for aggressive devirtualization
       when running the link-time optimizer in local transformation mode.
       This option enables more devirtualization but significantly
!      increases the size of streamed data. For this reason it is
       disabled by default.
  
! `-fexpensive-optimizations'
       Perform a number of minor optimizations that are relatively
       expensive.
  
!      Enabled at levels `-O2', `-O3', `-Os'.
  
! `-free'
       Attempt to remove redundant extension instructions.  This is
       especially helpful for the x86-64 architecture, which implicitly
       zero-extends in 64-bit registers after writing to their lower
       32-bit half.
  
!      Enabled for Alpha, AArch64 and x86 at levels `-O2', `-O3', `-Os'.
  
! `-fno-lifetime-dse'
       In C++ the value of an object is only affected by changes within
       its lifetime: when the constructor begins, the object has an
       indeterminate value, and any changes during the lifetime of the
       object are dead when the object is destroyed.  Normally dead store
!      elimination will take advantage of this; if your code relies on
!      the value of the object storage persisting beyond the lifetime of
!      the object, you can use this flag to disable this optimization.
!      To preserve stores before the constructor starts (e.g. because
!      your operator new clears the object storage) but still treat the
!      object as dead after the destructor you, can use
!      `-flifetime-dse=1'.  The default behavior can be explicitly
!      selected with `-flifetime-dse=2'.  `-flifetime-dse=0' is
!      equivalent to `-fno-lifetime-dse'.
  
! `-flive-range-shrinkage'
       Attempt to decrease register pressure through register live range
       shrinkage.  This is helpful for fast processors with small or
       moderate size register sets.
  
! `-fira-algorithm=ALGORITHM'
       Use the specified coloring algorithm for the integrated register
!      allocator.  The ALGORITHM argument can be `priority', which
!      specifies Chow's priority coloring, or `CB', which specifies
       Chaitin-Briggs coloring.  Chaitin-Briggs coloring is not
       implemented for all architectures, but for those targets that do
       support it, it is the default because it generates better code.
  
! `-fira-region=REGION'
       Use specified regions for the integrated register allocator.  The
       REGION argument should be one of the following:
  
!     `all'
            Use all loops as register allocation regions.  This can give
            the best results for machines with a small and/or irregular
            register set.
  
!     `mixed'
!           Use all loops except for loops with small register pressure
!           as the regions.  This value usually gives the best results in
            most cases and for most architectures, and is enabled by
!           default when compiling with optimization for speed (`-O',
!           `-O2', ...).
  
!     `one'
            Use all functions as a single region.  This typically results
!           in the smallest code size, and is enabled by default for
!           `-Os' or `-O0'.
  
! 
! `-fira-hoist-pressure'
       Use IRA to evaluate register pressure in the code hoisting pass for
       decisions to hoist expressions.  This option usually results in
       smaller code, but it can slow the compiler down.
  
!      This option is enabled at level `-Os' for all targets.
  
! `-fira-loop-pressure'
       Use IRA to evaluate register pressure in loops for decisions to
!      move loop invariants.  This option usually results in generation
!      of faster and smaller code on machines with large register files
!      (>= 32 registers), but it can slow the compiler down.
  
!      This option is enabled at level `-O3' for some targets.
  
! `-fno-ira-share-save-slots'
       Disable sharing of stack slots used for saving call-used hard
       registers living through a call.  Each hard register gets a
       separate stack slot, and as a result function stack frames are
       larger.
  
! `-fno-ira-share-spill-slots'
       Disable sharing of stack slots allocated for pseudo-registers.
       Each pseudo-register that does not get a hard register gets a
       separate stack slot, and as a result function stack frames are
       larger.
  
! `-flra-remat'
!      Enable CFG-sensitive rematerialization in LRA.  Instead of loading
       values of spilled pseudos, LRA tries to rematerialize (recalculate)
       values if it is profitable.
  
!      Enabled at levels `-O2', `-O3', `-Os'.
  
! `-fdelayed-branch'
       If supported for the target machine, attempt to reorder
       instructions to exploit instruction slots available after delayed
       branch instructions.
  
!      Enabled at levels `-O', `-O2', `-O3', `-Os'.
  
! `-fschedule-insns'
       If supported for the target machine, attempt to reorder
       instructions to eliminate execution stalls due to required data
       being unavailable.  This helps machines that have slow floating
!      point or memory load instructions by allowing other instructions
!      to be issued until the result of the load or floating-point
       instruction is required.
  
!      Enabled at levels `-O2', `-O3'.
  
! `-fschedule-insns2'
!      Similar to `-fschedule-insns', but requests an additional pass of
       instruction scheduling after register allocation has been done.
       This is especially useful on machines with a relatively small
       number of registers and where memory load instructions take more
       than one cycle.
  
!      Enabled at levels `-O2', `-O3', `-Os'.
  
! `-fno-sched-interblock'
       Don't schedule instructions across basic blocks.  This is normally
       enabled by default when scheduling before register allocation, i.e.
!      with `-fschedule-insns' or at `-O2' or higher.
  
! `-fno-sched-spec'
       Don't allow speculative motion of non-load instructions.  This is
       normally enabled by default when scheduling before register
!      allocation, i.e.  with `-fschedule-insns' or at `-O2' or higher.
  
! `-fsched-pressure'
       Enable register pressure sensitive insn scheduling before register
       allocation.  This only makes sense when scheduling before register
!      allocation is enabled, i.e. with `-fschedule-insns' or at `-O2' or
       higher.  Usage of this option can improve the generated code and
       decrease its size by preventing register pressure increase above
       the number of available hard registers and subsequent spills in
       register allocation.
  
! `-fsched-spec-load'
       Allow speculative motion of some load instructions.  This only
       makes sense when scheduling before register allocation, i.e. with
!      `-fschedule-insns' or at `-O2' or higher.
  
! `-fsched-spec-load-dangerous'
       Allow speculative motion of more load instructions.  This only
       makes sense when scheduling before register allocation, i.e. with
!      `-fschedule-insns' or at `-O2' or higher.
  
! `-fsched-stalled-insns'
! `-fsched-stalled-insns=N'
       Define how many insns (if any) can be moved prematurely from the
       queue of stalled insns into the ready list during the second
!      scheduling pass.  `-fno-sched-stalled-insns' means that no insns
!      are moved prematurely, `-fsched-stalled-insns=0' means there is no
       limit on how many queued insns can be moved prematurely.
!      `-fsched-stalled-insns' without a value is equivalent to
!      `-fsched-stalled-insns=1'.
  
! `-fsched-stalled-insns-dep'
! `-fsched-stalled-insns-dep=N'
       Define how many insn groups (cycles) are examined for a dependency
       on a stalled insn that is a candidate for premature removal from
       the queue of stalled insns.  This has an effect only during the
!      second scheduling pass, and only if `-fsched-stalled-insns' is
!      used.  `-fno-sched-stalled-insns-dep' is equivalent to
!      `-fsched-stalled-insns-dep=0'.  `-fsched-stalled-insns-dep'
!      without a value is equivalent to `-fsched-stalled-insns-dep=1'.
  
! `-fsched2-use-superblocks'
       When scheduling after register allocation, use superblock
       scheduling.  This allows motion across basic block boundaries,
!      resulting in faster schedules.  This option is experimental, as
!      not all machine descriptions used by GCC model the CPU closely
!      enough to avoid unreliable results from the algorithm.
  
       This only makes sense when scheduling after register allocation,
!      i.e. with `-fschedule-insns2' or at `-O2' or higher.
  
! `-fsched-group-heuristic'
       Enable the group heuristic in the scheduler.  This heuristic favors
       the instruction that belongs to a schedule group.  This is enabled
!      by default when scheduling is enabled, i.e. with `-fschedule-insns'
!      or `-fschedule-insns2' or at `-O2' or higher.
  
! `-fsched-critical-path-heuristic'
       Enable the critical-path heuristic in the scheduler.  This
       heuristic favors instructions on the critical path.  This is
       enabled by default when scheduling is enabled, i.e. with
!      `-fschedule-insns' or `-fschedule-insns2' or at `-O2' or higher.
  
! `-fsched-spec-insn-heuristic'
       Enable the speculative instruction heuristic in the scheduler.
       This heuristic favors speculative instructions with greater
!      dependency weakness.  This is enabled by default when scheduling
!      is enabled, i.e.  with `-fschedule-insns' or `-fschedule-insns2'
!      or at `-O2' or higher.
  
! `-fsched-rank-heuristic'
       Enable the rank heuristic in the scheduler.  This heuristic favors
       the instruction belonging to a basic block with greater size or
       frequency.  This is enabled by default when scheduling is enabled,
!      i.e.  with `-fschedule-insns' or `-fschedule-insns2' or at `-O2'
!      or higher.
  
! `-fsched-last-insn-heuristic'
       Enable the last-instruction heuristic in the scheduler.  This
!      heuristic favors the instruction that is less dependent on the
!      last instruction scheduled.  This is enabled by default when
!      scheduling is enabled, i.e. with `-fschedule-insns' or
!      `-fschedule-insns2' or at `-O2' or higher.
  
! `-fsched-dep-count-heuristic'
       Enable the dependent-count heuristic in the scheduler.  This
       heuristic favors the instruction that has more instructions
       depending on it.  This is enabled by default when scheduling is
!      enabled, i.e.  with `-fschedule-insns' or `-fschedule-insns2' or
!      at `-O2' or higher.
  
! `-freschedule-modulo-scheduled-loops'
!      Modulo scheduling is performed before traditional scheduling.  If
!      a loop is modulo scheduled, later scheduling passes may change its
       schedule.  Use this option to control that behavior.
  
! `-fselective-scheduling'
       Schedule instructions using selective scheduling algorithm.
       Selective scheduling runs instead of the first scheduler pass.
  
! `-fselective-scheduling2'
       Schedule instructions using selective scheduling algorithm.
       Selective scheduling runs instead of the second scheduler pass.
  
! `-fsel-sched-pipelining'
       Enable software pipelining of innermost loops during selective
       scheduling.  This option has no effect unless one of
!      `-fselective-scheduling' or `-fselective-scheduling2' is turned on.
  
! `-fsel-sched-pipelining-outer-loops'
       When pipelining loops during selective scheduling, also pipeline
       outer loops.  This option has no effect unless
!      `-fsel-sched-pipelining' is turned on.
  
! `-fsemantic-interposition'
       Some object formats, like ELF, allow interposing of symbols by the
!      dynamic linker.  This means that for symbols exported from the
!      DSO, the compiler cannot perform interprocedural propagation,
!      inlining and other optimizations in anticipation that the function
!      or variable in question may change. While this feature is useful,
!      for example, to rewrite memory allocation functions by a debugging
!      implementation, it is expensive in the terms of code quality.
!      With `-fno-semantic-interposition' the compiler assumes that if
       interposition happens for functions the overwriting function will
!      have precisely the same semantics (and side effects).  Similarly
!      if interposition happens for variables, the constructor of the
!      variable will be the same. The flag has no effect for functions
       explicitly declared inline (where it is never allowed for
       interposition to change semantics) and for symbols explicitly
       declared weak.
  
! `-fshrink-wrap'
!      Emit function prologues only before parts of the function that
!      need it, rather than at the top of the function.  This flag is
!      enabled by default at `-O' and higher.
  
! `-fshrink-wrap-separate'
!      Shrink-wrap separate parts of the prologue and epilogue
!      separately, so that those parts are only executed when needed.
!      This option is on by default, but has no effect unless
!      `-fshrink-wrap' is also turned on and the target supports this.
  
! `-fcaller-saves'
       Enable allocation of values to registers that are clobbered by
       function calls, by emitting extra instructions to save and restore
!      the registers around such calls.  Such allocation is done only
!      when it seems to result in better code.
  
       This option is always enabled by default on certain machines,
       usually those which have no call-preserved registers to use
       instead.
  
!      Enabled at levels `-O2', `-O3', `-Os'.
  
! `-fcombine-stack-adjustments'
       Tracks stack adjustments (pushes and pops) and stack memory
       references and then tries to find ways to combine them.
  
!      Enabled by default at `-O1' and higher.
  
! `-fipa-ra'
!      Use caller save registers for allocation if those registers are
!      not used by any called function.  In that case it is not necessary
!      to save and restore them around calls.  This is only possible if
       called functions are part of same compilation unit as current
       function and they are compiled before it.
  
!      Enabled at levels `-O2', `-O3', `-Os', however the option is
       disabled if generated code will be instrumented for profiling
!      (`-p', or `-pg') or if callee's register usage cannot be known
       exactly (this happens on targets that do not expose prologues and
       epilogues in RTL).
  
! `-fconserve-stack'
       Attempt to minimize stack usage.  The compiler attempts to use less
       stack space, even if that makes the program slower.  This option
!      implies setting the `large-stack-frame' parameter to 100 and the
!      `large-stack-frame-growth' parameter to 400.
  
! `-ftree-reassoc'
!      Perform reassociation on trees.  This flag is enabled by default
!      at `-O' and higher.
  
! `-fcode-hoisting'
       Perform code hoisting.  Code hoisting tries to move the evaluation
       of expressions executed on all paths to the function exit as early
       as possible.  This is especially useful as a code size
!      optimization, but it often helps for code speed as well.  This
!      flag is enabled by default at `-O2' and higher.
  
! `-ftree-pre'
       Perform partial redundancy elimination (PRE) on trees.  This flag
!      is enabled by default at `-O2' and `-O3'.
  
! `-ftree-partial-pre'
       Make partial redundancy elimination (PRE) more aggressive.  This
!      flag is enabled by default at `-O3'.
  
! `-ftree-forwprop'
       Perform forward propagation on trees.  This flag is enabled by
!      default at `-O' and higher.
  
! `-ftree-fre'
       Perform full redundancy elimination (FRE) on trees.  The difference
!      between FRE and PRE is that FRE only considers expressions that
!      are computed on all paths leading to the redundant computation.
!      This analysis is faster than PRE, though it exposes fewer
!      redundancies.  This flag is enabled by default at `-O' and higher.
  
! `-ftree-phiprop'
       Perform hoisting of loads from conditional pointers on trees.  This
!      pass is enabled by default at `-O' and higher.
  
! `-fhoist-adjacent-loads'
       Speculatively hoist loads from both branches of an if-then-else if
!      the loads are from adjacent locations in the same structure and
!      the target architecture has a conditional move instruction.  This
!      flag is enabled by default at `-O2' and higher.
  
! `-ftree-copy-prop'
       Perform copy propagation on trees.  This pass eliminates
       unnecessary copy operations.  This flag is enabled by default at
!      `-O' and higher.
  
! `-fipa-pure-const'
       Discover which functions are pure or constant.  Enabled by default
!      at `-O' and higher.
  
! `-fipa-reference'
       Discover which static variables do not escape the compilation unit.
!      Enabled by default at `-O' and higher.
  
! `-fipa-pta'
       Perform interprocedural pointer analysis and interprocedural
       modification and reference analysis.  This option can cause
!      excessive memory and compile-time usage on large compilation
!      units.  It is not enabled by default at any optimization level.
  
! `-fipa-profile'
       Perform interprocedural profile propagation.  The functions called
!      only from cold functions are marked as cold. Also functions
!      executed once (such as `cold', `noreturn', static constructors or
!      destructors) are identified. Cold functions and loop less parts of
       functions executed once are then optimized for size.  Enabled by
!      default at `-O' and higher.
  
! `-fipa-cp'
       Perform interprocedural constant propagation.  This optimization
       analyzes the program to determine when values passed to functions
       are constants and then optimizes accordingly.  This optimization
       can substantially increase performance if the application has
       constants passed to functions.  This flag is enabled by default at
!      `-O2', `-Os' and `-O3'.
  
! `-fipa-cp-clone'
       Perform function cloning to make interprocedural constant
       propagation stronger.  When enabled, interprocedural constant
       propagation performs function cloning when externally visible
       function can be called with constant arguments.  Because this
       optimization can create multiple copies of functions, it may
!      significantly increase code size (see `--param
       ipcp-unit-growth=VALUE').  This flag is enabled by default at
!      `-O3'.
  
! `-fipa-bit-cp'
!      When enabled, perform interprocedural bitwise constant
!      propagation. This flag is enabled by default at `-O2'. It requires
!      that `-fipa-cp' is enabled.
  
! `-fipa-vrp'
       When enabled, perform interprocedural propagation of value ranges.
!      This flag is enabled by default at `-O2'. It requires that
!      `-fipa-cp' is enabled.
  
! `-fipa-icf'
       Perform Identical Code Folding for functions and read-only
       variables.  The optimization reduces code size and may disturb
       unwind stacks by replacing a function by equivalent one with a
!      different name. The optimization works more effectively with
       link-time optimization enabled.
  
       Nevertheless the behavior is similar to Gold Linker ICF
*************** optimizations to be performed is desired
*** 7466,7614 ****
       optimizations are not same - there are equivalences that are found
       only by GCC and equivalences found only by Gold.
  
!      This flag is enabled by default at '-O2' and '-Os'.
  
! '-fisolate-erroneous-paths-dereference'
       Detect paths that trigger erroneous or undefined behavior due to
       dereferencing a null pointer.  Isolate those paths from the main
       control flow and turn the statement with erroneous or undefined
!      behavior into a trap.  This flag is enabled by default at '-O2' and
!      higher and depends on '-fdelete-null-pointer-checks' also being
!      enabled.
  
! '-fisolate-erroneous-paths-attribute'
       Detect paths that trigger erroneous or undefined behavior due a
!      null value being used in a way forbidden by a 'returns_nonnull' or
!      'nonnull' attribute.  Isolate those paths from the main control
       flow and turn the statement with erroneous or undefined behavior
       into a trap.  This is not currently enabled, but may be enabled by
!      '-O2' in the future.
  
! '-ftree-sink'
       Perform forward store motion on trees.  This flag is enabled by
!      default at '-O' and higher.
  
! '-ftree-bit-ccp'
       Perform sparse conditional bit constant propagation on trees and
       propagate pointer alignment information.  This pass only operates
!      on local scalar variables and is enabled by default at '-O' and
!      higher.  It requires that '-ftree-ccp' is enabled.
  
! '-ftree-ccp'
       Perform sparse conditional constant propagation (CCP) on trees.
!      This pass only operates on local scalar variables and is enabled by
!      default at '-O' and higher.
  
! '-fssa-backprop'
       Propagate information about uses of a value up the definition chain
       in order to simplify the definitions.  For example, this pass
       strips sign operations if the sign of a value never matters.  The
!      flag is enabled by default at '-O' and higher.
  
! '-fssa-phiopt'
       Perform pattern matching on SSA PHI nodes to optimize conditional
!      code.  This pass is enabled by default at '-O' and higher.
  
! '-ftree-switch-conversion'
       Perform conversion of simple initializations in a switch to
       initializations from a scalar array.  This flag is enabled by
!      default at '-O2' and higher.
  
! '-ftree-tail-merge'
       Look for identical code sequences.  When found, replace one with a
       jump to the other.  This optimization is known as tail merging or
!      cross jumping.  This flag is enabled by default at '-O2' and
       higher.  The compilation time in this pass can be limited using
!      'max-tail-merge-comparisons' parameter and
!      'max-tail-merge-iterations' parameter.
  
! '-ftree-dce'
!      Perform dead code elimination (DCE) on trees.  This flag is enabled
!      by default at '-O' and higher.
  
! '-ftree-builtin-call-dce'
       Perform conditional dead code elimination (DCE) for calls to
!      built-in functions that may set 'errno' but are otherwise
!      side-effect free.  This flag is enabled by default at '-O2' and
!      higher if '-Os' is not also specified.
  
! '-ftree-dominator-opts'
       Perform a variety of simple scalar cleanups (constant/copy
       propagation, redundancy elimination, range propagation and
       expression simplification) based on a dominator tree traversal.
!      This also performs jump threading (to reduce jumps to jumps).  This
!      flag is enabled by default at '-O' and higher.
  
! '-ftree-dse'
       Perform dead store elimination (DSE) on trees.  A dead store is a
       store into a memory location that is later overwritten by another
       store without any intervening loads.  In this case the earlier
!      store can be deleted.  This flag is enabled by default at '-O' and
       higher.
  
! '-ftree-ch'
       Perform loop header copying on trees.  This is beneficial since it
       increases effectiveness of code motion optimizations.  It also
!      saves one jump.  This flag is enabled by default at '-O' and
!      higher.  It is not enabled for '-Os', since it usually increases
       code size.
  
! '-ftree-loop-optimize'
       Perform loop optimizations on trees.  This flag is enabled by
!      default at '-O' and higher.
  
! '-ftree-loop-linear'
! '-floop-interchange'
! '-floop-strip-mine'
! '-floop-block'
! '-floop-unroll-and-jam'
!      Perform loop nest optimizations.  Same as '-floop-nest-optimize'.
       To use this code transformation, GCC has to be configured with
!      '--with-isl' to enable the Graphite loop transformation
       infrastructure.
  
! '-fgraphite-identity'
!      Enable the identity transformation for graphite.  For every SCoP we
!      generate the polyhedral representation and transform it back to
!      gimple.  Using '-fgraphite-identity' we can check the costs or
       benefits of the GIMPLE -> GRAPHITE -> GIMPLE transformation.  Some
!      minimal optimizations are also performed by the code generator isl,
!      like index splitting and dead code elimination in loops.
  
! '-floop-nest-optimize'
       Enable the isl based loop nest optimizer.  This is a generic loop
       nest optimizer based on the Pluto optimization algorithms.  It
       calculates a loop structure optimized for data-locality and
       parallelism.  This option is experimental.
  
! '-floop-parallelize-all'
       Use the Graphite data dependence analysis to identify loops that
       can be parallelized.  Parallelize all the loops that can be
       analyzed to not contain loop carried dependences without checking
       that it is profitable to parallelize the loops.
  
! '-ftree-coalesce-vars'
       While transforming the program out of the SSA representation,
       attempt to reduce copying by coalescing versions of different
!      user-defined variables, instead of just compiler temporaries.  This
!      may severely limit the ability to debug an optimized program
!      compiled with '-fno-var-tracking-assignments'.  In the negated
       form, this flag prevents SSA coalescing of user variables.  This
       option is enabled by default if optimization is enabled, and it
       does very little otherwise.
  
! '-ftree-loop-if-convert'
       Attempt to transform conditional jumps in the innermost loops to
       branch-less equivalents.  The intent is to remove control-flow from
       the innermost loops in order to improve the ability of the
       vectorization pass to handle these loops.  This is enabled by
       default if vectorization is enabled.
  
! '-ftree-loop-distribution'
!      Perform loop distribution.  This flag can improve cache performance
!      on big loop bodies and allow further loop optimizations, like
!      parallelization or vectorization, to take place.  For example, the
!      loop
            DO I = 1, N
              A(I) = B(I) + C
              D(I) = E(I) * F
--- 7518,7666 ----
       optimizations are not same - there are equivalences that are found
       only by GCC and equivalences found only by Gold.
  
!      This flag is enabled by default at `-O2' and `-Os'.
  
! `-fisolate-erroneous-paths-dereference'
       Detect paths that trigger erroneous or undefined behavior due to
       dereferencing a null pointer.  Isolate those paths from the main
       control flow and turn the statement with erroneous or undefined
!      behavior into a trap.  This flag is enabled by default at `-O2'
!      and higher and depends on `-fdelete-null-pointer-checks' also
!      being enabled.
  
! `-fisolate-erroneous-paths-attribute'
       Detect paths that trigger erroneous or undefined behavior due a
!      null value being used in a way forbidden by a `returns_nonnull' or
!      `nonnull' attribute.  Isolate those paths from the main control
       flow and turn the statement with erroneous or undefined behavior
       into a trap.  This is not currently enabled, but may be enabled by
!      `-O2' in the future.
  
! `-ftree-sink'
       Perform forward store motion on trees.  This flag is enabled by
!      default at `-O' and higher.
  
! `-ftree-bit-ccp'
       Perform sparse conditional bit constant propagation on trees and
       propagate pointer alignment information.  This pass only operates
!      on local scalar variables and is enabled by default at `-O' and
!      higher.  It requires that `-ftree-ccp' is enabled.
  
! `-ftree-ccp'
       Perform sparse conditional constant propagation (CCP) on trees.
!      This pass only operates on local scalar variables and is enabled
!      by default at `-O' and higher.
  
! `-fssa-backprop'
       Propagate information about uses of a value up the definition chain
       in order to simplify the definitions.  For example, this pass
       strips sign operations if the sign of a value never matters.  The
!      flag is enabled by default at `-O' and higher.
  
! `-fssa-phiopt'
       Perform pattern matching on SSA PHI nodes to optimize conditional
!      code.  This pass is enabled by default at `-O' and higher.
  
! `-ftree-switch-conversion'
       Perform conversion of simple initializations in a switch to
       initializations from a scalar array.  This flag is enabled by
!      default at `-O2' and higher.
  
! `-ftree-tail-merge'
       Look for identical code sequences.  When found, replace one with a
       jump to the other.  This optimization is known as tail merging or
!      cross jumping.  This flag is enabled by default at `-O2' and
       higher.  The compilation time in this pass can be limited using
!      `max-tail-merge-comparisons' parameter and
!      `max-tail-merge-iterations' parameter.
  
! `-ftree-dce'
!      Perform dead code elimination (DCE) on trees.  This flag is
!      enabled by default at `-O' and higher.
  
! `-ftree-builtin-call-dce'
       Perform conditional dead code elimination (DCE) for calls to
!      built-in functions that may set `errno' but are otherwise
!      side-effect free.  This flag is enabled by default at `-O2' and
!      higher if `-Os' is not also specified.
  
! `-ftree-dominator-opts'
       Perform a variety of simple scalar cleanups (constant/copy
       propagation, redundancy elimination, range propagation and
       expression simplification) based on a dominator tree traversal.
!      This also performs jump threading (to reduce jumps to jumps). This
!      flag is enabled by default at `-O' and higher.
  
! `-ftree-dse'
       Perform dead store elimination (DSE) on trees.  A dead store is a
       store into a memory location that is later overwritten by another
       store without any intervening loads.  In this case the earlier
!      store can be deleted.  This flag is enabled by default at `-O' and
       higher.
  
! `-ftree-ch'
       Perform loop header copying on trees.  This is beneficial since it
       increases effectiveness of code motion optimizations.  It also
!      saves one jump.  This flag is enabled by default at `-O' and
!      higher.  It is not enabled for `-Os', since it usually increases
       code size.
  
! `-ftree-loop-optimize'
       Perform loop optimizations on trees.  This flag is enabled by
!      default at `-O' and higher.
  
! `-ftree-loop-linear'
! `-floop-interchange'
! `-floop-strip-mine'
! `-floop-block'
! `-floop-unroll-and-jam'
!      Perform loop nest optimizations.  Same as `-floop-nest-optimize'.
       To use this code transformation, GCC has to be configured with
!      `--with-isl' to enable the Graphite loop transformation
       infrastructure.
  
! `-fgraphite-identity'
!      Enable the identity transformation for graphite.  For every SCoP
!      we generate the polyhedral representation and transform it back to
!      gimple.  Using `-fgraphite-identity' we can check the costs or
       benefits of the GIMPLE -> GRAPHITE -> GIMPLE transformation.  Some
!      minimal optimizations are also performed by the code generator
!      isl, like index splitting and dead code elimination in loops.
  
! `-floop-nest-optimize'
       Enable the isl based loop nest optimizer.  This is a generic loop
       nest optimizer based on the Pluto optimization algorithms.  It
       calculates a loop structure optimized for data-locality and
       parallelism.  This option is experimental.
  
! `-floop-parallelize-all'
       Use the Graphite data dependence analysis to identify loops that
       can be parallelized.  Parallelize all the loops that can be
       analyzed to not contain loop carried dependences without checking
       that it is profitable to parallelize the loops.
  
! `-ftree-coalesce-vars'
       While transforming the program out of the SSA representation,
       attempt to reduce copying by coalescing versions of different
!      user-defined variables, instead of just compiler temporaries.
!      This may severely limit the ability to debug an optimized program
!      compiled with `-fno-var-tracking-assignments'.  In the negated
       form, this flag prevents SSA coalescing of user variables.  This
       option is enabled by default if optimization is enabled, and it
       does very little otherwise.
  
! `-ftree-loop-if-convert'
       Attempt to transform conditional jumps in the innermost loops to
       branch-less equivalents.  The intent is to remove control-flow from
       the innermost loops in order to improve the ability of the
       vectorization pass to handle these loops.  This is enabled by
       default if vectorization is enabled.
  
! `-ftree-loop-distribution'
!      Perform loop distribution.  This flag can improve cache
!      performance on big loop bodies and allow further loop
!      optimizations, like parallelization or vectorization, to take
!      place.  For example, the loop
            DO I = 1, N
              A(I) = B(I) + C
              D(I) = E(I) * F
*************** optimizations to be performed is desired
*** 7621,7632 ****
               D(I) = E(I) * F
            ENDDO
  
! '-ftree-loop-distribute-patterns'
       Perform loop distribution of patterns that can be code generated
!      with calls to a library.  This flag is enabled by default at '-O3'.
  
!      This pass distributes the initialization loops and generates a call
!      to memset zero.  For example, the loop
            DO I = 1, N
              A(I) = 0
              B(I) = A(I) + I
--- 7673,7684 ----
               D(I) = E(I) * F
            ENDDO
  
! `-ftree-loop-distribute-patterns'
       Perform loop distribution of patterns that can be code generated
!      with calls to a library.  This flag is enabled by default at `-O3'.
  
!      This pass distributes the initialization loops and generates a
!      call to memset zero.  For example, the loop
            DO I = 1, N
              A(I) = 0
              B(I) = A(I) + I
*************** optimizations to be performed is desired
*** 7641,7788 ****
       and the initialization loop is transformed into a call to memset
       zero.
  
! '-ftree-loop-im'
       Perform loop invariant motion on trees.  This pass moves only
       invariants that are hard to handle at RTL level (function calls,
       operations that expand to nontrivial sequences of insns).  With
!      '-funswitch-loops' it also moves operands of conditions that are
       invariant out of the loop, so that we can use just trivial
       invariantness analysis in loop unswitching.  The pass also includes
       store motion.
  
! '-ftree-loop-ivcanon'
       Create a canonical counter for number of iterations in loops for
       which determining number of iterations requires complicated
       analysis.  Later optimizations then may determine the number
       easily.  Useful especially in connection with unrolling.
  
! '-fivopts'
       Perform induction variable optimizations (strength reduction,
       induction variable merging and induction variable elimination) on
       trees.
  
! '-ftree-parallelize-loops=n'
       Parallelize loops, i.e., split their iteration space to run in n
       threads.  This is only possible for loops whose iterations are
       independent and can be arbitrarily reordered.  The optimization is
       only profitable on multiprocessor machines, for loops that are
       CPU-intensive, rather than constrained e.g. by memory bandwidth.
!      This option implies '-pthread', and thus is only supported on
!      targets that have support for '-pthread'.
  
! '-ftree-pta'
       Perform function-local points-to analysis on trees.  This flag is
!      enabled by default at '-O' and higher.
  
! '-ftree-sra'
       Perform scalar replacement of aggregates.  This pass replaces
       structure references with scalars to prevent committing structures
!      to memory too early.  This flag is enabled by default at '-O' and
       higher.
  
! '-fstore-merging'
       Perform merging of narrow stores to consecutive memory addresses.
       This pass merges contiguous stores of immediate values narrower
       than a word into fewer wider stores to reduce the number of
!      instructions.  This is enabled by default at '-O2' and higher as
!      well as '-Os'.
  
! '-ftree-ter'
       Perform temporary expression replacement during the SSA->normal
!      phase.  Single use/single def temporaries are replaced at their use
!      location with their defining expression.  This results in
!      non-GIMPLE code, but gives the expanders much more complex trees to
!      work on resulting in better RTL generation.  This is enabled by
!      default at '-O' and higher.
  
! '-ftree-slsr'
!      Perform straight-line strength reduction on trees.  This recognizes
!      related expressions involving multiplications and replaces them by
!      less expensive calculations when possible.  This is enabled by
!      default at '-O' and higher.
  
! '-ftree-vectorize'
!      Perform vectorization on trees.  This flag enables
!      '-ftree-loop-vectorize' and '-ftree-slp-vectorize' if not
       explicitly specified.
  
! '-ftree-loop-vectorize'
!      Perform loop vectorization on trees.  This flag is enabled by
!      default at '-O3' and when '-ftree-vectorize' is enabled.
  
! '-ftree-slp-vectorize'
!      Perform basic block vectorization on trees.  This flag is enabled
!      by default at '-O3' and when '-ftree-vectorize' is enabled.
  
! '-fvect-cost-model=MODEL'
       Alter the cost model used for vectorization.  The MODEL argument
!      should be one of 'unlimited', 'dynamic' or 'cheap'.  With the
!      'unlimited' model the vectorized code-path is assumed to be
!      profitable while with the 'dynamic' model a runtime check guards
       the vectorized code-path to enable it only for iteration counts
       that will likely execute faster than when executing the original
!      scalar loop.  The 'cheap' model disables vectorization of loops
       where doing so would be cost prohibitive for example due to
       required runtime checks for data dependence or alignment but
!      otherwise is equal to the 'dynamic' model.  The default cost model
!      depends on other optimization flags and is either 'dynamic' or
!      'cheap'.
  
! '-fsimd-cost-model=MODEL'
       Alter the cost model used for vectorization of loops marked with
       the OpenMP or Cilk Plus simd directive.  The MODEL argument should
!      be one of 'unlimited', 'dynamic', 'cheap'.  All values of MODEL
!      have the same meaning as described in '-fvect-cost-model' and by
!      default a cost model defined with '-fvect-cost-model' is used.
  
! '-ftree-vrp'
       Perform Value Range Propagation on trees.  This is similar to the
       constant propagation pass, but instead of values, ranges of values
       are propagated.  This allows the optimizers to remove unnecessary
!      range checks like array bound checks and null pointer checks.  This
!      is enabled by default at '-O2' and higher.  Null pointer check
!      elimination is only done if '-fdelete-null-pointer-checks' is
       enabled.
  
! '-fsplit-paths'
       Split paths leading to loop backedges.  This can improve dead code
       elimination and common subexpression elimination.  This is enabled
!      by default at '-O2' and above.
  
! '-fsplit-ivs-in-unroller'
       Enables expression of values of induction variables in later
       iterations of the unrolled loop using the value in the first
       iteration.  This breaks long dependency chains, thus improving
       efficiency of the scheduling passes.
  
!      A combination of '-fweb' and CSE is often sufficient to obtain the
!      same effect.  However, that is not reliable in cases where the loop
!      body is more complicated than a single basic block.  It also does
!      not work at all on some architectures due to restrictions in the
!      CSE pass.
  
       This optimization is enabled by default.
  
! '-fvariable-expansion-in-unroller'
       With this option, the compiler creates multiple copies of some
!      local variables when unrolling a loop, which can result in superior
!      code.
  
! '-fpartial-inlining'
       Inline parts of functions.  This option has any effect only when
!      inlining itself is turned on by the '-finline-functions' or
!      '-finline-small-functions' options.
  
!      Enabled at level '-O2'.
  
! '-fpredictive-commoning'
       Perform predictive commoning optimization, i.e., reusing
       computations (especially memory loads and stores) performed in
       previous iterations of loops.
  
!      This option is enabled at level '-O3'.
  
! '-fprefetch-loop-arrays'
       If supported by the target machine, generate instructions to
       prefetch memory to improve the performance of loops that access
       large arrays.
--- 7693,7840 ----
       and the initialization loop is transformed into a call to memset
       zero.
  
! `-ftree-loop-im'
       Perform loop invariant motion on trees.  This pass moves only
       invariants that are hard to handle at RTL level (function calls,
       operations that expand to nontrivial sequences of insns).  With
!      `-funswitch-loops' it also moves operands of conditions that are
       invariant out of the loop, so that we can use just trivial
       invariantness analysis in loop unswitching.  The pass also includes
       store motion.
  
! `-ftree-loop-ivcanon'
       Create a canonical counter for number of iterations in loops for
       which determining number of iterations requires complicated
       analysis.  Later optimizations then may determine the number
       easily.  Useful especially in connection with unrolling.
  
! `-fivopts'
       Perform induction variable optimizations (strength reduction,
       induction variable merging and induction variable elimination) on
       trees.
  
! `-ftree-parallelize-loops=n'
       Parallelize loops, i.e., split their iteration space to run in n
       threads.  This is only possible for loops whose iterations are
       independent and can be arbitrarily reordered.  The optimization is
       only profitable on multiprocessor machines, for loops that are
       CPU-intensive, rather than constrained e.g. by memory bandwidth.
!      This option implies `-pthread', and thus is only supported on
!      targets that have support for `-pthread'.
  
! `-ftree-pta'
       Perform function-local points-to analysis on trees.  This flag is
!      enabled by default at `-O' and higher.
  
! `-ftree-sra'
       Perform scalar replacement of aggregates.  This pass replaces
       structure references with scalars to prevent committing structures
!      to memory too early.  This flag is enabled by default at `-O' and
       higher.
  
! `-fstore-merging'
       Perform merging of narrow stores to consecutive memory addresses.
       This pass merges contiguous stores of immediate values narrower
       than a word into fewer wider stores to reduce the number of
!      instructions.  This is enabled by default at `-O2' and higher as
!      well as `-Os'.
  
! `-ftree-ter'
       Perform temporary expression replacement during the SSA->normal
!      phase.  Single use/single def temporaries are replaced at their
!      use location with their defining expression.  This results in
!      non-GIMPLE code, but gives the expanders much more complex trees
!      to work on resulting in better RTL generation.  This is enabled by
!      default at `-O' and higher.
  
! `-ftree-slsr'
!      Perform straight-line strength reduction on trees.  This
!      recognizes related expressions involving multiplications and
!      replaces them by less expensive calculations when possible.  This
!      is enabled by default at `-O' and higher.
  
! `-ftree-vectorize'
!      Perform vectorization on trees. This flag enables
!      `-ftree-loop-vectorize' and `-ftree-slp-vectorize' if not
       explicitly specified.
  
! `-ftree-loop-vectorize'
!      Perform loop vectorization on trees. This flag is enabled by
!      default at `-O3' and when `-ftree-vectorize' is enabled.
  
! `-ftree-slp-vectorize'
!      Perform basic block vectorization on trees. This flag is enabled
!      by default at `-O3' and when `-ftree-vectorize' is enabled.
  
! `-fvect-cost-model=MODEL'
       Alter the cost model used for vectorization.  The MODEL argument
!      should be one of `unlimited', `dynamic' or `cheap'.  With the
!      `unlimited' model the vectorized code-path is assumed to be
!      profitable while with the `dynamic' model a runtime check guards
       the vectorized code-path to enable it only for iteration counts
       that will likely execute faster than when executing the original
!      scalar loop.  The `cheap' model disables vectorization of loops
       where doing so would be cost prohibitive for example due to
       required runtime checks for data dependence or alignment but
!      otherwise is equal to the `dynamic' model.  The default cost model
!      depends on other optimization flags and is either `dynamic' or
!      `cheap'.
  
! `-fsimd-cost-model=MODEL'
       Alter the cost model used for vectorization of loops marked with
       the OpenMP or Cilk Plus simd directive.  The MODEL argument should
!      be one of `unlimited', `dynamic', `cheap'.  All values of MODEL
!      have the same meaning as described in `-fvect-cost-model' and by
!      default a cost model defined with `-fvect-cost-model' is used.
  
! `-ftree-vrp'
       Perform Value Range Propagation on trees.  This is similar to the
       constant propagation pass, but instead of values, ranges of values
       are propagated.  This allows the optimizers to remove unnecessary
!      range checks like array bound checks and null pointer checks.
!      This is enabled by default at `-O2' and higher.  Null pointer check
!      elimination is only done if `-fdelete-null-pointer-checks' is
       enabled.
  
! `-fsplit-paths'
       Split paths leading to loop backedges.  This can improve dead code
       elimination and common subexpression elimination.  This is enabled
!      by default at `-O2' and above.
  
! `-fsplit-ivs-in-unroller'
       Enables expression of values of induction variables in later
       iterations of the unrolled loop using the value in the first
       iteration.  This breaks long dependency chains, thus improving
       efficiency of the scheduling passes.
  
!      A combination of `-fweb' and CSE is often sufficient to obtain the
!      same effect.  However, that is not reliable in cases where the
!      loop body is more complicated than a single basic block.  It also
!      does not work at all on some architectures due to restrictions in
!      the CSE pass.
  
       This optimization is enabled by default.
  
! `-fvariable-expansion-in-unroller'
       With this option, the compiler creates multiple copies of some
!      local variables when unrolling a loop, which can result in
!      superior code.
  
! `-fpartial-inlining'
       Inline parts of functions.  This option has any effect only when
!      inlining itself is turned on by the `-finline-functions' or
!      `-finline-small-functions' options.
  
!      Enabled at level `-O2'.
  
! `-fpredictive-commoning'
       Perform predictive commoning optimization, i.e., reusing
       computations (especially memory loads and stores) performed in
       previous iterations of loops.
  
!      This option is enabled at level `-O3'.
  
! `-fprefetch-loop-arrays'
       If supported by the target machine, generate instructions to
       prefetch memory to improve the performance of loops that access
       large arrays.
*************** optimizations to be performed is desired
*** 7790,7898 ****
       This option may generate better or worse code; results are highly
       dependent on the structure of loops within the source code.
  
!      Disabled at level '-Os'.
  
! '-fno-printf-return-value'
       Do not substitute constants for known return value of formatted
!      output functions such as 'sprintf', 'snprintf', 'vsprintf', and
!      'vsnprintf' (but not 'printf' of 'fprintf').  This transformation
       allows GCC to optimize or even eliminate branches based on the
       known return value of these functions called with arguments that
       are either constant, or whose values are known to be in a range
       that makes determining the exact return value possible.  For
!      example, when '-fprintf-return-value' is in effect, both the branch
!      and the body of the 'if' statement (but not the call to 'snprint')
!      can be optimized away when 'i' is a 32-bit or smaller integer
!      because the return value is guaranteed to be at most 8.
  
            char buf[9];
            if (snprintf (buf, "%08x", i) >= sizeof buf)
              ...
  
!      The '-fprintf-return-value' option relies on other optimizations
!      and yields best results with '-O2'.  It works in tandem with the
!      '-Wformat-overflow' and '-Wformat-truncation' options.  The
!      '-fprintf-return-value' option is enabled by default.
  
! '-fno-peephole'
! '-fno-peephole2'
       Disable any machine-specific peephole optimizations.  The
!      difference between '-fno-peephole' and '-fno-peephole2' is in how
       they are implemented in the compiler; some targets use one, some
       use the other, a few use both.
  
!      '-fpeephole' is enabled by default.  '-fpeephole2' enabled at
!      levels '-O2', '-O3', '-Os'.
  
! '-fno-guess-branch-probability'
       Do not guess branch probabilities using heuristics.
  
       GCC uses heuristics to guess branch probabilities if they are not
!      provided by profiling feedback ('-fprofile-arcs').  These
       heuristics are based on the control flow graph.  If some branch
!      probabilities are specified by '__builtin_expect', then the
       heuristics are used to guess branch probabilities for the rest of
!      the control flow graph, taking the '__builtin_expect' info into
       account.  The interactions between the heuristics and
!      '__builtin_expect' can be complex, and in some cases, it may be
       useful to disable the heuristics so that the effects of
!      '__builtin_expect' are easier to understand.
  
!      The default is '-fguess-branch-probability' at levels '-O', '-O2',
!      '-O3', '-Os'.
  
! '-freorder-blocks'
       Reorder basic blocks in the compiled function in order to reduce
       number of taken branches and improve code locality.
  
!      Enabled at levels '-O', '-O2', '-O3', '-Os'.
  
! '-freorder-blocks-algorithm=ALGORITHM'
       Use the specified algorithm for basic block reordering.  The
!      ALGORITHM argument can be 'simple', which does not increase code
!      size (except sometimes due to secondary effects like alignment), or
!      'stc', the "software trace cache" algorithm, which tries to put all
!      often executed code together, minimizing the number of branches
       executed by making extra copies of code.
  
!      The default is 'simple' at levels '-O', '-Os', and 'stc' at levels
!      '-O2', '-O3'.
  
! '-freorder-blocks-and-partition'
!      In addition to reordering basic blocks in the compiled function, in
!      order to reduce number of taken branches, partitions hot and cold
!      basic blocks into separate sections of the assembly and '.o' files,
!      to improve paging and cache locality performance.
  
       This optimization is automatically turned off in the presence of
       exception handling, for linkonce sections, for functions with a
       user-defined section attribute and on any architecture that does
       not support named sections.
  
!      Enabled for x86 at levels '-O2', '-O3'.
  
! '-freorder-functions'
       Reorder functions in the object file in order to improve code
       locality.  This is implemented by using special subsections
!      '.text.hot' for most frequently executed functions and
!      '.text.unlikely' for unlikely executed functions.  Reordering is
       done by the linker so object file format must support named
       sections and linker must place them in a reasonable way.
  
       Also profile feedback must be available to make this option
!      effective.  See '-fprofile-arcs' for details.
  
!      Enabled at levels '-O2', '-O3', '-Os'.
  
! '-fstrict-aliasing'
       Allow the compiler to assume the strictest aliasing rules
       applicable to the language being compiled.  For C (and C++), this
       activates optimizations based on the type of expressions.  In
!      particular, an object of one type is assumed never to reside at the
!      same address as an object of a different type, unless the types are
!      almost the same.  For example, an 'unsigned int' can alias an
!      'int', but not a 'void*' or a 'double'.  A character type may alias
!      any other type.
  
       Pay special attention to code like this:
            union a_union {
--- 7842,7950 ----
       This option may generate better or worse code; results are highly
       dependent on the structure of loops within the source code.
  
!      Disabled at level `-Os'.
  
! `-fno-printf-return-value'
       Do not substitute constants for known return value of formatted
!      output functions such as `sprintf', `snprintf', `vsprintf', and
!      `vsnprintf' (but not `printf' of `fprintf').  This transformation
       allows GCC to optimize or even eliminate branches based on the
       known return value of these functions called with arguments that
       are either constant, or whose values are known to be in a range
       that makes determining the exact return value possible.  For
!      example, when `-fprintf-return-value' is in effect, both the
!      branch and the body of the `if' statement (but not the call to
!      `snprint') can be optimized away when `i' is a 32-bit or smaller
!      integer because the return value is guaranteed to be at most 8.
  
            char buf[9];
            if (snprintf (buf, "%08x", i) >= sizeof buf)
              ...
  
!      The `-fprintf-return-value' option relies on other optimizations
!      and yields best results with `-O2'.  It works in tandem with the
!      `-Wformat-overflow' and `-Wformat-truncation' options.  The
!      `-fprintf-return-value' option is enabled by default.
  
! `-fno-peephole'
! `-fno-peephole2'
       Disable any machine-specific peephole optimizations.  The
!      difference between `-fno-peephole' and `-fno-peephole2' is in how
       they are implemented in the compiler; some targets use one, some
       use the other, a few use both.
  
!      `-fpeephole' is enabled by default.  `-fpeephole2' enabled at
!      levels `-O2', `-O3', `-Os'.
  
! `-fno-guess-branch-probability'
       Do not guess branch probabilities using heuristics.
  
       GCC uses heuristics to guess branch probabilities if they are not
!      provided by profiling feedback (`-fprofile-arcs').  These
       heuristics are based on the control flow graph.  If some branch
!      probabilities are specified by `__builtin_expect', then the
       heuristics are used to guess branch probabilities for the rest of
!      the control flow graph, taking the `__builtin_expect' info into
       account.  The interactions between the heuristics and
!      `__builtin_expect' can be complex, and in some cases, it may be
       useful to disable the heuristics so that the effects of
!      `__builtin_expect' are easier to understand.
  
!      The default is `-fguess-branch-probability' at levels `-O', `-O2',
!      `-O3', `-Os'.
  
! `-freorder-blocks'
       Reorder basic blocks in the compiled function in order to reduce
       number of taken branches and improve code locality.
  
!      Enabled at levels `-O', `-O2', `-O3', `-Os'.
  
! `-freorder-blocks-algorithm=ALGORITHM'
       Use the specified algorithm for basic block reordering.  The
!      ALGORITHM argument can be `simple', which does not increase code
!      size (except sometimes due to secondary effects like alignment),
!      or `stc', the "software trace cache" algorithm, which tries to put
!      all often executed code together, minimizing the number of branches
       executed by making extra copies of code.
  
!      The default is `simple' at levels `-O', `-Os', and `stc' at levels
!      `-O2', `-O3'.
  
! `-freorder-blocks-and-partition'
!      In addition to reordering basic blocks in the compiled function,
!      in order to reduce number of taken branches, partitions hot and
!      cold basic blocks into separate sections of the assembly and `.o'
!      files, to improve paging and cache locality performance.
  
       This optimization is automatically turned off in the presence of
       exception handling, for linkonce sections, for functions with a
       user-defined section attribute and on any architecture that does
       not support named sections.
  
!      Enabled for x86 at levels `-O2', `-O3'.
  
! `-freorder-functions'
       Reorder functions in the object file in order to improve code
       locality.  This is implemented by using special subsections
!      `.text.hot' for most frequently executed functions and
!      `.text.unlikely' for unlikely executed functions.  Reordering is
       done by the linker so object file format must support named
       sections and linker must place them in a reasonable way.
  
       Also profile feedback must be available to make this option
!      effective.  See `-fprofile-arcs' for details.
  
!      Enabled at levels `-O2', `-O3', `-Os'.
  
! `-fstrict-aliasing'
       Allow the compiler to assume the strictest aliasing rules
       applicable to the language being compiled.  For C (and C++), this
       activates optimizations based on the type of expressions.  In
!      particular, an object of one type is assumed never to reside at
!      the same address as an object of a different type, unless the
!      types are almost the same.  For example, an `unsigned int' can
!      alias an `int', but not a `void*' or a `double'.  A character type
!      may alias any other type.
  
       Pay special attention to code like this:
            union a_union {
*************** optimizations to be performed is desired
*** 7907,7913 ****
            }
       The practice of reading from a different union member than the one
       most recently written to (called "type-punning") is common.  Even
!      with '-fstrict-aliasing', type-punning is allowed, provided the
       memory is accessed through the union type.  So, the code above
       works as expected.  *Note Structures unions enumerations and
       bit-fields implementation::.  However, this code might not:
--- 7959,7965 ----
            }
       The practice of reading from a different union member than the one
       most recently written to (called "type-punning") is common.  Even
!      with `-fstrict-aliasing', type-punning is allowed, provided the
       memory is accessed through the union type.  So, the code above
       works as expected.  *Note Structures unions enumerations and
       bit-fields implementation::.  However, this code might not:
*************** optimizations to be performed is desired
*** 7927,7944 ****
              return ((union a_union *) &d)->i;
            }
  
!      The '-fstrict-aliasing' option is enabled at levels '-O2', '-O3',
!      '-Os'.
  
! '-fstrict-overflow'
       Allow the compiler to assume strict signed overflow rules,
       depending on the language being compiled.  For C (and C++) this
       means that overflow when doing arithmetic with signed numbers is
       undefined, which means that the compiler may assume that it does
       not happen.  This permits various optimizations.  For example, the
!      compiler assumes that an expression like 'i + 10 > i' is always
!      true for signed 'i'.  This assumption is only valid if signed
!      overflow is undefined, as the expression is false if 'i + 10'
       overflows when using twos complement arithmetic.  When this option
       is in effect any attempt to determine whether an operation on
       signed numbers overflows must be written carefully to not actually
--- 7979,7996 ----
              return ((union a_union *) &d)->i;
            }
  
!      The `-fstrict-aliasing' option is enabled at levels `-O2', `-O3',
!      `-Os'.
  
! `-fstrict-overflow'
       Allow the compiler to assume strict signed overflow rules,
       depending on the language being compiled.  For C (and C++) this
       means that overflow when doing arithmetic with signed numbers is
       undefined, which means that the compiler may assume that it does
       not happen.  This permits various optimizations.  For example, the
!      compiler assumes that an expression like `i + 10 > i' is always
!      true for signed `i'.  This assumption is only valid if signed
!      overflow is undefined, as the expression is false if `i + 10'
       overflows when using twos complement arithmetic.  When this option
       is in effect any attempt to determine whether an operation on
       signed numbers overflows must be written carefully to not actually
*************** optimizations to be performed is desired
*** 7948,8058 ****
       semantics: given a pointer to an object, if adding an offset to
       that pointer does not produce a pointer to the same object, the
       addition is undefined.  This permits the compiler to conclude that
!      'p + u > p' is always true for a pointer 'p' and unsigned integer
!      'u'.  This assumption is only valid because pointer wraparound is
!      undefined, as the expression is false if 'p + u' overflows using
       twos complement arithmetic.
  
!      See also the '-fwrapv' option.  Using '-fwrapv' means that integer
!      signed overflow is fully defined: it wraps.  When '-fwrapv' is
!      used, there is no difference between '-fstrict-overflow' and
!      '-fno-strict-overflow' for integers.  With '-fwrapv' certain types
       of overflow are permitted.  For example, if the compiler gets an
       overflow when doing arithmetic on constants, the overflowed value
!      can still be used with '-fwrapv', but not otherwise.
  
!      The '-fstrict-overflow' option is enabled at levels '-O2', '-O3',
!      '-Os'.
  
! '-falign-functions'
! '-falign-functions=N'
       Align the start of functions to the next power-of-two greater than
!      N, skipping up to N bytes.  For instance, '-falign-functions=32'
       aligns functions to the next 32-byte boundary, but
!      '-falign-functions=24' aligns to the next 32-byte boundary only if
       this can be done by skipping 23 bytes or less.
  
!      '-fno-align-functions' and '-falign-functions=1' are equivalent and
!      mean that functions are not aligned.
  
!      Some assemblers only support this flag when N is a power of two; in
!      that case, it is rounded up.
  
       If N is not specified or is zero, use a machine-dependent default.
  
!      Enabled at levels '-O2', '-O3'.
  
! '-flimit-function-alignment'
       If this option is enabled, the compiler tries to avoid
!      unnecessarily overaligning functions.  It attempts to instruct the
!      assembler to align by the amount specified by '-falign-functions',
       but not to skip more bytes than the size of the function.
  
! '-falign-labels'
! '-falign-labels=N'
       Align all branch targets to a power-of-two boundary, skipping up to
!      N bytes like '-falign-functions'.  This option can easily make code
!      slower, because it must insert dummy operations for when the branch
!      target is reached in the usual flow of the code.
  
!      '-fno-align-labels' and '-falign-labels=1' are equivalent and mean
       that labels are not aligned.
  
!      If '-falign-loops' or '-falign-jumps' are applicable and are
       greater than this value, then their values are used instead.
  
       If N is not specified or is zero, use a machine-dependent default
!      which is very likely to be '1', meaning no alignment.
  
!      Enabled at levels '-O2', '-O3'.
  
! '-falign-loops'
! '-falign-loops=N'
!      Align loops to a power-of-two boundary, skipping up to N bytes like
!      '-falign-functions'.  If the loops are executed many times, this
!      makes up for any execution of the dummy operations.
  
!      '-fno-align-loops' and '-falign-loops=1' are equivalent and mean
       that loops are not aligned.
  
       If N is not specified or is zero, use a machine-dependent default.
  
!      Enabled at levels '-O2', '-O3'.
  
! '-falign-jumps'
! '-falign-jumps=N'
       Align branch targets to a power-of-two boundary, for branch targets
       where the targets can only be reached by jumping, skipping up to N
!      bytes like '-falign-functions'.  In this case, no dummy operations
       need be executed.
  
!      '-fno-align-jumps' and '-falign-jumps=1' are equivalent and mean
       that loops are not aligned.
  
       If N is not specified or is zero, use a machine-dependent default.
  
!      Enabled at levels '-O2', '-O3'.
  
! '-funit-at-a-time'
!      This option is left for compatibility reasons.  '-funit-at-a-time'
!      has no effect, while '-fno-unit-at-a-time' implies
!      '-fno-toplevel-reorder' and '-fno-section-anchors'.
  
       Enabled by default.
  
! '-fno-toplevel-reorder'
!      Do not reorder top-level functions, variables, and 'asm'
       statements.  Output them in the same order that they appear in the
       input file.  When this option is used, unreferenced static
       variables are not removed.  This option is intended to support
       existing code that relies on a particular ordering.  For new code,
       it is better to use attributes when possible.
  
!      Enabled at level '-O0'.  When disabled explicitly, it also implies
!      '-fno-section-anchors', which is otherwise enabled at '-O0' on some
       targets.
  
! '-fweb'
       Constructs webs as commonly used for register allocation purposes
       and assign each web individual pseudo register.  This allows the
       register allocation pass to operate on pseudos directly, but also
--- 8000,8110 ----
       semantics: given a pointer to an object, if adding an offset to
       that pointer does not produce a pointer to the same object, the
       addition is undefined.  This permits the compiler to conclude that
!      `p + u > p' is always true for a pointer `p' and unsigned integer
!      `u'.  This assumption is only valid because pointer wraparound is
!      undefined, as the expression is false if `p + u' overflows using
       twos complement arithmetic.
  
!      See also the `-fwrapv' option.  Using `-fwrapv' means that integer
!      signed overflow is fully defined: it wraps.  When `-fwrapv' is
!      used, there is no difference between `-fstrict-overflow' and
!      `-fno-strict-overflow' for integers.  With `-fwrapv' certain types
       of overflow are permitted.  For example, if the compiler gets an
       overflow when doing arithmetic on constants, the overflowed value
!      can still be used with `-fwrapv', but not otherwise.
  
!      The `-fstrict-overflow' option is enabled at levels `-O2', `-O3',
!      `-Os'.
  
! `-falign-functions'
! `-falign-functions=N'
       Align the start of functions to the next power-of-two greater than
!      N, skipping up to N bytes.  For instance, `-falign-functions=32'
       aligns functions to the next 32-byte boundary, but
!      `-falign-functions=24' aligns to the next 32-byte boundary only if
       this can be done by skipping 23 bytes or less.
  
!      `-fno-align-functions' and `-falign-functions=1' are equivalent
!      and mean that functions are not aligned.
  
!      Some assemblers only support this flag when N is a power of two;
!      in that case, it is rounded up.
  
       If N is not specified or is zero, use a machine-dependent default.
  
!      Enabled at levels `-O2', `-O3'.
  
! `-flimit-function-alignment'
       If this option is enabled, the compiler tries to avoid
!      unnecessarily overaligning functions. It attempts to instruct the
!      assembler to align by the amount specified by `-falign-functions',
       but not to skip more bytes than the size of the function.
  
! `-falign-labels'
! `-falign-labels=N'
       Align all branch targets to a power-of-two boundary, skipping up to
!      N bytes like `-falign-functions'.  This option can easily make
!      code slower, because it must insert dummy operations for when the
!      branch target is reached in the usual flow of the code.
  
!      `-fno-align-labels' and `-falign-labels=1' are equivalent and mean
       that labels are not aligned.
  
!      If `-falign-loops' or `-falign-jumps' are applicable and are
       greater than this value, then their values are used instead.
  
       If N is not specified or is zero, use a machine-dependent default
!      which is very likely to be `1', meaning no alignment.
  
!      Enabled at levels `-O2', `-O3'.
  
! `-falign-loops'
! `-falign-loops=N'
!      Align loops to a power-of-two boundary, skipping up to N bytes
!      like `-falign-functions'.  If the loops are executed many times,
!      this makes up for any execution of the dummy operations.
  
!      `-fno-align-loops' and `-falign-loops=1' are equivalent and mean
       that loops are not aligned.
  
       If N is not specified or is zero, use a machine-dependent default.
  
!      Enabled at levels `-O2', `-O3'.
  
! `-falign-jumps'
! `-falign-jumps=N'
       Align branch targets to a power-of-two boundary, for branch targets
       where the targets can only be reached by jumping, skipping up to N
!      bytes like `-falign-functions'.  In this case, no dummy operations
       need be executed.
  
!      `-fno-align-jumps' and `-falign-jumps=1' are equivalent and mean
       that loops are not aligned.
  
       If N is not specified or is zero, use a machine-dependent default.
  
!      Enabled at levels `-O2', `-O3'.
  
! `-funit-at-a-time'
!      This option is left for compatibility reasons. `-funit-at-a-time'
!      has no effect, while `-fno-unit-at-a-time' implies
!      `-fno-toplevel-reorder' and `-fno-section-anchors'.
  
       Enabled by default.
  
! `-fno-toplevel-reorder'
!      Do not reorder top-level functions, variables, and `asm'
       statements.  Output them in the same order that they appear in the
       input file.  When this option is used, unreferenced static
       variables are not removed.  This option is intended to support
       existing code that relies on a particular ordering.  For new code,
       it is better to use attributes when possible.
  
!      Enabled at level `-O0'.  When disabled explicitly, it also implies
!      `-fno-section-anchors', which is otherwise enabled at `-O0' on some
       targets.
  
! `-fweb'
       Constructs webs as commonly used for register allocation purposes
       and assign each web individual pseudo register.  This allows the
       register allocation pass to operate on pseudos directly, but also
*************** optimizations to be performed is desired
*** 8061,8080 ****
       debugging impossible, since variables no longer stay in a "home
       register".
  
!      Enabled by default with '-funroll-loops'.
  
! '-fwhole-program'
       Assume that the current compilation unit represents the whole
       program being compiled.  All public functions and variables with
!      the exception of 'main' and those merged by attribute
!      'externally_visible' become static functions and in effect are
       optimized more aggressively by interprocedural optimizers.
  
!      This option should not be used in combination with '-flto'.
       Instead relying on a linker plugin should provide safer and more
       precise information.
  
! '-flto[=N]'
       This option runs the standard link-time optimizer.  When invoked
       with source code, it generates GIMPLE (one of GCC's internal
       representations) and writes it to special ELF sections in the
--- 8113,8132 ----
       debugging impossible, since variables no longer stay in a "home
       register".
  
!      Enabled by default with `-funroll-loops'.
  
! `-fwhole-program'
       Assume that the current compilation unit represents the whole
       program being compiled.  All public functions and variables with
!      the exception of `main' and those merged by attribute
!      `externally_visible' become static functions and in effect are
       optimized more aggressively by interprocedural optimizers.
  
!      This option should not be used in combination with `-flto'.
       Instead relying on a linker plugin should provide safer and more
       precise information.
  
! `-flto[=N]'
       This option runs the standard link-time optimizer.  When invoked
       with source code, it generates GIMPLE (one of GCC's internal
       representations) and writes it to special ELF sections in the
*************** optimizations to be performed is desired
*** 8082,8088 ****
       function bodies are read from these ELF sections and instantiated
       as if they had been part of the same translation unit.
  
!      To use the link-time optimizer, '-flto' and optimization options
       should be specified at compile time and during the final link.  It
       is recommended that you compile all the files participating in the
       same link with the same options and also specify those options at
--- 8134,8140 ----
       function bodies are read from these ELF sections and instantiated
       as if they had been part of the same translation unit.
  
!      To use the link-time optimizer, `-flto' and optimization options
       should be specified at compile time and during the final link.  It
       is recommended that you compile all the files participating in the
       same link with the same options and also specify those options at
*************** optimizations to be performed is desired
*** 8093,8145 ****
            gcc -o myprog -flto -O2 foo.o bar.o
  
       The first two invocations to GCC save a bytecode representation of
!      GIMPLE into special ELF sections inside 'foo.o' and 'bar.o'.  The
!      final invocation reads the GIMPLE bytecode from 'foo.o' and
!      'bar.o', merges the two files into a single internal image, and
!      compiles the result as usual.  Since both 'foo.o' and 'bar.o' are
       merged into a single image, this causes all the interprocedural
       analyses and optimizations in GCC to work across the two files as
       if they were a single one.  This means, for example, that the
!      inliner is able to inline functions in 'bar.o' into functions in
!      'foo.o' and vice-versa.
  
       Another (simpler) way to enable link-time optimization is:
  
            gcc -o myprog -flto -O2 foo.c bar.c
  
!      The above generates bytecode for 'foo.c' and 'bar.c', merges them
       together into a single GIMPLE representation and optimizes them as
!      usual to produce 'myprog'.
  
       The only important thing to keep in mind is that to enable
       link-time optimizations you need to use the GCC driver to perform
       the link step.  GCC then automatically performs link-time
       optimization if any of the objects involved were compiled with the
!      '-flto' command-line option.  You generally should specify the
       optimization options to be used for link-time optimization though
       GCC tries to be clever at guessing an optimization level to use
!      from the options used at compile time if you fail to specify one at
!      link time.  You can always override the automatic decision to do
!      link-time optimization by passing '-fno-lto' to the link command.
  
       To make whole program optimization effective, it is necessary to
       make certain whole program assumptions.  The compiler needs to know
       what functions and variables can be accessed by libraries and
!      runtime outside of the link-time optimized unit.  When supported by
!      the linker, the linker plugin (see '-fuse-linker-plugin') passes
!      information to the compiler about used and externally visible
!      symbols.  When the linker plugin is not available,
!      '-fwhole-program' should be used to allow the compiler to make
       these assumptions, which leads to more aggressive optimization
       decisions.
  
!      When '-fuse-linker-plugin' is not enabled, when a file is compiled
!      with '-flto', the generated object file is larger than a regular
       object file because it contains GIMPLE bytecodes and the usual
!      final code (see '-ffat-lto-objects'.  This means that object files
       with LTO information can be linked as normal object files; if
!      '-fno-lto' is passed to the linker, no interprocedural
!      optimizations are applied.  Note that when '-fno-fat-lto-objects'
       is enabled the compile stage is faster but you cannot perform a
       regular, non-LTO link on them.
  
--- 8145,8198 ----
            gcc -o myprog -flto -O2 foo.o bar.o
  
       The first two invocations to GCC save a bytecode representation of
!      GIMPLE into special ELF sections inside `foo.o' and `bar.o'.  The
!      final invocation reads the GIMPLE bytecode from `foo.o' and
!      `bar.o', merges the two files into a single internal image, and
!      compiles the result as usual.  Since both `foo.o' and `bar.o' are
       merged into a single image, this causes all the interprocedural
       analyses and optimizations in GCC to work across the two files as
       if they were a single one.  This means, for example, that the
!      inliner is able to inline functions in `bar.o' into functions in
!      `foo.o' and vice-versa.
  
       Another (simpler) way to enable link-time optimization is:
  
            gcc -o myprog -flto -O2 foo.c bar.c
  
!      The above generates bytecode for `foo.c' and `bar.c', merges them
       together into a single GIMPLE representation and optimizes them as
!      usual to produce `myprog'.
  
       The only important thing to keep in mind is that to enable
       link-time optimizations you need to use the GCC driver to perform
       the link step.  GCC then automatically performs link-time
       optimization if any of the objects involved were compiled with the
!      `-flto' command-line option.  You generally should specify the
       optimization options to be used for link-time optimization though
       GCC tries to be clever at guessing an optimization level to use
!      from the options used at compile time if you fail to specify one
!      at link time.  You can always override the automatic decision to
!      do link-time optimization by passing `-fno-lto' to the link
!      command.
  
       To make whole program optimization effective, it is necessary to
       make certain whole program assumptions.  The compiler needs to know
       what functions and variables can be accessed by libraries and
!      runtime outside of the link-time optimized unit.  When supported
!      by the linker, the linker plugin (see `-fuse-linker-plugin')
!      passes information to the compiler about used and externally
!      visible symbols.  When the linker plugin is not available,
!      `-fwhole-program' should be used to allow the compiler to make
       these assumptions, which leads to more aggressive optimization
       decisions.
  
!      When `-fuse-linker-plugin' is not enabled, when a file is compiled
!      with `-flto', the generated object file is larger than a regular
       object file because it contains GIMPLE bytecodes and the usual
!      final code (see `-ffat-lto-objects'.  This means that object files
       with LTO information can be linked as normal object files; if
!      `-fno-lto' is passed to the linker, no interprocedural
!      optimizations are applied.  Note that when `-fno-fat-lto-objects'
       is enabled the compile stage is faster but you cannot perform a
       regular, non-LTO link on them.
  
*************** optimizations to be performed is desired
*** 8152,8194 ****
            gcc -o myprog -O3 foo.o bar.o
  
       This produces individual object files with unoptimized assembler
!      code, but the resulting binary 'myprog' is optimized at '-O3'.  If,
!      instead, the final binary is generated with '-fno-lto', then
!      'myprog' is not optimized.
  
       When producing the final binary, GCC only applies link-time
!      optimizations to those files that contain bytecode.  Therefore, you
!      can mix and match object files and libraries with GIMPLE bytecodes
!      and final object code.  GCC automatically selects which files to
!      optimize in LTO mode and which files to link without further
!      processing.
  
       There are some code generation flags preserved by GCC when
       generating bytecodes, as they need to be used during the final link
       stage.  Generally options specified at link time override those
       specified at compile time.
  
!      If you do not specify an optimization level option '-O' at link
       time, then GCC uses the highest optimization level used when
       compiling the object files.
  
       Currently, the following options and their settings are taken from
!      the first object file that explicitly specifies them: '-fPIC',
!      '-fpic', '-fpie', '-fcommon', '-fexceptions',
!      '-fnon-call-exceptions', '-fgnu-tm' and all the '-m' target flags.
  
!      Certain ABI-changing flags are required to match in all compilation
!      units, and trying to override this at link time with a conflicting
!      value is ignored.  This includes options such as
!      '-freg-struct-return' and '-fpcc-struct-return'.
  
!      Other options such as '-ffp-contract', '-fno-strict-overflow',
!      '-fwrapv', '-fno-trapv' or '-fno-strict-aliasing' are passed
!      through to the link stage and merged conservatively for conflicting
!      translation units.  Specifically '-fno-strict-overflow', '-fwrapv'
!      and '-fno-trapv' take precedence; and for example
!      '-ffp-contract=off' takes precedence over '-ffp-contract=fast'.
!      You can override them at link time.
  
       If LTO encounters objects with C linkage declared with incompatible
       types in separate translation units to be linked together
--- 8205,8247 ----
            gcc -o myprog -O3 foo.o bar.o
  
       This produces individual object files with unoptimized assembler
!      code, but the resulting binary `myprog' is optimized at `-O3'.
!      If, instead, the final binary is generated with `-fno-lto', then
!      `myprog' is not optimized.
  
       When producing the final binary, GCC only applies link-time
!      optimizations to those files that contain bytecode.  Therefore,
!      you can mix and match object files and libraries with GIMPLE
!      bytecodes and final object code.  GCC automatically selects which
!      files to optimize in LTO mode and which files to link without
!      further processing.
  
       There are some code generation flags preserved by GCC when
       generating bytecodes, as they need to be used during the final link
       stage.  Generally options specified at link time override those
       specified at compile time.
  
!      If you do not specify an optimization level option `-O' at link
       time, then GCC uses the highest optimization level used when
       compiling the object files.
  
       Currently, the following options and their settings are taken from
!      the first object file that explicitly specifies them: `-fPIC',
!      `-fpic', `-fpie', `-fcommon', `-fexceptions',
!      `-fnon-call-exceptions', `-fgnu-tm' and all the `-m' target flags.
  
!      Certain ABI-changing flags are required to match in all
!      compilation units, and trying to override this at link time with a
!      conflicting value is ignored.  This includes options such as
!      `-freg-struct-return' and `-fpcc-struct-return'.
  
!      Other options such as `-ffp-contract', `-fno-strict-overflow',
!      `-fwrapv', `-fno-trapv' or `-fno-strict-aliasing' are passed
!      through to the link stage and merged conservatively for
!      conflicting translation units.  Specifically
!      `-fno-strict-overflow', `-fwrapv' and `-fno-trapv' take
!      precedence; and for example `-ffp-contract=off' takes precedence
!      over `-ffp-contract=fast'.  You can override them at link time.
  
       If LTO encounters objects with C linkage declared with incompatible
       types in separate translation units to be linked together
*************** optimizations to be performed is desired
*** 8205,8247 ****
            gfortran -c -flto baz.f90
            g++ -o myprog -flto -O3 foo.o bar.o baz.o -lgfortran
  
!      Notice that the final link is done with 'g++' to get the C++
!      runtime libraries and '-lgfortran' is added to get the Fortran
       runtime libraries.  In general, when mixing languages in LTO mode,
       you should use the same link command options as when mixing
       languages in a regular (non-LTO) compilation.
  
       If object files containing GIMPLE bytecode are stored in a library
!      archive, say 'libfoo.a', it is possible to extract and use them in
       an LTO link if you are using a linker with plugin support.  To
!      create static libraries suitable for LTO, use 'gcc-ar' and
!      'gcc-ranlib' instead of 'ar' and 'ranlib'; to show the symbols of
!      object files with GIMPLE bytecode, use 'gcc-nm'.  Those commands
!      require that 'ar', 'ranlib' and 'nm' have been compiled with plugin
!      support.  At link time, use the the flag '-fuse-linker-plugin' to
!      ensure that the library participates in the LTO optimization
!      process:
  
            gcc -o myprog -O2 -flto -fuse-linker-plugin a.o b.o -lfoo
  
       With the linker plugin enabled, the linker extracts the needed
!      GIMPLE files from 'libfoo.a' and passes them on to the running GCC
       to make them part of the aggregated GIMPLE image to be optimized.
  
       If you are not using a linker with plugin support and/or do not
!      enable the linker plugin, then the objects inside 'libfoo.a' are
       extracted and linked as usual, but they do not participate in the
       LTO optimization process.  In order to make a static library
       suitable for both LTO optimization and usual linkage, compile its
!      object files with '-flto' '-ffat-lto-objects'.
  
       Link-time optimizations do not require the presence of the whole
!      program to operate.  If the program does not require any symbols to
!      be exported, it is possible to combine '-flto' and
!      '-fwhole-program' to allow the interprocedural optimizers to use
!      more aggressive assumptions which may lead to improved optimization
!      opportunities.  Use of '-fwhole-program' is not needed when linker
!      plugin is active (see '-fuse-linker-plugin').
  
       The current implementation of LTO makes no attempt to generate
       bytecode that is portable between different types of hosts.  The
--- 8258,8300 ----
            gfortran -c -flto baz.f90
            g++ -o myprog -flto -O3 foo.o bar.o baz.o -lgfortran
  
!      Notice that the final link is done with `g++' to get the C++
!      runtime libraries and `-lgfortran' is added to get the Fortran
       runtime libraries.  In general, when mixing languages in LTO mode,
       you should use the same link command options as when mixing
       languages in a regular (non-LTO) compilation.
  
       If object files containing GIMPLE bytecode are stored in a library
!      archive, say `libfoo.a', it is possible to extract and use them in
       an LTO link if you are using a linker with plugin support.  To
!      create static libraries suitable for LTO, use `gcc-ar' and
!      `gcc-ranlib' instead of `ar' and `ranlib'; to show the symbols of
!      object files with GIMPLE bytecode, use `gcc-nm'.  Those commands
!      require that `ar', `ranlib' and `nm' have been compiled with
!      plugin support.  At link time, use the the flag
!      `-fuse-linker-plugin' to ensure that the library participates in
!      the LTO optimization process:
  
            gcc -o myprog -O2 -flto -fuse-linker-plugin a.o b.o -lfoo
  
       With the linker plugin enabled, the linker extracts the needed
!      GIMPLE files from `libfoo.a' and passes them on to the running GCC
       to make them part of the aggregated GIMPLE image to be optimized.
  
       If you are not using a linker with plugin support and/or do not
!      enable the linker plugin, then the objects inside `libfoo.a' are
       extracted and linked as usual, but they do not participate in the
       LTO optimization process.  In order to make a static library
       suitable for both LTO optimization and usual linkage, compile its
!      object files with `-flto' `-ffat-lto-objects'.
  
       Link-time optimizations do not require the presence of the whole
!      program to operate.  If the program does not require any symbols
!      to be exported, it is possible to combine `-flto' and
!      `-fwhole-program' to allow the interprocedural optimizers to use
!      more aggressive assumptions which may lead to improved
!      optimization opportunities.  Use of `-fwhole-program' is not
!      needed when linker plugin is active (see `-fuse-linker-plugin').
  
       The current implementation of LTO makes no attempt to generate
       bytecode that is portable between different types of hosts.  The
*************** optimizations to be performed is desired
*** 8250,8334 ****
       an older or newer version of GCC.
  
       Link-time optimization does not work well with generation of
!      debugging information.  Combining '-flto' with '-g' is currently
       experimental and expected to produce unexpected results.
  
!      If you specify the optional N, the optimization and code generation
!      done at link time is executed in parallel using N parallel jobs by
!      utilizing an installed 'make' program.  The environment variable
!      'MAKE' may be used to override the program used.  The default value
!      for N is 1.
  
!      You can also specify '-flto=jobserver' to use GNU make's job server
!      mode to determine the number of parallel jobs.  This is useful when
!      the Makefile calling GCC is already executing in parallel.  You
!      must prepend a '+' to the command recipe in the parent Makefile for
!      this to work.  This option likely only works if 'MAKE' is GNU make.
  
! '-flto-partition=ALG'
       Specify the partitioning algorithm used by the link-time optimizer.
!      The value is either '1to1' to specify a partitioning mirroring the
!      original source files or 'balanced' to specify partitioning into
!      equally sized chunks (whenever possible) or 'max' to create new
!      partition for every symbol where possible.  Specifying 'none' as an
!      algorithm disables partitioning and streaming completely.  The
!      default value is 'balanced'.  While '1to1' can be used as an
!      workaround for various code ordering issues, the 'max' partitioning
!      is intended for internal testing only.  The value 'one' specifies
!      that exactly one partition should be used while the value 'none'
!      bypasses partitioning and executes the link-time optimization step
!      directly from the WPA phase.
  
! '-flto-odr-type-merging'
       Enable streaming of mangled types names of C++ types and their
!      unification at link time.  This increases size of LTO object files,
!      but enables diagnostics about One Definition Rule violations.
  
! '-flto-compression-level=N'
       This option specifies the level of compression used for
       intermediate language written to LTO object files, and is only
!      meaningful in conjunction with LTO mode ('-flto').  Valid values
       are 0 (no compression) to 9 (maximum compression).  Values outside
       this range are clamped to either 0 or 9.  If the option is not
       given, a default balanced compression setting is used.
  
! '-fuse-linker-plugin'
       Enables the use of a linker plugin during link-time optimization.
       This option relies on plugin support in the linker, which is
       available in gold or in GNU ld 2.21 or newer.
  
       This option enables the extraction of object files with GIMPLE
!      bytecode out of library archives.  This improves the quality of
       optimization by exposing more code to the link-time optimizer.
       This information specifies what symbols can be accessed externally
       (by non-LTO object or during dynamic linking).  Resulting code
       quality improvements on binaries (and shared libraries that use
!      hidden visibility) are similar to '-fwhole-program'.  See '-flto'
       for a description of the effect of this flag and how to use it.
  
       This option is enabled by default when LTO support in GCC is
       enabled and GCC was configured for use with a linker supporting
       plugins (GNU ld 2.21 or newer or gold).
  
! '-ffat-lto-objects'
!      Fat LTO objects are object files that contain both the intermediate
!      language and the object code.  This makes them usable for both LTO
!      linking and normal linking.  This option is effective only when
!      compiling with '-flto' and is ignored at link time.
  
!      '-fno-fat-lto-objects' improves compilation time over plain LTO,
!      but requires the complete toolchain to be aware of LTO. It requires
!      a linker with linker plugin support for basic functionality.
!      Additionally, 'nm', 'ar' and 'ranlib' need to support linker
!      plugins to allow a full-featured build environment (capable of
!      building static libraries etc).  GCC provides the 'gcc-ar',
!      'gcc-nm', 'gcc-ranlib' wrappers to pass the right options to these
!      tools.  With non fat LTO makefiles need to be modified to use them.
  
!      The default is '-fno-fat-lto-objects' on targets with linker plugin
       support.
  
! '-fcompare-elim'
       After register allocation and post-register allocation instruction
       splitting, identify arithmetic instructions that compute processor
       flags similar to a comparison operation based on that arithmetic.
--- 8303,8390 ----
       an older or newer version of GCC.
  
       Link-time optimization does not work well with generation of
!      debugging information.  Combining `-flto' with `-g' is currently
       experimental and expected to produce unexpected results.
  
!      If you specify the optional N, the optimization and code
!      generation done at link time is executed in parallel using N
!      parallel jobs by utilizing an installed `make' program.  The
!      environment variable `MAKE' may be used to override the program
!      used.  The default value for N is 1.
  
!      You can also specify `-flto=jobserver' to use GNU make's job
!      server mode to determine the number of parallel jobs. This is
!      useful when the Makefile calling GCC is already executing in
!      parallel.  You must prepend a `+' to the command recipe in the
!      parent Makefile for this to work.  This option likely only works
!      if `MAKE' is GNU make.
  
! `-flto-partition=ALG'
       Specify the partitioning algorithm used by the link-time optimizer.
!      The value is either `1to1' to specify a partitioning mirroring the
!      original source files or `balanced' to specify partitioning into
!      equally sized chunks (whenever possible) or `max' to create new
!      partition for every symbol where possible.  Specifying `none' as
!      an algorithm disables partitioning and streaming completely.  The
!      default value is `balanced'. While `1to1' can be used as an
!      workaround for various code ordering issues, the `max'
!      partitioning is intended for internal testing only.  The value
!      `one' specifies that exactly one partition should be used while
!      the value `none' bypasses partitioning and executes the link-time
!      optimization step directly from the WPA phase.
  
! `-flto-odr-type-merging'
       Enable streaming of mangled types names of C++ types and their
!      unification at link time.  This increases size of LTO object
!      files, but enables diagnostics about One Definition Rule
!      violations.
  
! `-flto-compression-level=N'
       This option specifies the level of compression used for
       intermediate language written to LTO object files, and is only
!      meaningful in conjunction with LTO mode (`-flto').  Valid values
       are 0 (no compression) to 9 (maximum compression).  Values outside
       this range are clamped to either 0 or 9.  If the option is not
       given, a default balanced compression setting is used.
  
! `-fuse-linker-plugin'
       Enables the use of a linker plugin during link-time optimization.
       This option relies on plugin support in the linker, which is
       available in gold or in GNU ld 2.21 or newer.
  
       This option enables the extraction of object files with GIMPLE
!      bytecode out of library archives. This improves the quality of
       optimization by exposing more code to the link-time optimizer.
       This information specifies what symbols can be accessed externally
       (by non-LTO object or during dynamic linking).  Resulting code
       quality improvements on binaries (and shared libraries that use
!      hidden visibility) are similar to `-fwhole-program'.  See `-flto'
       for a description of the effect of this flag and how to use it.
  
       This option is enabled by default when LTO support in GCC is
       enabled and GCC was configured for use with a linker supporting
       plugins (GNU ld 2.21 or newer or gold).
  
! `-ffat-lto-objects'
!      Fat LTO objects are object files that contain both the
!      intermediate language and the object code. This makes them usable
!      for both LTO linking and normal linking. This option is effective
!      only when compiling with `-flto' and is ignored at link time.
  
!      `-fno-fat-lto-objects' improves compilation time over plain LTO,
!      but requires the complete toolchain to be aware of LTO. It
!      requires a linker with linker plugin support for basic
!      functionality.  Additionally, `nm', `ar' and `ranlib' need to
!      support linker plugins to allow a full-featured build environment
!      (capable of building static libraries etc).  GCC provides the
!      `gcc-ar', `gcc-nm', `gcc-ranlib' wrappers to pass the right options
!      to these tools. With non fat LTO makefiles need to be modified to
!      use them.
  
!      The default is `-fno-fat-lto-objects' on targets with linker plugin
       support.
  
! `-fcompare-elim'
       After register allocation and post-register allocation instruction
       splitting, identify arithmetic instructions that compute processor
       flags similar to a comparison operation based on that arithmetic.
*************** optimizations to be performed is desired
*** 8338,8404 ****
       represent the comparison operation before register allocation is
       complete.
  
!      Enabled at levels '-O', '-O2', '-O3', '-Os'.
  
! '-fcprop-registers'
       After register allocation and post-register allocation instruction
       splitting, perform a copy-propagation pass to try to reduce
       scheduling dependencies and occasionally eliminate the copy.
  
!      Enabled at levels '-O', '-O2', '-O3', '-Os'.
  
! '-fprofile-correction'
       Profiles collected using an instrumented binary for multi-threaded
!      programs may be inconsistent due to missed counter updates.  When
       this option is specified, GCC uses heuristics to correct or smooth
!      out such inconsistencies.  By default, GCC emits an error message
       when an inconsistent profile is detected.
  
! '-fprofile-use'
! '-fprofile-use=PATH'
       Enable profile feedback-directed optimizations, and the following
       optimizations which are generally profitable only with profile
!      feedback available: '-fbranch-probabilities', '-fvpt',
!      '-funroll-loops', '-fpeel-loops', '-ftracer', '-ftree-vectorize',
!      and 'ftree-loop-distribute-patterns'.
  
       Before you can use this option, you must first generate profiling
       information.  *Note Instrumentation Options::, for information
!      about the '-fprofile-generate' option.
  
       By default, GCC emits an error message if the feedback profiles do
!      not match the source code.  This error can be turned into a warning
!      by using '-Wcoverage-mismatch'.  Note this may result in poorly
!      optimized code.
  
       If PATH is specified, GCC looks at the PATH to find the profile
!      feedback data files.  See '-fprofile-dir'.
  
! '-fauto-profile'
! '-fauto-profile=PATH'
       Enable sampling-based feedback-directed optimizations, and the
       following optimizations which are generally profitable only with
!      profile feedback available: '-fbranch-probabilities', '-fvpt',
!      '-funroll-loops', '-fpeel-loops', '-ftracer', '-ftree-vectorize',
!      '-finline-functions', '-fipa-cp', '-fipa-cp-clone',
!      '-fpredictive-commoning', '-funswitch-loops',
!      '-fgcse-after-reload', and '-ftree-loop-distribute-patterns'.
  
       PATH is the name of a file containing AutoFDO profile information.
!      If omitted, it defaults to 'fbdata.afdo' in the current directory.
  
       Producing an AutoFDO profile data file requires running your
!      program with the 'perf' utility on a supported GNU/Linux target
!      system.  For more information, see <https://perf.wiki.kernel.org/>.
  
       E.g.
            perf record -e br_inst_retired:near_taken -b -o perf.data \
                -- your_program
  
!      Then use the 'create_gcov' tool to convert the raw profile data to
       a format that can be used by GCC.  You must also supply the
       unstripped binary for your program to this tool.  See
!      <https://github.com/google/autofdo>.
  
       E.g.
            create_gcov --binary=your_program.unstripped --profile=perf.data \
--- 8394,8460 ----
       represent the comparison operation before register allocation is
       complete.
  
!      Enabled at levels `-O', `-O2', `-O3', `-Os'.
  
! `-fcprop-registers'
       After register allocation and post-register allocation instruction
       splitting, perform a copy-propagation pass to try to reduce
       scheduling dependencies and occasionally eliminate the copy.
  
!      Enabled at levels `-O', `-O2', `-O3', `-Os'.
  
! `-fprofile-correction'
       Profiles collected using an instrumented binary for multi-threaded
!      programs may be inconsistent due to missed counter updates. When
       this option is specified, GCC uses heuristics to correct or smooth
!      out such inconsistencies. By default, GCC emits an error message
       when an inconsistent profile is detected.
  
! `-fprofile-use'
! `-fprofile-use=PATH'
       Enable profile feedback-directed optimizations, and the following
       optimizations which are generally profitable only with profile
!      feedback available: `-fbranch-probabilities', `-fvpt',
!      `-funroll-loops', `-fpeel-loops', `-ftracer', `-ftree-vectorize',
!      and `ftree-loop-distribute-patterns'.
  
       Before you can use this option, you must first generate profiling
       information.  *Note Instrumentation Options::, for information
!      about the `-fprofile-generate' option.
  
       By default, GCC emits an error message if the feedback profiles do
!      not match the source code.  This error can be turned into a
!      warning by using `-Wcoverage-mismatch'.  Note this may result in
!      poorly optimized code.
  
       If PATH is specified, GCC looks at the PATH to find the profile
!      feedback data files. See `-fprofile-dir'.
  
! `-fauto-profile'
! `-fauto-profile=PATH'
       Enable sampling-based feedback-directed optimizations, and the
       following optimizations which are generally profitable only with
!      profile feedback available: `-fbranch-probabilities', `-fvpt',
!      `-funroll-loops', `-fpeel-loops', `-ftracer', `-ftree-vectorize',
!      `-finline-functions', `-fipa-cp', `-fipa-cp-clone',
!      `-fpredictive-commoning', `-funswitch-loops',
!      `-fgcse-after-reload', and `-ftree-loop-distribute-patterns'.
  
       PATH is the name of a file containing AutoFDO profile information.
!      If omitted, it defaults to `fbdata.afdo' in the current directory.
  
       Producing an AutoFDO profile data file requires running your
!      program with the `perf' utility on a supported GNU/Linux target
!      system.  For more information, see `https://perf.wiki.kernel.org/'.
  
       E.g.
            perf record -e br_inst_retired:near_taken -b -o perf.data \
                -- your_program
  
!      Then use the `create_gcov' tool to convert the raw profile data to
       a format that can be used by GCC.  You must also supply the
       unstripped binary for your program to this tool.  See
!      `https://github.com/google/autofdo'.
  
       E.g.
            create_gcov --binary=your_program.unstripped --profile=perf.data \
*************** optimizations to be performed is desired
*** 8408,8691 ****
  floating-point arithmetic.  These options trade off between speed and
  correctness.  All must be specifically enabled.
  
! '-ffloat-store'
       Do not store floating-point variables in registers, and inhibit
       other options that might change whether a floating-point value is
       taken from a register or memory.
  
       This option prevents undesirable excess precision on machines such
       as the 68000 where the floating registers (of the 68881) keep more
!      precision than a 'double' is supposed to have.  Similarly for the
       x86 architecture.  For most programs, the excess precision does
       only good, but a few programs rely on the precise definition of
!      IEEE floating point.  Use '-ffloat-store' for such programs, after
       modifying them to store all pertinent intermediate computations
       into variables.
  
! '-fexcess-precision=STYLE'
       This option allows further control over excess precision on
       machines where floating-point operations occur in a format with
       more precision or range than the IEEE standard and interchange
!      floating-point types.  By default, '-fexcess-precision=fast' is in
       effect; this means that operations may be carried out in a wider
       precision than the types specified in the source if that would
!      result in faster code, and it is unpredictable when rounding to the
!      types specified in the source code takes place.  When compiling C,
!      if '-fexcess-precision=standard' is specified then excess precision
!      follows the rules specified in ISO C99; in particular, both casts
!      and assignments cause values to be rounded to their semantic types
!      (whereas '-ffloat-store' only affects assignments).  This option is
!      enabled by default for C if a strict conformance option such as
!      '-std=c99' is used.  '-ffast-math' enables
!      '-fexcess-precision=fast' by default regardless of whether a strict
!      conformance option is used.
  
!      '-fexcess-precision=standard' is not implemented for languages
!      other than C. On the x86, it has no effect if '-mfpmath=sse' or
!      '-mfpmath=sse+387' is specified; in the former case, IEEE semantics
!      apply without excess precision, and in the latter, rounding is
!      unpredictable.
  
! '-ffast-math'
!      Sets the options '-fno-math-errno', '-funsafe-math-optimizations',
!      '-ffinite-math-only', '-fno-rounding-math', '-fno-signaling-nans',
!      '-fcx-limited-range' and '-fexcess-precision=fast'.
  
!      This option causes the preprocessor macro '__FAST_MATH__' to be
       defined.
  
!      This option is not turned on by any '-O' option besides '-Ofast'
!      since it can result in incorrect output for programs that depend on
!      an exact implementation of IEEE or ISO rules/specifications for
!      math functions.  It may, however, yield faster code for programs
       that do not require the guarantees of these specifications.
  
! '-fno-math-errno'
!      Do not set 'errno' after calling math functions that are executed
!      with a single instruction, e.g., 'sqrt'.  A program that relies on
       IEEE exceptions for math error handling may want to use this flag
       for speed while maintaining IEEE arithmetic compatibility.
  
!      This option is not turned on by any '-O' option since it can result
!      in incorrect output for programs that depend on an exact
       implementation of IEEE or ISO rules/specifications for math
!      functions.  It may, however, yield faster code for programs that do
       not require the guarantees of these specifications.
  
!      The default is '-fmath-errno'.
  
!      On Darwin systems, the math library never sets 'errno'.  There is
       therefore no reason for the compiler to consider the possibility
!      that it might, and '-fno-math-errno' is the default.
! 
! '-funsafe-math-optimizations'
  
       Allow optimizations for floating-point arithmetic that (a) assume
       that arguments and results are valid and (b) may violate IEEE or
       ANSI standards.  When used at link time, it may include libraries
       or startup files that change the default FPU control word or other
       similar optimizations.
  
!      This option is not turned on by any '-O' option since it can result
!      in incorrect output for programs that depend on an exact
       implementation of IEEE or ISO rules/specifications for math
!      functions.  It may, however, yield faster code for programs that do
       not require the guarantees of these specifications.  Enables
!      '-fno-signed-zeros', '-fno-trapping-math', '-fassociative-math' and
!      '-freciprocal-math'.
! 
!      The default is '-fno-unsafe-math-optimizations'.
  
! '-fassociative-math'
  
       Allow re-association of operands in series of floating-point
       operations.  This violates the ISO C and C++ language standard by
!      possibly changing computation result.  NOTE: re-ordering may change
!      the sign of zero as well as ignore NaNs and inhibit or create
!      underflow or overflow (and thus cannot be used on code that relies
!      on rounding behavior like '(x + 2**52) - 2**52'.  May also reorder
!      floating-point comparisons and thus may not be used when ordered
!      comparisons are required.  This option requires that both
!      '-fno-signed-zeros' and '-fno-trapping-math' be in effect.
!      Moreover, it doesn't make much sense with '-frounding-math'.  For
       Fortran the option is automatically enabled when both
!      '-fno-signed-zeros' and '-fno-trapping-math' are in effect.
! 
!      The default is '-fno-associative-math'.
  
! '-freciprocal-math'
  
       Allow the reciprocal of a value to be used instead of dividing by
!      the value if this enables optimizations.  For example 'x / y' can
!      be replaced with 'x * (1/y)', which is useful if '(1/y)' is subject
!      to common subexpression elimination.  Note that this loses
       precision and increases the number of flops operating on the value.
  
!      The default is '-fno-reciprocal-math'.
  
! '-ffinite-math-only'
       Allow optimizations for floating-point arithmetic that assume that
       arguments and results are not NaNs or +-Infs.
  
!      This option is not turned on by any '-O' option since it can result
!      in incorrect output for programs that depend on an exact
       implementation of IEEE or ISO rules/specifications for math
!      functions.  It may, however, yield faster code for programs that do
       not require the guarantees of these specifications.
  
!      The default is '-fno-finite-math-only'.
  
! '-fno-signed-zeros'
       Allow optimizations for floating-point arithmetic that ignore the
       signedness of zero.  IEEE arithmetic specifies the behavior of
       distinct +0.0 and -0.0 values, which then prohibits simplification
       of expressions such as x+0.0 or 0.0*x (even with
!      '-ffinite-math-only').  This option implies that the sign of a zero
!      result isn't significant.
  
!      The default is '-fsigned-zeros'.
  
! '-fno-trapping-math'
       Compile code assuming that floating-point operations cannot
!      generate user-visible traps.  These traps include division by zero,
!      overflow, underflow, inexact result and invalid operation.  This
!      option requires that '-fno-signaling-nans' be in effect.  Setting
!      this option may allow faster code if one relies on "non-stop" IEEE
!      arithmetic, for example.
  
!      This option should never be turned on by any '-O' option since it
!      can result in incorrect output for programs that depend on an exact
!      implementation of IEEE or ISO rules/specifications for math
       functions.
  
!      The default is '-ftrapping-math'.
  
! '-frounding-math'
       Disable transformations and optimizations that assume default
       floating-point rounding behavior.  This is round-to-zero for all
!      floating point to integer conversions, and round-to-nearest for all
!      other arithmetic truncations.  This option should be specified for
!      programs that change the FP rounding mode dynamically, or that may
!      be executed with a non-default rounding mode.  This option disables
!      constant folding of floating-point expressions at compile time
!      (which may be affected by rounding mode) and arithmetic
       transformations that are unsafe in the presence of sign-dependent
       rounding modes.
  
!      The default is '-fno-rounding-math'.
  
       This option is experimental and does not currently guarantee to
       disable all GCC optimizations that are affected by rounding mode.
       Future versions of GCC may provide finer control of this setting
!      using C99's 'FENV_ACCESS' pragma.  This command-line option will be
!      used to specify the default state for 'FENV_ACCESS'.
  
! '-fsignaling-nans'
       Compile code assuming that IEEE signaling NaNs may generate
       user-visible traps during floating-point operations.  Setting this
       option disables optimizations that may change the number of
       exceptions visible with signaling NaNs.  This option implies
!      '-ftrapping-math'.
  
!      This option causes the preprocessor macro '__SUPPORT_SNAN__' to be
       defined.
  
!      The default is '-fno-signaling-nans'.
  
       This option is experimental and does not currently guarantee to
       disable all GCC optimizations that affect signaling NaN behavior.
  
! '-fno-fp-int-builtin-inexact'
!      Do not allow the built-in functions 'ceil', 'floor', 'round' and
!      'trunc', and their 'float' and 'long double' variants, to generate
       code that raises the "inexact" floating-point exception for
       noninteger arguments.  ISO C99 and C11 allow these functions to
       raise the "inexact" exception, but ISO/IEC TS 18661-1:2014, the C
       bindings to IEEE 754-2008, does not allow these functions to do so.
  
!      The default is '-ffp-int-builtin-inexact', allowing the exception
!      to be raised.  This option does nothing unless '-ftrapping-math' is
!      in effect.
  
!      Even if '-fno-fp-int-builtin-inexact' is used, if the functions
       generate a call to a library function then the "inexact" exception
       may be raised if the library implementation does not follow TS
       18661.
  
! '-fsingle-precision-constant'
       Treat floating-point constants as single precision instead of
       implicitly converting them to double-precision constants.
  
! '-fcx-limited-range'
       When enabled, this option states that a range reduction step is not
       needed when performing complex division.  Also, there is no
!      checking whether the result of a complex multiplication or division
!      is 'NaN + I*NaN', with an attempt to rescue the situation in that
!      case.  The default is '-fno-cx-limited-range', but is enabled by
!      '-ffast-math'.
  
       This option controls the default setting of the ISO C99
!      'CX_LIMITED_RANGE' pragma.  Nevertheless, the option applies to all
!      languages.
  
! '-fcx-fortran-rules'
       Complex multiplication and division follow Fortran rules.  Range
       reduction is done as part of complex division, but there is no
!      checking whether the result of a complex multiplication or division
!      is 'NaN + I*NaN', with an attempt to rescue the situation in that
!      case.
  
-      The default is '-fno-cx-fortran-rules'.
  
   The following options control optimizations that may improve
! performance, but are not enabled by any '-O' options.  This section
  includes experimental options that may produce broken code.
  
! '-fbranch-probabilities'
!      After running a program compiled with '-fprofile-arcs' (*note
       Instrumentation Options::), you can compile it a second time using
!      '-fbranch-probabilities', to improve optimizations based on the
       number of times each branch was taken.  When a program compiled
!      with '-fprofile-arcs' exits, it saves arc execution counts to a
!      file called 'SOURCENAME.gcda' for each source file.  The
!      information in this data file is very dependent on the structure of
!      the generated code, so you must use the same source code and the
!      same optimization options for both compilations.
  
!      With '-fbranch-probabilities', GCC puts a 'REG_BR_PROB' note on
!      each 'JUMP_INSN' and 'CALL_INSN'.  These can be used to improve
       optimization.  Currently, they are only used in one place: in
!      'reorg.c', instead of guessing which path a branch is most likely
!      to take, the 'REG_BR_PROB' values are used to exactly determine
       which path is taken more often.
  
! '-fprofile-values'
!      If combined with '-fprofile-arcs', it adds code so that some data
       about values of expressions in the program is gathered.
  
!      With '-fbranch-probabilities', it reads back the data gathered from
!      profiling values of expressions for usage in optimizations.
  
!      Enabled with '-fprofile-generate' and '-fprofile-use'.
  
! '-fprofile-reorder-functions'
!      Function reordering based on profile instrumentation collects first
!      time of execution of a function and orders these functions in
!      ascending order.
  
!      Enabled with '-fprofile-use'.
  
! '-fvpt'
!      If combined with '-fprofile-arcs', this option instructs the
       compiler to add code to gather information about values of
       expressions.
  
!      With '-fbranch-probabilities', it reads back the data gathered and
       actually performs the optimizations based on them.  Currently the
       optimizations include specialization of division operations using
       the knowledge about the value of the denominator.
  
! '-frename-registers'
       Attempt to avoid false dependencies in scheduled code by making use
       of registers left over after register allocation.  This
       optimization most benefits processors with lots of registers.
--- 8464,8745 ----
  floating-point arithmetic.  These options trade off between speed and
  correctness.  All must be specifically enabled.
  
! `-ffloat-store'
       Do not store floating-point variables in registers, and inhibit
       other options that might change whether a floating-point value is
       taken from a register or memory.
  
       This option prevents undesirable excess precision on machines such
       as the 68000 where the floating registers (of the 68881) keep more
!      precision than a `double' is supposed to have.  Similarly for the
       x86 architecture.  For most programs, the excess precision does
       only good, but a few programs rely on the precise definition of
!      IEEE floating point.  Use `-ffloat-store' for such programs, after
       modifying them to store all pertinent intermediate computations
       into variables.
  
! `-fexcess-precision=STYLE'
       This option allows further control over excess precision on
       machines where floating-point operations occur in a format with
       more precision or range than the IEEE standard and interchange
!      floating-point types.  By default, `-fexcess-precision=fast' is in
       effect; this means that operations may be carried out in a wider
       precision than the types specified in the source if that would
!      result in faster code, and it is unpredictable when rounding to
!      the types specified in the source code takes place.  When
!      compiling C, if `-fexcess-precision=standard' is specified then
!      excess precision follows the rules specified in ISO C99; in
!      particular, both casts and assignments cause values to be rounded
!      to their semantic types (whereas `-ffloat-store' only affects
!      assignments).  This option is enabled by default for C if a strict
!      conformance option such as `-std=c99' is used.  `-ffast-math'
!      enables `-fexcess-precision=fast' by default regardless of whether
!      a strict conformance option is used.
  
!      `-fexcess-precision=standard' is not implemented for languages
!      other than C.  On the x86, it has no effect if `-mfpmath=sse' or
!      `-mfpmath=sse+387' is specified; in the former case, IEEE
!      semantics apply without excess precision, and in the latter,
!      rounding is unpredictable.
  
! `-ffast-math'
!      Sets the options `-fno-math-errno', `-funsafe-math-optimizations',
!      `-ffinite-math-only', `-fno-rounding-math', `-fno-signaling-nans',
!      `-fcx-limited-range' and `-fexcess-precision=fast'.
  
!      This option causes the preprocessor macro `__FAST_MATH__' to be
       defined.
  
!      This option is not turned on by any `-O' option besides `-Ofast'
!      since it can result in incorrect output for programs that depend
!      on an exact implementation of IEEE or ISO rules/specifications for
!      math functions. It may, however, yield faster code for programs
       that do not require the guarantees of these specifications.
  
! `-fno-math-errno'
!      Do not set `errno' after calling math functions that are executed
!      with a single instruction, e.g., `sqrt'.  A program that relies on
       IEEE exceptions for math error handling may want to use this flag
       for speed while maintaining IEEE arithmetic compatibility.
  
!      This option is not turned on by any `-O' option since it can
!      result in incorrect output for programs that depend on an exact
       implementation of IEEE or ISO rules/specifications for math
!      functions. It may, however, yield faster code for programs that do
       not require the guarantees of these specifications.
  
!      The default is `-fmath-errno'.
  
!      On Darwin systems, the math library never sets `errno'.  There is
       therefore no reason for the compiler to consider the possibility
!      that it might, and `-fno-math-errno' is the default.
  
+ `-funsafe-math-optimizations'
       Allow optimizations for floating-point arithmetic that (a) assume
       that arguments and results are valid and (b) may violate IEEE or
       ANSI standards.  When used at link time, it may include libraries
       or startup files that change the default FPU control word or other
       similar optimizations.
  
!      This option is not turned on by any `-O' option since it can
!      result in incorrect output for programs that depend on an exact
       implementation of IEEE or ISO rules/specifications for math
!      functions. It may, however, yield faster code for programs that do
       not require the guarantees of these specifications.  Enables
!      `-fno-signed-zeros', `-fno-trapping-math', `-fassociative-math'
!      and `-freciprocal-math'.
  
!      The default is `-fno-unsafe-math-optimizations'.
  
+ `-fassociative-math'
       Allow re-association of operands in series of floating-point
       operations.  This violates the ISO C and C++ language standard by
!      possibly changing computation result.  NOTE: re-ordering may
!      change the sign of zero as well as ignore NaNs and inhibit or
!      create underflow or overflow (and thus cannot be used on code that
!      relies on rounding behavior like `(x + 2**52) - 2**52'.  May also
!      reorder floating-point comparisons and thus may not be used when
!      ordered comparisons are required.  This option requires that both
!      `-fno-signed-zeros' and `-fno-trapping-math' be in effect.
!      Moreover, it doesn't make much sense with `-frounding-math'. For
       Fortran the option is automatically enabled when both
!      `-fno-signed-zeros' and `-fno-trapping-math' are in effect.
  
!      The default is `-fno-associative-math'.
  
+ `-freciprocal-math'
       Allow the reciprocal of a value to be used instead of dividing by
!      the value if this enables optimizations.  For example `x / y' can
!      be replaced with `x * (1/y)', which is useful if `(1/y)' is
!      subject to common subexpression elimination.  Note that this loses
       precision and increases the number of flops operating on the value.
  
!      The default is `-fno-reciprocal-math'.
  
! `-ffinite-math-only'
       Allow optimizations for floating-point arithmetic that assume that
       arguments and results are not NaNs or +-Infs.
  
!      This option is not turned on by any `-O' option since it can
!      result in incorrect output for programs that depend on an exact
       implementation of IEEE or ISO rules/specifications for math
!      functions. It may, however, yield faster code for programs that do
       not require the guarantees of these specifications.
  
!      The default is `-fno-finite-math-only'.
  
! `-fno-signed-zeros'
       Allow optimizations for floating-point arithmetic that ignore the
       signedness of zero.  IEEE arithmetic specifies the behavior of
       distinct +0.0 and -0.0 values, which then prohibits simplification
       of expressions such as x+0.0 or 0.0*x (even with
!      `-ffinite-math-only').  This option implies that the sign of a
!      zero result isn't significant.
  
!      The default is `-fsigned-zeros'.
  
! `-fno-trapping-math'
       Compile code assuming that floating-point operations cannot
!      generate user-visible traps.  These traps include division by
!      zero, overflow, underflow, inexact result and invalid operation.
!      This option requires that `-fno-signaling-nans' be in effect.
!      Setting this option may allow faster code if one relies on
!      "non-stop" IEEE arithmetic, for example.
  
!      This option should never be turned on by any `-O' option since it
!      can result in incorrect output for programs that depend on an
!      exact implementation of IEEE or ISO rules/specifications for math
       functions.
  
!      The default is `-ftrapping-math'.
  
! `-frounding-math'
       Disable transformations and optimizations that assume default
       floating-point rounding behavior.  This is round-to-zero for all
!      floating point to integer conversions, and round-to-nearest for
!      all other arithmetic truncations.  This option should be specified
!      for programs that change the FP rounding mode dynamically, or that
!      may be executed with a non-default rounding mode.  This option
!      disables constant folding of floating-point expressions at compile
!      time (which may be affected by rounding mode) and arithmetic
       transformations that are unsafe in the presence of sign-dependent
       rounding modes.
  
!      The default is `-fno-rounding-math'.
  
       This option is experimental and does not currently guarantee to
       disable all GCC optimizations that are affected by rounding mode.
       Future versions of GCC may provide finer control of this setting
!      using C99's `FENV_ACCESS' pragma.  This command-line option will
!      be used to specify the default state for `FENV_ACCESS'.
  
! `-fsignaling-nans'
       Compile code assuming that IEEE signaling NaNs may generate
       user-visible traps during floating-point operations.  Setting this
       option disables optimizations that may change the number of
       exceptions visible with signaling NaNs.  This option implies
!      `-ftrapping-math'.
  
!      This option causes the preprocessor macro `__SUPPORT_SNAN__' to be
       defined.
  
!      The default is `-fno-signaling-nans'.
  
       This option is experimental and does not currently guarantee to
       disable all GCC optimizations that affect signaling NaN behavior.
  
! `-fno-fp-int-builtin-inexact'
!      Do not allow the built-in functions `ceil', `floor', `round' and
!      `trunc', and their `float' and `long double' variants, to generate
       code that raises the "inexact" floating-point exception for
       noninteger arguments.  ISO C99 and C11 allow these functions to
       raise the "inexact" exception, but ISO/IEC TS 18661-1:2014, the C
       bindings to IEEE 754-2008, does not allow these functions to do so.
  
!      The default is `-ffp-int-builtin-inexact', allowing the exception
!      to be raised.  This option does nothing unless `-ftrapping-math'
!      is in effect.
  
!      Even if `-fno-fp-int-builtin-inexact' is used, if the functions
       generate a call to a library function then the "inexact" exception
       may be raised if the library implementation does not follow TS
       18661.
  
! `-fsingle-precision-constant'
       Treat floating-point constants as single precision instead of
       implicitly converting them to double-precision constants.
  
! `-fcx-limited-range'
       When enabled, this option states that a range reduction step is not
       needed when performing complex division.  Also, there is no
!      checking whether the result of a complex multiplication or
!      division is `NaN + I*NaN', with an attempt to rescue the situation
!      in that case.  The default is `-fno-cx-limited-range', but is
!      enabled by `-ffast-math'.
  
       This option controls the default setting of the ISO C99
!      `CX_LIMITED_RANGE' pragma.  Nevertheless, the option applies to
!      all languages.
  
! `-fcx-fortran-rules'
       Complex multiplication and division follow Fortran rules.  Range
       reduction is done as part of complex division, but there is no
!      checking whether the result of a complex multiplication or
!      division is `NaN + I*NaN', with an attempt to rescue the situation
!      in that case.
! 
!      The default is `-fno-cx-fortran-rules'.
  
  
   The following options control optimizations that may improve
! performance, but are not enabled by any `-O' options.  This section
  includes experimental options that may produce broken code.
  
! `-fbranch-probabilities'
!      After running a program compiled with `-fprofile-arcs' (*note
       Instrumentation Options::), you can compile it a second time using
!      `-fbranch-probabilities', to improve optimizations based on the
       number of times each branch was taken.  When a program compiled
!      with `-fprofile-arcs' exits, it saves arc execution counts to a
!      file called `SOURCENAME.gcda' for each source file.  The
!      information in this data file is very dependent on the structure
!      of the generated code, so you must use the same source code and
!      the same optimization options for both compilations.
  
!      With `-fbranch-probabilities', GCC puts a `REG_BR_PROB' note on
!      each `JUMP_INSN' and `CALL_INSN'.  These can be used to improve
       optimization.  Currently, they are only used in one place: in
!      `reorg.c', instead of guessing which path a branch is most likely
!      to take, the `REG_BR_PROB' values are used to exactly determine
       which path is taken more often.
  
! `-fprofile-values'
!      If combined with `-fprofile-arcs', it adds code so that some data
       about values of expressions in the program is gathered.
  
!      With `-fbranch-probabilities', it reads back the data gathered
!      from profiling values of expressions for usage in optimizations.
  
!      Enabled with `-fprofile-generate' and `-fprofile-use'.
  
! `-fprofile-reorder-functions'
!      Function reordering based on profile instrumentation collects
!      first time of execution of a function and orders these functions
!      in ascending order.
  
!      Enabled with `-fprofile-use'.
  
! `-fvpt'
!      If combined with `-fprofile-arcs', this option instructs the
       compiler to add code to gather information about values of
       expressions.
  
!      With `-fbranch-probabilities', it reads back the data gathered and
       actually performs the optimizations based on them.  Currently the
       optimizations include specialization of division operations using
       the knowledge about the value of the denominator.
  
! `-frename-registers'
       Attempt to avoid false dependencies in scheduled code by making use
       of registers left over after register allocation.  This
       optimization most benefits processors with lots of registers.
*************** includes experimental options that may p
*** 8693,8754 ****
       however, it can make debugging impossible, since variables no
       longer stay in a "home register".
  
!      Enabled by default with '-funroll-loops'.
  
! '-fschedule-fusion'
       Performs a target dependent pass over the instruction stream to
       schedule instructions of same type together because target machine
       can execute them more efficiently if they are adjacent to each
       other in the instruction flow.
  
!      Enabled at levels '-O2', '-O3', '-Os'.
  
! '-ftracer'
       Perform tail duplication to enlarge superblock size.  This
!      transformation simplifies the control flow of the function allowing
!      other optimizations to do a better job.
  
!      Enabled with '-fprofile-use'.
  
! '-funroll-loops'
       Unroll loops whose number of iterations can be determined at
!      compile time or upon entry to the loop.  '-funroll-loops' implies
!      '-frerun-cse-after-loop', '-fweb' and '-frename-registers'.  It
!      also turns on complete loop peeling (i.e. complete removal of loops
!      with a small constant number of iterations).  This option makes
!      code larger, and may or may not make it run faster.
  
!      Enabled with '-fprofile-use'.
  
! '-funroll-all-loops'
       Unroll all loops, even if their number of iterations is uncertain
       when the loop is entered.  This usually makes programs run more
!      slowly.  '-funroll-all-loops' implies the same options as
!      '-funroll-loops'.
  
! '-fpeel-loops'
       Peels loops for which there is enough information that they do not
       roll much (from profile feedback or static analysis).  It also
!      turns on complete loop peeling (i.e. complete removal of loops with
!      small constant number of iterations).
  
!      Enabled with '-O3' and/or '-fprofile-use'.
  
! '-fmove-loop-invariants'
       Enables the loop invariant motion pass in the RTL loop optimizer.
!      Enabled at level '-O1'
  
! '-fsplit-loops'
       Split a loop into two if it contains a condition that's always true
       for one side of the iteration space and false for the other.
  
! '-funswitch-loops'
       Move branches with loop invariant conditions out of the loop, with
       duplicates of the loop on both branches (modified according to
       result of the condition).
  
! '-ffunction-sections'
! '-fdata-sections'
       Place each function or data item into its own section in the output
       file if the target supports arbitrary sections.  The name of the
       function or the name of the data item determines the section's name
--- 8747,8808 ----
       however, it can make debugging impossible, since variables no
       longer stay in a "home register".
  
!      Enabled by default with `-funroll-loops'.
  
! `-fschedule-fusion'
       Performs a target dependent pass over the instruction stream to
       schedule instructions of same type together because target machine
       can execute them more efficiently if they are adjacent to each
       other in the instruction flow.
  
!      Enabled at levels `-O2', `-O3', `-Os'.
  
! `-ftracer'
       Perform tail duplication to enlarge superblock size.  This
!      transformation simplifies the control flow of the function
!      allowing other optimizations to do a better job.
  
!      Enabled with `-fprofile-use'.
  
! `-funroll-loops'
       Unroll loops whose number of iterations can be determined at
!      compile time or upon entry to the loop.  `-funroll-loops' implies
!      `-frerun-cse-after-loop', `-fweb' and `-frename-registers'.  It
!      also turns on complete loop peeling (i.e. complete removal of
!      loops with a small constant number of iterations).  This option
!      makes code larger, and may or may not make it run faster.
  
!      Enabled with `-fprofile-use'.
  
! `-funroll-all-loops'
       Unroll all loops, even if their number of iterations is uncertain
       when the loop is entered.  This usually makes programs run more
!      slowly.  `-funroll-all-loops' implies the same options as
!      `-funroll-loops'.
  
! `-fpeel-loops'
       Peels loops for which there is enough information that they do not
       roll much (from profile feedback or static analysis).  It also
!      turns on complete loop peeling (i.e. complete removal of loops
!      with small constant number of iterations).
  
!      Enabled with `-O3' and/or `-fprofile-use'.
  
! `-fmove-loop-invariants'
       Enables the loop invariant motion pass in the RTL loop optimizer.
!      Enabled at level `-O1'
  
! `-fsplit-loops'
       Split a loop into two if it contains a condition that's always true
       for one side of the iteration space and false for the other.
  
! `-funswitch-loops'
       Move branches with loop invariant conditions out of the loop, with
       duplicates of the loop on both branches (modified according to
       result of the condition).
  
! `-ffunction-sections'
! `-fdata-sections'
       Place each function or data item into its own section in the output
       file if the target supports arbitrary sections.  The name of the
       function or the name of the data item determines the section's name
*************** includes experimental options that may p
*** 8762,8804 ****
  
       Only use these options when there are significant benefits from
       doing so.  When you specify these options, the assembler and linker
!      create larger object and executable files and are also slower.  You
!      cannot use 'gprof' on all systems if you specify this option, and
!      you may have problems with debugging if you specify both this
!      option and '-g'.
  
! '-fbranch-target-load-optimize'
       Perform branch target register load optimization before prologue /
       epilogue threading.  The use of target registers can typically be
       exposed only during reload, thus hoisting loads out of loops and
       doing inter-block scheduling needs a separate optimization pass.
  
! '-fbranch-target-load-optimize2'
       Perform branch target register load optimization after prologue /
       epilogue threading.
  
! '-fbtr-bb-exclusive'
       When performing branch target register load optimization, don't
       reuse branch target registers within any basic block.
  
! '-fstdarg-opt'
       Optimize the prologue of variadic argument functions with respect
       to usage of those arguments.
  
! '-fsection-anchors'
       Try to reduce the number of symbolic address calculations by using
       shared "anchor" symbols to address nearby objects.  This
!      transformation can help to reduce the number of GOT entries and GOT
!      accesses on some targets.
  
!      For example, the implementation of the following function 'foo':
  
            static int a, b, c;
            int foo (void) { return a + b + c; }
  
       usually calculates the addresses of all three variables, but if you
!      compile it with '-fsection-anchors', it accesses the variables from
!      a common anchor point instead.  The effect is similar to the
       following pseudocode (which isn't valid C):
  
            int foo (void)
--- 8816,8858 ----
  
       Only use these options when there are significant benefits from
       doing so.  When you specify these options, the assembler and linker
!      create larger object and executable files and are also slower.
!      You cannot use `gprof' on all systems if you specify this option,
!      and you may have problems with debugging if you specify both this
!      option and `-g'.
  
! `-fbranch-target-load-optimize'
       Perform branch target register load optimization before prologue /
       epilogue threading.  The use of target registers can typically be
       exposed only during reload, thus hoisting loads out of loops and
       doing inter-block scheduling needs a separate optimization pass.
  
! `-fbranch-target-load-optimize2'
       Perform branch target register load optimization after prologue /
       epilogue threading.
  
! `-fbtr-bb-exclusive'
       When performing branch target register load optimization, don't
       reuse branch target registers within any basic block.
  
! `-fstdarg-opt'
       Optimize the prologue of variadic argument functions with respect
       to usage of those arguments.
  
! `-fsection-anchors'
       Try to reduce the number of symbolic address calculations by using
       shared "anchor" symbols to address nearby objects.  This
!      transformation can help to reduce the number of GOT entries and
!      GOT accesses on some targets.
  
!      For example, the implementation of the following function `foo':
  
            static int a, b, c;
            int foo (void) { return a + b + c; }
  
       usually calculates the addresses of all three variables, but if you
!      compile it with `-fsection-anchors', it accesses the variables
!      from a common anchor point instead.  The effect is similar to the
       following pseudocode (which isn't valid C):
  
            int foo (void)
*************** includes experimental options that may p
*** 8809,8820 ****
  
       Not all targets support this option.
  
! '--param NAME=VALUE'
       In some places, GCC uses various constants to control the amount of
       optimization that is done.  For example, GCC does not inline
       functions that contain more than a certain number of instructions.
       You can control some of these constants on the command line using
!      the '--param' option.
  
       The names of specific parameters, and the meaning of the values,
       are tied to the internals of the compiler, and are subject to
--- 8863,8874 ----
  
       Not all targets support this option.
  
! `--param NAME=VALUE'
       In some places, GCC uses various constants to control the amount of
       optimization that is done.  For example, GCC does not inline
       functions that contain more than a certain number of instructions.
       You can control some of these constants on the command line using
!      the `--param' option.
  
       The names of specific parameters, and the meaning of the values,
       are tied to the internals of the compiler, and are subject to
*************** includes experimental options that may p
*** 8823,8834 ****
       In each case, the VALUE is an integer.  The allowable choices for
       NAME are:
  
!      'predictable-branch-outcome'
            When branch is predicted to be taken with probability lower
            than this threshold (in percent), then it is considered well
!           predictable.  The default is 10.
  
!      'max-rtl-if-conversion-insns'
            RTL if-conversion tries to remove conditional branches around
            a block and replace them with conditionally executed
            instructions.  This parameter gives the maximum number of
--- 8877,8888 ----
       In each case, the VALUE is an integer.  The allowable choices for
       NAME are:
  
!     `predictable-branch-outcome'
            When branch is predicted to be taken with probability lower
            than this threshold (in percent), then it is considered well
!           predictable. The default is 10.
  
!     `max-rtl-if-conversion-insns'
            RTL if-conversion tries to remove conditional branches around
            a block and replace them with conditionally executed
            instructions.  This parameter gives the maximum number of
*************** includes experimental options that may p
*** 8837,8875 ****
            also use other heuristics to decide whether if-conversion is
            likely to be profitable.
  
!      'max-rtl-if-conversion-predictable-cost'
!      'max-rtl-if-conversion-unpredictable-cost'
            RTL if-conversion will try to remove conditional branches
            around a block and replace them with conditionally executed
            instructions.  These parameters give the maximum permissible
!           cost for the sequence that would be generated by if-conversion
!           depending on whether the branch is statically determined to be
!           predictable or not.  The units for this parameter are the same
!           as those for the GCC internal seq_cost metric.  The compiler
!           will try to provide a reasonable default for this parameter
!           using the BRANCH_COST target macro.
  
!      'max-crossjump-edges'
            The maximum number of incoming edges to consider for
!           cross-jumping.  The algorithm used by '-fcrossjumping' is
            O(N^2) in the number of edges incoming to each block.
            Increasing values mean more aggressive optimization, making
            the compilation time increase with probably small improvement
            in executable size.
  
!      'min-crossjump-insns'
!           The minimum number of instructions that must be matched at the
!           end of two blocks before cross-jumping is performed on them.
!           This value is ignored in the case where all instructions in
!           the block being cross-jumped from are matched.  The default
!           value is 5.
  
!      'max-grow-copy-bb-insns'
            The maximum code size expansion factor when copying basic
            blocks instead of jumping.  The expansion is relative to a
            jump instruction.  The default value is 8.
  
!      'max-goto-duplication-insns'
            The maximum number of instructions to duplicate to a block
            that jumps to a computed goto.  To avoid O(N^2) behavior in a
            number of passes, GCC factors computed gotos early in the
--- 8891,8930 ----
            also use other heuristics to decide whether if-conversion is
            likely to be profitable.
  
!     `max-rtl-if-conversion-predictable-cost'
! 
!     `max-rtl-if-conversion-unpredictable-cost'
            RTL if-conversion will try to remove conditional branches
            around a block and replace them with conditionally executed
            instructions.  These parameters give the maximum permissible
!           cost for the sequence that would be generated by
!           if-conversion depending on whether the branch is statically
!           determined to be predictable or not.  The units for this
!           parameter are the same as those for the GCC internal seq_cost
!           metric.  The compiler will try to provide a reasonable
!           default for this parameter using the BRANCH_COST target macro.
  
!     `max-crossjump-edges'
            The maximum number of incoming edges to consider for
!           cross-jumping.  The algorithm used by `-fcrossjumping' is
            O(N^2) in the number of edges incoming to each block.
            Increasing values mean more aggressive optimization, making
            the compilation time increase with probably small improvement
            in executable size.
  
!     `min-crossjump-insns'
!           The minimum number of instructions that must be matched at
!           the end of two blocks before cross-jumping is performed on
!           them.  This value is ignored in the case where all
!           instructions in the block being cross-jumped from are
!           matched.  The default value is 5.
  
!     `max-grow-copy-bb-insns'
            The maximum code size expansion factor when copying basic
            blocks instead of jumping.  The expansion is relative to a
            jump instruction.  The default value is 8.
  
!     `max-goto-duplication-insns'
            The maximum number of instructions to duplicate to a block
            that jumps to a computed goto.  To avoid O(N^2) behavior in a
            number of passes, GCC factors computed gotos early in the
*************** includes experimental options that may p
*** 8878,8884 ****
            than max-goto-duplication-insns are unfactored.  The default
            value is 8.
  
!      'max-delay-slot-insn-search'
            The maximum number of instructions to consider when looking
            for an instruction to fill a delay slot.  If more than this
            arbitrary number of instructions are searched, the time
--- 8933,8939 ----
            than max-goto-duplication-insns are unfactored.  The default
            value is 8.
  
!     `max-delay-slot-insn-search'
            The maximum number of instructions to consider when looking
            for an instruction to fill a delay slot.  If more than this
            arbitrary number of instructions are searched, the time
*************** includes experimental options that may p
*** 8887,9073 ****
            optimization, making the compilation time increase with
            probably small improvement in execution time.
  
!      'max-delay-slot-live-search'
            When trying to fill delay slots, the maximum number of
!           instructions to consider when searching for a block with valid
!           live register information.  Increasing this arbitrarily chosen
!           value means more aggressive optimization, increasing the
!           compilation time.  This parameter should be removed when the
!           delay slot code is rewritten to maintain the control-flow
            graph.
  
!      'max-gcse-memory'
!           The approximate maximum amount of memory that can be allocated
!           in order to perform the global common subexpression
            elimination optimization.  If more memory than specified is
            required, the optimization is not done.
  
!      'max-gcse-insertion-ratio'
            If the ratio of expression insertions to deletions is larger
            than this value for any expression, then RTL PRE inserts or
            removes the expression and thus leaves partially redundant
            computations in the instruction stream.  The default value is
            20.
  
!      'max-pending-list-length'
            The maximum number of pending dependencies scheduling allows
            before flushing the current state and starting over.  Large
            functions with few branches or calls can create excessively
            large lists which needlessly consume memory and resources.
  
!      'max-modulo-backtrack-attempts'
            The maximum number of backtrack attempts the scheduler should
            make when modulo scheduling a loop.  Larger values can
            exponentially increase compilation time.
  
!      'max-inline-insns-single'
!           Several parameters control the tree inliner used in GCC.  This
!           number sets the maximum number of instructions (counted in
!           GCC's internal representation) in a single function that the
!           tree inliner considers for inlining.  This only affects
            functions declared inline and methods implemented in a class
            declaration (C++).  The default value is 400.
  
!      'max-inline-insns-auto'
!           When you use '-finline-functions' (included in '-O3'), a lot
            of functions that would otherwise not be considered for
            inlining by the compiler are investigated.  To those
            functions, a different (more restrictive) limit compared to
            functions declared inline can be applied.  The default value
            is 40.
  
!      'inline-min-speedup'
            When estimated performance improvement of caller + callee
            runtime exceeds this threshold (in percent), the function can
!           be inlined regardless of the limit on '--param
!           max-inline-insns-single' and '--param max-inline-insns-auto'.
  
!      'large-function-insns'
            The limit specifying really large functions.  For functions
!           larger than this limit after inlining, inlining is constrained
!           by '--param large-function-growth'.  This parameter is useful
!           primarily to avoid extreme compilation time caused by
!           non-linear algorithms used by the back end.  The default value
!           is 2700.
  
!      'large-function-growth'
            Specifies maximal growth of large function caused by inlining
            in percents.  The default value is 100 which limits large
            function growth to 2.0 times the original size.
  
!      'large-unit-insns'
!           The limit specifying large translation unit.  Growth caused by
!           inlining of units larger than this limit is limited by
!           '--param inline-unit-growth'.  For small units this might be
            too tight.  For example, consider a unit consisting of
!           function A that is inline and B that just calls A three times.
!           If B is small relative to A, the growth of unit is 300\% and
!           yet such inlining is very sane.  For very large units
!           consisting of small inlineable functions, however, the overall
!           unit growth limit is needed to avoid exponential explosion of
!           code size.  Thus for smaller units, the size is increased to
!           '--param large-unit-insns' before applying '--param
!           inline-unit-growth'.  The default is 10000.
  
!      'inline-unit-growth'
            Specifies maximal overall growth of the compilation unit
!           caused by inlining.  The default value is 20 which limits unit
!           growth to 1.2 times the original size.  Cold functions (either
!           marked cold via an attribute or by profile feedback) are not
!           accounted into the unit size.
  
!      'ipcp-unit-growth'
            Specifies maximal overall growth of the compilation unit
            caused by interprocedural constant propagation.  The default
!           value is 10 which limits unit growth to 1.1 times the original
!           size.
  
!      'large-stack-frame'
            The limit specifying large stack frames.  While inlining the
!           algorithm is trying to not grow past this limit too much.  The
!           default value is 256 bytes.
  
!      'large-stack-frame-growth'
            Specifies maximal growth of large stack frames caused by
            inlining in percents.  The default value is 1000 which limits
            large stack frame growth to 11 times the original size.
  
!      'max-inline-insns-recursive'
!      'max-inline-insns-recursive-auto'
            Specifies the maximum number of instructions an out-of-line
            copy of a self-recursive inline function can grow into by
            performing recursive inlining.
  
!           '--param max-inline-insns-recursive' applies to functions
!           declared inline.  For functions not declared inline, recursive
!           inlining happens only when '-finline-functions' (included in
!           '-O3') is enabled; '--param max-inline-insns-recursive-auto'
!           applies instead.  The default value is 450.
  
!      'max-inline-recursive-depth'
!      'max-inline-recursive-depth-auto'
            Specifies the maximum recursion depth used for recursive
            inlining.
  
!           '--param max-inline-recursive-depth' applies to functions
!           declared inline.  For functions not declared inline, recursive
!           inlining happens only when '-finline-functions' (included in
!           '-O3') is enabled; '--param max-inline-recursive-depth-auto'
!           applies instead.  The default value is 8.
  
!      'min-inline-recursive-probability'
!           Recursive inlining is profitable only for function having deep
!           recursion in average and can hurt for function having little
!           recursion depth by increasing the prologue size or complexity
!           of function body to other optimizers.
  
!           When profile feedback is available (see '-fprofile-generate')
!           the actual recursion depth can be guessed from the probability
!           that function recurses via a given call expression.  This
!           parameter limits inlining only to call expressions whose
!           probability exceeds the given threshold (in percents).  The
!           default value is 10.
  
!      'early-inlining-insns'
            Specify growth that the early inliner can make.  In effect it
            increases the amount of inlining for code having a large
            abstraction penalty.  The default value is 14.
  
!      'max-early-inliner-iterations'
            Limit of iterations of the early inliner.  This basically
            bounds the number of nested indirect calls the early inliner
            can resolve.  Deeper chains are still handled by late
            inlining.
  
!      'comdat-sharing-probability'
            Probability (in percent) that C++ inline function with comdat
            visibility are shared across multiple compilation units.  The
            default value is 20.
  
!      'profile-func-internal-id'
            A parameter to control whether to use function internal id in
!           profile database lookup.  If the value is 0, the compiler uses
            an id that is based on function assembler name and filename,
            which makes old profile data more tolerant to source changes
            such as function reordering etc.  The default value is 0.
  
!      'min-vect-loop-bound'
            The minimum number of iterations under which loops are not
!           vectorized when '-ftree-vectorize' is used.  The number of
            iterations after vectorization needs to be greater than the
            value specified by this option to allow vectorization.  The
            default value is 0.
  
!      'gcse-cost-distance-ratio'
            Scaling factor in calculation of maximum distance an
            expression can be moved by GCSE optimizations.  This is
            currently supported only in the code hoisting pass.  The
            bigger the ratio, the more aggressive code hoisting is with
            simple expressions, i.e., the expressions that have cost less
!           than 'gcse-unrestricted-cost'.  Specifying 0 disables hoisting
!           of simple expressions.  The default value is 10.
  
!      'gcse-unrestricted-cost'
            Cost, roughly measured as the cost of a single typical machine
            instruction, at which GCSE optimizations do not constrain the
            distance an expression can travel.  This is currently
--- 8942,9130 ----
            optimization, making the compilation time increase with
            probably small improvement in execution time.
  
!     `max-delay-slot-live-search'
            When trying to fill delay slots, the maximum number of
!           instructions to consider when searching for a block with
!           valid live register information.  Increasing this arbitrarily
!           chosen value means more aggressive optimization, increasing
!           the compilation time.  This parameter should be removed when
!           the delay slot code is rewritten to maintain the control-flow
            graph.
  
!     `max-gcse-memory'
!           The approximate maximum amount of memory that can be
!           allocated in order to perform the global common subexpression
            elimination optimization.  If more memory than specified is
            required, the optimization is not done.
  
!     `max-gcse-insertion-ratio'
            If the ratio of expression insertions to deletions is larger
            than this value for any expression, then RTL PRE inserts or
            removes the expression and thus leaves partially redundant
            computations in the instruction stream.  The default value is
            20.
  
!     `max-pending-list-length'
            The maximum number of pending dependencies scheduling allows
            before flushing the current state and starting over.  Large
            functions with few branches or calls can create excessively
            large lists which needlessly consume memory and resources.
  
!     `max-modulo-backtrack-attempts'
            The maximum number of backtrack attempts the scheduler should
            make when modulo scheduling a loop.  Larger values can
            exponentially increase compilation time.
  
!     `max-inline-insns-single'
!           Several parameters control the tree inliner used in GCC.
!           This number sets the maximum number of instructions (counted
!           in GCC's internal representation) in a single function that
!           the tree inliner considers for inlining.  This only affects
            functions declared inline and methods implemented in a class
            declaration (C++).  The default value is 400.
  
!     `max-inline-insns-auto'
!           When you use `-finline-functions' (included in `-O3'), a lot
            of functions that would otherwise not be considered for
            inlining by the compiler are investigated.  To those
            functions, a different (more restrictive) limit compared to
            functions declared inline can be applied.  The default value
            is 40.
  
!     `inline-min-speedup'
            When estimated performance improvement of caller + callee
            runtime exceeds this threshold (in percent), the function can
!           be inlined regardless of the limit on `--param
!           max-inline-insns-single' and `--param max-inline-insns-auto'.
  
!     `large-function-insns'
            The limit specifying really large functions.  For functions
!           larger than this limit after inlining, inlining is
!           constrained by `--param large-function-growth'.  This
!           parameter is useful primarily to avoid extreme compilation
!           time caused by non-linear algorithms used by the back end.
!           The default value is 2700.
  
!     `large-function-growth'
            Specifies maximal growth of large function caused by inlining
            in percents.  The default value is 100 which limits large
            function growth to 2.0 times the original size.
  
!     `large-unit-insns'
!           The limit specifying large translation unit.  Growth caused
!           by inlining of units larger than this limit is limited by
!           `--param inline-unit-growth'.  For small units this might be
            too tight.  For example, consider a unit consisting of
!           function A that is inline and B that just calls A three
!           times.  If B is small relative to A, the growth of unit is
!           300\% and yet such inlining is very sane.  For very large
!           units consisting of small inlineable functions, however, the
!           overall unit growth limit is needed to avoid exponential
!           explosion of code size.  Thus for smaller units, the size is
!           increased to `--param large-unit-insns' before applying
!           `--param inline-unit-growth'.  The default is 10000.
  
!     `inline-unit-growth'
            Specifies maximal overall growth of the compilation unit
!           caused by inlining.  The default value is 20 which limits
!           unit growth to 1.2 times the original size. Cold functions
!           (either marked cold via an attribute or by profile feedback)
!           are not accounted into the unit size.
  
!     `ipcp-unit-growth'
            Specifies maximal overall growth of the compilation unit
            caused by interprocedural constant propagation.  The default
!           value is 10 which limits unit growth to 1.1 times the
!           original size.
  
!     `large-stack-frame'
            The limit specifying large stack frames.  While inlining the
!           algorithm is trying to not grow past this limit too much.
!           The default value is 256 bytes.
  
!     `large-stack-frame-growth'
            Specifies maximal growth of large stack frames caused by
            inlining in percents.  The default value is 1000 which limits
            large stack frame growth to 11 times the original size.
  
!     `max-inline-insns-recursive'
!     `max-inline-insns-recursive-auto'
            Specifies the maximum number of instructions an out-of-line
            copy of a self-recursive inline function can grow into by
            performing recursive inlining.
  
!           `--param max-inline-insns-recursive' applies to functions
!           declared inline.  For functions not declared inline,
!           recursive inlining happens only when `-finline-functions'
!           (included in `-O3') is enabled; `--param
!           max-inline-insns-recursive-auto' applies instead.  The
!           default value is 450.
  
!     `max-inline-recursive-depth'
!     `max-inline-recursive-depth-auto'
            Specifies the maximum recursion depth used for recursive
            inlining.
  
!           `--param max-inline-recursive-depth' applies to functions
!           declared inline.  For functions not declared inline,
!           recursive inlining happens only when `-finline-functions'
!           (included in `-O3') is enabled; `--param
!           max-inline-recursive-depth-auto' applies instead.  The
!           default value is 8.
  
!     `min-inline-recursive-probability'
!           Recursive inlining is profitable only for function having
!           deep recursion in average and can hurt for function having
!           little recursion depth by increasing the prologue size or
!           complexity of function body to other optimizers.
  
!           When profile feedback is available (see `-fprofile-generate')
!           the actual recursion depth can be guessed from the
!           probability that function recurses via a given call
!           expression.  This parameter limits inlining only to call
!           expressions whose probability exceeds the given threshold (in
!           percents).  The default value is 10.
  
!     `early-inlining-insns'
            Specify growth that the early inliner can make.  In effect it
            increases the amount of inlining for code having a large
            abstraction penalty.  The default value is 14.
  
!     `max-early-inliner-iterations'
            Limit of iterations of the early inliner.  This basically
            bounds the number of nested indirect calls the early inliner
            can resolve.  Deeper chains are still handled by late
            inlining.
  
!     `comdat-sharing-probability'
            Probability (in percent) that C++ inline function with comdat
            visibility are shared across multiple compilation units.  The
            default value is 20.
  
!     `profile-func-internal-id'
            A parameter to control whether to use function internal id in
!           profile database lookup. If the value is 0, the compiler uses
            an id that is based on function assembler name and filename,
            which makes old profile data more tolerant to source changes
            such as function reordering etc.  The default value is 0.
  
!     `min-vect-loop-bound'
            The minimum number of iterations under which loops are not
!           vectorized when `-ftree-vectorize' is used.  The number of
            iterations after vectorization needs to be greater than the
            value specified by this option to allow vectorization.  The
            default value is 0.
  
!     `gcse-cost-distance-ratio'
            Scaling factor in calculation of maximum distance an
            expression can be moved by GCSE optimizations.  This is
            currently supported only in the code hoisting pass.  The
            bigger the ratio, the more aggressive code hoisting is with
            simple expressions, i.e., the expressions that have cost less
!           than `gcse-unrestricted-cost'.  Specifying 0 disables
!           hoisting of simple expressions.  The default value is 10.
  
!     `gcse-unrestricted-cost'
            Cost, roughly measured as the cost of a single typical machine
            instruction, at which GCSE optimizations do not constrain the
            distance an expression can travel.  This is currently
*************** includes experimental options that may p
*** 9076,9222 ****
            allows all expressions to travel unrestricted distances.  The
            default value is 3.
  
!      'max-hoist-depth'
            The depth of search in the dominator tree for expressions to
            hoist.  This is used to avoid quadratic behavior in hoisting
            algorithm.  The value of 0 does not limit on the search, but
            may slow down compilation of huge functions.  The default
            value is 30.
  
!      'max-tail-merge-comparisons'
            The maximum amount of similar bbs to compare a bb with.  This
!           is used to avoid quadratic behavior in tree tail merging.  The
!           default value is 10.
  
!      'max-tail-merge-iterations'
            The maximum amount of iterations of the pass over the
!           function.  This is used to limit compilation time in tree tail
!           merging.  The default value is 2.
  
!      'store-merging-allow-unaligned'
            Allow the store merging pass to introduce unaligned stores if
            it is legal to do so.  The default value is 1.
  
!      'max-stores-to-merge'
            The maximum number of stores to attempt to merge into wider
            stores in the store merging pass.  The minimum value is 2 and
            the default is 64.
  
!      'max-unrolled-insns'
            The maximum number of instructions that a loop may have to be
            unrolled.  If a loop is unrolled, this parameter also
            determines how many times the loop code is unrolled.
  
!      'max-average-unrolled-insns'
            The maximum number of instructions biased by probabilities of
            their execution that a loop may have to be unrolled.  If a
            loop is unrolled, this parameter also determines how many
            times the loop code is unrolled.
  
!      'max-unroll-times'
            The maximum number of unrollings of a single loop.
  
!      'max-peeled-insns'
            The maximum number of instructions that a loop may have to be
            peeled.  If a loop is peeled, this parameter also determines
            how many times the loop code is peeled.
  
!      'max-peel-times'
            The maximum number of peelings of a single loop.
  
!      'max-peel-branches'
            The maximum number of branches on the hot path through the
            peeled sequence.
  
!      'max-completely-peeled-insns'
            The maximum number of insns of a completely peeled loop.
  
!      'max-completely-peel-times'
            The maximum number of iterations of a loop to be suitable for
            complete peeling.
  
!      'max-completely-peel-loop-nest-depth'
            The maximum depth of a loop nest suitable for complete
            peeling.
  
!      'max-unswitch-insns'
            The maximum number of insns of an unswitched loop.
  
!      'max-unswitch-level'
            The maximum number of branches unswitched in a single loop.
  
!      'max-loop-headers-insns'
!           The maximum number of insns in loop header duplicated by he
            copy loop headers pass.
  
!      'lim-expensive'
            The minimum cost of an expensive expression in the loop
            invariant motion.
  
!      'iv-consider-all-candidates-bound'
            Bound on number of candidates for induction variables, below
            which all candidates are considered for each use in induction
            variable optimizations.  If there are more candidates than
            this, only the most relevant ones are considered to avoid
            quadratic time complexity.
  
!      'iv-max-considered-uses'
            The induction variable optimizations give up on loops that
            contain more induction variable uses.
  
!      'iv-always-prune-cand-set-bound'
            If the number of candidates in the set is smaller than this
            value, always try to remove unnecessary ivs from the set when
            adding a new one.
  
!      'avg-loop-niter'
            Average number of iterations of a loop.
  
!      'dse-max-object-size'
            Maximum size (in bytes) of objects tracked bytewise by dead
            store elimination.  Larger values may result in larger
            compilation times.
  
!      'scev-max-expr-size'
            Bound on size of expressions used in the scalar evolutions
            analyzer.  Large expressions slow the analyzer.
  
!      'scev-max-expr-complexity'
            Bound on the complexity of the expressions in the scalar
            evolutions analyzer.  Complex expressions slow the analyzer.
  
!      'max-tree-if-conversion-phi-args'
            Maximum number of arguments in a PHI supported by TREE if
            conversion unless the loop is marked with simd pragma.
  
!      'vect-max-version-for-alignment-checks'
            The maximum number of run-time checks that can be performed
            when doing loop versioning for alignment in the vectorizer.
  
!      'vect-max-version-for-alias-checks'
            The maximum number of run-time checks that can be performed
            when doing loop versioning for alias in the vectorizer.
  
!      'vect-max-peeling-for-alignment'
            The maximum number of loop peels to enhance access alignment
!           for vectorizer.  Value -1 means no limit.
  
!      'max-iterations-to-track'
            The maximum number of iterations of a loop the brute-force
!           algorithm for analysis of the number of iterations of the loop
!           tries to evaluate.
  
!      'hot-bb-count-ws-permille'
            A basic block profile count is considered hot if it
!           contributes to the given permillage (i.e.  0...1000) of the
            entire profiled execution.
  
!      'hot-bb-frequency-fraction'
            Select fraction of the entry block frequency of executions of
            basic block in function given basic block needs to have to be
            considered hot.
  
!      'max-predicted-iterations'
            The maximum number of loop iterations we predict statically.
            This is useful in cases where a function contains a single
            loop with known bound and another loop with unknown bound.
--- 9133,9279 ----
            allows all expressions to travel unrestricted distances.  The
            default value is 3.
  
!     `max-hoist-depth'
            The depth of search in the dominator tree for expressions to
            hoist.  This is used to avoid quadratic behavior in hoisting
            algorithm.  The value of 0 does not limit on the search, but
            may slow down compilation of huge functions.  The default
            value is 30.
  
!     `max-tail-merge-comparisons'
            The maximum amount of similar bbs to compare a bb with.  This
!           is used to avoid quadratic behavior in tree tail merging.
!           The default value is 10.
  
!     `max-tail-merge-iterations'
            The maximum amount of iterations of the pass over the
!           function.  This is used to limit compilation time in tree
!           tail merging.  The default value is 2.
  
!     `store-merging-allow-unaligned'
            Allow the store merging pass to introduce unaligned stores if
            it is legal to do so.  The default value is 1.
  
!     `max-stores-to-merge'
            The maximum number of stores to attempt to merge into wider
            stores in the store merging pass.  The minimum value is 2 and
            the default is 64.
  
!     `max-unrolled-insns'
            The maximum number of instructions that a loop may have to be
            unrolled.  If a loop is unrolled, this parameter also
            determines how many times the loop code is unrolled.
  
!     `max-average-unrolled-insns'
            The maximum number of instructions biased by probabilities of
            their execution that a loop may have to be unrolled.  If a
            loop is unrolled, this parameter also determines how many
            times the loop code is unrolled.
  
!     `max-unroll-times'
            The maximum number of unrollings of a single loop.
  
!     `max-peeled-insns'
            The maximum number of instructions that a loop may have to be
            peeled.  If a loop is peeled, this parameter also determines
            how many times the loop code is peeled.
  
!     `max-peel-times'
            The maximum number of peelings of a single loop.
  
!     `max-peel-branches'
            The maximum number of branches on the hot path through the
            peeled sequence.
  
!     `max-completely-peeled-insns'
            The maximum number of insns of a completely peeled loop.
  
!     `max-completely-peel-times'
            The maximum number of iterations of a loop to be suitable for
            complete peeling.
  
!     `max-completely-peel-loop-nest-depth'
            The maximum depth of a loop nest suitable for complete
            peeling.
  
!     `max-unswitch-insns'
            The maximum number of insns of an unswitched loop.
  
!     `max-unswitch-level'
            The maximum number of branches unswitched in a single loop.
  
!     `max-loop-headers-insns'
!           The maximum number of insns in loop header duplicated by the
            copy loop headers pass.
  
!     `lim-expensive'
            The minimum cost of an expensive expression in the loop
            invariant motion.
  
!     `iv-consider-all-candidates-bound'
            Bound on number of candidates for induction variables, below
            which all candidates are considered for each use in induction
            variable optimizations.  If there are more candidates than
            this, only the most relevant ones are considered to avoid
            quadratic time complexity.
  
!     `iv-max-considered-uses'
            The induction variable optimizations give up on loops that
            contain more induction variable uses.
  
!     `iv-always-prune-cand-set-bound'
            If the number of candidates in the set is smaller than this
            value, always try to remove unnecessary ivs from the set when
            adding a new one.
  
!     `avg-loop-niter'
            Average number of iterations of a loop.
  
!     `dse-max-object-size'
            Maximum size (in bytes) of objects tracked bytewise by dead
            store elimination.  Larger values may result in larger
            compilation times.
  
!     `scev-max-expr-size'
            Bound on size of expressions used in the scalar evolutions
            analyzer.  Large expressions slow the analyzer.
  
!     `scev-max-expr-complexity'
            Bound on the complexity of the expressions in the scalar
            evolutions analyzer.  Complex expressions slow the analyzer.
  
!     `max-tree-if-conversion-phi-args'
            Maximum number of arguments in a PHI supported by TREE if
            conversion unless the loop is marked with simd pragma.
  
!     `vect-max-version-for-alignment-checks'
            The maximum number of run-time checks that can be performed
            when doing loop versioning for alignment in the vectorizer.
  
!     `vect-max-version-for-alias-checks'
            The maximum number of run-time checks that can be performed
            when doing loop versioning for alias in the vectorizer.
  
!     `vect-max-peeling-for-alignment'
            The maximum number of loop peels to enhance access alignment
!           for vectorizer. Value -1 means no limit.
  
!     `max-iterations-to-track'
            The maximum number of iterations of a loop the brute-force
!           algorithm for analysis of the number of iterations of the
!           loop tries to evaluate.
  
!     `hot-bb-count-ws-permille'
            A basic block profile count is considered hot if it
!           contributes to the given permillage (i.e. 0...1000) of the
            entire profiled execution.
  
!     `hot-bb-frequency-fraction'
            Select fraction of the entry block frequency of executions of
            basic block in function given basic block needs to have to be
            considered hot.
  
!     `max-predicted-iterations'
            The maximum number of loop iterations we predict statically.
            This is useful in cases where a function contains a single
            loop with known bound and another loop with unknown bound.
*************** includes experimental options that may p
*** 9225,9293 ****
            means that the loop without bounds appears artificially cold
            relative to the other one.
  
!      'builtin-expect-probability'
!           Control the probability of the expression having the specified
!           value.  This parameter takes a percentage (i.e.  0 ...  100)
!           as input.  The default probability of 90 is obtained
            empirically.
  
!      'align-threshold'
! 
            Select fraction of the maximal frequency of executions of a
            basic block in a function to align the basic block.
  
!      'align-loop-iterations'
! 
            A loop expected to iterate at least the selected number of
            iterations is aligned.
  
!      'tracer-dynamic-coverage'
!      'tracer-dynamic-coverage-feedback'
! 
            This value is used to limit superblock formation once the
            given percentage of executed instructions is covered.  This
            limits unnecessary code size expansion.
  
!           The 'tracer-dynamic-coverage-feedback' parameter is used only
            when profile feedback is available.  The real profiles (as
            opposed to statically estimated ones) are much less balanced
            allowing the threshold to be larger value.
  
!      'tracer-max-code-growth'
            Stop tail duplication once code growth has reached given
!           percentage.  This is a rather artificial limit, as most of the
!           duplicates are eliminated later in cross jumping, so it may be
!           set to much higher values than is the desired code growth.
! 
!      'tracer-min-branch-ratio'
  
            Stop reverse growth when the reverse probability of best edge
            is less than this threshold (in percent).
  
!      'tracer-min-branch-probability'
!      'tracer-min-branch-probability-feedback'
! 
            Stop forward growth if the best edge has probability lower
            than this threshold.
  
!           Similarly to 'tracer-dynamic-coverage' two parameters are
!           provided.  'tracer-min-branch-probability-feedback' is used
            for compilation with profile feedback and
!           'tracer-min-branch-probability' compilation without.  The
            value for compilation with profile feedback needs to be more
            conservative (higher) in order to make tracer effective.
  
!      'max-cse-path-length'
! 
            The maximum number of basic blocks on path that CSE considers.
            The default is 10.
  
!      'max-cse-insns'
            The maximum number of instructions CSE processes before
            flushing.  The default is 1000.
  
!      'ggc-min-expand'
! 
            GCC uses a garbage collector to manage its own memory
            allocation.  This parameter specifies the minimum percentage
            by which the garbage collector's heap should be allowed to
--- 9282,9344 ----
            means that the loop without bounds appears artificially cold
            relative to the other one.
  
!     `builtin-expect-probability'
!           Control the probability of the expression having the
!           specified value. This parameter takes a percentage (i.e. 0
!           ... 100) as input.  The default probability of 90 is obtained
            empirically.
  
!     `align-threshold'
            Select fraction of the maximal frequency of executions of a
            basic block in a function to align the basic block.
  
!     `align-loop-iterations'
            A loop expected to iterate at least the selected number of
            iterations is aligned.
  
!     `tracer-dynamic-coverage'
!     `tracer-dynamic-coverage-feedback'
            This value is used to limit superblock formation once the
            given percentage of executed instructions is covered.  This
            limits unnecessary code size expansion.
  
!           The `tracer-dynamic-coverage-feedback' parameter is used only
            when profile feedback is available.  The real profiles (as
            opposed to statically estimated ones) are much less balanced
            allowing the threshold to be larger value.
  
!     `tracer-max-code-growth'
            Stop tail duplication once code growth has reached given
!           percentage.  This is a rather artificial limit, as most of
!           the duplicates are eliminated later in cross jumping, so it
!           may be set to much higher values than is the desired code
!           growth.
  
+     `tracer-min-branch-ratio'
            Stop reverse growth when the reverse probability of best edge
            is less than this threshold (in percent).
  
!     `tracer-min-branch-probability'
!     `tracer-min-branch-probability-feedback'
            Stop forward growth if the best edge has probability lower
            than this threshold.
  
!           Similarly to `tracer-dynamic-coverage' two parameters are
!           provided.  `tracer-min-branch-probability-feedback' is used
            for compilation with profile feedback and
!           `tracer-min-branch-probability' compilation without.  The
            value for compilation with profile feedback needs to be more
            conservative (higher) in order to make tracer effective.
  
!     `max-cse-path-length'
            The maximum number of basic blocks on path that CSE considers.
            The default is 10.
  
!     `max-cse-insns'
            The maximum number of instructions CSE processes before
            flushing.  The default is 1000.
  
!     `ggc-min-expand'
            GCC uses a garbage collector to manage its own memory
            allocation.  This parameter specifies the minimum percentage
            by which the garbage collector's heap should be allowed to
*************** includes experimental options that may p
*** 9295,9314 ****
            compilation speed; it has no effect on code generation.
  
            The default is 30% + 70% * (RAM/1GB) with an upper bound of
!           100% when RAM >= 1GB.  If 'getrlimit' is available, the notion
!           of "RAM" is the smallest of actual RAM and 'RLIMIT_DATA' or
!           'RLIMIT_AS'.  If GCC is not able to calculate RAM on a
!           particular platform, the lower bound of 30% is used.  Setting
!           this parameter and 'ggc-min-heapsize' to zero causes a full
!           collection to occur at every opportunity.  This is extremely
!           slow, but can be useful for debugging.
! 
!      'ggc-min-heapsize'
  
            Minimum size of the garbage collector's heap before it begins
            bothering to collect garbage.  The first collection occurs
!           after the heap expands by 'ggc-min-expand'% beyond
!           'ggc-min-heapsize'.  Again, tuning this may improve
            compilation speed, and has no effect on code generation.
  
            The default is the smaller of RAM/8, RLIMIT_RSS, or a limit
--- 9346,9365 ----
            compilation speed; it has no effect on code generation.
  
            The default is 30% + 70% * (RAM/1GB) with an upper bound of
!           100% when RAM >= 1GB.  If `getrlimit' is available, the
!           notion of "RAM" is the smallest of actual RAM and
!           `RLIMIT_DATA' or `RLIMIT_AS'.  If GCC is not able to
!           calculate RAM on a particular platform, the lower bound of
!           30% is used.  Setting this parameter and `ggc-min-heapsize'
!           to zero causes a full collection to occur at every
!           opportunity.  This is extremely slow, but can be useful for
!           debugging.
  
+     `ggc-min-heapsize'
            Minimum size of the garbage collector's heap before it begins
            bothering to collect garbage.  The first collection occurs
!           after the heap expands by `ggc-min-expand'% beyond
!           `ggc-min-heapsize'.  Again, tuning this may improve
            compilation speed, and has no effect on code generation.
  
            The default is the smaller of RAM/8, RLIMIT_RSS, or a limit
*************** includes experimental options that may p
*** 9318,9471 ****
            to calculate RAM on a particular platform, the lower bound is
            used.  Setting this parameter very large effectively disables
            garbage collection.  Setting this parameter and
!           'ggc-min-expand' to zero causes a full collection to occur at
            every opportunity.
  
!      'max-reload-search-insns'
            The maximum number of instruction reload should look backward
            for equivalent register.  Increasing values mean more
            aggressive optimization, making the compilation time increase
            with probably slightly better performance.  The default value
            is 100.
  
!      'max-cselib-memory-locations'
!           The maximum number of memory locations cselib should take into
!           account.  Increasing values mean more aggressive optimization,
!           making the compilation time increase with probably slightly
!           better performance.  The default value is 500.
  
!      'max-sched-ready-insns'
            The maximum number of instructions ready to be issued the
            scheduler should consider at any given time during the first
            scheduling pass.  Increasing values mean more thorough
            searches, making the compilation time increase with probably
            little benefit.  The default value is 100.
  
!      'max-sched-region-blocks'
            The maximum number of blocks in a region to be considered for
            interblock scheduling.  The default value is 10.
  
!      'max-pipeline-region-blocks'
            The maximum number of blocks in a region to be considered for
            pipelining in the selective scheduler.  The default value is
            15.
  
!      'max-sched-region-insns'
            The maximum number of insns in a region to be considered for
            interblock scheduling.  The default value is 100.
  
!      'max-pipeline-region-insns'
            The maximum number of insns in a region to be considered for
            pipelining in the selective scheduler.  The default value is
            200.
  
!      'min-spec-prob'
            The minimum probability (in percents) of reaching a source
            block for interblock speculative scheduling.  The default
            value is 40.
  
!      'max-sched-extend-regions-iters'
            The maximum number of iterations through CFG to extend
            regions.  A value of 0 (the default) disables region
            extensions.
  
!      'max-sched-insn-conflict-delay'
            The maximum conflict delay for an insn to be considered for
            speculative motion.  The default value is 3.
  
!      'sched-spec-prob-cutoff'
            The minimal probability of speculation success (in percents),
!           so that speculative insns are scheduled.  The default value is
!           40.
  
!      'sched-state-edge-prob-cutoff'
!           The minimum probability an edge must have for the scheduler to
!           save its state across it.  The default value is 10.
  
!      'sched-mem-true-dep-cost'
            Minimal distance (in CPU cycles) between store and load
            targeting same memory locations.  The default value is 1.
  
!      'selsched-max-lookahead'
            The maximum size of the lookahead window of selective
            scheduling.  It is a depth of search for available
            instructions.  The default value is 50.
  
!      'selsched-max-sched-times'
            The maximum number of times that an instruction is scheduled
            during selective scheduling.  This is the limit on the number
            of iterations through which the instruction may be pipelined.
            The default value is 2.
  
!      'selsched-insns-to-rename'
!           The maximum number of best instructions in the ready list that
!           are considered for renaming in the selective scheduler.  The
!           default value is 2.
  
!      'sms-min-sc'
            The minimum value of stage count that swing modulo scheduler
            generates.  The default value is 2.
  
!      'max-last-value-rtl'
            The maximum size measured as number of RTLs that can be
!           recorded in an expression in combiner for a pseudo register as
!           last known value of that register.  The default is 10000.
  
!      'max-combine-insns'
            The maximum number of instructions the RTL combiner tries to
!           combine.  The default value is 2 at '-Og' and 4 otherwise.
  
!      'integer-share-limit'
            Small integer constants can use a shared data structure,
!           reducing the compiler's memory usage and increasing its speed.
!           This sets the maximum value of a shared integer constant.  The
!           default value is 256.
  
!      'ssp-buffer-size'
            The minimum size of buffers (i.e. arrays) that receive stack
!           smashing protection when '-fstack-protection' is used.
  
!      'min-size-for-stack-sharing'
            The minimum size of variables taking part in stack slot
!           sharing when not optimizing.  The default value is 32.
  
!      'max-jump-thread-duplication-stmts'
            Maximum number of statements allowed in a block that needs to
            be duplicated when threading jumps.
  
!      'max-fields-for-field-sensitive'
            Maximum number of fields in a structure treated in a field
            sensitive manner during pointer analysis.  The default is zero
!           for '-O0' and '-O1', and 100 for '-Os', '-O2', and '-O3'.
  
!      'prefetch-latency'
            Estimate on average number of instructions that are executed
            before prefetch finishes.  The distance prefetched ahead is
            proportional to this constant.  Increasing this number may
            also lead to less streams being prefetched (see
!           'simultaneous-prefetches').
  
!      'simultaneous-prefetches'
            Maximum number of prefetches that can run at the same time.
  
!      'l1-cache-line-size'
            The size of cache line in L1 cache, in bytes.
  
!      'l1-cache-size'
            The size of L1 cache, in kilobytes.
  
!      'l2-cache-size'
            The size of L2 cache, in kilobytes.
  
!      'min-insn-to-prefetch-ratio'
            The minimum ratio between the number of instructions and the
            number of prefetches to enable prefetching in a loop.
  
!      'prefetch-min-insn-to-mem-ratio'
            The minimum ratio between the number of instructions and the
            number of memory references to enable prefetching in a loop.
  
!      'use-canonical-types'
            Whether the compiler should use the "canonical" type system.
            By default, this should always be 1, which uses a more
            efficient internal mechanism for comparing types in C++ and
--- 9369,9523 ----
            to calculate RAM on a particular platform, the lower bound is
            used.  Setting this parameter very large effectively disables
            garbage collection.  Setting this parameter and
!           `ggc-min-expand' to zero causes a full collection to occur at
            every opportunity.
  
!     `max-reload-search-insns'
            The maximum number of instruction reload should look backward
            for equivalent register.  Increasing values mean more
            aggressive optimization, making the compilation time increase
            with probably slightly better performance.  The default value
            is 100.
  
!     `max-cselib-memory-locations'
!           The maximum number of memory locations cselib should take
!           into account.  Increasing values mean more aggressive
!           optimization, making the compilation time increase with
!           probably slightly better performance.  The default value is
!           500.
  
!     `max-sched-ready-insns'
            The maximum number of instructions ready to be issued the
            scheduler should consider at any given time during the first
            scheduling pass.  Increasing values mean more thorough
            searches, making the compilation time increase with probably
            little benefit.  The default value is 100.
  
!     `max-sched-region-blocks'
            The maximum number of blocks in a region to be considered for
            interblock scheduling.  The default value is 10.
  
!     `max-pipeline-region-blocks'
            The maximum number of blocks in a region to be considered for
            pipelining in the selective scheduler.  The default value is
            15.
  
!     `max-sched-region-insns'
            The maximum number of insns in a region to be considered for
            interblock scheduling.  The default value is 100.
  
!     `max-pipeline-region-insns'
            The maximum number of insns in a region to be considered for
            pipelining in the selective scheduler.  The default value is
            200.
  
!     `min-spec-prob'
            The minimum probability (in percents) of reaching a source
            block for interblock speculative scheduling.  The default
            value is 40.
  
!     `max-sched-extend-regions-iters'
            The maximum number of iterations through CFG to extend
            regions.  A value of 0 (the default) disables region
            extensions.
  
!     `max-sched-insn-conflict-delay'
            The maximum conflict delay for an insn to be considered for
            speculative motion.  The default value is 3.
  
!     `sched-spec-prob-cutoff'
            The minimal probability of speculation success (in percents),
!           so that speculative insns are scheduled.  The default value
!           is 40.
  
!     `sched-state-edge-prob-cutoff'
!           The minimum probability an edge must have for the scheduler
!           to save its state across it.  The default value is 10.
  
!     `sched-mem-true-dep-cost'
            Minimal distance (in CPU cycles) between store and load
            targeting same memory locations.  The default value is 1.
  
!     `selsched-max-lookahead'
            The maximum size of the lookahead window of selective
            scheduling.  It is a depth of search for available
            instructions.  The default value is 50.
  
!     `selsched-max-sched-times'
            The maximum number of times that an instruction is scheduled
            during selective scheduling.  This is the limit on the number
            of iterations through which the instruction may be pipelined.
            The default value is 2.
  
!     `selsched-insns-to-rename'
!           The maximum number of best instructions in the ready list
!           that are considered for renaming in the selective scheduler.
!           The default value is 2.
  
!     `sms-min-sc'
            The minimum value of stage count that swing modulo scheduler
            generates.  The default value is 2.
  
!     `max-last-value-rtl'
            The maximum size measured as number of RTLs that can be
!           recorded in an expression in combiner for a pseudo register
!           as last known value of that register.  The default is 10000.
  
!     `max-combine-insns'
            The maximum number of instructions the RTL combiner tries to
!           combine.  The default value is 2 at `-Og' and 4 otherwise.
  
!     `integer-share-limit'
            Small integer constants can use a shared data structure,
!           reducing the compiler's memory usage and increasing its
!           speed.  This sets the maximum value of a shared integer
!           constant.  The default value is 256.
  
!     `ssp-buffer-size'
            The minimum size of buffers (i.e. arrays) that receive stack
!           smashing protection when `-fstack-protection' is used.
  
!     `min-size-for-stack-sharing'
            The minimum size of variables taking part in stack slot
!           sharing when not optimizing. The default value is 32.
  
!     `max-jump-thread-duplication-stmts'
            Maximum number of statements allowed in a block that needs to
            be duplicated when threading jumps.
  
!     `max-fields-for-field-sensitive'
            Maximum number of fields in a structure treated in a field
            sensitive manner during pointer analysis.  The default is zero
!           for `-O0' and `-O1', and 100 for `-Os', `-O2', and `-O3'.
  
!     `prefetch-latency'
            Estimate on average number of instructions that are executed
            before prefetch finishes.  The distance prefetched ahead is
            proportional to this constant.  Increasing this number may
            also lead to less streams being prefetched (see
!           `simultaneous-prefetches').
  
!     `simultaneous-prefetches'
            Maximum number of prefetches that can run at the same time.
  
!     `l1-cache-line-size'
            The size of cache line in L1 cache, in bytes.
  
!     `l1-cache-size'
            The size of L1 cache, in kilobytes.
  
!     `l2-cache-size'
            The size of L2 cache, in kilobytes.
  
!     `min-insn-to-prefetch-ratio'
            The minimum ratio between the number of instructions and the
            number of prefetches to enable prefetching in a loop.
  
!     `prefetch-min-insn-to-mem-ratio'
            The minimum ratio between the number of instructions and the
            number of memory references to enable prefetching in a loop.
  
!     `use-canonical-types'
            Whether the compiler should use the "canonical" type system.
            By default, this should always be 1, which uses a more
            efficient internal mechanism for comparing types in C++ and
*************** includes experimental options that may p
*** 9473,9487 ****
            are causing compilation failures, set this value to 0 to
            disable canonical types.
  
!      'switch-conversion-max-branch-ratio'
!           Switch initialization conversion refuses to create arrays that
!           are bigger than 'switch-conversion-max-branch-ratio' times the
!           number of branches in the switch.
  
!      'max-partial-antic-length'
            Maximum length of the partial antic set computed during the
            tree partial redundancy elimination optimization
!           ('-ftree-pre') when optimizing at '-O3' and above.  For some
            sorts of source code the enhanced partial redundancy
            elimination optimization can run away, consuming all of the
            memory available on the host machine.  This parameter sets a
--- 9525,9539 ----
            are causing compilation failures, set this value to 0 to
            disable canonical types.
  
!     `switch-conversion-max-branch-ratio'
!           Switch initialization conversion refuses to create arrays
!           that are bigger than `switch-conversion-max-branch-ratio'
!           times the number of branches in the switch.
  
!     `max-partial-antic-length'
            Maximum length of the partial antic set computed during the
            tree partial redundancy elimination optimization
!           (`-ftree-pre') when optimizing at `-O3' and above.  For some
            sorts of source code the enhanced partial redundancy
            elimination optimization can run away, consuming all of the
            memory available on the host machine.  This parameter sets a
*************** includes experimental options that may p
*** 9489,9517 ****
            prevents the runaway behavior.  Setting a value of 0 for this
            parameter allows an unlimited set length.
  
!      'sccvn-max-scc-size'
            Maximum size of a strongly connected component (SCC) during
            SCCVN processing.  If this limit is hit, SCCVN processing for
            the whole function is not done and optimizations depending on
            it are disabled.  The default maximum SCC size is 10000.
  
!      'sccvn-max-alias-queries-per-access'
!           Maximum number of alias-oracle queries we perform when looking
!           for redundancies for loads and stores.  If this limit is hit
!           the search is aborted and the load or store is not considered
!           redundant.  The number of queries is algorithmically limited
!           to the number of stores on all paths from the load to the
!           function entry.  The default maximum number of queries is
!           1000.
  
!      'ira-max-loops-num'
            IRA uses regional register allocation by default.  If a
            function contains more loops than the number given by this
            parameter, only at most the given number of the most
            frequently-executed loops form regions for regional register
            allocation.  The default value of the parameter is 100.
  
!      'ira-max-conflict-table-size'
            Although IRA uses a sophisticated algorithm to compress the
            conflict table, the table can still require excessive amounts
            of memory for huge functions.  If the conflict table for a
--- 9541,9569 ----
            prevents the runaway behavior.  Setting a value of 0 for this
            parameter allows an unlimited set length.
  
!     `sccvn-max-scc-size'
            Maximum size of a strongly connected component (SCC) during
            SCCVN processing.  If this limit is hit, SCCVN processing for
            the whole function is not done and optimizations depending on
            it are disabled.  The default maximum SCC size is 10000.
  
!     `sccvn-max-alias-queries-per-access'
!           Maximum number of alias-oracle queries we perform when
!           looking for redundancies for loads and stores.  If this limit
!           is hit the search is aborted and the load or store is not
!           considered redundant.  The number of queries is
!           algorithmically limited to the number of stores on all paths
!           from the load to the function entry.  The default maximum
!           number of queries is 1000.
  
!     `ira-max-loops-num'
            IRA uses regional register allocation by default.  If a
            function contains more loops than the number given by this
            parameter, only at most the given number of the most
            frequently-executed loops form regions for regional register
            allocation.  The default value of the parameter is 100.
  
!     `ira-max-conflict-table-size'
            Although IRA uses a sophisticated algorithm to compress the
            conflict table, the table can still require excessive amounts
            of memory for huge functions.  If the conflict table for a
*************** includes experimental options that may p
*** 9521,9570 ****
            building a pseudo-register conflict table.  The default value
            of the parameter is 2000.
  
!      'ira-loop-reserved-regs'
!           IRA can be used to evaluate more accurate register pressure in
!           loops for decisions to move loop invariants (see '-O3').  The
!           number of available registers reserved for some other purposes
!           is given by this parameter.  The default value of the
!           parameter is 2, which is the minimal number of registers
            needed by typical instructions.  This value is the best found
            from numerous experiments.
  
!      'lra-inheritance-ebb-probability-cutoff'
            LRA tries to reuse values reloaded in registers in subsequent
            insns.  This optimization is called inheritance.  EBB is used
            as a region to do this optimization.  The parameter defines a
            minimal fall-through edge probability in percentage used to
!           add BB to inheritance EBB in LRA. The default value of the
            parameter is 40.  The value was chosen from numerous runs of
            SPEC2000 on x86-64.
  
!      'loop-invariant-max-bbs-in-loop'
            Loop invariant motion can be very expensive, both in
            compilation time and in amount of needed compile-time memory,
!           with very large loops.  Loops with more basic blocks than this
!           parameter won't have loop invariant motion optimization
!           performed on them.  The default value of the parameter is 1000
!           for '-O1' and 10000 for '-O2' and above.
  
!      'loop-max-datarefs-for-datadeps'
            Building data dependencies is expensive for very large loops.
            This parameter limits the number of data references in loops
!           that are considered for data dependence analysis.  These large
!           loops are no handled by the optimizations using loop data
!           dependencies.  The default value is 1000.
  
!      'max-vartrack-size'
            Sets a maximum number of hash table slots to use during
            variable tracking dataflow analysis of any function.  If this
            limit is exceeded with variable tracking at assignments
            enabled, analysis for that function is retried without it,
            after removing all debug insns from the function.  If the
            limit is exceeded even without debug insns, var tracking
!           analysis is completely disabled for the function.  Setting the
!           parameter to zero makes it unlimited.
  
!      'max-vartrack-expr-depth'
            Sets a maximum number of recursion levels when attempting to
            map variable names or debug temporaries to value expressions.
            This trades compilation time for more complete debug
--- 9573,9622 ----
            building a pseudo-register conflict table.  The default value
            of the parameter is 2000.
  
!     `ira-loop-reserved-regs'
!           IRA can be used to evaluate more accurate register pressure
!           in loops for decisions to move loop invariants (see `-O3').
!           The number of available registers reserved for some other
!           purposes is given by this parameter.  The default value of
!           the parameter is 2, which is the minimal number of registers
            needed by typical instructions.  This value is the best found
            from numerous experiments.
  
!     `lra-inheritance-ebb-probability-cutoff'
            LRA tries to reuse values reloaded in registers in subsequent
            insns.  This optimization is called inheritance.  EBB is used
            as a region to do this optimization.  The parameter defines a
            minimal fall-through edge probability in percentage used to
!           add BB to inheritance EBB in LRA.  The default value of the
            parameter is 40.  The value was chosen from numerous runs of
            SPEC2000 on x86-64.
  
!     `loop-invariant-max-bbs-in-loop'
            Loop invariant motion can be very expensive, both in
            compilation time and in amount of needed compile-time memory,
!           with very large loops.  Loops with more basic blocks than
!           this parameter won't have loop invariant motion optimization
!           performed on them.  The default value of the parameter is
!           1000 for `-O1' and 10000 for `-O2' and above.
  
!     `loop-max-datarefs-for-datadeps'
            Building data dependencies is expensive for very large loops.
            This parameter limits the number of data references in loops
!           that are considered for data dependence analysis.  These
!           large loops are no handled by the optimizations using loop
!           data dependencies.  The default value is 1000.
  
!     `max-vartrack-size'
            Sets a maximum number of hash table slots to use during
            variable tracking dataflow analysis of any function.  If this
            limit is exceeded with variable tracking at assignments
            enabled, analysis for that function is retried without it,
            after removing all debug insns from the function.  If the
            limit is exceeded even without debug insns, var tracking
!           analysis is completely disabled for the function.  Setting
!           the parameter to zero makes it unlimited.
  
!     `max-vartrack-expr-depth'
            Sets a maximum number of recursion levels when attempting to
            map variable names or debug temporaries to value expressions.
            This trades compilation time for more complete debug
*************** includes experimental options that may p
*** 9574,9849 ****
            compiler to find more complex debug expressions, but compile
            time and memory use may grow.  The default is 12.
  
!      'min-nondebug-insn-uid'
            Use uids starting at this parameter for nondebug insns.  The
            range below the parameter is reserved exclusively for debug
!           insns created by '-fvar-tracking-assignments', but debug insns
!           may get (non-overlapping) uids above it if the reserved range
!           is exhausted.
  
!      'ipa-sra-ptr-growth-factor'
            IPA-SRA replaces a pointer to an aggregate with one or more
            new parameters only when their cumulative size is less or
!           equal to 'ipa-sra-ptr-growth-factor' times the size of the
            original pointer parameter.
  
!      'sra-max-scalarization-size-Ospeed'
!      'sra-max-scalarization-size-Osize'
            The two Scalar Reduction of Aggregates passes (SRA and
            IPA-SRA) aim to replace scalar parts of aggregates with uses
!           of independent scalar variables.  These parameters control the
!           maximum size, in storage units, of aggregate which is
            considered for replacement when compiling for speed
!           ('sra-max-scalarization-size-Ospeed') or size
!           ('sra-max-scalarization-size-Osize') respectively.
  
!      'tm-max-aggregate-size'
!           When making copies of thread-local variables in a transaction,
!           this parameter specifies the size in bytes after which
!           variables are saved with the logging functions as opposed to
!           save/restore code sequence pairs.  This option only applies
!           when using '-fgnu-tm'.
  
!      'graphite-max-nb-scop-params'
            To avoid exponential effects in the Graphite loop transforms,
            the number of parameters in a Static Control Part (SCoP) is
            bounded.  The default value is 10 parameters.  A variable
!           whose value is unknown at compilation time and defined outside
!           a SCoP is a parameter of the SCoP.
  
!      'graphite-max-bbs-per-function'
            To avoid exponential effects in the detection of SCoPs, the
            size of the functions analyzed by Graphite is bounded.  The
            default value is 100 basic blocks.
  
!      'loop-block-tile-size'
            Loop blocking or strip mining transforms, enabled with
!           '-floop-block' or '-floop-strip-mine', strip mine each loop in
!           the loop nest by a given number of iterations.  The strip
!           length can be changed using the 'loop-block-tile-size'
            parameter.  The default value is 51 iterations.
  
!      'loop-unroll-jam-size'
!           Specify the unroll factor for the '-floop-unroll-and-jam'
            option.  The default value is 4.
  
!      'loop-unroll-jam-depth'
            Specify the dimension to be unrolled (counting from the most
!           inner loop) for the '-floop-unroll-and-jam'.  The default
            value is 2.
  
!      'ipa-cp-value-list-size'
            IPA-CP attempts to track all possible values and types passed
            to a function's parameter in order to propagate them and
!           perform devirtualization.  'ipa-cp-value-list-size' is the
            maximum number of values and types it stores per one formal
            parameter of a function.
  
!      'ipa-cp-eval-threshold'
            IPA-CP calculates its own score of cloning profitability
            heuristics and performs those cloning opportunities with
!           scores that exceed 'ipa-cp-eval-threshold'.
  
!      'ipa-cp-recursion-penalty'
            Percentage penalty the recursive functions will receive when
            they are evaluated for cloning.
  
!      'ipa-cp-single-call-penalty'
            Percentage penalty functions containing a single call to
            another function will receive when they are evaluated for
            cloning.
  
!      'ipa-max-agg-items'
            IPA-CP is also capable to propagate a number of scalar values
!           passed in an aggregate.  'ipa-max-agg-items' controls the
            maximum number of such values per one parameter.
  
!      'ipa-cp-loop-hint-bonus'
!           When IPA-CP determines that a cloning candidate would make the
!           number of iterations of a loop known, it adds a bonus of
!           'ipa-cp-loop-hint-bonus' to the profitability score of the
            candidate.
  
!      'ipa-cp-array-index-hint-bonus'
!           When IPA-CP determines that a cloning candidate would make the
!           index of an array access known, it adds a bonus of
!           'ipa-cp-array-index-hint-bonus' to the profitability score of
            the candidate.
  
!      'ipa-max-aa-steps'
            During its analysis of function bodies, IPA-CP employs alias
            analysis in order to track values pointed to by function
            parameters.  In order not spend too much time analyzing huge
!           functions, it gives up and consider all memory clobbered after
!           examining 'ipa-max-aa-steps' statements modifying memory.
  
!      'lto-partitions'
            Specify desired number of partitions produced during WHOPR
            compilation.  The number of partitions should exceed the
            number of CPUs used for compilation.  The default value is 32.
  
!      'lto-min-partition'
            Size of minimal partition for WHOPR (in estimated
!           instructions).  This prevents expenses of splitting very small
!           programs into too many partitions.
  
!      'lto-max-partition'
            Size of max partition for WHOPR (in estimated instructions).
            to provide an upper bound for individual size of partition.
            Meant to be used only with balanced partitioning.
  
!      'cxx-max-namespaces-for-diagnostic-help'
            The maximum number of namespaces to consult for suggestions
            when C++ name lookup fails for an identifier.  The default is
            1000.
  
!      'sink-frequency-threshold'
            The maximum relative execution frequency (in percents) of the
!           target block relative to a statement's original block to allow
!           statement sinking of a statement.  Larger numbers result in
!           more aggressive statement sinking.  The default value is 75.
!           A small positive adjustment is applied for statements with
!           memory operands as those are even more profitable so sink.
  
!      'max-stores-to-sink'
            The maximum number of conditional store pairs that can be
!           sunk.  Set to 0 if either vectorization ('-ftree-vectorize')
!           or if-conversion ('-ftree-loop-if-convert') is disabled.  The
            default is 2.
  
!      'allow-store-data-races'
            Allow optimizers to introduce new data races on stores.  Set
            to 1 to allow, otherwise to 0.  This option is enabled by
!           default at optimization level '-Ofast'.
  
!      'case-values-threshold'
            The smallest number of different values for which it is best
!           to use a jump-table instead of a tree of conditional branches.
!           If the value is 0, use the default for the machine.  The
!           default is 0.
  
!      'tree-reassoc-width'
            Set the maximum number of instructions executed in parallel in
!           reassociated tree.  This parameter overrides target dependent
            heuristics used by default if has non zero value.
  
!      'sched-pressure-algorithm'
            Choose between the two available implementations of
!           '-fsched-pressure'.  Algorithm 1 is the original
            implementation and is the more likely to prevent instructions
            from being reordered.  Algorithm 2 was designed to be a
            compromise between the relatively conservative approach taken
!           by algorithm 1 and the rather aggressive approach taken by the
!           default scheduler.  It relies more heavily on having a regular
!           register file and accurate register pressure classes.  See
!           'haifa-sched.c' in the GCC sources for more details.
  
            The default choice depends on the target.
  
!      'max-slsr-cand-scan'
            Set the maximum number of existing candidates that are
            considered when seeking a basis for a new straight-line
            strength reduction candidate.
  
!      'asan-globals'
            Enable buffer overflow detection for global objects.  This
            kind of protection is enabled by default if you are using
!           '-fsanitize=address' option.  To disable global objects
!           protection use '--param asan-globals=0'.
  
!      'asan-stack'
!           Enable buffer overflow detection for stack objects.  This kind
!           of protection is enabled by default when using
!           '-fsanitize=address'.  To disable stack protection use
!           '--param asan-stack=0' option.
  
!      'asan-instrument-reads'
            Enable buffer overflow detection for memory reads.  This kind
            of protection is enabled by default when using
!           '-fsanitize=address'.  To disable memory reads protection use
!           '--param asan-instrument-reads=0'.
  
!      'asan-instrument-writes'
!           Enable buffer overflow detection for memory writes.  This kind
!           of protection is enabled by default when using
!           '-fsanitize=address'.  To disable memory writes protection use
!           '--param asan-instrument-writes=0' option.
  
!      'asan-memintrin'
            Enable detection for built-in functions.  This kind of
            protection is enabled by default when using
!           '-fsanitize=address'.  To disable built-in functions
!           protection use '--param asan-memintrin=0'.
  
!      'asan-use-after-return'
            Enable detection of use-after-return.  This kind of protection
!           is enabled by default when using the '-fsanitize=address'
!           option.  To disable it use '--param asan-use-after-return=0'.
  
!           Note: By default the check is disabled at run time.  To enable
!           it, add 'detect_stack_use_after_return=1' to the environment
!           variable 'ASAN_OPTIONS'.
  
!      'asan-instrumentation-with-call-threshold'
!           If number of memory accesses in function being instrumented is
!           greater or equal to this number, use callbacks instead of
!           inline checks.  E.g.  to disable inline code use '--param
            asan-instrumentation-with-call-threshold=0'.
  
!      'use-after-scope-direct-emission-threshold'
            If the size of a local variable in bytes is smaller or equal
            to this number, directly poison (or unpoison) shadow memory
            instead of using run-time callbacks.  The default value is
            256.
  
!      'chkp-max-ctor-size'
            Static constructors generated by Pointer Bounds Checker may
            become very large and significantly increase compile time at
!           optimization level '-O1' and higher.  This parameter is a
            maximum number of statements in a single generated
            constructor.  Default value is 5000.
  
!      'max-fsm-thread-path-insns'
!           Maximum number of instructions to copy when duplicating blocks
!           on a finite state automaton jump thread path.  The default is
!           100.
  
!      'max-fsm-thread-length'
            Maximum number of basic blocks on a finite state automaton
            jump thread path.  The default is 10.
  
!      'max-fsm-thread-paths'
!           Maximum number of new jump thread paths to create for a finite
!           state automaton.  The default is 50.
  
!      'parloops-chunk-size'
!           Chunk size of omp schedule for loops parallelized by parloops.
!           The default is 0.
  
!      'parloops-schedule'
            Schedule type of omp schedule for loops parallelized by
            parloops (static, dynamic, guided, auto, runtime).  The
            default is static.
  
!      'max-ssa-name-query-depth'
            Maximum depth of recursion when querying properties of SSA
            names in things like fold routines.  One level of recursion
            corresponds to following a use-def chain.
  
!      'hsa-gen-debug-stores'
            Enable emission of special debug stores within HSA kernels
            which are then read and reported by libgomp plugin.
            Generation of these stores is disabled by default, use
!           '--param hsa-gen-debug-stores=1' to enable it.
  
!      'max-speculative-devirt-maydefs'
            The maximum number of may-defs we analyze when looking for a
!           must-def specifying the dynamic type of an object that invokes
!           a virtual call we may be able to devirtualize speculatively.
  
!      'max-vrp-switch-assertions'
!           The maximum number of assertions to add along the default edge
!           of a switch statement during VRP. The default is 10.
  
  
  File: gcc.info,  Node: Instrumentation Options,  Next: Preprocessor Options,  Prev: Optimize Options,  Up: Invoking GCC
--- 9626,9905 ----
            compiler to find more complex debug expressions, but compile
            time and memory use may grow.  The default is 12.
  
!     `min-nondebug-insn-uid'
            Use uids starting at this parameter for nondebug insns.  The
            range below the parameter is reserved exclusively for debug
!           insns created by `-fvar-tracking-assignments', but debug
!           insns may get (non-overlapping) uids above it if the reserved
!           range is exhausted.
  
!     `ipa-sra-ptr-growth-factor'
            IPA-SRA replaces a pointer to an aggregate with one or more
            new parameters only when their cumulative size is less or
!           equal to `ipa-sra-ptr-growth-factor' times the size of the
            original pointer parameter.
  
!     `sra-max-scalarization-size-Ospeed'
! 
!     `sra-max-scalarization-size-Osize'
            The two Scalar Reduction of Aggregates passes (SRA and
            IPA-SRA) aim to replace scalar parts of aggregates with uses
!           of independent scalar variables.  These parameters control
!           the maximum size, in storage units, of aggregate which is
            considered for replacement when compiling for speed
!           (`sra-max-scalarization-size-Ospeed') or size
!           (`sra-max-scalarization-size-Osize') respectively.
  
!     `tm-max-aggregate-size'
!           When making copies of thread-local variables in a
!           transaction, this parameter specifies the size in bytes after
!           which variables are saved with the logging functions as
!           opposed to save/restore code sequence pairs.  This option
!           only applies when using `-fgnu-tm'.
  
!     `graphite-max-nb-scop-params'
            To avoid exponential effects in the Graphite loop transforms,
            the number of parameters in a Static Control Part (SCoP) is
            bounded.  The default value is 10 parameters.  A variable
!           whose value is unknown at compilation time and defined
!           outside a SCoP is a parameter of the SCoP.
  
!     `graphite-max-bbs-per-function'
            To avoid exponential effects in the detection of SCoPs, the
            size of the functions analyzed by Graphite is bounded.  The
            default value is 100 basic blocks.
  
!     `loop-block-tile-size'
            Loop blocking or strip mining transforms, enabled with
!           `-floop-block' or `-floop-strip-mine', strip mine each loop
!           in the loop nest by a given number of iterations.  The strip
!           length can be changed using the `loop-block-tile-size'
            parameter.  The default value is 51 iterations.
  
!     `loop-unroll-jam-size'
!           Specify the unroll factor for the `-floop-unroll-and-jam'
            option.  The default value is 4.
  
!     `loop-unroll-jam-depth'
            Specify the dimension to be unrolled (counting from the most
!           inner loop) for the  `-floop-unroll-and-jam'.  The default
            value is 2.
  
!     `ipa-cp-value-list-size'
            IPA-CP attempts to track all possible values and types passed
            to a function's parameter in order to propagate them and
!           perform devirtualization.  `ipa-cp-value-list-size' is the
            maximum number of values and types it stores per one formal
            parameter of a function.
  
!     `ipa-cp-eval-threshold'
            IPA-CP calculates its own score of cloning profitability
            heuristics and performs those cloning opportunities with
!           scores that exceed `ipa-cp-eval-threshold'.
  
!     `ipa-cp-recursion-penalty'
            Percentage penalty the recursive functions will receive when
            they are evaluated for cloning.
  
!     `ipa-cp-single-call-penalty'
            Percentage penalty functions containing a single call to
            another function will receive when they are evaluated for
            cloning.
  
!     `ipa-max-agg-items'
            IPA-CP is also capable to propagate a number of scalar values
!           passed in an aggregate. `ipa-max-agg-items' controls the
            maximum number of such values per one parameter.
  
!     `ipa-cp-loop-hint-bonus'
!           When IPA-CP determines that a cloning candidate would make
!           the number of iterations of a loop known, it adds a bonus of
!           `ipa-cp-loop-hint-bonus' to the profitability score of the
            candidate.
  
!     `ipa-cp-array-index-hint-bonus'
!           When IPA-CP determines that a cloning candidate would make
!           the index of an array access known, it adds a bonus of
!           `ipa-cp-array-index-hint-bonus' to the profitability score of
            the candidate.
  
!     `ipa-max-aa-steps'
            During its analysis of function bodies, IPA-CP employs alias
            analysis in order to track values pointed to by function
            parameters.  In order not spend too much time analyzing huge
!           functions, it gives up and consider all memory clobbered
!           after examining `ipa-max-aa-steps' statements modifying
!           memory.
  
!     `lto-partitions'
            Specify desired number of partitions produced during WHOPR
            compilation.  The number of partitions should exceed the
            number of CPUs used for compilation.  The default value is 32.
  
!     `lto-min-partition'
            Size of minimal partition for WHOPR (in estimated
!           instructions).  This prevents expenses of splitting very
!           small programs into too many partitions.
  
!     `lto-max-partition'
            Size of max partition for WHOPR (in estimated instructions).
            to provide an upper bound for individual size of partition.
            Meant to be used only with balanced partitioning.
  
!     `cxx-max-namespaces-for-diagnostic-help'
            The maximum number of namespaces to consult for suggestions
            when C++ name lookup fails for an identifier.  The default is
            1000.
  
!     `sink-frequency-threshold'
            The maximum relative execution frequency (in percents) of the
!           target block relative to a statement's original block to
!           allow statement sinking of a statement.  Larger numbers
!           result in more aggressive statement sinking.  The default
!           value is 75.  A small positive adjustment is applied for
!           statements with memory operands as those are even more
!           profitable so sink.
  
!     `max-stores-to-sink'
            The maximum number of conditional store pairs that can be
!           sunk.  Set to 0 if either vectorization (`-ftree-vectorize')
!           or if-conversion (`-ftree-loop-if-convert') is disabled.  The
            default is 2.
  
!     `allow-store-data-races'
            Allow optimizers to introduce new data races on stores.  Set
            to 1 to allow, otherwise to 0.  This option is enabled by
!           default at optimization level `-Ofast'.
  
!     `case-values-threshold'
            The smallest number of different values for which it is best
!           to use a jump-table instead of a tree of conditional
!           branches.  If the value is 0, use the default for the
!           machine.  The default is 0.
  
!     `tree-reassoc-width'
            Set the maximum number of instructions executed in parallel in
!           reassociated tree. This parameter overrides target dependent
            heuristics used by default if has non zero value.
  
!     `sched-pressure-algorithm'
            Choose between the two available implementations of
!           `-fsched-pressure'.  Algorithm 1 is the original
            implementation and is the more likely to prevent instructions
            from being reordered.  Algorithm 2 was designed to be a
            compromise between the relatively conservative approach taken
!           by algorithm 1 and the rather aggressive approach taken by
!           the default scheduler.  It relies more heavily on having a
!           regular register file and accurate register pressure classes.
!           See `haifa-sched.c' in the GCC sources for more details.
  
            The default choice depends on the target.
  
!     `max-slsr-cand-scan'
            Set the maximum number of existing candidates that are
            considered when seeking a basis for a new straight-line
            strength reduction candidate.
  
!     `asan-globals'
            Enable buffer overflow detection for global objects.  This
            kind of protection is enabled by default if you are using
!           `-fsanitize=address' option.  To disable global objects
!           protection use `--param asan-globals=0'.
  
!     `asan-stack'
!           Enable buffer overflow detection for stack objects.  This
!           kind of protection is enabled by default when using
!           `-fsanitize=address'.  To disable stack protection use
!           `--param asan-stack=0' option.
  
!     `asan-instrument-reads'
            Enable buffer overflow detection for memory reads.  This kind
            of protection is enabled by default when using
!           `-fsanitize=address'.  To disable memory reads protection use
!           `--param asan-instrument-reads=0'.
  
!     `asan-instrument-writes'
!           Enable buffer overflow detection for memory writes.  This
!           kind of protection is enabled by default when using
!           `-fsanitize=address'.  To disable memory writes protection use
!           `--param asan-instrument-writes=0' option.
  
!     `asan-memintrin'
            Enable detection for built-in functions.  This kind of
            protection is enabled by default when using
!           `-fsanitize=address'.  To disable built-in functions
!           protection use `--param asan-memintrin=0'.
  
!     `asan-use-after-return'
            Enable detection of use-after-return.  This kind of protection
!           is enabled by default when using the `-fsanitize=address'
!           option.  To disable it use `--param asan-use-after-return=0'.
  
!           Note: By default the check is disabled at run time.  To
!           enable it, add `detect_stack_use_after_return=1' to the
!           environment variable `ASAN_OPTIONS'.
  
!     `asan-instrumentation-with-call-threshold'
!           If number of memory accesses in function being instrumented
!           is greater or equal to this number, use callbacks instead of
!           inline checks.  E.g. to disable inline code use `--param
            asan-instrumentation-with-call-threshold=0'.
  
!     `use-after-scope-direct-emission-threshold'
            If the size of a local variable in bytes is smaller or equal
            to this number, directly poison (or unpoison) shadow memory
            instead of using run-time callbacks.  The default value is
            256.
  
!     `chkp-max-ctor-size'
            Static constructors generated by Pointer Bounds Checker may
            become very large and significantly increase compile time at
!           optimization level `-O1' and higher.  This parameter is a
            maximum number of statements in a single generated
            constructor.  Default value is 5000.
  
!     `max-fsm-thread-path-insns'
!           Maximum number of instructions to copy when duplicating
!           blocks on a finite state automaton jump thread path.  The
!           default is 100.
  
!     `max-fsm-thread-length'
            Maximum number of basic blocks on a finite state automaton
            jump thread path.  The default is 10.
  
!     `max-fsm-thread-paths'
!           Maximum number of new jump thread paths to create for a
!           finite state automaton.  The default is 50.
  
!     `parloops-chunk-size'
!           Chunk size of omp schedule for loops parallelized by
!           parloops.  The default is 0.
  
!     `parloops-schedule'
            Schedule type of omp schedule for loops parallelized by
            parloops (static, dynamic, guided, auto, runtime).  The
            default is static.
  
!     `max-ssa-name-query-depth'
            Maximum depth of recursion when querying properties of SSA
            names in things like fold routines.  One level of recursion
            corresponds to following a use-def chain.
  
!     `hsa-gen-debug-stores'
            Enable emission of special debug stores within HSA kernels
            which are then read and reported by libgomp plugin.
            Generation of these stores is disabled by default, use
!           `--param hsa-gen-debug-stores=1' to enable it.
  
!     `max-speculative-devirt-maydefs'
            The maximum number of may-defs we analyze when looking for a
!           must-def specifying the dynamic type of an object that
!           invokes a virtual call we may be able to devirtualize
!           speculatively.
  
!     `max-vrp-switch-assertions'
!           The maximum number of assertions to add along the default
!           edge of a switch statement during VRP.  The default is 10.
  
  
  File: gcc.info,  Node: Instrumentation Options,  Next: Preprocessor Options,  Prev: Optimize Options,  Up: Invoking GCC
*************** hijacking.  There is also a general hook
*** 9863,10078 ****
  other forms of tracing or function-level instrumentation for debug or
  program analysis purposes.
  
! '-p'
       Generate extra code to write profile information suitable for the
!      analysis program 'prof'.  You must use this option when compiling
       the source files you want data about, and you must also use it when
       linking.
  
! '-pg'
       Generate extra code to write profile information suitable for the
!      analysis program 'gprof'.  You must use this option when compiling
       the source files you want data about, and you must also use it when
       linking.
  
! '-fprofile-arcs'
       Add code so that program flow "arcs" are instrumented.  During
       execution the program records how many times each branch and call
       is executed and how many times it is taken or returns.  On targets
!      that support constructors with priority support, profiling properly
!      handles constructors, destructors and C++ constructors (and
!      destructors) of classes which are used as a type of a global
       variable.
  
       When the compiled program exits it saves this data to a file called
!      'AUXNAME.gcda' for each source file.  The data may be used for
!      profile-directed optimizations ('-fbranch-probabilities'), or for
!      test coverage analysis ('-ftest-coverage').  Each object file's
       AUXNAME is generated from the name of the output file, if
       explicitly specified and it is not the final executable, otherwise
!      it is the basename of the source file.  In both cases any suffix is
!      removed (e.g. 'foo.gcda' for input file 'dir/foo.c', or
!      'dir/foo.gcda' for output file specified as '-o dir/foo.o').  *Note
!      Cross-profiling::.
! 
! '--coverage'
  
       This option is used to compile and link code instrumented for
!      coverage analysis.  The option is a synonym for '-fprofile-arcs'
!      '-ftest-coverage' (when compiling) and '-lgcov' (when linking).
       See the documentation for those options for more details.
  
!         * Compile the source files with '-fprofile-arcs' plus
            optimization and code generation options.  For test coverage
!           analysis, use the additional '-ftest-coverage' option.  You do
!           not need to profile every source file in a program.
  
!         * Link your object files with '-lgcov' or '-fprofile-arcs' (the
            latter implies the former).
  
          * Run the program on a representative workload to generate the
            arc profile information.  This may be repeated any number of
            times.  You can run concurrent instances of your program, and
!           provided that the file system supports locking, the data files
!           will be correctly updated.  Also 'fork' calls are detected and
!           correctly handled (double counting will not happen).
  
          * For profile-directed optimizations, compile the source files
            again with the same optimization and code generation options
!           plus '-fbranch-probabilities' (*note Options that Control
            Optimization: Optimize Options.).
  
!         * For test coverage analysis, use 'gcov' to produce human
!           readable information from the '.gcno' and '.gcda' files.
!           Refer to the 'gcov' documentation for further information.
  
!      With '-fprofile-arcs', for each function of your program GCC
       creates a program flow graph, then finds a spanning tree for the
       graph.  Only arcs that are not on the spanning tree have to be
       instrumented: the compiler adds code to count the number of times
!      that these arcs are executed.  When an arc is the only exit or only
!      entrance to a block, the instrumentation code can be added to the
!      block; otherwise, a new basic block must be created to hold the
!      instrumentation code.
  
! '-ftest-coverage'
!      Produce a notes file that the 'gcov' code-coverage utility (*note
!      'gcov'--a Test Coverage Program: Gcov.) can use to show program
!      coverage.  Each source file's note file is called 'AUXNAME.gcno'.
!      Refer to the '-fprofile-arcs' option above for a description of
       AUXNAME and instructions on how to generate test coverage data.
       Coverage data matches the source files more closely if you do not
       optimize.
  
! '-fprofile-dir=PATH'
! 
       Set the directory to search for the profile data files in to PATH.
       This option affects only the profile data generated by
!      '-fprofile-generate', '-ftest-coverage', '-fprofile-arcs' and used
!      by '-fprofile-use' and '-fbranch-probabilities' and its related
       options.  Both absolute and relative paths can be used.  By
       default, GCC uses the current directory as PATH, thus the profile
       data file appears in the same directory as the object file.
  
! '-fprofile-generate'
! '-fprofile-generate=PATH'
! 
       Enable options usually used for instrumenting application to
       produce profile useful for later recompilation with profile
!      feedback based optimization.  You must use '-fprofile-generate'
       both when compiling and when linking your program.
  
!      The following options are enabled: '-fprofile-arcs',
!      '-fprofile-values', '-fvpt'.
  
       If PATH is specified, GCC looks at the PATH to find the profile
!      feedback data files.  See '-fprofile-dir'.
! 
!      To optimize the program based on the collected profile information,
!      use '-fprofile-use'.  *Note Optimize Options::, for more
!      information.
  
! '-fprofile-update=METHOD'
  
       Alter the update method for an application instrumented for profile
       feedback based optimization.  The METHOD argument should be one of
!      'single', 'atomic' or 'prefer-atomic'.  The first one is useful for
!      single-threaded applications, while the second one prevents profile
!      corruption by emitting thread-safe code.
  
       *Warning:* When an application does not properly join all threads
       (or creates an detached thread), a profile file can be still
       corrupted.
  
!      Using 'prefer-atomic' would be transformed either to 'atomic', when
!      supported by a target, or to 'single' otherwise.  The GCC driver
!      automatically selects 'prefer-atomic' when '-pthread' is present in
!      the command line.
  
! '-fsanitize=address'
       Enable AddressSanitizer, a fast memory error detector.  Memory
       access instructions are instrumented to detect out-of-bounds and
       use-after-free bugs.  The option enables
!      '-fsanitize-address-use-after-scope'.  See
!      <https://github.com/google/sanitizers/wiki/AddressSanitizer> for
       more details.  The run-time behavior can be influenced using the
!      'ASAN_OPTIONS' environment variable.  When set to 'help=1', the
!      available options are shown at startup of the instrumented program.
!      See
!      <https://github.com/google/sanitizers/wiki/AddressSanitizerFlags#run-time-flags>
       for a list of supported options.  The option cannot be combined
!      with '-fsanitize=thread' and/or '-fcheck-pointer-bounds'.
  
! '-fsanitize=kernel-address'
       Enable AddressSanitizer for Linux kernel.  See
!      <https://github.com/google/kasan/wiki> for more details.  The
!      option cannot be combined with '-fcheck-pointer-bounds'.
  
! '-fsanitize=thread'
       Enable ThreadSanitizer, a fast data race detector.  Memory access
       instructions are instrumented to detect data race bugs.  See
!      <https://github.com/google/sanitizers/wiki#threadsanitizer> for
!      more details.  The run-time behavior can be influenced using the
!      'TSAN_OPTIONS' environment variable; see
!      <https://github.com/google/sanitizers/wiki/ThreadSanitizerFlags>
       for a list of supported options.  The option cannot be combined
!      with '-fsanitize=address', '-fsanitize=leak' and/or
!      '-fcheck-pointer-bounds'.
  
       Note that sanitized atomic builtins cannot throw exceptions when
       operating on invalid memory addresses with non-call exceptions
!      ('-fnon-call-exceptions').
  
! '-fsanitize=leak'
       Enable LeakSanitizer, a memory leak detector.  This option only
       matters for linking of executables and the executable is linked
!      against a library that overrides 'malloc' and other allocator
       functions.  See
!      <https://github.com/google/sanitizers/wiki/AddressSanitizerLeakSanitizer>
       for more details.  The run-time behavior can be influenced using
!      the 'LSAN_OPTIONS' environment variable.  The option cannot be
!      combined with '-fsanitize=thread'.
  
! '-fsanitize=undefined'
       Enable UndefinedBehaviorSanitizer, a fast undefined behavior
       detector.  Various computations are instrumented to detect
       undefined behavior at runtime.  Current suboptions are:
  
!      '-fsanitize=shift'
            This option enables checking that the result of a shift
            operation is not undefined.  Note that what exactly is
            considered undefined differs slightly between C and C++, as
            well as between ISO C90 and C99, etc.  This option has two
!           suboptions, '-fsanitize=shift-base' and
!           '-fsanitize=shift-exponent'.
  
!      '-fsanitize=shift-exponent'
            This option enables checking that the second argument of a
            shift operation is not negative and is smaller than the
            precision of the promoted first argument.
  
!      '-fsanitize=shift-base'
            If the second argument of a shift operation is within range,
            check that the result of a shift operation is not undefined.
            Note that what exactly is considered undefined differs
            slightly between C and C++, as well as between ISO C90 and
            C99, etc.
  
!      '-fsanitize=integer-divide-by-zero'
!           Detect integer division by zero as well as 'INT_MIN / -1'
            division.
  
!      '-fsanitize=unreachable'
            With this option, the compiler turns the
!           '__builtin_unreachable' call into a diagnostics message call
!           instead.  When reaching the '__builtin_unreachable' call, the
            behavior is undefined.
  
!      '-fsanitize=vla-bound'
!           This option instructs the compiler to check that the size of a
!           variable length array is positive.
  
!      '-fsanitize=null'
            This option enables pointer checking.  Particularly, the
            application built with this option turned on will issue an
            error message when it tries to dereference a NULL pointer, or
--- 9919,10132 ----
  other forms of tracing or function-level instrumentation for debug or
  program analysis purposes.
  
! `-p'
       Generate extra code to write profile information suitable for the
!      analysis program `prof'.  You must use this option when compiling
       the source files you want data about, and you must also use it when
       linking.
  
! `-pg'
       Generate extra code to write profile information suitable for the
!      analysis program `gprof'.  You must use this option when compiling
       the source files you want data about, and you must also use it when
       linking.
  
! `-fprofile-arcs'
       Add code so that program flow "arcs" are instrumented.  During
       execution the program records how many times each branch and call
       is executed and how many times it is taken or returns.  On targets
!      that support constructors with priority support, profiling
!      properly handles constructors, destructors and C++ constructors
!      (and destructors) of classes which are used as a type of a global
       variable.
  
       When the compiled program exits it saves this data to a file called
!      `AUXNAME.gcda' for each source file.  The data may be used for
!      profile-directed optimizations (`-fbranch-probabilities'), or for
!      test coverage analysis (`-ftest-coverage').  Each object file's
       AUXNAME is generated from the name of the output file, if
       explicitly specified and it is not the final executable, otherwise
!      it is the basename of the source file.  In both cases any suffix
!      is removed (e.g. `foo.gcda' for input file `dir/foo.c', or
!      `dir/foo.gcda' for output file specified as `-o dir/foo.o').
!      *Note Cross-profiling::.
  
+ `--coverage'
       This option is used to compile and link code instrumented for
!      coverage analysis.  The option is a synonym for `-fprofile-arcs'
!      `-ftest-coverage' (when compiling) and `-lgcov' (when linking).
       See the documentation for those options for more details.
  
!         * Compile the source files with `-fprofile-arcs' plus
            optimization and code generation options.  For test coverage
!           analysis, use the additional `-ftest-coverage' option.  You
!           do not need to profile every source file in a program.
  
!         * Link your object files with `-lgcov' or `-fprofile-arcs' (the
            latter implies the former).
  
          * Run the program on a representative workload to generate the
            arc profile information.  This may be repeated any number of
            times.  You can run concurrent instances of your program, and
!           provided that the file system supports locking, the data
!           files will be correctly updated.  Also `fork' calls are
!           detected and correctly handled (double counting will not
!           happen).
  
          * For profile-directed optimizations, compile the source files
            again with the same optimization and code generation options
!           plus `-fbranch-probabilities' (*note Options that Control
            Optimization: Optimize Options.).
  
!         * For test coverage analysis, use `gcov' to produce human
!           readable information from the `.gcno' and `.gcda' files.
!           Refer to the `gcov' documentation for further information.
  
! 
!      With `-fprofile-arcs', for each function of your program GCC
       creates a program flow graph, then finds a spanning tree for the
       graph.  Only arcs that are not on the spanning tree have to be
       instrumented: the compiler adds code to count the number of times
!      that these arcs are executed.  When an arc is the only exit or
!      only entrance to a block, the instrumentation code can be added to
!      the block; otherwise, a new basic block must be created to hold
!      the instrumentation code.
  
! `-ftest-coverage'
!      Produce a notes file that the `gcov' code-coverage utility (*note
!      `gcov'--a Test Coverage Program: Gcov.) can use to show program
!      coverage.  Each source file's note file is called `AUXNAME.gcno'.
!      Refer to the `-fprofile-arcs' option above for a description of
       AUXNAME and instructions on how to generate test coverage data.
       Coverage data matches the source files more closely if you do not
       optimize.
  
! `-fprofile-dir=PATH'
       Set the directory to search for the profile data files in to PATH.
       This option affects only the profile data generated by
!      `-fprofile-generate', `-ftest-coverage', `-fprofile-arcs' and used
!      by `-fprofile-use' and `-fbranch-probabilities' and its related
       options.  Both absolute and relative paths can be used.  By
       default, GCC uses the current directory as PATH, thus the profile
       data file appears in the same directory as the object file.
  
! `-fprofile-generate'
! `-fprofile-generate=PATH'
       Enable options usually used for instrumenting application to
       produce profile useful for later recompilation with profile
!      feedback based optimization.  You must use `-fprofile-generate'
       both when compiling and when linking your program.
  
!      The following options are enabled: `-fprofile-arcs',
!      `-fprofile-values', `-fvpt'.
  
       If PATH is specified, GCC looks at the PATH to find the profile
!      feedback data files. See `-fprofile-dir'.
  
!      To optimize the program based on the collected profile
!      information, use `-fprofile-use'.  *Note Optimize Options::, for
!      more information.
  
+ `-fprofile-update=METHOD'
       Alter the update method for an application instrumented for profile
       feedback based optimization.  The METHOD argument should be one of
!      `single', `atomic' or `prefer-atomic'.  The first one is useful
!      for single-threaded applications, while the second one prevents
!      profile corruption by emitting thread-safe code.
  
       *Warning:* When an application does not properly join all threads
       (or creates an detached thread), a profile file can be still
       corrupted.
  
!      Using `prefer-atomic' would be transformed either to `atomic',
!      when supported by a target, or to `single' otherwise.  The GCC
!      driver automatically selects `prefer-atomic' when `-pthread' is
!      present in the command line.
  
! `-fsanitize=address'
       Enable AddressSanitizer, a fast memory error detector.  Memory
       access instructions are instrumented to detect out-of-bounds and
       use-after-free bugs.  The option enables
!      `-fsanitize-address-use-after-scope'.  See
!      `https://github.com/google/sanitizers/wiki/AddressSanitizer' for
       more details.  The run-time behavior can be influenced using the
!      `ASAN_OPTIONS' environment variable.  When set to `help=1', the
!      available options are shown at startup of the instrumented
!      program.  See
!      `https://github.com/google/sanitizers/wiki/AddressSanitizerFlags#run-time-flags'
       for a list of supported options.  The option cannot be combined
!      with `-fsanitize=thread' and/or `-fcheck-pointer-bounds'.
  
! `-fsanitize=kernel-address'
       Enable AddressSanitizer for Linux kernel.  See
!      `https://github.com/google/kasan/wiki' for more details.  The
!      option cannot be combined with `-fcheck-pointer-bounds'.
  
! `-fsanitize=thread'
       Enable ThreadSanitizer, a fast data race detector.  Memory access
       instructions are instrumented to detect data race bugs.  See
!      `https://github.com/google/sanitizers/wiki#threadsanitizer' for
!      more details. The run-time behavior can be influenced using the
!      `TSAN_OPTIONS' environment variable; see
!      `https://github.com/google/sanitizers/wiki/ThreadSanitizerFlags'
       for a list of supported options.  The option cannot be combined
!      with `-fsanitize=address', `-fsanitize=leak' and/or
!      `-fcheck-pointer-bounds'.
  
       Note that sanitized atomic builtins cannot throw exceptions when
       operating on invalid memory addresses with non-call exceptions
!      (`-fnon-call-exceptions').
  
! `-fsanitize=leak'
       Enable LeakSanitizer, a memory leak detector.  This option only
       matters for linking of executables and the executable is linked
!      against a library that overrides `malloc' and other allocator
       functions.  See
!      `https://github.com/google/sanitizers/wiki/AddressSanitizerLeakSanitizer'
       for more details.  The run-time behavior can be influenced using
!      the `LSAN_OPTIONS' environment variable.  The option cannot be
!      combined with `-fsanitize=thread'.
  
! `-fsanitize=undefined'
       Enable UndefinedBehaviorSanitizer, a fast undefined behavior
       detector.  Various computations are instrumented to detect
       undefined behavior at runtime.  Current suboptions are:
  
!     `-fsanitize=shift'
            This option enables checking that the result of a shift
            operation is not undefined.  Note that what exactly is
            considered undefined differs slightly between C and C++, as
            well as between ISO C90 and C99, etc.  This option has two
!           suboptions, `-fsanitize=shift-base' and
!           `-fsanitize=shift-exponent'.
  
!     `-fsanitize=shift-exponent'
            This option enables checking that the second argument of a
            shift operation is not negative and is smaller than the
            precision of the promoted first argument.
  
!     `-fsanitize=shift-base'
            If the second argument of a shift operation is within range,
            check that the result of a shift operation is not undefined.
            Note that what exactly is considered undefined differs
            slightly between C and C++, as well as between ISO C90 and
            C99, etc.
  
!     `-fsanitize=integer-divide-by-zero'
!           Detect integer division by zero as well as `INT_MIN / -1'
            division.
  
!     `-fsanitize=unreachable'
            With this option, the compiler turns the
!           `__builtin_unreachable' call into a diagnostics message call
!           instead.  When reaching the `__builtin_unreachable' call, the
            behavior is undefined.
  
!     `-fsanitize=vla-bound'
!           This option instructs the compiler to check that the size of
!           a variable length array is positive.
  
!     `-fsanitize=null'
            This option enables pointer checking.  Particularly, the
            application built with this option turned on will issue an
            error message when it tries to dereference a NULL pointer, or
*************** program analysis purposes.
*** 10080,10407 ****
            NULL pointer, or if a method is invoked on an object pointed
            by a NULL pointer.
  
!      '-fsanitize=return'
!           This option enables return statement checking.  Programs built
!           with this option turned on will issue an error message when
!           the end of a non-void function is reached without actually
!           returning a value.  This option works in C++ only.
  
!      '-fsanitize=signed-integer-overflow'
            This option enables signed integer overflow checking.  We
!           check that the result of '+', '*', and both unary and binary
!           '-' does not overflow in the signed arithmetics.  Note,
            integer promotion rules must be taken into account.  That is,
            the following is not an overflow:
                 signed char a = SCHAR_MAX;
                 a++;
  
!      '-fsanitize=bounds'
            This option enables instrumentation of array bounds.  Various
            out of bounds accesses are detected.  Flexible array members,
            flexible array member-like arrays, and initializers of
            variables with static storage are not instrumented.  The
!           option cannot be combined with '-fcheck-pointer-bounds'.
  
!      '-fsanitize=bounds-strict'
            This option enables strict instrumentation of array bounds.
            Most out of bounds accesses are detected, including flexible
            array members and flexible array member-like arrays.
            Initializers of variables with static storage are not
            instrumented.  The option cannot be combined with
!           '-fcheck-pointer-bounds'.
! 
!      '-fsanitize=alignment'
  
            This option enables checking of alignment of pointers when
            they are dereferenced, or when a reference is bound to
!           insufficiently aligned target, or when a method or constructor
!           is invoked on insufficiently aligned object.
  
!      '-fsanitize=object-size'
!           This option enables instrumentation of memory references using
!           the '__builtin_object_size' function.  Various out of bounds
!           pointer accesses are detected.
  
!      '-fsanitize=float-divide-by-zero'
            Detect floating-point division by zero.  Unlike other similar
!           options, '-fsanitize=float-divide-by-zero' is not enabled by
!           '-fsanitize=undefined', since floating-point division by zero
            can be a legitimate way of obtaining infinities and NaNs.
  
!      '-fsanitize=float-cast-overflow'
            This option enables floating-point type to integer conversion
!           checking.  We check that the result of the conversion does not
!           overflow.  Unlike other similar options,
!           '-fsanitize=float-cast-overflow' is not enabled by
!           '-fsanitize=undefined'.  This option does not work well with
!           'FE_INVALID' exceptions enabled.
! 
!      '-fsanitize=nonnull-attribute'
! 
!           This option enables instrumentation of calls, checking whether
!           null values are not passed to arguments marked as requiring a
!           non-null value by the 'nonnull' function attribute.
  
!      '-fsanitize=returns-nonnull-attribute'
  
            This option enables instrumentation of return statements in
!           functions marked with 'returns_nonnull' function attribute, to
!           detect returning of null values from such functions.
! 
!      '-fsanitize=bool'
  
            This option enables instrumentation of loads from bool.  If a
            value other than 0/1 is loaded, a run-time error is issued.
  
!      '-fsanitize=enum'
! 
            This option enables instrumentation of loads from an enum
            type.  If a value outside the range of values for the enum
            type is loaded, a run-time error is issued.
  
!      '-fsanitize=vptr'
! 
            This option enables instrumentation of C++ member function
            calls, member accesses and some conversions between pointers
            to base and derived classes, to verify the referenced object
            has the correct dynamic type.
  
-      While '-ftrapv' causes traps for signed overflows to be emitted,
-      '-fsanitize=undefined' gives a diagnostic message.  This currently
-      works only for the C family of languages.
  
! '-fno-sanitize=all'
  
       This option disables all previously enabled sanitizers.
!      '-fsanitize=all' is not allowed, as some sanitizers cannot be used
       together.
  
! '-fasan-shadow-offset=NUMBER'
       This option forces GCC to use custom shadow offset in
       AddressSanitizer checks.  It is useful for experimenting with
       different shadow memory layouts in Kernel AddressSanitizer.
  
! '-fsanitize-sections=S1,S2,...'
       Sanitize global variables in selected user-defined sections.  SI
       may contain wildcards.
  
! '-fsanitize-recover[=OPTS]'
!      '-fsanitize-recover=' controls error recovery mode for sanitizers
       mentioned in comma-separated list of OPTS.  Enabling this option
       for a sanitizer component causes it to attempt to continue running
       the program as if no error happened.  This means multiple runtime
       errors can be reported in a single program run, and the exit code
       of the program may indicate success even when errors have been
!      reported.  The '-fno-sanitize-recover=' option can be used to alter
       this behavior: only the first detected error is reported and
       program then exits with a non-zero exit code.
  
!      Currently this feature only works for '-fsanitize=undefined' (and
!      its suboptions except for '-fsanitize=unreachable' and
!      '-fsanitize=return'), '-fsanitize=float-cast-overflow',
!      '-fsanitize=float-divide-by-zero', '-fsanitize=bounds-strict',
!      '-fsanitize=kernel-address' and '-fsanitize=address'.  For these
       sanitizers error recovery is turned on by default, except
!      '-fsanitize=address', for which this feature is experimental.
!      '-fsanitize-recover=all' and '-fno-sanitize-recover=all' is also
       accepted, the former enables recovery for all sanitizers that
       support it, the latter disables recovery for all sanitizers that
       support it.
  
!      Even if a recovery mode is turned on the compiler side, it needs to
!      be also enabled on the runtime library side, otherwise the failures
!      are still fatal.  The runtime library defaults to 'halt_on_error=0'
!      for ThreadSanitizer and UndefinedBehaviorSanitizer, while default
!      value for AddressSanitizer is 'halt_on_error=1'.  This can be
!      overridden through setting the 'halt_on_error' flag in the
!      corresponding environment variable.
  
       Syntax without an explicit OPTS parameter is deprecated.  It is
       equivalent to specifying an OPTS list of:
  
            undefined,float-cast-overflow,float-divide-by-zero,bounds-strict
  
! '-fsanitize-address-use-after-scope'
       Enable sanitization of local variables to detect use-after-scope
!      bugs.  The option sets '-fstack-reuse' to 'none'.
  
! '-fsanitize-undefined-trap-on-error'
!      The '-fsanitize-undefined-trap-on-error' option instructs the
!      compiler to report undefined behavior using '__builtin_trap' rather
!      than a 'libubsan' library routine.  The advantage of this is that
!      the 'libubsan' library is not needed and is not linked in, so this
!      is usable even in freestanding environments.
  
! '-fsanitize-coverage=trace-pc'
       Enable coverage-guided fuzzing code instrumentation.  Inserts a
!      call to '__sanitizer_cov_trace_pc' into every basic block.
  
! '-fbounds-check'
       For front ends that support it, generate additional code to check
       that indices used to access arrays are within the declared range.
       This is currently only supported by the Fortran front end, where
       this option defaults to false.
  
! '-fcheck-pointer-bounds'
       Enable Pointer Bounds Checker instrumentation.  Each memory
       reference is instrumented with checks of the pointer used for
       memory access against bounds associated with that pointer.
  
       Currently there is only an implementation for Intel MPX available,
!      thus x86 GNU/Linux target and '-mmpx' are required to enable this
       feature.  MPX-based instrumentation requires a runtime library to
       enable MPX in hardware and handle bounds violation signals.  By
!      default when '-fcheck-pointer-bounds' and '-mmpx' options are used
!      to link a program, the GCC driver links against the 'libmpx' and
!      'libmpxwrappers' libraries.  Bounds checking on calls to dynamic
!      libraries requires a linker with '-z bndplt' support; if GCC was
!      configured with a linker without support for this option (including
!      the Gold linker and older versions of ld), a warning is given if
!      you link with '-mmpx' without also specifying '-static', since the
!      overall effectiveness of the bounds checking protection is reduced.
!      See also '-static-libmpxwrappers'.
  
!      MPX-based instrumentation may be used for debugging and also may be
!      included in production code to increase program security.
       Depending on usage, you may have different requirements for the
!      runtime library.  The current version of the MPX runtime library is
!      more oriented for use as a debugging tool.  MPX runtime library
!      usage implies '-lpthread'.  See also '-static-libmpx'.  The runtime
!      library behavior can be influenced using various 'CHKP_RT_*'
!      environment variables.  See
!      <https://gcc.gnu.org/wiki/Intel%20MPX%20support%20in%20the%20GCC%20compiler>
       for more details.
  
!      Generated instrumentation may be controlled by various '-fchkp-*'
!      options and by the 'bnd_variable_size' structure field attribute
!      (*note Type Attributes::) and 'bnd_legacy', and 'bnd_instrument'
       function attributes (*note Function Attributes::).  GCC also
!      provides a number of built-in functions for controlling the Pointer
!      Bounds Checker.  *Note Pointer Bounds Checker builtins::, for more
!      information.
  
! '-fchkp-check-incomplete-type'
       Generate pointer bounds checks for variables with incomplete type.
       Enabled by default.
  
! '-fchkp-narrow-bounds'
       Controls bounds used by Pointer Bounds Checker for pointers to
!      object fields.  If narrowing is enabled then field bounds are used.
!      Otherwise object bounds are used.  See also
!      '-fchkp-narrow-to-innermost-array' and
!      '-fchkp-first-field-has-own-bounds'.  Enabled by default.
  
! '-fchkp-first-field-has-own-bounds'
       Forces Pointer Bounds Checker to use narrowed bounds for the
       address of the first field in the structure.  By default a pointer
       to the first field has the same bounds as a pointer to the whole
       structure.
  
! '-fchkp-flexible-struct-trailing-arrays'
       Forces Pointer Bounds Checker to treat all trailing arrays in
!      structures as possibly flexible.  By default only array fields with
!      zero length or that are marked with attribute bnd_variable_size are
!      treated as flexible.
  
! '-fchkp-narrow-to-innermost-array'
!      Forces Pointer Bounds Checker to use bounds of the innermost arrays
!      in case of nested static array access.  By default this option is
!      disabled and bounds of the outermost array are used.
  
! '-fchkp-optimize'
       Enables Pointer Bounds Checker optimizations.  Enabled by default
!      at optimization levels '-O', '-O2', '-O3'.
  
! '-fchkp-use-fast-string-functions'
!      Enables use of '*_nobnd' versions of string functions (not copying
       bounds) by Pointer Bounds Checker.  Disabled by default.
  
! '-fchkp-use-nochk-string-functions'
!      Enables use of '*_nochk' versions of string functions (not checking
!      bounds) by Pointer Bounds Checker.  Disabled by default.
  
! '-fchkp-use-static-bounds'
       Allow Pointer Bounds Checker to generate static bounds holding
       bounds of static variables.  Enabled by default.
  
! '-fchkp-use-static-const-bounds'
       Use statically-initialized bounds for constant bounds instead of
       generating them each time they are required.  By default enabled
!      when '-fchkp-use-static-bounds' is enabled.
  
! '-fchkp-treat-zero-dynamic-size-as-infinite'
       With this option, objects with incomplete type whose
       dynamically-obtained size is zero are treated as having infinite
!      size instead by Pointer Bounds Checker.  This option may be helpful
!      if a program is linked with a library missing size information for
!      some symbols.  Disabled by default.
  
! '-fchkp-check-read'
       Instructs Pointer Bounds Checker to generate checks for all read
       accesses to memory.  Enabled by default.
  
! '-fchkp-check-write'
       Instructs Pointer Bounds Checker to generate checks for all write
       accesses to memory.  Enabled by default.
  
! '-fchkp-store-bounds'
       Instructs Pointer Bounds Checker to generate bounds stores for
       pointer writes.  Enabled by default.
  
! '-fchkp-instrument-calls'
       Instructs Pointer Bounds Checker to pass pointer bounds to calls.
       Enabled by default.
  
! '-fchkp-instrument-marked-only'
       Instructs Pointer Bounds Checker to instrument only functions
!      marked with the 'bnd_instrument' attribute (*note Function
       Attributes::).  Disabled by default.
  
! '-fchkp-use-wrappers'
       Allows Pointer Bounds Checker to replace calls to built-in
       functions with calls to wrapper functions.  When
!      '-fchkp-use-wrappers' is used to link a program, the GCC driver
!      automatically links against 'libmpxwrappers'.  See also
!      '-static-libmpxwrappers'.  Enabled by default.
  
! '-fstack-protector'
       Emit extra code to check for buffer overflows, such as stack
       smashing attacks.  This is done by adding a guard variable to
       functions with vulnerable objects.  This includes functions that
!      call 'alloca', and functions with buffers larger than 8 bytes.  The
!      guards are initialized when a function is entered and then checked
!      when the function exits.  If a guard check fails, an error message
!      is printed and the program exits.
  
! '-fstack-protector-all'
!      Like '-fstack-protector' except that all functions are protected.
  
! '-fstack-protector-strong'
!      Like '-fstack-protector' but includes additional functions to be
       protected -- those that have local array definitions, or have
       references to local frame addresses.
  
! '-fstack-protector-explicit'
!      Like '-fstack-protector' but only protects those functions which
!      have the 'stack_protect' attribute.
  
! '-fstack-check'
       Generate code to verify that you do not go beyond the boundary of
       the stack.  You should specify this flag if you are running in an
       environment with multiple threads, but you only rarely need to
!      specify it in a single-threaded environment since stack overflow is
!      automatically detected on nearly all systems if there is only one
!      stack.
  
       Note that this switch does not actually cause checking to be done;
       the operating system or the language runtime must do that.  The
       switch causes generation of code to ensure that they see the stack
       being extended.
  
!      You can additionally specify a string parameter: 'no' means no
!      checking, 'generic' means force the use of old-style checking,
!      'specific' means use the best checking method and is equivalent to
!      bare '-fstack-check'.
  
       Old-style checking is a generic mechanism that requires no specific
       target support in the compiler but comes with the following
--- 10134,10457 ----
            NULL pointer, or if a method is invoked on an object pointed
            by a NULL pointer.
  
!     `-fsanitize=return'
!           This option enables return statement checking.  Programs
!           built with this option turned on will issue an error message
!           when the end of a non-void function is reached without
!           actually returning a value.  This option works in C++ only.
  
!     `-fsanitize=signed-integer-overflow'
            This option enables signed integer overflow checking.  We
!           check that the result of `+', `*', and both unary and binary
!           `-' does not overflow in the signed arithmetics.  Note,
            integer promotion rules must be taken into account.  That is,
            the following is not an overflow:
                 signed char a = SCHAR_MAX;
                 a++;
  
!     `-fsanitize=bounds'
            This option enables instrumentation of array bounds.  Various
            out of bounds accesses are detected.  Flexible array members,
            flexible array member-like arrays, and initializers of
            variables with static storage are not instrumented.  The
!           option cannot be combined with `-fcheck-pointer-bounds'.
  
!     `-fsanitize=bounds-strict'
            This option enables strict instrumentation of array bounds.
            Most out of bounds accesses are detected, including flexible
            array members and flexible array member-like arrays.
            Initializers of variables with static storage are not
            instrumented.  The option cannot be combined with
!           `-fcheck-pointer-bounds'.
  
+     `-fsanitize=alignment'
            This option enables checking of alignment of pointers when
            they are dereferenced, or when a reference is bound to
!           insufficiently aligned target, or when a method or
!           constructor is invoked on insufficiently aligned object.
  
!     `-fsanitize=object-size'
!           This option enables instrumentation of memory references
!           using the `__builtin_object_size' function.  Various out of
!           bounds pointer accesses are detected.
  
!     `-fsanitize=float-divide-by-zero'
            Detect floating-point division by zero.  Unlike other similar
!           options, `-fsanitize=float-divide-by-zero' is not enabled by
!           `-fsanitize=undefined', since floating-point division by zero
            can be a legitimate way of obtaining infinities and NaNs.
  
!     `-fsanitize=float-cast-overflow'
            This option enables floating-point type to integer conversion
!           checking.  We check that the result of the conversion does
!           not overflow.  Unlike other similar options,
!           `-fsanitize=float-cast-overflow' is not enabled by
!           `-fsanitize=undefined'.  This option does not work well with
!           `FE_INVALID' exceptions enabled.
  
!     `-fsanitize=nonnull-attribute'
!           This option enables instrumentation of calls, checking
!           whether null values are not passed to arguments marked as
!           requiring a non-null value by the `nonnull' function
!           attribute.
  
+     `-fsanitize=returns-nonnull-attribute'
            This option enables instrumentation of return statements in
!           functions marked with `returns_nonnull' function attribute,
!           to detect returning of null values from such functions.
  
+     `-fsanitize=bool'
            This option enables instrumentation of loads from bool.  If a
            value other than 0/1 is loaded, a run-time error is issued.
  
!     `-fsanitize=enum'
            This option enables instrumentation of loads from an enum
            type.  If a value outside the range of values for the enum
            type is loaded, a run-time error is issued.
  
!     `-fsanitize=vptr'
            This option enables instrumentation of C++ member function
            calls, member accesses and some conversions between pointers
            to base and derived classes, to verify the referenced object
            has the correct dynamic type.
  
  
!      While `-ftrapv' causes traps for signed overflows to be emitted,
!      `-fsanitize=undefined' gives a diagnostic message.  This currently
!      works only for the C family of languages.
  
+ `-fno-sanitize=all'
       This option disables all previously enabled sanitizers.
!      `-fsanitize=all' is not allowed, as some sanitizers cannot be used
       together.
  
! `-fasan-shadow-offset=NUMBER'
       This option forces GCC to use custom shadow offset in
       AddressSanitizer checks.  It is useful for experimenting with
       different shadow memory layouts in Kernel AddressSanitizer.
  
! `-fsanitize-sections=S1,S2,...'
       Sanitize global variables in selected user-defined sections.  SI
       may contain wildcards.
  
! `-fsanitize-recover[=OPTS]'
!      `-fsanitize-recover=' controls error recovery mode for sanitizers
       mentioned in comma-separated list of OPTS.  Enabling this option
       for a sanitizer component causes it to attempt to continue running
       the program as if no error happened.  This means multiple runtime
       errors can be reported in a single program run, and the exit code
       of the program may indicate success even when errors have been
!      reported.  The `-fno-sanitize-recover=' option can be used to alter
       this behavior: only the first detected error is reported and
       program then exits with a non-zero exit code.
  
!      Currently this feature only works for `-fsanitize=undefined' (and
!      its suboptions except for `-fsanitize=unreachable' and
!      `-fsanitize=return'), `-fsanitize=float-cast-overflow',
!      `-fsanitize=float-divide-by-zero', `-fsanitize=bounds-strict',
!      `-fsanitize=kernel-address' and `-fsanitize=address'.  For these
       sanitizers error recovery is turned on by default, except
!      `-fsanitize=address', for which this feature is experimental.
!      `-fsanitize-recover=all' and `-fno-sanitize-recover=all' is also
       accepted, the former enables recovery for all sanitizers that
       support it, the latter disables recovery for all sanitizers that
       support it.
  
!      Even if a recovery mode is turned on the compiler side, it needs
!      to be also enabled on the runtime library side, otherwise the
!      failures are still fatal.  The runtime library defaults to
!      `halt_on_error=0' for ThreadSanitizer and
!      UndefinedBehaviorSanitizer, while default value for
!      AddressSanitizer is `halt_on_error=1'. This can be overridden
!      through setting the `halt_on_error' flag in the corresponding
!      environment variable.
  
       Syntax without an explicit OPTS parameter is deprecated.  It is
       equivalent to specifying an OPTS list of:
  
            undefined,float-cast-overflow,float-divide-by-zero,bounds-strict
  
! `-fsanitize-address-use-after-scope'
       Enable sanitization of local variables to detect use-after-scope
!      bugs.  The option sets `-fstack-reuse' to `none'.
  
! `-fsanitize-undefined-trap-on-error'
!      The `-fsanitize-undefined-trap-on-error' option instructs the
!      compiler to report undefined behavior using `__builtin_trap'
!      rather than a `libubsan' library routine.  The advantage of this
!      is that the `libubsan' library is not needed and is not linked in,
!      so this is usable even in freestanding environments.
  
! `-fsanitize-coverage=trace-pc'
       Enable coverage-guided fuzzing code instrumentation.  Inserts a
!      call to `__sanitizer_cov_trace_pc' into every basic block.
  
! `-fbounds-check'
       For front ends that support it, generate additional code to check
       that indices used to access arrays are within the declared range.
       This is currently only supported by the Fortran front end, where
       this option defaults to false.
  
! `-fcheck-pointer-bounds'
       Enable Pointer Bounds Checker instrumentation.  Each memory
       reference is instrumented with checks of the pointer used for
       memory access against bounds associated with that pointer.
  
       Currently there is only an implementation for Intel MPX available,
!      thus x86 GNU/Linux target and `-mmpx' are required to enable this
       feature.  MPX-based instrumentation requires a runtime library to
       enable MPX in hardware and handle bounds violation signals.  By
!      default when `-fcheck-pointer-bounds' and `-mmpx' options are used
!      to link a program, the GCC driver links against the `libmpx' and
!      `libmpxwrappers' libraries.  Bounds checking on calls to dynamic
!      libraries requires a linker with `-z bndplt' support; if GCC was
!      configured with a linker without support for this option
!      (including the Gold linker and older versions of ld), a warning is
!      given if you link with `-mmpx' without also specifying `-static',
!      since the overall effectiveness of the bounds checking protection
!      is reduced.  See also `-static-libmpxwrappers'.
  
!      MPX-based instrumentation may be used for debugging and also may
!      be included in production code to increase program security.
       Depending on usage, you may have different requirements for the
!      runtime library.  The current version of the MPX runtime library
!      is more oriented for use as a debugging tool.  MPX runtime library
!      usage implies `-lpthread'.  See also `-static-libmpx'.  The
!      runtime library  behavior can be influenced using various
!      `CHKP_RT_*' environment variables.  See
!      `https://gcc.gnu.org/wiki/Intel%20MPX%20support%20in%20the%20GCC%20compiler'
       for more details.
  
!      Generated instrumentation may be controlled by various `-fchkp-*'
!      options and by the `bnd_variable_size' structure field attribute
!      (*note Type Attributes::) and `bnd_legacy', and `bnd_instrument'
       function attributes (*note Function Attributes::).  GCC also
!      provides a number of built-in functions for controlling the
!      Pointer Bounds Checker.  *Note Pointer Bounds Checker builtins::,
!      for more information.
  
! `-fchkp-check-incomplete-type'
       Generate pointer bounds checks for variables with incomplete type.
       Enabled by default.
  
! `-fchkp-narrow-bounds'
       Controls bounds used by Pointer Bounds Checker for pointers to
!      object fields.  If narrowing is enabled then field bounds are
!      used.  Otherwise object bounds are used.  See also
!      `-fchkp-narrow-to-innermost-array' and
!      `-fchkp-first-field-has-own-bounds'.  Enabled by default.
  
! `-fchkp-first-field-has-own-bounds'
       Forces Pointer Bounds Checker to use narrowed bounds for the
       address of the first field in the structure.  By default a pointer
       to the first field has the same bounds as a pointer to the whole
       structure.
  
! `-fchkp-flexible-struct-trailing-arrays'
       Forces Pointer Bounds Checker to treat all trailing arrays in
!      structures as possibly flexible.  By default only array fields
!      with zero length or that are marked with attribute
!      bnd_variable_size are treated as flexible.
  
! `-fchkp-narrow-to-innermost-array'
!      Forces Pointer Bounds Checker to use bounds of the innermost
!      arrays in case of nested static array access.  By default this
!      option is disabled and bounds of the outermost array are used.
  
! `-fchkp-optimize'
       Enables Pointer Bounds Checker optimizations.  Enabled by default
!      at optimization levels `-O', `-O2', `-O3'.
  
! `-fchkp-use-fast-string-functions'
!      Enables use of `*_nobnd' versions of string functions (not copying
       bounds) by Pointer Bounds Checker.  Disabled by default.
  
! `-fchkp-use-nochk-string-functions'
!      Enables use of `*_nochk' versions of string functions (not
!      checking bounds) by Pointer Bounds Checker.  Disabled by default.
  
! `-fchkp-use-static-bounds'
       Allow Pointer Bounds Checker to generate static bounds holding
       bounds of static variables.  Enabled by default.
  
! `-fchkp-use-static-const-bounds'
       Use statically-initialized bounds for constant bounds instead of
       generating them each time they are required.  By default enabled
!      when `-fchkp-use-static-bounds' is enabled.
  
! `-fchkp-treat-zero-dynamic-size-as-infinite'
       With this option, objects with incomplete type whose
       dynamically-obtained size is zero are treated as having infinite
!      size instead by Pointer Bounds Checker.  This option may be
!      helpful if a program is linked with a library missing size
!      information for some symbols.  Disabled by default.
  
! `-fchkp-check-read'
       Instructs Pointer Bounds Checker to generate checks for all read
       accesses to memory.  Enabled by default.
  
! `-fchkp-check-write'
       Instructs Pointer Bounds Checker to generate checks for all write
       accesses to memory.  Enabled by default.
  
! `-fchkp-store-bounds'
       Instructs Pointer Bounds Checker to generate bounds stores for
       pointer writes.  Enabled by default.
  
! `-fchkp-instrument-calls'
       Instructs Pointer Bounds Checker to pass pointer bounds to calls.
       Enabled by default.
  
! `-fchkp-instrument-marked-only'
       Instructs Pointer Bounds Checker to instrument only functions
!      marked with the `bnd_instrument' attribute (*note Function
       Attributes::).  Disabled by default.
  
! `-fchkp-use-wrappers'
       Allows Pointer Bounds Checker to replace calls to built-in
       functions with calls to wrapper functions.  When
!      `-fchkp-use-wrappers' is used to link a program, the GCC driver
!      automatically links against `libmpxwrappers'.  See also
!      `-static-libmpxwrappers'.  Enabled by default.
  
! `-fstack-protector'
       Emit extra code to check for buffer overflows, such as stack
       smashing attacks.  This is done by adding a guard variable to
       functions with vulnerable objects.  This includes functions that
!      call `alloca', and functions with buffers larger than 8 bytes.
!      The guards are initialized when a function is entered and then
!      checked when the function exits.  If a guard check fails, an error
!      message is printed and the program exits.
  
! `-fstack-protector-all'
!      Like `-fstack-protector' except that all functions are protected.
  
! `-fstack-protector-strong'
!      Like `-fstack-protector' but includes additional functions to be
       protected -- those that have local array definitions, or have
       references to local frame addresses.
  
! `-fstack-protector-explicit'
!      Like `-fstack-protector' but only protects those functions which
!      have the `stack_protect' attribute.
  
! `-fstack-check'
       Generate code to verify that you do not go beyond the boundary of
       the stack.  You should specify this flag if you are running in an
       environment with multiple threads, but you only rarely need to
!      specify it in a single-threaded environment since stack overflow
!      is automatically detected on nearly all systems if there is only
!      one stack.
  
       Note that this switch does not actually cause checking to be done;
       the operating system or the language runtime must do that.  The
       switch causes generation of code to ensure that they see the stack
       being extended.
  
!      You can additionally specify a string parameter: `no' means no
!      checking, `generic' means force the use of old-style checking,
!      `specific' means use the best checking method and is equivalent to
!      bare `-fstack-check'.
  
       Old-style checking is a generic mechanism that requires no specific
       target support in the compiler but comes with the following
*************** program analysis purposes.
*** 10411,10429 ****
            always allocated dynamically if their size exceeds a fixed
            threshold.
  
!        2. Fixed limit on the size of the static frame of functions: when
!           it is topped by a particular function, stack checking is not
!           reliable and a warning is issued by the compiler.
  
!        3. Inefficiency: because of both the modified allocation strategy
!           and the generic implementation, code performance is hampered.
  
       Note that old-style stack checking is also the fallback method for
!      'specific' if no target support has been added in the compiler.
  
! '-fstack-limit-register=REG'
! '-fstack-limit-symbol=SYM'
! '-fno-stack-limit'
       Generate code to ensure that the stack does not grow beyond a
       certain value, either the value of a register or the address of a
       symbol.  If a larger stack is required, a signal is raised at run
--- 10461,10480 ----
            always allocated dynamically if their size exceeds a fixed
            threshold.
  
!        2. Fixed limit on the size of the static frame of functions:
!           when it is topped by a particular function, stack checking is
!           not reliable and a warning is issued by the compiler.
  
!        3. Inefficiency: because of both the modified allocation
!           strategy and the generic implementation, code performance is
!           hampered.
  
       Note that old-style stack checking is also the fallback method for
!      `specific' if no target support has been added in the compiler.
  
! `-fstack-limit-register=REG'
! `-fstack-limit-symbol=SYM'
! `-fno-stack-limit'
       Generate code to ensure that the stack does not grow beyond a
       certain value, either the value of a register or the address of a
       symbol.  If a larger stack is required, a signal is raised at run
*************** program analysis purposes.
*** 10431,10446 ****
       overruns the boundary, so it is possible to catch the signal
       without taking special precautions.
  
!      For instance, if the stack starts at absolute address '0x80000000'
       and grows downwards, you can use the flags
!      '-fstack-limit-symbol=__stack_limit' and
!      '-Wl,--defsym,__stack_limit=0x7ffe0000' to enforce a stack limit of
!      128KB.  Note that this may only work with the GNU linker.
  
       You can locally override stack limit checking by using the
!      'no_stack_limit' function attribute (*note Function Attributes::).
  
! '-fsplit-stack'
       Generate code to automatically split the stack before it overflows.
       The resulting program has a discontiguous stack which can only
       overflow if the program is unable to allocate any more memory.
--- 10482,10497 ----
       overruns the boundary, so it is possible to catch the signal
       without taking special precautions.
  
!      For instance, if the stack starts at absolute address `0x80000000'
       and grows downwards, you can use the flags
!      `-fstack-limit-symbol=__stack_limit' and
!      `-Wl,--defsym,__stack_limit=0x7ffe0000' to enforce a stack limit
!      of 128KB.  Note that this may only work with the GNU linker.
  
       You can locally override stack limit checking by using the
!      `no_stack_limit' function attribute (*note Function Attributes::).
  
! `-fsplit-stack'
       Generate code to automatically split the stack before it overflows.
       The resulting program has a discontiguous stack which can only
       overflow if the program is unable to allocate any more memory.
*************** program analysis purposes.
*** 10449,10522 ****
       thread.  This is currently only implemented for the x86 targets
       running GNU/Linux.
  
!      When code compiled with '-fsplit-stack' calls code compiled without
!      '-fsplit-stack', there may not be much stack space available for
!      the latter code to run.  If compiling all code, including library
!      code, with '-fsplit-stack' is not an option, then the linker can
!      fix up these calls so that the code compiled without
!      '-fsplit-stack' always has a large stack.  Support for this is
!      implemented in the gold linker in GNU binutils release 2.21 and
!      later.
  
! '-fvtable-verify=[std|preinit|none]'
!      This option is only available when compiling C++ code.  It turns on
!      (or off, if using '-fvtable-verify=none') the security feature that
!      verifies at run time, for every virtual call, that the vtable
!      pointer through which the call is made is valid for the type of the
!      object, and has not been corrupted or overwritten.  If an invalid
!      vtable pointer is detected at run time, an error is reported and
!      execution of the program is immediately halted.
  
       This option causes run-time data structures to be built at program
       startup, which are used for verifying the vtable pointers.  The
!      options 'std' and 'preinit' control the timing of when these data
       structures are built.  In both cases the data structures are built
!      before execution reaches 'main'.  Using '-fvtable-verify=std'
       causes the data structures to be built after shared libraries have
!      been loaded and initialized.  '-fvtable-verify=preinit' causes them
!      to be built before shared libraries have been loaded and
       initialized.
  
       If this option appears multiple times in the command line with
!      different values specified, 'none' takes highest priority over both
!      'std' and 'preinit'; 'preinit' takes priority over 'std'.
  
! '-fvtv-debug'
!      When used in conjunction with '-fvtable-verify=std' or
!      '-fvtable-verify=preinit', causes debug versions of the runtime
       functions for the vtable verification feature to be called.  This
!      flag also causes the compiler to log information about which vtable
!      pointers it finds for each class.  This information is written to a
!      file named 'vtv_set_ptr_data.log' in the directory named by the
!      environment variable 'VTV_LOGS_DIR' if that is defined or the
!      current working directory otherwise.
  
!      Note: This feature _appends_ data to the log file.  If you want a
       fresh log file, be sure to delete any existing one.
  
! '-fvtv-counts'
       This is a debugging flag.  When used in conjunction with
!      '-fvtable-verify=std' or '-fvtable-verify=preinit', this causes the
!      compiler to keep track of the total number of virtual calls it
       encounters and the number of verifications it inserts.  It also
       counts the number of calls to certain run-time library functions
       that it inserts and logs this information for each compilation
       unit.  The compiler writes this information to a file named
!      'vtv_count_data.log' in the directory named by the environment
!      variable 'VTV_LOGS_DIR' if that is defined or the current working
!      directory otherwise.  It also counts the size of the vtable pointer
!      sets for each class, and writes this information to
!      'vtv_class_set_sizes.log' in the same directory.
  
!      Note: This feature _appends_ data to the log files.  To get fresh
       log files, be sure to delete any existing ones.
  
! '-finstrument-functions'
       Generate instrumentation calls for entry and exit to functions.
       Just after function entry and just before function exit, the
       following profiling functions are called with the address of the
       current function and its call site.  (On some platforms,
!      '__builtin_return_address' does not work beyond the current
       function, so the call site information may not be available to the
       profiling functions otherwise.)
  
--- 10500,10573 ----
       thread.  This is currently only implemented for the x86 targets
       running GNU/Linux.
  
!      When code compiled with `-fsplit-stack' calls code compiled
!      without `-fsplit-stack', there may not be much stack space
!      available for the latter code to run.  If compiling all code,
!      including library code, with `-fsplit-stack' is not an option,
!      then the linker can fix up these calls so that the code compiled
!      without `-fsplit-stack' always has a large stack.  Support for
!      this is implemented in the gold linker in GNU binutils release 2.21
!      and later.
  
! `-fvtable-verify=[std|preinit|none]'
!      This option is only available when compiling C++ code.  It turns
!      on (or off, if using `-fvtable-verify=none') the security feature
!      that verifies at run time, for every virtual call, that the vtable
!      pointer through which the call is made is valid for the type of
!      the object, and has not been corrupted or overwritten.  If an
!      invalid vtable pointer is detected at run time, an error is
!      reported and execution of the program is immediately halted.
  
       This option causes run-time data structures to be built at program
       startup, which are used for verifying the vtable pointers.  The
!      options `std' and `preinit' control the timing of when these data
       structures are built.  In both cases the data structures are built
!      before execution reaches `main'.  Using `-fvtable-verify=std'
       causes the data structures to be built after shared libraries have
!      been loaded and initialized.  `-fvtable-verify=preinit' causes
!      them to be built before shared libraries have been loaded and
       initialized.
  
       If this option appears multiple times in the command line with
!      different values specified, `none' takes highest priority over
!      both `std' and `preinit'; `preinit' takes priority over `std'.
  
! `-fvtv-debug'
!      When used in conjunction with `-fvtable-verify=std' or
!      `-fvtable-verify=preinit', causes debug versions of the runtime
       functions for the vtable verification feature to be called.  This
!      flag also causes the compiler to log information about which
!      vtable pointers it finds for each class.  This information is
!      written to a file named `vtv_set_ptr_data.log' in the directory
!      named by the environment variable `VTV_LOGS_DIR' if that is
!      defined or the current working directory otherwise.
  
!      Note:  This feature _appends_ data to the log file. If you want a
       fresh log file, be sure to delete any existing one.
  
! `-fvtv-counts'
       This is a debugging flag.  When used in conjunction with
!      `-fvtable-verify=std' or `-fvtable-verify=preinit', this causes
!      the compiler to keep track of the total number of virtual calls it
       encounters and the number of verifications it inserts.  It also
       counts the number of calls to certain run-time library functions
       that it inserts and logs this information for each compilation
       unit.  The compiler writes this information to a file named
!      `vtv_count_data.log' in the directory named by the environment
!      variable `VTV_LOGS_DIR' if that is defined or the current working
!      directory otherwise.  It also counts the size of the vtable
!      pointer sets for each class, and writes this information to
!      `vtv_class_set_sizes.log' in the same directory.
  
!      Note:  This feature _appends_ data to the log files.  To get fresh
       log files, be sure to delete any existing ones.
  
! `-finstrument-functions'
       Generate instrumentation calls for entry and exit to functions.
       Just after function entry and just before function exit, the
       following profiling functions are called with the address of the
       current function and its call site.  (On some platforms,
!      `__builtin_return_address' does not work beyond the current
       function, so the call site information may not be available to the
       profiling functions otherwise.)
  
*************** program analysis purposes.
*** 10529,10555 ****
       function, which may be looked up exactly in the symbol table.
  
       This instrumentation is also done for functions expanded inline in
!      other functions.  The profiling calls indicate where, conceptually,
!      the inline function is entered and exited.  This means that
!      addressable versions of such functions must be available.  If all
!      your uses of a function are expanded inline, this may mean an
!      additional expansion of code size.  If you use 'extern inline' in
!      your C code, an addressable version of such functions must be
!      provided.  (This is normally the case anyway, but if you get lucky
!      and the optimizer always expands the functions inline, you might
!      have gotten away without providing static copies.)
  
!      A function may be given the attribute 'no_instrument_function', in
       which case this instrumentation is not done.  This can be used, for
       example, for the profiling functions listed above, high-priority
       interrupt routines, and any functions from which the profiling
       functions cannot safely be called (perhaps signal handlers, if the
       profiling routines generate output or allocate memory).
  
! '-finstrument-functions-exclude-file-list=FILE,FILE,...'
! 
       Set the list of functions that are excluded from instrumentation
!      (see the description of '-finstrument-functions').  If the file
       that contains a function definition matches with one of FILE, then
       that function is not instrumented.  The match is done on
       substrings: if the FILE parameter is a substring of the file name,
--- 10580,10606 ----
       function, which may be looked up exactly in the symbol table.
  
       This instrumentation is also done for functions expanded inline in
!      other functions.  The profiling calls indicate where,
!      conceptually, the inline function is entered and exited.  This
!      means that addressable versions of such functions must be
!      available.  If all your uses of a function are expanded inline,
!      this may mean an additional expansion of code size.  If you use
!      `extern inline' in your C code, an addressable version of such
!      functions must be provided.  (This is normally the case anyway,
!      but if you get lucky and the optimizer always expands the
!      functions inline, you might have gotten away without providing
!      static copies.)
  
!      A function may be given the attribute `no_instrument_function', in
       which case this instrumentation is not done.  This can be used, for
       example, for the profiling functions listed above, high-priority
       interrupt routines, and any functions from which the profiling
       functions cannot safely be called (perhaps signal handlers, if the
       profiling routines generate output or allocate memory).
  
! `-finstrument-functions-exclude-file-list=FILE,FILE,...'
       Set the list of functions that are excluded from instrumentation
!      (see the description of `-finstrument-functions').  If the file
       that contains a function definition matches with one of FILE, then
       that function is not instrumented.  The match is done on
       substrings: if the FILE parameter is a substring of the file name,
*************** program analysis purposes.
*** 10560,10583 ****
            -finstrument-functions-exclude-file-list=/bits/stl,include/sys
  
       excludes any inline function defined in files whose pathnames
!      contain '/bits/stl' or 'include/sys'.
  
!      If, for some reason, you want to include letter ',' in one of SYM,
!      write '\,'.  For example,
!      '-finstrument-functions-exclude-file-list='\,\,tmp'' (note the
       single quote surrounding the option).
  
! '-finstrument-functions-exclude-function-list=SYM,SYM,...'
! 
!      This is similar to '-finstrument-functions-exclude-file-list', but
       this option sets the list of function names to be excluded from
       instrumentation.  The function name to be matched is its
!      user-visible name, such as 'vector<int> blah(const vector<int> &)',
!      not the internal mangled name (e.g., '_Z4blahRSt6vectorIiSaIiEE').
!      The match is done on substrings: if the SYM parameter is a
!      substring of the function name, it is considered to be a match.
!      For C99 and C++ extended identifiers, the function name must be
!      given in UTF-8, not using universal character names.
  
  
  File: gcc.info,  Node: Preprocessor Options,  Next: Assembler Options,  Prev: Instrumentation Options,  Up: Invoking GCC
--- 10611,10635 ----
            -finstrument-functions-exclude-file-list=/bits/stl,include/sys
  
       excludes any inline function defined in files whose pathnames
!      contain `/bits/stl' or `include/sys'.
  
!      If, for some reason, you want to include letter `,' in one of SYM,
!      write `\,'. For example,
!      `-finstrument-functions-exclude-file-list='\,\,tmp'' (note the
       single quote surrounding the option).
  
! `-finstrument-functions-exclude-function-list=SYM,SYM,...'
!      This is similar to `-finstrument-functions-exclude-file-list', but
       this option sets the list of function names to be excluded from
       instrumentation.  The function name to be matched is its
!      user-visible name, such as `vector<int> blah(const vector<int>
!      &)', not the internal mangled name (e.g.,
!      `_Z4blahRSt6vectorIiSaIiEE').  The match is done on substrings: if
!      the SYM parameter is a substring of the function name, it is
!      considered to be a match.  For C99 and C++ extended identifiers,
!      the function name must be given in UTF-8, not using universal
!      character names.
! 
  
  
  File: gcc.info,  Node: Preprocessor Options,  Next: Assembler Options,  Prev: Instrumentation Options,  Up: Invoking GCC
*************** File: gcc.info,  Node: Preprocessor Opti
*** 10588,10608 ****
  These options control the C preprocessor, which is run on each C source
  file before actual compilation.
  
!  If you use the '-E' option, nothing is done except preprocessing.  Some
! of these options make sense only together with '-E' because they cause
! the preprocessor output to be unsuitable for actual compilation.
  
   In addition to the options listed here, there are a number of options
  to control search paths for include files documented in *note Directory
  Options::.  Options to control preprocessor diagnostics are listed in
  *note Warning Options::.
  
! '-D NAME'
!      Predefine NAME as a macro, with definition '1'.
  
! '-D NAME=DEFINITION'
       The contents of DEFINITION are tokenized and processed as if they
!      appeared during translation phase three in a '#define' directive.
       In particular, the definition is truncated by embedded newline
       characters.
  
--- 10640,10660 ----
  These options control the C preprocessor, which is run on each C source
  file before actual compilation.
  
!  If you use the `-E' option, nothing is done except preprocessing.
! Some of these options make sense only together with `-E' because they
! cause the preprocessor output to be unsuitable for actual compilation.
  
   In addition to the options listed here, there are a number of options
  to control search paths for include files documented in *note Directory
  Options::.  Options to control preprocessor diagnostics are listed in
  *note Warning Options::.
  
! `-D NAME'
!      Predefine NAME as a macro, with definition `1'.
  
! `-D NAME=DEFINITION'
       The contents of DEFINITION are tokenized and processed as if they
!      appeared during translation phase three in a `#define' directive.
       In particular, the definition is truncated by embedded newline
       characters.
  
*************** Options::.  Options to control preproces
*** 10613,10718 ****
       If you wish to define a function-like macro on the command line,
       write its argument list with surrounding parentheses before the
       equals sign (if any).  Parentheses are meaningful to most shells,
!      so you should quote the option.  With 'sh' and 'csh',
!      '-D'NAME(ARGS...)=DEFINITION'' works.
  
!      '-D' and '-U' options are processed in the order they are given on
!      the command line.  All '-imacros FILE' and '-include FILE' options
!      are processed after all '-D' and '-U' options.
  
! '-U NAME'
!      Cancel any previous definition of NAME, either built in or provided
!      with a '-D' option.
  
! '-include FILE'
!      Process FILE as if '#include "file"' appeared as the first line of
!      the primary source file.  However, the first directory searched for
!      FILE is the preprocessor's working directory _instead of_ the
       directory containing the main source file.  If not found there, it
!      is searched for in the remainder of the '#include "..."' search
       chain as normal.
  
!      If multiple '-include' options are given, the files are included in
!      the order they appear on the command line.
  
! '-imacros FILE'
!      Exactly like '-include', except that any output produced by
       scanning FILE is thrown away.  Macros it defines remain defined.
       This allows you to acquire all the macros from a header without
       also processing its declarations.
  
!      All files specified by '-imacros' are processed before all files
!      specified by '-include'.
  
! '-undef'
       Do not predefine any system-specific or GCC-specific macros.  The
       standard predefined macros remain defined.
  
! '-pthread'
       Define additional macros required for using the POSIX threads
       library.  You should use this option consistently for both
       compilation and linking.  This option is supported on GNU/Linux
       targets, most other Unix derivatives, and also on x86 Cygwin and
       MinGW targets.
  
! '-M'
       Instead of outputting the result of preprocessing, output a rule
!      suitable for 'make' describing the dependencies of the main source
!      file.  The preprocessor outputs one 'make' rule containing the
       object file name for that source file, a colon, and the names of
!      all the included files, including those coming from '-include' or
!      '-imacros' command-line options.
  
!      Unless specified explicitly (with '-MT' or '-MQ'), the object file
       name consists of the name of the source file with any suffix
       replaced with object file suffix and with any leading directory
       parts removed.  If there are many included files then the rule is
!      split into several lines using '\'-newline.  The rule has no
       commands.
  
!      This option does not suppress the preprocessor's debug output, such
!      as '-dM'.  To avoid mixing such debug output with the dependency
!      rules you should explicitly specify the dependency output file with
!      '-MF', or use an environment variable like 'DEPENDENCIES_OUTPUT'
!      (*note Environment Variables::).  Debug output is still sent to the
!      regular output stream as normal.
  
!      Passing '-M' to the driver implies '-E', and suppresses warnings
!      with an implicit '-w'.
  
! '-MM'
!      Like '-M' but do not mention header files that are found in system
!      header directories, nor header files that are included, directly or
!      indirectly, from such a header.
  
       This implies that the choice of angle brackets or double quotes in
!      an '#include' directive does not in itself determine whether that
!      header appears in '-MM' dependency output.
  
! '-MF FILE'
!      When used with '-M' or '-MM', specifies a file to write the
!      dependencies to.  If no '-MF' switch is given the preprocessor
       sends the rules to the same place it would send preprocessed
       output.
  
!      When used with the driver options '-MD' or '-MMD', '-MF' overrides
       the default dependency output file.
  
! '-MG'
!      In conjunction with an option such as '-M' requesting dependency
!      generation, '-MG' assumes missing header files are generated files
!      and adds them to the dependency list without raising an error.  The
!      dependency filename is taken directly from the '#include' directive
!      without prepending any path.  '-MG' also suppresses preprocessed
!      output, as a missing header file renders this useless.
  
       This feature is used in automatic updating of makefiles.
  
! '-MP'
       This option instructs CPP to add a phony target for each dependency
       other than the main file, causing each to depend on nothing.  These
!      dummy rules work around errors 'make' gives if you remove header
!      files without updating the 'Makefile' to match.
  
       This is typical output:
  
--- 10665,10770 ----
       If you wish to define a function-like macro on the command line,
       write its argument list with surrounding parentheses before the
       equals sign (if any).  Parentheses are meaningful to most shells,
!      so you should quote the option.  With `sh' and `csh',
!      `-D'NAME(ARGS...)=DEFINITION'' works.
  
!      `-D' and `-U' options are processed in the order they are given on
!      the command line.  All `-imacros FILE' and `-include FILE' options
!      are processed after all `-D' and `-U' options.
  
! `-U NAME'
!      Cancel any previous definition of NAME, either built in or
!      provided with a `-D' option.
  
! `-include FILE'
!      Process FILE as if `#include "file"' appeared as the first line of
!      the primary source file.  However, the first directory searched
!      for FILE is the preprocessor's working directory _instead of_ the
       directory containing the main source file.  If not found there, it
!      is searched for in the remainder of the `#include "..."' search
       chain as normal.
  
!      If multiple `-include' options are given, the files are included
!      in the order they appear on the command line.
  
! `-imacros FILE'
!      Exactly like `-include', except that any output produced by
       scanning FILE is thrown away.  Macros it defines remain defined.
       This allows you to acquire all the macros from a header without
       also processing its declarations.
  
!      All files specified by `-imacros' are processed before all files
!      specified by `-include'.
  
! `-undef'
       Do not predefine any system-specific or GCC-specific macros.  The
       standard predefined macros remain defined.
  
! `-pthread'
       Define additional macros required for using the POSIX threads
       library.  You should use this option consistently for both
       compilation and linking.  This option is supported on GNU/Linux
       targets, most other Unix derivatives, and also on x86 Cygwin and
       MinGW targets.
  
! `-M'
       Instead of outputting the result of preprocessing, output a rule
!      suitable for `make' describing the dependencies of the main source
!      file.  The preprocessor outputs one `make' rule containing the
       object file name for that source file, a colon, and the names of
!      all the included files, including those coming from `-include' or
!      `-imacros' command-line options.
  
!      Unless specified explicitly (with `-MT' or `-MQ'), the object file
       name consists of the name of the source file with any suffix
       replaced with object file suffix and with any leading directory
       parts removed.  If there are many included files then the rule is
!      split into several lines using `\'-newline.  The rule has no
       commands.
  
!      This option does not suppress the preprocessor's debug output,
!      such as `-dM'.  To avoid mixing such debug output with the
!      dependency rules you should explicitly specify the dependency
!      output file with `-MF', or use an environment variable like
!      `DEPENDENCIES_OUTPUT' (*note Environment Variables::).  Debug
!      output is still sent to the regular output stream as normal.
  
!      Passing `-M' to the driver implies `-E', and suppresses warnings
!      with an implicit `-w'.
  
! `-MM'
!      Like `-M' but do not mention header files that are found in system
!      header directories, nor header files that are included, directly
!      or indirectly, from such a header.
  
       This implies that the choice of angle brackets or double quotes in
!      an `#include' directive does not in itself determine whether that
!      header appears in `-MM' dependency output.
  
! `-MF FILE'
!      When used with `-M' or `-MM', specifies a file to write the
!      dependencies to.  If no `-MF' switch is given the preprocessor
       sends the rules to the same place it would send preprocessed
       output.
  
!      When used with the driver options `-MD' or `-MMD', `-MF' overrides
       the default dependency output file.
  
! `-MG'
!      In conjunction with an option such as `-M' requesting dependency
!      generation, `-MG' assumes missing header files are generated files
!      and adds them to the dependency list without raising an error.
!      The dependency filename is taken directly from the `#include'
!      directive without prepending any path.  `-MG' also suppresses
!      preprocessed output, as a missing header file renders this useless.
  
       This feature is used in automatic updating of makefiles.
  
! `-MP'
       This option instructs CPP to add a phony target for each dependency
       other than the main file, causing each to depend on nothing.  These
!      dummy rules work around errors `make' gives if you remove header
!      files without updating the `Makefile' to match.
  
       This is typical output:
  
*************** Options::.  Options to control preproces
*** 10720,10887 ****
  
            test.h:
  
! '-MT TARGET'
! 
       Change the target of the rule emitted by dependency generation.  By
       default CPP takes the name of the main input file, deletes any
!      directory components and any file suffix such as '.c', and appends
       the platform's usual object suffix.  The result is the target.
  
!      An '-MT' option sets the target to be exactly the string you
       specify.  If you want multiple targets, you can specify them as a
!      single argument to '-MT', or use multiple '-MT' options.
  
!      For example, '-MT '$(objpfx)foo.o'' might give
  
            $(objpfx)foo.o: foo.c
  
! '-MQ TARGET'
! 
!      Same as '-MT', but it quotes any characters which are special to
!      Make.  '-MQ '$(objpfx)foo.o'' gives
  
            $$(objpfx)foo.o: foo.c
  
       The default target is automatically quoted, as if it were given
!      with '-MQ'.
  
! '-MD'
!      '-MD' is equivalent to '-M -MF FILE', except that '-E' is not
!      implied.  The driver determines FILE based on whether an '-o'
!      option is given.  If it is, the driver uses its argument but with a
!      suffix of '.d', otherwise it takes the name of the input file,
!      removes any directory components and suffix, and applies a '.d'
       suffix.
  
!      If '-MD' is used in conjunction with '-E', any '-o' switch is
       understood to specify the dependency output file (*note -MF:
!      dashMF.), but if used without '-E', each '-o' is understood to
       specify a target object file.
  
!      Since '-E' is not implied, '-MD' can be used to generate a
       dependency output file as a side-effect of the compilation process.
  
! '-MMD'
!      Like '-MD' except mention only user header files, not system header
!      files.
  
! '-fpreprocessed'
       Indicate to the preprocessor that the input file has already been
       preprocessed.  This suppresses things like macro expansion,
       trigraph conversion, escaped newline splicing, and processing of
       most directives.  The preprocessor still recognizes and removes
!      comments, so that you can pass a file preprocessed with '-C' to the
!      compiler without problems.  In this mode the integrated
       preprocessor is little more than a tokenizer for the front ends.
  
!      '-fpreprocessed' is implicit if the input file has one of the
!      extensions '.i', '.ii' or '.mi'.  These are the extensions that GCC
!      uses for preprocessed files created by '-save-temps'.
  
! '-fdirectives-only'
       When preprocessing, handle directives, but do not expand macros.
  
!      The option's behavior depends on the '-E' and '-fpreprocessed'
       options.
  
!      With '-E', preprocessing is limited to the handling of directives
!      such as '#define', '#ifdef', and '#error'.  Other preprocessor
!      operations, such as macro expansion and trigraph conversion are not
!      performed.  In addition, the '-dD' option is implicitly enabled.
  
!      With '-fpreprocessed', predefinition of command line and most
!      builtin macros is disabled.  Macros such as '__LINE__', which are
       contextually dependent, are handled normally.  This enables
!      compilation of files previously preprocessed with '-E
       -fdirectives-only'.
  
!      With both '-E' and '-fpreprocessed', the rules for '-fpreprocessed'
!      take precedence.  This enables full preprocessing of files
!      previously preprocessed with '-E -fdirectives-only'.
  
! '-fdollars-in-identifiers'
!      Accept '$' in identifiers.
  
! '-fextended-identifiers'
       Accept universal character names in identifiers.  This option is
       enabled by default for C99 (and later C standard versions) and C++.
  
! '-fno-canonical-system-headers'
       When preprocessing, do not shorten system header paths with
       canonicalization.
  
! '-ftabstop=WIDTH'
       Set the distance between tab stops.  This helps the preprocessor
       report correct column numbers in warnings or errors, even if tabs
       appear on the line.  If the value is less than 1 or greater than
       100, the option is ignored.  The default is 8.
  
! '-ftrack-macro-expansion[=LEVEL]'
!      Track locations of tokens across macro expansions.  This allows the
       compiler to emit diagnostic about the current macro expansion stack
!      when a compilation error occurs in a macro expansion.  Using this
!      option makes the preprocessor and the compiler consume more memory.
!      The LEVEL parameter can be used to choose the level of precision of
!      token location tracking thus decreasing the memory consumption if
!      necessary.  Value '0' of LEVEL de-activates this option.  Value '1'
!      tracks tokens locations in a degraded mode for the sake of minimal
!      memory overhead.  In this mode all tokens resulting from the
!      expansion of an argument of a function-like macro have the same
!      location.  Value '2' tracks tokens locations completely.  This
!      value is the most memory hungry.  When this option is given no
!      argument, the default parameter value is '2'.
  
!      Note that '-ftrack-macro-expansion=2' is activated by default.
  
! '-fexec-charset=CHARSET'
       Set the execution character set, used for string and character
       constants.  The default is UTF-8.  CHARSET can be any encoding
!      supported by the system's 'iconv' library routine.
  
! '-fwide-exec-charset=CHARSET'
       Set the wide execution character set, used for wide string and
       character constants.  The default is UTF-32 or UTF-16, whichever
!      corresponds to the width of 'wchar_t'.  As with '-fexec-charset',
!      CHARSET can be any encoding supported by the system's 'iconv'
       library routine; however, you will have problems with encodings
!      that do not fit exactly in 'wchar_t'.
  
! '-finput-charset=CHARSET'
       Set the input character set, used for translation from the
!      character set of the input file to the source character set used by
!      GCC.  If the locale does not specify, or GCC cannot get this
       information from the locale, the default is UTF-8.  This can be
       overridden by either the locale or this command-line option.
       Currently the command-line option takes precedence if there's a
       conflict.  CHARSET can be any encoding supported by the system's
!      'iconv' library routine.
  
! '-fpch-deps'
       When using precompiled headers (*note Precompiled Headers::), this
!      flag causes the dependency-output flags to also list the files from
!      the precompiled header's dependencies.  If not specified, only the
!      precompiled header are listed and not the files that were used to
!      create it, because those files are not consulted when a precompiled
!      header is used.
  
! '-fpch-preprocess'
       This option allows use of a precompiled header (*note Precompiled
!      Headers::) together with '-E'.  It inserts a special '#pragma',
!      '#pragma GCC pch_preprocess "FILENAME"' in the output to mark the
       place where the precompiled header was found, and its FILENAME.
!      When '-fpreprocessed' is in use, GCC recognizes this '#pragma' and
       loads the PCH.
  
       This option is off by default, because the resulting preprocessed
       output is only really suitable as input to GCC.  It is switched on
!      by '-save-temps'.
  
!      You should not write this '#pragma' in your own code, but it is
       safe to edit the filename if the PCH file is available in a
       different location.  The filename may be absolute or it may be
       relative to GCC's current directory.
  
! '-fworking-directory'
       Enable generation of linemarkers in the preprocessor output that
       let the compiler know the current working directory at the time of
       preprocessing.  When this option is enabled, the preprocessor
--- 10772,10938 ----
  
            test.h:
  
! `-MT TARGET'
       Change the target of the rule emitted by dependency generation.  By
       default CPP takes the name of the main input file, deletes any
!      directory components and any file suffix such as `.c', and appends
       the platform's usual object suffix.  The result is the target.
  
!      An `-MT' option sets the target to be exactly the string you
       specify.  If you want multiple targets, you can specify them as a
!      single argument to `-MT', or use multiple `-MT' options.
  
!      For example, `-MT '$(objpfx)foo.o'' might give
  
            $(objpfx)foo.o: foo.c
  
! `-MQ TARGET'
!      Same as `-MT', but it quotes any characters which are special to
!      Make.  `-MQ '$(objpfx)foo.o'' gives
  
            $$(objpfx)foo.o: foo.c
  
       The default target is automatically quoted, as if it were given
!      with `-MQ'.
  
! `-MD'
!      `-MD' is equivalent to `-M -MF FILE', except that `-E' is not
!      implied.  The driver determines FILE based on whether an `-o'
!      option is given.  If it is, the driver uses its argument but with
!      a suffix of `.d', otherwise it takes the name of the input file,
!      removes any directory components and suffix, and applies a `.d'
       suffix.
  
!      If `-MD' is used in conjunction with `-E', any `-o' switch is
       understood to specify the dependency output file (*note -MF:
!      dashMF.), but if used without `-E', each `-o' is understood to
       specify a target object file.
  
!      Since `-E' is not implied, `-MD' can be used to generate a
       dependency output file as a side-effect of the compilation process.
  
! `-MMD'
!      Like `-MD' except mention only user header files, not system
!      header files.
  
! `-fpreprocessed'
       Indicate to the preprocessor that the input file has already been
       preprocessed.  This suppresses things like macro expansion,
       trigraph conversion, escaped newline splicing, and processing of
       most directives.  The preprocessor still recognizes and removes
!      comments, so that you can pass a file preprocessed with `-C' to
!      the compiler without problems.  In this mode the integrated
       preprocessor is little more than a tokenizer for the front ends.
  
!      `-fpreprocessed' is implicit if the input file has one of the
!      extensions `.i', `.ii' or `.mi'.  These are the extensions that
!      GCC uses for preprocessed files created by `-save-temps'.
  
! `-fdirectives-only'
       When preprocessing, handle directives, but do not expand macros.
  
!      The option's behavior depends on the `-E' and `-fpreprocessed'
       options.
  
!      With `-E', preprocessing is limited to the handling of directives
!      such as `#define', `#ifdef', and `#error'.  Other preprocessor
!      operations, such as macro expansion and trigraph conversion are
!      not performed.  In addition, the `-dD' option is implicitly
!      enabled.
  
!      With `-fpreprocessed', predefinition of command line and most
!      builtin macros is disabled.  Macros such as `__LINE__', which are
       contextually dependent, are handled normally.  This enables
!      compilation of files previously preprocessed with `-E
       -fdirectives-only'.
  
!      With both `-E' and `-fpreprocessed', the rules for
!      `-fpreprocessed' take precedence.  This enables full preprocessing
!      of files previously preprocessed with `-E -fdirectives-only'.
  
! `-fdollars-in-identifiers'
!      Accept `$' in identifiers.
  
! `-fextended-identifiers'
       Accept universal character names in identifiers.  This option is
       enabled by default for C99 (and later C standard versions) and C++.
  
! `-fno-canonical-system-headers'
       When preprocessing, do not shorten system header paths with
       canonicalization.
  
! `-ftabstop=WIDTH'
       Set the distance between tab stops.  This helps the preprocessor
       report correct column numbers in warnings or errors, even if tabs
       appear on the line.  If the value is less than 1 or greater than
       100, the option is ignored.  The default is 8.
  
! `-ftrack-macro-expansion[=LEVEL]'
!      Track locations of tokens across macro expansions. This allows the
       compiler to emit diagnostic about the current macro expansion stack
!      when a compilation error occurs in a macro expansion. Using this
!      option makes the preprocessor and the compiler consume more
!      memory. The LEVEL parameter can be used to choose the level of
!      precision of token location tracking thus decreasing the memory
!      consumption if necessary. Value `0' of LEVEL de-activates this
!      option. Value `1' tracks tokens locations in a degraded mode for
!      the sake of minimal memory overhead. In this mode all tokens
!      resulting from the expansion of an argument of a function-like
!      macro have the same location. Value `2' tracks tokens locations
!      completely. This value is the most memory hungry.  When this
!      option is given no argument, the default parameter value is `2'.
  
!      Note that `-ftrack-macro-expansion=2' is activated by default.
  
! `-fexec-charset=CHARSET'
       Set the execution character set, used for string and character
       constants.  The default is UTF-8.  CHARSET can be any encoding
!      supported by the system's `iconv' library routine.
  
! `-fwide-exec-charset=CHARSET'
       Set the wide execution character set, used for wide string and
       character constants.  The default is UTF-32 or UTF-16, whichever
!      corresponds to the width of `wchar_t'.  As with `-fexec-charset',
!      CHARSET can be any encoding supported by the system's `iconv'
       library routine; however, you will have problems with encodings
!      that do not fit exactly in `wchar_t'.
  
! `-finput-charset=CHARSET'
       Set the input character set, used for translation from the
!      character set of the input file to the source character set used
!      by GCC.  If the locale does not specify, or GCC cannot get this
       information from the locale, the default is UTF-8.  This can be
       overridden by either the locale or this command-line option.
       Currently the command-line option takes precedence if there's a
       conflict.  CHARSET can be any encoding supported by the system's
!      `iconv' library routine.
  
! `-fpch-deps'
       When using precompiled headers (*note Precompiled Headers::), this
!      flag causes the dependency-output flags to also list the files
!      from the precompiled header's dependencies.  If not specified,
!      only the precompiled header are listed and not the files that were
!      used to create it, because those files are not consulted when a
!      precompiled header is used.
  
! `-fpch-preprocess'
       This option allows use of a precompiled header (*note Precompiled
!      Headers::) together with `-E'.  It inserts a special `#pragma',
!      `#pragma GCC pch_preprocess "FILENAME"' in the output to mark the
       place where the precompiled header was found, and its FILENAME.
!      When `-fpreprocessed' is in use, GCC recognizes this `#pragma' and
       loads the PCH.
  
       This option is off by default, because the resulting preprocessed
       output is only really suitable as input to GCC.  It is switched on
!      by `-save-temps'.
  
!      You should not write this `#pragma' in your own code, but it is
       safe to edit the filename if the PCH file is available in a
       different location.  The filename may be absolute or it may be
       relative to GCC's current directory.
  
! `-fworking-directory'
       Enable generation of linemarkers in the preprocessor output that
       let the compiler know the current working directory at the time of
       preprocessing.  When this option is enabled, the preprocessor
*************** Options::.  Options to control preproces
*** 10890,10954 ****
       directory, when it's present in the preprocessed input, as the
       directory emitted as the current working directory in some
       debugging information formats.  This option is implicitly enabled
!      if debugging information is enabled, but this can be inhibited with
!      the negated form '-fno-working-directory'.  If the '-P' flag is
!      present in the command line, this option has no effect, since no
!      '#line' directives are emitted whatsoever.
  
! '-A PREDICATE=ANSWER'
       Make an assertion with the predicate PREDICATE and answer ANSWER.
!      This form is preferred to the older form '-A PREDICATE(ANSWER)',
       which is still supported, because it does not use shell special
       characters.
  
! '-A -PREDICATE=ANSWER'
       Cancel an assertion with the predicate PREDICATE and answer ANSWER.
  
! '-C'
       Do not discard comments.  All comments are passed through to the
!      output file, except for comments in processed directives, which are
!      deleted along with the directive.
  
!      You should be prepared for side effects when using '-C'; it causes
       the preprocessor to treat comments as tokens in their own right.
       For example, comments appearing at the start of what would be a
       directive line have the effect of turning that line into an
       ordinary source line, since the first token on the line is no
!      longer a '#'.
  
! '-CC'
       Do not discard comments, including during macro expansion.  This is
!      like '-C', except that comments contained within macros are also
       passed through to the output file where the macro is expanded.
  
!      In addition to the side-effects of the '-C' option, the '-CC'
!      option causes all C++-style comments inside a macro to be converted
!      to C-style comments.  This is to prevent later use of that macro
!      from inadvertently commenting out the remainder of the source line.
  
!      The '-CC' option is generally used to support lint comments.
  
! '-P'
       Inhibit generation of linemarkers in the output from the
       preprocessor.  This might be useful when running the preprocessor
       on something that is not C code, and will be sent to a program
       which might be confused by the linemarkers.
  
! '-traditional'
! '-traditional-cpp'
! 
       Try to imitate the behavior of pre-standard C preprocessors, as
       opposed to ISO C preprocessors.  See the GNU CPP manual for
       details.
  
       Note that GCC does not otherwise attempt to emulate a pre-standard
!      C compiler, and these options are only supported with the '-E'
       switch, or when invoking CPP explicitly.
  
! '-trigraphs'
       Support ISO C trigraphs.  These are three-character sequences, all
!      starting with '??', that are defined by ISO C to stand for single
!      characters.  For example, '??/' stands for '\', so ''??/n'' is a
       character constant for a newline.
  
       The nine trigraphs and their replacements are
--- 10941,11005 ----
       directory, when it's present in the preprocessed input, as the
       directory emitted as the current working directory in some
       debugging information formats.  This option is implicitly enabled
!      if debugging information is enabled, but this can be inhibited
!      with the negated form `-fno-working-directory'.  If the `-P' flag
!      is present in the command line, this option has no effect, since no
!      `#line' directives are emitted whatsoever.
  
! `-A PREDICATE=ANSWER'
       Make an assertion with the predicate PREDICATE and answer ANSWER.
!      This form is preferred to the older form `-A PREDICATE(ANSWER)',
       which is still supported, because it does not use shell special
       characters.
  
! `-A -PREDICATE=ANSWER'
       Cancel an assertion with the predicate PREDICATE and answer ANSWER.
  
! `-C'
       Do not discard comments.  All comments are passed through to the
!      output file, except for comments in processed directives, which
!      are deleted along with the directive.
  
!      You should be prepared for side effects when using `-C'; it causes
       the preprocessor to treat comments as tokens in their own right.
       For example, comments appearing at the start of what would be a
       directive line have the effect of turning that line into an
       ordinary source line, since the first token on the line is no
!      longer a `#'.
  
! `-CC'
       Do not discard comments, including during macro expansion.  This is
!      like `-C', except that comments contained within macros are also
       passed through to the output file where the macro is expanded.
  
!      In addition to the side-effects of the `-C' option, the `-CC'
!      option causes all C++-style comments inside a macro to be
!      converted to C-style comments.  This is to prevent later use of
!      that macro from inadvertently commenting out the remainder of the
!      source line.
  
!      The `-CC' option is generally used to support lint comments.
  
! `-P'
       Inhibit generation of linemarkers in the output from the
       preprocessor.  This might be useful when running the preprocessor
       on something that is not C code, and will be sent to a program
       which might be confused by the linemarkers.
  
! `-traditional'
! `-traditional-cpp'
       Try to imitate the behavior of pre-standard C preprocessors, as
       opposed to ISO C preprocessors.  See the GNU CPP manual for
       details.
  
       Note that GCC does not otherwise attempt to emulate a pre-standard
!      C compiler, and these options are only supported with the `-E'
       switch, or when invoking CPP explicitly.
  
! `-trigraphs'
       Support ISO C trigraphs.  These are three-character sequences, all
!      starting with `??', that are defined by ISO C to stand for single
!      characters.  For example, `??/' stands for `\', so `'??/n'' is a
       character constant for a newline.
  
       The nine trigraphs and their replacements are
*************** Options::.  Options to control preproces
*** 10956,11059 ****
            Trigraph:       ??(  ??)  ??<  ??>  ??=  ??/  ??'  ??!  ??-
            Replacement:      [    ]    {    }    #    \    ^    |    ~
  
!      By default, GCC ignores trigraphs, but in standard-conforming modes
!      it converts them.  See the '-std' and '-ansi' options.
  
! '-remap'
       Enable special code to work around file systems which only permit
       very short file names, such as MS-DOS.
  
! '-H'
       Print the name of each header file used, in addition to other
       normal activities.  Each name is indented to show how deep in the
!      '#include' stack it is.  Precompiled header files are also printed,
!      even if they are found to be invalid; an invalid precompiled header
!      file is printed with '...x' and a valid one with '...!' .
  
! '-dLETTERS'
       Says to make debugging dumps during compilation as specified by
       LETTERS.  The flags documented here are those relevant to the
       preprocessor.  Other LETTERS are interpreted by the compiler
!      proper, or reserved for future versions of GCC, and so are silently
!      ignored.  If you specify LETTERS whose behavior conflicts, the
!      result is undefined.  *Note Developer Options::, for more
!      information.
  
!      '-dM'
!           Instead of the normal output, generate a list of '#define'
            directives for all the macros defined during the execution of
!           the preprocessor, including predefined macros.  This gives you
!           a way of finding out what is predefined in your version of the
!           preprocessor.  Assuming you have no file 'foo.h', the command
  
                 touch foo.h; cpp -dM foo.h
  
            shows all the predefined macros.
  
!           If you use '-dM' without the '-E' option, '-dM' is interpreted
!           as a synonym for '-fdump-rtl-mach'.  *Note (gcc)Developer
!           Options::.
  
!      '-dD'
!           Like '-dM' except in two respects: it does _not_ include the
!           predefined macros, and it outputs _both_ the '#define'
            directives and the result of preprocessing.  Both kinds of
            output go to the standard output file.
  
!      '-dN'
!           Like '-dD', but emit only the macro names, not their
            expansions.
  
!      '-dI'
!           Output '#include' directives in addition to the result of
            preprocessing.
  
!      '-dU'
!           Like '-dD' except that only macros that are expanded, or whose
            definedness is tested in preprocessor directives, are output;
            the output is delayed until the use or test of the macro; and
!           '#undef' directives are also output for macros tested but
            undefined at the time.
  
! '-fdebug-cpp'
!      This option is only useful for debugging GCC. When used from CPP or
!      with '-E', it dumps debugging information about location maps.
       Every token in the output is preceded by the dump of the map its
       location belongs to.
  
!      When used from GCC without '-E', this option has no effect.
  
! '-Wp,OPTION'
!      You can use '-Wp,OPTION' to bypass the compiler driver and pass
       OPTION directly through to the preprocessor.  If OPTION contains
       commas, it is split into multiple options at the commas.  However,
       many options are modified, translated or interpreted by the
!      compiler driver before being passed to the preprocessor, and '-Wp'
       forcibly bypasses this phase.  The preprocessor's direct interface
       is undocumented and subject to change, so whenever possible you
!      should avoid using '-Wp' and let the driver handle the options
       instead.
  
! '-Xpreprocessor OPTION'
       Pass OPTION as an option to the preprocessor.  You can use this to
       supply system-specific preprocessor options that GCC does not
       recognize.
  
       If you want to pass an option that takes an argument, you must use
!      '-Xpreprocessor' twice, once for the option and once for the
       argument.
  
! '-no-integrated-cpp'
       Perform preprocessing as a separate pass before compilation.  By
       default, GCC performs preprocessing as an integrated part of input
       tokenization and parsing.  If this option is provided, the
!      appropriate language front end ('cc1', 'cc1plus', or 'cc1obj' for
       C, C++, and Objective-C, respectively) is instead invoked twice,
       once for preprocessing only and once for actual compilation of the
       preprocessed input.  This option may be useful in conjunction with
!      the '-B' or '-wrapper' options to specify an alternate preprocessor
!      or perform additional processing of the program source between
!      normal preprocessing and compilation.
  
  
  File: gcc.info,  Node: Assembler Options,  Next: Link Options,  Prev: Preprocessor Options,  Up: Invoking GCC
--- 11007,11113 ----
            Trigraph:       ??(  ??)  ??<  ??>  ??=  ??/  ??'  ??!  ??-
            Replacement:      [    ]    {    }    #    \    ^    |    ~
  
!      By default, GCC ignores trigraphs, but in standard-conforming
!      modes it converts them.  See the `-std' and `-ansi' options.
  
! `-remap'
       Enable special code to work around file systems which only permit
       very short file names, such as MS-DOS.
  
! `-H'
       Print the name of each header file used, in addition to other
       normal activities.  Each name is indented to show how deep in the
!      `#include' stack it is.  Precompiled header files are also
!      printed, even if they are found to be invalid; an invalid
!      precompiled header file is printed with `...x' and a valid one
!      with `...!' .
  
! `-dLETTERS'
       Says to make debugging dumps during compilation as specified by
       LETTERS.  The flags documented here are those relevant to the
       preprocessor.  Other LETTERS are interpreted by the compiler
!      proper, or reserved for future versions of GCC, and so are
!      silently ignored.  If you specify LETTERS whose behavior
!      conflicts, the result is undefined.  *Note Developer Options::,
!      for more information.
  
!     `-dM'
!           Instead of the normal output, generate a list of `#define'
            directives for all the macros defined during the execution of
!           the preprocessor, including predefined macros.  This gives
!           you a way of finding out what is predefined in your version
!           of the preprocessor.  Assuming you have no file `foo.h', the
!           command
  
                 touch foo.h; cpp -dM foo.h
  
            shows all the predefined macros.
  
!           If you use `-dM' without the `-E' option, `-dM' is
!           interpreted as a synonym for `-fdump-rtl-mach'.  *Note
!           Developer Options: (gcc)Developer Options.
  
!     `-dD'
!           Like `-dM' except in two respects: it does _not_ include the
!           predefined macros, and it outputs _both_ the `#define'
            directives and the result of preprocessing.  Both kinds of
            output go to the standard output file.
  
!     `-dN'
!           Like `-dD', but emit only the macro names, not their
            expansions.
  
!     `-dI'
!           Output `#include' directives in addition to the result of
            preprocessing.
  
!     `-dU'
!           Like `-dD' except that only macros that are expanded, or whose
            definedness is tested in preprocessor directives, are output;
            the output is delayed until the use or test of the macro; and
!           `#undef' directives are also output for macros tested but
            undefined at the time.
  
! `-fdebug-cpp'
!      This option is only useful for debugging GCC.  When used from CPP
!      or with `-E', it dumps debugging information about location maps.
       Every token in the output is preceded by the dump of the map its
       location belongs to.
  
!      When used from GCC without `-E', this option has no effect.
  
! `-Wp,OPTION'
!      You can use `-Wp,OPTION' to bypass the compiler driver and pass
       OPTION directly through to the preprocessor.  If OPTION contains
       commas, it is split into multiple options at the commas.  However,
       many options are modified, translated or interpreted by the
!      compiler driver before being passed to the preprocessor, and `-Wp'
       forcibly bypasses this phase.  The preprocessor's direct interface
       is undocumented and subject to change, so whenever possible you
!      should avoid using `-Wp' and let the driver handle the options
       instead.
  
! `-Xpreprocessor OPTION'
       Pass OPTION as an option to the preprocessor.  You can use this to
       supply system-specific preprocessor options that GCC does not
       recognize.
  
       If you want to pass an option that takes an argument, you must use
!      `-Xpreprocessor' twice, once for the option and once for the
       argument.
  
! `-no-integrated-cpp'
       Perform preprocessing as a separate pass before compilation.  By
       default, GCC performs preprocessing as an integrated part of input
       tokenization and parsing.  If this option is provided, the
!      appropriate language front end (`cc1', `cc1plus', or `cc1obj' for
       C, C++, and Objective-C, respectively) is instead invoked twice,
       once for preprocessing only and once for actual compilation of the
       preprocessed input.  This option may be useful in conjunction with
!      the `-B' or `-wrapper' options to specify an alternate
!      preprocessor or perform additional processing of the program
!      source between normal preprocessing and compilation.
! 
  
  
  File: gcc.info,  Node: Assembler Options,  Next: Link Options,  Prev: Preprocessor Options,  Up: Invoking GCC
*************** File: gcc.info,  Node: Assembler Options
*** 11063,11079 ****
  
  You can pass options to the assembler.
  
! '-Wa,OPTION'
       Pass OPTION as an option to the assembler.  If OPTION contains
       commas, it is split into multiple options at the commas.
  
! '-Xassembler OPTION'
       Pass OPTION as an option to the assembler.  You can use this to
       supply system-specific assembler options that GCC does not
       recognize.
  
       If you want to pass an option that takes an argument, you must use
!      '-Xassembler' twice, once for the option and once for the argument.
  
  
  File: gcc.info,  Node: Link Options,  Next: Directory Options,  Prev: Assembler Options,  Up: Invoking GCC
--- 11117,11134 ----
  
  You can pass options to the assembler.
  
! `-Wa,OPTION'
       Pass OPTION as an option to the assembler.  If OPTION contains
       commas, it is split into multiple options at the commas.
  
! `-Xassembler OPTION'
       Pass OPTION as an option to the assembler.  You can use this to
       supply system-specific assembler options that GCC does not
       recognize.
  
       If you want to pass an option that takes an argument, you must use
!      `-Xassembler' twice, once for the option and once for the argument.
! 
  
  
  File: gcc.info,  Node: Link Options,  Next: Directory Options,  Prev: Assembler Options,  Up: Invoking GCC
*************** These options come into play when the co
*** 11085,11373 ****
  an executable output file.  They are meaningless if the compiler is not
  doing a link step.
  
! 'OBJECT-FILE-NAME'
       A file name that does not end in a special recognized suffix is
       considered to name an object file or library.  (Object files are
       distinguished from libraries by the linker according to the file
       contents.)  If linking is done, these object files are used as
       input to the linker.
  
! '-c'
! '-S'
! '-E'
       If any of these options is used, then the linker is not run, and
       object file names should not be used as arguments.  *Note Overall
       Options::.
  
! '-fuse-ld=bfd'
!      Use the 'bfd' linker instead of the default linker.
  
! '-fuse-ld=gold'
!      Use the 'gold' linker instead of the default linker.
  
! '-lLIBRARY'
! '-l LIBRARY'
       Search the library named LIBRARY when linking.  (The second
       alternative with the library as a separate argument is only for
       POSIX compliance and is not recommended.)
  
       It makes a difference where in the command you write this option;
!      the linker searches and processes libraries and object files in the
!      order they are specified.  Thus, 'foo.o -lz bar.o' searches library
!      'z' after file 'foo.o' but before 'bar.o'.  If 'bar.o' refers to
!      functions in 'z', those functions may not be loaded.
  
       The linker searches a standard list of directories for the library,
!      which is actually a file named 'libLIBRARY.a'.  The linker then
       uses this file as if it had been specified precisely by name.
  
       The directories searched include several standard system
!      directories plus any that you specify with '-L'.
  
       Normally the files found this way are library files--archive files
!      whose members are object files.  The linker handles an archive file
!      by scanning through it for members which define symbols that have
!      so far been referenced but not defined.  But if the file that is
!      found is an ordinary object file, it is linked in the usual
!      fashion.  The only difference between using an '-l' option and
!      specifying a file name is that '-l' surrounds LIBRARY with 'lib'
!      and '.a' and searches several directories.
  
! '-lobjc'
!      You need this special case of the '-l' option in order to link an
       Objective-C or Objective-C++ program.
  
! '-nostartfiles'
       Do not use the standard system startup files when linking.  The
!      standard system libraries are used normally, unless '-nostdlib' or
!      '-nodefaultlibs' is used.
  
! '-nodefaultlibs'
       Do not use the standard system libraries when linking.  Only the
       libraries you specify are passed to the linker, and options
       specifying linkage of the system libraries, such as
!      '-static-libgcc' or '-shared-libgcc', are ignored.  The standard
!      startup files are used normally, unless '-nostartfiles' is used.
  
!      The compiler may generate calls to 'memcmp', 'memset', 'memcpy' and
!      'memmove'.  These entries are usually resolved by entries in libc.
!      These entry points should be supplied through some other mechanism
!      when this option is specified.
  
! '-nostdlib'
       Do not use the standard system startup files or libraries when
       linking.  No startup files and only the libraries you specify are
       passed to the linker, and options specifying linkage of the system
!      libraries, such as '-static-libgcc' or '-shared-libgcc', are
       ignored.
  
!      The compiler may generate calls to 'memcmp', 'memset', 'memcpy' and
!      'memmove'.  These entries are usually resolved by entries in libc.
!      These entry points should be supplied through some other mechanism
!      when this option is specified.
  
!      One of the standard libraries bypassed by '-nostdlib' and
!      '-nodefaultlibs' is 'libgcc.a', a library of internal subroutines
       which GCC uses to overcome shortcomings of particular machines, or
       special needs for some languages.  (*Note Interfacing to GCC
!      Output: (gccint)Interface, for more discussion of 'libgcc.a'.)  In
!      most cases, you need 'libgcc.a' even when you want to avoid other
!      standard libraries.  In other words, when you specify '-nostdlib'
!      or '-nodefaultlibs' you should usually specify '-lgcc' as well.
       This ensures that you have no unresolved references to internal GCC
!      library subroutines.  (An example of such an internal subroutine is
!      '__main', used to ensure C++ constructors are called; *note
!      'collect2': (gccint)Collect2.)
  
! '-pie'
       Produce a position independent executable on targets that support
!      it.  For predictable results, you must also specify the same set of
!      options used for compilation ('-fpie', '-fPIE', or model
       suboptions) when you specify this linker option.
  
! '-no-pie'
       Don't produce a position independent executable.
  
! '-pthread'
       Link with the POSIX threads library.  This option is supported on
       GNU/Linux targets, most other Unix derivatives, and also on x86
       Cygwin and MinGW targets.  On some targets this option also sets
       flags for the preprocessor, so it should be used consistently for
       both compilation and linking.
  
! '-rdynamic'
!      Pass the flag '-export-dynamic' to the ELF linker, on targets that
!      support it.  This instructs the linker to add all symbols, not only
!      used ones, to the dynamic symbol table.  This option is needed for
!      some uses of 'dlopen' or to allow obtaining backtraces from within
       a program.
  
! '-s'
       Remove all symbol table and relocation information from the
       executable.
  
! '-static'
!      On systems that support dynamic linking, this prevents linking with
!      the shared libraries.  On other systems, this option has no effect.
  
! '-shared'
!      Produce a shared object which can then be linked with other objects
!      to form an executable.  Not all systems support this option.  For
!      predictable results, you must also specify the same set of options
!      used for compilation ('-fpic', '-fPIC', or model suboptions) when
!      you specify this linker option.(1)
  
! '-shared-libgcc'
! '-static-libgcc'
!      On systems that provide 'libgcc' as a shared library, these options
       force the use of either the shared or static version, respectively.
!      If no shared version of 'libgcc' was built when the compiler was
       configured, these options have no effect.
  
       There are several situations in which an application should use the
!      shared 'libgcc' instead of the static version.  The most common of
       these is when the application wishes to throw and catch exceptions
       across different shared libraries.  In that case, each of the
       libraries as well as the application itself should use the shared
!      'libgcc'.
  
!      Therefore, the G++ and driver automatically adds '-shared-libgcc'
       whenever you build a shared library or a main executable, because
!      C++ programs typically use exceptions, so this is the right thing
       to do.
  
!      If, instead, you use the GCC driver to create shared libraries, you
!      may find that they are not always linked with the shared 'libgcc'.
!      If GCC finds, at its configuration time, that you have a non-GNU
!      linker or a GNU linker that does not support option
!      '--eh-frame-hdr', it links the shared version of 'libgcc' into
       shared libraries by default.  Otherwise, it takes advantage of the
       linker and optimizes away the linking with the shared version of
!      'libgcc', linking with the static version of libgcc by default.
       This allows exceptions to propagate through such shared libraries,
       without incurring relocation costs at library load time.
  
       However, if a library or main executable is supposed to throw or
       catch exceptions, you must link it using the G++ driver, as
       appropriate for the languages used in the program, or using the
!      option '-shared-libgcc', such that it is linked with the shared
!      'libgcc'.
  
! '-static-libasan'
!      When the '-fsanitize=address' option is used to link a program, the
!      GCC driver automatically links against 'libasan'.  If 'libasan' is
!      available as a shared library, and the '-static' option is not
!      used, then this links against the shared version of 'libasan'.  The
!      '-static-libasan' option directs the GCC driver to link 'libasan'
!      statically, without necessarily linking other libraries statically.
  
! '-static-libtsan'
!      When the '-fsanitize=thread' option is used to link a program, the
!      GCC driver automatically links against 'libtsan'.  If 'libtsan' is
!      available as a shared library, and the '-static' option is not
!      used, then this links against the shared version of 'libtsan'.  The
!      '-static-libtsan' option directs the GCC driver to link 'libtsan'
!      statically, without necessarily linking other libraries statically.
  
! '-static-liblsan'
!      When the '-fsanitize=leak' option is used to link a program, the
!      GCC driver automatically links against 'liblsan'.  If 'liblsan' is
!      available as a shared library, and the '-static' option is not
!      used, then this links against the shared version of 'liblsan'.  The
!      '-static-liblsan' option directs the GCC driver to link 'liblsan'
!      statically, without necessarily linking other libraries statically.
  
! '-static-libubsan'
!      When the '-fsanitize=undefined' option is used to link a program,
!      the GCC driver automatically links against 'libubsan'.  If
!      'libubsan' is available as a shared library, and the '-static'
       option is not used, then this links against the shared version of
!      'libubsan'.  The '-static-libubsan' option directs the GCC driver
!      to link 'libubsan' statically, without necessarily linking other
       libraries statically.
  
! '-static-libmpx'
!      When the '-fcheck-pointer bounds' and '-mmpx' options are used to
       link a program, the GCC driver automatically links against
!      'libmpx'.  If 'libmpx' is available as a shared library, and the
!      '-static' option is not used, then this links against the shared
!      version of 'libmpx'.  The '-static-libmpx' option directs the GCC
!      driver to link 'libmpx' statically, without necessarily linking
       other libraries statically.
  
! '-static-libmpxwrappers'
!      When the '-fcheck-pointer bounds' and '-mmpx' options are used to
!      link a program without also using '-fno-chkp-use-wrappers', the GCC
!      driver automatically links against 'libmpxwrappers'.  If
!      'libmpxwrappers' is available as a shared library, and the
!      '-static' option is not used, then this links against the shared
!      version of 'libmpxwrappers'.  The '-static-libmpxwrappers' option
!      directs the GCC driver to link 'libmpxwrappers' statically, without
!      necessarily linking other libraries statically.
  
! '-static-libstdc++'
!      When the 'g++' program is used to link a C++ program, it normally
!      automatically links against 'libstdc++'.  If 'libstdc++' is
!      available as a shared library, and the '-static' option is not
!      used, then this links against the shared version of 'libstdc++'.
       That is normally fine.  However, it is sometimes useful to freeze
!      the version of 'libstdc++' used by the program without going all
!      the way to a fully static link.  The '-static-libstdc++' option
!      directs the 'g++' driver to link 'libstdc++' statically, without
       necessarily linking other libraries statically.
  
! '-symbolic'
       Bind references to global symbols when building a shared object.
!      Warn about any unresolved references (unless overridden by the link
!      editor option '-Xlinker -z -Xlinker defs').  Only a few systems
!      support this option.
  
! '-T SCRIPT'
       Use SCRIPT as the linker script.  This option is supported by most
       systems using the GNU linker.  On some targets, such as bare-board
!      targets without an operating system, the '-T' option may be
       required when linking to avoid references to undefined symbols.
  
! '-Xlinker OPTION'
!      Pass OPTION as an option to the linker.  You can use this to supply
!      system-specific linker options that GCC does not recognize.
  
       If you want to pass an option that takes a separate argument, you
!      must use '-Xlinker' twice, once for the option and once for the
!      argument.  For example, to pass '-assert definitions', you must
!      write '-Xlinker -assert -Xlinker definitions'.  It does not work to
!      write '-Xlinker "-assert definitions"', because this passes the
       entire string as a single argument, which is not what the linker
       expects.
  
       When using the GNU linker, it is usually more convenient to pass
!      arguments to linker options using the 'OPTION=VALUE' syntax than as
!      separate arguments.  For example, you can specify '-Xlinker
!      -Map=output.map' rather than '-Xlinker -Map -Xlinker output.map'.
       Other linkers may not support this syntax for command-line options.
  
! '-Wl,OPTION'
!      Pass OPTION as an option to the linker.  If OPTION contains commas,
!      it is split into multiple options at the commas.  You can use this
!      syntax to pass an argument to the option.  For example,
!      '-Wl,-Map,output.map' passes '-Map output.map' to the linker.  When
!      using the GNU linker, you can also get the same effect with
!      '-Wl,-Map=output.map'.
  
! '-u SYMBOL'
!      Pretend the symbol SYMBOL is undefined, to force linking of library
!      modules to define it.  You can use '-u' multiple times with
       different symbols to force loading of additional library modules.
  
! '-z KEYWORD'
!      '-z' is passed directly on to the linker along with the keyword
!      KEYWORD.  See the section in the documentation of your linker for
       permitted values and their meanings.
  
!    ---------- Footnotes ----------
  
!    (1) On some systems, 'gcc -shared' needs to build supplementary stub
! code for constructors to work.  On multi-libbed systems, 'gcc -shared'
  must select the correct support libraries to link against.  Failing to
  supply the correct flags may lead to subtle defects.  Supplying them in
  cases where they are not necessary is innocuous.
--- 11140,11432 ----
  an executable output file.  They are meaningless if the compiler is not
  doing a link step.
  
! `OBJECT-FILE-NAME'
       A file name that does not end in a special recognized suffix is
       considered to name an object file or library.  (Object files are
       distinguished from libraries by the linker according to the file
       contents.)  If linking is done, these object files are used as
       input to the linker.
  
! `-c'
! `-S'
! `-E'
       If any of these options is used, then the linker is not run, and
       object file names should not be used as arguments.  *Note Overall
       Options::.
  
! `-fuse-ld=bfd'
!      Use the `bfd' linker instead of the default linker.
  
! `-fuse-ld=gold'
!      Use the `gold' linker instead of the default linker.
  
! `-lLIBRARY'
! `-l LIBRARY'
       Search the library named LIBRARY when linking.  (The second
       alternative with the library as a separate argument is only for
       POSIX compliance and is not recommended.)
  
       It makes a difference where in the command you write this option;
!      the linker searches and processes libraries and object files in
!      the order they are specified.  Thus, `foo.o -lz bar.o' searches
!      library `z' after file `foo.o' but before `bar.o'.  If `bar.o'
!      refers to functions in `z', those functions may not be loaded.
  
       The linker searches a standard list of directories for the library,
!      which is actually a file named `libLIBRARY.a'.  The linker then
       uses this file as if it had been specified precisely by name.
  
       The directories searched include several standard system
!      directories plus any that you specify with `-L'.
  
       Normally the files found this way are library files--archive files
!      whose members are object files.  The linker handles an archive
!      file by scanning through it for members which define symbols that
!      have so far been referenced but not defined.  But if the file that
!      is found is an ordinary object file, it is linked in the usual
!      fashion.  The only difference between using an `-l' option and
!      specifying a file name is that `-l' surrounds LIBRARY with `lib'
!      and `.a' and searches several directories.
  
! `-lobjc'
!      You need this special case of the `-l' option in order to link an
       Objective-C or Objective-C++ program.
  
! `-nostartfiles'
       Do not use the standard system startup files when linking.  The
!      standard system libraries are used normally, unless `-nostdlib' or
!      `-nodefaultlibs' is used.
  
! `-nodefaultlibs'
       Do not use the standard system libraries when linking.  Only the
       libraries you specify are passed to the linker, and options
       specifying linkage of the system libraries, such as
!      `-static-libgcc' or `-shared-libgcc', are ignored.  The standard
!      startup files are used normally, unless `-nostartfiles' is used.
  
!      The compiler may generate calls to `memcmp', `memset', `memcpy'
!      and `memmove'.  These entries are usually resolved by entries in
!      libc.  These entry points should be supplied through some other
!      mechanism when this option is specified.
  
! `-nostdlib'
       Do not use the standard system startup files or libraries when
       linking.  No startup files and only the libraries you specify are
       passed to the linker, and options specifying linkage of the system
!      libraries, such as `-static-libgcc' or `-shared-libgcc', are
       ignored.
  
!      The compiler may generate calls to `memcmp', `memset', `memcpy'
!      and `memmove'.  These entries are usually resolved by entries in
!      libc.  These entry points should be supplied through some other
!      mechanism when this option is specified.
  
!      One of the standard libraries bypassed by `-nostdlib' and
!      `-nodefaultlibs' is `libgcc.a', a library of internal subroutines
       which GCC uses to overcome shortcomings of particular machines, or
       special needs for some languages.  (*Note Interfacing to GCC
!      Output: (gccint)Interface, for more discussion of `libgcc.a'.)  In
!      most cases, you need `libgcc.a' even when you want to avoid other
!      standard libraries.  In other words, when you specify `-nostdlib'
!      or `-nodefaultlibs' you should usually specify `-lgcc' as well.
       This ensures that you have no unresolved references to internal GCC
!      library subroutines.  (An example of such an internal subroutine
!      is `__main', used to ensure C++ constructors are called; *note
!      `collect2': (gccint)Collect2.)
  
! `-pie'
       Produce a position independent executable on targets that support
!      it.  For predictable results, you must also specify the same set
!      of options used for compilation (`-fpie', `-fPIE', or model
       suboptions) when you specify this linker option.
  
! `-no-pie'
       Don't produce a position independent executable.
  
! `-pthread'
       Link with the POSIX threads library.  This option is supported on
       GNU/Linux targets, most other Unix derivatives, and also on x86
       Cygwin and MinGW targets.  On some targets this option also sets
       flags for the preprocessor, so it should be used consistently for
       both compilation and linking.
  
! `-rdynamic'
!      Pass the flag `-export-dynamic' to the ELF linker, on targets that
!      support it. This instructs the linker to add all symbols, not only
!      used ones, to the dynamic symbol table. This option is needed for
!      some uses of `dlopen' or to allow obtaining backtraces from within
       a program.
  
! `-s'
       Remove all symbol table and relocation information from the
       executable.
  
! `-static'
!      On systems that support dynamic linking, this prevents linking
!      with the shared libraries.  On other systems, this option has no
!      effect.
  
! `-shared'
!      Produce a shared object which can then be linked with other
!      objects to form an executable.  Not all systems support this
!      option.  For predictable results, you must also specify the same
!      set of options used for compilation (`-fpic', `-fPIC', or model
!      suboptions) when you specify this linker option.(1)
  
! `-shared-libgcc'
! `-static-libgcc'
!      On systems that provide `libgcc' as a shared library, these options
       force the use of either the shared or static version, respectively.
!      If no shared version of `libgcc' was built when the compiler was
       configured, these options have no effect.
  
       There are several situations in which an application should use the
!      shared `libgcc' instead of the static version.  The most common of
       these is when the application wishes to throw and catch exceptions
       across different shared libraries.  In that case, each of the
       libraries as well as the application itself should use the shared
!      `libgcc'.
  
!      Therefore, the G++ and driver automatically adds `-shared-libgcc'
       whenever you build a shared library or a main executable, because
!      C++  programs typically use exceptions, so this is the right thing
       to do.
  
!      If, instead, you use the GCC driver to create shared libraries,
!      you may find that they are not always linked with the shared
!      `libgcc'.  If GCC finds, at its configuration time, that you have
!      a non-GNU linker or a GNU linker that does not support option
!      `--eh-frame-hdr', it links the shared version of `libgcc' into
       shared libraries by default.  Otherwise, it takes advantage of the
       linker and optimizes away the linking with the shared version of
!      `libgcc', linking with the static version of libgcc by default.
       This allows exceptions to propagate through such shared libraries,
       without incurring relocation costs at library load time.
  
       However, if a library or main executable is supposed to throw or
       catch exceptions, you must link it using the G++ driver, as
       appropriate for the languages used in the program, or using the
!      option `-shared-libgcc', such that it is linked with the shared
!      `libgcc'.
  
! `-static-libasan'
!      When the `-fsanitize=address' option is used to link a program,
!      the GCC driver automatically links against `libasan'.  If
!      `libasan' is available as a shared library, and the `-static'
!      option is not used, then this links against the shared version of
!      `libasan'.  The `-static-libasan' option directs the GCC driver to
!      link `libasan' statically, without necessarily linking other
!      libraries statically.
  
! `-static-libtsan'
!      When the `-fsanitize=thread' option is used to link a program, the
!      GCC driver automatically links against `libtsan'.  If `libtsan' is
!      available as a shared library, and the `-static' option is not
!      used, then this links against the shared version of `libtsan'.
!      The `-static-libtsan' option directs the GCC driver to link
!      `libtsan' statically, without necessarily linking other libraries
!      statically.
  
! `-static-liblsan'
!      When the `-fsanitize=leak' option is used to link a program, the
!      GCC driver automatically links against `liblsan'.  If `liblsan' is
!      available as a shared library, and the `-static' option is not
!      used, then this links against the shared version of `liblsan'.
!      The `-static-liblsan' option directs the GCC driver to link
!      `liblsan' statically, without necessarily linking other libraries
!      statically.
  
! `-static-libubsan'
!      When the `-fsanitize=undefined' option is used to link a program,
!      the GCC driver automatically links against `libubsan'.  If
!      `libubsan' is available as a shared library, and the `-static'
       option is not used, then this links against the shared version of
!      `libubsan'.  The `-static-libubsan' option directs the GCC driver
!      to link `libubsan' statically, without necessarily linking other
       libraries statically.
  
! `-static-libmpx'
!      When the `-fcheck-pointer bounds' and `-mmpx' options are used to
       link a program, the GCC driver automatically links against
!      `libmpx'.  If `libmpx' is available as a shared library, and the
!      `-static' option is not used, then this links against the shared
!      version of `libmpx'.  The `-static-libmpx' option directs the GCC
!      driver to link `libmpx' statically, without necessarily linking
       other libraries statically.
  
! `-static-libmpxwrappers'
!      When the `-fcheck-pointer bounds' and `-mmpx' options are used to
!      link a program without also using `-fno-chkp-use-wrappers', the
!      GCC driver automatically links against `libmpxwrappers'.  If
!      `libmpxwrappers' is available as a shared library, and the
!      `-static' option is not used, then this links against the shared
!      version of `libmpxwrappers'.  The `-static-libmpxwrappers' option
!      directs the GCC driver to link `libmpxwrappers' statically,
!      without necessarily linking other libraries statically.
  
! `-static-libstdc++'
!      When the `g++' program is used to link a C++ program, it normally
!      automatically links against `libstdc++'.  If `libstdc++' is
!      available as a shared library, and the `-static' option is not
!      used, then this links against the shared version of `libstdc++'.
       That is normally fine.  However, it is sometimes useful to freeze
!      the version of `libstdc++' used by the program without going all
!      the way to a fully static link.  The `-static-libstdc++' option
!      directs the `g++' driver to link `libstdc++' statically, without
       necessarily linking other libraries statically.
  
! `-symbolic'
       Bind references to global symbols when building a shared object.
!      Warn about any unresolved references (unless overridden by the
!      link editor option `-Xlinker -z -Xlinker defs').  Only a few
!      systems support this option.
  
! `-T SCRIPT'
       Use SCRIPT as the linker script.  This option is supported by most
       systems using the GNU linker.  On some targets, such as bare-board
!      targets without an operating system, the `-T' option may be
       required when linking to avoid references to undefined symbols.
  
! `-Xlinker OPTION'
!      Pass OPTION as an option to the linker.  You can use this to
!      supply system-specific linker options that GCC does not recognize.
  
       If you want to pass an option that takes a separate argument, you
!      must use `-Xlinker' twice, once for the option and once for the
!      argument.  For example, to pass `-assert definitions', you must
!      write `-Xlinker -assert -Xlinker definitions'.  It does not work
!      to write `-Xlinker "-assert definitions"', because this passes the
       entire string as a single argument, which is not what the linker
       expects.
  
       When using the GNU linker, it is usually more convenient to pass
!      arguments to linker options using the `OPTION=VALUE' syntax than
!      as separate arguments.  For example, you can specify `-Xlinker
!      -Map=output.map' rather than `-Xlinker -Map -Xlinker output.map'.
       Other linkers may not support this syntax for command-line options.
  
! `-Wl,OPTION'
!      Pass OPTION as an option to the linker.  If OPTION contains
!      commas, it is split into multiple options at the commas.  You can
!      use this syntax to pass an argument to the option.  For example,
!      `-Wl,-Map,output.map' passes `-Map output.map' to the linker.
!      When using the GNU linker, you can also get the same effect with
!      `-Wl,-Map=output.map'.
  
! `-u SYMBOL'
!      Pretend the symbol SYMBOL is undefined, to force linking of
!      library modules to define it.  You can use `-u' multiple times with
       different symbols to force loading of additional library modules.
  
! `-z KEYWORD'
!      `-z' is passed directly on to the linker along with the keyword
!      KEYWORD. See the section in the documentation of your linker for
       permitted values and their meanings.
  
!  ---------- Footnotes ----------
  
!  (1) On some systems, `gcc -shared' needs to build supplementary stub
! code for constructors to work.  On multi-libbed systems, `gcc -shared'
  must select the correct support libraries to link against.  Failing to
  supply the correct flags may lead to subtle defects.  Supplying them in
  cases where they are not necessary is innocuous.
*************** File: gcc.info,  Node: Directory Options
*** 11381,11399 ****
  These options specify directories to search for header files, for
  libraries and for parts of the compiler:
  
! '-I DIR'
! '-iquote DIR'
! '-isystem DIR'
! '-idirafter DIR'
!      Add the directory DIR to the list of directories to be searched for
!      header files during preprocessing.  If DIR begins with '=', then
!      the '=' is replaced by the sysroot prefix; see '--sysroot' and
!      '-isysroot'.
  
!      Directories specified with '-iquote' apply only to the quote form
!      of the directive, '#include "FILE"'.  Directories specified with
!      '-I', '-isystem', or '-idirafter' apply to lookup for both the
!      '#include "FILE"' and '#include <FILE>' directives.
  
       You can specify any number or combination of these options on the
       command line to search for header files in several directories.
--- 11440,11458 ----
  These options specify directories to search for header files, for
  libraries and for parts of the compiler:
  
! `-I DIR'
! `-iquote DIR'
! `-isystem DIR'
! `-idirafter DIR'
!      Add the directory DIR to the list of directories to be searched
!      for header files during preprocessing.  If DIR begins with `=',
!      then the `=' is replaced by the sysroot prefix; see `--sysroot'
!      and `-isysroot'.
  
!      Directories specified with `-iquote' apply only to the quote form
!      of the directive, `#include "FILE"'.  Directories specified with
!      `-I', `-isystem', or `-idirafter' apply to lookup for both the
!      `#include "FILE"' and `#include <FILE>' directives.
  
       You can specify any number or combination of these options on the
       command line to search for header files in several directories.
*************** libraries and for parts of the compiler:
*** 11403,11595 ****
            the current file is searched first.
  
         2. For the quote form of the include directive, the directories
!           specified by '-iquote' options are searched in left-to-right
            order, as they appear on the command line.
  
!        3. Directories specified with '-I' options are scanned in
            left-to-right order.
  
!        4. Directories specified with '-isystem' options are scanned in
            left-to-right order.
  
         5. Standard system directories are scanned.
  
!        6. Directories specified with '-idirafter' options are scanned in
            left-to-right order.
  
!      You can use '-I' to override a system header file, substituting
       your own version, since these directories are searched before the
       standard system header file directories.  However, you should not
       use this option to add directories that contain vendor-supplied
!      system header files; use '-isystem' for that.
  
!      The '-isystem' and '-idirafter' options also mark the directory as
       a system directory, so that it gets the same special treatment that
       is applied to the standard system directories.
  
       If a standard system include directory, or a directory specified
!      with '-isystem', is also specified with '-I', the '-I' option is
!      ignored.  The directory is still searched but as a system directory
!      at its normal position in the system include chain.  This is to
!      ensure that GCC's procedure to fix buggy system headers and the
!      ordering for the '#include_next' directive are not inadvertently
!      changed.  If you really need to change the search order for system
!      directories, use the '-nostdinc' and/or '-isystem' options.
  
! '-I-'
       Split the include path.  This option has been deprecated.  Please
!      use '-iquote' instead for '-I' directories before the '-I-' and
!      remove the '-I-' option.
  
!      Any directories specified with '-I' options before '-I-' are
!      searched only for headers requested with '#include "FILE"'; they
!      are not searched for '#include <FILE>'.  If additional directories
!      are specified with '-I' options after the '-I-', those directories
!      are searched for all '#include' directives.
  
!      In addition, '-I-' inhibits the use of the directory of the current
!      file directory as the first search directory for '#include "FILE"'.
!      There is no way to override this effect of '-I-'.
  
! '-iprefix PREFIX'
!      Specify PREFIX as the prefix for subsequent '-iwithprefix' options.
!      If the prefix represents a directory, you should include the final
!      '/'.
  
! '-iwithprefix DIR'
! '-iwithprefixbefore DIR'
!      Append DIR to the prefix specified previously with '-iprefix', and
       add the resulting directory to the include search path.
!      '-iwithprefixbefore' puts it in the same place '-I' would;
!      '-iwithprefix' puts it where '-idirafter' would.
  
! '-isysroot DIR'
!      This option is like the '--sysroot' option, but applies only to
       header files (except for Darwin targets, where it applies to both
!      header files and libraries).  See the '--sysroot' option for more
       information.
  
! '-imultilib DIR'
       Use DIR as a subdirectory of the directory containing
       target-specific C++ headers.
  
! '-nostdinc'
       Do not search the standard system directories for header files.
!      Only the directories explicitly specified with '-I', '-iquote',
!      '-isystem', and/or '-idirafter' options (and the directory of the
       current file, if appropriate) are searched.
  
! '-nostdinc++'
       Do not search for header files in the C++-specific standard
       directories, but do still search the other standard directories.
       (This option is used when building the C++ library.)
  
! '-iplugindir=DIR'
       Set the directory to search for plugins that are passed by
!      '-fplugin=NAME' instead of '-fplugin=PATH/NAME.so'.  This option is
!      not meant to be used by the user, but only passed by the driver.
  
! '-LDIR'
       Add directory DIR to the list of directories to be searched for
!      '-l'.
  
! '-BPREFIX'
       This option specifies where to find the executables, libraries,
       include files, and data files of the compiler itself.
  
       The compiler driver program runs one or more of the subprograms
!      'cpp', 'cc1', 'as' and 'ld'.  It tries PREFIX as a prefix for each
!      program it tries to run, both with and without 'MACHINE/VERSION/'
       for the corresponding target machine and compiler version.
  
       For each subprogram to be run, the compiler driver first tries the
!      '-B' prefix, if any.  If that name is not found, or if '-B' is not
!      specified, the driver tries two standard prefixes, '/usr/lib/gcc/'
!      and '/usr/local/lib/gcc/'.  If neither of those results in a file
       name that is found, the unmodified program name is searched for
!      using the directories specified in your 'PATH' environment
       variable.
  
!      The compiler checks to see if the path provided by '-B' refers to a
!      directory, and if necessary it adds a directory separator character
!      at the end of the path.
  
!      '-B' prefixes that effectively specify directory names also apply
       to libraries in the linker, because the compiler translates these
!      options into '-L' options for the linker.  They also apply to
       include files in the preprocessor, because the compiler translates
!      these options into '-isystem' options for the preprocessor.  In
!      this case, the compiler appends 'include' to the prefix.
  
!      The runtime support file 'libgcc.a' can also be searched for using
!      the '-B' prefix, if needed.  If it is not found there, the two
       standard prefixes above are tried, and that is all.  The file is
       left out of the link if it is not found by those means.
  
!      Another way to specify a prefix much like the '-B' prefix is to use
!      the environment variable 'GCC_EXEC_PREFIX'.  *Note Environment
       Variables::.
  
!      As a special kludge, if the path provided by '-B' is
!      '[dir/]stageN/', where N is a number in the range 0 to 9, then it
!      is replaced by '[dir/]include'.  This is to help with
       boot-strapping the compiler.
  
! '-no-canonical-prefixes'
!      Do not expand any symbolic links, resolve references to '/../' or
!      '/./', or make the path absolute when generating a relative prefix.
  
! '--sysroot=DIR'
       Use DIR as the logical root directory for headers and libraries.
       For example, if the compiler normally searches for headers in
!      '/usr/include' and libraries in '/usr/lib', it instead searches
!      'DIR/usr/include' and 'DIR/usr/lib'.
  
!      If you use both this option and the '-isysroot' option, then the
!      '--sysroot' option applies to libraries, but the '-isysroot' option
!      applies to header files.
  
       The GNU linker (beginning with version 2.16) has the necessary
       support for this option.  If your linker does not support this
!      option, the header file aspect of '--sysroot' still works, but the
       library aspect does not.
  
! '--no-sysroot-suffix'
       For some targets, a suffix is added to the root directory specified
!      with '--sysroot', depending on the other options used, so that
!      headers may for example be found in 'DIR/SUFFIX/usr/include'
!      instead of 'DIR/usr/include'.  This option disables the addition of
       such a suffix.
  
  
  File: gcc.info,  Node: Code Gen Options,  Next: Developer Options,  Prev: Directory Options,  Up: Invoking GCC
  
  3.16 Options for Code Generation Conventions
  ============================================
  
! These machine-independent options control the interface conventions used
! in code generation.
  
   Most of them have both positive and negative forms; the negative form
! of '-ffoo' is '-fno-foo'.  In the table below, only one of the forms is
  listed--the one that is not the default.  You can figure out the other
! form by either removing 'no-' or adding it.
  
! '-fstack-reuse=REUSE-LEVEL'
!      This option controls stack space reuse for user declared local/auto
!      variables and compiler generated temporaries.  REUSE_LEVEL can be
!      'all', 'named_vars', or 'none'.  'all' enables stack reuse for all
!      local variables and temporaries, 'named_vars' enables the reuse
!      only for user defined local variables with names, and 'none'
!      disables stack reuse completely.  The default value is 'all'.  The
!      option is needed when the program extends the lifetime of a scoped
!      local variable or a compiler generated temporary beyond the end
!      point defined by the language.  When a lifetime of a variable ends,
!      and if the variable lives in memory, the optimizing compiler has
!      the freedom to reuse its stack space with other temporaries or
!      scoped local variables whose live range does not overlap with it.
!      Legacy code extending local lifetime is likely to break with the
!      stack reuse optimization.
  
       For example,
  
--- 11462,11657 ----
            the current file is searched first.
  
         2. For the quote form of the include directive, the directories
!           specified by `-iquote' options are searched in left-to-right
            order, as they appear on the command line.
  
!        3. Directories specified with `-I' options are scanned in
            left-to-right order.
  
!        4. Directories specified with `-isystem' options are scanned in
            left-to-right order.
  
         5. Standard system directories are scanned.
  
!        6. Directories specified with `-idirafter' options are scanned in
            left-to-right order.
  
!      You can use `-I' to override a system header file, substituting
       your own version, since these directories are searched before the
       standard system header file directories.  However, you should not
       use this option to add directories that contain vendor-supplied
!      system header files; use `-isystem' for that.
  
!      The `-isystem' and `-idirafter' options also mark the directory as
       a system directory, so that it gets the same special treatment that
       is applied to the standard system directories.
  
       If a standard system include directory, or a directory specified
!      with `-isystem', is also specified with `-I', the `-I' option is
!      ignored.  The directory is still searched but as a system
!      directory at its normal position in the system include chain.
!      This is to ensure that GCC's procedure to fix buggy system headers
!      and the ordering for the `#include_next' directive are not
!      inadvertently changed.  If you really need to change the search
!      order for system directories, use the `-nostdinc' and/or
!      `-isystem' options.
  
! `-I-'
       Split the include path.  This option has been deprecated.  Please
!      use `-iquote' instead for `-I' directories before the `-I-' and
!      remove the `-I-' option.
  
!      Any directories specified with `-I' options before `-I-' are
!      searched only for headers requested with `#include "FILE"'; they
!      are not searched for `#include <FILE>'.  If additional directories
!      are specified with `-I' options after the `-I-', those directories
!      are searched for all `#include' directives.
  
!      In addition, `-I-' inhibits the use of the directory of the current
!      file directory as the first search directory for
!      `#include "FILE"'.  There is no way to override this effect of
!      `-I-'.
  
! `-iprefix PREFIX'
!      Specify PREFIX as the prefix for subsequent `-iwithprefix'
!      options.  If the prefix represents a directory, you should include
!      the final `/'.
  
! `-iwithprefix DIR'
! `-iwithprefixbefore DIR'
!      Append DIR to the prefix specified previously with `-iprefix', and
       add the resulting directory to the include search path.
!      `-iwithprefixbefore' puts it in the same place `-I' would;
!      `-iwithprefix' puts it where `-idirafter' would.
  
! `-isysroot DIR'
!      This option is like the `--sysroot' option, but applies only to
       header files (except for Darwin targets, where it applies to both
!      header files and libraries).  See the `--sysroot' option for more
       information.
  
! `-imultilib DIR'
       Use DIR as a subdirectory of the directory containing
       target-specific C++ headers.
  
! `-nostdinc'
       Do not search the standard system directories for header files.
!      Only the directories explicitly specified with `-I', `-iquote',
!      `-isystem', and/or `-idirafter' options (and the directory of the
       current file, if appropriate) are searched.
  
! `-nostdinc++'
       Do not search for header files in the C++-specific standard
       directories, but do still search the other standard directories.
       (This option is used when building the C++ library.)
  
! `-iplugindir=DIR'
       Set the directory to search for plugins that are passed by
!      `-fplugin=NAME' instead of `-fplugin=PATH/NAME.so'.  This option
!      is not meant to be used by the user, but only passed by the driver.
  
! `-LDIR'
       Add directory DIR to the list of directories to be searched for
!      `-l'.
  
! `-BPREFIX'
       This option specifies where to find the executables, libraries,
       include files, and data files of the compiler itself.
  
       The compiler driver program runs one or more of the subprograms
!      `cpp', `cc1', `as' and `ld'.  It tries PREFIX as a prefix for each
!      program it tries to run, both with and without `MACHINE/VERSION/'
       for the corresponding target machine and compiler version.
  
       For each subprogram to be run, the compiler driver first tries the
!      `-B' prefix, if any.  If that name is not found, or if `-B' is not
!      specified, the driver tries two standard prefixes, `/usr/lib/gcc/'
!      and `/usr/local/lib/gcc/'.  If neither of those results in a file
       name that is found, the unmodified program name is searched for
!      using the directories specified in your `PATH' environment
       variable.
  
!      The compiler checks to see if the path provided by `-B' refers to
!      a directory, and if necessary it adds a directory separator
!      character at the end of the path.
  
!      `-B' prefixes that effectively specify directory names also apply
       to libraries in the linker, because the compiler translates these
!      options into `-L' options for the linker.  They also apply to
       include files in the preprocessor, because the compiler translates
!      these options into `-isystem' options for the preprocessor.  In
!      this case, the compiler appends `include' to the prefix.
  
!      The runtime support file `libgcc.a' can also be searched for using
!      the `-B' prefix, if needed.  If it is not found there, the two
       standard prefixes above are tried, and that is all.  The file is
       left out of the link if it is not found by those means.
  
!      Another way to specify a prefix much like the `-B' prefix is to use
!      the environment variable `GCC_EXEC_PREFIX'.  *Note Environment
       Variables::.
  
!      As a special kludge, if the path provided by `-B' is
!      `[dir/]stageN/', where N is a number in the range 0 to 9, then it
!      is replaced by `[dir/]include'.  This is to help with
       boot-strapping the compiler.
  
! `-no-canonical-prefixes'
!      Do not expand any symbolic links, resolve references to `/../' or
!      `/./', or make the path absolute when generating a relative prefix.
  
! `--sysroot=DIR'
       Use DIR as the logical root directory for headers and libraries.
       For example, if the compiler normally searches for headers in
!      `/usr/include' and libraries in `/usr/lib', it instead searches
!      `DIR/usr/include' and `DIR/usr/lib'.
  
!      If you use both this option and the `-isysroot' option, then the
!      `--sysroot' option applies to libraries, but the `-isysroot'
!      option applies to header files.
  
       The GNU linker (beginning with version 2.16) has the necessary
       support for this option.  If your linker does not support this
!      option, the header file aspect of `--sysroot' still works, but the
       library aspect does not.
  
! `--no-sysroot-suffix'
       For some targets, a suffix is added to the root directory specified
!      with `--sysroot', depending on the other options used, so that
!      headers may for example be found in `DIR/SUFFIX/usr/include'
!      instead of `DIR/usr/include'.  This option disables the addition of
       such a suffix.
  
+ 
  
  File: gcc.info,  Node: Code Gen Options,  Next: Developer Options,  Prev: Directory Options,  Up: Invoking GCC
  
  3.16 Options for Code Generation Conventions
  ============================================
  
! These machine-independent options control the interface conventions
! used in code generation.
  
   Most of them have both positive and negative forms; the negative form
! of `-ffoo' is `-fno-foo'.  In the table below, only one of the forms is
  listed--the one that is not the default.  You can figure out the other
! form by either removing `no-' or adding it.
  
! `-fstack-reuse=REUSE-LEVEL'
!      This option controls stack space reuse for user declared
!      local/auto variables and compiler generated temporaries.
!      REUSE_LEVEL can be `all', `named_vars', or `none'. `all' enables
!      stack reuse for all local variables and temporaries, `named_vars'
!      enables the reuse only for user defined local variables with
!      names, and `none' disables stack reuse completely. The default
!      value is `all'. The option is needed when the program extends the
!      lifetime of a scoped local variable or a compiler generated
!      temporary beyond the end point defined by the language.  When a
!      lifetime of a variable ends, and if the variable lives in memory,
!      the optimizing compiler has the freedom to reuse its stack space
!      with other temporaries or scoped local variables whose live range
!      does not overlap with it. Legacy code extending local lifetime is
!      likely to break with the stack reuse optimization.
  
       For example,
  
*************** form by either removing 'no-' or adding
*** 11640,11697 ****
                               // is reused with a. What is the value of ap->i?
               }
  
- 
       The lifetime of a compiler generated temporary is well defined by
!      the C++ standard.  When a lifetime of a temporary ends, and if the
       temporary lives in memory, the optimizing compiler has the freedom
       to reuse its stack space with other temporaries or scoped local
!      variables whose live range does not overlap with it.  However some
       of the legacy code relies on the behavior of older compilers in
       which temporaries' stack space is not reused, the aggressive stack
!      reuse can lead to runtime errors.  This option is used to control
       the temporary stack reuse optimization.
  
! '-ftrapv'
       This option generates traps for signed overflow on addition,
!      subtraction, multiplication operations.  The options '-ftrapv' and
!      '-fwrapv' override each other, so using '-ftrapv' '-fwrapv' on the
!      command-line results in '-fwrapv' being effective.  Note that only
!      active options override, so using '-ftrapv' '-fwrapv' '-fno-wrapv'
!      on the command-line results in '-ftrapv' being effective.
  
! '-fwrapv'
       This option instructs the compiler to assume that signed arithmetic
       overflow of addition, subtraction and multiplication wraps around
       using twos-complement representation.  This flag enables some
!      optimizations and disables others.  The options '-ftrapv' and
!      '-fwrapv' override each other, so using '-ftrapv' '-fwrapv' on the
!      command-line results in '-fwrapv' being effective.  Note that only
!      active options override, so using '-ftrapv' '-fwrapv' '-fno-wrapv'
!      on the command-line results in '-ftrapv' being effective.
  
! '-fexceptions'
       Enable exception handling.  Generates extra code needed to
!      propagate exceptions.  For some targets, this implies GCC generates
!      frame unwind information for all functions, which can produce
!      significant data size overhead, although it does not affect
!      execution.  If you do not specify this option, GCC enables it by
!      default for languages like C++ that normally require exception
!      handling, and disables it for languages like C that do not normally
!      require it.  However, you may need to enable this option when
!      compiling C code that needs to interoperate properly with exception
!      handlers written in C++.  You may also wish to disable this option
!      if you are compiling older C++ programs that don't use exception
!      handling.
  
! '-fnon-call-exceptions'
       Generate code that allows trapping instructions to throw
       exceptions.  Note that this requires platform-specific runtime
       support that does not exist everywhere.  Moreover, it only allows
!      _trapping_ instructions to throw exceptions, i.e. memory references
!      or floating-point instructions.  It does not allow exceptions to be
!      thrown from arbitrary signal handlers such as 'SIGALRM'.
  
! '-fdelete-dead-exceptions'
       Consider that instructions that may throw exceptions but don't
       otherwise contribute to the execution of the program can be
       optimized away.  This option is enabled by default for the Ada
--- 11702,11759 ----
                               // is reused with a. What is the value of ap->i?
               }
  
       The lifetime of a compiler generated temporary is well defined by
!      the C++ standard. When a lifetime of a temporary ends, and if the
       temporary lives in memory, the optimizing compiler has the freedom
       to reuse its stack space with other temporaries or scoped local
!      variables whose live range does not overlap with it. However some
       of the legacy code relies on the behavior of older compilers in
       which temporaries' stack space is not reused, the aggressive stack
!      reuse can lead to runtime errors. This option is used to control
       the temporary stack reuse optimization.
  
! `-ftrapv'
       This option generates traps for signed overflow on addition,
!      subtraction, multiplication operations.  The options `-ftrapv' and
!      `-fwrapv' override each other, so using `-ftrapv' `-fwrapv' on the
!      command-line results in `-fwrapv' being effective.  Note that only
!      active options override, so using `-ftrapv' `-fwrapv' `-fno-wrapv'
!      on the command-line results in `-ftrapv' being effective.
  
! `-fwrapv'
       This option instructs the compiler to assume that signed arithmetic
       overflow of addition, subtraction and multiplication wraps around
       using twos-complement representation.  This flag enables some
!      optimizations and disables others.  The options `-ftrapv' and
!      `-fwrapv' override each other, so using `-ftrapv' `-fwrapv' on the
!      command-line results in `-fwrapv' being effective.  Note that only
!      active options override, so using `-ftrapv' `-fwrapv' `-fno-wrapv'
!      on the command-line results in `-ftrapv' being effective.
  
! `-fexceptions'
       Enable exception handling.  Generates extra code needed to
!      propagate exceptions.  For some targets, this implies GCC
!      generates frame unwind information for all functions, which can
!      produce significant data size overhead, although it does not
!      affect execution.  If you do not specify this option, GCC enables
!      it by default for languages like C++ that normally require
!      exception handling, and disables it for languages like C that do
!      not normally require it.  However, you may need to enable this
!      option when compiling C code that needs to interoperate properly
!      with exception handlers written in C++.  You may also wish to
!      disable this option if you are compiling older C++ programs that
!      don't use exception handling.
  
! `-fnon-call-exceptions'
       Generate code that allows trapping instructions to throw
       exceptions.  Note that this requires platform-specific runtime
       support that does not exist everywhere.  Moreover, it only allows
!      _trapping_ instructions to throw exceptions, i.e. memory
!      references or floating-point instructions.  It does not allow
!      exceptions to be thrown from arbitrary signal handlers such as
!      `SIGALRM'.
  
! `-fdelete-dead-exceptions'
       Consider that instructions that may throw exceptions but don't
       otherwise contribute to the execution of the program can be
       optimized away.  This option is enabled by default for the Ada
*************** form by either removing 'no-' or adding
*** 11699,11736 ****
       Optimization passes that cause dead exceptions to be removed are
       enabled independently at different optimization levels.
  
! '-funwind-tables'
!      Similar to '-fexceptions', except that it just generates any needed
       static data, but does not affect the generated code in any other
       way.  You normally do not need to enable this option; instead, a
       language processor that needs this handling enables it on your
       behalf.
  
! '-fasynchronous-unwind-tables'
       Generate unwind table in DWARF format, if supported by target
       machine.  The table is exact at each instruction boundary, so it
       can be used for stack unwinding from asynchronous events (such as
       debugger or garbage collector).
  
! '-fno-gnu-unique'
       On systems with recent GNU assembler and C library, the C++
!      compiler uses the 'STB_GNU_UNIQUE' binding to make sure that
       definitions of template static data members and static local
       variables in inline functions are unique even in the presence of
!      'RTLD_LOCAL'; this is necessary to avoid problems with a library
!      used by two different 'RTLD_LOCAL' plugins depending on a
       definition in one of them and therefore disagreeing with the other
!      one about the binding of the symbol.  But this causes 'dlclose' to
       be ignored for affected DSOs; if your program relies on
!      reinitialization of a DSO via 'dlclose' and 'dlopen', you can use
!      '-fno-gnu-unique'.
  
! '-fpcc-struct-return'
!      Return "short" 'struct' and 'union' values in memory like longer
!      ones, rather than in registers.  This convention is less efficient,
!      but it has the advantage of allowing intercallability between
!      GCC-compiled files and files compiled with other compilers,
!      particularly the Portable C Compiler (pcc).
  
       The precise convention for returning structures in memory depends
       on the target configuration macros.
--- 11761,11798 ----
       Optimization passes that cause dead exceptions to be removed are
       enabled independently at different optimization levels.
  
! `-funwind-tables'
!      Similar to `-fexceptions', except that it just generates any needed
       static data, but does not affect the generated code in any other
       way.  You normally do not need to enable this option; instead, a
       language processor that needs this handling enables it on your
       behalf.
  
! `-fasynchronous-unwind-tables'
       Generate unwind table in DWARF format, if supported by target
       machine.  The table is exact at each instruction boundary, so it
       can be used for stack unwinding from asynchronous events (such as
       debugger or garbage collector).
  
! `-fno-gnu-unique'
       On systems with recent GNU assembler and C library, the C++
!      compiler uses the `STB_GNU_UNIQUE' binding to make sure that
       definitions of template static data members and static local
       variables in inline functions are unique even in the presence of
!      `RTLD_LOCAL'; this is necessary to avoid problems with a library
!      used by two different `RTLD_LOCAL' plugins depending on a
       definition in one of them and therefore disagreeing with the other
!      one about the binding of the symbol.  But this causes `dlclose' to
       be ignored for affected DSOs; if your program relies on
!      reinitialization of a DSO via `dlclose' and `dlopen', you can use
!      `-fno-gnu-unique'.
  
! `-fpcc-struct-return'
!      Return "short" `struct' and `union' values in memory like longer
!      ones, rather than in registers.  This convention is less
!      efficient, but it has the advantage of allowing intercallability
!      between GCC-compiled files and files compiled with other
!      compilers, particularly the Portable C Compiler (pcc).
  
       The precise convention for returning structures in memory depends
       on the target configuration macros.
*************** form by either removing 'no-' or adding
*** 11738,11831 ****
       Short structures and unions are those whose size and alignment
       match that of some integer type.
  
!      *Warning:* code compiled with the '-fpcc-struct-return' switch is
       not binary compatible with code compiled with the
!      '-freg-struct-return' switch.  Use it to conform to a non-default
       application binary interface.
  
! '-freg-struct-return'
!      Return 'struct' and 'union' values in registers when possible.
       This is more efficient for small structures than
!      '-fpcc-struct-return'.
  
!      If you specify neither '-fpcc-struct-return' nor
!      '-freg-struct-return', GCC defaults to whichever convention is
       standard for the target.  If there is no standard convention, GCC
!      defaults to '-fpcc-struct-return', except on targets where GCC is
       the principal compiler.  In those cases, we can choose the
       standard, and we chose the more efficient register return
       alternative.
  
!      *Warning:* code compiled with the '-freg-struct-return' switch is
       not binary compatible with code compiled with the
!      '-fpcc-struct-return' switch.  Use it to conform to a non-default
       application binary interface.
  
! '-fshort-enums'
!      Allocate to an 'enum' type only as many bytes as it needs for the
!      declared range of possible values.  Specifically, the 'enum' type
       is equivalent to the smallest integer type that has enough room.
  
!      *Warning:* the '-fshort-enums' switch causes GCC to generate code
       that is not binary compatible with code generated without that
       switch.  Use it to conform to a non-default application binary
       interface.
  
! '-fshort-wchar'
!      Override the underlying type for 'wchar_t' to be 'short unsigned
       int' instead of the default for the target.  This option is useful
       for building programs to run under WINE.
  
!      *Warning:* the '-fshort-wchar' switch causes GCC to generate code
       that is not binary compatible with code generated without that
       switch.  Use it to conform to a non-default application binary
       interface.
  
! '-fno-common'
       In C code, this option controls the placement of global variables
!      defined without an initializer, known as "tentative definitions" in
!      the C standard.  Tentative definitions are distinct from
!      declarations of a variable with the 'extern' keyword, which do not
       allocate storage.
  
       Unix C compilers have traditionally allocated storage for
       uninitialized global variables in a common block.  This allows the
!      linker to resolve all tentative definitions of the same variable in
!      different compilation units to the same object, or to a
       non-tentative definition.  This is the behavior specified by
!      '-fcommon', and is the default for GCC on most targets.  On the
       other hand, this behavior is not required by ISO C, and on some
       targets may carry a speed or code size penalty on variable
       references.
  
!      The '-fno-common' option specifies that the compiler should instead
       place uninitialized global variables in the data section of the
!      object file.  This inhibits the merging of tentative definitions by
!      the linker so you get a multiple-definition error if the same
       variable is defined in more than one compilation unit.  Compiling
!      with '-fno-common' is useful on targets for which it provides
       better performance, or if you wish to verify that the program will
       work on other systems that always treat uninitialized variable
       definitions this way.
  
! '-fno-ident'
!      Ignore the '#ident' directive.
  
! '-finhibit-size-directive'
!      Don't output a '.size' assembler directive, or anything else that
       would cause trouble if the function is split in the middle, and the
       two halves are placed at locations far apart in memory.  This
!      option is used when compiling 'crtstuff.c'; you should not need to
       use it for anything else.
  
! '-fverbose-asm'
       Put extra commentary information in the generated assembly code to
       make it more readable.  This option is generally only of use to
       those who actually need to read the generated assembly code
       (perhaps while debugging the compiler itself).
  
!      '-fno-verbose-asm', the default, causes the extra information to be
!      omitted and is useful when comparing two assembler files.
  
       The added comments include:
  
--- 11800,11893 ----
       Short structures and unions are those whose size and alignment
       match that of some integer type.
  
!      *Warning:* code compiled with the `-fpcc-struct-return' switch is
       not binary compatible with code compiled with the
!      `-freg-struct-return' switch.  Use it to conform to a non-default
       application binary interface.
  
! `-freg-struct-return'
!      Return `struct' and `union' values in registers when possible.
       This is more efficient for small structures than
!      `-fpcc-struct-return'.
  
!      If you specify neither `-fpcc-struct-return' nor
!      `-freg-struct-return', GCC defaults to whichever convention is
       standard for the target.  If there is no standard convention, GCC
!      defaults to `-fpcc-struct-return', except on targets where GCC is
       the principal compiler.  In those cases, we can choose the
       standard, and we chose the more efficient register return
       alternative.
  
!      *Warning:* code compiled with the `-freg-struct-return' switch is
       not binary compatible with code compiled with the
!      `-fpcc-struct-return' switch.  Use it to conform to a non-default
       application binary interface.
  
! `-fshort-enums'
!      Allocate to an `enum' type only as many bytes as it needs for the
!      declared range of possible values.  Specifically, the `enum' type
       is equivalent to the smallest integer type that has enough room.
  
!      *Warning:* the `-fshort-enums' switch causes GCC to generate code
       that is not binary compatible with code generated without that
       switch.  Use it to conform to a non-default application binary
       interface.
  
! `-fshort-wchar'
!      Override the underlying type for `wchar_t' to be `short unsigned
       int' instead of the default for the target.  This option is useful
       for building programs to run under WINE.
  
!      *Warning:* the `-fshort-wchar' switch causes GCC to generate code
       that is not binary compatible with code generated without that
       switch.  Use it to conform to a non-default application binary
       interface.
  
! `-fno-common'
       In C code, this option controls the placement of global variables
!      defined without an initializer, known as "tentative definitions"
!      in the C standard.  Tentative definitions are distinct from
!      declarations of a variable with the `extern' keyword, which do not
       allocate storage.
  
       Unix C compilers have traditionally allocated storage for
       uninitialized global variables in a common block.  This allows the
!      linker to resolve all tentative definitions of the same variable
!      in different compilation units to the same object, or to a
       non-tentative definition.  This is the behavior specified by
!      `-fcommon', and is the default for GCC on most targets.  On the
       other hand, this behavior is not required by ISO C, and on some
       targets may carry a speed or code size penalty on variable
       references.
  
!      The `-fno-common' option specifies that the compiler should instead
       place uninitialized global variables in the data section of the
!      object file.  This inhibits the merging of tentative definitions
!      by the linker so you get a multiple-definition error if the same
       variable is defined in more than one compilation unit.  Compiling
!      with `-fno-common' is useful on targets for which it provides
       better performance, or if you wish to verify that the program will
       work on other systems that always treat uninitialized variable
       definitions this way.
  
! `-fno-ident'
!      Ignore the `#ident' directive.
  
! `-finhibit-size-directive'
!      Don't output a `.size' assembler directive, or anything else that
       would cause trouble if the function is split in the middle, and the
       two halves are placed at locations far apart in memory.  This
!      option is used when compiling `crtstuff.c'; you should not need to
       use it for anything else.
  
! `-fverbose-asm'
       Put extra commentary information in the generated assembly code to
       make it more readable.  This option is generally only of use to
       those who actually need to read the generated assembly code
       (perhaps while debugging the compiler itself).
  
!      `-fno-verbose-asm', the default, causes the extra information to
!      be omitted and is useful when comparing two assembler files.
  
       The added comments include:
  
*************** form by either removing 'no-' or adding
*** 11837,11842 ****
--- 11899,11905 ----
          * hints on which high-level expressions correspond to the
            various assembly instruction operands.
  
+ 
       For example, given this C source file:
  
            int test (int n)
*************** form by either removing 'no-' or adding
*** 11850,11857 ****
              return total;
            }
  
!      compiling to (x86_64) assembly via '-S' and emitting the result
!      direct to stdout via '-o' '-'
  
            gcc -S test.c -fverbose-asm -Os -o -
  
--- 11913,11920 ----
              return total;
            }
  
!      compiling to (x86_64) assembly via `-S' and emitting the result
!      direct to stdout via `-o' `-'
  
            gcc -S test.c -fverbose-asm -Os -o -
  
*************** form by either removing 'no-' or adding
*** 11894,11915 ****
            	.ident	"GCC: (GNU) 7.0.0 20160809 (experimental)"
            	.section	.note.GNU-stack,"",@progbits
  
!      The comments are intended for humans rather than machines and hence
!      the precise format of the comments is subject to change.
  
! '-frecord-gcc-switches'
       This switch causes the command line used to invoke the compiler to
       be recorded into the object file that is being created.  This
       switch is only implemented on some targets and the exact format of
       the recording is target and binary file format dependent, but it
       usually takes the form of a section containing ASCII text.  This
!      switch is related to the '-fverbose-asm' switch, but that switch
       only records information in the assembler output file as comments,
       so it never reaches the object file.  See also
!      '-grecord-gcc-switches' for another way of storing compiler options
!      into the object file.
  
! '-fpic'
       Generate position-independent code (PIC) suitable for use in a
       shared library, if supported for the target machine.  Such code
       accesses all constant addresses through a global offset table
--- 11957,11978 ----
            	.ident	"GCC: (GNU) 7.0.0 20160809 (experimental)"
            	.section	.note.GNU-stack,"",@progbits
  
!      The comments are intended for humans rather than machines and
!      hence the precise format of the comments is subject to change.
  
! `-frecord-gcc-switches'
       This switch causes the command line used to invoke the compiler to
       be recorded into the object file that is being created.  This
       switch is only implemented on some targets and the exact format of
       the recording is target and binary file format dependent, but it
       usually takes the form of a section containing ASCII text.  This
!      switch is related to the `-fverbose-asm' switch, but that switch
       only records information in the assembler output file as comments,
       so it never reaches the object file.  See also
!      `-grecord-gcc-switches' for another way of storing compiler
!      options into the object file.
  
! `-fpic'
       Generate position-independent code (PIC) suitable for use in a
       shared library, if supported for the target machine.  Such code
       accesses all constant addresses through a global offset table
*************** form by either removing 'no-' or adding
*** 11917,11924 ****
       program starts (the dynamic loader is not part of GCC; it is part
       of the operating system).  If the GOT size for the linked
       executable exceeds a machine-specific maximum size, you get an
!      error message from the linker indicating that '-fpic' does not
!      work; in that case, recompile with '-fPIC' instead.  (These
       maximums are 8k on the SPARC, 28k on AArch64 and 32k on the m68k
       and RS/6000.  The x86 has no such limit.)
  
--- 11980,11987 ----
       program starts (the dynamic loader is not part of GCC; it is part
       of the operating system).  If the GOT size for the linked
       executable exceeds a machine-specific maximum size, you get an
!      error message from the linker indicating that `-fpic' does not
!      work; in that case, recompile with `-fPIC' instead.  (These
       maximums are 8k on the SPARC, 28k on AArch64 and 32k on the m68k
       and RS/6000.  The x86 has no such limit.)
  
*************** form by either removing 'no-' or adding
*** 11927,11996 ****
       System V but not for the Sun 386i.  Code generated for the IBM
       RS/6000 is always position-independent.
  
!      When this flag is set, the macros '__pic__' and '__PIC__' are
       defined to 1.
  
! '-fPIC'
       If supported for the target machine, emit position-independent
       code, suitable for dynamic linking and avoiding any limit on the
!      size of the global offset table.  This option makes a difference on
!      AArch64, m68k, PowerPC and SPARC.
  
       Position-independent code requires special support, and therefore
       works only on certain machines.
  
!      When this flag is set, the macros '__pic__' and '__PIC__' are
       defined to 2.
  
! '-fpie'
! '-fPIE'
!      These options are similar to '-fpic' and '-fPIC', but generated
       position independent code can be only linked into executables.
!      Usually these options are used when '-pie' GCC option is used
       during linking.
  
!      '-fpie' and '-fPIE' both define the macros '__pie__' and '__PIE__'.
!      The macros have the value 1 for '-fpie' and 2 for '-fPIE'.
  
! '-fno-plt'
       Do not use the PLT for external function calls in
       position-independent code.  Instead, load the callee address at
       call sites from the GOT and branch to it.  This leads to more
       efficient code by eliminating PLT stubs and exposing GOT loads to
!      optimizations.  On architectures such as 32-bit x86 where PLT stubs
!      expect the GOT pointer in a specific register, this gives more
!      register allocation freedom to the compiler.  Lazy binding requires
!      use of the PLT; with '-fno-plt' all external symbols are resolved
!      at load time.
  
!      Alternatively, the function attribute 'noplt' can be used to avoid
       calls through the PLT for specific external functions.
  
       In position-dependent code, a few targets also convert calls to
       functions that are marked to not use the PLT to use the GOT
       instead.
  
! '-fno-jump-tables'
       Do not use jump tables for switch statements even where it would be
       more efficient than other code generation strategies.  This option
!      is of use in conjunction with '-fpic' or '-fPIC' for building code
       that forms part of a dynamic linker and cannot reference the
       address of a jump table.  On some targets, jump tables do not
       require a GOT and this option is not needed.
  
! '-ffixed-REG'
       Treat the register named REG as a fixed register; generated code
       should never refer to it (except perhaps as a stack pointer, frame
       pointer or in some other fixed role).
  
       REG must be the name of a register.  The register names accepted
!      are machine-specific and are defined in the 'REGISTER_NAMES' macro
       in the machine description macro file.
  
       This flag does not have a negative form, because it specifies a
       three-way choice.
  
! '-fcall-used-REG'
       Treat the register named REG as an allocable register that is
       clobbered by function calls.  It may be allocated for temporaries
       or variables that do not live across a call.  Functions compiled
--- 11990,12060 ----
       System V but not for the Sun 386i.  Code generated for the IBM
       RS/6000 is always position-independent.
  
!      When this flag is set, the macros `__pic__' and `__PIC__' are
       defined to 1.
  
! `-fPIC'
       If supported for the target machine, emit position-independent
       code, suitable for dynamic linking and avoiding any limit on the
!      size of the global offset table.  This option makes a difference
!      on AArch64, m68k, PowerPC and SPARC.
  
       Position-independent code requires special support, and therefore
       works only on certain machines.
  
!      When this flag is set, the macros `__pic__' and `__PIC__' are
       defined to 2.
  
! `-fpie'
! `-fPIE'
!      These options are similar to `-fpic' and `-fPIC', but generated
       position independent code can be only linked into executables.
!      Usually these options are used when `-pie' GCC option is used
       during linking.
  
!      `-fpie' and `-fPIE' both define the macros `__pie__' and
!      `__PIE__'.  The macros have the value 1 for `-fpie' and 2 for
!      `-fPIE'.
  
! `-fno-plt'
       Do not use the PLT for external function calls in
       position-independent code.  Instead, load the callee address at
       call sites from the GOT and branch to it.  This leads to more
       efficient code by eliminating PLT stubs and exposing GOT loads to
!      optimizations.  On architectures such as 32-bit x86 where PLT
!      stubs expect the GOT pointer in a specific register, this gives
!      more register allocation freedom to the compiler.  Lazy binding
!      requires use of the PLT; with `-fno-plt' all external symbols are
!      resolved at load time.
  
!      Alternatively, the function attribute `noplt' can be used to avoid
       calls through the PLT for specific external functions.
  
       In position-dependent code, a few targets also convert calls to
       functions that are marked to not use the PLT to use the GOT
       instead.
  
! `-fno-jump-tables'
       Do not use jump tables for switch statements even where it would be
       more efficient than other code generation strategies.  This option
!      is of use in conjunction with `-fpic' or `-fPIC' for building code
       that forms part of a dynamic linker and cannot reference the
       address of a jump table.  On some targets, jump tables do not
       require a GOT and this option is not needed.
  
! `-ffixed-REG'
       Treat the register named REG as a fixed register; generated code
       should never refer to it (except perhaps as a stack pointer, frame
       pointer or in some other fixed role).
  
       REG must be the name of a register.  The register names accepted
!      are machine-specific and are defined in the `REGISTER_NAMES' macro
       in the machine description macro file.
  
       This flag does not have a negative form, because it specifies a
       three-way choice.
  
! `-fcall-used-REG'
       Treat the register named REG as an allocable register that is
       clobbered by function calls.  It may be allocated for temporaries
       or variables that do not live across a call.  Functions compiled
*************** form by either removing 'no-' or adding
*** 12004,12010 ****
       This flag does not have a negative form, because it specifies a
       three-way choice.
  
! '-fcall-saved-REG'
       Treat the register named REG as an allocable register saved by
       functions.  It may be allocated even for temporaries or variables
       that live across a call.  Functions compiled this way save and
--- 12068,12074 ----
       This flag does not have a negative form, because it specifies a
       three-way choice.
  
! `-fcall-saved-REG'
       Treat the register named REG as an allocable register saved by
       functions.  It may be allocated even for temporaries or variables
       that live across a call.  Functions compiled this way save and
*************** form by either removing 'no-' or adding
*** 12021,12027 ****
       This flag does not have a negative form, because it specifies a
       three-way choice.
  
! '-fpack-struct[=N]'
       Without a value specified, pack all structure members together
       without holes.  When a value is specified (which must be a small
       power of two), pack structure members according to this value,
--- 12085,12091 ----
       This flag does not have a negative form, because it specifies a
       three-way choice.
  
! `-fpack-struct[=N]'
       Without a value specified, pack all structure members together
       without holes.  When a value is specified (which must be a small
       power of two), pack structure members according to this value,
*************** form by either removing 'no-' or adding
*** 12029,12086 ****
       alignment requirements larger than this are output potentially
       unaligned at the next fitting location.
  
!      *Warning:* the '-fpack-struct' switch causes GCC to generate code
       that is not binary compatible with code generated without that
       switch.  Additionally, it makes the code suboptimal.  Use it to
       conform to a non-default application binary interface.
  
! '-fleading-underscore'
!      This option and its counterpart, '-fno-leading-underscore',
       forcibly change the way C symbols are represented in the object
       file.  One use is to help link with legacy assembly code.
  
!      *Warning:* the '-fleading-underscore' switch causes GCC to generate
!      code that is not binary compatible with code generated without that
!      switch.  Use it to conform to a non-default application binary
!      interface.  Not all targets provide complete support for this
!      switch.
  
! '-ftls-model=MODEL'
       Alter the thread-local storage model to be used (*note
       Thread-Local::).  The MODEL argument should be one of
!      'global-dynamic', 'local-dynamic', 'initial-exec' or 'local-exec'.
       Note that the choice is subject to optimization: the compiler may
       use a more efficient model for symbols not visible outside of the
!      translation unit, or if '-fpic' is not given on the command line.
  
!      The default without '-fpic' is 'initial-exec'; with '-fpic' the
!      default is 'global-dynamic'.
  
! '-ftrampolines'
       For targets that normally need trampolines for nested functions,
       always generate them instead of using descriptors.  Otherwise, for
       targets that do not need them, like for example HP-PA or IA-64, do
       nothing.
  
       A trampoline is a small piece of code that is created at run time
!      on the stack when the address of a nested function is taken, and is
!      used to call the nested function indirectly.  Therefore, it
       requires the stack to be made executable in order for the program
       to work properly.
  
!      '-fno-trampolines' is enabled by default on a language by language
       basis to let the compiler avoid generating them, if it computes
       that this is safe, and replace them with descriptors.  Descriptors
       are made up of data only, but the generated code must be prepared
!      to deal with them.  As of this writing, '-fno-trampolines' is
       enabled by default only for Ada.
  
!      Moreover, code compiled with '-ftrampolines' and code compiled with
!      '-fno-trampolines' are not binary compatible if nested functions
       are present.  This option must therefore be used on a program-wide
       basis and be manipulated with extreme care.
  
! '-fvisibility=[default|internal|hidden|protected]'
       Set the default ELF image symbol visibility to the specified
       option--all symbols are marked with this unless overridden within
       the code.  Using this feature can very substantially improve
--- 12093,12150 ----
       alignment requirements larger than this are output potentially
       unaligned at the next fitting location.
  
!      *Warning:* the `-fpack-struct' switch causes GCC to generate code
       that is not binary compatible with code generated without that
       switch.  Additionally, it makes the code suboptimal.  Use it to
       conform to a non-default application binary interface.
  
! `-fleading-underscore'
!      This option and its counterpart, `-fno-leading-underscore',
       forcibly change the way C symbols are represented in the object
       file.  One use is to help link with legacy assembly code.
  
!      *Warning:* the `-fleading-underscore' switch causes GCC to
!      generate code that is not binary compatible with code generated
!      without that switch.  Use it to conform to a non-default
!      application binary interface.  Not all targets provide complete
!      support for this switch.
  
! `-ftls-model=MODEL'
       Alter the thread-local storage model to be used (*note
       Thread-Local::).  The MODEL argument should be one of
!      `global-dynamic', `local-dynamic', `initial-exec' or `local-exec'.
       Note that the choice is subject to optimization: the compiler may
       use a more efficient model for symbols not visible outside of the
!      translation unit, or if `-fpic' is not given on the command line.
  
!      The default without `-fpic' is `initial-exec'; with `-fpic' the
!      default is `global-dynamic'.
  
! `-ftrampolines'
       For targets that normally need trampolines for nested functions,
       always generate them instead of using descriptors.  Otherwise, for
       targets that do not need them, like for example HP-PA or IA-64, do
       nothing.
  
       A trampoline is a small piece of code that is created at run time
!      on the stack when the address of a nested function is taken, and
!      is used to call the nested function indirectly.  Therefore, it
       requires the stack to be made executable in order for the program
       to work properly.
  
!      `-fno-trampolines' is enabled by default on a language by language
       basis to let the compiler avoid generating them, if it computes
       that this is safe, and replace them with descriptors.  Descriptors
       are made up of data only, but the generated code must be prepared
!      to deal with them.  As of this writing, `-fno-trampolines' is
       enabled by default only for Ada.
  
!      Moreover, code compiled with `-ftrampolines' and code compiled with
!      `-fno-trampolines' are not binary compatible if nested functions
       are present.  This option must therefore be used on a program-wide
       basis and be manipulated with extreme care.
  
! `-fvisibility=[default|internal|hidden|protected]'
       Set the default ELF image symbol visibility to the specified
       option--all symbols are marked with this unless overridden within
       the code.  Using this feature can very substantially improve
*************** form by either removing 'no-' or adding
*** 12089,12117 ****
       clashes.  It is *strongly* recommended that you use this in any
       shared objects you distribute.
  
!      Despite the nomenclature, 'default' always means public; i.e.,
       available to be linked against from outside the shared object.
!      'protected' and 'internal' are pretty useless in real-world usage
!      so the only other commonly used option is 'hidden'.  The default if
!      '-fvisibility' isn't specified is 'default', i.e., make every
       symbol public.
  
       A good explanation of the benefits offered by ensuring ELF symbols
       have the correct visibility is given by "How To Write Shared
       Libraries" by Ulrich Drepper (which can be found at
!      <https://www.akkadia.org/drepper/>)--however a superior solution
       made possible by this option to marking things hidden when the
       default is public is to make the default hidden and mark things
       public.  This is the norm with DLLs on Windows and with
!      '-fvisibility=hidden' and '__attribute__ ((visibility("default")))'
!      instead of '__declspec(dllexport)' you get almost identical
!      semantics with identical syntax.  This is a great boon to those
!      working with cross-platform projects.
  
       For those adding visibility support to existing code, you may find
!      '#pragma GCC visibility' of use.  This works by you enclosing the
       declarations you wish to set visibility for with (for example)
!      '#pragma GCC visibility push(hidden)' and '#pragma GCC visibility
       pop'.  Bear in mind that symbol visibility should be viewed *as
       part of the API interface contract* and thus all new code should
       always specify visibility when it is not the default; i.e.,
--- 12153,12181 ----
       clashes.  It is *strongly* recommended that you use this in any
       shared objects you distribute.
  
!      Despite the nomenclature, `default' always means public; i.e.,
       available to be linked against from outside the shared object.
!      `protected' and `internal' are pretty useless in real-world usage
!      so the only other commonly used option is `hidden'.  The default
!      if `-fvisibility' isn't specified is `default', i.e., make every
       symbol public.
  
       A good explanation of the benefits offered by ensuring ELF symbols
       have the correct visibility is given by "How To Write Shared
       Libraries" by Ulrich Drepper (which can be found at
!      `https://www.akkadia.org/drepper/')--however a superior solution
       made possible by this option to marking things hidden when the
       default is public is to make the default hidden and mark things
       public.  This is the norm with DLLs on Windows and with
!      `-fvisibility=hidden' and `__attribute__
!      ((visibility("default")))' instead of `__declspec(dllexport)' you
!      get almost identical semantics with identical syntax.  This is a
!      great boon to those working with cross-platform projects.
  
       For those adding visibility support to existing code, you may find
!      `#pragma GCC visibility' of use.  This works by you enclosing the
       declarations you wish to set visibility for with (for example)
!      `#pragma GCC visibility push(hidden)' and `#pragma GCC visibility
       pop'.  Bear in mind that symbol visibility should be viewed *as
       part of the API interface contract* and thus all new code should
       always specify visibility when it is not the default; i.e.,
*************** form by either removing 'no-' or adding
*** 12119,12159 ****
       marked explicitly as hidden as so to avoid PLT indirection
       overheads--making this abundantly clear also aids readability and
       self-documentation of the code.  Note that due to ISO C++
!      specification requirements, 'operator new' and 'operator delete'
       must always be of default visibility.
  
       Be aware that headers from outside your project, in particular
       system headers and headers from any other library you use, may not
!      be expecting to be compiled with visibility other than the default.
!      You may need to explicitly say '#pragma GCC visibility
       push(default)' before including any such headers.
  
!      'extern' declarations are not affected by '-fvisibility', so a lot
!      of code can be recompiled with '-fvisibility=hidden' with no
!      modifications.  However, this means that calls to 'extern'
       functions with no explicit visibility use the PLT, so it is more
!      effective to use '__attribute ((visibility))' and/or '#pragma GCC
!      visibility' to tell the compiler which 'extern' declarations should
!      be treated as hidden.
  
!      Note that '-fvisibility' does affect C++ vague linkage entities.
!      This means that, for instance, an exception class that is be thrown
!      between DSOs must be explicitly marked with default visibility so
!      that the 'type_info' nodes are unified between the DSOs.
  
       An overview of these techniques, their benefits and how to use them
!      is at <http://gcc.gnu.org/wiki/Visibility>.
  
! '-fstrict-volatile-bitfields'
       This option should be used if accesses to volatile bit-fields (or
       other structure fields, although the compiler usually honors those
       types anyway) should use a single access of the width of the
       field's type, aligned to a natural alignment if possible.  For
       example, targets with memory-mapped peripheral registers might
       require all such accesses to be 16 bits wide; with this flag you
!      can declare all peripheral bit-fields as 'unsigned short' (assuming
!      short is 16 bits on these targets) to force GCC to use 16-bit
!      accesses instead of, perhaps, a more efficient 32-bit access.
  
       If this option is disabled, the compiler uses the most efficient
       instruction.  In the previous example, that might be a 32-bit load
--- 12183,12225 ----
       marked explicitly as hidden as so to avoid PLT indirection
       overheads--making this abundantly clear also aids readability and
       self-documentation of the code.  Note that due to ISO C++
!      specification requirements, `operator new' and `operator delete'
       must always be of default visibility.
  
       Be aware that headers from outside your project, in particular
       system headers and headers from any other library you use, may not
!      be expecting to be compiled with visibility other than the
!      default.  You may need to explicitly say `#pragma GCC visibility
       push(default)' before including any such headers.
  
!      `extern' declarations are not affected by `-fvisibility', so a lot
!      of code can be recompiled with `-fvisibility=hidden' with no
!      modifications.  However, this means that calls to `extern'
       functions with no explicit visibility use the PLT, so it is more
!      effective to use `__attribute ((visibility))' and/or `#pragma GCC
!      visibility' to tell the compiler which `extern' declarations
!      should be treated as hidden.
  
!      Note that `-fvisibility' does affect C++ vague linkage entities.
!      This means that, for instance, an exception class that is be
!      thrown between DSOs must be explicitly marked with default
!      visibility so that the `type_info' nodes are unified between the
!      DSOs.
  
       An overview of these techniques, their benefits and how to use them
!      is at `http://gcc.gnu.org/wiki/Visibility'.
  
! `-fstrict-volatile-bitfields'
       This option should be used if accesses to volatile bit-fields (or
       other structure fields, although the compiler usually honors those
       types anyway) should use a single access of the width of the
       field's type, aligned to a natural alignment if possible.  For
       example, targets with memory-mapped peripheral registers might
       require all such accesses to be 16 bits wide; with this flag you
!      can declare all peripheral bit-fields as `unsigned short'
!      (assuming short is 16 bits on these targets) to force GCC to use
!      16-bit accesses instead of, perhaps, a more efficient 32-bit
!      access.
  
       If this option is disabled, the compiler uses the most efficient
       instruction.  In the previous example, that might be a 32-bit load
*************** form by either removing 'no-' or adding
*** 12161,12174 ****
       any portion of the bit-field, or memory-mapped registers unrelated
       to the one being updated.
  
!      In some cases, such as when the 'packed' attribute is applied to a
       structure field, it may not be possible to access the field with a
       single read or write that is correctly aligned for the target
       machine.  In this case GCC falls back to generating multiple
!      accesses rather than code that will fault or truncate the result at
!      run time.
  
!      Note: Due to restrictions of the C/C++11 memory model, write
       accesses are not allowed to touch non bit-field members.  It is
       therefore recommended to define all bits of the field's type as
       bit-field members.
--- 12227,12240 ----
       any portion of the bit-field, or memory-mapped registers unrelated
       to the one being updated.
  
!      In some cases, such as when the `packed' attribute is applied to a
       structure field, it may not be possible to access the field with a
       single read or write that is correctly aligned for the target
       machine.  In this case GCC falls back to generating multiple
!      accesses rather than code that will fault or truncate the result
!      at run time.
  
!      Note:  Due to restrictions of the C/C++11 memory model, write
       accesses are not allowed to touch non bit-field members.  It is
       therefore recommended to define all bits of the field's type as
       bit-field members.
*************** form by either removing 'no-' or adding
*** 12176,12189 ****
       The default value of this option is determined by the application
       binary interface for the target processor.
  
! '-fsync-libcalls'
       This option controls whether any out-of-line instance of the
!      '__sync' family of functions may be used to implement the C++11
!      '__atomic' family of functions.
  
       The default value of this option is enabled, thus the only useful
!      form of the option is '-fno-sync-libcalls'.  This option is used in
!      the implementation of the 'libatomic' runtime library.
  
  
  File: gcc.info,  Node: Developer Options,  Next: Submodel Options,  Prev: Code Gen Options,  Up: Invoking GCC
--- 12242,12256 ----
       The default value of this option is determined by the application
       binary interface for the target processor.
  
! `-fsync-libcalls'
       This option controls whether any out-of-line instance of the
!      `__sync' family of functions may be used to implement the C++11
!      `__atomic' family of functions.
  
       The default value of this option is enabled, thus the only useful
!      form of the option is `-fno-sync-libcalls'.  This option is used in
!      the implementation of the `libatomic' runtime library.
! 
  
  
  File: gcc.info,  Node: Developer Options,  Next: Submodel Options,  Prev: Code Gen Options,  Up: Invoking GCC
*************** execution time; and that print informati
*** 12200,12537 ****
  such as where it searches for libraries.  You should rarely need to use
  any of these options for ordinary compilation and linking tasks.
  
! '-dLETTERS'
! '-fdump-rtl-PASS'
! '-fdump-rtl-PASS=FILENAME'
       Says to make debugging dumps during compilation at times specified
       by LETTERS.  This is used for debugging the RTL-based passes of the
       compiler.  The file names for most of the dumps are made by
       appending a pass number and a word to the DUMPNAME, and the files
       are created in the directory of the output file.  In case of
!      '=FILENAME' option, the dump is output on the given file instead of
!      the pass numbered dump files.  Note that the pass number is
       assigned as passes are registered into the pass manager.  Most
       passes are registered in the order that they will execute and for
       these passes the number corresponds to the pass execution order.
       However, passes registered by plugins, passes specific to
       compilation targets, or passes that are otherwise registered after
!      all the other passes are numbered higher than a pass named "final",
!      even if they are executed earlier.  DUMPNAME is generated from the
!      name of the output file if explicitly specified and not an
!      executable, otherwise it is the basename of the source file.
  
!      Some '-dLETTERS' switches have different meaning when '-E' is used
       for preprocessing.  *Note Preprocessor Options::, for information
       about preprocessor-specific dump options.
  
!      Debug dumps can be enabled with a '-fdump-rtl' switch or some '-d'
       option LETTERS.  Here are the possible letters for use in PASS and
       LETTERS, and their meanings:
  
!      '-fdump-rtl-alignments'
            Dump after branch alignments have been computed.
  
!      '-fdump-rtl-asmcons'
            Dump after fixing rtl statements that have unsatisfied in/out
            constraints.
  
!      '-fdump-rtl-auto_inc_dec'
            Dump after auto-inc-dec discovery.  This pass is only run on
            architectures that have auto inc or auto dec instructions.
  
!      '-fdump-rtl-barriers'
            Dump after cleaning up the barrier instructions.
  
!      '-fdump-rtl-bbpart'
            Dump after partitioning hot and cold basic blocks.
  
!      '-fdump-rtl-bbro'
            Dump after block reordering.
  
!      '-fdump-rtl-btl1'
!      '-fdump-rtl-btl2'
!           '-fdump-rtl-btl1' and '-fdump-rtl-btl2' enable dumping after
            the two branch target load optimization passes.
  
!      '-fdump-rtl-bypass'
            Dump after jump bypassing and control flow optimizations.
  
!      '-fdump-rtl-combine'
            Dump after the RTL instruction combination pass.
  
!      '-fdump-rtl-compgotos'
            Dump after duplicating the computed gotos.
  
!      '-fdump-rtl-ce1'
!      '-fdump-rtl-ce2'
!      '-fdump-rtl-ce3'
!           '-fdump-rtl-ce1', '-fdump-rtl-ce2', and '-fdump-rtl-ce3'
            enable dumping after the three if conversion passes.
  
!      '-fdump-rtl-cprop_hardreg'
            Dump after hard register copy propagation.
  
!      '-fdump-rtl-csa'
            Dump after combining stack adjustments.
  
!      '-fdump-rtl-cse1'
!      '-fdump-rtl-cse2'
!           '-fdump-rtl-cse1' and '-fdump-rtl-cse2' enable dumping after
            the two common subexpression elimination passes.
  
!      '-fdump-rtl-dce'
            Dump after the standalone dead code elimination passes.
  
!      '-fdump-rtl-dbr'
            Dump after delayed branch scheduling.
  
!      '-fdump-rtl-dce1'
!      '-fdump-rtl-dce2'
!           '-fdump-rtl-dce1' and '-fdump-rtl-dce2' enable dumping after
            the two dead store elimination passes.
  
!      '-fdump-rtl-eh'
            Dump after finalization of EH handling code.
  
!      '-fdump-rtl-eh_ranges'
            Dump after conversion of EH handling range regions.
  
!      '-fdump-rtl-expand'
            Dump after RTL generation.
  
!      '-fdump-rtl-fwprop1'
!      '-fdump-rtl-fwprop2'
!           '-fdump-rtl-fwprop1' and '-fdump-rtl-fwprop2' enable dumping
            after the two forward propagation passes.
  
!      '-fdump-rtl-gcse1'
!      '-fdump-rtl-gcse2'
!           '-fdump-rtl-gcse1' and '-fdump-rtl-gcse2' enable dumping after
!           global common subexpression elimination.
  
!      '-fdump-rtl-init-regs'
            Dump after the initialization of the registers.
  
!      '-fdump-rtl-initvals'
            Dump after the computation of the initial value sets.
  
!      '-fdump-rtl-into_cfglayout'
            Dump after converting to cfglayout mode.
  
!      '-fdump-rtl-ira'
            Dump after iterated register allocation.
  
!      '-fdump-rtl-jump'
            Dump after the second jump optimization.
  
!      '-fdump-rtl-loop2'
!           '-fdump-rtl-loop2' enables dumping after the rtl loop
            optimization passes.
  
!      '-fdump-rtl-mach'
            Dump after performing the machine dependent reorganization
            pass, if that pass exists.
  
!      '-fdump-rtl-mode_sw'
            Dump after removing redundant mode switches.
  
!      '-fdump-rtl-rnreg'
            Dump after register renumbering.
  
!      '-fdump-rtl-outof_cfglayout'
            Dump after converting from cfglayout mode.
  
!      '-fdump-rtl-peephole2'
            Dump after the peephole pass.
  
!      '-fdump-rtl-postreload'
            Dump after post-reload optimizations.
  
!      '-fdump-rtl-pro_and_epilogue'
            Dump after generating the function prologues and epilogues.
  
!      '-fdump-rtl-sched1'
!      '-fdump-rtl-sched2'
!           '-fdump-rtl-sched1' and '-fdump-rtl-sched2' enable dumping
            after the basic block scheduling passes.
  
!      '-fdump-rtl-ree'
            Dump after sign/zero extension elimination.
  
!      '-fdump-rtl-seqabstr'
            Dump after common sequence discovery.
  
!      '-fdump-rtl-shorten'
            Dump after shortening branches.
  
!      '-fdump-rtl-sibling'
            Dump after sibling call optimizations.
  
!      '-fdump-rtl-split1'
!      '-fdump-rtl-split2'
!      '-fdump-rtl-split3'
!      '-fdump-rtl-split4'
!      '-fdump-rtl-split5'
            These options enable dumping after five rounds of instruction
            splitting.
  
!      '-fdump-rtl-sms'
            Dump after modulo scheduling.  This pass is only run on some
            architectures.
  
!      '-fdump-rtl-stack'
            Dump after conversion from GCC's "flat register file"
            registers to the x87's stack-like registers.  This pass is
            only run on x86 variants.
  
!      '-fdump-rtl-subreg1'
!      '-fdump-rtl-subreg2'
!           '-fdump-rtl-subreg1' and '-fdump-rtl-subreg2' enable dumping
            after the two subreg expansion passes.
  
!      '-fdump-rtl-unshare'
            Dump after all rtl has been unshared.
  
!      '-fdump-rtl-vartrack'
            Dump after variable tracking.
  
!      '-fdump-rtl-vregs'
            Dump after converting virtual registers to hard registers.
  
!      '-fdump-rtl-web'
            Dump after live range splitting.
  
!      '-fdump-rtl-regclass'
!      '-fdump-rtl-subregs_of_mode_init'
!      '-fdump-rtl-subregs_of_mode_finish'
!      '-fdump-rtl-dfinit'
!      '-fdump-rtl-dfinish'
            These dumps are defined but always produce empty files.
  
!      '-da'
!      '-fdump-rtl-all'
            Produce all the dumps listed above.
  
!      '-dA'
            Annotate the assembler output with miscellaneous debugging
            information.
  
!      '-dD'
            Dump all macro definitions, at the end of preprocessing, in
            addition to normal output.
  
!      '-dH'
            Produce a core dump whenever an error occurs.
  
!      '-dp'
            Annotate the assembler output with a comment indicating which
            pattern and alternative is used.  The length of each
            instruction is also printed.
  
!      '-dP'
            Dump the RTL in the assembler output as a comment before each
!           instruction.  Also turns on '-dp' annotation.
  
!      '-dx'
            Just generate RTL for a function instead of compiling it.
!           Usually used with '-fdump-rtl-expand'.
  
! '-fdump-noaddr'
!      When doing debugging dumps, suppress address output.  This makes it
!      more feasible to use diff on debugging dumps for compiler
       invocations with different compiler binaries and/or different text
       / bss / data / heap / stack / dso start locations.
  
! '-freport-bug'
       Collect and dump debug information into a temporary file if an
       internal compiler error (ICE) occurs.
  
! '-fdump-unnumbered'
       When doing debugging dumps, suppress instruction numbers and
       address output.  This makes it more feasible to use diff on
!      debugging dumps for compiler invocations with different options, in
!      particular with and without '-g'.
  
! '-fdump-unnumbered-links'
!      When doing debugging dumps (see '-d' option above), suppress
       instruction numbers for the links to the previous and next
       instructions in a sequence.
  
! '-fdump-translation-unit (C++ only)'
! '-fdump-translation-unit-OPTIONS (C++ only)'
       Dump a representation of the tree structure for the entire
       translation unit to a file.  The file name is made by appending
!      '.tu' to the source file name, and the file is created in the same
!      directory as the output file.  If the '-OPTIONS' form is used,
       OPTIONS controls the details of the dump as described for the
!      '-fdump-tree' options.
  
! '-fdump-class-hierarchy (C++ only)'
! '-fdump-class-hierarchy-OPTIONS (C++ only)'
       Dump a representation of each class's hierarchy and virtual
       function table layout to a file.  The file name is made by
!      appending '.class' to the source file name, and the file is created
!      in the same directory as the output file.  If the '-OPTIONS' form
!      is used, OPTIONS controls the details of the dump as described for
!      the '-fdump-tree' options.
  
! '-fdump-ipa-SWITCH'
       Control the dumping at various stages of inter-procedural analysis
       language tree to a file.  The file name is generated by appending a
       switch specific suffix to the source file name, and the file is
       created in the same directory as the output file.  The following
       dumps are possible:
  
!      'all'
            Enables all inter-procedural analysis dumps.
  
!      'cgraph'
            Dumps information about call-graph optimization, unused
            function removal, and inlining decisions.
  
!      'inline'
            Dump after function inlining.
  
! '-fdump-passes'
!      Print on 'stderr' the list of optimization passes that are turned
       on and off by the current command-line options.
  
! '-fdump-statistics-OPTION'
       Enable and control dumping of pass statistics in a separate file.
       The file name is generated by appending a suffix ending in
!      '.statistics' to the source file name, and the file is created in
!      the same directory as the output file.  If the '-OPTION' form is
!      used, '-stats' causes counters to be summed over the whole
!      compilation unit while '-details' dumps every event as the passes
       generate them.  The default with no option is to sum counters for
       each function compiled.
  
! '-fdump-tree-all'
! '-fdump-tree-SWITCH'
! '-fdump-tree-SWITCH-OPTIONS'
! '-fdump-tree-SWITCH-OPTIONS=FILENAME'
       Control the dumping at various stages of processing the
       intermediate language tree to a file.  The file name is generated
       by appending a switch-specific suffix to the source file name, and
!      the file is created in the same directory as the output file.  In
!      case of '=FILENAME' option, the dump is output on the given file
!      instead of the auto named dump files.  If the '-OPTIONS' form is
!      used, OPTIONS is a list of '-' separated options which control the
       details of the dump.  Not all options are applicable to all dumps;
       those that are not meaningful are ignored.  The following options
       are available
  
!      'address'
            Print the address of each node.  Usually this is not
            meaningful as it changes according to the environment and
!           source file.  Its primary use is for tying up a dump file with
!           a debug environment.
!      'asmname'
!           If 'DECL_ASSEMBLER_NAME' has been set for a given decl, use
!           that in the dump instead of 'DECL_NAME'.  Its primary use is
            ease of use working backward from mangled names in the
            assembly file.
!      'slim'
            When dumping front-end intermediate representations, inhibit
            dumping of members of a scope or body of a function merely
            because that scope has been reached.  Only dump such items
--- 12267,12607 ----
  such as where it searches for libraries.  You should rarely need to use
  any of these options for ordinary compilation and linking tasks.
  
! `-dLETTERS'
! `-fdump-rtl-PASS'
! `-fdump-rtl-PASS=FILENAME'
       Says to make debugging dumps during compilation at times specified
       by LETTERS.  This is used for debugging the RTL-based passes of the
       compiler.  The file names for most of the dumps are made by
       appending a pass number and a word to the DUMPNAME, and the files
       are created in the directory of the output file.  In case of
!      `=FILENAME' option, the dump is output on the given file instead
!      of the pass numbered dump files.  Note that the pass number is
       assigned as passes are registered into the pass manager.  Most
       passes are registered in the order that they will execute and for
       these passes the number corresponds to the pass execution order.
       However, passes registered by plugins, passes specific to
       compilation targets, or passes that are otherwise registered after
!      all the other passes are numbered higher than a pass named
!      "final", even if they are executed earlier.  DUMPNAME is generated
!      from the name of the output file if explicitly specified and not
!      an executable, otherwise it is the basename of the source file.
  
!      Some `-dLETTERS' switches have different meaning when `-E' is used
       for preprocessing.  *Note Preprocessor Options::, for information
       about preprocessor-specific dump options.
  
!      Debug dumps can be enabled with a `-fdump-rtl' switch or some `-d'
       option LETTERS.  Here are the possible letters for use in PASS and
       LETTERS, and their meanings:
  
!     `-fdump-rtl-alignments'
            Dump after branch alignments have been computed.
  
!     `-fdump-rtl-asmcons'
            Dump after fixing rtl statements that have unsatisfied in/out
            constraints.
  
!     `-fdump-rtl-auto_inc_dec'
            Dump after auto-inc-dec discovery.  This pass is only run on
            architectures that have auto inc or auto dec instructions.
  
!     `-fdump-rtl-barriers'
            Dump after cleaning up the barrier instructions.
  
!     `-fdump-rtl-bbpart'
            Dump after partitioning hot and cold basic blocks.
  
!     `-fdump-rtl-bbro'
            Dump after block reordering.
  
!     `-fdump-rtl-btl1'
!     `-fdump-rtl-btl2'
!           `-fdump-rtl-btl1' and `-fdump-rtl-btl2' enable dumping after
            the two branch target load optimization passes.
  
!     `-fdump-rtl-bypass'
            Dump after jump bypassing and control flow optimizations.
  
!     `-fdump-rtl-combine'
            Dump after the RTL instruction combination pass.
  
!     `-fdump-rtl-compgotos'
            Dump after duplicating the computed gotos.
  
!     `-fdump-rtl-ce1'
!     `-fdump-rtl-ce2'
!     `-fdump-rtl-ce3'
!           `-fdump-rtl-ce1', `-fdump-rtl-ce2', and `-fdump-rtl-ce3'
            enable dumping after the three if conversion passes.
  
!     `-fdump-rtl-cprop_hardreg'
            Dump after hard register copy propagation.
  
!     `-fdump-rtl-csa'
            Dump after combining stack adjustments.
  
!     `-fdump-rtl-cse1'
!     `-fdump-rtl-cse2'
!           `-fdump-rtl-cse1' and `-fdump-rtl-cse2' enable dumping after
            the two common subexpression elimination passes.
  
!     `-fdump-rtl-dce'
            Dump after the standalone dead code elimination passes.
  
!     `-fdump-rtl-dbr'
            Dump after delayed branch scheduling.
  
!     `-fdump-rtl-dce1'
!     `-fdump-rtl-dce2'
!           `-fdump-rtl-dce1' and `-fdump-rtl-dce2' enable dumping after
            the two dead store elimination passes.
  
!     `-fdump-rtl-eh'
            Dump after finalization of EH handling code.
  
!     `-fdump-rtl-eh_ranges'
            Dump after conversion of EH handling range regions.
  
!     `-fdump-rtl-expand'
            Dump after RTL generation.
  
!     `-fdump-rtl-fwprop1'
!     `-fdump-rtl-fwprop2'
!           `-fdump-rtl-fwprop1' and `-fdump-rtl-fwprop2' enable dumping
            after the two forward propagation passes.
  
!     `-fdump-rtl-gcse1'
!     `-fdump-rtl-gcse2'
!           `-fdump-rtl-gcse1' and `-fdump-rtl-gcse2' enable dumping
!           after global common subexpression elimination.
  
!     `-fdump-rtl-init-regs'
            Dump after the initialization of the registers.
  
!     `-fdump-rtl-initvals'
            Dump after the computation of the initial value sets.
  
!     `-fdump-rtl-into_cfglayout'
            Dump after converting to cfglayout mode.
  
!     `-fdump-rtl-ira'
            Dump after iterated register allocation.
  
!     `-fdump-rtl-jump'
            Dump after the second jump optimization.
  
!     `-fdump-rtl-loop2'
!           `-fdump-rtl-loop2' enables dumping after the rtl loop
            optimization passes.
  
!     `-fdump-rtl-mach'
            Dump after performing the machine dependent reorganization
            pass, if that pass exists.
  
!     `-fdump-rtl-mode_sw'
            Dump after removing redundant mode switches.
  
!     `-fdump-rtl-rnreg'
            Dump after register renumbering.
  
!     `-fdump-rtl-outof_cfglayout'
            Dump after converting from cfglayout mode.
  
!     `-fdump-rtl-peephole2'
            Dump after the peephole pass.
  
!     `-fdump-rtl-postreload'
            Dump after post-reload optimizations.
  
!     `-fdump-rtl-pro_and_epilogue'
            Dump after generating the function prologues and epilogues.
  
!     `-fdump-rtl-sched1'
!     `-fdump-rtl-sched2'
!           `-fdump-rtl-sched1' and `-fdump-rtl-sched2' enable dumping
            after the basic block scheduling passes.
  
!     `-fdump-rtl-ree'
            Dump after sign/zero extension elimination.
  
!     `-fdump-rtl-seqabstr'
            Dump after common sequence discovery.
  
!     `-fdump-rtl-shorten'
            Dump after shortening branches.
  
!     `-fdump-rtl-sibling'
            Dump after sibling call optimizations.
  
!     `-fdump-rtl-split1'
!     `-fdump-rtl-split2'
!     `-fdump-rtl-split3'
!     `-fdump-rtl-split4'
!     `-fdump-rtl-split5'
            These options enable dumping after five rounds of instruction
            splitting.
  
!     `-fdump-rtl-sms'
            Dump after modulo scheduling.  This pass is only run on some
            architectures.
  
!     `-fdump-rtl-stack'
            Dump after conversion from GCC's "flat register file"
            registers to the x87's stack-like registers.  This pass is
            only run on x86 variants.
  
!     `-fdump-rtl-subreg1'
!     `-fdump-rtl-subreg2'
!           `-fdump-rtl-subreg1' and `-fdump-rtl-subreg2' enable dumping
            after the two subreg expansion passes.
  
!     `-fdump-rtl-unshare'
            Dump after all rtl has been unshared.
  
!     `-fdump-rtl-vartrack'
            Dump after variable tracking.
  
!     `-fdump-rtl-vregs'
            Dump after converting virtual registers to hard registers.
  
!     `-fdump-rtl-web'
            Dump after live range splitting.
  
!     `-fdump-rtl-regclass'
!     `-fdump-rtl-subregs_of_mode_init'
!     `-fdump-rtl-subregs_of_mode_finish'
!     `-fdump-rtl-dfinit'
!     `-fdump-rtl-dfinish'
            These dumps are defined but always produce empty files.
  
!     `-da'
!     `-fdump-rtl-all'
            Produce all the dumps listed above.
  
!     `-dA'
            Annotate the assembler output with miscellaneous debugging
            information.
  
!     `-dD'
            Dump all macro definitions, at the end of preprocessing, in
            addition to normal output.
  
!     `-dH'
            Produce a core dump whenever an error occurs.
  
!     `-dp'
            Annotate the assembler output with a comment indicating which
            pattern and alternative is used.  The length of each
            instruction is also printed.
  
!     `-dP'
            Dump the RTL in the assembler output as a comment before each
!           instruction.  Also turns on `-dp' annotation.
  
!     `-dx'
            Just generate RTL for a function instead of compiling it.
!           Usually used with `-fdump-rtl-expand'.
  
! `-fdump-noaddr'
!      When doing debugging dumps, suppress address output.  This makes
!      it more feasible to use diff on debugging dumps for compiler
       invocations with different compiler binaries and/or different text
       / bss / data / heap / stack / dso start locations.
  
! `-freport-bug'
       Collect and dump debug information into a temporary file if an
       internal compiler error (ICE) occurs.
  
! `-fdump-unnumbered'
       When doing debugging dumps, suppress instruction numbers and
       address output.  This makes it more feasible to use diff on
!      debugging dumps for compiler invocations with different options,
!      in particular with and without `-g'.
  
! `-fdump-unnumbered-links'
!      When doing debugging dumps (see `-d' option above), suppress
       instruction numbers for the links to the previous and next
       instructions in a sequence.
  
! `-fdump-translation-unit (C++ only)'
! `-fdump-translation-unit-OPTIONS (C++ only)'
       Dump a representation of the tree structure for the entire
       translation unit to a file.  The file name is made by appending
!      `.tu' to the source file name, and the file is created in the same
!      directory as the output file.  If the `-OPTIONS' form is used,
       OPTIONS controls the details of the dump as described for the
!      `-fdump-tree' options.
  
! `-fdump-class-hierarchy (C++ only)'
! `-fdump-class-hierarchy-OPTIONS (C++ only)'
       Dump a representation of each class's hierarchy and virtual
       function table layout to a file.  The file name is made by
!      appending `.class' to the source file name, and the file is
!      created in the same directory as the output file.  If the
!      `-OPTIONS' form is used, OPTIONS controls the details of the dump
!      as described for the `-fdump-tree' options.
  
! `-fdump-ipa-SWITCH'
       Control the dumping at various stages of inter-procedural analysis
       language tree to a file.  The file name is generated by appending a
       switch specific suffix to the source file name, and the file is
       created in the same directory as the output file.  The following
       dumps are possible:
  
!     `all'
            Enables all inter-procedural analysis dumps.
  
!     `cgraph'
            Dumps information about call-graph optimization, unused
            function removal, and inlining decisions.
  
!     `inline'
            Dump after function inlining.
  
! 
! `-fdump-passes'
!      Print on `stderr' the list of optimization passes that are turned
       on and off by the current command-line options.
  
! `-fdump-statistics-OPTION'
       Enable and control dumping of pass statistics in a separate file.
       The file name is generated by appending a suffix ending in
!      `.statistics' to the source file name, and the file is created in
!      the same directory as the output file.  If the `-OPTION' form is
!      used, `-stats' causes counters to be summed over the whole
!      compilation unit while `-details' dumps every event as the passes
       generate them.  The default with no option is to sum counters for
       each function compiled.
  
! `-fdump-tree-all'
! `-fdump-tree-SWITCH'
! `-fdump-tree-SWITCH-OPTIONS'
! `-fdump-tree-SWITCH-OPTIONS=FILENAME'
       Control the dumping at various stages of processing the
       intermediate language tree to a file.  The file name is generated
       by appending a switch-specific suffix to the source file name, and
!      the file is created in the same directory as the output file. In
!      case of `=FILENAME' option, the dump is output on the given file
!      instead of the auto named dump files.  If the `-OPTIONS' form is
!      used, OPTIONS is a list of `-' separated options which control the
       details of the dump.  Not all options are applicable to all dumps;
       those that are not meaningful are ignored.  The following options
       are available
  
!     `address'
            Print the address of each node.  Usually this is not
            meaningful as it changes according to the environment and
!           source file.  Its primary use is for tying up a dump file
!           with a debug environment.
! 
!     `asmname'
!           If `DECL_ASSEMBLER_NAME' has been set for a given decl, use
!           that in the dump instead of `DECL_NAME'.  Its primary use is
            ease of use working backward from mangled names in the
            assembly file.
! 
!     `slim'
            When dumping front-end intermediate representations, inhibit
            dumping of members of a scope or body of a function merely
            because that scope has been reached.  Only dump such items
*************** any of these options for ordinary compil
*** 12542,12703 ****
  
            When dumping RTL, print the RTL in slim (condensed) form
            instead of the default LISP-like representation.
!      'raw'
            Print a raw representation of the tree.  By default, trees are
            pretty-printed into a C-like representation.
!      'details'
!           Enable more detailed dumps (not honored by every dump option).
!           Also include information from the optimization passes.
!      'stats'
            Enable dumping various statistics about the pass (not honored
            by every dump option).
!      'blocks'
            Enable showing basic block boundaries (disabled in raw dumps).
!      'graph'
            For each of the other indicated dump files
!           ('-fdump-rtl-PASS'), dump a representation of the control flow
!           graph suitable for viewing with GraphViz to
!           'FILE.PASSID.PASS.dot'.  Each function in the file is
            pretty-printed as a subgraph, so that GraphViz can render them
            all in a single plot.
  
!           This option currently only works for RTL dumps, and the RTL is
!           always dumped in slim form.
!      'vops'
            Enable showing virtual operands for every statement.
!      'lineno'
            Enable showing line numbers for statements.
!      'uid'
!           Enable showing the unique ID ('DECL_UID') for each variable.
!      'verbose'
            Enable showing the tree dump for each statement.
!      'eh'
            Enable showing the EH region number holding each statement.
!      'scev'
            Enable showing scalar evolution analysis details.
!      'optimized'
            Enable showing optimization information (only available in
            certain passes).
!      'missed'
!           Enable showing missed optimization information (only available
!           in certain passes).
!      'note'
!           Enable other detailed optimization information (only available
!           in certain passes).
!      '=FILENAME'
            Instead of an auto named dump file, output into the given file
!           name.  The file names 'stdout' and 'stderr' are treated
            specially and are considered already open standard streams.
            For example,
  
                 gcc -O2 -ftree-vectorize -fdump-tree-vect-blocks=foo.dump
                      -fdump-tree-pre=/dev/stderr file.c
  
!           outputs vectorizer dump into 'foo.dump', while the PRE dump is
!           output on to 'stderr'.  If two conflicting dump filenames are
            given for the same pass, then the latter option overrides the
            earlier one.
  
!      'all'
!           Turn on all options, except 'raw', 'slim', 'verbose' and
!           'lineno'.
  
!      'optall'
!           Turn on all optimization options, i.e., 'optimized', 'missed',
!           and 'note'.
  
       To determine what tree dumps are available or find the dump for a
       pass of interest follow the steps below.
  
!        1. Invoke GCC with '-fdump-passes' and in the 'stderr' output
            look for a code that corresponds to the pass you are
!           interested in.  For example, the codes 'tree-evrp',
!           'tree-vrp1', and 'tree-vrp2' correspond to the three Value
!           Range Propagation passes.  The number at the end distinguishes
!           distinct invocations of the same pass.
         2. To enable the creation of the dump file, append the pass code
!           to the '-fdump-' option prefix and invoke GCC with it.  For
            example, to enable the dump from the Early Value Range
!           Propagation pass, invoke GCC with the '-fdump-tree-evrp'
            option.  Optionally, you may specify the name of the dump
            file.  If you don't specify one, GCC creates as described
            below.
         3. Find the pass dump in a file whose name is composed of three
            components separated by a period: the name of the source file
            GCC was invoked to compile, a numeric suffix indicating the
!           pass number followed by the letter 't' for tree passes (and
!           the letter 'r' for RTL passes), and finally the pass code.
            For example, the Early VRP pass dump might be in a file named
!           'myfile.c.038t.evrp' in the current working directory.  Note
            that the numeric codes are not stable and may change from one
            version of GCC to another.
  
! '-fopt-info'
! '-fopt-info-OPTIONS'
! '-fopt-info-OPTIONS=FILENAME'
!      Controls optimization dumps from various optimization passes.  If
!      the '-OPTIONS' form is used, OPTIONS is a list of '-' separated
       option keywords to select the dump details and optimizations.
  
       The OPTIONS can be divided into two groups: options describing the
       verbosity of the dump, and options describing which optimizations
!      should be included.  The options from both the groups can be freely
!      mixed as they are non-overlapping.  However, in case of any
       conflicts, the later options override the earlier options on the
       command line.
  
       The following options control the dump verbosity:
  
!      'optimized'
            Print information when an optimization is successfully
!           applied.  It is up to a pass to decide which information is
!           relevant.  For example, the vectorizer passes print the source
            location of loops which are successfully vectorized.
!      'missed'
!           Print information about missed optimizations.  Individual
            passes control which information to include in the output.
!      'note'
            Print verbose information about optimizations, such as certain
            transformations, more detailed messages about decisions etc.
!      'all'
!           Print detailed optimization information.  This includes
!           'optimized', 'missed', and 'note'.
  
       One or more of the following option keywords can be used to
       describe a group of optimizations:
  
!      'ipa'
            Enable dumps from all interprocedural optimizations.
!      'loop'
            Enable dumps from all loop optimizations.
!      'inline'
            Enable dumps from all inlining optimizations.
!      'omp'
            Enable dumps from all OMP (Offloading and Multi Processing)
            optimizations.
!      'vec'
            Enable dumps from all vectorization optimizations.
!      'optall'
!           Enable dumps from all optimizations.  This is a superset of
            the optimization groups listed above.
  
!      If OPTIONS is omitted, it defaults to 'optimized-optall', which
       means to dump all info about successful optimizations from all the
       passes.
  
!      If the FILENAME is provided, then the dumps from all the applicable
!      optimizations are concatenated into the FILENAME.  Otherwise the
!      dump is output onto 'stderr'.  Though multiple '-fopt-info' options
!      are accepted, only one of them can include a FILENAME.  If other
!      filenames are provided then all but the first such option are
!      ignored.
  
       Note that the output FILENAME is overwritten in case of multiple
!      translation units.  If a combined output from multiple translation
!      units is desired, 'stderr' should be used instead.
  
       In the following example, the optimization info is output to
!      'stderr':
  
            gcc -O3 -fopt-info
  
--- 12612,12799 ----
  
            When dumping RTL, print the RTL in slim (condensed) form
            instead of the default LISP-like representation.
! 
!     `raw'
            Print a raw representation of the tree.  By default, trees are
            pretty-printed into a C-like representation.
! 
!     `details'
!           Enable more detailed dumps (not honored by every dump
!           option). Also include information from the optimization
!           passes.
! 
!     `stats'
            Enable dumping various statistics about the pass (not honored
            by every dump option).
! 
!     `blocks'
            Enable showing basic block boundaries (disabled in raw dumps).
! 
!     `graph'
            For each of the other indicated dump files
!           (`-fdump-rtl-PASS'), dump a representation of the control
!           flow graph suitable for viewing with GraphViz to
!           `FILE.PASSID.PASS.dot'.  Each function in the file is
            pretty-printed as a subgraph, so that GraphViz can render them
            all in a single plot.
  
!           This option currently only works for RTL dumps, and the RTL
!           is always dumped in slim form.
! 
!     `vops'
            Enable showing virtual operands for every statement.
! 
!     `lineno'
            Enable showing line numbers for statements.
! 
!     `uid'
!           Enable showing the unique ID (`DECL_UID') for each variable.
! 
!     `verbose'
            Enable showing the tree dump for each statement.
! 
!     `eh'
            Enable showing the EH region number holding each statement.
! 
!     `scev'
            Enable showing scalar evolution analysis details.
! 
!     `optimized'
            Enable showing optimization information (only available in
            certain passes).
! 
!     `missed'
!           Enable showing missed optimization information (only
!           available in certain passes).
! 
!     `note'
!           Enable other detailed optimization information (only
!           available in certain passes).
! 
!     `=FILENAME'
            Instead of an auto named dump file, output into the given file
!           name. The file names `stdout' and `stderr' are treated
            specially and are considered already open standard streams.
            For example,
  
                 gcc -O2 -ftree-vectorize -fdump-tree-vect-blocks=foo.dump
                      -fdump-tree-pre=/dev/stderr file.c
  
!           outputs vectorizer dump into `foo.dump', while the PRE dump is
!           output on to `stderr'. If two conflicting dump filenames are
            given for the same pass, then the latter option overrides the
            earlier one.
  
!     `all'
!           Turn on all options, except `raw', `slim', `verbose' and
!           `lineno'.
  
!     `optall'
!           Turn on all optimization options, i.e., `optimized',
!           `missed', and `note'.
  
       To determine what tree dumps are available or find the dump for a
       pass of interest follow the steps below.
  
!        1. Invoke GCC with `-fdump-passes' and in the `stderr' output
            look for a code that corresponds to the pass you are
!           interested in.  For example, the codes `tree-evrp',
!           `tree-vrp1', and `tree-vrp2' correspond to the three Value
!           Range Propagation passes.  The number at the end
!           distinguishes distinct invocations of the same pass.
! 
         2. To enable the creation of the dump file, append the pass code
!           to the `-fdump-' option prefix and invoke GCC with it.  For
            example, to enable the dump from the Early Value Range
!           Propagation pass, invoke GCC with the `-fdump-tree-evrp'
            option.  Optionally, you may specify the name of the dump
            file.  If you don't specify one, GCC creates as described
            below.
+ 
         3. Find the pass dump in a file whose name is composed of three
            components separated by a period: the name of the source file
            GCC was invoked to compile, a numeric suffix indicating the
!           pass number followed by the letter `t' for tree passes (and
!           the letter `r' for RTL passes), and finally the pass code.
            For example, the Early VRP pass dump might be in a file named
!           `myfile.c.038t.evrp' in the current working directory.  Note
            that the numeric codes are not stable and may change from one
            version of GCC to another.
  
! `-fopt-info'
! `-fopt-info-OPTIONS'
! `-fopt-info-OPTIONS=FILENAME'
!      Controls optimization dumps from various optimization passes. If
!      the `-OPTIONS' form is used, OPTIONS is a list of `-' separated
       option keywords to select the dump details and optimizations.
  
       The OPTIONS can be divided into two groups: options describing the
       verbosity of the dump, and options describing which optimizations
!      should be included. The options from both the groups can be freely
!      mixed as they are non-overlapping. However, in case of any
       conflicts, the later options override the earlier options on the
       command line.
  
       The following options control the dump verbosity:
  
!     `optimized'
            Print information when an optimization is successfully
!           applied. It is up to a pass to decide which information is
!           relevant. For example, the vectorizer passes print the source
            location of loops which are successfully vectorized.
! 
!     `missed'
!           Print information about missed optimizations. Individual
            passes control which information to include in the output.
! 
!     `note'
            Print verbose information about optimizations, such as certain
            transformations, more detailed messages about decisions etc.
! 
!     `all'
!           Print detailed optimization information. This includes
!           `optimized', `missed', and `note'.
  
       One or more of the following option keywords can be used to
       describe a group of optimizations:
  
!     `ipa'
            Enable dumps from all interprocedural optimizations.
! 
!     `loop'
            Enable dumps from all loop optimizations.
! 
!     `inline'
            Enable dumps from all inlining optimizations.
! 
!     `omp'
            Enable dumps from all OMP (Offloading and Multi Processing)
            optimizations.
! 
!     `vec'
            Enable dumps from all vectorization optimizations.
! 
!     `optall'
!           Enable dumps from all optimizations. This is a superset of
            the optimization groups listed above.
  
!      If OPTIONS is omitted, it defaults to `optimized-optall', which
       means to dump all info about successful optimizations from all the
       passes.
  
!      If the FILENAME is provided, then the dumps from all the
!      applicable optimizations are concatenated into the FILENAME.
!      Otherwise the dump is output onto `stderr'. Though multiple
!      `-fopt-info' options are accepted, only one of them can include a
!      FILENAME. If other filenames are provided then all but the first
!      such option are ignored.
  
       Note that the output FILENAME is overwritten in case of multiple
!      translation units. If a combined output from multiple translation
!      units is desired, `stderr' should be used instead.
  
       In the following example, the optimization info is output to
!      `stderr':
  
            gcc -O3 -fopt-info
  
*************** any of these options for ordinary compil
*** 12705,12797 ****
            gcc -O3 -fopt-info-missed=missed.all
  
       outputs missed optimization report from all the passes into
!      'missed.all', and this one:
  
            gcc -O2 -ftree-vectorize -fopt-info-vec-missed
  
       prints information about missed optimization opportunities from
!      vectorization passes on 'stderr'.  Note that
!      '-fopt-info-vec-missed' is equivalent to '-fopt-info-missed-vec'.
  
       As another example,
            gcc -O3 -fopt-info-inline-optimized-missed=inline.txt
  
!      outputs information about missed optimizations as well as optimized
!      locations from all the inlining passes into 'inline.txt'.
  
       Finally, consider:
  
            gcc -fopt-info-vec-missed=vec.miss -fopt-info-loop-optimized=loop.opt
  
!      Here the two output filenames 'vec.miss' and 'loop.opt' are in
!      conflict since only one output file is allowed.  In this case, only
       the first option takes effect and the subsequent options are
!      ignored.  Thus only 'vec.miss' is produced which contains dumps
       from the vectorizer about missed opportunities.
  
! '-fsched-verbose=N'
       On targets that use instruction scheduling, this option controls
       the amount of debugging output the scheduler prints to the dump
       files.
  
!      For N greater than zero, '-fsched-verbose' outputs the same
!      information as '-fdump-rtl-sched1' and '-fdump-rtl-sched2'.  For N
       greater than one, it also output basic block probabilities,
       detailed ready list information and unit/insn info.  For N greater
       than two, it includes RTL at abort point, control-flow and regions
!      info.  And for N over four, '-fsched-verbose' also includes
       dependence info.
  
! '-fenable-KIND-PASS'
! '-fdisable-KIND-PASS=RANGE-LIST'
! 
       This is a set of options that are used to explicitly disable/enable
       optimization passes.  These options are intended for use for
!      debugging GCC. Compiler users should use regular options for
       enabling/disabling passes instead.
  
!      '-fdisable-ipa-PASS'
!           Disable IPA pass PASS.  PASS is the pass name.  If the same
!           pass is statically invoked in the compiler multiple times, the
!           pass name should be appended with a sequential number starting
!           from 1.
  
!      '-fdisable-rtl-PASS'
!      '-fdisable-rtl-PASS=RANGE-LIST'
            Disable RTL pass PASS.  PASS is the pass name.  If the same
!           pass is statically invoked in the compiler multiple times, the
!           pass name should be appended with a sequential number starting
!           from 1.  RANGE-LIST is a comma-separated list of function
!           ranges or assembler names.  Each range is a number pair
!           separated by a colon.  The range is inclusive in both ends.
!           If the range is trivial, the number pair can be simplified as
!           a single number.  If the function's call graph node's UID
!           falls within one of the specified ranges, the PASS is disabled
!           for that function.  The UID is shown in the function header of
!           a dump file, and the pass names can be dumped by using option
!           '-fdump-passes'.
  
!      '-fdisable-tree-PASS'
!      '-fdisable-tree-PASS=RANGE-LIST'
!           Disable tree pass PASS.  See '-fdisable-rtl' for the
            description of option arguments.
  
!      '-fenable-ipa-PASS'
            Enable IPA pass PASS.  PASS is the pass name.  If the same
!           pass is statically invoked in the compiler multiple times, the
!           pass name should be appended with a sequential number starting
!           from 1.
  
!      '-fenable-rtl-PASS'
!      '-fenable-rtl-PASS=RANGE-LIST'
!           Enable RTL pass PASS.  See '-fdisable-rtl' for option argument
            description and examples.
  
!      '-fenable-tree-PASS'
!      '-fenable-tree-PASS=RANGE-LIST'
!           Enable tree pass PASS.  See '-fdisable-rtl' for the
            description of option arguments.
  
       Here are some examples showing uses of these options.
  
  
--- 12801,12893 ----
            gcc -O3 -fopt-info-missed=missed.all
  
       outputs missed optimization report from all the passes into
!      `missed.all', and this one:
  
            gcc -O2 -ftree-vectorize -fopt-info-vec-missed
  
       prints information about missed optimization opportunities from
!      vectorization passes on `stderr'.  Note that
!      `-fopt-info-vec-missed' is equivalent to `-fopt-info-missed-vec'.
  
       As another example,
            gcc -O3 -fopt-info-inline-optimized-missed=inline.txt
  
!      outputs information about missed optimizations as well as
!      optimized locations from all the inlining passes into `inline.txt'.
  
       Finally, consider:
  
            gcc -fopt-info-vec-missed=vec.miss -fopt-info-loop-optimized=loop.opt
  
!      Here the two output filenames `vec.miss' and `loop.opt' are in
!      conflict since only one output file is allowed. In this case, only
       the first option takes effect and the subsequent options are
!      ignored. Thus only `vec.miss' is produced which contains dumps
       from the vectorizer about missed opportunities.
  
! `-fsched-verbose=N'
       On targets that use instruction scheduling, this option controls
       the amount of debugging output the scheduler prints to the dump
       files.
  
!      For N greater than zero, `-fsched-verbose' outputs the same
!      information as `-fdump-rtl-sched1' and `-fdump-rtl-sched2'.  For N
       greater than one, it also output basic block probabilities,
       detailed ready list information and unit/insn info.  For N greater
       than two, it includes RTL at abort point, control-flow and regions
!      info.  And for N over four, `-fsched-verbose' also includes
       dependence info.
  
! `-fenable-KIND-PASS'
! `-fdisable-KIND-PASS=RANGE-LIST'
       This is a set of options that are used to explicitly disable/enable
       optimization passes.  These options are intended for use for
!      debugging GCC.  Compiler users should use regular options for
       enabling/disabling passes instead.
  
!     `-fdisable-ipa-PASS'
!           Disable IPA pass PASS. PASS is the pass name.  If the same
!           pass is statically invoked in the compiler multiple times,
!           the pass name should be appended with a sequential number
!           starting from 1.
  
!     `-fdisable-rtl-PASS'
!     `-fdisable-rtl-PASS=RANGE-LIST'
            Disable RTL pass PASS.  PASS is the pass name.  If the same
!           pass is statically invoked in the compiler multiple times,
!           the pass name should be appended with a sequential number
!           starting from 1.  RANGE-LIST is a comma-separated list of
!           function ranges or assembler names.  Each range is a number
!           pair separated by a colon.  The range is inclusive in both
!           ends.  If the range is trivial, the number pair can be
!           simplified as a single number.  If the function's call graph
!           node's UID falls within one of the specified ranges, the PASS
!           is disabled for that function.  The UID is shown in the
!           function header of a dump file, and the pass names can be
!           dumped by using option `-fdump-passes'.
  
!     `-fdisable-tree-PASS'
!     `-fdisable-tree-PASS=RANGE-LIST'
!           Disable tree pass PASS.  See `-fdisable-rtl' for the
            description of option arguments.
  
!     `-fenable-ipa-PASS'
            Enable IPA pass PASS.  PASS is the pass name.  If the same
!           pass is statically invoked in the compiler multiple times,
!           the pass name should be appended with a sequential number
!           starting from 1.
  
!     `-fenable-rtl-PASS'
!     `-fenable-rtl-PASS=RANGE-LIST'
!           Enable RTL pass PASS.  See `-fdisable-rtl' for option argument
            description and examples.
  
!     `-fenable-tree-PASS'
!     `-fenable-tree-PASS=RANGE-LIST'
!           Enable tree pass PASS.  See `-fdisable-rtl' for the
            description of option arguments.
  
+ 
       Here are some examples showing uses of these options.
  
  
*************** any of these options for ordinary compil
*** 12810,12828 ****
            # enable tree full unroll
               -fenable-tree-unroll
  
! 
! '-fchecking'
! '-fchecking=N'
       Enable internal consistency checking.  The default depends on the
!      compiler configuration.  '-fchecking=2' enables further internal
       consistency checking that might affect code generation.
  
! '-frandom-seed=STRING'
       This option provides a seed that GCC uses in place of random
       numbers in generating certain symbol names that have to be
       different in every compiled file.  It is also used to place unique
       stamps in coverage data files and the object files that produce
!      them.  You can use the '-frandom-seed' option to produce
       reproducibly identical object files.
  
       The STRING can either be a number (decimal, octal or hex) or an
--- 12906,12923 ----
            # enable tree full unroll
               -fenable-tree-unroll
  
! `-fchecking'
! `-fchecking=N'
       Enable internal consistency checking.  The default depends on the
!      compiler configuration.  `-fchecking=2' enables further internal
       consistency checking that might affect code generation.
  
! `-frandom-seed=STRING'
       This option provides a seed that GCC uses in place of random
       numbers in generating certain symbol names that have to be
       different in every compiled file.  It is also used to place unique
       stamps in coverage data files and the object files that produce
!      them.  You can use the `-frandom-seed' option to produce
       reproducibly identical object files.
  
       The STRING can either be a number (decimal, octal or hex) or an
*************** any of these options for ordinary compil
*** 12831,12868 ****
  
       The STRING should be different for every file you compile.
  
! '-save-temps'
! '-save-temps=cwd'
       Store the usual "temporary" intermediate files permanently; place
       them in the current directory and name them based on the source
!      file.  Thus, compiling 'foo.c' with '-c -save-temps' produces files
!      'foo.i' and 'foo.s', as well as 'foo.o'.  This creates a
!      preprocessed 'foo.i' output file even though the compiler now
       normally uses an integrated preprocessor.
  
!      When used in combination with the '-x' command-line option,
!      '-save-temps' is sensible enough to avoid over writing an input
       source file with the same extension as an intermediate file.  The
       corresponding intermediate file may be obtained by renaming the
!      source file before using '-save-temps'.
  
       If you invoke GCC in parallel, compiling several different source
       files that share a common base name in different subdirectories or
       the same source file compiled for multiple output destinations, it
!      is likely that the different parallel compilers will interfere with
!      each other, and overwrite the temporary files.  For instance:
  
            gcc -save-temps -o outdir1/foo.o indir1/foo.c&
            gcc -save-temps -o outdir2/foo.o indir2/foo.c&
  
!      may result in 'foo.i' and 'foo.o' being written to simultaneously
       by both compilers.
  
! '-save-temps=obj'
       Store the usual "temporary" intermediate files permanently.  If the
!      '-o' option is used, the temporary files are based on the object
!      file.  If the '-o' option is not used, the '-save-temps=obj' switch
!      behaves like '-save-temps'.
  
       For example:
  
--- 12926,12963 ----
  
       The STRING should be different for every file you compile.
  
! `-save-temps'
! `-save-temps=cwd'
       Store the usual "temporary" intermediate files permanently; place
       them in the current directory and name them based on the source
!      file.  Thus, compiling `foo.c' with `-c -save-temps' produces files
!      `foo.i' and `foo.s', as well as `foo.o'.  This creates a
!      preprocessed `foo.i' output file even though the compiler now
       normally uses an integrated preprocessor.
  
!      When used in combination with the `-x' command-line option,
!      `-save-temps' is sensible enough to avoid over writing an input
       source file with the same extension as an intermediate file.  The
       corresponding intermediate file may be obtained by renaming the
!      source file before using `-save-temps'.
  
       If you invoke GCC in parallel, compiling several different source
       files that share a common base name in different subdirectories or
       the same source file compiled for multiple output destinations, it
!      is likely that the different parallel compilers will interfere
!      with each other, and overwrite the temporary files.  For instance:
  
            gcc -save-temps -o outdir1/foo.o indir1/foo.c&
            gcc -save-temps -o outdir2/foo.o indir2/foo.c&
  
!      may result in `foo.i' and `foo.o' being written to simultaneously
       by both compilers.
  
! `-save-temps=obj'
       Store the usual "temporary" intermediate files permanently.  If the
!      `-o' option is used, the temporary files are based on the object
!      file.  If the `-o' option is not used, the `-save-temps=obj'
!      switch behaves like `-save-temps'.
  
       For example:
  
*************** any of these options for ordinary compil
*** 12870,12879 ****
            gcc -save-temps=obj -c bar.c -o dir/xbar.o
            gcc -save-temps=obj foobar.c -o dir2/yfoobar
  
!      creates 'foo.i', 'foo.s', 'dir/xbar.i', 'dir/xbar.s',
!      'dir2/yfoobar.i', 'dir2/yfoobar.s', and 'dir2/yfoobar.o'.
  
! '-time[=FILE]'
       Report the CPU time taken by each subprocess in the compilation
       sequence.  For C source files, this is the compiler proper and
       assembler (plus the linker if linking is done).
--- 12965,12974 ----
            gcc -save-temps=obj -c bar.c -o dir/xbar.o
            gcc -save-temps=obj foobar.c -o dir2/yfoobar
  
!      creates `foo.i', `foo.s', `dir/xbar.i', `dir/xbar.s',
!      `dir2/yfoobar.i', `dir2/yfoobar.s', and `dir2/yfoobar.o'.
  
! `-time[=FILE]'
       Report the CPU time taken by each subprocess in the compilation
       sequence.  For C source files, this is the compiler proper and
       assembler (plus the linker if linking is done).
*************** any of these options for ordinary compil
*** 12889,12896 ****
       time", time spent executing operating system routines on behalf of
       the program.  Both numbers are in seconds.
  
!      With the specification of an output file, the output is appended to
!      the named file, and it looks like this:
  
            0.12 0.01 cc1 OPTIONS
            0.00 0.01 as OPTIONS
--- 12984,12991 ----
       time", time spent executing operating system routines on behalf of
       the program.  Both numbers are in seconds.
  
!      With the specification of an output file, the output is appended
!      to the named file, and it looks like this:
  
            0.12 0.01 cc1 OPTIONS
            0.00 0.01 as OPTIONS
*************** any of these options for ordinary compil
*** 12900,13140 ****
       one can later tell what file was being compiled, and with which
       options.
  
! '-fdump-final-insns[=FILE]'
       Dump the final internal representation (RTL) to FILE.  If the
!      optional argument is omitted (or if FILE is '.'), the name of the
!      dump file is determined by appending '.gkd' to the compilation
       output file name.
  
! '-fcompare-debug[=OPTS]'
       If no error occurs during compilation, run the compiler a second
!      time, adding OPTS and '-fcompare-debug-second' to the arguments
       passed to the second compilation.  Dump the final internal
       representation in both compilations, and print an error if they
       differ.
  
!      If the equal sign is omitted, the default '-gtoggle' is used.
  
!      The environment variable 'GCC_COMPARE_DEBUG', if defined, non-empty
!      and nonzero, implicitly enables '-fcompare-debug'.  If
!      'GCC_COMPARE_DEBUG' is defined to a string starting with a dash,
!      then it is used for OPTS, otherwise the default '-gtoggle' is used.
  
!      '-fcompare-debug=', with the equal sign but without OPTS, is
!      equivalent to '-fno-compare-debug', which disables the dumping of
       the final representation and the second compilation, preventing
!      even 'GCC_COMPARE_DEBUG' from taking effect.
  
!      To verify full coverage during '-fcompare-debug' testing, set
!      'GCC_COMPARE_DEBUG' to say '-fcompare-debug-not-overridden', which
       GCC rejects as an invalid option in any actual compilation (rather
       than preprocessing, assembly or linking).  To get just a warning,
!      setting 'GCC_COMPARE_DEBUG' to '-w%n-fcompare-debug not overridden'
!      will do.
  
! '-fcompare-debug-second'
       This option is implicitly passed to the compiler for the second
!      compilation requested by '-fcompare-debug', along with options to
       silence warnings, and omitting other options that would cause
       side-effect compiler outputs to files or to the standard output.
       Dump files and preserved temporary files are renamed so as to
!      contain the '.gk' additional extension during the second
       compilation, to avoid overwriting those generated by the first.
  
       When this option is passed to the compiler driver, it causes the
       _first_ compilation to be skipped, which makes it useful for little
       other than debugging the compiler proper.
  
! '-gtoggle'
       Turn off generation of debug info, if leaving out this option
       generates it, or turn it on at level 2 otherwise.  The position of
       this argument in the command line does not matter; it takes effect
!      after all other options are processed, and it does so only once, no
!      matter how many times it is given.  This is mainly intended to be
!      used with '-fcompare-debug'.
  
! '-fvar-tracking-assignments-toggle'
!      Toggle '-fvar-tracking-assignments', in the same way that
!      '-gtoggle' toggles '-g'.
  
! '-Q'
       Makes the compiler print out each function name as it is compiled,
       and print some statistics about each pass when it finishes.
  
! '-ftime-report'
!      Makes the compiler print some statistics about the time consumed by
!      each pass when it finishes.
  
! '-ftime-report-details'
       Record the time consumed by infrastructure parts separately for
       each pass.
  
! '-fira-verbose=N'
       Control the verbosity of the dump file for the integrated register
       allocator.  The default value is 5.  If the value N is greater or
       equal to 10, the dump output is sent to stderr using the same
       format as N minus 10.
  
! '-flto-report'
       Prints a report with internal details on the workings of the
!      link-time optimizer.  The contents of this report vary from version
!      to version.  It is meant to be useful to GCC developers when
!      processing object files in LTO mode (via '-flto').
  
       Disabled by default.
  
! '-flto-report-wpa'
!      Like '-flto-report', but only print for the WPA phase of Link Time
       Optimization.
  
! '-fmem-report'
       Makes the compiler print some statistics about permanent memory
       allocation when it finishes.
  
! '-fmem-report-wpa'
       Makes the compiler print some statistics about permanent memory
       allocation for the WPA phase only.
  
! '-fpre-ipa-mem-report'
! '-fpost-ipa-mem-report'
       Makes the compiler print some statistics about permanent memory
       allocation before or after interprocedural optimization.
  
! '-fprofile-report'
       Makes the compiler print some statistics about consistency of the
       (estimated) profile and effect of individual passes.
  
! '-fstack-usage'
       Makes the compiler output stack usage information for the program,
       on a per-function basis.  The filename for the dump is made by
!      appending '.su' to the AUXNAME.  AUXNAME is generated from the name
!      of the output file, if explicitly specified and it is not an
       executable, otherwise it is the basename of the source file.  An
       entry is made up of three fields:
  
          * The name of the function.
          * A number of bytes.
-         * One or more qualifiers: 'static', 'dynamic', 'bounded'.
  
!      The qualifier 'static' means that the function manipulates the
       stack statically: a fixed number of bytes are allocated for the
       frame on function entry and released on function exit; no stack
       adjustments are otherwise made in the function.  The second field
       is this fixed number of bytes.
  
!      The qualifier 'dynamic' means that the function manipulates the
       stack dynamically: in addition to the static allocation described
       above, stack adjustments are made in the body of the function, for
       example to push/pop arguments around function calls.  If the
!      qualifier 'bounded' is also present, the amount of these
       adjustments is bounded at compile time and the second field is an
       upper bound of the total amount of stack used by the function.  If
       it is not present, the amount of these adjustments is not bounded
       at compile time and the second field only represents the bounded
       part.
  
! '-fstats'
       Emit statistics about front-end processing at the end of the
       compilation.  This option is supported only by the C++ front end,
!      and the information is generally only useful to the G++ development
!      team.
  
! '-fdbg-cnt-list'
       Print the name and the counter upper bound for all debug counters.
  
! '-fdbg-cnt=COUNTER-VALUE-LIST'
       Set the internal debug counter upper bound.  COUNTER-VALUE-LIST is
       a comma-separated list of NAME:VALUE pairs which sets the upper
!      bound of each debug counter NAME to VALUE.  All debug counters have
!      the initial upper bound of 'UINT_MAX'; thus 'dbg_cnt' returns true
!      always unless the upper bound is set by this option.  For example,
!      with '-fdbg-cnt=dce:10,tail_call:0', 'dbg_cnt(dce)' returns true
!      only for first 10 invocations.
  
! '-print-file-name=LIBRARY'
!      Print the full absolute name of the library file LIBRARY that would
!      be used when linking--and don't do anything else.  With this
       option, GCC does not compile or link anything; it just prints the
       file name.
  
! '-print-multi-directory'
       Print the directory name corresponding to the multilib selected by
       any other switches present in the command line.  This directory is
!      supposed to exist in 'GCC_EXEC_PREFIX'.
  
! '-print-multi-lib'
       Print the mapping from multilib directory names to compiler
       switches that enable them.  The directory name is separated from
!      the switches by ';', and each switch starts with an '@' instead of
!      the '-', without spaces between multiple switches.  This is
       supposed to ease shell processing.
  
! '-print-multi-os-directory'
       Print the path to OS libraries for the selected multilib, relative
!      to some 'lib' subdirectory.  If OS libraries are present in the
!      'lib' subdirectory and no multilibs are used, this is usually just
!      '.', if OS libraries are present in 'libSUFFIX' sibling directories
!      this prints e.g. '../lib64', '../lib' or '../lib32', or if OS
!      libraries are present in 'lib/SUBDIR' subdirectories it prints e.g.
!      'amd64', 'sparcv9' or 'ev6'.
  
! '-print-multiarch'
!      Print the path to OS libraries for the selected multiarch, relative
!      to some 'lib' subdirectory.
  
! '-print-prog-name=PROGRAM'
!      Like '-print-file-name', but searches for a program such as 'cpp'.
  
! '-print-libgcc-file-name'
!      Same as '-print-file-name=libgcc.a'.
  
!      This is useful when you use '-nostdlib' or '-nodefaultlibs' but you
!      do want to link with 'libgcc.a'.  You can do:
  
            gcc -nostdlib FILES... `gcc -print-libgcc-file-name`
  
! '-print-search-dirs'
       Print the name of the configured installation directory and a list
!      of program and library directories 'gcc' searches--and don't do
       anything else.
  
!      This is useful when 'gcc' prints the error message 'installation
       problem, cannot exec cpp0: No such file or directory'.  To resolve
!      this you either need to put 'cpp0' and the other compiler
!      components where 'gcc' expects to find them, or you can set the
!      environment variable 'GCC_EXEC_PREFIX' to the directory where you
!      installed them.  Don't forget the trailing '/'.  *Note Environment
       Variables::.
  
! '-print-sysroot'
!      Print the target sysroot directory that is used during compilation.
!      This is the target sysroot specified either at configure time or
!      using the '--sysroot' option, possibly with an extra suffix that
!      depends on compilation options.  If no target sysroot is specified,
!      the option prints nothing.
  
! '-print-sysroot-headers-suffix'
       Print the suffix added to the target sysroot when searching for
       headers, or give an error if the compiler is not configured with
       such a suffix--and don't do anything else.
  
! '-dumpmachine'
       Print the compiler's target machine (for example,
!      'i686-pc-linux-gnu')--and don't do anything else.
  
! '-dumpversion'
!      Print the compiler version (for example, '3.0', '6.3.0' or
!      '7')--and don't do anything else.  This is the compiler version
       used in filesystem paths, specs, can be depending on how the
       compiler has been configured just a single number (major version),
       two numbers separated by dot (major and minor version) or three
       numbers separated by dots (major, minor and patchlevel version).
  
! '-dumpfullversion'
       Print the full compiler version, always 3 numbers separated by
       dots, major, minor and patchlevel version.
  
! '-dumpspecs'
       Print the compiler's built-in specs--and don't do anything else.
       (This is used when GCC itself is being built.)  *Note Spec Files::.
  
--- 12995,13238 ----
       one can later tell what file was being compiled, and with which
       options.
  
! `-fdump-final-insns[=FILE]'
       Dump the final internal representation (RTL) to FILE.  If the
!      optional argument is omitted (or if FILE is `.'), the name of the
!      dump file is determined by appending `.gkd' to the compilation
       output file name.
  
! `-fcompare-debug[=OPTS]'
       If no error occurs during compilation, run the compiler a second
!      time, adding OPTS and `-fcompare-debug-second' to the arguments
       passed to the second compilation.  Dump the final internal
       representation in both compilations, and print an error if they
       differ.
  
!      If the equal sign is omitted, the default `-gtoggle' is used.
  
!      The environment variable `GCC_COMPARE_DEBUG', if defined, non-empty
!      and nonzero, implicitly enables `-fcompare-debug'.  If
!      `GCC_COMPARE_DEBUG' is defined to a string starting with a dash,
!      then it is used for OPTS, otherwise the default `-gtoggle' is used.
  
!      `-fcompare-debug=', with the equal sign but without OPTS, is
!      equivalent to `-fno-compare-debug', which disables the dumping of
       the final representation and the second compilation, preventing
!      even `GCC_COMPARE_DEBUG' from taking effect.
  
!      To verify full coverage during `-fcompare-debug' testing, set
!      `GCC_COMPARE_DEBUG' to say `-fcompare-debug-not-overridden', which
       GCC rejects as an invalid option in any actual compilation (rather
       than preprocessing, assembly or linking).  To get just a warning,
!      setting `GCC_COMPARE_DEBUG' to `-w%n-fcompare-debug not
!      overridden' will do.
  
! `-fcompare-debug-second'
       This option is implicitly passed to the compiler for the second
!      compilation requested by `-fcompare-debug', along with options to
       silence warnings, and omitting other options that would cause
       side-effect compiler outputs to files or to the standard output.
       Dump files and preserved temporary files are renamed so as to
!      contain the `.gk' additional extension during the second
       compilation, to avoid overwriting those generated by the first.
  
       When this option is passed to the compiler driver, it causes the
       _first_ compilation to be skipped, which makes it useful for little
       other than debugging the compiler proper.
  
! `-gtoggle'
       Turn off generation of debug info, if leaving out this option
       generates it, or turn it on at level 2 otherwise.  The position of
       this argument in the command line does not matter; it takes effect
!      after all other options are processed, and it does so only once,
!      no matter how many times it is given.  This is mainly intended to
!      be used with `-fcompare-debug'.
  
! `-fvar-tracking-assignments-toggle'
!      Toggle `-fvar-tracking-assignments', in the same way that
!      `-gtoggle' toggles `-g'.
  
! `-Q'
       Makes the compiler print out each function name as it is compiled,
       and print some statistics about each pass when it finishes.
  
! `-ftime-report'
!      Makes the compiler print some statistics about the time consumed
!      by each pass when it finishes.
  
! `-ftime-report-details'
       Record the time consumed by infrastructure parts separately for
       each pass.
  
! `-fira-verbose=N'
       Control the verbosity of the dump file for the integrated register
       allocator.  The default value is 5.  If the value N is greater or
       equal to 10, the dump output is sent to stderr using the same
       format as N minus 10.
  
! `-flto-report'
       Prints a report with internal details on the workings of the
!      link-time optimizer.  The contents of this report vary from
!      version to version.  It is meant to be useful to GCC developers
!      when processing object files in LTO mode (via `-flto').
  
       Disabled by default.
  
! `-flto-report-wpa'
!      Like `-flto-report', but only print for the WPA phase of Link Time
       Optimization.
  
! `-fmem-report'
       Makes the compiler print some statistics about permanent memory
       allocation when it finishes.
  
! `-fmem-report-wpa'
       Makes the compiler print some statistics about permanent memory
       allocation for the WPA phase only.
  
! `-fpre-ipa-mem-report'
! 
! `-fpost-ipa-mem-report'
       Makes the compiler print some statistics about permanent memory
       allocation before or after interprocedural optimization.
  
! `-fprofile-report'
       Makes the compiler print some statistics about consistency of the
       (estimated) profile and effect of individual passes.
  
! `-fstack-usage'
       Makes the compiler output stack usage information for the program,
       on a per-function basis.  The filename for the dump is made by
!      appending `.su' to the AUXNAME.  AUXNAME is generated from the
!      name of the output file, if explicitly specified and it is not an
       executable, otherwise it is the basename of the source file.  An
       entry is made up of three fields:
  
          * The name of the function.
+ 
          * A number of bytes.
  
!         * One or more qualifiers: `static', `dynamic', `bounded'.
! 
!      The qualifier `static' means that the function manipulates the
       stack statically: a fixed number of bytes are allocated for the
       frame on function entry and released on function exit; no stack
       adjustments are otherwise made in the function.  The second field
       is this fixed number of bytes.
  
!      The qualifier `dynamic' means that the function manipulates the
       stack dynamically: in addition to the static allocation described
       above, stack adjustments are made in the body of the function, for
       example to push/pop arguments around function calls.  If the
!      qualifier `bounded' is also present, the amount of these
       adjustments is bounded at compile time and the second field is an
       upper bound of the total amount of stack used by the function.  If
       it is not present, the amount of these adjustments is not bounded
       at compile time and the second field only represents the bounded
       part.
  
! `-fstats'
       Emit statistics about front-end processing at the end of the
       compilation.  This option is supported only by the C++ front end,
!      and the information is generally only useful to the G++
!      development team.
  
! `-fdbg-cnt-list'
       Print the name and the counter upper bound for all debug counters.
  
! `-fdbg-cnt=COUNTER-VALUE-LIST'
       Set the internal debug counter upper bound.  COUNTER-VALUE-LIST is
       a comma-separated list of NAME:VALUE pairs which sets the upper
!      bound of each debug counter NAME to VALUE.  All debug counters
!      have the initial upper bound of `UINT_MAX'; thus `dbg_cnt' returns
!      true always unless the upper bound is set by this option.  For
!      example, with `-fdbg-cnt=dce:10,tail_call:0', `dbg_cnt(dce)'
!      returns true only for first 10 invocations.
  
! `-print-file-name=LIBRARY'
!      Print the full absolute name of the library file LIBRARY that
!      would be used when linking--and don't do anything else.  With this
       option, GCC does not compile or link anything; it just prints the
       file name.
  
! `-print-multi-directory'
       Print the directory name corresponding to the multilib selected by
       any other switches present in the command line.  This directory is
!      supposed to exist in `GCC_EXEC_PREFIX'.
  
! `-print-multi-lib'
       Print the mapping from multilib directory names to compiler
       switches that enable them.  The directory name is separated from
!      the switches by `;', and each switch starts with an `@' instead of
!      the `-', without spaces between multiple switches.  This is
       supposed to ease shell processing.
  
! `-print-multi-os-directory'
       Print the path to OS libraries for the selected multilib, relative
!      to some `lib' subdirectory.  If OS libraries are present in the
!      `lib' subdirectory and no multilibs are used, this is usually just
!      `.', if OS libraries are present in `libSUFFIX' sibling
!      directories this prints e.g. `../lib64', `../lib' or `../lib32',
!      or if OS libraries are present in `lib/SUBDIR' subdirectories it
!      prints e.g. `amd64', `sparcv9' or `ev6'.
  
! `-print-multiarch'
!      Print the path to OS libraries for the selected multiarch,
!      relative to some `lib' subdirectory.
  
! `-print-prog-name=PROGRAM'
!      Like `-print-file-name', but searches for a program such as `cpp'.
  
! `-print-libgcc-file-name'
!      Same as `-print-file-name=libgcc.a'.
  
!      This is useful when you use `-nostdlib' or `-nodefaultlibs' but
!      you do want to link with `libgcc.a'.  You can do:
  
            gcc -nostdlib FILES... `gcc -print-libgcc-file-name`
  
! `-print-search-dirs'
       Print the name of the configured installation directory and a list
!      of program and library directories `gcc' searches--and don't do
       anything else.
  
!      This is useful when `gcc' prints the error message `installation
       problem, cannot exec cpp0: No such file or directory'.  To resolve
!      this you either need to put `cpp0' and the other compiler
!      components where `gcc' expects to find them, or you can set the
!      environment variable `GCC_EXEC_PREFIX' to the directory where you
!      installed them.  Don't forget the trailing `/'.  *Note Environment
       Variables::.
  
! `-print-sysroot'
!      Print the target sysroot directory that is used during
!      compilation.  This is the target sysroot specified either at
!      configure time or using the `--sysroot' option, possibly with an
!      extra suffix that depends on compilation options.  If no target
!      sysroot is specified, the option prints nothing.
  
! `-print-sysroot-headers-suffix'
       Print the suffix added to the target sysroot when searching for
       headers, or give an error if the compiler is not configured with
       such a suffix--and don't do anything else.
  
! `-dumpmachine'
       Print the compiler's target machine (for example,
!      `i686-pc-linux-gnu')--and don't do anything else.
  
! `-dumpversion'
!      Print the compiler version (for example, `3.0', `6.3.0' or
!      `7')--and don't do anything else.  This is the compiler version
       used in filesystem paths, specs, can be depending on how the
       compiler has been configured just a single number (major version),
       two numbers separated by dot (major and minor version) or three
       numbers separated by dots (major, minor and patchlevel version).
  
! `-dumpfullversion'
       Print the full compiler version, always 3 numbers separated by
       dots, major, minor and patchlevel version.
  
! `-dumpspecs'
       Print the compiler's built-in specs--and don't do anything else.
       (This is used when GCC itself is being built.)  *Note Spec Files::.
  
*************** File: gcc.info,  Node: Submodel Options,
*** 13147,13153 ****
  Each target machine supported by GCC can have its own options--for
  example, to allow you to compile for a particular processor variant or
  ABI, or to control optimizations specific to that machine.  By
! convention, the names of machine-specific options start with '-m'.
  
   Some configurations of the compiler also support additional
  target-specific options, usually for compatibility with other compilers
--- 13245,13251 ----
  Each target machine supported by GCC can have its own options--for
  example, to allow you to compile for a particular processor variant or
  ABI, or to control optimizations specific to that machine.  By
! convention, the names of machine-specific options start with `-m'.
  
   Some configurations of the compiler also support additional
  target-specific options, usually for compatibility with other compilers
*************** File: gcc.info,  Node: AArch64 Options,
*** 13223,13453 ****
  
  These options are defined for AArch64 implementations:
  
! '-mabi=NAME'
!      Generate code for the specified data model.  Permissible values are
!      'ilp32' for SysV-like data model where int, long int and pointers
!      are 32 bits, and 'lp64' for SysV-like data model where int is 32
!      bits, but long int and pointers are 64 bits.
  
       The default depends on the specific target configuration.  Note
       that the LP64 and ILP32 ABIs are not link-compatible; you must
       compile your entire program with the same ABI, and link with a
       compatible set of libraries.
  
! '-mbig-endian'
       Generate big-endian code.  This is the default when GCC is
!      configured for an 'aarch64_be-*-*' target.
  
! '-mgeneral-regs-only'
       Generate code which uses only the general-purpose registers.  This
       will prevent the compiler from using floating-point and Advanced
       SIMD registers but will not impose any restrictions on the
       assembler.
  
! '-mlittle-endian'
       Generate little-endian code.  This is the default when GCC is
!      configured for an 'aarch64-*-*' but not an 'aarch64_be-*-*' target.
  
! '-mcmodel=tiny'
       Generate code for the tiny code model.  The program and its
       statically defined symbols must be within 1MB of each other.
       Programs can be statically or dynamically linked.
  
! '-mcmodel=small'
       Generate code for the small code model.  The program and its
       statically defined symbols must be within 4GB of each other.
       Programs can be statically or dynamically linked.  This is the
       default code model.
  
! '-mcmodel=large'
       Generate code for the large code model.  This makes no assumptions
       about addresses and sizes of sections.  Programs can be statically
       linked only.
  
! '-mstrict-align'
       Avoid generating memory accesses that may not be aligned on a
       natural object boundary as described in the architecture
       specification.
  
! '-momit-leaf-frame-pointer'
! '-mno-omit-leaf-frame-pointer'
       Omit or keep the frame pointer in leaf functions.  The former
       behavior is the default.
  
! '-mtls-dialect=desc'
       Use TLS descriptors as the thread-local storage mechanism for
       dynamic accesses of TLS variables.  This is the default.
  
! '-mtls-dialect=traditional'
       Use traditional TLS as the thread-local storage mechanism for
       dynamic accesses of TLS variables.
  
! '-mtls-size=SIZE'
       Specify bit size of immediate TLS offsets.  Valid values are 12,
       24, 32, 48.  This option requires binutils 2.26 or newer.
  
! '-mfix-cortex-a53-835769'
! '-mno-fix-cortex-a53-835769'
       Enable or disable the workaround for the ARM Cortex-A53 erratum
       number 835769.  This involves inserting a NOP instruction between
       memory instructions and 64-bit integer multiply-accumulate
       instructions.
  
! '-mfix-cortex-a53-843419'
! '-mno-fix-cortex-a53-843419'
       Enable or disable the workaround for the ARM Cortex-A53 erratum
       number 843419.  This erratum workaround is made at link time and
       this will only pass the corresponding flag to the linker.
  
! '-mlow-precision-recip-sqrt'
! '-mno-low-precision-recip-sqrt'
       Enable or disable the reciprocal square root approximation.  This
!      option only has an effect if '-ffast-math' or
!      '-funsafe-math-optimizations' is used as well.  Enabling this
       reduces precision of reciprocal square root results to about 16
       bits for single precision and to 32 bits for double precision.
  
! '-mlow-precision-sqrt'
! '-mno-low-precision-sqrt'
       Enable or disable the square root approximation.  This option only
!      has an effect if '-ffast-math' or '-funsafe-math-optimizations' is
       used as well.  Enabling this reduces precision of square root
       results to about 16 bits for single precision and to 32 bits for
       double precision.  If enabled, it implies
!      '-mlow-precision-recip-sqrt'.
  
! '-mlow-precision-div'
! '-mno-low-precision-div'
!      Enable or disable the division approximation.  This option only has
!      an effect if '-ffast-math' or '-funsafe-math-optimizations' is used
!      as well.  Enabling this reduces precision of division results to
!      about 16 bits for single precision and to 32 bits for double
       precision.
  
! '-march=NAME'
       Specify the name of the target architecture and, optionally, one or
       more feature modifiers.  This option has the form
!      '-march=ARCH{+[no]FEATURE}*'.
  
!      The permissible values for ARCH are 'armv8-a', 'armv8.1-a',
!      'armv8.2-a', 'armv8.3-a' or NATIVE.
  
!      The value 'armv8.3-a' implies 'armv8.2-a' and enables compiler
       support for the ARMv8.3-A architecture extensions.
  
!      The value 'armv8.2-a' implies 'armv8.1-a' and enables compiler
       support for the ARMv8.2-A architecture extensions.
  
!      The value 'armv8.1-a' implies 'armv8-a' and enables compiler
       support for the ARMv8.1-A architecture extension.  In particular,
!      it enables the '+crc' and '+lse' features.
  
!      The value 'native' is available on native AArch64 GNU/Linux and
       causes the compiler to pick the architecture of the host system.
       This option has no effect if the compiler is unable to recognize
       the architecture of the host system,
  
!      The permissible values for FEATURE are listed in the sub-section on
!      *note '-march' and '-mcpu' Feature Modifiers:
       aarch64-feature-modifiers.  Where conflicting feature modifiers are
       specified, the right-most feature is used.
  
       GCC uses NAME to determine what kind of instructions it can emit
!      when generating assembly code.  If '-march' is specified without
!      either of '-mtune' or '-mcpu' also being specified, the code is
       tuned to perform well across a range of target processors
       implementing the target architecture.
  
! '-mtune=NAME'
       Specify the name of the target processor for which GCC should tune
       the performance of the code.  Permissible values for this option
!      are: 'generic', 'cortex-a35', 'cortex-a53', 'cortex-a57',
!      'cortex-a72', 'cortex-a73', 'exynos-m1', 'falkor', 'qdf24xx',
!      'xgene1', 'vulcan', 'thunderx', 'thunderxt88', 'thunderxt88p1',
!      'thunderxt81', 'thunderxt83', 'thunderx2t99',
!      'cortex-a57.cortex-a53', 'cortex-a72.cortex-a53',
!      'cortex-a73.cortex-a35', 'cortex-a73.cortex-a53', 'native'.
  
!      The values 'cortex-a57.cortex-a53', 'cortex-a72.cortex-a53',
!      'cortex-a73.cortex-a35', 'cortex-a73.cortex-a53' specify that GCC
       should tune for a big.LITTLE system.
  
!      Additionally on native AArch64 GNU/Linux systems the value 'native'
!      tunes performance to the host system.  This option has no effect if
!      the compiler is unable to recognize the processor of the host
!      system.
  
!      Where none of '-mtune=', '-mcpu=' or '-march=' are specified, the
       code is tuned to perform well across a range of target processors.
  
       This option cannot be suffixed by feature modifiers.
  
! '-mcpu=NAME'
       Specify the name of the target processor, optionally suffixed by
       one or more feature modifiers.  This option has the form
!      '-mcpu=CPU{+[no]FEATURE}*', where the permissible values for CPU
!      are the same as those available for '-mtune'.  The permissible
       values for FEATURE are documented in the sub-section on *note
!      '-march' and '-mcpu' Feature Modifiers: aarch64-feature-modifiers.
       Where conflicting feature modifiers are specified, the right-most
       feature is used.
  
       GCC uses NAME to determine what kind of instructions it can emit
!      when generating assembly code (as if by '-march') and to determine
       the target processor for which to tune for performance (as if by
!      '-mtune').  Where this option is used in conjunction with '-march'
!      or '-mtune', those options take precedence over the appropriate
       part of this option.
  
! '-moverride=STRING'
       Override tuning decisions made by the back-end in response to a
!      '-mtune=' switch.  The syntax, semantics, and accepted values for
       STRING in this option are not guaranteed to be consistent across
       releases.
  
       This option is only intended to be useful when developing GCC.
  
! '-mpc-relative-literal-loads'
       Enable PC-relative literal loads.  With this option literal pools
       are accessed using a single instruction and emitted after each
!      function.  This limits the maximum size of functions to 1MB. This
!      is enabled by default for '-mcmodel=tiny'.
  
! '-msign-return-address=SCOPE'
       Select the function scope on which return address signing will be
!      applied.  Permissible values are 'none', which disables return
!      address signing, 'non-leaf', which enables pointer signing for
!      functions which are not leaf functions, and 'all', which enables
!      pointer signing for all functions.  The default value is 'none'.
  
! 3.18.1.1 '-march' and '-mcpu' Feature Modifiers
  ...............................................
  
! Feature modifiers used with '-march' and '-mcpu' can be any of the
! following and their inverses 'noFEATURE':
  
! 'crc'
       Enable CRC extension.  This is on by default for
!      '-march=armv8.1-a'.
! 'crypto'
       Enable Crypto extension.  This also enables Advanced SIMD and
       floating-point instructions.
! 'fp'
       Enable floating-point instructions.  This is on by default for all
!      possible values for options '-march' and '-mcpu'.
! 'simd'
       Enable Advanced SIMD instructions.  This also enables
       floating-point instructions.  This is on by default for all
!      possible values for options '-march' and '-mcpu'.
! 'lse'
       Enable Large System Extension instructions.  This is on by default
!      for '-march=armv8.1-a'.
! 'fp16'
       Enable FP16 extension.  This also enables floating-point
       instructions.
  
!  Feature 'crypto' implies 'simd', which implies 'fp'.  Conversely,
! 'nofp' implies 'nosimd', which implies 'nocrypto'.
  
  
  File: gcc.info,  Node: Adapteva Epiphany Options,  Next: ARC Options,  Prev: AArch64 Options,  Up: Submodel Options
--- 13321,13561 ----
  
  These options are defined for AArch64 implementations:
  
! `-mabi=NAME'
!      Generate code for the specified data model.  Permissible values
!      are `ilp32' for SysV-like data model where int, long int and
!      pointers are 32 bits, and `lp64' for SysV-like data model where
!      int is 32 bits, but long int and pointers are 64 bits.
  
       The default depends on the specific target configuration.  Note
       that the LP64 and ILP32 ABIs are not link-compatible; you must
       compile your entire program with the same ABI, and link with a
       compatible set of libraries.
  
! `-mbig-endian'
       Generate big-endian code.  This is the default when GCC is
!      configured for an `aarch64_be-*-*' target.
  
! `-mgeneral-regs-only'
       Generate code which uses only the general-purpose registers.  This
       will prevent the compiler from using floating-point and Advanced
       SIMD registers but will not impose any restrictions on the
       assembler.
  
! `-mlittle-endian'
       Generate little-endian code.  This is the default when GCC is
!      configured for an `aarch64-*-*' but not an `aarch64_be-*-*' target.
  
! `-mcmodel=tiny'
       Generate code for the tiny code model.  The program and its
       statically defined symbols must be within 1MB of each other.
       Programs can be statically or dynamically linked.
  
! `-mcmodel=small'
       Generate code for the small code model.  The program and its
       statically defined symbols must be within 4GB of each other.
       Programs can be statically or dynamically linked.  This is the
       default code model.
  
! `-mcmodel=large'
       Generate code for the large code model.  This makes no assumptions
       about addresses and sizes of sections.  Programs can be statically
       linked only.
  
! `-mstrict-align'
       Avoid generating memory accesses that may not be aligned on a
       natural object boundary as described in the architecture
       specification.
  
! `-momit-leaf-frame-pointer'
! `-mno-omit-leaf-frame-pointer'
       Omit or keep the frame pointer in leaf functions.  The former
       behavior is the default.
  
! `-mtls-dialect=desc'
       Use TLS descriptors as the thread-local storage mechanism for
       dynamic accesses of TLS variables.  This is the default.
  
! `-mtls-dialect=traditional'
       Use traditional TLS as the thread-local storage mechanism for
       dynamic accesses of TLS variables.
  
! `-mtls-size=SIZE'
       Specify bit size of immediate TLS offsets.  Valid values are 12,
       24, 32, 48.  This option requires binutils 2.26 or newer.
  
! `-mfix-cortex-a53-835769'
! `-mno-fix-cortex-a53-835769'
       Enable or disable the workaround for the ARM Cortex-A53 erratum
       number 835769.  This involves inserting a NOP instruction between
       memory instructions and 64-bit integer multiply-accumulate
       instructions.
  
! `-mfix-cortex-a53-843419'
! `-mno-fix-cortex-a53-843419'
       Enable or disable the workaround for the ARM Cortex-A53 erratum
       number 843419.  This erratum workaround is made at link time and
       this will only pass the corresponding flag to the linker.
  
! `-mlow-precision-recip-sqrt'
! 
! `-mno-low-precision-recip-sqrt'
       Enable or disable the reciprocal square root approximation.  This
!      option only has an effect if `-ffast-math' or
!      `-funsafe-math-optimizations' is used as well.  Enabling this
       reduces precision of reciprocal square root results to about 16
       bits for single precision and to 32 bits for double precision.
  
! `-mlow-precision-sqrt'
! 
! `-mno-low-precision-sqrt'
       Enable or disable the square root approximation.  This option only
!      has an effect if `-ffast-math' or `-funsafe-math-optimizations' is
       used as well.  Enabling this reduces precision of square root
       results to about 16 bits for single precision and to 32 bits for
       double precision.  If enabled, it implies
!      `-mlow-precision-recip-sqrt'.
  
! `-mlow-precision-div'
! 
! `-mno-low-precision-div'
!      Enable or disable the division approximation.  This option only
!      has an effect if `-ffast-math' or `-funsafe-math-optimizations' is
!      used as well.  Enabling this reduces precision of division results
!      to about 16 bits for single precision and to 32 bits for double
       precision.
  
! `-march=NAME'
       Specify the name of the target architecture and, optionally, one or
       more feature modifiers.  This option has the form
!      `-march=ARCH{+[no]FEATURE}*'.
  
!      The permissible values for ARCH are `armv8-a', `armv8.1-a',
!      `armv8.2-a', `armv8.3-a' or NATIVE.
  
!      The value `armv8.3-a' implies `armv8.2-a' and enables compiler
       support for the ARMv8.3-A architecture extensions.
  
!      The value `armv8.2-a' implies `armv8.1-a' and enables compiler
       support for the ARMv8.2-A architecture extensions.
  
!      The value `armv8.1-a' implies `armv8-a' and enables compiler
       support for the ARMv8.1-A architecture extension.  In particular,
!      it enables the `+crc' and `+lse' features.
  
!      The value `native' is available on native AArch64 GNU/Linux and
       causes the compiler to pick the architecture of the host system.
       This option has no effect if the compiler is unable to recognize
       the architecture of the host system,
  
!      The permissible values for FEATURE are listed in the sub-section
!      on *note `-march' and `-mcpu' Feature Modifiers:
       aarch64-feature-modifiers.  Where conflicting feature modifiers are
       specified, the right-most feature is used.
  
       GCC uses NAME to determine what kind of instructions it can emit
!      when generating assembly code.  If `-march' is specified without
!      either of `-mtune' or `-mcpu' also being specified, the code is
       tuned to perform well across a range of target processors
       implementing the target architecture.
  
! `-mtune=NAME'
       Specify the name of the target processor for which GCC should tune
       the performance of the code.  Permissible values for this option
!      are: `generic', `cortex-a35', `cortex-a53', `cortex-a57',
!      `cortex-a72', `cortex-a73', `exynos-m1', `falkor', `qdf24xx',
!      `xgene1', `vulcan', `thunderx', `thunderxt88', `thunderxt88p1',
!      `thunderxt81', `thunderxt83', `thunderx2t99',
!      `cortex-a57.cortex-a53', `cortex-a72.cortex-a53',
!      `cortex-a73.cortex-a35', `cortex-a73.cortex-a53', `native'.
  
!      The values `cortex-a57.cortex-a53', `cortex-a72.cortex-a53',
!      `cortex-a73.cortex-a35', `cortex-a73.cortex-a53' specify that GCC
       should tune for a big.LITTLE system.
  
!      Additionally on native AArch64 GNU/Linux systems the value
!      `native' tunes performance to the host system.  This option has no
!      effect if the compiler is unable to recognize the processor of the
!      host system.
  
!      Where none of `-mtune=', `-mcpu=' or `-march=' are specified, the
       code is tuned to perform well across a range of target processors.
  
       This option cannot be suffixed by feature modifiers.
  
! `-mcpu=NAME'
       Specify the name of the target processor, optionally suffixed by
       one or more feature modifiers.  This option has the form
!      `-mcpu=CPU{+[no]FEATURE}*', where the permissible values for CPU
!      are the same as those available for `-mtune'.  The permissible
       values for FEATURE are documented in the sub-section on *note
!      `-march' and `-mcpu' Feature Modifiers: aarch64-feature-modifiers.
       Where conflicting feature modifiers are specified, the right-most
       feature is used.
  
       GCC uses NAME to determine what kind of instructions it can emit
!      when generating assembly code (as if by `-march') and to determine
       the target processor for which to tune for performance (as if by
!      `-mtune').  Where this option is used in conjunction with `-march'
!      or `-mtune', those options take precedence over the appropriate
       part of this option.
  
! `-moverride=STRING'
       Override tuning decisions made by the back-end in response to a
!      `-mtune=' switch.  The syntax, semantics, and accepted values for
       STRING in this option are not guaranteed to be consistent across
       releases.
  
       This option is only intended to be useful when developing GCC.
  
! `-mpc-relative-literal-loads'
       Enable PC-relative literal loads.  With this option literal pools
       are accessed using a single instruction and emitted after each
!      function.  This limits the maximum size of functions to 1MB.  This
!      is enabled by default for `-mcmodel=tiny'.
  
! `-msign-return-address=SCOPE'
       Select the function scope on which return address signing will be
!      applied.  Permissible values are `none', which disables return
!      address signing, `non-leaf', which enables pointer signing for
!      functions which are not leaf functions, and `all', which enables
!      pointer signing for all functions.  The default value is `none'.
  
! 
! 3.18.1.1 `-march' and `-mcpu' Feature Modifiers
  ...............................................
  
! Feature modifiers used with `-march' and `-mcpu' can be any of the
! following and their inverses `noFEATURE':
  
! `crc'
       Enable CRC extension.  This is on by default for
!      `-march=armv8.1-a'.
! 
! `crypto'
       Enable Crypto extension.  This also enables Advanced SIMD and
       floating-point instructions.
! 
! `fp'
       Enable floating-point instructions.  This is on by default for all
!      possible values for options `-march' and `-mcpu'.
! 
! `simd'
       Enable Advanced SIMD instructions.  This also enables
       floating-point instructions.  This is on by default for all
!      possible values for options `-march' and `-mcpu'.
! 
! `lse'
       Enable Large System Extension instructions.  This is on by default
!      for `-march=armv8.1-a'.
! 
! `fp16'
       Enable FP16 extension.  This also enables floating-point
       instructions.
  
! 
!  Feature `crypto' implies `simd', which implies `fp'.  Conversely,
! `nofp' implies `nosimd', which implies `nocrypto'.
  
  
  File: gcc.info,  Node: Adapteva Epiphany Options,  Next: ARC Options,  Prev: AArch64 Options,  Up: Submodel Options
*************** File: gcc.info,  Node: Adapteva Epiphany
*** 13455,13495 ****
  3.18.2 Adapteva Epiphany Options
  --------------------------------
  
! These '-m' options are defined for Adapteva Epiphany:
  
! '-mhalf-reg-file'
!      Don't allocate any register in the range 'r32'...'r63'.  That
       allows code to run on hardware variants that lack these registers.
  
! '-mprefer-short-insn-regs'
       Preferentially allocate registers that allow short instruction
       generation.  This can result in increased instruction count, so
       this may either reduce or increase overall code size.
  
! '-mbranch-cost=NUM'
       Set the cost of branches to roughly NUM "simple" instructions.
       This cost is only a heuristic and is not guaranteed to produce
       consistent results across releases.
  
! '-mcmove'
       Enable the generation of conditional moves.
  
! '-mnops=NUM'
       Emit NUM NOPs before every other generated instruction.
  
! '-mno-soft-cmpsf'
!      For single-precision floating-point comparisons, emit an 'fsub'
       instruction and test the flags.  This is faster than a software
       comparison, but can get incorrect results in the presence of NaNs,
       or when two different small numbers are compared such that their
!      difference is calculated as zero.  The default is '-msoft-cmpsf',
       which uses slower, but IEEE-compliant, software comparisons.
  
! '-mstack-offset=NUM'
       Set the offset between the top of the stack and the stack pointer.
       E.g., a value of 8 means that the eight bytes in the range
!      'sp+0...sp+7' can be used by leaf functions without stack
!      allocation.  Values other than '8' or '16' are untested and
       unlikely to work.  Note also that this option changes the ABI;
       compiling a program with a different stack offset than the
       libraries have been compiled with generally does not work.  This
--- 13563,13603 ----
  3.18.2 Adapteva Epiphany Options
  --------------------------------
  
! These `-m' options are defined for Adapteva Epiphany:
  
! `-mhalf-reg-file'
!      Don't allocate any register in the range `r32'...`r63'.  That
       allows code to run on hardware variants that lack these registers.
  
! `-mprefer-short-insn-regs'
       Preferentially allocate registers that allow short instruction
       generation.  This can result in increased instruction count, so
       this may either reduce or increase overall code size.
  
! `-mbranch-cost=NUM'
       Set the cost of branches to roughly NUM "simple" instructions.
       This cost is only a heuristic and is not guaranteed to produce
       consistent results across releases.
  
! `-mcmove'
       Enable the generation of conditional moves.
  
! `-mnops=NUM'
       Emit NUM NOPs before every other generated instruction.
  
! `-mno-soft-cmpsf'
!      For single-precision floating-point comparisons, emit an `fsub'
       instruction and test the flags.  This is faster than a software
       comparison, but can get incorrect results in the presence of NaNs,
       or when two different small numbers are compared such that their
!      difference is calculated as zero.  The default is `-msoft-cmpsf',
       which uses slower, but IEEE-compliant, software comparisons.
  
! `-mstack-offset=NUM'
       Set the offset between the top of the stack and the stack pointer.
       E.g., a value of 8 means that the eight bytes in the range
!      `sp+0...sp+7' can be used by leaf functions without stack
!      allocation.  Values other than `8' or `16' are untested and
       unlikely to work.  Note also that this option changes the ABI;
       compiling a program with a different stack offset than the
       libraries have been compiled with generally does not work.  This
*************** These '-m' options are defined for Adapt
*** 13497,13590 ****
       offset would give you better code, but to actually use a different
       stack offset to build working programs, it is recommended to
       configure the toolchain with the appropriate
!      '--with-stack-offset=NUM' option.
  
! '-mno-round-nearest'
       Make the scheduler assume that the rounding mode has been set to
!      truncating.  The default is '-mround-nearest'.
  
! '-mlong-calls'
       If not otherwise specified by an attribute, assume all calls might
!      be beyond the offset range of the 'b' / 'bl' instructions, and
       therefore load the function address into a register before
       performing a (otherwise direct) call.  This is the default.
  
! '-mshort-calls'
!      If not otherwise specified by an attribute, assume all direct calls
!      are in the range of the 'b' / 'bl' instructions, so use these
!      instructions for direct calls.  The default is '-mlong-calls'.
  
! '-msmall16'
       Assume addresses can be loaded as 16-bit unsigned values.  This
!      does not apply to function addresses for which '-mlong-calls'
       semantics are in effect.
  
! '-mfp-mode=MODE'
       Set the prevailing mode of the floating-point unit.  This
!      determines the floating-point mode that is provided and expected at
!      function call and return time.  Making this mode match the mode you
!      predominantly need at function start can make your programs smaller
!      and faster by avoiding unnecessary mode switches.
  
       MODE can be set to one the following values:
  
!      'caller'
            Any mode at function entry is valid, and retained or restored
            when the function returns, and when it calls other functions.
            This mode is useful for compiling libraries or other
!           compilation units you might want to incorporate into different
!           programs with different prevailing FPU modes, and the
!           convenience of being able to use a single object file
            outweighs the size and speed overhead for any extra mode
            switching that might be needed, compared with what would be
            needed with a more specific choice of prevailing FPU mode.
  
!      'truncate'
            This is the mode used for floating-point calculations with
            truncating (i.e. round towards zero) rounding mode.  That
            includes conversion from floating point to integer.
  
!      'round-nearest'
            This is the mode used for floating-point calculations with
            round-to-nearest-or-even rounding mode.
  
!      'int'
            This is the mode used to perform integer calculations in the
!           FPU, e.g. integer multiply, or integer
            multiply-and-accumulate.
  
!      The default is '-mfp-mode=caller'
  
! '-mnosplit-lohi'
! '-mno-postinc'
! '-mno-postmodify'
       Code generation tweaks that disable, respectively, splitting of
       32-bit loads, generation of post-increment addresses, and
       generation of post-modify addresses.  The defaults are
!      'msplit-lohi', '-mpost-inc', and '-mpost-modify'.
  
! '-mnovect-double'
       Change the preferred SIMD mode to SImode.  The default is
!      '-mvect-double', which uses DImode as preferred SIMD mode.
  
! '-max-vect-align=NUM'
       The maximum alignment for SIMD vector mode types.  NUM may be 4 or
!      8.  The default is 8.  Note that this is an ABI change, even though
!      many library function interfaces are unaffected if they don't use
!      SIMD vector modes in places that affect size and/or alignment of
!      relevant types.
  
! '-msplit-vecmove-early'
!      Split vector moves into single word moves before reload.  In theory
!      this can give better register allocation, but so far the reverse
!      seems to be generally the case.
  
! '-m1reg-REG'
       Specify a register to hold the constant -1, which makes loading
       small negative constants and certain bitmasks faster.  Allowable
!      values for REG are 'r43' and 'r63', which specify use of that
!      register as a fixed register, and 'none', which means that no
!      register is used for this purpose.  The default is '-m1reg-none'.
  
  
  File: gcc.info,  Node: ARC Options,  Next: ARM Options,  Prev: Adapteva Epiphany Options,  Up: Submodel Options
--- 13605,13700 ----
       offset would give you better code, but to actually use a different
       stack offset to build working programs, it is recommended to
       configure the toolchain with the appropriate
!      `--with-stack-offset=NUM' option.
  
! `-mno-round-nearest'
       Make the scheduler assume that the rounding mode has been set to
!      truncating.  The default is `-mround-nearest'.
  
! `-mlong-calls'
       If not otherwise specified by an attribute, assume all calls might
!      be beyond the offset range of the `b' / `bl' instructions, and
       therefore load the function address into a register before
       performing a (otherwise direct) call.  This is the default.
  
! `-mshort-calls'
!      If not otherwise specified by an attribute, assume all direct
!      calls are in the range of the `b' / `bl' instructions, so use
!      these instructions for direct calls.  The default is
!      `-mlong-calls'.
  
! `-msmall16'
       Assume addresses can be loaded as 16-bit unsigned values.  This
!      does not apply to function addresses for which `-mlong-calls'
       semantics are in effect.
  
! `-mfp-mode=MODE'
       Set the prevailing mode of the floating-point unit.  This
!      determines the floating-point mode that is provided and expected
!      at function call and return time.  Making this mode match the mode
!      you predominantly need at function start can make your programs
!      smaller and faster by avoiding unnecessary mode switches.
  
       MODE can be set to one the following values:
  
!     `caller'
            Any mode at function entry is valid, and retained or restored
            when the function returns, and when it calls other functions.
            This mode is useful for compiling libraries or other
!           compilation units you might want to incorporate into
!           different programs with different prevailing FPU modes, and
!           the convenience of being able to use a single object file
            outweighs the size and speed overhead for any extra mode
            switching that might be needed, compared with what would be
            needed with a more specific choice of prevailing FPU mode.
  
!     `truncate'
            This is the mode used for floating-point calculations with
            truncating (i.e. round towards zero) rounding mode.  That
            includes conversion from floating point to integer.
  
!     `round-nearest'
            This is the mode used for floating-point calculations with
            round-to-nearest-or-even rounding mode.
  
!     `int'
            This is the mode used to perform integer calculations in the
!           FPU, e.g.  integer multiply, or integer
            multiply-and-accumulate.
  
!      The default is `-mfp-mode=caller'
  
! `-mnosplit-lohi'
! `-mno-postinc'
! `-mno-postmodify'
       Code generation tweaks that disable, respectively, splitting of
       32-bit loads, generation of post-increment addresses, and
       generation of post-modify addresses.  The defaults are
!      `msplit-lohi', `-mpost-inc', and `-mpost-modify'.
  
! `-mnovect-double'
       Change the preferred SIMD mode to SImode.  The default is
!      `-mvect-double', which uses DImode as preferred SIMD mode.
  
! `-max-vect-align=NUM'
       The maximum alignment for SIMD vector mode types.  NUM may be 4 or
!      8.  The default is 8.  Note that this is an ABI change, even
!      though many library function interfaces are unaffected if they
!      don't use SIMD vector modes in places that affect size and/or
!      alignment of relevant types.
  
! `-msplit-vecmove-early'
!      Split vector moves into single word moves before reload.  In
!      theory this can give better register allocation, but so far the
!      reverse seems to be generally the case.
  
! `-m1reg-REG'
       Specify a register to hold the constant -1, which makes loading
       small negative constants and certain bitmasks faster.  Allowable
!      values for REG are `r43' and `r63', which specify use of that
!      register as a fixed register, and `none', which means that no
!      register is used for this purpose.  The default is `-m1reg-none'.
! 
  
  
  File: gcc.info,  Node: ARC Options,  Next: ARM Options,  Prev: Adapteva Epiphany Options,  Up: Submodel Options
*************** File: gcc.info,  Node: ARC Options,  Nex
*** 13592,13997 ****
  3.18.3 ARC Options
  ------------------
  
! The following options control the architecture variant for which code is
! being compiled:
  
! '-mbarrel-shifter'
       Generate instructions supported by barrel shifter.  This is the
!      default unless '-mcpu=ARC601' or '-mcpu=ARCEM' is in effect.
  
! '-mcpu=CPU'
       Set architecture type, register usage, and instruction scheduling
       parameters for CPU.  There are also shortcut alias options
       available for backward compatibility and convenience.  Supported
       values for CPU are
  
!      'arc600'
!           Compile for ARC600.  Aliases: '-mA6', '-mARC600'.
  
!      'arc601'
!           Compile for ARC601.  Alias: '-mARC601'.
  
!      'arc700'
!           Compile for ARC700.  Aliases: '-mA7', '-mARC700'.  This is the
!           default when configured with '--with-cpu=arc700'.
  
!      'arcem'
            Compile for ARC EM.
  
!      'archs'
            Compile for ARC HS.
  
!      'em'
            Compile for ARC EM CPU with no hardware extensions.
  
!      'em4'
            Compile for ARC EM4 CPU.
  
!      'em4_dmips'
            Compile for ARC EM4 DMIPS CPU.
  
!      'em4_fpus'
            Compile for ARC EM4 DMIPS CPU with the single-precision
            floating-point extension.
  
!      'em4_fpuda'
            Compile for ARC EM4 DMIPS CPU with single-precision
            floating-point and double assist instructions.
  
!      'hs'
            Compile for ARC HS CPU with no hardware extensions except the
            atomic instructions.
  
!      'hs34'
            Compile for ARC HS34 CPU.
  
!      'hs38'
            Compile for ARC HS38 CPU.
  
!      'hs38_linux'
            Compile for ARC HS38 CPU with all hardware extensions on.
  
!      'arc600_norm'
!           Compile for ARC 600 CPU with 'norm' instructions enabled.
  
!      'arc600_mul32x16'
!           Compile for ARC 600 CPU with 'norm' and 32x16-bit multiply
            instructions enabled.
  
!      'arc600_mul64'
!           Compile for ARC 600 CPU with 'norm' and 'mul64'-family
            instructions enabled.
  
!      'arc601_norm'
!           Compile for ARC 601 CPU with 'norm' instructions enabled.
  
!      'arc601_mul32x16'
!           Compile for ARC 601 CPU with 'norm' and 32x16-bit multiply
            instructions enabled.
  
!      'arc601_mul64'
!           Compile for ARC 601 CPU with 'norm' and 'mul64'-family
            instructions enabled.
  
!      'nps400'
            Compile for ARC 700 on NPS400 chip.
  
! '-mdpfp'
! '-mdpfp-compact'
       Generate double-precision FPX instructions, tuned for the compact
       implementation.
  
! '-mdpfp-fast'
       Generate double-precision FPX instructions, tuned for the fast
       implementation.
  
! '-mno-dpfp-lrsr'
!      Disable 'lr' and 'sr' instructions from using FPX extension aux
       registers.
  
! '-mea'
!      Generate extended arithmetic instructions.  Currently only 'divaw',
!      'adds', 'subs', and 'sat16' are supported.  This is always enabled
!      for '-mcpu=ARC700'.
  
! '-mno-mpy'
!      Do not generate 'mpy'-family instructions for ARC700.  This option
       is deprecated.
  
! '-mmul32x16'
       Generate 32x16-bit multiply and multiply-accumulate instructions.
  
! '-mmul64'
!      Generate 'mul64' and 'mulu64' instructions.  Only valid for
!      '-mcpu=ARC600'.
  
! '-mnorm'
!      Generate 'norm' instructions.  This is the default if
!      '-mcpu=ARC700' is in effect.
  
! '-mspfp'
! '-mspfp-compact'
       Generate single-precision FPX instructions, tuned for the compact
       implementation.
  
! '-mspfp-fast'
       Generate single-precision FPX instructions, tuned for the fast
       implementation.
  
! '-msimd'
       Enable generation of ARC SIMD instructions via target-specific
!      builtins.  Only valid for '-mcpu=ARC700'.
  
! '-msoft-float'
       This option ignored; it is provided for compatibility purposes
!      only.  Software floating-point code is emitted by default, and this
!      default can overridden by FPX options; '-mspfp', '-mspfp-compact',
!      or '-mspfp-fast' for single precision, and '-mdpfp',
!      '-mdpfp-compact', or '-mdpfp-fast' for double precision.
  
! '-mswap'
!      Generate 'swap' instructions.
  
! '-matomic'
       This enables use of the locked load/store conditional extension to
       implement atomic memory built-in functions.  Not available for ARC
       6xx or ARC EM cores.
  
! '-mdiv-rem'
!      Enable 'div' and 'rem' instructions for ARCv2 cores.
  
! '-mcode-density'
!      Enable code density instructions for ARC EM. This option is on by
       default for ARC HS.
  
! '-mll64'
       Enable double load/store operations for ARC HS cores.
  
! '-mtp-regno=REGNO'
       Specify thread pointer register number.
  
! '-mmpy-option=MULTO'
       Compile ARCv2 code with a multiplier design option.  You can
       specify the option using either a string or numeric value for
!      MULTO.  'wlh1' is the default value.  The recognized values are:
  
!      '0'
!      'none'
            No multiplier available.
  
!      '1'
!      'w'
!           16x16 multiplier, fully pipelined.  The following instructions
!           are enabled: 'mpyw' and 'mpyuw'.
  
!      '2'
!      'wlh1'
            32x32 multiplier, fully pipelined (1 stage).  The following
!           instructions are additionally enabled: 'mpy', 'mpyu', 'mpym',
!           'mpymu', and 'mpy_s'.
  
!      '3'
!      'wlh2'
            32x32 multiplier, fully pipelined (2 stages).  The following
!           instructions are additionally enabled: 'mpy', 'mpyu', 'mpym',
!           'mpymu', and 'mpy_s'.
  
!      '4'
!      'wlh3'
            Two 16x16 multipliers, blocking, sequential.  The following
!           instructions are additionally enabled: 'mpy', 'mpyu', 'mpym',
!           'mpymu', and 'mpy_s'.
  
!      '5'
!      'wlh4'
            One 16x16 multiplier, blocking, sequential.  The following
!           instructions are additionally enabled: 'mpy', 'mpyu', 'mpym',
!           'mpymu', and 'mpy_s'.
  
!      '6'
!      'wlh5'
            One 32x4 multiplier, blocking, sequential.  The following
!           instructions are additionally enabled: 'mpy', 'mpyu', 'mpym',
!           'mpymu', and 'mpy_s'.
  
!      '7'
!      'plus_dmpy'
            ARC HS SIMD support.
  
!      '8'
!      'plus_macd'
            ARC HS SIMD support.
  
!      '9'
!      'plus_qmacw'
            ARC HS SIMD support.
  
       This option is only available for ARCv2 cores.
  
! '-mfpu=FPU'
!      Enables support for specific floating-point hardware extensions for
!      ARCv2 cores.  Supported values for FPU are:
  
!      'fpus'
            Enables support for single-precision floating-point hardware
            extensions.
  
!      'fpud'
            Enables support for double-precision floating-point hardware
            extensions.  The single-precision floating-point extension is
            also enabled.  Not available for ARC EM.
  
!      'fpuda'
            Enables support for double-precision floating-point hardware
            extensions using double-precision assist instructions.  The
            single-precision floating-point extension is also enabled.
            This option is only available for ARC EM.
  
!      'fpuda_div'
            Enables support for double-precision floating-point hardware
            extensions using double-precision assist instructions.  The
            single-precision floating-point, square-root, and divide
            extensions are also enabled.  This option is only available
            for ARC EM.
  
!      'fpuda_fma'
            Enables support for double-precision floating-point hardware
            extensions using double-precision assist instructions.  The
            single-precision floating-point and fused multiply and add
            hardware extensions are also enabled.  This option is only
            available for ARC EM.
  
!      'fpuda_all'
            Enables support for double-precision floating-point hardware
            extensions using double-precision assist instructions.  All
            single-precision floating-point hardware extensions are also
            enabled.  This option is only available for ARC EM.
  
!      'fpus_div'
            Enables support for single-precision floating-point,
            square-root and divide hardware extensions.
  
!      'fpud_div'
            Enables support for double-precision floating-point,
            square-root and divide hardware extensions.  This option
!           includes option 'fpus_div'.  Not available for ARC EM.
  
!      'fpus_fma'
            Enables support for single-precision floating-point and fused
            multiply and add hardware extensions.
  
!      'fpud_fma'
            Enables support for double-precision floating-point and fused
            multiply and add hardware extensions.  This option includes
!           option 'fpus_fma'.  Not available for ARC EM.
  
!      'fpus_all'
            Enables support for all single-precision floating-point
            hardware extensions.
  
!      'fpud_all'
            Enables support for all single- and double-precision
            floating-point hardware extensions.  Not available for ARC EM.
  
   The following options are passed through to the assembler, and also
  define preprocessor macro symbols.
  
! '-mdsp-packa'
       Passed down to the assembler to enable the DSP Pack A extensions.
!      Also sets the preprocessor symbol '__Xdsp_packa'.  This option is
       deprecated.
  
! '-mdvbf'
       Passed down to the assembler to enable the dual Viterbi butterfly
!      extension.  Also sets the preprocessor symbol '__Xdvbf'.  This
       option is deprecated.
  
! '-mlock'
       Passed down to the assembler to enable the locked load/store
       conditional extension.  Also sets the preprocessor symbol
!      '__Xlock'.
  
! '-mmac-d16'
       Passed down to the assembler.  Also sets the preprocessor symbol
!      '__Xxmac_d16'.  This option is deprecated.
  
! '-mmac-24'
       Passed down to the assembler.  Also sets the preprocessor symbol
!      '__Xxmac_24'.  This option is deprecated.
  
! '-mrtsc'
       Passed down to the assembler to enable the 64-bit time-stamp
       counter extension instruction.  Also sets the preprocessor symbol
!      '__Xrtsc'.  This option is deprecated.
  
! '-mswape'
       Passed down to the assembler to enable the swap byte ordering
       extension instruction.  Also sets the preprocessor symbol
!      '__Xswape'.
  
! '-mtelephony'
       Passed down to the assembler to enable dual- and single-operand
       instructions for telephony.  Also sets the preprocessor symbol
!      '__Xtelephony'.  This option is deprecated.
  
! '-mxy'
       Passed down to the assembler to enable the XY memory extension.
!      Also sets the preprocessor symbol '__Xxy'.
  
   The following options control how the assembly code is annotated:
  
! '-misize'
       Annotate assembler instructions with estimated addresses.
  
! '-mannotate-align'
       Explain what alignment considerations lead to the decision to make
       an instruction short or long.
  
   The following options are passed through to the linker:
  
! '-marclinux'
!      Passed through to the linker, to specify use of the 'arclinux'
       emulation.  This option is enabled by default in tool chains built
!      for 'arc-linux-uclibc' and 'arceb-linux-uclibc' targets when
       profiling is not requested.
  
! '-marclinux_prof'
!      Passed through to the linker, to specify use of the 'arclinux_prof'
!      emulation.  This option is enabled by default in tool chains built
!      for 'arc-linux-uclibc' and 'arceb-linux-uclibc' targets when
!      profiling is requested.
  
   The following options control the semantics of generated code:
  
! '-mlong-calls'
!      Generate calls as register indirect calls, thus providing access to
!      the full 32-bit address range.
  
! '-mmedium-calls'
       Don't use less than 25-bit addressing range for calls, which is the
       offset available for an unconditional branch-and-link instruction.
!      Conditional execution of function calls is suppressed, to allow use
!      of the 25-bit range, rather than the 21-bit range with conditional
!      branch-and-link.  This is the default for tool chains built for
!      'arc-linux-uclibc' and 'arceb-linux-uclibc' targets.
  
! '-mno-sdata'
       Do not generate sdata references.  This is the default for tool
!      chains built for 'arc-linux-uclibc' and 'arceb-linux-uclibc'
       targets.
  
! '-mvolatile-cache'
       Use ordinarily cached memory accesses for volatile references.
       This is the default.
  
! '-mno-volatile-cache'
       Enable cache bypass for volatile references.
  
   The following options fine tune code generation:
! '-malign-call'
       Do alignment optimizations for call instructions.
  
! '-mauto-modify-reg'
       Enable the use of pre/post modify with register displacement.
  
! '-mbbit-peephole'
       Enable bbit peephole2.
  
! '-mno-brcc'
!      This option disables a target-specific pass in 'arc_reorg' to
!      generate compare-and-branch ('brCC') instructions.  It has no
       effect on generation of these instructions driven by the combiner
       pass.
  
! '-mcase-vector-pcrel'
       Use PC-relative switch case tables to enable case table shortening.
!      This is the default for '-Os'.
  
! '-mcompact-casesi'
!      Enable compact 'casesi' pattern.  This is the default for '-Os',
       and only available for ARCv1 cores.
  
! '-mno-cond-exec'
       Disable the ARCompact-specific pass to generate conditional
       execution instructions.
  
--- 13702,14115 ----
  3.18.3 ARC Options
  ------------------
  
! The following options control the architecture variant for which code
! is being compiled:
  
! `-mbarrel-shifter'
       Generate instructions supported by barrel shifter.  This is the
!      default unless `-mcpu=ARC601' or `-mcpu=ARCEM' is in effect.
  
! `-mcpu=CPU'
       Set architecture type, register usage, and instruction scheduling
       parameters for CPU.  There are also shortcut alias options
       available for backward compatibility and convenience.  Supported
       values for CPU are
  
!     `arc600'
!           Compile for ARC600.  Aliases: `-mA6', `-mARC600'.
  
!     `arc601'
!           Compile for ARC601.  Alias: `-mARC601'.
  
!     `arc700'
!           Compile for ARC700.  Aliases: `-mA7', `-mARC700'.  This is
!           the default when configured with `--with-cpu=arc700'.
  
!     `arcem'
            Compile for ARC EM.
  
!     `archs'
            Compile for ARC HS.
  
!     `em'
            Compile for ARC EM CPU with no hardware extensions.
  
!     `em4'
            Compile for ARC EM4 CPU.
  
!     `em4_dmips'
            Compile for ARC EM4 DMIPS CPU.
  
!     `em4_fpus'
            Compile for ARC EM4 DMIPS CPU with the single-precision
            floating-point extension.
  
!     `em4_fpuda'
            Compile for ARC EM4 DMIPS CPU with single-precision
            floating-point and double assist instructions.
  
!     `hs'
            Compile for ARC HS CPU with no hardware extensions except the
            atomic instructions.
  
!     `hs34'
            Compile for ARC HS34 CPU.
  
!     `hs38'
            Compile for ARC HS38 CPU.
  
!     `hs38_linux'
            Compile for ARC HS38 CPU with all hardware extensions on.
  
!     `arc600_norm'
!           Compile for ARC 600 CPU with `norm' instructions enabled.
  
!     `arc600_mul32x16'
!           Compile for ARC 600 CPU with `norm' and 32x16-bit multiply
            instructions enabled.
  
!     `arc600_mul64'
!           Compile for ARC 600 CPU with `norm' and `mul64'-family
            instructions enabled.
  
!     `arc601_norm'
!           Compile for ARC 601 CPU with `norm' instructions enabled.
  
!     `arc601_mul32x16'
!           Compile for ARC 601 CPU with `norm' and 32x16-bit multiply
            instructions enabled.
  
!     `arc601_mul64'
!           Compile for ARC 601 CPU with `norm' and `mul64'-family
            instructions enabled.
  
!     `nps400'
            Compile for ARC 700 on NPS400 chip.
  
! 
! `-mdpfp'
! `-mdpfp-compact'
       Generate double-precision FPX instructions, tuned for the compact
       implementation.
  
! `-mdpfp-fast'
       Generate double-precision FPX instructions, tuned for the fast
       implementation.
  
! `-mno-dpfp-lrsr'
!      Disable `lr' and `sr' instructions from using FPX extension aux
       registers.
  
! `-mea'
!      Generate extended arithmetic instructions.  Currently only
!      `divaw', `adds', `subs', and `sat16' are supported.  This is
!      always enabled for `-mcpu=ARC700'.
  
! `-mno-mpy'
!      Do not generate `mpy'-family instructions for ARC700.  This option
       is deprecated.
  
! `-mmul32x16'
       Generate 32x16-bit multiply and multiply-accumulate instructions.
  
! `-mmul64'
!      Generate `mul64' and `mulu64' instructions.  Only valid for
!      `-mcpu=ARC600'.
  
! `-mnorm'
!      Generate `norm' instructions.  This is the default if
!      `-mcpu=ARC700' is in effect.
  
! `-mspfp'
! `-mspfp-compact'
       Generate single-precision FPX instructions, tuned for the compact
       implementation.
  
! `-mspfp-fast'
       Generate single-precision FPX instructions, tuned for the fast
       implementation.
  
! `-msimd'
       Enable generation of ARC SIMD instructions via target-specific
!      builtins.  Only valid for `-mcpu=ARC700'.
  
! `-msoft-float'
       This option ignored; it is provided for compatibility purposes
!      only.  Software floating-point code is emitted by default, and
!      this default can overridden by FPX options; `-mspfp',
!      `-mspfp-compact', or `-mspfp-fast' for single precision, and
!      `-mdpfp', `-mdpfp-compact', or `-mdpfp-fast' for double precision.
  
! `-mswap'
!      Generate `swap' instructions.
  
! `-matomic'
       This enables use of the locked load/store conditional extension to
       implement atomic memory built-in functions.  Not available for ARC
       6xx or ARC EM cores.
  
! `-mdiv-rem'
!      Enable `div' and `rem' instructions for ARCv2 cores.
  
! `-mcode-density'
!      Enable code density instructions for ARC EM.  This option is on by
       default for ARC HS.
  
! `-mll64'
       Enable double load/store operations for ARC HS cores.
  
! `-mtp-regno=REGNO'
       Specify thread pointer register number.
  
! `-mmpy-option=MULTO'
       Compile ARCv2 code with a multiplier design option.  You can
       specify the option using either a string or numeric value for
!      MULTO.  `wlh1' is the default value.  The recognized values are:
  
!     `0'
!     `none'
            No multiplier available.
  
!     `1'
!     `w'
!           16x16 multiplier, fully pipelined.  The following
!           instructions are enabled: `mpyw' and `mpyuw'.
  
!     `2'
!     `wlh1'
            32x32 multiplier, fully pipelined (1 stage).  The following
!           instructions are additionally enabled: `mpy', `mpyu', `mpym',
!           `mpymu', and `mpy_s'.
  
!     `3'
!     `wlh2'
            32x32 multiplier, fully pipelined (2 stages).  The following
!           instructions are additionally enabled: `mpy', `mpyu', `mpym',
!           `mpymu', and `mpy_s'.
  
!     `4'
!     `wlh3'
            Two 16x16 multipliers, blocking, sequential.  The following
!           instructions are additionally enabled: `mpy', `mpyu', `mpym',
!           `mpymu', and `mpy_s'.
  
!     `5'
!     `wlh4'
            One 16x16 multiplier, blocking, sequential.  The following
!           instructions are additionally enabled: `mpy', `mpyu', `mpym',
!           `mpymu', and `mpy_s'.
  
!     `6'
!     `wlh5'
            One 32x4 multiplier, blocking, sequential.  The following
!           instructions are additionally enabled: `mpy', `mpyu', `mpym',
!           `mpymu', and `mpy_s'.
  
!     `7'
!     `plus_dmpy'
            ARC HS SIMD support.
  
!     `8'
!     `plus_macd'
            ARC HS SIMD support.
  
!     `9'
!     `plus_qmacw'
            ARC HS SIMD support.
  
+ 
       This option is only available for ARCv2 cores.
  
! `-mfpu=FPU'
!      Enables support for specific floating-point hardware extensions
!      for ARCv2 cores.  Supported values for FPU are:
  
!     `fpus'
            Enables support for single-precision floating-point hardware
            extensions.
  
!     `fpud'
            Enables support for double-precision floating-point hardware
            extensions.  The single-precision floating-point extension is
            also enabled.  Not available for ARC EM.
  
!     `fpuda'
            Enables support for double-precision floating-point hardware
            extensions using double-precision assist instructions.  The
            single-precision floating-point extension is also enabled.
            This option is only available for ARC EM.
  
!     `fpuda_div'
            Enables support for double-precision floating-point hardware
            extensions using double-precision assist instructions.  The
            single-precision floating-point, square-root, and divide
            extensions are also enabled.  This option is only available
            for ARC EM.
  
!     `fpuda_fma'
            Enables support for double-precision floating-point hardware
            extensions using double-precision assist instructions.  The
            single-precision floating-point and fused multiply and add
            hardware extensions are also enabled.  This option is only
            available for ARC EM.
  
!     `fpuda_all'
            Enables support for double-precision floating-point hardware
            extensions using double-precision assist instructions.  All
            single-precision floating-point hardware extensions are also
            enabled.  This option is only available for ARC EM.
  
!     `fpus_div'
            Enables support for single-precision floating-point,
            square-root and divide hardware extensions.
  
!     `fpud_div'
            Enables support for double-precision floating-point,
            square-root and divide hardware extensions.  This option
!           includes option `fpus_div'. Not available for ARC EM.
  
!     `fpus_fma'
            Enables support for single-precision floating-point and fused
            multiply and add hardware extensions.
  
!     `fpud_fma'
            Enables support for double-precision floating-point and fused
            multiply and add hardware extensions.  This option includes
!           option `fpus_fma'.  Not available for ARC EM.
  
!     `fpus_all'
            Enables support for all single-precision floating-point
            hardware extensions.
  
!     `fpud_all'
            Enables support for all single- and double-precision
            floating-point hardware extensions.  Not available for ARC EM.
  
+ 
+ 
   The following options are passed through to the assembler, and also
  define preprocessor macro symbols.
  
! `-mdsp-packa'
       Passed down to the assembler to enable the DSP Pack A extensions.
!      Also sets the preprocessor symbol `__Xdsp_packa'.  This option is
       deprecated.
  
! `-mdvbf'
       Passed down to the assembler to enable the dual Viterbi butterfly
!      extension.  Also sets the preprocessor symbol `__Xdvbf'.  This
       option is deprecated.
  
! `-mlock'
       Passed down to the assembler to enable the locked load/store
       conditional extension.  Also sets the preprocessor symbol
!      `__Xlock'.
  
! `-mmac-d16'
       Passed down to the assembler.  Also sets the preprocessor symbol
!      `__Xxmac_d16'.  This option is deprecated.
  
! `-mmac-24'
       Passed down to the assembler.  Also sets the preprocessor symbol
!      `__Xxmac_24'.  This option is deprecated.
  
! `-mrtsc'
       Passed down to the assembler to enable the 64-bit time-stamp
       counter extension instruction.  Also sets the preprocessor symbol
!      `__Xrtsc'.  This option is deprecated.
  
! `-mswape'
       Passed down to the assembler to enable the swap byte ordering
       extension instruction.  Also sets the preprocessor symbol
!      `__Xswape'.
  
! `-mtelephony'
       Passed down to the assembler to enable dual- and single-operand
       instructions for telephony.  Also sets the preprocessor symbol
!      `__Xtelephony'.  This option is deprecated.
  
! `-mxy'
       Passed down to the assembler to enable the XY memory extension.
!      Also sets the preprocessor symbol `__Xxy'.
! 
  
   The following options control how the assembly code is annotated:
  
! `-misize'
       Annotate assembler instructions with estimated addresses.
  
! `-mannotate-align'
       Explain what alignment considerations lead to the decision to make
       an instruction short or long.
  
+ 
   The following options are passed through to the linker:
  
! `-marclinux'
!      Passed through to the linker, to specify use of the `arclinux'
       emulation.  This option is enabled by default in tool chains built
!      for `arc-linux-uclibc' and `arceb-linux-uclibc' targets when
       profiling is not requested.
  
! `-marclinux_prof'
!      Passed through to the linker, to specify use of the
!      `arclinux_prof' emulation.  This option is enabled by default in
!      tool chains built for `arc-linux-uclibc' and `arceb-linux-uclibc'
!      targets when profiling is requested.
! 
  
   The following options control the semantics of generated code:
  
! `-mlong-calls'
!      Generate calls as register indirect calls, thus providing access
!      to the full 32-bit address range.
  
! `-mmedium-calls'
       Don't use less than 25-bit addressing range for calls, which is the
       offset available for an unconditional branch-and-link instruction.
!      Conditional execution of function calls is suppressed, to allow
!      use of the 25-bit range, rather than the 21-bit range with
!      conditional branch-and-link.  This is the default for tool chains
!      built for `arc-linux-uclibc' and `arceb-linux-uclibc' targets.
  
! `-mno-sdata'
       Do not generate sdata references.  This is the default for tool
!      chains built for `arc-linux-uclibc' and `arceb-linux-uclibc'
       targets.
  
! `-mvolatile-cache'
       Use ordinarily cached memory accesses for volatile references.
       This is the default.
  
! `-mno-volatile-cache'
       Enable cache bypass for volatile references.
  
+ 
   The following options fine tune code generation:
! `-malign-call'
       Do alignment optimizations for call instructions.
  
! `-mauto-modify-reg'
       Enable the use of pre/post modify with register displacement.
  
! `-mbbit-peephole'
       Enable bbit peephole2.
  
! `-mno-brcc'
!      This option disables a target-specific pass in `arc_reorg' to
!      generate compare-and-branch (`brCC') instructions.  It has no
       effect on generation of these instructions driven by the combiner
       pass.
  
! `-mcase-vector-pcrel'
       Use PC-relative switch case tables to enable case table shortening.
!      This is the default for `-Os'.
  
! `-mcompact-casesi'
!      Enable compact `casesi' pattern.  This is the default for `-Os',
       and only available for ARCv1 cores.
  
! `-mno-cond-exec'
       Disable the ARCompact-specific pass to generate conditional
       execution instructions.
  
*************** define preprocessor macro symbols.
*** 14003,14041 ****
       generation opportunities after register allocation, branch
       shortening, and delay slot scheduling have been done.  This pass
       generally, but not always, improves performance and code size, at
!      the cost of extra compilation time, which is why there is an option
!      to switch it off.  If you have a problem with call instructions
!      exceeding their allowable offset range because they are
!      conditionalized, you should consider using '-mmedium-calls'
       instead.
  
! '-mearly-cbranchsi'
!      Enable pre-reload use of the 'cbranchsi' pattern.
  
! '-mexpand-adddi'
!      Expand 'adddi3' and 'subdi3' at RTL generation time into 'add.f',
!      'adc' etc.
  
! '-mindexed-loads'
       Enable the use of indexed loads.  This can be problematic because
       some optimizers then assume that indexed stores exist, which is not
       the case.
  
       Enable Local Register Allocation.  This is still experimental for
       ARC, so by default the compiler uses standard reload (i.e.
!      '-mno-lra').
  
! '-mlra-priority-none'
       Don't indicate any priority for target registers.
  
! '-mlra-priority-compact'
       Indicate target register priority for r0..r3 / r12..r15.
  
! '-mlra-priority-noncompact'
       Reduce target register priority for r0..r3 / r12..r15.
  
! '-mno-millicode'
!      When optimizing for size (using '-Os'), prologues and epilogues
       that have to save or restore a large number of registers are often
       shortened by using call to a special function in libgcc; this is
       referred to as a _millicode_ call.  As these calls can pose
--- 14121,14159 ----
       generation opportunities after register allocation, branch
       shortening, and delay slot scheduling have been done.  This pass
       generally, but not always, improves performance and code size, at
!      the cost of extra compilation time, which is why there is an
!      option to switch it off.  If you have a problem with call
!      instructions exceeding their allowable offset range because they
!      are conditionalized, you should consider using `-mmedium-calls'
       instead.
  
! `-mearly-cbranchsi'
!      Enable pre-reload use of the `cbranchsi' pattern.
  
! `-mexpand-adddi'
!      Expand `adddi3' and `subdi3' at RTL generation time into `add.f',
!      `adc' etc.
  
! `-mindexed-loads'
       Enable the use of indexed loads.  This can be problematic because
       some optimizers then assume that indexed stores exist, which is not
       the case.
  
       Enable Local Register Allocation.  This is still experimental for
       ARC, so by default the compiler uses standard reload (i.e.
!      `-mno-lra').
  
! `-mlra-priority-none'
       Don't indicate any priority for target registers.
  
! `-mlra-priority-compact'
       Indicate target register priority for r0..r3 / r12..r15.
  
! `-mlra-priority-noncompact'
       Reduce target register priority for r0..r3 / r12..r15.
  
! `-mno-millicode'
!      When optimizing for size (using `-Os'), prologues and epilogues
       that have to save or restore a large number of registers are often
       shortened by using call to a special function in libgcc; this is
       referred to as a _millicode_ call.  As these calls can pose
*************** define preprocessor macro symbols.
*** 14043,14176 ****
       nonstandard way, this option is provided to turn off millicode call
       generation.
  
! '-mmixed-code'
       Tweak register allocation to help 16-bit instruction generation.
!      This generally has the effect of decreasing the average instruction
!      size while increasing the instruction count.
  
! '-mq-class'
!      Enable 'q' instruction alternatives.  This is the default for
!      '-Os'.
  
! '-mRcq'
!      Enable 'Rcq' constraint handling.  Most short code generation
       depends on this.  This is the default.
  
! '-mRcw'
!      Enable 'Rcw' constraint handling.  Most ccfsm condexec mostly
       depends on this.  This is the default.
  
! '-msize-level=LEVEL'
!      Fine-tune size optimization with regards to instruction lengths and
!      alignment.  The recognized values for LEVEL are:
!      '0'
            No size optimization.  This level is deprecated and treated
!           like '1'.
  
!      '1'
            Short instructions are used opportunistically.
  
!      '2'
!           In addition, alignment of loops and of code after barriers are
!           dropped.
  
!      '3'
            In addition, optional data alignment is dropped, and the
!           option 'Os' is enabled.
  
-      This defaults to '3' when '-Os' is in effect.  Otherwise, the
-      behavior when this is not set is equivalent to level '1'.
  
! '-mtune=CPU'
       Set instruction scheduling parameters for CPU, overriding any
!      implied by '-mcpu='.
  
       Supported values for CPU are
  
!      'ARC600'
            Tune for ARC600 CPU.
  
!      'ARC601'
            Tune for ARC601 CPU.
  
!      'ARC700'
            Tune for ARC700 CPU with standard multiplier block.
  
!      'ARC700-xmac'
            Tune for ARC700 CPU with XMAC block.
  
!      'ARC725D'
            Tune for ARC725D CPU.
  
!      'ARC750D'
            Tune for ARC750D CPU.
  
! '-mmultcost=NUM'
!      Cost to assume for a multiply instruction, with '4' being equal to
       a normal instruction.
  
! '-munalign-prob-threshold=PROBABILITY'
!      Set probability threshold for unaligning branches.  When tuning for
!      'ARC700' and optimizing for speed, branches without filled delay
!      slot are preferably emitted unaligned and long, unless profiling
!      indicates that the probability for the branch to be taken is below
!      PROBABILITY.  *Note Cross-profiling::.  The default is
       (REG_BR_PROB_BASE/2), i.e. 5000.
  
   The following options are maintained for backward compatibility, but
  are now deprecated and will be removed in a future release:
  
! '-margonaut'
       Obsolete FPX.
  
! '-mbig-endian'
! '-EB'
       Compile code for big-endian targets.  Use of these options is now
       deprecated.  Big-endian code is supported by configuring GCC to
!      build 'arceb-elf32' and 'arceb-linux-uclibc' targets, for which big
!      endian is the default.
  
! '-mlittle-endian'
! '-EL'
       Compile code for little-endian targets.  Use of these options is
!      now deprecated.  Little-endian code is supported by configuring GCC
!      to build 'arc-elf32' and 'arc-linux-uclibc' targets, for which
       little endian is the default.
  
! '-mbarrel_shifter'
!      Replaced by '-mbarrel-shifter'.
  
! '-mdpfp_compact'
!      Replaced by '-mdpfp-compact'.
  
! '-mdpfp_fast'
!      Replaced by '-mdpfp-fast'.
  
! '-mdsp_packa'
!      Replaced by '-mdsp-packa'.
  
! '-mEA'
!      Replaced by '-mea'.
  
! '-mmac_24'
!      Replaced by '-mmac-24'.
  
! '-mmac_d16'
!      Replaced by '-mmac-d16'.
  
! '-mspfp_compact'
!      Replaced by '-mspfp-compact'.
  
! '-mspfp_fast'
!      Replaced by '-mspfp-fast'.
  
! '-mtune=CPU'
!      Values 'arc600', 'arc601', 'arc700' and 'arc700-xmac' for CPU are
!      replaced by 'ARC600', 'ARC601', 'ARC700' and 'ARC700-xmac'
       respectively.
  
! '-multcost=NUM'
!      Replaced by '-mmultcost'.
  
  
  File: gcc.info,  Node: ARM Options,  Next: AVR Options,  Prev: ARC Options,  Up: Submodel Options
--- 14161,14298 ----
       nonstandard way, this option is provided to turn off millicode call
       generation.
  
! `-mmixed-code'
       Tweak register allocation to help 16-bit instruction generation.
!      This generally has the effect of decreasing the average
!      instruction size while increasing the instruction count.
  
! `-mq-class'
!      Enable `q' instruction alternatives.  This is the default for
!      `-Os'.
  
! `-mRcq'
!      Enable `Rcq' constraint handling.  Most short code generation
       depends on this.  This is the default.
  
! `-mRcw'
!      Enable `Rcw' constraint handling.  Most ccfsm condexec mostly
       depends on this.  This is the default.
  
! `-msize-level=LEVEL'
!      Fine-tune size optimization with regards to instruction lengths
!      and alignment.  The recognized values for LEVEL are:
!     `0'
            No size optimization.  This level is deprecated and treated
!           like `1'.
  
!     `1'
            Short instructions are used opportunistically.
  
!     `2'
!           In addition, alignment of loops and of code after barriers
!           are dropped.
  
!     `3'
            In addition, optional data alignment is dropped, and the
!           option `Os' is enabled.
  
  
!      This defaults to `3' when `-Os' is in effect.  Otherwise, the
!      behavior when this is not set is equivalent to level `1'.
! 
! `-mtune=CPU'
       Set instruction scheduling parameters for CPU, overriding any
!      implied by `-mcpu='.
  
       Supported values for CPU are
  
!     `ARC600'
            Tune for ARC600 CPU.
  
!     `ARC601'
            Tune for ARC601 CPU.
  
!     `ARC700'
            Tune for ARC700 CPU with standard multiplier block.
  
!     `ARC700-xmac'
            Tune for ARC700 CPU with XMAC block.
  
!     `ARC725D'
            Tune for ARC725D CPU.
  
!     `ARC750D'
            Tune for ARC750D CPU.
  
! 
! `-mmultcost=NUM'
!      Cost to assume for a multiply instruction, with `4' being equal to
       a normal instruction.
  
! `-munalign-prob-threshold=PROBABILITY'
!      Set probability threshold for unaligning branches.  When tuning
!      for `ARC700' and optimizing for speed, branches without filled
!      delay slot are preferably emitted unaligned and long, unless
!      profiling indicates that the probability for the branch to be taken
!      is below PROBABILITY.  *Note Cross-profiling::.  The default is
       (REG_BR_PROB_BASE/2), i.e. 5000.
  
+ 
   The following options are maintained for backward compatibility, but
  are now deprecated and will be removed in a future release:
  
! `-margonaut'
       Obsolete FPX.
  
! `-mbig-endian'
! `-EB'
       Compile code for big-endian targets.  Use of these options is now
       deprecated.  Big-endian code is supported by configuring GCC to
!      build `arceb-elf32' and `arceb-linux-uclibc' targets, for which
!      big endian is the default.
  
! `-mlittle-endian'
! `-EL'
       Compile code for little-endian targets.  Use of these options is
!      now deprecated.  Little-endian code is supported by configuring
!      GCC to build `arc-elf32' and `arc-linux-uclibc' targets, for which
       little endian is the default.
  
! `-mbarrel_shifter'
!      Replaced by `-mbarrel-shifter'.
  
! `-mdpfp_compact'
!      Replaced by `-mdpfp-compact'.
  
! `-mdpfp_fast'
!      Replaced by `-mdpfp-fast'.
  
! `-mdsp_packa'
!      Replaced by `-mdsp-packa'.
  
! `-mEA'
!      Replaced by `-mea'.
  
! `-mmac_24'
!      Replaced by `-mmac-24'.
  
! `-mmac_d16'
!      Replaced by `-mmac-d16'.
  
! `-mspfp_compact'
!      Replaced by `-mspfp-compact'.
  
! `-mspfp_fast'
!      Replaced by `-mspfp-fast'.
  
! `-mtune=CPU'
!      Values `arc600', `arc601', `arc700' and `arc700-xmac' for CPU are
!      replaced by `ARC600', `ARC601', `ARC700' and `ARC700-xmac'
       respectively.
  
! `-multcost=NUM'
!      Replaced by `-mmultcost'.
! 
  
  
  File: gcc.info,  Node: ARM Options,  Next: AVR Options,  Prev: ARC Options,  Up: Submodel Options
*************** File: gcc.info,  Node: ARM Options,  Nex
*** 14178,14225 ****
  3.18.4 ARM Options
  ------------------
  
! These '-m' options are defined for the ARM port:
  
! '-mabi=NAME'
       Generate code for the specified ABI.  Permissible values are:
!      'apcs-gnu', 'atpcs', 'aapcs', 'aapcs-linux' and 'iwmmxt'.
  
! '-mapcs-frame'
       Generate a stack frame that is compliant with the ARM Procedure
       Call Standard for all functions, even if this is not strictly
       necessary for correct execution of the code.  Specifying
!      '-fomit-frame-pointer' with this option causes the stack frames not
!      to be generated for leaf functions.  The default is
!      '-mno-apcs-frame'.  This option is deprecated.
  
! '-mapcs'
!      This is a synonym for '-mapcs-frame' and is deprecated.
  
! '-mthumb-interwork'
       Generate code that supports calling between the ARM and Thumb
       instruction sets.  Without this option, on pre-v5 architectures,
       the two instruction sets cannot be reliably used inside one
!      program.  The default is '-mno-thumb-interwork', since slightly
!      larger code is generated when '-mthumb-interwork' is specified.  In
!      AAPCS configurations this option is meaningless.
  
! '-mno-sched-prolog'
!      Prevent the reordering of instructions in the function prologue, or
!      the merging of those instruction with the instructions in the
       function's body.  This means that all functions start with a
!      recognizable set of instructions (or in fact one of a choice from a
!      small set of different function prologues), and this information
       can be used to locate the start of functions inside an executable
!      piece of code.  The default is '-msched-prolog'.
  
! '-mfloat-abi=NAME'
!      Specifies which floating-point ABI to use.  Permissible values are:
!      'soft', 'softfp' and 'hard'.
  
!      Specifying 'soft' causes GCC to generate output containing library
!      calls for floating-point operations.  'softfp' allows the
       generation of code using hardware floating-point instructions, but
!      still uses the soft-float calling conventions.  'hard' allows
       generation of floating-point instructions and uses FPU-specific
       calling conventions.
  
--- 14300,14347 ----
  3.18.4 ARM Options
  ------------------
  
! These `-m' options are defined for the ARM port:
  
! `-mabi=NAME'
       Generate code for the specified ABI.  Permissible values are:
!      `apcs-gnu', `atpcs', `aapcs', `aapcs-linux' and `iwmmxt'.
  
! `-mapcs-frame'
       Generate a stack frame that is compliant with the ARM Procedure
       Call Standard for all functions, even if this is not strictly
       necessary for correct execution of the code.  Specifying
!      `-fomit-frame-pointer' with this option causes the stack frames
!      not to be generated for leaf functions.  The default is
!      `-mno-apcs-frame'.  This option is deprecated.
  
! `-mapcs'
!      This is a synonym for `-mapcs-frame' and is deprecated.
  
! `-mthumb-interwork'
       Generate code that supports calling between the ARM and Thumb
       instruction sets.  Without this option, on pre-v5 architectures,
       the two instruction sets cannot be reliably used inside one
!      program.  The default is `-mno-thumb-interwork', since slightly
!      larger code is generated when `-mthumb-interwork' is specified.
!      In AAPCS configurations this option is meaningless.
  
! `-mno-sched-prolog'
!      Prevent the reordering of instructions in the function prologue,
!      or the merging of those instruction with the instructions in the
       function's body.  This means that all functions start with a
!      recognizable set of instructions (or in fact one of a choice from
!      a small set of different function prologues), and this information
       can be used to locate the start of functions inside an executable
!      piece of code.  The default is `-msched-prolog'.
  
! `-mfloat-abi=NAME'
!      Specifies which floating-point ABI to use.  Permissible values
!      are: `soft', `softfp' and `hard'.
  
!      Specifying `soft' causes GCC to generate output containing library
!      calls for floating-point operations.  `softfp' allows the
       generation of code using hardware floating-point instructions, but
!      still uses the soft-float calling conventions.  `hard' allows
       generation of floating-point instructions and uses FPU-specific
       calling conventions.
  
*************** These '-m' options are defined for the A
*** 14228,14449 ****
       you must compile your entire program with the same ABI, and link
       with a compatible set of libraries.
  
! '-mlittle-endian'
       Generate code for a processor running in little-endian mode.  This
       is the default for all standard configurations.
  
! '-mbig-endian'
       Generate code for a processor running in big-endian mode; the
       default is to compile code for a little-endian processor.
  
! '-march=NAME'
       This specifies the name of the target ARM architecture.  GCC uses
       this name to determine what kind of instructions it can emit when
       generating assembly code.  This option can be used in conjunction
!      with or instead of the '-mcpu=' option.  Permissible names are:
!      'armv2', 'armv2a', 'armv3', 'armv3m', 'armv4', 'armv4t', 'armv5',
!      'armv5e', 'armv5t', 'armv5te', 'armv6', 'armv6-m', 'armv6j',
!      'armv6k', 'armv6kz', 'armv6s-m', 'armv6t2', 'armv6z', 'armv6zk',
!      'armv7', 'armv7-a', 'armv7-m', 'armv7-r', 'armv7e-m', 'armv7ve',
!      'armv8-a', 'armv8-a+crc', 'armv8.1-a', 'armv8.1-a+crc',
!      'armv8-m.base', 'armv8-m.main', 'armv8-m.main+dsp', 'iwmmxt',
!      'iwmmxt2'.
  
!      Architecture revisions older than 'armv4t' are deprecated.
  
!      '-march=armv6s-m' is the 'armv6-m' architecture with support for
       the (now mandatory) SVC instruction.
  
!      '-march=armv6zk' is an alias for 'armv6kz', existing for backwards
       compatibility.
  
!      '-march=armv7ve' is the 'armv7-a' architecture with virtualization
       extensions.
  
!      '-march=armv8-a+crc' enables code generation for the ARMv8-A
       architecture together with the optional CRC32 extensions.
  
!      '-march=armv8.1-a' enables compiler support for the ARMv8.1-A
       architecture.  This also enables the features provided by
!      '-march=armv8-a+crc'.
  
!      '-march=armv8.2-a' enables compiler support for the ARMv8.2-A
       architecture.  This also enables the features provided by
!      '-march=armv8.1-a'.
  
!      '-march=armv8.2-a+fp16' enables compiler support for the ARMv8.2-A
       architecture with the optional FP16 instructions extension.  This
!      also enables the features provided by '-march=armv8.1-a' and
!      implies '-mfp16-format=ieee'.
  
!      '-march=native' causes the compiler to auto-detect the architecture
       of the build computer.  At present, this feature is only supported
       on GNU/Linux, and not all architectures are recognized.  If the
       auto-detect is unsuccessful the option has no effect.
  
! '-mtune=NAME'
       This option specifies the name of the target ARM processor for
       which GCC should tune the performance of the code.  For some ARM
       implementations better performance can be obtained by using this
!      option.  Permissible names are: 'arm2', 'arm250', 'arm3', 'arm6',
!      'arm60', 'arm600', 'arm610', 'arm620', 'arm7', 'arm7m', 'arm7d',
!      'arm7dm', 'arm7di', 'arm7dmi', 'arm70', 'arm700', 'arm700i',
!      'arm710', 'arm710c', 'arm7100', 'arm720', 'arm7500', 'arm7500fe',
!      'arm7tdmi', 'arm7tdmi-s', 'arm710t', 'arm720t', 'arm740t',
!      'strongarm', 'strongarm110', 'strongarm1100', 'strongarm1110',
!      'arm8', 'arm810', 'arm9', 'arm9e', 'arm920', 'arm920t', 'arm922t',
!      'arm946e-s', 'arm966e-s', 'arm968e-s', 'arm926ej-s', 'arm940t',
!      'arm9tdmi', 'arm10tdmi', 'arm1020t', 'arm1026ej-s', 'arm10e',
!      'arm1020e', 'arm1022e', 'arm1136j-s', 'arm1136jf-s', 'mpcore',
!      'mpcorenovfp', 'arm1156t2-s', 'arm1156t2f-s', 'arm1176jz-s',
!      'arm1176jzf-s', 'generic-armv7-a', 'cortex-a5', 'cortex-a7',
!      'cortex-a8', 'cortex-a9', 'cortex-a12', 'cortex-a15', 'cortex-a17',
!      'cortex-a32', 'cortex-a35', 'cortex-a53', 'cortex-a57',
!      'cortex-a72', 'cortex-a73', 'cortex-r4', 'cortex-r4f', 'cortex-r5',
!      'cortex-r7', 'cortex-r8', 'cortex-m33', 'cortex-m23', 'cortex-m7',
!      'cortex-m4', 'cortex-m3', 'cortex-m1', 'cortex-m0',
!      'cortex-m0plus', 'cortex-m1.small-multiply',
!      'cortex-m0.small-multiply', 'cortex-m0plus.small-multiply',
!      'exynos-m1', 'falkor', 'qdf24xx', 'marvell-pj4', 'xscale',
!      'iwmmxt', 'iwmmxt2', 'ep9312', 'fa526', 'fa626', 'fa606te',
!      'fa626te', 'fmp626', 'fa726te', 'xgene1'.
  
       Additionally, this option can specify that GCC should tune the
!      performance of the code for a big.LITTLE system.  Permissible names
!      are: 'cortex-a15.cortex-a7', 'cortex-a17.cortex-a7',
!      'cortex-a57.cortex-a53', 'cortex-a72.cortex-a53',
!      'cortex-a72.cortex-a35', 'cortex-a73.cortex-a53'.
  
!      '-mtune=generic-ARCH' specifies that GCC should tune the
       performance for a blend of processors within architecture ARCH.
       The aim is to generate code that run well on the current most
       popular processors, balancing between optimizations that benefit
       some CPUs in the range, and avoiding performance pitfalls of other
!      CPUs.  The effects of this option may change in future GCC versions
!      as CPU models come and go.
  
!      '-mtune=native' causes the compiler to auto-detect the CPU of the
       build computer.  At present, this feature is only supported on
       GNU/Linux, and not all architectures are recognized.  If the
       auto-detect is unsuccessful the option has no effect.
  
! '-mcpu=NAME'
!      This specifies the name of the target ARM processor.  GCC uses this
!      name to derive the name of the target ARM architecture (as if
!      specified by '-march') and the ARM processor type for which to tune
!      for performance (as if specified by '-mtune').  Where this option
!      is used in conjunction with '-march' or '-mtune', those options
!      take precedence over the appropriate part of this option.
  
       Permissible names for this option are the same as those for
!      '-mtune'.
  
!      '-mcpu=generic-ARCH' is also permissible, and is equivalent to
!      '-march=ARCH -mtune=generic-ARCH'.  See '-mtune' for more
       information.
  
!      '-mcpu=native' causes the compiler to auto-detect the CPU of the
       build computer.  At present, this feature is only supported on
       GNU/Linux, and not all architectures are recognized.  If the
       auto-detect is unsuccessful the option has no effect.
  
! '-mfpu=NAME'
!      This specifies what floating-point hardware (or hardware emulation)
!      is available on the target.  Permissible names are: 'vfpv2',
!      'vfpv3', 'vfpv3-fp16', 'vfpv3-d16', 'vfpv3-d16-fp16', 'vfpv3xd',
!      'vfpv3xd-fp16', 'neon-vfpv3', 'neon-fp16', 'vfpv4', 'vfpv4-d16',
!      'fpv4-sp-d16', 'neon-vfpv4', 'fpv5-d16', 'fpv5-sp-d16', 'fp-armv8',
!      'neon-fp-armv8' and 'crypto-neon-fp-armv8'.  Note that 'neon' is an
!      alias for 'neon-vfpv3' and 'vfp' is an alias for 'vfpv2'.
  
!      If '-msoft-float' is specified this specifies the format of
       floating-point values.
  
       If the selected floating-point hardware includes the NEON extension
!      (e.g.  '-mfpu'='neon'), note that floating-point operations are not
       generated by GCC's auto-vectorization pass unless
!      '-funsafe-math-optimizations' is also specified.  This is because
       NEON hardware does not fully implement the IEEE 754 standard for
       floating-point arithmetic (in particular denormal values are
       treated as zero), so the use of NEON instructions may lead to a
       loss of precision.
  
       You can also set the fpu name at function level by using the
!      'target("fpu=")' function attributes (*note ARM Function
       Attributes::) or pragmas (*note Function Specific Option
       Pragmas::).
  
! '-mfp16-format=NAME'
!      Specify the format of the '__fp16' half-precision floating-point
!      type.  Permissible names are 'none', 'ieee', and 'alternative'; the
!      default is 'none', in which case the '__fp16' type is not defined.
!      *Note Half-Precision::, for more information.
  
! '-mstructure-size-boundary=N'
       The sizes of all structures and unions are rounded up to a multiple
       of the number of bits set by this option.  Permissible values are
       8, 32 and 64.  The default value varies for different toolchains.
!      For the COFF targeted toolchain the default value is 8.  A value of
!      64 is only allowed if the underlying ABI supports it.
  
!      Specifying a larger number can produce faster, more efficient code,
!      but can also increase the size of the program.  Different values
!      are potentially incompatible.  Code compiled with one value cannot
!      necessarily expect to work with code or libraries compiled with
!      another value, if they exchange information using structures or
!      unions.
  
! '-mabort-on-noreturn'
!      Generate a call to the function 'abort' at the end of a 'noreturn'
       function.  It is executed if the function tries to return.
  
! '-mlong-calls'
! '-mno-long-calls'
       Tells the compiler to perform function calls by first loading the
       address of the function into a register and then performing a
       subroutine call on this register.  This switch is needed if the
!      target function lies outside of the 64-megabyte addressing range of
!      the offset-based version of subroutine call instruction.
  
       Even if this switch is enabled, not all function calls are turned
       into long calls.  The heuristic is that static functions, functions
!      that have the 'short_call' attribute, functions that are inside the
!      scope of a '#pragma no_long_calls' directive, and functions whose
!      definitions have already been compiled within the current
!      compilation unit are not turned into long calls.  The exceptions to
!      this rule are that weak function definitions, functions with the
!      'long_call' attribute or the 'section' attribute, and functions
!      that are within the scope of a '#pragma long_calls' directive are
!      always turned into long calls.
  
       This feature is not enabled by default.  Specifying
!      '-mno-long-calls' restores the default behavior, as does placing
!      the function calls within the scope of a '#pragma long_calls_off'
       directive.  Note these switches have no effect on how the compiler
       generates code to handle function calls via function pointers.
  
! '-msingle-pic-base'
       Treat the register used for PIC addressing as read-only, rather
       than loading it in the prologue for each function.  The runtime
       system is responsible for initializing this register with an
       appropriate value before execution begins.
  
! '-mpic-register=REG'
       Specify the register to be used for PIC addressing.  For standard
       PIC base case, the default is any suitable register determined by
!      compiler.  For single PIC base case, the default is 'R9' if target
       is EABI based or stack-checking is enabled, otherwise the default
!      is 'R10'.
  
! '-mpic-data-is-text-relative'
       Assume that the displacement between the text and data segments is
       fixed at static link time.  This permits using PC-relative
       addressing operations to access data known to be in the data
       segment.  For non-VxWorks RTP targets, this option is enabled by
       default.  When disabled on such targets, it will enable
!      '-msingle-pic-base' by default.
  
! '-mpoke-function-name'
       Write the name of each function into the text section, directly
       preceding the function prologue.  The generated code is similar to
       this:
--- 14350,14572 ----
       you must compile your entire program with the same ABI, and link
       with a compatible set of libraries.
  
! `-mlittle-endian'
       Generate code for a processor running in little-endian mode.  This
       is the default for all standard configurations.
  
! `-mbig-endian'
       Generate code for a processor running in big-endian mode; the
       default is to compile code for a little-endian processor.
  
! `-march=NAME'
       This specifies the name of the target ARM architecture.  GCC uses
       this name to determine what kind of instructions it can emit when
       generating assembly code.  This option can be used in conjunction
!      with or instead of the `-mcpu=' option.  Permissible names are:
!      `armv2', `armv2a', `armv3', `armv3m', `armv4', `armv4t', `armv5',
!      `armv5e', `armv5t', `armv5te', `armv6', `armv6-m', `armv6j',
!      `armv6k', `armv6kz', `armv6s-m', `armv6t2', `armv6z', `armv6zk',
!      `armv7', `armv7-a', `armv7-m', `armv7-r', `armv7e-m', `armv7ve',
!      `armv8-a', `armv8-a+crc', `armv8.1-a', `armv8.1-a+crc',
!      `armv8-m.base', `armv8-m.main', `armv8-m.main+dsp', `iwmmxt',
!      `iwmmxt2'.
  
!      Architecture revisions older than `armv4t' are deprecated.
  
!      `-march=armv6s-m' is the `armv6-m' architecture with support for
       the (now mandatory) SVC instruction.
  
!      `-march=armv6zk' is an alias for `armv6kz', existing for backwards
       compatibility.
  
!      `-march=armv7ve' is the `armv7-a' architecture with virtualization
       extensions.
  
!      `-march=armv8-a+crc' enables code generation for the ARMv8-A
       architecture together with the optional CRC32 extensions.
  
!      `-march=armv8.1-a' enables compiler support for the ARMv8.1-A
       architecture.  This also enables the features provided by
!      `-march=armv8-a+crc'.
  
!      `-march=armv8.2-a' enables compiler support for the ARMv8.2-A
       architecture.  This also enables the features provided by
!      `-march=armv8.1-a'.
  
!      `-march=armv8.2-a+fp16' enables compiler support for the ARMv8.2-A
       architecture with the optional FP16 instructions extension.  This
!      also enables the features provided by `-march=armv8.1-a' and
!      implies `-mfp16-format=ieee'.
  
!      `-march=native' causes the compiler to auto-detect the architecture
       of the build computer.  At present, this feature is only supported
       on GNU/Linux, and not all architectures are recognized.  If the
       auto-detect is unsuccessful the option has no effect.
  
! `-mtune=NAME'
       This option specifies the name of the target ARM processor for
       which GCC should tune the performance of the code.  For some ARM
       implementations better performance can be obtained by using this
!      option.  Permissible names are: `arm2', `arm250', `arm3', `arm6',
!      `arm60', `arm600', `arm610', `arm620', `arm7', `arm7m', `arm7d',
!      `arm7dm', `arm7di', `arm7dmi', `arm70', `arm700', `arm700i',
!      `arm710', `arm710c', `arm7100', `arm720', `arm7500', `arm7500fe',
!      `arm7tdmi', `arm7tdmi-s', `arm710t', `arm720t', `arm740t',
!      `strongarm', `strongarm110', `strongarm1100', `strongarm1110',
!      `arm8', `arm810', `arm9', `arm9e', `arm920', `arm920t', `arm922t',
!      `arm946e-s', `arm966e-s', `arm968e-s', `arm926ej-s', `arm940t',
!      `arm9tdmi', `arm10tdmi', `arm1020t', `arm1026ej-s', `arm10e',
!      `arm1020e', `arm1022e', `arm1136j-s', `arm1136jf-s', `mpcore',
!      `mpcorenovfp', `arm1156t2-s', `arm1156t2f-s', `arm1176jz-s',
!      `arm1176jzf-s', `generic-armv7-a', `cortex-a5', `cortex-a7',
!      `cortex-a8', `cortex-a9', `cortex-a12', `cortex-a15', `cortex-a17',
!      `cortex-a32', `cortex-a35', `cortex-a53', `cortex-a57',
!      `cortex-a72', `cortex-a73', `cortex-r4', `cortex-r4f',
!      `cortex-r5', `cortex-r7', `cortex-r8', `cortex-m33', `cortex-m23',
!      `cortex-m7', `cortex-m4', `cortex-m3', `cortex-m1', `cortex-m0',
!      `cortex-m0plus', `cortex-m1.small-multiply',
!      `cortex-m0.small-multiply', `cortex-m0plus.small-multiply',
!      `exynos-m1', `marvell-pj4', `xscale', `iwmmxt', `iwmmxt2',
!      `ep9312', `fa526', `fa626', `fa606te', `fa626te', `fmp626',
!      `fa726te', `xgene1'.
  
       Additionally, this option can specify that GCC should tune the
!      performance of the code for a big.LITTLE system.  Permissible
!      names are: `cortex-a15.cortex-a7', `cortex-a17.cortex-a7',
!      `cortex-a57.cortex-a53', `cortex-a72.cortex-a53',
!      `cortex-a72.cortex-a35', `cortex-a73.cortex-a53'.
  
!      `-mtune=generic-ARCH' specifies that GCC should tune the
       performance for a blend of processors within architecture ARCH.
       The aim is to generate code that run well on the current most
       popular processors, balancing between optimizations that benefit
       some CPUs in the range, and avoiding performance pitfalls of other
!      CPUs.  The effects of this option may change in future GCC
!      versions as CPU models come and go.
  
!      `-mtune=native' causes the compiler to auto-detect the CPU of the
       build computer.  At present, this feature is only supported on
       GNU/Linux, and not all architectures are recognized.  If the
       auto-detect is unsuccessful the option has no effect.
  
! `-mcpu=NAME'
!      This specifies the name of the target ARM processor.  GCC uses
!      this name to derive the name of the target ARM architecture (as if
!      specified by `-march') and the ARM processor type for which to
!      tune for performance (as if specified by `-mtune').  Where this
!      option is used in conjunction with `-march' or `-mtune', those
!      options take precedence over the appropriate part of this option.
  
       Permissible names for this option are the same as those for
!      `-mtune'.
  
!      `-mcpu=generic-ARCH' is also permissible, and is equivalent to
!      `-march=ARCH -mtune=generic-ARCH'.  See `-mtune' for more
       information.
  
!      `-mcpu=native' causes the compiler to auto-detect the CPU of the
       build computer.  At present, this feature is only supported on
       GNU/Linux, and not all architectures are recognized.  If the
       auto-detect is unsuccessful the option has no effect.
  
! `-mfpu=NAME'
!      This specifies what floating-point hardware (or hardware
!      emulation) is available on the target.  Permissible names are:
!      `vfpv2', `vfpv3', `vfpv3-fp16', `vfpv3-d16', `vfpv3-d16-fp16',
!      `vfpv3xd', `vfpv3xd-fp16', `neon-vfpv3', `neon-fp16', `vfpv4',
!      `vfpv4-d16', `fpv4-sp-d16', `neon-vfpv4', `fpv5-d16',
!      `fpv5-sp-d16', `fp-armv8', `neon-fp-armv8' and
!      `crypto-neon-fp-armv8'.  Note that `neon' is an alias for
!      `neon-vfpv3' and `vfp' is an alias for `vfpv2'.
  
!      If `-msoft-float' is specified this specifies the format of
       floating-point values.
  
       If the selected floating-point hardware includes the NEON extension
!      (e.g. `-mfpu'=`neon'), note that floating-point operations are not
       generated by GCC's auto-vectorization pass unless
!      `-funsafe-math-optimizations' is also specified.  This is because
       NEON hardware does not fully implement the IEEE 754 standard for
       floating-point arithmetic (in particular denormal values are
       treated as zero), so the use of NEON instructions may lead to a
       loss of precision.
  
       You can also set the fpu name at function level by using the
!      `target("fpu=")' function attributes (*note ARM Function
       Attributes::) or pragmas (*note Function Specific Option
       Pragmas::).
  
! `-mfp16-format=NAME'
!      Specify the format of the `__fp16' half-precision floating-point
!      type.  Permissible names are `none', `ieee', and `alternative';
!      the default is `none', in which case the `__fp16' type is not
!      defined.  *Note Half-Precision::, for more information.
  
! `-mstructure-size-boundary=N'
       The sizes of all structures and unions are rounded up to a multiple
       of the number of bits set by this option.  Permissible values are
       8, 32 and 64.  The default value varies for different toolchains.
!      For the COFF targeted toolchain the default value is 8.  A value
!      of 64 is only allowed if the underlying ABI supports it.
  
!      Specifying a larger number can produce faster, more efficient
!      code, but can also increase the size of the program.  Different
!      values are potentially incompatible.  Code compiled with one value
!      cannot necessarily expect to work with code or libraries compiled
!      with another value, if they exchange information using structures
!      or unions.
  
! `-mabort-on-noreturn'
!      Generate a call to the function `abort' at the end of a `noreturn'
       function.  It is executed if the function tries to return.
  
! `-mlong-calls'
! `-mno-long-calls'
       Tells the compiler to perform function calls by first loading the
       address of the function into a register and then performing a
       subroutine call on this register.  This switch is needed if the
!      target function lies outside of the 64-megabyte addressing range
!      of the offset-based version of subroutine call instruction.
  
       Even if this switch is enabled, not all function calls are turned
       into long calls.  The heuristic is that static functions, functions
!      that have the `short_call' attribute, functions that are inside
!      the scope of a `#pragma no_long_calls' directive, and functions
!      whose definitions have already been compiled within the current
!      compilation unit are not turned into long calls.  The exceptions
!      to this rule are that weak function definitions, functions with
!      the `long_call' attribute or the `section' attribute, and
!      functions that are within the scope of a `#pragma long_calls'
!      directive are always turned into long calls.
  
       This feature is not enabled by default.  Specifying
!      `-mno-long-calls' restores the default behavior, as does placing
!      the function calls within the scope of a `#pragma long_calls_off'
       directive.  Note these switches have no effect on how the compiler
       generates code to handle function calls via function pointers.
  
! `-msingle-pic-base'
       Treat the register used for PIC addressing as read-only, rather
       than loading it in the prologue for each function.  The runtime
       system is responsible for initializing this register with an
       appropriate value before execution begins.
  
! `-mpic-register=REG'
       Specify the register to be used for PIC addressing.  For standard
       PIC base case, the default is any suitable register determined by
!      compiler.  For single PIC base case, the default is `R9' if target
       is EABI based or stack-checking is enabled, otherwise the default
!      is `R10'.
  
! `-mpic-data-is-text-relative'
       Assume that the displacement between the text and data segments is
       fixed at static link time.  This permits using PC-relative
       addressing operations to access data known to be in the data
       segment.  For non-VxWorks RTP targets, this option is enabled by
       default.  When disabled on such targets, it will enable
!      `-msingle-pic-base' by default.
  
! `-mpoke-function-name'
       Write the name of each function into the text section, directly
       preceding the function prologue.  The generated code is similar to
       this:
*************** These '-m' options are defined for the A
*** 14459,14542 ****
                     sub     fp, ip, #4
  
       When performing a stack backtrace, code can inspect the value of
!      'pc' stored at 'fp + 0'.  If the trace function then looks at
!      location 'pc - 12' and the top 8 bits are set, then we know that
       there is a function name embedded immediately preceding this
!      location and has length '((pc[-3]) & 0xff000000)'.
! 
! '-mthumb'
! '-marm'
  
       Select between generating code that executes in ARM and Thumb
       states.  The default for most configurations is to generate code
       that executes in ARM state, but the default can be changed by
!      configuring GCC with the '--with-mode='STATE configure option.
  
       You can also override the ARM and Thumb mode for each function by
!      using the 'target("thumb")' and 'target("arm")' function attributes
       (*note ARM Function Attributes::) or pragmas (*note Function
       Specific Option Pragmas::).
  
! '-mtpcs-frame'
       Generate a stack frame that is compliant with the Thumb Procedure
       Call Standard for all non-leaf functions.  (A leaf function is one
       that does not call any other functions.)  The default is
!      '-mno-tpcs-frame'.
  
! '-mtpcs-leaf-frame'
       Generate a stack frame that is compliant with the Thumb Procedure
!      Call Standard for all leaf functions.  (A leaf function is one that
!      does not call any other functions.)  The default is
!      '-mno-apcs-leaf-frame'.
  
! '-mcallee-super-interworking'
       Gives all externally visible functions in the file being compiled
       an ARM instruction set header which switches to Thumb mode before
!      executing the rest of the function.  This allows these functions to
!      be called from non-interworking code.  This option is not valid in
!      AAPCS configurations because interworking is enabled by default.
  
! '-mcaller-super-interworking'
       Allows calls via function pointers (including virtual functions) to
       execute correctly regardless of whether the target code has been
!      compiled for interworking or not.  There is a small overhead in the
!      cost of executing a function pointer if this option is enabled.
!      This option is not valid in AAPCS configurations because
       interworking is enabled by default.
  
! '-mtp=NAME'
!      Specify the access model for the thread local storage pointer.  The
!      valid models are 'soft', which generates calls to
!      '__aeabi_read_tp', 'cp15', which fetches the thread pointer from
!      'cp15' directly (supported in the arm6k architecture), and 'auto',
       which uses the best available method for the selected processor.
!      The default setting is 'auto'.
  
! '-mtls-dialect=DIALECT'
       Specify the dialect to use for accessing thread local storage.  Two
!      DIALECTs are supported--'gnu' and 'gnu2'.  The 'gnu' dialect
       selects the original GNU scheme for supporting local and global
!      dynamic TLS models.  The 'gnu2' dialect selects the GNU descriptor
       scheme, which provides better performance for shared libraries.
       The GNU descriptor scheme is compatible with the original scheme,
       but does require new assembler, linker and library support.
!      Initial and local exec TLS models are unaffected by this option and
!      always use the original scheme.
  
! '-mword-relocations'
       Only generate absolute relocations on word-sized values (i.e.
       R_ARM_ABS32).  This is enabled by default on targets (uClinux,
       SymbianOS) where the runtime loader imposes this restriction, and
!      when '-fpic' or '-fPIC' is specified.
  
! '-mfix-cortex-m3-ldrd'
!      Some Cortex-M3 cores can cause data corruption when 'ldrd'
       instructions with overlapping destination and base registers are
       used.  This option avoids generating these instructions.  This
!      option is enabled by default when '-mcpu=cortex-m3' is specified.
  
! '-munaligned-access'
! '-mno-unaligned-access'
       Enables (or disables) reading and writing of 16- and 32- bit values
       from addresses that are not 16- or 32- bit aligned.  By default
       unaligned access is disabled for all pre-ARMv6, all ARMv6-M and for
--- 14582,14664 ----
                     sub     fp, ip, #4
  
       When performing a stack backtrace, code can inspect the value of
!      `pc' stored at `fp + 0'.  If the trace function then looks at
!      location `pc - 12' and the top 8 bits are set, then we know that
       there is a function name embedded immediately preceding this
!      location and has length `((pc[-3]) & 0xff000000)'.
  
+ `-mthumb'
+ `-marm'
       Select between generating code that executes in ARM and Thumb
       states.  The default for most configurations is to generate code
       that executes in ARM state, but the default can be changed by
!      configuring GCC with the `--with-mode='STATE configure option.
  
       You can also override the ARM and Thumb mode for each function by
!      using the `target("thumb")' and `target("arm")' function attributes
       (*note ARM Function Attributes::) or pragmas (*note Function
       Specific Option Pragmas::).
  
! `-mtpcs-frame'
       Generate a stack frame that is compliant with the Thumb Procedure
       Call Standard for all non-leaf functions.  (A leaf function is one
       that does not call any other functions.)  The default is
!      `-mno-tpcs-frame'.
  
! `-mtpcs-leaf-frame'
       Generate a stack frame that is compliant with the Thumb Procedure
!      Call Standard for all leaf functions.  (A leaf function is one
!      that does not call any other functions.)  The default is
!      `-mno-apcs-leaf-frame'.
  
! `-mcallee-super-interworking'
       Gives all externally visible functions in the file being compiled
       an ARM instruction set header which switches to Thumb mode before
!      executing the rest of the function.  This allows these functions
!      to be called from non-interworking code.  This option is not valid
!      in AAPCS configurations because interworking is enabled by default.
  
! `-mcaller-super-interworking'
       Allows calls via function pointers (including virtual functions) to
       execute correctly regardless of whether the target code has been
!      compiled for interworking or not.  There is a small overhead in
!      the cost of executing a function pointer if this option is
!      enabled.  This option is not valid in AAPCS configurations because
       interworking is enabled by default.
  
! `-mtp=NAME'
!      Specify the access model for the thread local storage pointer.
!      The valid models are `soft', which generates calls to
!      `__aeabi_read_tp', `cp15', which fetches the thread pointer from
!      `cp15' directly (supported in the arm6k architecture), and `auto',
       which uses the best available method for the selected processor.
!      The default setting is `auto'.
  
! `-mtls-dialect=DIALECT'
       Specify the dialect to use for accessing thread local storage.  Two
!      DIALECTs are supported--`gnu' and `gnu2'.  The `gnu' dialect
       selects the original GNU scheme for supporting local and global
!      dynamic TLS models.  The `gnu2' dialect selects the GNU descriptor
       scheme, which provides better performance for shared libraries.
       The GNU descriptor scheme is compatible with the original scheme,
       but does require new assembler, linker and library support.
!      Initial and local exec TLS models are unaffected by this option
!      and always use the original scheme.
  
! `-mword-relocations'
       Only generate absolute relocations on word-sized values (i.e.
       R_ARM_ABS32).  This is enabled by default on targets (uClinux,
       SymbianOS) where the runtime loader imposes this restriction, and
!      when `-fpic' or `-fPIC' is specified.
  
! `-mfix-cortex-m3-ldrd'
!      Some Cortex-M3 cores can cause data corruption when `ldrd'
       instructions with overlapping destination and base registers are
       used.  This option avoids generating these instructions.  This
!      option is enabled by default when `-mcpu=cortex-m3' is specified.
  
! `-munaligned-access'
! `-mno-unaligned-access'
       Enables (or disables) reading and writing of 16- and 32- bit values
       from addresses that are not 16- or 32- bit aligned.  By default
       unaligned access is disabled for all pre-ARMv6, all ARMv6-M and for
*************** These '-m' options are defined for the A
*** 14544,14595 ****
       architectures.  If unaligned access is not enabled then words in
       packed data structures are accessed a byte at a time.
  
!      The ARM attribute 'Tag_CPU_unaligned_access' is set in the
       generated object file to either true or false, depending upon the
       setting of this option.  If unaligned access is enabled then the
!      preprocessor symbol '__ARM_FEATURE_UNALIGNED' is also defined.
  
! '-mneon-for-64bits'
!      Enables using Neon to handle scalar 64-bits operations.  This is
       disabled by default since the cost of moving data from core
       registers to Neon is high.
  
! '-mslow-flash-data'
       Assume loading data from flash is slower than fetching instruction.
       Therefore literal load is minimized for better performance.  This
!      option is only supported when compiling for ARMv7 M-profile and off
!      by default.
  
! '-masm-syntax-unified'
       Assume inline assembler is using unified asm syntax.  The default
       is currently off which implies divided syntax.  This option has no
!      impact on Thumb2.  However, this may change in future releases of
!      GCC. Divided syntax should be considered deprecated.
  
! '-mrestrict-it'
       Restricts generation of IT blocks to conform to the rules of ARMv8.
       IT blocks can only contain a single 16-bit instruction from a
!      select set of instructions.  This option is on by default for ARMv8
       Thumb mode.
  
! '-mprint-tune-info'
       Print CPU tuning information as comment in assembler file.  This is
       an option used only for regression testing of the compiler and not
       intended for ordinary use in compiling code.  This option is
       disabled by default.
  
! '-mpure-code'
       Do not allow constant data to be placed in code sections.
       Additionally, when compiling for ELF object format give all text
       sections the ELF processor-specific section attribute
!      'SHF_ARM_PURECODE'.  This option is only available when generating
       non-pic code for ARMv7-M targets.
  
! '-mcmse'
       Generate secure code as per the "ARMv8-M Security Extensions:
!      Requirements on Development Tools Engineering Specification", which
!      can be found on
!      <http://infocenter.arm.com/help/topic/com.arm.doc.ecm0359818/ECM0359818_armv8m_security_extensions_reqs_on_dev_tools_1_0.pdf>.
  
  
  File: gcc.info,  Node: AVR Options,  Next: Blackfin Options,  Prev: ARM Options,  Up: Submodel Options
--- 14666,14717 ----
       architectures.  If unaligned access is not enabled then words in
       packed data structures are accessed a byte at a time.
  
!      The ARM attribute `Tag_CPU_unaligned_access' is set in the
       generated object file to either true or false, depending upon the
       setting of this option.  If unaligned access is enabled then the
!      preprocessor symbol `__ARM_FEATURE_UNALIGNED' is also defined.
  
! `-mneon-for-64bits'
!      Enables using Neon to handle scalar 64-bits operations. This is
       disabled by default since the cost of moving data from core
       registers to Neon is high.
  
! `-mslow-flash-data'
       Assume loading data from flash is slower than fetching instruction.
       Therefore literal load is minimized for better performance.  This
!      option is only supported when compiling for ARMv7 M-profile and
!      off by default.
  
! `-masm-syntax-unified'
       Assume inline assembler is using unified asm syntax.  The default
       is currently off which implies divided syntax.  This option has no
!      impact on Thumb2. However, this may change in future releases of
!      GCC.  Divided syntax should be considered deprecated.
  
! `-mrestrict-it'
       Restricts generation of IT blocks to conform to the rules of ARMv8.
       IT blocks can only contain a single 16-bit instruction from a
!      select set of instructions. This option is on by default for ARMv8
       Thumb mode.
  
! `-mprint-tune-info'
       Print CPU tuning information as comment in assembler file.  This is
       an option used only for regression testing of the compiler and not
       intended for ordinary use in compiling code.  This option is
       disabled by default.
  
! `-mpure-code'
       Do not allow constant data to be placed in code sections.
       Additionally, when compiling for ELF object format give all text
       sections the ELF processor-specific section attribute
!      `SHF_ARM_PURECODE'.  This option is only available when generating
       non-pic code for ARMv7-M targets.
  
! `-mcmse'
       Generate secure code as per the "ARMv8-M Security Extensions:
!      Requirements on Development Tools Engineering Specification",
!      which can be found on
!      `http://infocenter.arm.com/help/topic/com.arm.doc.ecm0359818/ECM0359818_armv8m_security_extensions_reqs_on_dev_tools_1_0.pdf'.
  
  
  File: gcc.info,  Node: AVR Options,  Next: Blackfin Options,  Prev: ARM Options,  Up: Submodel Options
*************** File: gcc.info,  Node: AVR Options,  Nex
*** 14599,14751 ****
  
  These options are defined for AVR implementations:
  
! '-mmcu=MCU'
       Specify Atmel AVR instruction set architectures (ISA) or MCU type.
  
!      The default for this option is 'avr2'.
  
       GCC supports the following AVR devices and ISAs:
  
!      'avr2'
            "Classic" devices with up to 8 KiB of program memory.
!           MCU = 'attiny22', 'attiny26', 'at90c8534', 'at90s2313',
!           'at90s2323', 'at90s2333', 'at90s2343', 'at90s4414',
!           'at90s4433', 'at90s4434', 'at90s8515', 'at90s8535'.
  
!      'avr25'
            "Classic" devices with up to 8 KiB of program memory and with
!           the 'MOVW' instruction.
!           MCU = 'ata5272', 'ata6616c', 'attiny13', 'attiny13a',
!           'attiny2313', 'attiny2313a', 'attiny24', 'attiny24a',
!           'attiny25', 'attiny261', 'attiny261a', 'attiny43u',
!           'attiny4313', 'attiny44', 'attiny44a', 'attiny441',
!           'attiny45', 'attiny461', 'attiny461a', 'attiny48',
!           'attiny828', 'attiny84', 'attiny84a', 'attiny841', 'attiny85',
!           'attiny861', 'attiny861a', 'attiny87', 'attiny88',
!           'at86rf401'.
  
!      'avr3'
!           "Classic" devices with 16 KiB up to 64 KiB of program memory.
!           MCU = 'at43usb355', 'at76c711'.
  
!      'avr31'
            "Classic" devices with 128 KiB of program memory.
!           MCU = 'atmega103', 'at43usb320'.
  
!      'avr35'
            "Classic" devices with 16 KiB up to 64 KiB of program memory
!           and with the 'MOVW' instruction.
!           MCU = 'ata5505', 'ata6617c', 'ata664251', 'atmega16u2',
!           'atmega32u2', 'atmega8u2', 'attiny1634', 'attiny167',
!           'at90usb162', 'at90usb82'.
  
!      'avr4'
            "Enhanced" devices with up to 8 KiB of program memory.
!           MCU = 'ata6285', 'ata6286', 'ata6289', 'ata6612c', 'atmega48',
!           'atmega48a', 'atmega48p', 'atmega48pa', 'atmega48pb',
!           'atmega8', 'atmega8a', 'atmega8hva', 'atmega8515',
!           'atmega8535', 'atmega88', 'atmega88a', 'atmega88p',
!           'atmega88pa', 'atmega88pb', 'at90pwm1', 'at90pwm2',
!           'at90pwm2b', 'at90pwm3', 'at90pwm3b', 'at90pwm81'.
  
!      'avr5'
            "Enhanced" devices with 16 KiB up to 64 KiB of program memory.
  
!           MCU = 'ata5702m322', 'ata5782', 'ata5790', 'ata5790n',
!           'ata5791', 'ata5795', 'ata5831', 'ata6613c', 'ata6614q',
!           'ata8210', 'ata8510', 'atmega16', 'atmega16a', 'atmega16hva',
!           'atmega16hva2', 'atmega16hvb', 'atmega16hvbrevb',
!           'atmega16m1', 'atmega16u4', 'atmega161', 'atmega162',
!           'atmega163', 'atmega164a', 'atmega164p', 'atmega164pa',
!           'atmega165', 'atmega165a', 'atmega165p', 'atmega165pa',
!           'atmega168', 'atmega168a', 'atmega168p', 'atmega168pa',
!           'atmega168pb', 'atmega169', 'atmega169a', 'atmega169p',
!           'atmega169pa', 'atmega32', 'atmega32a', 'atmega32c1',
!           'atmega32hvb', 'atmega32hvbrevb', 'atmega32m1', 'atmega32u4',
!           'atmega32u6', 'atmega323', 'atmega324a', 'atmega324p',
!           'atmega324pa', 'atmega325', 'atmega325a', 'atmega325p',
!           'atmega325pa', 'atmega3250', 'atmega3250a', 'atmega3250p',
!           'atmega3250pa', 'atmega328', 'atmega328p', 'atmega328pb',
!           'atmega329', 'atmega329a', 'atmega329p', 'atmega329pa',
!           'atmega3290', 'atmega3290a', 'atmega3290p', 'atmega3290pa',
!           'atmega406', 'atmega64', 'atmega64a', 'atmega64c1',
!           'atmega64hve', 'atmega64hve2', 'atmega64m1', 'atmega64rfr2',
!           'atmega640', 'atmega644', 'atmega644a', 'atmega644p',
!           'atmega644pa', 'atmega644rfr2', 'atmega645', 'atmega645a',
!           'atmega645p', 'atmega6450', 'atmega6450a', 'atmega6450p',
!           'atmega649', 'atmega649a', 'atmega649p', 'atmega6490',
!           'atmega6490a', 'atmega6490p', 'at90can32', 'at90can64',
!           'at90pwm161', 'at90pwm216', 'at90pwm316', 'at90scr100',
!           'at90usb646', 'at90usb647', 'at94k', 'm3000'.
! 
!      'avr51'
            "Enhanced" devices with 128 KiB of program memory.
!           MCU = 'atmega128', 'atmega128a', 'atmega128rfa1',
!           'atmega128rfr2', 'atmega1280', 'atmega1281', 'atmega1284',
!           'atmega1284p', 'atmega1284rfr2', 'at90can128', 'at90usb1286',
!           'at90usb1287'.
  
!      'avr6'
!           "Enhanced" devices with 3-byte PC, i.e. with more than 128 KiB
!           of program memory.
!           MCU = 'atmega256rfr2', 'atmega2560', 'atmega2561',
!           'atmega2564rfr2'.
  
!      'avrxmega2'
            "XMEGA" devices with more than 8 KiB and up to 64 KiB of
            program memory.
!           MCU = 'atxmega16a4', 'atxmega16a4u', 'atxmega16c4',
!           'atxmega16d4', 'atxmega16e5', 'atxmega32a4', 'atxmega32a4u',
!           'atxmega32c3', 'atxmega32c4', 'atxmega32d3', 'atxmega32d4',
!           'atxmega32e5', 'atxmega8e5'.
  
!      'avrxmega4'
            "XMEGA" devices with more than 64 KiB and up to 128 KiB of
            program memory.
!           MCU = 'atxmega64a3', 'atxmega64a3u', 'atxmega64a4u',
!           'atxmega64b1', 'atxmega64b3', 'atxmega64c3', 'atxmega64d3',
!           'atxmega64d4'.
  
!      'avrxmega5'
            "XMEGA" devices with more than 64 KiB and up to 128 KiB of
            program memory and more than 64 KiB of RAM.
!           MCU = 'atxmega64a1', 'atxmega64a1u'.
  
!      'avrxmega6'
            "XMEGA" devices with more than 128 KiB of program memory.
!           MCU = 'atxmega128a3', 'atxmega128a3u', 'atxmega128b1',
!           'atxmega128b3', 'atxmega128c3', 'atxmega128d3',
!           'atxmega128d4', 'atxmega192a3', 'atxmega192a3u',
!           'atxmega192c3', 'atxmega192d3', 'atxmega256a3',
!           'atxmega256a3b', 'atxmega256a3bu', 'atxmega256a3u',
!           'atxmega256c3', 'atxmega256d3', 'atxmega384c3',
!           'atxmega384d3'.
  
!      'avrxmega7'
            "XMEGA" devices with more than 128 KiB of program memory and
            more than 64 KiB of RAM.
!           MCU = 'atxmega128a1', 'atxmega128a1u', 'atxmega128a4u'.
  
!      'avrtiny'
            "TINY" Tiny core devices with 512 B up to 4 KiB of program
            memory.
!           MCU = 'attiny10', 'attiny20', 'attiny4', 'attiny40',
!           'attiny5', 'attiny9'.
  
!      'avr1'
            This ISA is implemented by the minimal AVR core and supported
            for assembler only.
!           MCU = 'attiny11', 'attiny12', 'attiny15', 'attiny28',
!           'at90s1200'.
  
- '-mabsdata'
  
       Assume that all data in static storage can be accessed by LDS / STS
       instructions.  This option has only an effect on reduced Tiny
!      devices like ATtiny40.  See also the 'absdata' *note variable
       attribute: AVR Variable Attributes.
  
! '-maccumulate-args'
       Accumulate outgoing function arguments and acquire/release the
       needed stack space for outgoing function arguments once in function
       prologue/epilogue.  Without this option, outgoing arguments are
--- 14721,14872 ----
  
  These options are defined for AVR implementations:
  
! `-mmcu=MCU'
       Specify Atmel AVR instruction set architectures (ISA) or MCU type.
  
!      The default for this option is `avr2'.
  
       GCC supports the following AVR devices and ISAs:
  
!     `avr2'
            "Classic" devices with up to 8 KiB of program memory.
!           MCU = `attiny22', `attiny26', `at90c8534', `at90s2313',
!           `at90s2323', `at90s2333', `at90s2343', `at90s4414',
!           `at90s4433', `at90s4434', `at90s8515', `at90s8535'.
  
!     `avr25'
            "Classic" devices with up to 8 KiB of program memory and with
!           the `MOVW' instruction.
!           MCU = `ata5272', `ata6616c', `attiny13', `attiny13a',
!           `attiny2313', `attiny2313a', `attiny24', `attiny24a',
!           `attiny25', `attiny261', `attiny261a', `attiny43u',
!           `attiny4313', `attiny44', `attiny44a', `attiny441',
!           `attiny45', `attiny461', `attiny461a', `attiny48',
!           `attiny828', `attiny84', `attiny84a', `attiny841',
!           `attiny85', `attiny861', `attiny861a', `attiny87',
!           `attiny88', `at86rf401'.
  
!     `avr3'
!           "Classic" devices with 16 KiB up to 64 KiB of  program memory.
!           MCU = `at43usb355', `at76c711'.
  
!     `avr31'
            "Classic" devices with 128 KiB of program memory.
!           MCU = `atmega103', `at43usb320'.
  
!     `avr35'
            "Classic" devices with 16 KiB up to 64 KiB of program memory
!           and with the `MOVW' instruction.
!           MCU = `ata5505', `ata6617c', `ata664251', `atmega16u2',
!           `atmega32u2', `atmega8u2', `attiny1634', `attiny167',
!           `at90usb162', `at90usb82'.
  
!     `avr4'
            "Enhanced" devices with up to 8 KiB of program memory.
!           MCU = `ata6285', `ata6286', `ata6289', `ata6612c',
!           `atmega48', `atmega48a', `atmega48p', `atmega48pa',
!           `atmega48pb', `atmega8', `atmega8a', `atmega8hva',
!           `atmega8515', `atmega8535', `atmega88', `atmega88a',
!           `atmega88p', `atmega88pa', `atmega88pb', `at90pwm1',
!           `at90pwm2', `at90pwm2b', `at90pwm3', `at90pwm3b', `at90pwm81'.
  
!     `avr5'
            "Enhanced" devices with 16 KiB up to 64 KiB of program memory.
+           MCU = `ata5702m322', `ata5782', `ata5790', `ata5790n',
+           `ata5791', `ata5795', `ata5831', `ata6613c', `ata6614q',
+           `ata8210', `ata8510', `atmega16', `atmega16a', `atmega16hva',
+           `atmega16hva2', `atmega16hvb', `atmega16hvbrevb',
+           `atmega16m1', `atmega16u4', `atmega161', `atmega162',
+           `atmega163', `atmega164a', `atmega164p', `atmega164pa',
+           `atmega165', `atmega165a', `atmega165p', `atmega165pa',
+           `atmega168', `atmega168a', `atmega168p', `atmega168pa',
+           `atmega168pb', `atmega169', `atmega169a', `atmega169p',
+           `atmega169pa', `atmega32', `atmega32a', `atmega32c1',
+           `atmega32hvb', `atmega32hvbrevb', `atmega32m1', `atmega32u4',
+           `atmega32u6', `atmega323', `atmega324a', `atmega324p',
+           `atmega324pa', `atmega325', `atmega325a', `atmega325p',
+           `atmega325pa', `atmega3250', `atmega3250a', `atmega3250p',
+           `atmega3250pa', `atmega328', `atmega328p', `atmega328pb',
+           `atmega329', `atmega329a', `atmega329p', `atmega329pa',
+           `atmega3290', `atmega3290a', `atmega3290p', `atmega3290pa',
+           `atmega406', `atmega64', `atmega64a', `atmega64c1',
+           `atmega64hve', `atmega64hve2', `atmega64m1', `atmega64rfr2',
+           `atmega640', `atmega644', `atmega644a', `atmega644p',
+           `atmega644pa', `atmega644rfr2', `atmega645', `atmega645a',
+           `atmega645p', `atmega6450', `atmega6450a', `atmega6450p',
+           `atmega649', `atmega649a', `atmega649p', `atmega6490',
+           `atmega6490a', `atmega6490p', `at90can32', `at90can64',
+           `at90pwm161', `at90pwm216', `at90pwm316', `at90scr100',
+           `at90usb646', `at90usb647', `at94k', `m3000'.
  
!     `avr51'
            "Enhanced" devices with 128 KiB of program memory.
!           MCU = `atmega128', `atmega128a', `atmega128rfa1',
!           `atmega128rfr2', `atmega1280', `atmega1281', `atmega1284',
!           `atmega1284p', `atmega1284rfr2', `at90can128', `at90usb1286',
!           `at90usb1287'.
  
!     `avr6'
!           "Enhanced" devices with 3-byte PC, i.e. with more than
!           128 KiB of program memory.
!           MCU = `atmega256rfr2', `atmega2560', `atmega2561',
!           `atmega2564rfr2'.
  
!     `avrxmega2'
            "XMEGA" devices with more than 8 KiB and up to 64 KiB of
            program memory.
!           MCU = `atxmega16a4', `atxmega16a4u', `atxmega16c4',
!           `atxmega16d4', `atxmega16e5', `atxmega32a4', `atxmega32a4u',
!           `atxmega32c3', `atxmega32c4', `atxmega32d3', `atxmega32d4',
!           `atxmega32e5', `atxmega8e5'.
  
!     `avrxmega4'
            "XMEGA" devices with more than 64 KiB and up to 128 KiB of
            program memory.
!           MCU = `atxmega64a3', `atxmega64a3u', `atxmega64a4u',
!           `atxmega64b1', `atxmega64b3', `atxmega64c3', `atxmega64d3',
!           `atxmega64d4'.
  
!     `avrxmega5'
            "XMEGA" devices with more than 64 KiB and up to 128 KiB of
            program memory and more than 64 KiB of RAM.
!           MCU = `atxmega64a1', `atxmega64a1u'.
  
!     `avrxmega6'
            "XMEGA" devices with more than 128 KiB of program memory.
!           MCU = `atxmega128a3', `atxmega128a3u', `atxmega128b1',
!           `atxmega128b3', `atxmega128c3', `atxmega128d3',
!           `atxmega128d4', `atxmega192a3', `atxmega192a3u',
!           `atxmega192c3', `atxmega192d3', `atxmega256a3',
!           `atxmega256a3b', `atxmega256a3bu', `atxmega256a3u',
!           `atxmega256c3', `atxmega256d3', `atxmega384c3',
!           `atxmega384d3'.
  
!     `avrxmega7'
            "XMEGA" devices with more than 128 KiB of program memory and
            more than 64 KiB of RAM.
!           MCU = `atxmega128a1', `atxmega128a1u', `atxmega128a4u'.
  
!     `avrtiny'
            "TINY" Tiny core devices with 512 B up to 4 KiB of program
            memory.
!           MCU = `attiny10', `attiny20', `attiny4', `attiny40',
!           `attiny5', `attiny9'.
  
!     `avr1'
            This ISA is implemented by the minimal AVR core and supported
            for assembler only.
!           MCU = `attiny11', `attiny12', `attiny15', `attiny28',
!           `at90s1200'.
  
  
+ `-mabsdata'
       Assume that all data in static storage can be accessed by LDS / STS
       instructions.  This option has only an effect on reduced Tiny
!      devices like ATtiny40.  See also the `absdata' *note variable
       attribute: AVR Variable Attributes.
  
! `-maccumulate-args'
       Accumulate outgoing function arguments and acquire/release the
       needed stack space for outgoing function arguments once in function
       prologue/epilogue.  Without this option, outgoing arguments are
*************** These options are defined for AVR implem
*** 14760,14852 ****
       perform several calls to functions that get their arguments on the
       stack like calls to printf-like functions.
  
! '-mbranch-cost=COST'
       Set the branch costs for conditional branch instructions to COST.
!      Reasonable values for COST are small, non-negative integers.  The
       default branch cost is 0.
  
! '-mcall-prologues'
       Functions prologues/epilogues are expanded as calls to appropriate
       subroutines.  Code size is smaller.
  
! '-mint8'
!      Assume 'int' to be 8-bit integer.  This affects the sizes of all
!      types: a 'char' is 1 byte, an 'int' is 1 byte, a 'long' is 2 bytes,
!      and 'long long' is 4 bytes.  Please note that this option does not
       conform to the C standards, but it results in smaller code size.
  
! '-mn-flash=NUM'
       Assume that the flash memory has a size of NUM times 64 KiB.
  
! '-mno-interrupts'
       Generated code is not compatible with hardware interrupts.  Code
       size is smaller.
  
! '-mrelax'
!      Try to replace 'CALL' resp. 'JMP' instruction by the shorter
!      'RCALL' resp. 'RJMP' instruction if applicable.  Setting '-mrelax'
!      just adds the '--mlink-relax' option to the assembler's command
!      line and the '--relax' option to the linker's command line.
  
       Jump relaxing is performed by the linker because jump offsets are
!      not known before code is located.  Therefore, the assembler code
       generated by the compiler is the same, but the instructions in the
       executable may differ from instructions in the assembler code.
  
       Relaxing must be turned on if linker stubs are needed, see the
!      section on 'EIND' and linker stubs below.
  
! '-mrmw'
       Assume that the device supports the Read-Modify-Write instructions
!      'XCH', 'LAC', 'LAS' and 'LAT'.
  
! '-msp8'
       Treat the stack pointer register as an 8-bit register, i.e. assume
       the high byte of the stack pointer is zero.  In general, you don't
       need to set this option by hand.
  
       This option is used internally by the compiler to select and build
!      multilibs for architectures 'avr2' and 'avr25'.  These
!      architectures mix devices with and without 'SPH'.  For any setting
!      other than '-mmcu=avr2' or '-mmcu=avr25' the compiler driver adds
       or removes this option from the compiler proper's command line,
       because the compiler then knows if the device or architecture has
!      an 8-bit stack pointer and thus no 'SPH' register or not.
  
! '-mstrict-X'
!      Use address register 'X' in a way proposed by the hardware.  This
!      means that 'X' is only used in indirect, post-increment or
       pre-decrement addressing.
  
!      Without this option, the 'X' register may be used in the same way
!      as 'Y' or 'Z' which then is emulated by additional instructions.
!      For example, loading a value with 'X+const' addressing with a small
!      non-negative 'const < 64' to a register RN is performed as
  
            adiw r26, const   ; X += const
            ld   RN, X        ; RN = *X
            sbiw r26, const   ; X -= const
  
! '-mtiny-stack'
       Only change the lower 8 bits of the stack pointer.
  
! '-mfract-convert-truncate'
       Allow to use truncation instead of rounding towards zero for
       fractional fixed-point types.
  
! '-nodevicelib'
!      Don't link against AVR-LibC's device specific library 'lib<mcu>.a'.
  
! '-Waddr-space-convert'
       Warn about conversions between address spaces in the case where the
       resulting address space is not contained in the incoming address
       space.
  
! '-Wmisspelled-isr'
!      Warn if the ISR is misspelled, i.e.  without __vector prefix.
       Enabled by default.
  
! 3.18.5.1 'EIND' and Devices with More Than 128 Ki Bytes of Flash
  ................................................................
  
  Pointers in the implementation are 16 bits wide.  The address of a
--- 14881,14973 ----
       perform several calls to functions that get their arguments on the
       stack like calls to printf-like functions.
  
! `-mbranch-cost=COST'
       Set the branch costs for conditional branch instructions to COST.
!      Reasonable values for COST are small, non-negative integers. The
       default branch cost is 0.
  
! `-mcall-prologues'
       Functions prologues/epilogues are expanded as calls to appropriate
       subroutines.  Code size is smaller.
  
! `-mint8'
!      Assume `int' to be 8-bit integer.  This affects the sizes of all
!      types: a `char' is 1 byte, an `int' is 1 byte, a `long' is 2 bytes,
!      and `long long' is 4 bytes.  Please note that this option does not
       conform to the C standards, but it results in smaller code size.
  
! `-mn-flash=NUM'
       Assume that the flash memory has a size of NUM times 64 KiB.
  
! `-mno-interrupts'
       Generated code is not compatible with hardware interrupts.  Code
       size is smaller.
  
! `-mrelax'
!      Try to replace `CALL' resp. `JMP' instruction by the shorter
!      `RCALL' resp. `RJMP' instruction if applicable.  Setting `-mrelax'
!      just adds the `--mlink-relax' option to the assembler's command
!      line and the `--relax' option to the linker's command line.
  
       Jump relaxing is performed by the linker because jump offsets are
!      not known before code is located. Therefore, the assembler code
       generated by the compiler is the same, but the instructions in the
       executable may differ from instructions in the assembler code.
  
       Relaxing must be turned on if linker stubs are needed, see the
!      section on `EIND' and linker stubs below.
  
! `-mrmw'
       Assume that the device supports the Read-Modify-Write instructions
!      `XCH', `LAC', `LAS' and `LAT'.
  
! `-msp8'
       Treat the stack pointer register as an 8-bit register, i.e. assume
       the high byte of the stack pointer is zero.  In general, you don't
       need to set this option by hand.
  
       This option is used internally by the compiler to select and build
!      multilibs for architectures `avr2' and `avr25'.  These
!      architectures mix devices with and without `SPH'.  For any setting
!      other than `-mmcu=avr2' or `-mmcu=avr25' the compiler driver adds
       or removes this option from the compiler proper's command line,
       because the compiler then knows if the device or architecture has
!      an 8-bit stack pointer and thus no `SPH' register or not.
  
! `-mstrict-X'
!      Use address register `X' in a way proposed by the hardware.  This
!      means that `X' is only used in indirect, post-increment or
       pre-decrement addressing.
  
!      Without this option, the `X' register may be used in the same way
!      as `Y' or `Z' which then is emulated by additional instructions.
!      For example, loading a value with `X+const' addressing with a
!      small non-negative `const < 64' to a register RN is performed as
  
            adiw r26, const   ; X += const
            ld   RN, X        ; RN = *X
            sbiw r26, const   ; X -= const
  
! `-mtiny-stack'
       Only change the lower 8 bits of the stack pointer.
  
! `-mfract-convert-truncate'
       Allow to use truncation instead of rounding towards zero for
       fractional fixed-point types.
  
! `-nodevicelib'
!      Don't link against AVR-LibC's device specific library `lib<mcu>.a'.
  
! `-Waddr-space-convert'
       Warn about conversions between address spaces in the case where the
       resulting address space is not contained in the incoming address
       space.
  
! `-Wmisspelled-isr'
!      Warn if the ISR is misspelled, i.e. without __vector prefix.
       Enabled by default.
  
! 3.18.5.1 `EIND' and Devices with More Than 128 Ki Bytes of Flash
  ................................................................
  
  Pointers in the implementation are 16 bits wide.  The address of a
*************** and calls can target any code address in
*** 14855,14904 ****
  
   In order to facilitate indirect jump on devices with more than 128 Ki
  bytes of program memory space, there is a special function register
! called 'EIND' that serves as most significant part of the target address
! when 'EICALL' or 'EIJMP' instructions are used.
  
!  Indirect jumps and calls on these devices are handled as follows by the
! compiler and are subject to some limitations:
  
!    * The compiler never sets 'EIND'.
  
!    * The compiler uses 'EIND' implicitly in 'EICALL'/'EIJMP'
!      instructions or might read 'EIND' directly in order to emulate an
!      indirect call/jump by means of a 'RET' instruction.
  
!    * The compiler assumes that 'EIND' never changes during the startup
!      code or during the application.  In particular, 'EIND' is not
       saved/restored in function or interrupt service routine
       prologue/epilogue.
  
     * For indirect calls to functions and computed goto, the linker
!      generates _stubs_.  Stubs are jump pads sometimes also called
!      _trampolines_.  Thus, the indirect call/jump jumps to such a stub.
       The stub contains a direct jump to the desired address.
  
     * Linker relaxation must be turned on so that the linker generates
!      the stubs correctly in all situations.  See the compiler option
!      '-mrelax' and the linker option '--relax'.  There are corner cases
       where the linker is supposed to generate stubs but aborts without
       relaxation and without a helpful error message.
  
!    * The default linker script is arranged for code with 'EIND = 0'.  If
!      code is supposed to work for a setup with 'EIND != 0', a custom
       linker script has to be used in order to place the sections whose
!      name start with '.trampolines' into the segment where 'EIND' points
!      to.
  
!    * The startup code from libgcc never sets 'EIND'.  Notice that
!      startup code is a blend of code from libgcc and AVR-LibC. For the
!      impact of AVR-LibC on 'EIND', see the
       AVR-LibC user manual (http://nongnu.org/avr-libc/user-manual/).
  
!    * It is legitimate for user-specific startup code to set up 'EIND'
       early, for example by means of initialization code located in
!      section '.init3'.  Such code runs prior to general startup code
       that initializes RAM and calls constructors, but after the bit of
!      startup code from AVR-LibC that sets 'EIND' to the segment where
       the vector table is located.
            #include <avr/io.h>
  
--- 14976,15025 ----
  
   In order to facilitate indirect jump on devices with more than 128 Ki
  bytes of program memory space, there is a special function register
! called `EIND' that serves as most significant part of the target address
! when `EICALL' or `EIJMP' instructions are used.
  
!  Indirect jumps and calls on these devices are handled as follows by
! the compiler and are subject to some limitations:
  
!    * The compiler never sets `EIND'.
  
!    * The compiler uses `EIND' implicitly in `EICALL'/`EIJMP'
!      instructions or might read `EIND' directly in order to emulate an
!      indirect call/jump by means of a `RET' instruction.
  
!    * The compiler assumes that `EIND' never changes during the startup
!      code or during the application. In particular, `EIND' is not
       saved/restored in function or interrupt service routine
       prologue/epilogue.
  
     * For indirect calls to functions and computed goto, the linker
!      generates _stubs_. Stubs are jump pads sometimes also called
!      _trampolines_. Thus, the indirect call/jump jumps to such a stub.
       The stub contains a direct jump to the desired address.
  
     * Linker relaxation must be turned on so that the linker generates
!      the stubs correctly in all situations. See the compiler option
!      `-mrelax' and the linker option `--relax'.  There are corner cases
       where the linker is supposed to generate stubs but aborts without
       relaxation and without a helpful error message.
  
!    * The default linker script is arranged for code with `EIND = 0'.
!      If code is supposed to work for a setup with `EIND != 0', a custom
       linker script has to be used in order to place the sections whose
!      name start with `.trampolines' into the segment where `EIND'
!      points to.
  
!    * The startup code from libgcc never sets `EIND'.  Notice that
!      startup code is a blend of code from libgcc and AVR-LibC.  For the
!      impact of AVR-LibC on `EIND', see the
       AVR-LibC user manual (http://nongnu.org/avr-libc/user-manual/).
  
!    * It is legitimate for user-specific startup code to set up `EIND'
       early, for example by means of initialization code located in
!      section `.init3'. Such code runs prior to general startup code
       that initializes RAM and calls constructors, but after the bit of
!      startup code from AVR-LibC that sets `EIND' to the segment where
       the vector table is located.
            #include <avr/io.h>
  
*************** compiler and are subject to some limitat
*** 14910,14939 ****
                              "out %i0,r24" :: "n" (&EIND) : "r24","memory");
            }
  
!      The '__trampolines_start' symbol is defined in the linker script.
  
     * Stubs are generated automatically by the linker if the following
       two conditions are met:
! 
!         - The address of a label is taken by means of the 'gs' modifier
            (short for _generate stubs_) like so:
                 LDI r24, lo8(gs(FUNC))
                 LDI r25, hi8(gs(FUNC))
          - The final location of that label is in a code segment
            _outside_ the segment where the stubs are located.
  
!    * The compiler emits such 'gs' modifiers for code labels in the
       following situations:
          - Taking address of a function or code label.
          - Computed goto.
!         - If prologue-save function is used, see '-mcall-prologues'
            command-line option.
!         - Switch/case dispatch tables.  If you do not want such dispatch
!           tables you can specify the '-fno-jump-tables' command-line
            option.
          - C and C++ constructors/destructors called during
            startup/shutdown.
!         - If the tools hit a 'gs()' modifier explained above.
  
     * Jumping to non-symbolic addresses like so is _not_ supported:
  
--- 15031,15065 ----
                              "out %i0,r24" :: "n" (&EIND) : "r24","memory");
            }
  
!      The `__trampolines_start' symbol is defined in the linker script.
  
     * Stubs are generated automatically by the linker if the following
       two conditions are met:
!         - The address of a label is taken by means of the `gs' modifier
            (short for _generate stubs_) like so:
                 LDI r24, lo8(gs(FUNC))
                 LDI r25, hi8(gs(FUNC))
+ 
          - The final location of that label is in a code segment
            _outside_ the segment where the stubs are located.
  
!    * The compiler emits such `gs' modifiers for code labels in the
       following situations:
          - Taking address of a function or code label.
+ 
          - Computed goto.
! 
!         - If prologue-save function is used, see `-mcall-prologues'
            command-line option.
! 
!         - Switch/case dispatch tables. If you do not want such dispatch
!           tables you can specify the `-fno-jump-tables' command-line
            option.
+ 
          - C and C++ constructors/destructors called during
            startup/shutdown.
! 
!         - If the tools hit a `gs()' modifier explained above.
  
     * Jumping to non-symbolic addresses like so is _not_ supported:
  
*************** compiler and are subject to some limitat
*** 14944,14950 ****
            }
  
       Instead, a stub has to be set up, i.e. the function has to be
!      called through a symbol ('func_4' in the example):
  
            int main (void)
            {
--- 15070,15076 ----
            }
  
       Instead, a stub has to be set up, i.e. the function has to be
!      called through a symbol (`func_4' in the example):
  
            int main (void)
            {
*************** compiler and are subject to some limitat
*** 14954,14992 ****
                return func_4();
            }
  
!      and the application be linked with '-Wl,--defsym,func_4=0x4'.
!      Alternatively, 'func_4' can be defined in the linker script.
  
! 3.18.5.2 Handling of the 'RAMPD', 'RAMPX', 'RAMPY' and 'RAMPZ' Special Function Registers
  .........................................................................................
  
  Some AVR devices support memories larger than the 64 KiB range that can
  be accessed with 16-bit pointers.  To access memory locations outside
! this 64 KiB range, the content of a 'RAMP' register is used as high part
! of the address: The 'X', 'Y', 'Z' address register is concatenated with
! the 'RAMPX', 'RAMPY', 'RAMPZ' special function register, respectively,
! to get a wide address.  Similarly, 'RAMPD' is used together with direct
! addressing.
  
!    * The startup code initializes the 'RAMP' special function registers
       with zero.
  
     * If a *note named address space: AVR Named Address Spaces. other
!      than generic or '__flash' is used, then 'RAMPZ' is set as needed
       before the operation.
  
     * If the device supports RAM larger than 64 KiB and the compiler
!      needs to change 'RAMPZ' to accomplish an operation, 'RAMPZ' is
       reset to zero after the operation.
  
!    * If the device comes with a specific 'RAMP' register, the ISR
       prologue/epilogue saves/restores that SFR and initializes it with
       zero in case the ISR code might (implicitly) use it.
  
!    * RAM larger than 64 KiB is not supported by GCC for AVR targets.  If
!      you use inline assembler to read from locations outside the 16-bit
!      address range and change one of the 'RAMP' registers, you must
!      reset it to zero after the access.
  
  3.18.5.3 AVR Built-in Macros
  ............................
--- 15080,15119 ----
                return func_4();
            }
  
!      and the application be linked with `-Wl,--defsym,func_4=0x4'.
!      Alternatively, `func_4' can be defined in the linker script.
  
! 3.18.5.2 Handling of the `RAMPD', `RAMPX', `RAMPY' and `RAMPZ' Special Function Registers
  .........................................................................................
  
  Some AVR devices support memories larger than the 64 KiB range that can
  be accessed with 16-bit pointers.  To access memory locations outside
! this 64 KiB range, the content of a `RAMP' register is used as high
! part of the address: The `X', `Y', `Z' address register is concatenated
! with the `RAMPX', `RAMPY', `RAMPZ' special function register,
! respectively, to get a wide address. Similarly, `RAMPD' is used
! together with direct addressing.
  
!    * The startup code initializes the `RAMP' special function registers
       with zero.
  
     * If a *note named address space: AVR Named Address Spaces. other
!      than generic or `__flash' is used, then `RAMPZ' is set as needed
       before the operation.
  
     * If the device supports RAM larger than 64 KiB and the compiler
!      needs to change `RAMPZ' to accomplish an operation, `RAMPZ' is
       reset to zero after the operation.
  
!    * If the device comes with a specific `RAMP' register, the ISR
       prologue/epilogue saves/restores that SFR and initializes it with
       zero in case the ISR code might (implicitly) use it.
  
!    * RAM larger than 64 KiB is not supported by GCC for AVR targets.
!      If you use inline assembler to read from locations outside the
!      16-bit address range and change one of the `RAMP' registers, you
!      must reset it to zero after the access.
! 
  
  3.18.5.3 AVR Built-in Macros
  ............................
*************** addressing.
*** 14994,15123 ****
  GCC defines several built-in macros so that the user code can test for
  the presence or absence of features.  Almost any of the following
  built-in macros are deduced from device capabilities and thus triggered
! by the '-mmcu=' command-line option.
  
   For even more AVR-specific built-in macros see *note AVR Named Address
  Spaces:: and *note AVR Built-in Functions::.
  
! '__AVR_ARCH__'
       Build-in macro that resolves to a decimal number that identifies
!      the architecture and depends on the '-mmcu=MCU' option.  Possible
       values are:
  
!      '2', '25', '3', '31', '35', '4', '5', '51', '6'
  
!      for MCU='avr2', 'avr25', 'avr3', 'avr31', 'avr35', 'avr4', 'avr5',
!      'avr51', 'avr6',
  
       respectively and
  
!      '100', '102', '104', '105', '106', '107'
  
!      for MCU='avrtiny', 'avrxmega2', 'avrxmega4', 'avrxmega5',
!      'avrxmega6', 'avrxmega7', respectively.  If MCU specifies a device,
!      this built-in macro is set accordingly.  For example, with
!      '-mmcu=atmega8' the macro is defined to '4'.
  
! '__AVR_DEVICE__'
!      Setting '-mmcu=DEVICE' defines this built-in macro which reflects
!      the device's name.  For example, '-mmcu=atmega8' defines the
!      built-in macro '__AVR_ATmega8__', '-mmcu=attiny261a' defines
!      '__AVR_ATtiny261A__', etc.
  
!      The built-in macros' names follow the scheme '__AVR_DEVICE__' where
!      DEVICE is the device name as from the AVR user manual.  The
       difference between DEVICE in the built-in macro and DEVICE in
!      '-mmcu=DEVICE' is that the latter is always lowercase.
  
       If DEVICE is not a device but only a core architecture like
!      'avr51', this macro is not defined.
  
! '__AVR_DEVICE_NAME__'
!      Setting '-mmcu=DEVICE' defines this built-in macro to the device's
!      name.  For example, with '-mmcu=atmega8' the macro is defined to
!      'atmega8'.
  
       If DEVICE is not a device but only a core architecture like
!      'avr51', this macro is not defined.
  
! '__AVR_XMEGA__'
       The device / architecture belongs to the XMEGA family of devices.
  
! '__AVR_HAVE_ELPM__'
!      The device has the 'ELPM' instruction.
  
! '__AVR_HAVE_ELPMX__'
!      The device has the 'ELPM RN,Z' and 'ELPM RN,Z+' instructions.
  
! '__AVR_HAVE_MOVW__'
!      The device has the 'MOVW' instruction to perform 16-bit
       register-register moves.
  
! '__AVR_HAVE_LPMX__'
!      The device has the 'LPM RN,Z' and 'LPM RN,Z+' instructions.
  
! '__AVR_HAVE_MUL__'
       The device has a hardware multiplier.
  
! '__AVR_HAVE_JMP_CALL__'
!      The device has the 'JMP' and 'CALL' instructions.  This is the case
!      for devices with at least 16 KiB of program memory.
  
! '__AVR_HAVE_EIJMP_EICALL__'
! '__AVR_3_BYTE_PC__'
!      The device has the 'EIJMP' and 'EICALL' instructions.  This is the
       case for devices with more than 128 KiB of program memory.  This
       also means that the program counter (PC) is 3 bytes wide.
  
! '__AVR_2_BYTE_PC__'
!      The program counter (PC) is 2 bytes wide.  This is the case for
       devices with up to 128 KiB of program memory.
  
! '__AVR_HAVE_8BIT_SP__'
! '__AVR_HAVE_16BIT_SP__'
       The stack pointer (SP) register is treated as 8-bit respectively
!      16-bit register by the compiler.  The definition of these macros is
!      affected by '-mtiny-stack'.
  
! '__AVR_HAVE_SPH__'
! '__AVR_SP8__'
       The device has the SPH (high part of stack pointer) special
!      function register or has an 8-bit stack pointer, respectively.  The
!      definition of these macros is affected by '-mmcu=' and in the cases
!      of '-mmcu=avr2' and '-mmcu=avr25' also by '-msp8'.
  
! '__AVR_HAVE_RAMPD__'
! '__AVR_HAVE_RAMPX__'
! '__AVR_HAVE_RAMPY__'
! '__AVR_HAVE_RAMPZ__'
!      The device has the 'RAMPD', 'RAMPX', 'RAMPY', 'RAMPZ' special
       function register, respectively.
  
! '__NO_INTERRUPTS__'
!      This macro reflects the '-mno-interrupts' command-line option.
  
! '__AVR_ERRATA_SKIP__'
! '__AVR_ERRATA_SKIP_JMP_CALL__'
       Some AVR devices (AT90S8515, ATmega103) must not skip 32-bit
       instructions because of a hardware erratum.  Skip instructions are
!      'SBRS', 'SBRC', 'SBIS', 'SBIC' and 'CPSE'.  The second macro is
!      only defined if '__AVR_HAVE_JMP_CALL__' is also set.
  
! '__AVR_ISA_RMW__'
       The device has Read-Modify-Write instructions (XCH, LAC, LAS and
       LAT).
  
! '__AVR_SFR_OFFSET__=OFFSET'
       Instructions that can address I/O special function registers
!      directly like 'IN', 'OUT', 'SBI', etc. may use a different address
!      as if addressed by an instruction to access RAM like 'LD' or 'STS'.
!      This offset depends on the device architecture and has to be
!      subtracted from the RAM address in order to get the respective
       I/O address.
  
! '__WITH_AVRLIBC__'
       The compiler is configured to be used together with AVR-Libc.  See
!      the '--with-avrlibc' configure option.
  
  
  File: gcc.info,  Node: Blackfin Options,  Next: C6X Options,  Prev: AVR Options,  Up: Submodel Options
--- 15121,15251 ----
  GCC defines several built-in macros so that the user code can test for
  the presence or absence of features.  Almost any of the following
  built-in macros are deduced from device capabilities and thus triggered
! by the `-mmcu=' command-line option.
  
   For even more AVR-specific built-in macros see *note AVR Named Address
  Spaces:: and *note AVR Built-in Functions::.
  
! `__AVR_ARCH__'
       Build-in macro that resolves to a decimal number that identifies
!      the architecture and depends on the `-mmcu=MCU' option.  Possible
       values are:
  
!      `2', `25', `3', `31', `35', `4', `5', `51', `6'
  
!      for MCU=`avr2', `avr25', `avr3', `avr31', `avr35', `avr4', `avr5',
!      `avr51', `avr6',
  
       respectively and
  
!      `100', `102', `104', `105', `106', `107'
  
!      for MCU=`avrtiny', `avrxmega2', `avrxmega4', `avrxmega5',
!      `avrxmega6', `avrxmega7', respectively.  If MCU specifies a
!      device, this built-in macro is set accordingly. For example, with
!      `-mmcu=atmega8' the macro is defined to `4'.
  
! `__AVR_DEVICE__'
!      Setting `-mmcu=DEVICE' defines this built-in macro which reflects
!      the device's name. For example, `-mmcu=atmega8' defines the
!      built-in macro `__AVR_ATmega8__', `-mmcu=attiny261a' defines
!      `__AVR_ATtiny261A__', etc.
  
!      The built-in macros' names follow the scheme `__AVR_DEVICE__'
!      where DEVICE is the device name as from the AVR user manual. The
       difference between DEVICE in the built-in macro and DEVICE in
!      `-mmcu=DEVICE' is that the latter is always lowercase.
  
       If DEVICE is not a device but only a core architecture like
!      `avr51', this macro is not defined.
  
! `__AVR_DEVICE_NAME__'
!      Setting `-mmcu=DEVICE' defines this built-in macro to the device's
!      name. For example, with `-mmcu=atmega8' the macro is defined to
!      `atmega8'.
  
       If DEVICE is not a device but only a core architecture like
!      `avr51', this macro is not defined.
  
! `__AVR_XMEGA__'
       The device / architecture belongs to the XMEGA family of devices.
  
! `__AVR_HAVE_ELPM__'
!      The device has the `ELPM' instruction.
  
! `__AVR_HAVE_ELPMX__'
!      The device has the `ELPM RN,Z' and `ELPM RN,Z+' instructions.
  
! `__AVR_HAVE_MOVW__'
!      The device has the `MOVW' instruction to perform 16-bit
       register-register moves.
  
! `__AVR_HAVE_LPMX__'
!      The device has the `LPM RN,Z' and `LPM RN,Z+' instructions.
  
! `__AVR_HAVE_MUL__'
       The device has a hardware multiplier.
  
! `__AVR_HAVE_JMP_CALL__'
!      The device has the `JMP' and `CALL' instructions.  This is the
!      case for devices with at least 16 KiB of program memory.
  
! `__AVR_HAVE_EIJMP_EICALL__'
! `__AVR_3_BYTE_PC__'
!      The device has the `EIJMP' and `EICALL' instructions.  This is the
       case for devices with more than 128 KiB of program memory.  This
       also means that the program counter (PC) is 3 bytes wide.
  
! `__AVR_2_BYTE_PC__'
!      The program counter (PC) is 2 bytes wide. This is the case for
       devices with up to 128 KiB of program memory.
  
! `__AVR_HAVE_8BIT_SP__'
! `__AVR_HAVE_16BIT_SP__'
       The stack pointer (SP) register is treated as 8-bit respectively
!      16-bit register by the compiler.  The definition of these macros
!      is affected by `-mtiny-stack'.
  
! `__AVR_HAVE_SPH__'
! `__AVR_SP8__'
       The device has the SPH (high part of stack pointer) special
!      function register or has an 8-bit stack pointer, respectively.
!      The definition of these macros is affected by `-mmcu=' and in the
!      cases of `-mmcu=avr2' and `-mmcu=avr25' also by `-msp8'.
  
! `__AVR_HAVE_RAMPD__'
! `__AVR_HAVE_RAMPX__'
! `__AVR_HAVE_RAMPY__'
! `__AVR_HAVE_RAMPZ__'
!      The device has the `RAMPD', `RAMPX', `RAMPY', `RAMPZ' special
       function register, respectively.
  
! `__NO_INTERRUPTS__'
!      This macro reflects the `-mno-interrupts' command-line option.
  
! `__AVR_ERRATA_SKIP__'
! `__AVR_ERRATA_SKIP_JMP_CALL__'
       Some AVR devices (AT90S8515, ATmega103) must not skip 32-bit
       instructions because of a hardware erratum.  Skip instructions are
!      `SBRS', `SBRC', `SBIS', `SBIC' and `CPSE'.  The second macro is
!      only defined if `__AVR_HAVE_JMP_CALL__' is also set.
  
! `__AVR_ISA_RMW__'
       The device has Read-Modify-Write instructions (XCH, LAC, LAS and
       LAT).
  
! `__AVR_SFR_OFFSET__=OFFSET'
       Instructions that can address I/O special function registers
!      directly like `IN', `OUT', `SBI', etc. may use a different address
!      as if addressed by an instruction to access RAM like `LD' or
!      `STS'. This offset depends on the device architecture and has to
!      be subtracted from the RAM address in order to get the respective
       I/O address.
  
! `__WITH_AVRLIBC__'
       The compiler is configured to be used together with AVR-Libc.  See
!      the `--with-avrlibc' configure option.
! 
  
  
  File: gcc.info,  Node: Blackfin Options,  Next: C6X Options,  Prev: AVR Options,  Up: Submodel Options
*************** File: gcc.info,  Node: Blackfin Options,
*** 15125,15244 ****
  3.18.6 Blackfin Options
  -----------------------
  
! '-mcpu=CPU[-SIREVISION]'
       Specifies the name of the target Blackfin processor.  Currently,
!      CPU can be one of 'bf512', 'bf514', 'bf516', 'bf518', 'bf522',
!      'bf523', 'bf524', 'bf525', 'bf526', 'bf527', 'bf531', 'bf532',
!      'bf533', 'bf534', 'bf536', 'bf537', 'bf538', 'bf539', 'bf542',
!      'bf544', 'bf547', 'bf548', 'bf549', 'bf542m', 'bf544m', 'bf547m',
!      'bf548m', 'bf549m', 'bf561', 'bf592'.
  
       The optional SIREVISION specifies the silicon revision of the
       target Blackfin processor.  Any workarounds available for the
!      targeted silicon revision are enabled.  If SIREVISION is 'none', no
!      workarounds are enabled.  If SIREVISION is 'any', all workarounds
!      for the targeted processor are enabled.  The '__SILICON_REVISION__'
!      macro is defined to two hexadecimal digits representing the major
!      and minor numbers in the silicon revision.  If SIREVISION is
!      'none', the '__SILICON_REVISION__' is not defined.  If SIREVISION
!      is 'any', the '__SILICON_REVISION__' is defined to be '0xffff'.  If
!      this optional SIREVISION is not used, GCC assumes the latest known
!      silicon revision of the targeted Blackfin processor.
  
       GCC defines a preprocessor macro for the specified CPU.  For the
!      'bfin-elf' toolchain, this option causes the hardware BSP provided
!      by libgloss to be linked in if '-msim' is not given.
  
!      Without this option, 'bf532' is used as the processor by default.
  
!      Note that support for 'bf561' is incomplete.  For 'bf561', only the
!      preprocessor macro is defined.
  
! '-msim'
       Specifies that the program will be run on the simulator.  This
       causes the simulator BSP provided by libgloss to be linked in.
!      This option has effect only for 'bfin-elf' toolchain.  Certain
!      other options, such as '-mid-shared-library' and '-mfdpic', imply
!      '-msim'.
  
! '-momit-leaf-frame-pointer'
       Don't keep the frame pointer in a register for leaf functions.
       This avoids the instructions to save, set up and restore frame
       pointers and makes an extra register available in leaf functions.
!      The option '-fomit-frame-pointer' removes the frame pointer for all
!      functions, which might make debugging harder.
  
! '-mspecld-anomaly'
       When enabled, the compiler ensures that the generated code does not
!      contain speculative loads after jump instructions.  If this option
!      is used, '__WORKAROUND_SPECULATIVE_LOADS' is defined.
  
! '-mno-specld-anomaly'
       Don't generate extra code to prevent speculative loads from
       occurring.
  
! '-mcsync-anomaly'
       When enabled, the compiler ensures that the generated code does not
       contain CSYNC or SSYNC instructions too soon after conditional
!      branches.  If this option is used, '__WORKAROUND_SPECULATIVE_SYNCS'
!      is defined.
  
! '-mno-csync-anomaly'
       Don't generate extra code to prevent CSYNC or SSYNC instructions
       from occurring too soon after a conditional branch.
  
! '-mlow-64k'
       When enabled, the compiler is free to take advantage of the
       knowledge that the entire program fits into the low 64k of memory.
  
! '-mno-low-64k'
       Assume that the program is arbitrarily large.  This is the default.
  
! '-mstack-check-l1'
       Do stack checking using information placed into L1 scratchpad
       memory by the uClinux kernel.
  
! '-mid-shared-library'
       Generate code that supports shared libraries via the library ID
       method.  This allows for execute in place and shared libraries in
       an environment without virtual memory management.  This option
!      implies '-fPIC'.  With a 'bfin-elf' target, this option implies
!      '-msim'.
  
! '-mno-id-shared-library'
       Generate code that doesn't assume ID-based shared libraries are
       being used.  This is the default.
  
! '-mleaf-id-shared-library'
       Generate code that supports shared libraries via the library ID
       method, but assumes that this library or executable won't link
!      against any other ID shared libraries.  That allows the compiler to
!      use faster code for jumps and calls.
  
! '-mno-leaf-id-shared-library'
       Do not assume that the code being compiled won't link against any
       ID shared libraries.  Slower code is generated for jump and call
       insns.
  
! '-mshared-library-id=n'
       Specifies the identification number of the ID-based shared library
       being compiled.  Specifying a value of 0 generates more compact
       code; specifying other values forces the allocation of that number
!      to the current library but is no more space- or time-efficient than
!      omitting this option.
  
! '-msep-data'
       Generate code that allows the data segment to be located in a
       different area of memory from the text segment.  This allows for
       execute in place in an environment without virtual memory
       management by eliminating relocations against the text section.
  
! '-mno-sep-data'
       Generate code that assumes that the data segment follows the text
       segment.  This is the default.
  
! '-mlong-calls'
! '-mno-long-calls'
       Tells the compiler to perform function calls by first loading the
       address of the function into a register and then performing a
       subroutine call on this register.  This switch is needed if the
--- 15253,15373 ----
  3.18.6 Blackfin Options
  -----------------------
  
! `-mcpu=CPU[-SIREVISION]'
       Specifies the name of the target Blackfin processor.  Currently,
!      CPU can be one of `bf512', `bf514', `bf516', `bf518', `bf522',
!      `bf523', `bf524', `bf525', `bf526', `bf527', `bf531', `bf532',
!      `bf533', `bf534', `bf536', `bf537', `bf538', `bf539', `bf542',
!      `bf544', `bf547', `bf548', `bf549', `bf542m', `bf544m', `bf547m',
!      `bf548m', `bf549m', `bf561', `bf592'.
  
       The optional SIREVISION specifies the silicon revision of the
       target Blackfin processor.  Any workarounds available for the
!      targeted silicon revision are enabled.  If SIREVISION is `none',
!      no workarounds are enabled.  If SIREVISION is `any', all
!      workarounds for the targeted processor are enabled.  The
!      `__SILICON_REVISION__' macro is defined to two hexadecimal digits
!      representing the major and minor numbers in the silicon revision.
!      If SIREVISION is `none', the `__SILICON_REVISION__' is not
!      defined.  If SIREVISION is `any', the `__SILICON_REVISION__' is
!      defined to be `0xffff'.  If this optional SIREVISION is not used,
!      GCC assumes the latest known silicon revision of the targeted
!      Blackfin processor.
  
       GCC defines a preprocessor macro for the specified CPU.  For the
!      `bfin-elf' toolchain, this option causes the hardware BSP provided
!      by libgloss to be linked in if `-msim' is not given.
  
!      Without this option, `bf532' is used as the processor by default.
  
!      Note that support for `bf561' is incomplete.  For `bf561', only
!      the preprocessor macro is defined.
  
! `-msim'
       Specifies that the program will be run on the simulator.  This
       causes the simulator BSP provided by libgloss to be linked in.
!      This option has effect only for `bfin-elf' toolchain.  Certain
!      other options, such as `-mid-shared-library' and `-mfdpic', imply
!      `-msim'.
  
! `-momit-leaf-frame-pointer'
       Don't keep the frame pointer in a register for leaf functions.
       This avoids the instructions to save, set up and restore frame
       pointers and makes an extra register available in leaf functions.
!      The option `-fomit-frame-pointer' removes the frame pointer for
!      all functions, which might make debugging harder.
  
! `-mspecld-anomaly'
       When enabled, the compiler ensures that the generated code does not
!      contain speculative loads after jump instructions. If this option
!      is used, `__WORKAROUND_SPECULATIVE_LOADS' is defined.
  
! `-mno-specld-anomaly'
       Don't generate extra code to prevent speculative loads from
       occurring.
  
! `-mcsync-anomaly'
       When enabled, the compiler ensures that the generated code does not
       contain CSYNC or SSYNC instructions too soon after conditional
!      branches.  If this option is used,
!      `__WORKAROUND_SPECULATIVE_SYNCS' is defined.
  
! `-mno-csync-anomaly'
       Don't generate extra code to prevent CSYNC or SSYNC instructions
       from occurring too soon after a conditional branch.
  
! `-mlow-64k'
       When enabled, the compiler is free to take advantage of the
       knowledge that the entire program fits into the low 64k of memory.
  
! `-mno-low-64k'
       Assume that the program is arbitrarily large.  This is the default.
  
! `-mstack-check-l1'
       Do stack checking using information placed into L1 scratchpad
       memory by the uClinux kernel.
  
! `-mid-shared-library'
       Generate code that supports shared libraries via the library ID
       method.  This allows for execute in place and shared libraries in
       an environment without virtual memory management.  This option
!      implies `-fPIC'.  With a `bfin-elf' target, this option implies
!      `-msim'.
  
! `-mno-id-shared-library'
       Generate code that doesn't assume ID-based shared libraries are
       being used.  This is the default.
  
! `-mleaf-id-shared-library'
       Generate code that supports shared libraries via the library ID
       method, but assumes that this library or executable won't link
!      against any other ID shared libraries.  That allows the compiler
!      to use faster code for jumps and calls.
  
! `-mno-leaf-id-shared-library'
       Do not assume that the code being compiled won't link against any
       ID shared libraries.  Slower code is generated for jump and call
       insns.
  
! `-mshared-library-id=n'
       Specifies the identification number of the ID-based shared library
       being compiled.  Specifying a value of 0 generates more compact
       code; specifying other values forces the allocation of that number
!      to the current library but is no more space- or time-efficient
!      than omitting this option.
  
! `-msep-data'
       Generate code that allows the data segment to be located in a
       different area of memory from the text segment.  This allows for
       execute in place in an environment without virtual memory
       management by eliminating relocations against the text section.
  
! `-mno-sep-data'
       Generate code that assumes that the data segment follows the text
       segment.  This is the default.
  
! `-mlong-calls'
! `-mno-long-calls'
       Tells the compiler to perform function calls by first loading the
       address of the function into a register and then performing a
       subroutine call on this register.  This switch is needed if the
*************** File: gcc.info,  Node: Blackfin Options,
*** 15246,15301 ****
       offset-based version of subroutine call instruction.
  
       This feature is not enabled by default.  Specifying
!      '-mno-long-calls' restores the default behavior.  Note these
       switches have no effect on how the compiler generates code to
       handle function calls via function pointers.
  
! '-mfast-fp'
!      Link with the fast floating-point library.  This library relaxes
       some of the IEEE floating-point standard's rules for checking
       inputs against Not-a-Number (NAN), in the interest of performance.
  
! '-minline-plt'
       Enable inlining of PLT entries in function calls to functions that
!      are not known to bind locally.  It has no effect without '-mfdpic'.
  
! '-mmulticore'
       Build a standalone application for multicore Blackfin processors.
       This option causes proper start files and link scripts supporting
!      multicore to be used, and defines the macro '__BFIN_MULTICORE'.  It
!      can only be used with '-mcpu=bf561[-SIREVISION]'.
  
!      This option can be used with '-mcorea' or '-mcoreb', which selects
!      the one-application-per-core programming model.  Without '-mcorea'
!      or '-mcoreb', the single-application/dual-core programming model is
!      used.  In this model, the main function of Core B should be named
!      as 'coreb_main'.
  
       If this option is not used, the single-core application programming
       model is used.
  
! '-mcorea'
       Build a standalone application for Core A of BF561 when using the
!      one-application-per-core programming model.  Proper start files and
       link scripts are used to support Core A, and the macro
!      '__BFIN_COREA' is defined.  This option can only be used in
!      conjunction with '-mmulticore'.
  
! '-mcoreb'
       Build a standalone application for Core B of BF561 when using the
!      one-application-per-core programming model.  Proper start files and
       link scripts are used to support Core B, and the macro
!      '__BFIN_COREB' is defined.  When this option is used, 'coreb_main'
!      should be used instead of 'main'.  This option can only be used in
!      conjunction with '-mmulticore'.
  
! '-msdram'
       Build a standalone application for SDRAM. Proper start files and
       link scripts are used to put the application into SDRAM, and the
!      macro '__BFIN_SDRAM' is defined.  The loader should initialize
       SDRAM before loading the application.
  
! '-micplb'
       Assume that ICPLBs are enabled at run time.  This has an effect on
       certain anomaly workarounds.  For Linux targets, the default is to
       assume ICPLBs are enabled; for standalone applications the default
--- 15375,15430 ----
       offset-based version of subroutine call instruction.
  
       This feature is not enabled by default.  Specifying
!      `-mno-long-calls' restores the default behavior.  Note these
       switches have no effect on how the compiler generates code to
       handle function calls via function pointers.
  
! `-mfast-fp'
!      Link with the fast floating-point library. This library relaxes
       some of the IEEE floating-point standard's rules for checking
       inputs against Not-a-Number (NAN), in the interest of performance.
  
! `-minline-plt'
       Enable inlining of PLT entries in function calls to functions that
!      are not known to bind locally.  It has no effect without `-mfdpic'.
  
! `-mmulticore'
       Build a standalone application for multicore Blackfin processors.
       This option causes proper start files and link scripts supporting
!      multicore to be used, and defines the macro `__BFIN_MULTICORE'.
!      It can only be used with `-mcpu=bf561[-SIREVISION]'.
  
!      This option can be used with `-mcorea' or `-mcoreb', which selects
!      the one-application-per-core programming model.  Without `-mcorea'
!      or `-mcoreb', the single-application/dual-core programming model
!      is used. In this model, the main function of Core B should be
!      named as `coreb_main'.
  
       If this option is not used, the single-core application programming
       model is used.
  
! `-mcorea'
       Build a standalone application for Core A of BF561 when using the
!      one-application-per-core programming model. Proper start files and
       link scripts are used to support Core A, and the macro
!      `__BFIN_COREA' is defined.  This option can only be used in
!      conjunction with `-mmulticore'.
  
! `-mcoreb'
       Build a standalone application for Core B of BF561 when using the
!      one-application-per-core programming model. Proper start files and
       link scripts are used to support Core B, and the macro
!      `__BFIN_COREB' is defined. When this option is used, `coreb_main'
!      should be used instead of `main'.  This option can only be used in
!      conjunction with `-mmulticore'.
  
! `-msdram'
       Build a standalone application for SDRAM. Proper start files and
       link scripts are used to put the application into SDRAM, and the
!      macro `__BFIN_SDRAM' is defined.  The loader should initialize
       SDRAM before loading the application.
  
! `-micplb'
       Assume that ICPLBs are enabled at run time.  This has an effect on
       certain anomaly workarounds.  For Linux targets, the default is to
       assume ICPLBs are enabled; for standalone applications the default
*************** File: gcc.info,  Node: C6X Options,  Nex
*** 15307,15346 ****
  3.18.7 C6X Options
  ------------------
  
! '-march=NAME'
       This specifies the name of the target architecture.  GCC uses this
       name to determine what kind of instructions it can emit when
!      generating assembly code.  Permissible names are: 'c62x', 'c64x',
!      'c64x+', 'c67x', 'c67x+', 'c674x'.
  
! '-mbig-endian'
       Generate code for a big-endian target.
  
! '-mlittle-endian'
       Generate code for a little-endian target.  This is the default.
  
! '-msim'
       Choose startup files and linker script suitable for the simulator.
  
! '-msdata=default'
!      Put small global and static data in the '.neardata' section, which
!      is pointed to by register 'B14'.  Put small uninitialized global
!      and static data in the '.bss' section, which is adjacent to the
!      '.neardata' section.  Put small read-only data into the '.rodata'
       section.  The corresponding sections used for large pieces of data
!      are '.fardata', '.far' and '.const'.
  
! '-msdata=all'
       Put all data, not just small objects, into the sections reserved
!      for small data, and use addressing relative to the 'B14' register
       to access them.
  
! '-msdata=none'
       Make no use of the sections reserved for small data, and use
       absolute addresses to access all data.  Put all initialized global
!      and static data in the '.fardata' section, and all uninitialized
!      data in the '.far' section.  Put all constant data into the
!      '.const' section.
  
  
  File: gcc.info,  Node: CRIS Options,  Next: CR16 Options,  Prev: C6X Options,  Up: Submodel Options
--- 15436,15475 ----
  3.18.7 C6X Options
  ------------------
  
! `-march=NAME'
       This specifies the name of the target architecture.  GCC uses this
       name to determine what kind of instructions it can emit when
!      generating assembly code.  Permissible names are: `c62x', `c64x',
!      `c64x+', `c67x', `c67x+', `c674x'.
  
! `-mbig-endian'
       Generate code for a big-endian target.
  
! `-mlittle-endian'
       Generate code for a little-endian target.  This is the default.
  
! `-msim'
       Choose startup files and linker script suitable for the simulator.
  
! `-msdata=default'
!      Put small global and static data in the `.neardata' section, which
!      is pointed to by register `B14'.  Put small uninitialized global
!      and static data in the `.bss' section, which is adjacent to the
!      `.neardata' section.  Put small read-only data into the `.rodata'
       section.  The corresponding sections used for large pieces of data
!      are `.fardata', `.far' and `.const'.
  
! `-msdata=all'
       Put all data, not just small objects, into the sections reserved
!      for small data, and use addressing relative to the `B14' register
       to access them.
  
! `-msdata=none'
       Make no use of the sections reserved for small data, and use
       absolute addresses to access all data.  Put all initialized global
!      and static data in the `.fardata' section, and all uninitialized
!      data in the `.far' section.  Put all constant data into the
!      `.const' section.
  
  
  File: gcc.info,  Node: CRIS Options,  Next: CR16 Options,  Prev: C6X Options,  Up: Submodel Options
*************** File: gcc.info,  Node: CRIS Options,  Ne
*** 15350,15448 ****
  
  These options are defined specifically for the CRIS ports.
  
! '-march=ARCHITECTURE-TYPE'
! '-mcpu=ARCHITECTURE-TYPE'
       Generate code for the specified architecture.  The choices for
!      ARCHITECTURE-TYPE are 'v3', 'v8' and 'v10' for respectively
!      ETRAX 4, ETRAX 100, and ETRAX 100 LX.  Default is 'v0' except for
!      cris-axis-linux-gnu, where the default is 'v10'.
  
! '-mtune=ARCHITECTURE-TYPE'
       Tune to ARCHITECTURE-TYPE everything applicable about the generated
       code, except for the ABI and the set of available instructions.
       The choices for ARCHITECTURE-TYPE are the same as for
!      '-march=ARCHITECTURE-TYPE'.
  
! '-mmax-stack-frame=N'
       Warn when the stack frame of a function exceeds N bytes.
  
! '-metrax4'
! '-metrax100'
!      The options '-metrax4' and '-metrax100' are synonyms for
!      '-march=v3' and '-march=v8' respectively.
  
! '-mmul-bug-workaround'
! '-mno-mul-bug-workaround'
!      Work around a bug in the 'muls' and 'mulu' instructions for CPU
       models where it applies.  This option is active by default.
  
! '-mpdebug'
       Enable CRIS-specific verbose debug-related information in the
       assembly code.  This option also has the effect of turning off the
!      '#NO_APP' formatted-code indicator to the assembler at the
       beginning of the assembly file.
  
! '-mcc-init'
!      Do not use condition-code results from previous instruction; always
!      emit compare and test instructions before use of condition codes.
  
! '-mno-side-effects'
       Do not emit instructions with side effects in addressing modes
       other than post-increment.
  
! '-mstack-align'
! '-mno-stack-align'
! '-mdata-align'
! '-mno-data-align'
! '-mconst-align'
! '-mno-const-align'
!      These options ('no-' options) arrange (eliminate arrangements) for
       the stack frame, individual data and constants to be aligned for
       the maximum single data access size for the chosen CPU model.  The
       default is to arrange for 32-bit alignment.  ABI details such as
       structure layout are not affected by these options.
  
! '-m32-bit'
! '-m16-bit'
! '-m8-bit'
       Similar to the stack- data- and const-align options above, these
!      options arrange for stack frame, writable data and constants to all
!      be 32-bit, 16-bit or 8-bit aligned.  The default is 32-bit
       alignment.
  
! '-mno-prologue-epilogue'
! '-mprologue-epilogue'
!      With '-mno-prologue-epilogue', the normal function prologue and
       epilogue which set up the stack frame are omitted and no return
       instructions or return sequences are generated in the code.  Use
       this option only together with visual inspection of the compiled
!      code: no warnings or errors are generated when call-saved registers
!      must be saved, or storage for local variables needs to be
!      allocated.
  
! '-mno-gotplt'
! '-mgotplt'
!      With '-fpic' and '-fPIC', don't generate (do generate) instruction
       sequences that load addresses for functions from the PLT part of
       the GOT rather than (traditional on other architectures) calls to
!      the PLT.  The default is '-mgotplt'.
  
! '-melf'
       Legacy no-op option only recognized with the cris-axis-elf and
       cris-axis-linux-gnu targets.
  
! '-mlinux'
       Legacy no-op option only recognized with the cris-axis-linux-gnu
       target.
  
! '-sim'
       This option, recognized for the cris-axis-elf, arranges to link
       with input-output functions from a simulator library.  Code,
       initialized data and zero-initialized data are allocated
       consecutively.
  
! '-sim2'
!      Like '-sim', but pass linker options to locate initialized data at
       0x40000000 and zero-initialized data at 0x80000000.
  
  
--- 15479,15578 ----
  
  These options are defined specifically for the CRIS ports.
  
! `-march=ARCHITECTURE-TYPE'
! `-mcpu=ARCHITECTURE-TYPE'
       Generate code for the specified architecture.  The choices for
!      ARCHITECTURE-TYPE are `v3', `v8' and `v10' for respectively
!      ETRAX 4, ETRAX 100, and ETRAX 100 LX.  Default is `v0' except for
!      cris-axis-linux-gnu, where the default is `v10'.
  
! `-mtune=ARCHITECTURE-TYPE'
       Tune to ARCHITECTURE-TYPE everything applicable about the generated
       code, except for the ABI and the set of available instructions.
       The choices for ARCHITECTURE-TYPE are the same as for
!      `-march=ARCHITECTURE-TYPE'.
  
! `-mmax-stack-frame=N'
       Warn when the stack frame of a function exceeds N bytes.
  
! `-metrax4'
! `-metrax100'
!      The options `-metrax4' and `-metrax100' are synonyms for
!      `-march=v3' and `-march=v8' respectively.
  
! `-mmul-bug-workaround'
! `-mno-mul-bug-workaround'
!      Work around a bug in the `muls' and `mulu' instructions for CPU
       models where it applies.  This option is active by default.
  
! `-mpdebug'
       Enable CRIS-specific verbose debug-related information in the
       assembly code.  This option also has the effect of turning off the
!      `#NO_APP' formatted-code indicator to the assembler at the
       beginning of the assembly file.
  
! `-mcc-init'
!      Do not use condition-code results from previous instruction;
!      always emit compare and test instructions before use of condition
!      codes.
  
! `-mno-side-effects'
       Do not emit instructions with side effects in addressing modes
       other than post-increment.
  
! `-mstack-align'
! `-mno-stack-align'
! `-mdata-align'
! `-mno-data-align'
! `-mconst-align'
! `-mno-const-align'
!      These options (`no-' options) arrange (eliminate arrangements) for
       the stack frame, individual data and constants to be aligned for
       the maximum single data access size for the chosen CPU model.  The
       default is to arrange for 32-bit alignment.  ABI details such as
       structure layout are not affected by these options.
  
! `-m32-bit'
! `-m16-bit'
! `-m8-bit'
       Similar to the stack- data- and const-align options above, these
!      options arrange for stack frame, writable data and constants to
!      all be 32-bit, 16-bit or 8-bit aligned.  The default is 32-bit
       alignment.
  
! `-mno-prologue-epilogue'
! `-mprologue-epilogue'
!      With `-mno-prologue-epilogue', the normal function prologue and
       epilogue which set up the stack frame are omitted and no return
       instructions or return sequences are generated in the code.  Use
       this option only together with visual inspection of the compiled
!      code: no warnings or errors are generated when call-saved
!      registers must be saved, or storage for local variables needs to
!      be allocated.
  
! `-mno-gotplt'
! `-mgotplt'
!      With `-fpic' and `-fPIC', don't generate (do generate) instruction
       sequences that load addresses for functions from the PLT part of
       the GOT rather than (traditional on other architectures) calls to
!      the PLT.  The default is `-mgotplt'.
  
! `-melf'
       Legacy no-op option only recognized with the cris-axis-elf and
       cris-axis-linux-gnu targets.
  
! `-mlinux'
       Legacy no-op option only recognized with the cris-axis-linux-gnu
       target.
  
! `-sim'
       This option, recognized for the cris-axis-elf, arranges to link
       with input-output functions from a simulator library.  Code,
       initialized data and zero-initialized data are allocated
       consecutively.
  
! `-sim2'
!      Like `-sim', but pass linker options to locate initialized data at
       0x40000000 and zero-initialized data at 0x80000000.
  
  
*************** File: gcc.info,  Node: CR16 Options,  Ne
*** 15453,15481 ****
  
  These options are defined specifically for the CR16 ports.
  
! '-mmac'
!      Enable the use of multiply-accumulate instructions.  Disabled by
       default.
  
! '-mcr16cplus'
! '-mcr16c'
!      Generate code for CR16C or CR16C+ architecture.  CR16C+
!      architecture is default.
  
! '-msim'
       Links the library libsim.a which is in compatible with simulator.
       Applicable to ELF compiler only.
  
! '-mint32'
       Choose integer type as 32-bit wide.
  
! '-mbit-ops'
!      Generates 'sbit'/'cbit' instructions for bit manipulations.
  
! '-mdata-model=MODEL'
!      Choose a data model.  The choices for MODEL are 'near', 'far' or
!      'medium'.  'medium' is default.  However, 'far' is not valid with
!      '-mcr16c', as the CR16C architecture does not support the far data
       model.
  
  
--- 15583,15611 ----
  
  These options are defined specifically for the CR16 ports.
  
! `-mmac'
!      Enable the use of multiply-accumulate instructions. Disabled by
       default.
  
! `-mcr16cplus'
! `-mcr16c'
!      Generate code for CR16C or CR16C+ architecture. CR16C+ architecture
!      is default.
  
! `-msim'
       Links the library libsim.a which is in compatible with simulator.
       Applicable to ELF compiler only.
  
! `-mint32'
       Choose integer type as 32-bit wide.
  
! `-mbit-ops'
!      Generates `sbit'/`cbit' instructions for bit manipulations.
  
! `-mdata-model=MODEL'
!      Choose a data model. The choices for MODEL are `near', `far' or
!      `medium'. `medium' is default.  However, `far' is not valid with
!      `-mcr16c', as the CR16C architecture does not support the far data
       model.
  
  
*************** operating system.
*** 15489,15527 ****
  
   FSF GCC on Darwin does not create "fat" object files; it creates an
  object file for the single architecture that GCC was built to target.
! Apple's GCC on Darwin does create "fat" files if multiple '-arch'
  options are used; it does so by running the compiler or linker multiple
! times and joining the results together with 'lipo'.
  
!  The subtype of the file created (like 'ppc7400' or 'ppc970' or 'i686')
  is determined by the flags that specify the ISA that GCC is targeting,
! like '-mcpu' or '-march'.  The '-force_cpusubtype_ALL' option can be
  used to override this.
  
   The Darwin tools vary in their behavior when presented with an ISA
! mismatch.  The assembler, 'as', only permits instructions to be used
  that are valid for the subtype of the file it is generating, so you
! cannot put 64-bit instructions in a 'ppc750' object file.  The linker
! for shared libraries, '/usr/bin/libtool', fails and prints an error if
  asked to create a shared library with a less restrictive subtype than
! its input files (for instance, trying to put a 'ppc970' object file in a
! 'ppc7400' library).  The linker for executables, 'ld', quietly gives the
! executable the most restrictive subtype of any of its input files.
  
! '-FDIR'
       Add the framework directory DIR to the head of the list of
       directories to be searched for header files.  These directories are
!      interleaved with those specified by '-I' options and are scanned in
!      a left-to-right order.
  
       A framework directory is a directory with frameworks in it.  A
!      framework is a directory with a 'Headers' and/or 'PrivateHeaders'
!      directory contained directly in it that ends in '.framework'.  The
       name of a framework is the name of this directory excluding the
!      '.framework'.  Headers associated with the framework are found in
!      one of those two directories, with 'Headers' being searched first.
       A subframework is a framework directory that is in a framework's
!      'Frameworks' directory.  Includes of subframework headers can only
       appear in a header of a framework that contains the subframework,
       or in a sibling subframework header.  Two subframeworks are
       siblings if they occur in the same framework.  A subframework
--- 15619,15657 ----
  
   FSF GCC on Darwin does not create "fat" object files; it creates an
  object file for the single architecture that GCC was built to target.
! Apple's GCC on Darwin does create "fat" files if multiple `-arch'
  options are used; it does so by running the compiler or linker multiple
! times and joining the results together with `lipo'.
  
!  The subtype of the file created (like `ppc7400' or `ppc970' or `i686')
  is determined by the flags that specify the ISA that GCC is targeting,
! like `-mcpu' or `-march'.  The `-force_cpusubtype_ALL' option can be
  used to override this.
  
   The Darwin tools vary in their behavior when presented with an ISA
! mismatch.  The assembler, `as', only permits instructions to be used
  that are valid for the subtype of the file it is generating, so you
! cannot put 64-bit instructions in a `ppc750' object file.  The linker
! for shared libraries, `/usr/bin/libtool', fails and prints an error if
  asked to create a shared library with a less restrictive subtype than
! its input files (for instance, trying to put a `ppc970' object file in
! a `ppc7400' library).  The linker for executables, `ld', quietly gives
! the executable the most restrictive subtype of any of its input files.
  
! `-FDIR'
       Add the framework directory DIR to the head of the list of
       directories to be searched for header files.  These directories are
!      interleaved with those specified by `-I' options and are scanned
!      in a left-to-right order.
  
       A framework directory is a directory with frameworks in it.  A
!      framework is a directory with a `Headers' and/or `PrivateHeaders'
!      directory contained directly in it that ends in `.framework'.  The
       name of a framework is the name of this directory excluding the
!      `.framework'.  Headers associated with the framework are found in
!      one of those two directories, with `Headers' being searched first.
       A subframework is a framework directory that is in a framework's
!      `Frameworks' directory.  Includes of subframework headers can only
       appear in a header of a framework that contains the subframework,
       or in a sibling subframework header.  Two subframeworks are
       siblings if they occur in the same framework.  A subframework
*************** executable the most restrictive subtype
*** 15529,15679 ****
       if this is violated.  Currently a subframework cannot have
       subframeworks; in the future, the mechanism may be extended to
       support this.  The standard frameworks can be found in
!      '/System/Library/Frameworks' and '/Library/Frameworks'.  An example
!      include looks like '#include <Framework/header.h>', where
!      'Framework' denotes the name of the framework and 'header.h' is
!      found in the 'PrivateHeaders' or 'Headers' directory.
  
! '-iframeworkDIR'
!      Like '-F' except the directory is a treated as a system directory.
!      The main difference between this '-iframework' and '-F' is that
!      with '-iframework' the compiler does not warn about constructs
       contained within header files found via DIR.  This option is valid
       only for the C family of languages.
  
! '-gused'
       Emit debugging information for symbols that are used.  For stabs
!      debugging format, this enables '-feliminate-unused-debug-symbols'.
       This is by default ON.
  
! '-gfull'
       Emit debugging information for all symbols and types.
  
! '-mmacosx-version-min=VERSION'
!      The earliest version of MacOS X that this executable will run on is
!      VERSION.  Typical values of VERSION include '10.1', '10.2', and
!      '10.3.9'.
  
       If the compiler was built to use the system's headers by default,
       then the default for this option is the system version on which the
       compiler is running, otherwise the default is to make choices that
       are compatible with as many systems and code bases as possible.
  
! '-mkernel'
!      Enable kernel development mode.  The '-mkernel' option sets
!      '-static', '-fno-common', '-fno-use-cxa-atexit', '-fno-exceptions',
!      '-fno-non-call-exceptions', '-fapple-kext', '-fno-weak' and
!      '-fno-rtti' where applicable.  This mode also sets '-mno-altivec',
!      '-msoft-float', '-fno-builtin' and '-mlong-branch' for PowerPC
!      targets.
  
! '-mone-byte-bool'
!      Override the defaults for 'bool' so that 'sizeof(bool)==1'.  By
!      default 'sizeof(bool)' is '4' when compiling for Darwin/PowerPC and
!      '1' when compiling for Darwin/x86, so this option has no effect on
!      x86.
  
!      *Warning:* The '-mone-byte-bool' switch causes GCC to generate code
!      that is not binary compatible with code generated without that
!      switch.  Using this switch may require recompiling all other
       modules in a program, including system libraries.  Use this switch
       to conform to a non-default data model.
  
! '-mfix-and-continue'
! '-ffix-and-continue'
! '-findirect-data'
       Generate code suitable for fast turnaround development, such as to
!      allow GDB to dynamically load '.o' files into already-running
!      programs.  '-findirect-data' and '-ffix-and-continue' are provided
       for backwards compatibility.
  
! '-all_load'
       Loads all members of static archive libraries.  See man ld(1) for
       more information.
  
! '-arch_errors_fatal'
       Cause the errors having to do with files that have the wrong
       architecture to be fatal.
  
! '-bind_at_load'
       Causes the output file to be marked such that the dynamic linker
       will bind all undefined references when the file is loaded or
       launched.
  
! '-bundle'
       Produce a Mach-o bundle format file.  See man ld(1) for more
       information.
  
! '-bundle_loader EXECUTABLE'
       This option specifies the EXECUTABLE that will load the build
       output file being linked.  See man ld(1) for more information.
  
! '-dynamiclib'
       When passed this option, GCC produces a dynamic library instead of
!      an executable when linking, using the Darwin 'libtool' command.
  
! '-force_cpusubtype_ALL'
!      This causes GCC's output file to have the 'ALL' subtype, instead of
!      one controlled by the '-mcpu' or '-march' option.
  
! '-allowable_client CLIENT_NAME'
! '-client_name'
! '-compatibility_version'
! '-current_version'
! '-dead_strip'
! '-dependency-file'
! '-dylib_file'
! '-dylinker_install_name'
! '-dynamic'
! '-exported_symbols_list'
! '-filelist'
! '-flat_namespace'
! '-force_flat_namespace'
! '-headerpad_max_install_names'
! '-image_base'
! '-init'
! '-install_name'
! '-keep_private_externs'
! '-multi_module'
! '-multiply_defined'
! '-multiply_defined_unused'
! '-noall_load'
! '-no_dead_strip_inits_and_terms'
! '-nofixprebinding'
! '-nomultidefs'
! '-noprebind'
! '-noseglinkedit'
! '-pagezero_size'
! '-prebind'
! '-prebind_all_twolevel_modules'
! '-private_bundle'
! '-read_only_relocs'
! '-sectalign'
! '-sectobjectsymbols'
! '-whyload'
! '-seg1addr'
! '-sectcreate'
! '-sectobjectsymbols'
! '-sectorder'
! '-segaddr'
! '-segs_read_only_addr'
! '-segs_read_write_addr'
! '-seg_addr_table'
! '-seg_addr_table_filename'
! '-seglinkedit'
! '-segprot'
! '-segs_read_only_addr'
! '-segs_read_write_addr'
! '-single_module'
! '-static'
! '-sub_library'
! '-sub_umbrella'
! '-twolevel_namespace'
! '-umbrella'
! '-undefined'
! '-unexported_symbols_list'
! '-weak_reference_mismatches'
! '-whatsloaded'
       These options are passed to the Darwin linker.  The Darwin linker
       man page describes them in detail.
  
--- 15659,15809 ----
       if this is violated.  Currently a subframework cannot have
       subframeworks; in the future, the mechanism may be extended to
       support this.  The standard frameworks can be found in
!      `/System/Library/Frameworks' and `/Library/Frameworks'.  An
!      example include looks like `#include <Framework/header.h>', where
!      `Framework' denotes the name of the framework and `header.h' is
!      found in the `PrivateHeaders' or `Headers' directory.
  
! `-iframeworkDIR'
!      Like `-F' except the directory is a treated as a system directory.
!      The main difference between this `-iframework' and `-F' is that
!      with `-iframework' the compiler does not warn about constructs
       contained within header files found via DIR.  This option is valid
       only for the C family of languages.
  
! `-gused'
       Emit debugging information for symbols that are used.  For stabs
!      debugging format, this enables `-feliminate-unused-debug-symbols'.
       This is by default ON.
  
! `-gfull'
       Emit debugging information for all symbols and types.
  
! `-mmacosx-version-min=VERSION'
!      The earliest version of MacOS X that this executable will run on
!      is VERSION.  Typical values of VERSION include `10.1', `10.2', and
!      `10.3.9'.
  
       If the compiler was built to use the system's headers by default,
       then the default for this option is the system version on which the
       compiler is running, otherwise the default is to make choices that
       are compatible with as many systems and code bases as possible.
  
! `-mkernel'
!      Enable kernel development mode.  The `-mkernel' option sets
!      `-static', `-fno-common', `-fno-use-cxa-atexit',
!      `-fno-exceptions', `-fno-non-call-exceptions', `-fapple-kext',
!      `-fno-weak' and `-fno-rtti' where applicable.  This mode also sets
!      `-mno-altivec', `-msoft-float', `-fno-builtin' and `-mlong-branch'
!      for PowerPC targets.
  
! `-mone-byte-bool'
!      Override the defaults for `bool' so that `sizeof(bool)==1'.  By
!      default `sizeof(bool)' is `4' when compiling for Darwin/PowerPC
!      and `1' when compiling for Darwin/x86, so this option has no
!      effect on x86.
  
!      *Warning:* The `-mone-byte-bool' switch causes GCC to generate
!      code that is not binary compatible with code generated without
!      that switch.  Using this switch may require recompiling all other
       modules in a program, including system libraries.  Use this switch
       to conform to a non-default data model.
  
! `-mfix-and-continue'
! `-ffix-and-continue'
! `-findirect-data'
       Generate code suitable for fast turnaround development, such as to
!      allow GDB to dynamically load `.o' files into already-running
!      programs.  `-findirect-data' and `-ffix-and-continue' are provided
       for backwards compatibility.
  
! `-all_load'
       Loads all members of static archive libraries.  See man ld(1) for
       more information.
  
! `-arch_errors_fatal'
       Cause the errors having to do with files that have the wrong
       architecture to be fatal.
  
! `-bind_at_load'
       Causes the output file to be marked such that the dynamic linker
       will bind all undefined references when the file is loaded or
       launched.
  
! `-bundle'
       Produce a Mach-o bundle format file.  See man ld(1) for more
       information.
  
! `-bundle_loader EXECUTABLE'
       This option specifies the EXECUTABLE that will load the build
       output file being linked.  See man ld(1) for more information.
  
! `-dynamiclib'
       When passed this option, GCC produces a dynamic library instead of
!      an executable when linking, using the Darwin `libtool' command.
  
! `-force_cpusubtype_ALL'
!      This causes GCC's output file to have the `ALL' subtype, instead of
!      one controlled by the `-mcpu' or `-march' option.
  
! `-allowable_client  CLIENT_NAME'
! `-client_name'
! `-compatibility_version'
! `-current_version'
! `-dead_strip'
! `-dependency-file'
! `-dylib_file'
! `-dylinker_install_name'
! `-dynamic'
! `-exported_symbols_list'
! `-filelist'
! `-flat_namespace'
! `-force_flat_namespace'
! `-headerpad_max_install_names'
! `-image_base'
! `-init'
! `-install_name'
! `-keep_private_externs'
! `-multi_module'
! `-multiply_defined'
! `-multiply_defined_unused'
! `-noall_load'
! `-no_dead_strip_inits_and_terms'
! `-nofixprebinding'
! `-nomultidefs'
! `-noprebind'
! `-noseglinkedit'
! `-pagezero_size'
! `-prebind'
! `-prebind_all_twolevel_modules'
! `-private_bundle'
! `-read_only_relocs'
! `-sectalign'
! `-sectobjectsymbols'
! `-whyload'
! `-seg1addr'
! `-sectcreate'
! `-sectobjectsymbols'
! `-sectorder'
! `-segaddr'
! `-segs_read_only_addr'
! `-segs_read_write_addr'
! `-seg_addr_table'
! `-seg_addr_table_filename'
! `-seglinkedit'
! `-segprot'
! `-segs_read_only_addr'
! `-segs_read_write_addr'
! `-single_module'
! `-static'
! `-sub_library'
! `-sub_umbrella'
! `-twolevel_namespace'
! `-umbrella'
! `-undefined'
! `-unexported_symbols_list'
! `-weak_reference_mismatches'
! `-whatsloaded'
       These options are passed to the Darwin linker.  The Darwin linker
       man page describes them in detail.
  
*************** File: gcc.info,  Node: DEC Alpha Options
*** 15683,15825 ****
  3.18.11 DEC Alpha Options
  -------------------------
  
! These '-m' options are defined for the DEC Alpha implementations:
  
! '-mno-soft-float'
! '-msoft-float'
       Use (do not use) the hardware floating-point instructions for
!      floating-point operations.  When '-msoft-float' is specified,
!      functions in 'libgcc.a' are used to perform floating-point
       operations.  Unless they are replaced by routines that emulate the
       floating-point operations, or compiled in such a way as to call
       such emulations routines, these routines issue floating-point
!      operations.  If you are compiling for an Alpha without
       floating-point operations, you must ensure that the library is
       built so as not to call them.
  
       Note that Alpha implementations without floating-point operations
       are required to have floating-point registers.
  
! '-mfp-reg'
! '-mno-fp-regs'
       Generate code that uses (does not use) the floating-point register
!      set.  '-mno-fp-regs' implies '-msoft-float'.  If the floating-point
       register set is not used, floating-point operands are passed in
       integer registers as if they were integers and floating-point
!      results are passed in '$0' instead of '$f0'.  This is a
       non-standard calling sequence, so any function with a
       floating-point argument or return value called by code compiled
!      with '-mno-fp-regs' must also be compiled with that option.
  
       A typical use of this option is building a kernel that does not
       use, and hence need not save and restore, any floating-point
       registers.
  
! '-mieee'
!      The Alpha architecture implements floating-point hardware optimized
!      for maximum performance.  It is mostly compliant with the IEEE
!      floating-point standard.  However, for full compliance, software
!      assistance is required.  This option generates code fully
       IEEE-compliant code _except_ that the INEXACT-FLAG is not
       maintained (see below).  If this option is turned on, the
!      preprocessor macro '_IEEE_FP' is defined during compilation.  The
       resulting code is less efficient but is able to correctly support
       denormalized numbers and exceptional IEEE values such as
       not-a-number and plus/minus infinity.  Other Alpha compilers call
!      this option '-ieee_with_no_inexact'.
  
! '-mieee-with-inexact'
!      This is like '-mieee' except the generated code also maintains the
       IEEE INEXACT-FLAG.  Turning on this option causes the generated
       code to implement fully-compliant IEEE math.  In addition to
!      '_IEEE_FP', '_IEEE_FP_EXACT' is defined as a preprocessor macro.
       On some Alpha implementations the resulting code may execute
       significantly slower than the code generated by default.  Since
       there is very little code that depends on the INEXACT-FLAG, you
       should normally not specify this option.  Other Alpha compilers
!      call this option '-ieee_with_inexact'.
  
! '-mfp-trap-mode=TRAP-MODE'
       This option controls what floating-point related traps are enabled.
!      Other Alpha compilers call this option '-fptm TRAP-MODE'.  The trap
!      mode can be set to one of four values:
  
!      'n'
!           This is the default (normal) setting.  The only traps that are
!           enabled are the ones that cannot be disabled in software
            (e.g., division by zero trap).
  
!      'u'
!           In addition to the traps enabled by 'n', underflow traps are
            enabled as well.
  
!      'su'
!           Like 'u', but the instructions are marked to be safe for
            software completion (see Alpha architecture manual for
            details).
  
!      'sui'
!           Like 'su', but inexact traps are enabled as well.
  
! '-mfp-rounding-mode=ROUNDING-MODE'
       Selects the IEEE rounding mode.  Other Alpha compilers call this
!      option '-fprm ROUNDING-MODE'.  The ROUNDING-MODE can be one of:
  
!      'n'
!           Normal IEEE rounding mode.  Floating-point numbers are rounded
!           towards the nearest machine number or towards the even machine
!           number in case of a tie.
  
!      'm'
            Round towards minus infinity.
  
!      'c'
            Chopped rounding mode.  Floating-point numbers are rounded
            towards zero.
  
!      'd'
            Dynamic rounding mode.  A field in the floating-point control
            register (FPCR, see Alpha architecture reference manual)
            controls the rounding mode in effect.  The C library
            initializes this register for rounding towards plus infinity.
!           Thus, unless your program modifies the FPCR, 'd' corresponds
            to round towards plus infinity.
  
! '-mtrap-precision=TRAP-PRECISION'
       In the Alpha architecture, floating-point traps are imprecise.
       This means without software assistance it is impossible to recover
       from a floating trap and program execution normally needs to be
!      terminated.  GCC can generate code that can assist operating system
!      trap handlers in determining the exact location that caused a
!      floating-point trap.  Depending on the requirements of an
       application, different levels of precisions can be selected:
  
!      'p'
            Program precision.  This option is the default and means a
            trap handler can only identify which program caused a
            floating-point exception.
  
!      'f'
            Function precision.  The trap handler can determine the
            function that caused a floating-point exception.
  
!      'i'
            Instruction precision.  The trap handler can determine the
            exact instruction that caused a floating-point exception.
  
       Other Alpha compilers provide the equivalent options called
!      '-scope_safe' and '-resumption_safe'.
  
! '-mieee-conformant'
       This option marks the generated code as IEEE conformant.  You must
!      not use this option unless you also specify '-mtrap-precision=i'
!      and either '-mfp-trap-mode=su' or '-mfp-trap-mode=sui'.  Its only
!      effect is to emit the line '.eflag 48' in the function prologue of
       the generated assembly file.
  
! '-mbuild-constants'
!      Normally GCC examines a 32- or 64-bit integer constant to see if it
!      can construct it from smaller constants in two or three
       instructions.  If it cannot, it outputs the constant as a literal
       and generates code to load it from the data segment at run time.
  
--- 15813,15955 ----
  3.18.11 DEC Alpha Options
  -------------------------
  
! These `-m' options are defined for the DEC Alpha implementations:
  
! `-mno-soft-float'
! `-msoft-float'
       Use (do not use) the hardware floating-point instructions for
!      floating-point operations.  When `-msoft-float' is specified,
!      functions in `libgcc.a' are used to perform floating-point
       operations.  Unless they are replaced by routines that emulate the
       floating-point operations, or compiled in such a way as to call
       such emulations routines, these routines issue floating-point
!      operations.   If you are compiling for an Alpha without
       floating-point operations, you must ensure that the library is
       built so as not to call them.
  
       Note that Alpha implementations without floating-point operations
       are required to have floating-point registers.
  
! `-mfp-reg'
! `-mno-fp-regs'
       Generate code that uses (does not use) the floating-point register
!      set.  `-mno-fp-regs' implies `-msoft-float'.  If the floating-point
       register set is not used, floating-point operands are passed in
       integer registers as if they were integers and floating-point
!      results are passed in `$0' instead of `$f0'.  This is a
       non-standard calling sequence, so any function with a
       floating-point argument or return value called by code compiled
!      with `-mno-fp-regs' must also be compiled with that option.
  
       A typical use of this option is building a kernel that does not
       use, and hence need not save and restore, any floating-point
       registers.
  
! `-mieee'
!      The Alpha architecture implements floating-point hardware
!      optimized for maximum performance.  It is mostly compliant with
!      the IEEE floating-point standard.  However, for full compliance,
!      software assistance is required.  This option generates code fully
       IEEE-compliant code _except_ that the INEXACT-FLAG is not
       maintained (see below).  If this option is turned on, the
!      preprocessor macro `_IEEE_FP' is defined during compilation.  The
       resulting code is less efficient but is able to correctly support
       denormalized numbers and exceptional IEEE values such as
       not-a-number and plus/minus infinity.  Other Alpha compilers call
!      this option `-ieee_with_no_inexact'.
  
! `-mieee-with-inexact'
!      This is like `-mieee' except the generated code also maintains the
       IEEE INEXACT-FLAG.  Turning on this option causes the generated
       code to implement fully-compliant IEEE math.  In addition to
!      `_IEEE_FP', `_IEEE_FP_EXACT' is defined as a preprocessor macro.
       On some Alpha implementations the resulting code may execute
       significantly slower than the code generated by default.  Since
       there is very little code that depends on the INEXACT-FLAG, you
       should normally not specify this option.  Other Alpha compilers
!      call this option `-ieee_with_inexact'.
  
! `-mfp-trap-mode=TRAP-MODE'
       This option controls what floating-point related traps are enabled.
!      Other Alpha compilers call this option `-fptm TRAP-MODE'.  The
!      trap mode can be set to one of four values:
  
!     `n'
!           This is the default (normal) setting.  The only traps that
!           are enabled are the ones that cannot be disabled in software
            (e.g., division by zero trap).
  
!     `u'
!           In addition to the traps enabled by `n', underflow traps are
            enabled as well.
  
!     `su'
!           Like `u', but the instructions are marked to be safe for
            software completion (see Alpha architecture manual for
            details).
  
!     `sui'
!           Like `su', but inexact traps are enabled as well.
  
! `-mfp-rounding-mode=ROUNDING-MODE'
       Selects the IEEE rounding mode.  Other Alpha compilers call this
!      option `-fprm ROUNDING-MODE'.  The ROUNDING-MODE can be one of:
  
!     `n'
!           Normal IEEE rounding mode.  Floating-point numbers are
!           rounded towards the nearest machine number or towards the
!           even machine number in case of a tie.
  
!     `m'
            Round towards minus infinity.
  
!     `c'
            Chopped rounding mode.  Floating-point numbers are rounded
            towards zero.
  
!     `d'
            Dynamic rounding mode.  A field in the floating-point control
            register (FPCR, see Alpha architecture reference manual)
            controls the rounding mode in effect.  The C library
            initializes this register for rounding towards plus infinity.
!           Thus, unless your program modifies the FPCR, `d' corresponds
            to round towards plus infinity.
  
! `-mtrap-precision=TRAP-PRECISION'
       In the Alpha architecture, floating-point traps are imprecise.
       This means without software assistance it is impossible to recover
       from a floating trap and program execution normally needs to be
!      terminated.  GCC can generate code that can assist operating
!      system trap handlers in determining the exact location that caused
!      a floating-point trap.  Depending on the requirements of an
       application, different levels of precisions can be selected:
  
!     `p'
            Program precision.  This option is the default and means a
            trap handler can only identify which program caused a
            floating-point exception.
  
!     `f'
            Function precision.  The trap handler can determine the
            function that caused a floating-point exception.
  
!     `i'
            Instruction precision.  The trap handler can determine the
            exact instruction that caused a floating-point exception.
  
       Other Alpha compilers provide the equivalent options called
!      `-scope_safe' and `-resumption_safe'.
  
! `-mieee-conformant'
       This option marks the generated code as IEEE conformant.  You must
!      not use this option unless you also specify `-mtrap-precision=i'
!      and either `-mfp-trap-mode=su' or `-mfp-trap-mode=sui'.  Its only
!      effect is to emit the line `.eflag 48' in the function prologue of
       the generated assembly file.
  
! `-mbuild-constants'
!      Normally GCC examines a 32- or 64-bit integer constant to see if
!      it can construct it from smaller constants in two or three
       instructions.  If it cannot, it outputs the constant as a literal
       and generates code to load it from the data segment at run time.
  
*************** These '-m' options are defined for the D
*** 15832,15969 ****
       before it can find the variables and constants in its own data
       segment.
  
! '-mbwx'
! '-mno-bwx'
! '-mcix'
! '-mno-cix'
! '-mfix'
! '-mno-fix'
! '-mmax'
! '-mno-max'
       Indicate whether GCC should generate code to use the optional BWX,
       CIX, FIX and MAX instruction sets.  The default is to use the
!      instruction sets supported by the CPU type specified via '-mcpu='
       option or that of the CPU on which GCC was built if none is
       specified.
  
! '-mfloat-vax'
! '-mfloat-ieee'
       Generate code that uses (does not use) VAX F and G floating-point
       arithmetic instead of IEEE single and double precision.
  
! '-mexplicit-relocs'
! '-mno-explicit-relocs'
       Older Alpha assemblers provided no way to generate symbol
       relocations except via assembler macros.  Use of these macros does
       not allow optimal instruction scheduling.  GNU binutils as of
       version 2.12 supports a new syntax that allows the compiler to
       explicitly mark which relocations should apply to which
       instructions.  This option is mostly useful for debugging, as GCC
!      detects the capabilities of the assembler when it is built and sets
!      the default accordingly.
  
! '-msmall-data'
! '-mlarge-data'
!      When '-mexplicit-relocs' is in effect, static data is accessed via
!      "gp-relative" relocations.  When '-msmall-data' is used, objects 8
       bytes long or smaller are placed in a "small data area" (the
!      '.sdata' and '.sbss' sections) and are accessed via 16-bit
!      relocations off of the '$gp' register.  This limits the size of the
!      small data area to 64KB, but allows the variables to be directly
!      accessed via a single instruction.
  
!      The default is '-mlarge-data'.  With this option the data area is
       limited to just below 2GB.  Programs that require more than 2GB of
!      data must use 'malloc' or 'mmap' to allocate the data in the heap
       instead of in the program's data segment.
  
!      When generating code for shared libraries, '-fpic' implies
!      '-msmall-data' and '-fPIC' implies '-mlarge-data'.
  
! '-msmall-text'
! '-mlarge-text'
!      When '-msmall-text' is used, the compiler assumes that the code of
       the entire program (or shared library) fits in 4MB, and is thus
!      reachable with a branch instruction.  When '-msmall-data' is used,
!      the compiler can assume that all local symbols share the same '$gp'
!      value, and thus reduce the number of instructions required for a
!      function call from 4 to 1.
  
!      The default is '-mlarge-text'.
  
! '-mcpu=CPU_TYPE'
       Set the instruction set and instruction scheduling parameters for
!      machine type CPU_TYPE.  You can specify either the 'EV' style name
       or the corresponding chip number.  GCC supports scheduling
       parameters for the EV4, EV5 and EV6 family of processors and
       chooses the default values for the instruction set from the
!      processor you specify.  If you do not specify a processor type, GCC
!      defaults to the processor on which the compiler was built.
  
       Supported values for CPU_TYPE are
  
!      'ev4'
!      'ev45'
!      '21064'
            Schedules as an EV4 and has no instruction set extensions.
  
!      'ev5'
!      '21164'
            Schedules as an EV5 and has no instruction set extensions.
  
!      'ev56'
!      '21164a'
            Schedules as an EV5 and supports the BWX extension.
  
!      'pca56'
!      '21164pc'
!      '21164PC'
            Schedules as an EV5 and supports the BWX and MAX extensions.
  
!      'ev6'
!      '21264'
            Schedules as an EV6 and supports the BWX, FIX, and MAX
            extensions.
  
!      'ev67'
!      '21264a'
            Schedules as an EV6 and supports the BWX, CIX, FIX, and MAX
            extensions.
  
!      Native toolchains also support the value 'native', which selects
       the best architecture option for the host processor.
!      '-mcpu=native' has no effect if GCC does not recognize the
       processor.
  
! '-mtune=CPU_TYPE'
       Set only the instruction scheduling parameters for machine type
       CPU_TYPE.  The instruction set is not changed.
  
!      Native toolchains also support the value 'native', which selects
       the best architecture option for the host processor.
!      '-mtune=native' has no effect if GCC does not recognize the
       processor.
  
! '-mmemory-latency=TIME'
       Sets the latency the scheduler should assume for typical memory
       references as seen by the application.  This number is highly
!      dependent on the memory access patterns used by the application and
!      the size of the external cache on the machine.
  
       Valid options for TIME are
  
!      'NUMBER'
            A decimal number representing clock cycles.
  
!      'L1'
!      'L2'
!      'L3'
!      'main'
            The compiler contains estimates of the number of clock cycles
            for "typical" EV4 & EV5 hardware for the Level 1, 2 & 3 caches
            (also called Dcache, Scache, and Bcache), as well as to main
            memory.  Note that L3 is only valid for EV5.
  
  
  File: gcc.info,  Node: FR30 Options,  Next: FT32 Options,  Prev: DEC Alpha Options,  Up: Submodel Options
  
--- 15962,16100 ----
       before it can find the variables and constants in its own data
       segment.
  
! `-mbwx'
! `-mno-bwx'
! `-mcix'
! `-mno-cix'
! `-mfix'
! `-mno-fix'
! `-mmax'
! `-mno-max'
       Indicate whether GCC should generate code to use the optional BWX,
       CIX, FIX and MAX instruction sets.  The default is to use the
!      instruction sets supported by the CPU type specified via `-mcpu='
       option or that of the CPU on which GCC was built if none is
       specified.
  
! `-mfloat-vax'
! `-mfloat-ieee'
       Generate code that uses (does not use) VAX F and G floating-point
       arithmetic instead of IEEE single and double precision.
  
! `-mexplicit-relocs'
! `-mno-explicit-relocs'
       Older Alpha assemblers provided no way to generate symbol
       relocations except via assembler macros.  Use of these macros does
       not allow optimal instruction scheduling.  GNU binutils as of
       version 2.12 supports a new syntax that allows the compiler to
       explicitly mark which relocations should apply to which
       instructions.  This option is mostly useful for debugging, as GCC
!      detects the capabilities of the assembler when it is built and
!      sets the default accordingly.
  
! `-msmall-data'
! `-mlarge-data'
!      When `-mexplicit-relocs' is in effect, static data is accessed via
!      "gp-relative" relocations.  When `-msmall-data' is used, objects 8
       bytes long or smaller are placed in a "small data area" (the
!      `.sdata' and `.sbss' sections) and are accessed via 16-bit
!      relocations off of the `$gp' register.  This limits the size of
!      the small data area to 64KB, but allows the variables to be
!      directly accessed via a single instruction.
  
!      The default is `-mlarge-data'.  With this option the data area is
       limited to just below 2GB.  Programs that require more than 2GB of
!      data must use `malloc' or `mmap' to allocate the data in the heap
       instead of in the program's data segment.
  
!      When generating code for shared libraries, `-fpic' implies
!      `-msmall-data' and `-fPIC' implies `-mlarge-data'.
  
! `-msmall-text'
! `-mlarge-text'
!      When `-msmall-text' is used, the compiler assumes that the code of
       the entire program (or shared library) fits in 4MB, and is thus
!      reachable with a branch instruction.  When `-msmall-data' is used,
!      the compiler can assume that all local symbols share the same
!      `$gp' value, and thus reduce the number of instructions required
!      for a function call from 4 to 1.
  
!      The default is `-mlarge-text'.
  
! `-mcpu=CPU_TYPE'
       Set the instruction set and instruction scheduling parameters for
!      machine type CPU_TYPE.  You can specify either the `EV' style name
       or the corresponding chip number.  GCC supports scheduling
       parameters for the EV4, EV5 and EV6 family of processors and
       chooses the default values for the instruction set from the
!      processor you specify.  If you do not specify a processor type,
!      GCC defaults to the processor on which the compiler was built.
  
       Supported values for CPU_TYPE are
  
!     `ev4'
!     `ev45'
!     `21064'
            Schedules as an EV4 and has no instruction set extensions.
  
!     `ev5'
!     `21164'
            Schedules as an EV5 and has no instruction set extensions.
  
!     `ev56'
!     `21164a'
            Schedules as an EV5 and supports the BWX extension.
  
!     `pca56'
!     `21164pc'
!     `21164PC'
            Schedules as an EV5 and supports the BWX and MAX extensions.
  
!     `ev6'
!     `21264'
            Schedules as an EV6 and supports the BWX, FIX, and MAX
            extensions.
  
!     `ev67'
!     `21264a'
            Schedules as an EV6 and supports the BWX, CIX, FIX, and MAX
            extensions.
  
!      Native toolchains also support the value `native', which selects
       the best architecture option for the host processor.
!      `-mcpu=native' has no effect if GCC does not recognize the
       processor.
  
! `-mtune=CPU_TYPE'
       Set only the instruction scheduling parameters for machine type
       CPU_TYPE.  The instruction set is not changed.
  
!      Native toolchains also support the value `native', which selects
       the best architecture option for the host processor.
!      `-mtune=native' has no effect if GCC does not recognize the
       processor.
  
! `-mmemory-latency=TIME'
       Sets the latency the scheduler should assume for typical memory
       references as seen by the application.  This number is highly
!      dependent on the memory access patterns used by the application
!      and the size of the external cache on the machine.
  
       Valid options for TIME are
  
!     `NUMBER'
            A decimal number representing clock cycles.
  
!     `L1'
!     `L2'
!     `L3'
!     `main'
            The compiler contains estimates of the number of clock cycles
            for "typical" EV4 & EV5 hardware for the Level 1, 2 & 3 caches
            (also called Dcache, Scache, and Bcache), as well as to main
            memory.  Note that L3 is only valid for EV5.
  
+ 
  
  File: gcc.info,  Node: FR30 Options,  Next: FT32 Options,  Prev: DEC Alpha Options,  Up: Submodel Options
  
*************** File: gcc.info,  Node: FR30 Options,  Ne
*** 15972,15987 ****
  
  These options are defined specifically for the FR30 port.
  
! '-msmall-model'
       Use the small address space model.  This can produce smaller code,
       but it does assume that all symbolic values and addresses fit into
       a 20-bit range.
  
! '-mno-lsim'
       Assume that runtime support has been provided and so there is no
!      need to include the simulator library ('libsim.a') on the linker
       command line.
  
  
  File: gcc.info,  Node: FT32 Options,  Next: FRV Options,  Prev: FR30 Options,  Up: Submodel Options
  
--- 16103,16119 ----
  
  These options are defined specifically for the FR30 port.
  
! `-msmall-model'
       Use the small address space model.  This can produce smaller code,
       but it does assume that all symbolic values and addresses fit into
       a 20-bit range.
  
! `-mno-lsim'
       Assume that runtime support has been provided and so there is no
!      need to include the simulator library (`libsim.a') on the linker
       command line.
  
+ 
  
  File: gcc.info,  Node: FT32 Options,  Next: FRV Options,  Prev: FR30 Options,  Up: Submodel Options
  
*************** File: gcc.info,  Node: FT32 Options,  Ne
*** 15990,16271 ****
  
  These options are defined specifically for the FT32 port.
  
! '-msim'
       Specifies that the program will be run on the simulator.  This
       causes an alternate runtime startup and library to be linked.  You
       must not use this option when generating programs that will run on
       real hardware; you must provide your own runtime library for
       whatever I/O functions are needed.
  
! '-mlra'
       Enable Local Register Allocation.  This is still experimental for
       FT32, so by default the compiler uses standard reload.
  
! '-mnodiv'
       Do not use div and mod instructions.
  
  
  File: gcc.info,  Node: FRV Options,  Next: GNU/Linux Options,  Prev: FT32 Options,  Up: Submodel Options
  
  3.18.14 FRV Options
  -------------------
  
! '-mgpr-32'
! 
       Only use the first 32 general-purpose registers.
  
! '-mgpr-64'
! 
       Use all 64 general-purpose registers.
  
! '-mfpr-32'
! 
       Use only the first 32 floating-point registers.
  
! '-mfpr-64'
! 
       Use all 64 floating-point registers.
  
! '-mhard-float'
! 
       Use hardware instructions for floating-point operations.
  
! '-msoft-float'
! 
       Use library routines for floating-point operations.
  
! '-malloc-cc'
! 
       Dynamically allocate condition code registers.
  
! '-mfixed-cc'
! 
       Do not try to dynamically allocate condition code registers, only
!      use 'icc0' and 'fcc0'.
! 
! '-mdword'
  
       Change ABI to use double word insns.
  
! '-mno-dword'
! 
       Do not use double word instructions.
  
! '-mdouble'
! 
       Use floating-point double instructions.
  
! '-mno-double'
! 
       Do not use floating-point double instructions.
  
! '-mmedia'
! 
       Use media instructions.
  
! '-mno-media'
! 
       Do not use media instructions.
  
! '-mmuladd'
! 
       Use multiply and add/subtract instructions.
  
! '-mno-muladd'
! 
       Do not use multiply and add/subtract instructions.
  
! '-mfdpic'
! 
       Select the FDPIC ABI, which uses function descriptors to represent
       pointers to functions.  Without any PIC/PIE-related options, it
!      implies '-fPIE'.  With '-fpic' or '-fpie', it assumes GOT entries
!      and small data are within a 12-bit range from the GOT base address;
!      with '-fPIC' or '-fPIE', GOT offsets are computed with 32 bits.
!      With a 'bfin-elf' target, this option implies '-msim'.
! 
! '-minline-plt'
  
       Enable inlining of PLT entries in function calls to functions that
!      are not known to bind locally.  It has no effect without '-mfdpic'.
       It's enabled by default if optimizing for speed and compiling for
!      shared libraries (i.e., '-fPIC' or '-fpic'), or when an
!      optimization option such as '-O3' or above is present in the
       command line.
  
! '-mTLS'
! 
       Assume a large TLS segment when generating thread-local code.
  
! '-mtls'
! 
       Do not assume a large TLS segment when generating thread-local
       code.
  
! '-mgprel-ro'
! 
!      Enable the use of 'GPREL' relocations in the FDPIC ABI for data
       that is known to be in read-only sections.  It's enabled by
!      default, except for '-fpic' or '-fpie': even though it may help
       make the global offset table smaller, it trades 1 instruction for
!      4.  With '-fPIC' or '-fPIE', it trades 3 instructions for 4, one of
!      which may be shared by multiple symbols, and it avoids the need for
!      a GOT entry for the referenced symbol, so it's more likely to be a
!      win.  If it is not, '-mno-gprel-ro' can be used to disable it.
! 
! '-multilib-library-pic'
  
       Link with the (library, not FD) pic libraries.  It's implied by
!      '-mlibrary-pic', as well as by '-fPIC' and '-fpic' without
!      '-mfdpic'.  You should never have to use it explicitly.
! 
! '-mlinked-fp'
  
       Follow the EABI requirement of always creating a frame pointer
       whenever a stack frame is allocated.  This option is enabled by
!      default and can be disabled with '-mno-linked-fp'.
! 
! '-mlong-calls'
  
       Use indirect addressing to call functions outside the current
       compilation unit.  This allows the functions to be placed anywhere
       within the 32-bit address space.
  
! '-malign-labels'
! 
       Try to align labels to an 8-byte boundary by inserting NOPs into
       the previous packet.  This option only has an effect when VLIW
       packing is enabled.  It doesn't create new packets; it merely adds
       NOPs to existing ones.
  
! '-mlibrary-pic'
! 
       Generate position-independent EABI code.
  
! '-macc-4'
! 
       Use only the first four media accumulator registers.
  
! '-macc-8'
! 
       Use all eight media accumulator registers.
  
! '-mpack'
! 
       Pack VLIW instructions.
  
! '-mno-pack'
! 
       Do not pack VLIW instructions.
  
! '-mno-eflags'
! 
       Do not mark ABI switches in e_flags.
  
! '-mcond-move'
! 
       Enable the use of conditional-move instructions (default).
  
!      This switch is mainly for debugging the compiler and will likely be
!      removed in a future version.
! 
! '-mno-cond-move'
  
       Disable the use of conditional-move instructions.
  
!      This switch is mainly for debugging the compiler and will likely be
!      removed in a future version.
! 
! '-mscc'
  
       Enable the use of conditional set instructions (default).
  
!      This switch is mainly for debugging the compiler and will likely be
!      removed in a future version.
! 
! '-mno-scc'
  
       Disable the use of conditional set instructions.
  
!      This switch is mainly for debugging the compiler and will likely be
!      removed in a future version.
! 
! '-mcond-exec'
  
       Enable the use of conditional execution (default).
  
!      This switch is mainly for debugging the compiler and will likely be
!      removed in a future version.
! 
! '-mno-cond-exec'
  
       Disable the use of conditional execution.
  
!      This switch is mainly for debugging the compiler and will likely be
!      removed in a future version.
! 
! '-mvliw-branch'
  
       Run a pass to pack branches into VLIW instructions (default).
  
!      This switch is mainly for debugging the compiler and will likely be
!      removed in a future version.
! 
! '-mno-vliw-branch'
  
       Do not run a pass to pack branches into VLIW instructions.
  
!      This switch is mainly for debugging the compiler and will likely be
!      removed in a future version.
! 
! '-mmulti-cond-exec'
  
!      Enable optimization of '&&' and '||' in conditional execution
       (default).
  
!      This switch is mainly for debugging the compiler and will likely be
!      removed in a future version.
! 
! '-mno-multi-cond-exec'
! 
!      Disable optimization of '&&' and '||' in conditional execution.
  
!      This switch is mainly for debugging the compiler and will likely be
!      removed in a future version.
  
! '-mnested-cond-exec'
  
       Enable nested conditional execution optimizations (default).
  
!      This switch is mainly for debugging the compiler and will likely be
!      removed in a future version.
! 
! '-mno-nested-cond-exec'
  
       Disable nested conditional execution optimizations.
  
!      This switch is mainly for debugging the compiler and will likely be
!      removed in a future version.
! 
! '-moptimize-membar'
  
!      This switch removes redundant 'membar' instructions from the
       compiler-generated code.  It is enabled by default.
  
! '-mno-optimize-membar'
! 
!      This switch disables the automatic removal of redundant 'membar'
       instructions from the generated code.
  
! '-mtomcat-stats'
! 
       Cause gas to print out tomcat statistics.
  
! '-mcpu=CPU'
! 
       Select the processor type for which to generate code.  Possible
!      values are 'frv', 'fr550', 'tomcat', 'fr500', 'fr450', 'fr405',
!      'fr400', 'fr300' and 'simple'.
  
  
  File: gcc.info,  Node: GNU/Linux Options,  Next: H8/300 Options,  Prev: FRV Options,  Up: Submodel Options
--- 16122,16358 ----
  
  These options are defined specifically for the FT32 port.
  
! `-msim'
       Specifies that the program will be run on the simulator.  This
       causes an alternate runtime startup and library to be linked.  You
       must not use this option when generating programs that will run on
       real hardware; you must provide your own runtime library for
       whatever I/O functions are needed.
  
! `-mlra'
       Enable Local Register Allocation.  This is still experimental for
       FT32, so by default the compiler uses standard reload.
  
! `-mnodiv'
       Do not use div and mod instructions.
  
+ 
  
  File: gcc.info,  Node: FRV Options,  Next: GNU/Linux Options,  Prev: FT32 Options,  Up: Submodel Options
  
  3.18.14 FRV Options
  -------------------
  
! `-mgpr-32'
       Only use the first 32 general-purpose registers.
  
! `-mgpr-64'
       Use all 64 general-purpose registers.
  
! `-mfpr-32'
       Use only the first 32 floating-point registers.
  
! `-mfpr-64'
       Use all 64 floating-point registers.
  
! `-mhard-float'
       Use hardware instructions for floating-point operations.
  
! `-msoft-float'
       Use library routines for floating-point operations.
  
! `-malloc-cc'
       Dynamically allocate condition code registers.
  
! `-mfixed-cc'
       Do not try to dynamically allocate condition code registers, only
!      use `icc0' and `fcc0'.
  
+ `-mdword'
       Change ABI to use double word insns.
  
! `-mno-dword'
       Do not use double word instructions.
  
! `-mdouble'
       Use floating-point double instructions.
  
! `-mno-double'
       Do not use floating-point double instructions.
  
! `-mmedia'
       Use media instructions.
  
! `-mno-media'
       Do not use media instructions.
  
! `-mmuladd'
       Use multiply and add/subtract instructions.
  
! `-mno-muladd'
       Do not use multiply and add/subtract instructions.
  
! `-mfdpic'
       Select the FDPIC ABI, which uses function descriptors to represent
       pointers to functions.  Without any PIC/PIE-related options, it
!      implies `-fPIE'.  With `-fpic' or `-fpie', it assumes GOT entries
!      and small data are within a 12-bit range from the GOT base
!      address; with `-fPIC' or `-fPIE', GOT offsets are computed with 32
!      bits.  With a `bfin-elf' target, this option implies `-msim'.
  
+ `-minline-plt'
       Enable inlining of PLT entries in function calls to functions that
!      are not known to bind locally.  It has no effect without `-mfdpic'.
       It's enabled by default if optimizing for speed and compiling for
!      shared libraries (i.e., `-fPIC' or `-fpic'), or when an
!      optimization option such as `-O3' or above is present in the
       command line.
  
! `-mTLS'
       Assume a large TLS segment when generating thread-local code.
  
! `-mtls'
       Do not assume a large TLS segment when generating thread-local
       code.
  
! `-mgprel-ro'
!      Enable the use of `GPREL' relocations in the FDPIC ABI for data
       that is known to be in read-only sections.  It's enabled by
!      default, except for `-fpic' or `-fpie': even though it may help
       make the global offset table smaller, it trades 1 instruction for
!      4.  With `-fPIC' or `-fPIE', it trades 3 instructions for 4, one
!      of which may be shared by multiple symbols, and it avoids the need
!      for a GOT entry for the referenced symbol, so it's more likely to
!      be a win.  If it is not, `-mno-gprel-ro' can be used to disable it.
  
+ `-multilib-library-pic'
       Link with the (library, not FD) pic libraries.  It's implied by
!      `-mlibrary-pic', as well as by `-fPIC' and `-fpic' without
!      `-mfdpic'.  You should never have to use it explicitly.
  
+ `-mlinked-fp'
       Follow the EABI requirement of always creating a frame pointer
       whenever a stack frame is allocated.  This option is enabled by
!      default and can be disabled with `-mno-linked-fp'.
  
+ `-mlong-calls'
       Use indirect addressing to call functions outside the current
       compilation unit.  This allows the functions to be placed anywhere
       within the 32-bit address space.
  
! `-malign-labels'
       Try to align labels to an 8-byte boundary by inserting NOPs into
       the previous packet.  This option only has an effect when VLIW
       packing is enabled.  It doesn't create new packets; it merely adds
       NOPs to existing ones.
  
! `-mlibrary-pic'
       Generate position-independent EABI code.
  
! `-macc-4'
       Use only the first four media accumulator registers.
  
! `-macc-8'
       Use all eight media accumulator registers.
  
! `-mpack'
       Pack VLIW instructions.
  
! `-mno-pack'
       Do not pack VLIW instructions.
  
! `-mno-eflags'
       Do not mark ABI switches in e_flags.
  
! `-mcond-move'
       Enable the use of conditional-move instructions (default).
  
!      This switch is mainly for debugging the compiler and will likely
!      be removed in a future version.
  
+ `-mno-cond-move'
       Disable the use of conditional-move instructions.
  
!      This switch is mainly for debugging the compiler and will likely
!      be removed in a future version.
  
+ `-mscc'
       Enable the use of conditional set instructions (default).
  
!      This switch is mainly for debugging the compiler and will likely
!      be removed in a future version.
  
+ `-mno-scc'
       Disable the use of conditional set instructions.
  
!      This switch is mainly for debugging the compiler and will likely
!      be removed in a future version.
  
+ `-mcond-exec'
       Enable the use of conditional execution (default).
  
!      This switch is mainly for debugging the compiler and will likely
!      be removed in a future version.
  
+ `-mno-cond-exec'
       Disable the use of conditional execution.
  
!      This switch is mainly for debugging the compiler and will likely
!      be removed in a future version.
  
+ `-mvliw-branch'
       Run a pass to pack branches into VLIW instructions (default).
  
!      This switch is mainly for debugging the compiler and will likely
!      be removed in a future version.
  
+ `-mno-vliw-branch'
       Do not run a pass to pack branches into VLIW instructions.
  
!      This switch is mainly for debugging the compiler and will likely
!      be removed in a future version.
  
! `-mmulti-cond-exec'
!      Enable optimization of `&&' and `||' in conditional execution
       (default).
  
!      This switch is mainly for debugging the compiler and will likely
!      be removed in a future version.
  
! `-mno-multi-cond-exec'
!      Disable optimization of `&&' and `||' in conditional execution.
  
!      This switch is mainly for debugging the compiler and will likely
!      be removed in a future version.
  
+ `-mnested-cond-exec'
       Enable nested conditional execution optimizations (default).
  
!      This switch is mainly for debugging the compiler and will likely
!      be removed in a future version.
  
+ `-mno-nested-cond-exec'
       Disable nested conditional execution optimizations.
  
!      This switch is mainly for debugging the compiler and will likely
!      be removed in a future version.
  
! `-moptimize-membar'
!      This switch removes redundant `membar' instructions from the
       compiler-generated code.  It is enabled by default.
  
! `-mno-optimize-membar'
!      This switch disables the automatic removal of redundant `membar'
       instructions from the generated code.
  
! `-mtomcat-stats'
       Cause gas to print out tomcat statistics.
  
! `-mcpu=CPU'
       Select the processor type for which to generate code.  Possible
!      values are `frv', `fr550', `tomcat', `fr500', `fr450', `fr405',
!      `fr400', `fr300' and `simple'.
! 
  
  
  File: gcc.info,  Node: GNU/Linux Options,  Next: H8/300 Options,  Prev: FRV Options,  Up: Submodel Options
*************** File: gcc.info,  Node: GNU/Linux Options
*** 16273,16359 ****
  3.18.15 GNU/Linux Options
  -------------------------
  
! These '-m' options are defined for GNU/Linux targets:
  
! '-mglibc'
       Use the GNU C library.  This is the default except on
!      '*-*-linux-*uclibc*', '*-*-linux-*musl*' and '*-*-linux-*android*'
       targets.
  
! '-muclibc'
!      Use uClibc C library.  This is the default on '*-*-linux-*uclibc*'
       targets.
  
! '-mmusl'
!      Use the musl C library.  This is the default on '*-*-linux-*musl*'
       targets.
  
! '-mbionic'
!      Use Bionic C library.  This is the default on '*-*-linux-*android*'
!      targets.
  
! '-mandroid'
!      Compile code compatible with Android platform.  This is the default
!      on '*-*-linux-*android*' targets.
  
!      When compiling, this option enables '-mbionic', '-fPIC',
!      '-fno-exceptions' and '-fno-rtti' by default.  When linking, this
       option makes the GCC driver pass Android-specific options to the
       linker.  Finally, this option causes the preprocessor macro
!      '__ANDROID__' to be defined.
  
! '-tno-android-cc'
!      Disable compilation effects of '-mandroid', i.e., do not enable
!      '-mbionic', '-fPIC', '-fno-exceptions' and '-fno-rtti' by default.
  
! '-tno-android-ld'
!      Disable linking effects of '-mandroid', i.e., pass standard Linux
       linking options to the linker.
  
  
  File: gcc.info,  Node: H8/300 Options,  Next: HPPA Options,  Prev: GNU/Linux Options,  Up: Submodel Options
  
  3.18.16 H8/300 Options
  ----------------------
  
! These '-m' options are defined for the H8/300 implementations:
  
! '-mrelax'
       Shorten some address references at link time, when possible; uses
!      the linker option '-relax'.  *Note 'ld' and the H8/300: (ld)H8/300,
!      for a fuller description.
  
! '-mh'
       Generate code for the H8/300H.
  
! '-ms'
       Generate code for the H8S.
  
! '-mn'
       Generate code for the H8S and H8/300H in the normal mode.  This
!      switch must be used either with '-mh' or '-ms'.
  
! '-ms2600'
       Generate code for the H8S/2600.  This switch must be used with
!      '-ms'.
  
! '-mexr'
       Extended registers are stored on stack before execution of function
!      with monitor attribute.  Default option is '-mexr'.  This option is
       valid only for H8S targets.
  
! '-mno-exr'
       Extended registers are not stored on stack before execution of
!      function with monitor attribute.  Default option is '-mno-exr'.
       This option is valid only for H8S targets.
  
! '-mint32'
!      Make 'int' data 32 bits by default.
  
! '-malign-300'
       On the H8/300H and H8S, use the same alignment rules as for the
       H8/300.  The default for the H8/300H and H8S is to align longs and
!      floats on 4-byte boundaries.  '-malign-300' causes them to be
       aligned on 2-byte boundaries.  This option has no effect on the
       H8/300.
  
--- 16360,16447 ----
  3.18.15 GNU/Linux Options
  -------------------------
  
! These `-m' options are defined for GNU/Linux targets:
  
! `-mglibc'
       Use the GNU C library.  This is the default except on
!      `*-*-linux-*uclibc*', `*-*-linux-*musl*' and `*-*-linux-*android*'
       targets.
  
! `-muclibc'
!      Use uClibc C library.  This is the default on `*-*-linux-*uclibc*'
       targets.
  
! `-mmusl'
!      Use the musl C library.  This is the default on `*-*-linux-*musl*'
       targets.
  
! `-mbionic'
!      Use Bionic C library.  This is the default on
!      `*-*-linux-*android*' targets.
  
! `-mandroid'
!      Compile code compatible with Android platform.  This is the
!      default on `*-*-linux-*android*' targets.
  
!      When compiling, this option enables `-mbionic', `-fPIC',
!      `-fno-exceptions' and `-fno-rtti' by default.  When linking, this
       option makes the GCC driver pass Android-specific options to the
       linker.  Finally, this option causes the preprocessor macro
!      `__ANDROID__' to be defined.
  
! `-tno-android-cc'
!      Disable compilation effects of `-mandroid', i.e., do not enable
!      `-mbionic', `-fPIC', `-fno-exceptions' and `-fno-rtti' by default.
  
! `-tno-android-ld'
!      Disable linking effects of `-mandroid', i.e., pass standard Linux
       linking options to the linker.
  
+ 
  
  File: gcc.info,  Node: H8/300 Options,  Next: HPPA Options,  Prev: GNU/Linux Options,  Up: Submodel Options
  
  3.18.16 H8/300 Options
  ----------------------
  
! These `-m' options are defined for the H8/300 implementations:
  
! `-mrelax'
       Shorten some address references at link time, when possible; uses
!      the linker option `-relax'.  *Note `ld' and the H8/300:
!      (ld)H8/300, for a fuller description.
  
! `-mh'
       Generate code for the H8/300H.
  
! `-ms'
       Generate code for the H8S.
  
! `-mn'
       Generate code for the H8S and H8/300H in the normal mode.  This
!      switch must be used either with `-mh' or `-ms'.
  
! `-ms2600'
       Generate code for the H8S/2600.  This switch must be used with
!      `-ms'.
  
! `-mexr'
       Extended registers are stored on stack before execution of function
!      with monitor attribute. Default option is `-mexr'.  This option is
       valid only for H8S targets.
  
! `-mno-exr'
       Extended registers are not stored on stack before execution of
!      function with monitor attribute. Default option is `-mno-exr'.
       This option is valid only for H8S targets.
  
! `-mint32'
!      Make `int' data 32 bits by default.
  
! `-malign-300'
       On the H8/300H and H8S, use the same alignment rules as for the
       H8/300.  The default for the H8/300H and H8S is to align longs and
!      floats on 4-byte boundaries.  `-malign-300' causes them to be
       aligned on 2-byte boundaries.  This option has no effect on the
       H8/300.
  
*************** File: gcc.info,  Node: HPPA Options,  Ne
*** 16363,16510 ****
  3.18.17 HPPA Options
  --------------------
  
! These '-m' options are defined for the HPPA family of computers:
  
! '-march=ARCHITECTURE-TYPE'
       Generate code for the specified architecture.  The choices for
!      ARCHITECTURE-TYPE are '1.0' for PA 1.0, '1.1' for PA 1.1, and '2.0'
!      for PA 2.0 processors.  Refer to '/usr/lib/sched.models' on an
!      HP-UX system to determine the proper architecture option for your
!      machine.  Code compiled for lower numbered architectures runs on
!      higher numbered architectures, but not the other way around.
  
! '-mpa-risc-1-0'
! '-mpa-risc-1-1'
! '-mpa-risc-2-0'
!      Synonyms for '-march=1.0', '-march=1.1', and '-march=2.0'
       respectively.
  
! '-mcaller-copies'
       The caller copies function arguments passed by hidden reference.
       This option should be used with care as it is not compatible with
       the default 32-bit runtime.  However, only aggregates larger than
       eight bytes are passed by hidden reference and the option provides
       better compatibility with OpenMP.
  
! '-mjump-in-delay'
       This option is ignored and provided for compatibility purposes
       only.
  
! '-mdisable-fpregs'
       Prevent floating-point registers from being used in any manner.
       This is necessary for compiling kernels that perform lazy context
       switching of floating-point registers.  If you use this option and
       attempt to perform floating-point operations, the compiler aborts.
  
! '-mdisable-indexing'
       Prevent the compiler from using indexing address modes.  This
       avoids some rather obscure problems when compiling MIG generated
       code under MACH.
  
! '-mno-space-regs'
!      Generate code that assumes the target has no space registers.  This
!      allows GCC to generate faster indirect calls and use unscaled index
!      address modes.
  
       Such code is suitable for level 0 PA systems and kernels.
  
! '-mfast-indirect-calls'
       Generate code that assumes calls never cross space boundaries.
       This allows GCC to emit code that performs faster indirect calls.
  
       This option does not work in the presence of shared libraries or
       nested functions.
  
! '-mfixed-range=REGISTER-RANGE'
       Generate code treating the given register range as fixed registers.
       A fixed register is one that the register allocator cannot use.
       This is useful when compiling kernel code.  A register range is
       specified as two registers separated by a dash.  Multiple register
       ranges can be specified separated by a comma.
  
! '-mlong-load-store'
       Generate 3-instruction load and store sequences as sometimes
!      required by the HP-UX 10 linker.  This is equivalent to the '+k'
       option to the HP compilers.
  
! '-mportable-runtime'
       Use the portable calling conventions proposed by HP for ELF
       systems.
  
! '-mgas'
       Enable the use of assembler directives only GAS understands.
  
! '-mschedule=CPU-TYPE'
       Schedule code according to the constraints for the machine type
!      CPU-TYPE.  The choices for CPU-TYPE are '700' '7100', '7100LC',
!      '7200', '7300' and '8000'.  Refer to '/usr/lib/sched.models' on an
       HP-UX system to determine the proper scheduling option for your
!      machine.  The default scheduling is '8000'.
  
! '-mlinker-opt'
       Enable the optimization pass in the HP-UX linker.  Note this makes
!      symbolic debugging impossible.  It also triggers a bug in the HP-UX
!      8 and HP-UX 9 linkers in which they give bogus error messages when
!      linking some programs.
  
! '-msoft-float'
       Generate output containing library calls for floating point.
       *Warning:* the requisite libraries are not available for all HPPA
!      targets.  Normally the facilities of the machine's usual C compiler
!      are used, but this cannot be done directly in cross-compilation.
!      You must make your own arrangements to provide suitable library
!      functions for cross-compilation.
  
!      '-msoft-float' changes the calling convention in the output file;
       therefore, it is only useful if you compile _all_ of a program with
!      this option.  In particular, you need to compile 'libgcc.a', the
!      library that comes with GCC, with '-msoft-float' in order for this
       to work.
  
! '-msio'
!      Generate the predefine, '_SIO', for server IO.  The default is
!      '-mwsio'.  This generates the predefines, '__hp9000s700',
!      '__hp9000s700__' and '_WSIO', for workstation IO.  These options
       are available under HP-UX and HI-UX.
  
! '-mgnu-ld'
!      Use options specific to GNU 'ld'.  This passes '-shared' to 'ld'
       when building a shared library.  It is the default when GCC is
       configured, explicitly or implicitly, with the GNU linker.  This
!      option does not affect which 'ld' is called; it only changes what
!      parameters are passed to that 'ld'.  The 'ld' that is called is
!      determined by the '--with-ld' configure option, GCC's program
!      search path, and finally by the user's 'PATH'.  The linker used by
!      GCC can be printed using 'which `gcc -print-prog-name=ld`'.  This
       option is only available on the 64-bit HP-UX GCC, i.e. configured
!      with 'hppa*64*-*-hpux*'.
  
! '-mhp-ld'
!      Use options specific to HP 'ld'.  This passes '-b' to 'ld' when
!      building a shared library and passes '+Accept TypeMismatch' to 'ld'
!      on all links.  It is the default when GCC is configured, explicitly
!      or implicitly, with the HP linker.  This option does not affect
!      which 'ld' is called; it only changes what parameters are passed to
!      that 'ld'.  The 'ld' that is called is determined by the
!      '--with-ld' configure option, GCC's program search path, and
!      finally by the user's 'PATH'.  The linker used by GCC can be
!      printed using 'which `gcc -print-prog-name=ld`'.  This option is
       only available on the 64-bit HP-UX GCC, i.e. configured with
!      'hppa*64*-*-hpux*'.
  
! '-mlong-calls'
       Generate code that uses long call sequences.  This ensures that a
       call is always able to reach linker generated stubs.  The default
!      is to generate long calls only when the distance from the call site
!      to the beginning of the function or translation unit, as the case
!      may be, exceeds a predefined limit set by the branch type being
!      used.  The limits for normal calls are 7,600,000 and 240,000 bytes,
!      respectively for the PA 2.0 and PA 1.X architectures.  Sibcalls are
!      always limited at 240,000 bytes.
  
       Distances are measured from the beginning of functions when using
!      the '-ffunction-sections' option, or when using the '-mgas' and
!      '-mno-portable-runtime' options together under HP-UX with the SOM
       linker.
  
       It is normally not desirable to use this option as it degrades
--- 16451,16598 ----
  3.18.17 HPPA Options
  --------------------
  
! These `-m' options are defined for the HPPA family of computers:
  
! `-march=ARCHITECTURE-TYPE'
       Generate code for the specified architecture.  The choices for
!      ARCHITECTURE-TYPE are `1.0' for PA 1.0, `1.1' for PA 1.1, and
!      `2.0' for PA 2.0 processors.  Refer to `/usr/lib/sched.models' on
!      an HP-UX system to determine the proper architecture option for
!      your machine.  Code compiled for lower numbered architectures runs
!      on higher numbered architectures, but not the other way around.
  
! `-mpa-risc-1-0'
! `-mpa-risc-1-1'
! `-mpa-risc-2-0'
!      Synonyms for `-march=1.0', `-march=1.1', and `-march=2.0'
       respectively.
  
! `-mcaller-copies'
       The caller copies function arguments passed by hidden reference.
       This option should be used with care as it is not compatible with
       the default 32-bit runtime.  However, only aggregates larger than
       eight bytes are passed by hidden reference and the option provides
       better compatibility with OpenMP.
  
! `-mjump-in-delay'
       This option is ignored and provided for compatibility purposes
       only.
  
! `-mdisable-fpregs'
       Prevent floating-point registers from being used in any manner.
       This is necessary for compiling kernels that perform lazy context
       switching of floating-point registers.  If you use this option and
       attempt to perform floating-point operations, the compiler aborts.
  
! `-mdisable-indexing'
       Prevent the compiler from using indexing address modes.  This
       avoids some rather obscure problems when compiling MIG generated
       code under MACH.
  
! `-mno-space-regs'
!      Generate code that assumes the target has no space registers.
!      This allows GCC to generate faster indirect calls and use unscaled
!      index address modes.
  
       Such code is suitable for level 0 PA systems and kernels.
  
! `-mfast-indirect-calls'
       Generate code that assumes calls never cross space boundaries.
       This allows GCC to emit code that performs faster indirect calls.
  
       This option does not work in the presence of shared libraries or
       nested functions.
  
! `-mfixed-range=REGISTER-RANGE'
       Generate code treating the given register range as fixed registers.
       A fixed register is one that the register allocator cannot use.
       This is useful when compiling kernel code.  A register range is
       specified as two registers separated by a dash.  Multiple register
       ranges can be specified separated by a comma.
  
! `-mlong-load-store'
       Generate 3-instruction load and store sequences as sometimes
!      required by the HP-UX 10 linker.  This is equivalent to the `+k'
       option to the HP compilers.
  
! `-mportable-runtime'
       Use the portable calling conventions proposed by HP for ELF
       systems.
  
! `-mgas'
       Enable the use of assembler directives only GAS understands.
  
! `-mschedule=CPU-TYPE'
       Schedule code according to the constraints for the machine type
!      CPU-TYPE.  The choices for CPU-TYPE are `700' `7100', `7100LC',
!      `7200', `7300' and `8000'.  Refer to `/usr/lib/sched.models' on an
       HP-UX system to determine the proper scheduling option for your
!      machine.  The default scheduling is `8000'.
  
! `-mlinker-opt'
       Enable the optimization pass in the HP-UX linker.  Note this makes
!      symbolic debugging impossible.  It also triggers a bug in the
!      HP-UX 8 and HP-UX 9 linkers in which they give bogus error
!      messages when linking some programs.
  
! `-msoft-float'
       Generate output containing library calls for floating point.
       *Warning:* the requisite libraries are not available for all HPPA
!      targets.  Normally the facilities of the machine's usual C
!      compiler are used, but this cannot be done directly in
!      cross-compilation.  You must make your own arrangements to provide
!      suitable library functions for cross-compilation.
  
!      `-msoft-float' changes the calling convention in the output file;
       therefore, it is only useful if you compile _all_ of a program with
!      this option.  In particular, you need to compile `libgcc.a', the
!      library that comes with GCC, with `-msoft-float' in order for this
       to work.
  
! `-msio'
!      Generate the predefine, `_SIO', for server IO.  The default is
!      `-mwsio'.  This generates the predefines, `__hp9000s700',
!      `__hp9000s700__' and `_WSIO', for workstation IO.  These options
       are available under HP-UX and HI-UX.
  
! `-mgnu-ld'
!      Use options specific to GNU `ld'.  This passes `-shared' to `ld'
       when building a shared library.  It is the default when GCC is
       configured, explicitly or implicitly, with the GNU linker.  This
!      option does not affect which `ld' is called; it only changes what
!      parameters are passed to that `ld'.  The `ld' that is called is
!      determined by the `--with-ld' configure option, GCC's program
!      search path, and finally by the user's `PATH'.  The linker used by
!      GCC can be printed using `which `gcc -print-prog-name=ld`'.  This
       option is only available on the 64-bit HP-UX GCC, i.e. configured
!      with `hppa*64*-*-hpux*'.
  
! `-mhp-ld'
!      Use options specific to HP `ld'.  This passes `-b' to `ld' when
!      building a shared library and passes `+Accept TypeMismatch' to
!      `ld' on all links.  It is the default when GCC is configured,
!      explicitly or implicitly, with the HP linker.  This option does
!      not affect which `ld' is called; it only changes what parameters
!      are passed to that `ld'.  The `ld' that is called is determined by
!      the `--with-ld' configure option, GCC's program search path, and
!      finally by the user's `PATH'.  The linker used by GCC can be
!      printed using `which `gcc -print-prog-name=ld`'.  This option is
       only available on the 64-bit HP-UX GCC, i.e. configured with
!      `hppa*64*-*-hpux*'.
  
! `-mlong-calls'
       Generate code that uses long call sequences.  This ensures that a
       call is always able to reach linker generated stubs.  The default
!      is to generate long calls only when the distance from the call
!      site to the beginning of the function or translation unit, as the
!      case may be, exceeds a predefined limit set by the branch type
!      being used.  The limits for normal calls are 7,600,000 and 240,000
!      bytes, respectively for the PA 2.0 and PA 1.X architectures.
!      Sibcalls are always limited at 240,000 bytes.
  
       Distances are measured from the beginning of functions when using
!      the `-ffunction-sections' option, or when using the `-mgas' and
!      `-mno-portable-runtime' options together under HP-UX with the SOM
       linker.
  
       It is normally not desirable to use this option as it degrades
*************** These '-m' options are defined for the H
*** 16518,16567 ****
       However, an indirect call is used on 32-bit ELF systems in pic code
       and it is quite long.
  
! '-munix=UNIX-STD'
       Generate compiler predefines and select a startfile for the
!      specified UNIX standard.  The choices for UNIX-STD are '93', '95'
!      and '98'.  '93' is supported on all HP-UX versions.  '95' is
!      available on HP-UX 10.10 and later.  '98' is available on HP-UX
!      11.11 and later.  The default values are '93' for HP-UX 10.00, '95'
!      for HP-UX 10.10 though to 11.00, and '98' for HP-UX 11.11 and
       later.
  
!      '-munix=93' provides the same predefines as GCC 3.3 and 3.4.
!      '-munix=95' provides additional predefines for 'XOPEN_UNIX' and
!      '_XOPEN_SOURCE_EXTENDED', and the startfile 'unix95.o'.
!      '-munix=98' provides additional predefines for '_XOPEN_UNIX',
!      '_XOPEN_SOURCE_EXTENDED', '_INCLUDE__STDC_A1_SOURCE' and
!      '_INCLUDE_XOPEN_SOURCE_500', and the startfile 'unix98.o'.
  
       It is _important_ to note that this option changes the interfaces
       for various library routines.  It also affects the operational
!      behavior of the C library.  Thus, _extreme_ care is needed in using
!      this option.
  
       Library code that is intended to operate with more than one UNIX
       standard must test, set and restore the variable
!      '__xpg4_extended_mask' as appropriate.  Most GNU software doesn't
       provide this capability.
  
! '-nolibdld'
       Suppress the generation of link options to search libdld.sl when
!      the '-static' option is specified on HP-UX 10 and later.
  
! '-static'
       The HP-UX implementation of setlocale in libc has a dependency on
       libdld.sl.  There isn't an archive version of libdld.sl.  Thus,
!      when the '-static' option is specified, special link options are
       needed to resolve this dependency.
  
       On HP-UX 10 and later, the GCC driver adds the necessary options to
!      link with libdld.sl when the '-static' option is specified.  This
!      causes the resulting binary to be dynamic.  On the 64-bit port, the
!      linkers generate dynamic binaries by default in any case.  The
!      '-nolibdld' option can be used to prevent the GCC driver from
       adding these link options.
  
! '-threads'
       Add support for multithreading with the "dce thread" library under
       HP-UX.  This option sets flags for both the preprocessor and
       linker.
--- 16606,16655 ----
       However, an indirect call is used on 32-bit ELF systems in pic code
       and it is quite long.
  
! `-munix=UNIX-STD'
       Generate compiler predefines and select a startfile for the
!      specified UNIX standard.  The choices for UNIX-STD are `93', `95'
!      and `98'.  `93' is supported on all HP-UX versions.  `95' is
!      available on HP-UX 10.10 and later.  `98' is available on HP-UX
!      11.11 and later.  The default values are `93' for HP-UX 10.00,
!      `95' for HP-UX 10.10 though to 11.00, and `98' for HP-UX 11.11 and
       later.
  
!      `-munix=93' provides the same predefines as GCC 3.3 and 3.4.
!      `-munix=95' provides additional predefines for `XOPEN_UNIX' and
!      `_XOPEN_SOURCE_EXTENDED', and the startfile `unix95.o'.
!      `-munix=98' provides additional predefines for `_XOPEN_UNIX',
!      `_XOPEN_SOURCE_EXTENDED', `_INCLUDE__STDC_A1_SOURCE' and
!      `_INCLUDE_XOPEN_SOURCE_500', and the startfile `unix98.o'.
  
       It is _important_ to note that this option changes the interfaces
       for various library routines.  It also affects the operational
!      behavior of the C library.  Thus, _extreme_ care is needed in
!      using this option.
  
       Library code that is intended to operate with more than one UNIX
       standard must test, set and restore the variable
!      `__xpg4_extended_mask' as appropriate.  Most GNU software doesn't
       provide this capability.
  
! `-nolibdld'
       Suppress the generation of link options to search libdld.sl when
!      the `-static' option is specified on HP-UX 10 and later.
  
! `-static'
       The HP-UX implementation of setlocale in libc has a dependency on
       libdld.sl.  There isn't an archive version of libdld.sl.  Thus,
!      when the `-static' option is specified, special link options are
       needed to resolve this dependency.
  
       On HP-UX 10 and later, the GCC driver adds the necessary options to
!      link with libdld.sl when the `-static' option is specified.  This
!      causes the resulting binary to be dynamic.  On the 64-bit port,
!      the linkers generate dynamic binaries by default in any case.  The
!      `-nolibdld' option can be used to prevent the GCC driver from
       adding these link options.
  
! `-threads'
       Add support for multithreading with the "dce thread" library under
       HP-UX.  This option sets flags for both the preprocessor and
       linker.
*************** File: gcc.info,  Node: IA-64 Options,  N
*** 16572,16838 ****
  3.18.18 IA-64 Options
  ---------------------
  
! These are the '-m' options defined for the Intel IA-64 architecture.
  
! '-mbig-endian'
       Generate code for a big-endian target.  This is the default for
       HP-UX.
  
! '-mlittle-endian'
       Generate code for a little-endian target.  This is the default for
       AIX5 and GNU/Linux.
  
! '-mgnu-as'
! '-mno-gnu-as'
       Generate (or don't) code for the GNU assembler.  This is the
       default.
  
! '-mgnu-ld'
! '-mno-gnu-ld'
       Generate (or don't) code for the GNU linker.  This is the default.
  
! '-mno-pic'
       Generate code that does not use a global pointer register.  The
       result is not position independent code, and violates the IA-64
       ABI.
  
! '-mvolatile-asm-stop'
! '-mno-volatile-asm-stop'
       Generate (or don't) a stop bit immediately before and after
       volatile asm statements.
  
! '-mregister-names'
! '-mno-register-names'
!      Generate (or don't) 'in', 'loc', and 'out' register names for the
       stacked registers.  This may make assembler output more readable.
  
! '-mno-sdata'
! '-msdata'
       Disable (or enable) optimizations that use the small data section.
       This may be useful for working around optimizer bugs.
  
! '-mconstant-gp'
       Generate code that uses a single constant global pointer value.
       This is useful when compiling kernel code.
  
! '-mauto-pic'
       Generate code that is self-relocatable.  This implies
!      '-mconstant-gp'.  This is useful when compiling firmware code.
  
! '-minline-float-divide-min-latency'
!      Generate code for inline divides of floating-point values using the
!      minimum latency algorithm.
  
! '-minline-float-divide-max-throughput'
!      Generate code for inline divides of floating-point values using the
!      maximum throughput algorithm.
  
! '-mno-inline-float-divide'
       Do not generate inline code for divides of floating-point values.
  
! '-minline-int-divide-min-latency'
       Generate code for inline divides of integer values using the
       minimum latency algorithm.
  
! '-minline-int-divide-max-throughput'
       Generate code for inline divides of integer values using the
       maximum throughput algorithm.
  
! '-mno-inline-int-divide'
       Do not generate inline code for divides of integer values.
  
! '-minline-sqrt-min-latency'
       Generate code for inline square roots using the minimum latency
       algorithm.
  
! '-minline-sqrt-max-throughput'
       Generate code for inline square roots using the maximum throughput
       algorithm.
  
! '-mno-inline-sqrt'
!      Do not generate inline code for 'sqrt'.
  
! '-mfused-madd'
! '-mno-fused-madd'
       Do (don't) generate code that uses the fused multiply/add or
       multiply/subtract instructions.  The default is to use these
       instructions.
  
! '-mno-dwarf2-asm'
! '-mdwarf2-asm'
       Don't (or do) generate assembler code for the DWARF line number
       debugging info.  This may be useful when not using the GNU
       assembler.
  
! '-mearly-stop-bits'
! '-mno-early-stop-bits'
       Allow stop bits to be placed earlier than immediately preceding the
       instruction that triggered the stop bit.  This can improve
       instruction scheduling, but does not always do so.
  
! '-mfixed-range=REGISTER-RANGE'
       Generate code treating the given register range as fixed registers.
       A fixed register is one that the register allocator cannot use.
       This is useful when compiling kernel code.  A register range is
       specified as two registers separated by a dash.  Multiple register
       ranges can be specified separated by a comma.
  
! '-mtls-size=TLS-SIZE'
       Specify bit size of immediate TLS offsets.  Valid values are 14,
       22, and 64.
  
! '-mtune=CPU-TYPE'
       Tune the instruction scheduling for a particular CPU, Valid values
!      are 'itanium', 'itanium1', 'merced', 'itanium2', and 'mckinley'.
  
! '-milp32'
! '-mlp64'
       Generate code for a 32-bit or 64-bit environment.  The 32-bit
       environment sets int, long and pointer to 32 bits.  The 64-bit
       environment sets int to 32 bits and long and pointer to 64 bits.
       These are HP-UX specific flags.
  
! '-mno-sched-br-data-spec'
! '-msched-br-data-spec'
       (Dis/En)able data speculative scheduling before reload.  This
!      results in generation of 'ld.a' instructions and the corresponding
!      check instructions ('ld.c' / 'chk.a').  The default setting is
       disabled.
  
! '-msched-ar-data-spec'
! '-mno-sched-ar-data-spec'
       (En/Dis)able data speculative scheduling after reload.  This
!      results in generation of 'ld.a' instructions and the corresponding
!      check instructions ('ld.c' / 'chk.a').  The default setting is
       enabled.
  
! '-mno-sched-control-spec'
! '-msched-control-spec'
       (Dis/En)able control speculative scheduling.  This feature is
!      available only during region scheduling (i.e. before reload).  This
!      results in generation of the 'ld.s' instructions and the
!      corresponding check instructions 'chk.s'.  The default setting is
       disabled.
  
! '-msched-br-in-data-spec'
! '-mno-sched-br-in-data-spec'
       (En/Dis)able speculative scheduling of the instructions that are
       dependent on the data speculative loads before reload.  This is
!      effective only with '-msched-br-data-spec' enabled.  The default
       setting is enabled.
  
! '-msched-ar-in-data-spec'
! '-mno-sched-ar-in-data-spec'
       (En/Dis)able speculative scheduling of the instructions that are
       dependent on the data speculative loads after reload.  This is
!      effective only with '-msched-ar-data-spec' enabled.  The default
       setting is enabled.
  
! '-msched-in-control-spec'
! '-mno-sched-in-control-spec'
       (En/Dis)able speculative scheduling of the instructions that are
!      dependent on the control speculative loads.  This is effective only
!      with '-msched-control-spec' enabled.  The default setting is
       enabled.
  
! '-mno-sched-prefer-non-data-spec-insns'
! '-msched-prefer-non-data-spec-insns'
       If enabled, data-speculative instructions are chosen for schedule
       only if there are no other choices at the moment.  This makes the
       use of the data speculation much more conservative.  The default
       setting is disabled.
  
! '-mno-sched-prefer-non-control-spec-insns'
! '-msched-prefer-non-control-spec-insns'
       If enabled, control-speculative instructions are chosen for
       schedule only if there are no other choices at the moment.  This
       makes the use of the control speculation much more conservative.
       The default setting is disabled.
  
! '-mno-sched-count-spec-in-critical-path'
! '-msched-count-spec-in-critical-path'
       If enabled, speculative dependencies are considered during
       computation of the instructions priorities.  This makes the use of
       the speculation a bit more conservative.  The default setting is
       disabled.
  
! '-msched-spec-ldc'
       Use a simple data speculation check.  This option is on by default.
  
! '-msched-control-spec-ldc'
       Use a simple check for control speculation.  This option is on by
       default.
  
! '-msched-stop-bits-after-every-cycle'
!      Place a stop bit after every cycle when scheduling.  This option is
!      on by default.
  
! '-msched-fp-mem-deps-zero-cost'
!      Assume that floating-point stores and loads are not likely to cause
!      a conflict when placed into the same instruction group.  This
!      option is disabled by default.
  
! '-msel-sched-dont-check-control-spec'
       Generate checks for control speculation in selective scheduling.
       This flag is disabled by default.
  
! '-msched-max-memory-insns=MAX-INSNS'
       Limit on the number of memory insns per instruction group, giving
!      lower priority to subsequent memory insns attempting to schedule in
!      the same instruction group.  Frequently useful to prevent cache
       bank conflicts.  The default value is 1.
  
! '-msched-max-memory-insns-hard-limit'
!      Makes the limit specified by 'msched-max-memory-insns' a hard
       limit, disallowing more than that number in an instruction group.
       Otherwise, the limit is "soft", meaning that non-memory operations
       are preferred when the limit is reached, but memory operations may
       still be scheduled.
  
  
  File: gcc.info,  Node: LM32 Options,  Next: M32C Options,  Prev: IA-64 Options,  Up: Submodel Options
  
  3.18.19 LM32 Options
  --------------------
  
! These '-m' options are defined for the LatticeMico32 architecture:
  
! '-mbarrel-shift-enabled'
       Enable barrel-shift instructions.
  
! '-mdivide-enabled'
       Enable divide and modulus instructions.
  
! '-mmultiply-enabled'
       Enable multiply instructions.
  
! '-msign-extend-enabled'
       Enable sign extend instructions.
  
! '-muser-enabled'
       Enable user-defined instructions.
  
  
  File: gcc.info,  Node: M32C Options,  Next: M32R/D Options,  Prev: LM32 Options,  Up: Submodel Options
  
  3.18.20 M32C Options
  --------------------
  
! '-mcpu=NAME'
       Select the CPU for which code is generated.  NAME may be one of
!      'r8c' for the R8C/Tiny series, 'm16c' for the M16C (up to /60)
!      series, 'm32cm' for the M16C/80 series, or 'm32c' for the M32C/80
       series.
  
! '-msim'
       Specifies that the program will be run on the simulator.  This
!      causes an alternate runtime library to be linked in which supports,
!      for example, file I/O.  You must not use this option when
!      generating programs that will run on real hardware; you must
       provide your own runtime library for whatever I/O functions are
       needed.
  
! '-memregs=NUMBER'
       Specifies the number of memory-based pseudo-registers GCC uses
       during code generation.  These pseudo-registers are used like real
       registers, so there is a tradeoff between GCC's ability to fit the
--- 16660,16928 ----
  3.18.18 IA-64 Options
  ---------------------
  
! These are the `-m' options defined for the Intel IA-64 architecture.
  
! `-mbig-endian'
       Generate code for a big-endian target.  This is the default for
       HP-UX.
  
! `-mlittle-endian'
       Generate code for a little-endian target.  This is the default for
       AIX5 and GNU/Linux.
  
! `-mgnu-as'
! `-mno-gnu-as'
       Generate (or don't) code for the GNU assembler.  This is the
       default.
  
! `-mgnu-ld'
! `-mno-gnu-ld'
       Generate (or don't) code for the GNU linker.  This is the default.
  
! `-mno-pic'
       Generate code that does not use a global pointer register.  The
       result is not position independent code, and violates the IA-64
       ABI.
  
! `-mvolatile-asm-stop'
! `-mno-volatile-asm-stop'
       Generate (or don't) a stop bit immediately before and after
       volatile asm statements.
  
! `-mregister-names'
! `-mno-register-names'
!      Generate (or don't) `in', `loc', and `out' register names for the
       stacked registers.  This may make assembler output more readable.
  
! `-mno-sdata'
! `-msdata'
       Disable (or enable) optimizations that use the small data section.
       This may be useful for working around optimizer bugs.
  
! `-mconstant-gp'
       Generate code that uses a single constant global pointer value.
       This is useful when compiling kernel code.
  
! `-mauto-pic'
       Generate code that is self-relocatable.  This implies
!      `-mconstant-gp'.  This is useful when compiling firmware code.
  
! `-minline-float-divide-min-latency'
!      Generate code for inline divides of floating-point values using
!      the minimum latency algorithm.
  
! `-minline-float-divide-max-throughput'
!      Generate code for inline divides of floating-point values using
!      the maximum throughput algorithm.
  
! `-mno-inline-float-divide'
       Do not generate inline code for divides of floating-point values.
  
! `-minline-int-divide-min-latency'
       Generate code for inline divides of integer values using the
       minimum latency algorithm.
  
! `-minline-int-divide-max-throughput'
       Generate code for inline divides of integer values using the
       maximum throughput algorithm.
  
! `-mno-inline-int-divide'
       Do not generate inline code for divides of integer values.
  
! `-minline-sqrt-min-latency'
       Generate code for inline square roots using the minimum latency
       algorithm.
  
! `-minline-sqrt-max-throughput'
       Generate code for inline square roots using the maximum throughput
       algorithm.
  
! `-mno-inline-sqrt'
!      Do not generate inline code for `sqrt'.
  
! `-mfused-madd'
! `-mno-fused-madd'
       Do (don't) generate code that uses the fused multiply/add or
       multiply/subtract instructions.  The default is to use these
       instructions.
  
! `-mno-dwarf2-asm'
! `-mdwarf2-asm'
       Don't (or do) generate assembler code for the DWARF line number
       debugging info.  This may be useful when not using the GNU
       assembler.
  
! `-mearly-stop-bits'
! `-mno-early-stop-bits'
       Allow stop bits to be placed earlier than immediately preceding the
       instruction that triggered the stop bit.  This can improve
       instruction scheduling, but does not always do so.
  
! `-mfixed-range=REGISTER-RANGE'
       Generate code treating the given register range as fixed registers.
       A fixed register is one that the register allocator cannot use.
       This is useful when compiling kernel code.  A register range is
       specified as two registers separated by a dash.  Multiple register
       ranges can be specified separated by a comma.
  
! `-mtls-size=TLS-SIZE'
       Specify bit size of immediate TLS offsets.  Valid values are 14,
       22, and 64.
  
! `-mtune=CPU-TYPE'
       Tune the instruction scheduling for a particular CPU, Valid values
!      are `itanium', `itanium1', `merced', `itanium2', and `mckinley'.
  
! `-milp32'
! `-mlp64'
       Generate code for a 32-bit or 64-bit environment.  The 32-bit
       environment sets int, long and pointer to 32 bits.  The 64-bit
       environment sets int to 32 bits and long and pointer to 64 bits.
       These are HP-UX specific flags.
  
! `-mno-sched-br-data-spec'
! `-msched-br-data-spec'
       (Dis/En)able data speculative scheduling before reload.  This
!      results in generation of `ld.a' instructions and the corresponding
!      check instructions (`ld.c' / `chk.a').  The default setting is
       disabled.
  
! `-msched-ar-data-spec'
! `-mno-sched-ar-data-spec'
       (En/Dis)able data speculative scheduling after reload.  This
!      results in generation of `ld.a' instructions and the corresponding
!      check instructions (`ld.c' / `chk.a').  The default setting is
       enabled.
  
! `-mno-sched-control-spec'
! `-msched-control-spec'
       (Dis/En)able control speculative scheduling.  This feature is
!      available only during region scheduling (i.e. before reload).
!      This results in generation of the `ld.s' instructions and the
!      corresponding check instructions `chk.s'.  The default setting is
       disabled.
  
! `-msched-br-in-data-spec'
! `-mno-sched-br-in-data-spec'
       (En/Dis)able speculative scheduling of the instructions that are
       dependent on the data speculative loads before reload.  This is
!      effective only with `-msched-br-data-spec' enabled.  The default
       setting is enabled.
  
! `-msched-ar-in-data-spec'
! `-mno-sched-ar-in-data-spec'
       (En/Dis)able speculative scheduling of the instructions that are
       dependent on the data speculative loads after reload.  This is
!      effective only with `-msched-ar-data-spec' enabled.  The default
       setting is enabled.
  
! `-msched-in-control-spec'
! `-mno-sched-in-control-spec'
       (En/Dis)able speculative scheduling of the instructions that are
!      dependent on the control speculative loads.  This is effective
!      only with `-msched-control-spec' enabled.  The default setting is
       enabled.
  
! `-mno-sched-prefer-non-data-spec-insns'
! `-msched-prefer-non-data-spec-insns'
       If enabled, data-speculative instructions are chosen for schedule
       only if there are no other choices at the moment.  This makes the
       use of the data speculation much more conservative.  The default
       setting is disabled.
  
! `-mno-sched-prefer-non-control-spec-insns'
! `-msched-prefer-non-control-spec-insns'
       If enabled, control-speculative instructions are chosen for
       schedule only if there are no other choices at the moment.  This
       makes the use of the control speculation much more conservative.
       The default setting is disabled.
  
! `-mno-sched-count-spec-in-critical-path'
! `-msched-count-spec-in-critical-path'
       If enabled, speculative dependencies are considered during
       computation of the instructions priorities.  This makes the use of
       the speculation a bit more conservative.  The default setting is
       disabled.
  
! `-msched-spec-ldc'
       Use a simple data speculation check.  This option is on by default.
  
! `-msched-control-spec-ldc'
       Use a simple check for control speculation.  This option is on by
       default.
  
! `-msched-stop-bits-after-every-cycle'
!      Place a stop bit after every cycle when scheduling.  This option
!      is on by default.
  
! `-msched-fp-mem-deps-zero-cost'
!      Assume that floating-point stores and loads are not likely to
!      cause a conflict when placed into the same instruction group.
!      This option is disabled by default.
  
! `-msel-sched-dont-check-control-spec'
       Generate checks for control speculation in selective scheduling.
       This flag is disabled by default.
  
! `-msched-max-memory-insns=MAX-INSNS'
       Limit on the number of memory insns per instruction group, giving
!      lower priority to subsequent memory insns attempting to schedule
!      in the same instruction group. Frequently useful to prevent cache
       bank conflicts.  The default value is 1.
  
! `-msched-max-memory-insns-hard-limit'
!      Makes the limit specified by `msched-max-memory-insns' a hard
       limit, disallowing more than that number in an instruction group.
       Otherwise, the limit is "soft", meaning that non-memory operations
       are preferred when the limit is reached, but memory operations may
       still be scheduled.
  
+ 
  
  File: gcc.info,  Node: LM32 Options,  Next: M32C Options,  Prev: IA-64 Options,  Up: Submodel Options
  
  3.18.19 LM32 Options
  --------------------
  
! These `-m' options are defined for the LatticeMico32 architecture:
  
! `-mbarrel-shift-enabled'
       Enable barrel-shift instructions.
  
! `-mdivide-enabled'
       Enable divide and modulus instructions.
  
! `-mmultiply-enabled'
       Enable multiply instructions.
  
! `-msign-extend-enabled'
       Enable sign extend instructions.
  
! `-muser-enabled'
       Enable user-defined instructions.
  
+ 
  
  File: gcc.info,  Node: M32C Options,  Next: M32R/D Options,  Prev: LM32 Options,  Up: Submodel Options
  
  3.18.20 M32C Options
  --------------------
  
! `-mcpu=NAME'
       Select the CPU for which code is generated.  NAME may be one of
!      `r8c' for the R8C/Tiny series, `m16c' for the M16C (up to /60)
!      series, `m32cm' for the M16C/80 series, or `m32c' for the M32C/80
       series.
  
! `-msim'
       Specifies that the program will be run on the simulator.  This
!      causes an alternate runtime library to be linked in which
!      supports, for example, file I/O.  You must not use this option
!      when generating programs that will run on real hardware; you must
       provide your own runtime library for whatever I/O functions are
       needed.
  
! `-memregs=NUMBER'
       Specifies the number of memory-based pseudo-registers GCC uses
       during code generation.  These pseudo-registers are used like real
       registers, so there is a tradeoff between GCC's ability to fit the
*************** File: gcc.info,  Node: M32C Options,  Ne
*** 16842,17185 ****
       that, you must not use this option with GCC's default runtime
       libraries.
  
  
  File: gcc.info,  Node: M32R/D Options,  Next: M680x0 Options,  Prev: M32C Options,  Up: Submodel Options
  
  3.18.21 M32R/D Options
  ----------------------
  
! These '-m' options are defined for Renesas M32R/D architectures:
  
! '-m32r2'
       Generate code for the M32R/2.
  
! '-m32rx'
       Generate code for the M32R/X.
  
! '-m32r'
       Generate code for the M32R.  This is the default.
  
! '-mmodel=small'
       Assume all objects live in the lower 16MB of memory (so that their
!      addresses can be loaded with the 'ld24' instruction), and assume
!      all subroutines are reachable with the 'bl' instruction.  This is
       the default.
  
       The addressability of a particular object can be set with the
!      'model' attribute.
  
! '-mmodel=medium'
       Assume objects may be anywhere in the 32-bit address space (the
!      compiler generates 'seth/add3' instructions to load their
!      addresses), and assume all subroutines are reachable with the 'bl'
       instruction.
  
! '-mmodel=large'
       Assume objects may be anywhere in the 32-bit address space (the
!      compiler generates 'seth/add3' instructions to load their
       addresses), and assume subroutines may not be reachable with the
!      'bl' instruction (the compiler generates the much slower
!      'seth/add3/jl' instruction sequence).
  
! '-msdata=none'
       Disable use of the small data area.  Variables are put into one of
!      '.data', '.bss', or '.rodata' (unless the 'section' attribute has
       been specified).  This is the default.
  
!      The small data area consists of sections '.sdata' and '.sbss'.
       Objects may be explicitly put in the small data area with the
!      'section' attribute using one of these sections.
  
! '-msdata=sdata'
       Put small global and static data in the small data area, but do not
       generate special code to reference them.
  
! '-msdata=use'
       Put small global and static data in the small data area, and
       generate special instructions to reference them.
  
! '-G NUM'
       Put global and static objects less than or equal to NUM bytes into
       the small data or BSS sections instead of the normal data or BSS
!      sections.  The default value of NUM is 8.  The '-msdata' option
!      must be set to one of 'sdata' or 'use' for this option to have any
       effect.
  
!      All modules should be compiled with the same '-G NUM' value.
       Compiling with different values of NUM may or may not work; if it
       doesn't the linker gives an error message--incorrect code is not
       generated.
  
! '-mdebug'
       Makes the M32R-specific code in the compiler display some
       statistics that might help in debugging programs.
  
! '-malign-loops'
       Align all loops to a 32-byte boundary.
  
! '-mno-align-loops'
       Do not enforce a 32-byte alignment for loops.  This is the default.
  
! '-missue-rate=NUMBER'
       Issue NUMBER instructions per cycle.  NUMBER can only be 1 or 2.
  
! '-mbranch-cost=NUMBER'
       NUMBER can only be 1 or 2.  If it is 1 then branches are preferred
       over conditional code, if it is 2, then the opposite applies.
  
! '-mflush-trap=NUMBER'
       Specifies the trap number to use to flush the cache.  The default
       is 12.  Valid numbers are between 0 and 15 inclusive.
  
! '-mno-flush-trap'
       Specifies that the cache cannot be flushed by using a trap.
  
! '-mflush-func=NAME'
       Specifies the name of the operating system function to call to
!      flush the cache.  The default is '_flush_cache', but a function
       call is only used if a trap is not available.
  
! '-mno-flush-func'
       Indicates that there is no OS function for flushing the cache.
  
  
  File: gcc.info,  Node: M680x0 Options,  Next: MCore Options,  Prev: M32R/D Options,  Up: Submodel Options
  
  3.18.22 M680x0 Options
  ----------------------
  
! These are the '-m' options defined for M680x0 and ColdFire processors.
  The default settings depend on which architecture was selected when the
  compiler was configured; the defaults for the most common choices are
  given below.
  
! '-march=ARCH'
       Generate code for a specific M680x0 or ColdFire instruction set
       architecture.  Permissible values of ARCH for M680x0 architectures
!      are: '68000', '68010', '68020', '68030', '68040', '68060' and
!      'cpu32'.  ColdFire architectures are selected according to
       Freescale's ISA classification and the permissible values are:
!      'isaa', 'isaaplus', 'isab' and 'isac'.
  
!      GCC defines a macro '__mcfARCH__' whenever it is generating code
       for a ColdFire target.  The ARCH in this macro is one of the
!      '-march' arguments given above.
  
!      When used together, '-march' and '-mtune' select code that runs on
       a family of similar processors but that is optimized for a
       particular microarchitecture.
  
! '-mcpu=CPU'
       Generate code for a specific M680x0 or ColdFire processor.  The
!      M680x0 CPUs are: '68000', '68010', '68020', '68030', '68040',
!      '68060', '68302', '68332' and 'cpu32'.  The ColdFire CPUs are given
!      by the table below, which also classifies the CPUs into families:
  
!      *Family*       *'-mcpu' arguments*
!      '51'           '51' '51ac' '51ag' '51cn' '51em' '51je' '51jf' '51jg'
!                     '51jm' '51mm' '51qe' '51qm'
!      '5206'         '5202' '5204' '5206'
!      '5206e'        '5206e'
!      '5208'         '5207' '5208'
!      '5211a'        '5210a' '5211a'
!      '5213'         '5211' '5212' '5213'
!      '5216'         '5214' '5216'
!      '52235'        '52230' '52231' '52232' '52233' '52234' '52235'
!      '5225'         '5224' '5225'
!      '52259'        '52252' '52254' '52255' '52256' '52258' '52259'
!      '5235'         '5232' '5233' '5234' '5235' '523x'
!      '5249'         '5249'
!      '5250'         '5250'
!      '5271'         '5270' '5271'
!      '5272'         '5272'
!      '5275'         '5274' '5275'
!      '5282'         '5280' '5281' '5282' '528x'
!      '53017'        '53011' '53012' '53013' '53014' '53015' '53016' '53017'
!      '5307'         '5307'
!      '5329'         '5327' '5328' '5329' '532x'
!      '5373'         '5372' '5373' '537x'
!      '5407'         '5407'
!      '5475'         '5470' '5471' '5472' '5473' '5474' '5475' '547x' '5480'
!                     '5481' '5482' '5483' '5484' '5485'
  
!      '-mcpu=CPU' overrides '-march=ARCH' if ARCH is compatible with CPU.
!      Other combinations of '-mcpu' and '-march' are rejected.
  
!      GCC defines the macro '__mcf_cpu_CPU' when ColdFire target CPU is
!      selected.  It also defines '__mcf_family_FAMILY', where the value
       of FAMILY is given by the table above.
  
! '-mtune=TUNE'
       Tune the code for a particular microarchitecture within the
!      constraints set by '-march' and '-mcpu'.  The M680x0
!      microarchitectures are: '68000', '68010', '68020', '68030',
!      '68040', '68060' and 'cpu32'.  The ColdFire microarchitectures are:
!      'cfv1', 'cfv2', 'cfv3', 'cfv4' and 'cfv4e'.
  
!      You can also use '-mtune=68020-40' for code that needs to run
       relatively well on 68020, 68030 and 68040 targets.
!      '-mtune=68020-60' is similar but includes 68060 targets as well.
!      These two options select the same tuning decisions as '-m68020-40'
!      and '-m68020-60' respectively.
  
!      GCC defines the macros '__mcARCH' and '__mcARCH__' when tuning for
!      680x0 architecture ARCH.  It also defines 'mcARCH' unless either
!      '-ansi' or a non-GNU '-std' option is used.  If GCC is tuning for a
!      range of architectures, as selected by '-mtune=68020-40' or
!      '-mtune=68020-60', it defines the macros for every architecture in
       the range.
  
!      GCC also defines the macro '__mUARCH__' when tuning for ColdFire
       microarchitecture UARCH, where UARCH is one of the arguments given
       above.
  
! '-m68000'
! '-mc68000'
!      Generate output for a 68000.  This is the default when the compiler
!      is configured for 68000-based systems.  It is equivalent to
!      '-march=68000'.
  
       Use this option for microcontrollers with a 68000 or EC000 core,
       including the 68008, 68302, 68306, 68307, 68322, 68328 and 68356.
  
! '-m68010'
!      Generate output for a 68010.  This is the default when the compiler
!      is configured for 68010-based systems.  It is equivalent to
!      '-march=68010'.
  
! '-m68020'
! '-mc68020'
!      Generate output for a 68020.  This is the default when the compiler
!      is configured for 68020-based systems.  It is equivalent to
!      '-march=68020'.
  
! '-m68030'
!      Generate output for a 68030.  This is the default when the compiler
!      is configured for 68030-based systems.  It is equivalent to
!      '-march=68030'.
  
! '-m68040'
!      Generate output for a 68040.  This is the default when the compiler
!      is configured for 68040-based systems.  It is equivalent to
!      '-march=68040'.
  
       This option inhibits the use of 68881/68882 instructions that have
       to be emulated by software on the 68040.  Use this option if your
       68040 does not have code to emulate those instructions.
  
! '-m68060'
!      Generate output for a 68060.  This is the default when the compiler
!      is configured for 68060-based systems.  It is equivalent to
!      '-march=68060'.
  
       This option inhibits the use of 68020 and 68881/68882 instructions
!      that have to be emulated by software on the 68060.  Use this option
!      if your 68060 does not have code to emulate those instructions.
  
! '-mcpu32'
!      Generate output for a CPU32.  This is the default when the compiler
!      is configured for CPU32-based systems.  It is equivalent to
!      '-march=cpu32'.
  
       Use this option for microcontrollers with a CPU32 or CPU32+ core,
       including the 68330, 68331, 68332, 68333, 68334, 68336, 68340,
       68341, 68349 and 68360.
  
! '-m5200'
       Generate output for a 520X ColdFire CPU.  This is the default when
       the compiler is configured for 520X-based systems.  It is
!      equivalent to '-mcpu=5206', and is now deprecated in favor of that
       option.
  
!      Use this option for microcontroller with a 5200 core, including the
!      MCF5202, MCF5203, MCF5204 and MCF5206.
  
! '-m5206e'
       Generate output for a 5206e ColdFire CPU.  The option is now
!      deprecated in favor of the equivalent '-mcpu=5206e'.
  
! '-m528x'
       Generate output for a member of the ColdFire 528X family.  The
!      option is now deprecated in favor of the equivalent '-mcpu=528x'.
  
! '-m5307'
       Generate output for a ColdFire 5307 CPU.  The option is now
!      deprecated in favor of the equivalent '-mcpu=5307'.
  
! '-m5407'
       Generate output for a ColdFire 5407 CPU.  The option is now
!      deprecated in favor of the equivalent '-mcpu=5407'.
  
! '-mcfv4e'
       Generate output for a ColdFire V4e family CPU (e.g. 547x/548x).
       This includes use of hardware floating-point instructions.  The
!      option is equivalent to '-mcpu=547x', and is now deprecated in
       favor of that option.
  
! '-m68020-40'
       Generate output for a 68040, without using any of the new
       instructions.  This results in code that can run relatively
       efficiently on either a 68020/68881 or a 68030 or a 68040.  The
!      generated code does use the 68881 instructions that are emulated on
!      the 68040.
  
!      The option is equivalent to '-march=68020' '-mtune=68020-40'.
  
! '-m68020-60'
       Generate output for a 68060, without using any of the new
       instructions.  This results in code that can run relatively
       efficiently on either a 68020/68881 or a 68030 or a 68040.  The
!      generated code does use the 68881 instructions that are emulated on
!      the 68060.
  
!      The option is equivalent to '-march=68020' '-mtune=68020-60'.
  
! '-mhard-float'
! '-m68881'
       Generate floating-point instructions.  This is the default for
       68020 and above, and for ColdFire devices that have an FPU.  It
!      defines the macro '__HAVE_68881__' on M680x0 targets and
!      '__mcffpu__' on ColdFire targets.
  
! '-msoft-float'
       Do not generate floating-point instructions; use library calls
       instead.  This is the default for 68000, 68010, and 68832 targets.
       It is also the default for ColdFire devices that have no FPU.
  
! '-mdiv'
! '-mno-div'
       Generate (do not generate) ColdFire hardware divide and remainder
!      instructions.  If '-march' is used without '-mcpu', the default is
!      "on" for ColdFire architectures and "off" for M680x0 architectures.
!      Otherwise, the default is taken from the target CPU (either the
!      default CPU, or the one specified by '-mcpu').  For example, the
!      default is "off" for '-mcpu=5206' and "on" for '-mcpu=5206e'.
  
!      GCC defines the macro '__mcfhwdiv__' when this option is enabled.
  
! '-mshort'
!      Consider type 'int' to be 16 bits wide, like 'short int'.
       Additionally, parameters passed on the stack are also aligned to a
       16-bit boundary even on targets whose API mandates promotion to
       32-bit.
  
! '-mno-short'
!      Do not consider type 'int' to be 16 bits wide.  This is the
       default.
  
! '-mnobitfield'
! '-mno-bitfield'
!      Do not use the bit-field instructions.  The '-m68000', '-mcpu32'
!      and '-m5200' options imply '-mnobitfield'.
  
! '-mbitfield'
!      Do use the bit-field instructions.  The '-m68020' option implies
!      '-mbitfield'.  This is the default if you use a configuration
       designed for a 68020.
  
! '-mrtd'
       Use a different function-calling convention, in which functions
!      that take a fixed number of arguments return with the 'rtd'
       instruction, which pops their arguments while returning.  This
       saves one instruction in the caller since there is no need to pop
       the arguments there.
--- 16932,17281 ----
       that, you must not use this option with GCC's default runtime
       libraries.
  
+ 
  
  File: gcc.info,  Node: M32R/D Options,  Next: M680x0 Options,  Prev: M32C Options,  Up: Submodel Options
  
  3.18.21 M32R/D Options
  ----------------------
  
! These `-m' options are defined for Renesas M32R/D architectures:
  
! `-m32r2'
       Generate code for the M32R/2.
  
! `-m32rx'
       Generate code for the M32R/X.
  
! `-m32r'
       Generate code for the M32R.  This is the default.
  
! `-mmodel=small'
       Assume all objects live in the lower 16MB of memory (so that their
!      addresses can be loaded with the `ld24' instruction), and assume
!      all subroutines are reachable with the `bl' instruction.  This is
       the default.
  
       The addressability of a particular object can be set with the
!      `model' attribute.
  
! `-mmodel=medium'
       Assume objects may be anywhere in the 32-bit address space (the
!      compiler generates `seth/add3' instructions to load their
!      addresses), and assume all subroutines are reachable with the `bl'
       instruction.
  
! `-mmodel=large'
       Assume objects may be anywhere in the 32-bit address space (the
!      compiler generates `seth/add3' instructions to load their
       addresses), and assume subroutines may not be reachable with the
!      `bl' instruction (the compiler generates the much slower
!      `seth/add3/jl' instruction sequence).
  
! `-msdata=none'
       Disable use of the small data area.  Variables are put into one of
!      `.data', `.bss', or `.rodata' (unless the `section' attribute has
       been specified).  This is the default.
  
!      The small data area consists of sections `.sdata' and `.sbss'.
       Objects may be explicitly put in the small data area with the
!      `section' attribute using one of these sections.
  
! `-msdata=sdata'
       Put small global and static data in the small data area, but do not
       generate special code to reference them.
  
! `-msdata=use'
       Put small global and static data in the small data area, and
       generate special instructions to reference them.
  
! `-G NUM'
       Put global and static objects less than or equal to NUM bytes into
       the small data or BSS sections instead of the normal data or BSS
!      sections.  The default value of NUM is 8.  The `-msdata' option
!      must be set to one of `sdata' or `use' for this option to have any
       effect.
  
!      All modules should be compiled with the same `-G NUM' value.
       Compiling with different values of NUM may or may not work; if it
       doesn't the linker gives an error message--incorrect code is not
       generated.
  
! `-mdebug'
       Makes the M32R-specific code in the compiler display some
       statistics that might help in debugging programs.
  
! `-malign-loops'
       Align all loops to a 32-byte boundary.
  
! `-mno-align-loops'
       Do not enforce a 32-byte alignment for loops.  This is the default.
  
! `-missue-rate=NUMBER'
       Issue NUMBER instructions per cycle.  NUMBER can only be 1 or 2.
  
! `-mbranch-cost=NUMBER'
       NUMBER can only be 1 or 2.  If it is 1 then branches are preferred
       over conditional code, if it is 2, then the opposite applies.
  
! `-mflush-trap=NUMBER'
       Specifies the trap number to use to flush the cache.  The default
       is 12.  Valid numbers are between 0 and 15 inclusive.
  
! `-mno-flush-trap'
       Specifies that the cache cannot be flushed by using a trap.
  
! `-mflush-func=NAME'
       Specifies the name of the operating system function to call to
!      flush the cache.  The default is `_flush_cache', but a function
       call is only used if a trap is not available.
  
! `-mno-flush-func'
       Indicates that there is no OS function for flushing the cache.
  
+ 
  
  File: gcc.info,  Node: M680x0 Options,  Next: MCore Options,  Prev: M32R/D Options,  Up: Submodel Options
  
  3.18.22 M680x0 Options
  ----------------------
  
! These are the `-m' options defined for M680x0 and ColdFire processors.
  The default settings depend on which architecture was selected when the
  compiler was configured; the defaults for the most common choices are
  given below.
  
! `-march=ARCH'
       Generate code for a specific M680x0 or ColdFire instruction set
       architecture.  Permissible values of ARCH for M680x0 architectures
!      are: `68000', `68010', `68020', `68030', `68040', `68060' and
!      `cpu32'.  ColdFire architectures are selected according to
       Freescale's ISA classification and the permissible values are:
!      `isaa', `isaaplus', `isab' and `isac'.
  
!      GCC defines a macro `__mcfARCH__' whenever it is generating code
       for a ColdFire target.  The ARCH in this macro is one of the
!      `-march' arguments given above.
  
!      When used together, `-march' and `-mtune' select code that runs on
       a family of similar processors but that is optimized for a
       particular microarchitecture.
  
! `-mcpu=CPU'
       Generate code for a specific M680x0 or ColdFire processor.  The
!      M680x0 CPUs are: `68000', `68010', `68020', `68030', `68040',
!      `68060', `68302', `68332' and `cpu32'.  The ColdFire CPUs are
!      given by the table below, which also classifies the CPUs into
!      families:
  
!      *Family*      *`-mcpu' arguments*
!      `51'          `51' `51ac' `51ag' `51cn' `51em' `51je' `51jf' `51jg'
!                    `51jm' `51mm' `51qe' `51qm'
!      `5206'        `5202' `5204' `5206'
!      `5206e'       `5206e'
!      `5208'        `5207' `5208'
!      `5211a'       `5210a' `5211a'
!      `5213'        `5211' `5212' `5213'
!      `5216'        `5214' `5216'
!      `52235'       `52230' `52231' `52232' `52233' `52234' `52235'
!      `5225'        `5224' `5225'
!      `52259'       `52252' `52254' `52255' `52256' `52258' `52259'
!      `5235'        `5232' `5233' `5234' `5235' `523x'
!      `5249'        `5249'
!      `5250'        `5250'
!      `5271'        `5270' `5271'
!      `5272'        `5272'
!      `5275'        `5274' `5275'
!      `5282'        `5280' `5281' `5282' `528x'
!      `53017'       `53011' `53012' `53013' `53014' `53015' `53016'
!                    `53017'
!      `5307'        `5307'
!      `5329'        `5327' `5328' `5329' `532x'
!      `5373'        `5372' `5373' `537x'
!      `5407'        `5407'
!      `5475'        `5470' `5471' `5472' `5473' `5474' `5475' `547x'
!                    `5480' `5481' `5482' `5483' `5484' `5485'
  
!      `-mcpu=CPU' overrides `-march=ARCH' if ARCH is compatible with
!      CPU.  Other combinations of `-mcpu' and `-march' are rejected.
  
!      GCC defines the macro `__mcf_cpu_CPU' when ColdFire target CPU is
!      selected.  It also defines `__mcf_family_FAMILY', where the value
       of FAMILY is given by the table above.
  
! `-mtune=TUNE'
       Tune the code for a particular microarchitecture within the
!      constraints set by `-march' and `-mcpu'.  The M680x0
!      microarchitectures are: `68000', `68010', `68020', `68030',
!      `68040', `68060' and `cpu32'.  The ColdFire microarchitectures
!      are: `cfv1', `cfv2', `cfv3', `cfv4' and `cfv4e'.
  
!      You can also use `-mtune=68020-40' for code that needs to run
       relatively well on 68020, 68030 and 68040 targets.
!      `-mtune=68020-60' is similar but includes 68060 targets as well.
!      These two options select the same tuning decisions as `-m68020-40'
!      and `-m68020-60' respectively.
  
!      GCC defines the macros `__mcARCH' and `__mcARCH__' when tuning for
!      680x0 architecture ARCH.  It also defines `mcARCH' unless either
!      `-ansi' or a non-GNU `-std' option is used.  If GCC is tuning for
!      a range of architectures, as selected by `-mtune=68020-40' or
!      `-mtune=68020-60', it defines the macros for every architecture in
       the range.
  
!      GCC also defines the macro `__mUARCH__' when tuning for ColdFire
       microarchitecture UARCH, where UARCH is one of the arguments given
       above.
  
! `-m68000'
! `-mc68000'
!      Generate output for a 68000.  This is the default when the
!      compiler is configured for 68000-based systems.  It is equivalent
!      to `-march=68000'.
  
       Use this option for microcontrollers with a 68000 or EC000 core,
       including the 68008, 68302, 68306, 68307, 68322, 68328 and 68356.
  
! `-m68010'
!      Generate output for a 68010.  This is the default when the
!      compiler is configured for 68010-based systems.  It is equivalent
!      to `-march=68010'.
  
! `-m68020'
! `-mc68020'
!      Generate output for a 68020.  This is the default when the
!      compiler is configured for 68020-based systems.  It is equivalent
!      to `-march=68020'.
  
! `-m68030'
!      Generate output for a 68030.  This is the default when the
!      compiler is configured for 68030-based systems.  It is equivalent
!      to `-march=68030'.
  
! `-m68040'
!      Generate output for a 68040.  This is the default when the
!      compiler is configured for 68040-based systems.  It is equivalent
!      to `-march=68040'.
  
       This option inhibits the use of 68881/68882 instructions that have
       to be emulated by software on the 68040.  Use this option if your
       68040 does not have code to emulate those instructions.
  
! `-m68060'
!      Generate output for a 68060.  This is the default when the
!      compiler is configured for 68060-based systems.  It is equivalent
!      to `-march=68060'.
  
       This option inhibits the use of 68020 and 68881/68882 instructions
!      that have to be emulated by software on the 68060.  Use this
!      option if your 68060 does not have code to emulate those
!      instructions.
  
! `-mcpu32'
!      Generate output for a CPU32.  This is the default when the
!      compiler is configured for CPU32-based systems.  It is equivalent
!      to `-march=cpu32'.
  
       Use this option for microcontrollers with a CPU32 or CPU32+ core,
       including the 68330, 68331, 68332, 68333, 68334, 68336, 68340,
       68341, 68349 and 68360.
  
! `-m5200'
       Generate output for a 520X ColdFire CPU.  This is the default when
       the compiler is configured for 520X-based systems.  It is
!      equivalent to `-mcpu=5206', and is now deprecated in favor of that
       option.
  
!      Use this option for microcontroller with a 5200 core, including
!      the MCF5202, MCF5203, MCF5204 and MCF5206.
  
! `-m5206e'
       Generate output for a 5206e ColdFire CPU.  The option is now
!      deprecated in favor of the equivalent `-mcpu=5206e'.
  
! `-m528x'
       Generate output for a member of the ColdFire 528X family.  The
!      option is now deprecated in favor of the equivalent `-mcpu=528x'.
  
! `-m5307'
       Generate output for a ColdFire 5307 CPU.  The option is now
!      deprecated in favor of the equivalent `-mcpu=5307'.
  
! `-m5407'
       Generate output for a ColdFire 5407 CPU.  The option is now
!      deprecated in favor of the equivalent `-mcpu=5407'.
  
! `-mcfv4e'
       Generate output for a ColdFire V4e family CPU (e.g. 547x/548x).
       This includes use of hardware floating-point instructions.  The
!      option is equivalent to `-mcpu=547x', and is now deprecated in
       favor of that option.
  
! `-m68020-40'
       Generate output for a 68040, without using any of the new
       instructions.  This results in code that can run relatively
       efficiently on either a 68020/68881 or a 68030 or a 68040.  The
!      generated code does use the 68881 instructions that are emulated
!      on the 68040.
  
!      The option is equivalent to `-march=68020' `-mtune=68020-40'.
  
! `-m68020-60'
       Generate output for a 68060, without using any of the new
       instructions.  This results in code that can run relatively
       efficiently on either a 68020/68881 or a 68030 or a 68040.  The
!      generated code does use the 68881 instructions that are emulated
!      on the 68060.
  
!      The option is equivalent to `-march=68020' `-mtune=68020-60'.
  
! `-mhard-float'
! `-m68881'
       Generate floating-point instructions.  This is the default for
       68020 and above, and for ColdFire devices that have an FPU.  It
!      defines the macro `__HAVE_68881__' on M680x0 targets and
!      `__mcffpu__' on ColdFire targets.
  
! `-msoft-float'
       Do not generate floating-point instructions; use library calls
       instead.  This is the default for 68000, 68010, and 68832 targets.
       It is also the default for ColdFire devices that have no FPU.
  
! `-mdiv'
! `-mno-div'
       Generate (do not generate) ColdFire hardware divide and remainder
!      instructions.  If `-march' is used without `-mcpu', the default is
!      "on" for ColdFire architectures and "off" for M680x0
!      architectures.  Otherwise, the default is taken from the target CPU
!      (either the default CPU, or the one specified by `-mcpu').  For
!      example, the default is "off" for `-mcpu=5206' and "on" for
!      `-mcpu=5206e'.
  
!      GCC defines the macro `__mcfhwdiv__' when this option is enabled.
  
! `-mshort'
!      Consider type `int' to be 16 bits wide, like `short int'.
       Additionally, parameters passed on the stack are also aligned to a
       16-bit boundary even on targets whose API mandates promotion to
       32-bit.
  
! `-mno-short'
!      Do not consider type `int' to be 16 bits wide.  This is the
       default.
  
! `-mnobitfield'
! `-mno-bitfield'
!      Do not use the bit-field instructions.  The `-m68000', `-mcpu32'
!      and `-m5200' options imply `-mnobitfield'.
  
! `-mbitfield'
!      Do use the bit-field instructions.  The `-m68020' option implies
!      `-mbitfield'.  This is the default if you use a configuration
       designed for a 68020.
  
! `-mrtd'
       Use a different function-calling convention, in which functions
!      that take a fixed number of arguments return with the `rtd'
       instruction, which pops their arguments while returning.  This
       saves one instruction in the caller since there is no need to pop
       the arguments there.
*************** given below.
*** 17189,17266 ****
       compiled with the Unix compiler.
  
       Also, you must provide function prototypes for all functions that
!      take variable numbers of arguments (including 'printf'); otherwise
       incorrect code is generated for calls to those functions.
  
       In addition, seriously incorrect code results if you call a
       function with too many arguments.  (Normally, extra arguments are
       harmlessly ignored.)
  
!      The 'rtd' instruction is supported by the 68010, 68020, 68030,
       68040, 68060 and CPU32 processors, but not by the 68000 or 5200.
  
! '-mno-rtd'
!      Do not use the calling conventions selected by '-mrtd'.  This is
       the default.
  
! '-malign-int'
! '-mno-align-int'
!      Control whether GCC aligns 'int', 'long', 'long long', 'float',
!      'double', and 'long double' variables on a 32-bit boundary
!      ('-malign-int') or a 16-bit boundary ('-mno-align-int').  Aligning
       variables on 32-bit boundaries produces code that runs somewhat
       faster on processors with 32-bit busses at the expense of more
       memory.
  
!      *Warning:* if you use the '-malign-int' switch, GCC aligns
       structures containing the above types differently than most
       published application binary interface specifications for the m68k.
  
! '-mpcrel'
       Use the pc-relative addressing mode of the 68000 directly, instead
       of using a global offset table.  At present, this option implies
!      '-fpic', allowing at most a 16-bit offset for pc-relative
!      addressing.  '-fPIC' is not presently supported with '-mpcrel',
       though this could be supported for 68020 and higher processors.
  
! '-mno-strict-align'
! '-mstrict-align'
       Do not (do) assume that unaligned memory references are handled by
       the system.
  
! '-msep-data'
       Generate code that allows the data segment to be located in a
       different area of memory from the text segment.  This allows for
       execute-in-place in an environment without virtual memory
!      management.  This option implies '-fPIC'.
  
! '-mno-sep-data'
       Generate code that assumes that the data segment follows the text
       segment.  This is the default.
  
! '-mid-shared-library'
       Generate code that supports shared libraries via the library ID
       method.  This allows for execute-in-place and shared libraries in
       an environment without virtual memory management.  This option
!      implies '-fPIC'.
  
! '-mno-id-shared-library'
       Generate code that doesn't assume ID-based shared libraries are
       being used.  This is the default.
  
! '-mshared-library-id=n'
       Specifies the identification number of the ID-based shared library
       being compiled.  Specifying a value of 0 generates more compact
       code; specifying other values forces the allocation of that number
       to the current library, but is no more space- or time-efficient
       than omitting this option.
  
! '-mxgot'
! '-mno-xgot'
       When generating position-independent code for ColdFire, generate
       code that works if the GOT has more than 8192 entries.  This code
       is larger and slower than code generated without this option.  On
!      M680x0 processors, this option is not needed; '-fPIC' suffices.
  
       GCC normally uses a single instruction to load values from the GOT.
       While this is relatively efficient, it only works if the GOT is
--- 17285,17362 ----
       compiled with the Unix compiler.
  
       Also, you must provide function prototypes for all functions that
!      take variable numbers of arguments (including `printf'); otherwise
       incorrect code is generated for calls to those functions.
  
       In addition, seriously incorrect code results if you call a
       function with too many arguments.  (Normally, extra arguments are
       harmlessly ignored.)
  
!      The `rtd' instruction is supported by the 68010, 68020, 68030,
       68040, 68060 and CPU32 processors, but not by the 68000 or 5200.
  
! `-mno-rtd'
!      Do not use the calling conventions selected by `-mrtd'.  This is
       the default.
  
! `-malign-int'
! `-mno-align-int'
!      Control whether GCC aligns `int', `long', `long long', `float',
!      `double', and `long double' variables on a 32-bit boundary
!      (`-malign-int') or a 16-bit boundary (`-mno-align-int').  Aligning
       variables on 32-bit boundaries produces code that runs somewhat
       faster on processors with 32-bit busses at the expense of more
       memory.
  
!      *Warning:* if you use the `-malign-int' switch, GCC aligns
       structures containing the above types differently than most
       published application binary interface specifications for the m68k.
  
! `-mpcrel'
       Use the pc-relative addressing mode of the 68000 directly, instead
       of using a global offset table.  At present, this option implies
!      `-fpic', allowing at most a 16-bit offset for pc-relative
!      addressing.  `-fPIC' is not presently supported with `-mpcrel',
       though this could be supported for 68020 and higher processors.
  
! `-mno-strict-align'
! `-mstrict-align'
       Do not (do) assume that unaligned memory references are handled by
       the system.
  
! `-msep-data'
       Generate code that allows the data segment to be located in a
       different area of memory from the text segment.  This allows for
       execute-in-place in an environment without virtual memory
!      management.  This option implies `-fPIC'.
  
! `-mno-sep-data'
       Generate code that assumes that the data segment follows the text
       segment.  This is the default.
  
! `-mid-shared-library'
       Generate code that supports shared libraries via the library ID
       method.  This allows for execute-in-place and shared libraries in
       an environment without virtual memory management.  This option
!      implies `-fPIC'.
  
! `-mno-id-shared-library'
       Generate code that doesn't assume ID-based shared libraries are
       being used.  This is the default.
  
! `-mshared-library-id=n'
       Specifies the identification number of the ID-based shared library
       being compiled.  Specifying a value of 0 generates more compact
       code; specifying other values forces the allocation of that number
       to the current library, but is no more space- or time-efficient
       than omitting this option.
  
! `-mxgot'
! `-mno-xgot'
       When generating position-independent code for ColdFire, generate
       code that works if the GOT has more than 8192 entries.  This code
       is larger and slower than code generated without this option.  On
!      M680x0 processors, this option is not needed; `-fPIC' suffices.
  
       GCC normally uses a single instruction to load values from the GOT.
       While this is relatively efficient, it only works if the GOT is
*************** given below.
*** 17269,17477 ****
  
            relocation truncated to fit: R_68K_GOT16O foobar
  
!      If this happens, you should recompile your code with '-mxgot'.  It
       should then work with very large GOTs.  However, code generated
!      with '-mxgot' is less efficient, since it takes 4 instructions to
       fetch the value of a global symbol.
  
       Note that some linkers, including newer versions of the GNU linker,
       can create multiple GOTs and sort GOT entries.  If you have such a
!      linker, you should only need to use '-mxgot' when compiling a
       single object file that accesses more than 8192 GOT entries.  Very
       few do.
  
       These options have no effect unless GCC is generating
       position-independent code.
  
! '-mlong-jump-table-offsets'
!      Use 32-bit offsets in 'switch' tables.  The default is to use
       16-bit offsets.
  
  
  File: gcc.info,  Node: MCore Options,  Next: MeP Options,  Prev: M680x0 Options,  Up: Submodel Options
  
  3.18.23 MCore Options
  ---------------------
  
! These are the '-m' options defined for the Motorola M*Core processors.
  
! '-mhardlit'
! '-mno-hardlit'
       Inline constants into the code stream if it can be done in two
       instructions or less.
  
! '-mdiv'
! '-mno-div'
       Use the divide instruction.  (Enabled by default).
  
! '-mrelax-immediate'
! '-mno-relax-immediate'
       Allow arbitrary-sized immediates in bit operations.
  
! '-mwide-bitfields'
! '-mno-wide-bitfields'
!      Always treat bit-fields as 'int'-sized.
  
! '-m4byte-functions'
! '-mno-4byte-functions'
       Force all functions to be aligned to a 4-byte boundary.
  
! '-mcallgraph-data'
! '-mno-callgraph-data'
       Emit callgraph information.
  
! '-mslow-bytes'
! '-mno-slow-bytes'
       Prefer word access when reading byte quantities.
  
! '-mlittle-endian'
! '-mbig-endian'
       Generate code for a little-endian target.
  
! '-m210'
! '-m340'
       Generate code for the 210 processor.
  
! '-mno-lsim'
       Assume that runtime support has been provided and so omit the
!      simulator library ('libsim.a)' from the linker command line.
  
! '-mstack-increment=SIZE'
       Set the maximum amount for a single stack increment operation.
       Large values can increase the speed of programs that contain
       functions that need a large amount of stack space, but they can
       also trigger a segmentation fault if the stack is extended too
       much.  The default value is 0x1000.
  
  
  File: gcc.info,  Node: MeP Options,  Next: MicroBlaze Options,  Prev: MCore Options,  Up: Submodel Options
  
  3.18.24 MeP Options
  -------------------
  
! '-mabsdiff'
!      Enables the 'abs' instruction, which is the absolute difference
       between two registers.
  
! '-mall-opts'
       Enables all the optional instructions--average, multiply, divide,
       bit operations, leading zero, absolute difference, min/max, clip,
       and saturation.
  
! '-maverage'
!      Enables the 'ave' instruction, which computes the average of two
       registers.
  
! '-mbased=N'
!      Variables of size N bytes or smaller are placed in the '.based'
!      section by default.  Based variables use the '$tp' register as a
!      base register, and there is a 128-byte limit to the '.based'
       section.
  
! '-mbitops'
!      Enables the bit operation instructions--bit test ('btstm'), set
!      ('bsetm'), clear ('bclrm'), invert ('bnotm'), and test-and-set
!      ('tas').
  
! '-mc=NAME'
       Selects which section constant data is placed in.  NAME may be
!      'tiny', 'near', or 'far'.
  
! '-mclip'
!      Enables the 'clip' instruction.  Note that '-mclip' is not useful
!      unless you also provide '-mminmax'.
  
! '-mconfig=NAME'
       Selects one of the built-in core configurations.  Each MeP chip has
!      one or more modules in it; each module has a core CPU and a variety
!      of coprocessors, optional instructions, and peripherals.  The
!      'MeP-Integrator' tool, not part of GCC, provides these
       configurations through this option; using this option is the same
       as using all the corresponding command-line options.  The default
!      configuration is 'default'.
  
! '-mcop'
       Enables the coprocessor instructions.  By default, this is a 32-bit
       coprocessor.  Note that the coprocessor is normally enabled via the
!      '-mconfig=' option.
  
! '-mcop32'
       Enables the 32-bit coprocessor's instructions.
  
! '-mcop64'
       Enables the 64-bit coprocessor's instructions.
  
! '-mivc2'
       Enables IVC2 scheduling.  IVC2 is a 64-bit VLIW coprocessor.
  
! '-mdc'
!      Causes constant variables to be placed in the '.near' section.
  
! '-mdiv'
!      Enables the 'div' and 'divu' instructions.
  
! '-meb'
       Generate big-endian code.
  
! '-mel'
       Generate little-endian code.
  
! '-mio-volatile'
!      Tells the compiler that any variable marked with the 'io' attribute
!      is to be considered volatile.
  
! '-ml'
!      Causes variables to be assigned to the '.far' section by default.
  
! '-mleadz'
!      Enables the 'leadz' (leading zero) instruction.
  
! '-mm'
!      Causes variables to be assigned to the '.near' section by default.
  
! '-mminmax'
!      Enables the 'min' and 'max' instructions.
  
! '-mmult'
       Enables the multiplication and multiply-accumulate instructions.
  
! '-mno-opts'
!      Disables all the optional instructions enabled by '-mall-opts'.
  
! '-mrepeat'
!      Enables the 'repeat' and 'erepeat' instructions, used for
       low-overhead looping.
  
! '-ms'
!      Causes all variables to default to the '.tiny' section.  Note that
       there is a 65536-byte limit to this section.  Accesses to these
!      variables use the '%gp' base register.
  
! '-msatur'
       Enables the saturation instructions.  Note that the compiler does
       not currently generate these itself, but this option is included
!      for compatibility with other tools, like 'as'.
  
! '-msdram'
       Link the SDRAM-based runtime instead of the default ROM-based
       runtime.
  
! '-msim'
       Link the simulator run-time libraries.
  
! '-msimnovec'
       Link the simulator runtime libraries, excluding built-in support
       for reset and exception vectors and tables.
  
! '-mtf'
!      Causes all functions to default to the '.far' section.  Without
!      this option, functions default to the '.near' section.
  
- '-mtiny=N'
-      Variables that are N bytes or smaller are allocated to the '.tiny'
-      section.  These variables use the '$gp' base register.  The default
-      for this option is 4, but note that there's a 65536-byte limit to
-      the '.tiny' section.
  
  
  File: gcc.info,  Node: MicroBlaze Options,  Next: MIPS Options,  Prev: MeP Options,  Up: Submodel Options
--- 17365,17576 ----
  
            relocation truncated to fit: R_68K_GOT16O foobar
  
!      If this happens, you should recompile your code with `-mxgot'.  It
       should then work with very large GOTs.  However, code generated
!      with `-mxgot' is less efficient, since it takes 4 instructions to
       fetch the value of a global symbol.
  
       Note that some linkers, including newer versions of the GNU linker,
       can create multiple GOTs and sort GOT entries.  If you have such a
!      linker, you should only need to use `-mxgot' when compiling a
       single object file that accesses more than 8192 GOT entries.  Very
       few do.
  
       These options have no effect unless GCC is generating
       position-independent code.
  
! `-mlong-jump-table-offsets'
!      Use 32-bit offsets in `switch' tables.  The default is to use
       16-bit offsets.
  
+ 
  
  File: gcc.info,  Node: MCore Options,  Next: MeP Options,  Prev: M680x0 Options,  Up: Submodel Options
  
  3.18.23 MCore Options
  ---------------------
  
! These are the `-m' options defined for the Motorola M*Core processors.
  
! `-mhardlit'
! `-mno-hardlit'
       Inline constants into the code stream if it can be done in two
       instructions or less.
  
! `-mdiv'
! `-mno-div'
       Use the divide instruction.  (Enabled by default).
  
! `-mrelax-immediate'
! `-mno-relax-immediate'
       Allow arbitrary-sized immediates in bit operations.
  
! `-mwide-bitfields'
! `-mno-wide-bitfields'
!      Always treat bit-fields as `int'-sized.
  
! `-m4byte-functions'
! `-mno-4byte-functions'
       Force all functions to be aligned to a 4-byte boundary.
  
! `-mcallgraph-data'
! `-mno-callgraph-data'
       Emit callgraph information.
  
! `-mslow-bytes'
! `-mno-slow-bytes'
       Prefer word access when reading byte quantities.
  
! `-mlittle-endian'
! `-mbig-endian'
       Generate code for a little-endian target.
  
! `-m210'
! `-m340'
       Generate code for the 210 processor.
  
! `-mno-lsim'
       Assume that runtime support has been provided and so omit the
!      simulator library (`libsim.a)' from the linker command line.
  
! `-mstack-increment=SIZE'
       Set the maximum amount for a single stack increment operation.
       Large values can increase the speed of programs that contain
       functions that need a large amount of stack space, but they can
       also trigger a segmentation fault if the stack is extended too
       much.  The default value is 0x1000.
  
+ 
  
  File: gcc.info,  Node: MeP Options,  Next: MicroBlaze Options,  Prev: MCore Options,  Up: Submodel Options
  
  3.18.24 MeP Options
  -------------------
  
! `-mabsdiff'
!      Enables the `abs' instruction, which is the absolute difference
       between two registers.
  
! `-mall-opts'
       Enables all the optional instructions--average, multiply, divide,
       bit operations, leading zero, absolute difference, min/max, clip,
       and saturation.
  
! `-maverage'
!      Enables the `ave' instruction, which computes the average of two
       registers.
  
! `-mbased=N'
!      Variables of size N bytes or smaller are placed in the `.based'
!      section by default.  Based variables use the `$tp' register as a
!      base register, and there is a 128-byte limit to the `.based'
       section.
  
! `-mbitops'
!      Enables the bit operation instructions--bit test (`btstm'), set
!      (`bsetm'), clear (`bclrm'), invert (`bnotm'), and test-and-set
!      (`tas').
  
! `-mc=NAME'
       Selects which section constant data is placed in.  NAME may be
!      `tiny', `near', or `far'.
  
! `-mclip'
!      Enables the `clip' instruction.  Note that `-mclip' is not useful
!      unless you also provide `-mminmax'.
  
! `-mconfig=NAME'
       Selects one of the built-in core configurations.  Each MeP chip has
!      one or more modules in it; each module has a core CPU and a
!      variety of coprocessors, optional instructions, and peripherals.
!      The `MeP-Integrator' tool, not part of GCC, provides these
       configurations through this option; using this option is the same
       as using all the corresponding command-line options.  The default
!      configuration is `default'.
  
! `-mcop'
       Enables the coprocessor instructions.  By default, this is a 32-bit
       coprocessor.  Note that the coprocessor is normally enabled via the
!      `-mconfig=' option.
  
! `-mcop32'
       Enables the 32-bit coprocessor's instructions.
  
! `-mcop64'
       Enables the 64-bit coprocessor's instructions.
  
! `-mivc2'
       Enables IVC2 scheduling.  IVC2 is a 64-bit VLIW coprocessor.
  
! `-mdc'
!      Causes constant variables to be placed in the `.near' section.
  
! `-mdiv'
!      Enables the `div' and `divu' instructions.
  
! `-meb'
       Generate big-endian code.
  
! `-mel'
       Generate little-endian code.
  
! `-mio-volatile'
!      Tells the compiler that any variable marked with the `io'
!      attribute is to be considered volatile.
  
! `-ml'
!      Causes variables to be assigned to the `.far' section by default.
  
! `-mleadz'
!      Enables the `leadz' (leading zero) instruction.
  
! `-mm'
!      Causes variables to be assigned to the `.near' section by default.
  
! `-mminmax'
!      Enables the `min' and `max' instructions.
  
! `-mmult'
       Enables the multiplication and multiply-accumulate instructions.
  
! `-mno-opts'
!      Disables all the optional instructions enabled by `-mall-opts'.
  
! `-mrepeat'
!      Enables the `repeat' and `erepeat' instructions, used for
       low-overhead looping.
  
! `-ms'
!      Causes all variables to default to the `.tiny' section.  Note that
       there is a 65536-byte limit to this section.  Accesses to these
!      variables use the `%gp' base register.
  
! `-msatur'
       Enables the saturation instructions.  Note that the compiler does
       not currently generate these itself, but this option is included
!      for compatibility with other tools, like `as'.
  
! `-msdram'
       Link the SDRAM-based runtime instead of the default ROM-based
       runtime.
  
! `-msim'
       Link the simulator run-time libraries.
  
! `-msimnovec'
       Link the simulator runtime libraries, excluding built-in support
       for reset and exception vectors and tables.
  
! `-mtf'
!      Causes all functions to default to the `.far' section.  Without
!      this option, functions default to the `.near' section.
! 
! `-mtiny=N'
!      Variables that are N bytes or smaller are allocated to the `.tiny'
!      section.  These variables use the `$gp' base register.  The
!      default for this option is 4, but note that there's a 65536-byte
!      limit to the `.tiny' section.
  
  
  
  File: gcc.info,  Node: MicroBlaze Options,  Next: MIPS Options,  Prev: MeP Options,  Up: Submodel Options
*************** File: gcc.info,  Node: MicroBlaze Option
*** 17479,17569 ****
  3.18.25 MicroBlaze Options
  --------------------------
  
! '-msoft-float'
       Use software emulation for floating point (default).
  
! '-mhard-float'
       Use hardware floating-point instructions.
  
! '-mmemcpy'
!      Do not optimize block moves, use 'memcpy'.
  
! '-mno-clearbss'
!      This option is deprecated.  Use '-fno-zero-initialized-in-bss'
       instead.
  
! '-mcpu=CPU-TYPE'
!      Use features of, and schedule code for, the given CPU. Supported
!      values are in the format 'vX.YY.Z', where X is a major version, YY
       is the minor version, and Z is compatibility code.  Example values
!      are 'v3.00.a', 'v4.00.b', 'v5.00.a', 'v5.00.b', 'v5.00.b',
!      'v6.00.a'.
  
! '-mxl-soft-mul'
       Use software multiply emulation (default).
  
! '-mxl-soft-div'
       Use software emulation for divides (default).
  
! '-mxl-barrel-shift'
       Use the hardware barrel shifter.
  
! '-mxl-pattern-compare'
       Use pattern compare instructions.
  
! '-msmall-divides'
       Use table lookup optimization for small signed integer divisions.
  
! '-mxl-stack-check'
!      This option is deprecated.  Use '-fstack-check' instead.
  
! '-mxl-gp-opt'
!      Use GP-relative '.sdata'/'.sbss' sections.
  
! '-mxl-multiply-high'
       Use multiply high instructions for high part of 32x32 multiply.
  
! '-mxl-float-convert'
       Use hardware floating-point conversion instructions.
  
! '-mxl-float-sqrt'
       Use hardware floating-point square root instruction.
  
! '-mbig-endian'
       Generate code for a big-endian target.
  
! '-mlittle-endian'
       Generate code for a little-endian target.
  
! '-mxl-reorder'
       Use reorder instructions (swap and byte reversed load/store).
  
! '-mxl-mode-APP-MODEL'
       Select application model APP-MODEL.  Valid models are
!      'executable'
!           normal executable (default), uses startup code 'crt0.o'.
  
!      'xmdstub'
            for use with Xilinx Microprocessor Debugger (XMD) based
!           software intrusive debug agent called xmdstub.  This uses
!           startup file 'crt1.o' and sets the start address of the
            program to 0x800.
  
!      'bootstrap'
            for applications that are loaded using a bootloader.  This
!           model uses startup file 'crt2.o' which does not contain a
!           processor reset vector handler.  This is suitable for
            transferring control on a processor reset to the bootloader
            rather than the application.
  
!      'novectors'
            for applications that do not require any of the MicroBlaze
!           vectors.  This option may be useful for applications running
!           within a monitoring application.  This model uses 'crt3.o' as
            a startup file.
  
!      Option '-xl-mode-APP-MODEL' is a deprecated alias for
!      '-mxl-mode-APP-MODEL'.
  
  
  File: gcc.info,  Node: MIPS Options,  Next: MMIX Options,  Prev: MicroBlaze Options,  Up: Submodel Options
--- 17578,17669 ----
  3.18.25 MicroBlaze Options
  --------------------------
  
! `-msoft-float'
       Use software emulation for floating point (default).
  
! `-mhard-float'
       Use hardware floating-point instructions.
  
! `-mmemcpy'
!      Do not optimize block moves, use `memcpy'.
  
! `-mno-clearbss'
!      This option is deprecated.  Use `-fno-zero-initialized-in-bss'
       instead.
  
! `-mcpu=CPU-TYPE'
!      Use features of, and schedule code for, the given CPU.  Supported
!      values are in the format `vX.YY.Z', where X is a major version, YY
       is the minor version, and Z is compatibility code.  Example values
!      are `v3.00.a', `v4.00.b', `v5.00.a', `v5.00.b', `v5.00.b',
!      `v6.00.a'.
  
! `-mxl-soft-mul'
       Use software multiply emulation (default).
  
! `-mxl-soft-div'
       Use software emulation for divides (default).
  
! `-mxl-barrel-shift'
       Use the hardware barrel shifter.
  
! `-mxl-pattern-compare'
       Use pattern compare instructions.
  
! `-msmall-divides'
       Use table lookup optimization for small signed integer divisions.
  
! `-mxl-stack-check'
!      This option is deprecated.  Use `-fstack-check' instead.
  
! `-mxl-gp-opt'
!      Use GP-relative `.sdata'/`.sbss' sections.
  
! `-mxl-multiply-high'
       Use multiply high instructions for high part of 32x32 multiply.
  
! `-mxl-float-convert'
       Use hardware floating-point conversion instructions.
  
! `-mxl-float-sqrt'
       Use hardware floating-point square root instruction.
  
! `-mbig-endian'
       Generate code for a big-endian target.
  
! `-mlittle-endian'
       Generate code for a little-endian target.
  
! `-mxl-reorder'
       Use reorder instructions (swap and byte reversed load/store).
  
! `-mxl-mode-APP-MODEL'
       Select application model APP-MODEL.  Valid models are
!     `executable'
!           normal executable (default), uses startup code `crt0.o'.
  
!     `xmdstub'
            for use with Xilinx Microprocessor Debugger (XMD) based
!           software intrusive debug agent called xmdstub. This uses
!           startup file `crt1.o' and sets the start address of the
            program to 0x800.
  
!     `bootstrap'
            for applications that are loaded using a bootloader.  This
!           model uses startup file `crt2.o' which does not contain a
!           processor reset vector handler. This is suitable for
            transferring control on a processor reset to the bootloader
            rather than the application.
  
!     `novectors'
            for applications that do not require any of the MicroBlaze
!           vectors. This option may be useful for applications running
!           within a monitoring application. This model uses `crt3.o' as
            a startup file.
  
!      Option `-xl-mode-APP-MODEL' is a deprecated alias for
!      `-mxl-mode-APP-MODEL'.
! 
  
  
  File: gcc.info,  Node: MIPS Options,  Next: MMIX Options,  Prev: MicroBlaze Options,  Up: Submodel Options
*************** File: gcc.info,  Node: MIPS Options,  Ne
*** 17571,17798 ****
  3.18.26 MIPS Options
  --------------------
  
! '-EB'
       Generate big-endian code.
  
! '-EL'
!      Generate little-endian code.  This is the default for 'mips*el-*-*'
       configurations.
  
! '-march=ARCH'
!      Generate code that runs on ARCH, which can be the name of a generic
!      MIPS ISA, or the name of a particular processor.  The ISA names
!      are: 'mips1', 'mips2', 'mips3', 'mips4', 'mips32', 'mips32r2',
!      'mips32r3', 'mips32r5', 'mips32r6', 'mips64', 'mips64r2',
!      'mips64r3', 'mips64r5' and 'mips64r6'.  The processor names are:
!      '4kc', '4km', '4kp', '4ksc', '4kec', '4kem', '4kep', '4ksd', '5kc',
!      '5kf', '20kc', '24kc', '24kf2_1', '24kf1_1', '24kec', '24kef2_1',
!      '24kef1_1', '34kc', '34kf2_1', '34kf1_1', '34kn', '74kc',
!      '74kf2_1', '74kf1_1', '74kf3_2', '1004kc', '1004kf2_1',
!      '1004kf1_1', 'i6400', 'interaptiv', 'loongson2e', 'loongson2f',
!      'loongson3a', 'm4k', 'm14k', 'm14kc', 'm14ke', 'm14kec', 'm5100',
!      'm5101', 'octeon', 'octeon+', 'octeon2', 'octeon3', 'orion',
!      'p5600', 'r2000', 'r3000', 'r3900', 'r4000', 'r4400', 'r4600',
!      'r4650', 'r4700', 'r6000', 'r8000', 'rm7000', 'rm9000', 'r10000',
!      'r12000', 'r14000', 'r16000', 'sb1', 'sr71000', 'vr4100', 'vr4111',
!      'vr4120', 'vr4130', 'vr4300', 'vr5000', 'vr5400', 'vr5500', 'xlr'
!      and 'xlp'.  The special value 'from-abi' selects the most
!      compatible architecture for the selected ABI (that is, 'mips1' for
!      32-bit ABIs and 'mips3' for 64-bit ABIs).
  
!      The native Linux/GNU toolchain also supports the value 'native',
       which selects the best architecture option for the host processor.
!      '-march=native' has no effect if GCC does not recognize the
       processor.
  
!      In processor names, a final '000' can be abbreviated as 'k' (for
!      example, '-march=r2k').  Prefixes are optional, and 'vr' may be
!      written 'r'.
  
!      Names of the form 'Nf2_1' refer to processors with FPUs clocked at
!      half the rate of the core, names of the form 'Nf1_1' refer to
       processors with FPUs clocked at the same rate as the core, and
!      names of the form 'Nf3_2' refer to processors with FPUs clocked a
       ratio of 3:2 with respect to the core.  For compatibility reasons,
!      'Nf' is accepted as a synonym for 'Nf2_1' while 'Nx' and 'Bfx' are
!      accepted as synonyms for 'Nf1_1'.
  
       GCC defines two macros based on the value of this option.  The
!      first is '_MIPS_ARCH', which gives the name of target architecture,
!      as a string.  The second has the form '_MIPS_ARCH_FOO', where FOO
!      is the capitalized value of '_MIPS_ARCH'.  For example,
!      '-march=r2000' sets '_MIPS_ARCH' to '"r2000"' and defines the macro
!      '_MIPS_ARCH_R2000'.
  
!      Note that the '_MIPS_ARCH' macro uses the processor names given
       above.  In other words, it has the full prefix and does not
!      abbreviate '000' as 'k'.  In the case of 'from-abi', the macro
!      names the resolved architecture (either '"mips1"' or '"mips3"').
!      It names the default architecture when no '-march' option is given.
  
! '-mtune=ARCH'
       Optimize for ARCH.  Among other things, this option controls the
       way instructions are scheduled, and the perceived cost of
       arithmetic operations.  The list of ARCH values is the same as for
!      '-march'.
  
       When this option is not used, GCC optimizes for the processor
!      specified by '-march'.  By using '-march' and '-mtune' together, it
!      is possible to generate code that runs on a family of processors,
!      but optimize the code for one particular member of that family.
  
!      '-mtune' defines the macros '_MIPS_TUNE' and '_MIPS_TUNE_FOO',
!      which work in the same way as the '-march' ones described above.
  
! '-mips1'
!      Equivalent to '-march=mips1'.
  
! '-mips2'
!      Equivalent to '-march=mips2'.
  
! '-mips3'
!      Equivalent to '-march=mips3'.
  
! '-mips4'
!      Equivalent to '-march=mips4'.
  
! '-mips32'
!      Equivalent to '-march=mips32'.
  
! '-mips32r3'
!      Equivalent to '-march=mips32r3'.
  
! '-mips32r5'
!      Equivalent to '-march=mips32r5'.
  
! '-mips32r6'
!      Equivalent to '-march=mips32r6'.
  
! '-mips64'
!      Equivalent to '-march=mips64'.
  
! '-mips64r2'
!      Equivalent to '-march=mips64r2'.
  
! '-mips64r3'
!      Equivalent to '-march=mips64r3'.
  
! '-mips64r5'
!      Equivalent to '-march=mips64r5'.
  
! '-mips64r6'
!      Equivalent to '-march=mips64r6'.
  
! '-mips16'
! '-mno-mips16'
       Generate (do not generate) MIPS16 code.  If GCC is targeting a
       MIPS32 or MIPS64 architecture, it makes use of the MIPS16e ASE.
  
       MIPS16 code generation can also be controlled on a per-function
!      basis by means of 'mips16' and 'nomips16' attributes.  *Note
       Function Attributes::, for more information.
  
! '-mflip-mips16'
       Generate MIPS16 code on alternating functions.  This option is
       provided for regression testing of mixed MIPS16/non-MIPS16 code
       generation, and is not intended for ordinary use in compiling user
       code.
  
! '-minterlink-compressed'
! '-mno-interlink-compressed'
       Require (do not require) that code using the standard
       (uncompressed) MIPS ISA be link-compatible with MIPS16 and
       microMIPS code, and vice versa.
  
       For example, code using the standard ISA encoding cannot jump
       directly to MIPS16 or microMIPS code; it must either use a call or
!      an indirect jump.  '-minterlink-compressed' therefore disables
       direct jumps unless GCC knows that the target of the jump is not
       compressed.
  
! '-minterlink-mips16'
! '-mno-interlink-mips16'
!      Aliases of '-minterlink-compressed' and
!      '-mno-interlink-compressed'.  These options predate the microMIPS
       ASE and are retained for backwards compatibility.
  
! '-mabi=32'
! '-mabi=o64'
! '-mabi=n32'
! '-mabi=64'
! '-mabi=eabi'
       Generate code for the given ABI.
  
       Note that the EABI has a 32-bit and a 64-bit variant.  GCC normally
       generates 64-bit code when you select a 64-bit architecture, but
!      you can use '-mgp32' to get 32-bit code instead.
  
       For information about the O64 ABI, see
!      <http://gcc.gnu.org/projects/mipso64-abi.html>.
  
       GCC supports a variant of the o32 ABI in which floating-point
       registers are 64 rather than 32 bits wide.  You can select this
!      combination with '-mabi=32' '-mfp64'.  This ABI relies on the
!      'mthc1' and 'mfhc1' instructions and is therefore only supported
       for MIPS32R2, MIPS32R3 and MIPS32R5 processors.
  
       The register assignments for arguments and return values remain the
       same, but each scalar value is passed in a single 64-bit register
       rather than a pair of 32-bit registers.  For example, scalar
!      floating-point values are returned in '$f0' only, not a '$f0'/'$f1'
!      pair.  The set of call-saved registers also remains the same in
!      that the even-numbered double-precision registers are saved.
  
       Two additional variants of the o32 ABI are supported to enable a
       transition from 32-bit to 64-bit registers.  These are FPXX
!      ('-mfpxx') and FP64A ('-mfp64' '-mno-odd-spreg').  The FPXX
       extension mandates that all code must execute correctly when run
!      using 32-bit or 64-bit registers.  The code can be interlinked with
!      either FP32 or FP64, but not both.  The FP64A extension is similar
!      to the FP64 extension but forbids the use of odd-numbered
       single-precision registers.  This can be used in conjunction with
!      the 'FRE' mode of FPUs in MIPS32R5 processors and allows both FP32
       and FP64A code to interlink and run in the same process without
       changing FPU modes.
  
! '-mabicalls'
! '-mno-abicalls'
       Generate (do not generate) code that is suitable for SVR4-style
!      dynamic objects.  '-mabicalls' is the default for SVR4-based
       systems.
  
! '-mshared'
! '-mno-shared'
       Generate (do not generate) code that is fully position-independent,
       and that can therefore be linked into shared libraries.  This
!      option only affects '-mabicalls'.
  
!      All '-mabicalls' code has traditionally been position-independent,
!      regardless of options like '-fPIC' and '-fpic'.  However, as an
       extension, the GNU toolchain allows executables to use absolute
       accesses for locally-binding symbols.  It can also use shorter GP
       initialization sequences and generate direct calls to
!      locally-defined functions.  This mode is selected by '-mno-shared'.
  
!      '-mno-shared' depends on binutils 2.16 or higher and generates
       objects that can only be linked by the GNU linker.  However, the
       option does not affect the ABI of the final executable; it only
!      affects the ABI of relocatable objects.  Using '-mno-shared'
       generally makes executables both smaller and quicker.
  
!      '-mshared' is the default.
  
! '-mplt'
! '-mno-plt'
       Assume (do not assume) that the static and dynamic linkers support
!      PLTs and copy relocations.  This option only affects '-mno-shared
       -mabicalls'.  For the n64 ABI, this option has no effect without
!      '-msym32'.
  
!      You can make '-mplt' the default by configuring GCC with
!      '--with-mips-plt'.  The default is '-mno-plt' otherwise.
  
! '-mxgot'
! '-mno-xgot'
       Lift (do not lift) the usual restrictions on the size of the global
       offset table.
  
--- 17671,17901 ----
  3.18.26 MIPS Options
  --------------------
  
! `-EB'
       Generate big-endian code.
  
! `-EL'
!      Generate little-endian code.  This is the default for `mips*el-*-*'
       configurations.
  
! `-march=ARCH'
!      Generate code that runs on ARCH, which can be the name of a
!      generic MIPS ISA, or the name of a particular processor.  The ISA
!      names are: `mips1', `mips2', `mips3', `mips4', `mips32',
!      `mips32r2', `mips32r3', `mips32r5', `mips32r6', `mips64',
!      `mips64r2', `mips64r3', `mips64r5' and `mips64r6'.  The processor
!      names are: `4kc', `4km', `4kp', `4ksc', `4kec', `4kem', `4kep',
!      `4ksd', `5kc', `5kf', `20kc', `24kc', `24kf2_1', `24kf1_1',
!      `24kec', `24kef2_1', `24kef1_1', `34kc', `34kf2_1', `34kf1_1',
!      `34kn', `74kc', `74kf2_1', `74kf1_1', `74kf3_2', `1004kc',
!      `1004kf2_1', `1004kf1_1', `i6400', `interaptiv', `loongson2e',
!      `loongson2f', `loongson3a', `m4k', `m14k', `m14kc', `m14ke',
!      `m14kec', `m5100', `m5101', `octeon', `octeon+', `octeon2',
!      `octeon3', `orion', `p5600', `r2000', `r3000', `r3900', `r4000',
!      `r4400', `r4600', `r4650', `r4700', `r6000', `r8000', `rm7000',
!      `rm9000', `r10000', `r12000', `r14000', `r16000', `sb1', `sr71000',
!      `vr4100', `vr4111', `vr4120', `vr4130', `vr4300', `vr5000',
!      `vr5400', `vr5500', `xlr' and `xlp'.  The special value `from-abi'
!      selects the most compatible architecture for the selected ABI
!      (that is, `mips1' for 32-bit ABIs and `mips3' for 64-bit ABIs).
  
!      The native Linux/GNU toolchain also supports the value `native',
       which selects the best architecture option for the host processor.
!      `-march=native' has no effect if GCC does not recognize the
       processor.
  
!      In processor names, a final `000' can be abbreviated as `k' (for
!      example, `-march=r2k').  Prefixes are optional, and `vr' may be
!      written `r'.
  
!      Names of the form `Nf2_1' refer to processors with FPUs clocked at
!      half the rate of the core, names of the form `Nf1_1' refer to
       processors with FPUs clocked at the same rate as the core, and
!      names of the form `Nf3_2' refer to processors with FPUs clocked a
       ratio of 3:2 with respect to the core.  For compatibility reasons,
!      `Nf' is accepted as a synonym for `Nf2_1' while `Nx' and `Bfx' are
!      accepted as synonyms for `Nf1_1'.
  
       GCC defines two macros based on the value of this option.  The
!      first is `_MIPS_ARCH', which gives the name of target
!      architecture, as a string.  The second has the form
!      `_MIPS_ARCH_FOO', where FOO is the capitalized value of
!      `_MIPS_ARCH'.  For example, `-march=r2000' sets `_MIPS_ARCH' to
!      `"r2000"' and defines the macro `_MIPS_ARCH_R2000'.
  
!      Note that the `_MIPS_ARCH' macro uses the processor names given
       above.  In other words, it has the full prefix and does not
!      abbreviate `000' as `k'.  In the case of `from-abi', the macro
!      names the resolved architecture (either `"mips1"' or `"mips3"').
!      It names the default architecture when no `-march' option is given.
  
! `-mtune=ARCH'
       Optimize for ARCH.  Among other things, this option controls the
       way instructions are scheduled, and the perceived cost of
       arithmetic operations.  The list of ARCH values is the same as for
!      `-march'.
  
       When this option is not used, GCC optimizes for the processor
!      specified by `-march'.  By using `-march' and `-mtune' together,
!      it is possible to generate code that runs on a family of
!      processors, but optimize the code for one particular member of
!      that family.
  
!      `-mtune' defines the macros `_MIPS_TUNE' and `_MIPS_TUNE_FOO',
!      which work in the same way as the `-march' ones described above.
  
! `-mips1'
!      Equivalent to `-march=mips1'.
  
! `-mips2'
!      Equivalent to `-march=mips2'.
  
! `-mips3'
!      Equivalent to `-march=mips3'.
  
! `-mips4'
!      Equivalent to `-march=mips4'.
  
! `-mips32'
!      Equivalent to `-march=mips32'.
  
! `-mips32r3'
!      Equivalent to `-march=mips32r3'.
  
! `-mips32r5'
!      Equivalent to `-march=mips32r5'.
  
! `-mips32r6'
!      Equivalent to `-march=mips32r6'.
  
! `-mips64'
!      Equivalent to `-march=mips64'.
  
! `-mips64r2'
!      Equivalent to `-march=mips64r2'.
  
! `-mips64r3'
!      Equivalent to `-march=mips64r3'.
  
! `-mips64r5'
!      Equivalent to `-march=mips64r5'.
  
! `-mips64r6'
!      Equivalent to `-march=mips64r6'.
  
! `-mips16'
! `-mno-mips16'
       Generate (do not generate) MIPS16 code.  If GCC is targeting a
       MIPS32 or MIPS64 architecture, it makes use of the MIPS16e ASE.
  
       MIPS16 code generation can also be controlled on a per-function
!      basis by means of `mips16' and `nomips16' attributes.  *Note
       Function Attributes::, for more information.
  
! `-mflip-mips16'
       Generate MIPS16 code on alternating functions.  This option is
       provided for regression testing of mixed MIPS16/non-MIPS16 code
       generation, and is not intended for ordinary use in compiling user
       code.
  
! `-minterlink-compressed'
! 
! `-mno-interlink-compressed'
       Require (do not require) that code using the standard
       (uncompressed) MIPS ISA be link-compatible with MIPS16 and
       microMIPS code, and vice versa.
  
       For example, code using the standard ISA encoding cannot jump
       directly to MIPS16 or microMIPS code; it must either use a call or
!      an indirect jump.  `-minterlink-compressed' therefore disables
       direct jumps unless GCC knows that the target of the jump is not
       compressed.
  
! `-minterlink-mips16'
! `-mno-interlink-mips16'
!      Aliases of `-minterlink-compressed' and
!      `-mno-interlink-compressed'.  These options predate the microMIPS
       ASE and are retained for backwards compatibility.
  
! `-mabi=32'
! `-mabi=o64'
! `-mabi=n32'
! `-mabi=64'
! `-mabi=eabi'
       Generate code for the given ABI.
  
       Note that the EABI has a 32-bit and a 64-bit variant.  GCC normally
       generates 64-bit code when you select a 64-bit architecture, but
!      you can use `-mgp32' to get 32-bit code instead.
  
       For information about the O64 ABI, see
!      `http://gcc.gnu.org/projects/mipso64-abi.html'.
  
       GCC supports a variant of the o32 ABI in which floating-point
       registers are 64 rather than 32 bits wide.  You can select this
!      combination with `-mabi=32' `-mfp64'.  This ABI relies on the
!      `mthc1' and `mfhc1' instructions and is therefore only supported
       for MIPS32R2, MIPS32R3 and MIPS32R5 processors.
  
       The register assignments for arguments and return values remain the
       same, but each scalar value is passed in a single 64-bit register
       rather than a pair of 32-bit registers.  For example, scalar
!      floating-point values are returned in `$f0' only, not a
!      `$f0'/`$f1' pair.  The set of call-saved registers also remains
!      the same in that the even-numbered double-precision registers are
!      saved.
  
       Two additional variants of the o32 ABI are supported to enable a
       transition from 32-bit to 64-bit registers.  These are FPXX
!      (`-mfpxx') and FP64A (`-mfp64' `-mno-odd-spreg').  The FPXX
       extension mandates that all code must execute correctly when run
!      using 32-bit or 64-bit registers.  The code can be interlinked
!      with either FP32 or FP64, but not both.  The FP64A extension is
!      similar to the FP64 extension but forbids the use of odd-numbered
       single-precision registers.  This can be used in conjunction with
!      the `FRE' mode of FPUs in MIPS32R5 processors and allows both FP32
       and FP64A code to interlink and run in the same process without
       changing FPU modes.
  
! `-mabicalls'
! `-mno-abicalls'
       Generate (do not generate) code that is suitable for SVR4-style
!      dynamic objects.  `-mabicalls' is the default for SVR4-based
       systems.
  
! `-mshared'
! `-mno-shared'
       Generate (do not generate) code that is fully position-independent,
       and that can therefore be linked into shared libraries.  This
!      option only affects `-mabicalls'.
  
!      All `-mabicalls' code has traditionally been position-independent,
!      regardless of options like `-fPIC' and `-fpic'.  However, as an
       extension, the GNU toolchain allows executables to use absolute
       accesses for locally-binding symbols.  It can also use shorter GP
       initialization sequences and generate direct calls to
!      locally-defined functions.  This mode is selected by `-mno-shared'.
  
!      `-mno-shared' depends on binutils 2.16 or higher and generates
       objects that can only be linked by the GNU linker.  However, the
       option does not affect the ABI of the final executable; it only
!      affects the ABI of relocatable objects.  Using `-mno-shared'
       generally makes executables both smaller and quicker.
  
!      `-mshared' is the default.
  
! `-mplt'
! `-mno-plt'
       Assume (do not assume) that the static and dynamic linkers support
!      PLTs and copy relocations.  This option only affects `-mno-shared
       -mabicalls'.  For the n64 ABI, this option has no effect without
!      `-msym32'.
  
!      You can make `-mplt' the default by configuring GCC with
!      `--with-mips-plt'.  The default is `-mno-plt' otherwise.
  
! `-mxgot'
! `-mno-xgot'
       Lift (do not lift) the usual restrictions on the size of the global
       offset table.
  
*************** File: gcc.info,  Node: MIPS Options,  Ne
*** 17803,18084 ****
  
            relocation truncated to fit: R_MIPS_GOT16 foobar
  
!      If this happens, you should recompile your code with '-mxgot'.
       This works with very large GOTs, although the code is also less
       efficient, since it takes three instructions to fetch the value of
       a global symbol.
  
       Note that some linkers can create multiple GOTs.  If you have such
!      a linker, you should only need to use '-mxgot' when a single object
       file accesses more than 64k's worth of GOT entries.  Very few do.
  
       These options have no effect unless GCC is generating position
       independent code.
  
! '-mgp32'
       Assume that general-purpose registers are 32 bits wide.
  
! '-mgp64'
       Assume that general-purpose registers are 64 bits wide.
  
! '-mfp32'
       Assume that floating-point registers are 32 bits wide.
  
! '-mfp64'
       Assume that floating-point registers are 64 bits wide.
  
! '-mfpxx'
       Do not assume the width of floating-point registers.
  
! '-mhard-float'
       Use floating-point coprocessor instructions.
  
! '-msoft-float'
       Do not use floating-point coprocessor instructions.  Implement
       floating-point calculations using library calls instead.
  
! '-mno-float'
!      Equivalent to '-msoft-float', but additionally asserts that the
       program being compiled does not perform any floating-point
       operations.  This option is presently supported only by some
       bare-metal MIPS configurations, where it may select a special set
       of libraries that lack all floating-point support (including, for
!      example, the floating-point 'printf' formats).  If code compiled
!      with '-mno-float' accidentally contains floating-point operations,
       it is likely to suffer a link-time or run-time failure.
  
! '-msingle-float'
       Assume that the floating-point coprocessor only supports
       single-precision operations.
  
! '-mdouble-float'
       Assume that the floating-point coprocessor supports
       double-precision operations.  This is the default.
  
! '-modd-spreg'
! '-mno-odd-spreg'
       Enable the use of odd-numbered single-precision floating-point
!      registers for the o32 ABI. This is the default for processors that
!      are known to support these registers.  When using the o32 FPXX ABI,
!      '-mno-odd-spreg' is set by default.
  
! '-mabs=2008'
! '-mabs=legacy'
       These options control the treatment of the special not-a-number
!      (NaN) IEEE 754 floating-point data with the 'abs.fmt' and 'neg.fmt'
!      machine instructions.
  
!      By default or when '-mabs=legacy' is used the legacy treatment is
       selected.  In this case these instructions are considered
       arithmetic and avoided where correct operation is required and the
!      input operand might be a NaN. A longer sequence of instructions
       that manipulate the sign bit of floating-point datum manually is
!      used instead unless the '-ffinite-math-only' option has also been
       specified.
  
!      The '-mabs=2008' option selects the IEEE 754-2008 treatment.  In
       this case these instructions are considered non-arithmetic and
!      therefore operating correctly in all cases, including in particular
!      where the input operand is a NaN. These instructions are therefore
!      always used for the respective operations.
  
! '-mnan=2008'
! '-mnan=legacy'
       These options control the encoding of the special not-a-number
       (NaN) IEEE 754 floating-point data.
  
!      The '-mnan=legacy' option selects the legacy encoding.  In this
       case quiet NaNs (qNaNs) are denoted by the first bit of their
       trailing significand field being 0, whereas signaling NaNs (sNaNs)
       are denoted by the first bit of their trailing significand field
       being 1.
  
!      The '-mnan=2008' option selects the IEEE 754-2008 encoding.  In
       this case qNaNs are denoted by the first bit of their trailing
       significand field being 1, whereas sNaNs are denoted by the first
       bit of their trailing significand field being 0.
  
!      The default is '-mnan=legacy' unless GCC has been configured with
!      '--with-nan=2008'.
  
! '-mllsc'
! '-mno-llsc'
!      Use (do not use) 'll', 'sc', and 'sync' instructions to implement
       atomic memory built-in functions.  When neither option is
       specified, GCC uses the instructions if the target architecture
       supports them.
  
!      '-mllsc' is useful if the runtime environment can emulate the
!      instructions and '-mno-llsc' can be useful when compiling for
       nonstandard ISAs.  You can make either option the default by
!      configuring GCC with '--with-llsc' and '--without-llsc'
!      respectively.  '--with-llsc' is the default for some
       configurations; see the installation documentation for details.
  
! '-mdsp'
! '-mno-dsp'
       Use (do not use) revision 1 of the MIPS DSP ASE.  *Note MIPS DSP
       Built-in Functions::.  This option defines the preprocessor macro
!      '__mips_dsp'.  It also defines '__mips_dsp_rev' to 1.
  
! '-mdspr2'
! '-mno-dspr2'
       Use (do not use) revision 2 of the MIPS DSP ASE.  *Note MIPS DSP
       Built-in Functions::.  This option defines the preprocessor macros
!      '__mips_dsp' and '__mips_dspr2'.  It also defines '__mips_dsp_rev'
       to 2.
  
! '-msmartmips'
! '-mno-smartmips'
       Use (do not use) the MIPS SmartMIPS ASE.
  
! '-mpaired-single'
! '-mno-paired-single'
       Use (do not use) paired-single floating-point instructions.  *Note
       MIPS Paired-Single Support::.  This option requires hardware
       floating-point support to be enabled.
  
! '-mdmx'
! '-mno-mdmx'
       Use (do not use) MIPS Digital Media Extension instructions.  This
       option can only be used when generating 64-bit code and requires
       hardware floating-point support to be enabled.
  
! '-mips3d'
! '-mno-mips3d'
       Use (do not use) the MIPS-3D ASE.  *Note MIPS-3D Built-in
!      Functions::.  The option '-mips3d' implies '-mpaired-single'.
  
! '-mmicromips'
! '-mno-micromips'
       Generate (do not generate) microMIPS code.
  
       MicroMIPS code generation can also be controlled on a per-function
!      basis by means of 'micromips' and 'nomicromips' attributes.  *Note
       Function Attributes::, for more information.
  
! '-mmt'
! '-mno-mt'
       Use (do not use) MT Multithreading instructions.
  
! '-mmcu'
! '-mno-mcu'
       Use (do not use) the MIPS MCU ASE instructions.
  
! '-meva'
! '-mno-eva'
       Use (do not use) the MIPS Enhanced Virtual Addressing instructions.
  
! '-mvirt'
! '-mno-virt'
       Use (do not use) the MIPS Virtualization (VZ) instructions.
  
! '-mxpa'
! '-mno-xpa'
       Use (do not use) the MIPS eXtended Physical Address (XPA)
       instructions.
  
! '-mlong64'
!      Force 'long' types to be 64 bits wide.  See '-mlong32' for an
       explanation of the default and the way that the pointer size is
       determined.
  
! '-mlong32'
!      Force 'long', 'int', and pointer types to be 32 bits wide.
  
!      The default size of 'int's, 'long's and pointers depends on the
!      ABI.  All the supported ABIs use 32-bit 'int's.  The n64 ABI uses
!      64-bit 'long's, as does the 64-bit EABI; the others use 32-bit
!      'long's.  Pointers are the same size as 'long's, or the same size
       as integer registers, whichever is smaller.
  
! '-msym32'
! '-mno-sym32'
       Assume (do not assume) that all symbols have 32-bit values,
       regardless of the selected ABI.  This option is useful in
!      combination with '-mabi=64' and '-mno-abicalls' because it allows
       GCC to generate shorter and faster references to symbolic
       addresses.
  
! '-G NUM'
       Put definitions of externally-visible data in a small data section
       if that data is no bigger than NUM bytes.  GCC can then generate
!      more efficient accesses to the data; see '-mgpopt' for details.
  
!      The default '-G' option depends on the configuration.
  
! '-mlocal-sdata'
! '-mno-local-sdata'
!      Extend (do not extend) the '-G' behavior to local data too, such as
!      to static variables in C.  '-mlocal-sdata' is the default for all
!      configurations.
  
!      If the linker complains that an application is using too much small
!      data, you might want to try rebuilding the less
!      performance-critical parts with '-mno-local-sdata'.  You might also
!      want to build large libraries with '-mno-local-sdata', so that the
!      libraries leave more room for the main program.
  
! '-mextern-sdata'
! '-mno-extern-sdata'
       Assume (do not assume) that externally-defined data is in a small
!      data section if the size of that data is within the '-G' limit.
!      '-mextern-sdata' is the default for all configurations.
  
!      If you compile a module MOD with '-mextern-sdata' '-G NUM'
!      '-mgpopt', and MOD references a variable VAR that is no bigger than
!      NUM bytes, you must make sure that VAR is placed in a small data
!      section.  If VAR is defined by another module, you must either
!      compile that module with a high-enough '-G' setting or attach a
!      'section' attribute to VAR's definition.  If VAR is common, you
!      must link the application with a high-enough '-G' setting.
  
       The easiest way of satisfying these restrictions is to compile and
!      link every module with the same '-G' option.  However, you may wish
!      to build a library that supports several different small data
       limits.  You can do this by compiling the library with the highest
!      supported '-G' setting and additionally using '-mno-extern-sdata'
       to stop the library from making assumptions about
       externally-defined data.
  
! '-mgpopt'
! '-mno-gpopt'
!      Use (do not use) GP-relative accesses for symbols that are known to
!      be in a small data section; see '-G', '-mlocal-sdata' and
!      '-mextern-sdata'.  '-mgpopt' is the default for all configurations.
  
!      '-mno-gpopt' is useful for cases where the '$gp' register might not
!      hold the value of '_gp'.  For example, if the code is part of a
!      library that might be used in a boot monitor, programs that call
!      boot monitor routines pass an unknown value in '$gp'.  (In such
       situations, the boot monitor itself is usually compiled with
!      '-G0'.)
  
!      '-mno-gpopt' implies '-mno-local-sdata' and '-mno-extern-sdata'.
  
! '-membedded-data'
! '-mno-embedded-data'
!      Allocate variables to the read-only data section first if possible,
!      then next in the small data section if possible, otherwise in data.
!      This gives slightly slower code than the default, but reduces the
!      amount of RAM required when executing, and thus may be preferred
!      for some embedded systems.
  
! '-muninit-const-in-rodata'
! '-mno-uninit-const-in-rodata'
!      Put uninitialized 'const' variables in the read-only data section.
       This option is only meaningful in conjunction with
!      '-membedded-data'.
  
! '-mcode-readable=SETTING'
       Specify whether GCC may generate code that reads from executable
       sections.  There are three possible settings:
  
!      '-mcode-readable=yes'
            Instructions may freely access executable sections.  This is
            the default setting.
  
!      '-mcode-readable=pcrel'
            MIPS16 PC-relative load instructions can access executable
            sections, but other instructions must not do so.  This option
            is useful on 4KSc and 4KSd processors when the code TLBs have
--- 17906,18188 ----
  
            relocation truncated to fit: R_MIPS_GOT16 foobar
  
!      If this happens, you should recompile your code with `-mxgot'.
       This works with very large GOTs, although the code is also less
       efficient, since it takes three instructions to fetch the value of
       a global symbol.
  
       Note that some linkers can create multiple GOTs.  If you have such
!      a linker, you should only need to use `-mxgot' when a single object
       file accesses more than 64k's worth of GOT entries.  Very few do.
  
       These options have no effect unless GCC is generating position
       independent code.
  
! `-mgp32'
       Assume that general-purpose registers are 32 bits wide.
  
! `-mgp64'
       Assume that general-purpose registers are 64 bits wide.
  
! `-mfp32'
       Assume that floating-point registers are 32 bits wide.
  
! `-mfp64'
       Assume that floating-point registers are 64 bits wide.
  
! `-mfpxx'
       Do not assume the width of floating-point registers.
  
! `-mhard-float'
       Use floating-point coprocessor instructions.
  
! `-msoft-float'
       Do not use floating-point coprocessor instructions.  Implement
       floating-point calculations using library calls instead.
  
! `-mno-float'
!      Equivalent to `-msoft-float', but additionally asserts that the
       program being compiled does not perform any floating-point
       operations.  This option is presently supported only by some
       bare-metal MIPS configurations, where it may select a special set
       of libraries that lack all floating-point support (including, for
!      example, the floating-point `printf' formats).  If code compiled
!      with `-mno-float' accidentally contains floating-point operations,
       it is likely to suffer a link-time or run-time failure.
  
! `-msingle-float'
       Assume that the floating-point coprocessor only supports
       single-precision operations.
  
! `-mdouble-float'
       Assume that the floating-point coprocessor supports
       double-precision operations.  This is the default.
  
! `-modd-spreg'
! `-mno-odd-spreg'
       Enable the use of odd-numbered single-precision floating-point
!      registers for the o32 ABI.  This is the default for processors
!      that are known to support these registers.  When using the o32
!      FPXX ABI, `-mno-odd-spreg' is set by default.
  
! `-mabs=2008'
! `-mabs=legacy'
       These options control the treatment of the special not-a-number
!      (NaN) IEEE 754 floating-point data with the `abs.fmt' and
!      `neg.fmt' machine instructions.
  
!      By default or when `-mabs=legacy' is used the legacy treatment is
       selected.  In this case these instructions are considered
       arithmetic and avoided where correct operation is required and the
!      input operand might be a NaN.  A longer sequence of instructions
       that manipulate the sign bit of floating-point datum manually is
!      used instead unless the `-ffinite-math-only' option has also been
       specified.
  
!      The `-mabs=2008' option selects the IEEE 754-2008 treatment.  In
       this case these instructions are considered non-arithmetic and
!      therefore operating correctly in all cases, including in
!      particular where the input operand is a NaN.  These instructions
!      are therefore always used for the respective operations.
  
! `-mnan=2008'
! `-mnan=legacy'
       These options control the encoding of the special not-a-number
       (NaN) IEEE 754 floating-point data.
  
!      The `-mnan=legacy' option selects the legacy encoding.  In this
       case quiet NaNs (qNaNs) are denoted by the first bit of their
       trailing significand field being 0, whereas signaling NaNs (sNaNs)
       are denoted by the first bit of their trailing significand field
       being 1.
  
!      The `-mnan=2008' option selects the IEEE 754-2008 encoding.  In
       this case qNaNs are denoted by the first bit of their trailing
       significand field being 1, whereas sNaNs are denoted by the first
       bit of their trailing significand field being 0.
  
!      The default is `-mnan=legacy' unless GCC has been configured with
!      `--with-nan=2008'.
  
! `-mllsc'
! `-mno-llsc'
!      Use (do not use) `ll', `sc', and `sync' instructions to implement
       atomic memory built-in functions.  When neither option is
       specified, GCC uses the instructions if the target architecture
       supports them.
  
!      `-mllsc' is useful if the runtime environment can emulate the
!      instructions and `-mno-llsc' can be useful when compiling for
       nonstandard ISAs.  You can make either option the default by
!      configuring GCC with `--with-llsc' and `--without-llsc'
!      respectively.  `--with-llsc' is the default for some
       configurations; see the installation documentation for details.
  
! `-mdsp'
! `-mno-dsp'
       Use (do not use) revision 1 of the MIPS DSP ASE.  *Note MIPS DSP
       Built-in Functions::.  This option defines the preprocessor macro
!      `__mips_dsp'.  It also defines `__mips_dsp_rev' to 1.
  
! `-mdspr2'
! `-mno-dspr2'
       Use (do not use) revision 2 of the MIPS DSP ASE.  *Note MIPS DSP
       Built-in Functions::.  This option defines the preprocessor macros
!      `__mips_dsp' and `__mips_dspr2'.  It also defines `__mips_dsp_rev'
       to 2.
  
! `-msmartmips'
! `-mno-smartmips'
       Use (do not use) the MIPS SmartMIPS ASE.
  
! `-mpaired-single'
! `-mno-paired-single'
       Use (do not use) paired-single floating-point instructions.  *Note
       MIPS Paired-Single Support::.  This option requires hardware
       floating-point support to be enabled.
  
! `-mdmx'
! `-mno-mdmx'
       Use (do not use) MIPS Digital Media Extension instructions.  This
       option can only be used when generating 64-bit code and requires
       hardware floating-point support to be enabled.
  
! `-mips3d'
! `-mno-mips3d'
       Use (do not use) the MIPS-3D ASE.  *Note MIPS-3D Built-in
!      Functions::.  The option `-mips3d' implies `-mpaired-single'.
  
! `-mmicromips'
! `-mno-micromips'
       Generate (do not generate) microMIPS code.
  
       MicroMIPS code generation can also be controlled on a per-function
!      basis by means of `micromips' and `nomicromips' attributes.  *Note
       Function Attributes::, for more information.
  
! `-mmt'
! `-mno-mt'
       Use (do not use) MT Multithreading instructions.
  
! `-mmcu'
! `-mno-mcu'
       Use (do not use) the MIPS MCU ASE instructions.
  
! `-meva'
! `-mno-eva'
       Use (do not use) the MIPS Enhanced Virtual Addressing instructions.
  
! `-mvirt'
! `-mno-virt'
       Use (do not use) the MIPS Virtualization (VZ) instructions.
  
! `-mxpa'
! `-mno-xpa'
       Use (do not use) the MIPS eXtended Physical Address (XPA)
       instructions.
  
! `-mlong64'
!      Force `long' types to be 64 bits wide.  See `-mlong32' for an
       explanation of the default and the way that the pointer size is
       determined.
  
! `-mlong32'
!      Force `long', `int', and pointer types to be 32 bits wide.
  
!      The default size of `int's, `long's and pointers depends on the
!      ABI.  All the supported ABIs use 32-bit `int's.  The n64 ABI uses
!      64-bit `long's, as does the 64-bit EABI; the others use 32-bit
!      `long's.  Pointers are the same size as `long's, or the same size
       as integer registers, whichever is smaller.
  
! `-msym32'
! `-mno-sym32'
       Assume (do not assume) that all symbols have 32-bit values,
       regardless of the selected ABI.  This option is useful in
!      combination with `-mabi=64' and `-mno-abicalls' because it allows
       GCC to generate shorter and faster references to symbolic
       addresses.
  
! `-G NUM'
       Put definitions of externally-visible data in a small data section
       if that data is no bigger than NUM bytes.  GCC can then generate
!      more efficient accesses to the data; see `-mgpopt' for details.
  
!      The default `-G' option depends on the configuration.
  
! `-mlocal-sdata'
! `-mno-local-sdata'
!      Extend (do not extend) the `-G' behavior to local data too, such
!      as to static variables in C.  `-mlocal-sdata' is the default for
!      all configurations.
  
!      If the linker complains that an application is using too much
!      small data, you might want to try rebuilding the less
!      performance-critical parts with `-mno-local-sdata'.  You might
!      also want to build large libraries with `-mno-local-sdata', so
!      that the libraries leave more room for the main program.
  
! `-mextern-sdata'
! `-mno-extern-sdata'
       Assume (do not assume) that externally-defined data is in a small
!      data section if the size of that data is within the `-G' limit.
!      `-mextern-sdata' is the default for all configurations.
  
!      If you compile a module MOD with `-mextern-sdata' `-G NUM'
!      `-mgpopt', and MOD references a variable VAR that is no bigger
!      than NUM bytes, you must make sure that VAR is placed in a small
!      data section.  If VAR is defined by another module, you must
!      either compile that module with a high-enough `-G' setting or
!      attach a `section' attribute to VAR's definition.  If VAR is
!      common, you must link the application with a high-enough `-G'
!      setting.
  
       The easiest way of satisfying these restrictions is to compile and
!      link every module with the same `-G' option.  However, you may
!      wish to build a library that supports several different small data
       limits.  You can do this by compiling the library with the highest
!      supported `-G' setting and additionally using `-mno-extern-sdata'
       to stop the library from making assumptions about
       externally-defined data.
  
! `-mgpopt'
! `-mno-gpopt'
!      Use (do not use) GP-relative accesses for symbols that are known
!      to be in a small data section; see `-G', `-mlocal-sdata' and
!      `-mextern-sdata'.  `-mgpopt' is the default for all configurations.
  
!      `-mno-gpopt' is useful for cases where the `$gp' register might
!      not hold the value of `_gp'.  For example, if the code is part of
!      a library that might be used in a boot monitor, programs that call
!      boot monitor routines pass an unknown value in `$gp'.  (In such
       situations, the boot monitor itself is usually compiled with
!      `-G0'.)
  
!      `-mno-gpopt' implies `-mno-local-sdata' and `-mno-extern-sdata'.
  
! `-membedded-data'
! `-mno-embedded-data'
!      Allocate variables to the read-only data section first if
!      possible, then next in the small data section if possible,
!      otherwise in data.  This gives slightly slower code than the
!      default, but reduces the amount of RAM required when executing,
!      and thus may be preferred for some embedded systems.
  
! `-muninit-const-in-rodata'
! `-mno-uninit-const-in-rodata'
!      Put uninitialized `const' variables in the read-only data section.
       This option is only meaningful in conjunction with
!      `-membedded-data'.
  
! `-mcode-readable=SETTING'
       Specify whether GCC may generate code that reads from executable
       sections.  There are three possible settings:
  
!     `-mcode-readable=yes'
            Instructions may freely access executable sections.  This is
            the default setting.
  
!     `-mcode-readable=pcrel'
            MIPS16 PC-relative load instructions can access executable
            sections, but other instructions must not do so.  This option
            is useful on 4KSc and 4KSd processors when the code TLBs have
*************** File: gcc.info,  Node: MIPS Options,  Ne
*** 18087,18250 ****
            interface and that, like the M4K, automatically redirect
            PC-relative loads to the instruction RAM.
  
!      '-mcode-readable=no'
!           Instructions must not access executable sections.  This option
!           can be useful on targets that are configured to have a dual
!           instruction/data SRAM interface but that (unlike the M4K) do
!           not automatically redirect PC-relative loads to the
            instruction RAM.
  
! '-msplit-addresses'
! '-mno-split-addresses'
!      Enable (disable) use of the '%hi()' and '%lo()' assembler
       relocation operators.  This option has been superseded by
!      '-mexplicit-relocs' but is retained for backwards compatibility.
  
! '-mexplicit-relocs'
! '-mno-explicit-relocs'
       Use (do not use) assembler relocation operators when dealing with
       symbolic addresses.  The alternative, selected by
!      '-mno-explicit-relocs', is to use assembler macros instead.
  
!      '-mexplicit-relocs' is the default if GCC was configured to use an
       assembler that supports relocation operators.
  
! '-mcheck-zero-division'
! '-mno-check-zero-division'
       Trap (do not trap) on integer division by zero.
  
!      The default is '-mcheck-zero-division'.
  
! '-mdivide-traps'
! '-mdivide-breaks'
       MIPS systems check for division by zero by generating either a
       conditional trap or a break instruction.  Using traps results in
       smaller code, but is only supported on MIPS II and later.  Also,
       some versions of the Linux kernel have a bug that prevents trap
!      from generating the proper signal ('SIGFPE').  Use '-mdivide-traps'
!      to allow conditional traps on architectures that support them and
!      '-mdivide-breaks' to force the use of breaks.
  
!      The default is usually '-mdivide-traps', but this can be overridden
!      at configure time using '--with-divide=breaks'.  Divide-by-zero
!      checks can be completely disabled using '-mno-check-zero-division'.
  
! '-mload-store-pairs'
! '-mno-load-store-pairs'
       Enable (disable) an optimization that pairs consecutive load or
       store instructions to enable load/store bonding.  This option is
       enabled by default but only takes effect when the selected
       architecture is known to support bonding.
  
! '-mmemcpy'
! '-mno-memcpy'
!      Force (do not force) the use of 'memcpy' for non-trivial block
!      moves.  The default is '-mno-memcpy', which allows GCC to inline
       most constant-sized copies.
  
! '-mlong-calls'
! '-mno-long-calls'
!      Disable (do not disable) use of the 'jal' instruction.  Calling
!      functions using 'jal' is more efficient but requires the caller and
!      callee to be in the same 256 megabyte segment.
  
       This option has no effect on abicalls code.  The default is
!      '-mno-long-calls'.
  
! '-mmad'
! '-mno-mad'
!      Enable (disable) use of the 'mad', 'madu' and 'mul' instructions,
       as provided by the R4650 ISA.
  
! '-mimadd'
! '-mno-imadd'
!      Enable (disable) use of the 'madd' and 'msub' integer instructions.
!      The default is '-mimadd' on architectures that support 'madd' and
!      'msub' except for the 74k architecture where it was found to
!      generate slower code.
  
! '-mfused-madd'
! '-mno-fused-madd'
       Enable (disable) use of the floating-point multiply-accumulate
       instructions, when they are available.  The default is
!      '-mfused-madd'.
  
       On the R8000 CPU when multiply-accumulate instructions are used,
!      the intermediate product is calculated to infinite precision and is
!      not subject to the FCSR Flush to Zero bit.  This may be undesirable
!      in some circumstances.  On other processors the result is
!      numerically identical to the equivalent computation using separate
!      multiply, add, subtract and negate instructions.
  
! '-nocpp'
       Tell the MIPS assembler to not run its preprocessor over user
!      assembler files (with a '.s' suffix) when assembling them.
  
! '-mfix-24k'
! '-mno-fix-24k'
       Work around the 24K E48 (lost data on stores during refill) errata.
       The workarounds are implemented by the assembler rather than by
       GCC.
  
! '-mfix-r4000'
! '-mno-fix-r4000'
       Work around certain R4000 CPU errata:
!         - A double-word or a variable shift may give an incorrect result
!           if executed immediately after starting an integer division.
!         - A double-word or a variable shift may give an incorrect result
!           if executed while an integer multiplication is in progress.
!         - An integer division may give an incorrect result if started in
!           a delay slot of a taken branch or a jump.
  
! '-mfix-r4400'
! '-mno-fix-r4400'
       Work around certain R4400 CPU errata:
!         - A double-word or a variable shift may give an incorrect result
!           if executed immediately after starting an integer division.
  
! '-mfix-r10000'
! '-mno-fix-r10000'
       Work around certain R10000 errata:
!         - 'll'/'sc' sequences may not behave atomically on revisions
            prior to 3.0.  They may deadlock on revisions 2.6 and earlier.
  
       This option can only be used if the target architecture supports
!      branch-likely instructions.  '-mfix-r10000' is the default when
!      '-march=r10000' is used; '-mno-fix-r10000' is the default
       otherwise.
  
! '-mfix-rm7000'
! '-mno-fix-rm7000'
!      Work around the RM7000 'dmult'/'dmultu' errata.  The workarounds
       are implemented by the assembler rather than by GCC.
  
! '-mfix-vr4120'
! '-mno-fix-vr4120'
       Work around certain VR4120 errata:
!         - 'dmultu' does not always produce the correct result.
!         - 'div' and 'ddiv' do not always produce the correct result if
            one of the operands is negative.
       The workarounds for the division errata rely on special functions
!      in 'libgcc.a'.  At present, these functions are only provided by
!      the 'mips64vr*-elf' configurations.
  
       Other VR4120 errata require a NOP to be inserted between certain
       pairs of instructions.  These errata are handled by the assembler,
       not by GCC itself.
  
! '-mfix-vr4130'
!      Work around the VR4130 'mflo'/'mfhi' errata.  The workarounds are
       implemented by the assembler rather than by GCC, although GCC
!      avoids using 'mflo' and 'mfhi' if the VR4130 'macc', 'macchi',
!      'dmacc' and 'dmacchi' instructions are available instead.
  
! '-mfix-sb1'
! '-mno-fix-sb1'
       Work around certain SB-1 CPU core errata.  (This flag currently
       works around the SB-1 revision 2 "F1" and "F2" floating-point
       errata.)
  
! '-mr10k-cache-barrier=SETTING'
       Specify whether GCC should insert cache barriers to avoid the
       side-effects of speculation on R10K processors.
  
--- 18191,18362 ----
            interface and that, like the M4K, automatically redirect
            PC-relative loads to the instruction RAM.
  
!     `-mcode-readable=no'
!           Instructions must not access executable sections.  This
!           option can be useful on targets that are configured to have a
!           dual instruction/data SRAM interface but that (unlike the
!           M4K) do not automatically redirect PC-relative loads to the
            instruction RAM.
  
! `-msplit-addresses'
! `-mno-split-addresses'
!      Enable (disable) use of the `%hi()' and `%lo()' assembler
       relocation operators.  This option has been superseded by
!      `-mexplicit-relocs' but is retained for backwards compatibility.
  
! `-mexplicit-relocs'
! `-mno-explicit-relocs'
       Use (do not use) assembler relocation operators when dealing with
       symbolic addresses.  The alternative, selected by
!      `-mno-explicit-relocs', is to use assembler macros instead.
  
!      `-mexplicit-relocs' is the default if GCC was configured to use an
       assembler that supports relocation operators.
  
! `-mcheck-zero-division'
! `-mno-check-zero-division'
       Trap (do not trap) on integer division by zero.
  
!      The default is `-mcheck-zero-division'.
  
! `-mdivide-traps'
! `-mdivide-breaks'
       MIPS systems check for division by zero by generating either a
       conditional trap or a break instruction.  Using traps results in
       smaller code, but is only supported on MIPS II and later.  Also,
       some versions of the Linux kernel have a bug that prevents trap
!      from generating the proper signal (`SIGFPE').  Use
!      `-mdivide-traps' to allow conditional traps on architectures that
!      support them and `-mdivide-breaks' to force the use of breaks.
  
!      The default is usually `-mdivide-traps', but this can be
!      overridden at configure time using `--with-divide=breaks'.
!      Divide-by-zero checks can be completely disabled using
!      `-mno-check-zero-division'.
  
! `-mload-store-pairs'
! `-mno-load-store-pairs'
       Enable (disable) an optimization that pairs consecutive load or
       store instructions to enable load/store bonding.  This option is
       enabled by default but only takes effect when the selected
       architecture is known to support bonding.
  
! `-mmemcpy'
! `-mno-memcpy'
!      Force (do not force) the use of `memcpy' for non-trivial block
!      moves.  The default is `-mno-memcpy', which allows GCC to inline
       most constant-sized copies.
  
! `-mlong-calls'
! `-mno-long-calls'
!      Disable (do not disable) use of the `jal' instruction.  Calling
!      functions using `jal' is more efficient but requires the caller
!      and callee to be in the same 256 megabyte segment.
  
       This option has no effect on abicalls code.  The default is
!      `-mno-long-calls'.
  
! `-mmad'
! `-mno-mad'
!      Enable (disable) use of the `mad', `madu' and `mul' instructions,
       as provided by the R4650 ISA.
  
! `-mimadd'
! `-mno-imadd'
!      Enable (disable) use of the `madd' and `msub' integer
!      instructions.  The default is `-mimadd' on architectures that
!      support `madd' and `msub' except for the 74k architecture where it
!      was found to generate slower code.
  
! `-mfused-madd'
! `-mno-fused-madd'
       Enable (disable) use of the floating-point multiply-accumulate
       instructions, when they are available.  The default is
!      `-mfused-madd'.
  
       On the R8000 CPU when multiply-accumulate instructions are used,
!      the intermediate product is calculated to infinite precision and
!      is not subject to the FCSR Flush to Zero bit.  This may be
!      undesirable in some circumstances.  On other processors the result
!      is numerically identical to the equivalent computation using
!      separate multiply, add, subtract and negate instructions.
  
! `-nocpp'
       Tell the MIPS assembler to not run its preprocessor over user
!      assembler files (with a `.s' suffix) when assembling them.
  
! `-mfix-24k'
! 
! `-mno-fix-24k'
       Work around the 24K E48 (lost data on stores during refill) errata.
       The workarounds are implemented by the assembler rather than by
       GCC.
  
! `-mfix-r4000'
! `-mno-fix-r4000'
       Work around certain R4000 CPU errata:
!         - A double-word or a variable shift may give an incorrect
!           result if executed immediately after starting an integer
!           division.
  
!         - A double-word or a variable shift may give an incorrect
!           result if executed while an integer multiplication is in
!           progress.
! 
!         - An integer division may give an incorrect result if started
!           in a delay slot of a taken branch or a jump.
! 
! `-mfix-r4400'
! `-mno-fix-r4400'
       Work around certain R4400 CPU errata:
!         - A double-word or a variable shift may give an incorrect
!           result if executed immediately after starting an integer
!           division.
  
! `-mfix-r10000'
! `-mno-fix-r10000'
       Work around certain R10000 errata:
!         - `ll'/`sc' sequences may not behave atomically on revisions
            prior to 3.0.  They may deadlock on revisions 2.6 and earlier.
  
       This option can only be used if the target architecture supports
!      branch-likely instructions.  `-mfix-r10000' is the default when
!      `-march=r10000' is used; `-mno-fix-r10000' is the default
       otherwise.
  
! `-mfix-rm7000'
! `-mno-fix-rm7000'
!      Work around the RM7000 `dmult'/`dmultu' errata.  The workarounds
       are implemented by the assembler rather than by GCC.
  
! `-mfix-vr4120'
! `-mno-fix-vr4120'
       Work around certain VR4120 errata:
!         - `dmultu' does not always produce the correct result.
! 
!         - `div' and `ddiv' do not always produce the correct result if
            one of the operands is negative.
       The workarounds for the division errata rely on special functions
!      in `libgcc.a'.  At present, these functions are only provided by
!      the `mips64vr*-elf' configurations.
  
       Other VR4120 errata require a NOP to be inserted between certain
       pairs of instructions.  These errata are handled by the assembler,
       not by GCC itself.
  
! `-mfix-vr4130'
!      Work around the VR4130 `mflo'/`mfhi' errata.  The workarounds are
       implemented by the assembler rather than by GCC, although GCC
!      avoids using `mflo' and `mfhi' if the VR4130 `macc', `macchi',
!      `dmacc' and `dmacchi' instructions are available instead.
  
! `-mfix-sb1'
! `-mno-fix-sb1'
       Work around certain SB-1 CPU core errata.  (This flag currently
       works around the SB-1 revision 2 "F1" and "F2" floating-point
       errata.)
  
! `-mr10k-cache-barrier=SETTING'
       Specify whether GCC should insert cache barriers to avoid the
       side-effects of speculation on R10K processors.
  
*************** File: gcc.info,  Node: MIPS Options,  Ne
*** 18256,18274 ****
  
       This problem only affects kernel stores and, depending on the
       system, kernel loads.  As an example, a speculatively-executed
!      store may load the target memory into cache and mark the cache line
!      as dirty, even if the store itself is later aborted.  If a DMA
!      operation writes to the same area of memory before the "dirty" line
!      is flushed, the cached data overwrites the DMA-ed data.  See the
!      R10K processor manual for a full description, including other
       potential problems.
  
!      One workaround is to insert cache barrier instructions before every
!      memory access that might be speculatively executed and that might
!      have side effects even if aborted.  '-mr10k-cache-barrier=SETTING'
!      controls GCC's implementation of this workaround.  It assumes that
!      aborted accesses to any byte in the following regions does not have
!      side effects:
  
         1. the memory occupied by the current function's stack frame;
  
--- 18368,18386 ----
  
       This problem only affects kernel stores and, depending on the
       system, kernel loads.  As an example, a speculatively-executed
!      store may load the target memory into cache and mark the cache
!      line as dirty, even if the store itself is later aborted.  If a
!      DMA operation writes to the same area of memory before the "dirty"
!      line is flushed, the cached data overwrites the DMA-ed data.  See
!      the R10K processor manual for a full description, including other
       potential problems.
  
!      One workaround is to insert cache barrier instructions before
!      every memory access that might be speculatively executed and that
!      might have side effects even if aborted.
!      `-mr10k-cache-barrier=SETTING' controls GCC's implementation of
!      this workaround.  It assumes that aborted accesses to any byte in
!      the following regions does not have side effects:
  
         1. the memory occupied by the current function's stack frame;
  
*************** File: gcc.info,  Node: MIPS Options,  Ne
*** 18284,18328 ****
  
            void foo (void);
  
!      then the implementation of 'foo' must allow 'j foo' and 'jal foo'
       to be executed speculatively.  GCC honors this restriction for
       functions it compiles itself.  It expects non-GCC functions (such
       as hand-written assembly code) to do the same.
  
       The option has three forms:
  
!      '-mr10k-cache-barrier=load-store'
            Insert a cache barrier before a load or store that might be
            speculatively executed and that might have side effects even
            if aborted.
  
!      '-mr10k-cache-barrier=store'
            Insert a cache barrier before a store that might be
            speculatively executed and that might have side effects even
            if aborted.
  
!      '-mr10k-cache-barrier=none'
            Disable the insertion of cache barriers.  This is the default
            setting.
  
! '-mflush-func=FUNC'
! '-mno-flush-func'
       Specifies the function to call to flush the I and D caches, or to
       not call any such function.  If called, the function must take the
!      same arguments as the common '_flush_func', that is, the address of
!      the memory range for which the cache is being flushed, the size of
!      the memory range, and the number 3 (to flush both caches).  The
       default depends on the target GCC was configured for, but commonly
!      is either '_flush_func' or '__cpu_flush'.
  
! 'mbranch-cost=NUM'
       Set the cost of branches to roughly NUM "simple" instructions.
       This cost is only a heuristic and is not guaranteed to produce
       consistent results across releases.  A zero cost redundantly
!      selects the default, which is based on the '-mtune' setting.
  
! '-mbranch-likely'
! '-mno-branch-likely'
       Enable or disable use of Branch Likely instructions, regardless of
       the default for the selected architecture.  By default, Branch
       Likely instructions may be generated if they are supported by the
--- 18396,18440 ----
  
            void foo (void);
  
!      then the implementation of `foo' must allow `j foo' and `jal foo'
       to be executed speculatively.  GCC honors this restriction for
       functions it compiles itself.  It expects non-GCC functions (such
       as hand-written assembly code) to do the same.
  
       The option has three forms:
  
!     `-mr10k-cache-barrier=load-store'
            Insert a cache barrier before a load or store that might be
            speculatively executed and that might have side effects even
            if aborted.
  
!     `-mr10k-cache-barrier=store'
            Insert a cache barrier before a store that might be
            speculatively executed and that might have side effects even
            if aborted.
  
!     `-mr10k-cache-barrier=none'
            Disable the insertion of cache barriers.  This is the default
            setting.
  
! `-mflush-func=FUNC'
! `-mno-flush-func'
       Specifies the function to call to flush the I and D caches, or to
       not call any such function.  If called, the function must take the
!      same arguments as the common `_flush_func', that is, the address
!      of the memory range for which the cache is being flushed, the size
!      of the memory range, and the number 3 (to flush both caches).  The
       default depends on the target GCC was configured for, but commonly
!      is either `_flush_func' or `__cpu_flush'.
  
! `mbranch-cost=NUM'
       Set the cost of branches to roughly NUM "simple" instructions.
       This cost is only a heuristic and is not guaranteed to produce
       consistent results across releases.  A zero cost redundantly
!      selects the default, which is based on the `-mtune' setting.
  
! `-mbranch-likely'
! `-mno-branch-likely'
       Enable or disable use of Branch Likely instructions, regardless of
       the default for the selected architecture.  By default, Branch
       Likely instructions may be generated if they are supported by the
*************** File: gcc.info,  Node: MIPS Options,  Ne
*** 18332,18360 ****
       default because the MIPS32 and MIPS64 architectures specifically
       deprecate their use.
  
! '-mcompact-branches=never'
! '-mcompact-branches=optimal'
! '-mcompact-branches=always'
       These options control which form of branches will be generated.
!      The default is '-mcompact-branches=optimal'.
  
!      The '-mcompact-branches=never' option ensures that compact branch
       instructions will never be generated.
  
!      The '-mcompact-branches=always' option ensures that a compact
       branch instruction will be generated if available.  If a compact
       branch instruction is not available, a delay slot form of the
       branch will be used instead.
  
       This option is supported from MIPS Release 6 onwards.
  
!      The '-mcompact-branches=optimal' option will cause a delay slot
       branch to be used if one is available in the current ISA and the
       delay slot is successfully filled.  If the delay slot is not
       filled, a compact branch will be chosen if one is available.
  
! '-mfp-exceptions'
! '-mno-fp-exceptions'
       Specifies whether FP exceptions are enabled.  This affects how FP
       instructions are scheduled for some processors.  The default is
       that FP exceptions are enabled.
--- 18444,18472 ----
       default because the MIPS32 and MIPS64 architectures specifically
       deprecate their use.
  
! `-mcompact-branches=never'
! `-mcompact-branches=optimal'
! `-mcompact-branches=always'
       These options control which form of branches will be generated.
!      The default is `-mcompact-branches=optimal'.
  
!      The `-mcompact-branches=never' option ensures that compact branch
       instructions will never be generated.
  
!      The `-mcompact-branches=always' option ensures that a compact
       branch instruction will be generated if available.  If a compact
       branch instruction is not available, a delay slot form of the
       branch will be used instead.
  
       This option is supported from MIPS Release 6 onwards.
  
!      The `-mcompact-branches=optimal' option will cause a delay slot
       branch to be used if one is available in the current ISA and the
       delay slot is successfully filled.  If the delay slot is not
       filled, a compact branch will be chosen if one is available.
  
! `-mfp-exceptions'
! `-mno-fp-exceptions'
       Specifies whether FP exceptions are enabled.  This affects how FP
       instructions are scheduled for some processors.  The default is
       that FP exceptions are enabled.
*************** File: gcc.info,  Node: MIPS Options,  Ne
*** 18363,18370 ****
       are emitting 64-bit code, then we can use both FP pipes.
       Otherwise, we can only use one FP pipe.
  
! '-mvr4130-align'
! '-mno-vr4130-align'
       The VR4130 pipeline is two-way superscalar, but can only issue two
       instructions together if the first one is 8-byte aligned.  When
       this option is enabled, GCC aligns pairs of instructions that it
--- 18475,18482 ----
       are emitting 64-bit code, then we can use both FP pipes.
       Otherwise, we can only use one FP pipe.
  
! `-mvr4130-align'
! `-mno-vr4130-align'
       The VR4130 pipeline is two-way superscalar, but can only issue two
       instructions together if the first one is 8-byte aligned.  When
       this option is enabled, GCC aligns pairs of instructions that it
*************** File: gcc.info,  Node: MIPS Options,  Ne
*** 18372,18438 ****
  
       This option only has an effect when optimizing for the VR4130.  It
       normally makes code faster, but at the expense of making it bigger.
!      It is enabled by default at optimization level '-O3'.
  
! '-msynci'
! '-mno-synci'
!      Enable (disable) generation of 'synci' instructions on
!      architectures that support it.  The 'synci' instructions (if
!      enabled) are generated when '__builtin___clear_cache' is compiled.
  
!      This option defaults to '-mno-synci', but the default can be
!      overridden by configuring GCC with '--with-synci'.
  
       When compiling code for single processor systems, it is generally
!      safe to use 'synci'.  However, on many multi-core (SMP) systems, it
       does not invalidate the instruction caches on all cores and may
       lead to undefined behavior.
  
! '-mrelax-pic-calls'
! '-mno-relax-pic-calls'
       Try to turn PIC calls that are normally dispatched via register
!      '$25' into direct calls.  This is only possible if the linker can
       resolve the destination at link time and if the destination is
       within range for a direct call.
  
!      '-mrelax-pic-calls' is the default if GCC was configured to use an
!      assembler and a linker that support the '.reloc' assembly directive
!      and '-mexplicit-relocs' is in effect.  With '-mno-explicit-relocs',
!      this optimization can be performed by the assembler and the linker
!      alone without help from the compiler.
  
! '-mmcount-ra-address'
! '-mno-mcount-ra-address'
!      Emit (do not emit) code that allows '_mcount' to modify the calling
!      function's return address.  When enabled, this option extends the
!      usual '_mcount' interface with a new RA-ADDRESS parameter, which
!      has type 'intptr_t *' and is passed in register '$12'.  '_mcount'
!      can then modify the return address by doing both of the following:
!         * Returning the new address in register '$31'.
!         * Storing the new address in '*RA-ADDRESS', if RA-ADDRESS is
            nonnull.
  
!      The default is '-mno-mcount-ra-address'.
  
! '-mframe-header-opt'
! '-mno-frame-header-opt'
!      Enable (disable) frame header optimization in the o32 ABI. When
       using the o32 ABI, calling functions will allocate 16 bytes on the
       stack for the called function to write out register arguments.
!      When enabled, this optimization will suppress the allocation of the
!      frame header if it can be determined that it is unused.
  
       This optimization is off by default at all optimization levels.
  
! '-mlxc1-sxc1'
! '-mno-lxc1-sxc1'
!      When applicable, enable (disable) the generation of 'lwxc1',
!      'swxc1', 'ldxc1', 'sdxc1' instructions.  Enabled by default.
  
! '-mmadd4'
! '-mno-madd4'
       When applicable, enable (disable) the generation of 4-operand
!      'madd.s', 'madd.d' and related instructions.  Enabled by default.
  
  
  File: gcc.info,  Node: MMIX Options,  Next: MN10300 Options,  Prev: MIPS Options,  Up: Submodel Options
--- 18484,18553 ----
  
       This option only has an effect when optimizing for the VR4130.  It
       normally makes code faster, but at the expense of making it bigger.
!      It is enabled by default at optimization level `-O3'.
  
! `-msynci'
! `-mno-synci'
!      Enable (disable) generation of `synci' instructions on
!      architectures that support it.  The `synci' instructions (if
!      enabled) are generated when `__builtin___clear_cache' is compiled.
  
!      This option defaults to `-mno-synci', but the default can be
!      overridden by configuring GCC with `--with-synci'.
  
       When compiling code for single processor systems, it is generally
!      safe to use `synci'.  However, on many multi-core (SMP) systems, it
       does not invalidate the instruction caches on all cores and may
       lead to undefined behavior.
  
! `-mrelax-pic-calls'
! `-mno-relax-pic-calls'
       Try to turn PIC calls that are normally dispatched via register
!      `$25' into direct calls.  This is only possible if the linker can
       resolve the destination at link time and if the destination is
       within range for a direct call.
  
!      `-mrelax-pic-calls' is the default if GCC was configured to use an
!      assembler and a linker that support the `.reloc' assembly
!      directive and `-mexplicit-relocs' is in effect.  With
!      `-mno-explicit-relocs', this optimization can be performed by the
!      assembler and the linker alone without help from the compiler.
  
! `-mmcount-ra-address'
! `-mno-mcount-ra-address'
!      Emit (do not emit) code that allows `_mcount' to modify the
!      calling function's return address.  When enabled, this option
!      extends the usual `_mcount' interface with a new RA-ADDRESS
!      parameter, which has type `intptr_t *' and is passed in register
!      `$12'.  `_mcount' can then modify the return address by doing both
!      of the following:
!         * Returning the new address in register `$31'.
! 
!         * Storing the new address in `*RA-ADDRESS', if RA-ADDRESS is
            nonnull.
  
!      The default is `-mno-mcount-ra-address'.
  
! `-mframe-header-opt'
! `-mno-frame-header-opt'
!      Enable (disable) frame header optimization in the o32 ABI.  When
       using the o32 ABI, calling functions will allocate 16 bytes on the
       stack for the called function to write out register arguments.
!      When enabled, this optimization will suppress the allocation of
!      the frame header if it can be determined that it is unused.
  
       This optimization is off by default at all optimization levels.
  
! `-mlxc1-sxc1'
! `-mno-lxc1-sxc1'
!      When applicable, enable (disable) the generation of `lwxc1',
!      `swxc1', `ldxc1', `sdxc1' instructions.  Enabled by default.
  
! `-mmadd4'
! `-mno-madd4'
       When applicable, enable (disable) the generation of 4-operand
!      `madd.s', `madd.d' and related instructions.  Enabled by default.
! 
  
  
  File: gcc.info,  Node: MMIX Options,  Next: MN10300 Options,  Prev: MIPS Options,  Up: Submodel Options
*************** File: gcc.info,  Node: MMIX Options,  Ne
*** 18442,18492 ****
  
  These options are defined for the MMIX:
  
! '-mlibfuncs'
! '-mno-libfuncs'
       Specify that intrinsic library functions are being compiled,
       passing all values in registers, no matter the size.
  
! '-mepsilon'
! '-mno-epsilon'
       Generate floating-point comparison instructions that compare with
!      respect to the 'rE' epsilon register.
  
! '-mabi=mmixware'
! '-mabi=gnu'
       Generate code that passes function parameters and return values
!      that (in the called function) are seen as registers '$0' and up, as
!      opposed to the GNU ABI which uses global registers '$231' and up.
  
! '-mzero-extend'
! '-mno-zero-extend'
       When reading data from memory in sizes shorter than 64 bits, use
       (do not use) zero-extending load instructions by default, rather
       than sign-extending ones.
  
! '-mknuthdiv'
! '-mno-knuthdiv'
       Make the result of a division yielding a remainder have the same
!      sign as the divisor.  With the default, '-mno-knuthdiv', the sign
       of the remainder follows the sign of the dividend.  Both methods
       are arithmetically valid, the latter being almost exclusively used.
  
! '-mtoplevel-symbols'
! '-mno-toplevel-symbols'
!      Prepend (do not prepend) a ':' to all global symbols, so the
!      assembly code can be used with the 'PREFIX' assembly directive.
  
! '-melf'
       Generate an executable in the ELF format, rather than the default
!      'mmo' format used by the 'mmix' simulator.
  
! '-mbranch-predict'
! '-mno-branch-predict'
       Use (do not use) the probable-branch instructions, when static
       branch prediction indicates a probable branch.
  
! '-mbase-addresses'
! '-mno-base-addresses'
       Generate (do not generate) code that uses _base addresses_.  Using
       a base address automatically generates a request (handled by the
       assembler and the linker) for a constant to be set up in a global
--- 18557,18608 ----
  
  These options are defined for the MMIX:
  
! `-mlibfuncs'
! `-mno-libfuncs'
       Specify that intrinsic library functions are being compiled,
       passing all values in registers, no matter the size.
  
! `-mepsilon'
! `-mno-epsilon'
       Generate floating-point comparison instructions that compare with
!      respect to the `rE' epsilon register.
  
! `-mabi=mmixware'
! `-mabi=gnu'
       Generate code that passes function parameters and return values
!      that (in the called function) are seen as registers `$0' and up,
!      as opposed to the GNU ABI which uses global registers `$231' and
!      up.
  
! `-mzero-extend'
! `-mno-zero-extend'
       When reading data from memory in sizes shorter than 64 bits, use
       (do not use) zero-extending load instructions by default, rather
       than sign-extending ones.
  
! `-mknuthdiv'
! `-mno-knuthdiv'
       Make the result of a division yielding a remainder have the same
!      sign as the divisor.  With the default, `-mno-knuthdiv', the sign
       of the remainder follows the sign of the dividend.  Both methods
       are arithmetically valid, the latter being almost exclusively used.
  
! `-mtoplevel-symbols'
! `-mno-toplevel-symbols'
!      Prepend (do not prepend) a `:' to all global symbols, so the
!      assembly code can be used with the `PREFIX' assembly directive.
  
! `-melf'
       Generate an executable in the ELF format, rather than the default
!      `mmo' format used by the `mmix' simulator.
  
! `-mbranch-predict'
! `-mno-branch-predict'
       Use (do not use) the probable-branch instructions, when static
       branch prediction indicates a probable branch.
  
! `-mbase-addresses'
! `-mno-base-addresses'
       Generate (do not generate) code that uses _base addresses_.  Using
       a base address automatically generates a request (handled by the
       assembler and the linker) for a constant to be set up in a global
*************** These options are defined for the MMIX:
*** 18494,18504 ****
       requests within the range 0 to 255 from the value held in the
       register.  The generally leads to short and fast code, but the
       number of different data items that can be addressed is limited.
!      This means that a program that uses lots of static data may require
!      '-mno-base-addresses'.
  
! '-msingle-exit'
! '-mno-single-exit'
       Force (do not force) generated code to have a single exit point in
       each function.
  
--- 18610,18620 ----
       requests within the range 0 to 255 from the value held in the
       register.  The generally leads to short and fast code, but the
       number of different data items that can be addressed is limited.
!      This means that a program that uses lots of static data may
!      require `-mno-base-addresses'.
  
! `-msingle-exit'
! `-mno-single-exit'
       Force (do not force) generated code to have a single exit point in
       each function.
  
*************** File: gcc.info,  Node: MN10300 Options,
*** 18508,18579 ****
  3.18.28 MN10300 Options
  -----------------------
  
! These '-m' options are defined for Matsushita MN10300 architectures:
  
! '-mmult-bug'
       Generate code to avoid bugs in the multiply instructions for the
       MN10300 processors.  This is the default.
  
! '-mno-mult-bug'
!      Do not generate code to avoid bugs in the multiply instructions for
!      the MN10300 processors.
  
! '-mam33'
       Generate code using features specific to the AM33 processor.
  
! '-mno-am33'
!      Do not generate code using features specific to the AM33 processor.
!      This is the default.
  
! '-mam33-2'
       Generate code using features specific to the AM33/2.0 processor.
  
! '-mam34'
       Generate code using features specific to the AM34 processor.
  
! '-mtune=CPU-TYPE'
       Use the timing characteristics of the indicated CPU type when
       scheduling instructions.  This does not change the targeted
!      processor type.  The CPU type must be one of 'mn10300', 'am33',
!      'am33-2' or 'am34'.
  
! '-mreturn-pointer-on-d0'
       When generating a function that returns a pointer, return the
!      pointer in both 'a0' and 'd0'.  Otherwise, the pointer is returned
!      only in 'a0', and attempts to call such functions without a
       prototype result in errors.  Note that this option is on by
!      default; use '-mno-return-pointer-on-d0' to disable it.
  
! '-mno-crt0'
       Do not link in the C run-time initialization object file.
  
! '-mrelax'
       Indicate to the linker that it should perform a relaxation
       optimization pass to shorten branches, calls and absolute memory
!      addresses.  This option only has an effect when used on the command
!      line for the final link step.
  
       This option makes symbolic debugging impossible.
  
! '-mliw'
!      Allow the compiler to generate _Long Instruction Word_ instructions
!      if the target is the 'AM33' or later.  This is the default.  This
!      option defines the preprocessor macro '__LIW__'.
  
! '-mnoliw'
       Do not allow the compiler to generate _Long Instruction Word_
       instructions.  This option defines the preprocessor macro
!      '__NO_LIW__'.
  
! '-msetlb'
       Allow the compiler to generate the _SETLB_ and _Lcc_ instructions
!      if the target is the 'AM33' or later.  This is the default.  This
!      option defines the preprocessor macro '__SETLB__'.
  
! '-mnosetlb'
       Do not allow the compiler to generate _SETLB_ or _Lcc_
       instructions.  This option defines the preprocessor macro
!      '__NO_SETLB__'.
  
  
  File: gcc.info,  Node: Moxie Options,  Next: MSP430 Options,  Prev: MN10300 Options,  Up: Submodel Options
--- 18624,18696 ----
  3.18.28 MN10300 Options
  -----------------------
  
! These `-m' options are defined for Matsushita MN10300 architectures:
  
! `-mmult-bug'
       Generate code to avoid bugs in the multiply instructions for the
       MN10300 processors.  This is the default.
  
! `-mno-mult-bug'
!      Do not generate code to avoid bugs in the multiply instructions
!      for the MN10300 processors.
  
! `-mam33'
       Generate code using features specific to the AM33 processor.
  
! `-mno-am33'
!      Do not generate code using features specific to the AM33
!      processor.  This is the default.
  
! `-mam33-2'
       Generate code using features specific to the AM33/2.0 processor.
  
! `-mam34'
       Generate code using features specific to the AM34 processor.
  
! `-mtune=CPU-TYPE'
       Use the timing characteristics of the indicated CPU type when
       scheduling instructions.  This does not change the targeted
!      processor type.  The CPU type must be one of `mn10300', `am33',
!      `am33-2' or `am34'.
  
! `-mreturn-pointer-on-d0'
       When generating a function that returns a pointer, return the
!      pointer in both `a0' and `d0'.  Otherwise, the pointer is returned
!      only in `a0', and attempts to call such functions without a
       prototype result in errors.  Note that this option is on by
!      default; use `-mno-return-pointer-on-d0' to disable it.
  
! `-mno-crt0'
       Do not link in the C run-time initialization object file.
  
! `-mrelax'
       Indicate to the linker that it should perform a relaxation
       optimization pass to shorten branches, calls and absolute memory
!      addresses.  This option only has an effect when used on the
!      command line for the final link step.
  
       This option makes symbolic debugging impossible.
  
! `-mliw'
!      Allow the compiler to generate _Long Instruction Word_
!      instructions if the target is the `AM33' or later.  This is the
!      default.  This option defines the preprocessor macro `__LIW__'.
  
! `-mnoliw'
       Do not allow the compiler to generate _Long Instruction Word_
       instructions.  This option defines the preprocessor macro
!      `__NO_LIW__'.
  
! `-msetlb'
       Allow the compiler to generate the _SETLB_ and _Lcc_ instructions
!      if the target is the `AM33' or later.  This is the default.  This
!      option defines the preprocessor macro `__SETLB__'.
  
! `-mnosetlb'
       Do not allow the compiler to generate _SETLB_ or _Lcc_
       instructions.  This option defines the preprocessor macro
!      `__NO_SETLB__'.
! 
  
  
  File: gcc.info,  Node: Moxie Options,  Next: MSP430 Options,  Prev: MN10300 Options,  Up: Submodel Options
*************** File: gcc.info,  Node: Moxie Options,  N
*** 18581,18600 ****
  3.18.29 Moxie Options
  ---------------------
  
! '-meb'
!      Generate big-endian code.  This is the default for 'moxie-*-*'
       configurations.
  
! '-mel'
       Generate little-endian code.
  
! '-mmul.x'
       Generate mul.x and umul.x instructions.  This is the default for
!      'moxiebox-*-*' configurations.
  
! '-mno-crt0'
       Do not link in the C run-time initialization object file.
  
  
  File: gcc.info,  Node: MSP430 Options,  Next: NDS32 Options,  Prev: Moxie Options,  Up: Submodel Options
  
--- 18698,18718 ----
  3.18.29 Moxie Options
  ---------------------
  
! `-meb'
!      Generate big-endian code.  This is the default for `moxie-*-*'
       configurations.
  
! `-mel'
       Generate little-endian code.
  
! `-mmul.x'
       Generate mul.x and umul.x instructions.  This is the default for
!      `moxiebox-*-*' configurations.
  
! `-mno-crt0'
       Do not link in the C run-time initialization object file.
  
+ 
  
  File: gcc.info,  Node: MSP430 Options,  Next: NDS32 Options,  Prev: Moxie Options,  Up: Submodel Options
  
*************** File: gcc.info,  Node: MSP430 Options,
*** 18603,18677 ****
  
  These options are defined for the MSP430:
  
! '-masm-hex'
       Force assembly output to always use hex constants.  Normally such
       constants are signed decimals, but this option is available for
       testsuite and/or aesthetic purposes.
  
! '-mmcu='
       Select the MCU to target.  This is used to create a C preprocessor
       symbol based upon the MCU name, converted to upper case and pre-
!      and post-fixed with '__'.  This in turn is used by the 'msp430.h'
       header file to select an MCU-specific supplementary header file.
  
       The option also sets the ISA to use.  If the MCU name is one that
       is known to only support the 430 ISA then that is selected,
!      otherwise the 430X ISA is selected.  A generic MCU name of 'msp430'
!      can also be used to select the 430 ISA. Similarly the generic
!      'msp430x' MCU name selects the 430X ISA.
  
       In addition an MCU-specific linker script is added to the linker
!      command line.  The script's name is the name of the MCU with '.ld'
!      appended.  Thus specifying '-mmcu=xxx' on the 'gcc' command line
!      defines the C preprocessor symbol '__XXX__' and cause the linker to
!      search for a script called 'xxx.ld'.
  
       This option is also passed on to the assembler.
  
! '-mwarn-mcu'
! '-mno-warn-mcu'
       This option enables or disables warnings about conflicts between
!      the MCU name specified by the '-mmcu' option and the ISA set by the
!      '-mcpu' option and/or the hardware multiply support set by the
!      '-mhwmult' option.  It also toggles warnings about unrecognized MCU
!      names.  This option is on by default.
  
! '-mcpu='
!      Specifies the ISA to use.  Accepted values are 'msp430', 'msp430x'
!      and 'msp430xv2'.  This option is deprecated.  The '-mmcu=' option
       should be used to select the ISA.
  
! '-msim'
       Link to the simulator runtime libraries and linker script.
!      Overrides any scripts that would be selected by the '-mmcu='
       option.
  
! '-mlarge'
!      Use large-model addressing (20-bit pointers, 32-bit 'size_t').
  
! '-msmall'
!      Use small-model addressing (16-bit pointers, 16-bit 'size_t').
  
! '-mrelax'
       This option is passed to the assembler and linker, and allows the
       linker to perform certain optimizations that cannot be done until
       the final link.
  
! 'mhwmult='
       Describes the type of hardware multiply supported by the target.
!      Accepted values are 'none' for no hardware multiply, '16bit' for
!      the original 16-bit-only multiply supported by early MCUs.  '32bit'
!      for the 16/32-bit multiply supported by later MCUs and 'f5series'
!      for the 16/32-bit multiply supported by F5-series MCUs.  A value of
!      'auto' can also be given.  This tells GCC to deduce the hardware
!      multiply support based upon the MCU name provided by the '-mmcu'
!      option.  If no '-mmcu' option is specified or if the MCU name is
!      not recognized then no hardware multiply support is assumed.
!      'auto' is the default setting.
  
       Hardware multiplies are normally performed by calling a library
       routine.  This saves space in the generated code.  When compiling
!      at '-O3' or higher however the hardware multiplier is invoked
       inline.  This makes for bigger, but faster code.
  
       The hardware multiply routines disable interrupts whilst running
--- 18721,18795 ----
  
  These options are defined for the MSP430:
  
! `-masm-hex'
       Force assembly output to always use hex constants.  Normally such
       constants are signed decimals, but this option is available for
       testsuite and/or aesthetic purposes.
  
! `-mmcu='
       Select the MCU to target.  This is used to create a C preprocessor
       symbol based upon the MCU name, converted to upper case and pre-
!      and post-fixed with `__'.  This in turn is used by the `msp430.h'
       header file to select an MCU-specific supplementary header file.
  
       The option also sets the ISA to use.  If the MCU name is one that
       is known to only support the 430 ISA then that is selected,
!      otherwise the 430X ISA is selected.  A generic MCU name of
!      `msp430' can also be used to select the 430 ISA.  Similarly the
!      generic `msp430x' MCU name selects the 430X ISA.
  
       In addition an MCU-specific linker script is added to the linker
!      command line.  The script's name is the name of the MCU with `.ld'
!      appended.  Thus specifying `-mmcu=xxx' on the `gcc' command line
!      defines the C preprocessor symbol `__XXX__' and cause the linker
!      to search for a script called `xxx.ld'.
  
       This option is also passed on to the assembler.
  
! `-mwarn-mcu'
! `-mno-warn-mcu'
       This option enables or disables warnings about conflicts between
!      the MCU name specified by the `-mmcu' option and the ISA set by the
!      `-mcpu' option and/or the hardware multiply support set by the
!      `-mhwmult' option.  It also toggles warnings about unrecognized
!      MCU names.  This option is on by default.
  
! `-mcpu='
!      Specifies the ISA to use.  Accepted values are `msp430', `msp430x'
!      and `msp430xv2'.  This option is deprecated.  The `-mmcu=' option
       should be used to select the ISA.
  
! `-msim'
       Link to the simulator runtime libraries and linker script.
!      Overrides any scripts that would be selected by the `-mmcu='
       option.
  
! `-mlarge'
!      Use large-model addressing (20-bit pointers, 32-bit `size_t').
  
! `-msmall'
!      Use small-model addressing (16-bit pointers, 16-bit `size_t').
  
! `-mrelax'
       This option is passed to the assembler and linker, and allows the
       linker to perform certain optimizations that cannot be done until
       the final link.
  
! `mhwmult='
       Describes the type of hardware multiply supported by the target.
!      Accepted values are `none' for no hardware multiply, `16bit' for
!      the original 16-bit-only multiply supported by early MCUs.
!      `32bit' for the 16/32-bit multiply supported by later MCUs and
!      `f5series' for the 16/32-bit multiply supported by F5-series MCUs.
!      A value of `auto' can also be given.  This tells GCC to deduce the
!      hardware multiply support based upon the MCU name provided by the
!      `-mmcu' option.  If no `-mmcu' option is specified or if the MCU
!      name is not recognized then no hardware multiply support is
!      assumed.  `auto' is the default setting.
  
       Hardware multiplies are normally performed by calling a library
       routine.  This saves space in the generated code.  When compiling
!      at `-O3' or higher however the hardware multiplier is invoked
       inline.  This makes for bigger, but faster code.
  
       The hardware multiply routines disable interrupts whilst running
*************** These options are defined for the MSP430
*** 18679,18709 ****
       makes them safe to use inside interrupt handlers as well as in
       normal code.
  
! '-minrt'
       Enable the use of a minimum runtime environment - no static
       initializers or constructors.  This is intended for
       memory-constrained devices.  The compiler includes special symbols
       in some objects that tell the linker and runtime which code
       fragments are required.
  
! '-mcode-region='
! '-mdata-region='
       These options tell the compiler where to place functions and data
!      that do not have one of the 'lower', 'upper', 'either' or 'section'
!      attributes.  Possible values are 'lower', 'upper', 'either' or
!      'any'.  The first three behave like the corresponding attribute.
!      The fourth possible value - 'any' - is the default.  It leaves
!      placement entirely up to the linker script and how it assigns the
!      standard sections ('.text', '.data', etc) to the memory regions.
  
! '-msilicon-errata='
       This option passes on a request to assembler to enable the fixes
       for the named silicon errata.
  
! '-msilicon-errata-warn='
       This option passes on a request to the assembler to enable warning
       messages when a silicon errata might need to be applied.
  
  
  File: gcc.info,  Node: NDS32 Options,  Next: Nios II Options,  Prev: MSP430 Options,  Up: Submodel Options
  
--- 18797,18829 ----
       makes them safe to use inside interrupt handlers as well as in
       normal code.
  
! `-minrt'
       Enable the use of a minimum runtime environment - no static
       initializers or constructors.  This is intended for
       memory-constrained devices.  The compiler includes special symbols
       in some objects that tell the linker and runtime which code
       fragments are required.
  
! `-mcode-region='
! `-mdata-region='
       These options tell the compiler where to place functions and data
!      that do not have one of the `lower', `upper', `either' or
!      `section' attributes.  Possible values are `lower', `upper',
!      `either' or `any'.  The first three behave like the corresponding
!      attribute.  The fourth possible value - `any' - is the default.
!      It leaves placement entirely up to the linker script and how it
!      assigns the standard sections (`.text', `.data', etc) to the
!      memory regions.
  
! `-msilicon-errata='
       This option passes on a request to assembler to enable the fixes
       for the named silicon errata.
  
! `-msilicon-errata-warn='
       This option passes on a request to the assembler to enable warning
       messages when a silicon errata might need to be applied.
  
+ 
  
  File: gcc.info,  Node: NDS32 Options,  Next: Nios II Options,  Prev: MSP430 Options,  Up: Submodel Options
  
*************** File: gcc.info,  Node: NDS32 Options,  N
*** 18712,18783 ****
  
  These options are defined for NDS32 implementations:
  
! '-mbig-endian'
       Generate code in big-endian mode.
  
! '-mlittle-endian'
       Generate code in little-endian mode.
  
! '-mreduced-regs'
       Use reduced-set registers for register allocation.
  
! '-mfull-regs'
       Use full-set registers for register allocation.
  
! '-mcmov'
       Generate conditional move instructions.
  
! '-mno-cmov'
       Do not generate conditional move instructions.
  
! '-mperf-ext'
       Generate performance extension instructions.
  
! '-mno-perf-ext'
       Do not generate performance extension instructions.
  
! '-mv3push'
       Generate v3 push25/pop25 instructions.
  
! '-mno-v3push'
       Do not generate v3 push25/pop25 instructions.
  
! '-m16-bit'
       Generate 16-bit instructions.
  
! '-mno-16-bit'
       Do not generate 16-bit instructions.
  
! '-misr-vector-size=NUM'
       Specify the size of each interrupt vector, which must be 4 or 16.
  
! '-mcache-block-size=NUM'
       Specify the size of each cache block, which must be a power of 2
       between 4 and 512.
  
! '-march=ARCH'
       Specify the name of the target architecture.
  
! '-mcmodel=CODE-MODEL'
       Set the code model to one of
!      'small'
            All the data and read-only data segments must be within 512KB
            addressing space.  The text segment must be within 16MB
            addressing space.
!      'medium'
!           The data segment must be within 512KB while the read-only data
!           segment can be within 4GB addressing space.  The text segment
!           should be still within 16MB addressing space.
!      'large'
            All the text and data segments can be within 4GB addressing
            space.
  
! '-mctor-dtor'
       Enable constructor/destructor feature.
  
! '-mrelax'
       Guide linker to relax instructions.
  
  
  File: gcc.info,  Node: Nios II Options,  Next: Nvidia PTX Options,  Prev: NDS32 Options,  Up: Submodel Options
  
--- 18832,18906 ----
  
  These options are defined for NDS32 implementations:
  
! `-mbig-endian'
       Generate code in big-endian mode.
  
! `-mlittle-endian'
       Generate code in little-endian mode.
  
! `-mreduced-regs'
       Use reduced-set registers for register allocation.
  
! `-mfull-regs'
       Use full-set registers for register allocation.
  
! `-mcmov'
       Generate conditional move instructions.
  
! `-mno-cmov'
       Do not generate conditional move instructions.
  
! `-mperf-ext'
       Generate performance extension instructions.
  
! `-mno-perf-ext'
       Do not generate performance extension instructions.
  
! `-mv3push'
       Generate v3 push25/pop25 instructions.
  
! `-mno-v3push'
       Do not generate v3 push25/pop25 instructions.
  
! `-m16-bit'
       Generate 16-bit instructions.
  
! `-mno-16-bit'
       Do not generate 16-bit instructions.
  
! `-misr-vector-size=NUM'
       Specify the size of each interrupt vector, which must be 4 or 16.
  
! `-mcache-block-size=NUM'
       Specify the size of each cache block, which must be a power of 2
       between 4 and 512.
  
! `-march=ARCH'
       Specify the name of the target architecture.
  
! `-mcmodel=CODE-MODEL'
       Set the code model to one of
!     `small'
            All the data and read-only data segments must be within 512KB
            addressing space.  The text segment must be within 16MB
            addressing space.
! 
!     `medium'
!           The data segment must be within 512KB while the read-only
!           data segment can be within 4GB addressing space.  The text
!           segment should be still within 16MB addressing space.
! 
!     `large'
            All the text and data segments can be within 4GB addressing
            space.
  
! `-mctor-dtor'
       Enable constructor/destructor feature.
  
! `-mrelax'
       Guide linker to relax instructions.
  
+ 
  
  File: gcc.info,  Node: Nios II Options,  Next: Nvidia PTX Options,  Prev: NDS32 Options,  Up: Submodel Options
  
*************** File: gcc.info,  Node: Nios II Options,
*** 18786,18826 ****
  
  These are the options defined for the Altera Nios II processor.
  
! '-G NUM'
       Put global and static objects less than or equal to NUM bytes into
       the small data or BSS sections instead of the normal data or BSS
       sections.  The default value of NUM is 8.
  
! '-mgpopt=OPTION'
! '-mgpopt'
! '-mno-gpopt'
       Generate (do not generate) GP-relative accesses.  The following
       OPTION names are recognized:
  
!      'none'
            Do not generate GP-relative accesses.
  
!      'local'
            Generate GP-relative accesses for small data objects that are
!           not external, weak, or uninitialized common symbols.  Also use
!           GP-relative addressing for objects that have been explicitly
!           placed in a small data section via a 'section' attribute.
  
!      'global'
!           As for 'local', but also generate GP-relative accesses for
!           small data objects that are external, weak, or common.  If you
!           use this option, you must ensure that all parts of your
!           program (including libraries) are compiled with the same '-G'
            setting.
  
!      'data'
            Generate GP-relative accesses for all data objects in the
            program.  If you use this option, the entire data and BSS
            segments of your program must fit in 64K of memory and you
            must use an appropriate linker script to allocate them within
            the addressable range of the global pointer.
  
!      'all'
            Generate GP-relative addresses for function pointers as well
            as data pointers.  If you use this option, the entire text,
            data, and BSS segments of your program must fit in 64K of
--- 18909,18951 ----
  
  These are the options defined for the Altera Nios II processor.
  
! `-G NUM'
       Put global and static objects less than or equal to NUM bytes into
       the small data or BSS sections instead of the normal data or BSS
       sections.  The default value of NUM is 8.
  
! `-mgpopt=OPTION'
! 
! `-mgpopt'
! `-mno-gpopt'
       Generate (do not generate) GP-relative accesses.  The following
       OPTION names are recognized:
  
!     `none'
            Do not generate GP-relative accesses.
  
!     `local'
            Generate GP-relative accesses for small data objects that are
!           not external, weak, or uninitialized common symbols.  Also
!           use GP-relative addressing for objects that have been
!           explicitly placed in a small data section via a `section'
!           attribute.
  
!     `global'
!           As for `local', but also generate GP-relative accesses for
!           small data objects that are external, weak, or common.  If
!           you use this option, you must ensure that all parts of your
!           program (including libraries) are compiled with the same `-G'
            setting.
  
!     `data'
            Generate GP-relative accesses for all data objects in the
            program.  If you use this option, the entire data and BSS
            segments of your program must fit in 64K of memory and you
            must use an appropriate linker script to allocate them within
            the addressable range of the global pointer.
  
!     `all'
            Generate GP-relative addresses for function pointers as well
            as data pointers.  If you use this option, the entire text,
            data, and BSS segments of your program must fit in 64K of
*************** These are the options defined for the Al
*** 18828,18901 ****
            allocate them within the addressable range of the global
            pointer.
  
-      '-mgpopt' is equivalent to '-mgpopt=local', and '-mno-gpopt' is
-      equivalent to '-mgpopt=none'.
  
!      The default is '-mgpopt' except when '-fpic' or '-fPIC' is
       specified to generate position-independent code.  Note that the
       Nios II ABI does not permit GP-relative accesses from shared
       libraries.
  
!      You may need to specify '-mno-gpopt' explicitly when building
       programs that include large amounts of small data, including large
       GOT data sections.  In this case, the 16-bit offset for GP-relative
       addressing may not be large enough to allow access to the entire
       small data section.
  
! '-mel'
! '-meb'
       Generate little-endian (default) or big-endian (experimental) code,
       respectively.
  
! '-march=ARCH'
       This specifies the name of the target Nios II architecture.  GCC
       uses this name to determine what kind of instructions it can emit
!      when generating assembly code.  Permissible names are: 'r1', 'r2'.
  
!      The preprocessor macro '__nios2_arch__' is available to programs,
       with value 1 or 2, indicating the targeted ISA level.
  
! '-mbypass-cache'
! '-mno-bypass-cache'
       Force all load and store instructions to always bypass cache by
!      using I/O variants of the instructions.  The default is not to
       bypass the cache.
  
! '-mno-cache-volatile'
! '-mcache-volatile'
       Volatile memory access bypass the cache using the I/O variants of
!      the load and store instructions.  The default is not to bypass the
       cache.
  
! '-mno-fast-sw-div'
! '-mfast-sw-div'
!      Do not use table-based fast divide for small numbers.  The default
!      is to use the fast divide at '-O3' and above.
  
! '-mno-hw-mul'
! '-mhw-mul'
! '-mno-hw-mulx'
! '-mhw-mulx'
! '-mno-hw-div'
! '-mhw-div'
!      Enable or disable emitting 'mul', 'mulx' and 'div' family of
!      instructions by the compiler.  The default is to emit 'mul' and not
!      emit 'div' and 'mulx'.
  
! '-mbmx'
! '-mno-bmx'
! '-mcdx'
! '-mno-cdx'
       Enable or disable generation of Nios II R2 BMX (bit manipulation)
       and CDX (code density) instructions.  Enabling these instructions
!      also requires '-march=r2'.  Since these instructions are optional
       extensions to the R2 architecture, the default is not to emit them.
  
! '-mcustom-INSN=N'
! '-mno-custom-INSN'
!      Each '-mcustom-INSN=N' option enables use of a custom instruction
       with encoding N when generating code that uses INSN.  For example,
!      '-mcustom-fadds=253' generates custom instruction 253 for
       single-precision floating-point add operations instead of the
       default behavior of using a library call.
  
--- 18953,19027 ----
            allocate them within the addressable range of the global
            pointer.
  
  
!      `-mgpopt' is equivalent to `-mgpopt=local', and `-mno-gpopt' is
!      equivalent to `-mgpopt=none'.
! 
!      The default is `-mgpopt' except when `-fpic' or `-fPIC' is
       specified to generate position-independent code.  Note that the
       Nios II ABI does not permit GP-relative accesses from shared
       libraries.
  
!      You may need to specify `-mno-gpopt' explicitly when building
       programs that include large amounts of small data, including large
       GOT data sections.  In this case, the 16-bit offset for GP-relative
       addressing may not be large enough to allow access to the entire
       small data section.
  
! `-mel'
! `-meb'
       Generate little-endian (default) or big-endian (experimental) code,
       respectively.
  
! `-march=ARCH'
       This specifies the name of the target Nios II architecture.  GCC
       uses this name to determine what kind of instructions it can emit
!      when generating assembly code.  Permissible names are: `r1', `r2'.
  
!      The preprocessor macro `__nios2_arch__' is available to programs,
       with value 1 or 2, indicating the targeted ISA level.
  
! `-mbypass-cache'
! `-mno-bypass-cache'
       Force all load and store instructions to always bypass cache by
!      using I/O variants of the instructions. The default is not to
       bypass the cache.
  
! `-mno-cache-volatile'
! `-mcache-volatile'
       Volatile memory access bypass the cache using the I/O variants of
!      the load and store instructions. The default is not to bypass the
       cache.
  
! `-mno-fast-sw-div'
! `-mfast-sw-div'
!      Do not use table-based fast divide for small numbers. The default
!      is to use the fast divide at `-O3' and above.
  
! `-mno-hw-mul'
! `-mhw-mul'
! `-mno-hw-mulx'
! `-mhw-mulx'
! `-mno-hw-div'
! `-mhw-div'
!      Enable or disable emitting `mul', `mulx' and `div' family of
!      instructions by the compiler. The default is to emit `mul' and not
!      emit `div' and `mulx'.
  
! `-mbmx'
! `-mno-bmx'
! `-mcdx'
! `-mno-cdx'
       Enable or disable generation of Nios II R2 BMX (bit manipulation)
       and CDX (code density) instructions.  Enabling these instructions
!      also requires `-march=r2'.  Since these instructions are optional
       extensions to the R2 architecture, the default is not to emit them.
  
! `-mcustom-INSN=N'
! `-mno-custom-INSN'
!      Each `-mcustom-INSN=N' option enables use of a custom instruction
       with encoding N when generating code that uses INSN.  For example,
!      `-mcustom-fadds=253' generates custom instruction 253 for
       single-precision floating-point add operations instead of the
       default behavior of using a library call.
  
*************** These are the options defined for the Al
*** 18906,19037 ****
       Builtins::).
  
       Single-precision floating point:
! 
!      'fadds', 'fsubs', 'fdivs', 'fmuls'
            Binary arithmetic operations.
  
!      'fnegs'
            Unary negation.
  
!      'fabss'
            Unary absolute value.
  
!      'fcmpeqs', 'fcmpges', 'fcmpgts', 'fcmples', 'fcmplts', 'fcmpnes'
            Comparison operations.
  
!      'fmins', 'fmaxs'
            Floating-point minimum and maximum.  These instructions are
!           only generated if '-ffinite-math-only' is specified.
  
!      'fsqrts'
            Unary square root operation.
  
!      'fcoss', 'fsins', 'ftans', 'fatans', 'fexps', 'flogs'
!           Floating-point trigonometric and exponential functions.  These
!           instructions are only generated if
!           '-funsafe-math-optimizations' is also specified.
  
-      Double-precision floating point:
  
!      'faddd', 'fsubd', 'fdivd', 'fmuld'
            Binary arithmetic operations.
  
!      'fnegd'
            Unary negation.
  
!      'fabsd'
            Unary absolute value.
  
!      'fcmpeqd', 'fcmpged', 'fcmpgtd', 'fcmpled', 'fcmpltd', 'fcmpned'
            Comparison operations.
  
!      'fmind', 'fmaxd'
            Double-precision minimum and maximum.  These instructions are
!           only generated if '-ffinite-math-only' is specified.
  
!      'fsqrtd'
            Unary square root operation.
  
!      'fcosd', 'fsind', 'ftand', 'fatand', 'fexpd', 'flogd'
            Double-precision trigonometric and exponential functions.
            These instructions are only generated if
!           '-funsafe-math-optimizations' is also specified.
  
       Conversions:
!      'fextsd'
            Conversion from single precision to double precision.
  
!      'ftruncds'
            Conversion from double precision to single precision.
  
!      'fixsi', 'fixsu', 'fixdi', 'fixdu'
            Conversion from floating point to signed or unsigned integer
            types, with truncation towards zero.
  
!      'round'
            Conversion from single-precision floating point to signed
            integer, rounding to the nearest integer and ties away from
!           zero.  This corresponds to the '__builtin_lroundf' function
!           when '-fno-math-errno' is used.
  
!      'floatis', 'floatus', 'floatid', 'floatud'
            Conversion from signed or unsigned integer types to
            floating-point types.
  
       In addition, all of the following transfer instructions for
       internal registers X and Y must be provided to use any of the
       double-precision floating-point instructions.  Custom instructions
       taking two double-precision source operands expect the first
!      operand in the 64-bit register X. The other operand (or only
       operand of a unary operation) is given to the custom arithmetic
!      instruction with the least significant half in source register SRC1
!      and the most significant half in SRC2.  A custom instruction that
!      returns a double-precision result returns the most significant 32
!      bits in the destination register and the other half in 32-bit
!      register Y. GCC automatically generates the necessary code
!      sequences to write register X and/or read register Y when
       double-precision floating-point instructions are used.
  
!      'fwrx'
            Write SRC1 into the least significant half of X and SRC2 into
            the most significant half of X.
  
!      'fwry'
            Write SRC1 into Y.
  
!      'frdxhi', 'frdxlo'
            Read the most or least (respectively) significant half of X
            and store it in DEST.
  
!      'frdy'
            Read the value of Y and store it into DEST.
  
       Note that you can gain more local control over generation of Nios
!      II custom instructions by using the 'target("custom-INSN=N")' and
!      'target("no-custom-INSN")' function attributes (*note Function
       Attributes::) or pragmas (*note Function Specific Option
       Pragmas::).
  
! '-mcustom-fpu-cfg=NAME'
! 
       This option enables a predefined, named set of custom instruction
!      encodings (see '-mcustom-INSN' above).  Currently, the following
       sets are defined:
  
!      '-mcustom-fpu-cfg=60-1' is equivalent to:
            -mcustom-fmuls=252
            -mcustom-fadds=253
            -mcustom-fsubs=254
            -fsingle-precision-constant
  
!      '-mcustom-fpu-cfg=60-2' is equivalent to:
            -mcustom-fmuls=252
            -mcustom-fadds=253
            -mcustom-fsubs=254
            -mcustom-fdivs=255
            -fsingle-precision-constant
  
!      '-mcustom-fpu-cfg=72-3' is equivalent to:
            -mcustom-floatus=243
            -mcustom-fixsi=244
            -mcustom-floatis=245
--- 19032,19163 ----
       Builtins::).
  
       Single-precision floating point:
!     `fadds', `fsubs', `fdivs', `fmuls'
            Binary arithmetic operations.
  
!     `fnegs'
            Unary negation.
  
!     `fabss'
            Unary absolute value.
  
!     `fcmpeqs', `fcmpges', `fcmpgts', `fcmples', `fcmplts', `fcmpnes'
            Comparison operations.
  
!     `fmins', `fmaxs'
            Floating-point minimum and maximum.  These instructions are
!           only generated if `-ffinite-math-only' is specified.
  
!     `fsqrts'
            Unary square root operation.
  
!     `fcoss', `fsins', `ftans', `fatans', `fexps', `flogs'
!           Floating-point trigonometric and exponential functions.
!           These instructions are only generated if
!           `-funsafe-math-optimizations' is also specified.
  
  
!      Double-precision floating point:
!     `faddd', `fsubd', `fdivd', `fmuld'
            Binary arithmetic operations.
  
!     `fnegd'
            Unary negation.
  
!     `fabsd'
            Unary absolute value.
  
!     `fcmpeqd', `fcmpged', `fcmpgtd', `fcmpled', `fcmpltd', `fcmpned'
            Comparison operations.
  
!     `fmind', `fmaxd'
            Double-precision minimum and maximum.  These instructions are
!           only generated if `-ffinite-math-only' is specified.
  
!     `fsqrtd'
            Unary square root operation.
  
!     `fcosd', `fsind', `ftand', `fatand', `fexpd', `flogd'
            Double-precision trigonometric and exponential functions.
            These instructions are only generated if
!           `-funsafe-math-optimizations' is also specified.
! 
  
       Conversions:
!     `fextsd'
            Conversion from single precision to double precision.
  
!     `ftruncds'
            Conversion from double precision to single precision.
  
!     `fixsi', `fixsu', `fixdi', `fixdu'
            Conversion from floating point to signed or unsigned integer
            types, with truncation towards zero.
  
!     `round'
            Conversion from single-precision floating point to signed
            integer, rounding to the nearest integer and ties away from
!           zero.  This corresponds to the `__builtin_lroundf' function
!           when `-fno-math-errno' is used.
  
!     `floatis', `floatus', `floatid', `floatud'
            Conversion from signed or unsigned integer types to
            floating-point types.
  
+ 
       In addition, all of the following transfer instructions for
       internal registers X and Y must be provided to use any of the
       double-precision floating-point instructions.  Custom instructions
       taking two double-precision source operands expect the first
!      operand in the 64-bit register X.  The other operand (or only
       operand of a unary operation) is given to the custom arithmetic
!      instruction with the least significant half in source register
!      SRC1 and the most significant half in SRC2.  A custom instruction
!      that returns a double-precision result returns the most
!      significant 32 bits in the destination register and the other half
!      in 32-bit register Y.  GCC automatically generates the necessary
!      code sequences to write register X and/or read register Y when
       double-precision floating-point instructions are used.
  
!     `fwrx'
            Write SRC1 into the least significant half of X and SRC2 into
            the most significant half of X.
  
!     `fwry'
            Write SRC1 into Y.
  
!     `frdxhi', `frdxlo'
            Read the most or least (respectively) significant half of X
            and store it in DEST.
  
!     `frdy'
            Read the value of Y and store it into DEST.
  
       Note that you can gain more local control over generation of Nios
!      II custom instructions by using the `target("custom-INSN=N")' and
!      `target("no-custom-INSN")' function attributes (*note Function
       Attributes::) or pragmas (*note Function Specific Option
       Pragmas::).
  
! `-mcustom-fpu-cfg=NAME'
       This option enables a predefined, named set of custom instruction
!      encodings (see `-mcustom-INSN' above).  Currently, the following
       sets are defined:
  
!      `-mcustom-fpu-cfg=60-1' is equivalent to:
            -mcustom-fmuls=252
            -mcustom-fadds=253
            -mcustom-fsubs=254
            -fsingle-precision-constant
  
!      `-mcustom-fpu-cfg=60-2' is equivalent to:
            -mcustom-fmuls=252
            -mcustom-fadds=253
            -mcustom-fsubs=254
            -mcustom-fdivs=255
            -fsingle-precision-constant
  
!      `-mcustom-fpu-cfg=72-3' is equivalent to:
            -mcustom-floatus=243
            -mcustom-fixsi=244
            -mcustom-floatis=245
*************** These are the options defined for the Al
*** 19045,19082 ****
            -mcustom-fdivs=255
            -fsingle-precision-constant
  
!      Custom instruction assignments given by individual '-mcustom-INSN='
!      options override those given by '-mcustom-fpu-cfg=', regardless of
!      the order of the options on the command line.
  
       Note that you can gain more local control over selection of a FPU
!      configuration by using the 'target("custom-fpu-cfg=NAME")' function
!      attribute (*note Function Attributes::) or pragma (*note Function
!      Specific Option Pragmas::).
  
!  These additional '-m' options are available for the Altera Nios II ELF
  (bare-metal) target:
  
! '-mhal'
!      Link with HAL BSP. This suppresses linking with the GCC-provided C
!      runtime startup and termination code, and is typically used in
!      conjunction with '-msys-crt0=' to specify the location of the
       alternate startup code provided by the HAL BSP.
  
! '-msmallc'
!      Link with a limited version of the C library, '-lsmallc', rather
       than Newlib.
  
! '-msys-crt0=STARTFILE'
       STARTFILE is the file name of the startfile (crt0) to use when
!      linking.  This option is only useful in conjunction with '-mhal'.
  
! '-msys-lib=SYSTEMLIB'
       SYSTEMLIB is the library name of the library that provides
!      low-level system calls required by the C library, e.g.  'read' and
!      'write'.  This option is typically used to link with a library
       provided by a HAL BSP.
  
  
  File: gcc.info,  Node: Nvidia PTX Options,  Next: PDP-11 Options,  Prev: Nios II Options,  Up: Submodel Options
  
--- 19171,19211 ----
            -mcustom-fdivs=255
            -fsingle-precision-constant
  
!      Custom instruction assignments given by individual
!      `-mcustom-INSN=' options override those given by
!      `-mcustom-fpu-cfg=', regardless of the order of the options on the
!      command line.
  
       Note that you can gain more local control over selection of a FPU
!      configuration by using the `target("custom-fpu-cfg=NAME")'
!      function attribute (*note Function Attributes::) or pragma (*note
!      Function Specific Option Pragmas::).
  
! 
!  These additional `-m' options are available for the Altera Nios II ELF
  (bare-metal) target:
  
! `-mhal'
!      Link with HAL BSP.  This suppresses linking with the GCC-provided
!      C runtime startup and termination code, and is typically used in
!      conjunction with `-msys-crt0=' to specify the location of the
       alternate startup code provided by the HAL BSP.
  
! `-msmallc'
!      Link with a limited version of the C library, `-lsmallc', rather
       than Newlib.
  
! `-msys-crt0=STARTFILE'
       STARTFILE is the file name of the startfile (crt0) to use when
!      linking.  This option is only useful in conjunction with `-mhal'.
  
! `-msys-lib=SYSTEMLIB'
       SYSTEMLIB is the library name of the library that provides
!      low-level system calls required by the C library, e.g. `read' and
!      `write'.  This option is typically used to link with a library
       provided by a HAL BSP.
  
+ 
  
  File: gcc.info,  Node: Nvidia PTX Options,  Next: PDP-11 Options,  Prev: Nios II Options,  Up: Submodel Options
  
*************** File: gcc.info,  Node: Nvidia PTX Option
*** 19085,19115 ****
  
  These options are defined for Nvidia PTX:
  
! '-m32'
! '-m64'
       Generate code for 32-bit or 64-bit ABI.
  
! '-mmainkernel'
       Link in code for a __main kernel.  This is for stand-alone instead
       of offloading execution.
  
! '-moptimize'
       Apply partitioned execution optimizations.  This is the default
       when any level of optimization is selected.
  
! '-msoft-stack'
!      Generate code that does not use '.local' memory directly for stack
!      storage.  Instead, a per-warp stack pointer is maintained
!      explicitly.  This enables variable-length stack allocation (with
!      variable-length arrays or 'alloca'), and when global memory is used
!      for underlying storage, makes it possible to access automatic
!      variables from other threads, or with atomic instructions.  This
       code generation variant is used for OpenMP offloading, but the
       option is exposed on its own for the purpose of testing the
!      compiler; to generate code suitable for linking into programs using
!      OpenMP offloading, use option '-mgomp'.
  
! '-muniform-simt'
       Switch to code generation variant that allows to execute all
       threads in each warp, while maintaining memory state and side
       effects as if only one thread in each warp was active outside of
--- 19214,19244 ----
  
  These options are defined for Nvidia PTX:
  
! `-m32'
! `-m64'
       Generate code for 32-bit or 64-bit ABI.
  
! `-mmainkernel'
       Link in code for a __main kernel.  This is for stand-alone instead
       of offloading execution.
  
! `-moptimize'
       Apply partitioned execution optimizations.  This is the default
       when any level of optimization is selected.
  
! `-msoft-stack'
!      Generate code that does not use `.local' memory directly for stack
!      storage. Instead, a per-warp stack pointer is maintained
!      explicitly. This enables variable-length stack allocation (with
!      variable-length arrays or `alloca'), and when global memory is
!      used for underlying storage, makes it possible to access automatic
!      variables from other threads, or with atomic instructions. This
       code generation variant is used for OpenMP offloading, but the
       option is exposed on its own for the purpose of testing the
!      compiler; to generate code suitable for linking into programs
!      using OpenMP offloading, use option `-mgomp'.
  
! `-muniform-simt'
       Switch to code generation variant that allows to execute all
       threads in each warp, while maintaining memory state and side
       effects as if only one thread in each warp was active outside of
*************** These options are defined for Nvidia PTX
*** 19118,19134 ****
       lane index equals the master lane index), and the register being
       assigned is copied via a shuffle instruction from the master lane.
       Outside of SIMD regions lane 0 is the master; inside, each thread
!      sees itself as the master.  Shared memory array 'int __nvptx_uni[]'
!      stores all-zeros or all-ones bitmasks for each warp, indicating
!      current mode (0 outside of SIMD regions).  Each thread can
!      bitwise-and the bitmask at position 'tid.y' with current lane index
!      to compute the master lane index.
  
! '-mgomp'
!      Generate code for use in OpenMP offloading: enables '-msoft-stack'
!      and '-muniform-simt' options, and selects corresponding multilib
       variant.
  
  
  File: gcc.info,  Node: PDP-11 Options,  Next: picoChip Options,  Prev: Nvidia PTX Options,  Up: Submodel Options
  
--- 19247,19264 ----
       lane index equals the master lane index), and the register being
       assigned is copied via a shuffle instruction from the master lane.
       Outside of SIMD regions lane 0 is the master; inside, each thread
!      sees itself as the master.  Shared memory array `int
!      __nvptx_uni[]' stores all-zeros or all-ones bitmasks for each
!      warp, indicating current mode (0 outside of SIMD regions).  Each
!      thread can bitwise-and the bitmask at position `tid.y' with
!      current lane index to compute the master lane index.
  
! `-mgomp'
!      Generate code for use in OpenMP offloading: enables `-msoft-stack'
!      and `-muniform-simt' options, and selects corresponding multilib
       variant.
  
+ 
  
  File: gcc.info,  Node: PDP-11 Options,  Next: picoChip Options,  Prev: Nvidia PTX Options,  Up: Submodel Options
  
*************** File: gcc.info,  Node: PDP-11 Options,
*** 19137,19208 ****
  
  These options are defined for the PDP-11:
  
! '-mfpu'
       Use hardware FPP floating point.  This is the default.  (FIS
       floating point on the PDP-11/40 is not supported.)
  
! '-msoft-float'
       Do not use hardware floating point.
  
! '-mac0'
       Return floating-point results in ac0 (fr0 in Unix assembler
       syntax).
  
! '-mno-ac0'
       Return floating-point results in memory.  This is the default.
  
! '-m40'
       Generate code for a PDP-11/40.
  
! '-m45'
       Generate code for a PDP-11/45.  This is the default.
  
! '-m10'
       Generate code for a PDP-11/10.
  
! '-mbcopy-builtin'
!      Use inline 'movmemhi' patterns for copying memory.  This is the
       default.
  
! '-mbcopy'
!      Do not use inline 'movmemhi' patterns for copying memory.
  
! '-mint16'
! '-mno-int32'
!      Use 16-bit 'int'.  This is the default.
  
! '-mint32'
! '-mno-int16'
!      Use 32-bit 'int'.
  
! '-mfloat64'
! '-mno-float32'
!      Use 64-bit 'float'.  This is the default.
  
! '-mfloat32'
! '-mno-float64'
!      Use 32-bit 'float'.
  
! '-mabshi'
!      Use 'abshi2' pattern.  This is the default.
  
! '-mno-abshi'
!      Do not use 'abshi2' pattern.
  
! '-mbranch-expensive'
       Pretend that branches are expensive.  This is for experimenting
       with code generation only.
  
! '-mbranch-cheap'
       Do not pretend that branches are expensive.  This is the default.
  
! '-munix-asm'
       Use Unix assembler syntax.  This is the default when configured for
!      'pdp11-*-bsd'.
  
! '-mdec-asm'
       Use DEC assembler syntax.  This is the default when configured for
!      any PDP-11 target other than 'pdp11-*-bsd'.
  
  
  File: gcc.info,  Node: picoChip Options,  Next: PowerPC Options,  Prev: PDP-11 Options,  Up: Submodel Options
--- 19267,19338 ----
  
  These options are defined for the PDP-11:
  
! `-mfpu'
       Use hardware FPP floating point.  This is the default.  (FIS
       floating point on the PDP-11/40 is not supported.)
  
! `-msoft-float'
       Do not use hardware floating point.
  
! `-mac0'
       Return floating-point results in ac0 (fr0 in Unix assembler
       syntax).
  
! `-mno-ac0'
       Return floating-point results in memory.  This is the default.
  
! `-m40'
       Generate code for a PDP-11/40.
  
! `-m45'
       Generate code for a PDP-11/45.  This is the default.
  
! `-m10'
       Generate code for a PDP-11/10.
  
! `-mbcopy-builtin'
!      Use inline `movmemhi' patterns for copying memory.  This is the
       default.
  
! `-mbcopy'
!      Do not use inline `movmemhi' patterns for copying memory.
  
! `-mint16'
! `-mno-int32'
!      Use 16-bit `int'.  This is the default.
  
! `-mint32'
! `-mno-int16'
!      Use 32-bit `int'.
  
! `-mfloat64'
! `-mno-float32'
!      Use 64-bit `float'.  This is the default.
  
! `-mfloat32'
! `-mno-float64'
!      Use 32-bit `float'.
  
! `-mabshi'
!      Use `abshi2' pattern.  This is the default.
  
! `-mno-abshi'
!      Do not use `abshi2' pattern.
  
! `-mbranch-expensive'
       Pretend that branches are expensive.  This is for experimenting
       with code generation only.
  
! `-mbranch-cheap'
       Do not pretend that branches are expensive.  This is the default.
  
! `-munix-asm'
       Use Unix assembler syntax.  This is the default when configured for
!      `pdp11-*-bsd'.
  
! `-mdec-asm'
       Use DEC assembler syntax.  This is the default when configured for
!      any PDP-11 target other than `pdp11-*-bsd'.
  
  
  File: gcc.info,  Node: picoChip Options,  Next: PowerPC Options,  Prev: PDP-11 Options,  Up: Submodel Options
*************** File: gcc.info,  Node: picoChip Options,
*** 19210,19254 ****
  3.18.35 picoChip Options
  ------------------------
  
! These '-m' options are defined for picoChip implementations:
  
! '-mae=AE_TYPE'
       Set the instruction set, register set, and instruction scheduling
       parameters for array element type AE_TYPE.  Supported values for
!      AE_TYPE are 'ANY', 'MUL', and 'MAC'.
  
!      '-mae=ANY' selects a completely generic AE type.  Code generated
       with this option runs on any of the other AE types.  The code is
!      not as efficient as it would be if compiled for a specific AE type,
!      and some types of operation (e.g., multiplication) do not work
!      properly on all types of AE.
  
!      '-mae=MUL' selects a MUL AE type.  This is the most useful AE type
       for compiled code, and is the default.
  
!      '-mae=MAC' selects a DSP-style MAC AE. Code compiled with this
       option may suffer from poor performance of byte (char)
       manipulation, since the DSP AE does not provide hardware support
       for byte load/stores.
  
! '-msymbol-as-address'
       Enable the compiler to directly use a symbol name as an address in
!      a load/store instruction, without first loading it into a register.
!      Typically, the use of this option generates larger programs, which
!      run faster than when the option isn't used.  However, the results
!      vary from program to program, so it is left as a user option,
!      rather than being permanently enabled.
  
! '-mno-inefficient-warnings'
       Disables warnings about the generation of inefficient code.  These
       warnings can be generated, for example, when compiling code that
       performs byte-level memory operations on the MAC AE type.  The MAC
!      AE has no hardware support for byte-level memory operations, so all
!      byte load/stores must be synthesized from word load/store
       operations.  This is inefficient and a warning is generated to
!      indicate that you should rewrite the code to avoid byte operations,
!      or to target an AE type that has the necessary hardware support.
!      This option disables these warnings.
  
  
  File: gcc.info,  Node: PowerPC Options,  Next: RISC-V Options,  Prev: picoChip Options,  Up: Submodel Options
--- 19340,19385 ----
  3.18.35 picoChip Options
  ------------------------
  
! These `-m' options are defined for picoChip implementations:
  
! `-mae=AE_TYPE'
       Set the instruction set, register set, and instruction scheduling
       parameters for array element type AE_TYPE.  Supported values for
!      AE_TYPE are `ANY', `MUL', and `MAC'.
  
!      `-mae=ANY' selects a completely generic AE type.  Code generated
       with this option runs on any of the other AE types.  The code is
!      not as efficient as it would be if compiled for a specific AE
!      type, and some types of operation (e.g., multiplication) do not
!      work properly on all types of AE.
  
!      `-mae=MUL' selects a MUL AE type.  This is the most useful AE type
       for compiled code, and is the default.
  
!      `-mae=MAC' selects a DSP-style MAC AE.  Code compiled with this
       option may suffer from poor performance of byte (char)
       manipulation, since the DSP AE does not provide hardware support
       for byte load/stores.
  
! `-msymbol-as-address'
       Enable the compiler to directly use a symbol name as an address in
!      a load/store instruction, without first loading it into a
!      register.  Typically, the use of this option generates larger
!      programs, which run faster than when the option isn't used.
!      However, the results vary from program to program, so it is left
!      as a user option, rather than being permanently enabled.
  
! `-mno-inefficient-warnings'
       Disables warnings about the generation of inefficient code.  These
       warnings can be generated, for example, when compiling code that
       performs byte-level memory operations on the MAC AE type.  The MAC
!      AE has no hardware support for byte-level memory operations, so
!      all byte load/stores must be synthesized from word load/store
       operations.  This is inefficient and a warning is generated to
!      indicate that you should rewrite the code to avoid byte
!      operations, or to target an AE type that has the necessary
!      hardware support.  This option disables these warnings.
! 
  
  
  File: gcc.info,  Node: PowerPC Options,  Next: RISC-V Options,  Prev: picoChip Options,  Up: Submodel Options
*************** File: gcc.info,  Node: RISC-V Options,
*** 19266,19365 ****
  
  These command-line options are defined for RISC-V targets:
  
! '-mbranch-cost=N'
       Set the cost of branches to roughly N instructions.
  
! '-mmemcpy'
! '-mno-memcpy'
       Don't optimize block moves.
  
! '-mplt'
! '-mno-plt'
!      When generating PIC code, allow the use of PLTs.  Ignored for
       non-PIC.
  
! '-mabi=ABI-STRING'
       Specify integer and floating-point calling convention.  This
       defaults to the natural calling convention: e.g. LP64 for RV64I,
       ILP32 for RV32I, LP64D for RV64G.
  
! '-mfdiv'
! '-mno-fdiv'
       Use hardware floating-point divide and square root instructions.
       This requires the F or D extensions for floating-point registers.
  
! '-mdiv'
! '-mno-div'
       Use hardware instructions for integer division.  This requires the
       M extension.
  
! '-march=ISA-STRING'
!      Generate code for given RISC-V ISA (e.g. 'rv64im').  ISA strings
!      must be lower-case.  Examples include 'rv64i', 'rv32g', and
!      'rv32imaf'.
  
! '-mtune=PROCESSOR-STRING'
       Optimize the output for the given processor, specified by
       microarchitecture name.
  
! '-msmall-data-limit=N'
       Put global and static data smaller than N bytes into a special
       section (on some targets).
  
! '-msave-restore'
! '-mno-save-restore'
       Use smaller but slower prologue and epilogue code.
  
! '-mcmodel=CODE-MODEL'
       Specify the code model.
  
  
  File: gcc.info,  Node: RL78 Options,  Next: RS/6000 and PowerPC Options,  Prev: RISC-V Options,  Up: Submodel Options
  
  3.18.38 RL78 Options
  --------------------
  
! '-msim'
       Links in additional target libraries to support operation within a
       simulator.
  
! '-mmul=none'
! '-mmul=g10'
! '-mmul=g13'
! '-mmul=g14'
! '-mmul=rl78'
       Specifies the type of hardware multiplication and division support
!      to be used.  The simplest is 'none', which uses software for both
!      multiplication and division.  This is the default.  The 'g13' value
!      is for the hardware multiply/divide peripheral found on the
!      RL78/G13 (S2 core) targets.  The 'g14' value selects the use of the
!      multiplication and division instructions supported by the RL78/G14
!      (S3 core) parts.  The value 'rl78' is an alias for 'g14' and the
!      value 'mg10' is an alias for 'none'.
  
       In addition a C preprocessor macro is defined, based upon the
!      setting of this option.  Possible values are: '__RL78_MUL_NONE__',
!      '__RL78_MUL_G13__' or '__RL78_MUL_G14__'.
  
! '-mcpu=g10'
! '-mcpu=g13'
! '-mcpu=g14'
! '-mcpu=rl78'
       Specifies the RL78 core to target.  The default is the G14 core,
!      also known as an S3 core or just RL78.  The G13 or S2 core does not
!      have multiply or divide instructions, instead it uses a hardware
!      peripheral for these operations.  The G10 or S1 core does not have
!      register banks, so it uses a different calling convention.
  
       If this option is set it also selects the type of hardware multiply
       support to use, unless this is overridden by an explicit
!      '-mmul=none' option on the command line.  Thus specifying
!      '-mcpu=g13' enables the use of the G13 hardware multiply peripheral
!      and specifying '-mcpu=g10' disables the use of hardware
       multiplications altogether.
  
       Note, although the RL78/G14 core is the default target, specifying
!      '-mcpu=g14' or '-mcpu=rl78' on the command line does change the
       behavior of the toolchain since it also enables G14 hardware
       multiply support.  If these options are not specified on the
       command line then software multiplication routines will be used
--- 19397,19497 ----
  
  These command-line options are defined for RISC-V targets:
  
! `-mbranch-cost=N'
       Set the cost of branches to roughly N instructions.
  
! `-mmemcpy'
! `-mno-memcpy'
       Don't optimize block moves.
  
! `-mplt'
! `-mno-plt'
!      When generating PIC code, allow the use of PLTs. Ignored for
       non-PIC.
  
! `-mabi=ABI-STRING'
       Specify integer and floating-point calling convention.  This
       defaults to the natural calling convention: e.g. LP64 for RV64I,
       ILP32 for RV32I, LP64D for RV64G.
  
! `-mfdiv'
! `-mno-fdiv'
       Use hardware floating-point divide and square root instructions.
       This requires the F or D extensions for floating-point registers.
  
! `-mdiv'
! `-mno-div'
       Use hardware instructions for integer division.  This requires the
       M extension.
  
! `-march=ISA-STRING'
!      Generate code for given RISC-V ISA (e.g. `rv64im').  ISA strings
!      must be lower-case.  Examples include `rv64i', `rv32g', and
!      `rv32imaf'.
  
! `-mtune=PROCESSOR-STRING'
       Optimize the output for the given processor, specified by
       microarchitecture name.
  
! `-msmall-data-limit=N'
       Put global and static data smaller than N bytes into a special
       section (on some targets).
  
! `-msave-restore'
! `-mno-save-restore'
       Use smaller but slower prologue and epilogue code.
  
! `-mcmodel=CODE-MODEL'
       Specify the code model.
  
+ 
  
  File: gcc.info,  Node: RL78 Options,  Next: RS/6000 and PowerPC Options,  Prev: RISC-V Options,  Up: Submodel Options
  
  3.18.38 RL78 Options
  --------------------
  
! `-msim'
       Links in additional target libraries to support operation within a
       simulator.
  
! `-mmul=none'
! `-mmul=g10'
! `-mmul=g13'
! `-mmul=g14'
! `-mmul=rl78'
       Specifies the type of hardware multiplication and division support
!      to be used.  The simplest is `none', which uses software for both
!      multiplication and division.  This is the default.  The `g13'
!      value is for the hardware multiply/divide peripheral found on the
!      RL78/G13 (S2 core) targets.  The `g14' value selects the use of
!      the multiplication and division instructions supported by the
!      RL78/G14 (S3 core) parts.  The value `rl78' is an alias for `g14'
!      and the value `mg10' is an alias for `none'.
  
       In addition a C preprocessor macro is defined, based upon the
!      setting of this option.  Possible values are: `__RL78_MUL_NONE__',
!      `__RL78_MUL_G13__' or `__RL78_MUL_G14__'.
  
! `-mcpu=g10'
! `-mcpu=g13'
! `-mcpu=g14'
! `-mcpu=rl78'
       Specifies the RL78 core to target.  The default is the G14 core,
!      also known as an S3 core or just RL78.  The G13 or S2 core does
!      not have multiply or divide instructions, instead it uses a
!      hardware peripheral for these operations.  The G10 or S1 core does
!      not have register banks, so it uses a different calling convention.
  
       If this option is set it also selects the type of hardware multiply
       support to use, unless this is overridden by an explicit
!      `-mmul=none' option on the command line.  Thus specifying
!      `-mcpu=g13' enables the use of the G13 hardware multiply
!      peripheral and specifying `-mcpu=g10' disables the use of hardware
       multiplications altogether.
  
       Note, although the RL78/G14 core is the default target, specifying
!      `-mcpu=g14' or `-mcpu=rl78' on the command line does change the
       behavior of the toolchain since it also enables G14 hardware
       multiply support.  If these options are not specified on the
       command line then software multiplication routines will be used
*************** File: gcc.info,  Node: RL78 Options,  Ne
*** 19368,19406 ****
       multiply and divide support.
  
       In addition a C preprocessor macro is defined, based upon the
!      setting of this option.  Possible values are: '__RL78_G10__',
!      '__RL78_G13__' or '__RL78_G14__'.
  
! '-mg10'
! '-mg13'
! '-mg14'
! '-mrl78'
!      These are aliases for the corresponding '-mcpu=' option.  They are
       provided for backwards compatibility.
  
! '-mallregs'
       Allow the compiler to use all of the available registers.  By
!      default registers 'r24..r31' are reserved for use in interrupt
       handlers.  With this option enabled these registers can be used in
       ordinary functions as well.
  
! '-m64bit-doubles'
! '-m32bit-doubles'
!      Make the 'double' data type be 64 bits ('-m64bit-doubles') or 32
!      bits ('-m32bit-doubles') in size.  The default is
!      '-m32bit-doubles'.
  
- '-msave-mduc-in-interrupts'
- '-mno-save-mduc-in-interrupts'
-      Specifies that interrupt handler functions should preserve the MDUC
-      registers.  This is only necessary if normal code might use the
-      MDUC registers, for example because it performs multiplication and
-      division operations.  The default is to ignore the MDUC registers
-      as this makes the interrupt handlers faster.  The target option
-      -mg13 needs to be passed for this to work as this feature is only
-      available on the G13 target (S2 core).  The MDUC registers will
-      only be saved if the interrupt handler performs a multiplication or
-      division operation or it calls another function.
  
  
  File: gcc.info,  Node: RS/6000 and PowerPC Options,  Next: RX Options,  Prev: RL78 Options,  Up: Submodel Options
--- 19500,19540 ----
       multiply and divide support.
  
       In addition a C preprocessor macro is defined, based upon the
!      setting of this option.  Possible values are: `__RL78_G10__',
!      `__RL78_G13__' or `__RL78_G14__'.
  
! `-mg10'
! `-mg13'
! `-mg14'
! `-mrl78'
!      These are aliases for the corresponding `-mcpu=' option.  They are
       provided for backwards compatibility.
  
! `-mallregs'
       Allow the compiler to use all of the available registers.  By
!      default registers `r24..r31' are reserved for use in interrupt
       handlers.  With this option enabled these registers can be used in
       ordinary functions as well.
  
! `-m64bit-doubles'
! `-m32bit-doubles'
!      Make the `double' data type be 64 bits (`-m64bit-doubles') or 32
!      bits (`-m32bit-doubles') in size.  The default is
!      `-m32bit-doubles'.
! 
! `-msave-mduc-in-interrupts'
! 
! `-mno-save-mduc-in-interrupts'
!      Specifies that interrupt handler functions should preserve the
!      MDUC registers.  This is only necessary if normal code might use
!      the MDUC registers, for example because it performs multiplication
!      and division operations.  The default is to ignore the MDUC
!      registers as this makes the interrupt handlers faster.  The target
!      option -mg13 needs to be passed for this to work as this feature
!      is only available on the G13 target (S2 core).  The MDUC registers
!      will only be saved if the interrupt handler performs a
!      multiplication or division operation or it calls another function.
  
  
  
  File: gcc.info,  Node: RS/6000 and PowerPC Options,  Next: RX Options,  Prev: RL78 Options,  Up: Submodel Options
*************** File: gcc.info,  Node: RS/6000 and Power
*** 19408,19497 ****
  3.18.39 IBM RS/6000 and PowerPC Options
  ---------------------------------------
  
! These '-m' options are defined for the IBM RS/6000 and PowerPC:
! '-mpowerpc-gpopt'
! '-mno-powerpc-gpopt'
! '-mpowerpc-gfxopt'
! '-mno-powerpc-gfxopt'
! '-mpowerpc64'
! '-mno-powerpc64'
! '-mmfcrf'
! '-mno-mfcrf'
! '-mpopcntb'
! '-mno-popcntb'
! '-mpopcntd'
! '-mno-popcntd'
! '-mfprnd'
! '-mno-fprnd'
! '-mcmpb'
! '-mno-cmpb'
! '-mmfpgpr'
! '-mno-mfpgpr'
! '-mhard-dfp'
! '-mno-hard-dfp'
       You use these options to specify which instructions are available
!      on the processor you are using.  The default value of these options
!      is determined when configuring GCC.  Specifying the
!      '-mcpu=CPU_TYPE' overrides the specification of these options.  We
!      recommend you use the '-mcpu=CPU_TYPE' option rather than the
       options listed above.
  
!      Specifying '-mpowerpc-gpopt' allows GCC to use the optional PowerPC
!      architecture instructions in the General Purpose group, including
!      floating-point square root.  Specifying '-mpowerpc-gfxopt' allows
!      GCC to use the optional PowerPC architecture instructions in the
!      Graphics group, including floating-point select.
  
!      The '-mmfcrf' option allows GCC to generate the move from condition
!      register field instruction implemented on the POWER4 processor and
!      other processors that support the PowerPC V2.01 architecture.  The
!      '-mpopcntb' option allows GCC to generate the popcount and
!      double-precision FP reciprocal estimate instruction implemented on
!      the POWER5 processor and other processors that support the PowerPC
!      V2.02 architecture.  The '-mpopcntd' option allows GCC to generate
!      the popcount instruction implemented on the POWER7 processor and
!      other processors that support the PowerPC V2.06 architecture.  The
!      '-mfprnd' option allows GCC to generate the FP round to integer
!      instructions implemented on the POWER5+ processor and other
!      processors that support the PowerPC V2.03 architecture.  The
!      '-mcmpb' option allows GCC to generate the compare bytes
!      instruction implemented on the POWER6 processor and other
!      processors that support the PowerPC V2.05 architecture.  The
!      '-mmfpgpr' option allows GCC to generate the FP move to/from
       general-purpose register instructions implemented on the POWER6X
       processor and other processors that support the extended PowerPC
!      V2.05 architecture.  The '-mhard-dfp' option allows GCC to generate
!      the decimal floating-point instructions implemented on some POWER
!      processors.
  
!      The '-mpowerpc64' option allows GCC to generate the additional
       64-bit instructions that are found in the full PowerPC64
       architecture and to treat GPRs as 64-bit, doubleword quantities.
!      GCC defaults to '-mno-powerpc64'.
  
! '-mcpu=CPU_TYPE'
       Set architecture type, register usage, and instruction scheduling
       parameters for machine type CPU_TYPE.  Supported values for
!      CPU_TYPE are '401', '403', '405', '405fp', '440', '440fp', '464',
!      '464fp', '476', '476fp', '505', '601', '602', '603', '603e', '604',
!      '604e', '620', '630', '740', '7400', '7450', '750', '801', '821',
!      '823', '860', '970', '8540', 'a2', 'e300c2', 'e300c3', 'e500mc',
!      'e500mc64', 'e5500', 'e6500', 'ec603e', 'G3', 'G4', 'G5', 'titan',
!      'power3', 'power4', 'power5', 'power5+', 'power6', 'power6x',
!      'power7', 'power8', 'power9', 'powerpc', 'powerpc64',
!      'powerpc64le', and 'rs64'.
  
!      '-mcpu=powerpc', '-mcpu=powerpc64', and '-mcpu=powerpc64le' specify
!      pure 32-bit PowerPC (either endian), 64-bit big endian PowerPC and
!      64-bit little endian PowerPC architecture machine types, with an
!      appropriate, generic processor model assumed for scheduling
!      purposes.
  
       The other options specify a specific processor.  Code generated
!      under those options runs best on that processor, and may not run at
!      all on others.
  
!      The '-mcpu' options automatically enable or disable the following
       options:
  
            -maltivec  -mfprnd  -mhard-float  -mmfcrf  -mmultiple
--- 19542,19632 ----
  3.18.39 IBM RS/6000 and PowerPC Options
  ---------------------------------------
  
! These `-m' options are defined for the IBM RS/6000 and PowerPC:
! `-mpowerpc-gpopt'
! `-mno-powerpc-gpopt'
! `-mpowerpc-gfxopt'
! `-mno-powerpc-gfxopt'
! `-mpowerpc64'
! `-mno-powerpc64'
! `-mmfcrf'
! `-mno-mfcrf'
! `-mpopcntb'
! `-mno-popcntb'
! `-mpopcntd'
! `-mno-popcntd'
! `-mfprnd'
! `-mno-fprnd'
! `-mcmpb'
! `-mno-cmpb'
! `-mmfpgpr'
! `-mno-mfpgpr'
! `-mhard-dfp'
! `-mno-hard-dfp'
       You use these options to specify which instructions are available
!      on the processor you are using.  The default value of these
!      options is determined when configuring GCC.  Specifying the
!      `-mcpu=CPU_TYPE' overrides the specification of these options.  We
!      recommend you use the `-mcpu=CPU_TYPE' option rather than the
       options listed above.
  
!      Specifying `-mpowerpc-gpopt' allows GCC to use the optional
!      PowerPC architecture instructions in the General Purpose group,
!      including floating-point square root.  Specifying
!      `-mpowerpc-gfxopt' allows GCC to use the optional PowerPC
!      architecture instructions in the Graphics group, including
!      floating-point select.
  
!      The `-mmfcrf' option allows GCC to generate the move from
!      condition register field instruction implemented on the POWER4
!      processor and other processors that support the PowerPC V2.01
!      architecture.  The `-mpopcntb' option allows GCC to generate the
!      popcount and double-precision FP reciprocal estimate instruction
!      implemented on the POWER5 processor and other processors that
!      support the PowerPC V2.02 architecture.  The `-mpopcntd' option
!      allows GCC to generate the popcount instruction implemented on the
!      POWER7 processor and other processors that support the PowerPC
!      V2.06 architecture.  The `-mfprnd' option allows GCC to generate
!      the FP round to integer instructions implemented on the POWER5+
!      processor and other processors that support the PowerPC V2.03
!      architecture.  The `-mcmpb' option allows GCC to generate the
!      compare bytes instruction implemented on the POWER6 processor and
!      other processors that support the PowerPC V2.05 architecture.  The
!      `-mmfpgpr' option allows GCC to generate the FP move to/from
       general-purpose register instructions implemented on the POWER6X
       processor and other processors that support the extended PowerPC
!      V2.05 architecture.  The `-mhard-dfp' option allows GCC to
!      generate the decimal floating-point instructions implemented on
!      some POWER processors.
  
!      The `-mpowerpc64' option allows GCC to generate the additional
       64-bit instructions that are found in the full PowerPC64
       architecture and to treat GPRs as 64-bit, doubleword quantities.
!      GCC defaults to `-mno-powerpc64'.
  
! `-mcpu=CPU_TYPE'
       Set architecture type, register usage, and instruction scheduling
       parameters for machine type CPU_TYPE.  Supported values for
!      CPU_TYPE are `401', `403', `405', `405fp', `440', `440fp', `464',
!      `464fp', `476', `476fp', `505', `601', `602', `603', `603e',
!      `604', `604e', `620', `630', `740', `7400', `7450', `750', `801',
!      `821', `823', `860', `970', `8540', `a2', `e300c2', `e300c3',
!      `e500mc', `e500mc64', `e5500', `e6500', `ec603e', `G3', `G4', `G5',
!      `titan', `power3', `power4', `power5', `power5+', `power6',
!      `power6x', `power7', `power8', `power9', `powerpc', `powerpc64',
!      `powerpc64le', and `rs64'.
  
!      `-mcpu=powerpc', `-mcpu=powerpc64', and `-mcpu=powerpc64le'
!      specify pure 32-bit PowerPC (either endian), 64-bit big endian
!      PowerPC and 64-bit little endian PowerPC architecture machine
!      types, with an appropriate, generic processor model assumed for
!      scheduling purposes.
  
       The other options specify a specific processor.  Code generated
!      under those options runs best on that processor, and may not run
!      at all on others.
  
!      The `-mcpu' options automatically enable or disable the following
       options:
  
            -maltivec  -mfprnd  -mhard-float  -mmfcrf  -mmultiple
*************** These '-m' options are defined for the I
*** 19505,19771 ****
       compiler versions, depending on what setting seems to produce
       optimal code for that CPU; it doesn't necessarily reflect the
       actual hardware's capabilities.  If you wish to set an individual
!      option to a particular value, you may specify it after the '-mcpu'
!      option, like '-mcpu=970 -mno-altivec'.
  
!      On AIX, the '-maltivec' and '-mpowerpc64' options are not enabled
!      or disabled by the '-mcpu' option at present because AIX does not
       have full support for these options.  You may still enable or
       disable them individually if you're sure it'll work in your
       environment.
  
! '-mtune=CPU_TYPE'
       Set the instruction scheduling parameters for machine type
       CPU_TYPE, but do not set the architecture type or register usage,
!      as '-mcpu=CPU_TYPE' does.  The same values for CPU_TYPE are used
!      for '-mtune' as for '-mcpu'.  If both are specified, the code
!      generated uses the architecture and registers set by '-mcpu', but
!      the scheduling parameters set by '-mtune'.
  
! '-mcmodel=small'
       Generate PowerPC64 code for the small model: The TOC is limited to
       64k.
  
! '-mcmodel=medium'
       Generate PowerPC64 code for the medium model: The TOC and other
       static data may be up to a total of 4G in size.  This is the
       default for 64-bit Linux.
  
! '-mcmodel=large'
       Generate PowerPC64 code for the large model: The TOC may be up to
       4G in size.  Other data and code is only limited by the 64-bit
       address space.
  
! '-maltivec'
! '-mno-altivec'
       Generate code that uses (does not use) AltiVec instructions, and
       also enable the use of built-in functions that allow more direct
       access to the AltiVec instruction set.  You may also need to set
!      '-mabi=altivec' to adjust the current ABI with AltiVec ABI
       enhancements.
  
!      When '-maltivec' is used, rather than '-maltivec=le' or
!      '-maltivec=be', the element order for AltiVec intrinsics such as
!      'vec_splat', 'vec_extract', and 'vec_insert' match array element
       order corresponding to the endianness of the target.  That is,
       element zero identifies the leftmost element in a vector register
       when targeting a big-endian platform, and identifies the rightmost
       element in a vector register when targeting a little-endian
       platform.
  
! '-maltivec=be'
       Generate AltiVec instructions using big-endian element order,
       regardless of whether the target is big- or little-endian.  This is
       the default when targeting a big-endian platform.
  
       The element order is used to interpret element numbers in AltiVec
!      intrinsics such as 'vec_splat', 'vec_extract', and 'vec_insert'.
       By default, these match array element order corresponding to the
       endianness for the target.
  
! '-maltivec=le'
       Generate AltiVec instructions using little-endian element order,
       regardless of whether the target is big- or little-endian.  This is
       the default when targeting a little-endian platform.  This option
       is currently ignored when targeting a big-endian platform.
  
       The element order is used to interpret element numbers in AltiVec
!      intrinsics such as 'vec_splat', 'vec_extract', and 'vec_insert'.
       By default, these match array element order corresponding to the
       endianness for the target.
  
! '-mvrsave'
! '-mno-vrsave'
       Generate VRSAVE instructions when generating AltiVec code.
  
! '-mgen-cell-microcode'
       Generate Cell microcode instructions.
  
! '-mwarn-cell-microcode'
!      Warn when a Cell microcode instruction is emitted.  An example of a
!      Cell microcode instruction is a variable shift.
  
! '-msecure-plt'
!      Generate code that allows 'ld' and 'ld.so' to build executables and
!      shared libraries with non-executable '.plt' and '.got' sections.
!      This is a PowerPC 32-bit SYSV ABI option.
  
! '-mbss-plt'
!      Generate code that uses a BSS '.plt' section that 'ld.so' fills in,
!      and requires '.plt' and '.got' sections that are both writable and
!      executable.  This is a PowerPC 32-bit SYSV ABI option.
  
! '-misel'
! '-mno-isel'
       This switch enables or disables the generation of ISEL
       instructions.
  
! '-misel=YES/NO'
!      This switch has been deprecated.  Use '-misel' and '-mno-isel'
       instead.
  
! '-mlra'
!      Enable Local Register Allocation.  By default the port uses LRA.
!      (i.e.  '-mno-lra').
  
! '-mspe'
! '-mno-spe'
       This switch enables or disables the generation of SPE simd
       instructions.
  
! '-mpaired'
! '-mno-paired'
       This switch enables or disables the generation of PAIRED simd
       instructions.
  
! '-mspe=YES/NO'
!      This option has been deprecated.  Use '-mspe' and '-mno-spe'
       instead.
  
! '-mvsx'
! '-mno-vsx'
       Generate code that uses (does not use) vector/scalar (VSX)
       instructions, and also enable the use of built-in functions that
       allow more direct access to the VSX instruction set.
  
! '-mcrypto'
! '-mno-crypto'
       Enable the use (disable) of the built-in functions that allow
       direct access to the cryptographic instructions that were added in
       version 2.07 of the PowerPC ISA.
  
! '-mdirect-move'
! '-mno-direct-move'
       Generate code that uses (does not use) the instructions to move
       data between the general purpose registers and the vector/scalar
       (VSX) registers that were added in version 2.07 of the PowerPC ISA.
  
! '-mhtm'
! '-mno-htm'
       Enable (disable) the use of the built-in functions that allow
       direct access to the Hardware Transactional Memory (HTM)
       instructions that were added in version 2.07 of the PowerPC ISA.
  
! '-mpower8-fusion'
! '-mno-power8-fusion'
       Generate code that keeps (does not keeps) some integer operations
       adjacent so that the instructions can be fused together on power8
       and later processors.
  
! '-mpower8-vector'
! '-mno-power8-vector'
       Generate code that uses (does not use) the vector and scalar
       instructions that were added in version 2.07 of the PowerPC ISA.
       Also enable the use of built-in functions that allow more direct
       access to the vector instructions.
  
! '-mquad-memory'
! '-mno-quad-memory'
       Generate code that uses (does not use) the non-atomic quad word
!      memory instructions.  The '-mquad-memory' option requires use of
       64-bit mode.
  
! '-mquad-memory-atomic'
! '-mno-quad-memory-atomic'
       Generate code that uses (does not use) the atomic quad word memory
!      instructions.  The '-mquad-memory-atomic' option requires use of
       64-bit mode.
  
! '-mupper-regs-di'
! '-mno-upper-regs-di'
       Generate code that uses (does not use) the scalar instructions that
       target all 64 registers in the vector/scalar floating point
       register set that were added in version 2.06 of the PowerPC ISA
!      when processing integers.  '-mupper-regs-di' is turned on by
!      default if you use any of the '-mcpu=power7', '-mcpu=power8',
!      '-mcpu=power9', or '-mvsx' options.
  
! '-mupper-regs-df'
! '-mno-upper-regs-df'
       Generate code that uses (does not use) the scalar double precision
       instructions that target all 64 registers in the vector/scalar
       floating point register set that were added in version 2.06 of the
!      PowerPC ISA. '-mupper-regs-df' is turned on by default if you use
!      any of the '-mcpu=power7', '-mcpu=power8', '-mcpu=power9', or
!      '-mvsx' options.
  
! '-mupper-regs-sf'
! '-mno-upper-regs-sf'
       Generate code that uses (does not use) the scalar single precision
       instructions that target all 64 registers in the vector/scalar
       floating point register set that were added in version 2.07 of the
!      PowerPC ISA. '-mupper-regs-sf' is turned on by default if you use
!      either of the '-mcpu=power8', '-mpower8-vector', or '-mcpu=power9'
       options.
  
! '-mupper-regs'
! '-mno-upper-regs'
!      Generate code that uses (does not use) the scalar instructions that
!      target all 64 registers in the vector/scalar floating point
       register set, depending on the model of the machine.
  
!      If the '-mno-upper-regs' option is used, it turns off both
!      '-mupper-regs-sf' and '-mupper-regs-df' options.
  
! '-mfloat128'
! '-mno-float128'
       Enable/disable the __FLOAT128 keyword for IEEE 128-bit floating
       point and use either software emulation for IEEE 128-bit floating
       point or hardware instructions.
  
!      The VSX instruction set ('-mvsx', '-mcpu=power7', or
!      '-mcpu=power8') must be enabled to use the '-mfloat128' option.
!      The '-mfloat128' option only works on PowerPC 64-bit Linux systems.
  
!      If you use the ISA 3.0 instruction set ('-mcpu=power9'), the
!      '-mfloat128' option will also enable the generation of ISA 3.0 IEEE
!      128-bit floating point instructions.  Otherwise, IEEE 128-bit
       floating point will be done with software emulation.
  
! '-mfloat128-hardware'
! '-mno-float128-hardware'
       Enable/disable using ISA 3.0 hardware instructions to support the
       __FLOAT128 data type.
  
!      If you use '-mfloat128-hardware', it will enable the option
!      '-mfloat128' as well.
  
!      If you select ISA 3.0 instructions with '-mcpu=power9', but do not
!      use either '-mfloat128' or '-mfloat128-hardware', the IEEE 128-bit
       floating point support will not be enabled.
  
! '-mfloat-gprs=YES/SINGLE/DOUBLE/NO'
! '-mfloat-gprs'
       This switch enables or disables the generation of floating-point
       operations on the general-purpose registers for architectures that
       support it.
  
!      The argument 'yes' or 'single' enables the use of single-precision
       floating-point operations.
  
!      The argument 'double' enables the use of single and
       double-precision floating-point operations.
  
!      The argument 'no' disables floating-point operations on the
       general-purpose registers.
  
       This option is currently only available on the MPC854x.
  
! '-m32'
! '-m64'
       Generate code for 32-bit or 64-bit environments of Darwin and SVR4
       targets (including GNU/Linux).  The 32-bit environment sets int,
       long and pointer to 32 bits and generates code that runs on any
       PowerPC variant.  The 64-bit environment sets int to 32 bits and
       long and pointer to 64 bits, and generates code for PowerPC64, as
!      for '-mpowerpc64'.
  
! '-mfull-toc'
! '-mno-fp-in-toc'
! '-mno-sum-in-toc'
! '-mminimal-toc'
       Modify generation of the TOC (Table Of Contents), which is created
!      for every executable file.  The '-mfull-toc' option is selected by
       default.  In that case, GCC allocates at least one TOC entry for
       each unique non-automatic variable reference in your program.  GCC
       also places floating-point constants in the TOC.  However, only
--- 19640,19906 ----
       compiler versions, depending on what setting seems to produce
       optimal code for that CPU; it doesn't necessarily reflect the
       actual hardware's capabilities.  If you wish to set an individual
!      option to a particular value, you may specify it after the `-mcpu'
!      option, like `-mcpu=970 -mno-altivec'.
  
!      On AIX, the `-maltivec' and `-mpowerpc64' options are not enabled
!      or disabled by the `-mcpu' option at present because AIX does not
       have full support for these options.  You may still enable or
       disable them individually if you're sure it'll work in your
       environment.
  
! `-mtune=CPU_TYPE'
       Set the instruction scheduling parameters for machine type
       CPU_TYPE, but do not set the architecture type or register usage,
!      as `-mcpu=CPU_TYPE' does.  The same values for CPU_TYPE are used
!      for `-mtune' as for `-mcpu'.  If both are specified, the code
!      generated uses the architecture and registers set by `-mcpu', but
!      the scheduling parameters set by `-mtune'.
  
! `-mcmodel=small'
       Generate PowerPC64 code for the small model: The TOC is limited to
       64k.
  
! `-mcmodel=medium'
       Generate PowerPC64 code for the medium model: The TOC and other
       static data may be up to a total of 4G in size.  This is the
       default for 64-bit Linux.
  
! `-mcmodel=large'
       Generate PowerPC64 code for the large model: The TOC may be up to
       4G in size.  Other data and code is only limited by the 64-bit
       address space.
  
! `-maltivec'
! `-mno-altivec'
       Generate code that uses (does not use) AltiVec instructions, and
       also enable the use of built-in functions that allow more direct
       access to the AltiVec instruction set.  You may also need to set
!      `-mabi=altivec' to adjust the current ABI with AltiVec ABI
       enhancements.
  
!      When `-maltivec' is used, rather than `-maltivec=le' or
!      `-maltivec=be', the element order for AltiVec intrinsics such as
!      `vec_splat', `vec_extract', and `vec_insert' match array element
       order corresponding to the endianness of the target.  That is,
       element zero identifies the leftmost element in a vector register
       when targeting a big-endian platform, and identifies the rightmost
       element in a vector register when targeting a little-endian
       platform.
  
! `-maltivec=be'
       Generate AltiVec instructions using big-endian element order,
       regardless of whether the target is big- or little-endian.  This is
       the default when targeting a big-endian platform.
  
       The element order is used to interpret element numbers in AltiVec
!      intrinsics such as `vec_splat', `vec_extract', and `vec_insert'.
       By default, these match array element order corresponding to the
       endianness for the target.
  
! `-maltivec=le'
       Generate AltiVec instructions using little-endian element order,
       regardless of whether the target is big- or little-endian.  This is
       the default when targeting a little-endian platform.  This option
       is currently ignored when targeting a big-endian platform.
  
       The element order is used to interpret element numbers in AltiVec
!      intrinsics such as `vec_splat', `vec_extract', and `vec_insert'.
       By default, these match array element order corresponding to the
       endianness for the target.
  
! `-mvrsave'
! `-mno-vrsave'
       Generate VRSAVE instructions when generating AltiVec code.
  
! `-mgen-cell-microcode'
       Generate Cell microcode instructions.
  
! `-mwarn-cell-microcode'
!      Warn when a Cell microcode instruction is emitted.  An example of
!      a Cell microcode instruction is a variable shift.
  
! `-msecure-plt'
!      Generate code that allows `ld' and `ld.so' to build executables
!      and shared libraries with non-executable `.plt' and `.got'
!      sections.  This is a PowerPC 32-bit SYSV ABI option.
  
! `-mbss-plt'
!      Generate code that uses a BSS `.plt' section that `ld.so' fills
!      in, and requires `.plt' and `.got' sections that are both writable
!      and executable.  This is a PowerPC 32-bit SYSV ABI option.
  
! `-misel'
! `-mno-isel'
       This switch enables or disables the generation of ISEL
       instructions.
  
! `-misel=YES/NO'
!      This switch has been deprecated.  Use `-misel' and `-mno-isel'
       instead.
  
! `-mlra'
!      Enable Local Register Allocation. By default the port uses LRA.
!      (i.e. `-mno-lra').
  
! `-mspe'
! `-mno-spe'
       This switch enables or disables the generation of SPE simd
       instructions.
  
! `-mpaired'
! `-mno-paired'
       This switch enables or disables the generation of PAIRED simd
       instructions.
  
! `-mspe=YES/NO'
!      This option has been deprecated.  Use `-mspe' and `-mno-spe'
       instead.
  
! `-mvsx'
! `-mno-vsx'
       Generate code that uses (does not use) vector/scalar (VSX)
       instructions, and also enable the use of built-in functions that
       allow more direct access to the VSX instruction set.
  
! `-mcrypto'
! `-mno-crypto'
       Enable the use (disable) of the built-in functions that allow
       direct access to the cryptographic instructions that were added in
       version 2.07 of the PowerPC ISA.
  
! `-mdirect-move'
! `-mno-direct-move'
       Generate code that uses (does not use) the instructions to move
       data between the general purpose registers and the vector/scalar
       (VSX) registers that were added in version 2.07 of the PowerPC ISA.
  
! `-mhtm'
! `-mno-htm'
       Enable (disable) the use of the built-in functions that allow
       direct access to the Hardware Transactional Memory (HTM)
       instructions that were added in version 2.07 of the PowerPC ISA.
  
! `-mpower8-fusion'
! `-mno-power8-fusion'
       Generate code that keeps (does not keeps) some integer operations
       adjacent so that the instructions can be fused together on power8
       and later processors.
  
! `-mpower8-vector'
! `-mno-power8-vector'
       Generate code that uses (does not use) the vector and scalar
       instructions that were added in version 2.07 of the PowerPC ISA.
       Also enable the use of built-in functions that allow more direct
       access to the vector instructions.
  
! `-mquad-memory'
! `-mno-quad-memory'
       Generate code that uses (does not use) the non-atomic quad word
!      memory instructions.  The `-mquad-memory' option requires use of
       64-bit mode.
  
! `-mquad-memory-atomic'
! `-mno-quad-memory-atomic'
       Generate code that uses (does not use) the atomic quad word memory
!      instructions.  The `-mquad-memory-atomic' option requires use of
       64-bit mode.
  
! `-mupper-regs-di'
! `-mno-upper-regs-di'
       Generate code that uses (does not use) the scalar instructions that
       target all 64 registers in the vector/scalar floating point
       register set that were added in version 2.06 of the PowerPC ISA
!      when processing integers.  `-mupper-regs-di' is turned on by
!      default if you use any of the `-mcpu=power7', `-mcpu=power8',
!      `-mcpu=power9', or `-mvsx' options.
  
! `-mupper-regs-df'
! `-mno-upper-regs-df'
       Generate code that uses (does not use) the scalar double precision
       instructions that target all 64 registers in the vector/scalar
       floating point register set that were added in version 2.06 of the
!      PowerPC ISA.  `-mupper-regs-df' is turned on by default if you use
!      any of the `-mcpu=power7', `-mcpu=power8', `-mcpu=power9', or
!      `-mvsx' options.
  
! `-mupper-regs-sf'
! `-mno-upper-regs-sf'
       Generate code that uses (does not use) the scalar single precision
       instructions that target all 64 registers in the vector/scalar
       floating point register set that were added in version 2.07 of the
!      PowerPC ISA.  `-mupper-regs-sf' is turned on by default if you use
!      either of the `-mcpu=power8', `-mpower8-vector', or `-mcpu=power9'
       options.
  
! `-mupper-regs'
! `-mno-upper-regs'
!      Generate code that uses (does not use) the scalar instructions
!      that target all 64 registers in the vector/scalar floating point
       register set, depending on the model of the machine.
  
!      If the `-mno-upper-regs' option is used, it turns off both
!      `-mupper-regs-sf' and `-mupper-regs-df' options.
  
! `-mfloat128'
! `-mno-float128'
       Enable/disable the __FLOAT128 keyword for IEEE 128-bit floating
       point and use either software emulation for IEEE 128-bit floating
       point or hardware instructions.
  
!      The VSX instruction set (`-mvsx', `-mcpu=power7', or
!      `-mcpu=power8') must be enabled to use the `-mfloat128' option.
!      The `-mfloat128' option only works on PowerPC 64-bit Linux systems.
  
!      If you use the ISA 3.0 instruction set (`-mcpu=power9'), the
!      `-mfloat128' option will also enable the generation of ISA 3.0
!      IEEE 128-bit floating point instructions.  Otherwise, IEEE 128-bit
       floating point will be done with software emulation.
  
! `-mfloat128-hardware'
! `-mno-float128-hardware'
       Enable/disable using ISA 3.0 hardware instructions to support the
       __FLOAT128 data type.
  
!      If you use `-mfloat128-hardware', it will enable the option
!      `-mfloat128' as well.
  
!      If you select ISA 3.0 instructions with `-mcpu=power9', but do not
!      use either `-mfloat128' or `-mfloat128-hardware', the IEEE 128-bit
       floating point support will not be enabled.
  
! `-mfloat-gprs=YES/SINGLE/DOUBLE/NO'
! `-mfloat-gprs'
       This switch enables or disables the generation of floating-point
       operations on the general-purpose registers for architectures that
       support it.
  
!      The argument `yes' or `single' enables the use of single-precision
       floating-point operations.
  
!      The argument `double' enables the use of single and
       double-precision floating-point operations.
  
!      The argument `no' disables floating-point operations on the
       general-purpose registers.
  
       This option is currently only available on the MPC854x.
  
! `-m32'
! `-m64'
       Generate code for 32-bit or 64-bit environments of Darwin and SVR4
       targets (including GNU/Linux).  The 32-bit environment sets int,
       long and pointer to 32 bits and generates code that runs on any
       PowerPC variant.  The 64-bit environment sets int to 32 bits and
       long and pointer to 64 bits, and generates code for PowerPC64, as
!      for `-mpowerpc64'.
  
! `-mfull-toc'
! `-mno-fp-in-toc'
! `-mno-sum-in-toc'
! `-mminimal-toc'
       Modify generation of the TOC (Table Of Contents), which is created
!      for every executable file.  The `-mfull-toc' option is selected by
       default.  In that case, GCC allocates at least one TOC entry for
       each unique non-automatic variable reference in your program.  GCC
       also places floating-point constants in the TOC.  However, only
*************** These '-m' options are defined for the I
*** 19773,19804 ****
  
       If you receive a linker error message that saying you have
       overflowed the available TOC space, you can reduce the amount of
!      TOC space used with the '-mno-fp-in-toc' and '-mno-sum-in-toc'
!      options.  '-mno-fp-in-toc' prevents GCC from putting floating-point
!      constants in the TOC and '-mno-sum-in-toc' forces GCC to generate
       code to calculate the sum of an address and a constant at run time
       instead of putting that sum into the TOC.  You may specify one or
       both of these options.  Each causes GCC to produce very slightly
       slower and larger code at the expense of conserving TOC space.
  
!      If you still run out of space in the TOC even when you specify both
!      of these options, specify '-mminimal-toc' instead.  This option
!      causes GCC to make only one TOC entry for every file.  When you
!      specify this option, GCC produces code that is slower and larger
!      but which uses extremely little TOC space.  You may wish to use
!      this option only on files that contain less frequently-executed
!      code.
  
! '-maix64'
! '-maix32'
       Enable 64-bit AIX ABI and calling convention: 64-bit pointers,
!      64-bit 'long' type, and the infrastructure needed to support them.
!      Specifying '-maix64' implies '-mpowerpc64', while '-maix32'
!      disables the 64-bit ABI and implies '-mno-powerpc64'.  GCC defaults
!      to '-maix32'.
  
! '-mxl-compat'
! '-mno-xl-compat'
       Produce code that conforms more closely to IBM XL compiler
       semantics when using AIX-compatible ABI.  Pass floating-point
       arguments to prototyped functions beyond the register save area
--- 19908,19939 ----
  
       If you receive a linker error message that saying you have
       overflowed the available TOC space, you can reduce the amount of
!      TOC space used with the `-mno-fp-in-toc' and `-mno-sum-in-toc'
!      options.  `-mno-fp-in-toc' prevents GCC from putting floating-point
!      constants in the TOC and `-mno-sum-in-toc' forces GCC to generate
       code to calculate the sum of an address and a constant at run time
       instead of putting that sum into the TOC.  You may specify one or
       both of these options.  Each causes GCC to produce very slightly
       slower and larger code at the expense of conserving TOC space.
  
!      If you still run out of space in the TOC even when you specify
!      both of these options, specify `-mminimal-toc' instead.  This
!      option causes GCC to make only one TOC entry for every file.  When
!      you specify this option, GCC produces code that is slower and
!      larger but which uses extremely little TOC space.  You may wish to
!      use this option only on files that contain less
!      frequently-executed code.
  
! `-maix64'
! `-maix32'
       Enable 64-bit AIX ABI and calling convention: 64-bit pointers,
!      64-bit `long' type, and the infrastructure needed to support them.
!      Specifying `-maix64' implies `-mpowerpc64', while `-maix32'
!      disables the 64-bit ABI and implies `-mno-powerpc64'.  GCC
!      defaults to `-maix32'.
  
! `-mxl-compat'
! `-mno-xl-compat'
       Produce code that conforms more closely to IBM XL compiler
       semantics when using AIX-compatible ABI.  Pass floating-point
       arguments to prototyped functions beyond the register save area
*************** These '-m' options are defined for the I
*** 19810,20249 ****
       The AIX calling convention was extended but not initially
       documented to handle an obscure K&R C case of calling a function
       that takes the address of its arguments with fewer arguments than
!      declared.  IBM XL compilers access floating-point arguments that do
!      not fit in the RSA from the stack when a subroutine is compiled
       without optimization.  Because always storing floating-point
       arguments on the stack is inefficient and rarely needed, this
!      option is not enabled by default and only is necessary when calling
!      subroutines compiled by IBM XL compilers without optimization.
  
! '-mpe'
       Support "IBM RS/6000 SP" "Parallel Environment" (PE).  Link an
       application written to use message passing with special startup
       code to enable the application to run.  The system must have PE
!      installed in the standard location ('/usr/lpp/ppe.poe/'), or the
!      'specs' file must be overridden with the '-specs=' option to
       specify the appropriate directory location.  The Parallel
!      Environment does not support threads, so the '-mpe' option and the
!      '-pthread' option are incompatible.
  
! '-malign-natural'
! '-malign-power'
       On AIX, 32-bit Darwin, and 64-bit PowerPC GNU/Linux, the option
!      '-malign-natural' overrides the ABI-defined alignment of larger
       types, such as floating-point doubles, on their natural size-based
!      boundary.  The option '-malign-power' instructs GCC to follow the
       ABI-specified alignment rules.  GCC defaults to the standard
       alignment defined in the ABI.
  
       On 64-bit Darwin, natural alignment is the default, and
!      '-malign-power' is not supported.
  
! '-msoft-float'
! '-mhard-float'
       Generate code that does not use (uses) the floating-point register
       set.  Software floating-point emulation is provided if you use the
!      '-msoft-float' option, and pass the option to GCC when linking.
  
! '-msingle-float'
! '-mdouble-float'
       Generate code for single- or double-precision floating-point
!      operations.  '-mdouble-float' implies '-msingle-float'.
  
! '-msimple-fpu'
!      Do not generate 'sqrt' and 'div' instructions for hardware
       floating-point unit.
  
! '-mfpu=NAME'
       Specify type of floating-point unit.  Valid values for NAME are
!      'sp_lite' (equivalent to '-msingle-float -msimple-fpu'), 'dp_lite'
!      (equivalent to '-mdouble-float -msimple-fpu'), 'sp_full'
!      (equivalent to '-msingle-float'), and 'dp_full' (equivalent to
!      '-mdouble-float').
  
! '-mxilinx-fpu'
       Perform optimizations for the floating-point unit on Xilinx PPC
       405/440.
  
! '-mmultiple'
! '-mno-multiple'
       Generate code that uses (does not use) the load multiple word
       instructions and the store multiple word instructions.  These
       instructions are generated by default on POWER systems, and not
!      generated on PowerPC systems.  Do not use '-mmultiple' on
!      little-endian PowerPC systems, since those instructions do not work
!      when the processor is in little-endian mode.  The exceptions are
!      PPC740 and PPC750 which permit these instructions in little-endian
!      mode.
  
! '-mstring'
! '-mno-string'
       Generate code that uses (does not use) the load string instructions
       and the store string word instructions to save multiple registers
       and do small block moves.  These instructions are generated by
!      default on POWER systems, and not generated on PowerPC systems.  Do
!      not use '-mstring' on little-endian PowerPC systems, since those
       instructions do not work when the processor is in little-endian
       mode.  The exceptions are PPC740 and PPC750 which permit these
       instructions in little-endian mode.
  
! '-mupdate'
! '-mno-update'
       Generate code that uses (does not use) the load or store
       instructions that update the base register to the address of the
       calculated memory location.  These instructions are generated by
!      default.  If you use '-mno-update', there is a small window between
!      the time that the stack pointer is updated and the address of the
!      previous frame is stored, which means code that walks the stack
!      frame across interrupts or signals may get corrupted data.
  
! '-mavoid-indexed-addresses'
! '-mno-avoid-indexed-addresses'
       Generate code that tries to avoid (not avoid) the use of indexed
!      load or store instructions.  These instructions can incur a
       performance penalty on Power6 processors in certain situations,
       such as when stepping through large arrays that cross a 16M
       boundary.  This option is enabled by default when targeting Power6
       and disabled otherwise.
  
! '-mfused-madd'
! '-mno-fused-madd'
       Generate code that uses (does not use) the floating-point multiply
       and accumulate instructions.  These instructions are generated by
       default if hardware floating point is used.  The machine-dependent
!      '-mfused-madd' option is now mapped to the machine-independent
!      '-ffp-contract=fast' option, and '-mno-fused-madd' is mapped to
!      '-ffp-contract=off'.
  
! '-mmulhw'
! '-mno-mulhw'
       Generate code that uses (does not use) the half-word multiply and
       multiply-accumulate instructions on the IBM 405, 440, 464 and 476
       processors.  These instructions are generated by default when
       targeting those processors.
  
! '-mdlmzb'
! '-mno-dlmzb'
!      Generate code that uses (does not use) the string-search 'dlmzb'
       instruction on the IBM 405, 440, 464 and 476 processors.  This
       instruction is generated by default when targeting those
       processors.
  
! '-mno-bit-align'
! '-mbit-align'
       On System V.4 and embedded PowerPC systems do not (do) force
       structures and unions that contain bit-fields to be aligned to the
       base type of the bit-field.
  
       For example, by default a structure containing nothing but 8
!      'unsigned' bit-fields of length 1 is aligned to a 4-byte boundary
!      and has a size of 4 bytes.  By using '-mno-bit-align', the
       structure is aligned to a 1-byte boundary and is 1 byte in size.
  
! '-mno-strict-align'
! '-mstrict-align'
       On System V.4 and embedded PowerPC systems do not (do) assume that
       unaligned memory references are handled by the system.
  
! '-mrelocatable'
! '-mno-relocatable'
       Generate code that allows (does not allow) a static executable to
       be relocated to a different address at run time.  A simple embedded
       PowerPC system loader should relocate the entire contents of
!      '.got2' and 4-byte locations listed in the '.fixup' section, a
       table of 32-bit addresses generated by this option.  For this to
       work, all objects linked together must be compiled with
!      '-mrelocatable' or '-mrelocatable-lib'.  '-mrelocatable' code
       aligns the stack to an 8-byte boundary.
  
! '-mrelocatable-lib'
! '-mno-relocatable-lib'
!      Like '-mrelocatable', '-mrelocatable-lib' generates a '.fixup'
       section to allow static executables to be relocated at run time,
!      but '-mrelocatable-lib' does not use the smaller stack alignment of
!      '-mrelocatable'.  Objects compiled with '-mrelocatable-lib' may be
!      linked with objects compiled with any combination of the
!      '-mrelocatable' options.
  
! '-mno-toc'
! '-mtoc'
       On System V.4 and embedded PowerPC systems do not (do) assume that
       register 2 contains a pointer to a global area pointing to the
       addresses used in the program.
  
! '-mlittle'
! '-mlittle-endian'
       On System V.4 and embedded PowerPC systems compile code for the
!      processor in little-endian mode.  The '-mlittle-endian' option is
!      the same as '-mlittle'.
  
! '-mbig'
! '-mbig-endian'
       On System V.4 and embedded PowerPC systems compile code for the
!      processor in big-endian mode.  The '-mbig-endian' option is the
!      same as '-mbig'.
  
! '-mdynamic-no-pic'
       On Darwin and Mac OS X systems, compile code so that it is not
       relocatable, but that its external references are relocatable.  The
       resulting code is suitable for applications, but not shared
       libraries.
  
! '-msingle-pic-base'
       Treat the register used for PIC addressing as read-only, rather
       than loading it in the prologue for each function.  The runtime
       system is responsible for initializing this register with an
       appropriate value before execution begins.
  
! '-mprioritize-restricted-insns=PRIORITY'
!      This option controls the priority that is assigned to dispatch-slot
!      restricted instructions during the second scheduling pass.  The
!      argument PRIORITY takes the value '0', '1', or '2' to assign no,
!      highest, or second-highest (respectively) priority to dispatch-slot
!      restricted instructions.
  
! '-msched-costly-dep=DEPENDENCE_TYPE'
!      This option controls which dependences are considered costly by the
!      target during instruction scheduling.  The argument DEPENDENCE_TYPE
!      takes one of the following values:
  
!      'no'
            No dependence is costly.
  
!      'all'
            All dependences are costly.
  
!      'true_store_to_load'
            A true dependence from store to load is costly.
  
!      'store_to_load'
            Any dependence from store to load is costly.
  
!      NUMBER
            Any dependence for which the latency is greater than or equal
            to NUMBER is costly.
  
! '-minsert-sched-nops=SCHEME'
       This option controls which NOP insertion scheme is used during the
       second scheduling pass.  The argument SCHEME takes one of the
       following values:
  
!      'no'
            Don't insert NOPs.
  
!      'pad'
            Pad with NOPs any dispatch group that has vacant issue slots,
            according to the scheduler's grouping.
  
!      'regroup_exact'
            Insert NOPs to force costly dependent insns into separate
            groups.  Insert exactly as many NOPs as needed to force an
            insn to a new group, according to the estimated processor
            grouping.
  
!      NUMBER
            Insert NOPs to force costly dependent insns into separate
            groups.  Insert NUMBER NOPs to force an insn to a new group.
  
! '-mcall-sysv'
       On System V.4 and embedded PowerPC systems compile code using
       calling conventions that adhere to the March 1995 draft of the
       System V Application Binary Interface, PowerPC processor
       supplement.  This is the default unless you configured GCC using
!      'powerpc-*-eabiaix'.
  
! '-mcall-sysv-eabi'
! '-mcall-eabi'
!      Specify both '-mcall-sysv' and '-meabi' options.
  
! '-mcall-sysv-noeabi'
!      Specify both '-mcall-sysv' and '-mno-eabi' options.
  
! '-mcall-aixdesc'
       On System V.4 and embedded PowerPC systems compile code for the AIX
       operating system.
  
! '-mcall-linux'
       On System V.4 and embedded PowerPC systems compile code for the
       Linux-based GNU system.
  
! '-mcall-freebsd'
       On System V.4 and embedded PowerPC systems compile code for the
       FreeBSD operating system.
  
! '-mcall-netbsd'
       On System V.4 and embedded PowerPC systems compile code for the
       NetBSD operating system.
  
! '-mcall-openbsd'
       On System V.4 and embedded PowerPC systems compile code for the
       OpenBSD operating system.
  
! '-maix-struct-return'
       Return all structures in memory (as specified by the AIX ABI).
  
! '-msvr4-struct-return'
       Return structures smaller than 8 bytes in registers (as specified
       by the SVR4 ABI).
  
! '-mabi=ABI-TYPE'
       Extend the current ABI with a particular extension, or remove such
!      extension.  Valid values are 'altivec', 'no-altivec', 'spe',
!      'no-spe', 'ibmlongdouble', 'ieeelongdouble', 'elfv1', 'elfv2'.
  
! '-mabi=spe'
       Extend the current ABI with SPE ABI extensions.  This does not
       change the default ABI, instead it adds the SPE ABI extensions to
       the current ABI.
  
! '-mabi=no-spe'
       Disable Book-E SPE ABI extensions for the current ABI.
  
! '-mabi=ibmlongdouble'
       Change the current ABI to use IBM extended-precision long double.
       This is a PowerPC 32-bit SYSV ABI option.
  
! '-mabi=ieeelongdouble'
       Change the current ABI to use IEEE extended-precision long double.
       This is a PowerPC 32-bit Linux ABI option.
  
! '-mabi=elfv1'
!      Change the current ABI to use the ELFv1 ABI. This is the default
       ABI for big-endian PowerPC 64-bit Linux.  Overriding the default
       ABI requires special system support and is likely to fail in
       spectacular ways.
  
! '-mabi=elfv2'
!      Change the current ABI to use the ELFv2 ABI. This is the default
!      ABI for little-endian PowerPC 64-bit Linux.  Overriding the default
!      ABI requires special system support and is likely to fail in
!      spectacular ways.
  
! '-mgnu-attribute'
! '-mno-gnu-attribute'
       Emit .gnu_attribute assembly directives to set tag/value pairs in a
       .gnu.attributes section that specify ABI variations in function
       parameters or return values.
  
! '-mprototype'
! '-mno-prototype'
       On System V.4 and embedded PowerPC systems assume that all calls to
       variable argument functions are properly prototyped.  Otherwise,
!      the compiler must insert an instruction before every non-prototyped
!      call to set or clear bit 6 of the condition code register ('CR') to
!      indicate whether floating-point values are passed in the
!      floating-point registers in case the function takes variable
!      arguments.  With '-mprototype', only calls to prototyped variable
!      argument functions set or clear the bit.
  
! '-msim'
       On embedded PowerPC systems, assume that the startup module is
!      called 'sim-crt0.o' and that the standard C libraries are
!      'libsim.a' and 'libc.a'.  This is the default for
!      'powerpc-*-eabisim' configurations.
  
! '-mmvme'
       On embedded PowerPC systems, assume that the startup module is
!      called 'crt0.o' and the standard C libraries are 'libmvme.a' and
!      'libc.a'.
  
! '-mads'
       On embedded PowerPC systems, assume that the startup module is
!      called 'crt0.o' and the standard C libraries are 'libads.a' and
!      'libc.a'.
  
! '-myellowknife'
       On embedded PowerPC systems, assume that the startup module is
!      called 'crt0.o' and the standard C libraries are 'libyk.a' and
!      'libc.a'.
  
! '-mvxworks'
       On System V.4 and embedded PowerPC systems, specify that you are
       compiling for a VxWorks system.
  
! '-memb'
!      On embedded PowerPC systems, set the 'PPC_EMB' bit in the ELF flags
!      header to indicate that 'eabi' extended relocations are used.
  
! '-meabi'
! '-mno-eabi'
       On System V.4 and embedded PowerPC systems do (do not) adhere to
       the Embedded Applications Binary Interface (EABI), which is a set
       of modifications to the System V.4 specifications.  Selecting
!      '-meabi' means that the stack is aligned to an 8-byte boundary, a
!      function '__eabi' is called from 'main' to set up the EABI
!      environment, and the '-msdata' option can use both 'r2' and 'r13'
!      to point to two separate small data areas.  Selecting '-mno-eabi'
       means that the stack is aligned to a 16-byte boundary, no EABI
!      initialization function is called from 'main', and the '-msdata'
!      option only uses 'r13' to point to a single small data area.  The
!      '-meabi' option is on by default if you configured GCC using one of
!      the 'powerpc*-*-eabi*' options.
  
! '-msdata=eabi'
       On System V.4 and embedded PowerPC systems, put small initialized
!      'const' global and static data in the '.sdata2' section, which is
!      pointed to by register 'r2'.  Put small initialized non-'const'
!      global and static data in the '.sdata' section, which is pointed to
!      by register 'r13'.  Put small uninitialized global and static data
!      in the '.sbss' section, which is adjacent to the '.sdata' section.
!      The '-msdata=eabi' option is incompatible with the '-mrelocatable'
!      option.  The '-msdata=eabi' option also sets the '-memb' option.
  
! '-msdata=sysv'
       On System V.4 and embedded PowerPC systems, put small global and
!      static data in the '.sdata' section, which is pointed to by
!      register 'r13'.  Put small uninitialized global and static data in
!      the '.sbss' section, which is adjacent to the '.sdata' section.
!      The '-msdata=sysv' option is incompatible with the '-mrelocatable'
       option.
  
! '-msdata=default'
! '-msdata'
!      On System V.4 and embedded PowerPC systems, if '-meabi' is used,
!      compile code the same as '-msdata=eabi', otherwise compile code the
!      same as '-msdata=sysv'.
  
! '-msdata=data'
       On System V.4 and embedded PowerPC systems, put small global data
!      in the '.sdata' section.  Put small uninitialized global data in
!      the '.sbss' section.  Do not use register 'r13' to address small
!      data however.  This is the default behavior unless other '-msdata'
       options are used.
  
! '-msdata=none'
! '-mno-sdata'
       On embedded PowerPC systems, put all initialized global and static
!      data in the '.data' section, and all uninitialized data in the
!      '.bss' section.
  
! '-mblock-move-inline-limit=NUM'
!      Inline all block moves (such as calls to 'memcpy' or structure
!      copies) less than or equal to NUM bytes.  The minimum value for NUM
!      is 32 bytes on 32-bit targets and 64 bytes on 64-bit targets.  The
!      default value is target-specific.
  
! '-G NUM'
       On embedded PowerPC systems, put global and static items less than
       or equal to NUM bytes into the small data or BSS sections instead
!      of the normal data or BSS section.  By default, NUM is 8.  The '-G
       NUM' switch is also passed to the linker.  All modules should be
!      compiled with the same '-G NUM' value.
  
! '-mregnames'
! '-mno-regnames'
       On System V.4 and embedded PowerPC systems do (do not) emit
       register names in the assembly language output using symbolic
       forms.
  
! '-mlongcall'
! '-mno-longcall'
       By default assume that all calls are far away so that a longer and
       more expensive calling sequence is required.  This is required for
!      calls farther than 32 megabytes (33,554,432 bytes) from the current
!      location.  A short call is generated if the compiler knows the call
!      cannot be that far away.  This setting can be overridden by the
!      'shortcall' function attribute, or by '#pragma longcall(0)'.
  
       Some linkers are capable of detecting out-of-range calls and
       generating glue code on the fly.  On these systems, long calls are
--- 19945,20386 ----
       The AIX calling convention was extended but not initially
       documented to handle an obscure K&R C case of calling a function
       that takes the address of its arguments with fewer arguments than
!      declared.  IBM XL compilers access floating-point arguments that
!      do not fit in the RSA from the stack when a subroutine is compiled
       without optimization.  Because always storing floating-point
       arguments on the stack is inefficient and rarely needed, this
!      option is not enabled by default and only is necessary when
!      calling subroutines compiled by IBM XL compilers without
!      optimization.
  
! `-mpe'
       Support "IBM RS/6000 SP" "Parallel Environment" (PE).  Link an
       application written to use message passing with special startup
       code to enable the application to run.  The system must have PE
!      installed in the standard location (`/usr/lpp/ppe.poe/'), or the
!      `specs' file must be overridden with the `-specs=' option to
       specify the appropriate directory location.  The Parallel
!      Environment does not support threads, so the `-mpe' option and the
!      `-pthread' option are incompatible.
  
! `-malign-natural'
! `-malign-power'
       On AIX, 32-bit Darwin, and 64-bit PowerPC GNU/Linux, the option
!      `-malign-natural' overrides the ABI-defined alignment of larger
       types, such as floating-point doubles, on their natural size-based
!      boundary.  The option `-malign-power' instructs GCC to follow the
       ABI-specified alignment rules.  GCC defaults to the standard
       alignment defined in the ABI.
  
       On 64-bit Darwin, natural alignment is the default, and
!      `-malign-power' is not supported.
  
! `-msoft-float'
! `-mhard-float'
       Generate code that does not use (uses) the floating-point register
       set.  Software floating-point emulation is provided if you use the
!      `-msoft-float' option, and pass the option to GCC when linking.
  
! `-msingle-float'
! `-mdouble-float'
       Generate code for single- or double-precision floating-point
!      operations.  `-mdouble-float' implies `-msingle-float'.
  
! `-msimple-fpu'
!      Do not generate `sqrt' and `div' instructions for hardware
       floating-point unit.
  
! `-mfpu=NAME'
       Specify type of floating-point unit.  Valid values for NAME are
!      `sp_lite' (equivalent to `-msingle-float -msimple-fpu'), `dp_lite'
!      (equivalent to `-mdouble-float -msimple-fpu'), `sp_full'
!      (equivalent to `-msingle-float'), and `dp_full' (equivalent to
!      `-mdouble-float').
  
! `-mxilinx-fpu'
       Perform optimizations for the floating-point unit on Xilinx PPC
       405/440.
  
! `-mmultiple'
! `-mno-multiple'
       Generate code that uses (does not use) the load multiple word
       instructions and the store multiple word instructions.  These
       instructions are generated by default on POWER systems, and not
!      generated on PowerPC systems.  Do not use `-mmultiple' on
!      little-endian PowerPC systems, since those instructions do not
!      work when the processor is in little-endian mode.  The exceptions
!      are PPC740 and PPC750 which permit these instructions in
!      little-endian mode.
  
! `-mstring'
! `-mno-string'
       Generate code that uses (does not use) the load string instructions
       and the store string word instructions to save multiple registers
       and do small block moves.  These instructions are generated by
!      default on POWER systems, and not generated on PowerPC systems.
!      Do not use `-mstring' on little-endian PowerPC systems, since those
       instructions do not work when the processor is in little-endian
       mode.  The exceptions are PPC740 and PPC750 which permit these
       instructions in little-endian mode.
  
! `-mupdate'
! `-mno-update'
       Generate code that uses (does not use) the load or store
       instructions that update the base register to the address of the
       calculated memory location.  These instructions are generated by
!      default.  If you use `-mno-update', there is a small window
!      between the time that the stack pointer is updated and the address
!      of the previous frame is stored, which means code that walks the
!      stack frame across interrupts or signals may get corrupted data.
  
! `-mavoid-indexed-addresses'
! `-mno-avoid-indexed-addresses'
       Generate code that tries to avoid (not avoid) the use of indexed
!      load or store instructions. These instructions can incur a
       performance penalty on Power6 processors in certain situations,
       such as when stepping through large arrays that cross a 16M
       boundary.  This option is enabled by default when targeting Power6
       and disabled otherwise.
  
! `-mfused-madd'
! `-mno-fused-madd'
       Generate code that uses (does not use) the floating-point multiply
       and accumulate instructions.  These instructions are generated by
       default if hardware floating point is used.  The machine-dependent
!      `-mfused-madd' option is now mapped to the machine-independent
!      `-ffp-contract=fast' option, and `-mno-fused-madd' is mapped to
!      `-ffp-contract=off'.
  
! `-mmulhw'
! `-mno-mulhw'
       Generate code that uses (does not use) the half-word multiply and
       multiply-accumulate instructions on the IBM 405, 440, 464 and 476
       processors.  These instructions are generated by default when
       targeting those processors.
  
! `-mdlmzb'
! `-mno-dlmzb'
!      Generate code that uses (does not use) the string-search `dlmzb'
       instruction on the IBM 405, 440, 464 and 476 processors.  This
       instruction is generated by default when targeting those
       processors.
  
! `-mno-bit-align'
! `-mbit-align'
       On System V.4 and embedded PowerPC systems do not (do) force
       structures and unions that contain bit-fields to be aligned to the
       base type of the bit-field.
  
       For example, by default a structure containing nothing but 8
!      `unsigned' bit-fields of length 1 is aligned to a 4-byte boundary
!      and has a size of 4 bytes.  By using `-mno-bit-align', the
       structure is aligned to a 1-byte boundary and is 1 byte in size.
  
! `-mno-strict-align'
! `-mstrict-align'
       On System V.4 and embedded PowerPC systems do not (do) assume that
       unaligned memory references are handled by the system.
  
! `-mrelocatable'
! `-mno-relocatable'
       Generate code that allows (does not allow) a static executable to
       be relocated to a different address at run time.  A simple embedded
       PowerPC system loader should relocate the entire contents of
!      `.got2' and 4-byte locations listed in the `.fixup' section, a
       table of 32-bit addresses generated by this option.  For this to
       work, all objects linked together must be compiled with
!      `-mrelocatable' or `-mrelocatable-lib'.  `-mrelocatable' code
       aligns the stack to an 8-byte boundary.
  
! `-mrelocatable-lib'
! `-mno-relocatable-lib'
!      Like `-mrelocatable', `-mrelocatable-lib' generates a `.fixup'
       section to allow static executables to be relocated at run time,
!      but `-mrelocatable-lib' does not use the smaller stack alignment
!      of `-mrelocatable'.  Objects compiled with `-mrelocatable-lib' may
!      be linked with objects compiled with any combination of the
!      `-mrelocatable' options.
  
! `-mno-toc'
! `-mtoc'
       On System V.4 and embedded PowerPC systems do not (do) assume that
       register 2 contains a pointer to a global area pointing to the
       addresses used in the program.
  
! `-mlittle'
! `-mlittle-endian'
       On System V.4 and embedded PowerPC systems compile code for the
!      processor in little-endian mode.  The `-mlittle-endian' option is
!      the same as `-mlittle'.
  
! `-mbig'
! `-mbig-endian'
       On System V.4 and embedded PowerPC systems compile code for the
!      processor in big-endian mode.  The `-mbig-endian' option is the
!      same as `-mbig'.
  
! `-mdynamic-no-pic'
       On Darwin and Mac OS X systems, compile code so that it is not
       relocatable, but that its external references are relocatable.  The
       resulting code is suitable for applications, but not shared
       libraries.
  
! `-msingle-pic-base'
       Treat the register used for PIC addressing as read-only, rather
       than loading it in the prologue for each function.  The runtime
       system is responsible for initializing this register with an
       appropriate value before execution begins.
  
! `-mprioritize-restricted-insns=PRIORITY'
!      This option controls the priority that is assigned to
!      dispatch-slot restricted instructions during the second scheduling
!      pass.  The argument PRIORITY takes the value `0', `1', or `2' to
!      assign no, highest, or second-highest (respectively) priority to
!      dispatch-slot restricted instructions.
  
! `-msched-costly-dep=DEPENDENCE_TYPE'
!      This option controls which dependences are considered costly by
!      the target during instruction scheduling.  The argument
!      DEPENDENCE_TYPE takes one of the following values:
  
!     `no'
            No dependence is costly.
  
!     `all'
            All dependences are costly.
  
!     `true_store_to_load'
            A true dependence from store to load is costly.
  
!     `store_to_load'
            Any dependence from store to load is costly.
  
!     NUMBER
            Any dependence for which the latency is greater than or equal
            to NUMBER is costly.
  
! `-minsert-sched-nops=SCHEME'
       This option controls which NOP insertion scheme is used during the
       second scheduling pass.  The argument SCHEME takes one of the
       following values:
  
!     `no'
            Don't insert NOPs.
  
!     `pad'
            Pad with NOPs any dispatch group that has vacant issue slots,
            according to the scheduler's grouping.
  
!     `regroup_exact'
            Insert NOPs to force costly dependent insns into separate
            groups.  Insert exactly as many NOPs as needed to force an
            insn to a new group, according to the estimated processor
            grouping.
  
!     NUMBER
            Insert NOPs to force costly dependent insns into separate
            groups.  Insert NUMBER NOPs to force an insn to a new group.
  
! `-mcall-sysv'
       On System V.4 and embedded PowerPC systems compile code using
       calling conventions that adhere to the March 1995 draft of the
       System V Application Binary Interface, PowerPC processor
       supplement.  This is the default unless you configured GCC using
!      `powerpc-*-eabiaix'.
  
! `-mcall-sysv-eabi'
! `-mcall-eabi'
!      Specify both `-mcall-sysv' and `-meabi' options.
  
! `-mcall-sysv-noeabi'
!      Specify both `-mcall-sysv' and `-mno-eabi' options.
  
! `-mcall-aixdesc'
       On System V.4 and embedded PowerPC systems compile code for the AIX
       operating system.
  
! `-mcall-linux'
       On System V.4 and embedded PowerPC systems compile code for the
       Linux-based GNU system.
  
! `-mcall-freebsd'
       On System V.4 and embedded PowerPC systems compile code for the
       FreeBSD operating system.
  
! `-mcall-netbsd'
       On System V.4 and embedded PowerPC systems compile code for the
       NetBSD operating system.
  
! `-mcall-openbsd'
       On System V.4 and embedded PowerPC systems compile code for the
       OpenBSD operating system.
  
! `-maix-struct-return'
       Return all structures in memory (as specified by the AIX ABI).
  
! `-msvr4-struct-return'
       Return structures smaller than 8 bytes in registers (as specified
       by the SVR4 ABI).
  
! `-mabi=ABI-TYPE'
       Extend the current ABI with a particular extension, or remove such
!      extension.  Valid values are `altivec', `no-altivec', `spe',
!      `no-spe', `ibmlongdouble', `ieeelongdouble', `elfv1', `elfv2'.
  
! `-mabi=spe'
       Extend the current ABI with SPE ABI extensions.  This does not
       change the default ABI, instead it adds the SPE ABI extensions to
       the current ABI.
  
! `-mabi=no-spe'
       Disable Book-E SPE ABI extensions for the current ABI.
  
! `-mabi=ibmlongdouble'
       Change the current ABI to use IBM extended-precision long double.
       This is a PowerPC 32-bit SYSV ABI option.
  
! `-mabi=ieeelongdouble'
       Change the current ABI to use IEEE extended-precision long double.
       This is a PowerPC 32-bit Linux ABI option.
  
! `-mabi=elfv1'
!      Change the current ABI to use the ELFv1 ABI.  This is the default
       ABI for big-endian PowerPC 64-bit Linux.  Overriding the default
       ABI requires special system support and is likely to fail in
       spectacular ways.
  
! `-mabi=elfv2'
!      Change the current ABI to use the ELFv2 ABI.  This is the default
!      ABI for little-endian PowerPC 64-bit Linux.  Overriding the
!      default ABI requires special system support and is likely to fail
!      in spectacular ways.
  
! `-mgnu-attribute'
! `-mno-gnu-attribute'
       Emit .gnu_attribute assembly directives to set tag/value pairs in a
       .gnu.attributes section that specify ABI variations in function
       parameters or return values.
  
! `-mprototype'
! `-mno-prototype'
       On System V.4 and embedded PowerPC systems assume that all calls to
       variable argument functions are properly prototyped.  Otherwise,
!      the compiler must insert an instruction before every
!      non-prototyped call to set or clear bit 6 of the condition code
!      register (`CR') to indicate whether floating-point values are
!      passed in the floating-point registers in case the function takes
!      variable arguments.  With `-mprototype', only calls to prototyped
!      variable argument functions set or clear the bit.
  
! `-msim'
       On embedded PowerPC systems, assume that the startup module is
!      called `sim-crt0.o' and that the standard C libraries are
!      `libsim.a' and `libc.a'.  This is the default for
!      `powerpc-*-eabisim' configurations.
  
! `-mmvme'
       On embedded PowerPC systems, assume that the startup module is
!      called `crt0.o' and the standard C libraries are `libmvme.a' and
!      `libc.a'.
  
! `-mads'
       On embedded PowerPC systems, assume that the startup module is
!      called `crt0.o' and the standard C libraries are `libads.a' and
!      `libc.a'.
  
! `-myellowknife'
       On embedded PowerPC systems, assume that the startup module is
!      called `crt0.o' and the standard C libraries are `libyk.a' and
!      `libc.a'.
  
! `-mvxworks'
       On System V.4 and embedded PowerPC systems, specify that you are
       compiling for a VxWorks system.
  
! `-memb'
!      On embedded PowerPC systems, set the `PPC_EMB' bit in the ELF flags
!      header to indicate that `eabi' extended relocations are used.
  
! `-meabi'
! `-mno-eabi'
       On System V.4 and embedded PowerPC systems do (do not) adhere to
       the Embedded Applications Binary Interface (EABI), which is a set
       of modifications to the System V.4 specifications.  Selecting
!      `-meabi' means that the stack is aligned to an 8-byte boundary, a
!      function `__eabi' is called from `main' to set up the EABI
!      environment, and the `-msdata' option can use both `r2' and `r13'
!      to point to two separate small data areas.  Selecting `-mno-eabi'
       means that the stack is aligned to a 16-byte boundary, no EABI
!      initialization function is called from `main', and the `-msdata'
!      option only uses `r13' to point to a single small data area.  The
!      `-meabi' option is on by default if you configured GCC using one
!      of the `powerpc*-*-eabi*' options.
  
! `-msdata=eabi'
       On System V.4 and embedded PowerPC systems, put small initialized
!      `const' global and static data in the `.sdata2' section, which is
!      pointed to by register `r2'.  Put small initialized non-`const'
!      global and static data in the `.sdata' section, which is pointed
!      to by register `r13'.  Put small uninitialized global and static
!      data in the `.sbss' section, which is adjacent to the `.sdata'
!      section.  The `-msdata=eabi' option is incompatible with the
!      `-mrelocatable' option.  The `-msdata=eabi' option also sets the
!      `-memb' option.
  
! `-msdata=sysv'
       On System V.4 and embedded PowerPC systems, put small global and
!      static data in the `.sdata' section, which is pointed to by
!      register `r13'.  Put small uninitialized global and static data in
!      the `.sbss' section, which is adjacent to the `.sdata' section.
!      The `-msdata=sysv' option is incompatible with the `-mrelocatable'
       option.
  
! `-msdata=default'
! `-msdata'
!      On System V.4 and embedded PowerPC systems, if `-meabi' is used,
!      compile code the same as `-msdata=eabi', otherwise compile code the
!      same as `-msdata=sysv'.
  
! `-msdata=data'
       On System V.4 and embedded PowerPC systems, put small global data
!      in the `.sdata' section.  Put small uninitialized global data in
!      the `.sbss' section.  Do not use register `r13' to address small
!      data however.  This is the default behavior unless other `-msdata'
       options are used.
  
! `-msdata=none'
! `-mno-sdata'
       On embedded PowerPC systems, put all initialized global and static
!      data in the `.data' section, and all uninitialized data in the
!      `.bss' section.
  
! `-mblock-move-inline-limit=NUM'
!      Inline all block moves (such as calls to `memcpy' or structure
!      copies) less than or equal to NUM bytes.  The minimum value for
!      NUM is 32 bytes on 32-bit targets and 64 bytes on 64-bit targets.
!      The default value is target-specific.
  
! `-G NUM'
       On embedded PowerPC systems, put global and static items less than
       or equal to NUM bytes into the small data or BSS sections instead
!      of the normal data or BSS section.  By default, NUM is 8.  The `-G
       NUM' switch is also passed to the linker.  All modules should be
!      compiled with the same `-G NUM' value.
  
! `-mregnames'
! `-mno-regnames'
       On System V.4 and embedded PowerPC systems do (do not) emit
       register names in the assembly language output using symbolic
       forms.
  
! `-mlongcall'
! `-mno-longcall'
       By default assume that all calls are far away so that a longer and
       more expensive calling sequence is required.  This is required for
!      calls farther than 32 megabytes (33,554,432 bytes) from the
!      current location.  A short call is generated if the compiler knows
!      the call cannot be that far away.  This setting can be overridden
!      by the `shortcall' function attribute, or by `#pragma longcall(0)'.
  
       Some linkers are capable of detecting out-of-range calls and
       generating glue code on the fly.  On these systems, long calls are
*************** These '-m' options are defined for the I
*** 20252,20265 ****
       planned to add this feature to the GNU linker for 32-bit PowerPC
       systems as well.
  
!      On Darwin/PPC systems, '#pragma longcall' generates 'jbsr callee,
!      L42', plus a "branch island" (glue code).  The two target addresses
!      represent the callee and the branch island.  The Darwin/PPC linker
!      prefers the first address and generates a 'bl callee' if the PPC
!      'bl' instruction reaches the callee directly; otherwise, the linker
!      generates 'bl L42' to call the branch island.  The branch island is
!      appended to the body of the calling function; it computes the full
!      32-bit address of the callee and jumps to it.
  
       On Mach-O (Darwin) systems, this option directs the compiler emit
       to the glue for every direct call, and the Darwin linker decides
--- 20389,20403 ----
       planned to add this feature to the GNU linker for 32-bit PowerPC
       systems as well.
  
!      On Darwin/PPC systems, `#pragma longcall' generates `jbsr callee,
!      L42', plus a "branch island" (glue code).  The two target
!      addresses represent the callee and the branch island.  The
!      Darwin/PPC linker prefers the first address and generates a `bl
!      callee' if the PPC `bl' instruction reaches the callee directly;
!      otherwise, the linker generates `bl L42' to call the branch
!      island.  The branch island is appended to the body of the calling
!      function; it computes the full 32-bit address of the callee and
!      jumps to it.
  
       On Mach-O (Darwin) systems, this option directs the compiler emit
       to the glue for every direct call, and the Darwin linker decides
*************** These '-m' options are defined for the I
*** 20268,20397 ****
       In the future, GCC may ignore all longcall specifications when the
       linker is known to generate glue.
  
! '-mtls-markers'
! '-mno-tls-markers'
!      Mark (do not mark) calls to '__tls_get_addr' with a relocation
!      specifying the function argument.  The relocation allows the linker
!      to reliably associate function call with argument setup
       instructions for TLS optimization, which in turn allows GCC to
       better schedule the sequence.
  
! '-mrecip'
! '-mno-recip'
       This option enables use of the reciprocal estimate and reciprocal
       square root estimate instructions with additional Newton-Raphson
       steps to increase precision instead of doing a divide or square
       root and divide for floating-point arguments.  You should use the
!      '-ffast-math' option when using '-mrecip' (or at least
!      '-funsafe-math-optimizations', '-ffinite-math-only',
!      '-freciprocal-math' and '-fno-trapping-math').  Note that while the
!      throughput of the sequence is generally higher than the throughput
!      of the non-reciprocal instruction, the precision of the sequence
!      can be decreased by up to 2 ulp (i.e. the inverse of 1.0 equals
!      0.99999994) for reciprocal square roots.
  
! '-mrecip=OPT'
       This option controls which reciprocal estimate instructions may be
       used.  OPT is a comma-separated list of options, which may be
!      preceded by a '!' to invert the option:
  
!      'all'
            Enable all estimate instructions.
  
!      'default'
!           Enable the default instructions, equivalent to '-mrecip'.
  
!      'none'
!           Disable all estimate instructions, equivalent to '-mno-recip'.
  
!      'div'
            Enable the reciprocal approximation instructions for both
            single and double precision.
  
!      'divf'
            Enable the single-precision reciprocal approximation
            instructions.
  
!      'divd'
            Enable the double-precision reciprocal approximation
            instructions.
  
!      'rsqrt'
            Enable the reciprocal square root approximation instructions
            for both single and double precision.
  
!      'rsqrtf'
            Enable the single-precision reciprocal square root
            approximation instructions.
  
!      'rsqrtd'
            Enable the double-precision reciprocal square root
            approximation instructions.
  
!      So, for example, '-mrecip=all,!rsqrtd' enables all of the
!      reciprocal estimate instructions, except for the 'FRSQRTE',
!      'XSRSQRTEDP', and 'XVRSQRTEDP' instructions which handle the
       double-precision reciprocal square root calculations.
  
! '-mrecip-precision'
! '-mno-recip-precision'
       Assume (do not assume) that the reciprocal estimate instructions
       provide higher-precision estimates than is mandated by the PowerPC
!      ABI. Selecting '-mcpu=power6', '-mcpu=power7' or '-mcpu=power8'
!      automatically selects '-mrecip-precision'.  The double-precision
       square root estimate instructions are not generated by default on
       low-precision machines, since they do not provide an estimate that
       converges after three steps.
  
! '-mveclibabi=TYPE'
       Specifies the ABI type to use for vectorizing intrinsics using an
!      external library.  The only type supported at present is 'mass',
       which specifies to use IBM's Mathematical Acceleration Subsystem
       (MASS) libraries for vectorizing intrinsics using external
!      libraries.  GCC currently emits calls to 'acosd2', 'acosf4',
!      'acoshd2', 'acoshf4', 'asind2', 'asinf4', 'asinhd2', 'asinhf4',
!      'atan2d2', 'atan2f4', 'atand2', 'atanf4', 'atanhd2', 'atanhf4',
!      'cbrtd2', 'cbrtf4', 'cosd2', 'cosf4', 'coshd2', 'coshf4', 'erfcd2',
!      'erfcf4', 'erfd2', 'erff4', 'exp2d2', 'exp2f4', 'expd2', 'expf4',
!      'expm1d2', 'expm1f4', 'hypotd2', 'hypotf4', 'lgammad2', 'lgammaf4',
!      'log10d2', 'log10f4', 'log1pd2', 'log1pf4', 'log2d2', 'log2f4',
!      'logd2', 'logf4', 'powd2', 'powf4', 'sind2', 'sinf4', 'sinhd2',
!      'sinhf4', 'sqrtd2', 'sqrtf4', 'tand2', 'tanf4', 'tanhd2', and
!      'tanhf4' when generating code for power7.  Both '-ftree-vectorize'
!      and '-funsafe-math-optimizations' must also be enabled.  The MASS
!      libraries must be specified at link time.
  
! '-mfriz'
! '-mno-friz'
!      Generate (do not generate) the 'friz' instruction when the
!      '-funsafe-math-optimizations' option is used to optimize rounding
       of floating-point values to 64-bit integer and back to floating
!      point.  The 'friz' instruction does not return the same value if
       the floating-point number is too large to fit in an integer.
  
! '-mpointers-to-nested-functions'
! '-mno-pointers-to-nested-functions'
       Generate (do not generate) code to load up the static chain
!      register ('r11') when calling through a pointer on AIX and 64-bit
       Linux systems where a function pointer points to a 3-word
       descriptor giving the function address, TOC value to be loaded in
!      register 'r2', and static chain value to be loaded in register
!      'r11'.  The '-mpointers-to-nested-functions' is on by default.  You
!      cannot call through pointers to nested functions or pointers to
!      functions compiled in other languages that use the static chain if
!      you use '-mno-pointers-to-nested-functions'.
  
! '-msave-toc-indirect'
! '-mno-save-toc-indirect'
       Generate (do not generate) code to save the TOC value in the
       reserved stack location in the function prologue if the function
       calls through a pointer on AIX and 64-bit Linux systems.  If the
!      TOC value is not saved in the prologue, it is saved just before the
!      call through the pointer.  The '-mno-save-toc-indirect' option is
!      the default.
  
! '-mcompat-align-parm'
! '-mno-compat-align-parm'
       Generate (do not generate) code to pass structure parameters with a
       maximum alignment of 64 bits, for compatibility with older versions
       of GCC.
--- 20406,20536 ----
       In the future, GCC may ignore all longcall specifications when the
       linker is known to generate glue.
  
! `-mtls-markers'
! `-mno-tls-markers'
!      Mark (do not mark) calls to `__tls_get_addr' with a relocation
!      specifying the function argument.  The relocation allows the
!      linker to reliably associate function call with argument setup
       instructions for TLS optimization, which in turn allows GCC to
       better schedule the sequence.
  
! `-mrecip'
! `-mno-recip'
       This option enables use of the reciprocal estimate and reciprocal
       square root estimate instructions with additional Newton-Raphson
       steps to increase precision instead of doing a divide or square
       root and divide for floating-point arguments.  You should use the
!      `-ffast-math' option when using `-mrecip' (or at least
!      `-funsafe-math-optimizations', `-ffinite-math-only',
!      `-freciprocal-math' and `-fno-trapping-math').  Note that while
!      the throughput of the sequence is generally higher than the
!      throughput of the non-reciprocal instruction, the precision of the
!      sequence can be decreased by up to 2 ulp (i.e. the inverse of 1.0
!      equals 0.99999994) for reciprocal square roots.
  
! `-mrecip=OPT'
       This option controls which reciprocal estimate instructions may be
       used.  OPT is a comma-separated list of options, which may be
!      preceded by a `!' to invert the option:
  
!     `all'
            Enable all estimate instructions.
  
!     `default'
!           Enable the default instructions, equivalent to `-mrecip'.
  
!     `none'
!           Disable all estimate instructions, equivalent to `-mno-recip'.
  
!     `div'
            Enable the reciprocal approximation instructions for both
            single and double precision.
  
!     `divf'
            Enable the single-precision reciprocal approximation
            instructions.
  
!     `divd'
            Enable the double-precision reciprocal approximation
            instructions.
  
!     `rsqrt'
            Enable the reciprocal square root approximation instructions
            for both single and double precision.
  
!     `rsqrtf'
            Enable the single-precision reciprocal square root
            approximation instructions.
  
!     `rsqrtd'
            Enable the double-precision reciprocal square root
            approximation instructions.
  
! 
!      So, for example, `-mrecip=all,!rsqrtd' enables all of the
!      reciprocal estimate instructions, except for the `FRSQRTE',
!      `XSRSQRTEDP', and `XVRSQRTEDP' instructions which handle the
       double-precision reciprocal square root calculations.
  
! `-mrecip-precision'
! `-mno-recip-precision'
       Assume (do not assume) that the reciprocal estimate instructions
       provide higher-precision estimates than is mandated by the PowerPC
!      ABI.  Selecting `-mcpu=power6', `-mcpu=power7' or `-mcpu=power8'
!      automatically selects `-mrecip-precision'.  The double-precision
       square root estimate instructions are not generated by default on
       low-precision machines, since they do not provide an estimate that
       converges after three steps.
  
! `-mveclibabi=TYPE'
       Specifies the ABI type to use for vectorizing intrinsics using an
!      external library.  The only type supported at present is `mass',
       which specifies to use IBM's Mathematical Acceleration Subsystem
       (MASS) libraries for vectorizing intrinsics using external
!      libraries.  GCC currently emits calls to `acosd2', `acosf4',
!      `acoshd2', `acoshf4', `asind2', `asinf4', `asinhd2', `asinhf4',
!      `atan2d2', `atan2f4', `atand2', `atanf4', `atanhd2', `atanhf4',
!      `cbrtd2', `cbrtf4', `cosd2', `cosf4', `coshd2', `coshf4',
!      `erfcd2', `erfcf4', `erfd2', `erff4', `exp2d2', `exp2f4', `expd2',
!      `expf4', `expm1d2', `expm1f4', `hypotd2', `hypotf4', `lgammad2',
!      `lgammaf4', `log10d2', `log10f4', `log1pd2', `log1pf4', `log2d2',
!      `log2f4', `logd2', `logf4', `powd2', `powf4', `sind2', `sinf4',
!      `sinhd2', `sinhf4', `sqrtd2', `sqrtf4', `tand2', `tanf4',
!      `tanhd2', and `tanhf4' when generating code for power7.  Both
!      `-ftree-vectorize' and `-funsafe-math-optimizations' must also be
!      enabled.  The MASS libraries must be specified at link time.
  
! `-mfriz'
! `-mno-friz'
!      Generate (do not generate) the `friz' instruction when the
!      `-funsafe-math-optimizations' option is used to optimize rounding
       of floating-point values to 64-bit integer and back to floating
!      point.  The `friz' instruction does not return the same value if
       the floating-point number is too large to fit in an integer.
  
! `-mpointers-to-nested-functions'
! `-mno-pointers-to-nested-functions'
       Generate (do not generate) code to load up the static chain
!      register (`r11') when calling through a pointer on AIX and 64-bit
       Linux systems where a function pointer points to a 3-word
       descriptor giving the function address, TOC value to be loaded in
!      register `r2', and static chain value to be loaded in register
!      `r11'.  The `-mpointers-to-nested-functions' is on by default.
!      You cannot call through pointers to nested functions or pointers
!      to functions compiled in other languages that use the static chain
!      if you use `-mno-pointers-to-nested-functions'.
  
! `-msave-toc-indirect'
! `-mno-save-toc-indirect'
       Generate (do not generate) code to save the TOC value in the
       reserved stack location in the function prologue if the function
       calls through a pointer on AIX and 64-bit Linux systems.  If the
!      TOC value is not saved in the prologue, it is saved just before
!      the call through the pointer.  The `-mno-save-toc-indirect' option
!      is the default.
  
! `-mcompat-align-parm'
! `-mno-compat-align-parm'
       Generate (do not generate) code to pass structure parameters with a
       maximum alignment of 64 bits, for compatibility with older versions
       of GCC.
*************** These '-m' options are defined for the I
*** 20399,20423 ****
       Older versions of GCC (prior to 4.9.0) incorrectly did not align a
       structure parameter on a 128-bit boundary when that structure
       contained a member requiring 128-bit alignment.  This is corrected
!      in more recent versions of GCC. This option may be used to generate
!      code that is compatible with functions compiled with older versions
!      of GCC.
  
!      The '-mno-compat-align-parm' option is the default.
  
! '-mstack-protector-guard=GUARD'
! '-mstack-protector-guard-reg=REG'
! '-mstack-protector-guard-offset=OFFSET'
       Generate stack protection code using canary at GUARD.  Supported
!      locations are 'global' for global canary or 'tls' for per-thread
       canary in the TLS block (the default with GNU libc version 2.4 or
       later).
  
       With the latter choice the options
!      '-mstack-protector-guard-reg=REG' and
!      '-mstack-protector-guard-offset=OFFSET' furthermore specify which
       register to use as base register for reading the canary, and from
!      what offset from that base register.  The default for those is as
       specified in the relevant ABI.
  
  
--- 20538,20562 ----
       Older versions of GCC (prior to 4.9.0) incorrectly did not align a
       structure parameter on a 128-bit boundary when that structure
       contained a member requiring 128-bit alignment.  This is corrected
!      in more recent versions of GCC.  This option may be used to
!      generate code that is compatible with functions compiled with
!      older versions of GCC.
  
!      The `-mno-compat-align-parm' option is the default.
  
! `-mstack-protector-guard=GUARD'
! `-mstack-protector-guard-reg=REG'
! `-mstack-protector-guard-offset=OFFSET'
       Generate stack protection code using canary at GUARD.  Supported
!      locations are `global' for global canary or `tls' for per-thread
       canary in the TLS block (the default with GNU libc version 2.4 or
       later).
  
       With the latter choice the options
!      `-mstack-protector-guard-reg=REG' and
!      `-mstack-protector-guard-offset=OFFSET' furthermore specify which
       register to use as base register for reading the canary, and from
!      what offset from that base register. The default for those is as
       specified in the relevant ABI.
  
  
*************** File: gcc.info,  Node: RX Options,  Next
*** 20428,20478 ****
  
  These command-line options are defined for RX targets:
  
! '-m64bit-doubles'
! '-m32bit-doubles'
!      Make the 'double' data type be 64 bits ('-m64bit-doubles') or 32
!      bits ('-m32bit-doubles') in size.  The default is
!      '-m32bit-doubles'.  _Note_ RX floating-point hardware only works on
!      32-bit values, which is why the default is '-m32bit-doubles'.
  
! '-fpu'
! '-nofpu'
!      Enables ('-fpu') or disables ('-nofpu') the use of RX
       floating-point hardware.  The default is enabled for the RX600
       series and disabled for the RX200 series.
  
       Floating-point instructions are only generated for 32-bit
!      floating-point values, however, so the FPU hardware is not used for
!      doubles if the '-m64bit-doubles' option is used.
  
!      _Note_ If the '-fpu' option is enabled then
!      '-funsafe-math-optimizations' is also enabled automatically.  This
       is because the RX FPU instructions are themselves unsafe.
  
! '-mcpu=NAME'
       Selects the type of RX CPU to be targeted.  Currently three types
!      are supported, the generic 'RX600' and 'RX200' series hardware and
!      the specific 'RX610' CPU. The default is 'RX600'.
  
!      The only difference between 'RX600' and 'RX610' is that the 'RX610'
!      does not support the 'MVTIPL' instruction.
  
!      The 'RX200' series does not have a hardware floating-point unit and
!      so '-nofpu' is enabled by default when this type is selected.
  
! '-mbig-endian-data'
! '-mlittle-endian-data'
       Store data (but not code) in the big-endian format.  The default is
!      '-mlittle-endian-data', i.e. to store data in the little-endian
       format.
  
! '-msmall-data-limit=N'
       Specifies the maximum size in bytes of global and static variables
       which can be placed into the small data area.  Using the small data
       area can lead to smaller and faster code, but the size of area is
       limited and it is up to the programmer to ensure that the area does
       not overflow.  Also when the small data area is used one of the
!      RX's registers (usually 'r13') is reserved for use pointing to this
       area, so it is no longer available for use by the compiler.  This
       could result in slower and/or larger code if variables are pushed
       onto the stack instead of being held in this register.
--- 20567,20617 ----
  
  These command-line options are defined for RX targets:
  
! `-m64bit-doubles'
! `-m32bit-doubles'
!      Make the `double' data type be 64 bits (`-m64bit-doubles') or 32
!      bits (`-m32bit-doubles') in size.  The default is
!      `-m32bit-doubles'.  _Note_ RX floating-point hardware only works
!      on 32-bit values, which is why the default is `-m32bit-doubles'.
  
! `-fpu'
! `-nofpu'
!      Enables (`-fpu') or disables (`-nofpu') the use of RX
       floating-point hardware.  The default is enabled for the RX600
       series and disabled for the RX200 series.
  
       Floating-point instructions are only generated for 32-bit
!      floating-point values, however, so the FPU hardware is not used
!      for doubles if the `-m64bit-doubles' option is used.
  
!      _Note_ If the `-fpu' option is enabled then
!      `-funsafe-math-optimizations' is also enabled automatically.  This
       is because the RX FPU instructions are themselves unsafe.
  
! `-mcpu=NAME'
       Selects the type of RX CPU to be targeted.  Currently three types
!      are supported, the generic `RX600' and `RX200' series hardware and
!      the specific `RX610' CPU.  The default is `RX600'.
  
!      The only difference between `RX600' and `RX610' is that the
!      `RX610' does not support the `MVTIPL' instruction.
  
!      The `RX200' series does not have a hardware floating-point unit
!      and so `-nofpu' is enabled by default when this type is selected.
  
! `-mbig-endian-data'
! `-mlittle-endian-data'
       Store data (but not code) in the big-endian format.  The default is
!      `-mlittle-endian-data', i.e. to store data in the little-endian
       format.
  
! `-msmall-data-limit=N'
       Specifies the maximum size in bytes of global and static variables
       which can be placed into the small data area.  Using the small data
       area can lead to smaller and faster code, but the size of area is
       limited and it is up to the programmer to ensure that the area does
       not overflow.  Also when the small data area is used one of the
!      RX's registers (usually `r13') is reserved for use pointing to this
       area, so it is no longer available for use by the compiler.  This
       could result in slower and/or larger code if variables are pushed
       onto the stack instead of being held in this register.
*************** These command-line options are defined f
*** 20483,20507 ****
  
       The default value is zero, which disables this feature.  Note, this
       feature is not enabled by default with higher optimization levels
!      ('-O2' etc) because of the potentially detrimental effects of
       reserving a register.  It is up to the programmer to experiment and
       discover whether this feature is of benefit to their program.  See
!      the description of the '-mpid' option for a description of how the
       actual register to hold the small data area pointer is chosen.
  
! '-msim'
! '-mno-sim'
       Use the simulator runtime.  The default is to use the libgloss
       board-specific runtime.
  
! '-mas100-syntax'
! '-mno-as100-syntax'
       When generating assembler output use a syntax that is compatible
!      with Renesas's AS100 assembler.  This syntax can also be handled by
!      the GAS assembler, but it has some restrictions so it is not
       generated by default.
  
! '-mmax-constant-size=N'
       Specifies the maximum size, in bytes, of a constant that can be
       used as an operand in a RX instruction.  Although the RX
       instruction set does allow constants of up to 4 bytes in length to
--- 20622,20646 ----
  
       The default value is zero, which disables this feature.  Note, this
       feature is not enabled by default with higher optimization levels
!      (`-O2' etc) because of the potentially detrimental effects of
       reserving a register.  It is up to the programmer to experiment and
       discover whether this feature is of benefit to their program.  See
!      the description of the `-mpid' option for a description of how the
       actual register to hold the small data area pointer is chosen.
  
! `-msim'
! `-mno-sim'
       Use the simulator runtime.  The default is to use the libgloss
       board-specific runtime.
  
! `-mas100-syntax'
! `-mno-as100-syntax'
       When generating assembler output use a syntax that is compatible
!      with Renesas's AS100 assembler.  This syntax can also be handled
!      by the GAS assembler, but it has some restrictions so it is not
       generated by default.
  
! `-mmax-constant-size=N'
       Specifies the maximum size, in bytes, of a constant that can be
       used as an operand in a RX instruction.  Although the RX
       instruction set does allow constants of up to 4 bytes in length to
*************** These command-line options are defined f
*** 20514,20542 ****
       The value N can be between 0 and 4.  A value of 0 (the default) or
       4 means that constants of any size are allowed.
  
! '-mrelax'
       Enable linker relaxation.  Linker relaxation is a process whereby
       the linker attempts to reduce the size of a program by finding
       shorter versions of various instructions.  Disabled by default.
  
! '-mint-register=N'
       Specify the number of registers to reserve for fast interrupt
!      handler functions.  The value N can be between 0 and 4.  A value of
!      1 means that register 'r13' is reserved for the exclusive use of
!      fast interrupt handlers.  A value of 2 reserves 'r13' and 'r12'.  A
!      value of 3 reserves 'r13', 'r12' and 'r11', and a value of 4
!      reserves 'r13' through 'r10'.  A value of 0, the default, does not
!      reserve any registers.
  
! '-msave-acc-in-interrupts'
       Specifies that interrupt handler functions should preserve the
       accumulator register.  This is only necessary if normal code might
       use the accumulator register, for example because it performs
       64-bit multiplications.  The default is to ignore the accumulator
       as this makes the interrupt handlers faster.
  
! '-mpid'
! '-mno-pid'
       Enables the generation of position independent data.  When enabled
       any access to constant data is done via an offset from a base
       address held in a register.  This allows the location of constant
--- 20653,20681 ----
       The value N can be between 0 and 4.  A value of 0 (the default) or
       4 means that constants of any size are allowed.
  
! `-mrelax'
       Enable linker relaxation.  Linker relaxation is a process whereby
       the linker attempts to reduce the size of a program by finding
       shorter versions of various instructions.  Disabled by default.
  
! `-mint-register=N'
       Specify the number of registers to reserve for fast interrupt
!      handler functions.  The value N can be between 0 and 4.  A value
!      of 1 means that register `r13' is reserved for the exclusive use
!      of fast interrupt handlers.  A value of 2 reserves `r13' and
!      `r12'.  A value of 3 reserves `r13', `r12' and `r11', and a value
!      of 4 reserves `r13' through `r10'.  A value of 0, the default,
!      does not reserve any registers.
  
! `-msave-acc-in-interrupts'
       Specifies that interrupt handler functions should preserve the
       accumulator register.  This is only necessary if normal code might
       use the accumulator register, for example because it performs
       64-bit multiplications.  The default is to ignore the accumulator
       as this makes the interrupt handlers faster.
  
! `-mpid'
! `-mno-pid'
       Enables the generation of position independent data.  When enabled
       any access to constant data is done via an offset from a base
       address held in a register.  This allows the location of constant
*************** These command-line options are defined f
*** 20545,20606 ****
       tight memory constraints.  Data that can be modified is not
       affected by this option.
  
!      Note, using this feature reserves a register, usually 'r13', for
       the constant data base address.  This can result in slower and/or
       larger code, especially in complicated functions.
  
       The actual register chosen to hold the constant data base address
!      depends upon whether the '-msmall-data-limit' and/or the
!      '-mint-register' command-line options are enabled.  Starting with
!      register 'r13' and proceeding downwards, registers are allocated
!      first to satisfy the requirements of '-mint-register', then '-mpid'
!      and finally '-msmall-data-limit'.  Thus it is possible for the
!      small data area register to be 'r8' if both '-mint-register=4' and
!      '-mpid' are specified on the command line.
  
       By default this feature is not enabled.  The default can be
!      restored via the '-mno-pid' command-line option.
  
! '-mno-warn-multiple-fast-interrupts'
! '-mwarn-multiple-fast-interrupts'
       Prevents GCC from issuing a warning message if it finds more than
       one fast interrupt handler when it is compiling a file.  The
!      default is to issue a warning for each extra fast interrupt handler
!      found, as the RX only supports one such interrupt.
  
! '-mallow-string-insns'
! '-mno-allow-string-insns'
       Enables or disables the use of the string manipulation instructions
!      'SMOVF', 'SCMPU', 'SMOVB', 'SMOVU', 'SUNTIL' 'SWHILE' and also the
!      'RMPA' instruction.  These instructions may prefetch data, which is
!      not safe to do if accessing an I/O register.  (See section 12.2.7
!      of the RX62N Group User's Manual for more information).
  
       The default is to allow these instructions, but it is not possible
       for GCC to reliably detect all circumstances where a string
       instruction might be used to access an I/O register, so their use
       cannot be disabled automatically.  Instead it is reliant upon the
!      programmer to use the '-mno-allow-string-insns' option if their
       program accesses I/O space.
  
       When the instructions are enabled GCC defines the C preprocessor
!      symbol '__RX_ALLOW_STRING_INSNS__', otherwise it defines the symbol
!      '__RX_DISALLOW_STRING_INSNS__'.
  
! '-mjsr'
! '-mno-jsr'
!      Use only (or not only) 'JSR' instructions to access functions.
!      This option can be used when code size exceeds the range of 'BSR'
!      instructions.  Note that '-mno-jsr' does not mean to not use 'JSR'
       but instead means that any type of branch may be used.
  
!  _Note:_ The generic GCC command-line option '-ffixed-REG' has special
! significance to the RX port when used with the 'interrupt' function
! attribute.  This attribute indicates a function intended to process fast
! interrupts.  GCC ensures that it only uses the registers 'r10', 'r11',
! 'r12' and/or 'r13' and only provided that the normal use of the
! corresponding registers have been restricted via the '-ffixed-REG' or
! '-mint-register' command-line options.
  
  
  File: gcc.info,  Node: S/390 and zSeries Options,  Next: Score Options,  Prev: RX Options,  Up: Submodel Options
--- 20684,20745 ----
       tight memory constraints.  Data that can be modified is not
       affected by this option.
  
!      Note, using this feature reserves a register, usually `r13', for
       the constant data base address.  This can result in slower and/or
       larger code, especially in complicated functions.
  
       The actual register chosen to hold the constant data base address
!      depends upon whether the `-msmall-data-limit' and/or the
!      `-mint-register' command-line options are enabled.  Starting with
!      register `r13' and proceeding downwards, registers are allocated
!      first to satisfy the requirements of `-mint-register', then
!      `-mpid' and finally `-msmall-data-limit'.  Thus it is possible for
!      the small data area register to be `r8' if both `-mint-register=4'
!      and `-mpid' are specified on the command line.
  
       By default this feature is not enabled.  The default can be
!      restored via the `-mno-pid' command-line option.
  
! `-mno-warn-multiple-fast-interrupts'
! `-mwarn-multiple-fast-interrupts'
       Prevents GCC from issuing a warning message if it finds more than
       one fast interrupt handler when it is compiling a file.  The
!      default is to issue a warning for each extra fast interrupt
!      handler found, as the RX only supports one such interrupt.
  
! `-mallow-string-insns'
! `-mno-allow-string-insns'
       Enables or disables the use of the string manipulation instructions
!      `SMOVF', `SCMPU', `SMOVB', `SMOVU', `SUNTIL' `SWHILE' and also the
!      `RMPA' instruction.  These instructions may prefetch data, which
!      is not safe to do if accessing an I/O register.  (See section
!      12.2.7 of the RX62N Group User's Manual for more information).
  
       The default is to allow these instructions, but it is not possible
       for GCC to reliably detect all circumstances where a string
       instruction might be used to access an I/O register, so their use
       cannot be disabled automatically.  Instead it is reliant upon the
!      programmer to use the `-mno-allow-string-insns' option if their
       program accesses I/O space.
  
       When the instructions are enabled GCC defines the C preprocessor
!      symbol `__RX_ALLOW_STRING_INSNS__', otherwise it defines the
!      symbol `__RX_DISALLOW_STRING_INSNS__'.
  
! `-mjsr'
! `-mno-jsr'
!      Use only (or not only) `JSR' instructions to access functions.
!      This option can be used when code size exceeds the range of `BSR'
!      instructions.  Note that `-mno-jsr' does not mean to not use `JSR'
       but instead means that any type of branch may be used.
  
!  _Note:_ The generic GCC command-line option `-ffixed-REG' has special
! significance to the RX port when used with the `interrupt' function
! attribute.  This attribute indicates a function intended to process
! fast interrupts.  GCC ensures that it only uses the registers `r10',
! `r11', `r12' and/or `r13' and only provided that the normal use of the
! corresponding registers have been restricted via the `-ffixed-REG' or
! `-mint-register' command-line options.
  
  
  File: gcc.info,  Node: S/390 and zSeries Options,  Next: Score Options,  Prev: RX Options,  Up: Submodel Options
*************** File: gcc.info,  Node: S/390 and zSeries
*** 20608,20828 ****
  3.18.41 S/390 and zSeries Options
  ---------------------------------
  
! These are the '-m' options defined for the S/390 and zSeries
  architecture.
  
! '-mhard-float'
! '-msoft-float'
       Use (do not use) the hardware floating-point instructions and
!      registers for floating-point operations.  When '-msoft-float' is
!      specified, functions in 'libgcc.a' are used to perform
!      floating-point operations.  When '-mhard-float' is specified, the
       compiler generates IEEE floating-point instructions.  This is the
       default.
  
! '-mhard-dfp'
! '-mno-hard-dfp'
       Use (do not use) the hardware decimal-floating-point instructions
!      for decimal-floating-point operations.  When '-mno-hard-dfp' is
!      specified, functions in 'libgcc.a' are used to perform
!      decimal-floating-point operations.  When '-mhard-dfp' is specified,
!      the compiler generates decimal-floating-point hardware
!      instructions.  This is the default for '-march=z9-ec' or higher.
  
! '-mlong-double-64'
! '-mlong-double-128'
!      These switches control the size of 'long double' type.  A size of
!      64 bits makes the 'long double' type equivalent to the 'double'
!      type.  This is the default.
  
! '-mbackchain'
! '-mno-backchain'
!      Store (do not store) the address of the caller's frame as backchain
!      pointer into the callee's stack frame.  A backchain may be needed
!      to allow debugging using tools that do not understand DWARF call
!      frame information.  When '-mno-packed-stack' is in effect, the
!      backchain pointer is stored at the bottom of the stack frame; when
!      '-mpacked-stack' is in effect, the backchain is placed into the
!      topmost word of the 96/160 byte register save area.
  
!      In general, code compiled with '-mbackchain' is call-compatible
!      with code compiled with '-mmo-backchain'; however, use of the
       backchain for debugging purposes usually requires that the whole
!      binary is built with '-mbackchain'.  Note that the combination of
!      '-mbackchain', '-mpacked-stack' and '-mhard-float' is not
!      supported.  In order to build a linux kernel use '-msoft-float'.
  
       The default is to not maintain the backchain.
  
! '-mpacked-stack'
! '-mno-packed-stack'
!      Use (do not use) the packed stack layout.  When '-mno-packed-stack'
!      is specified, the compiler uses the all fields of the 96/160 byte
!      register save area only for their default purpose; unused fields
!      still take up stack space.  When '-mpacked-stack' is specified,
!      register save slots are densely packed at the top of the register
!      save area; unused space is reused for other purposes, allowing for
!      more efficient use of the available stack space.  However, when
!      '-mbackchain' is also in effect, the topmost word of the save area
!      is always used to store the backchain, and the return address
!      register is always saved two words below the backchain.
  
       As long as the stack frame backchain is not used, code generated
!      with '-mpacked-stack' is call-compatible with code generated with
!      '-mno-packed-stack'.  Note that some non-FSF releases of GCC 2.95
       for S/390 or zSeries generated code that uses the stack frame
       backchain at run time, not just for debugging purposes.  Such code
!      is not call-compatible with code compiled with '-mpacked-stack'.
!      Also, note that the combination of '-mbackchain', '-mpacked-stack'
!      and '-mhard-float' is not supported.  In order to build a linux
!      kernel use '-msoft-float'.
  
       The default is to not use the packed stack layout.
  
! '-msmall-exec'
! '-mno-small-exec'
!      Generate (or do not generate) code using the 'bras' instruction to
       do subroutine calls.  This only works reliably if the total
       executable size does not exceed 64k.  The default is to use the
!      'basr' instruction instead, which does not have this limitation.
  
! '-m64'
! '-m31'
!      When '-m31' is specified, generate code compliant to the GNU/Linux
!      for S/390 ABI.  When '-m64' is specified, generate code compliant
!      to the GNU/Linux for zSeries ABI.  This allows GCC in particular to
!      generate 64-bit instructions.  For the 's390' targets, the default
!      is '-m31', while the 's390x' targets default to '-m64'.
  
! '-mzarch'
! '-mesa'
!      When '-mzarch' is specified, generate code using the instructions
!      available on z/Architecture.  When '-mesa' is specified, generate
       code using the instructions available on ESA/390.  Note that
!      '-mesa' is not possible with '-m64'.  When generating code
!      compliant to the GNU/Linux for S/390 ABI, the default is '-mesa'.
       When generating code compliant to the GNU/Linux for zSeries ABI,
!      the default is '-mzarch'.
  
! '-mhtm'
! '-mno-htm'
!      The '-mhtm' option enables a set of builtins making use of
       instructions available with the transactional execution facility
       introduced with the IBM zEnterprise EC12 machine generation *note
!      S/390 System z Built-in Functions::.  '-mhtm' is enabled by default
!      when using '-march=zEC12'.
  
! '-mvx'
! '-mno-vx'
!      When '-mvx' is specified, generate code using the instructions
       available with the vector extension facility introduced with the
       IBM z13 machine generation.  This option changes the ABI for some
       vector type values with regard to alignment and calling
       conventions.  In case vector type values are being used in an
!      ABI-relevant context a GAS '.gnu_attribute' command will be added
!      to mark the resulting binary with the ABI used.  '-mvx' is enabled
!      by default when using '-march=z13'.
  
! '-mzvector'
! '-mno-zvector'
!      The '-mzvector' option enables vector language extensions and
       builtins using instructions available with the vector extension
       facility introduced with the IBM z13 machine generation.  This
!      option adds support for 'vector' to be used as a keyword to define
!      vector type variables and arguments.  'vector' is only available
       when GNU extensions are enabled.  It will not be expanded when
!      requesting strict standard compliance e.g.  with '-std=c99'.  In
!      addition to the GCC low-level builtins '-mzvector' enables a set of
!      builtins added for compatibility with AltiVec-style implementations
!      like Power and Cell.  In order to make use of these builtins the
!      header file 'vecintrin.h' needs to be included.  '-mzvector' is
!      disabled by default.
  
! '-mmvcle'
! '-mno-mvcle'
!      Generate (or do not generate) code using the 'mvcle' instruction to
!      perform block moves.  When '-mno-mvcle' is specified, use a 'mvc'
!      loop instead.  This is the default unless optimizing for size.
  
! '-mdebug'
! '-mno-debug'
       Print (or do not print) additional debug information when
       compiling.  The default is to not print debug information.
  
! '-march=CPU-TYPE'
       Generate code that runs on CPU-TYPE, which is the name of a system
       representing a certain processor type.  Possible values for
!      CPU-TYPE are 'z900'/'arch5', 'z990'/'arch6', 'z9-109',
!      'z9-ec'/'arch7', 'z10'/'arch8', 'z196'/'arch9', 'zEC12',
!      'z13'/'arch11', and 'native'.
  
!      The default is '-march=z900'.  'g5'/'arch3' and 'g6' are deprecated
!      and will be removed with future releases.
  
!      Specifying 'native' as cpu type can be used to select the best
!      architecture option for the host processor.  '-march=native' has no
!      effect if GCC does not recognize the processor.
  
! '-mtune=CPU-TYPE'
       Tune to CPU-TYPE everything applicable about the generated code,
!      except for the ABI and the set of available instructions.  The list
!      of CPU-TYPE values is the same as for '-march'.  The default is the
!      value used for '-march'.
  
! '-mtpf-trace'
! '-mno-tpf-trace'
       Generate code that adds (does not add) in TPF OS specific branches
       to trace routines in the operating system.  This option is off by
       default, even when compiling for the TPF OS.
  
! '-mfused-madd'
! '-mno-fused-madd'
       Generate code that uses (does not use) the floating-point multiply
       and accumulate instructions.  These instructions are generated by
       default if hardware floating point is used.
  
! '-mwarn-framesize=FRAMESIZE'
       Emit a warning if the current function exceeds the given frame
!      size.  Because this is a compile-time check it doesn't need to be a
!      real problem when the program runs.  It is intended to identify
       functions that most probably cause a stack overflow.  It is useful
!      to be used in an environment with limited stack size e.g. the linux
!      kernel.
  
! '-mwarn-dynamicstack'
!      Emit a warning if the function calls 'alloca' or uses
       dynamically-sized arrays.  This is generally a bad idea with a
       limited stack size.
  
! '-mstack-guard=STACK-GUARD'
! '-mstack-size=STACK-SIZE'
       If these options are provided the S/390 back end emits additional
       instructions in the function prologue that trigger a trap if the
!      stack size is STACK-GUARD bytes above the STACK-SIZE (remember that
!      the stack on S/390 grows downward).  If the STACK-GUARD option is
!      omitted the smallest power of 2 larger than the frame size of the
!      compiled function is chosen.  These options are intended to be used
!      to help debugging stack overflow problems.  The additionally
!      emitted code causes only little overhead and hence can also be used
!      in production-like systems without greater performance degradation.
!      The given values have to be exact powers of 2 and STACK-SIZE has to
!      be greater than STACK-GUARD without exceeding 64k.  In order to be
!      efficient the extra code makes the assumption that the stack starts
!      at an address aligned to the value given by STACK-SIZE.  The
!      STACK-GUARD option can only be used in conjunction with STACK-SIZE.
  
! '-mhotpatch=PRE-HALFWORDS,POST-HALFWORDS'
       If the hotpatch option is enabled, a "hot-patching" function
       prologue is generated for all functions in the compilation unit.
       The funtion label is prepended with the given number of two-byte
       NOP instructions (PRE-HALFWORDS, maximum 1000000).  After the
!      label, 2 * POST-HALFWORDS bytes are appended, using the largest NOP
!      like instructions the architecture allows (maximum 1000000).
  
       If both arguments are zero, hotpatching is disabled.
  
       This option can be overridden for individual functions with the
!      'hotpatch' attribute.
  
  
  File: gcc.info,  Node: Score Options,  Next: SH Options,  Prev: S/390 and zSeries Options,  Up: Submodel Options
--- 20747,20970 ----
  3.18.41 S/390 and zSeries Options
  ---------------------------------
  
! These are the `-m' options defined for the S/390 and zSeries
  architecture.
  
! `-mhard-float'
! `-msoft-float'
       Use (do not use) the hardware floating-point instructions and
!      registers for floating-point operations.  When `-msoft-float' is
!      specified, functions in `libgcc.a' are used to perform
!      floating-point operations.  When `-mhard-float' is specified, the
       compiler generates IEEE floating-point instructions.  This is the
       default.
  
! `-mhard-dfp'
! `-mno-hard-dfp'
       Use (do not use) the hardware decimal-floating-point instructions
!      for decimal-floating-point operations.  When `-mno-hard-dfp' is
!      specified, functions in `libgcc.a' are used to perform
!      decimal-floating-point operations.  When `-mhard-dfp' is
!      specified, the compiler generates decimal-floating-point hardware
!      instructions.  This is the default for `-march=z9-ec' or higher.
  
! `-mlong-double-64'
! `-mlong-double-128'
!      These switches control the size of `long double' type. A size of
!      64 bits makes the `long double' type equivalent to the `double'
!      type. This is the default.
  
! `-mbackchain'
! `-mno-backchain'
!      Store (do not store) the address of the caller's frame as
!      backchain pointer into the callee's stack frame.  A backchain may
!      be needed to allow debugging using tools that do not understand
!      DWARF call frame information.  When `-mno-packed-stack' is in
!      effect, the backchain pointer is stored at the bottom of the stack
!      frame; when `-mpacked-stack' is in effect, the backchain is placed
!      into the topmost word of the 96/160 byte register save area.
  
!      In general, code compiled with `-mbackchain' is call-compatible
!      with code compiled with `-mmo-backchain'; however, use of the
       backchain for debugging purposes usually requires that the whole
!      binary is built with `-mbackchain'.  Note that the combination of
!      `-mbackchain', `-mpacked-stack' and `-mhard-float' is not
!      supported.  In order to build a linux kernel use `-msoft-float'.
  
       The default is to not maintain the backchain.
  
! `-mpacked-stack'
! `-mno-packed-stack'
!      Use (do not use) the packed stack layout.  When
!      `-mno-packed-stack' is specified, the compiler uses the all fields
!      of the 96/160 byte register save area only for their default
!      purpose; unused fields still take up stack space.  When
!      `-mpacked-stack' is specified, register save slots are densely
!      packed at the top of the register save area; unused space is
!      reused for other purposes, allowing for more efficient use of the
!      available stack space.  However, when `-mbackchain' is also in
!      effect, the topmost word of the save area is always used to store
!      the backchain, and the return address register is always saved two
!      words below the backchain.
  
       As long as the stack frame backchain is not used, code generated
!      with `-mpacked-stack' is call-compatible with code generated with
!      `-mno-packed-stack'.  Note that some non-FSF releases of GCC 2.95
       for S/390 or zSeries generated code that uses the stack frame
       backchain at run time, not just for debugging purposes.  Such code
!      is not call-compatible with code compiled with `-mpacked-stack'.
!      Also, note that the combination of `-mbackchain', `-mpacked-stack'
!      and `-mhard-float' is not supported.  In order to build a linux
!      kernel use `-msoft-float'.
  
       The default is to not use the packed stack layout.
  
! `-msmall-exec'
! `-mno-small-exec'
!      Generate (or do not generate) code using the `bras' instruction to
       do subroutine calls.  This only works reliably if the total
       executable size does not exceed 64k.  The default is to use the
!      `basr' instruction instead, which does not have this limitation.
  
! `-m64'
! `-m31'
!      When `-m31' is specified, generate code compliant to the GNU/Linux
!      for S/390 ABI.  When `-m64' is specified, generate code compliant
!      to the GNU/Linux for zSeries ABI.  This allows GCC in particular
!      to generate 64-bit instructions.  For the `s390' targets, the
!      default is `-m31', while the `s390x' targets default to `-m64'.
  
! `-mzarch'
! `-mesa'
!      When `-mzarch' is specified, generate code using the instructions
!      available on z/Architecture.  When `-mesa' is specified, generate
       code using the instructions available on ESA/390.  Note that
!      `-mesa' is not possible with `-m64'.  When generating code
!      compliant to the GNU/Linux for S/390 ABI, the default is `-mesa'.
       When generating code compliant to the GNU/Linux for zSeries ABI,
!      the default is `-mzarch'.
  
! `-mhtm'
! `-mno-htm'
!      The `-mhtm' option enables a set of builtins making use of
       instructions available with the transactional execution facility
       introduced with the IBM zEnterprise EC12 machine generation *note
!      S/390 System z Built-in Functions::.  `-mhtm' is enabled by
!      default when using `-march=zEC12'.
  
! `-mvx'
! `-mno-vx'
!      When `-mvx' is specified, generate code using the instructions
       available with the vector extension facility introduced with the
       IBM z13 machine generation.  This option changes the ABI for some
       vector type values with regard to alignment and calling
       conventions.  In case vector type values are being used in an
!      ABI-relevant context a GAS `.gnu_attribute' command will be added
!      to mark the resulting binary with the ABI used.  `-mvx' is enabled
!      by default when using `-march=z13'.
  
! `-mzvector'
! `-mno-zvector'
!      The `-mzvector' option enables vector language extensions and
       builtins using instructions available with the vector extension
       facility introduced with the IBM z13 machine generation.  This
!      option adds support for `vector' to be used as a keyword to define
!      vector type variables and arguments.  `vector' is only available
       when GNU extensions are enabled.  It will not be expanded when
!      requesting strict standard compliance e.g. with `-std=c99'.  In
!      addition to the GCC low-level builtins `-mzvector' enables a set
!      of builtins added for compatibility with AltiVec-style
!      implementations like Power and Cell.  In order to make use of these
!      builtins the header file `vecintrin.h' needs to be included.
!      `-mzvector' is disabled by default.
  
! `-mmvcle'
! `-mno-mvcle'
!      Generate (or do not generate) code using the `mvcle' instruction
!      to perform block moves.  When `-mno-mvcle' is specified, use a
!      `mvc' loop instead.  This is the default unless optimizing for
!      size.
  
! `-mdebug'
! `-mno-debug'
       Print (or do not print) additional debug information when
       compiling.  The default is to not print debug information.
  
! `-march=CPU-TYPE'
       Generate code that runs on CPU-TYPE, which is the name of a system
       representing a certain processor type.  Possible values for
!      CPU-TYPE are `z900'/`arch5', `z990'/`arch6', `z9-109',
!      `z9-ec'/`arch7', `z10'/`arch8', `z196'/`arch9', `zEC12',
!      `z13'/`arch11', and `native'.
  
!      The default is `-march=z900'.  `g5'/`arch3' and `g6' are
!      deprecated and will be removed with future releases.
  
!      Specifying `native' as cpu type can be used to select the best
!      architecture option for the host processor.  `-march=native' has
!      no effect if GCC does not recognize the processor.
  
! `-mtune=CPU-TYPE'
       Tune to CPU-TYPE everything applicable about the generated code,
!      except for the ABI and the set of available instructions.  The
!      list of CPU-TYPE values is the same as for `-march'.  The default
!      is the value used for `-march'.
  
! `-mtpf-trace'
! `-mno-tpf-trace'
       Generate code that adds (does not add) in TPF OS specific branches
       to trace routines in the operating system.  This option is off by
       default, even when compiling for the TPF OS.
  
! `-mfused-madd'
! `-mno-fused-madd'
       Generate code that uses (does not use) the floating-point multiply
       and accumulate instructions.  These instructions are generated by
       default if hardware floating point is used.
  
! `-mwarn-framesize=FRAMESIZE'
       Emit a warning if the current function exceeds the given frame
!      size.  Because this is a compile-time check it doesn't need to be
!      a real problem when the program runs.  It is intended to identify
       functions that most probably cause a stack overflow.  It is useful
!      to be used in an environment with limited stack size e.g. the
!      linux kernel.
  
! `-mwarn-dynamicstack'
!      Emit a warning if the function calls `alloca' or uses
       dynamically-sized arrays.  This is generally a bad idea with a
       limited stack size.
  
! `-mstack-guard=STACK-GUARD'
! `-mstack-size=STACK-SIZE'
       If these options are provided the S/390 back end emits additional
       instructions in the function prologue that trigger a trap if the
!      stack size is STACK-GUARD bytes above the STACK-SIZE (remember
!      that the stack on S/390 grows downward).  If the STACK-GUARD
!      option is omitted the smallest power of 2 larger than the frame
!      size of the compiled function is chosen.  These options are
!      intended to be used to help debugging stack overflow problems.
!      The additionally emitted code causes only little overhead and
!      hence can also be used in production-like systems without greater
!      performance degradation.  The given values have to be exact powers
!      of 2 and STACK-SIZE has to be greater than STACK-GUARD without
!      exceeding 64k.  In order to be efficient the extra code makes the
!      assumption that the stack starts at an address aligned to the
!      value given by STACK-SIZE.  The STACK-GUARD option can only be
!      used in conjunction with STACK-SIZE.
  
! `-mhotpatch=PRE-HALFWORDS,POST-HALFWORDS'
       If the hotpatch option is enabled, a "hot-patching" function
       prologue is generated for all functions in the compilation unit.
       The funtion label is prepended with the given number of two-byte
       NOP instructions (PRE-HALFWORDS, maximum 1000000).  After the
!      label, 2 * POST-HALFWORDS bytes are appended, using the largest
!      NOP like instructions the architecture allows (maximum 1000000).
  
       If both arguments are zero, hotpatching is disabled.
  
       This option can be overridden for individual functions with the
!      `hotpatch' attribute.
  
  
  File: gcc.info,  Node: Score Options,  Next: SH Options,  Prev: S/390 and zSeries Options,  Up: Submodel Options
*************** File: gcc.info,  Node: Score Options,  N
*** 20832,20864 ****
  
  These options are defined for Score implementations:
  
! '-meb'
       Compile code for big-endian mode.  This is the default.
  
! '-mel'
       Compile code for little-endian mode.
  
! '-mnhwloop'
!      Disable generation of 'bcnz' instructions.
  
! '-muls'
       Enable generation of unaligned load and store instructions.
  
! '-mmac'
!      Enable the use of multiply-accumulate instructions.  Disabled by
       default.
  
! '-mscore5'
       Specify the SCORE5 as the target architecture.
  
! '-mscore5u'
       Specify the SCORE5U of the target architecture.
  
! '-mscore7'
!      Specify the SCORE7 as the target architecture.  This is the
!      default.
  
! '-mscore7d'
       Specify the SCORE7D as the target architecture.
  
  
--- 20974,21005 ----
  
  These options are defined for Score implementations:
  
! `-meb'
       Compile code for big-endian mode.  This is the default.
  
! `-mel'
       Compile code for little-endian mode.
  
! `-mnhwloop'
!      Disable generation of `bcnz' instructions.
  
! `-muls'
       Enable generation of unaligned load and store instructions.
  
! `-mmac'
!      Enable the use of multiply-accumulate instructions. Disabled by
       default.
  
! `-mscore5'
       Specify the SCORE5 as the target architecture.
  
! `-mscore5u'
       Specify the SCORE5U of the target architecture.
  
! `-mscore7'
!      Specify the SCORE7 as the target architecture. This is the default.
  
! `-mscore7d'
       Specify the SCORE7D as the target architecture.
  
  
*************** File: gcc.info,  Node: SH Options,  Next
*** 20867,21102 ****
  3.18.43 SH Options
  ------------------
  
! These '-m' options are defined for the SH implementations:
  
! '-m1'
       Generate code for the SH1.
  
! '-m2'
       Generate code for the SH2.
  
! '-m2e'
       Generate code for the SH2e.
  
! '-m2a-nofpu'
!      Generate code for the SH2a without FPU, or for a SH2a-FPU in such a
!      way that the floating-point unit is not used.
  
! '-m2a-single-only'
       Generate code for the SH2a-FPU, in such a way that no
       double-precision floating-point operations are used.
  
! '-m2a-single'
       Generate code for the SH2a-FPU assuming the floating-point unit is
       in single-precision mode by default.
  
! '-m2a'
       Generate code for the SH2a-FPU assuming the floating-point unit is
       in double-precision mode by default.
  
! '-m3'
       Generate code for the SH3.
  
! '-m3e'
       Generate code for the SH3e.
  
! '-m4-nofpu'
       Generate code for the SH4 without a floating-point unit.
  
! '-m4-single-only'
       Generate code for the SH4 with a floating-point unit that only
       supports single-precision arithmetic.
  
! '-m4-single'
       Generate code for the SH4 assuming the floating-point unit is in
       single-precision mode by default.
  
! '-m4'
       Generate code for the SH4.
  
! '-m4-100'
       Generate code for SH4-100.
  
! '-m4-100-nofpu'
       Generate code for SH4-100 in such a way that the floating-point
       unit is not used.
  
! '-m4-100-single'
       Generate code for SH4-100 assuming the floating-point unit is in
       single-precision mode by default.
  
! '-m4-100-single-only'
       Generate code for SH4-100 in such a way that no double-precision
       floating-point operations are used.
  
! '-m4-200'
       Generate code for SH4-200.
  
! '-m4-200-nofpu'
       Generate code for SH4-200 without in such a way that the
       floating-point unit is not used.
  
! '-m4-200-single'
       Generate code for SH4-200 assuming the floating-point unit is in
       single-precision mode by default.
  
! '-m4-200-single-only'
       Generate code for SH4-200 in such a way that no double-precision
       floating-point operations are used.
  
! '-m4-300'
       Generate code for SH4-300.
  
! '-m4-300-nofpu'
       Generate code for SH4-300 without in such a way that the
       floating-point unit is not used.
  
! '-m4-300-single'
       Generate code for SH4-300 in such a way that no double-precision
       floating-point operations are used.
  
! '-m4-300-single-only'
       Generate code for SH4-300 in such a way that no double-precision
       floating-point operations are used.
  
! '-m4-340'
       Generate code for SH4-340 (no MMU, no FPU).
  
! '-m4-500'
!      Generate code for SH4-500 (no FPU). Passes '-isa=sh4-nofpu' to the
       assembler.
  
! '-m4a-nofpu'
       Generate code for the SH4al-dsp, or for a SH4a in such a way that
       the floating-point unit is not used.
  
! '-m4a-single-only'
       Generate code for the SH4a, in such a way that no double-precision
       floating-point operations are used.
  
! '-m4a-single'
       Generate code for the SH4a assuming the floating-point unit is in
       single-precision mode by default.
  
! '-m4a'
       Generate code for the SH4a.
  
! '-m4al'
!      Same as '-m4a-nofpu', except that it implicitly passes '-dsp' to
       the assembler.  GCC doesn't generate any DSP instructions at the
       moment.
  
! '-mb'
       Compile code for the processor in big-endian mode.
  
! '-ml'
       Compile code for the processor in little-endian mode.
  
! '-mdalign'
       Align doubles at 64-bit boundaries.  Note that this changes the
       calling conventions, and thus some functions from the standard C
!      library do not work unless you recompile it first with '-mdalign'.
  
! '-mrelax'
       Shorten some address references at link time, when possible; uses
!      the linker option '-relax'.
  
! '-mbigtable'
!      Use 32-bit offsets in 'switch' tables.  The default is to use
       16-bit offsets.
  
! '-mbitops'
       Enable the use of bit manipulation instructions on SH2A.
  
! '-mfmovd'
!      Enable the use of the instruction 'fmovd'.  Check '-mdalign' for
       alignment constraints.
  
! '-mrenesas'
       Comply with the calling conventions defined by Renesas.
  
! '-mno-renesas'
       Comply with the calling conventions defined for GCC before the
!      Renesas conventions were available.  This option is the default for
!      all targets of the SH toolchain.
  
! '-mnomacsave'
!      Mark the 'MAC' register as call-clobbered, even if '-mrenesas' is
       given.
  
! '-mieee'
! '-mno-ieee'
       Control the IEEE compliance of floating-point comparisons, which
       affects the handling of cases where the result of a comparison is
!      unordered.  By default '-mieee' is implicitly enabled.  If
!      '-ffinite-math-only' is enabled '-mno-ieee' is implicitly set,
!      which results in faster floating-point greater-equal and less-equal
!      comparisons.  The implicit settings can be overridden by specifying
!      either '-mieee' or '-mno-ieee'.
  
! '-minline-ic_invalidate'
       Inline code to invalidate instruction cache entries after setting
       up nested function trampolines.  This option has no effect if
!      '-musermode' is in effect and the selected code generation option
!      (e.g.  '-m4') does not allow the use of the 'icbi' instruction.  If
       the selected code generation option does not allow the use of the
!      'icbi' instruction, and '-musermode' is not in effect, the inlined
       code manipulates the instruction cache address array directly with
       an associative write.  This not only requires privileged mode at
       run time, but it also fails if the cache line had been mapped via
       the TLB and has become unmapped.
  
! '-misize'
       Dump instruction size and location in the assembly code.
  
! '-mpadstruct'
       This option is deprecated.  It pads structures to multiple of 4
       bytes, which is incompatible with the SH ABI.
  
! '-matomic-model=MODEL'
       Sets the model of atomic operations and additional parameters as a
!      comma separated list.  For details on the atomic built-in functions
!      see *note __atomic Builtins::.  The following models and parameters
!      are supported:
  
!      'none'
            Disable compiler generated atomic sequences and emit library
            calls for atomic operations.  This is the default if the
!           target is not 'sh*-*-linux*'.
  
!      'soft-gusa'
            Generate GNU/Linux compatible gUSA software atomic sequences
            for the atomic built-in functions.  The generated atomic
            sequences require additional support from the
            interrupt/exception handling code of the system and are only
            suitable for SH3* and SH4* single-core systems.  This option
!           is enabled by default when the target is 'sh*-*-linux*' and
            SH3* or SH4*.  When the target is SH4A, this option also
!           partially utilizes the hardware atomic instructions 'movli.l'
!           and 'movco.l' to create more efficient code, unless 'strict'
            is specified.
  
!      'soft-tcb'
            Generate software atomic sequences that use a variable in the
            thread control block.  This is a variation of the gUSA
            sequences which can also be used on SH1* and SH2* targets.
!           The generated atomic sequences require additional support from
!           the interrupt/exception handling code of the system and are
!           only suitable for single-core systems.  When using this model,
!           the 'gbr-offset=' parameter has to be specified as well.
  
!      'soft-imask'
            Generate software atomic sequences that temporarily disable
!           interrupts by setting 'SR.IMASK = 1111'.  This model works
            only when the program runs in privileged mode and is only
!           suitable for single-core systems.  Additional support from the
!           interrupt/exception handling code of the system is not
            required.  This model is enabled by default when the target is
!           'sh*-*-linux*' and SH1* or SH2*.
  
!      'hard-llcs'
!           Generate hardware atomic sequences using the 'movli.l' and
!           'movco.l' instructions only.  This is only available on SH4A
            and is suitable for multi-core systems.  Since the hardware
            instructions support only 32 bit atomic variables access to 8
            or 16 bit variables is emulated with 32 bit accesses.  Code
--- 21008,21244 ----
  3.18.43 SH Options
  ------------------
  
! These `-m' options are defined for the SH implementations:
  
! `-m1'
       Generate code for the SH1.
  
! `-m2'
       Generate code for the SH2.
  
! `-m2e'
       Generate code for the SH2e.
  
! `-m2a-nofpu'
!      Generate code for the SH2a without FPU, or for a SH2a-FPU in such
!      a way that the floating-point unit is not used.
  
! `-m2a-single-only'
       Generate code for the SH2a-FPU, in such a way that no
       double-precision floating-point operations are used.
  
! `-m2a-single'
       Generate code for the SH2a-FPU assuming the floating-point unit is
       in single-precision mode by default.
  
! `-m2a'
       Generate code for the SH2a-FPU assuming the floating-point unit is
       in double-precision mode by default.
  
! `-m3'
       Generate code for the SH3.
  
! `-m3e'
       Generate code for the SH3e.
  
! `-m4-nofpu'
       Generate code for the SH4 without a floating-point unit.
  
! `-m4-single-only'
       Generate code for the SH4 with a floating-point unit that only
       supports single-precision arithmetic.
  
! `-m4-single'
       Generate code for the SH4 assuming the floating-point unit is in
       single-precision mode by default.
  
! `-m4'
       Generate code for the SH4.
  
! `-m4-100'
       Generate code for SH4-100.
  
! `-m4-100-nofpu'
       Generate code for SH4-100 in such a way that the floating-point
       unit is not used.
  
! `-m4-100-single'
       Generate code for SH4-100 assuming the floating-point unit is in
       single-precision mode by default.
  
! `-m4-100-single-only'
       Generate code for SH4-100 in such a way that no double-precision
       floating-point operations are used.
  
! `-m4-200'
       Generate code for SH4-200.
  
! `-m4-200-nofpu'
       Generate code for SH4-200 without in such a way that the
       floating-point unit is not used.
  
! `-m4-200-single'
       Generate code for SH4-200 assuming the floating-point unit is in
       single-precision mode by default.
  
! `-m4-200-single-only'
       Generate code for SH4-200 in such a way that no double-precision
       floating-point operations are used.
  
! `-m4-300'
       Generate code for SH4-300.
  
! `-m4-300-nofpu'
       Generate code for SH4-300 without in such a way that the
       floating-point unit is not used.
  
! `-m4-300-single'
       Generate code for SH4-300 in such a way that no double-precision
       floating-point operations are used.
  
! `-m4-300-single-only'
       Generate code for SH4-300 in such a way that no double-precision
       floating-point operations are used.
  
! `-m4-340'
       Generate code for SH4-340 (no MMU, no FPU).
  
! `-m4-500'
!      Generate code for SH4-500 (no FPU).  Passes `-isa=sh4-nofpu' to the
       assembler.
  
! `-m4a-nofpu'
       Generate code for the SH4al-dsp, or for a SH4a in such a way that
       the floating-point unit is not used.
  
! `-m4a-single-only'
       Generate code for the SH4a, in such a way that no double-precision
       floating-point operations are used.
  
! `-m4a-single'
       Generate code for the SH4a assuming the floating-point unit is in
       single-precision mode by default.
  
! `-m4a'
       Generate code for the SH4a.
  
! `-m4al'
!      Same as `-m4a-nofpu', except that it implicitly passes `-dsp' to
       the assembler.  GCC doesn't generate any DSP instructions at the
       moment.
  
! `-mb'
       Compile code for the processor in big-endian mode.
  
! `-ml'
       Compile code for the processor in little-endian mode.
  
! `-mdalign'
       Align doubles at 64-bit boundaries.  Note that this changes the
       calling conventions, and thus some functions from the standard C
!      library do not work unless you recompile it first with `-mdalign'.
  
! `-mrelax'
       Shorten some address references at link time, when possible; uses
!      the linker option `-relax'.
  
! `-mbigtable'
!      Use 32-bit offsets in `switch' tables.  The default is to use
       16-bit offsets.
  
! `-mbitops'
       Enable the use of bit manipulation instructions on SH2A.
  
! `-mfmovd'
!      Enable the use of the instruction `fmovd'.  Check `-mdalign' for
       alignment constraints.
  
! `-mrenesas'
       Comply with the calling conventions defined by Renesas.
  
! `-mno-renesas'
       Comply with the calling conventions defined for GCC before the
!      Renesas conventions were available.  This option is the default
!      for all targets of the SH toolchain.
  
! `-mnomacsave'
!      Mark the `MAC' register as call-clobbered, even if `-mrenesas' is
       given.
  
! `-mieee'
! `-mno-ieee'
       Control the IEEE compliance of floating-point comparisons, which
       affects the handling of cases where the result of a comparison is
!      unordered.  By default `-mieee' is implicitly enabled.  If
!      `-ffinite-math-only' is enabled `-mno-ieee' is implicitly set,
!      which results in faster floating-point greater-equal and
!      less-equal comparisons.  The implicit settings can be overridden
!      by specifying either `-mieee' or `-mno-ieee'.
  
! `-minline-ic_invalidate'
       Inline code to invalidate instruction cache entries after setting
       up nested function trampolines.  This option has no effect if
!      `-musermode' is in effect and the selected code generation option
!      (e.g. `-m4') does not allow the use of the `icbi' instruction.  If
       the selected code generation option does not allow the use of the
!      `icbi' instruction, and `-musermode' is not in effect, the inlined
       code manipulates the instruction cache address array directly with
       an associative write.  This not only requires privileged mode at
       run time, but it also fails if the cache line had been mapped via
       the TLB and has become unmapped.
  
! `-misize'
       Dump instruction size and location in the assembly code.
  
! `-mpadstruct'
       This option is deprecated.  It pads structures to multiple of 4
       bytes, which is incompatible with the SH ABI.
  
! `-matomic-model=MODEL'
       Sets the model of atomic operations and additional parameters as a
!      comma separated list.  For details on the atomic built-in
!      functions see *note __atomic Builtins::.  The following models and
!      parameters are supported:
  
!     `none'
            Disable compiler generated atomic sequences and emit library
            calls for atomic operations.  This is the default if the
!           target is not `sh*-*-linux*'.
  
!     `soft-gusa'
            Generate GNU/Linux compatible gUSA software atomic sequences
            for the atomic built-in functions.  The generated atomic
            sequences require additional support from the
            interrupt/exception handling code of the system and are only
            suitable for SH3* and SH4* single-core systems.  This option
!           is enabled by default when the target is `sh*-*-linux*' and
            SH3* or SH4*.  When the target is SH4A, this option also
!           partially utilizes the hardware atomic instructions `movli.l'
!           and `movco.l' to create more efficient code, unless `strict'
            is specified.
  
!     `soft-tcb'
            Generate software atomic sequences that use a variable in the
            thread control block.  This is a variation of the gUSA
            sequences which can also be used on SH1* and SH2* targets.
!           The generated atomic sequences require additional support
!           from the interrupt/exception handling code of the system and
!           are only suitable for single-core systems.  When using this
!           model, the `gbr-offset=' parameter has to be specified as
!           well.
  
!     `soft-imask'
            Generate software atomic sequences that temporarily disable
!           interrupts by setting `SR.IMASK = 1111'.  This model works
            only when the program runs in privileged mode and is only
!           suitable for single-core systems.  Additional support from
!           the interrupt/exception handling code of the system is not
            required.  This model is enabled by default when the target is
!           `sh*-*-linux*' and SH1* or SH2*.
  
!     `hard-llcs'
!           Generate hardware atomic sequences using the `movli.l' and
!           `movco.l' instructions only.  This is only available on SH4A
            and is suitable for multi-core systems.  Since the hardware
            instructions support only 32 bit atomic variables access to 8
            or 16 bit variables is emulated with 32 bit accesses.  Code
*************** These '-m' options are defined for the S
*** 21106,21287 ****
            interrupt/exception handling code of the system is not
            required for this model.
  
!      'gbr-offset='
            This parameter specifies the offset in bytes of the variable
            in the thread control block structure that should be used by
!           the generated atomic sequences when the 'soft-tcb' model has
            been selected.  For other models this parameter is ignored.
!           The specified value must be an integer multiple of four and in
!           the range 0-1020.
  
!      'strict'
!           This parameter prevents mixed usage of multiple atomic models,
!           even if they are compatible, and makes the compiler generate
!           atomic sequences of the specified model only.
  
! '-mtas'
!      Generate the 'tas.b' opcode for '__atomic_test_and_set'.  Notice
       that depending on the particular hardware and software
       configuration this can degrade overall performance due to the
!      operand cache line flushes that are implied by the 'tas.b'
!      instruction.  On multi-core SH4A processors the 'tas.b' instruction
!      must be used with caution since it can result in data corruption
!      for certain cache configurations.
  
! '-mprefergot'
       When generating position-independent code, emit function calls
       using the Global Offset Table instead of the Procedure Linkage
       Table.
  
! '-musermode'
! '-mno-usermode'
       Don't allow (allow) the compiler generating privileged mode code.
!      Specifying '-musermode' also implies '-mno-inline-ic_invalidate' if
!      the inlined code would not work in user mode.  '-musermode' is the
!      default when the target is 'sh*-*-linux*'.  If the target is SH1*
!      or SH2* '-musermode' has no effect, since there is no user mode.
  
! '-multcost=NUMBER'
       Set the cost to assume for a multiply insn.
  
! '-mdiv=STRATEGY'
       Set the division strategy to be used for integer division
       operations.  STRATEGY can be one of:
  
!      'call-div1'
            Calls a library function that uses the single-step division
!           instruction 'div1' to perform the operation.  Division by zero
!           calculates an unspecified result and does not trap.  This is
!           the default except for SH4, SH2A and SHcompact.
  
!      'call-fp'
!           Calls a library function that performs the operation in double
!           precision floating point.  Division by zero causes a
            floating-point exception.  This is the default for SHcompact
!           with FPU. Specifying this for targets that do not have a
!           double precision FPU defaults to 'call-div1'.
  
!      'call-table'
            Calls a library function that uses a lookup table for small
!           divisors and the 'div1' instruction with case distinction for
            larger divisors.  Division by zero calculates an unspecified
            result and does not trap.  This is the default for SH4.
            Specifying this for targets that do not have dynamic shift
!           instructions defaults to 'call-div1'.
  
       When a division strategy has not been specified the default
       strategy is selected based on the current target.  For SH2A the
!      default strategy is to use the 'divs' and 'divu' instructions
       instead of library function calls.
  
! '-maccumulate-outgoing-args'
       Reserve space once for outgoing arguments in the function prologue
!      rather than around each call.  Generally beneficial for performance
!      and size.  Also needed for unwinding to avoid changing the stack
!      frame around conditional code.
  
! '-mdivsi3_libfunc=NAME'
       Set the name of the library function used for 32-bit signed
!      division to NAME.  This only affects the name used in the 'call'
       division strategies, and the compiler still expects the same sets
       of input/output/clobbered registers as if this option were not
       present.
  
! '-mfixed-range=REGISTER-RANGE'
       Generate code treating the given register range as fixed registers.
       A fixed register is one that the register allocator can not use.
       This is useful when compiling kernel code.  A register range is
       specified as two registers separated by a dash.  Multiple register
       ranges can be specified separated by a comma.
  
! '-mbranch-cost=NUM'
       Assume NUM to be the cost for a branch instruction.  Higher numbers
       make the compiler try to generate more branch-free code if
       possible.  If not specified the value is selected depending on the
       processor type that is being compiled for.
  
! '-mzdcbranch'
! '-mno-zdcbranch'
       Assume (do not assume) that zero displacement conditional branch
!      instructions 'bt' and 'bf' are fast.  If '-mzdcbranch' is
       specified, the compiler prefers zero displacement branch code
!      sequences.  This is enabled by default when generating code for SH4
!      and SH4A. It can be explicitly disabled by specifying
!      '-mno-zdcbranch'.
  
! '-mcbranch-force-delay-slot'
       Force the usage of delay slots for conditional branches, which
!      stuffs the delay slot with a 'nop' if a suitable instruction cannot
!      be found.  By default this option is disabled.  It can be enabled
!      to work around hardware bugs as found in the original SH7055.
  
! '-mfused-madd'
! '-mno-fused-madd'
       Generate code that uses (does not use) the floating-point multiply
       and accumulate instructions.  These instructions are generated by
       default if hardware floating point is used.  The machine-dependent
!      '-mfused-madd' option is now mapped to the machine-independent
!      '-ffp-contract=fast' option, and '-mno-fused-madd' is mapped to
!      '-ffp-contract=off'.
  
! '-mfsca'
! '-mno-fsca'
!      Allow or disallow the compiler to emit the 'fsca' instruction for
!      sine and cosine approximations.  The option '-mfsca' must be used
!      in combination with '-funsafe-math-optimizations'.  It is enabled
!      by default when generating code for SH4A. Using '-mno-fsca'
       disables sine and cosine approximations even if
!      '-funsafe-math-optimizations' is in effect.
  
! '-mfsrra'
! '-mno-fsrra'
!      Allow or disallow the compiler to emit the 'fsrra' instruction for
!      reciprocal square root approximations.  The option '-mfsrra' must
!      be used in combination with '-funsafe-math-optimizations' and
!      '-ffinite-math-only'.  It is enabled by default when generating
!      code for SH4A. Using '-mno-fsrra' disables reciprocal square root
!      approximations even if '-funsafe-math-optimizations' and
!      '-ffinite-math-only' are in effect.
  
! '-mpretend-cmove'
       Prefer zero-displacement conditional branches for conditional move
       instruction patterns.  This can result in faster code on the SH4
       processor.
  
! '-mfdpic'
       Generate code using the FDPIC ABI.
  
  
  File: gcc.info,  Node: Solaris 2 Options,  Next: SPARC Options,  Prev: SH Options,  Up: Submodel Options
  
  3.18.44 Solaris 2 Options
  -------------------------
  
! These '-m' options are supported on Solaris 2:
  
! '-mclear-hwcap'
!      '-mclear-hwcap' tells the compiler to remove the hardware
       capabilities generated by the Solaris assembler.  This is only
!      necessary when object files use ISA extensions not supported by the
!      current machine, but check at runtime whether or not to use them.
  
! '-mimpure-text'
!      '-mimpure-text', used in addition to '-shared', tells the compiler
!      to not pass '-z text' to the linker when linking a shared object.
       Using this option, you can link position-dependent code into a
       shared object.
  
!      '-mimpure-text' suppresses the "relocations remain against
       allocatable but non-writable sections" linker error message.
       However, the necessary relocations trigger copy-on-write, and the
       shared object is not actually shared across processes.  Instead of
!      using '-mimpure-text', you should compile all source code with
!      '-fpic' or '-fPIC'.
  
   These switches are supported in addition to the above on Solaris 2:
  
! '-pthreads'
!      This is a synonym for '-pthread'.
  
  
  File: gcc.info,  Node: SPARC Options,  Next: SPU Options,  Prev: Solaris 2 Options,  Up: Submodel Options
--- 21248,21436 ----
            interrupt/exception handling code of the system is not
            required for this model.
  
!     `gbr-offset='
            This parameter specifies the offset in bytes of the variable
            in the thread control block structure that should be used by
!           the generated atomic sequences when the `soft-tcb' model has
            been selected.  For other models this parameter is ignored.
!           The specified value must be an integer multiple of four and
!           in the range 0-1020.
  
!     `strict'
!           This parameter prevents mixed usage of multiple atomic
!           models, even if they are compatible, and makes the compiler
!           generate atomic sequences of the specified model only.
  
! 
! `-mtas'
!      Generate the `tas.b' opcode for `__atomic_test_and_set'.  Notice
       that depending on the particular hardware and software
       configuration this can degrade overall performance due to the
!      operand cache line flushes that are implied by the `tas.b'
!      instruction.  On multi-core SH4A processors the `tas.b'
!      instruction must be used with caution since it can result in data
!      corruption for certain cache configurations.
  
! `-mprefergot'
       When generating position-independent code, emit function calls
       using the Global Offset Table instead of the Procedure Linkage
       Table.
  
! `-musermode'
! `-mno-usermode'
       Don't allow (allow) the compiler generating privileged mode code.
!      Specifying `-musermode' also implies `-mno-inline-ic_invalidate'
!      if the inlined code would not work in user mode.  `-musermode' is
!      the default when the target is `sh*-*-linux*'.  If the target is
!      SH1* or SH2* `-musermode' has no effect, since there is no user
!      mode.
  
! `-multcost=NUMBER'
       Set the cost to assume for a multiply insn.
  
! `-mdiv=STRATEGY'
       Set the division strategy to be used for integer division
       operations.  STRATEGY can be one of:
  
!     `call-div1'
            Calls a library function that uses the single-step division
!           instruction `div1' to perform the operation.  Division by
!           zero calculates an unspecified result and does not trap.
!           This is the default except for SH4, SH2A and SHcompact.
  
!     `call-fp'
!           Calls a library function that performs the operation in
!           double precision floating point.  Division by zero causes a
            floating-point exception.  This is the default for SHcompact
!           with FPU.  Specifying this for targets that do not have a
!           double precision FPU defaults to `call-div1'.
  
!     `call-table'
            Calls a library function that uses a lookup table for small
!           divisors and the `div1' instruction with case distinction for
            larger divisors.  Division by zero calculates an unspecified
            result and does not trap.  This is the default for SH4.
            Specifying this for targets that do not have dynamic shift
!           instructions defaults to `call-div1'.
! 
  
       When a division strategy has not been specified the default
       strategy is selected based on the current target.  For SH2A the
!      default strategy is to use the `divs' and `divu' instructions
       instead of library function calls.
  
! `-maccumulate-outgoing-args'
       Reserve space once for outgoing arguments in the function prologue
!      rather than around each call.  Generally beneficial for
!      performance and size.  Also needed for unwinding to avoid changing
!      the stack frame around conditional code.
  
! `-mdivsi3_libfunc=NAME'
       Set the name of the library function used for 32-bit signed
!      division to NAME.  This only affects the name used in the `call'
       division strategies, and the compiler still expects the same sets
       of input/output/clobbered registers as if this option were not
       present.
  
! `-mfixed-range=REGISTER-RANGE'
       Generate code treating the given register range as fixed registers.
       A fixed register is one that the register allocator can not use.
       This is useful when compiling kernel code.  A register range is
       specified as two registers separated by a dash.  Multiple register
       ranges can be specified separated by a comma.
  
! `-mbranch-cost=NUM'
       Assume NUM to be the cost for a branch instruction.  Higher numbers
       make the compiler try to generate more branch-free code if
       possible.  If not specified the value is selected depending on the
       processor type that is being compiled for.
  
! `-mzdcbranch'
! `-mno-zdcbranch'
       Assume (do not assume) that zero displacement conditional branch
!      instructions `bt' and `bf' are fast.  If `-mzdcbranch' is
       specified, the compiler prefers zero displacement branch code
!      sequences.  This is enabled by default when generating code for
!      SH4 and SH4A.  It can be explicitly disabled by specifying
!      `-mno-zdcbranch'.
  
! `-mcbranch-force-delay-slot'
       Force the usage of delay slots for conditional branches, which
!      stuffs the delay slot with a `nop' if a suitable instruction
!      cannot be found.  By default this option is disabled.  It can be
!      enabled to work around hardware bugs as found in the original
!      SH7055.
  
! `-mfused-madd'
! `-mno-fused-madd'
       Generate code that uses (does not use) the floating-point multiply
       and accumulate instructions.  These instructions are generated by
       default if hardware floating point is used.  The machine-dependent
!      `-mfused-madd' option is now mapped to the machine-independent
!      `-ffp-contract=fast' option, and `-mno-fused-madd' is mapped to
!      `-ffp-contract=off'.
  
! `-mfsca'
! `-mno-fsca'
!      Allow or disallow the compiler to emit the `fsca' instruction for
!      sine and cosine approximations.  The option `-mfsca' must be used
!      in combination with `-funsafe-math-optimizations'.  It is enabled
!      by default when generating code for SH4A.  Using `-mno-fsca'
       disables sine and cosine approximations even if
!      `-funsafe-math-optimizations' is in effect.
  
! `-mfsrra'
! `-mno-fsrra'
!      Allow or disallow the compiler to emit the `fsrra' instruction for
!      reciprocal square root approximations.  The option `-mfsrra' must
!      be used in combination with `-funsafe-math-optimizations' and
!      `-ffinite-math-only'.  It is enabled by default when generating
!      code for SH4A.  Using `-mno-fsrra' disables reciprocal square root
!      approximations even if `-funsafe-math-optimizations' and
!      `-ffinite-math-only' are in effect.
  
! `-mpretend-cmove'
       Prefer zero-displacement conditional branches for conditional move
       instruction patterns.  This can result in faster code on the SH4
       processor.
  
! `-mfdpic'
       Generate code using the FDPIC ABI.
  
+ 
  
  File: gcc.info,  Node: Solaris 2 Options,  Next: SPARC Options,  Prev: SH Options,  Up: Submodel Options
  
  3.18.44 Solaris 2 Options
  -------------------------
  
! These `-m' options are supported on Solaris 2:
  
! `-mclear-hwcap'
!      `-mclear-hwcap' tells the compiler to remove the hardware
       capabilities generated by the Solaris assembler.  This is only
!      necessary when object files use ISA extensions not supported by
!      the current machine, but check at runtime whether or not to use
!      them.
  
! `-mimpure-text'
!      `-mimpure-text', used in addition to `-shared', tells the compiler
!      to not pass `-z text' to the linker when linking a shared object.
       Using this option, you can link position-dependent code into a
       shared object.
  
!      `-mimpure-text' suppresses the "relocations remain against
       allocatable but non-writable sections" linker error message.
       However, the necessary relocations trigger copy-on-write, and the
       shared object is not actually shared across processes.  Instead of
!      using `-mimpure-text', you should compile all source code with
!      `-fpic' or `-fPIC'.
! 
  
   These switches are supported in addition to the above on Solaris 2:
  
! `-pthreads'
!      This is a synonym for `-pthread'.
  
  
  File: gcc.info,  Node: SPARC Options,  Next: SPU Options,  Prev: Solaris 2 Options,  Up: Submodel Options
*************** File: gcc.info,  Node: SPARC Options,  N
*** 21289,21347 ****
  3.18.45 SPARC Options
  ---------------------
  
! These '-m' options are supported on the SPARC:
  
! '-mno-app-regs'
! '-mapp-regs'
!      Specify '-mapp-regs' to generate output using the global registers
       2 through 4, which the SPARC SVR4 ABI reserves for applications.
       Like the global register 1, each global register 2 through 4 is
!      then treated as an allocable register that is clobbered by function
!      calls.  This is the default.
  
       To be fully SVR4 ABI-compliant at the cost of some performance
!      loss, specify '-mno-app-regs'.  You should compile libraries and
       system software with this option.
  
! '-mflat'
! '-mno-flat'
!      With '-mflat', the compiler does not generate save/restore
       instructions and uses a "flat" or single register window model.
       This model is compatible with the regular register window model.
!      The local registers and the input registers (0-5) are still treated
!      as "call-saved" registers and are saved on the stack as needed.
  
!      With '-mno-flat' (the default), the compiler generates save/restore
       instructions (except for leaf functions).  This is the normal
       operating mode.
  
! '-mfpu'
! '-mhard-float'
       Generate output containing floating-point instructions.  This is
       the default.
  
! '-mno-fpu'
! '-msoft-float'
       Generate output containing library calls for floating point.
       *Warning:* the requisite libraries are not available for all SPARC
!      targets.  Normally the facilities of the machine's usual C compiler
!      are used, but this cannot be done directly in cross-compilation.
!      You must make your own arrangements to provide suitable library
!      functions for cross-compilation.  The embedded targets
!      'sparc-*-aout' and 'sparclite-*-*' do provide software
       floating-point support.
  
!      '-msoft-float' changes the calling convention in the output file;
       therefore, it is only useful if you compile _all_ of a program with
!      this option.  In particular, you need to compile 'libgcc.a', the
!      library that comes with GCC, with '-msoft-float' in order for this
       to work.
  
! '-mhard-quad-float'
       Generate output containing quad-word (long double) floating-point
       instructions.
  
! '-msoft-quad-float'
       Generate output containing library calls for quad-word (long
       double) floating-point instructions.  The functions called are
       those specified in the SPARC ABI.  This is the default.
--- 21438,21497 ----
  3.18.45 SPARC Options
  ---------------------
  
! These `-m' options are supported on the SPARC:
  
! `-mno-app-regs'
! `-mapp-regs'
!      Specify `-mapp-regs' to generate output using the global registers
       2 through 4, which the SPARC SVR4 ABI reserves for applications.
       Like the global register 1, each global register 2 through 4 is
!      then treated as an allocable register that is clobbered by
!      function calls.  This is the default.
  
       To be fully SVR4 ABI-compliant at the cost of some performance
!      loss, specify `-mno-app-regs'.  You should compile libraries and
       system software with this option.
  
! `-mflat'
! `-mno-flat'
!      With `-mflat', the compiler does not generate save/restore
       instructions and uses a "flat" or single register window model.
       This model is compatible with the regular register window model.
!      The local registers and the input registers (0-5) are still
!      treated as "call-saved" registers and are saved on the stack as
!      needed.
  
!      With `-mno-flat' (the default), the compiler generates save/restore
       instructions (except for leaf functions).  This is the normal
       operating mode.
  
! `-mfpu'
! `-mhard-float'
       Generate output containing floating-point instructions.  This is
       the default.
  
! `-mno-fpu'
! `-msoft-float'
       Generate output containing library calls for floating point.
       *Warning:* the requisite libraries are not available for all SPARC
!      targets.  Normally the facilities of the machine's usual C
!      compiler are used, but this cannot be done directly in
!      cross-compilation.  You must make your own arrangements to provide
!      suitable library functions for cross-compilation.  The embedded
!      targets `sparc-*-aout' and `sparclite-*-*' do provide software
       floating-point support.
  
!      `-msoft-float' changes the calling convention in the output file;
       therefore, it is only useful if you compile _all_ of a program with
!      this option.  In particular, you need to compile `libgcc.a', the
!      library that comes with GCC, with `-msoft-float' in order for this
       to work.
  
! `-mhard-quad-float'
       Generate output containing quad-word (long double) floating-point
       instructions.
  
! `-msoft-quad-float'
       Generate output containing library calls for quad-word (long
       double) floating-point instructions.  The functions called are
       those specified in the SPARC ABI.  This is the default.
*************** These '-m' options are supported on the
*** 21351,21364 ****
       They all invoke a trap handler for one of these instructions, and
       then the trap handler emulates the effect of the instruction.
       Because of the trap handler overhead, this is much slower than
!      calling the ABI library routines.  Thus the '-msoft-quad-float'
       option is the default.
  
! '-mno-unaligned-doubles'
! '-munaligned-doubles'
       Assume that doubles have 8-byte alignment.  This is the default.
  
!      With '-munaligned-doubles', GCC assumes that doubles have 8-byte
       alignment only if they are contained in another type, or if they
       have an absolute address.  Otherwise, it assumes they have 4-byte
       alignment.  Specifying this option avoids some rare compatibility
--- 21501,21514 ----
       They all invoke a trap handler for one of these instructions, and
       then the trap handler emulates the effect of the instruction.
       Because of the trap handler overhead, this is much slower than
!      calling the ABI library routines.  Thus the `-msoft-quad-float'
       option is the default.
  
! `-mno-unaligned-doubles'
! `-munaligned-doubles'
       Assume that doubles have 8-byte alignment.  This is the default.
  
!      With `-munaligned-doubles', GCC assumes that doubles have 8-byte
       alignment only if they are contained in another type, or if they
       have an absolute address.  Otherwise, it assumes they have 4-byte
       alignment.  Specifying this option avoids some rare compatibility
*************** These '-m' options are supported on the
*** 21366,21635 ****
       default because it results in a performance loss, especially for
       floating-point code.
  
! '-muser-mode'
! '-mno-user-mode'
!      Do not generate code that can only run in supervisor mode.  This is
!      relevant only for the 'casa' instruction emitted for the LEON3
       processor.  This is the default.
  
! '-mfaster-structs'
! '-mno-faster-structs'
!      With '-mfaster-structs', the compiler assumes that structures
       should have 8-byte alignment.  This enables the use of pairs of
!      'ldd' and 'std' instructions for copies in structure assignment, in
!      place of twice as many 'ld' and 'st' pairs.  However, the use of
!      this changed alignment directly violates the SPARC ABI.  Thus, it's
!      intended only for use on targets where the developer acknowledges
!      that their resulting code is not directly in line with the rules of
!      the ABI.
  
! '-mstd-struct-return'
! '-mno-std-struct-return'
!      With '-mstd-struct-return', the compiler generates checking code in
!      functions returning structures or unions to detect size mismatches
!      between the two sides of function calls, as per the 32-bit ABI.
  
!      The default is '-mno-std-struct-return'.  This option has no effect
       in 64-bit mode.
  
! '-mlra'
! '-mno-lra'
       Enable Local Register Allocation.  This is the default for SPARC
!      since GCC 7 so '-mno-lra' needs to be passed to get old Reload.
  
! '-mcpu=CPU_TYPE'
       Set the instruction set, register set, and instruction scheduling
       parameters for machine type CPU_TYPE.  Supported values for
!      CPU_TYPE are 'v7', 'cypress', 'v8', 'supersparc', 'hypersparc',
!      'leon', 'leon3', 'leon3v7', 'sparclite', 'f930', 'f934',
!      'sparclite86x', 'sparclet', 'tsc701', 'v9', 'ultrasparc',
!      'ultrasparc3', 'niagara', 'niagara2', 'niagara3', 'niagara4' and
!      'niagara7'.
  
       Native Solaris and GNU/Linux toolchains also support the value
!      'native', which selects the best architecture option for the host
!      processor.  '-mcpu=native' has no effect if GCC does not recognize
       the processor.
  
       Default instruction scheduling parameters are used for values that
!      select an architecture and not an implementation.  These are 'v7',
!      'v8', 'sparclite', 'sparclet', 'v9'.
  
       Here is a list of each supported architecture and their supported
       implementations.
  
!      v7
            cypress, leon3v7
  
!      v8
            supersparc, hypersparc, leon, leon3
  
!      sparclite
            f930, f934, sparclite86x
  
!      sparclet
            tsc701
  
!      v9
            ultrasparc, ultrasparc3, niagara, niagara2, niagara3,
!           niagara4, niagara7
  
       By default (unless configured otherwise), GCC generates code for
!      the V7 variant of the SPARC architecture.  With '-mcpu=cypress',
       the compiler additionally optimizes it for the Cypress CY7C602
       chip, as used in the SPARCStation/SPARCServer 3xx series.  This is
       also appropriate for the older SPARCStation 1, 2, IPX etc.
  
!      With '-mcpu=v8', GCC generates code for the V8 variant of the SPARC
       architecture.  The only difference from V7 code is that the
!      compiler emits the integer multiply and integer divide instructions
!      which exist in SPARC-V8 but not in SPARC-V7.  With
!      '-mcpu=supersparc', the compiler additionally optimizes it for the
       SuperSPARC chip, as used in the SPARCStation 10, 1000 and 2000
       series.
  
!      With '-mcpu=sparclite', GCC generates code for the SPARClite
!      variant of the SPARC architecture.  This adds the integer multiply,
!      integer divide step and scan ('ffs') instructions which exist in
!      SPARClite but not in SPARC-V7.  With '-mcpu=f930', the compiler
!      additionally optimizes it for the Fujitsu MB86930 chip, which is
!      the original SPARClite, with no FPU.  With '-mcpu=f934', the
!      compiler additionally optimizes it for the Fujitsu MB86934 chip,
!      which is the more recent SPARClite with FPU.
  
!      With '-mcpu=sparclet', GCC generates code for the SPARClet variant
       of the SPARC architecture.  This adds the integer multiply,
!      multiply/accumulate, integer divide step and scan ('ffs')
       instructions which exist in SPARClet but not in SPARC-V7.  With
!      '-mcpu=tsc701', the compiler additionally optimizes it for the
       TEMIC SPARClet chip.
  
!      With '-mcpu=v9', GCC generates code for the V9 variant of the SPARC
       architecture.  This adds 64-bit integer and floating-point move
       instructions, 3 additional floating-point condition code registers
!      and conditional move instructions.  With '-mcpu=ultrasparc', the
       compiler additionally optimizes it for the Sun UltraSPARC I/II/IIi
!      chips.  With '-mcpu=ultrasparc3', the compiler additionally
       optimizes it for the Sun UltraSPARC III/III+/IIIi/IIIi+/IV/IV+
!      chips.  With '-mcpu=niagara', the compiler additionally optimizes
!      it for Sun UltraSPARC T1 chips.  With '-mcpu=niagara2', the
       compiler additionally optimizes it for Sun UltraSPARC T2 chips.
!      With '-mcpu=niagara3', the compiler additionally optimizes it for
!      Sun UltraSPARC T3 chips.  With '-mcpu=niagara4', the compiler
       additionally optimizes it for Sun UltraSPARC T4 chips.  With
!      '-mcpu=niagara7', the compiler additionally optimizes it for Oracle
!      SPARC M7 chips.
  
! '-mtune=CPU_TYPE'
       Set the instruction scheduling parameters for machine type
       CPU_TYPE, but do not set the instruction set or register set that
!      the option '-mcpu=CPU_TYPE' does.
  
!      The same values for '-mcpu=CPU_TYPE' can be used for
!      '-mtune=CPU_TYPE', but the only useful values are those that select
!      a particular CPU implementation.  Those are 'cypress',
!      'supersparc', 'hypersparc', 'leon', 'leon3', 'leon3v7', 'f930',
!      'f934', 'sparclite86x', 'tsc701', 'ultrasparc', 'ultrasparc3',
!      'niagara', 'niagara2', 'niagara3', 'niagara4' and 'niagara7'.  With
!      native Solaris and GNU/Linux toolchains, 'native' can also be used.
  
! '-mv8plus'
! '-mno-v8plus'
!      With '-mv8plus', GCC generates code for the SPARC-V8+ ABI.  The
       difference from the V8 ABI is that the global and out registers are
       considered 64 bits wide.  This is enabled by default on Solaris in
       32-bit mode for all SPARC-V9 processors.
  
! '-mvis'
! '-mno-vis'
!      With '-mvis', GCC generates code that takes advantage of the
       UltraSPARC Visual Instruction Set extensions.  The default is
!      '-mno-vis'.
  
! '-mvis2'
! '-mno-vis2'
!      With '-mvis2', GCC generates code that takes advantage of version
       2.0 of the UltraSPARC Visual Instruction Set extensions.  The
!      default is '-mvis2' when targeting a cpu that supports such
!      instructions, such as UltraSPARC-III and later.  Setting '-mvis2'
!      also sets '-mvis'.
  
! '-mvis3'
! '-mno-vis3'
!      With '-mvis3', GCC generates code that takes advantage of version
       3.0 of the UltraSPARC Visual Instruction Set extensions.  The
!      default is '-mvis3' when targeting a cpu that supports such
!      instructions, such as niagara-3 and later.  Setting '-mvis3' also
!      sets '-mvis2' and '-mvis'.
  
! '-mvis4'
! '-mno-vis4'
!      With '-mvis4', GCC generates code that takes advantage of version
       4.0 of the UltraSPARC Visual Instruction Set extensions.  The
!      default is '-mvis4' when targeting a cpu that supports such
!      instructions, such as niagara-7 and later.  Setting '-mvis4' also
!      sets '-mvis3', '-mvis2' and '-mvis'.
  
! '-mcbcond'
! '-mno-cbcond'
!      With '-mcbcond', GCC generates code that takes advantage of the
       UltraSPARC Compare-and-Branch-on-Condition instructions.  The
!      default is '-mcbcond' when targeting a CPU that supports such
       instructions, such as Niagara-4 and later.
  
! '-mfmaf'
! '-mno-fmaf'
!      With '-mfmaf', GCC generates code that takes advantage of the
       UltraSPARC Fused Multiply-Add Floating-point instructions.  The
!      default is '-mfmaf' when targeting a CPU that supports such
       instructions, such as Niagara-3 and later.
  
! '-mpopc'
! '-mno-popc'
!      With '-mpopc', GCC generates code that takes advantage of the
!      UltraSPARC Population Count instruction.  The default is '-mpopc'
       when targeting a CPU that supports such an instruction, such as
       Niagara-2 and later.
  
! '-msubxc'
! '-mno-subxc'
!      With '-msubxc', GCC generates code that takes advantage of the
       UltraSPARC Subtract-Extended-with-Carry instruction.  The default
!      is '-msubxc' when targeting a CPU that supports such an
       instruction, such as Niagara-7 and later.
  
! '-mfix-at697f'
       Enable the documented workaround for the single erratum of the
       Atmel AT697F processor (which corresponds to erratum #13 of the
       AT697E processor).
  
! '-mfix-ut699'
!      Enable the documented workarounds for the floating-point errata and
!      the data cache nullify errata of the UT699 processor.
  
!  These '-m' options are supported in addition to the above on SPARC-V9
  processors in 64-bit environments:
  
! '-m32'
! '-m64'
       Generate code for a 32-bit or 64-bit environment.  The 32-bit
       environment sets int, long and pointer to 32 bits.  The 64-bit
       environment sets int to 32 bits and long and pointer to 64 bits.
  
! '-mcmodel=WHICH'
       Set the code model to one of
  
!      'medlow'
            The Medium/Low code model: 64-bit addresses, programs must be
            linked in the low 32 bits of memory.  Programs can be
            statically or dynamically linked.
  
!      'medmid'
            The Medium/Middle code model: 64-bit addresses, programs must
            be linked in the low 44 bits of memory, the text and data
            segments must be less than 2GB in size and the data segment
            must be located within 2GB of the text segment.
  
!      'medany'
!           The Medium/Anywhere code model: 64-bit addresses, programs may
!           be linked anywhere in memory, the text and data segments must
!           be less than 2GB in size and the data segment must be located
!           within 2GB of the text segment.
  
!      'embmedany'
            The Medium/Anywhere code model for embedded systems: 64-bit
            addresses, the text and data segments must be less than 2GB in
            size, both starting anywhere in memory (determined at link
!           time).  The global register %g4 points to the base of the data
!           segment.  Programs are statically linked and PIC is not
            supported.
  
! '-mmemory-model=MEM-MODEL'
       Set the memory model in force on the processor to one of
  
!      'default'
            The default memory model for the processor and operating
            system.
  
!      'rmo'
            Relaxed Memory Order
  
!      'pso'
            Partial Store Order
  
!      'tso'
            Total Store Order
  
!      'sc'
            Sequential Consistency
  
       These memory models are formally defined in Appendix D of the
!      SPARC-V9 architecture manual, as set in the processor's 'PSTATE.MM'
!      field.
  
! '-mstack-bias'
! '-mno-stack-bias'
!      With '-mstack-bias', GCC assumes that the stack pointer, and frame
       pointer if present, are offset by -2047 which must be added back
       when making stack frame references.  This is the default in 64-bit
       mode.  Otherwise, assume no such offset is present.
--- 21516,21812 ----
       default because it results in a performance loss, especially for
       floating-point code.
  
! `-muser-mode'
! `-mno-user-mode'
!      Do not generate code that can only run in supervisor mode.  This
!      is relevant only for the `casa' instruction emitted for the LEON3
       processor.  This is the default.
  
! `-mfaster-structs'
! `-mno-faster-structs'
!      With `-mfaster-structs', the compiler assumes that structures
       should have 8-byte alignment.  This enables the use of pairs of
!      `ldd' and `std' instructions for copies in structure assignment,
!      in place of twice as many `ld' and `st' pairs.  However, the use
!      of this changed alignment directly violates the SPARC ABI.  Thus,
!      it's intended only for use on targets where the developer
!      acknowledges that their resulting code is not directly in line with
!      the rules of the ABI.
  
! `-mstd-struct-return'
! `-mno-std-struct-return'
!      With `-mstd-struct-return', the compiler generates checking code
!      in functions returning structures or unions to detect size
!      mismatches between the two sides of function calls, as per the
!      32-bit ABI.
  
!      The default is `-mno-std-struct-return'.  This option has no effect
       in 64-bit mode.
  
! `-mlra'
! `-mno-lra'
       Enable Local Register Allocation.  This is the default for SPARC
!      since GCC 7 so `-mno-lra' needs to be passed to get old Reload.
  
! `-mcpu=CPU_TYPE'
       Set the instruction set, register set, and instruction scheduling
       parameters for machine type CPU_TYPE.  Supported values for
!      CPU_TYPE are `v7', `cypress', `v8', `supersparc', `hypersparc',
!      `leon', `leon3', `leon3v7', `sparclite', `f930', `f934',
!      `sparclite86x', `sparclet', `tsc701', `v9', `ultrasparc',
!      `ultrasparc3', `niagara', `niagara2', `niagara3', `niagara4',
!      `niagara7' and `m8'.
  
       Native Solaris and GNU/Linux toolchains also support the value
!      `native', which selects the best architecture option for the host
!      processor.  `-mcpu=native' has no effect if GCC does not recognize
       the processor.
  
       Default instruction scheduling parameters are used for values that
!      select an architecture and not an implementation.  These are `v7',
!      `v8', `sparclite', `sparclet', `v9'.
  
       Here is a list of each supported architecture and their supported
       implementations.
  
!     v7
            cypress, leon3v7
  
!     v8
            supersparc, hypersparc, leon, leon3
  
!     sparclite
            f930, f934, sparclite86x
  
!     sparclet
            tsc701
  
!     v9
            ultrasparc, ultrasparc3, niagara, niagara2, niagara3,
!           niagara4, niagara7, m8
  
       By default (unless configured otherwise), GCC generates code for
!      the V7 variant of the SPARC architecture.  With `-mcpu=cypress',
       the compiler additionally optimizes it for the Cypress CY7C602
       chip, as used in the SPARCStation/SPARCServer 3xx series.  This is
       also appropriate for the older SPARCStation 1, 2, IPX etc.
  
!      With `-mcpu=v8', GCC generates code for the V8 variant of the SPARC
       architecture.  The only difference from V7 code is that the
!      compiler emits the integer multiply and integer divide
!      instructions which exist in SPARC-V8 but not in SPARC-V7.  With
!      `-mcpu=supersparc', the compiler additionally optimizes it for the
       SuperSPARC chip, as used in the SPARCStation 10, 1000 and 2000
       series.
  
!      With `-mcpu=sparclite', GCC generates code for the SPARClite
!      variant of the SPARC architecture.  This adds the integer
!      multiply, integer divide step and scan (`ffs') instructions which
!      exist in SPARClite but not in SPARC-V7.  With `-mcpu=f930', the
!      compiler additionally optimizes it for the Fujitsu MB86930 chip,
!      which is the original SPARClite, with no FPU.  With `-mcpu=f934',
!      the compiler additionally optimizes it for the Fujitsu MB86934
!      chip, which is the more recent SPARClite with FPU.
  
!      With `-mcpu=sparclet', GCC generates code for the SPARClet variant
       of the SPARC architecture.  This adds the integer multiply,
!      multiply/accumulate, integer divide step and scan (`ffs')
       instructions which exist in SPARClet but not in SPARC-V7.  With
!      `-mcpu=tsc701', the compiler additionally optimizes it for the
       TEMIC SPARClet chip.
  
!      With `-mcpu=v9', GCC generates code for the V9 variant of the SPARC
       architecture.  This adds 64-bit integer and floating-point move
       instructions, 3 additional floating-point condition code registers
!      and conditional move instructions.  With `-mcpu=ultrasparc', the
       compiler additionally optimizes it for the Sun UltraSPARC I/II/IIi
!      chips.  With `-mcpu=ultrasparc3', the compiler additionally
       optimizes it for the Sun UltraSPARC III/III+/IIIi/IIIi+/IV/IV+
!      chips.  With `-mcpu=niagara', the compiler additionally optimizes
!      it for Sun UltraSPARC T1 chips.  With `-mcpu=niagara2', the
       compiler additionally optimizes it for Sun UltraSPARC T2 chips.
!      With `-mcpu=niagara3', the compiler additionally optimizes it for
!      Sun UltraSPARC T3 chips.  With `-mcpu=niagara4', the compiler
       additionally optimizes it for Sun UltraSPARC T4 chips.  With
!      `-mcpu=niagara7', the compiler additionally optimizes it for
!      Oracle SPARC M7 chips.  With `-mcpu=m8', the compiler additionally
!      optimizes it for Oracle M8 chips.
  
! `-mtune=CPU_TYPE'
       Set the instruction scheduling parameters for machine type
       CPU_TYPE, but do not set the instruction set or register set that
!      the option `-mcpu=CPU_TYPE' does.
  
!      The same values for `-mcpu=CPU_TYPE' can be used for
!      `-mtune=CPU_TYPE', but the only useful values are those that
!      select a particular CPU implementation.  Those are `cypress',
!      `supersparc', `hypersparc', `leon', `leon3', `leon3v7', `f930',
!      `f934', `sparclite86x', `tsc701', `ultrasparc', `ultrasparc3',
!      `niagara', `niagara2', `niagara3', `niagara4', `niagara7' and
!      `m8'.  With native Solaris and GNU/Linux toolchains, `native' can
!      also be used.
  
! `-mv8plus'
! `-mno-v8plus'
!      With `-mv8plus', GCC generates code for the SPARC-V8+ ABI.  The
       difference from the V8 ABI is that the global and out registers are
       considered 64 bits wide.  This is enabled by default on Solaris in
       32-bit mode for all SPARC-V9 processors.
  
! `-mvis'
! `-mno-vis'
!      With `-mvis', GCC generates code that takes advantage of the
       UltraSPARC Visual Instruction Set extensions.  The default is
!      `-mno-vis'.
  
! `-mvis2'
! `-mno-vis2'
!      With `-mvis2', GCC generates code that takes advantage of version
       2.0 of the UltraSPARC Visual Instruction Set extensions.  The
!      default is `-mvis2' when targeting a cpu that supports such
!      instructions, such as UltraSPARC-III and later.  Setting `-mvis2'
!      also sets `-mvis'.
  
! `-mvis3'
! `-mno-vis3'
!      With `-mvis3', GCC generates code that takes advantage of version
       3.0 of the UltraSPARC Visual Instruction Set extensions.  The
!      default is `-mvis3' when targeting a cpu that supports such
!      instructions, such as niagara-3 and later.  Setting `-mvis3' also
!      sets `-mvis2' and `-mvis'.
  
! `-mvis4'
! `-mno-vis4'
!      With `-mvis4', GCC generates code that takes advantage of version
       4.0 of the UltraSPARC Visual Instruction Set extensions.  The
!      default is `-mvis4' when targeting a cpu that supports such
!      instructions, such as niagara-7 and later.  Setting `-mvis4' also
!      sets `-mvis3', `-mvis2' and `-mvis'.
  
! `-mvis4b'
! `-mno-vis4b'
!      With `-mvis4b', GCC generates code that takes advantage of version
!      4.0 of the UltraSPARC Visual Instruction Set extensions, plus the
!      additional VIS instructions introduced in the Oracle SPARC
!      Architecture 2017.  The default is `-mvis4b' when targeting a cpu
!      that supports such instructions, such as m8 and later.  Setting
!      `-mvis4b' also sets `-mvis4', `-mvis3', `-mvis2' and `-mvis'.
! 
! `-mcbcond'
! `-mno-cbcond'
!      With `-mcbcond', GCC generates code that takes advantage of the
       UltraSPARC Compare-and-Branch-on-Condition instructions.  The
!      default is `-mcbcond' when targeting a CPU that supports such
       instructions, such as Niagara-4 and later.
  
! `-mfmaf'
! `-mno-fmaf'
!      With `-mfmaf', GCC generates code that takes advantage of the
       UltraSPARC Fused Multiply-Add Floating-point instructions.  The
!      default is `-mfmaf' when targeting a CPU that supports such
       instructions, such as Niagara-3 and later.
  
! `-mfsmuld'
! `-mno-fsmuld'
!      With `-mfsmuld', GCC generates code that takes advantage of the
!      Floating-point Multiply Single to Double (FsMULd) instruction.
!      The default is `-mfsmuld' when targeting a CPU supporting the
!      architecture versions V8 or V9 with FPU except `-mcpu=leon'.
! 
! `-mpopc'
! `-mno-popc'
!      With `-mpopc', GCC generates code that takes advantage of the
!      UltraSPARC Population Count instruction.  The default is `-mpopc'
       when targeting a CPU that supports such an instruction, such as
       Niagara-2 and later.
  
! `-msubxc'
! `-mno-subxc'
!      With `-msubxc', GCC generates code that takes advantage of the
       UltraSPARC Subtract-Extended-with-Carry instruction.  The default
!      is `-msubxc' when targeting a CPU that supports such an
       instruction, such as Niagara-7 and later.
  
! `-mfix-at697f'
       Enable the documented workaround for the single erratum of the
       Atmel AT697F processor (which corresponds to erratum #13 of the
       AT697E processor).
  
! `-mfix-ut699'
!      Enable the documented workarounds for the floating-point errata
!      and the data cache nullify errata of the UT699 processor.
  
! `-mfix-ut700'
!      Enable the documented workaround for the back-to-back store errata
!      of the UT699E/UT700 processor.
! 
! `-mfix-gr712rc'
!      Enable the documented workaround for the back-to-back store errata
!      of the GR712RC processor.
! 
!  These `-m' options are supported in addition to the above on SPARC-V9
  processors in 64-bit environments:
  
! `-m32'
! `-m64'
       Generate code for a 32-bit or 64-bit environment.  The 32-bit
       environment sets int, long and pointer to 32 bits.  The 64-bit
       environment sets int to 32 bits and long and pointer to 64 bits.
  
! `-mcmodel=WHICH'
       Set the code model to one of
  
!     `medlow'
            The Medium/Low code model: 64-bit addresses, programs must be
            linked in the low 32 bits of memory.  Programs can be
            statically or dynamically linked.
  
!     `medmid'
            The Medium/Middle code model: 64-bit addresses, programs must
            be linked in the low 44 bits of memory, the text and data
            segments must be less than 2GB in size and the data segment
            must be located within 2GB of the text segment.
  
!     `medany'
!           The Medium/Anywhere code model: 64-bit addresses, programs
!           may be linked anywhere in memory, the text and data segments
!           must be less than 2GB in size and the data segment must be
!           located within 2GB of the text segment.
  
!     `embmedany'
            The Medium/Anywhere code model for embedded systems: 64-bit
            addresses, the text and data segments must be less than 2GB in
            size, both starting anywhere in memory (determined at link
!           time).  The global register %g4 points to the base of the
!           data segment.  Programs are statically linked and PIC is not
            supported.
  
! `-mmemory-model=MEM-MODEL'
       Set the memory model in force on the processor to one of
  
!     `default'
            The default memory model for the processor and operating
            system.
  
!     `rmo'
            Relaxed Memory Order
  
!     `pso'
            Partial Store Order
  
!     `tso'
            Total Store Order
  
!     `sc'
            Sequential Consistency
  
       These memory models are formally defined in Appendix D of the
!      SPARC-V9 architecture manual, as set in the processor's
!      `PSTATE.MM' field.
  
! `-mstack-bias'
! `-mno-stack-bias'
!      With `-mstack-bias', GCC assumes that the stack pointer, and frame
       pointer if present, are offset by -2047 which must be added back
       when making stack frame references.  This is the default in 64-bit
       mode.  Otherwise, assume no such offset is present.
*************** File: gcc.info,  Node: SPU Options,  Nex
*** 21640,21755 ****
  3.18.46 SPU Options
  -------------------
  
! These '-m' options are supported on the SPU:
! 
! '-mwarn-reloc'
! '-merror-reloc'
  
       The loader for SPU does not handle dynamic relocations.  By
       default, GCC gives an error when it generates code that requires a
!      dynamic relocation.  '-mno-error-reloc' disables the error,
!      '-mwarn-reloc' generates a warning instead.
! 
! '-msafe-dma'
! '-munsafe-dma'
  
       Instructions that initiate or test completion of DMA must not be
       reordered with respect to loads and stores of the memory that is
!      being accessed.  With '-munsafe-dma' you must use the 'volatile'
       keyword to protect memory accesses, but that can lead to
!      inefficient code in places where the memory is known to not change.
!      Rather than mark the memory as volatile, you can use '-msafe-dma'
!      to tell the compiler to treat the DMA instructions as potentially
!      affecting all memory.
! 
! '-mbranch-hints'
  
       By default, GCC generates a branch hint instruction to avoid
       pipeline stalls for always-taken or probably-taken branches.  A
       hint is not generated closer than 8 instructions away from its
       branch.  There is little reason to disable them, except for
       debugging purposes, or to make an object a little bit smaller.
  
! '-msmall-mem'
! '-mlarge-mem'
! 
       By default, GCC generates code assuming that addresses are never
!      larger than 18 bits.  With '-mlarge-mem' code is generated that
       assumes a full 32-bit address.
  
! '-mstdmain'
! 
       By default, GCC links against startup code that assumes the
       SPU-style main function interface (which has an unconventional
!      parameter list).  With '-mstdmain', GCC links your program against
!      startup code that assumes a C99-style interface to 'main',
!      including a local copy of 'argv' strings.
  
! '-mfixed-range=REGISTER-RANGE'
       Generate code treating the given register range as fixed registers.
       A fixed register is one that the register allocator cannot use.
       This is useful when compiling kernel code.  A register range is
       specified as two registers separated by a dash.  Multiple register
       ranges can be specified separated by a comma.
  
! '-mea32'
! '-mea64'
       Compile code assuming that pointers to the PPU address space
!      accessed via the '__ea' named address space qualifier are either 32
!      or 64 bits wide.  The default is 32 bits.  As this is an
       ABI-changing option, all object code in an executable must be
       compiled with the same setting.
  
! '-maddress-space-conversion'
! '-mno-address-space-conversion'
!      Allow/disallow treating the '__ea' address space as superset of the
!      generic address space.  This enables explicit type casts between
!      '__ea' and generic pointer as well as implicit conversions of
!      generic pointers to '__ea' pointers.  The default is to allow
       address space pointer conversions.
  
! '-mcache-size=CACHE-SIZE'
       This option controls the version of libgcc that the compiler links
!      to an executable and selects a software-managed cache for accessing
!      variables in the '__ea' address space with a particular cache size.
!      Possible options for CACHE-SIZE are '8', '16', '32', '64' and
!      '128'.  The default cache size is 64KB.
  
! '-matomic-updates'
! '-mno-atomic-updates'
       This option controls the version of libgcc that the compiler links
       to an executable and selects whether atomic updates to the
       software-managed cache of PPU-side variables are used.  If you use
       atomic updates, changes to a PPU variable from SPU code using the
!      '__ea' named address space qualifier do not interfere with changes
       to other PPU variables residing in the same cache line from PPU
       code.  If you do not use atomic updates, such interference may
       occur; however, writing back cache lines is more efficient.  The
       default behavior is to use atomic updates.
  
! '-mdual-nops'
! '-mdual-nops=N'
       By default, GCC inserts NOPs to increase dual issue when it expects
       it to increase performance.  N can be a value from 0 to 10.  A
       smaller N inserts fewer NOPs.  10 is the default, 0 is the same as
!      '-mno-dual-nops'.  Disabled with '-Os'.
  
! '-mhint-max-nops=N'
       Maximum number of NOPs to insert for a branch hint.  A branch hint
       must be at least 8 instructions away from the branch it is
       affecting.  GCC inserts up to N NOPs to enforce this, otherwise it
       does not generate the branch hint.
  
! '-mhint-max-distance=N'
       The encoding of the branch hint instruction limits the hint to be
!      within 256 instructions of the branch it is affecting.  By default,
!      GCC makes sure it is within 125.
  
! '-msafe-hints'
       Work around a hardware bug that causes the SPU to stall
!      indefinitely.  By default, GCC inserts the 'hbrp' instruction to
       make sure this stall won't happen.
  
  
  File: gcc.info,  Node: System V Options,  Next: TILE-Gx Options,  Prev: SPU Options,  Up: Submodel Options
  
--- 21817,21928 ----
  3.18.46 SPU Options
  -------------------
  
! These `-m' options are supported on the SPU:
  
+ `-mwarn-reloc'
+ `-merror-reloc'
       The loader for SPU does not handle dynamic relocations.  By
       default, GCC gives an error when it generates code that requires a
!      dynamic relocation.  `-mno-error-reloc' disables the error,
!      `-mwarn-reloc' generates a warning instead.
  
+ `-msafe-dma'
+ `-munsafe-dma'
       Instructions that initiate or test completion of DMA must not be
       reordered with respect to loads and stores of the memory that is
!      being accessed.  With `-munsafe-dma' you must use the `volatile'
       keyword to protect memory accesses, but that can lead to
!      inefficient code in places where the memory is known to not
!      change.  Rather than mark the memory as volatile, you can use
!      `-msafe-dma' to tell the compiler to treat the DMA instructions as
!      potentially affecting all memory.
  
+ `-mbranch-hints'
       By default, GCC generates a branch hint instruction to avoid
       pipeline stalls for always-taken or probably-taken branches.  A
       hint is not generated closer than 8 instructions away from its
       branch.  There is little reason to disable them, except for
       debugging purposes, or to make an object a little bit smaller.
  
! `-msmall-mem'
! `-mlarge-mem'
       By default, GCC generates code assuming that addresses are never
!      larger than 18 bits.  With `-mlarge-mem' code is generated that
       assumes a full 32-bit address.
  
! `-mstdmain'
       By default, GCC links against startup code that assumes the
       SPU-style main function interface (which has an unconventional
!      parameter list).  With `-mstdmain', GCC links your program against
!      startup code that assumes a C99-style interface to `main',
!      including a local copy of `argv' strings.
  
! `-mfixed-range=REGISTER-RANGE'
       Generate code treating the given register range as fixed registers.
       A fixed register is one that the register allocator cannot use.
       This is useful when compiling kernel code.  A register range is
       specified as two registers separated by a dash.  Multiple register
       ranges can be specified separated by a comma.
  
! `-mea32'
! `-mea64'
       Compile code assuming that pointers to the PPU address space
!      accessed via the `__ea' named address space qualifier are either
!      32 or 64 bits wide.  The default is 32 bits.  As this is an
       ABI-changing option, all object code in an executable must be
       compiled with the same setting.
  
! `-maddress-space-conversion'
! `-mno-address-space-conversion'
!      Allow/disallow treating the `__ea' address space as superset of
!      the generic address space.  This enables explicit type casts
!      between `__ea' and generic pointer as well as implicit conversions
!      of generic pointers to `__ea' pointers.  The default is to allow
       address space pointer conversions.
  
! `-mcache-size=CACHE-SIZE'
       This option controls the version of libgcc that the compiler links
!      to an executable and selects a software-managed cache for
!      accessing variables in the `__ea' address space with a particular
!      cache size.  Possible options for CACHE-SIZE are `8', `16', `32',
!      `64' and `128'.  The default cache size is 64KB.
  
! `-matomic-updates'
! `-mno-atomic-updates'
       This option controls the version of libgcc that the compiler links
       to an executable and selects whether atomic updates to the
       software-managed cache of PPU-side variables are used.  If you use
       atomic updates, changes to a PPU variable from SPU code using the
!      `__ea' named address space qualifier do not interfere with changes
       to other PPU variables residing in the same cache line from PPU
       code.  If you do not use atomic updates, such interference may
       occur; however, writing back cache lines is more efficient.  The
       default behavior is to use atomic updates.
  
! `-mdual-nops'
! `-mdual-nops=N'
       By default, GCC inserts NOPs to increase dual issue when it expects
       it to increase performance.  N can be a value from 0 to 10.  A
       smaller N inserts fewer NOPs.  10 is the default, 0 is the same as
!      `-mno-dual-nops'.  Disabled with `-Os'.
  
! `-mhint-max-nops=N'
       Maximum number of NOPs to insert for a branch hint.  A branch hint
       must be at least 8 instructions away from the branch it is
       affecting.  GCC inserts up to N NOPs to enforce this, otherwise it
       does not generate the branch hint.
  
! `-mhint-max-distance=N'
       The encoding of the branch hint instruction limits the hint to be
!      within 256 instructions of the branch it is affecting.  By
!      default, GCC makes sure it is within 125.
  
! `-msafe-hints'
       Work around a hardware bug that causes the SPU to stall
!      indefinitely.  By default, GCC inserts the `hbrp' instruction to
       make sure this stall won't happen.
  
+ 
  
  File: gcc.info,  Node: System V Options,  Next: TILE-Gx Options,  Prev: SPU Options,  Up: Submodel Options
  
*************** File: gcc.info,  Node: System V Options,
*** 21759,21781 ****
  These additional options are available on System V Release 4 for
  compatibility with other compilers on those systems:
  
! '-G'
!      Create a shared object.  It is recommended that '-symbolic' or
!      '-shared' be used instead.
  
! '-Qy'
       Identify the versions of each tool used by the compiler, in a
!      '.ident' assembler directive in the output.
  
! '-Qn'
!      Refrain from adding '.ident' directives to the output file (this is
       the default).
  
! '-YP,DIRS'
!      Search the directories DIRS, and no others, for libraries specified
!      with '-l'.
  
! '-Ym,DIR'
       Look in the directory DIR to find the M4 preprocessor.  The
       assembler uses this option.
  
--- 21932,21954 ----
  These additional options are available on System V Release 4 for
  compatibility with other compilers on those systems:
  
! `-G'
!      Create a shared object.  It is recommended that `-symbolic' or
!      `-shared' be used instead.
  
! `-Qy'
       Identify the versions of each tool used by the compiler, in a
!      `.ident' assembler directive in the output.
  
! `-Qn'
!      Refrain from adding `.ident' directives to the output file (this is
       the default).
  
! `-YP,DIRS'
!      Search the directories DIRS, and no others, for libraries
!      specified with `-l'.
  
! `-Ym,DIR'
       Look in the directory DIR to find the M4 preprocessor.  The
       assembler uses this option.
  
*************** File: gcc.info,  Node: TILE-Gx Options,
*** 21785,21813 ****
  3.18.48 TILE-Gx Options
  -----------------------
  
! These '-m' options are supported on the TILE-Gx:
  
! '-mcmodel=small'
       Generate code for the small model.  The distance for direct calls
       is limited to 500M in either direction.  PC-relative addresses are
       32 bits.  Absolute addresses support the full address range.
  
! '-mcmodel=large'
       Generate code for the large model.  There is no limitation on call
       distance, pc-relative addresses, or absolute addresses.
  
! '-mcpu=NAME'
       Selects the type of CPU to be targeted.  Currently the only
!      supported type is 'tilegx'.
  
! '-m32'
! '-m64'
       Generate code for a 32-bit or 64-bit environment.  The 32-bit
       environment sets int, long, and pointer to 32 bits.  The 64-bit
       environment sets int to 32 bits and long and pointer to 64 bits.
  
! '-mbig-endian'
! '-mlittle-endian'
       Generate code in big/little endian mode, respectively.
  
  
--- 21958,21986 ----
  3.18.48 TILE-Gx Options
  -----------------------
  
! These `-m' options are supported on the TILE-Gx:
  
! `-mcmodel=small'
       Generate code for the small model.  The distance for direct calls
       is limited to 500M in either direction.  PC-relative addresses are
       32 bits.  Absolute addresses support the full address range.
  
! `-mcmodel=large'
       Generate code for the large model.  There is no limitation on call
       distance, pc-relative addresses, or absolute addresses.
  
! `-mcpu=NAME'
       Selects the type of CPU to be targeted.  Currently the only
!      supported type is `tilegx'.
  
! `-m32'
! `-m64'
       Generate code for a 32-bit or 64-bit environment.  The 32-bit
       environment sets int, long, and pointer to 32 bits.  The 64-bit
       environment sets int to 32 bits and long and pointer to 64 bits.
  
! `-mbig-endian'
! `-mlittle-endian'
       Generate code in big/little endian mode, respectively.
  
  
*************** File: gcc.info,  Node: TILEPro Options,
*** 21816,21828 ****
  3.18.49 TILEPro Options
  -----------------------
  
! These '-m' options are supported on the TILEPro:
  
! '-mcpu=NAME'
       Selects the type of CPU to be targeted.  Currently the only
!      supported type is 'tilepro'.
  
! '-m32'
       Generate code for a 32-bit environment, which sets int, long, and
       pointer to 32 bits.  This is the only supported behavior so the
       flag is essentially ignored.
--- 21989,22001 ----
  3.18.49 TILEPro Options
  -----------------------
  
! These `-m' options are supported on the TILEPro:
  
! `-mcpu=NAME'
       Selects the type of CPU to be targeted.  Currently the only
!      supported type is `tilepro'.
  
! `-m32'
       Generate code for a 32-bit environment, which sets int, long, and
       pointer to 32 bits.  This is the only supported behavior so the
       flag is essentially ignored.
*************** File: gcc.info,  Node: V850 Options,  Ne
*** 21833,21960 ****
  3.18.50 V850 Options
  --------------------
  
! These '-m' options are defined for V850 implementations:
  
! '-mlong-calls'
! '-mno-long-calls'
       Treat all calls as being far away (near).  If calls are assumed to
       be far away, the compiler always loads the function's address into
       a register, and calls indirect through the pointer.
  
! '-mno-ep'
! '-mep'
       Do not optimize (do optimize) basic blocks that use the same index
!      pointer 4 or more times to copy pointer into the 'ep' register, and
!      use the shorter 'sld' and 'sst' instructions.  The '-mep' option is
!      on by default if you optimize.
  
! '-mno-prolog-function'
! '-mprolog-function'
       Do not use (do use) external functions to save and restore
!      registers at the prologue and epilogue of a function.  The external
!      functions are slower, but use less code space if more than one
!      function saves the same number of registers.  The
!      '-mprolog-function' option is on by default if you optimize.
  
! '-mspace'
       Try to make the code as small as possible.  At present, this just
!      turns on the '-mep' and '-mprolog-function' options.
  
! '-mtda=N'
       Put static or global variables whose size is N bytes or less into
!      the tiny data area that register 'ep' points to.  The tiny data
       area can hold up to 256 bytes in total (128 bytes for byte
       references).
  
! '-msda=N'
       Put static or global variables whose size is N bytes or less into
!      the small data area that register 'gp' points to.  The small data
       area can hold up to 64 kilobytes.
  
! '-mzda=N'
       Put static or global variables whose size is N bytes or less into
       the first 32 kilobytes of memory.
  
! '-mv850'
       Specify that the target processor is the V850.
  
! '-mv850e3v5'
       Specify that the target processor is the V850E3V5.  The
!      preprocessor constant '__v850e3v5__' is defined if this option is
       used.
  
! '-mv850e2v4'
       Specify that the target processor is the V850E3V5.  This is an
!      alias for the '-mv850e3v5' option.
  
! '-mv850e2v3'
       Specify that the target processor is the V850E2V3.  The
!      preprocessor constant '__v850e2v3__' is defined if this option is
       used.
  
! '-mv850e2'
       Specify that the target processor is the V850E2.  The preprocessor
!      constant '__v850e2__' is defined if this option is used.
  
! '-mv850e1'
       Specify that the target processor is the V850E1.  The preprocessor
!      constants '__v850e1__' and '__v850e__' are defined if this option
       is used.
  
! '-mv850es'
!      Specify that the target processor is the V850ES. This is an alias
!      for the '-mv850e1' option.
  
! '-mv850e'
       Specify that the target processor is the V850E.  The preprocessor
!      constant '__v850e__' is defined if this option is used.
  
!      If neither '-mv850' nor '-mv850e' nor '-mv850e1' nor '-mv850e2' nor
!      '-mv850e2v3' nor '-mv850e3v5' are defined then a default target
!      processor is chosen and the relevant '__v850*__' preprocessor
!      constant is defined.
  
!      The preprocessor constants '__v850' and '__v851__' are always
       defined, regardless of which processor variant is the target.
  
! '-mdisable-callt'
! '-mno-disable-callt'
!      This option suppresses generation of the 'CALLT' instruction for
       the v850e, v850e1, v850e2, v850e2v3 and v850e3v5 flavors of the
       v850 architecture.
  
!      This option is enabled by default when the RH850 ABI is in use (see
!      '-mrh850-abi'), and disabled by default when the GCC ABI is in use.
!      If 'CALLT' instructions are being generated then the C preprocessor
!      symbol '__V850_CALLT__' is defined.
  
! '-mrelax'
! '-mno-relax'
!      Pass on (or do not pass on) the '-mrelax' command-line option to
       the assembler.
  
! '-mlong-jumps'
! '-mno-long-jumps'
       Disable (or re-enable) the generation of PC-relative jump
       instructions.
  
! '-msoft-float'
! '-mhard-float'
       Disable (or re-enable) the generation of hardware floating point
       instructions.  This option is only significant when the target
!      architecture is 'V850E2V3' or higher.  If hardware floating point
       instructions are being generated then the C preprocessor symbol
!      '__FPU_OK__' is defined, otherwise the symbol '__NO_FPU__' is
       defined.
  
! '-mloop'
       Enables the use of the e3v5 LOOP instruction.  The use of this
       instruction is not enabled by default when the e3v5 architecture is
       selected because its use is still experimental.
  
! '-mrh850-abi'
! '-mghs'
!      Enables support for the RH850 version of the V850 ABI. This is the
       default.  With this version of the ABI the following rules apply:
  
          * Integer sized structures and unions are returned via a memory
--- 22006,22133 ----
  3.18.50 V850 Options
  --------------------
  
! These `-m' options are defined for V850 implementations:
  
! `-mlong-calls'
! `-mno-long-calls'
       Treat all calls as being far away (near).  If calls are assumed to
       be far away, the compiler always loads the function's address into
       a register, and calls indirect through the pointer.
  
! `-mno-ep'
! `-mep'
       Do not optimize (do optimize) basic blocks that use the same index
!      pointer 4 or more times to copy pointer into the `ep' register, and
!      use the shorter `sld' and `sst' instructions.  The `-mep' option
!      is on by default if you optimize.
  
! `-mno-prolog-function'
! `-mprolog-function'
       Do not use (do use) external functions to save and restore
!      registers at the prologue and epilogue of a function.  The
!      external functions are slower, but use less code space if more
!      than one function saves the same number of registers.  The
!      `-mprolog-function' option is on by default if you optimize.
  
! `-mspace'
       Try to make the code as small as possible.  At present, this just
!      turns on the `-mep' and `-mprolog-function' options.
  
! `-mtda=N'
       Put static or global variables whose size is N bytes or less into
!      the tiny data area that register `ep' points to.  The tiny data
       area can hold up to 256 bytes in total (128 bytes for byte
       references).
  
! `-msda=N'
       Put static or global variables whose size is N bytes or less into
!      the small data area that register `gp' points to.  The small data
       area can hold up to 64 kilobytes.
  
! `-mzda=N'
       Put static or global variables whose size is N bytes or less into
       the first 32 kilobytes of memory.
  
! `-mv850'
       Specify that the target processor is the V850.
  
! `-mv850e3v5'
       Specify that the target processor is the V850E3V5.  The
!      preprocessor constant `__v850e3v5__' is defined if this option is
       used.
  
! `-mv850e2v4'
       Specify that the target processor is the V850E3V5.  This is an
!      alias for the `-mv850e3v5' option.
  
! `-mv850e2v3'
       Specify that the target processor is the V850E2V3.  The
!      preprocessor constant `__v850e2v3__' is defined if this option is
       used.
  
! `-mv850e2'
       Specify that the target processor is the V850E2.  The preprocessor
!      constant `__v850e2__' is defined if this option is used.
  
! `-mv850e1'
       Specify that the target processor is the V850E1.  The preprocessor
!      constants `__v850e1__' and `__v850e__' are defined if this option
       is used.
  
! `-mv850es'
!      Specify that the target processor is the V850ES.  This is an alias
!      for the `-mv850e1' option.
  
! `-mv850e'
       Specify that the target processor is the V850E.  The preprocessor
!      constant `__v850e__' is defined if this option is used.
  
!      If neither `-mv850' nor `-mv850e' nor `-mv850e1' nor `-mv850e2'
!      nor `-mv850e2v3' nor `-mv850e3v5' are defined then a default
!      target processor is chosen and the relevant `__v850*__'
!      preprocessor constant is defined.
  
!      The preprocessor constants `__v850' and `__v851__' are always
       defined, regardless of which processor variant is the target.
  
! `-mdisable-callt'
! `-mno-disable-callt'
!      This option suppresses generation of the `CALLT' instruction for
       the v850e, v850e1, v850e2, v850e2v3 and v850e3v5 flavors of the
       v850 architecture.
  
!      This option is enabled by default when the RH850 ABI is in use
!      (see `-mrh850-abi'), and disabled by default when the GCC ABI is
!      in use.  If `CALLT' instructions are being generated then the C
!      preprocessor symbol `__V850_CALLT__' is defined.
  
! `-mrelax'
! `-mno-relax'
!      Pass on (or do not pass on) the `-mrelax' command-line option to
       the assembler.
  
! `-mlong-jumps'
! `-mno-long-jumps'
       Disable (or re-enable) the generation of PC-relative jump
       instructions.
  
! `-msoft-float'
! `-mhard-float'
       Disable (or re-enable) the generation of hardware floating point
       instructions.  This option is only significant when the target
!      architecture is `V850E2V3' or higher.  If hardware floating point
       instructions are being generated then the C preprocessor symbol
!      `__FPU_OK__' is defined, otherwise the symbol `__NO_FPU__' is
       defined.
  
! `-mloop'
       Enables the use of the e3v5 LOOP instruction.  The use of this
       instruction is not enabled by default when the e3v5 architecture is
       selected because its use is still experimental.
  
! `-mrh850-abi'
! `-mghs'
!      Enables support for the RH850 version of the V850 ABI.  This is the
       default.  With this version of the ABI the following rules apply:
  
          * Integer sized structures and unions are returned via a memory
*************** These '-m' options are defined for V850
*** 21965,21985 ****
  
          * Functions are aligned to 16-bit boundaries.
  
!         * The '-m8byte-align' command-line option is supported.
  
!         * The '-mdisable-callt' command-line option is enabled by
!           default.  The '-mno-disable-callt' command-line option is not
            supported.
  
       When this version of the ABI is enabled the C preprocessor symbol
!      '__V850_RH850_ABI__' is defined.
  
! '-mgcc-abi'
!      Enables support for the old GCC version of the V850 ABI. With this
       version of the ABI the following rules apply:
  
          * Integer sized structures and unions are returned in register
!           'r10'.
  
          * Large structures and unions (more than 8 bytes in size) are
            passed by reference.
--- 22138,22158 ----
  
          * Functions are aligned to 16-bit boundaries.
  
!         * The `-m8byte-align' command-line option is supported.
  
!         * The `-mdisable-callt' command-line option is enabled by
!           default.  The `-mno-disable-callt' command-line option is not
            supported.
  
       When this version of the ABI is enabled the C preprocessor symbol
!      `__V850_RH850_ABI__' is defined.
  
! `-mgcc-abi'
!      Enables support for the old GCC version of the V850 ABI.  With this
       version of the ABI the following rules apply:
  
          * Integer sized structures and unions are returned in register
!           `r10'.
  
          * Large structures and unions (more than 8 bytes in size) are
            passed by reference.
*************** These '-m' options are defined for V850
*** 21987,22036 ****
          * Functions are aligned to 32-bit boundaries, unless optimizing
            for size.
  
!         * The '-m8byte-align' command-line option is not supported.
  
!         * The '-mdisable-callt' command-line option is supported but not
            enabled by default.
  
       When this version of the ABI is enabled the C preprocessor symbol
!      '__V850_GCC_ABI__' is defined.
  
! '-m8byte-align'
! '-mno-8byte-align'
!      Enables support for 'double' and 'long long' types to be aligned on
!      8-byte boundaries.  The default is to restrict the alignment of all
!      objects to at most 4-bytes.  When '-m8byte-align' is in effect the
!      C preprocessor symbol '__V850_8BYTE_ALIGN__' is defined.
  
! '-mbig-switch'
!      Generate code suitable for big switch tables.  Use this option only
!      if the assembler/linker complain about out of range branches within
!      a switch table.
  
! '-mapp-regs'
       This option causes r2 and r5 to be used in the code generated by
       the compiler.  This setting is the default.
  
! '-mno-app-regs'
       This option causes r2 and r5 to be treated as fixed registers.
  
  
  File: gcc.info,  Node: VAX Options,  Next: Visium Options,  Prev: V850 Options,  Up: Submodel Options
  
  3.18.51 VAX Options
  -------------------
  
! These '-m' options are defined for the VAX:
  
! '-munix'
!      Do not output certain jump instructions ('aobleq' and so on) that
       the Unix assembler for the VAX cannot handle across long ranges.
  
! '-mgnu'
       Do output those jump instructions, on the assumption that the GNU
       assembler is being used.
  
! '-mg'
       Output code for G-format floating-point numbers instead of
       D-format.
  
--- 22160,22210 ----
          * Functions are aligned to 32-bit boundaries, unless optimizing
            for size.
  
!         * The `-m8byte-align' command-line option is not supported.
  
!         * The `-mdisable-callt' command-line option is supported but not
            enabled by default.
  
       When this version of the ABI is enabled the C preprocessor symbol
!      `__V850_GCC_ABI__' is defined.
  
! `-m8byte-align'
! `-mno-8byte-align'
!      Enables support for `double' and `long long' types to be aligned
!      on 8-byte boundaries.  The default is to restrict the alignment of
!      all objects to at most 4-bytes.  When `-m8byte-align' is in effect
!      the C preprocessor symbol `__V850_8BYTE_ALIGN__' is defined.
  
! `-mbig-switch'
!      Generate code suitable for big switch tables.  Use this option
!      only if the assembler/linker complain about out of range branches
!      within a switch table.
  
! `-mapp-regs'
       This option causes r2 and r5 to be used in the code generated by
       the compiler.  This setting is the default.
  
! `-mno-app-regs'
       This option causes r2 and r5 to be treated as fixed registers.
  
+ 
  
  File: gcc.info,  Node: VAX Options,  Next: Visium Options,  Prev: V850 Options,  Up: Submodel Options
  
  3.18.51 VAX Options
  -------------------
  
! These `-m' options are defined for the VAX:
  
! `-munix'
!      Do not output certain jump instructions (`aobleq' and so on) that
       the Unix assembler for the VAX cannot handle across long ranges.
  
! `-mgnu'
       Do output those jump instructions, on the assumption that the GNU
       assembler is being used.
  
! `-mg'
       Output code for G-format floating-point numbers instead of
       D-format.
  
*************** File: gcc.info,  Node: Visium Options,
*** 22040,22096 ****
  3.18.52 Visium Options
  ----------------------
  
! '-mdebug'
       A program which performs file I/O and is destined to run on an MCM
       target should be linked with this option.  It causes the libraries
       libc.a and libdebug.a to be linked.  The program should be run on
       the target under the control of the GDB remote debugging stub.
  
! '-msim'
       A program which performs file I/O and is destined to run on the
       simulator should be linked with option.  This causes libraries
       libc.a and libsim.a to be linked.
  
! '-mfpu'
! '-mhard-float'
       Generate code containing floating-point instructions.  This is the
       default.
  
! '-mno-fpu'
! '-msoft-float'
       Generate code containing library calls for floating-point.
  
!      '-msoft-float' changes the calling convention in the output file;
       therefore, it is only useful if you compile _all_ of a program with
!      this option.  In particular, you need to compile 'libgcc.a', the
!      library that comes with GCC, with '-msoft-float' in order for this
       to work.
  
! '-mcpu=CPU_TYPE'
       Set the instruction set, register set, and instruction scheduling
       parameters for machine type CPU_TYPE.  Supported values for
!      CPU_TYPE are 'mcm', 'gr5' and 'gr6'.
  
!      'mcm' is a synonym of 'gr5' present for backward compatibility.
  
       By default (unless configured otherwise), GCC generates code for
       the GR5 variant of the Visium architecture.
  
!      With '-mcpu=gr6', GCC generates code for the GR6 variant of the
!      Visium architecture.  The only difference from GR5 code is that the
!      compiler will generate block move instructions.
  
! '-mtune=CPU_TYPE'
       Set the instruction scheduling parameters for machine type
       CPU_TYPE, but do not set the instruction set or register set that
!      the option '-mcpu=CPU_TYPE' would.
  
! '-msv-mode'
       Generate code for the supervisor mode, where there are no
       restrictions on the access to general registers.  This is the
       default.
  
! '-muser-mode'
       Generate code for the user mode, where the access to some general
       registers is forbidden: on the GR5, registers r24 to r31 cannot be
       accessed in this mode; on the GR6, only registers r29 to r31 are
--- 22214,22270 ----
  3.18.52 Visium Options
  ----------------------
  
! `-mdebug'
       A program which performs file I/O and is destined to run on an MCM
       target should be linked with this option.  It causes the libraries
       libc.a and libdebug.a to be linked.  The program should be run on
       the target under the control of the GDB remote debugging stub.
  
! `-msim'
       A program which performs file I/O and is destined to run on the
       simulator should be linked with option.  This causes libraries
       libc.a and libsim.a to be linked.
  
! `-mfpu'
! `-mhard-float'
       Generate code containing floating-point instructions.  This is the
       default.
  
! `-mno-fpu'
! `-msoft-float'
       Generate code containing library calls for floating-point.
  
!      `-msoft-float' changes the calling convention in the output file;
       therefore, it is only useful if you compile _all_ of a program with
!      this option.  In particular, you need to compile `libgcc.a', the
!      library that comes with GCC, with `-msoft-float' in order for this
       to work.
  
! `-mcpu=CPU_TYPE'
       Set the instruction set, register set, and instruction scheduling
       parameters for machine type CPU_TYPE.  Supported values for
!      CPU_TYPE are `mcm', `gr5' and `gr6'.
  
!      `mcm' is a synonym of `gr5' present for backward compatibility.
  
       By default (unless configured otherwise), GCC generates code for
       the GR5 variant of the Visium architecture.
  
!      With `-mcpu=gr6', GCC generates code for the GR6 variant of the
!      Visium architecture.  The only difference from GR5 code is that
!      the compiler will generate block move instructions.
  
! `-mtune=CPU_TYPE'
       Set the instruction scheduling parameters for machine type
       CPU_TYPE, but do not set the instruction set or register set that
!      the option `-mcpu=CPU_TYPE' would.
  
! `-msv-mode'
       Generate code for the supervisor mode, where there are no
       restrictions on the access to general registers.  This is the
       default.
  
! `-muser-mode'
       Generate code for the user mode, where the access to some general
       registers is forbidden: on the GR5, registers r24 to r31 cannot be
       accessed in this mode; on the GR6, only registers r29 to r31 are
*************** File: gcc.info,  Node: VMS Options,  Nex
*** 22102,22125 ****
  3.18.53 VMS Options
  -------------------
  
! These '-m' options are defined for the VMS implementations:
  
! '-mvms-return-codes'
!      Return VMS condition codes from 'main'.  The default is to return
       POSIX-style condition (e.g. error) codes.
  
! '-mdebug-main=PREFIX'
       Flag the first routine whose name starts with PREFIX as the main
       routine for the debugger.
  
! '-mmalloc64'
       Default to 64-bit memory allocation routines.
  
! '-mpointer-size=SIZE'
!      Set the default size of pointers.  Possible options for SIZE are
!      '32' or 'short' for 32 bit pointers, '64' or 'long' for 64 bit
!      pointers, and 'no' for supporting only 32 bit pointers.  The later
!      option disables 'pragma pointer_size'.
  
  
  File: gcc.info,  Node: VxWorks Options,  Next: x86 Options,  Prev: VMS Options,  Up: Submodel Options
--- 22276,22299 ----
  3.18.53 VMS Options
  -------------------
  
! These `-m' options are defined for the VMS implementations:
  
! `-mvms-return-codes'
!      Return VMS condition codes from `main'. The default is to return
       POSIX-style condition (e.g. error) codes.
  
! `-mdebug-main=PREFIX'
       Flag the first routine whose name starts with PREFIX as the main
       routine for the debugger.
  
! `-mmalloc64'
       Default to 64-bit memory allocation routines.
  
! `-mpointer-size=SIZE'
!      Set the default size of pointers. Possible options for SIZE are
!      `32' or `short' for 32 bit pointers, `64' or `long' for 64 bit
!      pointers, and `no' for supporting only 32 bit pointers.  The later
!      option disables `pragma pointer_size'.
  
  
  File: gcc.info,  Node: VxWorks Options,  Next: x86 Options,  Prev: VMS Options,  Up: Submodel Options
*************** The options in this section are defined
*** 22131,22158 ****
  Options specific to the target hardware are listed with the other
  options for that target.
  
! '-mrtp'
       GCC can generate code for both VxWorks kernels and real time
       processes (RTPs).  This option switches from the former to the
!      latter.  It also defines the preprocessor macro '__RTP__'.
  
! '-non-static'
       Link an RTP executable against shared libraries rather than static
!      libraries.  The options '-static' and '-shared' can also be used
!      for RTPs (*note Link Options::); '-static' is the default.
  
! '-Bstatic'
! '-Bdynamic'
       These options are passed down to the linker.  They are defined for
       compatibility with Diab.
  
! '-Xbind-lazy'
       Enable lazy binding of function calls.  This option is equivalent
!      to '-Wl,-z,now' and is defined for compatibility with Diab.
  
! '-Xbind-now'
!      Disable lazy binding of function calls.  This option is the default
!      and is defined for compatibility with Diab.
  
  
  File: gcc.info,  Node: x86 Options,  Next: x86 Windows Options,  Prev: VxWorks Options,  Up: Submodel Options
--- 22305,22332 ----
  Options specific to the target hardware are listed with the other
  options for that target.
  
! `-mrtp'
       GCC can generate code for both VxWorks kernels and real time
       processes (RTPs).  This option switches from the former to the
!      latter.  It also defines the preprocessor macro `__RTP__'.
  
! `-non-static'
       Link an RTP executable against shared libraries rather than static
!      libraries.  The options `-static' and `-shared' can also be used
!      for RTPs (*note Link Options::); `-static' is the default.
  
! `-Bstatic'
! `-Bdynamic'
       These options are passed down to the linker.  They are defined for
       compatibility with Diab.
  
! `-Xbind-lazy'
       Enable lazy binding of function calls.  This option is equivalent
!      to `-Wl,-z,now' and is defined for compatibility with Diab.
  
! `-Xbind-now'
!      Disable lazy binding of function calls.  This option is the
!      default and is defined for compatibility with Diab.
  
  
  File: gcc.info,  Node: x86 Options,  Next: x86 Windows Options,  Prev: VxWorks Options,  Up: Submodel Options
*************** File: gcc.info,  Node: x86 Options,  Nex
*** 22160,22297 ****
  3.18.55 x86 Options
  -------------------
  
! These '-m' options are defined for the x86 family of computers.
  
! '-march=CPU-TYPE'
       Generate instructions for the machine type CPU-TYPE.  In contrast
!      to '-mtune=CPU-TYPE', which merely tunes the generated code for the
!      specified CPU-TYPE, '-march=CPU-TYPE' allows GCC to generate code
!      that may not run at all on processors other than the one indicated.
!      Specifying '-march=CPU-TYPE' implies '-mtune=CPU-TYPE'.
  
       The choices for CPU-TYPE are:
  
!      'native'
            This selects the CPU to generate code for at compilation time
            by determining the processor type of the compiling machine.
!           Using '-march=native' enables all instruction subsets
!           supported by the local machine (hence the result might not run
!           on different machines).  Using '-mtune=native' produces code
!           optimized for the local machine under the constraints of the
!           selected instruction set.
  
!      'i386'
            Original Intel i386 CPU.
  
!      'i486'
            Intel i486 CPU.  (No scheduling is implemented for this chip.)
  
!      'i586'
!      'pentium'
            Intel Pentium CPU with no MMX support.
  
!      'lakemont'
            Intel Lakemont MCU, based on Intel Pentium CPU.
  
!      'pentium-mmx'
            Intel Pentium MMX CPU, based on Pentium core with MMX
            instruction set support.
  
!      'pentiumpro'
            Intel Pentium Pro CPU.
  
!      'i686'
!           When used with '-march', the Pentium Pro instruction set is
            used, so the code runs on all i686 family chips.  When used
!           with '-mtune', it has the same meaning as 'generic'.
  
!      'pentium2'
            Intel Pentium II CPU, based on Pentium Pro core with MMX
            instruction set support.
  
!      'pentium3'
!      'pentium3m'
            Intel Pentium III CPU, based on Pentium Pro core with MMX and
            SSE instruction set support.
  
!      'pentium-m'
            Intel Pentium M; low-power version of Intel Pentium III CPU
            with MMX, SSE and SSE2 instruction set support.  Used by
            Centrino notebooks.
  
!      'pentium4'
!      'pentium4m'
            Intel Pentium 4 CPU with MMX, SSE and SSE2 instruction set
            support.
  
!      'prescott'
            Improved version of Intel Pentium 4 CPU with MMX, SSE, SSE2
            and SSE3 instruction set support.
  
!      'nocona'
            Improved version of Intel Pentium 4 CPU with 64-bit
            extensions, MMX, SSE, SSE2 and SSE3 instruction set support.
  
!      'core2'
            Intel Core 2 CPU with 64-bit extensions, MMX, SSE, SSE2, SSE3
            and SSSE3 instruction set support.
  
!      'nehalem'
            Intel Nehalem CPU with 64-bit extensions, MMX, SSE, SSE2,
            SSE3, SSSE3, SSE4.1, SSE4.2 and POPCNT instruction set
            support.
  
!      'westmere'
            Intel Westmere CPU with 64-bit extensions, MMX, SSE, SSE2,
            SSE3, SSSE3, SSE4.1, SSE4.2, POPCNT, AES and PCLMUL
            instruction set support.
  
!      'sandybridge'
!           Intel Sandy Bridge CPU with 64-bit extensions, MMX, SSE, SSE2,
!           SSE3, SSSE3, SSE4.1, SSE4.2, POPCNT, AVX, AES and PCLMUL
!           instruction set support.
  
!      'ivybridge'
            Intel Ivy Bridge CPU with 64-bit extensions, MMX, SSE, SSE2,
            SSE3, SSSE3, SSE4.1, SSE4.2, POPCNT, AVX, AES, PCLMUL,
            FSGSBASE, RDRND and F16C instruction set support.
  
!      'haswell'
            Intel Haswell CPU with 64-bit extensions, MOVBE, MMX, SSE,
            SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, POPCNT, AVX, AVX2, AES,
            PCLMUL, FSGSBASE, RDRND, FMA, BMI, BMI2 and F16C instruction
            set support.
  
!      'broadwell'
            Intel Broadwell CPU with 64-bit extensions, MOVBE, MMX, SSE,
            SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, POPCNT, AVX, AVX2, AES,
            PCLMUL, FSGSBASE, RDRND, FMA, BMI, BMI2, F16C, RDSEED, ADCX
            and PREFETCHW instruction set support.
  
!      'skylake'
            Intel Skylake CPU with 64-bit extensions, MOVBE, MMX, SSE,
            SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, POPCNT, AVX, AVX2, AES,
            PCLMUL, FSGSBASE, RDRND, FMA, BMI, BMI2, F16C, RDSEED, ADCX,
            PREFETCHW, CLFLUSHOPT, XSAVEC and XSAVES instruction set
            support.
  
!      'bonnell'
            Intel Bonnell CPU with 64-bit extensions, MOVBE, MMX, SSE,
            SSE2, SSE3 and SSSE3 instruction set support.
  
!      'silvermont'
            Intel Silvermont CPU with 64-bit extensions, MOVBE, MMX, SSE,
            SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, POPCNT, AES, PCLMUL and
            RDRND instruction set support.
  
!      'knl'
!           Intel Knight's Landing CPU with 64-bit extensions, MOVBE, MMX,
!           SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, POPCNT, AVX, AVX2,
!           AES, PCLMUL, FSGSBASE, RDRND, FMA, BMI, BMI2, F16C, RDSEED,
!           ADCX, PREFETCHW, AVX512F, AVX512PF, AVX512ER and AVX512CD
!           instruction set support.
  
!      'skylake-avx512'
            Intel Skylake Server CPU with 64-bit extensions, MOVBE, MMX,
            SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, POPCNT, PKU, AVX,
            AVX2, AES, PCLMUL, FSGSBASE, RDRND, FMA, BMI, BMI2, F16C,
--- 22334,22471 ----
  3.18.55 x86 Options
  -------------------
  
! These `-m' options are defined for the x86 family of computers.
  
! `-march=CPU-TYPE'
       Generate instructions for the machine type CPU-TYPE.  In contrast
!      to `-mtune=CPU-TYPE', which merely tunes the generated code for
!      the specified CPU-TYPE, `-march=CPU-TYPE' allows GCC to generate
!      code that may not run at all on processors other than the one
!      indicated.  Specifying `-march=CPU-TYPE' implies `-mtune=CPU-TYPE'.
  
       The choices for CPU-TYPE are:
  
!     `native'
            This selects the CPU to generate code for at compilation time
            by determining the processor type of the compiling machine.
!           Using `-march=native' enables all instruction subsets
!           supported by the local machine (hence the result might not
!           run on different machines).  Using `-mtune=native' produces
!           code optimized for the local machine under the constraints of
!           the selected instruction set.
  
!     `i386'
            Original Intel i386 CPU.
  
!     `i486'
            Intel i486 CPU.  (No scheduling is implemented for this chip.)
  
!     `i586'
!     `pentium'
            Intel Pentium CPU with no MMX support.
  
!     `lakemont'
            Intel Lakemont MCU, based on Intel Pentium CPU.
  
!     `pentium-mmx'
            Intel Pentium MMX CPU, based on Pentium core with MMX
            instruction set support.
  
!     `pentiumpro'
            Intel Pentium Pro CPU.
  
!     `i686'
!           When used with `-march', the Pentium Pro instruction set is
            used, so the code runs on all i686 family chips.  When used
!           with `-mtune', it has the same meaning as `generic'.
  
!     `pentium2'
            Intel Pentium II CPU, based on Pentium Pro core with MMX
            instruction set support.
  
!     `pentium3'
!     `pentium3m'
            Intel Pentium III CPU, based on Pentium Pro core with MMX and
            SSE instruction set support.
  
!     `pentium-m'
            Intel Pentium M; low-power version of Intel Pentium III CPU
            with MMX, SSE and SSE2 instruction set support.  Used by
            Centrino notebooks.
  
!     `pentium4'
!     `pentium4m'
            Intel Pentium 4 CPU with MMX, SSE and SSE2 instruction set
            support.
  
!     `prescott'
            Improved version of Intel Pentium 4 CPU with MMX, SSE, SSE2
            and SSE3 instruction set support.
  
!     `nocona'
            Improved version of Intel Pentium 4 CPU with 64-bit
            extensions, MMX, SSE, SSE2 and SSE3 instruction set support.
  
!     `core2'
            Intel Core 2 CPU with 64-bit extensions, MMX, SSE, SSE2, SSE3
            and SSSE3 instruction set support.
  
!     `nehalem'
            Intel Nehalem CPU with 64-bit extensions, MMX, SSE, SSE2,
            SSE3, SSSE3, SSE4.1, SSE4.2 and POPCNT instruction set
            support.
  
!     `westmere'
            Intel Westmere CPU with 64-bit extensions, MMX, SSE, SSE2,
            SSE3, SSSE3, SSE4.1, SSE4.2, POPCNT, AES and PCLMUL
            instruction set support.
  
!     `sandybridge'
!           Intel Sandy Bridge CPU with 64-bit extensions, MMX, SSE,
!           SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, POPCNT, AVX, AES and
!           PCLMUL instruction set support.
  
!     `ivybridge'
            Intel Ivy Bridge CPU with 64-bit extensions, MMX, SSE, SSE2,
            SSE3, SSSE3, SSE4.1, SSE4.2, POPCNT, AVX, AES, PCLMUL,
            FSGSBASE, RDRND and F16C instruction set support.
  
!     `haswell'
            Intel Haswell CPU with 64-bit extensions, MOVBE, MMX, SSE,
            SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, POPCNT, AVX, AVX2, AES,
            PCLMUL, FSGSBASE, RDRND, FMA, BMI, BMI2 and F16C instruction
            set support.
  
!     `broadwell'
            Intel Broadwell CPU with 64-bit extensions, MOVBE, MMX, SSE,
            SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, POPCNT, AVX, AVX2, AES,
            PCLMUL, FSGSBASE, RDRND, FMA, BMI, BMI2, F16C, RDSEED, ADCX
            and PREFETCHW instruction set support.
  
!     `skylake'
            Intel Skylake CPU with 64-bit extensions, MOVBE, MMX, SSE,
            SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, POPCNT, AVX, AVX2, AES,
            PCLMUL, FSGSBASE, RDRND, FMA, BMI, BMI2, F16C, RDSEED, ADCX,
            PREFETCHW, CLFLUSHOPT, XSAVEC and XSAVES instruction set
            support.
  
!     `bonnell'
            Intel Bonnell CPU with 64-bit extensions, MOVBE, MMX, SSE,
            SSE2, SSE3 and SSSE3 instruction set support.
  
!     `silvermont'
            Intel Silvermont CPU with 64-bit extensions, MOVBE, MMX, SSE,
            SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, POPCNT, AES, PCLMUL and
            RDRND instruction set support.
  
!     `knl'
!           Intel Knight's Landing CPU with 64-bit extensions, MOVBE,
!           MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, POPCNT, AVX,
!           AVX2, AES, PCLMUL, FSGSBASE, RDRND, FMA, BMI, BMI2, F16C,
!           RDSEED, ADCX, PREFETCHW, AVX512F, AVX512PF, AVX512ER and
!           AVX512CD instruction set support.
  
!     `skylake-avx512'
            Intel Skylake Server CPU with 64-bit extensions, MOVBE, MMX,
            SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, POPCNT, PKU, AVX,
            AVX2, AES, PCLMUL, FSGSBASE, RDRND, FMA, BMI, BMI2, F16C,
*************** These '-m' options are defined for the x
*** 22299,22482 ****
            AVX512VL, AVX512BW, AVX512DQ and AVX512CD instruction set
            support.
  
!      'k6'
            AMD K6 CPU with MMX instruction set support.
  
!      'k6-2'
!      'k6-3'
            Improved versions of AMD K6 CPU with MMX and 3DNow!
            instruction set support.
  
!      'athlon'
!      'athlon-tbird'
            AMD Athlon CPU with MMX, 3dNOW!, enhanced 3DNow! and SSE
            prefetch instructions support.
  
!      'athlon-4'
!      'athlon-xp'
!      'athlon-mp'
            Improved AMD Athlon CPU with MMX, 3DNow!, enhanced 3DNow! and
            full SSE instruction set support.
  
!      'k8'
!      'opteron'
!      'athlon64'
!      'athlon-fx'
            Processors based on the AMD K8 core with x86-64 instruction
            set support, including the AMD Opteron, Athlon 64, and Athlon
            64 FX processors.  (This supersets MMX, SSE, SSE2, 3DNow!,
            enhanced 3DNow! and 64-bit instruction set extensions.)
  
!      'k8-sse3'
!      'opteron-sse3'
!      'athlon64-sse3'
            Improved versions of AMD K8 cores with SSE3 instruction set
            support.
  
!      'amdfam10'
!      'barcelona'
!           CPUs based on AMD Family 10h cores with x86-64 instruction set
!           support.  (This supersets MMX, SSE, SSE2, SSE3, SSE4A, 3DNow!,
!           enhanced 3DNow!, ABM and 64-bit instruction set extensions.)
  
!      'bdver1'
!           CPUs based on AMD Family 15h cores with x86-64 instruction set
!           support.  (This supersets FMA4, AVX, XOP, LWP, AES, PCL_MUL,
!           CX16, MMX, SSE, SSE2, SSE3, SSE4A, SSSE3, SSE4.1, SSE4.2, ABM
!           and 64-bit instruction set extensions.)
!      'bdver2'
            AMD Family 15h core based CPUs with x86-64 instruction set
!           support.  (This supersets BMI, TBM, F16C, FMA, FMA4, AVX, XOP,
!           LWP, AES, PCL_MUL, CX16, MMX, SSE, SSE2, SSE3, SSE4A, SSSE3,
!           SSE4.1, SSE4.2, ABM and 64-bit instruction set extensions.)
!      'bdver3'
            AMD Family 15h core based CPUs with x86-64 instruction set
!           support.  (This supersets BMI, TBM, F16C, FMA, FMA4, FSGSBASE,
!           AVX, XOP, LWP, AES, PCL_MUL, CX16, MMX, SSE, SSE2, SSE3,
!           SSE4A, SSSE3, SSE4.1, SSE4.2, ABM and 64-bit instruction set
!           extensions.
!      'bdver4'
            AMD Family 15h core based CPUs with x86-64 instruction set
            support.  (This supersets BMI, BMI2, TBM, F16C, FMA, FMA4,
!           FSGSBASE, AVX, AVX2, XOP, LWP, AES, PCL_MUL, CX16, MOVBE, MMX,
!           SSE, SSE2, SSE3, SSE4A, SSSE3, SSE4.1, SSE4.2, ABM and 64-bit
!           instruction set extensions.
  
!      'znver1'
            AMD Family 17h core based CPUs with x86-64 instruction set
!           support.  (This supersets BMI, BMI2, F16C, FMA, FSGSBASE, AVX,
!           AVX2, ADCX, RDSEED, MWAITX, SHA, CLZERO, AES, PCL_MUL, CX16,
!           MOVBE, MMX, SSE, SSE2, SSE3, SSE4A, SSSE3, SSE4.1, SSE4.2,
!           ABM, XSAVEC, XSAVES, CLFLUSHOPT, POPCNT, and 64-bit
            instruction set extensions.
  
!      'btver1'
!           CPUs based on AMD Family 14h cores with x86-64 instruction set
!           support.  (This supersets MMX, SSE, SSE2, SSE3, SSSE3, SSE4A,
!           CX16, ABM and 64-bit instruction set extensions.)
  
!      'btver2'
!           CPUs based on AMD Family 16h cores with x86-64 instruction set
!           support.  This includes MOVBE, F16C, BMI, AVX, PCL_MUL, AES,
!           SSE4.2, SSE4.1, CX16, ABM, SSE4A, SSSE3, SSE3, SSE2, SSE, MMX
!           and 64-bit instruction set extensions.
  
!      'winchip-c6'
            IDT WinChip C6 CPU, dealt in same way as i486 with additional
            MMX instruction set support.
  
!      'winchip2'
            IDT WinChip 2 CPU, dealt in same way as i486 with additional
!           MMX and 3DNow! instruction set support.
  
!      'c3'
            VIA C3 CPU with MMX and 3DNow! instruction set support.  (No
            scheduling is implemented for this chip.)
  
!      'c3-2'
            VIA C3-2 (Nehemiah/C5XL) CPU with MMX and SSE instruction set
            support.  (No scheduling is implemented for this chip.)
  
!      'c7'
            VIA C7 (Esther) CPU with MMX, SSE, SSE2 and SSE3 instruction
            set support.  (No scheduling is implemented for this chip.)
  
!      'samuel-2'
            VIA Eden Samuel 2 CPU with MMX and 3DNow! instruction set
            support.  (No scheduling is implemented for this chip.)
  
!      'nehemiah'
            VIA Eden Nehemiah CPU with MMX and SSE instruction set
            support.  (No scheduling is implemented for this chip.)
  
!      'esther'
            VIA Eden Esther CPU with MMX, SSE, SSE2 and SSE3 instruction
            set support.  (No scheduling is implemented for this chip.)
  
!      'eden-x2'
            VIA Eden X2 CPU with x86-64, MMX, SSE, SSE2 and SSE3
            instruction set support.  (No scheduling is implemented for
            this chip.)
  
!      'eden-x4'
            VIA Eden X4 CPU with x86-64, MMX, SSE, SSE2, SSE3, SSSE3,
            SSE4.1, SSE4.2, AVX and AVX2 instruction set support.  (No
            scheduling is implemented for this chip.)
  
!      'nano'
            Generic VIA Nano CPU with x86-64, MMX, SSE, SSE2, SSE3 and
            SSSE3 instruction set support.  (No scheduling is implemented
            for this chip.)
  
!      'nano-1000'
            VIA Nano 1xxx CPU with x86-64, MMX, SSE, SSE2, SSE3 and SSSE3
            instruction set support.  (No scheduling is implemented for
            this chip.)
  
!      'nano-2000'
            VIA Nano 2xxx CPU with x86-64, MMX, SSE, SSE2, SSE3 and SSSE3
            instruction set support.  (No scheduling is implemented for
            this chip.)
  
!      'nano-3000'
!           VIA Nano 3xxx CPU with x86-64, MMX, SSE, SSE2, SSE3, SSSE3 and
!           SSE4.1 instruction set support.  (No scheduling is implemented
!           for this chip.)
  
!      'nano-x2'
            VIA Nano Dual Core CPU with x86-64, MMX, SSE, SSE2, SSE3,
            SSSE3 and SSE4.1 instruction set support.  (No scheduling is
            implemented for this chip.)
  
!      'nano-x4'
            VIA Nano Quad Core CPU with x86-64, MMX, SSE, SSE2, SSE3,
            SSSE3 and SSE4.1 instruction set support.  (No scheduling is
            implemented for this chip.)
  
!      'geode'
            AMD Geode embedded processor with MMX and 3DNow! instruction
            set support.
  
! '-mtune=CPU-TYPE'
       Tune to CPU-TYPE everything applicable about the generated code,
       except for the ABI and the set of available instructions.  While
!      picking a specific CPU-TYPE schedules things appropriately for that
!      particular chip, the compiler does not generate any code that
       cannot run on the default machine type unless you use a
!      '-march=CPU-TYPE' option.  For example, if GCC is configured for
!      i686-pc-linux-gnu then '-mtune=pentium4' generates code that is
       tuned for Pentium 4 but still runs on i686 machines.
  
!      The choices for CPU-TYPE are the same as for '-march'.  In
!      addition, '-mtune' supports 2 extra choices for CPU-TYPE:
  
!      'generic'
            Produce code optimized for the most common IA32/AMD64/EM64T
            processors.  If you know the CPU on which your code will run,
!           then you should use the corresponding '-mtune' or '-march'
!           option instead of '-mtune=generic'.  But, if you do not know
!           exactly what CPU users of your application will have, then you
!           should use this option.
  
            As new processors are deployed in the marketplace, the
            behavior of this option will change.  Therefore, if you
--- 22473,22661 ----
            AVX512VL, AVX512BW, AVX512DQ and AVX512CD instruction set
            support.
  
!     `k6'
            AMD K6 CPU with MMX instruction set support.
  
!     `k6-2'
!     `k6-3'
            Improved versions of AMD K6 CPU with MMX and 3DNow!
            instruction set support.
  
!     `athlon'
!     `athlon-tbird'
            AMD Athlon CPU with MMX, 3dNOW!, enhanced 3DNow! and SSE
            prefetch instructions support.
  
!     `athlon-4'
!     `athlon-xp'
!     `athlon-mp'
            Improved AMD Athlon CPU with MMX, 3DNow!, enhanced 3DNow! and
            full SSE instruction set support.
  
!     `k8'
!     `opteron'
!     `athlon64'
!     `athlon-fx'
            Processors based on the AMD K8 core with x86-64 instruction
            set support, including the AMD Opteron, Athlon 64, and Athlon
            64 FX processors.  (This supersets MMX, SSE, SSE2, 3DNow!,
            enhanced 3DNow! and 64-bit instruction set extensions.)
  
!     `k8-sse3'
!     `opteron-sse3'
!     `athlon64-sse3'
            Improved versions of AMD K8 cores with SSE3 instruction set
            support.
  
!     `amdfam10'
!     `barcelona'
!           CPUs based on AMD Family 10h cores with x86-64 instruction
!           set support.  (This supersets MMX, SSE, SSE2, SSE3, SSE4A,
!           3DNow!, enhanced 3DNow!, ABM and 64-bit instruction set
!           extensions.)
  
!     `bdver1'
!           CPUs based on AMD Family 15h cores with x86-64 instruction
!           set support.  (This supersets FMA4, AVX, XOP, LWP, AES,
!           PCL_MUL, CX16, MMX, SSE, SSE2, SSE3, SSE4A, SSSE3, SSE4.1,
!           SSE4.2, ABM and 64-bit instruction set extensions.)
! 
!     `bdver2'
            AMD Family 15h core based CPUs with x86-64 instruction set
!           support.  (This supersets BMI, TBM, F16C, FMA, FMA4, AVX,
!           XOP, LWP, AES, PCL_MUL, CX16, MMX, SSE, SSE2, SSE3, SSE4A,
!           SSSE3, SSE4.1, SSE4.2, ABM and 64-bit instruction set
!           extensions.)
! 
!     `bdver3'
            AMD Family 15h core based CPUs with x86-64 instruction set
!           support.  (This supersets BMI, TBM, F16C, FMA, FMA4,
!           FSGSBASE, AVX, XOP, LWP, AES, PCL_MUL, CX16, MMX, SSE, SSE2,
!           SSE3, SSE4A, SSSE3, SSE4.1, SSE4.2, ABM and 64-bit
!           instruction set extensions.
! 
!     `bdver4'
            AMD Family 15h core based CPUs with x86-64 instruction set
            support.  (This supersets BMI, BMI2, TBM, F16C, FMA, FMA4,
!           FSGSBASE, AVX, AVX2, XOP, LWP, AES, PCL_MUL, CX16, MOVBE,
!           MMX, SSE, SSE2, SSE3, SSE4A, SSSE3, SSE4.1, SSE4.2, ABM and
!           64-bit instruction set extensions.
  
!     `znver1'
            AMD Family 17h core based CPUs with x86-64 instruction set
!           support.  (This supersets BMI, BMI2, F16C, FMA, FSGSBASE,
!           AVX, AVX2, ADCX, RDSEED, MWAITX, SHA, CLZERO, AES, PCL_MUL,
!           CX16, MOVBE, MMX, SSE, SSE2, SSE3, SSE4A, SSSE3, SSE4.1,
!           SSE4.2, ABM, XSAVEC, XSAVES, CLFLUSHOPT, POPCNT, and 64-bit
            instruction set extensions.
  
!     `btver1'
!           CPUs based on AMD Family 14h cores with x86-64 instruction
!           set support.  (This supersets MMX, SSE, SSE2, SSE3, SSSE3,
!           SSE4A, CX16, ABM and 64-bit instruction set extensions.)
  
!     `btver2'
!           CPUs based on AMD Family 16h cores with x86-64 instruction
!           set support. This includes MOVBE, F16C, BMI, AVX, PCL_MUL,
!           AES, SSE4.2, SSE4.1, CX16, ABM, SSE4A, SSSE3, SSE3, SSE2,
!           SSE, MMX and 64-bit instruction set extensions.
  
!     `winchip-c6'
            IDT WinChip C6 CPU, dealt in same way as i486 with additional
            MMX instruction set support.
  
!     `winchip2'
            IDT WinChip 2 CPU, dealt in same way as i486 with additional
!           MMX and 3DNow!  instruction set support.
  
!     `c3'
            VIA C3 CPU with MMX and 3DNow! instruction set support.  (No
            scheduling is implemented for this chip.)
  
!     `c3-2'
            VIA C3-2 (Nehemiah/C5XL) CPU with MMX and SSE instruction set
            support.  (No scheduling is implemented for this chip.)
  
!     `c7'
            VIA C7 (Esther) CPU with MMX, SSE, SSE2 and SSE3 instruction
            set support.  (No scheduling is implemented for this chip.)
  
!     `samuel-2'
            VIA Eden Samuel 2 CPU with MMX and 3DNow! instruction set
            support.  (No scheduling is implemented for this chip.)
  
!     `nehemiah'
            VIA Eden Nehemiah CPU with MMX and SSE instruction set
            support.  (No scheduling is implemented for this chip.)
  
!     `esther'
            VIA Eden Esther CPU with MMX, SSE, SSE2 and SSE3 instruction
            set support.  (No scheduling is implemented for this chip.)
  
!     `eden-x2'
            VIA Eden X2 CPU with x86-64, MMX, SSE, SSE2 and SSE3
            instruction set support.  (No scheduling is implemented for
            this chip.)
  
!     `eden-x4'
            VIA Eden X4 CPU with x86-64, MMX, SSE, SSE2, SSE3, SSSE3,
            SSE4.1, SSE4.2, AVX and AVX2 instruction set support.  (No
            scheduling is implemented for this chip.)
  
!     `nano'
            Generic VIA Nano CPU with x86-64, MMX, SSE, SSE2, SSE3 and
            SSSE3 instruction set support.  (No scheduling is implemented
            for this chip.)
  
!     `nano-1000'
            VIA Nano 1xxx CPU with x86-64, MMX, SSE, SSE2, SSE3 and SSSE3
            instruction set support.  (No scheduling is implemented for
            this chip.)
  
!     `nano-2000'
            VIA Nano 2xxx CPU with x86-64, MMX, SSE, SSE2, SSE3 and SSSE3
            instruction set support.  (No scheduling is implemented for
            this chip.)
  
!     `nano-3000'
!           VIA Nano 3xxx CPU with x86-64, MMX, SSE, SSE2, SSE3, SSSE3
!           and SSE4.1 instruction set support.  (No scheduling is
!           implemented for this chip.)
  
!     `nano-x2'
            VIA Nano Dual Core CPU with x86-64, MMX, SSE, SSE2, SSE3,
            SSSE3 and SSE4.1 instruction set support.  (No scheduling is
            implemented for this chip.)
  
!     `nano-x4'
            VIA Nano Quad Core CPU with x86-64, MMX, SSE, SSE2, SSE3,
            SSSE3 and SSE4.1 instruction set support.  (No scheduling is
            implemented for this chip.)
  
!     `geode'
            AMD Geode embedded processor with MMX and 3DNow! instruction
            set support.
  
! `-mtune=CPU-TYPE'
       Tune to CPU-TYPE everything applicable about the generated code,
       except for the ABI and the set of available instructions.  While
!      picking a specific CPU-TYPE schedules things appropriately for
!      that particular chip, the compiler does not generate any code that
       cannot run on the default machine type unless you use a
!      `-march=CPU-TYPE' option.  For example, if GCC is configured for
!      i686-pc-linux-gnu then `-mtune=pentium4' generates code that is
       tuned for Pentium 4 but still runs on i686 machines.
  
!      The choices for CPU-TYPE are the same as for `-march'.  In
!      addition, `-mtune' supports 2 extra choices for CPU-TYPE:
  
!     `generic'
            Produce code optimized for the most common IA32/AMD64/EM64T
            processors.  If you know the CPU on which your code will run,
!           then you should use the corresponding `-mtune' or `-march'
!           option instead of `-mtune=generic'.  But, if you do not know
!           exactly what CPU users of your application will have, then
!           you should use this option.
  
            As new processors are deployed in the marketplace, the
            behavior of this option will change.  Therefore, if you
*************** These '-m' options are defined for the x
*** 22484,22501 ****
            by this option will change to reflect the processors that are
            most common at the time that version of GCC is released.
  
!           There is no '-march=generic' option because '-march' indicates
!           the instruction set the compiler can use, and there is no
!           generic instruction set applicable to all processors.  In
!           contrast, '-mtune' indicates the processor (or, in this case,
!           collection of processors) for which the code is optimized.
  
!      'intel'
            Produce code optimized for the most current Intel processors,
!           which are Haswell and Silvermont for this version of GCC. If
            you know the CPU on which your code will run, then you should
!           use the corresponding '-mtune' or '-march' option instead of
!           '-mtune=intel'.  But, if you want your application performs
            better on both Haswell and Silvermont, then you should use
            this option.
  
--- 22663,22681 ----
            by this option will change to reflect the processors that are
            most common at the time that version of GCC is released.
  
!           There is no `-march=generic' option because `-march'
!           indicates the instruction set the compiler can use, and there
!           is no generic instruction set applicable to all processors.
!           In contrast, `-mtune' indicates the processor (or, in this
!           case, collection of processors) for which the code is
!           optimized.
  
!     `intel'
            Produce code optimized for the most current Intel processors,
!           which are Haswell and Silvermont for this version of GCC.  If
            you know the CPU on which your code will run, then you should
!           use the corresponding `-mtune' or `-march' option instead of
!           `-mtune=intel'.  But, if you want your application performs
            better on both Haswell and Silvermont, then you should use
            this option.
  
*************** These '-m' options are defined for the x
*** 22505,22562 ****
            by this option will change to reflect the most current Intel
            processors at the time that version of GCC is released.
  
!           There is no '-march=intel' option because '-march' indicates
            the instruction set the compiler can use, and there is no
            common instruction set applicable to all processors.  In
!           contrast, '-mtune' indicates the processor (or, in this case,
            collection of processors) for which the code is optimized.
  
! '-mcpu=CPU-TYPE'
!      A deprecated synonym for '-mtune'.
  
! '-mfpmath=UNIT'
       Generate floating-point arithmetic for selected unit UNIT.  The
       choices for UNIT are:
  
!      '387'
!           Use the standard 387 floating-point coprocessor present on the
!           majority of chips and emulated otherwise.  Code compiled with
!           this option runs almost everywhere.  The temporary results are
!           computed in 80-bit precision instead of the precision
!           specified by the type, resulting in slightly different results
!           compared to most of other chips.  See '-ffloat-store' for more
!           detailed description.
  
            This is the default choice for non-Darwin x86-32 targets.
  
!      'sse'
            Use scalar floating-point instructions present in the SSE
!           instruction set.  This instruction set is supported by Pentium
!           III and newer chips, and in the AMD line by Athlon-4, Athlon
!           XP and Athlon MP chips.  The earlier version of the SSE
            instruction set supports only single-precision arithmetic,
            thus the double and extended-precision arithmetic are still
            done using 387.  A later version, present only in Pentium 4
            and AMD x86-64 chips, supports double-precision arithmetic
            too.
  
!           For the x86-32 compiler, you must use '-march=CPU-TYPE',
!           '-msse' or '-msse2' switches to enable SSE extensions and make
!           this option effective.  For the x86-64 compiler, these
            extensions are enabled by default.
  
            The resulting code should be considerably faster in the
!           majority of cases and avoid the numerical instability problems
!           of 387 code, but may break some existing code that expects
!           temporaries to be 80 bits.
  
            This is the default choice for the x86-64 compiler, Darwin
!           x86-32 targets, and the default choice for x86-32 targets with
!           the SSE2 instruction set when '-ffast-math' is enabled.
  
!      'sse,387'
!      'sse+387'
!      'both'
            Attempt to utilize both instruction sets at once.  This
            effectively doubles the amount of available registers, and on
            chips with separate execution units for 387 and SSE the
--- 22685,22742 ----
            by this option will change to reflect the most current Intel
            processors at the time that version of GCC is released.
  
!           There is no `-march=intel' option because `-march' indicates
            the instruction set the compiler can use, and there is no
            common instruction set applicable to all processors.  In
!           contrast, `-mtune' indicates the processor (or, in this case,
            collection of processors) for which the code is optimized.
  
! `-mcpu=CPU-TYPE'
!      A deprecated synonym for `-mtune'.
  
! `-mfpmath=UNIT'
       Generate floating-point arithmetic for selected unit UNIT.  The
       choices for UNIT are:
  
!     `387'
!           Use the standard 387 floating-point coprocessor present on
!           the majority of chips and emulated otherwise.  Code compiled
!           with this option runs almost everywhere.  The temporary
!           results are computed in 80-bit precision instead of the
!           precision specified by the type, resulting in slightly
!           different results compared to most of other chips.  See
!           `-ffloat-store' for more detailed description.
  
            This is the default choice for non-Darwin x86-32 targets.
  
!     `sse'
            Use scalar floating-point instructions present in the SSE
!           instruction set.  This instruction set is supported by
!           Pentium III and newer chips, and in the AMD line by Athlon-4,
!           Athlon XP and Athlon MP chips.  The earlier version of the SSE
            instruction set supports only single-precision arithmetic,
            thus the double and extended-precision arithmetic are still
            done using 387.  A later version, present only in Pentium 4
            and AMD x86-64 chips, supports double-precision arithmetic
            too.
  
!           For the x86-32 compiler, you must use `-march=CPU-TYPE',
!           `-msse' or `-msse2' switches to enable SSE extensions and
!           make this option effective.  For the x86-64 compiler, these
            extensions are enabled by default.
  
            The resulting code should be considerably faster in the
!           majority of cases and avoid the numerical instability
!           problems of 387 code, but may break some existing code that
!           expects temporaries to be 80 bits.
  
            This is the default choice for the x86-64 compiler, Darwin
!           x86-32 targets, and the default choice for x86-32 targets
!           with the SSE2 instruction set when `-ffast-math' is enabled.
  
!     `sse,387'
!     `sse+387'
!     `both'
            Attempt to utilize both instruction sets at once.  This
            effectively doubles the amount of available registers, and on
            chips with separate execution units for 387 and SSE the
*************** These '-m' options are defined for the x
*** 22565,22754 ****
            not model separate functional units well, resulting in
            unstable performance.
  
! '-masm=DIALECT'
       Output assembly instructions using selected DIALECT.  Also affects
!      which dialect is used for basic 'asm' (*note Basic Asm::) and
!      extended 'asm' (*note Extended Asm::).  Supported choices (in
!      dialect order) are 'att' or 'intel'.  The default is 'att'.  Darwin
!      does not support 'intel'.
  
! '-mieee-fp'
! '-mno-ieee-fp'
       Control whether or not the compiler uses IEEE floating-point
       comparisons.  These correctly handle the case where the result of a
       comparison is unordered.
  
! '-m80387'
! '-mhard-float'
       Generate output containing 80387 instructions for floating point.
  
! '-mno-80387'
! '-msoft-float'
       Generate output containing library calls for floating point.
  
       *Warning:* the requisite libraries are not part of GCC.  Normally
!      the facilities of the machine's usual C compiler are used, but this
!      cannot be done directly in cross-compilation.  You must make your
!      own arrangements to provide suitable library functions for
       cross-compilation.
  
       On machines where a function returns floating-point results in the
       80387 register stack, some floating-point opcodes may be emitted
!      even if '-msoft-float' is used.
  
! '-mno-fp-ret-in-387'
       Do not use the FPU registers for return values of functions.
  
       The usual calling convention has functions return values of types
!      'float' and 'double' in an FPU register, even if there is no FPU.
       The idea is that the operating system should emulate an FPU.
  
!      The option '-mno-fp-ret-in-387' causes such values to be returned
       in ordinary CPU registers instead.
  
! '-mno-fancy-math-387'
!      Some 387 emulators do not support the 'sin', 'cos' and 'sqrt'
       instructions for the 387.  Specify this option to avoid generating
       those instructions.  This option is the default on OpenBSD and
!      NetBSD.  This option is overridden when '-march' indicates that the
!      target CPU always has an FPU and so the instruction does not need
!      emulation.  These instructions are not generated unless you also
!      use the '-funsafe-math-optimizations' switch.
  
! '-malign-double'
! '-mno-align-double'
!      Control whether GCC aligns 'double', 'long double', and 'long long'
!      variables on a two-word boundary or a one-word boundary.  Aligning
!      'double' variables on a two-word boundary produces code that runs
!      somewhat faster on a Pentium at the expense of more memory.
  
!      On x86-64, '-malign-double' is enabled by default.
  
!      *Warning:* if you use the '-malign-double' switch, structures
       containing the above types are aligned differently than the
       published application binary interface specifications for the
       x86-32 and are not binary compatible with structures in code
       compiled without that switch.
  
! '-m96bit-long-double'
! '-m128bit-long-double'
!      These switches control the size of 'long double' type.  The x86-32
       application binary interface specifies the size to be 96 bits, so
!      '-m96bit-long-double' is the default in 32-bit mode.
  
!      Modern architectures (Pentium and newer) prefer 'long double' to be
!      aligned to an 8- or 16-byte boundary.  In arrays or structures
       conforming to the ABI, this is not possible.  So specifying
!      '-m128bit-long-double' aligns 'long double' to a 16-byte boundary
!      by padding the 'long double' with an additional 32-bit zero.
  
!      In the x86-64 compiler, '-m128bit-long-double' is the default
!      choice as its ABI specifies that 'long double' is aligned on
       16-byte boundary.
  
       Notice that neither of these options enable any extra precision
!      over the x87 standard of 80 bits for a 'long double'.
  
       *Warning:* if you override the default value for your target ABI,
!      this changes the size of structures and arrays containing 'long
       double' variables, as well as modifying the function calling
!      convention for functions taking 'long double'.  Hence they are not
       binary-compatible with code compiled without that switch.
  
! '-mlong-double-64'
! '-mlong-double-80'
! '-mlong-double-128'
!      These switches control the size of 'long double' type.  A size of
!      64 bits makes the 'long double' type equivalent to the 'double'
!      type.  This is the default for 32-bit Bionic C library.  A size of
!      128 bits makes the 'long double' type equivalent to the
!      '__float128' type.  This is the default for 64-bit Bionic C
!      library.
  
       *Warning:* if you override the default value for your target ABI,
!      this changes the size of structures and arrays containing 'long
       double' variables, as well as modifying the function calling
!      convention for functions taking 'long double'.  Hence they are not
       binary-compatible with code compiled without that switch.
  
! '-malign-data=TYPE'
       Control how GCC aligns variables.  Supported values for TYPE are
!      'compat' uses increased alignment value compatible uses GCC 4.8 and
!      earlier, 'abi' uses alignment value as specified by the psABI, and
!      'cacheline' uses increased alignment value to match the cache line
!      size.  'compat' is the default.
  
! '-mlarge-data-threshold=THRESHOLD'
!      When '-mcmodel=medium' is specified, data objects larger than
!      THRESHOLD are placed in the large data section.  This value must be
!      the same across all objects linked into the binary, and defaults to
!      65535.
  
! '-mrtd'
       Use a different function-calling convention, in which functions
!      that take a fixed number of arguments return with the 'ret NUM'
       instruction, which pops their arguments while returning.  This
       saves one instruction in the caller since there is no need to pop
       the arguments there.
  
       You can specify that an individual function is called with this
!      calling sequence with the function attribute 'stdcall'.  You can
!      also override the '-mrtd' option by using the function attribute
!      'cdecl'.  *Note Function Attributes::.
  
       *Warning:* this calling convention is incompatible with the one
       normally used on Unix, so you cannot use it if you need to call
       libraries compiled with the Unix compiler.
  
       Also, you must provide function prototypes for all functions that
!      take variable numbers of arguments (including 'printf'); otherwise
       incorrect code is generated for calls to those functions.
  
       In addition, seriously incorrect code results if you call a
       function with too many arguments.  (Normally, extra arguments are
       harmlessly ignored.)
  
! '-mregparm=NUM'
       Control how many registers are used to pass integer arguments.  By
       default, no registers are used to pass arguments, and at most 3
       registers can be used.  You can control this behavior for a
!      specific function by using the function attribute 'regparm'.  *Note
!      Function Attributes::.
  
       *Warning:* if you use this switch, and NUM is nonzero, then you
       must build all modules with the same value, including any
       libraries.  This includes the system libraries and startup modules.
  
! '-msseregparm'
       Use SSE register passing conventions for float and double arguments
       and return values.  You can control this behavior for a specific
!      function by using the function attribute 'sseregparm'.  *Note
       Function Attributes::.
  
       *Warning:* if you use this switch then you must build all modules
       with the same value, including any libraries.  This includes the
       system libraries and startup modules.
  
! '-mvect8-ret-in-mem'
       Return 8-byte vectors in memory instead of MMX registers.  This is
       the default on Solaris 8 and 9 and VxWorks to match the ABI of the
       Sun Studio compilers until version 12.  Later compiler versions
!      (starting with Studio 12 Update 1) follow the ABI used by other x86
!      targets, which is the default on Solaris 10 and later.  _Only_ use
!      this option if you need to remain compatible with existing code
!      produced by those previous compiler versions or older versions of
!      GCC.
! 
! '-mpc32'
! '-mpc64'
! '-mpc80'
  
       Set 80387 floating-point precision to 32, 64 or 80 bits.  When
!      '-mpc32' is specified, the significands of results of
       floating-point operations are rounded to 24 bits (single
!      precision); '-mpc64' rounds the significands of results of
       floating-point operations to 53 bits (double precision) and
!      '-mpc80' rounds the significands of results of floating-point
       operations to 64 bits (extended double precision), which is the
       default.  When this option is used, floating-point operations in
       higher precisions are not available to the programmer without
--- 22745,22935 ----
            not model separate functional units well, resulting in
            unstable performance.
  
! `-masm=DIALECT'
       Output assembly instructions using selected DIALECT.  Also affects
!      which dialect is used for basic `asm' (*note Basic Asm::) and
!      extended `asm' (*note Extended Asm::). Supported choices (in
!      dialect order) are `att' or `intel'. The default is `att'. Darwin
!      does not support `intel'.
  
! `-mieee-fp'
! `-mno-ieee-fp'
       Control whether or not the compiler uses IEEE floating-point
       comparisons.  These correctly handle the case where the result of a
       comparison is unordered.
  
! `-m80387'
! 
! `-mhard-float'
       Generate output containing 80387 instructions for floating point.
  
! `-mno-80387'
! 
! `-msoft-float'
       Generate output containing library calls for floating point.
  
       *Warning:* the requisite libraries are not part of GCC.  Normally
!      the facilities of the machine's usual C compiler are used, but
!      this cannot be done directly in cross-compilation.  You must make
!      your own arrangements to provide suitable library functions for
       cross-compilation.
  
       On machines where a function returns floating-point results in the
       80387 register stack, some floating-point opcodes may be emitted
!      even if `-msoft-float' is used.
  
! `-mno-fp-ret-in-387'
       Do not use the FPU registers for return values of functions.
  
       The usual calling convention has functions return values of types
!      `float' and `double' in an FPU register, even if there is no FPU.
       The idea is that the operating system should emulate an FPU.
  
!      The option `-mno-fp-ret-in-387' causes such values to be returned
       in ordinary CPU registers instead.
  
! `-mno-fancy-math-387'
!      Some 387 emulators do not support the `sin', `cos' and `sqrt'
       instructions for the 387.  Specify this option to avoid generating
       those instructions.  This option is the default on OpenBSD and
!      NetBSD.  This option is overridden when `-march' indicates that
!      the target CPU always has an FPU and so the instruction does not
!      need emulation.  These instructions are not generated unless you
!      also use the `-funsafe-math-optimizations' switch.
  
! `-malign-double'
! `-mno-align-double'
!      Control whether GCC aligns `double', `long double', and `long
!      long' variables on a two-word boundary or a one-word boundary.
!      Aligning `double' variables on a two-word boundary produces code
!      that runs somewhat faster on a Pentium at the expense of more
!      memory.
  
!      On x86-64, `-malign-double' is enabled by default.
  
!      *Warning:* if you use the `-malign-double' switch, structures
       containing the above types are aligned differently than the
       published application binary interface specifications for the
       x86-32 and are not binary compatible with structures in code
       compiled without that switch.
  
! `-m96bit-long-double'
! `-m128bit-long-double'
!      These switches control the size of `long double' type.  The x86-32
       application binary interface specifies the size to be 96 bits, so
!      `-m96bit-long-double' is the default in 32-bit mode.
  
!      Modern architectures (Pentium and newer) prefer `long double' to
!      be aligned to an 8- or 16-byte boundary.  In arrays or structures
       conforming to the ABI, this is not possible.  So specifying
!      `-m128bit-long-double' aligns `long double' to a 16-byte boundary
!      by padding the `long double' with an additional 32-bit zero.
  
!      In the x86-64 compiler, `-m128bit-long-double' is the default
!      choice as its ABI specifies that `long double' is aligned on
       16-byte boundary.
  
       Notice that neither of these options enable any extra precision
!      over the x87 standard of 80 bits for a `long double'.
  
       *Warning:* if you override the default value for your target ABI,
!      this changes the size of structures and arrays containing `long
       double' variables, as well as modifying the function calling
!      convention for functions taking `long double'.  Hence they are not
       binary-compatible with code compiled without that switch.
  
! `-mlong-double-64'
! `-mlong-double-80'
! `-mlong-double-128'
!      These switches control the size of `long double' type. A size of
!      64 bits makes the `long double' type equivalent to the `double'
!      type. This is the default for 32-bit Bionic C library.  A size of
!      128 bits makes the `long double' type equivalent to the
!      `__float128' type. This is the default for 64-bit Bionic C library.
  
       *Warning:* if you override the default value for your target ABI,
!      this changes the size of structures and arrays containing `long
       double' variables, as well as modifying the function calling
!      convention for functions taking `long double'.  Hence they are not
       binary-compatible with code compiled without that switch.
  
! `-malign-data=TYPE'
       Control how GCC aligns variables.  Supported values for TYPE are
!      `compat' uses increased alignment value compatible uses GCC 4.8
!      and earlier, `abi' uses alignment value as specified by the psABI,
!      and `cacheline' uses increased alignment value to match the cache
!      line size.  `compat' is the default.
  
! `-mlarge-data-threshold=THRESHOLD'
!      When `-mcmodel=medium' is specified, data objects larger than
!      THRESHOLD are placed in the large data section.  This value must
!      be the same across all objects linked into the binary, and
!      defaults to 65535.
  
! `-mrtd'
       Use a different function-calling convention, in which functions
!      that take a fixed number of arguments return with the `ret NUM'
       instruction, which pops their arguments while returning.  This
       saves one instruction in the caller since there is no need to pop
       the arguments there.
  
       You can specify that an individual function is called with this
!      calling sequence with the function attribute `stdcall'.  You can
!      also override the `-mrtd' option by using the function attribute
!      `cdecl'.  *Note Function Attributes::.
  
       *Warning:* this calling convention is incompatible with the one
       normally used on Unix, so you cannot use it if you need to call
       libraries compiled with the Unix compiler.
  
       Also, you must provide function prototypes for all functions that
!      take variable numbers of arguments (including `printf'); otherwise
       incorrect code is generated for calls to those functions.
  
       In addition, seriously incorrect code results if you call a
       function with too many arguments.  (Normally, extra arguments are
       harmlessly ignored.)
  
! `-mregparm=NUM'
       Control how many registers are used to pass integer arguments.  By
       default, no registers are used to pass arguments, and at most 3
       registers can be used.  You can control this behavior for a
!      specific function by using the function attribute `regparm'.
!      *Note Function Attributes::.
  
       *Warning:* if you use this switch, and NUM is nonzero, then you
       must build all modules with the same value, including any
       libraries.  This includes the system libraries and startup modules.
  
! `-msseregparm'
       Use SSE register passing conventions for float and double arguments
       and return values.  You can control this behavior for a specific
!      function by using the function attribute `sseregparm'.  *Note
       Function Attributes::.
  
       *Warning:* if you use this switch then you must build all modules
       with the same value, including any libraries.  This includes the
       system libraries and startup modules.
  
! `-mvect8-ret-in-mem'
       Return 8-byte vectors in memory instead of MMX registers.  This is
       the default on Solaris 8 and 9 and VxWorks to match the ABI of the
       Sun Studio compilers until version 12.  Later compiler versions
!      (starting with Studio 12 Update 1) follow the ABI used by other
!      x86 targets, which is the default on Solaris 10 and later.  _Only_
!      use this option if you need to remain compatible with existing
!      code produced by those previous compiler versions or older
!      versions of GCC.
  
+ `-mpc32'
+ `-mpc64'
+ `-mpc80'
       Set 80387 floating-point precision to 32, 64 or 80 bits.  When
!      `-mpc32' is specified, the significands of results of
       floating-point operations are rounded to 24 bits (single
!      precision); `-mpc64' rounds the significands of results of
       floating-point operations to 53 bits (double precision) and
!      `-mpc80' rounds the significands of results of floating-point
       operations to 64 bits (extended double precision), which is the
       default.  When this option is used, floating-point operations in
       higher precisions are not available to the programmer without
*************** These '-m' options are defined for the x
*** 22756,22784 ****
  
       Setting the rounding of floating-point operations to less than the
       default 80 bits can speed some programs by 2% or more.  Note that
!      some mathematical libraries assume that extended-precision (80-bit)
!      floating-point operations are enabled by default; routines in such
!      libraries could suffer significant loss of accuracy, typically
!      through so-called "catastrophic cancellation", when this option is
!      used to set the precision to less than extended precision.
  
! '-mstackrealign'
!      Realign the stack at entry.  On the x86, the '-mstackrealign'
       option generates an alternate prologue and epilogue that realigns
!      the run-time stack if necessary.  This supports mixing legacy codes
!      that keep 4-byte stack alignment with modern codes that keep
       16-byte stack alignment for SSE compatibility.  See also the
!      attribute 'force_align_arg_pointer', applicable to individual
       functions.
  
! '-mpreferred-stack-boundary=NUM'
       Attempt to keep the stack boundary aligned to a 2 raised to NUM
!      byte boundary.  If '-mpreferred-stack-boundary' is not specified,
       the default is 4 (16 bytes or 128 bits).
  
       *Warning:* When generating code for the x86-64 architecture with
!      SSE extensions disabled, '-mpreferred-stack-boundary=3' can be used
!      to keep the stack boundary aligned to 8 byte boundary.  Since
       x86-64 ABI require 16 byte stack alignment, this is ABI
       incompatible and intended to be used in controlled environment
       where stack space is important limitation.  This option leads to
--- 22937,22966 ----
  
       Setting the rounding of floating-point operations to less than the
       default 80 bits can speed some programs by 2% or more.  Note that
!      some mathematical libraries assume that extended-precision
!      (80-bit) floating-point operations are enabled by default;
!      routines in such libraries could suffer significant loss of
!      accuracy, typically through so-called "catastrophic cancellation",
!      when this option is used to set the precision to less than
!      extended precision.
  
! `-mstackrealign'
!      Realign the stack at entry.  On the x86, the `-mstackrealign'
       option generates an alternate prologue and epilogue that realigns
!      the run-time stack if necessary.  This supports mixing legacy
!      codes that keep 4-byte stack alignment with modern codes that keep
       16-byte stack alignment for SSE compatibility.  See also the
!      attribute `force_align_arg_pointer', applicable to individual
       functions.
  
! `-mpreferred-stack-boundary=NUM'
       Attempt to keep the stack boundary aligned to a 2 raised to NUM
!      byte boundary.  If `-mpreferred-stack-boundary' is not specified,
       the default is 4 (16 bytes or 128 bits).
  
       *Warning:* When generating code for the x86-64 architecture with
!      SSE extensions disabled, `-mpreferred-stack-boundary=3' can be
!      used to keep the stack boundary aligned to 8 byte boundary.  Since
       x86-64 ABI require 16 byte stack alignment, this is ABI
       incompatible and intended to be used in controlled environment
       where stack space is important limitation.  This option leads to
*************** These '-m' options are defined for the x
*** 22788,22879 ****
       misaligned memory access traps.  In addition, variable arguments
       are handled incorrectly for 16 byte aligned objects (including x87
       long double and __int128), leading to wrong results.  You must
!      build all modules with '-mpreferred-stack-boundary=3', including
       any libraries.  This includes the system libraries and startup
       modules.
  
! '-mincoming-stack-boundary=NUM'
       Assume the incoming stack is aligned to a 2 raised to NUM byte
!      boundary.  If '-mincoming-stack-boundary' is not specified, the one
!      specified by '-mpreferred-stack-boundary' is used.
  
!      On Pentium and Pentium Pro, 'double' and 'long double' values
!      should be aligned to an 8-byte boundary (see '-malign-double') or
!      suffer significant run time performance penalties.  On Pentium III,
!      the Streaming SIMD Extension (SSE) data type '__m128' may not work
!      properly if it is not 16-byte aligned.
  
       To ensure proper alignment of this values on the stack, the stack
!      boundary must be as aligned as that required by any value stored on
!      the stack.  Further, every function must be generated such that it
!      keeps the stack aligned.  Thus calling a function compiled with a
!      higher preferred stack boundary from a function compiled with a
!      lower preferred stack boundary most likely misaligns the stack.  It
!      is recommended that libraries that use callbacks always use the
       default setting.
  
       This extra alignment does consume extra stack space, and generally
       increases code size.  Code that is sensitive to stack space usage,
       such as embedded systems and operating system kernels, may want to
!      reduce the preferred alignment to '-mpreferred-stack-boundary=2'.
  
! '-mmmx'
! '-msse'
! '-msse2'
! '-msse3'
! '-mssse3'
! '-msse4'
! '-msse4a'
! '-msse4.1'
! '-msse4.2'
! '-mavx'
! '-mavx2'
! '-mavx512f'
! '-mavx512pf'
! '-mavx512er'
! '-mavx512cd'
! '-mavx512vl'
! '-mavx512bw'
! '-mavx512dq'
! '-mavx512ifma'
! '-mavx512vbmi'
! '-msha'
! '-maes'
! '-mpclmul'
! '-mclfushopt'
! '-mfsgsbase'
! '-mrdrnd'
! '-mf16c'
! '-mfma'
! '-mfma4'
! '-mprefetchwt1'
! '-mxop'
! '-mlwp'
! '-m3dnow'
! '-m3dnowa'
! '-mpopcnt'
! '-mabm'
! '-mbmi'
! '-mbmi2'
! '-mlzcnt'
! '-mfxsr'
! '-mxsave'
! '-mxsaveopt'
! '-mxsavec'
! '-mxsaves'
! '-mrtm'
! '-mtbm'
! '-mmpx'
! '-mmwaitx'
! '-mclzero'
! '-mpku'
       These switches enable the use of instructions in the MMX, SSE,
       SSE2, SSE3, SSSE3, SSE4.1, AVX, AVX2, AVX512F, AVX512PF, AVX512ER,
       AVX512CD, SHA, AES, PCLMUL, FSGSBASE, RDRND, F16C, FMA, SSE4A,
       FMA4, XOP, LWP, ABM, AVX512VL, AVX512BW, AVX512DQ, AVX512IFMA
       AVX512VBMI, BMI, BMI2, FXSR, XSAVE, XSAVEOPT, LZCNT, RTM, MPX,
!      MWAITX, PKU, 3DNow! or enhanced 3DNow! extended instruction sets.
!      Each has a corresponding '-mno-' option to disable use of these
       instructions.
  
       These extensions are also available as built-in functions: see
--- 22970,23061 ----
       misaligned memory access traps.  In addition, variable arguments
       are handled incorrectly for 16 byte aligned objects (including x87
       long double and __int128), leading to wrong results.  You must
!      build all modules with `-mpreferred-stack-boundary=3', including
       any libraries.  This includes the system libraries and startup
       modules.
  
! `-mincoming-stack-boundary=NUM'
       Assume the incoming stack is aligned to a 2 raised to NUM byte
!      boundary.  If `-mincoming-stack-boundary' is not specified, the
!      one specified by `-mpreferred-stack-boundary' is used.
  
!      On Pentium and Pentium Pro, `double' and `long double' values
!      should be aligned to an 8-byte boundary (see `-malign-double') or
!      suffer significant run time performance penalties.  On Pentium
!      III, the Streaming SIMD Extension (SSE) data type `__m128' may not
!      work properly if it is not 16-byte aligned.
  
       To ensure proper alignment of this values on the stack, the stack
!      boundary must be as aligned as that required by any value stored
!      on the stack.  Further, every function must be generated such that
!      it keeps the stack aligned.  Thus calling a function compiled with
!      a higher preferred stack boundary from a function compiled with a
!      lower preferred stack boundary most likely misaligns the stack.
!      It is recommended that libraries that use callbacks always use the
       default setting.
  
       This extra alignment does consume extra stack space, and generally
       increases code size.  Code that is sensitive to stack space usage,
       such as embedded systems and operating system kernels, may want to
!      reduce the preferred alignment to `-mpreferred-stack-boundary=2'.
  
! `-mmmx'
! `-msse'
! `-msse2'
! `-msse3'
! `-mssse3'
! `-msse4'
! `-msse4a'
! `-msse4.1'
! `-msse4.2'
! `-mavx'
! `-mavx2'
! `-mavx512f'
! `-mavx512pf'
! `-mavx512er'
! `-mavx512cd'
! `-mavx512vl'
! `-mavx512bw'
! `-mavx512dq'
! `-mavx512ifma'
! `-mavx512vbmi'
! `-msha'
! `-maes'
! `-mpclmul'
! `-mclfushopt'
! `-mfsgsbase'
! `-mrdrnd'
! `-mf16c'
! `-mfma'
! `-mfma4'
! `-mprefetchwt1'
! `-mxop'
! `-mlwp'
! `-m3dnow'
! `-m3dnowa'
! `-mpopcnt'
! `-mabm'
! `-mbmi'
! `-mbmi2'
! `-mlzcnt'
! `-mfxsr'
! `-mxsave'
! `-mxsaveopt'
! `-mxsavec'
! `-mxsaves'
! `-mrtm'
! `-mtbm'
! `-mmpx'
! `-mmwaitx'
! `-mclzero'
! `-mpku'
       These switches enable the use of instructions in the MMX, SSE,
       SSE2, SSE3, SSSE3, SSE4.1, AVX, AVX2, AVX512F, AVX512PF, AVX512ER,
       AVX512CD, SHA, AES, PCLMUL, FSGSBASE, RDRND, F16C, FMA, SSE4A,
       FMA4, XOP, LWP, ABM, AVX512VL, AVX512BW, AVX512DQ, AVX512IFMA
       AVX512VBMI, BMI, BMI2, FXSR, XSAVE, XSAVEOPT, LZCNT, RTM, MPX,
!      MWAITX, PKU, 3DNow! or enhanced 3DNow!  extended instruction sets.
!      Each has a corresponding `-mno-' option to disable use of these
       instructions.
  
       These extensions are also available as built-in functions: see
*************** These '-m' options are defined for the x
*** 22881,22919 ****
       enabled and disabled by these switches.
  
       To generate SSE/SSE2 instructions automatically from floating-point
!      code (as opposed to 387 instructions), see '-mfpmath=sse'.
  
!      GCC depresses SSEx instructions when '-mavx' is used.  Instead, it
       generates new AVX instructions or AVX equivalence for all SSEx
       instructions when needed.
  
       These options enable GCC to use these extended instructions in
!      generated code, even without '-mfpmath=sse'.  Applications that
       perform run-time CPU detection must compile separate files for each
       supported architecture, using the appropriate flags.  In
       particular, the file containing the CPU detection code should be
       compiled without these options.
  
! '-mdump-tune-features'
       This option instructs GCC to dump the names of the x86 performance
!      tuning features and default settings.  The names can be used in
!      '-mtune-ctrl=FEATURE-LIST'.
  
! '-mtune-ctrl=FEATURE-LIST'
!      This option is used to do fine grain control of x86 code generation
!      features.  FEATURE-LIST is a comma separated list of FEATURE names.
!      See also '-mdump-tune-features'.  When specified, the FEATURE is
!      turned on if it is not preceded with '^', otherwise, it is turned
!      off.  '-mtune-ctrl=FEATURE-LIST' is intended to be used by GCC
!      developers.  Using it may lead to code paths not covered by testing
!      and can potentially result in compiler ICEs or runtime errors.
  
! '-mno-default'
!      This option instructs GCC to turn off all tunable features.  See
!      also '-mtune-ctrl=FEATURE-LIST' and '-mdump-tune-features'.
  
! '-mcld'
!      This option instructs GCC to emit a 'cld' instruction in the
       prologue of functions that use string instructions.  String
       instructions depend on the DF flag to select between autoincrement
       or autodecrement mode.  While the ABI specifies the DF flag to be
--- 23063,23102 ----
       enabled and disabled by these switches.
  
       To generate SSE/SSE2 instructions automatically from floating-point
!      code (as opposed to 387 instructions), see `-mfpmath=sse'.
  
!      GCC depresses SSEx instructions when `-mavx' is used. Instead, it
       generates new AVX instructions or AVX equivalence for all SSEx
       instructions when needed.
  
       These options enable GCC to use these extended instructions in
!      generated code, even without `-mfpmath=sse'.  Applications that
       perform run-time CPU detection must compile separate files for each
       supported architecture, using the appropriate flags.  In
       particular, the file containing the CPU detection code should be
       compiled without these options.
  
! `-mdump-tune-features'
       This option instructs GCC to dump the names of the x86 performance
!      tuning features and default settings. The names can be used in
!      `-mtune-ctrl=FEATURE-LIST'.
  
! `-mtune-ctrl=FEATURE-LIST'
!      This option is used to do fine grain control of x86 code
!      generation features.  FEATURE-LIST is a comma separated list of
!      FEATURE names. See also `-mdump-tune-features'. When specified,
!      the FEATURE is turned on if it is not preceded with `^',
!      otherwise, it is turned off.  `-mtune-ctrl=FEATURE-LIST' is
!      intended to be used by GCC developers. Using it may lead to code
!      paths not covered by testing and can potentially result in
!      compiler ICEs or runtime errors.
  
! `-mno-default'
!      This option instructs GCC to turn off all tunable features. See
!      also `-mtune-ctrl=FEATURE-LIST' and `-mdump-tune-features'.
  
! `-mcld'
!      This option instructs GCC to emit a `cld' instruction in the
       prologue of functions that use string instructions.  String
       instructions depend on the DF flag to select between autoincrement
       or autodecrement mode.  While the ABI specifies the DF flag to be
*************** These '-m' options are defined for the x
*** 22922,23094 ****
       dispatchers.  The exception handler can be invoked with the DF flag
       set, which leads to wrong direction mode when string instructions
       are used.  This option can be enabled by default on 32-bit x86
!      targets by configuring GCC with the '--enable-cld' configure
!      option.  Generation of 'cld' instructions can be suppressed with
!      the '-mno-cld' compiler option in this case.
  
! '-mvzeroupper'
!      This option instructs GCC to emit a 'vzeroupper' instruction before
!      a transfer of control flow out of the function to minimize the AVX
!      to SSE transition penalty as well as remove unnecessary 'zeroupper'
!      intrinsics.
  
! '-mprefer-avx128'
       This option instructs GCC to use 128-bit AVX instructions instead
       of 256-bit AVX instructions in the auto-vectorizer.
  
! '-mcx16'
!      This option enables GCC to generate 'CMPXCHG16B' instructions.
!      'CMPXCHG16B' allows for atomic operations on 128-bit double
!      quadword (or oword) data types.  This is useful for high-resolution
!      counters that can be updated by multiple processors (or cores).
!      This instruction is generated as part of atomic built-in functions:
!      see *note __sync Builtins:: or *note __atomic Builtins:: for
!      details.
  
! '-msahf'
!      This option enables generation of 'SAHF' instructions in 64-bit
       code.  Early Intel Pentium 4 CPUs with Intel 64 support, prior to
       the introduction of Pentium 4 G1 step in December 2005, lacked the
!      'LAHF' and 'SAHF' instructions which are supported by AMD64.  These
!      are load and store instructions, respectively, for certain status
!      flags.  In 64-bit mode, the 'SAHF' instruction is used to optimize
!      'fmod', 'drem', and 'remainder' built-in functions; see *note Other
!      Builtins:: for details.
  
! '-mmovbe'
!      This option enables use of the 'movbe' instruction to implement
!      '__builtin_bswap32' and '__builtin_bswap64'.
  
! '-mcrc32'
!      This option enables built-in functions '__builtin_ia32_crc32qi',
!      '__builtin_ia32_crc32hi', '__builtin_ia32_crc32si' and
!      '__builtin_ia32_crc32di' to generate the 'crc32' machine
       instruction.
  
! '-mrecip'
!      This option enables use of 'RCPSS' and 'RSQRTSS' instructions (and
!      their vectorized variants 'RCPPS' and 'RSQRTPS') with an additional
!      Newton-Raphson step to increase precision instead of 'DIVSS' and
!      'SQRTSS' (and their vectorized variants) for single-precision
!      floating-point arguments.  These instructions are generated only
!      when '-funsafe-math-optimizations' is enabled together with
!      '-ffinite-math-only' and '-fno-trapping-math'.  Note that while the
!      throughput of the sequence is higher than the throughput of the
!      non-reciprocal instruction, the precision of the sequence can be
!      decreased by up to 2 ulp (i.e.  the inverse of 1.0 equals
!      0.99999994).
  
!      Note that GCC implements '1.0f/sqrtf(X)' in terms of 'RSQRTSS' (or
!      'RSQRTPS') already with '-ffast-math' (or the above option
!      combination), and doesn't need '-mrecip'.
  
       Also note that GCC emits the above sequence with additional
       Newton-Raphson step for vectorized single-float division and
!      vectorized 'sqrtf(X)' already with '-ffast-math' (or the above
!      option combination), and doesn't need '-mrecip'.
  
! '-mrecip=OPT'
       This option controls which reciprocal estimate instructions may be
       used.  OPT is a comma-separated list of options, which may be
!      preceded by a '!' to invert the option:
  
!      'all'
            Enable all estimate instructions.
  
!      'default'
!           Enable the default instructions, equivalent to '-mrecip'.
  
!      'none'
!           Disable all estimate instructions, equivalent to '-mno-recip'.
  
!      'div'
            Enable the approximation for scalar division.
  
!      'vec-div'
            Enable the approximation for vectorized division.
  
!      'sqrt'
            Enable the approximation for scalar square root.
  
!      'vec-sqrt'
            Enable the approximation for vectorized square root.
  
!      So, for example, '-mrecip=all,!sqrt' enables all of the reciprocal
       approximations, except for square root.
  
! '-mveclibabi=TYPE'
       Specifies the ABI type to use for vectorizing intrinsics using an
!      external library.  Supported values for TYPE are 'svml' for the
!      Intel short vector math library and 'acml' for the AMD math core
!      library.  To use this option, both '-ftree-vectorize' and
!      '-funsafe-math-optimizations' have to be enabled, and an SVML or
       ACML ABI-compatible library must be specified at link time.
  
!      GCC currently emits calls to 'vmldExp2', 'vmldLn2', 'vmldLog102',
!      'vmldLog102', 'vmldPow2', 'vmldTanh2', 'vmldTan2', 'vmldAtan2',
!      'vmldAtanh2', 'vmldCbrt2', 'vmldSinh2', 'vmldSin2', 'vmldAsinh2',
!      'vmldAsin2', 'vmldCosh2', 'vmldCos2', 'vmldAcosh2', 'vmldAcos2',
!      'vmlsExp4', 'vmlsLn4', 'vmlsLog104', 'vmlsLog104', 'vmlsPow4',
!      'vmlsTanh4', 'vmlsTan4', 'vmlsAtan4', 'vmlsAtanh4', 'vmlsCbrt4',
!      'vmlsSinh4', 'vmlsSin4', 'vmlsAsinh4', 'vmlsAsin4', 'vmlsCosh4',
!      'vmlsCos4', 'vmlsAcosh4' and 'vmlsAcos4' for corresponding function
!      type when '-mveclibabi=svml' is used, and '__vrd2_sin',
!      '__vrd2_cos', '__vrd2_exp', '__vrd2_log', '__vrd2_log2',
!      '__vrd2_log10', '__vrs4_sinf', '__vrs4_cosf', '__vrs4_expf',
!      '__vrs4_logf', '__vrs4_log2f', '__vrs4_log10f' and '__vrs4_powf'
!      for the corresponding function type when '-mveclibabi=acml' is
       used.
  
! '-mabi=NAME'
       Generate code for the specified calling convention.  Permissible
!      values are 'sysv' for the ABI used on GNU/Linux and other systems,
!      and 'ms' for the Microsoft ABI. The default is to use the Microsoft
!      ABI when targeting Microsoft Windows and the SysV ABI on all other
!      systems.  You can control this behavior for specific functions by
!      using the function attributes 'ms_abi' and 'sysv_abi'.  *Note
!      Function Attributes::.
  
! '-mtls-dialect=TYPE'
!      Generate code to access thread-local storage using the 'gnu' or
!      'gnu2' conventions.  'gnu' is the conservative default; 'gnu2' is
       more efficient, but it may add compile- and run-time requirements
       that cannot be satisfied on all systems.
  
! '-mpush-args'
! '-mno-push-args'
       Use PUSH operations to store outgoing parameters.  This method is
!      shorter and usually equally fast as method using SUB/MOV operations
!      and is enabled by default.  In some cases disabling it may improve
!      performance because of improved scheduling and reduced
       dependencies.
  
! '-maccumulate-outgoing-args'
       If enabled, the maximum amount of space required for outgoing
       arguments is computed in the function prologue.  This is faster on
       most modern CPUs because of reduced dependencies, improved
       scheduling and reduced stack usage when the preferred stack
       boundary is not equal to 2.  The drawback is a notable increase in
!      code size.  This switch implies '-mno-push-args'.
! 
! '-mthreads'
!      Support thread-safe exception handling on MinGW. Programs that rely
!      on thread-safe exception handling must compile and link all code
!      with the '-mthreads' option.  When compiling, '-mthreads' defines
!      '-D_MT'; when linking, it links in a special thread helper library
!      '-lmingwthrd' which cleans up per-thread exception-handling data.
  
! '-mms-bitfields'
! '-mno-ms-bitfields'
  
       Enable/disable bit-field layout compatible with the native
       Microsoft Windows compiler.
  
!      If 'packed' is used on a structure, or if bit-fields are used, it
       may be that the Microsoft ABI lays out the structure differently
       than the way GCC normally does.  Particularly when moving packed
       data between functions compiled with GCC and the native Microsoft
!      compiler (either via function call or as data in a file), it may be
!      necessary to access either format.
  
       This option is enabled by default for Microsoft Windows targets.
       This behavior can also be controlled locally by use of variable or
--- 23105,23277 ----
       dispatchers.  The exception handler can be invoked with the DF flag
       set, which leads to wrong direction mode when string instructions
       are used.  This option can be enabled by default on 32-bit x86
!      targets by configuring GCC with the `--enable-cld' configure
!      option.  Generation of `cld' instructions can be suppressed with
!      the `-mno-cld' compiler option in this case.
  
! `-mvzeroupper'
!      This option instructs GCC to emit a `vzeroupper' instruction
!      before a transfer of control flow out of the function to minimize
!      the AVX to SSE transition penalty as well as remove unnecessary
!      `zeroupper' intrinsics.
  
! `-mprefer-avx128'
       This option instructs GCC to use 128-bit AVX instructions instead
       of 256-bit AVX instructions in the auto-vectorizer.
  
! `-mcx16'
!      This option enables GCC to generate `CMPXCHG16B' instructions in
!      64-bit code to implement compare-and-exchange operations on
!      16-byte aligned 128-bit objects.  This is useful for atomic
!      updates of data structures exceeding one machine word in size.
!      The compiler uses this instruction to implement *note __sync
!      Builtins::.  However, for *note __atomic Builtins:: operating on
!      128-bit integers, a library call is always used.
  
! `-msahf'
!      This option enables generation of `SAHF' instructions in 64-bit
       code.  Early Intel Pentium 4 CPUs with Intel 64 support, prior to
       the introduction of Pentium 4 G1 step in December 2005, lacked the
!      `LAHF' and `SAHF' instructions which are supported by AMD64.
!      These are load and store instructions, respectively, for certain
!      status flags.  In 64-bit mode, the `SAHF' instruction is used to
!      optimize `fmod', `drem', and `remainder' built-in functions; see
!      *note Other Builtins:: for details.
  
! `-mmovbe'
!      This option enables use of the `movbe' instruction to implement
!      `__builtin_bswap32' and `__builtin_bswap64'.
  
! `-mcrc32'
!      This option enables built-in functions `__builtin_ia32_crc32qi',
!      `__builtin_ia32_crc32hi', `__builtin_ia32_crc32si' and
!      `__builtin_ia32_crc32di' to generate the `crc32' machine
       instruction.
  
! `-mrecip'
!      This option enables use of `RCPSS' and `RSQRTSS' instructions (and
!      their vectorized variants `RCPPS' and `RSQRTPS') with an
!      additional Newton-Raphson step to increase precision instead of
!      `DIVSS' and `SQRTSS' (and their vectorized variants) for
!      single-precision floating-point arguments.  These instructions are
!      generated only when `-funsafe-math-optimizations' is enabled
!      together with `-ffinite-math-only' and `-fno-trapping-math'.  Note
!      that while the throughput of the sequence is higher than the
!      throughput of the non-reciprocal instruction, the precision of the
!      sequence can be decreased by up to 2 ulp (i.e. the inverse of 1.0
!      equals 0.99999994).
  
!      Note that GCC implements `1.0f/sqrtf(X)' in terms of `RSQRTSS' (or
!      `RSQRTPS') already with `-ffast-math' (or the above option
!      combination), and doesn't need `-mrecip'.
  
       Also note that GCC emits the above sequence with additional
       Newton-Raphson step for vectorized single-float division and
!      vectorized `sqrtf(X)' already with `-ffast-math' (or the above
!      option combination), and doesn't need `-mrecip'.
  
! `-mrecip=OPT'
       This option controls which reciprocal estimate instructions may be
       used.  OPT is a comma-separated list of options, which may be
!      preceded by a `!' to invert the option:
  
!     `all'
            Enable all estimate instructions.
  
!     `default'
!           Enable the default instructions, equivalent to `-mrecip'.
  
!     `none'
!           Disable all estimate instructions, equivalent to `-mno-recip'.
  
!     `div'
            Enable the approximation for scalar division.
  
!     `vec-div'
            Enable the approximation for vectorized division.
  
!     `sqrt'
            Enable the approximation for scalar square root.
  
!     `vec-sqrt'
            Enable the approximation for vectorized square root.
  
!      So, for example, `-mrecip=all,!sqrt' enables all of the reciprocal
       approximations, except for square root.
  
! `-mveclibabi=TYPE'
       Specifies the ABI type to use for vectorizing intrinsics using an
!      external library.  Supported values for TYPE are `svml' for the
!      Intel short vector math library and `acml' for the AMD math core
!      library.  To use this option, both `-ftree-vectorize' and
!      `-funsafe-math-optimizations' have to be enabled, and an SVML or
       ACML ABI-compatible library must be specified at link time.
  
!      GCC currently emits calls to `vmldExp2', `vmldLn2', `vmldLog102',
!      `vmldLog102', `vmldPow2', `vmldTanh2', `vmldTan2', `vmldAtan2',
!      `vmldAtanh2', `vmldCbrt2', `vmldSinh2', `vmldSin2', `vmldAsinh2',
!      `vmldAsin2', `vmldCosh2', `vmldCos2', `vmldAcosh2', `vmldAcos2',
!      `vmlsExp4', `vmlsLn4', `vmlsLog104', `vmlsLog104', `vmlsPow4',
!      `vmlsTanh4', `vmlsTan4', `vmlsAtan4', `vmlsAtanh4', `vmlsCbrt4',
!      `vmlsSinh4', `vmlsSin4', `vmlsAsinh4', `vmlsAsin4', `vmlsCosh4',
!      `vmlsCos4', `vmlsAcosh4' and `vmlsAcos4' for corresponding
!      function type when `-mveclibabi=svml' is used, and `__vrd2_sin',
!      `__vrd2_cos', `__vrd2_exp', `__vrd2_log', `__vrd2_log2',
!      `__vrd2_log10', `__vrs4_sinf', `__vrs4_cosf', `__vrs4_expf',
!      `__vrs4_logf', `__vrs4_log2f', `__vrs4_log10f' and `__vrs4_powf'
!      for the corresponding function type when `-mveclibabi=acml' is
       used.
  
! `-mabi=NAME'
       Generate code for the specified calling convention.  Permissible
!      values are `sysv' for the ABI used on GNU/Linux and other systems,
!      and `ms' for the Microsoft ABI.  The default is to use the
!      Microsoft ABI when targeting Microsoft Windows and the SysV ABI on
!      all other systems.  You can control this behavior for specific
!      functions by using the function attributes `ms_abi' and `sysv_abi'.
!      *Note Function Attributes::.
  
! `-mtls-dialect=TYPE'
!      Generate code to access thread-local storage using the `gnu' or
!      `gnu2' conventions.  `gnu' is the conservative default; `gnu2' is
       more efficient, but it may add compile- and run-time requirements
       that cannot be satisfied on all systems.
  
! `-mpush-args'
! `-mno-push-args'
       Use PUSH operations to store outgoing parameters.  This method is
!      shorter and usually equally fast as method using SUB/MOV
!      operations and is enabled by default.  In some cases disabling it
!      may improve performance because of improved scheduling and reduced
       dependencies.
  
! `-maccumulate-outgoing-args'
       If enabled, the maximum amount of space required for outgoing
       arguments is computed in the function prologue.  This is faster on
       most modern CPUs because of reduced dependencies, improved
       scheduling and reduced stack usage when the preferred stack
       boundary is not equal to 2.  The drawback is a notable increase in
!      code size.  This switch implies `-mno-push-args'.
  
! `-mthreads'
!      Support thread-safe exception handling on MinGW.  Programs that
!      rely on thread-safe exception handling must compile and link all
!      code with the `-mthreads' option.  When compiling, `-mthreads'
!      defines `-D_MT'; when linking, it links in a special thread helper
!      library `-lmingwthrd' which cleans up per-thread
!      exception-handling data.
  
+ `-mms-bitfields'
+ `-mno-ms-bitfields'
       Enable/disable bit-field layout compatible with the native
       Microsoft Windows compiler.
  
!      If `packed' is used on a structure, or if bit-fields are used, it
       may be that the Microsoft ABI lays out the structure differently
       than the way GCC normally does.  Particularly when moving packed
       data between functions compiled with GCC and the native Microsoft
!      compiler (either via function call or as data in a file), it may
!      be necessary to access either format.
  
       This option is enabled by default for Microsoft Windows targets.
       This behavior can also be controlled locally by use of variable or
*************** These '-m' options are defined for the x
*** 23104,23125 ****
            which they are declared: the first member has the lowest
            memory address and the last member the highest.
  
!        2. Every data object has an alignment requirement.  The alignment
!           requirement for all data except structures, unions, and arrays
!           is either the size of the object or the current packing size
!           (specified with either the 'aligned' attribute or the 'pack'
!           pragma), whichever is less.  For structures, unions, and
!           arrays, the alignment requirement is the largest alignment
!           requirement of its members.  Every object is allocated an
!           offset so that:
  
                 offset % alignment_requirement == 0
  
!        3. Adjacent bit-fields are packed into the same 1-, 2-, or 4-byte
!           allocation unit if the integral types are the same size and if
!           the next bit-field fits into the current allocation unit
!           without crossing the boundary imposed by the common alignment
!           requirements of the bit-fields.
  
       MSVC interprets zero-length bit-fields in the following ways:
  
--- 23287,23308 ----
            which they are declared: the first member has the lowest
            memory address and the last member the highest.
  
!        2. Every data object has an alignment requirement.  The
!           alignment requirement for all data except structures, unions,
!           and arrays is either the size of the object or the current
!           packing size (specified with either the `aligned' attribute
!           or the `pack' pragma), whichever is less.  For structures,
!           unions, and arrays, the alignment requirement is the largest
!           alignment requirement of its members.  Every object is
!           allocated an offset so that:
  
                 offset % alignment_requirement == 0
  
!        3. Adjacent bit-fields are packed into the same 1-, 2-, or
!           4-byte allocation unit if the integral types are the same
!           size and if the next bit-field fits into the current
!           allocation unit without crossing the boundary imposed by the
!           common alignment requirements of the bit-fields.
  
       MSVC interprets zero-length bit-fields in the following ways:
  
*************** These '-m' options are defined for the x
*** 23135,23147 ****
                    unsigned long bf_2 : 12;
                  } t1;
  
!           The size of 't1' is 8 bytes with the zero-length bit-field.
!           If the zero-length bit-field were removed, 't1''s size would
            be 4 bytes.
  
         2. If a zero-length bit-field is inserted after a bit-field,
!           'foo', and the alignment of the zero-length bit-field is
!           greater than the member that follows it, 'bar', 'bar' is
            aligned as the type of the zero-length bit-field.
  
            For example:
--- 23318,23330 ----
                    unsigned long bf_2 : 12;
                  } t1;
  
!           The size of `t1' is 8 bytes with the zero-length bit-field.
!           If the zero-length bit-field were removed, `t1''s size would
            be 4 bytes.
  
         2. If a zero-length bit-field is inserted after a bit-field,
!           `foo', and the alignment of the zero-length bit-field is
!           greater than the member that follows it, `bar', `bar' is
            aligned as the type of the zero-length bit-field.
  
            For example:
*************** These '-m' options are defined for the x
*** 23160,23168 ****
                    double bar;
                  } t3;
  
!           For 't2', 'bar' is placed at offset 2, rather than offset 1.
!           Accordingly, the size of 't2' is 4.  For 't3', the zero-length
!           bit-field does not affect the alignment of 'bar' or, as a
            result, the size of the structure.
  
            Taking this into account, it is important to note the
--- 23343,23351 ----
                    double bar;
                  } t3;
  
!           For `t2', `bar' is placed at offset 2, rather than offset 1.
!           Accordingly, the size of `t2' is 4.  For `t3', the zero-length
!           bit-field does not affect the alignment of `bar' or, as a
            result, the size of the structure.
  
            Taking this into account, it is important to note the
*************** These '-m' options are defined for the x
*** 23170,23176 ****
  
              1. If a zero-length bit-field follows a normal bit-field,
                 the type of the zero-length bit-field may affect the
!                alignment of the structure as whole.  For example, 't2'
                 has a size of 4 bytes, since the zero-length bit-field
                 follows a normal bit-field, and is of type short.
  
--- 23353,23359 ----
  
              1. If a zero-length bit-field follows a normal bit-field,
                 the type of the zero-length bit-field may affect the
!                alignment of the structure as whole. For example, `t2'
                 has a size of 4 bytes, since the zero-length bit-field
                 follows a normal bit-field, and is of type short.
  
*************** These '-m' options are defined for the x
*** 23184,23190 ****
                         long : 0;
                       } t4;
  
!                Here, 't4' takes up 4 bytes.
  
         3. Zero-length bit-fields following non-bit-field members are
            ignored:
--- 23367,23373 ----
                         long : 0;
                       } t4;
  
!                Here, `t4' takes up 4 bytes.
  
         3. Zero-length bit-fields following non-bit-field members are
            ignored:
*************** These '-m' options are defined for the x
*** 23196,23400 ****
                    char bar;
                  } t5;
  
!           Here, 't5' takes up 2 bytes.
  
! '-mno-align-stringops'
       Do not align the destination of inlined string operations.  This
       switch reduces code size and improves performance in case the
       destination is already aligned, but GCC doesn't know about it.
  
! '-minline-all-stringops'
       By default GCC inlines string operations only when the destination
       is known to be aligned to least a 4-byte boundary.  This enables
       more inlining and increases code size, but may improve performance
!      of code that depends on fast 'memcpy', 'strlen', and 'memset' for
       short lengths.
  
! '-minline-stringops-dynamically'
       For string operations of unknown size, use run-time checks with
       inline code for small blocks and a library call for large blocks.
  
! '-mstringop-strategy=ALG'
       Override the internal decision heuristic for the particular
       algorithm to use for inlining string operations.  The allowed
       values for ALG are:
  
!      'rep_byte'
!      'rep_4byte'
!      'rep_8byte'
!           Expand using i386 'rep' prefix of the specified size.
  
!      'byte_loop'
!      'loop'
!      'unrolled_loop'
            Expand into an inline loop.
  
!      'libcall'
            Always use a library call.
  
! '-mmemcpy-strategy=STRATEGY'
       Override the internal decision heuristic to decide if
!      '__builtin_memcpy' should be inlined and what inline algorithm to
!      use when the expected size of the copy operation is known.
!      STRATEGY is a comma-separated list of ALG:MAX_SIZE:DEST_ALIGN
!      triplets.  ALG is specified in '-mstringop-strategy', MAX_SIZE
!      specifies the max byte size with which inline algorithm ALG is
!      allowed.  For the last triplet, the MAX_SIZE must be '-1'.  The
!      MAX_SIZE of the triplets in the list must be specified in
!      increasing order.  The minimal byte size for ALG is '0' for the
!      first triplet and 'MAX_SIZE + 1' of the preceding range.
  
! '-mmemset-strategy=STRATEGY'
!      The option is similar to '-mmemcpy-strategy=' except that it is to
!      control '__builtin_memset' expansion.
  
! '-momit-leaf-frame-pointer'
       Don't keep the frame pointer in a register for leaf functions.
       This avoids the instructions to save, set up, and restore frame
       pointers and makes an extra register available in leaf functions.
!      The option '-fomit-leaf-frame-pointer' removes the frame pointer
       for leaf functions, which might make debugging harder.
  
! '-mtls-direct-seg-refs'
! '-mno-tls-direct-seg-refs'
       Controls whether TLS variables may be accessed with offsets from
!      the TLS segment register ('%gs' for 32-bit, '%fs' for 64-bit), or
       whether the thread base pointer must be added.  Whether or not this
       is valid depends on the operating system, and whether it maps the
       segment to cover the entire TLS area.
  
       For systems that use the GNU C Library, the default is on.
  
! '-msse2avx'
! '-mno-sse2avx'
       Specify that the assembler should encode SSE instructions with VEX
!      prefix.  The option '-mavx' turns this on by default.
  
! '-mfentry'
! '-mno-fentry'
!      If profiling is active ('-pg'), put the profiling counter call
       before the prologue.  Note: On x86 architectures the attribute
!      'ms_hook_prologue' isn't possible at the moment for '-mfentry' and
!      '-pg'.
  
! '-mrecord-mcount'
! '-mno-record-mcount'
!      If profiling is active ('-pg'), generate a __mcount_loc section
!      that contains pointers to each profiling call.  This is useful for
       automatically patching and out calls.
  
! '-mnop-mcount'
! '-mno-nop-mcount'
!      If profiling is active ('-pg'), generate the calls to the profiling
!      functions as NOPs.  This is useful when they should be patched in
!      later dynamically.  This is likely only useful together with
!      '-mrecord-mcount'.
  
! '-mskip-rax-setup'
! '-mno-skip-rax-setup'
       When generating code for the x86-64 architecture with SSE
!      extensions disabled, '-mskip-rax-setup' can be used to skip setting
!      up RAX register when there are no variable arguments passed in
!      vector registers.
  
!      *Warning:* Since RAX register is used to avoid unnecessarily saving
!      vector registers on stack when passing variable arguments, the
!      impacts of this option are callees may waste some stack space,
       misbehave or jump to a random location.  GCC 4.4 or newer don't
       have those issues, regardless the RAX register value.
  
! '-m8bit-idiv'
! '-mno-8bit-idiv'
       On some processors, like Intel Atom, 8-bit unsigned integer divide
       is much faster than 32-bit/64-bit integer divide.  This option
       generates a run-time check.  If both dividend and divisor are
       within range of 0 to 255, 8-bit unsigned integer divide is used
       instead of 32-bit/64-bit integer divide.
  
! '-mavx256-split-unaligned-load'
! '-mavx256-split-unaligned-store'
       Split 32-byte AVX unaligned load and store.
  
! '-mstack-protector-guard=GUARD'
       Generate stack protection code using canary at GUARD.  Supported
!      locations are 'global' for global canary or 'tls' for per-thread
!      canary in the TLS block (the default).  This option has effect only
!      when '-fstack-protector' or '-fstack-protector-all' is specified.
  
! '-mmitigate-rop'
       Try to avoid generating code sequences that contain unintended
!      return opcodes, to mitigate against certain forms of attack.  At
!      the moment, this option is limited in what it can do and should not
!      be relied on to provide serious protection.
  
! '-mgeneral-regs-only'
       Generate code that uses only the general-purpose registers.  This
       prevents the compiler from using floating-point, vector, mask and
       bound registers.
  
!  These '-m' switches are supported in addition to the above on x86-64
  processors in 64-bit environments.
  
! '-m32'
! '-m64'
! '-mx32'
! '-m16'
! '-miamcu'
       Generate code for a 16-bit, 32-bit or 64-bit environment.  The
!      '-m32' option sets 'int', 'long', and pointer types to 32 bits, and
       generates code that runs on any i386 system.
  
!      The '-m64' option sets 'int' to 32 bits and 'long' and pointer
       types to 64 bits, and generates code for the x86-64 architecture.
!      For Darwin only the '-m64' option also turns off the '-fno-pic' and
!      '-mdynamic-no-pic' options.
  
!      The '-mx32' option sets 'int', 'long', and pointer types to 32
       bits, and generates code for the x86-64 architecture.
  
!      The '-m16' option is the same as '-m32', except for that it outputs
!      the '.code16gcc' assembly directive at the beginning of the
!      assembly output so that the binary can run in 16-bit mode.
  
!      The '-miamcu' option generates code which conforms to Intel MCU
!      psABI. It requires the '-m32' option to be turned on.
  
! '-mno-red-zone'
!      Do not use a so-called "red zone" for x86-64 code.  The red zone is
!      mandated by the x86-64 ABI; it is a 128-byte area beyond the
       location of the stack pointer that is not modified by signal or
       interrupt handlers and therefore can be used for temporary data
!      without adjusting the stack pointer.  The flag '-mno-red-zone'
       disables this red zone.
  
! '-mcmodel=small'
!      Generate code for the small code model: the program and its symbols
!      must be linked in the lower 2 GB of the address space.  Pointers
!      are 64 bits.  Programs can be statically or dynamically linked.
!      This is the default code model.
  
! '-mcmodel=kernel'
       Generate code for the kernel code model.  The kernel runs in the
       negative 2 GB of the address space.  This model has to be used for
       Linux kernel code.
  
! '-mcmodel=medium'
       Generate code for the medium model: the program is linked in the
       lower 2 GB of the address space.  Small symbols are also placed
!      there.  Symbols with sizes larger than '-mlarge-data-threshold' are
!      put into large data or BSS sections and can be located above 2GB.
!      Programs can be statically or dynamically linked.
  
! '-mcmodel=large'
       Generate code for the large model.  This model makes no assumptions
       about addresses and sizes of sections.
  
! '-maddress-mode=long'
       Generate code for long address mode.  This is only supported for
       64-bit and x32 environments.  It is the default address mode for
       64-bit environments.
  
! '-maddress-mode=short'
       Generate code for short address mode.  This is only supported for
       32-bit and x32 environments.  It is the default address mode for
       32-bit and x32 environments.
--- 23379,23585 ----
                    char bar;
                  } t5;
  
!           Here, `t5' takes up 2 bytes.
  
! `-mno-align-stringops'
       Do not align the destination of inlined string operations.  This
       switch reduces code size and improves performance in case the
       destination is already aligned, but GCC doesn't know about it.
  
! `-minline-all-stringops'
       By default GCC inlines string operations only when the destination
       is known to be aligned to least a 4-byte boundary.  This enables
       more inlining and increases code size, but may improve performance
!      of code that depends on fast `memcpy', `strlen', and `memset' for
       short lengths.
  
! `-minline-stringops-dynamically'
       For string operations of unknown size, use run-time checks with
       inline code for small blocks and a library call for large blocks.
  
! `-mstringop-strategy=ALG'
       Override the internal decision heuristic for the particular
       algorithm to use for inlining string operations.  The allowed
       values for ALG are:
  
!     `rep_byte'
!     `rep_4byte'
!     `rep_8byte'
!           Expand using i386 `rep' prefix of the specified size.
  
!     `byte_loop'
!     `loop'
!     `unrolled_loop'
            Expand into an inline loop.
  
!     `libcall'
            Always use a library call.
  
! `-mmemcpy-strategy=STRATEGY'
       Override the internal decision heuristic to decide if
!      `__builtin_memcpy' should be inlined and what inline algorithm to
!      use when the expected size of the copy operation is known. STRATEGY
!      is a comma-separated list of ALG:MAX_SIZE:DEST_ALIGN triplets.
!      ALG is specified in `-mstringop-strategy', MAX_SIZE specifies the
!      max byte size with which inline algorithm ALG is allowed.  For the
!      last triplet, the MAX_SIZE must be `-1'. The MAX_SIZE of the
!      triplets in the list must be specified in increasing order.  The
!      minimal byte size for ALG is `0' for the first triplet and
!      `MAX_SIZE + 1' of the preceding range.
  
! `-mmemset-strategy=STRATEGY'
!      The option is similar to `-mmemcpy-strategy=' except that it is to
!      control `__builtin_memset' expansion.
  
! `-momit-leaf-frame-pointer'
       Don't keep the frame pointer in a register for leaf functions.
       This avoids the instructions to save, set up, and restore frame
       pointers and makes an extra register available in leaf functions.
!      The option `-fomit-leaf-frame-pointer' removes the frame pointer
       for leaf functions, which might make debugging harder.
  
! `-mtls-direct-seg-refs'
! `-mno-tls-direct-seg-refs'
       Controls whether TLS variables may be accessed with offsets from
!      the TLS segment register (`%gs' for 32-bit, `%fs' for 64-bit), or
       whether the thread base pointer must be added.  Whether or not this
       is valid depends on the operating system, and whether it maps the
       segment to cover the entire TLS area.
  
       For systems that use the GNU C Library, the default is on.
  
! `-msse2avx'
! `-mno-sse2avx'
       Specify that the assembler should encode SSE instructions with VEX
!      prefix.  The option `-mavx' turns this on by default.
  
! `-mfentry'
! `-mno-fentry'
!      If profiling is active (`-pg'), put the profiling counter call
       before the prologue.  Note: On x86 architectures the attribute
!      `ms_hook_prologue' isn't possible at the moment for `-mfentry' and
!      `-pg'.
  
! `-mrecord-mcount'
! `-mno-record-mcount'
!      If profiling is active (`-pg'), generate a __mcount_loc section
!      that contains pointers to each profiling call. This is useful for
       automatically patching and out calls.
  
! `-mnop-mcount'
! `-mno-nop-mcount'
!      If profiling is active (`-pg'), generate the calls to the
!      profiling functions as NOPs. This is useful when they should be
!      patched in later dynamically. This is likely only useful together
!      with `-mrecord-mcount'.
  
! `-mskip-rax-setup'
! `-mno-skip-rax-setup'
       When generating code for the x86-64 architecture with SSE
!      extensions disabled, `-mskip-rax-setup' can be used to skip
!      setting up RAX register when there are no variable arguments
!      passed in vector registers.
  
!      *Warning:* Since RAX register is used to avoid unnecessarily
!      saving vector registers on stack when passing variable arguments,
!      the impacts of this option are callees may waste some stack space,
       misbehave or jump to a random location.  GCC 4.4 or newer don't
       have those issues, regardless the RAX register value.
  
! `-m8bit-idiv'
! `-mno-8bit-idiv'
       On some processors, like Intel Atom, 8-bit unsigned integer divide
       is much faster than 32-bit/64-bit integer divide.  This option
       generates a run-time check.  If both dividend and divisor are
       within range of 0 to 255, 8-bit unsigned integer divide is used
       instead of 32-bit/64-bit integer divide.
  
! `-mavx256-split-unaligned-load'
! `-mavx256-split-unaligned-store'
       Split 32-byte AVX unaligned load and store.
  
! `-mstack-protector-guard=GUARD'
       Generate stack protection code using canary at GUARD.  Supported
!      locations are `global' for global canary or `tls' for per-thread
!      canary in the TLS block (the default).  This option has effect
!      only when `-fstack-protector' or `-fstack-protector-all' is
!      specified.
  
! `-mmitigate-rop'
       Try to avoid generating code sequences that contain unintended
!      return opcodes, to mitigate against certain forms of attack. At
!      the moment, this option is limited in what it can do and should
!      not be relied on to provide serious protection.
  
! `-mgeneral-regs-only'
       Generate code that uses only the general-purpose registers.  This
       prevents the compiler from using floating-point, vector, mask and
       bound registers.
  
! 
!  These `-m' switches are supported in addition to the above on x86-64
  processors in 64-bit environments.
  
! `-m32'
! `-m64'
! `-mx32'
! `-m16'
! `-miamcu'
       Generate code for a 16-bit, 32-bit or 64-bit environment.  The
!      `-m32' option sets `int', `long', and pointer types to 32 bits, and
       generates code that runs on any i386 system.
  
!      The `-m64' option sets `int' to 32 bits and `long' and pointer
       types to 64 bits, and generates code for the x86-64 architecture.
!      For Darwin only the `-m64' option also turns off the `-fno-pic'
!      and `-mdynamic-no-pic' options.
  
!      The `-mx32' option sets `int', `long', and pointer types to 32
       bits, and generates code for the x86-64 architecture.
  
!      The `-m16' option is the same as `-m32', except for that it
!      outputs the `.code16gcc' assembly directive at the beginning of
!      the assembly output so that the binary can run in 16-bit mode.
  
!      The `-miamcu' option generates code which conforms to Intel MCU
!      psABI.  It requires the `-m32' option to be turned on.
  
! `-mno-red-zone'
!      Do not use a so-called "red zone" for x86-64 code.  The red zone
!      is mandated by the x86-64 ABI; it is a 128-byte area beyond the
       location of the stack pointer that is not modified by signal or
       interrupt handlers and therefore can be used for temporary data
!      without adjusting the stack pointer.  The flag `-mno-red-zone'
       disables this red zone.
  
! `-mcmodel=small'
!      Generate code for the small code model: the program and its
!      symbols must be linked in the lower 2 GB of the address space.
!      Pointers are 64 bits.  Programs can be statically or dynamically
!      linked.  This is the default code model.
  
! `-mcmodel=kernel'
       Generate code for the kernel code model.  The kernel runs in the
       negative 2 GB of the address space.  This model has to be used for
       Linux kernel code.
  
! `-mcmodel=medium'
       Generate code for the medium model: the program is linked in the
       lower 2 GB of the address space.  Small symbols are also placed
!      there.  Symbols with sizes larger than `-mlarge-data-threshold'
!      are put into large data or BSS sections and can be located above
!      2GB.  Programs can be statically or dynamically linked.
  
! `-mcmodel=large'
       Generate code for the large model.  This model makes no assumptions
       about addresses and sizes of sections.
  
! `-maddress-mode=long'
       Generate code for long address mode.  This is only supported for
       64-bit and x32 environments.  It is the default address mode for
       64-bit environments.
  
! `-maddress-mode=short'
       Generate code for short address mode.  This is only supported for
       32-bit and x32 environments.  It is the default address mode for
       32-bit and x32 environments.
*************** File: gcc.info,  Node: x86 Windows Optio
*** 23407,23468 ****
  
  These additional options are available for Microsoft Windows targets:
  
! '-mconsole'
       This option specifies that a console application is to be
!      generated, by instructing the linker to set the PE header subsystem
!      type required for console applications.  This option is available
!      for Cygwin and MinGW targets and is enabled by default on those
!      targets.
  
! '-mdll'
       This option is available for Cygwin and MinGW targets.  It
       specifies that a DLL--a dynamic link library--is to be generated,
       enabling the selection of the required runtime startup object and
       entry point.
  
! '-mnop-fun-dllimport'
       This option is available for Cygwin and MinGW targets.  It
!      specifies that the 'dllimport' attribute should be ignored.
  
! '-mthread'
!      This option is available for MinGW targets.  It specifies that
       MinGW-specific thread support is to be used.
  
! '-municode'
       This option is available for MinGW-w64 targets.  It causes the
!      'UNICODE' preprocessor macro to be predefined, and chooses
       Unicode-capable runtime startup code.
  
! '-mwin32'
       This option is available for Cygwin and MinGW targets.  It
       specifies that the typical Microsoft Windows predefined macros are
       to be set in the pre-processor, but does not influence the choice
       of runtime library/startup code.
  
! '-mwindows'
       This option is available for Cygwin and MinGW targets.  It
       specifies that a GUI application is to be generated by instructing
       the linker to set the PE header subsystem type appropriately.
  
! '-fno-set-stack-executable'
!      This option is available for MinGW targets.  It specifies that the
       executable flag for the stack used by nested functions isn't set.
       This is necessary for binaries running in kernel mode of Microsoft
       Windows, as there the User32 API, which is used to set executable
       privileges, isn't available.
  
! '-fwritable-relocated-rdata'
       This option is available for MinGW and Cygwin targets.  It
       specifies that relocated-data in read-only section is put into the
!      '.data' section.  This is a necessary for older runtimes not
!      supporting modification of '.rdata' sections for pseudo-relocation.
  
! '-mpe-aligned-commons'
       This option is available for Cygwin and MinGW targets.  It
!      specifies that the GNU extension to the PE file format that permits
!      the correct alignment of COMMON variables should be used when
!      generating code.  It is enabled by default if GCC detects that the
!      target assembler found during configuration supports the feature.
  
   See also under *note x86 Options:: for standard options.
  
--- 23592,23654 ----
  
  These additional options are available for Microsoft Windows targets:
  
! `-mconsole'
       This option specifies that a console application is to be
!      generated, by instructing the linker to set the PE header
!      subsystem type required for console applications.  This option is
!      available for Cygwin and MinGW targets and is enabled by default
!      on those targets.
  
! `-mdll'
       This option is available for Cygwin and MinGW targets.  It
       specifies that a DLL--a dynamic link library--is to be generated,
       enabling the selection of the required runtime startup object and
       entry point.
  
! `-mnop-fun-dllimport'
       This option is available for Cygwin and MinGW targets.  It
!      specifies that the `dllimport' attribute should be ignored.
  
! `-mthread'
!      This option is available for MinGW targets. It specifies that
       MinGW-specific thread support is to be used.
  
! `-municode'
       This option is available for MinGW-w64 targets.  It causes the
!      `UNICODE' preprocessor macro to be predefined, and chooses
       Unicode-capable runtime startup code.
  
! `-mwin32'
       This option is available for Cygwin and MinGW targets.  It
       specifies that the typical Microsoft Windows predefined macros are
       to be set in the pre-processor, but does not influence the choice
       of runtime library/startup code.
  
! `-mwindows'
       This option is available for Cygwin and MinGW targets.  It
       specifies that a GUI application is to be generated by instructing
       the linker to set the PE header subsystem type appropriately.
  
! `-fno-set-stack-executable'
!      This option is available for MinGW targets. It specifies that the
       executable flag for the stack used by nested functions isn't set.
       This is necessary for binaries running in kernel mode of Microsoft
       Windows, as there the User32 API, which is used to set executable
       privileges, isn't available.
  
! `-fwritable-relocated-rdata'
       This option is available for MinGW and Cygwin targets.  It
       specifies that relocated-data in read-only section is put into the
!      `.data' section.  This is a necessary for older runtimes not
!      supporting modification of `.rdata' sections for pseudo-relocation.
  
! `-mpe-aligned-commons'
       This option is available for Cygwin and MinGW targets.  It
!      specifies that the GNU extension to the PE file format that
!      permits the correct alignment of COMMON variables should be used
!      when generating code.  It is enabled by default if GCC detects
!      that the target assembler found during configuration supports the
!      feature.
  
   See also under *note x86 Options:: for standard options.
  
*************** File: gcc.info,  Node: Xstormy16 Options
*** 23474,23480 ****
  
  These options are defined for Xstormy16:
  
! '-msim'
       Choose startup files and linker script suitable for the simulator.
  
  
--- 23660,23666 ----
  
  These options are defined for Xstormy16:
  
! `-msim'
       Choose startup files and linker script suitable for the simulator.
  
  
*************** File: gcc.info,  Node: Xtensa Options,
*** 23485,23583 ****
  
  These options are supported for Xtensa targets:
  
! '-mconst16'
! '-mno-const16'
!      Enable or disable use of 'CONST16' instructions for loading
!      constant values.  The 'CONST16' instruction is currently not a
!      standard option from Tensilica.  When enabled, 'CONST16'
!      instructions are always used in place of the standard 'L32R'
!      instructions.  The use of 'CONST16' is enabled by default only if
!      the 'L32R' instruction is not available.
  
! '-mfused-madd'
! '-mno-fused-madd'
       Enable or disable use of fused multiply/add and multiply/subtract
       instructions in the floating-point option.  This has no effect if
       the floating-point option is not also enabled.  Disabling fused
!      multiply/add and multiply/subtract instructions forces the compiler
!      to use separate instructions for the multiply and add/subtract
!      operations.  This may be desirable in some cases where strict IEEE
!      754-compliant results are required: the fused multiply add/subtract
!      instructions do not round the intermediate result, thereby
!      producing results with _more_ bits of precision than specified by
!      the IEEE standard.  Disabling fused multiply add/subtract
!      instructions also ensures that the program output is not sensitive
!      to the compiler's ability to combine multiply and add/subtract
!      operations.
  
! '-mserialize-volatile'
! '-mno-serialize-volatile'
!      When this option is enabled, GCC inserts 'MEMW' instructions before
!      'volatile' memory references to guarantee sequential consistency.
!      The default is '-mserialize-volatile'.  Use
!      '-mno-serialize-volatile' to omit the 'MEMW' instructions.
  
! '-mforce-no-pic'
       For targets, like GNU/Linux, where all user-mode Xtensa code must
       be position-independent code (PIC), this option disables PIC for
       compiling kernel code.
  
! '-mtext-section-literals'
! '-mno-text-section-literals'
       These options control the treatment of literal pools.  The default
!      is '-mno-text-section-literals', which places literals in a
       separate section in the output file.  This allows the literal pool
       to be placed in a data RAM/ROM, and it also allows the linker to
       combine literal pools from separate object files to remove
       redundant literals and improve code size.  With
!      '-mtext-section-literals', the literals are interspersed in the
       text section in order to keep them as close as possible to their
       references.  This may be necessary for large assembly files.
       Literals for each function are placed right before that function.
  
! '-mauto-litpools'
! '-mno-auto-litpools'
       These options control the treatment of literal pools.  The default
!      is '-mno-auto-litpools', which places literals in a separate
!      section in the output file unless '-mtext-section-literals' is
!      used.  With '-mauto-litpools' the literals are interspersed in the
       text section by the assembler.  Compiler does not produce explicit
!      '.literal' directives and loads literals into registers with 'MOVI'
!      instructions instead of 'L32R' to let the assembler do relaxation
!      and place literals as necessary.  This option allows assembler to
!      create several literal pools per function and assemble very big
!      functions, which may not be possible with
!      '-mtext-section-literals'.
  
! '-mtarget-align'
! '-mno-target-align'
       When this option is enabled, GCC instructs the assembler to
       automatically align instructions to reduce branch penalties at the
       expense of some code density.  The assembler attempts to widen
       density instructions to align branch targets and the instructions
       following call instructions.  If there are not enough preceding
       safe density instructions to align a target, no widening is
!      performed.  The default is '-mtarget-align'.  These options do not
!      affect the treatment of auto-aligned instructions like 'LOOP',
       which the assembler always aligns, either by widening density
       instructions or by inserting NOP instructions.
  
! '-mlongcalls'
! '-mno-longcalls'
       When this option is enabled, GCC instructs the assembler to
       translate direct calls to indirect calls unless it can determine
       that the target of a direct call is in the range allowed by the
       call instruction.  This translation typically occurs for calls to
       functions in other source files.  Specifically, the assembler
!      translates a direct 'CALL' instruction into an 'L32R' followed by a
!      'CALLX' instruction.  The default is '-mno-longcalls'.  This option
!      should be used in programs where the call target can potentially be
!      out of range.  This option is implemented in the assembler, not the
!      compiler, so the assembly code generated by GCC still shows direct
!      call instructions--look at the disassembled object code to see the
!      actual instructions.  Note that the assembler uses an indirect call
!      for every cross-file call, not just those that really are out of
!      range.
  
  
  File: gcc.info,  Node: zSeries Options,  Prev: Xtensa Options,  Up: Submodel Options
--- 23671,23769 ----
  
  These options are supported for Xtensa targets:
  
! `-mconst16'
! `-mno-const16'
!      Enable or disable use of `CONST16' instructions for loading
!      constant values.  The `CONST16' instruction is currently not a
!      standard option from Tensilica.  When enabled, `CONST16'
!      instructions are always used in place of the standard `L32R'
!      instructions.  The use of `CONST16' is enabled by default only if
!      the `L32R' instruction is not available.
  
! `-mfused-madd'
! `-mno-fused-madd'
       Enable or disable use of fused multiply/add and multiply/subtract
       instructions in the floating-point option.  This has no effect if
       the floating-point option is not also enabled.  Disabling fused
!      multiply/add and multiply/subtract instructions forces the
!      compiler to use separate instructions for the multiply and
!      add/subtract operations.  This may be desirable in some cases
!      where strict IEEE 754-compliant results are required: the fused
!      multiply add/subtract instructions do not round the intermediate
!      result, thereby producing results with _more_ bits of precision
!      than specified by the IEEE standard.  Disabling fused multiply
!      add/subtract instructions also ensures that the program output is
!      not sensitive to the compiler's ability to combine multiply and
!      add/subtract operations.
  
! `-mserialize-volatile'
! `-mno-serialize-volatile'
!      When this option is enabled, GCC inserts `MEMW' instructions before
!      `volatile' memory references to guarantee sequential consistency.
!      The default is `-mserialize-volatile'.  Use
!      `-mno-serialize-volatile' to omit the `MEMW' instructions.
  
! `-mforce-no-pic'
       For targets, like GNU/Linux, where all user-mode Xtensa code must
       be position-independent code (PIC), this option disables PIC for
       compiling kernel code.
  
! `-mtext-section-literals'
! `-mno-text-section-literals'
       These options control the treatment of literal pools.  The default
!      is `-mno-text-section-literals', which places literals in a
       separate section in the output file.  This allows the literal pool
       to be placed in a data RAM/ROM, and it also allows the linker to
       combine literal pools from separate object files to remove
       redundant literals and improve code size.  With
!      `-mtext-section-literals', the literals are interspersed in the
       text section in order to keep them as close as possible to their
       references.  This may be necessary for large assembly files.
       Literals for each function are placed right before that function.
  
! `-mauto-litpools'
! `-mno-auto-litpools'
       These options control the treatment of literal pools.  The default
!      is `-mno-auto-litpools', which places literals in a separate
!      section in the output file unless `-mtext-section-literals' is
!      used.  With `-mauto-litpools' the literals are interspersed in the
       text section by the assembler.  Compiler does not produce explicit
!      `.literal' directives and loads literals into registers with
!      `MOVI' instructions instead of `L32R' to let the assembler do
!      relaxation and place literals as necessary.  This option allows
!      assembler to create several literal pools per function and assemble
!      very big functions, which may not be possible with
!      `-mtext-section-literals'.
  
! `-mtarget-align'
! `-mno-target-align'
       When this option is enabled, GCC instructs the assembler to
       automatically align instructions to reduce branch penalties at the
       expense of some code density.  The assembler attempts to widen
       density instructions to align branch targets and the instructions
       following call instructions.  If there are not enough preceding
       safe density instructions to align a target, no widening is
!      performed.  The default is `-mtarget-align'.  These options do not
!      affect the treatment of auto-aligned instructions like `LOOP',
       which the assembler always aligns, either by widening density
       instructions or by inserting NOP instructions.
  
! `-mlongcalls'
! `-mno-longcalls'
       When this option is enabled, GCC instructs the assembler to
       translate direct calls to indirect calls unless it can determine
       that the target of a direct call is in the range allowed by the
       call instruction.  This translation typically occurs for calls to
       functions in other source files.  Specifically, the assembler
!      translates a direct `CALL' instruction into an `L32R' followed by
!      a `CALLX' instruction.  The default is `-mno-longcalls'.  This
!      option should be used in programs where the call target can
!      potentially be out of range.  This option is implemented in the
!      assembler, not the compiler, so the assembly code generated by GCC
!      still shows direct call instructions--look at the disassembled
!      object code to see the actual instructions.  Note that the
!      assembler uses an indirect call for every cross-file call, not
!      just those that really are out of range.
  
  
  File: gcc.info,  Node: zSeries Options,  Prev: Xtensa Options,  Up: Submodel Options
*************** File: gcc.info,  Node: Spec Files,  Next
*** 23593,23629 ****
  3.19 Specifying Subprocesses and the Switches to Pass to Them
  =============================================================
  
! 'gcc' is a driver program.  It performs its job by invoking a sequence
  of other programs to do the work of compiling, assembling and linking.
  GCC interprets its command-line parameters and uses these to deduce
! which programs it should invoke, and which command-line options it ought
! to place on their command lines.  This behavior is controlled by "spec
! strings".  In most cases there is one spec string for each program that
! GCC can invoke, but a few programs have multiple spec strings to control
! their behavior.  The spec strings built into GCC can be overridden by
! using the '-specs=' command-line switch to specify a spec file.
  
   "Spec files" are plain-text files that are used to construct spec
  strings.  They consist of a sequence of directives separated by blank
  lines.  The type of directive is determined by the first non-whitespace
  character on the line, which can be one of the following:
  
! '%COMMAND'
       Issues a COMMAND to the spec file processor.  The commands that can
       appear here are:
  
!      '%include <FILE>'
            Search for FILE and insert its text at the current point in
            the specs file.
  
!      '%include_noerr <FILE>'
!           Just like '%include', but do not generate an error message if
            the include file cannot be found.
  
!      '%rename OLD_NAME NEW_NAME'
            Rename the spec string OLD_NAME to NEW_NAME.
  
! '*[SPEC_NAME]:'
       This tells the compiler to create, override or delete the named
       spec string.  All lines after this directive up to the next
       directive or blank line are considered to be the text for the spec
--- 23779,23817 ----
  3.19 Specifying Subprocesses and the Switches to Pass to Them
  =============================================================
  
! `gcc' is a driver program.  It performs its job by invoking a sequence
  of other programs to do the work of compiling, assembling and linking.
  GCC interprets its command-line parameters and uses these to deduce
! which programs it should invoke, and which command-line options it
! ought to place on their command lines.  This behavior is controlled by
! "spec strings".  In most cases there is one spec string for each
! program that GCC can invoke, but a few programs have multiple spec
! strings to control their behavior.  The spec strings built into GCC can
! be overridden by using the `-specs=' command-line switch to specify a
! spec file.
  
   "Spec files" are plain-text files that are used to construct spec
  strings.  They consist of a sequence of directives separated by blank
  lines.  The type of directive is determined by the first non-whitespace
  character on the line, which can be one of the following:
  
! `%COMMAND'
       Issues a COMMAND to the spec file processor.  The commands that can
       appear here are:
  
!     `%include <FILE>'
            Search for FILE and insert its text at the current point in
            the specs file.
  
!     `%include_noerr <FILE>'
!           Just like `%include', but do not generate an error message if
            the include file cannot be found.
  
!     `%rename OLD_NAME NEW_NAME'
            Rename the spec string OLD_NAME to NEW_NAME.
  
! 
! `*[SPEC_NAME]:'
       This tells the compiler to create, override or delete the named
       spec string.  All lines after this directive up to the next
       directive or blank line are considered to be the text for the spec
*************** character on the line, which can be one
*** 23632,23642 ****
       Otherwise, if the spec does not currently exist a new spec is
       created.  If the spec does exist then its contents are overridden
       by the text of this directive, unless the first character of that
!      text is the '+' character, in which case the text is appended to
       the spec.
  
! '[SUFFIX]:'
!      Creates a new '[SUFFIX] spec' pair.  All lines after this directive
       and up to the next directive or blank line are considered to make
       up the spec string for the indicated suffix.  When the compiler
       encounters an input file with the named suffix, it processes the
--- 23820,23830 ----
       Otherwise, if the spec does not currently exist a new spec is
       created.  If the spec does exist then its contents are overridden
       by the text of this directive, unless the first character of that
!      text is the `+' character, in which case the text is appended to
       the spec.
  
! `[SUFFIX]:'
!      Creates a new `[SUFFIX] spec' pair.  All lines after this directive
       and up to the next directive or blank line are considered to make
       up the spec string for the indicated suffix.  When the compiler
       encounters an input file with the named suffix, it processes the
*************** character on the line, which can be one
*** 23646,23662 ****
            .ZZ:
            z-compile -input %i
  
!      This says that any input file whose name ends in '.ZZ' should be
!      passed to the program 'z-compile', which should be invoked with the
!      command-line switch '-input' and with the result of performing the
!      '%i' substitution.  (See below.)
  
       As an alternative to providing a spec string, the text following a
       suffix directive can be one of the following:
  
!      '@LANGUAGE'
            This says that the suffix is an alias for a known LANGUAGE.
!           This is similar to using the '-x' command-line switch to GCC
            to specify a language explicitly.  For example:
  
                 .ZZ:
--- 23834,23850 ----
            .ZZ:
            z-compile -input %i
  
!      This says that any input file whose name ends in `.ZZ' should be
!      passed to the program `z-compile', which should be invoked with the
!      command-line switch `-input' and with the result of performing the
!      `%i' substitution.  (See below.)
  
       As an alternative to providing a spec string, the text following a
       suffix directive can be one of the following:
  
!     `@LANGUAGE'
            This says that the suffix is an alias for a known LANGUAGE.
!           This is similar to using the `-x' command-line switch to GCC
            to specify a language explicitly.  For example:
  
                 .ZZ:
*************** character on the line, which can be one
*** 23664,23670 ****
  
            Says that .ZZ files are, in fact, C++ source files.
  
!      '#NAME'
            This causes an error messages saying:
  
                 NAME compiler not installed on this system.
--- 23852,23858 ----
  
            Says that .ZZ files are, in fact, C++ source files.
  
!     `#NAME'
            This causes an error messages saying:
  
                 NAME compiler not installed on this system.
*************** character on the line, which can be one
*** 23675,23680 ****
--- 23863,23869 ----
       effectively possible to override earlier entries using this
       technique.
  
+ 
   GCC has the following spec strings built into it.  Spec files can
  override these strings or create their own.  Note that individual
  targets can also add their own spec strings to this list.
*************** targets can also add their own spec stri
*** 23690,23696 ****
       libgcc       Decides which GCC support library to pass to the linker
       linker       Sets the name of the linker
       predefines   Defines to be passed to the C preprocessor
!      signed_char  Defines to pass to CPP to say whether char is signed
                    by default
       startfile    Object files to include at the start of the link
  
--- 23879,23885 ----
       libgcc       Decides which GCC support library to pass to the linker
       linker       Sets the name of the linker
       predefines   Defines to be passed to the C preprocessor
!      signed_char  Defines to pass to CPP to say whether `char' is signed
                    by default
       startfile    Object files to include at the start of the link
  
*************** targets can also add their own spec stri
*** 23701,23992 ****
       *lib:
       --start-group -lgcc -lc -leval1 --end-group %(old_lib)
  
!  This example renames the spec called 'lib' to 'old_lib' and then
! overrides the previous definition of 'lib' with a new one.  The new
  definition adds in some extra command-line options before including the
  text of the old definition.
  
   "Spec strings" are a list of command-line options to be passed to their
  corresponding program.  In addition, the spec strings can contain
! '%'-prefixed sequences to substitute variable text or to conditionally
  insert text into the command line.  Using these constructs it is
  possible to generate quite complex command lines.
  
!  Here is a table of all defined '%'-sequences for spec strings.  Note
  that spaces are not generated automatically around the results of
  expanding these sequences.  Therefore you can concatenate them together
  or combine them with constant text in a single argument.
  
! '%%'
!      Substitute one '%' into the program name or argument.
  
! '%i'
       Substitute the name of the input file being processed.
  
! '%b'
!      Substitute the basename of the input file being processed.  This is
!      the substring up to (and not including) the last period and not
       including the directory.
  
! '%B'
!      This is the same as '%b', but include the file suffix (text after
       the last period).
  
! '%d'
!      Marks the argument containing or following the '%d' as a temporary
       file name, so that that file is deleted if GCC exits successfully.
!      Unlike '%g', this contributes no text to the argument.
  
! '%gSUFFIX'
       Substitute a file name that has suffix SUFFIX and is chosen once
!      per compilation, and mark the argument in the same way as '%d'.  To
!      reduce exposure to denial-of-service attacks, the file name is now
!      chosen in a way that is hard to predict even when previously chosen
!      file names are known.  For example, '%g.s ... %g.o ... %g.s' might
!      turn into 'ccUVUUAU.s ccXYAXZ12.o ccUVUUAU.s'.  SUFFIX matches the
!      regexp '[.A-Za-z]*' or the special string '%O', which is treated
!      exactly as if '%O' had been preprocessed.  Previously, '%g' was
!      simply substituted with a file name chosen once per compilation,
!      without regard to any appended suffix (which was therefore treated
!      just like ordinary text), making such attacks more likely to
!      succeed.
  
! '%uSUFFIX'
!      Like '%g', but generates a new temporary file name each time it
       appears instead of once per compilation.
  
! '%USUFFIX'
!      Substitutes the last file name generated with '%uSUFFIX',
       generating a new one if there is no such last file name.  In the
!      absence of any '%uSUFFIX', this is just like '%gSUFFIX', except
!      they don't share the same suffix _space_, so '%g.s ... %U.s ...
       %g.s ... %U.s' involves the generation of two distinct file names,
!      one for each '%g.s' and another for each '%U.s'.  Previously, '%U'
       was simply substituted with a file name chosen for the previous
!      '%u', without regard to any appended suffix.
  
! '%jSUFFIX'
!      Substitutes the name of the 'HOST_BIT_BUCKET', if any, and if it is
!      writable, and if '-save-temps' is not used; otherwise, substitute
!      the name of a temporary file, just like '%u'.  This temporary file
       is not meant for communication between processes, but rather as a
       junk disposal mechanism.
  
! '%|SUFFIX'
! '%mSUFFIX'
!      Like '%g', except if '-pipe' is in effect.  In that case '%|'
!      substitutes a single dash and '%m' substitutes nothing at all.
       These are the two most common ways to instruct a program that it
       should read from standard input or write to standard output.  If
!      you need something more elaborate you can use an '%{pipe:'X'}'
!      construct: see for example 'f/lang-specs.h'.
  
! '%.SUFFIX'
       Substitutes .SUFFIX for the suffixes of a matched switch's args
!      when it is subsequently output with '%*'.  SUFFIX is terminated by
       the next space or %.
  
! '%w'
!      Marks the argument containing or following the '%w' as the
       designated output file of this compilation.  This puts the argument
!      into the sequence of arguments that '%o' substitutes.
  
! '%o'
       Substitutes the names of all the output files, with spaces
       automatically placed around them.  You should write spaces around
!      the '%o' as well or the results are undefined.  '%o' is for use in
       the specs for running the linker.  Input files whose names have no
       recognized suffix are not compiled at all, but they are included
       among the output files, so they are linked.
  
! '%O'
!      Substitutes the suffix for object files.  Note that this is handled
!      specially when it immediately follows '%g, %u, or %U', because of
!      the need for those to form complete file names.  The handling is
!      such that '%O' is treated exactly as if it had already been
!      substituted, except that '%g, %u, and %U' do not currently support
!      additional SUFFIX characters following '%O' as they do following,
!      for example, '.o'.
  
! '%p'
       Substitutes the standard macro predefinitions for the current
!      target machine.  Use this when running 'cpp'.
  
! '%P'
!      Like '%p', but puts '__' before and after the name of each
!      predefined macro, except for macros that start with '__' or with
!      '_L', where L is an uppercase letter.  This is for ISO C.
  
! '%I'
!      Substitute any of '-iprefix' (made from 'GCC_EXEC_PREFIX'),
!      '-isysroot' (made from 'TARGET_SYSTEM_ROOT'), '-isystem' (made from
!      'COMPILER_PATH' and '-B' options) and '-imultilib' as necessary.
  
! '%s'
       Current argument is the name of a library or startup file of some
       sort.  Search for that file in a standard list of directories and
       substitute the full name found.  The current working directory is
       included in the list of directories scanned.
  
! '%T'
       Current argument is the name of a linker script.  Search for that
!      file in the current list of directories to scan for libraries.  If
!      the file is located insert a '--script' option into the command
       line followed by the full path name found.  If the file is not
       found then generate an error message.  Note: the current working
       directory is not searched.
  
! '%eSTR'
       Print STR as an error message.  STR is terminated by a newline.
       Use this when inconsistent options are detected.
  
! '%(NAME)'
       Substitute the contents of spec string NAME at this point.
  
! '%x{OPTION}'
!      Accumulate an option for '%X'.
  
! '%X'
!      Output the accumulated linker options specified by '-Wl' or a '%x'
       spec string.
  
! '%Y'
!      Output the accumulated assembler options specified by '-Wa'.
  
! '%Z'
!      Output the accumulated preprocessor options specified by '-Wp'.
  
! '%a'
!      Process the 'asm' spec.  This is used to compute the switches to be
!      passed to the assembler.
  
! '%A'
!      Process the 'asm_final' spec.  This is a spec string for passing
       switches to an assembler post-processor, if such a program is
       needed.
  
! '%l'
!      Process the 'link' spec.  This is the spec for computing the
       command line passed to the linker.  Typically it makes use of the
!      '%L %G %S %D and %E' sequences.
  
! '%D'
!      Dump out a '-L' option for each directory that GCC believes might
       contain startup files.  If the target supports multilibs then the
       current multilib directory is prepended to each of these paths.
  
! '%L'
!      Process the 'lib' spec.  This is a spec string for deciding which
       libraries are included on the command line to the linker.
  
! '%G'
!      Process the 'libgcc' spec.  This is a spec string for deciding
       which GCC support library is included on the command line to the
       linker.
  
! '%S'
!      Process the 'startfile' spec.  This is a spec for deciding which
       object files are the first ones passed to the linker.  Typically
!      this might be a file named 'crt0.o'.
  
! '%E'
!      Process the 'endfile' spec.  This is a spec string that specifies
       the last object files that are passed to the linker.
  
! '%C'
!      Process the 'cpp' spec.  This is used to construct the arguments to
!      be passed to the C preprocessor.
  
! '%1'
!      Process the 'cc1' spec.  This is used to construct the options to
!      be passed to the actual C compiler ('cc1').
  
! '%2'
!      Process the 'cc1plus' spec.  This is used to construct the options
!      to be passed to the actual C++ compiler ('cc1plus').
  
! '%*'
!      Substitute the variable part of a matched option.  See below.  Note
!      that each comma in the substituted string is replaced by a single
!      space.
  
! '%<S'
!      Remove all occurrences of '-S' from the command line.  Note--this
!      command is position dependent.  '%' commands in the spec string
!      before this one see '-S', '%' commands in the spec string after
       this one do not.
  
! '%:FUNCTION(ARGS)'
       Call the named function FUNCTION, passing it ARGS.  ARGS is first
       processed as a nested spec string, then split into an argument
       vector in the usual fashion.  The function returns a string which
!      is processed as if it had appeared literally as part of the current
!      spec.
  
       The following built-in spec functions are provided:
  
!      'getenv'
!           The 'getenv' spec function takes two arguments: an environment
            variable name and a string.  If the environment variable is
            not defined, a fatal error is issued.  Otherwise, the return
            value is the value of the environment variable concatenated
!           with the string.  For example, if 'TOPDIR' is defined as
!           '/path/to/top', then:
  
                 %:getenv(TOPDIR /include)
  
!           expands to '/path/to/top/include'.
  
!      'if-exists'
!           The 'if-exists' spec function takes one argument, an absolute
!           pathname to a file.  If the file exists, 'if-exists' returns
            the pathname.  Here is a small example of its usage:
  
                 *startfile:
                 crt0%O%s %:if-exists(crti%O%s) crtbegin%O%s
  
!      'if-exists-else'
!           The 'if-exists-else' spec function is similar to the
!           'if-exists' spec function, except that it takes two arguments.
!           The first argument is an absolute pathname to a file.  If the
!           file exists, 'if-exists-else' returns the pathname.  If it
!           does not exist, it returns the second argument.  This way,
!           'if-exists-else' can be used to select one file or another,
!           based on the existence of the first.  Here is a small example
!           of its usage:
  
                 *startfile:
                 crt0%O%s %:if-exists(crti%O%s) \
                 %:if-exists-else(crtbeginT%O%s crtbegin%O%s)
  
!      'replace-outfile'
!           The 'replace-outfile' spec function takes two arguments.  It
            looks for the first argument in the outfiles array and
!           replaces it with the second argument.  Here is a small example
!           of its usage:
  
                 %{fgnu-runtime:%:replace-outfile(-lobjc -lobjc-gnu)}
  
!      'remove-outfile'
!           The 'remove-outfile' spec function takes one argument.  It
!           looks for the first argument in the outfiles array and removes
!           it.  Here is a small example its usage:
  
                 %:remove-outfile(-lm)
  
!      'pass-through-libs'
!           The 'pass-through-libs' spec function takes any number of
!           arguments.  It finds any '-l' options and any non-options
!           ending in '.a' (which it assumes are the names of linker input
!           library archive files) and returns a result containing all the
!           found arguments each prepended by '-plugin-opt=-pass-through='
!           and joined by spaces.  This list is intended to be passed to
!           the LTO linker plugin.
  
                 %:pass-through-libs(%G %L %G)
  
!      'print-asm-header'
!           The 'print-asm-header' function takes no arguments and simply
            prints a banner like:
  
                 Assembler options
--- 23890,24182 ----
       *lib:
       --start-group -lgcc -lc -leval1 --end-group %(old_lib)
  
!  This example renames the spec called `lib' to `old_lib' and then
! overrides the previous definition of `lib' with a new one.  The new
  definition adds in some extra command-line options before including the
  text of the old definition.
  
   "Spec strings" are a list of command-line options to be passed to their
  corresponding program.  In addition, the spec strings can contain
! `%'-prefixed sequences to substitute variable text or to conditionally
  insert text into the command line.  Using these constructs it is
  possible to generate quite complex command lines.
  
!  Here is a table of all defined `%'-sequences for spec strings.  Note
  that spaces are not generated automatically around the results of
  expanding these sequences.  Therefore you can concatenate them together
  or combine them with constant text in a single argument.
  
! `%%'
!      Substitute one `%' into the program name or argument.
  
! `%i'
       Substitute the name of the input file being processed.
  
! `%b'
!      Substitute the basename of the input file being processed.  This
!      is the substring up to (and not including) the last period and not
       including the directory.
  
! `%B'
!      This is the same as `%b', but include the file suffix (text after
       the last period).
  
! `%d'
!      Marks the argument containing or following the `%d' as a temporary
       file name, so that that file is deleted if GCC exits successfully.
!      Unlike `%g', this contributes no text to the argument.
  
! `%gSUFFIX'
       Substitute a file name that has suffix SUFFIX and is chosen once
!      per compilation, and mark the argument in the same way as `%d'.
!      To reduce exposure to denial-of-service attacks, the file name is
!      now chosen in a way that is hard to predict even when previously
!      chosen file names are known.  For example, `%g.s ... %g.o ... %g.s'
!      might turn into `ccUVUUAU.s ccXYAXZ12.o ccUVUUAU.s'.  SUFFIX
!      matches the regexp `[.A-Za-z]*' or the special string `%O', which
!      is treated exactly as if `%O' had been preprocessed.  Previously,
!      `%g' was simply substituted with a file name chosen once per
!      compilation, without regard to any appended suffix (which was
!      therefore treated just like ordinary text), making such attacks
!      more likely to succeed.
  
! `%uSUFFIX'
!      Like `%g', but generates a new temporary file name each time it
       appears instead of once per compilation.
  
! `%USUFFIX'
!      Substitutes the last file name generated with `%uSUFFIX',
       generating a new one if there is no such last file name.  In the
!      absence of any `%uSUFFIX', this is just like `%gSUFFIX', except
!      they don't share the same suffix _space_, so `%g.s ... %U.s ...
       %g.s ... %U.s' involves the generation of two distinct file names,
!      one for each `%g.s' and another for each `%U.s'.  Previously, `%U'
       was simply substituted with a file name chosen for the previous
!      `%u', without regard to any appended suffix.
  
! `%jSUFFIX'
!      Substitutes the name of the `HOST_BIT_BUCKET', if any, and if it is
!      writable, and if `-save-temps' is not used; otherwise, substitute
!      the name of a temporary file, just like `%u'.  This temporary file
       is not meant for communication between processes, but rather as a
       junk disposal mechanism.
  
! `%|SUFFIX'
! `%mSUFFIX'
!      Like `%g', except if `-pipe' is in effect.  In that case `%|'
!      substitutes a single dash and `%m' substitutes nothing at all.
       These are the two most common ways to instruct a program that it
       should read from standard input or write to standard output.  If
!      you need something more elaborate you can use an `%{pipe:`X'}'
!      construct: see for example `f/lang-specs.h'.
  
! `%.SUFFIX'
       Substitutes .SUFFIX for the suffixes of a matched switch's args
!      when it is subsequently output with `%*'.  SUFFIX is terminated by
       the next space or %.
  
! `%w'
!      Marks the argument containing or following the `%w' as the
       designated output file of this compilation.  This puts the argument
!      into the sequence of arguments that `%o' substitutes.
  
! `%o'
       Substitutes the names of all the output files, with spaces
       automatically placed around them.  You should write spaces around
!      the `%o' as well or the results are undefined.  `%o' is for use in
       the specs for running the linker.  Input files whose names have no
       recognized suffix are not compiled at all, but they are included
       among the output files, so they are linked.
  
! `%O'
!      Substitutes the suffix for object files.  Note that this is
!      handled specially when it immediately follows `%g, %u, or %U',
!      because of the need for those to form complete file names.  The
!      handling is such that `%O' is treated exactly as if it had already
!      been substituted, except that `%g, %u, and %U' do not currently
!      support additional SUFFIX characters following `%O' as they do
!      following, for example, `.o'.
  
! `%p'
       Substitutes the standard macro predefinitions for the current
!      target machine.  Use this when running `cpp'.
  
! `%P'
!      Like `%p', but puts `__' before and after the name of each
!      predefined macro, except for macros that start with `__' or with
!      `_L', where L is an uppercase letter.  This is for ISO C.
  
! `%I'
!      Substitute any of `-iprefix' (made from `GCC_EXEC_PREFIX'),
!      `-isysroot' (made from `TARGET_SYSTEM_ROOT'), `-isystem' (made
!      from `COMPILER_PATH' and `-B' options) and `-imultilib' as
!      necessary.
  
! `%s'
       Current argument is the name of a library or startup file of some
       sort.  Search for that file in a standard list of directories and
       substitute the full name found.  The current working directory is
       included in the list of directories scanned.
  
! `%T'
       Current argument is the name of a linker script.  Search for that
!      file in the current list of directories to scan for libraries. If
!      the file is located insert a `--script' option into the command
       line followed by the full path name found.  If the file is not
       found then generate an error message.  Note: the current working
       directory is not searched.
  
! `%eSTR'
       Print STR as an error message.  STR is terminated by a newline.
       Use this when inconsistent options are detected.
  
! `%(NAME)'
       Substitute the contents of spec string NAME at this point.
  
! `%x{OPTION}'
!      Accumulate an option for `%X'.
  
! `%X'
!      Output the accumulated linker options specified by `-Wl' or a `%x'
       spec string.
  
! `%Y'
!      Output the accumulated assembler options specified by `-Wa'.
  
! `%Z'
!      Output the accumulated preprocessor options specified by `-Wp'.
  
! `%a'
!      Process the `asm' spec.  This is used to compute the switches to
!      be passed to the assembler.
  
! `%A'
!      Process the `asm_final' spec.  This is a spec string for passing
       switches to an assembler post-processor, if such a program is
       needed.
  
! `%l'
!      Process the `link' spec.  This is the spec for computing the
       command line passed to the linker.  Typically it makes use of the
!      `%L %G %S %D and %E' sequences.
  
! `%D'
!      Dump out a `-L' option for each directory that GCC believes might
       contain startup files.  If the target supports multilibs then the
       current multilib directory is prepended to each of these paths.
  
! `%L'
!      Process the `lib' spec.  This is a spec string for deciding which
       libraries are included on the command line to the linker.
  
! `%G'
!      Process the `libgcc' spec.  This is a spec string for deciding
       which GCC support library is included on the command line to the
       linker.
  
! `%S'
!      Process the `startfile' spec.  This is a spec for deciding which
       object files are the first ones passed to the linker.  Typically
!      this might be a file named `crt0.o'.
  
! `%E'
!      Process the `endfile' spec.  This is a spec string that specifies
       the last object files that are passed to the linker.
  
! `%C'
!      Process the `cpp' spec.  This is used to construct the arguments
!      to be passed to the C preprocessor.
  
! `%1'
!      Process the `cc1' spec.  This is used to construct the options to
!      be passed to the actual C compiler (`cc1').
  
! `%2'
!      Process the `cc1plus' spec.  This is used to construct the options
!      to be passed to the actual C++ compiler (`cc1plus').
  
! `%*'
!      Substitute the variable part of a matched option.  See below.
!      Note that each comma in the substituted string is replaced by a
!      single space.
  
! `%<`S''
!      Remove all occurrences of `-S' from the command line.  Note--this
!      command is position dependent.  `%' commands in the spec string
!      before this one see `-S', `%' commands in the spec string after
       this one do not.
  
! `%:FUNCTION(ARGS)'
       Call the named function FUNCTION, passing it ARGS.  ARGS is first
       processed as a nested spec string, then split into an argument
       vector in the usual fashion.  The function returns a string which
!      is processed as if it had appeared literally as part of the
!      current spec.
  
       The following built-in spec functions are provided:
  
!     ``getenv''
!           The `getenv' spec function takes two arguments: an environment
            variable name and a string.  If the environment variable is
            not defined, a fatal error is issued.  Otherwise, the return
            value is the value of the environment variable concatenated
!           with the string.  For example, if `TOPDIR' is defined as
!           `/path/to/top', then:
  
                 %:getenv(TOPDIR /include)
  
!           expands to `/path/to/top/include'.
  
!     ``if-exists''
!           The `if-exists' spec function takes one argument, an absolute
!           pathname to a file.  If the file exists, `if-exists' returns
            the pathname.  Here is a small example of its usage:
  
                 *startfile:
                 crt0%O%s %:if-exists(crti%O%s) crtbegin%O%s
  
!     ``if-exists-else''
!           The `if-exists-else' spec function is similar to the
!           `if-exists' spec function, except that it takes two
!           arguments.  The first argument is an absolute pathname to a
!           file.  If the file exists, `if-exists-else' returns the
!           pathname.  If it does not exist, it returns the second
!           argument.  This way, `if-exists-else' can be used to select
!           one file or another, based on the existence of the first.
!           Here is a small example of its usage:
  
                 *startfile:
                 crt0%O%s %:if-exists(crti%O%s) \
                 %:if-exists-else(crtbeginT%O%s crtbegin%O%s)
  
!     ``replace-outfile''
!           The `replace-outfile' spec function takes two arguments.  It
            looks for the first argument in the outfiles array and
!           replaces it with the second argument.  Here is a small
!           example of its usage:
  
                 %{fgnu-runtime:%:replace-outfile(-lobjc -lobjc-gnu)}
  
!     ``remove-outfile''
!           The `remove-outfile' spec function takes one argument.  It
!           looks for the first argument in the outfiles array and
!           removes it.  Here is a small example its usage:
  
                 %:remove-outfile(-lm)
  
!     ``pass-through-libs''
!           The `pass-through-libs' spec function takes any number of
!           arguments.  It finds any `-l' options and any non-options
!           ending in `.a' (which it assumes are the names of linker
!           input library archive files) and returns a result containing
!           all the found arguments each prepended by
!           `-plugin-opt=-pass-through=' and joined by spaces.  This list
!           is intended to be passed to the LTO linker plugin.
  
                 %:pass-through-libs(%G %L %G)
  
!     ``print-asm-header''
!           The `print-asm-header' function takes no arguments and simply
            prints a banner like:
  
                 Assembler options
*************** or combine them with constant text in a
*** 23995,24071 ****
                 Use "-Wa,OPTION" to pass "OPTION" to the assembler.
  
            It is used to separate compiler options from assembler options
!           in the '--target-help' output.
  
! '%{S}'
!      Substitutes the '-S' switch, if that switch is given to GCC.  If
       that switch is not specified, this substitutes nothing.  Note that
       the leading dash is omitted when specifying this option, and it is
       automatically inserted if the substitution is performed.  Thus the
!      spec string '%{foo}' matches the command-line option '-foo' and
!      outputs the command-line option '-foo'.
  
! '%W{S}'
!      Like %{'S'} but mark last argument supplied within as a file to be
       deleted on failure.
  
! '%{S*}'
       Substitutes all the switches specified to GCC whose names start
!      with '-S', but which also take an argument.  This is used for
!      switches like '-o', '-D', '-I', etc.  GCC considers '-o foo' as
!      being one switch whose name starts with 'o'.  %{o*} substitutes
       this text, including the space.  Thus two arguments are generated.
  
! '%{S*&T*}'
!      Like %{'S'*}, but preserve order of 'S' and 'T' options (the order
!      of 'S' and 'T' in the spec is not significant).  There can be any
       number of ampersand-separated variables; for each the wild card is
!      optional.  Useful for CPP as '%{D*&U*&A*}'.
  
! '%{S:X}'
!      Substitutes 'X', if the '-S' switch is given to GCC.
  
! '%{!S:X}'
!      Substitutes 'X', if the '-S' switch is _not_ given to GCC.
  
! '%{S*:X}'
!      Substitutes 'X' if one or more switches whose names start with '-S'
!      are specified to GCC.  Normally 'X' is substituted only once, no
!      matter how many such switches appeared.  However, if '%*' appears
!      somewhere in 'X', then 'X' is substituted once for each matching
!      switch, with the '%*' replaced by the part of that switch matching
!      the '*'.
  
!      If '%*' appears as the last part of a spec sequence then a space is
!      added after the end of the last substitution.  If there is more
       text in the sequence, however, then a space is not generated.  This
!      allows the '%*' substitution to be used as part of a larger string.
!      For example, a spec string like this:
  
            %{mcu=*:--script=%*/memory.ld}
  
!      when matching an option like '-mcu=newchip' produces:
  
            --script=newchip/memory.ld
  
! '%{.S:X}'
!      Substitutes 'X', if processing a file with suffix 'S'.
  
! '%{!.S:X}'
!      Substitutes 'X', if _not_ processing a file with suffix 'S'.
  
! '%{,S:X}'
!      Substitutes 'X', if processing a file for language 'S'.
  
! '%{!,S:X}'
!      Substitutes 'X', if not processing a file for language 'S'.
  
! '%{S|P:X}'
!      Substitutes 'X' if either '-S' or '-P' is given to GCC.  This may
!      be combined with '!', '.', ',', and '*' sequences as well, although
!      they have a stronger binding than the '|'.  If '%*' appears in 'X',
!      all of the alternatives must be starred, and only the first
!      matching alternative is substituted.
  
       For example, a spec string like this:
  
--- 24185,24261 ----
                 Use "-Wa,OPTION" to pass "OPTION" to the assembler.
  
            It is used to separate compiler options from assembler options
!           in the `--target-help' output.
  
! `%{`S'}'
!      Substitutes the `-S' switch, if that switch is given to GCC.  If
       that switch is not specified, this substitutes nothing.  Note that
       the leading dash is omitted when specifying this option, and it is
       automatically inserted if the substitution is performed.  Thus the
!      spec string `%{foo}' matches the command-line option `-foo' and
!      outputs the command-line option `-foo'.
  
! `%W{`S'}'
!      Like %{`S'} but mark last argument supplied within as a file to be
       deleted on failure.
  
! `%{`S'*}'
       Substitutes all the switches specified to GCC whose names start
!      with `-S', but which also take an argument.  This is used for
!      switches like `-o', `-D', `-I', etc.  GCC considers `-o foo' as
!      being one switch whose name starts with `o'.  %{o*} substitutes
       this text, including the space.  Thus two arguments are generated.
  
! `%{`S'*&`T'*}'
!      Like %{`S'*}, but preserve order of `S' and `T' options (the order
!      of `S' and `T' in the spec is not significant).  There can be any
       number of ampersand-separated variables; for each the wild card is
!      optional.  Useful for CPP as `%{D*&U*&A*}'.
  
! `%{`S':`X'}'
!      Substitutes `X', if the `-S' switch is given to GCC.
  
! `%{!`S':`X'}'
!      Substitutes `X', if the `-S' switch is _not_ given to GCC.
  
! `%{`S'*:`X'}'
!      Substitutes `X' if one or more switches whose names start with
!      `-S' are specified to GCC.  Normally `X' is substituted only once,
!      no matter how many such switches appeared.  However, if `%*'
!      appears somewhere in `X', then `X' is substituted once for each
!      matching switch, with the `%*' replaced by the part of that switch
!      matching the `*'.
  
!      If `%*' appears as the last part of a spec sequence then a space
!      is added after the end of the last substitution.  If there is more
       text in the sequence, however, then a space is not generated.  This
!      allows the `%*' substitution to be used as part of a larger
!      string.  For example, a spec string like this:
  
            %{mcu=*:--script=%*/memory.ld}
  
!      when matching an option like `-mcu=newchip' produces:
  
            --script=newchip/memory.ld
  
! `%{.`S':`X'}'
!      Substitutes `X', if processing a file with suffix `S'.
  
! `%{!.`S':`X'}'
!      Substitutes `X', if _not_ processing a file with suffix `S'.
  
! `%{,`S':`X'}'
!      Substitutes `X', if processing a file for language `S'.
  
! `%{!,`S':`X'}'
!      Substitutes `X', if not processing a file for language `S'.
  
! `%{`S'|`P':`X'}'
!      Substitutes `X' if either `-S' or `-P' is given to GCC.  This may
!      be combined with `!', `.', `,', and `*' sequences as well,
!      although they have a stronger binding than the `|'.  If `%*'
!      appears in `X', all of the alternatives must be starred, and only
!      the first matching alternative is substituted.
  
       For example, a spec string like this:
  
*************** or combine them with constant text in a
*** 24079,24107 ****
            -d fred.c     -foo -baz -boggle
            -d jim.d      -bar -baz -boggle
  
! '%{S:X; T:Y; :D}'
  
-      If 'S' is given to GCC, substitutes 'X'; else if 'T' is given to
-      GCC, substitutes 'Y'; else substitutes 'D'.  There can be as many
-      clauses as you need.  This may be combined with '.', ',', '!', '|',
-      and '*' as needed.
  
!  The conditional text 'X' in a %{'S':'X'} or similar construct may
! contain other nested '%' constructs or spaces, or even newlines.  They
! are processed as usual, as described above.  Trailing white space in 'X'
! is ignored.  White space may also appear anywhere on the left side of
! the colon in these constructs, except between '.' or '*' and the
  corresponding word.
  
!  The '-O', '-f', '-m', and '-W' switches are handled specifically in
! these constructs.  If another value of '-O' or the negated form of a
! '-f', '-m', or '-W' switch is found later in the command line, the
! earlier switch value is ignored, except with {'S'*} where 'S' is just
  one letter, which passes all matching options.
  
!  The character '|' at the beginning of the predicate text is used to
  indicate that a command should be piped to the following command, but
! only if '-pipe' is specified.
  
   It is built into GCC which switches take arguments and which do not.
  (You might think it would be useful to generalize this to allow each
--- 24269,24297 ----
            -d fred.c     -foo -baz -boggle
            -d jim.d      -bar -baz -boggle
  
! `%{S:X; T:Y; :D}'
!      If `S' is given to GCC, substitutes `X'; else if `T' is given to
!      GCC, substitutes `Y'; else substitutes `D'.  There can be as many
!      clauses as you need.  This may be combined with `.', `,', `!',
!      `|', and `*' as needed.
  
  
!  The conditional text `X' in a %{`S':`X'} or similar construct may
! contain other nested `%' constructs or spaces, or even newlines.  They
! are processed as usual, as described above.  Trailing white space in
! `X' is ignored.  White space may also appear anywhere on the left side
! of the colon in these constructs, except between `.' or `*' and the
  corresponding word.
  
!  The `-O', `-f', `-m', and `-W' switches are handled specifically in
! these constructs.  If another value of `-O' or the negated form of a
! `-f', `-m', or `-W' switch is found later in the command line, the
! earlier switch value is ignored, except with {`S'*} where `S' is just
  one letter, which passes all matching options.
  
!  The character `|' at the beginning of the predicate text is used to
  indicate that a command should be piped to the following command, but
! only if `-pipe' is specified.
  
   It is built into GCC which switches take arguments and which do not.
  (You might think it would be useful to generalize this to allow each
*************** files have been specified without knowin
*** 24111,24117 ****
  and it must know which input files to compile in order to tell which
  compilers to run).
  
!  GCC also knows implicitly that arguments starting in '-l' are to be
  treated as compiler output files, and passed to the linker in their
  proper position among the other output files.
  
--- 24301,24307 ----
  and it must know which input files to compile in order to tell which
  compilers to run).
  
!  GCC also knows implicitly that arguments starting in `-l' are to be
  treated as compiler output files, and passed to the linker in their
  proper position among the other output files.
  
*************** File: gcc.info,  Node: Environment Varia
*** 24123,24312 ****
  
  This section describes several environment variables that affect how GCC
  operates.  Some of them work by specifying directories or prefixes to
! use when searching for various kinds of files.  Some are used to specify
! other aspects of the compilation environment.
  
   Note that you can also specify places to search using options such as
! '-B', '-I' and '-L' (*note Directory Options::).  These take precedence
  over places specified using environment variables, which in turn take
  precedence over those specified by the configuration of GCC.  *Note
! Controlling the Compilation Driver 'gcc': (gccint)Driver.
  
! 'LANG'
! 'LC_CTYPE'
! 'LC_MESSAGES'
! 'LC_ALL'
       These environment variables control the way that GCC uses
       localization information which allows GCC to work with different
       national conventions.  GCC inspects the locale categories
!      'LC_CTYPE' and 'LC_MESSAGES' if it has been configured to do so.
       These locale categories can be set to any value supported by your
!      installation.  A typical value is 'en_GB.UTF-8' for English in the
       United Kingdom encoded in UTF-8.
  
!      The 'LC_CTYPE' environment variable specifies character
       classification.  GCC uses it to determine the character boundaries
       in a string; this is needed for some multibyte encodings that
       contain quote and escape characters that are otherwise interpreted
       as a string end or escape.
  
!      The 'LC_MESSAGES' environment variable specifies the language to
       use in diagnostic messages.
  
!      If the 'LC_ALL' environment variable is set, it overrides the value
!      of 'LC_CTYPE' and 'LC_MESSAGES'; otherwise, 'LC_CTYPE' and
!      'LC_MESSAGES' default to the value of the 'LANG' environment
       variable.  If none of these variables are set, GCC defaults to
       traditional C English behavior.
  
! 'TMPDIR'
!      If 'TMPDIR' is set, it specifies the directory to use for temporary
       files.  GCC uses temporary files to hold the output of one stage of
       compilation which is to be used as input to the next stage: for
       example, the output of the preprocessor, which is the input to the
       compiler proper.
  
! 'GCC_COMPARE_DEBUG'
!      Setting 'GCC_COMPARE_DEBUG' is nearly equivalent to passing
!      '-fcompare-debug' to the compiler driver.  See the documentation of
!      this option for more details.
  
! 'GCC_EXEC_PREFIX'
!      If 'GCC_EXEC_PREFIX' is set, it specifies a prefix to use in the
       names of the subprograms executed by the compiler.  No slash is
       added when this prefix is combined with the name of a subprogram,
       but you can specify a prefix that ends with a slash if you wish.
  
!      If 'GCC_EXEC_PREFIX' is not set, GCC attempts to figure out an
       appropriate prefix to use based on the pathname it is invoked with.
  
       If GCC cannot find the subprogram using the specified prefix, it
       tries looking in the usual places for the subprogram.
  
!      The default value of 'GCC_EXEC_PREFIX' is 'PREFIX/lib/gcc/' where
!      PREFIX is the prefix to the installed compiler.  In many cases
!      PREFIX is the value of 'prefix' when you ran the 'configure'
       script.
  
!      Other prefixes specified with '-B' take precedence over this
       prefix.
  
!      This prefix is also used for finding files such as 'crt0.o' that
       are used for linking.
  
       In addition, the prefix is used in an unusual way in finding the
       directories to search for header files.  For each of the standard
!      directories whose name normally begins with '/usr/local/lib/gcc'
!      (more precisely, with the value of 'GCC_INCLUDE_DIR'), GCC tries
       replacing that beginning with the specified prefix to produce an
!      alternate directory name.  Thus, with '-Bfoo/', GCC searches
!      'foo/bar' just before it searches the standard directory
!      '/usr/local/lib/bar'.  If a standard directory begins with the
       configured PREFIX then the value of PREFIX is replaced by
!      'GCC_EXEC_PREFIX' when looking for header files.
  
! 'COMPILER_PATH'
!      The value of 'COMPILER_PATH' is a colon-separated list of
!      directories, much like 'PATH'.  GCC tries the directories thus
       specified when searching for subprograms, if it cannot find the
!      subprograms using 'GCC_EXEC_PREFIX'.
  
! 'LIBRARY_PATH'
!      The value of 'LIBRARY_PATH' is a colon-separated list of
!      directories, much like 'PATH'.  When configured as a native
       compiler, GCC tries the directories thus specified when searching
       for special linker files, if it cannot find them using
!      'GCC_EXEC_PREFIX'.  Linking using GCC also uses these directories
!      when searching for ordinary libraries for the '-l' option (but
!      directories specified with '-L' come first).
  
! 'LANG'
       This variable is used to pass locale information to the compiler.
       One way in which this information is used is to determine the
       character set to be used when character literals, string literals
       and comments are parsed in C and C++.  When the compiler is
       configured to allow multibyte characters, the following values for
!      'LANG' are recognized:
  
!      'C-JIS'
            Recognize JIS characters.
!      'C-SJIS'
            Recognize SJIS characters.
!      'C-EUCJP'
            Recognize EUCJP characters.
  
!      If 'LANG' is not defined, or if it has some other value, then the
!      compiler uses 'mblen' and 'mbtowc' as defined by the default locale
!      to recognize and translate multibyte characters.
  
  Some additional environment variables affect the behavior of the
  preprocessor.
  
! 'CPATH'
! 'C_INCLUDE_PATH'
! 'CPLUS_INCLUDE_PATH'
! 'OBJC_INCLUDE_PATH'
       Each variable's value is a list of directories separated by a
!      special character, much like 'PATH', in which to look for header
!      files.  The special character, 'PATH_SEPARATOR', is
       target-dependent and determined at GCC build time.  For Microsoft
       Windows-based targets it is a semicolon, and for almost all other
       targets it is a colon.
  
!      'CPATH' specifies a list of directories to be searched as if
!      specified with '-I', but after any paths given with '-I' options on
!      the command line.  This environment variable is used regardless of
!      which language is being preprocessed.
  
       The remaining environment variables apply only when preprocessing
       the particular language indicated.  Each specifies a list of
!      directories to be searched as if specified with '-isystem', but
!      after any paths given with '-isystem' options on the command line.
  
       In all these variables, an empty element instructs the compiler to
!      search its current working directory.  Empty elements can appear at
!      the beginning or end of a path.  For instance, if the value of
!      'CPATH' is ':/special/include', that has the same effect as
!      '-I. -I/special/include'.
  
! 'DEPENDENCIES_OUTPUT'
       If this variable is set, its value specifies how to output
       dependencies for Make based on the non-system header files
       processed by the compiler.  System header files are ignored in the
       dependency output.
  
!      The value of 'DEPENDENCIES_OUTPUT' can be just a file name, in
       which case the Make rules are written to that file, guessing the
       target name from the source file name.  Or the value can have the
!      form 'FILE TARGET', in which case the rules are written to file
       FILE using TARGET as the target name.
  
       In other words, this environment variable is equivalent to
!      combining the options '-MM' and '-MF' (*note Preprocessor
!      Options::), with an optional '-MT' switch too.
  
! 'SUNPRO_DEPENDENCIES'
!      This variable is the same as 'DEPENDENCIES_OUTPUT' (see above),
!      except that system header files are not ignored, so it implies '-M'
!      rather than '-MM'.  However, the dependence on the main input file
!      is omitted.  *Note Preprocessor Options::.
  
! 'SOURCE_DATE_EPOCH'
       If this variable is set, its value specifies a UNIX timestamp to be
!      used in replacement of the current date and time in the '__DATE__'
!      and '__TIME__' macros, so that the embedded timestamps become
       reproducible.
  
!      The value of 'SOURCE_DATE_EPOCH' must be a UNIX timestamp, defined
!      as the number of seconds (excluding leap seconds) since 01 Jan 1970
!      00:00:00 represented in ASCII; identical to the output of ''date
!      +%s'' on GNU/Linux and other systems that support the '%s'
!      extension in the 'date' command.
  
       The value should be a known timestamp such as the last modification
       time of the source or package and it should be set by the build
       process.
  
  
  File: gcc.info,  Node: Precompiled Headers,  Prev: Environment Variables,  Up: Invoking GCC
  
--- 24313,24505 ----
  
  This section describes several environment variables that affect how GCC
  operates.  Some of them work by specifying directories or prefixes to
! use when searching for various kinds of files.  Some are used to
! specify other aspects of the compilation environment.
  
   Note that you can also specify places to search using options such as
! `-B', `-I' and `-L' (*note Directory Options::).  These take precedence
  over places specified using environment variables, which in turn take
  precedence over those specified by the configuration of GCC.  *Note
! Controlling the Compilation Driver `gcc': (gccint)Driver.
  
! `LANG'
! `LC_CTYPE'
! `LC_MESSAGES'
! `LC_ALL'
       These environment variables control the way that GCC uses
       localization information which allows GCC to work with different
       national conventions.  GCC inspects the locale categories
!      `LC_CTYPE' and `LC_MESSAGES' if it has been configured to do so.
       These locale categories can be set to any value supported by your
!      installation.  A typical value is `en_GB.UTF-8' for English in the
       United Kingdom encoded in UTF-8.
  
!      The `LC_CTYPE' environment variable specifies character
       classification.  GCC uses it to determine the character boundaries
       in a string; this is needed for some multibyte encodings that
       contain quote and escape characters that are otherwise interpreted
       as a string end or escape.
  
!      The `LC_MESSAGES' environment variable specifies the language to
       use in diagnostic messages.
  
!      If the `LC_ALL' environment variable is set, it overrides the value
!      of `LC_CTYPE' and `LC_MESSAGES'; otherwise, `LC_CTYPE' and
!      `LC_MESSAGES' default to the value of the `LANG' environment
       variable.  If none of these variables are set, GCC defaults to
       traditional C English behavior.
  
! `TMPDIR'
!      If `TMPDIR' is set, it specifies the directory to use for temporary
       files.  GCC uses temporary files to hold the output of one stage of
       compilation which is to be used as input to the next stage: for
       example, the output of the preprocessor, which is the input to the
       compiler proper.
  
! `GCC_COMPARE_DEBUG'
!      Setting `GCC_COMPARE_DEBUG' is nearly equivalent to passing
!      `-fcompare-debug' to the compiler driver.  See the documentation
!      of this option for more details.
  
! `GCC_EXEC_PREFIX'
!      If `GCC_EXEC_PREFIX' is set, it specifies a prefix to use in the
       names of the subprograms executed by the compiler.  No slash is
       added when this prefix is combined with the name of a subprogram,
       but you can specify a prefix that ends with a slash if you wish.
  
!      If `GCC_EXEC_PREFIX' is not set, GCC attempts to figure out an
       appropriate prefix to use based on the pathname it is invoked with.
  
       If GCC cannot find the subprogram using the specified prefix, it
       tries looking in the usual places for the subprogram.
  
!      The default value of `GCC_EXEC_PREFIX' is `PREFIX/lib/gcc/' where
!      PREFIX is the prefix to the installed compiler. In many cases
!      PREFIX is the value of `prefix' when you ran the `configure'
       script.
  
!      Other prefixes specified with `-B' take precedence over this
       prefix.
  
!      This prefix is also used for finding files such as `crt0.o' that
       are used for linking.
  
       In addition, the prefix is used in an unusual way in finding the
       directories to search for header files.  For each of the standard
!      directories whose name normally begins with `/usr/local/lib/gcc'
!      (more precisely, with the value of `GCC_INCLUDE_DIR'), GCC tries
       replacing that beginning with the specified prefix to produce an
!      alternate directory name.  Thus, with `-Bfoo/', GCC searches
!      `foo/bar' just before it searches the standard directory
!      `/usr/local/lib/bar'.  If a standard directory begins with the
       configured PREFIX then the value of PREFIX is replaced by
!      `GCC_EXEC_PREFIX' when looking for header files.
  
! `COMPILER_PATH'
!      The value of `COMPILER_PATH' is a colon-separated list of
!      directories, much like `PATH'.  GCC tries the directories thus
       specified when searching for subprograms, if it cannot find the
!      subprograms using `GCC_EXEC_PREFIX'.
  
! `LIBRARY_PATH'
!      The value of `LIBRARY_PATH' is a colon-separated list of
!      directories, much like `PATH'.  When configured as a native
       compiler, GCC tries the directories thus specified when searching
       for special linker files, if it cannot find them using
!      `GCC_EXEC_PREFIX'.  Linking using GCC also uses these directories
!      when searching for ordinary libraries for the `-l' option (but
!      directories specified with `-L' come first).
  
! `LANG'
       This variable is used to pass locale information to the compiler.
       One way in which this information is used is to determine the
       character set to be used when character literals, string literals
       and comments are parsed in C and C++.  When the compiler is
       configured to allow multibyte characters, the following values for
!      `LANG' are recognized:
  
!     `C-JIS'
            Recognize JIS characters.
! 
!     `C-SJIS'
            Recognize SJIS characters.
! 
!     `C-EUCJP'
            Recognize EUCJP characters.
  
!      If `LANG' is not defined, or if it has some other value, then the
!      compiler uses `mblen' and `mbtowc' as defined by the default
!      locale to recognize and translate multibyte characters.
  
  Some additional environment variables affect the behavior of the
  preprocessor.
  
! `CPATH'
! `C_INCLUDE_PATH'
! `CPLUS_INCLUDE_PATH'
! `OBJC_INCLUDE_PATH'
       Each variable's value is a list of directories separated by a
!      special character, much like `PATH', in which to look for header
!      files.  The special character, `PATH_SEPARATOR', is
       target-dependent and determined at GCC build time.  For Microsoft
       Windows-based targets it is a semicolon, and for almost all other
       targets it is a colon.
  
!      `CPATH' specifies a list of directories to be searched as if
!      specified with `-I', but after any paths given with `-I' options
!      on the command line.  This environment variable is used regardless
!      of which language is being preprocessed.
  
       The remaining environment variables apply only when preprocessing
       the particular language indicated.  Each specifies a list of
!      directories to be searched as if specified with `-isystem', but
!      after any paths given with `-isystem' options on the command line.
  
       In all these variables, an empty element instructs the compiler to
!      search its current working directory.  Empty elements can appear
!      at the beginning or end of a path.  For instance, if the value of
!      `CPATH' is `:/special/include', that has the same effect as
!      `-I. -I/special/include'.
  
! `DEPENDENCIES_OUTPUT'
       If this variable is set, its value specifies how to output
       dependencies for Make based on the non-system header files
       processed by the compiler.  System header files are ignored in the
       dependency output.
  
!      The value of `DEPENDENCIES_OUTPUT' can be just a file name, in
       which case the Make rules are written to that file, guessing the
       target name from the source file name.  Or the value can have the
!      form `FILE TARGET', in which case the rules are written to file
       FILE using TARGET as the target name.
  
       In other words, this environment variable is equivalent to
!      combining the options `-MM' and `-MF' (*note Preprocessor
!      Options::), with an optional `-MT' switch too.
  
! `SUNPRO_DEPENDENCIES'
!      This variable is the same as `DEPENDENCIES_OUTPUT' (see above),
!      except that system header files are not ignored, so it implies
!      `-M' rather than `-MM'.  However, the dependence on the main input
!      file is omitted.  *Note Preprocessor Options::.
  
! `SOURCE_DATE_EPOCH'
       If this variable is set, its value specifies a UNIX timestamp to be
!      used in replacement of the current date and time in the `__DATE__'
!      and `__TIME__' macros, so that the embedded timestamps become
       reproducible.
  
!      The value of `SOURCE_DATE_EPOCH' must be a UNIX timestamp, defined
!      as the number of seconds (excluding leap seconds) since 01 Jan
!      1970 00:00:00 represented in ASCII; identical to the output of
!      ``date +%s'' on GNU/Linux and other systems that support the `%s'
!      extension in the `date' command.
  
       The value should be a known timestamp such as the last modification
       time of the source or package and it should be set by the build
       process.
  
+ 
  
  File: gcc.info,  Node: Precompiled Headers,  Prev: Environment Variables,  Up: Invoking GCC
  
*************** build the project.  To make builds faste
*** 24320,24364 ****
  "precompile" a header file.
  
   To create a precompiled header file, simply compile it as you would any
! other file, if necessary using the '-x' option to make the driver treat
! it as a C or C++ header file.  You may want to use a tool like 'make' to
! keep the precompiled header up-to-date when the headers it contains
  change.
  
!  A precompiled header file is searched for when '#include' is seen in
  the compilation.  As it searches for the included file (*note Search
  Path: (cpp)Search Path.) the compiler looks for a precompiled header in
  each directory just before it looks for the include file in that
  directory.  The name searched for is the name specified in the
! '#include' with '.gch' appended.  If the precompiled header file cannot
  be used, it is ignored.
  
!  For instance, if you have '#include "all.h"', and you have 'all.h.gch'
! in the same directory as 'all.h', then the precompiled header file is
  used if possible, and the original header is used otherwise.
  
   Alternatively, you might decide to put the precompiled header file in a
! directory and use '-I' to ensure that directory is searched before (or
  instead of) the directory containing the original header.  Then, if you
  want to check that the precompiled header file is always used, you can
  put a file of the same name as the original header in this directory
! containing an '#error' command.
  
!  This also works with '-include'.  So yet another way to use precompiled
! headers, good for projects not designed with precompiled header files in
! mind, is to simply take most of the header files used by a project,
! include them from another header file, precompile that header file, and
! '-include' the precompiled header.  If the header files have guards
! against multiple inclusion, they are skipped because they've already
! been included (in the precompiled header).
  
!  If you need to precompile the same header file for different languages,
! targets, or compiler options, you can instead make a _directory_ named
! like 'all.h.gch', and put each precompiled header in the directory,
! perhaps using '-o'.  It doesn't matter what you call the files in the
! directory; every precompiled header in the directory is considered.  The
! first precompiled header encountered in the directory that is valid for
! this compilation is used; they're searched in no particular order.
  
   There are many other possibilities, limited only by your imagination,
  good sense, and the constraints of your build system.
--- 24513,24558 ----
  "precompile" a header file.
  
   To create a precompiled header file, simply compile it as you would any
! other file, if necessary using the `-x' option to make the driver treat
! it as a C or C++ header file.  You may want to use a tool like `make'
! to keep the precompiled header up-to-date when the headers it contains
  change.
  
!  A precompiled header file is searched for when `#include' is seen in
  the compilation.  As it searches for the included file (*note Search
  Path: (cpp)Search Path.) the compiler looks for a precompiled header in
  each directory just before it looks for the include file in that
  directory.  The name searched for is the name specified in the
! `#include' with `.gch' appended.  If the precompiled header file cannot
  be used, it is ignored.
  
!  For instance, if you have `#include "all.h"', and you have `all.h.gch'
! in the same directory as `all.h', then the precompiled header file is
  used if possible, and the original header is used otherwise.
  
   Alternatively, you might decide to put the precompiled header file in a
! directory and use `-I' to ensure that directory is searched before (or
  instead of) the directory containing the original header.  Then, if you
  want to check that the precompiled header file is always used, you can
  put a file of the same name as the original header in this directory
! containing an `#error' command.
  
!  This also works with `-include'.  So yet another way to use
! precompiled headers, good for projects not designed with precompiled
! header files in mind, is to simply take most of the header files used by
! a project, include them from another header file, precompile that header
! file, and `-include' the precompiled header.  If the header files have
! guards against multiple inclusion, they are skipped because they've
! already been included (in the precompiled header).
  
!  If you need to precompile the same header file for different
! languages, targets, or compiler options, you can instead make a
! _directory_ named like `all.h.gch', and put each precompiled header in
! the directory, perhaps using `-o'.  It doesn't matter what you call the
! files in the directory; every precompiled header in the directory is
! considered.  The first precompiled header encountered in the directory
! that is valid for this compilation is used; they're searched in no
! particular order.
  
   There are many other possibilities, limited only by your imagination,
  good sense, and the constraints of your build system.
*************** good sense, and the constraints of your
*** 24368,24376 ****
     * Only one precompiled header can be used in a particular
       compilation.
  
!    * A precompiled header cannot be used once the first C token is seen.
!      You can have preprocessor directives before a precompiled header;
!      you cannot include a precompiled header from inside another header.
  
     * The precompiled header file must be produced for the same language
       as the current compilation.  You cannot use a C precompiled header
--- 24562,24571 ----
     * Only one precompiled header can be used in a particular
       compilation.
  
!    * A precompiled header cannot be used once the first C token is
!      seen.  You can have preprocessor directives before a precompiled
!      header; you cannot include a precompiled header from inside
!      another header.
  
     * The precompiled header file must be produced for the same language
       as the current compilation.  You cannot use a C precompiled header
*************** good sense, and the constraints of your
*** 24385,24402 ****
       usually means that they don't appear in the precompiled header at
       all.
  
!      The '-D' option is one way to define a macro before a precompiled
!      header is included; using a '#define' can also do it.  There are
!      also some options that define macros implicitly, like '-O' and
!      '-Wdeprecated'; the same rule applies to macros defined this way.
  
     * If debugging information is output when using the precompiled
!      header, using '-g' or similar, the same kind of debugging
       information must have been output when building the precompiled
!      header.  However, a precompiled header built using '-g' can be used
!      in a compilation when no debugging information is being output.
  
!    * The same '-m' options must generally be used when building and
       using the precompiled header.  *Note Submodel Options::, for any
       cases where this rule is relaxed.
  
--- 24580,24598 ----
       usually means that they don't appear in the precompiled header at
       all.
  
!      The `-D' option is one way to define a macro before a precompiled
!      header is included; using a `#define' can also do it.  There are
!      also some options that define macros implicitly, like `-O' and
!      `-Wdeprecated'; the same rule applies to macros defined this way.
  
     * If debugging information is output when using the precompiled
!      header, using `-g' or similar, the same kind of debugging
       information must have been output when building the precompiled
!      header.  However, a precompiled header built using `-g' can be
!      used in a compilation when no debugging information is being
!      output.
  
!    * The same `-m' options must generally be used when building and
       using the precompiled header.  *Note Submodel Options::, for any
       cases where this rule is relaxed.
  
*************** good sense, and the constraints of your
*** 24405,24422 ****
  
            -fexceptions
  
!    * Some other command-line options starting with '-f', '-p', or '-O'
       must be defined in the same way as when the precompiled header was
       generated.  At present, it's not clear which options are safe to
       change and which are not; the safest choice is to use exactly the
!      same options when generating and using the precompiled header.  The
!      following are known to be safe:
  
            -fmessage-length=  -fpreprocessed  -fsched-interblock
            -fsched-spec  -fsched-spec-load  -fsched-spec-load-dangerous
            -fsched-verbose=NUMBER  -fschedule-insns  -fvisibility=
            -pedantic-errors
  
   For all of these except the last, the compiler automatically ignores
  the precompiled header if the conditions aren't met.  If you find an
  option combination that doesn't work and doesn't cause the precompiled
--- 24601,24619 ----
  
            -fexceptions
  
!    * Some other command-line options starting with `-f', `-p', or `-O'
       must be defined in the same way as when the precompiled header was
       generated.  At present, it's not clear which options are safe to
       change and which are not; the safest choice is to use exactly the
!      same options when generating and using the precompiled header.
!      The following are known to be safe:
  
            -fmessage-length=  -fpreprocessed  -fsched-interblock
            -fsched-spec  -fsched-spec-load  -fsched-spec-load-dangerous
            -fsched-verbose=NUMBER  -fschedule-insns  -fvisibility=
            -pedantic-errors
  
+ 
   For all of these except the last, the compiler automatically ignores
  the precompiled header if the conditions aren't met.  If you find an
  option combination that doesn't work and doesn't cause the precompiled
*************** header to be ignored, please consider fi
*** 24424,24433 ****
  Bugs::.
  
   If you do use differing options when generating and using the
! precompiled header, the actual behavior is a mixture of the behavior for
! the options.  For instance, if you use '-g' to generate the precompiled
! header but not when using it, you may or may not get debugging
! information for routines in the precompiled header.
  
  
  File: gcc.info,  Node: C Implementation,  Next: C++ Implementation,  Prev: Invoking GCC,  Up: Top
--- 24621,24630 ----
  Bugs::.
  
   If you do use differing options when generating and using the
! precompiled header, the actual behavior is a mixture of the behavior
! for the options.  For instance, if you use `-g' to generate the
! precompiled header but not when using it, you may or may not get
! debugging information for routines in the precompiled header.
  
  
  File: gcc.info,  Node: C Implementation,  Next: C++ Implementation,  Prev: Invoking GCC,  Up: Top
*************** version of the standard.
*** 24445,24456 ****
   Some choices depend on the externally determined ABI for the platform
  (including standard character encodings) which GCC follows; these are
  listed as "determined by ABI" below.  *Note Binary Compatibility:
! Compatibility, and <http://gcc.gnu.org/readings.html>.  Some choices are
! documented in the preprocessor manual.  *Note Implementation-defined
! behavior: (cpp)Implementation-defined behavior.  Some choices are made
! by the library and operating system (or other environment when compiling
! for a freestanding environment); refer to their documentation for
! details.
  
  * Menu:
  
--- 24642,24653 ----
   Some choices depend on the externally determined ABI for the platform
  (including standard character encodings) which GCC follows; these are
  listed as "determined by ABI" below.  *Note Binary Compatibility:
! Compatibility, and `http://gcc.gnu.org/readings.html'.  Some choices
! are documented in the preprocessor manual.  *Note
! Implementation-defined behavior: (cpp)Implementation-defined behavior.
! Some choices are made by the library and operating system (or other
! environment when compiling for a freestanding environment); refer to
! their documentation for details.
  
  * Menu:
  
*************** File: gcc.info,  Node: Translation imple
*** 24477,24494 ****
  4.1 Translation
  ===============
  
!    * 'How a diagnostic is identified (C90 3.7, C99 and C11 3.10, C90,
       C99 and C11 5.1.1.3).'
  
       Diagnostics consist of all the output sent to stderr by GCC.
  
!    * 'Whether each nonempty sequence of white-space characters other
       than new-line is retained or replaced by one space character in
       translation phase 3 (C90, C99 and C11 5.1.1.2).'
  
       *Note Implementation-defined behavior: (cpp)Implementation-defined
       behavior.
  
  
  File: gcc.info,  Node: Environment implementation,  Next: Identifiers implementation,  Prev: Translation implementation,  Up: C Implementation
  
--- 24674,24692 ----
  4.1 Translation
  ===============
  
!    * `How a diagnostic is identified (C90 3.7, C99 and C11 3.10, C90,
       C99 and C11 5.1.1.3).'
  
       Diagnostics consist of all the output sent to stderr by GCC.
  
!    * `Whether each nonempty sequence of white-space characters other
       than new-line is retained or replaced by one space character in
       translation phase 3 (C90, C99 and C11 5.1.1.2).'
  
       *Note Implementation-defined behavior: (cpp)Implementation-defined
       behavior.
  
+ 
  
  File: gcc.info,  Node: Environment implementation,  Next: Identifiers implementation,  Prev: Translation implementation,  Up: C Implementation
  
*************** File: gcc.info,  Node: Environment imple
*** 24498,24632 ****
  The behavior of most of these points are dependent on the implementation
  of the C library, and are not defined by GCC itself.
  
!    * 'The mapping between physical source file multibyte characters and
       the source character set in translation phase 1 (C90, C99 and C11
       5.1.1.2).'
  
       *Note Implementation-defined behavior: (cpp)Implementation-defined
       behavior.
  
  
  File: gcc.info,  Node: Identifiers implementation,  Next: Characters implementation,  Prev: Environment implementation,  Up: C Implementation
  
  4.3 Identifiers
  ===============
  
!    * 'Which additional multibyte characters may appear in identifiers
       and their correspondence to universal character names (C99 and C11
       6.4.2).'
  
       *Note Implementation-defined behavior: (cpp)Implementation-defined
       behavior.
  
!    * 'The number of significant initial characters in an identifier (C90
!      6.1.2, C90, C99 and C11 5.2.4.1, C99 and C11 6.4.2).'
  
       For internal names, all characters are significant.  For external
       names, the number of significant characters are defined by the
       linker; for almost all targets, all characters are significant.
  
!    * 'Whether case distinctions are significant in an identifier with
       external linkage (C90 6.1.2).'
  
       This is a property of the linker.  C99 and C11 require that case
       distinctions are always significant in identifiers with external
       linkage and systems without this property are not supported by GCC.
  
  
  File: gcc.info,  Node: Characters implementation,  Next: Integers implementation,  Prev: Identifiers implementation,  Up: C Implementation
  
  4.4 Characters
  ==============
  
!    * 'The number of bits in a byte (C90 3.4, C99 and C11 3.6).'
  
       Determined by ABI.
  
!    * 'The values of the members of the execution character set (C90, C99
!      and C11 5.2.1).'
  
       Determined by ABI.
  
!    * 'The unique value of the member of the execution character set
!      produced for each of the standard alphabetic escape sequences (C90,
!      C99 and C11 5.2.2).'
  
       Determined by ABI.
  
!    * 'The value of a 'char' object into which has been stored any
       character other than a member of the basic execution character set
       (C90 6.1.2.5, C99 and C11 6.2.5).'
  
       Determined by ABI.
  
!    * 'Which of 'signed char' or 'unsigned char' has the same range,
!      representation, and behavior as "plain" 'char' (C90 6.1.2.5, C90
       6.2.1.1, C99 and C11 6.2.5, C99 and C11 6.3.1.1).'
  
!      Determined by ABI.  The options '-funsigned-char' and
!      '-fsigned-char' change the default.  *Note Options Controlling C
       Dialect: C Dialect Options.
  
!    * 'The mapping of members of the source character set (in character
       constants and string literals) to members of the execution
       character set (C90 6.1.3.4, C99 and C11 6.4.4.4, C90, C99 and C11
       5.1.1.2).'
  
       Determined by ABI.
  
!    * 'The value of an integer character constant containing more than
       one character or containing a character or escape sequence that
!      does not map to a single-byte execution character (C90 6.1.3.4, C99
!      and C11 6.4.4.4).'
  
       *Note Implementation-defined behavior: (cpp)Implementation-defined
       behavior.
  
!    * 'The value of a wide character constant containing more than one
       multibyte character or a single multibyte character that maps to
       multiple members of the extended execution character set, or
!      containing a multibyte character or escape sequence not represented
!      in the extended execution character set (C90 6.1.3.4, C99 and C11
!      6.4.4.4).'
  
       *Note Implementation-defined behavior: (cpp)Implementation-defined
       behavior.
  
!    * 'The current locale used to convert a wide character constant
!      consisting of a single multibyte character that maps to a member of
!      the extended execution character set into a corresponding wide
       character code (C90 6.1.3.4, C99 and C11 6.4.4.4).'
  
       *Note Implementation-defined behavior: (cpp)Implementation-defined
       behavior.
  
!    * 'Whether differently-prefixed wide string literal tokens can be
       concatenated and, if so, the treatment of the resulting multibyte
       character sequence (C11 6.4.5).'
  
       Such tokens may not be concatenated.
  
!    * 'The current locale used to convert a wide string literal into
       corresponding wide character codes (C90 6.1.4, C99 and C11 6.4.5).'
  
       *Note Implementation-defined behavior: (cpp)Implementation-defined
       behavior.
  
!    * 'The value of a string literal containing a multibyte character or
!      escape sequence not represented in the execution character set (C90
!      6.1.4, C99 and C11 6.4.5).'
  
       *Note Implementation-defined behavior: (cpp)Implementation-defined
       behavior.
  
!    * 'The encoding of any of 'wchar_t', 'char16_t', and 'char32_t' where
!      the corresponding standard encoding macro ('__STDC_ISO_10646__',
!      '__STDC_UTF_16__', or '__STDC_UTF_32__') is not defined (C11
!      6.10.8.2).'
  
       *Note Implementation-defined behavior: (cpp)Implementation-defined
!      behavior.  'char16_t' and 'char32_t' literals are always encoded in
!      UTF-16 and UTF-32 respectively.
  
  
  File: gcc.info,  Node: Integers implementation,  Next: Floating point implementation,  Prev: Characters implementation,  Up: C Implementation
--- 24696,24833 ----
  The behavior of most of these points are dependent on the implementation
  of the C library, and are not defined by GCC itself.
  
!    * `The mapping between physical source file multibyte characters and
       the source character set in translation phase 1 (C90, C99 and C11
       5.1.1.2).'
  
       *Note Implementation-defined behavior: (cpp)Implementation-defined
       behavior.
  
+ 
  
  File: gcc.info,  Node: Identifiers implementation,  Next: Characters implementation,  Prev: Environment implementation,  Up: C Implementation
  
  4.3 Identifiers
  ===============
  
!    * `Which additional multibyte characters may appear in identifiers
       and their correspondence to universal character names (C99 and C11
       6.4.2).'
  
       *Note Implementation-defined behavior: (cpp)Implementation-defined
       behavior.
  
!    * `The number of significant initial characters in an identifier
!      (C90 6.1.2, C90, C99 and C11 5.2.4.1, C99 and C11 6.4.2).'
  
       For internal names, all characters are significant.  For external
       names, the number of significant characters are defined by the
       linker; for almost all targets, all characters are significant.
  
!    * `Whether case distinctions are significant in an identifier with
       external linkage (C90 6.1.2).'
  
       This is a property of the linker.  C99 and C11 require that case
       distinctions are always significant in identifiers with external
       linkage and systems without this property are not supported by GCC.
  
+ 
  
  File: gcc.info,  Node: Characters implementation,  Next: Integers implementation,  Prev: Identifiers implementation,  Up: C Implementation
  
  4.4 Characters
  ==============
  
!    * `The number of bits in a byte (C90 3.4, C99 and C11 3.6).'
  
       Determined by ABI.
  
!    * `The values of the members of the execution character set (C90,
!      C99 and C11 5.2.1).'
  
       Determined by ABI.
  
!    * `The unique value of the member of the execution character set
!      produced for each of the standard alphabetic escape sequences
!      (C90, C99 and C11 5.2.2).'
  
       Determined by ABI.
  
!    * `The value of a `char' object into which has been stored any
       character other than a member of the basic execution character set
       (C90 6.1.2.5, C99 and C11 6.2.5).'
  
       Determined by ABI.
  
!    * `Which of `signed char' or `unsigned char' has the same range,
!      representation, and behavior as "plain" `char' (C90 6.1.2.5, C90
       6.2.1.1, C99 and C11 6.2.5, C99 and C11 6.3.1.1).'
  
!      Determined by ABI.  The options `-funsigned-char' and
!      `-fsigned-char' change the default.  *Note Options Controlling C
       Dialect: C Dialect Options.
  
!    * `The mapping of members of the source character set (in character
       constants and string literals) to members of the execution
       character set (C90 6.1.3.4, C99 and C11 6.4.4.4, C90, C99 and C11
       5.1.1.2).'
  
       Determined by ABI.
  
!    * `The value of an integer character constant containing more than
       one character or containing a character or escape sequence that
!      does not map to a single-byte execution character (C90 6.1.3.4,
!      C99 and C11 6.4.4.4).'
  
       *Note Implementation-defined behavior: (cpp)Implementation-defined
       behavior.
  
!    * `The value of a wide character constant containing more than one
       multibyte character or a single multibyte character that maps to
       multiple members of the extended execution character set, or
!      containing a multibyte character or escape sequence not
!      represented in the extended execution character set (C90 6.1.3.4,
!      C99 and C11 6.4.4.4).'
  
       *Note Implementation-defined behavior: (cpp)Implementation-defined
       behavior.
  
!    * `The current locale used to convert a wide character constant
!      consisting of a single multibyte character that maps to a member
!      of the extended execution character set into a corresponding wide
       character code (C90 6.1.3.4, C99 and C11 6.4.4.4).'
  
       *Note Implementation-defined behavior: (cpp)Implementation-defined
       behavior.
  
!    * `Whether differently-prefixed wide string literal tokens can be
       concatenated and, if so, the treatment of the resulting multibyte
       character sequence (C11 6.4.5).'
  
       Such tokens may not be concatenated.
  
!    * `The current locale used to convert a wide string literal into
       corresponding wide character codes (C90 6.1.4, C99 and C11 6.4.5).'
  
       *Note Implementation-defined behavior: (cpp)Implementation-defined
       behavior.
  
!    * `The value of a string literal containing a multibyte character or
!      escape sequence not represented in the execution character set
!      (C90 6.1.4, C99 and C11 6.4.5).'
  
       *Note Implementation-defined behavior: (cpp)Implementation-defined
       behavior.
  
!    * `The encoding of any of `wchar_t', `char16_t', and `char32_t'
!      where the corresponding standard encoding macro
!      (`__STDC_ISO_10646__', `__STDC_UTF_16__', or `__STDC_UTF_32__') is
!      not defined (C11 6.10.8.2).'
  
       *Note Implementation-defined behavior: (cpp)Implementation-defined
!      behavior.  `char16_t' and `char32_t' literals are always encoded
!      in UTF-16 and UTF-32 respectively.
! 
  
  
  File: gcc.info,  Node: Integers implementation,  Next: Floating point implementation,  Prev: Characters implementation,  Up: C Implementation
*************** File: gcc.info,  Node: Integers implemen
*** 24634,24645 ****
  4.5 Integers
  ============
  
!    * 'Any extended integer types that exist in the implementation (C99
       and C11 6.2.5).'
  
       GCC does not support any extended integer types.
  
!    * 'Whether signed integer types are represented using sign and
       magnitude, two's complement, or one's complement, and whether the
       extraordinary value is a trap representation or an ordinary value
       (C99 and C11 6.2.6.2).'
--- 24835,24846 ----
  4.5 Integers
  ============
  
!    * `Any extended integer types that exist in the implementation (C99
       and C11 6.2.5).'
  
       GCC does not support any extended integer types.
  
!    * `Whether signed integer types are represented using sign and
       magnitude, two's complement, or one's complement, and whether the
       extraordinary value is a trap representation or an ordinary value
       (C99 and C11 6.2.6.2).'
*************** File: gcc.info,  Node: Integers implemen
*** 24647,24772 ****
       GCC supports only two's complement integer types, and all bit
       patterns are ordinary values.
  
!    * 'The rank of any extended integer type relative to another extended
       integer type with the same precision (C99 and C11 6.3.1.1).'
  
       GCC does not support any extended integer types.
  
!    * 'The result of, or the signal raised by, converting an integer to a
       signed integer type when the value cannot be represented in an
       object of that type (C90 6.2.1.2, C99 and C11 6.3.1.3).'
  
       For conversion to a type of width N, the value is reduced modulo
       2^N to be within range of the type; no signal is raised.
  
!    * 'The results of some bitwise operations on signed integers (C90
       6.3, C99 and C11 6.5).'
  
       Bitwise operators act on the representation of the value including
       both the sign and value bits, where the sign bit is considered
!      immediately above the highest-value value bit.  Signed '>>' acts on
!      negative numbers by sign extension.
  
       As an extension to the C language, GCC does not use the latitude
!      given in C99 and C11 only to treat certain aspects of signed '<<'
!      as undefined.  However, '-fsanitize=shift' (and
!      '-fsanitize=undefined') will diagnose such cases.  They are also
       diagnosed where constant expressions are required.
  
!    * 'The sign of the remainder on integer division (C90 6.3.5).'
  
       GCC always follows the C99 and C11 requirement that the result of
       division is truncated towards zero.
  
  
  File: gcc.info,  Node: Floating point implementation,  Next: Arrays and pointers implementation,  Prev: Integers implementation,  Up: C Implementation
  
  4.6 Floating Point
  ==================
  
!    * 'The accuracy of the floating-point operations and of the library
!      functions in '<math.h>' and '<complex.h>' that return
       floating-point results (C90, C99 and C11 5.2.4.2.2).'
  
       The accuracy is unknown.
  
!    * 'The rounding behaviors characterized by non-standard values of
!      'FLT_ROUNDS' (C90, C99 and C11 5.2.4.2.2).'
  
       GCC does not use such values.
  
!    * 'The evaluation methods characterized by non-standard negative
!      values of 'FLT_EVAL_METHOD' (C99 and C11 5.2.4.2.2).'
  
       GCC does not use such values.
  
!    * 'The direction of rounding when an integer is converted to a
       floating-point number that cannot exactly represent the original
       value (C90 6.2.1.3, C99 and C11 6.3.1.4).'
  
       C99 Annex F is followed.
  
!    * 'The direction of rounding when a floating-point number is
!      converted to a narrower floating-point number (C90 6.2.1.4, C99 and
!      C11 6.3.1.5).'
  
       C99 Annex F is followed.
  
!    * 'How the nearest representable value or the larger or smaller
       representable value immediately adjacent to the nearest
       representable value is chosen for certain floating constants (C90
       6.1.3.1, C99 and C11 6.4.4.2).'
  
       C99 Annex F is followed.
  
!    * 'Whether and how floating expressions are contracted when not
!      disallowed by the 'FP_CONTRACT' pragma (C99 and C11 6.5).'
  
!      Expressions are currently only contracted if '-ffp-contract=fast',
!      '-funsafe-math-optimizations' or '-ffast-math' are used.  This is
       subject to change.
  
!    * 'The default state for the 'FENV_ACCESS' pragma (C99 and C11
       7.6.1).'
  
       This pragma is not implemented, but the default is to "off" unless
!      '-frounding-math' is used in which case it is "on".
  
!    * 'Additional floating-point exceptions, rounding modes,
       environments, and classifications, and their macro names (C99 and
       C11 7.6, C99 and C11 7.12).'
  
       This is dependent on the implementation of the C library, and is
       not defined by GCC itself.
  
!    * 'The default state for the 'FP_CONTRACT' pragma (C99 and C11
       7.12.2).'
  
       This pragma is not implemented.  Expressions are currently only
!      contracted if '-ffp-contract=fast', '-funsafe-math-optimizations'
!      or '-ffast-math' are used.  This is subject to change.
  
!    * 'Whether the "inexact" floating-point exception can be raised when
       the rounded result actually does equal the mathematical result in
       an IEC 60559 conformant implementation (C99 F.9).'
  
       This is dependent on the implementation of the C library, and is
       not defined by GCC itself.
  
!    * 'Whether the "underflow" (and "inexact") floating-point exception
!      can be raised when a result is tiny but not inexact in an IEC 60559
!      conformant implementation (C99 F.9).'
  
       This is dependent on the implementation of the C library, and is
       not defined by GCC itself.
  
  
  File: gcc.info,  Node: Arrays and pointers implementation,  Next: Hints implementation,  Prev: Floating point implementation,  Up: C Implementation
  
  4.7 Arrays and Pointers
  =======================
  
!    * 'The result of converting a pointer to an integer or vice versa
       (C90 6.3.4, C99 and C11 6.3.2.3).'
  
       A cast from pointer to integer discards most-significant bits if
--- 24848,24975 ----
       GCC supports only two's complement integer types, and all bit
       patterns are ordinary values.
  
!    * `The rank of any extended integer type relative to another extended
       integer type with the same precision (C99 and C11 6.3.1.1).'
  
       GCC does not support any extended integer types.
  
!    * `The result of, or the signal raised by, converting an integer to a
       signed integer type when the value cannot be represented in an
       object of that type (C90 6.2.1.2, C99 and C11 6.3.1.3).'
  
       For conversion to a type of width N, the value is reduced modulo
       2^N to be within range of the type; no signal is raised.
  
!    * `The results of some bitwise operations on signed integers (C90
       6.3, C99 and C11 6.5).'
  
       Bitwise operators act on the representation of the value including
       both the sign and value bits, where the sign bit is considered
!      immediately above the highest-value value bit.  Signed `>>' acts
!      on negative numbers by sign extension.
  
       As an extension to the C language, GCC does not use the latitude
!      given in C99 and C11 only to treat certain aspects of signed `<<'
!      as undefined.  However, `-fsanitize=shift' (and
!      `-fsanitize=undefined') will diagnose such cases.  They are also
       diagnosed where constant expressions are required.
  
!    * `The sign of the remainder on integer division (C90 6.3.5).'
  
       GCC always follows the C99 and C11 requirement that the result of
       division is truncated towards zero.
  
+ 
  
  File: gcc.info,  Node: Floating point implementation,  Next: Arrays and pointers implementation,  Prev: Integers implementation,  Up: C Implementation
  
  4.6 Floating Point
  ==================
  
!    * `The accuracy of the floating-point operations and of the library
!      functions in `<math.h>' and `<complex.h>' that return
       floating-point results (C90, C99 and C11 5.2.4.2.2).'
  
       The accuracy is unknown.
  
!    * `The rounding behaviors characterized by non-standard values of
!      `FLT_ROUNDS'  (C90, C99 and C11 5.2.4.2.2).'
  
       GCC does not use such values.
  
!    * `The evaluation methods characterized by non-standard negative
!      values of `FLT_EVAL_METHOD' (C99 and C11 5.2.4.2.2).'
  
       GCC does not use such values.
  
!    * `The direction of rounding when an integer is converted to a
       floating-point number that cannot exactly represent the original
       value (C90 6.2.1.3, C99 and C11 6.3.1.4).'
  
       C99 Annex F is followed.
  
!    * `The direction of rounding when a floating-point number is
!      converted to a narrower floating-point number (C90 6.2.1.4, C99
!      and C11 6.3.1.5).'
  
       C99 Annex F is followed.
  
!    * `How the nearest representable value or the larger or smaller
       representable value immediately adjacent to the nearest
       representable value is chosen for certain floating constants (C90
       6.1.3.1, C99 and C11 6.4.4.2).'
  
       C99 Annex F is followed.
  
!    * `Whether and how floating expressions are contracted when not
!      disallowed by the `FP_CONTRACT' pragma (C99 and C11 6.5).'
  
!      Expressions are currently only contracted if `-ffp-contract=fast',
!      `-funsafe-math-optimizations' or `-ffast-math' are used.  This is
       subject to change.
  
!    * `The default state for the `FENV_ACCESS' pragma (C99 and C11
       7.6.1).'
  
       This pragma is not implemented, but the default is to "off" unless
!      `-frounding-math' is used in which case it is "on".
  
!    * `Additional floating-point exceptions, rounding modes,
       environments, and classifications, and their macro names (C99 and
       C11 7.6, C99 and C11 7.12).'
  
       This is dependent on the implementation of the C library, and is
       not defined by GCC itself.
  
!    * `The default state for the `FP_CONTRACT' pragma (C99 and C11
       7.12.2).'
  
       This pragma is not implemented.  Expressions are currently only
!      contracted if `-ffp-contract=fast', `-funsafe-math-optimizations'
!      or `-ffast-math' are used.  This is subject to change.
  
!    * `Whether the "inexact" floating-point exception can be raised when
       the rounded result actually does equal the mathematical result in
       an IEC 60559 conformant implementation (C99 F.9).'
  
       This is dependent on the implementation of the C library, and is
       not defined by GCC itself.
  
!    * `Whether the "underflow" (and "inexact") floating-point exception
!      can be raised when a result is tiny but not inexact in an IEC
!      60559 conformant implementation (C99 F.9).'
  
       This is dependent on the implementation of the C library, and is
       not defined by GCC itself.
  
+ 
  
  File: gcc.info,  Node: Arrays and pointers implementation,  Next: Hints implementation,  Prev: Floating point implementation,  Up: C Implementation
  
  4.7 Arrays and Pointers
  =======================
  
!    * `The result of converting a pointer to an integer or vice versa
       (C90 6.3.4, C99 and C11 6.3.2.3).'
  
       A cast from pointer to integer discards most-significant bits if
*************** File: gcc.info,  Node: Arrays and pointe
*** 24786,24801 ****
       integer arithmetic to avoid the undefined behavior of pointer
       arithmetic as proscribed in C99 and C11 6.5.6/8.
  
!    * 'The size of the result of subtracting two pointers to elements of
       the same array (C90 6.3.6, C99 and C11 6.5.6).'
  
       The value is as specified in the standard and the type is
       determined by the ABI.
  
-    ---------- Footnotes ----------
  
!    (1) Future versions of GCC may zero-extend, or use a target-defined
! 'ptr_extend' pattern.  Do not rely on sign extension.
  
  
  File: gcc.info,  Node: Hints implementation,  Next: Structures unions enumerations and bit-fields implementation,  Prev: Arrays and pointers implementation,  Up: C Implementation
--- 24989,25005 ----
       integer arithmetic to avoid the undefined behavior of pointer
       arithmetic as proscribed in C99 and C11 6.5.6/8.
  
!    * `The size of the result of subtracting two pointers to elements of
       the same array (C90 6.3.6, C99 and C11 6.5.6).'
  
       The value is as specified in the standard and the type is
       determined by the ABI.
  
  
!  ---------- Footnotes ----------
! 
!  (1) Future versions of GCC may zero-extend, or use a target-defined
! `ptr_extend' pattern.  Do not rely on sign extension.
  
  
  File: gcc.info,  Node: Hints implementation,  Next: Structures unions enumerations and bit-fields implementation,  Prev: Arrays and pointers implementation,  Up: C Implementation
*************** File: gcc.info,  Node: Hints implementat
*** 24803,24893 ****
  4.8 Hints
  =========
  
!    * 'The extent to which suggestions made by using the 'register'
       storage-class specifier are effective (C90 6.5.1, C99 and C11
       6.7.1).'
  
!      The 'register' specifier affects code generation only in these
       ways:
  
          * When used as part of the register variable extension, see
            *note Explicit Register Variables::.
  
!         * When '-O0' is in use, the compiler allocates distinct stack
!           memory for all variables that do not have the 'register'
!           storage-class specifier; if 'register' is specified, the
            variable may have a shorter lifespan than the code would
            indicate and may never be placed in memory.
  
!         * On some rare x86 targets, 'setjmp' doesn't save the registers
            in all circumstances.  In those cases, GCC doesn't allocate
!           any variables in registers unless they are marked 'register'.
  
!    * 'The extent to which suggestions made by using the inline function
       specifier are effective (C99 and C11 6.7.4).'
  
!      GCC will not inline any functions if the '-fno-inline' option is
!      used or if '-O0' is used.  Otherwise, GCC may still be unable to
!      inline a function for many reasons; the '-Winline' option may be
       used to determine if a function has not been inlined and why not.
  
  
  File: gcc.info,  Node: Structures unions enumerations and bit-fields implementation,  Next: Qualifiers implementation,  Prev: Hints implementation,  Up: C Implementation
  
  4.9 Structures, Unions, Enumerations, and Bit-Fields
  ====================================================
  
!    * 'A member of a union object is accessed using a member of a
       different type (C90 6.3.2.3).'
  
       The relevant bytes of the representation of the object are treated
       as an object of the type used for the access.  *Note
       Type-punning::.  This may be a trap representation.
  
!    * 'Whether a "plain" 'int' bit-field is treated as a 'signed int'
!      bit-field or as an 'unsigned int' bit-field (C90 6.5.2, C90
       6.5.2.1, C99 and C11 6.7.2, C99 and C11 6.7.2.1).'
  
!      By default it is treated as 'signed int' but this may be changed by
!      the '-funsigned-bitfields' option.
  
!    * 'Allowable bit-field types other than '_Bool', 'signed int', and
!      'unsigned int' (C99 and C11 6.7.2.1).'
  
!      Other integer types, such as 'long int', and enumerated types are
       permitted even in strictly conforming mode.
  
!    * 'Whether atomic types are permitted for bit-fields (C11 6.7.2.1).'
  
       Atomic types are not permitted for bit-fields.
  
!    * 'Whether a bit-field can straddle a storage-unit boundary (C90
       6.5.2.1, C99 and C11 6.7.2.1).'
  
       Determined by ABI.
  
!    * 'The order of allocation of bit-fields within a unit (C90 6.5.2.1,
       C99 and C11 6.7.2.1).'
  
       Determined by ABI.
  
!    * 'The alignment of non-bit-field members of structures (C90 6.5.2.1,
!      C99 and C11 6.7.2.1).'
  
       Determined by ABI.
  
!    * 'The integer type compatible with each enumerated type (C90
       6.5.2.2, C99 and C11 6.7.2.2).'
  
!      Normally, the type is 'unsigned int' if there are no negative
!      values in the enumeration, otherwise 'int'.  If '-fshort-enums' is
       specified, then if there are negative values it is the first of
!      'signed char', 'short' and 'int' that can represent all the values,
!      otherwise it is the first of 'unsigned char', 'unsigned short' and
!      'unsigned int' that can represent all the values.
  
-      On some targets, '-fshort-enums' is the default; this is determined
-      by the ABI.
  
  
  File: gcc.info,  Node: Qualifiers implementation,  Next: Declarators implementation,  Prev: Structures unions enumerations and bit-fields implementation,  Up: C Implementation
--- 25007,25100 ----
  4.8 Hints
  =========
  
!    * `The extent to which suggestions made by using the `register'
       storage-class specifier are effective (C90 6.5.1, C99 and C11
       6.7.1).'
  
!      The `register' specifier affects code generation only in these
       ways:
  
          * When used as part of the register variable extension, see
            *note Explicit Register Variables::.
  
!         * When `-O0' is in use, the compiler allocates distinct stack
!           memory for all variables that do not have the `register'
!           storage-class specifier; if `register' is specified, the
            variable may have a shorter lifespan than the code would
            indicate and may never be placed in memory.
  
!         * On some rare x86 targets, `setjmp' doesn't save the registers
            in all circumstances.  In those cases, GCC doesn't allocate
!           any variables in registers unless they are marked `register'.
  
! 
!    * `The extent to which suggestions made by using the inline function
       specifier are effective (C99 and C11 6.7.4).'
  
!      GCC will not inline any functions if the `-fno-inline' option is
!      used or if `-O0' is used.  Otherwise, GCC may still be unable to
!      inline a function for many reasons; the `-Winline' option may be
       used to determine if a function has not been inlined and why not.
  
+ 
  
  File: gcc.info,  Node: Structures unions enumerations and bit-fields implementation,  Next: Qualifiers implementation,  Prev: Hints implementation,  Up: C Implementation
  
  4.9 Structures, Unions, Enumerations, and Bit-Fields
  ====================================================
  
!    * `A member of a union object is accessed using a member of a
       different type (C90 6.3.2.3).'
  
       The relevant bytes of the representation of the object are treated
       as an object of the type used for the access.  *Note
       Type-punning::.  This may be a trap representation.
  
!    * `Whether a "plain" `int' bit-field is treated as a `signed int'
!      bit-field or as an `unsigned int' bit-field (C90 6.5.2, C90
       6.5.2.1, C99 and C11 6.7.2, C99 and C11 6.7.2.1).'
  
!      By default it is treated as `signed int' but this may be changed
!      by the `-funsigned-bitfields' option.
  
!    * `Allowable bit-field types other than `_Bool', `signed int', and
!      `unsigned int' (C99 and C11 6.7.2.1).'
  
!      Other integer types, such as `long int', and enumerated types are
       permitted even in strictly conforming mode.
  
!    * `Whether atomic types are permitted for bit-fields (C11 6.7.2.1).'
  
       Atomic types are not permitted for bit-fields.
  
!    * `Whether a bit-field can straddle a storage-unit boundary (C90
       6.5.2.1, C99 and C11 6.7.2.1).'
  
       Determined by ABI.
  
!    * `The order of allocation of bit-fields within a unit (C90 6.5.2.1,
       C99 and C11 6.7.2.1).'
  
       Determined by ABI.
  
!    * `The alignment of non-bit-field members of structures (C90
!      6.5.2.1, C99 and C11 6.7.2.1).'
  
       Determined by ABI.
  
!    * `The integer type compatible with each enumerated type (C90
       6.5.2.2, C99 and C11 6.7.2.2).'
  
!      Normally, the type is `unsigned int' if there are no negative
!      values in the enumeration, otherwise `int'.  If `-fshort-enums' is
       specified, then if there are negative values it is the first of
!      `signed char', `short' and `int' that can represent all the
!      values, otherwise it is the first of `unsigned char', `unsigned
!      short' and `unsigned int' that can represent all the values.
! 
!      On some targets, `-fshort-enums' is the default; this is
!      determined by the ABI.
  
  
  
  File: gcc.info,  Node: Qualifiers implementation,  Next: Declarators implementation,  Prev: Structures unions enumerations and bit-fields implementation,  Up: C Implementation
*************** File: gcc.info,  Node: Qualifiers implem
*** 24895,24906 ****
  4.10 Qualifiers
  ===============
  
!    * 'What constitutes an access to an object that has
       volatile-qualified type (C90 6.5.3, C99 and C11 6.7.3).'
  
       Such an object is normally accessed by pointers and used for
!      accessing hardware.  In most expressions, it is intuitively obvious
!      what is a read and what is a write.  For example
  
            volatile int *dst = SOMEVALUE;
            volatile int *src = SOMEOTHERVALUE;
--- 25102,25113 ----
  4.10 Qualifiers
  ===============
  
!    * `What constitutes an access to an object that has
       volatile-qualified type (C90 6.5.3, C99 and C11 6.7.3).'
  
       Such an object is normally accessed by pointers and used for
!      accessing hardware.  In most expressions, it is intuitively
!      obvious what is a read and what is a write.  For example
  
            volatile int *dst = SOMEVALUE;
            volatile int *src = SOMEOTHERVALUE;
*************** File: gcc.info,  Node: Qualifiers implem
*** 24909,24915 ****
       will cause a read of the volatile object pointed to by SRC and
       store the value into the volatile object pointed to by DST.  There
       is no guarantee that these reads and writes are atomic, especially
!      for objects larger than 'int'.
  
       However, if the volatile storage is not being modified, and the
       value of the volatile storage is not used, then the situation is
--- 25116,25122 ----
       will cause a read of the volatile object pointed to by SRC and
       store the value into the volatile object pointed to by DST.  There
       is no guarantee that these reads and writes are atomic, especially
!      for objects larger than `int'.
  
       However, if the volatile storage is not being modified, and the
       value of the volatile storage is not used, then the situation is
*************** File: gcc.info,  Node: Qualifiers implem
*** 24919,24925 ****
            *src;
  
       According to the C standard, such an expression is an rvalue whose
!      type is the unqualified version of its original type, i.e.  'int'.
       Whether GCC interprets this as a read of the volatile object being
       pointed to or only as a request to evaluate the expression for its
       side-effects depends on this type.
--- 25126,25132 ----
            *src;
  
       According to the C standard, such an expression is an rvalue whose
!      type is the unqualified version of its original type, i.e. `int'.
       Whether GCC interprets this as a read of the volatile object being
       pointed to or only as a request to evaluate the expression for its
       side-effects depends on this type.
*************** File: gcc.info,  Node: Qualifiers implem
*** 24930,24957 ****
       by GCC as a read of the volatile object; in the other cases, the
       expression is only evaluated for its side-effects.
  
  
  File: gcc.info,  Node: Declarators implementation,  Next: Statements implementation,  Prev: Qualifiers implementation,  Up: C Implementation
  
  4.11 Declarators
  ================
  
!    * 'The maximum number of declarators that may modify an arithmetic,
       structure or union type (C90 6.5.4).'
  
       GCC is only limited by available memory.
  
  
  File: gcc.info,  Node: Statements implementation,  Next: Preprocessing directives implementation,  Prev: Declarators implementation,  Up: C Implementation
  
  4.12 Statements
  ===============
  
!    * 'The maximum number of 'case' values in a 'switch' statement (C90
       6.6.4.2).'
  
       GCC is only limited by available memory.
  
  
  File: gcc.info,  Node: Preprocessing directives implementation,  Next: Library functions implementation,  Prev: Statements implementation,  Up: C Implementation
  
--- 25137,25167 ----
       by GCC as a read of the volatile object; in the other cases, the
       expression is only evaluated for its side-effects.
  
+ 
  
  File: gcc.info,  Node: Declarators implementation,  Next: Statements implementation,  Prev: Qualifiers implementation,  Up: C Implementation
  
  4.11 Declarators
  ================
  
!    * `The maximum number of declarators that may modify an arithmetic,
       structure or union type (C90 6.5.4).'
  
       GCC is only limited by available memory.
  
+ 
  
  File: gcc.info,  Node: Statements implementation,  Next: Preprocessing directives implementation,  Prev: Declarators implementation,  Up: C Implementation
  
  4.12 Statements
  ===============
  
!    * `The maximum number of `case' values in a `switch' statement (C90
       6.6.4.2).'
  
       GCC is only limited by available memory.
  
+ 
  
  File: gcc.info,  Node: Preprocessing directives implementation,  Next: Library functions implementation,  Prev: Statements implementation,  Up: C Implementation
  
*************** File: gcc.info,  Node: Preprocessing dir
*** 24962,25011 ****
  behavior, for details of these aspects of implementation-defined
  behavior.
  
!    * 'The locations within '#pragma' directives where header name
       preprocessing tokens are recognized (C11 6.4, C11 6.4.7).'
  
!    * 'How sequences in both forms of header names are mapped to headers
       or external source file names (C90 6.1.7, C99 and C11 6.4.7).'
  
!    * 'Whether the value of a character constant in a constant expression
       that controls conditional inclusion matches the value of the same
       character constant in the execution character set (C90 6.8.1, C99
       and C11 6.10.1).'
  
!    * 'Whether the value of a single-character character constant in a
       constant expression that controls conditional inclusion may have a
       negative value (C90 6.8.1, C99 and C11 6.10.1).'
  
!    * 'The places that are searched for an included '<>' delimited
       header, and how the places are specified or the header is
       identified (C90 6.8.2, C99 and C11 6.10.2).'
  
!    * 'How the named source file is searched for in an included '""'
       delimited header (C90 6.8.2, C99 and C11 6.10.2).'
  
!    * 'The method by which preprocessing tokens (possibly resulting from
!      macro expansion) in a '#include' directive are combined into a
       header name (C90 6.8.2, C99 and C11 6.10.2).'
  
!    * 'The nesting limit for '#include' processing (C90 6.8.2, C99 and
       C11 6.10.2).'
  
!    * 'Whether the '#' operator inserts a '\' character before the '\'
       character that begins a universal character name in a character
       constant or string literal (C99 and C11 6.10.3.2).'
  
!    * 'The behavior on each recognized non-'STDC #pragma' directive (C90
       6.8.6, C99 and C11 6.10.6).'
  
!      *Note Pragmas: (cpp)Pragmas, for details of pragmas accepted by GCC
!      on all targets.  *Note Pragmas Accepted by GCC: Pragmas, for
       details of target-specific pragmas.
  
!    * 'The definitions for '__DATE__' and '__TIME__' when respectively,
       the date and time of translation are not available (C90 6.8.8, C99
       6.10.8, C11 6.10.8.1).'
  
  
  File: gcc.info,  Node: Library functions implementation,  Next: Architecture implementation,  Prev: Preprocessing directives implementation,  Up: C Implementation
  
--- 25172,25222 ----
  behavior, for details of these aspects of implementation-defined
  behavior.
  
!    * `The locations within `#pragma' directives where header name
       preprocessing tokens are recognized (C11 6.4, C11 6.4.7).'
  
!    * `How sequences in both forms of header names are mapped to headers
       or external source file names (C90 6.1.7, C99 and C11 6.4.7).'
  
!    * `Whether the value of a character constant in a constant expression
       that controls conditional inclusion matches the value of the same
       character constant in the execution character set (C90 6.8.1, C99
       and C11 6.10.1).'
  
!    * `Whether the value of a single-character character constant in a
       constant expression that controls conditional inclusion may have a
       negative value (C90 6.8.1, C99 and C11 6.10.1).'
  
!    * `The places that are searched for an included `<>' delimited
       header, and how the places are specified or the header is
       identified (C90 6.8.2, C99 and C11 6.10.2).'
  
!    * `How the named source file is searched for in an included `""'
       delimited header (C90 6.8.2, C99 and C11 6.10.2).'
  
!    * `The method by which preprocessing tokens (possibly resulting from
!      macro expansion) in a `#include' directive are combined into a
       header name (C90 6.8.2, C99 and C11 6.10.2).'
  
!    * `The nesting limit for `#include' processing (C90 6.8.2, C99 and
       C11 6.10.2).'
  
!    * `Whether the `#' operator inserts a `\' character before the `\'
       character that begins a universal character name in a character
       constant or string literal (C99 and C11 6.10.3.2).'
  
!    * `The behavior on each recognized non-`STDC #pragma' directive (C90
       6.8.6, C99 and C11 6.10.6).'
  
!      *Note Pragmas: (cpp)Pragmas, for details of pragmas accepted by
!      GCC on all targets.  *Note Pragmas Accepted by GCC: Pragmas, for
       details of target-specific pragmas.
  
!    * `The definitions for `__DATE__' and `__TIME__' when respectively,
       the date and time of translation are not available (C90 6.8.8, C99
       6.10.8, C11 6.10.8.1).'
  
+ 
  
  File: gcc.info,  Node: Library functions implementation,  Next: Architecture implementation,  Prev: Preprocessing directives implementation,  Up: C Implementation
  
*************** File: gcc.info,  Node: Library functions
*** 25015,25040 ****
  The behavior of most of these points are dependent on the implementation
  of the C library, and are not defined by GCC itself.
  
!    * 'The null pointer constant to which the macro 'NULL' expands (C90
       7.1.6, C99 7.17, C11 7.19).'
  
!      In '<stddef.h>', 'NULL' expands to '((void *)0)'.  GCC does not
!      provide the other headers which define 'NULL' and some library
       implementations may use other definitions in those headers.
  
  
  File: gcc.info,  Node: Architecture implementation,  Next: Locale-specific behavior implementation,  Prev: Library functions implementation,  Up: C Implementation
  
  4.15 Architecture
  =================
  
!    * 'The values or expressions assigned to the macros specified in the
!      headers '<float.h>', '<limits.h>', and '<stdint.h>' (C90, C99 and
       C11 5.2.4.2, C99 7.18.2, C99 7.18.3, C11 7.20.2, C11 7.20.3).'
  
       Determined by ABI.
  
!    * 'The result of attempting to indirectly access an object with
       automatic or thread storage duration from a thread other than the
       one with which it is associated (C11 6.2.4).'
  
--- 25226,25252 ----
  The behavior of most of these points are dependent on the implementation
  of the C library, and are not defined by GCC itself.
  
!    * `The null pointer constant to which the macro `NULL' expands (C90
       7.1.6, C99 7.17, C11 7.19).'
  
!      In `<stddef.h>', `NULL' expands to `((void *)0)'.  GCC does not
!      provide the other headers which define `NULL' and some library
       implementations may use other definitions in those headers.
  
+ 
  
  File: gcc.info,  Node: Architecture implementation,  Next: Locale-specific behavior implementation,  Prev: Library functions implementation,  Up: C Implementation
  
  4.15 Architecture
  =================
  
!    * `The values or expressions assigned to the macros specified in the
!      headers `<float.h>', `<limits.h>', and `<stdint.h>' (C90, C99 and
       C11 5.2.4.2, C99 7.18.2, C99 7.18.3, C11 7.20.2, C11 7.20.3).'
  
       Determined by ABI.
  
!    * `The result of attempting to indirectly access an object with
       automatic or thread storage duration from a thread other than the
       one with which it is associated (C11 6.2.4).'
  
*************** File: gcc.info,  Node: Architecture impl
*** 25042,25070 ****
       synchronization for concurrent accesses as for concurrent accesses
       to any object.
  
!    * 'The number, order, and encoding of bytes in any object (when not
       explicitly specified in this International Standard) (C99 and C11
       6.2.6.1).'
  
       Determined by ABI.
  
!    * 'Whether any extended alignments are supported and the contexts in
       which they are supported (C11 6.2.8).'
  
!      Extended alignments up to 2^{28} (bytes) are supported for objects
!      of automatic storage duration.  Alignments supported for objects of
!      static and thread storage duration are determined by the ABI.
  
!    * 'Valid alignment values other than those returned by an _Alignof
       expression for fundamental types, if any (C11 6.2.8).'
  
!      Valid alignments are powers of 2 up to and including 2^{28}.
  
!    * 'The value of the result of the 'sizeof' and '_Alignof' operators
       (C90 6.3.3.4, C99 and C11 6.5.3.4).'
  
       Determined by ABI.
  
  
  File: gcc.info,  Node: Locale-specific behavior implementation,  Prev: Architecture implementation,  Up: C Implementation
  
--- 25254,25283 ----
       synchronization for concurrent accesses as for concurrent accesses
       to any object.
  
!    * `The number, order, and encoding of bytes in any object (when not
       explicitly specified in this International Standard) (C99 and C11
       6.2.6.1).'
  
       Determined by ABI.
  
!    * `Whether any extended alignments are supported and the contexts in
       which they are supported (C11 6.2.8).'
  
!      Extended alignments up to 2^28 (bytes) are supported for objects
!      of automatic storage duration.  Alignments supported for objects
!      of static and thread storage duration are determined by the ABI.
  
!    * `Valid alignment values other than those returned by an _Alignof
       expression for fundamental types, if any (C11 6.2.8).'
  
!      Valid alignments are powers of 2 up to and including 2^28.
  
!    * `The value of the result of the `sizeof' and `_Alignof' operators
       (C90 6.3.3.4, C99 and C11 6.5.3.4).'
  
       Determined by ABI.
  
+ 
  
  File: gcc.info,  Node: Locale-specific behavior implementation,  Prev: Architecture implementation,  Up: C Implementation
  
*************** A conforming implementation of ISO C++ i
*** 25084,25102 ****
  choice of behavior in each of the areas that are designated
  "implementation defined".  The following lists all such areas, along
  with the section numbers from the ISO/IEC 14882:1998 and ISO/IEC
! 14882:2003 standards.  Some areas are only implementation-defined in one
! version of the standard.
  
   Some choices depend on the externally determined ABI for the platform
  (including standard character encodings) which GCC follows; these are
  listed as "determined by ABI" below.  *Note Binary Compatibility:
! Compatibility, and <http://gcc.gnu.org/readings.html>.  Some choices are
! documented in the preprocessor manual.  *Note Implementation-defined
! behavior: (cpp)Implementation-defined behavior.  Some choices are
! documented in the corresponding document for the C language.  *Note C
! Implementation::.  Some choices are made by the library and operating
! system (or other environment when compiling for a freestanding
! environment); refer to their documentation for details.
  
  * Menu:
  
--- 25297,25315 ----
  choice of behavior in each of the areas that are designated
  "implementation defined".  The following lists all such areas, along
  with the section numbers from the ISO/IEC 14882:1998 and ISO/IEC
! 14882:2003 standards.  Some areas are only implementation-defined in
! one version of the standard.
  
   Some choices depend on the externally determined ABI for the platform
  (including standard character encodings) which GCC follows; these are
  listed as "determined by ABI" below.  *Note Binary Compatibility:
! Compatibility, and `http://gcc.gnu.org/readings.html'.  Some choices
! are documented in the preprocessor manual.  *Note
! Implementation-defined behavior: (cpp)Implementation-defined behavior.
! Some choices are documented in the corresponding document for the C
! language.  *Note C Implementation::.  Some choices are made by the
! library and operating system (or other environment when compiling for a
! freestanding environment); refer to their documentation for details.
  
  * Menu:
  
*************** File: gcc.info,  Node: Conditionally-sup
*** 25109,25137 ****
  5.1 Conditionally-Supported Behavior
  ====================================
  
! 'Each implementation shall include documentation that identifies all
  conditionally-supported constructs that it does not support (C++0x
  1.4).'
  
!    * 'Whether an argument of class type with a non-trivial copy
       constructor or destructor can be passed to ... (C++0x 5.2.2).'
  
       Such argument passing is supported, using the same
       pass-by-invisible-reference approach used for normal function
       arguments of such types.
  
  
  File: gcc.info,  Node: Exception handling,  Prev: Conditionally-supported behavior,  Up: C++ Implementation
  
  5.2 Exception Handling
  ======================
  
!    * 'In the situation where no matching handler is found, it is
       implementation-defined whether or not the stack is unwound before
       std::terminate() is called (C++98 15.5.1).'
  
       The stack is not unwound before std::terminate is called.
  
  
  File: gcc.info,  Node: C Extensions,  Next: C++ Extensions,  Prev: C++ Implementation,  Up: Top
  
--- 25322,25352 ----
  5.1 Conditionally-Supported Behavior
  ====================================
  
! `Each implementation shall include documentation that identifies all
  conditionally-supported constructs that it does not support (C++0x
  1.4).'
  
!    * `Whether an argument of class type with a non-trivial copy
       constructor or destructor can be passed to ... (C++0x 5.2.2).'
  
       Such argument passing is supported, using the same
       pass-by-invisible-reference approach used for normal function
       arguments of such types.
  
+ 
  
  File: gcc.info,  Node: Exception handling,  Prev: Conditionally-supported behavior,  Up: C++ Implementation
  
  5.2 Exception Handling
  ======================
  
!    * `In the situation where no matching handler is found, it is
       implementation-defined whether or not the stack is unwound before
       std::terminate() is called (C++98 15.5.1).'
  
       The stack is not unwound before std::terminate is called.
  
+ 
  
  File: gcc.info,  Node: C Extensions,  Next: C++ Extensions,  Prev: C++ Implementation,  Up: Top
  
*************** File: gcc.info,  Node: C Extensions,  Ne
*** 25139,25148 ****
  *************************************
  
  GNU C provides several language features not found in ISO standard C.
! (The '-pedantic' option directs GCC to print a warning message if any of
! these features is used.)  To test for the availability of these features
! in conditional compilation, check for a predefined macro '__GNUC__',
! which is always defined under GCC.
  
   These extensions are available in C and Objective-C.  Most of them are
  also available in C++.  *Note Extensions to the C++ Language: C++
--- 25354,25363 ----
  *************************************
  
  GNU C provides several language features not found in ISO standard C.
! (The `-pedantic' option directs GCC to print a warning message if any
! of these features is used.)  To test for the availability of these
! features in conditional compilation, check for a predefined macro
! `__GNUC__', which is always defined under GCC.
  
   These extensions are available in C and Objective-C.  Most of them are
  also available in C++.  *Note Extensions to the C++ Language: C++
*************** extensions, accepted by GCC in C90 mode
*** 25158,25167 ****
  * Labels as Values::    Getting pointers to labels, and computed gotos.
  * Nested Functions::    As in Algol and Pascal, lexical scoping of functions.
  * Constructing Calls::  Dispatching a call to another function.
! * Typeof::              'typeof': referring to the type of an expression.
! * Conditionals::        Omitting the middle operand of a '?:' expression.
! * __int128::		128-bit integers--'__int128'.
! * Long Long::           Double-word integers--'long long int'.
  * Complex::             Data types for complex numbers.
  * Floating Types::      Additional Floating Types.
  * Half-Precision::      Half-Precision Floating Point.
--- 25373,25382 ----
  * Labels as Values::    Getting pointers to labels, and computed gotos.
  * Nested Functions::    As in Algol and Pascal, lexical scoping of functions.
  * Constructing Calls::  Dispatching a call to another function.
! * Typeof::              `typeof': referring to the type of an expression.
! * Conditionals::        Omitting the middle operand of a `?:' expression.
! * __int128::		128-bit integers---`__int128'.
! * Long Long::           Double-word integers---`long long int'.
  * Complex::             Data types for complex numbers.
  * Floating Types::      Additional Floating Types.
  * Half-Precision::      Half-Precision Floating Point.
*************** extensions, accepted by GCC in C90 mode
*** 25175,25187 ****
  * Variadic Macros::     Macros with a variable number of arguments.
  * Escaped Newlines::    Slightly looser rules for escaped newlines.
  * Subscripting::        Any array can be subscripted, even if not an lvalue.
! * Pointer Arith::       Arithmetic on 'void'-pointers and function pointers.
  * Pointers to Arrays::  Pointers to arrays with qualifiers work as expected.
  * Initializers::        Non-constant initializers.
  * Compound Literals::   Compound literals give structures, unions
                          or arrays as values.
  * Designated Inits::    Labeling elements of initializers.
! * Case Ranges::         'case 1 ... 9' and such.
  * Cast to Union::       Casting to union type from any member of the union.
  * Mixed Declarations::  Mixing declarations and code.
  * Function Attributes:: Declaring that functions have no side effects,
--- 25390,25402 ----
  * Variadic Macros::     Macros with a variable number of arguments.
  * Escaped Newlines::    Slightly looser rules for escaped newlines.
  * Subscripting::        Any array can be subscripted, even if not an lvalue.
! * Pointer Arith::       Arithmetic on `void'-pointers and function pointers.
  * Pointers to Arrays::  Pointers to arrays with qualifiers work as expected.
  * Initializers::        Non-constant initializers.
  * Compound Literals::   Compound literals give structures, unions
                          or arrays as values.
  * Designated Inits::    Labeling elements of initializers.
! * Case Ranges::         `case 1 ... 9' and such.
  * Cast to Union::       Casting to union type from any member of the union.
  * Mixed Declarations::  Mixing declarations and code.
  * Function Attributes:: Declaring that functions have no side effects,
*************** extensions, accepted by GCC in C90 mode
*** 25195,25212 ****
  * Function Prototypes:: Prototype declarations and old-style definitions.
  * C++ Comments::        C++ comments are recognized.
  * Dollar Signs::        Dollar sign is allowed in identifiers.
! * Character Escapes::   '\e' stands for the character <ESC>.
  * Alignment::           Inquiring about the alignment of a type or variable.
  * Inline::              Defining inline functions (as fast as macros).
  * Volatiles::           What constitutes an access to a volatile object.
  * Using Assembly Language with C:: Instructions and extensions for interfacing C with assembler.
! * Alternate Keywords::  '__const__', '__asm__', etc., for header files.
! * Incomplete Enums::    'enum foo;', with details to follow.
  * Function Names::      Printable strings which are the name of the current
                          function.
  * Return Address::      Getting the return or frame address of a function.
  * Vector Extensions::   Using vector instructions through built-in functions.
! * Offsetof::            Special syntax for implementing 'offsetof'.
  * __sync Builtins::     Legacy built-in functions for atomic memory access.
  * __atomic Builtins::   Atomic built-in functions with memory model.
  * Integer Overflow Builtins:: Built-in functions to perform arithmetics and
--- 25410,25427 ----
  * Function Prototypes:: Prototype declarations and old-style definitions.
  * C++ Comments::        C++ comments are recognized.
  * Dollar Signs::        Dollar sign is allowed in identifiers.
! * Character Escapes::   `\e' stands for the character <ESC>.
  * Alignment::           Inquiring about the alignment of a type or variable.
  * Inline::              Defining inline functions (as fast as macros).
  * Volatiles::           What constitutes an access to a volatile object.
  * Using Assembly Language with C:: Instructions and extensions for interfacing C with assembler.
! * Alternate Keywords::  `__const__', `__asm__', etc., for header files.
! * Incomplete Enums::    `enum foo;', with details to follow.
  * Function Names::      Printable strings which are the name of the current
                          function.
  * Return Address::      Getting the return or frame address of a function.
  * Vector Extensions::   Using vector instructions through built-in functions.
! * Offsetof::            Special syntax for implementing `offsetof'.
  * __sync Builtins::     Legacy built-in functions for atomic memory access.
  * __atomic Builtins::   Atomic built-in functions with memory model.
  * Integer Overflow Builtins:: Built-in functions to perform arithmetics and
*************** extensions, accepted by GCC in C90 mode
*** 25222,25228 ****
  * Pragmas::             Pragmas accepted by GCC.
  * Unnamed Fields::      Unnamed struct/union fields within structs/unions.
  * Thread-Local::        Per-thread variables.
! * Binary constants::    Binary constants using the '0b' prefix.
  
  
  File: gcc.info,  Node: Statement Exprs,  Next: Local Labels,  Up: C Extensions
--- 25437,25443 ----
  * Pragmas::             Pragmas accepted by GCC.
  * Unnamed Fields::      Unnamed struct/union fields within structs/unions.
  * Thread-Local::        Per-thread variables.
! * Binary constants::    Binary constants using the `0b' prefix.
  
  
  File: gcc.info,  Node: Statement Exprs,  Next: Local Labels,  Up: C Extensions
*************** example:
*** 25244,25255 ****
          z; })
  
  is a valid (though slightly more complex than necessary) expression for
! the absolute value of 'foo ()'.
  
   The last thing in the compound statement should be an expression
  followed by a semicolon; the value of this subexpression serves as the
  value of the entire construct.  (If you use some other kind of statement
! last within the braces, the construct has type 'void', and thus
  effectively no value.)
  
   This feature is especially useful in making macro definitions "safe"
--- 25459,25470 ----
          z; })
  
  is a valid (though slightly more complex than necessary) expression for
! the absolute value of `foo ()'.
  
   The last thing in the compound statement should be an expression
  followed by a semicolon; the value of this subexpression serves as the
  value of the entire construct.  (If you use some other kind of statement
! last within the braces, the construct has type `void', and thus
  effectively no value.)
  
   This feature is especially useful in making macro definitions "safe"
*************** follows:
*** 25261,25267 ****
  
  But this definition computes either A or B twice, with bad results if
  the operand has side effects.  In GNU C, if you know the type of the
! operands (here taken as 'int'), you can define the macro safely as
  follows:
  
       #define maxint(a,b) \
--- 25476,25482 ----
  
  But this definition computes either A or B twice, with bad results if
  the operand has side effects.  In GNU C, if you know the type of the
! operands (here taken as `int'), you can define the macro safely as
  follows:
  
       #define maxint(a,b) \
*************** the value of an enumeration constant, th
*** 25272,25298 ****
  initial value of a static variable.
  
   If you don't know the type of the operand, you can still do this, but
! you must use 'typeof' or '__auto_type' (*note Typeof::).
  
   In G++, the result value of a statement expression undergoes array and
  function pointer decay, and is returned by value to the enclosing
! expression.  For instance, if 'A' is a class, then
  
               A a;
  
               ({a;}).Foo ()
  
! constructs a temporary 'A' object to hold the result of the statement
! expression, and that is used to invoke 'Foo'.  Therefore the 'this'
! pointer observed by 'Foo' is not the address of 'a'.
  
   In a statement expression, any temporaries created within a statement
! are destroyed at that statement's end.  This makes statement expressions
! inside macros slightly different from function calls.  In the latter
! case temporaries introduced during argument evaluation are destroyed at
! the end of the statement that includes the function call.  In the
! statement expression case they are destroyed during the statement
! expression.  For instance,
  
       #define macro(a)  ({__typeof__(a) b = (a); b + 3; })
       template<typename T> T function(T a) { T b = a; return b + 3; }
--- 25487,25513 ----
  initial value of a static variable.
  
   If you don't know the type of the operand, you can still do this, but
! you must use `typeof' or `__auto_type' (*note Typeof::).
  
   In G++, the result value of a statement expression undergoes array and
  function pointer decay, and is returned by value to the enclosing
! expression.  For instance, if `A' is a class, then
  
               A a;
  
               ({a;}).Foo ()
  
! constructs a temporary `A' object to hold the result of the statement
! expression, and that is used to invoke `Foo'.  Therefore the `this'
! pointer observed by `Foo' is not the address of `a'.
  
   In a statement expression, any temporaries created within a statement
! are destroyed at that statement's end.  This makes statement
! expressions inside macros slightly different from function calls.  In
! the latter case temporaries introduced during argument evaluation are
! destroyed at the end of the statement that includes the function call.
! In the statement expression case they are destroyed during the
! statement expression.  For instance,
  
       #define macro(a)  ({__typeof__(a) b = (a); b + 3; })
       template<typename T> T function(T a) { T b = a; return b + 3; }
*************** expression.  For instance,
*** 25303,25311 ****
         function (X ());
       }
  
! has different places where temporaries are destroyed.  For the 'macro'
! case, the temporary 'X' is destroyed just after the initialization of
! 'b'.  In the 'function' case that temporary is destroyed when the
  function returns.
  
   These considerations mean that it is probably a bad idea to use
--- 25518,25526 ----
         function (X ());
       }
  
! has different places where temporaries are destroyed.  For the `macro'
! case, the temporary `X' is destroyed just after the initialization of
! `b'.  In the `function' case that temporary is destroyed when the
  function returns.
  
   These considerations mean that it is probably a bad idea to use
*************** work with C++.  (Note that some versions
*** 25314,25323 ****
  header files using statement expressions that lead to precisely this
  bug.)
  
!  Jumping into a statement expression with 'goto' or using a 'switch'
! statement outside the statement expression with a 'case' or 'default'
  label inside the statement expression is not permitted.  Jumping into a
! statement expression with a computed 'goto' (*note Labels as Values::)
  has undefined behavior.  Jumping out of a statement expression is
  permitted, but if the statement expression is part of a larger
  expression then it is unspecified which other subexpressions of that
--- 25529,25538 ----
  header files using statement expressions that lead to precisely this
  bug.)
  
!  Jumping into a statement expression with `goto' or using a `switch'
! statement outside the statement expression with a `case' or `default'
  label inside the statement expression is not permitted.  Jumping into a
! statement expression with a computed `goto' (*note Labels as Values::)
  has undefined behavior.  Jumping out of a statement expression is
  permitted, but if the statement expression is part of a larger
  expression then it is unspecified which other subexpressions of that
*************** evaluation of other parts of the contain
*** 25329,25337 ****
  
         foo (), (({ bar1 (); goto a; 0; }) + bar2 ()), baz();
  
! calls 'foo' and 'bar1' and does not call 'baz' but may or may not call
! 'bar2'.  If 'bar2' is called, it is called after 'foo' and before
! 'bar1'.
  
  
  File: gcc.info,  Node: Local Labels,  Next: Labels as Values,  Prev: Statement Exprs,  Up: C Extensions
--- 25544,25552 ----
  
         foo (), (({ bar1 (); goto a; 0; }) + bar2 ()), baz();
  
! calls `foo' and `bar1' and does not call `baz' but may or may not call
! `bar2'.  If `bar2' is called, it is called after `foo' and before
! `bar1'.
  
  
  File: gcc.info,  Node: Local Labels,  Next: Labels as Values,  Prev: Statement Exprs,  Up: C Extensions
*************** File: gcc.info,  Node: Local Labels,  Ne
*** 25341,25347 ****
  
  GCC allows you to declare "local labels" in any nested block scope.  A
  local label is just like an ordinary label, but you can only reference
! it (with a 'goto' statement, or by taking its address) within the block
  in which it is declared.
  
   A local label declaration looks like this:
--- 25556,25562 ----
  
  GCC allows you to declare "local labels" in any nested block scope.  A
  local label is just like an ordinary label, but you can only reference
! it (with a `goto' statement, or by taking its address) within the block
  in which it is declared.
  
   A local label declaration looks like this:
*************** or
*** 25355,25366 ****
   Local label declarations must come at the beginning of the block,
  before any ordinary declarations or statements.
  
!  The label declaration defines the label _name_, but does not define the
! label itself.  You must do this in the usual way, with 'LABEL:', within
! the statements of the statement expression.
  
   The local label feature is useful for complex macros.  If a macro
! contains nested loops, a 'goto' can be useful for breaking out of them.
  However, an ordinary label whose scope is the whole function cannot be
  used: if the macro can be expanded several times in one function, the
  label is multiply defined in that function.  A local label avoids this
--- 25570,25581 ----
   Local label declarations must come at the beginning of the block,
  before any ordinary declarations or statements.
  
!  The label declaration defines the label _name_, but does not define
! the label itself.  You must do this in the usual way, with `LABEL:',
! within the statements of the statement expression.
  
   The local label feature is useful for complex macros.  If a macro
! contains nested loops, a `goto' can be useful for breaking out of them.
  However, an ordinary label whose scope is the whole function cannot be
  used: if the macro can be expanded several times in one function, the
  label is multiply defined in that function.  A local label avoids this
*************** File: gcc.info,  Node: Labels as Values,
*** 25409,25429 ****
  6.3 Labels as Values
  ====================
  
! You can get the address of a label defined in the current function (or a
! containing function) with the unary operator '&&'.  The value has type
! 'void *'.  This value is a constant and can be used wherever a constant
! of that type is valid.  For example:
  
       void *ptr;
       /* ... */
       ptr = &&foo;
  
   To use these values, you need to be able to jump to one.  This is done
! with the computed goto statement(1), 'goto *EXP;'.  For example,
  
       goto *ptr;
  
! Any expression of type 'void *' is allowed.
  
   One way of using these constants is in initializing a static array that
  serves as a jump table:
--- 25624,25644 ----
  6.3 Labels as Values
  ====================
  
! You can get the address of a label defined in the current function (or
! a containing function) with the unary operator `&&'.  The value has
! type `void *'.  This value is a constant and can be used wherever a
! constant of that type is valid.  For example:
  
       void *ptr;
       /* ... */
       ptr = &&foo;
  
   To use these values, you need to be able to jump to one.  This is done
! with the computed goto statement(1), `goto *EXP;'.  For example,
  
       goto *ptr;
  
! Any expression of type `void *' is allowed.
  
   One way of using these constants is in initializing a static array that
  serves as a jump table:
*************** Note that this does not check whether th
*** 25438,25450 ****
  indexing in C never does that.
  
   Such an array of label values serves a purpose much like that of the
! 'switch' statement.  The 'switch' statement is cleaner, so use that
! rather than an array unless the problem does not fit a 'switch'
  statement very well.
  
   Another use of label values is in an interpreter for threaded code.
! The labels within the interpreter function can be stored in the threaded
! code for super-fast dispatching.
  
   You may not use this mechanism to jump to code in a different function.
  If you do that, totally unpredictable things happen.  The best way to
--- 25653,25665 ----
  indexing in C never does that.
  
   Such an array of label values serves a purpose much like that of the
! `switch' statement.  The `switch' statement is cleaner, so use that
! rather than an array unless the problem does not fit a `switch'
  statement very well.
  
   Another use of label values is in an interpreter for threaded code.
! The labels within the interpreter function can be stored in the
! threaded code for super-fast dispatching.
  
   You may not use this mechanism to jump to code in a different function.
  If you do that, totally unpredictable things happen.  The best way to
*************** allows the data to be read-only.  This a
*** 25463,25477 ****
  differences is not supported for the AVR target, please use the first
  approach for AVR programs.
  
!  The '&&foo' expressions for the same label might have different values
! if the containing function is inlined or cloned.  If a program relies on
! them being always the same, '__attribute__((__noinline__,__noclone__))'
! should be used to prevent inlining and cloning.  If '&&foo' is used in a
! static variable initializer, inlining and cloning is forbidden.
  
!    ---------- Footnotes ----------
  
!    (1) The analogous feature in Fortran is called an assigned goto, but
  that name seems inappropriate in C, where one can do more than simply
  store label addresses in label variables.
  
--- 25678,25693 ----
  differences is not supported for the AVR target, please use the first
  approach for AVR programs.
  
!  The `&&foo' expressions for the same label might have different values
! if the containing function is inlined or cloned.  If a program relies
! on them being always the same,
! `__attribute__((__noinline__,__noclone__))' should be used to prevent
! inlining and cloning.  If `&&foo' is used in a static variable
! initializer, inlining and cloning is forbidden.
  
!  ---------- Footnotes ----------
  
!  (1) The analogous feature in Fortran is called an assigned goto, but
  that name seems inappropriate in C, where one can do more than simply
  store label addresses in label variables.
  
*************** Nested functions are supported as an ext
*** 25486,25492 ****
  supported by GNU C++.
  
   The nested function's name is local to the block where it is defined.
! For example, here we define a nested function named 'square', and call
  it twice:
  
       foo (double a, double b)
--- 25702,25708 ----
  supported by GNU C++.
  
   The nested function's name is local to the block where it is defined.
! For example, here we define a nested function named `square', and call
  it twice:
  
       foo (double a, double b)
*************** it twice:
*** 25499,25505 ****
   The nested function can access all the variables of the containing
  function that are visible at the point of its definition.  This is
  called "lexical scoping".  For example, here we show a nested function
! which uses an inherited variable named 'offset':
  
       bar (int *array, int offset, int size)
       {
--- 25715,25721 ----
   The nested function can access all the variables of the containing
  function that are visible at the point of its definition.  This is
  called "lexical scoping".  For example, here we show a nested function
! which uses an inherited variable named `offset':
  
       bar (int *array, int offset, int size)
       {
*************** function:
*** 25527,25555 ****
         intermediate (store, size);
       }
  
!  Here, the function 'intermediate' receives the address of 'store' as an
! argument.  If 'intermediate' calls 'store', the arguments given to
! 'store' are used to store into 'array'.  But this technique works only
! so long as the containing function ('hack', in this example) does not
  exit.
  
   If you try to call the nested function through its address after the
! containing function exits, all hell breaks loose.  If you try to call it
! after a containing scope level exits, and if it refers to some of the
! variables that are no longer in scope, you may be lucky, but it's not
! wise to take the risk.  If, however, the nested function does not refer
! to anything that has gone out of scope, you should be safe.
  
   GCC implements taking the address of a nested function using a
  technique called "trampolines".  This technique was described in
! 'Lexical Closures for C++' (Thomas M. Breuel, USENIX C++ Conference
  Proceedings, October 17-21, 1988).
  
   A nested function can jump to a label inherited from a containing
  function, provided the label is explicitly declared in the containing
  function (*note Local Labels::).  Such a jump returns instantly to the
! containing function, exiting the nested function that did the 'goto' and
! any intermediate functions as well.  Here is an example:
  
       bar (int *array, int offset, int size)
       {
--- 25743,25771 ----
         intermediate (store, size);
       }
  
!  Here, the function `intermediate' receives the address of `store' as
! an argument.  If `intermediate' calls `store', the arguments given to
! `store' are used to store into `array'.  But this technique works only
! so long as the containing function (`hack', in this example) does not
  exit.
  
   If you try to call the nested function through its address after the
! containing function exits, all hell breaks loose.  If you try to call
! it after a containing scope level exits, and if it refers to some of
! the variables that are no longer in scope, you may be lucky, but it's
! not wise to take the risk.  If, however, the nested function does not
! refer to anything that has gone out of scope, you should be safe.
  
   GCC implements taking the address of a nested function using a
  technique called "trampolines".  This technique was described in
! `Lexical Closures for C++' (Thomas M. Breuel, USENIX C++ Conference
  Proceedings, October 17-21, 1988).
  
   A nested function can jump to a label inherited from a containing
  function, provided the label is explicitly declared in the containing
  function (*note Local Labels::).  Such a jump returns instantly to the
! containing function, exiting the nested function that did the `goto'
! and any intermediate functions as well.  Here is an example:
  
       bar (int *array, int offset, int size)
       {
*************** any intermediate functions as well.  Her
*** 25567,25581 ****
         /* ... */
         return 0;
  
!       /* Control comes here from 'access'
           if it detects an error.  */
        failure:
         return -1;
       }
  
!  A nested function always has no linkage.  Declaring one with 'extern'
! or 'static' is erroneous.  If you need to declare the nested function
! before its definition, use 'auto' (which is otherwise meaningless for
  function declarations).
  
       bar (int *array, int offset, int size)
--- 25783,25797 ----
         /* ... */
         return 0;
  
!       /* Control comes here from `access'
           if it detects an error.  */
        failure:
         return -1;
       }
  
!  A nested function always has no linkage.  Declaring one with `extern'
! or `static' is erroneous.  If you need to declare the nested function
! before its definition, use `auto' (which is otherwise meaningless for
  function declarations).
  
       bar (int *array, int offset, int size)
*************** acting as mere forwarders for their argu
*** 25613,25620 ****
  
   -- Built-in Function: void * __builtin_apply_args ()
       This built-in function returns a pointer to data describing how to
!      perform a call with the same arguments as are passed to the current
!      function.
  
       The function saves the arg pointer register, structure value
       address, and all registers that might be used to pass arguments to
--- 25829,25836 ----
  
   -- Built-in Function: void * __builtin_apply_args ()
       This built-in function returns a pointer to data describing how to
!      perform a call with the same arguments as are passed to the
!      current function.
  
       The function saves the arg pointer register, structure value
       address, and all registers that might be used to pass arguments to
*************** acting as mere forwarders for their argu
*** 25627,25633 ****
       parameters described by ARGUMENTS and SIZE.
  
       The value of ARGUMENTS should be the value returned by
!      '__builtin_apply_args'.  The argument SIZE specifies the size of
       the stack argument data, in bytes.
  
       This function returns a pointer to data describing how to return
--- 25843,25849 ----
       parameters described by ARGUMENTS and SIZE.
  
       The value of ARGUMENTS should be the value returned by
!      `__builtin_apply_args'.  The argument SIZE specifies the size of
       the stack argument data, in bytes.
  
       This function returns a pointer to data describing how to return
*************** acting as mere forwarders for their argu
*** 25635,25659 ****
       block of memory allocated on the stack.
  
       It is not always simple to compute the proper value for SIZE.  The
!      value is used by '__builtin_apply' to compute the amount of data
       that should be pushed on the stack and copied from the incoming
       argument area.
  
   -- Built-in Function: void __builtin_return (void *RESULT)
       This built-in function returns the value described by RESULT from
       the containing function.  You should specify, for RESULT, a value
!      returned by '__builtin_apply'.
  
!  -- Built-in Function: __builtin_va_arg_pack ()
       This built-in function represents all anonymous arguments of an
       inline function.  It can be used only in inline functions that are
       always inlined, never compiled as a separate function, such as
!      those using '__attribute__ ((__always_inline__))' or '__attribute__
!      ((__gnu_inline__))' extern inline functions.  It must be only
!      passed as last argument to some other function with variable
!      arguments.  This is useful for writing small wrapper inlines for
!      variable argument functions, when using preprocessor macros is
!      undesirable.  For example:
            extern int myprintf (FILE *f, const char *format, ...);
            extern inline __attribute__ ((__gnu_inline__)) int
            myprintf (FILE *f, const char *format, ...)
--- 25851,25875 ----
       block of memory allocated on the stack.
  
       It is not always simple to compute the proper value for SIZE.  The
!      value is used by `__builtin_apply' to compute the amount of data
       that should be pushed on the stack and copied from the incoming
       argument area.
  
   -- Built-in Function: void __builtin_return (void *RESULT)
       This built-in function returns the value described by RESULT from
       the containing function.  You should specify, for RESULT, a value
!      returned by `__builtin_apply'.
  
!  -- Built-in Function:  __builtin_va_arg_pack ()
       This built-in function represents all anonymous arguments of an
       inline function.  It can be used only in inline functions that are
       always inlined, never compiled as a separate function, such as
!      those using `__attribute__ ((__always_inline__))' or
!      `__attribute__ ((__gnu_inline__))' extern inline functions.  It
!      must be only passed as last argument to some other function with
!      variable arguments.  This is useful for writing small wrapper
!      inlines for variable argument functions, when using preprocessor
!      macros is undesirable.  For example:
            extern int myprintf (FILE *f, const char *format, ...);
            extern inline __attribute__ ((__gnu_inline__)) int
            myprintf (FILE *f, const char *format, ...)
*************** acting as mere forwarders for their argu
*** 25671,25680 ****
       This built-in function returns the number of anonymous arguments of
       an inline function.  It can be used only in inline functions that
       are always inlined, never compiled as a separate function, such as
!      those using '__attribute__ ((__always_inline__))' or '__attribute__
!      ((__gnu_inline__))' extern inline functions.  For example following
!      does link- or run-time checking of open arguments for optimized
!      code:
            #ifdef __OPTIMIZE__
            extern inline __attribute__((__gnu_inline__)) int
            myopen (const char *path, int oflag, ...)
--- 25887,25896 ----
       This built-in function returns the number of anonymous arguments of
       an inline function.  It can be used only in inline functions that
       are always inlined, never compiled as a separate function, such as
!      those using `__attribute__ ((__always_inline__))' or
!      `__attribute__ ((__gnu_inline__))' extern inline functions.  For
!      example following does link- or run-time checking of open
!      arguments for optimized code:
            #ifdef __OPTIMIZE__
            extern inline __attribute__((__gnu_inline__)) int
            myopen (const char *path, int oflag, ...)
*************** acting as mere forwarders for their argu
*** 25702,25741 ****
  
  File: gcc.info,  Node: Typeof,  Next: Conditionals,  Prev: Constructing Calls,  Up: C Extensions
  
! 6.6 Referring to a Type with 'typeof'
  =====================================
  
! Another way to refer to the type of an expression is with 'typeof'.  The
! syntax of using of this keyword looks like 'sizeof', but the construct
! acts semantically like a type name defined with 'typedef'.
  
!  There are two ways of writing the argument to 'typeof': with an
  expression or with a type.  Here is an example with an expression:
  
       typeof (x[0](1))
  
! This assumes that 'x' is an array of pointers to functions; the type
  described is that of the values of the functions.
  
   Here is an example with a typename as the argument:
  
       typeof (int *)
  
! Here the type described is that of pointers to 'int'.
  
   If you are writing a header file that must work when included in ISO C
! programs, write '__typeof__' instead of 'typeof'.  *Note Alternate
  Keywords::.
  
!  A 'typeof' construct can be used anywhere a typedef name can be used.
  For example, you can use it in a declaration, in a cast, or inside of
! 'sizeof' or 'typeof'.
  
!  The operand of 'typeof' is evaluated for its side effects if and only
  if it is an expression of variably modified type or the name of such a
  type.
  
!  'typeof' is often useful in conjunction with statement expressions
  (*note Statement Exprs::).  Here is how the two together can be used to
  define a safe "maximum" macro which operates on any arithmetic type and
  evaluates each of its arguments exactly once:
--- 25918,25957 ----
  
  File: gcc.info,  Node: Typeof,  Next: Conditionals,  Prev: Constructing Calls,  Up: C Extensions
  
! 6.6 Referring to a Type with `typeof'
  =====================================
  
! Another way to refer to the type of an expression is with `typeof'.
! The syntax of using of this keyword looks like `sizeof', but the
! construct acts semantically like a type name defined with `typedef'.
  
!  There are two ways of writing the argument to `typeof': with an
  expression or with a type.  Here is an example with an expression:
  
       typeof (x[0](1))
  
! This assumes that `x' is an array of pointers to functions; the type
  described is that of the values of the functions.
  
   Here is an example with a typename as the argument:
  
       typeof (int *)
  
! Here the type described is that of pointers to `int'.
  
   If you are writing a header file that must work when included in ISO C
! programs, write `__typeof__' instead of `typeof'.  *Note Alternate
  Keywords::.
  
!  A `typeof' construct can be used anywhere a typedef name can be used.
  For example, you can use it in a declaration, in a cast, or inside of
! `sizeof' or `typeof'.
  
!  The operand of `typeof' is evaluated for its side effects if and only
  if it is an expression of variably modified type or the name of such a
  type.
  
!  `typeof' is often useful in conjunction with statement expressions
  (*note Statement Exprs::).  Here is how the two together can be used to
  define a safe "maximum" macro which operates on any arithmetic type and
  evaluates each of its arguments exactly once:
*************** evaluates each of its arguments exactly
*** 25747,25768 ****
  
   The reason for using names that start with underscores for the local
  variables is to avoid conflicts with variable names that occur within
! the expressions that are substituted for 'a' and 'b'.  Eventually we
  hope to design a new form of declaration syntax that allows you to
! declare variables whose scopes start only after their initializers; this
! will be a more reliable way to prevent such conflicts.
  
! Some more examples of the use of 'typeof':
  
!    * This declares 'y' with the type of what 'x' points to.
  
            typeof (*x) y;
  
!    * This declares 'y' as an array of such values.
  
            typeof (*x) y[4];
  
!    * This declares 'y' as an array of pointers to characters:
  
            typeof (typeof (char *)[4]) y;
  
--- 25963,25984 ----
  
   The reason for using names that start with underscores for the local
  variables is to avoid conflicts with variable names that occur within
! the expressions that are substituted for `a' and `b'.  Eventually we
  hope to design a new form of declaration syntax that allows you to
! declare variables whose scopes start only after their initializers;
! this will be a more reliable way to prevent such conflicts.
  
! Some more examples of the use of `typeof':
  
!    * This declares `y' with the type of what `x' points to.
  
            typeof (*x) y;
  
!    * This declares `y' as an array of such values.
  
            typeof (*x) y[4];
  
!    * This declares `y' as an array of pointers to characters:
  
            typeof (typeof (char *)[4]) y;
  
*************** Some more examples of the use of 'typeof
*** 25770,25776 ****
  
            char *y[4];
  
!      To see the meaning of the declaration using 'typeof', and why it
       might be a useful way to write, rewrite it with these macros:
  
            #define pointer(T)  typeof(T *)
--- 25986,25992 ----
  
            char *y[4];
  
!      To see the meaning of the declaration using `typeof', and why it
       might be a useful way to write, rewrite it with these macros:
  
            #define pointer(T)  typeof(T *)
*************** Some more examples of the use of 'typeof
*** 25780,25811 ****
  
            array (pointer (char), 4) y;
  
!      Thus, 'array (pointer (char), 4)' is the type of arrays of 4
!      pointers to 'char'.
  
   In GNU C, but not GNU C++, you may also declare the type of a variable
! as '__auto_type'.  In that case, the declaration must declare only one
  variable, whose declarator must just be an identifier, the declaration
  must be initialized, and the type of the variable is determined by the
  initializer; the name of the variable is not in scope until after the
! initializer.  (In C++, you should use C++11 'auto' for this purpose.)
! Using '__auto_type', the "maximum" macro above could be written as:
  
       #define max(a,b) \
         ({ __auto_type _a = (a); \
             __auto_type _b = (b); \
           _a > _b ? _a : _b; })
  
!  Using '__auto_type' instead of 'typeof' has two advantages:
  
     * Each argument to the macro appears only once in the expansion of
       the macro.  This prevents the size of the macro expansion growing
!      exponentially when calls to such macros are nested inside arguments
!      of such macros.
  
     * If the argument to the macro has variably modified type, it is
!      evaluated only once when using '__auto_type', but twice if 'typeof'
!      is used.
  
  
  File: gcc.info,  Node: Conditionals,  Next: __int128,  Prev: Typeof,  Up: C Extensions
--- 25996,26027 ----
  
            array (pointer (char), 4) y;
  
!      Thus, `array (pointer (char), 4)' is the type of arrays of 4
!      pointers to `char'.
  
   In GNU C, but not GNU C++, you may also declare the type of a variable
! as `__auto_type'.  In that case, the declaration must declare only one
  variable, whose declarator must just be an identifier, the declaration
  must be initialized, and the type of the variable is determined by the
  initializer; the name of the variable is not in scope until after the
! initializer.  (In C++, you should use C++11 `auto' for this purpose.)
! Using `__auto_type', the "maximum" macro above could be written as:
  
       #define max(a,b) \
         ({ __auto_type _a = (a); \
             __auto_type _b = (b); \
           _a > _b ? _a : _b; })
  
!  Using `__auto_type' instead of `typeof' has two advantages:
  
     * Each argument to the macro appears only once in the expansion of
       the macro.  This prevents the size of the macro expansion growing
!      exponentially when calls to such macros are nested inside
!      arguments of such macros.
  
     * If the argument to the macro has variably modified type, it is
!      evaluated only once when using `__auto_type', but twice if
!      `typeof' is used.
  
  
  File: gcc.info,  Node: Conditionals,  Next: __int128,  Prev: Typeof,  Up: C Extensions
*************** expression.
*** 25821,25827 ****
  
       x ? : y
  
! has the value of 'x' if that is nonzero; otherwise, the value of 'y'.
  
   This example is perfectly equivalent to
  
--- 26037,26043 ----
  
       x ? : y
  
! has the value of `x' if that is nonzero; otherwise, the value of `y'.
  
   This example is perfectly equivalent to
  
*************** has the value of 'x' if that is nonzero;
*** 25830,25838 ****
  In this simple case, the ability to omit the middle operand is not
  especially useful.  When it becomes useful is when the first operand
  does, or may (if it is a macro argument), contain a side effect.  Then
! repeating the operand in the middle would perform the side effect twice.
! Omitting the middle operand uses the value already computed without the
! undesirable effects of recomputing it.
  
  
  File: gcc.info,  Node: __int128,  Next: Long Long,  Prev: Conditionals,  Up: C Extensions
--- 26046,26054 ----
  In this simple case, the ability to omit the middle operand is not
  especially useful.  When it becomes useful is when the first operand
  does, or may (if it is a macro argument), contain a side effect.  Then
! repeating the operand in the middle would perform the side effect
! twice.  Omitting the middle operand uses the value already computed
! without the undesirable effects of recomputing it.
  
  
  File: gcc.info,  Node: __int128,  Next: Long Long,  Prev: Conditionals,  Up: C Extensions
*************** File: gcc.info,  Node: __int128,  Next:
*** 25840,25851 ****
  6.8 128-bit Integers
  ====================
  
! As an extension the integer scalar type '__int128' is supported for
! targets which have an integer mode wide enough to hold 128 bits.  Simply
! write '__int128' for a signed 128-bit integer, or 'unsigned __int128'
! for an unsigned 128-bit integer.  There is no support in GCC for
! expressing an integer constant of type '__int128' for targets with 'long
! long' integer less than 128 bits wide.
  
  
  File: gcc.info,  Node: Long Long,  Next: Complex,  Prev: __int128,  Up: C Extensions
--- 26056,26067 ----
  6.8 128-bit Integers
  ====================
  
! As an extension the integer scalar type `__int128' is supported for
! targets which have an integer mode wide enough to hold 128 bits.
! Simply write `__int128' for a signed 128-bit integer, or `unsigned
! __int128' for an unsigned 128-bit integer.  There is no support in GCC
! for expressing an integer constant of type `__int128' for targets with
! `long long' integer less than 128 bits wide.
  
  
  File: gcc.info,  Node: Long Long,  Next: Complex,  Prev: __int128,  Up: C Extensions
*************** File: gcc.info,  Node: Long Long,  Next:
*** 25855,25880 ****
  
  ISO C99 supports data types for integers that are at least 64 bits wide,
  and as an extension GCC supports them in C90 mode and in C++.  Simply
! write 'long long int' for a signed integer, or 'unsigned long long int'
! for an unsigned integer.  To make an integer constant of type 'long long
! int', add the suffix 'LL' to the integer.  To make an integer constant
! of type 'unsigned long long int', add the suffix 'ULL' to the integer.
  
   You can use these types in arithmetic like any other integer types.
! Addition, subtraction, and bitwise boolean operations on these types are
! open-coded on all types of machines.  Multiplication is open-coded if
! the machine supports a fullword-to-doubleword widening multiply
  instruction.  Division and shifts are open-coded only on machines that
  provide special support.  The operations that are not open-coded use
  special library routines that come with GCC.
  
!  There may be pitfalls when you use 'long long' types for function
! arguments without function prototypes.  If a function expects type 'int'
! for its argument, and you pass a value of type 'long long int',
  confusion results because the caller and the subroutine disagree about
! the number of bytes for the argument.  Likewise, if the function expects
! 'long long int' and you pass 'int'.  The best way to avoid such problems
! is to use prototypes.
  
  
  File: gcc.info,  Node: Complex,  Next: Floating Types,  Prev: Long Long,  Up: C Extensions
--- 26071,26097 ----
  
  ISO C99 supports data types for integers that are at least 64 bits wide,
  and as an extension GCC supports them in C90 mode and in C++.  Simply
! write `long long int' for a signed integer, or `unsigned long long int'
! for an unsigned integer.  To make an integer constant of type `long
! long int', add the suffix `LL' to the integer.  To make an integer
! constant of type `unsigned long long int', add the suffix `ULL' to the
! integer.
  
   You can use these types in arithmetic like any other integer types.
! Addition, subtraction, and bitwise boolean operations on these types
! are open-coded on all types of machines.  Multiplication is open-coded
! if the machine supports a fullword-to-doubleword widening multiply
  instruction.  Division and shifts are open-coded only on machines that
  provide special support.  The operations that are not open-coded use
  special library routines that come with GCC.
  
!  There may be pitfalls when you use `long long' types for function
! arguments without function prototypes.  If a function expects type
! `int' for its argument, and you pass a value of type `long long int',
  confusion results because the caller and the subroutine disagree about
! the number of bytes for the argument.  Likewise, if the function
! expects `long long int' and you pass `int'.  The best way to avoid such
! problems is to use prototypes.
  
  
  File: gcc.info,  Node: Complex,  Next: Floating Types,  Prev: Long Long,  Up: C Extensions
*************** File: gcc.info,  Node: Complex,  Next: F
*** 25883,25919 ****
  ====================
  
  ISO C99 supports complex floating data types, and as an extension GCC
! supports them in C90 mode and in C++.  GCC also supports complex integer
! data types which are not part of ISO C99.  You can declare complex types
! using the keyword '_Complex'.  As an extension, the older GNU keyword
! '__complex__' is also supported.
  
!  For example, '_Complex double x;' declares 'x' as a variable whose real
! part and imaginary part are both of type 'double'.  '_Complex short int
! y;' declares 'y' to have real and imaginary parts of type 'short int';
! this is not likely to be useful, but it shows that the set of complex
! types is complete.
  
!  To write a constant with a complex data type, use the suffix 'i' or 'j'
! (either one; they are equivalent).  For example, '2.5fi' has type
! '_Complex float' and '3i' has type '_Complex int'.  Such a constant
  always has a pure imaginary value, but you can form any complex value
  you like by adding one to a real constant.  This is a GNU extension; if
  you have an ISO C99 conforming C library (such as the GNU C Library),
  and want to construct complex constants of floating type, you should
! include '<complex.h>' and use the macros 'I' or '_Complex_I' instead.
  
   To extract the real part of a complex-valued expression EXP, write
! '__real__ EXP'.  Likewise, use '__imag__' to extract the imaginary part.
! This is a GNU extension; for values of floating type, you should use the
! ISO C99 functions 'crealf', 'creal', 'creall', 'cimagf', 'cimag' and
! 'cimagl', declared in '<complex.h>' and also provided as built-in
! functions by GCC.
  
!  The operator '~' performs complex conjugation when used on a value with
! a complex type.  This is a GNU extension; for values of floating type,
! you should use the ISO C99 functions 'conjf', 'conj' and 'conjl',
! declared in '<complex.h>' and also provided as built-in functions by
  GCC.
  
   GCC can allocate complex automatic variables in a noncontiguous
--- 26100,26136 ----
  ====================
  
  ISO C99 supports complex floating data types, and as an extension GCC
! supports them in C90 mode and in C++.  GCC also supports complex
! integer data types which are not part of ISO C99.  You can declare
! complex types using the keyword `_Complex'.  As an extension, the older
! GNU keyword `__complex__' is also supported.
  
!  For example, `_Complex double x;' declares `x' as a variable whose
! real part and imaginary part are both of type `double'.  `_Complex
! short int y;' declares `y' to have real and imaginary parts of type
! `short int'; this is not likely to be useful, but it shows that the set
! of complex types is complete.
  
!  To write a constant with a complex data type, use the suffix `i' or
! `j' (either one; they are equivalent).  For example, `2.5fi' has type
! `_Complex float' and `3i' has type `_Complex int'.  Such a constant
  always has a pure imaginary value, but you can form any complex value
  you like by adding one to a real constant.  This is a GNU extension; if
  you have an ISO C99 conforming C library (such as the GNU C Library),
  and want to construct complex constants of floating type, you should
! include `<complex.h>' and use the macros `I' or `_Complex_I' instead.
  
   To extract the real part of a complex-valued expression EXP, write
! `__real__ EXP'.  Likewise, use `__imag__' to extract the imaginary
! part.  This is a GNU extension; for values of floating type, you should
! use the ISO C99 functions `crealf', `creal', `creall', `cimagf',
! `cimag' and `cimagl', declared in `<complex.h>' and also provided as
! built-in functions by GCC.
  
!  The operator `~' performs complex conjugation when used on a value
! with a complex type.  This is a GNU extension; for values of floating
! type, you should use the ISO C99 functions `conjf', `conj' and `conjl',
! declared in `<complex.h>' and also provided as built-in functions by
  GCC.
  
   GCC can allocate complex automatic variables in a noncontiguous
*************** the imaginary part is on the stack (or v
*** 25922,25929 ****
  debug info format can represent this, so use of DWARF is recommended.
  If you are using the stabs debug info format, GCC describes a
  noncontiguous complex variable as if it were two separate variables of
! noncomplex type.  If the variable's actual name is 'foo', the two
! fictitious variables are named 'foo$real' and 'foo$imag'.  You can
  examine and set these two fictitious variables with your debugger.
  
  
--- 26139,26146 ----
  debug info format can represent this, so use of DWARF is recommended.
  If you are using the stabs debug info format, GCC describes a
  noncontiguous complex variable as if it were two separate variables of
! noncomplex type.  If the variable's actual name is `foo', the two
! fictitious variables are named `foo$real' and `foo$imag'.  You can
  examine and set these two fictitious variables with your debugger.
  
  
*************** File: gcc.info,  Node: Floating Types,
*** 25933,25995 ****
  ==============================
  
  ISO/IEC TS 18661-3:2015 defines C support for additional floating types
! '_FloatN' and '_FloatNx', and GCC supports these type names; the set of
! types supported depends on the target architecture.  These types are not
! supported when compiling C++.  Constants with these types use suffixes
! 'fN' or 'FN' and 'fNx' or 'FNx'.  These type names can be used together
! with '_Complex' to declare complex types.
  
   As an extension, GNU C and GNU C++ support additional floating types,
  which are not supported by all targets.
!    * '__float128' is available on i386, x86_64, IA-64, and hppa HP-UX,
       as well as on PowerPC GNU/Linux targets that enable the vector
!      scalar (VSX) instruction set.  '__float128' supports the 128-bit
       floating type.  On i386, x86_64, PowerPC, and IA-64 other than
!      HP-UX, '__float128' is an alias for '_Float128'.  On hppa and IA-64
!      HP-UX, '__float128' is an alias for 'long double'.
  
!    * '__float80' is available on the i386, x86_64, and IA-64 targets,
!      and supports the 80-bit ('XFmode') floating type.  It is an alias
!      for the type name '_Float64x' on these targets.
  
!    * '__ibm128' is available on PowerPC targets, and provides access to
!      the IBM extended double format which is the current format used for
!      'long double'.  When 'long double' transitions to '__float128' on
!      PowerPC in the future, '__ibm128' will remain for use in
       conversions between the two types.
  
   Support for these additional types includes the arithmetic operators:
  add, subtract, multiply, divide; unary arithmetic operators; relational
  operators; equality operators; and conversions to and from integer and
! other floating types.  Use a suffix 'w' or 'W' in a literal constant of
! type '__float80' or type '__ibm128'.  Use a suffix 'q' or 'Q' for
! '_float128'.
  
!  In order to use '_Float128', '__float128', and '__ibm128' on PowerPC
! Linux systems, you must use the '-mfloat128' option.  It is expected in
! future versions of GCC that '_Float128' and '__float128' will be enabled
! automatically.
  
!  The '_Float128' type is supported on all systems where '__float128' is
! supported or where 'long double' has the IEEE binary128 format.  The
! '_Float64x' type is supported on all systems where '__float128' is
! supported.  The '_Float32' type is supported on all systems supporting
! IEEE binary32; the '_Float64' and '_Float32x' types are supported on all
! systems supporting IEEE binary64.  The '_Float16' type is supported on
! AArch64 systems by default, and on ARM systems when the IEEE format for
! 16-bit floating-point types is selected with '-mfp16-format=ieee'.  GCC
! does not currently support '_Float128x' on any systems.
  
   On the i386, x86_64, IA-64, and HP-UX targets, you can declare complex
! types using the corresponding internal complex type, 'XCmode' for
! '__float80' type and 'TCmode' for '__float128' type:
  
       typedef _Complex float __attribute__((mode(TC))) _Complex128;
       typedef _Complex float __attribute__((mode(XC))) _Complex80;
  
   On the PowerPC Linux VSX targets, you can declare complex types using
! the corresponding internal complex type, 'KCmode' for '__float128' type
! and 'ICmode' for '__ibm128' type:
  
       typedef _Complex float __attribute__((mode(KC))) _Complex_float128;
       typedef _Complex float __attribute__((mode(IC))) _Complex_ibm128;
--- 26150,26212 ----
  ==============================
  
  ISO/IEC TS 18661-3:2015 defines C support for additional floating types
! `_FloatN' and `_FloatNx', and GCC supports these type names; the set of
! types supported depends on the target architecture.  These types are
! not supported when compiling C++.  Constants with these types use
! suffixes `fN' or `FN' and `fNx' or `FNx'.  These type names can be used
! together with `_Complex' to declare complex types.
  
   As an extension, GNU C and GNU C++ support additional floating types,
  which are not supported by all targets.
!    * `__float128' is available on i386, x86_64, IA-64, and hppa HP-UX,
       as well as on PowerPC GNU/Linux targets that enable the vector
!      scalar (VSX) instruction set.  `__float128' supports the 128-bit
       floating type.  On i386, x86_64, PowerPC, and IA-64 other than
!      HP-UX, `__float128' is an alias for `_Float128'.  On hppa and
!      IA-64 HP-UX, `__float128' is an alias for `long double'.
  
!    * `__float80' is available on the i386, x86_64, and IA-64 targets,
!      and supports the 80-bit (`XFmode') floating type.  It is an alias
!      for the type name `_Float64x' on these targets.
  
!    * `__ibm128' is available on PowerPC targets, and provides access to
!      the IBM extended double format which is the current format used
!      for `long double'.  When `long double' transitions to `__float128'
!      on PowerPC in the future, `__ibm128' will remain for use in
       conversions between the two types.
  
   Support for these additional types includes the arithmetic operators:
  add, subtract, multiply, divide; unary arithmetic operators; relational
  operators; equality operators; and conversions to and from integer and
! other floating types.  Use a suffix `w' or `W' in a literal constant of
! type `__float80' or type `__ibm128'.  Use a suffix `q' or `Q' for
! `_float128'.
  
!  In order to use `_Float128', `__float128', and `__ibm128' on PowerPC
! Linux systems, you must use the `-mfloat128' option. It is expected in
! future versions of GCC that `_Float128' and `__float128' will be
! enabled automatically.
  
!  The `_Float128' type is supported on all systems where `__float128' is
! supported or where `long double' has the IEEE binary128 format.  The
! `_Float64x' type is supported on all systems where `__float128' is
! supported.  The `_Float32' type is supported on all systems supporting
! IEEE binary32; the `_Float64' and `_Float32x' types are supported on
! all systems supporting IEEE binary64.  The `_Float16' type is supported
! on AArch64 systems by default, and on ARM systems when the IEEE format
! for 16-bit floating-point types is selected with `-mfp16-format=ieee'.
! GCC does not currently support `_Float128x' on any systems.
  
   On the i386, x86_64, IA-64, and HP-UX targets, you can declare complex
! types using the corresponding internal complex type, `XCmode' for
! `__float80' type and `TCmode' for `__float128' type:
  
       typedef _Complex float __attribute__((mode(TC))) _Complex128;
       typedef _Complex float __attribute__((mode(XC))) _Complex80;
  
   On the PowerPC Linux VSX targets, you can declare complex types using
! the corresponding internal complex type, `KCmode' for `__float128' type
! and `ICmode' for `__ibm128' type:
  
       typedef _Complex float __attribute__((mode(KC))) _Complex_float128;
       typedef _Complex float __attribute__((mode(IC))) _Complex_ibm128;
*************** File: gcc.info,  Node: Half-Precision,
*** 26001,26048 ****
  ==================================
  
  On ARM and AArch64 targets, GCC supports half-precision (16-bit)
! floating point via the '__fp16' type defined in the ARM C Language
  Extensions.  On ARM systems, you must enable this type explicitly with
! the '-mfp16-format' command-line option in order to use it.
  
   ARM targets support two incompatible representations for half-precision
  floating-point values.  You must choose one of the representations and
  use it consistently in your program.
  
!  Specifying '-mfp16-format=ieee' selects the IEEE 754-2008 format.  This
! format can represent normalized values in the range of 2^{-14} to 65504.
! There are 11 bits of significand precision, approximately 3 decimal
! digits.
  
!  Specifying '-mfp16-format=alternative' selects the ARM alternative
! format.  This representation is similar to the IEEE format, but does not
! support infinities or NaNs.  Instead, the range of exponents is
  extended, so that this format can represent normalized values in the
! range of 2^{-14} to 131008.
  
   The GCC port for AArch64 only supports the IEEE 754-2008 format, and
! does not require use of the '-mfp16-format' command-line option.
  
!  The '__fp16' type may only be used as an argument to intrinsics defined
! in '<arm_fp16.h>', or as a storage format.  For purposes of arithmetic
! and other operations, '__fp16' values in C or C++ expressions are
! automatically promoted to 'float'.
  
   The ARM target provides hardware support for conversions between
! '__fp16' and 'float' values as an extension to VFP and NEON (Advanced
  SIMD), and from ARMv8 provides hardware support for conversions between
! '__fp16' and 'double' values.  GCC generates code using these hardware
  instructions if you compile with options to select an FPU that provides
! them; for example, '-mfpu=neon-fp16 -mfloat-abi=softfp', in addition to
! the '-mfp16-format' option to select a half-precision format.
  
!  Language-level support for the '__fp16' data type is independent of
  whether GCC generates code using hardware floating-point instructions.
  In cases where hardware support is not specified, GCC implements
! conversions between '__fp16' and other types as library calls.
  
!  It is recommended that portable code use the '_Float16' type defined by
! ISO/IEC TS 18661-3:2015.  *Note Floating Types::.
  
  
  File: gcc.info,  Node: Decimal Float,  Next: Hex Floats,  Prev: Half-Precision,  Up: C Extensions
--- 26218,26265 ----
  ==================================
  
  On ARM and AArch64 targets, GCC supports half-precision (16-bit)
! floating point via the `__fp16' type defined in the ARM C Language
  Extensions.  On ARM systems, you must enable this type explicitly with
! the `-mfp16-format' command-line option in order to use it.
  
   ARM targets support two incompatible representations for half-precision
  floating-point values.  You must choose one of the representations and
  use it consistently in your program.
  
!  Specifying `-mfp16-format=ieee' selects the IEEE 754-2008 format.
! This format can represent normalized values in the range of 2^-14 to
! 65504.  There are 11 bits of significand precision, approximately 3
! decimal digits.
  
!  Specifying `-mfp16-format=alternative' selects the ARM alternative
! format.  This representation is similar to the IEEE format, but does
! not support infinities or NaNs.  Instead, the range of exponents is
  extended, so that this format can represent normalized values in the
! range of 2^-14 to 131008.
  
   The GCC port for AArch64 only supports the IEEE 754-2008 format, and
! does not require use of the `-mfp16-format' command-line option.
  
!  The `__fp16' type may only be used as an argument to intrinsics defined
! in `<arm_fp16.h>', or as a storage format.  For purposes of arithmetic
! and other operations, `__fp16' values in C or C++ expressions are
! automatically promoted to `float'.
  
   The ARM target provides hardware support for conversions between
! `__fp16' and `float' values as an extension to VFP and NEON (Advanced
  SIMD), and from ARMv8 provides hardware support for conversions between
! `__fp16' and `double' values.  GCC generates code using these hardware
  instructions if you compile with options to select an FPU that provides
! them; for example, `-mfpu=neon-fp16 -mfloat-abi=softfp', in addition to
! the `-mfp16-format' option to select a half-precision format.
  
!  Language-level support for the `__fp16' data type is independent of
  whether GCC generates code using hardware floating-point instructions.
  In cases where hardware support is not specified, GCC implements
! conversions between `__fp16' and other types as library calls.
  
!  It is recommended that portable code use the `_Float16' type defined
! by ISO/IEC TS 18661-3:2015.  *Note Floating Types::.
  
  
  File: gcc.info,  Node: Decimal Float,  Next: Hex Floats,  Prev: Half-Precision,  Up: C Extensions
*************** File: gcc.info,  Node: Decimal Float,  N
*** 26050,26072 ****
  6.13 Decimal Floating Types
  ===========================
  
! As an extension, GNU C supports decimal floating types as defined in the
! N1312 draft of ISO/IEC WDTR24732.  Support for decimal floating types in
! GCC will evolve as the draft technical report changes.  Calling
! conventions for any target might also change.  Not all targets support
! decimal floating types.
  
!  The decimal floating types are '_Decimal32', '_Decimal64', and
! '_Decimal128'.  They use a radix of ten, unlike the floating types
! 'float', 'double', and 'long double' whose radix is not specified by the
! C standard but is usually two.
  
   Support for decimal floating types includes the arithmetic operators
  add, subtract, multiply, divide; unary arithmetic operators; relational
  operators; equality operators; and conversions to and from integer and
! other floating types.  Use a suffix 'df' or 'DF' in a literal constant
! of type '_Decimal32', 'dd' or 'DD' for '_Decimal64', and 'dl' or 'DL'
! for '_Decimal128'.
  
   GCC support of decimal float as specified by the draft technical report
  is incomplete:
--- 26267,26289 ----
  6.13 Decimal Floating Types
  ===========================
  
! As an extension, GNU C supports decimal floating types as defined in
! the N1312 draft of ISO/IEC WDTR24732.  Support for decimal floating
! types in GCC will evolve as the draft technical report changes.
! Calling conventions for any target might also change.  Not all targets
! support decimal floating types.
  
!  The decimal floating types are `_Decimal32', `_Decimal64', and
! `_Decimal128'.  They use a radix of ten, unlike the floating types
! `float', `double', and `long double' whose radix is not specified by
! the C standard but is usually two.
  
   Support for decimal floating types includes the arithmetic operators
  add, subtract, multiply, divide; unary arithmetic operators; relational
  operators; equality operators; and conversions to and from integer and
! other floating types.  Use a suffix `df' or `DF' in a literal constant
! of type `_Decimal32', `dd' or `DD' for `_Decimal64', and `dl' or `DL'
! for `_Decimal128'.
  
   GCC support of decimal float as specified by the draft technical report
  is incomplete:
*************** is incomplete:
*** 26077,26088 ****
       technical report.
  
     * GCC does not provide the C library functionality associated with
!      'math.h', 'fenv.h', 'stdio.h', 'stdlib.h', and 'wchar.h', which
       must come from a separate C library implementation.  Because of
!      this the GNU C compiler does not define macro '__STDC_DEC_FP__' to
       indicate that the implementation conforms to the technical report.
  
!  Types '_Decimal32', '_Decimal64', and '_Decimal128' are supported by
  the DWARF debug information format.
  
  
--- 26294,26305 ----
       technical report.
  
     * GCC does not provide the C library functionality associated with
!      `math.h', `fenv.h', `stdio.h', `stdlib.h', and `wchar.h', which
       must come from a separate C library implementation.  Because of
!      this the GNU C compiler does not define macro `__STDC_DEC_FP__' to
       indicate that the implementation conforms to the technical report.
  
!  Types `_Decimal32', `_Decimal64', and `_Decimal128' are supported by
  the DWARF debug information format.
  
  
*************** File: gcc.info,  Node: Hex Floats,  Next
*** 26092,26111 ****
  ===============
  
  ISO C99 supports floating-point numbers written not only in the usual
! decimal notation, such as '1.55e1', but also numbers such as '0x1.fp3'
! written in hexadecimal format.  As a GNU extension, GCC supports this in
! C90 mode (except in some cases when strictly conforming) and in C++.  In
! that format the '0x' hex introducer and the 'p' or 'P' exponent field
! are mandatory.  The exponent is a decimal number that indicates the
! power of 2 by which the significant part is multiplied.  Thus '0x1.f' is
! 1 15/16, 'p3' multiplies it by 8, and the value of '0x1.fp3' is the same
! as '1.55e1'.
  
   Unlike for floating-point numbers in the decimal notation the exponent
  is always required in the hexadecimal notation.  Otherwise the compiler
! would not be able to resolve the ambiguity of, e.g., '0x1.f'.  This
! could mean '1.0f' or '1.9375' since 'f' is also the extension for
! floating-point constants of type 'float'.
  
  
  File: gcc.info,  Node: Fixed-Point,  Next: Named Address Spaces,  Prev: Hex Floats,  Up: C Extensions
--- 26309,26328 ----
  ===============
  
  ISO C99 supports floating-point numbers written not only in the usual
! decimal notation, such as `1.55e1', but also numbers such as `0x1.fp3'
! written in hexadecimal format.  As a GNU extension, GCC supports this
! in C90 mode (except in some cases when strictly conforming) and in C++.
! In that format the `0x' hex introducer and the `p' or `P' exponent
! field are mandatory.  The exponent is a decimal number that indicates
! the power of 2 by which the significant part is multiplied.  Thus
! `0x1.f' is 1 15/16, `p3' multiplies it by 8, and the value of `0x1.fp3'
! is the same as `1.55e1'.
  
   Unlike for floating-point numbers in the decimal notation the exponent
  is always required in the hexadecimal notation.  Otherwise the compiler
! would not be able to resolve the ambiguity of, e.g., `0x1.f'.  This
! could mean `1.0f' or `1.9375' since `f' is also the extension for
! floating-point constants of type `float'.
  
  
  File: gcc.info,  Node: Fixed-Point,  Next: Named Address Spaces,  Prev: Hex Floats,  Up: C Extensions
*************** will evolve as the draft technical repor
*** 26119,26173 ****
  for any target might also change.  Not all targets support fixed-point
  types.
  
!  The fixed-point types are 'short _Fract', '_Fract', 'long _Fract',
! 'long long _Fract', 'unsigned short _Fract', 'unsigned _Fract',
! 'unsigned long _Fract', 'unsigned long long _Fract', '_Sat short
! _Fract', '_Sat _Fract', '_Sat long _Fract', '_Sat long long _Fract',
! '_Sat unsigned short _Fract', '_Sat unsigned _Fract', '_Sat unsigned
! long _Fract', '_Sat unsigned long long _Fract', 'short _Accum',
! '_Accum', 'long _Accum', 'long long _Accum', 'unsigned short _Accum',
! 'unsigned _Accum', 'unsigned long _Accum', 'unsigned long long _Accum',
! '_Sat short _Accum', '_Sat _Accum', '_Sat long _Accum', '_Sat long long
! _Accum', '_Sat unsigned short _Accum', '_Sat unsigned _Accum', '_Sat
! unsigned long _Accum', '_Sat unsigned long long _Accum'.
  
   Fixed-point data values contain fractional and optional integral parts.
  The format of fixed-point data varies and depends on the target machine.
  
   Support for fixed-point types includes:
!    * prefix and postfix increment and decrement operators ('++', '--')
!    * unary arithmetic operators ('+', '-', '!')
!    * binary arithmetic operators ('+', '-', '*', '/')
!    * binary shift operators ('<<', '>>')
!    * relational operators ('<', '<=', '>=', '>')
!    * equality operators ('==', '!=')
!    * assignment operators ('+=', '-=', '*=', '/=', '<<=', '>>=')
     * conversions to and from integer, floating-point, or fixed-point
       types
  
   Use a suffix in a fixed-point literal constant:
!    * 'hr' or 'HR' for 'short _Fract' and '_Sat short _Fract'
!    * 'r' or 'R' for '_Fract' and '_Sat _Fract'
!    * 'lr' or 'LR' for 'long _Fract' and '_Sat long _Fract'
!    * 'llr' or 'LLR' for 'long long _Fract' and '_Sat long long _Fract'
!    * 'uhr' or 'UHR' for 'unsigned short _Fract' and '_Sat unsigned short
!      _Fract'
!    * 'ur' or 'UR' for 'unsigned _Fract' and '_Sat unsigned _Fract'
!    * 'ulr' or 'ULR' for 'unsigned long _Fract' and '_Sat unsigned long
       _Fract'
!    * 'ullr' or 'ULLR' for 'unsigned long long _Fract' and '_Sat unsigned
!      long long _Fract'
!    * 'hk' or 'HK' for 'short _Accum' and '_Sat short _Accum'
!    * 'k' or 'K' for '_Accum' and '_Sat _Accum'
!    * 'lk' or 'LK' for 'long _Accum' and '_Sat long _Accum'
!    * 'llk' or 'LLK' for 'long long _Accum' and '_Sat long long _Accum'
!    * 'uhk' or 'UHK' for 'unsigned short _Accum' and '_Sat unsigned short
!      _Accum'
!    * 'uk' or 'UK' for 'unsigned _Accum' and '_Sat unsigned _Accum'
!    * 'ulk' or 'ULK' for 'unsigned long _Accum' and '_Sat unsigned long
       _Accum'
!    * 'ullk' or 'ULLK' for 'unsigned long long _Accum' and '_Sat unsigned
!      long long _Accum'
  
   GCC support of fixed-point types as specified by the draft technical
  report is incomplete:
--- 26336,26412 ----
  for any target might also change.  Not all targets support fixed-point
  types.
  
!  The fixed-point types are `short _Fract', `_Fract', `long _Fract',
! `long long _Fract', `unsigned short _Fract', `unsigned _Fract',
! `unsigned long _Fract', `unsigned long long _Fract', `_Sat short
! _Fract', `_Sat _Fract', `_Sat long _Fract', `_Sat long long _Fract',
! `_Sat unsigned short _Fract', `_Sat unsigned _Fract', `_Sat unsigned
! long _Fract', `_Sat unsigned long long _Fract', `short _Accum',
! `_Accum', `long _Accum', `long long _Accum', `unsigned short _Accum',
! `unsigned _Accum', `unsigned long _Accum', `unsigned long long _Accum',
! `_Sat short _Accum', `_Sat _Accum', `_Sat long _Accum', `_Sat long long
! _Accum', `_Sat unsigned short _Accum', `_Sat unsigned _Accum', `_Sat
! unsigned long _Accum', `_Sat unsigned long long _Accum'.
  
   Fixed-point data values contain fractional and optional integral parts.
  The format of fixed-point data varies and depends on the target machine.
  
   Support for fixed-point types includes:
!    * prefix and postfix increment and decrement operators (`++', `--')
! 
!    * unary arithmetic operators (`+', `-', `!')
! 
!    * binary arithmetic operators (`+', `-', `*', `/')
! 
!    * binary shift operators (`<<', `>>')
! 
!    * relational operators (`<', `<=', `>=', `>')
! 
!    * equality operators (`==', `!=')
! 
!    * assignment operators (`+=', `-=', `*=', `/=', `<<=', `>>=')
! 
     * conversions to and from integer, floating-point, or fixed-point
       types
  
   Use a suffix in a fixed-point literal constant:
!    * `hr' or `HR' for `short _Fract' and `_Sat short _Fract'
! 
!    * `r' or `R' for `_Fract' and `_Sat _Fract'
! 
!    * `lr' or `LR' for `long _Fract' and `_Sat long _Fract'
! 
!    * `llr' or `LLR' for `long long _Fract' and `_Sat long long _Fract'
! 
!    * `uhr' or `UHR' for `unsigned short _Fract' and `_Sat unsigned
!      short _Fract'
! 
!    * `ur' or `UR' for `unsigned _Fract' and `_Sat unsigned _Fract'
! 
!    * `ulr' or `ULR' for `unsigned long _Fract' and `_Sat unsigned long
       _Fract'
! 
!    * `ullr' or `ULLR' for `unsigned long long _Fract' and `_Sat
!      unsigned long long _Fract'
! 
!    * `hk' or `HK' for `short _Accum' and `_Sat short _Accum'
! 
!    * `k' or `K' for `_Accum' and `_Sat _Accum'
! 
!    * `lk' or `LK' for `long _Accum' and `_Sat long _Accum'
! 
!    * `llk' or `LLK' for `long long _Accum' and `_Sat long long _Accum'
! 
!    * `uhk' or `UHK' for `unsigned short _Accum' and `_Sat unsigned
!      short _Accum'
! 
!    * `uk' or `UK' for `unsigned _Accum' and `_Sat unsigned _Accum'
! 
!    * `ulk' or `ULK' for `unsigned long _Accum' and `_Sat unsigned long
       _Accum'
! 
!    * `ullk' or `ULLK' for `unsigned long long _Accum' and `_Sat
!      unsigned long long _Accum'
  
   GCC support of fixed-point types as specified by the draft technical
  report is incomplete:
*************** File: gcc.info,  Node: Named Address Spa
*** 26186,26197 ****
  As an extension, GNU C supports named address spaces as defined in the
  N1275 draft of ISO/IEC DTR 18037.  Support for named address spaces in
  GCC will evolve as the draft technical report changes.  Calling
! conventions for any target might also change.  At present, only the AVR,
! SPU, M32C, RL78, and x86 targets support address spaces other than the
! generic address space.
  
   Address space identifiers may be used exactly like any other C type
! qualifier (e.g., 'const' or 'volatile').  See the N1275 document for
  more details.
  
  6.16.1 AVR Named Address Spaces
--- 26425,26436 ----
  As an extension, GNU C supports named address spaces as defined in the
  N1275 draft of ISO/IEC DTR 18037.  Support for named address spaces in
  GCC will evolve as the draft technical report changes.  Calling
! conventions for any target might also change.  At present, only the
! AVR, SPU, M32C, RL78, and x86 targets support address spaces other than
! the generic address space.
  
   Address space identifiers may be used exactly like any other C type
! qualifier (e.g., `const' or `volatile').  See the N1275 document for
  more details.
  
  6.16.1 AVR Named Address Spaces
*************** more details.
*** 26199,26236 ****
  
  On the AVR target, there are several address spaces that can be used in
  order to put read-only data into the flash memory and access that data
! by means of the special instructions 'LPM' or 'ELPM' needed to read from
! flash.
  
   Per default, any data including read-only data is located in RAM (the
  generic address space) so that non-generic address spaces are needed to
  locate read-only data in flash memory _and_ to generate the right
  instructions to access this data without using (inline) assembler code.
  
! '__flash'
!      The '__flash' qualifier locates data in the '.progmem.data'
!      section.  Data is read using the 'LPM' instruction.  Pointers to
       this address space are 16 bits wide.
  
! '__flash1'
! '__flash2'
! '__flash3'
! '__flash4'
! '__flash5'
       These are 16-bit address spaces locating data in section
!      '.progmemN.data' where N refers to address space '__flashN'.  The
!      compiler sets the 'RAMPZ' segment register appropriately before
!      reading data by means of the 'ELPM' instruction.
  
! '__memx'
       This is a 24-bit address space that linearizes flash and RAM: If
!      the high bit of the address is set, data is read from RAM using the
!      lower two bytes as RAM address.  If the high bit of the address is
!      clear, data is read from flash with 'RAMPZ' set according to the
!      high byte of the address.  *Note '__builtin_avr_flash_segment': AVR
!      Built-in Functions.
  
!      Objects in this address space are located in '.progmemx.data'.
  
   Example
  
--- 26438,26475 ----
  
  On the AVR target, there are several address spaces that can be used in
  order to put read-only data into the flash memory and access that data
! by means of the special instructions `LPM' or `ELPM' needed to read
! from flash.
  
   Per default, any data including read-only data is located in RAM (the
  generic address space) so that non-generic address spaces are needed to
  locate read-only data in flash memory _and_ to generate the right
  instructions to access this data without using (inline) assembler code.
  
! `__flash'
!      The `__flash' qualifier locates data in the `.progmem.data'
!      section. Data is read using the `LPM' instruction. Pointers to
       this address space are 16 bits wide.
  
! `__flash1'
! `__flash2'
! `__flash3'
! `__flash4'
! `__flash5'
       These are 16-bit address spaces locating data in section
!      `.progmemN.data' where N refers to address space `__flashN'.  The
!      compiler sets the `RAMPZ' segment register appropriately before
!      reading data by means of the `ELPM' instruction.
  
! `__memx'
       This is a 24-bit address space that linearizes flash and RAM: If
!      the high bit of the address is set, data is read from RAM using
!      the lower two bytes as RAM address.  If the high bit of the
!      address is clear, data is read from flash with `RAMPZ' set
!      according to the high byte of the address.  *Note
!      `__builtin_avr_flash_segment': AVR Built-in Functions.
  
!      Objects in this address space are located in `.progmemx.data'.
  
   Example
  
*************** not:
*** 26278,26310 ****
       }
       #endif /* __FLASH */
  
! Notice that attribute *note 'progmem': AVR Variable Attributes. locates
! data in flash but accesses to these data read from generic address
! space, i.e. from RAM, so that you need special accessors like
! 'pgm_read_byte' from AVR-LibC (http://nongnu.org/avr-libc/user-manual/)
! together with attribute 'progmem'.
  
  Limitations and caveats
  
!    * Reading across the 64 KiB section boundary of the '__flash' or
!      '__flashN' address spaces shows undefined behavior.  The only
!      address space that supports reading across the 64 KiB flash segment
!      boundaries is '__memx'.
  
!    * If you use one of the '__flashN' address spaces you must arrange
!      your linker script to locate the '.progmemN.data' sections
       according to your needs.
  
     * Any data or pointers to the non-generic address spaces must be
!      qualified as 'const', i.e. as read-only data.  This still applies
       if the data in one of these address spaces like software version
!      number or calibration lookup table are intended to be changed after
!      load time by, say, a boot loader.  In this case the right
!      qualification is 'const' 'volatile' so that the compiler must not
       optimize away known values or insert them as immediates into
       operands of instructions.
  
!    * The following code initializes a variable 'pfoo' located in static
       storage with a 24-bit address:
            extern const __memx char foo;
            const __memx void *pfoo = &foo;
--- 26517,26549 ----
       }
       #endif /* __FLASH */
  
! Notice that attribute *note `progmem': AVR Variable Attributes.
! locates data in flash but accesses to these data read from generic
! address space, i.e.  from RAM, so that you need special accessors like
! `pgm_read_byte' from AVR-LibC (http://nongnu.org/avr-libc/user-manual/)
! together with attribute `progmem'.
  
  Limitations and caveats
  
!    * Reading across the 64 KiB section boundary of the `__flash' or
!      `__flashN' address spaces shows undefined behavior. The only
!      address space that supports reading across the 64 KiB flash
!      segment boundaries is `__memx'.
  
!    * If you use one of the `__flashN' address spaces you must arrange
!      your linker script to locate the `.progmemN.data' sections
       according to your needs.
  
     * Any data or pointers to the non-generic address spaces must be
!      qualified as `const', i.e. as read-only data.  This still applies
       if the data in one of these address spaces like software version
!      number or calibration lookup table are intended to be changed
!      after load time by, say, a boot loader. In this case the right
!      qualification is `const' `volatile' so that the compiler must not
       optimize away known values or insert them as immediates into
       operands of instructions.
  
!    * The following code initializes a variable `pfoo' located in static
       storage with a 24-bit address:
            extern const __memx char foo;
            const __memx void *pfoo = &foo;
*************** Limitations and caveats
*** 26314,26333 ****
  
     * On the reduced Tiny devices like ATtiny40, no address spaces are
       supported.  Data can be put into and read from flash memory by
!      means of attribute 'progmem', see *note AVR Variable Attributes::.
  
  6.16.2 M32C Named Address Spaces
  --------------------------------
  
  On the M32C target, with the R8C and M16C CPU variants, variables
! qualified with '__far' are accessed using 32-bit addresses in order to
! access memory beyond the first 64 Ki bytes.  If '__far' is used with the
! M32CM or M32C CPU variants, it has no effect.
  
  6.16.3 RL78 Named Address Spaces
  --------------------------------
  
! On the RL78 target, variables qualified with '__far' are accessed with
  32-bit pointers (20-bit addresses) rather than the default 16-bit
  addresses.  Non-far variables are assumed to appear in the topmost
  64 KiB of the address space.
--- 26553,26573 ----
  
     * On the reduced Tiny devices like ATtiny40, no address spaces are
       supported.  Data can be put into and read from flash memory by
!      means of attribute `progmem', see *note AVR Variable Attributes::.
! 
  
  6.16.2 M32C Named Address Spaces
  --------------------------------
  
  On the M32C target, with the R8C and M16C CPU variants, variables
! qualified with `__far' are accessed using 32-bit addresses in order to
! access memory beyond the first 64 Ki bytes.  If `__far' is used with
! the M32CM or M32C CPU variants, it has no effect.
  
  6.16.3 RL78 Named Address Spaces
  --------------------------------
  
! On the RL78 target, variables qualified with `__far' are accessed with
  32-bit pointers (20-bit addresses) rather than the default 16-bit
  addresses.  Non-far variables are assumed to appear in the topmost
  64 KiB of the address space.
*************** addresses.  Non-far variables are assume
*** 26336,26358 ****
  -------------------------------
  
  On the SPU target variables may be declared as belonging to another
! address space by qualifying the type with the '__ea' address space
  identifier:
  
       extern int __ea i;
  
! The compiler generates special code to access the variable 'i'.  It may
! use runtime library support, or generate special machine instructions to
! access that address space.
  
  6.16.5 x86 Named Address Spaces
  -------------------------------
  
  On the x86 target, variables may be declared as being relative to the
! '%fs' or '%gs' segments.
  
! '__seg_fs'
! '__seg_gs'
       The object is accessed with the respective segment override prefix.
  
       The respective segment base must be set via some method specific to
--- 26576,26598 ----
  -------------------------------
  
  On the SPU target variables may be declared as belonging to another
! address space by qualifying the type with the `__ea' address space
  identifier:
  
       extern int __ea i;
  
! The compiler generates special code to access the variable `i'.  It may
! use runtime library support, or generate special machine instructions
! to access that address space.
  
  6.16.5 x86 Named Address Spaces
  -------------------------------
  
  On the x86 target, variables may be declared as being relative to the
! `%fs' or `%gs' segments.
  
! `__seg_fs'
! `__seg_gs'
       The object is accessed with the respective segment override prefix.
  
       The respective segment base must be set via some method specific to
*************** On the x86 target, variables may be decl
*** 26361,26371 ****
       considered to be subspaces of the generic (flat) address space.
       This means that explicit casts are required to convert pointers
       between these address spaces and the generic address space.  In
!      practice the application should cast to 'uintptr_t' and apply the
       segment base offset that it installed previously.
  
!      The preprocessor symbols '__SEG_FS' and '__SEG_GS' are defined when
!      these address spaces are supported.
  
  
  File: gcc.info,  Node: Zero Length,  Next: Empty Structures,  Prev: Named Address Spaces,  Up: C Extensions
--- 26601,26611 ----
       considered to be subspaces of the generic (flat) address space.
       This means that explicit casts are required to convert pointers
       between these address spaces and the generic address space.  In
!      practice the application should cast to `uintptr_t' and apply the
       segment base offset that it installed previously.
  
!      The preprocessor symbols `__SEG_FS' and `__SEG_GS' are defined
!      when these address spaces are supported.
  
  
  File: gcc.info,  Node: Zero Length,  Next: Empty Structures,  Prev: Named Address Spaces,  Up: C Extensions
*************** variable-length object:
*** 26386,26420 ****
         malloc (sizeof (struct line) + this_length);
       thisline->length = this_length;
  
!  In ISO C90, you would have to give 'contents' a length of 1, which
! means either you waste space or complicate the argument to 'malloc'.
  
   In ISO C99, you would use a "flexible array member", which is slightly
  different in syntax and semantics:
  
!    * Flexible array members are written as 'contents[]' without the '0'.
  
!    * Flexible array members have incomplete type, and so the 'sizeof'
       operator may not be applied.  As a quirk of the original
!      implementation of zero-length arrays, 'sizeof' evaluates to zero.
  
     * Flexible array members may only appear as the last member of a
!      'struct' that is otherwise non-empty.
  
     * A structure containing a flexible array member, or a union
       containing such a structure (possibly recursively), may not be a
       member of a structure or an element of an array.  (However, these
       uses are permitted by GCC as extensions.)
  
!  Non-empty initialization of zero-length arrays is treated like any case
! where there are more initializer elements than the array holds, in that
! a suitable warning about "excess elements in array" is given, and the
! excess elements (all of them, in this case) are ignored.
  
   GCC allows static initialization of flexible array members.  This is
! equivalent to defining a new structure containing the original structure
! followed by an array of sufficient size to contain the data.  E.g. in
! the following, 'f1' is constructed as if it were declared like 'f2'.
  
       struct f1 {
         int x; int y[];
--- 26626,26661 ----
         malloc (sizeof (struct line) + this_length);
       thisline->length = this_length;
  
!  In ISO C90, you would have to give `contents' a length of 1, which
! means either you waste space or complicate the argument to `malloc'.
  
   In ISO C99, you would use a "flexible array member", which is slightly
  different in syntax and semantics:
  
!    * Flexible array members are written as `contents[]' without the `0'.
  
!    * Flexible array members have incomplete type, and so the `sizeof'
       operator may not be applied.  As a quirk of the original
!      implementation of zero-length arrays, `sizeof' evaluates to zero.
  
     * Flexible array members may only appear as the last member of a
!      `struct' that is otherwise non-empty.
  
     * A structure containing a flexible array member, or a union
       containing such a structure (possibly recursively), may not be a
       member of a structure or an element of an array.  (However, these
       uses are permitted by GCC as extensions.)
  
!  Non-empty initialization of zero-length arrays is treated like any
! case where there are more initializer elements than the array holds, in
! that a suitable warning about "excess elements in array" is given, and
! the excess elements (all of them, in this case) are ignored.
  
   GCC allows static initialization of flexible array members.  This is
! equivalent to defining a new structure containing the original
! structure followed by an array of sufficient size to contain the data.
! E.g. in the following, `f1' is constructed as if it were declared like
! `f2'.
  
       struct f1 {
         int x; int y[];
*************** the following, 'f1' is constructed as if
*** 26424,26441 ****
         struct f1 f1; int data[3];
       } f2 = { { 1 }, { 2, 3, 4 } };
  
! The convenience of this extension is that 'f1' has the desired type,
! eliminating the need to consistently refer to 'f2.f1'.
  
   This has symmetry with normal static arrays, in that an array of
! unknown size is also written with '[]'.
  
   Of course, this extension only makes sense if the extra data comes at
! the end of a top-level object, as otherwise we would be overwriting data
! at subsequent offsets.  To avoid undue complication and confusion with
! initialization of deeply nested arrays, we simply disallow any non-empty
! initialization except when the structure is the top-level object.  For
! example:
  
       struct foo { int x; int y[]; };
       struct bar { struct foo z; };
--- 26665,26682 ----
         struct f1 f1; int data[3];
       } f2 = { { 1 }, { 2, 3, 4 } };
  
! The convenience of this extension is that `f1' has the desired type,
! eliminating the need to consistently refer to `f2.f1'.
  
   This has symmetry with normal static arrays, in that an array of
! unknown size is also written with `[]'.
  
   Of course, this extension only makes sense if the extra data comes at
! the end of a top-level object, as otherwise we would be overwriting
! data at subsequent offsets.  To avoid undue complication and confusion
! with initialization of deeply nested arrays, we simply disallow any
! non-empty initialization except when the structure is the top-level
! object.  For example:
  
       struct foo { int x; int y[]; };
       struct bar { struct foo z; };
*************** GCC permits a C structure to have no mem
*** 26457,26464 ****
       };
  
   The structure has size zero.  In C++, empty structures are part of the
! language.  G++ treats empty structures as if they had a single member of
! type 'char'.
  
  
  File: gcc.info,  Node: Variable Length,  Next: Variadic Macros,  Prev: Empty Structures,  Up: C Extensions
--- 26698,26705 ----
       };
  
   The structure has size zero.  In C++, empty structures are part of the
! language.  G++ treats empty structures as if they had a single member
! of type `char'.
  
  
  File: gcc.info,  Node: Variable Length,  Next: Variadic Macros,  Prev: Empty Structures,  Up: C Extensions
*************** structure or a union.  For example:
*** 26495,26509 ****
         struct S { int x[n]; };
       }
  
!  You can use the function 'alloca' to get an effect much like
! variable-length arrays.  The function 'alloca' is available in many
  other C implementations (but not in all).  On the other hand,
  variable-length arrays are more elegant.
  
   There are other differences between these two methods.  Space allocated
! with 'alloca' exists until the containing _function_ returns.  The space
! for a variable-length array is deallocated as soon as the array name's
! scope ends, unless you also use 'alloca' in this scope.
  
   You can also use variable-length arrays as arguments to functions:
  
--- 26736,26750 ----
         struct S { int x[n]; };
       }
  
!  You can use the function `alloca' to get an effect much like
! variable-length arrays.  The function `alloca' is available in many
  other C implementations (but not in all).  On the other hand,
  variable-length arrays are more elegant.
  
   There are other differences between these two methods.  Space allocated
! with `alloca' exists until the containing _function_ returns.  The
! space for a variable-length array is deallocated as soon as the array
! name's scope ends, unless you also use `alloca' in this scope.
  
   You can also use variable-length arrays as arguments to functions:
  
*************** scope ends, unless you also use 'alloca'
*** 26515,26521 ****
  
   The length of an array is computed once when the storage is allocated
  and is remembered for the scope of the array in case you access it with
! 'sizeof'.
  
   If you want to pass the array first and the length afterward, you can
  use a forward declaration in the parameter list--another GNU extension.
--- 26756,26762 ----
  
   The length of an array is computed once when the storage is allocated
  and is remembered for the scope of the array in case you access it with
! `sizeof'.
  
   If you want to pass the array first and the length afterward, you can
  use a forward declaration in the parameter list--another GNU extension.
*************** use a forward declaration in the paramet
*** 26526,26534 ****
         /* ... */
       }
  
!  The 'int len' before the semicolon is a "parameter forward
! declaration", and it serves the purpose of making the name 'len' known
! when the declaration of 'data' is parsed.
  
   You can write any number of such parameter forward declarations in the
  parameter list.  They can be separated by commas or semicolons, but the
--- 26767,26775 ----
         /* ... */
       }
  
!  The `int len' before the semicolon is a "parameter forward
! declaration", and it serves the purpose of making the name `len' known
! when the declaration of `data' is parsed.
  
   You can write any number of such parameter forward declarations in the
  parameter list.  They can be separated by commas or semicolons, but the
*************** example:
*** 26550,26560 ****
  
       #define debug(format, ...) fprintf (stderr, format, __VA_ARGS__)
  
! Here '...' is a "variable argument".  In the invocation of such a macro,
! it represents the zero or more tokens until the closing parenthesis that
! ends the invocation, including any commas.  This set of tokens replaces
! the identifier '__VA_ARGS__' in the macro body wherever it appears.  See
! the CPP manual for more information.
  
   GCC has long supported variadic macros, and used a different syntax
  that allowed you to give a name to the variable arguments just like any
--- 26791,26801 ----
  
       #define debug(format, ...) fprintf (stderr, format, __VA_ARGS__)
  
! Here `...' is a "variable argument".  In the invocation of such a
! macro, it represents the zero or more tokens until the closing
! parenthesis that ends the invocation, including any commas.  This set of
! tokens replaces the identifier `__VA_ARGS__' in the macro body wherever
! it appears.  See the CPP manual for more information.
  
   GCC has long supported variadic macros, and used a different syntax
  that allowed you to give a name to the variable arguments just like any
*************** be used with either of the above forms o
*** 26570,26577 ****
  
   In standard C, you are not allowed to leave the variable argument out
  entirely; but you are allowed to pass an empty argument.  For example,
! this invocation is invalid in ISO C, because there is no comma after the
! string:
  
       debug ("A message")
  
--- 26811,26818 ----
  
   In standard C, you are not allowed to leave the variable argument out
  entirely; but you are allowed to pass an empty argument.  For example,
! this invocation is invalid in ISO C, because there is no comma after
! the string:
  
       debug ("A message")
  
*************** the expansion of the macro still has the
*** 26581,26592 ****
  string.
  
   To help solve this problem, CPP behaves specially for variable
! arguments used with the token paste operator, '##'.  If instead you
  write
  
       #define debug(format, ...) fprintf (stderr, format, ## __VA_ARGS__)
  
! and if the variable arguments are omitted or empty, the '##' operator
  causes the preprocessor to remove the comma before it.  If you do
  provide some variable arguments in your macro invocation, GNU CPP does
  not complain about the paste operation and instead places the variable
--- 26822,26833 ----
  string.
  
   To help solve this problem, CPP behaves specially for variable
! arguments used with the token paste operator, `##'.  If instead you
  write
  
       #define debug(format, ...) fprintf (stderr, format, ## __VA_ARGS__)
  
! and if the variable arguments are omitted or empty, the `##' operator
  causes the preprocessor to remove the comma before it.  If you do
  provide some variable arguments in your macro invocation, GNU CPP does
  not complain about the paste operation and instead places the variable
*************** File: gcc.info,  Node: Escaped Newlines,
*** 26599,26614 ****
  6.21 Slightly Looser Rules for Escaped Newlines
  ===============================================
  
! The preprocessor treatment of escaped newlines is more relaxed than that
! specified by the C90 standard, which requires the newline to immediately
! follow a backslash.  GCC's implementation allows whitespace in the form
! of spaces, horizontal and vertical tabs, and form feeds between the
! backslash and the subsequent newline.  The preprocessor issues a
! warning, but treats it as a valid escaped newline and combines the two
! lines to form a single logical line.  This works within comments and
! tokens, as well as between tokens.  Comments are _not_ treated as
! whitespace for the purposes of this relaxation, since they have not yet
! been replaced with spaces.
  
  
  File: gcc.info,  Node: Subscripting,  Next: Pointer Arith,  Prev: Escaped Newlines,  Up: C Extensions
--- 26840,26855 ----
  6.21 Slightly Looser Rules for Escaped Newlines
  ===============================================
  
! The preprocessor treatment of escaped newlines is more relaxed than
! that specified by the C90 standard, which requires the newline to
! immediately follow a backslash.  GCC's implementation allows whitespace
! in the form of spaces, horizontal and vertical tabs, and form feeds
! between the backslash and the subsequent newline.  The preprocessor
! issues a warning, but treats it as a valid escaped newline and combines
! the two lines to form a single logical line.  This works within
! comments and tokens, as well as between tokens.  Comments are _not_
! treated as whitespace for the purposes of this relaxation, since they
! have not yet been replaced with spaces.
  
  
  File: gcc.info,  Node: Subscripting,  Next: Pointer Arith,  Prev: Escaped Newlines,  Up: C Extensions
*************** File: gcc.info,  Node: Subscripting,  Ne
*** 26616,26627 ****
  6.22 Non-Lvalue Arrays May Have Subscripts
  ==========================================
  
! In ISO C99, arrays that are not lvalues still decay to pointers, and may
! be subscripted, although they may not be modified or used after the next
! sequence point and the unary '&' operator may not be applied to them.
! As an extension, GNU C allows such arrays to be subscripted in C90 mode,
! though otherwise they do not decay to pointers outside C99 mode.  For
! example, this is valid in GNU C though not valid in C90:
  
       struct foo {int a[4];};
  
--- 26857,26868 ----
  6.22 Non-Lvalue Arrays May Have Subscripts
  ==========================================
  
! In ISO C99, arrays that are not lvalues still decay to pointers, and
! may be subscripted, although they may not be modified or used after the
! next sequence point and the unary `&' operator may not be applied to
! them.  As an extension, GNU C allows such arrays to be subscripted in
! C90 mode, though otherwise they do not decay to pointers outside C99
! mode.  For example, this is valid in GNU C though not valid in C90:
  
       struct foo {int a[4];};
  
*************** example, this is valid in GNU C though n
*** 26635,26652 ****
  
  File: gcc.info,  Node: Pointer Arith,  Next: Pointers to Arrays,  Prev: Subscripting,  Up: C Extensions
  
! 6.23 Arithmetic on 'void'- and Function-Pointers
  ================================================
  
  In GNU C, addition and subtraction operations are supported on pointers
! to 'void' and on pointers to functions.  This is done by treating the
! size of a 'void' or of a function as 1.
  
!  A consequence of this is that 'sizeof' is also allowed on 'void' and on
! function types, and returns 1.
  
!  The option '-Wpointer-arith' requests a warning if these extensions are
! used.
  
  
  File: gcc.info,  Node: Pointers to Arrays,  Next: Initializers,  Prev: Pointer Arith,  Up: C Extensions
--- 26876,26893 ----
  
  File: gcc.info,  Node: Pointer Arith,  Next: Pointers to Arrays,  Prev: Subscripting,  Up: C Extensions
  
! 6.23 Arithmetic on `void'- and Function-Pointers
  ================================================
  
  In GNU C, addition and subtraction operations are supported on pointers
! to `void' and on pointers to functions.  This is done by treating the
! size of a `void' or of a function as 1.
  
!  A consequence of this is that `sizeof' is also allowed on `void' and
! on function types, and returns 1.
  
!  The option `-Wpointer-arith' requests a warning if these extensions
! are used.
  
  
  File: gcc.info,  Node: Pointers to Arrays,  Next: Initializers,  Prev: Pointer Arith,  Up: C Extensions
*************** File: gcc.info,  Node: Pointers to Array
*** 26654,26664 ****
  6.24 Pointers to Arrays with Qualifiers Work as Expected
  ========================================================
  
! In GNU C, pointers to arrays with qualifiers work similar to pointers to
! other qualified types.  For example, a value of type 'int (*)[5]' can be
! used to initialize a variable of type 'const int (*)[5]'.  These types
! are incompatible in ISO C because the 'const' qualifier is formally
! attached to the element type of the array and not the array itself.
  
       extern void
       transpose (int N, int M, double out[M][N], const double in[N][M]);
--- 26895,26906 ----
  6.24 Pointers to Arrays with Qualifiers Work as Expected
  ========================================================
  
! In GNU C, pointers to arrays with qualifiers work similar to pointers
! to other qualified types. For example, a value of type `int (*)[5]' can
! be used to initialize a variable of type `const int (*)[5]'.  These
! types are incompatible in ISO C because the `const' qualifier is
! formally attached to the element type of the array and not the array
! itself.
  
       extern void
       transpose (int N, int M, double out[M][N], const double in[N][M]);
*************** File: gcc.info,  Node: Initializers,  Ne
*** 26673,26682 ****
  6.25 Non-Constant Initializers
  ==============================
  
! As in standard C++ and ISO C99, the elements of an aggregate initializer
! for an automatic variable are not required to be constant expressions in
! GNU C.  Here is an example of an initializer with run-time varying
! elements:
  
       foo (float f, float g)
       {
--- 26915,26924 ----
  6.25 Non-Constant Initializers
  ==============================
  
! As in standard C++ and ISO C99, the elements of an aggregate
! initializer for an automatic variable are not required to be constant
! expressions in GNU C.  Here is an example of an initializer with
! run-time varying elements:
  
       foo (float f, float g)
       {
*************** literals also in C90 mode and in C++, al
*** 26699,26709 ****
  C++ semantics are somewhat different.
  
   Usually, the specified type of a compound literal is a structure.
! Assume that 'struct foo' and 'structure' are declared as shown:
  
       struct foo {int a; char b[2];} structure;
  
! Here is an example of constructing a 'struct foo' with a compound
  literal:
  
       structure = ((struct foo) {x + y, 'a', 0});
--- 26941,26951 ----
  C++ semantics are somewhat different.
  
   Usually, the specified type of a compound literal is a structure.
! Assume that `struct foo' and `structure' are declared as shown:
  
       struct foo {int a; char b[2];} structure;
  
! Here is an example of constructing a `struct foo' with a compound
  literal:
  
       structure = ((struct foo) {x + y, 'a', 0});
*************** initializer, as shown here:
*** 26725,26732 ****
       char **foo = (char *[]) { "x", "y", "z" };
  
   Compound literals for scalar types and union types are also allowed.
! In the following example the variable 'i' is initialized to the value
! '2', the result of incrementing the unnamed object created by the
  compound literal.
  
       int i = ++(int) { 1 };
--- 26967,26974 ----
       char **foo = (char *[]) { "x", "y", "z" };
  
   Compound literals for scalar types and union types are also allowed.
! In the following example the variable `i' is initialized to the value
! `2', the result of incrementing the unnamed object created by the
  compound literal.
  
       int i = ++(int) { 1 };
*************** As a result, well-defined C code that ta
*** 26756,26768 ****
  of a compound literal can be undefined in C++, so G++ rejects the
  conversion of a temporary array to a pointer.  For instance, if the
  array compound literal example above appeared inside a function, any
! subsequent use of 'foo' in C++ would have undefined behavior because the
! lifetime of the array ends after the declaration of 'foo'.
  
   As an optimization, G++ sometimes gives array compound literals longer
  lifetimes: when the array either appears outside a function or has a
! 'const'-qualified type.  If 'foo' and its initializer had elements of
! type 'char *const' rather than 'char *', or if 'foo' were a global
  variable, the array would have static storage duration.  But it is
  probably safest just to avoid the use of array compound literals in C++
  code.
--- 26998,27010 ----
  of a compound literal can be undefined in C++, so G++ rejects the
  conversion of a temporary array to a pointer.  For instance, if the
  array compound literal example above appeared inside a function, any
! subsequent use of `foo' in C++ would have undefined behavior because
! the lifetime of the array ends after the declaration of `foo'.
  
   As an optimization, G++ sometimes gives array compound literals longer
  lifetimes: when the array either appears outside a function or has a
! `const'-qualified type.  If `foo' and its initializer had elements of
! type `char *const' rather than `char *', or if `foo' were a global
  variable, the array would have static storage duration.  But it is
  probably safest just to avoid the use of array compound literals in C++
  code.
*************** indices or structure field names they ap
*** 26782,26788 ****
  an extension in C90 mode as well.  This extension is not implemented in
  GNU C++.
  
!  To specify an array index, write '[INDEX] =' before the element value.
  For example,
  
       int a[6] = { [4] = 29, [2] = 15 };
--- 27024,27030 ----
  an extension in C90 mode as well.  This extension is not implemented in
  GNU C++.
  
!  To specify an array index, write `[INDEX] =' before the element value.
  For example,
  
       int a[6] = { [4] = 29, [2] = 15 };
*************** The index values must be constant expres
*** 26795,26804 ****
  initialized is automatic.
  
   An alternative syntax for this that has been obsolete since GCC 2.5 but
! GCC still accepts is to write '[INDEX]' before the element value, with
! no '='.
  
!  To initialize a range of elements to the same value, write '[FIRST ...
  LAST] = VALUE'.  This is a GNU extension.  For example,
  
       int widths[] = { [0 ... 9] = 1, [10 ... 99] = 2, [100] = 3 };
--- 27037,27046 ----
  initialized is automatic.
  
   An alternative syntax for this that has been obsolete since GCC 2.5 but
! GCC still accepts is to write `[INDEX]' before the element value, with
! no `='.
  
!  To initialize a range of elements to the same value, write `[FIRST ...
  LAST] = VALUE'.  This is a GNU extension.  For example,
  
       int widths[] = { [0 ... 9] = 1, [10 ... 99] = 2, [100] = 3 };
*************** Note that the length of the array is the
*** 26810,26816 ****
  one.
  
   In a structure initializer, specify the name of a field to initialize
! with '.FIELDNAME =' before the element value.  For example, given the
  following structure,
  
       struct point { int x, y; };
--- 27052,27058 ----
  one.
  
   In a structure initializer, specify the name of a field to initialize
! with `.FIELDNAME =' before the element value.  For example, given the
  following structure,
  
       struct point { int x, y; };
*************** is equivalent to
*** 26824,26848 ****
       struct point p = { xvalue, yvalue };
  
   Another syntax that has the same meaning, obsolete since GCC 2.5, is
! 'FIELDNAME:', as shown here:
  
       struct point p = { y: yvalue, x: xvalue };
  
   Omitted field members are implicitly initialized the same as objects
  that have static storage duration.
  
!  The '[INDEX]' or '.FIELDNAME' is known as a "designator".  You can also
! use a designator (or the obsolete colon syntax) when initializing a
! union, to specify which element of the union should be used.  For
  example,
  
       union foo { int i; double d; };
  
       union foo f = { .d = 4 };
  
! converts 4 to a 'double' to store it in the union using the second
! element.  By contrast, casting 4 to type 'union foo' stores it into the
! union as the integer 'i', since it is an integer.  *Note Cast to
  Union::.
  
   You can combine this technique of naming elements with ordinary C
--- 27066,27090 ----
       struct point p = { xvalue, yvalue };
  
   Another syntax that has the same meaning, obsolete since GCC 2.5, is
! `FIELDNAME:', as shown here:
  
       struct point p = { y: yvalue, x: xvalue };
  
   Omitted field members are implicitly initialized the same as objects
  that have static storage duration.
  
!  The `[INDEX]' or `.FIELDNAME' is known as a "designator".  You can
! also use a designator (or the obsolete colon syntax) when initializing
! a union, to specify which element of the union should be used.  For
  example,
  
       union foo { int i; double d; };
  
       union foo f = { .d = 4 };
  
! converts 4 to a `double' to store it in the union using the second
! element.  By contrast, casting 4 to type `union foo' stores it into the
! union as the integer `i', since it is an integer.  *Note Cast to
  Union::.
  
   You can combine this technique of naming elements with ordinary C
*************** is equivalent to
*** 26856,26872 ****
  
       int a[6] = { 0, v1, v2, 0, v4, 0 };
  
!  Labeling the elements of an array initializer is especially useful when
! the indices are characters or belong to an 'enum' type.  For example:
  
       int whitespace[256]
         = { [' '] = 1, ['\t'] = 1, ['\h'] = 1,
             ['\f'] = 1, ['\n'] = 1, ['\r'] = 1 };
  
!  You can also write a series of '.FIELDNAME' and '[INDEX]' designators
! before an '=' to specify a nested subobject to initialize; the list is
! taken relative to the subobject corresponding to the closest surrounding
! brace pair.  For example, with the 'struct point' declaration above:
  
       struct point ptarray[10] = { [2].y = yv2, [2].x = xv2, [0].x = xv0 };
  
--- 27098,27116 ----
  
       int a[6] = { 0, v1, v2, 0, v4, 0 };
  
!  Labeling the elements of an array initializer is especially useful
! when the indices are characters or belong to an `enum' type.  For
! example:
  
       int whitespace[256]
         = { [' '] = 1, ['\t'] = 1, ['\h'] = 1,
             ['\f'] = 1, ['\n'] = 1, ['\r'] = 1 };
  
!  You can also write a series of `.FIELDNAME' and `[INDEX]' designators
! before an `=' to specify a nested subobject to initialize; the list is
! taken relative to the subobject corresponding to the closest
! surrounding brace pair.  For example, with the `struct point'
! declaration above:
  
       struct point ptarray[10] = { [2].y = yv2, [2].x = xv2, [0].x = xv0 };
  
*************** File: gcc.info,  Node: Case Ranges,  Nex
*** 26881,26899 ****
  6.28 Case Ranges
  ================
  
! You can specify a range of consecutive values in a single 'case' label,
  like this:
  
       case LOW ... HIGH:
  
! This has the same effect as the proper number of individual 'case'
  labels, one for each integer value from LOW to HIGH, inclusive.
  
   This feature is especially useful for ranges of ASCII character codes:
  
       case 'A' ... 'Z':
  
!  *Be careful:* Write spaces around the '...', for otherwise it may be
  parsed wrong when you use it with integer values.  For example, write
  this:
  
--- 27125,27143 ----
  6.28 Case Ranges
  ================
  
! You can specify a range of consecutive values in a single `case' label,
  like this:
  
       case LOW ... HIGH:
  
! This has the same effect as the proper number of individual `case'
  labels, one for each integer value from LOW to HIGH, inclusive.
  
   This feature is especially useful for ranges of ASCII character codes:
  
       case 'A' ... 'Z':
  
!  *Be careful:* Write spaces around the `...', for otherwise it may be
  parsed wrong when you use it with integer values.  For example, write
  this:
  
*************** File: gcc.info,  Node: Cast to Union,  N
*** 26911,26919 ****
  
  A cast to union type looks similar to other casts, except that the type
  specified is a union type.  You can specify the type either with the
! 'union' keyword or with a 'typedef' name that refers to a union.  A cast
! to a union actually creates a compound literal and yields an lvalue, not
! an rvalue like true casts do.  *Note Compound Literals::.
  
   The types that may be cast to the union type are those of the members
  of the union.  Thus, given the following union and variables:
--- 27155,27163 ----
  
  A cast to union type looks similar to other casts, except that the type
  specified is a union type.  You can specify the type either with the
! `union' keyword or with a `typedef' name that refers to a union.  A
! cast to a union actually creates a compound literal and yields an
! lvalue, not an rvalue like true casts do.  *Note Compound Literals::.
  
   The types that may be cast to the union type are those of the members
  of the union.  Thus, given the following union and variables:
*************** of the union.  Thus, given the following
*** 26922,26928 ****
       int x;
       double y;
  
! both 'x' and 'y' can be cast to type 'union foo'.
  
   Using the cast as the right-hand side of an assignment to a variable of
  union type is equivalent to storing in a member of the union:
--- 27166,27172 ----
       int x;
       double y;
  
! both `x' and `y' can be cast to type `union foo'.
  
   Using the cast as the right-hand side of an assignment to a variable of
  union type is equivalent to storing in a member of the union:
*************** File: gcc.info,  Node: Function Attribut
*** 26965,27000 ****
  In GNU C, you can use function attributes to declare certain things
  about functions called in your program which help the compiler optimize
  calls and check your code more carefully.  For example, you can use
! attributes to declare that a function never returns ('noreturn'),
! returns a value depending only on its arguments ('pure'), or has
! 'printf'-style arguments ('format').
  
   You can also use attributes to control memory placement, code
  generation options or call/return conventions within the function being
  annotated.  Many of these attributes are target-specific.  For example,
  many targets support attributes for defining interrupt handler
! functions, which typically must follow special register usage and return
! conventions.
  
!  Function attributes are introduced by the '__attribute__' keyword on a
  declaration, followed by an attribute specification inside double
  parentheses.  You can specify multiple attributes in a declaration by
  separating them by commas within the double parentheses or by
  immediately following an attribute declaration with another attribute
! declaration.  *Note Attribute Syntax::, for the exact rules on attribute
! syntax and placement.
  
   GCC also supports attributes on variable declarations (*note Variable
  Attributes::), labels (*note Label Attributes::), enumerators (*note
! Enumerator Attributes::), statements (*note Statement Attributes::), and
! types (*note Type Attributes::).
  
   There is some overlap between the purposes of attributes and pragmas
! (*note Pragmas Accepted by GCC: Pragmas.).  It has been found convenient
! to use '__attribute__' to achieve a natural attachment of attributes to
! their corresponding declarations, whereas '#pragma' is of use for
! compatibility with other compilers or constructs that do not naturally
! form part of the grammar.
  
   In addition to the attributes documented here, GCC plugins may provide
  their own attributes.
--- 27209,27244 ----
  In GNU C, you can use function attributes to declare certain things
  about functions called in your program which help the compiler optimize
  calls and check your code more carefully.  For example, you can use
! attributes to declare that a function never returns (`noreturn'),
! returns a value depending only on its arguments (`pure'), or has
! `printf'-style arguments (`format').
  
   You can also use attributes to control memory placement, code
  generation options or call/return conventions within the function being
  annotated.  Many of these attributes are target-specific.  For example,
  many targets support attributes for defining interrupt handler
! functions, which typically must follow special register usage and
! return conventions.
  
!  Function attributes are introduced by the `__attribute__' keyword on a
  declaration, followed by an attribute specification inside double
  parentheses.  You can specify multiple attributes in a declaration by
  separating them by commas within the double parentheses or by
  immediately following an attribute declaration with another attribute
! declaration.  *Note Attribute Syntax::, for the exact rules on
! attribute syntax and placement.
  
   GCC also supports attributes on variable declarations (*note Variable
  Attributes::), labels (*note Label Attributes::), enumerators (*note
! Enumerator Attributes::), statements (*note Statement Attributes::),
! and types (*note Type Attributes::).
  
   There is some overlap between the purposes of attributes and pragmas
! (*note Pragmas Accepted by GCC: Pragmas.).  It has been found
! convenient to use `__attribute__' to achieve a natural attachment of
! attributes to their corresponding declarations, whereas `#pragma' is of
! use for compatibility with other compilers or constructs that do not
! naturally form part of the grammar.
  
   In addition to the attributes documented here, GCC plugins may provide
  their own attributes.
*************** File: gcc.info,  Node: Common Function A
*** 27043,27087 ****
  
  The following attributes are supported on most targets.
  
! 'alias ("TARGET")'
!      The 'alias' attribute causes the declaration to be emitted as an
       alias for another symbol, which must be specified.  For instance,
  
            void __f () { /* Do something. */; }
            void f () __attribute__ ((weak, alias ("__f")));
  
!      defines 'f' to be a weak alias for '__f'.  In C++, the mangled name
!      for the target must be used.  It is an error if '__f' is not
       defined in the same translation unit.
  
       This attribute requires assembler and object file support, and may
       not be available on all targets.
  
! 'aligned (ALIGNMENT)'
       This attribute specifies a minimum alignment for the function,
       measured in bytes.
  
       You cannot use this attribute to decrease the alignment of a
       function, only to increase it.  However, when you explicitly
       specify a function alignment this overrides the effect of the
!      '-falign-functions' (*note Optimize Options::) option for this
       function.
  
!      Note that the effectiveness of 'aligned' attributes may be limited
       by inherent limitations in your linker.  On many systems, the
       linker is only able to arrange for functions to be aligned up to a
       certain maximum alignment.  (For some linkers, the maximum
       supported alignment may be very very small.)  See your linker
       documentation for further information.
  
!      The 'aligned' attribute can also be used for variables and fields
       (*note Variable Attributes::.)
  
! 'alloc_align'
!      The 'alloc_align' attribute is used to tell the compiler that the
       function return value points to memory, where the returned pointer
!      minimum alignment is given by one of the functions parameters.  GCC
!      uses this information to improve pointer alignment analysis.
  
       The function parameter denoting the allocated alignment is
       specified by one integer argument, whose number is the argument of
--- 27287,27331 ----
  
  The following attributes are supported on most targets.
  
! `alias ("TARGET")'
!      The `alias' attribute causes the declaration to be emitted as an
       alias for another symbol, which must be specified.  For instance,
  
            void __f () { /* Do something. */; }
            void f () __attribute__ ((weak, alias ("__f")));
  
!      defines `f' to be a weak alias for `__f'.  In C++, the mangled
!      name for the target must be used.  It is an error if `__f' is not
       defined in the same translation unit.
  
       This attribute requires assembler and object file support, and may
       not be available on all targets.
  
! `aligned (ALIGNMENT)'
       This attribute specifies a minimum alignment for the function,
       measured in bytes.
  
       You cannot use this attribute to decrease the alignment of a
       function, only to increase it.  However, when you explicitly
       specify a function alignment this overrides the effect of the
!      `-falign-functions' (*note Optimize Options::) option for this
       function.
  
!      Note that the effectiveness of `aligned' attributes may be limited
       by inherent limitations in your linker.  On many systems, the
       linker is only able to arrange for functions to be aligned up to a
       certain maximum alignment.  (For some linkers, the maximum
       supported alignment may be very very small.)  See your linker
       documentation for further information.
  
!      The `aligned' attribute can also be used for variables and fields
       (*note Variable Attributes::.)
  
! `alloc_align'
!      The `alloc_align' attribute is used to tell the compiler that the
       function return value points to memory, where the returned pointer
!      minimum alignment is given by one of the functions parameters.
!      GCC uses this information to improve pointer alignment analysis.
  
       The function parameter denoting the allocated alignment is
       specified by one integer argument, whose number is the argument of
*************** The following attributes are supported o
*** 27091,27121 ****
  
            void* my_memalign(size_t, size_t) __attribute__((alloc_align(1)))
  
!      declares that 'my_memalign' returns memory with minimum alignment
       given by parameter 1.
  
! 'alloc_size'
!      The 'alloc_size' attribute is used to tell the compiler that the
       function return value points to memory, where the size is given by
       one or two of the functions parameters.  GCC uses this information
!      to improve the correctness of '__builtin_object_size'.
  
!      The function parameter(s) denoting the allocated size are specified
!      by one or two integer arguments supplied to the attribute.  The
!      allocated size is either the value of the single function argument
!      specified or the product of the two function arguments specified.
!      Argument numbering starts at one.
  
       For instance,
  
            void* my_calloc(size_t, size_t) __attribute__((alloc_size(1,2)))
            void* my_realloc(void*, size_t) __attribute__((alloc_size(2)))
  
!      declares that 'my_calloc' returns memory of the size given by the
!      product of parameter 1 and 2 and that 'my_realloc' returns memory
       of the size given by parameter 2.
  
! 'always_inline'
       Generally, functions are not inlined unless optimization is
       specified.  For functions declared inline, this attribute inlines
       the function independent of any restrictions that otherwise apply
--- 27335,27365 ----
  
            void* my_memalign(size_t, size_t) __attribute__((alloc_align(1)))
  
!      declares that `my_memalign' returns memory with minimum alignment
       given by parameter 1.
  
! `alloc_size'
!      The `alloc_size' attribute is used to tell the compiler that the
       function return value points to memory, where the size is given by
       one or two of the functions parameters.  GCC uses this information
!      to improve the correctness of `__builtin_object_size'.
  
!      The function parameter(s) denoting the allocated size are
!      specified by one or two integer arguments supplied to the
!      attribute.  The allocated size is either the value of the single
!      function argument specified or the product of the two function
!      arguments specified.  Argument numbering starts at one.
  
       For instance,
  
            void* my_calloc(size_t, size_t) __attribute__((alloc_size(1,2)))
            void* my_realloc(void*, size_t) __attribute__((alloc_size(2)))
  
!      declares that `my_calloc' returns memory of the size given by the
!      product of parameter 1 and 2 and that `my_realloc' returns memory
       of the size given by parameter 2.
  
! `always_inline'
       Generally, functions are not inlined unless optimization is
       specified.  For functions declared inline, this attribute inlines
       the function independent of any restrictions that otherwise apply
*************** The following attributes are supported o
*** 27125,27139 ****
       and a failure to inline an indirect call may or may not be
       diagnosed.
  
! 'artificial'
       This attribute is useful for small inline wrappers that if possible
       should appear during debugging as a unit.  Depending on the debug
       info format it either means marking the function as artificial or
       using the caller location for all instructions within the inlined
       body.
  
! 'assume_aligned'
!      The 'assume_aligned' attribute is used to tell the compiler that
       the function return value points to memory, where the returned
       pointer minimum alignment is given by the first argument.  If the
       attribute has two arguments, the second argument is misalignment
--- 27369,27383 ----
       and a failure to inline an indirect call may or may not be
       diagnosed.
  
! `artificial'
       This attribute is useful for small inline wrappers that if possible
       should appear during debugging as a unit.  Depending on the debug
       info format it either means marking the function as artificial or
       using the caller location for all instructions within the inlined
       body.
  
! `assume_aligned'
!      The `assume_aligned' attribute is used to tell the compiler that
       the function return value points to memory, where the returned
       pointer minimum alignment is given by the first argument.  If the
       attribute has two arguments, the second argument is misalignment
*************** The following attributes are supported o
*** 27144,27164 ****
            void* my_alloc1(size_t) __attribute__((assume_aligned(16)))
            void* my_alloc2(size_t) __attribute__((assume_aligned(32, 8)))
  
!      declares that 'my_alloc1' returns 16-byte aligned pointer and that
!      'my_alloc2' returns a pointer whose value modulo 32 is equal to 8.
  
! 'bnd_instrument'
!      The 'bnd_instrument' attribute on functions is used to inform the
       compiler that the function should be instrumented when compiled
!      with the '-fchkp-instrument-marked-only' option.
  
! 'bnd_legacy'
!      The 'bnd_legacy' attribute on functions is used to inform the
       compiler that the function should not be instrumented when compiled
!      with the '-fcheck-pointer-bounds' option.
  
! 'cold'
!      The 'cold' attribute on functions is used to inform the compiler
       that the function is unlikely to be executed.  The function is
       optimized for size rather than speed and on many targets it is
       placed into a special subsection of the text section so all cold
--- 27388,27408 ----
            void* my_alloc1(size_t) __attribute__((assume_aligned(16)))
            void* my_alloc2(size_t) __attribute__((assume_aligned(32, 8)))
  
!      declares that `my_alloc1' returns 16-byte aligned pointer and that
!      `my_alloc2' returns a pointer whose value modulo 32 is equal to 8.
  
! `bnd_instrument'
!      The `bnd_instrument' attribute on functions is used to inform the
       compiler that the function should be instrumented when compiled
!      with the `-fchkp-instrument-marked-only' option.
  
! `bnd_legacy'
!      The `bnd_legacy' attribute on functions is used to inform the
       compiler that the function should not be instrumented when compiled
!      with the `-fcheck-pointer-bounds' option.
  
! `cold'
!      The `cold' attribute on functions is used to inform the compiler
       that the function is unlikely to be executed.  The function is
       optimized for size rather than speed and on many targets it is
       placed into a special subsection of the text section so all cold
*************** The following attributes are supported o
*** 27166,27198 ****
       non-cold parts of program.  The paths leading to calls of cold
       functions within code are marked as unlikely by the branch
       prediction mechanism.  It is thus useful to mark functions used to
!      handle unlikely conditions, such as 'perror', as cold to improve
!      optimization of hot functions that do call marked functions in rare
!      occasions.
  
!      When profile feedback is available, via '-fprofile-use', cold
       functions are automatically detected and this attribute is ignored.
  
! 'const'
       Many functions do not examine any values except their arguments,
       and have no effects except the return value.  Basically this is
!      just slightly more strict class than the 'pure' attribute below,
       since function is not allowed to read global memory.
  
       Note that a function that has pointer arguments and examines the
!      data pointed to must _not_ be declared 'const'.  Likewise, a
!      function that calls a non-'const' function usually must not be
!      'const'.  It does not make sense for a 'const' function to return
!      'void'.
  
! 'constructor'
! 'destructor'
! 'constructor (PRIORITY)'
! 'destructor (PRIORITY)'
!      The 'constructor' attribute causes the function to be called
!      automatically before execution enters 'main ()'.  Similarly, the
!      'destructor' attribute causes the function to be called
!      automatically after 'main ()' completes or 'exit ()' is called.
       Functions with these attributes are useful for initializing data
       that is used implicitly during the execution of the program.
  
--- 27410,27442 ----
       non-cold parts of program.  The paths leading to calls of cold
       functions within code are marked as unlikely by the branch
       prediction mechanism.  It is thus useful to mark functions used to
!      handle unlikely conditions, such as `perror', as cold to improve
!      optimization of hot functions that do call marked functions in
!      rare occasions.
  
!      When profile feedback is available, via `-fprofile-use', cold
       functions are automatically detected and this attribute is ignored.
  
! `const'
       Many functions do not examine any values except their arguments,
       and have no effects except the return value.  Basically this is
!      just slightly more strict class than the `pure' attribute below,
       since function is not allowed to read global memory.
  
       Note that a function that has pointer arguments and examines the
!      data pointed to must _not_ be declared `const'.  Likewise, a
!      function that calls a non-`const' function usually must not be
!      `const'.  It does not make sense for a `const' function to return
!      `void'.
  
! `constructor'
! `destructor'
! `constructor (PRIORITY)'
! `destructor (PRIORITY)'
!      The `constructor' attribute causes the function to be called
!      automatically before execution enters `main ()'.  Similarly, the
!      `destructor' attribute causes the function to be called
!      automatically after `main ()' completes or `exit ()' is called.
       Functions with these attributes are useful for initializing data
       that is used implicitly during the execution of the program.
  
*************** The following attributes are supported o
*** 27207,27219 ****
       same as those specified for namespace-scope C++ objects (*note C++
       Attributes::).  However, at present, the order in which
       constructors for C++ objects with static storage duration and
!      functions decorated with attribute 'constructor' are invoked is
!      unspecified.  In mixed declarations, attribute 'init_priority' can
       be used to impose a specific ordering.
  
! 'deprecated'
! 'deprecated (MSG)'
!      The 'deprecated' attribute results in a warning if the function is
       used anywhere in the source file.  This is useful when identifying
       functions that are expected to be removed in a future version of a
       program.  The warning also includes the location of the declaration
--- 27451,27463 ----
       same as those specified for namespace-scope C++ objects (*note C++
       Attributes::).  However, at present, the order in which
       constructors for C++ objects with static storage duration and
!      functions decorated with attribute `constructor' are invoked is
!      unspecified.  In mixed declarations, attribute `init_priority' can
       be used to impose a specific ordering.
  
! `deprecated'
! `deprecated (MSG)'
!      The `deprecated' attribute results in a warning if the function is
       used anywhere in the source file.  This is useful when identifying
       functions that are expected to be removed in a future version of a
       program.  The warning also includes the location of the declaration
*************** The following attributes are supported o
*** 27229,27278 ****
       argument, which must be a string, is printed in the warning if
       present.
  
!      The 'deprecated' attribute can also be used for variables and types
!      (*note Variable Attributes::, *note Type Attributes::.)
  
! 'error ("MESSAGE")'
! 'warning ("MESSAGE")'
!      If the 'error' or 'warning' attribute is used on a function
!      declaration and a call to such a function is not eliminated through
!      dead code elimination or other optimizations, an error or warning
!      (respectively) that includes MESSAGE is diagnosed.  This is useful
!      for compile-time checking, especially together with
!      '__builtin_constant_p' and inline functions where checking the
!      inline function arguments is not possible through 'extern char
       [(condition) ? 1 : -1];' tricks.
  
       While it is possible to leave the function undefined and thus
       invoke a link failure (to define the function with a message in
!      '.gnu.warning*' section), when using these attributes the problem
       is diagnosed earlier and with exact location of the call even in
       presence of inline functions or when not emitting debugging
       information.
  
! 'externally_visible'
       This attribute, attached to a global variable or function,
!      nullifies the effect of the '-fwhole-program' command-line option,
       so the object remains visible outside the current compilation unit.
  
!      If '-fwhole-program' is used together with '-flto' and 'gold' is
!      used as the linker plugin, 'externally_visible' attributes are
!      automatically added to functions (not variable yet due to a current
!      'gold' issue) that are accessed outside of LTO objects according to
!      resolution file produced by 'gold'.  For other linkers that cannot
!      generate resolution file, explicit 'externally_visible' attributes
!      are still necessary.
  
! 'flatten'
       Generally, inlining into a function is limited.  For a function
       marked with this attribute, every call inside this function is
       inlined, if possible.  Whether the function itself is considered
       for inlining depends on its size and the current inlining
       parameters.
  
! 'format (ARCHETYPE, STRING-INDEX, FIRST-TO-CHECK)'
!      The 'format' attribute specifies that a function takes 'printf',
!      'scanf', 'strftime' or 'strfmon' style arguments that should be
       type-checked against a format string.  For example, the
       declaration:
  
--- 27473,27522 ----
       argument, which must be a string, is printed in the warning if
       present.
  
!      The `deprecated' attribute can also be used for variables and
!      types (*note Variable Attributes::, *note Type Attributes::.)
  
! `error ("MESSAGE")'
! `warning ("MESSAGE")'
!      If the `error' or `warning' attribute is used on a function
!      declaration and a call to such a function is not eliminated
!      through dead code elimination or other optimizations, an error or
!      warning (respectively) that includes MESSAGE is diagnosed.  This
!      is useful for compile-time checking, especially together with
!      `__builtin_constant_p' and inline functions where checking the
!      inline function arguments is not possible through `extern char
       [(condition) ? 1 : -1];' tricks.
  
       While it is possible to leave the function undefined and thus
       invoke a link failure (to define the function with a message in
!      `.gnu.warning*' section), when using these attributes the problem
       is diagnosed earlier and with exact location of the call even in
       presence of inline functions or when not emitting debugging
       information.
  
! `externally_visible'
       This attribute, attached to a global variable or function,
!      nullifies the effect of the `-fwhole-program' command-line option,
       so the object remains visible outside the current compilation unit.
  
!      If `-fwhole-program' is used together with `-flto' and `gold' is
!      used as the linker plugin, `externally_visible' attributes are
!      automatically added to functions (not variable yet due to a
!      current `gold' issue) that are accessed outside of LTO objects
!      according to resolution file produced by `gold'.  For other
!      linkers that cannot generate resolution file, explicit
!      `externally_visible' attributes are still necessary.
  
! `flatten'
       Generally, inlining into a function is limited.  For a function
       marked with this attribute, every call inside this function is
       inlined, if possible.  Whether the function itself is considered
       for inlining depends on its size and the current inlining
       parameters.
  
! `format (ARCHETYPE, STRING-INDEX, FIRST-TO-CHECK)'
!      The `format' attribute specifies that a function takes `printf',
!      `scanf', `strftime' or `strfmon' style arguments that should be
       type-checked against a format string.  For example, the
       declaration:
  
*************** The following attributes are supported o
*** 27280,27445 ****
            my_printf (void *my_object, const char *my_format, ...)
                  __attribute__ ((format (printf, 2, 3)));
  
!      causes the compiler to check the arguments in calls to 'my_printf'
!      for consistency with the 'printf' style format string argument
!      'my_format'.
  
       The parameter ARCHETYPE determines how the format string is
!      interpreted, and should be 'printf', 'scanf', 'strftime',
!      'gnu_printf', 'gnu_scanf', 'gnu_strftime' or 'strfmon'.  (You can
!      also use '__printf__', '__scanf__', '__strftime__' or
!      '__strfmon__'.)  On MinGW targets, 'ms_printf', 'ms_scanf', and
!      'ms_strftime' are also present.  ARCHETYPE values such as 'printf'
       refer to the formats accepted by the system's C runtime library,
!      while values prefixed with 'gnu_' always refer to the formats
       accepted by the GNU C Library.  On Microsoft Windows targets,
!      values prefixed with 'ms_' refer to the formats accepted by the
!      'msvcrt.dll' library.  The parameter STRING-INDEX specifies which
       argument is the format string argument (starting from 1), while
!      FIRST-TO-CHECK is the number of the first argument to check against
!      the format string.  For functions where the arguments are not
!      available to be checked (such as 'vprintf'), specify the third
       parameter as zero.  In this case the compiler only checks the
!      format string for consistency.  For 'strftime' formats, the third
       parameter is required to be zero.  Since non-static C++ methods
!      have an implicit 'this' argument, the arguments of such methods
       should be counted from two, not one, when giving values for
       STRING-INDEX and FIRST-TO-CHECK.
  
!      In the example above, the format string ('my_format') is the second
!      argument of the function 'my_print', and the arguments to check
       start with the third argument, so the correct parameters for the
       format attribute are 2 and 3.
  
!      The 'format' attribute allows you to identify your own functions
       that take format strings as arguments, so that GCC can check the
       calls to these functions for errors.  The compiler always (unless
!      '-ffreestanding' or '-fno-builtin' is used) checks formats for the
!      standard library functions 'printf', 'fprintf', 'sprintf', 'scanf',
!      'fscanf', 'sscanf', 'strftime', 'vprintf', 'vfprintf' and
!      'vsprintf' whenever such warnings are requested (using '-Wformat'),
!      so there is no need to modify the header file 'stdio.h'.  In C99
!      mode, the functions 'snprintf', 'vsnprintf', 'vscanf', 'vfscanf'
!      and 'vsscanf' are also checked.  Except in strictly conforming C
!      standard modes, the X/Open function 'strfmon' is also checked as
!      are 'printf_unlocked' and 'fprintf_unlocked'.  *Note Options
!      Controlling C Dialect: C Dialect Options.
  
!      For Objective-C dialects, 'NSString' (or '__NSString__') is
       recognized in the same context.  Declarations including these
!      format attributes are parsed for correct syntax, however the result
!      of checking of such format strings is not yet defined, and is not
!      carried out by this version of the compiler.
  
       The target may also provide additional types of format checks.
       *Note Format Checks Specific to Particular Target Machines: Target
       Format Checks.
  
! 'format_arg (STRING-INDEX)'
!      The 'format_arg' attribute specifies that a function takes a format
!      string for a 'printf', 'scanf', 'strftime' or 'strfmon' style
!      function and modifies it (for example, to translate it into another
!      language), so the result can be passed to a 'printf', 'scanf',
!      'strftime' or 'strfmon' style function (with the remaining
!      arguments to the format function the same as they would have been
!      for the unmodified string).  For example, the declaration:
  
            extern char *
            my_dgettext (char *my_domain, const char *my_format)
                  __attribute__ ((format_arg (2)));
  
!      causes the compiler to check the arguments in calls to a 'printf',
!      'scanf', 'strftime' or 'strfmon' type function, whose format string
!      argument is a call to the 'my_dgettext' function, for consistency
!      with the format string argument 'my_format'.  If the 'format_arg'
!      attribute had not been specified, all the compiler could tell in
!      such calls to format functions would be that the format string
!      argument is not constant; this would generate a warning when
!      '-Wformat-nonliteral' is used, but the calls could not be checked
!      without the attribute.
  
       The parameter STRING-INDEX specifies which argument is the format
       string argument (starting from one).  Since non-static C++ methods
!      have an implicit 'this' argument, the arguments of such methods
       should be counted from two.
  
!      The 'format_arg' attribute allows you to identify your own
       functions that modify format strings, so that GCC can check the
!      calls to 'printf', 'scanf', 'strftime' or 'strfmon' type function
       whose operands are a call to one of your own function.  The
!      compiler always treats 'gettext', 'dgettext', and 'dcgettext' in
       this manner except when strict ISO C support is requested by
!      '-ansi' or an appropriate '-std' option, or '-ffreestanding' or
!      '-fno-builtin' is used.  *Note Options Controlling C Dialect: C
       Dialect Options.
  
!      For Objective-C dialects, the 'format-arg' attribute may refer to
!      an 'NSString' reference for compatibility with the 'format'
       attribute above.
  
!      The target may also allow additional types in 'format-arg'
       attributes.  *Note Format Checks Specific to Particular Target
       Machines: Target Format Checks.
  
! 'gnu_inline'
       This attribute should be used with a function that is also declared
!      with the 'inline' keyword.  It directs GCC to treat the function as
!      if it were defined in gnu90 mode even when compiling in C99 or
       gnu99 mode.
  
!      If the function is declared 'extern', then this definition of the
       function is used only for inlining.  In no case is the function
       compiled as a standalone function, not even if you take its address
       explicitly.  Such an address becomes an external reference, as if
       you had only declared the function, and had not defined it.  This
       has almost the effect of a macro.  The way to use this is to put a
       function definition in a header file with this attribute, and put
!      another copy of the function, without 'extern', in a library file.
!      The definition in the header file causes most calls to the function
!      to be inlined.  If any uses of the function remain, they refer to
!      the single copy in the library.  Note that the two definitions of
!      the functions need not be precisely the same, although if they do
!      not have the same effect your program may behave oddly.
  
!      In C, if the function is neither 'extern' nor 'static', then the
       function is compiled as a standalone function, as well as being
       inlined where possible.
  
!      This is how GCC traditionally handled functions declared 'inline'.
!      Since ISO C99 specifies a different semantics for 'inline', this
       function attribute is provided as a transition measure and as a
       useful feature in its own right.  This attribute is available in
!      GCC 4.1.3 and later.  It is available if either of the preprocessor
!      macros '__GNUC_GNU_INLINE__' or '__GNUC_STDC_INLINE__' are defined.
!      *Note An Inline Function is As Fast As a Macro: Inline.
  
!      In C++, this attribute does not depend on 'extern' in any way, but
!      it still requires the 'inline' keyword to enable its special
       behavior.
  
! 'hot'
!      The 'hot' attribute on a function is used to inform the compiler
       that the function is a hot spot of the compiled program.  The
       function is optimized more aggressively and on many targets it is
       placed into a special subsection of the text section so all hot
       functions appear close together, improving locality.
  
!      When profile feedback is available, via '-fprofile-use', hot
       functions are automatically detected and this attribute is ignored.
  
! 'ifunc ("RESOLVER")'
!      The 'ifunc' attribute is used to mark a function as an indirect
       function using the STT_GNU_IFUNC symbol type extension to the ELF
       standard.  This allows the resolution of the symbol value to be
       determined dynamically at load time, and an optimized version of
       the routine can be selected for the particular processor or other
       system characteristics determined then.  To use this attribute,
!      first define the implementation functions available, and a resolver
!      function that returns a pointer to the selected implementation
!      function.  The implementation functions' declarations must match
!      the API of the function being implemented, the resolver's
!      declaration is be a function returning pointer to void function
!      returning void:
  
            void *my_memcpy (void *dst, const void *src, size_t len)
            {
--- 27524,27693 ----
            my_printf (void *my_object, const char *my_format, ...)
                  __attribute__ ((format (printf, 2, 3)));
  
!      causes the compiler to check the arguments in calls to `my_printf'
!      for consistency with the `printf' style format string argument
!      `my_format'.
  
       The parameter ARCHETYPE determines how the format string is
!      interpreted, and should be `printf', `scanf', `strftime',
!      `gnu_printf', `gnu_scanf', `gnu_strftime' or `strfmon'.  (You can
!      also use `__printf__', `__scanf__', `__strftime__' or
!      `__strfmon__'.)  On MinGW targets, `ms_printf', `ms_scanf', and
!      `ms_strftime' are also present.  ARCHETYPE values such as `printf'
       refer to the formats accepted by the system's C runtime library,
!      while values prefixed with `gnu_' always refer to the formats
       accepted by the GNU C Library.  On Microsoft Windows targets,
!      values prefixed with `ms_' refer to the formats accepted by the
!      `msvcrt.dll' library.  The parameter STRING-INDEX specifies which
       argument is the format string argument (starting from 1), while
!      FIRST-TO-CHECK is the number of the first argument to check
!      against the format string.  For functions where the arguments are
!      not available to be checked (such as `vprintf'), specify the third
       parameter as zero.  In this case the compiler only checks the
!      format string for consistency.  For `strftime' formats, the third
       parameter is required to be zero.  Since non-static C++ methods
!      have an implicit `this' argument, the arguments of such methods
       should be counted from two, not one, when giving values for
       STRING-INDEX and FIRST-TO-CHECK.
  
!      In the example above, the format string (`my_format') is the second
!      argument of the function `my_print', and the arguments to check
       start with the third argument, so the correct parameters for the
       format attribute are 2 and 3.
  
!      The `format' attribute allows you to identify your own functions
       that take format strings as arguments, so that GCC can check the
       calls to these functions for errors.  The compiler always (unless
!      `-ffreestanding' or `-fno-builtin' is used) checks formats for the
!      standard library functions `printf', `fprintf', `sprintf',
!      `scanf', `fscanf', `sscanf', `strftime', `vprintf', `vfprintf' and
!      `vsprintf' whenever such warnings are requested (using
!      `-Wformat'), so there is no need to modify the header file
!      `stdio.h'.  In C99 mode, the functions `snprintf', `vsnprintf',
!      `vscanf', `vfscanf' and `vsscanf' are also checked.  Except in
!      strictly conforming C standard modes, the X/Open function
!      `strfmon' is also checked as are `printf_unlocked' and
!      `fprintf_unlocked'.  *Note Options Controlling C Dialect: C
!      Dialect Options.
  
!      For Objective-C dialects, `NSString' (or `__NSString__') is
       recognized in the same context.  Declarations including these
!      format attributes are parsed for correct syntax, however the
!      result of checking of such format strings is not yet defined, and
!      is not carried out by this version of the compiler.
  
       The target may also provide additional types of format checks.
       *Note Format Checks Specific to Particular Target Machines: Target
       Format Checks.
  
! `format_arg (STRING-INDEX)'
!      The `format_arg' attribute specifies that a function takes a format
!      string for a `printf', `scanf', `strftime' or `strfmon' style
!      function and modifies it (for example, to translate it into
!      another language), so the result can be passed to a `printf',
!      `scanf', `strftime' or `strfmon' style function (with the
!      remaining arguments to the format function the same as they would
!      have been for the unmodified string).  For example, the
!      declaration:
  
            extern char *
            my_dgettext (char *my_domain, const char *my_format)
                  __attribute__ ((format_arg (2)));
  
!      causes the compiler to check the arguments in calls to a `printf',
!      `scanf', `strftime' or `strfmon' type function, whose format
!      string argument is a call to the `my_dgettext' function, for
!      consistency with the format string argument `my_format'.  If the
!      `format_arg' attribute had not been specified, all the compiler
!      could tell in such calls to format functions would be that the
!      format string argument is not constant; this would generate a
!      warning when `-Wformat-nonliteral' is used, but the calls could
!      not be checked without the attribute.
  
       The parameter STRING-INDEX specifies which argument is the format
       string argument (starting from one).  Since non-static C++ methods
!      have an implicit `this' argument, the arguments of such methods
       should be counted from two.
  
!      The `format_arg' attribute allows you to identify your own
       functions that modify format strings, so that GCC can check the
!      calls to `printf', `scanf', `strftime' or `strfmon' type function
       whose operands are a call to one of your own function.  The
!      compiler always treats `gettext', `dgettext', and `dcgettext' in
       this manner except when strict ISO C support is requested by
!      `-ansi' or an appropriate `-std' option, or `-ffreestanding' or
!      `-fno-builtin' is used.  *Note Options Controlling C Dialect: C
       Dialect Options.
  
!      For Objective-C dialects, the `format-arg' attribute may refer to
!      an `NSString' reference for compatibility with the `format'
       attribute above.
  
!      The target may also allow additional types in `format-arg'
       attributes.  *Note Format Checks Specific to Particular Target
       Machines: Target Format Checks.
  
! `gnu_inline'
       This attribute should be used with a function that is also declared
!      with the `inline' keyword.  It directs GCC to treat the function
!      as if it were defined in gnu90 mode even when compiling in C99 or
       gnu99 mode.
  
!      If the function is declared `extern', then this definition of the
       function is used only for inlining.  In no case is the function
       compiled as a standalone function, not even if you take its address
       explicitly.  Such an address becomes an external reference, as if
       you had only declared the function, and had not defined it.  This
       has almost the effect of a macro.  The way to use this is to put a
       function definition in a header file with this attribute, and put
!      another copy of the function, without `extern', in a library file.
!      The definition in the header file causes most calls to the
!      function to be inlined.  If any uses of the function remain, they
!      refer to the single copy in the library.  Note that the two
!      definitions of the functions need not be precisely the same,
!      although if they do not have the same effect your program may
!      behave oddly.
  
!      In C, if the function is neither `extern' nor `static', then the
       function is compiled as a standalone function, as well as being
       inlined where possible.
  
!      This is how GCC traditionally handled functions declared `inline'.
!      Since ISO C99 specifies a different semantics for `inline', this
       function attribute is provided as a transition measure and as a
       useful feature in its own right.  This attribute is available in
!      GCC 4.1.3 and later.  It is available if either of the
!      preprocessor macros `__GNUC_GNU_INLINE__' or
!      `__GNUC_STDC_INLINE__' are defined.  *Note An Inline Function is
!      As Fast As a Macro: Inline.
  
!      In C++, this attribute does not depend on `extern' in any way, but
!      it still requires the `inline' keyword to enable its special
       behavior.
  
! `hot'
!      The `hot' attribute on a function is used to inform the compiler
       that the function is a hot spot of the compiled program.  The
       function is optimized more aggressively and on many targets it is
       placed into a special subsection of the text section so all hot
       functions appear close together, improving locality.
  
!      When profile feedback is available, via `-fprofile-use', hot
       functions are automatically detected and this attribute is ignored.
  
! `ifunc ("RESOLVER")'
!      The `ifunc' attribute is used to mark a function as an indirect
       function using the STT_GNU_IFUNC symbol type extension to the ELF
       standard.  This allows the resolution of the symbol value to be
       determined dynamically at load time, and an optimized version of
       the routine can be selected for the particular processor or other
       system characteristics determined then.  To use this attribute,
!      first define the implementation functions available, and a
!      resolver function that returns a pointer to the selected
!      implementation function.  The implementation functions'
!      declarations must match the API of the function being implemented,
!      the resolver's declaration is be a function returning pointer to
!      void function returning void:
  
            void *my_memcpy (void *dst, const void *src, size_t len)
            {
*************** The following attributes are supported o
*** 27467,27510 ****
       higher and GNU C Library version 2.11.1 are required to use this
       feature.
  
! 'interrupt'
! 'interrupt_handler'
       Many GCC back ends support attributes to indicate that a function
       is an interrupt handler, which tells the compiler to generate
       function entry and exit sequences that differ from those from
       regular functions.  The exact syntax and behavior are
       target-specific; refer to the following subsections for details.
  
! 'leaf'
       Calls to external functions with this attribute must return to the
       current compilation unit only by return or by exception handling.
       In particular, a leaf function is not allowed to invoke callback
       functions passed to it from the current compilation unit, directly
!      call functions exported by the unit, or 'longjmp' into the unit.
       Leaf functions might still call functions from other compilation
!      units and thus they are not necessarily leaf in the sense that they
!      contain no function calls at all.
  
       The attribute is intended for library functions to improve dataflow
       analysis.  The compiler takes the hint that any data not escaping
       the current compilation unit cannot be used or modified by the leaf
!      function.  For example, the 'sin' function is a leaf function, but
!      'qsort' is not.
  
       Note that leaf functions might indirectly run a signal handler
!      defined in the current compilation unit that uses static variables.
!      Similarly, when lazy symbol resolution is in effect, leaf functions
!      might invoke indirect functions whose resolver function or
!      implementation function is defined in the current compilation unit
!      and uses static variables.  There is no standard-compliant way to
!      write such a signal handler, resolver function, or implementation
!      function, and the best that you can do is to remove the 'leaf'
!      attribute or mark all such static variables 'volatile'.  Lastly,
!      for ELF-based systems that support symbol interposition, care
!      should be taken that functions defined in the current compilation
!      unit do not unexpectedly interpose other symbols based on the
!      defined standards mode and defined feature test macros; otherwise
!      an inadvertent callback would be added.
  
       The attribute has no effect on functions defined within the current
       compilation unit.  This is to allow easy merging of multiple
--- 27715,27758 ----
       higher and GNU C Library version 2.11.1 are required to use this
       feature.
  
! `interrupt'
! `interrupt_handler'
       Many GCC back ends support attributes to indicate that a function
       is an interrupt handler, which tells the compiler to generate
       function entry and exit sequences that differ from those from
       regular functions.  The exact syntax and behavior are
       target-specific; refer to the following subsections for details.
  
! `leaf'
       Calls to external functions with this attribute must return to the
       current compilation unit only by return or by exception handling.
       In particular, a leaf function is not allowed to invoke callback
       functions passed to it from the current compilation unit, directly
!      call functions exported by the unit, or `longjmp' into the unit.
       Leaf functions might still call functions from other compilation
!      units and thus they are not necessarily leaf in the sense that
!      they contain no function calls at all.
  
       The attribute is intended for library functions to improve dataflow
       analysis.  The compiler takes the hint that any data not escaping
       the current compilation unit cannot be used or modified by the leaf
!      function.  For example, the `sin' function is a leaf function, but
!      `qsort' is not.
  
       Note that leaf functions might indirectly run a signal handler
!      defined in the current compilation unit that uses static
!      variables.  Similarly, when lazy symbol resolution is in effect,
!      leaf functions might invoke indirect functions whose resolver
!      function or implementation function is defined in the current
!      compilation unit and uses static variables.  There is no
!      standard-compliant way to write such a signal handler, resolver
!      function, or implementation function, and the best that you can do
!      is to remove the `leaf' attribute or mark all such static variables
!      `volatile'.  Lastly, for ELF-based systems that support symbol
!      interposition, care should be taken that functions defined in the
!      current compilation unit do not unexpectedly interpose other
!      symbols based on the defined standards mode and defined feature
!      test macros; otherwise an inadvertent callback would be added.
  
       The attribute has no effect on functions defined within the current
       compilation unit.  This is to allow easy merging of multiple
*************** The following attributes are supported o
*** 27512,27589 ****
       optimization.  For this reason the attribute is not allowed on
       types to annotate indirect calls.
  
! 'malloc'
!      This tells the compiler that a function is 'malloc'-like, i.e.,
       that the pointer P returned by the function cannot alias any other
       pointer valid when the function returns, and moreover no pointers
       to valid objects occur in any storage addressed by P.
  
       Using this attribute can improve optimization.  Functions like
!      'malloc' and 'calloc' have this property because they return a
       pointer to uninitialized or zeroed-out storage.  However, functions
!      like 'realloc' do not have this property, as they can return a
       pointer to storage containing pointers.
  
! 'no_icf'
!      This function attribute prevents a functions from being merged with
!      another semantically equivalent function.
  
! 'no_instrument_function'
!      If '-finstrument-functions' is given, profiling function calls are
       generated at entry and exit of most user-compiled functions.
       Functions with this attribute are not so instrumented.
  
! 'no_profile_instrument_function'
!      The 'no_profile_instrument_function' attribute on functions is used
       to inform the compiler that it should not process any profile
       feedback based optimization code instrumentation.
  
! 'no_reorder'
!      Do not reorder functions or variables marked 'no_reorder' against
       each other or top level assembler statements the executable.  The
!      actual order in the program will depend on the linker command line.
!      Static variables marked like this are also not removed.  This has a
!      similar effect as the '-fno-toplevel-reorder' option, but only
!      applies to the marked symbols.
  
! 'no_sanitize_address'
! 'no_address_safety_analysis'
!      The 'no_sanitize_address' attribute on functions is used to inform
       the compiler that it should not instrument memory accesses in the
!      function when compiling with the '-fsanitize=address' option.  The
!      'no_address_safety_analysis' is a deprecated alias of the
!      'no_sanitize_address' attribute, new code should use
!      'no_sanitize_address'.
  
! 'no_sanitize_thread'
!      The 'no_sanitize_thread' attribute on functions is used to inform
       the compiler that it should not instrument memory accesses in the
!      function when compiling with the '-fsanitize=thread' option.
  
! 'no_sanitize_undefined'
!      The 'no_sanitize_undefined' attribute on functions is used to
       inform the compiler that it should not check for undefined behavior
!      in the function when compiling with the '-fsanitize=undefined'
       option.
  
! 'no_split_stack'
!      If '-fsplit-stack' is given, functions have a small prologue which
       decides whether to split the stack.  Functions with the
!      'no_split_stack' attribute do not have that prologue, and thus may
       run with only a small amount of stack space available.
  
! 'no_stack_limit'
!      This attribute locally overrides the '-fstack-limit-register' and
!      '-fstack-limit-symbol' command-line options; it has the effect of
       disabling stack limit checking in the function it applies to.
  
! 'noclone'
       This function attribute prevents a function from being considered
       for cloning--a mechanism that produces specialized copies of
       functions and which is (currently) performed by interprocedural
       constant propagation.
  
! 'noinline'
       This function attribute prevents a function from being considered
       for inlining.  If the function does not have side-effects, there
       are optimizations other than inlining that cause function calls to
--- 27760,27837 ----
       optimization.  For this reason the attribute is not allowed on
       types to annotate indirect calls.
  
! `malloc'
!      This tells the compiler that a function is `malloc'-like, i.e.,
       that the pointer P returned by the function cannot alias any other
       pointer valid when the function returns, and moreover no pointers
       to valid objects occur in any storage addressed by P.
  
       Using this attribute can improve optimization.  Functions like
!      `malloc' and `calloc' have this property because they return a
       pointer to uninitialized or zeroed-out storage.  However, functions
!      like `realloc' do not have this property, as they can return a
       pointer to storage containing pointers.
  
! `no_icf'
!      This function attribute prevents a functions from being merged
!      with another semantically equivalent function.
  
! `no_instrument_function'
!      If `-finstrument-functions' is given, profiling function calls are
       generated at entry and exit of most user-compiled functions.
       Functions with this attribute are not so instrumented.
  
! `no_profile_instrument_function'
!      The `no_profile_instrument_function' attribute on functions is used
       to inform the compiler that it should not process any profile
       feedback based optimization code instrumentation.
  
! `no_reorder'
!      Do not reorder functions or variables marked `no_reorder' against
       each other or top level assembler statements the executable.  The
!      actual order in the program will depend on the linker command
!      line. Static variables marked like this are also not removed.
!      This has a similar effect as the `-fno-toplevel-reorder' option,
!      but only applies to the marked symbols.
  
! `no_sanitize_address'
! `no_address_safety_analysis'
!      The `no_sanitize_address' attribute on functions is used to inform
       the compiler that it should not instrument memory accesses in the
!      function when compiling with the `-fsanitize=address' option.  The
!      `no_address_safety_analysis' is a deprecated alias of the
!      `no_sanitize_address' attribute, new code should use
!      `no_sanitize_address'.
  
! `no_sanitize_thread'
!      The `no_sanitize_thread' attribute on functions is used to inform
       the compiler that it should not instrument memory accesses in the
!      function when compiling with the `-fsanitize=thread' option.
  
! `no_sanitize_undefined'
!      The `no_sanitize_undefined' attribute on functions is used to
       inform the compiler that it should not check for undefined behavior
!      in the function when compiling with the `-fsanitize=undefined'
       option.
  
! `no_split_stack'
!      If `-fsplit-stack' is given, functions have a small prologue which
       decides whether to split the stack.  Functions with the
!      `no_split_stack' attribute do not have that prologue, and thus may
       run with only a small amount of stack space available.
  
! `no_stack_limit'
!      This attribute locally overrides the `-fstack-limit-register' and
!      `-fstack-limit-symbol' command-line options; it has the effect of
       disabling stack limit checking in the function it applies to.
  
! `noclone'
       This function attribute prevents a function from being considered
       for cloning--a mechanism that produces specialized copies of
       functions and which is (currently) performed by interprocedural
       constant propagation.
  
! `noinline'
       This function attribute prevents a function from being considered
       for inlining.  If the function does not have side-effects, there
       are optimizations other than inlining that cause function calls to
*************** The following attributes are supported o
*** 27594,27616 ****
       (*note Extended Asm::) in the called function, to serve as a
       special side-effect.
  
! 'nonnull (ARG-INDEX, ...)'
!      The 'nonnull' attribute specifies that some function parameters
       should be non-null pointers.  For instance, the declaration:
  
            extern void *
            my_memcpy (void *dest, const void *src, size_t len)
                    __attribute__((nonnull (1, 2)));
  
!      causes the compiler to check that, in calls to 'my_memcpy',
       arguments DEST and SRC are non-null.  If the compiler determines
       that a null pointer is passed in an argument slot marked as
!      non-null, and the '-Wnonnull' option is enabled, a warning is
       issued.  The compiler may also choose to make optimizations based
       on the knowledge that certain function arguments will never be
       null.
  
!      If no argument index list is given to the 'nonnull' attribute, all
       pointer arguments are marked as non-null.  To illustrate, the
       following declaration is equivalent to the previous example:
  
--- 27842,27864 ----
       (*note Extended Asm::) in the called function, to serve as a
       special side-effect.
  
! `nonnull (ARG-INDEX, ...)'
!      The `nonnull' attribute specifies that some function parameters
       should be non-null pointers.  For instance, the declaration:
  
            extern void *
            my_memcpy (void *dest, const void *src, size_t len)
                    __attribute__((nonnull (1, 2)));
  
!      causes the compiler to check that, in calls to `my_memcpy',
       arguments DEST and SRC are non-null.  If the compiler determines
       that a null pointer is passed in an argument slot marked as
!      non-null, and the `-Wnonnull' option is enabled, a warning is
       issued.  The compiler may also choose to make optimizations based
       on the knowledge that certain function arguments will never be
       null.
  
!      If no argument index list is given to the `nonnull' attribute, all
       pointer arguments are marked as non-null.  To illustrate, the
       following declaration is equivalent to the previous example:
  
*************** The following attributes are supported o
*** 27618,27625 ****
            my_memcpy (void *dest, const void *src, size_t len)
                    __attribute__((nonnull));
  
! 'noplt'
!      The 'noplt' attribute is the counterpart to option '-fno-plt'.
       Calls to functions marked with this attribute in
       position-independent code do not use the PLT.
  
--- 27866,27873 ----
            my_memcpy (void *dest, const void *src, size_t len)
                    __attribute__((nonnull));
  
! `noplt'
!      The `noplt' attribute is the counterpart to option `-fno-plt'.
       Calls to functions marked with this attribute in
       position-independent code do not use the PLT.
  
*************** The following attributes are supported o
*** 27634,27652 ****
              /* ... */
            }
  
!      The 'noplt' attribute on function 'foo' tells the compiler to
!      assume that the function 'foo' is externally defined and that the
!      call to 'foo' must avoid the PLT in position-independent code.
  
       In position-dependent code, a few targets also convert calls to
       functions that are marked to not use the PLT to use the GOT
       instead.
  
! 'noreturn'
!      A few standard library functions, such as 'abort' and 'exit',
       cannot return.  GCC knows this automatically.  Some programs define
       their own functions that never return.  You can declare them
!      'noreturn' to tell the compiler this fact.  For example,
  
            void fatal () __attribute__ ((noreturn));
  
--- 27882,27900 ----
              /* ... */
            }
  
!      The `noplt' attribute on function `foo' tells the compiler to
!      assume that the function `foo' is externally defined and that the
!      call to `foo' must avoid the PLT in position-independent code.
  
       In position-dependent code, a few targets also convert calls to
       functions that are marked to not use the PLT to use the GOT
       instead.
  
! `noreturn'
!      A few standard library functions, such as `abort' and `exit',
       cannot return.  GCC knows this automatically.  Some programs define
       their own functions that never return.  You can declare them
!      `noreturn' to tell the compiler this fact.  For example,
  
            void fatal () __attribute__ ((noreturn));
  
*************** The following attributes are supported o
*** 27657,27721 ****
              exit (1);
            }
  
!      The 'noreturn' keyword tells the compiler to assume that 'fatal'
       cannot return.  It can then optimize without regard to what would
!      happen if 'fatal' ever did return.  This makes slightly better
       code.  More importantly, it helps avoid spurious warnings of
       uninitialized variables.
  
!      The 'noreturn' keyword does not affect the exceptional path when
!      that applies: a 'noreturn'-marked function may still return to the
!      caller by throwing an exception or calling 'longjmp'.
  
       Do not assume that registers saved by the calling function are
!      restored before calling the 'noreturn' function.
  
!      It does not make sense for a 'noreturn' function to have a return
!      type other than 'void'.
  
! 'nothrow'
!      The 'nothrow' attribute is used to inform the compiler that a
       function cannot throw an exception.  For example, most functions in
       the standard C library can be guaranteed not to throw an exception
!      with the notable exceptions of 'qsort' and 'bsearch' that take
       function pointer arguments.
  
! 'optimize'
!      The 'optimize' attribute is used to specify that a function is to
       be compiled with different optimization options than specified on
       the command line.  Arguments can either be numbers or strings.
       Numbers are assumed to be an optimization level.  Strings that
!      begin with 'O' are assumed to be an optimization option, while
!      other options are assumed to be used with a '-f' prefix.  You can
!      also use the '#pragma GCC optimize' pragma to set the optimization
       options that affect more than one function.  *Note Function
!      Specific Option Pragmas::, for details about the '#pragma GCC
       optimize' pragma.
  
       This attribute should be used for debugging purposes only.  It is
       not suitable in production code.
  
! 'pure'
       Many functions have no effects except the return value and their
       return value depends only on the parameters and/or global
       variables.  Such a function can be subject to common subexpression
       elimination and loop optimization just as an arithmetic operator
       would be.  These functions should be declared with the attribute
!      'pure'.  For example,
  
            int square (int) __attribute__ ((pure));
  
!      says that the hypothetical function 'square' is safe to call fewer
       times than the program says.
  
!      Some common examples of pure functions are 'strlen' or 'memcmp'.
!      Interesting non-pure functions are functions with infinite loops or
!      those depending on volatile memory or other system resource, that
!      may change between two consecutive calls (such as 'feof' in a
       multithreading environment).
  
! 'returns_nonnull'
!      The 'returns_nonnull' attribute specifies that the function return
       value should be a non-null pointer.  For instance, the declaration:
  
            extern void *
--- 27905,27969 ----
              exit (1);
            }
  
!      The `noreturn' keyword tells the compiler to assume that `fatal'
       cannot return.  It can then optimize without regard to what would
!      happen if `fatal' ever did return.  This makes slightly better
       code.  More importantly, it helps avoid spurious warnings of
       uninitialized variables.
  
!      The `noreturn' keyword does not affect the exceptional path when
!      that applies: a `noreturn'-marked function may still return to the
!      caller by throwing an exception or calling `longjmp'.
  
       Do not assume that registers saved by the calling function are
!      restored before calling the `noreturn' function.
  
!      It does not make sense for a `noreturn' function to have a return
!      type other than `void'.
  
! `nothrow'
!      The `nothrow' attribute is used to inform the compiler that a
       function cannot throw an exception.  For example, most functions in
       the standard C library can be guaranteed not to throw an exception
!      with the notable exceptions of `qsort' and `bsearch' that take
       function pointer arguments.
  
! `optimize'
!      The `optimize' attribute is used to specify that a function is to
       be compiled with different optimization options than specified on
       the command line.  Arguments can either be numbers or strings.
       Numbers are assumed to be an optimization level.  Strings that
!      begin with `O' are assumed to be an optimization option, while
!      other options are assumed to be used with a `-f' prefix.  You can
!      also use the `#pragma GCC optimize' pragma to set the optimization
       options that affect more than one function.  *Note Function
!      Specific Option Pragmas::, for details about the `#pragma GCC
       optimize' pragma.
  
       This attribute should be used for debugging purposes only.  It is
       not suitable in production code.
  
! `pure'
       Many functions have no effects except the return value and their
       return value depends only on the parameters and/or global
       variables.  Such a function can be subject to common subexpression
       elimination and loop optimization just as an arithmetic operator
       would be.  These functions should be declared with the attribute
!      `pure'.  For example,
  
            int square (int) __attribute__ ((pure));
  
!      says that the hypothetical function `square' is safe to call fewer
       times than the program says.
  
!      Some common examples of pure functions are `strlen' or `memcmp'.
!      Interesting non-pure functions are functions with infinite loops
!      or those depending on volatile memory or other system resource,
!      that may change between two consecutive calls (such as `feof' in a
       multithreading environment).
  
! `returns_nonnull'
!      The `returns_nonnull' attribute specifies that the function return
       value should be a non-null pointer.  For instance, the declaration:
  
            extern void *
*************** The following attributes are supported o
*** 27724,27781 ****
       lets the compiler optimize callers based on the knowledge that the
       return value will never be null.
  
! 'returns_twice'
!      The 'returns_twice' attribute tells the compiler that a function
       may return more than one time.  The compiler ensures that all
       registers are dead before calling such a function and emits a
       warning about the variables that may be clobbered after the second
!      return from the function.  Examples of such functions are 'setjmp'
!      and 'vfork'.  The 'longjmp'-like counterpart of such function, if
!      any, might need to be marked with the 'noreturn' attribute.
  
! 'section ("SECTION-NAME")'
!      Normally, the compiler places the code it generates in the 'text'
       section.  Sometimes, however, you need additional sections, or you
       need certain particular functions to appear in special sections.
!      The 'section' attribute specifies that a function lives in a
       particular section.  For example, the declaration:
  
            extern void foobar (void) __attribute__ ((section ("bar")));
  
!      puts the function 'foobar' in the 'bar' section.
  
       Some file formats do not support arbitrary sections so the
!      'section' attribute is not available on all platforms.  If you need
!      to map the entire contents of a module to a particular section,
!      consider using the facilities of the linker instead.
  
! 'sentinel'
!      This function attribute ensures that a parameter in a function call
!      is an explicit 'NULL'.  The attribute is only valid on variadic
!      functions.  By default, the sentinel is located at position zero,
!      the last parameter of the function call.  If an optional integer
!      position argument P is supplied to the attribute, the sentinel must
!      be located at position P counting backwards from the end of the
!      argument list.
  
            __attribute__ ((sentinel))
            is equivalent to
            __attribute__ ((sentinel(0)))
  
       The attribute is automatically set with a position of 0 for the
!      built-in functions 'execl' and 'execlp'.  The built-in function
!      'execle' has the attribute set with a position of 1.
  
!      A valid 'NULL' in this context is defined as zero with any pointer
!      type.  If your system defines the 'NULL' macro with an integer type
!      then you need to add an explicit cast.  GCC replaces 'stddef.h'
       with a copy that redefines NULL appropriately.
  
       The warnings for missing or incorrect sentinels are enabled with
!      '-Wformat'.
  
! 'simd'
! 'simd("MASK")'
       This attribute enables creation of one or more function versions
       that can process multiple arguments using SIMD instructions from a
       single invocation.  Specifying this attribute allows compiler to
--- 27972,28029 ----
       lets the compiler optimize callers based on the knowledge that the
       return value will never be null.
  
! `returns_twice'
!      The `returns_twice' attribute tells the compiler that a function
       may return more than one time.  The compiler ensures that all
       registers are dead before calling such a function and emits a
       warning about the variables that may be clobbered after the second
!      return from the function.  Examples of such functions are `setjmp'
!      and `vfork'.  The `longjmp'-like counterpart of such function, if
!      any, might need to be marked with the `noreturn' attribute.
  
! `section ("SECTION-NAME")'
!      Normally, the compiler places the code it generates in the `text'
       section.  Sometimes, however, you need additional sections, or you
       need certain particular functions to appear in special sections.
!      The `section' attribute specifies that a function lives in a
       particular section.  For example, the declaration:
  
            extern void foobar (void) __attribute__ ((section ("bar")));
  
!      puts the function `foobar' in the `bar' section.
  
       Some file formats do not support arbitrary sections so the
!      `section' attribute is not available on all platforms.  If you
!      need to map the entire contents of a module to a particular
!      section, consider using the facilities of the linker instead.
  
! `sentinel'
!      This function attribute ensures that a parameter in a function
!      call is an explicit `NULL'.  The attribute is only valid on
!      variadic functions.  By default, the sentinel is located at
!      position zero, the last parameter of the function call.  If an
!      optional integer position argument P is supplied to the attribute,
!      the sentinel must be located at position P counting backwards from
!      the end of the argument list.
  
            __attribute__ ((sentinel))
            is equivalent to
            __attribute__ ((sentinel(0)))
  
       The attribute is automatically set with a position of 0 for the
!      built-in functions `execl' and `execlp'.  The built-in function
!      `execle' has the attribute set with a position of 1.
  
!      A valid `NULL' in this context is defined as zero with any pointer
!      type.  If your system defines the `NULL' macro with an integer type
!      then you need to add an explicit cast.  GCC replaces `stddef.h'
       with a copy that redefines NULL appropriately.
  
       The warnings for missing or incorrect sentinels are enabled with
!      `-Wformat'.
  
! `simd'
! `simd("MASK")'
       This attribute enables creation of one or more function versions
       that can process multiple arguments using SIMD instructions from a
       single invocation.  Specifying this attribute allows compiler to
*************** The following attributes are supported o
*** 27785,27872 ****
       document.  For x86_64 target this document can be found
       here (https://sourceware.org/glibc/wiki/libmvec?action=AttachFile&do=view&target=VectorABI.txt).
  
!      The optional argument MASK may have the value 'notinbranch' or
!      'inbranch', and instructs the compiler to generate non-masked or
!      masked clones correspondingly.  By default, all clones are
       generated.
  
!      The attribute should not be used together with Cilk Plus 'vector'
       attribute on the same function.
  
!      If the attribute is specified and '#pragma omp declare simd' is
!      present on a declaration and the '-fopenmp' or '-fopenmp-simd'
       switch is specified, then the attribute is ignored.
  
! 'stack_protect'
       This attribute adds stack protection code to the function if flags
!      '-fstack-protector', '-fstack-protector-strong' or
!      '-fstack-protector-explicit' are set.
  
! 'target (OPTIONS)'
!      Multiple target back ends implement the 'target' attribute to
       specify that a function is to be compiled with different target
       options than specified on the command line.  This can be used for
       instance to have functions compiled with a different ISA
       (instruction set architecture) than the default.  You can also use
!      the '#pragma GCC target' pragma to set more than one function to be
!      compiled with specific target options.  *Note Function Specific
!      Option Pragmas::, for details about the '#pragma GCC target'
       pragma.
  
       For instance, on an x86, you could declare one function with the
!      'target("sse4.1,arch=core2")' attribute and another with
!      'target("sse4a,arch=amdfam10")'.  This is equivalent to compiling
!      the first function with '-msse4.1' and '-march=core2' options, and
!      the second function with '-msse4a' and '-march=amdfam10' options.
       It is up to you to make sure that a function is only invoked on a
       machine that supports the particular ISA it is compiled for (for
!      example by using 'cpuid' on x86 to determine what feature bits and
       architecture family are used).
  
            int core2_func (void) __attribute__ ((__target__ ("arch=core2")));
            int sse3_func (void) __attribute__ ((__target__ ("sse3")));
  
       You can either use multiple strings separated by commas to specify
!      multiple options, or separate the options with a comma (',') within
!      a single string.
  
       The options supported are specific to each target; refer to *note
       x86 Function Attributes::, *note PowerPC Function Attributes::,
       *note ARM Function Attributes::,and *note Nios II Function
       Attributes::, for details.
  
! 'target_clones (OPTIONS)'
!      The 'target_clones' attribute is used to specify that a function be
!      cloned into multiple versions compiled with different target
       options than specified on the command line.  The supported options
!      and restrictions are the same as for 'target' attribute.
  
       For instance, on an x86, you could compile a function with
!      'target_clones("sse4.1,avx")'.  GCC creates two function clones,
!      one compiled with '-msse4.1' and another with '-mavx'.  It also
!      creates a resolver function (see the 'ifunc' attribute above) that
       dynamically selects a clone suitable for current architecture.
  
! 'unused'
       This attribute, attached to a function, means that the function is
       meant to be possibly unused.  GCC does not produce a warning for
       this function.
  
! 'used'
       This attribute, attached to a function, means that code must be
       emitted for the function even if it appears that the function is
       not referenced.  This is useful, for example, when the function is
       referenced only in inline assembly.
  
       When applied to a member function of a C++ class template, the
!      attribute also means that the function is instantiated if the class
!      itself is instantiated.
  
! 'visibility ("VISIBILITY_TYPE")'
       This attribute affects the linkage of the declaration to which it
!      is attached.  It can be applied to variables (*note Common Variable
!      Attributes::) and types (*note Common Type Attributes::) as well as
!      functions.
  
       There are four supported VISIBILITY_TYPE values: default, hidden,
       protected or internal visibility.
--- 28033,28120 ----
       document.  For x86_64 target this document can be found
       here (https://sourceware.org/glibc/wiki/libmvec?action=AttachFile&do=view&target=VectorABI.txt).
  
!      The optional argument MASK may have the value `notinbranch' or
!      `inbranch', and instructs the compiler to generate non-masked or
!      masked clones correspondingly. By default, all clones are
       generated.
  
!      The attribute should not be used together with Cilk Plus `vector'
       attribute on the same function.
  
!      If the attribute is specified and `#pragma omp declare simd' is
!      present on a declaration and the `-fopenmp' or `-fopenmp-simd'
       switch is specified, then the attribute is ignored.
  
! `stack_protect'
       This attribute adds stack protection code to the function if flags
!      `-fstack-protector', `-fstack-protector-strong' or
!      `-fstack-protector-explicit' are set.
  
! `target (OPTIONS)'
!      Multiple target back ends implement the `target' attribute to
       specify that a function is to be compiled with different target
       options than specified on the command line.  This can be used for
       instance to have functions compiled with a different ISA
       (instruction set architecture) than the default.  You can also use
!      the `#pragma GCC target' pragma to set more than one function to
!      be compiled with specific target options.  *Note Function Specific
!      Option Pragmas::, for details about the `#pragma GCC target'
       pragma.
  
       For instance, on an x86, you could declare one function with the
!      `target("sse4.1,arch=core2")' attribute and another with
!      `target("sse4a,arch=amdfam10")'.  This is equivalent to compiling
!      the first function with `-msse4.1' and `-march=core2' options, and
!      the second function with `-msse4a' and `-march=amdfam10' options.
       It is up to you to make sure that a function is only invoked on a
       machine that supports the particular ISA it is compiled for (for
!      example by using `cpuid' on x86 to determine what feature bits and
       architecture family are used).
  
            int core2_func (void) __attribute__ ((__target__ ("arch=core2")));
            int sse3_func (void) __attribute__ ((__target__ ("sse3")));
  
       You can either use multiple strings separated by commas to specify
!      multiple options, or separate the options with a comma (`,')
!      within a single string.
  
       The options supported are specific to each target; refer to *note
       x86 Function Attributes::, *note PowerPC Function Attributes::,
       *note ARM Function Attributes::,and *note Nios II Function
       Attributes::, for details.
  
! `target_clones (OPTIONS)'
!      The `target_clones' attribute is used to specify that a function
!      be cloned into multiple versions compiled with different target
       options than specified on the command line.  The supported options
!      and restrictions are the same as for `target' attribute.
  
       For instance, on an x86, you could compile a function with
!      `target_clones("sse4.1,avx")'.  GCC creates two function clones,
!      one compiled with `-msse4.1' and another with `-mavx'.  It also
!      creates a resolver function (see the `ifunc' attribute above) that
       dynamically selects a clone suitable for current architecture.
  
! `unused'
       This attribute, attached to a function, means that the function is
       meant to be possibly unused.  GCC does not produce a warning for
       this function.
  
! `used'
       This attribute, attached to a function, means that code must be
       emitted for the function even if it appears that the function is
       not referenced.  This is useful, for example, when the function is
       referenced only in inline assembly.
  
       When applied to a member function of a C++ class template, the
!      attribute also means that the function is instantiated if the
!      class itself is instantiated.
  
! `visibility ("VISIBILITY_TYPE")'
       This attribute affects the linkage of the declaration to which it
!      is attached.  It can be applied to variables (*note Common
!      Variable Attributes::) and types (*note Common Type Attributes::)
!      as well as functions.
  
       There are four supported VISIBILITY_TYPE values: default, hidden,
       protected or internal visibility.
*************** The following attributes are supported o
*** 27875,27884 ****
            f () { /* Do something. */; }
            int i __attribute__ ((visibility ("hidden")));
  
!      The possible values of VISIBILITY_TYPE correspond to the visibility
!      settings in the ELF gABI.
  
!      'default'
            Default visibility is the normal case for the object file
            format.  This value is available for the visibility attribute
            to override other options that may change the assumed
--- 28123,28132 ----
            f () { /* Do something. */; }
            int i __attribute__ ((visibility ("hidden")));
  
!      The possible values of VISIBILITY_TYPE correspond to the
!      visibility settings in the ELF gABI.
  
!     `default'
            Default visibility is the normal case for the object file
            format.  This value is available for the visibility attribute
            to override other options that may change the assumed
*************** The following attributes are supported o
*** 27894,27925 ****
            Default visibility corresponds to "external linkage" in the
            language.
  
!      'hidden'
            Hidden visibility indicates that the entity declared has a new
            form of linkage, which we call "hidden linkage".  Two
            declarations of an object with hidden linkage refer to the
            same object if they are in the same shared object.
  
!      'internal'
            Internal visibility is like hidden visibility, but with
            additional processor specific semantics.  Unless otherwise
            specified by the psABI, GCC defines internal visibility to
            mean that a function is _never_ called from another module.
!           Compare this with hidden functions which, while they cannot be
!           referenced directly by other modules, can be referenced
            indirectly via function pointers.  By indicating that a
!           function cannot be called from outside the module, GCC may for
!           instance omit the load of a PIC register since it is known
            that the calling function loaded the correct value.
  
!      'protected'
            Protected visibility is like default visibility except that it
            indicates that references within the defining module bind to
            the definition in that module.  That is, the declared entity
            cannot be overridden by another module.
  
       All visibilities are supported on many, but not all, ELF targets
!      (supported when the assembler supports the '.visibility'
       pseudo-op).  Default visibility is supported everywhere.  Hidden
       visibility is supported on Darwin targets.
  
--- 28142,28174 ----
            Default visibility corresponds to "external linkage" in the
            language.
  
!     `hidden'
            Hidden visibility indicates that the entity declared has a new
            form of linkage, which we call "hidden linkage".  Two
            declarations of an object with hidden linkage refer to the
            same object if they are in the same shared object.
  
!     `internal'
            Internal visibility is like hidden visibility, but with
            additional processor specific semantics.  Unless otherwise
            specified by the psABI, GCC defines internal visibility to
            mean that a function is _never_ called from another module.
!           Compare this with hidden functions which, while they cannot
!           be referenced directly by other modules, can be referenced
            indirectly via function pointers.  By indicating that a
!           function cannot be called from outside the module, GCC may
!           for instance omit the load of a PIC register since it is known
            that the calling function loaded the correct value.
  
!     `protected'
            Protected visibility is like default visibility except that it
            indicates that references within the defining module bind to
            the definition in that module.  That is, the declared entity
            cannot be overridden by another module.
  
+ 
       All visibilities are supported on many, but not all, ELF targets
!      (supported when the assembler supports the `.visibility'
       pseudo-op).  Default visibility is supported everywhere.  Hidden
       visibility is supported on Darwin targets.
  
*************** The following attributes are supported o
*** 27951,27957 ****
  
       This attribute applies only to the particular namespace body, not
       to other definitions of the same namespace; it is equivalent to
!      using '#pragma GCC visibility' before and after the namespace
       definition (*note Visibility Pragmas::).
  
       In C++, if a template argument has limited visibility, this
--- 28200,28206 ----
  
       This attribute applies only to the particular namespace body, not
       to other definitions of the same namespace; it is equivalent to
!      using `#pragma GCC visibility' before and after the namespace
       definition (*note Visibility Pragmas::).
  
       In C++, if a template argument has limited visibility, this
*************** The following attributes are supported o
*** 27962,27973 ****
       If both the template and enclosing class have explicit visibility,
       the visibility from the template is used.
  
! 'warn_unused_result'
!      The 'warn_unused_result' attribute causes a warning to be emitted
       if a caller of the function with this attribute does not use its
       return value.  This is useful for functions where not checking the
       result is either a security problem or always a bug, such as
!      'realloc'.
  
            int fn () __attribute__ ((warn_unused_result));
            int foo ()
--- 28211,28222 ----
       If both the template and enclosing class have explicit visibility,
       the visibility from the template is used.
  
! `warn_unused_result'
!      The `warn_unused_result' attribute causes a warning to be emitted
       if a caller of the function with this attribute does not use its
       return value.  This is useful for functions where not checking the
       result is either a security problem or always a bug, such as
!      `realloc'.
  
            int fn () __attribute__ ((warn_unused_result));
            int foo ()
*************** The following attributes are supported o
*** 27979,28001 ****
  
       results in warning on line 5.
  
! 'weak'
!      The 'weak' attribute causes the declaration to be emitted as a weak
       symbol rather than a global.  This is primarily useful in defining
       library functions that can be overridden in user code, though it
       can also be used with non-function declarations.  Weak symbols are
       supported for ELF targets, and also for a.out targets when using
       the GNU assembler and linker.
  
! 'weakref'
! 'weakref ("TARGET")'
!      The 'weakref' attribute marks a declaration as a weak reference.
!      Without arguments, it should be accompanied by an 'alias' attribute
       naming the target symbol.  Optionally, the TARGET may be given as
!      an argument to 'weakref' itself.  In either case, 'weakref'
!      implicitly marks the declaration as 'weak'.  Without a TARGET,
!      given as an argument to 'weakref' or to 'alias', 'weakref' is
!      equivalent to 'weak'.
  
            static int x() __attribute__ ((weakref ("y")));
            /* is equivalent to... */
--- 28228,28250 ----
  
       results in warning on line 5.
  
! `weak'
!      The `weak' attribute causes the declaration to be emitted as a weak
       symbol rather than a global.  This is primarily useful in defining
       library functions that can be overridden in user code, though it
       can also be used with non-function declarations.  Weak symbols are
       supported for ELF targets, and also for a.out targets when using
       the GNU assembler and linker.
  
! `weakref'
! `weakref ("TARGET")'
!      The `weakref' attribute marks a declaration as a weak reference.
!      Without arguments, it should be accompanied by an `alias' attribute
       naming the target symbol.  Optionally, the TARGET may be given as
!      an argument to `weakref' itself.  In either case, `weakref'
!      implicitly marks the declaration as `weak'.  Without a TARGET,
!      given as an argument to `weakref' or to `alias', `weakref' is
!      equivalent to `weak'.
  
            static int x() __attribute__ ((weakref ("y")));
            /* is equivalent to... */
*************** The following attributes are supported o
*** 28005,28013 ****
            static int x() __attribute__ ((alias ("y")));
  
       A weak reference is an alias that does not by itself require a
!      definition to be given for the target symbol.  If the target symbol
!      is only referenced through weak references, then it becomes a
!      'weak' undefined symbol.  If it is directly referenced, however,
       then such strong references prevail, and a definition is required
       for the symbol, not necessarily in the same translation unit.
  
--- 28254,28262 ----
            static int x() __attribute__ ((alias ("y")));
  
       A weak reference is an alias that does not by itself require a
!      definition to be given for the target symbol.  If the target
!      symbol is only referenced through weak references, then it becomes
!      a `weak' undefined symbol.  If it is directly referenced, however,
       then such strong references prevail, and a definition is required
       for the symbol, not necessarily in the same translation unit.
  
*************** The following attributes are supported o
*** 28016,28023 ****
       symbol, declaring it as weak, compiling the two separate
       translation units and performing a reloadable link on them.
  
!      At present, a declaration to which 'weakref' is attached can only
!      be 'static'.
  
  
  File: gcc.info,  Node: AArch64 Function Attributes,  Next: ARC Function Attributes,  Prev: Common Function Attributes,  Up: Function Attributes
--- 28265,28273 ----
       symbol, declaring it as weak, compiling the two separate
       translation units and performing a reloadable link on them.
  
!      At present, a declaration to which `weakref' is attached can only
!      be `static'.
! 
  
  
  File: gcc.info,  Node: AArch64 Function Attributes,  Next: ARC Function Attributes,  Prev: Common Function Attributes,  Up: Function Attributes
*************** AArch64 target.  For the most part, thes
*** 28030,28093 ****
  similar command-line options (*note AArch64 Options::), but on a
  per-function basis.
  
! 'general-regs-only'
       Indicates that no floating-point or Advanced SIMD registers should
       be used when generating code for this function.  If the function
       explicitly uses floating-point code, then the compiler gives an
       error.  This is the same behavior as that of the command-line
!      option '-mgeneral-regs-only'.
  
! 'fix-cortex-a53-835769'
       Indicates that the workaround for the Cortex-A53 erratum 835769
       should be applied to this function.  To explicitly disable the
       workaround for this function specify the negated form:
!      'no-fix-cortex-a53-835769'.  This corresponds to the behavior of
!      the command line options '-mfix-cortex-a53-835769' and
!      '-mno-fix-cortex-a53-835769'.
  
! 'cmodel='
!      Indicates that code should be generated for a particular code model
!      for this function.  The behavior and permissible arguments are the
!      same as for the command line option '-mcmodel='.
  
! 'strict-align'
!      Indicates that the compiler should not assume that unaligned memory
!      references are handled by the system.  The behavior is the same as
!      for the command-line option '-mstrict-align'.
  
! 'omit-leaf-frame-pointer'
       Indicates that the frame pointer should be omitted for a leaf
       function call.  To keep the frame pointer, the inverse attribute
!      'no-omit-leaf-frame-pointer' can be specified.  These attributes
       have the same behavior as the command-line options
!      '-momit-leaf-frame-pointer' and '-mno-omit-leaf-frame-pointer'.
  
! 'tls-dialect='
       Specifies the TLS dialect to use for this function.  The behavior
       and permissible arguments are the same as for the command-line
!      option '-mtls-dialect='.
  
! 'arch='
       Specifies the architecture version and architectural extensions to
       use for this function.  The behavior and permissible arguments are
!      the same as for the '-march=' command-line option.
  
! 'tune='
       Specifies the core for which to tune the performance of this
       function.  The behavior and permissible arguments are the same as
!      for the '-mtune=' command-line option.
  
! 'cpu='
       Specifies the core for which to tune the performance of this
       function and also whose architectural features to use.  The
!      behavior and valid arguments are the same as for the '-mcpu='
       command-line option.
  
! 'sign-return-address'
       Select the function scope on which return address signing will be
       applied.  The behavior and permissible arguments are the same as
!      for the command-line option '-msign-return-address='.  The default
!      value is 'none'.
  
   The above target attributes can be specified as follows:
  
--- 28280,28344 ----
  similar command-line options (*note AArch64 Options::), but on a
  per-function basis.
  
! `general-regs-only'
       Indicates that no floating-point or Advanced SIMD registers should
       be used when generating code for this function.  If the function
       explicitly uses floating-point code, then the compiler gives an
       error.  This is the same behavior as that of the command-line
!      option `-mgeneral-regs-only'.
  
! `fix-cortex-a53-835769'
       Indicates that the workaround for the Cortex-A53 erratum 835769
       should be applied to this function.  To explicitly disable the
       workaround for this function specify the negated form:
!      `no-fix-cortex-a53-835769'.  This corresponds to the behavior of
!      the command line options `-mfix-cortex-a53-835769' and
!      `-mno-fix-cortex-a53-835769'.
  
! `cmodel='
!      Indicates that code should be generated for a particular code
!      model for this function.  The behavior and permissible arguments
!      are the same as for the command line option `-mcmodel='.
  
! `strict-align'
!      Indicates that the compiler should not assume that unaligned
!      memory references are handled by the system.  The behavior is the
!      same as for the command-line option `-mstrict-align'.
  
! `omit-leaf-frame-pointer'
       Indicates that the frame pointer should be omitted for a leaf
       function call.  To keep the frame pointer, the inverse attribute
!      `no-omit-leaf-frame-pointer' can be specified.  These attributes
       have the same behavior as the command-line options
!      `-momit-leaf-frame-pointer' and `-mno-omit-leaf-frame-pointer'.
  
! `tls-dialect='
       Specifies the TLS dialect to use for this function.  The behavior
       and permissible arguments are the same as for the command-line
!      option `-mtls-dialect='.
  
! `arch='
       Specifies the architecture version and architectural extensions to
       use for this function.  The behavior and permissible arguments are
!      the same as for the `-march=' command-line option.
  
! `tune='
       Specifies the core for which to tune the performance of this
       function.  The behavior and permissible arguments are the same as
!      for the `-mtune=' command-line option.
  
! `cpu='
       Specifies the core for which to tune the performance of this
       function and also whose architectural features to use.  The
!      behavior and valid arguments are the same as for the `-mcpu='
       command-line option.
  
! `sign-return-address'
       Select the function scope on which return address signing will be
       applied.  The behavior and permissible arguments are the same as
!      for the command-line option `-msign-return-address='.  The default
!      value is `none'.
! 
  
   The above target attributes can be specified as follows:
  
*************** per-function basis.
*** 28098,28104 ****
         return a + 5;
       }
  
!  where 'ATTR-STRING' is one of the attribute strings specified above.
  
   Additionally, the architectural extension string may be specified on
  its own.  This can be used to turn on and off particular architectural
--- 28349,28355 ----
         return a + 5;
       }
  
!  where `ATTR-STRING' is one of the attribute strings specified above.
  
   Additionally, the architectural extension string may be specified on
  its own.  This can be used to turn on and off particular architectural
*************** or core.  Example:
*** 28112,28123 ****
         return a + 5;
       }
  
!  In this example 'target("+crc+nocrypto")' enables the 'crc' extension
! and disables the 'crypto' extension for the function 'foo' without
! modifying an existing '-march=' or '-mcpu' option.
  
!  Multiple target function attributes can be specified by separating them
! with a comma.  For example:
       __attribute__((target("arch=armv8-a+crc+crypto,tune=cortex-a53")))
       int
       foo (int a)
--- 28363,28374 ----
         return a + 5;
       }
  
!  In this example `target("+crc+nocrypto")' enables the `crc' extension
! and disables the `crypto' extension for the function `foo' without
! modifying an existing `-march=' or `-mcpu' option.
  
!  Multiple target function attributes can be specified by separating
! them with a comma.  For example:
       __attribute__((target("arch=armv8-a+crc+crypto,tune=cortex-a53")))
       int
       foo (int a)
*************** with a comma.  For example:
*** 28125,28132 ****
         return a + 5;
       }
  
!  is valid and compiles function 'foo' for ARMv8-A with 'crc' and
! 'crypto' extensions and tunes it for 'cortex-a53'.
  
  6.31.2.1 Inlining rules
  .......................
--- 28376,28383 ----
         return a + 5;
       }
  
!  is valid and compiles function `foo' for ARMv8-A with `crc' and
! `crypto' extensions and tunes it for `cortex-a53'.
  
  6.31.2.1 Inlining rules
  .......................
*************** target options can affect function inlin
*** 28137,28158 ****
  
   In particular, a caller function can inline a callee function only if
  the architectural features available to the callee are a subset of the
! features available to the caller.  For example: A function 'foo'
! compiled with '-march=armv8-a+crc', or tagged with the equivalent
! 'arch=armv8-a+crc' attribute, can inline a function 'bar' compiled with
! '-march=armv8-a+nocrc' because the all the architectural features that
! function 'bar' requires are available to function 'foo'.  Conversely,
! function 'bar' cannot inline function 'foo'.
  
!  Additionally inlining a function compiled with '-mstrict-align' into a
! function compiled without '-mstrict-align' is not allowed.  However,
! inlining a function compiled without '-mstrict-align' into a function
! compiled with '-mstrict-align' is allowed.
  
!  Note that CPU tuning options and attributes such as the '-mcpu=',
! '-mtune=' do not inhibit inlining unless the CPU specified by the
! '-mcpu=' option or the 'cpu=' attribute conflicts with the architectural
! feature rules specified above.
  
  
  File: gcc.info,  Node: ARC Function Attributes,  Next: ARM Function Attributes,  Prev: AArch64 Function Attributes,  Up: Function Attributes
--- 28388,28409 ----
  
   In particular, a caller function can inline a callee function only if
  the architectural features available to the callee are a subset of the
! features available to the caller.  For example: A function `foo'
! compiled with `-march=armv8-a+crc', or tagged with the equivalent
! `arch=armv8-a+crc' attribute, can inline a function `bar' compiled with
! `-march=armv8-a+nocrc' because the all the architectural features that
! function `bar' requires are available to function `foo'.  Conversely,
! function `bar' cannot inline function `foo'.
  
!  Additionally inlining a function compiled with `-mstrict-align' into a
! function compiled without `-mstrict-align' is not allowed.  However,
! inlining a function compiled without `-mstrict-align' into a function
! compiled with `-mstrict-align' is allowed.
  
!  Note that CPU tuning options and attributes such as the `-mcpu=',
! `-mtune=' do not inhibit inlining unless the CPU specified by the
! `-mcpu=' option or the `cpu=' attribute conflicts with the
! architectural feature rules specified above.
  
  
  File: gcc.info,  Node: ARC Function Attributes,  Next: ARM Function Attributes,  Prev: AArch64 Function Attributes,  Up: Function Attributes
*************** File: gcc.info,  Node: ARC Function Attr
*** 28162,28195 ****
  
  These function attributes are supported by the ARC back end:
  
! 'interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
       attribute is present.
  
!      On the ARC, you must specify the kind of interrupt to be handled in
!      a parameter to the interrupt attribute like this:
  
            void f () __attribute__ ((interrupt ("ilink1")));
  
!      Permissible values for this parameter are: 'ilink1' and 'ilink2'.
  
! 'long_call'
! 'medium_call'
! 'short_call'
       These attributes specify how a particular function is called.
!      These attributes override the '-mlong-calls' and '-mmedium-calls'
!      (*note ARC Options::) command-line switches and '#pragma
       long_calls' settings.
  
!      For ARC, a function marked with the 'long_call' attribute is always
!      called using register-indirect jump-and-link instructions, thereby
!      enabling the called function to be placed anywhere within the
!      32-bit address space.  A function marked with the 'medium_call'
       attribute will always be close enough to be called with an
       unconditional branch-and-link instruction, which has a 25-bit
!      offset from the call site.  A function marked with the 'short_call'
       attribute will always be close enough to be called with a
       conditional branch-and-link instruction, which has a 21-bit offset
       from the call site.
--- 28413,28446 ----
  
  These function attributes are supported by the ARC back end:
  
! `interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
       attribute is present.
  
!      On the ARC, you must specify the kind of interrupt to be handled
!      in a parameter to the interrupt attribute like this:
  
            void f () __attribute__ ((interrupt ("ilink1")));
  
!      Permissible values for this parameter are: `ilink1' and `ilink2'.
  
! `long_call'
! `medium_call'
! `short_call'
       These attributes specify how a particular function is called.
!      These attributes override the `-mlong-calls' and `-mmedium-calls'
!      (*note ARC Options::) command-line switches and `#pragma
       long_calls' settings.
  
!      For ARC, a function marked with the `long_call' attribute is
!      always called using register-indirect jump-and-link instructions,
!      thereby enabling the called function to be placed anywhere within
!      the 32-bit address space.  A function marked with the `medium_call'
       attribute will always be close enough to be called with an
       unconditional branch-and-link instruction, which has a 25-bit
!      offset from the call site.  A function marked with the `short_call'
       attribute will always be close enough to be called with a
       conditional branch-and-link instruction, which has a 21-bit offset
       from the call site.
*************** File: gcc.info,  Node: ARM Function Attr
*** 28202,28208 ****
  
  These function attributes are supported for ARM targets:
  
! 'interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
--- 28453,28459 ----
  
  These function attributes are supported for ARM targets:
  
! `interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
*************** These function attributes are supported
*** 28213,28288 ****
  
            void f () __attribute__ ((interrupt ("IRQ")));
  
!      Permissible values for this parameter are: 'IRQ', 'FIQ', 'SWI',
!      'ABORT' and 'UNDEF'.
  
       On ARMv7-M the interrupt type is ignored, and the attribute means
       the function may be called with a word-aligned stack pointer.
  
! 'isr'
       Use this attribute on ARM to write Interrupt Service Routines.
!      This is an alias to the 'interrupt' attribute above.
  
! 'long_call'
! 'short_call'
       These attributes specify how a particular function is called.
!      These attributes override the '-mlong-calls' (*note ARM Options::)
!      command-line switch and '#pragma long_calls' settings.  For ARM,
!      the 'long_call' attribute indicates that the function might be far
       away from the call site and require a different (more expensive)
!      calling sequence.  The 'short_call' attribute always places the
!      offset to the function from the call site into the 'BL' instruction
!      directly.
  
! 'naked'
       This attribute allows the compiler to construct the requisite
!      function declaration, while allowing the body of the function to be
!      assembly code.  The specified function will not have
!      prologue/epilogue sequences generated by the compiler.  Only basic
!      'asm' statements can safely be included in naked functions (*note
!      Basic Asm::).  While using extended 'asm' or a mixture of basic
!      'asm' and C code may appear to work, they cannot be depended upon
       to work reliably and are not supported.
  
! 'pcs'
! 
!      The 'pcs' attribute can be used to control the calling convention
!      used for a function on ARM. The attribute takes an argument that
       specifies the calling convention to use.
  
       When compiling using the AAPCS ABI (or a variant of it) then valid
!      values for the argument are '"aapcs"' and '"aapcs-vfp"'.  In order
!      to use a variant other than '"aapcs"' then the compiler must be
       permitted to use the appropriate co-processor registers (i.e., the
!      VFP registers must be available in order to use '"aapcs-vfp"').
       For example,
  
            /* Argument passed in r0, and result returned in r0+r1.  */
            double f2d (float) __attribute__((pcs("aapcs")));
  
!      Variadic functions always use the '"aapcs"' calling convention and
       the compiler rejects attempts to specify an alternative.
  
! 'target (OPTIONS)'
       As discussed in *note Common Function Attributes::, this attribute
       allows specification of target-specific compilation options.
  
       On ARM, the following options are allowed:
  
!      'thumb'
!           Force code generation in the Thumb (T16/T32) ISA, depending on
!           the architecture level.
  
!      'arm'
            Force code generation in the ARM (A32) ISA.
  
            Functions from different modes can be inlined in the caller's
            mode.
  
!      'fpu='
            Specifies the fpu for which to tune the performance of this
!           function.  The behavior and permissible arguments are the same
!           as for the '-mfpu=' command-line option.
  
  
  File: gcc.info,  Node: AVR Function Attributes,  Next: Blackfin Function Attributes,  Prev: ARM Function Attributes,  Up: Function Attributes
--- 28464,28540 ----
  
            void f () __attribute__ ((interrupt ("IRQ")));
  
!      Permissible values for this parameter are: `IRQ', `FIQ', `SWI',
!      `ABORT' and `UNDEF'.
  
       On ARMv7-M the interrupt type is ignored, and the attribute means
       the function may be called with a word-aligned stack pointer.
  
! `isr'
       Use this attribute on ARM to write Interrupt Service Routines.
!      This is an alias to the `interrupt' attribute above.
  
! `long_call'
! `short_call'
       These attributes specify how a particular function is called.
!      These attributes override the `-mlong-calls' (*note ARM Options::)
!      command-line switch and `#pragma long_calls' settings.  For ARM,
!      the `long_call' attribute indicates that the function might be far
       away from the call site and require a different (more expensive)
!      calling sequence.   The `short_call' attribute always places the
!      offset to the function from the call site into the `BL'
!      instruction directly.
  
! `naked'
       This attribute allows the compiler to construct the requisite
!      function declaration, while allowing the body of the function to
!      be assembly code. The specified function will not have
!      prologue/epilogue sequences generated by the compiler. Only basic
!      `asm' statements can safely be included in naked functions (*note
!      Basic Asm::). While using extended `asm' or a mixture of basic
!      `asm' and C code may appear to work, they cannot be depended upon
       to work reliably and are not supported.
  
! `pcs'
!      The `pcs' attribute can be used to control the calling convention
!      used for a function on ARM.  The attribute takes an argument that
       specifies the calling convention to use.
  
       When compiling using the AAPCS ABI (or a variant of it) then valid
!      values for the argument are `"aapcs"' and `"aapcs-vfp"'.  In order
!      to use a variant other than `"aapcs"' then the compiler must be
       permitted to use the appropriate co-processor registers (i.e., the
!      VFP registers must be available in order to use `"aapcs-vfp"').
       For example,
  
            /* Argument passed in r0, and result returned in r0+r1.  */
            double f2d (float) __attribute__((pcs("aapcs")));
  
!      Variadic functions always use the `"aapcs"' calling convention and
       the compiler rejects attempts to specify an alternative.
  
! `target (OPTIONS)'
       As discussed in *note Common Function Attributes::, this attribute
       allows specification of target-specific compilation options.
  
       On ARM, the following options are allowed:
  
!     `thumb'
!           Force code generation in the Thumb (T16/T32) ISA, depending
!           on the architecture level.
  
!     `arm'
            Force code generation in the ARM (A32) ISA.
  
            Functions from different modes can be inlined in the caller's
            mode.
  
!     `fpu='
            Specifies the fpu for which to tune the performance of this
!           function.  The behavior and permissible arguments are the
!           same as for the `-mfpu=' command-line option.
! 
! 
  
  
  File: gcc.info,  Node: AVR Function Attributes,  Next: Blackfin Function Attributes,  Prev: ARM Function Attributes,  Up: Function Attributes
*************** File: gcc.info,  Node: AVR Function Attr
*** 28292,28298 ****
  
  These function attributes are supported by the AVR back end:
  
! 'interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
--- 28544,28550 ----
  
  These function attributes are supported by the AVR back end:
  
! `interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
*************** These function attributes are supported
*** 28300,28363 ****
  
       On the AVR, the hardware globally disables interrupts when an
       interrupt is executed.  The first instruction of an interrupt
!      handler declared with this attribute is a 'SEI' instruction to
!      re-enable interrupts.  See also the 'signal' function attribute
!      that does not insert a 'SEI' instruction.  If both 'signal' and
!      'interrupt' are specified for the same function, 'signal' is
       silently ignored.
  
! 'naked'
       This attribute allows the compiler to construct the requisite
!      function declaration, while allowing the body of the function to be
!      assembly code.  The specified function will not have
!      prologue/epilogue sequences generated by the compiler.  Only basic
!      'asm' statements can safely be included in naked functions (*note
!      Basic Asm::).  While using extended 'asm' or a mixture of basic
!      'asm' and C code may appear to work, they cannot be depended upon
       to work reliably and are not supported.
  
! 'OS_main'
! 'OS_task'
!      On AVR, functions with the 'OS_main' or 'OS_task' attribute do not
       save/restore any call-saved register in their prologue/epilogue.
  
!      The 'OS_main' attribute can be used when there _is guarantee_ that
       interrupts are disabled at the time when the function is entered.
       This saves resources when the stack pointer has to be changed to
       set up a frame for local variables.
  
!      The 'OS_task' attribute can be used when there is _no guarantee_
       that interrupts are disabled at that time when the function is
!      entered like for, e.g.  task functions in a multi-threading
!      operating system.  In that case, changing the stack pointer
       register is guarded by save/clear/restore of the global interrupt
       enable flag.
  
!      The differences to the 'naked' function attribute are:
!         * 'naked' functions do not have a return instruction whereas
!           'OS_main' and 'OS_task' functions have a 'RET' or 'RETI'
            return instruction.
!         * 'naked' functions do not set up a frame for local variables or
!           a frame pointer whereas 'OS_main' and 'OS_task' do this as
            needed.
  
! 'signal'
       Use this attribute on the AVR to indicate that the specified
       function is an interrupt handler.  The compiler generates function
       entry and exit sequences suitable for use in an interrupt handler
       when this attribute is present.
  
!      See also the 'interrupt' function attribute.
  
       The AVR hardware globally disables interrupts when an interrupt is
!      executed.  Interrupt handler functions defined with the 'signal'
       attribute do not re-enable interrupts.  It is save to enable
!      interrupts in a 'signal' handler.  This "save" only applies to the
       code generated by the compiler and not to the IRQ layout of the
       application which is responsibility of the application.
  
!      If both 'signal' and 'interrupt' are specified for the same
!      function, 'signal' is silently ignored.
  
  
  File: gcc.info,  Node: Blackfin Function Attributes,  Next: CR16 Function Attributes,  Prev: AVR Function Attributes,  Up: Function Attributes
--- 28552,28616 ----
  
       On the AVR, the hardware globally disables interrupts when an
       interrupt is executed.  The first instruction of an interrupt
!      handler declared with this attribute is a `SEI' instruction to
!      re-enable interrupts.  See also the `signal' function attribute
!      that does not insert a `SEI' instruction.  If both `signal' and
!      `interrupt' are specified for the same function, `signal' is
       silently ignored.
  
! `naked'
       This attribute allows the compiler to construct the requisite
!      function declaration, while allowing the body of the function to
!      be assembly code. The specified function will not have
!      prologue/epilogue sequences generated by the compiler. Only basic
!      `asm' statements can safely be included in naked functions (*note
!      Basic Asm::). While using extended `asm' or a mixture of basic
!      `asm' and C code may appear to work, they cannot be depended upon
       to work reliably and are not supported.
  
! `OS_main'
! `OS_task'
!      On AVR, functions with the `OS_main' or `OS_task' attribute do not
       save/restore any call-saved register in their prologue/epilogue.
  
!      The `OS_main' attribute can be used when there _is guarantee_ that
       interrupts are disabled at the time when the function is entered.
       This saves resources when the stack pointer has to be changed to
       set up a frame for local variables.
  
!      The `OS_task' attribute can be used when there is _no guarantee_
       that interrupts are disabled at that time when the function is
!      entered like for, e.g. task functions in a multi-threading
!      operating system. In that case, changing the stack pointer
       register is guarded by save/clear/restore of the global interrupt
       enable flag.
  
!      The differences to the `naked' function attribute are:
!         * `naked' functions do not have a return instruction whereas
!           `OS_main' and `OS_task' functions have a `RET' or `RETI'
            return instruction.
! 
!         * `naked' functions do not set up a frame for local variables
!           or a frame pointer whereas `OS_main' and `OS_task' do this as
            needed.
  
! `signal'
       Use this attribute on the AVR to indicate that the specified
       function is an interrupt handler.  The compiler generates function
       entry and exit sequences suitable for use in an interrupt handler
       when this attribute is present.
  
!      See also the `interrupt' function attribute.
  
       The AVR hardware globally disables interrupts when an interrupt is
!      executed.  Interrupt handler functions defined with the `signal'
       attribute do not re-enable interrupts.  It is save to enable
!      interrupts in a `signal' handler.  This "save" only applies to the
       code generated by the compiler and not to the IRQ layout of the
       application which is responsibility of the application.
  
!      If both `signal' and `interrupt' are specified for the same
!      function, `signal' is silently ignored.
  
  
  File: gcc.info,  Node: Blackfin Function Attributes,  Next: CR16 Function Attributes,  Prev: AVR Function Attributes,  Up: Function Attributes
*************** File: gcc.info,  Node: Blackfin Function
*** 28367,28420 ****
  
  These function attributes are supported by the Blackfin back end:
  
! 'exception_handler'
       Use this attribute on the Blackfin to indicate that the specified
       function is an exception handler.  The compiler generates function
       entry and exit sequences suitable for use in an exception handler
       when this attribute is present.
  
! 'interrupt_handler'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
       attribute is present.
  
! 'kspisusp'
!      When used together with 'interrupt_handler', 'exception_handler' or
!      'nmi_handler', code is generated to load the stack pointer from the
!      USP register in the function prologue.
  
! 'l1_text'
       This attribute specifies a function to be placed into L1
!      Instruction SRAM.  The function is put into a specific section
!      named '.l1.text'.  With '-mfdpic', function calls with a such
       function as the callee or caller uses inlined PLT.
  
! 'l2'
       This attribute specifies a function to be placed into L2 SRAM. The
!      function is put into a specific section named '.l2.text'.  With
!      '-mfdpic', callers of such functions use an inlined PLT.
  
! 'longcall'
! 'shortcall'
!      The 'longcall' attribute indicates that the function might be far
       away from the call site and require a different (more expensive)
!      calling sequence.  The 'shortcall' attribute indicates that the
!      function is always close enough for the shorter calling sequence to
!      be used.  These attributes override the '-mlongcall' switch.
  
! 'nesting'
!      Use this attribute together with 'interrupt_handler',
!      'exception_handler' or 'nmi_handler' to indicate that the function
       entry code should enable nested interrupts or exceptions.
  
! 'nmi_handler'
       Use this attribute on the Blackfin to indicate that the specified
       function is an NMI handler.  The compiler generates function entry
       and exit sequences suitable for use in an NMI handler when this
       attribute is present.
  
! 'saveall'
       Use this attribute to indicate that all registers except the stack
       pointer should be saved in the prologue regardless of whether they
       are used or not.
--- 28620,28673 ----
  
  These function attributes are supported by the Blackfin back end:
  
! `exception_handler'
       Use this attribute on the Blackfin to indicate that the specified
       function is an exception handler.  The compiler generates function
       entry and exit sequences suitable for use in an exception handler
       when this attribute is present.
  
! `interrupt_handler'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
       attribute is present.
  
! `kspisusp'
!      When used together with `interrupt_handler', `exception_handler'
!      or `nmi_handler', code is generated to load the stack pointer from
!      the USP register in the function prologue.
  
! `l1_text'
       This attribute specifies a function to be placed into L1
!      Instruction SRAM. The function is put into a specific section
!      named `.l1.text'.  With `-mfdpic', function calls with a such
       function as the callee or caller uses inlined PLT.
  
! `l2'
       This attribute specifies a function to be placed into L2 SRAM. The
!      function is put into a specific section named `.l2.text'. With
!      `-mfdpic', callers of such functions use an inlined PLT.
  
! `longcall'
! `shortcall'
!      The `longcall' attribute indicates that the function might be far
       away from the call site and require a different (more expensive)
!      calling sequence.  The `shortcall' attribute indicates that the
!      function is always close enough for the shorter calling sequence
!      to be used.  These attributes override the `-mlongcall' switch.
  
! `nesting'
!      Use this attribute together with `interrupt_handler',
!      `exception_handler' or `nmi_handler' to indicate that the function
       entry code should enable nested interrupts or exceptions.
  
! `nmi_handler'
       Use this attribute on the Blackfin to indicate that the specified
       function is an NMI handler.  The compiler generates function entry
       and exit sequences suitable for use in an NMI handler when this
       attribute is present.
  
! `saveall'
       Use this attribute to indicate that all registers except the stack
       pointer should be saved in the prologue regardless of whether they
       are used or not.
*************** File: gcc.info,  Node: CR16 Function Att
*** 28427,28433 ****
  
  These function attributes are supported by the CR16 back end:
  
! 'interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
--- 28680,28686 ----
  
  These function attributes are supported by the CR16 back end:
  
! `interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
*************** File: gcc.info,  Node: Epiphany Function
*** 28441,28458 ****
  
  These function attributes are supported by the Epiphany back end:
  
! 'disinterrupt'
       This attribute causes the compiler to emit instructions to disable
       interrupts for the duration of the given function.
  
! 'forwarder_section'
       This attribute modifies the behavior of an interrupt handler.  The
!      interrupt handler may be in external memory which cannot be reached
!      by a branch instruction, so generate a local memory trampoline to
!      transfer control.  The single parameter identifies the section
!      where the trampoline is placed.
  
! 'interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
--- 28694,28711 ----
  
  These function attributes are supported by the Epiphany back end:
  
! `disinterrupt'
       This attribute causes the compiler to emit instructions to disable
       interrupts for the duration of the given function.
  
! `forwarder_section'
       This attribute modifies the behavior of an interrupt handler.  The
!      interrupt handler may be in external memory which cannot be
!      reached by a branch instruction, so generate a local memory
!      trampoline to transfer control.  The single parameter identifies
!      the section where the trampoline is placed.
  
! `interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
*************** These function attributes are supported
*** 28464,28480 ****
  
            void __attribute__ ((interrupt ("dma0, dma1"))) universal_dma_handler ();
  
!      Permissible values for these parameters are: 'reset',
!      'software_exception', 'page_miss', 'timer0', 'timer1', 'message',
!      'dma0', 'dma1', 'wand' and 'swi'.  Multiple parameters indicate
       that multiple entries in the interrupt vector table should be
!      initialized for this function, i.e. for each parameter NAME, a jump
!      to the function is emitted in the section ivt_entry_NAME.  The
!      parameter(s) may be omitted entirely, in which case no interrupt
!      vector table entry is provided.
  
       Note that interrupts are enabled inside the function unless the
!      'disinterrupt' attribute is also specified.
  
       The following examples are all valid uses of these attributes on
       Epiphany targets:
--- 28717,28733 ----
  
            void __attribute__ ((interrupt ("dma0, dma1"))) universal_dma_handler ();
  
!      Permissible values for these parameters are: `reset',
!      `software_exception', `page_miss', `timer0', `timer1', `message',
!      `dma0', `dma1', `wand' and `swi'.  Multiple parameters indicate
       that multiple entries in the interrupt vector table should be
!      initialized for this function, i.e. for each parameter NAME, a
!      jump to the function is emitted in the section ivt_entry_NAME.
!      The parameter(s) may be omitted entirely, in which case no
!      interrupt vector table entry is provided.
  
       Note that interrupts are enabled inside the function unless the
!      `disinterrupt' attribute is also specified.
  
       The following examples are all valid uses of these attributes on
       Epiphany targets:
*************** These function attributes are supported
*** 28488,28498 ****
                                 forwarder_section ("tramp")))
              external_dma_handler ();
  
! 'long_call'
! 'short_call'
       These attributes specify how a particular function is called.
!      These attributes override the '-mlong-calls' (*note Adapteva
!      Epiphany Options::) command-line switch and '#pragma long_calls'
       settings.
  
  
--- 28741,28751 ----
                                 forwarder_section ("tramp")))
              external_dma_handler ();
  
! `long_call'
! `short_call'
       These attributes specify how a particular function is called.
!      These attributes override the `-mlong-calls' (*note Adapteva
!      Epiphany Options::) command-line switch and `#pragma long_calls'
       settings.
  
  
*************** File: gcc.info,  Node: H8/300 Function A
*** 28503,28523 ****
  
  These function attributes are available for H8/300 targets:
  
! 'function_vector'
!      Use this attribute on the H8/300, H8/300H, and H8S to indicate that
!      the specified function should be called through the function
       vector.  Calling a function through the function vector reduces
!      code size; however, the function vector has a limited size (maximum
!      128 entries on the H8/300 and 64 entries on the H8/300H and H8S)
!      and shares space with the interrupt vector.
  
! 'interrupt_handler'
!      Use this attribute on the H8/300, H8/300H, and H8S to indicate that
!      the specified function is an interrupt handler.  The compiler
       generates function entry and exit sequences suitable for use in an
       interrupt handler when this attribute is present.
  
! 'saveall'
       Use this attribute on the H8/300, H8/300H, and H8S to indicate that
       all registers except the stack pointer should be saved in the
       prologue regardless of whether they are used or not.
--- 28756,28776 ----
  
  These function attributes are available for H8/300 targets:
  
! `function_vector'
!      Use this attribute on the H8/300, H8/300H, and H8S to indicate
!      that the specified function should be called through the function
       vector.  Calling a function through the function vector reduces
!      code size; however, the function vector has a limited size
!      (maximum 128 entries on the H8/300 and 64 entries on the H8/300H
!      and H8S) and shares space with the interrupt vector.
  
! `interrupt_handler'
!      Use this attribute on the H8/300, H8/300H, and H8S to indicate
!      that the specified function is an interrupt handler.  The compiler
       generates function entry and exit sequences suitable for use in an
       interrupt handler when this attribute is present.
  
! `saveall'
       Use this attribute on the H8/300, H8/300H, and H8S to indicate that
       all registers except the stack pointer should be saved in the
       prologue regardless of whether they are used or not.
*************** File: gcc.info,  Node: IA-64 Function At
*** 28530,28543 ****
  
  These function attributes are supported on IA-64 targets:
  
! 'syscall_linkage'
       This attribute is used to modify the IA-64 calling convention by
       marking all input registers as live at all function exits.  This
       makes it possible to restart a system call after an interrupt
       without having to save/restore the input registers.  This also
       prevents kernel data from leaking into application code.
  
! 'version_id'
       This IA-64 HP-UX attribute, attached to a global variable or
       function, renames a symbol to contain a version string, thus
       allowing for function level versioning.  HP-UX system header files
--- 28783,28796 ----
  
  These function attributes are supported on IA-64 targets:
  
! `syscall_linkage'
       This attribute is used to modify the IA-64 calling convention by
       marking all input registers as live at all function exits.  This
       makes it possible to restart a system call after an interrupt
       without having to save/restore the input registers.  This also
       prevents kernel data from leaking into application code.
  
! `version_id'
       This IA-64 HP-UX attribute, attached to a global variable or
       function, renames a symbol to contain a version string, thus
       allowing for function level versioning.  HP-UX system header files
*************** These function attributes are supported
*** 28545,28551 ****
  
            extern int foo () __attribute__((version_id ("20040821")));
  
!      Calls to 'foo' are mapped to calls to 'foo{20040821}'.
  
  
  File: gcc.info,  Node: M32C Function Attributes,  Next: M32R/D Function Attributes,  Prev: IA-64 Function Attributes,  Up: Function Attributes
--- 28798,28804 ----
  
            extern int foo () __attribute__((version_id ("20040821")));
  
!      Calls to `foo' are mapped to calls to `foo{20040821}'.
  
  
  File: gcc.info,  Node: M32C Function Attributes,  Next: M32R/D Function Attributes,  Prev: IA-64 Function Attributes,  Up: Function Attributes
*************** File: gcc.info,  Node: M32C Function Att
*** 28555,28579 ****
  
  These function attributes are supported by the M32C back end:
  
! 'bank_switch'
       When added to an interrupt handler with the M32C port, causes the
       prologue and epilogue to use bank switching to preserve the
       registers rather than saving them on the stack.
  
! 'fast_interrupt'
       Use this attribute on the M32C port to indicate that the specified
       function is a fast interrupt handler.  This is just like the
!      'interrupt' attribute, except that 'freit' is used to return
!      instead of 'reit'.
  
! 'function_vector'
!      On M16C/M32C targets, the 'function_vector' attribute declares a
!      special page subroutine call function.  Use of this attribute
       reduces the code size by 2 bytes for each call generated to the
!      subroutine.  The argument to the attribute is the vector number
       entry from the special page vector table which contains the 16
!      low-order bits of the subroutine's entry address.  Each vector
!      table has special page number (18 to 255) that is used in 'jsrs'
       instructions.  Jump addresses of the routines are generated by
       adding 0x0F0000 (in case of M16C targets) or 0xFF0000 (in case of
       M32C targets), to the 2-byte addresses set in the vector table.
--- 28808,28832 ----
  
  These function attributes are supported by the M32C back end:
  
! `bank_switch'
       When added to an interrupt handler with the M32C port, causes the
       prologue and epilogue to use bank switching to preserve the
       registers rather than saving them on the stack.
  
! `fast_interrupt'
       Use this attribute on the M32C port to indicate that the specified
       function is a fast interrupt handler.  This is just like the
!      `interrupt' attribute, except that `freit' is used to return
!      instead of `reit'.
  
! `function_vector'
!      On M16C/M32C targets, the `function_vector' attribute declares a
!      special page subroutine call function. Use of this attribute
       reduces the code size by 2 bytes for each call generated to the
!      subroutine. The argument to the attribute is the vector number
       entry from the special page vector table which contains the 16
!      low-order bits of the subroutine's entry address. Each vector
!      table has special page number (18 to 255) that is used in `jsrs'
       instructions.  Jump addresses of the routines are generated by
       adding 0x0F0000 (in case of M16C targets) or 0xFF0000 (in case of
       M32C targets), to the 2-byte addresses set in the vector table.
*************** These function attributes are supported
*** 28582,28588 ****
       0x0FFFFF (for M16C) and 0xFF0000 to 0xFFFFFF (for M32C).
  
       In the following example 2 bytes are saved for each call to
!      function 'foo'.
  
            void foo (void) __attribute__((function_vector(0x18)));
            void foo (void)
--- 28835,28841 ----
       0x0FFFFF (for M16C) and 0xFF0000 to 0xFFFFFF (for M32C).
  
       In the following example 2 bytes are saved for each call to
!      function `foo'.
  
            void foo (void) __attribute__((function_vector(0x18)));
            void foo (void)
*************** These function attributes are supported
*** 28599,28605 ****
  
       This attribute is ignored for R8C target.
  
! 'interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
--- 28852,28858 ----
  
       This attribute is ignored for R8C target.
  
! `interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
*************** File: gcc.info,  Node: M32R/D Function A
*** 28613,28643 ****
  
  These function attributes are supported by the M32R/D back end:
  
! 'interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
       attribute is present.
  
! 'model (MODEL-NAME)'
! 
       On the M32R/D, use this attribute to set the addressability of an
       object, and of the code generated for a function.  The identifier
!      MODEL-NAME is one of 'small', 'medium', or 'large', representing
       each of the code models.
  
       Small model objects live in the lower 16MB of memory (so that their
!      addresses can be loaded with the 'ld24' instruction), and are
!      callable with the 'bl' instruction.
  
       Medium model objects may live anywhere in the 32-bit address space
!      (the compiler generates 'seth/add3' instructions to load their
!      addresses), and are callable with the 'bl' instruction.
  
       Large model objects may live anywhere in the 32-bit address space
!      (the compiler generates 'seth/add3' instructions to load their
!      addresses), and may not be reachable with the 'bl' instruction (the
!      compiler generates the much slower 'seth/add3/jl' instruction
       sequence).
  
  
--- 28866,28895 ----
  
  These function attributes are supported by the M32R/D back end:
  
! `interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
       attribute is present.
  
! `model (MODEL-NAME)'
       On the M32R/D, use this attribute to set the addressability of an
       object, and of the code generated for a function.  The identifier
!      MODEL-NAME is one of `small', `medium', or `large', representing
       each of the code models.
  
       Small model objects live in the lower 16MB of memory (so that their
!      addresses can be loaded with the `ld24' instruction), and are
!      callable with the `bl' instruction.
  
       Medium model objects may live anywhere in the 32-bit address space
!      (the compiler generates `seth/add3' instructions to load their
!      addresses), and are callable with the `bl' instruction.
  
       Large model objects may live anywhere in the 32-bit address space
!      (the compiler generates `seth/add3' instructions to load their
!      addresses), and may not be reachable with the `bl' instruction
!      (the compiler generates the much slower `seth/add3/jl' instruction
       sequence).
  
  
*************** File: gcc.info,  Node: m68k Function Att
*** 28648,28666 ****
  
  These function attributes are supported by the m68k back end:
  
! 'interrupt'
! 'interrupt_handler'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
       attribute is present.  Either name may be used.
  
! 'interrupt_thread'
       Use this attribute on fido, a subarchitecture of the m68k, to
       indicate that the specified function is an interrupt handler that
       is designed to run as a thread.  The compiler omits generate
       prologue/epilogue sequences and replaces the return instruction
!      with a 'sleep' instruction.  This attribute is available only on
       fido.
  
  
--- 28900,28918 ----
  
  These function attributes are supported by the m68k back end:
  
! `interrupt'
! `interrupt_handler'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
       attribute is present.  Either name may be used.
  
! `interrupt_thread'
       Use this attribute on fido, a subarchitecture of the m68k, to
       indicate that the specified function is an interrupt handler that
       is designed to run as a thread.  The compiler omits generate
       prologue/epilogue sequences and replaces the return instruction
!      with a `sleep' instruction.  This attribute is available only on
       fido.
  
  
*************** File: gcc.info,  Node: MCORE Function At
*** 28671,28684 ****
  
  These function attributes are supported by the MCORE back end:
  
! 'naked'
       This attribute allows the compiler to construct the requisite
!      function declaration, while allowing the body of the function to be
!      assembly code.  The specified function will not have
!      prologue/epilogue sequences generated by the compiler.  Only basic
!      'asm' statements can safely be included in naked functions (*note
!      Basic Asm::).  While using extended 'asm' or a mixture of basic
!      'asm' and C code may appear to work, they cannot be depended upon
       to work reliably and are not supported.
  
  
--- 28923,28936 ----
  
  These function attributes are supported by the MCORE back end:
  
! `naked'
       This attribute allows the compiler to construct the requisite
!      function declaration, while allowing the body of the function to
!      be assembly code. The specified function will not have
!      prologue/epilogue sequences generated by the compiler. Only basic
!      `asm' statements can safely be included in naked functions (*note
!      Basic Asm::). While using extended `asm' or a mixture of basic
!      `asm' and C code may appear to work, they cannot be depended upon
       to work reliably and are not supported.
  
  
*************** File: gcc.info,  Node: MeP Function Attr
*** 28689,28717 ****
  
  These function attributes are supported by the MeP back end:
  
! 'disinterrupt'
       On MeP targets, this attribute causes the compiler to emit
       instructions to disable interrupts for the duration of the given
       function.
  
! 'interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
       attribute is present.
  
! 'near'
!      This attribute causes the compiler to assume the called function is
!      close enough to use the normal calling convention, overriding the
!      '-mtf' command-line option.
  
! 'far'
       On MeP targets this causes the compiler to use a calling convention
       that assumes the called function is too far away for the built-in
       addressing modes.
  
! 'vliw'
!      The 'vliw' attribute tells the compiler to emit instructions in
       VLIW mode instead of core mode.  Note that this attribute is not
       allowed unless a VLIW coprocessor has been configured and enabled
       through command-line options.
--- 28941,28969 ----
  
  These function attributes are supported by the MeP back end:
  
! `disinterrupt'
       On MeP targets, this attribute causes the compiler to emit
       instructions to disable interrupts for the duration of the given
       function.
  
! `interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
       attribute is present.
  
! `near'
!      This attribute causes the compiler to assume the called function
!      is close enough to use the normal calling convention, overriding
!      the `-mtf' command-line option.
  
! `far'
       On MeP targets this causes the compiler to use a calling convention
       that assumes the called function is too far away for the built-in
       addressing modes.
  
! `vliw'
!      The `vliw' attribute tells the compiler to emit instructions in
       VLIW mode instead of core mode.  Note that this attribute is not
       allowed unless a VLIW coprocessor has been configured and enabled
       through command-line options.
*************** File: gcc.info,  Node: MicroBlaze Functi
*** 28724,28730 ****
  
  These function attributes are supported on MicroBlaze targets:
  
! 'save_volatiles'
       Use this attribute to indicate that the function is an interrupt
       handler.  All volatile registers (in addition to non-volatile
       registers) are saved in the function prologue.  If the function is
--- 28976,28982 ----
  
  These function attributes are supported on MicroBlaze targets:
  
! `save_volatiles'
       Use this attribute to indicate that the function is an interrupt
       handler.  All volatile registers (in addition to non-volatile
       registers) are saved in the function prologue.  If the function is
*************** These function attributes are supported
*** 28732,28754 ****
       normal function return is generated instead of a return from
       interrupt.
  
! 'break_handler'
       Use this attribute to indicate that the specified function is a
       break handler.  The compiler generates function entry and exit
       sequences suitable for use in an break handler when this attribute
!      is present.  The return from 'break_handler' is done through the
!      'rtbd' instead of 'rtsd'.
  
            void f () __attribute__ ((break_handler));
  
! 'interrupt_handler'
! 'fast_interrupt'
       These attributes indicate that the specified function is an
!      interrupt handler.  Use the 'fast_interrupt' attribute to indicate
       handlers used in low-latency interrupt mode, and
!      'interrupt_handler' for interrupts that do not use low-latency
       handlers.  In both cases, GCC emits appropriate prologue code and
!      generates a return from the handler using 'rtid' instead of 'rtsd'.
  
  
  File: gcc.info,  Node: Microsoft Windows Function Attributes,  Next: MIPS Function Attributes,  Prev: MicroBlaze Function Attributes,  Up: Function Attributes
--- 28984,29006 ----
       normal function return is generated instead of a return from
       interrupt.
  
! `break_handler'
       Use this attribute to indicate that the specified function is a
       break handler.  The compiler generates function entry and exit
       sequences suitable for use in an break handler when this attribute
!      is present. The return from `break_handler' is done through the
!      `rtbd' instead of `rtsd'.
  
            void f () __attribute__ ((break_handler));
  
! `interrupt_handler'
! `fast_interrupt'
       These attributes indicate that the specified function is an
!      interrupt handler.  Use the `fast_interrupt' attribute to indicate
       handlers used in low-latency interrupt mode, and
!      `interrupt_handler' for interrupts that do not use low-latency
       handlers.  In both cases, GCC emits appropriate prologue code and
!      generates a return from the handler using `rtid' instead of `rtsd'.
  
  
  File: gcc.info,  Node: Microsoft Windows Function Attributes,  Next: MIPS Function Attributes,  Prev: MicroBlaze Function Attributes,  Up: Function Attributes
*************** File: gcc.info,  Node: Microsoft Windows
*** 28759,28783 ****
  The following attributes are available on Microsoft Windows and Symbian
  OS targets.
  
! 'dllexport'
!      On Microsoft Windows targets and Symbian OS targets the 'dllexport'
!      attribute causes the compiler to provide a global pointer to a
!      pointer in a DLL, so that it can be referenced with the 'dllimport'
!      attribute.  On Microsoft Windows targets, the pointer name is
!      formed by combining '_imp__' and the function or variable name.
  
!      You can use '__declspec(dllexport)' as a synonym for '__attribute__
!      ((dllexport))' for compatibility with other compilers.
  
!      On systems that support the 'visibility' attribute, this attribute
       also implies "default" visibility.  It is an error to explicitly
       specify any other visibility.
  
       GCC's default behavior is to emit all inline functions with the
!      'dllexport' attribute.  Since this can cause object file-size
!      bloat, you can use '-fno-keep-inline-dllexport', which tells GCC to
       ignore the attribute for inlined functions unless the
!      '-fkeep-inline-functions' flag is used instead.
  
       The attribute is ignored for undefined symbols.
  
--- 29011,29037 ----
  The following attributes are available on Microsoft Windows and Symbian
  OS targets.
  
! `dllexport'
!      On Microsoft Windows targets and Symbian OS targets the
!      `dllexport' attribute causes the compiler to provide a global
!      pointer to a pointer in a DLL, so that it can be referenced with
!      the `dllimport' attribute.  On Microsoft Windows targets, the
!      pointer name is formed by combining `_imp__' and the function or
!      variable name.
  
!      You can use `__declspec(dllexport)' as a synonym for
!      `__attribute__ ((dllexport))' for compatibility with other
!      compilers.
  
!      On systems that support the `visibility' attribute, this attribute
       also implies "default" visibility.  It is an error to explicitly
       specify any other visibility.
  
       GCC's default behavior is to emit all inline functions with the
!      `dllexport' attribute.  Since this can cause object file-size
!      bloat, you can use `-fno-keep-inline-dllexport', which tells GCC to
       ignore the attribute for inlined functions unless the
!      `-fkeep-inline-functions' flag is used instead.
  
       The attribute is ignored for undefined symbols.
  
*************** OS targets.
*** 28788,28846 ****
  
       For Microsoft Windows targets there are alternative methods for
       including the symbol in the DLL's export table such as using a
!      '.def' file with an 'EXPORTS' section or, with GNU ld, using the
!      '--export-all' linker flag.
  
! 'dllimport'
!      On Microsoft Windows and Symbian OS targets, the 'dllimport'
       attribute causes the compiler to reference a function or variable
       via a global pointer to a pointer that is set up by the DLL
!      exporting the symbol.  The attribute implies 'extern'.  On
       Microsoft Windows targets, the pointer name is formed by combining
!      '_imp__' and the function or variable name.
  
!      You can use '__declspec(dllimport)' as a synonym for '__attribute__
!      ((dllimport))' for compatibility with other compilers.
  
!      On systems that support the 'visibility' attribute, this attribute
       also implies "default" visibility.  It is an error to explicitly
       specify any other visibility.
  
       Currently, the attribute is ignored for inlined functions.  If the
       attribute is applied to a symbol _definition_, an error is
!      reported.  If a symbol previously declared 'dllimport' is later
       defined, the attribute is ignored in subsequent references, and a
       warning is emitted.  The attribute is also overridden by a
!      subsequent declaration as 'dllexport'.
  
!      When applied to C++ classes, the attribute marks non-inlined member
!      functions and static data members as imports.  However, the
       attribute is ignored for virtual methods to allow creation of
       vtables using thunks.
  
!      On the SH Symbian OS target the 'dllimport' attribute also has
       another affect--it can cause the vtable and run-time type
       information for a class to be exported.  This happens when the
       class has a dllimported constructor or a non-inline, non-pure
!      virtual function and, for either of those two conditions, the class
!      also has an inline constructor or destructor and has a key function
!      that is defined in the current translation unit.
  
!      For Microsoft Windows targets the use of the 'dllimport' attribute
       on functions is not necessary, but provides a small performance
       benefit by eliminating a thunk in the DLL.  The use of the
!      'dllimport' attribute on imported variables can be avoided by
!      passing the '--enable-auto-import' switch to the GNU linker.  As
       with functions, using the attribute for a variable eliminates a
       thunk in the DLL.
  
       One drawback to using this attribute is that a pointer to a
!      _variable_ marked as 'dllimport' cannot be used as a constant
!      address.  However, a pointer to a _function_ with the 'dllimport'
       attribute can be used as a constant initializer; in this case, the
       address of a stub function in the import lib is referenced.  On
       Microsoft Windows targets, the attribute can be disabled for
!      functions by setting the '-mnop-fun-dllimport' flag.
  
  
  File: gcc.info,  Node: MIPS Function Attributes,  Next: MSP430 Function Attributes,  Prev: Microsoft Windows Function Attributes,  Up: Function Attributes
--- 29042,29101 ----
  
       For Microsoft Windows targets there are alternative methods for
       including the symbol in the DLL's export table such as using a
!      `.def' file with an `EXPORTS' section or, with GNU ld, using the
!      `--export-all' linker flag.
  
! `dllimport'
!      On Microsoft Windows and Symbian OS targets, the `dllimport'
       attribute causes the compiler to reference a function or variable
       via a global pointer to a pointer that is set up by the DLL
!      exporting the symbol.  The attribute implies `extern'.  On
       Microsoft Windows targets, the pointer name is formed by combining
!      `_imp__' and the function or variable name.
  
!      You can use `__declspec(dllimport)' as a synonym for
!      `__attribute__ ((dllimport))' for compatibility with other
!      compilers.
  
!      On systems that support the `visibility' attribute, this attribute
       also implies "default" visibility.  It is an error to explicitly
       specify any other visibility.
  
       Currently, the attribute is ignored for inlined functions.  If the
       attribute is applied to a symbol _definition_, an error is
!      reported.  If a symbol previously declared `dllimport' is later
       defined, the attribute is ignored in subsequent references, and a
       warning is emitted.  The attribute is also overridden by a
!      subsequent declaration as `dllexport'.
  
!      When applied to C++ classes, the attribute marks non-inlined
!      member functions and static data members as imports.  However, the
       attribute is ignored for virtual methods to allow creation of
       vtables using thunks.
  
!      On the SH Symbian OS target the `dllimport' attribute also has
       another affect--it can cause the vtable and run-time type
       information for a class to be exported.  This happens when the
       class has a dllimported constructor or a non-inline, non-pure
!      virtual function and, for either of those two conditions, the
!      class also has an inline constructor or destructor and has a key
!      function that is defined in the current translation unit.
  
!      For Microsoft Windows targets the use of the `dllimport' attribute
       on functions is not necessary, but provides a small performance
       benefit by eliminating a thunk in the DLL.  The use of the
!      `dllimport' attribute on imported variables can be avoided by
!      passing the `--enable-auto-import' switch to the GNU linker.  As
       with functions, using the attribute for a variable eliminates a
       thunk in the DLL.
  
       One drawback to using this attribute is that a pointer to a
!      _variable_ marked as `dllimport' cannot be used as a constant
!      address. However, a pointer to a _function_ with the `dllimport'
       attribute can be used as a constant initializer; in this case, the
       address of a stub function in the import lib is referenced.  On
       Microsoft Windows targets, the attribute can be disabled for
!      functions by setting the `-mnop-fun-dllimport' flag.
  
  
  File: gcc.info,  Node: MIPS Function Attributes,  Next: MSP430 Function Attributes,  Prev: Microsoft Windows Function Attributes,  Up: Function Attributes
*************** File: gcc.info,  Node: MIPS Function Att
*** 28850,28856 ****
  
  These function attributes are supported by the MIPS back end:
  
! 'interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
--- 29105,29111 ----
  
  These function attributes are supported by the MIPS back end:
  
! `interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
*************** These function attributes are supported
*** 28858,28888 ****
       interrupt attribute which allows the interrupt mode to be
       described.  By default GCC assumes the external interrupt
       controller (EIC) mode is in use, this can be explicitly set using
!      'eic'.  When interrupts are non-masked then the requested Interrupt
       Priority Level (IPL) is copied to the current IPL which has the
       effect of only enabling higher priority interrupts.  To use
       vectored interrupt mode use the argument
!      'vector=[sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5]', this will change the
       behavior of the non-masked interrupt support and GCC will arrange
       to mask all interrupts from sw0 up to and including the specified
       interrupt vector.
  
       You can use the following attributes to modify the behavior of an
       interrupt handler:
!      'use_shadow_register_set'
            Assume that the handler uses a shadow register set, instead of
            the main general-purpose registers.  An optional argument
!           'intstack' is supported to indicate that the shadow register
            set contains a valid stack pointer.
  
!      'keep_interrupts_masked'
            Keep interrupts masked for the whole function.  Without this
!           attribute, GCC tries to reenable interrupts for as much of the
!           function as it can.
  
!      'use_debug_exception_return'
!           Return using the 'deret' instruction.  Interrupt handlers that
!           don't have this attribute return using 'eret' instead.
  
       You can use any combination of these attributes, as shown below:
            void __attribute__ ((interrupt)) v0 ();
--- 29113,29143 ----
       interrupt attribute which allows the interrupt mode to be
       described.  By default GCC assumes the external interrupt
       controller (EIC) mode is in use, this can be explicitly set using
!      `eic'.  When interrupts are non-masked then the requested Interrupt
       Priority Level (IPL) is copied to the current IPL which has the
       effect of only enabling higher priority interrupts.  To use
       vectored interrupt mode use the argument
!      `vector=[sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5]', this will change the
       behavior of the non-masked interrupt support and GCC will arrange
       to mask all interrupts from sw0 up to and including the specified
       interrupt vector.
  
       You can use the following attributes to modify the behavior of an
       interrupt handler:
!     `use_shadow_register_set'
            Assume that the handler uses a shadow register set, instead of
            the main general-purpose registers.  An optional argument
!           `intstack' is supported to indicate that the shadow register
            set contains a valid stack pointer.
  
!     `keep_interrupts_masked'
            Keep interrupts masked for the whole function.  Without this
!           attribute, GCC tries to reenable interrupts for as much of
!           the function as it can.
  
!     `use_debug_exception_return'
!           Return using the `deret' instruction.  Interrupt handlers
!           that don't have this attribute return using `eret' instead.
  
       You can use any combination of these attributes, as shown below:
            void __attribute__ ((interrupt)) v0 ();
*************** These function attributes are supported
*** 28901,28956 ****
            void __attribute__ ((interrupt("eic"))) v8 ();
            void __attribute__ ((interrupt("vector=hw3"))) v9 ();
  
! 'long_call'
! 'near'
! 'far'
       These attributes specify how a particular function is called on
!      MIPS.  The attributes override the '-mlong-calls' (*note MIPS
!      Options::) command-line switch.  The 'long_call' and 'far'
       attributes are synonyms, and cause the compiler to always call the
       function by first loading its address into a register, and then
!      using the contents of that register.  The 'near' attribute has the
       opposite effect; it specifies that non-PIC calls should be made
!      using the more efficient 'jal' instruction.
! 
! 'mips16'
! 'nomips16'
  
!      On MIPS targets, you can use the 'mips16' and 'nomips16' function
!      attributes to locally select or turn off MIPS16 code generation.  A
!      function with the 'mips16' attribute is emitted as MIPS16 code,
       while MIPS16 code generation is disabled for functions with the
!      'nomips16' attribute.  These attributes override the '-mips16' and
!      '-mno-mips16' options on the command line (*note MIPS Options::).
  
       When compiling files containing mixed MIPS16 and non-MIPS16 code,
!      the preprocessor symbol '__mips16' reflects the setting on the
       command line, not that within individual functions.  Mixed MIPS16
       and non-MIPS16 code may interact badly with some GCC extensions
!      such as '__builtin_apply' (*note Constructing Calls::).
! 
! 'micromips, MIPS'
! 'nomicromips, MIPS'
  
!      On MIPS targets, you can use the 'micromips' and 'nomicromips'
       function attributes to locally select or turn off microMIPS code
!      generation.  A function with the 'micromips' attribute is emitted
       as microMIPS code, while microMIPS code generation is disabled for
!      functions with the 'nomicromips' attribute.  These attributes
!      override the '-mmicromips' and '-mno-micromips' options on the
       command line (*note MIPS Options::).
  
       When compiling files containing mixed microMIPS and non-microMIPS
!      code, the preprocessor symbol '__mips_micromips' reflects the
       setting on the command line, not that within individual functions.
!      Mixed microMIPS and non-microMIPS code may interact badly with some
!      GCC extensions such as '__builtin_apply' (*note Constructing
       Calls::).
  
! 'nocompression'
!      On MIPS targets, you can use the 'nocompression' function attribute
       to locally turn off MIPS16 and microMIPS code generation.  This
!      attribute overrides the '-mips16' and '-mmicromips' options on the
       command line (*note MIPS Options::).
  
  
--- 29156,29209 ----
            void __attribute__ ((interrupt("eic"))) v8 ();
            void __attribute__ ((interrupt("vector=hw3"))) v9 ();
  
! `long_call'
! `near'
! `far'
       These attributes specify how a particular function is called on
!      MIPS.  The attributes override the `-mlong-calls' (*note MIPS
!      Options::) command-line switch.  The `long_call' and `far'
       attributes are synonyms, and cause the compiler to always call the
       function by first loading its address into a register, and then
!      using the contents of that register.  The `near' attribute has the
       opposite effect; it specifies that non-PIC calls should be made
!      using the more efficient `jal' instruction.
  
! `mips16'
! `nomips16'
!      On MIPS targets, you can use the `mips16' and `nomips16' function
!      attributes to locally select or turn off MIPS16 code generation.
!      A function with the `mips16' attribute is emitted as MIPS16 code,
       while MIPS16 code generation is disabled for functions with the
!      `nomips16' attribute.  These attributes override the `-mips16' and
!      `-mno-mips16' options on the command line (*note MIPS Options::).
  
       When compiling files containing mixed MIPS16 and non-MIPS16 code,
!      the preprocessor symbol `__mips16' reflects the setting on the
       command line, not that within individual functions.  Mixed MIPS16
       and non-MIPS16 code may interact badly with some GCC extensions
!      such as `__builtin_apply' (*note Constructing Calls::).
  
! `micromips, MIPS'
! `nomicromips, MIPS'
!      On MIPS targets, you can use the `micromips' and `nomicromips'
       function attributes to locally select or turn off microMIPS code
!      generation.  A function with the `micromips' attribute is emitted
       as microMIPS code, while microMIPS code generation is disabled for
!      functions with the `nomicromips' attribute.  These attributes
!      override the `-mmicromips' and `-mno-micromips' options on the
       command line (*note MIPS Options::).
  
       When compiling files containing mixed microMIPS and non-microMIPS
!      code, the preprocessor symbol `__mips_micromips' reflects the
       setting on the command line, not that within individual functions.
!      Mixed microMIPS and non-microMIPS code may interact badly with
!      some GCC extensions such as `__builtin_apply' (*note Constructing
       Calls::).
  
! `nocompression'
!      On MIPS targets, you can use the `nocompression' function attribute
       to locally turn off MIPS16 and microMIPS code generation.  This
!      attribute overrides the `-mips16' and `-mmicromips' options on the
       command line (*note MIPS Options::).
  
  
*************** File: gcc.info,  Node: MSP430 Function A
*** 28961,28973 ****
  
  These function attributes are supported by the MSP430 back end:
  
! 'critical'
       Critical functions disable interrupts upon entry and restore the
       previous interrupt state upon exit.  Critical functions cannot also
!      have the 'naked' or 'reentrant' attributes.  They can have the
!      'interrupt' attribute.
  
! 'interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
--- 29214,29226 ----
  
  These function attributes are supported by the MSP430 back end:
  
! `critical'
       Critical functions disable interrupts upon entry and restore the
       previous interrupt state upon exit.  Critical functions cannot also
!      have the `naked' or `reentrant' attributes.  They can have the
!      `interrupt' attribute.
  
! `interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
*************** These function attributes are supported
*** 28979,29011 ****
       this handler should be assigned.  If the argument is a name it is
       treated as a symbolic name for the vector slot.  These names should
       match up with appropriate entries in the linker script.  By default
!      the names 'watchdog' for vector 26, 'nmi' for vector 30 and 'reset'
!      for vector 31 are recognized.
  
! 'naked'
       This attribute allows the compiler to construct the requisite
!      function declaration, while allowing the body of the function to be
!      assembly code.  The specified function will not have
!      prologue/epilogue sequences generated by the compiler.  Only basic
!      'asm' statements can safely be included in naked functions (*note
!      Basic Asm::).  While using extended 'asm' or a mixture of basic
!      'asm' and C code may appear to work, they cannot be depended upon
       to work reliably and are not supported.
  
! 'reentrant'
       Reentrant functions disable interrupts upon entry and enable them
!      upon exit.  Reentrant functions cannot also have the 'naked' or
!      'critical' attributes.  They can have the 'interrupt' attribute.
  
! 'wakeup'
       This attribute only applies to interrupt functions.  It is silently
       ignored if applied to a non-interrupt function.  A wakeup interrupt
       function will rouse the processor from any low-power state that it
       might be in when the function exits.
  
! 'lower'
! 'upper'
! 'either'
       On the MSP430 target these attributes can be used to specify
       whether the function or variable should be placed into low memory,
       high memory, or the placement should be left to the linker to
--- 29232,29264 ----
       this handler should be assigned.  If the argument is a name it is
       treated as a symbolic name for the vector slot.  These names should
       match up with appropriate entries in the linker script.  By default
!      the names `watchdog' for vector 26, `nmi' for vector 30 and
!      `reset' for vector 31 are recognized.
  
! `naked'
       This attribute allows the compiler to construct the requisite
!      function declaration, while allowing the body of the function to
!      be assembly code. The specified function will not have
!      prologue/epilogue sequences generated by the compiler. Only basic
!      `asm' statements can safely be included in naked functions (*note
!      Basic Asm::). While using extended `asm' or a mixture of basic
!      `asm' and C code may appear to work, they cannot be depended upon
       to work reliably and are not supported.
  
! `reentrant'
       Reentrant functions disable interrupts upon entry and enable them
!      upon exit.  Reentrant functions cannot also have the `naked' or
!      `critical' attributes.  They can have the `interrupt' attribute.
  
! `wakeup'
       This attribute only applies to interrupt functions.  It is silently
       ignored if applied to a non-interrupt function.  A wakeup interrupt
       function will rouse the processor from any low-power state that it
       might be in when the function exits.
  
! `lower'
! `upper'
! `either'
       On the MSP430 target these attributes can be used to specify
       whether the function or variable should be placed into low memory,
       high memory, or the placement should be left to the linker to
*************** These function attributes are supported
*** 29013,29036 ****
       MSP430X architecture.
  
       The attributes work in conjunction with a linker script that has
!      been augmented to specify where to place sections with a '.lower'
!      and a '.upper' prefix.  So, for example, as well as placing the
!      '.data' section, the script also specifies the placement of a
!      '.lower.data' and a '.upper.data' section.  The intention is that
!      'lower' sections are placed into a small but easier to access
       memory region and the upper sections are placed into a larger, but
       slower to access, region.
  
!      The 'either' attribute is special.  It tells the linker to place
!      the object into the corresponding 'lower' section if there is room
       for it.  If there is insufficient room then the object is placed
!      into the corresponding 'upper' section instead.  Note that the
!      placement algorithm is not very sophisticated.  It does not attempt
!      to find an optimal packing of the 'lower' sections.  It just makes
!      one pass over the objects and does the best that it can.  Using the
!      '-ffunction-sections' and '-fdata-sections' command-line options
!      can help the packing, however, since they produce smaller, easier
!      to pack regions.
  
  
  File: gcc.info,  Node: NDS32 Function Attributes,  Next: Nios II Function Attributes,  Prev: MSP430 Function Attributes,  Up: Function Attributes
--- 29266,29289 ----
       MSP430X architecture.
  
       The attributes work in conjunction with a linker script that has
!      been augmented to specify where to place sections with a `.lower'
!      and a `.upper' prefix.  So, for example, as well as placing the
!      `.data' section, the script also specifies the placement of a
!      `.lower.data' and a `.upper.data' section.  The intention is that
!      `lower' sections are placed into a small but easier to access
       memory region and the upper sections are placed into a larger, but
       slower to access, region.
  
!      The `either' attribute is special.  It tells the linker to place
!      the object into the corresponding `lower' section if there is room
       for it.  If there is insufficient room then the object is placed
!      into the corresponding `upper' section instead.  Note that the
!      placement algorithm is not very sophisticated.  It does not
!      attempt to find an optimal packing of the `lower' sections.  It
!      just makes one pass over the objects and does the best that it
!      can.  Using the `-ffunction-sections' and `-fdata-sections'
!      command-line options can help the packing, however, since they
!      produce smaller, easier to pack regions.
  
  
  File: gcc.info,  Node: NDS32 Function Attributes,  Next: Nios II Function Attributes,  Prev: MSP430 Function Attributes,  Up: Function Attributes
*************** File: gcc.info,  Node: NDS32 Function At
*** 29040,29089 ****
  
  These function attributes are supported by the NDS32 back end:
  
! 'exception'
       Use this attribute on the NDS32 target to indicate that the
       specified function is an exception handler.  The compiler will
       generate corresponding sections for use in an exception handler.
  
! 'interrupt'
       On NDS32 target, this attribute indicates that the specified
       function is an interrupt handler.  The compiler generates
       corresponding sections for use in an interrupt handler.  You can
       use the following attributes to modify the behavior:
!      'nested'
            This interrupt service routine is interruptible.
!      'not_nested'
            This interrupt service routine is not interruptible.
!      'nested_ready'
            This interrupt service routine is interruptible after
!           'PSW.GIE' (global interrupt enable) is set.  This allows
            interrupt service routine to finish some short critical code
            before enabling interrupts.
!      'save_all'
            The system will help save all registers into stack before
            entering interrupt handler.
!      'partial_save'
            The system will help save caller registers into stack before
            entering interrupt handler.
  
! 'naked'
       This attribute allows the compiler to construct the requisite
!      function declaration, while allowing the body of the function to be
!      assembly code.  The specified function will not have
!      prologue/epilogue sequences generated by the compiler.  Only basic
!      'asm' statements can safely be included in naked functions (*note
!      Basic Asm::).  While using extended 'asm' or a mixture of basic
!      'asm' and C code may appear to work, they cannot be depended upon
       to work reliably and are not supported.
  
! 'reset'
       Use this attribute on the NDS32 target to indicate that the
       specified function is a reset handler.  The compiler will generate
!      corresponding sections for use in a reset handler.  You can use the
!      following attributes to provide extra exception handling:
!      'nmi'
            Provide a user-defined function to handle NMI exception.
!      'warm'
            Provide a user-defined function to handle warm reset
            exception.
  
--- 29293,29347 ----
  
  These function attributes are supported by the NDS32 back end:
  
! `exception'
       Use this attribute on the NDS32 target to indicate that the
       specified function is an exception handler.  The compiler will
       generate corresponding sections for use in an exception handler.
  
! `interrupt'
       On NDS32 target, this attribute indicates that the specified
       function is an interrupt handler.  The compiler generates
       corresponding sections for use in an interrupt handler.  You can
       use the following attributes to modify the behavior:
!     `nested'
            This interrupt service routine is interruptible.
! 
!     `not_nested'
            This interrupt service routine is not interruptible.
! 
!     `nested_ready'
            This interrupt service routine is interruptible after
!           `PSW.GIE' (global interrupt enable) is set.  This allows
            interrupt service routine to finish some short critical code
            before enabling interrupts.
! 
!     `save_all'
            The system will help save all registers into stack before
            entering interrupt handler.
! 
!     `partial_save'
            The system will help save caller registers into stack before
            entering interrupt handler.
  
! `naked'
       This attribute allows the compiler to construct the requisite
!      function declaration, while allowing the body of the function to
!      be assembly code. The specified function will not have
!      prologue/epilogue sequences generated by the compiler. Only basic
!      `asm' statements can safely be included in naked functions (*note
!      Basic Asm::). While using extended `asm' or a mixture of basic
!      `asm' and C code may appear to work, they cannot be depended upon
       to work reliably and are not supported.
  
! `reset'
       Use this attribute on the NDS32 target to indicate that the
       specified function is a reset handler.  The compiler will generate
!      corresponding sections for use in a reset handler.  You can use
!      the following attributes to provide extra exception handling:
!     `nmi'
            Provide a user-defined function to handle NMI exception.
! 
!     `warm'
            Provide a user-defined function to handle warm reset
            exception.
  
*************** File: gcc.info,  Node: Nios II Function
*** 29095,29118 ****
  
  These function attributes are supported by the Nios II back end:
  
! 'target (OPTIONS)'
       As discussed in *note Common Function Attributes::, this attribute
       allows specification of target-specific compilation options.
  
       When compiling for Nios II, the following options are allowed:
  
!      'custom-INSN=N'
!      'no-custom-INSN'
!           Each 'custom-INSN=N' attribute locally enables use of a custom
!           instruction with encoding N when generating code that uses
!           INSN.  Similarly, 'no-custom-INSN' locally inhibits use of the
!           custom instruction INSN.  These target attributes correspond
!           to the '-mcustom-INSN=N' and '-mno-custom-INSN' command-line
!           options, and support the same set of INSN keywords.  *Note
!           Nios II Options::, for more information.
  
!      'custom-fpu-cfg=NAME'
!           This attribute corresponds to the '-mcustom-fpu-cfg=NAME'
            command-line option, to select a predefined set of custom
            instructions named NAME.  *Note Nios II Options::, for more
            information.
--- 29353,29376 ----
  
  These function attributes are supported by the Nios II back end:
  
! `target (OPTIONS)'
       As discussed in *note Common Function Attributes::, this attribute
       allows specification of target-specific compilation options.
  
       When compiling for Nios II, the following options are allowed:
  
!     `custom-INSN=N'
!     `no-custom-INSN'
!           Each `custom-INSN=N' attribute locally enables use of a
!           custom instruction with encoding N when generating code that
!           uses INSN.  Similarly, `no-custom-INSN' locally inhibits use
!           of the custom instruction INSN.  These target attributes
!           correspond to the `-mcustom-INSN=N' and `-mno-custom-INSN'
!           command-line options, and support the same set of INSN
!           keywords.  *Note Nios II Options::, for more information.
  
!     `custom-fpu-cfg=NAME'
!           This attribute corresponds to the `-mcustom-fpu-cfg=NAME'
            command-line option, to select a predefined set of custom
            instructions named NAME.  *Note Nios II Options::, for more
            information.
*************** File: gcc.info,  Node: Nvidia PTX Functi
*** 29125,29137 ****
  
  These function attributes are supported by the Nvidia PTX back end:
  
! 'kernel'
       This attribute indicates that the corresponding function should be
       compiled as a kernel function, which can be invoked from the host
       via the CUDA RT library.  By default functions are only callable
       only from other PTX functions.
  
!      Kernel functions must have 'void' return type.
  
  
  File: gcc.info,  Node: PowerPC Function Attributes,  Next: RL78 Function Attributes,  Prev: Nvidia PTX Function Attributes,  Up: Function Attributes
--- 29383,29395 ----
  
  These function attributes are supported by the Nvidia PTX back end:
  
! `kernel'
       This attribute indicates that the corresponding function should be
       compiled as a kernel function, which can be invoked from the host
       via the CUDA RT library.  By default functions are only callable
       only from other PTX functions.
  
!      Kernel functions must have `void' return type.
  
  
  File: gcc.info,  Node: PowerPC Function Attributes,  Next: RL78 Function Attributes,  Prev: Nvidia PTX Function Attributes,  Up: Function Attributes
*************** File: gcc.info,  Node: PowerPC Function
*** 29141,29314 ****
  
  These function attributes are supported by the PowerPC back end:
  
! 'longcall'
! 'shortcall'
!      The 'longcall' attribute indicates that the function might be far
       away from the call site and require a different (more expensive)
!      calling sequence.  The 'shortcall' attribute indicates that the
!      function is always close enough for the shorter calling sequence to
!      be used.  These attributes override both the '-mlongcall' switch
!      and the '#pragma longcall' setting.
  
       *Note RS/6000 and PowerPC Options::, for more information on
       whether long calls are necessary.
  
! 'target (OPTIONS)'
       As discussed in *note Common Function Attributes::, this attribute
       allows specification of target-specific compilation options.
  
       On the PowerPC, the following options are allowed:
  
!      'altivec'
!      'no-altivec'
            Generate code that uses (does not use) AltiVec instructions.
            In 32-bit code, you cannot enable AltiVec instructions unless
!           '-mabi=altivec' is used on the command line.
  
!      'cmpb'
!      'no-cmpb'
            Generate code that uses (does not use) the compare bytes
            instruction implemented on the POWER6 processor and other
            processors that support the PowerPC V2.05 architecture.
  
!      'dlmzb'
!      'no-dlmzb'
            Generate code that uses (does not use) the string-search
!           'dlmzb' instruction on the IBM 405, 440, 464 and 476
            processors.  This instruction is generated by default when
            targeting those processors.
  
!      'fprnd'
!      'no-fprnd'
            Generate code that uses (does not use) the FP round to integer
            instructions implemented on the POWER5+ processor and other
            processors that support the PowerPC V2.03 architecture.
  
!      'hard-dfp'
!      'no-hard-dfp'
            Generate code that uses (does not use) the decimal
            floating-point instructions implemented on some POWER
            processors.
  
!      'isel'
!      'no-isel'
            Generate code that uses (does not use) ISEL instruction.
  
!      'mfcrf'
!      'no-mfcrf'
            Generate code that uses (does not use) the move from condition
!           register field instruction implemented on the POWER4 processor
!           and other processors that support the PowerPC V2.01
            architecture.
  
!      'mfpgpr'
!      'no-mfpgpr'
            Generate code that uses (does not use) the FP move to/from
            general purpose register instructions implemented on the
            POWER6X processor and other processors that support the
            extended PowerPC V2.05 architecture.
  
!      'mulhw'
!      'no-mulhw'
            Generate code that uses (does not use) the half-word multiply
            and multiply-accumulate instructions on the IBM 405, 440, 464
            and 476 processors.  These instructions are generated by
            default when targeting those processors.
  
!      'multiple'
!      'no-multiple'
            Generate code that uses (does not use) the load multiple word
            instructions and the store multiple word instructions.
  
!      'update'
!      'no-update'
            Generate code that uses (does not use) the load or store
            instructions that update the base register to the address of
            the calculated memory location.
  
!      'popcntb'
!      'no-popcntb'
            Generate code that uses (does not use) the popcount and
            double-precision FP reciprocal estimate instruction
            implemented on the POWER5 processor and other processors that
            support the PowerPC V2.02 architecture.
  
!      'popcntd'
!      'no-popcntd'
            Generate code that uses (does not use) the popcount
            instruction implemented on the POWER7 processor and other
            processors that support the PowerPC V2.06 architecture.
  
!      'powerpc-gfxopt'
!      'no-powerpc-gfxopt'
            Generate code that uses (does not use) the optional PowerPC
            architecture instructions in the Graphics group, including
            floating-point select.
  
!      'powerpc-gpopt'
!      'no-powerpc-gpopt'
            Generate code that uses (does not use) the optional PowerPC
            architecture instructions in the General Purpose group,
            including floating-point square root.
  
!      'recip-precision'
!      'no-recip-precision'
            Assume (do not assume) that the reciprocal estimate
            instructions provide higher-precision estimates than is
            mandated by the PowerPC ABI.
  
!      'string'
!      'no-string'
            Generate code that uses (does not use) the load string
            instructions and the store string word instructions to save
            multiple registers and do small block moves.
  
!      'vsx'
!      'no-vsx'
            Generate code that uses (does not use) vector/scalar (VSX)
            instructions, and also enable the use of built-in functions
            that allow more direct access to the VSX instruction set.  In
            32-bit code, you cannot enable VSX or AltiVec instructions
!           unless '-mabi=altivec' is used on the command line.
  
!      'friz'
!      'no-friz'
!           Generate (do not generate) the 'friz' instruction when the
!           '-funsafe-math-optimizations' option is used to optimize
            rounding a floating-point value to 64-bit integer and back to
!           floating point.  The 'friz' instruction does not return the
!           same value if the floating-point number is too large to fit in
!           an integer.
  
!      'avoid-indexed-addresses'
!      'no-avoid-indexed-addresses'
            Generate code that tries to avoid (not avoid) the use of
            indexed load or store instructions.
  
!      'paired'
!      'no-paired'
            Generate code that uses (does not use) the generation of
            PAIRED simd instructions.
  
!      'longcall'
!      'no-longcall'
            Generate code that assumes (does not assume) that all calls
            are far away so that a longer more expensive calling sequence
            is required.
  
!      'cpu=CPU'
            Specify the architecture to generate code for when compiling
!           the function.  If you select the 'target("cpu=power7")'
            attribute when generating 32-bit code, VSX and AltiVec
            instructions are not generated unless you use the
!           '-mabi=altivec' option on the command line.
  
!      'tune=TUNE'
            Specify the architecture to tune for when compiling the
!           function.  If you do not specify the 'target("tune=TUNE")'
!           attribute and you do specify the 'target("cpu=CPU")'
!           attribute, compilation tunes for the CPU architecture, and not
!           the default tuning specified on the command line.
  
       On the PowerPC, the inliner does not inline a function that has
       different target options than the caller, unless the callee has a
--- 29399,29572 ----
  
  These function attributes are supported by the PowerPC back end:
  
! `longcall'
! `shortcall'
!      The `longcall' attribute indicates that the function might be far
       away from the call site and require a different (more expensive)
!      calling sequence.  The `shortcall' attribute indicates that the
!      function is always close enough for the shorter calling sequence
!      to be used.  These attributes override both the `-mlongcall'
!      switch and the `#pragma longcall' setting.
  
       *Note RS/6000 and PowerPC Options::, for more information on
       whether long calls are necessary.
  
! `target (OPTIONS)'
       As discussed in *note Common Function Attributes::, this attribute
       allows specification of target-specific compilation options.
  
       On the PowerPC, the following options are allowed:
  
!     `altivec'
!     `no-altivec'
            Generate code that uses (does not use) AltiVec instructions.
            In 32-bit code, you cannot enable AltiVec instructions unless
!           `-mabi=altivec' is used on the command line.
  
!     `cmpb'
!     `no-cmpb'
            Generate code that uses (does not use) the compare bytes
            instruction implemented on the POWER6 processor and other
            processors that support the PowerPC V2.05 architecture.
  
!     `dlmzb'
!     `no-dlmzb'
            Generate code that uses (does not use) the string-search
!           `dlmzb' instruction on the IBM 405, 440, 464 and 476
            processors.  This instruction is generated by default when
            targeting those processors.
  
!     `fprnd'
!     `no-fprnd'
            Generate code that uses (does not use) the FP round to integer
            instructions implemented on the POWER5+ processor and other
            processors that support the PowerPC V2.03 architecture.
  
!     `hard-dfp'
!     `no-hard-dfp'
            Generate code that uses (does not use) the decimal
            floating-point instructions implemented on some POWER
            processors.
  
!     `isel'
!     `no-isel'
            Generate code that uses (does not use) ISEL instruction.
  
!     `mfcrf'
!     `no-mfcrf'
            Generate code that uses (does not use) the move from condition
!           register field instruction implemented on the POWER4
!           processor and other processors that support the PowerPC V2.01
            architecture.
  
!     `mfpgpr'
!     `no-mfpgpr'
            Generate code that uses (does not use) the FP move to/from
            general purpose register instructions implemented on the
            POWER6X processor and other processors that support the
            extended PowerPC V2.05 architecture.
  
!     `mulhw'
!     `no-mulhw'
            Generate code that uses (does not use) the half-word multiply
            and multiply-accumulate instructions on the IBM 405, 440, 464
            and 476 processors.  These instructions are generated by
            default when targeting those processors.
  
!     `multiple'
!     `no-multiple'
            Generate code that uses (does not use) the load multiple word
            instructions and the store multiple word instructions.
  
!     `update'
!     `no-update'
            Generate code that uses (does not use) the load or store
            instructions that update the base register to the address of
            the calculated memory location.
  
!     `popcntb'
!     `no-popcntb'
            Generate code that uses (does not use) the popcount and
            double-precision FP reciprocal estimate instruction
            implemented on the POWER5 processor and other processors that
            support the PowerPC V2.02 architecture.
  
!     `popcntd'
!     `no-popcntd'
            Generate code that uses (does not use) the popcount
            instruction implemented on the POWER7 processor and other
            processors that support the PowerPC V2.06 architecture.
  
!     `powerpc-gfxopt'
!     `no-powerpc-gfxopt'
            Generate code that uses (does not use) the optional PowerPC
            architecture instructions in the Graphics group, including
            floating-point select.
  
!     `powerpc-gpopt'
!     `no-powerpc-gpopt'
            Generate code that uses (does not use) the optional PowerPC
            architecture instructions in the General Purpose group,
            including floating-point square root.
  
!     `recip-precision'
!     `no-recip-precision'
            Assume (do not assume) that the reciprocal estimate
            instructions provide higher-precision estimates than is
            mandated by the PowerPC ABI.
  
!     `string'
!     `no-string'
            Generate code that uses (does not use) the load string
            instructions and the store string word instructions to save
            multiple registers and do small block moves.
  
!     `vsx'
!     `no-vsx'
            Generate code that uses (does not use) vector/scalar (VSX)
            instructions, and also enable the use of built-in functions
            that allow more direct access to the VSX instruction set.  In
            32-bit code, you cannot enable VSX or AltiVec instructions
!           unless `-mabi=altivec' is used on the command line.
  
!     `friz'
!     `no-friz'
!           Generate (do not generate) the `friz' instruction when the
!           `-funsafe-math-optimizations' option is used to optimize
            rounding a floating-point value to 64-bit integer and back to
!           floating point.  The `friz' instruction does not return the
!           same value if the floating-point number is too large to fit
!           in an integer.
  
!     `avoid-indexed-addresses'
!     `no-avoid-indexed-addresses'
            Generate code that tries to avoid (not avoid) the use of
            indexed load or store instructions.
  
!     `paired'
!     `no-paired'
            Generate code that uses (does not use) the generation of
            PAIRED simd instructions.
  
!     `longcall'
!     `no-longcall'
            Generate code that assumes (does not assume) that all calls
            are far away so that a longer more expensive calling sequence
            is required.
  
!     `cpu=CPU'
            Specify the architecture to generate code for when compiling
!           the function.  If you select the `target("cpu=power7")'
            attribute when generating 32-bit code, VSX and AltiVec
            instructions are not generated unless you use the
!           `-mabi=altivec' option on the command line.
  
!     `tune=TUNE'
            Specify the architecture to tune for when compiling the
!           function.  If you do not specify the `target("tune=TUNE")'
!           attribute and you do specify the `target("cpu=CPU")'
!           attribute, compilation tunes for the CPU architecture, and
!           not the default tuning specified on the command line.
  
       On the PowerPC, the inliner does not inline a function that has
       different target options than the caller, unless the callee has a
*************** File: gcc.info,  Node: RL78 Function Att
*** 29322,29346 ****
  
  These function attributes are supported by the RL78 back end:
  
! 'interrupt'
! 'brk_interrupt'
       These attributes indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
       attribute is present.
  
!      Use 'brk_interrupt' instead of 'interrupt' for handlers intended to
!      be used with the 'BRK' opcode (i.e. those that must end with 'RETB'
!      instead of 'RETI').
  
! 'naked'
       This attribute allows the compiler to construct the requisite
!      function declaration, while allowing the body of the function to be
!      assembly code.  The specified function will not have
!      prologue/epilogue sequences generated by the compiler.  Only basic
!      'asm' statements can safely be included in naked functions (*note
!      Basic Asm::).  While using extended 'asm' or a mixture of basic
!      'asm' and C code may appear to work, they cannot be depended upon
       to work reliably and are not supported.
  
  
--- 29580,29604 ----
  
  These function attributes are supported by the RL78 back end:
  
! `interrupt'
! `brk_interrupt'
       These attributes indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
       attribute is present.
  
!      Use `brk_interrupt' instead of `interrupt' for handlers intended
!      to be used with the `BRK' opcode (i.e. those that must end with
!      `RETB' instead of `RETI').
  
! `naked'
       This attribute allows the compiler to construct the requisite
!      function declaration, while allowing the body of the function to
!      be assembly code. The specified function will not have
!      prologue/epilogue sequences generated by the compiler. Only basic
!      `asm' statements can safely be included in naked functions (*note
!      Basic Asm::). While using extended `asm' or a mixture of basic
!      `asm' and C code may appear to work, they cannot be depended upon
       to work reliably and are not supported.
  
  
*************** File: gcc.info,  Node: RX Function Attri
*** 29351,29363 ****
  
  These function attributes are supported by the RX back end:
  
! 'fast_interrupt'
       Use this attribute on the RX port to indicate that the specified
       function is a fast interrupt handler.  This is just like the
!      'interrupt' attribute, except that 'freit' is used to return
!      instead of 'reit'.
  
! 'interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
--- 29609,29621 ----
  
  These function attributes are supported by the RX back end:
  
! `fast_interrupt'
       Use this attribute on the RX port to indicate that the specified
       function is a fast interrupt handler.  This is just like the
!      `interrupt' attribute, except that `freit' is used to return
!      instead of `reit'.
  
! `interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
*************** These function attributes are supported
*** 29366,29374 ****
       On RX targets, you may specify one or more vector numbers as
       arguments to the attribute, as well as naming an alternate table
       name.  Parameters are handled sequentially, so one handler can be
!      assigned to multiple entries in multiple tables.  One may also pass
!      the magic string '"$default"' which causes the function to be used
!      for any unfilled slots in the current table.
  
       This example shows a simple assignment of a function to one vector
       in the default table (note that preprocessor macros may be used for
--- 29624,29632 ----
       On RX targets, you may specify one or more vector numbers as
       arguments to the attribute, as well as naming an alternate table
       name.  Parameters are handled sequentially, so one handler can be
!      assigned to multiple entries in multiple tables.  One may also
!      pass the magic string `"$default"' which causes the function to be
!      used for any unfilled slots in the current table.
  
       This example shows a simple assignment of a function to one vector
       in the default table (note that preprocessor macros may be used for
*************** These function attributes are supported
*** 29377,29401 ****
  
       This example assigns a function to two slots in the default table
       (using preprocessor macros defined elsewhere) and makes it the
!      default for the 'dct' table:
            void __attribute__ ((interrupt (RXD1_VECT,RXD2_VECT,"dct","$default")))
            	txd1_handler ();
  
! 'naked'
       This attribute allows the compiler to construct the requisite
!      function declaration, while allowing the body of the function to be
!      assembly code.  The specified function will not have
!      prologue/epilogue sequences generated by the compiler.  Only basic
!      'asm' statements can safely be included in naked functions (*note
!      Basic Asm::).  While using extended 'asm' or a mixture of basic
!      'asm' and C code may appear to work, they cannot be depended upon
       to work reliably and are not supported.
  
! 'vector'
!      This RX attribute is similar to the 'interrupt' attribute,
       including its parameters, but does not make the function an
!      interrupt-handler type function (i.e.  it retains the normal C
!      function calling ABI). See the 'interrupt' attribute for a
       description of its arguments.
  
  
--- 29635,29659 ----
  
       This example assigns a function to two slots in the default table
       (using preprocessor macros defined elsewhere) and makes it the
!      default for the `dct' table:
            void __attribute__ ((interrupt (RXD1_VECT,RXD2_VECT,"dct","$default")))
            	txd1_handler ();
  
! `naked'
       This attribute allows the compiler to construct the requisite
!      function declaration, while allowing the body of the function to
!      be assembly code. The specified function will not have
!      prologue/epilogue sequences generated by the compiler. Only basic
!      `asm' statements can safely be included in naked functions (*note
!      Basic Asm::). While using extended `asm' or a mixture of basic
!      `asm' and C code may appear to work, they cannot be depended upon
       to work reliably and are not supported.
  
! `vector'
!      This RX attribute is similar to the `interrupt' attribute,
       including its parameters, but does not make the function an
!      interrupt-handler type function (i.e. it retains the normal C
!      function calling ABI).  See the `interrupt' attribute for a
       description of its arguments.
  
  
*************** File: gcc.info,  Node: S/390 Function At
*** 29406,29462 ****
  
  These function attributes are supported on the S/390:
  
! 'hotpatch (HALFWORDS-BEFORE-FUNCTION-LABEL,HALFWORDS-AFTER-FUNCTION-LABEL)'
! 
       On S/390 System z targets, you can use this function attribute to
       make GCC generate a "hot-patching" function prologue.  If the
!      '-mhotpatch=' command-line option is used at the same time, the
!      'hotpatch' attribute takes precedence.  The first of the two
       arguments specifies the number of halfwords to be added before the
       function label.  A second argument can be used to specify the
!      number of halfwords to be added after the function label.  For both
!      arguments the maximum allowed value is 1000000.
  
       If both arguments are zero, hotpatching is disabled.
  
! 'target (OPTIONS)'
       As discussed in *note Common Function Attributes::, this attribute
       allows specification of target-specific compilation options.
  
       On S/390, the following options are supported:
  
!      'arch='
!      'tune='
!      'stack-guard='
!      'stack-size='
!      'branch-cost='
!      'warn-framesize='
!      'backchain'
!      'no-backchain'
!      'hard-dfp'
!      'no-hard-dfp'
!      'hard-float'
!      'soft-float'
!      'htm'
!      'no-htm'
!      'vx'
!      'no-vx'
!      'packed-stack'
!      'no-packed-stack'
!      'small-exec'
!      'no-small-exec'
!      'mvcle'
!      'no-mvcle'
!      'warn-dynamicstack'
!      'no-warn-dynamicstack'
  
       The options work exactly like the S/390 specific command line
!      options (without the prefix '-m') except that they do not change
       any feature macros.  For example,
  
!           target("no-vx")
  
!      does not undefine the '__VEC__' macro.
  
  
  File: gcc.info,  Node: SH Function Attributes,  Next: SPU Function Attributes,  Prev: S/390 Function Attributes,  Up: Function Attributes
--- 29664,29733 ----
  
  These function attributes are supported on the S/390:
  
! `hotpatch (HALFWORDS-BEFORE-FUNCTION-LABEL,HALFWORDS-AFTER-FUNCTION-LABEL)'
       On S/390 System z targets, you can use this function attribute to
       make GCC generate a "hot-patching" function prologue.  If the
!      `-mhotpatch=' command-line option is used at the same time, the
!      `hotpatch' attribute takes precedence.  The first of the two
       arguments specifies the number of halfwords to be added before the
       function label.  A second argument can be used to specify the
!      number of halfwords to be added after the function label.  For
!      both arguments the maximum allowed value is 1000000.
  
       If both arguments are zero, hotpatching is disabled.
  
! `target (OPTIONS)'
       As discussed in *note Common Function Attributes::, this attribute
       allows specification of target-specific compilation options.
  
       On S/390, the following options are supported:
  
!     `arch='
! 
!     `tune='
! 
!     `stack-guard='
! 
!     `stack-size='
! 
!     `branch-cost='
! 
!     `warn-framesize='
! 
!     `backchain'
!     `no-backchain'
! 
!     `hard-dfp'
!     `no-hard-dfp'
! 
!     `hard-float'
!     `soft-float'
! 
!     `htm'
!     `no-htm'
! 
!     `vx'
!     `no-vx'
! 
!     `packed-stack'
!     `no-packed-stack'
! 
!     `small-exec'
!     `no-small-exec'
! 
!     `mvcle'
!     `no-mvcle'
! 
!     `warn-dynamicstack'
!     `no-warn-dynamicstack'
  
       The options work exactly like the S/390 specific command line
!      options (without the prefix `-m') except that they do not change
       any feature macros.  For example,
  
!           `target("no-vx")'
  
!      does not undefine the `__VEC__' macro.
  
  
  File: gcc.info,  Node: SH Function Attributes,  Next: SPU Function Attributes,  Prev: S/390 Function Attributes,  Up: Function Attributes
*************** File: gcc.info,  Node: SH Function Attri
*** 29466,29522 ****
  
  These function attributes are supported on the SH family of processors:
  
! 'function_vector'
       On SH2A targets, this attribute declares a function to be called
       using the TBR relative addressing mode.  The argument to this
       attribute is the entry number of the same function in a vector
       table containing all the TBR relative addressable functions.  For
!      correct operation the TBR must be setup accordingly to point to the
!      start of the vector table before any functions with this attribute
!      are invoked.  Usually a good place to do the initialization is the
!      startup routine.  The TBR relative vector table can have at max 256
!      function entries.  The jumps to these functions are generated using
!      a SH2A specific, non delayed branch instruction JSR/N @(disp8,TBR).
!      You must use GAS and GLD from GNU binutils version 2.7 or later for
!      this attribute to work correctly.
  
       In an application, for a function being called once, this attribute
       saves at least 8 bytes of code; and if other successive calls are
       being made to the same function, it saves 2 bytes of code per each
       of these calls.
  
! 'interrupt_handler'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
       attribute is present.
  
! 'nosave_low_regs'
       Use this attribute on SH targets to indicate that an
!      'interrupt_handler' function should not save and restore registers
       R0..R7.  This can be used on SH3* and SH4* targets that have a
       second R0..R7 register bank for non-reentrant interrupt handlers.
  
! 'renesas'
       On SH targets this attribute specifies that the function or struct
       follows the Renesas ABI.
  
! 'resbank'
       On the SH2A target, this attribute enables the high-speed register
       saving and restoration using a register bank for
!      'interrupt_handler' routines.  Saving to the bank is performed
       automatically after the CPU accepts an interrupt that uses a
       register bank.
  
       The nineteen 32-bit registers comprising general register R0 to
       R14, control register GBR, and system registers MACH, MACL, and PR
!      and the vector table address offset are saved into a register bank.
!      Register banks are stacked in first-in last-out (FILO) sequence.
!      Restoration from the bank is executed by issuing a RESBANK
!      instruction.
  
! 'sp_switch'
!      Use this attribute on the SH to indicate an 'interrupt_handler'
       function should switch to an alternate stack.  It expects a string
       argument that names a global variable holding the address of the
       alternate stack.
--- 29737,29793 ----
  
  These function attributes are supported on the SH family of processors:
  
! `function_vector'
       On SH2A targets, this attribute declares a function to be called
       using the TBR relative addressing mode.  The argument to this
       attribute is the entry number of the same function in a vector
       table containing all the TBR relative addressable functions.  For
!      correct operation the TBR must be setup accordingly to point to
!      the start of the vector table before any functions with this
!      attribute are invoked.  Usually a good place to do the
!      initialization is the startup routine.  The TBR relative vector
!      table can have at max 256 function entries.  The jumps to these
!      functions are generated using a SH2A specific, non delayed branch
!      instruction JSR/N @(disp8,TBR).  You must use GAS and GLD from GNU
!      binutils version 2.7 or later for this attribute to work correctly.
  
       In an application, for a function being called once, this attribute
       saves at least 8 bytes of code; and if other successive calls are
       being made to the same function, it saves 2 bytes of code per each
       of these calls.
  
! `interrupt_handler'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
       attribute is present.
  
! `nosave_low_regs'
       Use this attribute on SH targets to indicate that an
!      `interrupt_handler' function should not save and restore registers
       R0..R7.  This can be used on SH3* and SH4* targets that have a
       second R0..R7 register bank for non-reentrant interrupt handlers.
  
! `renesas'
       On SH targets this attribute specifies that the function or struct
       follows the Renesas ABI.
  
! `resbank'
       On the SH2A target, this attribute enables the high-speed register
       saving and restoration using a register bank for
!      `interrupt_handler' routines.  Saving to the bank is performed
       automatically after the CPU accepts an interrupt that uses a
       register bank.
  
       The nineteen 32-bit registers comprising general register R0 to
       R14, control register GBR, and system registers MACH, MACL, and PR
!      and the vector table address offset are saved into a register
!      bank.  Register banks are stacked in first-in last-out (FILO)
!      sequence.  Restoration from the bank is executed by issuing a
!      RESBANK instruction.
  
! `sp_switch'
!      Use this attribute on the SH to indicate an `interrupt_handler'
       function should switch to an alternate stack.  It expects a string
       argument that names a global variable holding the address of the
       alternate stack.
*************** These function attributes are supported
*** 29525,29538 ****
            void f () __attribute__ ((interrupt_handler,
                                      sp_switch ("alt_stack")));
  
! 'trap_exit'
!      Use this attribute on the SH for an 'interrupt_handler' to return
!      using 'trapa' instead of 'rte'.  This attribute expects an integer
       argument specifying the trap number to be used.
  
! 'trapa_handler'
       On SH targets this function attribute is similar to
!      'interrupt_handler' but it does not save and restore all registers.
  
  
  File: gcc.info,  Node: SPU Function Attributes,  Next: Symbian OS Function Attributes,  Prev: SH Function Attributes,  Up: Function Attributes
--- 29796,29809 ----
            void f () __attribute__ ((interrupt_handler,
                                      sp_switch ("alt_stack")));
  
! `trap_exit'
!      Use this attribute on the SH for an `interrupt_handler' to return
!      using `trapa' instead of `rte'.  This attribute expects an integer
       argument specifying the trap number to be used.
  
! `trapa_handler'
       On SH targets this function attribute is similar to
!      `interrupt_handler' but it does not save and restore all registers.
  
  
  File: gcc.info,  Node: SPU Function Attributes,  Next: Symbian OS Function Attributes,  Prev: SH Function Attributes,  Up: Function Attributes
*************** File: gcc.info,  Node: SPU Function Attr
*** 29542,29555 ****
  
  These function attributes are supported by the SPU back end:
  
! 'naked'
       This attribute allows the compiler to construct the requisite
!      function declaration, while allowing the body of the function to be
!      assembly code.  The specified function will not have
!      prologue/epilogue sequences generated by the compiler.  Only basic
!      'asm' statements can safely be included in naked functions (*note
!      Basic Asm::).  While using extended 'asm' or a mixture of basic
!      'asm' and C code may appear to work, they cannot be depended upon
       to work reliably and are not supported.
  
  
--- 29813,29826 ----
  
  These function attributes are supported by the SPU back end:
  
! `naked'
       This attribute allows the compiler to construct the requisite
!      function declaration, while allowing the body of the function to
!      be assembly code. The specified function will not have
!      prologue/epilogue sequences generated by the compiler. Only basic
!      `asm' statements can safely be included in naked functions (*note
!      Basic Asm::). While using extended `asm' or a mixture of basic
!      `asm' and C code may appear to work, they cannot be depended upon
       to work reliably and are not supported.
  
  
*************** File: gcc.info,  Node: Symbian OS Functi
*** 29559,29565 ****
  --------------------------------------
  
  *Note Microsoft Windows Function Attributes::, for discussion of the
! 'dllexport' and 'dllimport' attributes.
  
  
  File: gcc.info,  Node: V850 Function Attributes,  Next: Visium Function Attributes,  Prev: Symbian OS Function Attributes,  Up: Function Attributes
--- 29830,29836 ----
  --------------------------------------
  
  *Note Microsoft Windows Function Attributes::, for discussion of the
! `dllexport' and `dllimport' attributes.
  
  
  File: gcc.info,  Node: V850 Function Attributes,  Next: Visium Function Attributes,  Prev: Symbian OS Function Attributes,  Up: Function Attributes
*************** File: gcc.info,  Node: V850 Function Att
*** 29569,29576 ****
  
  The V850 back end supports these function attributes:
  
! 'interrupt'
! 'interrupt_handler'
       Use these attributes to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when either
--- 29840,29847 ----
  
  The V850 back end supports these function attributes:
  
! `interrupt'
! `interrupt_handler'
       Use these attributes to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when either
*************** File: gcc.info,  Node: Visium Function A
*** 29584,29590 ****
  
  These function attributes are supported by the Visium back end:
  
! 'interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
--- 29855,29861 ----
  
  These function attributes are supported by the Visium back end:
  
! `interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
*************** File: gcc.info,  Node: x86 Function Attr
*** 29598,29643 ****
  
  These function attributes are supported by the x86 back end:
  
! 'cdecl'
!      On the x86-32 targets, the 'cdecl' attribute causes the compiler to
       assume that the calling function pops off the stack space used to
       pass arguments.  This is useful to override the effects of the
!      '-mrtd' switch.
  
! 'fastcall'
!      On x86-32 targets, the 'fastcall' attribute causes the compiler to
       pass the first argument (if of integral type) in the register ECX
       and the second argument (if of integral type) in the register EDX.
       Subsequent and other typed arguments are passed on the stack.  The
!      called function pops the arguments off the stack.  If the number of
!      arguments is variable all arguments are pushed on the stack.
  
! 'thiscall'
!      On x86-32 targets, the 'thiscall' attribute causes the compiler to
       pass the first argument (if of integral type) in the register ECX.
!      Subsequent and other typed arguments are passed on the stack.  The
!      called function pops the arguments off the stack.  If the number of
!      arguments is variable all arguments are pushed on the stack.  The
!      'thiscall' attribute is intended for C++ non-static member
!      functions.  As a GCC extension, this calling convention can be used
!      for C functions and for static member methods.
! 
! 'ms_abi'
! 'sysv_abi'
  
       On 32-bit and 64-bit x86 targets, you can use an ABI attribute to
       indicate which calling convention should be used for a function.
!      The 'ms_abi' attribute tells the compiler to use the Microsoft ABI,
!      while the 'sysv_abi' attribute tells the compiler to use the ABI
       used on GNU/Linux and other systems.  The default is to use the
       Microsoft ABI when targeting Windows.  On all other systems, the
       default is the x86/AMD ABI.
  
!      Note, the 'ms_abi' attribute for Microsoft Windows 64-bit targets
!      currently requires the '-maccumulate-outgoing-args' option.
! 
! 'callee_pop_aggregate_return (NUMBER)'
  
       On x86-32 targets, you can use this attribute to control how
       aggregates are returned in memory.  If the caller is responsible
       for popping the hidden pointer together with the rest of the
--- 29869,29912 ----
  
  These function attributes are supported by the x86 back end:
  
! `cdecl'
!      On the x86-32 targets, the `cdecl' attribute causes the compiler to
       assume that the calling function pops off the stack space used to
       pass arguments.  This is useful to override the effects of the
!      `-mrtd' switch.
  
! `fastcall'
!      On x86-32 targets, the `fastcall' attribute causes the compiler to
       pass the first argument (if of integral type) in the register ECX
       and the second argument (if of integral type) in the register EDX.
       Subsequent and other typed arguments are passed on the stack.  The
!      called function pops the arguments off the stack.  If the number
!      of arguments is variable all arguments are pushed on the stack.
  
! `thiscall'
!      On x86-32 targets, the `thiscall' attribute causes the compiler to
       pass the first argument (if of integral type) in the register ECX.
!      Subsequent and other typed arguments are passed on the stack. The
!      called function pops the arguments off the stack.  If the number
!      of arguments is variable all arguments are pushed on the stack.
!      The `thiscall' attribute is intended for C++ non-static member
!      functions.  As a GCC extension, this calling convention can be
!      used for C functions and for static member methods.
  
+ `ms_abi'
+ `sysv_abi'
       On 32-bit and 64-bit x86 targets, you can use an ABI attribute to
       indicate which calling convention should be used for a function.
!      The `ms_abi' attribute tells the compiler to use the Microsoft ABI,
!      while the `sysv_abi' attribute tells the compiler to use the ABI
       used on GNU/Linux and other systems.  The default is to use the
       Microsoft ABI when targeting Windows.  On all other systems, the
       default is the x86/AMD ABI.
  
!      Note, the `ms_abi' attribute for Microsoft Windows 64-bit targets
!      currently requires the `-maccumulate-outgoing-args' option.
  
+ `callee_pop_aggregate_return (NUMBER)'
       On x86-32 targets, you can use this attribute to control how
       aggregates are returned in memory.  If the caller is responsible
       for popping the hidden pointer together with the rest of the
*************** These function attributes are supported
*** 29648,29723 ****
       hidden pointer.  However, on x86-32 Microsoft Windows targets, the
       compiler assumes that the caller pops the stack for hidden pointer.
  
! 'ms_hook_prologue'
! 
       On 32-bit and 64-bit x86 targets, you can use this function
!      attribute to make GCC generate the "hot-patching" function prologue
!      used in Win32 API functions in Microsoft Windows XP Service Pack 2
!      and newer.
  
! 'regparm (NUMBER)'
!      On x86-32 targets, the 'regparm' attribute causes the compiler to
!      pass arguments number one to NUMBER if they are of integral type in
!      registers EAX, EDX, and ECX instead of on the stack.  Functions
       that take a variable number of arguments continue to be passed all
       of their arguments on the stack.
  
       Beware that on some ELF systems this attribute is unsuitable for
       global functions in shared libraries with lazy binding (which is
!      the default).  Lazy binding sends the first call via resolving code
!      in the loader, which might assume EAX, EDX and ECX can be
       clobbered, as per the standard calling conventions.  Solaris 8 is
       affected by this.  Systems with the GNU C Library version 2.1 or
       higher and FreeBSD are believed to be safe since the loaders there
!      save EAX, EDX and ECX. (Lazy binding can be disabled with the
       linker or the loader if desired, to avoid the problem.)
  
! 'sseregparm'
!      On x86-32 targets with SSE support, the 'sseregparm' attribute
!      causes the compiler to pass up to 3 floating-point arguments in SSE
!      registers instead of on the stack.  Functions that take a variable
!      number of arguments continue to pass all of their floating-point
!      arguments on the stack.
  
! 'force_align_arg_pointer'
!      On x86 targets, the 'force_align_arg_pointer' attribute may be
       applied to individual function definitions, generating an alternate
       prologue and epilogue that realigns the run-time stack if
       necessary.  This supports mixing legacy codes that run with a
       4-byte aligned stack with modern codes that keep a 16-byte stack
       for SSE compatibility.
  
! 'stdcall'
!      On x86-32 targets, the 'stdcall' attribute causes the compiler to
       assume that the called function pops off the stack space used to
       pass arguments, unless it takes a variable number of arguments.
  
! 'no_caller_saved_registers'
       Use this attribute to indicate that the specified function has no
!      caller-saved registers.  That is, all registers are callee-saved.
       For example, this attribute can be used for a function called from
!      an interrupt handler.  The compiler generates proper function entry
       and exit sequences to save and restore any modified registers,
       except for the EFLAGS register.  Since GCC doesn't preserve MPX,
!      SSE, MMX nor x87 states, the GCC option '-mgeneral-regs-only'
       should be used to compile functions with
!      'no_caller_saved_registers' attribute.
  
! 'interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler or an exception handler (depending on parameters
!      passed to the function, explained further).  The compiler generates
!      function entry and exit sequences suitable for use in an interrupt
!      handler when this attribute is present.  The 'IRET' instruction,
!      instead of the 'RET' instruction, is used to return from interrupt
!      handlers.  All registers, except for the EFLAGS register which is
!      restored by the 'IRET' instruction, are preserved by the compiler.
!      Since GCC doesn't preserve MPX, SSE, MMX nor x87 states, the GCC
!      option '-mgeneral-regs-only' should be used to compile interrupt
!      and exception handlers.
  
       Any interruptible-without-stack-switch code must be compiled with
!      '-mno-red-zone' since interrupt handlers can and will, because of
       the hardware design, touch the red zone.
  
       An interrupt handler must be declared with a mandatory pointer
--- 29917,29991 ----
       hidden pointer.  However, on x86-32 Microsoft Windows targets, the
       compiler assumes that the caller pops the stack for hidden pointer.
  
! `ms_hook_prologue'
       On 32-bit and 64-bit x86 targets, you can use this function
!      attribute to make GCC generate the "hot-patching" function
!      prologue used in Win32 API functions in Microsoft Windows XP
!      Service Pack 2 and newer.
  
! `regparm (NUMBER)'
!      On x86-32 targets, the `regparm' attribute causes the compiler to
!      pass arguments number one to NUMBER if they are of integral type
!      in registers EAX, EDX, and ECX instead of on the stack.  Functions
       that take a variable number of arguments continue to be passed all
       of their arguments on the stack.
  
       Beware that on some ELF systems this attribute is unsuitable for
       global functions in shared libraries with lazy binding (which is
!      the default).  Lazy binding sends the first call via resolving
!      code in the loader, which might assume EAX, EDX and ECX can be
       clobbered, as per the standard calling conventions.  Solaris 8 is
       affected by this.  Systems with the GNU C Library version 2.1 or
       higher and FreeBSD are believed to be safe since the loaders there
!      save EAX, EDX and ECX.  (Lazy binding can be disabled with the
       linker or the loader if desired, to avoid the problem.)
  
! `sseregparm'
!      On x86-32 targets with SSE support, the `sseregparm' attribute
!      causes the compiler to pass up to 3 floating-point arguments in
!      SSE registers instead of on the stack.  Functions that take a
!      variable number of arguments continue to pass all of their
!      floating-point arguments on the stack.
  
! `force_align_arg_pointer'
!      On x86 targets, the `force_align_arg_pointer' attribute may be
       applied to individual function definitions, generating an alternate
       prologue and epilogue that realigns the run-time stack if
       necessary.  This supports mixing legacy codes that run with a
       4-byte aligned stack with modern codes that keep a 16-byte stack
       for SSE compatibility.
  
! `stdcall'
!      On x86-32 targets, the `stdcall' attribute causes the compiler to
       assume that the called function pops off the stack space used to
       pass arguments, unless it takes a variable number of arguments.
  
! `no_caller_saved_registers'
       Use this attribute to indicate that the specified function has no
!      caller-saved registers. That is, all registers are callee-saved.
       For example, this attribute can be used for a function called from
!      an interrupt handler. The compiler generates proper function entry
       and exit sequences to save and restore any modified registers,
       except for the EFLAGS register.  Since GCC doesn't preserve MPX,
!      SSE, MMX nor x87 states, the GCC option `-mgeneral-regs-only'
       should be used to compile functions with
!      `no_caller_saved_registers' attribute.
  
! `interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler or an exception handler (depending on parameters
!      passed to the function, explained further).  The compiler
!      generates function entry and exit sequences suitable for use in an
!      interrupt handler when this attribute is present.  The `IRET'
!      instruction, instead of the `RET' instruction, is used to return
!      from interrupt handlers.  All registers, except for the EFLAGS
!      register which is restored by the `IRET' instruction, are
!      preserved by the compiler.  Since GCC doesn't preserve MPX, SSE,
!      MMX nor x87 states, the GCC option `-mgeneral-regs-only' should be
!      used to compile interrupt and exception handlers.
  
       Any interruptible-without-stack-switch code must be compiled with
!      `-mno-red-zone' since interrupt handlers can and will, because of
       the hardware design, touch the red zone.
  
       An interrupt handler must be declared with a mandatory pointer
*************** These function attributes are supported
*** 29731,29744 ****
            {
            }
  
!      and you must define 'struct interrupt_frame' as described in the
       processor's manual.
  
       Exception handlers differ from interrupt handlers because the
       system pushes an error code on the stack.  An exception handler
!      declaration is similar to that for an interrupt handler, but with a
!      different mandatory function signature.  The compiler arranges to
!      pop the error code off the stack before the 'IRET' instruction.
  
            #ifdef __x86_64__
            typedef unsigned long long int uword_t;
--- 29999,30012 ----
            {
            }
  
!      and you must define `struct interrupt_frame' as described in the
       processor's manual.
  
       Exception handlers differ from interrupt handlers because the
       system pushes an error code on the stack.  An exception handler
!      declaration is similar to that for an interrupt handler, but with
!      a different mandatory function signature.  The compiler arranges
!      to pop the error code off the stack before the `IRET' instruction.
  
            #ifdef __x86_64__
            typedef unsigned long long int uword_t;
*************** These function attributes are supported
*** 29759,29892 ****
       error code; you should use an interrupt handler in other cases.
       The system will crash if the wrong kind of handler is used.
  
! 'target (OPTIONS)'
       As discussed in *note Common Function Attributes::, this attribute
       allows specification of target-specific compilation options.
  
       On the x86, the following options are allowed:
!      'abm'
!      'no-abm'
            Enable/disable the generation of the advanced bit
            instructions.
  
!      'aes'
!      'no-aes'
            Enable/disable the generation of the AES instructions.
  
!      'default'
            *Note Function Multiversioning::, where it is used to specify
            the default function version.
  
!      'mmx'
!      'no-mmx'
            Enable/disable the generation of the MMX instructions.
  
!      'pclmul'
!      'no-pclmul'
            Enable/disable the generation of the PCLMUL instructions.
  
!      'popcnt'
!      'no-popcnt'
            Enable/disable the generation of the POPCNT instruction.
  
!      'sse'
!      'no-sse'
            Enable/disable the generation of the SSE instructions.
  
!      'sse2'
!      'no-sse2'
            Enable/disable the generation of the SSE2 instructions.
  
!      'sse3'
!      'no-sse3'
            Enable/disable the generation of the SSE3 instructions.
  
!      'sse4'
!      'no-sse4'
            Enable/disable the generation of the SSE4 instructions (both
            SSE4.1 and SSE4.2).
  
!      'sse4.1'
!      'no-sse4.1'
            Enable/disable the generation of the sse4.1 instructions.
  
!      'sse4.2'
!      'no-sse4.2'
            Enable/disable the generation of the sse4.2 instructions.
  
!      'sse4a'
!      'no-sse4a'
            Enable/disable the generation of the SSE4A instructions.
  
!      'fma4'
!      'no-fma4'
            Enable/disable the generation of the FMA4 instructions.
  
!      'xop'
!      'no-xop'
            Enable/disable the generation of the XOP instructions.
  
!      'lwp'
!      'no-lwp'
            Enable/disable the generation of the LWP instructions.
  
!      'ssse3'
!      'no-ssse3'
            Enable/disable the generation of the SSSE3 instructions.
  
!      'cld'
!      'no-cld'
            Enable/disable the generation of the CLD before string moves.
  
!      'fancy-math-387'
!      'no-fancy-math-387'
!           Enable/disable the generation of the 'sin', 'cos', and 'sqrt'
            instructions on the 387 floating-point unit.
  
!      'ieee-fp'
!      'no-ieee-fp'
            Enable/disable the generation of floating point that depends
            on IEEE arithmetic.
  
!      'inline-all-stringops'
!      'no-inline-all-stringops'
            Enable/disable inlining of string operations.
  
!      'inline-stringops-dynamically'
!      'no-inline-stringops-dynamically'
            Enable/disable the generation of the inline code to do small
            string operations and calling the library routines for large
            operations.
  
!      'align-stringops'
!      'no-align-stringops'
            Do/do not align destination of inlined string operations.
  
!      'recip'
!      'no-recip'
            Enable/disable the generation of RCPSS, RCPPS, RSQRTSS and
            RSQRTPS instructions followed an additional Newton-Raphson
            step instead of doing a floating-point division.
  
!      'arch=ARCH'
!           Specify the architecture to generate code for in compiling the
!           function.
  
!      'tune=TUNE'
            Specify the architecture to tune for in compiling the
            function.
  
!      'fpmath=FPMATH'
            Specify which floating-point unit to use.  You must specify
!           the 'target("fpmath=sse,387")' option as
!           'target("fpmath=sse+387")' because the comma would separate
            different options.
  
       On the x86, the inliner does not inline a function that has
       different target options than the caller, unless the callee has a
!      subset of the target options of the caller.  For example a function
!      declared with 'target("sse3")' can inline a function with
!      'target("sse2")', since '-msse3' implies '-msse2'.
  
  
  File: gcc.info,  Node: Xstormy16 Function Attributes,  Prev: x86 Function Attributes,  Up: Function Attributes
--- 30027,30160 ----
       error code; you should use an interrupt handler in other cases.
       The system will crash if the wrong kind of handler is used.
  
! `target (OPTIONS)'
       As discussed in *note Common Function Attributes::, this attribute
       allows specification of target-specific compilation options.
  
       On the x86, the following options are allowed:
!     `abm'
!     `no-abm'
            Enable/disable the generation of the advanced bit
            instructions.
  
!     `aes'
!     `no-aes'
            Enable/disable the generation of the AES instructions.
  
!     `default'
            *Note Function Multiversioning::, where it is used to specify
            the default function version.
  
!     `mmx'
!     `no-mmx'
            Enable/disable the generation of the MMX instructions.
  
!     `pclmul'
!     `no-pclmul'
            Enable/disable the generation of the PCLMUL instructions.
  
!     `popcnt'
!     `no-popcnt'
            Enable/disable the generation of the POPCNT instruction.
  
!     `sse'
!     `no-sse'
            Enable/disable the generation of the SSE instructions.
  
!     `sse2'
!     `no-sse2'
            Enable/disable the generation of the SSE2 instructions.
  
!     `sse3'
!     `no-sse3'
            Enable/disable the generation of the SSE3 instructions.
  
!     `sse4'
!     `no-sse4'
            Enable/disable the generation of the SSE4 instructions (both
            SSE4.1 and SSE4.2).
  
!     `sse4.1'
!     `no-sse4.1'
            Enable/disable the generation of the sse4.1 instructions.
  
!     `sse4.2'
!     `no-sse4.2'
            Enable/disable the generation of the sse4.2 instructions.
  
!     `sse4a'
!     `no-sse4a'
            Enable/disable the generation of the SSE4A instructions.
  
!     `fma4'
!     `no-fma4'
            Enable/disable the generation of the FMA4 instructions.
  
!     `xop'
!     `no-xop'
            Enable/disable the generation of the XOP instructions.
  
!     `lwp'
!     `no-lwp'
            Enable/disable the generation of the LWP instructions.
  
!     `ssse3'
!     `no-ssse3'
            Enable/disable the generation of the SSSE3 instructions.
  
!     `cld'
!     `no-cld'
            Enable/disable the generation of the CLD before string moves.
  
!     `fancy-math-387'
!     `no-fancy-math-387'
!           Enable/disable the generation of the `sin', `cos', and `sqrt'
            instructions on the 387 floating-point unit.
  
!     `ieee-fp'
!     `no-ieee-fp'
            Enable/disable the generation of floating point that depends
            on IEEE arithmetic.
  
!     `inline-all-stringops'
!     `no-inline-all-stringops'
            Enable/disable inlining of string operations.
  
!     `inline-stringops-dynamically'
!     `no-inline-stringops-dynamically'
            Enable/disable the generation of the inline code to do small
            string operations and calling the library routines for large
            operations.
  
!     `align-stringops'
!     `no-align-stringops'
            Do/do not align destination of inlined string operations.
  
!     `recip'
!     `no-recip'
            Enable/disable the generation of RCPSS, RCPPS, RSQRTSS and
            RSQRTPS instructions followed an additional Newton-Raphson
            step instead of doing a floating-point division.
  
!     `arch=ARCH'
!           Specify the architecture to generate code for in compiling
!           the function.
  
!     `tune=TUNE'
            Specify the architecture to tune for in compiling the
            function.
  
!     `fpmath=FPMATH'
            Specify which floating-point unit to use.  You must specify
!           the `target("fpmath=sse,387")' option as
!           `target("fpmath=sse+387")' because the comma would separate
            different options.
  
       On the x86, the inliner does not inline a function that has
       different target options than the caller, unless the callee has a
!      subset of the target options of the caller.  For example a
!      function declared with `target("sse3")' can inline a function with
!      `target("sse2")', since `-msse3' implies `-msse2'.
  
  
  File: gcc.info,  Node: Xstormy16 Function Attributes,  Prev: x86 Function Attributes,  Up: Function Attributes
*************** File: gcc.info,  Node: Xstormy16 Functio
*** 29896,29902 ****
  
  These function attributes are supported by the Xstormy16 back end:
  
! 'interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
--- 30164,30170 ----
  
  These function attributes are supported by the Xstormy16 back end:
  
! `interrupt'
       Use this attribute to indicate that the specified function is an
       interrupt handler.  The compiler generates function entry and exit
       sequences suitable for use in an interrupt handler when this
*************** File: gcc.info,  Node: Variable Attribut
*** 29908,29923 ****
  6.32 Specifying Attributes of Variables
  =======================================
  
! The keyword '__attribute__' allows you to specify special attributes of
! variables or structure fields.  This keyword is followed by an attribute
! specification inside double parentheses.  Some attributes are currently
! defined generically for variables.  Other attributes are defined for
! variables on particular target systems.  Other attributes are available
! for functions (*note Function Attributes::), labels (*note Label
! Attributes::), enumerators (*note Enumerator Attributes::), statements
! (*note Statement Attributes::), and for types (*note Type Attributes::).
! Other front ends might define more attributes (*note Extensions to the
! C++ Language: C++ Extensions.).
  
   *Note Attribute Syntax::, for details of the exact syntax for using
  attributes.
--- 30176,30191 ----
  6.32 Specifying Attributes of Variables
  =======================================
  
! The keyword `__attribute__' allows you to specify special attributes of
! variables or structure fields.  This keyword is followed by an
! attribute specification inside double parentheses.  Some attributes are
! currently defined generically for variables.  Other attributes are
! defined for variables on particular target systems.  Other attributes
! are available for functions (*note Function Attributes::), labels
! (*note Label Attributes::), enumerators (*note Enumerator
! Attributes::), statements (*note Statement Attributes::), and for types
! (*note Type Attributes::).  Other front ends might define more
! attributes (*note Extensions to the C++ Language: C++ Extensions.).
  
   *Note Attribute Syntax::, for details of the exact syntax for using
  attributes.
*************** File: gcc.info,  Node: Common Variable A
*** 29949,29972 ****
  
  The following attributes are supported on most targets.
  
! 'aligned (ALIGNMENT)'
       This attribute specifies a minimum alignment for the variable or
       structure field, measured in bytes.  For example, the declaration:
  
            int x __attribute__ ((aligned (16))) = 0;
  
!      causes the compiler to allocate the global variable 'x' on a
       16-byte boundary.  On a 68040, this could be used in conjunction
!      with an 'asm' expression to access the 'move16' instruction which
       requires 16-byte aligned operands.
  
       You can also specify the alignment of structure fields.  For
!      example, to create a double-word aligned 'int' pair, you could
       write:
  
            struct foo { int x[2] __attribute__ ((aligned (8))); };
  
!      This is an alternative to creating a union with a 'double' member,
       which forces the union to be double-word aligned.
  
       As in the preceding examples, you can explicitly specify the
--- 30217,30240 ----
  
  The following attributes are supported on most targets.
  
! `aligned (ALIGNMENT)'
       This attribute specifies a minimum alignment for the variable or
       structure field, measured in bytes.  For example, the declaration:
  
            int x __attribute__ ((aligned (16))) = 0;
  
!      causes the compiler to allocate the global variable `x' on a
       16-byte boundary.  On a 68040, this could be used in conjunction
!      with an `asm' expression to access the `move16' instruction which
       requires 16-byte aligned operands.
  
       You can also specify the alignment of structure fields.  For
!      example, to create a double-word aligned `int' pair, you could
       write:
  
            struct foo { int x[2] __attribute__ ((aligned (8))); };
  
!      This is an alternative to creating a union with a `double' member,
       which forces the union to be double-word aligned.
  
       As in the preceding examples, you can explicitly specify the
*************** The following attributes are supported o
*** 29979,29985 ****
       supports vector operations.  The default alignment is fixed for a
       particular target ABI.
  
!      GCC also provides a target specific macro '__BIGGEST_ALIGNMENT__',
       which is the largest alignment ever used for any data type on the
       target machine you are compiling for.  For example, you could
       write:
--- 30247,30253 ----
       supports vector operations.  The default alignment is fixed for a
       particular target ABI.
  
!      GCC also provides a target specific macro `__BIGGEST_ALIGNMENT__',
       which is the largest alignment ever used for any data type on the
       target machine you are compiling for.  For example, you could
       write:
*************** The following attributes are supported o
*** 29987,30045 ****
            short array[3] __attribute__ ((aligned (__BIGGEST_ALIGNMENT__)));
  
       The compiler automatically sets the alignment for the declared
!      variable or field to '__BIGGEST_ALIGNMENT__'.  Doing this can often
!      make copy operations more efficient, because the compiler can use
!      whatever instructions copy the biggest chunks of memory when
       performing copies to or from the variables or fields that you have
!      aligned this way.  Note that the value of '__BIGGEST_ALIGNMENT__'
       may change depending on command-line options.
  
!      When used on a struct, or struct member, the 'aligned' attribute
       can only increase the alignment; in order to decrease it, the
!      'packed' attribute must be specified as well.  When used as part of
!      a typedef, the 'aligned' attribute can both increase and decrease
!      alignment, and specifying the 'packed' attribute generates a
!      warning.
  
!      Note that the effectiveness of 'aligned' attributes may be limited
       by inherent limitations in your linker.  On many systems, the
       linker is only able to arrange for variables to be aligned up to a
       certain maximum alignment.  (For some linkers, the maximum
       supported alignment may be very very small.)  If your linker is
       only able to align variables up to a maximum of 8-byte alignment,
!      then specifying 'aligned(16)' in an '__attribute__' still only
       provides you with 8-byte alignment.  See your linker documentation
       for further information.
  
!      The 'aligned' attribute can also be used for functions (*note
       Common Function Attributes::.)
  
! 'cleanup (CLEANUP_FUNCTION)'
!      The 'cleanup' attribute runs a function when the variable goes out
       of scope.  This attribute can only be applied to auto function
       scope variables; it may not be applied to parameters or variables
       with static storage duration.  The function must take one
       parameter, a pointer to a type compatible with the variable.  The
       return value of the function (if any) is ignored.
  
!      If '-fexceptions' is enabled, then CLEANUP_FUNCTION is run during
       the stack unwinding that happens during the processing of the
!      exception.  Note that the 'cleanup' attribute does not allow the
!      exception to be caught, only to perform an action.  It is undefined
!      what happens if CLEANUP_FUNCTION does not return normally.
  
! 'common'
! 'nocommon'
!      The 'common' attribute requests GCC to place a variable in "common"
!      storage.  The 'nocommon' attribute requests the opposite--to
!      allocate space for it directly.
  
!      These attributes override the default chosen by the '-fno-common'
!      and '-fcommon' flags respectively.
  
! 'deprecated'
! 'deprecated (MSG)'
!      The 'deprecated' attribute results in a warning if the variable is
       used anywhere in the source file.  This is useful when identifying
       variables that are expected to be removed in a future version of a
       program.  The warning also includes the location of the declaration
--- 30255,30314 ----
            short array[3] __attribute__ ((aligned (__BIGGEST_ALIGNMENT__)));
  
       The compiler automatically sets the alignment for the declared
!      variable or field to `__BIGGEST_ALIGNMENT__'.  Doing this can
!      often make copy operations more efficient, because the compiler can
!      use whatever instructions copy the biggest chunks of memory when
       performing copies to or from the variables or fields that you have
!      aligned this way.  Note that the value of `__BIGGEST_ALIGNMENT__'
       may change depending on command-line options.
  
!      When used on a struct, or struct member, the `aligned' attribute
       can only increase the alignment; in order to decrease it, the
!      `packed' attribute must be specified as well.  When used as part
!      of a typedef, the `aligned' attribute can both increase and
!      decrease alignment, and specifying the `packed' attribute
!      generates a warning.
  
!      Note that the effectiveness of `aligned' attributes may be limited
       by inherent limitations in your linker.  On many systems, the
       linker is only able to arrange for variables to be aligned up to a
       certain maximum alignment.  (For some linkers, the maximum
       supported alignment may be very very small.)  If your linker is
       only able to align variables up to a maximum of 8-byte alignment,
!      then specifying `aligned(16)' in an `__attribute__' still only
       provides you with 8-byte alignment.  See your linker documentation
       for further information.
  
!      The `aligned' attribute can also be used for functions (*note
       Common Function Attributes::.)
  
! `cleanup (CLEANUP_FUNCTION)'
!      The `cleanup' attribute runs a function when the variable goes out
       of scope.  This attribute can only be applied to auto function
       scope variables; it may not be applied to parameters or variables
       with static storage duration.  The function must take one
       parameter, a pointer to a type compatible with the variable.  The
       return value of the function (if any) is ignored.
  
!      If `-fexceptions' is enabled, then CLEANUP_FUNCTION is run during
       the stack unwinding that happens during the processing of the
!      exception.  Note that the `cleanup' attribute does not allow the
!      exception to be caught, only to perform an action.  It is
!      undefined what happens if CLEANUP_FUNCTION does not return
!      normally.
  
! `common'
! `nocommon'
!      The `common' attribute requests GCC to place a variable in
!      "common" storage.  The `nocommon' attribute requests the
!      opposite--to allocate space for it directly.
  
!      These attributes override the default chosen by the `-fno-common'
!      and `-fcommon' flags respectively.
  
! `deprecated'
! `deprecated (MSG)'
!      The `deprecated' attribute results in a warning if the variable is
       used anywhere in the source file.  This is useful when identifying
       variables that are expected to be removed in a future version of a
       program.  The warning also includes the location of the declaration
*************** The following attributes are supported o
*** 30055,30084 ****
       argument, which must be a string, is printed in the warning if
       present.
  
!      The 'deprecated' attribute can also be used for functions and types
!      (*note Common Function Attributes::, *note Common Type
       Attributes::).
  
! 'mode (MODE)'
       This attribute specifies the data type for the
       declaration--whichever type corresponds to the mode MODE.  This in
!      effect lets you request an integer or floating-point type according
!      to its width.
  
!      *Note (gccint)Machine Modes::, for a list of the possible keywords
!      for MODE.  You may also specify a mode of 'byte' or '__byte__' to
!      indicate the mode corresponding to a one-byte integer, 'word' or
!      '__word__' for the mode of a one-word integer, and 'pointer' or
!      '__pointer__' for the mode used to represent pointers.
  
! 'packed'
!      The 'packed' attribute specifies that a variable or structure field
       should have the smallest possible alignment--one byte for a
       variable, and one bit for a field, unless you specify a larger
!      value with the 'aligned' attribute.
  
!      Here is a structure in which the field 'x' is packed, so that it
!      immediately follows 'a':
  
            struct foo
            {
--- 30324,30354 ----
       argument, which must be a string, is printed in the warning if
       present.
  
!      The `deprecated' attribute can also be used for functions and
!      types (*note Common Function Attributes::, *note Common Type
       Attributes::).
  
! `mode (MODE)'
       This attribute specifies the data type for the
       declaration--whichever type corresponds to the mode MODE.  This in
!      effect lets you request an integer or floating-point type
!      according to its width.
  
!      *Note Machine Modes: (gccint)Machine Modes, for a list of the
!      possible keywords for MODE.  You may also specify a mode of `byte'
!      or `__byte__' to indicate the mode corresponding to a one-byte
!      integer, `word' or `__word__' for the mode of a one-word integer,
!      and `pointer' or `__pointer__' for the mode used to represent
!      pointers.
  
! `packed'
!      The `packed' attribute specifies that a variable or structure field
       should have the smallest possible alignment--one byte for a
       variable, and one bit for a field, unless you specify a larger
!      value with the `aligned' attribute.
  
!      Here is a structure in which the field `x' is packed, so that it
!      immediately follows `a':
  
            struct foo
            {
*************** The following attributes are supported o
*** 30086,30103 ****
              int x[2] __attribute__ ((packed));
            };
  
!      _Note:_ The 4.1, 4.2 and 4.3 series of GCC ignore the 'packed'
!      attribute on bit-fields of type 'char'.  This has been fixed in GCC
!      4.4 but the change can lead to differences in the structure layout.
!      See the documentation of '-Wpacked-bitfield-compat' for more
!      information.
  
! 'section ("SECTION-NAME")'
       Normally, the compiler places the objects it generates in sections
!      like 'data' and 'bss'.  Sometimes, however, you need additional
       sections, or you need certain particular variables to appear in
       special sections, for example to map to special hardware.  The
!      'section' attribute specifies that a variable (or function) lives
       in a particular section.  For example, this small program uses
       several specific section names:
  
--- 30356,30373 ----
              int x[2] __attribute__ ((packed));
            };
  
!      _Note:_ The 4.1, 4.2 and 4.3 series of GCC ignore the `packed'
!      attribute on bit-fields of type `char'.  This has been fixed in
!      GCC 4.4 but the change can lead to differences in the structure
!      layout.  See the documentation of `-Wpacked-bitfield-compat' for
!      more information.
  
! `section ("SECTION-NAME")'
       Normally, the compiler places the objects it generates in sections
!      like `data' and `bss'.  Sometimes, however, you need additional
       sections, or you need certain particular variables to appear in
       special sections, for example to map to special hardware.  The
!      `section' attribute specifies that a variable (or function) lives
       in a particular section.  For example, this small program uses
       several specific section names:
  
*************** The following attributes are supported o
*** 30119,30157 ****
              init_duart (&b);
            }
  
!      Use the 'section' attribute with _global_ variables and not _local_
!      variables, as shown in the example.
  
!      You may use the 'section' attribute with initialized or
       uninitialized global variables but the linker requires each object
       be defined once, with the exception that uninitialized variables
!      tentatively go in the 'common' (or 'bss') section and can be
!      multiply "defined".  Using the 'section' attribute changes what
!      section the variable goes into and may cause the linker to issue an
!      error if an uninitialized variable has multiple definitions.  You
!      can force a variable to be initialized with the '-fno-common' flag
!      or the 'nocommon' attribute.
  
       Some file formats do not support arbitrary sections so the
!      'section' attribute is not available on all platforms.  If you need
!      to map the entire contents of a module to a particular section,
!      consider using the facilities of the linker instead.
  
! 'tls_model ("TLS_MODEL")'
!      The 'tls_model' attribute sets thread-local storage model (*note
!      Thread-Local::) of a particular '__thread' variable, overriding
!      '-ftls-model=' command-line switch on a per-variable basis.  The
!      TLS_MODEL argument should be one of 'global-dynamic',
!      'local-dynamic', 'initial-exec' or 'local-exec'.
  
       Not all targets support this attribute.
  
! 'unused'
       This attribute, attached to a variable, means that the variable is
       meant to be possibly unused.  GCC does not produce a warning for
       this variable.
  
! 'used'
       This attribute, attached to a variable with static storage, means
       that the variable must be emitted even if it appears that the
       variable is not referenced.
--- 30389,30427 ----
              init_duart (&b);
            }
  
!      Use the `section' attribute with _global_ variables and not
!      _local_ variables, as shown in the example.
  
!      You may use the `section' attribute with initialized or
       uninitialized global variables but the linker requires each object
       be defined once, with the exception that uninitialized variables
!      tentatively go in the `common' (or `bss') section and can be
!      multiply "defined".  Using the `section' attribute changes what
!      section the variable goes into and may cause the linker to issue
!      an error if an uninitialized variable has multiple definitions.
!      You can force a variable to be initialized with the `-fno-common'
!      flag or the `nocommon' attribute.
  
       Some file formats do not support arbitrary sections so the
!      `section' attribute is not available on all platforms.  If you
!      need to map the entire contents of a module to a particular
!      section, consider using the facilities of the linker instead.
  
! `tls_model ("TLS_MODEL")'
!      The `tls_model' attribute sets thread-local storage model (*note
!      Thread-Local::) of a particular `__thread' variable, overriding
!      `-ftls-model=' command-line switch on a per-variable basis.  The
!      TLS_MODEL argument should be one of `global-dynamic',
!      `local-dynamic', `initial-exec' or `local-exec'.
  
       Not all targets support this attribute.
  
! `unused'
       This attribute, attached to a variable, means that the variable is
       meant to be possibly unused.  GCC does not produce a warning for
       this variable.
  
! `used'
       This attribute, attached to a variable with static storage, means
       that the variable must be emitted even if it appears that the
       variable is not referenced.
*************** The following attributes are supported o
*** 30160,30216 ****
       attribute also means that the member is instantiated if the class
       itself is instantiated.
  
! 'vector_size (BYTES)'
!      This attribute specifies the vector size for the variable, measured
!      in bytes.  For example, the declaration:
  
            int foo __attribute__ ((vector_size (16)));
  
!      causes the compiler to set the mode for 'foo', to be 16 bytes,
!      divided into 'int' sized units.  Assuming a 32-bit int (a vector of
!      4 units of 4 bytes), the corresponding mode of 'foo' is V4SI.
  
       This attribute is only applicable to integral and float scalars,
       although arrays, pointers, and function return values are allowed
       in conjunction with this construct.
  
!      Aggregates with this attribute are invalid, even if they are of the
!      same size as a corresponding scalar.  For example, the declaration:
  
            struct S { int a; };
            struct S  __attribute__ ((vector_size (16))) foo;
  
       is invalid even if the size of the structure is the same as the
!      size of the 'int'.
  
! 'visibility ("VISIBILITY_TYPE")'
       This attribute affects the linkage of the declaration to which it
!      is attached.  The 'visibility' attribute is described in *note
       Common Function Attributes::.
  
! 'weak'
!      The 'weak' attribute is described in *note Common Function
       Attributes::.
  
  
  File: gcc.info,  Node: AVR Variable Attributes,  Next: Blackfin Variable Attributes,  Prev: Common Variable Attributes,  Up: Variable Attributes
  
  6.32.2 AVR Variable Attributes
  ------------------------------
  
! 'progmem'
!      The 'progmem' attribute is used on the AVR to place read-only data
!      in the non-volatile program memory (flash).  The 'progmem'
       attribute accomplishes this by putting respective variables into a
!      section whose name starts with '.progmem'.
  
!      This attribute works similar to the 'section' attribute but adds
       additional checking.
  
!      *  Ordinary AVR cores with 32 general purpose registers:
!           'progmem' affects the location of the data but not how this
            data is accessed.  In order to read data located with the
!           'progmem' attribute (inline) assembler must be used.
                 /* Use custom macros from AVR-LibC (http://nongnu.org/avr-libc/user-manual/) */
                 #include <avr/pgmspace.h>
  
--- 30430,30488 ----
       attribute also means that the member is instantiated if the class
       itself is instantiated.
  
! `vector_size (BYTES)'
!      This attribute specifies the vector size for the variable,
!      measured in bytes.  For example, the declaration:
  
            int foo __attribute__ ((vector_size (16)));
  
!      causes the compiler to set the mode for `foo', to be 16 bytes,
!      divided into `int' sized units.  Assuming a 32-bit int (a vector of
!      4 units of 4 bytes), the corresponding mode of `foo' is V4SI.
  
       This attribute is only applicable to integral and float scalars,
       although arrays, pointers, and function return values are allowed
       in conjunction with this construct.
  
!      Aggregates with this attribute are invalid, even if they are of
!      the same size as a corresponding scalar.  For example, the
!      declaration:
  
            struct S { int a; };
            struct S  __attribute__ ((vector_size (16))) foo;
  
       is invalid even if the size of the structure is the same as the
!      size of the `int'.
  
! `visibility ("VISIBILITY_TYPE")'
       This attribute affects the linkage of the declaration to which it
!      is attached.  The `visibility' attribute is described in *note
       Common Function Attributes::.
  
! `weak'
!      The `weak' attribute is described in *note Common Function
       Attributes::.
  
+ 
  
  File: gcc.info,  Node: AVR Variable Attributes,  Next: Blackfin Variable Attributes,  Prev: Common Variable Attributes,  Up: Variable Attributes
  
  6.32.2 AVR Variable Attributes
  ------------------------------
  
! `progmem'
!      The `progmem' attribute is used on the AVR to place read-only data
!      in the non-volatile program memory (flash). The `progmem'
       attribute accomplishes this by putting respective variables into a
!      section whose name starts with `.progmem'.
  
!      This attribute works similar to the `section' attribute but adds
       additional checking.
  
!     *  Ordinary AVR cores with 32 general purpose registers:
!           `progmem' affects the location of the data but not how this
            data is accessed.  In order to read data located with the
!           `progmem' attribute (inline) assembler must be used.
                 /* Use custom macros from AVR-LibC (http://nongnu.org/avr-libc/user-manual/) */
                 #include <avr/pgmspace.h>
  
*************** File: gcc.info,  Node: AVR Variable Attr
*** 30223,30242 ****
                     return (int) pgm_read_word (& var[i]);
                 }
  
!           AVR is a Harvard architecture processor and data and read-only
!           data normally resides in the data memory (RAM).
  
            See also the *note AVR Named Address Spaces:: section for an
            alternate way to locate and access data in flash memory.
  
!      * Reduced AVR Tiny cores like ATtiny40:
!           The compiler adds '0x4000' to the addresses of objects and
!           declarations in 'progmem' and locates the objects in flash
!           memory, namely in section '.progmem.data'.  The offset is
            needed because the flash memory is visible in the RAM address
!           space starting at address '0x4000'.
  
!           Data in 'progmem' can be accessed by means of ordinary C code,
            no special functions or macros are needed.
  
                 /* var is located in flash memory */
--- 30495,30514 ----
                     return (int) pgm_read_word (& var[i]);
                 }
  
!           AVR is a Harvard architecture processor and data and
!           read-only data normally resides in the data memory (RAM).
  
            See also the *note AVR Named Address Spaces:: section for an
            alternate way to locate and access data in flash memory.
  
!     * Reduced AVR Tiny cores like ATtiny40:
!           The compiler adds `0x4000' to the addresses of objects and
!           declarations in `progmem' and locates the objects in flash
!           memory, namely in section `.progmem.data'.  The offset is
            needed because the flash memory is visible in the RAM address
!           space starting at address `0x4000'.
  
!           Data in `progmem' can be accessed by means of ordinary C code,
            no special functions or macros are needed.
  
                 /* var is located in flash memory */
*************** File: gcc.info,  Node: AVR Variable Attr
*** 30248,30254 ****
                 }
  
            Please notice that on these devices, there is no need for
!           'progmem' at all.  Just use an appropriate linker description
            file like outlined below.
  
                   .text :
--- 30520,30526 ----
                 }
  
            Please notice that on these devices, there is no need for
!           `progmem' at all.  Just use an appropriate linker description
            file like outlined below.
  
                   .text :
*************** File: gcc.info,  Node: AVR Variable Attr
*** 30270,30281 ****
                   .data :
                   { ...
  
! 'io'
! 'io (ADDR)'
!      Variables with the 'io' attribute are used to address memory-mapped
!      peripherals in the io address range.  If an address is specified,
!      the variable is assigned that address, and the value is interpreted
!      as an address in the data address space.  Example:
  
            volatile int porta __attribute__((io (0x22)));
  
--- 30542,30554 ----
                   .data :
                   { ...
  
! 
! `io'
! `io (ADDR)'
!      Variables with the `io' attribute are used to address
!      memory-mapped peripherals in the io address range.  If an address
!      is specified, the variable is assigned that address, and the value
!      is interpreted as an address in the data address space.  Example:
  
            volatile int porta __attribute__((io (0x22)));
  
*************** File: gcc.info,  Node: AVR Variable Attr
*** 30288,30327 ****
  
            extern volatile int porta __attribute__((io));
  
! 'io_low'
! 'io_low (ADDR)'
!      This is like the 'io' attribute, but additionally it informs the
       compiler that the object lies in the lower half of the I/O area,
!      allowing the use of 'cbi', 'sbi', 'sbic' and 'sbis' instructions.
  
! 'address'
! 'address (ADDR)'
!      Variables with the 'address' attribute are used to address
       memory-mapped peripherals that may lie outside the io address
       range.
  
            volatile int porta __attribute__((address (0x600)));
  
! 'absdata'
!      Variables in static storage and with the 'absdata' attribute can be
!      accessed by the 'LDS' and 'STS' instructions which take absolute
!      addresses.
  
          * This attribute is only supported for the reduced AVR Tiny core
            like ATtiny40.
  
          * You must make sure that respective data is located in the
!           address range '0x40'...'0xbf' accessible by 'LDS' and 'STS'.
            One way to achieve this as an appropriate linker description
            file.
  
!         * If the location does not fit the address range of 'LDS' and
!           'STS', there is currently (Binutils 2.26) just an unspecific
            warning like
!                'module.c:(.text+0x1c): warning: internal error: out of
                 range error'
  
!      See also the '-mabsdata' *note command-line option: AVR Options.
  
  
  File: gcc.info,  Node: Blackfin Variable Attributes,  Next: H8/300 Variable Attributes,  Prev: AVR Variable Attributes,  Up: Variable Attributes
--- 30561,30603 ----
  
            extern volatile int porta __attribute__((io));
  
! `io_low'
! `io_low (ADDR)'
!      This is like the `io' attribute, but additionally it informs the
       compiler that the object lies in the lower half of the I/O area,
!      allowing the use of `cbi', `sbi', `sbic' and `sbis' instructions.
  
! `address'
! `address (ADDR)'
!      Variables with the `address' attribute are used to address
       memory-mapped peripherals that may lie outside the io address
       range.
  
            volatile int porta __attribute__((address (0x600)));
  
! `absdata'
!      Variables in static storage and with the `absdata' attribute can
!      be accessed by the `LDS' and `STS' instructions which take
!      absolute addresses.
  
          * This attribute is only supported for the reduced AVR Tiny core
            like ATtiny40.
  
          * You must make sure that respective data is located in the
!           address range `0x40'...`0xbf' accessible by `LDS' and `STS'.
            One way to achieve this as an appropriate linker description
            file.
  
!         * If the location does not fit the address range of `LDS' and
!           `STS', there is currently (Binutils 2.26) just an unspecific
            warning like
! 
!                `module.c:(.text+0x1c): warning: internal error: out of
                 range error'
  
! 
!      See also the `-mabsdata' *note command-line option: AVR Options.
! 
  
  
  File: gcc.info,  Node: Blackfin Variable Attributes,  Next: H8/300 Variable Attributes,  Prev: AVR Variable Attributes,  Up: Variable Attributes
*************** File: gcc.info,  Node: Blackfin Variable
*** 30331,30350 ****
  
  Three attributes are currently defined for the Blackfin.
  
! 'l1_data'
! 'l1_data_A'
! 'l1_data_B'
       Use these attributes on the Blackfin to place the variable into L1
!      Data SRAM. Variables with 'l1_data' attribute are put into the
!      specific section named '.l1.data'.  Those with 'l1_data_A'
!      attribute are put into the specific section named '.l1.data.A'.
!      Those with 'l1_data_B' attribute are put into the specific section
!      named '.l1.data.B'.
  
! 'l2'
       Use this attribute on the Blackfin to place the variable into L2
!      SRAM. Variables with 'l2' attribute are put into the specific
!      section named '.l2.data'.
  
  
  File: gcc.info,  Node: H8/300 Variable Attributes,  Next: IA-64 Variable Attributes,  Prev: Blackfin Variable Attributes,  Up: Variable Attributes
--- 30607,30626 ----
  
  Three attributes are currently defined for the Blackfin.
  
! `l1_data'
! `l1_data_A'
! `l1_data_B'
       Use these attributes on the Blackfin to place the variable into L1
!      Data SRAM.  Variables with `l1_data' attribute are put into the
!      specific section named `.l1.data'. Those with `l1_data_A'
!      attribute are put into the specific section named `.l1.data.A'.
!      Those with `l1_data_B' attribute are put into the specific section
!      named `.l1.data.B'.
  
! `l2'
       Use this attribute on the Blackfin to place the variable into L2
!      SRAM.  Variables with `l2' attribute are put into the specific
!      section named `.l2.data'.
  
  
  File: gcc.info,  Node: H8/300 Variable Attributes,  Next: IA-64 Variable Attributes,  Prev: Blackfin Variable Attributes,  Up: Variable Attributes
*************** File: gcc.info,  Node: H8/300 Variable A
*** 30354,30376 ****
  
  These variable attributes are available for H8/300 targets:
  
! 'eightbit_data'
!      Use this attribute on the H8/300, H8/300H, and H8S to indicate that
!      the specified variable should be placed into the eight-bit data
!      section.  The compiler generates more efficient code for certain
!      operations on data in the eight-bit data area.  Note the eight-bit
!      data area is limited to 256 bytes of data.
  
       You must use GAS and GLD from GNU binutils version 2.7 or later for
       this attribute to work correctly.
  
! 'tiny_data'
       Use this attribute on the H8/300H and H8S to indicate that the
       specified variable should be placed into the tiny data section.
       The compiler generates more efficient code for loads and stores on
       data in the tiny data section.  Note the tiny data area is limited
       to slightly under 32KB of data.
  
  
  File: gcc.info,  Node: IA-64 Variable Attributes,  Next: M32R/D Variable Attributes,  Prev: H8/300 Variable Attributes,  Up: Variable Attributes
  
--- 30630,30653 ----
  
  These variable attributes are available for H8/300 targets:
  
! `eightbit_data'
!      Use this attribute on the H8/300, H8/300H, and H8S to indicate
!      that the specified variable should be placed into the eight-bit
!      data section.  The compiler generates more efficient code for
!      certain operations on data in the eight-bit data area.  Note the
!      eight-bit data area is limited to 256 bytes of data.
  
       You must use GAS and GLD from GNU binutils version 2.7 or later for
       this attribute to work correctly.
  
! `tiny_data'
       Use this attribute on the H8/300H and H8S to indicate that the
       specified variable should be placed into the tiny data section.
       The compiler generates more efficient code for loads and stores on
       data in the tiny data section.  Note the tiny data area is limited
       to slightly under 32KB of data.
  
+ 
  
  File: gcc.info,  Node: IA-64 Variable Attributes,  Next: M32R/D Variable Attributes,  Prev: H8/300 Variable Attributes,  Up: Variable Attributes
  
*************** File: gcc.info,  Node: IA-64 Variable At
*** 30379,30394 ****
  
  The IA-64 back end supports the following variable attribute:
  
! 'model (MODEL-NAME)'
! 
       On IA-64, use this attribute to set the addressability of an
       object.  At present, the only supported identifier for MODEL-NAME
!      is 'small', indicating addressability via "small" (22-bit)
!      addresses (so that their addresses can be loaded with the 'addl'
       instruction).  Caveat: such addressing is by definition not
       position independent and hence this attribute must not be used for
       objects defined by shared libraries.
  
  
  File: gcc.info,  Node: M32R/D Variable Attributes,  Next: MeP Variable Attributes,  Prev: IA-64 Variable Attributes,  Up: Variable Attributes
  
--- 30656,30671 ----
  
  The IA-64 back end supports the following variable attribute:
  
! `model (MODEL-NAME)'
       On IA-64, use this attribute to set the addressability of an
       object.  At present, the only supported identifier for MODEL-NAME
!      is `small', indicating addressability via "small" (22-bit)
!      addresses (so that their addresses can be loaded with the `addl'
       instruction).  Caveat: such addressing is by definition not
       position independent and hence this attribute must not be used for
       objects defined by shared libraries.
  
+ 
  
  File: gcc.info,  Node: M32R/D Variable Attributes,  Next: MeP Variable Attributes,  Prev: IA-64 Variable Attributes,  Up: Variable Attributes
  
*************** File: gcc.info,  Node: M32R/D Variable A
*** 30397,30412 ****
  
  One attribute is currently defined for the M32R/D.
  
! 'model (MODEL-NAME)'
       Use this attribute on the M32R/D to set the addressability of an
!      object.  The identifier MODEL-NAME is one of 'small', 'medium', or
!      'large', representing each of the code models.
  
       Small model objects live in the lower 16MB of memory (so that their
!      addresses can be loaded with the 'ld24' instruction).
  
       Medium and large model objects may live anywhere in the 32-bit
!      address space (the compiler generates 'seth/add3' instructions to
       load their addresses).
  
  
--- 30674,30689 ----
  
  One attribute is currently defined for the M32R/D.
  
! `model (MODEL-NAME)'
       Use this attribute on the M32R/D to set the addressability of an
!      object.  The identifier MODEL-NAME is one of `small', `medium', or
!      `large', representing each of the code models.
  
       Small model objects live in the lower 16MB of memory (so that their
!      addresses can be loaded with the `ld24' instruction).
  
       Medium and large model objects may live anywhere in the 32-bit
!      address space (the compiler generates `seth/add3' instructions to
       load their addresses).
  
  
*************** File: gcc.info,  Node: MeP Variable Attr
*** 30415,30466 ****
  6.32.7 MeP Variable Attributes
  ------------------------------
  
! The MeP target has a number of addressing modes and busses.  The 'near'
  space spans the standard memory space's first 16 megabytes (24 bits).
! The 'far' space spans the entire 32-bit memory space.  The 'based' space
! is a 128-byte region in the memory space that is addressed relative to
! the '$tp' register.  The 'tiny' space is a 65536-byte region relative to
! the '$gp' register.  In addition to these memory regions, the MeP target
! has a separate 16-bit control bus which is specified with 'cb'
! attributes.
  
! 'based'
!      Any variable with the 'based' attribute is assigned to the '.based'
!      section, and is accessed with relative to the '$tp' register.
  
! 'tiny'
!      Likewise, the 'tiny' attribute assigned variables to the '.tiny'
!      section, relative to the '$gp' register.
  
! 'near'
!      Variables with the 'near' attribute are assumed to have addresses
       that fit in a 24-bit addressing mode.  This is the default for
!      large variables ('-mtiny=4' is the default) but this attribute can
!      override '-mtiny=' for small variables, or override '-ml'.
  
! 'far'
!      Variables with the 'far' attribute are addressed using a full
       32-bit address.  Since this covers the entire memory space, this
       allows modules to make no assumptions about where variables might
       be stored.
  
! 'io'
! 'io (ADDR)'
!      Variables with the 'io' attribute are used to address memory-mapped
!      peripherals.  If an address is specified, the variable is assigned
!      that address, else it is not assigned an address (it is assumed
!      some other module assigns an address).  Example:
  
            int timer_count __attribute__((io(0x123)));
  
! 'cb'
! 'cb (ADDR)'
!      Variables with the 'cb' attribute are used to access the control
!      bus, using special instructions.  'addr' indicates the control bus
       address.  Example:
  
            int cpu_clock __attribute__((cb(0x123)));
  
  
  File: gcc.info,  Node: Microsoft Windows Variable Attributes,  Next: MSP430 Variable Attributes,  Prev: MeP Variable Attributes,  Up: Variable Attributes
  
--- 30692,30746 ----
  6.32.7 MeP Variable Attributes
  ------------------------------
  
! The MeP target has a number of addressing modes and busses.  The `near'
  space spans the standard memory space's first 16 megabytes (24 bits).
! The `far' space spans the entire 32-bit memory space.  The `based'
! space is a 128-byte region in the memory space that is addressed
! relative to the `$tp' register.  The `tiny' space is a 65536-byte
! region relative to the `$gp' register.  In addition to these memory
! regions, the MeP target has a separate 16-bit control bus which is
! specified with `cb' attributes.
  
! `based'
!      Any variable with the `based' attribute is assigned to the
!      `.based' section, and is accessed with relative to the `$tp'
!      register.
  
! `tiny'
!      Likewise, the `tiny' attribute assigned variables to the `.tiny'
!      section, relative to the `$gp' register.
  
! `near'
!      Variables with the `near' attribute are assumed to have addresses
       that fit in a 24-bit addressing mode.  This is the default for
!      large variables (`-mtiny=4' is the default) but this attribute can
!      override `-mtiny=' for small variables, or override `-ml'.
  
! `far'
!      Variables with the `far' attribute are addressed using a full
       32-bit address.  Since this covers the entire memory space, this
       allows modules to make no assumptions about where variables might
       be stored.
  
! `io'
! `io (ADDR)'
!      Variables with the `io' attribute are used to address
!      memory-mapped peripherals.  If an address is specified, the
!      variable is assigned that address, else it is not assigned an
!      address (it is assumed some other module assigns an address).
!      Example:
  
            int timer_count __attribute__((io(0x123)));
  
! `cb'
! `cb (ADDR)'
!      Variables with the `cb' attribute are used to access the control
!      bus, using special instructions.  `addr' indicates the control bus
       address.  Example:
  
            int cpu_clock __attribute__((cb(0x123)));
  
+ 
  
  File: gcc.info,  Node: Microsoft Windows Variable Attributes,  Next: MSP430 Variable Attributes,  Prev: MeP Variable Attributes,  Up: Variable Attributes
  
*************** You can use these attributes on Microsof
*** 30471,30483 ****
  Variable Attributes:: for additional Windows compatibility attributes
  available on all x86 targets.
  
! 'dllimport'
! 'dllexport'
!      The 'dllimport' and 'dllexport' attributes are described in *note
       Microsoft Windows Function Attributes::.
  
! 'selectany'
!      The 'selectany' attribute causes an initialized global variable to
       have link-once semantics.  When multiple definitions of the
       variable are encountered by the linker, the first is selected and
       the remainder are discarded.  Following usage by the Microsoft
--- 30751,30763 ----
  Variable Attributes:: for additional Windows compatibility attributes
  available on all x86 targets.
  
! `dllimport'
! `dllexport'
!      The `dllimport' and `dllexport' attributes are described in *note
       Microsoft Windows Function Attributes::.
  
! `selectany'
!      The `selectany' attribute causes an initialized global variable to
       have link-once semantics.  When multiple definitions of the
       variable are encountered by the linker, the first is selected and
       the remainder are discarded.  Following usage by the Microsoft
*************** available on all x86 targets.
*** 30492,30508 ****
       constructor and destructor are protected by a link-once guard
       variable.
  
!      The 'selectany' attribute is only available on Microsoft Windows
!      targets.  You can use '__declspec (selectany)' as a synonym for
!      '__attribute__ ((selectany))' for compatibility with other
       compilers.
  
! 'shared'
       On Microsoft Windows, in addition to putting variable definitions
       in a named section, the section can also be shared among all
       running copies of an executable or DLL.  For example, this small
       program defines shared data by putting it in a named section
!      'shared' and marking the section shareable:
  
            int foo __attribute__((section ("shared"), shared)) = 0;
  
--- 30772,30788 ----
       constructor and destructor are protected by a link-once guard
       variable.
  
!      The `selectany' attribute is only available on Microsoft Windows
!      targets.  You can use `__declspec (selectany)' as a synonym for
!      `__attribute__ ((selectany))' for compatibility with other
       compilers.
  
! `shared'
       On Microsoft Windows, in addition to putting variable definitions
       in a named section, the section can also be shared among all
       running copies of an executable or DLL.  For example, this small
       program defines shared data by putting it in a named section
!      `shared' and marking the section shareable:
  
            int foo __attribute__((section ("shared"), shared)) = 0;
  
*************** available on all x86 targets.
*** 30514,30524 ****
              return 0;
            }
  
!      You may only use the 'shared' attribute along with 'section'
!      attribute with a fully-initialized global definition because of the
!      way linkers work.  See 'section' attribute for more information.
  
-      The 'shared' attribute is only available on Microsoft Windows.
  
  
  File: gcc.info,  Node: MSP430 Variable Attributes,  Next: Nvidia PTX Variable Attributes,  Prev: Microsoft Windows Variable Attributes,  Up: Variable Attributes
--- 30794,30806 ----
              return 0;
            }
  
!      You may only use the `shared' attribute along with `section'
!      attribute with a fully-initialized global definition because of
!      the way linkers work.  See `section' attribute for more
!      information.
! 
!      The `shared' attribute is only available on Microsoft Windows.
  
  
  
  File: gcc.info,  Node: MSP430 Variable Attributes,  Next: Nvidia PTX Variable Attributes,  Prev: Microsoft Windows Variable Attributes,  Up: Variable Attributes
*************** File: gcc.info,  Node: MSP430 Variable A
*** 30526,30549 ****
  6.32.9 MSP430 Variable Attributes
  ---------------------------------
  
! 'noinit'
!      Any data with the 'noinit' attribute will not be initialised by the
!      C runtime startup code, or the program loader.  Not initialising
!      data in this way can reduce program startup times.
  
! 'persistent'
!      Any variable with the 'persistent' attribute will not be
       initialised by the C runtime startup code.  Instead its value will
       be set once, when the application is loaded, and then never
       initialised again, even if the processor is reset or the program
!      restarts.  Persistent data is intended to be placed into FLASH RAM,
!      where its value will be retained across resets.  The linker script
!      being used to create the application should ensure that persistent
!      data is correctly placed.
  
! 'lower'
! 'upper'
! 'either'
       These attributes are the same as the MSP430 function attributes of
       the same name (*note MSP430 Function Attributes::).  These
       attributes can be applied to both functions and variables.
--- 30808,30831 ----
  6.32.9 MSP430 Variable Attributes
  ---------------------------------
  
! `noinit'
!      Any data with the `noinit' attribute will not be initialised by
!      the C runtime startup code, or the program loader.  Not
!      initialising data in this way can reduce program startup times.
  
! `persistent'
!      Any variable with the `persistent' attribute will not be
       initialised by the C runtime startup code.  Instead its value will
       be set once, when the application is loaded, and then never
       initialised again, even if the processor is reset or the program
!      restarts.  Persistent data is intended to be placed into FLASH
!      RAM, where its value will be retained across resets.  The linker
!      script being used to create the application should ensure that
!      persistent data is correctly placed.
  
! `lower'
! `upper'
! `either'
       These attributes are the same as the MSP430 function attributes of
       the same name (*note MSP430 Function Attributes::).  These
       attributes can be applied to both functions and variables.
*************** File: gcc.info,  Node: Nvidia PTX Variab
*** 30556,30563 ****
  
  These variable attributes are supported by the Nvidia PTX back end:
  
! 'shared'
!      Use this attribute to place a variable in the '.shared' memory
       space.  This memory space is private to each cooperative thread
       array; only threads within one thread block refer to the same
       instance of the variable.  The runtime does not initialize
--- 30838,30845 ----
  
  These variable attributes are supported by the Nvidia PTX back end:
  
! `shared'
!      Use this attribute to place a variable in the `.shared' memory
       space.  This memory space is private to each cooperative thread
       array; only threads within one thread block refer to the same
       instance of the variable.  The runtime does not initialize
*************** File: gcc.info,  Node: PowerPC Variable
*** 30570,30581 ****
  -----------------------------------
  
  Three attributes currently are defined for PowerPC configurations:
! 'altivec', 'ms_struct' and 'gcc_struct'.
  
   For full documentation of the struct attributes please see the
  documentation in *note x86 Variable Attributes::.
  
!  For documentation of 'altivec' attribute please see the documentation
  in *note PowerPC Type Attributes::.
  
  
--- 30852,30863 ----
  -----------------------------------
  
  Three attributes currently are defined for PowerPC configurations:
! `altivec', `ms_struct' and `gcc_struct'.
  
   For full documentation of the struct attributes please see the
  documentation in *note x86 Variable Attributes::.
  
!  For documentation of `altivec' attribute please see the documentation
  in *note PowerPC Type Attributes::.
  
  
*************** File: gcc.info,  Node: RL78 Variable Att
*** 30584,30590 ****
  6.32.12 RL78 Variable Attributes
  --------------------------------
  
! The RL78 back end supports the 'saddr' variable attribute.  This
  specifies placement of the corresponding variable in the SADDR area,
  which can be accessed more efficiently than the default memory region.
  
--- 30866,30872 ----
  6.32.12 RL78 Variable Attributes
  --------------------------------
  
! The RL78 back end supports the `saddr' variable attribute.  This
  specifies placement of the corresponding variable in the SADDR area,
  which can be accessed more efficiently than the default memory region.
  
*************** File: gcc.info,  Node: SPU Variable Attr
*** 30594,30600 ****
  6.32.13 SPU Variable Attributes
  -------------------------------
  
! The SPU supports the 'spu_vector' attribute for variables.  For
  documentation of this attribute please see the documentation in *note
  SPU Type Attributes::.
  
--- 30876,30882 ----
  6.32.13 SPU Variable Attributes
  -------------------------------
  
! The SPU supports the `spu_vector' attribute for variables.  For
  documentation of this attribute please see the documentation in *note
  SPU Type Attributes::.
  
*************** File: gcc.info,  Node: V850 Variable Att
*** 30606,30620 ****
  
  These variable attributes are supported by the V850 back end:
  
! 'sda'
!      Use this attribute to explicitly place a variable in the small data
!      area, which can hold up to 64 kilobytes.
  
! 'tda'
       Use this attribute to explicitly place a variable in the tiny data
       area, which can hold up to 256 bytes in total.
  
! 'zda'
       Use this attribute to explicitly place a variable in the first 32
       kilobytes of memory.
  
--- 30888,30902 ----
  
  These variable attributes are supported by the V850 back end:
  
! `sda'
!      Use this attribute to explicitly place a variable in the small
!      data area, which can hold up to 64 kilobytes.
  
! `tda'
       Use this attribute to explicitly place a variable in the tiny data
       area, which can hold up to 256 bytes in total.
  
! `zda'
       Use this attribute to explicitly place a variable in the first 32
       kilobytes of memory.
  
*************** File: gcc.info,  Node: x86 Variable Attr
*** 30624,30647 ****
  6.32.15 x86 Variable Attributes
  -------------------------------
  
! Two attributes are currently defined for x86 configurations: 'ms_struct'
! and 'gcc_struct'.
! 
! 'ms_struct'
! 'gcc_struct'
  
!      If 'packed' is used on a structure, or if bit-fields are used, it
       may be that the Microsoft ABI lays out the structure differently
       than the way GCC normally does.  Particularly when moving packed
       data between functions compiled with GCC and the native Microsoft
!      compiler (either via function call or as data in a file), it may be
!      necessary to access either format.
  
-      The 'ms_struct' and 'gcc_struct' attributes correspond to the
-      '-mms-bitfields' and '-mno-ms-bitfields' command-line options,
-      respectively; see *note x86 Options::, for details of how structure
-      layout is affected.  *Note x86 Type Attributes::, for information
-      about the corresponding attributes on types.
  
  
  File: gcc.info,  Node: Xstormy16 Variable Attributes,  Prev: x86 Variable Attributes,  Up: Variable Attributes
--- 30906,30929 ----
  6.32.15 x86 Variable Attributes
  -------------------------------
  
! Two attributes are currently defined for x86 configurations:
! `ms_struct' and `gcc_struct'.
  
! `ms_struct'
! `gcc_struct'
!      If `packed' is used on a structure, or if bit-fields are used, it
       may be that the Microsoft ABI lays out the structure differently
       than the way GCC normally does.  Particularly when moving packed
       data between functions compiled with GCC and the native Microsoft
!      compiler (either via function call or as data in a file), it may
!      be necessary to access either format.
! 
!      The `ms_struct' and `gcc_struct' attributes correspond to the
!      `-mms-bitfields' and `-mno-ms-bitfields' command-line options,
!      respectively; see *note x86 Options::, for details of how
!      structure layout is affected.  *Note x86 Type Attributes::, for
!      information about the corresponding attributes on types.
  
  
  
  File: gcc.info,  Node: Xstormy16 Variable Attributes,  Prev: x86 Variable Attributes,  Up: Variable Attributes
*************** File: gcc.info,  Node: Xstormy16 Variabl
*** 30650,30663 ****
  -------------------------------------
  
  One attribute is currently defined for xstormy16 configurations:
! 'below100'.
! 
! 'below100'
  
!      If a variable has the 'below100' attribute ('BELOW100' is allowed
       also), GCC places the variable in the first 0x100 bytes of memory
!      and use special opcodes to access it.  Such variables are placed in
!      either the '.bss_below100' section or the '.data_below100' section.
  
  
  File: gcc.info,  Node: Type Attributes,  Next: Label Attributes,  Prev: Variable Attributes,  Up: C Extensions
--- 30932,30946 ----
  -------------------------------------
  
  One attribute is currently defined for xstormy16 configurations:
! `below100'.
  
! `below100'
!      If a variable has the `below100' attribute (`BELOW100' is allowed
       also), GCC places the variable in the first 0x100 bytes of memory
!      and use special opcodes to access it.  Such variables are placed
!      in either the `.bss_below100' section or the `.data_below100'
!      section.
! 
  
  
  File: gcc.info,  Node: Type Attributes,  Next: Label Attributes,  Prev: Variable Attributes,  Up: C Extensions
*************** File: gcc.info,  Node: Type Attributes,
*** 30665,30688 ****
  6.33 Specifying Attributes of Types
  ===================================
  
! The keyword '__attribute__' allows you to specify special attributes of
! types.  Some type attributes apply only to 'struct' and 'union' types,
! while others can apply to any type defined via a 'typedef' declaration.
  Other attributes are defined for functions (*note Function
  Attributes::), labels (*note Label Attributes::), enumerators (*note
! Enumerator Attributes::), statements (*note Statement Attributes::), and
! for variables (*note Variable Attributes::).
  
!  The '__attribute__' keyword is followed by an attribute specification
  inside double parentheses.
  
   You may specify type attributes in an enum, struct or union type
  declaration or definition by placing them immediately after the
! 'struct', 'union' or 'enum' keyword.  A less preferred syntax is to
  place them just past the closing curly brace of the definition.
  
!  You can also include type attributes in a 'typedef' declaration.  *Note
! Attribute Syntax::, for details of the exact syntax for using
  attributes.
  
  * Menu:
--- 30948,30971 ----
  6.33 Specifying Attributes of Types
  ===================================
  
! The keyword `__attribute__' allows you to specify special attributes of
! types.  Some type attributes apply only to `struct' and `union' types,
! while others can apply to any type defined via a `typedef' declaration.
  Other attributes are defined for functions (*note Function
  Attributes::), labels (*note Label Attributes::), enumerators (*note
! Enumerator Attributes::), statements (*note Statement Attributes::),
! and for variables (*note Variable Attributes::).
  
!  The `__attribute__' keyword is followed by an attribute specification
  inside double parentheses.
  
   You may specify type attributes in an enum, struct or union type
  declaration or definition by placing them immediately after the
! `struct', `union' or `enum' keyword.  A less preferred syntax is to
  place them just past the closing curly brace of the definition.
  
!  You can also include type attributes in a `typedef' declaration.
! *Note Attribute Syntax::, for details of the exact syntax for using
  attributes.
  
  * Menu:
*************** File: gcc.info,  Node: Common Type Attri
*** 30702,30708 ****
  
  The following type attributes are supported on most targets.
  
! 'aligned (ALIGNMENT)'
       This attribute specifies a minimum alignment (in bytes) for
       variables of the specified type.  For example, the declarations:
  
--- 30985,30991 ----
  
  The following type attributes are supported on most targets.
  
! `aligned (ALIGNMENT)'
       This attribute specifies a minimum alignment (in bytes) for
       variables of the specified type.  For example, the declarations:
  
*************** The following type attributes are suppor
*** 30710,30783 ****
            typedef int more_aligned_int __attribute__ ((aligned (8)));
  
       force the compiler to ensure (as far as it can) that each variable
!      whose type is 'struct S' or 'more_aligned_int' is allocated and
       aligned _at least_ on a 8-byte boundary.  On a SPARC, having all
!      variables of type 'struct S' aligned to 8-byte boundaries allows
!      the compiler to use the 'ldd' and 'std' (doubleword load and store)
!      instructions when copying one variable of type 'struct S' to
       another, thus improving run-time efficiency.
  
!      Note that the alignment of any given 'struct' or 'union' type is
       required by the ISO C standard to be at least a perfect multiple of
       the lowest common multiple of the alignments of all of the members
!      of the 'struct' or 'union' in question.  This means that you _can_
!      effectively adjust the alignment of a 'struct' or 'union' type by
!      attaching an 'aligned' attribute to any one of the members of such
!      a type, but the notation illustrated in the example above is a more
!      obvious, intuitive, and readable way to request the compiler to
!      adjust the alignment of an entire 'struct' or 'union' type.
  
       As in the preceding example, you can explicitly specify the
       alignment (in bytes) that you wish the compiler to use for a given
!      'struct' or 'union' type.  Alternatively, you can leave out the
       alignment factor and just ask the compiler to align a type to the
       maximum useful alignment for the target machine you are compiling
       for.  For example, you could write:
  
            struct S { short f[3]; } __attribute__ ((aligned));
  
!      Whenever you leave out the alignment factor in an 'aligned'
       attribute specification, the compiler automatically sets the
       alignment for the type to the largest alignment that is ever used
       for any data type on the target machine you are compiling for.
       Doing this can often make copy operations more efficient, because
       the compiler can use whatever instructions copy the biggest chunks
!      of memory when performing copies to or from the variables that have
!      types that you have aligned this way.
  
!      In the example above, if the size of each 'short' is 2 bytes, then
!      the size of the entire 'struct S' type is 6 bytes.  The smallest
       power of two that is greater than or equal to that is 8, so the
!      compiler sets the alignment for the entire 'struct S' type to 8
       bytes.
  
       Note that although you can ask the compiler to select a
       time-efficient alignment for a given type and then declare only
!      individual stand-alone objects of that type, the compiler's ability
!      to select a time-efficient alignment is primarily useful only when
!      you plan to create arrays of variables having the relevant
!      (efficiently aligned) type.  If you declare or use arrays of
!      variables of an efficiently-aligned type, then it is likely that
!      your program also does pointer arithmetic (or subscripting, which
!      amounts to the same thing) on pointers to the relevant type, and
!      the code that the compiler generates for these pointer arithmetic
!      operations is often more efficient for efficiently-aligned types
!      than for other types.
  
!      Note that the effectiveness of 'aligned' attributes may be limited
       by inherent limitations in your linker.  On many systems, the
       linker is only able to arrange for variables to be aligned up to a
       certain maximum alignment.  (For some linkers, the maximum
       supported alignment may be very very small.)  If your linker is
       only able to align variables up to a maximum of 8-byte alignment,
!      then specifying 'aligned(16)' in an '__attribute__' still only
       provides you with 8-byte alignment.  See your linker documentation
       for further information.
  
!      The 'aligned' attribute can only increase alignment.  Alignment can
!      be decreased by specifying the 'packed' attribute.  See below.
  
! 'bnd_variable_size'
       When applied to a structure field, this attribute tells Pointer
       Bounds Checker that the size of this field should not be computed
       using static type information.  It may be used to mark
--- 30993,31066 ----
            typedef int more_aligned_int __attribute__ ((aligned (8)));
  
       force the compiler to ensure (as far as it can) that each variable
!      whose type is `struct S' or `more_aligned_int' is allocated and
       aligned _at least_ on a 8-byte boundary.  On a SPARC, having all
!      variables of type `struct S' aligned to 8-byte boundaries allows
!      the compiler to use the `ldd' and `std' (doubleword load and
!      store) instructions when copying one variable of type `struct S' to
       another, thus improving run-time efficiency.
  
!      Note that the alignment of any given `struct' or `union' type is
       required by the ISO C standard to be at least a perfect multiple of
       the lowest common multiple of the alignments of all of the members
!      of the `struct' or `union' in question.  This means that you _can_
!      effectively adjust the alignment of a `struct' or `union' type by
!      attaching an `aligned' attribute to any one of the members of such
!      a type, but the notation illustrated in the example above is a
!      more obvious, intuitive, and readable way to request the compiler
!      to adjust the alignment of an entire `struct' or `union' type.
  
       As in the preceding example, you can explicitly specify the
       alignment (in bytes) that you wish the compiler to use for a given
!      `struct' or `union' type.  Alternatively, you can leave out the
       alignment factor and just ask the compiler to align a type to the
       maximum useful alignment for the target machine you are compiling
       for.  For example, you could write:
  
            struct S { short f[3]; } __attribute__ ((aligned));
  
!      Whenever you leave out the alignment factor in an `aligned'
       attribute specification, the compiler automatically sets the
       alignment for the type to the largest alignment that is ever used
       for any data type on the target machine you are compiling for.
       Doing this can often make copy operations more efficient, because
       the compiler can use whatever instructions copy the biggest chunks
!      of memory when performing copies to or from the variables that
!      have types that you have aligned this way.
  
!      In the example above, if the size of each `short' is 2 bytes, then
!      the size of the entire `struct S' type is 6 bytes.  The smallest
       power of two that is greater than or equal to that is 8, so the
!      compiler sets the alignment for the entire `struct S' type to 8
       bytes.
  
       Note that although you can ask the compiler to select a
       time-efficient alignment for a given type and then declare only
!      individual stand-alone objects of that type, the compiler's
!      ability to select a time-efficient alignment is primarily useful
!      only when you plan to create arrays of variables having the
!      relevant (efficiently aligned) type.  If you declare or use arrays
!      of variables of an efficiently-aligned type, then it is likely
!      that your program also does pointer arithmetic (or subscripting,
!      which amounts to the same thing) on pointers to the relevant type,
!      and the code that the compiler generates for these pointer
!      arithmetic operations is often more efficient for
!      efficiently-aligned types than for other types.
  
!      Note that the effectiveness of `aligned' attributes may be limited
       by inherent limitations in your linker.  On many systems, the
       linker is only able to arrange for variables to be aligned up to a
       certain maximum alignment.  (For some linkers, the maximum
       supported alignment may be very very small.)  If your linker is
       only able to align variables up to a maximum of 8-byte alignment,
!      then specifying `aligned(16)' in an `__attribute__' still only
       provides you with 8-byte alignment.  See your linker documentation
       for further information.
  
!      The `aligned' attribute can only increase alignment.  Alignment
!      can be decreased by specifying the `packed' attribute.  See below.
  
! `bnd_variable_size'
       When applied to a structure field, this attribute tells Pointer
       Bounds Checker that the size of this field should not be computed
       using static type information.  It may be used to mark
*************** The following type attributes are suppor
*** 30803,30819 ****
            S *p = (S *)malloc (sizeof(S) + 100);
            p->data[10] = 0; //OK
  
! 'deprecated'
! 'deprecated (MSG)'
!      The 'deprecated' attribute results in a warning if the type is used
!      anywhere in the source file.  This is useful when identifying types
!      that are expected to be removed in a future version of a program.
!      If possible, the warning also includes the location of the
!      declaration of the deprecated type, to enable users to easily find
!      further information about why the type is deprecated, or what they
!      should do instead.  Note that the warnings only occur for uses and
!      then only if the type is being applied to an identifier that itself
!      is not being declared as deprecated.
  
            typedef int T1 __attribute__ ((deprecated));
            T1 x;
--- 31086,31102 ----
            S *p = (S *)malloc (sizeof(S) + 100);
            p->data[10] = 0; //OK
  
! `deprecated'
! `deprecated (MSG)'
!      The `deprecated' attribute results in a warning if the type is
!      used anywhere in the source file.  This is useful when identifying
!      types that are expected to be removed in a future version of a
!      program.  If possible, the warning also includes the location of
!      the declaration of the deprecated type, to enable users to easily
!      find further information about why the type is deprecated, or what
!      they should do instead.  Note that the warnings only occur for
!      uses and then only if the type is being applied to an identifier
!      that itself is not being declared as deprecated.
  
            typedef int T1 __attribute__ ((deprecated));
            T1 x;
*************** The following type attributes are suppor
*** 30828,30855 ****
       deprecated.  Similarly for line 6.  The optional MSG argument,
       which must be a string, is printed in the warning if present.
  
!      The 'deprecated' attribute can also be used for functions and
       variables (*note Function Attributes::, *note Variable
       Attributes::.)
  
! 'designated_init'
       This attribute may only be applied to structure types.  It
       indicates that any initialization of an object of this type must
       use designated initializers rather than positional initializers.
!      The intent of this attribute is to allow the programmer to indicate
!      that a structure's layout may change, and that therefore relying on
!      positional initialization will result in future breakage.
  
       GCC emits warnings based on this attribute by default; use
!      '-Wno-designated-init' to suppress them.
  
! 'may_alias'
       Accesses through pointers to types with this attribute are not
!      subject to type-based alias analysis, but are instead assumed to be
!      able to alias any other type of objects.  In the context of section
!      6.5 paragraph 7 of the C99 standard, an lvalue expression
       dereferencing such a pointer is treated like having a character
!      type.  See '-fstrict-aliasing' for more information on aliasing
       issues.  This extension exists to support some vector APIs, in
       which pointers to one vector type are permitted to alias pointers
       to a different vector type.
--- 31111,31139 ----
       deprecated.  Similarly for line 6.  The optional MSG argument,
       which must be a string, is printed in the warning if present.
  
!      The `deprecated' attribute can also be used for functions and
       variables (*note Function Attributes::, *note Variable
       Attributes::.)
  
! `designated_init'
       This attribute may only be applied to structure types.  It
       indicates that any initialization of an object of this type must
       use designated initializers rather than positional initializers.
!      The intent of this attribute is to allow the programmer to
!      indicate that a structure's layout may change, and that therefore
!      relying on positional initialization will result in future
!      breakage.
  
       GCC emits warnings based on this attribute by default; use
!      `-Wno-designated-init' to suppress them.
  
! `may_alias'
       Accesses through pointers to types with this attribute are not
!      subject to type-based alias analysis, but are instead assumed to
!      be able to alias any other type of objects.  In the context of
!      section 6.5 paragraph 7 of the C99 standard, an lvalue expression
       dereferencing such a pointer is treated like having a character
!      type.  See `-fstrict-aliasing' for more information on aliasing
       issues.  This extension exists to support some vector APIs, in
       which pointers to one vector type are permitted to alias pointers
       to a different vector type.
*************** The following type attributes are suppor
*** 30875,30900 ****
              exit(0);
            }
  
!      If you replaced 'short_a' with 'short' in the variable declaration,
!      the above program would abort when compiled with
!      '-fstrict-aliasing', which is on by default at '-O2' or above.
  
! 'packed'
!      This attribute, attached to 'struct' or 'union' type definition,
       specifies that each member (other than zero-width bit-fields) of
       the structure or union is placed to minimize the memory required.
!      When attached to an 'enum' definition, it indicates that the
       smallest integral type should be used.
  
!      Specifying the 'packed' attribute for 'struct' and 'union' types is
!      equivalent to specifying the 'packed' attribute on each of the
!      structure or union members.  Specifying the '-fshort-enums' flag on
!      the command line is equivalent to specifying the 'packed' attribute
!      on all 'enum' definitions.
  
!      In the following example 'struct my_packed_struct''s members are
!      packed closely together, but the internal layout of its 's' member
!      is not packed--to do that, 'struct my_unpacked_struct' needs to be
       packed too.
  
            struct my_unpacked_struct
--- 31159,31184 ----
              exit(0);
            }
  
!      If you replaced `short_a' with `short' in the variable
!      declaration, the above program would abort when compiled with
!      `-fstrict-aliasing', which is on by default at `-O2' or above.
  
! `packed'
!      This attribute, attached to `struct' or `union' type definition,
       specifies that each member (other than zero-width bit-fields) of
       the structure or union is placed to minimize the memory required.
!      When attached to an `enum' definition, it indicates that the
       smallest integral type should be used.
  
!      Specifying the `packed' attribute for `struct' and `union' types
!      is equivalent to specifying the `packed' attribute on each of the
!      structure or union members.  Specifying the `-fshort-enums' flag
!      on the command line is equivalent to specifying the `packed'
!      attribute on all `enum' definitions.
  
!      In the following example `struct my_packed_struct''s members are
!      packed closely together, but the internal layout of its `s' member
!      is not packed--to do that, `struct my_unpacked_struct' needs to be
       packed too.
  
            struct my_unpacked_struct
*************** The following type attributes are suppor
*** 30910,30926 ****
                 struct my_unpacked_struct s;
              };
  
!      You may only specify the 'packed' attribute attribute on the
!      definition of an 'enum', 'struct' or 'union', not on a 'typedef'
       that does not also define the enumerated type, structure or union.
  
! 'scalar_storage_order ("ENDIANNESS")'
!      When attached to a 'union' or a 'struct', this attribute sets the
       storage order, aka endianness, of the scalar fields of the type, as
       well as the array fields whose component is scalar.  The supported
!      endiannesses are 'big-endian' and 'little-endian'.  The attribute
!      has no effects on fields which are themselves a 'union', a 'struct'
!      or an array whose component is a 'union' or a 'struct', and it is
       possible for these fields to have a different scalar storage order
       than the enclosing type.
  
--- 31194,31210 ----
                 struct my_unpacked_struct s;
              };
  
!      You may only specify the `packed' attribute attribute on the
!      definition of an `enum', `struct' or `union', not on a `typedef'
       that does not also define the enumerated type, structure or union.
  
! `scalar_storage_order ("ENDIANNESS")'
!      When attached to a `union' or a `struct', this attribute sets the
       storage order, aka endianness, of the scalar fields of the type, as
       well as the array fields whose component is scalar.  The supported
!      endiannesses are `big-endian' and `little-endian'.  The attribute
!      has no effects on fields which are themselves a `union', a `struct'
!      or an array whose component is a `union' or a `struct', and it is
       possible for these fields to have a different scalar storage order
       than the enclosing type.
  
*************** The following type attributes are suppor
*** 30930,30946 ****
       little-endian.
  
       Additional restrictions are enforced for types with the reverse
!      scalar storage order with regard to the scalar storage order of the
!      target:
  
!         * Taking the address of a scalar field of a 'union' or a
!           'struct' with reverse scalar storage order is not permitted
            and yields an error.
          * Taking the address of an array field, whose component is
!           scalar, of a 'union' or a 'struct' with reverse scalar storage
!           order is permitted but yields a warning, unless
!           '-Wno-scalar-storage-order' is specified.
!         * Taking the address of a 'union' or a 'struct' with reverse
            scalar storage order is permitted.
  
       These restrictions exist because the storage order attribute is
--- 31214,31232 ----
       little-endian.
  
       Additional restrictions are enforced for types with the reverse
!      scalar storage order with regard to the scalar storage order of
!      the target:
  
!         * Taking the address of a scalar field of a `union' or a
!           `struct' with reverse scalar storage order is not permitted
            and yields an error.
+ 
          * Taking the address of an array field, whose component is
!           scalar, of a `union' or a `struct' with reverse scalar
!           storage order is permitted but yields a warning, unless
!           `-Wno-scalar-storage-order' is specified.
! 
!         * Taking the address of a `union' or a `struct' with reverse
            scalar storage order is permitted.
  
       These restrictions exist because the storage order attribute is
*************** The following type attributes are suppor
*** 30949,30962 ****
       address generally does not work.  The second case is nevertheless
       allowed to be able to perform a block copy from or to the array.
  
!      Moreover, the use of type punning or aliasing to toggle the storage
!      order is not supported; that is to say, a given scalar object
!      cannot be accessed through distinct types that assign a different
!      storage order to it.
! 
! 'transparent_union'
  
!      This attribute, attached to a 'union' type definition, indicates
       that any function parameter having that union type causes calls to
       that function to be treated in a special way.
  
--- 31235,31247 ----
       address generally does not work.  The second case is nevertheless
       allowed to be able to perform a block copy from or to the array.
  
!      Moreover, the use of type punning or aliasing to toggle the
!      storage order is not supported; that is to say, a given scalar
!      object cannot be accessed through distinct types that assign a
!      different storage order to it.
  
! `transparent_union'
!      This attribute, attached to a `union' type definition, indicates
       that any function parameter having that union type causes calls to
       that function to be treated in a special way.
  
*************** The following type attributes are suppor
*** 30966,30972 ****
       null pointer constant or a void pointer expression; and if the
       union contains a void pointer type, the corresponding argument can
       be any pointer expression.  If the union member type is a pointer,
!      qualifiers like 'const' on the referenced type must be respected,
       just as with normal pointer conversions.
  
       Second, the argument is passed to the function using the calling
--- 31251,31257 ----
       null pointer constant or a void pointer expression; and if the
       union contains a void pointer type, the corresponding argument can
       be any pointer expression.  If the union member type is a pointer,
!      qualifiers like `const' on the referenced type must be respected,
       just as with normal pointer conversions.
  
       Second, the argument is passed to the function using the calling
*************** The following type attributes are suppor
*** 30977,30989 ****
  
       Transparent unions are designed for library functions that have
       multiple interfaces for compatibility reasons.  For example,
!      suppose the 'wait' function must accept either a value of type 'int
!      *' to comply with POSIX, or a value of type 'union wait *' to
!      comply with the 4.1BSD interface.  If 'wait''s parameter were 'void
!      *', 'wait' would accept both kinds of arguments, but it would also
!      accept any other pointer type and this would make argument type
!      checking less useful.  Instead, '<sys/wait.h>' might define the
!      interface as follows:
  
            typedef union __attribute__ ((__transparent_union__))
              {
--- 31262,31274 ----
  
       Transparent unions are designed for library functions that have
       multiple interfaces for compatibility reasons.  For example,
!      suppose the `wait' function must accept either a value of type
!      `int *' to comply with POSIX, or a value of type `union wait *' to
!      comply with the 4.1BSD interface.  If `wait''s parameter were
!      `void *', `wait' would accept both kinds of arguments, but it
!      would also accept any other pointer type and this would make
!      argument type checking less useful.  Instead, `<sys/wait.h>' might
!      define the interface as follows:
  
            typedef union __attribute__ ((__transparent_union__))
              {
*************** The following type attributes are suppor
*** 30993,31014 ****
  
            pid_t wait (wait_status_ptr_t);
  
!      This interface allows either 'int *' or 'union wait *' arguments to
!      be passed, using the 'int *' calling convention.  The program can
!      call 'wait' with arguments of either type:
  
            int w1 () { int w; return wait (&w); }
            int w2 () { union wait w; return wait (&w); }
  
!      With this interface, 'wait''s implementation might look like this:
  
            pid_t wait (wait_status_ptr_t p)
            {
              return waitpid (-1, p.__ip, 0);
            }
  
! 'unused'
!      When attached to a type (including a 'union' or a 'struct'), this
       attribute means that variables of that type are meant to appear
       possibly unused.  GCC does not produce a warning for any variables
       of that type, even if the variable appears to do nothing.  This is
--- 31278,31299 ----
  
            pid_t wait (wait_status_ptr_t);
  
!      This interface allows either `int *' or `union wait *' arguments
!      to be passed, using the `int *' calling convention.  The program
!      can call `wait' with arguments of either type:
  
            int w1 () { int w; return wait (&w); }
            int w2 () { union wait w; return wait (&w); }
  
!      With this interface, `wait''s implementation might look like this:
  
            pid_t wait (wait_status_ptr_t p)
            {
              return waitpid (-1, p.__ip, 0);
            }
  
! `unused'
!      When attached to a type (including a `union' or a `struct'), this
       attribute means that variables of that type are meant to appear
       possibly unused.  GCC does not produce a warning for any variables
       of that type, even if the variable appears to do nothing.  This is
*************** The following type attributes are suppor
*** 31016,31037 ****
       defined and then not referenced, but contain constructors and
       destructors that have nontrivial bookkeeping functions.
  
! 'visibility'
!      In C++, attribute visibility (*note Function Attributes::) can also
!      be applied to class, struct, union and enum types.  Unlike other
!      type attributes, the attribute must appear between the initial
!      keyword and the name of the type; it cannot appear after the body
!      of the type.
  
       Note that the type visibility is applied to vague linkage entities
       associated with the class (vtable, typeinfo node, etc.).  In
       particular, if a class is thrown as an exception in one shared
       object and caught in another, the class must have default
!      visibility.  Otherwise the two shared objects are unable to use the
!      same typeinfo node and exception handling will break.
  
   To specify multiple attributes, separate them by commas within the
! double parentheses: for example, '__attribute__ ((aligned (16),
  packed))'.
  
  
--- 31301,31323 ----
       defined and then not referenced, but contain constructors and
       destructors that have nontrivial bookkeeping functions.
  
! `visibility'
!      In C++, attribute visibility (*note Function Attributes::) can
!      also be applied to class, struct, union and enum types.  Unlike
!      other type attributes, the attribute must appear between the
!      initial keyword and the name of the type; it cannot appear after
!      the body of the type.
  
       Note that the type visibility is applied to vague linkage entities
       associated with the class (vtable, typeinfo node, etc.).  In
       particular, if a class is thrown as an exception in one shared
       object and caught in another, the class must have default
!      visibility.  Otherwise the two shared objects are unable to use
!      the same typeinfo node and exception handling will break.
! 
  
   To specify multiple attributes, separate them by commas within the
! double parentheses: for example, `__attribute__ ((aligned (16),
  packed))'.
  
  
*************** File: gcc.info,  Node: ARM Type Attribut
*** 31040,31049 ****
  6.33.2 ARM Type Attributes
  --------------------------
  
! On those ARM targets that support 'dllimport' (such as Symbian OS), you
! can use the 'notshared' attribute to indicate that the virtual table and
! other similar data for a class should not be exported from a DLL.  For
! example:
  
       class __declspec(notshared) C {
       public:
--- 31326,31335 ----
  6.33.2 ARM Type Attributes
  --------------------------
  
! On those ARM targets that support `dllimport' (such as Symbian OS), you
! can use the `notshared' attribute to indicate that the virtual table
! and other similar data for a class should not be exported from a DLL.
! For example:
  
       class __declspec(notshared) C {
       public:
*************** example:
*** 31054,31062 ****
       __declspec(dllexport)
       C::C() {}
  
! In this code, 'C::C' is exported from the current DLL, but the virtual
! table for 'C' is not exported.  (You can use '__attribute__' instead of
! '__declspec' if you prefer, but most Symbian OS code uses '__declspec'.)
  
  
  File: gcc.info,  Node: MeP Type Attributes,  Next: PowerPC Type Attributes,  Prev: ARM Type Attributes,  Up: Type Attributes
--- 31340,31348 ----
       __declspec(dllexport)
       C::C() {}
  
! In this code, `C::C' is exported from the current DLL, but the virtual
! table for `C' is not exported.  (You can use `__attribute__' instead of
! `__declspec' if you prefer, but most Symbian OS code uses `__declspec'.)
  
  
  File: gcc.info,  Node: MeP Type Attributes,  Next: PowerPC Type Attributes,  Prev: ARM Type Attributes,  Up: Type Attributes
*************** File: gcc.info,  Node: MeP Type Attribut
*** 31065,31072 ****
  --------------------------
  
  Many of the MeP variable attributes may be applied to types as well.
! Specifically, the 'based', 'tiny', 'near', and 'far' attributes may be
! applied to either.  The 'io' and 'cb' attributes may not be applied to
  types.
  
  
--- 31351,31358 ----
  --------------------------
  
  Many of the MeP variable attributes may be applied to types as well.
! Specifically, the `based', `tiny', `near', and `far' attributes may be
! applied to either.  The `io' and `cb' attributes may not be applied to
  types.
  
  
*************** File: gcc.info,  Node: PowerPC Type Attr
*** 31076,31098 ****
  ------------------------------
  
  Three attributes currently are defined for PowerPC configurations:
! 'altivec', 'ms_struct' and 'gcc_struct'.
  
!  For full documentation of the 'ms_struct' and 'gcc_struct' attributes
  please see the documentation in *note x86 Type Attributes::.
  
!  The 'altivec' attribute allows one to declare AltiVec vector data types
! supported by the AltiVec Programming Interface Manual.  The attribute
! requires an argument to specify one of three vector types: 'vector__',
! 'pixel__' (always followed by unsigned short), and 'bool__' (always
! followed by unsigned).
  
       __attribute__((altivec(vector__)))
       __attribute__((altivec(pixel__))) unsigned short
       __attribute__((altivec(bool__))) unsigned
  
!  These attributes mainly are intended to support the '__vector',
! '__pixel', and '__bool' AltiVec keywords.
  
  
  File: gcc.info,  Node: SPU Type Attributes,  Next: x86 Type Attributes,  Prev: PowerPC Type Attributes,  Up: Type Attributes
--- 31362,31384 ----
  ------------------------------
  
  Three attributes currently are defined for PowerPC configurations:
! `altivec', `ms_struct' and `gcc_struct'.
  
!  For full documentation of the `ms_struct' and `gcc_struct' attributes
  please see the documentation in *note x86 Type Attributes::.
  
!  The `altivec' attribute allows one to declare AltiVec vector data
! types supported by the AltiVec Programming Interface Manual.  The
! attribute requires an argument to specify one of three vector types:
! `vector__', `pixel__' (always followed by unsigned short), and `bool__'
! (always followed by unsigned).
  
       __attribute__((altivec(vector__)))
       __attribute__((altivec(pixel__))) unsigned short
       __attribute__((altivec(bool__))) unsigned
  
!  These attributes mainly are intended to support the `__vector',
! `__pixel', and `__bool' AltiVec keywords.
  
  
  File: gcc.info,  Node: SPU Type Attributes,  Next: x86 Type Attributes,  Prev: PowerPC Type Attributes,  Up: Type Attributes
*************** File: gcc.info,  Node: SPU Type Attribut
*** 31100,31109 ****
  6.33.5 SPU Type Attributes
  --------------------------
  
! The SPU supports the 'spu_vector' attribute for types.  This attribute
  allows one to declare vector data types supported by the
  Sony/Toshiba/IBM SPU Language Extensions Specification.  It is intended
! to support the '__vector' keyword.
  
  
  File: gcc.info,  Node: x86 Type Attributes,  Prev: SPU Type Attributes,  Up: Type Attributes
--- 31386,31395 ----
  6.33.5 SPU Type Attributes
  --------------------------
  
! The SPU supports the `spu_vector' attribute for types.  This attribute
  allows one to declare vector data types supported by the
  Sony/Toshiba/IBM SPU Language Extensions Specification.  It is intended
! to support the `__vector' keyword.
  
  
  File: gcc.info,  Node: x86 Type Attributes,  Prev: SPU Type Attributes,  Up: Type Attributes
*************** File: gcc.info,  Node: x86 Type Attribut
*** 31111,31134 ****
  6.33.6 x86 Type Attributes
  --------------------------
  
! Two attributes are currently defined for x86 configurations: 'ms_struct'
! and 'gcc_struct'.
! 
! 'ms_struct'
! 'gcc_struct'
  
!      If 'packed' is used on a structure, or if bit-fields are used it
       may be that the Microsoft ABI packs them differently than GCC
       normally packs them.  Particularly when moving packed data between
       functions compiled with GCC and the native Microsoft compiler
       (either via function call or as data in a file), it may be
       necessary to access either format.
  
!      The 'ms_struct' and 'gcc_struct' attributes correspond to the
!      '-mms-bitfields' and '-mno-ms-bitfields' command-line options,
!      respectively; see *note x86 Options::, for details of how structure
!      layout is affected.  *Note x86 Variable Attributes::, for
!      information about the corresponding attributes on variables.
  
  
  File: gcc.info,  Node: Label Attributes,  Next: Enumerator Attributes,  Prev: Type Attributes,  Up: C Extensions
--- 31397,31420 ----
  6.33.6 x86 Type Attributes
  --------------------------
  
! Two attributes are currently defined for x86 configurations:
! `ms_struct' and `gcc_struct'.
  
! `ms_struct'
! `gcc_struct'
!      If `packed' is used on a structure, or if bit-fields are used it
       may be that the Microsoft ABI packs them differently than GCC
       normally packs them.  Particularly when moving packed data between
       functions compiled with GCC and the native Microsoft compiler
       (either via function call or as data in a file), it may be
       necessary to access either format.
  
!      The `ms_struct' and `gcc_struct' attributes correspond to the
!      `-mms-bitfields' and `-mno-ms-bitfields' command-line options,
!      respectively; see *note x86 Options::, for details of how
!      structure layout is affected.  *Note x86 Variable Attributes::,
!      for information about the corresponding attributes on variables.
! 
  
  
  File: gcc.info,  Node: Label Attributes,  Next: Enumerator Attributes,  Prev: Type Attributes,  Up: C Extensions
*************** are available for functions (*note Funct
*** 31143,31151 ****
  Attributes::), statements (*note Statement Attributes::), and for types
  (*note Type Attributes::).
  
!  This example uses the 'cold' label attribute to indicate the
! 'ErrorHandling' branch is unlikely to be taken and that the
! 'ErrorHandling' label is unused:
  
  
          asm goto ("some asm" : : : : NoError);
--- 31429,31437 ----
  Attributes::), statements (*note Statement Attributes::), and for types
  (*note Type Attributes::).
  
!  This example uses the `cold' label attribute to indicate the
! `ErrorHandling' branch is unlikely to be taken and that the
! `ErrorHandling' label is unused:
  
  
          asm goto ("some asm" : : : : NoError);
*************** Attributes::), statements (*note Stateme
*** 31160,31184 ****
          printf("no error\n");
          return 1;
  
! 'unused'
       This feature is intended for program-generated code that may
!      contain unused labels, but which is compiled with '-Wall'.  It is
       not normally appropriate to use in it human-written code, though it
       could be useful in cases where the code that jumps to the label is
!      contained within an '#ifdef' conditional.
  
! 'hot'
!      The 'hot' attribute on a label is used to inform the compiler that
!      the path following the label is more likely than paths that are not
!      so annotated.  This attribute is used in cases where
!      '__builtin_expect' cannot be used, for instance with computed goto
!      or 'asm goto'.
  
! 'cold'
!      The 'cold' attribute on labels is used to inform the compiler that
       the path following the label is unlikely to be executed.  This
!      attribute is used in cases where '__builtin_expect' cannot be used,
!      for instance with computed goto or 'asm goto'.
  
  
  File: gcc.info,  Node: Enumerator Attributes,  Next: Statement Attributes,  Prev: Label Attributes,  Up: C Extensions
--- 31446,31471 ----
          printf("no error\n");
          return 1;
  
! `unused'
       This feature is intended for program-generated code that may
!      contain unused labels, but which is compiled with `-Wall'.  It is
       not normally appropriate to use in it human-written code, though it
       could be useful in cases where the code that jumps to the label is
!      contained within an `#ifdef' conditional.
  
! `hot'
!      The `hot' attribute on a label is used to inform the compiler that
!      the path following the label is more likely than paths that are
!      not so annotated.  This attribute is used in cases where
!      `__builtin_expect' cannot be used, for instance with computed goto
!      or `asm goto'.
  
! `cold'
!      The `cold' attribute on labels is used to inform the compiler that
       the path following the label is unlikely to be executed.  This
!      attribute is used in cases where `__builtin_expect' cannot be
!      used, for instance with computed goto or `asm goto'.
! 
  
  
  File: gcc.info,  Node: Enumerator Attributes,  Next: Statement Attributes,  Prev: Label Attributes,  Up: C Extensions
*************** variables (*note Variable Attributes::),
*** 31193,31200 ****
  Attributes::), statements (*note Statement Attributes::), and for types
  (*note Type Attributes::).
  
!  This example uses the 'deprecated' enumerator attribute to indicate the
! 'oldval' enumerator is deprecated:
  
       enum E {
         oldval __attribute__((deprecated)),
--- 31480,31487 ----
  Attributes::), statements (*note Statement Attributes::), and for types
  (*note Type Attributes::).
  
!  This example uses the `deprecated' enumerator attribute to indicate the
! `oldval' enumerator is deprecated:
  
       enum E {
         oldval __attribute__((deprecated)),
*************** Attributes::), statements (*note Stateme
*** 31207,31221 ****
         return oldval;
       }
  
! 'deprecated'
!      The 'deprecated' attribute results in a warning if the enumerator
       is used anywhere in the source file.  This is useful when
!      identifying enumerators that are expected to be removed in a future
!      version of a program.  The warning also includes the location of
!      the declaration of the deprecated enumerator, to enable users to
!      easily find further information about why the enumerator is
!      deprecated, or what they should do instead.  Note that the warnings
!      only occurs for uses.
  
  
  File: gcc.info,  Node: Statement Attributes,  Next: Attribute Syntax,  Prev: Enumerator Attributes,  Up: C Extensions
--- 31494,31509 ----
         return oldval;
       }
  
! `deprecated'
!      The `deprecated' attribute results in a warning if the enumerator
       is used anywhere in the source file.  This is useful when
!      identifying enumerators that are expected to be removed in a
!      future version of a program.  The warning also includes the
!      location of the declaration of the deprecated enumerator, to
!      enable users to easily find further information about why the
!      enumerator is deprecated, or what they should do instead.  Note
!      that the warnings only occurs for uses.
! 
  
  
  File: gcc.info,  Node: Statement Attributes,  Next: Attribute Syntax,  Prev: Enumerator Attributes,  Up: C Extensions
*************** variables (*note Variable Attributes::),
*** 31230,31237 ****
  Attributes::), enumerators (*note Enumerator Attributes::), and for
  types (*note Type Attributes::).
  
!  This example uses the 'fallthrough' statement attribute to indicate
! that the '-Wimplicit-fallthrough' warning should not be emitted:
  
       switch (cond)
         {
--- 31518,31525 ----
  Attributes::), enumerators (*note Enumerator Attributes::), and for
  types (*note Type Attributes::).
  
!  This example uses the `fallthrough' statement attribute to indicate
! that the `-Wimplicit-fallthrough' warning should not be emitted:
  
       switch (cond)
         {
*************** that the '-Wimplicit-fallthrough' warnin
*** 31242,31258 ****
           ...
         }
  
! 'fallthrough'
!      The 'fallthrough' attribute with a null statement serves as a
       fallthrough statement.  It hints to the compiler that a statement
       that falls through to another case label, or user-defined label in
       a switch statement is intentional and thus the
!      '-Wimplicit-fallthrough' warning must not trigger.  The fallthrough
!      attribute may appear at most once in each attribute list, and may
!      not be mixed with other attributes.  It can only be used in a
!      switch statement (the compiler will issue an error otherwise),
!      after a preceding statement and before a logically succeeding case
!      label, or user-defined label.
  
  
  File: gcc.info,  Node: Attribute Syntax,  Next: Function Prototypes,  Prev: Statement Attributes,  Up: C Extensions
--- 31530,31547 ----
           ...
         }
  
! `fallthrough'
!      The `fallthrough' attribute with a null statement serves as a
       fallthrough statement.  It hints to the compiler that a statement
       that falls through to another case label, or user-defined label in
       a switch statement is intentional and thus the
!      `-Wimplicit-fallthrough' warning must not trigger.  The
!      fallthrough attribute may appear at most once in each attribute
!      list, and may not be mixed with other attributes.  It can only be
!      used in a switch statement (the compiler will issue an error
!      otherwise), after a preceding statement and before a logically
!      succeeding case label, or user-defined label.
! 
  
  
  File: gcc.info,  Node: Attribute Syntax,  Next: Function Prototypes,  Prev: Statement Attributes,  Up: C Extensions
*************** File: gcc.info,  Node: Attribute Syntax,
*** 31260,31266 ****
  6.37 Attribute Syntax
  =====================
  
! This section describes the syntax with which '__attribute__' may be
  used, and the constructs to which attribute specifiers bind, for the C
  language.  Some details may vary for C++ and Objective-C.  Because of
  infelicities in the grammar for attributes, some forms described here
--- 31549,31555 ----
  6.37 Attribute Syntax
  =====================
  
! This section describes the syntax with which `__attribute__' may be
  used, and the constructs to which attribute specifiers bind, for the C
  language.  Some details may vary for C++ and Objective-C.  Because of
  infelicities in the grammar for attributes, some forms described here
*************** may not be successfully parsed in all ca
*** 31269,31276 ****
   There are some problems with the semantics of attributes in C++.  For
  example, there are no manglings for attributes, although they may affect
  code generation, so problems may arise when attributed types are used in
! conjunction with templates or overloading.  Similarly, 'typeid' does not
! distinguish between types with different attributes.  Support for
  attributes in C++ may be restricted in future to attributes on
  declarations only, but not on nested declarators.
  
--- 31558,31565 ----
   There are some problems with the semantics of attributes in C++.  For
  example, there are no manglings for attributes, although they may affect
  code generation, so problems may arise when attributed types are used in
! conjunction with templates or overloading.  Similarly, `typeid' does
! not distinguish between types with different attributes.  Support for
  attributes in C++ may be restricted in future to attributes on
  declarations only, but not on nested declarators.
  
*************** for details of the semantics of attribut
*** 31281,31342 ****
  and enumerated types.  *Note Label Attributes::, for details of the
  semantics of attributes applying to labels.  *Note Enumerator
  Attributes::, for details of the semantics of attributes applying to
! enumerators.  *Note Statement Attributes::, for details of the semantics
! of attributes applying to statements.
  
!  An "attribute specifier" is of the form '__attribute__
  ((ATTRIBUTE-LIST))'.  An "attribute list" is a possibly empty
! comma-separated sequence of "attributes", where each attribute is one of
! the following:
  
     * Empty.  Empty attributes are ignored.
  
!    * An attribute name (which may be an identifier such as 'unused', or
!      a reserved word such as 'const').
  
     * An attribute name followed by a parenthesized list of parameters
       for the attribute.  These parameters take one of the following
       forms:
  
!         * An identifier.  For example, 'mode' attributes use this form.
  
          * An identifier followed by a comma and a non-empty
!           comma-separated list of expressions.  For example, 'format'
            attributes use this form.
  
          * A possibly empty comma-separated list of expressions.  For
!           example, 'format_arg' attributes use this form with the list
!           being a single integer constant expression, and 'alias'
            attributes use this form with the list being a single string
            constant.
  
   An "attribute specifier list" is a sequence of one or more attribute
  specifiers, not separated by any other tokens.
  
!  You may optionally specify attribute names with '__' preceding and
  following the name.  This allows you to use them in header files without
  being concerned about a possible macro of the same name.  For example,
! you may use the attribute name '__noreturn__' instead of 'noreturn'.
  
  Label Attributes
  ................
  
  In GNU C, an attribute specifier list may appear after the colon
! following a label, other than a 'case' or 'default' label.  GNU C++ only
! permits attributes on labels if the attribute specifier is immediately
! followed by a semicolon (i.e., the label applies to an empty statement).
! If the semicolon is missing, C++ label attributes are ambiguous, as it
! is permissible for a declaration, which could begin with an attribute
! list, to be labelled in C++.  Declarations cannot be labelled in C90 or
! C99, so the ambiguity does not arise there.
  
  Enumerator Attributes
  .....................
  
  In GNU C, an attribute specifier list may appear as part of an
  enumerator.  The attribute goes after the enumeration constant, before
! '=', if present.  The optional attribute in the enumerator appertains to
! the enumeration constant.  It is not possible to place the attribute
  after the constant expression, if present.
  
  Statement Attributes
--- 31570,31631 ----
  and enumerated types.  *Note Label Attributes::, for details of the
  semantics of attributes applying to labels.  *Note Enumerator
  Attributes::, for details of the semantics of attributes applying to
! enumerators.  *Note Statement Attributes::, for details of the
! semantics of attributes applying to statements.
  
!  An "attribute specifier" is of the form `__attribute__
  ((ATTRIBUTE-LIST))'.  An "attribute list" is a possibly empty
! comma-separated sequence of "attributes", where each attribute is one
! of the following:
  
     * Empty.  Empty attributes are ignored.
  
!    * An attribute name (which may be an identifier such as `unused', or
!      a reserved word such as `const').
  
     * An attribute name followed by a parenthesized list of parameters
       for the attribute.  These parameters take one of the following
       forms:
  
!         * An identifier.  For example, `mode' attributes use this form.
  
          * An identifier followed by a comma and a non-empty
!           comma-separated list of expressions.  For example, `format'
            attributes use this form.
  
          * A possibly empty comma-separated list of expressions.  For
!           example, `format_arg' attributes use this form with the list
!           being a single integer constant expression, and `alias'
            attributes use this form with the list being a single string
            constant.
  
   An "attribute specifier list" is a sequence of one or more attribute
  specifiers, not separated by any other tokens.
  
!  You may optionally specify attribute names with `__' preceding and
  following the name.  This allows you to use them in header files without
  being concerned about a possible macro of the same name.  For example,
! you may use the attribute name `__noreturn__' instead of `noreturn'.
  
  Label Attributes
  ................
  
  In GNU C, an attribute specifier list may appear after the colon
! following a label, other than a `case' or `default' label.  GNU C++
! only permits attributes on labels if the attribute specifier is
! immediately followed by a semicolon (i.e., the label applies to an empty
! statement).  If the semicolon is missing, C++ label attributes are
! ambiguous, as it is permissible for a declaration, which could begin
! with an attribute list, to be labelled in C++.  Declarations cannot be
! labelled in C90 or C99, so the ambiguity does not arise there.
  
  Enumerator Attributes
  .....................
  
  In GNU C, an attribute specifier list may appear as part of an
  enumerator.  The attribute goes after the enumeration constant, before
! `=', if present.  The optional attribute in the enumerator appertains
! to the enumeration constant.  It is not possible to place the attribute
  after the constant expression, if present.
  
  Statement Attributes
*************** statement.  The attribute goes before th
*** 31348,31356 ****
  Type Attributes
  ...............
  
! An attribute specifier list may appear as part of a 'struct', 'union' or
! 'enum' specifier.  It may go either immediately after the 'struct',
! 'union' or 'enum' keyword, or after the closing brace.  The former
  syntax is preferred.  Where attribute specifiers follow the closing
  brace, they are considered to relate to the structure, union or
  enumerated type defined, not to any enclosing declaration the type
--- 31637,31645 ----
  Type Attributes
  ...............
  
! An attribute specifier list may appear as part of a `struct', `union'
! or `enum' specifier.  It may go either immediately after the `struct',
! `union' or `enum' keyword, or after the closing brace.  The former
  syntax is preferred.  Where attribute specifiers follow the closing
  brace, they are considered to relate to the structure, union or
  enumerated type defined, not to any enclosing declaration the type
*************** contain attribute specifiers, whether or
*** 31375,31394 ****
  context contain storage class specifiers.  (Some attributes, however,
  are essentially in the nature of storage class specifiers, and only make
  sense where storage class specifiers may be used; for example,
! 'section'.)  There is one necessary limitation to this syntax: the first
! old-style parameter declaration in a function definition cannot begin
! with an attribute specifier, because such an attribute applies to the
! function instead by syntax described below (which, however, is not yet
! implemented in this case).  In some other cases, attribute specifiers
! are permitted by this grammar but not yet supported by the compiler.
! All attribute specifiers in this place relate to the declaration as a
! whole.  In the obsolescent usage where a type of 'int' is implied by the
! absence of type specifiers, such a list of specifiers and qualifiers may
! be an attribute specifier list with no other specifiers or qualifiers.
  
   At present, the first parameter in a function prototype must have some
  type specifier that is not an attribute specifier; this resolves an
! ambiguity in the interpretation of 'void f(int (__attribute__((foo))
  x))', but is subject to change.  At present, if the parentheses of a
  function declarator contain only attributes then those attributes are
  ignored, rather than yielding an error or warning or implying a single
--- 31664,31684 ----
  context contain storage class specifiers.  (Some attributes, however,
  are essentially in the nature of storage class specifiers, and only make
  sense where storage class specifiers may be used; for example,
! `section'.)  There is one necessary limitation to this syntax: the
! first old-style parameter declaration in a function definition cannot
! begin with an attribute specifier, because such an attribute applies to
! the function instead by syntax described below (which, however, is not
! yet implemented in this case).  In some other cases, attribute
! specifiers are permitted by this grammar but not yet supported by the
! compiler.  All attribute specifiers in this place relate to the
! declaration as a whole.  In the obsolescent usage where a type of `int'
! is implied by the absence of type specifiers, such a list of specifiers
! and qualifiers may be an attribute specifier list with no other
! specifiers or qualifiers.
  
   At present, the first parameter in a function prototype must have some
  type specifier that is not an attribute specifier; this resolves an
! ambiguity in the interpretation of `void f(int (__attribute__((foo))
  x))', but is subject to change.  At present, if the parentheses of a
  function declarator contain only attributes then those attributes are
  ignored, rather than yielding an error or warning or implying a single
*************** identifier before whose declarator they
*** 31404,31425 ****
           __attribute__((format(printf, 1, 2))) d1 (const char *, ...),
            d2 (void);
  
! the 'noreturn' attribute applies to all the functions declared; the
! 'format' attribute only applies to 'd1'.
  
   An attribute specifier list may appear immediately before the comma,
! '=' or semicolon terminating the declaration of an identifier other than
! a function definition.  Such attribute specifiers apply to the declared
! object or function.  Where an assembler name for an object or function
! is specified (*note Asm Labels::), the attribute must follow the 'asm'
! specification.
  
   An attribute specifier list may, in future, be permitted to appear
  after the declarator in a function definition (before any old-style
  parameter declarations or the function body).
  
   Attribute specifiers may be mixed with type qualifiers appearing inside
! the '[]' of a parameter array declarator, in the C99 construct by which
  such qualifiers are applied to the pointer to which the array is
  implicitly converted.  Such attribute specifiers apply to the pointer,
  not to the array, but at present this is not implemented and they are
--- 31694,31715 ----
           __attribute__((format(printf, 1, 2))) d1 (const char *, ...),
            d2 (void);
  
! the `noreturn' attribute applies to all the functions declared; the
! `format' attribute only applies to `d1'.
  
   An attribute specifier list may appear immediately before the comma,
! `=' or semicolon terminating the declaration of an identifier other
! than a function definition.  Such attribute specifiers apply to the
! declared object or function.  Where an assembler name for an object or
! function is specified (*note Asm Labels::), the attribute must follow
! the `asm' specification.
  
   An attribute specifier list may, in future, be permitted to appear
  after the declarator in a function definition (before any old-style
  parameter declarations or the function body).
  
   Attribute specifiers may be mixed with type qualifiers appearing inside
! the `[]' of a parameter array declarator, in the C99 construct by which
  such qualifiers are applied to the pointer to which the array is
  implicitly converted.  Such attribute specifiers apply to the pointer,
  not to the array, but at present this is not implemented and they are
*************** ignored.
*** 31429,31455 ****
  declarator.  At present, there are some limitations in this usage: the
  attributes correctly apply to the declarator, but for most individual
  attributes the semantics this implies are not implemented.  When
! attribute specifiers follow the '*' of a pointer declarator, they may be
! mixed with any type qualifiers present.  The following describes the
  formal semantics of this syntax.  It makes the most sense if you are
  familiar with the formal specification of declarators in the ISO C
  standard.
  
!  Consider (as in C99 subclause 6.7.5 paragraph 4) a declaration 'T D1',
! where 'T' contains declaration specifiers that specify a type TYPE (such
! as 'int') and 'D1' is a declarator that contains an identifier IDENT.
! The type specified for IDENT for derived declarators whose type does not
! include an attribute specifier is as in the ISO C standard.
  
!  If 'D1' has the form '( ATTRIBUTE-SPECIFIER-LIST D )', and the
! declaration 'T D' specifies the type "DERIVED-DECLARATOR-TYPE-LIST TYPE"
! for IDENT, then 'T D1' specifies the type "DERIVED-DECLARATOR-TYPE-LIST
! ATTRIBUTE-SPECIFIER-LIST TYPE" for IDENT.
  
!  If 'D1' has the form '* TYPE-QUALIFIER-AND-ATTRIBUTE-SPECIFIER-LIST D',
! and the declaration 'T D' specifies the type
! "DERIVED-DECLARATOR-TYPE-LIST TYPE" for IDENT, then 'T D1' specifies the
! type "DERIVED-DECLARATOR-TYPE-LIST
  TYPE-QUALIFIER-AND-ATTRIBUTE-SPECIFIER-LIST pointer to TYPE" for IDENT.
  
   For example,
--- 31719,31745 ----
  declarator.  At present, there are some limitations in this usage: the
  attributes correctly apply to the declarator, but for most individual
  attributes the semantics this implies are not implemented.  When
! attribute specifiers follow the `*' of a pointer declarator, they may
! be mixed with any type qualifiers present.  The following describes the
  formal semantics of this syntax.  It makes the most sense if you are
  familiar with the formal specification of declarators in the ISO C
  standard.
  
!  Consider (as in C99 subclause 6.7.5 paragraph 4) a declaration `T D1',
! where `T' contains declaration specifiers that specify a type TYPE
! (such as `int') and `D1' is a declarator that contains an identifier
! IDENT.  The type specified for IDENT for derived declarators whose type
! does not include an attribute specifier is as in the ISO C standard.
  
!  If `D1' has the form `( ATTRIBUTE-SPECIFIER-LIST D )', and the
! declaration `T D' specifies the type "DERIVED-DECLARATOR-TYPE-LIST
! TYPE" for IDENT, then `T D1' specifies the type
! "DERIVED-DECLARATOR-TYPE-LIST ATTRIBUTE-SPECIFIER-LIST TYPE" for IDENT.
  
!  If `D1' has the form `* TYPE-QUALIFIER-AND-ATTRIBUTE-SPECIFIER-LIST
! D', and the declaration `T D' specifies the type
! "DERIVED-DECLARATOR-TYPE-LIST TYPE" for IDENT, then `T D1' specifies
! the type "DERIVED-DECLARATOR-TYPE-LIST
  TYPE-QUALIFIER-AND-ATTRIBUTE-SPECIFIER-LIST pointer to TYPE" for IDENT.
  
   For example,
*************** TYPE-QUALIFIER-AND-ATTRIBUTE-SPECIFIER-L
*** 31457,31469 ****
       void (__attribute__((noreturn)) ****f) (void);
  
  specifies the type "pointer to pointer to pointer to pointer to
! non-returning function returning 'void'".  As another example,
  
       char *__attribute__((aligned(8))) *f;
  
! specifies the type "pointer to 8-byte-aligned pointer to 'char'".  Note
  again that this does not work with most attributes; for example, the
! usage of 'aligned' and 'noreturn' attributes given above is not yet
  supported.
  
   For compatibility with existing code written for compiler versions that
--- 31747,31759 ----
       void (__attribute__((noreturn)) ****f) (void);
  
  specifies the type "pointer to pointer to pointer to pointer to
! non-returning function returning `void'".  As another example,
  
       char *__attribute__((aligned(8))) *f;
  
! specifies the type "pointer to 8-byte-aligned pointer to `char'".  Note
  again that this does not work with most attributes; for example, the
! usage of `aligned' and `noreturn' attributes given above is not yet
  supported.
  
   For compatibility with existing code written for compiler versions that
*************** the attributes immediately before the id
*** 31477,31484 ****
  attribute applied to a function return type is treated as applying to
  the function type, and such an attribute applied to an array element
  type is treated as applying to the array type.  If an attribute that
! only applies to function types is applied to a pointer-to-function type,
! it is treated as applying to the pointer target type; if such an
  attribute is applied to a function return type that is not a
  pointer-to-function type, it is treated as applying to the function
  type.
--- 31767,31774 ----
  attribute applied to a function return type is treated as applying to
  the function type, and such an attribute applied to an array element
  type is treated as applying to the array type.  If an attribute that
! only applies to function types is applied to a pointer-to-function
! type, it is treated as applying to the pointer target type; if such an
  attribute is applied to a function return type that is not a
  pointer-to-function type, it is treated as applying to the function
  type.
*************** old-style non-prototype definition.  Con
*** 31510,31529 ****
         return x == 0;
       }
  
!  Suppose the type 'uid_t' happens to be 'short'.  ISO C does not allow
  this example, because subword arguments in old-style non-prototype
  definitions are promoted.  Therefore in this example the function
! definition's argument is really an 'int', which does not match the
! prototype argument type of 'short'.
  
   This restriction of ISO C makes it hard to write code that is portable
! to traditional C compilers, because the programmer does not know whether
! the 'uid_t' type is 'short', 'int', or 'long'.  Therefore, in cases like
! these GNU C allows a prototype to override a later old-style definition.
! More precisely, in GNU C, a function prototype argument type overrides
! the argument type specified by a later old-style definition if the
! former type is the same as the latter type before promotion.  Thus in
! GNU C the above example is equivalent to the following:
  
       int isroot (uid_t);
  
--- 31800,31820 ----
         return x == 0;
       }
  
!  Suppose the type `uid_t' happens to be `short'.  ISO C does not allow
  this example, because subword arguments in old-style non-prototype
  definitions are promoted.  Therefore in this example the function
! definition's argument is really an `int', which does not match the
! prototype argument type of `short'.
  
   This restriction of ISO C makes it hard to write code that is portable
! to traditional C compilers, because the programmer does not know
! whether the `uid_t' type is `short', `int', or `long'.  Therefore, in
! cases like these GNU C allows a prototype to override a later old-style
! definition.  More precisely, in GNU C, a function prototype argument
! type overrides the argument type specified by a later old-style
! definition if the former type is the same as the latter type before
! promotion.  Thus in GNU C the above example is equivalent to the
! following:
  
       int isroot (uid_t);
  
*************** File: gcc.info,  Node: C++ Comments,  Ne
*** 31542,31553 ****
  6.39 C++ Style Comments
  =======================
  
! In GNU C, you may use C++ style comments, which start with '//' and
  continue until the end of the line.  Many other C implementations allow
  such comments, and they are included in the 1999 C standard.  However,
! C++ style comments are not recognized if you specify an '-std' option
! specifying a version of ISO C before C99, or '-ansi' (equivalent to
! '-std=c90').
  
  
  File: gcc.info,  Node: Dollar Signs,  Next: Character Escapes,  Prev: C++ Comments,  Up: C Extensions
--- 31833,31844 ----
  6.39 C++ Style Comments
  =======================
  
! In GNU C, you may use C++ style comments, which start with `//' and
  continue until the end of the line.  Many other C implementations allow
  such comments, and they are included in the 1999 C standard.  However,
! C++ style comments are not recognized if you specify an `-std' option
! specifying a version of ISO C before C99, or `-ansi' (equivalent to
! `-std=c90').
  
  
  File: gcc.info,  Node: Dollar Signs,  Next: Character Escapes,  Prev: C++ Comments,  Up: C Extensions
*************** File: gcc.info,  Node: Character Escapes
*** 31566,31573 ****
  6.41 The Character <ESC> in Constants
  =====================================
  
! You can use the sequence '\e' in a string or character constant to stand
! for the ASCII character <ESC>.
  
  
  File: gcc.info,  Node: Alignment,  Next: Inline,  Prev: Character Escapes,  Up: C Extensions
--- 31857,31864 ----
  6.41 The Character <ESC> in Constants
  =====================================
  
! You can use the sequence `\e' in a string or character constant to
! stand for the ASCII character <ESC>.
  
  
  File: gcc.info,  Node: Alignment,  Next: Inline,  Prev: Character Escapes,  Up: C Extensions
*************** File: gcc.info,  Node: Alignment,  Next:
*** 31575,31603 ****
  6.42 Inquiring on Alignment of Types or Variables
  =================================================
  
! The keyword '__alignof__' allows you to inquire about how an object is
  aligned, or the minimum alignment usually required by a type.  Its
! syntax is just like 'sizeof'.
  
!  For example, if the target machine requires a 'double' value to be
! aligned on an 8-byte boundary, then '__alignof__ (double)' is 8.  This
  is true on many RISC machines.  On more traditional machine designs,
! '__alignof__ (double)' is 4 or even 2.
  
!  Some machines never actually require alignment; they allow reference to
! any data type even at an odd address.  For these machines, '__alignof__'
! reports the smallest alignment that GCC gives the data type, usually as
! mandated by the target ABI.
  
!  If the operand of '__alignof__' is an lvalue rather than a type, its
  value is the required alignment for its type, taking into account any
! minimum alignment specified with GCC's '__attribute__' extension (*note
  Variable Attributes::).  For example, after this declaration:
  
       struct foo { int x; char y; } foo1;
  
! the value of '__alignof__ (foo1.y)' is 1, even though its actual
! alignment is probably 2 or 4, the same as '__alignof__ (int)'.
  
   It is an error to ask for the alignment of an incomplete type.
  
--- 31866,31894 ----
  6.42 Inquiring on Alignment of Types or Variables
  =================================================
  
! The keyword `__alignof__' allows you to inquire about how an object is
  aligned, or the minimum alignment usually required by a type.  Its
! syntax is just like `sizeof'.
  
!  For example, if the target machine requires a `double' value to be
! aligned on an 8-byte boundary, then `__alignof__ (double)' is 8.  This
  is true on many RISC machines.  On more traditional machine designs,
! `__alignof__ (double)' is 4 or even 2.
  
!  Some machines never actually require alignment; they allow reference
! to any data type even at an odd address.  For these machines,
! `__alignof__' reports the smallest alignment that GCC gives the data
! type, usually as mandated by the target ABI.
  
!  If the operand of `__alignof__' is an lvalue rather than a type, its
  value is the required alignment for its type, taking into account any
! minimum alignment specified with GCC's `__attribute__' extension (*note
  Variable Attributes::).  For example, after this declaration:
  
       struct foo { int x; char y; } foo1;
  
! the value of `__alignof__ (foo1.y)' is 1, even though its actual
! alignment is probably 2 or 4, the same as `__alignof__ (int)'.
  
   It is an error to ask for the alignment of an incomplete type.
  
*************** File: gcc.info,  Node: Inline,  Next: Vo
*** 31607,31631 ****
  6.43 An Inline Function is As Fast As a Macro
  =============================================
  
! By declaring a function inline, you can direct GCC to make calls to that
! function faster.  One way GCC can achieve this is to integrate that
! function's code into the code for its callers.  This makes execution
! faster by eliminating the function-call overhead; in addition, if any of
! the actual argument values are constant, their known values may permit
! simplifications at compile time so that not all of the inline function's
! code needs to be included.  The effect on code size is less predictable;
! object code may be larger or smaller with function inlining, depending
! on the particular case.  You can also direct GCC to try to integrate all
! "simple enough" functions into their callers with the option
! '-finline-functions'.
  
   GCC implements three different semantics of declaring a function
! inline.  One is available with '-std=gnu89' or '-fgnu89-inline' or when
! 'gnu_inline' attribute is present on all inline declarations, another
! when '-std=c99', '-std=c11', '-std=gnu99' or '-std=gnu11' (without
! '-fgnu89-inline'), and the third is used when compiling C++.
  
!  To declare a function inline, use the 'inline' keyword in its
  declaration, like this:
  
       static inline int
--- 31898,31922 ----
  6.43 An Inline Function is As Fast As a Macro
  =============================================
  
! By declaring a function inline, you can direct GCC to make calls to
! that function faster.  One way GCC can achieve this is to integrate
! that function's code into the code for its callers.  This makes
! execution faster by eliminating the function-call overhead; in
! addition, if any of the actual argument values are constant, their
! known values may permit simplifications at compile time so that not all
! of the inline function's code needs to be included.  The effect on code
! size is less predictable; object code may be larger or smaller with
! function inlining, depending on the particular case.  You can also
! direct GCC to try to integrate all "simple enough" functions into their
! callers with the option `-finline-functions'.
  
   GCC implements three different semantics of declaring a function
! inline.  One is available with `-std=gnu89' or `-fgnu89-inline' or when
! `gnu_inline' attribute is present on all inline declarations, another
! when `-std=c99', `-std=c11', `-std=gnu99' or `-std=gnu11' (without
! `-fgnu89-inline'), and the third is used when compiling C++.
  
!  To declare a function inline, use the `inline' keyword in its
  declaration, like this:
  
       static inline int
*************** declaration, like this:
*** 31635,31646 ****
       }
  
   If you are writing a header file to be included in ISO C90 programs,
! write '__inline__' instead of 'inline'.  *Note Alternate Keywords::.
  
   The three types of inlining behave similarly in two important cases:
! when the 'inline' keyword is used on a 'static' function, like the
  example above, and when a function is first declared without using the
! 'inline' keyword and then is defined with 'inline', like this:
  
       extern int inc (int *a);
       inline int
--- 31926,31937 ----
       }
  
   If you are writing a header file to be included in ISO C90 programs,
! write `__inline__' instead of `inline'.  *Note Alternate Keywords::.
  
   The three types of inlining behave similarly in two important cases:
! when the `inline' keyword is used on a `static' function, like the
  example above, and when a function is first declared without using the
! `inline' keyword and then is defined with `inline', like this:
  
       extern int inc (int *a);
       inline int
*************** example above, and when a function is fi
*** 31650,31707 ****
       }
  
   In both of these common cases, the program behaves the same as if you
! had not used the 'inline' keyword, except for its speed.
  
!  When a function is both inline and 'static', if all calls to the
  function are integrated into the caller, and the function's address is
  never used, then the function's own assembler code is never referenced.
  In this case, GCC does not actually output assembler code for the
! function, unless you specify the option '-fkeep-inline-functions'.  If
  there is a nonintegrated call, then the function is compiled to
  assembler code as usual.  The function must also be compiled as usual if
  the program refers to its address, because that cannot be inlined.
  
   Note that certain usages in a function definition can make it
  unsuitable for inline substitution.  Among these usages are: variadic
! functions, use of 'alloca', use of computed goto (*note Labels as
  Values::), use of nonlocal goto, use of nested functions, use of
! 'setjmp', use of '__builtin_longjmp' and use of '__builtin_return' or
! '__builtin_apply_args'.  Using '-Winline' warns when a function marked
! 'inline' could not be substituted, and gives the reason for the failure.
  
   As required by ISO C++, GCC considers member functions defined within
  the body of a class to be marked inline even if they are not explicitly
! declared with the 'inline' keyword.  You can override this with
! '-fno-default-inline'; *note Options Controlling C++ Dialect: C++
  Dialect Options.
  
   GCC does not inline any functions when not optimizing unless you
! specify the 'always_inline' attribute for the function, like this:
  
       /* Prototype.  */
       inline void foo (const char) __attribute__((always_inline));
  
   The remainder of this section is specific to GNU C90 inlining.
  
!  When an inline function is not 'static', then the compiler must assume
  that there may be calls from other source files; since a global symbol
  can be defined only once in any program, the function must not be
  defined in the other source files, so the calls therein cannot be
! integrated.  Therefore, a non-'static' inline function is always
  compiled on its own in the usual fashion.
  
!  If you specify both 'inline' and 'extern' in the function definition,
  then the definition is used only for inlining.  In no case is the
  function compiled on its own, not even if you refer to its address
  explicitly.  Such an address becomes an external reference, as if you
  had only declared the function, and had not defined it.
  
!  This combination of 'inline' and 'extern' has almost the effect of a
  macro.  The way to use it is to put a function definition in a header
  file with these keywords, and put another copy of the definition
! (lacking 'inline' and 'extern') in a library file.  The definition in
! the header file causes most calls to the function to be inlined.  If any
! uses of the function remain, they refer to the single copy in the
  library.
  
  
--- 31941,31998 ----
       }
  
   In both of these common cases, the program behaves the same as if you
! had not used the `inline' keyword, except for its speed.
  
!  When a function is both inline and `static', if all calls to the
  function are integrated into the caller, and the function's address is
  never used, then the function's own assembler code is never referenced.
  In this case, GCC does not actually output assembler code for the
! function, unless you specify the option `-fkeep-inline-functions'.  If
  there is a nonintegrated call, then the function is compiled to
  assembler code as usual.  The function must also be compiled as usual if
  the program refers to its address, because that cannot be inlined.
  
   Note that certain usages in a function definition can make it
  unsuitable for inline substitution.  Among these usages are: variadic
! functions, use of `alloca', use of computed goto (*note Labels as
  Values::), use of nonlocal goto, use of nested functions, use of
! `setjmp', use of `__builtin_longjmp' and use of `__builtin_return' or
! `__builtin_apply_args'.  Using `-Winline' warns when a function marked
! `inline' could not be substituted, and gives the reason for the failure.
  
   As required by ISO C++, GCC considers member functions defined within
  the body of a class to be marked inline even if they are not explicitly
! declared with the `inline' keyword.  You can override this with
! `-fno-default-inline'; *note Options Controlling C++ Dialect: C++
  Dialect Options.
  
   GCC does not inline any functions when not optimizing unless you
! specify the `always_inline' attribute for the function, like this:
  
       /* Prototype.  */
       inline void foo (const char) __attribute__((always_inline));
  
   The remainder of this section is specific to GNU C90 inlining.
  
!  When an inline function is not `static', then the compiler must assume
  that there may be calls from other source files; since a global symbol
  can be defined only once in any program, the function must not be
  defined in the other source files, so the calls therein cannot be
! integrated.  Therefore, a non-`static' inline function is always
  compiled on its own in the usual fashion.
  
!  If you specify both `inline' and `extern' in the function definition,
  then the definition is used only for inlining.  In no case is the
  function compiled on its own, not even if you refer to its address
  explicitly.  Such an address becomes an external reference, as if you
  had only declared the function, and had not defined it.
  
!  This combination of `inline' and `extern' has almost the effect of a
  macro.  The way to use it is to put a function definition in a header
  file with these keywords, and put another copy of the definition
! (lacking `inline' and `extern') in a library file.  The definition in
! the header file causes most calls to the function to be inlined.  If
! any uses of the function remain, they refer to the single copy in the
  library.
  
  
*************** allow you to violate the restriction on
*** 31724,31740 ****
  between two sequence points.
  
   Accesses to non-volatile objects are not ordered with respect to
! volatile accesses.  You cannot use a volatile object as a memory barrier
! to order a sequence of writes to non-volatile memory.  For instance:
  
       int *ptr = SOMETHING;
       volatile int vobj;
       *ptr = SOMETHING;
       vobj = 1;
  
! Unless *PTR and VOBJ can be aliased, it is not guaranteed that the write
! to *PTR occurs by the time the update of VOBJ happens.  If you need this
! guarantee, you must use a stronger memory barrier such as:
  
       int *ptr = SOMETHING;
       volatile int vobj;
--- 32015,32032 ----
  between two sequence points.
  
   Accesses to non-volatile objects are not ordered with respect to
! volatile accesses.  You cannot use a volatile object as a memory
! barrier to order a sequence of writes to non-volatile memory.  For
! instance:
  
       int *ptr = SOMETHING;
       volatile int vobj;
       *ptr = SOMETHING;
       vobj = 1;
  
! Unless *PTR and VOBJ can be aliased, it is not guaranteed that the
! write to *PTR occurs by the time the update of VOBJ happens.  If you
! need this guarantee, you must use a stronger memory barrier such as:
  
       int *ptr = SOMETHING;
       volatile int vobj;
*************** volatile object being pointed to.
*** 31752,31760 ****
  
   Assignments are also expressions and have an rvalue.  However when
  assigning to a scalar volatile, the volatile object is not reread,
! regardless of whether the assignment expression's rvalue is used or not.
! If the assignment's rvalue is used, the value is that assigned to the
! volatile object.  For instance, there is no read of VOBJ in all the
  following cases:
  
       int obj;
--- 32044,32052 ----
  
   Assignments are also expressions and have an rvalue.  However when
  assigning to a scalar volatile, the volatile object is not reread,
! regardless of whether the assignment expression's rvalue is used or
! not.  If the assignment's rvalue is used, the value is that assigned to
! the volatile object.  For instance, there is no read of VOBJ in all the
  following cases:
  
       int obj;
*************** File: gcc.info,  Node: Using Assembly La
*** 31781,31806 ****
  6.45 How to Use Inline Assembly Language in C Code
  ==================================================
  
! The 'asm' keyword allows you to embed assembler instructions within C
! code.  GCC provides two forms of inline 'asm' statements.  A "basic
! 'asm'" statement is one with no operands (*note Basic Asm::), while an
! "extended 'asm'" statement (*note Extended Asm::) includes one or more
  operands.  The extended form is preferred for mixing C and assembly
  language within a function, but to include assembly language at top
! level you must use basic 'asm'.
  
!  You can also use the 'asm' keyword to override the assembler name for a
! C symbol, or to place a C variable in a specific register.
  
  * Menu:
  
  * Basic Asm::          Inline assembler without operands.
  * Extended Asm::       Inline assembler with operands.
! * Constraints::        Constraints for 'asm' operands
  * Asm Labels::         Specifying the assembler name to use for a C symbol.
  * Explicit Register Variables::  Defining variables residing in specified
                         registers.
! * Size of an asm::     How GCC calculates the size of an 'asm' block.
  
  
  File: gcc.info,  Node: Basic Asm,  Next: Extended Asm,  Up: Using Assembly Language with C
--- 32073,32098 ----
  6.45 How to Use Inline Assembly Language in C Code
  ==================================================
  
! The `asm' keyword allows you to embed assembler instructions within C
! code.  GCC provides two forms of inline `asm' statements.  A "basic
! `asm'" statement is one with no operands (*note Basic Asm::), while an
! "extended `asm'" statement (*note Extended Asm::) includes one or more
  operands.  The extended form is preferred for mixing C and assembly
  language within a function, but to include assembly language at top
! level you must use basic `asm'.
  
!  You can also use the `asm' keyword to override the assembler name for
! a C symbol, or to place a C variable in a specific register.
  
  * Menu:
  
  * Basic Asm::          Inline assembler without operands.
  * Extended Asm::       Inline assembler with operands.
! * Constraints::        Constraints for `asm' operands
  * Asm Labels::         Specifying the assembler name to use for a C symbol.
  * Explicit Register Variables::  Defining variables residing in specified
                         registers.
! * Size of an asm::     How GCC calculates the size of an `asm' block.
  
  
  File: gcc.info,  Node: Basic Asm,  Next: Extended Asm,  Up: Using Assembly Language with C
*************** File: gcc.info,  Node: Basic Asm,  Next:
*** 31808,31919 ****
  6.45.1 Basic Asm -- Assembler Instructions Without Operands
  -----------------------------------------------------------
  
! A basic 'asm' statement has the following syntax:
  
       asm [ volatile ] ( ASSEMBLERINSTRUCTIONS )
  
!  The 'asm' keyword is a GNU extension.  When writing code that can be
! compiled with '-ansi' and the various '-std' options, use '__asm__'
! instead of 'asm' (*note Alternate Keywords::).
  
  Qualifiers
  ..........
  
! 'volatile'
!      The optional 'volatile' qualifier has no effect.  All basic 'asm'
       blocks are implicitly volatile.
  
  Parameters
  ..........
  
  ASSEMBLERINSTRUCTIONS
!      This is a literal string that specifies the assembler code.  The
       string can contain any instructions recognized by the assembler,
       including directives.  GCC does not parse the assembler
       instructions themselves and does not know what they mean or even
       whether they are valid assembler input.
  
       You may place multiple assembler instructions together in a single
!      'asm' string, separated by the characters normally used in assembly
!      code for the system.  A combination that works in most places is a
!      newline to break the line, plus a tab character (written as
!      '\n\t').  Some assemblers allow semicolons as a line separator.
!      However, note that some assembler dialects use semicolons to start
!      a comment.
  
  Remarks
  .......
  
! Using extended 'asm' (*note Extended Asm::) typically produces smaller,
  safer, and more efficient code, and in most cases it is a better
! solution than basic 'asm'.  However, there are two situations where only
! basic 'asm' can be used:
  
!    * Extended 'asm' statements have to be inside a C function, so to
!      write inline assembly language at file scope ("top-level"), outside
!      of C functions, you must use basic 'asm'.  You can use this
!      technique to emit assembler directives, define assembly language
!      macros that can be invoked elsewhere in the file, or write entire
!      functions in assembly language.
  
!    * Functions declared with the 'naked' attribute also require basic
!      'asm' (*note Function Attributes::).
  
!  Safely accessing C data and calling functions from basic 'asm' is more
! complex than it may appear.  To access C data, it is better to use
! extended 'asm'.
  
!  Do not expect a sequence of 'asm' statements to remain perfectly
! consecutive after compilation.  If certain instructions need to remain
! consecutive in the output, put them in a single multi-instruction 'asm'
! statement.  Note that GCC's optimizers can move 'asm' statements
  relative to other code, including across jumps.
  
!  'asm' statements may not perform jumps into other 'asm' statements.
  GCC does not know about these jumps, and therefore cannot take account
! of them when deciding how to optimize.  Jumps from 'asm' to C labels are
! only supported in extended 'asm'.
  
   Under certain circumstances, GCC may duplicate (or remove duplicates
! of) your assembly code when optimizing.  This can lead to unexpected
! duplicate symbol errors during compilation if your assembly code defines
! symbols or labels.
  
!  *Warning:* The C standards do not specify semantics for 'asm', making
  it a potential source of incompatibilities between compilers.  These
  incompatibilities may not produce compiler warnings/errors.
  
!  GCC does not parse basic 'asm''s ASSEMBLERINSTRUCTIONS, which means
  there is no way to communicate to the compiler what is happening inside
! them.  GCC has no visibility of symbols in the 'asm' and may discard
  them as unreferenced.  It also does not know about side effects of the
  assembler code, such as modifications to memory or registers.  Unlike
  some compilers, GCC assumes that no changes to general purpose registers
  occur.  This assumption may change in a future release.
  
   To avoid complications from future changes to the semantics and the
! compatibility issues between compilers, consider replacing basic 'asm'
! with extended 'asm'.  See How to convert from basic asm to extended asm
  (https://gcc.gnu.org/wiki/ConvertBasicAsmToExtended) for information
  about how to perform this conversion.
  
!  The compiler copies the assembler instructions in a basic 'asm'
  verbatim to the assembly language output file, without processing
! dialects or any of the '%' operators that are available with extended
! 'asm'.  This results in minor differences between basic 'asm' strings
! and extended 'asm' templates.  For example, to refer to registers you
! might use '%eax' in basic 'asm' and '%%eax' in extended 'asm'.
  
   On targets such as x86 that support multiple assembler dialects, all
! basic 'asm' blocks use the assembler dialect specified by the '-masm'
! command-line option (*note x86 Options::).  Basic 'asm' provides no
  mechanism to provide different assembler strings for different dialects.
  
!  For basic 'asm' with non-empty assembler string GCC assumes the
  assembler block does not change any general purpose registers, but it
  may read or write any globally accessible variable.
  
!  Here is an example of basic 'asm' for i386:
  
       /* Note that this code will not compile with -masm=intel */
       #define DebugBreak() asm("int $3")
--- 32100,32211 ----
  6.45.1 Basic Asm -- Assembler Instructions Without Operands
  -----------------------------------------------------------
  
! A basic `asm' statement has the following syntax:
  
       asm [ volatile ] ( ASSEMBLERINSTRUCTIONS )
  
!  The `asm' keyword is a GNU extension.  When writing code that can be
! compiled with `-ansi' and the various `-std' options, use `__asm__'
! instead of `asm' (*note Alternate Keywords::).
  
  Qualifiers
  ..........
  
! `volatile'
!      The optional `volatile' qualifier has no effect.  All basic `asm'
       blocks are implicitly volatile.
  
  Parameters
  ..........
  
  ASSEMBLERINSTRUCTIONS
!      This is a literal string that specifies the assembler code. The
       string can contain any instructions recognized by the assembler,
       including directives.  GCC does not parse the assembler
       instructions themselves and does not know what they mean or even
       whether they are valid assembler input.
  
       You may place multiple assembler instructions together in a single
!      `asm' string, separated by the characters normally used in
!      assembly code for the system. A combination that works in most
!      places is a newline to break the line, plus a tab character
!      (written as `\n\t').  Some assemblers allow semicolons as a line
!      separator. However, note that some assembler dialects use
!      semicolons to start a comment.
  
  Remarks
  .......
  
! Using extended `asm' (*note Extended Asm::) typically produces smaller,
  safer, and more efficient code, and in most cases it is a better
! solution than basic `asm'.  However, there are two situations where
! only basic `asm' can be used:
  
!    * Extended `asm' statements have to be inside a C function, so to
!      write inline assembly language at file scope ("top-level"),
!      outside of C functions, you must use basic `asm'.  You can use
!      this technique to emit assembler directives, define assembly
!      language macros that can be invoked elsewhere in the file, or
!      write entire functions in assembly language.
  
!    * Functions declared with the `naked' attribute also require basic
!      `asm' (*note Function Attributes::).
  
!  Safely accessing C data and calling functions from basic `asm' is more
! complex than it may appear. To access C data, it is better to use
! extended `asm'.
  
!  Do not expect a sequence of `asm' statements to remain perfectly
! consecutive after compilation. If certain instructions need to remain
! consecutive in the output, put them in a single multi-instruction `asm'
! statement. Note that GCC's optimizers can move `asm' statements
  relative to other code, including across jumps.
  
!  `asm' statements may not perform jumps into other `asm' statements.
  GCC does not know about these jumps, and therefore cannot take account
! of them when deciding how to optimize. Jumps from `asm' to C labels are
! only supported in extended `asm'.
  
   Under certain circumstances, GCC may duplicate (or remove duplicates
! of) your assembly code when optimizing. This can lead to unexpected
! duplicate symbol errors during compilation if your assembly code
! defines symbols or labels.
  
!  *Warning:* The C standards do not specify semantics for `asm', making
  it a potential source of incompatibilities between compilers.  These
  incompatibilities may not produce compiler warnings/errors.
  
!  GCC does not parse basic `asm''s ASSEMBLERINSTRUCTIONS, which means
  there is no way to communicate to the compiler what is happening inside
! them.  GCC has no visibility of symbols in the `asm' and may discard
  them as unreferenced.  It also does not know about side effects of the
  assembler code, such as modifications to memory or registers.  Unlike
  some compilers, GCC assumes that no changes to general purpose registers
  occur.  This assumption may change in a future release.
  
   To avoid complications from future changes to the semantics and the
! compatibility issues between compilers, consider replacing basic `asm'
! with extended `asm'.  See How to convert from basic asm to extended asm
  (https://gcc.gnu.org/wiki/ConvertBasicAsmToExtended) for information
  about how to perform this conversion.
  
!  The compiler copies the assembler instructions in a basic `asm'
  verbatim to the assembly language output file, without processing
! dialects or any of the `%' operators that are available with extended
! `asm'. This results in minor differences between basic `asm' strings
! and extended `asm' templates. For example, to refer to registers you
! might use `%eax' in basic `asm' and `%%eax' in extended `asm'.
  
   On targets such as x86 that support multiple assembler dialects, all
! basic `asm' blocks use the assembler dialect specified by the `-masm'
! command-line option (*note x86 Options::).  Basic `asm' provides no
  mechanism to provide different assembler strings for different dialects.
  
!  For basic `asm' with non-empty assembler string GCC assumes the
  assembler block does not change any general purpose registers, but it
  may read or write any globally accessible variable.
  
!  Here is an example of basic `asm' for i386:
  
       /* Note that this code will not compile with -masm=intel */
       #define DebugBreak() asm("int $3")
*************** File: gcc.info,  Node: Extended Asm,  Ne
*** 31924,31932 ****
  6.45.2 Extended Asm - Assembler Instructions with C Expression Operands
  -----------------------------------------------------------------------
  
! With extended 'asm' you can read and write C variables from assembler
! and perform jumps from assembler code to C labels.  Extended 'asm'
! syntax uses colons (':') to delimit the operand parameters after the
  assembler template:
  
       asm [volatile] ( ASSEMBLERTEMPLATE
--- 32216,32224 ----
  6.45.2 Extended Asm - Assembler Instructions with C Expression Operands
  -----------------------------------------------------------------------
  
! With extended `asm' you can read and write C variables from assembler
! and perform jumps from assembler code to C labels.  Extended `asm'
! syntax uses colons (`:') to delimit the operand parameters after the
  assembler template:
  
       asm [volatile] ( ASSEMBLERTEMPLATE
*************** assembler template:
*** 31940,31961 ****
                             : CLOBBERS
                             : GOTOLABELS)
  
!  The 'asm' keyword is a GNU extension.  When writing code that can be
! compiled with '-ansi' and the various '-std' options, use '__asm__'
! instead of 'asm' (*note Alternate Keywords::).
  
  Qualifiers
  ..........
  
! 'volatile'
!      The typical use of extended 'asm' statements is to manipulate input
!      values to produce output values.  However, your 'asm' statements
!      may also produce side effects.  If so, you may need to use the
!      'volatile' qualifier to disable certain optimizations.  *Note
       Volatile::.
  
! 'goto'
!      This qualifier informs the compiler that the 'asm' statement may
       perform a jump to one of the labels listed in the GOTOLABELS.
       *Note GotoLabels::.
  
--- 32232,32253 ----
                             : CLOBBERS
                             : GOTOLABELS)
  
!  The `asm' keyword is a GNU extension.  When writing code that can be
! compiled with `-ansi' and the various `-std' options, use `__asm__'
! instead of `asm' (*note Alternate Keywords::).
  
  Qualifiers
  ..........
  
! `volatile'
!      The typical use of extended `asm' statements is to manipulate input
!      values to produce output values. However, your `asm' statements may
!      also produce side effects. If so, you may need to use the
!      `volatile' qualifier to disable certain optimizations. *Note
       Volatile::.
  
! `goto'
!      This qualifier informs the compiler that the `asm' statement may
       perform a jump to one of the labels listed in the GOTOLABELS.
       *Note GotoLabels::.
  
*************** Parameters
*** 31964,31980 ****
  
  ASSEMBLERTEMPLATE
       This is a literal string that is the template for the assembler
!      code.  It is a combination of fixed text and tokens that refer to
!      the input, output, and goto parameters.  *Note AssemblerTemplate::.
  
  OUTPUTOPERANDS
       A comma-separated list of the C variables modified by the
!      instructions in the ASSEMBLERTEMPLATE.  An empty list is permitted.
!      *Note OutputOperands::.
  
  INPUTOPERANDS
!      A comma-separated list of C expressions read by the instructions in
!      the ASSEMBLERTEMPLATE.  An empty list is permitted.  *Note
       InputOperands::.
  
  CLOBBERS
--- 32256,32272 ----
  
  ASSEMBLERTEMPLATE
       This is a literal string that is the template for the assembler
!      code. It is a combination of fixed text and tokens that refer to
!      the input, output, and goto parameters. *Note AssemblerTemplate::.
  
  OUTPUTOPERANDS
       A comma-separated list of the C variables modified by the
!      instructions in the ASSEMBLERTEMPLATE.  An empty list is
!      permitted.  *Note OutputOperands::.
  
  INPUTOPERANDS
!      A comma-separated list of C expressions read by the instructions
!      in the ASSEMBLERTEMPLATE.  An empty list is permitted.  *Note
       InputOperands::.
  
  CLOBBERS
*************** CLOBBERS
*** 31983,31993 ****
       is permitted.  *Note Clobbers::.
  
  GOTOLABELS
!      When you are using the 'goto' form of 'asm', this section contains
!      the list of all C labels to which the code in the ASSEMBLERTEMPLATE
!      may jump.  *Note GotoLabels::.
  
!      'asm' statements may not perform jumps into other 'asm' statements,
       only to the listed GOTOLABELS.  GCC's optimizers do not know about
       other jumps; therefore they cannot take account of them when
       deciding how to optimize.
--- 32275,32285 ----
       is permitted.  *Note Clobbers::.
  
  GOTOLABELS
!      When you are using the `goto' form of `asm', this section contains
!      the list of all C labels to which the code in the
!      ASSEMBLERTEMPLATE may jump.  *Note GotoLabels::.
  
!      `asm' statements may not perform jumps into other `asm' statements,
       only to the listed GOTOLABELS.  GCC's optimizers do not know about
       other jumps; therefore they cannot take account of them when
       deciding how to optimize.
*************** GOTOLABELS
*** 31997,32016 ****
  Remarks
  .......
  
! The 'asm' statement allows you to include assembly instructions directly
! within C code.  This may help you to maximize performance in
  time-sensitive code or to access assembly instructions that are not
  readily available to C programs.
  
!  Note that extended 'asm' statements must be inside a function.  Only
! basic 'asm' may be outside functions (*note Basic Asm::).  Functions
! declared with the 'naked' attribute also require basic 'asm' (*note
  Function Attributes::).
  
!  While the uses of 'asm' are many and varied, it may help to think of an
! 'asm' statement as a series of low-level instructions that convert input
! parameters to output parameters.  So a simple (if not particularly
! useful) example for i386 using 'asm' might look like this:
  
       int src = 1;
       int dst;
--- 32289,32308 ----
  Remarks
  .......
  
! The `asm' statement allows you to include assembly instructions directly
! within C code. This may help you to maximize performance in
  time-sensitive code or to access assembly instructions that are not
  readily available to C programs.
  
!  Note that extended `asm' statements must be inside a function. Only
! basic `asm' may be outside functions (*note Basic Asm::).  Functions
! declared with the `naked' attribute also require basic `asm' (*note
  Function Attributes::).
  
!  While the uses of `asm' are many and varied, it may help to think of an
! `asm' statement as a series of low-level instructions that convert input
! parameters to output parameters. So a simple (if not particularly
! useful) example for i386 using `asm' might look like this:
  
       int src = 1;
       int dst;
*************** useful) example for i386 using 'asm' mig
*** 32022,32047 ****
  
       printf("%d\n", dst);
  
!  This code copies 'src' to 'dst' and add 1 to 'dst'.
  
  6.45.2.1 Volatile
  .................
  
! GCC's optimizers sometimes discard 'asm' statements if they determine
! there is no need for the output variables.  Also, the optimizers may
! move code out of loops if they believe that the code will always return
! the same result (i.e.  none of its input values change between calls).
! Using the 'volatile' qualifier disables these optimizations.  'asm'
! statements that have no output operands, including 'asm goto'
! statements, are implicitly volatile.
  
   This i386 code demonstrates a case that does not use (or require) the
! 'volatile' qualifier.  If it is performing assertion checking, this code
! uses 'asm' to perform the validation.  Otherwise, 'dwRes' is
! unreferenced by any code.  As a result, the optimizers can discard the
! 'asm' statement, which in turn removes the need for the entire 'DoCheck'
! routine.  By omitting the 'volatile' qualifier when it isn't needed you
! allow the optimizers to produce the most efficient code possible.
  
       void DoCheck(uint32_t dwSomeValue)
       {
--- 32314,32340 ----
  
       printf("%d\n", dst);
  
!  This code copies `src' to `dst' and add 1 to `dst'.
  
  6.45.2.1 Volatile
  .................
  
! GCC's optimizers sometimes discard `asm' statements if they determine
! there is no need for the output variables. Also, the optimizers may move
! code out of loops if they believe that the code will always return the
! same result (i.e. none of its input values change between calls). Using
! the `volatile' qualifier disables these optimizations. `asm' statements
! that have no output operands, including `asm goto' statements, are
! implicitly volatile.
  
   This i386 code demonstrates a case that does not use (or require) the
! `volatile' qualifier. If it is performing assertion checking, this code
! uses `asm' to perform the validation. Otherwise, `dwRes' is
! unreferenced by any code. As a result, the optimizers can discard the
! `asm' statement, which in turn removes the need for the entire
! `DoCheck' routine. By omitting the `volatile' qualifier when it isn't
! needed you allow the optimizers to produce the most efficient code
! possible.
  
       void DoCheck(uint32_t dwSomeValue)
       {
*************** allow the optimizers to produce the most
*** 32057,32065 ****
       }
  
   The next example shows a case where the optimizers can recognize that
! the input ('dwSomeValue') never changes during the execution of the
! function and can therefore move the 'asm' outside the loop to produce
! more efficient code.  Again, using 'volatile' disables this type of
  optimization.
  
       void do_print(uint32_t dwSomeValue)
--- 32350,32358 ----
       }
  
   The next example shows a case where the optimizers can recognize that
! the input (`dwSomeValue') never changes during the execution of the
! function and can therefore move the `asm' outside the loop to produce
! more efficient code.  Again, using `volatile' disables this type of
  optimization.
  
       void do_print(uint32_t dwSomeValue)
*************** optimization.
*** 32079,32087 ****
       }
  
   The following example demonstrates a case where you need to use the
! 'volatile' qualifier.  It uses the x86 'rdtsc' instruction, which reads
! the computer's time-stamp counter.  Without the 'volatile' qualifier,
! the optimizers might assume that the 'asm' block will always return the
  same value and therefore optimize away the second call.
  
       uint64_t msr;
--- 32372,32380 ----
       }
  
   The following example demonstrates a case where you need to use the
! `volatile' qualifier.  It uses the x86 `rdtsc' instruction, which reads
! the computer's time-stamp counter. Without the `volatile' qualifier,
! the optimizers might assume that the `asm' block will always return the
  same value and therefore optimize away the second call.
  
       uint64_t msr;
*************** same value and therefore optimize away t
*** 32108,32136 ****
       printf("msr: %llx\n", msr);
  
   GCC's optimizers do not treat this code like the non-volatile code in
! the earlier examples.  They do not move it out of loops or omit it on
! the assumption that the result from a previous call is still valid.
  
!  Note that the compiler can move even volatile 'asm' instructions
! relative to other code, including across jump instructions.  For
  example, on many targets there is a system register that controls the
! rounding mode of floating-point operations.  Setting it with a volatile
! 'asm', as in the following PowerPC example, does not work reliably.
  
       asm volatile("mtfsf 255, %0" : : "f" (fpenv));
       sum = x + y;
  
!  The compiler may move the addition back before the volatile 'asm'.  To
! make it work as expected, add an artificial dependency to the 'asm' by
  referencing a variable in the subsequent code, for example:
  
       asm volatile ("mtfsf 255,%1" : "=X" (sum) : "f" (fpenv));
       sum = x + y;
  
   Under certain circumstances, GCC may duplicate (or remove duplicates
! of) your assembly code when optimizing.  This can lead to unexpected
  duplicate symbol errors during compilation if your asm code defines
! symbols or labels.  Using '%=' (*note AssemblerTemplate::) may help
  resolve this problem.
  
  6.45.2.2 Assembler Template
--- 32401,32429 ----
       printf("msr: %llx\n", msr);
  
   GCC's optimizers do not treat this code like the non-volatile code in
! the earlier examples. They do not move it out of loops or omit it on the
! assumption that the result from a previous call is still valid.
  
!  Note that the compiler can move even volatile `asm' instructions
! relative to other code, including across jump instructions. For
  example, on many targets there is a system register that controls the
! rounding mode of floating-point operations. Setting it with a volatile
! `asm', as in the following PowerPC example, does not work reliably.
  
       asm volatile("mtfsf 255, %0" : : "f" (fpenv));
       sum = x + y;
  
!  The compiler may move the addition back before the volatile `asm'. To
! make it work as expected, add an artificial dependency to the `asm' by
  referencing a variable in the subsequent code, for example:
  
       asm volatile ("mtfsf 255,%1" : "=X" (sum) : "f" (fpenv));
       sum = x + y;
  
   Under certain circumstances, GCC may duplicate (or remove duplicates
! of) your assembly code when optimizing. This can lead to unexpected
  duplicate symbol errors during compilation if your asm code defines
! symbols or labels.  Using `%=' (*note AssemblerTemplate::) may help
  resolve this problem.
  
  6.45.2.2 Assembler Template
*************** resolve this problem.
*** 32139,32173 ****
  An assembler template is a literal string containing assembler
  instructions.  The compiler replaces tokens in the template that refer
  to inputs, outputs, and goto labels, and then outputs the resulting
! string to the assembler.  The string can contain any instructions
! recognized by the assembler, including directives.  GCC does not parse
  the assembler instructions themselves and does not know what they mean
! or even whether they are valid assembler input.  However, it does count
  the statements (*note Size of an asm::).
  
   You may place multiple assembler instructions together in a single
! 'asm' string, separated by the characters normally used in assembly code
! for the system.  A combination that works in most places is a newline to
! break the line, plus a tab character to move to the instruction field
! (written as '\n\t').  Some assemblers allow semicolons as a line
! separator.  However, note that some assembler dialects use semicolons to
! start a comment.
  
!  Do not expect a sequence of 'asm' statements to remain perfectly
! consecutive after compilation, even when you are using the 'volatile'
! qualifier.  If certain instructions need to remain consecutive in the
  output, put them in a single multi-instruction asm statement.
  
   Accessing data from C programs without using input/output operands
  (such as by using global symbols directly from the assembler template)
! may not work as expected.  Similarly, calling functions directly from an
  assembler template requires a detailed understanding of the target
  assembler and ABI.
  
   Since GCC does not parse the assembler template, it has no visibility
! of any symbols it references.  This may result in GCC discarding those
! symbols as unreferenced unless they are also listed as input, output, or
! goto operands.
  
  Special format strings
  ......................
--- 32432,32466 ----
  An assembler template is a literal string containing assembler
  instructions.  The compiler replaces tokens in the template that refer
  to inputs, outputs, and goto labels, and then outputs the resulting
! string to the assembler. The string can contain any instructions
! recognized by the assembler, including directives. GCC does not parse
  the assembler instructions themselves and does not know what they mean
! or even whether they are valid assembler input. However, it does count
  the statements (*note Size of an asm::).
  
   You may place multiple assembler instructions together in a single
! `asm' string, separated by the characters normally used in assembly
! code for the system. A combination that works in most places is a
! newline to break the line, plus a tab character to move to the
! instruction field (written as `\n\t').  Some assemblers allow
! semicolons as a line separator. However, note that some assembler
! dialects use semicolons to start a comment.
  
!  Do not expect a sequence of `asm' statements to remain perfectly
! consecutive after compilation, even when you are using the `volatile'
! qualifier. If certain instructions need to remain consecutive in the
  output, put them in a single multi-instruction asm statement.
  
   Accessing data from C programs without using input/output operands
  (such as by using global symbols directly from the assembler template)
! may not work as expected. Similarly, calling functions directly from an
  assembler template requires a detailed understanding of the target
  assembler and ABI.
  
   Since GCC does not parse the assembler template, it has no visibility
! of any symbols it references. This may result in GCC discarding those
! symbols as unreferenced unless they are also listed as input, output,
! or goto operands.
  
  Special format strings
  ......................
*************** Special format strings
*** 32175,32222 ****
  In addition to the tokens described by the input, output, and goto
  operands, these tokens have special meanings in the assembler template:
  
! '%%'
!      Outputs a single '%' into the assembler code.
  
! '%='
!      Outputs a number that is unique to each instance of the 'asm'
!      statement in the entire compilation.  This option is useful when
       creating local labels and referring to them multiple times in a
       single template that generates multiple assembler instructions.
  
! '%{'
! '%|'
! '%}'
!      Outputs '{', '|', and '}' characters (respectively) into the
       assembler code.  When unescaped, these characters have special
       meaning to indicate multiple assembler dialects, as described
       below.
  
! Multiple assembler dialects in 'asm' templates
  ..............................................
  
  On targets such as x86, GCC supports multiple assembler dialects.  The
! '-masm' option controls which dialect GCC uses as its default for inline
! assembler.  The target-specific documentation for the '-masm' option
! contains the list of supported dialects, as well as the default dialect
! if the option is not specified.  This information may be important to
! understand, since assembler code that works correctly when compiled
! using one dialect will likely fail if compiled using another.  *Note x86
! Options::.
  
!  If your code needs to support multiple assembler dialects (for example,
! if you are writing public headers that need to support a variety of
! compilation options), use constructs of this form:
  
       { dialect0 | dialect1 | dialect2... }
  
!  This construct outputs 'dialect0' when using dialect #0 to compile the
! code, 'dialect1' for dialect #1, etc.  If there are fewer alternatives
! within the braces than the number of dialects the compiler supports, the
! construct outputs nothing.
  
!  For example, if an x86 compiler supports two dialects ('att', 'intel'),
! an assembler template such as this:
  
       "bt{l %[Offset],%[Base] | %[Base],%[Offset]}; jc %l2"
  
--- 32468,32515 ----
  In addition to the tokens described by the input, output, and goto
  operands, these tokens have special meanings in the assembler template:
  
! `%%'
!      Outputs a single `%' into the assembler code.
  
! `%='
!      Outputs a number that is unique to each instance of the `asm'
!      statement in the entire compilation. This option is useful when
       creating local labels and referring to them multiple times in a
       single template that generates multiple assembler instructions.
  
! `%{'
! `%|'
! `%}'
!      Outputs `{', `|', and `}' characters (respectively) into the
       assembler code.  When unescaped, these characters have special
       meaning to indicate multiple assembler dialects, as described
       below.
  
! Multiple assembler dialects in `asm' templates
  ..............................................
  
  On targets such as x86, GCC supports multiple assembler dialects.  The
! `-masm' option controls which dialect GCC uses as its default for
! inline assembler. The target-specific documentation for the `-masm'
! option contains the list of supported dialects, as well as the default
! dialect if the option is not specified. This information may be
! important to understand, since assembler code that works correctly when
! compiled using one dialect will likely fail if compiled using another.
! *Note x86 Options::.
  
!  If your code needs to support multiple assembler dialects (for
! example, if you are writing public headers that need to support a
! variety of compilation options), use constructs of this form:
  
       { dialect0 | dialect1 | dialect2... }
  
!  This construct outputs `dialect0' when using dialect #0 to compile the
! code, `dialect1' for dialect #1, etc. If there are fewer alternatives
! within the braces than the number of dialects the compiler supports,
! the construct outputs nothing.
  
!  For example, if an x86 compiler supports two dialects (`att',
! `intel'), an assembler template such as this:
  
       "bt{l %[Offset],%[Base] | %[Base],%[Offset]}; jc %l2"
  
*************** corresponds to either
*** 32239,32249 ****
  6.45.2.3 Output Operands
  ........................
  
! An 'asm' statement has zero or more output operands indicating the names
  of C variables modified by the assembler code.
  
!  In this i386 example, 'old' (referred to in the template string as
! '%0') and '*Base' (as '%1') are outputs and 'Offset' ('%2') is an input:
  
       bool old;
  
--- 32532,32542 ----
  6.45.2.3 Output Operands
  ........................
  
! An `asm' statement has zero or more output operands indicating the names
  of C variables modified by the assembler code.
  
!  In this i386 example, `old' (referred to in the template string as
! `%0') and `*Base' (as `%1') are outputs and `Offset' (`%2') is an input:
  
       bool old;
  
*************** of C variables modified by the assembler
*** 32262,32298 ****
  ASMSYMBOLICNAME
       Specifies a symbolic name for the operand.  Reference the name in
       the assembler template by enclosing it in square brackets (i.e.
!      '%[Value]').  The scope of the name is the 'asm' statement that
!      contains the definition.  Any valid C variable name is acceptable,
!      including names already defined in the surrounding code.  No two
!      operands within the same 'asm' statement can use the same symbolic
       name.
  
!      When not using an ASMSYMBOLICNAME, use the (zero-based) position of
!      the operand in the list of operands in the assembler template.  For
!      example if there are three output operands, use '%0' in the
!      template to refer to the first, '%1' for the second, and '%2' for
       the third.
  
  CONSTRAINT
       A string constant specifying constraints on the placement of the
       operand; *Note Constraints::, for details.
  
!      Output constraints must begin with either '=' (a variable
!      overwriting an existing value) or '+' (when reading and writing).
!      When using '=', do not assume the location contains the existing
!      value on entry to the 'asm', except when the operand is tied to an
       input; *note Input Operands: InputOperands.
  
       After the prefix, there must be one or more additional constraints
!      (*note Constraints::) that describe where the value resides.
!      Common constraints include 'r' for register and 'm' for memory.
!      When you list more than one possible location (for example,
!      '"=rm"'), the compiler chooses the most efficient one based on the
!      current context.  If you list as many alternates as the 'asm'
!      statement allows, you permit the optimizers to produce the best
!      possible code.  If you must use a specific register, but your
!      Machine Constraints do not provide sufficient control to select the
       specific register you want, local register variables may provide a
       solution (*note Local Register Variables::).
  
--- 32555,32591 ----
  ASMSYMBOLICNAME
       Specifies a symbolic name for the operand.  Reference the name in
       the assembler template by enclosing it in square brackets (i.e.
!      `%[Value]'). The scope of the name is the `asm' statement that
!      contains the definition. Any valid C variable name is acceptable,
!      including names already defined in the surrounding code. No two
!      operands within the same `asm' statement can use the same symbolic
       name.
  
!      When not using an ASMSYMBOLICNAME, use the (zero-based) position
!      of the operand in the list of operands in the assembler template.
!      For example if there are three output operands, use `%0' in the
!      template to refer to the first, `%1' for the second, and `%2' for
       the third.
  
  CONSTRAINT
       A string constant specifying constraints on the placement of the
       operand; *Note Constraints::, for details.
  
!      Output constraints must begin with either `=' (a variable
!      overwriting an existing value) or `+' (when reading and writing).
!      When using `=', do not assume the location contains the existing
!      value on entry to the `asm', except when the operand is tied to an
       input; *note Input Operands: InputOperands.
  
       After the prefix, there must be one or more additional constraints
!      (*note Constraints::) that describe where the value resides. Common
!      constraints include `r' for register and `m' for memory.  When you
!      list more than one possible location (for example, `"=rm"'), the
!      compiler chooses the most efficient one based on the current
!      context.  If you list as many alternates as the `asm' statement
!      allows, you permit the optimizers to produce the best possible
!      code.  If you must use a specific register, but your Machine
!      Constraints do not provide sufficient control to select the
       specific register you want, local register variables may provide a
       solution (*note Local Register Variables::).
  
*************** CVARIABLENAME
*** 32301,32355 ****
       variable name.  The enclosing parentheses are a required part of
       the syntax.
  
   When the compiler selects the registers to use to represent the output
  operands, it does not use any of the clobbered registers (*note
  Clobbers::).
  
!  Output operand expressions must be lvalues.  The compiler cannot check
  whether the operands have data types that are reasonable for the
! instruction being executed.  For output expressions that are not
  directly addressable (for example a bit-field), the constraint must
! allow a register.  In that case, GCC uses the register as the output of
! the 'asm', and then stores that register into the output.
  
!  Operands using the '+' constraint modifier count as two operands (that
  is, both as input and output) towards the total maximum of 30 operands
! per 'asm' statement.
  
!  Use the '&' constraint modifier (*note Modifiers::) on all output
  operands that must not overlap an input.  Otherwise, GCC may allocate
  the output operand in the same register as an unrelated input operand,
  on the assumption that the assembler code consumes its inputs before
! producing outputs.  This assumption may be false if the assembler code
  actually consists of more than one instruction.
  
   The same problem can occur if one output parameter (A) allows a
  register constraint and another output parameter (B) allows a memory
! constraint.  The code generated by GCC to access the memory address in B
! can contain registers which _might_ be shared by A, and GCC considers
! those registers to be inputs to the asm.  As above, GCC assumes that
! such input registers are consumed before any outputs are written.  This
  assumption may result in incorrect behavior if the asm writes to A
! before using B.  Combining the '&' modifier with the register constraint
  on A ensures that modifying A does not affect the address referenced by
! B.  Otherwise, the location of B is undefined if A is modified before
  using B.
  
!  'asm' supports operand modifiers on operands (for example '%k2' instead
! of simply '%2').  Typically these qualifiers are hardware dependent.
! The list of supported modifiers for x86 is found at *note x86 Operand
! modifiers: x86Operandmodifiers.
  
!  If the C code that follows the 'asm' makes no use of any of the output
! operands, use 'volatile' for the 'asm' statement to prevent the
! optimizers from discarding the 'asm' statement as unneeded (see *note
  Volatile::).
  
!  This code makes no use of the optional ASMSYMBOLICNAME.  Therefore it
! references the first output operand as '%0' (were there a second, it
! would be '%1', etc).  The number of the first input operand is one
! greater than that of the last output operand.  In this i386 example,
! that makes 'Mask' referenced as '%1':
  
       uint32_t Mask = 1234;
       uint32_t Index;
--- 32594,32649 ----
       variable name.  The enclosing parentheses are a required part of
       the syntax.
  
+ 
   When the compiler selects the registers to use to represent the output
  operands, it does not use any of the clobbered registers (*note
  Clobbers::).
  
!  Output operand expressions must be lvalues. The compiler cannot check
  whether the operands have data types that are reasonable for the
! instruction being executed. For output expressions that are not
  directly addressable (for example a bit-field), the constraint must
! allow a register. In that case, GCC uses the register as the output of
! the `asm', and then stores that register into the output.
  
!  Operands using the `+' constraint modifier count as two operands (that
  is, both as input and output) towards the total maximum of 30 operands
! per `asm' statement.
  
!  Use the `&' constraint modifier (*note Modifiers::) on all output
  operands that must not overlap an input.  Otherwise, GCC may allocate
  the output operand in the same register as an unrelated input operand,
  on the assumption that the assembler code consumes its inputs before
! producing outputs. This assumption may be false if the assembler code
  actually consists of more than one instruction.
  
   The same problem can occur if one output parameter (A) allows a
  register constraint and another output parameter (B) allows a memory
! constraint.  The code generated by GCC to access the memory address in
! B can contain registers which _might_ be shared by A, and GCC considers
! those registers to be inputs to the asm. As above, GCC assumes that
! such input registers are consumed before any outputs are written. This
  assumption may result in incorrect behavior if the asm writes to A
! before using B. Combining the `&' modifier with the register constraint
  on A ensures that modifying A does not affect the address referenced by
! B. Otherwise, the location of B is undefined if A is modified before
  using B.
  
!  `asm' supports operand modifiers on operands (for example `%k2'
! instead of simply `%2'). Typically these qualifiers are hardware
! dependent. The list of supported modifiers for x86 is found at *note
! x86 Operand modifiers: x86Operandmodifiers.
  
!  If the C code that follows the `asm' makes no use of any of the output
! operands, use `volatile' for the `asm' statement to prevent the
! optimizers from discarding the `asm' statement as unneeded (see *note
  Volatile::).
  
!  This code makes no use of the optional ASMSYMBOLICNAME. Therefore it
! references the first output operand as `%0' (were there a second, it
! would be `%1', etc). The number of the first input operand is one
! greater than that of the last output operand. In this i386 example,
! that makes `Mask' referenced as `%1':
  
       uint32_t Mask = 1234;
       uint32_t Index;
*************** that makes 'Mask' referenced as '%1':
*** 32359,32376 ****
            : "r" (Mask)
            : "cc");
  
!  That code overwrites the variable 'Index' ('='), placing the value in a
! register ('r').  Using the generic 'r' constraint instead of a
  constraint for a specific register allows the compiler to pick the
! register to use, which can result in more efficient code.  This may not
  be possible if an assembler instruction requires a specific register.
  
   The following i386 example uses the ASMSYMBOLICNAME syntax.  It
  produces the same result as the code above, but some may consider it
! more readable or more maintainable since reordering index numbers is not
! necessary when adding or removing operands.  The names 'aIndex' and
! 'aMask' are only used in this example to emphasize which names get used
! where.  It is acceptable to reuse the names 'Index' and 'Mask'.
  
       uint32_t Mask = 1234;
       uint32_t Index;
--- 32653,32670 ----
            : "r" (Mask)
            : "cc");
  
!  That code overwrites the variable `Index' (`='), placing the value in
! a register (`r').  Using the generic `r' constraint instead of a
  constraint for a specific register allows the compiler to pick the
! register to use, which can result in more efficient code. This may not
  be possible if an assembler instruction requires a specific register.
  
   The following i386 example uses the ASMSYMBOLICNAME syntax.  It
  produces the same result as the code above, but some may consider it
! more readable or more maintainable since reordering index numbers is
! not necessary when adding or removing operands. The names `aIndex' and
! `aMask' are only used in this example to emphasize which names get used
! where.  It is acceptable to reuse the names `Index' and `Mask'.
  
       uint32_t Mask = 1234;
       uint32_t Index;
*************** where.  It is acceptable to reuse the na
*** 32390,32399 ****
          : [d] "=rm" (d)
          : [e] "rm" (*e));
  
!  Here, 'd' may either be in a register or in memory.  Since the compiler
! might already have the current value of the 'uint32_t' location pointed
! to by 'e' in a register, you can enable it to choose the best location
! for 'd' by specifying both constraints.
  
  6.45.2.4 Flag Output Operands
  .............................
--- 32684,32693 ----
          : [d] "=rm" (d)
          : [e] "rm" (*e));
  
!  Here, `d' may either be in a register or in memory. Since the compiler
! might already have the current value of the `uint32_t' location pointed
! to by `e' in a register, you can enable it to choose the best location
! for `d' by specifying both constraints.
  
  6.45.2.4 Flag Output Operands
  .............................
*************** conditions in the flags register may be
*** 32408,32476 ****
  conditions supported are target specific, but the general rule is that
  the output variable must be a scalar integer, and the value is boolean.
  When supported, the target defines the preprocessor symbol
! '__GCC_ASM_FLAG_OUTPUTS__'.
  
   Because of the special nature of the flag output operands, the
  constraint may not include alternatives.
  
   Most often, the target has only one flags register, and thus is an
  implied operand of many instructions.  In this case, the operand should
! not be referenced within the assembler template via '%0' etc, as there's
  no corresponding text in the assembly language.
  
  x86 family
       The flag output constraints for the x86 family are of the form
!      '=@ccCOND' where COND is one of the standard conditions defined in
!      the ISA manual for 'jCC' or 'setCC'.
  
!      'a'
            "above" or unsigned greater than
!      'ae'
            "above or equal" or unsigned greater than or equal
!      'b'
            "below" or unsigned less than
!      'be'
            "below or equal" or unsigned less than or equal
!      'c'
            carry flag set
!      'e'
!      'z'
            "equal" or zero flag set
!      'g'
            signed greater than
!      'ge'
            signed greater than or equal
!      'l'
            signed less than
!      'le'
            signed less than or equal
!      'o'
            overflow flag set
!      'p'
            parity flag set
!      's'
            sign flag set
!      'na'
!      'nae'
!      'nb'
!      'nbe'
!      'nc'
!      'ne'
!      'ng'
!      'nge'
!      'nl'
!      'nle'
!      'no'
!      'np'
!      'ns'
!      'nz'
            "not" FLAG, or inverted versions of those above
  
  6.45.2.5 Input Operands
  .......................
  
! Input operands make values from C variables and expressions available to
! the assembly code.
  
   Operands are separated by commas.  Each operand has this format:
  
--- 32702,32784 ----
  conditions supported are target specific, but the general rule is that
  the output variable must be a scalar integer, and the value is boolean.
  When supported, the target defines the preprocessor symbol
! `__GCC_ASM_FLAG_OUTPUTS__'.
  
   Because of the special nature of the flag output operands, the
  constraint may not include alternatives.
  
   Most often, the target has only one flags register, and thus is an
  implied operand of many instructions.  In this case, the operand should
! not be referenced within the assembler template via `%0' etc, as there's
  no corresponding text in the assembly language.
  
  x86 family
       The flag output constraints for the x86 family are of the form
!      `=@ccCOND' where COND is one of the standard conditions defined in
!      the ISA manual for `jCC' or `setCC'.
  
!     `a'
            "above" or unsigned greater than
! 
!     `ae'
            "above or equal" or unsigned greater than or equal
! 
!     `b'
            "below" or unsigned less than
! 
!     `be'
            "below or equal" or unsigned less than or equal
! 
!     `c'
            carry flag set
! 
!     `e'
!     `z'
            "equal" or zero flag set
! 
!     `g'
            signed greater than
! 
!     `ge'
            signed greater than or equal
! 
!     `l'
            signed less than
! 
!     `le'
            signed less than or equal
! 
!     `o'
            overflow flag set
! 
!     `p'
            parity flag set
! 
!     `s'
            sign flag set
! 
!     `na'
!     `nae'
!     `nb'
!     `nbe'
!     `nc'
!     `ne'
!     `ng'
!     `nge'
!     `nl'
!     `nle'
!     `no'
!     `np'
!     `ns'
!     `nz'
            "not" FLAG, or inverted versions of those above
  
+ 
  6.45.2.5 Input Operands
  .......................
  
! Input operands make values from C variables and expressions available
! to the assembly code.
  
   Operands are separated by commas.  Each operand has this format:
  
*************** the assembly code.
*** 32479,32520 ****
  ASMSYMBOLICNAME
       Specifies a symbolic name for the operand.  Reference the name in
       the assembler template by enclosing it in square brackets (i.e.
!      '%[Value]').  The scope of the name is the 'asm' statement that
!      contains the definition.  Any valid C variable name is acceptable,
!      including names already defined in the surrounding code.  No two
!      operands within the same 'asm' statement can use the same symbolic
       name.
  
!      When not using an ASMSYMBOLICNAME, use the (zero-based) position of
!      the operand in the list of operands in the assembler template.  For
!      example if there are two output operands and three inputs, use '%2'
!      in the template to refer to the first input operand, '%3' for the
!      second, and '%4' for the third.
  
  CONSTRAINT
       A string constant specifying constraints on the placement of the
       operand; *Note Constraints::, for details.
  
!      Input constraint strings may not begin with either '=' or '+'.
       When you list more than one possible location (for example,
!      '"irm"'), the compiler chooses the most efficient one based on the
       current context.  If you must use a specific register, but your
!      Machine Constraints do not provide sufficient control to select the
!      specific register you want, local register variables may provide a
!      solution (*note Local Register Variables::).
  
!      Input constraints can also be digits (for example, '"0"').  This
!      indicates that the specified input must be in the same place as the
!      output constraint at the (zero-based) index in the output
       constraint list.  When using ASMSYMBOLICNAME syntax for the output
!      operands, you may use these names (enclosed in brackets '[]')
       instead of digits.
  
  CEXPRESSION
!      This is the C variable or expression being passed to the 'asm'
       statement as input.  The enclosing parentheses are a required part
       of the syntax.
  
   When the compiler selects the registers to use to represent the input
  operands, it does not use any of the clobbered registers (*note
  Clobbers::).
--- 32787,32829 ----
  ASMSYMBOLICNAME
       Specifies a symbolic name for the operand.  Reference the name in
       the assembler template by enclosing it in square brackets (i.e.
!      `%[Value]'). The scope of the name is the `asm' statement that
!      contains the definition. Any valid C variable name is acceptable,
!      including names already defined in the surrounding code. No two
!      operands within the same `asm' statement can use the same symbolic
       name.
  
!      When not using an ASMSYMBOLICNAME, use the (zero-based) position
!      of the operand in the list of operands in the assembler template.
!      For example if there are two output operands and three inputs, use
!      `%2' in the template to refer to the first input operand, `%3' for
!      the second, and `%4' for the third.
  
  CONSTRAINT
       A string constant specifying constraints on the placement of the
       operand; *Note Constraints::, for details.
  
!      Input constraint strings may not begin with either `=' or `+'.
       When you list more than one possible location (for example,
!      `"irm"'), the compiler chooses the most efficient one based on the
       current context.  If you must use a specific register, but your
!      Machine Constraints do not provide sufficient control to select
!      the specific register you want, local register variables may
!      provide a solution (*note Local Register Variables::).
  
!      Input constraints can also be digits (for example, `"0"'). This
!      indicates that the specified input must be in the same place as
!      the output constraint at the (zero-based) index in the output
       constraint list.  When using ASMSYMBOLICNAME syntax for the output
!      operands, you may use these names (enclosed in brackets `[]')
       instead of digits.
  
  CEXPRESSION
!      This is the C variable or expression being passed to the `asm'
       statement as input.  The enclosing parentheses are a required part
       of the syntax.
  
+ 
   When the compiler selects the registers to use to represent the input
  operands, it does not use any of the clobbered registers (*note
  Clobbers::).
*************** consecutive colons where the output oper
*** 32527,32555 ****
          : "r" (Offset / 8));
  
   *Warning:* Do _not_ modify the contents of input-only operands (except
! for inputs tied to outputs).  The compiler assumes that on exit from the
! 'asm' statement these operands contain the same values as they had
! before executing the statement.  It is _not_ possible to use clobbers to
! inform the compiler that the values in these inputs are changing.  One
  common work-around is to tie the changing input variable to an output
! variable that never gets used.  Note, however, that if the code that
! follows the 'asm' statement makes no use of any of the output operands,
! the GCC optimizers may discard the 'asm' statement as unneeded (see
  *note Volatile::).
  
!  'asm' supports operand modifiers on operands (for example '%k2' instead
! of simply '%2').  Typically these qualifiers are hardware dependent.
! The list of supported modifiers for x86 is found at *note x86 Operand
! modifiers: x86Operandmodifiers.
  
!  In this example using the fictitious 'combine' instruction, the
! constraint '"0"' for input operand 1 says that it must occupy the same
! location as output operand 0.  Only input operands may use numbers in
! constraints, and they must each refer to an output operand.  Only a
  number (or the symbolic assembler name) in the constraint can guarantee
! that one operand is in the same place as another.  The mere fact that
! 'foo' is the value of both operands is not enough to guarantee that they
! are in the same place in the generated assembler code.
  
       asm ("combine %2, %0"
          : "=r" (foo)
--- 32836,32864 ----
          : "r" (Offset / 8));
  
   *Warning:* Do _not_ modify the contents of input-only operands (except
! for inputs tied to outputs). The compiler assumes that on exit from the
! `asm' statement these operands contain the same values as they had
! before executing the statement.  It is _not_ possible to use clobbers
! to inform the compiler that the values in these inputs are changing. One
  common work-around is to tie the changing input variable to an output
! variable that never gets used. Note, however, that if the code that
! follows the `asm' statement makes no use of any of the output operands,
! the GCC optimizers may discard the `asm' statement as unneeded (see
  *note Volatile::).
  
!  `asm' supports operand modifiers on operands (for example `%k2'
! instead of simply `%2'). Typically these qualifiers are hardware
! dependent. The list of supported modifiers for x86 is found at *note
! x86 Operand modifiers: x86Operandmodifiers.
  
!  In this example using the fictitious `combine' instruction, the
! constraint `"0"' for input operand 1 says that it must occupy the same
! location as output operand 0. Only input operands may use numbers in
! constraints, and they must each refer to an output operand. Only a
  number (or the symbolic assembler name) in the constraint can guarantee
! that one operand is in the same place as another. The mere fact that
! `foo' is the value of both operands is not enough to guarantee that
! they are in the same place in the generated assembler code.
  
       asm ("combine %2, %0"
          : "=r" (foo)
*************** are in the same place in the generated a
*** 32565,32592 ****
  .................
  
  While the compiler is aware of changes to entries listed in the output
! operands, the inline 'asm' code may modify more than just the outputs.
  For example, calculations may require additional registers, or the
  processor may overwrite a register as a side effect of a particular
  assembler instruction.  In order to inform the compiler of these
! changes, list them in the clobber list.  Clobber list items are either
! register names or the special clobbers (listed below).  Each clobber
  list item is a string constant enclosed in double quotes and separated
  by commas.
  
   Clobber descriptions may not in any way overlap with an input or output
! operand.  For example, you may not have an operand describing a register
  class with one member when listing that register in the clobber list.
  Variables declared to live in specific registers (*note Explicit
! Register Variables::) and used as 'asm' input or output operands must
! have no part mentioned in the clobber description.  In particular, there
  is no way to specify that input operands get modified without also
  specifying them as output operands.
  
!  When the compiler selects which registers to use to represent input and
! output operands, it does not use any of the clobbered registers.  As a
! result, clobbered registers are available for any use in the assembler
! code.
  
   Here is a realistic example for the VAX showing the use of clobbered
  registers:
--- 32874,32901 ----
  .................
  
  While the compiler is aware of changes to entries listed in the output
! operands, the inline `asm' code may modify more than just the outputs.
  For example, calculations may require additional registers, or the
  processor may overwrite a register as a side effect of a particular
  assembler instruction.  In order to inform the compiler of these
! changes, list them in the clobber list. Clobber list items are either
! register names or the special clobbers (listed below). Each clobber
  list item is a string constant enclosed in double quotes and separated
  by commas.
  
   Clobber descriptions may not in any way overlap with an input or output
! operand. For example, you may not have an operand describing a register
  class with one member when listing that register in the clobber list.
  Variables declared to live in specific registers (*note Explicit
! Register Variables::) and used as `asm' input or output operands must
! have no part mentioned in the clobber description. In particular, there
  is no way to specify that input operands get modified without also
  specifying them as output operands.
  
!  When the compiler selects which registers to use to represent input
! and output operands, it does not use any of the clobbered registers. As
! a result, clobbered registers are available for any use in the
! assembler code.
  
   Here is a realistic example for the VAX showing the use of clobbered
  registers:
*************** registers:
*** 32598,32667 ****
  
   Also, there are two special clobber arguments:
  
! '"cc"'
!      The '"cc"' clobber indicates that the assembler code modifies the
!      flags register.  On some machines, GCC represents the condition
!      codes as a specific hardware register; '"cc"' serves to name this
       register.  On other machines, condition code handling is different,
!      and specifying '"cc"' has no effect.  But it is valid no matter
       what the target.
  
! '"memory"'
!      The '"memory"' clobber tells the compiler that the assembly code
!      performs memory reads or writes to items other than those listed in
!      the input and output operands (for example, accessing the memory
!      pointed to by one of the input parameters).  To ensure memory
!      contains correct values, GCC may need to flush specific register
!      values to memory before executing the 'asm'.  Further, the compiler
!      does not assume that any values read from memory before an 'asm'
!      remain unchanged after that 'asm'; it reloads them as needed.
!      Using the '"memory"' clobber effectively forms a read/write memory
       barrier for the compiler.
  
       Note that this clobber does not prevent the _processor_ from doing
!      speculative reads past the 'asm' statement.  To prevent that, you
       need processor-specific fence instructions.
  
       Flushing registers to memory has performance implications and may
       be an issue for time-sensitive code.  You can use a trick to avoid
       this if the size of the memory being accessed is known at compile
!      time.  For example, if accessing ten bytes of a string, use a
       memory input like:
  
!      '{"m"( ({ struct { char x[10]; } *p = (void *)ptr ; *p; }) )}'.
  
  6.45.2.7 Goto Labels
  ....................
  
! 'asm goto' allows assembly code to jump to one or more C labels.  The
! GOTOLABELS section in an 'asm goto' statement contains a comma-separated
! list of all C labels to which the assembler code may jump.  GCC assumes
! that 'asm' execution falls through to the next statement (if this is not
! the case, consider using the '__builtin_unreachable' intrinsic after the
! 'asm' statement).  Optimization of 'asm goto' may be improved by using
! the 'hot' and 'cold' label attributes (*note Label Attributes::).
  
!  An 'asm goto' statement cannot have outputs.  This is due to an
  internal restriction of the compiler: control transfer instructions
  cannot have outputs.  If the assembler code does modify anything, use
! the '"memory"' clobber to force the optimizers to flush all register
! values to memory and reload them if necessary after the 'asm' statement.
  
!  Also note that an 'asm goto' statement is always implicitly considered
  volatile.
  
!  To reference a label in the assembler template, prefix it with '%l'
! (lowercase 'L') followed by its (zero-based) position in GOTOLABELS plus
! the number of input operands.  For example, if the 'asm' has three
! inputs and references two labels, refer to the first label as '%l3' and
! the second as '%l4').
  
   Alternately, you can reference labels using the actual C label name
! enclosed in brackets.  For example, to reference a label named 'carry',
! you can use '%l[carry]'.  The label must still be listed in the
  GOTOLABELS section when using this approach.
  
!  Here is an example of 'asm goto' for i386:
  
       asm goto (
           "btl %1, %0\n\t"
--- 32907,32978 ----
  
   Also, there are two special clobber arguments:
  
! `"cc"'
!      The `"cc"' clobber indicates that the assembler code modifies the
!      flags register. On some machines, GCC represents the condition
!      codes as a specific hardware register; `"cc"' serves to name this
       register.  On other machines, condition code handling is different,
!      and specifying `"cc"' has no effect. But it is valid no matter
       what the target.
  
! `"memory"'
!      The `"memory"' clobber tells the compiler that the assembly code
!      performs memory reads or writes to items other than those listed
!      in the input and output operands (for example, accessing the
!      memory pointed to by one of the input parameters). To ensure
!      memory contains correct values, GCC may need to flush specific
!      register values to memory before executing the `asm'. Further, the
!      compiler does not assume that any values read from memory before an
!      `asm' remain unchanged after that `asm'; it reloads them as needed.
!      Using the `"memory"' clobber effectively forms a read/write memory
       barrier for the compiler.
  
       Note that this clobber does not prevent the _processor_ from doing
!      speculative reads past the `asm' statement. To prevent that, you
       need processor-specific fence instructions.
  
       Flushing registers to memory has performance implications and may
       be an issue for time-sensitive code.  You can use a trick to avoid
       this if the size of the memory being accessed is known at compile
!      time. For example, if accessing ten bytes of a string, use a
       memory input like:
  
!      `{"m"( ({ struct { char x[10]; } *p = (void *)ptr ; *p; }) )}'.
! 
  
  6.45.2.7 Goto Labels
  ....................
  
! `asm goto' allows assembly code to jump to one or more C labels.  The
! GOTOLABELS section in an `asm goto' statement contains a comma-separated
! list of all C labels to which the assembler code may jump. GCC assumes
! that `asm' execution falls through to the next statement (if this is
! not the case, consider using the `__builtin_unreachable' intrinsic
! after the `asm' statement). Optimization of `asm goto' may be improved
! by using the `hot' and `cold' label attributes (*note Label
! Attributes::).
  
!  An `asm goto' statement cannot have outputs.  This is due to an
  internal restriction of the compiler: control transfer instructions
  cannot have outputs.  If the assembler code does modify anything, use
! the `"memory"' clobber to force the optimizers to flush all register
! values to memory and reload them if necessary after the `asm' statement.
  
!  Also note that an `asm goto' statement is always implicitly considered
  volatile.
  
!  To reference a label in the assembler template, prefix it with `%l'
! (lowercase `L') followed by its (zero-based) position in GOTOLABELS
! plus the number of input operands.  For example, if the `asm' has three
! inputs and references two labels, refer to the first label as `%l3' and
! the second as `%l4').
  
   Alternately, you can reference labels using the actual C label name
! enclosed in brackets.  For example, to reference a label named `carry',
! you can use `%l[carry]'.  The label must still be listed in the
  GOTOLABELS section when using this approach.
  
!  Here is an example of `asm goto' for i386:
  
       asm goto (
           "btl %1, %0\n\t"
*************** GOTOLABELS section when using this appro
*** 32676,32682 ****
       carry:
       return 1;
  
!  The following example shows an 'asm goto' that uses a memory clobber.
  
       int frob(int x)
       {
--- 32987,32993 ----
       carry:
       return 1;
  
!  The following example shows an `asm goto' that uses a memory clobber.
  
       int frob(int x)
       {
*************** GOTOLABELS section when using this appro
*** 32695,32703 ****
  ..............................
  
  References to input, output, and goto operands in the assembler template
! of extended 'asm' statements can use modifiers to affect the way the
! operands are formatted in the code output to the assembler.  For
! example, the following code uses the 'h' and 'b' modifiers for x86:
  
       uint16_t  num;
       asm volatile ("xchg %h0, %b0" : "+a" (num) );
--- 33006,33014 ----
  ..............................
  
  References to input, output, and goto operands in the assembler template
! of extended `asm' statements can use modifiers to affect the way the
! operands are formatted in the code output to the assembler. For
! example, the following code uses the `h' and `b' modifiers for x86:
  
       uint16_t  num;
       asm volatile ("xchg %h0, %b0" : "+a" (num) );
*************** purposes.
*** 32723,32794 ****
       }
  
   With no modifiers, this is what the output from the operands would be
! for the 'att' and 'intel' dialects of assembler:
  
! Operand   'att'  'intel'
! -----------------------------------
! '%0'      '%eax' 'eax'
! '%1'      '$2'   '2'
! '%2'      '$.L2' 'OFFSET
!                  FLAT:.L2'
  
   The table below shows the list of supported modifiers and their
  effects.
  
! Modifier   Description                                  Operand   'att'   'intel'
! ------------------------------------------------------------------------------------
! 'z'        Print the opcode suffix for the size of      '%z0'     'l'
!            the current integer operand (one of
!            'b'/'w'/'l'/'q').
! 'b'        Print the QImode name of the register.       '%b0'     '%al'   'al'
! 'h'        Print the QImode name for a "high"           '%h0'     '%ah'   'ah'
!            register.
! 'w'        Print the HImode name of the register.       '%w0'     '%ax'   'ax'
! 'k'        Print the SImode name of the register.       '%k0'     '%eax'  'eax'
! 'q'        Print the DImode name of the register.       '%q0'     '%rax'  'rax'
! 'l'        Print the label name with no punctuation.    '%l2'     '.L2'   '.L2'
! 'c'        Require a constant operand and print the     '%c1'     '2'     '2'
!            constant expression with no punctuation.
  
! 6.45.2.9 x86 Floating-Point 'asm' Operands
  ..........................................
  
  On x86 targets, there are several rules on the usage of stack-like
! registers in the operands of an 'asm'.  These rules apply only to the
  operands that are stack-like registers:
  
!   1. Given a set of input registers that die in an 'asm', it is
!      necessary to know which are implicitly popped by the 'asm', and
       which must be explicitly popped by GCC.
  
!      An input register that is implicitly popped by the 'asm' must be
       explicitly clobbered, unless it is constrained to match an output
       operand.
  
!   2. For any input register that is implicitly popped by an 'asm', it is
       necessary to know how to adjust the stack to compensate for the
!      pop.  If any non-popped input is closer to the top of the reg-stack
!      than the implicitly popped register, it would not be possible to
!      know what the stack looked like--it's not clear how the rest of the
!      stack "slides up".
  
       All implicitly popped input registers must be closer to the top of
       the reg-stack than any input that is not implicitly popped.
  
!      It is possible that if an input dies in an 'asm', the compiler
       might use the input register for an output reload.  Consider this
       example:
  
            asm ("foo" : "=t" (a) : "f" (b));
  
!      This code says that input 'b' is not popped by the 'asm', and that
!      the 'asm' pushes a result onto the reg-stack, i.e., the stack is
!      one deeper after the 'asm' than it was before.  But, it is possible
!      that reload may think that it can use the same register for both
!      the input and the output.
  
!      To prevent this from happening, if any input operand uses the 'f'
!      constraint, all output register constraints must use the '&'
       early-clobber modifier.
  
       The example above is correctly written as:
--- 33034,33103 ----
       }
  
   With no modifiers, this is what the output from the operands would be
! for the `att' and `intel' dialects of assembler:
  
! Operand   `att'  `intel'
! ----------------------------------- 
! `%0'      `%eax' `eax'
! `%1'      `$2'   `2'
! `%2'      `$.L2' `OFFSET FLAT:.L2'
  
   The table below shows the list of supported modifiers and their
  effects.
  
! Modifier   Description                                  Operand   `att'   `intel'
! ------------------------------------------------------------------------------------ 
! `z'        Print the opcode suffix for the size of the  `%z0'     `l'     
!            current integer operand (one of                                
!            `b'/`w'/`l'/`q').                                              
! `b'        Print the QImode name of the register.       `%b0'     `%al'   `al'
! `h'        Print the QImode name for a "high" register. `%h0'     `%ah'   `ah'
! `w'        Print the HImode name of the register.       `%w0'     `%ax'   `ax'
! `k'        Print the SImode name of the register.       `%k0'     `%eax'  `eax'
! `q'        Print the DImode name of the register.       `%q0'     `%rax'  `rax'
! `l'        Print the label name with no punctuation.    `%l2'     `.L2'   `.L2'
! `c'        Require a constant operand and print the     `%c1'     `2'     `2'
!            constant expression with no punctuation.                       
  
! 6.45.2.9 x86 Floating-Point `asm' Operands
  ..........................................
  
  On x86 targets, there are several rules on the usage of stack-like
! registers in the operands of an `asm'.  These rules apply only to the
  operands that are stack-like registers:
  
!   1. Given a set of input registers that die in an `asm', it is
!      necessary to know which are implicitly popped by the `asm', and
       which must be explicitly popped by GCC.
  
!      An input register that is implicitly popped by the `asm' must be
       explicitly clobbered, unless it is constrained to match an output
       operand.
  
!   2. For any input register that is implicitly popped by an `asm', it is
       necessary to know how to adjust the stack to compensate for the
!      pop.  If any non-popped input is closer to the top of the
!      reg-stack than the implicitly popped register, it would not be
!      possible to know what the stack looked like--it's not clear how
!      the rest of the stack "slides up".
  
       All implicitly popped input registers must be closer to the top of
       the reg-stack than any input that is not implicitly popped.
  
!      It is possible that if an input dies in an `asm', the compiler
       might use the input register for an output reload.  Consider this
       example:
  
            asm ("foo" : "=t" (a) : "f" (b));
  
!      This code says that input `b' is not popped by the `asm', and that
!      the `asm' pushes a result onto the reg-stack, i.e., the stack is
!      one deeper after the `asm' than it was before.  But, it is
!      possible that reload may think that it can use the same register
!      for both the input and the output.
  
!      To prevent this from happening, if any input operand uses the `f'
!      constraint, all output register constraints must use the `&'
       early-clobber modifier.
  
       The example above is correctly written as:
*************** operands that are stack-like registers:
*** 32796,32848 ****
            asm ("foo" : "=&t" (a) : "f" (b));
  
    3. Some operands need to be in particular places on the stack.  All
!      output operands fall in this category--GCC has no other way to know
!      which registers the outputs appear in unless you indicate this in
!      the constraints.
  
       Output operands must specifically indicate which register an output
!      appears in after an 'asm'.  '=f' is not allowed: the operand
       constraints must select a class with a single register.
  
    4. Output operands may not be "inserted" between existing stack
       registers.  Since no 387 opcode uses a read/write operand, all
!      output operands are dead before the 'asm', and are pushed by the
!      'asm'.  It makes no sense to push anywhere but the top of the
       reg-stack.
  
       Output operands must start at the top of the reg-stack: output
       operands may not "skip" a register.
  
!   5. Some 'asm' statements may need extra stack space for internal
       calculations.  This can be guaranteed by clobbering stack registers
       unrelated to the inputs and outputs.
  
!  This 'asm' takes one input, which is internally popped, and produces
  two outputs.
  
       asm ("fsincos" : "=t" (cos), "=u" (sin) : "0" (inp));
  
! This 'asm' takes two inputs, which are popped by the 'fyl2xp1' opcode,
! and replaces them with one output.  The 'st(1)' clobber is necessary for
! the compiler to know that 'fyl2xp1' pops both inputs.
  
       asm ("fyl2xp1" : "=t" (result) : "0" (x), "u" (y) : "st(1)");
  
  
  File: gcc.info,  Node: Constraints,  Next: Asm Labels,  Prev: Extended Asm,  Up: Using Assembly Language with C
  
! 6.45.3 Constraints for 'asm' Operands
  -------------------------------------
  
  Here are specific details on what constraint letters you can use with
! 'asm' operands.  Constraints can say whether an operand may be in a
  register, and which kinds of register; whether the operand can be a
! memory reference, and which kinds of address; whether the operand may be
! an immediate constant, and which possible values it may have.
! Constraints can also require two operands to match.  Side-effects aren't
! allowed in operands of inline 'asm', unless '<' or '>' constraints are
! used, because there is no guarantee that the side-effects will happen
! exactly once in an instruction that can update the addressing register.
  
  * Menu:
  
--- 33105,33159 ----
            asm ("foo" : "=&t" (a) : "f" (b));
  
    3. Some operands need to be in particular places on the stack.  All
!      output operands fall in this category--GCC has no other way to
!      know which registers the outputs appear in unless you indicate
!      this in the constraints.
  
       Output operands must specifically indicate which register an output
!      appears in after an `asm'.  `=f' is not allowed: the operand
       constraints must select a class with a single register.
  
    4. Output operands may not be "inserted" between existing stack
       registers.  Since no 387 opcode uses a read/write operand, all
!      output operands are dead before the `asm', and are pushed by the
!      `asm'.  It makes no sense to push anywhere but the top of the
       reg-stack.
  
       Output operands must start at the top of the reg-stack: output
       operands may not "skip" a register.
  
!   5. Some `asm' statements may need extra stack space for internal
       calculations.  This can be guaranteed by clobbering stack registers
       unrelated to the inputs and outputs.
  
! 
!  This `asm' takes one input, which is internally popped, and produces
  two outputs.
  
       asm ("fsincos" : "=t" (cos), "=u" (sin) : "0" (inp));
  
! This `asm' takes two inputs, which are popped by the `fyl2xp1' opcode,
! and replaces them with one output.  The `st(1)' clobber is necessary
! for the compiler to know that `fyl2xp1' pops both inputs.
  
       asm ("fyl2xp1" : "=t" (result) : "0" (x), "u" (y) : "st(1)");
  
  
  File: gcc.info,  Node: Constraints,  Next: Asm Labels,  Prev: Extended Asm,  Up: Using Assembly Language with C
  
! 6.45.3 Constraints for `asm' Operands
  -------------------------------------
  
  Here are specific details on what constraint letters you can use with
! `asm' operands.  Constraints can say whether an operand may be in a
  register, and which kinds of register; whether the operand can be a
! memory reference, and which kinds of address; whether the operand may
! be an immediate constant, and which possible values it may have.
! Constraints can also require two operands to match.  Side-effects
! aren't allowed in operands of inline `asm', unless `<' or `>'
! constraints are used, because there is no guarantee that the
! side-effects will happen exactly once in an instruction that can update
! the addressing register.
  
  * Menu:
  
*************** whitespace
*** 32868,32880 ****
       description even if they have different number of constraints and
       modifiers.
  
! 'm'
       A memory operand is allowed, with any kind of address that the
       machine supports in general.  Note that the letter used for the
!      general memory constraint can be re-defined by a back end using the
!      'TARGET_MEM_CONSTRAINT' macro.
  
! 'o'
       A memory operand is allowed, but only if the address is
       "offsettable".  This means that adding a small integer (actually,
       the width in bytes of the operand, as determined by its machine
--- 33179,33191 ----
       description even if they have different number of constraints and
       modifiers.
  
! `m'
       A memory operand is allowed, with any kind of address that the
       machine supports in general.  Note that the letter used for the
!      general memory constraint can be re-defined by a back end using
!      the `TARGET_MEM_CONSTRAINT' macro.
  
! `o'
       A memory operand is allowed, but only if the address is
       "offsettable".  This means that adding a small integer (actually,
       the width in bytes of the operand, as determined by its machine
*************** whitespace
*** 32890,32999 ****
       on the other addressing modes that the machine supports.
  
       Note that in an output operand which can be matched by another
!      operand, the constraint letter 'o' is valid only when accompanied
!      by both '<' (if the target machine has predecrement addressing) and
!      '>' (if the target machine has preincrement addressing).
  
! 'V'
!      A memory operand that is not offsettable.  In other words, anything
!      that would fit the 'm' constraint but not the 'o' constraint.
  
! '<'
!      A memory operand with autodecrement addressing (either predecrement
!      or postdecrement) is allowed.  In inline 'asm' this constraint is
!      only allowed if the operand is used exactly once in an instruction
!      that can handle the side-effects.  Not using an operand with '<' in
!      constraint string in the inline 'asm' pattern at all or using it in
!      multiple instructions isn't valid, because the side-effects
!      wouldn't be performed or would be performed more than once.
!      Furthermore, on some targets the operand with '<' in constraint
!      string must be accompanied by special instruction suffixes like
!      '%U0' instruction suffix on PowerPC or '%P0' on IA-64.
  
! '>'
!      A memory operand with autoincrement addressing (either preincrement
!      or postincrement) is allowed.  In inline 'asm' the same
!      restrictions as for '<' apply.
  
! 'r'
       A register operand is allowed provided that it is in a general
       register.
  
! 'i'
       An immediate integer operand (one with constant value) is allowed.
       This includes symbolic constants whose values will be known only at
       assembly time or later.
  
! 'n'
       An immediate integer operand with a known numeric value is allowed.
       Many systems cannot support assembly-time constants for operands
       less than a word wide.  Constraints for these operands should use
!      'n' rather than 'i'.
  
! 'I', 'J', 'K', ... 'P'
!      Other letters in the range 'I' through 'P' may be defined in a
       machine-dependent fashion to permit immediate integer operands with
       explicit integer values in specified ranges.  For example, on the
!      68000, 'I' is defined to stand for the range of values 1 to 8.
       This is the range permitted as a shift count in the shift
       instructions.
  
! 'E'
!      An immediate floating operand (expression code 'const_double') is
       allowed, but only if the target floating point format is the same
       as that of the host machine (on which the compiler is running).
  
! 'F'
!      An immediate floating operand (expression code 'const_double' or
!      'const_vector') is allowed.
  
! 'G', 'H'
!      'G' and 'H' may be defined in a machine-dependent fashion to permit
!      immediate floating operands in particular ranges of values.
  
! 's'
!      An immediate integer operand whose value is not an explicit integer
!      is allowed.
  
       This might appear strange; if an insn allows a constant operand
!      with a value not known at compile time, it certainly must allow any
!      known value.  So why use 's' instead of 'i'?  Sometimes it allows
!      better code to be generated.
  
       For example, on the 68000 in a fullword instruction it is possible
       to use an immediate operand; but if the immediate value is between
       -128 and 127, better code results from loading the value into a
!      register and using the register.  This is because the load into the
!      register can be done with a 'moveq' instruction.  We arrange for
!      this to happen by defining the letter 'K' to mean "any integer
!      outside the range -128 to 127", and then specifying 'Ks' in the
       operand constraints.
  
! 'g'
       Any register, memory or immediate integer operand is allowed,
       except for registers that are not general registers.
  
! 'X'
       Any operand whatsoever is allowed.
  
! '0', '1', '2', ... '9'
       An operand that matches the specified operand number is allowed.
       If a digit is used together with letters within the same
       alternative, the digit should come last.
  
       This number is allowed to be more than a single digit.  If multiple
       digits are encountered consecutively, they are interpreted as a
!      single decimal integer.  There is scant chance for ambiguity, since
!      to-date it has never been desirable that '10' be interpreted as
!      matching either operand 1 _or_ operand 0.  Should this be desired,
!      one can use multiple alternatives instead.
  
       This is called a "matching constraint" and what it really means is
       that the assembler has only a single operand that fills two roles
!      which 'asm' distinguishes.  For example, an add instruction uses
!      two input operands and an output operand, but on most CISC machines
!      an add instruction really has only two operands, one of them an
!      input-output operand:
  
            addl #35,r12
  
--- 33201,33312 ----
       on the other addressing modes that the machine supports.
  
       Note that in an output operand which can be matched by another
!      operand, the constraint letter `o' is valid only when accompanied
!      by both `<' (if the target machine has predecrement addressing)
!      and `>' (if the target machine has preincrement addressing).
  
! `V'
!      A memory operand that is not offsettable.  In other words,
!      anything that would fit the `m' constraint but not the `o'
!      constraint.
  
! `<'
!      A memory operand with autodecrement addressing (either
!      predecrement or postdecrement) is allowed.  In inline `asm' this
!      constraint is only allowed if the operand is used exactly once in
!      an instruction that can handle the side-effects.  Not using an
!      operand with `<' in constraint string in the inline `asm' pattern
!      at all or using it in multiple instructions isn't valid, because
!      the side-effects wouldn't be performed or would be performed more
!      than once.  Furthermore, on some targets the operand with `<' in
!      constraint string must be accompanied by special instruction
!      suffixes like `%U0' instruction suffix on PowerPC or `%P0' on
!      IA-64.
  
! `>'
!      A memory operand with autoincrement addressing (either
!      preincrement or postincrement) is allowed.  In inline `asm' the
!      same restrictions as for `<' apply.
  
! `r'
       A register operand is allowed provided that it is in a general
       register.
  
! `i'
       An immediate integer operand (one with constant value) is allowed.
       This includes symbolic constants whose values will be known only at
       assembly time or later.
  
! `n'
       An immediate integer operand with a known numeric value is allowed.
       Many systems cannot support assembly-time constants for operands
       less than a word wide.  Constraints for these operands should use
!      `n' rather than `i'.
  
! `I', `J', `K', ... `P'
!      Other letters in the range `I' through `P' may be defined in a
       machine-dependent fashion to permit immediate integer operands with
       explicit integer values in specified ranges.  For example, on the
!      68000, `I' is defined to stand for the range of values 1 to 8.
       This is the range permitted as a shift count in the shift
       instructions.
  
! `E'
!      An immediate floating operand (expression code `const_double') is
       allowed, but only if the target floating point format is the same
       as that of the host machine (on which the compiler is running).
  
! `F'
!      An immediate floating operand (expression code `const_double' or
!      `const_vector') is allowed.
  
! `G', `H'
!      `G' and `H' may be defined in a machine-dependent fashion to
!      permit immediate floating operands in particular ranges of values.
  
! `s'
!      An immediate integer operand whose value is not an explicit
!      integer is allowed.
  
       This might appear strange; if an insn allows a constant operand
!      with a value not known at compile time, it certainly must allow
!      any known value.  So why use `s' instead of `i'?  Sometimes it
!      allows better code to be generated.
  
       For example, on the 68000 in a fullword instruction it is possible
       to use an immediate operand; but if the immediate value is between
       -128 and 127, better code results from loading the value into a
!      register and using the register.  This is because the load into
!      the register can be done with a `moveq' instruction.  We arrange
!      for this to happen by defining the letter `K' to mean "any integer
!      outside the range -128 to 127", and then specifying `Ks' in the
       operand constraints.
  
! `g'
       Any register, memory or immediate integer operand is allowed,
       except for registers that are not general registers.
  
! `X'
       Any operand whatsoever is allowed.
  
! `0', `1', `2', ... `9'
       An operand that matches the specified operand number is allowed.
       If a digit is used together with letters within the same
       alternative, the digit should come last.
  
       This number is allowed to be more than a single digit.  If multiple
       digits are encountered consecutively, they are interpreted as a
!      single decimal integer.  There is scant chance for ambiguity,
!      since to-date it has never been desirable that `10' be interpreted
!      as matching either operand 1 _or_ operand 0.  Should this be
!      desired, one can use multiple alternatives instead.
  
       This is called a "matching constraint" and what it really means is
       that the assembler has only a single operand that fills two roles
!      which `asm' distinguishes.  For example, an add instruction uses
!      two input operands and an output operand, but on most CISC
!      machines an add instruction really has only two operands, one of
!      them an input-output operand:
  
            addl #35,r12
  
*************** whitespace
*** 33003,33021 ****
       smaller number than the number of the operand that uses it in the
       constraint.
  
! 'p'
       An operand that is a valid memory address is allowed.  This is for
       "load address" and "push address" instructions.
  
!      'p' in the constraint must be accompanied by 'address_operand' as
!      the predicate in the 'match_operand'.  This predicate interprets
!      the mode specified in the 'match_operand' as the mode of the memory
       reference for which the address would be valid.
  
  OTHER-LETTERS
       Other letters can be defined in machine-dependent fashion to stand
       for particular classes of registers or other arbitrary operand
!      types.  'd', 'a' and 'f' are defined on the 68000/68020 to stand
       for data, address and floating point registers.
  
  
--- 33316,33334 ----
       smaller number than the number of the operand that uses it in the
       constraint.
  
! `p'
       An operand that is a valid memory address is allowed.  This is for
       "load address" and "push address" instructions.
  
!      `p' in the constraint must be accompanied by `address_operand' as
!      the predicate in the `match_operand'.  This predicate interprets
!      the mode specified in the `match_operand' as the mode of the memory
       reference for which the address would be valid.
  
  OTHER-LETTERS
       Other letters can be defined in machine-dependent fashion to stand
       for particular classes of registers or other arbitrary operand
!      types.  `d', `a' and `f' are defined on the 68000/68020 to stand
       for data, address and floating point registers.
  
  
*************** alternative.  All operands for a single
*** 33039,33055 ****
  number of alternatives.
  
   So the first alternative for the 68000's logical-or could be written as
! '"+m" (output) : "ir" (input)'.  The second could be '"+r" (output):
  "irm" (input)'.  However, the fact that two memory locations cannot be
! used in a single instruction prevents simply using '"+rm" (output) :
  "irm" (input)'.  Using multi-alternatives, this might be written as
! '"+m,r" (output) : "ir,irm" (input)'.  This describes all the available
  alternatives to the compiler, allowing it to choose the most efficient
  one for the current conditions.
  
   There is no way within the template to determine which alternative was
! chosen.  However you may be able to wrap your 'asm' statements with
! builtins such as '__builtin_constant_p' to achieve the desired results.
  
  
  File: gcc.info,  Node: Modifiers,  Next: Machine Constraints,  Prev: Multi-Alternative,  Up: Constraints
--- 33352,33368 ----
  number of alternatives.
  
   So the first alternative for the 68000's logical-or could be written as
! `"+m" (output) : "ir" (input)'.  The second could be `"+r" (output):
  "irm" (input)'.  However, the fact that two memory locations cannot be
! used in a single instruction prevents simply using `"+rm" (output) :
  "irm" (input)'.  Using multi-alternatives, this might be written as
! `"+m,r" (output) : "ir,irm" (input)'.  This describes all the available
  alternatives to the compiler, allowing it to choose the most efficient
  one for the current conditions.
  
   There is no way within the template to determine which alternative was
! chosen.  However you may be able to wrap your `asm' statements with
! builtins such as `__builtin_constant_p' to achieve the desired results.
  
  
  File: gcc.info,  Node: Modifiers,  Next: Machine Constraints,  Prev: Multi-Alternative,  Up: Constraints
*************** File: gcc.info,  Node: Modifiers,  Next:
*** 33059,33120 ****
  
  Here are constraint modifier characters.
  
! '='
       Means that this operand is written to by this instruction: the
       previous value is discarded and replaced by new data.
  
! '+'
       Means that this operand is both read and written by the
       instruction.
  
       When the compiler fixes up the operands to satisfy the constraints,
       it needs to know which operands are read by the instruction and
!      which are written by it.  '=' identifies an operand which is only
!      written; '+' identifies an operand that is both read and written;
       all other operands are assumed to only be read.
  
!      If you specify '=' or '+' in a constraint, you put it in the first
       character of the constraint string.
  
! '&'
       Means (in a particular alternative) that this operand is an
       "earlyclobber" operand, which is written before the instruction is
!      finished using the input operands.  Therefore, this operand may not
!      lie in a register that is read by the instruction or as part of any
!      memory address.
  
!      '&' applies only to the alternative in which it is written.  In
       constraints with multiple alternatives, sometimes one alternative
!      requires '&' while others do not.  See, for example, the 'movdf'
       insn of the 68000.
  
       A operand which is read by the instruction can be tied to an
       earlyclobber operand if its only use as an input occurs before the
       early result is written.  Adding alternatives of this form often
       allows GCC to produce better code when only some of the read
!      operands can be affected by the earlyclobber.  See, for example,
!      the 'mulsi3' insn of the ARM.
  
       Furthermore, if the "earlyclobber" operand is also a read/write
       operand, then that operand is written only after it's used.
  
!      '&' does not obviate the need to write '=' or '+'.  As
       "earlyclobber" operands are always written, a read-only
       "earlyclobber" operand is ill-formed and will be rejected by the
       compiler.
  
! '%'
       Declares the instruction to be commutative for this operand and the
       following operand.  This means that the compiler may interchange
       the two operands if that is the cheapest way to make all operands
!      fit the constraints.  '%' applies to all alternatives and must
       appear as the first character in the constraint.  Only read-only
!      operands can use '%'.
  
       GCC can only handle one commutative pair in an asm; if you use
       more, the compiler may fail.  Note that you need not use the
!      modifier if the two alternatives are strictly identical; this would
!      only waste time in the reload pass.
  
  
  File: gcc.info,  Node: Machine Constraints,  Prev: Modifiers,  Up: Constraints
--- 33372,33433 ----
  
  Here are constraint modifier characters.
  
! `='
       Means that this operand is written to by this instruction: the
       previous value is discarded and replaced by new data.
  
! `+'
       Means that this operand is both read and written by the
       instruction.
  
       When the compiler fixes up the operands to satisfy the constraints,
       it needs to know which operands are read by the instruction and
!      which are written by it.  `=' identifies an operand which is only
!      written; `+' identifies an operand that is both read and written;
       all other operands are assumed to only be read.
  
!      If you specify `=' or `+' in a constraint, you put it in the first
       character of the constraint string.
  
! `&'
       Means (in a particular alternative) that this operand is an
       "earlyclobber" operand, which is written before the instruction is
!      finished using the input operands.  Therefore, this operand may
!      not lie in a register that is read by the instruction or as part
!      of any memory address.
  
!      `&' applies only to the alternative in which it is written.  In
       constraints with multiple alternatives, sometimes one alternative
!      requires `&' while others do not.  See, for example, the `movdf'
       insn of the 68000.
  
       A operand which is read by the instruction can be tied to an
       earlyclobber operand if its only use as an input occurs before the
       early result is written.  Adding alternatives of this form often
       allows GCC to produce better code when only some of the read
!      operands can be affected by the earlyclobber. See, for example,
!      the `mulsi3' insn of the ARM.
  
       Furthermore, if the "earlyclobber" operand is also a read/write
       operand, then that operand is written only after it's used.
  
!      `&' does not obviate the need to write `=' or `+'.  As
       "earlyclobber" operands are always written, a read-only
       "earlyclobber" operand is ill-formed and will be rejected by the
       compiler.
  
! `%'
       Declares the instruction to be commutative for this operand and the
       following operand.  This means that the compiler may interchange
       the two operands if that is the cheapest way to make all operands
!      fit the constraints.  `%' applies to all alternatives and must
       appear as the first character in the constraint.  Only read-only
!      operands can use `%'.
  
       GCC can only handle one commutative pair in an asm; if you use
       more, the compiler may fail.  Note that you need not use the
!      modifier if the two alternatives are strictly identical; this
!      would only waste time in the reload pass.
  
  
  File: gcc.info,  Node: Machine Constraints,  Prev: Modifiers,  Up: Constraints
*************** File: gcc.info,  Node: Machine Constrain
*** 33123,34400 ****
  ............................................
  
  Whenever possible, you should use the general-purpose constraint letters
! in 'asm' arguments, since they will convey meaning more readily to
! people reading your code.  Failing that, use the constraint letters that
! usually have very similar meanings across architectures.  The most
! commonly used constraints are 'm' and 'r' (for memory and
  general-purpose registers respectively; *note Simple Constraints::), and
! 'I', usually the letter indicating the most common immediate-constant
  format.
  
   Each architecture defines additional constraints.  These constraints
  are used by the compiler itself for instruction generation, as well as
! for 'asm' statements; therefore, some of the constraints are not
! particularly useful for 'asm'.  Here is a summary of some of the
  machine-dependent constraints available on some particular machines; it
! includes both constraints that are useful for 'asm' and constraints that
! aren't.  The compiler source file mentioned in the table heading for
! each architecture is the definitive reference for the meanings of that
! architecture's constraints.
  
! _AArch64 family--'config/aarch64/constraints.md'_
!      'k'
!           The stack pointer register ('SP')
  
!      'w'
            Floating point or SIMD vector register
  
!      'I'
            Integer constant that is valid as an immediate operand in an
!           'ADD' instruction
  
!      'J'
            Integer constant that is valid as an immediate operand in a
!           'SUB' instruction (once negated)
  
!      'K'
            Integer constant that can be used with a 32-bit logical
            instruction
  
!      'L'
            Integer constant that can be used with a 64-bit logical
            instruction
  
!      'M'
            Integer constant that is valid as an immediate operand in a
!           32-bit 'MOV' pseudo instruction.  The 'MOV' may be assembled
            to one of several different machine instructions depending on
            the value
  
!      'N'
            Integer constant that is valid as an immediate operand in a
!           64-bit 'MOV' pseudo instruction
  
!      'S'
            An absolute symbolic address or a label reference
  
!      'Y'
            Floating point constant zero
  
!      'Z'
            Integer constant zero
  
!      'Ush'
!           The high part (bits 12 and upwards) of the pc-relative address
!           of a symbol within 4GB of the instruction
  
!      'Q'
            A memory address which uses a single base register with no
            offset
  
!      'Ump'
!           A memory address suitable for a load/store pair instruction in
!           SI, DI, SF and DF modes
  
! _ARC --'config/arc/constraints.md'_
!      'q'
!           Registers usable in ARCompact 16-bit instructions: 'r0'-'r3',
!           'r12'-'r15'.  This constraint can only match when the '-mq'
            option is in effect.
  
!      'e'
!           Registers usable as base-regs of memory addresses in ARCompact
!           16-bit memory instructions: 'r0'-'r3', 'r12'-'r15', 'sp'.
!           This constraint can only match when the '-mq' option is in
!           effect.
!      'D'
!           ARC FPX (dpfp) 64-bit registers.  'D0', 'D1'.
  
!      'I'
            A signed 12-bit integer constant.
  
!      'Cal'
!           constant for arithmetic/logical operations.  This might be any
!           constant that can be put into a long immediate by the assmbler
!           or linker without involving a PIC relocation.
  
!      'K'
            A 3-bit unsigned integer constant.
  
!      'L'
            A 6-bit unsigned integer constant.
  
!      'CnL'
            One's complement of a 6-bit unsigned integer constant.
  
!      'CmL'
            Two's complement of a 6-bit unsigned integer constant.
  
!      'M'
            A 5-bit unsigned integer constant.
  
!      'O'
            A 7-bit unsigned integer constant.
  
!      'P'
            A 8-bit unsigned integer constant.
  
!      'H'
            Any const_double value.
  
! _ARM family--'config/arm/constraints.md'_
  
!      'h'
!           In Thumb state, the core registers 'r8'-'r15'.
  
!      'k'
            The stack pointer register.
  
!      'l'
!           In Thumb State the core registers 'r0'-'r7'.  In ARM state
!           this is an alias for the 'r' constraint.
  
!      't'
!           VFP floating-point registers 's0'-'s31'.  Used for 32 bit
            values.
  
!      'w'
!           VFP floating-point registers 'd0'-'d31' and the appropriate
!           subset 'd0'-'d15' based on command line options.  Used for 64
            bit values only.  Not valid for Thumb1.
  
!      'y'
            The iWMMX co-processor registers.
  
!      'z'
            The iWMMX GR registers.
  
!      'G'
            The floating-point constant 0.0
  
!      'I'
            Integer that is valid as an immediate operand in a data
!           processing instruction.  That is, an integer in the range 0 to
!           255 rotated by a multiple of 2
  
!      'J'
            Integer in the range -4095 to 4095
  
!      'K'
!           Integer that satisfies constraint 'I' when inverted (ones
            complement)
  
!      'L'
!           Integer that satisfies constraint 'I' when negated (twos
            complement)
  
!      'M'
            Integer in the range 0 to 32
  
!      'Q'
            A memory reference where the exact address is in a single
!           register (''m'' is preferable for 'asm' statements)
  
!      'R'
            An item in the constant pool
  
!      'S'
            A symbol in the text segment of the current file
  
!      'Uv'
            A memory reference suitable for VFP load/store insns
            (reg+constant offset)
  
!      'Uy'
            A memory reference suitable for iWMMXt load/store
            instructions.
  
!      'Uq'
            A memory reference suitable for the ARMv4 ldrsb instruction.
  
! _AVR family--'config/avr/constraints.md'_
!      'l'
            Registers from r0 to r15
  
!      'a'
            Registers from r16 to r23
  
!      'd'
            Registers from r16 to r31
  
!      'w'
            Registers from r24 to r31.  These registers can be used in
!           'adiw' command
  
!      'e'
            Pointer register (r26-r31)
  
!      'b'
            Base pointer register (r28-r31)
  
!      'q'
            Stack pointer register (SPH:SPL)
  
!      't'
            Temporary register r0
  
!      'x'
            Register pair X (r27:r26)
  
!      'y'
            Register pair Y (r29:r28)
  
!      'z'
            Register pair Z (r31:r30)
  
!      'I'
            Constant greater than -1, less than 64
  
!      'J'
            Constant greater than -64, less than 1
  
!      'K'
            Constant integer 2
  
!      'L'
            Constant integer 0
  
!      'M'
            Constant that fits in 8 bits
  
!      'N'
            Constant integer -1
  
!      'O'
            Constant integer 8, 16, or 24
  
!      'P'
            Constant integer 1
  
!      'G'
            A floating point constant 0.0
  
!      'Q'
            A memory address based on Y or Z pointer with displacement.
  
! _Blackfin family--'config/bfin/constraints.md'_
!      'a'
            P register
  
!      'd'
            D register
  
!      'z'
            A call clobbered P register.
  
!      'qN'
            A single register.  If N is in the range 0 to 7, the
!           corresponding D register.  If it is 'A', then the register P0.
  
!      'D'
            Even-numbered D register
  
!      'W'
            Odd-numbered D register
  
!      'e'
            Accumulator register.
  
!      'A'
            Even-numbered accumulator register.
  
!      'B'
            Odd-numbered accumulator register.
  
!      'b'
            I register
  
!      'v'
            B register
  
!      'f'
            M register
  
!      'c'
!           Registers used for circular buffering, i.e.  I, B, or L
            registers.
  
!      'C'
            The CC register.
  
!      't'
            LT0 or LT1.
  
!      'k'
            LC0 or LC1.
  
!      'u'
            LB0 or LB1.
  
!      'x'
            Any D, P, B, M, I or L register.
  
!      'y'
            Additional registers typically used only in prologues and
            epilogues: RETS, RETN, RETI, RETX, RETE, ASTAT, SEQSTAT and
            USP.
  
!      'w'
            Any register except accumulators or CC.
  
!      'Ksh'
            Signed 16 bit integer (in the range -32768 to 32767)
  
!      'Kuh'
            Unsigned 16 bit integer (in the range 0 to 65535)
  
!      'Ks7'
            Signed 7 bit integer (in the range -64 to 63)
  
!      'Ku7'
            Unsigned 7 bit integer (in the range 0 to 127)
  
!      'Ku5'
            Unsigned 5 bit integer (in the range 0 to 31)
  
!      'Ks4'
            Signed 4 bit integer (in the range -8 to 7)
  
!      'Ks3'
            Signed 3 bit integer (in the range -3 to 4)
  
!      'Ku3'
            Unsigned 3 bit integer (in the range 0 to 7)
  
!      'PN'
            Constant N, where N is a single-digit constant in the range 0
            to 4.
  
!      'PA'
            An integer equal to one of the MACFLAG_XXX constants that is
            suitable for use with either accumulator.
  
!      'PB'
            An integer equal to one of the MACFLAG_XXX constants that is
            suitable for use only with accumulator A1.
  
!      'M1'
            Constant 255.
  
!      'M2'
            Constant 65535.
  
!      'J'
            An integer constant with exactly a single bit set.
  
!      'L'
            An integer constant with all bits set except exactly one.
  
!      'H'
  
!      'Q'
            Any SYMBOL_REF.
  
! _CR16 Architecture--'config/cr16/cr16.h'_
  
!      'b'
            Registers from r0 to r14 (registers without stack pointer)
  
!      't'
            Register from r0 to r11 (all 16-bit registers)
  
!      'p'
            Register from r12 to r15 (all 32-bit registers)
  
!      'I'
            Signed constant that fits in 4 bits
  
!      'J'
            Signed constant that fits in 5 bits
  
!      'K'
            Signed constant that fits in 6 bits
  
!      'L'
            Unsigned constant that fits in 4 bits
  
!      'M'
            Signed constant that fits in 32 bits
  
!      'N'
            Check for 64 bits wide constants for add/sub instructions
  
!      'G'
            Floating point constant that is legal for store immediate
  
! _Epiphany--'config/epiphany/constraints.md'_
!      'U16'
            An unsigned 16-bit constant.
  
!      'K'
            An unsigned 5-bit constant.
  
!      'L'
            A signed 11-bit constant.
  
!      'Cm1'
!           A signed 11-bit constant added to -1.  Can only match when the
!           '-m1reg-REG' option is active.
  
!      'Cl1'
            Left-shift of -1, i.e., a bit mask with a block of leading
            ones, the rest being a block of trailing zeroes.  Can only
!           match when the '-m1reg-REG' option is active.
  
!      'Cr1'
            Right-shift of -1, i.e., a bit mask with a trailing block of
            ones, the rest being zeroes.  Or to put it another way, one
            less than a power of two.  Can only match when the
!           '-m1reg-REG' option is active.
  
!      'Cal'
!           Constant for arithmetic/logical operations.  This is like 'i',
!           except that for position independent code, no symbols /
            expressions needing relocations are allowed.
  
!      'Csy'
            Symbolic constant for call/jump instruction.
  
!      'Rcs'
            The register class usable in short insns.  This is a register
            class constraint, and can thus drive register allocation.
!           This constraint won't match unless '-mprefer-short-insn-regs'
            is in effect.
  
!      'Rsc'
            The the register class of registers that can be used to hold a
            sibcall call address.  I.e., a caller-saved register.
  
!      'Rct'
            Core control register class.
  
!      'Rgs'
            The register group usable in short insns.  This constraint
            does not use a register class, so that it only passively
            matches suitable registers, and doesn't drive register
            allocation.
  
!      'Rra'
!           Matches the return address if it can be replaced with the link
!           register.
  
!      'Rcc'
            Matches the integer condition code register.
  
!      'Sra'
            Matches the return address if it is in a stack slot.
  
!      'Cfm'
            Matches control register values to switch fp mode, which are
!           encapsulated in 'UNSPEC_FP_MODE'.
  
! _FRV--'config/frv/frv.h'_
!      'a'
!           Register in the class 'ACC_REGS' ('acc0' to 'acc7').
  
!      'b'
!           Register in the class 'EVEN_ACC_REGS' ('acc0' to 'acc7').
  
!      'c'
!           Register in the class 'CC_REGS' ('fcc0' to 'fcc3' and 'icc0'
!           to 'icc3').
  
!      'd'
!           Register in the class 'GPR_REGS' ('gr0' to 'gr63').
  
!      'e'
!           Register in the class 'EVEN_REGS' ('gr0' to 'gr63').  Odd
!           registers are excluded not in the class but through the use of
!           a machine mode larger than 4 bytes.
  
!      'f'
!           Register in the class 'FPR_REGS' ('fr0' to 'fr63').
  
!      'h'
!           Register in the class 'FEVEN_REGS' ('fr0' to 'fr63').  Odd
!           registers are excluded not in the class but through the use of
!           a machine mode larger than 4 bytes.
  
!      'l'
!           Register in the class 'LR_REG' (the 'lr' register).
  
!      'q'
!           Register in the class 'QUAD_REGS' ('gr2' to 'gr63').  Register
!           numbers not divisible by 4 are excluded not in the class but
!           through the use of a machine mode larger than 8 bytes.
  
!      't'
!           Register in the class 'ICC_REGS' ('icc0' to 'icc3').
  
!      'u'
!           Register in the class 'FCC_REGS' ('fcc0' to 'fcc3').
  
!      'v'
!           Register in the class 'ICR_REGS' ('cc4' to 'cc7').
  
!      'w'
!           Register in the class 'FCR_REGS' ('cc0' to 'cc3').
  
!      'x'
!           Register in the class 'QUAD_FPR_REGS' ('fr0' to 'fr63').
            Register numbers not divisible by 4 are excluded not in the
            class but through the use of a machine mode larger than 8
            bytes.
  
!      'z'
!           Register in the class 'SPR_REGS' ('lcr' and 'lr').
  
!      'A'
!           Register in the class 'QUAD_ACC_REGS' ('acc0' to 'acc7').
  
!      'B'
!           Register in the class 'ACCG_REGS' ('accg0' to 'accg7').
  
!      'C'
!           Register in the class 'CR_REGS' ('cc0' to 'cc7').
  
!      'G'
            Floating point constant zero
  
!      'I'
            6-bit signed integer constant
  
!      'J'
            10-bit signed integer constant
  
!      'L'
            16-bit signed integer constant
  
!      'M'
            16-bit unsigned integer constant
  
!      'N'
            12-bit signed integer constant that is negative--i.e. in the
            range of -2048 to -1
  
!      'O'
            Constant zero
  
!      'P'
!           12-bit signed integer constant that is greater than zero--i.e.
!           in the range of 1 to 2047.
  
! _FT32--'config/ft32/constraints.md'_
!      'A'
            An absolute address
  
!      'B'
            An offset address
  
!      'W'
            A register indirect memory operand
  
!      'e'
            An offset address.
  
!      'f'
            An offset address.
  
!      'O'
            The constant zero or one
  
!      'I'
            A 16-bit signed constant (-32768 ... 32767)
  
!      'w'
            A bitfield mask suitable for bext or bins
  
!      'x'
            An inverted bitfield mask suitable for bext or bins
  
!      'L'
            A 16-bit unsigned constant, multiple of 4 (0 ... 65532)
  
!      'S'
            A 20-bit signed constant (-524288 ... 524287)
  
!      'b'
            A constant for a bitfield width (1 ... 16)
  
!      'KA'
            A 10-bit signed constant (-512 ... 511)
  
! _Hewlett-Packard PA-RISC--'config/pa/pa.h'_
!      'a'
            General register 1
  
!      'f'
            Floating point register
  
!      'q'
            Shift amount register
  
!      'x'
            Floating point register (deprecated)
  
!      'y'
            Upper floating point register (32-bit), floating point
            register (64-bit)
  
!      'Z'
            Any register
  
!      'I'
            Signed 11-bit integer constant
  
!      'J'
            Signed 14-bit integer constant
  
!      'K'
!           Integer constant that can be deposited with a 'zdepi'
            instruction
  
!      'L'
            Signed 5-bit integer constant
  
!      'M'
            Integer constant 0
  
!      'N'
!           Integer constant that can be loaded with a 'ldil' instruction
  
!      'O'
            Integer constant whose value plus one is a power of 2
  
!      'P'
!           Integer constant that can be used for 'and' operations in
!           'depi' and 'extru' instructions
  
!      'S'
            Integer constant 31
  
!      'U'
            Integer constant 63
  
!      'G'
            Floating-point constant 0.0
  
!      'A'
!           A 'lo_sum' data-linkage-table memory operand
  
!      'Q'
            A memory operand that can be used as the destination operand
            of an integer store instruction
  
!      'R'
            A scaled or unscaled indexed memory operand
  
!      'T'
            A memory operand for floating-point loads and stores
  
!      'W'
            A register indirect memory operand
  
! _Intel IA-64--'config/ia64/ia64.h'_
!      'a'
!           General register 'r0' to 'r3' for 'addl' instruction
  
!      'b'
            Branch register
  
!      'c'
!           Predicate register ('c' as in "conditional")
  
!      'd'
            Application register residing in M-unit
  
!      'e'
            Application register residing in I-unit
  
!      'f'
            Floating-point register
  
!      'm'
!           Memory operand.  If used together with '<' or '>', the operand
!           can have postincrement and postdecrement which require
!           printing with '%Pn' on IA-64.
  
!      'G'
            Floating-point constant 0.0 or 1.0
  
!      'I'
            14-bit signed integer constant
  
!      'J'
            22-bit signed integer constant
  
!      'K'
            8-bit signed integer constant for logical instructions
  
!      'L'
            8-bit adjusted signed integer constant for compare pseudo-ops
  
!      'M'
            6-bit unsigned integer constant for shift counts
  
!      'N'
            9-bit signed integer constant for load and store
            postincrements
  
!      'O'
            The constant zero
  
!      'P'
!           0 or -1 for 'dep' instruction
  
!      'Q'
            Non-volatile memory for floating-point loads and stores
  
!      'R'
!           Integer constant in the range 1 to 4 for 'shladd' instruction
  
!      'S'
            Memory operand except postincrement and postdecrement.  This
!           is now roughly the same as 'm' when not used together with '<'
!           or '>'.
  
! _M32C--'config/m32c/m32c.c'_
!      'Rsp'
!      'Rfb'
!      'Rsb'
!           '$sp', '$fb', '$sb'.
  
!      'Rcr'
            Any control register, when they're 16 bits wide (nothing if
            control registers are 24 bits wide)
  
!      'Rcl'
            Any control register, when they're 24 bits wide.
  
!      'R0w'
!      'R1w'
!      'R2w'
!      'R3w'
            $r0, $r1, $r2, $r3.
  
!      'R02'
            $r0 or $r2, or $r2r0 for 32 bit values.
  
!      'R13'
            $r1 or $r3, or $r3r1 for 32 bit values.
  
!      'Rdi'
            A register that can hold a 64 bit value.
  
!      'Rhl'
            $r0 or $r1 (registers with addressable high/low bytes)
  
!      'R23'
            $r2 or $r3
  
!      'Raa'
            Address registers
  
!      'Raw'
            Address registers when they're 16 bits wide.
  
!      'Ral'
            Address registers when they're 24 bits wide.
  
!      'Rqi'
            Registers that can hold QI values.
  
!      'Rad'
            Registers that can be used with displacements ($a0, $a1, $sb).
  
!      'Rsi'
            Registers that can hold 32 bit values.
  
!      'Rhi'
            Registers that can hold 16 bit values.
  
!      'Rhc'
            Registers chat can hold 16 bit values, including all control
            registers.
  
!      'Rra'
            $r0 through R1, plus $a0 and $a1.
  
!      'Rfl'
            The flags register.
  
!      'Rmm'
            The memory-based pseudo-registers $mem0 through $mem15.
  
!      'Rpi'
            Registers that can hold pointers (16 bit registers for r8c,
            m16c; 24 bit registers for m32cm, m32c).
  
!      'Rpa'
            Matches multiple registers in a PARALLEL to form a larger
            register.  Used to match function return values.
  
!      'Is3'
            -8 ... 7
  
!      'IS1'
            -128 ... 127
  
!      'IS2'
            -32768 ... 32767
  
!      'IU2'
            0 ... 65535
  
!      'In4'
            -8 ... -1 or 1 ... 8
  
!      'In5'
            -16 ... -1 or 1 ... 16
  
!      'In6'
            -32 ... -1 or 1 ... 32
  
!      'IM2'
            -65536 ... -1
  
!      'Ilb'
            An 8 bit value with exactly one bit set.
  
!      'Ilw'
            A 16 bit value with exactly one bit set.
  
!      'Sd'
            The common src/dest memory addressing modes.
  
!      'Sa'
            Memory addressed using $a0 or $a1.
  
!      'Si'
            Memory addressed with immediate addresses.
  
!      'Ss'
            Memory addressed using the stack pointer ($sp).
  
!      'Sf'
            Memory addressed using the frame base register ($fb).
  
!      'Ss'
            Memory addressed using the small base register ($sb).
  
!      'S1'
            $r1h
  
! _MicroBlaze--'config/microblaze/constraints.md'_
!      'd'
!           A general register ('r0' to 'r31').
  
!      'z'
!           A status register ('rmsr', '$fcc1' to '$fcc7').
  
! _MIPS--'config/mips/constraints.md'_
!      'd'
!           A general-purpose register.  This is equivalent to 'r' unless
            generating MIPS16 code, in which case the MIPS16 register set
            is used.
  
!      'f'
            A floating-point register (if available).
  
!      'h'
!           Formerly the 'hi' register.  This constraint is no longer
            supported.
  
!      'l'
!           The 'lo' register.  Use this register to store values that are
            no bigger than a word.
  
!      'x'
!           The concatenated 'hi' and 'lo' registers.  Use this register
            to store doubleword values.
  
!      'c'
            A register suitable for use in an indirect jump.  This will
!           always be '$25' for '-mabicalls'.
  
!      'v'
!           Register '$3'.  Do not use this constraint in new code; it is
            retained only for compatibility with glibc.
  
!      'y'
!           Equivalent to 'r'; retained for backwards compatibility.
  
!      'z'
            A floating-point condition code register.
  
!      'I'
            A signed 16-bit constant (for arithmetic instructions).
  
!      'J'
            Integer zero.
  
!      'K'
            An unsigned 16-bit constant (for logic instructions).
  
!      'L'
            A signed 32-bit constant in which the lower 16 bits are zero.
!           Such constants can be loaded using 'lui'.
  
!      'M'
!           A constant that cannot be loaded using 'lui', 'addiu' or
!           'ori'.
  
!      'N'
            A constant in the range -65535 to -1 (inclusive).
  
!      'O'
            A signed 15-bit constant.
  
!      'P'
            A constant in the range 1 to 65535 (inclusive).
  
!      'G'
            Floating-point zero.
  
!      'R'
            An address that can be used in a non-macro load or store.
  
!      'ZC'
            A memory operand whose address is formed by a base register
            and offset that is suitable for use in instructions with the
!           same addressing mode as 'll' and 'sc'.
  
!      'ZD'
!           An address suitable for a 'prefetch' instruction, or for any
!           other instruction with the same addressing mode as 'prefetch'.
  
! _Motorola 680x0--'config/m68k/constraints.md'_
!      'a'
            Address register
  
!      'd'
            Data register
  
!      'f'
            68881 floating-point register, if available
  
!      'I'
            Integer in the range 1 to 8
  
!      'J'
            16-bit signed number
  
!      'K'
            Signed number whose magnitude is greater than 0x80
  
!      'L'
            Integer in the range -8 to -1
  
!      'M'
            Signed number whose magnitude is greater than 0x100
  
!      'N'
            Range 24 to 31, rotatert:SI 8 to 1 expressed as rotate
  
!      'O'
            16 (for rotate using swap)
  
!      'P'
            Range 8 to 15, rotatert:HI 8 to 1 expressed as rotate
  
!      'R'
            Numbers that mov3q can handle
  
!      'G'
            Floating point constant that is not a 68881 constant
  
!      'S'
            Operands that satisfy 'm' when -mpcrel is in effect
  
!      'T'
            Operands that satisfy 's' when -mpcrel is not in effect
  
!      'Q'
            Address register indirect addressing mode
  
!      'U'
            Register offset addressing
  
!      'W'
            const_call_operand
  
!      'Cs'
            symbol_ref or const
  
!      'Ci'
            const_int
  
!      'C0'
            const_int 0
  
!      'Cj'
            Range of signed numbers that don't fit in 16 bits
  
!      'Cmvq'
            Integers valid for mvq
  
!      'Capsw'
            Integers valid for a moveq followed by a swap
  
!      'Cmvz'
            Integers valid for mvz
  
!      'Cmvs'
            Integers valid for mvs
  
!      'Ap'
            push_operand
  
!      'Ac'
            Non-register operands allowed in clr
  
! _Moxie--'config/moxie/constraints.md'_
!      'A'
            An absolute address
  
!      'B'
            An offset address
  
!      'W'
            A register indirect memory operand
  
!      'I'
            A constant in the range of 0 to 255.
  
!      'N'
            A constant in the range of 0 to -255.
  
- _MSP430-'config/msp430/constraints.md'_
  
!      'R12'
            Register R12.
  
!      'R13'
            Register R13.
  
!      'K'
            Integer constant 1.
  
!      'L'
            Integer constant -1^20..1^19.
  
!      'M'
            Integer constant 1-4.
  
!      'Ya'
            Memory references which do not require an extended MOVX
            instruction.
  
!      'Yl'
            Memory reference, labels only.
  
!      'Ys'
            Memory reference, stack only.
  
! _NDS32--'config/nds32/constraints.md'_
!      'w'
            LOW register class $r0 to $r7 constraint for V3/V3M ISA.
!      'l'
            LOW register class $r0 to $r7.
!      'd'
            MIDDLE register class $r0 to $r11, $r16 to $r19.
!      'h'
            HIGH register class $r12 to $r14, $r20 to $r31.
!      't'
            Temporary assist register $ta (i.e. $r15).
!      'k'
            Stack register $sp.
!      'Iu03'
            Unsigned immediate 3-bit value.
!      'In03'
            Negative immediate 3-bit value in the range of -7-0.
!      'Iu04'
            Unsigned immediate 4-bit value.
!      'Is05'
            Signed immediate 5-bit value.
!      'Iu05'
            Unsigned immediate 5-bit value.
!      'In05'
            Negative immediate 5-bit value in the range of -31-0.
!      'Ip05'
            Unsigned immediate 5-bit value for movpi45 instruction with
            range 16-47.
!      'Iu06'
            Unsigned immediate 6-bit value constraint for addri36.sp
            instruction.
!      'Iu08'
            Unsigned immediate 8-bit value.
!      'Iu09'
            Unsigned immediate 9-bit value.
!      'Is10'
            Signed immediate 10-bit value.
!      'Is11'
            Signed immediate 11-bit value.
!      'Is15'
            Signed immediate 15-bit value.
!      'Iu15'
            Unsigned immediate 15-bit value.
!      'Ic15'
!           A constant which is not in the range of imm15u but ok for bclr
!           instruction.
!      'Ie15'
!           A constant which is not in the range of imm15u but ok for bset
!           instruction.
!      'It15'
!           A constant which is not in the range of imm15u but ok for btgl
!           instruction.
!      'Ii15'
            A constant whose compliment value is in the range of imm15u
            and ok for bitci instruction.
!      'Is16'
            Signed immediate 16-bit value.
!      'Is17'
            Signed immediate 17-bit value.
!      'Is19'
            Signed immediate 19-bit value.
!      'Is20'
            Signed immediate 20-bit value.
!      'Ihig'
            The immediate value that can be simply set high 20-bit.
!      'Izeb'
            The immediate value 0xff.
!      'Izeh'
            The immediate value 0xffff.
!      'Ixls'
            The immediate value 0x01.
!      'Ix11'
            The immediate value 0x7ff.
!      'Ibms'
            The immediate value with power of 2.
!      'Ifex'
            The immediate value with power of 2 minus 1.
!      'U33'
            Memory constraint for 333 format.
!      'U45'
            Memory constraint for 45 format.
!      'U37'
            Memory constraint for 37 format.
  
! _Nios II family--'config/nios2/constraints.md'_
  
!      'I'
            Integer that is valid as an immediate operand in an
!           instruction taking a signed 16-bit number.  Range -32768 to
            32767.
  
!      'J'
            Integer that is valid as an immediate operand in an
!           instruction taking an unsigned 16-bit number.  Range 0 to
            65535.
  
!      'K'
            Integer that is valid as an immediate operand in an
            instruction taking only the upper 16-bits of a 32-bit number.
            Range 32-bit numbers with the lower 16-bits being 0.
  
!      'L'
            Integer that is valid as an immediate operand for a shift
!           instruction.  Range 0 to 31.
  
!      'M'
            Integer that is valid as an immediate operand for only the
!           value 0.  Can be used in conjunction with the format modifier
!           'z' to use 'r0' instead of '0' in the assembly output.
  
!      'N'
            Integer that is valid as an immediate operand for a custom
!           instruction opcode.  Range 0 to 255.
  
!      'P'
            An immediate operand for R2 andchi/andci instructions.
  
!      'S'
            Matches immediates which are addresses in the small data
!           section and therefore can be added to 'gp' as a 16-bit
            immediate to re-create their 32-bit value.
  
!      'U'
            Matches constants suitable as an operand for the rdprs and
            cache instructions.
  
!      'v'
            A memory operand suitable for Nios II R2 load/store exclusive
            instructions.
  
!      'w'
            A memory operand suitable for load/store IO and cache
            instructions.
  
- _PDP-11--'config/pdp11/constraints.md'_
-      'a'
-           Floating point registers AC0 through AC3.  These can be loaded
-           from/to memory with a single instruction.
  
!      'd'
            Odd numbered general registers (R1, R3, R5).  These are used
            for 16-bit multiply operations.
  
!      'f'
            Any of the floating point registers (AC0 through AC5).
  
!      'G'
            Floating point constant 0.
  
!      'I'
            An integer constant that fits in 16 bits.
  
!      'J'
            An integer constant whose low order 16 bits are zero.
  
!      'K'
            An integer constant that does not meet the constraints for
!           codes 'I' or 'J'.
  
!      'L'
            The integer constant 1.
  
!      'M'
            The integer constant -1.
  
!      'N'
            The integer constant 0.
  
!      'O'
            Integer constants -4 through -1 and 1 through 4; shifts by
!           these amounts are handled as multiple single-bit shifts rather
!           than a single variable-length shift.
  
!      'Q'
            A memory reference which requires an additional word (address
            or offset) after the opcode.
  
!      'R'
            A memory reference that is encoded within the opcode.
  
! _PowerPC and IBM RS6000--'config/rs6000/constraints.md'_
!      'b'
            Address base register
  
!      'd'
            Floating point register (containing 64-bit value)
  
!      'f'
            Floating point register (containing 32-bit value)
  
!      'v'
            Altivec vector register
  
!      'wa'
!           Any VSX register if the '-mvsx' option was used or NO_REGS.
  
!           When using any of the register constraints ('wa', 'wd', 'wf',
!           'wg', 'wh', 'wi', 'wj', 'wk', 'wl', 'wm', 'wo', 'wp', 'wq',
!           'ws', 'wt', 'wu', 'wv', 'ww', or 'wy') that take VSX
!           registers, you must use '%x<n>' in the template so that the
            correct register is used.  Otherwise the register number
            output in the assembly file will be incorrect if an Altivec
            register is an operand of a VSX instruction that expects VSX
--- 33436,34778 ----
  ............................................
  
  Whenever possible, you should use the general-purpose constraint letters
! in `asm' arguments, since they will convey meaning more readily to
! people reading your code.  Failing that, use the constraint letters
! that usually have very similar meanings across architectures.  The most
! commonly used constraints are `m' and `r' (for memory and
  general-purpose registers respectively; *note Simple Constraints::), and
! `I', usually the letter indicating the most common immediate-constant
  format.
  
   Each architecture defines additional constraints.  These constraints
  are used by the compiler itself for instruction generation, as well as
! for `asm' statements; therefore, some of the constraints are not
! particularly useful for `asm'.  Here is a summary of some of the
  machine-dependent constraints available on some particular machines; it
! includes both constraints that are useful for `asm' and constraints
! that aren't.  The compiler source file mentioned in the table heading
! for each architecture is the definitive reference for the meanings of
! that architecture's constraints.
  
! _AArch64 family--`config/aarch64/constraints.md'_
  
!     `k'
!           The stack pointer register (`SP')
! 
!     `w'
            Floating point or SIMD vector register
  
!     `I'
            Integer constant that is valid as an immediate operand in an
!           `ADD' instruction
  
!     `J'
            Integer constant that is valid as an immediate operand in a
!           `SUB' instruction (once negated)
  
!     `K'
            Integer constant that can be used with a 32-bit logical
            instruction
  
!     `L'
            Integer constant that can be used with a 64-bit logical
            instruction
  
!     `M'
            Integer constant that is valid as an immediate operand in a
!           32-bit `MOV' pseudo instruction. The `MOV' may be assembled
            to one of several different machine instructions depending on
            the value
  
!     `N'
            Integer constant that is valid as an immediate operand in a
!           64-bit `MOV' pseudo instruction
  
!     `S'
            An absolute symbolic address or a label reference
  
!     `Y'
            Floating point constant zero
  
!     `Z'
            Integer constant zero
  
!     `Ush'
!           The high part (bits 12 and upwards) of the pc-relative
!           address of a symbol within 4GB of the instruction
  
!     `Q'
            A memory address which uses a single base register with no
            offset
  
!     `Ump'
!           A memory address suitable for a load/store pair instruction
!           in SI, DI, SF and DF modes
  
! 
! _ARC --`config/arc/constraints.md'_
! 
!     `q'
!           Registers usable in ARCompact 16-bit instructions: `r0'-`r3',
!           `r12'-`r15'.  This constraint can only match when the `-mq'
            option is in effect.
  
!     `e'
!           Registers usable as base-regs of memory addresses in
!           ARCompact 16-bit memory instructions: `r0'-`r3', `r12'-`r15',
!           `sp'.  This constraint can only match when the `-mq' option
!           is in effect.
  
!     `D'
!           ARC FPX (dpfp) 64-bit registers. `D0', `D1'.
! 
!     `I'
            A signed 12-bit integer constant.
  
!     `Cal'
!           constant for arithmetic/logical operations.  This might be
!           any constant that can be put into a long immediate by the
!           assmbler or linker without involving a PIC relocation.
  
!     `K'
            A 3-bit unsigned integer constant.
  
!     `L'
            A 6-bit unsigned integer constant.
  
!     `CnL'
            One's complement of a 6-bit unsigned integer constant.
  
!     `CmL'
            Two's complement of a 6-bit unsigned integer constant.
  
!     `M'
            A 5-bit unsigned integer constant.
  
!     `O'
            A 7-bit unsigned integer constant.
  
!     `P'
            A 8-bit unsigned integer constant.
  
!     `H'
            Any const_double value.
  
! _ARM family--`config/arm/constraints.md'_
  
!     `h'
!           In Thumb state, the core registers `r8'-`r15'.
  
!     `k'
            The stack pointer register.
  
!     `l'
!           In Thumb State the core registers `r0'-`r7'.  In ARM state
!           this is an alias for the `r' constraint.
  
!     `t'
!           VFP floating-point registers `s0'-`s31'.  Used for 32 bit
            values.
  
!     `w'
!           VFP floating-point registers `d0'-`d31' and the appropriate
!           subset `d0'-`d15' based on command line options.  Used for 64
            bit values only.  Not valid for Thumb1.
  
!     `y'
            The iWMMX co-processor registers.
  
!     `z'
            The iWMMX GR registers.
  
!     `G'
            The floating-point constant 0.0
  
!     `I'
            Integer that is valid as an immediate operand in a data
!           processing instruction.  That is, an integer in the range 0
!           to 255 rotated by a multiple of 2
  
!     `J'
            Integer in the range -4095 to 4095
  
!     `K'
!           Integer that satisfies constraint `I' when inverted (ones
            complement)
  
!     `L'
!           Integer that satisfies constraint `I' when negated (twos
            complement)
  
!     `M'
            Integer in the range 0 to 32
  
!     `Q'
            A memory reference where the exact address is in a single
!           register (``m'' is preferable for `asm' statements)
  
!     `R'
            An item in the constant pool
  
!     `S'
            A symbol in the text segment of the current file
  
!     `Uv'
            A memory reference suitable for VFP load/store insns
            (reg+constant offset)
  
!     `Uy'
            A memory reference suitable for iWMMXt load/store
            instructions.
  
!     `Uq'
            A memory reference suitable for the ARMv4 ldrsb instruction.
  
! _AVR family--`config/avr/constraints.md'_
! 
!     `l'
            Registers from r0 to r15
  
!     `a'
            Registers from r16 to r23
  
!     `d'
            Registers from r16 to r31
  
!     `w'
            Registers from r24 to r31.  These registers can be used in
!           `adiw' command
  
!     `e'
            Pointer register (r26-r31)
  
!     `b'
            Base pointer register (r28-r31)
  
!     `q'
            Stack pointer register (SPH:SPL)
  
!     `t'
            Temporary register r0
  
!     `x'
            Register pair X (r27:r26)
  
!     `y'
            Register pair Y (r29:r28)
  
!     `z'
            Register pair Z (r31:r30)
  
!     `I'
            Constant greater than -1, less than 64
  
!     `J'
            Constant greater than -64, less than 1
  
!     `K'
            Constant integer 2
  
!     `L'
            Constant integer 0
  
!     `M'
            Constant that fits in 8 bits
  
!     `N'
            Constant integer -1
  
!     `O'
            Constant integer 8, 16, or 24
  
!     `P'
            Constant integer 1
  
!     `G'
            A floating point constant 0.0
  
!     `Q'
            A memory address based on Y or Z pointer with displacement.
  
! _Blackfin family--`config/bfin/constraints.md'_
! 
!     `a'
            P register
  
!     `d'
            D register
  
!     `z'
            A call clobbered P register.
  
!     `qN'
            A single register.  If N is in the range 0 to 7, the
!           corresponding D register.  If it is `A', then the register P0.
  
!     `D'
            Even-numbered D register
  
!     `W'
            Odd-numbered D register
  
!     `e'
            Accumulator register.
  
!     `A'
            Even-numbered accumulator register.
  
!     `B'
            Odd-numbered accumulator register.
  
!     `b'
            I register
  
!     `v'
            B register
  
!     `f'
            M register
  
!     `c'
!           Registers used for circular buffering, i.e. I, B, or L
            registers.
  
!     `C'
            The CC register.
  
!     `t'
            LT0 or LT1.
  
!     `k'
            LC0 or LC1.
  
!     `u'
            LB0 or LB1.
  
!     `x'
            Any D, P, B, M, I or L register.
  
!     `y'
            Additional registers typically used only in prologues and
            epilogues: RETS, RETN, RETI, RETX, RETE, ASTAT, SEQSTAT and
            USP.
  
!     `w'
            Any register except accumulators or CC.
  
!     `Ksh'
            Signed 16 bit integer (in the range -32768 to 32767)
  
!     `Kuh'
            Unsigned 16 bit integer (in the range 0 to 65535)
  
!     `Ks7'
            Signed 7 bit integer (in the range -64 to 63)
  
!     `Ku7'
            Unsigned 7 bit integer (in the range 0 to 127)
  
!     `Ku5'
            Unsigned 5 bit integer (in the range 0 to 31)
  
!     `Ks4'
            Signed 4 bit integer (in the range -8 to 7)
  
!     `Ks3'
            Signed 3 bit integer (in the range -3 to 4)
  
!     `Ku3'
            Unsigned 3 bit integer (in the range 0 to 7)
  
!     `PN'
            Constant N, where N is a single-digit constant in the range 0
            to 4.
  
!     `PA'
            An integer equal to one of the MACFLAG_XXX constants that is
            suitable for use with either accumulator.
  
!     `PB'
            An integer equal to one of the MACFLAG_XXX constants that is
            suitable for use only with accumulator A1.
  
!     `M1'
            Constant 255.
  
!     `M2'
            Constant 65535.
  
!     `J'
            An integer constant with exactly a single bit set.
  
!     `L'
            An integer constant with all bits set except exactly one.
  
!     `H'
  
!     `Q'
            Any SYMBOL_REF.
  
! _CR16 Architecture--`config/cr16/cr16.h'_
  
!     `b'
            Registers from r0 to r14 (registers without stack pointer)
  
!     `t'
            Register from r0 to r11 (all 16-bit registers)
  
!     `p'
            Register from r12 to r15 (all 32-bit registers)
  
!     `I'
            Signed constant that fits in 4 bits
  
!     `J'
            Signed constant that fits in 5 bits
  
!     `K'
            Signed constant that fits in 6 bits
  
!     `L'
            Unsigned constant that fits in 4 bits
  
!     `M'
            Signed constant that fits in 32 bits
  
!     `N'
            Check for 64 bits wide constants for add/sub instructions
  
!     `G'
            Floating point constant that is legal for store immediate
  
! _Epiphany--`config/epiphany/constraints.md'_
! 
!     `U16'
            An unsigned 16-bit constant.
  
!     `K'
            An unsigned 5-bit constant.
  
!     `L'
            A signed 11-bit constant.
  
!     `Cm1'
!           A signed 11-bit constant added to -1.  Can only match when
!           the `-m1reg-REG' option is active.
  
!     `Cl1'
            Left-shift of -1, i.e., a bit mask with a block of leading
            ones, the rest being a block of trailing zeroes.  Can only
!           match when the `-m1reg-REG' option is active.
  
!     `Cr1'
            Right-shift of -1, i.e., a bit mask with a trailing block of
            ones, the rest being zeroes.  Or to put it another way, one
            less than a power of two.  Can only match when the
!           `-m1reg-REG' option is active.
  
!     `Cal'
!           Constant for arithmetic/logical operations.  This is like
!           `i', except that for position independent code, no symbols /
            expressions needing relocations are allowed.
  
!     `Csy'
            Symbolic constant for call/jump instruction.
  
!     `Rcs'
            The register class usable in short insns.  This is a register
            class constraint, and can thus drive register allocation.
!           This constraint won't match unless `-mprefer-short-insn-regs'
            is in effect.
  
!     `Rsc'
            The the register class of registers that can be used to hold a
            sibcall call address.  I.e., a caller-saved register.
  
!     `Rct'
            Core control register class.
  
!     `Rgs'
            The register group usable in short insns.  This constraint
            does not use a register class, so that it only passively
            matches suitable registers, and doesn't drive register
            allocation.
  
!     `Rra'
!           Matches the return address if it can be replaced with the
!           link register.
  
!     `Rcc'
            Matches the integer condition code register.
  
!     `Sra'
            Matches the return address if it is in a stack slot.
  
!     `Cfm'
            Matches control register values to switch fp mode, which are
!           encapsulated in `UNSPEC_FP_MODE'.
  
! _FRV--`config/frv/frv.h'_
  
!     `a'
!           Register in the class `ACC_REGS' (`acc0' to `acc7').
  
!     `b'
!           Register in the class `EVEN_ACC_REGS' (`acc0' to `acc7').
  
!     `c'
!           Register in the class `CC_REGS' (`fcc0' to `fcc3' and `icc0'
!           to `icc3').
  
!     `d'
!           Register in the class `GPR_REGS' (`gr0' to `gr63').
  
!     `e'
!           Register in the class `EVEN_REGS' (`gr0' to `gr63').  Odd
!           registers are excluded not in the class but through the use
!           of a machine mode larger than 4 bytes.
  
!     `f'
!           Register in the class `FPR_REGS' (`fr0' to `fr63').
  
!     `h'
!           Register in the class `FEVEN_REGS' (`fr0' to `fr63').  Odd
!           registers are excluded not in the class but through the use
!           of a machine mode larger than 4 bytes.
  
!     `l'
!           Register in the class `LR_REG' (the `lr' register).
  
!     `q'
!           Register in the class `QUAD_REGS' (`gr2' to `gr63').
!           Register numbers not divisible by 4 are excluded not in the
!           class but through the use of a machine mode larger than 8
!           bytes.
  
!     `t'
!           Register in the class `ICC_REGS' (`icc0' to `icc3').
  
!     `u'
!           Register in the class `FCC_REGS' (`fcc0' to `fcc3').
  
!     `v'
!           Register in the class `ICR_REGS' (`cc4' to `cc7').
  
!     `w'
!           Register in the class `FCR_REGS' (`cc0' to `cc3').
! 
!     `x'
!           Register in the class `QUAD_FPR_REGS' (`fr0' to `fr63').
            Register numbers not divisible by 4 are excluded not in the
            class but through the use of a machine mode larger than 8
            bytes.
  
!     `z'
!           Register in the class `SPR_REGS' (`lcr' and `lr').
  
!     `A'
!           Register in the class `QUAD_ACC_REGS' (`acc0' to `acc7').
  
!     `B'
!           Register in the class `ACCG_REGS' (`accg0' to `accg7').
  
!     `C'
!           Register in the class `CR_REGS' (`cc0' to `cc7').
  
!     `G'
            Floating point constant zero
  
!     `I'
            6-bit signed integer constant
  
!     `J'
            10-bit signed integer constant
  
!     `L'
            16-bit signed integer constant
  
!     `M'
            16-bit unsigned integer constant
  
!     `N'
            12-bit signed integer constant that is negative--i.e. in the
            range of -2048 to -1
  
!     `O'
            Constant zero
  
!     `P'
!           12-bit signed integer constant that is greater than
!           zero--i.e. in the range of 1 to 2047.
  
! 
! _FT32--`config/ft32/constraints.md'_
! 
!     `A'
            An absolute address
  
!     `B'
            An offset address
  
!     `W'
            A register indirect memory operand
  
!     `e'
            An offset address.
  
!     `f'
            An offset address.
  
!     `O'
            The constant zero or one
  
!     `I'
            A 16-bit signed constant (-32768 ... 32767)
  
!     `w'
            A bitfield mask suitable for bext or bins
  
!     `x'
            An inverted bitfield mask suitable for bext or bins
  
!     `L'
            A 16-bit unsigned constant, multiple of 4 (0 ... 65532)
  
!     `S'
            A 20-bit signed constant (-524288 ... 524287)
  
!     `b'
            A constant for a bitfield width (1 ... 16)
  
!     `KA'
            A 10-bit signed constant (-512 ... 511)
  
! 
! _Hewlett-Packard PA-RISC--`config/pa/pa.h'_
! 
!     `a'
            General register 1
  
!     `f'
            Floating point register
  
!     `q'
            Shift amount register
  
!     `x'
            Floating point register (deprecated)
  
!     `y'
            Upper floating point register (32-bit), floating point
            register (64-bit)
  
!     `Z'
            Any register
  
!     `I'
            Signed 11-bit integer constant
  
!     `J'
            Signed 14-bit integer constant
  
!     `K'
!           Integer constant that can be deposited with a `zdepi'
            instruction
  
!     `L'
            Signed 5-bit integer constant
  
!     `M'
            Integer constant 0
  
!     `N'
!           Integer constant that can be loaded with a `ldil' instruction
  
!     `O'
            Integer constant whose value plus one is a power of 2
  
!     `P'
!           Integer constant that can be used for `and' operations in
!           `depi' and `extru' instructions
  
!     `S'
            Integer constant 31
  
!     `U'
            Integer constant 63
  
!     `G'
            Floating-point constant 0.0
  
!     `A'
!           A `lo_sum' data-linkage-table memory operand
  
!     `Q'
            A memory operand that can be used as the destination operand
            of an integer store instruction
  
!     `R'
            A scaled or unscaled indexed memory operand
  
!     `T'
            A memory operand for floating-point loads and stores
  
!     `W'
            A register indirect memory operand
  
! _Intel IA-64--`config/ia64/ia64.h'_
  
!     `a'
!           General register `r0' to `r3' for `addl' instruction
! 
!     `b'
            Branch register
  
!     `c'
!           Predicate register (`c' as in "conditional")
  
!     `d'
            Application register residing in M-unit
  
!     `e'
            Application register residing in I-unit
  
!     `f'
            Floating-point register
  
!     `m'
!           Memory operand.  If used together with `<' or `>', the
!           operand can have postincrement and postdecrement which
!           require printing with `%Pn' on IA-64.
  
!     `G'
            Floating-point constant 0.0 or 1.0
  
!     `I'
            14-bit signed integer constant
  
!     `J'
            22-bit signed integer constant
  
!     `K'
            8-bit signed integer constant for logical instructions
  
!     `L'
            8-bit adjusted signed integer constant for compare pseudo-ops
  
!     `M'
            6-bit unsigned integer constant for shift counts
  
!     `N'
            9-bit signed integer constant for load and store
            postincrements
  
!     `O'
            The constant zero
  
!     `P'
!           0 or -1 for `dep' instruction
  
!     `Q'
            Non-volatile memory for floating-point loads and stores
  
!     `R'
!           Integer constant in the range 1 to 4 for `shladd' instruction
  
!     `S'
            Memory operand except postincrement and postdecrement.  This
!           is now roughly the same as `m' when not used together with `<'
!           or `>'.
  
! _M32C--`config/m32c/m32c.c'_
  
!     `Rsp'
!     `Rfb'
!     `Rsb'
!           `$sp', `$fb', `$sb'.
! 
!     `Rcr'
            Any control register, when they're 16 bits wide (nothing if
            control registers are 24 bits wide)
  
!     `Rcl'
            Any control register, when they're 24 bits wide.
  
!     `R0w'
!     `R1w'
!     `R2w'
!     `R3w'
            $r0, $r1, $r2, $r3.
  
!     `R02'
            $r0 or $r2, or $r2r0 for 32 bit values.
  
!     `R13'
            $r1 or $r3, or $r3r1 for 32 bit values.
  
!     `Rdi'
            A register that can hold a 64 bit value.
  
!     `Rhl'
            $r0 or $r1 (registers with addressable high/low bytes)
  
!     `R23'
            $r2 or $r3
  
!     `Raa'
            Address registers
  
!     `Raw'
            Address registers when they're 16 bits wide.
  
!     `Ral'
            Address registers when they're 24 bits wide.
  
!     `Rqi'
            Registers that can hold QI values.
  
!     `Rad'
            Registers that can be used with displacements ($a0, $a1, $sb).
  
!     `Rsi'
            Registers that can hold 32 bit values.
  
!     `Rhi'
            Registers that can hold 16 bit values.
  
!     `Rhc'
            Registers chat can hold 16 bit values, including all control
            registers.
  
!     `Rra'
            $r0 through R1, plus $a0 and $a1.
  
!     `Rfl'
            The flags register.
  
!     `Rmm'
            The memory-based pseudo-registers $mem0 through $mem15.
  
!     `Rpi'
            Registers that can hold pointers (16 bit registers for r8c,
            m16c; 24 bit registers for m32cm, m32c).
  
!     `Rpa'
            Matches multiple registers in a PARALLEL to form a larger
            register.  Used to match function return values.
  
!     `Is3'
            -8 ... 7
  
!     `IS1'
            -128 ... 127
  
!     `IS2'
            -32768 ... 32767
  
!     `IU2'
            0 ... 65535
  
!     `In4'
            -8 ... -1 or 1 ... 8
  
!     `In5'
            -16 ... -1 or 1 ... 16
  
!     `In6'
            -32 ... -1 or 1 ... 32
  
!     `IM2'
            -65536 ... -1
  
!     `Ilb'
            An 8 bit value with exactly one bit set.
  
!     `Ilw'
            A 16 bit value with exactly one bit set.
  
!     `Sd'
            The common src/dest memory addressing modes.
  
!     `Sa'
            Memory addressed using $a0 or $a1.
  
!     `Si'
            Memory addressed with immediate addresses.
  
!     `Ss'
            Memory addressed using the stack pointer ($sp).
  
!     `Sf'
            Memory addressed using the frame base register ($fb).
  
!     `Ss'
            Memory addressed using the small base register ($sb).
  
!     `S1'
            $r1h
  
! _MicroBlaze--`config/microblaze/constraints.md'_
  
!     `d'
!           A general register (`r0' to `r31').
  
!     `z'
!           A status register (`rmsr', `$fcc1' to `$fcc7').
! 
! 
! _MIPS--`config/mips/constraints.md'_
! 
!     `d'
!           A general-purpose register.  This is equivalent to `r' unless
            generating MIPS16 code, in which case the MIPS16 register set
            is used.
  
!     `f'
            A floating-point register (if available).
  
!     `h'
!           Formerly the `hi' register.  This constraint is no longer
            supported.
  
!     `l'
!           The `lo' register.  Use this register to store values that are
            no bigger than a word.
  
!     `x'
!           The concatenated `hi' and `lo' registers.  Use this register
            to store doubleword values.
  
!     `c'
            A register suitable for use in an indirect jump.  This will
!           always be `$25' for `-mabicalls'.
  
!     `v'
!           Register `$3'.  Do not use this constraint in new code; it is
            retained only for compatibility with glibc.
  
!     `y'
!           Equivalent to `r'; retained for backwards compatibility.
  
!     `z'
            A floating-point condition code register.
  
!     `I'
            A signed 16-bit constant (for arithmetic instructions).
  
!     `J'
            Integer zero.
  
!     `K'
            An unsigned 16-bit constant (for logic instructions).
  
!     `L'
            A signed 32-bit constant in which the lower 16 bits are zero.
!           Such constants can be loaded using `lui'.
  
!     `M'
!           A constant that cannot be loaded using `lui', `addiu' or
!           `ori'.
  
!     `N'
            A constant in the range -65535 to -1 (inclusive).
  
!     `O'
            A signed 15-bit constant.
  
!     `P'
            A constant in the range 1 to 65535 (inclusive).
  
!     `G'
            Floating-point zero.
  
!     `R'
            An address that can be used in a non-macro load or store.
  
!     `ZC'
            A memory operand whose address is formed by a base register
            and offset that is suitable for use in instructions with the
!           same addressing mode as `ll' and `sc'.
  
!     `ZD'
!           An address suitable for a `prefetch' instruction, or for any
!           other instruction with the same addressing mode as `prefetch'.
  
! _Motorola 680x0--`config/m68k/constraints.md'_
! 
!     `a'
            Address register
  
!     `d'
            Data register
  
!     `f'
            68881 floating-point register, if available
  
!     `I'
            Integer in the range 1 to 8
  
!     `J'
            16-bit signed number
  
!     `K'
            Signed number whose magnitude is greater than 0x80
  
!     `L'
            Integer in the range -8 to -1
  
!     `M'
            Signed number whose magnitude is greater than 0x100
  
!     `N'
            Range 24 to 31, rotatert:SI 8 to 1 expressed as rotate
  
!     `O'
            16 (for rotate using swap)
  
!     `P'
            Range 8 to 15, rotatert:HI 8 to 1 expressed as rotate
  
!     `R'
            Numbers that mov3q can handle
  
!     `G'
            Floating point constant that is not a 68881 constant
  
!     `S'
            Operands that satisfy 'm' when -mpcrel is in effect
  
!     `T'
            Operands that satisfy 's' when -mpcrel is not in effect
  
!     `Q'
            Address register indirect addressing mode
  
!     `U'
            Register offset addressing
  
!     `W'
            const_call_operand
  
!     `Cs'
            symbol_ref or const
  
!     `Ci'
            const_int
  
!     `C0'
            const_int 0
  
!     `Cj'
            Range of signed numbers that don't fit in 16 bits
  
!     `Cmvq'
            Integers valid for mvq
  
!     `Capsw'
            Integers valid for a moveq followed by a swap
  
!     `Cmvz'
            Integers valid for mvz
  
!     `Cmvs'
            Integers valid for mvs
  
!     `Ap'
            push_operand
  
!     `Ac'
            Non-register operands allowed in clr
  
! 
! _Moxie--`config/moxie/constraints.md'_
! 
!     `A'
            An absolute address
  
!     `B'
            An offset address
  
!     `W'
            A register indirect memory operand
  
!     `I'
            A constant in the range of 0 to 255.
  
!     `N'
            A constant in the range of 0 to -255.
  
  
! _MSP430-`config/msp430/constraints.md'_
! 
!     `R12'
            Register R12.
  
!     `R13'
            Register R13.
  
!     `K'
            Integer constant 1.
  
!     `L'
            Integer constant -1^20..1^19.
  
!     `M'
            Integer constant 1-4.
  
!     `Ya'
            Memory references which do not require an extended MOVX
            instruction.
  
!     `Yl'
            Memory reference, labels only.
  
!     `Ys'
            Memory reference, stack only.
  
! 
! _NDS32--`config/nds32/constraints.md'_
! 
!     `w'
            LOW register class $r0 to $r7 constraint for V3/V3M ISA.
! 
!     `l'
            LOW register class $r0 to $r7.
! 
!     `d'
            MIDDLE register class $r0 to $r11, $r16 to $r19.
! 
!     `h'
            HIGH register class $r12 to $r14, $r20 to $r31.
! 
!     `t'
            Temporary assist register $ta (i.e. $r15).
! 
!     `k'
            Stack register $sp.
! 
!     `Iu03'
            Unsigned immediate 3-bit value.
! 
!     `In03'
            Negative immediate 3-bit value in the range of -7-0.
! 
!     `Iu04'
            Unsigned immediate 4-bit value.
! 
!     `Is05'
            Signed immediate 5-bit value.
! 
!     `Iu05'
            Unsigned immediate 5-bit value.
! 
!     `In05'
            Negative immediate 5-bit value in the range of -31-0.
! 
!     `Ip05'
            Unsigned immediate 5-bit value for movpi45 instruction with
            range 16-47.
! 
!     `Iu06'
            Unsigned immediate 6-bit value constraint for addri36.sp
            instruction.
! 
!     `Iu08'
            Unsigned immediate 8-bit value.
! 
!     `Iu09'
            Unsigned immediate 9-bit value.
! 
!     `Is10'
            Signed immediate 10-bit value.
! 
!     `Is11'
            Signed immediate 11-bit value.
! 
!     `Is15'
            Signed immediate 15-bit value.
! 
!     `Iu15'
            Unsigned immediate 15-bit value.
! 
!     `Ic15'
!           A constant which is not in the range of imm15u but ok for
!           bclr instruction.
! 
!     `Ie15'
!           A constant which is not in the range of imm15u but ok for
!           bset instruction.
! 
!     `It15'
!           A constant which is not in the range of imm15u but ok for
!           btgl instruction.
! 
!     `Ii15'
            A constant whose compliment value is in the range of imm15u
            and ok for bitci instruction.
! 
!     `Is16'
            Signed immediate 16-bit value.
! 
!     `Is17'
            Signed immediate 17-bit value.
! 
!     `Is19'
            Signed immediate 19-bit value.
! 
!     `Is20'
            Signed immediate 20-bit value.
! 
!     `Ihig'
            The immediate value that can be simply set high 20-bit.
! 
!     `Izeb'
            The immediate value 0xff.
! 
!     `Izeh'
            The immediate value 0xffff.
! 
!     `Ixls'
            The immediate value 0x01.
! 
!     `Ix11'
            The immediate value 0x7ff.
! 
!     `Ibms'
            The immediate value with power of 2.
! 
!     `Ifex'
            The immediate value with power of 2 minus 1.
! 
!     `U33'
            Memory constraint for 333 format.
! 
!     `U45'
            Memory constraint for 45 format.
! 
!     `U37'
            Memory constraint for 37 format.
  
! _Nios II family--`config/nios2/constraints.md'_
  
!     `I'
            Integer that is valid as an immediate operand in an
!           instruction taking a signed 16-bit number. Range -32768 to
            32767.
  
!     `J'
            Integer that is valid as an immediate operand in an
!           instruction taking an unsigned 16-bit number. Range 0 to
            65535.
  
!     `K'
            Integer that is valid as an immediate operand in an
            instruction taking only the upper 16-bits of a 32-bit number.
            Range 32-bit numbers with the lower 16-bits being 0.
  
!     `L'
            Integer that is valid as an immediate operand for a shift
!           instruction. Range 0 to 31.
  
!     `M'
            Integer that is valid as an immediate operand for only the
!           value 0. Can be used in conjunction with the format modifier
!           `z' to use `r0' instead of `0' in the assembly output.
  
!     `N'
            Integer that is valid as an immediate operand for a custom
!           instruction opcode. Range 0 to 255.
  
!     `P'
            An immediate operand for R2 andchi/andci instructions.
  
!     `S'
            Matches immediates which are addresses in the small data
!           section and therefore can be added to `gp' as a 16-bit
            immediate to re-create their 32-bit value.
  
!     `U'
            Matches constants suitable as an operand for the rdprs and
            cache instructions.
  
!     `v'
            A memory operand suitable for Nios II R2 load/store exclusive
            instructions.
  
!     `w'
            A memory operand suitable for load/store IO and cache
            instructions.
  
  
! _PDP-11--`config/pdp11/constraints.md'_
! 
!     `a'
!           Floating point registers AC0 through AC3.  These can be
!           loaded from/to memory with a single instruction.
! 
!     `d'
            Odd numbered general registers (R1, R3, R5).  These are used
            for 16-bit multiply operations.
  
!     `f'
            Any of the floating point registers (AC0 through AC5).
  
!     `G'
            Floating point constant 0.
  
!     `I'
            An integer constant that fits in 16 bits.
  
!     `J'
            An integer constant whose low order 16 bits are zero.
  
!     `K'
            An integer constant that does not meet the constraints for
!           codes `I' or `J'.
  
!     `L'
            The integer constant 1.
  
!     `M'
            The integer constant -1.
  
!     `N'
            The integer constant 0.
  
!     `O'
            Integer constants -4 through -1 and 1 through 4; shifts by
!           these amounts are handled as multiple single-bit shifts
!           rather than a single variable-length shift.
  
!     `Q'
            A memory reference which requires an additional word (address
            or offset) after the opcode.
  
!     `R'
            A memory reference that is encoded within the opcode.
  
! 
! _PowerPC and IBM RS6000--`config/rs6000/constraints.md'_
! 
!     `b'
            Address base register
  
!     `d'
            Floating point register (containing 64-bit value)
  
!     `f'
            Floating point register (containing 32-bit value)
  
!     `v'
            Altivec vector register
  
!     `wa'
!           Any VSX register if the `-mvsx' option was used or NO_REGS.
  
!           When using any of the register constraints (`wa', `wd', `wf',
!           `wg', `wh', `wi', `wj', `wk', `wl', `wm', `wo', `wp', `wq',
!           `ws', `wt', `wu', `wv', `ww', or `wy') that take VSX
!           registers, you must use `%x<n>' in the template so that the
            correct register is used.  Otherwise the register number
            output in the assembly file will be incorrect if an Altivec
            register is an operand of a VSX instruction that expects VSX
*************** _PowerPC and IBM RS6000--'config/rs6000/
*** 34413,34425 ****
            is not correct.
  
            If an instruction only takes Altivec registers, you do not
!           want to use '%x<n>'.
  
                 asm ("xsaddqp %0,%1,%2"
                      : "=v" (v1)
                      : "v" (v2), "v" (v3));
  
!           is correct because the 'xsaddqp' instruction only takes
            Altivec registers, while:
  
                 asm ("xsaddqp %x0,%x1,%x2"
--- 34791,34803 ----
            is not correct.
  
            If an instruction only takes Altivec registers, you do not
!           want to use `%x<n>'.
  
                 asm ("xsaddqp %0,%1,%2"
                      : "=v" (v1)
                      : "v" (v2), "v" (v3));
  
!           is correct because the `xsaddqp' instruction only takes
            Altivec registers, while:
  
                 asm ("xsaddqp %x0,%x1,%x2"
*************** _PowerPC and IBM RS6000--'config/rs6000/
*** 34428,34633 ****
  
            is incorrect.
  
!      'wb'
!           Altivec register if '-mcpu=power9' is used or NO_REGS.
  
!      'wd'
            VSX vector register to hold vector double data or NO_REGS.
  
!      'we'
!           VSX register if the '-mcpu=power9' and '-m64' options were
            used or NO_REGS.
  
!      'wf'
            VSX vector register to hold vector float data or NO_REGS.
  
!      'wg'
!           If '-mmfpgpr' was used, a floating point register or NO_REGS.
  
!      'wh'
            Floating point register if direct moves are available, or
            NO_REGS.
  
!      'wi'
            FP or VSX register to hold 64-bit integers for VSX insns or
            NO_REGS.
  
!      'wj'
!           FP or VSX register to hold 64-bit integers for direct moves or
!           NO_REGS.
  
!      'wk'
            FP or VSX register to hold 64-bit doubles for direct moves or
            NO_REGS.
  
!      'wl'
            Floating point register if the LFIWAX instruction is enabled
            or NO_REGS.
  
!      'wm'
            VSX register if direct move instructions are enabled, or
            NO_REGS.
  
!      'wn'
            No register (NO_REGS).
  
!      'wo'
            VSX register to use for ISA 3.0 vector instructions, or
            NO_REGS.
  
!      'wp'
!           VSX register to use for IEEE 128-bit floating point TFmode, or
!           NO_REGS.
  
!      'wq'
            VSX register to use for IEEE 128-bit floating point, or
            NO_REGS.
  
!      'wr'
!           General purpose register if 64-bit instructions are enabled or
!           NO_REGS.
  
!      'ws'
            VSX vector register to hold scalar double values or NO_REGS.
  
!      'wt'
            VSX vector register to hold 128 bit integer or NO_REGS.
  
!      'wu'
!           Altivec register to use for float/32-bit int loads/stores or
            NO_REGS.
  
!      'wv'
!           Altivec register to use for double loads/stores or NO_REGS.
  
!      'ww'
!           FP or VSX register to perform float operations under '-mvsx'
            or NO_REGS.
  
!      'wx'
            Floating point register if the STFIWX instruction is enabled
            or NO_REGS.
  
!      'wy'
            FP or VSX register to perform ISA 2.07 float ops or NO_REGS.
  
!      'wz'
            Floating point register if the LFIWZX instruction is enabled
            or NO_REGS.
  
!      'wA'
            Address base register if 64-bit instructions are enabled or
            NO_REGS.
  
!      'wB'
            Signed 5-bit constant integer that can be loaded into an
            altivec register.
  
!      'wD'
            Int constant that is the element number of the 64-bit scalar
            in a vector.
  
!      'wE'
            Vector constant that can be loaded with the XXSPLTIB
            instruction.
  
!      'wF'
            Memory operand suitable for power9 fusion load/stores.
  
!      'wG'
            Memory operand suitable for TOC fusion memory references.
  
!      'wH'
!           Altivec register if '-mvsx-small-integer'.
  
!      'wI'
!           Floating point register if '-mvsx-small-integer'.
  
!      'wJ'
!           FP register if '-mvsx-small-integer' and '-mpower9-vector'.
  
!      'wK'
!           Altivec register if '-mvsx-small-integer' and
!           '-mpower9-vector'.
  
!      'wL'
            Int constant that is the element number that the MFVSRLD
            instruction.  targets.
  
!      'wM'
            Match vector constant with all 1's if the XXLORC instruction
            is available.
  
!      'wO'
            A memory operand suitable for the ISA 3.0 vector d-form
            instructions.
  
!      'wQ'
!           A memory address that will work with the 'lq' and 'stq'
            instructions.
  
!      'wS'
            Vector constant that can be loaded with XXSPLTIB & sign
            extension.
  
!      'h'
!           'MQ', 'CTR', or 'LINK' register
  
!      'c'
!           'CTR' register
  
!      'l'
!           'LINK' register
  
!      'x'
!           'CR' register (condition register) number 0
  
!      'y'
!           'CR' register (condition register)
  
!      'z'
!           'XER[CA]' carry bit (part of the XER register)
  
!      'I'
            Signed 16-bit constant
  
!      'J'
!           Unsigned 16-bit constant shifted left 16 bits (use 'L' instead
!           for 'SImode' constants)
  
!      'K'
            Unsigned 16-bit constant
  
!      'L'
            Signed 16-bit constant shifted left 16 bits
  
!      'M'
            Constant larger than 31
  
!      'N'
            Exact power of 2
  
!      'O'
            Zero
  
!      'P'
            Constant whose negation is a signed 16-bit constant
  
!      'G'
            Floating point constant that can be loaded into a register
            with one instruction per word
  
!      'H'
            Integer/Floating point constant that can be loaded into a
            register using three instructions
  
!      'm'
!           Memory operand.  Normally, 'm' does not allow addresses that
!           update the base register.  If '<' or '>' constraint is also
            used, they are allowed and therefore on PowerPC targets in
!           that case it is only safe to use 'm<>' in an 'asm' statement
!           if that 'asm' statement accesses the operand exactly once.
!           The 'asm' statement must also use '%U<OPNO>' as a placeholder
            for the "update" flag in the corresponding load or store
            instruction.  For example:
  
--- 34806,35011 ----
  
            is incorrect.
  
!     `wb'
!           Altivec register if `-mcpu=power9' is used or NO_REGS.
  
!     `wd'
            VSX vector register to hold vector double data or NO_REGS.
  
!     `we'
!           VSX register if the `-mcpu=power9' and `-m64' options were
            used or NO_REGS.
  
!     `wf'
            VSX vector register to hold vector float data or NO_REGS.
  
!     `wg'
!           If `-mmfpgpr' was used, a floating point register or NO_REGS.
  
!     `wh'
            Floating point register if direct moves are available, or
            NO_REGS.
  
!     `wi'
            FP or VSX register to hold 64-bit integers for VSX insns or
            NO_REGS.
  
!     `wj'
!           FP or VSX register to hold 64-bit integers for direct moves
!           or NO_REGS.
  
!     `wk'
            FP or VSX register to hold 64-bit doubles for direct moves or
            NO_REGS.
  
!     `wl'
            Floating point register if the LFIWAX instruction is enabled
            or NO_REGS.
  
!     `wm'
            VSX register if direct move instructions are enabled, or
            NO_REGS.
  
!     `wn'
            No register (NO_REGS).
  
!     `wo'
            VSX register to use for ISA 3.0 vector instructions, or
            NO_REGS.
  
!     `wp'
!           VSX register to use for IEEE 128-bit floating point TFmode,
!           or NO_REGS.
  
!     `wq'
            VSX register to use for IEEE 128-bit floating point, or
            NO_REGS.
  
!     `wr'
!           General purpose register if 64-bit instructions are enabled
!           or NO_REGS.
  
!     `ws'
            VSX vector register to hold scalar double values or NO_REGS.
  
!     `wt'
            VSX vector register to hold 128 bit integer or NO_REGS.
  
!     `wu'
!           Altivec register to use for float/32-bit int loads/stores  or
            NO_REGS.
  
!     `wv'
!           Altivec register to use for double loads/stores  or NO_REGS.
  
!     `ww'
!           FP or VSX register to perform float operations under `-mvsx'
            or NO_REGS.
  
!     `wx'
            Floating point register if the STFIWX instruction is enabled
            or NO_REGS.
  
!     `wy'
            FP or VSX register to perform ISA 2.07 float ops or NO_REGS.
  
!     `wz'
            Floating point register if the LFIWZX instruction is enabled
            or NO_REGS.
  
!     `wA'
            Address base register if 64-bit instructions are enabled or
            NO_REGS.
  
!     `wB'
            Signed 5-bit constant integer that can be loaded into an
            altivec register.
  
!     `wD'
            Int constant that is the element number of the 64-bit scalar
            in a vector.
  
!     `wE'
            Vector constant that can be loaded with the XXSPLTIB
            instruction.
  
!     `wF'
            Memory operand suitable for power9 fusion load/stores.
  
!     `wG'
            Memory operand suitable for TOC fusion memory references.
  
!     `wH'
!           Altivec register if `-mvsx-small-integer'.
  
!     `wI'
!           Floating point register if `-mvsx-small-integer'.
  
!     `wJ'
!           FP register if `-mvsx-small-integer' and `-mpower9-vector'.
  
!     `wK'
!           Altivec register if `-mvsx-small-integer' and
!           `-mpower9-vector'.
  
!     `wL'
            Int constant that is the element number that the MFVSRLD
            instruction.  targets.
  
!     `wM'
            Match vector constant with all 1's if the XXLORC instruction
            is available.
  
!     `wO'
            A memory operand suitable for the ISA 3.0 vector d-form
            instructions.
  
!     `wQ'
!           A memory address that will work with the `lq' and `stq'
            instructions.
  
!     `wS'
            Vector constant that can be loaded with XXSPLTIB & sign
            extension.
  
!     `h'
!           `MQ', `CTR', or `LINK' register
  
!     `c'
!           `CTR' register
  
!     `l'
!           `LINK' register
  
!     `x'
!           `CR' register (condition register) number 0
  
!     `y'
!           `CR' register (condition register)
  
!     `z'
!           `XER[CA]' carry bit (part of the XER register)
  
!     `I'
            Signed 16-bit constant
  
!     `J'
!           Unsigned 16-bit constant shifted left 16 bits (use `L'
!           instead for `SImode' constants)
  
!     `K'
            Unsigned 16-bit constant
  
!     `L'
            Signed 16-bit constant shifted left 16 bits
  
!     `M'
            Constant larger than 31
  
!     `N'
            Exact power of 2
  
!     `O'
            Zero
  
!     `P'
            Constant whose negation is a signed 16-bit constant
  
!     `G'
            Floating point constant that can be loaded into a register
            with one instruction per word
  
!     `H'
            Integer/Floating point constant that can be loaded into a
            register using three instructions
  
!     `m'
!           Memory operand.  Normally, `m' does not allow addresses that
!           update the base register.  If `<' or `>' constraint is also
            used, they are allowed and therefore on PowerPC targets in
!           that case it is only safe to use `m<>' in an `asm' statement
!           if that `asm' statement accesses the operand exactly once.
!           The `asm' statement must also use `%U<OPNO>' as a placeholder
            for the "update" flag in the corresponding load or store
            instruction.  For example:
  
*************** _PowerPC and IBM RS6000--'config/rs6000/
*** 34639,35344 ****
  
            is not.
  
!      'es'
!           A "stable" memory operand; that is, one which does not include
!           any automodification of the base register.  This used to be
!           useful when 'm' allowed automodification of the base register,
!           but as those are now only allowed when '<' or '>' is used,
!           'es' is basically the same as 'm' without '<' and '>'.
  
!      'Q'
            Memory operand that is an offset from a register (it is
!           usually better to use 'm' or 'es' in 'asm' statements)
  
!      'Z'
            Memory operand that is an indexed or indirect from a register
!           (it is usually better to use 'm' or 'es' in 'asm' statements)
  
!      'R'
            AIX TOC entry
  
!      'a'
!           Address operand that is an indexed or indirect from a register
!           ('p' is preferable for 'asm' statements)
  
!      'U'
            System V Release 4 small data area reference
  
!      'W'
            Vector constant that does not require memory
  
!      'j'
            Vector constant that is all zeros.
  
- _RL78--'config/rl78/constraints.md'_
  
!      'Int3'
            An integer constant in the range 1 ... 7.
!      'Int8'
            An integer constant in the range 0 ... 255.
!      'J'
            An integer constant in the range -255 ... 0
!      'K'
            The integer constant 1.
!      'L'
            The integer constant -1.
!      'M'
            The integer constant 0.
!      'N'
            The integer constant 2.
!      'O'
            The integer constant -2.
!      'P'
            An integer constant in the range 1 ... 15.
!      'Qbi'
            The built-in compare types-eq, ne, gtu, ltu, geu, and leu.
!      'Qsc'
            The synthetic compare types-gt, lt, ge, and le.
!      'Wab'
            A memory reference with an absolute address.
!      'Wbc'
!           A memory reference using 'BC' as a base register, with an
            optional offset.
!      'Wca'
!           A memory reference using 'AX', 'BC', 'DE', or 'HL' for the
            address, for calls.
!      'Wcv'
            A memory reference using any 16-bit register pair for the
            address, for calls.
!      'Wd2'
!           A memory reference using 'DE' as a base register, with an
            optional offset.
!      'Wde'
!           A memory reference using 'DE' as a base register, without any
            offset.
!      'Wfr'
            Any memory reference to an address in the far address space.
!      'Wh1'
!           A memory reference using 'HL' as a base register, with an
            optional one-byte offset.
!      'Whb'
!           A memory reference using 'HL' as a base register, with 'B' or
!           'C' as the index register.
!      'Whl'
!           A memory reference using 'HL' as a base register, without any
            offset.
!      'Ws1'
!           A memory reference using 'SP' as a base register, with an
            optional one-byte offset.
!      'Y'
            Any memory reference to an address in the near address space.
!      'A'
!           The 'AX' register.
!      'B'
!           The 'BC' register.
!      'D'
!           The 'DE' register.
!      'R'
!           'A' through 'L' registers.
!      'S'
!           The 'SP' register.
!      'T'
!           The 'HL' register.
!      'Z08W'
!           The 16-bit 'R8' register.
!      'Z10W'
!           The 16-bit 'R10' register.
!      'Zint'
!           The registers reserved for interrupts ('R24' to 'R31').
!      'a'
!           The 'A' register.
!      'b'
!           The 'B' register.
!      'c'
!           The 'C' register.
!      'd'
!           The 'D' register.
!      'e'
!           The 'E' register.
!      'h'
!           The 'H' register.
!      'l'
!           The 'L' register.
!      'v'
            The virtual registers.
-      'w'
-           The 'PSW' register.
-      'x'
-           The 'X' register.
  
! _RISC-V--'config/riscv/constraints.md'_
  
!      'f'
            A floating-point register (if availiable).
  
!      'I'
            An I-type 12-bit signed immediate.
  
!      'J'
            Integer zero.
  
!      'K'
            A 5-bit unsigned immediate for CSR access instructions.
  
!      'A'
            An address that is held in a general-purpose register.
  
- _RX--'config/rx/constraints.md'_
-      'Q'
-           An address which does not involve register indirect addressing
-           or pre/post increment/decrement addressing.
  
!      'Symbol'
            A symbol reference.
  
!      'Int08'
            A constant in the range -256 to 255, inclusive.
  
!      'Sint08'
            A constant in the range -128 to 127, inclusive.
  
!      'Sint16'
            A constant in the range -32768 to 32767, inclusive.
  
!      'Sint24'
            A constant in the range -8388608 to 8388607, inclusive.
  
!      'Uint04'
            A constant in the range 0 to 15, inclusive.
  
! _S/390 and zSeries--'config/s390/s390.h'_
!      'a'
            Address register (general purpose register except r0)
  
!      'c'
            Condition code register
  
!      'd'
            Data register (arbitrary general purpose register)
  
!      'f'
            Floating-point register
  
!      'I'
            Unsigned 8-bit constant (0-255)
  
!      'J'
            Unsigned 12-bit constant (0-4095)
  
!      'K'
            Signed 16-bit constant (-32768-32767)
  
!      'L'
            Value appropriate as displacement.
!           '(0..4095)'
                 for short displacement
!           '(-524288..524287)'
                 for long displacement
  
!      'M'
            Constant integer with a value of 0x7fffffff.
  
!      'N'
            Multiple letter constraint followed by 4 parameter letters.
!           '0..9:'
                 number of the part counting from most to least
                 significant
!           'H,Q:'
                 mode of the part
!           'D,S,H:'
                 mode of the containing operand
!           '0,F:'
                 value of the other parts (F--all bits set)
!           The constraint matches if the specified part of a constant has
!           a value different from its other parts.
  
!      'Q'
            Memory reference without index register and with short
            displacement.
  
!      'R'
            Memory reference with index register and short displacement.
  
!      'S'
            Memory reference without index register but with long
            displacement.
  
!      'T'
            Memory reference with index register and long displacement.
  
!      'U'
            Pointer with short displacement.
  
!      'W'
            Pointer with long displacement.
  
!      'Y'
            Shift count operand.
  
- _SPARC--'config/sparc/sparc.h'_
-      'f'
-           Floating-point register on the SPARC-V8 architecture and lower
-           floating-point register on the SPARC-V9 architecture.
  
!      'e'
!           Floating-point register.  It is equivalent to 'f' on the
            SPARC-V8 architecture and contains both lower and upper
            floating-point registers on the SPARC-V9 architecture.
  
!      'c'
            Floating-point condition code register.
  
!      'd'
            Lower floating-point register.  It is only valid on the
            SPARC-V9 architecture when the Visual Instruction Set is
            available.
  
!      'b'
            Floating-point register.  It is only valid on the SPARC-V9
            architecture when the Visual Instruction Set is available.
  
!      'h'
            64-bit global or out register for the SPARC-V8+ architecture.
  
!      'C'
            The constant all-ones, for floating-point.
  
!      'A'
            Signed 5-bit constant
  
!      'D'
            A vector constant
  
!      'I'
            Signed 13-bit constant
  
!      'J'
            Zero
  
!      'K'
            32-bit constant with the low 12 bits clear (a constant that
!           can be loaded with the 'sethi' instruction)
  
!      'L'
!           A constant in the range supported by 'movcc' instructions
            (11-bit signed immediate)
  
!      'M'
!           A constant in the range supported by 'movrcc' instructions
            (10-bit signed immediate)
  
!      'N'
!           Same as 'K', except that it verifies that bits that are not in
!           the lower 32-bit range are all zero.  Must be used instead of
!           'K' for modes wider than 'SImode'
  
!      'O'
            The constant 4096
  
!      'G'
            Floating-point zero
  
!      'H'
            Signed 13-bit constant, sign-extended to 32 or 64 bits
  
!      'P'
            The constant -1
  
!      'Q'
            Floating-point constant whose integral representation can be
            moved into an integer register using a single sethi
            instruction
  
!      'R'
            Floating-point constant whose integral representation can be
            moved into an integer register using a single mov instruction
  
!      'S'
            Floating-point constant whose integral representation can be
!           moved into an integer register using a high/lo_sum instruction
!           sequence
  
!      'T'
            Memory address aligned to an 8-byte boundary
  
!      'U'
            Even register
  
!      'W'
!           Memory address for 'e' constraint registers
  
!      'w'
            Memory address with only a base register
  
!      'Y'
            Vector zero
  
! _SPU--'config/spu/spu.h'_
!      'a'
            An immediate which can be loaded with the il/ila/ilh/ilhu
            instructions.  const_int is treated as a 64 bit value.
  
!      'c'
            An immediate for and/xor/or instructions.  const_int is
            treated as a 64 bit value.
  
!      'd'
!           An immediate for the 'iohl' instruction.  const_int is treated
!           as a 64 bit value.
  
!      'f'
!           An immediate which can be loaded with 'fsmbi'.
  
!      'A'
            An immediate which can be loaded with the il/ila/ilh/ilhu
            instructions.  const_int is treated as a 32 bit value.
  
!      'B'
            An immediate for most arithmetic instructions.  const_int is
            treated as a 32 bit value.
  
!      'C'
            An immediate for and/xor/or instructions.  const_int is
            treated as a 32 bit value.
  
!      'D'
!           An immediate for the 'iohl' instruction.  const_int is treated
!           as a 32 bit value.
  
!      'I'
            A constant in the range [-64, 63] for shift/rotate
            instructions.
  
!      'J'
            An unsigned 7-bit constant for conversion/nop/channel
            instructions.
  
!      'K'
            A signed 10-bit constant for most arithmetic instructions.
  
!      'M'
!           A signed 16 bit immediate for 'stop'.
  
!      'N'
!           An unsigned 16-bit constant for 'iohl' and 'fsmbi'.
  
!      'O'
            An unsigned 7-bit constant whose 3 least significant bits are
            0.
  
!      'P'
            An unsigned 3-bit constant for 16-byte rotates and shifts
  
!      'R'
            Call operand, reg, for indirect calls
  
!      'S'
            Call operand, symbol, for relative calls.
  
!      'T'
            Call operand, const_int, for absolute calls.
  
!      'U'
            An immediate which can be loaded with the il/ila/ilh/ilhu
            instructions.  const_int is sign extended to 128 bit.
  
!      'W'
            An immediate for shift and rotate instructions.  const_int is
            treated as a 32 bit value.
  
!      'Y'
            An immediate for and/xor/or instructions.  const_int is sign
            extended as a 128 bit.
  
!      'Z'
!           An immediate for the 'iohl' instruction.  const_int is sign
            extended to 128 bit.
  
! _TI C6X family--'config/c6x/constraints.md'_
!      'a'
            Register file A (A0-A31).
  
!      'b'
            Register file B (B0-B31).
  
!      'A'
            Predicate registers in register file A (A0-A2 on C64X and
            higher, A1 and A2 otherwise).
  
!      'B'
            Predicate registers in register file B (B0-B2).
  
!      'C'
            A call-used register in register file B (B0-B9, B16-B31).
  
!      'Da'
            Register file A, excluding predicate registers (A3-A31, plus
            A0 if not C64X or higher).
  
!      'Db'
            Register file B, excluding predicate registers (B3-B31).
  
!      'Iu4'
            Integer constant in the range 0 ... 15.
  
!      'Iu5'
            Integer constant in the range 0 ... 31.
  
!      'In5'
            Integer constant in the range -31 ... 0.
  
!      'Is5'
            Integer constant in the range -16 ... 15.
  
!      'I5x'
            Integer constant that can be the operand of an ADDA or a SUBA
            insn.
  
!      'IuB'
            Integer constant in the range 0 ... 65535.
  
!      'IsB'
            Integer constant in the range -32768 ... 32767.
  
!      'IsC'
!           Integer constant in the range -2^{20} ... 2^{20} - 1.
  
!      'Jc'
            Integer constant that is a valid mask for the clr instruction.
  
!      'Js'
            Integer constant that is a valid mask for the set instruction.
  
!      'Q'
            Memory location with A base register.
  
!      'R'
            Memory location with B base register.
  
!      'Z'
            Register B14 (aka DP).
  
! _TILE-Gx--'config/tilegx/constraints.md'_
!      'R00'
!      'R01'
!      'R02'
!      'R03'
!      'R04'
!      'R05'
!      'R06'
!      'R07'
!      'R08'
!      'R09'
!      'R10'
            Each of these represents a register constraint for an
            individual register, from r0 to r10.
  
!      'I'
            Signed 8-bit integer constant.
  
!      'J'
            Signed 16-bit integer constant.
  
!      'K'
            Unsigned 16-bit integer constant.
  
!      'L'
!           Integer constant that fits in one signed byte when incremented
!           by one (-129 ... 126).
  
!      'm'
!           Memory operand.  If used together with '<' or '>', the operand
!           can have postincrement which requires printing with '%In' and
!           '%in' on TILE-Gx.  For example:
  
                 asm ("st_add %I0,%1,%i0" : "=m<>" (*mem) : "r" (val));
  
!      'M'
            A bit mask suitable for the BFINS instruction.
  
!      'N'
            Integer constant that is a byte tiled out eight times.
  
!      'O'
            The integer zero constant.
  
!      'P'
            Integer constant that is a sign-extended byte tiled out as
            four shorts.
  
!      'Q'
            Integer constant that fits in one signed byte when incremented
            (-129 ... 126), but excluding -1.
  
!      'S'
            Integer constant that has all 1 bits consecutive and starting
            at bit 0.
  
!      'T'
            A 16-bit fragment of a got, tls, or pc-relative reference.
  
!      'U'
!           Memory operand except postincrement.  This is roughly the same
!           as 'm' when not used together with '<' or '>'.
  
!      'W'
            An 8-element vector constant with identical elements.
  
!      'Y'
            A 4-element vector constant with identical elements.
  
!      'Z0'
            The integer constant 0xffffffff.
  
!      'Z1'
            The integer constant 0xffffffff00000000.
  
! _TILEPro--'config/tilepro/constraints.md'_
!      'R00'
!      'R01'
!      'R02'
!      'R03'
!      'R04'
!      'R05'
!      'R06'
!      'R07'
!      'R08'
!      'R09'
!      'R10'
            Each of these represents a register constraint for an
            individual register, from r0 to r10.
  
!      'I'
            Signed 8-bit integer constant.
  
!      'J'
            Signed 16-bit integer constant.
  
!      'K'
            Nonzero integer constant with low 16 bits zero.
  
!      'L'
!           Integer constant that fits in one signed byte when incremented
!           by one (-129 ... 126).
  
!      'm'
!           Memory operand.  If used together with '<' or '>', the operand
!           can have postincrement which requires printing with '%In' and
!           '%in' on TILEPro.  For example:
  
                 asm ("swadd %I0,%1,%i0" : "=m<>" (mem) : "r" (val));
  
!      'M'
            A bit mask suitable for the MM instruction.
  
!      'N'
            Integer constant that is a byte tiled out four times.
  
!      'O'
            The integer zero constant.
  
!      'P'
!           Integer constant that is a sign-extended byte tiled out as two
!           shorts.
  
!      'Q'
            Integer constant that fits in one signed byte when incremented
            (-129 ... 126), but excluding -1.
  
!      'T'
            A symbolic operand, or a 16-bit fragment of a got, tls, or
            pc-relative reference.
  
!      'U'
!           Memory operand except postincrement.  This is roughly the same
!           as 'm' when not used together with '<' or '>'.
  
!      'W'
            A 4-element vector constant with identical elements.
  
!      'Y'
            A 2-element vector constant with identical elements.
  
- _Visium--'config/visium/constraints.md'_
-      'b'
-           EAM register 'mdb'
  
!      'c'
!           EAM register 'mdc'
  
!      'f'
            Floating point register
  
!      'l'
!           General register, but not 'r29', 'r30' and 'r31'
  
!      't'
!           Register 'r1'
  
!      'u'
!           Register 'r2'
  
!      'v'
!           Register 'r3'
  
!      'G'
            Floating-point constant 0.0
  
!      'J'
!           Integer constant in the range 0 ..  65535 (16-bit immediate)
  
!      'K'
!           Integer constant in the range 1 ..  31 (5-bit immediate)
  
!      'L'
!           Integer constant in the range -65535 ..  -1 (16-bit negative
            immediate)
  
!      'M'
            Integer constant -1
  
!      'O'
            Integer constant 0
  
!      'P'
            Integer constant 32
  
! _x86 family--'config/i386/constraints.md'_
!      'R'
            Legacy register--the eight integer registers available on all
!           i386 processors ('a', 'b', 'c', 'd', 'si', 'di', 'bp', 'sp').
  
!      'q'
!           Any register accessible as 'Rl'.  In 32-bit mode, 'a', 'b',
!           'c', and 'd'; in 64-bit mode, any integer register.
  
!      'Q'
!           Any register accessible as 'Rh': 'a', 'b', 'c', and 'd'.
  
!      'a'
!           The 'a' register.
  
!      'b'
!           The 'b' register.
  
!      'c'
!           The 'c' register.
  
!      'd'
!           The 'd' register.
  
!      'S'
!           The 'si' register.
  
!      'D'
!           The 'di' register.
  
!      'A'
!           The 'a' and 'd' registers.  This class is used for
!           instructions that return double word results in the 'ax:dx'
!           register pair.  Single word values will be allocated either in
!           'ax' or 'dx'.  For example on i386 the following implements
!           'rdtsc':
  
                 unsigned long long rdtsc (void)
                 {
--- 35017,35787 ----
  
            is not.
  
!     `es'
!           A "stable" memory operand; that is, one which does not
!           include any automodification of the base register.  This used
!           to be useful when `m' allowed automodification of the base
!           register, but as those are now only allowed when `<' or `>'
!           is used, `es' is basically the same as `m' without `<' and
!           `>'.
  
!     `Q'
            Memory operand that is an offset from a register (it is
!           usually better to use `m' or `es' in `asm' statements)
  
!     `Z'
            Memory operand that is an indexed or indirect from a register
!           (it is usually better to use `m' or `es' in `asm' statements)
  
!     `R'
            AIX TOC entry
  
!     `a'
!           Address operand that is an indexed or indirect from a
!           register (`p' is preferable for `asm' statements)
  
!     `U'
            System V Release 4 small data area reference
  
!     `W'
            Vector constant that does not require memory
  
!     `j'
            Vector constant that is all zeros.
  
  
! _RL78--`config/rl78/constraints.md'_
! 
!     `Int3'
            An integer constant in the range 1 ... 7.
! 
!     `Int8'
            An integer constant in the range 0 ... 255.
! 
!     `J'
            An integer constant in the range -255 ... 0
! 
!     `K'
            The integer constant 1.
! 
!     `L'
            The integer constant -1.
! 
!     `M'
            The integer constant 0.
! 
!     `N'
            The integer constant 2.
! 
!     `O'
            The integer constant -2.
! 
!     `P'
            An integer constant in the range 1 ... 15.
! 
!     `Qbi'
            The built-in compare types-eq, ne, gtu, ltu, geu, and leu.
! 
!     `Qsc'
            The synthetic compare types-gt, lt, ge, and le.
! 
!     `Wab'
            A memory reference with an absolute address.
! 
!     `Wbc'
!           A memory reference using `BC' as a base register, with an
            optional offset.
! 
!     `Wca'
!           A memory reference using `AX', `BC', `DE', or `HL' for the
            address, for calls.
! 
!     `Wcv'
            A memory reference using any 16-bit register pair for the
            address, for calls.
! 
!     `Wd2'
!           A memory reference using `DE' as a base register, with an
            optional offset.
! 
!     `Wde'
!           A memory reference using `DE' as a base register, without any
            offset.
! 
!     `Wfr'
            Any memory reference to an address in the far address space.
! 
!     `Wh1'
!           A memory reference using `HL' as a base register, with an
            optional one-byte offset.
! 
!     `Whb'
!           A memory reference using `HL' as a base register, with `B' or
!           `C' as the index register.
! 
!     `Whl'
!           A memory reference using `HL' as a base register, without any
            offset.
! 
!     `Ws1'
!           A memory reference using `SP' as a base register, with an
            optional one-byte offset.
! 
!     `Y'
            Any memory reference to an address in the near address space.
! 
!     `A'
!           The `AX' register.
! 
!     `B'
!           The `BC' register.
! 
!     `D'
!           The `DE' register.
! 
!     `R'
!           `A' through `L' registers.
! 
!     `S'
!           The `SP' register.
! 
!     `T'
!           The `HL' register.
! 
!     `Z08W'
!           The 16-bit `R8' register.
! 
!     `Z10W'
!           The 16-bit `R10' register.
! 
!     `Zint'
!           The registers reserved for interrupts (`R24' to `R31').
! 
!     `a'
!           The `A' register.
! 
!     `b'
!           The `B' register.
! 
!     `c'
!           The `C' register.
! 
!     `d'
!           The `D' register.
! 
!     `e'
!           The `E' register.
! 
!     `h'
!           The `H' register.
! 
!     `l'
!           The `L' register.
! 
!     `v'
            The virtual registers.
  
!     `w'
!           The `PSW' register.
  
!     `x'
!           The `X' register.
! 
! 
! _RISC-V--`config/riscv/constraints.md'_
! 
!     `f'
            A floating-point register (if availiable).
  
!     `I'
            An I-type 12-bit signed immediate.
  
!     `J'
            Integer zero.
  
!     `K'
            A 5-bit unsigned immediate for CSR access instructions.
  
!     `A'
            An address that is held in a general-purpose register.
  
  
! _RX--`config/rx/constraints.md'_
! 
!     `Q'
!           An address which does not involve register indirect
!           addressing or pre/post increment/decrement addressing.
! 
!     `Symbol'
            A symbol reference.
  
!     `Int08'
            A constant in the range -256 to 255, inclusive.
  
!     `Sint08'
            A constant in the range -128 to 127, inclusive.
  
!     `Sint16'
            A constant in the range -32768 to 32767, inclusive.
  
!     `Sint24'
            A constant in the range -8388608 to 8388607, inclusive.
  
!     `Uint04'
            A constant in the range 0 to 15, inclusive.
  
! 
! _S/390 and zSeries--`config/s390/s390.h'_
! 
!     `a'
            Address register (general purpose register except r0)
  
!     `c'
            Condition code register
  
!     `d'
            Data register (arbitrary general purpose register)
  
!     `f'
            Floating-point register
  
!     `I'
            Unsigned 8-bit constant (0-255)
  
!     `J'
            Unsigned 12-bit constant (0-4095)
  
!     `K'
            Signed 16-bit constant (-32768-32767)
  
!     `L'
            Value appropriate as displacement.
!          `(0..4095)'
                 for short displacement
! 
!          `(-524288..524287)'
                 for long displacement
  
!     `M'
            Constant integer with a value of 0x7fffffff.
  
!     `N'
            Multiple letter constraint followed by 4 parameter letters.
!          `0..9:'
                 number of the part counting from most to least
                 significant
! 
!          `H,Q:'
                 mode of the part
! 
!          `D,S,H:'
                 mode of the containing operand
! 
!          `0,F:'
                 value of the other parts (F--all bits set)
!           The constraint matches if the specified part of a constant
!           has a value different from its other parts.
  
!     `Q'
            Memory reference without index register and with short
            displacement.
  
!     `R'
            Memory reference with index register and short displacement.
  
!     `S'
            Memory reference without index register but with long
            displacement.
  
!     `T'
            Memory reference with index register and long displacement.
  
!     `U'
            Pointer with short displacement.
  
!     `W'
            Pointer with long displacement.
  
!     `Y'
            Shift count operand.
  
  
! _SPARC--`config/sparc/sparc.h'_
! 
!     `f'
!           Floating-point register on the SPARC-V8 architecture and
!           lower floating-point register on the SPARC-V9 architecture.
! 
!     `e'
!           Floating-point register.  It is equivalent to `f' on the
            SPARC-V8 architecture and contains both lower and upper
            floating-point registers on the SPARC-V9 architecture.
  
!     `c'
            Floating-point condition code register.
  
!     `d'
            Lower floating-point register.  It is only valid on the
            SPARC-V9 architecture when the Visual Instruction Set is
            available.
  
!     `b'
            Floating-point register.  It is only valid on the SPARC-V9
            architecture when the Visual Instruction Set is available.
  
!     `h'
            64-bit global or out register for the SPARC-V8+ architecture.
  
!     `C'
            The constant all-ones, for floating-point.
  
!     `A'
            Signed 5-bit constant
  
!     `D'
            A vector constant
  
!     `I'
            Signed 13-bit constant
  
!     `J'
            Zero
  
!     `K'
            32-bit constant with the low 12 bits clear (a constant that
!           can be loaded with the `sethi' instruction)
  
!     `L'
!           A constant in the range supported by `movcc' instructions
            (11-bit signed immediate)
  
!     `M'
!           A constant in the range supported by `movrcc' instructions
            (10-bit signed immediate)
  
!     `N'
!           Same as `K', except that it verifies that bits that are not
!           in the lower 32-bit range are all zero.  Must be used instead
!           of `K' for modes wider than `SImode'
  
!     `O'
            The constant 4096
  
!     `G'
            Floating-point zero
  
!     `H'
            Signed 13-bit constant, sign-extended to 32 or 64 bits
  
!     `P'
            The constant -1
  
!     `Q'
            Floating-point constant whose integral representation can be
            moved into an integer register using a single sethi
            instruction
  
!     `R'
            Floating-point constant whose integral representation can be
            moved into an integer register using a single mov instruction
  
!     `S'
            Floating-point constant whose integral representation can be
!           moved into an integer register using a high/lo_sum
!           instruction sequence
  
!     `T'
            Memory address aligned to an 8-byte boundary
  
!     `U'
            Even register
  
!     `W'
!           Memory address for `e' constraint registers
  
!     `w'
            Memory address with only a base register
  
!     `Y'
            Vector zero
  
! 
! _SPU--`config/spu/spu.h'_
! 
!     `a'
            An immediate which can be loaded with the il/ila/ilh/ilhu
            instructions.  const_int is treated as a 64 bit value.
  
!     `c'
            An immediate for and/xor/or instructions.  const_int is
            treated as a 64 bit value.
  
!     `d'
!           An immediate for the `iohl' instruction.  const_int is
!           treated as a 64 bit value.
  
!     `f'
!           An immediate which can be loaded with `fsmbi'.
  
!     `A'
            An immediate which can be loaded with the il/ila/ilh/ilhu
            instructions.  const_int is treated as a 32 bit value.
  
!     `B'
            An immediate for most arithmetic instructions.  const_int is
            treated as a 32 bit value.
  
!     `C'
            An immediate for and/xor/or instructions.  const_int is
            treated as a 32 bit value.
  
!     `D'
!           An immediate for the `iohl' instruction.  const_int is
!           treated as a 32 bit value.
  
!     `I'
            A constant in the range [-64, 63] for shift/rotate
            instructions.
  
!     `J'
            An unsigned 7-bit constant for conversion/nop/channel
            instructions.
  
!     `K'
            A signed 10-bit constant for most arithmetic instructions.
  
!     `M'
!           A signed 16 bit immediate for `stop'.
  
!     `N'
!           An unsigned 16-bit constant for `iohl' and `fsmbi'.
  
!     `O'
            An unsigned 7-bit constant whose 3 least significant bits are
            0.
  
!     `P'
            An unsigned 3-bit constant for 16-byte rotates and shifts
  
!     `R'
            Call operand, reg, for indirect calls
  
!     `S'
            Call operand, symbol, for relative calls.
  
!     `T'
            Call operand, const_int, for absolute calls.
  
!     `U'
            An immediate which can be loaded with the il/ila/ilh/ilhu
            instructions.  const_int is sign extended to 128 bit.
  
!     `W'
            An immediate for shift and rotate instructions.  const_int is
            treated as a 32 bit value.
  
!     `Y'
            An immediate for and/xor/or instructions.  const_int is sign
            extended as a 128 bit.
  
!     `Z'
!           An immediate for the `iohl' instruction.  const_int is sign
            extended to 128 bit.
  
! 
! _TI C6X family--`config/c6x/constraints.md'_
! 
!     `a'
            Register file A (A0-A31).
  
!     `b'
            Register file B (B0-B31).
  
!     `A'
            Predicate registers in register file A (A0-A2 on C64X and
            higher, A1 and A2 otherwise).
  
!     `B'
            Predicate registers in register file B (B0-B2).
  
!     `C'
            A call-used register in register file B (B0-B9, B16-B31).
  
!     `Da'
            Register file A, excluding predicate registers (A3-A31, plus
            A0 if not C64X or higher).
  
!     `Db'
            Register file B, excluding predicate registers (B3-B31).
  
!     `Iu4'
            Integer constant in the range 0 ... 15.
  
!     `Iu5'
            Integer constant in the range 0 ... 31.
  
!     `In5'
            Integer constant in the range -31 ... 0.
  
!     `Is5'
            Integer constant in the range -16 ... 15.
  
!     `I5x'
            Integer constant that can be the operand of an ADDA or a SUBA
            insn.
  
!     `IuB'
            Integer constant in the range 0 ... 65535.
  
!     `IsB'
            Integer constant in the range -32768 ... 32767.
  
!     `IsC'
!           Integer constant in the range -2^20 ... 2^20 - 1.
  
!     `Jc'
            Integer constant that is a valid mask for the clr instruction.
  
!     `Js'
            Integer constant that is a valid mask for the set instruction.
  
!     `Q'
            Memory location with A base register.
  
!     `R'
            Memory location with B base register.
  
!     `Z'
            Register B14 (aka DP).
  
! 
! _TILE-Gx--`config/tilegx/constraints.md'_
! 
!     `R00'
!     `R01'
!     `R02'
!     `R03'
!     `R04'
!     `R05'
!     `R06'
!     `R07'
!     `R08'
!     `R09'
!     `R10'
            Each of these represents a register constraint for an
            individual register, from r0 to r10.
  
!     `I'
            Signed 8-bit integer constant.
  
!     `J'
            Signed 16-bit integer constant.
  
!     `K'
            Unsigned 16-bit integer constant.
  
!     `L'
!           Integer constant that fits in one signed byte when
!           incremented by one (-129 ... 126).
  
!     `m'
!           Memory operand.  If used together with `<' or `>', the
!           operand can have postincrement which requires printing with
!           `%In' and `%in' on TILE-Gx.  For example:
  
                 asm ("st_add %I0,%1,%i0" : "=m<>" (*mem) : "r" (val));
  
!     `M'
            A bit mask suitable for the BFINS instruction.
  
!     `N'
            Integer constant that is a byte tiled out eight times.
  
!     `O'
            The integer zero constant.
  
!     `P'
            Integer constant that is a sign-extended byte tiled out as
            four shorts.
  
!     `Q'
            Integer constant that fits in one signed byte when incremented
            (-129 ... 126), but excluding -1.
  
!     `S'
            Integer constant that has all 1 bits consecutive and starting
            at bit 0.
  
!     `T'
            A 16-bit fragment of a got, tls, or pc-relative reference.
  
!     `U'
!           Memory operand except postincrement.  This is roughly the
!           same as `m' when not used together with `<' or `>'.
  
!     `W'
            An 8-element vector constant with identical elements.
  
!     `Y'
            A 4-element vector constant with identical elements.
  
!     `Z0'
            The integer constant 0xffffffff.
  
!     `Z1'
            The integer constant 0xffffffff00000000.
  
! 
! _TILEPro--`config/tilepro/constraints.md'_
! 
!     `R00'
!     `R01'
!     `R02'
!     `R03'
!     `R04'
!     `R05'
!     `R06'
!     `R07'
!     `R08'
!     `R09'
!     `R10'
            Each of these represents a register constraint for an
            individual register, from r0 to r10.
  
!     `I'
            Signed 8-bit integer constant.
  
!     `J'
            Signed 16-bit integer constant.
  
!     `K'
            Nonzero integer constant with low 16 bits zero.
  
!     `L'
!           Integer constant that fits in one signed byte when
!           incremented by one (-129 ... 126).
  
!     `m'
!           Memory operand.  If used together with `<' or `>', the
!           operand can have postincrement which requires printing with
!           `%In' and `%in' on TILEPro.  For example:
  
                 asm ("swadd %I0,%1,%i0" : "=m<>" (mem) : "r" (val));
  
!     `M'
            A bit mask suitable for the MM instruction.
  
!     `N'
            Integer constant that is a byte tiled out four times.
  
!     `O'
            The integer zero constant.
  
!     `P'
!           Integer constant that is a sign-extended byte tiled out as
!           two shorts.
  
!     `Q'
            Integer constant that fits in one signed byte when incremented
            (-129 ... 126), but excluding -1.
  
!     `T'
            A symbolic operand, or a 16-bit fragment of a got, tls, or
            pc-relative reference.
  
!     `U'
!           Memory operand except postincrement.  This is roughly the
!           same as `m' when not used together with `<' or `>'.
  
!     `W'
            A 4-element vector constant with identical elements.
  
!     `Y'
            A 2-element vector constant with identical elements.
  
  
! _Visium--`config/visium/constraints.md'_
  
!     `b'
!           EAM register `mdb'
! 
!     `c'
!           EAM register `mdc'
! 
!     `f'
            Floating point register
  
!     `l'
!           General register, but not `r29', `r30' and `r31'
  
!     `t'
!           Register `r1'
  
!     `u'
!           Register `r2'
  
!     `v'
!           Register `r3'
  
!     `G'
            Floating-point constant 0.0
  
!     `J'
!           Integer constant in the range 0 .. 65535 (16-bit immediate)
  
!     `K'
!           Integer constant in the range 1 .. 31 (5-bit immediate)
  
!     `L'
!           Integer constant in the range -65535 .. -1 (16-bit negative
            immediate)
  
!     `M'
            Integer constant -1
  
!     `O'
            Integer constant 0
  
!     `P'
            Integer constant 32
  
! _x86 family--`config/i386/constraints.md'_
! 
!     `R'
            Legacy register--the eight integer registers available on all
!           i386 processors (`a', `b', `c', `d', `si', `di', `bp', `sp').
  
!     `q'
!           Any register accessible as `Rl'.  In 32-bit mode, `a', `b',
!           `c', and `d'; in 64-bit mode, any integer register.
  
!     `Q'
!           Any register accessible as `Rh': `a', `b', `c', and `d'.
  
!     `a'
!           The `a' register.
  
!     `b'
!           The `b' register.
  
!     `c'
!           The `c' register.
  
!     `d'
!           The `d' register.
  
!     `S'
!           The `si' register.
  
!     `D'
!           The `di' register.
  
!     `A'
!           The `a' and `d' registers.  This class is used for
!           instructions that return double word results in the `ax:dx'
!           register pair.  Single word values will be allocated either
!           in `ax' or `dx'.  For example on i386 the following
!           implements `rdtsc':
  
                 unsigned long long rdtsc (void)
                 {
*************** _x86 family--'config/i386/constraints.md
*** 35348,35354 ****
                 }
  
            This is not correct on x86-64 as it would allocate tick in
!           either 'ax' or 'dx'.  You have to use the following variant
            instead:
  
                 unsigned long long rdtsc (void)
--- 35791,35797 ----
                 }
  
            This is not correct on x86-64 as it would allocate tick in
!           either `ax' or `dx'.  You have to use the following variant
            instead:
  
                 unsigned long long rdtsc (void)
*************** _x86 family--'config/i386/constraints.md
*** 35358,35506 ****
                   return ((unsigned long long)tickh << 32)|tickl;
                 }
  
!      'f'
            Any 80387 floating-point (stack) register.
  
!      't'
!           Top of 80387 floating-point stack ('%st(0)').
  
!      'u'
!           Second from top of 80387 floating-point stack ('%st(1)').
  
!      'y'
            Any MMX register.
  
!      'x'
            Any SSE register.
  
!      'Yz'
!           First SSE register ('%xmm0').
  
!      'I'
            Integer constant in the range 0 ... 31, for 32-bit shifts.
  
!      'J'
            Integer constant in the range 0 ... 63, for 64-bit shifts.
  
!      'K'
            Signed 8-bit integer constant.
  
!      'L'
!           '0xFF' or '0xFFFF', for andsi as a zero-extending move.
  
!      'M'
!           0, 1, 2, or 3 (shifts for the 'lea' instruction).
  
!      'N'
!           Unsigned 8-bit integer constant (for 'in' and 'out'
            instructions).
  
!      'G'
            Standard 80387 floating point constant.
  
!      'C'
            SSE constant zero operand.
  
!      'e'
            32-bit signed integer constant, or a symbolic reference known
            to fit that range (for immediate operands in sign-extending
            x86-64 instructions).
  
!      'Z'
            32-bit unsigned integer constant, or a symbolic reference
            known to fit that range (for immediate operands in
            zero-extending x86-64 instructions).
  
! _Xstormy16--'config/stormy16/stormy16.h'_
!      'a'
            Register r0.
  
!      'b'
            Register r1.
  
!      'c'
            Register r2.
  
!      'd'
            Register r8.
  
!      'e'
            Registers r0 through r7.
  
!      't'
            Registers r0 and r1.
  
!      'y'
            The carry register.
  
!      'z'
            Registers r8 and r9.
  
!      'I'
            A constant between 0 and 3 inclusive.
  
!      'J'
            A constant that has exactly one bit set.
  
!      'K'
            A constant that has exactly one bit clear.
  
!      'L'
            A constant between 0 and 255 inclusive.
  
!      'M'
            A constant between -255 and 0 inclusive.
  
!      'N'
            A constant between -3 and 0 inclusive.
  
!      'O'
            A constant between 1 and 4 inclusive.
  
!      'P'
            A constant between -4 and -1 inclusive.
  
!      'Q'
            A memory reference that is a stack push.
  
!      'R'
            A memory reference that is a stack pop.
  
!      'S'
            A memory reference that refers to a constant address of known
            value.
  
!      'T'
            The register indicated by Rx (not implemented yet).
  
!      'U'
            A constant that is not between 2 and 15 inclusive.
  
!      'Z'
            The constant 0.
  
! _Xtensa--'config/xtensa/constraints.md'_
!      'a'
            General-purpose 32-bit register
  
!      'b'
            One-bit boolean register
  
!      'A'
            MAC16 40-bit accumulator register
  
!      'I'
            Signed 12-bit integer constant, for use in MOVI instructions
  
!      'J'
            Signed 8-bit integer constant, for use in ADDI instructions
  
!      'K'
            Integer constant valid for BccI instructions
  
!      'L'
            Unsigned constant valid for BccUI instructions
  
  
  File: gcc.info,  Node: Asm Labels,  Next: Explicit Register Variables,  Prev: Constraints,  Up: Using Assembly Language with C
  
--- 35801,35955 ----
                   return ((unsigned long long)tickh << 32)|tickl;
                 }
  
!     `f'
            Any 80387 floating-point (stack) register.
  
!     `t'
!           Top of 80387 floating-point stack (`%st(0)').
  
!     `u'
!           Second from top of 80387 floating-point stack (`%st(1)').
  
!     `y'
            Any MMX register.
  
!     `x'
            Any SSE register.
  
!     `Yz'
!           First SSE register (`%xmm0').
  
!     `I'
            Integer constant in the range 0 ... 31, for 32-bit shifts.
  
!     `J'
            Integer constant in the range 0 ... 63, for 64-bit shifts.
  
!     `K'
            Signed 8-bit integer constant.
  
!     `L'
!           `0xFF' or `0xFFFF', for andsi as a zero-extending move.
  
!     `M'
!           0, 1, 2, or 3 (shifts for the `lea' instruction).
  
!     `N'
!           Unsigned 8-bit integer constant (for `in' and `out'
            instructions).
  
!     `G'
            Standard 80387 floating point constant.
  
!     `C'
            SSE constant zero operand.
  
!     `e'
            32-bit signed integer constant, or a symbolic reference known
            to fit that range (for immediate operands in sign-extending
            x86-64 instructions).
  
!     `Z'
            32-bit unsigned integer constant, or a symbolic reference
            known to fit that range (for immediate operands in
            zero-extending x86-64 instructions).
  
! 
! _Xstormy16--`config/stormy16/stormy16.h'_
! 
!     `a'
            Register r0.
  
!     `b'
            Register r1.
  
!     `c'
            Register r2.
  
!     `d'
            Register r8.
  
!     `e'
            Registers r0 through r7.
  
!     `t'
            Registers r0 and r1.
  
!     `y'
            The carry register.
  
!     `z'
            Registers r8 and r9.
  
!     `I'
            A constant between 0 and 3 inclusive.
  
!     `J'
            A constant that has exactly one bit set.
  
!     `K'
            A constant that has exactly one bit clear.
  
!     `L'
            A constant between 0 and 255 inclusive.
  
!     `M'
            A constant between -255 and 0 inclusive.
  
!     `N'
            A constant between -3 and 0 inclusive.
  
!     `O'
            A constant between 1 and 4 inclusive.
  
!     `P'
            A constant between -4 and -1 inclusive.
  
!     `Q'
            A memory reference that is a stack push.
  
!     `R'
            A memory reference that is a stack pop.
  
!     `S'
            A memory reference that refers to a constant address of known
            value.
  
!     `T'
            The register indicated by Rx (not implemented yet).
  
!     `U'
            A constant that is not between 2 and 15 inclusive.
  
!     `Z'
            The constant 0.
  
! 
! _Xtensa--`config/xtensa/constraints.md'_
! 
!     `a'
            General-purpose 32-bit register
  
!     `b'
            One-bit boolean register
  
!     `A'
            MAC16 40-bit accumulator register
  
!     `I'
            Signed 12-bit integer constant, for use in MOVI instructions
  
!     `J'
            Signed 8-bit integer constant, for use in ADDI instructions
  
!     `K'
            Integer constant valid for BccI instructions
  
!     `L'
            Unsigned constant valid for BccUI instructions
  
+ 
+ 
  
  File: gcc.info,  Node: Asm Labels,  Next: Explicit Register Variables,  Prev: Constraints,  Up: Using Assembly Language with C
  
*************** File: gcc.info,  Node: Asm Labels,  Next
*** 35508,35514 ****
  -----------------------------------------------
  
  You can specify the name to be used in the assembler code for a C
! function or variable by writing the 'asm' (or '__asm__') keyword after
  the declarator.  It is up to you to make sure that the assembler names
  you choose do not conflict with any other assembler symbols, or
  reference registers.
--- 35957,35963 ----
  -----------------------------------------------
  
  You can specify the name to be used in the assembler code for a C
! function or variable by writing the `asm' (or `__asm__') keyword after
  the declarator.  It is up to you to make sure that the assembler names
  you choose do not conflict with any other assembler symbols, or
  reference registers.
*************** This sample shows how to specify the ass
*** 35520,35531 ****
  
       int foo asm ("myfoo") = 2;
  
! This specifies that the name to be used for the variable 'foo' in the
! assembler code should be 'myfoo' rather than the usual '_foo'.
  
   On systems where an underscore is normally prepended to the name of a C
! variable, this feature allows you to define names for the linker that do
! not start with an underscore.
  
   GCC does not support using this feature with a non-static local
  variable since such variables do not have assembler names.  If you are
--- 35969,35980 ----
  
       int foo asm ("myfoo") = 2;
  
! This specifies that the name to be used for the variable `foo' in the
! assembler code should be `myfoo' rather than the usual `_foo'.
  
   On systems where an underscore is normally prepended to the name of a C
! variable, this feature allows you to define names for the linker that
! do not start with an underscore.
  
   GCC does not support using this feature with a non-static local
  variable since such variables do not have assembler names.  If you are
*************** Assembler names for functions:
*** 35536,35542 ****
  ..............................
  
  To specify the assembler name for functions, write a declaration for the
! function before its definition and put 'asm' there, like this:
  
       int func (int x, int y) asm ("MYFUNC");
  
--- 35985,35991 ----
  ..............................
  
  To specify the assembler name for functions, write a declaration for the
! function before its definition and put `asm' there, like this:
  
       int func (int x, int y) asm ("MYFUNC");
  
*************** function before its definition and put '
*** 35544,35551 ****
       {
          /* ... */
  
! This specifies that the name to be used for the function 'func' in the
! assembler code should be 'MYFUNC'.
  
  
  File: gcc.info,  Node: Explicit Register Variables,  Next: Size of an asm,  Prev: Asm Labels,  Up: Using Assembly Language with C
--- 35993,36000 ----
       {
          /* ... */
  
! This specifies that the name to be used for the function `func' in the
! assembler code should be `MYFUNC'.
  
  
  File: gcc.info,  Node: Explicit Register Variables,  Next: Size of an asm,  Prev: Asm Labels,  Up: Using Assembly Language with C
*************** specified register like this:
*** 35579,35615 ****
  
       register int *foo asm ("r12");
  
! Here 'r12' is the name of the register that should be used.  Note that
  this is the same syntax used for defining local register variables, but
! for a global variable the declaration appears outside a function.  The
! 'register' keyword is required, and cannot be combined with 'static'.
  The register name must be a valid register name for the target platform.
  
   Registers are a scarce resource on most systems and allowing the
  compiler to manage their usage usually results in the best code.
  However, under special circumstances it can make sense to reserve some
  globally.  For example this may be useful in programs such as
! programming language interpreters that have a couple of global variables
! that are accessed very often.
  
   After defining a global register variable, for the current compilation
  unit:
  
     * The register is reserved entirely for this use, and will not be
       allocated for any other purpose.
     * The register is not saved and restored by any functions.
     * Stores into this register are never deleted even if they appear to
       be dead, but references may be deleted, moved or simplified.
  
   Note that these points _only_ apply to code that is compiled with the
! definition.  The behavior of code that is merely linked in (for example
  code from libraries) is not affected.
  
   If you want to recompile source files that do not actually use your
  global register variable so they do not use the specified register for
  any other purpose, you need not actually add the global register
! declaration to their source code.  It suffices to specify the compiler
! option '-ffixed-REG' (*note Code Gen Options::) to reserve the register.
  
  Declaring the variable
  ......................
--- 36028,36066 ----
  
       register int *foo asm ("r12");
  
! Here `r12' is the name of the register that should be used. Note that
  this is the same syntax used for defining local register variables, but
! for a global variable the declaration appears outside a function. The
! `register' keyword is required, and cannot be combined with `static'.
  The register name must be a valid register name for the target platform.
  
   Registers are a scarce resource on most systems and allowing the
  compiler to manage their usage usually results in the best code.
  However, under special circumstances it can make sense to reserve some
  globally.  For example this may be useful in programs such as
! programming language interpreters that have a couple of global
! variables that are accessed very often.
  
   After defining a global register variable, for the current compilation
  unit:
  
     * The register is reserved entirely for this use, and will not be
       allocated for any other purpose.
+ 
     * The register is not saved and restored by any functions.
+ 
     * Stores into this register are never deleted even if they appear to
       be dead, but references may be deleted, moved or simplified.
  
   Note that these points _only_ apply to code that is compiled with the
! definition. The behavior of code that is merely linked in (for example
  code from libraries) is not affected.
  
   If you want to recompile source files that do not actually use your
  global register variable so they do not use the specified register for
  any other purpose, you need not actually add the global register
! declaration to their source code. It suffices to specify the compiler
! option `-ffixed-REG' (*note Code Gen Options::) to reserve the register.
  
  Declaring the variable
  ......................
*************** Global register variables can not have i
*** 35618,35624 ****
  executable file has no means to supply initial contents for a register.
  
   When selecting a register, choose one that is normally saved and
! restored by function calls on your machine.  This ensures that code
  which is unaware of this reservation (such as library routines) will
  restore it before returning.
  
--- 36069,36075 ----
  executable file has no means to supply initial contents for a register.
  
   When selecting a register, choose one that is normally saved and
! restored by function calls on your machine. This ensures that code
  which is unaware of this reservation (such as library routines) will
  restore it before returning.
  
*************** that is not affected magically by the fu
*** 35628,35654 ****
  Using the variable
  ..................
  
! When calling routines that are not aware of the reservation, be cautious
! if those routines call back into code which uses them.  As an example,
! if you call the system library version of 'qsort', it may clobber your
! registers during execution, but (if you have selected appropriate
! registers) it will restore them before returning.  However it will _not_
! restore them before calling 'qsort''s comparison function.  As a result,
! global values will not reliably be available to the comparison function
! unless the 'qsort' function itself is rebuilt.
  
   Similarly, it is not safe to access the global register variables from
! signal handlers or from more than one thread of control.  Unless you
  recompile them specially for the task at hand, the system library
  routines may temporarily use the register for other things.
  
!  On most machines, 'longjmp' restores to each global register variable
! the value it had at the time of the 'setjmp'.  On some machines,
! however, 'longjmp' does not change the value of global register
! variables.  To be portable, the function that called 'setjmp' should
  make other arrangements to save the values of the global register
! variables, and to restore them in a 'longjmp'.  This way, the same thing
! happens regardless of what 'longjmp' does.
  
   Eventually there may be a way of asking the compiler to choose a
  register automatically, but first we need to figure out how it should
--- 36079,36105 ----
  Using the variable
  ..................
  
! When calling routines that are not aware of the reservation, be
! cautious if those routines call back into code which uses them. As an
! example, if you call the system library version of `qsort', it may
! clobber your registers during execution, but (if you have selected
! appropriate registers) it will restore them before returning. However
! it will _not_ restore them before calling `qsort''s comparison
! function. As a result, global values will not reliably be available to
! the comparison function unless the `qsort' function itself is rebuilt.
  
   Similarly, it is not safe to access the global register variables from
! signal handlers or from more than one thread of control. Unless you
  recompile them specially for the task at hand, the system library
  routines may temporarily use the register for other things.
  
!  On most machines, `longjmp' restores to each global register variable
! the value it had at the time of the `setjmp'. On some machines,
! however, `longjmp' does not change the value of global register
! variables. To be portable, the function that called `setjmp' should
  make other arrangements to save the values of the global register
! variables, and to restore them in a `longjmp'. This way, the same thing
! happens regardless of what `longjmp' does.
  
   Eventually there may be a way of asking the compiler to choose a
  register automatically, but first we need to figure out how it should
*************** specified register like this:
*** 35666,35675 ****
  
       register int *foo asm ("r12");
  
! Here 'r12' is the name of the register that should be used.  Note that
! this is the same syntax used for defining global register variables, but
! for a local variable the declaration appears within a function.  The
! 'register' keyword is required, and cannot be combined with 'static'.
  The register name must be a valid register name for the target platform.
  
   As with global register variables, it is recommended that you choose a
--- 36117,36126 ----
  
       register int *foo asm ("r12");
  
! Here `r12' is the name of the register that should be used.  Note that
! this is the same syntax used for defining global register variables,
! but for a local variable the declaration appears within a function.  The
! `register' keyword is required, and cannot be combined with `static'.
  The register name must be a valid register name for the target platform.
  
   As with global register variables, it is recommended that you choose a
*************** register that is normally saved and rest
*** 35677,35689 ****
  machine, so that calls to library routines will not clobber it.
  
   The only supported use for this feature is to specify registers for
! input and output operands when calling Extended 'asm' (*note Extended
  Asm::).  This may be necessary if the constraints for a particular
! machine don't provide sufficient control to select the desired register.
! To force an operand into a register, create a local variable and specify
! the register name after the variable's declaration.  Then use the local
! variable for the 'asm' operand and specify any constraint letter that
! matches the register:
  
       register int *p1 asm ("r0") = ...;
       register int *p2 asm ("r1") = ...;
--- 36128,36140 ----
  machine, so that calls to library routines will not clobber it.
  
   The only supported use for this feature is to specify registers for
! input and output operands when calling Extended `asm' (*note Extended
  Asm::).  This may be necessary if the constraints for a particular
! machine don't provide sufficient control to select the desired
! register.  To force an operand into a register, create a local variable
! and specify the register name after the variable's declaration.  Then
! use the local variable for the `asm' operand and specify any constraint
! letter that matches the register:
  
       register int *p1 asm ("r0") = ...;
       register int *p2 asm ("r1") = ...;
*************** matches the register:
*** 35691,35699 ****
       asm ("sysint" : "=r" (result) : "0" (p1), "r" (p2));
  
   _Warning:_ In the above example, be aware that a register (for example
! 'r0') can be call-clobbered by subsequent code, including function calls
! and library calls for arithmetic operators on other variables (for
! example the initialization of 'p2').  In this case, use temporary
  variables for expressions between the register assignments:
  
       int t1 = ...;
--- 36142,36150 ----
       asm ("sysint" : "=r" (result) : "0" (p1), "r" (p2));
  
   _Warning:_ In the above example, be aware that a register (for example
! `r0') can be call-clobbered by subsequent code, including function
! calls and library calls for arithmetic operators on other variables (for
! example the initialization of `p2').  In this case, use temporary
  variables for expressions between the register assignments:
  
       int t1 = ...;
*************** variables for expressions between the re
*** 35703,35718 ****
       asm ("sysint" : "=r" (result) : "0" (p1), "r" (p2));
  
   Defining a register variable does not reserve the register.  Other than
! when invoking the Extended 'asm', the contents of the specified register
! are not guaranteed.  For this reason, the following uses are explicitly
! _not_ supported.  If they appear to work, it is only happenstance, and
! may stop working as intended due to (seemingly) unrelated changes in
! surrounding code, or even minor changes in the optimization of a future
! version of gcc:
  
-    * Passing parameters to or from Basic 'asm'
-    * Passing parameters to or from Extended 'asm' without using input or
-      output operands.
     * Passing parameters to or from routines written in assembler (or
       other languages) using non-standard calling conventions.
  
--- 36154,36171 ----
       asm ("sysint" : "=r" (result) : "0" (p1), "r" (p2));
  
   Defining a register variable does not reserve the register.  Other than
! when invoking the Extended `asm', the contents of the specified
! register are not guaranteed.  For this reason, the following uses are
! explicitly _not_ supported.  If they appear to work, it is only
! happenstance, and may stop working as intended due to (seemingly)
! unrelated changes in surrounding code, or even minor changes in the
! optimization of a future version of gcc:
! 
!    * Passing parameters to or from Basic `asm'
! 
!    * Passing parameters to or from Extended `asm' without using input
!      or output operands.
  
     * Passing parameters to or from routines written in assembler (or
       other languages) using non-standard calling conventions.
  
*************** specifics for MIPS targets: (gccint)MIPS
*** 35731,35749 ****
  
  File: gcc.info,  Node: Size of an asm,  Prev: Explicit Register Variables,  Up: Using Assembly Language with C
  
! 6.45.6 Size of an 'asm'
  -----------------------
  
! Some targets require that GCC track the size of each instruction used in
! order to generate correct code.  Because the final length of the code
! produced by an 'asm' statement is only known by the assembler, GCC must
! make an estimate as to how big it will be.  It does this by counting the
! number of instructions in the pattern of the 'asm' and multiplying that
! by the length of the longest instruction supported by that processor.
! (When working out the number of instructions, it assumes that any
! occurrence of a newline or of whatever statement separator character is
! supported by the assembler - typically ';' -- indicates the end of an
! instruction.)
  
   Normally, GCC's estimate is adequate to ensure that correct code is
  generated, but it is possible to confuse the compiler if you use pseudo
--- 36184,36202 ----
  
  File: gcc.info,  Node: Size of an asm,  Prev: Explicit Register Variables,  Up: Using Assembly Language with C
  
! 6.45.6 Size of an `asm'
  -----------------------
  
! Some targets require that GCC track the size of each instruction used
! in order to generate correct code.  Because the final length of the
! code produced by an `asm' statement is only known by the assembler, GCC
! must make an estimate as to how big it will be.  It does this by
! counting the number of instructions in the pattern of the `asm' and
! multiplying that by the length of the longest instruction supported by
! that processor.  (When working out the number of instructions, it
! assumes that any occurrence of a newline or of whatever statement
! separator character is supported by the assembler - typically `;' --
! indicates the end of an instruction.)
  
   Normally, GCC's estimate is adequate to ensure that correct code is
  generated, but it is possible to confuse the compiler if you use pseudo
*************** File: gcc.info,  Node: Alternate Keyword
*** 35759,35778 ****
  6.46 Alternate Keywords
  =======================
  
! '-ansi' and the various '-std' options disable certain keywords.  This
  causes trouble when you want to use GNU C extensions, or a
  general-purpose header file that should be usable by all programs,
! including ISO C programs.  The keywords 'asm', 'typeof' and 'inline' are
! not available in programs compiled with '-ansi' or '-std' (although
! 'inline' can be used in a program compiled with '-std=c99' or
! '-std=c11').  The ISO C99 keyword 'restrict' is only available when
! '-std=gnu99' (which will eventually be the default) or '-std=c99' (or
! the equivalent '-std=iso9899:1999'), or an option for a later standard
  version, is used.
  
!  The way to solve these problems is to put '__' at the beginning and end
! of each problematical keyword.  For example, use '__asm__' instead of
! 'asm', and '__inline__' instead of 'inline'.
  
   Other C compilers won't accept these alternative keywords; if you want
  to compile with another compiler, you can define the alternate keywords
--- 36212,36231 ----
  6.46 Alternate Keywords
  =======================
  
! `-ansi' and the various `-std' options disable certain keywords.  This
  causes trouble when you want to use GNU C extensions, or a
  general-purpose header file that should be usable by all programs,
! including ISO C programs.  The keywords `asm', `typeof' and `inline'
! are not available in programs compiled with `-ansi' or `-std' (although
! `inline' can be used in a program compiled with `-std=c99' or
! `-std=c11').  The ISO C99 keyword `restrict' is only available when
! `-std=gnu99' (which will eventually be the default) or `-std=c99' (or
! the equivalent `-std=iso9899:1999'), or an option for a later standard
  version, is used.
  
!  The way to solve these problems is to put `__' at the beginning and
! end of each problematical keyword.  For example, use `__asm__' instead
! of `asm', and `__inline__' instead of `inline'.
  
   Other C compilers won't accept these alternative keywords; if you want
  to compile with another compiler, you can define the alternate keywords
*************** this:
*** 35783,35809 ****
       #define __asm__ asm
       #endif
  
!  '-pedantic' and other options cause warnings for many GNU C extensions.
  You can prevent such warnings within one expression by writing
! '__extension__' before the expression.  '__extension__' has no effect
  aside from this.
  
  
  File: gcc.info,  Node: Incomplete Enums,  Next: Function Names,  Prev: Alternate Keywords,  Up: C Extensions
  
! 6.47 Incomplete 'enum' Types
  ============================
  
! You can define an 'enum' tag without specifying its possible values.
  This results in an incomplete type, much like what you get if you write
! 'struct foo' without describing the elements.  A later declaration that
  does specify the possible values completes the type.
  
   You cannot allocate variables or storage using the type while it is
  incomplete.  However, you can work with pointers to that type.
  
   This extension may not be very useful, but it makes the handling of
! 'enum' more consistent with the way 'struct' and 'union' are handled.
  
   This extension is not supported by GNU C++.
  
--- 36236,36262 ----
       #define __asm__ asm
       #endif
  
!  `-pedantic' and other options cause warnings for many GNU C extensions.
  You can prevent such warnings within one expression by writing
! `__extension__' before the expression.  `__extension__' has no effect
  aside from this.
  
  
  File: gcc.info,  Node: Incomplete Enums,  Next: Function Names,  Prev: Alternate Keywords,  Up: C Extensions
  
! 6.47 Incomplete `enum' Types
  ============================
  
! You can define an `enum' tag without specifying its possible values.
  This results in an incomplete type, much like what you get if you write
! `struct foo' without describing the elements.  A later declaration that
  does specify the possible values completes the type.
  
   You cannot allocate variables or storage using the type while it is
  incomplete.  However, you can work with pointers to that type.
  
   This extension may not be very useful, but it makes the handling of
! `enum' more consistent with the way `struct' and `union' are handled.
  
   This extension is not supported by GNU C++.
  
*************** File: gcc.info,  Node: Function Names,
*** 35815,35841 ****
  
  GCC provides three magic constants that hold the name of the current
  function as a string.  In C++11 and later modes, all three are treated
! as constant expressions and can be used in 'constexpr' constexts.  The
! first of these constants is '__func__', which is part of the C99
  standard:
  
!  The identifier '__func__' is implicitly declared by the translator as
! if, immediately following the opening brace of each function definition,
! the declaration
  
       static const char __func__[] = "function-name";
  
  appeared, where function-name is the name of the lexically-enclosing
  function.  This name is the unadorned name of the function.  As an
! extension, at file (or, in C++, namespace scope), '__func__' evaluates
  to the empty string.
  
!  '__FUNCTION__' is another name for '__func__', provided for backward
  compatibility with old versions of GCC.
  
!  In C, '__PRETTY_FUNCTION__' is yet another name for '__func__', except
  that at file (or, in C++, namespace scope), it evaluates to the string
! '"top level"'.  In addition, in C++, '__PRETTY_FUNCTION__' contains the
  signature of the function as well as its bare name.  For example, this
  program:
  
--- 36268,36294 ----
  
  GCC provides three magic constants that hold the name of the current
  function as a string.  In C++11 and later modes, all three are treated
! as constant expressions and can be used in `constexpr' constexts.  The
! first of these constants is `__func__', which is part of the C99
  standard:
  
!  The identifier `__func__' is implicitly declared by the translator as
! if, immediately following the opening brace of each function
! definition, the declaration
  
       static const char __func__[] = "function-name";
  
  appeared, where function-name is the name of the lexically-enclosing
  function.  This name is the unadorned name of the function.  As an
! extension, at file (or, in C++, namespace scope), `__func__' evaluates
  to the empty string.
  
!  `__FUNCTION__' is another name for `__func__', provided for backward
  compatibility with old versions of GCC.
  
!  In C, `__PRETTY_FUNCTION__' is yet another name for `__func__', except
  that at file (or, in C++, namespace scope), it evaluates to the string
! `"top level"'.  In addition, in C++, `__PRETTY_FUNCTION__' contains the
  signature of the function as well as its bare name.  For example, this
  program:
  
*************** gives this output:
*** 35864,35870 ****
       __PRETTY_FUNCTION__ = void a::sub(int)
  
   These identifiers are variables, not preprocessor macros, and may not
! be used to initialize 'char' arrays or be concatenated with string
  literals.
  
  
--- 36317,36323 ----
       __PRETTY_FUNCTION__ = void a::sub(int)
  
   These identifiers are variables, not preprocessor macros, and may not
! be used to initialize `char' arrays or be concatenated with string
  literals.
  
  
*************** function.
*** 35880,35929 ****
            LEVEL)
       This function returns the return address of the current function,
       or of one of its callers.  The LEVEL argument is number of frames
!      to scan up the call stack.  A value of '0' yields the return
!      address of the current function, a value of '1' yields the return
       address of the caller of the current function, and so forth.  When
       inlining the expected behavior is that the function returns the
       address of the function that is returned to.  To work around this
!      behavior use the 'noinline' function attribute.
  
       The LEVEL argument must be a constant integer.
  
       On some machines it may be impossible to determine the return
       address of any function other than the current one; in such cases,
       or when the top of the stack has been reached, this function
!      returns '0' or a random value.  In addition,
!      '__builtin_frame_address' may be used to determine if the top of
       the stack has been reached.
  
       Additional post-processing of the returned value may be needed, see
!      '__builtin_extract_return_addr'.
  
       Calling this function with a nonzero argument can have
       unpredictable effects, including crashing the calling program.  As
       a result, calls that are considered unsafe are diagnosed when the
!      '-Wframe-address' option is in effect.  Such calls should only be
       made in debugging situations.
  
   -- Built-in Function: void * __builtin_extract_return_addr (void *ADDR)
!      The address as returned by '__builtin_return_address' may have to
       be fed through this function to get the actual encoded address.
!      For example, on the 31-bit S/390 platform the highest bit has to be
!      masked out, or on SPARC platforms an offset has to be added for the
!      true next instruction to be executed.
  
       If no fixup is needed, this function simply passes through ADDR.
  
   -- Built-in Function: void * __builtin_frob_return_address (void *ADDR)
!      This function does the reverse of '__builtin_extract_return_addr'.
  
   -- Built-in Function: void * __builtin_frame_address (unsigned int
            LEVEL)
!      This function is similar to '__builtin_return_address', but it
       returns the address of the function frame rather than the return
!      address of the function.  Calling '__builtin_frame_address' with a
!      value of '0' yields the frame address of the current function, a
!      value of '1' yields the frame address of the caller of the current
       function, and so forth.
  
       The frame is the area on the stack that holds local variables and
--- 36333,36382 ----
            LEVEL)
       This function returns the return address of the current function,
       or of one of its callers.  The LEVEL argument is number of frames
!      to scan up the call stack.  A value of `0' yields the return
!      address of the current function, a value of `1' yields the return
       address of the caller of the current function, and so forth.  When
       inlining the expected behavior is that the function returns the
       address of the function that is returned to.  To work around this
!      behavior use the `noinline' function attribute.
  
       The LEVEL argument must be a constant integer.
  
       On some machines it may be impossible to determine the return
       address of any function other than the current one; in such cases,
       or when the top of the stack has been reached, this function
!      returns `0' or a random value.  In addition,
!      `__builtin_frame_address' may be used to determine if the top of
       the stack has been reached.
  
       Additional post-processing of the returned value may be needed, see
!      `__builtin_extract_return_addr'.
  
       Calling this function with a nonzero argument can have
       unpredictable effects, including crashing the calling program.  As
       a result, calls that are considered unsafe are diagnosed when the
!      `-Wframe-address' option is in effect.  Such calls should only be
       made in debugging situations.
  
   -- Built-in Function: void * __builtin_extract_return_addr (void *ADDR)
!      The address as returned by `__builtin_return_address' may have to
       be fed through this function to get the actual encoded address.
!      For example, on the 31-bit S/390 platform the highest bit has to
!      be masked out, or on SPARC platforms an offset has to be added for
!      the true next instruction to be executed.
  
       If no fixup is needed, this function simply passes through ADDR.
  
   -- Built-in Function: void * __builtin_frob_return_address (void *ADDR)
!      This function does the reverse of `__builtin_extract_return_addr'.
  
   -- Built-in Function: void * __builtin_frame_address (unsigned int
            LEVEL)
!      This function is similar to `__builtin_return_address', but it
       returns the address of the function frame rather than the return
!      address of the function.  Calling `__builtin_frame_address' with a
!      value of `0' yields the frame address of the current function, a
!      value of `1' yields the frame address of the caller of the current
       function, and so forth.
  
       The frame is the area on the stack that holds local variables and
*************** function.
*** 35932,35950 ****
       exact definition depends upon the processor and the calling
       convention.  If the processor has a dedicated frame pointer
       register, and the function has a frame, then
!      '__builtin_frame_address' returns the value of the frame pointer
       register.
  
       On some machines it may be impossible to determine the frame
       address of any function other than the current one; in such cases,
       or when the top of the stack has been reached, this function
!      returns '0' if the first frame pointer is properly initialized by
       the startup code.
  
       Calling this function with a nonzero argument can have
       unpredictable effects, including crashing the calling program.  As
       a result, calls that are considered unsafe are diagnosed when the
!      '-Wframe-address' option is in effect.  Such calls should only be
       made in debugging situations.
  
  
--- 36385,36403 ----
       exact definition depends upon the processor and the calling
       convention.  If the processor has a dedicated frame pointer
       register, and the function has a frame, then
!      `__builtin_frame_address' returns the value of the frame pointer
       register.
  
       On some machines it may be impossible to determine the frame
       address of any function other than the current one; in such cases,
       or when the top of the stack has been reached, this function
!      returns `0' if the first frame pointer is properly initialized by
       the startup code.
  
       Calling this function with a nonzero argument can have
       unpredictable effects, including crashing the calling program.  As
       a result, calls that are considered unsafe are diagnosed when the
!      `-Wframe-address' option is in effect.  Such calls should only be
       made in debugging situations.
  
  
*************** same time.  For example, on the x86 the
*** 35959,35998 ****
  can be used this way.
  
   The first step in using these extensions is to provide the necessary
! data types.  This should be done using an appropriate 'typedef':
  
       typedef int v4si __attribute__ ((vector_size (16)));
  
! The 'int' type specifies the base type, while the attribute specifies
  the vector size for the variable, measured in bytes.  For example, the
! declaration above causes the compiler to set the mode for the 'v4si'
! type to be 16 bytes wide and divided into 'int' sized units.  For a
! 32-bit 'int' this means a vector of 4 units of 4 bytes, and the
! corresponding mode of 'foo' is V4SI.
  
!  The 'vector_size' attribute is only applicable to integral and float
  scalars, although arrays, pointers, and function return values are
! allowed in conjunction with this construct.  Only sizes that are a power
  of two are currently allowed.
  
   All the basic integer types can be used as base types, both as signed
! and as unsigned: 'char', 'short', 'int', 'long', 'long long'.  In
! addition, 'float' and 'double' can be used to build floating-point
  vector types.
  
   Specifying a combination that is not valid for the current architecture
  causes GCC to synthesize the instructions using a narrower mode.  For
! example, if you specify a variable of type 'V4SI' and your architecture
  does not allow for this specific SIMD type, GCC produces code that uses
! 4 'SIs'.
  
   The types defined in this manner can be used with a subset of normal C
  operations.  Currently, GCC allows using the following operators on
! these types: '+, -, *, /, unary minus, ^, |, &, ~, %'.
  
!  The operations behave like C++ 'valarrays'.  Addition is defined as the
! addition of the corresponding elements of the operands.  For example, in
! the code below, each of the 4 elements in A is added to the
  corresponding 4 elements in B and the resulting vector is stored in C.
  
       typedef int v4si __attribute__ ((vector_size (16)));
--- 36412,36451 ----
  can be used this way.
  
   The first step in using these extensions is to provide the necessary
! data types.  This should be done using an appropriate `typedef':
  
       typedef int v4si __attribute__ ((vector_size (16)));
  
! The `int' type specifies the base type, while the attribute specifies
  the vector size for the variable, measured in bytes.  For example, the
! declaration above causes the compiler to set the mode for the `v4si'
! type to be 16 bytes wide and divided into `int' sized units.  For a
! 32-bit `int' this means a vector of 4 units of 4 bytes, and the
! corresponding mode of `foo' is V4SI.
  
!  The `vector_size' attribute is only applicable to integral and float
  scalars, although arrays, pointers, and function return values are
! allowed in conjunction with this construct. Only sizes that are a power
  of two are currently allowed.
  
   All the basic integer types can be used as base types, both as signed
! and as unsigned: `char', `short', `int', `long', `long long'.  In
! addition, `float' and `double' can be used to build floating-point
  vector types.
  
   Specifying a combination that is not valid for the current architecture
  causes GCC to synthesize the instructions using a narrower mode.  For
! example, if you specify a variable of type `V4SI' and your architecture
  does not allow for this specific SIMD type, GCC produces code that uses
! 4 `SIs'.
  
   The types defined in this manner can be used with a subset of normal C
  operations.  Currently, GCC allows using the following operators on
! these types: `+, -, *, /, unary minus, ^, |, &, ~, %'.
  
!  The operations behave like C++ `valarrays'.  Addition is defined as
! the addition of the corresponding elements of the operands.  For
! example, in the code below, each of the 4 elements in A is added to the
  corresponding 4 elements in B and the resulting vector is stored in C.
  
       typedef int v4si __attribute__ ((vector_size (16)));
*************** minus or complement operators on a vecto
*** 36007,36021 ****
  elements are the negative or complemented values of the corresponding
  elements in the operand.
  
!  It is possible to use shifting operators '<<', '>>' on integer-type
! vectors.  The operation is defined as following: '{a0, a1, ..., an} >>
! {b0, b1, ..., bn} == {a0 >> b0, a1 >> b1, ..., an >> bn}'.  Vector
  operands must have the same number of elements.
  
   For convenience, it is allowed to use a binary vector operation where
! one operand is a scalar.  In that case the compiler transforms the
  scalar operand into a vector where each element is the scalar from the
! operation.  The transformation happens only if the scalar could be
  safely converted to the vector-element type.  Consider the following
  code.
  
--- 36460,36474 ----
  elements are the negative or complemented values of the corresponding
  elements in the operand.
  
!  It is possible to use shifting operators `<<', `>>' on integer-type
! vectors. The operation is defined as following: `{a0, a1, ..., an} >>
! {b0, b1, ..., bn} == {a0 >> b0, a1 >> b1, ..., an >> bn}'. Vector
  operands must have the same number of elements.
  
   For convenience, it is allowed to use a binary vector operation where
! one operand is a scalar. In that case the compiler transforms the
  scalar operand into a vector where each element is the scalar from the
! operation. The transformation happens only if the scalar could be
  safely converted to the vector-element type.  Consider the following
  code.
  
*************** code.
*** 36029,36049 ****
  
       a = l + a;    /* Error, cannot convert long to int. */
  
!  Vectors can be subscripted as if the vector were an array with the same
! number of elements and base type.  Out of bound accesses invoke
  undefined behavior at run time.  Warnings for out of bound accesses for
! vector subscription can be enabled with '-Warray-bounds'.
  
!  Vector comparison is supported with standard comparison operators: '==,
! !=, <, <=, >, >='.  Comparison operands can be vector expressions of
! integer-type or real-type.  Comparison between integer-type vectors and
! real-type vectors are not supported.  The result of the comparison is a
! vector of the same width and number of elements as the comparison
  operands with a signed integral element type.
  
   Vectors are compared element-wise producing 0 when comparison is false
  and -1 (constant of the appropriate type where all bits are set)
! otherwise.  Consider the following example.
  
       typedef int v4si __attribute__ ((vector_size (16)));
  
--- 36482,36502 ----
  
       a = l + a;    /* Error, cannot convert long to int. */
  
!  Vectors can be subscripted as if the vector were an array with the
! same number of elements and base type.  Out of bound accesses invoke
  undefined behavior at run time.  Warnings for out of bound accesses for
! vector subscription can be enabled with `-Warray-bounds'.
  
!  Vector comparison is supported with standard comparison operators:
! `==, !=, <, <=, >, >='. Comparison operands can be vector expressions
! of integer-type or real-type. Comparison between integer-type vectors
! and real-type vectors are not supported.  The result of the comparison
! is a vector of the same width and number of elements as the comparison
  operands with a signed integral element type.
  
   Vectors are compared element-wise producing 0 when comparison is false
  and -1 (constant of the appropriate type where all bits are set)
! otherwise. Consider the following example.
  
       typedef int v4si __attribute__ ((vector_size (16)));
  
*************** otherwise.  Consider the following examp
*** 36054,36084 ****
       c = a >  b;     /* The result would be {0, 0,-1, 0}  */
       c = a == b;     /* The result would be {0,-1, 0,-1}  */
  
!  In C++, the ternary operator '?:' is available.  'a?b:c', where 'b' and
! 'c' are vectors of the same type and 'a' is an integer vector with the
! same number of elements of the same size as 'b' and 'c', computes all
! three arguments and creates a vector '{a[0]?b[0]:c[0], a[1]?b[1]:c[1],
! ...}'.  Note that unlike in OpenCL, 'a' is thus interpreted as 'a != 0'
! and not 'a < 0'.  As in the case of binary operations, this syntax is
! also accepted when one of 'b' or 'c' is a scalar that is then
! transformed into a vector.  If both 'b' and 'c' are scalars and the type
! of 'true?b:c' has the same size as the element type of 'a', then 'b' and
! 'c' are converted to a vector type whose elements have this type and
! with the same number of elements as 'a'.
  
!  In C++, the logic operators '!, &&, ||' are available for vectors.
! '!v' is equivalent to 'v == 0', 'a && b' is equivalent to 'a!=0 & b!=0'
! and 'a || b' is equivalent to 'a!=0 | b!=0'.  For mixed operations
! between a scalar 's' and a vector 'v', 's && v' is equivalent to
! 's?v!=0:0' (the evaluation is short-circuit) and 'v && s' is equivalent
! to 'v!=0 & (s?-1:0)'.
  
!  Vector shuffling is available using functions '__builtin_shuffle (vec,
! mask)' and '__builtin_shuffle (vec0, vec1, mask)'.  Both functions
! construct a permutation of elements from one or two vectors and return a
! vector of the same type as the input vector(s).  The MASK is an integral
! vector with the same width (W) and element count (N) as the output
! vector.
  
   The elements of the input vectors are numbered in memory ordering of
  VEC0 beginning at 0 and VEC1 beginning at N.  The elements of MASK are
--- 36507,36537 ----
       c = a >  b;     /* The result would be {0, 0,-1, 0}  */
       c = a == b;     /* The result would be {0,-1, 0,-1}  */
  
!  In C++, the ternary operator `?:' is available. `a?b:c', where `b' and
! `c' are vectors of the same type and `a' is an integer vector with the
! same number of elements of the same size as `b' and `c', computes all
! three arguments and creates a vector `{a[0]?b[0]:c[0], a[1]?b[1]:c[1],
! ...}'.  Note that unlike in OpenCL, `a' is thus interpreted as `a != 0'
! and not `a < 0'.  As in the case of binary operations, this syntax is
! also accepted when one of `b' or `c' is a scalar that is then
! transformed into a vector. If both `b' and `c' are scalars and the type
! of `true?b:c' has the same size as the element type of `a', then `b'
! and `c' are converted to a vector type whose elements have this type
! and with the same number of elements as `a'.
  
!  In C++, the logic operators `!, &&, ||' are available for vectors.
! `!v' is equivalent to `v == 0', `a && b' is equivalent to `a!=0 & b!=0'
! and `a || b' is equivalent to `a!=0 | b!=0'.  For mixed operations
! between a scalar `s' and a vector `v', `s && v' is equivalent to
! `s?v!=0:0' (the evaluation is short-circuit) and `v && s' is equivalent
! to `v!=0 & (s?-1:0)'.
  
!  Vector shuffling is available using functions `__builtin_shuffle (vec,
! mask)' and `__builtin_shuffle (vec0, vec1, mask)'.  Both functions
! construct a permutation of elements from one or two vectors and return
! a vector of the same type as the input vector(s).  The MASK is an
! integral vector with the same width (W) and element count (N) as the
! output vector.
  
   The elements of the input vectors are numbered in memory ordering of
  VEC0 beginning at 0 and VEC1 beginning at N.  The elements of MASK are
*************** two-operand case.
*** 36098,36109 ****
       res = __builtin_shuffle (a, mask1);       /* res is {1,2,2,4}  */
       res = __builtin_shuffle (a, b, mask2);    /* res is {1,5,3,6}  */
  
!  Note that '__builtin_shuffle' is intentionally semantically compatible
! with the OpenCL 'shuffle' and 'shuffle2' functions.
  
   You can declare variables and use them in function calls and returns,
! as well as in assignments and some casts.  You can specify a vector type
! as a return type for a function.  Vector types can also be used as
  function arguments.  It is possible to cast from one vector type to
  another, provided they are of the same size (in fact, you can also cast
  vectors to and from other datatypes of the same size).
--- 36551,36562 ----
       res = __builtin_shuffle (a, mask1);       /* res is {1,2,2,4}  */
       res = __builtin_shuffle (a, b, mask2);    /* res is {1,5,3,6}  */
  
!  Note that `__builtin_shuffle' is intentionally semantically compatible
! with the OpenCL `shuffle' and `shuffle2' functions.
  
   You can declare variables and use them in function calls and returns,
! as well as in assignments and some casts.  You can specify a vector
! type as a return type for a function.  Vector types can also be used as
  function arguments.  It is possible to cast from one vector type to
  another, provided they are of the same size (in fact, you can also cast
  vectors to and from other datatypes of the same size).
*************** signedness without a cast.
*** 36114,36170 ****
  
  File: gcc.info,  Node: Offsetof,  Next: __sync Builtins,  Prev: Vector Extensions,  Up: C Extensions
  
! 6.51 Support for 'offsetof'
  ===========================
  
! GCC implements for both C and C++ a syntactic extension to implement the
! 'offsetof' macro.
  
       primary:
!              "__builtin_offsetof" "(" typename "," offsetof_member_designator ")"
  
       offsetof_member_designator:
!                identifier
!              | offsetof_member_designator "." identifier
!              | offsetof_member_designator "[" expr "]"
  
   This extension is sufficient such that
  
       #define offsetof(TYPE, MEMBER)  __builtin_offsetof (TYPE, MEMBER)
  
! is a suitable definition of the 'offsetof' macro.  In C++, TYPE may be
  dependent.  In either case, MEMBER may consist of a single identifier,
  or a sequence of member accesses and array references.
  
  
  File: gcc.info,  Node: __sync Builtins,  Next: __atomic Builtins,  Prev: Offsetof,  Up: C Extensions
  
! 6.52 Legacy '__sync' Built-in Functions for Atomic Memory Access
  ================================================================
  
  The following built-in functions are intended to be compatible with
! those described in the 'Intel Itanium Processor-specific Application
  Binary Interface', section 7.4.  As such, they depart from normal GCC
! practice by not using the '__builtin_' prefix and also by being
  overloaded so that they work on multiple types.
  
!  The definition given in the Intel documentation allows only for the use
! of the types 'int', 'long', 'long long' or their unsigned counterparts.
! GCC allows any scalar type that is 1, 2, 4 or 8 bytes in size other than
! the C type '_Bool' or the C++ type 'bool'.  Operations on pointer
! arguments are performed as if the operands were of the 'uintptr_t' type.
! That is, they are not scaled by the size of the type to which the
! pointer points.
  
!  These functions are implemented in terms of the '__atomic' builtins
! (*note __atomic Builtins::).  They should not be used for new code which
! should use the '__atomic' builtins instead.
  
   Not all operations are supported by all target processors.  If a
  particular operation cannot be implemented on the target processor, a
  warning is generated and a call to an external function is generated.
  The external function carries the same name as the built-in version,
! with an additional suffix '_N' where N is the size of the data type.
  
   In most cases, these built-in functions are considered a "full
  barrier".  That is, no memory operand is moved across the operation,
--- 36567,36623 ----
  
  File: gcc.info,  Node: Offsetof,  Next: __sync Builtins,  Prev: Vector Extensions,  Up: C Extensions
  
! 6.51 Support for `offsetof'
  ===========================
  
! GCC implements for both C and C++ a syntactic extension to implement
! the `offsetof' macro.
  
       primary:
!              "__builtin_offsetof" "(" `typename' "," offsetof_member_designator ")"
  
       offsetof_member_designator:
!                `identifier'
!              | offsetof_member_designator "." `identifier'
!              | offsetof_member_designator "[" `expr' "]"
  
   This extension is sufficient such that
  
       #define offsetof(TYPE, MEMBER)  __builtin_offsetof (TYPE, MEMBER)
  
! is a suitable definition of the `offsetof' macro.  In C++, TYPE may be
  dependent.  In either case, MEMBER may consist of a single identifier,
  or a sequence of member accesses and array references.
  
  
  File: gcc.info,  Node: __sync Builtins,  Next: __atomic Builtins,  Prev: Offsetof,  Up: C Extensions
  
! 6.52 Legacy `__sync' Built-in Functions for Atomic Memory Access
  ================================================================
  
  The following built-in functions are intended to be compatible with
! those described in the `Intel Itanium Processor-specific Application
  Binary Interface', section 7.4.  As such, they depart from normal GCC
! practice by not using the `__builtin_' prefix and also by being
  overloaded so that they work on multiple types.
  
!  The definition given in the Intel documentation allows only for the
! use of the types `int', `long', `long long' or their unsigned
! counterparts.  GCC allows any scalar type that is 1, 2, 4 or 8 bytes in
! size other than the C type `_Bool' or the C++ type `bool'.  Operations
! on pointer arguments are performed as if the operands were of the
! `uintptr_t' type.  That is, they are not scaled by the size of the type
! to which the pointer points.
  
!  These functions are implemented in terms of the `__atomic' builtins
! (*note __atomic Builtins::).  They should not be used for new code
! which should use the `__atomic' builtins instead.
  
   Not all operations are supported by all target processors.  If a
  particular operation cannot be implemented on the target processor, a
  warning is generated and a call to an external function is generated.
  The external function carries the same name as the built-in version,
! with an additional suffix `_N' where N is the size of the data type.
  
   In most cases, these built-in functions are considered a "full
  barrier".  That is, no memory operand is moved across the operation,
*************** operation and from queuing stores after
*** 36175,36196 ****
   All of the routines are described in the Intel documentation to take
  "an optional list of variables protected by the memory barrier".  It's
  not clear what is meant by that; it could mean that _only_ the listed
! variables are protected, or it could mean a list of additional variables
! to be protected.  The list is ignored by GCC which treats it as empty.
! GCC interprets an empty list as meaning that all globally accessible
! variables should be protected.
  
! 'TYPE __sync_fetch_and_add (TYPE *ptr, TYPE value, ...)'
! 'TYPE __sync_fetch_and_sub (TYPE *ptr, TYPE value, ...)'
! 'TYPE __sync_fetch_and_or (TYPE *ptr, TYPE value, ...)'
! 'TYPE __sync_fetch_and_and (TYPE *ptr, TYPE value, ...)'
! 'TYPE __sync_fetch_and_xor (TYPE *ptr, TYPE value, ...)'
! 'TYPE __sync_fetch_and_nand (TYPE *ptr, TYPE value, ...)'
       These built-in functions perform the operation suggested by the
       name, and returns the value that had previously been in memory.
       That is, operations on integer operands have the following
!      semantics.  Operations on pointer arguments are performed as if the
!      operands were of the 'uintptr_t' type.  That is, they are not
       scaled by the size of the type to which the pointer points.
  
            { tmp = *ptr; *ptr OP= value; return tmp; }
--- 36628,36649 ----
   All of the routines are described in the Intel documentation to take
  "an optional list of variables protected by the memory barrier".  It's
  not clear what is meant by that; it could mean that _only_ the listed
! variables are protected, or it could mean a list of additional
! variables to be protected.  The list is ignored by GCC which treats it
! as empty.  GCC interprets an empty list as meaning that all globally
! accessible variables should be protected.
  
! `TYPE __sync_fetch_and_add (TYPE *ptr, TYPE value, ...)'
! `TYPE __sync_fetch_and_sub (TYPE *ptr, TYPE value, ...)'
! `TYPE __sync_fetch_and_or (TYPE *ptr, TYPE value, ...)'
! `TYPE __sync_fetch_and_and (TYPE *ptr, TYPE value, ...)'
! `TYPE __sync_fetch_and_xor (TYPE *ptr, TYPE value, ...)'
! `TYPE __sync_fetch_and_nand (TYPE *ptr, TYPE value, ...)'
       These built-in functions perform the operation suggested by the
       name, and returns the value that had previously been in memory.
       That is, operations on integer operands have the following
!      semantics.  Operations on pointer arguments are performed as if
!      the operands were of the `uintptr_t' type.  That is, they are not
       scaled by the size of the type to which the pointer points.
  
            { tmp = *ptr; *ptr OP= value; return tmp; }
*************** variables should be protected.
*** 36199,36251 ****
       The object pointed to by the first argument must be of integer or
       pointer type.  It must not be a boolean type.
  
!      _Note:_ GCC 4.4 and later implement '__sync_fetch_and_nand' as
!      '*ptr = ~(tmp & value)' instead of '*ptr = ~tmp & value'.
  
! 'TYPE __sync_add_and_fetch (TYPE *ptr, TYPE value, ...)'
! 'TYPE __sync_sub_and_fetch (TYPE *ptr, TYPE value, ...)'
! 'TYPE __sync_or_and_fetch (TYPE *ptr, TYPE value, ...)'
! 'TYPE __sync_and_and_fetch (TYPE *ptr, TYPE value, ...)'
! 'TYPE __sync_xor_and_fetch (TYPE *ptr, TYPE value, ...)'
! 'TYPE __sync_nand_and_fetch (TYPE *ptr, TYPE value, ...)'
       These built-in functions perform the operation suggested by the
       name, and return the new value.  That is, operations on integer
       operands have the following semantics.  Operations on pointer
!      operands are performed as if the operand's type were 'uintptr_t'.
  
            { *ptr OP= value; return *ptr; }
            { *ptr = ~(*ptr & value); return *ptr; }   // nand
  
       The same constraints on arguments apply as for the corresponding
!      '__sync_op_and_fetch' built-in functions.
  
!      _Note:_ GCC 4.4 and later implement '__sync_nand_and_fetch' as
!      '*ptr = ~(*ptr & value)' instead of '*ptr = ~*ptr & value'.
  
! 'bool __sync_bool_compare_and_swap (TYPE *ptr, TYPE oldval, TYPE newval, ...)'
! 'TYPE __sync_val_compare_and_swap (TYPE *ptr, TYPE oldval, TYPE newval, ...)'
       These built-in functions perform an atomic compare and swap.  That
!      is, if the current value of '*PTR' is OLDVAL, then write NEWVAL
!      into '*PTR'.
  
       The "bool" version returns true if the comparison is successful and
       NEWVAL is written.  The "val" version returns the contents of
!      '*PTR' before the operation.
  
! '__sync_synchronize (...)'
       This built-in function issues a full memory barrier.
  
! 'TYPE __sync_lock_test_and_set (TYPE *ptr, TYPE value, ...)'
!      This built-in function, as described by Intel, is not a traditional
!      test-and-set operation, but rather an atomic exchange operation.
!      It writes VALUE into '*PTR', and returns the previous contents of
!      '*PTR'.
  
       Many targets have only minimal support for such locks, and do not
       support a full exchange operation.  In this case, a target may
       support reduced functionality here by which the _only_ valid value
       to store is the immediate constant 1.  The exact value actually
!      stored in '*PTR' is implementation defined.
  
       This built-in function is not a full barrier, but rather an
       "acquire barrier".  This means that references after the operation
--- 36652,36704 ----
       The object pointed to by the first argument must be of integer or
       pointer type.  It must not be a boolean type.
  
!      _Note:_ GCC 4.4 and later implement `__sync_fetch_and_nand' as
!      `*ptr = ~(tmp & value)' instead of `*ptr = ~tmp & value'.
  
! `TYPE __sync_add_and_fetch (TYPE *ptr, TYPE value, ...)'
! `TYPE __sync_sub_and_fetch (TYPE *ptr, TYPE value, ...)'
! `TYPE __sync_or_and_fetch (TYPE *ptr, TYPE value, ...)'
! `TYPE __sync_and_and_fetch (TYPE *ptr, TYPE value, ...)'
! `TYPE __sync_xor_and_fetch (TYPE *ptr, TYPE value, ...)'
! `TYPE __sync_nand_and_fetch (TYPE *ptr, TYPE value, ...)'
       These built-in functions perform the operation suggested by the
       name, and return the new value.  That is, operations on integer
       operands have the following semantics.  Operations on pointer
!      operands are performed as if the operand's type were `uintptr_t'.
  
            { *ptr OP= value; return *ptr; }
            { *ptr = ~(*ptr & value); return *ptr; }   // nand
  
       The same constraints on arguments apply as for the corresponding
!      `__sync_op_and_fetch' built-in functions.
  
!      _Note:_ GCC 4.4 and later implement `__sync_nand_and_fetch' as
!      `*ptr = ~(*ptr & value)' instead of `*ptr = ~*ptr & value'.
  
! `bool __sync_bool_compare_and_swap (TYPE *ptr, TYPE oldval, TYPE newval, ...)'
! `TYPE __sync_val_compare_and_swap (TYPE *ptr, TYPE oldval, TYPE newval, ...)'
       These built-in functions perform an atomic compare and swap.  That
!      is, if the current value of `*PTR' is OLDVAL, then write NEWVAL
!      into `*PTR'.
  
       The "bool" version returns true if the comparison is successful and
       NEWVAL is written.  The "val" version returns the contents of
!      `*PTR' before the operation.
  
! `__sync_synchronize (...)'
       This built-in function issues a full memory barrier.
  
! `TYPE __sync_lock_test_and_set (TYPE *ptr, TYPE value, ...)'
!      This built-in function, as described by Intel, is not a
!      traditional test-and-set operation, but rather an atomic exchange
!      operation.  It writes VALUE into `*PTR', and returns the previous
!      contents of `*PTR'.
  
       Many targets have only minimal support for such locks, and do not
       support a full exchange operation.  In this case, a target may
       support reduced functionality here by which the _only_ valid value
       to store is the immediate constant 1.  The exact value actually
!      stored in `*PTR' is implementation defined.
  
       This built-in function is not a full barrier, but rather an
       "acquire barrier".  This means that references after the operation
*************** variables should be protected.
*** 36253,36268 ****
       previous memory stores may not be globally visible yet, and
       previous memory loads may not yet be satisfied.
  
! 'void __sync_lock_release (TYPE *ptr, ...)'
       This built-in function releases the lock acquired by
!      '__sync_lock_test_and_set'.  Normally this means writing the
!      constant 0 to '*PTR'.
  
!      This built-in function is not a full barrier, but rather a "release
!      barrier".  This means that all previous memory stores are globally
!      visible, and all previous memory loads have been satisfied, but
!      following memory reads are not prevented from being speculated to
!      before the barrier.
  
  
  File: gcc.info,  Node: __atomic Builtins,  Next: Integer Overflow Builtins,  Prev: __sync Builtins,  Up: C Extensions
--- 36706,36721 ----
       previous memory stores may not be globally visible yet, and
       previous memory loads may not yet be satisfied.
  
! `void __sync_lock_release (TYPE *ptr, ...)'
       This built-in function releases the lock acquired by
!      `__sync_lock_test_and_set'.  Normally this means writing the
!      constant 0 to `*PTR'.
  
!      This built-in function is not a full barrier, but rather a
!      "release barrier".  This means that all previous memory stores are
!      globally visible, and all previous memory loads have been
!      satisfied, but following memory reads are not prevented from being
!      speculated to before the barrier.
  
  
  File: gcc.info,  Node: __atomic Builtins,  Next: Integer Overflow Builtins,  Prev: __sync Builtins,  Up: C Extensions
*************** File: gcc.info,  Node: __atomic Builtins
*** 36272,36300 ****
  
  The following built-in functions approximately match the requirements
  for the C++11 memory model.  They are all identified by being prefixed
! with '__atomic' and most are overloaded so that they work with multiple
  types.
  
!  These functions are intended to replace the legacy '__sync' builtins.
  The main difference is that the memory order that is requested is a
! parameter to the functions.  New code should always use the '__atomic'
! builtins rather than the '__sync' builtins.
  
!  Note that the '__atomic' builtins assume that programs will conform to
  the C++11 memory model.  In particular, they assume that programs are
  free of data races.  See the C++11 standard for detailed requirements.
  
!  The '__atomic' builtins can be used with any integral scalar or pointer
! type that is 1, 2, 4, or 8 bytes in length.  16-byte integral types are
! also allowed if '__int128' (*note __int128::) is supported by the
! architecture.
  
   The four non-arithmetic functions (load, store, exchange, and
  compare_exchange) all have a generic version as well.  This generic
  version works on any data type.  It uses the lock-free built-in function
  if the specific data type size makes that possible; otherwise, an
  external call is left to be resolved at run time.  This external call is
! the same format with the addition of a 'size_t' parameter inserted as
  the first parameter indicating the size of the object being pointed to.
  All objects must be the same size.
  
--- 36725,36753 ----
  
  The following built-in functions approximately match the requirements
  for the C++11 memory model.  They are all identified by being prefixed
! with `__atomic' and most are overloaded so that they work with multiple
  types.
  
!  These functions are intended to replace the legacy `__sync' builtins.
  The main difference is that the memory order that is requested is a
! parameter to the functions.  New code should always use the `__atomic'
! builtins rather than the `__sync' builtins.
  
!  Note that the `__atomic' builtins assume that programs will conform to
  the C++11 memory model.  In particular, they assume that programs are
  free of data races.  See the C++11 standard for detailed requirements.
  
!  The `__atomic' builtins can be used with any integral scalar or
! pointer type that is 1, 2, 4, or 8 bytes in length.  16-byte integral
! types are also allowed if `__int128' (*note __int128::) is supported by
! the architecture.
  
   The four non-arithmetic functions (load, store, exchange, and
  compare_exchange) all have a generic version as well.  This generic
  version works on any data type.  It uses the lock-free built-in function
  if the specific data type size makes that possible; otherwise, an
  external call is left to be resolved at run time.  This external call is
! the same format with the addition of a `size_t' parameter inserted as
  the first parameter indicating the size of the object being pointed to.
  All objects must be the same size.
  
*************** strength.  The description of each memor
*** 36314,36349 ****
  illustrate the effects and is not a specification; see the C++11 memory
  model for precise semantics.
  
! '__ATOMIC_RELAXED'
       Implies no inter-thread ordering constraints.
! '__ATOMIC_CONSUME'
!      This is currently implemented using the stronger '__ATOMIC_ACQUIRE'
       memory order because of a deficiency in C++11's semantics for
!      'memory_order_consume'.
! '__ATOMIC_ACQUIRE'
       Creates an inter-thread happens-before constraint from the release
       (or stronger) semantic store to this acquire load.  Can prevent
       hoisting of code to before the operation.
! '__ATOMIC_RELEASE'
       Creates an inter-thread happens-before constraint to acquire (or
       stronger) semantic loads that read from this release store.  Can
       prevent sinking of code to after the operation.
! '__ATOMIC_ACQ_REL'
!      Combines the effects of both '__ATOMIC_ACQUIRE' and
!      '__ATOMIC_RELEASE'.
! '__ATOMIC_SEQ_CST'
!      Enforces total ordering with all other '__ATOMIC_SEQ_CST'
       operations.
  
   Note that in the C++11 memory model, _fences_ (e.g.,
! '__atomic_thread_fence') take effect in combination with other atomic
! operations on specific memory locations (e.g., atomic loads); operations
! on specific memory locations do not necessarily affect other operations
! in the same way.
  
   Target architectures are encouraged to provide their own patterns for
  each of the atomic built-in functions.  If no target is provided, the
! original non-memory model set of '__sync' atomic built-in functions are
  used, along with any required synchronization fences surrounding it in
  order to achieve the proper behavior.  Execution in this case is subject
  to the same restrictions as those built-in functions.
--- 36767,36807 ----
  illustrate the effects and is not a specification; see the C++11 memory
  model for precise semantics.
  
! `__ATOMIC_RELAXED'
       Implies no inter-thread ordering constraints.
! 
! `__ATOMIC_CONSUME'
!      This is currently implemented using the stronger `__ATOMIC_ACQUIRE'
       memory order because of a deficiency in C++11's semantics for
!      `memory_order_consume'.
! 
! `__ATOMIC_ACQUIRE'
       Creates an inter-thread happens-before constraint from the release
       (or stronger) semantic store to this acquire load.  Can prevent
       hoisting of code to before the operation.
! 
! `__ATOMIC_RELEASE'
       Creates an inter-thread happens-before constraint to acquire (or
       stronger) semantic loads that read from this release store.  Can
       prevent sinking of code to after the operation.
! 
! `__ATOMIC_ACQ_REL'
!      Combines the effects of both `__ATOMIC_ACQUIRE' and
!      `__ATOMIC_RELEASE'.
! 
! `__ATOMIC_SEQ_CST'
!      Enforces total ordering with all other `__ATOMIC_SEQ_CST'
       operations.
  
   Note that in the C++11 memory model, _fences_ (e.g.,
! `__atomic_thread_fence') take effect in combination with other atomic
! operations on specific memory locations (e.g., atomic loads);
! operations on specific memory locations do not necessarily affect other
! operations in the same way.
  
   Target architectures are encouraged to provide their own patterns for
  each of the atomic built-in functions.  If no target is provided, the
! original non-memory model set of `__sync' atomic built-in functions are
  used, along with any required synchronization fences surrounding it in
  order to achieve the proper behavior.  Execution in this case is subject
  to the same restrictions as those built-in functions.
*************** to be resolved at run time.
*** 36354,36367 ****
  
   When implementing patterns for these built-in functions, the memory
  order parameter can be ignored as long as the pattern implements the
! most restrictive '__ATOMIC_SEQ_CST' memory order.  Any of the other
  memory orders execute correctly with this memory order but they may not
  execute as efficiently as they could with a more appropriate
  implementation of the relaxed requirements.
  
   Note that the C++11 standard allows for the memory order parameter to
  be determined at run time rather than at compile time.  These built-in
! functions map any run-time value to '__ATOMIC_SEQ_CST' rather than
  invoke a runtime library call or inline a switch statement.  This is
  standard compliant, safe, and the simplest approach for now.
  
--- 36812,36825 ----
  
   When implementing patterns for these built-in functions, the memory
  order parameter can be ignored as long as the pattern implements the
! most restrictive `__ATOMIC_SEQ_CST' memory order.  Any of the other
  memory orders execute correctly with this memory order but they may not
  execute as efficiently as they could with a more appropriate
  implementation of the relaxed requirements.
  
   Note that the C++11 standard allows for the memory order parameter to
  be determined at run time rather than at compile time.  These built-in
! functions map any run-time value to `__ATOMIC_SEQ_CST' rather than
  invoke a runtime library call or inline a switch statement.  This is
  standard compliant, safe, and the simplest approach for now.
  
*************** values ensures proper usage.
*** 36372,36456 ****
  
   -- Built-in Function: TYPE __atomic_load_n (TYPE *ptr, int memorder)
       This built-in function implements an atomic load operation.  It
!      returns the contents of '*PTR'.
  
-      The valid memory order variants are '__ATOMIC_RELAXED',
-      '__ATOMIC_SEQ_CST', '__ATOMIC_ACQUIRE', and '__ATOMIC_CONSUME'.
  
   -- Built-in Function: void __atomic_load (TYPE *ptr, TYPE *ret, int
            memorder)
       This is the generic version of an atomic load.  It returns the
!      contents of '*PTR' in '*RET'.
  
   -- Built-in Function: void __atomic_store_n (TYPE *ptr, TYPE val, int
            memorder)
       This built-in function implements an atomic store operation.  It
!      writes 'VAL' into '*PTR'.
  
-      The valid memory order variants are '__ATOMIC_RELAXED',
-      '__ATOMIC_SEQ_CST', and '__ATOMIC_RELEASE'.
  
   -- Built-in Function: void __atomic_store (TYPE *ptr, TYPE *val, int
            memorder)
       This is the generic version of an atomic store.  It stores the
!      value of '*VAL' into '*PTR'.
  
   -- Built-in Function: TYPE __atomic_exchange_n (TYPE *ptr, TYPE val,
            int memorder)
!      This built-in function implements an atomic exchange operation.  It
!      writes VAL into '*PTR', and returns the previous contents of
!      '*PTR'.
  
-      The valid memory order variants are '__ATOMIC_RELAXED',
-      '__ATOMIC_SEQ_CST', '__ATOMIC_ACQUIRE', '__ATOMIC_RELEASE', and
-      '__ATOMIC_ACQ_REL'.
  
   -- Built-in Function: void __atomic_exchange (TYPE *ptr, TYPE *val,
            TYPE *ret, int memorder)
       This is the generic version of an atomic exchange.  It stores the
!      contents of '*VAL' into '*PTR'.  The original value of '*PTR' is
!      copied into '*RET'.
  
!  -- Built-in Function: bool __atomic_compare_exchange_n (TYPE *ptr, TYPE
!           *expected, TYPE desired, bool weak, int success_memorder, int
!           failure_memorder)
       This built-in function implements an atomic compare and exchange
!      operation.  This compares the contents of '*PTR' with the contents
!      of '*EXPECTED'.  If equal, the operation is a _read-modify-write_
!      operation that writes DESIRED into '*PTR'.  If they are not equal,
!      the operation is a _read_ and the current contents of '*PTR' are
!      written into '*EXPECTED'.  WEAK is true for weak compare_exchange,
       which may fail spuriously, and false for the strong variation,
       which never fails spuriously.  Many targets only offer the strong
       variation and ignore the parameter.  When in doubt, use the strong
       variation.
  
!      If DESIRED is written into '*PTR' then true is returned and memory
       is affected according to the memory order specified by
       SUCCESS_MEMORDER.  There are no restrictions on what memory order
       can be used here.
  
       Otherwise, false is returned and memory is affected according to
!      FAILURE_MEMORDER.  This memory order cannot be '__ATOMIC_RELEASE'
!      nor '__ATOMIC_ACQ_REL'.  It also cannot be a stronger order than
       that specified by SUCCESS_MEMORDER.
  
   -- Built-in Function: bool __atomic_compare_exchange (TYPE *ptr, TYPE
!           *expected, TYPE *desired, bool weak, int success_memorder, int
!           failure_memorder)
       This built-in function implements the generic version of
!      '__atomic_compare_exchange'.  The function is virtually identical
!      to '__atomic_compare_exchange_n', except the desired value is also
       a pointer.
  
!  -- Built-in Function: TYPE __atomic_add_fetch (TYPE *ptr, TYPE val, int
!           memorder)
!  -- Built-in Function: TYPE __atomic_sub_fetch (TYPE *ptr, TYPE val, int
!           memorder)
!  -- Built-in Function: TYPE __atomic_and_fetch (TYPE *ptr, TYPE val, int
!           memorder)
!  -- Built-in Function: TYPE __atomic_xor_fetch (TYPE *ptr, TYPE val, int
!           memorder)
   -- Built-in Function: TYPE __atomic_or_fetch (TYPE *ptr, TYPE val, int
            memorder)
   -- Built-in Function: TYPE __atomic_nand_fetch (TYPE *ptr, TYPE val,
--- 36830,36922 ----
  
   -- Built-in Function: TYPE __atomic_load_n (TYPE *ptr, int memorder)
       This built-in function implements an atomic load operation.  It
!      returns the contents of `*PTR'.
! 
!      The valid memory order variants are `__ATOMIC_RELAXED',
!      `__ATOMIC_SEQ_CST', `__ATOMIC_ACQUIRE', and `__ATOMIC_CONSUME'.
  
  
   -- Built-in Function: void __atomic_load (TYPE *ptr, TYPE *ret, int
            memorder)
       This is the generic version of an atomic load.  It returns the
!      contents of `*PTR' in `*RET'.
! 
  
   -- Built-in Function: void __atomic_store_n (TYPE *ptr, TYPE val, int
            memorder)
       This built-in function implements an atomic store operation.  It
!      writes `VAL' into `*PTR'.
! 
!      The valid memory order variants are `__ATOMIC_RELAXED',
!      `__ATOMIC_SEQ_CST', and `__ATOMIC_RELEASE'.
  
  
   -- Built-in Function: void __atomic_store (TYPE *ptr, TYPE *val, int
            memorder)
       This is the generic version of an atomic store.  It stores the
!      value of `*VAL' into `*PTR'.
! 
  
   -- Built-in Function: TYPE __atomic_exchange_n (TYPE *ptr, TYPE val,
            int memorder)
!      This built-in function implements an atomic exchange operation.
!      It writes VAL into `*PTR', and returns the previous contents of
!      `*PTR'.
! 
!      The valid memory order variants are `__ATOMIC_RELAXED',
!      `__ATOMIC_SEQ_CST', `__ATOMIC_ACQUIRE', `__ATOMIC_RELEASE', and
!      `__ATOMIC_ACQ_REL'.
  
  
   -- Built-in Function: void __atomic_exchange (TYPE *ptr, TYPE *val,
            TYPE *ret, int memorder)
       This is the generic version of an atomic exchange.  It stores the
!      contents of `*VAL' into `*PTR'. The original value of `*PTR' is
!      copied into `*RET'.
  
! 
!  -- Built-in Function: bool __atomic_compare_exchange_n (TYPE *ptr,
!           TYPE *expected, TYPE desired, bool weak, int
!           success_memorder, int failure_memorder)
       This built-in function implements an atomic compare and exchange
!      operation.  This compares the contents of `*PTR' with the contents
!      of `*EXPECTED'. If equal, the operation is a _read-modify-write_
!      operation that writes DESIRED into `*PTR'.  If they are not equal,
!      the operation is a _read_ and the current contents of `*PTR' are
!      written into `*EXPECTED'.  WEAK is true for weak compare_exchange,
       which may fail spuriously, and false for the strong variation,
       which never fails spuriously.  Many targets only offer the strong
       variation and ignore the parameter.  When in doubt, use the strong
       variation.
  
!      If DESIRED is written into `*PTR' then true is returned and memory
       is affected according to the memory order specified by
       SUCCESS_MEMORDER.  There are no restrictions on what memory order
       can be used here.
  
       Otherwise, false is returned and memory is affected according to
!      FAILURE_MEMORDER. This memory order cannot be `__ATOMIC_RELEASE'
!      nor `__ATOMIC_ACQ_REL'.  It also cannot be a stronger order than
       that specified by SUCCESS_MEMORDER.
  
+ 
   -- Built-in Function: bool __atomic_compare_exchange (TYPE *ptr, TYPE
!           *expected, TYPE *desired, bool weak, int success_memorder,
!           int failure_memorder)
       This built-in function implements the generic version of
!      `__atomic_compare_exchange'.  The function is virtually identical
!      to `__atomic_compare_exchange_n', except the desired value is also
       a pointer.
  
! 
!  -- Built-in Function: TYPE __atomic_add_fetch (TYPE *ptr, TYPE val,
!           int memorder)
!  -- Built-in Function: TYPE __atomic_sub_fetch (TYPE *ptr, TYPE val,
!           int memorder)
!  -- Built-in Function: TYPE __atomic_and_fetch (TYPE *ptr, TYPE val,
!           int memorder)
!  -- Built-in Function: TYPE __atomic_xor_fetch (TYPE *ptr, TYPE val,
!           int memorder)
   -- Built-in Function: TYPE __atomic_or_fetch (TYPE *ptr, TYPE val, int
            memorder)
   -- Built-in Function: TYPE __atomic_nand_fetch (TYPE *ptr, TYPE val,
*************** values ensures proper usage.
*** 36458,36464 ****
       These built-in functions perform the operation suggested by the
       name, and return the result of the operation.  Operations on
       pointer arguments are performed as if the operands were of the
!      'uintptr_t' type.  That is, they are not scaled by the size of the
       type to which the pointer points.
  
            { *ptr OP= val; return *ptr; }
--- 36924,36930 ----
       These built-in functions perform the operation suggested by the
       name, and return the result of the operation.  Operations on
       pointer arguments are performed as if the operands were of the
!      `uintptr_t' type.  That is, they are not scaled by the size of the
       type to which the pointer points.
  
            { *ptr OP= val; return *ptr; }
*************** values ensures proper usage.
*** 36467,36537 ****
       pointer type.  It must not be a boolean type.  All memory orders
       are valid.
  
!  -- Built-in Function: TYPE __atomic_fetch_add (TYPE *ptr, TYPE val, int
!           memorder)
!  -- Built-in Function: TYPE __atomic_fetch_sub (TYPE *ptr, TYPE val, int
!           memorder)
!  -- Built-in Function: TYPE __atomic_fetch_and (TYPE *ptr, TYPE val, int
!           memorder)
!  -- Built-in Function: TYPE __atomic_fetch_xor (TYPE *ptr, TYPE val, int
!           memorder)
   -- Built-in Function: TYPE __atomic_fetch_or (TYPE *ptr, TYPE val, int
            memorder)
   -- Built-in Function: TYPE __atomic_fetch_nand (TYPE *ptr, TYPE val,
            int memorder)
       These built-in functions perform the operation suggested by the
!      name, and return the value that had previously been in '*PTR'.
       Operations on pointer arguments are performed as if the operands
!      were of the 'uintptr_t' type.  That is, they are not scaled by the
       size of the type to which the pointer points.
  
            { tmp = *ptr; *ptr OP= val; return tmp; }
  
       The same constraints on arguments apply as for the corresponding
!      '__atomic_op_fetch' built-in functions.  All memory orders are
       valid.
  
   -- Built-in Function: bool __atomic_test_and_set (void *ptr, int
            memorder)
- 
       This built-in function performs an atomic test-and-set operation on
!      the byte at '*PTR'.  The byte is set to some implementation defined
!      nonzero "set" value and the return value is 'true' if and only if
!      the previous contents were "set".  It should be only used for
!      operands of type 'bool' or 'char'.  For other types only part of
!      the value may be set.
  
       All memory orders are valid.
  
-  -- Built-in Function: void __atomic_clear (bool *ptr, int memorder)
  
       This built-in function performs an atomic clear operation on
!      '*PTR'.  After the operation, '*PTR' contains 0.  It should be only
!      used for operands of type 'bool' or 'char' and in conjunction with
!      '__atomic_test_and_set'.  For other types it may only clear
!      partially.  If the type is not 'bool' prefer using
!      '__atomic_store'.
  
!      The valid memory order variants are '__ATOMIC_RELAXED',
!      '__ATOMIC_SEQ_CST', and '__ATOMIC_RELEASE'.
  
-  -- Built-in Function: void __atomic_thread_fence (int memorder)
  
       This built-in function acts as a synchronization fence between
       threads based on the specified memory order.
  
       All memory orders are valid.
  
-  -- Built-in Function: void __atomic_signal_fence (int memorder)
  
       This built-in function acts as a synchronization fence between a
       thread and signal handlers based in the same thread.
  
       All memory orders are valid.
  
-  -- Built-in Function: bool __atomic_always_lock_free (size_t size, void
-           *ptr)
  
       This built-in function returns true if objects of SIZE bytes always
       generate lock-free atomic instructions for the target architecture.
       SIZE must resolve to a compile-time constant and the result also
--- 36933,37003 ----
       pointer type.  It must not be a boolean type.  All memory orders
       are valid.
  
! 
!  -- Built-in Function: TYPE __atomic_fetch_add (TYPE *ptr, TYPE val,
!           int memorder)
!  -- Built-in Function: TYPE __atomic_fetch_sub (TYPE *ptr, TYPE val,
!           int memorder)
!  -- Built-in Function: TYPE __atomic_fetch_and (TYPE *ptr, TYPE val,
!           int memorder)
!  -- Built-in Function: TYPE __atomic_fetch_xor (TYPE *ptr, TYPE val,
!           int memorder)
   -- Built-in Function: TYPE __atomic_fetch_or (TYPE *ptr, TYPE val, int
            memorder)
   -- Built-in Function: TYPE __atomic_fetch_nand (TYPE *ptr, TYPE val,
            int memorder)
       These built-in functions perform the operation suggested by the
!      name, and return the value that had previously been in `*PTR'.
       Operations on pointer arguments are performed as if the operands
!      were of the `uintptr_t' type.  That is, they are not scaled by the
       size of the type to which the pointer points.
  
            { tmp = *ptr; *ptr OP= val; return tmp; }
  
       The same constraints on arguments apply as for the corresponding
!      `__atomic_op_fetch' built-in functions.  All memory orders are
       valid.
  
+ 
   -- Built-in Function: bool __atomic_test_and_set (void *ptr, int
            memorder)
       This built-in function performs an atomic test-and-set operation on
!      the byte at `*PTR'.  The byte is set to some implementation
!      defined nonzero "set" value and the return value is `true' if and
!      only if the previous contents were "set".  It should be only used
!      for operands of type `bool' or `char'. For other types only part
!      of the value may be set.
  
       All memory orders are valid.
  
  
+  -- Built-in Function: void __atomic_clear (bool *ptr, int memorder)
       This built-in function performs an atomic clear operation on
!      `*PTR'.  After the operation, `*PTR' contains 0.  It should be
!      only used for operands of type `bool' or `char' and in conjunction
!      with `__atomic_test_and_set'.  For other types it may only clear
!      partially. If the type is not `bool' prefer using `__atomic_store'.
  
!      The valid memory order variants are `__ATOMIC_RELAXED',
!      `__ATOMIC_SEQ_CST', and `__ATOMIC_RELEASE'.
  
  
+  -- Built-in Function: void __atomic_thread_fence (int memorder)
       This built-in function acts as a synchronization fence between
       threads based on the specified memory order.
  
       All memory orders are valid.
  
  
+  -- Built-in Function: void __atomic_signal_fence (int memorder)
       This built-in function acts as a synchronization fence between a
       thread and signal handlers based in the same thread.
  
       All memory orders are valid.
  
  
+  -- Built-in Function: bool __atomic_always_lock_free (size_t size,
+           void *ptr)
       This built-in function returns true if objects of SIZE bytes always
       generate lock-free atomic instructions for the target architecture.
       SIZE must resolve to a compile-time constant and the result also
*************** values ensures proper usage.
*** 36543,36555 ****
  
            if (__atomic_always_lock_free (sizeof (long long), 0))
  
   -- Built-in Function: bool __atomic_is_lock_free (size_t size, void
            *ptr)
- 
       This built-in function returns true if objects of SIZE bytes always
!      generate lock-free atomic instructions for the target architecture.
!      If the built-in function is not known to be lock-free, a call is
!      made to a runtime routine named '__atomic_is_lock_free'.
  
       PTR is an optional pointer to the object that may be used to
       determine alignment.  A value of 0 indicates typical alignment
--- 37009,37022 ----
  
            if (__atomic_always_lock_free (sizeof (long long), 0))
  
+ 
   -- Built-in Function: bool __atomic_is_lock_free (size_t size, void
            *ptr)
       This built-in function returns true if objects of SIZE bytes always
!      generate lock-free atomic instructions for the target
!      architecture.  If the built-in function is not known to be
!      lock-free, a call is made to a runtime routine named
!      `__atomic_is_lock_free'.
  
       PTR is an optional pointer to the object that may be used to
       determine alignment.  A value of 0 indicates typical alignment
*************** operations together with checking whethe
*** 36579,36585 ****
   -- Built-in Function: bool __builtin_uaddll_overflow (unsigned long
            long int a, unsigned long long int b, unsigned long long int
            *res)
- 
       These built-in functions promote the first two operands into
       infinite precision signed type and perform addition on those
       promoted operands.  The result is then cast to the type the third
--- 37046,37051 ----
*************** operations together with checking whethe
*** 36598,36603 ****
--- 37064,37070 ----
       these built-in functions where possible, like conditional jump on
       overflow after addition, conditional jump on carry etc.
  
+ 
   -- Built-in Function: bool __builtin_sub_overflow (TYPE1 a, TYPE2 b,
            TYPE3 *res)
   -- Built-in Function: bool __builtin_ssub_overflow (int a, int b, int
*************** operations together with checking whethe
*** 36613,36622 ****
   -- Built-in Function: bool __builtin_usubll_overflow (unsigned long
            long int a, unsigned long long int b, unsigned long long int
            *res)
- 
       These built-in functions are similar to the add overflow checking
!      built-in functions above, except they perform subtraction, subtract
!      the second argument from the first one, instead of addition.
  
   -- Built-in Function: bool __builtin_mul_overflow (TYPE1 a, TYPE2 b,
            TYPE3 *res)
--- 37080,37090 ----
   -- Built-in Function: bool __builtin_usubll_overflow (unsigned long
            long int a, unsigned long long int b, unsigned long long int
            *res)
       These built-in functions are similar to the add overflow checking
!      built-in functions above, except they perform subtraction,
!      subtract the second argument from the first one, instead of
!      addition.
! 
  
   -- Built-in Function: bool __builtin_mul_overflow (TYPE1 a, TYPE2 b,
            TYPE3 *res)
*************** operations together with checking whethe
*** 36633,36643 ****
   -- Built-in Function: bool __builtin_umulll_overflow (unsigned long
            long int a, unsigned long long int b, unsigned long long int
            *res)
- 
       These built-in functions are similar to the add overflow checking
       built-in functions above, except they perform multiplication,
       instead of addition.
  
   The following built-in functions allow checking if simple arithmetic
  operation would overflow.
  
--- 37101,37111 ----
   -- Built-in Function: bool __builtin_umulll_overflow (unsigned long
            long int a, unsigned long long int b, unsigned long long int
            *res)
       These built-in functions are similar to the add overflow checking
       built-in functions above, except they perform multiplication,
       instead of addition.
  
+ 
   The following built-in functions allow checking if simple arithmetic
  operation would overflow.
  
*************** operation would overflow.
*** 36647,36675 ****
            TYPE3 c)
   -- Built-in Function: bool __builtin_mul_overflow_p (TYPE1 a, TYPE2 b,
            TYPE3 c)
! 
!      These built-in functions are similar to '__builtin_add_overflow',
!      '__builtin_sub_overflow', or '__builtin_mul_overflow', except that
       they don't store the result of the arithmetic operation anywhere
       and the last argument is not a pointer, but some expression with
       integral type other than enumerated or boolean type.
  
!      The built-in functions promote the first two operands into infinite
!      precision signed type and perform addition on those promoted
!      operands.  The result is then cast to the type of the third
!      argument.  If the cast result is equal to the infinite precision
!      result, the built-in functions return false, otherwise they return
!      true.  The value of the third argument is ignored, just the
!      side-effects in the third argument are evaluated, and no integral
!      argument promotions are performed on the last argument.  If the
!      third argument is a bit-field, the type used for the result cast
!      has the precision and signedness of the given bit-field, rather
!      than precision and signedness of the underlying type.
  
       For example, the following macro can be used to portably check, at
       compile-time, whether or not adding two constant integers will
!      overflow, and perform the addition only when it is known to be safe
!      and not to trigger a '-Woverflow' warning.
  
            #define INT_ADD_OVERFLOW_P(a, b) \
               __builtin_add_overflow_p (a, b, (__typeof__ ((a) + (b))) 0)
--- 37115,37142 ----
            TYPE3 c)
   -- Built-in Function: bool __builtin_mul_overflow_p (TYPE1 a, TYPE2 b,
            TYPE3 c)
!      These built-in functions are similar to `__builtin_add_overflow',
!      `__builtin_sub_overflow', or `__builtin_mul_overflow', except that
       they don't store the result of the arithmetic operation anywhere
       and the last argument is not a pointer, but some expression with
       integral type other than enumerated or boolean type.
  
!      The built-in functions promote the first two operands into
!      infinite precision signed type and perform addition on those
!      promoted operands. The result is then cast to the type of the
!      third argument.  If the cast result is equal to the infinite
!      precision result, the built-in functions return false, otherwise
!      they return true.  The value of the third argument is ignored,
!      just the side-effects in the third argument are evaluated, and no
!      integral argument promotions are performed on the last argument.
!      If the third argument is a bit-field, the type used for the result
!      cast has the precision and signedness of the given bit-field,
!      rather than precision and signedness of the underlying type.
  
       For example, the following macro can be used to portably check, at
       compile-time, whether or not adding two constant integers will
!      overflow, and perform the addition only when it is known to be
!      safe and not to trigger a `-Woverflow' warning.
  
            #define INT_ADD_OVERFLOW_P(a, b) \
               __builtin_add_overflow_p (a, b, (__typeof__ ((a) + (b))) 0)
*************** operation would overflow.
*** 36684,36689 ****
--- 37151,37157 ----
       these built-in functions where possible, like conditional jump on
       overflow after addition, conditional jump on carry etc.
  
+ 
  
  File: gcc.info,  Node: x86 specific memory model extensions for transactional memory,  Next: Object Size Checking,  Prev: Integer Overflow Builtins,  Up: C Extensions
  
*************** File: gcc.info,  Node: x86 specific memo
*** 36691,36708 ****
  ==================================================================
  
  The x86 architecture supports additional memory ordering flags to mark
! critical sections for hardware lock elision.  These must be specified in
! addition to an existing memory order to atomic intrinsics.
  
! '__ATOMIC_HLE_ACQUIRE'
       Start lock elision on a lock variable.  Memory order must be
!      '__ATOMIC_ACQUIRE' or stronger.
! '__ATOMIC_HLE_RELEASE'
       End lock elision on a lock variable.  Memory order must be
!      '__ATOMIC_RELEASE' or stronger.
  
   When a lock acquire fails, it is required for good performance to abort
! the transaction quickly.  This can be done with a '_mm_pause'.
  
       #include <immintrin.h> // For _mm_pause
  
--- 37159,37177 ----
  ==================================================================
  
  The x86 architecture supports additional memory ordering flags to mark
! critical sections for hardware lock elision.  These must be specified
! in addition to an existing memory order to atomic intrinsics.
  
! `__ATOMIC_HLE_ACQUIRE'
       Start lock elision on a lock variable.  Memory order must be
!      `__ATOMIC_ACQUIRE' or stronger.
! 
! `__ATOMIC_HLE_RELEASE'
       End lock elision on a lock variable.  Memory order must be
!      `__ATOMIC_RELEASE' or stronger.
  
   When a lock acquire fails, it is required for good performance to abort
! the transaction quickly. This can be done with a `_mm_pause'.
  
       #include <immintrin.h> // For _mm_pause
  
*************** into which data is about to be written a
*** 36727,36750 ****
  the size isn't sufficient.  The built-in functions described below yield
  the best results when used together and when optimization is enabled.
  For example, to detect object sizes across function boundaries or to
! follow pointer assignments through non-trivial control flow they rely on
! various optimization passes enabled with '-O2'.  However, to a limited
! extent, they can be used without optimization as well.
  
   -- Built-in Function: size_t __builtin_object_size (const void * PTR,
            int TYPE)
       is a built-in construct that returns a constant number of bytes
       from PTR to the end of the object PTR pointer points to (if known
!      at compile time).  '__builtin_object_size' never evaluates its
!      arguments for side-effects.  If there are any side-effects in them,
!      it returns '(size_t) -1' for TYPE 0 or 1 and '(size_t) 0' for TYPE
!      2 or 3.  If there are multiple objects PTR can point to and all of
!      them are known at compile time, the returned number is the maximum
!      of remaining byte counts in those objects if TYPE & 2 is 0 and
!      minimum if nonzero.  If it is not possible to determine which
!      objects PTR points to at compile time, '__builtin_object_size'
!      should return '(size_t) -1' for TYPE 0 or 1 and '(size_t) 0' for
!      TYPE 2 or 3.
  
       TYPE is an integer constant from 0 to 3.  If the least significant
       bit is clear, objects are whole variables, if it is set, a closest
--- 37196,37219 ----
  the size isn't sufficient.  The built-in functions described below yield
  the best results when used together and when optimization is enabled.
  For example, to detect object sizes across function boundaries or to
! follow pointer assignments through non-trivial control flow they rely
! on various optimization passes enabled with `-O2'.  However, to a
! limited extent, they can be used without optimization as well.
  
   -- Built-in Function: size_t __builtin_object_size (const void * PTR,
            int TYPE)
       is a built-in construct that returns a constant number of bytes
       from PTR to the end of the object PTR pointer points to (if known
!      at compile time).  `__builtin_object_size' never evaluates its
!      arguments for side-effects.  If there are any side-effects in
!      them, it returns `(size_t) -1' for TYPE 0 or 1 and `(size_t) 0'
!      for TYPE 2 or 3.  If there are multiple objects PTR can point to
!      and all of them are known at compile time, the returned number is
!      the maximum of remaining byte counts in those objects if TYPE & 2
!      is 0 and minimum if nonzero.  If it is not possible to determine
!      which objects PTR points to at compile time,
!      `__builtin_object_size' should return `(size_t) -1' for TYPE 0 or
!      1 and `(size_t) 0' for TYPE 2 or 3.
  
       TYPE is an integer constant from 0 to 3.  If the least significant
       bit is clear, objects are whole variables, if it is set, a closest
*************** extent, they can be used without optimiz
*** 36766,36780 ****
            assert (__builtin_object_size (q, 1) == sizeof (var.b));
  
   There are built-in functions added for many common string operation
! functions, e.g., for 'memcpy' '__builtin___memcpy_chk' built-in is
  provided.  This built-in has an additional last argument, which is the
  number of bytes remaining in object the DEST argument points to or
! '(size_t) -1' if the size is not known.
  
   The built-in functions are optimized into the normal string functions
! like 'memcpy' if the last argument is '(size_t) -1' or if it is known at
! compile time that the destination object will not be overflown.  If the
! compiler can determine at compile time the object will be always
  overflown, it issues a warning.
  
   The intended use can be e.g.
--- 37235,37249 ----
            assert (__builtin_object_size (q, 1) == sizeof (var.b));
  
   There are built-in functions added for many common string operation
! functions, e.g., for `memcpy' `__builtin___memcpy_chk' built-in is
  provided.  This built-in has an additional last argument, which is the
  number of bytes remaining in object the DEST argument points to or
! `(size_t) -1' if the size is not known.
  
   The built-in functions are optimized into the normal string functions
! like `memcpy' if the last argument is `(size_t) -1' or if it is known
! at compile time that the destination object will not be overflown.  If
! the compiler can determine at compile time the object will be always
  overflown, it issues a warning.
  
   The intended use can be e.g.
*************** overflown, it issues a warning.
*** 36801,36809 ****
          will abort the program at run time.  */
       memcpy (&buf[6], "abcde", 5);
  
!  Such built-in functions are provided for 'memcpy', 'mempcpy',
! 'memmove', 'memset', 'strcpy', 'stpcpy', 'strncpy', 'strcat' and
! 'strncat'.
  
   There are also checking built-in functions for formatted output
  functions.
--- 37270,37278 ----
          will abort the program at run time.  */
       memcpy (&buf[6], "abcde", 5);
  
!  Such built-in functions are provided for `memcpy', `mempcpy',
! `memmove', `memset', `strcpy', `stpcpy', `strncpy', `strcat' and
! `strncat'.
  
   There are also checking built-in functions for formatted output
  functions.
*************** functions.
*** 36815,36836 ****
       int __builtin___vsnprintf_chk (char *s, size_t maxlen, int flag, size_t os,
                                      const char *fmt, va_list ap);
  
!  The added FLAG argument is passed unchanged to '__sprintf_chk' etc.
  functions and can contain implementation specific flags on what
  additional security measures the checking function might take, such as
! handling '%n' differently.
  
   The OS argument is the object size S points to, like in the other
! built-in functions.  There is a small difference in the behavior though,
! if OS is '(size_t) -1', the built-in functions are optimized into the
! non-checking functions only if FLAG is 0, otherwise the checking
! function is called with OS argument set to '(size_t) -1'.
  
   In addition to this, there are checking built-in functions
! '__builtin___printf_chk', '__builtin___vprintf_chk',
! '__builtin___fprintf_chk' and '__builtin___vfprintf_chk'.  These have
  just one additional argument, FLAG, right before format string FMT.  If
! the compiler is able to optimize them to 'fputc' etc. functions, it
  does, otherwise the checking function is called and the FLAG argument
  passed to it.
  
--- 37284,37305 ----
       int __builtin___vsnprintf_chk (char *s, size_t maxlen, int flag, size_t os,
                                      const char *fmt, va_list ap);
  
!  The added FLAG argument is passed unchanged to `__sprintf_chk' etc.
  functions and can contain implementation specific flags on what
  additional security measures the checking function might take, such as
! handling `%n' differently.
  
   The OS argument is the object size S points to, like in the other
! built-in functions.  There is a small difference in the behavior
! though, if OS is `(size_t) -1', the built-in functions are optimized
! into the non-checking functions only if FLAG is 0, otherwise the
! checking function is called with OS argument set to `(size_t) -1'.
  
   In addition to this, there are checking built-in functions
! `__builtin___printf_chk', `__builtin___vprintf_chk',
! `__builtin___fprintf_chk' and `__builtin___vfprintf_chk'.  These have
  just one additional argument, FLAG, right before format string FMT.  If
! the compiler is able to optimize them to `fputc' etc. functions, it
  does, otherwise the checking function is called and the FLAG argument
  passed to it.
  
*************** File: gcc.info,  Node: Pointer Bounds Ch
*** 36843,36854 ****
  GCC provides a set of built-in functions to control Pointer Bounds
  Checker instrumentation.  Note that all Pointer Bounds Checker builtins
  can be used even if you compile with Pointer Bounds Checker off
! ('-fno-check-pointer-bounds').  The behavior may differ in such case as
  documented below.
  
!  -- Built-in Function: void * __builtin___bnd_set_ptr_bounds (const void
!           *Q, size_t SIZE)
! 
       This built-in function returns a new pointer with the value of Q,
       and associate it with the bounds [Q, Q+SIZE-1].  With Pointer
       Bounds Checker off, the built-in function just returns the first
--- 37312,37322 ----
  GCC provides a set of built-in functions to control Pointer Bounds
  Checker instrumentation.  Note that all Pointer Bounds Checker builtins
  can be used even if you compile with Pointer Bounds Checker off
! (`-fno-check-pointer-bounds').  The behavior may differ in such case as
  documented below.
  
!  -- Built-in Function: void * __builtin___bnd_set_ptr_bounds (const
!           void *Q, size_t SIZE)
       This built-in function returns a new pointer with the value of Q,
       and associate it with the bounds [Q, Q+SIZE-1].  With Pointer
       Bounds Checker off, the built-in function just returns the first
*************** documented below.
*** 36861,36869 ****
              return __builtin___bnd_set_ptr_bounds (p, n);
            }
  
   -- Built-in Function: void * __builtin___bnd_narrow_ptr_bounds (const
            void *P, const void *Q, size_t SIZE)
- 
       This built-in function returns a new pointer with the value of P
       and associates it with the narrowed bounds formed by the
       intersection of bounds associated with Q and the bounds [P, P +
--- 37329,37337 ----
              return __builtin___bnd_set_ptr_bounds (p, n);
            }
  
+ 
   -- Built-in Function: void * __builtin___bnd_narrow_ptr_bounds (const
            void *P, const void *Q, size_t SIZE)
       This built-in function returns a new pointer with the value of P
       and associates it with the narrowed bounds formed by the
       intersection of bounds associated with Q and the bounds [P, P +
*************** documented below.
*** 36880,36888 ****
                                                                sizeof(object)));
            }
  
   -- Built-in Function: void * __builtin___bnd_copy_ptr_bounds (const
            void *Q, const void *R)
- 
       This built-in function returns a new pointer with the value of Q,
       and associates it with the bounds already associated with pointer
       R.  With Pointer Bounds Checker off, the built-in function just
--- 37348,37356 ----
                                                                sizeof(object)));
            }
  
+ 
   -- Built-in Function: void * __builtin___bnd_copy_ptr_bounds (const
            void *Q, const void *R)
       This built-in function returns a new pointer with the value of Q,
       and associates it with the bounds already associated with pointer
       R.  With Pointer Bounds Checker off, the built-in function just
*************** documented below.
*** 36893,36917 ****
            int *field_ptr = __builtin___bnd_copy_ptr_bounds (&objptr->int_field,
                                                              objptr);
  
   -- Built-in Function: void * __builtin___bnd_init_ptr_bounds (const
            void *Q)
- 
       This built-in function returns a new pointer with the value of Q,
       and associates it with INIT (allowing full memory access) bounds.
!      With Pointer Bounds Checker off, the built-in function just returns
!      the first argument.
  
   -- Built-in Function: void * __builtin___bnd_null_ptr_bounds (const
            void *Q)
- 
       This built-in function returns a new pointer with the value of Q,
       and associates it with NULL (allowing no memory access) bounds.
!      With Pointer Bounds Checker off, the built-in function just returns
!      the first argument.
  
-  -- Built-in Function: void __builtin___bnd_store_ptr_bounds (const void
-           **PTR_ADDR, const void *PTR_VAL)
  
       This built-in function stores the bounds associated with pointer
       PTR_VAL and location PTR_ADDR into Bounds Table.  This can be
       useful to propagate bounds from legacy code without touching the
--- 37361,37385 ----
            int *field_ptr = __builtin___bnd_copy_ptr_bounds (&objptr->int_field,
                                                              objptr);
  
+ 
   -- Built-in Function: void * __builtin___bnd_init_ptr_bounds (const
            void *Q)
       This built-in function returns a new pointer with the value of Q,
       and associates it with INIT (allowing full memory access) bounds.
!      With Pointer Bounds Checker off, the built-in function just
!      returns the first argument.
! 
  
   -- Built-in Function: void * __builtin___bnd_null_ptr_bounds (const
            void *Q)
       This built-in function returns a new pointer with the value of Q,
       and associates it with NULL (allowing no memory access) bounds.
!      With Pointer Bounds Checker off, the built-in function just
!      returns the first argument.
  
  
+  -- Built-in Function: void __builtin___bnd_store_ptr_bounds (const
+           void **PTR_ADDR, const void *PTR_VAL)
       This built-in function stores the bounds associated with pointer
       PTR_VAL and location PTR_ADDR into Bounds Table.  This can be
       useful to propagate bounds from legacy code without touching the
*************** documented below.
*** 36919,36927 ****
       With Pointer Bounds Checker off, the built-in function call is
       ignored.
  
   -- Built-in Function: void __builtin___bnd_chk_ptr_lbounds (const void
            *Q)
- 
       This built-in function checks if the pointer Q is within the lower
       bound of its associated bounds.  With Pointer Bounds Checker off,
       the built-in function call is ignored.
--- 37387,37395 ----
       With Pointer Bounds Checker off, the built-in function call is
       ignored.
  
+ 
   -- Built-in Function: void __builtin___bnd_chk_ptr_lbounds (const void
            *Q)
       This built-in function checks if the pointer Q is within the lower
       bound of its associated bounds.  With Pointer Bounds Checker off,
       the built-in function call is ignored.
*************** documented below.
*** 36937,36952 ****
              return dst;
            }
  
   -- Built-in Function: void __builtin___bnd_chk_ptr_ubounds (const void
            *Q)
- 
       This built-in function checks if the pointer Q is within the upper
       bound of its associated bounds.  With Pointer Bounds Checker off,
       the built-in function call is ignored.
  
   -- Built-in Function: void __builtin___bnd_chk_ptr_bounds (const void
            *Q, size_t SIZE)
- 
       This built-in function checks if [Q, Q + SIZE - 1] is within the
       lower and upper bounds associated with Q.  With Pointer Bounds
       Checker off, the built-in function call is ignored.
--- 37405,37420 ----
              return dst;
            }
  
+ 
   -- Built-in Function: void __builtin___bnd_chk_ptr_ubounds (const void
            *Q)
       This built-in function checks if the pointer Q is within the upper
       bound of its associated bounds.  With Pointer Bounds Checker off,
       the built-in function call is ignored.
  
+ 
   -- Built-in Function: void __builtin___bnd_chk_ptr_bounds (const void
            *Q, size_t SIZE)
       This built-in function checks if [Q, Q + SIZE - 1] is within the
       lower and upper bounds associated with Q.  With Pointer Bounds
       Checker off, the built-in function call is ignored.
*************** documented below.
*** 36962,36985 ****
              return dst;
            }
  
   -- Built-in Function: const void * __builtin___bnd_get_ptr_lbound
            (const void *Q)
- 
       This built-in function returns the lower bound associated with the
       pointer Q, as a pointer value.  This is useful for debugging using
!      'printf'.  With Pointer Bounds Checker off, the built-in function
       returns 0.
  
            void *lb = __builtin___bnd_get_ptr_lbound (q);
            void *ub = __builtin___bnd_get_ptr_ubound (q);
            printf ("q = %p  lb(q) = %p  ub(q) = %p", q, lb, ub);
  
   -- Built-in Function: const void * __builtin___bnd_get_ptr_ubound
            (const void *Q)
  
-      This built-in function returns the upper bound (which is a pointer)
-      associated with the pointer Q.  With Pointer Bounds Checker off,
-      the built-in function returns -1.
  
  
  File: gcc.info,  Node: Cilk Plus Builtins,  Next: Other Builtins,  Prev: Pointer Bounds Checker builtins,  Up: C Extensions
--- 37430,37454 ----
              return dst;
            }
  
+ 
   -- Built-in Function: const void * __builtin___bnd_get_ptr_lbound
            (const void *Q)
       This built-in function returns the lower bound associated with the
       pointer Q, as a pointer value.  This is useful for debugging using
!      `printf'.  With Pointer Bounds Checker off, the built-in function
       returns 0.
  
            void *lb = __builtin___bnd_get_ptr_lbound (q);
            void *ub = __builtin___bnd_get_ptr_ubound (q);
            printf ("q = %p  lb(q) = %p  ub(q) = %p", q, lb, ub);
  
+ 
   -- Built-in Function: const void * __builtin___bnd_get_ptr_ubound
            (const void *Q)
+      This built-in function returns the upper bound (which is a
+      pointer) associated with the pointer Q.  With Pointer Bounds
+      Checker off, the built-in function returns -1.
  
  
  
  File: gcc.info,  Node: Cilk Plus Builtins,  Next: Other Builtins,  Prev: Pointer Bounds Checker builtins,  Up: C Extensions
*************** File: gcc.info,  Node: Cilk Plus Builtin
*** 36988,37013 ****
  ==========================================================
  
  GCC provides support for the following built-in reduction functions if
! Cilk Plus is enabled.  Cilk Plus can be enabled using the '-fcilkplus'
  flag.
  
!    * '__sec_implicit_index'
!    * '__sec_reduce'
!    * '__sec_reduce_add'
!    * '__sec_reduce_all_nonzero'
!    * '__sec_reduce_all_zero'
!    * '__sec_reduce_any_nonzero'
!    * '__sec_reduce_any_zero'
!    * '__sec_reduce_max'
!    * '__sec_reduce_min'
!    * '__sec_reduce_max_ind'
!    * '__sec_reduce_min_ind'
!    * '__sec_reduce_mul'
!    * '__sec_reduce_mutating'
  
   Further details and examples about these built-in functions are
  described in the Cilk Plus language manual which can be found at
! <https://www.cilkplus.org>.
  
  
  File: gcc.info,  Node: Other Builtins,  Next: Target Builtins,  Prev: Cilk Plus Builtins,  Up: C Extensions
--- 37457,37494 ----
  ==========================================================
  
  GCC provides support for the following built-in reduction functions if
! Cilk Plus is enabled. Cilk Plus can be enabled using the `-fcilkplus'
  flag.
  
!    * `__sec_implicit_index'
! 
!    * `__sec_reduce'
! 
!    * `__sec_reduce_add'
! 
!    * `__sec_reduce_all_nonzero'
! 
!    * `__sec_reduce_all_zero'
! 
!    * `__sec_reduce_any_nonzero'
! 
!    * `__sec_reduce_any_zero'
! 
!    * `__sec_reduce_max'
! 
!    * `__sec_reduce_min'
! 
!    * `__sec_reduce_max_ind'
! 
!    * `__sec_reduce_min_ind'
! 
!    * `__sec_reduce_mul'
! 
!    * `__sec_reduce_mutating'
  
   Further details and examples about these built-in functions are
  described in the Cilk Plus language manual which can be found at
! `https://www.cilkplus.org'.
  
  
  File: gcc.info,  Node: Other Builtins,  Next: Target Builtins,  Prev: Cilk Plus Builtins,  Up: C Extensions
*************** general use of these functions.
*** 37027,37158 ****
  the standard C library functions discussed below, or that expand to
  library calls, GCC built-in functions are always expanded inline and
  thus do not have corresponding entry points and their address cannot be
! obtained.  Attempting to use them in an expression other than a function
! call results in a compile-time error.
  
   GCC includes built-in versions of many of the functions in the standard
  C library.  These functions come in two forms: one whose names start
! with the '__builtin_' prefix, and the other without.  Both forms have
  the same type (including prototype), the same address (when their
  address is taken), and the same meaning as the C library functions even
! if you specify the '-fno-builtin' option *note C Dialect Options::).
! Many of these functions are only optimized in certain cases; if they are
! not optimized in a particular case, a call to the library function is
! emitted.
  
!  Outside strict ISO C mode ('-ansi', '-std=c90', '-std=c99' or
! '-std=c11'), the functions '_exit', 'alloca', 'bcmp', 'bzero',
! 'dcgettext', 'dgettext', 'dremf', 'dreml', 'drem', 'exp10f', 'exp10l',
! 'exp10', 'ffsll', 'ffsl', 'ffs', 'fprintf_unlocked', 'fputs_unlocked',
! 'gammaf', 'gammal', 'gamma', 'gammaf_r', 'gammal_r', 'gamma_r',
! 'gettext', 'index', 'isascii', 'j0f', 'j0l', 'j0', 'j1f', 'j1l', 'j1',
! 'jnf', 'jnl', 'jn', 'lgammaf_r', 'lgammal_r', 'lgamma_r', 'mempcpy',
! 'pow10f', 'pow10l', 'pow10', 'printf_unlocked', 'rindex', 'scalbf',
! 'scalbl', 'scalb', 'signbit', 'signbitf', 'signbitl', 'signbitd32',
! 'signbitd64', 'signbitd128', 'significandf', 'significandl',
! 'significand', 'sincosf', 'sincosl', 'sincos', 'stpcpy', 'stpncpy',
! 'strcasecmp', 'strdup', 'strfmon', 'strncasecmp', 'strndup', 'toascii',
! 'y0f', 'y0l', 'y0', 'y1f', 'y1l', 'y1', 'ynf', 'ynl' and 'yn' may be
  handled as built-in functions.  All these functions have corresponding
! versions prefixed with '__builtin_', which may be used even in strict
  C90 mode.
  
!  The ISO C99 functions '_Exit', 'acoshf', 'acoshl', 'acosh', 'asinhf',
! 'asinhl', 'asinh', 'atanhf', 'atanhl', 'atanh', 'cabsf', 'cabsl',
! 'cabs', 'cacosf', 'cacoshf', 'cacoshl', 'cacosh', 'cacosl', 'cacos',
! 'cargf', 'cargl', 'carg', 'casinf', 'casinhf', 'casinhl', 'casinh',
! 'casinl', 'casin', 'catanf', 'catanhf', 'catanhl', 'catanh', 'catanl',
! 'catan', 'cbrtf', 'cbrtl', 'cbrt', 'ccosf', 'ccoshf', 'ccoshl', 'ccosh',
! 'ccosl', 'ccos', 'cexpf', 'cexpl', 'cexp', 'cimagf', 'cimagl', 'cimag',
! 'clogf', 'clogl', 'clog', 'conjf', 'conjl', 'conj', 'copysignf',
! 'copysignl', 'copysign', 'cpowf', 'cpowl', 'cpow', 'cprojf', 'cprojl',
! 'cproj', 'crealf', 'creall', 'creal', 'csinf', 'csinhf', 'csinhl',
! 'csinh', 'csinl', 'csin', 'csqrtf', 'csqrtl', 'csqrt', 'ctanf',
! 'ctanhf', 'ctanhl', 'ctanh', 'ctanl', 'ctan', 'erfcf', 'erfcl', 'erfc',
! 'erff', 'erfl', 'erf', 'exp2f', 'exp2l', 'exp2', 'expm1f', 'expm1l',
! 'expm1', 'fdimf', 'fdiml', 'fdim', 'fmaf', 'fmal', 'fmaxf', 'fmaxl',
! 'fmax', 'fma', 'fminf', 'fminl', 'fmin', 'hypotf', 'hypotl', 'hypot',
! 'ilogbf', 'ilogbl', 'ilogb', 'imaxabs', 'isblank', 'iswblank',
! 'lgammaf', 'lgammal', 'lgamma', 'llabs', 'llrintf', 'llrintl', 'llrint',
! 'llroundf', 'llroundl', 'llround', 'log1pf', 'log1pl', 'log1p', 'log2f',
! 'log2l', 'log2', 'logbf', 'logbl', 'logb', 'lrintf', 'lrintl', 'lrint',
! 'lroundf', 'lroundl', 'lround', 'nearbyintf', 'nearbyintl', 'nearbyint',
! 'nextafterf', 'nextafterl', 'nextafter', 'nexttowardf', 'nexttowardl',
! 'nexttoward', 'remainderf', 'remainderl', 'remainder', 'remquof',
! 'remquol', 'remquo', 'rintf', 'rintl', 'rint', 'roundf', 'roundl',
! 'round', 'scalblnf', 'scalblnl', 'scalbln', 'scalbnf', 'scalbnl',
! 'scalbn', 'snprintf', 'tgammaf', 'tgammal', 'tgamma', 'truncf',
! 'truncl', 'trunc', 'vfscanf', 'vscanf', 'vsnprintf' and 'vsscanf' are
! handled as built-in functions except in strict ISO C90 mode ('-ansi' or
! '-std=c90').
  
!  There are also built-in versions of the ISO C99 functions 'acosf',
! 'acosl', 'asinf', 'asinl', 'atan2f', 'atan2l', 'atanf', 'atanl',
! 'ceilf', 'ceill', 'cosf', 'coshf', 'coshl', 'cosl', 'expf', 'expl',
! 'fabsf', 'fabsl', 'floorf', 'floorl', 'fmodf', 'fmodl', 'frexpf',
! 'frexpl', 'ldexpf', 'ldexpl', 'log10f', 'log10l', 'logf', 'logl',
! 'modfl', 'modf', 'powf', 'powl', 'sinf', 'sinhf', 'sinhl', 'sinl',
! 'sqrtf', 'sqrtl', 'tanf', 'tanhf', 'tanhl' and 'tanl' that are
  recognized in any mode since ISO C90 reserves these names for the
  purpose to which ISO C99 puts them.  All these functions have
! corresponding versions prefixed with '__builtin_'.
  
!  There are also built-in functions '__builtin_fabsfN',
! '__builtin_fabsfNx', '__builtin_copysignfN' and '__builtin_copysignfNx',
! corresponding to the TS 18661-3 functions 'fabsfN', 'fabsfNx',
! 'copysignfN' and 'copysignfNx', for supported types '_FloatN' and
! '_FloatNx'.
  
!  There are also GNU extension functions 'clog10', 'clog10f' and
! 'clog10l' which names are reserved by ISO C99 for future use.  All these
! functions have versions prefixed with '__builtin_'.
  
!  The ISO C94 functions 'iswalnum', 'iswalpha', 'iswcntrl', 'iswdigit',
! 'iswgraph', 'iswlower', 'iswprint', 'iswpunct', 'iswspace', 'iswupper',
! 'iswxdigit', 'towlower' and 'towupper' are handled as built-in functions
! except in strict ISO C90 mode ('-ansi' or '-std=c90').
  
!  The ISO C90 functions 'abort', 'abs', 'acos', 'asin', 'atan2', 'atan',
! 'calloc', 'ceil', 'cosh', 'cos', 'exit', 'exp', 'fabs', 'floor', 'fmod',
! 'fprintf', 'fputs', 'frexp', 'fscanf', 'isalnum', 'isalpha', 'iscntrl',
! 'isdigit', 'isgraph', 'islower', 'isprint', 'ispunct', 'isspace',
! 'isupper', 'isxdigit', 'tolower', 'toupper', 'labs', 'ldexp', 'log10',
! 'log', 'malloc', 'memchr', 'memcmp', 'memcpy', 'memset', 'modf', 'pow',
! 'printf', 'putchar', 'puts', 'scanf', 'sinh', 'sin', 'snprintf',
! 'sprintf', 'sqrt', 'sscanf', 'strcat', 'strchr', 'strcmp', 'strcpy',
! 'strcspn', 'strlen', 'strncat', 'strncmp', 'strncpy', 'strpbrk',
! 'strrchr', 'strspn', 'strstr', 'tanh', 'tan', 'vfprintf', 'vprintf' and
! 'vsprintf' are all recognized as built-in functions unless
! '-fno-builtin' is specified (or '-fno-builtin-FUNCTION' is specified for
! an individual function).  All of these functions have corresponding
! versions prefixed with '__builtin_'.
  
   GCC provides built-in versions of the ISO C99 floating-point comparison
  macros that avoid raising exceptions for unordered operands.  They have
! the same names as the standard macros ( 'isgreater', 'isgreaterequal',
! 'isless', 'islessequal', 'islessgreater', and 'isunordered') , with
! '__builtin_' prefixed.  We intend for a library implementor to be able
! to simply '#define' each standard macro to its built-in equivalent.  In
! the same fashion, GCC provides 'fpclassify', 'isfinite', 'isinf_sign',
! 'isnormal' and 'signbit' built-ins used with '__builtin_' prefixed.  The
! 'isinf' and 'isnan' built-in functions appear both with and without the
! '__builtin_' prefix.
  
   -- Built-in Function: void *__builtin_alloca (size_t size)
!      The '__builtin_alloca' function must be called at block scope.  The
!      function allocates an object SIZE bytes large on the stack of the
!      calling function.  The object is aligned on the default stack
       alignment boundary for the target determined by the
!      '__BIGGEST_ALIGNMENT__' macro.  The '__builtin_alloca' function
       returns a pointer to the first byte of the allocated object.  The
       lifetime of the allocated object ends just before the calling
!      function returns to its caller.  This is so even when
!      '__builtin_alloca' is called within a nested block.
  
!      For example, the following function allocates eight objects of 'n'
       bytes each on the stack, storing a pointer to each in consecutive
!      elements of the array 'a'.  It then passes the array to function
!      'g' which can safely use the storage pointed to by each of the
       array elements.
  
            void f (unsigned n)
--- 37508,37639 ----
  the standard C library functions discussed below, or that expand to
  library calls, GCC built-in functions are always expanded inline and
  thus do not have corresponding entry points and their address cannot be
! obtained.  Attempting to use them in an expression other than a
! function call results in a compile-time error.
  
   GCC includes built-in versions of many of the functions in the standard
  C library.  These functions come in two forms: one whose names start
! with the `__builtin_' prefix, and the other without.  Both forms have
  the same type (including prototype), the same address (when their
  address is taken), and the same meaning as the C library functions even
! if you specify the `-fno-builtin' option *note C Dialect Options::).
! Many of these functions are only optimized in certain cases; if they
! are not optimized in a particular case, a call to the library function
! is emitted.
  
!  Outside strict ISO C mode (`-ansi', `-std=c90', `-std=c99' or
! `-std=c11'), the functions `_exit', `alloca', `bcmp', `bzero',
! `dcgettext', `dgettext', `dremf', `dreml', `drem', `exp10f', `exp10l',
! `exp10', `ffsll', `ffsl', `ffs', `fprintf_unlocked', `fputs_unlocked',
! `gammaf', `gammal', `gamma', `gammaf_r', `gammal_r', `gamma_r',
! `gettext', `index', `isascii', `j0f', `j0l', `j0', `j1f', `j1l', `j1',
! `jnf', `jnl', `jn', `lgammaf_r', `lgammal_r', `lgamma_r', `mempcpy',
! `pow10f', `pow10l', `pow10', `printf_unlocked', `rindex', `scalbf',
! `scalbl', `scalb', `signbit', `signbitf', `signbitl', `signbitd32',
! `signbitd64', `signbitd128', `significandf', `significandl',
! `significand', `sincosf', `sincosl', `sincos', `stpcpy', `stpncpy',
! `strcasecmp', `strdup', `strfmon', `strncasecmp', `strndup', `toascii',
! `y0f', `y0l', `y0', `y1f', `y1l', `y1', `ynf', `ynl' and `yn' may be
  handled as built-in functions.  All these functions have corresponding
! versions prefixed with `__builtin_', which may be used even in strict
  C90 mode.
  
!  The ISO C99 functions `_Exit', `acoshf', `acoshl', `acosh', `asinhf',
! `asinhl', `asinh', `atanhf', `atanhl', `atanh', `cabsf', `cabsl',
! `cabs', `cacosf', `cacoshf', `cacoshl', `cacosh', `cacosl', `cacos',
! `cargf', `cargl', `carg', `casinf', `casinhf', `casinhl', `casinh',
! `casinl', `casin', `catanf', `catanhf', `catanhl', `catanh', `catanl',
! `catan', `cbrtf', `cbrtl', `cbrt', `ccosf', `ccoshf', `ccoshl',
! `ccosh', `ccosl', `ccos', `cexpf', `cexpl', `cexp', `cimagf', `cimagl',
! `cimag', `clogf', `clogl', `clog', `conjf', `conjl', `conj',
! `copysignf', `copysignl', `copysign', `cpowf', `cpowl', `cpow',
! `cprojf', `cprojl', `cproj', `crealf', `creall', `creal', `csinf',
! `csinhf', `csinhl', `csinh', `csinl', `csin', `csqrtf', `csqrtl',
! `csqrt', `ctanf', `ctanhf', `ctanhl', `ctanh', `ctanl', `ctan',
! `erfcf', `erfcl', `erfc', `erff', `erfl', `erf', `exp2f', `exp2l',
! `exp2', `expm1f', `expm1l', `expm1', `fdimf', `fdiml', `fdim', `fmaf',
! `fmal', `fmaxf', `fmaxl', `fmax', `fma', `fminf', `fminl', `fmin',
! `hypotf', `hypotl', `hypot', `ilogbf', `ilogbl', `ilogb', `imaxabs',
! `isblank', `iswblank', `lgammaf', `lgammal', `lgamma', `llabs',
! `llrintf', `llrintl', `llrint', `llroundf', `llroundl', `llround',
! `log1pf', `log1pl', `log1p', `log2f', `log2l', `log2', `logbf',
! `logbl', `logb', `lrintf', `lrintl', `lrint', `lroundf', `lroundl',
! `lround', `nearbyintf', `nearbyintl', `nearbyint', `nextafterf',
! `nextafterl', `nextafter', `nexttowardf', `nexttowardl', `nexttoward',
! `remainderf', `remainderl', `remainder', `remquof', `remquol',
! `remquo', `rintf', `rintl', `rint', `roundf', `roundl', `round',
! `scalblnf', `scalblnl', `scalbln', `scalbnf', `scalbnl', `scalbn',
! `snprintf', `tgammaf', `tgammal', `tgamma', `truncf', `truncl', `trunc',
! `vfscanf', `vscanf', `vsnprintf' and `vsscanf' are handled as built-in
! functions except in strict ISO C90 mode (`-ansi' or `-std=c90').
  
!  There are also built-in versions of the ISO C99 functions `acosf',
! `acosl', `asinf', `asinl', `atan2f', `atan2l', `atanf', `atanl',
! `ceilf', `ceill', `cosf', `coshf', `coshl', `cosl', `expf', `expl',
! `fabsf', `fabsl', `floorf', `floorl', `fmodf', `fmodl', `frexpf',
! `frexpl', `ldexpf', `ldexpl', `log10f', `log10l', `logf', `logl',
! `modfl', `modf', `powf', `powl', `sinf', `sinhf', `sinhl', `sinl',
! `sqrtf', `sqrtl', `tanf', `tanhf', `tanhl' and `tanl' that are
  recognized in any mode since ISO C90 reserves these names for the
  purpose to which ISO C99 puts them.  All these functions have
! corresponding versions prefixed with `__builtin_'.
  
!  There are also built-in functions `__builtin_fabsfN',
! `__builtin_fabsfNx', `__builtin_copysignfN' and
! `__builtin_copysignfNx', corresponding to the TS 18661-3 functions
! `fabsfN', `fabsfNx', `copysignfN' and `copysignfNx', for supported
! types `_FloatN' and `_FloatNx'.
  
!  There are also GNU extension functions `clog10', `clog10f' and
! `clog10l' which names are reserved by ISO C99 for future use.  All
! these functions have versions prefixed with `__builtin_'.
  
!  The ISO C94 functions `iswalnum', `iswalpha', `iswcntrl', `iswdigit',
! `iswgraph', `iswlower', `iswprint', `iswpunct', `iswspace', `iswupper',
! `iswxdigit', `towlower' and `towupper' are handled as built-in functions
! except in strict ISO C90 mode (`-ansi' or `-std=c90').
  
!  The ISO C90 functions `abort', `abs', `acos', `asin', `atan2', `atan',
! `calloc', `ceil', `cosh', `cos', `exit', `exp', `fabs', `floor', `fmod',
! `fprintf', `fputs', `frexp', `fscanf', `isalnum', `isalpha', `iscntrl',
! `isdigit', `isgraph', `islower', `isprint', `ispunct', `isspace',
! `isupper', `isxdigit', `tolower', `toupper', `labs', `ldexp', `log10',
! `log', `malloc', `memchr', `memcmp', `memcpy', `memset', `modf', `pow',
! `printf', `putchar', `puts', `scanf', `sinh', `sin', `snprintf',
! `sprintf', `sqrt', `sscanf', `strcat', `strchr', `strcmp', `strcpy',
! `strcspn', `strlen', `strncat', `strncmp', `strncpy', `strpbrk',
! `strrchr', `strspn', `strstr', `tanh', `tan', `vfprintf', `vprintf' and
! `vsprintf' are all recognized as built-in functions unless
! `-fno-builtin' is specified (or `-fno-builtin-FUNCTION' is specified
! for an individual function).  All of these functions have corresponding
! versions prefixed with `__builtin_'.
  
   GCC provides built-in versions of the ISO C99 floating-point comparison
  macros that avoid raising exceptions for unordered operands.  They have
! the same names as the standard macros ( `isgreater', `isgreaterequal',
! `isless', `islessequal', `islessgreater', and `isunordered') , with
! `__builtin_' prefixed.  We intend for a library implementor to be able
! to simply `#define' each standard macro to its built-in equivalent.  In
! the same fashion, GCC provides `fpclassify', `isfinite', `isinf_sign',
! `isnormal' and `signbit' built-ins used with `__builtin_' prefixed.
! The `isinf' and `isnan' built-in functions appear both with and without
! the `__builtin_' prefix.
  
   -- Built-in Function: void *__builtin_alloca (size_t size)
!      The `__builtin_alloca' function must be called at block scope.
!      The function allocates an object SIZE bytes large on the stack of
!      the calling function.  The object is aligned on the default stack
       alignment boundary for the target determined by the
!      `__BIGGEST_ALIGNMENT__' macro.  The `__builtin_alloca' function
       returns a pointer to the first byte of the allocated object.  The
       lifetime of the allocated object ends just before the calling
!      function returns to its caller.   This is so even when
!      `__builtin_alloca' is called within a nested block.
  
!      For example, the following function allocates eight objects of `n'
       bytes each on the stack, storing a pointer to each in consecutive
!      elements of the array `a'.  It then passes the array to function
!      `g' which can safely use the storage pointed to by each of the
       array elements.
  
            void f (unsigned n)
*************** the same fashion, GCC provides 'fpclassi
*** 37164,37173 ****
              g (a, n);   // safe
            }
  
!      Since the '__builtin_alloca' function doesn't validate its argument
       it is the responsibility of its caller to make sure the argument
       doesn't cause it to exceed the stack size limit.  The
!      '__builtin_alloca' function is provided to make it possible to
       allocate on the stack arrays of bytes with an upper bound that may
       be computed at run time.  Since C99 Variable Length Arrays offer
       similar functionality under a portable, more convenient, and safer
--- 37645,37654 ----
              g (a, n);   // safe
            }
  
!      Since the `__builtin_alloca' function doesn't validate its argument
       it is the responsibility of its caller to make sure the argument
       doesn't cause it to exceed the stack size limit.  The
!      `__builtin_alloca' function is provided to make it possible to
       allocate on the stack arrays of bytes with an upper bound that may
       be computed at run time.  Since C99 Variable Length Arrays offer
       similar functionality under a portable, more convenient, and safer
*************** the same fashion, GCC provides 'fpclassi
*** 37175,37202 ****
       programs where GCC provides them as an extension.  *Note Variable
       Length::, for details.
  
   -- Built-in Function: void *__builtin_alloca_with_align (size_t size,
            size_t alignment)
!      The '__builtin_alloca_with_align' function must be called at block
       scope.  The function allocates an object SIZE bytes large on the
       stack of the calling function.  The allocated object is aligned on
       the boundary specified by the argument ALIGNMENT whose unit is
       given in bits (not bytes).  The SIZE argument must be positive and
       not exceed the stack size limit.  The ALIGNMENT argument must be a
       constant integer expression that evaluates to a power of 2 greater
!      than or equal to 'CHAR_BIT' and less than some unspecified maximum.
!      Invocations with other values are rejected with an error indicating
!      the valid bounds.  The function returns a pointer to the first byte
!      of the allocated object.  The lifetime of the allocated object ends
!      at the end of the block in which the function was called.  The
!      allocated storage is released no later than just before the calling
!      function returns to its caller, but may be released at the end of
!      the block in which the function was called.
  
!      For example, in the following function the call to 'g' is unsafe
!      because when 'overalign' is non-zero, the space allocated by
!      '__builtin_alloca_with_align' may have been released at the end of
!      the 'if' statement in which it was called.
  
            void f (unsigned n, bool overalign)
            {
--- 37656,37685 ----
       programs where GCC provides them as an extension.  *Note Variable
       Length::, for details.
  
+ 
   -- Built-in Function: void *__builtin_alloca_with_align (size_t size,
            size_t alignment)
!      The `__builtin_alloca_with_align' function must be called at block
       scope.  The function allocates an object SIZE bytes large on the
       stack of the calling function.  The allocated object is aligned on
       the boundary specified by the argument ALIGNMENT whose unit is
       given in bits (not bytes).  The SIZE argument must be positive and
       not exceed the stack size limit.  The ALIGNMENT argument must be a
       constant integer expression that evaluates to a power of 2 greater
!      than or equal to `CHAR_BIT' and less than some unspecified
!      maximum.  Invocations with other values are rejected with an error
!      indicating the valid bounds.  The function returns a pointer to
!      the first byte of the allocated object.  The lifetime of the
!      allocated object ends at the end of the block in which the
!      function was called.  The allocated storage is released no later
!      than just before the calling function returns to its caller, but
!      may be released at the end of the block in which the function was
!      called.
  
!      For example, in the following function the call to `g' is unsafe
!      because when `overalign' is non-zero, the space allocated by
!      `__builtin_alloca_with_align' may have been released at the end of
!      the `if' statement in which it was called.
  
            void f (unsigned n, bool overalign)
            {
*************** the same fashion, GCC provides 'fpclassi
*** 37209,37228 ****
              g (p, n);   // unsafe
            }
  
!      Since the '__builtin_alloca_with_align' function doesn't validate
       its SIZE argument it is the responsibility of its caller to make
       sure the argument doesn't cause it to exceed the stack size limit.
!      The '__builtin_alloca_with_align' function is provided to make it
       possible to allocate on the stack overaligned arrays of bytes with
       an upper bound that may be computed at run time.  Since C99
       Variable Length Arrays offer the same functionality under a
       portable, more convenient, and safer interface they are recommended
!      instead, in both C99 and C++ programs where GCC provides them as an
!      extension.  *Note Variable Length::, for details.
  
-  -- Built-in Function: int __builtin_types_compatible_p (TYPE1, TYPE2)
  
!      You can use the built-in function '__builtin_types_compatible_p' to
       determine whether two types are the same.
  
       This built-in function returns 1 if the unqualified versions of the
--- 37692,37711 ----
              g (p, n);   // unsafe
            }
  
!      Since the `__builtin_alloca_with_align' function doesn't validate
       its SIZE argument it is the responsibility of its caller to make
       sure the argument doesn't cause it to exceed the stack size limit.
!      The `__builtin_alloca_with_align' function is provided to make it
       possible to allocate on the stack overaligned arrays of bytes with
       an upper bound that may be computed at run time.  Since C99
       Variable Length Arrays offer the same functionality under a
       portable, more convenient, and safer interface they are recommended
!      instead, in both C99 and C++ programs where GCC provides them as
!      an extension.  *Note Variable Length::, for details.
  
  
!  -- Built-in Function: int __builtin_types_compatible_p (TYPE1, TYPE2)
!      You can use the built-in function `__builtin_types_compatible_p' to
       determine whether two types are the same.
  
       This built-in function returns 1 if the unqualified versions of the
*************** the same fashion, GCC provides 'fpclassi
*** 37230,37250 ****
       compatible, 0 otherwise.  The result of this built-in function can
       be used in integer constant expressions.
  
!      This built-in function ignores top level qualifiers (e.g., 'const',
!      'volatile').  For example, 'int' is equivalent to 'const int'.
  
!      The type 'int[]' and 'int[5]' are compatible.  On the other hand,
!      'int' and 'char *' are not compatible, even if the size of their
       types, on the particular architecture are the same.  Also, the
       amount of pointer indirection is taken into account when
!      determining similarity.  Consequently, 'short *' is not similar to
!      'short **'.  Furthermore, two types that are typedefed are
       considered compatible if their underlying types are compatible.
  
!      An 'enum' type is not considered to be compatible with another
!      'enum' type even if both are compatible with the same integer type;
!      this is what the C standard specifies.  For example, 'enum {foo,
!      bar}' is not similar to 'enum {hot, dog}'.
  
       You typically use this function in code whose execution varies
       depending on the arguments' types.  For example:
--- 37713,37733 ----
       compatible, 0 otherwise.  The result of this built-in function can
       be used in integer constant expressions.
  
!      This built-in function ignores top level qualifiers (e.g., `const',
!      `volatile').  For example, `int' is equivalent to `const int'.
  
!      The type `int[]' and `int[5]' are compatible.  On the other hand,
!      `int' and `char *' are not compatible, even if the size of their
       types, on the particular architecture are the same.  Also, the
       amount of pointer indirection is taken into account when
!      determining similarity.  Consequently, `short *' is not similar to
!      `short **'.  Furthermore, two types that are typedefed are
       considered compatible if their underlying types are compatible.
  
!      An `enum' type is not considered to be compatible with another
!      `enum' type even if both are compatible with the same integer
!      type; this is what the C standard specifies.  For example, `enum
!      {foo, bar}' is not similar to `enum {hot, dog}'.
  
       You typically use this function in code whose execution varies
       depending on the arguments' types.  For example:
*************** the same fashion, GCC provides 'fpclassi
*** 37265,37273 ****
  
       _Note:_ This construct is only available for C.
  
   -- Built-in Function: TYPE __builtin_call_with_static_chain (CALL_EXP,
            POINTER_EXP)
- 
       The CALL_EXP expression must be a function call, and the
       POINTER_EXP expression must be a pointer.  The POINTER_EXP is
       passed to the function call in the target's static chain location.
--- 37748,37756 ----
  
       _Note:_ This construct is only available for C.
  
+ 
   -- Built-in Function: TYPE __builtin_call_with_static_chain (CALL_EXP,
            POINTER_EXP)
       The CALL_EXP expression must be a function call, and the
       POINTER_EXP expression must be a pointer.  The POINTER_EXP is
       passed to the function call in the target's static chain location.
*************** the same fashion, GCC provides 'fpclassi
*** 37276,37295 ****
       _Note:_ This builtin is only available for C.  This builtin can be
       used to call Go closures from C.
  
   -- Built-in Function: TYPE __builtin_choose_expr (CONST_EXP, EXP1,
            EXP2)
! 
!      You can use the built-in function '__builtin_choose_expr' to
       evaluate code depending on the value of a constant expression.
       This built-in function returns EXP1 if CONST_EXP, which is an
       integer constant expression, is nonzero.  Otherwise it returns
       EXP2.
  
!      This built-in function is analogous to the '? :' operator in C,
       except that the expression returned has its type unaltered by
!      promotion rules.  Also, the built-in function does not evaluate the
!      expression that is not chosen.  For example, if CONST_EXP evaluates
!      to true, EXP2 is not evaluated even if it has side-effects.
  
       This built-in function can return an lvalue if the chosen argument
       is an lvalue.
--- 37759,37779 ----
       _Note:_ This builtin is only available for C.  This builtin can be
       used to call Go closures from C.
  
+ 
   -- Built-in Function: TYPE __builtin_choose_expr (CONST_EXP, EXP1,
            EXP2)
!      You can use the built-in function `__builtin_choose_expr' to
       evaluate code depending on the value of a constant expression.
       This built-in function returns EXP1 if CONST_EXP, which is an
       integer constant expression, is nonzero.  Otherwise it returns
       EXP2.
  
!      This built-in function is analogous to the `? :' operator in C,
       except that the expression returned has its type unaltered by
!      promotion rules.  Also, the built-in function does not evaluate
!      the expression that is not chosen.  For example, if CONST_EXP
!      evaluates to true, EXP2 is not evaluated even if it has
!      side-effects.
  
       This built-in function can return an lvalue if the chosen argument
       is an lvalue.
*************** the same fashion, GCC provides 'fpclassi
*** 37316,37345 ****
       CONST_EXP) may still generate syntax errors.  This may change in
       future revisions.
  
   -- Built-in Function: TYPE __builtin_complex (REAL, IMAG)
  
-      The built-in function '__builtin_complex' is provided for use in
-      implementing the ISO C11 macros 'CMPLXF', 'CMPLX' and 'CMPLXL'.
-      REAL and IMAG must have the same type, a real binary floating-point
-      type, and the result has the corresponding complex type with real
-      and imaginary parts REAL and IMAG.  Unlike 'REAL + I * IMAG', this
-      works even when infinities, NaNs and negative zeros are involved.
  
   -- Built-in Function: int __builtin_constant_p (EXP)
!      You can use the built-in function '__builtin_constant_p' to
       determine if a value is known to be constant at compile time and
       hence that GCC can perform constant-folding on expressions
!      involving that value.  The argument of the function is the value to
!      test.  The function returns the integer 1 if the argument is known
!      to be a compile-time constant and 0 if it is not known to be a
!      compile-time constant.  A return of 0 does not indicate that the
!      value is _not_ a constant, but merely that GCC cannot prove it is a
!      constant with the specified value of the '-O' option.
  
       You typically use this function in an embedded application where
       memory is a critical resource.  If you have some complex
!      calculation, you may want it to be folded if it involves constants,
!      but need to call a function if it does not.  For example:
  
            #define Scale_Value(X)      \
              (__builtin_constant_p (X) \
--- 37800,37832 ----
       CONST_EXP) may still generate syntax errors.  This may change in
       future revisions.
  
+ 
   -- Built-in Function: TYPE __builtin_complex (REAL, IMAG)
+      The built-in function `__builtin_complex' is provided for use in
+      implementing the ISO C11 macros `CMPLXF', `CMPLX' and `CMPLXL'.
+      REAL and IMAG must have the same type, a real binary
+      floating-point type, and the result has the corresponding complex
+      type with real and imaginary parts REAL and IMAG.  Unlike `REAL +
+      I * IMAG', this works even when infinities, NaNs and negative
+      zeros are involved.
  
  
   -- Built-in Function: int __builtin_constant_p (EXP)
!      You can use the built-in function `__builtin_constant_p' to
       determine if a value is known to be constant at compile time and
       hence that GCC can perform constant-folding on expressions
!      involving that value.  The argument of the function is the value
!      to test.  The function returns the integer 1 if the argument is
!      known to be a compile-time constant and 0 if it is not known to be
!      a compile-time constant.  A return of 0 does not indicate that the
!      value is _not_ a constant, but merely that GCC cannot prove it is
!      a constant with the specified value of the `-O' option.
  
       You typically use this function in an embedded application where
       memory is a critical resource.  If you have some complex
!      calculation, you may want it to be folded if it involves
!      constants, but need to call a function if it does not.  For
!      example:
  
            #define Scale_Value(X)      \
              (__builtin_constant_p (X) \
*************** the same fashion, GCC provides 'fpclassi
*** 37351,37359 ****
       never returns 1 when you call the inline function with a string
       constant or compound literal (*note Compound Literals::) and does
       not return 1 when you pass a constant numeric value to the inline
!      function unless you specify the '-O' option.
  
!      You may also use '__builtin_constant_p' in initializers for static
       data.  For instance, you can write
  
            static const int table[] = {
--- 37838,37846 ----
       never returns 1 when you call the inline function with a string
       constant or compound literal (*note Compound Literals::) and does
       not return 1 when you pass a constant numeric value to the inline
!      function unless you specify the `-O' option.
  
!      You may also use `__builtin_constant_p' in initializers for static
       data.  For instance, you can write
  
            static const int table[] = {
*************** the same fashion, GCC provides 'fpclassi
*** 37363,37382 ****
  
       This is an acceptable initializer even if EXPRESSION is not a
       constant expression, including the case where
!      '__builtin_constant_p' returns 1 because EXPRESSION can be folded
       to a constant but EXPRESSION contains operands that are not
!      otherwise permitted in a static initializer (for example, '0 && foo
!      ()').  GCC must be more conservative about evaluating the built-in
!      in this case, because it has no opportunity to perform
       optimization.
  
   -- Built-in Function: long __builtin_expect (long EXP, long C)
!      You may use '__builtin_expect' to provide the compiler with branch
       prediction information.  In general, you should prefer to use
!      actual profile feedback for this ('-fprofile-arcs'), as programmers
!      are notoriously bad at predicting how their programs actually
!      perform.  However, there are applications in which this data is
!      hard to collect.
  
       The return value is the value of EXP, which should be an integral
       expression.  The semantics of the built-in are that it is expected
--- 37850,37869 ----
  
       This is an acceptable initializer even if EXPRESSION is not a
       constant expression, including the case where
!      `__builtin_constant_p' returns 1 because EXPRESSION can be folded
       to a constant but EXPRESSION contains operands that are not
!      otherwise permitted in a static initializer (for example, `0 &&
!      foo ()').  GCC must be more conservative about evaluating the
!      built-in in this case, because it has no opportunity to perform
       optimization.
  
   -- Built-in Function: long __builtin_expect (long EXP, long C)
!      You may use `__builtin_expect' to provide the compiler with branch
       prediction information.  In general, you should prefer to use
!      actual profile feedback for this (`-fprofile-arcs'), as
!      programmers are notoriously bad at predicting how their programs
!      actually perform.  However, there are applications in which this
!      data is hard to collect.
  
       The return value is the value of EXP, which should be an integral
       expression.  The semantics of the built-in are that it is expected
*************** the same fashion, GCC provides 'fpclassi
*** 37385,37393 ****
            if (__builtin_expect (x, 0))
              foo ();
  
!      indicates that we do not expect to call 'foo', since we expect 'x'
!      to be zero.  Since you are limited to integral expressions for EXP,
!      you should use constructions such as
  
            if (__builtin_expect (ptr != NULL, 1))
              foo (*ptr);
--- 37872,37880 ----
            if (__builtin_expect (x, 0))
              foo ();
  
!      indicates that we do not expect to call `foo', since we expect `x'
!      to be zero.  Since you are limited to integral expressions for
!      EXP, you should use constructions such as
  
            if (__builtin_expect (ptr != NULL, 1))
              foo (*ptr);
*************** the same fashion, GCC provides 'fpclassi
*** 37398,37417 ****
       This function causes the program to exit abnormally.  GCC
       implements this function by using a target-dependent mechanism
       (such as intentionally executing an illegal instruction) or by
!      calling 'abort'.  The mechanism used may vary from release to
       release so you should not rely on any particular implementation.
  
   -- Built-in Function: void __builtin_unreachable (void)
!      If control flow reaches the point of the '__builtin_unreachable',
       the program is undefined.  It is useful in situations where the
       compiler cannot deduce the unreachability of the code.
  
!      One such case is immediately following an 'asm' statement that
       either never terminates, or one that transfers control elsewhere
       and never returns.  In this example, without the
!      '__builtin_unreachable', GCC issues a warning that control reaches
       the end of a non-void function.  It also generates code to return
!      after the 'asm'.
  
            int f (int c, int v)
            {
--- 37885,37904 ----
       This function causes the program to exit abnormally.  GCC
       implements this function by using a target-dependent mechanism
       (such as intentionally executing an illegal instruction) or by
!      calling `abort'.  The mechanism used may vary from release to
       release so you should not rely on any particular implementation.
  
   -- Built-in Function: void __builtin_unreachable (void)
!      If control flow reaches the point of the `__builtin_unreachable',
       the program is undefined.  It is useful in situations where the
       compiler cannot deduce the unreachability of the code.
  
!      One such case is immediately following an `asm' statement that
       either never terminates, or one that transfers control elsewhere
       and never returns.  In this example, without the
!      `__builtin_unreachable', GCC issues a warning that control reaches
       the end of a non-void function.  It also generates code to return
!      after the `asm'.
  
            int f (int c, int v)
            {
*************** the same fashion, GCC provides 'fpclassi
*** 37426,37439 ****
                }
            }
  
!      Because the 'asm' statement unconditionally transfers control out
       of the function, control never reaches the end of the function
!      body.  The '__builtin_unreachable' is in fact unreachable and
       communicates this fact to the compiler.
  
!      Another use for '__builtin_unreachable' is following a call a
       function that never returns but that is not declared
!      '__attribute__((noreturn))', as in this example:
  
            void function_that_never_returns (void);
  
--- 37913,37926 ----
                }
            }
  
!      Because the `asm' statement unconditionally transfers control out
       of the function, control never reaches the end of the function
!      body.  The `__builtin_unreachable' is in fact unreachable and
       communicates this fact to the compiler.
  
!      Another use for `__builtin_unreachable' is following a call a
       function that never returns but that is not declared
!      `__attribute__((noreturn))', as in this example:
  
            void function_that_never_returns (void);
  
*************** the same fashion, GCC provides 'fpclassi
*** 37450,37457 ****
                }
            }
  
!  -- Built-in Function: void * __builtin_assume_aligned (const void *EXP,
!           size_t ALIGN, ...)
       This function returns its first argument, and allows the compiler
       to assume that the returned pointer is at least ALIGN bytes
       aligned.  This built-in can have either two or three arguments, if
--- 37937,37945 ----
                }
            }
  
! 
!  -- Built-in Function: void * __builtin_assume_aligned (const void
!           *EXP, size_t ALIGN, ...)
       This function returns its first argument, and allows the compiler
       to assume that the returned pointer is at least ALIGN bytes
       aligned.  This built-in can have either two or three arguments, if
*************** the same fashion, GCC provides 'fpclassi
*** 37460,37490 ****
  
            void *x = __builtin_assume_aligned (arg, 16);
  
!      means that the compiler can assume 'x', set to 'arg', is at least
       16-byte aligned, while:
  
            void *x = __builtin_assume_aligned (arg, 32, 8);
  
!      means that the compiler can assume for 'x', set to 'arg', that
!      '(char *) x - 8' is 32-byte aligned.
  
   -- Built-in Function: int __builtin_LINE ()
!      This function is the equivalent of the preprocessor '__LINE__'
       macro and returns a constant integer expression that evaluates to
       the line number of the invocation of the built-in.  When used as a
       C++ default argument for a function F, it returns the line number
       of the call to F.
  
   -- Built-in Function: const char * __builtin_FUNCTION ()
!      This function is the equivalent of the '__FUNCTION__' symbol and
       returns an address constant pointing to the name of the function
       from which the built-in was invoked, or the empty string if the
       invocation is not at function scope.  When used as a C++ default
!      argument for a function F, it returns the name of F's caller or the
!      empty string if the call was not made at function scope.
  
   -- Built-in Function: const char * __builtin_FILE ()
!      This function is the equivalent of the preprocessor '__FILE__'
       macro and returns an address constant pointing to the file name
       containing the invocation of the built-in, or the empty string if
       the invocation is not at function scope.  When used as a C++
--- 37948,37978 ----
  
            void *x = __builtin_assume_aligned (arg, 16);
  
!      means that the compiler can assume `x', set to `arg', is at least
       16-byte aligned, while:
  
            void *x = __builtin_assume_aligned (arg, 32, 8);
  
!      means that the compiler can assume for `x', set to `arg', that
!      `(char *) x - 8' is 32-byte aligned.
  
   -- Built-in Function: int __builtin_LINE ()
!      This function is the equivalent of the preprocessor `__LINE__'
       macro and returns a constant integer expression that evaluates to
       the line number of the invocation of the built-in.  When used as a
       C++ default argument for a function F, it returns the line number
       of the call to F.
  
   -- Built-in Function: const char * __builtin_FUNCTION ()
!      This function is the equivalent of the `__FUNCTION__' symbol and
       returns an address constant pointing to the name of the function
       from which the built-in was invoked, or the empty string if the
       invocation is not at function scope.  When used as a C++ default
!      argument for a function F, it returns the name of F's caller or
!      the empty string if the call was not made at function scope.
  
   -- Built-in Function: const char * __builtin_FILE ()
!      This function is the equivalent of the preprocessor `__FILE__'
       macro and returns an address constant pointing to the file name
       containing the invocation of the built-in, or the empty string if
       the invocation is not at function scope.  When used as a C++
*************** the same fashion, GCC provides 'fpclassi
*** 37492,37501 ****
       call to F or the empty string if the call was not made at function
       scope.
  
!      For example, in the following, each call to function 'foo' will
!      print a line similar to '"file.c:123: foo: message"' with the name
!      of the file and the line number of the 'printf' call, the name of
!      the function 'foo', followed by the word 'message'.
  
            const char*
            function (const char *func = __builtin_FUNCTION ())
--- 37980,37989 ----
       call to F or the empty string if the call was not made at function
       scope.
  
!      For example, in the following, each call to function `foo' will
!      print a line similar to `"file.c:123: foo: message"' with the name
!      of the file and the line number of the `printf' call, the name of
!      the function `foo', followed by the word `message'.
  
            const char*
            function (const char *func = __builtin_FUNCTION ())
*************** the same fashion, GCC provides 'fpclassi
*** 37508,37531 ****
              printf ("%s:%i: %s: message\n", file (), line (), function ());
            }
  
   -- Built-in Function: void __builtin___clear_cache (char *BEGIN, char
            *END)
       This function is used to flush the processor's instruction cache
!      for the region of memory between BEGIN inclusive and END exclusive.
!      Some targets require that the instruction cache be flushed, after
!      modifying memory containing code, in order to obtain deterministic
!      behavior.
  
       If the target does not require instruction cache flushes,
!      '__builtin___clear_cache' has no effect.  Otherwise either
       instructions are emitted in-line to clear the instruction cache or
!      a call to the '__clear_cache' function in libgcc is made.
  
   -- Built-in Function: void __builtin_prefetch (const void *ADDR, ...)
!      This function is used to minimize cache-miss latency by moving data
!      into a cache before it is accessed.  You can insert calls to
!      '__builtin_prefetch' into code for which you know addresses of data
!      in memory that is likely to be accessed soon.  If the target
       supports them, data prefetch instructions are generated.  If the
       prefetch is done early enough before the access then the data will
       be in the cache by the time it is accessed.
--- 37996,38020 ----
              printf ("%s:%i: %s: message\n", file (), line (), function ());
            }
  
+ 
   -- Built-in Function: void __builtin___clear_cache (char *BEGIN, char
            *END)
       This function is used to flush the processor's instruction cache
!      for the region of memory between BEGIN inclusive and END
!      exclusive.  Some targets require that the instruction cache be
!      flushed, after modifying memory containing code, in order to obtain
!      deterministic behavior.
  
       If the target does not require instruction cache flushes,
!      `__builtin___clear_cache' has no effect.  Otherwise either
       instructions are emitted in-line to clear the instruction cache or
!      a call to the `__clear_cache' function in libgcc is made.
  
   -- Built-in Function: void __builtin_prefetch (const void *ADDR, ...)
!      This function is used to minimize cache-miss latency by moving
!      data into a cache before it is accessed.  You can insert calls to
!      `__builtin_prefetch' into code for which you know addresses of
!      data in memory that is likely to be accessed soon.  If the target
       supports them, data prefetch instructions are generated.  If the
       prefetch is done early enough before the access then the data will
       be in the cache by the time it is accessed.
*************** the same fashion, GCC provides 'fpclassi
*** 37553,37560 ****
  
       Data prefetch does not generate faults if ADDR is invalid, but the
       address expression itself must be valid.  For example, a prefetch
!      of 'p->next' does not fault if 'p->next' is not a valid address,
!      but evaluation faults if 'p' is not a valid address.
  
       If the target does not support data prefetch, the address
       expression is evaluated if it includes side effects but no other
--- 38042,38049 ----
  
       Data prefetch does not generate faults if ADDR is invalid, but the
       address expression itself must be valid.  For example, a prefetch
!      of `p->next' does not fault if `p->next' is not a valid address,
!      but evaluation faults if `p' is not a valid address.
  
       If the target does not support data prefetch, the address
       expression is evaluated if it includes side effects but no other
*************** the same fashion, GCC provides 'fpclassi
*** 37562,37688 ****
  
   -- Built-in Function: double __builtin_huge_val (void)
       Returns a positive infinity, if supported by the floating-point
!      format, else 'DBL_MAX'.  This function is suitable for implementing
!      the ISO C macro 'HUGE_VAL'.
  
   -- Built-in Function: float __builtin_huge_valf (void)
!      Similar to '__builtin_huge_val', except the return type is 'float'.
  
   -- Built-in Function: long double __builtin_huge_vall (void)
!      Similar to '__builtin_huge_val', except the return type is 'long
       double'.
  
!  -- Built-in Function: _FloatN __builtin_huge_valfN (void)
!      Similar to '__builtin_huge_val', except the return type is
!      '_FloatN'.
  
!  -- Built-in Function: _FloatNx __builtin_huge_valfNx (void)
!      Similar to '__builtin_huge_val', except the return type is
!      '_FloatNx'.
  
   -- Built-in Function: int __builtin_fpclassify (int, int, int, int,
            int, ...)
       This built-in implements the C99 fpclassify functionality.  The
       first five int arguments should be the target library's notion of
       the possible FP classes and are used for return values.  They must
!      be constant values and they must appear in this order: 'FP_NAN',
!      'FP_INFINITE', 'FP_NORMAL', 'FP_SUBNORMAL' and 'FP_ZERO'.  The
       ellipsis is for exactly one floating-point value to classify.  GCC
       treats the last argument as type-generic, which means it does not
       do default promotion from float to double.
  
   -- Built-in Function: double __builtin_inf (void)
!      Similar to '__builtin_huge_val', except a warning is generated if
       the target floating-point format does not support infinities.
  
   -- Built-in Function: _Decimal32 __builtin_infd32 (void)
!      Similar to '__builtin_inf', except the return type is '_Decimal32'.
  
   -- Built-in Function: _Decimal64 __builtin_infd64 (void)
!      Similar to '__builtin_inf', except the return type is '_Decimal64'.
  
   -- Built-in Function: _Decimal128 __builtin_infd128 (void)
!      Similar to '__builtin_inf', except the return type is
!      '_Decimal128'.
  
   -- Built-in Function: float __builtin_inff (void)
!      Similar to '__builtin_inf', except the return type is 'float'.
       This function is suitable for implementing the ISO C99 macro
!      'INFINITY'.
  
   -- Built-in Function: long double __builtin_infl (void)
!      Similar to '__builtin_inf', except the return type is 'long
       double'.
  
!  -- Built-in Function: _FloatN __builtin_inffN (void)
!      Similar to '__builtin_inf', except the return type is '_FloatN'.
  
!  -- Built-in Function: _FloatN __builtin_inffNx (void)
!      Similar to '__builtin_inf', except the return type is '_FloatNx'.
  
   -- Built-in Function: int __builtin_isinf_sign (...)
!      Similar to 'isinf', except the return value is -1 for an argument
!      of '-Inf' and 1 for an argument of '+Inf'.  Note while the
       parameter list is an ellipsis, this function only accepts exactly
       one floating-point argument.  GCC treats this parameter as
       type-generic, which means it does not do default promotion from
       float to double.
  
   -- Built-in Function: double __builtin_nan (const char *str)
!      This is an implementation of the ISO C99 function 'nan'.
  
!      Since ISO C99 defines this function in terms of 'strtod', which we
       do not implement, a description of the parsing is in order.  The
!      string is parsed as by 'strtol'; that is, the base is recognized by
!      leading '0' or '0x' prefixes.  The number parsed is placed in the
!      significand such that the least significant bit of the number is at
!      the least significant bit of the significand.  The number is
       truncated to fit the significand field provided.  The significand
       is forced to be a quiet NaN.
  
       This function, if given a string literal all of which would have
!      been consumed by 'strtol', is evaluated early enough that it is
       considered a compile-time constant.
  
   -- Built-in Function: _Decimal32 __builtin_nand32 (const char *str)
!      Similar to '__builtin_nan', except the return type is '_Decimal32'.
  
   -- Built-in Function: _Decimal64 __builtin_nand64 (const char *str)
!      Similar to '__builtin_nan', except the return type is '_Decimal64'.
  
   -- Built-in Function: _Decimal128 __builtin_nand128 (const char *str)
!      Similar to '__builtin_nan', except the return type is
!      '_Decimal128'.
  
   -- Built-in Function: float __builtin_nanf (const char *str)
!      Similar to '__builtin_nan', except the return type is 'float'.
  
   -- Built-in Function: long double __builtin_nanl (const char *str)
!      Similar to '__builtin_nan', except the return type is 'long
       double'.
  
!  -- Built-in Function: _FloatN __builtin_nanfN (const char *str)
!      Similar to '__builtin_nan', except the return type is '_FloatN'.
  
!  -- Built-in Function: _FloatNx __builtin_nanfNx (const char *str)
!      Similar to '__builtin_nan', except the return type is '_FloatNx'.
  
   -- Built-in Function: double __builtin_nans (const char *str)
!      Similar to '__builtin_nan', except the significand is forced to be
!      a signaling NaN.  The 'nans' function is proposed by WG14 N965.
  
   -- Built-in Function: float __builtin_nansf (const char *str)
!      Similar to '__builtin_nans', except the return type is 'float'.
  
   -- Built-in Function: long double __builtin_nansl (const char *str)
!      Similar to '__builtin_nans', except the return type is 'long
       double'.
  
!  -- Built-in Function: _FloatN __builtin_nansfN (const char *str)
!      Similar to '__builtin_nans', except the return type is '_FloatN'.
  
!  -- Built-in Function: _FloatNx __builtin_nansfNx (const char *str)
!      Similar to '__builtin_nans', except the return type is '_FloatNx'.
  
   -- Built-in Function: int __builtin_ffs (int x)
       Returns one plus the index of the least significant 1-bit of X, or
--- 38051,38177 ----
  
   -- Built-in Function: double __builtin_huge_val (void)
       Returns a positive infinity, if supported by the floating-point
!      format, else `DBL_MAX'.  This function is suitable for
!      implementing the ISO C macro `HUGE_VAL'.
  
   -- Built-in Function: float __builtin_huge_valf (void)
!      Similar to `__builtin_huge_val', except the return type is `float'.
  
   -- Built-in Function: long double __builtin_huge_vall (void)
!      Similar to `__builtin_huge_val', except the return type is `long
       double'.
  
!  -- Built-in Function: _Float N __builtin_huge_valfN (void)
!      Similar to `__builtin_huge_val', except the return type is
!      `_FloatN'.
  
!  -- Built-in Function: _Float Nx __builtin_huge_valfNx (void)
!      Similar to `__builtin_huge_val', except the return type is
!      `_FloatNx'.
  
   -- Built-in Function: int __builtin_fpclassify (int, int, int, int,
            int, ...)
       This built-in implements the C99 fpclassify functionality.  The
       first five int arguments should be the target library's notion of
       the possible FP classes and are used for return values.  They must
!      be constant values and they must appear in this order: `FP_NAN',
!      `FP_INFINITE', `FP_NORMAL', `FP_SUBNORMAL' and `FP_ZERO'.  The
       ellipsis is for exactly one floating-point value to classify.  GCC
       treats the last argument as type-generic, which means it does not
       do default promotion from float to double.
  
   -- Built-in Function: double __builtin_inf (void)
!      Similar to `__builtin_huge_val', except a warning is generated if
       the target floating-point format does not support infinities.
  
   -- Built-in Function: _Decimal32 __builtin_infd32 (void)
!      Similar to `__builtin_inf', except the return type is `_Decimal32'.
  
   -- Built-in Function: _Decimal64 __builtin_infd64 (void)
!      Similar to `__builtin_inf', except the return type is `_Decimal64'.
  
   -- Built-in Function: _Decimal128 __builtin_infd128 (void)
!      Similar to `__builtin_inf', except the return type is
!      `_Decimal128'.
  
   -- Built-in Function: float __builtin_inff (void)
!      Similar to `__builtin_inf', except the return type is `float'.
       This function is suitable for implementing the ISO C99 macro
!      `INFINITY'.
  
   -- Built-in Function: long double __builtin_infl (void)
!      Similar to `__builtin_inf', except the return type is `long
       double'.
  
!  -- Built-in Function: _Float N __builtin_inffN (void)
!      Similar to `__builtin_inf', except the return type is `_FloatN'.
  
!  -- Built-in Function: _Float N __builtin_inffNx (void)
!      Similar to `__builtin_inf', except the return type is `_FloatNx'.
  
   -- Built-in Function: int __builtin_isinf_sign (...)
!      Similar to `isinf', except the return value is -1 for an argument
!      of `-Inf' and 1 for an argument of `+Inf'.  Note while the
       parameter list is an ellipsis, this function only accepts exactly
       one floating-point argument.  GCC treats this parameter as
       type-generic, which means it does not do default promotion from
       float to double.
  
   -- Built-in Function: double __builtin_nan (const char *str)
!      This is an implementation of the ISO C99 function `nan'.
  
!      Since ISO C99 defines this function in terms of `strtod', which we
       do not implement, a description of the parsing is in order.  The
!      string is parsed as by `strtol'; that is, the base is recognized by
!      leading `0' or `0x' prefixes.  The number parsed is placed in the
!      significand such that the least significant bit of the number is
!      at the least significant bit of the significand.  The number is
       truncated to fit the significand field provided.  The significand
       is forced to be a quiet NaN.
  
       This function, if given a string literal all of which would have
!      been consumed by `strtol', is evaluated early enough that it is
       considered a compile-time constant.
  
   -- Built-in Function: _Decimal32 __builtin_nand32 (const char *str)
!      Similar to `__builtin_nan', except the return type is `_Decimal32'.
  
   -- Built-in Function: _Decimal64 __builtin_nand64 (const char *str)
!      Similar to `__builtin_nan', except the return type is `_Decimal64'.
  
   -- Built-in Function: _Decimal128 __builtin_nand128 (const char *str)
!      Similar to `__builtin_nan', except the return type is
!      `_Decimal128'.
  
   -- Built-in Function: float __builtin_nanf (const char *str)
!      Similar to `__builtin_nan', except the return type is `float'.
  
   -- Built-in Function: long double __builtin_nanl (const char *str)
!      Similar to `__builtin_nan', except the return type is `long
       double'.
  
!  -- Built-in Function: _Float N __builtin_nanfN (const char *str)
!      Similar to `__builtin_nan', except the return type is `_FloatN'.
  
!  -- Built-in Function: _Float Nx __builtin_nanfNx (const char *str)
!      Similar to `__builtin_nan', except the return type is `_FloatNx'.
  
   -- Built-in Function: double __builtin_nans (const char *str)
!      Similar to `__builtin_nan', except the significand is forced to be
!      a signaling NaN.  The `nans' function is proposed by WG14 N965.
  
   -- Built-in Function: float __builtin_nansf (const char *str)
!      Similar to `__builtin_nans', except the return type is `float'.
  
   -- Built-in Function: long double __builtin_nansl (const char *str)
!      Similar to `__builtin_nans', except the return type is `long
       double'.
  
!  -- Built-in Function: _Float N __builtin_nansfN (const char *str)
!      Similar to `__builtin_nans', except the return type is `_FloatN'.
  
!  -- Built-in Function: _Float Nx __builtin_nansfNx (const char *str)
!      Similar to `__builtin_nans', except the return type is `_FloatNx'.
  
   -- Built-in Function: int __builtin_ffs (int x)
       Returns one plus the index of the least significant 1-bit of X, or
*************** the same fashion, GCC provides 'fpclassi
*** 37708,37781 ****
       Returns the parity of X, i.e. the number of 1-bits in X modulo 2.
  
   -- Built-in Function: int __builtin_ffsl (long)
!      Similar to '__builtin_ffs', except the argument type is 'long'.
  
   -- Built-in Function: int __builtin_clzl (unsigned long)
!      Similar to '__builtin_clz', except the argument type is 'unsigned
       long'.
  
   -- Built-in Function: int __builtin_ctzl (unsigned long)
!      Similar to '__builtin_ctz', except the argument type is 'unsigned
       long'.
  
   -- Built-in Function: int __builtin_clrsbl (long)
!      Similar to '__builtin_clrsb', except the argument type is 'long'.
  
   -- Built-in Function: int __builtin_popcountl (unsigned long)
!      Similar to '__builtin_popcount', except the argument type is
!      'unsigned long'.
  
   -- Built-in Function: int __builtin_parityl (unsigned long)
!      Similar to '__builtin_parity', except the argument type is
!      'unsigned long'.
  
   -- Built-in Function: int __builtin_ffsll (long long)
!      Similar to '__builtin_ffs', except the argument type is 'long
       long'.
  
   -- Built-in Function: int __builtin_clzll (unsigned long long)
!      Similar to '__builtin_clz', except the argument type is 'unsigned
       long long'.
  
   -- Built-in Function: int __builtin_ctzll (unsigned long long)
!      Similar to '__builtin_ctz', except the argument type is 'unsigned
       long long'.
  
   -- Built-in Function: int __builtin_clrsbll (long long)
!      Similar to '__builtin_clrsb', except the argument type is 'long
       long'.
  
   -- Built-in Function: int __builtin_popcountll (unsigned long long)
!      Similar to '__builtin_popcount', except the argument type is
!      'unsigned long long'.
  
   -- Built-in Function: int __builtin_parityll (unsigned long long)
!      Similar to '__builtin_parity', except the argument type is
!      'unsigned long long'.
  
   -- Built-in Function: double __builtin_powi (double, int)
       Returns the first argument raised to the power of the second.
!      Unlike the 'pow' function no guarantees about precision and
       rounding are made.
  
   -- Built-in Function: float __builtin_powif (float, int)
!      Similar to '__builtin_powi', except the argument and return types
!      are 'float'.
  
   -- Built-in Function: long double __builtin_powil (long double, int)
!      Similar to '__builtin_powi', except the argument and return types
!      are 'long double'.
  
   -- Built-in Function: uint16_t __builtin_bswap16 (uint16_t x)
       Returns X with the order of the bytes reversed; for example,
!      '0xaabb' becomes '0xbbaa'.  Byte here always means exactly 8 bits.
  
   -- Built-in Function: uint32_t __builtin_bswap32 (uint32_t x)
!      Similar to '__builtin_bswap16', except the argument and return
       types are 32 bit.
  
   -- Built-in Function: uint64_t __builtin_bswap64 (uint64_t x)
!      Similar to '__builtin_bswap32', except the argument and return
       types are 64 bit.
  
  
--- 38197,38270 ----
       Returns the parity of X, i.e. the number of 1-bits in X modulo 2.
  
   -- Built-in Function: int __builtin_ffsl (long)
!      Similar to `__builtin_ffs', except the argument type is `long'.
  
   -- Built-in Function: int __builtin_clzl (unsigned long)
!      Similar to `__builtin_clz', except the argument type is `unsigned
       long'.
  
   -- Built-in Function: int __builtin_ctzl (unsigned long)
!      Similar to `__builtin_ctz', except the argument type is `unsigned
       long'.
  
   -- Built-in Function: int __builtin_clrsbl (long)
!      Similar to `__builtin_clrsb', except the argument type is `long'.
  
   -- Built-in Function: int __builtin_popcountl (unsigned long)
!      Similar to `__builtin_popcount', except the argument type is
!      `unsigned long'.
  
   -- Built-in Function: int __builtin_parityl (unsigned long)
!      Similar to `__builtin_parity', except the argument type is
!      `unsigned long'.
  
   -- Built-in Function: int __builtin_ffsll (long long)
!      Similar to `__builtin_ffs', except the argument type is `long
       long'.
  
   -- Built-in Function: int __builtin_clzll (unsigned long long)
!      Similar to `__builtin_clz', except the argument type is `unsigned
       long long'.
  
   -- Built-in Function: int __builtin_ctzll (unsigned long long)
!      Similar to `__builtin_ctz', except the argument type is `unsigned
       long long'.
  
   -- Built-in Function: int __builtin_clrsbll (long long)
!      Similar to `__builtin_clrsb', except the argument type is `long
       long'.
  
   -- Built-in Function: int __builtin_popcountll (unsigned long long)
!      Similar to `__builtin_popcount', except the argument type is
!      `unsigned long long'.
  
   -- Built-in Function: int __builtin_parityll (unsigned long long)
!      Similar to `__builtin_parity', except the argument type is
!      `unsigned long long'.
  
   -- Built-in Function: double __builtin_powi (double, int)
       Returns the first argument raised to the power of the second.
!      Unlike the `pow' function no guarantees about precision and
       rounding are made.
  
   -- Built-in Function: float __builtin_powif (float, int)
!      Similar to `__builtin_powi', except the argument and return types
!      are `float'.
  
   -- Built-in Function: long double __builtin_powil (long double, int)
!      Similar to `__builtin_powi', except the argument and return types
!      are `long double'.
  
   -- Built-in Function: uint16_t __builtin_bswap16 (uint16_t x)
       Returns X with the order of the bytes reversed; for example,
!      `0xaabb' becomes `0xbbaa'.  Byte here always means exactly 8 bits.
  
   -- Built-in Function: uint32_t __builtin_bswap32 (uint32_t x)
!      Similar to `__builtin_bswap16', except the argument and return
       types are 32 bit.
  
   -- Built-in Function: uint64_t __builtin_bswap64 (uint64_t x)
!      Similar to `__builtin_bswap32', except the argument and return
       types are 64 bit.
  
  
*************** generate the machine instruction that is
*** 37878,37886 ****
       long __builtin_alpha_zap (long, long)
       long __builtin_alpha_zapnot (long, long)
  
!  The following built-in functions are always with '-mmax' or '-mcpu=CPU'
! where CPU is 'pca56' or later.  They all generate the machine
! instruction that is part of the name.
  
       long __builtin_alpha_pklb (long)
       long __builtin_alpha_pkwb (long)
--- 38367,38375 ----
       long __builtin_alpha_zap (long, long)
       long __builtin_alpha_zapnot (long, long)
  
!  The following built-in functions are always with `-mmax' or
! `-mcpu=CPU' where CPU is `pca56' or later.  They all generate the
! machine instruction that is part of the name.
  
       long __builtin_alpha_pklb (long)
       long __builtin_alpha_pkwb (long)
*************** instruction that is part of the name.
*** 37896,37913 ****
       long __builtin_alpha_maxsw4 (long, long)
       long __builtin_alpha_perr (long, long)
  
!  The following built-in functions are always with '-mcix' or '-mcpu=CPU'
! where CPU is 'ev67' or later.  They all generate the machine instruction
! that is part of the name.
  
       long __builtin_alpha_cttz (long)
       long __builtin_alpha_ctlz (long)
       long __builtin_alpha_ctpop (long)
  
   The following built-in functions are available on systems that use the
! OSF/1 PALcode.  Normally they invoke the 'rduniq' and 'wruniq' PAL
! calls, but when invoked with '-mtls-kernel', they invoke 'rdval' and
! 'wrval'.
  
       void *__builtin_thread_pointer (void)
       void __builtin_set_thread_pointer (void *)
--- 38385,38402 ----
       long __builtin_alpha_maxsw4 (long, long)
       long __builtin_alpha_perr (long, long)
  
!  The following built-in functions are always with `-mcix' or
! `-mcpu=CPU' where CPU is `ev67' or later.  They all generate the
! machine instruction that is part of the name.
  
       long __builtin_alpha_cttz (long)
       long __builtin_alpha_ctlz (long)
       long __builtin_alpha_ctpop (long)
  
   The following built-in functions are available on systems that use the
! OSF/1 PALcode.  Normally they invoke the `rduniq' and `wruniq' PAL
! calls, but when invoked with `-mtls-kernel', they invoke `rdval' and
! `wrval'.
  
       void *__builtin_thread_pointer (void)
       void __builtin_set_thread_pointer (void *)
*************** generate the machine instruction that is
*** 37946,37970 ****
       int __builtin_stsex (volatile void *, int)
  
   The following built-in functions are always available.  They all
! generate a Nios II Custom Instruction.  The name of the function
! represents the types that the function takes and returns.  The letter
! before the 'n' is the return type or void if absent.  The 'n' represents
  the first parameter to all the custom instructions, the custom
! instruction number.  The two letters after the 'n' represent the up to
  two parameters to the function.
  
   The letters represent the following data types:
! '<no letter>'
!      'void' for return type and no parameter for parameter types.
  
! 'i'
!      'int' for return type and parameter type
  
! 'f'
!      'float' for return type and parameter type
  
- 'p'
-      'void *' for return type and parameter type
  
   And the function names are:
       void __builtin_custom_n (void)
--- 38435,38460 ----
       int __builtin_stsex (volatile void *, int)
  
   The following built-in functions are always available.  They all
! generate a Nios II Custom Instruction. The name of the function
! represents the types that the function takes and returns. The letter
! before the `n' is the return type or void if absent. The `n' represents
  the first parameter to all the custom instructions, the custom
! instruction number.  The two letters after the `n' represent the up to
  two parameters to the function.
  
   The letters represent the following data types:
! `<no letter>'
!      `void' for return type and no parameter for parameter types.
  
! `i'
!      `int' for return type and parameter type
  
! `f'
!      `float' for return type and parameter type
! 
! `p'
!      `void *' for return type and parameter type
  
  
   And the function names are:
       void __builtin_custom_n (void)
*************** generated to ensure this is true, but fo
*** 38034,38040 ****
  in each case.
  
   _Note:_ Using a built-in to generate an instruction not supported by a
! target may cause problems.  At present the compiler is not guaranteed to
  detect such misuse, and as a result an internal compiler error may be
  generated.
  
--- 38524,38530 ----
  in each case.
  
   _Note:_ Using a built-in to generate an instruction not supported by a
! target may cause problems. At present the compiler is not guaranteed to
  detect such misuse, and as a result an internal compiler error may be
  generated.
  
*************** generated.
*** 38067,38073 ****
            mov  rREGNO, VAL
  
   -- Built-in Function: int __builtin_arc_divaw (int A, int B)
!      Only available if either '-mcpu=ARC700' or '-meA' is set.
       Generates:
            divaw  DEST, A, B
       where the value in DEST will be the result returned from the
--- 38557,38563 ----
            mov  rREGNO, VAL
  
   -- Built-in Function: int __builtin_arc_divaw (int A, int B)
!      Only available if either `-mcpu=ARC700' or `-meA' is set.
       Generates:
            divaw  DEST, A, B
       where the value in DEST will be the result returned from the
*************** generated.
*** 38078,38096 ****
            flag  A
  
   -- Built-in Function: unsigned int __builtin_arc_lr (unsigned int AUXR)
!      The operand, AUXV, is the address of an auxiliary register and must
!      be a compile time constant.  Generates:
            lr  DEST, [AUXR]
       Where the value in DEST will be the result returned from the
       built-in.
  
   -- Built-in Function: void __builtin_arc_mul64 (int A, int B)
!      Only available with '-mmul64'.  Generates:
            mul64  A, B
  
   -- Built-in Function: void __builtin_arc_mulu64 (unsigned int A,
            unsigned int B)
!      Only available with '-mmul64'.  Generates:
            mulu64  A, B
  
   -- Built-in Function: void __builtin_arc_nop (void)
--- 38568,38586 ----
            flag  A
  
   -- Built-in Function: unsigned int __builtin_arc_lr (unsigned int AUXR)
!      The operand, AUXV, is the address of an auxiliary register and
!      must be a compile time constant.  Generates:
            lr  DEST, [AUXR]
       Where the value in DEST will be the result returned from the
       built-in.
  
   -- Built-in Function: void __builtin_arc_mul64 (int A, int B)
!      Only available with `-mmul64'.  Generates:
            mul64  A, B
  
   -- Built-in Function: void __builtin_arc_mulu64 (unsigned int A,
            unsigned int B)
!      Only available with `-mmul64'.  Generates:
            mulu64  A, B
  
   -- Built-in Function: void __builtin_arc_nop (void)
*************** generated.
*** 38098,38112 ****
            nop
  
   -- Built-in Function: int __builtin_arc_norm (int SRC)
!      Only valid if the 'norm' instruction is available through the
!      '-mnorm' option or by default with '-mcpu=ARC700'.  Generates:
            norm  DEST, SRC
       Where the value in DEST will be the result returned from the
       built-in.
  
   -- Built-in Function: short int __builtin_arc_normw (short int SRC)
!      Only valid if the 'normw' instruction is available through the
!      '-mnorm' option or by default with '-mcpu=ARC700'.  Generates:
            normw  DEST, SRC
       Where the value in DEST will be the result returned from the
       built-in.
--- 38588,38602 ----
            nop
  
   -- Built-in Function: int __builtin_arc_norm (int SRC)
!      Only valid if the `norm' instruction is available through the
!      `-mnorm' option or by default with `-mcpu=ARC700'.  Generates:
            norm  DEST, SRC
       Where the value in DEST will be the result returned from the
       built-in.
  
   -- Built-in Function: short int __builtin_arc_normw (short int SRC)
!      Only valid if the `normw' instruction is available through the
!      `-mnorm' option or by default with `-mcpu=ARC700'.  Generates:
            normw  DEST, SRC
       Where the value in DEST will be the result returned from the
       built-in.
*************** generated.
*** 38127,38133 ****
            sr  AUXR, [VAL]
  
   -- Built-in Function: int __builtin_arc_swap (int SRC)
!      Only valid with '-mswap'.  Generates:
            swap  DEST, SRC
       Where the value in DEST will be the result returned from the
       built-in.
--- 38617,38623 ----
            sr  AUXR, [VAL]
  
   -- Built-in Function: int __builtin_arc_swap (int SRC)
!      Only valid with `-mswap'.  Generates:
            swap  DEST, SRC
       Where the value in DEST will be the result returned from the
       built-in.
*************** generated.
*** 38137,38157 ****
            swi
  
   -- Built-in Function: void __builtin_arc_sync (void)
!      Only available with '-mcpu=ARC700'.  Generates:
            sync
  
   -- Built-in Function: void __builtin_arc_trap_s (unsigned int C)
!      Only available with '-mcpu=ARC700'.  Generates:
            trap_s  C
  
   -- Built-in Function: void __builtin_arc_unimp_s (void)
!      Only available with '-mcpu=ARC700'.  Generates:
            unimp_s
  
!  The instructions generated by the following builtins are not considered
! as candidates for scheduling.  They are not moved around by the compiler
! during scheduling, and thus can be expected to appear where they are put
! in the C code:
       __builtin_arc_brk()
       __builtin_arc_core_read()
       __builtin_arc_core_write()
--- 38627,38647 ----
            swi
  
   -- Built-in Function: void __builtin_arc_sync (void)
!      Only available with `-mcpu=ARC700'.  Generates:
            sync
  
   -- Built-in Function: void __builtin_arc_trap_s (unsigned int C)
!      Only available with `-mcpu=ARC700'.  Generates:
            trap_s  C
  
   -- Built-in Function: void __builtin_arc_unimp_s (void)
!      Only available with `-mcpu=ARC700'.  Generates:
            unimp_s
  
!  The instructions generated by the following builtins are not
! considered as candidates for scheduling.  They are not moved around by
! the compiler during scheduling, and thus can be expected to appear
! where they are put in the C code:
       __builtin_arc_brk()
       __builtin_arc_core_read()
       __builtin_arc_core_write()
*************** File: gcc.info,  Node: ARC SIMD Built-in
*** 38169,38196 ****
  
  SIMD builtins provided by the compiler can be used to generate the
  vector instructions.  This section describes the available builtins and
! their usage in programs.  With the '-msimd' option, the compiler
  provides 128-bit vector types, which can be specified using the
! 'vector_size' attribute.  The header file 'arc-simd.h' can be included
  to use the following predefined types:
       typedef int __v4si   __attribute__((vector_size(16)));
       typedef short __v8hi __attribute__((vector_size(16)));
  
   These types can be used to define 128-bit variables.  The built-in
! functions listed in the following section can be used on these variables
! to generate the vector operations.
  
!  For all builtins, '__builtin_arc_SOMEINSN', the header file
! 'arc-simd.h' also provides equivalent macros called '_SOMEINSN' that can
! be used for programming ease and improved readability.  The following
! macros for DMA control are also provided:
       #define _setup_dma_in_channel_reg _vdiwr
       #define _setup_dma_out_channel_reg _vdowr
  
!  The following is a complete list of all the SIMD built-ins provided for
! ARC, grouped by calling signature.
  
!  The following take two '__v8hi' arguments and return a '__v8hi' result:
       __v8hi __builtin_arc_vaddaw (__v8hi, __v8hi)
       __v8hi __builtin_arc_vaddw (__v8hi, __v8hi)
       __v8hi __builtin_arc_vand (__v8hi, __v8hi)
--- 38659,38686 ----
  
  SIMD builtins provided by the compiler can be used to generate the
  vector instructions.  This section describes the available builtins and
! their usage in programs.  With the `-msimd' option, the compiler
  provides 128-bit vector types, which can be specified using the
! `vector_size' attribute.  The header file `arc-simd.h' can be included
  to use the following predefined types:
       typedef int __v4si   __attribute__((vector_size(16)));
       typedef short __v8hi __attribute__((vector_size(16)));
  
   These types can be used to define 128-bit variables.  The built-in
! functions listed in the following section can be used on these
! variables to generate the vector operations.
  
!  For all builtins, `__builtin_arc_SOMEINSN', the header file
! `arc-simd.h' also provides equivalent macros called `_SOMEINSN' that
! can be used for programming ease and improved readability.  The
! following macros for DMA control are also provided:
       #define _setup_dma_in_channel_reg _vdiwr
       #define _setup_dma_out_channel_reg _vdowr
  
!  The following is a complete list of all the SIMD built-ins provided
! for ARC, grouped by calling signature.
  
!  The following take two `__v8hi' arguments and return a `__v8hi' result:
       __v8hi __builtin_arc_vaddaw (__v8hi, __v8hi)
       __v8hi __builtin_arc_vaddw (__v8hi, __v8hi)
       __v8hi __builtin_arc_vand (__v8hi, __v8hi)
*************** ARC, grouped by calling signature.
*** 38240,38247 ****
       __v8hi __builtin_arc_vxor (__v8hi, __v8hi)
       __v8hi __builtin_arc_vxoraw (__v8hi, __v8hi)
  
!  The following take one '__v8hi' and one 'int' argument and return a
! '__v8hi' result:
  
       __v8hi __builtin_arc_vbaddw (__v8hi, int)
       __v8hi __builtin_arc_vbmaxw (__v8hi, int)
--- 38730,38737 ----
       __v8hi __builtin_arc_vxor (__v8hi, __v8hi)
       __v8hi __builtin_arc_vxoraw (__v8hi, __v8hi)
  
!  The following take one `__v8hi' and one `int' argument and return a
! `__v8hi' result:
  
       __v8hi __builtin_arc_vbaddw (__v8hi, int)
       __v8hi __builtin_arc_vbmaxw (__v8hi, int)
*************** ARC, grouped by calling signature.
*** 38252,38266 ****
       __v8hi __builtin_arc_vbrsubw (__v8hi, int)
       __v8hi __builtin_arc_vbsubw (__v8hi, int)
  
!  The following take one '__v8hi' argument and one 'int' argument which
  must be a 3-bit compile time constant indicating a register number
! I0-I7.  They return a '__v8hi' result.
       __v8hi __builtin_arc_vasrw (__v8hi, const int)
       __v8hi __builtin_arc_vsr8 (__v8hi, const int)
       __v8hi __builtin_arc_vsr8aw (__v8hi, const int)
  
!  The following take one '__v8hi' argument and one 'int' argument which
! must be a 6-bit compile time constant.  They return a '__v8hi' result.
       __v8hi __builtin_arc_vasrpwbi (__v8hi, const int)
       __v8hi __builtin_arc_vasrrpwbi (__v8hi, const int)
       __v8hi __builtin_arc_vasrrwi (__v8hi, const int)
--- 38742,38756 ----
       __v8hi __builtin_arc_vbrsubw (__v8hi, int)
       __v8hi __builtin_arc_vbsubw (__v8hi, int)
  
!  The following take one `__v8hi' argument and one `int' argument which
  must be a 3-bit compile time constant indicating a register number
! I0-I7.  They return a `__v8hi' result.
       __v8hi __builtin_arc_vasrw (__v8hi, const int)
       __v8hi __builtin_arc_vsr8 (__v8hi, const int)
       __v8hi __builtin_arc_vsr8aw (__v8hi, const int)
  
!  The following take one `__v8hi' argument and one `int' argument which
! must be a 6-bit compile time constant.  They return a `__v8hi' result.
       __v8hi __builtin_arc_vasrpwbi (__v8hi, const int)
       __v8hi __builtin_arc_vasrrpwbi (__v8hi, const int)
       __v8hi __builtin_arc_vasrrwi (__v8hi, const int)
*************** must be a 6-bit compile time constant.
*** 38269,38288 ****
       __v8hi __builtin_arc_vsr8awi (__v8hi, const int)
       __v8hi __builtin_arc_vsr8i (__v8hi, const int)
  
!  The following take one '__v8hi' argument and one 'int' argument which
! must be a 8-bit compile time constant.  They return a '__v8hi' result.
       __v8hi __builtin_arc_vd6tapf (__v8hi, const int)
       __v8hi __builtin_arc_vmvaw (__v8hi, const int)
       __v8hi __builtin_arc_vmvw (__v8hi, const int)
       __v8hi __builtin_arc_vmvzw (__v8hi, const int)
  
!  The following take two 'int' arguments, the second of which which must
! be a 8-bit compile time constant.  They return a '__v8hi' result:
       __v8hi __builtin_arc_vmovaw (int, const int)
       __v8hi __builtin_arc_vmovw (int, const int)
       __v8hi __builtin_arc_vmovzw (int, const int)
  
!  The following take a single '__v8hi' argument and return a '__v8hi'
  result:
       __v8hi __builtin_arc_vabsaw (__v8hi)
       __v8hi __builtin_arc_vabsw (__v8hi)
--- 38759,38778 ----
       __v8hi __builtin_arc_vsr8awi (__v8hi, const int)
       __v8hi __builtin_arc_vsr8i (__v8hi, const int)
  
!  The following take one `__v8hi' argument and one `int' argument which
! must be a 8-bit compile time constant.  They return a `__v8hi' result.
       __v8hi __builtin_arc_vd6tapf (__v8hi, const int)
       __v8hi __builtin_arc_vmvaw (__v8hi, const int)
       __v8hi __builtin_arc_vmvw (__v8hi, const int)
       __v8hi __builtin_arc_vmvzw (__v8hi, const int)
  
!  The following take two `int' arguments, the second of which which must
! be a 8-bit compile time constant.  They return a `__v8hi' result:
       __v8hi __builtin_arc_vmovaw (int, const int)
       __v8hi __builtin_arc_vmovw (int, const int)
       __v8hi __builtin_arc_vmovzw (int, const int)
  
!  The following take a single `__v8hi' argument and return a `__v8hi'
  result:
       __v8hi __builtin_arc_vabsaw (__v8hi)
       __v8hi __builtin_arc_vabsw (__v8hi)
*************** result:
*** 38296,38333 ****
       __v8hi __builtin_arc_vupsbaw (__v8hi)
       __v8hi __builtin_arc_vupsbw (__v8hi)
  
!  The following take two 'int' arguments and return no result:
       void __builtin_arc_vdirun (int, int)
       void __builtin_arc_vdorun (int, int)
  
!  The following take two 'int' arguments and return no result.  The first
! argument must a 3-bit compile time constant indicating one of the
  DR0-DR7 DMA setup channels:
       void __builtin_arc_vdiwr (const int, int)
       void __builtin_arc_vdowr (const int, int)
  
!  The following take an 'int' argument and return no result:
       void __builtin_arc_vendrec (int)
       void __builtin_arc_vrec (int)
       void __builtin_arc_vrecrun (int)
       void __builtin_arc_vrun (int)
  
!  The following take a '__v8hi' argument and two 'int' arguments and
! return a '__v8hi' result.  The second argument must be a 3-bit compile
  time constants, indicating one the registers I0-I7, and the third
  argument must be an 8-bit compile time constant.
  
   _Note:_ Although the equivalent hardware instructions do not take an
  SIMD register as an operand, these builtins overwrite the relevant bits
! of the '__v8hi' register provided as the first argument with the value
! loaded from the '[Ib, u8]' location in the SDM.
  
       __v8hi __builtin_arc_vld32 (__v8hi, const int, const int)
       __v8hi __builtin_arc_vld32wh (__v8hi, const int, const int)
       __v8hi __builtin_arc_vld32wl (__v8hi, const int, const int)
       __v8hi __builtin_arc_vld64 (__v8hi, const int, const int)
  
!  The following take two 'int' arguments and return a '__v8hi' result.
  The first argument must be a 3-bit compile time constants, indicating
  one the registers I0-I7, and the second argument must be an 8-bit
  compile time constant.
--- 38786,38823 ----
       __v8hi __builtin_arc_vupsbaw (__v8hi)
       __v8hi __builtin_arc_vupsbw (__v8hi)
  
!  The following take two `int' arguments and return no result:
       void __builtin_arc_vdirun (int, int)
       void __builtin_arc_vdorun (int, int)
  
!  The following take two `int' arguments and return no result.  The
! first argument must a 3-bit compile time constant indicating one of the
  DR0-DR7 DMA setup channels:
       void __builtin_arc_vdiwr (const int, int)
       void __builtin_arc_vdowr (const int, int)
  
!  The following take an `int' argument and return no result:
       void __builtin_arc_vendrec (int)
       void __builtin_arc_vrec (int)
       void __builtin_arc_vrecrun (int)
       void __builtin_arc_vrun (int)
  
!  The following take a `__v8hi' argument and two `int' arguments and
! return a `__v8hi' result.  The second argument must be a 3-bit compile
  time constants, indicating one the registers I0-I7, and the third
  argument must be an 8-bit compile time constant.
  
   _Note:_ Although the equivalent hardware instructions do not take an
  SIMD register as an operand, these builtins overwrite the relevant bits
! of the `__v8hi' register provided as the first argument with the value
! loaded from the `[Ib, u8]' location in the SDM.
  
       __v8hi __builtin_arc_vld32 (__v8hi, const int, const int)
       __v8hi __builtin_arc_vld32wh (__v8hi, const int, const int)
       __v8hi __builtin_arc_vld32wl (__v8hi, const int, const int)
       __v8hi __builtin_arc_vld64 (__v8hi, const int, const int)
  
!  The following take two `int' arguments and return a `__v8hi' result.
  The first argument must be a 3-bit compile time constants, indicating
  one the registers I0-I7, and the second argument must be an 8-bit
  compile time constant.
*************** compile time constant.
*** 38335,38341 ****
       __v8hi __builtin_arc_vld128 (const int, const int)
       __v8hi __builtin_arc_vld64w (const int, const int)
  
!  The following take a '__v8hi' argument and two 'int' arguments and
  return no result.  The second argument must be a 3-bit compile time
  constants, indicating one the registers I0-I7, and the third argument
  must be an 8-bit compile time constant.
--- 38825,38831 ----
       __v8hi __builtin_arc_vld128 (const int, const int)
       __v8hi __builtin_arc_vld64w (const int, const int)
  
!  The following take a `__v8hi' argument and two `int' arguments and
  return no result.  The second argument must be a 3-bit compile time
  constants, indicating one the registers I0-I7, and the third argument
  must be an 8-bit compile time constant.
*************** must be an 8-bit compile time constant.
*** 38343,38349 ****
       void __builtin_arc_vst128 (__v8hi, const int, const int)
       void __builtin_arc_vst64 (__v8hi, const int, const int)
  
!  The following take a '__v8hi' argument and three 'int' arguments and
  return no result.  The second argument must be a 3-bit compile-time
  constant, identifying the 16-bit sub-register to be stored, the third
  argument must be a 3-bit compile time constants, indicating one the
--- 38833,38839 ----
       void __builtin_arc_vst128 (__v8hi, const int, const int)
       void __builtin_arc_vst64 (__v8hi, const int, const int)
  
!  The following take a `__v8hi' argument and three `int' arguments and
  return no result.  The second argument must be a 3-bit compile-time
  constant, identifying the 16-bit sub-register to be stored, the third
  argument must be a 3-bit compile time constants, indicating one the
*************** File: gcc.info,  Node: ARM iWMMXt Built-
*** 38360,38366 ****
  ------------------------------------
  
  These built-in functions are available for the ARM family of processors
! when the '-mcpu=iwmmxt' switch is used:
  
       typedef int v2si __attribute__ ((vector_size (8)));
       typedef short v4hi __attribute__ ((vector_size (8)));
--- 38850,38856 ----
  ------------------------------------
  
  These built-in functions are available for the ARM family of processors
! when the `-mcpu=iwmmxt' switch is used:
  
       typedef int v2si __attribute__ ((vector_size (8)));
       typedef short v4hi __attribute__ ((vector_size (8)));
*************** File: gcc.info,  Node: ARM C Language Ex
*** 38515,38532 ****
  
  GCC implements extensions for C as described in the ARM C Language
  Extensions (ACLE) specification, which can be found at
! <http://infocenter.arm.com/help/topic/com.arm.doc.ihi0053c/IHI0053C_acle_2_0.pdf>.
  
   As a part of ACLE, GCC implements extensions for Advanced SIMD as
  described in the ARM C Language Extensions Specification.  The complete
  list of Advanced SIMD intrinsics can be found at
! <http://infocenter.arm.com/help/topic/com.arm.doc.ihi0073a/IHI0073A_arm_neon_intrinsics_ref.pdf>.
  The built-in intrinsics for the Advanced SIMD extension are available
  when NEON is enabled.
  
   Currently, ARM and AArch64 back ends do not support ACLE 2.0 fully.
  Both back ends support CRC32 intrinsics and the ARM back end supports
! the Coprocessor intrinsics, all from 'arm_acle.h'.  The ARM back end's
  16-bit floating-point Advanced SIMD intrinsics currently comply to ACLE
  v1.1.  AArch64's back end does not have support for 16-bit floating
  point Advanced SIMD intrinsics yet.
--- 39005,39022 ----
  
  GCC implements extensions for C as described in the ARM C Language
  Extensions (ACLE) specification, which can be found at
! `http://infocenter.arm.com/help/topic/com.arm.doc.ihi0053c/IHI0053C_acle_2_0.pdf'.
  
   As a part of ACLE, GCC implements extensions for Advanced SIMD as
  described in the ARM C Language Extensions Specification.  The complete
  list of Advanced SIMD intrinsics can be found at
! `http://infocenter.arm.com/help/topic/com.arm.doc.ihi0073a/IHI0073A_arm_neon_intrinsics_ref.pdf'.
  The built-in intrinsics for the Advanced SIMD extension are available
  when NEON is enabled.
  
   Currently, ARM and AArch64 back ends do not support ACLE 2.0 fully.
  Both back ends support CRC32 intrinsics and the ARM back end supports
! the Coprocessor intrinsics, all from `arm_acle.h'.  The ARM back end's
  16-bit floating-point Advanced SIMD intrinsics currently comply to ACLE
  v1.1.  AArch64's back end does not have support for 16-bit floating
  point Advanced SIMD intrinsics yet.
*************** File: gcc.info,  Node: ARM ARMv8-M Secur
*** 38555,38567 ****
  GCC implements the ARMv8-M Security Extensions as described in the
  ARMv8-M Security Extensions: Requirements on Development Tools
  Engineering Specification, which can be found at
! <http://infocenter.arm.com/help/topic/com.arm.doc.ecm0359818/ECM0359818_armv8m_security_extensions_reqs_on_dev_tools_1_0.pdf>.
  
   As part of the Security Extensions GCC implements two new function
! attributes: 'cmse_nonsecure_entry' and 'cmse_nonsecure_call'.
  
!  As part of the Security Extensions GCC implements the intrinsics below.
! FPTR is used here to mean any function pointer type.
  
       cmse_address_info_t cmse_TT (void *)
       cmse_address_info_t cmse_TT_fptr (FPTR)
--- 39045,39057 ----
  GCC implements the ARMv8-M Security Extensions as described in the
  ARMv8-M Security Extensions: Requirements on Development Tools
  Engineering Specification, which can be found at
! `http://infocenter.arm.com/help/topic/com.arm.doc.ecm0359818/ECM0359818_armv8m_security_extensions_reqs_on_dev_tools_1_0.pdf'.
  
   As part of the Security Extensions GCC implements two new function
! attributes: `cmse_nonsecure_entry' and `cmse_nonsecure_call'.
  
!  As part of the Security Extensions GCC implements the intrinsics
! below.  FPTR is used here to mean any function pointer type.
  
       cmse_address_info_t cmse_TT (void *)
       cmse_address_info_t cmse_TT_fptr (FPTR)
*************** File: gcc.info,  Node: AVR Built-in Func
*** 38582,38596 ****
  6.60.10 AVR Built-in Functions
  ------------------------------
  
! For each built-in function for AVR, there is an equally named, uppercase
! built-in macro defined.  That way users can easily query if or if not a
! specific built-in is implemented or not.  For example, if
! '__builtin_avr_nop' is available the macro '__BUILTIN_AVR_NOP' is
! defined to '1' and undefined otherwise.
  
   The following built-in functions map to the respective machine
! instruction, i.e. 'nop', 'sei', 'cli', 'sleep', 'wdr', 'swap', 'fmul',
! 'fmuls' resp.  'fmulsu'.  The three 'fmul*' built-ins are implemented as
  library call if no hardware multiplier is available.
  
       void __builtin_avr_nop (void)
--- 39072,39086 ----
  6.60.10 AVR Built-in Functions
  ------------------------------
  
! For each built-in function for AVR, there is an equally named,
! uppercase built-in macro defined. That way users can easily query if or
! if not a specific built-in is implemented or not. For example, if
! `__builtin_avr_nop' is available the macro `__BUILTIN_AVR_NOP' is
! defined to `1' and undefined otherwise.
  
   The following built-in functions map to the respective machine
! instruction, i.e. `nop', `sei', `cli', `sleep', `wdr', `swap', `fmul',
! `fmuls' resp. `fmulsu'. The three `fmul*' built-ins are implemented as
  library call if no hardware multiplier is available.
  
       void __builtin_avr_nop (void)
*************** library call if no hardware multiplier i
*** 38607,38641 ****
  implements
       void __builtin_avr_delay_cycles (unsigned long ticks)
  
! 'ticks' is the number of ticks to delay execution.  Note that this
  built-in does not take into account the effect of interrupts that might
! increase delay time.  'ticks' must be a compile-time integer constant;
  delays with a variable number of cycles are not supported.
  
       char __builtin_avr_flash_segment (const __memx void*)
  
  This built-in takes a byte address to the 24-bit *note address space:
! AVR Named Address Spaces. '__memx' and returns the number of the flash
! segment (the 64 KiB chunk) where the address points to.  Counting starts
! at '0'.  If the address does not point to flash memory, return '-1'.
  
       unsigned char __builtin_avr_insert_bits (unsigned long map,
                                                unsigned char bits,
                                                unsigned char val)
  
! Insert bits from BITS into VAL and return the resulting value.  The
  nibbles of MAP determine how the insertion is performed: Let X be the
  N-th nibble of MAP
!   1. If X is '0xf', then the N-th bit of VAL is returned unaltered.
  
    2. If X is in the range 0...7, then the N-th result bit is set to the
       X-th bit of BITS
  
!   3. If X is in the range 8...'0xe', then the N-th result bit is
       undefined.
  
  One typical use case for this built-in is adjusting input and output
! values to non-contiguous port layouts.  Some examples:
  
       // same as val, bits is unused
       __builtin_avr_insert_bits (0xffffffff, bits, val)
--- 39097,39132 ----
  implements
       void __builtin_avr_delay_cycles (unsigned long ticks)
  
! `ticks' is the number of ticks to delay execution. Note that this
  built-in does not take into account the effect of interrupts that might
! increase delay time. `ticks' must be a compile-time integer constant;
  delays with a variable number of cycles are not supported.
  
       char __builtin_avr_flash_segment (const __memx void*)
  
  This built-in takes a byte address to the 24-bit *note address space:
! AVR Named Address Spaces. `__memx' and returns the number of the flash
! segment (the 64 KiB chunk) where the address points to.  Counting
! starts at `0'.  If the address does not point to flash memory, return
! `-1'.
  
       unsigned char __builtin_avr_insert_bits (unsigned long map,
                                                unsigned char bits,
                                                unsigned char val)
  
! Insert bits from BITS into VAL and return the resulting value. The
  nibbles of MAP determine how the insertion is performed: Let X be the
  N-th nibble of MAP
!   1. If X is `0xf', then the N-th bit of VAL is returned unaltered.
  
    2. If X is in the range 0...7, then the N-th result bit is set to the
       X-th bit of BITS
  
!   3. If X is in the range 8...`0xe', then the N-th result bit is
       undefined.
  
  One typical use case for this built-in is adjusting input and output
! values to non-contiguous port layouts. Some examples:
  
       // same as val, bits is unused
       __builtin_avr_insert_bits (0xffffffff, bits, val)
*************** values to non-contiguous port layouts.
*** 38655,38662 ****
  
       void __builtin_avr_nops (unsigned count)
  
! Insert 'count' 'NOP' instructions.  The number of instructions must be a
! compile-time integer constant.
  
  
  File: gcc.info,  Node: Blackfin Built-in Functions,  Next: FR-V Built-in Functions,  Prev: AVR Built-in Functions,  Up: Target Builtins
--- 39146,39153 ----
  
       void __builtin_avr_nops (unsigned count)
  
! Insert `count' `NOP' instructions.  The number of instructions must be
! a compile-time integer constant.
  
  
  File: gcc.info,  Node: Blackfin Built-in Functions,  Next: FR-V Built-in Functions,  Prev: AVR Built-in Functions,  Up: Target Builtins
*************** File: gcc.info,  Node: Blackfin Built-in
*** 38665,38671 ****
  -----------------------------------
  
  Currently, there are two Blackfin-specific built-in functions.  These
! are used for generating 'CSYNC' and 'SSYNC' machine insns without using
  inline assembly; by using these built-in functions the compiler can
  automatically add workarounds for hardware errata involving these
  instructions.  These functions are named as follows:
--- 39156,39162 ----
  -----------------------------------
  
  Currently, there are two Blackfin-specific built-in functions.  These
! are used for generating `CSYNC' and `SSYNC' machine insns without using
  inline assembly; by using these built-in functions the compiler can
  automatically add workarounds for hardware errata involving these
  instructions.  These functions are named as follows:
*************** File: gcc.info,  Node: FR-V Built-in Fun
*** 38680,38693 ****
  -------------------------------
  
  GCC provides many FR-V-specific built-in functions.  In general, these
! functions are intended to be compatible with those described by 'FR-V
! Family, Softune C/C++ Compiler Manual (V6), Fujitsu Semiconductor'.  The
! two exceptions are '__MDUNPACKH' and '__MBTOHE', the GCC forms of which
! pass 128-bit values by pointer rather than by value.
  
!  Most of the functions are named after specific FR-V instructions.  Such
! functions are said to be "directly mapped" and are summarized here in
! tabular form.
  
  * Menu:
  
--- 39171,39184 ----
  -------------------------------
  
  GCC provides many FR-V-specific built-in functions.  In general, these
! functions are intended to be compatible with those described by `FR-V
! Family, Softune C/C++ Compiler Manual (V6), Fujitsu Semiconductor'.
! The two exceptions are `__MDUNPACKH' and `__MBTOHE', the GCC forms of
! which pass 128-bit values by pointer rather than by value.
  
!  Most of the functions are named after specific FR-V instructions.
! Such functions are said to be "directly mapped" and are summarized here
! in tabular form.
  
  * Menu:
  
*************** In order to make this classification cle
*** 38709,38738 ****
  and return values are given the following pseudo types:
  
  Pseudo type    Real C type            Constant?   Description
! 'uh'           'unsigned short'       No          an unsigned halfword
! 'uw1'          'unsigned int'         No          an unsigned word
! 'sw1'          'int'                  No          a signed word
! 'uw2'          'unsigned long long'   No          an unsigned doubleword
! 'sw2'          'long long'            No          a signed doubleword
! 'const'        'int'                  Yes         an integer constant
! 'acc'          'int'                  Yes         an ACC register number
! 'iacc'         'int'                  Yes         an IACC register number
  
   These pseudo types are not defined by GCC, they are simply a notational
  convenience used in this manual.
  
!  Arguments of type 'uh', 'uw1', 'sw1', 'uw2' and 'sw2' are evaluated at
  run time.  They correspond to register operands in the underlying FR-V
  instructions.
  
!  'const' arguments represent immediate operands in the underlying FR-V
  instructions.  They must be compile-time constants.
  
!  'acc' arguments are evaluated at compile time and specify the number of
! an accumulator register.  For example, an 'acc' argument of 2 selects
! the ACC2 register.
  
!  'iacc' arguments are similar to 'acc' arguments but specify the number
  of an IACC register.  See *note Other Built-in Functions:: for more
  details.
  
--- 39200,39229 ----
  and return values are given the following pseudo types:
  
  Pseudo type    Real C type            Constant?   Description
! `uh'           `unsigned short'       No          an unsigned halfword
! `uw1'          `unsigned int'         No          an unsigned word
! `sw1'          `int'                  No          a signed word
! `uw2'          `unsigned long long'   No          an unsigned doubleword
! `sw2'          `long long'            No          a signed doubleword
! `const'        `int'                  Yes         an integer constant
! `acc'          `int'                  Yes         an ACC register number
! `iacc'         `int'                  Yes         an IACC register number
  
   These pseudo types are not defined by GCC, they are simply a notational
  convenience used in this manual.
  
!  Arguments of type `uh', `uw1', `sw1', `uw2' and `sw2' are evaluated at
  run time.  They correspond to register operands in the underlying FR-V
  instructions.
  
!  `const' arguments represent immediate operands in the underlying FR-V
  instructions.  They must be compile-time constants.
  
!  `acc' arguments are evaluated at compile time and specify the number
! of an accumulator register.  For example, an `acc' argument of 2
! selects the ACC2 register.
  
!  `iacc' arguments are similar to `acc' arguments but specify the number
  of an IACC register.  See *note Other Built-in Functions:: for more
  details.
  
*************** File: gcc.info,  Node: Directly-mapped I
*** 38745,38760 ****
  The functions listed below map directly to FR-V I-type instructions.
  
  Function prototype               Example usage           Assembly output
! 'sw1 __ADDSS (sw1, sw1)'         'C = __ADDSS (A, B)'    'ADDSS A,B,C'
! 'sw1 __SCAN (sw1, sw1)'          'C = __SCAN (A, B)'     'SCAN A,B,C'
! 'sw1 __SCUTSS (sw1)'             'B = __SCUTSS (A)'      'SCUTSS A,B'
! 'sw1 __SLASS (sw1, sw1)'         'C = __SLASS (A, B)'    'SLASS A,B,C'
! 'void __SMASS (sw1, sw1)'        '__SMASS (A, B)'        'SMASS A,B'
! 'void __SMSSS (sw1, sw1)'        '__SMSSS (A, B)'        'SMSSS A,B'
! 'void __SMU (sw1, sw1)'          '__SMU (A, B)'          'SMU A,B'
! 'sw2 __SMUL (sw1, sw1)'          'C = __SMUL (A, B)'     'SMUL A,B,C'
! 'sw1 __SUBSS (sw1, sw1)'         'C = __SUBSS (A, B)'    'SUBSS A,B,C'
! 'uw2 __UMUL (uw1, uw1)'          'C = __UMUL (A, B)'     'UMUL A,B,C'
  
  
  File: gcc.info,  Node: Directly-mapped Media Functions,  Next: Raw read/write Functions,  Prev: Directly-mapped Integer Functions,  Up: FR-V Built-in Functions
--- 39236,39251 ----
  The functions listed below map directly to FR-V I-type instructions.
  
  Function prototype               Example usage           Assembly output
! `sw1 __ADDSS (sw1, sw1)'         `C = __ADDSS (A, B)'    `ADDSS A,B,C'
! `sw1 __SCAN (sw1, sw1)'          `C = __SCAN (A, B)'     `SCAN A,B,C'
! `sw1 __SCUTSS (sw1)'             `B = __SCUTSS (A)'      `SCUTSS A,B'
! `sw1 __SLASS (sw1, sw1)'         `C = __SLASS (A, B)'    `SLASS A,B,C'
! `void __SMASS (sw1, sw1)'        `__SMASS (A, B)'        `SMASS A,B'
! `void __SMSSS (sw1, sw1)'        `__SMSSS (A, B)'        `SMSSS A,B'
! `void __SMU (sw1, sw1)'          `__SMU (A, B)'          `SMU A,B'
! `sw2 __SMUL (sw1, sw1)'          `C = __SMUL (A, B)'     `SMUL A,B,C'
! `sw1 __SUBSS (sw1, sw1)'         `C = __SUBSS (A, B)'    `SUBSS A,B,C'
! `uw2 __UMUL (uw1, uw1)'          `C = __UMUL (A, B)'     `UMUL A,B,C'
  
  
  File: gcc.info,  Node: Directly-mapped Media Functions,  Next: Raw read/write Functions,  Prev: Directly-mapped Integer Functions,  Up: FR-V Built-in Functions
*************** File: gcc.info,  Node: Directly-mapped M
*** 38765,38907 ****
  The functions listed below map directly to FR-V M-type instructions.
  
  Function prototype               Example usage           Assembly output
! 'uw1 __MABSHS (sw1)'             'B = __MABSHS (A)'      'MABSHS A,B'
! 'void __MADDACCS (acc, acc)'     '__MADDACCS (B, A)'     'MADDACCS A,B'
! 'sw1 __MADDHSS (sw1, sw1)'       'C = __MADDHSS (A,      'MADDHSS A,B,C'
!                                  B)'
! 'uw1 __MADDHUS (uw1, uw1)'       'C = __MADDHUS (A,      'MADDHUS A,B,C'
!                                  B)'
! 'uw1 __MAND (uw1, uw1)'          'C = __MAND (A, B)'     'MAND A,B,C'
! 'void __MASACCS (acc, acc)'      '__MASACCS (B, A)'      'MASACCS A,B'
! 'uw1 __MAVEH (uw1, uw1)'         'C = __MAVEH (A, B)'    'MAVEH A,B,C'
! 'uw2 __MBTOH (uw1)'              'B = __MBTOH (A)'       'MBTOH A,B'
! 'void __MBTOHE (uw1 *, uw1)'     '__MBTOHE (&B, A)'      'MBTOHE A,B'
! 'void __MCLRACC (acc)'           '__MCLRACC (A)'         'MCLRACC A'
! 'void __MCLRACCA (void)'         '__MCLRACCA ()'         'MCLRACCA'
! 'uw1 __Mcop1 (uw1, uw1)'         'C = __Mcop1 (A, B)'    'Mcop1 A,B,C'
! 'uw1 __Mcop2 (uw1, uw1)'         'C = __Mcop2 (A, B)'    'Mcop2 A,B,C'
! 'uw1 __MCPLHI (uw2, const)'      'C = __MCPLHI (A, B)'   'MCPLHI A,#B,C'
! 'uw1 __MCPLI (uw2, const)'       'C = __MCPLI (A, B)'    'MCPLI A,#B,C'
! 'void __MCPXIS (acc, sw1,        '__MCPXIS (C, A, B)'    'MCPXIS A,B,C'
! sw1)'
! 'void __MCPXIU (acc, uw1,        '__MCPXIU (C, A, B)'    'MCPXIU A,B,C'
! uw1)'
! 'void __MCPXRS (acc, sw1,        '__MCPXRS (C, A, B)'    'MCPXRS A,B,C'
! sw1)'
! 'void __MCPXRU (acc, uw1,        '__MCPXRU (C, A, B)'    'MCPXRU A,B,C'
! uw1)'
! 'uw1 __MCUT (acc, uw1)'          'C = __MCUT (A, B)'     'MCUT A,B,C'
! 'uw1 __MCUTSS (acc, sw1)'        'C = __MCUTSS (A, B)'   'MCUTSS A,B,C'
! 'void __MDADDACCS (acc, acc)'    '__MDADDACCS (B, A)'    'MDADDACCS A,B'
! 'void __MDASACCS (acc, acc)'     '__MDASACCS (B, A)'     'MDASACCS A,B'
! 'uw2 __MDCUTSSI (acc, const)'    'C = __MDCUTSSI (A,     'MDCUTSSI
!                                  B)'                     A,#B,C'
! 'uw2 __MDPACKH (uw2, uw2)'       'C = __MDPACKH (A,      'MDPACKH A,B,C'
!                                  B)'
! 'uw2 __MDROTLI (uw2, const)'     'C = __MDROTLI (A,      'MDROTLI
!                                  B)'                     A,#B,C'
! 'void __MDSUBACCS (acc, acc)'    '__MDSUBACCS (B, A)'    'MDSUBACCS A,B'
! 'void __MDUNPACKH (uw1 *,        '__MDUNPACKH (&B, A)'   'MDUNPACKH A,B'
! uw2)'
! 'uw2 __MEXPDHD (uw1, const)'     'C = __MEXPDHD (A,      'MEXPDHD
!                                  B)'                     A,#B,C'
! 'uw1 __MEXPDHW (uw1, const)'     'C = __MEXPDHW (A,      'MEXPDHW
!                                  B)'                     A,#B,C'
! 'uw1 __MHDSETH (uw1, const)'     'C = __MHDSETH (A,      'MHDSETH
!                                  B)'                     A,#B,C'
! 'sw1 __MHDSETS (const)'          'B = __MHDSETS (A)'     'MHDSETS #A,B'
! 'uw1 __MHSETHIH (uw1, const)'    'B = __MHSETHIH (B,     'MHSETHIH #A,B'
!                                  A)'
! 'sw1 __MHSETHIS (sw1, const)'    'B = __MHSETHIS (B,     'MHSETHIS #A,B'
!                                  A)'
! 'uw1 __MHSETLOH (uw1, const)'    'B = __MHSETLOH (B,     'MHSETLOH #A,B'
!                                  A)'
! 'sw1 __MHSETLOS (sw1, const)'    'B = __MHSETLOS (B,     'MHSETLOS #A,B'
!                                  A)'
! 'uw1 __MHTOB (uw2)'              'B = __MHTOB (A)'       'MHTOB A,B'
! 'void __MMACHS (acc, sw1,        '__MMACHS (C, A, B)'    'MMACHS A,B,C'
! sw1)'
! 'void __MMACHU (acc, uw1,        '__MMACHU (C, A, B)'    'MMACHU A,B,C'
! uw1)'
! 'void __MMRDHS (acc, sw1,        '__MMRDHS (C, A, B)'    'MMRDHS A,B,C'
! sw1)'
! 'void __MMRDHU (acc, uw1,        '__MMRDHU (C, A, B)'    'MMRDHU A,B,C'
! uw1)'
! 'void __MMULHS (acc, sw1,        '__MMULHS (C, A, B)'    'MMULHS A,B,C'
! sw1)'
! 'void __MMULHU (acc, uw1,        '__MMULHU (C, A, B)'    'MMULHU A,B,C'
! uw1)'
! 'void __MMULXHS (acc, sw1,       '__MMULXHS (C, A, B)'   'MMULXHS A,B,C'
! sw1)'
! 'void __MMULXHU (acc, uw1,       '__MMULXHU (C, A, B)'   'MMULXHU A,B,C'
! uw1)'
! 'uw1 __MNOT (uw1)'               'B = __MNOT (A)'        'MNOT A,B'
! 'uw1 __MOR (uw1, uw1)'           'C = __MOR (A, B)'      'MOR A,B,C'
! 'uw1 __MPACKH (uh, uh)'          'C = __MPACKH (A, B)'   'MPACKH A,B,C'
! 'sw2 __MQADDHSS (sw2, sw2)'      'C = __MQADDHSS (A,     'MQADDHSS
!                                  B)'                     A,B,C'
! 'uw2 __MQADDHUS (uw2, uw2)'      'C = __MQADDHUS (A,     'MQADDHUS
!                                  B)'                     A,B,C'
! 'void __MQCPXIS (acc, sw2,       '__MQCPXIS (C, A, B)'   'MQCPXIS A,B,C'
! sw2)'
! 'void __MQCPXIU (acc, uw2,       '__MQCPXIU (C, A, B)'   'MQCPXIU A,B,C'
! uw2)'
! 'void __MQCPXRS (acc, sw2,       '__MQCPXRS (C, A, B)'   'MQCPXRS A,B,C'
! sw2)'
! 'void __MQCPXRU (acc, uw2,       '__MQCPXRU (C, A, B)'   'MQCPXRU A,B,C'
! uw2)'
! 'sw2 __MQLCLRHS (sw2, sw2)'      'C = __MQLCLRHS (A,     'MQLCLRHS
!                                  B)'                     A,B,C'
! 'sw2 __MQLMTHS (sw2, sw2)'       'C = __MQLMTHS (A,      'MQLMTHS A,B,C'
!                                  B)'
! 'void __MQMACHS (acc, sw2,       '__MQMACHS (C, A, B)'   'MQMACHS A,B,C'
! sw2)'
! 'void __MQMACHU (acc, uw2,       '__MQMACHU (C, A, B)'   'MQMACHU A,B,C'
! uw2)'
! 'void __MQMACXHS (acc, sw2,      '__MQMACXHS (C, A,      'MQMACXHS
! sw2)'                            B)'                     A,B,C'
! 'void __MQMULHS (acc, sw2,       '__MQMULHS (C, A, B)'   'MQMULHS A,B,C'
! sw2)'
! 'void __MQMULHU (acc, uw2,       '__MQMULHU (C, A, B)'   'MQMULHU A,B,C'
! uw2)'
! 'void __MQMULXHS (acc, sw2,      '__MQMULXHS (C, A,      'MQMULXHS
! sw2)'                            B)'                     A,B,C'
! 'void __MQMULXHU (acc, uw2,      '__MQMULXHU (C, A,      'MQMULXHU
! uw2)'                            B)'                     A,B,C'
! 'sw2 __MQSATHS (sw2, sw2)'       'C = __MQSATHS (A,      'MQSATHS A,B,C'
!                                  B)'
! 'uw2 __MQSLLHI (uw2, int)'       'C = __MQSLLHI (A,      'MQSLLHI A,B,C'
!                                  B)'
! 'sw2 __MQSRAHI (sw2, int)'       'C = __MQSRAHI (A,      'MQSRAHI A,B,C'
!                                  B)'
! 'sw2 __MQSUBHSS (sw2, sw2)'      'C = __MQSUBHSS (A,     'MQSUBHSS
!                                  B)'                     A,B,C'
! 'uw2 __MQSUBHUS (uw2, uw2)'      'C = __MQSUBHUS (A,     'MQSUBHUS
!                                  B)'                     A,B,C'
! 'void __MQXMACHS (acc, sw2,      '__MQXMACHS (C, A,      'MQXMACHS
! sw2)'                            B)'                     A,B,C'
! 'void __MQXMACXHS (acc, sw2,     '__MQXMACXHS (C, A,     'MQXMACXHS
! sw2)'                            B)'                     A,B,C'
! 'uw1 __MRDACC (acc)'             'B = __MRDACC (A)'      'MRDACC A,B'
! 'uw1 __MRDACCG (acc)'            'B = __MRDACCG (A)'     'MRDACCG A,B'
! 'uw1 __MROTLI (uw1, const)'      'C = __MROTLI (A, B)'   'MROTLI A,#B,C'
! 'uw1 __MROTRI (uw1, const)'      'C = __MROTRI (A, B)'   'MROTRI A,#B,C'
! 'sw1 __MSATHS (sw1, sw1)'        'C = __MSATHS (A, B)'   'MSATHS A,B,C'
! 'uw1 __MSATHU (uw1, uw1)'        'C = __MSATHU (A, B)'   'MSATHU A,B,C'
! 'uw1 __MSLLHI (uw1, const)'      'C = __MSLLHI (A, B)'   'MSLLHI A,#B,C'
! 'sw1 __MSRAHI (sw1, const)'      'C = __MSRAHI (A, B)'   'MSRAHI A,#B,C'
! 'uw1 __MSRLHI (uw1, const)'      'C = __MSRLHI (A, B)'   'MSRLHI A,#B,C'
! 'void __MSUBACCS (acc, acc)'     '__MSUBACCS (B, A)'     'MSUBACCS A,B'
! 'sw1 __MSUBHSS (sw1, sw1)'       'C = __MSUBHSS (A,      'MSUBHSS A,B,C'
!                                  B)'
! 'uw1 __MSUBHUS (uw1, uw1)'       'C = __MSUBHUS (A,      'MSUBHUS A,B,C'
!                                  B)'
! 'void __MTRAP (void)'            '__MTRAP ()'            'MTRAP'
! 'uw2 __MUNPACKH (uw1)'           'B = __MUNPACKH (A)'    'MUNPACKH A,B'
! 'uw1 __MWCUT (uw2, uw1)'         'C = __MWCUT (A, B)'    'MWCUT A,B,C'
! 'void __MWTACC (acc, uw1)'       '__MWTACC (B, A)'       'MWTACC A,B'
! 'void __MWTACCG (acc, uw1)'      '__MWTACCG (B, A)'      'MWTACCG A,B'
! 'uw1 __MXOR (uw1, uw1)'          'C = __MXOR (A, B)'     'MXOR A,B,C'
  
  
  File: gcc.info,  Node: Raw read/write Functions,  Next: Other Built-in Functions,  Prev: Directly-mapped Media Functions,  Up: FR-V Built-in Functions
--- 39256,39354 ----
  The functions listed below map directly to FR-V M-type instructions.
  
  Function prototype               Example usage           Assembly output
! `uw1 __MABSHS (sw1)'             `B = __MABSHS (A)'      `MABSHS A,B'
! `void __MADDACCS (acc, acc)'     `__MADDACCS (B, A)'     `MADDACCS A,B'
! `sw1 __MADDHSS (sw1, sw1)'       `C = __MADDHSS (A, B)'  `MADDHSS A,B,C'
! `uw1 __MADDHUS (uw1, uw1)'       `C = __MADDHUS (A, B)'  `MADDHUS A,B,C'
! `uw1 __MAND (uw1, uw1)'          `C = __MAND (A, B)'     `MAND A,B,C'
! `void __MASACCS (acc, acc)'      `__MASACCS (B, A)'      `MASACCS A,B'
! `uw1 __MAVEH (uw1, uw1)'         `C = __MAVEH (A, B)'    `MAVEH A,B,C'
! `uw2 __MBTOH (uw1)'              `B = __MBTOH (A)'       `MBTOH A,B'
! `void __MBTOHE (uw1 *, uw1)'     `__MBTOHE (&B, A)'      `MBTOHE A,B'
! `void __MCLRACC (acc)'           `__MCLRACC (A)'         `MCLRACC A'
! `void __MCLRACCA (void)'         `__MCLRACCA ()'         `MCLRACCA'
! `uw1 __Mcop1 (uw1, uw1)'         `C = __Mcop1 (A, B)'    `Mcop1 A,B,C'
! `uw1 __Mcop2 (uw1, uw1)'         `C = __Mcop2 (A, B)'    `Mcop2 A,B,C'
! `uw1 __MCPLHI (uw2, const)'      `C = __MCPLHI (A, B)'   `MCPLHI A,#B,C'
! `uw1 __MCPLI (uw2, const)'       `C = __MCPLI (A, B)'    `MCPLI A,#B,C'
! `void __MCPXIS (acc, sw1, sw1)'  `__MCPXIS (C, A, B)'    `MCPXIS A,B,C'
! `void __MCPXIU (acc, uw1, uw1)'  `__MCPXIU (C, A, B)'    `MCPXIU A,B,C'
! `void __MCPXRS (acc, sw1, sw1)'  `__MCPXRS (C, A, B)'    `MCPXRS A,B,C'
! `void __MCPXRU (acc, uw1, uw1)'  `__MCPXRU (C, A, B)'    `MCPXRU A,B,C'
! `uw1 __MCUT (acc, uw1)'          `C = __MCUT (A, B)'     `MCUT A,B,C'
! `uw1 __MCUTSS (acc, sw1)'        `C = __MCUTSS (A, B)'   `MCUTSS A,B,C'
! `void __MDADDACCS (acc, acc)'    `__MDADDACCS (B, A)'    `MDADDACCS A,B'
! `void __MDASACCS (acc, acc)'     `__MDASACCS (B, A)'     `MDASACCS A,B'
! `uw2 __MDCUTSSI (acc, const)'    `C = __MDCUTSSI (A, B)' `MDCUTSSI A,#B,C'
! `uw2 __MDPACKH (uw2, uw2)'       `C = __MDPACKH (A, B)'  `MDPACKH A,B,C'
! `uw2 __MDROTLI (uw2, const)'     `C = __MDROTLI (A, B)'  `MDROTLI A,#B,C'
! `void __MDSUBACCS (acc, acc)'    `__MDSUBACCS (B, A)'    `MDSUBACCS A,B'
! `void __MDUNPACKH (uw1 *, uw2)'  `__MDUNPACKH (&B, A)'   `MDUNPACKH A,B'
! `uw2 __MEXPDHD (uw1, const)'     `C = __MEXPDHD (A, B)'  `MEXPDHD A,#B,C'
! `uw1 __MEXPDHW (uw1, const)'     `C = __MEXPDHW (A, B)'  `MEXPDHW A,#B,C'
! `uw1 __MHDSETH (uw1, const)'     `C = __MHDSETH (A, B)'  `MHDSETH A,#B,C'
! `sw1 __MHDSETS (const)'          `B = __MHDSETS (A)'     `MHDSETS #A,B'
! `uw1 __MHSETHIH (uw1, const)'    `B = __MHSETHIH (B, A)' `MHSETHIH #A,B'
! `sw1 __MHSETHIS (sw1, const)'    `B = __MHSETHIS (B, A)' `MHSETHIS #A,B'
! `uw1 __MHSETLOH (uw1, const)'    `B = __MHSETLOH (B, A)' `MHSETLOH #A,B'
! `sw1 __MHSETLOS (sw1, const)'    `B = __MHSETLOS (B, A)' `MHSETLOS #A,B'
! `uw1 __MHTOB (uw2)'              `B = __MHTOB (A)'       `MHTOB A,B'
! `void __MMACHS (acc, sw1, sw1)'  `__MMACHS (C, A, B)'    `MMACHS A,B,C'
! `void __MMACHU (acc, uw1, uw1)'  `__MMACHU (C, A, B)'    `MMACHU A,B,C'
! `void __MMRDHS (acc, sw1, sw1)'  `__MMRDHS (C, A, B)'    `MMRDHS A,B,C'
! `void __MMRDHU (acc, uw1, uw1)'  `__MMRDHU (C, A, B)'    `MMRDHU A,B,C'
! `void __MMULHS (acc, sw1, sw1)'  `__MMULHS (C, A, B)'    `MMULHS A,B,C'
! `void __MMULHU (acc, uw1, uw1)'  `__MMULHU (C, A, B)'    `MMULHU A,B,C'
! `void __MMULXHS (acc, sw1, sw1)' `__MMULXHS (C, A, B)'   `MMULXHS A,B,C'
! `void __MMULXHU (acc, uw1, uw1)' `__MMULXHU (C, A, B)'   `MMULXHU A,B,C'
! `uw1 __MNOT (uw1)'               `B = __MNOT (A)'        `MNOT A,B'
! `uw1 __MOR (uw1, uw1)'           `C = __MOR (A, B)'      `MOR A,B,C'
! `uw1 __MPACKH (uh, uh)'          `C = __MPACKH (A, B)'   `MPACKH A,B,C'
! `sw2 __MQADDHSS (sw2, sw2)'      `C = __MQADDHSS (A, B)' `MQADDHSS A,B,C'
! `uw2 __MQADDHUS (uw2, uw2)'      `C = __MQADDHUS (A, B)' `MQADDHUS A,B,C'
! `void __MQCPXIS (acc, sw2, sw2)' `__MQCPXIS (C, A, B)'   `MQCPXIS A,B,C'
! `void __MQCPXIU (acc, uw2, uw2)' `__MQCPXIU (C, A, B)'   `MQCPXIU A,B,C'
! `void __MQCPXRS (acc, sw2, sw2)' `__MQCPXRS (C, A, B)'   `MQCPXRS A,B,C'
! `void __MQCPXRU (acc, uw2, uw2)' `__MQCPXRU (C, A, B)'   `MQCPXRU A,B,C'
! `sw2 __MQLCLRHS (sw2, sw2)'      `C = __MQLCLRHS (A, B)' `MQLCLRHS A,B,C'
! `sw2 __MQLMTHS (sw2, sw2)'       `C = __MQLMTHS (A, B)'  `MQLMTHS A,B,C'
! `void __MQMACHS (acc, sw2, sw2)' `__MQMACHS (C, A, B)'   `MQMACHS A,B,C'
! `void __MQMACHU (acc, uw2, uw2)' `__MQMACHU (C, A, B)'   `MQMACHU A,B,C'
! `void __MQMACXHS (acc, sw2,      `__MQMACXHS (C, A, B)'  `MQMACXHS A,B,C'
! sw2)'                                                    
! `void __MQMULHS (acc, sw2, sw2)' `__MQMULHS (C, A, B)'   `MQMULHS A,B,C'
! `void __MQMULHU (acc, uw2, uw2)' `__MQMULHU (C, A, B)'   `MQMULHU A,B,C'
! `void __MQMULXHS (acc, sw2,      `__MQMULXHS (C, A, B)'  `MQMULXHS A,B,C'
! sw2)'                                                    
! `void __MQMULXHU (acc, uw2,      `__MQMULXHU (C, A, B)'  `MQMULXHU A,B,C'
! uw2)'                                                    
! `sw2 __MQSATHS (sw2, sw2)'       `C = __MQSATHS (A, B)'  `MQSATHS A,B,C'
! `uw2 __MQSLLHI (uw2, int)'       `C = __MQSLLHI (A, B)'  `MQSLLHI A,B,C'
! `sw2 __MQSRAHI (sw2, int)'       `C = __MQSRAHI (A, B)'  `MQSRAHI A,B,C'
! `sw2 __MQSUBHSS (sw2, sw2)'      `C = __MQSUBHSS (A, B)' `MQSUBHSS A,B,C'
! `uw2 __MQSUBHUS (uw2, uw2)'      `C = __MQSUBHUS (A, B)' `MQSUBHUS A,B,C'
! `void __MQXMACHS (acc, sw2,      `__MQXMACHS (C, A, B)'  `MQXMACHS A,B,C'
! sw2)'                                                    
! `void __MQXMACXHS (acc, sw2,     `__MQXMACXHS (C, A, B)' `MQXMACXHS A,B,C'
! sw2)'                                                    
! `uw1 __MRDACC (acc)'             `B = __MRDACC (A)'      `MRDACC A,B'
! `uw1 __MRDACCG (acc)'            `B = __MRDACCG (A)'     `MRDACCG A,B'
! `uw1 __MROTLI (uw1, const)'      `C = __MROTLI (A, B)'   `MROTLI A,#B,C'
! `uw1 __MROTRI (uw1, const)'      `C = __MROTRI (A, B)'   `MROTRI A,#B,C'
! `sw1 __MSATHS (sw1, sw1)'        `C = __MSATHS (A, B)'   `MSATHS A,B,C'
! `uw1 __MSATHU (uw1, uw1)'        `C = __MSATHU (A, B)'   `MSATHU A,B,C'
! `uw1 __MSLLHI (uw1, const)'      `C = __MSLLHI (A, B)'   `MSLLHI A,#B,C'
! `sw1 __MSRAHI (sw1, const)'      `C = __MSRAHI (A, B)'   `MSRAHI A,#B,C'
! `uw1 __MSRLHI (uw1, const)'      `C = __MSRLHI (A, B)'   `MSRLHI A,#B,C'
! `void __MSUBACCS (acc, acc)'     `__MSUBACCS (B, A)'     `MSUBACCS A,B'
! `sw1 __MSUBHSS (sw1, sw1)'       `C = __MSUBHSS (A, B)'  `MSUBHSS A,B,C'
! `uw1 __MSUBHUS (uw1, uw1)'       `C = __MSUBHUS (A, B)'  `MSUBHUS A,B,C'
! `void __MTRAP (void)'            `__MTRAP ()'            `MTRAP'
! `uw2 __MUNPACKH (uw1)'           `B = __MUNPACKH (A)'    `MUNPACKH A,B'
! `uw1 __MWCUT (uw2, uw1)'         `C = __MWCUT (A, B)'    `MWCUT A,B,C'
! `void __MWTACC (acc, uw1)'       `__MWTACC (B, A)'       `MWTACC A,B'
! `void __MWTACCG (acc, uw1)'      `__MWTACCG (B, A)'      `MWTACCG A,B'
! `uw1 __MXOR (uw1, uw1)'          `C = __MXOR (A, B)'     `MXOR A,B,C'
  
  
  File: gcc.info,  Node: Raw read/write Functions,  Next: Other Built-in Functions,  Prev: Directly-mapped Media Functions,  Up: FR-V Built-in Functions
*************** File: gcc.info,  Node: Raw read/write Fu
*** 38910,38928 ****
  ..................................
  
  This sections describes built-in functions related to read and write
! instructions to access memory.  These functions generate 'membar'
  instructions to flush the I/O load and stores where appropriate, as
  described in Fujitsu's manual described above.
  
! 'unsigned char __builtin_read8 (void *DATA)'
! 'unsigned short __builtin_read16 (void *DATA)'
! 'unsigned long __builtin_read32 (void *DATA)'
! 'unsigned long long __builtin_read64 (void *DATA)'
  
! 'void __builtin_write8 (void *DATA, unsigned char DATUM)'
! 'void __builtin_write16 (void *DATA, unsigned short DATUM)'
! 'void __builtin_write32 (void *DATA, unsigned long DATUM)'
! 'void __builtin_write64 (void *DATA, unsigned long long DATUM)'
  
  
  File: gcc.info,  Node: Other Built-in Functions,  Prev: Raw read/write Functions,  Up: FR-V Built-in Functions
--- 39357,39381 ----
  ..................................
  
  This sections describes built-in functions related to read and write
! instructions to access memory.  These functions generate `membar'
  instructions to flush the I/O load and stores where appropriate, as
  described in Fujitsu's manual described above.
  
! `unsigned char __builtin_read8 (void *DATA)'
  
! `unsigned short __builtin_read16 (void *DATA)'
! 
! `unsigned long __builtin_read32 (void *DATA)'
! 
! `unsigned long long __builtin_read64 (void *DATA)'
! 
! `void __builtin_write8 (void *DATA, unsigned char DATUM)'
! 
! `void __builtin_write16 (void *DATA, unsigned short DATUM)'
! 
! `void __builtin_write32 (void *DATA, unsigned long DATUM)'
! 
! `void __builtin_write64 (void *DATA, unsigned long long DATUM)'
  
  
  File: gcc.info,  Node: Other Built-in Functions,  Prev: Raw read/write Functions,  Up: FR-V Built-in Functions
*************** File: gcc.info,  Node: Other Built-in Fu
*** 38933,38960 ****
  This section describes built-in functions that are not named after a
  specific FR-V instruction.
  
! 'sw2 __IACCreadll (iacc REG)'
       Return the full 64-bit value of IACC0.  The REG argument is
       reserved for future expansion and must be 0.
  
! 'sw1 __IACCreadl (iacc REG)'
       Return the value of IACC0H if REG is 0 and IACC0L if REG is 1.
       Other values of REG are rejected as invalid.
  
! 'void __IACCsetll (iacc REG, sw2 X)'
       Set the full 64-bit value of IACC0 to X.  The REG argument is
       reserved for future expansion and must be 0.
  
! 'void __IACCsetl (iacc REG, sw1 X)'
       Set IACC0H to X if REG is 0 and IACC0L to X if REG is 1.  Other
       values of REG are rejected as invalid.
  
! 'void __data_prefetch0 (const void *X)'
!      Use the 'dcpl' instruction to load the contents of address X into
       the data cache.
  
! 'void __data_prefetch (const void *X)'
!      Use the 'nldub' instruction to load the contents of address X into
       the data cache.  The instruction is issued in slot I1.
  
  
--- 39386,39413 ----
  This section describes built-in functions that are not named after a
  specific FR-V instruction.
  
! `sw2 __IACCreadll (iacc REG)'
       Return the full 64-bit value of IACC0.  The REG argument is
       reserved for future expansion and must be 0.
  
! `sw1 __IACCreadl (iacc REG)'
       Return the value of IACC0H if REG is 0 and IACC0L if REG is 1.
       Other values of REG are rejected as invalid.
  
! `void __IACCsetll (iacc REG, sw2 X)'
       Set the full 64-bit value of IACC0 to X.  The REG argument is
       reserved for future expansion and must be 0.
  
! `void __IACCsetl (iacc REG, sw1 X)'
       Set IACC0H to X if REG is 0 and IACC0L to X if REG is 1.  Other
       values of REG are rejected as invalid.
  
! `void __data_prefetch0 (const void *X)'
!      Use the `dcpl' instruction to load the contents of address X into
       the data cache.
  
! `void __data_prefetch (const void *X)'
!      Use the `nldub' instruction to load the contents of address X into
       the data cache.  The instruction is issued in slot I1.
  
  
*************** media applications.  It provides instruc
*** 38969,39002 ****
  8-bit/16-bit integer data, Q7, Q15 and Q31 fractional data.
  
   GCC supports MIPS DSP operations using both the generic vector
! extensions (*note Vector Extensions::) and a collection of MIPS-specific
! built-in functions.  Both kinds of support are enabled by the '-mdsp'
! command-line option.
  
   Revision 2 of the ASE was introduced in the second half of 2006.  This
  revision adds extra instructions to the original ASE, but is otherwise
  backwards-compatible with it.  You can select revision 2 using the
! command-line option '-mdspr2'; this option implies '-mdsp'.
  
   The SCOUNT and POS bits of the DSP control register are global.  The
! WRDSP, EXTPDP, EXTPDPV and MTHLIP instructions modify the SCOUNT and POS
! bits.  During optimization, the compiler does not delete these
  instructions and it does not delete calls to functions containing these
  instructions.
  
!  At present, GCC only provides support for operations on 32-bit vectors.
! The vector type associated with 8-bit integer data is usually called
! 'v4i8', the vector type associated with Q7 is usually called 'v4q7', the
! vector type associated with 16-bit integer data is usually called
! 'v2i16', and the vector type associated with Q15 is usually called
! 'v2q15'.  They can be defined in C as follows:
  
       typedef signed char v4i8 __attribute__ ((vector_size(4)));
       typedef signed char v4q7 __attribute__ ((vector_size(4)));
       typedef short v2i16 __attribute__ ((vector_size(4)));
       typedef short v2q15 __attribute__ ((vector_size(4)));
  
!  'v4i8', 'v4q7', 'v2i16' and 'v2q15' values are initialized in the same
  way as aggregates.  For example:
  
       v4i8 a = {1, 2, 3, 4};
--- 39422,39455 ----
  8-bit/16-bit integer data, Q7, Q15 and Q31 fractional data.
  
   GCC supports MIPS DSP operations using both the generic vector
! extensions (*note Vector Extensions::) and a collection of
! MIPS-specific built-in functions.  Both kinds of support are enabled by
! the `-mdsp' command-line option.
  
   Revision 2 of the ASE was introduced in the second half of 2006.  This
  revision adds extra instructions to the original ASE, but is otherwise
  backwards-compatible with it.  You can select revision 2 using the
! command-line option `-mdspr2'; this option implies `-mdsp'.
  
   The SCOUNT and POS bits of the DSP control register are global.  The
! WRDSP, EXTPDP, EXTPDPV and MTHLIP instructions modify the SCOUNT and
! POS bits.  During optimization, the compiler does not delete these
  instructions and it does not delete calls to functions containing these
  instructions.
  
!  At present, GCC only provides support for operations on 32-bit
! vectors.  The vector type associated with 8-bit integer data is usually
! called `v4i8', the vector type associated with Q7 is usually called
! `v4q7', the vector type associated with 16-bit integer data is usually
! called `v2i16', and the vector type associated with Q15 is usually
! called `v2q15'.  They can be defined in C as follows:
  
       typedef signed char v4i8 __attribute__ ((vector_size(4)));
       typedef signed char v4q7 __attribute__ ((vector_size(4)));
       typedef short v2i16 __attribute__ ((vector_size(4)));
       typedef short v2q15 __attribute__ ((vector_size(4)));
  
!  `v4i8', `v4q7', `v2i16' and `v2q15' values are initialized in the same
  way as aggregates.  For example:
  
       v4i8 a = {1, 2, 3, 4};
*************** way as aggregates.  For example:
*** 39011,39040 ****
  packed.  On little-endian targets, the first value is the least
  significant and the last value is the most significant.  The opposite
  order applies to big-endian targets.  For example, the code above sets
! the lowest byte of 'a' to '1' on little-endian targets and '4' on
  big-endian targets.
  
   _Note:_ Q7, Q15 and Q31 values must be initialized with their integer
! representation.  As shown in this example, the integer representation of
! a Q7 value can be obtained by multiplying the fractional value by
! '0x1.0p7'.  The equivalent for Q15 values is to multiply by '0x1.0p15'.
! The equivalent for Q31 values is to multiply by '0x1.0p31'.
  
!  The table below lists the 'v4i8' and 'v2q15' operations for which
! hardware support exists.  'a' and 'b' are 'v4i8' values, and 'c' and 'd'
! are 'v2q15' values.
  
  C code                               MIPS instruction
! 'a + b'                              'addu.qb'
! 'c + d'                              'addq.ph'
! 'a - b'                              'subu.qb'
! 'c - d'                              'subq.ph'
  
!  The table below lists the 'v2i16' operation for which hardware support
! exists for the DSP ASE REV 2.  'e' and 'f' are 'v2i16' values.
  
  C code                               MIPS instruction
! 'e * f'                              'mul.ph'
  
   It is easier to describe the DSP built-in functions if we first define
  the following types:
--- 39464,39493 ----
  packed.  On little-endian targets, the first value is the least
  significant and the last value is the most significant.  The opposite
  order applies to big-endian targets.  For example, the code above sets
! the lowest byte of `a' to `1' on little-endian targets and `4' on
  big-endian targets.
  
   _Note:_ Q7, Q15 and Q31 values must be initialized with their integer
! representation.  As shown in this example, the integer representation
! of a Q7 value can be obtained by multiplying the fractional value by
! `0x1.0p7'.  The equivalent for Q15 values is to multiply by `0x1.0p15'.
! The equivalent for Q31 values is to multiply by `0x1.0p31'.
  
!  The table below lists the `v4i8' and `v2q15' operations for which
! hardware support exists.  `a' and `b' are `v4i8' values, and `c' and
! `d' are `v2q15' values.
  
  C code                               MIPS instruction
! `a + b'                              `addu.qb'
! `c + d'                              `addq.ph'
! `a - b'                              `subu.qb'
! `c - d'                              `subq.ph'
  
!  The table below lists the `v2i16' operation for which hardware support
! exists for the DSP ASE REV 2.  `e' and `f' are `v2i16' values.
  
  C code                               MIPS instruction
! `e * f'                              `mul.ph'
  
   It is easier to describe the DSP built-in functions if we first define
  the following types:
*************** the following types:
*** 39044,39054 ****
       typedef unsigned int ui32;
       typedef long long a64;
  
!  'q31' and 'i32' are actually the same as 'int', but we use 'q31' to
! indicate a Q31 fractional value and 'i32' to indicate a 32-bit integer
! value.  Similarly, 'a64' is the same as 'long long', but we use 'a64' to
! indicate values that are placed in one of the four DSP accumulators
! ('$ac0', '$ac1', '$ac2' or '$ac3').
  
   Also, some built-in functions prefer or require immediate numbers as
  parameters, because the corresponding DSP instructions accept both
--- 39497,39507 ----
       typedef unsigned int ui32;
       typedef long long a64;
  
!  `q31' and `i32' are actually the same as `int', but we use `q31' to
! indicate a Q31 fractional value and `i32' to indicate a 32-bit integer
! value.  Similarly, `a64' is the same as `long long', but we use `a64'
! to indicate values that are placed in one of the four DSP accumulators
! (`$ac0', `$ac1', `$ac2' or `$ac3').
  
   Also, some built-in functions prefer or require immediate numbers as
  parameters, because the corresponding DSP instructions accept both
*************** only.  The immediate parameters are list
*** 39065,39072 ****
       imm_n512_511: -512 to 511.
  
   The following built-in functions map directly to a particular MIPS DSP
! instruction.  Please refer to the architecture specification for details
! on what each instruction does.
  
       v2q15 __builtin_mips_addq_ph (v2q15, v2q15)
       v2q15 __builtin_mips_addq_s_ph (v2q15, v2q15)
--- 39518,39525 ----
       imm_n512_511: -512 to 511.
  
   The following built-in functions map directly to a particular MIPS DSP
! instruction.  Please refer to the architecture specification for
! details on what each instruction does.
  
       v2q15 __builtin_mips_addq_ph (v2q15, v2q15)
       v2q15 __builtin_mips_addq_s_ph (v2q15, v2q15)
*************** File: gcc.info,  Node: MIPS Paired-Singl
*** 39237,39257 ****
  ----------------------------------
  
  The MIPS64 architecture includes a number of instructions that operate
! on pairs of single-precision floating-point values.  Each pair is packed
! into a 64-bit floating-point register, with one element being designated
! the "upper half" and the other being designated the "lower half".
  
   GCC supports paired-single operations using both the generic vector
! extensions (*note Vector Extensions::) and a collection of MIPS-specific
! built-in functions.  Both kinds of support are enabled by the
! '-mpaired-single' command-line option.
  
   The vector type associated with paired-single values is usually called
! 'v2sf'.  It can be defined in C as follows:
  
       typedef float v2sf __attribute__ ((vector_size (8)));
  
!  'v2sf' values are initialized in the same way as aggregates.  For
  example:
  
       v2sf a = {1.5, 9.1};
--- 39690,39711 ----
  ----------------------------------
  
  The MIPS64 architecture includes a number of instructions that operate
! on pairs of single-precision floating-point values.  Each pair is
! packed into a 64-bit floating-point register, with one element being
! designated the "upper half" and the other being designated the "lower
! half".
  
   GCC supports paired-single operations using both the generic vector
! extensions (*note Vector Extensions::) and a collection of
! MIPS-specific built-in functions.  Both kinds of support are enabled by
! the `-mpaired-single' command-line option.
  
   The vector type associated with paired-single values is usually called
! `v2sf'.  It can be defined in C as follows:
  
       typedef float v2sf __attribute__ ((vector_size (8)));
  
!  `v2sf' values are initialized in the same way as aggregates.  For
  example:
  
       v2sf a = {1.5, 9.1};
*************** example:
*** 39262,39270 ****
   _Note:_ The CPU's endianness determines which value is stored in the
  upper half of a register and which value is stored in the lower half.
  On little-endian targets, the first value is the lower one and the
! second value is the upper one.  The opposite order applies to big-endian
! targets.  For example, the code above sets the lower half of 'a' to
! '1.5' on little-endian targets and '9.1' on big-endian targets.
  
  
  File: gcc.info,  Node: MIPS Loongson Built-in Functions,  Next: MIPS SIMD Architecture (MSA) Support,  Prev: MIPS Paired-Single Support,  Up: Target Builtins
--- 39716,39724 ----
   _Note:_ The CPU's endianness determines which value is stored in the
  upper half of a register and which value is stored in the lower half.
  On little-endian targets, the first value is the lower one and the
! second value is the upper one.  The opposite order applies to
! big-endian targets.  For example, the code above sets the lower half of
! `a' to `1.5' on little-endian targets and `9.1' on big-endian targets.
  
  
  File: gcc.info,  Node: MIPS Loongson Built-in Functions,  Next: MIPS SIMD Architecture (MSA) Support,  Prev: MIPS Paired-Single Support,  Up: Target Builtins
*************** File: gcc.info,  Node: MIPS Loongson Bui
*** 39274,39288 ****
  
  GCC provides intrinsics to access the SIMD instructions provided by the
  ST Microelectronics Loongson-2E and -2F processors.  These intrinsics,
! available after inclusion of the 'loongson.h' header file, operate on
  the following 64-bit vector types:
  
!    * 'uint8x8_t', a vector of eight unsigned 8-bit integers;
!    * 'uint16x4_t', a vector of four unsigned 16-bit integers;
!    * 'uint32x2_t', a vector of two unsigned 32-bit integers;
!    * 'int8x8_t', a vector of eight signed 8-bit integers;
!    * 'int16x4_t', a vector of four signed 16-bit integers;
!    * 'int32x2_t', a vector of two signed 32-bit integers.
  
   The intrinsics provided are listed below; each is named after the
  machine instruction to which it corresponds, with suffixes added as
--- 39728,39747 ----
  
  GCC provides intrinsics to access the SIMD instructions provided by the
  ST Microelectronics Loongson-2E and -2F processors.  These intrinsics,
! available after inclusion of the `loongson.h' header file, operate on
  the following 64-bit vector types:
  
!    * `uint8x8_t', a vector of eight unsigned 8-bit integers;
! 
!    * `uint16x4_t', a vector of four unsigned 16-bit integers;
! 
!    * `uint32x2_t', a vector of two unsigned 32-bit integers;
! 
!    * `int8x8_t', a vector of eight signed 8-bit integers;
! 
!    * `int16x4_t', a vector of four signed 16-bit integers;
! 
!    * `int32x2_t', a vector of two signed 32-bit integers.
  
   The intrinsics provided are listed below; each is named after the
  machine instruction to which it corresponds, with suffixes added as
*************** File: gcc.info,  Node: Paired-Single Ari
*** 39403,39425 ****
  6.60.15.1 Paired-Single Arithmetic
  ..................................
  
! The table below lists the 'v2sf' operations for which hardware support
! exists.  'a', 'b' and 'c' are 'v2sf' values and 'x' is an integral
  value.
  
  C code                               MIPS instruction
! 'a + b'                              'add.ps'
! 'a - b'                              'sub.ps'
! '-a'                                 'neg.ps'
! 'a * b'                              'mul.ps'
! 'a * b + c'                          'madd.ps'
! 'a * b - c'                          'msub.ps'
! '-(a * b + c)'                       'nmadd.ps'
! '-(a * b - c)'                       'nmsub.ps'
! 'x ? a : b'                          'movn.ps'/'movz.ps'
  
   Note that the multiply-accumulate instructions can be disabled using
! the command-line option '-mno-fused-madd'.
  
  
  File: gcc.info,  Node: Paired-Single Built-in Functions,  Next: MIPS-3D Built-in Functions,  Prev: Paired-Single Arithmetic,  Up: MIPS Loongson Built-in Functions
--- 39862,39884 ----
  6.60.15.1 Paired-Single Arithmetic
  ..................................
  
! The table below lists the `v2sf' operations for which hardware support
! exists.  `a', `b' and `c' are `v2sf' values and `x' is an integral
  value.
  
  C code                               MIPS instruction
! `a + b'                              `add.ps'
! `a - b'                              `sub.ps'
! `-a'                                 `neg.ps'
! `a * b'                              `mul.ps'
! `a * b + c'                          `madd.ps'
! `a * b - c'                          `msub.ps'
! `-(a * b + c)'                       `nmadd.ps'
! `-(a * b - c)'                       `nmsub.ps'
! `x ? a : b'                          `movn.ps'/`movz.ps'
  
   Note that the multiply-accumulate instructions can be disabled using
! the command-line option `-mno-fused-madd'.
  
  
  File: gcc.info,  Node: Paired-Single Built-in Functions,  Next: MIPS-3D Built-in Functions,  Prev: Paired-Single Arithmetic,  Up: MIPS Loongson Built-in Functions
*************** File: gcc.info,  Node: Paired-Single Bui
*** 39428,39493 ****
  ..........................................
  
  The following paired-single functions map directly to a particular MIPS
! instruction.  Please refer to the architecture specification for details
! on what each instruction does.
  
! 'v2sf __builtin_mips_pll_ps (v2sf, v2sf)'
!      Pair lower lower ('pll.ps').
  
! 'v2sf __builtin_mips_pul_ps (v2sf, v2sf)'
!      Pair upper lower ('pul.ps').
  
! 'v2sf __builtin_mips_plu_ps (v2sf, v2sf)'
!      Pair lower upper ('plu.ps').
  
! 'v2sf __builtin_mips_puu_ps (v2sf, v2sf)'
!      Pair upper upper ('puu.ps').
  
! 'v2sf __builtin_mips_cvt_ps_s (float, float)'
!      Convert pair to paired single ('cvt.ps.s').
  
! 'float __builtin_mips_cvt_s_pl (v2sf)'
!      Convert pair lower to single ('cvt.s.pl').
  
! 'float __builtin_mips_cvt_s_pu (v2sf)'
!      Convert pair upper to single ('cvt.s.pu').
  
! 'v2sf __builtin_mips_abs_ps (v2sf)'
!      Absolute value ('abs.ps').
  
! 'v2sf __builtin_mips_alnv_ps (v2sf, v2sf, int)'
!      Align variable ('alnv.ps').
  
       _Note:_ The value of the third parameter must be 0 or 4 modulo 8,
!      otherwise the result is unpredictable.  Please read the instruction
!      description for details.
  
   The following multi-instruction functions are also available.  In each
! case, COND can be any of the 16 floating-point conditions: 'f', 'un',
! 'eq', 'ueq', 'olt', 'ult', 'ole', 'ule', 'sf', 'ngle', 'seq', 'ngl',
! 'lt', 'nge', 'le' or 'ngt'.
  
! 'v2sf __builtin_mips_movt_c_COND_ps (v2sf A, v2sf B, v2sf C, v2sf D)'
! 'v2sf __builtin_mips_movf_c_COND_ps (v2sf A, v2sf B, v2sf C, v2sf D)'
!      Conditional move based on floating-point comparison ('c.COND.ps',
!      'movt.ps'/'movf.ps').
  
!      The 'movt' functions return the value X computed by:
  
            c.COND.ps CC,A,B
            mov.ps X,C
            movt.ps X,D,CC
  
!      The 'movf' functions are similar but use 'movf.ps' instead of
!      'movt.ps'.
  
! 'int __builtin_mips_upper_c_COND_ps (v2sf A, v2sf B)'
! 'int __builtin_mips_lower_c_COND_ps (v2sf A, v2sf B)'
!      Comparison of two paired-single values ('c.COND.ps',
!      'bc1t'/'bc1f').
  
!      These functions compare A and B using 'c.COND.ps' and return either
!      the upper or lower half of the result.  For example:
  
            v2sf a, b;
            if (__builtin_mips_upper_c_eq_ps (a, b))
--- 39887,39952 ----
  ..........................................
  
  The following paired-single functions map directly to a particular MIPS
! instruction.  Please refer to the architecture specification for
! details on what each instruction does.
  
! `v2sf __builtin_mips_pll_ps (v2sf, v2sf)'
!      Pair lower lower (`pll.ps').
  
! `v2sf __builtin_mips_pul_ps (v2sf, v2sf)'
!      Pair upper lower (`pul.ps').
  
! `v2sf __builtin_mips_plu_ps (v2sf, v2sf)'
!      Pair lower upper (`plu.ps').
  
! `v2sf __builtin_mips_puu_ps (v2sf, v2sf)'
!      Pair upper upper (`puu.ps').
  
! `v2sf __builtin_mips_cvt_ps_s (float, float)'
!      Convert pair to paired single (`cvt.ps.s').
  
! `float __builtin_mips_cvt_s_pl (v2sf)'
!      Convert pair lower to single (`cvt.s.pl').
  
! `float __builtin_mips_cvt_s_pu (v2sf)'
!      Convert pair upper to single (`cvt.s.pu').
  
! `v2sf __builtin_mips_abs_ps (v2sf)'
!      Absolute value (`abs.ps').
  
! `v2sf __builtin_mips_alnv_ps (v2sf, v2sf, int)'
!      Align variable (`alnv.ps').
  
       _Note:_ The value of the third parameter must be 0 or 4 modulo 8,
!      otherwise the result is unpredictable.  Please read the
!      instruction description for details.
  
   The following multi-instruction functions are also available.  In each
! case, COND can be any of the 16 floating-point conditions: `f', `un',
! `eq', `ueq', `olt', `ult', `ole', `ule', `sf', `ngle', `seq', `ngl',
! `lt', `nge', `le' or `ngt'.
  
! `v2sf __builtin_mips_movt_c_COND_ps (v2sf A, v2sf B, v2sf C, v2sf D)'
! `v2sf __builtin_mips_movf_c_COND_ps (v2sf A, v2sf B, v2sf C, v2sf D)'
!      Conditional move based on floating-point comparison (`c.COND.ps',
!      `movt.ps'/`movf.ps').
  
!      The `movt' functions return the value X computed by:
  
            c.COND.ps CC,A,B
            mov.ps X,C
            movt.ps X,D,CC
  
!      The `movf' functions are similar but use `movf.ps' instead of
!      `movt.ps'.
  
! `int __builtin_mips_upper_c_COND_ps (v2sf A, v2sf B)'
! `int __builtin_mips_lower_c_COND_ps (v2sf A, v2sf B)'
!      Comparison of two paired-single values (`c.COND.ps',
!      `bc1t'/`bc1f').
  
!      These functions compare A and B using `c.COND.ps' and return
!      either the upper or lower half of the result.  For example:
  
            v2sf a, b;
            if (__builtin_mips_upper_c_eq_ps (a, b))
*************** File: gcc.info,  Node: MIPS-3D Built-in
*** 39509,39566 ****
  The MIPS-3D Application-Specific Extension (ASE) includes additional
  paired-single instructions that are designed to improve the performance
  of 3D graphics operations.  Support for these instructions is controlled
! by the '-mips3d' command-line option.
  
   The functions listed below map directly to a particular MIPS-3D
  instruction.  Please refer to the architecture specification for more
  details on what each instruction does.
  
! 'v2sf __builtin_mips_addr_ps (v2sf, v2sf)'
!      Reduction add ('addr.ps').
  
! 'v2sf __builtin_mips_mulr_ps (v2sf, v2sf)'
!      Reduction multiply ('mulr.ps').
  
! 'v2sf __builtin_mips_cvt_pw_ps (v2sf)'
!      Convert paired single to paired word ('cvt.pw.ps').
  
! 'v2sf __builtin_mips_cvt_ps_pw (v2sf)'
!      Convert paired word to paired single ('cvt.ps.pw').
  
! 'float __builtin_mips_recip1_s (float)'
! 'double __builtin_mips_recip1_d (double)'
! 'v2sf __builtin_mips_recip1_ps (v2sf)'
!      Reduced-precision reciprocal (sequence step 1) ('recip1.FMT').
  
! 'float __builtin_mips_recip2_s (float, float)'
! 'double __builtin_mips_recip2_d (double, double)'
! 'v2sf __builtin_mips_recip2_ps (v2sf, v2sf)'
!      Reduced-precision reciprocal (sequence step 2) ('recip2.FMT').
  
! 'float __builtin_mips_rsqrt1_s (float)'
! 'double __builtin_mips_rsqrt1_d (double)'
! 'v2sf __builtin_mips_rsqrt1_ps (v2sf)'
       Reduced-precision reciprocal square root (sequence step 1)
!      ('rsqrt1.FMT').
  
! 'float __builtin_mips_rsqrt2_s (float, float)'
! 'double __builtin_mips_rsqrt2_d (double, double)'
! 'v2sf __builtin_mips_rsqrt2_ps (v2sf, v2sf)'
       Reduced-precision reciprocal square root (sequence step 2)
!      ('rsqrt2.FMT').
  
   The following multi-instruction functions are also available.  In each
! case, COND can be any of the 16 floating-point conditions: 'f', 'un',
! 'eq', 'ueq', 'olt', 'ult', 'ole', 'ule', 'sf', 'ngle', 'seq', 'ngl',
! 'lt', 'nge', 'le' or 'ngt'.
  
! 'int __builtin_mips_cabs_COND_s (float A, float B)'
! 'int __builtin_mips_cabs_COND_d (double A, double B)'
!      Absolute comparison of two scalar values ('cabs.COND.FMT',
!      'bc1t'/'bc1f').
  
!      These functions compare A and B using 'cabs.COND.s' or
!      'cabs.COND.d' and return the result as a boolean value.  For
       example:
  
            float a, b;
--- 39968,40025 ----
  The MIPS-3D Application-Specific Extension (ASE) includes additional
  paired-single instructions that are designed to improve the performance
  of 3D graphics operations.  Support for these instructions is controlled
! by the `-mips3d' command-line option.
  
   The functions listed below map directly to a particular MIPS-3D
  instruction.  Please refer to the architecture specification for more
  details on what each instruction does.
  
! `v2sf __builtin_mips_addr_ps (v2sf, v2sf)'
!      Reduction add (`addr.ps').
  
! `v2sf __builtin_mips_mulr_ps (v2sf, v2sf)'
!      Reduction multiply (`mulr.ps').
  
! `v2sf __builtin_mips_cvt_pw_ps (v2sf)'
!      Convert paired single to paired word (`cvt.pw.ps').
  
! `v2sf __builtin_mips_cvt_ps_pw (v2sf)'
!      Convert paired word to paired single (`cvt.ps.pw').
  
! `float __builtin_mips_recip1_s (float)'
! `double __builtin_mips_recip1_d (double)'
! `v2sf __builtin_mips_recip1_ps (v2sf)'
!      Reduced-precision reciprocal (sequence step 1) (`recip1.FMT').
  
! `float __builtin_mips_recip2_s (float, float)'
! `double __builtin_mips_recip2_d (double, double)'
! `v2sf __builtin_mips_recip2_ps (v2sf, v2sf)'
!      Reduced-precision reciprocal (sequence step 2) (`recip2.FMT').
  
! `float __builtin_mips_rsqrt1_s (float)'
! `double __builtin_mips_rsqrt1_d (double)'
! `v2sf __builtin_mips_rsqrt1_ps (v2sf)'
       Reduced-precision reciprocal square root (sequence step 1)
!      (`rsqrt1.FMT').
  
! `float __builtin_mips_rsqrt2_s (float, float)'
! `double __builtin_mips_rsqrt2_d (double, double)'
! `v2sf __builtin_mips_rsqrt2_ps (v2sf, v2sf)'
       Reduced-precision reciprocal square root (sequence step 2)
!      (`rsqrt2.FMT').
  
   The following multi-instruction functions are also available.  In each
! case, COND can be any of the 16 floating-point conditions: `f', `un',
! `eq', `ueq', `olt', `ult', `ole', `ule', `sf', `ngle', `seq', `ngl',
! `lt', `nge', `le' or `ngt'.
  
! `int __builtin_mips_cabs_COND_s (float A, float B)'
! `int __builtin_mips_cabs_COND_d (double A, double B)'
!      Absolute comparison of two scalar values (`cabs.COND.FMT',
!      `bc1t'/`bc1f').
  
!      These functions compare A and B using `cabs.COND.s' or
!      `cabs.COND.d' and return the result as a boolean value.  For
       example:
  
            float a, b;
*************** case, COND can be any of the 16 floating
*** 39569,39580 ****
            else
              false ();
  
! 'int __builtin_mips_upper_cabs_COND_ps (v2sf A, v2sf B)'
! 'int __builtin_mips_lower_cabs_COND_ps (v2sf A, v2sf B)'
!      Absolute comparison of two paired-single values ('cabs.COND.ps',
!      'bc1t'/'bc1f').
  
!      These functions compare A and B using 'cabs.COND.ps' and return
       either the upper or lower half of the result.  For example:
  
            v2sf a, b;
--- 40028,40039 ----
            else
              false ();
  
! `int __builtin_mips_upper_cabs_COND_ps (v2sf A, v2sf B)'
! `int __builtin_mips_lower_cabs_COND_ps (v2sf A, v2sf B)'
!      Absolute comparison of two paired-single values (`cabs.COND.ps',
!      `bc1t'/`bc1f').
  
!      These functions compare A and B using `cabs.COND.ps' and return
       either the upper or lower half of the result.  For example:
  
            v2sf a, b;
*************** case, COND can be any of the 16 floating
*** 39588,39618 ****
            else
              lower_halves_are_unequal ();
  
! 'v2sf __builtin_mips_movt_cabs_COND_ps (v2sf A, v2sf B, v2sf C, v2sf D)'
! 'v2sf __builtin_mips_movf_cabs_COND_ps (v2sf A, v2sf B, v2sf C, v2sf D)'
!      Conditional move based on absolute comparison ('cabs.COND.ps',
!      'movt.ps'/'movf.ps').
  
!      The 'movt' functions return the value X computed by:
  
            cabs.COND.ps CC,A,B
            mov.ps X,C
            movt.ps X,D,CC
  
!      The 'movf' functions are similar but use 'movf.ps' instead of
!      'movt.ps'.
  
! 'int __builtin_mips_any_c_COND_ps (v2sf A, v2sf B)'
! 'int __builtin_mips_all_c_COND_ps (v2sf A, v2sf B)'
! 'int __builtin_mips_any_cabs_COND_ps (v2sf A, v2sf B)'
! 'int __builtin_mips_all_cabs_COND_ps (v2sf A, v2sf B)'
!      Comparison of two paired-single values ('c.COND.ps'/'cabs.COND.ps',
!      'bc1any2t'/'bc1any2f').
  
!      These functions compare A and B using 'c.COND.ps' or
!      'cabs.COND.ps'.  The 'any' forms return true if either result is
!      true and the 'all' forms return true if both results are true.  For
!      example:
  
            v2sf a, b;
            if (__builtin_mips_any_c_eq_ps (a, b))
--- 40047,40077 ----
            else
              lower_halves_are_unequal ();
  
! `v2sf __builtin_mips_movt_cabs_COND_ps (v2sf A, v2sf B, v2sf C, v2sf D)'
! `v2sf __builtin_mips_movf_cabs_COND_ps (v2sf A, v2sf B, v2sf C, v2sf D)'
!      Conditional move based on absolute comparison (`cabs.COND.ps',
!      `movt.ps'/`movf.ps').
  
!      The `movt' functions return the value X computed by:
  
            cabs.COND.ps CC,A,B
            mov.ps X,C
            movt.ps X,D,CC
  
!      The `movf' functions are similar but use `movf.ps' instead of
!      `movt.ps'.
  
! `int __builtin_mips_any_c_COND_ps (v2sf A, v2sf B)'
! `int __builtin_mips_all_c_COND_ps (v2sf A, v2sf B)'
! `int __builtin_mips_any_cabs_COND_ps (v2sf A, v2sf B)'
! `int __builtin_mips_all_cabs_COND_ps (v2sf A, v2sf B)'
!      Comparison of two paired-single values (`c.COND.ps'/`cabs.COND.ps',
!      `bc1any2t'/`bc1any2f').
  
!      These functions compare A and B using `c.COND.ps' or
!      `cabs.COND.ps'.  The `any' forms return true if either result is
!      true and the `all' forms return true if both results are true.
!      For example:
  
            v2sf a, b;
            if (__builtin_mips_any_c_eq_ps (a, b))
*************** case, COND can be any of the 16 floating
*** 39625,39641 ****
            else
              one_is_false ();
  
! 'int __builtin_mips_any_c_COND_4s (v2sf A, v2sf B, v2sf C, v2sf D)'
! 'int __builtin_mips_all_c_COND_4s (v2sf A, v2sf B, v2sf C, v2sf D)'
! 'int __builtin_mips_any_cabs_COND_4s (v2sf A, v2sf B, v2sf C, v2sf D)'
! 'int __builtin_mips_all_cabs_COND_4s (v2sf A, v2sf B, v2sf C, v2sf D)'
       Comparison of four paired-single values
!      ('c.COND.ps'/'cabs.COND.ps', 'bc1any4t'/'bc1any4f').
  
!      These functions use 'c.COND.ps' or 'cabs.COND.ps' to compare A with
!      B and to compare C with D.  The 'any' forms return true if any of
!      the four results are true and the 'all' forms return true if all
!      four results are true.  For example:
  
            v2sf a, b, c, d;
            if (__builtin_mips_any_c_eq_4s (a, b, c, d))
--- 40084,40100 ----
            else
              one_is_false ();
  
! `int __builtin_mips_any_c_COND_4s (v2sf A, v2sf B, v2sf C, v2sf D)'
! `int __builtin_mips_all_c_COND_4s (v2sf A, v2sf B, v2sf C, v2sf D)'
! `int __builtin_mips_any_cabs_COND_4s (v2sf A, v2sf B, v2sf C, v2sf D)'
! `int __builtin_mips_all_cabs_COND_4s (v2sf A, v2sf B, v2sf C, v2sf D)'
       Comparison of four paired-single values
!      (`c.COND.ps'/`cabs.COND.ps', `bc1any4t'/`bc1any4f').
  
!      These functions use `c.COND.ps' or `cabs.COND.ps' to compare A
!      with B and to compare C with D.  The `any' forms return true if
!      any of the four results are true and the `all' forms return true
!      if all four results are true.  For example:
  
            v2sf a, b, c, d;
            if (__builtin_mips_any_c_eq_4s (a, b, c, d))
*************** File: gcc.info,  Node: MIPS SIMD Archite
*** 39658,39703 ****
  
  * MIPS SIMD Architecture Built-in Functions::
  
! GCC provides intrinsics to access the SIMD instructions provided by the
  MSA MIPS SIMD Architecture.  The interface is made available by
! including '<msa.h>' and using '-mmsa -mhard-float -mfp64 -mnan=2008'.
! For each '__builtin_msa_*', there is a shortened name of the intrinsic,
! '__msa_*'.
  
!  MSA implements 128-bit wide vector registers, operating on 8-, 16-, 32-
! and 64-bit integer, 16- and 32-bit fixed-point, or 32- and 64-bit
  floating point data elements.  The following vectors typedefs are
! included in 'msa.h':
!    * 'v16i8', a vector of sixteen signed 8-bit integers;
!    * 'v16u8', a vector of sixteen unsigned 8-bit integers;
!    * 'v8i16', a vector of eight signed 16-bit integers;
!    * 'v8u16', a vector of eight unsigned 16-bit integers;
!    * 'v4i32', a vector of four signed 32-bit integers;
!    * 'v4u32', a vector of four unsigned 32-bit integers;
!    * 'v2i64', a vector of two signed 64-bit integers;
!    * 'v2u64', a vector of two unsigned 64-bit integers;
!    * 'v4f32', a vector of four 32-bit floats;
!    * 'v2f64', a vector of two 64-bit doubles.
  
   Instructions and corresponding built-ins may have additional
  restrictions and/or input/output values manipulated:
!    * 'imm0_1', an integer literal in range 0 to 1;
!    * 'imm0_3', an integer literal in range 0 to 3;
!    * 'imm0_7', an integer literal in range 0 to 7;
!    * 'imm0_15', an integer literal in range 0 to 15;
!    * 'imm0_31', an integer literal in range 0 to 31;
!    * 'imm0_63', an integer literal in range 0 to 63;
!    * 'imm0_255', an integer literal in range 0 to 255;
!    * 'imm_n16_15', an integer literal in range -16 to 15;
!    * 'imm_n512_511', an integer literal in range -512 to 511;
!    * 'imm_n1024_1022', an integer literal in range -512 to 511 left
       shifted by 1 bit, i.e., -1024, -1022, ..., 1020, 1022;
!    * 'imm_n2048_2044', an integer literal in range -512 to 511 left
       shifted by 2 bits, i.e., -2048, -2044, ..., 2040, 2044;
!    * 'imm_n4096_4088', an integer literal in range -512 to 511 left
       shifted by 3 bits, i.e., -4096, -4088, ..., 4080, 4088;
!    * 'imm1_4', an integer literal in range 1 to 4;
!    * 'i32, i64, u32, u64, f32, f64', defined as follows:
  
       {
       typedef int i32;
--- 40117,40184 ----
  
  * MIPS SIMD Architecture Built-in Functions::
  
!  GCC provides intrinsics to access the SIMD instructions provided by the
  MSA MIPS SIMD Architecture.  The interface is made available by
! including `<msa.h>' and using `-mmsa -mhard-float -mfp64 -mnan=2008'.
! For each `__builtin_msa_*', there is a shortened name of the intrinsic,
! `__msa_*'.
  
!  MSA implements 128-bit wide vector registers, operating on 8-, 16-,
! 32- and 64-bit integer, 16- and 32-bit fixed-point, or 32- and 64-bit
  floating point data elements.  The following vectors typedefs are
! included in `msa.h':
!    * `v16i8', a vector of sixteen signed 8-bit integers;
! 
!    * `v16u8', a vector of sixteen unsigned 8-bit integers;
! 
!    * `v8i16', a vector of eight signed 16-bit integers;
! 
!    * `v8u16', a vector of eight unsigned 16-bit integers;
! 
!    * `v4i32', a vector of four signed 32-bit integers;
! 
!    * `v4u32', a vector of four unsigned 32-bit integers;
! 
!    * `v2i64', a vector of two signed 64-bit integers;
! 
!    * `v2u64', a vector of two unsigned 64-bit integers;
! 
!    * `v4f32', a vector of four 32-bit floats;
! 
!    * `v2f64', a vector of two 64-bit doubles.
  
   Instructions and corresponding built-ins may have additional
  restrictions and/or input/output values manipulated:
!    * `imm0_1', an integer literal in range 0 to 1;
! 
!    * `imm0_3', an integer literal in range 0 to 3;
! 
!    * `imm0_7', an integer literal in range 0 to 7;
! 
!    * `imm0_15', an integer literal in range 0 to 15;
! 
!    * `imm0_31', an integer literal in range 0 to 31;
! 
!    * `imm0_63', an integer literal in range 0 to 63;
! 
!    * `imm0_255', an integer literal in range 0 to 255;
! 
!    * `imm_n16_15', an integer literal in range -16 to 15;
! 
!    * `imm_n512_511', an integer literal in range -512 to 511;
! 
!    * `imm_n1024_1022', an integer literal in range -512 to 511 left
       shifted by 1 bit, i.e., -1024, -1022, ..., 1020, 1022;
! 
!    * `imm_n2048_2044', an integer literal in range -512 to 511 left
       shifted by 2 bits, i.e., -2048, -2044, ..., 2040, 2044;
! 
!    * `imm_n4096_4088', an integer literal in range -512 to 511 left
       shifted by 3 bits, i.e., -4096, -4088, ..., 4080, 4088;
! 
!    * `imm1_4', an integer literal in range 1 to 4;
! 
!    * `i32, i64, u32, u64, f32, f64', defined as follows:
  
       {
       typedef int i32;
*************** File: gcc.info,  Node: Other MIPS Built-
*** 40443,40461 ****
  
  GCC provides other MIPS-specific built-in functions:
  
! 'void __builtin_mips_cache (int OP, const volatile void *ADDR)'
!      Insert a 'cache' instruction with operands OP and ADDR.  GCC
!      defines the preprocessor macro '___GCC_HAVE_BUILTIN_MIPS_CACHE'
       when this function is available.
  
! 'unsigned int __builtin_mips_get_fcsr (void)'
! 'void __builtin_mips_set_fcsr (unsigned int VALUE)'
       Get and set the contents of the floating-point control and status
       register (FPU control register 31).  These functions are only
       available in hard-float code but can be called in both MIPS16 and
       non-MIPS16 contexts.
  
!      '__builtin_mips_set_fcsr' can be used to change any bit of the
       register except the condition codes, which GCC assumes are
       preserved.
  
--- 40924,40942 ----
  
  GCC provides other MIPS-specific built-in functions:
  
! `void __builtin_mips_cache (int OP, const volatile void *ADDR)'
!      Insert a `cache' instruction with operands OP and ADDR.  GCC
!      defines the preprocessor macro `___GCC_HAVE_BUILTIN_MIPS_CACHE'
       when this function is available.
  
! `unsigned int __builtin_mips_get_fcsr (void)'
! `void __builtin_mips_set_fcsr (unsigned int VALUE)'
       Get and set the contents of the floating-point control and status
       register (FPU control register 31).  These functions are only
       available in hard-float code but can be called in both MIPS16 and
       non-MIPS16 contexts.
  
!      `__builtin_mips_set_fcsr' can be used to change any bit of the
       register except the condition codes, which GCC assumes are
       preserved.
  
*************** File: gcc.info,  Node: MSP430 Built-in F
*** 40465,40486 ****
  6.60.18 MSP430 Built-in Functions
  ---------------------------------
  
! GCC provides a couple of special builtin functions to aid in the writing
! of interrupt handlers in C.
  
! '__bic_SR_register_on_exit (int MASK)'
       This clears the indicated bits in the saved copy of the status
       register currently residing on the stack.  This only works inside
!      interrupt handlers and the changes to the status register will only
!      take affect once the handler returns.
  
! '__bis_SR_register_on_exit (int MASK)'
       This sets the indicated bits in the saved copy of the status
       register currently residing on the stack.  This only works inside
!      interrupt handlers and the changes to the status register will only
!      take affect once the handler returns.
  
! '__delay_cycles (long long CYCLES)'
       This inserts an instruction sequence that takes exactly CYCLES
       cycles (between 0 and about 17E9) to complete.  The inserted
       sequence may use jumps, loops, or no-ops, and does not interfere
--- 40946,40967 ----
  6.60.18 MSP430 Built-in Functions
  ---------------------------------
  
! GCC provides a couple of special builtin functions to aid in the
! writing of interrupt handlers in C.
  
! `__bic_SR_register_on_exit (int MASK)'
       This clears the indicated bits in the saved copy of the status
       register currently residing on the stack.  This only works inside
!      interrupt handlers and the changes to the status register will
!      only take affect once the handler returns.
  
! `__bis_SR_register_on_exit (int MASK)'
       This sets the indicated bits in the saved copy of the status
       register currently residing on the stack.  This only works inside
!      interrupt handlers and the changes to the status register will
!      only take affect once the handler returns.
  
! `__delay_cycles (long long CYCLES)'
       This inserts an instruction sequence that takes exactly CYCLES
       cycles (between 0 and about 17E9) to complete.  The inserted
       sequence may use jumps, loops, or no-ops, and does not interfere
*************** File: gcc.info,  Node: picoChip Built-in
*** 40531,40563 ****
  GCC provides an interface to selected machine instructions from the
  picoChip instruction set.
  
! 'int __builtin_sbc (int VALUE)'
       Sign bit count.  Return the number of consecutive bits in VALUE
!      that have the same value as the sign bit.  The result is the number
!      of leading sign bits minus one, giving the number of redundant sign
!      bits in VALUE.
  
! 'int __builtin_byteswap (int VALUE)'
!      Byte swap.  Return the result of swapping the upper and lower bytes
!      of VALUE.
  
! 'int __builtin_brev (int VALUE)'
       Bit reversal.  Return the result of reversing the bits in VALUE.
       Bit 15 is swapped with bit 0, bit 14 is swapped with bit 1, and so
       on.
  
! 'int __builtin_adds (int X, int Y)'
       Saturating addition.  Return the result of adding X and Y, storing
       the value 32767 if the result overflows.
  
! 'int __builtin_subs (int X, int Y)'
!      Saturating subtraction.  Return the result of subtracting Y from X,
!      storing the value -32768 if the result overflows.
  
! 'void __builtin_halt (void)'
       Halt.  The processor stops execution.  This built-in is useful for
       implementing assertions.
  
  
  File: gcc.info,  Node: PowerPC Built-in Functions,  Next: PowerPC AltiVec/VSX Built-in Functions,  Prev: picoChip Built-in Functions,  Up: Target Builtins
  
--- 41012,41045 ----
  GCC provides an interface to selected machine instructions from the
  picoChip instruction set.
  
! `int __builtin_sbc (int VALUE)'
       Sign bit count.  Return the number of consecutive bits in VALUE
!      that have the same value as the sign bit.  The result is the
!      number of leading sign bits minus one, giving the number of
!      redundant sign bits in VALUE.
  
! `int __builtin_byteswap (int VALUE)'
!      Byte swap.  Return the result of swapping the upper and lower
!      bytes of VALUE.
  
! `int __builtin_brev (int VALUE)'
       Bit reversal.  Return the result of reversing the bits in VALUE.
       Bit 15 is swapped with bit 0, bit 14 is swapped with bit 1, and so
       on.
  
! `int __builtin_adds (int X, int Y)'
       Saturating addition.  Return the result of adding X and Y, storing
       the value 32767 if the result overflows.
  
! `int __builtin_subs (int X, int Y)'
!      Saturating subtraction.  Return the result of subtracting Y from
!      X, storing the value -32768 if the result overflows.
  
! `void __builtin_halt (void)'
       Halt.  The processor stops execution.  This built-in is useful for
       implementing assertions.
  
+ 
  
  File: gcc.info,  Node: PowerPC Built-in Functions,  Next: PowerPC AltiVec/VSX Built-in Functions,  Prev: picoChip Built-in Functions,  Up: Target Builtins
  
*************** The following built-in functions are alw
*** 40568,40715 ****
  check the PowerPC target platform type:
  
   -- Built-in Function: void __builtin_cpu_init (void)
!      This function is a 'nop' on the PowerPC platform and is included
       solely to maintain API compatibility with the x86 builtins.
  
   -- Built-in Function: int __builtin_cpu_is (const char *CPUNAME)
!      This function returns a value of '1' if the run-time CPU is of type
!      CPUNAME and returns '0' otherwise.  The following CPU names can be
!      detected:
  
!      'power9'
            IBM POWER9 Server CPU.
!      'power8'
            IBM POWER8 Server CPU.
!      'power7'
            IBM POWER7 Server CPU.
!      'power6x'
            IBM POWER6 Server CPU (RAW mode).
!      'power6'
            IBM POWER6 Server CPU (Architected mode).
!      'power5+'
            IBM POWER5+ Server CPU.
!      'power5'
            IBM POWER5 Server CPU.
!      'ppc970'
            IBM 970 Server CPU (ie, Apple G5).
!      'power4'
            IBM POWER4 Server CPU.
!      'ppca2'
            IBM A2 64-bit Embedded CPU
!      'ppc476'
            IBM PowerPC 476FP 32-bit Embedded CPU.
!      'ppc464'
            IBM PowerPC 464 32-bit Embedded CPU.
!      'ppc440'
            PowerPC 440 32-bit Embedded CPU.
!      'ppc405'
            PowerPC 405 32-bit Embedded CPU.
!      'ppc-cell-be'
            IBM PowerPC Cell Broadband Engine Architecture CPU.
  
       Here is an example:
!           if (__builtin_cpu_is ("power8"))
!             {
!                do_power8 (); // POWER8 specific implementation.
!             }
!           else
!             {
!                do_generic (); // Generic implementation.
!             }
  
   -- Built-in Function: int __builtin_cpu_supports (const char *FEATURE)
!      This function returns a value of '1' if the run-time CPU supports
!      the HWCAP feature FEATURE and returns '0' otherwise.  The following
!      features can be detected:
  
!      '4xxmac'
            4xx CPU has a Multiply Accumulator.
!      'altivec'
            CPU has a SIMD/Vector Unit.
!      'arch_2_05'
            CPU supports ISA 2.05 (eg, POWER6)
!      'arch_2_06'
            CPU supports ISA 2.06 (eg, POWER7)
!      'arch_2_07'
            CPU supports ISA 2.07 (eg, POWER8)
!      'arch_3_00'
            CPU supports ISA 3.0 (eg, POWER9)
!      'archpmu'
            CPU supports the set of compatible performance monitoring
            events.
!      'booke'
            CPU supports the Embedded ISA category.
!      'cellbe'
            CPU has a CELL broadband engine.
!      'dfp'
            CPU has a decimal floating point unit.
!      'dscr'
            CPU supports the data stream control register.
!      'ebb'
            CPU supports event base branching.
!      'efpdouble'
            CPU has a SPE double precision floating point unit.
!      'efpsingle'
            CPU has a SPE single precision floating point unit.
!      'fpu'
            CPU has a floating point unit.
!      'htm'
            CPU has hardware transaction memory instructions.
!      'htm-nosc'
            Kernel aborts hardware transactions when a syscall is made.
!      'ic_snoop'
            CPU supports icache snooping capabilities.
!      'ieee128'
            CPU supports 128-bit IEEE binary floating point instructions.
!      'isel'
            CPU supports the integer select instruction.
!      'mmu'
            CPU has a memory management unit.
!      'notb'
            CPU does not have a timebase (eg, 601 and 403gx).
!      'pa6t'
            CPU supports the PA Semi 6T CORE ISA.
!      'power4'
            CPU supports ISA 2.00 (eg, POWER4)
!      'power5'
            CPU supports ISA 2.02 (eg, POWER5)
!      'power5+'
            CPU supports ISA 2.03 (eg, POWER5+)
!      'power6x'
!           CPU supports ISA 2.05 (eg, POWER6) extended opcodes mffgpr and
!           mftgpr.
!      'ppc32'
            CPU supports 32-bit mode execution.
!      'ppc601'
            CPU supports the old POWER ISA (eg, 601)
!      'ppc64'
            CPU supports 64-bit mode execution.
!      'ppcle'
            CPU supports a little-endian mode that uses address swizzling.
!      'smt'
            CPU support simultaneous multi-threading.
!      'spe'
            CPU has a signal processing extension unit.
!      'tar'
            CPU supports the target address register.
!      'true_le'
            CPU supports true little-endian mode.
!      'ucache'
            CPU has unified I/D cache.
!      'vcrypto'
            CPU supports the vector cryptography instructions.
!      'vsx'
            CPU supports the vector-scalar extension.
  
       Here is an example:
!           if (__builtin_cpu_supports ("fpu"))
!             {
!                asm("fadd %0,%1,%2" : "=d"(dst) : "d"(src1), "d"(src2));
!             }
!           else
!             {
!                dst = __fadd (src1, src2); // Software FP addition function.
!             }
  
   These built-in functions are available for the PowerPC family of
  processors:
--- 41050,41276 ----
  check the PowerPC target platform type:
  
   -- Built-in Function: void __builtin_cpu_init (void)
!      This function is a `nop' on the PowerPC platform and is included
!      solely to maintain API compatibility with the x86 builtins.
! 
!  -- Built-in Function: void __builtin_cpu_init (void)
!      This function is a `nop' on the PowerPC platform and is included
       solely to maintain API compatibility with the x86 builtins.
  
   -- Built-in Function: int __builtin_cpu_is (const char *CPUNAME)
!      This function returns a value of `1' if the run-time CPU is of type
!      CPUNAME and returns `0' otherwise
  
!      The `__builtin_cpu_is' function requires GLIBC 2.23 or newer which
!      exports the hardware capability bits.  GCC defines the macro
!      `__BUILTIN_CPU_SUPPORTS__' if the `__builtin_cpu_supports'
!      built-in function is fully supported.
! 
!      If GCC was configured to use a GLIBC before 2.23, the built-in
!      function `__builtin_cpu_is' always returns a 0 and the compiler
!      issues a warning.
! 
!      The following CPU names can be detected:
! 
!     `power9'
            IBM POWER9 Server CPU.
! 
!     `power8'
            IBM POWER8 Server CPU.
! 
!     `power7'
            IBM POWER7 Server CPU.
! 
!     `power6x'
            IBM POWER6 Server CPU (RAW mode).
! 
!     `power6'
            IBM POWER6 Server CPU (Architected mode).
! 
!     `power5+'
            IBM POWER5+ Server CPU.
! 
!     `power5'
            IBM POWER5 Server CPU.
! 
!     `ppc970'
            IBM 970 Server CPU (ie, Apple G5).
! 
!     `power4'
            IBM POWER4 Server CPU.
! 
!     `ppca2'
            IBM A2 64-bit Embedded CPU
! 
!     `ppc476'
            IBM PowerPC 476FP 32-bit Embedded CPU.
! 
!     `ppc464'
            IBM PowerPC 464 32-bit Embedded CPU.
! 
!     `ppc440'
            PowerPC 440 32-bit Embedded CPU.
! 
!     `ppc405'
            PowerPC 405 32-bit Embedded CPU.
! 
!     `ppc-cell-be'
            IBM PowerPC Cell Broadband Engine Architecture CPU.
  
       Here is an example:
!           #ifdef __BUILTIN_CPU_SUPPORTS__
!             if (__builtin_cpu_is ("power8"))
!               {
!                  do_power8 (); // POWER8 specific implementation.
!               }
!             else
!           #endif
!               {
!                  do_generic (); // Generic implementation.
!               }
  
   -- Built-in Function: int __builtin_cpu_supports (const char *FEATURE)
!      This function returns a value of `1' if the run-time CPU supports
!      the HWCAP feature FEATURE and returns `0' otherwise.
  
!      The `__builtin_cpu_supports' function requires GLIBC 2.23 or newer
!      which exports the hardware capability bits.  GCC defines the macro
!      `__BUILTIN_CPU_SUPPORTS__' if the `__builtin_cpu_supports'
!      built-in function is fully supported.
! 
!      If GCC was configured to use a GLIBC before 2.23, the built-in
!      function `__builtin_cpu_suports' always returns a 0 and the
!      compiler issues a warning.
! 
!      The following features can be detected:
! 
!     `4xxmac'
            4xx CPU has a Multiply Accumulator.
! 
!     `altivec'
            CPU has a SIMD/Vector Unit.
! 
!     `arch_2_05'
            CPU supports ISA 2.05 (eg, POWER6)
! 
!     `arch_2_06'
            CPU supports ISA 2.06 (eg, POWER7)
! 
!     `arch_2_07'
            CPU supports ISA 2.07 (eg, POWER8)
! 
!     `arch_3_00'
            CPU supports ISA 3.0 (eg, POWER9)
! 
!     `archpmu'
            CPU supports the set of compatible performance monitoring
            events.
! 
!     `booke'
            CPU supports the Embedded ISA category.
! 
!     `cellbe'
            CPU has a CELL broadband engine.
! 
!     `dfp'
            CPU has a decimal floating point unit.
! 
!     `dscr'
            CPU supports the data stream control register.
! 
!     `ebb'
            CPU supports event base branching.
! 
!     `efpdouble'
            CPU has a SPE double precision floating point unit.
! 
!     `efpsingle'
            CPU has a SPE single precision floating point unit.
! 
!     `fpu'
            CPU has a floating point unit.
! 
!     `htm'
            CPU has hardware transaction memory instructions.
! 
!     `htm-nosc'
            Kernel aborts hardware transactions when a syscall is made.
! 
!     `ic_snoop'
            CPU supports icache snooping capabilities.
! 
!     `ieee128'
            CPU supports 128-bit IEEE binary floating point instructions.
! 
!     `isel'
            CPU supports the integer select instruction.
! 
!     `mmu'
            CPU has a memory management unit.
! 
!     `notb'
            CPU does not have a timebase (eg, 601 and 403gx).
! 
!     `pa6t'
            CPU supports the PA Semi 6T CORE ISA.
! 
!     `power4'
            CPU supports ISA 2.00 (eg, POWER4)
! 
!     `power5'
            CPU supports ISA 2.02 (eg, POWER5)
! 
!     `power5+'
            CPU supports ISA 2.03 (eg, POWER5+)
! 
!     `power6x'
!           CPU supports ISA 2.05 (eg, POWER6) extended opcodes mffgpr
!           and mftgpr.
! 
!     `ppc32'
            CPU supports 32-bit mode execution.
! 
!     `ppc601'
            CPU supports the old POWER ISA (eg, 601)
! 
!     `ppc64'
            CPU supports 64-bit mode execution.
! 
!     `ppcle'
            CPU supports a little-endian mode that uses address swizzling.
! 
!     `smt'
            CPU support simultaneous multi-threading.
! 
!     `spe'
            CPU has a signal processing extension unit.
! 
!     `tar'
            CPU supports the target address register.
! 
!     `true_le'
            CPU supports true little-endian mode.
! 
!     `ucache'
            CPU has unified I/D cache.
! 
!     `vcrypto'
            CPU supports the vector cryptography instructions.
! 
!     `vsx'
            CPU supports the vector-scalar extension.
  
       Here is an example:
!           #ifdef __BUILTIN_CPU_SUPPORTS__
!             if (__builtin_cpu_supports ("fpu"))
!               {
!                  asm("fadd %0,%1,%2" : "=d"(dst) : "d"(src1), "d"(src2));
!               }
!             else
!           #endif
!               {
!                  dst = __fadd (src1, src2); // Software FP addition function.
!               }
  
   These built-in functions are available for the PowerPC family of
  processors:
*************** processors:
*** 40722,40774 ****
       double __builtin_unpack_longdouble (long double, int);
       long double __builtin_pack_longdouble (double, double);
  
!  The 'vec_rsqrt', '__builtin_rsqrt', and '__builtin_rsqrtf' functions
  generate multiple instructions to implement the reciprocal sqrt
  functionality using reciprocal sqrt estimate instructions.
  
!  The '__builtin_recipdiv', and '__builtin_recipdivf' functions generate
  multiple instructions to implement division using the reciprocal
  estimate instructions.
  
!  The '__builtin_ppc_get_timebase' and '__builtin_ppc_mftb' functions
  generate instructions to read the Time Base Register.  The
! '__builtin_ppc_get_timebase' function may generate multiple instructions
! and always returns the 64 bits of the Time Base Register.  The
! '__builtin_ppc_mftb' function always generates one instruction and
  returns the Time Base Register value as an unsigned long, throwing away
  the most significant word on 32-bit environments.
  
   Additional built-in functions are available for the 64-bit PowerPC
  family of processors, for efficient use of 128-bit floating point
! ('__float128') values.
  
   The following floating-point built-in functions are available with
! '-mfloat128' and Altivec support.  All of them implement the function
  that is part of the name.
  
       __float128 __builtin_fabsq (__float128)
       __float128 __builtin_copysignq (__float128, __float128)
  
!  The following built-in functions are available with '-mfloat128' and
  Altivec support.
  
! '__float128 __builtin_infq (void)'
!      Similar to '__builtin_inf', except the return type is '__float128'.
  
! '__float128 __builtin_huge_valq (void)'
!      Similar to '__builtin_huge_val', except the return type is
!      '__float128'.
  
! '__float128 __builtin_nanq (void)'
!      Similar to '__builtin_nan', except the return type is '__float128'.
  
! '__float128 __builtin_nansq (void)'
!      Similar to '__builtin_nans', except the return type is
!      '__float128'.
  
   The following built-in functions are available for the PowerPC family
! of processors, starting with ISA 2.06 or later ('-mcpu=power7' or
! '-mpopcntd'):
       long __builtin_bpermd (long, long);
       int __builtin_divwe (int, int);
       int __builtin_divweo (int, int);
--- 41283,41335 ----
       double __builtin_unpack_longdouble (long double, int);
       long double __builtin_pack_longdouble (double, double);
  
!  The `vec_rsqrt', `__builtin_rsqrt', and `__builtin_rsqrtf' functions
  generate multiple instructions to implement the reciprocal sqrt
  functionality using reciprocal sqrt estimate instructions.
  
!  The `__builtin_recipdiv', and `__builtin_recipdivf' functions generate
  multiple instructions to implement division using the reciprocal
  estimate instructions.
  
!  The `__builtin_ppc_get_timebase' and `__builtin_ppc_mftb' functions
  generate instructions to read the Time Base Register.  The
! `__builtin_ppc_get_timebase' function may generate multiple
! instructions and always returns the 64 bits of the Time Base Register.
! The `__builtin_ppc_mftb' function always generates one instruction and
  returns the Time Base Register value as an unsigned long, throwing away
  the most significant word on 32-bit environments.
  
   Additional built-in functions are available for the 64-bit PowerPC
  family of processors, for efficient use of 128-bit floating point
! (`__float128') values.
  
   The following floating-point built-in functions are available with
! `-mfloat128' and Altivec support.  All of them implement the function
  that is part of the name.
  
       __float128 __builtin_fabsq (__float128)
       __float128 __builtin_copysignq (__float128, __float128)
  
!  The following built-in functions are available with `-mfloat128' and
  Altivec support.
  
! `__float128 __builtin_infq (void)'
!      Similar to `__builtin_inf', except the return type is `__float128'.  
  
! `__float128 __builtin_huge_valq (void)'
!      Similar to `__builtin_huge_val', except the return type is
!      `__float128'.  
  
! `__float128 __builtin_nanq (void)'
!      Similar to `__builtin_nan', except the return type is `__float128'.  
  
! `__float128 __builtin_nansq (void)'
!      Similar to `__builtin_nans', except the return type is
!      `__float128'.  
  
   The following built-in functions are available for the PowerPC family
! of processors, starting with ISA 2.06 or later (`-mcpu=power7' or
! `-mpopcntd'):
       long __builtin_bpermd (long, long);
       int __builtin_divwe (int, int);
       int __builtin_divweo (int, int);
*************** of processors, starting with ISA 2.06 or
*** 40782,40793 ****
       unsigned int cbcdtd (unsigned int);
       unsigned int addg6s (unsigned int, unsigned int);
  
!  The '__builtin_divde', '__builtin_divdeo', '__builtin_divdeu',
! '__builtin_divdeou' functions require a 64-bit environment support ISA
  2.06 or later.
  
   The following built-in functions are available for the PowerPC family
! of processors, starting with ISA 3.0 or later ('-mcpu=power9'):
       long long __builtin_darn (void);
       long long __builtin_darn_raw (void);
       int __builtin_darn_32 (void);
--- 41343,41354 ----
       unsigned int cbcdtd (unsigned int);
       unsigned int addg6s (unsigned int, unsigned int);
  
!  The `__builtin_divde', `__builtin_divdeo', `__builtin_divdeu',
! `__builtin_divdeou' functions require a 64-bit environment support ISA
  2.06 or later.
  
   The following built-in functions are available for the PowerPC family
! of processors, starting with ISA 3.0 or later (`-mcpu=power9'):
       long long __builtin_darn (void);
       long long __builtin_darn_raw (void);
       int __builtin_darn_32 (void);
*************** of processors, starting with ISA 3.0 or
*** 40835,40879 ****
       int __builtin_dfp_dtstsfi_ov_dd (unsigned int comparison, _Decimal64 value);
       int __builtin_dfp_dtstsfi_ov_td (unsigned int comparison, _Decimal128 value);
  
!  The '__builtin_darn' and '__builtin_darn_raw' functions require a
! 64-bit environment supporting ISA 3.0 or later.  The '__builtin_darn'
  function provides a 64-bit conditioned random number.  The
! '__builtin_darn_raw' function provides a 64-bit raw random number.  The
! '__builtin_darn_32' function provides a 32-bit random number.
  
!  The 'scalar_extract_exp' and 'scalar_extract_sig' functions require a
  64-bit environment supporting ISA 3.0 or later.  The
! 'scalar_extract_exp' and 'scalar_extract_sig' built-in functions return
  the significand and the biased exponent value respectively of their
! 'source' arguments.  Within the result returned by 'scalar_extract_sig',
! the '0x10000000000000' bit is set if the function's 'source' argument is
! in normalized form.  Otherwise, this bit is set to 0.  Note that the
  sign of the significand is not represented in the result returned from
! the 'scalar_extract_sig' function.  Use the 'scalar_test_neg' function
! to test the sign of its 'double' argument.
  
!  The 'scalar_insert_exp' function requires a 64-bit environment
! supporting ISA 3.0 or later.  The 'scalar_insert_exp' built-in function
  returns a double-precision floating point value that is constructed by
! assembling the values of its 'significand' and 'exponent' arguments.
  The sign of the result is copied from the most significant bit of the
! 'significand' argument.  The significand and exponent components of the
! result are composed of the least significant 11 bits of the 'exponent'
! argument and the least significant 52 bits of the 'significand'
  argument.
  
!  The 'scalar_cmp_exp_gt', 'scalar_cmp_exp_lt', 'scalar_cmp_exp_eq', and
! 'scalar_cmp_exp_unordered' built-in functions return a non-zero value if
! 'arg1' is greater than, less than, equal to, or not comparable to 'arg2'
! respectively.  The arguments are not comparable if one or the other
! equals NaN (not a number).
  
!  The 'scalar_test_data_class' built-in function returns 1 if any of the
! condition tests enabled by the value of the 'condition' variable are
! true, and 0 otherwise.  The 'condition' argument must be a compile-time
! constant integer with value not exceeding 127.  The 'condition' argument
! is encoded as a bitmask with each bit enabling the testing of a
! different condition, as characterized by the following:
       0x40    Test for NaN
       0x20    Test for +Infinity
       0x10    Test for -Infinity
--- 41396,41440 ----
       int __builtin_dfp_dtstsfi_ov_dd (unsigned int comparison, _Decimal64 value);
       int __builtin_dfp_dtstsfi_ov_td (unsigned int comparison, _Decimal128 value);
  
!  The `__builtin_darn' and `__builtin_darn_raw' functions require a
! 64-bit environment supporting ISA 3.0 or later.  The `__builtin_darn'
  function provides a 64-bit conditioned random number.  The
! `__builtin_darn_raw' function provides a 64-bit raw random number.  The
! `__builtin_darn_32' function provides a 32-bit random number.
  
!  The `scalar_extract_exp' and `scalar_extract_sig' functions require a
  64-bit environment supporting ISA 3.0 or later.  The
! `scalar_extract_exp' and `scalar_extract_sig' built-in functions return
  the significand and the biased exponent value respectively of their
! `source' arguments.  Within the result returned by `scalar_extract_sig',
! the `0x10000000000000' bit is set if the function's `source' argument
! is in normalized form.  Otherwise, this bit is set to 0.  Note that the
  sign of the significand is not represented in the result returned from
! the `scalar_extract_sig' function.  Use the `scalar_test_neg' function
! to test the sign of its `double' argument.
  
!  The `scalar_insert_exp' function requires a 64-bit environment
! supporting ISA 3.0 or later.  The `scalar_insert_exp' built-in function
  returns a double-precision floating point value that is constructed by
! assembling the values of its `significand' and `exponent' arguments.
  The sign of the result is copied from the most significant bit of the
! `significand' argument.  The significand and exponent components of the
! result are composed of the least significant 11 bits of the `exponent'
! argument and the least significant 52 bits of the `significand'
  argument.
  
!  The `scalar_cmp_exp_gt', `scalar_cmp_exp_lt', `scalar_cmp_exp_eq', and
! `scalar_cmp_exp_unordered' built-in functions return a non-zero value
! if `arg1' is greater than, less than, equal to, or not comparable to
! `arg2' respectively.  The arguments are not comparable if one or the
! other equals NaN (not a number).
  
!  The `scalar_test_data_class' built-in function returns 1 if any of the
! condition tests enabled by the value of the `condition' variable are
! true, and 0 otherwise.  The `condition' argument must be a compile-time
! constant integer with value not exceeding 127.  The `condition'
! argument is encoded as a bitmask with each bit enabling the testing of
! a different condition, as characterized by the following:
       0x40    Test for NaN
       0x20    Test for +Infinity
       0x10    Test for -Infinity
*************** different condition, as characterized by
*** 40882,40936 ****
       0x02    Test for +Denormal
       0x01    Test for -Denormal
  
!  The 'scalar_test_neg' built-in function returns 1 if its 'source'
  argument holds a negative value, 0 otherwise.
  
!  The '__builtin_byte_in_set' function requires a 64-bit environment
  supporting ISA 3.0 or later.  This function returns a non-zero value if
! and only if its 'u' argument exactly equals one of the eight bytes
! contained within its 64-bit 'set' argument.
  
!  The '__builtin_byte_in_range' and '__builtin_byte_in_either_range'
  require an environment supporting ISA 3.0 or later.  For these two
! functions, the 'range' argument is encoded as 4 bytes, organized as
! 'hi_1:lo_1:hi_2:lo_2'.  The '__builtin_byte_in_range' function returns a
! non-zero value if and only if its 'u' argument is within the range
! bounded between 'lo_2' and 'hi_2' inclusive.  The
! '__builtin_byte_in_either_range' function returns non-zero if and only
! if its 'u' argument is within either the range bounded between 'lo_1'
! and 'hi_1' inclusive or the range bounded between 'lo_2' and 'hi_2'
  inclusive.
  
!  The '__builtin_dfp_dtstsfi_lt' function returns a non-zero value if and
! only if the number of signficant digits of its 'value' argument is less
! than its 'comparison' argument.  The '__builtin_dfp_dtstsfi_lt_dd' and
! '__builtin_dfp_dtstsfi_lt_td' functions behave similarly, but require
! that the type of the 'value' argument be '__Decimal64' and
! '__Decimal128' respectively.
  
!  The '__builtin_dfp_dtstsfi_gt' function returns a non-zero value if and
! only if the number of signficant digits of its 'value' argument is
! greater than its 'comparison' argument.  The
! '__builtin_dfp_dtstsfi_gt_dd' and '__builtin_dfp_dtstsfi_gt_td'
! functions behave similarly, but require that the type of the 'value'
! argument be '__Decimal64' and '__Decimal128' respectively.
  
!  The '__builtin_dfp_dtstsfi_eq' function returns a non-zero value if and
! only if the number of signficant digits of its 'value' argument equals
! its 'comparison' argument.  The '__builtin_dfp_dtstsfi_eq_dd' and
! '__builtin_dfp_dtstsfi_eq_td' functions behave similarly, but require
! that the type of the 'value' argument be '__Decimal64' and
! '__Decimal128' respectively.
  
!  The '__builtin_dfp_dtstsfi_ov' function returns a non-zero value if and
! only if its 'value' argument has an undefined number of significant
! digits, such as when 'value' is an encoding of 'NaN'.  The
! '__builtin_dfp_dtstsfi_ov_dd' and '__builtin_dfp_dtstsfi_ov_td'
! functions behave similarly, but require that the type of the 'value'
! argument be '__Decimal64' and '__Decimal128' respectively.
  
   The following built-in functions are also available for the PowerPC
! family of processors, starting with ISA 3.0 or later ('-mcpu=power9').
  These string functions are described separately in order to group the
  descriptions closer to the function prototypes:
       int vec_all_nez (vector signed char, vector signed char);
--- 41443,41497 ----
       0x02    Test for +Denormal
       0x01    Test for -Denormal
  
!  The `scalar_test_neg' built-in function returns 1 if its `source'
  argument holds a negative value, 0 otherwise.
  
!  The `__builtin_byte_in_set' function requires a 64-bit environment
  supporting ISA 3.0 or later.  This function returns a non-zero value if
! and only if its `u' argument exactly equals one of the eight bytes
! contained within its 64-bit `set' argument.
  
!  The `__builtin_byte_in_range' and `__builtin_byte_in_either_range'
  require an environment supporting ISA 3.0 or later.  For these two
! functions, the `range' argument is encoded as 4 bytes, organized as
! `hi_1:lo_1:hi_2:lo_2'.  The `__builtin_byte_in_range' function returns a
! non-zero value if and only if its `u' argument is within the range
! bounded between `lo_2' and `hi_2' inclusive.  The
! `__builtin_byte_in_either_range' function returns non-zero if and only
! if its `u' argument is within either the range bounded between `lo_1'
! and `hi_1' inclusive or the range bounded between `lo_2' and `hi_2'
  inclusive.
  
!  The `__builtin_dfp_dtstsfi_lt' function returns a non-zero value if
! and only if the number of signficant digits of its `value' argument is
! less than its `comparison' argument.  The `__builtin_dfp_dtstsfi_lt_dd'
! and `__builtin_dfp_dtstsfi_lt_td' functions behave similarly, but
! require that the type of the `value' argument be `__Decimal64' and
! `__Decimal128' respectively.
  
!  The `__builtin_dfp_dtstsfi_gt' function returns a non-zero value if
! and only if the number of signficant digits of its `value' argument is
! greater than its `comparison' argument.  The
! `__builtin_dfp_dtstsfi_gt_dd' and `__builtin_dfp_dtstsfi_gt_td'
! functions behave similarly, but require that the type of the `value'
! argument be `__Decimal64' and `__Decimal128' respectively.
  
!  The `__builtin_dfp_dtstsfi_eq' function returns a non-zero value if
! and only if the number of signficant digits of its `value' argument
! equals its `comparison' argument.  The `__builtin_dfp_dtstsfi_eq_dd' and
! `__builtin_dfp_dtstsfi_eq_td' functions behave similarly, but require
! that the type of the `value' argument be `__Decimal64' and
! `__Decimal128' respectively.
  
!  The `__builtin_dfp_dtstsfi_ov' function returns a non-zero value if
! and only if its `value' argument has an undefined number of significant
! digits, such as when `value' is an encoding of `NaN'.  The
! `__builtin_dfp_dtstsfi_ov_dd' and `__builtin_dfp_dtstsfi_ov_td'
! functions behave similarly, but require that the type of the `value'
! argument be `__Decimal64' and `__Decimal128' respectively.
  
   The following built-in functions are also available for the PowerPC
! family of processors, starting with ISA 3.0 or later (`-mcpu=power9').
  These string functions are described separately in order to group the
  descriptions closer to the function prototypes:
       int vec_all_nez (vector signed char, vector signed char);
*************** descriptions closer to the function prot
*** 41002,41061 ****
       unsigned int vec_xrx (unsigned int index, vector unsigned int data);
       float vec_xrx (unsigned int index, vector float data);
  
!  The 'vec_all_nez', 'vec_any_eqz', and 'vec_cmpnez' perform pairwise
  comparisons between the elements at the same positions within their two
! vector arguments.  The 'vec_all_nez' function returns a non-zero value
  if and only if all pairwise comparisons are not equal and no element of
! either vector argument contains a zero.  The 'vec_any_eqz' function
! returns a non-zero value if and only if at least one pairwise comparison
! is equal or if at least one element of either vector argument contains a
! zero.  The 'vec_cmpnez' function returns a vector of the same type as
! its two arguments, within which each element consists of all ones to
! denote that either the corresponding elements of the incoming arguments
! are not equal or that at least one of the corresponding elements
! contains zero.  Otherwise, the element of the returned vector contains
! all zeros.
  
!  The 'vec_cntlz_lsbb' function returns the count of the number of
  consecutive leading byte elements (starting from position 0 within the
  supplied vector argument) for which the least-significant bit equals
! zero.  The 'vec_cnttz_lsbb' function returns the count of the number of
  consecutive trailing byte elements (starting from position 15 and
  counting backwards within the supplied vector argument) for which the
  least-significant bit equals zero.
  
!  The 'vec_xl_len' and 'vec_xst_len' functions require a 64-bit
! environment supporting ISA 3.0 or later.  The 'vec_xl_len' function
! loads a variable length vector from memory.  The 'vec_xst_len' function
! stores a variable length vector to memory.  With both the 'vec_xl_len'
! and 'vec_xst_len' functions, the 'addr' argument represents the memory
! address to or from which data will be transferred, and the 'len'
  argument represents the number of bytes to be transferred, as computed
! by the C expression 'min((len & 0xff), 16)'.  If this expression's value
! is not a multiple of the vector element's size, the behavior of this
! function is undefined.  In the case that the underlying computer is
! configured to run in big-endian mode, the data transfer moves bytes 0 to
! '(len - 1)' of the corresponding vector.  In little-endian mode, the
! data transfer moves bytes '(16 - len)' to '15' of the corresponding
  vector.  For the load function, any bytes of the result vector that are
! not loaded from memory are set to zero.  The value of the 'addr'
  argument need not be aligned on a multiple of the vector's element size.
  
!  The 'vec_xlx' and 'vec_xrx' functions extract the single element
! selected by the 'index' argument from the vector represented by the
! 'data' argument.  The 'index' argument always specifies a byte offset,
! regardless of the size of the vector element.  With 'vec_xlx', 'index'
  is the offset of the first byte of the element to be extracted.  With
! 'vec_xrx', 'index' represents the last byte of the element to be
  extracted, measured from the right end of the vector.  In other words,
! the last byte of the element to be extracted is found at position '(15 -
! index)'.  There is no requirement that 'index' be a multiple of the
  vector element size.  However, if the size of the vector element added
! to 'index' is greater than 15, the content of the returned value is
  undefined.
  
   The following built-in functions are available for the PowerPC family
! of processors when hardware decimal floating point ('-mhard-dfp') is
  available:
       long long __builtin_dxex (_Decimal64);
       long long __builtin_dxexq (_Decimal128);
--- 41563,41622 ----
       unsigned int vec_xrx (unsigned int index, vector unsigned int data);
       float vec_xrx (unsigned int index, vector float data);
  
!  The `vec_all_nez', `vec_any_eqz', and `vec_cmpnez' perform pairwise
  comparisons between the elements at the same positions within their two
! vector arguments.  The `vec_all_nez' function returns a non-zero value
  if and only if all pairwise comparisons are not equal and no element of
! either vector argument contains a zero.  The `vec_any_eqz' function
! returns a non-zero value if and only if at least one pairwise
! comparison is equal or if at least one element of either vector
! argument contains a zero.  The `vec_cmpnez' function returns a vector
! of the same type as its two arguments, within which each element
! consists of all ones to denote that either the corresponding elements
! of the incoming arguments are not equal or that at least one of the
! corresponding elements contains zero.  Otherwise, the element of the
! returned vector contains all zeros.
  
!  The `vec_cntlz_lsbb' function returns the count of the number of
  consecutive leading byte elements (starting from position 0 within the
  supplied vector argument) for which the least-significant bit equals
! zero.  The `vec_cnttz_lsbb' function returns the count of the number of
  consecutive trailing byte elements (starting from position 15 and
  counting backwards within the supplied vector argument) for which the
  least-significant bit equals zero.
  
!  The `vec_xl_len' and `vec_xst_len' functions require a 64-bit
! environment supporting ISA 3.0 or later.  The `vec_xl_len' function
! loads a variable length vector from memory.  The `vec_xst_len' function
! stores a variable length vector to memory.  With both the `vec_xl_len'
! and `vec_xst_len' functions, the `addr' argument represents the memory
! address to or from which data will be transferred, and the `len'
  argument represents the number of bytes to be transferred, as computed
! by the C expression `min((len & 0xff), 16)'.  If this expression's
! value is not a multiple of the vector element's size, the behavior of
! this function is undefined.  In the case that the underlying computer
! is configured to run in big-endian mode, the data transfer moves bytes
! 0 to `(len - 1)' of the corresponding vector.  In little-endian mode,
! the data transfer moves bytes `(16 - len)' to `15' of the corresponding
  vector.  For the load function, any bytes of the result vector that are
! not loaded from memory are set to zero.  The value of the `addr'
  argument need not be aligned on a multiple of the vector's element size.
  
!  The `vec_xlx' and `vec_xrx' functions extract the single element
! selected by the `index' argument from the vector represented by the
! `data' argument.  The `index' argument always specifies a byte offset,
! regardless of the size of the vector element.  With `vec_xlx', `index'
  is the offset of the first byte of the element to be extracted.  With
! `vec_xrx', `index' represents the last byte of the element to be
  extracted, measured from the right end of the vector.  In other words,
! the last byte of the element to be extracted is found at position `(15
! - index)'.  There is no requirement that `index' be a multiple of the
  vector element size.  However, if the size of the vector element added
! to `index' is greater than 15, the content of the returned value is
  undefined.
  
   The following built-in functions are available for the PowerPC family
! of processors when hardware decimal floating point (`-mhard-dfp') is
  available:
       long long __builtin_dxex (_Decimal64);
       long long __builtin_dxexq (_Decimal128);
*************** File: gcc.info,  Node: PowerPC AltiVec/V
*** 41087,41093 ****
  GCC provides an interface for the PowerPC family of processors to access
  the AltiVec operations described in Motorola's AltiVec Programming
  Interface Manual.  The interface is made available by including
! '<altivec.h>' and using '-maltivec' and '-mabi=altivec'.  The interface
  supports the following vector types.
  
       vector unsigned char
--- 41648,41654 ----
  GCC provides an interface for the PowerPC family of processors to access
  the AltiVec operations described in Motorola's AltiVec Programming
  Interface Manual.  The interface is made available by including
! `<altivec.h>' and using `-maltivec' and `-mabi=altivec'.  The interface
  supports the following vector types.
  
       vector unsigned char
*************** supports the following vector types.
*** 41104,41118 ****
       vector bool int
       vector float
  
!  If '-mvsx' is used the following additional vector types are
  implemented.
  
       vector unsigned long
       vector signed long
       vector double
  
!  The long types are only implemented for 64-bit code generation, and the
! long type is only used in the floating point/integer conversion
  instructions.
  
   GCC's implementation of the high-level language interface available
--- 41665,41679 ----
       vector bool int
       vector float
  
!  If `-mvsx' is used the following additional vector types are
  implemented.
  
       vector unsigned long
       vector signed long
       vector double
  
!  The long types are only implemented for 64-bit code generation, and
! the long type is only used in the floating point/integer conversion
  instructions.
  
   GCC's implementation of the high-level language interface available
*************** ways.
*** 41125,41142 ****
     * A vector initializer requires no cast if the vector constant is of
       the same type as the variable it is initializing.
  
!    * If 'signed' or 'unsigned' is omitted, the signedness of the vector
       type is the default signedness of the base type.  The default
       varies depending on the operating system, so a portable program
       should always specify the signedness.
  
!    * Compiling with '-maltivec' adds keywords '__vector', 'vector',
!      '__pixel', 'pixel', '__bool' and 'bool'.  When compiling ISO C, the
!      context-sensitive substitution of the keywords 'vector', 'pixel'
!      and 'bool' is disabled.  To use them, you must include
!      '<altivec.h>' instead.
  
!    * GCC allows using a 'typedef' name as the type specifier for a
       vector type.
  
     * For C, overloaded functions are implemented with macros so the
--- 41686,41703 ----
     * A vector initializer requires no cast if the vector constant is of
       the same type as the variable it is initializing.
  
!    * If `signed' or `unsigned' is omitted, the signedness of the vector
       type is the default signedness of the base type.  The default
       varies depending on the operating system, so a portable program
       should always specify the signedness.
  
!    * Compiling with `-maltivec' adds keywords `__vector', `vector',
!      `__pixel', `pixel', `__bool' and `bool'.  When compiling ISO C,
!      the context-sensitive substitution of the keywords `vector',
!      `pixel' and `bool' is disabled.  To use them, you must include
!      `<altivec.h>' instead.
  
!    * GCC allows using a `typedef' name as the type specifier for a
       vector type.
  
     * For C, overloaded functions are implemented with macros so the
*************** ways.
*** 41144,41166 ****
  
              vec_add ((vector signed int){1, 2, 3, 4}, foo);
  
!      Since 'vec_add' is a macro, the vector constant in the example is
       treated as four separate arguments.  Wrap the entire argument in
       parentheses for this to work.
  
!  _Note:_ Only the '<altivec.h>' interface is supported.  Internally, GCC
! uses built-in functions to achieve the functionality in the
  aforementioned header file, but they are not supported and are subject
  to change without notice.
  
   GCC complies with the OpenPOWER 64-Bit ELF V2 ABI Specification, which
  may be found at
! <http://openpowerfoundation.org/wp-content/uploads/resources/leabi-prd/content/index.html>.
  Appendix A of this document lists the vector API interfaces that must be
  provided by compliant compilers.  Programmers should preferentially use
  the interfaces described therein.  However, historically GCC has
! provided additional interfaces for access to vector instructions.  These
! are briefly described below.
  
   The following interfaces are supported for the generic and specific
  AltiVec operations and the AltiVec predicates.  In cases where there is
--- 41705,41727 ----
  
              vec_add ((vector signed int){1, 2, 3, 4}, foo);
  
!      Since `vec_add' is a macro, the vector constant in the example is
       treated as four separate arguments.  Wrap the entire argument in
       parentheses for this to work.
  
!  _Note:_ Only the `<altivec.h>' interface is supported.  Internally,
! GCC uses built-in functions to achieve the functionality in the
  aforementioned header file, but they are not supported and are subject
  to change without notice.
  
   GCC complies with the OpenPOWER 64-Bit ELF V2 ABI Specification, which
  may be found at
! `http://openpowerfoundation.org/wp-content/uploads/resources/leabi-prd/content/index.html'.
  Appendix A of this document lists the vector API interfaces that must be
  provided by compliant compilers.  Programmers should preferentially use
  the interfaces described therein.  However, historically GCC has
! provided additional interfaces for access to vector instructions.
! These are briefly described below.
  
   The following interfaces are supported for the generic and specific
  AltiVec operations and the AltiVec predicates.  In cases where there is
*************** a direct mapping between generic and spe
*** 41168,41174 ****
  generic names are shown here, although the specific operations can also
  be used.
  
!  Arguments that are documented as 'const int' require literal integral
  values within the range required for that operation.
  
       vector signed char vec_abs (vector signed char);
--- 41729,41735 ----
  generic names are shown here, although the specific operations can also
  be used.
  
!  Arguments that are documented as `const int' require literal integral
  values within the range required for that operation.
  
       vector signed char vec_abs (vector signed char);
*************** additional functions are available:
*** 43264,43273 ****
       vector unsigned char vec_xxsldi (vector unsigned char,
                                        vector unsigned char, int);
  
!  Note that the 'vec_ld' and 'vec_st' built-in functions always generate
! the AltiVec 'LVX' and 'STVX' instructions even if the VSX instruction
! set is available.  The 'vec_vsx_ld' and 'vec_vsx_st' built-in functions
! always generate the VSX 'LXVD2X', 'LXVW4X', 'STXVD2X', and 'STXVW4X'
  instructions.
  
   If the ISA 2.07 additions to the vector/scalar (power8-vector)
--- 43825,43834 ----
       vector unsigned char vec_xxsldi (vector unsigned char,
                                        vector unsigned char, int);
  
!  Note that the `vec_ld' and `vec_st' built-in functions always generate
! the AltiVec `LVX' and `STVX' instructions even if the VSX instruction
! set is available.  The `vec_vsx_ld' and `vec_vsx_st' built-in functions
! always generate the VSX `LXVD2X', `LXVW4X', `STXVD2X', and `STXVW4X'
  instructions.
  
   If the ISA 2.07 additions to the vector/scalar (power8-vector)
*************** VECTOR UNSIGNED LONG LONG.
*** 43593,43603 ****
   If the ISA 2.07 additions to the vector/scalar (power8-vector)
  instruction set are available, the following additional functions are
  available for 64-bit targets.  New vector types (VECTOR __INT128_T and
! VECTOR __UINT128_T) are available to hold the __INT128_T and __UINT128_T
! types to use these builtins.
  
!  The normal vector extract, and set operations work on VECTOR __INT128_T
! and VECTOR __UINT128_T types, but the index value must be 0.
  
       vector __int128_t vec_vaddcuq (vector __int128_t, vector __int128_t);
       vector __uint128_t vec_vaddcuq (vector __uint128_t, vector __uint128_t);
--- 44154,44164 ----
   If the ISA 2.07 additions to the vector/scalar (power8-vector)
  instruction set are available, the following additional functions are
  available for 64-bit targets.  New vector types (VECTOR __INT128_T and
! VECTOR __UINT128_T) are available to hold the __INT128_T and
! __UINT128_T types to use these builtins.
  
!  The normal vector extract, and set operations work on VECTOR
! __INT128_T and VECTOR __UINT128_T types, but the index value must be 0.
  
       vector __int128_t vec_vaddcuq (vector __int128_t, vector __int128_t);
       vector __uint128_t vec_vaddcuq (vector __uint128_t, vector __uint128_t);
*************** and VECTOR __UINT128_T types, but the in
*** 43642,43648 ****
       int __builtin_bcdsub_gt (vector __int128_t, vector__int128_t);
       int __builtin_bcdsub_ov (vector __int128_t, vector__int128_t);
  
!  If the ISA 3.0 instruction set additions ('-mcpu=power9') are
  available:
  
       vector unsigned long long vec_bperm (vector unsigned long long,
--- 44203,44209 ----
       int __builtin_bcdsub_gt (vector __int128_t, vector__int128_t);
       int __builtin_bcdsub_ov (vector __int128_t, vector__int128_t);
  
!  If the ISA 3.0 instruction set additions (`-mcpu=power9') are
  available:
  
       vector unsigned long long vec_bperm (vector unsigned long long,
*************** available:
*** 43694,43700 ****
       vector long long vec_vprtybd (vector long long);
       vector unsigned long long vec_vprtybd (vector unsigned long long);
  
!  On 64-bit targets, if the ISA 3.0 additions ('-mcpu=power9') are
  available:
  
       vector long vec_vprtyb (vector long);
--- 44255,44261 ----
       vector long long vec_vprtybd (vector long long);
       vector unsigned long long vec_vprtybd (vector unsigned long long);
  
!  On 64-bit targets, if the ISA 3.0 additions (`-mcpu=power9') are
  available:
  
       vector long vec_vprtyb (vector long);
*************** available:
*** 43709,43740 ****
       vector __uint128_t vec_vprtybd (vector __uint128_t);
  
   The following built-in vector functions are available for the PowerPC
! family of processors, starting with ISA 3.0 or later ('-mcpu=power9'):
       __vector unsigned char
       vec_slv (__vector unsigned char src, __vector unsigned char shift_distance);
       __vector unsigned char
       vec_srv (__vector unsigned char src, __vector unsigned char shift_distance);
  
!  The 'vec_slv' and 'vec_srv' functions operate on all of the bytes of
! their 'src' and 'shift_distance' arguments in parallel.  The behavior of
! the 'vec_slv' is as if there existed a temporary array of 17 unsigned
! characters 'slv_array' within which elements 0 through 15 are the same
! as the entries in the 'src' array and element 16 equals 0.  The result
! returned from the 'vec_slv' function is a '__vector' of 16 unsigned
! characters within which element 'i' is computed using the C expression
! '0xff & (*((unsigned short *)(slv_array + i)) << (0x07 &
! shift_distance[i]))', with this resulting value coerced to the 'unsigned
! char' type.  The behavior of the 'vec_srv' is as if there existed a
! temporary array of 17 unsigned characters 'srv_array' within which
! element 0 equals zero and elements 1 through 16 equal the elements 0
! through 15 of the 'src' array.  The result returned from the 'vec_srv'
! function is a '__vector' of 16 unsigned characters within which element
! 'i' is computed using the C expression '0xff & (*((unsigned short
! *)(srv_array + i)) >> (0x07 & shift_distance[i]))', with this resulting
! value coerced to the 'unsigned char' type.
  
   The following built-in functions are available for the PowerPC family
! of processors, starting with ISA 3.0 or later ('-mcpu=power9'):
       __vector unsigned char
       vec_absd (__vector unsigned char arg1, __vector unsigned char arg2);
       __vector unsigned short
--- 44270,44301 ----
       vector __uint128_t vec_vprtybd (vector __uint128_t);
  
   The following built-in vector functions are available for the PowerPC
! family of processors, starting with ISA 3.0 or later (`-mcpu=power9'):
       __vector unsigned char
       vec_slv (__vector unsigned char src, __vector unsigned char shift_distance);
       __vector unsigned char
       vec_srv (__vector unsigned char src, __vector unsigned char shift_distance);
  
!  The `vec_slv' and `vec_srv' functions operate on all of the bytes of
! their `src' and `shift_distance' arguments in parallel.  The behavior
! of the `vec_slv' is as if there existed a temporary array of 17
! unsigned characters `slv_array' within which elements 0 through 15 are
! the same as the entries in the `src' array and element 16 equals 0.  The
! result returned from the `vec_slv' function is a `__vector' of 16
! unsigned characters within which element `i' is computed using the C
! expression `0xff & (*((unsigned short *)(slv_array + i)) << (0x07 &
! shift_distance[i]))', with this resulting value coerced to the
! `unsigned char' type.  The behavior of the `vec_srv' is as if there
! existed a temporary array of 17 unsigned characters `srv_array' within
! which element 0 equals zero and elements 1 through 16 equal the
! elements 0 through 15 of the `src' array.  The result returned from the
! `vec_srv' function is a `__vector' of 16 unsigned characters within
! which element `i' is computed using the C expression `0xff &
! (*((unsigned short *)(srv_array + i)) >> (0x07 & shift_distance[i]))',
! with this resulting value coerced to the `unsigned char' type.
  
   The following built-in functions are available for the PowerPC family
! of processors, starting with ISA 3.0 or later (`-mcpu=power9'):
       __vector unsigned char
       vec_absd (__vector unsigned char arg1, __vector unsigned char arg2);
       __vector unsigned short
*************** of processors, starting with ISA 3.0 or
*** 43749,43761 ****
       __vector unsigned int
       vec_absdw (__vector unsigned int arg1, __vector unsigned int arg2);
  
!  The 'vec_absd', 'vec_absdb', 'vec_absdh', and 'vec_absdw' built-in
  functions each computes the absolute differences of the pairs of vector
  elements supplied in its two vector arguments, placing the absolute
  differences into the corresponding elements of the vector result.
  
   The following built-in functions are available for the PowerPC family
! of processors, starting with ISA 3.0 or later ('-mcpu=power9'):
       __vector unsigned int
       vec_extract_exp (__vector float source);
       __vector unsigned long long int
--- 44310,44322 ----
       __vector unsigned int
       vec_absdw (__vector unsigned int arg1, __vector unsigned int arg2);
  
!  The `vec_absd', `vec_absdb', `vec_absdh', and `vec_absdw' built-in
  functions each computes the absolute differences of the pairs of vector
  elements supplied in its two vector arguments, placing the absolute
  differences into the corresponding elements of the vector result.
  
   The following built-in functions are available for the PowerPC family
! of processors, starting with ISA 3.0 or later (`-mcpu=power9'):
       __vector unsigned int
       vec_extract_exp (__vector float source);
       __vector unsigned long long int
*************** of processors, starting with ISA 3.0 or
*** 43784,43825 ****
       __vector bool long long int vec_test_data_class (__vector double source,
                                                        const int condition);
  
!  The 'vec_extract_sig' and 'vec_extract_exp' built-in functions return
  vectors representing the significands and biased exponent values of
! their 'source' arguments respectively.  Within the result vector
! returned by 'vec_extract_sig', the '0x800000' bit of each vector element
! returned when the function's 'source' argument is of type 'float' is set
! to 1 if the corresponding floating point value is in normalized form.
! Otherwise, this bit is set to 0.  When the 'source' argument is of type
! 'double', the '0x10000000000000' bit within each of the result vector's
! elements is set according to the same rules.  Note that the sign of the
! significand is not represented in the result returned from the
! 'vec_extract_sig' function.  To extract the sign bits, use the
! 'vec_cpsgn' function, which returns a new vector within which all of the
! sign bits of its second argument vector are overwritten with the sign
! bits copied from the coresponding elements of its first argument vector,
! and all other (non-sign) bits of the second argument vector are copied
! unchanged into the result vector.
  
!  The 'vec_insert_exp' built-in functions return a vector of single- or
  double-precision floating point values constructed by assembling the
! values of their 'significands' and 'exponents' arguments into the
! corresponding elements of the returned vector.  The sign of each element
! of the result is copied from the most significant bit of the
! corresponding entry within the 'significands' argument.  Note that the
! relevant bits of the 'significands' argument are the same, for both
  integer and floating point types.  The significand and exponent
  components of each element of the result are composed of the least
! significant bits of the corresponding 'significands' element and the
! least significant bits of the corresponding 'exponents' element.
  
!  The 'vec_test_data_class' built-in function returns a vector
! representing the results of testing the 'source' vector for the
! condition selected by the 'condition' argument.  The 'condition'
  argument must be a compile-time constant integer with value not
! exceeding 127.  The 'condition' argument is encoded as a bitmask with
! each bit enabling the testing of a different condition, as characterized
! by the following:
       0x40    Test for NaN
       0x20    Test for +Infinity
       0x10    Test for -Infinity
--- 44345,44386 ----
       __vector bool long long int vec_test_data_class (__vector double source,
                                                        const int condition);
  
!  The `vec_extract_sig' and `vec_extract_exp' built-in functions return
  vectors representing the significands and biased exponent values of
! their `source' arguments respectively.  Within the result vector
! returned by `vec_extract_sig', the `0x800000' bit of each vector
! element returned when the function's `source' argument is of type
! `float' is set to 1 if the corresponding floating point value is in
! normalized form.  Otherwise, this bit is set to 0.  When the `source'
! argument is of type `double', the `0x10000000000000' bit within each of
! the result vector's elements is set according to the same rules.  Note
! that the sign of the significand is not represented in the result
! returned from the `vec_extract_sig' function.  To extract the sign
! bits, use the `vec_cpsgn' function, which returns a new vector within
! which all of the sign bits of its second argument vector are
! overwritten with the sign bits copied from the coresponding elements of
! its first argument vector, and all other (non-sign) bits of the second
! argument vector are copied unchanged into the result vector.
  
!  The `vec_insert_exp' built-in functions return a vector of single- or
  double-precision floating point values constructed by assembling the
! values of their `significands' and `exponents' arguments into the
! corresponding elements of the returned vector.  The sign of each
! element of the result is copied from the most significant bit of the
! corresponding entry within the `significands' argument.  Note that the
! relevant bits of the `significands' argument are the same, for both
  integer and floating point types.  The significand and exponent
  components of each element of the result are composed of the least
! significant bits of the corresponding `significands' element and the
! least significant bits of the corresponding `exponents' element.
  
!  The `vec_test_data_class' built-in function returns a vector
! representing the results of testing the `source' vector for the
! condition selected by the `condition' argument.  The `condition'
  argument must be a compile-time constant integer with value not
! exceeding 127.  The `condition' argument is encoded as a bitmask with
! each bit enabling the testing of a different condition, as
! characterized by the following:
       0x40    Test for NaN
       0x20    Test for +Infinity
       0x10    Test for -Infinity
*************** conditions are false), the corresponding
*** 43834,43840 ****
  0.
  
   The following built-in functions are available for the PowerPC family
! of processors, starting with ISA 3.0 or later ('-mcpu=power9'):
       vector unsigned int vec_rlmi (vector unsigned int, vector unsigned int,
                                     vector unsigned int);
       vector unsigned long long vec_rlmi (vector unsigned long long,
--- 44395,44401 ----
  0.
  
   The following built-in functions are available for the PowerPC family
! of processors, starting with ISA 3.0 or later (`-mcpu=power9'):
       vector unsigned int vec_rlmi (vector unsigned int, vector unsigned int,
                                     vector unsigned int);
       vector unsigned long long vec_rlmi (vector unsigned long long,
*************** of processors, starting with ISA 3.0 or
*** 43849,43873 ****
       vector unsigned long long vec_vrlnm (vector unsigned long long,
                                            vector unsigned long long);
  
!  The result of 'vec_rlmi' is obtained by rotating each element of the
  first argument vector left and inserting it under mask into the second
  argument vector.  The third argument vector contains the mask beginning
  in bits 11:15, the mask end in bits 19:23, and the shift count in bits
  27:31, of each element.
  
!  The result of 'vec_rlnm' is obtained by rotating each element of the
  first argument vector left and ANDing it with a mask specified by the
  second and third argument vectors.  The second argument vector contains
  the shift count for each element in the low-order byte.  The third
  argument vector contains the mask end for each element in the low-order
  byte, with the mask begin in the next higher byte.
  
!  The result of 'vec_vrlnm' is obtained by rotating each element of the
  first argument vector left and ANDing it with a mask.  The second
! argument vector contains the mask beginning in bits 11:15, the mask end
! in bits 19:23, and the shift count in bits 27:31, of each element.
  
!  If the ISA 3.0 instruction set additions ('-mcpu=power9') are
  available:
       vector signed char vec_revb (vector signed char);
       vector unsigned char vec_revb (vector unsigned char);
--- 44410,44434 ----
       vector unsigned long long vec_vrlnm (vector unsigned long long,
                                            vector unsigned long long);
  
!  The result of `vec_rlmi' is obtained by rotating each element of the
  first argument vector left and inserting it under mask into the second
  argument vector.  The third argument vector contains the mask beginning
  in bits 11:15, the mask end in bits 19:23, and the shift count in bits
  27:31, of each element.
  
!  The result of `vec_rlnm' is obtained by rotating each element of the
  first argument vector left and ANDing it with a mask specified by the
  second and third argument vectors.  The second argument vector contains
  the shift count for each element in the low-order byte.  The third
  argument vector contains the mask end for each element in the low-order
  byte, with the mask begin in the next higher byte.
  
!  The result of `vec_vrlnm' is obtained by rotating each element of the
  first argument vector left and ANDing it with a mask.  The second
! argument vector contains the mask  beginning in bits 11:15, the mask
! end in bits 19:23, and the shift count in bits 27:31, of each element.
  
!  If the ISA 3.0 instruction set additions (`-mcpu=power9') are
  available:
       vector signed char vec_revb (vector signed char);
       vector unsigned char vec_revb (vector unsigned char);
*************** available:
*** 43880,43898 ****
       vector unsigned long long vec_revb (vector unsigned long long);
       vector double vec_revb (vector double);
  
!  On 64-bit targets, if the ISA 3.0 additions ('-mcpu=power9') are
  available:
       vector long vec_revb (vector long);
       vector unsigned long vec_revb (vector unsigned long);
       vector __int128_t vec_revb (vector __int128_t);
       vector __uint128_t vec_revb (vector __uint128_t);
  
!  The 'vec_revb' built-in function reverses the bytes on an element by
! element basis.  A vector of 'vector unsigned char' or 'vector signed
  char' reverses the bytes in the whole word.
  
!  If the cryptographic instructions are enabled ('-mcrypto' or
! '-mcpu=power8'), the following builtins are enabled.
  
       vector unsigned long long __builtin_crypto_vsbox (vector unsigned long long);
  
--- 44441,44459 ----
       vector unsigned long long vec_revb (vector unsigned long long);
       vector double vec_revb (vector double);
  
!  On 64-bit targets, if the ISA 3.0 additions (`-mcpu=power9') are
  available:
       vector long vec_revb (vector long);
       vector unsigned long vec_revb (vector unsigned long);
       vector __int128_t vec_revb (vector __int128_t);
       vector __uint128_t vec_revb (vector __uint128_t);
  
!  The `vec_revb' built-in function reverses the bytes on an element by
! element basis.  A vector of `vector unsigned char' or `vector signed
  char' reverses the bytes in the whole word.
  
!  If the cryptographic instructions are enabled (`-mcrypto' or
! `-mcpu=power8'), the following builtins are enabled.
  
       vector unsigned long long __builtin_crypto_vsbox (vector unsigned long long);
  
*************** __BUILTIN_CRYPTO_VSHASIGMAW must be a co
*** 43949,43964 ****
  The third argument to these built-in functions must be a constant
  integer in the range of 0 to 15.
  
!  If the ISA 3.0 instruction set additions are enabled ('-mcpu=power9'),
  the following additional functions are available for both 32-bit and
  64-bit targets.
  
   vector short vec_xl (int, vector short *); vector short vec_xl (int,
  short *); vector unsigned short vec_xl (int, vector unsigned short *);
! vector unsigned short vec_xl (int, unsigned short *); vector char vec_xl
! (int, vector char *); vector char vec_xl (int, char *); vector unsigned
! char vec_xl (int, vector unsigned char *); vector unsigned char vec_xl
! (int, unsigned char *);
  
   void vec_xst (vector short, int, vector short *); void vec_xst (vector
  short, int, short *); void vec_xst (vector unsigned short, int, vector
--- 44510,44525 ----
  The third argument to these built-in functions must be a constant
  integer in the range of 0 to 15.
  
!  If the ISA 3.0 instruction set additions are enabled (`-mcpu=power9'),
  the following additional functions are available for both 32-bit and
  64-bit targets.
  
   vector short vec_xl (int, vector short *); vector short vec_xl (int,
  short *); vector unsigned short vec_xl (int, vector unsigned short *);
! vector unsigned short vec_xl (int, unsigned short *); vector char
! vec_xl (int, vector char *); vector char vec_xl (int, char *); vector
! unsigned char vec_xl (int, vector unsigned char *); vector unsigned
! char vec_xl (int, unsigned char *);
  
   void vec_xst (vector short, int, vector short *); void vec_xst (vector
  short, int, short *); void vec_xst (vector unsigned short, int, vector
*************** between PowerPC and S/390.
*** 43984,44003 ****
  6.60.23.1 PowerPC HTM Low Level Built-in Functions
  ..................................................
  
! The following low level built-in functions are available with '-mhtm' or
! '-mcpu=CPU' where CPU is 'power8' or later.  They all generate the
  machine instruction that is part of the name.
  
!  The HTM builtins (with the exception of '__builtin_tbegin') return the
  full 4-bit condition register value set by their associated hardware
! instruction.  The header file 'htmintrin.h' defines some macros that can
! be used to decipher the return value.  The '__builtin_tbegin' builtin
  returns a simple true or false value depending on whether a transaction
  was successfully started or not.  The arguments of the builtins match
  exactly the type and order of the associated hardware instruction's
! operands, except for the '__builtin_tcheck' builtin, which does not take
! any input arguments.  Refer to the ISA manual for a description of each
! instruction's operands.
  
       unsigned int __builtin_tbegin (unsigned int)
       unsigned int __builtin_tend (unsigned int)
--- 44545,44564 ----
  6.60.23.1 PowerPC HTM Low Level Built-in Functions
  ..................................................
  
! The following low level built-in functions are available with `-mhtm'
! or `-mcpu=CPU' where CPU is `power8' or later.  They all generate the
  machine instruction that is part of the name.
  
!  The HTM builtins (with the exception of `__builtin_tbegin') return the
  full 4-bit condition register value set by their associated hardware
! instruction.  The header file `htmintrin.h' defines some macros that can
! be used to decipher the return value.  The `__builtin_tbegin' builtin
  returns a simple true or false value depending on whether a transaction
  was successfully started or not.  The arguments of the builtins match
  exactly the type and order of the associated hardware instruction's
! operands, except for the `__builtin_tcheck' builtin, which does not
! take any input arguments.  Refer to the ISA manual for a description of
! each instruction's operands.
  
       unsigned int __builtin_tbegin (unsigned int)
       unsigned int __builtin_tend (unsigned int)
*************** some common extended mnemonics of the HT
*** 44022,44030 ****
  
   Note that the semantics of the above HTM builtins are required to mimic
  the locking semantics used for critical sections.  Builtins that are
! used to create a new transaction or restart a suspended transaction must
! have lock acquisition like semantics while those builtins that end or
! suspend a transaction must have lock release like semantics.
  Specifically, this must mimic lock semantics as specified by C++11, for
  example: Lock acquisition is as-if an execution of
  __atomic_exchange_n(&globallock,1,__ATOMIC_ACQUIRE) that returns 0, and
--- 44583,44591 ----
  
   Note that the semantics of the above HTM builtins are required to mimic
  the locking semantics used for critical sections.  Builtins that are
! used to create a new transaction or restart a suspended transaction
! must have lock acquisition like semantics while those builtins that end
! or suspend a transaction must have lock release like semantics.
  Specifically, this must mimic lock semantics as specified by C++11, for
  example: Lock acquisition is as-if an execution of
  __atomic_exchange_n(&globallock,1,__ATOMIC_ACQUIRE) that returns 0, and
*************** the builtins in a way that would violate
*** 44038,44051 ****
  accomplished by adding memory barriers to the associated HTM
  instructions (which is a conservative approach to provide acquire and
  release semantics).  Earlier versions of the compiler did not treat the
! HTM instructions as memory barriers.  A '__TM_FENCE__' macro has been
  added, which can be used to determine whether the current compiler
! treats HTM instructions as memory barriers or not.  This allows the user
! to explicitly add memory barriers to their code when using an older
! version of the compiler.
  
!  The following set of built-in functions are available to gain access to
! the HTM specific special purpose registers.
  
       unsigned long __builtin_get_texasr (void)
       unsigned long __builtin_get_texasru (void)
--- 44599,44612 ----
  accomplished by adding memory barriers to the associated HTM
  instructions (which is a conservative approach to provide acquire and
  release semantics).  Earlier versions of the compiler did not treat the
! HTM instructions as memory barriers.  A `__TM_FENCE__' macro has been
  added, which can be used to determine whether the current compiler
! treats HTM instructions as memory barriers or not.  This allows the
! user to explicitly add memory barriers to their code when using an
! older version of the compiler.
  
!  The following set of built-in functions are available to gain access
! to the HTM specific special purpose registers.
  
       unsigned long __builtin_get_texasr (void)
       unsigned long __builtin_get_texasru (void)
*************** the HTM specific special purpose registe
*** 44091,44097 ****
  
   One final built-in function has been added that returns the value of
  the 2-bit Transaction State field of the Machine Status Register (MSR)
! as stored in 'CR0'.
  
       unsigned long __builtin_ttest (void)
  
--- 44652,44658 ----
  
   One final built-in function has been added that returns the value of
  the 2-bit Transaction State field of the Machine Status Register (MSR)
! as stored in `CR0'.
  
       unsigned long __builtin_ttest (void)
  
*************** using the following code example:
*** 44119,44128 ****
  .................................................
  
  The following high level HTM interface is made available by including
! '<htmxlintrin.h>' and using '-mhtm' or '-mcpu=CPU' where CPU is 'power8'
! or later.  This interface is common between PowerPC and S/390, allowing
! users to write one HTM source implementation that can be compiled and
! executed on either system.
  
       long __TM_simple_begin (void)
       long __TM_begin (void* const TM_buff)
--- 44680,44689 ----
  .................................................
  
  The following high level HTM interface is made available by including
! `<htmxlintrin.h>' and using `-mhtm' or `-mcpu=CPU' where CPU is
! `power8' or later.  This interface is common between PowerPC and S/390,
! allowing users to write one HTM source implementation that can be
! compiled and executed on either system.
  
       long __TM_simple_begin (void)
       long __TM_begin (void* const TM_buff)
*************** the C programming language via the use o
*** 44189,44280 ****
  following functions are supported:
  
   -- Built-in Function: void __builtin_rx_brk (void)
!      Generates the 'brk' machine instruction.
  
   -- Built-in Function: void __builtin_rx_clrpsw (int)
!      Generates the 'clrpsw' machine instruction to clear the specified
       bit in the processor status word.
  
   -- Built-in Function: void __builtin_rx_int (int)
!      Generates the 'int' machine instruction to generate an interrupt
       with the specified value.
  
   -- Built-in Function: void __builtin_rx_machi (int, int)
!      Generates the 'machi' machine instruction to add the result of
       multiplying the top 16 bits of the two arguments into the
       accumulator.
  
   -- Built-in Function: void __builtin_rx_maclo (int, int)
!      Generates the 'maclo' machine instruction to add the result of
       multiplying the bottom 16 bits of the two arguments into the
       accumulator.
  
   -- Built-in Function: void __builtin_rx_mulhi (int, int)
!      Generates the 'mulhi' machine instruction to place the result of
       multiplying the top 16 bits of the two arguments into the
       accumulator.
  
   -- Built-in Function: void __builtin_rx_mullo (int, int)
!      Generates the 'mullo' machine instruction to place the result of
       multiplying the bottom 16 bits of the two arguments into the
       accumulator.
  
   -- Built-in Function: int __builtin_rx_mvfachi (void)
!      Generates the 'mvfachi' machine instruction to read the top 32 bits
!      of the accumulator.
  
   -- Built-in Function: int __builtin_rx_mvfacmi (void)
!      Generates the 'mvfacmi' machine instruction to read the middle 32
       bits of the accumulator.
  
   -- Built-in Function: int __builtin_rx_mvfc (int)
!      Generates the 'mvfc' machine instruction which reads the control
       register specified in its argument and returns its value.
  
   -- Built-in Function: void __builtin_rx_mvtachi (int)
!      Generates the 'mvtachi' machine instruction to set the top 32 bits
       of the accumulator.
  
   -- Built-in Function: void __builtin_rx_mvtaclo (int)
!      Generates the 'mvtaclo' machine instruction to set the bottom 32
       bits of the accumulator.
  
   -- Built-in Function: void __builtin_rx_mvtc (int reg, int val)
!      Generates the 'mvtc' machine instruction which sets control
!      register number 'reg' to 'val'.
  
   -- Built-in Function: void __builtin_rx_mvtipl (int)
!      Generates the 'mvtipl' machine instruction set the interrupt
       priority level.
  
   -- Built-in Function: void __builtin_rx_racw (int)
!      Generates the 'racw' machine instruction to round the accumulator
       according to the specified mode.
  
   -- Built-in Function: int __builtin_rx_revw (int)
!      Generates the 'revw' machine instruction which swaps the bytes in
       the argument so that bits 0-7 now occupy bits 8-15 and vice versa,
       and also bits 16-23 occupy bits 24-31 and vice versa.
  
   -- Built-in Function: void __builtin_rx_rmpa (void)
!      Generates the 'rmpa' machine instruction which initiates a repeated
!      multiply and accumulate sequence.
  
   -- Built-in Function: void __builtin_rx_round (float)
!      Generates the 'round' machine instruction which returns the
       floating-point argument rounded according to the current rounding
       mode set in the floating-point status word register.
  
   -- Built-in Function: int __builtin_rx_sat (int)
!      Generates the 'sat' machine instruction which returns the saturated
!      value of the argument.
  
   -- Built-in Function: void __builtin_rx_setpsw (int)
!      Generates the 'setpsw' machine instruction to set the specified bit
!      in the processor status word.
  
   -- Built-in Function: void __builtin_rx_wait (void)
!      Generates the 'wait' machine instruction.
  
  
  File: gcc.info,  Node: S/390 System z Built-in Functions,  Next: SH Built-in Functions,  Prev: RX Built-in Functions,  Up: Target Builtins
--- 44750,44841 ----
  following functions are supported:
  
   -- Built-in Function: void __builtin_rx_brk (void)
!      Generates the `brk' machine instruction.
  
   -- Built-in Function: void __builtin_rx_clrpsw (int)
!      Generates the `clrpsw' machine instruction to clear the specified
       bit in the processor status word.
  
   -- Built-in Function: void __builtin_rx_int (int)
!      Generates the `int' machine instruction to generate an interrupt
       with the specified value.
  
   -- Built-in Function: void __builtin_rx_machi (int, int)
!      Generates the `machi' machine instruction to add the result of
       multiplying the top 16 bits of the two arguments into the
       accumulator.
  
   -- Built-in Function: void __builtin_rx_maclo (int, int)
!      Generates the `maclo' machine instruction to add the result of
       multiplying the bottom 16 bits of the two arguments into the
       accumulator.
  
   -- Built-in Function: void __builtin_rx_mulhi (int, int)
!      Generates the `mulhi' machine instruction to place the result of
       multiplying the top 16 bits of the two arguments into the
       accumulator.
  
   -- Built-in Function: void __builtin_rx_mullo (int, int)
!      Generates the `mullo' machine instruction to place the result of
       multiplying the bottom 16 bits of the two arguments into the
       accumulator.
  
   -- Built-in Function: int __builtin_rx_mvfachi (void)
!      Generates the `mvfachi' machine instruction to read the top 32
!      bits of the accumulator.
  
   -- Built-in Function: int __builtin_rx_mvfacmi (void)
!      Generates the `mvfacmi' machine instruction to read the middle 32
       bits of the accumulator.
  
   -- Built-in Function: int __builtin_rx_mvfc (int)
!      Generates the `mvfc' machine instruction which reads the control
       register specified in its argument and returns its value.
  
   -- Built-in Function: void __builtin_rx_mvtachi (int)
!      Generates the `mvtachi' machine instruction to set the top 32 bits
       of the accumulator.
  
   -- Built-in Function: void __builtin_rx_mvtaclo (int)
!      Generates the `mvtaclo' machine instruction to set the bottom 32
       bits of the accumulator.
  
   -- Built-in Function: void __builtin_rx_mvtc (int reg, int val)
!      Generates the `mvtc' machine instruction which sets control
!      register number `reg' to `val'.
  
   -- Built-in Function: void __builtin_rx_mvtipl (int)
!      Generates the `mvtipl' machine instruction set the interrupt
       priority level.
  
   -- Built-in Function: void __builtin_rx_racw (int)
!      Generates the `racw' machine instruction to round the accumulator
       according to the specified mode.
  
   -- Built-in Function: int __builtin_rx_revw (int)
!      Generates the `revw' machine instruction which swaps the bytes in
       the argument so that bits 0-7 now occupy bits 8-15 and vice versa,
       and also bits 16-23 occupy bits 24-31 and vice versa.
  
   -- Built-in Function: void __builtin_rx_rmpa (void)
!      Generates the `rmpa' machine instruction which initiates a
!      repeated multiply and accumulate sequence.
  
   -- Built-in Function: void __builtin_rx_round (float)
!      Generates the `round' machine instruction which returns the
       floating-point argument rounded according to the current rounding
       mode set in the floating-point status word register.
  
   -- Built-in Function: int __builtin_rx_sat (int)
!      Generates the `sat' machine instruction which returns the
!      saturated value of the argument.
  
   -- Built-in Function: void __builtin_rx_setpsw (int)
!      Generates the `setpsw' machine instruction to set the specified
!      bit in the processor status word.
  
   -- Built-in Function: void __builtin_rx_wait (void)
!      Generates the `wait' machine instruction.
  
  
  File: gcc.info,  Node: S/390 System z Built-in Functions,  Next: SH Built-in Functions,  Prev: RX Built-in Functions,  Up: Target Builtins
*************** File: gcc.info,  Node: S/390 System z Bu
*** 44283,44383 ****
  -----------------------------------------
  
   -- Built-in Function: int __builtin_tbegin (void*)
!      Generates the 'tbegin' machine instruction starting a
!      non-constrained hardware transaction.  If the parameter is non-NULL
!      the memory area is used to store the transaction diagnostic buffer
!      and will be passed as first operand to 'tbegin'.  This buffer can
!      be defined using the 'struct __htm_tdb' C struct defined in
!      'htmintrin.h' and must reside on a double-word boundary.  The
!      second tbegin operand is set to '0xff0c'.  This enables
!      save/restore of all GPRs and disables aborts for FPR and AR
       manipulations inside the transaction body.  The condition code set
       by the tbegin instruction is returned as integer value.  The tbegin
       instruction by definition overwrites the content of all FPRs.  The
       compiler will generate code which saves and restores the FPRs.  For
!      soft-float code it is recommended to used the '*_nofloat' variant.
!      In order to prevent a TDB from being written it is required to pass
!      a constant zero value as parameter.  Passing a zero value through a
!      variable is not sufficient.  Although modifications of access
!      registers inside the transaction will not trigger an transaction
!      abort it is not supported to actually modify them.  Access
!      registers do not get saved when entering a transaction.  They will
!      have undefined state when reaching the abort code.
  
   Macros for the possible return codes of tbegin are defined in the
! 'htmintrin.h' header file:
  
! '_HTM_TBEGIN_STARTED'
!      'tbegin' has been executed as part of normal processing.  The
       transaction body is supposed to be executed.
! '_HTM_TBEGIN_INDETERMINATE'
       The transaction was aborted due to an indeterminate condition which
       might be persistent.
! '_HTM_TBEGIN_TRANSIENT'
       The transaction aborted due to a transient failure.  The
       transaction should be re-executed in that case.
! '_HTM_TBEGIN_PERSISTENT'
       The transaction aborted due to a persistent failure.  Re-execution
       under same circumstances will not be productive.
  
   -- Macro: _HTM_FIRST_USER_ABORT_CODE
!      The '_HTM_FIRST_USER_ABORT_CODE' defined in 'htmintrin.h' specifies
!      the first abort code which can be used for '__builtin_tabort'.
!      Values below this threshold are reserved for machine use.
  
   -- Data type: struct __htm_tdb
!      The 'struct __htm_tdb' defined in 'htmintrin.h' describes the
       structure of the transaction diagnostic block as specified in the
       Principles of Operation manual chapter 5-91.
  
   -- Built-in Function: int __builtin_tbegin_nofloat (void*)
!      Same as '__builtin_tbegin' but without FPR saves and restores.
       Using this variant in code making use of FPRs will leave the FPRs
       in undefined state when entering the transaction abort handler
       code.
  
   -- Built-in Function: int __builtin_tbegin_retry (void*, int)
!      In addition to '__builtin_tbegin' a loop for transient failures is
       generated.  If tbegin returns a condition code of 2 the transaction
       will be retried as often as specified in the second argument.  The
       perform processor assist instruction is used to tell the CPU about
       the number of fails so far.
  
   -- Built-in Function: int __builtin_tbegin_retry_nofloat (void*, int)
!      Same as '__builtin_tbegin_retry' but without FPR saves and
       restores.  Using this variant in code making use of FPRs will leave
       the FPRs in undefined state when entering the transaction abort
       handler code.
  
   -- Built-in Function: void __builtin_tbeginc (void)
!      Generates the 'tbeginc' machine instruction starting a constrained
!      hardware transaction.  The second operand is set to '0xff08'.
  
   -- Built-in Function: int __builtin_tend (void)
!      Generates the 'tend' machine instruction finishing a transaction
       and making the changes visible to other threads.  The condition
       code generated by tend is returned as integer value.
  
   -- Built-in Function: void __builtin_tabort (int)
!      Generates the 'tabort' machine instruction with the specified abort
!      code.  Abort codes from 0 through 255 are reserved and will result
!      in an error message.
  
   -- Built-in Function: void __builtin_tx_assist (int)
!      Generates the 'ppa rX,rY,1' machine instruction.  Where the integer
!      parameter is loaded into rX and a value of zero is loaded into rY.
!      The integer parameter specifies the number of times the transaction
!      repeatedly aborted.
  
   -- Built-in Function: int __builtin_tx_nesting_depth (void)
!      Generates the 'etnd' machine instruction.  The current nesting
       depth is returned as integer value.  For a nesting depth of 0 the
       code is not executed as part of an transaction.
  
   -- Built-in Function: void __builtin_non_tx_store (uint64_t *,
            uint64_t)
! 
!      Generates the 'ntstg' machine instruction.  The second argument is
       written to the first arguments location.  The store operation will
       not be rolled-back in case of an transaction abort.
  
--- 44844,44947 ----
  -----------------------------------------
  
   -- Built-in Function: int __builtin_tbegin (void*)
!      Generates the `tbegin' machine instruction starting a
!      non-constrained hardware transaction.  If the parameter is
!      non-NULL the memory area is used to store the transaction
!      diagnostic buffer and will be passed as first operand to `tbegin'.
!      This buffer can be defined using the `struct __htm_tdb' C struct
!      defined in `htmintrin.h' and must reside on a double-word
!      boundary.  The second tbegin operand is set to `0xff0c'. This
!      enables save/restore of all GPRs and disables aborts for FPR and AR
       manipulations inside the transaction body.  The condition code set
       by the tbegin instruction is returned as integer value.  The tbegin
       instruction by definition overwrites the content of all FPRs.  The
       compiler will generate code which saves and restores the FPRs.  For
!      soft-float code it is recommended to used the `*_nofloat' variant.
!      In order to prevent a TDB from being written it is required to
!      pass a constant zero value as parameter.  Passing a zero value
!      through a variable is not sufficient.  Although modifications of
!      access registers inside the transaction will not trigger an
!      transaction abort it is not supported to actually modify them.
!      Access registers do not get saved when entering a transaction.
!      They will have undefined state when reaching the abort code.
  
   Macros for the possible return codes of tbegin are defined in the
! `htmintrin.h' header file:
  
! `_HTM_TBEGIN_STARTED'
!      `tbegin' has been executed as part of normal processing.  The
       transaction body is supposed to be executed.
! 
! `_HTM_TBEGIN_INDETERMINATE'
       The transaction was aborted due to an indeterminate condition which
       might be persistent.
! 
! `_HTM_TBEGIN_TRANSIENT'
       The transaction aborted due to a transient failure.  The
       transaction should be re-executed in that case.
! 
! `_HTM_TBEGIN_PERSISTENT'
       The transaction aborted due to a persistent failure.  Re-execution
       under same circumstances will not be productive.
  
   -- Macro: _HTM_FIRST_USER_ABORT_CODE
!      The `_HTM_FIRST_USER_ABORT_CODE' defined in `htmintrin.h'
!      specifies the first abort code which can be used for
!      `__builtin_tabort'.  Values below this threshold are reserved for
!      machine use.
  
   -- Data type: struct __htm_tdb
!      The `struct __htm_tdb' defined in `htmintrin.h' describes the
       structure of the transaction diagnostic block as specified in the
       Principles of Operation manual chapter 5-91.
  
   -- Built-in Function: int __builtin_tbegin_nofloat (void*)
!      Same as `__builtin_tbegin' but without FPR saves and restores.
       Using this variant in code making use of FPRs will leave the FPRs
       in undefined state when entering the transaction abort handler
       code.
  
   -- Built-in Function: int __builtin_tbegin_retry (void*, int)
!      In addition to `__builtin_tbegin' a loop for transient failures is
       generated.  If tbegin returns a condition code of 2 the transaction
       will be retried as often as specified in the second argument.  The
       perform processor assist instruction is used to tell the CPU about
       the number of fails so far.
  
   -- Built-in Function: int __builtin_tbegin_retry_nofloat (void*, int)
!      Same as `__builtin_tbegin_retry' but without FPR saves and
       restores.  Using this variant in code making use of FPRs will leave
       the FPRs in undefined state when entering the transaction abort
       handler code.
  
   -- Built-in Function: void __builtin_tbeginc (void)
!      Generates the `tbeginc' machine instruction starting a constrained
!      hardware transaction.  The second operand is set to `0xff08'.
  
   -- Built-in Function: int __builtin_tend (void)
!      Generates the `tend' machine instruction finishing a transaction
       and making the changes visible to other threads.  The condition
       code generated by tend is returned as integer value.
  
   -- Built-in Function: void __builtin_tabort (int)
!      Generates the `tabort' machine instruction with the specified
!      abort code.  Abort codes from 0 through 255 are reserved and will
!      result in an error message.
  
   -- Built-in Function: void __builtin_tx_assist (int)
!      Generates the `ppa rX,rY,1' machine instruction.  Where the
!      integer parameter is loaded into rX and a value of zero is loaded
!      into rY.  The integer parameter specifies the number of times the
!      transaction repeatedly aborted.
  
   -- Built-in Function: int __builtin_tx_nesting_depth (void)
!      Generates the `etnd' machine instruction.  The current nesting
       depth is returned as integer value.  For a nesting depth of 0 the
       code is not executed as part of an transaction.
  
   -- Built-in Function: void __builtin_non_tx_store (uint64_t *,
            uint64_t)
!      Generates the `ntstg' machine instruction.  The second argument is
       written to the first arguments location.  The store operation will
       not be rolled-back in case of an transaction abort.
  
*************** The following built-in functions are sup
*** 44391,44408 ****
  SH4 families of processors:
  
   -- Built-in Function: void __builtin_set_thread_pointer (void *PTR)
!      Sets the 'GBR' register to the specified value PTR.  This is
       usually used by system code that manages threads and execution
       contexts.  The compiler normally does not generate code that
!      modifies the contents of 'GBR' and thus the value is preserved
!      across function calls.  Changing the 'GBR' value in user code must
!      be done with caution, since the compiler might use 'GBR' in order
       to access thread local variables.
  
   -- Built-in Function: void * __builtin_thread_pointer (void)
!      Returns the value that is currently set in the 'GBR' register.
       Memory loads and stores that use the thread pointer as a base
!      address are turned into 'GBR' based displacement loads and stores,
       if possible.  For example:
            struct my_tcb
            {
--- 44955,44973 ----
  SH4 families of processors:
  
   -- Built-in Function: void __builtin_set_thread_pointer (void *PTR)
!      Sets the `GBR' register to the specified value PTR.  This is
       usually used by system code that manages threads and execution
       contexts.  The compiler normally does not generate code that
!      modifies the contents of `GBR' and thus the value is preserved
!      across function calls.  Changing the `GBR' value in user code must
!      be done with caution, since the compiler might use `GBR' in order
       to access thread local variables.
  
+ 
   -- Built-in Function: void * __builtin_thread_pointer (void)
!      Returns the value that is currently set in the `GBR' register.
       Memory loads and stores that use the thread pointer as a base
!      address are turned into `GBR' based displacement loads and stores,
       if possible.  For example:
            struct my_tcb
            {
*************** SH4 families of processors:
*** 44411,44426 ****
  
            int get_tcb_value (void)
            {
!             // Generate 'mov.l @(8,gbr),r0' instruction
              return ((my_tcb*)__builtin_thread_pointer ())->c;
            }
  
- 
   -- Built-in Function: unsigned int __builtin_sh_get_fpscr (void)
!      Returns the value that is currently set in the 'FPSCR' register.
  
   -- Built-in Function: void __builtin_sh_set_fpscr (unsigned int VAL)
!      Sets the 'FPSCR' register to the specified value VAL, while
       preserving the current values of the FR, SZ and PR bits.
  
  
--- 44976,44990 ----
  
            int get_tcb_value (void)
            {
!             // Generate `mov.l @(8,gbr),r0' instruction
              return ((my_tcb*)__builtin_thread_pointer ())->c;
            }
  
   -- Built-in Function: unsigned int __builtin_sh_get_fpscr (void)
!      Returns the value that is currently set in the `FPSCR' register.
  
   -- Built-in Function: void __builtin_sh_set_fpscr (unsigned int VAL)
!      Sets the `FPSCR' register to the specified value VAL, while
       preserving the current values of the FR, SZ and PR bits.
  
  
*************** File: gcc.info,  Node: SPARC VIS Built-i
*** 44431,44438 ****
  
  GCC supports SIMD operations on the SPARC using both the generic vector
  extensions (*note Vector Extensions::) as well as built-in functions for
! the SPARC Visual Instruction Set (VIS). When you use the '-mvis' switch,
! the VIS extension is exposed as the following built-in functions:
  
       typedef int v1si __attribute__ ((vector_size (4)));
       typedef int v2si __attribute__ ((vector_size (8)));
--- 44995,45003 ----
  
  GCC supports SIMD operations on the SPARC using both the generic vector
  extensions (*note Vector Extensions::) as well as built-in functions for
! the SPARC Visual Instruction Set (VIS).  When you use the `-mvis'
! switch, the VIS extension is exposed as the following built-in
! functions:
  
       typedef int v1si __attribute__ ((vector_size (4)));
       typedef int v2si __attribute__ ((vector_size (8)));
*************** the VIS extension is exposed as the foll
*** 44497,44503 ****
       long __builtin_vis_array16 (long, long);
       long __builtin_vis_array32 (long, long);
  
!  When you use the '-mvis2' switch, the VIS version 2.0 built-in
  functions also become available:
  
       long __builtin_vis_bmask (long, long);
--- 45062,45068 ----
       long __builtin_vis_array16 (long, long);
       long __builtin_vis_array32 (long, long);
  
!  When you use the `-mvis2' switch, the VIS version 2.0 built-in
  functions also become available:
  
       long __builtin_vis_bmask (long, long);
*************** functions also become available:
*** 44513,44519 ****
       long __builtin_vis_edge32n (void *, void *);
       long __builtin_vis_edge32ln (void *, void *);
  
!  When you use the '-mvis3' switch, the VIS version 3.0 built-in
  functions also become available:
  
       void __builtin_vis_cmask8 (long);
--- 45078,45084 ----
       long __builtin_vis_edge32n (void *, void *);
       long __builtin_vis_edge32ln (void *, void *);
  
!  When you use the `-mvis3' switch, the VIS version 3.0 built-in
  functions also become available:
  
       void __builtin_vis_cmask8 (long);
*************** functions also become available:
*** 44563,44569 ****
       int64_t __builtin_vis_xmulx (int64_t, int64_t);
       int64_t __builtin_vis_xmulxhi (int64_t, int64_t);
  
!  When you use the '-mvis4' switch, the VIS version 4.0 built-in
  functions also become available:
  
       v8qi __builtin_vis_fpadd8 (v8qi, v8qi);
--- 45128,45134 ----
       int64_t __builtin_vis_xmulx (int64_t, int64_t);
       int64_t __builtin_vis_xmulxhi (int64_t, int64_t);
  
!  When you use the `-mvis4' switch, the VIS version 4.0 built-in
  functions also become available:
  
       v8qi __builtin_vis_fpadd8 (v8qi, v8qi);
*************** functions also become available:
*** 44600,44605 ****
--- 45165,45207 ----
       v4hi __builtin_vis_fpminu16 (v4hi, v4hi);
       v2si __builtin_vis_fpminu32 (v2si, v2si);
  
+  When you use the `-mvis4b' switch, the VIS version 4.0B built-in
+ functions also become available:
+ 
+      v8qi __builtin_vis_dictunpack8 (double, int);
+      v4hi __builtin_vis_dictunpack16 (double, int);
+      v2si __builtin_vis_dictunpack32 (double, int);
+ 
+      long __builtin_vis_fpcmple8shl (v8qi, v8qi, int);
+      long __builtin_vis_fpcmpgt8shl (v8qi, v8qi, int);
+      long __builtin_vis_fpcmpeq8shl (v8qi, v8qi, int);
+      long __builtin_vis_fpcmpne8shl (v8qi, v8qi, int);
+ 
+      long __builtin_vis_fpcmple16shl (v4hi, v4hi, int);
+      long __builtin_vis_fpcmpgt16shl (v4hi, v4hi, int);
+      long __builtin_vis_fpcmpeq16shl (v4hi, v4hi, int);
+      long __builtin_vis_fpcmpne16shl (v4hi, v4hi, int);
+ 
+      long __builtin_vis_fpcmple32shl (v2si, v2si, int);
+      long __builtin_vis_fpcmpgt32shl (v2si, v2si, int);
+      long __builtin_vis_fpcmpeq32shl (v2si, v2si, int);
+      long __builtin_vis_fpcmpne32shl (v2si, v2si, int);
+ 
+      long __builtin_vis_fpcmpule8shl (v8qi, v8qi, int);
+      long __builtin_vis_fpcmpugt8shl (v8qi, v8qi, int);
+      long __builtin_vis_fpcmpule16shl (v4hi, v4hi, int);
+      long __builtin_vis_fpcmpugt16shl (v4hi, v4hi, int);
+      long __builtin_vis_fpcmpule32shl (v2si, v2si, int);
+      long __builtin_vis_fpcmpugt32shl (v2si, v2si, int);
+ 
+      long __builtin_vis_fpcmpde8shl (v8qi, v8qi, int);
+      long __builtin_vis_fpcmpde16shl (v4hi, v4hi, int);
+      long __builtin_vis_fpcmpde32shl (v2si, v2si, int);
+ 
+      long __builtin_vis_fpcmpur8shl (v8qi, v8qi, int);
+      long __builtin_vis_fpcmpur16shl (v4hi, v4hi, int);
+      long __builtin_vis_fpcmpur32shl (v2si, v2si, int);
+ 
  
  File: gcc.info,  Node: SPU Built-in Functions,  Next: TI C6X Built-in Functions,  Prev: SPARC VIS Built-in Functions,  Up: Target Builtins
  
*************** implementation differs in several ways.
*** 44616,44630 ****
     * A vector initializer requires no cast if the vector constant is of
       the same type as the variable it is initializing.
  
!    * If 'signed' or 'unsigned' is omitted, the signedness of the vector
       type is the default signedness of the base type.  The default
       varies depending on the operating system, so a portable program
       should always specify the signedness.
  
!    * By default, the keyword '__vector' is added.  The macro 'vector' is
!      defined in '<spu_intrinsics.h>' and can be undefined.
  
!    * GCC allows using a 'typedef' name as the type specifier for a
       vector type.
  
     * For C, overloaded functions are implemented with macros so the
--- 45218,45232 ----
     * A vector initializer requires no cast if the vector constant is of
       the same type as the variable it is initializing.
  
!    * If `signed' or `unsigned' is omitted, the signedness of the vector
       type is the default signedness of the base type.  The default
       varies depending on the operating system, so a portable program
       should always specify the signedness.
  
!    * By default, the keyword `__vector' is added. The macro `vector' is
!      defined in `<spu_intrinsics.h>' and can be undefined.
  
!    * GCC allows using a `typedef' name as the type specifier for a
       vector type.
  
     * For C, overloaded functions are implemented with macros so the
*************** implementation differs in several ways.
*** 44632,44645 ****
  
              spu_add ((vector signed int){1, 2, 3, 4}, foo);
  
!      Since 'spu_add' is a macro, the vector constant in the example is
       treated as four separate arguments.  Wrap the entire argument in
       parentheses for this to work.
  
!    * The extended version of '__builtin_expect' is not supported.
  
   _Note:_ Only the interface described in the aforementioned
! specification is supported.  Internally, GCC uses built-in functions to
  implement the required functionality, but these are not supported and
  are subject to change without notice.
  
--- 45234,45248 ----
  
              spu_add ((vector signed int){1, 2, 3, 4}, foo);
  
!      Since `spu_add' is a macro, the vector constant in the example is
       treated as four separate arguments.  Wrap the entire argument in
       parentheses for this to work.
  
!    * The extended version of `__builtin_expect' is not supported.
! 
  
   _Note:_ Only the interface described in the aforementioned
! specification is supported. Internally, GCC uses built-in functions to
  implement the required functionality, but these are not supported and
  are subject to change without notice.
  
*************** File: gcc.info,  Node: TI C6X Built-in F
*** 44651,44657 ****
  
  GCC provides intrinsics to access certain instructions of the TI C6X
  processors.  These intrinsics, listed below, are available after
! inclusion of the 'c6x_intrinsics.h' header file.  They map directly to
  C6X instructions.
  
  
--- 45254,45260 ----
  
  GCC provides intrinsics to access certain instructions of the TI C6X
  processors.  These intrinsics, listed below, are available after
! inclusion of the `c6x_intrinsics.h' header file.  They map directly to
  C6X instructions.
  
  
*************** C6X instructions.
*** 44682,44688 ****
       int _abs (int)
       int _abs2 (int)
  
- 
  
  File: gcc.info,  Node: TILE-Gx Built-in Functions,  Next: TILEPro Built-in Functions,  Prev: TI C6X Built-in Functions,  Up: Target Builtins
  
--- 45285,45290 ----
*************** processor.  The intrinsics are of the fo
*** 44695,44701 ****
  
       unsigned long long __insn_OP (...)
  
- 
   Where OP is the name of the instruction.  Refer to the ISA manual for
  the complete list of instructions.
  
--- 45297,45302 ----
*************** The intrinsics are:
*** 44712,44720 ****
       void __tile_idn_send (unsigned long long)
       void __tile_udn_send (unsigned long long)
  
! 
!  The intrinsic 'void __tile_network_barrier (void)' is used to guarantee
! that no network operations before it are reordered with those after it.
  
  
  File: gcc.info,  Node: TILEPro Built-in Functions,  Next: x86 Built-in Functions,  Prev: TILE-Gx Built-in Functions,  Up: Target Builtins
--- 45313,45321 ----
       void __tile_idn_send (unsigned long long)
       void __tile_udn_send (unsigned long long)
  
!  The intrinsic `void __tile_network_barrier (void)' is used to
! guarantee that no network operations before it are reordered with those
! after it.
  
  
  File: gcc.info,  Node: TILEPro Built-in Functions,  Next: x86 Built-in Functions,  Prev: TILE-Gx Built-in Functions,  Up: Target Builtins
*************** processor.  The intrinsics are of the fo
*** 44728,44734 ****
  
       unsigned __insn_OP (...)
  
- 
  where OP is the name of the instruction.  Refer to the ISA manual for
  the complete list of instructions.
  
--- 45329,45334 ----
*************** The intrinsics are:
*** 44747,44755 ****
       void __tile_sn_send (unsigned)
       void __tile_udn_send (unsigned)
  
! 
!  The intrinsic 'void __tile_network_barrier (void)' is used to guarantee
! that no network operations before it are reordered with those after it.
  
  
  File: gcc.info,  Node: x86 Built-in Functions,  Next: x86 transactional memory intrinsics,  Prev: TILEPro Built-in Functions,  Up: Target Builtins
--- 45347,45355 ----
       void __tile_sn_send (unsigned)
       void __tile_udn_send (unsigned)
  
!  The intrinsic `void __tile_network_barrier (void)' is used to
! guarantee that no network operations before it are reordered with those
! after it.
  
  
  File: gcc.info,  Node: x86 Built-in Functions,  Next: x86 transactional memory intrinsics,  Prev: TILEPro Built-in Functions,  Up: Target Builtins
*************** File: gcc.info,  Node: x86 Built-in Func
*** 44760,44792 ****
  These built-in functions are available for the x86-32 and x86-64 family
  of computers, depending on the command-line switches used.
  
!  If you specify command-line switches such as '-msse', the compiler
  could use the extended instruction sets even if the built-ins are not
  used explicitly in the program.  For this reason, applications that
  perform run-time CPU detection must compile separate files for each
! supported architecture, using the appropriate flags.  In particular, the
! file containing the CPU detection code should be compiled without these
! options.
  
   The following machine modes are available for use with MMX built-in
! functions (*note Vector Extensions::): 'V2SI' for a vector of two 32-bit
! integers, 'V4HI' for a vector of four 16-bit integers, and 'V8QI' for a
! vector of eight 8-bit integers.  Some of the built-in functions operate
! on MMX registers as a whole 64-bit entity, these use 'V1DI' as their
! mode.
  
!  If 3DNow! extensions are enabled, 'V2SF' is used as a mode for a vector
  of two 32-bit floating-point values.
  
!  If SSE extensions are enabled, 'V4SF' is used for a vector of four
  32-bit floating-point values.  Some instructions use a vector of four
! 32-bit integers, these use 'V4SI'.  Finally, some instructions operate
  on an entire vector register, interpreting it as a 128-bit integer,
! these use mode 'TI'.
  
   The x86-32 and x86-64 family of processors use additional built-in
! functions for efficient use of 'TF' ('__float128') 128-bit floating
! point and 'TC' 128-bit complex floating-point values.
  
   The following floating-point built-in functions are always available.
  All of them implement the function that is part of the name.
--- 45360,45392 ----
  These built-in functions are available for the x86-32 and x86-64 family
  of computers, depending on the command-line switches used.
  
!  If you specify command-line switches such as `-msse', the compiler
  could use the extended instruction sets even if the built-ins are not
  used explicitly in the program.  For this reason, applications that
  perform run-time CPU detection must compile separate files for each
! supported architecture, using the appropriate flags.  In particular,
! the file containing the CPU detection code should be compiled without
! these options.
  
   The following machine modes are available for use with MMX built-in
! functions (*note Vector Extensions::): `V2SI' for a vector of two
! 32-bit integers, `V4HI' for a vector of four 16-bit integers, and
! `V8QI' for a vector of eight 8-bit integers.  Some of the built-in
! functions operate on MMX registers as a whole 64-bit entity, these use
! `V1DI' as their mode.
  
!  If 3DNow! extensions are enabled, `V2SF' is used as a mode for a vector
  of two 32-bit floating-point values.
  
!  If SSE extensions are enabled, `V4SF' is used for a vector of four
  32-bit floating-point values.  Some instructions use a vector of four
! 32-bit integers, these use `V4SI'.  Finally, some instructions operate
  on an entire vector register, interpreting it as a 128-bit integer,
! these use mode `TI'.
  
   The x86-32 and x86-64 family of processors use additional built-in
! functions for efficient use of `TF' (`__float128') 128-bit floating
! point and `TC' 128-bit complex floating-point values.
  
   The following floating-point built-in functions are always available.
  All of them implement the function that is part of the name.
*************** All of them implement the function that
*** 44796,44819 ****
  
   The following built-in functions are always available.
  
! '__float128 __builtin_infq (void)'
!      Similar to '__builtin_inf', except the return type is '__float128'.
  
! '__float128 __builtin_huge_valq (void)'
!      Similar to '__builtin_huge_val', except the return type is
!      '__float128'.
  
! '__float128 __builtin_nanq (void)'
!      Similar to '__builtin_nan', except the return type is '__float128'.
  
! '__float128 __builtin_nansq (void)'
!      Similar to '__builtin_nans', except the return type is
!      '__float128'.
  
   The following built-in function is always available.
  
! 'void __builtin_ia32_pause (void)'
!      Generates the 'pause' machine instruction with a compiler memory
       barrier.
  
   The following built-in functions are always available and can be used
--- 45396,45419 ----
  
   The following built-in functions are always available.
  
! `__float128 __builtin_infq (void)'
!      Similar to `__builtin_inf', except the return type is `__float128'.  
  
! `__float128 __builtin_huge_valq (void)'
!      Similar to `__builtin_huge_val', except the return type is
!      `__float128'.  
  
! `__float128 __builtin_nanq (void)'
!      Similar to `__builtin_nan', except the return type is `__float128'.  
  
! `__float128 __builtin_nansq (void)'
!      Similar to `__builtin_nans', except the return type is
!      `__float128'.  
  
   The following built-in function is always available.
  
! `void __builtin_ia32_pause (void)'
!      Generates the `pause' machine instruction with a compiler memory
       barrier.
  
   The following built-in functions are always available and can be used
*************** to check the target platform type.
*** 44823,44836 ****
       This function runs the CPU detection code to check the type of CPU
       and the features supported.  This built-in function needs to be
       invoked along with the built-in functions to check CPU type and
!      features, '__builtin_cpu_is' and '__builtin_cpu_supports', only
       when used in a function that is executed before any constructors
       are called.  The CPU detection code is automatically executed in a
       very high priority constructor.
  
!      For example, this function has to be used in 'ifunc' resolvers that
!      check for CPU type using the built-in functions '__builtin_cpu_is'
!      and '__builtin_cpu_supports', or in constructors on targets that
       don't support constructor priority.
  
            static void (*resolve_memcpy (void)) (void)
--- 45423,45436 ----
       This function runs the CPU detection code to check the type of CPU
       and the features supported.  This built-in function needs to be
       invoked along with the built-in functions to check CPU type and
!      features, `__builtin_cpu_is' and `__builtin_cpu_supports', only
       when used in a function that is executed before any constructors
       are called.  The CPU detection code is automatically executed in a
       very high priority constructor.
  
!      For example, this function has to be used in `ifunc' resolvers that
!      check for CPU type using the built-in functions `__builtin_cpu_is'
!      and `__builtin_cpu_supports', or in constructors on targets that
       don't support constructor priority.
  
            static void (*resolve_memcpy (void)) (void)
*************** to check the target platform type.
*** 44847,44915 ****
            void *memcpy (void *, const void *, size_t)
                 __attribute__ ((ifunc ("resolve_memcpy")));
  
   -- Built-in Function: int __builtin_cpu_is (const char *CPUNAME)
       This function returns a positive integer if the run-time CPU is of
!      type CPUNAME and returns '0' otherwise.  The following CPU names
       can be detected:
  
!      'intel'
            Intel CPU.
  
!      'atom'
            Intel Atom CPU.
  
!      'core2'
            Intel Core 2 CPU.
  
!      'corei7'
            Intel Core i7 CPU.
  
!      'nehalem'
            Intel Core i7 Nehalem CPU.
  
!      'westmere'
            Intel Core i7 Westmere CPU.
  
!      'sandybridge'
            Intel Core i7 Sandy Bridge CPU.
  
!      'amd'
            AMD CPU.
  
!      'amdfam10h'
            AMD Family 10h CPU.
  
!      'barcelona'
            AMD Family 10h Barcelona CPU.
  
!      'shanghai'
            AMD Family 10h Shanghai CPU.
  
!      'istanbul'
            AMD Family 10h Istanbul CPU.
  
!      'btver1'
            AMD Family 14h CPU.
  
!      'amdfam15h'
            AMD Family 15h CPU.
  
!      'bdver1'
            AMD Family 15h Bulldozer version 1.
  
!      'bdver2'
            AMD Family 15h Bulldozer version 2.
  
!      'bdver3'
            AMD Family 15h Bulldozer version 3.
  
!      'bdver4'
            AMD Family 15h Bulldozer version 4.
  
!      'btver2'
            AMD Family 16h CPU.
  
!      'znver1'
            AMD Family 17h CPU.
  
       Here is an example:
--- 45447,45516 ----
            void *memcpy (void *, const void *, size_t)
                 __attribute__ ((ifunc ("resolve_memcpy")));
  
+ 
   -- Built-in Function: int __builtin_cpu_is (const char *CPUNAME)
       This function returns a positive integer if the run-time CPU is of
!      type CPUNAME and returns `0' otherwise. The following CPU names
       can be detected:
  
!     `intel'
            Intel CPU.
  
!     `atom'
            Intel Atom CPU.
  
!     `core2'
            Intel Core 2 CPU.
  
!     `corei7'
            Intel Core i7 CPU.
  
!     `nehalem'
            Intel Core i7 Nehalem CPU.
  
!     `westmere'
            Intel Core i7 Westmere CPU.
  
!     `sandybridge'
            Intel Core i7 Sandy Bridge CPU.
  
!     `amd'
            AMD CPU.
  
!     `amdfam10h'
            AMD Family 10h CPU.
  
!     `barcelona'
            AMD Family 10h Barcelona CPU.
  
!     `shanghai'
            AMD Family 10h Shanghai CPU.
  
!     `istanbul'
            AMD Family 10h Istanbul CPU.
  
!     `btver1'
            AMD Family 14h CPU.
  
!     `amdfam15h'
            AMD Family 15h CPU.
  
!     `bdver1'
            AMD Family 15h Bulldozer version 1.
  
!     `bdver2'
            AMD Family 15h Bulldozer version 2.
  
!     `bdver3'
            AMD Family 15h Bulldozer version 3.
  
!     `bdver4'
            AMD Family 15h Bulldozer version 4.
  
!     `btver2'
            AMD Family 16h CPU.
  
!     `znver1'
            AMD Family 17h CPU.
  
       Here is an example:
*************** to check the target platform type.
*** 44924,44955 ****
  
   -- Built-in Function: int __builtin_cpu_supports (const char *FEATURE)
       This function returns a positive integer if the run-time CPU
!      supports FEATURE and returns '0' otherwise.  The following features
       can be detected:
  
!      'cmov'
            CMOV instruction.
!      'mmx'
            MMX instructions.
!      'popcnt'
            POPCNT instruction.
!      'sse'
            SSE instructions.
!      'sse2'
            SSE2 instructions.
!      'sse3'
            SSE3 instructions.
!      'ssse3'
            SSSE3 instructions.
!      'sse4.1'
            SSE4.1 instructions.
!      'sse4.2'
            SSE4.2 instructions.
!      'avx'
            AVX instructions.
!      'avx2'
            AVX2 instructions.
!      'avx512f'
            AVX512F instructions.
  
       Here is an example:
--- 45525,45567 ----
  
   -- Built-in Function: int __builtin_cpu_supports (const char *FEATURE)
       This function returns a positive integer if the run-time CPU
!      supports FEATURE and returns `0' otherwise. The following features
       can be detected:
  
!     `cmov'
            CMOV instruction.
! 
!     `mmx'
            MMX instructions.
! 
!     `popcnt'
            POPCNT instruction.
! 
!     `sse'
            SSE instructions.
! 
!     `sse2'
            SSE2 instructions.
! 
!     `sse3'
            SSE3 instructions.
! 
!     `ssse3'
            SSSE3 instructions.
! 
!     `sse4.1'
            SSE4.1 instructions.
! 
!     `sse4.2'
            SSE4.2 instructions.
! 
!     `avx'
            AVX instructions.
! 
!     `avx2'
            AVX2 instructions.
! 
!     `avx512f'
            AVX512F instructions.
  
       Here is an example:
*************** to check the target platform type.
*** 44962,44969 ****
                 count = generic_countbits (n); //generic implementation.
              }
  
!  The following built-in functions are made available by '-mmmx'.  All of
! them generate the machine instruction that is part of the name.
  
       v8qi __builtin_ia32_paddb (v8qi, v8qi)
       v4hi __builtin_ia32_paddw (v4hi, v4hi)
--- 45574,45581 ----
                 count = generic_countbits (n); //generic implementation.
              }
  
!  The following built-in functions are made available by `-mmmx'.  All
! of them generate the machine instruction that is part of the name.
  
       v8qi __builtin_ia32_paddb (v8qi, v8qi)
       v4hi __builtin_ia32_paddw (v4hi, v4hi)
*************** them generate the machine instruction th
*** 45018,45026 ****
       v4hi __builtin_ia32_psrawi (v4hi, int)
       v2si __builtin_ia32_psradi (v2si, int)
  
- 
   The following built-in functions are made available either with
! '-msse', or with '-m3dnowa'.  All of them generate the machine
  instruction that is part of the name.
  
       v4hi __builtin_ia32_pmulhuw (v4hi, v4hi)
--- 45630,45637 ----
       v4hi __builtin_ia32_psrawi (v4hi, int)
       v2si __builtin_ia32_psradi (v2si, int)
  
   The following built-in functions are made available either with
! `-msse', or with `-m3dnowa'.  All of them generate the machine
  instruction that is part of the name.
  
       v4hi __builtin_ia32_pmulhuw (v4hi, v4hi)
*************** instruction that is part of the name.
*** 45036,45042 ****
       void __builtin_ia32_movntq (di *, di)
       void __builtin_ia32_sfence (void)
  
!  The following built-in functions are available when '-msse' is used.
  All of them generate the machine instruction that is part of the name.
  
       int __builtin_ia32_comieq (v4sf, v4sf)
--- 45647,45653 ----
       void __builtin_ia32_movntq (di *, di)
       void __builtin_ia32_sfence (void)
  
!  The following built-in functions are available when `-msse' is used.
  All of them generate the machine instruction that is part of the name.
  
       int __builtin_ia32_comieq (v4sf, v4sf)
*************** All of them generate the machine instruc
*** 45108,45131 ****
       void __builtin_ia32_movntps (float *, v4sf)
       int __builtin_ia32_movmskps (v4sf)
  
!  The following built-in functions are available when '-msse' is used.
  
! 'v4sf __builtin_ia32_loadups (float *)'
!      Generates the 'movups' machine instruction as a load from memory.
! 'void __builtin_ia32_storeups (float *, v4sf)'
!      Generates the 'movups' machine instruction as a store to memory.
! 'v4sf __builtin_ia32_loadss (float *)'
!      Generates the 'movss' machine instruction as a load from memory.
! 'v4sf __builtin_ia32_loadhps (v4sf, const v2sf *)'
!      Generates the 'movhps' machine instruction as a load from memory.
! 'v4sf __builtin_ia32_loadlps (v4sf, const v2sf *)'
!      Generates the 'movlps' machine instruction as a load from memory
! 'void __builtin_ia32_storehps (v2sf *, v4sf)'
!      Generates the 'movhps' machine instruction as a store to memory.
! 'void __builtin_ia32_storelps (v2sf *, v4sf)'
!      Generates the 'movlps' machine instruction as a store to memory.
  
!  The following built-in functions are available when '-msse2' is used.
  All of them generate the machine instruction that is part of the name.
  
       int __builtin_ia32_comisdeq (v2df, v2df)
--- 45719,45748 ----
       void __builtin_ia32_movntps (float *, v4sf)
       int __builtin_ia32_movmskps (v4sf)
  
!  The following built-in functions are available when `-msse' is used.
  
! `v4sf __builtin_ia32_loadups (float *)'
!      Generates the `movups' machine instruction as a load from memory.
  
! `void __builtin_ia32_storeups (float *, v4sf)'
!      Generates the `movups' machine instruction as a store to memory.
! 
! `v4sf __builtin_ia32_loadss (float *)'
!      Generates the `movss' machine instruction as a load from memory.
! 
! `v4sf __builtin_ia32_loadhps (v4sf, const v2sf *)'
!      Generates the `movhps' machine instruction as a load from memory.
! 
! `v4sf __builtin_ia32_loadlps (v4sf, const v2sf *)'
!      Generates the `movlps' machine instruction as a load from memory
! 
! `void __builtin_ia32_storehps (v2sf *, v4sf)'
!      Generates the `movhps' machine instruction as a store to memory.
! 
! `void __builtin_ia32_storelps (v2sf *, v4sf)'
!      Generates the `movlps' machine instruction as a store to memory.
! 
!  The following built-in functions are available when `-msse2' is used.
  All of them generate the machine instruction that is part of the name.
  
       int __builtin_ia32_comisdeq (v2df, v2df)
*************** All of them generate the machine instruc
*** 45284,45290 ****
       v4si __builtin_ia32_pmaddwd128 (v8hi, v8hi)
       v2di __builtin_ia32_movq128 (v2di)
  
!  The following built-in functions are available when '-msse3' is used.
  All of them generate the machine instruction that is part of the name.
  
       v2df __builtin_ia32_addsubpd (v2df, v2df)
--- 45901,45907 ----
       v4si __builtin_ia32_pmaddwd128 (v8hi, v8hi)
       v2di __builtin_ia32_movq128 (v2di)
  
!  The following built-in functions are available when `-msse3' is used.
  All of them generate the machine instruction that is part of the name.
  
       v2df __builtin_ia32_addsubpd (v2df, v2df)
*************** All of them generate the machine instruc
*** 45299,45305 ****
       v4sf __builtin_ia32_movsldup (v4sf)
       void __builtin_ia32_mwait (unsigned int, unsigned int)
  
!  The following built-in functions are available when '-mssse3' is used.
  All of them generate the machine instruction that is part of the name.
  
       v2si __builtin_ia32_phaddd (v2si, v2si)
--- 45916,45922 ----
       v4sf __builtin_ia32_movsldup (v4sf)
       void __builtin_ia32_mwait (unsigned int, unsigned int)
  
!  The following built-in functions are available when `-mssse3' is used.
  All of them generate the machine instruction that is part of the name.
  
       v2si __builtin_ia32_phaddd (v2si, v2si)
*************** All of them generate the machine instruc
*** 45319,45325 ****
       v2si __builtin_ia32_pabsd (v2si)
       v4hi __builtin_ia32_pabsw (v4hi)
  
!  The following built-in functions are available when '-mssse3' is used.
  All of them generate the machine instruction that is part of the name.
  
       v4si __builtin_ia32_phaddd128 (v4si, v4si)
--- 45936,45942 ----
       v2si __builtin_ia32_pabsd (v2si)
       v4hi __builtin_ia32_pabsw (v4hi)
  
!  The following built-in functions are available when `-mssse3' is used.
  All of them generate the machine instruction that is part of the name.
  
       v4si __builtin_ia32_phaddd128 (v4si, v4si)
*************** All of them generate the machine instruc
*** 45339,45346 ****
       v4si __builtin_ia32_pabsd128 (v4si)
       v8hi __builtin_ia32_pabsw128 (v8hi)
  
!  The following built-in functions are available when '-msse4.1' is used.
! All of them generate the machine instruction that is part of the name.
  
       v2df __builtin_ia32_blendpd (v2df, v2df, const int)
       v4sf __builtin_ia32_blendps (v4sf, v4sf, const int)
--- 45956,45964 ----
       v4si __builtin_ia32_pabsd128 (v4si)
       v8hi __builtin_ia32_pabsw128 (v8hi)
  
!  The following built-in functions are available when `-msse4.1' is
! used.  All of them generate the machine instruction that is part of the
! name.
  
       v2df __builtin_ia32_blendpd (v2df, v2df, const int)
       v4sf __builtin_ia32_blendps (v4sf, v4sf, const int)
*************** All of them generate the machine instruc
*** 45386,45416 ****
       v2df __builtin_ia32_roundsd (v2df, v2df, const int)
       v4sf __builtin_ia32_roundss (v4sf, v4sf, const int)
  
!  The following built-in functions are available when '-msse4.1' is used.
  
! 'v4sf __builtin_ia32_vec_set_v4sf (v4sf, float, const int)'
!      Generates the 'insertps' machine instruction.
! 'int __builtin_ia32_vec_ext_v16qi (v16qi, const int)'
!      Generates the 'pextrb' machine instruction.
! 'v16qi __builtin_ia32_vec_set_v16qi (v16qi, int, const int)'
!      Generates the 'pinsrb' machine instruction.
! 'v4si __builtin_ia32_vec_set_v4si (v4si, int, const int)'
!      Generates the 'pinsrd' machine instruction.
! 'v2di __builtin_ia32_vec_set_v2di (v2di, long long, const int)'
!      Generates the 'pinsrq' machine instruction in 64bit mode.
  
   The following built-in functions are changed to generate new SSE4.1
! instructions when '-msse4.1' is used.
  
! 'float __builtin_ia32_vec_ext_v4sf (v4sf, const int)'
!      Generates the 'extractps' machine instruction.
! 'int __builtin_ia32_vec_ext_v4si (v4si, const int)'
!      Generates the 'pextrd' machine instruction.
! 'long long __builtin_ia32_vec_ext_v2di (v2di, const int)'
!      Generates the 'pextrq' machine instruction in 64bit mode.
  
!  The following built-in functions are available when '-msse4.2' is used.
! All of them generate the machine instruction that is part of the name.
  
       v16qi __builtin_ia32_pcmpestrm128 (v16qi, int, v16qi, int, const int)
       int __builtin_ia32_pcmpestri128 (v16qi, int, v16qi, int, const int)
--- 46004,46041 ----
       v2df __builtin_ia32_roundsd (v2df, v2df, const int)
       v4sf __builtin_ia32_roundss (v4sf, v4sf, const int)
  
!  The following built-in functions are available when `-msse4.1' is used.
  
! `v4sf __builtin_ia32_vec_set_v4sf (v4sf, float, const int)'
!      Generates the `insertps' machine instruction.
! 
! `int __builtin_ia32_vec_ext_v16qi (v16qi, const int)'
!      Generates the `pextrb' machine instruction.
! 
! `v16qi __builtin_ia32_vec_set_v16qi (v16qi, int, const int)'
!      Generates the `pinsrb' machine instruction.
! 
! `v4si __builtin_ia32_vec_set_v4si (v4si, int, const int)'
!      Generates the `pinsrd' machine instruction.
! 
! `v2di __builtin_ia32_vec_set_v2di (v2di, long long, const int)'
!      Generates the `pinsrq' machine instruction in 64bit mode.
  
   The following built-in functions are changed to generate new SSE4.1
! instructions when `-msse4.1' is used.
  
! `float __builtin_ia32_vec_ext_v4sf (v4sf, const int)'
!      Generates the `extractps' machine instruction.
  
! `int __builtin_ia32_vec_ext_v4si (v4si, const int)'
!      Generates the `pextrd' machine instruction.
! 
! `long long __builtin_ia32_vec_ext_v2di (v2di, const int)'
!      Generates the `pextrq' machine instruction in 64bit mode.
! 
!  The following built-in functions are available when `-msse4.2' is
! used.  All of them generate the machine instruction that is part of the
! name.
  
       v16qi __builtin_ia32_pcmpestrm128 (v16qi, int, v16qi, int, const int)
       int __builtin_ia32_pcmpestri128 (v16qi, int, v16qi, int, const int)
*************** All of them generate the machine instruc
*** 45428,45456 ****
       int __builtin_ia32_pcmpistriz128 (v16qi, v16qi, const int)
       v2di __builtin_ia32_pcmpgtq (v2di, v2di)
  
!  The following built-in functions are available when '-msse4.2' is used.
  
! 'unsigned int __builtin_ia32_crc32qi (unsigned int, unsigned char)'
!      Generates the 'crc32b' machine instruction.
! 'unsigned int __builtin_ia32_crc32hi (unsigned int, unsigned short)'
!      Generates the 'crc32w' machine instruction.
! 'unsigned int __builtin_ia32_crc32si (unsigned int, unsigned int)'
!      Generates the 'crc32l' machine instruction.
! 'unsigned long long __builtin_ia32_crc32di (unsigned long long, unsigned long long)'
!      Generates the 'crc32q' machine instruction.
  
   The following built-in functions are changed to generate new SSE4.2
! instructions when '-msse4.2' is used.
  
! 'int __builtin_popcount (unsigned int)'
!      Generates the 'popcntl' machine instruction.
! 'int __builtin_popcountl (unsigned long)'
!      Generates the 'popcntl' or 'popcntq' machine instruction, depending
!      on the size of 'unsigned long'.
! 'int __builtin_popcountll (unsigned long long)'
!      Generates the 'popcntq' machine instruction.
  
!  The following built-in functions are available when '-mavx' is used.
  All of them generate the machine instruction that is part of the name.
  
       v4df __builtin_ia32_addpd256 (v4df,v4df)
--- 46053,46086 ----
       int __builtin_ia32_pcmpistriz128 (v16qi, v16qi, const int)
       v2di __builtin_ia32_pcmpgtq (v2di, v2di)
  
!  The following built-in functions are available when `-msse4.2' is used.
  
! `unsigned int __builtin_ia32_crc32qi (unsigned int, unsigned char)'
!      Generates the `crc32b' machine instruction.
! 
! `unsigned int __builtin_ia32_crc32hi (unsigned int, unsigned short)'
!      Generates the `crc32w' machine instruction.
! 
! `unsigned int __builtin_ia32_crc32si (unsigned int, unsigned int)'
!      Generates the `crc32l' machine instruction.
! 
! `unsigned long long __builtin_ia32_crc32di (unsigned long long, unsigned long long)'
!      Generates the `crc32q' machine instruction.
  
   The following built-in functions are changed to generate new SSE4.2
! instructions when `-msse4.2' is used.
  
! `int __builtin_popcount (unsigned int)'
!      Generates the `popcntl' machine instruction.
  
! `int __builtin_popcountl (unsigned long)'
!      Generates the `popcntl' or `popcntq' machine instruction,
!      depending on the size of `unsigned long'.
! 
! `int __builtin_popcountll (unsigned long long)'
!      Generates the `popcntq' machine instruction.
! 
!  The following built-in functions are available when `-mavx' is used.
  All of them generate the machine instruction that is part of the name.
  
       v4df __builtin_ia32_addpd256 (v4df,v4df)
*************** All of them generate the machine instruc
*** 45582,45588 ****
       v4df __builtin_ia32_xorpd256 (v4df,v4df)
       v8sf __builtin_ia32_xorps256 (v8sf,v8sf)
  
!  The following built-in functions are available when '-mavx2' is used.
  All of them generate the machine instruction that is part of the name.
  
       v32qi __builtin_ia32_mpsadbw256 (v32qi,v32qi,int)
--- 46212,46218 ----
       v4df __builtin_ia32_xorpd256 (v4df,v4df)
       v8sf __builtin_ia32_xorps256 (v8sf,v8sf)
  
!  The following built-in functions are available when `-mavx2' is used.
  All of them generate the machine instruction that is part of the name.
  
       v32qi __builtin_ia32_mpsadbw256 (v32qi,v32qi,int)
*************** All of them generate the machine instruc
*** 45757,45763 ****
       v4si __builtin_ia32_gatherdiv4si (v4si, pcint,v2di,v4si,int)
       v4si __builtin_ia32_gatherdiv4si256 (v4si, pcint,v4di,v4si,int)
  
!  The following built-in functions are available when '-maes' is used.
  All of them generate the machine instruction that is part of the name.
  
       v2di __builtin_ia32_aesenc128 (v2di, v2di)
--- 46387,46393 ----
       v4si __builtin_ia32_gatherdiv4si (v4si, pcint,v2di,v4si,int)
       v4si __builtin_ia32_gatherdiv4si256 (v4si, pcint,v4di,v4si,int)
  
!  The following built-in functions are available when `-maes' is used.
  All of them generate the machine instruction that is part of the name.
  
       v2di __builtin_ia32_aesenc128 (v2di, v2di)
*************** All of them generate the machine instruc
*** 45767,45779 ****
       v2di __builtin_ia32_aeskeygenassist128 (v2di, const int)
       v2di __builtin_ia32_aesimc128 (v2di)
  
!  The following built-in function is available when '-mpclmul' is used.
  
! 'v2di __builtin_ia32_pclmulqdq128 (v2di, v2di, const int)'
!      Generates the 'pclmulqdq' machine instruction.
  
!  The following built-in function is available when '-mfsgsbase' is used.
! All of them generate the machine instruction that is part of the name.
  
       unsigned int __builtin_ia32_rdfsbase32 (void)
       unsigned long long __builtin_ia32_rdfsbase64 (void)
--- 46397,46410 ----
       v2di __builtin_ia32_aeskeygenassist128 (v2di, const int)
       v2di __builtin_ia32_aesimc128 (v2di)
  
!  The following built-in function is available when `-mpclmul' is used.
  
! `v2di __builtin_ia32_pclmulqdq128 (v2di, v2di, const int)'
!      Generates the `pclmulqdq' machine instruction.
  
!  The following built-in function is available when `-mfsgsbase' is
! used.  All of them generate the machine instruction that is part of the
! name.
  
       unsigned int __builtin_ia32_rdfsbase32 (void)
       unsigned long long __builtin_ia32_rdfsbase64 (void)
*************** All of them generate the machine instruc
*** 45784,45797 ****
       void _writegsbase_u32 (unsigned int)
       void _writegsbase_u64 (unsigned long long)
  
!  The following built-in function is available when '-mrdrnd' is used.
  All of them generate the machine instruction that is part of the name.
  
       unsigned int __builtin_ia32_rdrand16_step (unsigned short *)
       unsigned int __builtin_ia32_rdrand32_step (unsigned int *)
       unsigned int __builtin_ia32_rdrand64_step (unsigned long long *)
  
!  The following built-in functions are available when '-msse4a' is used.
  All of them generate the machine instruction that is part of the name.
  
       void __builtin_ia32_movntsd (double *, v2df)
--- 46415,46428 ----
       void _writegsbase_u32 (unsigned int)
       void _writegsbase_u64 (unsigned long long)
  
!  The following built-in function is available when `-mrdrnd' is used.
  All of them generate the machine instruction that is part of the name.
  
       unsigned int __builtin_ia32_rdrand16_step (unsigned short *)
       unsigned int __builtin_ia32_rdrand32_step (unsigned int *)
       unsigned int __builtin_ia32_rdrand64_step (unsigned long long *)
  
!  The following built-in functions are available when `-msse4a' is used.
  All of them generate the machine instruction that is part of the name.
  
       void __builtin_ia32_movntsd (double *, v2df)
*************** All of them generate the machine instruc
*** 45801,45807 ****
       v2di __builtin_ia32_insertq (v2di, v2di)
       v2di __builtin_ia32_insertqi (v2di, v2di, const unsigned int, const unsigned int)
  
!  The following built-in functions are available when '-mxop' is used.
       v2df __builtin_ia32_vfrczpd (v2df)
       v4sf __builtin_ia32_vfrczps (v4sf)
       v2df __builtin_ia32_vfrczsd (v2df)
--- 46432,46438 ----
       v2di __builtin_ia32_insertq (v2di, v2di)
       v2di __builtin_ia32_insertqi (v2di, v2di, const unsigned int, const unsigned int)
  
!  The following built-in functions are available when `-mxop' is used.
       v2df __builtin_ia32_vfrczpd (v2df)
       v4sf __builtin_ia32_vfrczps (v4sf)
       v2df __builtin_ia32_vfrczsd (v2df)
*************** All of them generate the machine instruc
*** 45927,45933 ****
       v2di __builtin_ia32_vpshlq (v2di, v2di)
       v8hi __builtin_ia32_vpshlw (v8hi, v8hi)
  
!  The following built-in functions are available when '-mfma4' is used.
  All of them generate the machine instruction that is part of the name.
  
       v2df __builtin_ia32_vfmaddpd (v2df, v2df, v2df)
--- 46558,46564 ----
       v2di __builtin_ia32_vpshlq (v2di, v2di)
       v8hi __builtin_ia32_vpshlw (v8hi, v8hi)
  
!  The following built-in functions are available when `-mfma4' is used.
  All of them generate the machine instruction that is part of the name.
  
       v2df __builtin_ia32_vfmaddpd (v2df, v2df, v2df)
*************** All of them generate the machine instruc
*** 45963,45970 ****
       v4df __builtin_ia32_vfmsubaddpd256 (v4df, v4df, v4df)
       v8sf __builtin_ia32_vfmsubaddps256 (v8sf, v8sf, v8sf)
  
! 
!  The following built-in functions are available when '-mlwp' is used.
  
       void __builtin_ia32_llwpcb16 (void *);
       void __builtin_ia32_llwpcb32 (void *);
--- 46594,46600 ----
       v4df __builtin_ia32_vfmsubaddpd256 (v4df, v4df, v4df)
       v8sf __builtin_ia32_vfmsubaddps256 (v8sf, v8sf, v8sf)
  
!  The following built-in functions are available when `-mlwp' is used.
  
       void __builtin_ia32_llwpcb16 (void *);
       void __builtin_ia32_llwpcb32 (void *);
*************** All of them generate the machine instruc
*** 45979,45990 ****
       unsigned char __builtin_ia32_lwpins32 (unsigned int, unsigned int, unsigned int)
       unsigned char __builtin_ia32_lwpins64 (unsigned __int64, unsigned int, unsigned int)
  
!  The following built-in functions are available when '-mbmi' is used.
  All of them generate the machine instruction that is part of the name.
       unsigned int __builtin_ia32_bextr_u32(unsigned int, unsigned int);
       unsigned long long __builtin_ia32_bextr_u64 (unsigned long long, unsigned long long);
  
!  The following built-in functions are available when '-mbmi2' is used.
  All of them generate the machine instruction that is part of the name.
       unsigned int _bzhi_u32 (unsigned int, unsigned int)
       unsigned int _pdep_u32 (unsigned int, unsigned int)
--- 46609,46620 ----
       unsigned char __builtin_ia32_lwpins32 (unsigned int, unsigned int, unsigned int)
       unsigned char __builtin_ia32_lwpins64 (unsigned __int64, unsigned int, unsigned int)
  
!  The following built-in functions are available when `-mbmi' is used.
  All of them generate the machine instruction that is part of the name.
       unsigned int __builtin_ia32_bextr_u32(unsigned int, unsigned int);
       unsigned long long __builtin_ia32_bextr_u64 (unsigned long long, unsigned long long);
  
!  The following built-in functions are available when `-mbmi2' is used.
  All of them generate the machine instruction that is part of the name.
       unsigned int _bzhi_u32 (unsigned int, unsigned int)
       unsigned int _pdep_u32 (unsigned int, unsigned int)
*************** All of them generate the machine instruc
*** 45993,46025 ****
       unsigned long long _pdep_u64 (unsigned long long, unsigned long long)
       unsigned long long _pext_u64 (unsigned long long, unsigned long long)
  
!  The following built-in functions are available when '-mlzcnt' is used.
  All of them generate the machine instruction that is part of the name.
       unsigned short __builtin_ia32_lzcnt_16(unsigned short);
       unsigned int __builtin_ia32_lzcnt_u32(unsigned int);
       unsigned long long __builtin_ia32_lzcnt_u64 (unsigned long long);
  
!  The following built-in functions are available when '-mfxsr' is used.
  All of them generate the machine instruction that is part of the name.
       void __builtin_ia32_fxsave (void *)
       void __builtin_ia32_fxrstor (void *)
       void __builtin_ia32_fxsave64 (void *)
       void __builtin_ia32_fxrstor64 (void *)
  
!  The following built-in functions are available when '-mxsave' is used.
  All of them generate the machine instruction that is part of the name.
       void __builtin_ia32_xsave (void *, long long)
       void __builtin_ia32_xrstor (void *, long long)
       void __builtin_ia32_xsave64 (void *, long long)
       void __builtin_ia32_xrstor64 (void *, long long)
  
!  The following built-in functions are available when '-mxsaveopt' is
  used.  All of them generate the machine instruction that is part of the
  name.
       void __builtin_ia32_xsaveopt (void *, long long)
       void __builtin_ia32_xsaveopt64 (void *, long long)
  
!  The following built-in functions are available when '-mtbm' is used.
  Both of them generate the immediate form of the bextr machine
  instruction.
       unsigned int __builtin_ia32_bextri_u32 (unsigned int,
--- 46623,46655 ----
       unsigned long long _pdep_u64 (unsigned long long, unsigned long long)
       unsigned long long _pext_u64 (unsigned long long, unsigned long long)
  
!  The following built-in functions are available when `-mlzcnt' is used.
  All of them generate the machine instruction that is part of the name.
       unsigned short __builtin_ia32_lzcnt_16(unsigned short);
       unsigned int __builtin_ia32_lzcnt_u32(unsigned int);
       unsigned long long __builtin_ia32_lzcnt_u64 (unsigned long long);
  
!  The following built-in functions are available when `-mfxsr' is used.
  All of them generate the machine instruction that is part of the name.
       void __builtin_ia32_fxsave (void *)
       void __builtin_ia32_fxrstor (void *)
       void __builtin_ia32_fxsave64 (void *)
       void __builtin_ia32_fxrstor64 (void *)
  
!  The following built-in functions are available when `-mxsave' is used.
  All of them generate the machine instruction that is part of the name.
       void __builtin_ia32_xsave (void *, long long)
       void __builtin_ia32_xrstor (void *, long long)
       void __builtin_ia32_xsave64 (void *, long long)
       void __builtin_ia32_xrstor64 (void *, long long)
  
!  The following built-in functions are available when `-mxsaveopt' is
  used.  All of them generate the machine instruction that is part of the
  name.
       void __builtin_ia32_xsaveopt (void *, long long)
       void __builtin_ia32_xsaveopt64 (void *, long long)
  
!  The following built-in functions are available when `-mtbm' is used.
  Both of them generate the immediate form of the bextr machine
  instruction.
       unsigned int __builtin_ia32_bextri_u32 (unsigned int,
*************** instruction.
*** 46027,46033 ****
       unsigned long long __builtin_ia32_bextri_u64 (unsigned long long,
                                                     const unsigned long long);
  
!  The following built-in functions are available when '-m3dnow' is used.
  All of them generate the machine instruction that is part of the name.
  
       void __builtin_ia32_femms (void)
--- 46657,46663 ----
       unsigned long long __builtin_ia32_bextri_u64 (unsigned long long,
                                                     const unsigned long long);
  
!  The following built-in functions are available when `-m3dnow' is used.
  All of them generate the machine instruction that is part of the name.
  
       void __builtin_ia32_femms (void)
*************** All of them generate the machine instruc
*** 46050,46056 ****
       v2sf __builtin_ia32_pi2fd (v2si)
       v4hi __builtin_ia32_pmulhrw (v4hi, v4hi)
  
!  The following built-in functions are available when '-m3dnowa' is used.
  All of them generate the machine instruction that is part of the name.
  
       v2si __builtin_ia32_pf2iw (v2sf)
--- 46680,46686 ----
       v2sf __builtin_ia32_pi2fd (v2si)
       v4hi __builtin_ia32_pmulhrw (v4hi, v4hi)
  
!  The following built-in functions are available when `-m3dnowa' is used.
  All of them generate the machine instruction that is part of the name.
  
       v2si __builtin_ia32_pf2iw (v2sf)
*************** All of them generate the machine instruc
*** 46060,46068 ****
       v2sf __builtin_ia32_pswapdsf (v2sf)
       v2si __builtin_ia32_pswapdsi (v2si)
  
!  The following built-in functions are available when '-mrtm' is used
! They are used for restricted transactional memory.  These are the
! internal low level functions.  Normally the functions in *note x86
  transactional memory intrinsics:: should be used instead.
  
       int __builtin_ia32_xbegin ()
--- 46690,46698 ----
       v2sf __builtin_ia32_pswapdsf (v2sf)
       v2si __builtin_ia32_pswapdsi (v2si)
  
!  The following built-in functions are available when `-mrtm' is used
! They are used for restricted transactional memory. These are the
! internal low level functions. Normally the functions in *note x86
  transactional memory intrinsics:: should be used instead.
  
       int __builtin_ia32_xbegin ()
*************** transactional memory intrinsics:: should
*** 46070,46085 ****
       void __builtin_ia32_xabort (status)
       int __builtin_ia32_xtest ()
  
!  The following built-in functions are available when '-mmwaitx' is used.
  All of them generate the machine instruction that is part of the name.
       void __builtin_ia32_monitorx (void *, unsigned int, unsigned int)
       void __builtin_ia32_mwaitx (unsigned int, unsigned int, unsigned int)
  
!  The following built-in functions are available when '-mclzero' is used.
  All of them generate the machine instruction that is part of the name.
       void __builtin_i32_clzero (void *)
  
!  The following built-in functions are available when '-mpku' is used.
  They generate reads and writes to PKRU.
       void __builtin_ia32_wrpkru (unsigned int)
       unsigned int __builtin_ia32_rdpkru ()
--- 46700,46715 ----
       void __builtin_ia32_xabort (status)
       int __builtin_ia32_xtest ()
  
!  The following built-in functions are available when `-mmwaitx' is used.
  All of them generate the machine instruction that is part of the name.
       void __builtin_ia32_monitorx (void *, unsigned int, unsigned int)
       void __builtin_ia32_mwaitx (unsigned int, unsigned int, unsigned int)
  
!  The following built-in functions are available when `-mclzero' is used.
  All of them generate the machine instruction that is part of the name.
       void __builtin_i32_clzero (void *)
  
!  The following built-in functions are available when `-mpku' is used.
  They generate reads and writes to PKRU.
       void __builtin_ia32_wrpkru (unsigned int)
       unsigned int __builtin_ia32_rdpkru ()
*************** File: gcc.info,  Node: x86 transactional
*** 46092,46139 ****
  
  These hardware transactional memory intrinsics for x86 allow you to use
  memory transactions with RTM (Restricted Transactional Memory).  This
! support is enabled with the '-mrtm' option.  For using HLE (Hardware
  Lock Elision) see *note x86 specific memory model extensions for
  transactional memory:: instead.
  
!  A memory transaction commits all changes to memory in an atomic way, as
! visible to other threads.  If the transaction fails it is rolled back
  and all side effects discarded.
  
   Generally there is no guarantee that a memory transaction ever succeeds
  and suitable fallback code always needs to be supplied.
  
   -- RTM Function: unsigned _xbegin ()
!      Start a RTM (Restricted Transactional Memory) transaction.  Returns
!      '_XBEGIN_STARTED' when the transaction started successfully (note
!      this is not 0, so the constant has to be explicitly tested).
  
!      If the transaction aborts, all side-effects are undone and an abort
!      code encoded as a bit mask is returned.  The following macros are
!      defined:
  
!      '_XABORT_EXPLICIT'
!           Transaction was explicitly aborted with '_xabort'.  The
!           parameter passed to '_xabort' is available with
!           '_XABORT_CODE(status)'.
!      '_XABORT_RETRY'
            Transaction retry is possible.
!      '_XABORT_CONFLICT'
            Transaction abort due to a memory conflict with another
            thread.
!      '_XABORT_CAPACITY'
            Transaction abort due to the transaction using too much
            memory.
!      '_XABORT_DEBUG'
            Transaction abort due to a debug trap.
!      '_XABORT_NESTED'
            Transaction abort in an inner nested transaction.
  
       There is no guarantee any transaction ever succeeds, so there
       always needs to be a valid fallback path.
  
   -- RTM Function: void _xend ()
!      Commit the current transaction.  When no transaction is active this
       faults.  All memory side-effects of the transaction become visible
       to other threads in an atomic manner.
  
--- 46722,46775 ----
  
  These hardware transactional memory intrinsics for x86 allow you to use
  memory transactions with RTM (Restricted Transactional Memory).  This
! support is enabled with the `-mrtm' option.  For using HLE (Hardware
  Lock Elision) see *note x86 specific memory model extensions for
  transactional memory:: instead.
  
!  A memory transaction commits all changes to memory in an atomic way,
! as visible to other threads. If the transaction fails it is rolled back
  and all side effects discarded.
  
   Generally there is no guarantee that a memory transaction ever succeeds
  and suitable fallback code always needs to be supplied.
  
   -- RTM Function: unsigned _xbegin ()
!      Start a RTM (Restricted Transactional Memory) transaction.
!      Returns `_XBEGIN_STARTED' when the transaction started
!      successfully (note this is not 0, so the constant has to be
!      explicitly tested).
  
!      If the transaction aborts, all side-effects are undone and an
!      abort code encoded as a bit mask is returned.  The following
!      macros are defined:
  
!     `_XABORT_EXPLICIT'
!           Transaction was explicitly aborted with `_xabort'.  The
!           parameter passed to `_xabort' is available with
!           `_XABORT_CODE(status)'.
! 
!     `_XABORT_RETRY'
            Transaction retry is possible.
! 
!     `_XABORT_CONFLICT'
            Transaction abort due to a memory conflict with another
            thread.
! 
!     `_XABORT_CAPACITY'
            Transaction abort due to the transaction using too much
            memory.
! 
!     `_XABORT_DEBUG'
            Transaction abort due to a debug trap.
! 
!     `_XABORT_NESTED'
            Transaction abort in an inner nested transaction.
  
       There is no guarantee any transaction ever succeeds, so there
       always needs to be a valid fallback path.
  
   -- RTM Function: void _xend ()
!      Commit the current transaction. When no transaction is active this
       faults.  All memory side-effects of the transaction become visible
       to other threads in an atomic manner.
  
*************** and suitable fallback code always needs
*** 46142,46152 ****
       otherwise 0.
  
   -- RTM Function: void _xabort (status)
!      Abort the current transaction.  When no transaction is active this
       is a no-op.  The STATUS is an 8-bit constant; its value is encoded
!      in the return value from '_xbegin'.
  
!  Here is an example showing handling for '_XABORT_RETRY' and a fallback
  path for other failures:
  
       #include <immintrin.h>
--- 46778,46788 ----
       otherwise 0.
  
   -- RTM Function: void _xabort (status)
!      Abort the current transaction. When no transaction is active this
       is a no-op.  The STATUS is an 8-bit constant; its value is encoded
!      in the return value from `_xbegin'.
  
!  Here is an example showing handling for `_XABORT_RETRY' and a fallback
  path for other failures:
  
       #include <immintrin.h>
*************** File: gcc.info,  Node: Solaris Format Ch
*** 46195,46204 ****
  6.61.1 Solaris Format Checks
  ----------------------------
  
! Solaris targets support the 'cmn_err' (or '__cmn_err__') format check.
! 'cmn_err' accepts a subset of the standard 'printf' conversions, and the
! two-argument '%b' conversion for displaying bit-fields.  See the Solaris
! man page for 'cmn_err' for more information.
  
  
  File: gcc.info,  Node: Darwin Format Checks,  Prev: Solaris Format Checks,  Up: Target Format Checks
--- 46831,46840 ----
  6.61.1 Solaris Format Checks
  ----------------------------
  
! Solaris targets support the `cmn_err' (or `__cmn_err__') format check.
! `cmn_err' accepts a subset of the standard `printf' conversions, and
! the two-argument `%b' conversion for displaying bit-fields.  See the
! Solaris man page for `cmn_err' for more information.
  
  
  File: gcc.info,  Node: Darwin Format Checks,  Prev: Solaris Format Checks,  Up: Target Format Checks
*************** File: gcc.info,  Node: Darwin Format Che
*** 46206,46222 ****
  6.61.2 Darwin Format Checks
  ---------------------------
  
! Darwin targets support the 'CFString' (or '__CFString__') in the format
  attribute context.  Declarations made with such attribution are parsed
  for correct syntax and format argument types.  However, parsing of the
  format string itself is currently undefined and is not carried out by
  this version of the compiler.
  
!  Additionally, 'CFStringRefs' (defined by the 'CoreFoundation' headers)
  may also be used as format arguments.  Note that the relevant headers
  are only likely to be available on Darwin (OSX) installations.  On such
  installations, the XCode and system documentation provide descriptions
! of 'CFString', 'CFStringRefs' and associated functions.
  
  
  File: gcc.info,  Node: Pragmas,  Next: Unnamed Fields,  Prev: Target Format Checks,  Up: C Extensions
--- 46842,46858 ----
  6.61.2 Darwin Format Checks
  ---------------------------
  
! Darwin targets support the `CFString' (or `__CFString__') in the format
  attribute context.  Declarations made with such attribution are parsed
  for correct syntax and format argument types.  However, parsing of the
  format string itself is currently undefined and is not carried out by
  this version of the compiler.
  
!  Additionally, `CFStringRefs' (defined by the `CoreFoundation' headers)
  may also be used as format arguments.  Note that the relevant headers
  are only likely to be available on Darwin (OSX) installations.  On such
  installations, the XCode and system documentation provide descriptions
! of `CFString', `CFStringRefs' and associated functions.
  
  
  File: gcc.info,  Node: Pragmas,  Next: Unnamed Fields,  Prev: Target Format Checks,  Up: C Extensions
*************** File: gcc.info,  Node: Pragmas,  Next: U
*** 46225,46232 ****
  ============================
  
  GCC supports several types of pragmas, primarily in order to compile
! code originally written for other compilers.  Note that in general we do
! not recommend the use of pragmas; *Note Function Attributes::, for
  further explanation.
  
  * Menu:
--- 46861,46868 ----
  ============================
  
  GCC supports several types of pragmas, primarily in order to compile
! code originally written for other compilers.  Note that in general we
! do not recommend the use of pragmas; *Note Function Attributes::, for
  further explanation.
  
  * Menu:
*************** The pragmas defined by the AArch64 targe
*** 46258,46266 ****
  target function attributes.  They can be specified as below:
       #pragma GCC target("string")
  
!  where 'STRING' can be any string accepted as an AArch64 target
! attribute.  *Note AArch64 Function Attributes::, for more details on the
! permissible values of 'string'.
  
  
  File: gcc.info,  Node: ARM Pragmas,  Next: M32C Pragmas,  Prev: AArch64 Pragmas,  Up: Pragmas
--- 46894,46902 ----
  target function attributes.  They can be specified as below:
       #pragma GCC target("string")
  
!  where `STRING' can be any string accepted as an AArch64 target
! attribute.  *Note AArch64 Function Attributes::, for more details on
! the permissible values of `string'.
  
  
  File: gcc.info,  Node: ARM Pragmas,  Next: M32C Pragmas,  Prev: AArch64 Pragmas,  Up: Pragmas
*************** File: gcc.info,  Node: ARM Pragmas,  Nex
*** 46269,46285 ****
  ------------------
  
  The ARM target defines pragmas for controlling the default addition of
! 'long_call' and 'short_call' attributes to functions.  *Note Function
  Attributes::, for information about the effects of these attributes.
  
! 'long_calls'
!      Set all subsequent functions to have the 'long_call' attribute.
  
! 'no_long_calls'
!      Set all subsequent functions to have the 'short_call' attribute.
  
! 'long_calls_off'
!      Do not affect the 'long_call' or 'short_call' attributes of
       subsequent functions.
  
  
--- 46905,46921 ----
  ------------------
  
  The ARM target defines pragmas for controlling the default addition of
! `long_call' and `short_call' attributes to functions.  *Note Function
  Attributes::, for information about the effects of these attributes.
  
! `long_calls'
!      Set all subsequent functions to have the `long_call' attribute.
  
! `no_long_calls'
!      Set all subsequent functions to have the `short_call' attribute.
  
! `long_calls_off'
!      Do not affect the `long_call' or `short_call' attributes of
       subsequent functions.
  
  
*************** File: gcc.info,  Node: M32C Pragmas,  Ne
*** 46288,46333 ****
  6.62.3 M32C Pragmas
  -------------------
  
! 'GCC memregs NUMBER'
!      Overrides the command-line option '-memregs=' for the current file.
!      Use with care!  This pragma must be before any function in the
!      file, and mixing different memregs values in different objects may
!      make them incompatible.  This pragma is useful when a
       performance-critical function uses a memreg for temporary values,
       as it may allow you to reduce the number of memregs used.
  
! 'ADDRESS NAME ADDRESS'
       For any declared symbols matching NAME, this does three things to
       that symbol: it forces the symbol to be located at the given
       address (a number), it forces the symbol to be volatile, and it
       changes the symbol's scope to be static.  This pragma exists for
       compatibility with other compilers, but note that the common
!      '1234H' numeric syntax is not supported (use '0x1234' instead).
       Example:
  
            #pragma ADDRESS port3 0x103
            char port3;
  
  
  File: gcc.info,  Node: MeP Pragmas,  Next: RS/6000 and PowerPC Pragmas,  Prev: M32C Pragmas,  Up: Pragmas
  
  6.62.4 MeP Pragmas
  ------------------
  
! 'custom io_volatile (on|off)'
!      Overrides the command-line option '-mio-volatile' for the current
       file.  Note that for compatibility with future GCC releases, this
!      option should only be used once before any 'io' variables in each
       file.
  
! 'GCC coprocessor available REGISTERS'
       Specifies which coprocessor registers are available to the register
       allocator.  REGISTERS may be a single register, register range
       separated by ellipses, or comma-separated list of those.  Example:
  
            #pragma GCC coprocessor available $c0...$c10, $c28
  
! 'GCC coprocessor call_saved REGISTERS'
       Specifies which coprocessor registers are to be saved and restored
       by any function using them.  REGISTERS may be a single register,
       register range separated by ellipses, or comma-separated list of
--- 46924,46970 ----
  6.62.3 M32C Pragmas
  -------------------
  
! `GCC memregs NUMBER'
!      Overrides the command-line option `-memregs=' for the current
!      file.  Use with care!  This pragma must be before any function in
!      the file, and mixing different memregs values in different objects
!      may make them incompatible.  This pragma is useful when a
       performance-critical function uses a memreg for temporary values,
       as it may allow you to reduce the number of memregs used.
  
! `ADDRESS NAME ADDRESS'
       For any declared symbols matching NAME, this does three things to
       that symbol: it forces the symbol to be located at the given
       address (a number), it forces the symbol to be volatile, and it
       changes the symbol's scope to be static.  This pragma exists for
       compatibility with other compilers, but note that the common
!      `1234H' numeric syntax is not supported (use `0x1234' instead).
       Example:
  
            #pragma ADDRESS port3 0x103
            char port3;
  
+ 
  
  File: gcc.info,  Node: MeP Pragmas,  Next: RS/6000 and PowerPC Pragmas,  Prev: M32C Pragmas,  Up: Pragmas
  
  6.62.4 MeP Pragmas
  ------------------
  
! `custom io_volatile (on|off)'
!      Overrides the command-line option `-mio-volatile' for the current
       file.  Note that for compatibility with future GCC releases, this
!      option should only be used once before any `io' variables in each
       file.
  
! `GCC coprocessor available REGISTERS'
       Specifies which coprocessor registers are available to the register
       allocator.  REGISTERS may be a single register, register range
       separated by ellipses, or comma-separated list of those.  Example:
  
            #pragma GCC coprocessor available $c0...$c10, $c28
  
! `GCC coprocessor call_saved REGISTERS'
       Specifies which coprocessor registers are to be saved and restored
       by any function using them.  REGISTERS may be a single register,
       register range separated by ellipses, or comma-separated list of
*************** File: gcc.info,  Node: MeP Pragmas,  Nex
*** 46335,46343 ****
  
            #pragma GCC coprocessor call_saved $c4...$c6, $c31
  
! 'GCC coprocessor subclass '(A|B|C|D)' = REGISTERS'
       Creates and defines a register class.  These register classes can
!      be used by inline 'asm' constructs.  REGISTERS may be a single
       register, register range separated by ellipses, or comma-separated
       list of those.  Example:
  
--- 46972,46980 ----
  
            #pragma GCC coprocessor call_saved $c4...$c6, $c31
  
! `GCC coprocessor subclass '(A|B|C|D)' = REGISTERS'
       Creates and defines a register class.  These register classes can
!      be used by inline `asm' constructs.  REGISTERS may be a single
       register, register range separated by ellipses, or comma-separated
       list of those.  Example:
  
*************** File: gcc.info,  Node: MeP Pragmas,  Nex
*** 46345,46351 ****
  
            asm ("cpfoo %0" : "=B" (x));
  
! 'GCC disinterrupt NAME , NAME ...'
       For the named functions, the compiler adds code to disable
       interrupts for the duration of those functions.  If any functions
       so named are not encountered in the source, a warning is emitted
--- 46982,46988 ----
  
            asm ("cpfoo %0" : "=B" (x));
  
! `GCC disinterrupt NAME , NAME ...'
       For the named functions, the compiler adds code to disable
       interrupts for the duration of those functions.  If any functions
       so named are not encountered in the source, a warning is emitted
*************** File: gcc.info,  Node: MeP Pragmas,  Nex
*** 46355,46361 ****
            #pragma disinterrupt bar, grill
            int foo () { ... }
  
! 'GCC call NAME , NAME ...'
       For the named functions, the compiler always uses a
       register-indirect call model when calling the named functions.
       Examples:
--- 46992,46998 ----
            #pragma disinterrupt bar, grill
            int foo () { ... }
  
! `GCC call NAME , NAME ...'
       For the named functions, the compiler always uses a
       register-indirect call model when calling the named functions.
       Examples:
*************** File: gcc.info,  Node: MeP Pragmas,  Nex
*** 46363,46368 ****
--- 47000,47006 ----
            extern int foo ();
            #pragma call foo
  
+ 
  
  File: gcc.info,  Node: RS/6000 and PowerPC Pragmas,  Next: S/390 Pragmas,  Prev: MeP Pragmas,  Up: Pragmas
  
*************** File: gcc.info,  Node: RS/6000 and Power
*** 46370,46387 ****
  ----------------------------------
  
  The RS/6000 and PowerPC targets define one pragma for controlling
! whether or not the 'longcall' attribute is added to function
! declarations by default.  This pragma overrides the '-mlongcall' option,
! but not the 'longcall' and 'shortcall' attributes.  *Note RS/6000 and
! PowerPC Options::, for more information about when long calls are and
! are not necessary.
  
! 'longcall (1)'
!      Apply the 'longcall' attribute to all subsequent function
       declarations.
  
! 'longcall (0)'
!      Do not apply the 'longcall' attribute to subsequent function
       declarations.
  
  
--- 47008,47025 ----
  ----------------------------------
  
  The RS/6000 and PowerPC targets define one pragma for controlling
! whether or not the `longcall' attribute is added to function
! declarations by default.  This pragma overrides the `-mlongcall'
! option, but not the `longcall' and `shortcall' attributes.  *Note
! RS/6000 and PowerPC Options::, for more information about when long
! calls are and are not necessary.
  
! `longcall (1)'
!      Apply the `longcall' attribute to all subsequent function
       declarations.
  
! `longcall (0)'
!      Do not apply the `longcall' attribute to subsequent function
       declarations.
  
  
*************** File: gcc.info,  Node: S/390 Pragmas,  N
*** 46393,46403 ****
  The pragmas defined by the S/390 target correspond to the S/390 target
  function attributes and some the additional options:
  
! 'zvector'
! 'no-zvector'
  
   Note that options of the pragma, unlike options of the target
! attribute, do change the value of preprocessor macros like '__VEC__'.
  They can be specified as below:
  
       #pragma GCC target("string[,string]...")
--- 47031,47041 ----
  The pragmas defined by the S/390 target correspond to the S/390 target
  function attributes and some the additional options:
  
! `zvector'
! `no-zvector'
  
   Note that options of the pragma, unlike options of the target
! attribute, do change the value of preprocessor macros like `__VEC__'.
  They can be specified as below:
  
       #pragma GCC target("string[,string]...")
*************** The following pragmas are available for
*** 46413,46435 ****
  Darwin operating system.  These are useful for compatibility with other
  Mac OS compilers.
  
! 'mark TOKENS...'
       This pragma is accepted, but has no effect.
  
! 'options align=ALIGNMENT'
!      This pragma sets the alignment of fields in structures.  The values
!      of ALIGNMENT may be 'mac68k', to emulate m68k alignment, or
!      'power', to emulate PowerPC alignment.  Uses of this pragma nest
!      properly; to restore the previous setting, use 'reset' for the
       ALIGNMENT.
  
! 'segment TOKENS...'
       This pragma is accepted, but has no effect.
  
! 'unused (VAR [, VAR]...)'
       This pragma declares variables to be possibly unused.  GCC does not
       produce warnings for the listed variables.  The effect is similar
!      to that of the 'unused' attribute, except that this pragma may
       appear anywhere within the variables' scopes.
  
  
--- 47051,47073 ----
  Darwin operating system.  These are useful for compatibility with other
  Mac OS compilers.
  
! `mark TOKENS...'
       This pragma is accepted, but has no effect.
  
! `options align=ALIGNMENT'
!      This pragma sets the alignment of fields in structures.  The
!      values of ALIGNMENT may be `mac68k', to emulate m68k alignment, or
!      `power', to emulate PowerPC alignment.  Uses of this pragma nest
!      properly; to restore the previous setting, use `reset' for the
       ALIGNMENT.
  
! `segment TOKENS...'
       This pragma is accepted, but has no effect.
  
! `unused (VAR [, VAR]...)'
       This pragma declares variables to be possibly unused.  GCC does not
       produce warnings for the listed variables.  The effect is similar
!      to that of the `unused' attribute, except that this pragma may
       appear anywhere within the variables' scopes.
  
  
*************** File: gcc.info,  Node: Solaris Pragmas,
*** 46438,46467 ****
  6.62.8 Solaris Pragmas
  ----------------------
  
! The Solaris target supports '#pragma redefine_extname' (*note
! Symbol-Renaming Pragmas::).  It also supports additional '#pragma'
  directives for compatibility with the system compiler.
  
! 'align ALIGNMENT (VARIABLE [, VARIABLE]...)'
! 
!      Increase the minimum alignment of each VARIABLE to ALIGNMENT.  This
!      is the same as GCC's 'aligned' attribute *note Variable
       Attributes::).  Macro expansion occurs on the arguments to this
       pragma when compiling C and Objective-C.  It does not currently
!      occur when compiling C++, but this is a bug which may be fixed in a
!      future release.
! 
! 'fini (FUNCTION [, FUNCTION]...)'
  
!      This pragma causes each listed FUNCTION to be called after main, or
!      during shared module unloading, by adding a call to the '.fini'
       section.
  
! 'init (FUNCTION [, FUNCTION]...)'
! 
       This pragma causes each listed FUNCTION to be called during
!      initialization (before 'main') or during shared module loading, by
!      adding a call to the '.init' section.
  
  
  File: gcc.info,  Node: Symbol-Renaming Pragmas,  Next: Structure-Layout Pragmas,  Prev: Solaris Pragmas,  Up: Pragmas
--- 47076,47103 ----
  6.62.8 Solaris Pragmas
  ----------------------
  
! The Solaris target supports `#pragma redefine_extname' (*note
! Symbol-Renaming Pragmas::).  It also supports additional `#pragma'
  directives for compatibility with the system compiler.
  
! `align ALIGNMENT (VARIABLE [, VARIABLE]...)'
!      Increase the minimum alignment of each VARIABLE to ALIGNMENT.
!      This is the same as GCC's `aligned' attribute *note Variable
       Attributes::).  Macro expansion occurs on the arguments to this
       pragma when compiling C and Objective-C.  It does not currently
!      occur when compiling C++, but this is a bug which may be fixed in
!      a future release.
  
! `fini (FUNCTION [, FUNCTION]...)'
!      This pragma causes each listed FUNCTION to be called after main,
!      or during shared module unloading, by adding a call to the `.fini'
       section.
  
! `init (FUNCTION [, FUNCTION]...)'
       This pragma causes each listed FUNCTION to be called during
!      initialization (before `main') or during shared module loading, by
!      adding a call to the `.init' section.
! 
  
  
  File: gcc.info,  Node: Symbol-Renaming Pragmas,  Next: Structure-Layout Pragmas,  Prev: Solaris Pragmas,  Up: Pragmas
*************** File: gcc.info,  Node: Symbol-Renaming P
*** 46469,46484 ****
  6.62.9 Symbol-Renaming Pragmas
  ------------------------------
  
! GCC supports a '#pragma' directive that changes the name used in
! assembly for a given declaration.  While this pragma is supported on all
  platforms, it is intended primarily to provide compatibility with the
! Solaris system headers.  This effect can also be achieved using the asm
  labels extension (*note Asm Labels::).
  
! 'redefine_extname OLDNAME NEWNAME'
! 
       This pragma gives the C function OLDNAME the assembly symbol
!      NEWNAME.  The preprocessor macro '__PRAGMA_REDEFINE_EXTNAME' is
       defined if this pragma is available (currently on all platforms).
  
   This pragma and the asm labels extension interact in a complicated
--- 47105,47119 ----
  6.62.9 Symbol-Renaming Pragmas
  ------------------------------
  
! GCC supports a `#pragma' directive that changes the name used in
! assembly for a given declaration. While this pragma is supported on all
  platforms, it is intended primarily to provide compatibility with the
! Solaris system headers. This effect can also be achieved using the asm
  labels extension (*note Asm Labels::).
  
! `redefine_extname OLDNAME NEWNAME'
       This pragma gives the C function OLDNAME the assembly symbol
!      NEWNAME.  The preprocessor macro `__PRAGMA_REDEFINE_EXTNAME' is
       defined if this pragma is available (currently on all platforms).
  
   This pragma and the asm labels extension interact in a complicated
*************** manner.  Here are some corner cases you
*** 46493,46503 ****
    3. If either of the ways of changing the assembly name of a
       declaration are applied to a declaration whose assembly name has
       already been determined (either by a previous use of one of these
!      features, or because the compiler needed the assembly name in order
!      to generate code), and the new name is different, a warning issues
!      and the name does not change.
  
!   4. The OLDNAME used by '#pragma redefine_extname' is always the
       C-language name.
  
  
--- 47128,47138 ----
    3. If either of the ways of changing the assembly name of a
       declaration are applied to a declaration whose assembly name has
       already been determined (either by a previous use of one of these
!      features, or because the compiler needed the assembly name in
!      order to generate code), and the new name is different, a warning
!      issues and the name does not change.
  
!   4. The OLDNAME used by `#pragma redefine_extname' is always the
       C-language name.
  
  
*************** File: gcc.info,  Node: Structure-Layout
*** 46507,46549 ****
  --------------------------------
  
  For compatibility with Microsoft Windows compilers, GCC supports a set
! of '#pragma' directives that change the maximum alignment of members of
  structures (other than zero-width bit-fields), unions, and classes
! subsequently defined.  The N value below always is required to be a
  small power of two and specifies the new alignment in bytes.
  
!   1. '#pragma pack(N)' simply sets the new alignment.
!   2. '#pragma pack()' sets the alignment to the one that was in effect
       when compilation started (see also command-line option
!      '-fpack-struct[=N]' *note Code Gen Options::).
!   3. '#pragma pack(push[,N])' pushes the current alignment setting on an
!      internal stack and then optionally sets the new alignment.
!   4. '#pragma pack(pop)' restores the alignment setting to the one saved
!      at the top of the internal stack (and removes that stack entry).
!      Note that '#pragma pack([N])' does not influence this internal
!      stack; thus it is possible to have '#pragma pack(push)' followed by
!      multiple '#pragma pack(N)' instances and finalized by a single
!      '#pragma pack(pop)'.
  
!  Some targets, e.g. x86 and PowerPC, support the '#pragma ms_struct'
  directive which lays out structures and unions subsequently defined as
! the documented '__attribute__ ((ms_struct))'.
  
!   1. '#pragma ms_struct on' turns on the Microsoft layout.
!   2. '#pragma ms_struct off' turns off the Microsoft layout.
!   3. '#pragma ms_struct reset' goes back to the default layout.
  
!  Most targets also support the '#pragma scalar_storage_order' directive
  which lays out structures and unions subsequently defined as the
! documented '__attribute__ ((scalar_storage_order))'.
  
!   1. '#pragma scalar_storage_order big-endian' sets the storage order of
!      the scalar fields to big-endian.
!   2. '#pragma scalar_storage_order little-endian' sets the storage order
       of the scalar fields to little-endian.
!   3. '#pragma scalar_storage_order default' goes back to the endianness
       that was in effect when compilation started (see also command-line
!      option '-fsso-struct=ENDIANNESS' *note C Dialect Options::).
  
  
  File: gcc.info,  Node: Weak Pragmas,  Next: Diagnostic Pragmas,  Prev: Structure-Layout Pragmas,  Up: Pragmas
--- 47142,47191 ----
  --------------------------------
  
  For compatibility with Microsoft Windows compilers, GCC supports a set
! of `#pragma' directives that change the maximum alignment of members of
  structures (other than zero-width bit-fields), unions, and classes
! subsequently defined. The N value below always is required to be a
  small power of two and specifies the new alignment in bytes.
  
!   1. `#pragma pack(N)' simply sets the new alignment.
! 
!   2. `#pragma pack()' sets the alignment to the one that was in effect
       when compilation started (see also command-line option
!      `-fpack-struct[=N]' *note Code Gen Options::).
  
!   3. `#pragma pack(push[,N])' pushes the current alignment setting on
!      an internal stack and then optionally sets the new alignment.
! 
!   4. `#pragma pack(pop)' restores the alignment setting to the one
!      saved at the top of the internal stack (and removes that stack
!      entry).  Note that `#pragma pack([N])' does not influence this
!      internal stack; thus it is possible to have `#pragma pack(push)'
!      followed by multiple `#pragma pack(N)' instances and finalized by
!      a single `#pragma pack(pop)'.
! 
!  Some targets, e.g. x86 and PowerPC, support the `#pragma ms_struct'
  directive which lays out structures and unions subsequently defined as
! the documented `__attribute__ ((ms_struct))'.
  
!   1. `#pragma ms_struct on' turns on the Microsoft layout.
  
!   2. `#pragma ms_struct off' turns off the Microsoft layout.
! 
!   3. `#pragma ms_struct reset' goes back to the default layout.
! 
!  Most targets also support the `#pragma scalar_storage_order' directive
  which lays out structures and unions subsequently defined as the
! documented `__attribute__ ((scalar_storage_order))'.
  
!   1. `#pragma scalar_storage_order big-endian' sets the storage order
!      of the scalar fields to big-endian.
! 
!   2. `#pragma scalar_storage_order little-endian' sets the storage order
       of the scalar fields to little-endian.
! 
!   3. `#pragma scalar_storage_order default' goes back to the endianness
       that was in effect when compilation started (see also command-line
!      option `-fsso-struct=ENDIANNESS' *note C Dialect Options::).
  
  
  File: gcc.info,  Node: Weak Pragmas,  Next: Diagnostic Pragmas,  Prev: Structure-Layout Pragmas,  Up: Pragmas
*************** File: gcc.info,  Node: Weak Pragmas,  Ne
*** 46551,46566 ****
  6.62.11 Weak Pragmas
  --------------------
  
! For compatibility with SVR4, GCC supports a set of '#pragma' directives
  for declaring symbols to be weak, and defining weak aliases.
  
! '#pragma weak SYMBOL'
       This pragma declares SYMBOL to be weak, as if the declaration had
       the attribute of the same name.  The pragma may appear before or
       after the declaration of SYMBOL.  It is not an error for SYMBOL to
       never be defined at all.
  
! '#pragma weak SYMBOL1 = SYMBOL2'
       This pragma declares SYMBOL1 to be a weak alias of SYMBOL2.  It is
       an error if SYMBOL2 is not defined in the current translation unit.
  
--- 47193,47208 ----
  6.62.11 Weak Pragmas
  --------------------
  
! For compatibility with SVR4, GCC supports a set of `#pragma' directives
  for declaring symbols to be weak, and defining weak aliases.
  
! `#pragma weak SYMBOL'
       This pragma declares SYMBOL to be weak, as if the declaration had
       the attribute of the same name.  The pragma may appear before or
       after the declaration of SYMBOL.  It is not an error for SYMBOL to
       never be defined at all.
  
! `#pragma weak SYMBOL1 = SYMBOL2'
       This pragma declares SYMBOL1 to be a weak alias of SYMBOL2.  It is
       an error if SYMBOL2 is not defined in the current translation unit.
  
*************** File: gcc.info,  Node: Diagnostic Pragma
*** 46572,46593 ****
  
  GCC allows the user to selectively enable or disable certain types of
  diagnostics, and change the kind of the diagnostic.  For example, a
! project's policy might require that all sources compile with '-Werror'
  but certain files might have exceptions allowing specific types of
  warnings.  Or, a project might selectively enable diagnostics and treat
  them as errors depending on which preprocessor macros are defined.
  
! '#pragma GCC diagnostic KIND OPTION'
! 
       Modifies the disposition of a diagnostic.  Note that not all
       diagnostics are modifiable; at the moment only warnings (normally
!      controlled by '-W...') can be controlled, and not all of them.  Use
!      '-fdiagnostics-show-option' to determine which diagnostics are
       controllable and which option controls them.
  
!      KIND is 'error' to treat this diagnostic as an error, 'warning' to
!      treat it like a warning (even if '-Werror' is in effect), or
!      'ignored' if the diagnostic is to be ignored.  OPTION is a double
       quoted string that matches the command-line option.
  
            #pragma GCC diagnostic warning "-Wformat"
--- 47214,47234 ----
  
  GCC allows the user to selectively enable or disable certain types of
  diagnostics, and change the kind of the diagnostic.  For example, a
! project's policy might require that all sources compile with `-Werror'
  but certain files might have exceptions allowing specific types of
  warnings.  Or, a project might selectively enable diagnostics and treat
  them as errors depending on which preprocessor macros are defined.
  
! `#pragma GCC diagnostic KIND OPTION'
       Modifies the disposition of a diagnostic.  Note that not all
       diagnostics are modifiable; at the moment only warnings (normally
!      controlled by `-W...') can be controlled, and not all of them.
!      Use `-fdiagnostics-show-option' to determine which diagnostics are
       controllable and which option controls them.
  
!      KIND is `error' to treat this diagnostic as an error, `warning' to
!      treat it like a warning (even if `-Werror' is in effect), or
!      `ignored' if the diagnostic is to be ignored.  OPTION is a double
       quoted string that matches the command-line option.
  
            #pragma GCC diagnostic warning "-Wformat"
*************** them as errors depending on which prepro
*** 46600,46611 ****
       pragmas occurring after a line do not affect diagnostics caused by
       that line.
  
! '#pragma GCC diagnostic push'
! '#pragma GCC diagnostic pop'
! 
       Causes GCC to remember the state of the diagnostics as of each
!      'push', and restore to that point at each 'pop'.  If a 'pop' has no
!      matching 'push', the command-line options are restored.
  
            #pragma GCC diagnostic error "-Wuninitialized"
              foo(a);                       /* error is given for this one */
--- 47241,47251 ----
       pragmas occurring after a line do not affect diagnostics caused by
       that line.
  
! `#pragma GCC diagnostic push'
! `#pragma GCC diagnostic pop'
       Causes GCC to remember the state of the diagnostics as of each
!      `push', and restore to that point at each `pop'.  If a `pop' has
!      no matching `push', the command-line options are restored.
  
            #pragma GCC diagnostic error "-Wuninitialized"
              foo(a);                       /* error is given for this one */
*************** them as errors depending on which prepro
*** 46617,46629 ****
            #pragma GCC diagnostic pop
              foo(d);                       /* depends on command-line options */
  
   GCC also offers a simple mechanism for printing messages during
  compilation.
  
! '#pragma message STRING'
! 
!      Prints STRING as a compiler message on compilation.  The message is
!      informational only, and is neither a compilation warning nor an
       error.
  
            #pragma message "Compiling " __FILE__ "..."
--- 47257,47269 ----
            #pragma GCC diagnostic pop
              foo(d);                       /* depends on command-line options */
  
+ 
   GCC also offers a simple mechanism for printing messages during
  compilation.
  
! `#pragma message STRING'
!      Prints STRING as a compiler message on compilation.  The message
!      is informational only, and is neither a compilation warning nor an
       error.
  
            #pragma message "Compiling " __FILE__ "..."
*************** compilation.
*** 46636,46662 ****
  
            TODO(Remember to fix this)
  
!      prints '/tmp/file.c:4: note: #pragma message: TODO - Remember to
       fix this'.
  
  
  File: gcc.info,  Node: Visibility Pragmas,  Next: Push/Pop Macro Pragmas,  Prev: Diagnostic Pragmas,  Up: Pragmas
  
  6.62.13 Visibility Pragmas
  --------------------------
  
! '#pragma GCC visibility push(VISIBILITY)'
! '#pragma GCC visibility pop'
! 
       This pragma allows the user to set the visibility for multiple
       declarations without having to give each a visibility attribute
       (*note Function Attributes::).
  
!      In C++, '#pragma GCC visibility' affects only namespace-scope
       declarations.  Class members and template specializations are not
       affected; if you want to override the visibility for a particular
       member or instantiation, you must use an attribute.
  
  
  File: gcc.info,  Node: Push/Pop Macro Pragmas,  Next: Function Specific Option Pragmas,  Prev: Visibility Pragmas,  Up: Pragmas
  
--- 47276,47303 ----
  
            TODO(Remember to fix this)
  
!      prints `/tmp/file.c:4: note: #pragma message: TODO - Remember to
       fix this'.
  
+ 
  
  File: gcc.info,  Node: Visibility Pragmas,  Next: Push/Pop Macro Pragmas,  Prev: Diagnostic Pragmas,  Up: Pragmas
  
  6.62.13 Visibility Pragmas
  --------------------------
  
! `#pragma GCC visibility push(VISIBILITY)'
! `#pragma GCC visibility pop'
       This pragma allows the user to set the visibility for multiple
       declarations without having to give each a visibility attribute
       (*note Function Attributes::).
  
!      In C++, `#pragma GCC visibility' affects only namespace-scope
       declarations.  Class members and template specializations are not
       affected; if you want to override the visibility for a particular
       member or instantiation, you must use an attribute.
  
+ 
  
  File: gcc.info,  Node: Push/Pop Macro Pragmas,  Next: Function Specific Option Pragmas,  Prev: Visibility Pragmas,  Up: Pragmas
  
*************** File: gcc.info,  Node: Push/Pop Macro Pr
*** 46664,46679 ****
  ------------------------------
  
  For compatibility with Microsoft Windows compilers, GCC supports
! '#pragma push_macro("MACRO_NAME")' and '#pragma
  pop_macro("MACRO_NAME")'.
  
! '#pragma push_macro("MACRO_NAME")'
!      This pragma saves the value of the macro named as MACRO_NAME to the
!      top of the stack for this macro.
  
! '#pragma pop_macro("MACRO_NAME")'
       This pragma sets the value of the macro named as MACRO_NAME to the
!      value on top of the stack for this macro.  If the stack for
       MACRO_NAME is empty, the value of the macro remains unchanged.
  
   For example:
--- 47305,47320 ----
  ------------------------------
  
  For compatibility with Microsoft Windows compilers, GCC supports
! `#pragma push_macro("MACRO_NAME")' and `#pragma
  pop_macro("MACRO_NAME")'.
  
! `#pragma push_macro("MACRO_NAME")'
!      This pragma saves the value of the macro named as MACRO_NAME to
!      the top of the stack for this macro.
  
! `#pragma pop_macro("MACRO_NAME")'
       This pragma sets the value of the macro named as MACRO_NAME to the
!      value on top of the stack for this macro. If the stack for
       MACRO_NAME is empty, the value of the macro remains unchanged.
  
   For example:
*************** pop_macro("MACRO_NAME")'.
*** 46685,46692 ****
       #pragma pop_macro("X")
       int x [X];
  
! In this example, the definition of X as 1 is saved by '#pragma
! push_macro' and restored by '#pragma pop_macro'.
  
  
  File: gcc.info,  Node: Function Specific Option Pragmas,  Next: Loop-Specific Pragmas,  Prev: Push/Pop Macro Pragmas,  Up: Pragmas
--- 47326,47333 ----
       #pragma pop_macro("X")
       int x [X];
  
! In this example, the definition of X as 1 is saved by `#pragma
! push_macro' and restored by `#pragma pop_macro'.
  
  
  File: gcc.info,  Node: Function Specific Option Pragmas,  Next: Loop-Specific Pragmas,  Prev: Push/Pop Macro Pragmas,  Up: Pragmas
*************** File: gcc.info,  Node: Function Specific
*** 46694,46734 ****
  6.62.15 Function Specific Option Pragmas
  ----------------------------------------
  
! '#pragma GCC target ("STRING"...)'
! 
       This pragma allows you to set target specific options for functions
       defined later in the source file.  One or more strings can be
!      specified.  Each function that is defined after this point is as if
!      'attribute((target("STRING")))' was specified for that function.
!      The parenthesis around the options is optional.  *Note Function
!      Attributes::, for more information about the 'target' attribute and
!      the attribute syntax.
  
!      The '#pragma GCC target' pragma is presently implemented for x86,
       PowerPC, and Nios II targets only.
  
! '#pragma GCC optimize ("STRING"...)'
! 
       This pragma allows you to set global optimization options for
       functions defined later in the source file.  One or more strings
       can be specified.  Each function that is defined after this point
!      is as if 'attribute((optimize("STRING")))' was specified for that
       function.  The parenthesis around the options is optional.  *Note
!      Function Attributes::, for more information about the 'optimize'
       attribute and the attribute syntax.
  
! '#pragma GCC push_options'
! '#pragma GCC pop_options'
! 
       These pragmas maintain a stack of the current target and
       optimization options.  It is intended for include files where you
!      temporarily want to switch to using a different '#pragma GCC
!      target' or '#pragma GCC optimize' and then to pop back to the
       previous options.
  
! '#pragma GCC reset_options'
! 
!      This pragma clears the current '#pragma GCC target' and '#pragma
       GCC optimize' to use the default switches as specified on the
       command line.
  
--- 47335,47371 ----
  6.62.15 Function Specific Option Pragmas
  ----------------------------------------
  
! `#pragma GCC target ("STRING"...)'
       This pragma allows you to set target specific options for functions
       defined later in the source file.  One or more strings can be
!      specified.  Each function that is defined after this point is as
!      if `attribute((target("STRING")))' was specified for that
!      function.  The parenthesis around the options is optional.  *Note
!      Function Attributes::, for more information about the `target'
!      attribute and the attribute syntax.
  
!      The `#pragma GCC target' pragma is presently implemented for x86,
       PowerPC, and Nios II targets only.
  
! `#pragma GCC optimize ("STRING"...)'
       This pragma allows you to set global optimization options for
       functions defined later in the source file.  One or more strings
       can be specified.  Each function that is defined after this point
!      is as if `attribute((optimize("STRING")))' was specified for that
       function.  The parenthesis around the options is optional.  *Note
!      Function Attributes::, for more information about the `optimize'
       attribute and the attribute syntax.
  
! `#pragma GCC push_options'
! `#pragma GCC pop_options'
       These pragmas maintain a stack of the current target and
       optimization options.  It is intended for include files where you
!      temporarily want to switch to using a different `#pragma GCC
!      target' or `#pragma GCC optimize' and then to pop back to the
       previous options.
  
! `#pragma GCC reset_options'
!      This pragma clears the current `#pragma GCC target' and `#pragma
       GCC optimize' to use the default switches as specified on the
       command line.
  
*************** File: gcc.info,  Node: Loop-Specific Pra
*** 46738,46749 ****
  6.62.16 Loop-Specific Pragmas
  -----------------------------
  
! '#pragma GCC ivdep'
  
   With this pragma, the programmer asserts that there are no loop-carried
! dependencies which would prevent consecutive iterations of the following
! loop from executing concurrently with SIMD (single instruction multiple
! data) instructions.
  
   For example, the compiler can only unconditionally vectorize the
  following loop with the pragma:
--- 47375,47386 ----
  6.62.16 Loop-Specific Pragmas
  -----------------------------
  
! `#pragma GCC ivdep'
  
   With this pragma, the programmer asserts that there are no loop-carried
! dependencies which would prevent consecutive iterations of the
! following loop from executing concurrently with SIMD (single
! instruction multiple data) instructions.
  
   For example, the compiler can only unconditionally vectorize the
  following loop with the pragma:
*************** following loop with the pragma:
*** 46756,46764 ****
           a[i] = b[i] + c[i];
       }
  
! In this example, using the 'restrict' qualifier had the same effect.  In
! the following example, that would not be possible.  Assume k < -m or k
! >= m.  Only with the pragma, the compiler knows that it can
  unconditionally vectorize the following loop:
  
       void ignore_vec_dep (int *a, int k, int c, int m)
--- 47393,47401 ----
           a[i] = b[i] + c[i];
       }
  
! In this example, using the `restrict' qualifier had the same effect. In
! the following example, that would not be possible. Assume k < -m or k
! >= m. Only with the pragma, the compiler knows that it can
  unconditionally vectorize the following loop:
  
       void ignore_vec_dep (int *a, int k, int c, int m)
*************** structures and unions without names.  Fo
*** 46788,46795 ****
       } foo;
  
  In this example, you are able to access members of the unnamed union
! with code like 'foo.b'.  Note that only unnamed structs and unions are
! allowed, you may not have, for example, an unnamed 'int'.
  
   You must never create such structures that cause ambiguous field
  definitions.  For example, in this structure:
--- 47425,47432 ----
       } foo;
  
  In this example, you are able to access members of the unnamed union
! with code like `foo.b'.  Note that only unnamed structs and unions are
! allowed, you may not have, for example, an unnamed `int'.
  
   You must never create such structures that cause ambiguous field
  definitions.  For example, in this structure:
*************** definitions.  For example, in this struc
*** 46801,46817 ****
         };
       } foo;
  
! it is ambiguous which 'a' is being referred to with 'foo.a'.  The
  compiler gives errors for such constructs.
  
!  Unless '-fms-extensions' is used, the unnamed field must be a structure
! or union definition without a tag (for example, 'struct { int a; };').
! If '-fms-extensions' is used, the field may also be a definition with a
! tag such as 'struct foo { int a; };', a reference to a previously
! defined structure or union such as 'struct foo;', or a reference to a
! 'typedef' name for a previously defined structure or union type.
  
!  The option '-fplan9-extensions' enables '-fms-extensions' as well as
  two other extensions.  First, a pointer to a structure is automatically
  converted to a pointer to an anonymous field for assignments and
  function calls.  For example:
--- 47438,47455 ----
         };
       } foo;
  
! it is ambiguous which `a' is being referred to with `foo.a'.  The
  compiler gives errors for such constructs.
  
!  Unless `-fms-extensions' is used, the unnamed field must be a
! structure or union definition without a tag (for example, `struct { int
! a; };').  If `-fms-extensions' is used, the field may also be a
! definition with a tag such as `struct foo { int a; };', a reference to
! a previously defined structure or union such as `struct foo;', or a
! reference to a `typedef' name for a previously defined structure or
! union type.
  
!  The option `-fplan9-extensions' enables `-fms-extensions' as well as
  two other extensions.  First, a pointer to a structure is automatically
  converted to a pointer to an anonymous field for assignments and
  function calls.  For example:
*************** function calls.  For example:
*** 46821,46832 ****
       extern void f1 (struct s1 *);
       void f2 (struct s2 *p) { f1 (p); }
  
! In the call to 'f1' inside 'f2', the pointer 'p' is converted into a
  pointer to the anonymous field.
  
!  Second, when the type of an anonymous field is a 'typedef' for a
! 'struct' or 'union', code may refer to the field using the name of the
! 'typedef'.
  
       typedef struct { int a; } s1;
       struct s2 { s1; };
--- 47459,47470 ----
       extern void f1 (struct s1 *);
       void f2 (struct s2 *p) { f1 (p); }
  
! In the call to `f1' inside `f2', the pointer `p' is converted into a
  pointer to the anonymous field.
  
!  Second, when the type of an anonymous field is a `typedef' for a
! `struct' or `union', code may refer to the field using the name of the
! `typedef'.
  
       typedef struct { int a; } s1;
       struct s2 { s1; };
*************** allocated such that there is one instanc
*** 46845,46866 ****
  thread.  The runtime model GCC uses to implement this originates in the
  IA-64 processor-specific ABI, but has since been migrated to other
  processors as well.  It requires significant support from the linker
! ('ld'), dynamic linker ('ld.so'), and system libraries ('libc.so' and
! 'libpthread.so'), so it is not available everywhere.
  
   At the user level, the extension is visible with a new storage class
! keyword: '__thread'.  For example:
  
       __thread int i;
       extern __thread struct state s;
       static __thread char *p;
  
!  The '__thread' specifier may be used alone, with the 'extern' or
! 'static' specifiers, but with no other storage class specifier.  When
! used with 'extern' or 'static', '__thread' must appear immediately after
! the other storage class specifier.
  
!  The '__thread' specifier may be applied to any global, file-scoped
  static, function-scoped static, or static data member of a class.  It
  may not be applied to block-scoped automatic or non-static data member.
  
--- 47483,47504 ----
  thread.  The runtime model GCC uses to implement this originates in the
  IA-64 processor-specific ABI, but has since been migrated to other
  processors as well.  It requires significant support from the linker
! (`ld'), dynamic linker (`ld.so'), and system libraries (`libc.so' and
! `libpthread.so'), so it is not available everywhere.
  
   At the user level, the extension is visible with a new storage class
! keyword: `__thread'.  For example:
  
       __thread int i;
       extern __thread struct state s;
       static __thread char *p;
  
!  The `__thread' specifier may be used alone, with the `extern' or
! `static' specifiers, but with no other storage class specifier.  When
! used with `extern' or `static', `__thread' must appear immediately
! after the other storage class specifier.
  
!  The `__thread' specifier may be applied to any global, file-scoped
  static, function-scoped static, or static data member of a class.  It
  may not be applied to block-scoped automatic or non-static data member.
  
*************** File: gcc.info,  Node: C99 Thread-Local
*** 46896,46902 ****
  The following are a set of changes to ISO/IEC 9899:1999 (aka C99) that
  document the exact semantics of the language extension.
  
!    * '5.1.2 Execution environments'
  
       Add new text after paragraph 1
  
--- 47534,47540 ----
  The following are a set of changes to ISO/IEC 9899:1999 (aka C99) that
  document the exact semantics of the language extension.
  
!    * `5.1.2  Execution environments'
  
       Add new text after paragraph 1
  
*************** document the exact semantics of the lang
*** 46909,46945 ****
            terminated.  However, objects with thread storage duration
            shall be initialized before thread startup.
  
!    * '6.2.4 Storage durations of objects'
  
       Add new text before paragraph 3
  
            An object whose identifier is declared with the storage-class
!           specifier '__thread' has "thread storage duration".  Its
!           lifetime is the entire execution of the thread, and its stored
!           value is initialized only once, prior to thread startup.
  
!    * '6.4.1 Keywords'
  
!      Add '__thread'.
  
!    * '6.7.1 Storage-class specifiers'
  
!      Add '__thread' to the list of storage class specifiers in paragraph
!      1.
  
       Change paragraph 2 to
  
!           With the exception of '__thread', at most one storage-class
!           specifier may be given [...].  The '__thread' specifier may be
!           used alone, or immediately following 'extern' or 'static'.
  
       Add new text after paragraph 6
  
!           The declaration of an identifier for a variable that has block
!           scope that specifies '__thread' shall also specify either
!           'extern' or 'static'.
  
!           The '__thread' specifier shall be used only with variables.
  
  
  File: gcc.info,  Node: C++98 Thread-Local Edits,  Prev: C99 Thread-Local Edits,  Up: Thread-Local
--- 47547,47584 ----
            terminated.  However, objects with thread storage duration
            shall be initialized before thread startup.
  
!    * `6.2.4  Storage durations of objects'
  
       Add new text before paragraph 3
  
            An object whose identifier is declared with the storage-class
!           specifier `__thread' has "thread storage duration".  Its
!           lifetime is the entire execution of the thread, and its
!           stored value is initialized only once, prior to thread
!           startup.
  
!    * `6.4.1  Keywords'
  
!      Add `__thread'.
  
!    * `6.7.1  Storage-class specifiers'
  
!      Add `__thread' to the list of storage class specifiers in
!      paragraph 1.
  
       Change paragraph 2 to
  
!           With the exception of `__thread', at most one storage-class
!           specifier may be given [...].  The `__thread' specifier may
!           be used alone, or immediately following `extern' or `static'.
  
       Add new text after paragraph 6
  
!           The declaration of an identifier for a variable that has
!           block scope that specifies `__thread' shall also specify
!           either `extern' or `static'.
  
!           The `__thread' specifier shall be used only with variables.
  
  
  File: gcc.info,  Node: C++98 Thread-Local Edits,  Prev: C99 Thread-Local Edits,  Up: Thread-Local
*************** that document the exact semantics of the
*** 46966,46985 ****
  
     * [lex.key]
  
!      Add '__thread'.
  
     * [basic.start.main]
  
       Add after paragraph 5
  
!           The thread that begins execution at the 'main' function is
            called the "main thread".  It is implementation defined how
            functions beginning threads other than the main thread are
!           designated or typed.  A function so designated, as well as the
!           'main' function, is called a "thread startup function".  It is
!           implementation defined what happens if a thread startup
            function returns.  It is implementation defined what happens
!           to other threads when any thread calls 'exit'.
  
     * [basic.start.init]
  
--- 47605,47624 ----
  
     * [lex.key]
  
!      Add `__thread'.
  
     * [basic.start.main]
  
       Add after paragraph 5
  
!           The thread that begins execution at the `main' function is
            called the "main thread".  It is implementation defined how
            functions beginning threads other than the main thread are
!           designated or typed.  A function so designated, as well as
!           the `main' function, is called a "thread startup function".
!           It is implementation defined what happens if a thread startup
            function returns.  It is implementation defined what happens
!           to other threads when any thread calls `exit'.
  
     * [basic.start.init]
  
*************** that document the exact semantics of the
*** 46987,46994 ****
  
            The storage for an object of thread storage duration shall be
            statically initialized before the first statement of the
!           thread startup function.  An object of thread storage duration
!           shall not require dynamic initialization.
  
     * [basic.start.term]
  
--- 47626,47633 ----
  
            The storage for an object of thread storage duration shall be
            statically initialized before the first statement of the
!           thread startup function.  An object of thread storage
!           duration shall not require dynamic initialization.
  
     * [basic.start.term]
  
*************** that document the exact semantics of the
*** 47005,47024 ****
  
       Change paragraph 2
  
!           Thread, static, and automatic storage durations are associated
!           with objects introduced by declarations [...].
  
!      Add '__thread' to the list of specifiers in paragraph 3.
  
     * [basic.stc.thread]
  
       New section before [basic.stc.static]
  
!           The keyword '__thread' applied to a non-local object gives the
            object thread storage duration.
  
!           A local variable or class data member declared both 'static'
!           and '__thread' gives the variable or member thread storage
            duration.
  
     * [basic.stc.static]
--- 47644,47663 ----
  
       Change paragraph 2
  
!           Thread, static, and automatic storage durations are
!           associated with objects introduced by declarations [...].
  
!      Add `__thread' to the list of specifiers in paragraph 3.
  
     * [basic.stc.thread]
  
       New section before [basic.stc.static]
  
!           The keyword `__thread' applied to a non-local object gives the
            object thread storage duration.
  
!           A local variable or class data member declared both `static'
!           and `__thread' gives the variable or member thread storage
            duration.
  
     * [basic.stc.static]
*************** that document the exact semantics of the
*** 47030,47064 ****
  
     * [dcl.stc]
  
!      Add '__thread' to the list in paragraph 1.
  
       Change paragraph 1
  
!           With the exception of '__thread', at most one
            STORAGE-CLASS-SPECIFIER shall appear in a given
!           DECL-SPECIFIER-SEQ.  The '__thread' specifier may be used
!           alone, or immediately following the 'extern' or 'static'
            specifiers.  [...]
  
       Add after paragraph 5
  
!           The '__thread' specifier can be applied only to the names of
            objects and to anonymous unions.
  
     * [class.mem]
  
       Add after paragraph 6
  
!           Non-'static' members shall not be '__thread'.
  
  
  File: gcc.info,  Node: Binary constants,  Prev: Thread-Local,  Up: C Extensions
  
! 6.65 Binary Constants using the '0b' Prefix
  ===========================================
  
  Integer constants can be written as binary constants, consisting of a
! sequence of '0' and '1' digits, prefixed by '0b' or '0B'.  This is
  particularly useful in environments that operate a lot on the bit level
  (like microcontrollers).
  
--- 47669,47703 ----
  
     * [dcl.stc]
  
!      Add `__thread' to the list in paragraph 1.
  
       Change paragraph 1
  
!           With the exception of `__thread', at most one
            STORAGE-CLASS-SPECIFIER shall appear in a given
!           DECL-SPECIFIER-SEQ.  The `__thread' specifier may be used
!           alone, or immediately following the `extern' or `static'
            specifiers.  [...]
  
       Add after paragraph 5
  
!           The `__thread' specifier can be applied only to the names of
            objects and to anonymous unions.
  
     * [class.mem]
  
       Add after paragraph 6
  
!           Non-`static' members shall not be `__thread'.
  
  
  File: gcc.info,  Node: Binary constants,  Prev: Thread-Local,  Up: C Extensions
  
! 6.65 Binary Constants using the `0b' Prefix
  ===========================================
  
  Integer constants can be written as binary constants, consisting of a
! sequence of `0' and `1' digits, prefixed by `0b' or `0B'.  This is
  particularly useful in environments that operate a lot on the bit level
  (like microcontrollers).
  
*************** particularly useful in environments that
*** 47070,47076 ****
       i = 0b101010;
  
   The type of these constants follows the same rules as for octal or
! hexadecimal integer constants, so suffixes like 'L' or 'UL' can be
  applied.
  
  
--- 47709,47715 ----
       i = 0b101010;
  
   The type of these constants follows the same rules as for octal or
! hexadecimal integer constants, so suffixes like `L' or `UL' can be
  applied.
  
  
*************** The GNU compiler provides these extensio
*** 47083,47090 ****
  can also use most of the C language extensions in your C++ programs).
  If you want to write code that checks whether these features are
  available, you can test for the GNU compiler the same way as for C
! programs: check for a predefined macro '__GNUC__'.  You can also use
! '__GNUG__' to test specifically for GNU C++ (*note Predefined Macros:
  (cpp)Common Predefined Macros.).
  
  * Menu:
--- 47722,47729 ----
  can also use most of the C language extensions in your C++ programs).
  If you want to write code that checks whether these features are
  available, you can test for the GNU compiler the same way as for C
! programs: check for a predefined macro `__GNUC__'.  You can also use
! `__GNUG__' to test specifically for GNU C++ (*note Predefined Macros:
  (cpp)Common Predefined Macros.).
  
  * Menu:
*************** programs: check for a predefined macro '
*** 47097,47103 ****
  * Template Instantiation:: Methods for ensuring that exactly one copy of
                          each needed template instantiation is emitted.
  * Bound member functions:: You can extract a function pointer to the
!                         method denoted by a '->*' or '.*' expression.
  * C++ Attributes::      Variable, function, and type attributes for C++ only.
  * Function Multiversioning::   Declaring multiple function versions.
  * Type Traits::         Compiler support for type traits.
--- 47736,47742 ----
  * Template Instantiation:: Methods for ensuring that exactly one copy of
                          each needed template instantiation is emitted.
  * Bound member functions:: You can extract a function pointer to the
!                         method denoted by a `->*' or `.*' expression.
  * C++ Attributes::      Variable, function, and type attributes for C++ only.
  * Function Multiversioning::   Declaring multiple function versions.
  * Type Traits::         Compiler support for type traits.
*************** lvalueness of expressions between C and
*** 47119,47126 ****
  G++ behaves the same as GCC for volatile access, *Note Volatiles: C
  Extensions, for a description of GCC's behavior.
  
!  The C and C++ language specifications differ when an object is accessed
! in a void context:
  
       volatile int *src = SOMEVALUE;
       *src;
--- 47758,47765 ----
  G++ behaves the same as GCC for volatile access, *Note Volatiles: C
  Extensions, for a description of GCC's behavior.
  
!  The C and C++ language specifications differ when an object is
! accessed in a void context:
  
       volatile int *src = SOMEVALUE;
       *src;
*************** File: gcc.info,  Node: Restricted Pointe
*** 47162,47170 ****
  ================================
  
  As with the C front end, G++ understands the C99 feature of restricted
! pointers, specified with the '__restrict__', or '__restrict' type
! qualifier.  Because you cannot compile C++ by specifying the '-std=c99'
! language flag, 'restrict' is not a keyword in C++.
  
   In addition to allowing restricted pointers, you can specify restricted
  references, which indicate that the reference is not aliased in the
--- 47801,47809 ----
  ================================
  
  As with the C front end, G++ understands the C99 feature of restricted
! pointers, specified with the `__restrict__', or `__restrict' type
! qualifier.  Because you cannot compile C++ by specifying the `-std=c99'
! language flag, `restrict' is not a keyword in C++.
  
   In addition to allowing restricted pointers, you can specify restricted
  references, which indicate that the reference is not aliased in the
*************** local context.
*** 47175,47201 ****
         /* ... */
       }
  
! In the body of 'fn', RPTR points to an unaliased integer and RREF refers
! to a (different) unaliased integer.
  
   You may also specify whether a member function's THIS pointer is
! unaliased by using '__restrict__' as a member function qualifier.
  
       void T::fn () __restrict__
       {
         /* ... */
       }
  
! Within the body of 'T::fn', THIS has the effective definition 'T
  *__restrict__ const this'.  Notice that the interpretation of a
! '__restrict__' member function qualifier is different to that of 'const'
! or 'volatile' qualifier, in that it is applied to the pointer rather
! than the object.  This is consistent with other compilers that implement
! restricted pointers.
  
!  As with all outermost parameter qualifiers, '__restrict__' is ignored
  in function definition matching.  This means you only need to specify
! '__restrict__' in a function definition, rather than in a function
  prototype as well.
  
  
--- 47814,47840 ----
         /* ... */
       }
  
! In the body of `fn', RPTR points to an unaliased integer and RREF
! refers to a (different) unaliased integer.
  
   You may also specify whether a member function's THIS pointer is
! unaliased by using `__restrict__' as a member function qualifier.
  
       void T::fn () __restrict__
       {
         /* ... */
       }
  
! Within the body of `T::fn', THIS has the effective definition `T
  *__restrict__ const this'.  Notice that the interpretation of a
! `__restrict__' member function qualifier is different to that of
! `const' or `volatile' qualifier, in that it is applied to the pointer
! rather than the object.  This is consistent with other compilers that
! implement restricted pointers.
  
!  As with all outermost parameter qualifiers, `__restrict__' is ignored
  in function definition matching.  This means you only need to specify
! `__restrict__' in a function definition, rather than in a function
  prototype as well.
  
  
*************** clever.
*** 47213,47228 ****
  Inline Functions
       Inline functions are typically defined in a header file which can
       be included in many different compilations.  Hopefully they can
!      usually be inlined, but sometimes an out-of-line copy is necessary,
!      if the address of the function is taken or if inlining fails.  In
!      general, we emit an out-of-line copy in all translation units where
!      one is needed.  As an exception, we only emit inline virtual
!      functions with the vtable, since it always requires a copy.
  
       Local static variables and string constants used in an inline
!      function are also considered to have vague linkage, since they must
!      be shared between all inlined and out-of-line instances of the
!      function.
  
  VTables
       C++ virtual functions are implemented in most compilers using a
--- 47852,47867 ----
  Inline Functions
       Inline functions are typically defined in a header file which can
       be included in many different compilations.  Hopefully they can
!      usually be inlined, but sometimes an out-of-line copy is
!      necessary, if the address of the function is taken or if inlining
!      fails.  In general, we emit an out-of-line copy in all translation
!      units where one is needed.  As an exception, we only emit inline
!      virtual functions with the vtable, since it always requires a copy.
  
       Local static variables and string constants used in an inline
!      function are also considered to have vague linkage, since they
!      must be shared between all inlined and out-of-line instances of
!      the function.
  
  VTables
       C++ virtual functions are implemented in most compilers using a
*************** VTables
*** 47239,47259 ****
       Make sure that any inline virtuals are declared inline in the class
       body, even if they are not defined there.
  
! 'type_info' objects
       C++ requires information about types to be written out in order to
!      implement 'dynamic_cast', 'typeid' and exception handling.  For
       polymorphic classes (classes with virtual functions), the
!      'type_info' object is written out along with the vtable so that
!      'dynamic_cast' can determine the dynamic type of a class object at
!      run time.  For all other types, we write out the 'type_info' object
!      when it is used: when applying 'typeid' to an expression, throwing
!      an object, or referring to a type in a catch clause or exception
!      specification.
  
  Template Instantiations
       Most everything in this section also applies to template
!      instantiations, but there are other options as well.  *Note Where's
!      the Template?: Template Instantiation.
  
   When used with GNU ld version 2.8 or later on an ELF system such as
  GNU/Linux or Solaris 2, or on Microsoft Windows, duplicate copies of
--- 47878,47899 ----
       Make sure that any inline virtuals are declared inline in the class
       body, even if they are not defined there.
  
! `type_info' objects
       C++ requires information about types to be written out in order to
!      implement `dynamic_cast', `typeid' and exception handling.  For
       polymorphic classes (classes with virtual functions), the
!      `type_info' object is written out along with the vtable so that
!      `dynamic_cast' can determine the dynamic type of a class object at
!      run time.  For all other types, we write out the `type_info'
!      object when it is used: when applying `typeid' to an expression,
!      throwing an object, or referring to a type in a catch clause or
!      exception specification.
  
  Template Instantiations
       Most everything in this section also applies to template
!      instantiations, but there are other options as well.  *Note
!      Where's the Template?: Template Instantiation.
! 
  
   When used with GNU ld version 2.8 or later on an ELF system such as
  GNU/Linux or Solaris 2, or on Microsoft Windows, duplicate copies of
*************** File: gcc.info,  Node: C++ Interface,  N
*** 47279,47356 ****
  7.4 C++ Interface and Implementation Pragmas
  ============================================
  
! '#pragma interface' and '#pragma implementation' provide the user with a
! way of explicitly directing the compiler to emit entities with vague
  linkage (and debugging information) in a particular translation unit.
  
!  _Note:_ These '#pragma's have been superceded as of GCC 2.7.2 by COMDAT
! support and the "key method" heuristic mentioned in *note Vague
  Linkage::.  Using them can actually cause your program to grow due to
  unnecessary out-of-line copies of inline functions.
  
! '#pragma interface'
! '#pragma interface "SUBDIR/OBJECTS.h"'
!      Use this directive in _header files_ that define object classes, to
!      save space in most of the object files that use those classes.
       Normally, local copies of certain information (backup copies of
       inline member functions, debugging information, and the internal
       tables that implement virtual functions) must be kept in each
       object file that includes class definitions.  You can use this
       pragma to avoid such duplication.  When a header file containing
!      '#pragma interface' is included in a compilation, this auxiliary
       information is not generated (unless the main input source file
!      itself uses '#pragma implementation').  Instead, the object files
       contain references to be resolved at link time.
  
       The second form of this directive is useful for the case where you
       have multiple headers with the same name in different directories.
!      If you use this form, you must specify the same string to '#pragma
       implementation'.
  
! '#pragma implementation'
! '#pragma implementation "OBJECTS.h"'
       Use this pragma in a _main input file_, when you want full output
       from included header files to be generated (and made globally
!      visible).  The included header file, in turn, should use '#pragma
       interface'.  Backup copies of inline member functions, debugging
       information, and the internal tables used to implement virtual
       functions are all generated in implementation files.
  
!      If you use '#pragma implementation' with no argument, it applies to
!      an include file with the same basename(1) as your source file.  For
!      example, in 'allclass.cc', giving just '#pragma implementation' by
!      itself is equivalent to '#pragma implementation "allclass.h"'.
  
       Use the string argument if you want a single implementation file to
       include code from multiple header files.  (You must also use
!      '#include' to include the header file; '#pragma implementation'
       only specifies how to use the file--it doesn't actually include
       it.)
  
       There is no way to split up the contents of a single header file
       into multiple implementation files.
  
!  '#pragma implementation' and '#pragma interface' also have an effect on
! function inlining.
  
!  If you define a class in a header file marked with '#pragma interface',
! the effect on an inline function defined in that class is similar to an
! explicit 'extern' declaration--the compiler emits no code at all to
! define an independent version of the function.  Its definition is used
! only for inlining with its callers.
  
   Conversely, when you include the same header file in a main source file
! that declares it as '#pragma implementation', the compiler emits code
! for the function itself; this defines a version of the function that can
! be found via pointers (or by callers compiled without inlining).  If all
! calls to the function can be inlined, you can avoid emitting the
! function by compiling with '-fno-implement-inlines'.  If any calls are
  not inlined, you will get linker errors.
  
!    ---------- Footnotes ----------
  
!    (1) A file's "basename" is the name stripped of all leading path
! information and of trailing suffixes, such as '.h' or '.C' or '.cc'.
  
  
  File: gcc.info,  Node: Template Instantiation,  Next: Bound member functions,  Prev: C++ Interface,  Up: C++ Extensions
--- 47919,47996 ----
  7.4 C++ Interface and Implementation Pragmas
  ============================================
  
! `#pragma interface' and `#pragma implementation' provide the user with
! a way of explicitly directing the compiler to emit entities with vague
  linkage (and debugging information) in a particular translation unit.
  
!  _Note:_ These `#pragma's have been superceded as of GCC 2.7.2 by
! COMDAT support and the "key method" heuristic mentioned in *note Vague
  Linkage::.  Using them can actually cause your program to grow due to
  unnecessary out-of-line copies of inline functions.
  
! `#pragma interface'
! `#pragma interface "SUBDIR/OBJECTS.h"'
!      Use this directive in _header files_ that define object classes,
!      to save space in most of the object files that use those classes.
       Normally, local copies of certain information (backup copies of
       inline member functions, debugging information, and the internal
       tables that implement virtual functions) must be kept in each
       object file that includes class definitions.  You can use this
       pragma to avoid such duplication.  When a header file containing
!      `#pragma interface' is included in a compilation, this auxiliary
       information is not generated (unless the main input source file
!      itself uses `#pragma implementation').  Instead, the object files
       contain references to be resolved at link time.
  
       The second form of this directive is useful for the case where you
       have multiple headers with the same name in different directories.
!      If you use this form, you must specify the same string to `#pragma
       implementation'.
  
! `#pragma implementation'
! `#pragma implementation "OBJECTS.h"'
       Use this pragma in a _main input file_, when you want full output
       from included header files to be generated (and made globally
!      visible).  The included header file, in turn, should use `#pragma
       interface'.  Backup copies of inline member functions, debugging
       information, and the internal tables used to implement virtual
       functions are all generated in implementation files.
  
!      If you use `#pragma implementation' with no argument, it applies to
!      an include file with the same basename(1) as your source file.
!      For example, in `allclass.cc', giving just `#pragma implementation'
!      by itself is equivalent to `#pragma implementation "allclass.h"'.
  
       Use the string argument if you want a single implementation file to
       include code from multiple header files.  (You must also use
!      `#include' to include the header file; `#pragma implementation'
       only specifies how to use the file--it doesn't actually include
       it.)
  
       There is no way to split up the contents of a single header file
       into multiple implementation files.
  
!  `#pragma implementation' and `#pragma interface' also have an effect
! on function inlining.
  
!  If you define a class in a header file marked with `#pragma
! interface', the effect on an inline function defined in that class is
! similar to an explicit `extern' declaration--the compiler emits no code
! at all to define an independent version of the function.  Its
! definition is used only for inlining with its callers.
  
   Conversely, when you include the same header file in a main source file
! that declares it as `#pragma implementation', the compiler emits code
! for the function itself; this defines a version of the function that
! can be found via pointers (or by callers compiled without inlining).
! If all calls to the function can be inlined, you can avoid emitting the
! function by compiling with `-fno-implement-inlines'.  If any calls are
  not inlined, you will get linker errors.
  
!  ---------- Footnotes ----------
  
!  (1) A file's "basename" is the name stripped of all leading path
! information and of trailing suffixes, such as `.h' or `.C' or `.cc'.
  
  
  File: gcc.info,  Node: Template Instantiation,  Next: Bound member functions,  Prev: C++ Interface,  Up: C++ Extensions
*************** problem, which are referred to as the Bo
*** 47367,47374 ****
  model.
  
  Borland model
!      Borland C++ solved the template instantiation problem by adding the
!      code equivalent of common blocks to their linker; the compiler
       emits template instances in each translation unit that uses them,
       and the linker collapses them together.  The advantage of this
       model is that the linker only has to consider the object files
--- 48007,48014 ----
  model.
  
  Borland model
!      Borland C++ solved the template instantiation problem by adding
!      the code equivalent of common blocks to their linker; the compiler
       emits template instances in each translation unit that uses them,
       and the linker collapses them together.  The advantage of this
       model is that the linker only has to consider the object files
*************** Borland model
*** 47381,47402 ****
  Cfront model
       The AT&T C++ translator, Cfront, solved the template instantiation
       problem by creating the notion of a template repository, an
!      automatically maintained place where template instances are stored.
!      A more modern version of the repository works as follows: As
!      individual object files are built, the compiler places any template
!      definitions and instantiations encountered in the repository.  At
!      link time, the link wrapper adds in the objects in the repository
!      and compiles any needed instances that were not previously emitted.
!      The advantages of this model are more optimal compilation speed and
!      the ability to use the system linker; to implement the Borland
!      model a compiler vendor also needs to replace the linker.  The
!      disadvantages are vastly increased complexity, and thus potential
!      for error; for some code this can be just as transparent, but in
!      practice it can been very difficult to build multiple programs in
!      one directory and one program in multiple directories.  Code
!      written for this model tends to separate definitions of non-inline
!      member templates into a separate file, which should be compiled
!      separately.
  
   G++ implements the Borland model on targets where the linker supports
  it, including ELF targets (such as GNU/Linux), Mac OS X and Microsoft
--- 48021,48042 ----
  Cfront model
       The AT&T C++ translator, Cfront, solved the template instantiation
       problem by creating the notion of a template repository, an
!      automatically maintained place where template instances are
!      stored.  A more modern version of the repository works as follows:
!      As individual object files are built, the compiler places any
!      template definitions and instantiations encountered in the
!      repository.  At link time, the link wrapper adds in the objects in
!      the repository and compiles any needed instances that were not
!      previously emitted.  The advantages of this model are more optimal
!      compilation speed and the ability to use the system linker; to
!      implement the Borland model a compiler vendor also needs to
!      replace the linker.  The disadvantages are vastly increased
!      complexity, and thus potential for error; for some code this can be
!      just as transparent, but in practice it can been very difficult to
!      build multiple programs in one directory and one program in
!      multiple directories.  Code written for this model tends to
!      separate definitions of non-inline member templates into a
!      separate file, which should be compiled separately.
  
   G++ implements the Borland model on targets where the linker supports
  it, including ELF targets (such as GNU/Linux), Mac OS X and Microsoft
*************** instantiations:
*** 47415,47421 ****
       explicit instantiation in one object file, and preventing the
       compiler from doing implicit instantiations in any other object
       files by using an explicit instantiation declaration, using the
!      'extern template' syntax:
  
            extern template int max (int, int);
  
--- 48055,48061 ----
       explicit instantiation in one object file, and preventing the
       compiler from doing implicit instantiations in any other object
       files by using an explicit instantiation declaration, using the
!      `extern template' syntax:
  
            extern template int max (int, int);
  
*************** instantiations:
*** 47424,47435 ****
  
       Explicit instantiations can be used for the largest or most
       frequently duplicated instances, without having to know exactly
!      which other instances are used in the rest of the program.  You can
!      scatter the explicit instantiations throughout your program,
       perhaps putting them in the translation units where the instances
       are used or the translation units that define the templates
!      themselves; you can put all of the explicit instantiations you need
!      into one big file; or you can create small files like
  
            #include "Foo.h"
            #include "Foo.cc"
--- 48064,48075 ----
  
       Explicit instantiations can be used for the largest or most
       frequently duplicated instances, without having to know exactly
!      which other instances are used in the rest of the program.  You
!      can scatter the explicit instantiations throughout your program,
       perhaps putting them in the translation units where the instances
       are used or the translation units that define the templates
!      themselves; you can put all of the explicit instantiations you
!      need into one big file; or you can create small files like
  
            #include "Foo.h"
            #include "Foo.cc"
*************** instantiations:
*** 47442,47456 ****
       instantiation library from those.
  
       This is the simplest option, but also offers flexibility and
!      fine-grained control when necessary.  It is also the most portable
       alternative and programs using this approach will work with most
       modern compilers.
  
!   2. Compile your template-using code with '-frepo'.  The compiler
!      generates files with the extension '.rpo' listing all of the
       template instantiations used in the corresponding object files that
!      could be instantiated there; the link wrapper, 'collect2', then
!      updates the '.rpo' files to tell the compiler where to place those
       instantiations and rebuild any affected object files.  The
       link-time overhead is negligible after the first pass, as the
       compiler continues to place the instantiations in the same files.
--- 48082,48096 ----
       instantiation library from those.
  
       This is the simplest option, but also offers flexibility and
!      fine-grained control when necessary. It is also the most portable
       alternative and programs using this approach will work with most
       modern compilers.
  
!   2. Compile your template-using code with `-frepo'.  The compiler
!      generates files with the extension `.rpo' listing all of the
       template instantiations used in the corresponding object files that
!      could be instantiated there; the link wrapper, `collect2', then
!      updates the `.rpo' files to tell the compiler where to place those
       instantiations and rebuild any affected object files.  The
       link-time overhead is negligible after the first pass, as the
       compiler continues to place the instantiations in the same files.
*************** instantiations:
*** 47459,47476 ****
       Borland model, as it usually just works.  Code written for the
       Cfront model needs to be modified so that the template definitions
       are available at one or more points of instantiation; usually this
!      is as simple as adding '#include <tmethods.cc>' to the end of each
       template header.
  
       For library code, if you want the library to provide all of the
       template instantiations it needs, just try to link all of its
       object files together; the link will fail, but cause the
       instantiations to be generated as a side effect.  Be warned,
!      however, that this may cause conflicts if multiple libraries try to
!      provide the same instantiations.  For greater control, use explicit
!      instantiation as described in the next option.
  
!   3. Compile your code with '-fno-implicit-templates' to disable the
       implicit generation of template instances, and explicitly
       instantiate all the ones you use.  This approach requires more
       knowledge of exactly which instances you need than do the others,
--- 48099,48116 ----
       Borland model, as it usually just works.  Code written for the
       Cfront model needs to be modified so that the template definitions
       are available at one or more points of instantiation; usually this
!      is as simple as adding `#include <tmethods.cc>' to the end of each
       template header.
  
       For library code, if you want the library to provide all of the
       template instantiations it needs, just try to link all of its
       object files together; the link will fail, but cause the
       instantiations to be generated as a side effect.  Be warned,
!      however, that this may cause conflicts if multiple libraries try
!      to provide the same instantiations.  For greater control, use
!      explicit instantiation as described in the next option.
  
!   3. Compile your code with `-fno-implicit-templates' to disable the
       implicit generation of template instances, and explicitly
       instantiate all the ones you use.  This approach requires more
       knowledge of exactly which instances you need than do the others,
*************** instantiations:
*** 47478,47498 ****
       ensure that only the intended instances are used.
  
       If you are using Cfront-model code, you can probably get away with
!      not using '-fno-implicit-templates' when compiling files that don't
!      '#include' the member template definitions.
  
       If you use one big file to do the instantiations, you may want to
!      compile it without '-fno-implicit-templates' so you get all of the
       instances required by your explicit instantiations (but not by any
       other files) without having to specify them as well.
  
!      In addition to forward declaration of explicit instantiations (with
!      'extern'), G++ has extended the template instantiation syntax to
!      support instantiation of the compiler support data for a template
!      class (i.e. the vtable) without instantiating any of its members
!      (with 'inline'), and instantiation of only the static data members
!      of a template class, without the support data or member functions
!      (with 'static'):
  
            inline template class Foo<int>;
            static template class Foo<int>;
--- 48118,48138 ----
       ensure that only the intended instances are used.
  
       If you are using Cfront-model code, you can probably get away with
!      not using `-fno-implicit-templates' when compiling files that don't
!      `#include' the member template definitions.
  
       If you use one big file to do the instantiations, you may want to
!      compile it without `-fno-implicit-templates' so you get all of the
       instances required by your explicit instantiations (but not by any
       other files) without having to specify them as well.
  
!      In addition to forward declaration of explicit instantiations
!      (with `extern'), G++ has extended the template instantiation
!      syntax to support instantiation of the compiler support data for a
!      template class (i.e. the vtable) without instantiating any of its
!      members (with `inline'), and instantiation of only the static data
!      members of a template class, without the support data or member
!      functions (with `static'):
  
            inline template class Foo<int>;
            static template class Foo<int>;
*************** File: gcc.info,  Node: Bound member func
*** 47505,47511 ****
  
  In C++, pointer to member functions (PMFs) are implemented using a wide
  pointer of sorts to handle all the possible call mechanisms; the PMF
! needs to store information about how to adjust the 'this' pointer, and
  if the function pointed to is virtual, where to find the vtable, and
  where in the vtable to look for the member function.  If you are using
  PMFs in an inner loop, you should really reconsider that decision.  If
--- 48145,48151 ----
  
  In C++, pointer to member functions (PMFs) are implemented using a wide
  pointer of sorts to handle all the possible call mechanisms; the PMF
! needs to store information about how to adjust the `this' pointer, and
  if the function pointed to is virtual, where to find the vtable, and
  where in the vtable to look for the member function.  If you are using
  PMFs in an inner loop, you should really reconsider that decision.  If
*************** function calls.
*** 47526,47538 ****
  
       fptr p = (fptr)(a.*fp);
  
!  For PMF constants (i.e. expressions of the form '&Klasse::Member'), no
  object is needed to obtain the address of the function.  They can be
  converted to function pointers directly:
  
       fptr p1 = (fptr)(&A::foo);
  
!  You must specify '-Wno-pmf-conversions' to use this extension.
  
  
  File: gcc.info,  Node: C++ Attributes,  Next: Function Multiversioning,  Prev: Bound member functions,  Up: C++ Extensions
--- 48166,48178 ----
  
       fptr p = (fptr)(a.*fp);
  
!  For PMF constants (i.e. expressions of the form `&Klasse::Member'), no
  object is needed to obtain the address of the function.  They can be
  converted to function pointers directly:
  
       fptr p1 = (fptr)(&A::foo);
  
!  You must specify `-Wno-pmf-conversions' to use this extension.
  
  
  File: gcc.info,  Node: C++ Attributes,  Next: Function Multiversioning,  Prev: Bound member functions,  Up: C++ Extensions
*************** File: gcc.info,  Node: C++ Attributes,
*** 47542,47558 ****
  
  Some attributes only make sense for C++ programs.
  
! 'abi_tag ("TAG", ...)'
!      The 'abi_tag' attribute can be applied to a function, variable, or
       class declaration.  It modifies the mangled name of the entity to
       incorporate the tag name, in order to distinguish the function or
       class from an earlier version with a different ABI; perhaps the
!      class has changed size, or the function has a different return type
!      that is not encoded in the mangled name.
  
       The attribute can also be applied to an inline namespace, but does
       not affect the mangled name of the namespace; in this case it is
!      only used for '-Wabi-tag' warnings and automatic tagging of
       functions and variables.  Tagging inline namespaces is generally
       preferable to tagging individual declarations, but the latter is
       sometimes necessary, such as when only certain members of a class
--- 48182,48198 ----
  
  Some attributes only make sense for C++ programs.
  
! `abi_tag ("TAG", ...)'
!      The `abi_tag' attribute can be applied to a function, variable, or
       class declaration.  It modifies the mangled name of the entity to
       incorporate the tag name, in order to distinguish the function or
       class from an earlier version with a different ABI; perhaps the
!      class has changed size, or the function has a different return
!      type that is not encoded in the mangled name.
  
       The attribute can also be applied to an inline namespace, but does
       not affect the mangled name of the namespace; in this case it is
!      only used for `-Wabi-tag' warnings and automatic tagging of
       functions and variables.  Tagging inline namespaces is generally
       preferable to tagging individual declarations, but the latter is
       sometimes necessary, such as when only certain members of a class
*************** Some attributes only make sense for C++
*** 47562,47602 ****
       strings are sorted on output, so the order of the list is
       unimportant.
  
!      A redeclaration of an entity must not add new ABI tags, since doing
!      so would change the mangled name.
  
       The ABI tags apply to a name, so all instantiations and
       specializations of a template have the same tags.  The attribute
       will be ignored if applied to an explicit specialization or
       instantiation.
  
!      The '-Wabi-tag' flag enables a warning about a class which does not
!      have all the ABI tags used by its subobjects and virtual functions;
!      for users with code that needs to coexist with an earlier ABI,
!      using this option can help to find all affected types that need to
!      be tagged.
  
       When a type involving an ABI tag is used as the type of a variable
       or return type of a function where that tag is not already present
       in the signature of the function, the tag is automatically applied
!      to the variable or function.  '-Wabi-tag' also warns about this
       situation; this warning can be avoided by explicitly tagging the
       variable or function or moving it into a tagged inline namespace.
  
! 'init_priority (PRIORITY)'
! 
       In Standard C++, objects defined at namespace scope are guaranteed
       to be initialized in an order in strict accordance with that of
       their definitions _in a given translation unit_.  No guarantee is
       made for initializations across translation units.  However, GNU
       C++ allows users to control the order of initialization of objects
!      defined at namespace scope with the 'init_priority' attribute by
       specifying a relative PRIORITY, a constant integral expression
       currently bounded between 101 and 65535 inclusive.  Lower numbers
       indicate a higher priority.
  
!      In the following example, 'A' would normally be created before 'B',
!      but the 'init_priority' attribute reverses that order:
  
            Some_Class  A  __attribute__ ((init_priority (2000)));
            Some_Class  B  __attribute__ ((init_priority (543)));
--- 48202,48241 ----
       strings are sorted on output, so the order of the list is
       unimportant.
  
!      A redeclaration of an entity must not add new ABI tags, since
!      doing so would change the mangled name.
  
       The ABI tags apply to a name, so all instantiations and
       specializations of a template have the same tags.  The attribute
       will be ignored if applied to an explicit specialization or
       instantiation.
  
!      The `-Wabi-tag' flag enables a warning about a class which does
!      not have all the ABI tags used by its subobjects and virtual
!      functions; for users with code that needs to coexist with an
!      earlier ABI, using this option can help to find all affected types
!      that need to be tagged.
  
       When a type involving an ABI tag is used as the type of a variable
       or return type of a function where that tag is not already present
       in the signature of the function, the tag is automatically applied
!      to the variable or function.  `-Wabi-tag' also warns about this
       situation; this warning can be avoided by explicitly tagging the
       variable or function or moving it into a tagged inline namespace.
  
! `init_priority (PRIORITY)'
       In Standard C++, objects defined at namespace scope are guaranteed
       to be initialized in an order in strict accordance with that of
       their definitions _in a given translation unit_.  No guarantee is
       made for initializations across translation units.  However, GNU
       C++ allows users to control the order of initialization of objects
!      defined at namespace scope with the `init_priority' attribute by
       specifying a relative PRIORITY, a constant integral expression
       currently bounded between 101 and 65535 inclusive.  Lower numbers
       indicate a higher priority.
  
!      In the following example, `A' would normally be created before
!      `B', but the `init_priority' attribute reverses that order:
  
            Some_Class  A  __attribute__ ((init_priority (2000)));
            Some_Class  B  __attribute__ ((init_priority (543)));
*************** Some attributes only make sense for C++
*** 47604,47624 ****
       Note that the particular values of PRIORITY do not matter; only
       their relative ordering.
  
! 'warn_unused'
! 
       For C++ types with non-trivial constructors and/or destructors it
       is impossible for the compiler to determine whether a variable of
!      this type is truly unused if it is not referenced.  This type
       attribute informs the compiler that variables of this type should
!      be warned about if they appear to be unused, just like variables of
!      fundamental types.
  
       This attribute is appropriate for types which just represent a
!      value, such as 'std::string'; it is not appropriate for types which
!      control a resource, such as 'std::lock_guard'.
  
-      This attribute is also accepted in C, but it is unnecessary because
-      C does not have constructors or destructors.
  
  
  File: gcc.info,  Node: Function Multiversioning,  Next: Type Traits,  Prev: C++ Attributes,  Up: C++ Extensions
--- 48243,48263 ----
       Note that the particular values of PRIORITY do not matter; only
       their relative ordering.
  
! `warn_unused'
       For C++ types with non-trivial constructors and/or destructors it
       is impossible for the compiler to determine whether a variable of
!      this type is truly unused if it is not referenced. This type
       attribute informs the compiler that variables of this type should
!      be warned about if they appear to be unused, just like variables
!      of fundamental types.
  
       This attribute is appropriate for types which just represent a
!      value, such as `std::string'; it is not appropriate for types which
!      control a resource, such as `std::lock_guard'.
! 
!      This attribute is also accepted in C, but it is unnecessary
!      because C does not have constructors or destructors.
  
  
  
  File: gcc.info,  Node: Function Multiversioning,  Next: Type Traits,  Prev: C++ Attributes,  Up: C++ Extensions
*************** the execution platform.  Here is an exam
*** 47667,47681 ****
         return 0;
       }
  
!  In the above example, four versions of function foo are created.  The
  first version of foo with the target attribute "default" is the default
  version.  This version gets executed when no other target specific
! version qualifies for execution on a particular platform.  A new version
  of foo is created by using the same function signature but with a
  different target string.  Function foo is called or a pointer to it is
  taken just like a regular function.  GCC takes care of doing the
! dispatching to call the right version at runtime.  Refer to the GCC wiki
! on Function Multiversioning
  (http://gcc.gnu.org/wiki/FunctionMultiVersioning) for more details.
  
  
--- 48306,48320 ----
         return 0;
       }
  
!  In the above example, four versions of function foo are created. The
  first version of foo with the target attribute "default" is the default
  version.  This version gets executed when no other target specific
! version qualifies for execution on a particular platform. A new version
  of foo is created by using the same function signature but with a
  different target string.  Function foo is called or a pointer to it is
  taken just like a regular function.  GCC takes care of doing the
! dispatching to call the right version at runtime.  Refer to the GCC
! wiki on Function Multiversioning
  (http://gcc.gnu.org/wiki/FunctionMultiVersioning) for more details.
  
  
*************** The C++ front end implements syntactic e
*** 47688,47861 ****
  compile-time determination of various characteristics of a type (or of a
  pair of types).
  
! '__has_nothrow_assign (type)'
!      If 'type' is const qualified or is a reference type then the trait
!      is false.  Otherwise if '__has_trivial_assign (type)' is true then
!      the trait is true, else if 'type' is a cv class or union type with
       copy assignment operators that are known not to throw an exception
!      then the trait is true, else it is false.  Requires: 'type' shall
!      be a complete type, (possibly cv-qualified) 'void', or an array of
       unknown bound.
  
! '__has_nothrow_copy (type)'
!      If '__has_trivial_copy (type)' is true then the trait is true, else
!      if 'type' is a cv class or union type with copy constructors that
!      are known not to throw an exception then the trait is true, else it
!      is false.  Requires: 'type' shall be a complete type, (possibly
!      cv-qualified) 'void', or an array of unknown bound.
  
! '__has_nothrow_constructor (type)'
!      If '__has_trivial_constructor (type)' is true then the trait is
!      true, else if 'type' is a cv class or union type (or array thereof)
!      with a default constructor that is known not to throw an exception
!      then the trait is true, else it is false.  Requires: 'type' shall
!      be a complete type, (possibly cv-qualified) 'void', or an array of
!      unknown bound.
  
! '__has_trivial_assign (type)'
!      If 'type' is const qualified or is a reference type then the trait
!      is false.  Otherwise if '__is_pod (type)' is true then the trait is
!      true, else if 'type' is a cv class or union type with a trivial
       copy assignment ([class.copy]) then the trait is true, else it is
!      false.  Requires: 'type' shall be a complete type, (possibly
!      cv-qualified) 'void', or an array of unknown bound.
  
! '__has_trivial_copy (type)'
!      If '__is_pod (type)' is true or 'type' is a reference type then the
!      trait is true, else if 'type' is a cv class or union type with a
!      trivial copy constructor ([class.copy]) then the trait is true,
!      else it is false.  Requires: 'type' shall be a complete type,
!      (possibly cv-qualified) 'void', or an array of unknown bound.
  
! '__has_trivial_constructor (type)'
!      If '__is_pod (type)' is true then the trait is true, else if 'type'
!      is a cv class or union type (or array thereof) with a trivial
!      default constructor ([class.ctor]) then the trait is true, else it
!      is false.  Requires: 'type' shall be a complete type, (possibly
!      cv-qualified) 'void', or an array of unknown bound.
  
! '__has_trivial_destructor (type)'
!      If '__is_pod (type)' is true or 'type' is a reference type then the
!      trait is true, else if 'type' is a cv class or union type (or array
!      thereof) with a trivial destructor ([class.dtor]) then the trait is
!      true, else it is false.  Requires: 'type' shall be a complete type,
!      (possibly cv-qualified) 'void', or an array of unknown bound.
  
! '__has_virtual_destructor (type)'
!      If 'type' is a class type with a virtual destructor ([class.dtor])
!      then the trait is true, else it is false.  Requires: 'type' shall
!      be a complete type, (possibly cv-qualified) 'void', or an array of
       unknown bound.
  
! '__is_abstract (type)'
!      If 'type' is an abstract class ([class.abstract]) then the trait is
!      true, else it is false.  Requires: 'type' shall be a complete type,
!      (possibly cv-qualified) 'void', or an array of unknown bound.
  
! '__is_base_of (base_type, derived_type)'
!      If 'base_type' is a base class of 'derived_type' ([class.derived])
       then the trait is true, otherwise it is false.  Top-level cv
!      qualifications of 'base_type' and 'derived_type' are ignored.  For
!      the purposes of this trait, a class type is considered is own base.
!      Requires: if '__is_class (base_type)' and '__is_class
!      (derived_type)' are true and 'base_type' and 'derived_type' are not
!      the same type (disregarding cv-qualifiers), 'derived_type' shall be
!      a complete type.  A diagnostic is produced if this requirement is
!      not met.
  
! '__is_class (type)'
!      If 'type' is a cv class type, and not a union type
       ([basic.compound]) the trait is true, else it is false.
  
! '__is_empty (type)'
!      If '__is_class (type)' is false then the trait is false.  Otherwise
!      'type' is considered empty if and only if: 'type' has no non-static
!      data members, or all non-static data members, if any, are
!      bit-fields of length 0, and 'type' has no virtual members, and
!      'type' has no virtual base classes, and 'type' has no base classes
!      'base_type' for which '__is_empty (base_type)' is false.  Requires:
!      'type' shall be a complete type, (possibly cv-qualified) 'void', or
!      an array of unknown bound.
  
! '__is_enum (type)'
!      If 'type' is a cv enumeration type ([basic.compound]) the trait is
       true, else it is false.
  
! '__is_literal_type (type)'
!      If 'type' is a literal type ([basic.types]) the trait is true, else
!      it is false.  Requires: 'type' shall be a complete type, (possibly
!      cv-qualified) 'void', or an array of unknown bound.
  
! '__is_pod (type)'
!      If 'type' is a cv POD type ([basic.types]) then the trait is true,
!      else it is false.  Requires: 'type' shall be a complete type,
!      (possibly cv-qualified) 'void', or an array of unknown bound.
  
! '__is_polymorphic (type)'
!      If 'type' is a polymorphic class ([class.virtual]) then the trait
!      is true, else it is false.  Requires: 'type' shall be a complete
!      type, (possibly cv-qualified) 'void', or an array of unknown bound.
  
! '__is_standard_layout (type)'
!      If 'type' is a standard-layout type ([basic.types]) the trait is
!      true, else it is false.  Requires: 'type' shall be a complete type,
!      (possibly cv-qualified) 'void', or an array of unknown bound.
  
! '__is_trivial (type)'
!      If 'type' is a trivial type ([basic.types]) the trait is true, else
!      it is false.  Requires: 'type' shall be a complete type, (possibly
!      cv-qualified) 'void', or an array of unknown bound.
  
! '__is_union (type)'
!      If 'type' is a cv union type ([basic.compound]) the trait is true,
       else it is false.
  
! '__underlying_type (type)'
!      The underlying type of 'type'.  Requires: 'type' shall be an
       enumeration type ([dcl.enum]).
  
  
  File: gcc.info,  Node: C++ Concepts,  Next: Deprecated Features,  Prev: Type Traits,  Up: C++ Extensions
  
  7.10 C++ Concepts
  =================
  
! C++ concepts provide much-improved support for generic programming.  In
  particular, they allow the specification of constraints on template
! arguments.  The constraints are used to extend the usual overloading and
! partial specialization capabilities of the language, allowing generic
! data structures and algorithms to be "refined" based on their properties
! rather than their type names.
  
   The following keywords are reserved for concepts.
  
! 'assumes'
       States an expression as an assumption, and if possible, verifies
!      that the assumption is valid.  For example, 'assume(n > 0)'.
  
! 'axiom'
!      Introduces an axiom definition.  Axioms introduce requirements on
       values.
  
! 'forall'
!      Introduces a universally quantified object in an axiom.  For
!      example, 'forall (int n) n + 0 == n').
  
! 'concept'
!      Introduces a concept definition.  Concepts are sets of syntactic
       and semantic requirements on types and their values.
  
! 'requires'
       Introduces constraints on template arguments or requirements for a
       member function of a class template.
  
   The front end also exposes a number of internal mechanism that can be
! used to simplify the writing of type traits.  Note that some of these
  traits are likely to be removed in the future.
  
! '__is_same (type1, type2)'
       A binary type trait: true whenever the type arguments are the same.
  
  
  File: gcc.info,  Node: Deprecated Features,  Next: Backwards Compatibility,  Prev: C++ Concepts,  Up: C++ Extensions
  
--- 48327,48504 ----
  compile-time determination of various characteristics of a type (or of a
  pair of types).
  
! `__has_nothrow_assign (type)'
!      If `type' is const qualified or is a reference type then the trait
!      is false.  Otherwise if `__has_trivial_assign (type)' is true then
!      the trait is true, else if `type' is a cv class or union type with
       copy assignment operators that are known not to throw an exception
!      then the trait is true, else it is false.  Requires: `type' shall
!      be a complete type, (possibly cv-qualified) `void', or an array of
       unknown bound.
  
! `__has_nothrow_copy (type)'
!      If `__has_trivial_copy (type)' is true then the trait is true,
!      else if `type' is a cv class or union type with copy constructors
!      that are known not to throw an exception then the trait is true,
!      else it is false.  Requires: `type' shall be a complete type,
!      (possibly cv-qualified) `void', or an array of unknown bound.
  
! `__has_nothrow_constructor (type)'
!      If `__has_trivial_constructor (type)' is true then the trait is
!      true, else if `type' is a cv class or union type (or array
!      thereof) with a default constructor that is known not to throw an
!      exception then the trait is true, else it is false.  Requires:
!      `type' shall be a complete type, (possibly cv-qualified) `void',
!      or an array of unknown bound.
  
! `__has_trivial_assign (type)'
!      If `type' is const qualified or is a reference type then the trait
!      is false.  Otherwise if `__is_pod (type)' is true then the trait is
!      true, else if `type' is a cv class or union type with a trivial
       copy assignment ([class.copy]) then the trait is true, else it is
!      false.  Requires: `type' shall be a complete type, (possibly
!      cv-qualified) `void', or an array of unknown bound.
  
! `__has_trivial_copy (type)'
!      If `__is_pod (type)' is true or `type' is a reference type then
!      the trait is true, else if `type' is a cv class or union type with
!      a trivial copy constructor ([class.copy]) then the trait is true,
!      else it is false.  Requires: `type' shall be a complete type,
!      (possibly cv-qualified) `void', or an array of unknown bound.
  
! `__has_trivial_constructor (type)'
!      If `__is_pod (type)' is true then the trait is true, else if
!      `type' is a cv class or union type (or array thereof) with a
!      trivial default constructor ([class.ctor]) then the trait is true,
!      else it is false.  Requires: `type' shall be a complete type,
!      (possibly cv-qualified) `void', or an array of unknown bound.
  
! `__has_trivial_destructor (type)'
!      If `__is_pod (type)' is true or `type' is a reference type then
!      the trait is true, else if `type' is a cv class or union type (or
!      array thereof) with a trivial destructor ([class.dtor]) then the
!      trait is true, else it is false.  Requires: `type' shall be a
!      complete type, (possibly cv-qualified) `void', or an array of
!      unknown bound.
  
! `__has_virtual_destructor (type)'
!      If `type' is a class type with a virtual destructor ([class.dtor])
!      then the trait is true, else it is false.  Requires: `type' shall
!      be a complete type, (possibly cv-qualified) `void', or an array of
       unknown bound.
  
! `__is_abstract (type)'
!      If `type' is an abstract class ([class.abstract]) then the trait
!      is true, else it is false.  Requires: `type' shall be a complete
!      type, (possibly cv-qualified) `void', or an array of unknown bound.
  
! `__is_base_of (base_type, derived_type)'
!      If `base_type' is a base class of `derived_type' ([class.derived])
       then the trait is true, otherwise it is false.  Top-level cv
!      qualifications of `base_type' and `derived_type' are ignored.  For
!      the purposes of this trait, a class type is considered is own
!      base.  Requires: if `__is_class (base_type)' and `__is_class
!      (derived_type)' are true and `base_type' and `derived_type' are
!      not the same type (disregarding cv-qualifiers), `derived_type'
!      shall be a complete type.  A diagnostic is produced if this
!      requirement is not met.
  
! `__is_class (type)'
!      If `type' is a cv class type, and not a union type
       ([basic.compound]) the trait is true, else it is false.
  
! `__is_empty (type)'
!      If `__is_class (type)' is false then the trait is false.
!      Otherwise `type' is considered empty if and only if: `type' has no
!      non-static data members, or all non-static data members, if any,
!      are bit-fields of length 0, and `type' has no virtual members, and
!      `type' has no virtual base classes, and `type' has no base classes
!      `base_type' for which `__is_empty (base_type)' is false.
!      Requires: `type' shall be a complete type, (possibly cv-qualified)
!      `void', or an array of unknown bound.
  
! `__is_enum (type)'
!      If `type' is a cv enumeration type ([basic.compound]) the trait is
       true, else it is false.
  
! `__is_literal_type (type)'
!      If `type' is a literal type ([basic.types]) the trait is true,
!      else it is false.  Requires: `type' shall be a complete type,
!      (possibly cv-qualified) `void', or an array of unknown bound.
  
! `__is_pod (type)'
!      If `type' is a cv POD type ([basic.types]) then the trait is true,
!      else it is false.  Requires: `type' shall be a complete type,
!      (possibly cv-qualified) `void', or an array of unknown bound.
  
! `__is_polymorphic (type)'
!      If `type' is a polymorphic class ([class.virtual]) then the trait
!      is true, else it is false.  Requires: `type' shall be a complete
!      type, (possibly cv-qualified) `void', or an array of unknown bound.
  
! `__is_standard_layout (type)'
!      If `type' is a standard-layout type ([basic.types]) the trait is
!      true, else it is false.  Requires: `type' shall be a complete
!      type, (possibly cv-qualified) `void', or an array of unknown bound.
  
! `__is_trivial (type)'
!      If `type' is a trivial type ([basic.types]) the trait is true,
!      else it is false.  Requires: `type' shall be a complete type,
!      (possibly cv-qualified) `void', or an array of unknown bound.
  
! `__is_union (type)'
!      If `type' is a cv union type ([basic.compound]) the trait is true,
       else it is false.
  
! `__underlying_type (type)'
!      The underlying type of `type'.  Requires: `type' shall be an
       enumeration type ([dcl.enum]).
  
+ 
  
  File: gcc.info,  Node: C++ Concepts,  Next: Deprecated Features,  Prev: Type Traits,  Up: C++ Extensions
  
  7.10 C++ Concepts
  =================
  
! C++ concepts provide much-improved support for generic programming. In
  particular, they allow the specification of constraints on template
! arguments.  The constraints are used to extend the usual overloading
! and partial specialization capabilities of the language, allowing
! generic data structures and algorithms to be "refined" based on their
! properties rather than their type names.
  
   The following keywords are reserved for concepts.
  
! `assumes'
       States an expression as an assumption, and if possible, verifies
!      that the assumption is valid. For example, `assume(n > 0)'.
  
! `axiom'
!      Introduces an axiom definition. Axioms introduce requirements on
       values.
  
! `forall'
!      Introduces a universally quantified object in an axiom. For
!      example, `forall (int n) n + 0 == n').
  
! `concept'
!      Introduces a concept definition. Concepts are sets of syntactic
       and semantic requirements on types and their values.
  
! `requires'
       Introduces constraints on template arguments or requirements for a
       member function of a class template.
  
+ 
   The front end also exposes a number of internal mechanism that can be
! used to simplify the writing of type traits. Note that some of these
  traits are likely to be removed in the future.
  
! `__is_same (type1, type2)'
       A binary type trait: true whenever the type arguments are the same.
  
+ 
  
  File: gcc.info,  Node: Deprecated Features,  Next: Backwards Compatibility,  Prev: C++ Concepts,  Up: C++ Extensions
  
*************** cases, the feature might be gone already
*** 47872,47902 ****
   While the list below is not exhaustive, it documents some of the
  options that are now deprecated:
  
! '-fexternal-templates'
! '-falt-external-templates'
       These are two of the many ways for G++ to implement template
       instantiation.  *Note Template Instantiation::.  The C++ standard
       clearly defines how template definitions have to be organized
       across implementation units.  G++ has an implicit instantiation
       mechanism that should work just fine for standard-conforming code.
  
! '-fstrict-prototype'
! '-fno-strict-prototype'
!      Previously it was possible to use an empty prototype parameter list
!      to indicate an unspecified number of parameters (like C), rather
!      than no parameters, as C++ demands.  This feature has been removed,
!      except where it is required for backwards compatibility.  *Note
!      Backwards Compatibility::.
  
!  G++ allows a virtual function returning 'void *' to be overridden by
! one returning a different pointer type.  This extension to the covariant
! return type rules is now deprecated and will be removed from a future
! version.
  
!  The G++ minimum and maximum operators ('<?' and '>?') and their
! compound forms ('<?=') and '>?=') have been deprecated and are now
  removed from G++.  Code using these operators should be modified to use
! 'std::min' and 'std::max' instead.
  
   The named return value extension has been deprecated, and is now
  removed from G++.
--- 48515,48545 ----
   While the list below is not exhaustive, it documents some of the
  options that are now deprecated:
  
! `-fexternal-templates'
! `-falt-external-templates'
       These are two of the many ways for G++ to implement template
       instantiation.  *Note Template Instantiation::.  The C++ standard
       clearly defines how template definitions have to be organized
       across implementation units.  G++ has an implicit instantiation
       mechanism that should work just fine for standard-conforming code.
  
! `-fstrict-prototype'
! `-fno-strict-prototype'
!      Previously it was possible to use an empty prototype parameter
!      list to indicate an unspecified number of parameters (like C),
!      rather than no parameters, as C++ demands.  This feature has been
!      removed, except where it is required for backwards compatibility.
!      *Note Backwards Compatibility::.
  
!  G++ allows a virtual function returning `void *' to be overridden by
! one returning a different pointer type.  This extension to the
! covariant return type rules is now deprecated and will be removed from a
! future version.
  
!  The G++ minimum and maximum operators (`<?' and `>?') and their
! compound forms (`<?=') and `>?=') have been deprecated and are now
  removed from G++.  Code using these operators should be modified to use
! `std::min' and `std::max' instead.
  
   The named return value extension has been deprecated, and is now
  removed from G++.
*************** and other places where they are not perm
*** 47915,47925 ****
  deprecated and will be removed from a future version of G++.
  
   G++ allows floating-point literals to appear in integral constant
! expressions, e.g. ' enum E { e = int(2.2 * 3.7) } ' This extension is
  deprecated and will be removed from a future version.
  
   G++ allows static data members of const floating-point type to be
! declared with an initializer in a class definition.  The standard only
  allows initializers for static members of const integral types and const
  enumeration types so this extension has been deprecated and will be
  removed from a future version.
--- 48558,48568 ----
  deprecated and will be removed from a future version of G++.
  
   G++ allows floating-point literals to appear in integral constant
! expressions, e.g. ` enum E { e = int(2.2 * 3.7) } ' This extension is
  deprecated and will be removed from a future version.
  
   G++ allows static data members of const floating-point type to be
! declared with an initializer in a class definition. The standard only
  allows initializers for static members of const integral types and const
  enumeration types so this extension has been deprecated and will be
  removed from a future version.
*************** used to be acceptable in previous drafts
*** 47936,47955 ****
  ARM [Annotated C++ Reference Manual], are no longer accepted.  In order
  to allow compilation of C++ written to such drafts, G++ contains some
  backwards compatibilities.  _All such backwards compatibility features
! are liable to disappear in future versions of G++._  They should be
! considered deprecated.  *Note Deprecated Features::.
  
! 'For scope'
       If a variable is declared at for scope, it used to remain in scope
!      until the end of the scope that contained the for statement (rather
!      than just within the for scope).  G++ retains this, but issues a
!      warning, if such a variable is accessed outside the for scope.
  
! 'Implicit C language'
!      Old C system header files did not contain an 'extern "C" {...}'
       scope to set the language.  On such systems, all header files are
       implicitly scoped inside a C language scope.  Also, an empty
!      prototype '()' is treated as an unspecified number of arguments,
       rather than no arguments, as C++ demands.
  
  
--- 48579,48599 ----
  ARM [Annotated C++ Reference Manual], are no longer accepted.  In order
  to allow compilation of C++ written to such drafts, G++ contains some
  backwards compatibilities.  _All such backwards compatibility features
! are liable to disappear in future versions of G++._ They should be
! considered deprecated.   *Note Deprecated Features::.
  
! `For scope'
       If a variable is declared at for scope, it used to remain in scope
!      until the end of the scope that contained the for statement
!      (rather than just within the for scope).  G++ retains this, but
!      issues a warning, if such a variable is accessed outside the for
!      scope.
  
! `Implicit C language'
!      Old C system header files did not contain an `extern "C" {...}'
       scope to set the language.  On such systems, all header files are
       implicitly scoped inside a C language scope.  Also, an empty
!      prototype `()' is treated as an unspecified number of arguments,
       rather than no arguments, as C++ demands.
  
  
*************** File: gcc.info,  Node: Objective-C,  Nex
*** 47958,47966 ****
  8 GNU Objective-C Features
  **************************
  
! This document is meant to describe some of the GNU Objective-C features.
! It is not intended to teach you Objective-C. There are several resources
! on the Internet that present the language.
  
  * Menu:
  
--- 48602,48610 ----
  8 GNU Objective-C Features
  **************************
  
! This document is meant to describe some of the GNU Objective-C
! features.  It is not intended to teach you Objective-C.  There are
! several resources on the Internet that present the language.
  
  * Menu:
  
*************** File: gcc.info,  Node: GNU Objective-C r
*** 47984,47991 ****
  This section is specific for the GNU Objective-C runtime.  If you are
  using a different runtime, you can skip it.
  
!  The GNU Objective-C runtime provides an API that allows you to interact
! with the Objective-C runtime system, querying the live runtime
  structures and even manipulating them.  This allows you for example to
  inspect and navigate classes, methods and protocols; to define new
  classes or new methods, and even to modify existing classes or
--- 48628,48635 ----
  This section is specific for the GNU Objective-C runtime.  If you are
  using a different runtime, you can skip it.
  
!  The GNU Objective-C runtime provides an API that allows you to
! interact with the Objective-C runtime system, querying the live runtime
  structures and even manipulating them.  This allows you for example to
  inspect and navigate classes, methods and protocols; to define new
  classes or new methods, and even to modify existing classes or
*************** provided by the "Objective-C 2.0" Apple/
*** 48012,48053 ****
  API is documented in the public header files of the GNU Objective-C
  runtime:
  
!    * 'objc/objc.h': this is the basic Objective-C header file, defining
!      the basic Objective-C types such as 'id', 'Class' and 'BOOL'.  You
       have to include this header to do almost anything with Objective-C.
  
!    * 'objc/runtime.h': this header declares most of the public runtime
       API functions allowing you to inspect and manipulate the
       Objective-C runtime data structures.  These functions are fairly
       standardized across Objective-C runtimes and are almost identical
       to the Apple/NeXT Objective-C runtime ones.  It does not declare
       functions in some specialized areas (constructing and forwarding
       message invocations, threading) which are in the other headers
!      below.  You have to include 'objc/objc.h' and 'objc/runtime.h' to
!      use any of the functions, such as 'class_getName()', declared in
!      'objc/runtime.h'.
  
!    * 'objc/message.h': this header declares public functions used to
       construct, deconstruct and forward message invocations.  Because
       messaging is done in quite a different way on different runtimes,
       functions in this header are specific to the GNU Objective-C
       runtime implementation.
  
!    * 'objc/objc-exception.h': this header declares some public functions
!      related to Objective-C exceptions.  For example functions in this
!      header allow you to throw an Objective-C exception from plain C/C++
!      code.
  
!    * 'objc/objc-sync.h': this header declares some public functions
!      related to the Objective-C '@synchronized()' syntax, allowing you
!      to emulate an Objective-C '@synchronized()' block in plain C/C++
       code.
  
!    * 'objc/thr.h': this header declares a public runtime API threading
       layer that is only provided by the GNU Objective-C runtime.  It
!      declares functions such as 'objc_mutex_lock()', which provide a
       platform-independent set of threading functions.
  
   The header files contain detailed documentation for each function in
  the GNU Objective-C runtime API.
  
--- 48656,48698 ----
  API is documented in the public header files of the GNU Objective-C
  runtime:
  
!    * `objc/objc.h': this is the basic Objective-C header file, defining
!      the basic Objective-C types such as `id', `Class' and `BOOL'.  You
       have to include this header to do almost anything with Objective-C.
  
!    * `objc/runtime.h': this header declares most of the public runtime
       API functions allowing you to inspect and manipulate the
       Objective-C runtime data structures.  These functions are fairly
       standardized across Objective-C runtimes and are almost identical
       to the Apple/NeXT Objective-C runtime ones.  It does not declare
       functions in some specialized areas (constructing and forwarding
       message invocations, threading) which are in the other headers
!      below.  You have to include `objc/objc.h' and `objc/runtime.h' to
!      use any of the functions, such as `class_getName()', declared in
!      `objc/runtime.h'.
  
!    * `objc/message.h': this header declares public functions used to
       construct, deconstruct and forward message invocations.  Because
       messaging is done in quite a different way on different runtimes,
       functions in this header are specific to the GNU Objective-C
       runtime implementation.
  
!    * `objc/objc-exception.h': this header declares some public
!      functions related to Objective-C exceptions.  For example
!      functions in this header allow you to throw an Objective-C
!      exception from plain C/C++ code.
  
!    * `objc/objc-sync.h': this header declares some public functions
!      related to the Objective-C `@synchronized()' syntax, allowing you
!      to emulate an Objective-C `@synchronized()' block in plain C/C++
       code.
  
!    * `objc/thr.h': this header declares a public runtime API threading
       layer that is only provided by the GNU Objective-C runtime.  It
!      declares functions such as `objc_mutex_lock()', which provide a
       platform-independent set of threading functions.
  
+ 
   The header files contain detailed documentation for each function in
  the GNU Objective-C runtime API.
  
*************** File: gcc.info,  Node: Traditional GNU O
*** 48058,48068 ****
  ---------------------------------------------
  
  The GNU Objective-C runtime used to provide a different API, which we
! call the "traditional" GNU Objective-C runtime API. Functions belonging
! to this API are easy to recognize because they use a different naming
! convention, such as 'class_get_super_class()' (traditional API) instead
! of 'class_getSuperclass()' (modern API). Software using this API
! includes the file 'objc/objc-api.h' where it is declared.
  
   Starting with GCC 4.7.0, the traditional GNU runtime API is no longer
  available.
--- 48703,48714 ----
  ---------------------------------------------
  
  The GNU Objective-C runtime used to provide a different API, which we
! call the "traditional" GNU Objective-C runtime API.  Functions
! belonging to this API are easy to recognize because they use a
! different naming convention, such as `class_get_super_class()'
! (traditional API) instead of `class_getSuperclass()' (modern API).
! Software using this API includes the file `objc/objc-api.h' where it is
! declared.
  
   Starting with GCC 4.7.0, the traditional GNU runtime API is no longer
  available.
*************** available.
*** 48070,48095 ****
  
  File: gcc.info,  Node: Executing code before main,  Next: Type encoding,  Prev: GNU Objective-C runtime API,  Up: Objective-C
  
! 8.2 '+load': Executing Code before 'main'
  =========================================
  
  This section is specific for the GNU Objective-C runtime.  If you are
  using a different runtime, you can skip it.
  
   The GNU Objective-C runtime provides a way that allows you to execute
! code before the execution of the program enters the 'main' function.
  The code is executed on a per-class and a per-category basis, through a
! special class method '+load'.
  
   This facility is very useful if you want to initialize global variables
  which can be accessed by the program directly, without sending a message
  to the class first.  The usual way to initialize global variables, in
! the '+initialize' method, might not be useful because '+initialize' is
  only called when the first message is sent to a class object, which in
  some cases could be too late.
  
!  Suppose for example you have a 'FileStream' class that declares
! 'Stdin', 'Stdout' and 'Stderr' as global variables, like below:
  
  
       FileStream *Stdin = nil;
--- 48716,48741 ----
  
  File: gcc.info,  Node: Executing code before main,  Next: Type encoding,  Prev: GNU Objective-C runtime API,  Up: Objective-C
  
! 8.2 `+load': Executing Code before `main'
  =========================================
  
  This section is specific for the GNU Objective-C runtime.  If you are
  using a different runtime, you can skip it.
  
   The GNU Objective-C runtime provides a way that allows you to execute
! code before the execution of the program enters the `main' function.
  The code is executed on a per-class and a per-category basis, through a
! special class method `+load'.
  
   This facility is very useful if you want to initialize global variables
  which can be accessed by the program directly, without sending a message
  to the class first.  The usual way to initialize global variables, in
! the `+initialize' method, might not be useful because `+initialize' is
  only called when the first message is sent to a class object, which in
  some cases could be too late.
  
!  Suppose for example you have a `FileStream' class that declares
! `Stdin', `Stdout' and `Stderr' as global variables, like below:
  
  
       FileStream *Stdin = nil;
*************** some cases could be too late.
*** 48108,48124 ****
       /* Other methods here */
       @end
  
  
!  In this example, the initialization of 'Stdin', 'Stdout' and 'Stderr'
! in '+initialize' occurs too late.  The programmer can send a message to
! one of these objects before the variables are actually initialized, thus
! sending messages to the 'nil' object.  The '+initialize' method which
! actually initializes the global variables is not invoked until the first
! message is sent to the class object.  The solution would require these
! variables to be initialized just before entering 'main'.
! 
!  The correct solution of the above problem is to use the '+load' method
! instead of '+initialize':
  
  
       @implementation FileStream
--- 48754,48769 ----
       /* Other methods here */
       @end
  
+  In this example, the initialization of `Stdin', `Stdout' and `Stderr'
+ in `+initialize' occurs too late.  The programmer can send a message to
+ one of these objects before the variables are actually initialized,
+ thus sending messages to the `nil' object.  The `+initialize' method
+ which actually initializes the global variables is not invoked until
+ the first message is sent to the class object.  The solution would
+ require these variables to be initialized just before entering `main'.
  
!  The correct solution of the above problem is to use the `+load' method
! instead of `+initialize':
  
  
       @implementation FileStream
*************** instead of '+initialize':
*** 48133,48147 ****
       /* Other methods here */
       @end
  
! 
!  The '+load' is a method that is not overridden by categories.  If a
! class and a category of it both implement '+load', both methods are
  invoked.  This allows some additional initializations to be performed in
  a category.
  
!  This mechanism is not intended to be a replacement for '+initialize'.
! You should be aware of its limitations when you decide to use it instead
! of '+initialize'.
  
  * Menu:
  
--- 48778,48791 ----
       /* Other methods here */
       @end
  
!  The `+load' is a method that is not overridden by categories.  If a
! class and a category of it both implement `+load', both methods are
  invoked.  This allows some additional initializations to be performed in
  a category.
  
!  This mechanism is not intended to be a replacement for `+initialize'.
! You should be aware of its limitations when you decide to use it
! instead of `+initialize'.
  
  * Menu:
  
*************** of '+initialize'.
*** 48150,48164 ****
  
  File: gcc.info,  Node: What you can and what you cannot do in +load,  Up: Executing code before main
  
! 8.2.1 What You Can and Cannot Do in '+load'
  -------------------------------------------
  
! '+load' is to be used only as a last resort.  Because it is executed
  very early, most of the Objective-C runtime machinery will not be ready
! when '+load' is executed; hence '+load' works best for executing C code
  that is independent on the Objective-C runtime.
  
!  The '+load' implementation in the GNU runtime guarantees you the
  following things:
  
     * you can write whatever C code you like;
--- 48794,48808 ----
  
  File: gcc.info,  Node: What you can and what you cannot do in +load,  Up: Executing code before main
  
! 8.2.1 What You Can and Cannot Do in `+load'
  -------------------------------------------
  
! `+load' is to be used only as a last resort.  Because it is executed
  very early, most of the Objective-C runtime machinery will not be ready
! when `+load' is executed; hence `+load' works best for executing C code
  that is independent on the Objective-C runtime.
  
!  The `+load' implementation in the GNU runtime guarantees you the
  following things:
  
     * you can write whatever C code you like;
*************** following things:
*** 48166,48176 ****
     * you can allocate and send messages to objects whose class is
       implemented in the same file;
  
!    * the '+load' implementation of all super classes of a class are
!      executed before the '+load' of that class is executed;
  
-    * the '+load' implementation of a class is executed before the
-      '+load' implementation of any category.
  
   In particular, the following things, even if they can work in a
  particular case, are not guaranteed:
--- 48810,48821 ----
     * you can allocate and send messages to objects whose class is
       implemented in the same file;
  
!    * the `+load' implementation of all super classes of a class are
!      executed before the `+load' of that class is executed;
! 
!    * the `+load' implementation of a class is executed before the
!      `+load' implementation of any category.
  
  
   In particular, the following things, even if they can work in a
  particular case, are not guaranteed:
*************** particular case, are not guaranteed:
*** 48180,48204 ****
     * allocation of or sending messages to objects whose classes have a
       category implemented in the same file;
  
!    * sending messages to Objective-C constant strings ('@"this is a
       constant string"');
  
-  You should make no assumptions about receiving '+load' in sibling
- classes when you write '+load' of a class.  The order in which sibling
- classes receive '+load' is not guaranteed.
  
!  The order in which '+load' and '+initialize' are called could be
  problematic if this matters.  If you don't allocate objects inside
! '+load', it is guaranteed that '+load' is called before '+initialize'.
! If you create an object inside '+load' the '+initialize' method of
! object's class is invoked even if '+load' was not invoked.  Note if you
! explicitly call '+load' on a class, '+initialize' will be called first.
  To avoid possible problems try to implement only one of these methods.
  
!  The '+load' method is also invoked when a bundle is dynamically loaded
  into your running program.  This happens automatically without any
  intervening operation from you.  When you write bundles and you need to
! write '+load' you can safely create and send messages to objects whose
  classes already exist in the running program.  The same restrictions as
  above apply to classes defined in bundle.
  
--- 48825,48850 ----
     * allocation of or sending messages to objects whose classes have a
       category implemented in the same file;
  
!    * sending messages to Objective-C constant strings (`@"this is a
       constant string"');
  
  
!  You should make no assumptions about receiving `+load' in sibling
! classes when you write `+load' of a class.  The order in which sibling
! classes receive `+load' is not guaranteed.
! 
!  The order in which `+load' and `+initialize' are called could be
  problematic if this matters.  If you don't allocate objects inside
! `+load', it is guaranteed that `+load' is called before `+initialize'.
! If you create an object inside `+load' the `+initialize' method of
! object's class is invoked even if `+load' was not invoked.  Note if you
! explicitly call `+load' on a class, `+initialize' will be called first.
  To avoid possible problems try to implement only one of these methods.
  
!  The `+load' method is also invoked when a bundle is dynamically loaded
  into your running program.  This happens automatically without any
  intervening operation from you.  When you write bundles and you need to
! write `+load' you can safely create and send messages to objects whose
  classes already exist in the running program.  The same restrictions as
  above apply to classes defined in bundle.
  
*************** File: gcc.info,  Node: Type encoding,  N
*** 48208,48216 ****
  8.3 Type Encoding
  =================
  
! This is an advanced section.  Type encodings are used extensively by the
! compiler and by the runtime, but you generally do not need to know about
! them to use Objective-C.
  
   The Objective-C compiler generates type encodings for all the types.
  These type encodings are used at runtime to find out information about
--- 48854,48862 ----
  8.3 Type Encoding
  =================
  
! This is an advanced section.  Type encodings are used extensively by
! the compiler and by the runtime, but you generally do not need to know
! about them to use Objective-C.
  
   The Objective-C compiler generates type encodings for all the types.
  These type encodings are used at runtime to find out information about
*************** selectors and methods and about objects
*** 48218,48251 ****
  
   The types are encoded in the following way:
  
! '_Bool'            'B'
! 'char'             'c'
! 'unsigned char'    'C'
! 'short'            's'
! 'unsigned short'   'S'
! 'int'              'i'
! 'unsigned int'     'I'
! 'long'             'l'
! 'unsigned long'    'L'
! 'long long'        'q'
! 'unsigned long     'Q'
! long'
! 'float'            'f'
! 'double'           'd'
! 'long double'      'D'
! 'void'             'v'
! 'id'               '@'
! 'Class'            '#'
! 'SEL'              ':'
! 'char*'            '*'
! 'enum'             an 'enum' is encoded exactly as the integer type
!                    that the compiler uses for it, which depends on the
                     enumeration values.  Often the compiler users
!                    'unsigned int', which is then encoded as 'I'.
! unknown type       '?'
! Complex types      'j' followed by the inner type.  For example
!                    '_Complex double' is encoded as "jd".
! bit-fields         'b' followed by the starting position of the
                     bit-field, the type of the bit-field and the size of
                     the bit-field (the bit-fields encoding was changed
                     from the NeXT's compiler encoding, see below)
--- 48864,48897 ----
  
   The types are encoded in the following way:
  
! `_Bool'            `B'
! `char'             `c'
! `unsigned char'    `C'
! `short'            `s'
! `unsigned short'   `S'
! `int'              `i'
! `unsigned int'     `I'
! `long'             `l'
! `unsigned long'    `L'
! `long long'        `q'
! `unsigned long     `Q'
! long'              
! `float'            `f'
! `double'           `d'
! `long double'      `D'
! `void'             `v'
! `id'               `@'
! `Class'            `#'
! `SEL'              `:'
! `char*'            `*'
! `enum'             an `enum' is encoded exactly as the integer type that
!                    the compiler uses for it, which depends on the
                     enumeration values.  Often the compiler users
!                    `unsigned int', which is then encoded as `I'.
! unknown type       `?'
! Complex types      `j' followed by the inner type.  For example
!                    `_Complex double' is encoded as "jd".
! bit-fields         `b' followed by the starting position of the
                     bit-field, the type of the bit-field and the size of
                     the bit-field (the bit-fields encoding was changed
                     from the NeXT's compiler encoding, see below)
*************** bit closest to the beginning of the stru
*** 48266,48343 ****
  
   The non-atomic types are encoded as follows:
  
! pointers       '^' followed by the pointed type.
! arrays         '[' followed by the number of elements in the array
!                followed by the type of the elements followed by ']'
! structures     '{' followed by the name of the structure (or '?' if the
!                structure is unnamed), the '=' sign, the type of the
!                members and by '}'
! unions         '(' followed by the name of the structure (or '?' if the
!                union is unnamed), the '=' sign, the type of the members
!                followed by ')'
! vectors        '![' followed by the vector_size (the number of bytes
                 composing the vector) followed by a comma, followed by
                 the alignment (in bytes) of the vector, followed by the
!                type of the elements followed by ']'
  
   Here are some types and their encodings, as they are generated by the
  compiler on an i386 machine:
  
  
  Objective-C type                            Compiler encoding
!      int a[10];                             '[10i]'
!      struct {                               '{?=i[3f]b128i3b131i2c}'
!        int i;
!        float f[3];
!        int a:3;
!        int b:2;
!        char c;
!      }
!      int a __attribute__ ((vector_size (16)));'![16,16i]' (alignment
                                              depends on the machine)
  
  
!  In addition to the types the compiler also encodes the type specifiers.
! The table below describes the encoding of the current Objective-C type
! specifiers:
  
  
  Specifier          Encoding
! 'const'            'r'
! 'in'               'n'
! 'inout'            'N'
! 'out'              'o'
! 'bycopy'           'O'
! 'byref'            'R'
! 'oneway'           'V'
  
  
   The type specifiers are encoded just before the type.  Unlike types
  however, the type specifiers are only encoded when they appear in method
  argument types.
  
!  Note how 'const' interacts with pointers:
  
  
  Objective-C type   Compiler encoding
!      const int     'ri'
!      const int*    '^ri'
!      int *const    'r^i'
  
  
!  'const int*' is a pointer to a 'const int', and so is encoded as '^ri'.
! 'int* const', instead, is a 'const' pointer to an 'int', and so is
! encoded as 'r^i'.
  
!  Finally, there is a complication when encoding 'const char *' versus
! 'char * const'.  Because 'char *' is encoded as '*' and not as '^c',
! there is no way to express the fact that 'r' applies to the pointer or
  to the pointee.
  
!  Hence, it is assumed as a convention that 'r*' means 'const char *'
  (since it is what is most often meant), and there is no way to encode
! 'char *const'.  'char *const' would simply be encoded as '*', and the
! 'const' is lost.
  
  * Menu:
  
--- 48912,48989 ----
  
   The non-atomic types are encoded as follows:
  
! pointers       `^' followed by the pointed type.
! arrays         `[' followed by the number of elements in the array
!                followed by the type of the elements followed by `]'
! structures     `{' followed by the name of the structure (or `?' if the
!                structure is unnamed), the `=' sign, the type of the
!                members and by `}'
! unions         `(' followed by the name of the structure (or `?' if the
!                union is unnamed), the `=' sign, the type of the members
!                followed by `)'
! vectors        `![' followed by the vector_size (the number of bytes
                 composing the vector) followed by a comma, followed by
                 the alignment (in bytes) of the vector, followed by the
!                type of the elements followed by `]'
  
   Here are some types and their encodings, as they are generated by the
  compiler on an i386 machine:
  
  
  Objective-C type                            Compiler encoding
!      int a[10];                             `[10i]'
!      struct {                               `{?=i[3f]b128i3b131i2c}'
!        int i;                               
!        float f[3];                          
!        int a:3;                             
!        int b:2;                             
!        char c;                              
!      }                                      
!      int a __attribute__ ((vector_size (16)));`![16,16i]' (alignment
                                              depends on the machine)
  
  
!  In addition to the types the compiler also encodes the type
! specifiers.  The table below describes the encoding of the current
! Objective-C type specifiers:
  
  
  Specifier          Encoding
! `const'            `r'
! `in'               `n'
! `inout'            `N'
! `out'              `o'
! `bycopy'           `O'
! `byref'            `R'
! `oneway'           `V'
  
  
   The type specifiers are encoded just before the type.  Unlike types
  however, the type specifiers are only encoded when they appear in method
  argument types.
  
!  Note how `const' interacts with pointers:
  
  
  Objective-C type   Compiler encoding
!      const int     `ri'
!      const int*    `^ri'
!      int *const    `r^i'
  
  
!  `const int*' is a pointer to a `const int', and so is encoded as
! `^ri'.  `int* const', instead, is a `const' pointer to an `int', and so
! is encoded as `r^i'.
  
!  Finally, there is a complication when encoding `const char *' versus
! `char * const'.  Because `char *' is encoded as `*' and not as `^c',
! there is no way to express the fact that `r' applies to the pointer or
  to the pointee.
  
!  Hence, it is assumed as a convention that `r*' means `const char *'
  (since it is what is most often meant), and there is no way to encode
! `char *const'.  `char *const' would simply be encoded as `*', and the
! `const' is lost.
  
  * Menu:
  
*************** File: gcc.info,  Node: Legacy type encod
*** 48353,48360 ****
  
  Unfortunately, historically GCC used to have a number of bugs in its
  encoding code.  The NeXT runtime expects GCC to emit type encodings in
! this historical format (compatible with GCC-3.3), so when using the NeXT
! runtime, GCC will introduce on purpose a number of incorrect encodings:
  
     * the read-only qualifier of the pointee gets emitted before the '^'.
       The read-only qualifier of the pointer itself gets ignored, unless
--- 48999,49007 ----
  
  Unfortunately, historically GCC used to have a number of bugs in its
  encoding code.  The NeXT runtime expects GCC to emit type encodings in
! this historical format (compatible with GCC-3.3), so when using the
! NeXT runtime, GCC will introduce on purpose a number of incorrect
! encodings:
  
     * the read-only qualifier of the pointee gets emitted before the '^'.
       The read-only qualifier of the pointer itself gets ignored, unless
*************** runtime, GCC will introduce on purpose a
*** 48362,48390 ****
       type.
  
     * 32-bit longs are encoded as 'l' or 'L', but not always.  For
!      typedefs, the compiler uses 'i' or 'I' instead if encoding a struct
!      field or a pointer.
  
!    * 'enum's are always encoded as 'i' (int) even if they are actually
       unsigned or long.
  
   In addition to that, the NeXT runtime uses a different encoding for
! bitfields.  It encodes them as 'b' followed by the size, without a bit
  offset or the underlying field type.
  
  
  File: gcc.info,  Node: @encode,  Next: Method signatures,  Prev: Legacy type encoding,  Up: Type encoding
  
! 8.3.2 '@encode'
  ---------------
  
! GNU Objective-C supports the '@encode' syntax that allows you to create
! a type encoding from a C/Objective-C type.  For example, '@encode(int)'
! is compiled by the compiler into '"i"'.
  
!  '@encode' does not support type qualifiers other than 'const'.  For
! example, '@encode(const char*)' is valid and is compiled into '"r*"',
! while '@encode(bycopy char *)' is invalid and will cause a compilation
  error.
  
  
--- 49009,49038 ----
       type.
  
     * 32-bit longs are encoded as 'l' or 'L', but not always.  For
!      typedefs, the compiler uses 'i' or 'I' instead if encoding a
!      struct field or a pointer.
  
!    * `enum's are always encoded as 'i' (int) even if they are actually
       unsigned or long.
  
+ 
   In addition to that, the NeXT runtime uses a different encoding for
! bitfields.  It encodes them as `b' followed by the size, without a bit
  offset or the underlying field type.
  
  
  File: gcc.info,  Node: @encode,  Next: Method signatures,  Prev: Legacy type encoding,  Up: Type encoding
  
! 8.3.2 `@encode'
  ---------------
  
! GNU Objective-C supports the `@encode' syntax that allows you to create
! a type encoding from a C/Objective-C type.  For example, `@encode(int)'
! is compiled by the compiler into `"i"'.
  
!  `@encode' does not support type qualifiers other than `const'.  For
! example, `@encode(const char*)' is valid and is compiled into `"r*"',
! while `@encode(bycopy char *)' is invalid and will cause a compilation
  error.
  
  
*************** File: gcc.info,  Node: Method signatures
*** 48394,48400 ****
  -----------------------
  
  This section documents the encoding of method types, which is rarely
! needed to use Objective-C. You should skip it at a first reading; the
  runtime provides functions that will work on methods and can walk
  through the list of parameters and interpret them for you.  These
  functions are part of the public "API" and are the preferred way to
--- 49042,49048 ----
  -----------------------
  
  This section documents the encoding of method types, which is rarely
! needed to use Objective-C.  You should skip it at a first reading; the
  runtime provides functions that will work on methods and can walk
  through the list of parameters and interpret them for you.  These
  functions are part of the public "API" and are the preferred way to
*************** arguments.
*** 48411,48436 ****
   The "signature" is a null-terminated string, composed of the following:
  
     * The return type, including type qualifiers.  For example, a method
!      returning 'int' would have 'i' here.
  
     * The total size (in bytes) required to pass all the parameters.
!      This includes the two hidden parameters (the object 'self' and the
!      method selector '_cmd').
  
     * Each argument, with the type encoding, followed by the offset (in
       bytes) of the argument in the list of parameters.
  
!  For example, a method with no arguments and returning 'int' would have
! the signature 'i8@0:4' if the size of a pointer is 4.  The signature is
! interpreted as follows: the 'i' is the return type (an 'int'), the '8'
  is the total size of the parameters in bytes (two pointers each of size
! 4), the '@0' is the first parameter (an object at byte offset '0') and
! ':4' is the second parameter (a 'SEL' at byte offset '4').
  
   You can easily find more examples by running the "strings" program on
! an Objective-C object file compiled by GCC. You'll see a lot of strings
! that look very much like 'i8@0:4'.  They are signatures of Objective-C
! methods.
  
  
  File: gcc.info,  Node: Garbage Collection,  Next: Constant string objects,  Prev: Type encoding,  Up: Objective-C
--- 49059,49085 ----
   The "signature" is a null-terminated string, composed of the following:
  
     * The return type, including type qualifiers.  For example, a method
!      returning `int' would have `i' here.
  
     * The total size (in bytes) required to pass all the parameters.
!      This includes the two hidden parameters (the object `self' and the
!      method selector `_cmd').
  
     * Each argument, with the type encoding, followed by the offset (in
       bytes) of the argument in the list of parameters.
  
! 
!  For example, a method with no arguments and returning `int' would have
! the signature `i8@0:4' if the size of a pointer is 4.  The signature is
! interpreted as follows: the `i' is the return type (an `int'), the `8'
  is the total size of the parameters in bytes (two pointers each of size
! 4), the `@0' is the first parameter (an object at byte offset `0') and
! `:4' is the second parameter (a `SEL' at byte offset `4').
  
   You can easily find more examples by running the "strings" program on
! an Objective-C object file compiled by GCC.  You'll see a lot of
! strings that look very much like `i8@0:4'.  They are signatures of
! Objective-C methods.
  
  
  File: gcc.info,  Node: Garbage Collection,  Next: Constant string objects,  Prev: Type encoding,  Up: Objective-C
*************** using a powerful conservative garbage co
*** 48446,48455 ****
  Boehm-Demers-Weiser conservative garbage collector.
  
   To enable the support for it you have to configure the compiler using
! an additional argument, '--enable-objc-gc'.  This will build the
  boehm-gc library, and build an additional runtime library which has
  several enhancements to support the garbage collector.  The new library
! has a new name, 'libobjc_gc.a' to not conflict with the
  non-garbage-collected library.
  
   When the garbage collector is used, the objects are allocated using the
--- 49095,49104 ----
  Boehm-Demers-Weiser conservative garbage collector.
  
   To enable the support for it you have to configure the compiler using
! an additional argument, `--enable-objc-gc'.  This will build the
  boehm-gc library, and build an additional runtime library which has
  several enhancements to support the garbage collector.  The new library
! has a new name, `libobjc_gc.a' to not conflict with the
  non-garbage-collected library.
  
   When the garbage collector is used, the objects are allocated using the
*************** on where pointers are located inside obj
*** 48459,48472 ****
  computed once per class, immediately after the class has been
  initialized.
  
!  There is a new runtime function 'class_ivar_set_gcinvisible()' which
  can be used to declare a so-called "weak pointer" reference.  Such a
  pointer is basically hidden for the garbage collector; this can be
  useful in certain situations, especially when you want to keep track of
  the allocated objects, yet allow them to be collected.  This kind of
  pointers can only be members of objects, you cannot declare a global
  pointer as a weak reference.  Every type which is a pointer type can be
! declared a weak pointer, including 'id', 'Class' and 'SEL'.
  
   Here is an example of how to use this feature.  Suppose you want to
  implement a class whose instances hold a weak pointer reference; the
--- 49108,49121 ----
  computed once per class, immediately after the class has been
  initialized.
  
!  There is a new runtime function `class_ivar_set_gcinvisible()' which
  can be used to declare a so-called "weak pointer" reference.  Such a
  pointer is basically hidden for the garbage collector; this can be
  useful in certain situations, especially when you want to keep track of
  the allocated objects, yet allow them to be collected.  This kind of
  pointers can only be members of objects, you cannot declare a global
  pointer as a weak reference.  Every type which is a pointer type can be
! declared a weak pointer, including `id', `Class' and `SEL'.
  
   Here is an example of how to use this feature.  Suppose you want to
  implement a class whose instances hold a weak pointer reference; the
*************** following class does this:
*** 48504,48512 ****
  
       @end
  
- 
   Weak pointers are supported through a new type character specifier
! represented by the '!' character.  The 'class_ivar_set_gcinvisible()'
  function adds or removes this specifier to the string type description
  of the instance variable named as argument.
  
--- 49153,49160 ----
  
       @end
  
   Weak pointers are supported through a new type character specifier
! represented by the `!' character.  The `class_ivar_set_gcinvisible()'
  function adds or removes this specifier to the string type description
  of the instance variable named as argument.
  
*************** File: gcc.info,  Node: Constant string o
*** 48518,48537 ****
  
  GNU Objective-C provides constant string objects that are generated
  directly by the compiler.  You declare a constant string object by
! prefixing a C constant string with the character '@':
  
         id myString = @"this is a constant string object";
  
   The constant string objects are by default instances of the
! 'NXConstantString' class which is provided by the GNU Objective-C
  runtime.  To get the definition of this class you must include the
! 'objc/NXConstStr.h' header file.
  
   User defined libraries may want to implement their own constant string
  class.  To be able to support them, the GNU Objective-C compiler
  provides a new command line options
! '-fconstant-string-class=CLASS-NAME'.  The provided class should adhere
! to a strict structure, the same as 'NXConstantString''s structure:
  
  
       @interface MyConstantStringClass
--- 49166,49185 ----
  
  GNU Objective-C provides constant string objects that are generated
  directly by the compiler.  You declare a constant string object by
! prefixing a C constant string with the character `@':
  
         id myString = @"this is a constant string object";
  
   The constant string objects are by default instances of the
! `NXConstantString' class which is provided by the GNU Objective-C
  runtime.  To get the definition of this class you must include the
! `objc/NXConstStr.h' header file.
  
   User defined libraries may want to implement their own constant string
  class.  To be able to support them, the GNU Objective-C compiler
  provides a new command line options
! `-fconstant-string-class=CLASS-NAME'.  The provided class should adhere
! to a strict structure, the same as `NXConstantString''s structure:
  
  
       @interface MyConstantStringClass
*************** to a strict structure, the same as 'NXCo
*** 48542,48593 ****
       }
       @end
  
! 
!  'NXConstantString' inherits from 'Object'; user class libraries may
  choose to inherit the customized constant string class from a different
! class than 'Object'.  There is no requirement in the methods the
! constant string class has to implement, but the final ivar layout of the
! class must be the compatible with the given structure.
  
   When the compiler creates the statically allocated constant string
! object, the 'c_string' field will be filled by the compiler with the
! string; the 'length' field will be filled by the compiler with the
! string length; the 'isa' pointer will be filled with 'NULL' by the
  compiler, and it will later be fixed up automatically at runtime by the
  GNU Objective-C runtime library to point to the class which was set by
! the '-fconstant-string-class' option when the object file is loaded (if
! you wonder how it works behind the scenes, the name of the class to use,
! and the list of static objects to fixup, are stored by the compiler in
! the object file in a place where the GNU runtime library will find them
! at runtime).
  
!  As a result, when a file is compiled with the '-fconstant-string-class'
! option, all the constant string objects will be instances of the class
! specified as argument to this option.  It is possible to have multiple
! compilation units referring to different constant string classes,
! neither the compiler nor the linker impose any restrictions in doing
! this.
  
  
  File: gcc.info,  Node: compatibility_alias,  Next: Exceptions,  Prev: Constant string objects,  Up: Objective-C
  
! 8.6 'compatibility_alias'
  =========================
  
! The keyword '@compatibility_alias' allows you to define a class name as
  equivalent to another class name.  For example:
  
       @compatibility_alias WOApplication GSWApplication;
  
!  tells the compiler that each time it encounters 'WOApplication' as a
! class name, it should replace it with 'GSWApplication' (that is,
! 'WOApplication' is just an alias for 'GSWApplication').
  
   There are some constraints on how this can be used--
  
!    * 'WOApplication' (the alias) must not be an existing class;
  
-    * 'GSWApplication' (the real class) must be an existing class.
  
  
  File: gcc.info,  Node: Exceptions,  Next: Synchronization,  Prev: compatibility_alias,  Up: Objective-C
--- 49190,49241 ----
       }
       @end
  
!  `NXConstantString' inherits from `Object'; user class libraries may
  choose to inherit the customized constant string class from a different
! class than `Object'.  There is no requirement in the methods the
! constant string class has to implement, but the final ivar layout of
! the class must be the compatible with the given structure.
  
   When the compiler creates the statically allocated constant string
! object, the `c_string' field will be filled by the compiler with the
! string; the `length' field will be filled by the compiler with the
! string length; the `isa' pointer will be filled with `NULL' by the
  compiler, and it will later be fixed up automatically at runtime by the
  GNU Objective-C runtime library to point to the class which was set by
! the `-fconstant-string-class' option when the object file is loaded (if
! you wonder how it works behind the scenes, the name of the class to
! use, and the list of static objects to fixup, are stored by the
! compiler in the object file in a place where the GNU runtime library
! will find them at runtime).
  
!  As a result, when a file is compiled with the
! `-fconstant-string-class' option, all the constant string objects will
! be instances of the class specified as argument to this option.  It is
! possible to have multiple compilation units referring to different
! constant string classes, neither the compiler nor the linker impose any
! restrictions in doing this.
  
  
  File: gcc.info,  Node: compatibility_alias,  Next: Exceptions,  Prev: Constant string objects,  Up: Objective-C
  
! 8.6 `compatibility_alias'
  =========================
  
! The keyword `@compatibility_alias' allows you to define a class name as
  equivalent to another class name.  For example:
  
       @compatibility_alias WOApplication GSWApplication;
  
!  tells the compiler that each time it encounters `WOApplication' as a
! class name, it should replace it with `GSWApplication' (that is,
! `WOApplication' is just an alias for `GSWApplication').
  
   There are some constraints on how this can be used--
  
!    * `WOApplication' (the alias) must not be an existing class;
! 
!    * `GSWApplication' (the real class) must be an existing class.
  
  
  
  File: gcc.info,  Node: Exceptions,  Next: Synchronization,  Prev: compatibility_alias,  Up: Objective-C
*************** in the following example:
*** 48622,48666 ****
           ...
         }
  
!  The '@throw' statement may appear anywhere in an Objective-C or
! Objective-C++ program; when used inside of a '@catch' block, the
! '@throw' may appear without an argument (as shown above), in which case
! the object caught by the '@catch' will be rethrown.
  
   Note that only (pointers to) Objective-C objects may be thrown and
  caught using this scheme.  When an object is thrown, it will be caught
! by the nearest '@catch' clause capable of handling objects of that type,
! analogously to how 'catch' blocks work in C++ and Java.  A '@catch(id
! ...)' clause (as shown above) may also be provided to catch any and all
! Objective-C exceptions not caught by previous '@catch' clauses (if any).
  
!  The '@finally' clause, if present, will be executed upon exit from the
! immediately preceding '@try ... @catch' section.  This will happen
  regardless of whether any exceptions are thrown, caught or rethrown
! inside the '@try ... @catch' section, analogously to the behavior of the
! 'finally' clause in Java.
  
   There are several caveats to using the new exception mechanism:
  
!    * The '-fobjc-exceptions' command line option must be used when
       compiling Objective-C files that use exceptions.
  
     * With the GNU runtime, exceptions are always implemented as "native"
!      exceptions and it is recommended that the '-fexceptions' and
!      '-shared-libgcc' options are used when linking.
  
     * With the NeXT runtime, although currently designed to be binary
!      compatible with 'NS_HANDLER'-style idioms provided by the
!      'NSException' class, the new exceptions can only be used on Mac OS
       X 10.3 (Panther) and later systems, due to additional functionality
       needed in the NeXT Objective-C runtime.
  
     * As mentioned above, the new exceptions do not support handling
!      types other than Objective-C objects.  Furthermore, when used from
       Objective-C++, the Objective-C exception model does not
       interoperate with C++ exceptions at this time.  This means you
!      cannot '@throw' an exception from Objective-C and 'catch' it in
!      C++, or vice versa (i.e., 'throw ... @catch').
  
  
  File: gcc.info,  Node: Synchronization,  Next: Fast enumeration,  Prev: Exceptions,  Up: Objective-C
--- 49270,49315 ----
           ...
         }
  
!  The `@throw' statement may appear anywhere in an Objective-C or
! Objective-C++ program; when used inside of a `@catch' block, the
! `@throw' may appear without an argument (as shown above), in which case
! the object caught by the `@catch' will be rethrown.
  
   Note that only (pointers to) Objective-C objects may be thrown and
  caught using this scheme.  When an object is thrown, it will be caught
! by the nearest `@catch' clause capable of handling objects of that
! type, analogously to how `catch' blocks work in C++ and Java.  A
! `@catch(id ...)' clause (as shown above) may also be provided to catch
! any and all Objective-C exceptions not caught by previous `@catch'
! clauses (if any).
  
!  The `@finally' clause, if present, will be executed upon exit from the
! immediately preceding `@try ... @catch' section.  This will happen
  regardless of whether any exceptions are thrown, caught or rethrown
! inside the `@try ... @catch' section, analogously to the behavior of
! the `finally' clause in Java.
  
   There are several caveats to using the new exception mechanism:
  
!    * The `-fobjc-exceptions' command line option must be used when
       compiling Objective-C files that use exceptions.
  
     * With the GNU runtime, exceptions are always implemented as "native"
!      exceptions and it is recommended that the `-fexceptions' and
!      `-shared-libgcc' options are used when linking.
  
     * With the NeXT runtime, although currently designed to be binary
!      compatible with `NS_HANDLER'-style idioms provided by the
!      `NSException' class, the new exceptions can only be used on Mac OS
       X 10.3 (Panther) and later systems, due to additional functionality
       needed in the NeXT Objective-C runtime.
  
     * As mentioned above, the new exceptions do not support handling
!      types other than Objective-C objects.   Furthermore, when used from
       Objective-C++, the Objective-C exception model does not
       interoperate with C++ exceptions at this time.  This means you
!      cannot `@throw' an exception from Objective-C and `catch' it in
!      C++, or vice versa (i.e., `throw ... @catch').
  
  
  File: gcc.info,  Node: Synchronization,  Next: Fast enumeration,  Prev: Exceptions,  Up: Objective-C
*************** GNU Objective-C provides support for syn
*** 48674,48696 ****
           ...
         }
  
!  Upon entering the '@synchronized' block, a thread of execution shall
! first check whether a lock has been placed on the corresponding 'guard'
  object by another thread.  If it has, the current thread shall wait
! until the other thread relinquishes its lock.  Once 'guard' becomes
! available, the current thread will place its own lock on it, execute the
! code contained in the '@synchronized' block, and finally relinquish the
! lock (thereby making 'guard' available to other threads).
  
!  Unlike Java, Objective-C does not allow for entire methods to be marked
! '@synchronized'.  Note that throwing exceptions out of '@synchronized'
! blocks is allowed, and will cause the guarding object to be unlocked
! properly.
  
   Because of the interactions between synchronization and exception
! handling, you can only use '@synchronized' when compiling with
  exceptions enabled, that is with the command line option
! '-fobjc-exceptions'.
  
  
  File: gcc.info,  Node: Fast enumeration,  Next: Messaging with the GNU Objective-C runtime,  Prev: Synchronization,  Up: Objective-C
--- 49323,49345 ----
           ...
         }
  
!  Upon entering the `@synchronized' block, a thread of execution shall
! first check whether a lock has been placed on the corresponding `guard'
  object by another thread.  If it has, the current thread shall wait
! until the other thread relinquishes its lock.  Once `guard' becomes
! available, the current thread will place its own lock on it, execute
! the code contained in the `@synchronized' block, and finally relinquish
! the lock (thereby making `guard' available to other threads).
  
!  Unlike Java, Objective-C does not allow for entire methods to be
! marked `@synchronized'.  Note that throwing exceptions out of
! `@synchronized' blocks is allowed, and will cause the guarding object
! to be unlocked properly.
  
   Because of the interactions between synchronization and exception
! handling, you can only use `@synchronized' when compiling with
  exceptions enabled, that is with the command line option
! `-fobjc-exceptions'.
  
  
  File: gcc.info,  Node: Fast enumeration,  Next: Messaging with the GNU Objective-C runtime,  Prev: Synchronization,  Up: Objective-C
*************** GNU Objective-C provides support for the
*** 48721,48739 ****
           /* Do something with 'object' */
         }
  
!  'array' needs to be an Objective-C object (usually a collection object,
! for example an array, a dictionary or a set) which implements the "Fast
! Enumeration Protocol" (see below).  If you are using a Foundation
! library such as GNUstep Base or Apple Cocoa Foundation, all collection
! objects in the library implement this protocol and can be used in this
! way.
  
!  The code above would iterate over all objects in 'array'.  For each of
! them, it assigns it to 'object', then executes the 'Do something with
  'object'' statements.
  
   Here is a fully worked-out example using a Foundation library (which
! provides the implementation of 'NSArray', 'NSString' and 'NSLog'):
  
         NSArray *array = [NSArray arrayWithObjects: @"1", @"2", @"3", nil];
         NSString *object;
--- 49370,49388 ----
           /* Do something with 'object' */
         }
  
!  `array' needs to be an Objective-C object (usually a collection
! object, for example an array, a dictionary or a set) which implements
! the "Fast Enumeration Protocol" (see below).  If you are using a
! Foundation library such as GNUstep Base or Apple Cocoa Foundation, all
! collection objects in the library implement this protocol and can be
! used in this way.
  
!  The code above would iterate over all objects in `array'.  For each of
! them, it assigns it to `object', then executes the `Do something with
  'object'' statements.
  
   Here is a fully worked-out example using a Foundation library (which
! provides the implementation of `NSArray', `NSString' and `NSLog'):
  
         NSArray *array = [NSArray arrayWithObjects: @"1", @"2", @"3", nil];
         NSString *object;
*************** A c99-like declaration syntax is also al
*** 48770,48777 ****
  
   but can save some typing.
  
!  Note that the option '-std=c99' is not required to allow this syntax in
! Objective-C.
  
  
  File: gcc.info,  Node: Fast enumeration details,  Next: Fast enumeration protocol,  Prev: c99-like fast enumeration syntax,  Up: Fast enumeration
--- 49419,49426 ----
  
   but can save some typing.
  
!  Note that the option `-std=c99' is not required to allow this syntax
! in Objective-C.
  
  
  File: gcc.info,  Node: Fast enumeration details,  Next: Fast enumeration protocol,  Prev: c99-like fast enumeration syntax,  Up: Fast enumeration
*************** the code
*** 48789,48797 ****
  
   here is what happens when you run it:
  
!    * 'COLLECTION EXPRESSION' is evaluated exactly once and the result is
!      used as the collection object to iterate over.  This means it is
!      safe to write code such as 'for (object in [NSDictionary
       keyEnumerator]) ...'.
  
     * the iteration is implemented by the compiler by repeatedly getting
--- 49438,49446 ----
  
   here is what happens when you run it:
  
!    * `COLLECTION EXPRESSION' is evaluated exactly once and the result
!      is used as the collection object to iterate over.  This means it
!      is safe to write code such as `for (object in [NSDictionary
       keyEnumerator]) ...'.
  
     * the iteration is implemented by the compiler by repeatedly getting
*************** the code
*** 48801,48832 ****
       objects are retrieved one by one (hence the name "fast
       enumeration").
  
!    * if there are no objects in the collection, then 'OBJECT EXPRESSION'
!      is set to 'nil' and the loop immediately terminates.
  
     * if there are objects in the collection, then for each object in the
!      collection (in the order they are returned) 'OBJECT EXPRESSION' is
!      set to the object, then 'STATEMENTS' are executed.
  
!    * 'STATEMENTS' can contain 'break' and 'continue' commands, which
       will abort the iteration or skip to the next loop iteration as
       expected.
  
     * when the iteration ends because there are no more objects to
!      iterate over, 'OBJECT EXPRESSION' is set to 'nil'.  This allows you
!      to determine whether the iteration finished because a 'break'
!      command was used (in which case 'OBJECT EXPRESSION' will remain set
!      to the last object that was iterated over) or because it iterated
!      over all the objects (in which case 'OBJECT EXPRESSION' will be set
!      to 'nil').
  
!    * 'STATEMENTS' must not make any changes to the collection object; if
!      they do, it is a hard error and the fast enumeration terminates by
!      invoking 'objc_enumerationMutation', a runtime function that
       normally aborts the program but which can be customized by
!      Foundation libraries via 'objc_set_mutation_handler' to do
       something different, such as raising an exception.
  
  
  File: gcc.info,  Node: Fast enumeration protocol,  Prev: Fast enumeration details,  Up: Fast enumeration
  
--- 49450,49482 ----
       objects are retrieved one by one (hence the name "fast
       enumeration").
  
!    * if there are no objects in the collection, then `OBJECT
!      EXPRESSION' is set to `nil' and the loop immediately terminates.
  
     * if there are objects in the collection, then for each object in the
!      collection (in the order they are returned) `OBJECT EXPRESSION' is
!      set to the object, then `STATEMENTS' are executed.
  
!    * `STATEMENTS' can contain `break' and `continue' commands, which
       will abort the iteration or skip to the next loop iteration as
       expected.
  
     * when the iteration ends because there are no more objects to
!      iterate over, `OBJECT EXPRESSION' is set to `nil'.  This allows
!      you to determine whether the iteration finished because a `break'
!      command was used (in which case `OBJECT EXPRESSION' will remain
!      set to the last object that was iterated over) or because it
!      iterated over all the objects (in which case `OBJECT EXPRESSION'
!      will be set to `nil').
  
!    * `STATEMENTS' must not make any changes to the collection object;
!      if they do, it is a hard error and the fast enumeration terminates
!      by invoking `objc_enumerationMutation', a runtime function that
       normally aborts the program but which can be customized by
!      Foundation libraries via `objc_set_mutation_handler' to do
       something different, such as raising an exception.
  
+ 
  
  File: gcc.info,  Node: Fast enumeration protocol,  Prev: Fast enumeration details,  Up: Fast enumeration
  
*************** enumeration, you need to have it impleme
*** 48840,48846 ****
                                             objects: (id *)objects
                                               count: (unsigned long)len;
  
!  where 'NSFastEnumerationState' must be defined in your code as follows:
  
       typedef struct
       {
--- 49490,49496 ----
                                             objects: (id *)objects
                                               count: (unsigned long)len;
  
!  where `NSFastEnumerationState' must be defined in your code as follows:
  
       typedef struct
       {
*************** enumeration, you need to have it impleme
*** 48850,48860 ****
         unsigned long extra[5];
       } NSFastEnumerationState;
  
!  If no 'NSFastEnumerationState' is defined in your code, the compiler
! will automatically replace 'NSFastEnumerationState *' with 'struct
  __objcFastEnumerationState *', where that type is silently defined by
  the compiler in an identical way.  This can be confusing and we
! recommend that you define 'NSFastEnumerationState' (as shown above)
  instead.
  
   The method is called repeatedly during a fast enumeration to retrieve
--- 49500,49510 ----
         unsigned long extra[5];
       } NSFastEnumerationState;
  
!  If no `NSFastEnumerationState' is defined in your code, the compiler
! will automatically replace `NSFastEnumerationState *' with `struct
  __objcFastEnumerationState *', where that type is silently defined by
  the compiler in an identical way.  This can be confusing and we
! recommend that you define `NSFastEnumerationState' (as shown above)
  instead.
  
   The method is called repeatedly during a fast enumeration to retrieve
*************** batches of objects.  Each invocation of
*** 48862,48899 ****
  next batch of objects.
  
   The return value of the method is the number of objects in the current
! batch; this should not exceed 'len', which is the maximum size of a
  batch as requested by the caller.  The batch itself is returned in the
! 'itemsPtr' field of the 'NSFastEnumerationState' struct.
  
!  To help with returning the objects, the 'objects' array is a C array
! preallocated by the caller (on the stack) of size 'len'.  In many cases
! you can put the objects you want to return in that 'objects' array, then
! do 'itemsPtr = objects'.  But you don't have to; if your collection
! already has the objects to return in some form of C array, it could
! return them from there instead.
  
!  The 'state' and 'extra' fields of the 'NSFastEnumerationState'
  structure allows your collection object to keep track of the state of
! the enumeration.  In a simple array implementation, 'state' may keep
! track of the index of the last object that was returned, and 'extra' may
! be unused.
  
!  The 'mutationsPtr' field of the 'NSFastEnumerationState' is used to
! keep track of mutations.  It should point to a number; before working on
! each object, the fast enumeration loop will check that this number has
! not changed.  If it has, a mutation has happened and the fast
! enumeration will abort.  So, 'mutationsPtr' could be set to point to
  some sort of version number of your collection, which is increased by
! one every time there is a change (for example when an object is added or
! removed).  Or, if you are content with less strict mutation checks, it
! could point to the number of objects in your collection or some other
! value that can be checked to perform an approximate check that the
! collection has not been mutated.
  
!  Finally, note how we declared the 'len' argument and the return value
! to be of type 'unsigned long'.  They could also be declared to be of
! type 'unsigned int' and everything would still work.
  
  
  File: gcc.info,  Node: Messaging with the GNU Objective-C runtime,  Prev: Fast enumeration,  Up: Objective-C
--- 49512,49549 ----
  next batch of objects.
  
   The return value of the method is the number of objects in the current
! batch; this should not exceed `len', which is the maximum size of a
  batch as requested by the caller.  The batch itself is returned in the
! `itemsPtr' field of the `NSFastEnumerationState' struct.
  
!  To help with returning the objects, the `objects' array is a C array
! preallocated by the caller (on the stack) of size `len'.  In many cases
! you can put the objects you want to return in that `objects' array,
! then do `itemsPtr = objects'.  But you don't have to; if your
! collection already has the objects to return in some form of C array,
! it could return them from there instead.
  
!  The `state' and `extra' fields of the `NSFastEnumerationState'
  structure allows your collection object to keep track of the state of
! the enumeration.  In a simple array implementation, `state' may keep
! track of the index of the last object that was returned, and `extra'
! may be unused.
  
!  The `mutationsPtr' field of the `NSFastEnumerationState' is used to
! keep track of mutations.  It should point to a number; before working
! on each object, the fast enumeration loop will check that this number
! has not changed.  If it has, a mutation has happened and the fast
! enumeration will abort.  So, `mutationsPtr' could be set to point to
  some sort of version number of your collection, which is increased by
! one every time there is a change (for example when an object is added
! or removed).  Or, if you are content with less strict mutation checks,
! it could point to the number of objects in your collection or some
! other value that can be checked to perform an approximate check that
! the collection has not been mutated.
  
!  Finally, note how we declared the `len' argument and the return value
! to be of type `unsigned long'.  They could also be declared to be of
! type `unsigned int' and everything would still work.
  
  
  File: gcc.info,  Node: Messaging with the GNU Objective-C runtime,  Prev: Fast enumeration,  Up: Objective-C
*************** designed to be portable, and so is based
*** 48909,48926 ****
  
   Sending a message in the GNU Objective-C runtime is composed of two
  separate steps.  First, there is a call to the lookup function,
! 'objc_msg_lookup ()' (or, in the case of messages to super,
! 'objc_msg_lookup_super ()').  This runtime function takes as argument
! the receiver and the selector of the method to be called; it returns the
! 'IMP', that is a pointer to the function implementing the method.  The
! second step of method invocation consists of casting this pointer
  function to the appropriate function pointer type, and calling the
  function pointed to it with the right arguments.
  
   For example, when the compiler encounters a method invocation such as
! '[object init]', it compiles it into a call to 'objc_msg_lookup (object,
! @selector(init))' followed by a cast of the returned value to the
! appropriate function pointer type, and then it calls it.
  
  * Menu:
  
--- 49559,49576 ----
  
   Sending a message in the GNU Objective-C runtime is composed of two
  separate steps.  First, there is a call to the lookup function,
! `objc_msg_lookup ()' (or, in the case of messages to super,
! `objc_msg_lookup_super ()').  This runtime function takes as argument
! the receiver and the selector of the method to be called; it returns
! the `IMP', that is a pointer to the function implementing the method.
! The second step of method invocation consists of casting this pointer
  function to the appropriate function pointer type, and calling the
  function pointed to it with the right arguments.
  
   For example, when the compiler encounters a method invocation such as
! `[object init]', it compiles it into a call to `objc_msg_lookup
! (object, @selector(init))' followed by a cast of the returned value to
! the appropriate function pointer type, and then it calls it.
  
  * Menu:
  
*************** File: gcc.info,  Node: Dynamically regis
*** 48933,48941 ****
  8.10.1 Dynamically Registering Methods
  --------------------------------------
  
! If 'objc_msg_lookup()' does not find a suitable method implementation,
! because the receiver does not implement the required method, it tries to
! see if the class can dynamically register the method.
  
   To do so, the runtime checks if the class of the receiver implements
  the method
--- 49583,49591 ----
  8.10.1 Dynamically Registering Methods
  --------------------------------------
  
! If `objc_msg_lookup()' does not find a suitable method implementation,
! because the receiver does not implement the required method, it tries
! to see if the class can dynamically register the method.
  
   To do so, the runtime checks if the class of the receiver implements
  the method
*************** the method
*** 48946,48969 ****
  
       + (BOOL) resolveClassMethod: (SEL)selector;
  
!  in the case of a class method.  If the class implements it, the runtime
! invokes it, passing as argument the selector of the original method, and
! if it returns 'YES', the runtime tries the lookup again, which could now
! succeed if a matching method was added dynamically by
! '+resolveInstanceMethod:' or '+resolveClassMethod:'.
  
   This allows classes to dynamically register methods (by adding them to
! the class using 'class_addMethod') when they are first called.  To do
! so, a class should implement '+resolveInstanceMethod:' (or, depending on
! the case, '+resolveClassMethod:') and have it recognize the selectors of
! methods that can be registered dynamically at runtime, register them,
! and return 'YES'.  It should return 'NO' for methods that it does not
! dynamically registered at runtime.
  
!  If '+resolveInstanceMethod:' (or '+resolveClassMethod:') is not
! implemented or returns 'NO', the runtime then tries the forwarding hook.
  
!  Support for '+resolveInstanceMethod:' and 'resolveClassMethod:' was
  added to the GNU Objective-C runtime in GCC version 4.6.
  
  
--- 49596,49619 ----
  
       + (BOOL) resolveClassMethod: (SEL)selector;
  
!  in the case of a class method.  If the class implements it, the
! runtime invokes it, passing as argument the selector of the original
! method, and if it returns `YES', the runtime tries the lookup again,
! which could now succeed if a matching method was added dynamically by
! `+resolveInstanceMethod:' or `+resolveClassMethod:'.
  
   This allows classes to dynamically register methods (by adding them to
! the class using `class_addMethod') when they are first called.  To do
! so, a class should implement `+resolveInstanceMethod:' (or, depending
! on the case, `+resolveClassMethod:') and have it recognize the
! selectors of methods that can be registered dynamically at runtime,
! register them, and return `YES'.  It should return `NO' for methods
! that it does not dynamically registered at runtime.
  
!  If `+resolveInstanceMethod:' (or `+resolveClassMethod:') is not
! implemented or returns `NO', the runtime then tries the forwarding hook.
  
!  Support for `+resolveInstanceMethod:' and `resolveClassMethod:' was
  added to the GNU Objective-C runtime in GCC version 4.6.
  
  
*************** File: gcc.info,  Node: Forwarding hook,
*** 48973,49025 ****
  ----------------------
  
  The GNU Objective-C runtime provides a hook, called
! '__objc_msg_forward2', which is called by 'objc_msg_lookup()' when it
  cannot find a method implementation in the runtime tables and after
! calling '+resolveInstanceMethod:' and '+resolveClassMethod:' has been
  attempted and did not succeed in dynamically registering the method.
  
   To configure the hook, you set the global variable
! '__objc_msg_forward2' to a function with the same argument and return
! types of 'objc_msg_lookup()'.  When 'objc_msg_lookup()' can not find a
  method implementation, it invokes the hook function you provided to get
  a method implementation to return.  So, in practice
! '__objc_msg_forward2' allows you to extend 'objc_msg_lookup()' by adding
! some custom code that is called to do a further lookup when no standard
! method implementation can be found using the normal lookup.
  
   This hook is generally reserved for "Foundation" libraries such as
  GNUstep Base, which use it to implement their high-level method
! forwarding API, typically based around the 'forwardInvocation:' method.
  So, unless you are implementing your own "Foundation" library, you
  should not set this hook.
  
!  In a typical forwarding implementation, the '__objc_msg_forward2' hook
  function determines the argument and return type of the method that is
  being looked up, and then creates a function that takes these arguments
  and has that return type, and returns it to the caller.  Creating this
  function is non-trivial and is typically performed using a dedicated
! library such as 'libffi'.
  
   The forwarding method implementation thus created is returned by
! 'objc_msg_lookup()' and is executed as if it was a normal method
! implementation.  When the forwarding method implementation is called, it
! is usually expected to pack all arguments into some sort of object
! (typically, an 'NSInvocation' in a "Foundation" library), and hand it
! over to the programmer ('forwardInvocation:') who is then allowed to
  manipulate the method invocation using a high-level API provided by the
  "Foundation" library.  For example, the programmer may want to examine
  the method invocation arguments and name and potentially change them
  before forwarding the method invocation to one or more local objects
! ('performInvocation:') or even to remote objects (by using Distributed
  Objects or some other mechanism).  When all this completes, the return
  value is passed back and must be returned correctly to the original
  caller.
  
!  Note that the GNU Objective-C runtime currently provides no support for
! method forwarding or method invocations other than the
! '__objc_msg_forward2' hook.
  
!  If the forwarding hook does not exist or returns 'NULL', the runtime
  currently attempts forwarding using an older, deprecated API, and if
  that fails, it aborts the program.  In future versions of the GNU
  Objective-C runtime, the runtime will immediately abort.
--- 49623,49675 ----
  ----------------------
  
  The GNU Objective-C runtime provides a hook, called
! `__objc_msg_forward2', which is called by `objc_msg_lookup()' when it
  cannot find a method implementation in the runtime tables and after
! calling `+resolveInstanceMethod:' and `+resolveClassMethod:' has been
  attempted and did not succeed in dynamically registering the method.
  
   To configure the hook, you set the global variable
! `__objc_msg_forward2' to a function with the same argument and return
! types of `objc_msg_lookup()'.  When `objc_msg_lookup()' can not find a
  method implementation, it invokes the hook function you provided to get
  a method implementation to return.  So, in practice
! `__objc_msg_forward2' allows you to extend `objc_msg_lookup()' by
! adding some custom code that is called to do a further lookup when no
! standard method implementation can be found using the normal lookup.
  
   This hook is generally reserved for "Foundation" libraries such as
  GNUstep Base, which use it to implement their high-level method
! forwarding API, typically based around the `forwardInvocation:' method.
  So, unless you are implementing your own "Foundation" library, you
  should not set this hook.
  
!  In a typical forwarding implementation, the `__objc_msg_forward2' hook
  function determines the argument and return type of the method that is
  being looked up, and then creates a function that takes these arguments
  and has that return type, and returns it to the caller.  Creating this
  function is non-trivial and is typically performed using a dedicated
! library such as `libffi'.
  
   The forwarding method implementation thus created is returned by
! `objc_msg_lookup()' and is executed as if it was a normal method
! implementation.  When the forwarding method implementation is called,
! it is usually expected to pack all arguments into some sort of object
! (typically, an `NSInvocation' in a "Foundation" library), and hand it
! over to the programmer (`forwardInvocation:') who is then allowed to
  manipulate the method invocation using a high-level API provided by the
  "Foundation" library.  For example, the programmer may want to examine
  the method invocation arguments and name and potentially change them
  before forwarding the method invocation to one or more local objects
! (`performInvocation:') or even to remote objects (by using Distributed
  Objects or some other mechanism).  When all this completes, the return
  value is passed back and must be returned correctly to the original
  caller.
  
!  Note that the GNU Objective-C runtime currently provides no support
! for method forwarding or method invocations other than the
! `__objc_msg_forward2' hook.
  
!  If the forwarding hook does not exist or returns `NULL', the runtime
  currently attempts forwarding using an older, deprecated API, and if
  that fails, it aborts the program.  In future versions of the GNU
  Objective-C runtime, the runtime will immediately abort.
*************** Binary compatibility encompasses several
*** 49034,49049 ****
  
  "application binary interface (ABI)"
       The set of runtime conventions followed by all of the tools that
!      deal with binary representations of a program, including compilers,
!      assemblers, linkers, and language runtime support.  Some ABIs are
!      formal with a written specification, possibly designed by multiple
!      interested parties.  Others are simply the way things are actually
!      done by a particular set of tools.
  
  "ABI conformance"
!      A compiler conforms to an ABI if it generates code that follows all
!      of the specifications enumerated by that ABI.  A library conforms
!      to an ABI if it is implemented according to that ABI.  An
       application conforms to an ABI if it is built using tools that
       conform to that ABI and does not contain source code that
       specifically changes behavior specified by the ABI.
--- 49684,49699 ----
  
  "application binary interface (ABI)"
       The set of runtime conventions followed by all of the tools that
!      deal with binary representations of a program, including
!      compilers, assemblers, linkers, and language runtime support.
!      Some ABIs are formal with a written specification, possibly
!      designed by multiple interested parties.  Others are simply the
!      way things are actually done by a particular set of tools.
  
  "ABI conformance"
!      A compiler conforms to an ABI if it generates code that follows
!      all of the specifications enumerated by that ABI.  A library
!      conforms to an ABI if it is implemented according to that ABI.  An
       application conforms to an ABI if it is built using tools that
       conform to that ABI and does not contain source code that
       specifically changes behavior specified by the ABI.
*************** Binary compatibility encompasses several
*** 49056,49065 ****
       Different sets of tools are interoperable if they generate files
       that can be used in the same program.  The set of tools includes
       compilers, assemblers, linkers, libraries, header files, startup
!      files, and debuggers.  Binaries produced by different sets of tools
!      are not interoperable unless they implement the same ABI.  This
!      applies to different versions of the same tools as well as tools
!      from different vendors.
  
  "intercallability"
       Whether a function in a binary built by one set of tools can call a
--- 49706,49715 ----
       Different sets of tools are interoperable if they generate files
       that can be used in the same program.  The set of tools includes
       compilers, assemblers, linkers, libraries, header files, startup
!      files, and debuggers.  Binaries produced by different sets of
!      tools are not interoperable unless they implement the same ABI.
!      This applies to different versions of the same tools as well as
!      tools from different vendors.
  
  "intercallability"
       Whether a function in a binary built by one set of tools can call a
*************** Binary compatibility encompasses several
*** 49067,49077 ****
       of interoperability.
  
  "implementation-defined features"
!      Language standards include lists of implementation-defined features
!      whose behavior can vary from one implementation to another.  Some
!      of these features are normally covered by a platform's ABI and
!      others are not.  The features that are not covered by an ABI
!      generally affect how a program behaves, but not intercallability.
  
  "compatibility"
       Conformance to the same ABI and the same behavior of
--- 49717,49728 ----
       of interoperability.
  
  "implementation-defined features"
!      Language standards include lists of implementation-defined
!      features whose behavior can vary from one implementation to
!      another.  Some of these features are normally covered by a
!      platform's ABI and others are not.  The features that are not
!      covered by an ABI generally affect how a program behaves, but not
!      intercallability.
  
  "compatibility"
       Conformance to the same ABI and the same behavior of
*************** Binary compatibility encompasses several
*** 49082,49099 ****
--- 49733,49759 ----
  affects code generation and runtime support for:
  
     * size and alignment of data types
+ 
     * layout of structured types
+ 
     * calling conventions
+ 
     * register usage conventions
+ 
     * interfaces for runtime arithmetic support
+ 
     * object file formats
  
   In addition, the application binary interface implemented by a C++
  compiler affects code generation and runtime support for:
     * name mangling
+ 
     * exception handling
+ 
     * invoking constructors and destructors
+ 
     * layout, alignment, and padding of classes
+ 
     * layout and alignment of virtual tables
  
   Some GCC compilation options cause the compiler to generate code that
*************** GCC releases, but it is possible that we
*** 49117,49123 ****
  make this difficult.  Such problems could include different
  interpretations of the C++ ABI by different vendors, bugs in the ABI, or
  bugs in the implementation of the ABI in different compilers.  GCC's
! '-Wabi' switch warns when G++ generates code that is probably not
  compatible with the C++ ABI.
  
   The C++ library used with a C++ compiler includes the Standard C++
--- 49777,49783 ----
  make this difficult.  Such problems could include different
  interpretations of the C++ ABI by different vendors, bugs in the ABI, or
  bugs in the implementation of the ABI in different compilers.  GCC's
! `-Wabi' switch warns when G++ generates code that is probably not
  compatible with the C++ ABI.
  
   The C++ library used with a C++ compiler includes the Standard C++
*************** compiler and runtime support.
*** 49131,49144 ****
  
   When G++ and another C++ compiler conform to the same C++ ABI, but the
  implementations of the Standard C++ Library that they normally use do
! not follow the same ABI for the Standard C++ Library, object files built
! with those compilers can be used in the same program only if they use
! the same C++ library.  This requires specifying the location of the C++
! library header files when invoking the compiler whose usual library is
! not being used.  The location of GCC's C++ header files depends on how
! the GCC build was configured, but can be seen by using the G++ '-v'
! option.  With default configuration options for G++ 3.3 the compile line
! for a different C++ compiler needs to include
  
           -IGCC_INSTALL_DIRECTORY/include/c++/3.3
  
--- 49791,49804 ----
  
   When G++ and another C++ compiler conform to the same C++ ABI, but the
  implementations of the Standard C++ Library that they normally use do
! not follow the same ABI for the Standard C++ Library, object files
! built with those compilers can be used in the same program only if they
! use the same C++ library.  This requires specifying the location of the
! C++ library header files when invoking the compiler whose usual library
! is not being used.  The location of GCC's C++ header files depends on
! how the GCC build was configured, but can be seen by using the G++ `-v'
! option.  With default configuration options for G++ 3.3 the compile
! line for a different C++ compiler needs to include
  
           -IGCC_INSTALL_DIRECTORY/include/c++/3.3
  
*************** files for that other library.
*** 49148,49172 ****
  
   The most straightforward way to link a program to use a particular C++
  library is to use a C++ driver that specifies that C++ library by
! default.  The 'g++' driver, for example, tells the linker where to find
! GCC's C++ library ('libstdc++') plus the other libraries and startup
  files it needs, in the proper order.
  
   If a program must use a different C++ library and it's not possible to
  do the final link using a C++ driver that uses that library by default,
! it is necessary to tell 'g++' the location and name of that library.  It
! might also be necessary to specify different startup files and other
  runtime support libraries, and to suppress the use of GCC's support
! libraries with one or more of the options '-nostdlib', '-nostartfiles',
! and '-nodefaultlibs'.
  
  
  File: gcc.info,  Node: Gcov,  Next: Gcov-tool,  Prev: Compatibility,  Up: Top
  
! 10 'gcov'--a Test Coverage Program
  **********************************
  
! 'gcov' is a tool you can use in conjunction with GCC to test code
  coverage in your programs.
  
  * Menu:
--- 49808,49832 ----
  
   The most straightforward way to link a program to use a particular C++
  library is to use a C++ driver that specifies that C++ library by
! default.  The `g++' driver, for example, tells the linker where to find
! GCC's C++ library (`libstdc++') plus the other libraries and startup
  files it needs, in the proper order.
  
   If a program must use a different C++ library and it's not possible to
  do the final link using a C++ driver that uses that library by default,
! it is necessary to tell `g++' the location and name of that library.
! It might also be necessary to specify different startup files and other
  runtime support libraries, and to suppress the use of GCC's support
! libraries with one or more of the options `-nostdlib', `-nostartfiles',
! and `-nodefaultlibs'.
  
  
  File: gcc.info,  Node: Gcov,  Next: Gcov-tool,  Prev: Compatibility,  Up: Top
  
! 10 `gcov'--a Test Coverage Program
  **********************************
  
! `gcov' is a tool you can use in conjunction with GCC to test code
  coverage in your programs.
  
  * Menu:
*************** coverage in your programs.
*** 49180,49198 ****
  
  File: gcc.info,  Node: Gcov Intro,  Next: Invoking Gcov,  Up: Gcov
  
! 10.1 Introduction to 'gcov'
  ===========================
  
! 'gcov' is a test coverage program.  Use it in concert with GCC to
! analyze your programs to help create more efficient, faster running code
! and to discover untested parts of your program.  You can use 'gcov' as a
! profiling tool to help discover where your optimization efforts will
! best affect your code.  You can also use 'gcov' along with the other
! profiling tool, 'gprof', to assess which parts of your code use the
! greatest amount of computing time.
  
   Profiling tools help you analyze your code's performance.  Using a
! profiler such as 'gcov' or 'gprof', you can find out some basic
  performance statistics, such as:
  
     * how often each line of code executes
--- 49840,49858 ----
  
  File: gcc.info,  Node: Gcov Intro,  Next: Invoking Gcov,  Up: Gcov
  
! 10.1 Introduction to `gcov'
  ===========================
  
! `gcov' is a test coverage program.  Use it in concert with GCC to
! analyze your programs to help create more efficient, faster running
! code and to discover untested parts of your program.  You can use
! `gcov' as a profiling tool to help discover where your optimization
! efforts will best affect your code.  You can also use `gcov' along with
! the other profiling tool, `gprof', to assess which parts of your code
! use the greatest amount of computing time.
  
   Profiling tools help you analyze your code's performance.  Using a
! profiler such as `gcov' or `gprof', you can find out some basic
  performance statistics, such as:
  
     * how often each line of code executes
*************** performance statistics, such as:
*** 49203,49209 ****
  
   Once you know these things about how your code works when compiled, you
  can look at each module to see which modules should be optimized.
! 'gcov' helps you determine where to work on optimization.
  
   Software developers also use coverage testing in concert with
  testsuites, to make sure software is actually good enough for a release.
--- 49863,49869 ----
  
   Once you know these things about how your code works when compiled, you
  can look at each module to see which modules should be optimized.
! `gcov' helps you determine where to work on optimization.
  
   Software developers also use coverage testing in concert with
  testsuites, to make sure software is actually good enough for a release.
*************** to be added to the testsuites to create
*** 49214,49349 ****
  final product.
  
   You should compile your code without optimization if you plan to use
! 'gcov' because the optimization, by combining some lines of code into
  one function, may not give you as much information as you need to look
! for 'hot spots' where the code is using a great deal of computer time.
! Likewise, because 'gcov' accumulates statistics by line (at the lowest
! resolution), it works best with a programming style that places only one
! statement on each line.  If you use complicated macros that expand to
! loops or to other control structures, the statistics are less
  helpful--they only report on the line where the macro call appears.  If
  your complex macros behave like functions, you can replace them with
  inline functions to solve this problem.
  
!  'gcov' creates a logfile called 'SOURCEFILE.gcov' which indicates how
! many times each line of a source file 'SOURCEFILE.c' has executed.  You
! can use these logfiles along with 'gprof' to aid in fine-tuning the
! performance of your programs.  'gprof' gives timing information you can
! use along with the information you get from 'gcov'.
  
!  'gcov' works only on code compiled with GCC.  It is not compatible with
! any other profiling or test coverage mechanism.
  
  
  File: gcc.info,  Node: Invoking Gcov,  Next: Gcov and Optimization,  Prev: Gcov Intro,  Up: Gcov
  
! 10.2 Invoking 'gcov'
  ====================
  
       gcov [OPTIONS] FILES
  
!  'gcov' accepts the following options:
! 
! '-h'
! '--help'
!      Display help about using 'gcov' (on the standard output), and exit
!      without doing any further processing.
! 
! '-v'
! '--version'
!      Display the 'gcov' version number (on the standard output), and
!      exit without doing any further processing.
  
! '-a'
! '--all-blocks'
       Write individual execution counts for every basic block.  Normally
       gcov outputs execution counts only for the main blocks of a line.
       With this option you can determine if blocks within a single line
       are not being executed.
  
! '-b'
! '--branch-probabilities'
       Write branch frequencies to the output file, and write branch
!      summary info to the standard output.  This option allows you to see
!      how often each branch in your program was taken.  Unconditional
!      branches will not be shown, unless the '-u' option is given.
  
! '-c'
! '--branch-counts'
       Write branch frequencies as the number of branches taken, rather
       than the percentage of branches taken.
  
! '-n'
! '--no-output'
!      Do not create the 'gcov' output file.
! 
! '-l'
! '--long-file-names'
!      Create long file names for included source files.  For example, if
!      the header file 'x.h' contains code, and was included in the file
!      'a.c', then running 'gcov' on the file 'a.c' will produce an output
!      file called 'a.c##x.h.gcov' instead of 'x.h.gcov'.  This can be
!      useful if 'x.h' is included in multiple source files and you want
!      to see the individual contributions.  If you use the '-p' option,
!      both the including and included file names will be complete path
!      names.
! 
! '-p'
! '--preserve-paths'
!      Preserve complete path information in the names of generated
!      '.gcov' files.  Without this option, just the filename component is
!      used.  With this option, all directories are used, with '/'
!      characters translated to '#' characters, '.' directory components
!      removed and unremoveable '..' components renamed to '^'.  This is
!      useful if sourcefiles are in several different directories.
! 
! '-r'
! '--relative-only'
!      Only output information about source files with a relative pathname
!      (after source prefix elision).  Absolute paths are usually system
!      header files and coverage of any inline functions therein is
!      normally uninteresting.
  
! '-f'
! '--function-summaries'
       Output summaries for each function in addition to the file level
       summary.
  
! '-o DIRECTORY|FILE'
! '--object-directory DIRECTORY'
! '--object-file FILE'
!      Specify either the directory containing the gcov data files, or the
!      object path name.  The '.gcno', and '.gcda' data files are searched
!      for using this option.  If a directory is specified, the data files
!      are in that directory and named after the input file name, without
!      its extension.  If a file is specified here, the data files are
!      named after that file, without its extension.
! 
! '-s DIRECTORY'
! '--source-prefix DIRECTORY'
!      A prefix for source file names to remove when generating the output
!      coverage files.  This option is useful when building in a separate
!      directory, and the pathname to the source directory is not wanted
!      when determining the output file names.  Note that this prefix
!      detection is applied before determining whether the source file is
!      absolute.
! 
! '-u'
! '--unconditional-branches'
!      When branch probabilities are given, include those of unconditional
!      branches.  Unconditional branches are normally not interesting.
! 
! '-d'
! '--display-progress'
!      Display the progress on the standard output.
  
! '-i'
! '--intermediate-format'
       Output gcov file in an easy-to-parse intermediate text format that
!      can be used by 'lcov' or other tools.  The output is a single
!      '.gcov' file per '.gcda' file.  No source code is required.
  
!      The format of the intermediate '.gcov' file is plain text with one
       entry per line
  
            file:SOURCE_FILE_NAME
--- 49874,49950 ----
  final product.
  
   You should compile your code without optimization if you plan to use
! `gcov' because the optimization, by combining some lines of code into
  one function, may not give you as much information as you need to look
! for `hot spots' where the code is using a great deal of computer time.
! Likewise, because `gcov' accumulates statistics by line (at the lowest
! resolution), it works best with a programming style that places only
! one statement on each line.  If you use complicated macros that expand
! to loops or to other control structures, the statistics are less
  helpful--they only report on the line where the macro call appears.  If
  your complex macros behave like functions, you can replace them with
  inline functions to solve this problem.
  
!  `gcov' creates a logfile called `SOURCEFILE.gcov' which indicates how
! many times each line of a source file `SOURCEFILE.c' has executed.  You
! can use these logfiles along with `gprof' to aid in fine-tuning the
! performance of your programs.  `gprof' gives timing information you can
! use along with the information you get from `gcov'.
  
!  `gcov' works only on code compiled with GCC.  It is not compatible
! with any other profiling or test coverage mechanism.
  
  
  File: gcc.info,  Node: Invoking Gcov,  Next: Gcov and Optimization,  Prev: Gcov Intro,  Up: Gcov
  
! 10.2 Invoking `gcov'
  ====================
  
       gcov [OPTIONS] FILES
  
!  `gcov' accepts the following options:
  
! `-a'
! `--all-blocks'
       Write individual execution counts for every basic block.  Normally
       gcov outputs execution counts only for the main blocks of a line.
       With this option you can determine if blocks within a single line
       are not being executed.
  
! `-b'
! `--branch-probabilities'
       Write branch frequencies to the output file, and write branch
!      summary info to the standard output.  This option allows you to
!      see how often each branch in your program was taken.
!      Unconditional branches will not be shown, unless the `-u' option
!      is given.
  
! `-c'
! `--branch-counts'
       Write branch frequencies as the number of branches taken, rather
       than the percentage of branches taken.
  
! `-d'
! `--display-progress'
!      Display the progress on the standard output.
  
! `-f'
! `--function-summaries'
       Output summaries for each function in addition to the file level
       summary.
  
! `-h'
! `--help'
!      Display help about using `gcov' (on the standard output), and exit
!      without doing any further processing.
  
! `-i'
! `--intermediate-format'
       Output gcov file in an easy-to-parse intermediate text format that
!      can be used by `lcov' or other tools. The output is a single
!      `.gcov' file per `.gcda' file. No source code is required.
  
!      The format of the intermediate `.gcov' file is plain text with one
       entry per line
  
            file:SOURCE_FILE_NAME
*************** File: gcc.info,  Node: Invoking Gcov,  N
*** 49360,49366 ****
            file. All entries following a FILE pertain to that source file
            until the next FILE entry.
  
!      Here is a sample when '-i' is used in conjunction with '-b' option:
  
            file:array.cc
            function:11,1,_Z3sumRKSt6vectorIPiSaIS0_EE
--- 49961,49967 ----
            file. All entries following a FILE pertain to that source file
            until the next FILE entry.
  
!      Here is a sample when `-i' is used in conjunction with `-b' option:
  
            file:array.cc
            function:11,1,_Z3sumRKSt6vectorIPiSaIS0_EE
*************** File: gcc.info,  Node: Invoking Gcov,  N
*** 49372,49453 ****
            lcount:26,1
            branch:28,nottaken
  
! '-m'
! '--demangled-names'
!      Display demangled function names in output.  The default is to show
       mangled function names.
  
! '-x'
! '--hash-filenames'
       By default, gcov uses the full pathname of the source files to to
       create an output filename.  This can lead to long filenames that
       can overflow filesystem limits.  This option creates names of the
!      form 'SOURCE-FILE##MD5.gcov', where the SOURCE-FILE component is
       the final filename part and the MD5 component is calculated from
       the full mangled name that would have been used otherwise.
  
!  'gcov' should be run with the current directory the same as that when
  you invoked the compiler.  Otherwise it will not be able to locate the
! source files.  'gcov' produces files called 'MANGLEDNAME.gcov' in the
! current directory.  These contain the coverage information of the source
! file they correspond to.  One '.gcov' file is produced for each source
! (or header) file containing code, which was compiled to produce the data
! files.  The MANGLEDNAME part of the output file name is usually simply
! the source file name, but can be something more complicated if the '-l'
! or '-p' options are given.  Refer to those options for details.
  
!  If you invoke 'gcov' with multiple input files, the contributions from
! each input file are summed.  Typically you would invoke it with the same
! list of files as the final link of your executable.
  
!  The '.gcov' files contain the ':' separated fields along with program
  source code.  The format is
  
       EXECUTION_COUNT:LINE_NUMBER:SOURCE LINE TEXT
  
   Additional block information may succeed each line, when requested by
! command line option.  The EXECUTION_COUNT is '-' for lines containing no
! code.  Unexecuted lines are marked '#####' or '====', depending on
  whether they are reachable by non-exceptional paths or only exceptional
! paths such as C++ exception handlers, respectively.
  
!  Some lines of information at the start have LINE_NUMBER of zero.  These
! preamble lines are of the form
  
       -:0:TAG:VALUE
  
   The ordering and number of these preamble lines will be augmented as
! 'gcov' development progresses -- do not rely on them remaining
  unchanged.  Use TAG to locate a particular preamble line.
  
   The additional block information is of the form
  
       TAG INFORMATION
  
!  The INFORMATION is human readable, but designed to be simple enough for
! machine parsing too.
  
   When printing percentages, 0% and 100% are only printed when the values
  are _exactly_ 0% and 100% respectively.  Other values which would
  conventionally be rounded to 0% or 100% are instead printed as the
  nearest non-boundary value.
  
!  When using 'gcov', you must first compile your program with two special
! GCC options: '-fprofile-arcs -ftest-coverage'.  This tells the compiler
! to generate additional information needed by gcov (basically a flow
! graph of the program) and also includes additional code in the object
! files for generating the extra profiling information needed by gcov.
! These additional files are placed in the directory where the object file
! is located.
  
   Running the program will cause profile output to be generated.  For
! each source file compiled with '-fprofile-arcs', an accompanying '.gcda'
! file will be placed in the object file directory.
  
!  Running 'gcov' with your program's source file names as arguments will
  now produce a listing of the code along with frequency of execution for
! each line.  For example, if your program is called 'tmp.c', this is what
! you see when you use the basic 'gcov' facility:
  
       $ gcc -fprofile-arcs -ftest-coverage tmp.c
       $ a.out
--- 49973,50123 ----
            lcount:26,1
            branch:28,nottaken
  
! `-l'
! `--long-file-names'
!      Create long file names for included source files.  For example, if
!      the header file `x.h' contains code, and was included in the file
!      `a.c', then running `gcov' on the file `a.c' will produce an
!      output file called `a.c##x.h.gcov' instead of `x.h.gcov'.  This
!      can be useful if `x.h' is included in multiple source files and
!      you want to see the individual contributions.  If you use the `-p'
!      option, both the including and included file names will be
!      complete path names.
! 
! `-m'
! `--demangled-names'
!      Display demangled function names in output. The default is to show
       mangled function names.
  
! `-n'
! `--no-output'
!      Do not create the `gcov' output file.
! 
! `-o DIRECTORY|FILE'
! `--object-directory DIRECTORY'
! `--object-file FILE'
!      Specify either the directory containing the gcov data files, or the
!      object path name.  The `.gcno', and `.gcda' data files are
!      searched for using this option.  If a directory is specified, the
!      data files are in that directory and named after the input file
!      name, without its extension.  If a file is specified here, the
!      data files are named after that file, without its extension.
! 
! `-p'
! `--preserve-paths'
!      Preserve complete path information in the names of generated
!      `.gcov' files.  Without this option, just the filename component is
!      used.  With this option, all directories are used, with `/'
!      characters translated to `#' characters, `.' directory components
!      removed and unremoveable `..' components renamed to `^'.  This is
!      useful if sourcefiles are in several different directories.
! 
! `-r'
! `--relative-only'
!      Only output information about source files with a relative pathname
!      (after source prefix elision).  Absolute paths are usually system
!      header files and coverage of any inline functions therein is
!      normally uninteresting.
! 
! `-s DIRECTORY'
! `--source-prefix DIRECTORY'
!      A prefix for source file names to remove when generating the output
!      coverage files.  This option is useful when building in a separate
!      directory, and the pathname to the source directory is not wanted
!      when determining the output file names.  Note that this prefix
!      detection is applied before determining whether the source file is
!      absolute.
! 
! `-u'
! `--unconditional-branches'
!      When branch probabilities are given, include those of
!      unconditional branches.  Unconditional branches are normally not
!      interesting.
! 
! `-v'
! `--version'
!      Display the `gcov' version number (on the standard output), and
!      exit without doing any further processing.
! 
! `-w'
! `--verbose'
!      Print verbose informations related to basic blocks and arcs.
! 
! `-x'
! `--hash-filenames'
       By default, gcov uses the full pathname of the source files to to
       create an output filename.  This can lead to long filenames that
       can overflow filesystem limits.  This option creates names of the
!      form `SOURCE-FILE##MD5.gcov', where the SOURCE-FILE component is
       the final filename part and the MD5 component is calculated from
       the full mangled name that would have been used otherwise.
  
! 
!  `gcov' should be run with the current directory the same as that when
  you invoked the compiler.  Otherwise it will not be able to locate the
! source files.  `gcov' produces files called `MANGLEDNAME.gcov' in the
! current directory.  These contain the coverage information of the
! source file they correspond to.  One `.gcov' file is produced for each
! source (or header) file containing code, which was compiled to produce
! the data files.  The MANGLEDNAME part of the output file name is
! usually simply the source file name, but can be something more
! complicated if the `-l' or `-p' options are given.  Refer to those
! options for details.
  
!  If you invoke `gcov' with multiple input files, the contributions from
! each input file are summed.  Typically you would invoke it with the
! same list of files as the final link of your executable.
  
!  The `.gcov' files contain the `:' separated fields along with program
  source code.  The format is
  
       EXECUTION_COUNT:LINE_NUMBER:SOURCE LINE TEXT
  
   Additional block information may succeed each line, when requested by
! command line option.  The EXECUTION_COUNT is `-' for lines containing
! no code.  Unexecuted lines are marked `#####' or `====', depending on
  whether they are reachable by non-exceptional paths or only exceptional
! paths such as C++ exception handlers, respectively. Given `-a' option,
! unexecuted blocks are marked `$$$$$' or `%%%%%', depending on whether a
! basic block is reachable via non-exceptional or exceptional paths.
  
!  Some lines of information at the start have LINE_NUMBER of zero.
! These preamble lines are of the form
  
       -:0:TAG:VALUE
  
   The ordering and number of these preamble lines will be augmented as
! `gcov' development progresses -- do not rely on them remaining
  unchanged.  Use TAG to locate a particular preamble line.
  
   The additional block information is of the form
  
       TAG INFORMATION
  
!  The INFORMATION is human readable, but designed to be simple enough
! for machine parsing too.
  
   When printing percentages, 0% and 100% are only printed when the values
  are _exactly_ 0% and 100% respectively.  Other values which would
  conventionally be rounded to 0% or 100% are instead printed as the
  nearest non-boundary value.
  
!  When using `gcov', you must first compile your program with two
! special GCC options: `-fprofile-arcs -ftest-coverage'.  This tells the
! compiler to generate additional information needed by gcov (basically a
! flow graph of the program) and also includes additional code in the
! object files for generating the extra profiling information needed by
! gcov.  These additional files are placed in the directory where the
! object file is located.
  
   Running the program will cause profile output to be generated.  For
! each source file compiled with `-fprofile-arcs', an accompanying
! `.gcda' file will be placed in the object file directory.
  
!  Running `gcov' with your program's source file names as arguments will
  now produce a listing of the code along with frequency of execution for
! each line.  For example, if your program is called `tmp.c', this is
! what you see when you use the basic `gcov' facility:
  
       $ gcc -fprofile-arcs -ftest-coverage tmp.c
       $ a.out
*************** you see when you use the basic 'gcov' fa
*** 49456,49462 ****
       Lines executed:90.00% of 10
       Creating 'tmp.c.gcov'
  
!  The file 'tmp.c.gcov' contains output from 'gcov'.  Here is a sample:
  
               -:    0:Source:tmp.c
               -:    0:Graph:tmp.gcno
--- 50126,50132 ----
       Lines executed:90.00% of 10
       Creating 'tmp.c.gcov'
  
!  The file `tmp.c.gcov' contains output from `gcov'.  Here is a sample:
  
               -:    0:Source:tmp.c
               -:    0:Graph:tmp.gcno
*************** you see when you use the basic 'gcov' fa
*** 49481,49488 ****
               1:   16:  return 0;
               -:   17:}
  
!  When you use the '-a' option, you will get individual block counts, and
! the output looks like this:
  
               -:    0:Source:tmp.c
               -:    0:Graph:tmp.gcno
--- 50151,50158 ----
               1:   16:  return 0;
               -:   17:}
  
!  When you use the `-a' option, you will get individual block counts,
! and the output looks like this:
  
               -:    0:Source:tmp.c
               -:    0:Graph:tmp.gcno
*************** contain code, unless previous blocks end
*** 49521,49533 ****
  execution count of a line is shown and subsequent lines show the
  execution counts for individual blocks that end on that line.  After
  each block, the branch and call counts of the block will be shown, if
! the '-b' option is given.
  
   Because of the way GCC instruments calls, a call count can be shown
  after a line with no individual blocks.  As you can see, line 13
  contains a basic block that was not executed.
  
!  When you use the '-b' option, your output looks like this:
  
       $ gcov -b tmp.c
       File 'tmp.c'
--- 50191,50203 ----
  execution count of a line is shown and subsequent lines show the
  execution counts for individual blocks that end on that line.  After
  each block, the branch and call counts of the block will be shown, if
! the `-b' option is given.
  
   Because of the way GCC instruments calls, a call count can be shown
  after a line with no individual blocks.  As you can see, line 13
  contains a basic block that was not executed.
  
!  When you use the `-b' option, your output looks like this:
  
       $ gcov -b tmp.c
       File 'tmp.c'
*************** contains a basic block that was not exec
*** 49537,49543 ****
       Calls executed:50.00% of 2
       Creating 'tmp.c.gcov'
  
!  Here is a sample of a resulting 'tmp.c.gcov' file:
  
               -:    0:Source:tmp.c
               -:    0:Graph:tmp.gcno
--- 50207,50213 ----
       Calls executed:50.00% of 2
       Creating 'tmp.c.gcov'
  
!  Here is a sample of a resulting `tmp.c.gcov' file:
  
               -:    0:Source:tmp.c
               -:    0:Graph:tmp.gcno
*************** function's blocks were executed.
*** 49575,49586 ****
  
   For each basic block, a line is printed after the last line of the
  basic block describing the branch or call that ends the basic block.
! There can be multiple branches and calls listed for a single source line
! if there are multiple basic blocks that end on that line.  In this case,
! the branches and calls are each given a number.  There is no simple way
! to map these branches and calls back to source constructs.  In general,
! though, the lowest numbered branch or call will correspond to the
! leftmost construct on the source line.
  
   For a branch, if it was executed at least once, then a percentage
  indicating the number of times the branch was taken divided by the
--- 50245,50256 ----
  
   For each basic block, a line is printed after the last line of the
  basic block describing the branch or call that ends the basic block.
! There can be multiple branches and calls listed for a single source
! line if there are multiple basic blocks that end on that line.  In this
! case, the branches and calls are each given a number.  There is no
! simple way to map these branches and calls back to source constructs.
! In general, though, the lowest numbered branch or call will correspond
! to the leftmost construct on the source line.
  
   For a branch, if it was executed at least once, then a percentage
  indicating the number of times the branch was taken divided by the
*************** message "never executed" is printed.
*** 49590,49600 ****
   For a call, if it was executed at least once, then a percentage
  indicating the number of times the call returned divided by the number
  of times the call was executed will be printed.  This will usually be
! 100%, but may be less for functions that call 'exit' or 'longjmp', and
  thus may not return every time they are called.
  
   The execution counts are cumulative.  If the example program were
! executed again without removing the '.gcda' file, the count for the
  number of times each line in the source was executed would be added to
  the results of the previous run(s).  This is potentially useful in
  several ways.  For example, it could be used to accumulate data over a
--- 50260,50270 ----
   For a call, if it was executed at least once, then a percentage
  indicating the number of times the call returned divided by the number
  of times the call was executed will be printed.  This will usually be
! 100%, but may be less for functions that call `exit' or `longjmp', and
  thus may not return every time they are called.
  
   The execution counts are cumulative.  If the example program were
! executed again without removing the `.gcda' file, the count for the
  number of times each line in the source was executed would be added to
  the results of the previous run(s).  This is potentially useful in
  several ways.  For example, it could be used to accumulate data over a
*************** number of program runs as part of a test
*** 49602,49610 ****
  provide more accurate long-term information over a large number of
  program runs.
  
!  The data in the '.gcda' files is saved immediately before the program
! exits.  For each source file compiled with '-fprofile-arcs', the
! profiling code first attempts to read in an existing '.gcda' file; if
  the file doesn't match the executable (differing number of basic block
  counts) it will ignore the contents of the file.  It then adds in the
  new execution counts and finally writes the data to the file.
--- 50272,50280 ----
  provide more accurate long-term information over a large number of
  program runs.
  
!  The data in the `.gcda' files is saved immediately before the program
! exits.  For each source file compiled with `-fprofile-arcs', the
! profiling code first attempts to read in an existing `.gcda' file; if
  the file doesn't match the executable (differing number of basic block
  counts) it will ignore the contents of the file.  It then adds in the
  new execution counts and finally writes the data to the file.
*************** new execution counts and finally writes
*** 49612,49626 ****
  
  File: gcc.info,  Node: Gcov and Optimization,  Next: Gcov Data Files,  Prev: Invoking Gcov,  Up: Gcov
  
! 10.3 Using 'gcov' with GCC Optimization
  =======================================
  
! If you plan to use 'gcov' to help optimize your code, you must first
! compile your program with two special GCC options: '-fprofile-arcs
  -ftest-coverage'.  Aside from that, you can use any other GCC options;
  but if you want to prove that every single line in your program was
! executed, you should not compile with optimization at the same time.  On
! some machines the optimizer can eliminate some simple code lines by
  combining them with other lines.  For example, code like this:
  
       if (a != b)
--- 50282,50296 ----
  
  File: gcc.info,  Node: Gcov and Optimization,  Next: Gcov Data Files,  Prev: Invoking Gcov,  Up: Gcov
  
! 10.3 Using `gcov' with GCC Optimization
  =======================================
  
! If you plan to use `gcov' to help optimize your code, you must first
! compile your program with two special GCC options: `-fprofile-arcs
  -ftest-coverage'.  Aside from that, you can use any other GCC options;
  but if you want to prove that every single line in your program was
! executed, you should not compile with optimization at the same time.
! On some machines the optimizer can eliminate some simple code lines by
  combining them with other lines.  For example, code like this:
  
       if (a != b)
*************** combining them with other lines.  For ex
*** 49629,49637 ****
         c = 0;
  
  can be compiled into one instruction on some machines.  In this case,
! there is no way for 'gcov' to calculate separate execution counts for
  each line because there isn't separate code for each line.  Hence the
! 'gcov' output looks like this if you compiled the program with
  optimization:
  
             100:   12:if (a != b)
--- 50299,50307 ----
         c = 0;
  
  can be compiled into one instruction on some machines.  In this case,
! there is no way for `gcov' to calculate separate execution counts for
  each line because there isn't separate code for each line.  Hence the
! `gcov' output looks like this if you compiled the program with
  optimization:
  
             100:   12:if (a != b)
*************** shown depends on where the function is i
*** 49651,49665 ****
  at all.
  
   If the function is not inlined, the compiler must emit an out of line
! copy of the function, in any object file that needs it.  If 'fileA.o'
! and 'fileB.o' both contain out of line bodies of a particular inlineable
! function, they will also both contain coverage counts for that function.
! When 'fileA.o' and 'fileB.o' are linked together, the linker will, on
! many systems, select one of those out of line bodies for all calls to
! that function, and remove or ignore the other.  Unfortunately, it will
! not remove the coverage counters for the unused function body.  Hence
! when instrumented, all but one use of that function will show zero
! counts.
  
   If the function is inlined in several places, the block structure in
  each location might not be the same.  For instance, a condition might
--- 50321,50335 ----
  at all.
  
   If the function is not inlined, the compiler must emit an out of line
! copy of the function, in any object file that needs it.  If `fileA.o'
! and `fileB.o' both contain out of line bodies of a particular
! inlineable function, they will also both contain coverage counts for
! that function.  When `fileA.o' and `fileB.o' are linked together, the
! linker will, on many systems, select one of those out of line bodies
! for all calls to that function, and remove or ignore the other.
! Unfortunately, it will not remove the coverage counters for the unused
! function body.  Hence when instrumented, all but one use of that
! function will show zero counts.
  
   If the function is inlined in several places, the block structure in
  each location might not be the same.  For instance, a condition might
*************** now be calculable at compile time in som
*** 49667,49709 ****
  coverage of all the uses of the inline function will be shown for the
  same source lines, the line counts themselves might seem inconsistent.
  
!  Long-running applications can use the '__gcov_reset' and '__gcov_dump'
  facilities to restrict profile collection to the program region of
! interest.  Calling '__gcov_reset(void)' will clear all profile counters
! to zero, and calling '__gcov_dump(void)' will cause the profile
! information collected at that point to be dumped to '.gcda' output
  files.  Instrumented applications use a static destructor with priority
! 99 to invoke the '__gcov_dump' function.  Thus '__gcov_dump' is executed
  after all user defined static destructors, as well as handlers
! registered with 'atexit'.
  
  
  File: gcc.info,  Node: Gcov Data Files,  Next: Cross-profiling,  Prev: Gcov and Optimization,  Up: Gcov
  
! 10.4 Brief Description of 'gcov' Data Files
  ===========================================
  
! 'gcov' uses two files for profiling.  The names of these files are
  derived from the original _object_ file by substituting the file suffix
! with either '.gcno', or '.gcda'.  The files contain coverage and profile
! data stored in a platform-independent format.  The '.gcno' files are
! placed in the same directory as the object file.  By default, the
! '.gcda' files are also stored in the same directory as the object file,
! but the GCC '-fprofile-dir' option may be used to store the '.gcda'
! files in a separate directory.
  
!  The '.gcno' notes file is generated when the source file is compiled
! with the GCC '-ftest-coverage' option.  It contains information to
  reconstruct the basic block graphs and assign source line numbers to
  blocks.
  
!  The '.gcda' count data file is generated when a program containing
! object files built with the GCC '-fprofile-arcs' option is executed.  A
! separate '.gcda' file is created for each object file compiled with this
! option.  It contains arc transition counts, value profile counts, and
! some summary information.
  
!  The full details of the file format is specified in 'gcov-io.h', and
  functions provided in that header file should be used to access the
  coverage files.
  
--- 50337,50379 ----
  coverage of all the uses of the inline function will be shown for the
  same source lines, the line counts themselves might seem inconsistent.
  
!  Long-running applications can use the `__gcov_reset' and `__gcov_dump'
  facilities to restrict profile collection to the program region of
! interest. Calling `__gcov_reset(void)' will clear all profile counters
! to zero, and calling `__gcov_dump(void)' will cause the profile
! information collected at that point to be dumped to `.gcda' output
  files.  Instrumented applications use a static destructor with priority
! 99 to invoke the `__gcov_dump' function. Thus `__gcov_dump' is executed
  after all user defined static destructors, as well as handlers
! registered with `atexit'.
  
  
  File: gcc.info,  Node: Gcov Data Files,  Next: Cross-profiling,  Prev: Gcov and Optimization,  Up: Gcov
  
! 10.4 Brief Description of `gcov' Data Files
  ===========================================
  
! `gcov' uses two files for profiling.  The names of these files are
  derived from the original _object_ file by substituting the file suffix
! with either `.gcno', or `.gcda'.  The files contain coverage and
! profile data stored in a platform-independent format.  The `.gcno'
! files are placed in the same directory as the object file.  By default,
! the `.gcda' files are also stored in the same directory as the object
! file, but the GCC `-fprofile-dir' option may be used to store the
! `.gcda' files in a separate directory.
  
!  The `.gcno' notes file is generated when the source file is compiled
! with the GCC `-ftest-coverage' option.  It contains information to
  reconstruct the basic block graphs and assign source line numbers to
  blocks.
  
!  The `.gcda' count data file is generated when a program containing
! object files built with the GCC `-fprofile-arcs' option is executed.  A
! separate `.gcda' file is created for each object file compiled with
! this option.  It contains arc transition counts, value profile counts,
! and some summary information.
  
!  The full details of the file format is specified in `gcov-io.h', and
  functions provided in that header file should be used to access the
  coverage files.
  
*************** File: gcc.info,  Node: Cross-profiling,
*** 49714,49759 ****
  ====================================================
  
  Running the program will cause profile output to be generated.  For each
! source file compiled with '-fprofile-arcs', an accompanying '.gcda' file
! will be placed in the object file directory.  That implicitly requires
! running the program on the same system as it was built or having the
! same absolute directory structure on the target system.  The program
! will try to create the needed directory structure, if it is not already
! present.
  
!  To support cross-profiling, a program compiled with '-fprofile-arcs'
  can relocate the data files based on two environment variables:
  
!    * GCOV_PREFIX contains the prefix to add to the absolute paths in the
!      object file.  Prefix can be absolute, or relative.  The default is
!      no prefix.
  
!    * GCOV_PREFIX_STRIP indicates the how many initial directory names to
!      strip off the hardwired absolute paths.  Default value is 0.
  
       _Note:_ If GCOV_PREFIX_STRIP is set without GCOV_PREFIX is
!      undefined, then a relative path is made out of the hardwired
       absolute paths.
  
!  For example, if the object file '/user/build/foo.o' was built with
! '-fprofile-arcs', the final executable will try to create the data file
! '/user/build/foo.gcda' when running on the target system.  This will
  fail if the corresponding directory does not exist and it is unable to
  create it.  This can be overcome by, for example, setting the
! environment as 'GCOV_PREFIX=/target/run' and 'GCOV_PREFIX_STRIP=1'.
! Such a setting will name the data file '/target/run/build/foo.gcda'.
  
   You must move the data files to the expected directory tree in order to
! use them for profile directed optimizations ('--use-profile'), or to use
! the 'gcov' tool.
  
  
  File: gcc.info,  Node: Gcov-tool,  Next: Gcov-dump,  Prev: Gcov,  Up: Top
  
! 11 'gcov-tool'--an Offline Gcda Profile Processing Tool
  *******************************************************
  
! 'gcov-tool' is a tool you can use in conjunction with GCC to manipulate
  or process gcda profile files offline.
  
  * Menu:
--- 50384,50429 ----
  ====================================================
  
  Running the program will cause profile output to be generated.  For each
! source file compiled with `-fprofile-arcs', an accompanying `.gcda'
! file will be placed in the object file directory. That implicitly
! requires running the program on the same system as it was built or
! having the same absolute directory structure on the target system. The
! program will try to create the needed directory structure, if it is not
! already present.
  
!  To support cross-profiling, a program compiled with `-fprofile-arcs'
  can relocate the data files based on two environment variables:
  
!    * GCOV_PREFIX contains the prefix to add to the absolute paths in
!      the object file. Prefix can be absolute, or relative.  The default
!      is no prefix.
  
!    * GCOV_PREFIX_STRIP indicates the how many initial directory names
!      to strip off the hardwired absolute paths. Default value is 0.
  
       _Note:_ If GCOV_PREFIX_STRIP is set without GCOV_PREFIX is
!      undefined,  then a relative path is made out of the hardwired
       absolute paths.
  
!  For example, if the object file `/user/build/foo.o' was built with
! `-fprofile-arcs', the final executable will try to create the data file
! `/user/build/foo.gcda' when running on the target system.  This will
  fail if the corresponding directory does not exist and it is unable to
  create it.  This can be overcome by, for example, setting the
! environment as `GCOV_PREFIX=/target/run' and `GCOV_PREFIX_STRIP=1'.
! Such a setting will name the data file `/target/run/build/foo.gcda'.
  
   You must move the data files to the expected directory tree in order to
! use them for profile directed optimizations (`-fprofile-use'), or to
! use the `gcov' tool.
  
  
  File: gcc.info,  Node: Gcov-tool,  Next: Gcov-dump,  Prev: Gcov,  Up: Top
  
! 11 `gcov-tool'--an Offline Gcda Profile Processing Tool
  *******************************************************
  
! `gcov-tool' is a tool you can use in conjunction with GCC to manipulate
  or process gcda profile files offline.
  
  * Menu:
*************** or process gcda profile files offline.
*** 49764,49784 ****
  
  File: gcc.info,  Node: Gcov-tool Intro,  Next: Invoking Gcov-tool,  Up: Gcov-tool
  
! 11.1 Introduction to 'gcov-tool'
  ================================
  
! 'gcov-tool' is an offline tool to process gcc's gcda profile files.
  
   Current gcov-tool supports the following functionalities:
  
     * merge two sets of profiles with weights.
  
!    * read one set of profile and rewrite profile contents.  One can
       scale or normalize the count values.
  
   Examples of the use cases for this tool are:
!    * Collect the profiles for different set of inputs, and use this tool
!      to merge them.  One can specify the weight to factor in the
       relative importance of each input.
  
     * Rewrite the profile after removing a subset of the gcda files,
--- 50434,50454 ----
  
  File: gcc.info,  Node: Gcov-tool Intro,  Next: Invoking Gcov-tool,  Up: Gcov-tool
  
! 11.1 Introduction to `gcov-tool'
  ================================
  
! `gcov-tool' is an offline tool to process gcc's gcda profile files.
  
   Current gcov-tool supports the following functionalities:
  
     * merge two sets of profiles with weights.
  
!    * read one set of profile and rewrite profile contents. One can
       scale or normalize the count values.
  
   Examples of the use cases for this tool are:
!    * Collect the profiles for different set of inputs, and use this
!      tool to merge them. One can specify the weight to factor in the
       relative importance of each input.
  
     * Rewrite the profile after removing a subset of the gcda files,
*************** File: gcc.info,  Node: Gcov-tool Intro,
*** 49788,49911 ****
       the majority code as the runtime library.
  
   Note that for the merging operation, this profile generated offline may
! contain slight different values from the online merged profile.  Here
! are a list of typical differences:
  
     * histogram difference: This offline tool recomputes the histogram
!      after merging the counters.  The resulting histogram, therefore, is
!      precise.  The online merging does not have this capability - the
       histogram is merged from two histograms and the result is an
       approximation.
  
     * summary checksum difference: Summary checksum uses a CRC32
!      operation.  The value depends on the link list order of gcov-info
!      objects.  This order is different in gcov-tool from that in the
!      online merge.  It's expected to have different summary checksums.
       It does not really matter as the compiler does not use this
       checksum anywhere.
  
     * value profile counter values difference: Some counter values for
!      value profile are runtime dependent, like heap addresses.  It's
       normal to see some difference in these kind of counters.
  
  
  File: gcc.info,  Node: Invoking Gcov-tool,  Prev: Gcov-tool Intro,  Up: Gcov-tool
  
! 11.2 Invoking 'gcov-tool'
  =========================
  
       gcov-tool [GLOBAL-OPTIONS] SUB_COMMAND [SUB_COMMAND-OPTIONS] PROFILE_DIR
  
!  'gcov-tool' accepts the following options:
  
! '-h'
! '--help'
!      Display help about using 'gcov-tool' (on the standard output), and
       exit without doing any further processing.
  
! '-v'
! '--version'
!      Display the 'gcov-tool' version number (on the standard output),
       and exit without doing any further processing.
  
! 'merge'
       Merge two profile directories.
  
!      '-v'
!      '--verbose'
            Set the verbose mode.
  
!      '-o DIRECTORY'
!      '--output DIRECTORY'
!           Set the output profile directory.  Default output directory
!           name is MERGED_PROFILE.
! 
!      '-w W1,W2'
!      '--weight W1,W2'
            Set the merge weights of the DIRECTORY1 and DIRECTORY2,
!           respectively.  The default weights are 1 for both.
  
! 'rewrite'
       Read the specified profile directory and rewrite to a new
       directory.
  
!      '-v'
!      '--verbose'
!           Set the verbose mode.
! 
!      '-o DIRECTORY'
!      '--output DIRECTORY'
!           Set the output profile directory.  Default output name is
            REWRITE_PROFILE.
  
!      '-s FLOAT_OR_SIMPLE-FRAC_VALUE'
!      '--scale FLOAT_OR_SIMPLE-FRAC_VALUE'
!           Scale the profile counters.  The specified value can be in
            floating point value, or simple fraction value form, such 1,
            2, 2/3, and 5/3.
  
!      '-n LONG_LONG_VALUE'
!      '--normalize <long_long_value>'
!           Normalize the profile.  The specified value is the max counter
!           value in the new profile.
  
! 'overlap'
       Compute the overlap score between the two specified profile
       directories.  The overlap score is computed based on the arc
!      profiles.  It is defined as the sum of min (p1_counter[i] /
       p1_sum_all, p2_counter[i] / p2_sum_all), for all arc counter i,
       where p1_counter[i] and p2_counter[i] are two matched counters and
       p1_sum_all and p2_sum_all are the sum of counter values in profile
       1 and profile 2, respectively.
  
!      '-v'
!      '--verbose'
!           Set the verbose mode.
! 
!      '-h'
!      '--hotonly'
!           Only print info for hot objects/functions.
! 
!      '-f'
!      '--function'
            Print function level overlap score.
  
!      '-F'
!      '--fullname'
            Print full gcda filename.
  
!      '-o'
!      '--object'
            Print object level overlap score.
  
!      '-t FLOAT'
!      '--hot_threshold <float>'
            Set the threshold for hot counter value.
  
  
  File: gcc.info,  Node: Gcov-dump,  Next: Trouble,  Prev: Gcov-tool,  Up: Top
  
! 12 'gcov-dump'--an Offline Gcda and Gcno Profile Dump Tool
  **********************************************************
  
  * Menu:
--- 50458,50580 ----
       the majority code as the runtime library.
  
   Note that for the merging operation, this profile generated offline may
! contain slight different values from the online merged profile. Here are
! a list of typical differences:
  
     * histogram difference: This offline tool recomputes the histogram
!      after merging the counters. The resulting histogram, therefore, is
!      precise. The online merging does not have this capability - the
       histogram is merged from two histograms and the result is an
       approximation.
  
     * summary checksum difference: Summary checksum uses a CRC32
!      operation. The value depends on the link list order of gcov-info
!      objects. This order is different in gcov-tool from that in the
!      online merge. It's expected to have different summary checksums.
       It does not really matter as the compiler does not use this
       checksum anywhere.
  
     * value profile counter values difference: Some counter values for
!      value profile are runtime dependent, like heap addresses. It's
       normal to see some difference in these kind of counters.
  
  
  File: gcc.info,  Node: Invoking Gcov-tool,  Prev: Gcov-tool Intro,  Up: Gcov-tool
  
! 11.2 Invoking `gcov-tool'
  =========================
  
       gcov-tool [GLOBAL-OPTIONS] SUB_COMMAND [SUB_COMMAND-OPTIONS] PROFILE_DIR
  
!  `gcov-tool' accepts the following options:
  
! `-h'
! `--help'
!      Display help about using `gcov-tool' (on the standard output), and
       exit without doing any further processing.
  
! `-v'
! `--version'
!      Display the `gcov-tool' version number (on the standard output),
       and exit without doing any further processing.
  
! `merge'
       Merge two profile directories.
+     `-o DIRECTORY'
+     `--output DIRECTORY'
+           Set the output profile directory. Default output directory
+           name is MERGED_PROFILE.
  
!     `-v'
!     `--verbose'
            Set the verbose mode.
  
!     `-w W1,W2'
!     `--weight W1,W2'
            Set the merge weights of the DIRECTORY1 and DIRECTORY2,
!           respectively. The default weights are 1 for both.
  
! `rewrite'
       Read the specified profile directory and rewrite to a new
       directory.
+     `-n LONG_LONG_VALUE'
+     `--normalize <long_long_value>'
+           Normalize the profile. The specified value is the max counter
+           value in the new profile.
  
!     `-o DIRECTORY'
!     `--output DIRECTORY'
!           Set the output profile directory. Default output name is
            REWRITE_PROFILE.
  
!     `-s FLOAT_OR_SIMPLE-FRAC_VALUE'
!     `--scale FLOAT_OR_SIMPLE-FRAC_VALUE'
!           Scale the profile counters. The specified value can be in
            floating point value, or simple fraction value form, such 1,
            2, 2/3, and 5/3.
  
!     `-v'
!     `--verbose'
!           Set the verbose mode.
  
! `overlap'
       Compute the overlap score between the two specified profile
       directories.  The overlap score is computed based on the arc
!      profiles. It is defined as the sum of min (p1_counter[i] /
       p1_sum_all, p2_counter[i] / p2_sum_all), for all arc counter i,
       where p1_counter[i] and p2_counter[i] are two matched counters and
       p1_sum_all and p2_sum_all are the sum of counter values in profile
       1 and profile 2, respectively.
  
!     `-f'
!     `--function'
            Print function level overlap score.
  
!     `-F'
!     `--fullname'
            Print full gcda filename.
  
!     `-h'
!     `--hotonly'
!           Only print info for hot objects/functions.
! 
!     `-o'
!     `--object'
            Print object level overlap score.
  
!     `-t FLOAT'
!     `--hot_threshold <float>'
            Set the threshold for hot counter value.
  
+     `-v'
+     `--verbose'
+           Set the verbose mode.
+ 
+ 
  
  File: gcc.info,  Node: Gcov-dump,  Next: Trouble,  Prev: Gcov-tool,  Up: Top
  
! 12 `gcov-dump'--an Offline Gcda and Gcno Profile Dump Tool
  **********************************************************
  
  * Menu:
*************** File: gcc.info,  Node: Gcov-dump,  Next:
*** 49916,49957 ****
  
  File: gcc.info,  Node: Gcov-dump Intro,  Next: Invoking Gcov-dump,  Up: Gcov-dump
  
! 12.1 Introduction to 'gcov-dump'
  ================================
  
! 'gcov-dump' is a tool you can use in conjunction with GCC to dump
  content of gcda and gcno profile files offline.
  
  
  File: gcc.info,  Node: Invoking Gcov-dump,  Prev: Gcov-dump Intro,  Up: Gcov-dump
  
! 12.2 Invoking 'gcov-dump'
  =========================
  
       Usage: gcov-dump [OPTION] ... GCOVFILES
  
!  'gcov-dump' accepts the following options:
  
! '-h'
! '--help'
!      Display help about using 'gcov-dump' (on the standard output), and
       exit without doing any further processing.
  
! '-v'
! '--version'
!      Display the 'gcov-dump' version number (on the standard output),
!      and exit without doing any further processing.
! 
! '-l'
! '--long'
       Dump content of records.
  
! '-p'
! '--positions'
       Dump positions of records.
  
! '-w'
! '--working-sets'
       Dump working set computed from summary.
  
  
--- 50585,50626 ----
  
  File: gcc.info,  Node: Gcov-dump Intro,  Next: Invoking Gcov-dump,  Up: Gcov-dump
  
! 12.1 Introduction to `gcov-dump'
  ================================
  
! `gcov-dump' is a tool you can use in conjunction with GCC to dump
  content of gcda and gcno profile files offline.
  
  
  File: gcc.info,  Node: Invoking Gcov-dump,  Prev: Gcov-dump Intro,  Up: Gcov-dump
  
! 12.2 Invoking `gcov-dump'
  =========================
  
       Usage: gcov-dump [OPTION] ... GCOVFILES
  
!  `gcov-dump' accepts the following options:
  
! `-h'
! `--help'
!      Display help about using `gcov-dump' (on the standard output), and
       exit without doing any further processing.
  
! `-l'
! `--long'
       Dump content of records.
  
! `-p'
! `--positions'
       Dump positions of records.
  
! `-v'
! `--version'
!      Display the `gcov-dump' version number (on the standard output),
!      and exit without doing any further processing.
! 
! `-w'
! `--working-sets'
       Dump working set computed from summary.
  
  
*************** File: gcc.info,  Node: Trouble,  Next: B
*** 49960,49968 ****
  13 Known Causes of Trouble with GCC
  ***********************************
  
! This section describes known problems that affect users of GCC.  Most of
! these are not GCC bugs per se--if they were, we would fix them.  But the
! result for a user may be like the result of a bug.
  
   Some of these problems are due to bugs in other software, some are
  missing features that are too much work to add, and some are places
--- 50629,50637 ----
  13 Known Causes of Trouble with GCC
  ***********************************
  
! This section describes known problems that affect users of GCC.  Most
! of these are not GCC bugs per se--if they were, we would fix them.  But
! the result for a user may be like the result of a bug.
  
   Some of these problems are due to bugs in other software, some are
  missing features that are too much work to add, and some are places
*************** File: gcc.info,  Node: Actual Bugs,  Nex
*** 49990,49998 ****
  13.1 Actual Bugs We Haven't Fixed Yet
  =====================================
  
!    * The 'fixincludes' script interacts badly with automounters; if the
       directory of system header files is automounted, it tends to be
!      unmounted while 'fixincludes' is running.  This would seem to be a
       bug in the automounter.  We don't know any good way to work around
       it.
  
--- 50659,50667 ----
  13.1 Actual Bugs We Haven't Fixed Yet
  =====================================
  
!    * The `fixincludes' script interacts badly with automounters; if the
       directory of system header files is automounted, it tends to be
!      unmounted while `fixincludes' is running.  This would seem to be a
       bug in the automounter.  We don't know any good way to work around
       it.
  
*************** File: gcc.info,  Node: Interoperation,
*** 50003,50014 ****
  ===================
  
  This section lists various difficulties encountered in using GCC
! together with other compilers or with the assemblers, linkers, libraries
! and debuggers on certain systems.
  
     * On many platforms, GCC supports a different ABI for C++ than do
!      other compilers, so the object files compiled by GCC cannot be used
!      with object files generated by another C++ compiler.
  
       An area where the difference is most apparent is name mangling.
       The use of different name mangling is intentional, to protect you
--- 50672,50683 ----
  ===================
  
  This section lists various difficulties encountered in using GCC
! together with other compilers or with the assemblers, linkers,
! libraries and debuggers on certain systems.
  
     * On many platforms, GCC supports a different ABI for C++ than do
!      other compilers, so the object files compiled by GCC cannot be
!      used with object files generated by another C++ compiler.
  
       An area where the difference is most apparent is name mangling.
       The use of different name mangling is intentional, to protect you
*************** and debuggers on certain systems.
*** 50025,50038 ****
       profiling causes static variable destructors (currently used only
       in C++) not to be run.
  
!    * On a SPARC, GCC aligns all values of type 'double' on an 8-byte
!      boundary, and it expects every 'double' to be so aligned.  The Sun
!      compiler usually gives 'double' values 8-byte alignment, with one
!      exception: function arguments of type 'double' may not be aligned.
  
       As a result, if a function compiled with Sun CC takes the address
!      of an argument of type 'double' and passes this pointer of type
!      'double *' to a function compiled with GCC, dereferencing the
       pointer may cause a fatal signal.
  
       One way to solve this problem is to compile your entire program
--- 50694,50707 ----
       profiling causes static variable destructors (currently used only
       in C++) not to be run.
  
!    * On a SPARC, GCC aligns all values of type `double' on an 8-byte
!      boundary, and it expects every `double' to be so aligned.  The Sun
!      compiler usually gives `double' values 8-byte alignment, with one
!      exception: function arguments of type `double' may not be aligned.
  
       As a result, if a function compiled with Sun CC takes the address
!      of an argument of type `double' and passes this pointer of type
!      `double *' to a function compiled with GCC, dereferencing the
       pointer may cause a fatal signal.
  
       One way to solve this problem is to compile your entire program
*************** and debuggers on certain systems.
*** 50040,50047 ****
       compiled with Sun CC to copy the argument into a local variable;
       local variables are always properly aligned.  A third solution is
       to modify the function that uses the pointer to dereference it via
!      the following function 'access_double' instead of directly with
!      '*':
  
            inline double
            access_double (double *unaligned_ptr)
--- 50709,50716 ----
       compiled with Sun CC to copy the argument into a local variable;
       local variables are always properly aligned.  A third solution is
       to modify the function that uses the pointer to dereference it via
!      the following function `access_double' instead of directly with
!      `*':
  
            inline double
            access_double (double *unaligned_ptr)
*************** and debuggers on certain systems.
*** 50059,50085 ****
  
       Storing into the pointer can be done likewise with the same union.
  
!    * On Solaris, the 'malloc' function in the 'libmalloc.a' library may
       allocate memory that is only 4 byte aligned.  Since GCC on the
       SPARC assumes that doubles are 8 byte aligned, this may result in a
       fatal signal if doubles are stored in memory allocated by the
!      'libmalloc.a' library.
  
!      The solution is to not use the 'libmalloc.a' library.  Use instead
!      'malloc' and related functions from 'libc.a'; they do not have this
!      problem.
  
     * On the HP PA machine, ADB sometimes fails to work on functions
       compiled with GCC.  Specifically, it fails to work on functions
!      that use 'alloca' or variable-size arrays.  This is because GCC
       doesn't generate HP-UX unwind descriptors for such functions.  It
       may even be impossible to generate them.
  
!    * Debugging ('-g') is not supported on the HP PA machine, unless you
       use the preliminary GNU tools.
  
!    * Taking the address of a label may generate errors from the HP-UX PA
!      assembler.  GAS for the PA does not have this problem.
  
     * Using floating point parameters for indirect calls to static
       functions will not work when using the HP assembler.  There simply
--- 50728,50754 ----
  
       Storing into the pointer can be done likewise with the same union.
  
!    * On Solaris, the `malloc' function in the `libmalloc.a' library may
       allocate memory that is only 4 byte aligned.  Since GCC on the
       SPARC assumes that doubles are 8 byte aligned, this may result in a
       fatal signal if doubles are stored in memory allocated by the
!      `libmalloc.a' library.
  
!      The solution is to not use the `libmalloc.a' library.  Use instead
!      `malloc' and related functions from `libc.a'; they do not have
!      this problem.
  
     * On the HP PA machine, ADB sometimes fails to work on functions
       compiled with GCC.  Specifically, it fails to work on functions
!      that use `alloca' or variable-size arrays.  This is because GCC
       doesn't generate HP-UX unwind descriptors for such functions.  It
       may even be impossible to generate them.
  
!    * Debugging (`-g') is not supported on the HP PA machine, unless you
       use the preliminary GNU tools.
  
!    * Taking the address of a label may generate errors from the HP-UX
!      PA assembler.  GAS for the PA does not have this problem.
  
     * Using floating point parameters for indirect calls to static
       functions will not work when using the HP assembler.  There simply
*************** and debuggers on certain systems.
*** 50090,50101 ****
     * In extremely rare cases involving some very large functions you may
       receive errors from the HP linker complaining about an out of
       bounds unconditional branch offset.  This used to occur more often
!      in previous versions of GCC, but is now exceptionally rare.  If you
!      should run into it, you can work around by making your function
!      smaller.
  
!    * GCC compiled code sometimes emits warnings from the HP-UX assembler
!      of the form:
  
            (warning) Use of GR3 when
              frame >= 8192 may cause conflict.
--- 50759,50770 ----
     * In extremely rare cases involving some very large functions you may
       receive errors from the HP linker complaining about an out of
       bounds unconditional branch offset.  This used to occur more often
!      in previous versions of GCC, but is now exceptionally rare.  If
!      you should run into it, you can work around by making your
!      function smaller.
  
!    * GCC compiled code sometimes emits warnings from the HP-UX
!      assembler of the form:
  
            (warning) Use of GR3 when
              frame >= 8192 may cause conflict.
*************** and debuggers on certain systems.
*** 50104,50146 ****
  
     * In extremely rare cases involving some very large functions you may
       receive errors from the AIX Assembler complaining about a
!      displacement that is too large.  If you should run into it, you can
!      work around by making your function smaller.
  
!    * The 'libstdc++.a' library in GCC relies on the SVR4 dynamic linker
       semantics which merges global symbols between libraries and
       applications, especially necessary for C++ streams functionality.
       This is not the default behavior of AIX shared libraries and
!      dynamic linking.  'libstdc++.a' is built on AIX with
       "runtime-linking" enabled so that symbol merging can occur.  To
!      utilize this feature, the application linked with 'libstdc++.a'
!      must include the '-Wl,-brtl' flag on the link line.  G++ cannot
!      impose this because this option may interfere with the semantics of
!      the user program and users may not always use 'g++' to link his or
!      her application.  Applications are not required to use the
!      '-Wl,-brtl' flag on the link line--the rest of the 'libstdc++.a'
!      library which is not dependent on the symbol merging semantics will
!      continue to function correctly.
  
     * An application can interpose its own definition of functions for
!      functions invoked by 'libstdc++.a' with "runtime-linking" enabled
       on AIX.  To accomplish this the application must be linked with
       "runtime-linking" option and the functions explicitly must be
!      exported by the application ('-Wl,-brtl,-bE:exportfile').
  
     * AIX on the RS/6000 provides support (NLS) for environments outside
       of the United States.  Compilers and assemblers use NLS to support
       locale-specific representations of various objects including
!      floating-point numbers ('.' vs ',' for separating decimal
       fractions).  There have been problems reported where the library
       linked with GCC does not produce the same floating-point formats
       that the assembler accepts.  If you have this problem, set the
!      'LANG' environment variable to 'C' or 'En_US'.
  
!    * Even if you specify '-fdollars-in-identifiers', you cannot
!      successfully use '$' in identifiers on the RS/6000 due to a
       restriction in the IBM assembler.  GAS supports these identifiers.
  
  
  File: gcc.info,  Node: Incompatibilities,  Next: Fixed Headers,  Prev: Interoperation,  Up: Trouble
  
--- 50773,50816 ----
  
     * In extremely rare cases involving some very large functions you may
       receive errors from the AIX Assembler complaining about a
!      displacement that is too large.  If you should run into it, you
!      can work around by making your function smaller.
  
!    * The `libstdc++.a' library in GCC relies on the SVR4 dynamic linker
       semantics which merges global symbols between libraries and
       applications, especially necessary for C++ streams functionality.
       This is not the default behavior of AIX shared libraries and
!      dynamic linking.  `libstdc++.a' is built on AIX with
       "runtime-linking" enabled so that symbol merging can occur.  To
!      utilize this feature, the application linked with `libstdc++.a'
!      must include the `-Wl,-brtl' flag on the link line.  G++ cannot
!      impose this because this option may interfere with the semantics
!      of the user program and users may not always use `g++' to link his
!      or her application.  Applications are not required to use the
!      `-Wl,-brtl' flag on the link line--the rest of the `libstdc++.a'
!      library which is not dependent on the symbol merging semantics
!      will continue to function correctly.
  
     * An application can interpose its own definition of functions for
!      functions invoked by `libstdc++.a' with "runtime-linking" enabled
       on AIX.  To accomplish this the application must be linked with
       "runtime-linking" option and the functions explicitly must be
!      exported by the application (`-Wl,-brtl,-bE:exportfile').
  
     * AIX on the RS/6000 provides support (NLS) for environments outside
       of the United States.  Compilers and assemblers use NLS to support
       locale-specific representations of various objects including
!      floating-point numbers (`.' vs `,' for separating decimal
       fractions).  There have been problems reported where the library
       linked with GCC does not produce the same floating-point formats
       that the assembler accepts.  If you have this problem, set the
!      `LANG' environment variable to `C' or `En_US'.
  
!    * Even if you specify `-fdollars-in-identifiers', you cannot
!      successfully use `$' in identifiers on the RS/6000 due to a
       restriction in the IBM assembler.  GAS supports these identifiers.
  
+ 
  
  File: gcc.info,  Node: Incompatibilities,  Next: Fixed Headers,  Prev: Interoperation,  Up: Trouble
  
*************** There are several noteworthy incompatibi
*** 50154,50176 ****
       identical-looking string constants are used, GCC stores only one
       copy of the string.
  
!      One consequence is that you cannot call 'mktemp' with a string
!      constant argument.  The function 'mktemp' always alters the string
       its argument points to.
  
!      Another consequence is that 'sscanf' does not work on some very old
!      systems when passed a string constant as its format control string
!      or input.  This is because 'sscanf' incorrectly tries to write into
!      the string constant.  Likewise 'fscanf' and 'scanf'.
  
       The solution to these problems is to change the program to use
!      'char'-array variables with initialization strings for these
       purposes instead of string constants.
  
!    * '-2147483648' is positive.
  
!      This is because 2147483648 cannot fit in the type 'int', so
!      (following the ISO C rules) its data type is 'unsigned long int'.
       Negating this value yields 2147483648 again.
  
     * GCC does not substitute macro arguments when they appear inside of
--- 50824,50846 ----
       identical-looking string constants are used, GCC stores only one
       copy of the string.
  
!      One consequence is that you cannot call `mktemp' with a string
!      constant argument.  The function `mktemp' always alters the string
       its argument points to.
  
!      Another consequence is that `sscanf' does not work on some very
!      old systems when passed a string constant as its format control
!      string or input.  This is because `sscanf' incorrectly tries to
!      write into the string constant.  Likewise `fscanf' and `scanf'.
  
       The solution to these problems is to change the program to use
!      `char'-array variables with initialization strings for these
       purposes instead of string constants.
  
!    * `-2147483648' is positive.
  
!      This is because 2147483648 cannot fit in the type `int', so
!      (following the ISO C rules) its data type is `unsigned long int'.
       Negating this value yields 2147483648 again.
  
     * GCC does not substitute macro arguments when they appear inside of
*************** There are several noteworthy incompatibi
*** 50178,50187 ****
  
            #define foo(a) "a"
  
!      will produce output '"a"' regardless of what the argument A is.
  
!    * When you use 'setjmp' and 'longjmp', the only automatic variables
!      guaranteed to remain valid are those declared 'volatile'.  This is
       a consequence of automatic register allocation.  Consider this
       function:
  
--- 50848,50857 ----
  
            #define foo(a) "a"
  
!      will produce output `"a"' regardless of what the argument A is.
  
!    * When you use `setjmp' and `longjmp', the only automatic variables
!      guaranteed to remain valid are those declared `volatile'.  This is
       a consequence of automatic register allocation.  Consider this
       function:
  
*************** There are several noteworthy incompatibi
*** 50196,50211 ****
                return a;
  
              a = fun2 ();
!             /* 'longjmp (j)' may occur in 'fun3'. */
              return a + fun3 ();
            }
  
!      Here 'a' may or may not be restored to its first value when the
!      'longjmp' occurs.  If 'a' is allocated in a register, then its
       first value is restored; otherwise, it keeps the last value stored
       in it.
  
!      If you use the '-W' option with the '-O' option, you will get a
       warning when GCC thinks such a problem might be possible.
  
     * Programs that use preprocessing directives in the middle of macro
--- 50866,50881 ----
                return a;
  
              a = fun2 ();
!             /* `longjmp (j)' may occur in `fun3'. */
              return a + fun3 ();
            }
  
!      Here `a' may or may not be restored to its first value when the
!      `longjmp' occurs.  If `a' is allocated in a register, then its
       first value is restored; otherwise, it keeps the last value stored
       in it.
  
!      If you use the `-W' option with the `-O' option, you will get a
       warning when GCC thinks such a problem might be possible.
  
     * Programs that use preprocessing directives in the middle of macro
*************** There are several noteworthy incompatibi
*** 50226,50242 ****
       words, they have the same scope as any other declaration in the
       same place.
  
!      In some other C compilers, an 'extern' declaration affects all the
       rest of the file even if it happens within a block.
  
!    * In traditional C, you can combine 'long', etc., with a typedef
       name, as shown here:
  
            typedef int foo;
            typedef long foo bar;
  
!      In ISO C, this is not allowed: 'long' and other type modifiers
!      require an explicit 'int'.
  
     * PCC allows typedef names to be used as function parameters.
  
--- 50896,50912 ----
       words, they have the same scope as any other declaration in the
       same place.
  
!      In some other C compilers, an `extern' declaration affects all the
       rest of the file even if it happens within a block.
  
!    * In traditional C, you can combine `long', etc., with a typedef
       name, as shown here:
  
            typedef int foo;
            typedef long foo bar;
  
!      In ISO C, this is not allowed: `long' and other type modifiers
!      require an explicit `int'.
  
     * PCC allows typedef names to be used as function parameters.
  
*************** There are several noteworthy incompatibi
*** 50246,50260 ****
            typedef int foo;
            typedef foo foo;
  
!    * GCC treats all characters of identifiers as significant.  According
!      to K&R-1 (2.2), "No more than the first eight characters are
!      significant, although more may be used.".  Also according to K&R-1
!      (2.2), "An identifier is a sequence of letters and digits; the
!      first character must be a letter.  The underscore _ counts as a
!      letter.", but GCC also allows dollar signs in identifiers.
  
     * PCC allows whitespace in the middle of compound assignment
!      operators such as '+='.  GCC, following the ISO standard, does not
       allow this.
  
     * GCC complains about unterminated character constants inside of
--- 50916,50930 ----
            typedef int foo;
            typedef foo foo;
  
!    * GCC treats all characters of identifiers as significant.
!      According to K&R-1 (2.2), "No more than the first eight characters
!      are significant, although more may be used.".  Also according to
!      K&R-1 (2.2), "An identifier is a sequence of letters and digits;
!      the first character must be a letter.  The underscore _ counts as
!      a letter.", but GCC also allows dollar signs in identifiers.
  
     * PCC allows whitespace in the middle of compound assignment
!      operators such as `+='.  GCC, following the ISO standard, does not
       allow this.
  
     * GCC complains about unterminated character constants inside of
*************** There are several noteworthy incompatibi
*** 50268,50291 ****
            #endif
  
       The best solution to such a problem is to put the text into an
!      actual C comment delimited by '/*...*/'.
  
!    * Many user programs contain the declaration 'long time ();'.  In the
       past, the system header files on many systems did not actually
!      declare 'time', so it did not matter what type your program
!      declared it to return.  But in systems with ISO C headers, 'time'
!      is declared to return 'time_t', and if that is not the same as
!      'long', then 'long time ();' is erroneous.
  
       The solution is to change your program to use appropriate system
!      headers ('<time.h>' on systems with ISO C headers) and not to
!      declare 'time' if the system header files declare it, or failing
!      that to use 'time_t' as the return type of 'time'.
  
!    * When compiling functions that return 'float', PCC converts it to a
!      double.  GCC actually returns a 'float'.  If you are concerned with
!      PCC compatibility, you should declare your functions to return
!      'double'; you might as well say what you mean.
  
     * When compiling functions that return structures or unions, GCC
       output code normally uses a method different from that used on most
--- 50938,50961 ----
            #endif
  
       The best solution to such a problem is to put the text into an
!      actual C comment delimited by `/*...*/'.
  
!    * Many user programs contain the declaration `long time ();'.  In the
       past, the system header files on many systems did not actually
!      declare `time', so it did not matter what type your program
!      declared it to return.  But in systems with ISO C headers, `time'
!      is declared to return `time_t', and if that is not the same as
!      `long', then `long time ();' is erroneous.
  
       The solution is to change your program to use appropriate system
!      headers (`<time.h>' on systems with ISO C headers) and not to
!      declare `time' if the system header files declare it, or failing
!      that to use `time_t' as the return type of `time'.
  
!    * When compiling functions that return `float', PCC converts it to a
!      double.  GCC actually returns a `float'.  If you are concerned
!      with PCC compatibility, you should declare your functions to return
!      `double'; you might as well say what you mean.
  
     * When compiling functions that return structures or unions, GCC
       output code normally uses a method different from that used on most
*************** There are several noteworthy incompatibi
*** 50294,50303 ****
  
       The method used by GCC is as follows: a structure or union which is
       1, 2, 4 or 8 bytes long is returned like a scalar.  A structure or
!      union with any other size is stored into an address supplied by the
!      caller (usually in a special, fixed register, but on some machines
!      it is passed on the stack).  The target hook
!      'TARGET_STRUCT_VALUE_RTX' tells GCC where to pass this address.
  
       By contrast, PCC on most target machines returns structures and
       unions of any size by copying the data into an area of static
--- 50964,50973 ----
  
       The method used by GCC is as follows: a structure or union which is
       1, 2, 4 or 8 bytes long is returned like a scalar.  A structure or
!      union with any other size is stored into an address supplied by
!      the caller (usually in a special, fixed register, but on some
!      machines it is passed on the stack).  The target hook
!      `TARGET_STRUCT_VALUE_RTX' tells GCC where to pass this address.
  
       By contrast, PCC on most target machines returns structures and
       unions of any size by copying the data into an area of static
*************** There are several noteworthy incompatibi
*** 50312,50336 ****
       memory, but still returns small structures and unions in registers.
  
       You can tell GCC to use a compatible convention for all structure
!      and union returning with the option '-fpcc-struct-return'.
  
!    * GCC complains about program fragments such as '0x74ae-0x4000' which
!      appear to be two hexadecimal constants separated by the minus
       operator.  Actually, this string is a single "preprocessing token".
!      Each such token must correspond to one token in C.  Since this does
!      not, GCC prints an error message.  Although it may appear obvious
!      that what is meant is an operator and two values, the ISO C
!      standard specifically requires that this be treated as erroneous.
  
       A "preprocessing token" is a "preprocessing number" if it begins
       with a digit and is followed by letters, underscores, digits,
!      periods and 'e+', 'e-', 'E+', 'E-', 'p+', 'p-', 'P+', or 'P-'
!      character sequences.  (In strict C90 mode, the sequences 'p+',
!      'p-', 'P+' and 'P-' cannot appear in preprocessing numbers.)
  
!      To make the above program fragment valid, place whitespace in front
!      of the minus sign.  This whitespace will end the preprocessing
!      number.
  
  
  File: gcc.info,  Node: Fixed Headers,  Next: Standard Libraries,  Prev: Incompatibilities,  Up: Trouble
--- 50982,51006 ----
       memory, but still returns small structures and unions in registers.
  
       You can tell GCC to use a compatible convention for all structure
!      and union returning with the option `-fpcc-struct-return'.
  
!    * GCC complains about program fragments such as `0x74ae-0x4000'
!      which appear to be two hexadecimal constants separated by the minus
       operator.  Actually, this string is a single "preprocessing token".
!      Each such token must correspond to one token in C.  Since this
!      does not, GCC prints an error message.  Although it may appear
!      obvious that what is meant is an operator and two values, the ISO
!      C standard specifically requires that this be treated as erroneous.
  
       A "preprocessing token" is a "preprocessing number" if it begins
       with a digit and is followed by letters, underscores, digits,
!      periods and `e+', `e-', `E+', `E-', `p+', `p-', `P+', or `P-'
!      character sequences.  (In strict C90 mode, the sequences `p+',
!      `p-', `P+' and `P-' cannot appear in preprocessing numbers.)
  
!      To make the above program fragment valid, place whitespace in
!      front of the minus sign.  This whitespace will end the
!      preprocessing number.
  
  
  File: gcc.info,  Node: Fixed Headers,  Next: Standard Libraries,  Prev: Incompatibilities,  Up: Trouble
*************** incompatible with ISO C, and some depend
*** 50345,50358 ****
  compilers.
  
   Installing GCC automatically creates and installs the fixed header
! files, by running a program called 'fixincludes'.  Normally, you don't
  need to pay attention to this.  But there are cases where it doesn't do
  the right thing automatically.
  
     * If you update the system's header files, such as by installing a
       new system version, the fixed header files of GCC are not
!      automatically updated.  They can be updated using the 'mkheaders'
!      script installed in 'LIBEXECDIR/gcc/TARGET/VERSION/install-tools/'.
  
     * On some systems, header file directories contain machine-specific
       symbolic links in certain places.  This makes it possible to share
--- 51015,51028 ----
  compilers.
  
   Installing GCC automatically creates and installs the fixed header
! files, by running a program called `fixincludes'.  Normally, you don't
  need to pay attention to this.  But there are cases where it doesn't do
  the right thing automatically.
  
     * If you update the system's header files, such as by installing a
       new system version, the fixed header files of GCC are not
!      automatically updated.  They can be updated using the `mkheaders'
!      script installed in `LIBEXECDIR/gcc/TARGET/VERSION/install-tools/'.
  
     * On some systems, header file directories contain machine-specific
       symbolic links in certain places.  This makes it possible to share
*************** the right thing automatically.
*** 50361,50372 ****
  
       The programs that fix the header files do not understand this
       special way of using symbolic links; therefore, the directory of
!      fixed header files is good only for the machine model used to build
!      it.
  
       It is possible to make separate sets of fixed header files for the
!      different machine models, and arrange a structure of symbolic links
!      so as to use the proper set, but you'll have to do this by hand.
  
  
  File: gcc.info,  Node: Standard Libraries,  Next: Disappointments,  Prev: Fixed Headers,  Up: Trouble
--- 51031,51043 ----
  
       The programs that fix the header files do not understand this
       special way of using symbolic links; therefore, the directory of
!      fixed header files is good only for the machine model used to
!      build it.
  
       It is possible to make separate sets of fixed header files for the
!      different machine models, and arrange a structure of symbolic
!      links so as to use the proper set, but you'll have to do this by
!      hand.
  
  
  File: gcc.info,  Node: Standard Libraries,  Next: Disappointments,  Prev: Fixed Headers,  Up: Trouble
*************** what this means.  Beyond the library fac
*** 50380,50400 ****
  implementation, the rest of the C library is supplied by the vendor of
  the operating system.  If that C library doesn't conform to the C
  standards, then your programs might get warnings (especially when using
! '-Wall') that you don't expect.
  
!  For example, the 'sprintf' function on SunOS 4.1.3 returns 'char *'
! while the C standard says that 'sprintf' returns an 'int'.  The
! 'fixincludes' program could make the prototype for this function match
  the Standard, but that would be wrong, since the function will still
! return 'char *'.
  
   If you need a Standard compliant library, then you need to find one, as
! GCC does not provide one.  The GNU C library (called 'glibc') provides
  ISO C, POSIX, BSD, SystemV and X/Open compatibility for GNU/Linux and
  HURD-based GNU systems; no recent version of it supports other systems,
  though some very old versions did.  Version 2.2 of the GNU C library
! includes nearly complete C99 support.  You could also ask your operating
! system vendor if newer libraries are available.
  
  
  File: gcc.info,  Node: Disappointments,  Next: C++ Misunderstandings,  Prev: Standard Libraries,  Up: Trouble
--- 51051,51071 ----
  implementation, the rest of the C library is supplied by the vendor of
  the operating system.  If that C library doesn't conform to the C
  standards, then your programs might get warnings (especially when using
! `-Wall') that you don't expect.
  
!  For example, the `sprintf' function on SunOS 4.1.3 returns `char *'
! while the C standard says that `sprintf' returns an `int'.  The
! `fixincludes' program could make the prototype for this function match
  the Standard, but that would be wrong, since the function will still
! return `char *'.
  
   If you need a Standard compliant library, then you need to find one, as
! GCC does not provide one.  The GNU C library (called `glibc') provides
  ISO C, POSIX, BSD, SystemV and X/Open compatibility for GNU/Linux and
  HURD-based GNU systems; no recent version of it supports other systems,
  though some very old versions did.  Version 2.2 of the GNU C library
! includes nearly complete C99 support.  You could also ask your
! operating system vendor if newer libraries are available.
  
  
  File: gcc.info,  Node: Disappointments,  Next: C++ Misunderstandings,  Prev: Standard Libraries,  Up: Trouble
*************** way around them.
*** 50427,50453 ****
            int foo (struct mumble *x)
            { ... }
  
!      This code really is erroneous, because the scope of 'struct mumble'
!      in the prototype is limited to the argument list containing it.  It
!      does not refer to the 'struct mumble' defined with file scope
!      immediately below--they are two unrelated types with similar names
!      in different scopes.
  
!      But in the definition of 'foo', the file-scope type is used because
!      that is available to be inherited.  Thus, the definition and the
!      prototype do not match, and you get an error.
  
       This behavior may seem silly, but it's what the ISO standard
       specifies.  It is easy enough for you to make your code work by
!      moving the definition of 'struct mumble' above the prototype.  It's
!      not worth being incompatible with ISO C just to avoid an error for
!      the example shown above.
  
     * Accesses to bit-fields even in volatile objects works by accessing
       larger objects, such as a byte or a word.  You cannot rely on what
!      size of object is accessed in order to read or write the bit-field;
!      it may even vary for a given bit-field according to the precise
!      usage.
  
       If you care about controlling the amount of memory that is
       accessed, use volatile but do not use bit-fields.
--- 51098,51124 ----
            int foo (struct mumble *x)
            { ... }
  
!      This code really is erroneous, because the scope of `struct
!      mumble' in the prototype is limited to the argument list
!      containing it.  It does not refer to the `struct mumble' defined
!      with file scope immediately below--they are two unrelated types
!      with similar names in different scopes.
  
!      But in the definition of `foo', the file-scope type is used
!      because that is available to be inherited.  Thus, the definition
!      and the prototype do not match, and you get an error.
  
       This behavior may seem silly, but it's what the ISO standard
       specifies.  It is easy enough for you to make your code work by
!      moving the definition of `struct mumble' above the prototype.
!      It's not worth being incompatible with ISO C just to avoid an
!      error for the example shown above.
  
     * Accesses to bit-fields even in volatile objects works by accessing
       larger objects, such as a byte or a word.  You cannot rely on what
!      size of object is accessed in order to read or write the
!      bit-field; it may even vary for a given bit-field according to the
!      precise usage.
  
       If you care about controlling the amount of memory that is
       accessed, use volatile but do not use bit-fields.
*************** way around them.
*** 50460,50479 ****
       about.
  
       If new system header files are installed, nothing automatically
!      arranges to update the corrected header files.  They can be updated
!      using the 'mkheaders' script installed in
!      'LIBEXECDIR/gcc/TARGET/VERSION/install-tools/'.
  
     * On 68000 and x86 systems, for instance, you can get paradoxical
       results if you test the precise values of floating point numbers.
       For example, you can find that a floating point value which is not
       a NaN is not equal to itself.  This results from the fact that the
!      floating point registers hold a few more bits of precision than fit
!      in a 'double' in memory.  Compiled code moves values between memory
!      and floating point registers at its convenience, and moving them
!      into memory truncates them.
  
!      You can partially avoid this problem by using the '-ffloat-store'
       option (*note Optimize Options::).
  
     * On AIX and other platforms without weak symbol support, templates
--- 51131,51150 ----
       about.
  
       If new system header files are installed, nothing automatically
!      arranges to update the corrected header files.  They can be
!      updated using the `mkheaders' script installed in
!      `LIBEXECDIR/gcc/TARGET/VERSION/install-tools/'.
  
     * On 68000 and x86 systems, for instance, you can get paradoxical
       results if you test the precise values of floating point numbers.
       For example, you can find that a floating point value which is not
       a NaN is not equal to itself.  This results from the fact that the
!      floating point registers hold a few more bits of precision than
!      fit in a `double' in memory.  Compiled code moves values between
!      memory and floating point registers at its convenience, and moving
!      them into memory truncates them.
  
!      You can partially avoid this problem by using the `-ffloat-store'
       option (*note Optimize Options::).
  
     * On AIX and other platforms without weak symbol support, templates
*************** static member; you must also _define_ it
*** 50525,50543 ****
         static int bar;
       };
  
!  This declaration only establishes that the class 'Foo' has an 'int'
! named 'Foo::bar', and a member function named 'Foo::method'.  But you
! still need to define _both_ 'method' and 'bar' elsewhere.  According to
  the ISO standard, you must supply an initializer in one (and only one)
  source file, such as:
  
       int Foo::bar = 0;
  
   Other C++ compilers may not correctly implement the standard behavior.
! As a result, when you switch to 'g++' from one of these compilers, you
! may discover that a program that appeared to work correctly in fact does
! not conform to the standard: 'g++' reports as undefined symbols any
! static data members that lack definitions.
  
  
  File: gcc.info,  Node: Name lookup,  Next: Temporaries,  Prev: Static Definitions,  Up: C++ Misunderstandings
--- 51196,51214 ----
         static int bar;
       };
  
!  This declaration only establishes that the class `Foo' has an `int'
! named `Foo::bar', and a member function named `Foo::method'.  But you
! still need to define _both_ `method' and `bar' elsewhere.  According to
  the ISO standard, you must supply an initializer in one (and only one)
  source file, such as:
  
       int Foo::bar = 0;
  
   Other C++ compilers may not correctly implement the standard behavior.
! As a result, when you switch to `g++' from one of these compilers, you
! may discover that a program that appeared to work correctly in fact
! does not conform to the standard: `g++' reports as undefined symbols
! any static data members that lack definitions.
  
  
  File: gcc.info,  Node: Name lookup,  Next: Temporaries,  Prev: Static Definitions,  Up: C++ Misunderstandings
*************** looked up at the point of instantiation.
*** 50565,50584 ****
           static const int N;
         };
  
!  Here, the names 'foo' and 'N' appear in a context that does not depend
! on the type of 'T'.  The compiler will thus require that they are
! defined in the context of use in the template, not only before the point
! of instantiation, and will here use '::foo(double)' and 'A::N',
  respectively.  In particular, it will convert the integer value to a
! 'double' when passing it to '::foo(double)'.
  
!  Conversely, 'bar' and the call to 'foo' in the fourth marked line are
! used in contexts that do depend on the type of 'T', so they are only
  looked up at the point of instantiation, and you can provide
  declarations for them after declaring the template, but before
! instantiating it.  In particular, if you instantiate 'A::f<int>', the
! last line will call an overloaded '::foo(int)' if one was provided, even
! if after the declaration of 'struct A'.
  
   This distinction between lookup of dependent and non-dependent names is
  called two-stage (or dependent) name lookup.  G++ implements it since
--- 51236,51255 ----
           static const int N;
         };
  
!  Here, the names `foo' and `N' appear in a context that does not depend
! on the type of `T'.  The compiler will thus require that they are
! defined in the context of use in the template, not only before the
! point of instantiation, and will here use `::foo(double)' and `A::N',
  respectively.  In particular, it will convert the integer value to a
! `double' when passing it to `::foo(double)'.
  
!  Conversely, `bar' and the call to `foo' in the fourth marked line are
! used in contexts that do depend on the type of `T', so they are only
  looked up at the point of instantiation, and you can provide
  declarations for them after declaring the template, but before
! instantiating it.  In particular, if you instantiate `A::f<int>', the
! last line will call an overloaded `::foo(int)' if one was provided,
! even if after the declaration of `struct A'.
  
   This distinction between lookup of dependent and non-dependent names is
  called two-stage (or dependent) name lookup.  G++ implements it since
*************** different from non-template codes.  The
*** 50595,50615 ****
           int get_i() { return i; }
         };
  
!  In 'get_i()', 'i' is not used in a dependent context, so the compiler
! will look for a name declared at the enclosing namespace scope (which is
! the global scope here).  It will not look into the base class, since
! that is dependent and you may declare specializations of 'Base' even
! after declaring 'Derived', so the compiler cannot really know what 'i'
! would refer to.  If there is no global variable 'i', then you will get
  an error message.
  
   In order to make it clear that you want the member of the base class,
  you need to defer lookup until instantiation time, at which the base
! class is known.  For this, you need to access 'i' in a dependent
! context, by either using 'this->i' (remember that 'this' is of type
! 'Derived<T>*', so is obviously dependent), or using 'Base<T>::i'.
! Alternatively, 'Base<T>::i' might be brought into scope by a
! 'using'-declaration.
  
   Another, similar example involves calling member functions of a base
  class:
--- 51266,51286 ----
           int get_i() { return i; }
         };
  
!  In `get_i()', `i' is not used in a dependent context, so the compiler
! will look for a name declared at the enclosing namespace scope (which
! is the global scope here).  It will not look into the base class, since
! that is dependent and you may declare specializations of `Base' even
! after declaring `Derived', so the compiler cannot really know what `i'
! would refer to.  If there is no global variable `i', then you will get
  an error message.
  
   In order to make it clear that you want the member of the base class,
  you need to defer lookup until instantiation time, at which the base
! class is known.  For this, you need to access `i' in a dependent
! context, by either using `this->i' (remember that `this' is of type
! `Derived<T>*', so is obviously dependent), or using `Base<T>::i'.
! Alternatively, `Base<T>::i' might be brought into scope by a
! `using'-declaration.
  
   Another, similar example involves calling member functions of a base
  class:
*************** class:
*** 50622,50629 ****
             int g() { return f(); };
         };
  
!  Again, the call to 'f()' is not dependent on template arguments (there
! are no arguments that depend on the type 'T', and it is also not
  otherwise specified that the call should be in a dependent context).
  Thus a global declaration of such a function must be available, since
  the one in the base class is not visible until instantiation time.  The
--- 51293,51300 ----
             int g() { return f(); };
         };
  
!  Again, the call to `f()' is not dependent on template arguments (there
! are no arguments that depend on the type `T', and it is also not
  otherwise specified that the call should be in a dependent context).
  Thus a global declaration of such a function must be available, since
  the one in the base class is not visible until instantiation time.  The
*************** compiler will consequently produce the f
*** 50635,50656 ****
         x.cc:6: error: (if you use `-fpermissive', G++ will accept your code, but
            allowing the use of an undeclared name is deprecated)
  
!  To make the code valid either use 'this->f()', or 'Base<T>::f()'.
! Using the '-fpermissive' flag will also let the compiler accept the
  code, by marking all function calls for which no declaration is visible
  at the time of definition of the template for later lookup at
! instantiation time, as if it were a dependent call.  We do not recommend
! using '-fpermissive' to work around invalid code, and it will also only
! catch cases where functions in base classes are called, not where
! variables in base classes are used (as in the example above).
  
   Note that some compilers (including G++ versions prior to 3.4) get
  these examples wrong and accept above code without an error.  Those
  compilers do not implement two-stage name lookup correctly.
  
!    ---------- Footnotes ----------
  
!    (1) The C++ standard just uses the term "dependent" for names that
  depend on the type or value of template parameters.  This shorter term
  will also be used in the rest of this section.
  
--- 51306,51327 ----
         x.cc:6: error: (if you use `-fpermissive', G++ will accept your code, but
            allowing the use of an undeclared name is deprecated)
  
!  To make the code valid either use `this->f()', or `Base<T>::f()'.
! Using the `-fpermissive' flag will also let the compiler accept the
  code, by marking all function calls for which no declaration is visible
  at the time of definition of the template for later lookup at
! instantiation time, as if it were a dependent call.  We do not
! recommend using `-fpermissive' to work around invalid code, and it will
! also only catch cases where functions in base classes are called, not
! where variables in base classes are used (as in the example above).
  
   Note that some compilers (including G++ versions prior to 3.4) get
  these examples wrong and accept above code without an error.  Those
  compilers do not implement two-stage name lookup correctly.
  
!  ---------- Footnotes ----------
  
!  (1) The C++ standard just uses the term "dependent" for names that
  depend on the type or value of template parameters.  This shorter term
  will also be used in the rest of this section.
  
*************** It is dangerous to use pointers or refer
*** 50664,50678 ****
  temporary object.  The compiler may very well delete the object before
  you expect it to, leaving a pointer to garbage.  The most common place
  where this problem crops up is in classes like string classes,
! especially ones that define a conversion function to type 'char *' or
! 'const char *'--which is one reason why the standard 'string' class
! requires you to call the 'c_str' member function.  However, any class
! that returns a pointer to some internal structure is potentially subject
! to this problem.
  
!  For example, a program may use a function 'strfunc' that returns
! 'string' objects, and another function 'charfunc' that operates on
! pointers to 'char':
  
       string strfunc ();
       void charfunc (const char *);
--- 51335,51349 ----
  temporary object.  The compiler may very well delete the object before
  you expect it to, leaving a pointer to garbage.  The most common place
  where this problem crops up is in classes like string classes,
! especially ones that define a conversion function to type `char *' or
! `const char *'--which is one reason why the standard `string' class
! requires you to call the `c_str' member function.  However, any class
! that returns a pointer to some internal structure is potentially
! subject to this problem.
  
!  For example, a program may use a function `strfunc' that returns
! `string' objects, and another function `charfunc' that operates on
! pointers to `char':
  
       string strfunc ();
       void charfunc (const char *);
*************** pointers to 'char':
*** 50688,50697 ****
       }
  
  In this situation, it may seem reasonable to save a pointer to the C
! string returned by the 'c_str' member function and use that rather than
! call 'c_str' repeatedly.  However, the temporary string created by the
! call to 'strfunc' is destroyed after 'p' is initialized, at which point
! 'p' is left pointing to freed memory.
  
   Code like this may run successfully under some other compilers,
  particularly obsolete cfront-based compilers that delete temporaries
--- 51359,51368 ----
       }
  
  In this situation, it may seem reasonable to save a pointer to the C
! string returned by the `c_str' member function and use that rather than
! call `c_str' repeatedly.  However, the temporary string created by the
! call to `strfunc' is destroyed after `p' is initialized, at which point
! `p' is left pointing to freed memory.
  
   Code like this may run successfully under some other compilers,
  particularly obsolete cfront-based compilers that delete temporaries
*************** such objects behave unspecified when bei
*** 50745,50761 ****
         d1 = d2;
       }
  
!  The C++ standard specifies that 'Base::Base' is only called once when
  constructing or copy-constructing a Derived object.  It is unspecified
! whether 'Base::operator=' is called more than once when the implicit
! copy-assignment for Derived objects is invoked (as it is inside 'func'
  in the example).
  
   G++ implements the "intuitive" algorithm for copy-assignment: assign
  all direct bases, then assign all members.  In that algorithm, the
  virtual base subobject can be encountered more than once.  In the
! example, copying proceeds in the following order: 'val', 'name' (via
! 'strdup'), 'bval', and 'name' again.
  
   If application code relies on copy-assignment, a user-defined
  copy-assignment operator removes any uncertainties.  With such an
--- 51416,51432 ----
         d1 = d2;
       }
  
!  The C++ standard specifies that `Base::Base' is only called once when
  constructing or copy-constructing a Derived object.  It is unspecified
! whether `Base::operator=' is called more than once when the implicit
! copy-assignment for Derived objects is invoked (as it is inside `func'
  in the example).
  
   G++ implements the "intuitive" algorithm for copy-assignment: assign
  all direct bases, then assign all members.  In that algorithm, the
  virtual base subobject can be encountered more than once.  In the
! example, copying proceeds in the following order: `val', `name' (via
! `strdup'), `bval', and `name' again.
  
   If application code relies on copy-assignment, a user-defined
  copy-assignment operator removes any uncertainties.  With such an
*************** do not make because we think GCC is bett
*** 50794,50810 ****
     * Warning when a non-void function value is ignored.
  
       C contains many standard functions that return a value that most
!      programs choose to ignore.  One obvious example is 'printf'.
       Warning about this practice only leads the defensive programmer to
!      clutter programs with dozens of casts to 'void'.  Such casts are
       required so frequently that they become visual noise.  Writing
       those casts becomes so automatic that they no longer convey useful
       information about the intentions of the programmer.  For functions
       where the return value should never be ignored, use the
!      'warn_unused_result' function attribute (*note Function
       Attributes::).
  
!    * Making '-fshort-enums' the default.
  
       This would cause storage layout to be incompatible with most other
       C compilers.  And it doesn't seem very important, given that you
--- 51465,51481 ----
     * Warning when a non-void function value is ignored.
  
       C contains many standard functions that return a value that most
!      programs choose to ignore.  One obvious example is `printf'.
       Warning about this practice only leads the defensive programmer to
!      clutter programs with dozens of casts to `void'.  Such casts are
       required so frequently that they become visual noise.  Writing
       those casts becomes so automatic that they no longer convey useful
       information about the intentions of the programmer.  For functions
       where the return value should never be ignored, use the
!      `warn_unused_result' function attribute (*note Function
       Attributes::).
  
!    * Making `-fshort-enums' the default.
  
       This would cause storage layout to be incompatible with most other
       C compilers.  And it doesn't seem very important, given that you
*************** do not make because we think GCC is bett
*** 50816,50831 ****
       "the ABI standard" says to do so.
  
       The ISO C standard leaves it up to the implementation whether a
!      bit-field declared plain 'int' is signed or not.  This in effect
       creates two alternative dialects of C.
  
       The GNU C compiler supports both dialects; you can specify the
!      signed dialect with '-fsigned-bitfields' and the unsigned dialect
!      with '-funsigned-bitfields'.  However, this leaves open the
       question of which dialect to use by default.
  
       Currently, the preferred dialect makes plain bit-fields signed,
!      because this is simplest.  Since 'int' is the same as 'signed int'
       in every other context, it is cleanest for them to be the same in
       bit-fields as well.
  
--- 51487,51502 ----
       "the ABI standard" says to do so.
  
       The ISO C standard leaves it up to the implementation whether a
!      bit-field declared plain `int' is signed or not.  This in effect
       creates two alternative dialects of C.
  
       The GNU C compiler supports both dialects; you can specify the
!      signed dialect with `-fsigned-bitfields' and the unsigned dialect
!      with `-funsigned-bitfields'.  However, this leaves open the
       question of which dialect to use by default.
  
       Currently, the preferred dialect makes plain bit-fields signed,
!      because this is simplest.  Since `int' is the same as `signed int'
       in every other context, it is cleanest for them to be the same in
       bit-fields as well.
  
*************** do not make because we think GCC is bett
*** 50846,50860 ****
  
       Many users appreciate the GNU C compiler because it provides an
       environment that is uniform across machines.  These users would be
!      inconvenienced if the compiler treated plain bit-fields differently
!      on certain machines.
  
       Occasionally users write programs intended only for a particular
       machine type.  On these occasions, the users would benefit if the
       GNU C compiler were to support by default the same dialect as the
       other compilers on that machine.  But such applications are rare.
!      And users writing a program to run on more than one type of machine
!      cannot possibly benefit from this kind of compatibility.
  
       This is why GCC does and will treat plain bit-fields in the same
       fashion on all types of machines (by default).
--- 51517,51531 ----
  
       Many users appreciate the GNU C compiler because it provides an
       environment that is uniform across machines.  These users would be
!      inconvenienced if the compiler treated plain bit-fields
!      differently on certain machines.
  
       Occasionally users write programs intended only for a particular
       machine type.  On these occasions, the users would benefit if the
       GNU C compiler were to support by default the same dialect as the
       other compilers on that machine.  But such applications are rare.
!      And users writing a program to run on more than one type of
!      machine cannot possibly benefit from this kind of compatibility.
  
       This is why GCC does and will treat plain bit-fields in the same
       fashion on all types of machines (by default).
*************** do not make because we think GCC is bett
*** 50869,50928 ****
       In this way, they write programs which have the same meaning in
       both C dialects.)
  
!    * Undefining '__STDC__' when '-ansi' is not used.
  
!      Currently, GCC defines '__STDC__' unconditionally.  This provides
       good results in practice.
  
!      Programmers normally use conditionals on '__STDC__' to ask whether
       it is safe to use certain features of ISO C, such as function
!      prototypes or ISO token concatenation.  Since plain 'gcc' supports
       all the features of ISO C, the correct answer to these questions is
       "yes".
  
!      Some users try to use '__STDC__' to check for the availability of
!      certain library facilities.  This is actually incorrect usage in an
!      ISO C program, because the ISO C standard says that a conforming
!      freestanding implementation should define '__STDC__' even though it
!      does not have the library facilities.  'gcc -ansi -pedantic' is a
       conforming freestanding implementation, and it is therefore
!      required to define '__STDC__', even though it does not come with an
!      ISO C library.
  
!      Sometimes people say that defining '__STDC__' in a compiler that
       does not completely conform to the ISO C standard somehow violates
       the standard.  This is illogical.  The standard is a standard for
!      compilers that claim to support ISO C, such as 'gcc -ansi'--not for
!      other compilers such as plain 'gcc'.  Whatever the ISO C standard
!      says is relevant to the design of plain 'gcc' without '-ansi' only
!      for pragmatic reasons, not as a requirement.
  
!      GCC normally defines '__STDC__' to be 1, and in addition defines
!      '__STRICT_ANSI__' if you specify the '-ansi' option, or a '-std'
       option for strict conformance to some version of ISO C.  On some
       hosts, system include files use a different convention, where
!      '__STDC__' is normally 0, but is 1 if the user specifies strict
       conformance to the C Standard.  GCC follows the host convention
       when processing system include files, but when processing user
       files it follows the usual GNU C convention.
  
!    * Undefining '__STDC__' in C++.
  
!      Programs written to compile with C++-to-C translators get the value
!      of '__STDC__' that goes with the C compiler that is subsequently
!      used.  These programs must test '__STDC__' to determine what kind
!      of C preprocessor that compiler uses: whether they should
!      concatenate tokens in the ISO C fashion or in the traditional
!      fashion.
  
!      These programs work properly with GNU C++ if '__STDC__' is defined.
       They would not work otherwise.
  
!      In addition, many header files are written to provide prototypes in
!      ISO C but not in traditional C.  Many of these header files can
!      work without change in C++ provided '__STDC__' is defined.  If
!      '__STDC__' is not defined, they will all fail, and will all need to
!      be changed to test explicitly for C++ as well.
  
     * Deleting "empty" loops.
  
--- 51540,51599 ----
       In this way, they write programs which have the same meaning in
       both C dialects.)
  
!    * Undefining `__STDC__' when `-ansi' is not used.
  
!      Currently, GCC defines `__STDC__' unconditionally.  This provides
       good results in practice.
  
!      Programmers normally use conditionals on `__STDC__' to ask whether
       it is safe to use certain features of ISO C, such as function
!      prototypes or ISO token concatenation.  Since plain `gcc' supports
       all the features of ISO C, the correct answer to these questions is
       "yes".
  
!      Some users try to use `__STDC__' to check for the availability of
!      certain library facilities.  This is actually incorrect usage in
!      an ISO C program, because the ISO C standard says that a conforming
!      freestanding implementation should define `__STDC__' even though it
!      does not have the library facilities.  `gcc -ansi -pedantic' is a
       conforming freestanding implementation, and it is therefore
!      required to define `__STDC__', even though it does not come with
!      an ISO C library.
  
!      Sometimes people say that defining `__STDC__' in a compiler that
       does not completely conform to the ISO C standard somehow violates
       the standard.  This is illogical.  The standard is a standard for
!      compilers that claim to support ISO C, such as `gcc -ansi'--not
!      for other compilers such as plain `gcc'.  Whatever the ISO C
!      standard says is relevant to the design of plain `gcc' without
!      `-ansi' only for pragmatic reasons, not as a requirement.
  
!      GCC normally defines `__STDC__' to be 1, and in addition defines
!      `__STRICT_ANSI__' if you specify the `-ansi' option, or a `-std'
       option for strict conformance to some version of ISO C.  On some
       hosts, system include files use a different convention, where
!      `__STDC__' is normally 0, but is 1 if the user specifies strict
       conformance to the C Standard.  GCC follows the host convention
       when processing system include files, but when processing user
       files it follows the usual GNU C convention.
  
!    * Undefining `__STDC__' in C++.
  
!      Programs written to compile with C++-to-C translators get the
!      value of `__STDC__' that goes with the C compiler that is
!      subsequently used.  These programs must test `__STDC__' to
!      determine what kind of C preprocessor that compiler uses: whether
!      they should concatenate tokens in the ISO C fashion or in the
!      traditional fashion.
  
!      These programs work properly with GNU C++ if `__STDC__' is defined.
       They would not work otherwise.
  
!      In addition, many header files are written to provide prototypes
!      in ISO C but not in traditional C.  Many of these header files can
!      work without change in C++ provided `__STDC__' is defined.  If
!      `__STDC__' is not defined, they will all fail, and will all need
!      to be changed to test explicitly for C++ as well.
  
     * Deleting "empty" loops.
  
*************** do not make because we think GCC is bett
*** 50932,50938 ****
       programs run any faster.
  
       However, the rationale here is that optimization of a nonempty loop
!      cannot produce an empty one.  This held for carefully written C
       compiled with less powerful optimizers but is not always the case
       for carefully written C++ or with more powerful optimizers.  Thus
       GCC will remove operations from loops whenever it can determine
--- 51603,51609 ----
       programs run any faster.
  
       However, the rationale here is that optimization of a nonempty loop
!      cannot produce an empty one. This held for carefully written C
       compiled with less powerful optimizers but is not always the case
       for carefully written C++ or with more powerful optimizers.  Thus
       GCC will remove operations from loops whenever it can determine
*************** do not make because we think GCC is bett
*** 50942,50948 ****
  
       Be aware of this when performing timing tests, for instance the
       following loop can be completely removed, provided
!      'some_expression' can provably not change any global state.
  
            {
               int sum = 0;
--- 51613,51619 ----
  
       Be aware of this when performing timing tests, for instance the
       following loop can be completely removed, provided
!      `some_expression' can provably not change any global state.
  
            {
               int sum = 0;
*************** do not make because we think GCC is bett
*** 50952,50958 ****
                  sum += some_expression;
            }
  
!      Even though 'sum' is accumulated in the loop, no use is made of
       that summation, so the accumulation can be removed.
  
     * Making side effects happen in the same order as in some other
--- 51623,51629 ----
                  sum += some_expression;
            }
  
!      Even though `sum' is accumulated in the loop, no use is made of
       that summation, so the accumulation can be removed.
  
     * Making side effects happen in the same order as in some other
*************** do not make because we think GCC is bett
*** 50969,50977 ****
  
       There is no guarantee (in either the C or the C++ standard language
       definitions) that the increments will be evaluated in any
!      particular order.  Either increment might happen first.  'func'
!      might get the arguments '2, 3', or it might get '3, 2', or even '2,
!      2'.
  
     * Making certain warnings into errors by default.
  
--- 51640,51648 ----
  
       There is no guarantee (in either the C or the C++ standard language
       definitions) that the increments will be evaluated in any
!      particular order.  Either increment might happen first.  `func'
!      might get the arguments `2, 3', or it might get `3, 2', or even
!      `2, 2'.
  
     * Making certain warnings into errors by default.
  
*************** do not make because we think GCC is bett
*** 50979,50989 ****
       produce an error message for a certain program.
  
       ISO C requires a "diagnostic" message for certain kinds of invalid
!      programs, but a warning is defined by GCC to count as a diagnostic.
!      If GCC produces a warning but not an error, that is correct ISO C
!      support.  If testsuites call this "failure", they should be run
!      with the GCC option '-pedantic-errors', which will turn these
!      warnings into errors.
  
  
  File: gcc.info,  Node: Warnings and Errors,  Prev: Non-bugs,  Up: Trouble
--- 51650,51661 ----
       produce an error message for a certain program.
  
       ISO C requires a "diagnostic" message for certain kinds of invalid
!      programs, but a warning is defined by GCC to count as a
!      diagnostic.  If GCC produces a warning but not an error, that is
!      correct ISO C support.  If testsuites call this "failure", they
!      should be run with the GCC option `-pedantic-errors', which will
!      turn these warnings into errors.
! 
  
  
  File: gcc.info,  Node: Warnings and Errors,  Prev: Non-bugs,  Up: Trouble
*************** warnings.  Each kind has a different pur
*** 51001,51023 ****
       "Warnings" report other unusual conditions in your code that _may_
       indicate a problem, although compilation can (and does) proceed.
       Warning messages also report the source file name and line number,
!      but include the text 'warning:' to distinguish them from error
       messages.
  
   Warnings may indicate danger points where you should check to make sure
  that your program really does what you intend; or the use of obsolete
  features; or the use of nonstandard features of GNU C or C++.  Many
! warnings are issued only if you ask for them, with one of the '-W'
! options (for instance, '-Wall' requests a variety of useful warnings).
  
   GCC always tries to compile your program if possible; it never
  gratuitously rejects a program whose meaning is clear merely because
  (for instance) it fails to conform to a standard.  In some cases,
  however, the C and C++ standards specify that certain extensions are
  forbidden, and a diagnostic _must_ be issued by a conforming compiler.
! The '-pedantic' option tells GCC to issue warnings in such cases;
! '-pedantic-errors' says to make them errors instead.  This does not mean
! that _all_ non-ISO constructs get warnings or errors.
  
   *Note Options to Request or Suppress Warnings: Warning Options, for
  more detail on these and related command-line options.
--- 51673,51695 ----
       "Warnings" report other unusual conditions in your code that _may_
       indicate a problem, although compilation can (and does) proceed.
       Warning messages also report the source file name and line number,
!      but include the text `warning:' to distinguish them from error
       messages.
  
   Warnings may indicate danger points where you should check to make sure
  that your program really does what you intend; or the use of obsolete
  features; or the use of nonstandard features of GNU C or C++.  Many
! warnings are issued only if you ask for them, with one of the `-W'
! options (for instance, `-Wall' requests a variety of useful warnings).
  
   GCC always tries to compile your program if possible; it never
  gratuitously rejects a program whose meaning is clear merely because
  (for instance) it fails to conform to a standard.  In some cases,
  however, the C and C++ standards specify that certain extensions are
  forbidden, and a diagnostic _must_ be issued by a conforming compiler.
! The `-pedantic' option tells GCC to issue warnings in such cases;
! `-pedantic-errors' says to make them errors instead.  This does not
! mean that _all_ non-ISO constructs get warnings or errors.
  
   *Note Options to Request or Suppress Warnings: Warning Options, for
  more detail on these and related command-line options.
*************** guidelines:
*** 51052,51058 ****
       is a compiler bug.  Reliable compilers never crash.
  
     * If the compiler produces invalid assembly code, for any input
!      whatever (except an 'asm' statement), that is a compiler bug,
       unless the compiler reports errors (not just warnings) which would
       ordinarily prevent the assembler from being run.
  
--- 51724,51730 ----
       is a compiler bug.  Reliable compilers never crash.
  
     * If the compiler produces invalid assembly code, for any input
!      whatever (except an `asm' statement), that is a compiler bug,
       unless the compiler reports errors (not just warnings) which would
       ordinarily prevent the assembler from being run.
  
*************** guidelines:
*** 51063,51075 ****
       program whose behavior is undefined, which happened by chance to
       give the desired results with another C or C++ compiler.
  
!      For example, in many nonoptimizing compilers, you can write 'x;' at
!      the end of a function instead of 'return x;', with the same
!      results.  But the value of the function is undefined if 'return' is
!      omitted; it is not a bug when GCC produces different results.
  
       Problems often result from expressions with two increment
!      operators, as in 'f (*p++, *p++)'.  Your previous compiler might
       have interpreted that expression the way you intended; GCC might
       interpret it another way.  Neither compiler is wrong.  The bug is
       in your code.
--- 51735,51747 ----
       program whose behavior is undefined, which happened by chance to
       give the desired results with another C or C++ compiler.
  
!      For example, in many nonoptimizing compilers, you can write `x;'
!      at the end of a function instead of `return x;', with the same
!      results.  But the value of the function is undefined if `return'
!      is omitted; it is not a bug when GCC produces different results.
  
       Problems often result from expressions with two increment
!      operators, as in `f (*p++, *p++)'.  Your previous compiler might
       have interpreted that expression the way you intended; GCC might
       interpret it another way.  Neither compiler is wrong.  The bug is
       in your code.
*************** File: gcc.info,  Node: Bug Reporting,  P
*** 51097,51103 ****
  =================================
  
  Bugs should be reported to the bug database at
! <https://gcc.gnu.org/bugs/>.
  
  
  File: gcc.info,  Node: Service,  Next: Contributing,  Prev: Bugs,  Up: Top
--- 51769,51775 ----
  =================================
  
  Bugs should be reported to the bug database at
! `https://gcc.gnu.org/bugs/'.
  
  
  File: gcc.info,  Node: Service,  Next: Contributing,  Prev: Bugs,  Up: Top
*************** to find it:
*** 51117,51125 ****
  
     * Look in the service directory for someone who might help you for a
       fee.  The service directory is found at
!      <http://www.fsf.org/resources/service>.
  
!  For further information, see <http://gcc.gnu.org/faq.html#support>.
  
  
  File: gcc.info,  Node: Contributing,  Next: Funding,  Prev: Service,  Up: Top
--- 51789,51797 ----
  
     * Look in the service directory for someone who might help you for a
       fee.  The service directory is found at
!      `http://www.fsf.org/resources/service'.
  
!  For further information, see `http://gcc.gnu.org/faq.html#support'.
  
  
  File: gcc.info,  Node: Contributing,  Next: Funding,  Prev: Service,  Up: Top
*************** File: gcc.info,  Node: Contributing,  Ne
*** 51129,51146 ****
  
  If you would like to help pretest GCC releases to assure they work well,
  current development sources are available by SVN (see
! <http://gcc.gnu.org/svn.html>).  Source and binary snapshots are also
! available for FTP; see <http://gcc.gnu.org/snapshots.html>.
  
   If you would like to work on improvements to GCC, please read the
  advice at these URLs:
  
!      <http://gcc.gnu.org/contribute.html>
!      <http://gcc.gnu.org/contributewhy.html>
  
  for information on how to make useful contributions and avoid
  duplication of effort.  Suggested projects are listed at
! <http://gcc.gnu.org/projects/>.
  
  
  File: gcc.info,  Node: Funding,  Next: GNU Project,  Prev: Contributing,  Up: Top
--- 51801,51818 ----
  
  If you would like to help pretest GCC releases to assure they work well,
  current development sources are available by SVN (see
! `http://gcc.gnu.org/svn.html').  Source and binary snapshots are also
! available for FTP; see `http://gcc.gnu.org/snapshots.html'.
  
   If you would like to work on improvements to GCC, please read the
  advice at these URLs:
  
!      `http://gcc.gnu.org/contribute.html'
!      `http://gcc.gnu.org/contributewhy.html'
  
  for information on how to make useful contributions and avoid
  duplication of effort.  Suggested projects are listed at
! `http://gcc.gnu.org/projects/'.
  
  
  File: gcc.info,  Node: Funding,  Next: GNU Project,  Prev: Contributing,  Up: Top
*************** to free software developers--the Free So
*** 51159,51166 ****
  
   The way to convince distributors to do this is to demand it and expect
  it from them.  So when you compare distributors, judge them partly by
! how much they give to free software development.  Show distributors they
! must compete to be the one who gives the most.
  
   To make this approach work, you must insist on numbers that you can
  compare, such as, "We will donate ten dollars to the Frobnitz project
--- 51831,51838 ----
  
   The way to convince distributors to do this is to demand it and expect
  it from them.  So when you compare distributors, judge them partly by
! how much they give to free software development.  Show distributors
! they must compete to be the one who gives the most.
  
   To make this approach work, you must insist on numbers that you can
  compare, such as, "We will donate ten dollars to the Frobnitz project
*************** for comparison.
*** 51170,51177 ****
  
   Even a precise fraction "of the profits from this disk" is not very
  meaningful, since creative accounting and unrelated business decisions
! can greatly alter what fraction of the sales price counts as profit.  If
! the price you pay is $50, ten percent of the profit is probably less
  than a dollar; it might be a few cents, or nothing at all.
  
   Some redistributors do development work themselves.  This is useful
--- 51842,51849 ----
  
   Even a precise fraction "of the profits from this disk" is not very
  meaningful, since creative accounting and unrelated business decisions
! can greatly alter what fraction of the sales price counts as profit.
! If the price you pay is $50, ten percent of the profit is probably less
  than a dollar; it might be a few cents, or nothing at all.
  
   Some redistributors do development work themselves.  This is useful
*************** difference than others.  For example, ma
*** 51181,51188 ****
  a program contributes very little; maintaining the standard version of a
  program for the whole community contributes much.  Easy new ports
  contribute little, since someone else would surely do them; difficult
! ports such as adding a new CPU to the GNU Compiler Collection contribute
! more; major new features or packages contribute the most.
  
   By establishing the idea that supporting further development is "the
  proper thing to do" when distributing free software for a fee, we can
--- 51853,51860 ----
  a program contributes very little; maintaining the standard version of a
  program for the whole community contributes much.  Easy new ports
  contribute little, since someone else would surely do them; difficult
! ports such as adding a new CPU to the GNU Compiler Collection
! contribute more; major new features or packages contribute the most.
  
   By establishing the idea that supporting further development is "the
  proper thing to do" when distributing free software for a fee, we can
*************** now widely used; though these systems ar
*** 51206,51213 ****
  they are more accurately called GNU/Linux systems.
  
   For more information, see:
!      <http://www.gnu.org/>
!      <http://www.gnu.org/gnu/linux-and-gnu.html>
  
  
  File: gcc.info,  Node: Copying,  Next: GNU Free Documentation License,  Prev: GNU Project,  Up: Top
--- 51878,51885 ----
  they are more accurately called GNU/Linux systems.
  
   For more information, see:
!      `http://www.gnu.org/'
!      `http://www.gnu.org/gnu/linux-and-gnu.html'
  
  
  File: gcc.info,  Node: Copying,  Next: GNU Free Documentation License,  Prev: GNU Project,  Up: Top
*************** GNU General Public License
*** 51217,51223 ****
  
                          Version 3, 29 June 2007
  
!      Copyright (C) 2007 Free Software Foundation, Inc. <http://fsf.org/>
  
       Everyone is permitted to copy and distribute verbatim copies of this
       license document, but changing it is not allowed.
--- 51889,51895 ----
  
                          Version 3, 29 June 2007
  
!      Copyright (C) 2007 Free Software Foundation, Inc. `http://fsf.org/'
  
       Everyone is permitted to copy and distribute verbatim copies of this
       license document, but changing it is not allowed.
*************** GNU General Public License for most of o
*** 51237,51263 ****
  any other work released this way by its authors.  You can apply it to
  your programs, too.
  
!  When we speak of free software, we are referring to freedom, not price.
! Our General Public Licenses are designed to make sure that you have the
! freedom to distribute copies of free software (and charge for them if
! you wish), that you receive source code or can get it if you want it,
! that you can change the software or use pieces of it in new free
! programs, and that you know you can do these things.
  
   To protect your rights, we need to prevent others from denying you
! these rights or asking you to surrender the rights.  Therefore, you have
! certain responsibilities if you distribute copies of the software, or if
! you modify it: responsibilities to respect the freedom of others.
  
!  For example, if you distribute copies of such a program, whether gratis
! or for a fee, you must pass on to the recipients the same freedoms that
! you received.  You must make sure that they, too, receive or can get the
! source code.  And you must show them these terms so they know their
! rights.
  
!  Developers that use the GNU GPL protect your rights with two steps: (1)
! assert copyright on the software, and (2) offer you this License giving
! you legal permission to copy, distribute and/or modify it.
  
   For the developers' and authors' protection, the GPL clearly explains
  that there is no warranty for this free software.  For both users' and
--- 51909,51935 ----
  any other work released this way by its authors.  You can apply it to
  your programs, too.
  
!  When we speak of free software, we are referring to freedom, not
! price.  Our General Public Licenses are designed to make sure that you
! have the freedom to distribute copies of free software (and charge for
! them if you wish), that you receive source code or can get it if you
! want it, that you can change the software or use pieces of it in new
! free programs, and that you know you can do these things.
  
   To protect your rights, we need to prevent others from denying you
! these rights or asking you to surrender the rights.  Therefore, you
! have certain responsibilities if you distribute copies of the software,
! or if you modify it: responsibilities to respect the freedom of others.
  
!  For example, if you distribute copies of such a program, whether
! gratis or for a fee, you must pass on to the recipients the same
! freedoms that you received.  You must make sure that they, too, receive
! or can get the source code.  And you must show them these terms so they
! know their rights.
  
!  Developers that use the GNU GPL protect your rights with two steps:
! (1) assert copyright on the software, and (2) offer you this License
! giving you legal permission to copy, distribute and/or modify it.
  
   For the developers' and authors' protection, the GPL clearly explains
  that there is no warranty for this free software.  For both users' and
*************** changed, so that their problems will not
*** 51266,51280 ****
  authors of previous versions.
  
   Some devices are designed to deny users access to install or run
! modified versions of the software inside them, although the manufacturer
! can do so.  This is fundamentally incompatible with the aim of
! protecting users' freedom to change the software.  The systematic
! pattern of such abuse occurs in the area of products for individuals to
! use, which is precisely where it is most unacceptable.  Therefore, we
! have designed this version of the GPL to prohibit the practice for those
! products.  If such problems arise substantially in other domains, we
! stand ready to extend this provision to those domains in future versions
! of the GPL, as needed to protect the freedom of users.
  
   Finally, every program is threatened constantly by software patents.
  States should not allow patents to restrict development and use of
--- 51938,51953 ----
  authors of previous versions.
  
   Some devices are designed to deny users access to install or run
! modified versions of the software inside them, although the
! manufacturer can do so.  This is fundamentally incompatible with the
! aim of protecting users' freedom to change the software.  The
! systematic pattern of such abuse occurs in the area of products for
! individuals to use, which is precisely where it is most unacceptable.
! Therefore, we have designed this version of the GPL to prohibit the
! practice for those products.  If such problems arise substantially in
! other domains, we stand ready to extend this provision to those domains
! in future versions of the GPL, as needed to protect the freedom of
! users.
  
   Finally, every program is threatened constantly by software patents.
  States should not allow patents to restrict development and use of
*************** TERMS AND CONDITIONS
*** 51311,51318 ****
  
       To "propagate" a work means to do anything with it that, without
       permission, would make you directly or secondarily liable for
!      infringement under applicable copyright law, except executing it on
!      a computer or modifying a private copy.  Propagation includes
       copying, distribution (with or without modification), making
       available to the public, and in some countries other activities as
       well.
--- 51984,51991 ----
  
       To "propagate" a work means to do anything with it that, without
       permission, would make you directly or secondarily liable for
!      infringement under applicable copyright law, except executing it
!      on a computer or modifying a private copy.  Propagation includes
       copying, distribution (with or without modification), making
       available to the public, and in some countries other activities as
       well.
*************** TERMS AND CONDITIONS
*** 51326,51333 ****
       to the extent that it includes a convenient and prominently visible
       feature that (1) displays an appropriate copyright notice, and (2)
       tells the user that there is no warranty for the work (except to
!      the extent that warranties are provided), that licensees may convey
!      the work under this License, and how to view a copy of this
       License.  If the interface presents a list of user commands or
       options, such as a menu, a prominent item in the list meets this
       criterion.
--- 51999,52006 ----
       to the extent that it includes a convenient and prominently visible
       feature that (1) displays an appropriate copyright notice, and (2)
       tells the user that there is no warranty for the work (except to
!      the extent that warranties are provided), that licensees may
!      convey the work under this License, and how to view a copy of this
       License.  If the interface presents a list of user commands or
       options, such as a menu, a prominent item in the list meets this
       criterion.
*************** TERMS AND CONDITIONS
*** 51335,51342 ****
    1. Source Code.
  
       The "source code" for a work means the preferred form of the work
!      for making modifications to it.  "Object code" means any non-source
!      form of a work.
  
       A "Standard Interface" means an interface that either is an
       official standard defined by a recognized standards body, or, in
--- 52008,52015 ----
    1. Source Code.
  
       The "source code" for a work means the preferred form of the work
!      for making modifications to it.  "Object code" means any
!      non-source form of a work.
  
       A "Standard Interface" means an interface that either is an
       official standard defined by a recognized standards body, or, in
*************** TERMS AND CONDITIONS
*** 51347,51356 ****
       The "System Libraries" of an executable work include anything,
       other than the work as a whole, that (a) is included in the normal
       form of packaging a Major Component, but which is not part of that
!      Major Component, and (b) serves only to enable use of the work with
!      that Major Component, or to implement a Standard Interface for
!      which an implementation is available to the public in source code
!      form.  A "Major Component", in this context, means a major
       essential component (kernel, window system, and so on) of the
       specific operating system (if any) on which the executable work
       runs, or a compiler used to produce the work, or an object code
--- 52020,52029 ----
       The "System Libraries" of an executable work include anything,
       other than the work as a whole, that (a) is included in the normal
       form of packaging a Major Component, but which is not part of that
!      Major Component, and (b) serves only to enable use of the work
!      with that Major Component, or to implement a Standard Interface
!      for which an implementation is available to the public in source
!      code form.  A "Major Component", in this context, means a major
       essential component (kernel, window system, and so on) of the
       specific operating system (if any) on which the executable work
       runs, or a compiler used to produce the work, or an object code
*************** TERMS AND CONDITIONS
*** 51358,51372 ****
  
       The "Corresponding Source" for a work in object code form means all
       the source code needed to generate, install, and (for an executable
!      work) run the object code and to modify the work, including scripts
!      to control those activities.  However, it does not include the
!      work's System Libraries, or general-purpose tools or generally
       available free programs which are used unmodified in performing
       those activities but which are not part of the work.  For example,
!      Corresponding Source includes interface definition files associated
!      with source files for the work, and the source code for shared
!      libraries and dynamically linked subprograms that the work is
!      specifically designed to require, such as by intimate data
       communication or control flow between those subprograms and other
       parts of the work.
  
--- 52031,52045 ----
  
       The "Corresponding Source" for a work in object code form means all
       the source code needed to generate, install, and (for an executable
!      work) run the object code and to modify the work, including
!      scripts to control those activities.  However, it does not include
!      the work's System Libraries, or general-purpose tools or generally
       available free programs which are used unmodified in performing
       those activities but which are not part of the work.  For example,
!      Corresponding Source includes interface definition files
!      associated with source files for the work, and the source code for
!      shared libraries and dynamically linked subprograms that the work
!      is specifically designed to require, such as by intimate data
       communication or control flow between those subprograms and other
       parts of the work.
  
*************** TERMS AND CONDITIONS
*** 51383,51404 ****
       copyright on the Program, and are irrevocable provided the stated
       conditions are met.  This License explicitly affirms your unlimited
       permission to run the unmodified Program.  The output from running
!      a covered work is covered by this License only if the output, given
!      its content, constitutes a covered work.  This License acknowledges
!      your rights of fair use or other equivalent, as provided by
!      copyright law.
  
       You may make, run and propagate covered works that you do not
       convey, without conditions so long as your license otherwise
       remains in force.  You may convey covered works to others for the
!      sole purpose of having them make modifications exclusively for you,
!      or provide you with facilities for running those works, provided
!      that you comply with the terms of this License in conveying all
!      material for which you do not control copyright.  Those thus making
!      or running the covered works for you must do so exclusively on your
!      behalf, under your direction and control, on terms that prohibit
!      them from making any copies of your copyrighted material outside
!      their relationship with you.
  
       Conveying under any other circumstances is permitted solely under
       the conditions stated below.  Sublicensing is not allowed; section
--- 52056,52077 ----
       copyright on the Program, and are irrevocable provided the stated
       conditions are met.  This License explicitly affirms your unlimited
       permission to run the unmodified Program.  The output from running
!      a covered work is covered by this License only if the output,
!      given its content, constitutes a covered work.  This License
!      acknowledges your rights of fair use or other equivalent, as
!      provided by copyright law.
  
       You may make, run and propagate covered works that you do not
       convey, without conditions so long as your license otherwise
       remains in force.  You may convey covered works to others for the
!      sole purpose of having them make modifications exclusively for
!      you, or provide you with facilities for running those works,
!      provided that you comply with the terms of this License in
!      conveying all material for which you do not control copyright.
!      Those thus making or running the covered works for you must do so
!      exclusively on your behalf, under your direction and control, on
!      terms that prohibit them from making any copies of your
!      copyrighted material outside their relationship with you.
  
       Conveying under any other circumstances is permitted solely under
       the conditions stated below.  Sublicensing is not allowed; section
*************** TERMS AND CONDITIONS
*** 51415,51422 ****
       When you convey a covered work, you waive any legal power to forbid
       circumvention of technological measures to the extent such
       circumvention is effected by exercising rights under this License
!      with respect to the covered work, and you disclaim any intention to
!      limit operation or modification of the work as a means of
       enforcing, against the work's users, your or third parties' legal
       rights to forbid circumvention of technological measures.
  
--- 52088,52095 ----
       When you convey a covered work, you waive any legal power to forbid
       circumvention of technological measures to the extent such
       circumvention is effected by exercising rights under this License
!      with respect to the covered work, and you disclaim any intention
!      to limit operation or modification of the work as a means of
       enforcing, against the work's users, your or third parties' legal
       rights to forbid circumvention of technological measures.
  
*************** TERMS AND CONDITIONS
*** 51486,51493 ****
  
         b. Convey the object code in, or embodied in, a physical product
            (including a physical distribution medium), accompanied by a
!           written offer, valid for at least three years and valid for as
!           long as you offer spare parts or customer support for that
            product model, to give anyone who possesses the object code
            either (1) a copy of the Corresponding Source for all the
            software in the product that is covered by this License, on a
--- 52159,52166 ----
  
         b. Convey the object code in, or embodied in, a physical product
            (including a physical distribution medium), accompanied by a
!           written offer, valid for at least three years and valid for
!           as long as you offer spare parts or customer support for that
            product model, to give anyone who possesses the object code
            either (1) a copy of the Corresponding Source for all the
            software in the product that is covered by this License, on a
*************** TERMS AND CONDITIONS
*** 51497,51527 ****
            to copy the Corresponding Source from a network server at no
            charge.
  
!        c. Convey individual copies of the object code with a copy of the
!           written offer to provide the Corresponding Source.  This
            alternative is allowed only occasionally and noncommercially,
            and only if you received the object code with such an offer,
            in accord with subsection 6b.
  
         d. Convey the object code by offering access from a designated
!           place (gratis or for a charge), and offer equivalent access to
!           the Corresponding Source in the same way through the same
            place at no further charge.  You need not require recipients
            to copy the Corresponding Source along with the object code.
            If the place to copy the object code is a network server, the
!           Corresponding Source may be on a different server (operated by
!           you or a third party) that supports equivalent copying
!           facilities, provided you maintain clear directions next to the
!           object code saying where to find the Corresponding Source.
            Regardless of what server hosts the Corresponding Source, you
!           remain obligated to ensure that it is available for as long as
!           needed to satisfy these requirements.
  
         e. Convey the object code using peer-to-peer transmission,
            provided you inform other peers where the object code and
            Corresponding Source of the work are being offered to the
            general public at no charge under subsection 6d.
  
       A separable portion of the object code, whose source code is
       excluded from the Corresponding Source as a System Library, need
       not be included in conveying the object code work.
--- 52170,52201 ----
            to copy the Corresponding Source from a network server at no
            charge.
  
!        c. Convey individual copies of the object code with a copy of
!           the written offer to provide the Corresponding Source.  This
            alternative is allowed only occasionally and noncommercially,
            and only if you received the object code with such an offer,
            in accord with subsection 6b.
  
         d. Convey the object code by offering access from a designated
!           place (gratis or for a charge), and offer equivalent access
!           to the Corresponding Source in the same way through the same
            place at no further charge.  You need not require recipients
            to copy the Corresponding Source along with the object code.
            If the place to copy the object code is a network server, the
!           Corresponding Source may be on a different server (operated
!           by you or a third party) that supports equivalent copying
!           facilities, provided you maintain clear directions next to
!           the object code saying where to find the Corresponding Source.
            Regardless of what server hosts the Corresponding Source, you
!           remain obligated to ensure that it is available for as long
!           as needed to satisfy these requirements.
  
         e. Convey the object code using peer-to-peer transmission,
            provided you inform other peers where the object code and
            Corresponding Source of the work are being offered to the
            general public at no charge under subsection 6d.
  
+ 
       A separable portion of the object code, whose source code is
       excluded from the Corresponding Source as a System Library, need
       not be included in conveying the object code work.
*************** TERMS AND CONDITIONS
*** 51529,51536 ****
       A "User Product" is either (1) a "consumer product", which means
       any tangible personal property which is normally used for personal,
       family, or household purposes, or (2) anything designed or sold for
!      incorporation into a dwelling.  In determining whether a product is
!      a consumer product, doubtful cases shall be resolved in favor of
       coverage.  For a particular product received by a particular user,
       "normally used" refers to a typical or common use of that class of
       product, regardless of the status of the particular user or of the
--- 52203,52210 ----
       A "User Product" is either (1) a "consumer product", which means
       any tangible personal property which is normally used for personal,
       family, or household purposes, or (2) anything designed or sold for
!      incorporation into a dwelling.  In determining whether a product
!      is a consumer product, doubtful cases shall be resolved in favor of
       coverage.  For a particular product received by a particular user,
       "normally used" refers to a typical or common use of that class of
       product, regardless of the status of the particular user or of the
*************** TERMS AND CONDITIONS
*** 51561,51571 ****
  
       The requirement to provide Installation Information does not
       include a requirement to continue to provide support service,
!      warranty, or updates for a work that has been modified or installed
!      by the recipient, or for the User Product in which it has been
!      modified or installed.  Access to a network may be denied when the
!      modification itself materially and adversely affects the operation
!      of the network or violates the rules and protocols for
       communication across the network.
  
       Corresponding Source conveyed, and Installation Information
--- 52235,52245 ----
  
       The requirement to provide Installation Information does not
       include a requirement to continue to provide support service,
!      warranty, or updates for a work that has been modified or
!      installed by the recipient, or for the User Product in which it
!      has been modified or installed.  Access to a network may be denied
!      when the modification itself materially and adversely affects the
!      operation of the network or violates the rules and protocols for
       communication across the network.
  
       Corresponding Source conveyed, and Installation Information
*************** TERMS AND CONDITIONS
*** 51595,51602 ****
  
       Notwithstanding any other provision of this License, for material
       you add to a covered work, you may (if authorized by the copyright
!      holders of that material) supplement the terms of this License with
!      terms:
  
         a. Disclaiming warranty or limiting liability differently from
            the terms of sections 15 and 16 of this License; or
--- 52269,52276 ----
  
       Notwithstanding any other provision of this License, for material
       you add to a covered work, you may (if authorized by the copyright
!      holders of that material) supplement the terms of this License
!      with terms:
  
         a. Disclaiming warranty or limiting liability differently from
            the terms of sections 15 and 16 of this License; or
*************** TERMS AND CONDITIONS
*** 51606,51613 ****
            Legal Notices displayed by works containing it; or
  
         c. Prohibiting misrepresentation of the origin of that material,
!           or requiring that modified versions of such material be marked
!           in reasonable ways as different from the original version; or
  
         d. Limiting the use for publicity purposes of names of licensors
            or authors of the material; or
--- 52280,52288 ----
            Legal Notices displayed by works containing it; or
  
         c. Prohibiting misrepresentation of the origin of that material,
!           or requiring that modified versions of such material be
!           marked in reasonable ways as different from the original
!           version; or
  
         d. Limiting the use for publicity purposes of names of licensors
            or authors of the material; or
*************** TERMS AND CONDITIONS
*** 51626,51635 ****
       you received it, or any part of it, contains a notice stating that
       it is governed by this License along with a term that is a further
       restriction, you may remove that term.  If a license document
!      contains a further restriction but permits relicensing or conveying
!      under this License, you may add to a covered work material governed
!      by the terms of that license document, provided that the further
!      restriction does not survive such relicensing or conveying.
  
       If you add terms to a covered work in accord with this section, you
       must place, in the relevant source files, a statement of the
--- 52301,52311 ----
       you received it, or any part of it, contains a notice stating that
       it is governed by this License along with a term that is a further
       restriction, you may remove that term.  If a license document
!      contains a further restriction but permits relicensing or
!      conveying under this License, you may add to a covered work
!      material governed by the terms of that license document, provided
!      that the further restriction does not survive such relicensing or
!      conveying.
  
       If you add terms to a covered work in accord with this section, you
       must place, in the relevant source files, a statement of the
*************** TERMS AND CONDITIONS
*** 51645,51657 ****
       You may not propagate or modify a covered work except as expressly
       provided under this License.  Any attempt otherwise to propagate or
       modify it is void, and will automatically terminate your rights
!      under this License (including any patent licenses granted under the
!      third paragraph of section 11).
  
       However, if you cease all violation of this License, then your
       license from a particular copyright holder is reinstated (a)
!      provisionally, unless and until the copyright holder explicitly and
!      finally terminates your license, and (b) permanently, if the
       copyright holder fails to notify you of the violation by some
       reasonable means prior to 60 days after the cessation.
  
--- 52321,52333 ----
       You may not propagate or modify a covered work except as expressly
       provided under this License.  Any attempt otherwise to propagate or
       modify it is void, and will automatically terminate your rights
!      under this License (including any patent licenses granted under
!      the third paragraph of section 11).
  
       However, if you cease all violation of this License, then your
       license from a particular copyright holder is reinstated (a)
!      provisionally, unless and until the copyright holder explicitly
!      and finally terminates your license, and (b) permanently, if the
       copyright holder fails to notify you of the violation by some
       reasonable means prior to 60 days after the cessation.
  
*************** TERMS AND CONDITIONS
*** 51663,51672 ****
       after your receipt of the notice.
  
       Termination of your rights under this section does not terminate
!      the licenses of parties who have received copies or rights from you
!      under this License.  If your rights have been terminated and not
!      permanently reinstated, you do not qualify to receive new licenses
!      for the same material under section 10.
  
    9. Acceptance Not Required for Having Copies.
  
--- 52339,52348 ----
       after your receipt of the notice.
  
       Termination of your rights under this section does not terminate
!      the licenses of parties who have received copies or rights from
!      you under this License.  If your rights have been terminated and
!      not permanently reinstated, you do not qualify to receive new
!      licenses for the same material under section 10.
  
    9. Acceptance Not Required for Having Copies.
  
*************** TERMS AND CONDITIONS
*** 51680,51686 ****
       by modifying or propagating a covered work, you indicate your
       acceptance of this License to do so.
  
!   10. Automatic Licensing of Downstream Recipients.
  
       Each time you convey a covered work, the recipient automatically
       receives a license from the original licensors, to run, modify and
--- 52356,52362 ----
       by modifying or propagating a covered work, you indicate your
       acceptance of this License to do so.
  
!  10. Automatic Licensing of Downstream Recipients.
  
       Each time you convey a covered work, the recipient automatically
       receives a license from the original licensors, to run, modify and
*************** TERMS AND CONDITIONS
*** 51694,51714 ****
       covered work results from an entity transaction, each party to that
       transaction who receives a copy of the work also receives whatever
       licenses to the work the party's predecessor in interest had or
!      could give under the previous paragraph, plus a right to possession
!      of the Corresponding Source of the work from the predecessor in
!      interest, if the predecessor has it or can get it with reasonable
!      efforts.
  
       You may not impose any further restrictions on the exercise of the
       rights granted or affirmed under this License.  For example, you
!      may not impose a license fee, royalty, or other charge for exercise
!      of rights granted under this License, and you may not initiate
!      litigation (including a cross-claim or counterclaim in a lawsuit)
!      alleging that any patent claim is infringed by making, using,
!      selling, offering for sale, or importing the Program or any portion
!      of it.
  
!   11. Patents.
  
       A "contributor" is a copyright holder who authorizes use under this
       License of the Program or a work on which the Program is based.
--- 52370,52390 ----
       covered work results from an entity transaction, each party to that
       transaction who receives a copy of the work also receives whatever
       licenses to the work the party's predecessor in interest had or
!      could give under the previous paragraph, plus a right to
!      possession of the Corresponding Source of the work from the
!      predecessor in interest, if the predecessor has it or can get it
!      with reasonable efforts.
  
       You may not impose any further restrictions on the exercise of the
       rights granted or affirmed under this License.  For example, you
!      may not impose a license fee, royalty, or other charge for
!      exercise of rights granted under this License, and you may not
!      initiate litigation (including a cross-claim or counterclaim in a
!      lawsuit) alleging that any patent claim is infringed by making,
!      using, selling, offering for sale, or importing the Program or any
!      portion of it.
  
!  11. Patents.
  
       A "contributor" is a copyright holder who authorizes use under this
       License of the Program or a work on which the Program is based.
*************** TERMS AND CONDITIONS
*** 51728,51742 ****
       Each contributor grants you a non-exclusive, worldwide,
       royalty-free patent license under the contributor's essential
       patent claims, to make, use, sell, offer for sale, import and
!      otherwise run, modify and propagate the contents of its contributor
!      version.
  
       In the following three paragraphs, a "patent license" is any
       express agreement or commitment, however denominated, not to
       enforce a patent (such as an express permission to practice a
!      patent or covenant not to sue for patent infringement).  To "grant"
!      such a patent license to a party means to make such an agreement or
!      commitment not to enforce a patent against the party.
  
       If you convey a covered work, knowingly relying on a patent
       license, and the Corresponding Source of the work is not available
--- 52404,52418 ----
       Each contributor grants you a non-exclusive, worldwide,
       royalty-free patent license under the contributor's essential
       patent claims, to make, use, sell, offer for sale, import and
!      otherwise run, modify and propagate the contents of its
!      contributor version.
  
       In the following three paragraphs, a "patent license" is any
       express agreement or commitment, however denominated, not to
       enforce a patent (such as an express permission to practice a
!      patent or covenant not to sue for patent infringement).  To
!      "grant" such a patent license to a party means to make such an
!      agreement or commitment not to enforce a patent against the party.
  
       If you convey a covered work, knowingly relying on a patent
       license, and the Corresponding Source of the work is not available
*************** TERMS AND CONDITIONS
*** 51766,51800 ****
       conditioned on the non-exercise of one or more of the rights that
       are specifically granted under this License.  You may not convey a
       covered work if you are a party to an arrangement with a third
!      party that is in the business of distributing software, under which
!      you make payment to the third party based on the extent of your
!      activity of conveying the work, and under which the third party
!      grants, to any of the parties who would receive the covered work
!      from you, a discriminatory patent license (a) in connection with
!      copies of the covered work conveyed by you (or copies made from
!      those copies), or (b) primarily for and in connection with specific
!      products or compilations that contain the covered work, unless you
!      entered into that arrangement, or that patent license was granted,
!      prior to 28 March 2007.
  
       Nothing in this License shall be construed as excluding or limiting
       any implied license or other defenses to infringement that may
       otherwise be available to you under applicable patent law.
  
!   12. No Surrender of Others' Freedom.
  
!      If conditions are imposed on you (whether by court order, agreement
!      or otherwise) that contradict the conditions of this License, they
!      do not excuse you from the conditions of this License.  If you
!      cannot convey a covered work so as to satisfy simultaneously your
!      obligations under this License and any other pertinent obligations,
!      then as a consequence you may not convey it at all.  For example,
!      if you agree to terms that obligate you to collect a royalty for
!      further conveying from those to whom you convey the Program, the
!      only way you could satisfy both those terms and this License would
!      be to refrain entirely from conveying the Program.
  
!   13. Use with the GNU Affero General Public License.
  
       Notwithstanding any other provision of this License, you have
       permission to link or combine any covered work with a work licensed
--- 52442,52477 ----
       conditioned on the non-exercise of one or more of the rights that
       are specifically granted under this License.  You may not convey a
       covered work if you are a party to an arrangement with a third
!      party that is in the business of distributing software, under
!      which you make payment to the third party based on the extent of
!      your activity of conveying the work, and under which the third
!      party grants, to any of the parties who would receive the covered
!      work from you, a discriminatory patent license (a) in connection
!      with copies of the covered work conveyed by you (or copies made
!      from those copies), or (b) primarily for and in connection with
!      specific products or compilations that contain the covered work,
!      unless you entered into that arrangement, or that patent license
!      was granted, prior to 28 March 2007.
  
       Nothing in this License shall be construed as excluding or limiting
       any implied license or other defenses to infringement that may
       otherwise be available to you under applicable patent law.
  
!  12. No Surrender of Others' Freedom.
  
!      If conditions are imposed on you (whether by court order,
!      agreement or otherwise) that contradict the conditions of this
!      License, they do not excuse you from the conditions of this
!      License.  If you cannot convey a covered work so as to satisfy
!      simultaneously your obligations under this License and any other
!      pertinent obligations, then as a consequence you may not convey it
!      at all.  For example, if you agree to terms that obligate you to
!      collect a royalty for further conveying from those to whom you
!      convey the Program, the only way you could satisfy both those
!      terms and this License would be to refrain entirely from conveying
!      the Program.
  
!  13. Use with the GNU Affero General Public License.
  
       Notwithstanding any other provision of this License, you have
       permission to link or combine any covered work with a work licensed
*************** TERMS AND CONDITIONS
*** 51805,51825 ****
       General Public License, section 13, concerning interaction through
       a network will apply to the combination as such.
  
!   14. Revised Versions of this License.
  
       The Free Software Foundation may publish revised and/or new
!      versions of the GNU General Public License from time to time.  Such
!      new versions will be similar in spirit to the present version, but
!      may differ in detail to address new problems or concerns.
  
       Each version is given a distinguishing version number.  If the
       Program specifies that a certain numbered version of the GNU
       General Public License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
!      that numbered version or of any later version published by the Free
!      Software Foundation.  If the Program does not specify a version
!      number of the GNU General Public License, you may choose any
!      version ever published by the Free Software Foundation.
  
       If the Program specifies that a proxy can decide which future
       versions of the GNU General Public License can be used, that
--- 52482,52503 ----
       General Public License, section 13, concerning interaction through
       a network will apply to the combination as such.
  
!  14. Revised Versions of this License.
  
       The Free Software Foundation may publish revised and/or new
!      versions of the GNU General Public License from time to time.
!      Such new versions will be similar in spirit to the present
!      version, but may differ in detail to address new problems or
!      concerns.
  
       Each version is given a distinguishing version number.  If the
       Program specifies that a certain numbered version of the GNU
       General Public License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
!      that numbered version or of any later version published by the
!      Free Software Foundation.  If the Program does not specify a
!      version number of the GNU General Public License, you may choose
!      any version ever published by the Free Software Foundation.
  
       If the Program specifies that a proxy can decide which future
       versions of the GNU General Public License can be used, that
*************** TERMS AND CONDITIONS
*** 51831,51854 ****
       author or copyright holder as a result of your choosing to follow a
       later version.
  
!   15. Disclaimer of Warranty.
  
       THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY
!      APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE
       COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS"
       WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED,
       INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
!      MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE
       RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU.
       SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL
       NECESSARY SERVICING, REPAIR OR CORRECTION.
  
!   16. Limitation of Liability.
  
       IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN
       WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES
!      AND/OR CONVEYS THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR
!      DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR
       CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE
       THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA
       BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD
--- 52509,52532 ----
       author or copyright holder as a result of your choosing to follow a
       later version.
  
!  15. Disclaimer of Warranty.
  
       THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY
!      APPLICABLE LAW.  EXCEPT WHEN OTHERWISE STATED IN WRITING THE
       COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS"
       WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED,
       INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
!      MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.  THE ENTIRE
       RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU.
       SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL
       NECESSARY SERVICING, REPAIR OR CORRECTION.
  
!  16. Limitation of Liability.
  
       IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN
       WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES
!      AND/OR CONVEYS THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU
!      FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR
       CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE
       THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA
       BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD
*************** TERMS AND CONDITIONS
*** 51856,51862 ****
       PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF
       THE POSSIBILITY OF SUCH DAMAGES.
  
!   17. Interpretation of Sections 15 and 16.
  
       If the disclaimer of warranty and limitation of liability provided
       above cannot be given local legal effect according to their terms,
--- 52534,52540 ----
       PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF
       THE POSSIBILITY OF SUCH DAMAGES.
  
!  17. Interpretation of Sections 15 and 16.
  
       If the disclaimer of warranty and limitation of liability provided
       above cannot be given local legal effect according to their terms,
*************** TERMS AND CONDITIONS
*** 51865,51870 ****
--- 52543,52549 ----
       connection with the Program, unless a warranty or assumption of
       liability accompanies a copy of the Program in return for a fee.
  
+ 
  END OF TERMS AND CONDITIONS
  ===========================
  
*************** possible use to the public, the best way
*** 51876,51884 ****
  free software which everyone can redistribute and change under these
  terms.
  
!  To do so, attach the following notices to the program.  It is safest to
! attach them to the start of each source file to most effectively state
! the exclusion of warranty; and each file should have at least the
  "copyright" line and a pointer to where the full notice is found.
  
       ONE LINE TO GIVE THE PROGRAM'S NAME AND A BRIEF IDEA OF WHAT IT DOES.
--- 52555,52563 ----
  free software which everyone can redistribute and change under these
  terms.
  
!  To do so, attach the following notices to the program.  It is safest
! to attach them to the start of each source file to most effectively
! state the exclusion of warranty; and each file should have at least the
  "copyright" line and a pointer to where the full notice is found.
  
       ONE LINE TO GIVE THE PROGRAM'S NAME AND A BRIEF IDEA OF WHAT IT DOES.
*************** the exclusion of warranty; and each file
*** 51895,51914 ****
       General Public License for more details.
  
       You should have received a copy of the GNU General Public License
!      along with this program.  If not, see <http://www.gnu.org/licenses/>.
  
   Also add information on how to contact you by electronic and paper
  mail.
  
!  If the program does terminal interaction, make it output a short notice
! like this when it starts in an interactive mode:
  
       PROGRAM Copyright (C) YEAR NAME OF AUTHOR
!      This program comes with ABSOLUTELY NO WARRANTY; for details type 'show w'.
       This is free software, and you are welcome to redistribute it
!      under certain conditions; type 'show c' for details.
  
!  The hypothetical commands 'show w' and 'show c' should show the
  appropriate parts of the General Public License.  Of course, your
  program's commands might be different; for a GUI interface, you would
  use an "about box".
--- 52574,52593 ----
       General Public License for more details.
  
       You should have received a copy of the GNU General Public License
!      along with this program.  If not, see `http://www.gnu.org/licenses/'.
  
   Also add information on how to contact you by electronic and paper
  mail.
  
!  If the program does terminal interaction, make it output a short
! notice like this when it starts in an interactive mode:
  
       PROGRAM Copyright (C) YEAR NAME OF AUTHOR
!      This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
       This is free software, and you are welcome to redistribute it
!      under certain conditions; type `show c' for details.
  
!  The hypothetical commands `show w' and `show c' should show the
  appropriate parts of the General Public License.  Of course, your
  program's commands might be different; for a GUI interface, you would
  use an "about box".
*************** use an "about box".
*** 51916,51929 ****
   You should also get your employer (if you work as a programmer) or
  school, if any, to sign a "copyright disclaimer" for the program, if
  necessary.  For more information on this, and how to apply and follow
! the GNU GPL, see <http://www.gnu.org/licenses/>.
  
   The GNU General Public License does not permit incorporating your
  program into proprietary programs.  If your program is a subroutine
  library, you may consider it more useful to permit linking proprietary
  applications with the library.  If this is what you want to do, use the
  GNU Lesser General Public License instead of this License.  But first,
! please read <http://www.gnu.org/philosophy/why-not-lgpl.html>.
  
  
  File: gcc.info,  Node: GNU Free Documentation License,  Next: Contributors,  Prev: Copying,  Up: Top
--- 52595,52608 ----
   You should also get your employer (if you work as a programmer) or
  school, if any, to sign a "copyright disclaimer" for the program, if
  necessary.  For more information on this, and how to apply and follow
! the GNU GPL, see `http://www.gnu.org/licenses/'.
  
   The GNU General Public License does not permit incorporating your
  program into proprietary programs.  If your program is a subroutine
  library, you may consider it more useful to permit linking proprietary
  applications with the library.  If this is what you want to do, use the
  GNU Lesser General Public License instead of this License.  But first,
! please read `http://www.gnu.org/philosophy/why-not-lgpl.html'.
  
  
  File: gcc.info,  Node: GNU Free Documentation License,  Next: Contributors,  Prev: Copying,  Up: Top
*************** GNU Free Documentation License
*** 51934,51940 ****
                       Version 1.3, 3 November 2008
  
       Copyright (C) 2000, 2001, 2002, 2007, 2008 Free Software Foundation, Inc.
!      <http://fsf.org/>
  
       Everyone is permitted to copy and distribute verbatim copies
       of this license document, but changing it is not allowed.
--- 52613,52619 ----
                       Version 1.3, 3 November 2008
  
       Copyright (C) 2000, 2001, 2002, 2007, 2008 Free Software Foundation, Inc.
!      `http://fsf.org/'
  
       Everyone is permitted to copy and distribute verbatim copies
       of this license document, but changing it is not allowed.
*************** GNU Free Documentation License
*** 51959,51979 ****
       free program should come with manuals providing the same freedoms
       that the software does.  But this License is not limited to
       software manuals; it can be used for any textual work, regardless
!      of subject matter or whether it is published as a printed book.  We
!      recommend this License principally for works whose purpose is
       instruction or reference.
  
    1. APPLICABILITY AND DEFINITIONS
  
       This License applies to any manual or other work, in any medium,
!      that contains a notice placed by the copyright holder saying it can
!      be distributed under the terms of this License.  Such a notice
       grants a world-wide, royalty-free license, unlimited in duration,
       to use that work under the conditions stated herein.  The
       "Document", below, refers to any such manual or work.  Any member
!      of the public is a licensee, and is addressed as "you".  You accept
!      the license if you copy, modify or distribute the work in a way
!      requiring permission under copyright law.
  
       A "Modified Version" of the Document means any work containing the
       Document or a portion of it, either copied verbatim, or with
--- 52638,52658 ----
       free program should come with manuals providing the same freedoms
       that the software does.  But this License is not limited to
       software manuals; it can be used for any textual work, regardless
!      of subject matter or whether it is published as a printed book.
!      We recommend this License principally for works whose purpose is
       instruction or reference.
  
    1. APPLICABILITY AND DEFINITIONS
  
       This License applies to any manual or other work, in any medium,
!      that contains a notice placed by the copyright holder saying it
!      can be distributed under the terms of this License.  Such a notice
       grants a world-wide, royalty-free license, unlimited in duration,
       to use that work under the conditions stated herein.  The
       "Document", below, refers to any such manual or work.  Any member
!      of the public is a licensee, and is addressed as "you".  You
!      accept the license if you copy, modify or distribute the work in a
!      way requiring permission under copyright law.
  
       A "Modified Version" of the Document means any work containing the
       Document or a portion of it, either copied verbatim, or with
*************** GNU Free Documentation License
*** 51991,52002 ****
       regarding them.
  
       The "Invariant Sections" are certain Secondary Sections whose
!      titles are designated, as being those of Invariant Sections, in the
!      notice that says that the Document is released under this License.
!      If a section does not fit the above definition of Secondary then it
!      is not allowed to be designated as Invariant.  The Document may
!      contain zero Invariant Sections.  If the Document does not identify
!      any Invariant Sections then there are none.
  
       The "Cover Texts" are certain short passages of text that are
       listed, as Front-Cover Texts or Back-Cover Texts, in the notice
--- 52670,52681 ----
       regarding them.
  
       The "Invariant Sections" are certain Secondary Sections whose
!      titles are designated, as being those of Invariant Sections, in
!      the notice that says that the Document is released under this
!      License.  If a section does not fit the above definition of
!      Secondary then it is not allowed to be designated as Invariant.
!      The Document may contain zero Invariant Sections.  If the Document
!      does not identify any Invariant Sections then there are none.
  
       The "Cover Texts" are certain short passages of text that are
       listed, as Front-Cover Texts or Back-Cover Texts, in the notice
*************** GNU Free Documentation License
*** 52007,52033 ****
       A "Transparent" copy of the Document means a machine-readable copy,
       represented in a format whose specification is available to the
       general public, that is suitable for revising the document
!      straightforwardly with generic text editors or (for images composed
!      of pixels) generic paint programs or (for drawings) some widely
!      available drawing editor, and that is suitable for input to text
!      formatters or for automatic translation to a variety of formats
!      suitable for input to text formatters.  A copy made in an otherwise
!      Transparent file format whose markup, or absence of markup, has
!      been arranged to thwart or discourage subsequent modification by
!      readers is not Transparent.  An image format is not Transparent if
!      used for any substantial amount of text.  A copy that is not
!      "Transparent" is called "Opaque".
  
       Examples of suitable formats for Transparent copies include plain
       ASCII without markup, Texinfo input format, LaTeX input format,
!      SGML or XML using a publicly available DTD, and standard-conforming
!      simple HTML, PostScript or PDF designed for human modification.
!      Examples of transparent image formats include PNG, XCF and JPG.
!      Opaque formats include proprietary formats that can be read and
!      edited only by proprietary word processors, SGML or XML for which
!      the DTD and/or processing tools are not generally available, and
!      the machine-generated HTML, PostScript or PDF produced by some word
!      processors for output purposes only.
  
       The "Title Page" means, for a printed book, the title page itself,
       plus such following pages as are needed to hold, legibly, the
--- 52686,52712 ----
       A "Transparent" copy of the Document means a machine-readable copy,
       represented in a format whose specification is available to the
       general public, that is suitable for revising the document
!      straightforwardly with generic text editors or (for images
!      composed of pixels) generic paint programs or (for drawings) some
!      widely available drawing editor, and that is suitable for input to
!      text formatters or for automatic translation to a variety of
!      formats suitable for input to text formatters.  A copy made in an
!      otherwise Transparent file format whose markup, or absence of
!      markup, has been arranged to thwart or discourage subsequent
!      modification by readers is not Transparent.  An image format is
!      not Transparent if used for any substantial amount of text.  A
!      copy that is not "Transparent" is called "Opaque".
  
       Examples of suitable formats for Transparent copies include plain
       ASCII without markup, Texinfo input format, LaTeX input format,
!      SGML or XML using a publicly available DTD, and
!      standard-conforming simple HTML, PostScript or PDF designed for
!      human modification.  Examples of transparent image formats include
!      PNG, XCF and JPG.  Opaque formats include proprietary formats that
!      can be read and edited only by proprietary word processors, SGML or
!      XML for which the DTD and/or processing tools are not generally
!      available, and the machine-generated HTML, PostScript or PDF
!      produced by some word processors for output purposes only.
  
       The "Title Page" means, for a printed book, the title page itself,
       plus such following pages as are needed to hold, legibly, the
*************** GNU Free Documentation License
*** 52065,52072 ****
       may not use technical measures to obstruct or control the reading
       or further copying of the copies you make or distribute.  However,
       you may accept compensation in exchange for copies.  If you
!      distribute a large enough number of copies you must also follow the
!      conditions in section 3.
  
       You may also lend copies, under the same conditions stated above,
       and you may publicly display copies.
--- 52744,52751 ----
       may not use technical measures to obstruct or control the reading
       or further copying of the copies you make or distribute.  However,
       you may accept compensation in exchange for copies.  If you
!      distribute a large enough number of copies you must also follow
!      the conditions in section 3.
  
       You may also lend copies, under the same conditions stated above,
       and you may publicly display copies.
*************** GNU Free Documentation License
*** 52080,52090 ****
       these Cover Texts: Front-Cover Texts on the front cover, and
       Back-Cover Texts on the back cover.  Both covers must also clearly
       and legibly identify you as the publisher of these copies.  The
!      front cover must present the full title with all words of the title
!      equally prominent and visible.  You may add other material on the
!      covers in addition.  Copying with changes limited to the covers, as
!      long as they preserve the title of the Document and satisfy these
!      conditions, can be treated as verbatim copying in other respects.
  
       If the required texts for either cover are too voluminous to fit
       legibly, you should put the first ones listed (as many as fit
--- 52759,52770 ----
       these Cover Texts: Front-Cover Texts on the front cover, and
       Back-Cover Texts on the back cover.  Both covers must also clearly
       and legibly identify you as the publisher of these copies.  The
!      front cover must present the full title with all words of the
!      title equally prominent and visible.  You may add other material
!      on the covers in addition.  Copying with changes limited to the
!      covers, as long as they preserve the title of the Document and
!      satisfy these conditions, can be treated as verbatim copying in
!      other respects.
  
       If the required texts for either cover are too voluminous to fit
       legibly, you should put the first ones listed (as many as fit
*************** GNU Free Documentation License
*** 52092,52130 ****
       adjacent pages.
  
       If you publish or distribute Opaque copies of the Document
!      numbering more than 100, you must either include a machine-readable
!      Transparent copy along with each Opaque copy, or state in or with
!      each Opaque copy a computer-network location from which the general
!      network-using public has access to download using public-standard
!      network protocols a complete Transparent copy of the Document, free
!      of added material.  If you use the latter option, you must take
!      reasonably prudent steps, when you begin distribution of Opaque
!      copies in quantity, to ensure that this Transparent copy will
!      remain thus accessible at the stated location until at least one
!      year after the last time you distribute an Opaque copy (directly or
!      through your agents or retailers) of that edition to the public.
  
       It is requested, but not required, that you contact the authors of
!      the Document well before redistributing any large number of copies,
!      to give them a chance to provide you with an updated version of the
!      Document.
  
    4. MODIFICATIONS
  
       You may copy and distribute a Modified Version of the Document
       under the conditions of sections 2 and 3 above, provided that you
!      release the Modified Version under precisely this License, with the
!      Modified Version filling the role of the Document, thus licensing
!      distribution and modification of the Modified Version to whoever
!      possesses a copy of it.  In addition, you must do these things in
!      the Modified Version:
  
         A. Use in the Title Page (and on the covers, if any) a title
!           distinct from that of the Document, and from those of previous
!           versions (which should, if there were any, be listed in the
!           History section of the Document).  You may use the same title
!           as a previous version if the original publisher of that
!           version gives permission.
  
         B. List on the Title Page, as authors, one or more persons or
            entities responsible for authorship of the modifications in
--- 52772,52811 ----
       adjacent pages.
  
       If you publish or distribute Opaque copies of the Document
!      numbering more than 100, you must either include a
!      machine-readable Transparent copy along with each Opaque copy, or
!      state in or with each Opaque copy a computer-network location from
!      which the general network-using public has access to download
!      using public-standard network protocols a complete Transparent
!      copy of the Document, free of added material.  If you use the
!      latter option, you must take reasonably prudent steps, when you
!      begin distribution of Opaque copies in quantity, to ensure that
!      this Transparent copy will remain thus accessible at the stated
!      location until at least one year after the last time you
!      distribute an Opaque copy (directly or through your agents or
!      retailers) of that edition to the public.
  
       It is requested, but not required, that you contact the authors of
!      the Document well before redistributing any large number of
!      copies, to give them a chance to provide you with an updated
!      version of the Document.
  
    4. MODIFICATIONS
  
       You may copy and distribute a Modified Version of the Document
       under the conditions of sections 2 and 3 above, provided that you
!      release the Modified Version under precisely this License, with
!      the Modified Version filling the role of the Document, thus
!      licensing distribution and modification of the Modified Version to
!      whoever possesses a copy of it.  In addition, you must do these
!      things in the Modified Version:
  
         A. Use in the Title Page (and on the covers, if any) a title
!           distinct from that of the Document, and from those of
!           previous versions (which should, if there were any, be listed
!           in the History section of the Document).  You may use the
!           same title as a previous version if the original publisher of
!           that version gives permission.
  
         B. List on the Title Page, as authors, one or more persons or
            entities responsible for authorship of the modifications in
*************** GNU Free Documentation License
*** 52154,52183 ****
  
         I. Preserve the section Entitled "History", Preserve its Title,
            and add to it an item stating at least the title, year, new
!           authors, and publisher of the Modified Version as given on the
!           Title Page.  If there is no section Entitled "History" in the
!           Document, create one stating the title, year, authors, and
!           publisher of the Document as given on its Title Page, then add
!           an item describing the Modified Version as stated in the
!           previous sentence.
  
         J. Preserve the network location, if any, given in the Document
            for public access to a Transparent copy of the Document, and
            likewise the network locations given in the Document for
!           previous versions it was based on.  These may be placed in the
!           "History" section.  You may omit a network location for a work
!           that was published at least four years before the Document
!           itself, or if the original publisher of the version it refers
!           to gives permission.
  
         K. For any section Entitled "Acknowledgements" or "Dedications",
!           Preserve the Title of the section, and preserve in the section
!           all the substance and tone of each of the contributor
            acknowledgements and/or dedications given therein.
  
!        L. Preserve all the Invariant Sections of the Document, unaltered
!           in their text and in their titles.  Section numbers or the
!           equivalent are not considered part of the section titles.
  
         M. Delete any section Entitled "Endorsements".  Such a section
            may not be included in the Modified Version.
--- 52835,52865 ----
  
         I. Preserve the section Entitled "History", Preserve its Title,
            and add to it an item stating at least the title, year, new
!           authors, and publisher of the Modified Version as given on
!           the Title Page.  If there is no section Entitled "History" in
!           the Document, create one stating the title, year, authors,
!           and publisher of the Document as given on its Title Page,
!           then add an item describing the Modified Version as stated in
!           the previous sentence.
  
         J. Preserve the network location, if any, given in the Document
            for public access to a Transparent copy of the Document, and
            likewise the network locations given in the Document for
!           previous versions it was based on.  These may be placed in
!           the "History" section.  You may omit a network location for a
!           work that was published at least four years before the
!           Document itself, or if the original publisher of the version
!           it refers to gives permission.
  
         K. For any section Entitled "Acknowledgements" or "Dedications",
!           Preserve the Title of the section, and preserve in the
!           section all the substance and tone of each of the contributor
            acknowledgements and/or dedications given therein.
  
!        L. Preserve all the Invariant Sections of the Document,
!           unaltered in their text and in their titles.  Section numbers
!           or the equivalent are not considered part of the section
!           titles.
  
         M. Delete any section Entitled "Endorsements".  Such a section
            may not be included in the Modified Version.
*************** GNU Free Documentation License
*** 52190,52200 ****
  
       If the Modified Version includes new front-matter sections or
       appendices that qualify as Secondary Sections and contain no
!      material copied from the Document, you may at your option designate
!      some or all of these sections as invariant.  To do this, add their
!      titles to the list of Invariant Sections in the Modified Version's
!      license notice.  These titles must be distinct from any other
!      section titles.
  
       You may add a section Entitled "Endorsements", provided it contains
       nothing but endorsements of your Modified Version by various
--- 52872,52882 ----
  
       If the Modified Version includes new front-matter sections or
       appendices that qualify as Secondary Sections and contain no
!      material copied from the Document, you may at your option
!      designate some or all of these sections as invariant.  To do this,
!      add their titles to the list of Invariant Sections in the Modified
!      Version's license notice.  These titles must be distinct from any
!      other section titles.
  
       You may add a section Entitled "Endorsements", provided it contains
       nothing but endorsements of your Modified Version by various
*************** GNU Free Documentation License
*** 52203,52217 ****
       definition of a standard.
  
       You may add a passage of up to five words as a Front-Cover Text,
!      and a passage of up to 25 words as a Back-Cover Text, to the end of
!      the list of Cover Texts in the Modified Version.  Only one passage
!      of Front-Cover Text and one of Back-Cover Text may be added by (or
!      through arrangements made by) any one entity.  If the Document
!      already includes a cover text for the same cover, previously added
!      by you or by arrangement made by the same entity you are acting on
!      behalf of, you may not add another; but you may replace the old
!      one, on explicit permission from the previous publisher that added
!      the old one.
  
       The author(s) and publisher(s) of the Document do not by this
       License give permission to use their names for publicity for or to
--- 52885,52899 ----
       definition of a standard.
  
       You may add a passage of up to five words as a Front-Cover Text,
!      and a passage of up to 25 words as a Back-Cover Text, to the end
!      of the list of Cover Texts in the Modified Version.  Only one
!      passage of Front-Cover Text and one of Back-Cover Text may be
!      added by (or through arrangements made by) any one entity.  If the
!      Document already includes a cover text for the same cover,
!      previously added by you or by arrangement made by the same entity
!      you are acting on behalf of, you may not add another; but you may
!      replace the old one, on explicit permission from the previous
!      publisher that added the old one.
  
       The author(s) and publisher(s) of the Document do not by this
       License give permission to use their names for publicity for or to
*************** GNU Free Documentation License
*** 52221,52228 ****
  
       You may combine the Document with other documents released under
       this License, under the terms defined in section 4 above for
!      modified versions, provided that you include in the combination all
!      of the Invariant Sections of all of the original documents,
       unmodified, and list them all as Invariant Sections of your
       combined work in its license notice, and that you preserve all
       their Warranty Disclaimers.
--- 52903,52910 ----
  
       You may combine the Document with other documents released under
       this License, under the terms defined in section 4 above for
!      modified versions, provided that you include in the combination
!      all of the Invariant Sections of all of the original documents,
       unmodified, and list them all as Invariant Sections of your
       combined work in its license notice, and that you preserve all
       their Warranty Disclaimers.
*************** GNU Free Documentation License
*** 52249,52268 ****
       documents released under this License, and replace the individual
       copies of this License in the various documents with a single copy
       that is included in the collection, provided that you follow the
!      rules of this License for verbatim copying of each of the documents
!      in all other respects.
  
       You may extract a single document from such a collection, and
       distribute it individually under this License, provided you insert
!      a copy of this License into the extracted document, and follow this
!      License in all other respects regarding verbatim copying of that
!      document.
  
    7. AGGREGATION WITH INDEPENDENT WORKS
  
       A compilation of the Document or its derivatives with other
!      separate and independent documents or works, in or on a volume of a
!      storage or distribution medium, is called an "aggregate" if the
       copyright resulting from the compilation is not used to limit the
       legal rights of the compilation's users beyond what the individual
       works permit.  When the Document is included in an aggregate, this
--- 52931,52950 ----
       documents released under this License, and replace the individual
       copies of this License in the various documents with a single copy
       that is included in the collection, provided that you follow the
!      rules of this License for verbatim copying of each of the
!      documents in all other respects.
  
       You may extract a single document from such a collection, and
       distribute it individually under this License, provided you insert
!      a copy of this License into the extracted document, and follow
!      this License in all other respects regarding verbatim copying of
!      that document.
  
    7. AGGREGATION WITH INDEPENDENT WORKS
  
       A compilation of the Document or its derivatives with other
!      separate and independent documents or works, in or on a volume of
!      a storage or distribution medium, is called an "aggregate" if the
       copyright resulting from the compilation is not used to limit the
       legal rights of the compilation's users beyond what the individual
       works permit.  When the Document is included in an aggregate, this
*************** GNU Free Documentation License
*** 52307,52314 ****
  
       However, if you cease all violation of this License, then your
       license from a particular copyright holder is reinstated (a)
!      provisionally, unless and until the copyright holder explicitly and
!      finally terminates your license, and (b) permanently, if the
       copyright holder fails to notify you of the violation by some
       reasonable means prior to 60 days after the cessation.
  
--- 52989,52996 ----
  
       However, if you cease all violation of this License, then your
       license from a particular copyright holder is reinstated (a)
!      provisionally, unless and until the copyright holder explicitly
!      and finally terminates your license, and (b) permanently, if the
       copyright holder fails to notify you of the violation by some
       reasonable means prior to 60 days after the cessation.
  
*************** GNU Free Documentation License
*** 52320,52352 ****
       after your receipt of the notice.
  
       Termination of your rights under this section does not terminate
!      the licenses of parties who have received copies or rights from you
!      under this License.  If your rights have been terminated and not
!      permanently reinstated, receipt of a copy of some or all of the
!      same material does not give you any rights to use it.
  
!   10. FUTURE REVISIONS OF THIS LICENSE
  
       The Free Software Foundation may publish new, revised versions of
       the GNU Free Documentation License from time to time.  Such new
       versions will be similar in spirit to the present version, but may
       differ in detail to address new problems or concerns.  See
!      <http://www.gnu.org/copyleft/>.
  
       Each version of the License is given a distinguishing version
       number.  If the Document specifies that a particular numbered
       version of this License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
       that specified version or of any later version that has been
!      published (not as a draft) by the Free Software Foundation.  If the
!      Document does not specify a version number of this License, you may
!      choose any version ever published (not as a draft) by the Free
!      Software Foundation.  If the Document specifies that a proxy can
!      decide which future versions of this License can be used, that
       proxy's public statement of acceptance of a version permanently
       authorizes you to choose that version for the Document.
  
!   11. RELICENSING
  
       "Massive Multiauthor Collaboration Site" (or "MMC Site") means any
       World Wide Web server that publishes copyrightable works and also
--- 53002,53034 ----
       after your receipt of the notice.
  
       Termination of your rights under this section does not terminate
!      the licenses of parties who have received copies or rights from
!      you under this License.  If your rights have been terminated and
!      not permanently reinstated, receipt of a copy of some or all of
!      the same material does not give you any rights to use it.
  
!  10. FUTURE REVISIONS OF THIS LICENSE
  
       The Free Software Foundation may publish new, revised versions of
       the GNU Free Documentation License from time to time.  Such new
       versions will be similar in spirit to the present version, but may
       differ in detail to address new problems or concerns.  See
!      `http://www.gnu.org/copyleft/'.
  
       Each version of the License is given a distinguishing version
       number.  If the Document specifies that a particular numbered
       version of this License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
       that specified version or of any later version that has been
!      published (not as a draft) by the Free Software Foundation.  If
!      the Document does not specify a version number of this License,
!      you may choose any version ever published (not as a draft) by the
!      Free Software Foundation.  If the Document specifies that a proxy
!      can decide which future versions of this License can be used, that
       proxy's public statement of acceptance of a version permanently
       authorizes you to choose that version for the Document.
  
!  11. RELICENSING
  
       "Massive Multiauthor Collaboration Site" (or "MMC Site") means any
       World Wide Web server that publishes copyrightable works and also
*************** GNU Free Documentation License
*** 52376,52381 ****
--- 53058,53064 ----
       site under CC-BY-SA on the same site at any time before August 1,
       2009, provided the MMC is eligible for relicensing.
  
+ 
  ADDENDUM: How to use this License for your documents
  ====================================================
  
*************** notices just after the title page:
*** 52392,52398 ****
         Free Documentation License''.
  
   If you have Invariant Sections, Front-Cover Texts and Back-Cover Texts,
! replace the "with...Texts."  line with this:
  
           with the Invariant Sections being LIST THEIR TITLES, with
           the Front-Cover Texts being LIST, and with the Back-Cover Texts
--- 53075,53081 ----
         Free Documentation License''.
  
   If you have Invariant Sections, Front-Cover Texts and Back-Cover Texts,
! replace the "with...Texts." line with this:
  
           with the Invariant Sections being LIST THEIR TITLES, with
           the Front-Cover Texts being LIST, and with the Back-Cover Texts
*************** combination of the three, merge those tw
*** 52403,52411 ****
  situation.
  
   If your document contains nontrivial examples of program code, we
! recommend releasing these examples in parallel under your choice of free
! software license, such as the GNU General Public License, to permit
! their use in free software.
  
  
  File: gcc.info,  Node: Contributors,  Next: Option Index,  Prev: GNU Free Documentation License,  Up: Top
--- 53086,53094 ----
  situation.
  
   If your document contains nontrivial examples of program code, we
! recommend releasing these examples in parallel under your choice of
! free software license, such as the GNU General Public License, to
! permit their use in free software.
  
  
  File: gcc.info,  Node: Contributors,  Next: Option Index,  Prev: GNU Free Documentation License,  Up: Top
*************** File: gcc.info,  Node: Contributors,  Ne
*** 52413,52421 ****
  Contributors to GCC
  *******************
  
! The GCC project would like to thank its many contributors.  Without them
! the project would not have been nearly as successful as it has been.
! Any omissions in this list are accidental.  Feel free to contact
  <law@redhat.com> or <gerald@pfeifer.com> if you have been left out or
  some of your contributions are not listed.  Please keep this list in
  alphabetical order.
--- 53096,53104 ----
  Contributors to GCC
  *******************
  
! The GCC project would like to thank its many contributors.  Without
! them the project would not have been nearly as successful as it has
! been.  Any omissions in this list are accidental.  Feel free to contact
  <law@redhat.com> or <gerald@pfeifer.com> if you have been left out or
  some of your contributions are not listed.  Please keep this list in
  alphabetical order.
*************** alphabetical order.
*** 52556,52562 ****
     * The GNU Classpath project for all of their merged runtime code.
  
     * Nick Clifton for arm, mcore, fr30, v850, m32r, msp430 rx work,
!      '--help', and other random hacking.
  
     * Michael Cook for libstdc++ cleanup patches to reduce warnings.
  
--- 53239,53245 ----
     * The GNU Classpath project for all of their merged runtime code.
  
     * Nick Clifton for arm, mcore, fr30, v850, m32r, msp430 rx work,
!      `--help', and other random hacking.
  
     * Michael Cook for libstdc++ cleanup patches to reduce warnings.
  
*************** alphabetical order.
*** 52580,52587 ****
  
     * Palmer Dabbelt for his work maintaining the RISC-V port.
  
!    * Dario Dariol contributed the four varieties of sample programs that
!      print a copy of their source.
  
     * Russell Davidson for fstream and stringstream fixes in libstdc++.
  
--- 53263,53270 ----
  
     * Palmer Dabbelt for his work maintaining the RISC-V port.
  
!    * Dario Dariol contributed the four varieties of sample programs
!      that print a copy of their source.
  
     * Russell Davidson for fstream and stringstream fixes in libstdc++.
  
*************** alphabetical order.
*** 52598,52616 ****
  
     * Gabriel Dos Reis for contributions to G++, contributions and
       maintenance of GCC diagnostics infrastructure, libstdc++-v3,
!      including 'valarray<>', 'complex<>', maintaining the numerics
!      library (including that pesky '<limits>' :-) and keeping up-to-date
!      anything to do with numbers.
  
     * Ulrich Drepper for his work on glibc, testing of GCC using glibc,
!      ISO C99 support, CFG dumping support, etc., plus support of the C++
!      runtime libraries including for all kinds of C interface issues,
!      contributing and maintaining 'complex<>', sanity checking and
!      disbursement, configuration architecture, libio maintenance, and
!      early math work.
  
     * Franc,ois Dumont for his work on libstdc++-v3, especially
!      maintaining and improving 'debug-mode' and associative and
       unordered containers.
  
     * Zdenek Dvorak for a new loop unroller and various fixes.
--- 53281,53299 ----
  
     * Gabriel Dos Reis for contributions to G++, contributions and
       maintenance of GCC diagnostics infrastructure, libstdc++-v3,
!      including `valarray<>', `complex<>', maintaining the numerics
!      library (including that pesky `<limits>' :-) and keeping
!      up-to-date anything to do with numbers.
  
     * Ulrich Drepper for his work on glibc, testing of GCC using glibc,
!      ISO C99 support, CFG dumping support, etc., plus support of the
!      C++ runtime libraries including for all kinds of C interface
!      issues, contributing and maintaining `complex<>', sanity checking
!      and disbursement, configuration architecture, libio maintenance,
!      and early math work.
  
     * Franc,ois Dumont for his work on libstdc++-v3, especially
!      maintaining and improving `debug-mode' and associative and
       unordered containers.
  
     * Zdenek Dvorak for a new loop unroller and various fixes.
*************** alphabetical order.
*** 52662,52671 ****
     * Peter Gerwinski for various bug fixes and the Pascal front end.
  
     * Kaveh R. Ghazi for his direction via the steering committee,
!      amazing work to make '-W -Wall -W* -Werror' useful, and testing GCC
!      on a plethora of platforms.  Kaveh extends his gratitude to the
!      CAIP Center at Rutgers University for providing him with computing
!      resources to work on Free Software from the late 1980s to 2010.
  
     * John Gilmore for a donation to the FSF earmarked improving GNU
       Java.
--- 53345,53355 ----
     * Peter Gerwinski for various bug fixes and the Pascal front end.
  
     * Kaveh R. Ghazi for his direction via the steering committee,
!      amazing work to make `-W -Wall -W* -Werror' useful, and testing
!      GCC on a plethora of platforms.  Kaveh extends his gratitude to
!      the CAIP Center at Rutgers University for providing him with
!      computing resources to work on Free Software from the late 1980s
!      to 2010.
  
     * John Gilmore for a donation to the FSF earmarked improving GNU
       Java.
*************** alphabetical order.
*** 52677,52697 ****
       support, improved leaf function register allocation, and his
       direction via the steering committee.
  
!    * Jonny Grant for improvements to 'collect2's' '--help'
       documentation.
  
!    * Anthony Green for his '-Os' contributions, the moxie port, and Java
!      front end work.
  
!    * Stu Grossman for gdb hacking, allowing GCJ developers to debug Java
!      code.
  
     * Michael K. Gschwind contributed the port to the PDP-11.
  
     * Richard Biener for his ongoing middle-end contributions and bug
       fixes and for release management.
  
!    * Ron Guilmette implemented the 'protoize' and 'unprotoize' tools,
       the support for DWARF 1 symbolic debugging information, and much of
       the support for System V Release 4.  He has also worked heavily on
       the Intel 386 and 860 support.
--- 53361,53381 ----
       support, improved leaf function register allocation, and his
       direction via the steering committee.
  
!    * Jonny Grant for improvements to `collect2's' `--help'
       documentation.
  
!    * Anthony Green for his `-Os' contributions, the moxie port, and
!      Java front end work.
  
!    * Stu Grossman for gdb hacking, allowing GCJ developers to debug
!      Java code.
  
     * Michael K. Gschwind contributed the port to the PDP-11.
  
     * Richard Biener for his ongoing middle-end contributions and bug
       fixes and for release management.
  
!    * Ron Guilmette implemented the `protoize' and `unprotoize' tools,
       the support for DWARF 1 symbolic debugging information, and much of
       the support for System V Release 4.  He has also worked heavily on
       the Intel 386 and 860 support.
*************** alphabetical order.
*** 52710,52717 ****
       series 300.
  
     * Michael Hayes for various thankless work he's done trying to get
!      the c30/c40 ports functional.  Lots of loop and unroll improvements
!      and fixes.
  
     * Dara Hazeghi for wading through myriads of target-specific bug
       reports.
--- 53394,53401 ----
       series 300.
  
     * Michael Hayes for various thankless work he's done trying to get
!      the c30/c40 ports functional.  Lots of loop and unroll
!      improvements and fixes.
  
     * Dara Hazeghi for wading through myriads of target-specific bug
       reports.
*************** alphabetical order.
*** 52745,52752 ****
  
     * Falk Hueffner for working on C and optimization bug reports.
  
!    * Bernardo Innocenti for his m68k work, including merging of ColdFire
!      improvements and uClinux support.
  
     * Christian Iseli for various bug fixes.
  
--- 53429,53436 ----
  
     * Falk Hueffner for working on C and optimization bug reports.
  
!    * Bernardo Innocenti for his m68k work, including merging of
!      ColdFire improvements and uClinux support.
  
     * Christian Iseli for various bug fixes.
  
*************** alphabetical order.
*** 52799,52811 ****
     * Richard Kenner of the New York University Ultracomputer Research
       Laboratory wrote the machine descriptions for the AMD 29000, the
       DEC Alpha, the IBM RT PC, and the IBM RS/6000 as well as the
!      support for instruction attributes.  He also made changes to better
!      support RISC processors including changes to common subexpression
!      elimination, strength reduction, function calling sequence
!      handling, and condition code support, in addition to generalizing
!      the code for frame pointer elimination and delay slot scheduling.
!      Richard Kenner was also the head maintainer of GCC for several
!      years.
  
     * Mumit Khan for various contributions to the Cygwin and Mingw32
       ports and maintaining binary releases for Microsoft Windows hosts,
--- 53483,53495 ----
     * Richard Kenner of the New York University Ultracomputer Research
       Laboratory wrote the machine descriptions for the AMD 29000, the
       DEC Alpha, the IBM RT PC, and the IBM RS/6000 as well as the
!      support for instruction attributes.  He also made changes to
!      better support RISC processors including changes to common
!      subexpression elimination, strength reduction, function calling
!      sequence handling, and condition code support, in addition to
!      generalizing the code for frame pointer elimination and delay slot
!      scheduling.  Richard Kenner was also the head maintainer of GCC
!      for several years.
  
     * Mumit Khan for various contributions to the Cygwin and Mingw32
       ports and maintaining binary releases for Microsoft Windows hosts,
*************** alphabetical order.
*** 52831,52841 ****
     * Asher Langton and Mike Kumbera for contributing Cray pointer
       support to GNU Fortran, and for other GNU Fortran improvements.
  
!    * Jeff Law for his direction via the steering committee, coordinating
!      the entire egcs project and GCC 2.95, rolling out snapshots and
!      releases, handling merges from GCC2, reviewing tons of patches that
!      might have fallen through the cracks else, and random but extensive
!      hacking.
  
     * Walter Lee for work on the TILE-Gx and TILEPro ports.
  
--- 53515,53525 ----
     * Asher Langton and Mike Kumbera for contributing Cray pointer
       support to GNU Fortran, and for other GNU Fortran improvements.
  
!    * Jeff Law for his direction via the steering committee,
!      coordinating the entire egcs project and GCC 2.95, rolling out
!      snapshots and releases, handling merges from GCC2, reviewing tons
!      of patches that might have fallen through the cracks else, and
!      random but extensive hacking.
  
     * Walter Lee for work on the TILE-Gx and TILEPro ports.
  
*************** alphabetical order.
*** 52864,52870 ****
  
     * Weiwen Liu for testing and various bug fixes.
  
!    * Manuel Lo'pez-Iba'n~ez for improving '-Wconversion' and many other
       diagnostics fixes and improvements.
  
     * Dave Love for his ongoing work with the Fortran front end and
--- 53548,53554 ----
  
     * Weiwen Liu for testing and various bug fixes.
  
!    * Manuel Lo'pez-Iba'n~ez for improving `-Wconversion' and many other
       diagnostics fixes and improvements.
  
     * Dave Love for his ongoing work with the Fortran front end and
*************** alphabetical order.
*** 52881,52893 ****
     * Greg McGary for random fixes and (someday) bounded pointers.
  
     * Andrew MacLeod for his ongoing work in building a real EH system,
!      various code generation improvements, work on the global optimizer,
!      etc.
  
     * Vladimir Makarov for hacking some ugly i960 problems, PowerPC
!      hacking improvements to compile-time performance, overall knowledge
!      and direction in the area of instruction scheduling, and design and
!      implementation of the automaton based instruction scheduler.
  
     * Bob Manson for his behind the scenes work on dejagnu.
  
--- 53565,53578 ----
     * Greg McGary for random fixes and (someday) bounded pointers.
  
     * Andrew MacLeod for his ongoing work in building a real EH system,
!      various code generation improvements, work on the global
!      optimizer, etc.
  
     * Vladimir Makarov for hacking some ugly i960 problems, PowerPC
!      hacking improvements to compile-time performance, overall
!      knowledge and direction in the area of instruction scheduling, and
!      design and implementation of the automaton based instruction
!      scheduler.
  
     * Bob Manson for his behind the scenes work on dejagnu.
  
*************** alphabetical order.
*** 52926,52932 ****
  
     * Mark Mitchell for his direction via the steering committee,
       mountains of C++ work, load/store hoisting out of loops, alias
!      analysis improvements, ISO C 'restrict' support, and serving as
       release manager from 2000 to 2011.
  
     * Alan Modra for various GNU/Linux bits and testing.
--- 53611,53617 ----
  
     * Mark Mitchell for his direction via the steering committee,
       mountains of C++ work, load/store hoisting out of loops, alias
!      analysis improvements, ISO C `restrict' support, and serving as
       release manager from 2000 to 2011.
  
     * Alan Modra for various GNU/Linux bits and testing.
*************** alphabetical order.
*** 52936,52944 ****
  
     * Jason Molenda for major help in the care and feeding of all the
       services on the gcc.gnu.org (formerly egcs.cygnus.com)
!      machine--mail, web services, ftp services, etc etc.  Doing all this
!      work on scrap paper and the backs of envelopes would have been...
!      difficult.
  
     * Catherine Moore for fixing various ugly problems we have sent her
       way, including the haifa bug which was killing the Alpha & PowerPC
--- 53621,53629 ----
  
     * Jason Molenda for major help in the care and feeding of all the
       services on the gcc.gnu.org (formerly egcs.cygnus.com)
!      machine--mail, web services, ftp services, etc etc.  Doing all
!      this work on scrap paper and the backs of envelopes would have
!      been... difficult.
  
     * Catherine Moore for fixing various ugly problems we have sent her
       way, including the haifa bug which was killing the Alpha & PowerPC
*************** alphabetical order.
*** 52950,52957 ****
       initial IA-64 port.
  
     * Stephen Moshier contributed the floating point emulator that
!      assists in cross-compilation and permits support for floating point
!      numbers wider than 64 bits and for ISO C99 support.
  
     * Bill Moyer for his behind the scenes work on various issues.
  
--- 53635,53642 ----
       initial IA-64 port.
  
     * Stephen Moshier contributed the floating point emulator that
!      assists in cross-compilation and permits support for floating
!      point numbers wider than 64 bits and for ISO C99 support.
  
     * Bill Moyer for his behind the scenes work on various issues.
  
*************** alphabetical order.
*** 52974,52982 ****
     * NeXT, Inc. donated the front end that supports the Objective-C
       language.
  
!    * Hans-Peter Nilsson for the CRIS and MMIX ports, improvements to the
!      search engine setup, various documentation fixes and other small
!      fixes.
  
     * Geoff Noer for his work on getting cygwin native builds working.
  
--- 53659,53667 ----
     * NeXT, Inc. donated the front end that supports the Objective-C
       language.
  
!    * Hans-Peter Nilsson for the CRIS and MMIX ports, improvements to
!      the search engine setup, various documentation fixes and other
!      small fixes.
  
     * Geoff Noer for his work on getting cygwin native builds working.
  
*************** alphabetical order.
*** 52984,52991 ****
       tracking web pages, GIMPLE tuples, and assorted fixes.
  
     * David O'Brien for the FreeBSD/alpha, FreeBSD/AMD x86-64,
!      FreeBSD/ARM, FreeBSD/PowerPC, and FreeBSD/SPARC64 ports and related
!      infrastructure improvements.
  
     * Alexandre Oliva for various build infrastructure improvements,
       scripts and amazing testing work, including keeping libtool issues
--- 53669,53676 ----
       tracking web pages, GIMPLE tuples, and assorted fixes.
  
     * David O'Brien for the FreeBSD/alpha, FreeBSD/AMD x86-64,
!      FreeBSD/ARM, FreeBSD/PowerPC, and FreeBSD/SPARC64 ports and
!      related infrastructure improvements.
  
     * Alexandre Oliva for various build infrastructure improvements,
       scripts and amazing testing work, including keeping libtool issues
*************** alphabetical order.
*** 52997,53004 ****
  
     * Rainer Orth for random MIPS work, including improvements to GCC's
       o32 ABI support, improvements to dejagnu's MIPS support, Java
!      configuration clean-ups and porting work, and maintaining the IRIX,
!      Solaris 2, and Tru64 UNIX ports.
  
     * Hartmut Penner for work on the s390 port.
  
--- 53682,53689 ----
  
     * Rainer Orth for random MIPS work, including improvements to GCC's
       o32 ABI support, improvements to dejagnu's MIPS support, Java
!      configuration clean-ups and porting work, and maintaining the
!      IRIX, Solaris 2, and Tru64 UNIX ports.
  
     * Hartmut Penner for work on the s390 port.
  
*************** alphabetical order.
*** 53048,53054 ****
  
     * David Ronis inspired and encouraged Craig to rewrite the G77
       documentation in texinfo format by contributing a first pass at a
!      translation of the old 'g77-0.5.16/f/DOC' file.
  
     * Ken Rose for fixes to GCC's delay slot filling code.
  
--- 53733,53739 ----
  
     * David Ronis inspired and encouraged Craig to rewrite the G77
       documentation in texinfo format by contributing a first pass at a
!      translation of the old `g77-0.5.16/f/DOC' file.
  
     * Ken Rose for fixes to GCC's delay slot filling code.
  
*************** alphabetical order.
*** 53080,53087 ****
     * Tobias Schlu"ter for work on GNU Fortran.
  
     * Bernd Schmidt for various code generation improvements and major
!      work in the reload pass, serving as release manager for GCC 2.95.3,
!      and work on the Blackfin and C6X ports.
  
     * Peter Schmid for constant testing of libstdc++--especially
       application testing, going above and beyond what was requested for
--- 53765,53772 ----
     * Tobias Schlu"ter for work on GNU Fortran.
  
     * Bernd Schmidt for various code generation improvements and major
!      work in the reload pass, serving as release manager for GCC
!      2.95.3, and work on the Blackfin and C6X ports.
  
     * Peter Schmid for constant testing of libstdc++--especially
       application testing, going above and beyond what was requested for
*************** alphabetical order.
*** 53096,53102 ****
     * Dodji Seketeli for numerous C++ bug fixes and debug info
       improvements.
  
!    * Tim Shen for major work on '<regex>'.
  
     * Joel Sherrill for his direction via the steering committee, RTEMS
       contributions and RTEMS testing.
--- 53781,53787 ----
     * Dodji Seketeli for numerous C++ bug fixes and debug info
       improvements.
  
!    * Tim Shen for major work on `<regex>'.
  
     * Joel Sherrill for his direction via the steering committee, RTEMS
       contributions and RTEMS testing.
*************** alphabetical order.
*** 53111,53118 ****
       from the LWG (thereby keeping GCC in line with updates from the
       ISO).
  
!    * Franz Sirl for his ongoing work with making the PPC port stable for
!      GNU/Linux.
  
     * Andrey Slepuhin for assorted AIX hacking.
  
--- 53796,53803 ----
       from the LWG (thereby keeping GCC in line with updates from the
       ISO).
  
!    * Franz Sirl for his ongoing work with making the PPC port stable
!      for GNU/Linux.
  
     * Andrey Slepuhin for assorted AIX hacking.
  
*************** alphabetical order.
*** 53127,53138 ****
     * Randy Smith finished the Sun FPA support.
  
     * Ed Smith-Rowland for his continuous work on libstdc++-v3, special
!      functions, '<random>', and various improvements to C++11 features.
  
     * Scott Snyder for queue, iterator, istream, and string fixes and
       libstdc++ testsuite entries.  Also for providing the patch to G77
!      to add rudimentary support for 'INTEGER*1', 'INTEGER*2', and
!      'LOGICAL*1'.
  
     * Zdenek Sojka for running automated regression testing of GCC and
       reporting numerous bugs.
--- 53812,53823 ----
     * Randy Smith finished the Sun FPA support.
  
     * Ed Smith-Rowland for his continuous work on libstdc++-v3, special
!      functions, `<random>', and various improvements to C++11 features.
  
     * Scott Snyder for queue, iterator, istream, and string fixes and
       libstdc++ testsuite entries.  Also for providing the patch to G77
!      to add rudimentary support for `INTEGER*1', `INTEGER*2', and
!      `LOGICAL*1'.
  
     * Zdenek Sojka for running automated regression testing of GCC and
       reporting numerous bugs.
*************** alphabetical order.
*** 53156,53163 ****
  
     * John Stracke for his Java HTTP protocol fixes.
  
!    * Mike Stump for his Elxsi port, G++ contributions over the years and
!      more recently his vxworks contributions
  
     * Jeff Sturm for Java porting help, bug fixes, and encouragement.
  
--- 53841,53848 ----
  
     * John Stracke for his Java HTTP protocol fixes.
  
!    * Mike Stump for his Elxsi port, G++ contributions over the years
!      and more recently his vxworks contributions
  
     * Jeff Sturm for Java porting help, bug fixes, and encouragement.
  
*************** alphabetical order.
*** 53216,53223 ****
     * Jonathan Wakely for contributing libstdc++ Doxygen notes and XHTML
       guidance.
  
!    * Dean Wakerley for converting the install documentation from HTML to
!      texinfo in time for GCC 3.0.
  
     * Krister Walfridsson for random bug fixes.
  
--- 53901,53908 ----
     * Jonathan Wakely for contributing libstdc++ Doxygen notes and XHTML
       guidance.
  
!    * Dean Wakerley for converting the install documentation from HTML
!      to texinfo in time for GCC 3.0.
  
     * Krister Walfridsson for random bug fixes.
  
*************** alphabetical order.
*** 53225,53232 ****
  
     * Stephen M. Webb for time and effort on making libstdc++ shadow
       files work with the tricky Solaris 8+ headers, and for pushing the
!      build-time header tree.  Also, for starting and driving the
!      '<regex>' effort.
  
     * John Wehle for various improvements for the x86 code generator,
       related infrastructure improvements to help x86 code generation,
--- 53910,53917 ----
  
     * Stephen M. Webb for time and effort on making libstdc++ shadow
       files work with the tricky Solaris 8+ headers, and for pushing the
!      build-time header tree. Also, for starting and driving the
!      `<regex>' effort.
  
     * John Wehle for various improvements for the x86 code generator,
       related infrastructure improvements to help x86 code generation,
*************** alphabetical order.
*** 53250,53257 ****
     * Bob Wilson from Tensilica, Inc. for the Xtensa port.
  
     * Jim Wilson for his direction via the steering committee, tackling
!      hard problems in various places that nobody else wanted to work on,
!      strength reduction and other loop optimizations.
  
     * Paul Woegerer and Tal Agmon for the CRX port.
  
--- 53935,53942 ----
     * Bob Wilson from Tensilica, Inc. for the Xtensa port.
  
     * Jim Wilson for his direction via the steering committee, tackling
!      hard problems in various places that nobody else wanted to work
!      on, strength reduction and other loop optimizations.
  
     * Paul Woegerer and Tal Agmon for the CRX port.
  
*************** alphabetical order.
*** 53274,53279 ****
--- 53959,53965 ----
  
     * Gilles Zunino for help porting Java to Irix.
  
+ 
   The following people are recognized for their contributions to GNAT,
  the Ada front end of GCC:
     * Bernard Banner
*************** the Ada front end of GCC:
*** 53370,53471 ****
  
     * Samuel Tardieu
  
   The following people are recognized for their contributions of new
  features, bug reports, testing and integration of classpath/libgcj for
  GCC version 4.1:
!    * Lillian Angel for 'JTree' implementation and lots Free Swing
       additions and bug fixes.
  
!    * Wolfgang Baer for 'GapContent' bug fixes.
  
!    * Anthony Balkissoon for 'JList', Free Swing 1.5 updates and mouse
!      event fixes, lots of Free Swing work including 'JTable' editing.
  
     * Stuart Ballard for RMI constant fixes.
  
!    * Goffredo Baroncelli for 'HTTPURLConnection' fixes.
  
!    * Gary Benson for 'MessageFormat' fixes.
  
!    * Daniel Bonniot for 'Serialization' fixes.
  
!    * Chris Burdess for lots of gnu.xml and http protocol fixes, 'StAX'
!      and 'DOM xml:id' support.
  
!    * Ka-Hing Cheung for 'TreePath' and 'TreeSelection' fixes.
  
     * Archie Cobbs for build fixes, VM interface updates,
!      'URLClassLoader' updates.
  
     * Kelley Cook for build fixes.
  
!    * Martin Cordova for Suggestions for better 'SocketTimeoutException'.
  
!    * David Daney for 'BitSet' bug fixes, 'HttpURLConnection' rewrite and
!      improvements.
  
     * Thomas Fitzsimmons for lots of upgrades to the gtk+ AWT and Cairo
!      2D support.  Lots of imageio framework additions, lots of AWT and
       Free Swing bug fixes.
  
!    * Jeroen Frijters for 'ClassLoader' and nio cleanups, serialization
!      fixes, better 'Proxy' support, bug fixes and IKVM integration.
  
!    * Santiago Gala for 'AccessControlContext' fixes.
  
!    * Nicolas Geoffray for 'VMClassLoader' and 'AccessController'
       improvements.
  
!    * David Gilbert for 'basic' and 'metal' icon and plaf support and
       lots of documenting, Lots of Free Swing and metal theme additions.
!      'MetalIconFactory' implementation.
  
!    * Anthony Green for 'MIDI' framework, 'ALSA' and 'DSSI' providers.
  
!    * Andrew Haley for 'Serialization' and 'URLClassLoader' fixes, gcj
       build speedups.
  
!    * Kim Ho for 'JFileChooser' implementation.
  
!    * Andrew John Hughes for 'Locale' and net fixes, URI RFC2986 updates,
!      'Serialization' fixes, 'Properties' XML support and generic branch
!      work, VMIntegration guide update.
  
!    * Bastiaan Huisman for 'TimeZone' bug fixing.
  
     * Andreas Jaeger for mprec updates.
  
!    * Paul Jenner for better '-Werror' support.
  
!    * Ito Kazumitsu for 'NetworkInterface' implementation and updates.
  
!    * Roman Kennke for 'BoxLayout', 'GrayFilter' and 'SplitPane', plus
!      bug fixes all over.  Lots of Free Swing work including styled text.
  
!    * Simon Kitching for 'String' cleanups and optimization suggestions.
  
!    * Michael Koch for configuration fixes, 'Locale' updates, bug and
       build fixes.
  
     * Guilhem Lavaux for configuration, thread and channel fixes and
!      Kaffe integration.  JCL native 'Pointer' updates.  Logger bug
!      fixes.
  
     * David Lichteblau for JCL support library global/local reference
       cleanups.
  
     * Aaron Luchko for JDWP updates and documentation fixes.
  
!    * Ziga Mahkovec for 'Graphics2D' upgraded to Cairo 0.5 and new regex
       features.
  
!    * Sven de Marothy for BMP imageio support, CSS and 'TextLayout'
!      fixes.  'GtkImage' rewrite, 2D, awt, free swing and date/time fixes
       and implementing the Qt4 peers.
  
!    * Casey Marshall for crypto algorithm fixes, 'FileChannel' lock,
!      'SystemLogger' and 'FileHandler' rotate implementations, NIO
!      'FileChannel.map' support, security and policy updates.
  
     * Bryce McKinlay for RMI work.
  
--- 54056,54157 ----
  
     * Samuel Tardieu
  
+ 
   The following people are recognized for their contributions of new
  features, bug reports, testing and integration of classpath/libgcj for
  GCC version 4.1:
!    * Lillian Angel for `JTree' implementation and lots Free Swing
       additions and bug fixes.
  
!    * Wolfgang Baer for `GapContent' bug fixes.
  
!    * Anthony Balkissoon for `JList', Free Swing 1.5 updates and mouse
!      event fixes, lots of Free Swing work including `JTable' editing.
  
     * Stuart Ballard for RMI constant fixes.
  
!    * Goffredo Baroncelli for `HTTPURLConnection' fixes.
  
!    * Gary Benson for `MessageFormat' fixes.
  
!    * Daniel Bonniot for `Serialization' fixes.
  
!    * Chris Burdess for lots of gnu.xml and http protocol fixes, `StAX'
!      and `DOM xml:id' support.
  
!    * Ka-Hing Cheung for `TreePath' and `TreeSelection' fixes.
  
     * Archie Cobbs for build fixes, VM interface updates,
!      `URLClassLoader' updates.
  
     * Kelley Cook for build fixes.
  
!    * Martin Cordova for Suggestions for better `SocketTimeoutException'.
  
!    * David Daney for `BitSet' bug fixes, `HttpURLConnection' rewrite
!      and improvements.
  
     * Thomas Fitzsimmons for lots of upgrades to the gtk+ AWT and Cairo
!      2D support. Lots of imageio framework additions, lots of AWT and
       Free Swing bug fixes.
  
!    * Jeroen Frijters for `ClassLoader' and nio cleanups, serialization
!      fixes, better `Proxy' support, bug fixes and IKVM integration.
  
!    * Santiago Gala for `AccessControlContext' fixes.
  
!    * Nicolas Geoffray for `VMClassLoader' and `AccessController'
       improvements.
  
!    * David Gilbert for `basic' and `metal' icon and plaf support and
       lots of documenting, Lots of Free Swing and metal theme additions.
!      `MetalIconFactory' implementation.
  
!    * Anthony Green for `MIDI' framework, `ALSA' and `DSSI' providers.
  
!    * Andrew Haley for `Serialization' and `URLClassLoader' fixes, gcj
       build speedups.
  
!    * Kim Ho for `JFileChooser' implementation.
  
!    * Andrew John Hughes for `Locale' and net fixes, URI RFC2986
!      updates, `Serialization' fixes, `Properties' XML support and
!      generic branch work, VMIntegration guide update.
  
!    * Bastiaan Huisman for `TimeZone' bug fixing.
  
     * Andreas Jaeger for mprec updates.
  
!    * Paul Jenner for better `-Werror' support.
  
!    * Ito Kazumitsu for `NetworkInterface' implementation and updates.
  
!    * Roman Kennke for `BoxLayout', `GrayFilter' and `SplitPane', plus
!      bug fixes all over. Lots of Free Swing work including styled text.
  
!    * Simon Kitching for `String' cleanups and optimization suggestions.
  
!    * Michael Koch for configuration fixes, `Locale' updates, bug and
       build fixes.
  
     * Guilhem Lavaux for configuration, thread and channel fixes and
!      Kaffe integration. JCL native `Pointer' updates. Logger bug fixes.
  
     * David Lichteblau for JCL support library global/local reference
       cleanups.
  
     * Aaron Luchko for JDWP updates and documentation fixes.
  
!    * Ziga Mahkovec for `Graphics2D' upgraded to Cairo 0.5 and new regex
       features.
  
!    * Sven de Marothy for BMP imageio support, CSS and `TextLayout'
!      fixes. `GtkImage' rewrite, 2D, awt, free swing and date/time fixes
       and implementing the Qt4 peers.
  
!    * Casey Marshall for crypto algorithm fixes, `FileChannel' lock,
!      `SystemLogger' and `FileHandler' rotate implementations, NIO
!      `FileChannel.map' support, security and policy updates.
  
     * Bryce McKinlay for RMI work.
  
*************** GCC version 4.1:
*** 53476,53520 ****
  
     * Rainer Orth for build fixes.
  
!    * Andrew Overholt for 'File' locking fixes.
  
!    * Ingo Proetel for 'Image', 'Logger' and 'URLClassLoader' updates.
  
!    * Olga Rodimina for 'MenuSelectionManager' implementation.
  
!    * Jan Roehrich for 'BasicTreeUI' and 'JTree' fixes.
  
     * Julian Scheid for documentation updates and gjdoc support.
  
     * Christian Schlichtherle for zip fixes and cleanups.
  
     * Robert Schuster for documentation updates and beans fixes,
!      'TreeNode' enumerations and 'ActionCommand' and various fixes, XML
       and URL, AWT and Free Swing bug fixes.
  
     * Keith Seitz for lots of JDWP work.
  
     * Christian Thalinger for 64-bit cleanups, Configuration and VM
!      interface fixes and 'CACAO' integration, 'fdlibm' updates.
  
!    * Gael Thomas for 'VMClassLoader' boot packages support suggestions.
  
!    * Andreas Tobler for Darwin and Solaris testing and fixing, 'Qt4'
!      support for Darwin/OS X, 'Graphics2D' support, 'gtk+' updates.
  
!    * Dalibor Topic for better 'DEBUG' support, build cleanups and Kaffe
!      integration.  'Qt4' build infrastructure, 'SHA1PRNG' and
!      'GdkPixbugDecoder' updates.
  
     * Tom Tromey for Eclipse integration, generics work, lots of bug
       fixes and gcj integration including coordinating The Big Merge.
  
     * Mark Wielaard for bug fixes, packaging and release management,
!      'Clipboard' implementation, system call interrupts and network
!      timeouts and 'GdkPixpufDecoder' fixes.
  
!  In addition to the above, all of which also contributed time and energy
! in testing GCC, we would like to thank the following for their
  contributions to testing:
  
     * Michael Abd-El-Malek
--- 54162,54207 ----
  
     * Rainer Orth for build fixes.
  
!    * Andrew Overholt for `File' locking fixes.
  
!    * Ingo Proetel for `Image', `Logger' and `URLClassLoader' updates.
  
!    * Olga Rodimina for `MenuSelectionManager' implementation.
  
!    * Jan Roehrich for `BasicTreeUI' and `JTree' fixes.
  
     * Julian Scheid for documentation updates and gjdoc support.
  
     * Christian Schlichtherle for zip fixes and cleanups.
  
     * Robert Schuster for documentation updates and beans fixes,
!      `TreeNode' enumerations and `ActionCommand' and various fixes, XML
       and URL, AWT and Free Swing bug fixes.
  
     * Keith Seitz for lots of JDWP work.
  
     * Christian Thalinger for 64-bit cleanups, Configuration and VM
!      interface fixes and `CACAO' integration, `fdlibm' updates.
  
!    * Gael Thomas for `VMClassLoader' boot packages support suggestions.
  
!    * Andreas Tobler for Darwin and Solaris testing and fixing, `Qt4'
!      support for Darwin/OS X, `Graphics2D' support, `gtk+' updates.
  
!    * Dalibor Topic for better `DEBUG' support, build cleanups and Kaffe
!      integration. `Qt4' build infrastructure, `SHA1PRNG' and
!      `GdkPixbugDecoder' updates.
  
     * Tom Tromey for Eclipse integration, generics work, lots of bug
       fixes and gcj integration including coordinating The Big Merge.
  
     * Mark Wielaard for bug fixes, packaging and release management,
!      `Clipboard' implementation, system call interrupts and network
!      timeouts and `GdkPixpufDecoder' fixes.
  
! 
!  In addition to the above, all of which also contributed time and
! energy in testing GCC, we would like to thank the following for their
  contributions to testing:
  
     * Michael Abd-El-Malek
*************** File: gcc.info,  Node: Option Index,  Ne
*** 53683,53691 ****
  Option Index
  ************
  
! GCC's command line options are indexed here without any initial '-' or
! '--'.  Where an option has both positive and negative forms (such as
! '-fOPTION' and '-fno-OPTION'), relevant entries in the manual are
  indexed under the most appropriate form; it may sometimes be useful to
  look up both forms.
  
--- 54370,54378 ----
  Option Index
  ************
  
! GCC's command line options are indexed here without any initial `-' or
! `--'.  Where an option has both positive and negative forms (such as
! `-fOPTION' and `-fno-OPTION'), relevant entries in the manual are
  indexed under the most appropriate form; it may sometimes be useful to
  look up both forms.
  
*************** look up both forms.
*** 53693,53885 ****
  * Menu:
  
  * ###:                                   Overall Options.    (line  204)
! * -fipa-bit-cp:                          Optimize Options.   (line 1018)
! * -fipa-vrp:                             Optimize Options.   (line 1023)
! * -mlow-precision-div:                   AArch64 Options.    (line  103)
! * -mlow-precision-sqrt:                  AArch64 Options.    (line   94)
! * -mno-low-precision-div:                AArch64 Options.    (line  103)
! * -mno-low-precision-sqrt:               AArch64 Options.    (line   94)
  * -Wabi-tag:                             C++ Dialect Options.
!                                                              (line  550)
! * -Wno-scalar-storage-order:             Warning Options.    (line 2062)
! * -Wscalar-storage-order:                Warning Options.    (line 2062)
! * 80387:                                 x86 Options.        (line  426)
  * A:                                     Preprocessor Options.
!                                                              (line  317)
! * allowable_client:                      Darwin Options.     (line  196)
  * all_load:                              Darwin Options.     (line  110)
! * ansi:                                  Standards.          (line   13)
! * ansi <1>:                              C Dialect Options.  (line   11)
  * ansi <2>:                              Other Builtins.     (line   31)
! * ansi <3>:                              Non-bugs.           (line  107)
  * arch_errors_fatal:                     Darwin Options.     (line  114)
! * aux-info:                              C Dialect Options.  (line  194)
! * B:                                     Directory Options.  (line  122)
  * Bdynamic:                              VxWorks Options.    (line   22)
  * bind_at_load:                          Darwin Options.     (line  118)
  * Bstatic:                               VxWorks Options.    (line   22)
  * bundle:                                Darwin Options.     (line  123)
  * bundle_loader:                         Darwin Options.     (line  127)
! * c:                                     Overall Options.    (line  159)
  * C:                                     Preprocessor Options.
!                                                              (line  326)
! * c <1>:                                 Link Options.       (line   20)
  * CC:                                    Preprocessor Options.
!                                                              (line  338)
  * client_name:                           Darwin Options.     (line  196)
  * compatibility_version:                 Darwin Options.     (line  196)
  * coverage:                              Instrumentation Options.
                                                               (line   51)
  * current_version:                       Darwin Options.     (line  196)
! * D:                                     Preprocessor Options.
!                                                              (line   19)
  * d:                                     Preprocessor Options.
                                                               (line  392)
! * d <1>:                                 Developer Options.  (line   18)
! * da:                                    Developer Options.  (line  225)
  * dA:                                    Developer Options.  (line  228)
! * dD:                                    Preprocessor Options.
!                                                              (line  416)
  * dD <1>:                                Developer Options.  (line  232)
  * dead_strip:                            Darwin Options.     (line  196)
  * dependency-file:                       Darwin Options.     (line  196)
  * dH:                                    Developer Options.  (line  236)
  * dI:                                    Preprocessor Options.
!                                                              (line  426)
  * dM:                                    Preprocessor Options.
                                                               (line  401)
  * dN:                                    Preprocessor Options.
!                                                              (line  422)
! * dp:                                    Developer Options.  (line  239)
  * dP:                                    Developer Options.  (line  244)
  * dU:                                    Preprocessor Options.
!                                                              (line  430)
! * dumpfullversion:                       Developer Options.  (line  946)
! * dumpmachine:                           Developer Options.  (line  934)
! * dumpspecs:                             Developer Options.  (line  950)
! * dumpversion:                           Developer Options.  (line  938)
  * dx:                                    Developer Options.  (line  248)
  * dylib_file:                            Darwin Options.     (line  196)
  * dylinker_install_name:                 Darwin Options.     (line  196)
  * dynamic:                               Darwin Options.     (line  196)
  * dynamiclib:                            Darwin Options.     (line  131)
- * E:                                     Overall Options.    (line  180)
  * E <1>:                                 Link Options.       (line   20)
! * EB:                                    ARC Options.        (line  541)
  * EB <1>:                                MIPS Options.       (line    7)
! * EL:                                    ARC Options.        (line  550)
  * EL <1>:                                MIPS Options.       (line   10)
  * exported_symbols_list:                 Darwin Options.     (line  196)
  * F:                                     Darwin Options.     (line   31)
  * fabi-compat-version:                   C++ Dialect Options.
                                                               (line   76)
  * fabi-version:                          C++ Dialect Options.
                                                               (line   24)
! * fada-spec-parent:                      Overall Options.    (line  375)
! * faggressive-loop-optimizations:        Optimize Options.   (line  516)
! * falign-functions:                      Optimize Options.   (line 1539)
! * falign-jumps:                          Optimize Options.   (line 1594)
! * falign-labels:                         Optimize Options.   (line 1563)
! * falign-loops:                          Optimize Options.   (line 1581)
  * faligned-new:                          C++ Dialect Options.
                                                               (line   96)
  * fallow-parameterless-variadic-functions: C Dialect Options.
!                                                              (line  210)
  * fasan-shadow-offset:                   Instrumentation Options.
!                                                              (line  332)
! * fassociative-math:                     Optimize Options.   (line 2070)
  * fasynchronous-unwind-tables:           Code Gen Options.   (line  146)
! * fauto-inc-dec:                         Optimize Options.   (line  538)
! * fauto-profile:                         Optimize Options.   (line 1949)
  * fbounds-check:                         Instrumentation Options.
!                                                              (line  392)
! * fbranch-probabilities:                 Optimize Options.   (line 2215)
! * fbranch-target-load-optimize:          Optimize Options.   (line 2341)
! * fbranch-target-load-optimize2:         Optimize Options.   (line 2347)
! * fbtr-bb-exclusive:                     Optimize Options.   (line 2351)
! * fcall-saved:                           Code Gen Options.   (line  444)
! * fcall-used:                            Code Gen Options.   (line  430)
! * fcaller-saves:                         Optimize Options.   (line  896)
  * fcheck-new:                            C++ Dialect Options.
!                                                              (line  103)
  * fcheck-pointer-bounds:                 Instrumentation Options.
!                                                              (line  398)
! * fchecking:                             Developer Options.  (line  628)
  * fchkp-check-incomplete-type:           Instrumentation Options.
!                                                              (line  436)
  * fchkp-check-read:                      Instrumentation Options.
!                                                              (line  492)
  * fchkp-check-write:                     Instrumentation Options.
!                                                              (line  496)
  * fchkp-first-field-has-own-bounds:      Instrumentation Options.
!                                                              (line  447)
  * fchkp-flexible-struct-trailing-arrays: Instrumentation Options.
!                                                              (line  453)
  * fchkp-instrument-calls:                Instrumentation Options.
!                                                              (line  504)
  * fchkp-instrument-marked-only:          Instrumentation Options.
!                                                              (line  508)
  * fchkp-narrow-bounds:                   Instrumentation Options.
!                                                              (line  440)
  * fchkp-narrow-to-innermost-array:       Instrumentation Options.
!                                                              (line  459)
  * fchkp-optimize:                        Instrumentation Options.
!                                                              (line  464)
  * fchkp-store-bounds:                    Instrumentation Options.
!                                                              (line  500)
  * fchkp-treat-zero-dynamic-size-as-infinite: Instrumentation Options.
!                                                              (line  485)
  * fchkp-use-fast-string-functions:       Instrumentation Options.
!                                                              (line  468)
  * fchkp-use-nochk-string-functions:      Instrumentation Options.
!                                                              (line  472)
  * fchkp-use-static-bounds:               Instrumentation Options.
!                                                              (line  476)
  * fchkp-use-static-const-bounds:         Instrumentation Options.
!                                                              (line  480)
  * fchkp-use-wrappers:                    Instrumentation Options.
!                                                              (line  513)
! * fcilkplus:                             C Dialect Options.  (line  318)
! * fcode-hoisting:                        Optimize Options.   (line  937)
! * fcombine-stack-adjustments:            Optimize Options.   (line  908)
  * fcommon:                               Common Variable Attributes.
!                                                              (line   89)
! * fcompare-debug:                        Developer Options.  (line  722)
! * fcompare-debug-second:                 Developer Options.  (line  748)
! * fcompare-elim:                         Optimize Options.   (line 1902)
  * fconcepts:                             C++ Dialect Options.
!                                                              (line  113)
! * fcond-mismatch:                        C Dialect Options.  (line  371)
! * fconserve-stack:                       Optimize Options.   (line  927)
  * fconstant-string-class:                Objective-C and Objective-C++ Dialect Options.
                                                               (line   30)
  * fconstexpr-depth:                      C++ Dialect Options.
!                                                              (line  120)
  * fconstexpr-loop-limit:                 C++ Dialect Options.
!                                                              (line  126)
! * fcprop-registers:                      Optimize Options.   (line 1914)
! * fcrossjumping:                         Optimize Options.   (line  531)
! * fcse-follow-jumps:                     Optimize Options.   (line  452)
! * fcse-skip-blocks:                      Optimize Options.   (line  461)
! * fcx-fortran-rules:                     Optimize Options.   (line 2202)
! * fcx-limited-range:                     Optimize Options.   (line 2190)
! * fdata-sections:                        Optimize Options.   (line 2322)
! * fdbg-cnt:                              Developer Options.  (line  858)
! * fdbg-cnt-list:                         Developer Options.  (line  855)
! * fdce:                                  Optimize Options.   (line  544)
  * fdebug-cpp:                            Preprocessor Options.
!                                                              (line  437)
! * fdebug-prefix-map:                     Debugging Options.  (line  144)
! * fdebug-types-section:                  Debugging Options.  (line  184)
! * fdeclone-ctor-dtor:                    Optimize Options.   (line  567)
  * fdeduce-init-list:                     C++ Dialect Options.
!                                                              (line  131)
! * fdelayed-branch:                       Optimize Options.   (line  720)
  * fdelete-dead-exceptions:               Code Gen Options.   (line  131)
! * fdelete-null-pointer-checks:           Optimize Options.   (line  578)
! * fdevirtualize:                         Optimize Options.   (line  599)
! * fdevirtualize-at-ltrans:               Optimize Options.   (line  616)
! * fdevirtualize-speculatively:           Optimize Options.   (line  606)
  * fdiagnostics-color:                    Diagnostic Message Formatting Options.
                                                               (line   35)
  * fdiagnostics-generate-patch:           Diagnostic Message Formatting Options.
--- 54380,54572 ----
  * Menu:
  
  * ###:                                   Overall Options.    (line  204)
! * -fipa-bit-cp:                          Optimize Options.   (line 1023)
! * -fipa-vrp:                             Optimize Options.   (line 1028)
! * -mlow-precision-div:                   AArch64 Options.    (line  106)
! * -mlow-precision-sqrt:                  AArch64 Options.    (line   96)
! * -mno-low-precision-div:                AArch64 Options.    (line  106)
! * -mno-low-precision-sqrt:               AArch64 Options.    (line   96)
  * -Wabi-tag:                             C++ Dialect Options.
!                                                              (line  555)
! * -Wno-scalar-storage-order:             Warning Options.    (line 2086)
! * -Wscalar-storage-order:                Warning Options.    (line 2086)
! * 80387:                                 x86 Options.        (line  433)
  * A:                                     Preprocessor Options.
!                                                              (line  316)
  * all_load:                              Darwin Options.     (line  110)
! * allowable_client:                      Darwin Options.     (line  196)
! * ansi <1>:                              Non-bugs.           (line  107)
  * ansi <2>:                              Other Builtins.     (line   31)
! * ansi <3>:                              C Dialect Options.  (line   11)
! * ansi:                                  Standards.          (line   13)
  * arch_errors_fatal:                     Darwin Options.     (line  114)
! * aux-info:                              C Dialect Options.  (line  197)
! * B:                                     Directory Options.  (line  124)
  * Bdynamic:                              VxWorks Options.    (line   22)
  * bind_at_load:                          Darwin Options.     (line  118)
  * Bstatic:                               VxWorks Options.    (line   22)
  * bundle:                                Darwin Options.     (line  123)
  * bundle_loader:                         Darwin Options.     (line  127)
! * c:                                     Link Options.       (line   20)
  * C:                                     Preprocessor Options.
!                                                              (line  325)
! * c:                                     Overall Options.    (line  159)
  * CC:                                    Preprocessor Options.
!                                                              (line  337)
  * client_name:                           Darwin Options.     (line  196)
  * compatibility_version:                 Darwin Options.     (line  196)
  * coverage:                              Instrumentation Options.
                                                               (line   51)
  * current_version:                       Darwin Options.     (line  196)
! * d <1>:                                 Developer Options.  (line   18)
  * d:                                     Preprocessor Options.
                                                               (line  392)
! * D:                                     Preprocessor Options.
!                                                              (line   19)
  * dA:                                    Developer Options.  (line  228)
! * da:                                    Developer Options.  (line  225)
  * dD <1>:                                Developer Options.  (line  232)
+ * dD:                                    Preprocessor Options.
+                                                              (line  417)
  * dead_strip:                            Darwin Options.     (line  196)
  * dependency-file:                       Darwin Options.     (line  196)
  * dH:                                    Developer Options.  (line  236)
  * dI:                                    Preprocessor Options.
!                                                              (line  427)
  * dM:                                    Preprocessor Options.
                                                               (line  401)
  * dN:                                    Preprocessor Options.
!                                                              (line  423)
  * dP:                                    Developer Options.  (line  244)
+ * dp:                                    Developer Options.  (line  239)
  * dU:                                    Preprocessor Options.
!                                                              (line  431)
! * dumpfullversion:                       Developer Options.  (line  977)
! * dumpmachine:                           Developer Options.  (line  965)
! * dumpspecs:                             Developer Options.  (line  981)
! * dumpversion:                           Developer Options.  (line  969)
  * dx:                                    Developer Options.  (line  248)
  * dylib_file:                            Darwin Options.     (line  196)
  * dylinker_install_name:                 Darwin Options.     (line  196)
  * dynamic:                               Darwin Options.     (line  196)
  * dynamiclib:                            Darwin Options.     (line  131)
  * E <1>:                                 Link Options.       (line   20)
! * E:                                     Overall Options.    (line  180)
  * EB <1>:                                MIPS Options.       (line    7)
! * EB:                                    ARC Options.        (line  550)
  * EL <1>:                                MIPS Options.       (line   10)
+ * EL:                                    ARC Options.        (line  557)
  * exported_symbols_list:                 Darwin Options.     (line  196)
  * F:                                     Darwin Options.     (line   31)
  * fabi-compat-version:                   C++ Dialect Options.
                                                               (line   76)
  * fabi-version:                          C++ Dialect Options.
                                                               (line   24)
! * fada-spec-parent:                      Overall Options.    (line  377)
! * faggressive-loop-optimizations:        Optimize Options.   (line  520)
! * falign-functions:                      Optimize Options.   (line 1544)
! * falign-jumps:                          Optimize Options.   (line 1599)
! * falign-labels:                         Optimize Options.   (line 1568)
! * falign-loops:                          Optimize Options.   (line 1586)
  * faligned-new:                          C++ Dialect Options.
                                                               (line   96)
  * fallow-parameterless-variadic-functions: C Dialect Options.
!                                                              (line  213)
  * fasan-shadow-offset:                   Instrumentation Options.
!                                                              (line  325)
! * fassociative-math:                     Optimize Options.   (line 2078)
  * fasynchronous-unwind-tables:           Code Gen Options.   (line  146)
! * fauto-inc-dec:                         Optimize Options.   (line  542)
! * fauto-profile:                         Optimize Options.   (line 1958)
  * fbounds-check:                         Instrumentation Options.
!                                                              (line  386)
! * fbranch-probabilities:                 Optimize Options.   (line 2222)
! * fbranch-target-load-optimize:          Optimize Options.   (line 2348)
! * fbranch-target-load-optimize2:         Optimize Options.   (line 2354)
! * fbtr-bb-exclusive:                     Optimize Options.   (line 2358)
! * fcall-saved:                           Code Gen Options.   (line  446)
! * fcall-used:                            Code Gen Options.   (line  432)
! * fcaller-saves:                         Optimize Options.   (line  901)
  * fcheck-new:                            C++ Dialect Options.
!                                                              (line  104)
  * fcheck-pointer-bounds:                 Instrumentation Options.
!                                                              (line  392)
! * fchecking:                             Developer Options.  (line  656)
  * fchkp-check-incomplete-type:           Instrumentation Options.
!                                                              (line  430)
  * fchkp-check-read:                      Instrumentation Options.
!                                                              (line  486)
  * fchkp-check-write:                     Instrumentation Options.
!                                                              (line  490)
  * fchkp-first-field-has-own-bounds:      Instrumentation Options.
!                                                              (line  441)
  * fchkp-flexible-struct-trailing-arrays: Instrumentation Options.
!                                                              (line  447)
  * fchkp-instrument-calls:                Instrumentation Options.
!                                                              (line  498)
  * fchkp-instrument-marked-only:          Instrumentation Options.
!                                                              (line  502)
  * fchkp-narrow-bounds:                   Instrumentation Options.
!                                                              (line  434)
  * fchkp-narrow-to-innermost-array:       Instrumentation Options.
!                                                              (line  453)
  * fchkp-optimize:                        Instrumentation Options.
!                                                              (line  458)
  * fchkp-store-bounds:                    Instrumentation Options.
!                                                              (line  494)
  * fchkp-treat-zero-dynamic-size-as-infinite: Instrumentation Options.
!                                                              (line  479)
  * fchkp-use-fast-string-functions:       Instrumentation Options.
!                                                              (line  462)
  * fchkp-use-nochk-string-functions:      Instrumentation Options.
!                                                              (line  466)
  * fchkp-use-static-bounds:               Instrumentation Options.
!                                                              (line  470)
  * fchkp-use-static-const-bounds:         Instrumentation Options.
!                                                              (line  474)
  * fchkp-use-wrappers:                    Instrumentation Options.
!                                                              (line  507)
! * fcilkplus:                             C Dialect Options.  (line  316)
! * fcode-hoisting:                        Optimize Options.   (line  942)
! * fcombine-stack-adjustments:            Optimize Options.   (line  913)
  * fcommon:                               Common Variable Attributes.
!                                                              (line   90)
! * fcompare-debug:                        Developer Options.  (line  750)
! * fcompare-debug-second:                 Developer Options.  (line  776)
! * fcompare-elim:                         Optimize Options.   (line 1911)
  * fconcepts:                             C++ Dialect Options.
!                                                              (line  114)
! * fcond-mismatch:                        C Dialect Options.  (line  369)
! * fconserve-stack:                       Optimize Options.   (line  932)
  * fconstant-string-class:                Objective-C and Objective-C++ Dialect Options.
                                                               (line   30)
  * fconstexpr-depth:                      C++ Dialect Options.
!                                                              (line  121)
  * fconstexpr-loop-limit:                 C++ Dialect Options.
!                                                              (line  127)
! * fcprop-registers:                      Optimize Options.   (line 1923)
! * fcrossjumping:                         Optimize Options.   (line  535)
! * fcse-follow-jumps:                     Optimize Options.   (line  456)
! * fcse-skip-blocks:                      Optimize Options.   (line  465)
! * fcx-fortran-rules:                     Optimize Options.   (line 2208)
! * fcx-limited-range:                     Optimize Options.   (line 2196)
! * fdata-sections:                        Optimize Options.   (line 2329)
! * fdbg-cnt:                              Developer Options.  (line  889)
! * fdbg-cnt-list:                         Developer Options.  (line  886)
! * fdce:                                  Optimize Options.   (line  548)
  * fdebug-cpp:                            Preprocessor Options.
!                                                              (line  438)
! * fdebug-prefix-map:                     Debugging Options.  (line  145)
! * fdebug-types-section:                  Debugging Options.  (line  185)
! * fdeclone-ctor-dtor:                    Optimize Options.   (line  571)
  * fdeduce-init-list:                     C++ Dialect Options.
!                                                              (line  132)
! * fdelayed-branch:                       Optimize Options.   (line  725)
  * fdelete-dead-exceptions:               Code Gen Options.   (line  131)
! * fdelete-null-pointer-checks:           Optimize Options.   (line  582)
! * fdevirtualize:                         Optimize Options.   (line  603)
! * fdevirtualize-at-ltrans:               Optimize Options.   (line  620)
! * fdevirtualize-speculatively:           Optimize Options.   (line  610)
  * fdiagnostics-color:                    Diagnostic Message Formatting Options.
                                                               (line   35)
  * fdiagnostics-generate-patch:           Diagnostic Message Formatting Options.
*************** look up both forms.
*** 53893,53912 ****
  * fdiagnostics-show-option:              Diagnostic Message Formatting Options.
                                                               (line  113)
  * fdirectives-only:                      Preprocessor Options.
!                                                              (line  200)
! * fdisable-:                             Developer Options.  (line  559)
! * fdollars-in-identifiers:               Preprocessor Options.
!                                                              (line  221)
  * fdollars-in-identifiers <1>:           Interoperation.     (line  141)
! * fdpic:                                 SH Options.         (line  388)
! * fdse:                                  Optimize Options.   (line  548)
! * fdump-ada-spec:                        Overall Options.    (line  370)
  * fdump-class-hierarchy:                 Developer Options.  (line  283)
! * fdump-final-insns:                     Developer Options.  (line  716)
! * fdump-go-spec:                         Overall Options.    (line  379)
  * fdump-ipa:                             Developer Options.  (line  291)
  * fdump-noaddr:                          Developer Options.  (line  252)
! * fdump-passes:                          Developer Options.  (line  308)
  * fdump-rtl-alignments:                  Developer Options.  (line   44)
  * fdump-rtl-all:                         Developer Options.  (line  225)
  * fdump-rtl-asmcons:                     Developer Options.  (line   47)
--- 54580,54599 ----
  * fdiagnostics-show-option:              Diagnostic Message Formatting Options.
                                                               (line  113)
  * fdirectives-only:                      Preprocessor Options.
!                                                              (line  198)
! * fdisable-:                             Developer Options.  (line  588)
  * fdollars-in-identifiers <1>:           Interoperation.     (line  141)
! * fdollars-in-identifiers:               Preprocessor Options.
!                                                              (line  220)
! * fdpic:                                 SH Options.         (line  393)
! * fdse:                                  Optimize Options.   (line  552)
! * fdump-ada-spec:                        Overall Options.    (line  371)
  * fdump-class-hierarchy:                 Developer Options.  (line  283)
! * fdump-final-insns:                     Developer Options.  (line  744)
! * fdump-go-spec:                         Overall Options.    (line  381)
  * fdump-ipa:                             Developer Options.  (line  291)
  * fdump-noaddr:                          Developer Options.  (line  252)
! * fdump-passes:                          Developer Options.  (line  309)
  * fdump-rtl-alignments:                  Developer Options.  (line   44)
  * fdump-rtl-all:                         Developer Options.  (line  225)
  * fdump-rtl-asmcons:                     Developer Options.  (line   47)
*************** look up both forms.
*** 53915,53921 ****
  * fdump-rtl-bbpart:                      Developer Options.  (line   58)
  * fdump-rtl-bbro:                        Developer Options.  (line   61)
  * fdump-rtl-btl2:                        Developer Options.  (line   65)
- * fdump-rtl-btl2 <1>:                    Developer Options.  (line   65)
  * fdump-rtl-bypass:                      Developer Options.  (line   69)
  * fdump-rtl-ce1:                         Developer Options.  (line   80)
  * fdump-rtl-ce2:                         Developer Options.  (line   80)
--- 54602,54607 ----
*************** look up both forms.
*** 53975,54268 ****
  * fdump-rtl-vartrack:                    Developer Options.  (line  208)
  * fdump-rtl-vregs:                       Developer Options.  (line  211)
  * fdump-rtl-web:                         Developer Options.  (line  214)
! * fdump-statistics:                      Developer Options.  (line  312)
  * fdump-translation-unit:                Developer Options.  (line  274)
! * fdump-tree:                            Developer Options.  (line  325)
! * fdump-tree-all:                        Developer Options.  (line  325)
  * fdump-unnumbered:                      Developer Options.  (line  262)
  * fdump-unnumbered-links:                Developer Options.  (line  268)
! * fdwarf2-cfi-asm:                       Debugging Options.  (line  304)
! * fearly-inlining:                       Optimize Options.   (line  297)
! * feliminate-dwarf2-dups:                Debugging Options.  (line  230)
! * feliminate-unused-debug-symbols:       Debugging Options.  (line  125)
! * feliminate-unused-debug-types:         Debugging Options.  (line  308)
! * femit-class-debug-always:              Debugging Options.  (line  129)
! * femit-struct-debug-baseonly:           Debugging Options.  (line  235)
! * femit-struct-debug-detailed:           Debugging Options.  (line  262)
! * femit-struct-debug-reduced:            Debugging Options.  (line  248)
! * fenable-:                              Developer Options.  (line  559)
! * fexceptions:                           Code Gen Options.   (line  109)
! * fexcess-precision:                     Optimize Options.   (line 1996)
  * fexec-charset:                         Preprocessor Options.
!                                                              (line  255)
! * fexpensive-optimizations:              Optimize Options.   (line  623)
  * fext-numeric-literals:                 C++ Dialect Options.
!                                                              (line  661)
  * fextended-identifiers:                 Preprocessor Options.
!                                                              (line  224)
  * fextern-tls-init:                      C++ Dialect Options.
!                                                              (line  185)
! * ffast-math:                            Optimize Options.   (line 2020)
! * ffat-lto-objects:                      Optimize Options.   (line 1884)
! * ffinite-math-only:                     Optimize Options.   (line 2097)
  * ffix-and-continue:                     Darwin Options.     (line  104)
! * ffixed:                                Code Gen Options.   (line  418)
! * ffloat-store:                          Optimize Options.   (line 1982)
  * ffloat-store <1>:                      Disappointments.    (line   77)
  * ffor-scope:                            C++ Dialect Options.
!                                                              (line  206)
! * fforward-propagate:                    Optimize Options.   (line  201)
! * ffp-contract:                          Optimize Options.   (line  210)
! * ffreestanding:                         Standards.          (line   91)
! * ffreestanding <1>:                     C Dialect Options.  (line  279)
! * ffreestanding <2>:                     Warning Options.    (line  287)
! * ffreestanding <3>:                     Common Function Attributes.
                                                               (line  276)
  * ffriend-injection:                     C++ Dialect Options.
!                                                              (line  152)
! * ffunction-sections:                    Optimize Options.   (line 2322)
! * fgcse:                                 Optimize Options.   (line  475)
! * fgcse-after-reload:                    Optimize Options.   (line  511)
! * fgcse-las:                             Optimize Options.   (line  504)
! * fgcse-lm:                              Optimize Options.   (line  486)
! * fgcse-sm:                              Optimize Options.   (line  495)
! * fgimple:                               C Dialect Options.  (line  265)
  * fgnu-runtime:                          Objective-C and Objective-C++ Dialect Options.
                                                               (line   39)
! * fgnu-tm:                               C Dialect Options.  (line  328)
! * fgnu89-inline:                         C Dialect Options.  (line  155)
! * fgraphite-identity:                    Optimize Options.   (line 1141)
! * fhoist-adjacent-loads:                 Optimize Options.   (line  967)
! * fhosted:                               C Dialect Options.  (line  271)
! * fif-conversion:                        Optimize Options.   (line  552)
! * fif-conversion2:                       Optimize Options.   (line  561)
  * filelist:                              Darwin Options.     (line  196)
  * findirect-data:                        Darwin Options.     (line  104)
! * findirect-inlining:                    Optimize Options.   (line  270)
  * finhibit-size-directive:               Code Gen Options.   (line  251)
! * finline-functions:                     Optimize Options.   (line  278)
! * finline-functions-called-once:         Optimize Options.   (line  289)
! * finline-limit:                         Optimize Options.   (line  313)
! * finline-small-functions:               Optimize Options.   (line  261)
  * finput-charset:                        Preprocessor Options.
!                                                              (line  268)
! * finstrument-functions:                 Instrumentation Options.
!                                                              (line  667)
  * finstrument-functions <1>:             Common Function Attributes.
!                                                              (line  494)
  * finstrument-functions-exclude-file-list: Instrumentation Options.
!                                                              (line  702)
  * finstrument-functions-exclude-function-list: Instrumentation Options.
!                                                              (line  723)
! * fipa-cp:                               Optimize Options.   (line 1000)
! * fipa-cp-clone:                         Optimize Options.   (line 1008)
! * fipa-icf:                              Optimize Options.   (line 1028)
! * fipa-profile:                          Optimize Options.   (line  992)
! * fipa-pta:                              Optimize Options.   (line  986)
! * fipa-pure-const:                       Optimize Options.   (line  978)
! * fipa-ra:                               Optimize Options.   (line  914)
! * fipa-reference:                        Optimize Options.   (line  982)
! * fipa-sra:                              Optimize Options.   (line  306)
! * fira-algorithm:                        Optimize Options.   (line  657)
! * fira-hoist-pressure:                   Optimize Options.   (line  686)
! * fira-loop-pressure:                    Optimize Options.   (line  693)
! * fira-region:                           Optimize Options.   (line  665)
! * fira-verbose:                          Developer Options.  (line  785)
! * fisolate-erroneous-paths-attribute:    Optimize Options.   (line 1050)
! * fisolate-erroneous-paths-dereference:  Optimize Options.   (line 1042)
  * fivar-visibility:                      Objective-C and Objective-C++ Dialect Options.
!                                                              (line  161)
! * fivopts:                               Optimize Options.   (line 1230)
! * fkeep-inline-functions:                Optimize Options.   (line  344)
  * fkeep-inline-functions <1>:            Inline.             (line   51)
! * fkeep-static-consts:                   Optimize Options.   (line  355)
! * fkeep-static-functions:                Optimize Options.   (line  351)
  * flat_namespace:                        Darwin Options.     (line  196)
! * flax-vector-conversions:               C Dialect Options.  (line  376)
! * fleading-underscore:                   Code Gen Options.   (line  474)
! * flive-range-shrinkage:                 Optimize Options.   (line  652)
  * flocal-ivars:                          Objective-C and Objective-C++ Dialect Options.
!                                                              (line  152)
! * floop-block:                           Optimize Options.   (line 1135)
! * floop-interchange:                     Optimize Options.   (line 1135)
! * floop-nest-optimize:                   Optimize Options.   (line 1149)
! * floop-parallelize-all:                 Optimize Options.   (line 1155)
! * floop-strip-mine:                      Optimize Options.   (line 1135)
! * floop-unroll-and-jam:                  Optimize Options.   (line 1135)
! * flra-remat:                            Optimize Options.   (line  713)
! * flto:                                  Optimize Options.   (line 1648)
! * flto-compression-level:                Optimize Options.   (line 1858)
! * flto-odr-type-merging:                 Optimize Options.   (line 1853)
! * flto-partition:                        Optimize Options.   (line 1839)
! * flto-report:                           Developer Options.  (line  791)
! * flto-report-wpa:                       Developer Options.  (line  799)
  * fmax-errors:                           Warning Options.    (line   18)
! * fmem-report:                           Developer Options.  (line  803)
! * fmem-report-wpa:                       Developer Options.  (line  807)
! * fmerge-all-constants:                  Optimize Options.   (line  374)
! * fmerge-constants:                      Optimize Options.   (line  364)
! * fmerge-debug-strings:                  Debugging Options.  (line  137)
  * fmessage-length:                       Diagnostic Message Formatting Options.
                                                               (line   14)
! * fmodulo-sched:                         Optimize Options.   (line  385)
! * fmodulo-sched-allow-regmoves:          Optimize Options.   (line  390)
! * fmove-loop-invariants:                 Optimize Options.   (line 2308)
! * fms-extensions:                        C Dialect Options.  (line  343)
! * fms-extensions <1>:                    C++ Dialect Options.
!                                                              (line  241)
! * fms-extensions <2>:                    Unnamed Fields.     (line   36)
  * fnew-inheriting-ctors:                 C++ Dialect Options.
!                                                              (line  246)
  * fnew-ttp-matching:                     C++ Dialect Options.
!                                                              (line  252)
  * fnext-runtime:                         Objective-C and Objective-C++ Dialect Options.
                                                               (line   43)
  * fno-access-control:                    C++ Dialect Options.
                                                               (line   92)
! * fno-asm:                               C Dialect Options.  (line  217)
! * fno-branch-count-reg:                  Optimize Options.   (line  397)
! * fno-builtin:                           C Dialect Options.  (line  231)
! * fno-builtin <1>:                       Warning Options.    (line  287)
  * fno-builtin <2>:                       Common Function Attributes.
                                                               (line  276)
! * fno-builtin <3>:                       Other Builtins.     (line   21)
  * fno-canonical-system-headers:          Preprocessor Options.
!                                                              (line  228)
  * fno-check-pointer-bounds:              Instrumentation Options.
!                                                              (line  398)
! * fno-checking:                          Developer Options.  (line  628)
  * fno-chkp-check-incomplete-type:        Instrumentation Options.
!                                                              (line  436)
  * fno-chkp-check-read:                   Instrumentation Options.
!                                                              (line  492)
  * fno-chkp-check-write:                  Instrumentation Options.
!                                                              (line  496)
  * fno-chkp-first-field-has-own-bounds:   Instrumentation Options.
!                                                              (line  447)
  * fno-chkp-flexible-struct-trailing-arrays: Instrumentation Options.
!                                                              (line  453)
  * fno-chkp-instrument-calls:             Instrumentation Options.
!                                                              (line  504)
  * fno-chkp-instrument-marked-only:       Instrumentation Options.
!                                                              (line  508)
  * fno-chkp-narrow-bounds:                Instrumentation Options.
!                                                              (line  440)
  * fno-chkp-narrow-to-innermost-array:    Instrumentation Options.
!                                                              (line  459)
  * fno-chkp-optimize:                     Instrumentation Options.
!                                                              (line  464)
  * fno-chkp-store-bounds:                 Instrumentation Options.
!                                                              (line  500)
  * fno-chkp-treat-zero-dynamic-size-as-infinite: Instrumentation Options.
!                                                              (line  485)
  * fno-chkp-use-fast-string-functions:    Instrumentation Options.
!                                                              (line  468)
  * fno-chkp-use-nochk-string-functions:   Instrumentation Options.
!                                                              (line  472)
  * fno-chkp-use-static-bounds:            Instrumentation Options.
!                                                              (line  476)
  * fno-chkp-use-static-const-bounds:      Instrumentation Options.
!                                                              (line  480)
  * fno-chkp-use-wrappers:                 Instrumentation Options.
!                                                              (line  513)
! * fno-common:                            Code Gen Options.   (line  221)
  * fno-common <1>:                        Common Variable Attributes.
!                                                              (line   89)
! * fno-compare-debug:                     Developer Options.  (line  722)
! * fno-debug-types-section:               Debugging Options.  (line  184)
  * fno-default-inline:                    Inline.             (line   68)
! * fno-defer-pop:                         Optimize Options.   (line  193)
  * fno-diagnostics-show-caret:            Diagnostic Message Formatting Options.
                                                               (line  119)
  * fno-diagnostics-show-option:           Diagnostic Message Formatting Options.
                                                               (line  113)
! * fno-dwarf2-cfi-asm:                    Debugging Options.  (line  304)
  * fno-elide-constructors:                C++ Dialect Options.
!                                                              (line  164)
! * fno-eliminate-unused-debug-types:      Debugging Options.  (line  308)
  * fno-enforce-eh-specs:                  C++ Dialect Options.
!                                                              (line  175)
  * fno-ext-numeric-literals:              C++ Dialect Options.
!                                                              (line  661)
  * fno-extern-tls-init:                   C++ Dialect Options.
!                                                              (line  185)
  * fno-for-scope:                         C++ Dialect Options.
!                                                              (line  206)
! * fno-fp-int-builtin-inexact:            Optimize Options.   (line 2169)
! * fno-function-cse:                      Optimize Options.   (line  412)
  * fno-gnu-keywords:                      C++ Dialect Options.
!                                                              (line  218)
  * fno-gnu-unique:                        Code Gen Options.   (line  152)
! * fno-guess-branch-probability:          Optimize Options.   (line 1398)
  * fno-ident:                             Code Gen Options.   (line  248)
- * fno-implement-inlines:                 C++ Dialect Options.
-                                                              (line  236)
  * fno-implement-inlines <1>:             C++ Interface.      (line   66)
  * fno-implicit-inline-templates:         C++ Dialect Options.
!                                                              (line  230)
! * fno-implicit-templates:                C++ Dialect Options.
!                                                              (line  224)
  * fno-implicit-templates <1>:            Template Instantiation.
                                                               (line  118)
! * fno-inline:                            Optimize Options.   (line  253)
! * fno-ira-share-save-slots:              Optimize Options.   (line  701)
! * fno-ira-share-spill-slots:             Optimize Options.   (line  707)
! * fno-jump-tables:                       Code Gen Options.   (line  410)
! * fno-keep-inline-dllexport:             Optimize Options.   (line  338)
! * fno-lifetime-dse:                      Optimize Options.   (line  637)
  * fno-local-ivars:                       Objective-C and Objective-C++ Dialect Options.
!                                                              (line  152)
! * fno-math-errno:                        Optimize Options.   (line 2034)
! * fno-merge-debug-strings:               Debugging Options.  (line  137)
  * fno-nil-receivers:                     Objective-C and Objective-C++ Dialect Options.
                                                               (line   49)
  * fno-nonansi-builtins:                  C++ Dialect Options.
!                                                              (line  259)
  * fno-operator-names:                    C++ Dialect Options.
!                                                              (line  275)
  * fno-optional-diags:                    C++ Dialect Options.
!                                                              (line  279)
! * fno-peephole:                          Optimize Options.   (line 1389)
! * fno-peephole2:                         Optimize Options.   (line 1389)
! * fno-plt:                               Code Gen Options.   (line  392)
  * fno-pretty-templates:                  C++ Dialect Options.
!                                                              (line  289)
! * fno-printf-return-value:               Optimize Options.   (line 1366)
  * fno-rtti:                              C++ Dialect Options.
!                                                              (line  306)
  * fno-sanitize-recover:                  Instrumentation Options.
!                                                              (line  341)
  * fno-sanitize=all:                      Instrumentation Options.
!                                                              (line  326)
! * fno-sched-interblock:                  Optimize Options.   (line  746)
! * fno-sched-spec:                        Optimize Options.   (line  751)
  * fno-set-stack-executable:              x86 Windows Options.
                                                               (line   46)
  * fno-show-column:                       Diagnostic Message Formatting Options.
!                                                              (line  173)
! * fno-signed-bitfields:                  C Dialect Options.  (line  409)
! * fno-signed-zeros:                      Optimize Options.   (line 2109)
  * fno-stack-limit:                       Instrumentation Options.
!                                                              (line  579)
  * fno-threadsafe-statics:                C++ Dialect Options.
!                                                              (line  356)
! * fno-toplevel-reorder:                  Optimize Options.   (line 1614)
! * fno-trapping-math:                     Optimize Options.   (line 2119)
! * fno-unsigned-bitfields:                C Dialect Options.  (line  409)
  * fno-use-cxa-get-exception-ptr:         C++ Dialect Options.
!                                                              (line  369)
! * fno-var-tracking-assignments:          Debugging Options.  (line  158)
! * fno-var-tracking-assignments-toggle:   Developer Options.  (line  769)
  * fno-weak:                              C++ Dialect Options.
!                                                              (line  431)
  * fno-working-directory:                 Preprocessor Options.
!                                                              (line  303)
  * fno-writable-relocated-rdata:          x86 Windows Options.
                                                               (line   53)
! * fno-zero-initialized-in-bss:           Optimize Options.   (line  423)
! * fnon-call-exceptions:                  Code Gen Options.   (line  123)
  * fnothrow-opt:                          C++ Dialect Options.
!                                                              (line  264)
  * fobjc-abi-version:                     Objective-C and Objective-C++ Dialect Options.
                                                               (line   56)
  * fobjc-call-cxx-cdtors:                 Objective-C and Objective-C++ Dialect Options.
--- 54661,54954 ----
  * fdump-rtl-vartrack:                    Developer Options.  (line  208)
  * fdump-rtl-vregs:                       Developer Options.  (line  211)
  * fdump-rtl-web:                         Developer Options.  (line  214)
! * fdump-statistics:                      Developer Options.  (line  313)
  * fdump-translation-unit:                Developer Options.  (line  274)
! * fdump-tree:                            Developer Options.  (line  326)
! * fdump-tree-all:                        Developer Options.  (line  326)
  * fdump-unnumbered:                      Developer Options.  (line  262)
  * fdump-unnumbered-links:                Developer Options.  (line  268)
! * fdwarf2-cfi-asm:                       Debugging Options.  (line  307)
! * fearly-inlining:                       Optimize Options.   (line  299)
! * feliminate-dwarf2-dups:                Debugging Options.  (line  233)
! * feliminate-unused-debug-symbols:       Debugging Options.  (line  126)
! * feliminate-unused-debug-types:         Debugging Options.  (line  311)
! * femit-class-debug-always:              Debugging Options.  (line  130)
! * femit-struct-debug-baseonly:           Debugging Options.  (line  238)
! * femit-struct-debug-detailed:           Debugging Options.  (line  265)
! * femit-struct-debug-reduced:            Debugging Options.  (line  251)
! * fenable-:                              Developer Options.  (line  588)
! * fexceptions:                           Code Gen Options.   (line  108)
! * fexcess-precision:                     Optimize Options.   (line 2005)
  * fexec-charset:                         Preprocessor Options.
!                                                              (line  254)
! * fexpensive-optimizations:              Optimize Options.   (line  627)
  * fext-numeric-literals:                 C++ Dialect Options.
!                                                              (line  665)
  * fextended-identifiers:                 Preprocessor Options.
!                                                              (line  223)
  * fextern-tls-init:                      C++ Dialect Options.
!                                                              (line  187)
! * ffast-math:                            Optimize Options.   (line 2029)
! * ffat-lto-objects:                      Optimize Options.   (line 1892)
! * ffinite-math-only:                     Optimize Options.   (line 2103)
  * ffix-and-continue:                     Darwin Options.     (line  104)
! * ffixed:                                Code Gen Options.   (line  420)
  * ffloat-store <1>:                      Disappointments.    (line   77)
+ * ffloat-store:                          Optimize Options.   (line 1991)
  * ffor-scope:                            C++ Dialect Options.
!                                                              (line  208)
! * fforward-propagate:                    Optimize Options.   (line  202)
! * ffp-contract:                          Optimize Options.   (line  211)
! * ffreestanding <1>:                     Common Function Attributes.
                                                               (line  276)
+ * ffreestanding <2>:                     Warning Options.    (line  290)
+ * ffreestanding <3>:                     C Dialect Options.  (line  280)
+ * ffreestanding:                         Standards.          (line   91)
  * ffriend-injection:                     C++ Dialect Options.
!                                                              (line  153)
! * ffunction-sections:                    Optimize Options.   (line 2329)
! * fgcse:                                 Optimize Options.   (line  479)
! * fgcse-after-reload:                    Optimize Options.   (line  515)
! * fgcse-las:                             Optimize Options.   (line  508)
! * fgcse-lm:                              Optimize Options.   (line  490)
! * fgcse-sm:                              Optimize Options.   (line  499)
! * fgimple:                               C Dialect Options.  (line  268)
  * fgnu-runtime:                          Objective-C and Objective-C++ Dialect Options.
                                                               (line   39)
! * fgnu-tm:                               C Dialect Options.  (line  326)
! * fgnu89-inline:                         C Dialect Options.  (line  158)
! * fgraphite-identity:                    Optimize Options.   (line 1146)
! * fhoist-adjacent-loads:                 Optimize Options.   (line  972)
! * fhosted:                               C Dialect Options.  (line  273)
! * fif-conversion:                        Optimize Options.   (line  556)
! * fif-conversion2:                       Optimize Options.   (line  565)
  * filelist:                              Darwin Options.     (line  196)
  * findirect-data:                        Darwin Options.     (line  104)
! * findirect-inlining:                    Optimize Options.   (line  272)
  * finhibit-size-directive:               Code Gen Options.   (line  251)
! * finline-functions:                     Optimize Options.   (line  280)
! * finline-functions-called-once:         Optimize Options.   (line  291)
! * finline-limit:                         Optimize Options.   (line  316)
! * finline-small-functions:               Optimize Options.   (line  263)
  * finput-charset:                        Preprocessor Options.
!                                                              (line  267)
  * finstrument-functions <1>:             Common Function Attributes.
!                                                              (line  498)
! * finstrument-functions:                 Instrumentation Options.
!                                                              (line  662)
  * finstrument-functions-exclude-file-list: Instrumentation Options.
!                                                              (line  698)
  * finstrument-functions-exclude-function-list: Instrumentation Options.
!                                                              (line  718)
! * fipa-cp:                               Optimize Options.   (line 1005)
! * fipa-cp-clone:                         Optimize Options.   (line 1013)
! * fipa-icf:                              Optimize Options.   (line 1033)
! * fipa-profile:                          Optimize Options.   (line  997)
! * fipa-pta:                              Optimize Options.   (line  991)
! * fipa-pure-const:                       Optimize Options.   (line  983)
! * fipa-ra:                               Optimize Options.   (line  919)
! * fipa-reference:                        Optimize Options.   (line  987)
! * fipa-sra:                              Optimize Options.   (line  309)
! * fira-algorithm:                        Optimize Options.   (line  661)
! * fira-hoist-pressure:                   Optimize Options.   (line  691)
! * fira-loop-pressure:                    Optimize Options.   (line  698)
! * fira-region:                           Optimize Options.   (line  669)
! * fira-verbose:                          Developer Options.  (line  813)
! * fisolate-erroneous-paths-attribute:    Optimize Options.   (line 1055)
! * fisolate-erroneous-paths-dereference:  Optimize Options.   (line 1047)
  * fivar-visibility:                      Objective-C and Objective-C++ Dialect Options.
!                                                              (line  162)
! * fivopts:                               Optimize Options.   (line 1235)
  * fkeep-inline-functions <1>:            Inline.             (line   51)
! * fkeep-inline-functions:                Optimize Options.   (line  348)
! * fkeep-static-consts:                   Optimize Options.   (line  359)
! * fkeep-static-functions:                Optimize Options.   (line  355)
  * flat_namespace:                        Darwin Options.     (line  196)
! * flax-vector-conversions:               C Dialect Options.  (line  374)
! * fleading-underscore:                   Code Gen Options.   (line  476)
! * flive-range-shrinkage:                 Optimize Options.   (line  656)
  * flocal-ivars:                          Objective-C and Objective-C++ Dialect Options.
!                                                              (line  153)
! * floop-block:                           Optimize Options.   (line 1140)
! * floop-interchange:                     Optimize Options.   (line 1140)
! * floop-nest-optimize:                   Optimize Options.   (line 1154)
! * floop-parallelize-all:                 Optimize Options.   (line 1160)
! * floop-strip-mine:                      Optimize Options.   (line 1140)
! * floop-unroll-and-jam:                  Optimize Options.   (line 1140)
! * flra-remat:                            Optimize Options.   (line  718)
! * flto:                                  Optimize Options.   (line 1653)
! * flto-compression-level:                Optimize Options.   (line 1866)
! * flto-odr-type-merging:                 Optimize Options.   (line 1860)
! * flto-partition:                        Optimize Options.   (line 1846)
! * flto-report:                           Developer Options.  (line  819)
! * flto-report-wpa:                       Developer Options.  (line  827)
  * fmax-errors:                           Warning Options.    (line   18)
! * fmem-report:                           Developer Options.  (line  831)
! * fmem-report-wpa:                       Developer Options.  (line  835)
! * fmerge-all-constants:                  Optimize Options.   (line  378)
! * fmerge-constants:                      Optimize Options.   (line  368)
! * fmerge-debug-strings:                  Debugging Options.  (line  138)
  * fmessage-length:                       Diagnostic Message Formatting Options.
                                                               (line   14)
! * fmodulo-sched:                         Optimize Options.   (line  389)
! * fmodulo-sched-allow-regmoves:          Optimize Options.   (line  394)
! * fmove-loop-invariants:                 Optimize Options.   (line 2315)
! * fms-extensions <1>:                    Unnamed Fields.     (line   36)
! * fms-extensions <2>:                    C++ Dialect Options.
!                                                              (line  243)
! * fms-extensions:                        C Dialect Options.  (line  341)
  * fnew-inheriting-ctors:                 C++ Dialect Options.
!                                                              (line  248)
  * fnew-ttp-matching:                     C++ Dialect Options.
!                                                              (line  254)
  * fnext-runtime:                         Objective-C and Objective-C++ Dialect Options.
                                                               (line   43)
  * fno-access-control:                    C++ Dialect Options.
                                                               (line   92)
! * fno-asm:                               C Dialect Options.  (line  220)
! * fno-branch-count-reg:                  Optimize Options.   (line  401)
! * fno-builtin <1>:                       Other Builtins.     (line   21)
  * fno-builtin <2>:                       Common Function Attributes.
                                                               (line  276)
! * fno-builtin <3>:                       Warning Options.    (line  290)
! * fno-builtin:                           C Dialect Options.  (line  234)
  * fno-canonical-system-headers:          Preprocessor Options.
!                                                              (line  227)
  * fno-check-pointer-bounds:              Instrumentation Options.
!                                                              (line  392)
! * fno-checking:                          Developer Options.  (line  656)
  * fno-chkp-check-incomplete-type:        Instrumentation Options.
!                                                              (line  430)
  * fno-chkp-check-read:                   Instrumentation Options.
!                                                              (line  486)
  * fno-chkp-check-write:                  Instrumentation Options.
!                                                              (line  490)
  * fno-chkp-first-field-has-own-bounds:   Instrumentation Options.
!                                                              (line  441)
  * fno-chkp-flexible-struct-trailing-arrays: Instrumentation Options.
!                                                              (line  447)
  * fno-chkp-instrument-calls:             Instrumentation Options.
!                                                              (line  498)
  * fno-chkp-instrument-marked-only:       Instrumentation Options.
!                                                              (line  502)
  * fno-chkp-narrow-bounds:                Instrumentation Options.
!                                                              (line  434)
  * fno-chkp-narrow-to-innermost-array:    Instrumentation Options.
!                                                              (line  453)
  * fno-chkp-optimize:                     Instrumentation Options.
!                                                              (line  458)
  * fno-chkp-store-bounds:                 Instrumentation Options.
!                                                              (line  494)
  * fno-chkp-treat-zero-dynamic-size-as-infinite: Instrumentation Options.
!                                                              (line  479)
  * fno-chkp-use-fast-string-functions:    Instrumentation Options.
!                                                              (line  462)
  * fno-chkp-use-nochk-string-functions:   Instrumentation Options.
!                                                              (line  466)
  * fno-chkp-use-static-bounds:            Instrumentation Options.
!                                                              (line  470)
  * fno-chkp-use-static-const-bounds:      Instrumentation Options.
!                                                              (line  474)
  * fno-chkp-use-wrappers:                 Instrumentation Options.
!                                                              (line  507)
  * fno-common <1>:                        Common Variable Attributes.
!                                                              (line   90)
! * fno-common:                            Code Gen Options.   (line  221)
! * fno-compare-debug:                     Developer Options.  (line  750)
! * fno-debug-types-section:               Debugging Options.  (line  185)
  * fno-default-inline:                    Inline.             (line   68)
! * fno-defer-pop:                         Optimize Options.   (line  194)
  * fno-diagnostics-show-caret:            Diagnostic Message Formatting Options.
                                                               (line  119)
  * fno-diagnostics-show-option:           Diagnostic Message Formatting Options.
                                                               (line  113)
! * fno-dwarf2-cfi-asm:                    Debugging Options.  (line  307)
  * fno-elide-constructors:                C++ Dialect Options.
!                                                              (line  165)
! * fno-eliminate-unused-debug-types:      Debugging Options.  (line  311)
  * fno-enforce-eh-specs:                  C++ Dialect Options.
!                                                              (line  176)
  * fno-ext-numeric-literals:              C++ Dialect Options.
!                                                              (line  665)
  * fno-extern-tls-init:                   C++ Dialect Options.
!                                                              (line  187)
  * fno-for-scope:                         C++ Dialect Options.
!                                                              (line  208)
! * fno-fp-int-builtin-inexact:            Optimize Options.   (line 2175)
! * fno-function-cse:                      Optimize Options.   (line  416)
  * fno-gnu-keywords:                      C++ Dialect Options.
!                                                              (line  220)
  * fno-gnu-unique:                        Code Gen Options.   (line  152)
! * fno-guess-branch-probability:          Optimize Options.   (line 1403)
  * fno-ident:                             Code Gen Options.   (line  248)
  * fno-implement-inlines <1>:             C++ Interface.      (line   66)
+ * fno-implement-inlines:                 C++ Dialect Options.
+                                                              (line  238)
  * fno-implicit-inline-templates:         C++ Dialect Options.
!                                                              (line  232)
  * fno-implicit-templates <1>:            Template Instantiation.
                                                               (line  118)
! * fno-implicit-templates:                C++ Dialect Options.
!                                                              (line  226)
! * fno-inline:                            Optimize Options.   (line  255)
! * fno-ira-share-save-slots:              Optimize Options.   (line  706)
! * fno-ira-share-spill-slots:             Optimize Options.   (line  712)
! * fno-jump-tables:                       Code Gen Options.   (line  412)
! * fno-keep-inline-dllexport:             Optimize Options.   (line  342)
! * fno-lifetime-dse:                      Optimize Options.   (line  641)
  * fno-local-ivars:                       Objective-C and Objective-C++ Dialect Options.
!                                                              (line  153)
! * fno-math-errno:                        Optimize Options.   (line 2043)
! * fno-merge-debug-strings:               Debugging Options.  (line  138)
  * fno-nil-receivers:                     Objective-C and Objective-C++ Dialect Options.
                                                               (line   49)
  * fno-nonansi-builtins:                  C++ Dialect Options.
!                                                              (line  261)
  * fno-operator-names:                    C++ Dialect Options.
!                                                              (line  277)
  * fno-optional-diags:                    C++ Dialect Options.
!                                                              (line  281)
! * fno-peephole:                          Optimize Options.   (line 1394)
! * fno-peephole2:                         Optimize Options.   (line 1394)
! * fno-plt:                               Code Gen Options.   (line  394)
  * fno-pretty-templates:                  C++ Dialect Options.
!                                                              (line  291)
! * fno-printf-return-value:               Optimize Options.   (line 1371)
  * fno-rtti:                              C++ Dialect Options.
!                                                              (line  308)
  * fno-sanitize-recover:                  Instrumentation Options.
!                                                              (line  334)
  * fno-sanitize=all:                      Instrumentation Options.
!                                                              (line  320)
! * fno-sched-interblock:                  Optimize Options.   (line  751)
! * fno-sched-spec:                        Optimize Options.   (line  756)
  * fno-set-stack-executable:              x86 Windows Options.
                                                               (line   46)
  * fno-show-column:                       Diagnostic Message Formatting Options.
!                                                              (line  172)
! * fno-signed-bitfields:                  C Dialect Options.  (line  407)
! * fno-signed-zeros:                      Optimize Options.   (line 2115)
  * fno-stack-limit:                       Instrumentation Options.
!                                                              (line  574)
  * fno-threadsafe-statics:                C++ Dialect Options.
!                                                              (line  358)
! * fno-toplevel-reorder:                  Optimize Options.   (line 1619)
! * fno-trapping-math:                     Optimize Options.   (line 2125)
! * fno-unsigned-bitfields:                C Dialect Options.  (line  407)
  * fno-use-cxa-get-exception-ptr:         C++ Dialect Options.
!                                                              (line  371)
! * fno-var-tracking-assignments:          Debugging Options.  (line  159)
! * fno-var-tracking-assignments-toggle:   Developer Options.  (line  797)
  * fno-weak:                              C++ Dialect Options.
!                                                              (line  433)
  * fno-working-directory:                 Preprocessor Options.
!                                                              (line  302)
  * fno-writable-relocated-rdata:          x86 Windows Options.
                                                               (line   53)
! * fno-zero-initialized-in-bss:           Optimize Options.   (line  427)
! * fnon-call-exceptions:                  Code Gen Options.   (line  122)
  * fnothrow-opt:                          C++ Dialect Options.
!                                                              (line  266)
  * fobjc-abi-version:                     Objective-C and Objective-C++ Dialect Options.
                                                               (line   56)
  * fobjc-call-cxx-cdtors:                 Objective-C and Objective-C++ Dialect Options.
*************** look up both forms.
*** 54272,54661 ****
  * fobjc-exceptions:                      Objective-C and Objective-C++ Dialect Options.
                                                               (line   96)
  * fobjc-gc:                              Objective-C and Objective-C++ Dialect Options.
!                                                              (line  104)
  * fobjc-nilcheck:                        Objective-C and Objective-C++ Dialect Options.
!                                                              (line  110)
  * fobjc-std:                             Objective-C and Objective-C++ Dialect Options.
!                                                              (line  119)
! * fomit-frame-pointer:                   Optimize Options.   (line  221)
  * fopenacc:                              C Dialect Options.  (line  290)
! * fopenacc-dim:                          C Dialect Options.  (line  299)
! * fopenmp:                               C Dialect Options.  (line  305)
! * fopenmp-simd:                          C Dialect Options.  (line  314)
! * fopt-info:                             Developer Options.  (line  450)
! * foptimize-sibling-calls:               Optimize Options.   (line  241)
! * foptimize-strlen:                      Optimize Options.   (line  246)
  * force_cpusubtype_ALL:                  Darwin Options.     (line  135)
  * force_flat_namespace:                  Darwin Options.     (line  196)
! * fpack-struct:                          Code Gen Options.   (line  461)
! * fpartial-inlining:                     Optimize Options.   (line 1342)
! * fpcc-struct-return:                    Code Gen Options.   (line  165)
  * fpcc-struct-return <1>:                Incompatibilities.  (line  170)
  * fpch-deps:                             Preprocessor Options.
!                                                              (line  278)
  * fpch-preprocess:                       Preprocessor Options.
!                                                              (line  286)
! * fpeel-loops:                           Optimize Options.   (line 2300)
  * fpermissive:                           C++ Dialect Options.
!                                                              (line  284)
! * fpermitted-flt-eval-methods:           C Dialect Options.  (line  172)
! * fpermitted-flt-eval-methods=c11:       C Dialect Options.  (line  172)
! * fpermitted-flt-eval-methods=ts-18661-3: C Dialect Options. (line  172)
! * fpic:                                  Code Gen Options.   (line  349)
! * fPIC:                                  Code Gen Options.   (line  370)
! * fpie:                                  Code Gen Options.   (line  383)
! * fPIE:                                  Code Gen Options.   (line  383)
! * fplan9-extensions:                     C Dialect Options.  (line  361)
! * fplan9-extensions <1>:                 Unnamed Fields.     (line   43)
  * fplugin:                               Overall Options.    (line  359)
! * fplugin-arg:                           Overall Options.    (line  366)
! * fpost-ipa-mem-report:                  Developer Options.  (line  812)
! * fpre-ipa-mem-report:                   Developer Options.  (line  811)
! * fpredictive-commoning:                 Optimize Options.   (line 1349)
! * fprefetch-loop-arrays:                 Optimize Options.   (line 1356)
  * fpreprocessed:                         Preprocessor Options.
!                                                              (line  187)
  * fprofile-arcs:                         Instrumentation Options.
                                                               (line   31)
! * fprofile-arcs <1>:                     Other Builtins.     (line  362)
! * fprofile-correction:                   Optimize Options.   (line 1921)
  * fprofile-dir:                          Instrumentation Options.
!                                                              (line  100)
  * fprofile-generate:                     Instrumentation Options.
                                                               (line  111)
! * fprofile-reorder-functions:            Optimize Options.   (line 2242)
! * fprofile-report:                       Developer Options.  (line  816)
  * fprofile-update:                       Instrumentation Options.
!                                                              (line  128)
! * fprofile-use:                          Optimize Options.   (line 1929)
! * fprofile-values:                       Optimize Options.   (line 2233)
  * fpu:                                   RX Options.         (line   17)
! * frandom-seed:                          Developer Options.  (line  633)
! * freciprocal-math:                      Optimize Options.   (line 2087)
! * frecord-gcc-switches:                  Code Gen Options.   (line  337)
! * free:                                  Optimize Options.   (line  629)
  * freg-struct-return:                    Code Gen Options.   (line  183)
! * frename-registers:                     Optimize Options.   (line 2259)
! * freorder-blocks:                       Optimize Options.   (line 1415)
! * freorder-blocks-algorithm:             Optimize Options.   (line 1421)
! * freorder-blocks-and-partition:         Optimize Options.   (line 1432)
! * freorder-functions:                    Optimize Options.   (line 1445)
  * freplace-objc-classes:                 Objective-C and Objective-C++ Dialect Options.
!                                                              (line  130)
! * frepo:                                 C++ Dialect Options.
!                                                              (line  301)
  * frepo <1>:                             Template Instantiation.
                                                               (line   94)
  * freport-bug:                           Developer Options.  (line  258)
! * frerun-cse-after-loop:                 Optimize Options.   (line  469)
! * freschedule-modulo-scheduled-loops:    Optimize Options.   (line  845)
! * frounding-math:                        Optimize Options.   (line 2134)
  * fsanitize-address-use-after-scope:     Instrumentation Options.
!                                                              (line  377)
  * fsanitize-coverage=trace-pc:           Instrumentation Options.
!                                                              (line  388)
  * fsanitize-recover:                     Instrumentation Options.
!                                                              (line  341)
  * fsanitize-sections:                    Instrumentation Options.
!                                                              (line  337)
  * fsanitize-undefined-trap-on-error:     Instrumentation Options.
!                                                              (line  381)
  * fsanitize=address:                     Instrumentation Options.
!                                                              (line  145)
  * fsanitize=alignment:                   Instrumentation Options.
!                                                              (line  266)
  * fsanitize=bool:                        Instrumentation Options.
!                                                              (line  304)
  * fsanitize=bounds:                      Instrumentation Options.
!                                                              (line  251)
  * fsanitize=bounds-strict:               Instrumentation Options.
!                                                              (line  258)
  * fsanitize=enum:                        Instrumentation Options.
!                                                              (line  309)
  * fsanitize=float-cast-overflow:         Instrumentation Options.
!                                                              (line  284)
  * fsanitize=float-divide-by-zero:        Instrumentation Options.
!                                                              (line  278)
  * fsanitize=integer-divide-by-zero:      Instrumentation Options.
!                                                              (line  214)
  * fsanitize=kernel-address:              Instrumentation Options.
!                                                              (line  159)
  * fsanitize=leak:                        Instrumentation Options.
!                                                              (line  179)
  * fsanitize=nonnull-attribute:           Instrumentation Options.
!                                                              (line  292)
  * fsanitize=null:                        Instrumentation Options.
!                                                              (line  228)
  * fsanitize=object-size:                 Instrumentation Options.
!                                                              (line  273)
  * fsanitize=return:                      Instrumentation Options.
!                                                              (line  236)
  * fsanitize=returns-nonnull-attribute:   Instrumentation Options.
!                                                              (line  298)
  * fsanitize=shift:                       Instrumentation Options.
!                                                              (line  194)
  * fsanitize=shift-base:                  Instrumentation Options.
!                                                              (line  207)
  * fsanitize=shift-exponent:              Instrumentation Options.
!                                                              (line  202)
  * fsanitize=signed-integer-overflow:     Instrumentation Options.
!                                                              (line  242)
  * fsanitize=thread:                      Instrumentation Options.
!                                                              (line  164)
  * fsanitize=undefined:                   Instrumentation Options.
!                                                              (line  189)
  * fsanitize=unreachable:                 Instrumentation Options.
!                                                              (line  218)
  * fsanitize=vla-bound:                   Instrumentation Options.
!                                                              (line  224)
  * fsanitize=vptr:                        Instrumentation Options.
!                                                              (line  315)
! * fsched-critical-path-heuristic:        Optimize Options.   (line  811)
! * fsched-dep-count-heuristic:            Optimize Options.   (line  838)
! * fsched-group-heuristic:                Optimize Options.   (line  805)
! * fsched-last-insn-heuristic:            Optimize Options.   (line  831)
! * fsched-pressure:                       Optimize Options.   (line  756)
! * fsched-rank-heuristic:                 Optimize Options.   (line  824)
! * fsched-spec-insn-heuristic:            Optimize Options.   (line  817)
! * fsched-spec-load:                      Optimize Options.   (line  765)
! * fsched-spec-load-dangerous:            Optimize Options.   (line  770)
! * fsched-stalled-insns:                  Optimize Options.   (line  776)
! * fsched-stalled-insns-dep:              Optimize Options.   (line  786)
! * fsched-verbose:                        Developer Options.  (line  545)
! * fsched2-use-superblocks:               Optimize Options.   (line  795)
! * fschedule-fusion:                      Optimize Options.   (line 2269)
! * fschedule-insns:                       Optimize Options.   (line  727)
! * fschedule-insns2:                      Optimize Options.   (line  737)
! * fsection-anchors:                      Optimize Options.   (line 2359)
! * fsel-sched-pipelining:                 Optimize Options.   (line  858)
! * fsel-sched-pipelining-outer-loops:     Optimize Options.   (line  863)
! * fselective-scheduling:                 Optimize Options.   (line  850)
! * fselective-scheduling2:                Optimize Options.   (line  854)
! * fsemantic-interposition:               Optimize Options.   (line  868)
! * fshort-enums:                          Code Gen Options.   (line  201)
! * fshort-enums <1>:                      Structures unions enumerations and bit-fields implementation.
!                                                              (line   48)
  * fshort-enums <2>:                      Common Type Attributes.
!                                                              (line  192)
! * fshort-enums <3>:                      Non-bugs.           (line   42)
  * fshort-wchar:                          Code Gen Options.   (line  211)
! * fshrink-wrap:                          Optimize Options.   (line  885)
! * fshrink-wrap-separate:                 Optimize Options.   (line  890)
! * fsignaling-nans:                       Optimize Options.   (line 2154)
! * fsigned-bitfields:                     C Dialect Options.  (line  409)
  * fsigned-bitfields <1>:                 Non-bugs.           (line   57)
! * fsigned-char:                          C Dialect Options.  (line  399)
  * fsigned-char <1>:                      Characters implementation.
                                                               (line   31)
! * fsimd-cost-model:                      Optimize Options.   (line 1302)
! * fsingle-precision-constant:            Optimize Options.   (line 2186)
  * fsized-deallocation:                   C++ Dialect Options.
!                                                              (line  316)
! * fsplit-ivs-in-unroller:                Optimize Options.   (line 1323)
! * fsplit-loops:                          Optimize Options.   (line 2312)
! * fsplit-paths:                          Optimize Options.   (line 1318)
! * fsplit-stack:                          Instrumentation Options.
!                                                              (line  596)
  * fsplit-stack <1>:                      Common Function Attributes.
!                                                              (line  532)
! * fsplit-wide-types:                     Optimize Options.   (line  444)
! * fssa-backprop:                         Optimize Options.   (line 1073)
! * fssa-phiopt:                           Optimize Options.   (line 1079)
! * fsso-struct:                           C Dialect Options.  (line  415)
  * fstack-check:                          Instrumentation Options.
!                                                              (line  541)
  * fstack-limit-register:                 Instrumentation Options.
!                                                              (line  579)
  * fstack-limit-symbol:                   Instrumentation Options.
!                                                              (line  579)
  * fstack-protector:                      Instrumentation Options.
!                                                              (line  520)
  * fstack-protector-all:                  Instrumentation Options.
!                                                              (line  529)
  * fstack-protector-explicit:             Instrumentation Options.
!                                                              (line  537)
  * fstack-protector-strong:               Instrumentation Options.
!                                                              (line  532)
! * fstack-usage:                          Developer Options.  (line  820)
  * fstack_reuse:                          Code Gen Options.   (line   15)
! * fstats:                                Developer Options.  (line  849)
! * fstdarg-opt:                           Optimize Options.   (line 2355)
! * fstore-merging:                        Optimize Options.   (line 1254)
! * fstrict-aliasing:                      Optimize Options.   (line 1458)
  * fstrict-enums:                         C++ Dialect Options.
!                                                              (line  326)
! * fstrict-overflow:                      Optimize Options.   (line 1504)
! * fstrict-volatile-bitfields:            Code Gen Options.   (line  585)
  * fstrong-eval-order:                    C++ Dialect Options.
!                                                              (line  335)
! * fsync-libcalls:                        Code Gen Options.   (line  617)
  * fsyntax-only:                          Warning Options.    (line   14)
  * ftabstop:                              Preprocessor Options.
!                                                              (line  232)
  * ftemplate-backtrace-limit:             C++ Dialect Options.
!                                                              (line  343)
  * ftemplate-depth:                       C++ Dialect Options.
!                                                              (line  347)
  * ftest-coverage:                        Instrumentation Options.
!                                                              (line   91)
! * fthread-jumps:                         Optimize Options.   (line  435)
! * ftime-report:                          Developer Options.  (line  777)
! * ftime-report-details:                  Developer Options.  (line  781)
! * ftls-model:                            Code Gen Options.   (line  485)
! * ftracer:                               Optimize Options.   (line 2277)
  * ftrack-macro-expansion:                Preprocessor Options.
!                                                              (line  238)
! * ftrampolines:                          Code Gen Options.   (line  496)
! * ftrapv:                                Code Gen Options.   (line   91)
! * ftree-bit-ccp:                         Optimize Options.   (line 1062)
! * ftree-builtin-call-dce:                Optimize Options.   (line 1100)
! * ftree-ccp:                             Optimize Options.   (line 1068)
! * ftree-ch:                              Optimize Options.   (line 1120)
! * ftree-coalesce-vars:                   Optimize Options.   (line 1161)
! * ftree-copy-prop:                       Optimize Options.   (line  973)
! * ftree-dce:                             Optimize Options.   (line 1096)
! * ftree-dominator-opts:                  Optimize Options.   (line 1106)
! * ftree-dse:                             Optimize Options.   (line 1113)
! * ftree-forwprop:                        Optimize Options.   (line  952)
! * ftree-fre:                             Optimize Options.   (line  956)
! * ftree-loop-distribute-patterns:        Optimize Options.   (line 1195)
! * ftree-loop-distribution:               Optimize Options.   (line 1178)
! * ftree-loop-if-convert:                 Optimize Options.   (line 1171)
! * ftree-loop-im:                         Optimize Options.   (line 1215)
! * ftree-loop-ivcanon:                    Optimize Options.   (line 1224)
! * ftree-loop-linear:                     Optimize Options.   (line 1135)
! * ftree-loop-optimize:                   Optimize Options.   (line 1127)
! * ftree-loop-vectorize:                  Optimize Options.   (line 1280)
! * ftree-parallelize-loops:               Optimize Options.   (line 1235)
! * ftree-partial-pre:                     Optimize Options.   (line  948)
! * ftree-phiprop:                         Optimize Options.   (line  963)
! * ftree-pre:                             Optimize Options.   (line  944)
! * ftree-pta:                             Optimize Options.   (line 1244)
! * ftree-reassoc:                         Optimize Options.   (line  933)
! * ftree-sink:                            Optimize Options.   (line 1058)
! * ftree-slp-vectorize:                   Optimize Options.   (line 1284)
! * ftree-slsr:                            Optimize Options.   (line 1269)
! * ftree-sra:                             Optimize Options.   (line 1248)
! * ftree-switch-conversion:               Optimize Options.   (line 1083)
! * ftree-tail-merge:                      Optimize Options.   (line 1088)
! * ftree-ter:                             Optimize Options.   (line 1261)
! * ftree-vectorize:                       Optimize Options.   (line 1275)
! * ftree-vrp:                             Optimize Options.   (line 1309)
! * funconstrained-commons:                Optimize Options.   (line  525)
! * funit-at-a-time:                       Optimize Options.   (line 1607)
! * funroll-all-loops:                     Optimize Options.   (line 2294)
! * funroll-loops:                         Optimize Options.   (line 2284)
! * funsafe-math-optimizations:            Optimize Options.   (line 2052)
! * funsigned-bitfields:                   C Dialect Options.  (line  409)
! * funsigned-bitfields <1>:               Structures unions enumerations and bit-fields implementation.
                                                               (line   17)
! * funsigned-bitfields <2>:               Non-bugs.           (line   57)
! * funsigned-char:                        C Dialect Options.  (line  381)
  * funsigned-char <1>:                    Characters implementation.
                                                               (line   31)
! * funswitch-loops:                       Optimize Options.   (line 2316)
  * funwind-tables:                        Code Gen Options.   (line  139)
  * fuse-cxa-atexit:                       C++ Dialect Options.
!                                                              (line  362)
  * fuse-ld=bfd:                           Link Options.       (line   25)
  * fuse-ld=gold:                          Link Options.       (line   28)
! * fuse-linker-plugin:                    Optimize Options.   (line 1866)
! * fvar-tracking:                         Debugging Options.  (line  148)
! * fvar-tracking-assignments:             Debugging Options.  (line  158)
! * fvar-tracking-assignments-toggle:      Developer Options.  (line  769)
! * fvariable-expansion-in-unroller:       Optimize Options.   (line 1337)
! * fvect-cost-model:                      Optimize Options.   (line 1288)
  * fverbose-asm:                          Code Gen Options.   (line  258)
! * fvisibility:                           Code Gen Options.   (line  520)
  * fvisibility-inlines-hidden:            C++ Dialect Options.
!                                                              (line  374)
  * fvisibility-ms-compat:                 C++ Dialect Options.
!                                                              (line  402)
! * fvpt:                                  Optimize Options.   (line 2249)
  * fvtable-verify:                        Instrumentation Options.
!                                                              (line  614)
  * fvtv-counts:                           Instrumentation Options.
!                                                              (line  650)
  * fvtv-debug:                            Instrumentation Options.
!                                                              (line  637)
! * fweb:                                  Optimize Options.   (line 1626)
! * fwhole-program:                        Optimize Options.   (line 1637)
  * fwide-exec-charset:                    Preprocessor Options.
!                                                              (line  260)
  * fworking-directory:                    Preprocessor Options.
!                                                              (line  303)
! * fwrapv:                                Code Gen Options.   (line   99)
  * fzero-link:                            Objective-C and Objective-C++ Dialect Options.
!                                                              (line  140)
! * g:                                     Debugging Options.  (line   25)
  * G:                                     M32R/D Options.     (line   57)
! * G <1>:                                 MIPS Options.       (line  436)
! * G <2>:                                 Nios II Options.    (line    9)
! * G <3>:                                 RS/6000 and PowerPC Options.
!                                                              (line  822)
! * G <4>:                                 System V Options.   (line   10)
! * gcoff:                                 Debugging Options.  (line   78)
! * gcolumn-info:                          Debugging Options.  (line  214)
! * gdwarf:                                Debugging Options.  (line   45)
  * gen-decls:                             Objective-C and Objective-C++ Dialect Options.
!                                                              (line  166)
  * gfull:                                 Darwin Options.     (line   69)
! * ggdb:                                  Debugging Options.  (line   38)
! * ggnu-pubnames:                         Debugging Options.  (line  179)
! * gno-column-info:                       Debugging Options.  (line  214)
! * gno-record-gcc-switches:               Debugging Options.  (line  194)
! * gno-strict-dwarf:                      Debugging Options.  (line  209)
! * gpubnames:                             Debugging Options.  (line  176)
! * grecord-gcc-switches:                  Debugging Options.  (line  194)
! * gsplit-dwarf:                          Debugging Options.  (line  169)
! * gstabs:                                Debugging Options.  (line   64)
! * gstabs+:                               Debugging Options.  (line   72)
! * gstrict-dwarf:                         Debugging Options.  (line  203)
! * gtoggle:                               Developer Options.  (line  761)
  * gused:                                 Darwin Options.     (line   64)
! * gvms:                                  Debugging Options.  (line   96)
! * gxcoff:                                Debugging Options.  (line   83)
! * gxcoff+:                               Debugging Options.  (line   88)
! * gz:                                    Debugging Options.  (line  219)
  * H:                                     Preprocessor Options.
!                                                              (line  385)
  * headerpad_max_install_names:           Darwin Options.     (line  196)
  * help:                                  Overall Options.    (line  210)
  * I:                                     Directory Options.  (line   13)
! * I-:                                    Directory Options.  (line   65)
  * idirafter:                             Directory Options.  (line   13)
  * iframework:                            Darwin Options.     (line   57)
  * imacros:                               Preprocessor Options.
                                                               (line   57)
  * image_base:                            Darwin Options.     (line  196)
! * imultilib:                             Directory Options.  (line   98)
  * include:                               Preprocessor Options.
                                                               (line   46)
  * init:                                  Darwin Options.     (line  196)
  * install_name:                          Darwin Options.     (line  196)
! * iplugindir=:                           Directory Options.  (line  113)
! * iprefix:                               Directory Options.  (line   80)
  * iquote:                                Directory Options.  (line   13)
! * isysroot:                              Directory Options.  (line   92)
  * isystem:                               Directory Options.  (line   13)
! * iwithprefix:                           Directory Options.  (line   86)
! * iwithprefixbefore:                     Directory Options.  (line   86)
  * keep_private_externs:                  Darwin Options.     (line  196)
  * l:                                     Link Options.       (line   32)
- * L:                                     Directory Options.  (line  118)
  * lobjc:                                 Link Options.       (line   59)
  * M:                                     Preprocessor Options.
                                                               (line   77)
- * m:                                     RS/6000 and PowerPC Options.
-                                                              (line  658)
  * m1:                                    SH Options.         (line    9)
  * m10:                                   PDP-11 Options.     (line   29)
! * m128bit-long-double:                   x86 Options.        (line  478)
! * m16:                                   x86 Options.        (line 1186)
! * m16-bit:                               CRIS Options.       (line   64)
  * m16-bit <1>:                           NDS32 Options.      (line   39)
  * m1reg-:                                Adapteva Epiphany Options.
!                                                              (line  131)
  * m2:                                    SH Options.         (line   12)
  * m210:                                  MCore Options.      (line   43)
  * m2a:                                   SH Options.         (line   30)
--- 54958,55347 ----
  * fobjc-exceptions:                      Objective-C and Objective-C++ Dialect Options.
                                                               (line   96)
  * fobjc-gc:                              Objective-C and Objective-C++ Dialect Options.
!                                                              (line  105)
  * fobjc-nilcheck:                        Objective-C and Objective-C++ Dialect Options.
!                                                              (line  111)
  * fobjc-std:                             Objective-C and Objective-C++ Dialect Options.
!                                                              (line  120)
! * fomit-frame-pointer:                   Optimize Options.   (line  222)
  * fopenacc:                              C Dialect Options.  (line  290)
! * fopenacc-dim:                          C Dialect Options.  (line  298)
! * fopenmp:                               C Dialect Options.  (line  304)
! * fopenmp-simd:                          C Dialect Options.  (line  312)
! * fopt-info:                             Developer Options.  (line  471)
! * foptimize-sibling-calls:               Optimize Options.   (line  243)
! * foptimize-strlen:                      Optimize Options.   (line  248)
  * force_cpusubtype_ALL:                  Darwin Options.     (line  135)
  * force_flat_namespace:                  Darwin Options.     (line  196)
! * fpack-struct:                          Code Gen Options.   (line  463)
! * fpartial-inlining:                     Optimize Options.   (line 1347)
  * fpcc-struct-return <1>:                Incompatibilities.  (line  170)
+ * fpcc-struct-return:                    Code Gen Options.   (line  165)
  * fpch-deps:                             Preprocessor Options.
!                                                              (line  277)
  * fpch-preprocess:                       Preprocessor Options.
!                                                              (line  285)
! * fpeel-loops:                           Optimize Options.   (line 2307)
  * fpermissive:                           C++ Dialect Options.
!                                                              (line  286)
! * fpermitted-flt-eval-methods:           C Dialect Options.  (line  175)
! * fpermitted-flt-eval-methods=c11:       C Dialect Options.  (line  175)
! * fpermitted-flt-eval-methods=ts-18661-3: C Dialect Options. (line  175)
! * fPIC:                                  Code Gen Options.   (line  371)
! * fpic:                                  Code Gen Options.   (line  350)
! * fPIE:                                  Code Gen Options.   (line  384)
! * fpie:                                  Code Gen Options.   (line  384)
! * fplan9-extensions <1>:                 Unnamed Fields.     (line   44)
! * fplan9-extensions:                     C Dialect Options.  (line  359)
  * fplugin:                               Overall Options.    (line  359)
! * fplugin-arg:                           Overall Options.    (line  367)
! * fpost-ipa-mem-report:                  Developer Options.  (line  841)
! * fpre-ipa-mem-report:                   Developer Options.  (line  839)
! * fpredictive-commoning:                 Optimize Options.   (line 1354)
! * fprefetch-loop-arrays:                 Optimize Options.   (line 1361)
  * fpreprocessed:                         Preprocessor Options.
!                                                              (line  185)
! * fprofile-arcs <1>:                     Other Builtins.     (line  368)
  * fprofile-arcs:                         Instrumentation Options.
                                                               (line   31)
! * fprofile-correction:                   Optimize Options.   (line 1930)
  * fprofile-dir:                          Instrumentation Options.
!                                                              (line  101)
  * fprofile-generate:                     Instrumentation Options.
                                                               (line  111)
! * fprofile-reorder-functions:            Optimize Options.   (line 2249)
! * fprofile-report:                       Developer Options.  (line  845)
  * fprofile-update:                       Instrumentation Options.
!                                                              (line  127)
! * fprofile-use:                          Optimize Options.   (line 1938)
! * fprofile-values:                       Optimize Options.   (line 2240)
  * fpu:                                   RX Options.         (line   17)
! * frandom-seed:                          Developer Options.  (line  661)
! * freciprocal-math:                      Optimize Options.   (line 2094)
! * frecord-gcc-switches:                  Code Gen Options.   (line  338)
! * free:                                  Optimize Options.   (line  633)
  * freg-struct-return:                    Code Gen Options.   (line  183)
! * frename-registers:                     Optimize Options.   (line 2266)
! * freorder-blocks:                       Optimize Options.   (line 1420)
! * freorder-blocks-algorithm:             Optimize Options.   (line 1426)
! * freorder-blocks-and-partition:         Optimize Options.   (line 1437)
! * freorder-functions:                    Optimize Options.   (line 1450)
  * freplace-objc-classes:                 Objective-C and Objective-C++ Dialect Options.
!                                                              (line  131)
  * frepo <1>:                             Template Instantiation.
                                                               (line   94)
+ * frepo:                                 C++ Dialect Options.
+                                                              (line  303)
  * freport-bug:                           Developer Options.  (line  258)
! * frerun-cse-after-loop:                 Optimize Options.   (line  473)
! * freschedule-modulo-scheduled-loops:    Optimize Options.   (line  850)
! * frounding-math:                        Optimize Options.   (line 2140)
  * fsanitize-address-use-after-scope:     Instrumentation Options.
!                                                              (line  371)
  * fsanitize-coverage=trace-pc:           Instrumentation Options.
!                                                              (line  382)
  * fsanitize-recover:                     Instrumentation Options.
!                                                              (line  334)
  * fsanitize-sections:                    Instrumentation Options.
!                                                              (line  330)
  * fsanitize-undefined-trap-on-error:     Instrumentation Options.
!                                                              (line  375)
  * fsanitize=address:                     Instrumentation Options.
!                                                              (line  143)
  * fsanitize=alignment:                   Instrumentation Options.
!                                                              (line  264)
  * fsanitize=bool:                        Instrumentation Options.
!                                                              (line  300)
  * fsanitize=bounds:                      Instrumentation Options.
!                                                              (line  249)
  * fsanitize=bounds-strict:               Instrumentation Options.
!                                                              (line  256)
  * fsanitize=enum:                        Instrumentation Options.
!                                                              (line  304)
  * fsanitize=float-cast-overflow:         Instrumentation Options.
!                                                              (line  281)
  * fsanitize=float-divide-by-zero:        Instrumentation Options.
!                                                              (line  275)
  * fsanitize=integer-divide-by-zero:      Instrumentation Options.
!                                                              (line  212)
  * fsanitize=kernel-address:              Instrumentation Options.
!                                                              (line  157)
  * fsanitize=leak:                        Instrumentation Options.
!                                                              (line  177)
  * fsanitize=nonnull-attribute:           Instrumentation Options.
!                                                              (line  289)
  * fsanitize=null:                        Instrumentation Options.
!                                                              (line  226)
  * fsanitize=object-size:                 Instrumentation Options.
!                                                              (line  270)
  * fsanitize=return:                      Instrumentation Options.
!                                                              (line  234)
  * fsanitize=returns-nonnull-attribute:   Instrumentation Options.
!                                                              (line  295)
  * fsanitize=shift:                       Instrumentation Options.
!                                                              (line  192)
  * fsanitize=shift-base:                  Instrumentation Options.
!                                                              (line  205)
  * fsanitize=shift-exponent:              Instrumentation Options.
!                                                              (line  200)
  * fsanitize=signed-integer-overflow:     Instrumentation Options.
!                                                              (line  240)
  * fsanitize=thread:                      Instrumentation Options.
!                                                              (line  162)
  * fsanitize=undefined:                   Instrumentation Options.
!                                                              (line  187)
  * fsanitize=unreachable:                 Instrumentation Options.
!                                                              (line  216)
  * fsanitize=vla-bound:                   Instrumentation Options.
!                                                              (line  222)
  * fsanitize=vptr:                        Instrumentation Options.
!                                                              (line  309)
! * fsched-critical-path-heuristic:        Optimize Options.   (line  816)
! * fsched-dep-count-heuristic:            Optimize Options.   (line  843)
! * fsched-group-heuristic:                Optimize Options.   (line  810)
! * fsched-last-insn-heuristic:            Optimize Options.   (line  836)
! * fsched-pressure:                       Optimize Options.   (line  761)
! * fsched-rank-heuristic:                 Optimize Options.   (line  829)
! * fsched-spec-insn-heuristic:            Optimize Options.   (line  822)
! * fsched-spec-load:                      Optimize Options.   (line  770)
! * fsched-spec-load-dangerous:            Optimize Options.   (line  775)
! * fsched-stalled-insns:                  Optimize Options.   (line  781)
! * fsched-stalled-insns-dep:              Optimize Options.   (line  791)
! * fsched-verbose:                        Developer Options.  (line  574)
! * fsched2-use-superblocks:               Optimize Options.   (line  800)
! * fschedule-fusion:                      Optimize Options.   (line 2276)
! * fschedule-insns:                       Optimize Options.   (line  732)
! * fschedule-insns2:                      Optimize Options.   (line  742)
! * fsection-anchors:                      Optimize Options.   (line 2366)
! * fsel-sched-pipelining:                 Optimize Options.   (line  863)
! * fsel-sched-pipelining-outer-loops:     Optimize Options.   (line  868)
! * fselective-scheduling:                 Optimize Options.   (line  855)
! * fselective-scheduling2:                Optimize Options.   (line  859)
! * fsemantic-interposition:               Optimize Options.   (line  873)
! * fshort-enums <1>:                      Non-bugs.           (line   42)
  * fshort-enums <2>:                      Common Type Attributes.
!                                                              (line  193)
! * fshort-enums <3>:                      Structures unions enumerations and bit-fields implementation.
!                                                              (line   48)
! * fshort-enums:                          Code Gen Options.   (line  201)
  * fshort-wchar:                          Code Gen Options.   (line  211)
! * fshrink-wrap:                          Optimize Options.   (line  890)
! * fshrink-wrap-separate:                 Optimize Options.   (line  895)
! * fsignaling-nans:                       Optimize Options.   (line 2160)
  * fsigned-bitfields <1>:                 Non-bugs.           (line   57)
! * fsigned-bitfields:                     C Dialect Options.  (line  407)
  * fsigned-char <1>:                      Characters implementation.
                                                               (line   31)
! * fsigned-char:                          C Dialect Options.  (line  397)
! * fsimd-cost-model:                      Optimize Options.   (line 1307)
! * fsingle-precision-constant:            Optimize Options.   (line 2192)
  * fsized-deallocation:                   C++ Dialect Options.
!                                                              (line  318)
! * fsplit-ivs-in-unroller:                Optimize Options.   (line 1328)
! * fsplit-loops:                          Optimize Options.   (line 2319)
! * fsplit-paths:                          Optimize Options.   (line 1323)
  * fsplit-stack <1>:                      Common Function Attributes.
!                                                              (line  536)
! * fsplit-stack:                          Instrumentation Options.
!                                                              (line  591)
! * fsplit-wide-types:                     Optimize Options.   (line  448)
! * fssa-backprop:                         Optimize Options.   (line 1078)
! * fssa-phiopt:                           Optimize Options.   (line 1084)
! * fsso-struct:                           C Dialect Options.  (line  413)
  * fstack-check:                          Instrumentation Options.
!                                                              (line  535)
  * fstack-limit-register:                 Instrumentation Options.
!                                                              (line  574)
  * fstack-limit-symbol:                   Instrumentation Options.
!                                                              (line  574)
  * fstack-protector:                      Instrumentation Options.
!                                                              (line  514)
  * fstack-protector-all:                  Instrumentation Options.
!                                                              (line  523)
  * fstack-protector-explicit:             Instrumentation Options.
!                                                              (line  531)
  * fstack-protector-strong:               Instrumentation Options.
!                                                              (line  526)
! * fstack-usage:                          Developer Options.  (line  849)
  * fstack_reuse:                          Code Gen Options.   (line   15)
! * fstats:                                Developer Options.  (line  880)
! * fstdarg-opt:                           Optimize Options.   (line 2362)
! * fstore-merging:                        Optimize Options.   (line 1259)
! * fstrict-aliasing:                      Optimize Options.   (line 1463)
  * fstrict-enums:                         C++ Dialect Options.
!                                                              (line  328)
! * fstrict-overflow:                      Optimize Options.   (line 1509)
! * fstrict-volatile-bitfields:            Code Gen Options.   (line  587)
  * fstrong-eval-order:                    C++ Dialect Options.
!                                                              (line  337)
! * fsync-libcalls:                        Code Gen Options.   (line  620)
  * fsyntax-only:                          Warning Options.    (line   14)
  * ftabstop:                              Preprocessor Options.
!                                                              (line  231)
  * ftemplate-backtrace-limit:             C++ Dialect Options.
!                                                              (line  345)
  * ftemplate-depth:                       C++ Dialect Options.
!                                                              (line  349)
  * ftest-coverage:                        Instrumentation Options.
!                                                              (line   92)
! * fthread-jumps:                         Optimize Options.   (line  439)
! * ftime-report:                          Developer Options.  (line  805)
! * ftime-report-details:                  Developer Options.  (line  809)
! * ftls-model:                            Code Gen Options.   (line  487)
! * ftracer:                               Optimize Options.   (line 2284)
  * ftrack-macro-expansion:                Preprocessor Options.
!                                                              (line  237)
! * ftrampolines:                          Code Gen Options.   (line  498)
! * ftrapv:                                Code Gen Options.   (line   90)
! * ftree-bit-ccp:                         Optimize Options.   (line 1067)
! * ftree-builtin-call-dce:                Optimize Options.   (line 1105)
! * ftree-ccp:                             Optimize Options.   (line 1073)
! * ftree-ch:                              Optimize Options.   (line 1125)
! * ftree-coalesce-vars:                   Optimize Options.   (line 1166)
! * ftree-copy-prop:                       Optimize Options.   (line  978)
! * ftree-dce:                             Optimize Options.   (line 1101)
! * ftree-dominator-opts:                  Optimize Options.   (line 1111)
! * ftree-dse:                             Optimize Options.   (line 1118)
! * ftree-forwprop:                        Optimize Options.   (line  957)
! * ftree-fre:                             Optimize Options.   (line  961)
! * ftree-loop-distribute-patterns:        Optimize Options.   (line 1200)
! * ftree-loop-distribution:               Optimize Options.   (line 1183)
! * ftree-loop-if-convert:                 Optimize Options.   (line 1176)
! * ftree-loop-im:                         Optimize Options.   (line 1220)
! * ftree-loop-ivcanon:                    Optimize Options.   (line 1229)
! * ftree-loop-linear:                     Optimize Options.   (line 1140)
! * ftree-loop-optimize:                   Optimize Options.   (line 1132)
! * ftree-loop-vectorize:                  Optimize Options.   (line 1285)
! * ftree-parallelize-loops:               Optimize Options.   (line 1240)
! * ftree-partial-pre:                     Optimize Options.   (line  953)
! * ftree-phiprop:                         Optimize Options.   (line  968)
! * ftree-pre:                             Optimize Options.   (line  949)
! * ftree-pta:                             Optimize Options.   (line 1249)
! * ftree-reassoc:                         Optimize Options.   (line  938)
! * ftree-sink:                            Optimize Options.   (line 1063)
! * ftree-slp-vectorize:                   Optimize Options.   (line 1289)
! * ftree-slsr:                            Optimize Options.   (line 1274)
! * ftree-sra:                             Optimize Options.   (line 1253)
! * ftree-switch-conversion:               Optimize Options.   (line 1088)
! * ftree-tail-merge:                      Optimize Options.   (line 1093)
! * ftree-ter:                             Optimize Options.   (line 1266)
! * ftree-vectorize:                       Optimize Options.   (line 1280)
! * ftree-vrp:                             Optimize Options.   (line 1314)
! * funconstrained-commons:                Optimize Options.   (line  529)
! * funit-at-a-time:                       Optimize Options.   (line 1612)
! * funroll-all-loops:                     Optimize Options.   (line 2301)
! * funroll-loops:                         Optimize Options.   (line 2291)
! * funsafe-math-optimizations:            Optimize Options.   (line 2061)
! * funsigned-bitfields <1>:               Non-bugs.           (line   57)
! * funsigned-bitfields <2>:               Structures unions enumerations and bit-fields implementation.
                                                               (line   17)
! * funsigned-bitfields:                   C Dialect Options.  (line  407)
  * funsigned-char <1>:                    Characters implementation.
                                                               (line   31)
! * funsigned-char:                        C Dialect Options.  (line  379)
! * funswitch-loops:                       Optimize Options.   (line 2323)
  * funwind-tables:                        Code Gen Options.   (line  139)
  * fuse-cxa-atexit:                       C++ Dialect Options.
!                                                              (line  364)
  * fuse-ld=bfd:                           Link Options.       (line   25)
  * fuse-ld=gold:                          Link Options.       (line   28)
! * fuse-linker-plugin:                    Optimize Options.   (line 1874)
! * fvar-tracking:                         Debugging Options.  (line  149)
! * fvar-tracking-assignments:             Debugging Options.  (line  159)
! * fvar-tracking-assignments-toggle:      Developer Options.  (line  797)
! * fvariable-expansion-in-unroller:       Optimize Options.   (line 1342)
! * fvect-cost-model:                      Optimize Options.   (line 1293)
  * fverbose-asm:                          Code Gen Options.   (line  258)
! * fvisibility:                           Code Gen Options.   (line  522)
  * fvisibility-inlines-hidden:            C++ Dialect Options.
!                                                              (line  376)
  * fvisibility-ms-compat:                 C++ Dialect Options.
!                                                              (line  404)
! * fvpt:                                  Optimize Options.   (line 2256)
  * fvtable-verify:                        Instrumentation Options.
!                                                              (line  609)
  * fvtv-counts:                           Instrumentation Options.
!                                                              (line  645)
  * fvtv-debug:                            Instrumentation Options.
!                                                              (line  632)
! * fweb:                                  Optimize Options.   (line 1631)
! * fwhole-program:                        Optimize Options.   (line 1642)
  * fwide-exec-charset:                    Preprocessor Options.
!                                                              (line  259)
  * fworking-directory:                    Preprocessor Options.
!                                                              (line  302)
! * fwrapv:                                Code Gen Options.   (line   98)
  * fzero-link:                            Objective-C and Objective-C++ Dialect Options.
!                                                              (line  141)
! * G <1>:                                 System V Options.   (line   10)
! * G <2>:                                 RS/6000 and PowerPC Options.
!                                                              (line  825)
! * G <3>:                                 Nios II Options.    (line    9)
! * G <4>:                                 MIPS Options.       (line  439)
  * G:                                     M32R/D Options.     (line   57)
! * g:                                     Debugging Options.  (line   26)
! * gcoff:                                 Debugging Options.  (line   79)
! * gcolumn-info:                          Debugging Options.  (line  217)
! * gdwarf:                                Debugging Options.  (line   46)
  * gen-decls:                             Objective-C and Objective-C++ Dialect Options.
!                                                              (line  167)
  * gfull:                                 Darwin Options.     (line   69)
! * ggdb:                                  Debugging Options.  (line   39)
! * ggnu-pubnames:                         Debugging Options.  (line  180)
! * gno-column-info:                       Debugging Options.  (line  217)
! * gno-record-gcc-switches:               Debugging Options.  (line  196)
! * gno-strict-dwarf:                      Debugging Options.  (line  211)
! * gpubnames:                             Debugging Options.  (line  177)
! * grecord-gcc-switches:                  Debugging Options.  (line  196)
! * gsplit-dwarf:                          Debugging Options.  (line  170)
! * gstabs:                                Debugging Options.  (line   65)
! * gstabs+:                               Debugging Options.  (line   73)
! * gstrict-dwarf:                         Debugging Options.  (line  205)
! * gtoggle:                               Developer Options.  (line  789)
  * gused:                                 Darwin Options.     (line   64)
! * gvms:                                  Debugging Options.  (line   97)
! * gxcoff:                                Debugging Options.  (line   84)
! * gxcoff+:                               Debugging Options.  (line   89)
! * gz:                                    Debugging Options.  (line  222)
  * H:                                     Preprocessor Options.
!                                                              (line  384)
  * headerpad_max_install_names:           Darwin Options.     (line  196)
  * help:                                  Overall Options.    (line  210)
  * I:                                     Directory Options.  (line   13)
! * I-:                                    Directory Options.  (line   66)
  * idirafter:                             Directory Options.  (line   13)
  * iframework:                            Darwin Options.     (line   57)
  * imacros:                               Preprocessor Options.
                                                               (line   57)
  * image_base:                            Darwin Options.     (line  196)
! * imultilib:                             Directory Options.  (line  100)
  * include:                               Preprocessor Options.
                                                               (line   46)
  * init:                                  Darwin Options.     (line  196)
  * install_name:                          Darwin Options.     (line  196)
! * iplugindir=:                           Directory Options.  (line  115)
! * iprefix:                               Directory Options.  (line   82)
  * iquote:                                Directory Options.  (line   13)
! * isysroot:                              Directory Options.  (line   94)
  * isystem:                               Directory Options.  (line   13)
! * iwithprefix:                           Directory Options.  (line   88)
! * iwithprefixbefore:                     Directory Options.  (line   88)
  * keep_private_externs:                  Darwin Options.     (line  196)
+ * L:                                     Directory Options.  (line  120)
  * l:                                     Link Options.       (line   32)
  * lobjc:                                 Link Options.       (line   59)
+ * m:                                     RS/6000 and PowerPC Options.
+                                                              (line  660)
  * M:                                     Preprocessor Options.
                                                               (line   77)
  * m1:                                    SH Options.         (line    9)
  * m10:                                   PDP-11 Options.     (line   29)
! * m128bit-long-double:                   x86 Options.        (line  487)
! * m16:                                   x86 Options.        (line 1197)
  * m16-bit <1>:                           NDS32 Options.      (line   39)
+ * m16-bit:                               CRIS Options.       (line   64)
  * m1reg-:                                Adapteva Epiphany Options.
!                                                              (line  132)
  * m2:                                    SH Options.         (line   12)
  * m210:                                  MCore Options.      (line   43)
  * m2a:                                   SH Options.         (line   30)
*************** look up both forms.
*** 54664,54686 ****
  * m2a-single-only:                       SH Options.         (line   22)
  * m3:                                    SH Options.         (line   34)
  * m31:                                   S/390 and zSeries Options.
!                                                              (line   86)
! * m32:                                   Nvidia PTX Options. (line   10)
! * m32 <1>:                               RS/6000 and PowerPC Options.
!                                                              (line  351)
! * m32 <2>:                               SPARC Options.      (line  289)
  * m32 <3>:                               TILE-Gx Options.    (line   23)
! * m32 <4>:                               TILEPro Options.    (line   13)
! * m32 <5>:                               x86 Options.        (line 1186)
  * m32-bit:                               CRIS Options.       (line   64)
- * m32bit-doubles:                        RL78 Options.       (line   73)
  * m32bit-doubles <1>:                    RX Options.         (line   10)
  * m32r:                                  M32R/D Options.     (line   15)
  * m32r2:                                 M32R/D Options.     (line    9)
  * m32rx:                                 M32R/D Options.     (line   12)
  * m340:                                  MCore Options.      (line   43)
! * m3dnow:                                x86 Options.        (line  696)
! * m3dnowa:                               x86 Options.        (line  697)
  * m3e:                                   SH Options.         (line   37)
  * m4:                                    SH Options.         (line   51)
  * m4-100:                                SH Options.         (line   54)
--- 55350,55372 ----
  * m2a-single-only:                       SH Options.         (line   22)
  * m3:                                    SH Options.         (line   34)
  * m31:                                   S/390 and zSeries Options.
!                                                              (line   87)
! * m32 <1>:                               x86 Options.        (line 1197)
! * m32 <2>:                               TILEPro Options.    (line   13)
  * m32 <3>:                               TILE-Gx Options.    (line   23)
! * m32 <4>:                               SPARC Options.      (line  317)
! * m32 <5>:                               RS/6000 and PowerPC Options.
!                                                              (line  352)
! * m32:                                   Nvidia PTX Options. (line   10)
  * m32-bit:                               CRIS Options.       (line   64)
  * m32bit-doubles <1>:                    RX Options.         (line   10)
+ * m32bit-doubles:                        RL78 Options.       (line   73)
  * m32r:                                  M32R/D Options.     (line   15)
  * m32r2:                                 M32R/D Options.     (line    9)
  * m32rx:                                 M32R/D Options.     (line   12)
  * m340:                                  MCore Options.      (line   43)
! * m3dnow:                                x86 Options.        (line  704)
! * m3dnowa:                               x86 Options.        (line  705)
  * m3e:                                   SH Options.         (line   37)
  * m4:                                    SH Options.         (line   51)
  * m4-100:                                SH Options.         (line   54)
*************** look up both forms.
*** 54708,54983 ****
  * m4a-single-only:                       SH Options.         (line  110)
  * m4al:                                  SH Options.         (line  121)
  * m4byte-functions:                      MCore Options.      (line   27)
! * m5200:                                 M680x0 Options.     (line  144)
! * m5206e:                                M680x0 Options.     (line  153)
! * m528x:                                 M680x0 Options.     (line  157)
! * m5307:                                 M680x0 Options.     (line  161)
! * m5407:                                 M680x0 Options.     (line  165)
  * m64:                                   Nvidia PTX Options. (line   10)
- * m64 <1>:                               RS/6000 and PowerPC Options.
-                                                              (line  351)
- * m64 <2>:                               S/390 and zSeries Options.
-                                                              (line   86)
- * m64 <3>:                               SPARC Options.      (line  289)
- * m64 <4>:                               TILE-Gx Options.    (line   23)
- * m64 <5>:                               x86 Options.        (line 1186)
- * m64bit-doubles:                        RL78 Options.       (line   73)
  * m64bit-doubles <1>:                    RX Options.         (line   10)
! * m68000:                                M680x0 Options.     (line   93)
! * m68010:                                M680x0 Options.     (line  101)
! * m68020:                                M680x0 Options.     (line  107)
! * m68020-40:                             M680x0 Options.     (line  175)
! * m68020-60:                             M680x0 Options.     (line  184)
! * m68030:                                M680x0 Options.     (line  112)
! * m68040:                                M680x0 Options.     (line  117)
! * m68060:                                M680x0 Options.     (line  126)
! * m68881:                                M680x0 Options.     (line  194)
  * m8-bit:                                CRIS Options.       (line   64)
! * m8bit-idiv:                            x86 Options.        (line 1151)
  * m8byte-align:                          V850 Options.       (line  170)
! * m96bit-long-double:                    x86 Options.        (line  478)
  * mA6:                                   ARC Options.        (line   19)
  * mA7:                                   ARC Options.        (line   26)
  * mabi:                                  AArch64 Options.    (line    9)
! * mabi <1>:                              ARM Options.        (line    9)
! * mabi <2>:                              RISC-V Options.     (line   21)
! * mabi <3>:                              RS/6000 and PowerPC Options.
!                                                              (line  685)
! * mabi <4>:                              x86 Options.        (line  886)
! * mabi=32:                               MIPS Options.       (line  155)
! * mabi=64:                               MIPS Options.       (line  155)
! * mabi=eabi:                             MIPS Options.       (line  155)
  * mabi=elfv1:                            RS/6000 and PowerPC Options.
!                                                              (line  706)
  * mabi=elfv2:                            RS/6000 and PowerPC Options.
!                                                              (line  712)
  * mabi=gnu:                              MMIX Options.       (line   20)
  * mabi=ibmlongdouble:                    RS/6000 and PowerPC Options.
!                                                              (line  698)
  * mabi=ieeelongdouble:                   RS/6000 and PowerPC Options.
!                                                              (line  702)
  * mabi=mmixware:                         MMIX Options.       (line   20)
! * mabi=n32:                              MIPS Options.       (line  155)
  * mabi=no-spe:                           RS/6000 and PowerPC Options.
!                                                              (line  695)
! * mabi=o64:                              MIPS Options.       (line  155)
  * mabi=spe:                              RS/6000 and PowerPC Options.
!                                                              (line  690)
! * mabicalls:                             MIPS Options.       (line  191)
! * mabm:                                  x86 Options.        (line  699)
! * mabort-on-noreturn:                    ARM Options.        (line  222)
! * mabs=2008:                             MIPS Options.       (line  299)
! * mabs=legacy:                           MIPS Options.       (line  299)
! * mabsdata:                              AVR Options.        (line  150)
  * mabsdiff:                              MeP Options.        (line    7)
  * mabshi:                                PDP-11 Options.     (line   55)
  * mac0:                                  PDP-11 Options.     (line   16)
! * macc-4:                                FRV Options.        (line  139)
! * macc-8:                                FRV Options.        (line  143)
! * maccumulate-args:                      AVR Options.        (line  157)
! * maccumulate-outgoing-args:             SH Options.         (line  314)
! * maccumulate-outgoing-args <1>:         x86 Options.        (line  909)
! * maddress-mode=long:                    x86 Options.        (line 1236)
! * maddress-mode=short:                   x86 Options.        (line 1241)
! * maddress-space-conversion:             SPU Options.        (line   68)
  * mads:                                  RS/6000 and PowerPC Options.
!                                                              (line  746)
! * maes:                                  x86 Options.        (line  685)
  * maix-struct-return:                    RS/6000 and PowerPC Options.
!                                                              (line  678)
  * maix32:                                RS/6000 and PowerPC Options.
!                                                              (line  389)
  * maix64:                                RS/6000 and PowerPC Options.
!                                                              (line  389)
  * malign-300:                            H8/300 Options.     (line   41)
! * malign-call:                           ARC Options.        (line  385)
! * malign-data:                           x86 Options.        (line  518)
! * malign-double:                         x86 Options.        (line  463)
! * malign-int:                            M680x0 Options.     (line  263)
! * malign-labels:                         FRV Options.        (line  128)
  * malign-loops:                          M32R/D Options.     (line   73)
  * malign-natural:                        RS/6000 and PowerPC Options.
!                                                              (line  427)
  * malign-power:                          RS/6000 and PowerPC Options.
!                                                              (line  427)
  * mall-opts:                             MeP Options.        (line   11)
! * malloc-cc:                             FRV Options.        (line   31)
  * mallow-string-insns:                   RX Options.         (line  150)
  * mallregs:                              RL78 Options.       (line   66)
  * maltivec:                              RS/6000 and PowerPC Options.
!                                                              (line  136)
  * maltivec=be:                           RS/6000 and PowerPC Options.
!                                                              (line  152)
  * maltivec=le:                           RS/6000 and PowerPC Options.
!                                                              (line  162)
  * mam33:                                 MN10300 Options.    (line   17)
  * mam33-2:                               MN10300 Options.    (line   24)
  * mam34:                                 MN10300 Options.    (line   27)
  * mandroid:                              GNU/Linux Options.  (line   26)
! * mannotate-align:                       ARC Options.        (line  338)
  * mapcs:                                 ARM Options.        (line   21)
  * mapcs-frame:                           ARM Options.        (line   13)
- * mapp-regs:                             SPARC Options.      (line   10)
  * mapp-regs <1>:                         V850 Options.       (line  181)
  * mARC600:                               ARC Options.        (line   19)
  * mARC601:                               ARC Options.        (line   23)
  * mARC700:                               ARC Options.        (line   26)
! * march:                                 AArch64 Options.    (line  110)
! * march <1>:                             ARM Options.        (line   65)
! * march <2>:                             C6X Options.        (line    7)
! * march <3>:                             CRIS Options.       (line   10)
! * march <4>:                             HPPA Options.       (line    9)
! * march <5>:                             HPPA Options.       (line  162)
! * march <6>:                             M680x0 Options.     (line   12)
! * march <7>:                             MIPS Options.       (line   14)
! * march <8>:                             NDS32 Options.      (line   52)
! * march <9>:                             Nios II Options.    (line   70)
! * march <10>:                            RISC-V Options.     (line   36)
! * march <11>:                            S/390 and zSeries Options.
!                                                              (line  148)
! * march <12>:                            x86 Options.        (line    9)
! * marclinux:                             ARC Options.        (line  344)
! * marclinux_prof:                        ARC Options.        (line  351)
! * margonaut:                             ARC Options.        (line  537)
! * marm:                                  ARM Options.        (line  294)
  * mas100-syntax:                         RX Options.         (line   76)
  * masm-hex:                              MSP430 Options.     (line    9)
  * masm-syntax-unified:                   ARM Options.        (line  389)
! * masm=DIALECT:                          x86 Options.        (line  412)
! * matomic:                               ARC Options.        (line  147)
  * matomic-model=MODEL:                   SH Options.         (line  193)
! * matomic-updates:                       SPU Options.        (line   83)
  * mauto-litpools:                        Xtensa Options.     (line   60)
! * mauto-modify-reg:                      ARC Options.        (line  388)
  * mauto-pic:                             IA-64 Options.      (line   50)
  * maverage:                              MeP Options.        (line   16)
  * mavoid-indexed-addresses:              RS/6000 and PowerPC Options.
!                                                              (line  497)
! * mavx:                                  x86 Options.        (line  673)
! * mavx2:                                 x86 Options.        (line  674)
! * mavx256-split-unaligned-load:          x86 Options.        (line 1159)
! * mavx256-split-unaligned-store:         x86 Options.        (line 1159)
! * mavx512bw:                             x86 Options.        (line  680)
! * mavx512cd:                             x86 Options.        (line  678)
! * mavx512dq:                             x86 Options.        (line  681)
! * mavx512er:                             x86 Options.        (line  677)
! * mavx512f:                              x86 Options.        (line  675)
! * mavx512ifma:                           x86 Options.        (line  682)
! * mavx512pf:                             x86 Options.        (line  676)
! * mavx512vbmi:                           x86 Options.        (line  683)
! * mavx512vl:                             x86 Options.        (line  679)
  * max-vect-align:                        Adapteva Epiphany Options.
!                                                              (line  119)
  * mb:                                    SH Options.         (line  126)
  * mbackchain:                            S/390 and zSeries Options.
                                                               (line   35)
  * mbarrel-shift-enabled:                 LM32 Options.       (line    9)
  * mbarrel-shifter:                       ARC Options.        (line   10)
! * mbarrel_shifter:                       ARC Options.        (line  557)
! * mbase-addresses:                       MMIX Options.       (line   53)
  * mbased=:                               MeP Options.        (line   20)
! * mbbit-peephole:                        ARC Options.        (line  391)
  * mbcopy:                                PDP-11 Options.     (line   36)
  * mbcopy-builtin:                        PDP-11 Options.     (line   32)
  * mbig:                                  RS/6000 and PowerPC Options.
!                                                              (line  577)
! * mbig-endian:                           AArch64 Options.    (line   20)
! * mbig-endian <1>:                       ARC Options.        (line  540)
! * mbig-endian <2>:                       ARM Options.        (line   61)
! * mbig-endian <3>:                       C6X Options.        (line   13)
! * mbig-endian <4>:                       IA-64 Options.      (line    9)
  * mbig-endian <5>:                       MCore Options.      (line   39)
! * mbig-endian <6>:                       MicroBlaze Options. (line   57)
! * mbig-endian <7>:                       NDS32 Options.      (line    9)
! * mbig-endian <8>:                       RS/6000 and PowerPC Options.
!                                                              (line  577)
! * mbig-endian <9>:                       TILE-Gx Options.    (line   29)
  * mbig-endian-data:                      RX Options.         (line   42)
  * mbig-switch:                           V850 Options.       (line  176)
  * mbigtable:                             SH Options.         (line  141)
  * mbionic:                               GNU/Linux Options.  (line   22)
  * mbit-align:                            RS/6000 and PowerPC Options.
!                                                              (line  529)
  * mbit-ops:                              CR16 Options.       (line   25)
! * mbitfield:                             M680x0 Options.     (line  231)
! * mbitops:                               MeP Options.        (line   26)
  * mbitops <1>:                           SH Options.         (line  145)
  * mblock-move-inline-limit:              RS/6000 and PowerPC Options.
!                                                              (line  816)
! * mbmi:                                  x86 Options.        (line  700)
  * mbranch-cheap:                         PDP-11 Options.     (line   65)
  * mbranch-cost:                          Adapteva Epiphany Options.
                                                               (line   18)
! * mbranch-cost <1>:                      AVR Options.        (line  172)
! * mbranch-cost <2>:                      MIPS Options.       (line  751)
! * mbranch-cost <3>:                      RISC-V Options.     (line    9)
! * mbranch-cost=NUM:                      SH Options.         (line  334)
  * mbranch-cost=NUMBER:                   M32R/D Options.     (line   82)
  * mbranch-expensive:                     PDP-11 Options.     (line   61)
! * mbranch-hints:                         SPU Options.        (line   29)
! * mbranch-likely:                        MIPS Options.       (line  758)
! * mbranch-predict:                       MMIX Options.       (line   48)
  * mbss-plt:                              RS/6000 and PowerPC Options.
!                                                              (line  189)
  * mbuild-constants:                      DEC Alpha Options.  (line  141)
  * mbwx:                                  DEC Alpha Options.  (line  163)
! * mbypass-cache:                         Nios II Options.    (line   79)
! * mc68000:                               M680x0 Options.     (line   93)
! * mc68020:                               M680x0 Options.     (line  107)
  * mc=:                                   MeP Options.        (line   31)
  * mcache-block-size:                     NDS32 Options.      (line   48)
! * mcache-size:                           SPU Options.        (line   75)
! * mcache-volatile:                       Nios II Options.    (line   85)
  * mcall-eabi:                            RS/6000 and PowerPC Options.
!                                                              (line  652)
  * mcall-freebsd:                         RS/6000 and PowerPC Options.
!                                                              (line  666)
  * mcall-linux:                           RS/6000 and PowerPC Options.
!                                                              (line  662)
  * mcall-netbsd:                          RS/6000 and PowerPC Options.
!                                                              (line  670)
! * mcall-netbsd <1>:                      RS/6000 and PowerPC Options.
!                                                              (line  674)
! * mcall-prologues:                       AVR Options.        (line  177)
  * mcall-sysv:                            RS/6000 and PowerPC Options.
!                                                              (line  644)
  * mcall-sysv-eabi:                       RS/6000 and PowerPC Options.
!                                                              (line  652)
  * mcall-sysv-noeabi:                     RS/6000 and PowerPC Options.
!                                                              (line  655)
  * mcallee-super-interworking:            ARM Options.        (line  318)
  * mcaller-copies:                        HPPA Options.       (line   23)
  * mcaller-super-interworking:            ARM Options.        (line  325)
  * mcallgraph-data:                       MCore Options.      (line   31)
! * mcase-vector-pcrel:                    ARC Options.        (line  400)
! * mcbcond:                               SPARC Options.      (line  249)
! * mcbranch-force-delay-slot:             SH Options.         (line  349)
! * mcc-init:                              CRIS Options.       (line   42)
! * mcfv4e:                                M680x0 Options.     (line  169)
! * mcheck-zero-division:                  MIPS Options.       (line  546)
  * mcix:                                  DEC Alpha Options.  (line  163)
! * mcld:                                  x86 Options.        (line  759)
  * mclear-hwcap:                          Solaris 2 Options.  (line    9)
! * mclfushopt:                            x86 Options.        (line  687)
  * mclip:                                 MeP Options.        (line   35)
! * mclzero:                               x86 Options.        (line  712)
  * mcmodel:                               NDS32 Options.      (line   55)
! * mcmodel <1>:                           RISC-V Options.     (line   53)
! * mcmodel <2>:                           SPARC Options.      (line  294)
! * mcmodel=kernel:                        x86 Options.        (line 1220)
! * mcmodel=large:                         AArch64 Options.    (line   45)
! * mcmodel=large <1>:                     RS/6000 and PowerPC Options.
!                                                              (line  130)
  * mcmodel=large <2>:                     TILE-Gx Options.    (line   14)
! * mcmodel=large <3>:                     x86 Options.        (line 1232)
  * mcmodel=medium:                        RS/6000 and PowerPC Options.
!                                                              (line  125)
! * mcmodel=medium <1>:                    x86 Options.        (line 1225)
! * mcmodel=small:                         AArch64 Options.    (line   39)
! * mcmodel=small <1>:                     RS/6000 and PowerPC Options.
!                                                              (line  121)
  * mcmodel=small <2>:                     TILE-Gx Options.    (line    9)
! * mcmodel=small <3>:                     x86 Options.        (line 1214)
  * mcmodel=tiny:                          AArch64 Options.    (line   34)
  * mcmov:                                 NDS32 Options.      (line   21)
  * mcmove:                                Adapteva Epiphany Options.
--- 55394,55666 ----
  * m4a-single-only:                       SH Options.         (line  110)
  * m4al:                                  SH Options.         (line  121)
  * m4byte-functions:                      MCore Options.      (line   27)
! * m5200:                                 M680x0 Options.     (line  147)
! * m5206e:                                M680x0 Options.     (line  156)
! * m528x:                                 M680x0 Options.     (line  160)
! * m5307:                                 M680x0 Options.     (line  164)
! * m5407:                                 M680x0 Options.     (line  168)
! * m64 <1>:                               x86 Options.        (line 1197)
! * m64 <2>:                               TILE-Gx Options.    (line   23)
! * m64 <3>:                               SPARC Options.      (line  317)
! * m64 <4>:                               S/390 and zSeries Options.
!                                                              (line   87)
! * m64 <5>:                               RS/6000 and PowerPC Options.
!                                                              (line  352)
  * m64:                                   Nvidia PTX Options. (line   10)
  * m64bit-doubles <1>:                    RX Options.         (line   10)
! * m64bit-doubles:                        RL78 Options.       (line   73)
! * m68000:                                M680x0 Options.     (line   95)
! * m68010:                                M680x0 Options.     (line  103)
! * m68020:                                M680x0 Options.     (line  109)
! * m68020-40:                             M680x0 Options.     (line  178)
! * m68020-60:                             M680x0 Options.     (line  187)
! * m68030:                                M680x0 Options.     (line  114)
! * m68040:                                M680x0 Options.     (line  119)
! * m68060:                                M680x0 Options.     (line  128)
! * m68881:                                M680x0 Options.     (line  197)
  * m8-bit:                                CRIS Options.       (line   64)
! * m8bit-idiv:                            x86 Options.        (line 1160)
  * m8byte-align:                          V850 Options.       (line  170)
! * m96bit-long-double:                    x86 Options.        (line  487)
  * mA6:                                   ARC Options.        (line   19)
  * mA7:                                   ARC Options.        (line   26)
+ * mabi <1>:                              x86 Options.        (line  895)
+ * mabi <2>:                              RS/6000 and PowerPC Options.
+                                                              (line  687)
+ * mabi <3>:                              RISC-V Options.     (line   21)
+ * mabi <4>:                              ARM Options.        (line    9)
  * mabi:                                  AArch64 Options.    (line    9)
! * mabi=32:                               MIPS Options.       (line  157)
! * mabi=64:                               MIPS Options.       (line  157)
! * mabi=eabi:                             MIPS Options.       (line  157)
  * mabi=elfv1:                            RS/6000 and PowerPC Options.
!                                                              (line  708)
  * mabi=elfv2:                            RS/6000 and PowerPC Options.
!                                                              (line  714)
  * mabi=gnu:                              MMIX Options.       (line   20)
  * mabi=ibmlongdouble:                    RS/6000 and PowerPC Options.
!                                                              (line  700)
  * mabi=ieeelongdouble:                   RS/6000 and PowerPC Options.
!                                                              (line  704)
  * mabi=mmixware:                         MMIX Options.       (line   20)
! * mabi=n32:                              MIPS Options.       (line  157)
  * mabi=no-spe:                           RS/6000 and PowerPC Options.
!                                                              (line  697)
! * mabi=o64:                              MIPS Options.       (line  157)
  * mabi=spe:                              RS/6000 and PowerPC Options.
!                                                              (line  692)
! * mabicalls:                             MIPS Options.       (line  194)
! * mabm:                                  x86 Options.        (line  707)
! * mabort-on-noreturn:                    ARM Options.        (line  223)
! * mabs=2008:                             MIPS Options.       (line  302)
! * mabs=legacy:                           MIPS Options.       (line  302)
! * mabsdata:                              AVR Options.        (line  148)
  * mabsdiff:                              MeP Options.        (line    7)
  * mabshi:                                PDP-11 Options.     (line   55)
  * mac0:                                  PDP-11 Options.     (line   16)
! * macc-4:                                FRV Options.        (line  113)
! * macc-8:                                FRV Options.        (line  116)
! * maccumulate-args:                      AVR Options.        (line  154)
! * maccumulate-outgoing-args <1>:         x86 Options.        (line  918)
! * maccumulate-outgoing-args:             SH Options.         (line  318)
! * maddress-mode=long:                    x86 Options.        (line 1247)
! * maddress-mode=short:                   x86 Options.        (line 1252)
! * maddress-space-conversion:             SPU Options.        (line   63)
  * mads:                                  RS/6000 and PowerPC Options.
!                                                              (line  748)
! * maes:                                  x86 Options.        (line  693)
  * maix-struct-return:                    RS/6000 and PowerPC Options.
!                                                              (line  680)
  * maix32:                                RS/6000 and PowerPC Options.
!                                                              (line  390)
  * maix64:                                RS/6000 and PowerPC Options.
!                                                              (line  390)
  * malign-300:                            H8/300 Options.     (line   41)
! * malign-call:                           ARC Options.        (line  391)
! * malign-data:                           x86 Options.        (line  526)
! * malign-double:                         x86 Options.        (line  471)
! * malign-int:                            M680x0 Options.     (line  267)
! * malign-labels:                         FRV Options.        (line  104)
  * malign-loops:                          M32R/D Options.     (line   73)
  * malign-natural:                        RS/6000 and PowerPC Options.
!                                                              (line  429)
  * malign-power:                          RS/6000 and PowerPC Options.
!                                                              (line  429)
  * mall-opts:                             MeP Options.        (line   11)
! * malloc-cc:                             FRV Options.        (line   25)
  * mallow-string-insns:                   RX Options.         (line  150)
  * mallregs:                              RL78 Options.       (line   66)
  * maltivec:                              RS/6000 and PowerPC Options.
!                                                              (line  137)
  * maltivec=be:                           RS/6000 and PowerPC Options.
!                                                              (line  153)
  * maltivec=le:                           RS/6000 and PowerPC Options.
!                                                              (line  163)
  * mam33:                                 MN10300 Options.    (line   17)
  * mam33-2:                               MN10300 Options.    (line   24)
  * mam34:                                 MN10300 Options.    (line   27)
  * mandroid:                              GNU/Linux Options.  (line   26)
! * mannotate-align:                       ARC Options.        (line  343)
  * mapcs:                                 ARM Options.        (line   21)
  * mapcs-frame:                           ARM Options.        (line   13)
  * mapp-regs <1>:                         V850 Options.       (line  181)
+ * mapp-regs:                             SPARC Options.      (line   10)
  * mARC600:                               ARC Options.        (line   19)
  * mARC601:                               ARC Options.        (line   23)
  * mARC700:                               ARC Options.        (line   26)
! * march <1>:                             x86 Options.        (line    9)
! * march <2>:                             S/390 and zSeries Options.
!                                                              (line  150)
! * march <3>:                             RISC-V Options.     (line   36)
! * march <4>:                             Nios II Options.    (line   73)
! * march <5>:                             NDS32 Options.      (line   52)
! * march <6>:                             MIPS Options.       (line   14)
! * march <7>:                             M680x0 Options.     (line   12)
! * march <8>:                             HPPA Options.       (line    9)
! * march <9>:                             CRIS Options.       (line   10)
! * march <10>:                            C6X Options.        (line    7)
! * march <11>:                            ARM Options.        (line   65)
! * march:                                 AArch64 Options.    (line  113)
! * marclinux:                             ARC Options.        (line  350)
! * marclinux_prof:                        ARC Options.        (line  356)
! * margonaut:                             ARC Options.        (line  546)
! * marm:                                  ARM Options.        (line  295)
  * mas100-syntax:                         RX Options.         (line   76)
  * masm-hex:                              MSP430 Options.     (line    9)
  * masm-syntax-unified:                   ARM Options.        (line  389)
! * masm=DIALECT:                          x86 Options.        (line  418)
! * matomic:                               ARC Options.        (line  148)
  * matomic-model=MODEL:                   SH Options.         (line  193)
! * matomic-updates:                       SPU Options.        (line   78)
  * mauto-litpools:                        Xtensa Options.     (line   60)
! * mauto-modify-reg:                      ARC Options.        (line  394)
  * mauto-pic:                             IA-64 Options.      (line   50)
  * maverage:                              MeP Options.        (line   16)
  * mavoid-indexed-addresses:              RS/6000 and PowerPC Options.
!                                                              (line  499)
! * mavx:                                  x86 Options.        (line  681)
! * mavx2:                                 x86 Options.        (line  682)
! * mavx256-split-unaligned-load:          x86 Options.        (line 1168)
! * mavx256-split-unaligned-store:         x86 Options.        (line 1168)
! * mavx512bw:                             x86 Options.        (line  688)
! * mavx512cd:                             x86 Options.        (line  686)
! * mavx512dq:                             x86 Options.        (line  689)
! * mavx512er:                             x86 Options.        (line  685)
! * mavx512f:                              x86 Options.        (line  683)
! * mavx512ifma:                           x86 Options.        (line  690)
! * mavx512pf:                             x86 Options.        (line  684)
! * mavx512vbmi:                           x86 Options.        (line  691)
! * mavx512vl:                             x86 Options.        (line  687)
  * max-vect-align:                        Adapteva Epiphany Options.
!                                                              (line  120)
  * mb:                                    SH Options.         (line  126)
  * mbackchain:                            S/390 and zSeries Options.
                                                               (line   35)
  * mbarrel-shift-enabled:                 LM32 Options.       (line    9)
  * mbarrel-shifter:                       ARC Options.        (line   10)
! * mbarrel_shifter:                       ARC Options.        (line  563)
! * mbase-addresses:                       MMIX Options.       (line   54)
  * mbased=:                               MeP Options.        (line   20)
! * mbbit-peephole:                        ARC Options.        (line  397)
  * mbcopy:                                PDP-11 Options.     (line   36)
  * mbcopy-builtin:                        PDP-11 Options.     (line   32)
  * mbig:                                  RS/6000 and PowerPC Options.
!                                                              (line  579)
! * mbig-endian <1>:                       TILE-Gx Options.    (line   29)
! * mbig-endian <2>:                       RS/6000 and PowerPC Options.
!                                                              (line  579)
! * mbig-endian <3>:                       NDS32 Options.      (line    9)
! * mbig-endian <4>:                       MicroBlaze Options. (line   57)
  * mbig-endian <5>:                       MCore Options.      (line   39)
! * mbig-endian <6>:                       IA-64 Options.      (line    9)
! * mbig-endian <7>:                       C6X Options.        (line   13)
! * mbig-endian <8>:                       ARM Options.        (line   61)
! * mbig-endian <9>:                       ARC Options.        (line  549)
! * mbig-endian:                           AArch64 Options.    (line   20)
  * mbig-endian-data:                      RX Options.         (line   42)
  * mbig-switch:                           V850 Options.       (line  176)
  * mbigtable:                             SH Options.         (line  141)
  * mbionic:                               GNU/Linux Options.  (line   22)
  * mbit-align:                            RS/6000 and PowerPC Options.
!                                                              (line  531)
  * mbit-ops:                              CR16 Options.       (line   25)
! * mbitfield:                             M680x0 Options.     (line  235)
  * mbitops <1>:                           SH Options.         (line  145)
+ * mbitops:                               MeP Options.        (line   26)
  * mblock-move-inline-limit:              RS/6000 and PowerPC Options.
!                                                              (line  819)
! * mbmi:                                  x86 Options.        (line  708)
  * mbranch-cheap:                         PDP-11 Options.     (line   65)
+ * mbranch-cost <1>:                      RISC-V Options.     (line    9)
+ * mbranch-cost <2>:                      MIPS Options.       (line  763)
+ * mbranch-cost <3>:                      AVR Options.        (line  169)
  * mbranch-cost:                          Adapteva Epiphany Options.
                                                               (line   18)
! * mbranch-cost=NUM:                      SH Options.         (line  338)
  * mbranch-cost=NUMBER:                   M32R/D Options.     (line   82)
  * mbranch-expensive:                     PDP-11 Options.     (line   61)
! * mbranch-hints:                         SPU Options.        (line   27)
! * mbranch-likely:                        MIPS Options.       (line  770)
! * mbranch-predict:                       MMIX Options.       (line   49)
  * mbss-plt:                              RS/6000 and PowerPC Options.
!                                                              (line  190)
  * mbuild-constants:                      DEC Alpha Options.  (line  141)
  * mbwx:                                  DEC Alpha Options.  (line  163)
! * mbypass-cache:                         Nios II Options.    (line   82)
! * mc68000:                               M680x0 Options.     (line   95)
! * mc68020:                               M680x0 Options.     (line  109)
  * mc=:                                   MeP Options.        (line   31)
  * mcache-block-size:                     NDS32 Options.      (line   48)
! * mcache-size:                           SPU Options.        (line   70)
! * mcache-volatile:                       Nios II Options.    (line   88)
  * mcall-eabi:                            RS/6000 and PowerPC Options.
!                                                              (line  654)
  * mcall-freebsd:                         RS/6000 and PowerPC Options.
!                                                              (line  668)
  * mcall-linux:                           RS/6000 and PowerPC Options.
!                                                              (line  664)
  * mcall-netbsd:                          RS/6000 and PowerPC Options.
!                                                              (line  672)
! * mcall-prologues:                       AVR Options.        (line  174)
  * mcall-sysv:                            RS/6000 and PowerPC Options.
!                                                              (line  646)
  * mcall-sysv-eabi:                       RS/6000 and PowerPC Options.
!                                                              (line  654)
  * mcall-sysv-noeabi:                     RS/6000 and PowerPC Options.
!                                                              (line  657)
  * mcallee-super-interworking:            ARM Options.        (line  318)
  * mcaller-copies:                        HPPA Options.       (line   23)
  * mcaller-super-interworking:            ARM Options.        (line  325)
  * mcallgraph-data:                       MCore Options.      (line   31)
! * mcase-vector-pcrel:                    ARC Options.        (line  406)
! * mcbcond:                               SPARC Options.      (line  262)
! * mcbranch-force-delay-slot:             SH Options.         (line  353)
! * mcc-init:                              CRIS Options.       (line   41)
! * mcfv4e:                                M680x0 Options.     (line  172)
! * mcheck-zero-division:                  MIPS Options.       (line  550)
  * mcix:                                  DEC Alpha Options.  (line  163)
! * mcld:                                  x86 Options.        (line  768)
  * mclear-hwcap:                          Solaris 2 Options.  (line    9)
! * mclfushopt:                            x86 Options.        (line  695)
  * mclip:                                 MeP Options.        (line   35)
! * mclzero:                               x86 Options.        (line  720)
! * mcmodel <1>:                           SPARC Options.      (line  322)
! * mcmodel <2>:                           RISC-V Options.     (line   53)
  * mcmodel:                               NDS32 Options.      (line   55)
! * mcmodel=kernel:                        x86 Options.        (line 1231)
! * mcmodel=large <1>:                     x86 Options.        (line 1243)
  * mcmodel=large <2>:                     TILE-Gx Options.    (line   14)
! * mcmodel=large <3>:                     RS/6000 and PowerPC Options.
!                                                              (line  131)
! * mcmodel=large:                         AArch64 Options.    (line   45)
! * mcmodel=medium <1>:                    x86 Options.        (line 1236)
  * mcmodel=medium:                        RS/6000 and PowerPC Options.
!                                                              (line  126)
! * mcmodel=small <1>:                     x86 Options.        (line 1225)
  * mcmodel=small <2>:                     TILE-Gx Options.    (line    9)
! * mcmodel=small <3>:                     RS/6000 and PowerPC Options.
!                                                              (line  122)
! * mcmodel=small:                         AArch64 Options.    (line   39)
  * mcmodel=tiny:                          AArch64 Options.    (line   34)
  * mcmov:                                 NDS32 Options.      (line   21)
  * mcmove:                                Adapteva Epiphany Options.
*************** look up both forms.
*** 54985,55001 ****
  * mcmpb:                                 RS/6000 and PowerPC Options.
                                                               (line   27)
  * mcmse:                                 ARM Options.        (line  414)
! * mcode-density:                         ARC Options.        (line  155)
! * mcode-readable:                        MIPS Options.       (line  506)
  * mcode-region:                          MSP430 Options.     (line   93)
! * mcompact-branches=always:              MIPS Options.       (line  770)
! * mcompact-branches=never:               MIPS Options.       (line  770)
! * mcompact-branches=optimal:             MIPS Options.       (line  770)
! * mcompact-casesi:                       ARC Options.        (line  404)
  * mcompat-align-parm:                    RS/6000 and PowerPC Options.
!                                                              (line  990)
! * mcond-exec:                            FRV Options.        (line  187)
! * mcond-move:                            FRV Options.        (line  159)
  * mconfig=:                              MeP Options.        (line   39)
  * mconsole:                              x86 Windows Options.
                                                               (line    9)
--- 55668,55684 ----
  * mcmpb:                                 RS/6000 and PowerPC Options.
                                                               (line   27)
  * mcmse:                                 ARM Options.        (line  414)
! * mcode-density:                         ARC Options.        (line  156)
! * mcode-readable:                        MIPS Options.       (line  510)
  * mcode-region:                          MSP430 Options.     (line   93)
! * mcompact-branches=always:              MIPS Options.       (line  782)
! * mcompact-branches=never:               MIPS Options.       (line  782)
! * mcompact-branches=optimal:             MIPS Options.       (line  782)
! * mcompact-casesi:                       ARC Options.        (line  410)
  * mcompat-align-parm:                    RS/6000 and PowerPC Options.
!                                                              (line  995)
! * mcond-exec:                            FRV Options.        (line  152)
! * mcond-move:                            FRV Options.        (line  128)
  * mconfig=:                              MeP Options.        (line   39)
  * mconsole:                              x86 Windows Options.
                                                               (line    9)
*************** look up both forms.
*** 55005,55732 ****
  * mcop:                                  MeP Options.        (line   48)
  * mcop32:                                MeP Options.        (line   53)
  * mcop64:                                MeP Options.        (line   56)
! * mcorea:                                Blackfin Options.   (line  156)
! * mcoreb:                                Blackfin Options.   (line  163)
! * mcpu:                                  AArch64 Options.    (line  168)
! * mcpu <1>:                              ARC Options.        (line   14)
! * mcpu <2>:                              ARM Options.        (line  156)
! * mcpu <3>:                              CRIS Options.       (line   10)
! * mcpu <4>:                              DEC Alpha Options.  (line  215)
! * mcpu <5>:                              FRV Options.        (line  258)
! * mcpu <6>:                              M680x0 Options.     (line   28)
! * mcpu <7>:                              picoChip Options.   (line    9)
  * mcpu <8>:                              RL78 Options.       (line   32)
! * mcpu <9>:                              RS/6000 and PowerPC Options.
!                                                              (line   68)
! * mcpu <10>:                             RX Options.         (line   30)
! * mcpu <11>:                             SPARC Options.      (line  115)
! * mcpu <12>:                             TILE-Gx Options.    (line   18)
! * mcpu <13>:                             TILEPro Options.    (line    9)
! * mcpu <14>:                             Visium Options.     (line   33)
! * mcpu <15>:                             x86 Options.        (line  358)
! * mcpu32:                                M680x0 Options.     (line  135)
! * mcpu=:                                 Blackfin Options.   (line    7)
! * mcpu= <1>:                             M32C Options.       (line    7)
  * mcpu= <2>:                             MicroBlaze Options. (line   20)
! * mcpu= <3>:                             MSP430 Options.     (line   42)
  * mcr16c:                                CR16 Options.       (line   14)
  * mcr16cplus:                            CR16 Options.       (line   14)
! * mcrc32:                                x86 Options.        (line  806)
  * mcrypto:                               RS/6000 and PowerPC Options.
!                                                              (line  228)
! * mcsync-anomaly:                        Blackfin Options.   (line   59)
! * mctor-dtor:                            NDS32 Options.      (line   69)
! * mcustom-fpu-cfg:                       Nios II Options.    (line  235)
! * mcustom-INSN:                          Nios II Options.    (line  115)
! * mcx16:                                 x86 Options.        (line  783)
  * MD:                                    Preprocessor Options.
!                                                              (line  167)
  * mdalign:                               SH Options.         (line  132)
  * mdata-align:                           CRIS Options.       (line   55)
  * mdata-model:                           CR16 Options.       (line   28)
  * mdata-region:                          MSP430 Options.     (line   93)
  * mdc:                                   MeP Options.        (line   62)
  * mdebug:                                M32R/D Options.     (line   69)
- * mdebug <1>:                            S/390 and zSeries Options.
-                                                              (line  144)
- * mdebug <2>:                            Visium Options.     (line    7)
  * mdebug-main=PREFIX:                    VMS Options.        (line   13)
  * mdec-asm:                              PDP-11 Options.     (line   72)
  * mdirect-move:                          RS/6000 and PowerPC Options.
!                                                              (line  234)
  * mdisable-callt:                        V850 Options.       (line   92)
  * mdisable-fpregs:                       HPPA Options.       (line   34)
  * mdisable-indexing:                     HPPA Options.       (line   40)
! * mdiv:                                  M680x0 Options.     (line  206)
! * mdiv <1>:                              MCore Options.      (line   15)
  * mdiv <2>:                              MeP Options.        (line   65)
! * mdiv <3>:                              RISC-V Options.     (line   32)
! * mdiv-rem:                              ARC Options.        (line  152)
! * mdiv=STRATEGY:                         SH Options.         (line  284)
! * mdivide-breaks:                        MIPS Options.       (line  552)
  * mdivide-enabled:                       LM32 Options.       (line   12)
! * mdivide-traps:                         MIPS Options.       (line  552)
! * mdivsi3_libfunc=NAME:                  SH Options.         (line  320)
  * mdll:                                  x86 Windows Options.
                                                               (line   16)
  * mdlmzb:                                RS/6000 and PowerPC Options.
!                                                              (line  522)
! * mdmx:                                  MIPS Options.       (line  375)
! * mdouble:                               FRV Options.        (line   48)
! * mdouble-float:                         MIPS Options.       (line  287)
  * mdouble-float <1>:                     RS/6000 and PowerPC Options.
!                                                              (line  445)
! * mdpfp:                                 ARC Options.        (line   91)
! * mdpfp-compact:                         ARC Options.        (line   92)
! * mdpfp-fast:                            ARC Options.        (line   96)
! * mdpfp_compact:                         ARC Options.        (line  560)
! * mdpfp_fast:                            ARC Options.        (line  563)
! * mdsp:                                  MIPS Options.       (line  352)
! * mdsp-packa:                            ARC Options.        (line  291)
! * mdspr2:                                MIPS Options.       (line  358)
! * mdsp_packa:                            ARC Options.        (line  566)
! * mdual-nops:                            SPU Options.        (line   95)
! * mdump-tune-features:                   x86 Options.        (line  741)
! * mdvbf:                                 ARC Options.        (line  296)
  * mdwarf2-asm:                           IA-64 Options.      (line   94)
! * mdword:                                FRV Options.        (line   40)
  * mdynamic-no-pic:                       RS/6000 and PowerPC Options.
!                                                              (line  582)
! * mea:                                   ARC Options.        (line  104)
! * mEA:                                   ARC Options.        (line  569)
! * mea32:                                 SPU Options.        (line   60)
! * mea64:                                 SPU Options.        (line   60)
  * meabi:                                 RS/6000 and PowerPC Options.
!                                                              (line  765)
! * mearly-cbranchsi:                      ARC Options.        (line  426)
  * mearly-stop-bits:                      IA-64 Options.      (line  100)
  * meb:                                   MeP Options.        (line   68)
! * meb <1>:                               Moxie Options.      (line    7)
! * meb <2>:                               Nios II Options.    (line   66)
! * meb <3>:                               Score Options.      (line    9)
  * mel:                                   MeP Options.        (line   71)
! * mel <1>:                               Moxie Options.      (line   11)
! * mel <2>:                               Nios II Options.    (line   66)
! * mel <3>:                               Score Options.      (line   12)
  * melf:                                  CRIS Options.       (line   87)
- * melf <1>:                              MMIX Options.       (line   43)
  * memb:                                  RS/6000 and PowerPC Options.
!                                                              (line  760)
! * membedded-data:                        MIPS Options.       (line  493)
  * memregs=:                              M32C Options.       (line   21)
  * mep:                                   V850 Options.       (line   16)
  * mepsilon:                              MMIX Options.       (line   15)
  * merror-reloc:                          SPU Options.        (line   10)
  * mesa:                                  S/390 and zSeries Options.
!                                                              (line   94)
! * metrax100:                             CRIS Options.       (line   27)
! * metrax4:                               CRIS Options.       (line   27)
! * meva:                                  MIPS Options.       (line  402)
! * mexpand-adddi:                         ARC Options.        (line  429)
  * mexplicit-relocs:                      DEC Alpha Options.  (line  176)
- * mexplicit-relocs <1>:                  MIPS Options.       (line  537)
  * mexr:                                  H8/300 Options.     (line   28)
! * mextern-sdata:                         MIPS Options.       (line  456)
  * MF:                                    Preprocessor Options.
                                                               (line  111)
! * mf16c:                                 x86 Options.        (line  690)
! * mfast-fp:                              Blackfin Options.   (line  132)
  * mfast-indirect-calls:                  HPPA Options.       (line   52)
! * mfast-sw-div:                          Nios II Options.    (line   91)
! * mfaster-structs:                       SPARC Options.      (line   91)
  * mfdiv:                                 RISC-V Options.     (line   27)
! * mfdpic:                                FRV Options.        (line   72)
! * mfentry:                               x86 Options.        (line 1118)
  * mfix:                                  DEC Alpha Options.  (line  163)
! * mfix-24k:                              MIPS Options.       (line  617)
  * mfix-and-continue:                     Darwin Options.     (line  104)
! * mfix-at697f:                           SPARC Options.      (line  276)
  * mfix-cortex-a53-835769:                AArch64 Options.    (line   73)
  * mfix-cortex-a53-843419:                AArch64 Options.    (line   80)
  * mfix-cortex-m3-ldrd:                   ARM Options.        (line  358)
! * mfix-r10000:                           MIPS Options.       (line  639)
! * mfix-r4000:                            MIPS Options.       (line  623)
! * mfix-r4400:                            MIPS Options.       (line  633)
! * mfix-rm7000:                           MIPS Options.       (line  650)
! * mfix-sb1:                              MIPS Options.       (line  675)
! * mfix-ut699:                            SPARC Options.      (line  281)
! * mfix-vr4120:                           MIPS Options.       (line  655)
! * mfix-vr4130:                           MIPS Options.       (line  668)
! * mfixed-cc:                             FRV Options.        (line   35)
  * mfixed-range:                          HPPA Options.       (line   59)
- * mfixed-range <1>:                      IA-64 Options.      (line  105)
- * mfixed-range <2>:                      SH Options.         (line  327)
- * mfixed-range <3>:                      SPU Options.        (line   52)
  * mflat:                                 SPARC Options.      (line   22)
! * mflip-mips16:                          MIPS Options.       (line  127)
  * mfloat-abi:                            ARM Options.        (line   41)
  * mfloat-gprs:                           RS/6000 and PowerPC Options.
!                                                              (line  334)
  * mfloat-ieee:                           DEC Alpha Options.  (line  171)
  * mfloat-vax:                            DEC Alpha Options.  (line  171)
  * mfloat128:                             RS/6000 and PowerPC Options.
!                                                              (line  307)
  * mfloat128-hardware:                    RS/6000 and PowerPC Options.
!                                                              (line  322)
  * mfloat32:                              PDP-11 Options.     (line   52)
  * mfloat64:                              PDP-11 Options.     (line   48)
! * mflush-func:                           MIPS Options.       (line  742)
  * mflush-func=NAME:                      M32R/D Options.     (line   93)
  * mflush-trap=NUMBER:                    M32R/D Options.     (line   86)
! * mfma:                                  x86 Options.        (line  691)
! * mfma4:                                 x86 Options.        (line  692)
! * mfmaf:                                 SPARC Options.      (line  256)
  * mfmovd:                                SH Options.         (line  148)
  * mforce-no-pic:                         Xtensa Options.     (line   41)
! * mfp-exceptions:                        MIPS Options.       (line  790)
  * mfp-mode:                              Adapteva Epiphany Options.
!                                                              (line   71)
  * mfp-reg:                               DEC Alpha Options.  (line   25)
  * mfp-rounding-mode:                     DEC Alpha Options.  (line   85)
  * mfp-trap-mode:                         DEC Alpha Options.  (line   63)
! * mfp16-format:                          ARM Options.        (line  202)
! * mfp32:                                 MIPS Options.       (line  257)
! * mfp64:                                 MIPS Options.       (line  260)
! * mfpmath:                               Optimize Options.   (line 2013)
! * mfpmath <1>:                           x86 Options.        (line  361)
! * mfpr-32:                               FRV Options.        (line   15)
! * mfpr-64:                               FRV Options.        (line   19)
  * mfprnd:                                RS/6000 and PowerPC Options.
                                                               (line   27)
! * mfpu:                                  ARC Options.        (line  223)
! * mfpu <1>:                              ARM Options.        (line  176)
! * mfpu <2>:                              PDP-11 Options.     (line    9)
  * mfpu <3>:                              RS/6000 and PowerPC Options.
!                                                              (line  453)
! * mfpu <4>:                              SPARC Options.      (line   34)
! * mfpu <5>:                              Visium Options.     (line   19)
! * mfpxx:                                 MIPS Options.       (line  263)
! * mfract-convert-truncate:               AVR Options.        (line  242)
! * mframe-header-opt:                     MIPS Options.       (line  851)
  * mfriz:                                 RS/6000 and PowerPC Options.
!                                                              (line  961)
! * mfsca:                                 SH Options.         (line  365)
! * mfsgsbase:                             x86 Options.        (line  688)
! * mfsrra:                                SH Options.         (line  374)
  * mfull-regs:                            NDS32 Options.      (line   18)
  * mfull-toc:                             RS/6000 and PowerPC Options.
!                                                              (line  362)
! * mfused-madd:                           IA-64 Options.      (line   88)
! * mfused-madd <1>:                       MIPS Options.       (line  600)
! * mfused-madd <2>:                       RS/6000 and PowerPC Options.
!                                                              (line  506)
  * mfused-madd <3>:                       S/390 and zSeries Options.
!                                                              (line  175)
! * mfused-madd <4>:                       SH Options.         (line  356)
! * mfused-madd <5>:                       Xtensa Options.     (line   19)
! * mfxsr:                                 x86 Options.        (line  703)
  * MG:                                    Preprocessor Options.
                                                               (line  120)
- * mg:                                    VAX Options.        (line   17)
  * mg10:                                  RL78 Options.       (line   62)
  * mg13:                                  RL78 Options.       (line   62)
  * mg14:                                  RL78 Options.       (line   62)
  * mgas:                                  HPPA Options.       (line   75)
  * mgcc-abi:                              V850 Options.       (line  148)
  * mgen-cell-microcode:                   RS/6000 and PowerPC Options.
!                                                              (line  177)
  * mgeneral-regs-only:                    AArch64 Options.    (line   24)
- * mgeneral-regs-only <1>:                x86 Options.        (line 1174)
  * mghs:                                  V850 Options.       (line  127)
  * mglibc:                                GNU/Linux Options.  (line    9)
  * mgnu:                                  VAX Options.        (line   13)
  * mgnu-as:                               IA-64 Options.      (line   18)
  * mgnu-attribute:                        RS/6000 and PowerPC Options.
!                                                              (line  719)
! * mgnu-ld:                               HPPA Options.       (line  111)
  * mgnu-ld <1>:                           IA-64 Options.      (line   23)
  * mgomp:                                 Nvidia PTX Options. (line   48)
  * mgotplt:                               CRIS Options.       (line   81)
! * mgp32:                                 MIPS Options.       (line  251)
! * mgp64:                                 MIPS Options.       (line  254)
! * mgpopt:                                MIPS Options.       (line  478)
! * mgpopt <1>:                            Nios II Options.    (line   16)
  * mgpr-32:                               FRV Options.        (line    7)
! * mgpr-64:                               FRV Options.        (line   11)
! * mgprel-ro:                             FRV Options.        (line   99)
  * mh:                                    H8/300 Options.     (line   14)
! * mhal:                                  Nios II Options.    (line  280)
  * mhalf-reg-file:                        Adapteva Epiphany Options.
                                                               (line    9)
- * mhard-dfp:                             RS/6000 and PowerPC Options.
-                                                              (line   27)
  * mhard-dfp <1>:                         S/390 and zSeries Options.
                                                               (line   20)
! * mhard-float:                           FRV Options.        (line   23)
! * mhard-float <1>:                       M680x0 Options.     (line  194)
! * mhard-float <2>:                       MicroBlaze Options. (line   10)
! * mhard-float <3>:                       MIPS Options.       (line  266)
! * mhard-float <4>:                       RS/6000 and PowerPC Options.
!                                                              (line  439)
  * mhard-float <5>:                       S/390 and zSeries Options.
                                                               (line   11)
! * mhard-float <6>:                       SPARC Options.      (line   34)
! * mhard-float <7>:                       V850 Options.       (line  113)
! * mhard-float <8>:                       Visium Options.     (line   19)
! * mhard-float <9>:                       x86 Options.        (line  426)
! * mhard-quad-float:                      SPARC Options.      (line   55)
  * mhardlit:                              MCore Options.      (line   10)
! * mhint-max-distance:                    SPU Options.        (line  107)
! * mhint-max-nops:                        SPU Options.        (line  101)
  * mhotpatch:                             S/390 and zSeries Options.
!                                                              (line  210)
  * mhp-ld:                                HPPA Options.       (line  123)
- * mhtm:                                  RS/6000 and PowerPC Options.
-                                                              (line  240)
  * mhtm <1>:                              S/390 and zSeries Options.
!                                                              (line  104)
! * mhw-div:                               Nios II Options.    (line  100)
! * mhw-mul:                               Nios II Options.    (line  100)
! * mhw-mulx:                              Nios II Options.    (line  100)
  * mhwmult=:                              MSP430 Options.     (line   63)
! * miamcu:                                x86 Options.        (line 1186)
! * micplb:                                Blackfin Options.   (line  177)
! * mid-shared-library:                    Blackfin Options.   (line   80)
! * mieee:                                 DEC Alpha Options.  (line   39)
  * mieee <1>:                             SH Options.         (line  165)
  * mieee-conformant:                      DEC Alpha Options.  (line  134)
! * mieee-fp:                              x86 Options.        (line  420)
  * mieee-with-inexact:                    DEC Alpha Options.  (line   52)
  * milp32:                                IA-64 Options.      (line  121)
! * mimadd:                                MIPS Options.       (line  593)
! * mimpure-text:                          Solaris 2 Options.  (line   15)
! * mincoming-stack-boundary:              x86 Options.        (line  639)
! * mindexed-loads:                        ARC Options.        (line  433)
! * minline-all-stringops:                 x86 Options.        (line 1050)
  * minline-float-divide-max-throughput:   IA-64 Options.      (line   58)
  * minline-float-divide-min-latency:      IA-64 Options.      (line   54)
  * minline-ic_invalidate:                 SH Options.         (line  174)
  * minline-int-divide-max-throughput:     IA-64 Options.      (line   69)
  * minline-int-divide-min-latency:        IA-64 Options.      (line   65)
! * minline-plt:                           Blackfin Options.   (line  137)
! * minline-plt <1>:                       FRV Options.        (line   81)
  * minline-sqrt-max-throughput:           IA-64 Options.      (line   80)
  * minline-sqrt-min-latency:              IA-64 Options.      (line   76)
! * minline-stringops-dynamically:         x86 Options.        (line 1057)
  * minrt:                                 MSP430 Options.     (line   85)
  * minsert-sched-nops:                    RS/6000 and PowerPC Options.
!                                                              (line  622)
  * mint-register:                         RX Options.         (line  100)
  * mint16:                                PDP-11 Options.     (line   40)
  * mint32:                                CR16 Options.       (line   22)
! * mint32 <1>:                            H8/300 Options.     (line   38)
! * mint32 <2>:                            PDP-11 Options.     (line   44)
! * mint8:                                 AVR Options.        (line  181)
! * minterlink-compressed:                 MIPS Options.       (line  134)
! * minterlink-mips16:                     MIPS Options.       (line  146)
  * mio-volatile:                          MeP Options.        (line   74)
! * mips1:                                 MIPS Options.       (line   79)
! * mips16:                                MIPS Options.       (line  119)
! * mips2:                                 MIPS Options.       (line   82)
! * mips3:                                 MIPS Options.       (line   85)
! * mips32:                                MIPS Options.       (line   91)
! * mips32r3:                              MIPS Options.       (line   94)
! * mips32r5:                              MIPS Options.       (line   97)
! * mips32r6:                              MIPS Options.       (line  100)
! * mips3d:                                MIPS Options.       (line  381)
! * mips4:                                 MIPS Options.       (line   88)
! * mips64:                                MIPS Options.       (line  103)
! * mips64r2:                              MIPS Options.       (line  106)
! * mips64r3:                              MIPS Options.       (line  109)
! * mips64r5:                              MIPS Options.       (line  112)
! * mips64r6:                              MIPS Options.       (line  115)
  * misel:                                 RS/6000 and PowerPC Options.
!                                                              (line  195)
! * misize:                                ARC Options.        (line  335)
  * misize <1>:                            SH Options.         (line  186)
  * misr-vector-size:                      NDS32 Options.      (line   45)
  * missue-rate=NUMBER:                    M32R/D Options.     (line   79)
  * mivc2:                                 MeP Options.        (line   59)
  * mjsr:                                  RX Options.         (line  169)
  * mjump-in-delay:                        HPPA Options.       (line   30)
  * mkernel:                               Darwin Options.     (line   82)
! * mknuthdiv:                             MMIX Options.       (line   32)
! * ml:                                    MeP Options.        (line   78)
  * ml <1>:                                SH Options.         (line  129)
  * mlarge:                                MSP430 Options.     (line   52)
  * mlarge-data:                           DEC Alpha Options.  (line  187)
! * mlarge-data-threshold:                 x86 Options.        (line  525)
! * mlarge-mem:                            SPU Options.        (line   38)
  * mlarge-text:                           DEC Alpha Options.  (line  205)
  * mleadz:                                MeP Options.        (line   81)
! * mleaf-id-shared-library:               Blackfin Options.   (line   91)
  * mlibfuncs:                             MMIX Options.       (line   10)
! * mlibrary-pic:                          FRV Options.        (line  135)
! * mlinked-fp:                            FRV Options.        (line  116)
  * mlinker-opt:                           HPPA Options.       (line   85)
  * mlinux:                                CRIS Options.       (line   91)
  * mlittle:                               RS/6000 and PowerPC Options.
!                                                              (line  571)
! * mlittle-endian:                        AArch64 Options.    (line   30)
! * mlittle-endian <1>:                    ARC Options.        (line  549)
! * mlittle-endian <2>:                    ARM Options.        (line   57)
! * mlittle-endian <3>:                    C6X Options.        (line   16)
! * mlittle-endian <4>:                    IA-64 Options.      (line   13)
  * mlittle-endian <5>:                    MCore Options.      (line   39)
! * mlittle-endian <6>:                    MicroBlaze Options. (line   60)
! * mlittle-endian <7>:                    NDS32 Options.      (line   12)
! * mlittle-endian <8>:                    RS/6000 and PowerPC Options.
!                                                              (line  571)
! * mlittle-endian <9>:                    TILE-Gx Options.    (line   29)
  * mlittle-endian-data:                   RX Options.         (line   42)
  * mliw:                                  MN10300 Options.    (line   54)
! * mll64:                                 ARC Options.        (line  159)
! * mllsc:                                 MIPS Options.       (line  338)
! * mload-store-pairs:                     MIPS Options.       (line  566)
! * mlocal-sdata:                          MIPS Options.       (line  444)
! * mlock:                                 ARC Options.        (line  301)
  * mlong-calls:                           Adapteva Epiphany Options.
                                                               (line   55)
! * mlong-calls <1>:                       ARC Options.        (line  360)
! * mlong-calls <2>:                       ARM Options.        (line  227)
! * mlong-calls <3>:                       Blackfin Options.   (line  120)
! * mlong-calls <4>:                       FRV Options.        (line  122)
! * mlong-calls <5>:                       MIPS Options.       (line  579)
! * mlong-calls <6>:                       V850 Options.       (line   10)
  * mlong-double-128:                      S/390 and zSeries Options.
                                                               (line   29)
! * mlong-double-128 <1>:                  x86 Options.        (line  504)
  * mlong-double-64:                       S/390 and zSeries Options.
                                                               (line   29)
! * mlong-double-64 <1>:                   x86 Options.        (line  504)
! * mlong-double-80:                       x86 Options.        (line  504)
! * mlong-jump-table-offsets:              M680x0 Options.     (line  342)
  * mlong-jumps:                           V850 Options.       (line  108)
  * mlong-load-store:                      HPPA Options.       (line   66)
! * mlong32:                               MIPS Options.       (line  419)
! * mlong64:                               MIPS Options.       (line  414)
  * mlongcall:                             RS/6000 and PowerPC Options.
!                                                              (line  836)
  * mlongcalls:                            Xtensa Options.     (line   87)
  * mloop:                                 V850 Options.       (line  121)
! * mlow-64k:                              Blackfin Options.   (line   69)
! * mlow-precision-recip-sqrt:             AArch64 Options.    (line   86)
  * mlp64:                                 IA-64 Options.      (line  121)
! * mlra:                                  ARC Options.        (line  437)
! * mlra <1>:                              FT32 Options.       (line   16)
  * mlra <2>:                              RS/6000 and PowerPC Options.
!                                                              (line  203)
! * mlra <3>:                              SPARC Options.      (line  111)
! * mlra-priority-compact:                 ARC Options.        (line  445)
! * mlra-priority-noncompact:              ARC Options.        (line  448)
! * mlra-priority-none:                    ARC Options.        (line  442)
! * mlwp:                                  x86 Options.        (line  695)
! * mlxc1-sxc1:                            MIPS Options.       (line  861)
! * mlzcnt:                                x86 Options.        (line  702)
  * MM:                                    Preprocessor Options.
                                                               (line  102)
- * mm:                                    MeP Options.        (line   84)
- * mmac:                                  CR16 Options.       (line    9)
  * mmac <1>:                              Score Options.      (line   21)
! * mmac-24:                               ARC Options.        (line  310)
! * mmac-d16:                              ARC Options.        (line  306)
! * mmac_24:                               ARC Options.        (line  572)
! * mmac_d16:                              ARC Options.        (line  575)
! * mmad:                                  MIPS Options.       (line  588)
! * mmadd4:                                MIPS Options.       (line  866)
  * mmainkernel:                           Nvidia PTX Options. (line   13)
  * mmalloc64:                             VMS Options.        (line   17)
  * mmax:                                  DEC Alpha Options.  (line  163)
  * mmax-constant-size:                    RX Options.         (line   82)
! * mmax-stack-frame:                      CRIS Options.       (line   23)
! * mmcount-ra-address:                    MIPS Options.       (line  838)
  * mmcu:                                  AVR Options.        (line    9)
- * mmcu <1>:                              MIPS Options.       (line  398)
  * mmcu=:                                 MSP430 Options.     (line   14)
  * MMD:                                   Preprocessor Options.
!                                                              (line  183)
! * mmedia:                                FRV Options.        (line   56)
! * mmedium-calls:                         ARC Options.        (line  364)
  * mmemcpy:                               MicroBlaze Options. (line   13)
! * mmemcpy <1>:                           MIPS Options.       (line  573)
! * mmemcpy <2>:                           RISC-V Options.     (line   13)
! * mmemcpy-strategy=STRATEGY:             x86 Options.        (line 1079)
  * mmemory-latency:                       DEC Alpha Options.  (line  268)
! * mmemory-model:                         SPARC Options.      (line  322)
! * mmemset-strategy=STRATEGY:             x86 Options.        (line 1091)
  * mmfcrf:                                RS/6000 and PowerPC Options.
                                                               (line   27)
  * mmfpgpr:                               RS/6000 and PowerPC Options.
                                                               (line   27)
! * mmicromips:                            MIPS Options.       (line  386)
  * mminimal-toc:                          RS/6000 and PowerPC Options.
!                                                              (line  362)
  * mminmax:                               MeP Options.        (line   87)
! * mmitigate-rop:                         x86 Options.        (line 1168)
! * mmixed-code:                           ARC Options.        (line  460)
! * mmmx:                                  x86 Options.        (line  664)
  * mmodel=large:                          M32R/D Options.     (line   33)
  * mmodel=medium:                         M32R/D Options.     (line   27)
  * mmodel=small:                          M32R/D Options.     (line   18)
! * mmovbe:                                x86 Options.        (line  802)
! * mmpx:                                  x86 Options.        (line  710)
! * mmpy-option:                           ARC Options.        (line  165)
! * mms-bitfields:                         x86 Options.        (line  925)
! * mmt:                                   MIPS Options.       (line  394)
  * mmul:                                  RL78 Options.       (line   15)
! * mmul-bug-workaround:                   CRIS Options.       (line   32)
  * mmul.x:                                Moxie Options.      (line   14)
! * mmul32x16:                             ARC Options.        (line  113)
! * mmul64:                                ARC Options.        (line  116)
! * mmuladd:                               FRV Options.        (line   64)
  * mmulhw:                                RS/6000 and PowerPC Options.
!                                                              (line  515)
  * mmult:                                 MeP Options.        (line   90)
  * mmult-bug:                             MN10300 Options.    (line    9)
! * mmultcost:                             ARC Options.        (line  522)
! * mmulti-cond-exec:                      FRV Options.        (line  215)
! * mmulticore:                            Blackfin Options.   (line  141)
  * mmultiple:                             RS/6000 and PowerPC Options.
!                                                              (line  465)
  * mmusl:                                 GNU/Linux Options.  (line   18)
  * mmvcle:                                S/390 and zSeries Options.
!                                                              (line  138)
  * mmvme:                                 RS/6000 and PowerPC Options.
!                                                              (line  741)
! * mmwaitx:                               x86 Options.        (line  711)
  * mn:                                    H8/300 Options.     (line   20)
! * mn-flash:                              AVR Options.        (line  187)
! * mnan=2008:                             MIPS Options.       (line  319)
! * mnan=legacy:                           MIPS Options.       (line  319)
  * mneon-for-64bits:                      ARM Options.        (line  378)
! * mnested-cond-exec:                     FRV Options.        (line  230)
  * mnhwloop:                              Score Options.      (line   15)
  * mno-16-bit:                            NDS32 Options.      (line   42)
  * mno-4byte-functions:                   MCore Options.      (line   27)
  * mno-8byte-align:                       V850 Options.       (line  170)
! * mno-abicalls:                          MIPS Options.       (line  191)
  * mno-abshi:                             PDP-11 Options.     (line   58)
  * mno-ac0:                               PDP-11 Options.     (line   20)
! * mno-address-space-conversion:          SPU Options.        (line   68)
! * mno-align-double:                      x86 Options.        (line  463)
! * mno-align-int:                         M680x0 Options.     (line  263)
  * mno-align-loops:                       M32R/D Options.     (line   76)
! * mno-align-stringops:                   x86 Options.        (line 1045)
  * mno-allow-string-insns:                RX Options.         (line  150)
  * mno-altivec:                           RS/6000 and PowerPC Options.
!                                                              (line  136)
  * mno-am33:                              MN10300 Options.    (line   20)
- * mno-app-regs:                          SPARC Options.      (line   10)
  * mno-app-regs <1>:                      V850 Options.       (line  185)
  * mno-as100-syntax:                      RX Options.         (line   76)
! * mno-atomic-updates:                    SPU Options.        (line   83)
  * mno-auto-litpools:                     Xtensa Options.     (line   60)
  * mno-avoid-indexed-addresses:           RS/6000 and PowerPC Options.
!                                                              (line  497)
  * mno-backchain:                         S/390 and zSeries Options.
                                                               (line   35)
! * mno-base-addresses:                    MMIX Options.       (line   53)
  * mno-bit-align:                         RS/6000 and PowerPC Options.
!                                                              (line  529)
! * mno-bitfield:                          M680x0 Options.     (line  227)
! * mno-branch-likely:                     MIPS Options.       (line  758)
! * mno-branch-predict:                    MMIX Options.       (line   48)
! * mno-brcc:                              ARC Options.        (line  394)
  * mno-bwx:                               DEC Alpha Options.  (line  163)
! * mno-bypass-cache:                      Nios II Options.    (line   79)
! * mno-cache-volatile:                    Nios II Options.    (line   85)
  * mno-callgraph-data:                    MCore Options.      (line   31)
! * mno-cbcond:                            SPARC Options.      (line  249)
! * mno-check-zero-division:               MIPS Options.       (line  546)
  * mno-cix:                               DEC Alpha Options.  (line  163)
  * mno-clearbss:                          MicroBlaze Options. (line   16)
  * mno-cmov:                              NDS32 Options.      (line   24)
  * mno-cmpb:                              RS/6000 and PowerPC Options.
                                                               (line   27)
! * mno-cond-exec:                         ARC Options.        (line  408)
! * mno-cond-exec <1>:                     FRV Options.        (line  194)
! * mno-cond-move:                         FRV Options.        (line  166)
  * mno-const-align:                       CRIS Options.       (line   55)
  * mno-const16:                           Xtensa Options.     (line   10)
- * mno-crt0:                              MN10300 Options.    (line   43)
  * mno-crt0 <1>:                          Moxie Options.      (line   18)
  * mno-crypto:                            RS/6000 and PowerPC Options.
!                                                              (line  228)
! * mno-csync-anomaly:                     Blackfin Options.   (line   65)
! * mno-custom-INSN:                       Nios II Options.    (line  115)
  * mno-data-align:                        CRIS Options.       (line   55)
  * mno-debug:                             S/390 and zSeries Options.
!                                                              (line  144)
! * mno-default:                           x86 Options.        (line  755)
  * mno-direct-move:                       RS/6000 and PowerPC Options.
!                                                              (line  234)
  * mno-disable-callt:                     V850 Options.       (line   92)
- * mno-div:                               M680x0 Options.     (line  206)
  * mno-div <1>:                           MCore Options.      (line   15)
  * mno-dlmzb:                             RS/6000 and PowerPC Options.
!                                                              (line  522)
! * mno-double:                            FRV Options.        (line   52)
! * mno-dpfp-lrsr:                         ARC Options.        (line  100)
! * mno-dsp:                               MIPS Options.       (line  352)
! * mno-dspr2:                             MIPS Options.       (line  358)
  * mno-dwarf2-asm:                        IA-64 Options.      (line   94)
! * mno-dword:                             FRV Options.        (line   44)
  * mno-eabi:                              RS/6000 and PowerPC Options.
!                                                              (line  765)
  * mno-early-stop-bits:                   IA-64 Options.      (line  100)
! * mno-eflags:                            FRV Options.        (line  155)
! * mno-embedded-data:                     MIPS Options.       (line  493)
  * mno-ep:                                V850 Options.       (line   16)
  * mno-epsilon:                           MMIX Options.       (line   15)
! * mno-eva:                               MIPS Options.       (line  402)
  * mno-explicit-relocs:                   DEC Alpha Options.  (line  176)
- * mno-explicit-relocs <1>:               MIPS Options.       (line  537)
  * mno-exr:                               H8/300 Options.     (line   33)
! * mno-extern-sdata:                      MIPS Options.       (line  456)
! * mno-fancy-math-387:                    x86 Options.        (line  453)
! * mno-fast-sw-div:                       Nios II Options.    (line   91)
! * mno-faster-structs:                    SPARC Options.      (line   91)
  * mno-fix:                               DEC Alpha Options.  (line  163)
! * mno-fix-24k:                           MIPS Options.       (line  617)
  * mno-fix-cortex-a53-835769:             AArch64 Options.    (line   73)
  * mno-fix-cortex-a53-843419:             AArch64 Options.    (line   80)
! * mno-fix-r10000:                        MIPS Options.       (line  639)
! * mno-fix-r4000:                         MIPS Options.       (line  623)
! * mno-fix-r4400:                         MIPS Options.       (line  633)
  * mno-flat:                              SPARC Options.      (line   22)
! * mno-float:                             MIPS Options.       (line  273)
  * mno-float128:                          RS/6000 and PowerPC Options.
!                                                              (line  307)
  * mno-float128-hardware:                 RS/6000 and PowerPC Options.
!                                                              (line  322)
  * mno-float32:                           PDP-11 Options.     (line   48)
  * mno-float64:                           PDP-11 Options.     (line   52)
  * mno-flush-func:                        M32R/D Options.     (line   98)
  * mno-flush-trap:                        M32R/D Options.     (line   90)
! * mno-fmaf:                              SPARC Options.      (line  256)
  * mno-fp-in-toc:                         RS/6000 and PowerPC Options.
!                                                              (line  362)
  * mno-fp-regs:                           DEC Alpha Options.  (line   25)
! * mno-fp-ret-in-387:                     x86 Options.        (line  443)
  * mno-fprnd:                             RS/6000 and PowerPC Options.
                                                               (line   27)
- * mno-fpu:                               SPARC Options.      (line   39)
  * mno-fpu <1>:                           Visium Options.     (line   24)
! * mno-fsca:                              SH Options.         (line  365)
! * mno-fsrra:                             SH Options.         (line  374)
! * mno-fused-madd:                        IA-64 Options.      (line   88)
! * mno-fused-madd <1>:                    MIPS Options.       (line  600)
! * mno-fused-madd <2>:                    RS/6000 and PowerPC Options.
!                                                              (line  506)
  * mno-fused-madd <3>:                    S/390 and zSeries Options.
!                                                              (line  175)
! * mno-fused-madd <4>:                    SH Options.         (line  356)
! * mno-fused-madd <5>:                    Xtensa Options.     (line   19)
  * mno-gnu-as:                            IA-64 Options.      (line   18)
  * mno-gnu-attribute:                     RS/6000 and PowerPC Options.
!                                                              (line  719)
  * mno-gnu-ld:                            IA-64 Options.      (line   23)
  * mno-gotplt:                            CRIS Options.       (line   81)
! * mno-gpopt:                             MIPS Options.       (line  478)
! * mno-gpopt <1>:                         Nios II Options.    (line   16)
! * mno-hard-dfp:                          RS/6000 and PowerPC Options.
!                                                              (line   27)
  * mno-hard-dfp <1>:                      S/390 and zSeries Options.
                                                               (line   20)
  * mno-hardlit:                           MCore Options.      (line   10)
- * mno-htm:                               RS/6000 and PowerPC Options.
-                                                              (line  240)
  * mno-htm <1>:                           S/390 and zSeries Options.
!                                                              (line  104)
! * mno-hw-div:                            Nios II Options.    (line  100)
! * mno-hw-mul:                            Nios II Options.    (line  100)
! * mno-hw-mulx:                           Nios II Options.    (line  100)
! * mno-id-shared-library:                 Blackfin Options.   (line   87)
  * mno-ieee:                              SH Options.         (line  165)
! * mno-ieee-fp:                           x86 Options.        (line  420)
! * mno-imadd:                             MIPS Options.       (line  593)
  * mno-inline-float-divide:               IA-64 Options.      (line   62)
  * mno-inline-int-divide:                 IA-64 Options.      (line   73)
  * mno-inline-sqrt:                       IA-64 Options.      (line   84)
  * mno-int16:                             PDP-11 Options.     (line   44)
  * mno-int32:                             PDP-11 Options.     (line   40)
! * mno-interlink-compressed:              MIPS Options.       (line  134)
! * mno-interlink-mips16:                  MIPS Options.       (line  146)
! * mno-interrupts:                        AVR Options.        (line  190)
  * mno-isel:                              RS/6000 and PowerPC Options.
!                                                              (line  195)
  * mno-jsr:                               RX Options.         (line  169)
! * mno-knuthdiv:                          MMIX Options.       (line   32)
! * mno-leaf-id-shared-library:            Blackfin Options.   (line   97)
  * mno-libfuncs:                          MMIX Options.       (line   10)
! * mno-llsc:                              MIPS Options.       (line  338)
! * mno-load-store-pairs:                  MIPS Options.       (line  566)
! * mno-local-sdata:                       MIPS Options.       (line  444)
! * mno-long-calls:                        ARM Options.        (line  227)
! * mno-long-calls <1>:                    Blackfin Options.   (line  120)
! * mno-long-calls <2>:                    HPPA Options.       (line  136)
! * mno-long-calls <3>:                    MIPS Options.       (line  579)
! * mno-long-calls <4>:                    V850 Options.       (line   10)
  * mno-long-jumps:                        V850 Options.       (line  108)
  * mno-longcall:                          RS/6000 and PowerPC Options.
!                                                              (line  836)
  * mno-longcalls:                         Xtensa Options.     (line   87)
! * mno-low-64k:                           Blackfin Options.   (line   73)
! * mno-low-precision-recip-sqrt:          AArch64 Options.    (line   86)
! * mno-lra:                               SPARC Options.      (line  111)
! * mno-lsim:                              FR30 Options.       (line   14)
  * mno-lsim <1>:                          MCore Options.      (line   46)
! * mno-mad:                               MIPS Options.       (line  588)
  * mno-max:                               DEC Alpha Options.  (line  163)
! * mno-mcount-ra-address:                 MIPS Options.       (line  838)
! * mno-mcu:                               MIPS Options.       (line  398)
! * mno-mdmx:                              MIPS Options.       (line  375)
! * mno-media:                             FRV Options.        (line   60)
! * mno-memcpy:                            MIPS Options.       (line  573)
  * mno-mfcrf:                             RS/6000 and PowerPC Options.
                                                               (line   27)
  * mno-mfpgpr:                            RS/6000 and PowerPC Options.
                                                               (line   27)
! * mno-millicode:                         ARC Options.        (line  451)
! * mno-mips16:                            MIPS Options.       (line  119)
! * mno-mips3d:                            MIPS Options.       (line  381)
! * mno-mmicromips:                        MIPS Options.       (line  386)
! * mno-mpy:                               ARC Options.        (line  109)
! * mno-ms-bitfields:                      x86 Options.        (line  925)
! * mno-mt:                                MIPS Options.       (line  394)
! * mno-mul-bug-workaround:                CRIS Options.       (line   32)
! * mno-muladd:                            FRV Options.        (line   68)
  * mno-mulhw:                             RS/6000 and PowerPC Options.
!                                                              (line  515)
  * mno-mult-bug:                          MN10300 Options.    (line   13)
! * mno-multi-cond-exec:                   FRV Options.        (line  223)
  * mno-multiple:                          RS/6000 and PowerPC Options.
!                                                              (line  465)
  * mno-mvcle:                             S/390 and zSeries Options.
!                                                              (line  138)
! * mno-nested-cond-exec:                  FRV Options.        (line  237)
! * mno-odd-spreg:                         MIPS Options.       (line  292)
  * mno-omit-leaf-frame-pointer:           AArch64 Options.    (line   56)
! * mno-optimize-membar:                   FRV Options.        (line  249)
  * mno-opts:                              MeP Options.        (line   93)
! * mno-pack:                              FRV Options.        (line  151)
  * mno-packed-stack:                      S/390 and zSeries Options.
                                                               (line   54)
  * mno-paired:                            RS/6000 and PowerPC Options.
!                                                              (line  213)
! * mno-paired-single:                     MIPS Options.       (line  369)
  * mno-perf-ext:                          NDS32 Options.      (line   30)
  * mno-pic:                               IA-64 Options.      (line   26)
  * mno-pid:                               RX Options.         (line  117)
! * mno-plt:                               MIPS Options.       (line  218)
! * mno-popc:                              SPARC Options.      (line  263)
  * mno-popcntb:                           RS/6000 and PowerPC Options.
                                                               (line   27)
  * mno-popcntd:                           RS/6000 and PowerPC Options.
                                                               (line   27)
  * mno-postinc:                           Adapteva Epiphany Options.
!                                                              (line  109)
  * mno-postmodify:                        Adapteva Epiphany Options.
!                                                              (line  109)
  * mno-power8-fusion:                     RS/6000 and PowerPC Options.
!                                                              (line  246)
  * mno-power8-vector:                     RS/6000 and PowerPC Options.
!                                                              (line  252)
  * mno-powerpc-gfxopt:                    RS/6000 and PowerPC Options.
                                                               (line   27)
  * mno-powerpc-gpopt:                     RS/6000 and PowerPC Options.
--- 55688,56419 ----
  * mcop:                                  MeP Options.        (line   48)
  * mcop32:                                MeP Options.        (line   53)
  * mcop64:                                MeP Options.        (line   56)
! * mcorea:                                Blackfin Options.   (line  157)
! * mcoreb:                                Blackfin Options.   (line  164)
! * mcpu <1>:                              x86 Options.        (line  364)
! * mcpu <2>:                              Visium Options.     (line   33)
! * mcpu <3>:                              TILEPro Options.    (line    9)
! * mcpu <4>:                              TILE-Gx Options.    (line   18)
! * mcpu <5>:                              SPARC Options.      (line  117)
! * mcpu <6>:                              RX Options.         (line   30)
! * mcpu <7>:                              RS/6000 and PowerPC Options.
!                                                              (line   69)
  * mcpu <8>:                              RL78 Options.       (line   32)
! * mcpu <9>:                              picoChip Options.   (line    9)
! * mcpu <10>:                             M680x0 Options.     (line   28)
! * mcpu <11>:                             FRV Options.        (line  212)
! * mcpu <12>:                             DEC Alpha Options.  (line  215)
! * mcpu <13>:                             CRIS Options.       (line   10)
! * mcpu <14>:                             ARM Options.        (line  156)
! * mcpu <15>:                             ARC Options.        (line   14)
! * mcpu:                                  AArch64 Options.    (line  171)
! * mcpu32:                                M680x0 Options.     (line  138)
! * mcpu= <1>:                             MSP430 Options.     (line   42)
  * mcpu= <2>:                             MicroBlaze Options. (line   20)
! * mcpu= <3>:                             M32C Options.       (line    7)
! * mcpu=:                                 Blackfin Options.   (line    7)
  * mcr16c:                                CR16 Options.       (line   14)
  * mcr16cplus:                            CR16 Options.       (line   14)
! * mcrc32:                                x86 Options.        (line  815)
  * mcrypto:                               RS/6000 and PowerPC Options.
!                                                              (line  229)
! * mcsync-anomaly:                        Blackfin Options.   (line   60)
! * mctor-dtor:                            NDS32 Options.      (line   71)
! * mcustom-fpu-cfg:                       Nios II Options.    (line  239)
! * mcustom-INSN:                          Nios II Options.    (line  118)
! * mcx16:                                 x86 Options.        (line  792)
  * MD:                                    Preprocessor Options.
!                                                              (line  165)
  * mdalign:                               SH Options.         (line  132)
  * mdata-align:                           CRIS Options.       (line   55)
  * mdata-model:                           CR16 Options.       (line   28)
  * mdata-region:                          MSP430 Options.     (line   93)
  * mdc:                                   MeP Options.        (line   62)
+ * mdebug <1>:                            Visium Options.     (line    7)
+ * mdebug <2>:                            S/390 and zSeries Options.
+                                                              (line  146)
  * mdebug:                                M32R/D Options.     (line   69)
  * mdebug-main=PREFIX:                    VMS Options.        (line   13)
  * mdec-asm:                              PDP-11 Options.     (line   72)
  * mdirect-move:                          RS/6000 and PowerPC Options.
!                                                              (line  235)
  * mdisable-callt:                        V850 Options.       (line   92)
  * mdisable-fpregs:                       HPPA Options.       (line   34)
  * mdisable-indexing:                     HPPA Options.       (line   40)
! * mdiv <1>:                              RISC-V Options.     (line   32)
  * mdiv <2>:                              MeP Options.        (line   65)
! * mdiv <3>:                              MCore Options.      (line   15)
! * mdiv:                                  M680x0 Options.     (line  209)
! * mdiv-rem:                              ARC Options.        (line  153)
! * mdiv=STRATEGY:                         SH Options.         (line  287)
! * mdivide-breaks:                        MIPS Options.       (line  556)
  * mdivide-enabled:                       LM32 Options.       (line   12)
! * mdivide-traps:                         MIPS Options.       (line  556)
! * mdivsi3_libfunc=NAME:                  SH Options.         (line  324)
  * mdll:                                  x86 Windows Options.
                                                               (line   16)
  * mdlmzb:                                RS/6000 and PowerPC Options.
!                                                              (line  524)
! * mdmx:                                  MIPS Options.       (line  378)
! * mdouble:                               FRV Options.        (line   38)
  * mdouble-float <1>:                     RS/6000 and PowerPC Options.
!                                                              (line  447)
! * mdouble-float:                         MIPS Options.       (line  290)
! * mdpfp:                                 ARC Options.        (line   92)
! * mdpfp-compact:                         ARC Options.        (line   93)
! * mdpfp-fast:                            ARC Options.        (line   97)
! * mdpfp_compact:                         ARC Options.        (line  566)
! * mdpfp_fast:                            ARC Options.        (line  569)
! * mdsp:                                  MIPS Options.       (line  355)
! * mdsp-packa:                            ARC Options.        (line  295)
! * mdsp_packa:                            ARC Options.        (line  572)
! * mdspr2:                                MIPS Options.       (line  361)
! * mdual-nops:                            SPU Options.        (line   90)
! * mdump-tune-features:                   x86 Options.        (line  749)
! * mdvbf:                                 ARC Options.        (line  300)
  * mdwarf2-asm:                           IA-64 Options.      (line   94)
! * mdword:                                FRV Options.        (line   32)
  * mdynamic-no-pic:                       RS/6000 and PowerPC Options.
!                                                              (line  584)
! * mEA:                                   ARC Options.        (line  575)
! * mea:                                   ARC Options.        (line  105)
! * mea32:                                 SPU Options.        (line   55)
! * mea64:                                 SPU Options.        (line   55)
  * meabi:                                 RS/6000 and PowerPC Options.
!                                                              (line  767)
! * mearly-cbranchsi:                      ARC Options.        (line  432)
  * mearly-stop-bits:                      IA-64 Options.      (line  100)
+ * meb <1>:                               Score Options.      (line    9)
+ * meb <2>:                               Nios II Options.    (line   69)
+ * meb <3>:                               Moxie Options.      (line    7)
  * meb:                                   MeP Options.        (line   68)
! * mel <1>:                               Score Options.      (line   12)
! * mel <2>:                               Nios II Options.    (line   69)
! * mel <3>:                               Moxie Options.      (line   11)
  * mel:                                   MeP Options.        (line   71)
! * melf <1>:                              MMIX Options.       (line   44)
  * melf:                                  CRIS Options.       (line   87)
  * memb:                                  RS/6000 and PowerPC Options.
!                                                              (line  762)
! * membedded-data:                        MIPS Options.       (line  497)
  * memregs=:                              M32C Options.       (line   21)
  * mep:                                   V850 Options.       (line   16)
  * mepsilon:                              MMIX Options.       (line   15)
  * merror-reloc:                          SPU Options.        (line   10)
  * mesa:                                  S/390 and zSeries Options.
!                                                              (line   95)
! * metrax100:                             CRIS Options.       (line   26)
! * metrax4:                               CRIS Options.       (line   26)
! * meva:                                  MIPS Options.       (line  405)
! * mexpand-adddi:                         ARC Options.        (line  435)
! * mexplicit-relocs <1>:                  MIPS Options.       (line  541)
  * mexplicit-relocs:                      DEC Alpha Options.  (line  176)
  * mexr:                                  H8/300 Options.     (line   28)
! * mextern-sdata:                         MIPS Options.       (line  459)
  * MF:                                    Preprocessor Options.
                                                               (line  111)
! * mf16c:                                 x86 Options.        (line  698)
! * mfast-fp:                              Blackfin Options.   (line  133)
  * mfast-indirect-calls:                  HPPA Options.       (line   52)
! * mfast-sw-div:                          Nios II Options.    (line   94)
! * mfaster-structs:                       SPARC Options.      (line   92)
  * mfdiv:                                 RISC-V Options.     (line   27)
! * mfdpic:                                FRV Options.        (line   56)
! * mfentry:                               x86 Options.        (line 1127)
  * mfix:                                  DEC Alpha Options.  (line  163)
! * mfix-24k:                              MIPS Options.       (line  623)
  * mfix-and-continue:                     Darwin Options.     (line  104)
! * mfix-at697f:                           SPARC Options.      (line  296)
  * mfix-cortex-a53-835769:                AArch64 Options.    (line   73)
  * mfix-cortex-a53-843419:                AArch64 Options.    (line   80)
  * mfix-cortex-m3-ldrd:                   ARM Options.        (line  358)
! * mfix-gr712rc:                          SPARC Options.      (line  309)
! * mfix-r10000:                           MIPS Options.       (line  650)
! * mfix-r4000:                            MIPS Options.       (line  629)
! * mfix-r4400:                            MIPS Options.       (line  643)
! * mfix-rm7000:                           MIPS Options.       (line  661)
! * mfix-sb1:                              MIPS Options.       (line  687)
! * mfix-ut699:                            SPARC Options.      (line  301)
! * mfix-ut700:                            SPARC Options.      (line  305)
! * mfix-vr4120:                           MIPS Options.       (line  666)
! * mfix-vr4130:                           MIPS Options.       (line  680)
! * mfixed-cc:                             FRV Options.        (line   28)
! * mfixed-range <1>:                      SPU Options.        (line   47)
! * mfixed-range <2>:                      SH Options.         (line  331)
! * mfixed-range <3>:                      IA-64 Options.      (line  105)
  * mfixed-range:                          HPPA Options.       (line   59)
  * mflat:                                 SPARC Options.      (line   22)
! * mflip-mips16:                          MIPS Options.       (line  128)
  * mfloat-abi:                            ARM Options.        (line   41)
  * mfloat-gprs:                           RS/6000 and PowerPC Options.
!                                                              (line  335)
  * mfloat-ieee:                           DEC Alpha Options.  (line  171)
  * mfloat-vax:                            DEC Alpha Options.  (line  171)
  * mfloat128:                             RS/6000 and PowerPC Options.
!                                                              (line  308)
  * mfloat128-hardware:                    RS/6000 and PowerPC Options.
!                                                              (line  323)
  * mfloat32:                              PDP-11 Options.     (line   52)
  * mfloat64:                              PDP-11 Options.     (line   48)
! * mflush-func:                           MIPS Options.       (line  754)
  * mflush-func=NAME:                      M32R/D Options.     (line   93)
  * mflush-trap=NUMBER:                    M32R/D Options.     (line   86)
! * mfma:                                  x86 Options.        (line  699)
! * mfma4:                                 x86 Options.        (line  700)
! * mfmaf:                                 SPARC Options.      (line  269)
  * mfmovd:                                SH Options.         (line  148)
  * mforce-no-pic:                         Xtensa Options.     (line   41)
! * mfp-exceptions:                        MIPS Options.       (line  802)
  * mfp-mode:                              Adapteva Epiphany Options.
!                                                              (line   72)
  * mfp-reg:                               DEC Alpha Options.  (line   25)
  * mfp-rounding-mode:                     DEC Alpha Options.  (line   85)
  * mfp-trap-mode:                         DEC Alpha Options.  (line   63)
! * mfp16-format:                          ARM Options.        (line  203)
! * mfp32:                                 MIPS Options.       (line  260)
! * mfp64:                                 MIPS Options.       (line  263)
! * mfpmath <1>:                           x86 Options.        (line  367)
! * mfpmath:                               Optimize Options.   (line 2022)
! * mfpr-32:                               FRV Options.        (line   13)
! * mfpr-64:                               FRV Options.        (line   16)
  * mfprnd:                                RS/6000 and PowerPC Options.
                                                               (line   27)
! * mfpu <1>:                              Visium Options.     (line   19)
! * mfpu <2>:                              SPARC Options.      (line   35)
  * mfpu <3>:                              RS/6000 and PowerPC Options.
!                                                              (line  455)
! * mfpu <4>:                              PDP-11 Options.     (line    9)
! * mfpu <5>:                              ARM Options.        (line  176)
! * mfpu:                                  ARC Options.        (line  225)
! * mfpxx:                                 MIPS Options.       (line  266)
! * mfract-convert-truncate:               AVR Options.        (line  239)
! * mframe-header-opt:                     MIPS Options.       (line  865)
  * mfriz:                                 RS/6000 and PowerPC Options.
!                                                              (line  966)
! * mfsca:                                 SH Options.         (line  370)
! * mfsgsbase:                             x86 Options.        (line  696)
! * mfsmuld:                               SPARC Options.      (line  276)
! * mfsrra:                                SH Options.         (line  379)
  * mfull-regs:                            NDS32 Options.      (line   18)
  * mfull-toc:                             RS/6000 and PowerPC Options.
!                                                              (line  363)
! * mfused-madd <1>:                       Xtensa Options.     (line   19)
! * mfused-madd <2>:                       SH Options.         (line  361)
  * mfused-madd <3>:                       S/390 and zSeries Options.
!                                                              (line  177)
! * mfused-madd <4>:                       RS/6000 and PowerPC Options.
!                                                              (line  508)
! * mfused-madd <5>:                       MIPS Options.       (line  605)
! * mfused-madd:                           IA-64 Options.      (line   88)
! * mfxsr:                                 x86 Options.        (line  711)
! * mg:                                    VAX Options.        (line   17)
  * MG:                                    Preprocessor Options.
                                                               (line  120)
  * mg10:                                  RL78 Options.       (line   62)
  * mg13:                                  RL78 Options.       (line   62)
  * mg14:                                  RL78 Options.       (line   62)
  * mgas:                                  HPPA Options.       (line   75)
  * mgcc-abi:                              V850 Options.       (line  148)
  * mgen-cell-microcode:                   RS/6000 and PowerPC Options.
!                                                              (line  178)
! * mgeneral-regs-only <1>:                x86 Options.        (line 1184)
  * mgeneral-regs-only:                    AArch64 Options.    (line   24)
  * mghs:                                  V850 Options.       (line  127)
  * mglibc:                                GNU/Linux Options.  (line    9)
  * mgnu:                                  VAX Options.        (line   13)
  * mgnu-as:                               IA-64 Options.      (line   18)
  * mgnu-attribute:                        RS/6000 and PowerPC Options.
!                                                              (line  721)
  * mgnu-ld <1>:                           IA-64 Options.      (line   23)
+ * mgnu-ld:                               HPPA Options.       (line  111)
  * mgomp:                                 Nvidia PTX Options. (line   48)
  * mgotplt:                               CRIS Options.       (line   81)
! * mgp32:                                 MIPS Options.       (line  254)
! * mgp64:                                 MIPS Options.       (line  257)
! * mgpopt <1>:                            Nios II Options.    (line   17)
! * mgpopt:                                MIPS Options.       (line  482)
  * mgpr-32:                               FRV Options.        (line    7)
! * mgpr-64:                               FRV Options.        (line   10)
! * mgprel-ro:                             FRV Options.        (line   79)
  * mh:                                    H8/300 Options.     (line   14)
! * mhal:                                  Nios II Options.    (line  285)
  * mhalf-reg-file:                        Adapteva Epiphany Options.
                                                               (line    9)
  * mhard-dfp <1>:                         S/390 and zSeries Options.
                                                               (line   20)
! * mhard-dfp:                             RS/6000 and PowerPC Options.
!                                                              (line   27)
! * mhard-float <1>:                       x86 Options.        (line  433)
! * mhard-float <2>:                       Visium Options.     (line   19)
! * mhard-float <3>:                       V850 Options.       (line  113)
! * mhard-float <4>:                       SPARC Options.      (line   35)
  * mhard-float <5>:                       S/390 and zSeries Options.
                                                               (line   11)
! * mhard-float <6>:                       RS/6000 and PowerPC Options.
!                                                              (line  441)
! * mhard-float <7>:                       MIPS Options.       (line  269)
! * mhard-float <8>:                       MicroBlaze Options. (line   10)
! * mhard-float <9>:                       M680x0 Options.     (line  197)
! * mhard-float:                           FRV Options.        (line   19)
! * mhard-quad-float:                      SPARC Options.      (line   56)
  * mhardlit:                              MCore Options.      (line   10)
! * mhint-max-distance:                    SPU Options.        (line  102)
! * mhint-max-nops:                        SPU Options.        (line   96)
  * mhotpatch:                             S/390 and zSeries Options.
!                                                              (line  213)
  * mhp-ld:                                HPPA Options.       (line  123)
  * mhtm <1>:                              S/390 and zSeries Options.
!                                                              (line  105)
! * mhtm:                                  RS/6000 and PowerPC Options.
!                                                              (line  241)
! * mhw-div:                               Nios II Options.    (line  103)
! * mhw-mul:                               Nios II Options.    (line  103)
! * mhw-mulx:                              Nios II Options.    (line  103)
  * mhwmult=:                              MSP430 Options.     (line   63)
! * miamcu:                                x86 Options.        (line 1197)
! * micplb:                                Blackfin Options.   (line  178)
! * mid-shared-library:                    Blackfin Options.   (line   81)
  * mieee <1>:                             SH Options.         (line  165)
+ * mieee:                                 DEC Alpha Options.  (line   39)
  * mieee-conformant:                      DEC Alpha Options.  (line  134)
! * mieee-fp:                              x86 Options.        (line  426)
  * mieee-with-inexact:                    DEC Alpha Options.  (line   52)
  * milp32:                                IA-64 Options.      (line  121)
! * mimadd:                                MIPS Options.       (line  598)
! * mimpure-text:                          Solaris 2 Options.  (line   16)
! * mincoming-stack-boundary:              x86 Options.        (line  647)
! * mindexed-loads:                        ARC Options.        (line  439)
! * minline-all-stringops:                 x86 Options.        (line 1059)
  * minline-float-divide-max-throughput:   IA-64 Options.      (line   58)
  * minline-float-divide-min-latency:      IA-64 Options.      (line   54)
  * minline-ic_invalidate:                 SH Options.         (line  174)
  * minline-int-divide-max-throughput:     IA-64 Options.      (line   69)
  * minline-int-divide-min-latency:        IA-64 Options.      (line   65)
! * minline-plt <1>:                       FRV Options.        (line   64)
! * minline-plt:                           Blackfin Options.   (line  138)
  * minline-sqrt-max-throughput:           IA-64 Options.      (line   80)
  * minline-sqrt-min-latency:              IA-64 Options.      (line   76)
! * minline-stringops-dynamically:         x86 Options.        (line 1066)
  * minrt:                                 MSP430 Options.     (line   85)
  * minsert-sched-nops:                    RS/6000 and PowerPC Options.
!                                                              (line  624)
  * mint-register:                         RX Options.         (line  100)
  * mint16:                                PDP-11 Options.     (line   40)
+ * mint32 <1>:                            PDP-11 Options.     (line   44)
+ * mint32 <2>:                            H8/300 Options.     (line   38)
  * mint32:                                CR16 Options.       (line   22)
! * mint8:                                 AVR Options.        (line  178)
! * minterlink-compressed:                 MIPS Options.       (line  136)
! * minterlink-mips16:                     MIPS Options.       (line  148)
  * mio-volatile:                          MeP Options.        (line   74)
! * mips1:                                 MIPS Options.       (line   80)
! * mips16:                                MIPS Options.       (line  120)
! * mips2:                                 MIPS Options.       (line   83)
! * mips3:                                 MIPS Options.       (line   86)
! * mips32:                                MIPS Options.       (line   92)
! * mips32r3:                              MIPS Options.       (line   95)
! * mips32r5:                              MIPS Options.       (line   98)
! * mips32r6:                              MIPS Options.       (line  101)
! * mips3d:                                MIPS Options.       (line  384)
! * mips4:                                 MIPS Options.       (line   89)
! * mips64:                                MIPS Options.       (line  104)
! * mips64r2:                              MIPS Options.       (line  107)
! * mips64r3:                              MIPS Options.       (line  110)
! * mips64r5:                              MIPS Options.       (line  113)
! * mips64r6:                              MIPS Options.       (line  116)
  * misel:                                 RS/6000 and PowerPC Options.
!                                                              (line  196)
  * misize <1>:                            SH Options.         (line  186)
+ * misize:                                ARC Options.        (line  340)
  * misr-vector-size:                      NDS32 Options.      (line   45)
  * missue-rate=NUMBER:                    M32R/D Options.     (line   79)
  * mivc2:                                 MeP Options.        (line   59)
  * mjsr:                                  RX Options.         (line  169)
  * mjump-in-delay:                        HPPA Options.       (line   30)
  * mkernel:                               Darwin Options.     (line   82)
! * mknuthdiv:                             MMIX Options.       (line   33)
  * ml <1>:                                SH Options.         (line  129)
+ * ml:                                    MeP Options.        (line   78)
  * mlarge:                                MSP430 Options.     (line   52)
  * mlarge-data:                           DEC Alpha Options.  (line  187)
! * mlarge-data-threshold:                 x86 Options.        (line  533)
! * mlarge-mem:                            SPU Options.        (line   35)
  * mlarge-text:                           DEC Alpha Options.  (line  205)
  * mleadz:                                MeP Options.        (line   81)
! * mleaf-id-shared-library:               Blackfin Options.   (line   92)
  * mlibfuncs:                             MMIX Options.       (line   10)
! * mlibrary-pic:                          FRV Options.        (line  110)
! * mlinked-fp:                            FRV Options.        (line   94)
  * mlinker-opt:                           HPPA Options.       (line   85)
  * mlinux:                                CRIS Options.       (line   91)
  * mlittle:                               RS/6000 and PowerPC Options.
!                                                              (line  573)
! * mlittle-endian <1>:                    TILE-Gx Options.    (line   29)
! * mlittle-endian <2>:                    RS/6000 and PowerPC Options.
!                                                              (line  573)
! * mlittle-endian <3>:                    NDS32 Options.      (line   12)
! * mlittle-endian <4>:                    MicroBlaze Options. (line   60)
  * mlittle-endian <5>:                    MCore Options.      (line   39)
! * mlittle-endian <6>:                    IA-64 Options.      (line   13)
! * mlittle-endian <7>:                    C6X Options.        (line   16)
! * mlittle-endian <8>:                    ARM Options.        (line   57)
! * mlittle-endian <9>:                    ARC Options.        (line  556)
! * mlittle-endian:                        AArch64 Options.    (line   30)
  * mlittle-endian-data:                   RX Options.         (line   42)
  * mliw:                                  MN10300 Options.    (line   54)
! * mll64:                                 ARC Options.        (line  160)
! * mllsc:                                 MIPS Options.       (line  341)
! * mload-store-pairs:                     MIPS Options.       (line  571)
! * mlocal-sdata:                          MIPS Options.       (line  447)
! * mlock:                                 ARC Options.        (line  305)
! * mlong-calls <1>:                       V850 Options.       (line   10)
! * mlong-calls <2>:                       MIPS Options.       (line  584)
! * mlong-calls <3>:                       FRV Options.        (line   99)
! * mlong-calls <4>:                       Blackfin Options.   (line  121)
! * mlong-calls <5>:                       ARM Options.        (line  228)
! * mlong-calls <6>:                       ARC Options.        (line  365)
  * mlong-calls:                           Adapteva Epiphany Options.
                                                               (line   55)
! * mlong-double-128 <1>:                  x86 Options.        (line  513)
  * mlong-double-128:                      S/390 and zSeries Options.
                                                               (line   29)
! * mlong-double-64 <1>:                   x86 Options.        (line  513)
  * mlong-double-64:                       S/390 and zSeries Options.
                                                               (line   29)
! * mlong-double-80:                       x86 Options.        (line  513)
! * mlong-jump-table-offsets:              M680x0 Options.     (line  346)
  * mlong-jumps:                           V850 Options.       (line  108)
  * mlong-load-store:                      HPPA Options.       (line   66)
! * mlong32:                               MIPS Options.       (line  422)
! * mlong64:                               MIPS Options.       (line  417)
  * mlongcall:                             RS/6000 and PowerPC Options.
!                                                              (line  839)
  * mlongcalls:                            Xtensa Options.     (line   87)
  * mloop:                                 V850 Options.       (line  121)
! * mlow-64k:                              Blackfin Options.   (line   70)
! * mlow-precision-recip-sqrt:             AArch64 Options.    (line   87)
  * mlp64:                                 IA-64 Options.      (line  121)
! * mlra <1>:                              SPARC Options.      (line  113)
  * mlra <2>:                              RS/6000 and PowerPC Options.
!                                                              (line  204)
! * mlra <3>:                              FT32 Options.       (line   16)
! * mlra:                                  ARC Options.        (line  443)
! * mlra-priority-compact:                 ARC Options.        (line  451)
! * mlra-priority-noncompact:              ARC Options.        (line  454)
! * mlra-priority-none:                    ARC Options.        (line  448)
! * mlwp:                                  x86 Options.        (line  703)
! * mlxc1-sxc1:                            MIPS Options.       (line  875)
! * mlzcnt:                                x86 Options.        (line  710)
! * mm:                                    MeP Options.        (line   84)
  * MM:                                    Preprocessor Options.
                                                               (line  102)
  * mmac <1>:                              Score Options.      (line   21)
! * mmac:                                  CR16 Options.       (line    9)
! * mmac-24:                               ARC Options.        (line  314)
! * mmac-d16:                              ARC Options.        (line  310)
! * mmac_24:                               ARC Options.        (line  578)
! * mmac_d16:                              ARC Options.        (line  581)
! * mmad:                                  MIPS Options.       (line  593)
! * mmadd4:                                MIPS Options.       (line  880)
  * mmainkernel:                           Nvidia PTX Options. (line   13)
  * mmalloc64:                             VMS Options.        (line   17)
  * mmax:                                  DEC Alpha Options.  (line  163)
  * mmax-constant-size:                    RX Options.         (line   82)
! * mmax-stack-frame:                      CRIS Options.       (line   22)
! * mmcount-ra-address:                    MIPS Options.       (line  850)
! * mmcu <1>:                              MIPS Options.       (line  401)
  * mmcu:                                  AVR Options.        (line    9)
  * mmcu=:                                 MSP430 Options.     (line   14)
  * MMD:                                   Preprocessor Options.
!                                                              (line  181)
! * mmedia:                                FRV Options.        (line   44)
! * mmedium-calls:                         ARC Options.        (line  369)
! * mmemcpy <1>:                           RISC-V Options.     (line   13)
! * mmemcpy <2>:                           MIPS Options.       (line  578)
  * mmemcpy:                               MicroBlaze Options. (line   13)
! * mmemcpy-strategy=STRATEGY:             x86 Options.        (line 1088)
  * mmemory-latency:                       DEC Alpha Options.  (line  268)
! * mmemory-model:                         SPARC Options.      (line  350)
! * mmemset-strategy=STRATEGY:             x86 Options.        (line 1100)
  * mmfcrf:                                RS/6000 and PowerPC Options.
                                                               (line   27)
  * mmfpgpr:                               RS/6000 and PowerPC Options.
                                                               (line   27)
! * mmicromips:                            MIPS Options.       (line  389)
  * mminimal-toc:                          RS/6000 and PowerPC Options.
!                                                              (line  363)
  * mminmax:                               MeP Options.        (line   87)
! * mmitigate-rop:                         x86 Options.        (line 1178)
! * mmixed-code:                           ARC Options.        (line  466)
! * mmmx:                                  x86 Options.        (line  672)
  * mmodel=large:                          M32R/D Options.     (line   33)
  * mmodel=medium:                         M32R/D Options.     (line   27)
  * mmodel=small:                          M32R/D Options.     (line   18)
! * mmovbe:                                x86 Options.        (line  811)
! * mmpx:                                  x86 Options.        (line  718)
! * mmpy-option:                           ARC Options.        (line  166)
! * mms-bitfields:                         x86 Options.        (line  935)
! * mmt:                                   MIPS Options.       (line  397)
  * mmul:                                  RL78 Options.       (line   15)
! * mmul-bug-workaround:                   CRIS Options.       (line   31)
  * mmul.x:                                Moxie Options.      (line   14)
! * mmul32x16:                             ARC Options.        (line  114)
! * mmul64:                                ARC Options.        (line  117)
! * mmuladd:                               FRV Options.        (line   50)
  * mmulhw:                                RS/6000 and PowerPC Options.
!                                                              (line  517)
  * mmult:                                 MeP Options.        (line   90)
  * mmult-bug:                             MN10300 Options.    (line    9)
! * mmultcost:                             ARC Options.        (line  530)
! * mmulti-cond-exec:                      FRV Options.        (line  176)
! * mmulticore:                            Blackfin Options.   (line  142)
  * mmultiple:                             RS/6000 and PowerPC Options.
!                                                              (line  467)
  * mmusl:                                 GNU/Linux Options.  (line   18)
  * mmvcle:                                S/390 and zSeries Options.
!                                                              (line  139)
  * mmvme:                                 RS/6000 and PowerPC Options.
!                                                              (line  743)
! * mmwaitx:                               x86 Options.        (line  719)
  * mn:                                    H8/300 Options.     (line   20)
! * mn-flash:                              AVR Options.        (line  184)
! * mnan=2008:                             MIPS Options.       (line  322)
! * mnan=legacy:                           MIPS Options.       (line  322)
  * mneon-for-64bits:                      ARM Options.        (line  378)
! * mnested-cond-exec:                     FRV Options.        (line  189)
  * mnhwloop:                              Score Options.      (line   15)
  * mno-16-bit:                            NDS32 Options.      (line   42)
  * mno-4byte-functions:                   MCore Options.      (line   27)
  * mno-8byte-align:                       V850 Options.       (line  170)
! * mno-abicalls:                          MIPS Options.       (line  194)
  * mno-abshi:                             PDP-11 Options.     (line   58)
  * mno-ac0:                               PDP-11 Options.     (line   20)
! * mno-address-space-conversion:          SPU Options.        (line   63)
! * mno-align-double:                      x86 Options.        (line  471)
! * mno-align-int:                         M680x0 Options.     (line  267)
  * mno-align-loops:                       M32R/D Options.     (line   76)
! * mno-align-stringops:                   x86 Options.        (line 1054)
  * mno-allow-string-insns:                RX Options.         (line  150)
  * mno-altivec:                           RS/6000 and PowerPC Options.
!                                                              (line  137)
  * mno-am33:                              MN10300 Options.    (line   20)
  * mno-app-regs <1>:                      V850 Options.       (line  185)
+ * mno-app-regs:                          SPARC Options.      (line   10)
  * mno-as100-syntax:                      RX Options.         (line   76)
! * mno-atomic-updates:                    SPU Options.        (line   78)
  * mno-auto-litpools:                     Xtensa Options.     (line   60)
  * mno-avoid-indexed-addresses:           RS/6000 and PowerPC Options.
!                                                              (line  499)
  * mno-backchain:                         S/390 and zSeries Options.
                                                               (line   35)
! * mno-base-addresses:                    MMIX Options.       (line   54)
  * mno-bit-align:                         RS/6000 and PowerPC Options.
!                                                              (line  531)
! * mno-bitfield:                          M680x0 Options.     (line  231)
! * mno-branch-likely:                     MIPS Options.       (line  770)
! * mno-branch-predict:                    MMIX Options.       (line   49)
! * mno-brcc:                              ARC Options.        (line  400)
  * mno-bwx:                               DEC Alpha Options.  (line  163)
! * mno-bypass-cache:                      Nios II Options.    (line   82)
! * mno-cache-volatile:                    Nios II Options.    (line   88)
  * mno-callgraph-data:                    MCore Options.      (line   31)
! * mno-cbcond:                            SPARC Options.      (line  262)
! * mno-check-zero-division:               MIPS Options.       (line  550)
  * mno-cix:                               DEC Alpha Options.  (line  163)
  * mno-clearbss:                          MicroBlaze Options. (line   16)
  * mno-cmov:                              NDS32 Options.      (line   24)
  * mno-cmpb:                              RS/6000 and PowerPC Options.
                                                               (line   27)
! * mno-cond-exec <1>:                     FRV Options.        (line  158)
! * mno-cond-exec:                         ARC Options.        (line  414)
! * mno-cond-move:                         FRV Options.        (line  134)
  * mno-const-align:                       CRIS Options.       (line   55)
  * mno-const16:                           Xtensa Options.     (line   10)
  * mno-crt0 <1>:                          Moxie Options.      (line   18)
+ * mno-crt0:                              MN10300 Options.    (line   43)
  * mno-crypto:                            RS/6000 and PowerPC Options.
!                                                              (line  229)
! * mno-csync-anomaly:                     Blackfin Options.   (line   66)
! * mno-custom-INSN:                       Nios II Options.    (line  118)
  * mno-data-align:                        CRIS Options.       (line   55)
  * mno-debug:                             S/390 and zSeries Options.
!                                                              (line  146)
! * mno-default:                           x86 Options.        (line  764)
  * mno-direct-move:                       RS/6000 and PowerPC Options.
!                                                              (line  235)
  * mno-disable-callt:                     V850 Options.       (line   92)
  * mno-div <1>:                           MCore Options.      (line   15)
+ * mno-div:                               M680x0 Options.     (line  209)
  * mno-dlmzb:                             RS/6000 and PowerPC Options.
!                                                              (line  524)
! * mno-double:                            FRV Options.        (line   41)
! * mno-dpfp-lrsr:                         ARC Options.        (line  101)
! * mno-dsp:                               MIPS Options.       (line  355)
! * mno-dspr2:                             MIPS Options.       (line  361)
  * mno-dwarf2-asm:                        IA-64 Options.      (line   94)
! * mno-dword:                             FRV Options.        (line   35)
  * mno-eabi:                              RS/6000 and PowerPC Options.
!                                                              (line  767)
  * mno-early-stop-bits:                   IA-64 Options.      (line  100)
! * mno-eflags:                            FRV Options.        (line  125)
! * mno-embedded-data:                     MIPS Options.       (line  497)
  * mno-ep:                                V850 Options.       (line   16)
  * mno-epsilon:                           MMIX Options.       (line   15)
! * mno-eva:                               MIPS Options.       (line  405)
! * mno-explicit-relocs <1>:               MIPS Options.       (line  541)
  * mno-explicit-relocs:                   DEC Alpha Options.  (line  176)
  * mno-exr:                               H8/300 Options.     (line   33)
! * mno-extern-sdata:                      MIPS Options.       (line  459)
! * mno-fancy-math-387:                    x86 Options.        (line  461)
! * mno-fast-sw-div:                       Nios II Options.    (line   94)
! * mno-faster-structs:                    SPARC Options.      (line   92)
  * mno-fix:                               DEC Alpha Options.  (line  163)
! * mno-fix-24k:                           MIPS Options.       (line  623)
  * mno-fix-cortex-a53-835769:             AArch64 Options.    (line   73)
  * mno-fix-cortex-a53-843419:             AArch64 Options.    (line   80)
! * mno-fix-r10000:                        MIPS Options.       (line  650)
! * mno-fix-r4000:                         MIPS Options.       (line  629)
! * mno-fix-r4400:                         MIPS Options.       (line  643)
  * mno-flat:                              SPARC Options.      (line   22)
! * mno-float:                             MIPS Options.       (line  276)
  * mno-float128:                          RS/6000 and PowerPC Options.
!                                                              (line  308)
  * mno-float128-hardware:                 RS/6000 and PowerPC Options.
!                                                              (line  323)
  * mno-float32:                           PDP-11 Options.     (line   48)
  * mno-float64:                           PDP-11 Options.     (line   52)
  * mno-flush-func:                        M32R/D Options.     (line   98)
  * mno-flush-trap:                        M32R/D Options.     (line   90)
! * mno-fmaf:                              SPARC Options.      (line  269)
  * mno-fp-in-toc:                         RS/6000 and PowerPC Options.
!                                                              (line  363)
  * mno-fp-regs:                           DEC Alpha Options.  (line   25)
! * mno-fp-ret-in-387:                     x86 Options.        (line  451)
  * mno-fprnd:                             RS/6000 and PowerPC Options.
                                                               (line   27)
  * mno-fpu <1>:                           Visium Options.     (line   24)
! * mno-fpu:                               SPARC Options.      (line   40)
! * mno-fsca:                              SH Options.         (line  370)
! * mno-fsmuld:                            SPARC Options.      (line  276)
! * mno-fsrra:                             SH Options.         (line  379)
! * mno-fused-madd <1>:                    Xtensa Options.     (line   19)
! * mno-fused-madd <2>:                    SH Options.         (line  361)
  * mno-fused-madd <3>:                    S/390 and zSeries Options.
!                                                              (line  177)
! * mno-fused-madd <4>:                    RS/6000 and PowerPC Options.
!                                                              (line  508)
! * mno-fused-madd <5>:                    MIPS Options.       (line  605)
! * mno-fused-madd:                        IA-64 Options.      (line   88)
  * mno-gnu-as:                            IA-64 Options.      (line   18)
  * mno-gnu-attribute:                     RS/6000 and PowerPC Options.
!                                                              (line  721)
  * mno-gnu-ld:                            IA-64 Options.      (line   23)
  * mno-gotplt:                            CRIS Options.       (line   81)
! * mno-gpopt <1>:                         Nios II Options.    (line   17)
! * mno-gpopt:                             MIPS Options.       (line  482)
  * mno-hard-dfp <1>:                      S/390 and zSeries Options.
                                                               (line   20)
+ * mno-hard-dfp:                          RS/6000 and PowerPC Options.
+                                                              (line   27)
  * mno-hardlit:                           MCore Options.      (line   10)
  * mno-htm <1>:                           S/390 and zSeries Options.
!                                                              (line  105)
! * mno-htm:                               RS/6000 and PowerPC Options.
!                                                              (line  241)
! * mno-hw-div:                            Nios II Options.    (line  103)
! * mno-hw-mul:                            Nios II Options.    (line  103)
! * mno-hw-mulx:                           Nios II Options.    (line  103)
! * mno-id-shared-library:                 Blackfin Options.   (line   88)
  * mno-ieee:                              SH Options.         (line  165)
! * mno-ieee-fp:                           x86 Options.        (line  426)
! * mno-imadd:                             MIPS Options.       (line  598)
  * mno-inline-float-divide:               IA-64 Options.      (line   62)
  * mno-inline-int-divide:                 IA-64 Options.      (line   73)
  * mno-inline-sqrt:                       IA-64 Options.      (line   84)
  * mno-int16:                             PDP-11 Options.     (line   44)
  * mno-int32:                             PDP-11 Options.     (line   40)
! * mno-interlink-compressed:              MIPS Options.       (line  136)
! * mno-interlink-mips16:                  MIPS Options.       (line  148)
! * mno-interrupts:                        AVR Options.        (line  187)
  * mno-isel:                              RS/6000 and PowerPC Options.
!                                                              (line  196)
  * mno-jsr:                               RX Options.         (line  169)
! * mno-knuthdiv:                          MMIX Options.       (line   33)
! * mno-leaf-id-shared-library:            Blackfin Options.   (line   98)
  * mno-libfuncs:                          MMIX Options.       (line   10)
! * mno-llsc:                              MIPS Options.       (line  341)
! * mno-load-store-pairs:                  MIPS Options.       (line  571)
! * mno-local-sdata:                       MIPS Options.       (line  447)
! * mno-long-calls <1>:                    V850 Options.       (line   10)
! * mno-long-calls <2>:                    MIPS Options.       (line  584)
! * mno-long-calls <3>:                    HPPA Options.       (line  136)
! * mno-long-calls <4>:                    Blackfin Options.   (line  121)
! * mno-long-calls:                        ARM Options.        (line  228)
  * mno-long-jumps:                        V850 Options.       (line  108)
  * mno-longcall:                          RS/6000 and PowerPC Options.
!                                                              (line  839)
  * mno-longcalls:                         Xtensa Options.     (line   87)
! * mno-low-64k:                           Blackfin Options.   (line   74)
! * mno-low-precision-recip-sqrt:          AArch64 Options.    (line   87)
! * mno-lra:                               SPARC Options.      (line  113)
  * mno-lsim <1>:                          MCore Options.      (line   46)
! * mno-lsim:                              FR30 Options.       (line   14)
! * mno-mad:                               MIPS Options.       (line  593)
  * mno-max:                               DEC Alpha Options.  (line  163)
! * mno-mcount-ra-address:                 MIPS Options.       (line  850)
! * mno-mcu:                               MIPS Options.       (line  401)
! * mno-mdmx:                              MIPS Options.       (line  378)
! * mno-media:                             FRV Options.        (line   47)
! * mno-memcpy:                            MIPS Options.       (line  578)
  * mno-mfcrf:                             RS/6000 and PowerPC Options.
                                                               (line   27)
  * mno-mfpgpr:                            RS/6000 and PowerPC Options.
                                                               (line   27)
! * mno-millicode:                         ARC Options.        (line  457)
! * mno-mips16:                            MIPS Options.       (line  120)
! * mno-mips3d:                            MIPS Options.       (line  384)
! * mno-mmicromips:                        MIPS Options.       (line  389)
! * mno-mpy:                               ARC Options.        (line  110)
! * mno-ms-bitfields:                      x86 Options.        (line  935)
! * mno-mt:                                MIPS Options.       (line  397)
! * mno-mul-bug-workaround:                CRIS Options.       (line   31)
! * mno-muladd:                            FRV Options.        (line   53)
  * mno-mulhw:                             RS/6000 and PowerPC Options.
!                                                              (line  517)
  * mno-mult-bug:                          MN10300 Options.    (line   13)
! * mno-multi-cond-exec:                   FRV Options.        (line  183)
  * mno-multiple:                          RS/6000 and PowerPC Options.
!                                                              (line  467)
  * mno-mvcle:                             S/390 and zSeries Options.
!                                                              (line  139)
! * mno-nested-cond-exec:                  FRV Options.        (line  195)
! * mno-odd-spreg:                         MIPS Options.       (line  295)
  * mno-omit-leaf-frame-pointer:           AArch64 Options.    (line   56)
! * mno-optimize-membar:                   FRV Options.        (line  205)
  * mno-opts:                              MeP Options.        (line   93)
! * mno-pack:                              FRV Options.        (line  122)
  * mno-packed-stack:                      S/390 and zSeries Options.
                                                               (line   54)
  * mno-paired:                            RS/6000 and PowerPC Options.
!                                                              (line  214)
! * mno-paired-single:                     MIPS Options.       (line  372)
  * mno-perf-ext:                          NDS32 Options.      (line   30)
  * mno-pic:                               IA-64 Options.      (line   26)
  * mno-pid:                               RX Options.         (line  117)
! * mno-plt:                               MIPS Options.       (line  221)
! * mno-popc:                              SPARC Options.      (line  283)
  * mno-popcntb:                           RS/6000 and PowerPC Options.
                                                               (line   27)
  * mno-popcntd:                           RS/6000 and PowerPC Options.
                                                               (line   27)
  * mno-postinc:                           Adapteva Epiphany Options.
!                                                              (line  110)
  * mno-postmodify:                        Adapteva Epiphany Options.
!                                                              (line  110)
  * mno-power8-fusion:                     RS/6000 and PowerPC Options.
!                                                              (line  247)
  * mno-power8-vector:                     RS/6000 and PowerPC Options.
!                                                              (line  253)
  * mno-powerpc-gfxopt:                    RS/6000 and PowerPC Options.
                                                               (line   27)
  * mno-powerpc-gpopt:                     RS/6000 and PowerPC Options.
*************** look up both forms.
*** 55736,55763 ****
  * mno-prolog-function:                   V850 Options.       (line   23)
  * mno-prologue-epilogue:                 CRIS Options.       (line   71)
  * mno-prototype:                         RS/6000 and PowerPC Options.
!                                                              (line  725)
! * mno-push-args:                         x86 Options.        (line  902)
  * mno-quad-memory:                       RS/6000 and PowerPC Options.
!                                                              (line  259)
  * mno-quad-memory-atomic:                RS/6000 and PowerPC Options.
!                                                              (line  265)
! * mno-red-zone:                          x86 Options.        (line 1206)
  * mno-register-names:                    IA-64 Options.      (line   37)
  * mno-regnames:                          RS/6000 and PowerPC Options.
!                                                              (line  830)
  * mno-relax:                             V850 Options.       (line  103)
  * mno-relax-immediate:                   MCore Options.      (line   19)
  * mno-relocatable:                       RS/6000 and PowerPC Options.
!                                                              (line  545)
  * mno-relocatable-lib:                   RS/6000 and PowerPC Options.
!                                                              (line  556)
  * mno-renesas:                           SH Options.         (line  155)
  * mno-round-nearest:                     Adapteva Epiphany Options.
                                                               (line   51)
! * mno-rtd:                               M680x0 Options.     (line  258)
! * mno-save-mduc-in-interrupts:           RL78 Options.       (line   79)
! * mno-scc:                               FRV Options.        (line  180)
  * mno-sched-ar-data-spec:                IA-64 Options.      (line  135)
  * mno-sched-ar-in-data-spec:             IA-64 Options.      (line  157)
  * mno-sched-br-data-spec:                IA-64 Options.      (line  128)
--- 56423,56450 ----
  * mno-prolog-function:                   V850 Options.       (line   23)
  * mno-prologue-epilogue:                 CRIS Options.       (line   71)
  * mno-prototype:                         RS/6000 and PowerPC Options.
!                                                              (line  727)
! * mno-push-args:                         x86 Options.        (line  911)
  * mno-quad-memory:                       RS/6000 and PowerPC Options.
!                                                              (line  260)
  * mno-quad-memory-atomic:                RS/6000 and PowerPC Options.
!                                                              (line  266)
! * mno-red-zone:                          x86 Options.        (line 1217)
  * mno-register-names:                    IA-64 Options.      (line   37)
  * mno-regnames:                          RS/6000 and PowerPC Options.
!                                                              (line  833)
  * mno-relax:                             V850 Options.       (line  103)
  * mno-relax-immediate:                   MCore Options.      (line   19)
  * mno-relocatable:                       RS/6000 and PowerPC Options.
!                                                              (line  547)
  * mno-relocatable-lib:                   RS/6000 and PowerPC Options.
!                                                              (line  558)
  * mno-renesas:                           SH Options.         (line  155)
  * mno-round-nearest:                     Adapteva Epiphany Options.
                                                               (line   51)
! * mno-rtd:                               M680x0 Options.     (line  262)
! * mno-save-mduc-in-interrupts:           RL78 Options.       (line   80)
! * mno-scc:                               FRV Options.        (line  146)
  * mno-sched-ar-data-spec:                IA-64 Options.      (line  135)
  * mno-sched-ar-in-data-spec:             IA-64 Options.      (line  157)
  * mno-sched-br-data-spec:                IA-64 Options.      (line  128)
*************** look up both forms.
*** 55768,56021 ****
  * mno-sched-prefer-non-control-spec-insns: IA-64 Options.    (line  178)
  * mno-sched-prefer-non-data-spec-insns:  IA-64 Options.      (line  171)
  * mno-sched-prolog:                      ARM Options.        (line   32)
! * mno-sdata:                             ARC Options.        (line  372)
! * mno-sdata <1>:                         IA-64 Options.      (line   42)
! * mno-sdata <2>:                         RS/6000 and PowerPC Options.
!                                                              (line  811)
! * mno-sep-data:                          Blackfin Options.   (line  115)
  * mno-serialize-volatile:                Xtensa Options.     (line   35)
! * mno-short:                             M680x0 Options.     (line  222)
  * mno-side-effects:                      CRIS Options.       (line   46)
  * mno-sim:                               RX Options.         (line   71)
! * mno-single-exit:                       MMIX Options.       (line   65)
  * mno-slow-bytes:                        MCore Options.      (line   35)
  * mno-small-exec:                        S/390 and zSeries Options.
!                                                              (line   79)
! * mno-smartmips:                         MIPS Options.       (line  365)
  * mno-soft-cmpsf:                        Adapteva Epiphany Options.
                                                               (line   29)
  * mno-soft-float:                        DEC Alpha Options.  (line   10)
  * mno-space-regs:                        HPPA Options.       (line   45)
  * mno-spe:                               RS/6000 and PowerPC Options.
!                                                              (line  208)
! * mno-specld-anomaly:                    Blackfin Options.   (line   55)
! * mno-split-addresses:                   MIPS Options.       (line  531)
  * mno-stack-align:                       CRIS Options.       (line   55)
! * mno-stack-bias:                        SPARC Options.      (line  346)
! * mno-std-struct-return:                 SPARC Options.      (line  102)
! * mno-strict-align:                      M680x0 Options.     (line  283)
  * mno-strict-align <1>:                  RS/6000 and PowerPC Options.
!                                                              (line  540)
  * mno-string:                            RS/6000 and PowerPC Options.
!                                                              (line  476)
! * mno-subxc:                             SPARC Options.      (line  270)
  * mno-sum-in-toc:                        RS/6000 and PowerPC Options.
!                                                              (line  362)
! * mno-sym32:                             MIPS Options.       (line  429)
  * mno-target-align:                      Xtensa Options.     (line   74)
  * mno-text-section-literals:             Xtensa Options.     (line   47)
  * mno-tls-markers:                       RS/6000 and PowerPC Options.
!                                                              (line  868)
  * mno-toc:                               RS/6000 and PowerPC Options.
!                                                              (line  565)
! * mno-toplevel-symbols:                  MMIX Options.       (line   39)
  * mno-tpf-trace:                         S/390 and zSeries Options.
!                                                              (line  169)
  * mno-unaligned-access:                  ARM Options.        (line  365)
! * mno-unaligned-doubles:                 SPARC Options.      (line   73)
! * mno-uninit-const-in-rodata:            MIPS Options.       (line  501)
  * mno-update:                            RS/6000 and PowerPC Options.
!                                                              (line  487)
  * mno-upper-regs:                        RS/6000 and PowerPC Options.
!                                                              (line  298)
  * mno-upper-regs-df:                     RS/6000 and PowerPC Options.
!                                                              (line  280)
  * mno-upper-regs-di:                     RS/6000 and PowerPC Options.
!                                                              (line  271)
  * mno-upper-regs-sf:                     RS/6000 and PowerPC Options.
!                                                              (line  289)
! * mno-user-mode:                         SPARC Options.      (line   85)
! * mno-usermode:                          SH Options.         (line  274)
  * mno-v3push:                            NDS32 Options.      (line   36)
! * mno-v8plus:                            SPARC Options.      (line  212)
  * mno-vect-double:                       Adapteva Epiphany Options.
!                                                              (line  115)
! * mno-virt:                              MIPS Options.       (line  406)
! * mno-vis:                               SPARC Options.      (line  219)
! * mno-vis2:                              SPARC Options.      (line  225)
! * mno-vis3:                              SPARC Options.      (line  233)
! * mno-vis4:                              SPARC Options.      (line  241)
! * mno-vliw-branch:                       FRV Options.        (line  208)
  * mno-volatile-asm-stop:                 IA-64 Options.      (line   32)
! * mno-volatile-cache:                    ARC Options.        (line  381)
  * mno-vrsave:                            RS/6000 and PowerPC Options.
!                                                              (line  174)
  * mno-vsx:                               RS/6000 and PowerPC Options.
!                                                              (line  222)
  * mno-vx:                                S/390 and zSeries Options.
!                                                              (line  112)
  * mno-warn-mcu:                          MSP430 Options.     (line   35)
  * mno-warn-multiple-fast-interrupts:     RX Options.         (line  143)
  * mno-wide-bitfields:                    MCore Options.      (line   23)
! * mno-xgot:                              M680x0 Options.     (line  315)
! * mno-xgot <1>:                          MIPS Options.       (line  228)
  * mno-xl-compat:                         RS/6000 and PowerPC Options.
!                                                              (line  397)
! * mno-xpa:                               MIPS Options.       (line  410)
! * mno-zdcbranch:                         SH Options.         (line  341)
! * mno-zero-extend:                       MMIX Options.       (line   26)
  * mno-zvector:                           S/390 and zSeries Options.
!                                                              (line  123)
! * mnobitfield:                           M680x0 Options.     (line  227)
  * mnodiv:                                FT32 Options.       (line   20)
  * mnoliw:                                MN10300 Options.    (line   59)
  * mnomacsave:                            SH Options.         (line  160)
  * mnop-fun-dllimport:                    x86 Windows Options.
                                                               (line   22)
! * mnop-mcount:                           x86 Options.        (line 1131)
  * mnops:                                 Adapteva Epiphany Options.
                                                               (line   26)
! * mnorm:                                 ARC Options.        (line  120)
  * mnosetlb:                              MN10300 Options.    (line   69)
  * mnosplit-lohi:                         Adapteva Epiphany Options.
!                                                              (line  109)
! * modd-spreg:                            MIPS Options.       (line  292)
  * momit-leaf-frame-pointer:              AArch64 Options.    (line   56)
- * momit-leaf-frame-pointer <1>:          Blackfin Options.   (line   43)
- * momit-leaf-frame-pointer <2>:          x86 Options.        (line 1095)
  * mone-byte-bool:                        Darwin Options.     (line   90)
  * moptimize:                             Nvidia PTX Options. (line   17)
! * moptimize-membar:                      FRV Options.        (line  244)
! * moverride:                             AArch64 Options.    (line  185)
  * MP:                                    Preprocessor Options.
                                                               (line  130)
  * mpa-risc-1-0:                          HPPA Options.       (line   19)
  * mpa-risc-1-1:                          HPPA Options.       (line   19)
  * mpa-risc-2-0:                          HPPA Options.       (line   19)
! * mpack:                                 FRV Options.        (line  147)
  * mpacked-stack:                         S/390 and zSeries Options.
                                                               (line   54)
  * mpadstruct:                            SH Options.         (line  189)
  * mpaired:                               RS/6000 and PowerPC Options.
!                                                              (line  213)
! * mpaired-single:                        MIPS Options.       (line  369)
! * mpc-relative-literal-loads:            AArch64 Options.    (line  193)
! * mpc32:                                 x86 Options.        (line  588)
! * mpc64:                                 x86 Options.        (line  588)
! * mpc80:                                 x86 Options.        (line  588)
! * mpclmul:                               x86 Options.        (line  686)
! * mpcrel:                                M680x0 Options.     (line  275)
! * mpdebug:                               CRIS Options.       (line   36)
  * mpe:                                   RS/6000 and PowerPC Options.
!                                                              (line  416)
  * mpe-aligned-commons:                   x86 Windows Options.
                                                               (line   59)
  * mperf-ext:                             NDS32 Options.      (line   27)
! * mpic-data-is-text-relative:            ARM Options.        (line  264)
! * mpic-register:                         ARM Options.        (line  257)
  * mpid:                                  RX Options.         (line  117)
! * mpku:                                  x86 Options.        (line  713)
! * mplt:                                  MIPS Options.       (line  218)
  * mpointer-size=SIZE:                    VMS Options.        (line   20)
  * mpointers-to-nested-functions:         RS/6000 and PowerPC Options.
!                                                              (line  969)
! * mpoke-function-name:                   ARM Options.        (line  272)
! * mpopc:                                 SPARC Options.      (line  263)
! * mpopcnt:                               x86 Options.        (line  698)
  * mpopcntb:                              RS/6000 and PowerPC Options.
                                                               (line   27)
  * mpopcntd:                              RS/6000 and PowerPC Options.
                                                               (line   27)
  * mportable-runtime:                     HPPA Options.       (line   71)
  * mpower8-fusion:                        RS/6000 and PowerPC Options.
!                                                              (line  246)
  * mpower8-vector:                        RS/6000 and PowerPC Options.
!                                                              (line  252)
  * mpowerpc-gfxopt:                       RS/6000 and PowerPC Options.
                                                               (line   27)
  * mpowerpc-gpopt:                        RS/6000 and PowerPC Options.
                                                               (line   27)
  * mpowerpc64:                            RS/6000 and PowerPC Options.
                                                               (line   27)
! * mprefer-avx128:                        x86 Options.        (line  779)
  * mprefer-short-insn-regs:               Adapteva Epiphany Options.
                                                               (line   13)
! * mprefergot:                            SH Options.         (line  268)
! * mpreferred-stack-boundary:             x86 Options.        (line  618)
! * mprefetchwt1:                          x86 Options.        (line  693)
! * mpretend-cmove:                        SH Options.         (line  383)
  * mprint-tune-info:                      ARM Options.        (line  401)
  * mprioritize-restricted-insns:          RS/6000 and PowerPC Options.
!                                                              (line  594)
  * mprolog-function:                      V850 Options.       (line   23)
  * mprologue-epilogue:                    CRIS Options.       (line   71)
  * mprototype:                            RS/6000 and PowerPC Options.
!                                                              (line  725)
  * mpure-code:                            ARM Options.        (line  407)
! * mpush-args:                            x86 Options.        (line  902)
  * MQ:                                    Preprocessor Options.
!                                                              (line  157)
! * mq-class:                              ARC Options.        (line  465)
  * mquad-memory:                          RS/6000 and PowerPC Options.
!                                                              (line  259)
  * mquad-memory-atomic:                   RS/6000 and PowerPC Options.
!                                                              (line  265)
! * mr10k-cache-barrier:                   MIPS Options.       (line  680)
! * mRcq:                                  ARC Options.        (line  469)
! * mRcw:                                  ARC Options.        (line  473)
! * mrdrnd:                                x86 Options.        (line  689)
  * mrecip:                                RS/6000 and PowerPC Options.
!                                                              (line  876)
! * mrecip <1>:                            x86 Options.        (line  812)
  * mrecip-precision:                      RS/6000 and PowerPC Options.
!                                                              (line  933)
  * mrecip=opt:                            RS/6000 and PowerPC Options.
!                                                              (line  889)
! * mrecip=opt <1>:                        x86 Options.        (line  834)
! * mrecord-mcount:                        x86 Options.        (line 1125)
  * mreduced-regs:                         NDS32 Options.      (line   15)
  * mregister-names:                       IA-64 Options.      (line   37)
  * mregnames:                             RS/6000 and PowerPC Options.
!                                                              (line  830)
! * mregparm:                              x86 Options.        (line  555)
! * mrelax:                                AVR Options.        (line  194)
! * mrelax <1>:                            H8/300 Options.     (line    9)
! * mrelax <2>:                            MN10300 Options.    (line   46)
! * mrelax <3>:                            MSP430 Options.     (line   58)
! * mrelax <4>:                            NDS32 Options.      (line   72)
! * mrelax <5>:                            RX Options.         (line   95)
! * mrelax <6>:                            SH Options.         (line  137)
! * mrelax <7>:                            V850 Options.       (line  103)
  * mrelax-immediate:                      MCore Options.      (line   19)
! * mrelax-pic-calls:                      MIPS Options.       (line  825)
  * mrelocatable:                          RS/6000 and PowerPC Options.
!                                                              (line  545)
  * mrelocatable-lib:                      RS/6000 and PowerPC Options.
!                                                              (line  556)
  * mrenesas:                              SH Options.         (line  152)
  * mrepeat:                               MeP Options.        (line   96)
  * mrestrict-it:                          ARM Options.        (line  395)
  * mreturn-pointer-on-d0:                 MN10300 Options.    (line   36)
  * mrh850-abi:                            V850 Options.       (line  127)
  * mrl78:                                 RL78 Options.       (line   62)
! * mrmw:                                  AVR Options.        (line  208)
! * mrtd:                                  M680x0 Options.     (line  236)
! * mrtd <1>:                              x86 Options.        (line  531)
! * mrtd <2>:                              x86 Function Attributes.
                                                               (line    9)
! * mrtm:                                  x86 Options.        (line  708)
  * mrtp:                                  VxWorks Options.    (line   11)
! * mrtsc:                                 ARC Options.        (line  314)
! * ms:                                    H8/300 Options.     (line   17)
  * ms <1>:                                MeP Options.        (line  100)
  * ms2600:                                H8/300 Options.     (line   24)
! * msafe-dma:                             SPU Options.        (line   18)
! * msafe-hints:                           SPU Options.        (line  112)
! * msahf:                                 x86 Options.        (line  792)
  * msatur:                                MeP Options.        (line  105)
  * msave-acc-in-interrupts:               RX Options.         (line  109)
! * msave-mduc-in-interrupts:              RL78 Options.       (line   79)
  * msave-restore:                         RISC-V Options.     (line   50)
  * msave-toc-indirect:                    RS/6000 and PowerPC Options.
!                                                              (line  981)
! * mscc:                                  FRV Options.        (line  173)
  * msched-ar-data-spec:                   IA-64 Options.      (line  135)
  * msched-ar-in-data-spec:                IA-64 Options.      (line  157)
  * msched-br-data-spec:                   IA-64 Options.      (line  128)
  * msched-br-in-data-spec:                IA-64 Options.      (line  150)
  * msched-control-spec:                   IA-64 Options.      (line  142)
  * msched-costly-dep:                     RS/6000 and PowerPC Options.
!                                                              (line  601)
  * msched-count-spec-in-critical-path:    IA-64 Options.      (line  185)
  * msched-fp-mem-deps-zero-cost:          IA-64 Options.      (line  202)
  * msched-in-control-spec:                IA-64 Options.      (line  164)
--- 56455,56709 ----
  * mno-sched-prefer-non-control-spec-insns: IA-64 Options.    (line  178)
  * mno-sched-prefer-non-data-spec-insns:  IA-64 Options.      (line  171)
  * mno-sched-prolog:                      ARM Options.        (line   32)
! * mno-sdata <1>:                         RS/6000 and PowerPC Options.
!                                                              (line  814)
! * mno-sdata <2>:                         IA-64 Options.      (line   42)
! * mno-sdata:                             ARC Options.        (line  377)
! * mno-sep-data:                          Blackfin Options.   (line  116)
  * mno-serialize-volatile:                Xtensa Options.     (line   35)
! * mno-short:                             M680x0 Options.     (line  226)
  * mno-side-effects:                      CRIS Options.       (line   46)
  * mno-sim:                               RX Options.         (line   71)
! * mno-single-exit:                       MMIX Options.       (line   66)
  * mno-slow-bytes:                        MCore Options.      (line   35)
  * mno-small-exec:                        S/390 and zSeries Options.
!                                                              (line   80)
! * mno-smartmips:                         MIPS Options.       (line  368)
  * mno-soft-cmpsf:                        Adapteva Epiphany Options.
                                                               (line   29)
  * mno-soft-float:                        DEC Alpha Options.  (line   10)
  * mno-space-regs:                        HPPA Options.       (line   45)
  * mno-spe:                               RS/6000 and PowerPC Options.
!                                                              (line  209)
! * mno-specld-anomaly:                    Blackfin Options.   (line   56)
! * mno-split-addresses:                   MIPS Options.       (line  535)
  * mno-stack-align:                       CRIS Options.       (line   55)
! * mno-stack-bias:                        SPARC Options.      (line  374)
! * mno-std-struct-return:                 SPARC Options.      (line  103)
  * mno-strict-align <1>:                  RS/6000 and PowerPC Options.
!                                                              (line  542)
! * mno-strict-align:                      M680x0 Options.     (line  287)
  * mno-string:                            RS/6000 and PowerPC Options.
!                                                              (line  478)
! * mno-subxc:                             SPARC Options.      (line  290)
  * mno-sum-in-toc:                        RS/6000 and PowerPC Options.
!                                                              (line  363)
! * mno-sym32:                             MIPS Options.       (line  432)
  * mno-target-align:                      Xtensa Options.     (line   74)
  * mno-text-section-literals:             Xtensa Options.     (line   47)
  * mno-tls-markers:                       RS/6000 and PowerPC Options.
!                                                              (line  872)
  * mno-toc:                               RS/6000 and PowerPC Options.
!                                                              (line  567)
! * mno-toplevel-symbols:                  MMIX Options.       (line   40)
  * mno-tpf-trace:                         S/390 and zSeries Options.
!                                                              (line  171)
  * mno-unaligned-access:                  ARM Options.        (line  365)
! * mno-unaligned-doubles:                 SPARC Options.      (line   74)
! * mno-uninit-const-in-rodata:            MIPS Options.       (line  505)
  * mno-update:                            RS/6000 and PowerPC Options.
!                                                              (line  489)
  * mno-upper-regs:                        RS/6000 and PowerPC Options.
!                                                              (line  299)
  * mno-upper-regs-df:                     RS/6000 and PowerPC Options.
!                                                              (line  281)
  * mno-upper-regs-di:                     RS/6000 and PowerPC Options.
!                                                              (line  272)
  * mno-upper-regs-sf:                     RS/6000 and PowerPC Options.
!                                                              (line  290)
! * mno-user-mode:                         SPARC Options.      (line   86)
! * mno-usermode:                          SH Options.         (line  276)
  * mno-v3push:                            NDS32 Options.      (line   36)
! * mno-v8plus:                            SPARC Options.      (line  216)
  * mno-vect-double:                       Adapteva Epiphany Options.
!                                                              (line  116)
! * mno-virt:                              MIPS Options.       (line  409)
! * mno-vis:                               SPARC Options.      (line  223)
! * mno-vis2:                              SPARC Options.      (line  229)
! * mno-vis3:                              SPARC Options.      (line  237)
! * mno-vis4:                              SPARC Options.      (line  245)
! * mno-vis4b:                             SPARC Options.      (line  253)
! * mno-vliw-branch:                       FRV Options.        (line  170)
  * mno-volatile-asm-stop:                 IA-64 Options.      (line   32)
! * mno-volatile-cache:                    ARC Options.        (line  386)
  * mno-vrsave:                            RS/6000 and PowerPC Options.
!                                                              (line  175)
  * mno-vsx:                               RS/6000 and PowerPC Options.
!                                                              (line  223)
  * mno-vx:                                S/390 and zSeries Options.
!                                                              (line  113)
  * mno-warn-mcu:                          MSP430 Options.     (line   35)
  * mno-warn-multiple-fast-interrupts:     RX Options.         (line  143)
  * mno-wide-bitfields:                    MCore Options.      (line   23)
! * mno-xgot <1>:                          MIPS Options.       (line  231)
! * mno-xgot:                              M680x0 Options.     (line  319)
  * mno-xl-compat:                         RS/6000 and PowerPC Options.
!                                                              (line  398)
! * mno-xpa:                               MIPS Options.       (line  413)
! * mno-zdcbranch:                         SH Options.         (line  345)
! * mno-zero-extend:                       MMIX Options.       (line   27)
  * mno-zvector:                           S/390 and zSeries Options.
!                                                              (line  124)
! * mnobitfield:                           M680x0 Options.     (line  231)
  * mnodiv:                                FT32 Options.       (line   20)
  * mnoliw:                                MN10300 Options.    (line   59)
  * mnomacsave:                            SH Options.         (line  160)
  * mnop-fun-dllimport:                    x86 Windows Options.
                                                               (line   22)
! * mnop-mcount:                           x86 Options.        (line 1140)
  * mnops:                                 Adapteva Epiphany Options.
                                                               (line   26)
! * mnorm:                                 ARC Options.        (line  121)
  * mnosetlb:                              MN10300 Options.    (line   69)
  * mnosplit-lohi:                         Adapteva Epiphany Options.
!                                                              (line  110)
! * modd-spreg:                            MIPS Options.       (line  295)
! * momit-leaf-frame-pointer <1>:          x86 Options.        (line 1104)
! * momit-leaf-frame-pointer <2>:          Blackfin Options.   (line   44)
  * momit-leaf-frame-pointer:              AArch64 Options.    (line   56)
  * mone-byte-bool:                        Darwin Options.     (line   90)
  * moptimize:                             Nvidia PTX Options. (line   17)
! * moptimize-membar:                      FRV Options.        (line  201)
! * moverride:                             AArch64 Options.    (line  188)
  * MP:                                    Preprocessor Options.
                                                               (line  130)
  * mpa-risc-1-0:                          HPPA Options.       (line   19)
  * mpa-risc-1-1:                          HPPA Options.       (line   19)
  * mpa-risc-2-0:                          HPPA Options.       (line   19)
! * mpack:                                 FRV Options.        (line  119)
  * mpacked-stack:                         S/390 and zSeries Options.
                                                               (line   54)
  * mpadstruct:                            SH Options.         (line  189)
  * mpaired:                               RS/6000 and PowerPC Options.
!                                                              (line  214)
! * mpaired-single:                        MIPS Options.       (line  372)
! * mpc-relative-literal-loads:            AArch64 Options.    (line  196)
! * mpc32:                                 x86 Options.        (line  596)
! * mpc64:                                 x86 Options.        (line  596)
! * mpc80:                                 x86 Options.        (line  596)
! * mpclmul:                               x86 Options.        (line  694)
! * mpcrel:                                M680x0 Options.     (line  279)
! * mpdebug:                               CRIS Options.       (line   35)
  * mpe:                                   RS/6000 and PowerPC Options.
!                                                              (line  418)
  * mpe-aligned-commons:                   x86 Windows Options.
                                                               (line   59)
  * mperf-ext:                             NDS32 Options.      (line   27)
! * mpic-data-is-text-relative:            ARM Options.        (line  265)
! * mpic-register:                         ARM Options.        (line  258)
  * mpid:                                  RX Options.         (line  117)
! * mpku:                                  x86 Options.        (line  721)
! * mplt:                                  MIPS Options.       (line  221)
  * mpointer-size=SIZE:                    VMS Options.        (line   20)
  * mpointers-to-nested-functions:         RS/6000 and PowerPC Options.
!                                                              (line  974)
! * mpoke-function-name:                   ARM Options.        (line  273)
! * mpopc:                                 SPARC Options.      (line  283)
! * mpopcnt:                               x86 Options.        (line  706)
  * mpopcntb:                              RS/6000 and PowerPC Options.
                                                               (line   27)
  * mpopcntd:                              RS/6000 and PowerPC Options.
                                                               (line   27)
  * mportable-runtime:                     HPPA Options.       (line   71)
  * mpower8-fusion:                        RS/6000 and PowerPC Options.
!                                                              (line  247)
  * mpower8-vector:                        RS/6000 and PowerPC Options.
!                                                              (line  253)
  * mpowerpc-gfxopt:                       RS/6000 and PowerPC Options.
                                                               (line   27)
  * mpowerpc-gpopt:                        RS/6000 and PowerPC Options.
                                                               (line   27)
  * mpowerpc64:                            RS/6000 and PowerPC Options.
                                                               (line   27)
! * mprefer-avx128:                        x86 Options.        (line  788)
  * mprefer-short-insn-regs:               Adapteva Epiphany Options.
                                                               (line   13)
! * mprefergot:                            SH Options.         (line  270)
! * mpreferred-stack-boundary:             x86 Options.        (line  626)
! * mprefetchwt1:                          x86 Options.        (line  701)
! * mpretend-cmove:                        SH Options.         (line  388)
  * mprint-tune-info:                      ARM Options.        (line  401)
  * mprioritize-restricted-insns:          RS/6000 and PowerPC Options.
!                                                              (line  596)
  * mprolog-function:                      V850 Options.       (line   23)
  * mprologue-epilogue:                    CRIS Options.       (line   71)
  * mprototype:                            RS/6000 and PowerPC Options.
!                                                              (line  727)
  * mpure-code:                            ARM Options.        (line  407)
! * mpush-args:                            x86 Options.        (line  911)
  * MQ:                                    Preprocessor Options.
!                                                              (line  156)
! * mq-class:                              ARC Options.        (line  471)
  * mquad-memory:                          RS/6000 and PowerPC Options.
!                                                              (line  260)
  * mquad-memory-atomic:                   RS/6000 and PowerPC Options.
!                                                              (line  266)
! * mr10k-cache-barrier:                   MIPS Options.       (line  692)
! * mRcq:                                  ARC Options.        (line  475)
! * mRcw:                                  ARC Options.        (line  479)
! * mrdrnd:                                x86 Options.        (line  697)
! * mrecip <1>:                            x86 Options.        (line  821)
  * mrecip:                                RS/6000 and PowerPC Options.
!                                                              (line  880)
  * mrecip-precision:                      RS/6000 and PowerPC Options.
!                                                              (line  938)
! * mrecip=opt <1>:                        x86 Options.        (line  843)
  * mrecip=opt:                            RS/6000 and PowerPC Options.
!                                                              (line  893)
! * mrecord-mcount:                        x86 Options.        (line 1134)
  * mreduced-regs:                         NDS32 Options.      (line   15)
  * mregister-names:                       IA-64 Options.      (line   37)
  * mregnames:                             RS/6000 and PowerPC Options.
!                                                              (line  833)
! * mregparm:                              x86 Options.        (line  563)
! * mrelax <1>:                            V850 Options.       (line  103)
! * mrelax <2>:                            SH Options.         (line  137)
! * mrelax <3>:                            RX Options.         (line   95)
! * mrelax <4>:                            NDS32 Options.      (line   74)
! * mrelax <5>:                            MSP430 Options.     (line   58)
! * mrelax <6>:                            MN10300 Options.    (line   46)
! * mrelax <7>:                            H8/300 Options.     (line    9)
! * mrelax:                                AVR Options.        (line  191)
  * mrelax-immediate:                      MCore Options.      (line   19)
! * mrelax-pic-calls:                      MIPS Options.       (line  837)
  * mrelocatable:                          RS/6000 and PowerPC Options.
!                                                              (line  547)
  * mrelocatable-lib:                      RS/6000 and PowerPC Options.
!                                                              (line  558)
  * mrenesas:                              SH Options.         (line  152)
  * mrepeat:                               MeP Options.        (line   96)
  * mrestrict-it:                          ARM Options.        (line  395)
  * mreturn-pointer-on-d0:                 MN10300 Options.    (line   36)
  * mrh850-abi:                            V850 Options.       (line  127)
  * mrl78:                                 RL78 Options.       (line   62)
! * mrmw:                                  AVR Options.        (line  205)
! * mrtd <1>:                              x86 Function Attributes.
                                                               (line    9)
! * mrtd <2>:                              x86 Options.        (line  539)
! * mrtd:                                  M680x0 Options.     (line  240)
! * mrtm:                                  x86 Options.        (line  716)
  * mrtp:                                  VxWorks Options.    (line   11)
! * mrtsc:                                 ARC Options.        (line  318)
  * ms <1>:                                MeP Options.        (line  100)
+ * ms:                                    H8/300 Options.     (line   17)
  * ms2600:                                H8/300 Options.     (line   24)
! * msafe-dma:                             SPU Options.        (line   17)
! * msafe-hints:                           SPU Options.        (line  107)
! * msahf:                                 x86 Options.        (line  801)
  * msatur:                                MeP Options.        (line  105)
  * msave-acc-in-interrupts:               RX Options.         (line  109)
! * msave-mduc-in-interrupts:              RL78 Options.       (line   80)
  * msave-restore:                         RISC-V Options.     (line   50)
  * msave-toc-indirect:                    RS/6000 and PowerPC Options.
!                                                              (line  986)
! * mscc:                                  FRV Options.        (line  140)
  * msched-ar-data-spec:                   IA-64 Options.      (line  135)
  * msched-ar-in-data-spec:                IA-64 Options.      (line  157)
  * msched-br-data-spec:                   IA-64 Options.      (line  128)
  * msched-br-in-data-spec:                IA-64 Options.      (line  150)
  * msched-control-spec:                   IA-64 Options.      (line  142)
  * msched-costly-dep:                     RS/6000 and PowerPC Options.
!                                                              (line  603)
  * msched-count-spec-in-critical-path:    IA-64 Options.      (line  185)
  * msched-fp-mem-deps-zero-cost:          IA-64 Options.      (line  202)
  * msched-in-control-spec:                IA-64 Options.      (line  164)
*************** look up both forms.
*** 56024,56284 ****
  * msched-prefer-non-control-spec-insns:  IA-64 Options.      (line  178)
  * msched-prefer-non-data-spec-insns:     IA-64 Options.      (line  171)
  * msched-spec-ldc:                       IA-64 Options.      (line  191)
- * msched-spec-ldc <1>:                   IA-64 Options.      (line  194)
  * msched-stop-bits-after-every-cycle:    IA-64 Options.      (line  198)
  * mschedule:                             HPPA Options.       (line   78)
  * mscore5:                               Score Options.      (line   25)
  * mscore5u:                              Score Options.      (line   28)
  * mscore7:                               Score Options.      (line   31)
! * mscore7d:                              Score Options.      (line   35)
  * msda:                                  V850 Options.       (line   40)
- * msdata:                                IA-64 Options.      (line   42)
  * msdata <1>:                            RS/6000 and PowerPC Options.
!                                                              (line  798)
  * msdata=all:                            C6X Options.        (line   30)
  * msdata=data:                           RS/6000 and PowerPC Options.
!                                                              (line  803)
! * msdata=default:                        C6X Options.        (line   22)
  * msdata=default <1>:                    RS/6000 and PowerPC Options.
!                                                              (line  798)
  * msdata=eabi:                           RS/6000 and PowerPC Options.
!                                                              (line  779)
  * msdata=none:                           C6X Options.        (line   35)
- * msdata=none <1>:                       M32R/D Options.     (line   40)
- * msdata=none <2>:                       RS/6000 and PowerPC Options.
-                                                              (line  811)
  * msdata=sdata:                          M32R/D Options.     (line   49)
  * msdata=sysv:                           RS/6000 and PowerPC Options.
!                                                              (line  789)
  * msdata=use:                            M32R/D Options.     (line   53)
- * msdram:                                Blackfin Options.   (line  171)
  * msdram <1>:                            MeP Options.        (line  110)
  * msecure-plt:                           RS/6000 and PowerPC Options.
!                                                              (line  184)
  * msel-sched-dont-check-control-spec:    IA-64 Options.      (line  207)
! * msep-data:                             Blackfin Options.   (line  109)
  * mserialize-volatile:                   Xtensa Options.     (line   35)
  * msetlb:                                MN10300 Options.    (line   64)
! * msha:                                  x86 Options.        (line  684)
! * mshared-library-id:                    Blackfin Options.   (line  102)
! * mshort:                                M680x0 Options.     (line  216)
  * msign-extend-enabled:                  LM32 Options.       (line   18)
! * msign-return-address:                  AArch64 Options.    (line  199)
! * msilicon-errata:                       MSP430 Options.     (line  102)
! * msilicon-errata-warn:                  MSP430 Options.     (line  106)
! * msim:                                  Blackfin Options.   (line   36)
! * msim <1>:                              C6X Options.        (line   19)
! * msim <2>:                              CR16 Options.       (line   18)
! * msim <3>:                              FT32 Options.       (line    9)
! * msim <4>:                              M32C Options.       (line   13)
! * msim <5>:                              MeP Options.        (line  114)
  * msim <6>:                              MSP430 Options.     (line   47)
! * msim <7>:                              RL78 Options.       (line    7)
! * msim <8>:                              RS/6000 and PowerPC Options.
!                                                              (line  735)
! * msim <9>:                              RX Options.         (line   71)
! * msim <10>:                             Visium Options.     (line   13)
! * msim <11>:                             Xstormy16 Options.  (line    9)
! * msimd:                                 ARC Options.        (line  133)
  * msimnovec:                             MeP Options.        (line  117)
  * msimple-fpu:                           RS/6000 and PowerPC Options.
!                                                              (line  449)
! * msingle-exit:                          MMIX Options.       (line   65)
! * msingle-float:                         MIPS Options.       (line  283)
  * msingle-float <1>:                     RS/6000 and PowerPC Options.
!                                                              (line  445)
! * msingle-pic-base:                      ARM Options.        (line  251)
  * msingle-pic-base <1>:                  RS/6000 and PowerPC Options.
!                                                              (line  588)
  * msio:                                  HPPA Options.       (line  105)
! * msize-level:                           ARC Options.        (line  477)
! * mskip-rax-setup:                       x86 Options.        (line 1138)
  * mslow-bytes:                           MCore Options.      (line   35)
  * mslow-flash-data:                      ARM Options.        (line  383)
  * msmall:                                MSP430 Options.     (line   55)
  * msmall-data:                           DEC Alpha Options.  (line  187)
- * msmall-data-limit:                     RISC-V Options.     (line   45)
  * msmall-data-limit <1>:                 RX Options.         (line   47)
  * msmall-divides:                        MicroBlaze Options. (line   39)
  * msmall-exec:                           S/390 and zSeries Options.
!                                                              (line   79)
! * msmall-mem:                            SPU Options.        (line   38)
  * msmall-model:                          FR30 Options.       (line    9)
  * msmall-text:                           DEC Alpha Options.  (line  205)
  * msmall16:                              Adapteva Epiphany Options.
!                                                              (line   66)
! * msmallc:                               Nios II Options.    (line  286)
! * msmartmips:                            MIPS Options.       (line  365)
! * msoft-float:                           ARC Options.        (line  137)
! * msoft-float <1>:                       DEC Alpha Options.  (line   10)
! * msoft-float <2>:                       FRV Options.        (line   27)
! * msoft-float <3>:                       HPPA Options.       (line   91)
! * msoft-float <4>:                       M680x0 Options.     (line  200)
! * msoft-float <5>:                       MicroBlaze Options. (line    7)
! * msoft-float <6>:                       MIPS Options.       (line  269)
! * msoft-float <7>:                       PDP-11 Options.     (line   13)
! * msoft-float <8>:                       RS/6000 and PowerPC Options.
!                                                              (line  439)
! * msoft-float <9>:                       S/390 and zSeries Options.
                                                               (line   11)
! * msoft-float <10>:                      SPARC Options.      (line   39)
! * msoft-float <11>:                      V850 Options.       (line  113)
! * msoft-float <12>:                      Visium Options.     (line   24)
! * msoft-float <13>:                      x86 Options.        (line  430)
! * msoft-quad-float:                      SPARC Options.      (line   59)
  * msoft-stack:                           Nvidia PTX Options. (line   21)
! * msp8:                                  AVR Options.        (line  212)
  * mspace:                                V850 Options.       (line   30)
  * mspe:                                  RS/6000 and PowerPC Options.
!                                                              (line  208)
! * mspecld-anomaly:                       Blackfin Options.   (line   50)
! * mspfp:                                 ARC Options.        (line  124)
! * mspfp-compact:                         ARC Options.        (line  125)
! * mspfp-fast:                            ARC Options.        (line  129)
! * mspfp_compact:                         ARC Options.        (line  578)
! * mspfp_fast:                            ARC Options.        (line  581)
! * msplit-addresses:                      MIPS Options.       (line  531)
  * msplit-vecmove-early:                  Adapteva Epiphany Options.
!                                                              (line  126)
! * msse:                                  x86 Options.        (line  665)
! * msse2:                                 x86 Options.        (line  666)
! * msse2avx:                              x86 Options.        (line 1113)
! * msse3:                                 x86 Options.        (line  667)
! * msse4:                                 x86 Options.        (line  669)
! * msse4.1:                               x86 Options.        (line  671)
! * msse4.2:                               x86 Options.        (line  672)
! * msse4a:                                x86 Options.        (line  670)
! * msseregparm:                           x86 Options.        (line  566)
! * mssse3:                                x86 Options.        (line  668)
  * mstack-align:                          CRIS Options.       (line   55)
! * mstack-bias:                           SPARC Options.      (line  346)
! * mstack-check-l1:                       Blackfin Options.   (line   76)
  * mstack-guard:                          S/390 and zSeries Options.
!                                                              (line  194)
  * mstack-increment:                      MCore Options.      (line   50)
  * mstack-offset:                         Adapteva Epiphany Options.
                                                               (line   37)
  * mstack-protector-guard:                RS/6000 and PowerPC Options.
!                                                              (line 1006)
  * mstack-protector-guard-offset:         RS/6000 and PowerPC Options.
!                                                              (line 1006)
  * mstack-protector-guard-reg:            RS/6000 and PowerPC Options.
!                                                              (line 1006)
! * mstack-protector-guard=GUARD:          x86 Options.        (line 1162)
  * mstack-size:                           S/390 and zSeries Options.
!                                                              (line  194)
! * mstackrealign:                         x86 Options.        (line  609)
! * mstd-struct-return:                    SPARC Options.      (line  102)
! * mstdmain:                              SPU Options.        (line   44)
  * mstrict-align:                         AArch64 Options.    (line   50)
! * mstrict-align <1>:                     M680x0 Options.     (line  283)
! * mstrict-align <2>:                     RS/6000 and PowerPC Options.
!                                                              (line  540)
! * mstrict-X:                             AVR Options.        (line  225)
  * mstring:                               RS/6000 and PowerPC Options.
!                                                              (line  476)
! * mstringop-strategy=ALG:                x86 Options.        (line 1061)
! * mstructure-size-boundary:              ARM Options.        (line  208)
! * msubxc:                                SPARC Options.      (line  270)
  * msv-mode:                              Visium Options.     (line   52)
  * msvr4-struct-return:                   RS/6000 and PowerPC Options.
!                                                              (line  681)
! * mswap:                                 ARC Options.        (line  144)
! * mswape:                                ARC Options.        (line  319)
! * msym32:                                MIPS Options.       (line  429)
! * msynci:                                MIPS Options.       (line  811)
! * msys-crt0:                             Nios II Options.    (line  290)
! * msys-lib:                              Nios II Options.    (line  294)
  * MT:                                    Preprocessor Options.
                                                               (line  142)
  * mtarget-align:                         Xtensa Options.     (line   74)
! * mtas:                                  SH Options.         (line  259)
! * mtbm:                                  x86 Options.        (line  709)
  * mtda:                                  V850 Options.       (line   34)
! * mtelephony:                            ARC Options.        (line  324)
  * mtext-section-literals:                Xtensa Options.     (line   47)
  * mtf:                                   MeP Options.        (line  121)
  * mthread:                               x86 Windows Options.
                                                               (line   26)
! * mthreads:                              x86 Options.        (line  917)
! * mthumb:                                ARM Options.        (line  294)
  * mthumb-interwork:                      ARM Options.        (line   24)
! * mtiny-stack:                           AVR Options.        (line  239)
  * mtiny=:                                MeP Options.        (line  125)
! * mTLS:                                  FRV Options.        (line   90)
! * mtls:                                  FRV Options.        (line   94)
  * mtls-dialect:                          ARM Options.        (line  341)
- * mtls-dialect <1>:                      x86 Options.        (line  895)
  * mtls-dialect=desc:                     AArch64 Options.    (line   60)
  * mtls-dialect=traditional:              AArch64 Options.    (line   64)
! * mtls-direct-seg-refs:                  x86 Options.        (line 1103)
  * mtls-markers:                          RS/6000 and PowerPC Options.
!                                                              (line  868)
! * mtls-size:                             AArch64 Options.    (line   68)
  * mtls-size <1>:                         IA-64 Options.      (line  112)
  * mtoc:                                  RS/6000 and PowerPC Options.
!                                                              (line  565)
! * mtomcat-stats:                         FRV Options.        (line  254)
! * mtoplevel-symbols:                     MMIX Options.       (line   39)
  * mtp:                                   ARM Options.        (line  333)
! * mtp-regno:                             ARC Options.        (line  162)
  * mtpcs-frame:                           ARM Options.        (line  306)
  * mtpcs-leaf-frame:                      ARM Options.        (line  312)
  * mtpf-trace:                            S/390 and zSeries Options.
!                                                              (line  169)
  * mtrap-precision:                       DEC Alpha Options.  (line  109)
! * mtune:                                 AArch64 Options.    (line  144)
! * mtune <1>:                             ARC Options.        (line  498)
! * mtune <2>:                             ARC Options.        (line  584)
! * mtune <3>:                             ARM Options.        (line  110)
! * mtune <4>:                             CRIS Options.       (line   17)
! * mtune <5>:                             DEC Alpha Options.  (line  259)
! * mtune <6>:                             IA-64 Options.      (line  116)
! * mtune <7>:                             M680x0 Options.     (line   68)
  * mtune <8>:                             MIPS Options.       (line   65)
! * mtune <9>:                             MN10300 Options.    (line   30)
! * mtune <10>:                            RISC-V Options.     (line   41)
! * mtune <11>:                            RS/6000 and PowerPC Options.
!                                                              (line  113)
! * mtune <12>:                            S/390 and zSeries Options.
!                                                              (line  162)
! * mtune <13>:                            SPARC Options.      (line  198)
! * mtune <14>:                            Visium Options.     (line   47)
! * mtune <15>:                            x86 Options.        (line  304)
! * mtune-ctrl=FEATURE-LIST:               x86 Options.        (line  746)
  * muclibc:                               GNU/Linux Options.  (line   14)
  * muls:                                  Score Options.      (line   18)
! * multcost:                              ARC Options.        (line  589)
! * multcost=NUMBER:                       SH Options.         (line  281)
! * multilib-library-pic:                  FRV Options.        (line  110)
  * multiply-enabled:                      LM32 Options.       (line   15)
  * multiply_defined:                      Darwin Options.     (line  196)
  * multiply_defined_unused:               Darwin Options.     (line  196)
! * multi_module:                          Darwin Options.     (line  196)
! * munalign-prob-threshold:               ARC Options.        (line  526)
  * munaligned-access:                     ARM Options.        (line  365)
! * munaligned-doubles:                    SPARC Options.      (line   73)
  * municode:                              x86 Windows Options.
                                                               (line   30)
  * muniform-simt:                         Nvidia PTX Options. (line   33)
! * muninit-const-in-rodata:               MIPS Options.       (line  501)
  * munix:                                 VAX Options.        (line    9)
  * munix-asm:                             PDP-11 Options.     (line   68)
! * munsafe-dma:                           SPU Options.        (line   18)
  * mupdate:                               RS/6000 and PowerPC Options.
!                                                              (line  487)
  * mupper-regs:                           RS/6000 and PowerPC Options.
!                                                              (line  298)
  * mupper-regs-df:                        RS/6000 and PowerPC Options.
!                                                              (line  280)
  * mupper-regs-di:                        RS/6000 and PowerPC Options.
!                                                              (line  271)
  * mupper-regs-sf:                        RS/6000 and PowerPC Options.
!                                                              (line  289)
  * muser-enabled:                         LM32 Options.       (line   21)
- * muser-mode:                            SPARC Options.      (line   85)
  * muser-mode <1>:                        Visium Options.     (line   57)
! * musermode:                             SH Options.         (line  274)
  * mv3push:                               NDS32 Options.      (line   33)
  * mv850:                                 V850 Options.       (line   49)
  * mv850e:                                V850 Options.       (line   79)
--- 56712,56970 ----
  * msched-prefer-non-control-spec-insns:  IA-64 Options.      (line  178)
  * msched-prefer-non-data-spec-insns:     IA-64 Options.      (line  171)
  * msched-spec-ldc:                       IA-64 Options.      (line  191)
  * msched-stop-bits-after-every-cycle:    IA-64 Options.      (line  198)
  * mschedule:                             HPPA Options.       (line   78)
  * mscore5:                               Score Options.      (line   25)
  * mscore5u:                              Score Options.      (line   28)
  * mscore7:                               Score Options.      (line   31)
! * mscore7d:                              Score Options.      (line   34)
  * msda:                                  V850 Options.       (line   40)
  * msdata <1>:                            RS/6000 and PowerPC Options.
!                                                              (line  801)
! * msdata:                                IA-64 Options.      (line   42)
  * msdata=all:                            C6X Options.        (line   30)
  * msdata=data:                           RS/6000 and PowerPC Options.
!                                                              (line  806)
  * msdata=default <1>:                    RS/6000 and PowerPC Options.
!                                                              (line  801)
! * msdata=default:                        C6X Options.        (line   22)
  * msdata=eabi:                           RS/6000 and PowerPC Options.
!                                                              (line  781)
! * msdata=none <1>:                       RS/6000 and PowerPC Options.
!                                                              (line  814)
! * msdata=none <2>:                       M32R/D Options.     (line   40)
  * msdata=none:                           C6X Options.        (line   35)
  * msdata=sdata:                          M32R/D Options.     (line   49)
  * msdata=sysv:                           RS/6000 and PowerPC Options.
!                                                              (line  792)
  * msdata=use:                            M32R/D Options.     (line   53)
  * msdram <1>:                            MeP Options.        (line  110)
+ * msdram:                                Blackfin Options.   (line  172)
  * msecure-plt:                           RS/6000 and PowerPC Options.
!                                                              (line  185)
  * msel-sched-dont-check-control-spec:    IA-64 Options.      (line  207)
! * msep-data:                             Blackfin Options.   (line  110)
  * mserialize-volatile:                   Xtensa Options.     (line   35)
  * msetlb:                                MN10300 Options.    (line   64)
! * msha:                                  x86 Options.        (line  692)
! * mshared-library-id:                    Blackfin Options.   (line  103)
! * mshort:                                M680x0 Options.     (line  220)
  * msign-extend-enabled:                  LM32 Options.       (line   18)
! * msign-return-address:                  AArch64 Options.    (line  202)
! * msilicon-errata:                       MSP430 Options.     (line  103)
! * msilicon-errata-warn:                  MSP430 Options.     (line  107)
! * msim <1>:                              Xstormy16 Options.  (line    9)
! * msim <2>:                              Visium Options.     (line   13)
! * msim <3>:                              RX Options.         (line   71)
! * msim <4>:                              RS/6000 and PowerPC Options.
!                                                              (line  737)
! * msim <5>:                              RL78 Options.       (line    7)
  * msim <6>:                              MSP430 Options.     (line   47)
! * msim <7>:                              MeP Options.        (line  114)
! * msim <8>:                              M32C Options.       (line   13)
! * msim <9>:                              FT32 Options.       (line    9)
! * msim <10>:                             CR16 Options.       (line   18)
! * msim <11>:                             C6X Options.        (line   19)
! * msim:                                  Blackfin Options.   (line   37)
! * msimd:                                 ARC Options.        (line  134)
  * msimnovec:                             MeP Options.        (line  117)
  * msimple-fpu:                           RS/6000 and PowerPC Options.
!                                                              (line  451)
! * msingle-exit:                          MMIX Options.       (line   66)
  * msingle-float <1>:                     RS/6000 and PowerPC Options.
!                                                              (line  447)
! * msingle-float:                         MIPS Options.       (line  286)
  * msingle-pic-base <1>:                  RS/6000 and PowerPC Options.
!                                                              (line  590)
! * msingle-pic-base:                      ARM Options.        (line  252)
  * msio:                                  HPPA Options.       (line  105)
! * msize-level:                           ARC Options.        (line  483)
! * mskip-rax-setup:                       x86 Options.        (line 1147)
  * mslow-bytes:                           MCore Options.      (line   35)
  * mslow-flash-data:                      ARM Options.        (line  383)
  * msmall:                                MSP430 Options.     (line   55)
  * msmall-data:                           DEC Alpha Options.  (line  187)
  * msmall-data-limit <1>:                 RX Options.         (line   47)
+ * msmall-data-limit:                     RISC-V Options.     (line   45)
  * msmall-divides:                        MicroBlaze Options. (line   39)
  * msmall-exec:                           S/390 and zSeries Options.
!                                                              (line   80)
! * msmall-mem:                            SPU Options.        (line   35)
  * msmall-model:                          FR30 Options.       (line    9)
  * msmall-text:                           DEC Alpha Options.  (line  205)
  * msmall16:                              Adapteva Epiphany Options.
!                                                              (line   67)
! * msmallc:                               Nios II Options.    (line  291)
! * msmartmips:                            MIPS Options.       (line  368)
! * msoft-float <1>:                       x86 Options.        (line  438)
! * msoft-float <2>:                       Visium Options.     (line   24)
! * msoft-float <3>:                       V850 Options.       (line  113)
! * msoft-float <4>:                       SPARC Options.      (line   40)
! * msoft-float <5>:                       S/390 and zSeries Options.
                                                               (line   11)
! * msoft-float <6>:                       RS/6000 and PowerPC Options.
!                                                              (line  441)
! * msoft-float <7>:                       PDP-11 Options.     (line   13)
! * msoft-float <8>:                       MIPS Options.       (line  272)
! * msoft-float <9>:                       MicroBlaze Options. (line    7)
! * msoft-float <10>:                      M680x0 Options.     (line  203)
! * msoft-float <11>:                      HPPA Options.       (line   91)
! * msoft-float <12>:                      FRV Options.        (line   22)
! * msoft-float <13>:                      DEC Alpha Options.  (line   10)
! * msoft-float:                           ARC Options.        (line  138)
! * msoft-quad-float:                      SPARC Options.      (line   60)
  * msoft-stack:                           Nvidia PTX Options. (line   21)
! * msp8:                                  AVR Options.        (line  209)
  * mspace:                                V850 Options.       (line   30)
  * mspe:                                  RS/6000 and PowerPC Options.
!                                                              (line  209)
! * mspecld-anomaly:                       Blackfin Options.   (line   51)
! * mspfp:                                 ARC Options.        (line  125)
! * mspfp-compact:                         ARC Options.        (line  126)
! * mspfp-fast:                            ARC Options.        (line  130)
! * mspfp_compact:                         ARC Options.        (line  584)
! * mspfp_fast:                            ARC Options.        (line  587)
! * msplit-addresses:                      MIPS Options.       (line  535)
  * msplit-vecmove-early:                  Adapteva Epiphany Options.
!                                                              (line  127)
! * msse:                                  x86 Options.        (line  673)
! * msse2:                                 x86 Options.        (line  674)
! * msse2avx:                              x86 Options.        (line 1122)
! * msse3:                                 x86 Options.        (line  675)
! * msse4:                                 x86 Options.        (line  677)
! * msse4.1:                               x86 Options.        (line  679)
! * msse4.2:                               x86 Options.        (line  680)
! * msse4a:                                x86 Options.        (line  678)
! * msseregparm:                           x86 Options.        (line  574)
! * mssse3:                                x86 Options.        (line  676)
  * mstack-align:                          CRIS Options.       (line   55)
! * mstack-bias:                           SPARC Options.      (line  374)
! * mstack-check-l1:                       Blackfin Options.   (line   77)
  * mstack-guard:                          S/390 and zSeries Options.
!                                                              (line  196)
  * mstack-increment:                      MCore Options.      (line   50)
  * mstack-offset:                         Adapteva Epiphany Options.
                                                               (line   37)
  * mstack-protector-guard:                RS/6000 and PowerPC Options.
!                                                              (line 1011)
  * mstack-protector-guard-offset:         RS/6000 and PowerPC Options.
!                                                              (line 1011)
  * mstack-protector-guard-reg:            RS/6000 and PowerPC Options.
!                                                              (line 1011)
! * mstack-protector-guard=GUARD:          x86 Options.        (line 1171)
  * mstack-size:                           S/390 and zSeries Options.
!                                                              (line  196)
! * mstackrealign:                         x86 Options.        (line  617)
! * mstd-struct-return:                    SPARC Options.      (line  103)
! * mstdmain:                              SPU Options.        (line   40)
! * mstrict-align <1>:                     RS/6000 and PowerPC Options.
!                                                              (line  542)
! * mstrict-align <2>:                     M680x0 Options.     (line  287)
  * mstrict-align:                         AArch64 Options.    (line   50)
! * mstrict-X:                             AVR Options.        (line  222)
  * mstring:                               RS/6000 and PowerPC Options.
!                                                              (line  478)
! * mstringop-strategy=ALG:                x86 Options.        (line 1070)
! * mstructure-size-boundary:              ARM Options.        (line  209)
! * msubxc:                                SPARC Options.      (line  290)
  * msv-mode:                              Visium Options.     (line   52)
  * msvr4-struct-return:                   RS/6000 and PowerPC Options.
!                                                              (line  683)
! * mswap:                                 ARC Options.        (line  145)
! * mswape:                                ARC Options.        (line  323)
! * msym32:                                MIPS Options.       (line  432)
! * msynci:                                MIPS Options.       (line  823)
! * msys-crt0:                             Nios II Options.    (line  295)
! * msys-lib:                              Nios II Options.    (line  299)
  * MT:                                    Preprocessor Options.
                                                               (line  142)
  * mtarget-align:                         Xtensa Options.     (line   74)
! * mtas:                                  SH Options.         (line  261)
! * mtbm:                                  x86 Options.        (line  717)
  * mtda:                                  V850 Options.       (line   34)
! * mtelephony:                            ARC Options.        (line  328)
  * mtext-section-literals:                Xtensa Options.     (line   47)
  * mtf:                                   MeP Options.        (line  121)
  * mthread:                               x86 Windows Options.
                                                               (line   26)
! * mthreads:                              x86 Options.        (line  926)
! * mthumb:                                ARM Options.        (line  295)
  * mthumb-interwork:                      ARM Options.        (line   24)
! * mtiny-stack:                           AVR Options.        (line  236)
  * mtiny=:                                MeP Options.        (line  125)
! * mtls:                                  FRV Options.        (line   75)
! * mTLS:                                  FRV Options.        (line   72)
! * mtls-dialect <1>:                      x86 Options.        (line  904)
  * mtls-dialect:                          ARM Options.        (line  341)
  * mtls-dialect=desc:                     AArch64 Options.    (line   60)
  * mtls-dialect=traditional:              AArch64 Options.    (line   64)
! * mtls-direct-seg-refs:                  x86 Options.        (line 1112)
  * mtls-markers:                          RS/6000 and PowerPC Options.
!                                                              (line  872)
  * mtls-size <1>:                         IA-64 Options.      (line  112)
+ * mtls-size:                             AArch64 Options.    (line   68)
  * mtoc:                                  RS/6000 and PowerPC Options.
!                                                              (line  567)
! * mtomcat-stats:                         FRV Options.        (line  209)
! * mtoplevel-symbols:                     MMIX Options.       (line   40)
  * mtp:                                   ARM Options.        (line  333)
! * mtp-regno:                             ARC Options.        (line  163)
  * mtpcs-frame:                           ARM Options.        (line  306)
  * mtpcs-leaf-frame:                      ARM Options.        (line  312)
  * mtpf-trace:                            S/390 and zSeries Options.
!                                                              (line  171)
  * mtrap-precision:                       DEC Alpha Options.  (line  109)
! * mtune <1>:                             x86 Options.        (line  309)
! * mtune <2>:                             Visium Options.     (line   47)
! * mtune <3>:                             SPARC Options.      (line  201)
! * mtune <4>:                             S/390 and zSeries Options.
!                                                              (line  164)
! * mtune <5>:                             RS/6000 and PowerPC Options.
!                                                              (line  114)
! * mtune <6>:                             RISC-V Options.     (line   41)
! * mtune <7>:                             MN10300 Options.    (line   30)
  * mtune <8>:                             MIPS Options.       (line   65)
! * mtune <9>:                             M680x0 Options.     (line   70)
! * mtune <10>:                            IA-64 Options.      (line  116)
! * mtune <11>:                            DEC Alpha Options.  (line  259)
! * mtune <12>:                            CRIS Options.       (line   16)
! * mtune <13>:                            ARM Options.        (line  110)
! * mtune <14>:                            ARC Options.        (line  505)
! * mtune:                                 AArch64 Options.    (line  147)
! * mtune-ctrl=FEATURE-LIST:               x86 Options.        (line  754)
  * muclibc:                               GNU/Linux Options.  (line   14)
  * muls:                                  Score Options.      (line   18)
! * multcost:                              ARC Options.        (line  595)
! * multcost=NUMBER:                       SH Options.         (line  284)
! * multi_module:                          Darwin Options.     (line  196)
! * multilib-library-pic:                  FRV Options.        (line   89)
  * multiply-enabled:                      LM32 Options.       (line   15)
  * multiply_defined:                      Darwin Options.     (line  196)
  * multiply_defined_unused:               Darwin Options.     (line  196)
! * munalign-prob-threshold:               ARC Options.        (line  534)
  * munaligned-access:                     ARM Options.        (line  365)
! * munaligned-doubles:                    SPARC Options.      (line   74)
  * municode:                              x86 Windows Options.
                                                               (line   30)
  * muniform-simt:                         Nvidia PTX Options. (line   33)
! * muninit-const-in-rodata:               MIPS Options.       (line  505)
  * munix:                                 VAX Options.        (line    9)
  * munix-asm:                             PDP-11 Options.     (line   68)
! * munsafe-dma:                           SPU Options.        (line   17)
  * mupdate:                               RS/6000 and PowerPC Options.
!                                                              (line  489)
  * mupper-regs:                           RS/6000 and PowerPC Options.
!                                                              (line  299)
  * mupper-regs-df:                        RS/6000 and PowerPC Options.
!                                                              (line  281)
  * mupper-regs-di:                        RS/6000 and PowerPC Options.
!                                                              (line  272)
  * mupper-regs-sf:                        RS/6000 and PowerPC Options.
!                                                              (line  290)
  * muser-enabled:                         LM32 Options.       (line   21)
  * muser-mode <1>:                        Visium Options.     (line   57)
! * muser-mode:                            SPARC Options.      (line   86)
! * musermode:                             SH Options.         (line  276)
  * mv3push:                               NDS32 Options.      (line   33)
  * mv850:                                 V850 Options.       (line   49)
  * mv850e:                                V850 Options.       (line   79)
*************** look up both forms.
*** 56288,56323 ****
  * mv850e2v4:                             V850 Options.       (line   57)
  * mv850e3v5:                             V850 Options.       (line   52)
  * mv850es:                               V850 Options.       (line   75)
! * mv8plus:                               SPARC Options.      (line  212)
  * mveclibabi:                            RS/6000 and PowerPC Options.
!                                                              (line  942)
! * mveclibabi <1>:                        x86 Options.        (line  863)
! * mvect8-ret-in-mem:                     x86 Options.        (line  576)
! * mvirt:                                 MIPS Options.       (line  406)
! * mvis:                                  SPARC Options.      (line  219)
! * mvis2:                                 SPARC Options.      (line  225)
! * mvis3:                                 SPARC Options.      (line  233)
! * mvis4:                                 SPARC Options.      (line  241)
! * mvliw-branch:                          FRV Options.        (line  201)
  * mvms-return-codes:                     VMS Options.        (line    9)
  * mvolatile-asm-stop:                    IA-64 Options.      (line   32)
! * mvolatile-cache:                       ARC Options.        (line  377)
! * mvr4130-align:                         MIPS Options.       (line  800)
  * mvrsave:                               RS/6000 and PowerPC Options.
!                                                              (line  174)
  * mvsx:                                  RS/6000 and PowerPC Options.
!                                                              (line  222)
  * mvx:                                   S/390 and zSeries Options.
!                                                              (line  112)
  * mvxworks:                              RS/6000 and PowerPC Options.
!                                                              (line  756)
! * mvzeroupper:                           x86 Options.        (line  773)
  * mwarn-cell-microcode:                  RS/6000 and PowerPC Options.
!                                                              (line  180)
  * mwarn-dynamicstack:                    S/390 and zSeries Options.
!                                                              (line  188)
  * mwarn-framesize:                       S/390 and zSeries Options.
!                                                              (line  180)
  * mwarn-mcu:                             MSP430 Options.     (line   35)
  * mwarn-multiple-fast-interrupts:        RX Options.         (line  143)
  * mwarn-reloc:                           SPU Options.        (line   10)
--- 56974,57010 ----
  * mv850e2v4:                             V850 Options.       (line   57)
  * mv850e3v5:                             V850 Options.       (line   52)
  * mv850es:                               V850 Options.       (line   75)
! * mv8plus:                               SPARC Options.      (line  216)
! * mveclibabi <1>:                        x86 Options.        (line  872)
  * mveclibabi:                            RS/6000 and PowerPC Options.
!                                                              (line  947)
! * mvect8-ret-in-mem:                     x86 Options.        (line  584)
! * mvirt:                                 MIPS Options.       (line  409)
! * mvis:                                  SPARC Options.      (line  223)
! * mvis2:                                 SPARC Options.      (line  229)
! * mvis3:                                 SPARC Options.      (line  237)
! * mvis4:                                 SPARC Options.      (line  245)
! * mvis4b:                                SPARC Options.      (line  253)
! * mvliw-branch:                          FRV Options.        (line  164)
  * mvms-return-codes:                     VMS Options.        (line    9)
  * mvolatile-asm-stop:                    IA-64 Options.      (line   32)
! * mvolatile-cache:                       ARC Options.        (line  382)
! * mvr4130-align:                         MIPS Options.       (line  812)
  * mvrsave:                               RS/6000 and PowerPC Options.
!                                                              (line  175)
  * mvsx:                                  RS/6000 and PowerPC Options.
!                                                              (line  223)
  * mvx:                                   S/390 and zSeries Options.
!                                                              (line  113)
  * mvxworks:                              RS/6000 and PowerPC Options.
!                                                              (line  758)
! * mvzeroupper:                           x86 Options.        (line  782)
  * mwarn-cell-microcode:                  RS/6000 and PowerPC Options.
!                                                              (line  181)
  * mwarn-dynamicstack:                    S/390 and zSeries Options.
!                                                              (line  190)
  * mwarn-framesize:                       S/390 and zSeries Options.
!                                                              (line  182)
  * mwarn-mcu:                             MSP430 Options.     (line   35)
  * mwarn-multiple-fast-interrupts:        RX Options.         (line  143)
  * mwarn-reloc:                           SPU Options.        (line   10)
*************** look up both forms.
*** 56327,56340 ****
  * mwindows:                              x86 Windows Options.
                                                               (line   41)
  * mword-relocations:                     ARM Options.        (line  352)
! * mx32:                                  x86 Options.        (line 1186)
! * mxgot:                                 M680x0 Options.     (line  315)
! * mxgot <1>:                             MIPS Options.       (line  228)
  * mxilinx-fpu:                           RS/6000 and PowerPC Options.
!                                                              (line  460)
  * mxl-barrel-shift:                      MicroBlaze Options. (line   33)
  * mxl-compat:                            RS/6000 and PowerPC Options.
!                                                              (line  397)
  * mxl-float-convert:                     MicroBlaze Options. (line   51)
  * mxl-float-sqrt:                        MicroBlaze Options. (line   54)
  * mxl-gp-opt:                            MicroBlaze Options. (line   45)
--- 57014,57027 ----
  * mwindows:                              x86 Windows Options.
                                                               (line   41)
  * mword-relocations:                     ARM Options.        (line  352)
! * mx32:                                  x86 Options.        (line 1197)
! * mxgot <1>:                             MIPS Options.       (line  231)
! * mxgot:                                 M680x0 Options.     (line  319)
  * mxilinx-fpu:                           RS/6000 and PowerPC Options.
!                                                              (line  462)
  * mxl-barrel-shift:                      MicroBlaze Options. (line   33)
  * mxl-compat:                            RS/6000 and PowerPC Options.
!                                                              (line  398)
  * mxl-float-convert:                     MicroBlaze Options. (line   51)
  * mxl-float-sqrt:                        MicroBlaze Options. (line   54)
  * mxl-gp-opt:                            MicroBlaze Options. (line   45)
*************** look up both forms.
*** 56344,56375 ****
  * mxl-soft-div:                          MicroBlaze Options. (line   30)
  * mxl-soft-mul:                          MicroBlaze Options. (line   27)
  * mxl-stack-check:                       MicroBlaze Options. (line   42)
! * mxop:                                  x86 Options.        (line  694)
! * mxpa:                                  MIPS Options.       (line  410)
! * mxsave:                                x86 Options.        (line  704)
! * mxsavec:                               x86 Options.        (line  706)
! * mxsaveopt:                             x86 Options.        (line  705)
! * mxsaves:                               x86 Options.        (line  707)
! * mxy:                                   ARC Options.        (line  329)
  * myellowknife:                          RS/6000 and PowerPC Options.
!                                                              (line  751)
  * mzarch:                                S/390 and zSeries Options.
!                                                              (line   94)
  * mzda:                                  V850 Options.       (line   45)
! * mzdcbranch:                            SH Options.         (line  341)
! * mzero-extend:                          MMIX Options.       (line   26)
  * mzvector:                              S/390 and zSeries Options.
!                                                              (line  123)
! * no-80387:                              x86 Options.        (line  430)
! * no-canonical-prefixes:                 Directory Options.  (line  164)
  * no-integrated-cpp:                     Preprocessor Options.
!                                                              (line  465)
  * no-pie:                                Link Options.       (line  111)
! * no-sysroot-suffix:                     Directory Options.  (line  183)
  * noall_load:                            Darwin Options.     (line  196)
! * nocpp:                                 MIPS Options.       (line  612)
  * nodefaultlibs:                         Link Options.       (line   68)
! * nodevicelib:                           AVR Options.        (line  246)
  * nofixprebinding:                       Darwin Options.     (line  196)
  * nofpu:                                 RX Options.         (line   17)
  * nolibdld:                              HPPA Options.       (line  188)
--- 57031,57063 ----
  * mxl-soft-div:                          MicroBlaze Options. (line   30)
  * mxl-soft-mul:                          MicroBlaze Options. (line   27)
  * mxl-stack-check:                       MicroBlaze Options. (line   42)
! * mxop:                                  x86 Options.        (line  702)
! * mxpa:                                  MIPS Options.       (line  413)
! * mxsave:                                x86 Options.        (line  712)
! * mxsavec:                               x86 Options.        (line  714)
! * mxsaveopt:                             x86 Options.        (line  713)
! * mxsaves:                               x86 Options.        (line  715)
! * mxy:                                   ARC Options.        (line  333)
  * myellowknife:                          RS/6000 and PowerPC Options.
!                                                              (line  753)
  * mzarch:                                S/390 and zSeries Options.
!                                                              (line   95)
  * mzda:                                  V850 Options.       (line   45)
! * mzdcbranch:                            SH Options.         (line  345)
! * mzero-extend:                          MMIX Options.       (line   27)
  * mzvector:                              S/390 and zSeries Options.
!                                                              (line  124)
! * no-80387:                              x86 Options.        (line  438)
! * no-canonical-prefixes:                 Directory Options.  (line  166)
  * no-integrated-cpp:                     Preprocessor Options.
!                                                              (line  466)
  * no-pie:                                Link Options.       (line  111)
! * no-sysroot-suffix:                     Directory Options.  (line  185)
! * no_dead_strip_inits_and_terms:         Darwin Options.     (line  196)
  * noall_load:                            Darwin Options.     (line  196)
! * nocpp:                                 MIPS Options.       (line  617)
  * nodefaultlibs:                         Link Options.       (line   68)
! * nodevicelib:                           AVR Options.        (line  243)
  * nofixprebinding:                       Darwin Options.     (line  196)
  * nofpu:                                 RX Options.         (line   17)
  * nolibdld:                              HPPA Options.       (line  188)
*************** look up both forms.
*** 56378,56416 ****
  * noprebind:                             Darwin Options.     (line  196)
  * noseglinkedit:                         Darwin Options.     (line  196)
  * nostartfiles:                          Link Options.       (line   63)
! * nostdinc:                              Directory Options.  (line  102)
  * nostdinc++:                            C++ Dialect Options.
!                                                              (line  438)
! * nostdinc++ <1>:                        Directory Options.  (line  108)
  * nostdlib:                              Link Options.       (line   80)
- * no_dead_strip_inits_and_terms:         Darwin Options.     (line  196)
- * o:                                     Overall Options.    (line  187)
  * O:                                     Optimize Options.   (line   39)
  * O0:                                    Optimize Options.   (line  152)
  * O1:                                    Optimize Options.   (line   39)
  * O2:                                    Optimize Options.   (line   94)
  * O3:                                    Optimize Options.   (line  143)
  * Ofast:                                 Optimize Options.   (line  166)
! * Og:                                    Optimize Options.   (line  172)
  * Os:                                    Optimize Options.   (line  156)
- * p:                                     Instrumentation Options.
-                                                              (line   19)
  * P:                                     Preprocessor Options.
                                                               (line  350)
  * pagezero_size:                         Darwin Options.     (line  196)
! * param:                                 Optimize Options.   (line 2383)
  * pass-exit-codes:                       Overall Options.    (line  326)
  * pedantic:                              Standards.          (line   13)
! * pedantic <1>:                          Warning Options.    (line   80)
! * pedantic <2>:                          C Extensions.       (line    6)
! * pedantic <3>:                          Alternate Keywords. (line   30)
! * pedantic <4>:                          Warnings and Errors.
                                                               (line   25)
- * pedantic-errors:                       Standards.          (line   13)
- * pedantic-errors <1>:                   Warning Options.    (line  121)
  * pedantic-errors <2>:                   Non-bugs.           (line  216)
! * pedantic-errors <3>:                   Warnings and Errors.
!                                                              (line   25)
  * pg:                                    Instrumentation Options.
                                                               (line   25)
  * pie:                                   Link Options.       (line  105)
--- 57066,57103 ----
  * noprebind:                             Darwin Options.     (line  196)
  * noseglinkedit:                         Darwin Options.     (line  196)
  * nostartfiles:                          Link Options.       (line   63)
! * nostdinc:                              Directory Options.  (line  104)
! * nostdinc++ <1>:                        Directory Options.  (line  110)
  * nostdinc++:                            C++ Dialect Options.
!                                                              (line  440)
  * nostdlib:                              Link Options.       (line   80)
  * O:                                     Optimize Options.   (line   39)
+ * o:                                     Overall Options.    (line  187)
  * O0:                                    Optimize Options.   (line  152)
  * O1:                                    Optimize Options.   (line   39)
  * O2:                                    Optimize Options.   (line   94)
  * O3:                                    Optimize Options.   (line  143)
  * Ofast:                                 Optimize Options.   (line  166)
! * Og:                                    Optimize Options.   (line  173)
  * Os:                                    Optimize Options.   (line  156)
  * P:                                     Preprocessor Options.
                                                               (line  350)
+ * p:                                     Instrumentation Options.
+                                                              (line   19)
  * pagezero_size:                         Darwin Options.     (line  196)
! * param:                                 Optimize Options.   (line 2390)
  * pass-exit-codes:                       Overall Options.    (line  326)
+ * pedantic <1>:                          Warnings and Errors.
+                                                              (line   25)
+ * pedantic <2>:                          Alternate Keywords. (line   30)
+ * pedantic <3>:                          C Extensions.       (line    6)
+ * pedantic <4>:                          Warning Options.    (line   82)
  * pedantic:                              Standards.          (line   13)
! * pedantic-errors <1>:                   Warnings and Errors.
                                                               (line   25)
  * pedantic-errors <2>:                   Non-bugs.           (line  216)
! * pedantic-errors <3>:                   Warning Options.    (line  124)
! * pedantic-errors:                       Standards.          (line   13)
  * pg:                                    Instrumentation Options.
                                                               (line   25)
  * pie:                                   Link Options.       (line  105)
*************** look up both forms.
*** 56418,56511 ****
  * plt:                                   RISC-V Options.     (line   17)
  * prebind:                               Darwin Options.     (line  196)
  * prebind_all_twolevel_modules:          Darwin Options.     (line  196)
! * print-file-name:                       Developer Options.  (line  867)
! * print-libgcc-file-name:                Developer Options.  (line  901)
! * print-multi-directory:                 Developer Options.  (line  873)
! * print-multi-lib:                       Developer Options.  (line  878)
! * print-multi-os-directory:              Developer Options.  (line  885)
! * print-multiarch:                       Developer Options.  (line  894)
  * print-objc-runtime-info:               Objective-C and Objective-C++ Dialect Options.
!                                                              (line  216)
! * print-prog-name:                       Developer Options.  (line  898)
! * print-search-dirs:                     Developer Options.  (line  909)
! * print-sysroot:                         Developer Options.  (line  922)
! * print-sysroot-headers-suffix:          Developer Options.  (line  929)
  * private_bundle:                        Darwin Options.     (line  196)
  * pthread:                               Preprocessor Options.
                                                               (line   70)
! * pthread <1>:                           Link Options.       (line  114)
! * pthreads:                              Solaris 2 Options.  (line   30)
! * Q:                                     Developer Options.  (line  773)
  * Qn:                                    System V Options.   (line   18)
  * Qy:                                    System V Options.   (line   14)
  * rdynamic:                              Link Options.       (line  121)
  * read_only_relocs:                      Darwin Options.     (line  196)
  * remap:                                 Preprocessor Options.
!                                                              (line  381)
! * S:                                     Overall Options.    (line  170)
! * S <1>:                                 Link Options.       (line   20)
  * s:                                     Link Options.       (line  128)
! * save-temps:                            Developer Options.  (line  648)
! * save-temps=obj:                        Developer Options.  (line  674)
  * sectalign:                             Darwin Options.     (line  196)
  * sectcreate:                            Darwin Options.     (line  196)
  * sectobjectsymbols:                     Darwin Options.     (line  196)
- * sectobjectsymbols <1>:                 Darwin Options.     (line  196)
  * sectorder:                             Darwin Options.     (line  196)
  * seg1addr:                              Darwin Options.     (line  196)
  * segaddr:                               Darwin Options.     (line  196)
  * seglinkedit:                           Darwin Options.     (line  196)
  * segprot:                               Darwin Options.     (line  196)
  * segs_read_only_addr:                   Darwin Options.     (line  196)
- * segs_read_only_addr <1>:               Darwin Options.     (line  196)
  * segs_read_write_addr:                  Darwin Options.     (line  196)
! * segs_read_write_addr <1>:              Darwin Options.     (line  196)
! * seg_addr_table:                        Darwin Options.     (line  196)
! * seg_addr_table_filename:               Darwin Options.     (line  196)
! * shared:                                Link Options.       (line  136)
! * shared-libgcc:                         Link Options.       (line  144)
  * short-calls:                           Adapteva Epiphany Options.
                                                               (line   61)
  * sim:                                   CRIS Options.       (line   95)
  * sim2:                                  CRIS Options.       (line  101)
  * single_module:                         Darwin Options.     (line  196)
  * specs:                                 Overall Options.    (line  340)
  * static:                                Link Options.       (line  132)
! * static <1>:                            Darwin Options.     (line  196)
! * static <2>:                            HPPA Options.       (line  192)
! * static-libasan:                        Link Options.       (line  179)
! * static-libgcc:                         Link Options.       (line  144)
! * static-liblsan:                        Link Options.       (line  195)
! * static-libmpx:                         Link Options.       (line  212)
! * static-libmpxwrappers:                 Link Options.       (line  221)
! * static-libstdc++:                      Link Options.       (line  231)
! * static-libtsan:                        Link Options.       (line  187)
! * static-libubsan:                       Link Options.       (line  203)
! * std:                                   Standards.          (line   13)
! * std <1>:                               C Dialect Options.  (line   46)
  * std <2>:                               Other Builtins.     (line   31)
! * std <3>:                               Non-bugs.           (line  107)
  * sub_library:                           Darwin Options.     (line  196)
  * sub_umbrella:                          Darwin Options.     (line  196)
! * symbolic:                              Link Options.       (line  242)
! * sysroot:                               Directory Options.  (line  168)
! * T:                                     Link Options.       (line  248)
  * target-help:                           Overall Options.    (line  219)
  * threads:                               HPPA Options.       (line  205)
! * time:                                  Developer Options.  (line  689)
  * tno-android-cc:                        GNU/Linux Options.  (line   36)
  * tno-android-ld:                        GNU/Linux Options.  (line   40)
  * traditional:                           Preprocessor Options.
                                                               (line  357)
- * traditional <1>:                       Incompatibilities.  (line    6)
  * traditional-cpp:                       Preprocessor Options.
                                                               (line  357)
  * trigraphs:                             Preprocessor Options.
!                                                              (line  367)
  * twolevel_namespace:                    Darwin Options.     (line  196)
  * U:                                     Preprocessor Options.
                                                               (line   42)
- * u:                                     Link Options.       (line  280)
  * umbrella:                              Darwin Options.     (line  196)
  * undef:                                 Preprocessor Options.
                                                               (line   66)
--- 57105,57195 ----
  * plt:                                   RISC-V Options.     (line   17)
  * prebind:                               Darwin Options.     (line  196)
  * prebind_all_twolevel_modules:          Darwin Options.     (line  196)
! * print-file-name:                       Developer Options.  (line  898)
! * print-libgcc-file-name:                Developer Options.  (line  932)
! * print-multi-directory:                 Developer Options.  (line  904)
! * print-multi-lib:                       Developer Options.  (line  909)
! * print-multi-os-directory:              Developer Options.  (line  916)
! * print-multiarch:                       Developer Options.  (line  925)
  * print-objc-runtime-info:               Objective-C and Objective-C++ Dialect Options.
!                                                              (line  217)
! * print-prog-name:                       Developer Options.  (line  929)
! * print-search-dirs:                     Developer Options.  (line  940)
! * print-sysroot:                         Developer Options.  (line  953)
! * print-sysroot-headers-suffix:          Developer Options.  (line  960)
  * private_bundle:                        Darwin Options.     (line  196)
+ * pthread <1>:                           Link Options.       (line  114)
  * pthread:                               Preprocessor Options.
                                                               (line   70)
! * pthreads:                              Solaris 2 Options.  (line   32)
! * Q:                                     Developer Options.  (line  801)
  * Qn:                                    System V Options.   (line   18)
  * Qy:                                    System V Options.   (line   14)
  * rdynamic:                              Link Options.       (line  121)
  * read_only_relocs:                      Darwin Options.     (line  196)
  * remap:                                 Preprocessor Options.
!                                                              (line  380)
  * s:                                     Link Options.       (line  128)
! * S <1>:                                 Link Options.       (line   20)
! * S:                                     Overall Options.    (line  170)
! * save-temps:                            Developer Options.  (line  676)
! * save-temps=obj:                        Developer Options.  (line  702)
  * sectalign:                             Darwin Options.     (line  196)
  * sectcreate:                            Darwin Options.     (line  196)
  * sectobjectsymbols:                     Darwin Options.     (line  196)
  * sectorder:                             Darwin Options.     (line  196)
  * seg1addr:                              Darwin Options.     (line  196)
+ * seg_addr_table:                        Darwin Options.     (line  196)
+ * seg_addr_table_filename:               Darwin Options.     (line  196)
  * segaddr:                               Darwin Options.     (line  196)
  * seglinkedit:                           Darwin Options.     (line  196)
  * segprot:                               Darwin Options.     (line  196)
  * segs_read_only_addr:                   Darwin Options.     (line  196)
  * segs_read_write_addr:                  Darwin Options.     (line  196)
! * shared:                                Link Options.       (line  137)
! * shared-libgcc:                         Link Options.       (line  145)
  * short-calls:                           Adapteva Epiphany Options.
                                                               (line   61)
  * sim:                                   CRIS Options.       (line   95)
  * sim2:                                  CRIS Options.       (line  101)
  * single_module:                         Darwin Options.     (line  196)
  * specs:                                 Overall Options.    (line  340)
+ * static <1>:                            HPPA Options.       (line  192)
+ * static <2>:                            Darwin Options.     (line  196)
  * static:                                Link Options.       (line  132)
! * static-libasan:                        Link Options.       (line  180)
! * static-libgcc:                         Link Options.       (line  145)
! * static-liblsan:                        Link Options.       (line  198)
! * static-libmpx:                         Link Options.       (line  216)
! * static-libmpxwrappers:                 Link Options.       (line  225)
! * static-libstdc++:                      Link Options.       (line  235)
! * static-libtsan:                        Link Options.       (line  189)
! * static-libubsan:                       Link Options.       (line  207)
! * std <1>:                               Non-bugs.           (line  107)
  * std <2>:                               Other Builtins.     (line   31)
! * std <3>:                               C Dialect Options.  (line   47)
! * std:                                   Standards.          (line   13)
  * sub_library:                           Darwin Options.     (line  196)
  * sub_umbrella:                          Darwin Options.     (line  196)
! * symbolic:                              Link Options.       (line  246)
! * sysroot:                               Directory Options.  (line  170)
! * T:                                     Link Options.       (line  252)
  * target-help:                           Overall Options.    (line  219)
  * threads:                               HPPA Options.       (line  205)
! * time:                                  Developer Options.  (line  717)
  * tno-android-cc:                        GNU/Linux Options.  (line   36)
  * tno-android-ld:                        GNU/Linux Options.  (line   40)
+ * traditional <1>:                       Incompatibilities.  (line    6)
  * traditional:                           Preprocessor Options.
                                                               (line  357)
  * traditional-cpp:                       Preprocessor Options.
                                                               (line  357)
  * trigraphs:                             Preprocessor Options.
!                                                              (line  366)
  * twolevel_namespace:                    Darwin Options.     (line  196)
+ * u:                                     Link Options.       (line  284)
  * U:                                     Preprocessor Options.
                                                               (line   42)
  * umbrella:                              Darwin Options.     (line  196)
  * undef:                                 Preprocessor Options.
                                                               (line   66)
*************** look up both forms.
*** 56513,57055 ****
  * unexported_symbols_list:               Darwin Options.     (line  196)
  * v:                                     Overall Options.    (line  198)
  * version:                               Overall Options.    (line  323)
  * w:                                     Warning Options.    (line   25)
- * W:                                     Warning Options.    (line  195)
- * W <1>:                                 Warning Options.    (line 2214)
- * W <2>:                                 Warning Options.    (line 2310)
- * W <3>:                                 Incompatibilities.  (line   64)
  * Wa:                                    Assembler Options.  (line    9)
  * Wabi:                                  C++ Dialect Options.
!                                                              (line  446)
  * Wabi-tag:                              C++ Dialect Options.
!                                                              (line  550)
! * Waddr-space-convert:                   AVR Options.        (line  249)
! * Waddress:                              Warning Options.    (line 2109)
! * Waggregate-return:                     Warning Options.    (line 2145)
! * Waggressive-loop-optimizations:        Warning Options.    (line 2150)
! * Waligned-new:                          Warning Options.    (line 1724)
! * Wall:                                  Warning Options.    (line  130)
  * Wall <1>:                              Standard Libraries. (line    6)
! * Walloc-zero:                           Warning Options.    (line 1322)
! * Walloca:                               Warning Options.    (line 1342)
! * Warray-bounds:                         Warning Options.    (line 1405)
  * Wassign-intercept:                     Objective-C and Objective-C++ Dialect Options.
!                                                              (line  170)
! * Wattributes:                           Warning Options.    (line 2155)
! * Wbad-function-cast:                    Warning Options.    (line 1856)
! * Wbool-compare:                         Warning Options.    (line 1421)
! * Wbool-operation:                       Warning Options.    (line 1430)
! * Wbuiltin-declaration-mismatch:         Warning Options.    (line 2161)
! * Wbuiltin-macro-redefined:              Warning Options.    (line 2165)
! * Wc++-compat:                           Warning Options.    (line 1876)
! * Wc++11-compat:                         Warning Options.    (line 1881)
! * Wc++14-compat:                         Warning Options.    (line 1887)
! * Wc++1z-compat:                         Warning Options.    (line 1891)
! * Wc90-c99-compat:                       Warning Options.    (line 1861)
! * Wc99-c11-compat:                       Warning Options.    (line 1868)
! * Wcast-align:                           Warning Options.    (line 1912)
! * Wcast-qual:                            Warning Options.    (line 1896)
! * Wchar-subscripts:                      Warning Options.    (line  236)
! * Wchkp:                                 Warning Options.    (line  241)
! * Wclobbered:                            Warning Options.    (line 1931)
! * Wcomment:                              Warning Options.    (line 1798)
! * Wcomments:                             Warning Options.    (line 1798)
! * Wconditionally-supported:              Warning Options.    (line 1935)
! * Wconversion:                           Warning Options.    (line 1938)
! * Wconversion-null:                      Warning Options.    (line 1956)
  * Wctor-dtor-privacy:                    C++ Dialect Options.
!                                                              (line  555)
! * Wdangling-else:                        Warning Options.    (line 1977)
! * Wdate-time:                            Warning Options.    (line 2011)
! * Wdeclaration-after-statement:          Warning Options.    (line 1621)
! * Wdelete-incomplete:                    Warning Options.    (line 2016)
  * Wdelete-non-virtual-dtor:              C++ Dialect Options.
!                                                              (line  562)
! * Wdeprecated:                           Warning Options.    (line 2287)
! * Wdeprecated-declarations:              Warning Options.    (line 2291)
! * Wdisabled-optimization:                Warning Options.    (line 2487)
! * Wdiscarded-array-qualifiers:           Warning Options.    (line 1469)
! * Wdiscarded-qualifiers:                 Warning Options.    (line 1463)
! * Wdiv-by-zero:                          Warning Options.    (line 1487)
! * Wdouble-promotion:                     Warning Options.    (line  264)
! * Wduplicate-decl-specifier:             Warning Options.    (line  282)
! * Wduplicated-branches:                  Warning Options.    (line 1440)
! * Wduplicated-cond:                      Warning Options.    (line 1451)
  * weak_reference_mismatches:             Darwin Options.     (line  196)
  * Weffc++:                               C++ Dialect Options.
!                                                              (line  672)
! * Wempty-body:                           Warning Options.    (line 2023)
! * Wendif-labels:                         Warning Options.    (line 1842)
! * Wenum-compare:                         Warning Options.    (line 2027)
  * Werror:                                Warning Options.    (line   28)
  * Werror=:                               Warning Options.    (line   31)
! * Wexpansion-to-defined:                 Warning Options.    (line 1817)
! * Wextra:                                Warning Options.    (line  195)
! * Wextra <1>:                            Warning Options.    (line 2214)
! * Wextra <2>:                            Warning Options.    (line 2310)
  * Wfatal-errors:                         Warning Options.    (line   48)
! * Wfloat-conversion:                     Warning Options.    (line 2056)
! * Wfloat-equal:                          Warning Options.    (line 1521)
! * Wformat:                               Warning Options.    (line  287)
! * Wformat <1>:                           Warning Options.    (line  312)
! * Wformat <2>:                           Warning Options.    (line 1278)
! * Wformat <3>:                           Common Function Attributes.
                                                               (line  236)
! * Wformat-contains-nul:                  Warning Options.    (line  321)
! * Wformat-extra-args:                    Warning Options.    (line  325)
! * Wformat-nonliteral:                    Warning Options.    (line  430)
  * Wformat-nonliteral <1>:                Common Function Attributes.
!                                                              (line  301)
! * Wformat-overflow:                      Warning Options.    (line  340)
! * Wformat-overflow <1>:                  Warning Options.    (line  351)
! * Wformat-security:                      Warning Options.    (line  435)
! * Wformat-signedness:                    Warning Options.    (line  447)
! * Wformat-truncation:                    Warning Options.    (line  453)
! * Wformat-truncation <1>:                Warning Options.    (line  465)
! * Wformat-y2k:                           Warning Options.    (line  476)
! * Wformat-zero-length:                   Warning Options.    (line  420)
! * Wformat=:                              Warning Options.    (line  287)
! * Wformat=1:                             Warning Options.    (line  312)
! * Wformat=2:                             Warning Options.    (line  425)
! * Wframe-address:                        Warning Options.    (line 1457)
! * Wframe-larger-than:                    Warning Options.    (line 1679)
! * Wfree-nonheap-object:                  Warning Options.    (line 1688)
  * whatsloaded:                           Darwin Options.     (line  196)
  * whyload:                               Darwin Options.     (line  196)
! * Wignored-attributes:                   Warning Options.    (line  659)
! * Wignored-qualifiers:                   Warning Options.    (line  648)
! * Wimplicit:                             Warning Options.    (line  526)
! * Wimplicit-fallthrough:                 Warning Options.    (line  530)
! * Wimplicit-fallthrough=:                Warning Options.    (line  535)
! * Wimplicit-function-declaration:        Warning Options.    (line  520)
! * Wimplicit-int:                         Warning Options.    (line  516)
! * Wincompatible-pointer-types:           Warning Options.    (line 1475)
! * Winherited-variadic-ctor:              Warning Options.    (line 2375)
! * Winit-self:                            Warning Options.    (line  501)
! * Winline:                               Warning Options.    (line 2380)
  * Winline <1>:                           Inline.             (line   60)
! * Wint-conversion:                       Warning Options.    (line 1481)
! * Wint-in-bool-context:                  Warning Options.    (line 2405)
! * Wint-to-pointer-cast:                  Warning Options.    (line 2413)
! * Winvalid-memory-model:                 Warning Options.    (line 1020)
! * Winvalid-offsetof:                     Warning Options.    (line 2393)
! * Winvalid-pch:                          Warning Options.    (line 2422)
! * Wjump-misses-init:                     Warning Options.    (line 2033)
! * Wl:                                    Link Options.       (line  272)
! * Wlarger-than-LEN:                      Warning Options.    (line 1676)
! * Wlarger-than=LEN:                      Warning Options.    (line 1676)
  * Wliteral-suffix:                       C++ Dialect Options.
!                                                              (line  569)
! * Wlogical-not-parentheses:              Warning Options.    (line 2130)
! * Wlogical-op:                           Warning Options.    (line 2122)
! * Wlong-long:                            Warning Options.    (line 2426)
  * Wlto-type-mismatch:                    C++ Dialect Options.
!                                                              (line  595)
! * Wmain:                                 Warning Options.    (line  666)
! * Wmaybe-uninitialized:                  Warning Options.    (line 1037)
! * Wmemset-elt-size:                      Warning Options.    (line 2090)
! * Wmemset-transposed-args:               Warning Options.    (line 2098)
! * Wmisleading-indentation:               Warning Options.    (line  673)
! * Wmissing-braces:                       Warning Options.    (line  707)
! * Wmissing-declarations:                 Warning Options.    (line 2204)
! * Wmissing-field-initializers:           Warning Options.    (line 2214)
! * Wmissing-format-attribute:             Warning Options.    (line 1278)
! * Wmissing-include-dirs:                 Warning Options.    (line  718)
! * Wmissing-parameter-type:               Warning Options.    (line 2186)
! * Wmissing-prototypes:                   Warning Options.    (line 2194)
! * Wmisspelled-isr:                       AVR Options.        (line  254)
! * Wmultichar:                            Warning Options.    (line 2238)
  * Wmultiple-inheritance:                 C++ Dialect Options.
!                                                              (line  758)
  * Wnamespaces:                           C++ Dialect Options.
!                                                              (line  772)
  * Wnarrowing:                            C++ Dialect Options.
!                                                              (line  601)
! * Wnested-externs:                       Warning Options.    (line 2372)
  * Wno-abi:                               C++ Dialect Options.
!                                                              (line  446)
! * Wno-address:                           Warning Options.    (line 2109)
! * Wno-aggregate-return:                  Warning Options.    (line 2145)
! * Wno-aggressive-loop-optimizations:     Warning Options.    (line 2150)
! * Wno-aligned-new:                       Warning Options.    (line 1724)
! * Wno-all:                               Warning Options.    (line  130)
! * Wno-alloc-zero:                        Warning Options.    (line 1322)
! * Wno-alloca:                            Warning Options.    (line 1342)
! * Wno-array-bounds:                      Warning Options.    (line 1405)
  * Wno-assign-intercept:                  Objective-C and Objective-C++ Dialect Options.
!                                                              (line  170)
! * Wno-attributes:                        Warning Options.    (line 2155)
! * Wno-bad-function-cast:                 Warning Options.    (line 1856)
! * Wno-bool-compare:                      Warning Options.    (line 1421)
! * Wno-bool-operation:                    Warning Options.    (line 1430)
! * Wno-builtin-declaration-mismatch:      Warning Options.    (line 2161)
! * Wno-builtin-macro-redefined:           Warning Options.    (line 2165)
! * Wno-c90-c99-compat:                    Warning Options.    (line 1861)
! * Wno-c99-c11-compat:                    Warning Options.    (line 1868)
! * Wno-cast-align:                        Warning Options.    (line 1912)
! * Wno-cast-qual:                         Warning Options.    (line 1896)
! * Wno-char-subscripts:                   Warning Options.    (line  236)
! * Wno-clobbered:                         Warning Options.    (line 1931)
! * Wno-conditionally-supported:           Warning Options.    (line 1935)
! * Wno-conversion:                        Warning Options.    (line 1938)
! * Wno-conversion-null:                   Warning Options.    (line 1956)
! * Wno-coverage-mismatch:                 Warning Options.    (line  245)
  * Wno-ctor-dtor-privacy:                 C++ Dialect Options.
!                                                              (line  555)
! * Wno-dangling-else:                     Warning Options.    (line 1977)
! * Wno-date-time:                         Warning Options.    (line 2011)
! * Wno-declaration-after-statement:       Warning Options.    (line 1621)
! * Wno-delete-incomplete:                 Warning Options.    (line 2016)
  * Wno-delete-non-virtual-dtor:           C++ Dialect Options.
!                                                              (line  562)
! * Wno-deprecated:                        Warning Options.    (line 2287)
! * Wno-deprecated-declarations:           Warning Options.    (line 2291)
! * Wno-disabled-optimization:             Warning Options.    (line 2487)
! * Wno-discarded-array-qualifiers:        Warning Options.    (line 1469)
! * Wno-discarded-qualifiers:              Warning Options.    (line 1463)
! * Wno-div-by-zero:                       Warning Options.    (line 1487)
! * Wno-double-promotion:                  Warning Options.    (line  264)
! * Wno-duplicate-decl-specifier:          Warning Options.    (line  282)
! * Wno-duplicated-branches:               Warning Options.    (line 1440)
! * Wno-duplicated-cond:                   Warning Options.    (line 1451)
  * Wno-effc++:                            C++ Dialect Options.
!                                                              (line  672)
! * Wno-empty-body:                        Warning Options.    (line 2023)
! * Wno-endif-labels:                      Warning Options.    (line 1842)
! * Wno-enum-compare:                      Warning Options.    (line 2027)
  * Wno-error:                             Warning Options.    (line   28)
  * Wno-error=:                            Warning Options.    (line   31)
! * Wno-extra:                             Warning Options.    (line  195)
! * Wno-extra <1>:                         Warning Options.    (line 2214)
! * Wno-extra <2>:                         Warning Options.    (line 2310)
  * Wno-fatal-errors:                      Warning Options.    (line   48)
! * Wno-float-conversion:                  Warning Options.    (line 2056)
! * Wno-float-equal:                       Warning Options.    (line 1521)
! * Wno-format:                            Warning Options.    (line  287)
! * Wno-format <1>:                        Warning Options.    (line 1278)
! * Wno-format-contains-nul:               Warning Options.    (line  321)
! * Wno-format-extra-args:                 Warning Options.    (line  325)
! * Wno-format-nonliteral:                 Warning Options.    (line  430)
! * Wno-format-overflow:                   Warning Options.    (line  340)
! * Wno-format-overflow <1>:               Warning Options.    (line  351)
! * Wno-format-overflow <2>:               Warning Options.    (line  465)
! * Wno-format-security:                   Warning Options.    (line  435)
! * Wno-format-signedness:                 Warning Options.    (line  447)
! * Wno-format-truncation:                 Warning Options.    (line  453)
! * Wno-format-y2k:                        Warning Options.    (line  476)
! * Wno-format-zero-length:                Warning Options.    (line  420)
! * Wno-frame-address:                     Warning Options.    (line 1457)
! * Wno-free-nonheap-object:               Warning Options.    (line 1688)
! * Wno-ignored-attributes:                Warning Options.    (line  659)
! * Wno-ignored-qualifiers:                Warning Options.    (line  648)
! * Wno-implicit:                          Warning Options.    (line  526)
! * Wno-implicit-fallthrough:              Warning Options.    (line  530)
! * Wno-implicit-function-declaration:     Warning Options.    (line  520)
! * Wno-implicit-int:                      Warning Options.    (line  516)
! * Wno-incompatible-pointer-types:        Warning Options.    (line 1475)
! * Wno-inherited-variadic-ctor:           Warning Options.    (line 2375)
! * Wno-init-self:                         Warning Options.    (line  501)
! * Wno-inline:                            Warning Options.    (line 2380)
! * Wno-int-conversion:                    Warning Options.    (line 1481)
! * Wno-int-in-bool-context:               Warning Options.    (line 2405)
! * Wno-int-to-pointer-cast:               Warning Options.    (line 2413)
! * Wno-invalid-memory-model:              Warning Options.    (line 1020)
! * Wno-invalid-offsetof:                  Warning Options.    (line 2393)
! * Wno-invalid-pch:                       Warning Options.    (line 2422)
! * Wno-jump-misses-init:                  Warning Options.    (line 2033)
  * Wno-literal-suffix:                    C++ Dialect Options.
!                                                              (line  569)
! * Wno-logical-not-parentheses:           Warning Options.    (line 2130)
! * Wno-logical-op:                        Warning Options.    (line 2122)
! * Wno-long-long:                         Warning Options.    (line 2426)
  * Wno-lto-type-mismatch:                 C++ Dialect Options.
!                                                              (line  595)
! * Wno-main:                              Warning Options.    (line  666)
! * Wno-maybe-uninitialized:               Warning Options.    (line 1037)
! * Wno-memset-elt-size:                   Warning Options.    (line 2090)
! * Wno-memset-transposed-args:            Warning Options.    (line 2098)
! * Wno-misleading-indentation:            Warning Options.    (line  673)
! * Wno-missing-braces:                    Warning Options.    (line  707)
! * Wno-missing-declarations:              Warning Options.    (line 2204)
! * Wno-missing-field-initializers:        Warning Options.    (line 2214)
! * Wno-missing-format-attribute:          Warning Options.    (line 1278)
! * Wno-missing-include-dirs:              Warning Options.    (line  718)
! * Wno-missing-parameter-type:            Warning Options.    (line 2186)
! * Wno-missing-prototypes:                Warning Options.    (line 2194)
! * Wno-multichar:                         Warning Options.    (line 2238)
  * Wno-narrowing:                         C++ Dialect Options.
!                                                              (line  601)
! * Wno-nested-externs:                    Warning Options.    (line 2372)
  * Wno-noexcept:                          C++ Dialect Options.
!                                                              (line  617)
  * Wno-noexcept-type:                     C++ Dialect Options.
!                                                              (line  623)
  * Wno-non-template-friend:               C++ Dialect Options.
!                                                              (line  707)
  * Wno-non-virtual-dtor:                  C++ Dialect Options.
!                                                              (line  632)
! * Wno-nonnull:                           Warning Options.    (line  480)
! * Wno-nonnull-compare:                   Warning Options.    (line  487)
! * Wno-normalized:                        Warning Options.    (line 2244)
! * Wno-null-dereference:                  Warning Options.    (line  494)
! * Wno-odr:                               Warning Options.    (line 2300)
  * Wno-old-style-cast:                    C++ Dialect Options.
-                                                              (line  716)
- * Wno-old-style-declaration:             Warning Options.    (line 2176)
- * Wno-old-style-definition:              Warning Options.    (line 2182)
- * Wno-overflow:                          Warning Options.    (line 2297)
- * Wno-overlength-strings:                Warning Options.    (line 2507)
- * Wno-overloaded-virtual:                C++ Dialect Options.
                                                               (line  722)
! * Wno-override-init:                     Warning Options.    (line 2310)
! * Wno-override-init-side-effects:        Warning Options.    (line 2318)
! * Wno-packed:                            Warning Options.    (line 2323)
! * Wno-packed-bitfield-compat:            Warning Options.    (line 2340)
! * Wno-padded:                            Warning Options.    (line 2357)
! * Wno-parentheses:                       Warning Options.    (line  721)
! * Wno-pedantic-ms-format:                Warning Options.    (line 1718)
! * Wno-placement-new:                     Warning Options.    (line 1735)
! * Wno-pmf-conversions:                   C++ Dialect Options.
!                                                              (line  741)
  * Wno-pmf-conversions <1>:               Bound member functions.
                                                               (line   35)
! * Wno-pointer-arith:                     Warning Options.    (line 1770)
! * Wno-pointer-compare:                   Warning Options.    (line 1777)
! * Wno-pointer-sign:                      Warning Options.    (line 2496)
! * Wno-pointer-to-int-cast:               Warning Options.    (line 2418)
! * Wno-pragmas:                           Warning Options.    (line 1087)
  * Wno-protocol:                          Objective-C and Objective-C++ Dialect Options.
!                                                              (line  174)
! * Wno-redundant-decls:                   Warning Options.    (line 2364)
  * Wno-register:                          C++ Dialect Options.
!                                                              (line  640)
  * Wno-reorder:                           C++ Dialect Options.
!                                                              (line  647)
! * Wno-restrict:                          Warning Options.    (line 2368)
! * Wno-return-local-addr:                 Warning Options.    (line  792)
! * Wno-return-type:                       Warning Options.    (line  796)
  * Wno-selector:                          Objective-C and Objective-C++ Dialect Options.
!                                                              (line  184)
! * Wno-sequence-point:                    Warning Options.    (line  739)
! * Wno-shadow:                            Warning Options.    (line 1627)
! * Wno-shadow-ivar:                       Warning Options.    (line 1635)
! * Wno-shift-count-negative:              Warning Options.    (line  814)
! * Wno-shift-count-overflow:              Warning Options.    (line  818)
! * Wno-shift-negative-value:              Warning Options.    (line  822)
! * Wno-shift-overflow:                    Warning Options.    (line  827)
! * Wno-sign-compare:                      Warning Options.    (line 2044)
! * Wno-sign-conversion:                   Warning Options.    (line 2050)
  * Wno-sign-promo:                        C++ Dialect Options.
!                                                              (line  745)
! * Wno-sized-deallocation:                Warning Options.    (line 2066)
! * Wno-sizeof-array-argument:             Warning Options.    (line 2085)
! * Wno-sizeof-pointer-memaccess:          Warning Options.    (line 2077)
! * Wno-stack-protector:                   Warning Options.    (line 2502)
! * Wno-strict-aliasing:                   Warning Options.    (line 1092)
  * Wno-strict-null-sentinel:              C++ Dialect Options.
!                                                              (line  700)
! * Wno-strict-overflow:                   Warning Options.    (line 1131)
! * Wno-strict-prototypes:                 Warning Options.    (line 2170)
  * Wno-strict-selector-match:             Objective-C and Objective-C++ Dialect Options.
!                                                              (line  196)
! * Wno-stringop-overflow:                 Warning Options.    (line 1181)
! * Wno-stringop-overflow <1>:             Warning Options.    (line 1220)
! * Wno-subobject-linkage:                 Warning Options.    (line 1964)
! * Wno-suggest-attribute=:                Warning Options.    (line 1258)
! * Wno-suggest-attribute=const:           Warning Options.    (line 1264)
! * Wno-suggest-attribute=format:          Warning Options.    (line 1278)
! * Wno-suggest-attribute=noreturn:        Warning Options.    (line 1264)
! * Wno-suggest-attribute=pure:            Warning Options.    (line 1264)
! * Wno-suggest-final-methods:             Warning Options.    (line 1308)
! * Wno-suggest-final-types:               Warning Options.    (line 1299)
! * Wno-switch:                            Warning Options.    (line  842)
! * Wno-switch-bool:                       Warning Options.    (line  862)
! * Wno-switch-default:                    Warning Options.    (line  850)
! * Wno-switch-enum:                       Warning Options.    (line  853)
! * Wno-switch-unreachable:                Warning Options.    (line  873)
! * Wno-sync-nand:                         Warning Options.    (line  897)
! * Wno-system-headers:                    Warning Options.    (line 1492)
! * Wno-tautological-compare:              Warning Options.    (line 1503)
  * Wno-terminate:                         C++ Dialect Options.
!                                                              (line  779)
! * Wno-traditional:                       Warning Options.    (line 1536)
! * Wno-traditional-conversion:            Warning Options.    (line 1613)
! * Wno-trampolines:                       Warning Options.    (line 1511)
! * Wno-type-limits:                       Warning Options.    (line 1790)
  * Wno-undeclared-selector:               Objective-C and Objective-C++ Dialect Options.
!                                                              (line  204)
! * Wno-undef:                             Warning Options.    (line 1813)
! * Wno-uninitialized:                     Warning Options.    (line  998)
! * Wno-unknown-pragmas:                   Warning Options.    (line 1080)
! * Wno-unsafe-loop-optimizations:         Warning Options.    (line 1712)
! * Wno-unused:                            Warning Options.    (line  991)
! * Wno-unused-but-set-parameter:          Warning Options.    (line  902)
! * Wno-unused-but-set-variable:           Warning Options.    (line  911)
! * Wno-unused-const-variable:             Warning Options.    (line  958)
! * Wno-unused-function:                   Warning Options.    (line  921)
! * Wno-unused-label:                      Warning Options.    (line  926)
! * Wno-unused-parameter:                  Warning Options.    (line  937)
! * Wno-unused-result:                     Warning Options.    (line  944)
! * Wno-unused-value:                      Warning Options.    (line  981)
! * Wno-unused-variable:                   Warning Options.    (line  949)
! * Wno-useless-cast:                      Warning Options.    (line 2020)
! * Wno-varargs:                           Warning Options.    (line 2437)
! * Wno-variadic-macros:                   Warning Options.    (line 2431)
! * Wno-vector-operation-performance:      Warning Options.    (line 2442)
! * Wno-virtual-move-assign:               Warning Options.    (line 2452)
! * Wno-vla:                               Warning Options.    (line 2461)
! * Wno-volatile-register-var:             Warning Options.    (line 2481)
! * Wno-write-strings:                     Warning Options.    (line 1918)
! * Wno-zero-as-null-pointer-constant:     Warning Options.    (line 1960)
  * Wnoexcept:                             C++ Dialect Options.
!                                                              (line  617)
  * Wnoexcept-type:                        C++ Dialect Options.
!                                                              (line  623)
  * Wnon-template-friend:                  C++ Dialect Options.
!                                                              (line  707)
  * Wnon-virtual-dtor:                     C++ Dialect Options.
!                                                              (line  632)
! * Wnonnull:                              Warning Options.    (line  480)
! * Wnonnull-compare:                      Warning Options.    (line  487)
! * Wnormalized:                           Warning Options.    (line 2244)
! * Wnormalized=:                          Warning Options.    (line 2244)
! * Wnull-dereference:                     Warning Options.    (line  494)
! * Wodr:                                  Warning Options.    (line 2300)
  * Wold-style-cast:                       C++ Dialect Options.
-                                                              (line  716)
- * Wold-style-declaration:                Warning Options.    (line 2176)
- * Wold-style-definition:                 Warning Options.    (line 2182)
- * Wopenm-simd:                           Warning Options.    (line 2305)
- * Woverflow:                             Warning Options.    (line 2297)
- * Woverlength-strings:                   Warning Options.    (line 2507)
- * Woverloaded-virtual:                   C++ Dialect Options.
                                                               (line  722)
! * Woverride-init:                        Warning Options.    (line 2310)
! * Woverride-init-side-effects:           Warning Options.    (line 2318)
  * Wp:                                    Preprocessor Options.
!                                                              (line  445)
! * Wpacked:                               Warning Options.    (line 2323)
! * Wpacked-bitfield-compat:               Warning Options.    (line 2340)
! * Wpadded:                               Warning Options.    (line 2357)
! * Wparentheses:                          Warning Options.    (line  721)
! * Wpedantic:                             Warning Options.    (line   80)
! * Wpedantic-ms-format:                   Warning Options.    (line 1718)
! * Wplacement-new:                        Warning Options.    (line 1735)
  * Wpmf-conversions:                      C++ Dialect Options.
!                                                              (line  741)
! * Wpointer-arith:                        Warning Options.    (line 1770)
  * Wpointer-arith <1>:                    Pointer Arith.      (line   13)
! * Wpointer-compare:                      Warning Options.    (line 1777)
! * Wpointer-sign:                         Warning Options.    (line 2496)
! * Wpointer-to-int-cast:                  Warning Options.    (line 2418)
! * Wpragmas:                              Warning Options.    (line 1087)
  * Wprotocol:                             Objective-C and Objective-C++ Dialect Options.
!                                                              (line  174)
  * wrapper:                               Overall Options.    (line  349)
! * Wredundant-decls:                      Warning Options.    (line 2364)
  * Wregister:                             C++ Dialect Options.
!                                                              (line  640)
  * Wreorder:                              C++ Dialect Options.
!                                                              (line  647)
! * Wrestrict:                             Warning Options.    (line 2368)
! * Wreturn-local-addr:                    Warning Options.    (line  792)
! * Wreturn-type:                          Warning Options.    (line  796)
  * Wselector:                             Objective-C and Objective-C++ Dialect Options.
!                                                              (line  184)
! * Wsequence-point:                       Warning Options.    (line  739)
! * Wshadow:                               Warning Options.    (line 1627)
! * Wshadow-ivar:                          Warning Options.    (line 1635)
! * Wshadow=compatible-local:              Warning Options.    (line 1646)
! * Wshadow=local:                         Warning Options.    (line 1639)
! * Wshadow=local <1>:                     Warning Options.    (line 1642)
! * Wshift-count-negative:                 Warning Options.    (line  814)
! * Wshift-count-overflow:                 Warning Options.    (line  818)
! * Wshift-negative-value:                 Warning Options.    (line  822)
! * Wshift-overflow:                       Warning Options.    (line  827)
! * Wsign-compare:                         Warning Options.    (line 2044)
! * Wsign-conversion:                      Warning Options.    (line 2050)
  * Wsign-promo:                           C++ Dialect Options.
!                                                              (line  745)
! * Wsized-deallocation:                   Warning Options.    (line 2066)
! * Wsizeof-array-argument:                Warning Options.    (line 2085)
! * Wsizeof-pointer-memaccess:             Warning Options.    (line 2077)
! * Wstack-protector:                      Warning Options.    (line 2502)
! * Wstack-usage:                          Warning Options.    (line 1692)
! * Wstrict-aliasing:                      Warning Options.    (line 1092)
! * Wstrict-aliasing=n:                    Warning Options.    (line 1099)
  * Wstrict-null-sentinel:                 C++ Dialect Options.
!                                                              (line  700)
! * Wstrict-overflow:                      Warning Options.    (line 1131)
! * Wstrict-prototypes:                    Warning Options.    (line 2170)
  * Wstrict-selector-match:                Objective-C and Objective-C++ Dialect Options.
!                                                              (line  196)
! * Wstringop-overflow:                    Warning Options.    (line 1181)
! * Wstringop-overflow <1>:                Warning Options.    (line 1220)
! * Wsubobject-linkage:                    Warning Options.    (line 1964)
! * Wsuggest-attribute=:                   Warning Options.    (line 1258)
! * Wsuggest-attribute=const:              Warning Options.    (line 1264)
! * Wsuggest-attribute=format:             Warning Options.    (line 1278)
! * Wsuggest-attribute=noreturn:           Warning Options.    (line 1264)
! * Wsuggest-attribute=pure:               Warning Options.    (line 1264)
! * Wsuggest-final-methods:                Warning Options.    (line 1308)
! * Wsuggest-final-types:                  Warning Options.    (line 1299)
! * Wswitch:                               Warning Options.    (line  842)
! * Wswitch-bool:                          Warning Options.    (line  862)
! * Wswitch-default:                       Warning Options.    (line  850)
! * Wswitch-enum:                          Warning Options.    (line  853)
! * Wswitch-unreachable:                   Warning Options.    (line  873)
! * Wsync-nand:                            Warning Options.    (line  897)
! * Wsystem-headers:                       Warning Options.    (line 1492)
! * Wtautological-compare:                 Warning Options.    (line 1503)
  * Wtemplates:                            C++ Dialect Options.
!                                                              (line  751)
  * Wterminate:                            C++ Dialect Options.
!                                                              (line  779)
! * Wtraditional:                          Warning Options.    (line 1536)
! * Wtraditional-conversion:               Warning Options.    (line 1613)
! * Wtrampolines:                          Warning Options.    (line 1511)
! * Wtrigraphs:                            Warning Options.    (line 1803)
! * Wtype-limits:                          Warning Options.    (line 1790)
  * Wundeclared-selector:                  Objective-C and Objective-C++ Dialect Options.
!                                                              (line  204)
! * Wundef:                                Warning Options.    (line 1813)
! * Wuninitialized:                        Warning Options.    (line  998)
! * Wunknown-pragmas:                      Warning Options.    (line 1080)
! * Wunsafe-loop-optimizations:            Warning Options.    (line 1712)
! * Wunsuffixed-float-constants:           Warning Options.    (line 2522)
! * Wunused:                               Warning Options.    (line  991)
! * Wunused-but-set-parameter:             Warning Options.    (line  902)
! * Wunused-but-set-variable:              Warning Options.    (line  911)
! * Wunused-const-variable:                Warning Options.    (line  958)
! * Wunused-function:                      Warning Options.    (line  921)
! * Wunused-label:                         Warning Options.    (line  926)
! * Wunused-local-typedefs:                Warning Options.    (line  933)
! * Wunused-macros:                        Warning Options.    (line 1823)
! * Wunused-parameter:                     Warning Options.    (line  937)
! * Wunused-result:                        Warning Options.    (line  944)
! * Wunused-value:                         Warning Options.    (line  981)
! * Wunused-variable:                      Warning Options.    (line  949)
! * Wuseless-cast:                         Warning Options.    (line 2020)
! * Wvarargs:                              Warning Options.    (line 2437)
! * Wvariadic-macros:                      Warning Options.    (line 2431)
! * Wvector-operation-performance:         Warning Options.    (line 2442)
  * Wvirtual-inheritance:                  C++ Dialect Options.
!                                                              (line  765)
! * Wvirtual-move-assign:                  Warning Options.    (line 2452)
! * Wvla:                                  Warning Options.    (line 2461)
! * Wvolatile-register-var:                Warning Options.    (line 2481)
! * Wwrite-strings:                        Warning Options.    (line 1918)
! * Wzero-as-null-pointer-constant:        Warning Options.    (line 1960)
  * x:                                     Overall Options.    (line  129)
  * Xassembler:                            Assembler Options.  (line   13)
  * Xbind-lazy:                            VxWorks Options.    (line   26)
  * Xbind-now:                             VxWorks Options.    (line   30)
! * Xlinker:                               Link Options.       (line  254)
  * Xpreprocessor:                         Preprocessor Options.
!                                                              (line  456)
  * Ym:                                    System V Options.   (line   26)
  * YP:                                    System V Options.   (line   22)
! * z:                                     Link Options.       (line  285)
  
  
  File: gcc.info,  Node: Keyword Index,  Prev: Option Index,  Up: Top
--- 57197,57723 ----
  * unexported_symbols_list:               Darwin Options.     (line  196)
  * v:                                     Overall Options.    (line  198)
  * version:                               Overall Options.    (line  323)
+ * W <1>:                                 Incompatibilities.  (line   64)
+ * W:                                     Warning Options.    (line  197)
  * w:                                     Warning Options.    (line   25)
  * Wa:                                    Assembler Options.  (line    9)
  * Wabi:                                  C++ Dialect Options.
!                                                              (line  448)
  * Wabi-tag:                              C++ Dialect Options.
!                                                              (line  555)
! * Waddr-space-convert:                   AVR Options.        (line  246)
! * Waddress:                              Warning Options.    (line 2133)
! * Waggregate-return:                     Warning Options.    (line 2169)
! * Waggressive-loop-optimizations:        Warning Options.    (line 2174)
! * Waligned-new:                          Warning Options.    (line 1744)
  * Wall <1>:                              Standard Libraries. (line    6)
! * Wall:                                  Warning Options.    (line  133)
! * Walloc-zero:                           Warning Options.    (line 1339)
! * Walloca:                               Warning Options.    (line 1359)
! * Warray-bounds:                         Warning Options.    (line 1422)
  * Wassign-intercept:                     Objective-C and Objective-C++ Dialect Options.
!                                                              (line  171)
! * Wattributes:                           Warning Options.    (line 2179)
! * Wbad-function-cast:                    Warning Options.    (line 1877)
! * Wbool-compare:                         Warning Options.    (line 1438)
! * Wbool-operation:                       Warning Options.    (line 1447)
! * Wbuiltin-declaration-mismatch:         Warning Options.    (line 2185)
! * Wbuiltin-macro-redefined:              Warning Options.    (line 2189)
! * Wc++-compat:                           Warning Options.    (line 1899)
! * Wc++11-compat:                         Warning Options.    (line 1904)
! * Wc++14-compat:                         Warning Options.    (line 1910)
! * Wc++1z-compat:                         Warning Options.    (line 1914)
! * Wc90-c99-compat:                       Warning Options.    (line 1882)
! * Wc99-c11-compat:                       Warning Options.    (line 1890)
! * Wcast-align:                           Warning Options.    (line 1935)
! * Wcast-qual:                            Warning Options.    (line 1919)
! * Wchar-subscripts:                      Warning Options.    (line  238)
! * Wchkp:                                 Warning Options.    (line  243)
! * Wclobbered:                            Warning Options.    (line 1955)
! * Wcomment:                              Warning Options.    (line 1819)
! * Wcomments:                             Warning Options.    (line 1819)
! * Wconditionally-supported:              Warning Options.    (line 1959)
! * Wconversion:                           Warning Options.    (line 1962)
! * Wconversion-null:                      Warning Options.    (line 1980)
  * Wctor-dtor-privacy:                    C++ Dialect Options.
!                                                              (line  560)
! * Wdangling-else:                        Warning Options.    (line 2001)
! * Wdate-time:                            Warning Options.    (line 2035)
! * Wdeclaration-after-statement:          Warning Options.    (line 1639)
! * Wdelete-incomplete:                    Warning Options.    (line 2040)
  * Wdelete-non-virtual-dtor:              C++ Dialect Options.
!                                                              (line  567)
! * Wdeprecated:                           Warning Options.    (line 2312)
! * Wdeprecated-declarations:              Warning Options.    (line 2316)
! * Wdisabled-optimization:                Warning Options.    (line 2513)
! * Wdiscarded-array-qualifiers:           Warning Options.    (line 1486)
! * Wdiscarded-qualifiers:                 Warning Options.    (line 1480)
! * Wdiv-by-zero:                          Warning Options.    (line 1504)
! * Wdouble-promotion:                     Warning Options.    (line  266)
! * Wduplicate-decl-specifier:             Warning Options.    (line  284)
! * Wduplicated-branches:                  Warning Options.    (line 1457)
! * Wduplicated-cond:                      Warning Options.    (line 1468)
  * weak_reference_mismatches:             Darwin Options.     (line  196)
  * Weffc++:                               C++ Dialect Options.
!                                                              (line  676)
! * Wempty-body:                           Warning Options.    (line 2047)
! * Wendif-labels:                         Warning Options.    (line 1863)
! * Wenum-compare:                         Warning Options.    (line 2051)
  * Werror:                                Warning Options.    (line   28)
  * Werror=:                               Warning Options.    (line   31)
! * Wexpansion-to-defined:                 Warning Options.    (line 1838)
! * Wextra:                                Warning Options.    (line  197)
  * Wfatal-errors:                         Warning Options.    (line   48)
! * Wfloat-conversion:                     Warning Options.    (line 2080)
! * Wfloat-equal:                          Warning Options.    (line 1538)
! * Wformat <1>:                           Common Function Attributes.
                                                               (line  236)
! * Wformat:                               Warning Options.    (line  290)
! * Wformat-contains-nul:                  Warning Options.    (line  327)
! * Wformat-extra-args:                    Warning Options.    (line  331)
  * Wformat-nonliteral <1>:                Common Function Attributes.
!                                                              (line  302)
! * Wformat-nonliteral:                    Warning Options.    (line  437)
! * Wformat-overflow:                      Warning Options.    (line  346)
! * Wformat-security:                      Warning Options.    (line  442)
! * Wformat-signedness:                    Warning Options.    (line  454)
! * Wformat-truncation:                    Warning Options.    (line  460)
! * Wformat-y2k:                           Warning Options.    (line  485)
! * Wformat-zero-length:                   Warning Options.    (line  427)
! * Wformat=:                              Warning Options.    (line  290)
! * Wformat=1:                             Warning Options.    (line  317)
! * Wformat=2:                             Warning Options.    (line  432)
! * Wframe-address:                        Warning Options.    (line 1474)
! * Wframe-larger-than:                    Warning Options.    (line 1697)
! * Wfree-nonheap-object:                  Warning Options.    (line 1706)
  * whatsloaded:                           Darwin Options.     (line  196)
  * whyload:                               Darwin Options.     (line  196)
! * Wignored-attributes:                   Warning Options.    (line  671)
! * Wignored-qualifiers:                   Warning Options.    (line  660)
! * Wimplicit:                             Warning Options.    (line  535)
! * Wimplicit-fallthrough:                 Warning Options.    (line  539)
! * Wimplicit-fallthrough=:                Warning Options.    (line  544)
! * Wimplicit-function-declaration:        Warning Options.    (line  529)
! * Wimplicit-int:                         Warning Options.    (line  525)
! * Wincompatible-pointer-types:           Warning Options.    (line 1492)
! * Winherited-variadic-ctor:              Warning Options.    (line 2401)
! * Winit-self:                            Warning Options.    (line  510)
  * Winline <1>:                           Inline.             (line   60)
! * Winline:                               Warning Options.    (line 2406)
! * Wint-conversion:                       Warning Options.    (line 1498)
! * Wint-in-bool-context:                  Warning Options.    (line 2431)
! * Wint-to-pointer-cast:                  Warning Options.    (line 2439)
! * Winvalid-memory-model:                 Warning Options.    (line 1034)
! * Winvalid-offsetof:                     Warning Options.    (line 2419)
! * Winvalid-pch:                          Warning Options.    (line 2448)
! * Wjump-misses-init:                     Warning Options.    (line 2057)
! * Wl:                                    Link Options.       (line  276)
! * Wlarger-than-LEN:                      Warning Options.    (line 1694)
! * Wlarger-than=LEN:                      Warning Options.    (line 1694)
  * Wliteral-suffix:                       C++ Dialect Options.
!                                                              (line  574)
! * Wlogical-not-parentheses:              Warning Options.    (line 2154)
! * Wlogical-op:                           Warning Options.    (line 2146)
! * Wlong-long:                            Warning Options.    (line 2452)
  * Wlto-type-mismatch:                    C++ Dialect Options.
!                                                              (line  600)
! * Wmain:                                 Warning Options.    (line  678)
! * Wmaybe-uninitialized:                  Warning Options.    (line 1051)
! * Wmemset-elt-size:                      Warning Options.    (line 2114)
! * Wmemset-transposed-args:               Warning Options.    (line 2122)
! * Wmisleading-indentation:               Warning Options.    (line  685)
! * Wmissing-braces:                       Warning Options.    (line  719)
! * Wmissing-declarations:                 Warning Options.    (line 2228)
! * Wmissing-field-initializers:           Warning Options.    (line 2238)
! * Wmissing-format-attribute:             Warning Options.    (line 1295)
! * Wmissing-include-dirs:                 Warning Options.    (line  730)
! * Wmissing-parameter-type:               Warning Options.    (line 2210)
! * Wmissing-prototypes:                   Warning Options.    (line 2218)
! * Wmisspelled-isr:                       AVR Options.        (line  251)
! * Wmultichar:                            Warning Options.    (line 2262)
  * Wmultiple-inheritance:                 C++ Dialect Options.
!                                                              (line  764)
  * Wnamespaces:                           C++ Dialect Options.
!                                                              (line  780)
  * Wnarrowing:                            C++ Dialect Options.
!                                                              (line  605)
! * Wnested-externs:                       Warning Options.    (line 2398)
  * Wno-abi:                               C++ Dialect Options.
!                                                              (line  448)
! * Wno-address:                           Warning Options.    (line 2133)
! * Wno-aggregate-return:                  Warning Options.    (line 2169)
! * Wno-aggressive-loop-optimizations:     Warning Options.    (line 2174)
! * Wno-aligned-new:                       Warning Options.    (line 1744)
! * Wno-all:                               Warning Options.    (line  133)
! * Wno-alloc-zero:                        Warning Options.    (line 1339)
! * Wno-alloca:                            Warning Options.    (line 1359)
! * Wno-array-bounds:                      Warning Options.    (line 1422)
  * Wno-assign-intercept:                  Objective-C and Objective-C++ Dialect Options.
!                                                              (line  171)
! * Wno-attributes:                        Warning Options.    (line 2179)
! * Wno-bad-function-cast:                 Warning Options.    (line 1877)
! * Wno-bool-compare:                      Warning Options.    (line 1438)
! * Wno-bool-operation:                    Warning Options.    (line 1447)
! * Wno-builtin-declaration-mismatch:      Warning Options.    (line 2185)
! * Wno-builtin-macro-redefined:           Warning Options.    (line 2189)
! * Wno-c90-c99-compat:                    Warning Options.    (line 1882)
! * Wno-c99-c11-compat:                    Warning Options.    (line 1890)
! * Wno-cast-align:                        Warning Options.    (line 1935)
! * Wno-cast-qual:                         Warning Options.    (line 1919)
! * Wno-char-subscripts:                   Warning Options.    (line  238)
! * Wno-clobbered:                         Warning Options.    (line 1955)
! * Wno-conditionally-supported:           Warning Options.    (line 1959)
! * Wno-conversion:                        Warning Options.    (line 1962)
! * Wno-conversion-null:                   Warning Options.    (line 1980)
! * Wno-coverage-mismatch:                 Warning Options.    (line  247)
  * Wno-ctor-dtor-privacy:                 C++ Dialect Options.
!                                                              (line  560)
! * Wno-dangling-else:                     Warning Options.    (line 2001)
! * Wno-date-time:                         Warning Options.    (line 2035)
! * Wno-declaration-after-statement:       Warning Options.    (line 1639)
! * Wno-delete-incomplete:                 Warning Options.    (line 2040)
  * Wno-delete-non-virtual-dtor:           C++ Dialect Options.
!                                                              (line  567)
! * Wno-deprecated:                        Warning Options.    (line 2312)
! * Wno-deprecated-declarations:           Warning Options.    (line 2316)
! * Wno-disabled-optimization:             Warning Options.    (line 2513)
! * Wno-discarded-array-qualifiers:        Warning Options.    (line 1486)
! * Wno-discarded-qualifiers:              Warning Options.    (line 1480)
! * Wno-div-by-zero:                       Warning Options.    (line 1504)
! * Wno-double-promotion:                  Warning Options.    (line  266)
! * Wno-duplicate-decl-specifier:          Warning Options.    (line  284)
! * Wno-duplicated-branches:               Warning Options.    (line 1457)
! * Wno-duplicated-cond:                   Warning Options.    (line 1468)
  * Wno-effc++:                            C++ Dialect Options.
!                                                              (line  676)
! * Wno-empty-body:                        Warning Options.    (line 2047)
! * Wno-endif-labels:                      Warning Options.    (line 1863)
! * Wno-enum-compare:                      Warning Options.    (line 2051)
  * Wno-error:                             Warning Options.    (line   28)
  * Wno-error=:                            Warning Options.    (line   31)
! * Wno-extra:                             Warning Options.    (line  197)
  * Wno-fatal-errors:                      Warning Options.    (line   48)
! * Wno-float-conversion:                  Warning Options.    (line 2080)
! * Wno-float-equal:                       Warning Options.    (line 1538)
! * Wno-format:                            Warning Options.    (line  290)
! * Wno-format-contains-nul:               Warning Options.    (line  327)
! * Wno-format-extra-args:                 Warning Options.    (line  331)
! * Wno-format-nonliteral:                 Warning Options.    (line  437)
! * Wno-format-overflow:                   Warning Options.    (line  346)
! * Wno-format-security:                   Warning Options.    (line  442)
! * Wno-format-signedness:                 Warning Options.    (line  454)
! * Wno-format-truncation:                 Warning Options.    (line  460)
! * Wno-format-y2k:                        Warning Options.    (line  485)
! * Wno-format-zero-length:                Warning Options.    (line  427)
! * Wno-frame-address:                     Warning Options.    (line 1474)
! * Wno-free-nonheap-object:               Warning Options.    (line 1706)
! * Wno-ignored-attributes:                Warning Options.    (line  671)
! * Wno-ignored-qualifiers:                Warning Options.    (line  660)
! * Wno-implicit:                          Warning Options.    (line  535)
! * Wno-implicit-fallthrough:              Warning Options.    (line  539)
! * Wno-implicit-function-declaration:     Warning Options.    (line  529)
! * Wno-implicit-int:                      Warning Options.    (line  525)
! * Wno-incompatible-pointer-types:        Warning Options.    (line 1492)
! * Wno-inherited-variadic-ctor:           Warning Options.    (line 2401)
! * Wno-init-self:                         Warning Options.    (line  510)
! * Wno-inline:                            Warning Options.    (line 2406)
! * Wno-int-conversion:                    Warning Options.    (line 1498)
! * Wno-int-in-bool-context:               Warning Options.    (line 2431)
! * Wno-int-to-pointer-cast:               Warning Options.    (line 2439)
! * Wno-invalid-memory-model:              Warning Options.    (line 1034)
! * Wno-invalid-offsetof:                  Warning Options.    (line 2419)
! * Wno-invalid-pch:                       Warning Options.    (line 2448)
! * Wno-jump-misses-init:                  Warning Options.    (line 2057)
  * Wno-literal-suffix:                    C++ Dialect Options.
!                                                              (line  574)
! * Wno-logical-not-parentheses:           Warning Options.    (line 2154)
! * Wno-logical-op:                        Warning Options.    (line 2146)
! * Wno-long-long:                         Warning Options.    (line 2452)
  * Wno-lto-type-mismatch:                 C++ Dialect Options.
!                                                              (line  600)
! * Wno-main:                              Warning Options.    (line  678)
! * Wno-maybe-uninitialized:               Warning Options.    (line 1051)
! * Wno-memset-elt-size:                   Warning Options.    (line 2114)
! * Wno-memset-transposed-args:            Warning Options.    (line 2122)
! * Wno-misleading-indentation:            Warning Options.    (line  685)
! * Wno-missing-braces:                    Warning Options.    (line  719)
! * Wno-missing-declarations:              Warning Options.    (line 2228)
! * Wno-missing-field-initializers:        Warning Options.    (line 2238)
! * Wno-missing-format-attribute:          Warning Options.    (line 1295)
! * Wno-missing-include-dirs:              Warning Options.    (line  730)
! * Wno-missing-parameter-type:            Warning Options.    (line 2210)
! * Wno-missing-prototypes:                Warning Options.    (line 2218)
! * Wno-multichar:                         Warning Options.    (line 2262)
  * Wno-narrowing:                         C++ Dialect Options.
!                                                              (line  605)
! * Wno-nested-externs:                    Warning Options.    (line 2398)
  * Wno-noexcept:                          C++ Dialect Options.
!                                                              (line  621)
  * Wno-noexcept-type:                     C++ Dialect Options.
!                                                              (line  627)
  * Wno-non-template-friend:               C++ Dialect Options.
!                                                              (line  713)
  * Wno-non-virtual-dtor:                  C++ Dialect Options.
!                                                              (line  636)
! * Wno-nonnull:                           Warning Options.    (line  489)
! * Wno-nonnull-compare:                   Warning Options.    (line  496)
! * Wno-normalized:                        Warning Options.    (line 2268)
! * Wno-null-dereference:                  Warning Options.    (line  503)
! * Wno-odr:                               Warning Options.    (line 2325)
  * Wno-old-style-cast:                    C++ Dialect Options.
                                                               (line  722)
! * Wno-old-style-declaration:             Warning Options.    (line 2200)
! * Wno-old-style-definition:              Warning Options.    (line 2206)
! * Wno-overflow:                          Warning Options.    (line 2322)
! * Wno-overlength-strings:                Warning Options.    (line 2533)
! * Wno-overloaded-virtual:                C++ Dialect Options.
!                                                              (line  728)
! * Wno-override-init:                     Warning Options.    (line 2335)
! * Wno-override-init-side-effects:        Warning Options.    (line 2343)
! * Wno-packed:                            Warning Options.    (line 2348)
! * Wno-packed-bitfield-compat:            Warning Options.    (line 2365)
! * Wno-padded:                            Warning Options.    (line 2382)
! * Wno-parentheses:                       Warning Options.    (line  733)
! * Wno-pedantic-ms-format:                Warning Options.    (line 1738)
! * Wno-placement-new:                     Warning Options.    (line 1755)
  * Wno-pmf-conversions <1>:               Bound member functions.
                                                               (line   35)
! * Wno-pmf-conversions:                   C++ Dialect Options.
!                                                              (line  747)
! * Wno-pointer-arith:                     Warning Options.    (line 1791)
! * Wno-pointer-compare:                   Warning Options.    (line 1798)
! * Wno-pointer-sign:                      Warning Options.    (line 2522)
! * Wno-pointer-to-int-cast:               Warning Options.    (line 2444)
! * Wno-pragmas:                           Warning Options.    (line 1101)
  * Wno-protocol:                          Objective-C and Objective-C++ Dialect Options.
!                                                              (line  175)
! * Wno-redundant-decls:                   Warning Options.    (line 2389)
  * Wno-register:                          C++ Dialect Options.
!                                                              (line  644)
  * Wno-reorder:                           C++ Dialect Options.
!                                                              (line  651)
! * Wno-restrict:                          Warning Options.    (line 2394)
! * Wno-return-local-addr:                 Warning Options.    (line  804)
! * Wno-return-type:                       Warning Options.    (line  808)
  * Wno-selector:                          Objective-C and Objective-C++ Dialect Options.
!                                                              (line  185)
! * Wno-sequence-point:                    Warning Options.    (line  751)
! * Wno-shadow:                            Warning Options.    (line 1645)
! * Wno-shadow-ivar:                       Warning Options.    (line 1653)
! * Wno-shift-count-negative:              Warning Options.    (line  827)
! * Wno-shift-count-overflow:              Warning Options.    (line  831)
! * Wno-shift-negative-value:              Warning Options.    (line  835)
! * Wno-shift-overflow:                    Warning Options.    (line  840)
! * Wno-sign-compare:                      Warning Options.    (line 2068)
! * Wno-sign-conversion:                   Warning Options.    (line 2074)
  * Wno-sign-promo:                        C++ Dialect Options.
!                                                              (line  751)
! * Wno-sized-deallocation:                Warning Options.    (line 2090)
! * Wno-sizeof-array-argument:             Warning Options.    (line 2109)
! * Wno-sizeof-pointer-memaccess:          Warning Options.    (line 2101)
! * Wno-stack-protector:                   Warning Options.    (line 2528)
! * Wno-strict-aliasing:                   Warning Options.    (line 1106)
  * Wno-strict-null-sentinel:              C++ Dialect Options.
!                                                              (line  705)
! * Wno-strict-overflow:                   Warning Options.    (line 1146)
! * Wno-strict-prototypes:                 Warning Options.    (line 2194)
  * Wno-strict-selector-match:             Objective-C and Objective-C++ Dialect Options.
!                                                              (line  197)
! * Wno-stringop-overflow:                 Warning Options.    (line 1197)
! * Wno-subobject-linkage:                 Warning Options.    (line 1988)
! * Wno-suggest-attribute=:                Warning Options.    (line 1276)
! * Wno-suggest-attribute=const:           Warning Options.    (line 1282)
! * Wno-suggest-attribute=format:          Warning Options.    (line 1295)
! * Wno-suggest-attribute=noreturn:        Warning Options.    (line 1282)
! * Wno-suggest-attribute=pure:            Warning Options.    (line 1282)
! * Wno-suggest-final-methods:             Warning Options.    (line 1325)
! * Wno-suggest-final-types:               Warning Options.    (line 1316)
! * Wno-switch:                            Warning Options.    (line  855)
! * Wno-switch-bool:                       Warning Options.    (line  875)
! * Wno-switch-default:                    Warning Options.    (line  863)
! * Wno-switch-enum:                       Warning Options.    (line  866)
! * Wno-switch-unreachable:                Warning Options.    (line  886)
! * Wno-sync-nand:                         Warning Options.    (line  910)
! * Wno-system-headers:                    Warning Options.    (line 1509)
! * Wno-tautological-compare:              Warning Options.    (line 1520)
  * Wno-terminate:                         C++ Dialect Options.
!                                                              (line  787)
! * Wno-traditional:                       Warning Options.    (line 1553)
! * Wno-traditional-conversion:            Warning Options.    (line 1631)
! * Wno-trampolines:                       Warning Options.    (line 1528)
! * Wno-type-limits:                       Warning Options.    (line 1811)
  * Wno-undeclared-selector:               Objective-C and Objective-C++ Dialect Options.
!                                                              (line  205)
! * Wno-undef:                             Warning Options.    (line 1834)
! * Wno-uninitialized:                     Warning Options.    (line 1011)
! * Wno-unknown-pragmas:                   Warning Options.    (line 1094)
! * Wno-unsafe-loop-optimizations:         Warning Options.    (line 1732)
! * Wno-unused:                            Warning Options.    (line 1004)
! * Wno-unused-but-set-parameter:          Warning Options.    (line  915)
! * Wno-unused-but-set-variable:           Warning Options.    (line  924)
! * Wno-unused-const-variable:             Warning Options.    (line  971)
! * Wno-unused-function:                   Warning Options.    (line  934)
! * Wno-unused-label:                      Warning Options.    (line  939)
! * Wno-unused-parameter:                  Warning Options.    (line  950)
! * Wno-unused-result:                     Warning Options.    (line  957)
! * Wno-unused-value:                      Warning Options.    (line  994)
! * Wno-unused-variable:                   Warning Options.    (line  962)
! * Wno-useless-cast:                      Warning Options.    (line 2044)
! * Wno-varargs:                           Warning Options.    (line 2463)
! * Wno-variadic-macros:                   Warning Options.    (line 2457)
! * Wno-vector-operation-performance:      Warning Options.    (line 2468)
! * Wno-virtual-move-assign:               Warning Options.    (line 2478)
! * Wno-vla:                               Warning Options.    (line 2487)
! * Wno-volatile-register-var:             Warning Options.    (line 2507)
! * Wno-write-strings:                     Warning Options.    (line 1941)
! * Wno-zero-as-null-pointer-constant:     Warning Options.    (line 1984)
  * Wnoexcept:                             C++ Dialect Options.
!                                                              (line  621)
  * Wnoexcept-type:                        C++ Dialect Options.
!                                                              (line  627)
  * Wnon-template-friend:                  C++ Dialect Options.
!                                                              (line  713)
  * Wnon-virtual-dtor:                     C++ Dialect Options.
!                                                              (line  636)
! * Wnonnull:                              Warning Options.    (line  489)
! * Wnonnull-compare:                      Warning Options.    (line  496)
! * Wnormalized:                           Warning Options.    (line 2268)
! * Wnormalized=:                          Warning Options.    (line 2268)
! * Wnull-dereference:                     Warning Options.    (line  503)
! * Wodr:                                  Warning Options.    (line 2325)
  * Wold-style-cast:                       C++ Dialect Options.
                                                               (line  722)
! * Wold-style-declaration:                Warning Options.    (line 2200)
! * Wold-style-definition:                 Warning Options.    (line 2206)
! * Wopenm-simd:                           Warning Options.    (line 2330)
! * Woverflow:                             Warning Options.    (line 2322)
! * Woverlength-strings:                   Warning Options.    (line 2533)
! * Woverloaded-virtual:                   C++ Dialect Options.
!                                                              (line  728)
! * Woverride-init:                        Warning Options.    (line 2335)
! * Woverride-init-side-effects:           Warning Options.    (line 2343)
  * Wp:                                    Preprocessor Options.
!                                                              (line  446)
! * Wpacked:                               Warning Options.    (line 2348)
! * Wpacked-bitfield-compat:               Warning Options.    (line 2365)
! * Wpadded:                               Warning Options.    (line 2382)
! * Wparentheses:                          Warning Options.    (line  733)
! * Wpedantic:                             Warning Options.    (line   82)
! * Wpedantic-ms-format:                   Warning Options.    (line 1738)
! * Wplacement-new:                        Warning Options.    (line 1755)
  * Wpmf-conversions:                      C++ Dialect Options.
!                                                              (line  747)
  * Wpointer-arith <1>:                    Pointer Arith.      (line   13)
! * Wpointer-arith:                        Warning Options.    (line 1791)
! * Wpointer-compare:                      Warning Options.    (line 1798)
! * Wpointer-sign:                         Warning Options.    (line 2522)
! * Wpointer-to-int-cast:                  Warning Options.    (line 2444)
! * Wpragmas:                              Warning Options.    (line 1101)
  * Wprotocol:                             Objective-C and Objective-C++ Dialect Options.
!                                                              (line  175)
  * wrapper:                               Overall Options.    (line  349)
! * Wredundant-decls:                      Warning Options.    (line 2389)
  * Wregister:                             C++ Dialect Options.
!                                                              (line  644)
  * Wreorder:                              C++ Dialect Options.
!                                                              (line  651)
! * Wrestrict:                             Warning Options.    (line 2394)
! * Wreturn-local-addr:                    Warning Options.    (line  804)
! * Wreturn-type:                          Warning Options.    (line  808)
  * Wselector:                             Objective-C and Objective-C++ Dialect Options.
!                                                              (line  185)
! * Wsequence-point:                       Warning Options.    (line  751)
! * Wshadow:                               Warning Options.    (line 1645)
! * Wshadow-ivar:                          Warning Options.    (line 1653)
! * Wshadow=compatible-local:              Warning Options.    (line 1664)
! * Wshadow=local:                         Warning Options.    (line 1657)
! * Wshift-count-negative:                 Warning Options.    (line  827)
! * Wshift-count-overflow:                 Warning Options.    (line  831)
! * Wshift-negative-value:                 Warning Options.    (line  835)
! * Wshift-overflow:                       Warning Options.    (line  840)
! * Wsign-compare:                         Warning Options.    (line 2068)
! * Wsign-conversion:                      Warning Options.    (line 2074)
  * Wsign-promo:                           C++ Dialect Options.
!                                                              (line  751)
! * Wsized-deallocation:                   Warning Options.    (line 2090)
! * Wsizeof-array-argument:                Warning Options.    (line 2109)
! * Wsizeof-pointer-memaccess:             Warning Options.    (line 2101)
! * Wstack-protector:                      Warning Options.    (line 2528)
! * Wstack-usage:                          Warning Options.    (line 1710)
! * Wstrict-aliasing:                      Warning Options.    (line 1106)
! * Wstrict-aliasing=n:                    Warning Options.    (line 1114)
  * Wstrict-null-sentinel:                 C++ Dialect Options.
!                                                              (line  705)
! * Wstrict-overflow:                      Warning Options.    (line 1146)
! * Wstrict-prototypes:                    Warning Options.    (line 2194)
  * Wstrict-selector-match:                Objective-C and Objective-C++ Dialect Options.
!                                                              (line  197)
! * Wstringop-overflow:                    Warning Options.    (line 1197)
! * Wsubobject-linkage:                    Warning Options.    (line 1988)
! * Wsuggest-attribute=:                   Warning Options.    (line 1276)
! * Wsuggest-attribute=const:              Warning Options.    (line 1282)
! * Wsuggest-attribute=format:             Warning Options.    (line 1295)
! * Wsuggest-attribute=noreturn:           Warning Options.    (line 1282)
! * Wsuggest-attribute=pure:               Warning Options.    (line 1282)
! * Wsuggest-final-methods:                Warning Options.    (line 1325)
! * Wsuggest-final-types:                  Warning Options.    (line 1316)
! * Wswitch:                               Warning Options.    (line  855)
! * Wswitch-bool:                          Warning Options.    (line  875)
! * Wswitch-default:                       Warning Options.    (line  863)
! * Wswitch-enum:                          Warning Options.    (line  866)
! * Wswitch-unreachable:                   Warning Options.    (line  886)
! * Wsync-nand:                            Warning Options.    (line  910)
! * Wsystem-headers:                       Warning Options.    (line 1509)
! * Wtautological-compare:                 Warning Options.    (line 1520)
  * Wtemplates:                            C++ Dialect Options.
!                                                              (line  757)
  * Wterminate:                            C++ Dialect Options.
!                                                              (line  787)
! * Wtraditional:                          Warning Options.    (line 1553)
! * Wtraditional-conversion:               Warning Options.    (line 1631)
! * Wtrampolines:                          Warning Options.    (line 1528)
! * Wtrigraphs:                            Warning Options.    (line 1824)
! * Wtype-limits:                          Warning Options.    (line 1811)
  * Wundeclared-selector:                  Objective-C and Objective-C++ Dialect Options.
!                                                              (line  205)
! * Wundef:                                Warning Options.    (line 1834)
! * Wuninitialized:                        Warning Options.    (line 1011)
! * Wunknown-pragmas:                      Warning Options.    (line 1094)
! * Wunsafe-loop-optimizations:            Warning Options.    (line 1732)
! * Wunsuffixed-float-constants:           Warning Options.    (line 2548)
! * Wunused:                               Warning Options.    (line 1004)
! * Wunused-but-set-parameter:             Warning Options.    (line  915)
! * Wunused-but-set-variable:              Warning Options.    (line  924)
! * Wunused-const-variable:                Warning Options.    (line  971)
! * Wunused-function:                      Warning Options.    (line  934)
! * Wunused-label:                         Warning Options.    (line  939)
! * Wunused-local-typedefs:                Warning Options.    (line  946)
! * Wunused-macros:                        Warning Options.    (line 1844)
! * Wunused-parameter:                     Warning Options.    (line  950)
! * Wunused-result:                        Warning Options.    (line  957)
! * Wunused-value:                         Warning Options.    (line  994)
! * Wunused-variable:                      Warning Options.    (line  962)
! * Wuseless-cast:                         Warning Options.    (line 2044)
! * Wvarargs:                              Warning Options.    (line 2463)
! * Wvariadic-macros:                      Warning Options.    (line 2457)
! * Wvector-operation-performance:         Warning Options.    (line 2468)
  * Wvirtual-inheritance:                  C++ Dialect Options.
!                                                              (line  772)
! * Wvirtual-move-assign:                  Warning Options.    (line 2478)
! * Wvla:                                  Warning Options.    (line 2487)
! * Wvolatile-register-var:                Warning Options.    (line 2507)
! * Wwrite-strings:                        Warning Options.    (line 1941)
! * Wzero-as-null-pointer-constant:        Warning Options.    (line 1984)
  * x:                                     Overall Options.    (line  129)
  * Xassembler:                            Assembler Options.  (line   13)
  * Xbind-lazy:                            VxWorks Options.    (line   26)
  * Xbind-now:                             VxWorks Options.    (line   30)
! * Xlinker:                               Link Options.       (line  258)
  * Xpreprocessor:                         Preprocessor Options.
!                                                              (line  457)
  * Ym:                                    System V Options.   (line   26)
  * YP:                                    System V Options.   (line   22)
! * z:                                     Link Options.       (line  289)
  
  
  File: gcc.info,  Node: Keyword Index,  Prev: Option Index,  Up: Top
*************** Keyword Index
*** 57066,57528 ****
  * #pragma interface:                     C++ Interface.      (line   17)
  * $:                                     Dollar Signs.       (line    6)
  * % in constraint:                       Modifiers.          (line   52)
! * %include:                              Spec Files.         (line   26)
! * %include_noerr:                        Spec Files.         (line   30)
! * %rename:                               Spec Files.         (line   34)
  * & in constraint:                       Modifiers.          (line   25)
  * ':                                     Incompatibilities.  (line  116)
! * *__builtin_alloca:                     Other Builtins.     (line  129)
! * *__builtin_alloca_with_align:          Other Builtins.     (line  166)
  * + in constraint:                       Modifiers.          (line   12)
  * -lgcc, use with -nodefaultlibs:        Link Options.       (line   91)
  * -lgcc, use with -nostdlib:             Link Options.       (line   91)
! * -march feature modifiers:              AArch64 Options.    (line  208)
! * -mcpu feature modifiers:               AArch64 Options.    (line  208)
  * -nodefaultlibs and unresolved references: Link Options.    (line   91)
  * -nostdlib and unresolved references:   Link Options.       (line   91)
  * .sdata/.sdata2 references (PowerPC):   RS/6000 and PowerPC Options.
!                                                              (line  822)
  * //:                                    C++ Comments.       (line    6)
! * 0 in constraint:                       Simple Constraints. (line  125)
! * < in constraint:                       Simple Constraints. (line   47)
  * = in constraint:                       Modifiers.          (line    8)
! * > in constraint:                       Simple Constraints. (line   59)
  * ?: extensions:                         Conditionals.       (line    6)
  * ?: side effect:                        Conditionals.       (line   20)
  * _ in variables in macros:              Typeof.             (line   46)
! * _Accum data type:                      Fixed-Point.        (line    6)
! * _Complex keyword:                      Complex.            (line    6)
! * _Decimal128 data type:                 Decimal Float.      (line    6)
! * _Decimal32 data type:                  Decimal Float.      (line    6)
! * _Decimal64 data type:                  Decimal Float.      (line    6)
! * _Exit:                                 Other Builtins.     (line    6)
! * _exit:                                 Other Builtins.     (line    6)
! * _FloatN data types:                    Floating Types.     (line    6)
! * _FloatNx data types:                   Floating Types.     (line    6)
! * _Fract data type:                      Fixed-Point.        (line    6)
! * _HTM_FIRST_USER_ABORT_CODE:            S/390 System z Built-in Functions.
!                                                              (line   44)
! * _Sat data type:                        Fixed-Point.        (line    6)
! * _xabort:                               x86 transactional memory intrinsics.
!                                                              (line   57)
! * _xbegin:                               x86 transactional memory intrinsics.
!                                                              (line   19)
! * _xend:                                 x86 transactional memory intrinsics.
!                                                              (line   48)
! * _xtest:                                x86 transactional memory intrinsics.
!                                                              (line   53)
! * __atomic_add_fetch:                    __atomic Builtins.  (line  179)
! * __atomic_always_lock_free:             __atomic Builtins.  (line  265)
! * __atomic_and_fetch:                    __atomic Builtins.  (line  183)
! * __atomic_clear:                        __atomic Builtins.  (line  239)
! * __atomic_compare_exchange:             __atomic Builtins.  (line  171)
! * __atomic_compare_exchange_n:           __atomic Builtins.  (line  147)
! * __atomic_exchange:                     __atomic Builtins.  (line  141)
! * __atomic_exchange_n:                   __atomic Builtins.  (line  131)
! * __atomic_fetch_add:                    __atomic Builtins.  (line  203)
! * __atomic_fetch_and:                    __atomic Builtins.  (line  207)
! * __atomic_fetch_nand:                   __atomic Builtins.  (line  213)
! * __atomic_fetch_or:                     __atomic Builtins.  (line  211)
! * __atomic_fetch_sub:                    __atomic Builtins.  (line  205)
! * __atomic_fetch_xor:                    __atomic Builtins.  (line  209)
! * __atomic_is_lock_free:                 __atomic Builtins.  (line  279)
! * __atomic_load:                         __atomic Builtins.  (line  113)
! * __atomic_load_n:                       __atomic Builtins.  (line  106)
! * __atomic_nand_fetch:                   __atomic Builtins.  (line  189)
! * __atomic_or_fetch:                     __atomic Builtins.  (line  187)
! * __atomic_signal_fence:                 __atomic Builtins.  (line  258)
! * __atomic_store:                        __atomic Builtins.  (line  126)
! * __atomic_store_n:                      __atomic Builtins.  (line  118)
! * __atomic_sub_fetch:                    __atomic Builtins.  (line  181)
! * __atomic_test_and_set:                 __atomic Builtins.  (line  227)
! * __atomic_thread_fence:                 __atomic Builtins.  (line  251)
! * __atomic_xor_fetch:                    __atomic Builtins.  (line  185)
  * __builtin_add_overflow:                Integer Overflow Builtins.
!                                                              (line    9)
  * __builtin_add_overflow_p:              Integer Overflow Builtins.
!                                                              (line   86)
  * __builtin_alloca:                      Other Builtins.     (line    6)
  * __builtin_alloca_with_align:           Other Builtins.     (line    6)
! * __builtin_apply:                       Constructing Calls. (line   29)
! * __builtin_apply_args:                  Constructing Calls. (line   19)
  * __builtin_arc_aligned:                 ARC Built-in Functions.
!                                                              (line   18)
  * __builtin_arc_brk:                     ARC Built-in Functions.
!                                                              (line   28)
  * __builtin_arc_core_read:               ARC Built-in Functions.
!                                                              (line   32)
  * __builtin_arc_core_write:              ARC Built-in Functions.
!                                                              (line   39)
  * __builtin_arc_divaw:                   ARC Built-in Functions.
!                                                              (line   46)
  * __builtin_arc_flag:                    ARC Built-in Functions.
!                                                              (line   53)
  * __builtin_arc_lr:                      ARC Built-in Functions.
!                                                              (line   57)
  * __builtin_arc_mul64:                   ARC Built-in Functions.
!                                                              (line   64)
  * __builtin_arc_mulu64:                  ARC Built-in Functions.
!                                                              (line   68)
  * __builtin_arc_nop:                     ARC Built-in Functions.
!                                                              (line   73)
  * __builtin_arc_norm:                    ARC Built-in Functions.
!                                                              (line   77)
  * __builtin_arc_normw:                   ARC Built-in Functions.
!                                                              (line   84)
  * __builtin_arc_rtie:                    ARC Built-in Functions.
!                                                              (line   91)
  * __builtin_arc_sleep:                   ARC Built-in Functions.
!                                                              (line   95)
  * __builtin_arc_sr:                      ARC Built-in Functions.
!                                                              (line   99)
  * __builtin_arc_swap:                    ARC Built-in Functions.
!                                                              (line  106)
  * __builtin_arc_swi:                     ARC Built-in Functions.
!                                                              (line  112)
  * __builtin_arc_sync:                    ARC Built-in Functions.
!                                                              (line  116)
  * __builtin_arc_trap_s:                  ARC Built-in Functions.
!                                                              (line  120)
  * __builtin_arc_unimp_s:                 ARC Built-in Functions.
!                                                              (line  124)
! * __builtin_assume_aligned:              Other Builtins.     (line  441)
! * __builtin_bswap16:                     Other Builtins.     (line  757)
! * __builtin_bswap32:                     Other Builtins.     (line  761)
! * __builtin_bswap64:                     Other Builtins.     (line  765)
  * __builtin_call_with_static_chain:      Other Builtins.     (line    6)
! * __builtin_call_with_static_chain <1>:  Other Builtins.     (line  256)
! * __builtin_choose_expr:                 Other Builtins.     (line  267)
! * __builtin_clrsb:                       Other Builtins.     (line  687)
! * __builtin_clrsbl:                      Other Builtins.     (line  709)
! * __builtin_clrsbll:                     Other Builtins.     (line  732)
! * __builtin_clz:                         Other Builtins.     (line  679)
! * __builtin_clzl:                        Other Builtins.     (line  701)
! * __builtin_clzll:                       Other Builtins.     (line  724)
! * __builtin_complex:                     Other Builtins.     (line  307)
! * __builtin_constant_p:                  Other Builtins.     (line  316)
! * __builtin_cpu_init:                    PowerPC Built-in Functions.
!                                                              (line    9)
  * __builtin_cpu_init <1>:                x86 Built-in Functions.
!                                                              (line   68)
! * __builtin_cpu_is:                      PowerPC Built-in Functions.
!                                                              (line   13)
  * __builtin_cpu_is <1>:                  x86 Built-in Functions.
!                                                              (line   96)
! * __builtin_cpu_supports:                PowerPC Built-in Functions.
!                                                              (line   59)
  * __builtin_cpu_supports <1>:            x86 Built-in Functions.
!                                                              (line  171)
! * __builtin_ctz:                         Other Builtins.     (line  683)
! * __builtin_ctzl:                        Other Builtins.     (line  705)
! * __builtin_ctzll:                       Other Builtins.     (line  728)
! * __builtin_expect:                      Other Builtins.     (line  361)
! * __builtin_extract_return_addr:         Return Address.     (line   38)
! * __builtin_ffs:                         Other Builtins.     (line  675)
! * __builtin_ffsl:                        Other Builtins.     (line  698)
! * __builtin_ffsll:                       Other Builtins.     (line  720)
! * __builtin_FILE:                        Other Builtins.     (line  474)
  * __builtin_fpclassify:                  Other Builtins.     (line    6)
! * __builtin_fpclassify <1>:              Other Builtins.     (line  571)
! * __builtin_frame_address:               Return Address.     (line   50)
! * __builtin_frob_return_address:         Return Address.     (line   47)
! * __builtin_FUNCTION:                    Other Builtins.     (line  466)
! * __builtin_huge_val:                    Other Builtins.     (line  551)
! * __builtin_huge_valf:                   Other Builtins.     (line  556)
! * __builtin_huge_valfN:                  Other Builtins.     (line  563)
! * __builtin_huge_valfNx:                 Other Builtins.     (line  567)
! * __builtin_huge_vall:                   Other Builtins.     (line  559)
! * __builtin_huge_valq:                   PowerPC Built-in Functions.
!                                                              (line  199)
  * __builtin_huge_valq <1>:               x86 Built-in Functions.
                                                               (line   50)
! * __builtin_inf:                         Other Builtins.     (line  582)
! * __builtin_infd128:                     Other Builtins.     (line  592)
! * __builtin_infd32:                      Other Builtins.     (line  586)
! * __builtin_infd64:                      Other Builtins.     (line  589)
! * __builtin_inff:                        Other Builtins.     (line  596)
! * __builtin_inffN:                       Other Builtins.     (line  605)
! * __builtin_inffNx:                      Other Builtins.     (line  608)
! * __builtin_infl:                        Other Builtins.     (line  601)
! * __builtin_infq:                        PowerPC Built-in Functions.
!                                                              (line  196)
  * __builtin_infq <1>:                    x86 Built-in Functions.
!                                                              (line   47)
  * __builtin_isfinite:                    Other Builtins.     (line    6)
  * __builtin_isgreater:                   Other Builtins.     (line    6)
  * __builtin_isgreaterequal:              Other Builtins.     (line    6)
  * __builtin_isinf_sign:                  Other Builtins.     (line    6)
- * __builtin_isinf_sign <1>:              Other Builtins.     (line  611)
  * __builtin_isless:                      Other Builtins.     (line    6)
  * __builtin_islessequal:                 Other Builtins.     (line    6)
  * __builtin_islessgreater:               Other Builtins.     (line    6)
  * __builtin_isnormal:                    Other Builtins.     (line    6)
  * __builtin_isunordered:                 Other Builtins.     (line    6)
! * __builtin_LINE:                        Other Builtins.     (line  459)
  * __builtin_mul_overflow:                Integer Overflow Builtins.
!                                                              (line   63)
  * __builtin_mul_overflow_p:              Integer Overflow Builtins.
!                                                              (line   90)
! * __builtin_nan:                         Other Builtins.     (line  619)
! * __builtin_nand128:                     Other Builtins.     (line  641)
! * __builtin_nand32:                      Other Builtins.     (line  635)
! * __builtin_nand64:                      Other Builtins.     (line  638)
! * __builtin_nanf:                        Other Builtins.     (line  645)
! * __builtin_nanfN:                       Other Builtins.     (line  652)
! * __builtin_nanfNx:                      Other Builtins.     (line  655)
! * __builtin_nanl:                        Other Builtins.     (line  648)
! * __builtin_nanq:                        PowerPC Built-in Functions.
!                                                              (line  203)
  * __builtin_nanq <1>:                    x86 Built-in Functions.
!                                                              (line   54)
! * __builtin_nans:                        Other Builtins.     (line  658)
! * __builtin_nansf:                       Other Builtins.     (line  662)
! * __builtin_nansfN:                      Other Builtins.     (line  669)
! * __builtin_nansfNx:                     Other Builtins.     (line  672)
! * __builtin_nansl:                       Other Builtins.     (line  665)
! * __builtin_nansq:                       PowerPC Built-in Functions.
!                                                              (line  206)
  * __builtin_nansq <1>:                   x86 Built-in Functions.
                                                               (line   57)
  * __builtin_nds32_isb:                   NDS32 Built-in Functions.
!                                                              (line   12)
  * __builtin_nds32_isync:                 NDS32 Built-in Functions.
!                                                              (line    8)
  * __builtin_nds32_mfsr:                  NDS32 Built-in Functions.
!                                                              (line   15)
  * __builtin_nds32_mfusr:                 NDS32 Built-in Functions.
!                                                              (line   18)
  * __builtin_nds32_mtsr:                  NDS32 Built-in Functions.
!                                                              (line   21)
  * __builtin_nds32_mtusr:                 NDS32 Built-in Functions.
!                                                              (line   24)
  * __builtin_nds32_setgie_dis:            NDS32 Built-in Functions.
!                                                              (line   30)
  * __builtin_nds32_setgie_en:             NDS32 Built-in Functions.
!                                                              (line   27)
  * __builtin_non_tx_store:                S/390 System z Built-in Functions.
!                                                              (line   98)
  * __builtin_object_size:                 Object Size Checking.
                                                               (line    6)
- * __builtin_object_size <1>:             Object Size Checking.
-                                                              (line   16)
  * __builtin_offsetof:                    Offsetof.           (line    6)
! * __builtin_parity:                      Other Builtins.     (line  695)
! * __builtin_parityl:                     Other Builtins.     (line  716)
! * __builtin_parityll:                    Other Builtins.     (line  740)
! * __builtin_popcount:                    Other Builtins.     (line  692)
! * __builtin_popcountl:                   Other Builtins.     (line  712)
! * __builtin_popcountll:                  Other Builtins.     (line  736)
  * __builtin_powi:                        Other Builtins.     (line    6)
- * __builtin_powi <1>:                    Other Builtins.     (line  744)
  * __builtin_powif:                       Other Builtins.     (line    6)
- * __builtin_powif <1>:                   Other Builtins.     (line  749)
  * __builtin_powil:                       Other Builtins.     (line    6)
! * __builtin_powil <1>:                   Other Builtins.     (line  753)
! * __builtin_prefetch:                    Other Builtins.     (line  512)
! * __builtin_return:                      Constructing Calls. (line   47)
! * __builtin_return_address:              Return Address.     (line    9)
  * __builtin_rx_brk:                      RX Built-in Functions.
!                                                              (line   10)
  * __builtin_rx_clrpsw:                   RX Built-in Functions.
!                                                              (line   13)
  * __builtin_rx_int:                      RX Built-in Functions.
!                                                              (line   17)
  * __builtin_rx_machi:                    RX Built-in Functions.
!                                                              (line   21)
  * __builtin_rx_maclo:                    RX Built-in Functions.
!                                                              (line   26)
  * __builtin_rx_mulhi:                    RX Built-in Functions.
!                                                              (line   31)
  * __builtin_rx_mullo:                    RX Built-in Functions.
!                                                              (line   36)
  * __builtin_rx_mvfachi:                  RX Built-in Functions.
!                                                              (line   41)
  * __builtin_rx_mvfacmi:                  RX Built-in Functions.
!                                                              (line   45)
  * __builtin_rx_mvfc:                     RX Built-in Functions.
!                                                              (line   49)
  * __builtin_rx_mvtachi:                  RX Built-in Functions.
!                                                              (line   53)
  * __builtin_rx_mvtaclo:                  RX Built-in Functions.
!                                                              (line   57)
  * __builtin_rx_mvtc:                     RX Built-in Functions.
!                                                              (line   61)
  * __builtin_rx_mvtipl:                   RX Built-in Functions.
!                                                              (line   65)
  * __builtin_rx_racw:                     RX Built-in Functions.
!                                                              (line   69)
  * __builtin_rx_revw:                     RX Built-in Functions.
!                                                              (line   73)
  * __builtin_rx_rmpa:                     RX Built-in Functions.
!                                                              (line   78)
  * __builtin_rx_round:                    RX Built-in Functions.
!                                                              (line   82)
  * __builtin_rx_sat:                      RX Built-in Functions.
!                                                              (line   87)
  * __builtin_rx_setpsw:                   RX Built-in Functions.
!                                                              (line   91)
  * __builtin_rx_wait:                     RX Built-in Functions.
!                                                              (line   95)
! * __builtin_saddll_overflow:             Integer Overflow Builtins.
!                                                              (line   15)
! * __builtin_saddl_overflow:              Integer Overflow Builtins.
!                                                              (line   13)
  * __builtin_sadd_overflow:               Integer Overflow Builtins.
!                                                              (line   11)
  * __builtin_set_thread_pointer:          SH Built-in Functions.
!                                                              (line    9)
  * __builtin_sh_get_fpscr:                SH Built-in Functions.
!                                                              (line   35)
  * __builtin_sh_set_fpscr:                SH Built-in Functions.
!                                                              (line   38)
! * __builtin_smulll_overflow:             Integer Overflow Builtins.
!                                                              (line   69)
! * __builtin_smull_overflow:              Integer Overflow Builtins.
!                                                              (line   67)
  * __builtin_smul_overflow:               Integer Overflow Builtins.
!                                                              (line   65)
! * __builtin_ssubll_overflow:             Integer Overflow Builtins.
!                                                              (line   49)
! * __builtin_ssubl_overflow:              Integer Overflow Builtins.
!                                                              (line   47)
  * __builtin_ssub_overflow:               Integer Overflow Builtins.
!                                                              (line   45)
  * __builtin_sub_overflow:                Integer Overflow Builtins.
!                                                              (line   43)
  * __builtin_sub_overflow_p:              Integer Overflow Builtins.
!                                                              (line   88)
  * __builtin_tabort:                      S/390 System z Built-in Functions.
!                                                              (line   82)
  * __builtin_tbegin:                      S/390 System z Built-in Functions.
!                                                              (line    6)
! * __builtin_tbeginc:                     S/390 System z Built-in Functions.
!                                                              (line   73)
  * __builtin_tbegin_nofloat:              S/390 System z Built-in Functions.
!                                                              (line   54)
  * __builtin_tbegin_retry:                S/390 System z Built-in Functions.
!                                                              (line   60)
  * __builtin_tbegin_retry_nofloat:        S/390 System z Built-in Functions.
!                                                              (line   67)
  * __builtin_tend:                        S/390 System z Built-in Functions.
!                                                              (line   77)
  * __builtin_thread_pointer:              SH Built-in Functions.
!                                                              (line   18)
! * __builtin_trap:                        Other Builtins.     (line  385)
  * __builtin_tx_assist:                   S/390 System z Built-in Functions.
!                                                              (line   87)
  * __builtin_tx_nesting_depth:            S/390 System z Built-in Functions.
!                                                              (line   93)
! * __builtin_types_compatible_p:          Other Builtins.     (line  211)
! * __builtin_uaddll_overflow:             Integer Overflow Builtins.
!                                                              (line   21)
! * __builtin_uaddl_overflow:              Integer Overflow Builtins.
!                                                              (line   19)
  * __builtin_uadd_overflow:               Integer Overflow Builtins.
!                                                              (line   17)
! * __builtin_umulll_overflow:             Integer Overflow Builtins.
!                                                              (line   75)
! * __builtin_umull_overflow:              Integer Overflow Builtins.
!                                                              (line   73)
  * __builtin_umul_overflow:               Integer Overflow Builtins.
!                                                              (line   71)
! * __builtin_unreachable:                 Other Builtins.     (line  392)
! * __builtin_usubll_overflow:             Integer Overflow Builtins.
!                                                              (line   55)
! * __builtin_usubl_overflow:              Integer Overflow Builtins.
!                                                              (line   53)
  * __builtin_usub_overflow:               Integer Overflow Builtins.
!                                                              (line   51)
! * __builtin_va_arg_pack:                 Constructing Calls. (line   52)
! * __builtin_va_arg_pack_len:             Constructing Calls. (line   75)
! * __builtin___bnd_chk_ptr_bounds:        Pointer Bounds Checker builtins.
!                                                              (line    6)
! * __builtin___bnd_chk_ptr_bounds <1>:    Pointer Bounds Checker builtins.
!                                                              (line  110)
! * __builtin___bnd_chk_ptr_lbounds:       Pointer Bounds Checker builtins.
!                                                              (line    6)
! * __builtin___bnd_chk_ptr_lbounds <1>:   Pointer Bounds Checker builtins.
!                                                              (line   85)
! * __builtin___bnd_chk_ptr_ubounds:       Pointer Bounds Checker builtins.
!                                                              (line    6)
! * __builtin___bnd_chk_ptr_ubounds <1>:   Pointer Bounds Checker builtins.
!                                                              (line  103)
! * __builtin___bnd_copy_ptr_bounds:       Pointer Bounds Checker builtins.
!                                                              (line    6)
! * __builtin___bnd_copy_ptr_bounds <1>:   Pointer Bounds Checker builtins.
!                                                              (line   46)
! * __builtin___bnd_get_ptr_lbound:        Pointer Bounds Checker builtins.
!                                                              (line    6)
! * __builtin___bnd_get_ptr_lbound <1>:    Pointer Bounds Checker builtins.
!                                                              (line  128)
! * __builtin___bnd_get_ptr_ubound:        Pointer Bounds Checker builtins.
!                                                              (line    6)
! * __builtin___bnd_get_ptr_ubound <1>:    Pointer Bounds Checker builtins.
!                                                              (line  140)
! * __builtin___bnd_init_ptr_bounds:       Pointer Bounds Checker builtins.
!                                                              (line    6)
! * __builtin___bnd_init_ptr_bounds <1>:   Pointer Bounds Checker builtins.
!                                                              (line   59)
! * __builtin___bnd_narrow_ptr_bounds:     Pointer Bounds Checker builtins.
!                                                              (line    6)
! * __builtin___bnd_narrow_ptr_bounds <1>: Pointer Bounds Checker builtins.
!                                                              (line   27)
! * __builtin___bnd_null_ptr_bounds:       Pointer Bounds Checker builtins.
!                                                              (line    6)
! * __builtin___bnd_null_ptr_bounds <1>:   Pointer Bounds Checker builtins.
!                                                              (line   67)
! * __builtin___bnd_set_ptr_bounds:        Pointer Bounds Checker builtins.
!                                                              (line    6)
! * __builtin___bnd_set_ptr_bounds <1>:    Pointer Bounds Checker builtins.
!                                                              (line   12)
! * __builtin___bnd_store_ptr_bounds:      Pointer Bounds Checker builtins.
!                                                              (line    6)
! * __builtin___bnd_store_ptr_bounds <1>:  Pointer Bounds Checker builtins.
!                                                              (line   75)
! * __builtin___clear_cache:               Other Builtins.     (line  499)
! * __builtin___fprintf_chk:               Object Size Checking.
!                                                              (line    6)
! * __builtin___memcpy_chk:                Object Size Checking.
!                                                              (line    6)
! * __builtin___memmove_chk:               Object Size Checking.
!                                                              (line    6)
! * __builtin___mempcpy_chk:               Object Size Checking.
!                                                              (line    6)
! * __builtin___memset_chk:                Object Size Checking.
!                                                              (line    6)
! * __builtin___printf_chk:                Object Size Checking.
!                                                              (line    6)
! * __builtin___snprintf_chk:              Object Size Checking.
!                                                              (line    6)
! * __builtin___sprintf_chk:               Object Size Checking.
!                                                              (line    6)
! * __builtin___stpcpy_chk:                Object Size Checking.
!                                                              (line    6)
! * __builtin___strcat_chk:                Object Size Checking.
!                                                              (line    6)
! * __builtin___strcpy_chk:                Object Size Checking.
!                                                              (line    6)
! * __builtin___strncat_chk:               Object Size Checking.
!                                                              (line    6)
! * __builtin___strncpy_chk:               Object Size Checking.
!                                                              (line    6)
! * __builtin___vfprintf_chk:              Object Size Checking.
!                                                              (line    6)
! * __builtin___vprintf_chk:               Object Size Checking.
!                                                              (line    6)
! * __builtin___vsnprintf_chk:             Object Size Checking.
!                                                              (line    6)
! * __builtin___vsprintf_chk:              Object Size Checking.
!                                                              (line    6)
  * __complex__ keyword:                   Complex.            (line    6)
  * __declspec(dllexport):                 Microsoft Windows Function Attributes.
                                                               (line   10)
  * __declspec(dllimport):                 Microsoft Windows Function Attributes.
!                                                              (line   42)
  * __ea SPU Named Address Spaces:         Named Address Spaces.
                                                               (line  159)
  * __extension__:                         Alternate Keywords. (line   30)
  * __far M32C Named Address Spaces:       Named Address Spaces.
!                                                              (line  142)
  * __far RL78 Named Address Spaces:       Named Address Spaces.
                                                               (line  151)
  * __flash AVR Named Address Spaces:      Named Address Spaces.
--- 57734,58137 ----
  * #pragma interface:                     C++ Interface.      (line   17)
  * $:                                     Dollar Signs.       (line    6)
  * % in constraint:                       Modifiers.          (line   52)
! * %include:                              Spec Files.         (line   27)
! * %include_noerr:                        Spec Files.         (line   31)
! * %rename:                               Spec Files.         (line   35)
  * & in constraint:                       Modifiers.          (line   25)
  * ':                                     Incompatibilities.  (line  116)
! * *__builtin_alloca:                     Other Builtins.     (line  130)
! * *__builtin_alloca_with_align:          Other Builtins.     (line  169)
  * + in constraint:                       Modifiers.          (line   12)
  * -lgcc, use with -nodefaultlibs:        Link Options.       (line   91)
  * -lgcc, use with -nostdlib:             Link Options.       (line   91)
! * -march feature modifiers:              AArch64 Options.    (line  212)
! * -mcpu feature modifiers:               AArch64 Options.    (line  212)
  * -nodefaultlibs and unresolved references: Link Options.    (line   91)
  * -nostdlib and unresolved references:   Link Options.       (line   91)
  * .sdata/.sdata2 references (PowerPC):   RS/6000 and PowerPC Options.
!                                                              (line  825)
  * //:                                    C++ Comments.       (line    6)
! * 0 in constraint:                       Simple Constraints. (line  127)
! * < in constraint:                       Simple Constraints. (line   48)
  * = in constraint:                       Modifiers.          (line    8)
! * > in constraint:                       Simple Constraints. (line   61)
  * ?: extensions:                         Conditionals.       (line    6)
  * ?: side effect:                        Conditionals.       (line   20)
  * _ in variables in macros:              Typeof.             (line   46)
! * __atomic_add_fetch:                    __atomic Builtins.  (line  194)
! * __atomic_always_lock_free:             __atomic Builtins.  (line  281)
! * __atomic_and_fetch:                    __atomic Builtins.  (line  198)
! * __atomic_clear:                        __atomic Builtins.  (line  255)
! * __atomic_compare_exchange:             __atomic Builtins.  (line  186)
! * __atomic_compare_exchange_n:           __atomic Builtins.  (line  161)
! * __atomic_exchange:                     __atomic Builtins.  (line  153)
! * __atomic_exchange_n:                   __atomic Builtins.  (line  142)
! * __atomic_fetch_add:                    __atomic Builtins.  (line  219)
! * __atomic_fetch_and:                    __atomic Builtins.  (line  223)
! * __atomic_fetch_nand:                   __atomic Builtins.  (line  229)
! * __atomic_fetch_or:                     __atomic Builtins.  (line  227)
! * __atomic_fetch_sub:                    __atomic Builtins.  (line  221)
! * __atomic_fetch_xor:                    __atomic Builtins.  (line  225)
! * __atomic_is_lock_free:                 __atomic Builtins.  (line  295)
! * __atomic_load:                         __atomic Builtins.  (line  121)
! * __atomic_load_n:                       __atomic Builtins.  (line  112)
! * __atomic_nand_fetch:                   __atomic Builtins.  (line  204)
! * __atomic_or_fetch:                     __atomic Builtins.  (line  202)
! * __atomic_signal_fence:                 __atomic Builtins.  (line  273)
! * __atomic_store:                        __atomic Builtins.  (line  136)
! * __atomic_store_n:                      __atomic Builtins.  (line  127)
! * __atomic_sub_fetch:                    __atomic Builtins.  (line  196)
! * __atomic_test_and_set:                 __atomic Builtins.  (line  244)
! * __atomic_thread_fence:                 __atomic Builtins.  (line  266)
! * __atomic_xor_fetch:                    __atomic Builtins.  (line  200)
! * __builtin___bnd_chk_ptr_bounds:        Pointer Bounds Checker builtins.
!                                                              (line    6)
! * __builtin___bnd_chk_ptr_lbounds:       Pointer Bounds Checker builtins.
!                                                              (line    6)
! * __builtin___bnd_chk_ptr_ubounds:       Pointer Bounds Checker builtins.
!                                                              (line    6)
! * __builtin___bnd_copy_ptr_bounds:       Pointer Bounds Checker builtins.
!                                                              (line    6)
! * __builtin___bnd_get_ptr_lbound:        Pointer Bounds Checker builtins.
!                                                              (line    6)
! * __builtin___bnd_get_ptr_ubound:        Pointer Bounds Checker builtins.
!                                                              (line    6)
! * __builtin___bnd_init_ptr_bounds:       Pointer Bounds Checker builtins.
!                                                              (line    6)
! * __builtin___bnd_narrow_ptr_bounds:     Pointer Bounds Checker builtins.
!                                                              (line    6)
! * __builtin___bnd_null_ptr_bounds:       Pointer Bounds Checker builtins.
!                                                              (line    6)
! * __builtin___bnd_set_ptr_bounds:        Pointer Bounds Checker builtins.
!                                                              (line    6)
! * __builtin___bnd_store_ptr_bounds:      Pointer Bounds Checker builtins.
!                                                              (line    6)
! * __builtin___clear_cache:               Other Builtins.     (line  509)
! * __builtin___fprintf_chk:               Object Size Checking.
!                                                              (line    6)
! * __builtin___memcpy_chk:                Object Size Checking.
!                                                              (line    6)
! * __builtin___memmove_chk:               Object Size Checking.
!                                                              (line    6)
! * __builtin___mempcpy_chk:               Object Size Checking.
!                                                              (line    6)
! * __builtin___memset_chk:                Object Size Checking.
!                                                              (line    6)
! * __builtin___printf_chk:                Object Size Checking.
!                                                              (line    6)
! * __builtin___snprintf_chk:              Object Size Checking.
!                                                              (line    6)
! * __builtin___sprintf_chk:               Object Size Checking.
!                                                              (line    6)
! * __builtin___stpcpy_chk:                Object Size Checking.
!                                                              (line    6)
! * __builtin___strcat_chk:                Object Size Checking.
!                                                              (line    6)
! * __builtin___strcpy_chk:                Object Size Checking.
!                                                              (line    6)
! * __builtin___strncat_chk:               Object Size Checking.
!                                                              (line    6)
! * __builtin___strncpy_chk:               Object Size Checking.
!                                                              (line    6)
! * __builtin___vfprintf_chk:              Object Size Checking.
!                                                              (line    6)
! * __builtin___vprintf_chk:               Object Size Checking.
!                                                              (line    6)
! * __builtin___vsnprintf_chk:             Object Size Checking.
!                                                              (line    6)
! * __builtin___vsprintf_chk:              Object Size Checking.
!                                                              (line    6)
  * __builtin_add_overflow:                Integer Overflow Builtins.
!                                                              (line   11)
  * __builtin_add_overflow_p:              Integer Overflow Builtins.
!                                                              (line   89)
  * __builtin_alloca:                      Other Builtins.     (line    6)
  * __builtin_alloca_with_align:           Other Builtins.     (line    6)
! * __builtin_apply:                       Constructing Calls. (line   31)
! * __builtin_apply_args:                  Constructing Calls. (line   20)
  * __builtin_arc_aligned:                 ARC Built-in Functions.
!                                                              (line   20)
  * __builtin_arc_brk:                     ARC Built-in Functions.
!                                                              (line   29)
  * __builtin_arc_core_read:               ARC Built-in Functions.
!                                                              (line   34)
  * __builtin_arc_core_write:              ARC Built-in Functions.
!                                                              (line   41)
  * __builtin_arc_divaw:                   ARC Built-in Functions.
!                                                              (line   47)
  * __builtin_arc_flag:                    ARC Built-in Functions.
!                                                              (line   54)
  * __builtin_arc_lr:                      ARC Built-in Functions.
!                                                              (line   58)
  * __builtin_arc_mul64:                   ARC Built-in Functions.
!                                                              (line   65)
  * __builtin_arc_mulu64:                  ARC Built-in Functions.
!                                                              (line   70)
  * __builtin_arc_nop:                     ARC Built-in Functions.
!                                                              (line   74)
  * __builtin_arc_norm:                    ARC Built-in Functions.
!                                                              (line   78)
  * __builtin_arc_normw:                   ARC Built-in Functions.
!                                                              (line   85)
  * __builtin_arc_rtie:                    ARC Built-in Functions.
!                                                              (line   92)
  * __builtin_arc_sleep:                   ARC Built-in Functions.
!                                                              (line   96)
  * __builtin_arc_sr:                      ARC Built-in Functions.
!                                                              (line  101)
  * __builtin_arc_swap:                    ARC Built-in Functions.
!                                                              (line  107)
  * __builtin_arc_swi:                     ARC Built-in Functions.
!                                                              (line  113)
  * __builtin_arc_sync:                    ARC Built-in Functions.
!                                                              (line  117)
  * __builtin_arc_trap_s:                  ARC Built-in Functions.
!                                                              (line  121)
  * __builtin_arc_unimp_s:                 ARC Built-in Functions.
!                                                              (line  125)
! * __builtin_assume_aligned:              Other Builtins.     (line  450)
! * __builtin_bswap16:                     Other Builtins.     (line  766)
! * __builtin_bswap32:                     Other Builtins.     (line  770)
! * __builtin_bswap64:                     Other Builtins.     (line  774)
  * __builtin_call_with_static_chain:      Other Builtins.     (line    6)
! * __builtin_choose_expr:                 Other Builtins.     (line  272)
! * __builtin_clrsb:                       Other Builtins.     (line  696)
! * __builtin_clrsbl:                      Other Builtins.     (line  718)
! * __builtin_clrsbll:                     Other Builtins.     (line  741)
! * __builtin_clz:                         Other Builtins.     (line  688)
! * __builtin_clzl:                        Other Builtins.     (line  710)
! * __builtin_clzll:                       Other Builtins.     (line  733)
! * __builtin_complex:                     Other Builtins.     (line  312)
! * __builtin_constant_p:                  Other Builtins.     (line  322)
  * __builtin_cpu_init <1>:                x86 Built-in Functions.
!                                                              (line   69)
! * __builtin_cpu_init:                    PowerPC Built-in Functions.
!                                                              (line   10)
  * __builtin_cpu_is <1>:                  x86 Built-in Functions.
!                                                              (line   98)
! * __builtin_cpu_is:                      PowerPC Built-in Functions.
!                                                              (line   18)
  * __builtin_cpu_supports <1>:            x86 Built-in Functions.
!                                                              (line  173)
! * __builtin_cpu_supports:                PowerPC Built-in Functions.
!                                                              (line   90)
! * __builtin_ctz:                         Other Builtins.     (line  692)
! * __builtin_ctzl:                        Other Builtins.     (line  714)
! * __builtin_ctzll:                       Other Builtins.     (line  737)
! * __builtin_expect:                      Other Builtins.     (line  368)
! * __builtin_extract_return_addr:         Return Address.     (line   39)
! * __builtin_ffs:                         Other Builtins.     (line  684)
! * __builtin_ffsl:                        Other Builtins.     (line  707)
! * __builtin_ffsll:                       Other Builtins.     (line  729)
! * __builtin_FILE:                        Other Builtins.     (line  482)
  * __builtin_fpclassify:                  Other Builtins.     (line    6)
! * __builtin_frame_address:               Return Address.     (line   52)
! * __builtin_frob_return_address:         Return Address.     (line   48)
! * __builtin_FUNCTION:                    Other Builtins.     (line  474)
! * __builtin_huge_val:                    Other Builtins.     (line  560)
! * __builtin_huge_valf:                   Other Builtins.     (line  565)
! * __builtin_huge_vall:                   Other Builtins.     (line  568)
  * __builtin_huge_valq <1>:               x86 Built-in Functions.
                                                               (line   50)
! * __builtin_huge_valq:                   PowerPC Built-in Functions.
!                                                              (line  278)
! * __builtin_inf:                         Other Builtins.     (line  591)
! * __builtin_infd128:                     Other Builtins.     (line  601)
! * __builtin_infd32:                      Other Builtins.     (line  595)
! * __builtin_infd64:                      Other Builtins.     (line  598)
! * __builtin_inff:                        Other Builtins.     (line  605)
! * __builtin_infl:                        Other Builtins.     (line  610)
  * __builtin_infq <1>:                    x86 Built-in Functions.
!                                                              (line   46)
! * __builtin_infq:                        PowerPC Built-in Functions.
!                                                              (line  274)
  * __builtin_isfinite:                    Other Builtins.     (line    6)
  * __builtin_isgreater:                   Other Builtins.     (line    6)
  * __builtin_isgreaterequal:              Other Builtins.     (line    6)
  * __builtin_isinf_sign:                  Other Builtins.     (line    6)
  * __builtin_isless:                      Other Builtins.     (line    6)
  * __builtin_islessequal:                 Other Builtins.     (line    6)
  * __builtin_islessgreater:               Other Builtins.     (line    6)
  * __builtin_isnormal:                    Other Builtins.     (line    6)
  * __builtin_isunordered:                 Other Builtins.     (line    6)
! * __builtin_LINE:                        Other Builtins.     (line  467)
  * __builtin_mul_overflow:                Integer Overflow Builtins.
!                                                              (line   66)
  * __builtin_mul_overflow_p:              Integer Overflow Builtins.
!                                                              (line   93)
! * __builtin_nan:                         Other Builtins.     (line  628)
! * __builtin_nand128:                     Other Builtins.     (line  650)
! * __builtin_nand32:                      Other Builtins.     (line  644)
! * __builtin_nand64:                      Other Builtins.     (line  647)
! * __builtin_nanf:                        Other Builtins.     (line  654)
! * __builtin_nanl:                        Other Builtins.     (line  657)
  * __builtin_nanq <1>:                    x86 Built-in Functions.
!                                                              (line   53)
! * __builtin_nanq:                        PowerPC Built-in Functions.
!                                                              (line  281)
! * __builtin_nans:                        Other Builtins.     (line  667)
! * __builtin_nansf:                       Other Builtins.     (line  671)
! * __builtin_nansl:                       Other Builtins.     (line  674)
  * __builtin_nansq <1>:                   x86 Built-in Functions.
                                                               (line   57)
+ * __builtin_nansq:                       PowerPC Built-in Functions.
+                                                              (line  285)
  * __builtin_nds32_isb:                   NDS32 Built-in Functions.
!                                                              (line   13)
  * __builtin_nds32_isync:                 NDS32 Built-in Functions.
!                                                              (line    9)
  * __builtin_nds32_mfsr:                  NDS32 Built-in Functions.
!                                                              (line   16)
  * __builtin_nds32_mfusr:                 NDS32 Built-in Functions.
!                                                              (line   19)
  * __builtin_nds32_mtsr:                  NDS32 Built-in Functions.
!                                                              (line   22)
  * __builtin_nds32_mtusr:                 NDS32 Built-in Functions.
!                                                              (line   25)
  * __builtin_nds32_setgie_dis:            NDS32 Built-in Functions.
!                                                              (line   31)
  * __builtin_nds32_setgie_en:             NDS32 Built-in Functions.
!                                                              (line   28)
  * __builtin_non_tx_store:                S/390 System z Built-in Functions.
!                                                              (line  104)
  * __builtin_object_size:                 Object Size Checking.
                                                               (line    6)
  * __builtin_offsetof:                    Offsetof.           (line    6)
! * __builtin_parity:                      Other Builtins.     (line  704)
! * __builtin_parityl:                     Other Builtins.     (line  725)
! * __builtin_parityll:                    Other Builtins.     (line  749)
! * __builtin_popcount:                    Other Builtins.     (line  701)
! * __builtin_popcountl:                   Other Builtins.     (line  721)
! * __builtin_popcountll:                  Other Builtins.     (line  745)
  * __builtin_powi:                        Other Builtins.     (line    6)
  * __builtin_powif:                       Other Builtins.     (line    6)
  * __builtin_powil:                       Other Builtins.     (line    6)
! * __builtin_prefetch:                    Other Builtins.     (line  521)
! * __builtin_return:                      Constructing Calls. (line   48)
! * __builtin_return_address:              Return Address.     (line   11)
  * __builtin_rx_brk:                      RX Built-in Functions.
!                                                              (line   11)
  * __builtin_rx_clrpsw:                   RX Built-in Functions.
!                                                              (line   14)
  * __builtin_rx_int:                      RX Built-in Functions.
!                                                              (line   18)
  * __builtin_rx_machi:                    RX Built-in Functions.
!                                                              (line   22)
  * __builtin_rx_maclo:                    RX Built-in Functions.
!                                                              (line   27)
  * __builtin_rx_mulhi:                    RX Built-in Functions.
!                                                              (line   32)
  * __builtin_rx_mullo:                    RX Built-in Functions.
!                                                              (line   37)
  * __builtin_rx_mvfachi:                  RX Built-in Functions.
!                                                              (line   42)
  * __builtin_rx_mvfacmi:                  RX Built-in Functions.
!                                                              (line   46)
  * __builtin_rx_mvfc:                     RX Built-in Functions.
!                                                              (line   50)
  * __builtin_rx_mvtachi:                  RX Built-in Functions.
!                                                              (line   54)
  * __builtin_rx_mvtaclo:                  RX Built-in Functions.
!                                                              (line   58)
  * __builtin_rx_mvtc:                     RX Built-in Functions.
!                                                              (line   62)
  * __builtin_rx_mvtipl:                   RX Built-in Functions.
!                                                              (line   66)
  * __builtin_rx_racw:                     RX Built-in Functions.
!                                                              (line   70)
  * __builtin_rx_revw:                     RX Built-in Functions.
!                                                              (line   74)
  * __builtin_rx_rmpa:                     RX Built-in Functions.
!                                                              (line   79)
  * __builtin_rx_round:                    RX Built-in Functions.
!                                                              (line   83)
  * __builtin_rx_sat:                      RX Built-in Functions.
!                                                              (line   88)
  * __builtin_rx_setpsw:                   RX Built-in Functions.
!                                                              (line   92)
  * __builtin_rx_wait:                     RX Built-in Functions.
!                                                              (line   96)
  * __builtin_sadd_overflow:               Integer Overflow Builtins.
!                                                              (line   13)
! * __builtin_saddl_overflow:              Integer Overflow Builtins.
!                                                              (line   15)
! * __builtin_saddll_overflow:             Integer Overflow Builtins.
!                                                              (line   17)
  * __builtin_set_thread_pointer:          SH Built-in Functions.
!                                                              (line   10)
  * __builtin_sh_get_fpscr:                SH Built-in Functions.
!                                                              (line   36)
  * __builtin_sh_set_fpscr:                SH Built-in Functions.
!                                                              (line   39)
  * __builtin_smul_overflow:               Integer Overflow Builtins.
!                                                              (line   68)
! * __builtin_smull_overflow:              Integer Overflow Builtins.
!                                                              (line   70)
! * __builtin_smulll_overflow:             Integer Overflow Builtins.
!                                                              (line   72)
  * __builtin_ssub_overflow:               Integer Overflow Builtins.
!                                                              (line   47)
! * __builtin_ssubl_overflow:              Integer Overflow Builtins.
!                                                              (line   49)
! * __builtin_ssubll_overflow:             Integer Overflow Builtins.
!                                                              (line   51)
  * __builtin_sub_overflow:                Integer Overflow Builtins.
!                                                              (line   45)
  * __builtin_sub_overflow_p:              Integer Overflow Builtins.
!                                                              (line   91)
  * __builtin_tabort:                      S/390 System z Built-in Functions.
!                                                              (line   87)
  * __builtin_tbegin:                      S/390 System z Built-in Functions.
!                                                              (line    7)
  * __builtin_tbegin_nofloat:              S/390 System z Built-in Functions.
!                                                              (line   59)
  * __builtin_tbegin_retry:                S/390 System z Built-in Functions.
!                                                              (line   65)
  * __builtin_tbegin_retry_nofloat:        S/390 System z Built-in Functions.
!                                                              (line   72)
! * __builtin_tbeginc:                     S/390 System z Built-in Functions.
!                                                              (line   78)
  * __builtin_tend:                        S/390 System z Built-in Functions.
!                                                              (line   82)
  * __builtin_thread_pointer:              SH Built-in Functions.
!                                                              (line   20)
! * __builtin_trap:                        Other Builtins.     (line  392)
  * __builtin_tx_assist:                   S/390 System z Built-in Functions.
!                                                              (line   92)
  * __builtin_tx_nesting_depth:            S/390 System z Built-in Functions.
!                                                              (line   98)
! * __builtin_types_compatible_p:          Other Builtins.     (line  215)
  * __builtin_uadd_overflow:               Integer Overflow Builtins.
!                                                              (line   19)
! * __builtin_uaddl_overflow:              Integer Overflow Builtins.
!                                                              (line   21)
! * __builtin_uaddll_overflow:             Integer Overflow Builtins.
!                                                              (line   24)
  * __builtin_umul_overflow:               Integer Overflow Builtins.
!                                                              (line   74)
! * __builtin_umull_overflow:              Integer Overflow Builtins.
!                                                              (line   76)
! * __builtin_umulll_overflow:             Integer Overflow Builtins.
!                                                              (line   79)
! * __builtin_unreachable:                 Other Builtins.     (line  399)
  * __builtin_usub_overflow:               Integer Overflow Builtins.
!                                                              (line   53)
! * __builtin_usubl_overflow:              Integer Overflow Builtins.
!                                                              (line   55)
! * __builtin_usubll_overflow:             Integer Overflow Builtins.
!                                                              (line   58)
! * __builtin_va_arg_pack:                 Constructing Calls. (line   53)
! * __builtin_va_arg_pack_len:             Constructing Calls. (line   76)
  * __complex__ keyword:                   Complex.            (line    6)
  * __declspec(dllexport):                 Microsoft Windows Function Attributes.
                                                               (line   10)
  * __declspec(dllimport):                 Microsoft Windows Function Attributes.
!                                                              (line   44)
  * __ea SPU Named Address Spaces:         Named Address Spaces.
                                                               (line  159)
  * __extension__:                         Alternate Keywords. (line   30)
  * __far M32C Named Address Spaces:       Named Address Spaces.
!                                                              (line  143)
  * __far RL78 Named Address Spaces:       Named Address Spaces.
                                                               (line  151)
  * __flash AVR Named Address Spaces:      Named Address Spaces.
*************** Keyword Index
*** 57540,57547 ****
  * __float128 data type:                  Floating Types.     (line    6)
  * __float80 data type:                   Floating Types.     (line    6)
  * __fp16 data type:                      Half-Precision.     (line    6)
- * __FUNCTION__ identifier:               Function Names.     (line    6)
  * __func__ identifier:                   Function Names.     (line    6)
  * __ibm128 data type:                    Floating Types.     (line    6)
  * __imag__ keyword:                      Complex.            (line   27)
  * __int128 data types:                   __int128.           (line    6)
--- 58149,58156 ----
  * __float128 data type:                  Floating Types.     (line    6)
  * __float80 data type:                   Floating Types.     (line    6)
  * __fp16 data type:                      Half-Precision.     (line    6)
  * __func__ identifier:                   Function Names.     (line    6)
+ * __FUNCTION__ identifier:               Function Names.     (line    6)
  * __ibm128 data type:                    Floating Types.     (line    6)
  * __imag__ keyword:                      Complex.            (line   27)
  * __int128 data types:                   __int128.           (line    6)
*************** Keyword Index
*** 57572,57577 ****
--- 58181,58207 ----
  * __sync_val_compare_and_swap:           __sync Builtins.    (line   88)
  * __sync_xor_and_fetch:                  __sync Builtins.    (line   72)
  * __thread:                              Thread-Local.       (line    6)
+ * _Accum data type:                      Fixed-Point.        (line    6)
+ * _Complex keyword:                      Complex.            (line    6)
+ * _Decimal128 data type:                 Decimal Float.      (line    6)
+ * _Decimal32 data type:                  Decimal Float.      (line    6)
+ * _Decimal64 data type:                  Decimal Float.      (line    6)
+ * _exit:                                 Other Builtins.     (line    6)
+ * _Exit:                                 Other Builtins.     (line    6)
+ * _FloatN data types:                    Floating Types.     (line    6)
+ * _FloatNx data types:                   Floating Types.     (line    6)
+ * _Fract data type:                      Fixed-Point.        (line    6)
+ * _HTM_FIRST_USER_ABORT_CODE:            S/390 System z Built-in Functions.
+                                                              (line   48)
+ * _Sat data type:                        Fixed-Point.        (line    6)
+ * _xabort:                               x86 transactional memory intrinsics.
+                                                              (line   64)
+ * _xbegin:                               x86 transactional memory intrinsics.
+                                                              (line   20)
+ * _xend:                                 x86 transactional memory intrinsics.
+                                                              (line   55)
+ * _xtest:                                x86 transactional memory intrinsics.
+                                                              (line   60)
  * AArch64 Options:                       AArch64 Options.    (line    6)
  * ABI:                                   Compatibility.      (line    6)
  * abi_tag function attribute:            C++ Attributes.     (line    9)
*************** Keyword Index
*** 57580,57588 ****
  * abort:                                 Other Builtins.     (line    6)
  * abs:                                   Other Builtins.     (line    6)
  * absdata variable attribute, AVR:       AVR Variable Attributes.
!                                                              (line  111)
! * accessing volatiles:                   Volatiles.          (line    6)
  * accessing volatiles <1>:               C++ Volatiles.      (line    6)
  * acos:                                  Other Builtins.     (line    6)
  * acosf:                                 Other Builtins.     (line    6)
  * acosh:                                 Other Builtins.     (line    6)
--- 58210,58218 ----
  * abort:                                 Other Builtins.     (line    6)
  * abs:                                   Other Builtins.     (line    6)
  * absdata variable attribute, AVR:       AVR Variable Attributes.
!                                                              (line  112)
  * accessing volatiles <1>:               C++ Volatiles.      (line    6)
+ * accessing volatiles:                   Volatiles.          (line    6)
  * acos:                                  Other Builtins.     (line    6)
  * acosf:                                 Other Builtins.     (line    6)
  * acosh:                                 Other Builtins.     (line    6)
*************** Keyword Index
*** 57590,57602 ****
  * acoshl:                                Other Builtins.     (line    6)
  * acosl:                                 Other Builtins.     (line    6)
  * Ada:                                   G++ and GCC.        (line    6)
- * Ada <1>:                               G++ and GCC.        (line   30)
  * additional floating types:             Floating Types.     (line    6)
! * address constraints:                   Simple Constraints. (line  152)
  * address of a label:                    Labels as Values.   (line    6)
  * address variable attribute, AVR:       AVR Variable Attributes.
!                                                              (line  104)
! * address_operand:                       Simple Constraints. (line  156)
  * alias function attribute:              Common Function Attributes.
                                                               (line    9)
  * aligned function attribute:            Common Function Attributes.
--- 58220,58231 ----
  * acoshl:                                Other Builtins.     (line    6)
  * acosl:                                 Other Builtins.     (line    6)
  * Ada:                                   G++ and GCC.        (line    6)
  * additional floating types:             Floating Types.     (line    6)
! * address constraints:                   Simple Constraints. (line  154)
  * address of a label:                    Labels as Values.   (line    6)
  * address variable attribute, AVR:       AVR Variable Attributes.
!                                                              (line  105)
! * address_operand:                       Simple Constraints. (line  158)
  * alias function attribute:              Common Function Attributes.
                                                               (line    9)
  * aligned function attribute:            Common Function Attributes.
*************** Keyword Index
*** 57606,57617 ****
  * aligned variable attribute:            Common Variable Attributes.
                                                               (line    8)
  * alignment:                             Alignment.          (line    6)
- * alloca:                                Other Builtins.     (line    6)
- * alloca vs variable-length arrays:      Variable Length.    (line   35)
  * alloc_align function attribute:        Common Function Attributes.
                                                               (line   43)
  * alloc_size function attribute:         Common Function Attributes.
                                                               (line   60)
  * Allow nesting in an interrupt handler on the Blackfin processor: Blackfin Function Attributes.
                                                               (line   45)
  * Altera Nios II options:                Nios II Options.    (line    6)
--- 58235,58246 ----
  * aligned variable attribute:            Common Variable Attributes.
                                                               (line    8)
  * alignment:                             Alignment.          (line    6)
  * alloc_align function attribute:        Common Function Attributes.
                                                               (line   43)
  * alloc_size function attribute:         Common Function Attributes.
                                                               (line   60)
+ * alloca:                                Other Builtins.     (line    6)
+ * alloca vs variable-length arrays:      Variable Length.    (line   35)
  * Allow nesting in an interrupt handler on the Blackfin processor: Blackfin Function Attributes.
                                                               (line   45)
  * Altera Nios II options:                Nios II Options.    (line    6)
*************** Keyword Index
*** 57633,57641 ****
  * ARC options:                           ARC Options.        (line    6)
  * arch= function attribute, AArch64:     AArch64 Function Attributes.
                                                               (line   49)
- * ARM options:                           ARM Options.        (line    6)
  * ARM [Annotated C++ Reference Manual]:  Backwards Compatibility.
                                                               (line    6)
  * arrays of length zero:                 Zero Length.        (line    6)
  * arrays of variable length:             Variable Length.    (line    6)
  * arrays, non-lvalue:                    Subscripting.       (line    6)
--- 58262,58270 ----
  * ARC options:                           ARC Options.        (line    6)
  * arch= function attribute, AArch64:     AArch64 Function Attributes.
                                                               (line   49)
  * ARM [Annotated C++ Reference Manual]:  Backwards Compatibility.
                                                               (line    6)
+ * ARM options:                           ARM Options.        (line    6)
  * arrays of length zero:                 Zero Length.        (line    6)
  * arrays of variable length:             Variable Length.    (line    6)
  * arrays, non-lvalue:                    Subscripting.       (line    6)
*************** Keyword Index
*** 57647,57662 ****
  * asinhf:                                Other Builtins.     (line    6)
  * asinhl:                                Other Builtins.     (line    6)
  * asinl:                                 Other Builtins.     (line    6)
! * asm assembler template:                Extended Asm.       (line  218)
! * asm clobbers:                          Extended Asm.       (line  646)
  * asm constraints:                       Constraints.        (line    6)
! * asm expressions:                       Extended Asm.       (line  551)
! * asm flag output operands:              Extended Asm.       (line  480)
! * asm goto labels:                       Extended Asm.       (line  715)
! * asm input operands:                    Extended Asm.       (line  551)
  * asm keyword:                           Using Assembly Language with C.
                                                               (line    6)
! * asm output operands:                   Extended Asm.       (line  321)
  * asm volatile:                          Extended Asm.       (line  109)
  * assembler names for identifiers:       Asm Labels.         (line    6)
  * assembly code, invalid:                Bug Criteria.       (line   12)
--- 58276,58291 ----
  * asinhf:                                Other Builtins.     (line    6)
  * asinhl:                                Other Builtins.     (line    6)
  * asinl:                                 Other Builtins.     (line    6)
! * asm assembler template:                Extended Asm.       (line  219)
! * asm clobbers:                          Extended Asm.       (line  663)
  * asm constraints:                       Constraints.        (line    6)
! * asm expressions:                       Extended Asm.       (line  567)
! * asm flag output operands:              Extended Asm.       (line  482)
! * asm goto labels:                       Extended Asm.       (line  733)
! * asm input operands:                    Extended Asm.       (line  567)
  * asm keyword:                           Using Assembly Language with C.
                                                               (line    6)
! * asm output operands:                   Extended Asm.       (line  322)
  * asm volatile:                          Extended Asm.       (line  109)
  * assembler names for identifiers:       Asm Labels.         (line    6)
  * assembly code, invalid:                Bug Criteria.       (line   12)
*************** Keyword Index
*** 57715,57722 ****
  * bug criteria:                          Bug Criteria.       (line    6)
  * bugs:                                  Bugs.               (line    6)
  * bugs, known:                           Trouble.            (line    6)
- * built-in functions:                    C Dialect Options.  (line  231)
  * built-in functions <1>:                Other Builtins.     (line    6)
  * bzero:                                 Other Builtins.     (line    6)
  * C compilation options:                 Invoking GCC.       (line   18)
  * C intermediate output, nonexistent:    G++ and GCC.        (line   35)
--- 58344,58351 ----
  * bug criteria:                          Bug Criteria.       (line    6)
  * bugs:                                  Bugs.               (line    6)
  * bugs, known:                           Trouble.            (line    6)
  * built-in functions <1>:                Other Builtins.     (line    6)
+ * built-in functions:                    C Dialect Options.  (line  234)
  * bzero:                                 Other Builtins.     (line    6)
  * C compilation options:                 Invoking GCC.       (line   18)
  * C intermediate output, nonexistent:    G++ and GCC.        (line   35)
*************** Keyword Index
*** 57748,57753 ****
--- 58377,58384 ----
  * C95:                                   Standards.          (line   13)
  * C99:                                   Standards.          (line   13)
  * C9X:                                   Standards.          (line   13)
+ * C_INCLUDE_PATH:                        Environment Variables.
+                                                              (line  130)
  * cabs:                                  Other Builtins.     (line    6)
  * cabsf:                                 Other Builtins.     (line    6)
  * cabsl:                                 Other Builtins.     (line    6)
*************** Keyword Index
*** 57758,57764 ****
  * cacoshl:                               Other Builtins.     (line    6)
  * cacosl:                                Other Builtins.     (line    6)
  * callee_pop_aggregate_return function attribute, x86: x86 Function Attributes.
!                                                              (line   47)
  * calling functions through the function vector on SH2A: SH Function Attributes.
                                                               (line    9)
  * calloc:                                Other Builtins.     (line    6)
--- 58389,58395 ----
  * cacoshl:                               Other Builtins.     (line    6)
  * cacosl:                                Other Builtins.     (line    6)
  * callee_pop_aggregate_return function attribute, x86: x86 Function Attributes.
!                                                              (line   46)
  * calling functions through the function vector on SH2A: SH Function Attributes.
                                                               (line    9)
  * calloc:                                Other Builtins.     (line    6)
*************** Keyword Index
*** 57781,57787 ****
  * catanhl:                               Other Builtins.     (line    6)
  * catanl:                                Other Builtins.     (line    6)
  * cb variable attribute, MeP:            MeP Variable Attributes.
!                                                              (line   46)
  * cbrt:                                  Other Builtins.     (line    6)
  * cbrtf:                                 Other Builtins.     (line    6)
  * cbrtl:                                 Other Builtins.     (line    6)
--- 58412,58418 ----
  * catanhl:                               Other Builtins.     (line    6)
  * catanl:                                Other Builtins.     (line    6)
  * cb variable attribute, MeP:            MeP Variable Attributes.
!                                                              (line   48)
  * cbrt:                                  Other Builtins.     (line    6)
  * cbrtf:                                 Other Builtins.     (line    6)
  * cbrtl:                                 Other Builtins.     (line    6)
*************** Keyword Index
*** 57800,57811 ****
  * cexpf:                                 Other Builtins.     (line    6)
  * cexpl:                                 Other Builtins.     (line    6)
  * character set, execution:              Preprocessor Options.
!                                                              (line  255)
  * character set, input:                  Preprocessor Options.
!                                                              (line  268)
! * character set, input normalization:    Warning Options.    (line 2244)
  * character set, wide execution:         Preprocessor Options.
!                                                              (line  260)
  * cimag:                                 Other Builtins.     (line    6)
  * cimagf:                                Other Builtins.     (line    6)
  * cimagl:                                Other Builtins.     (line    6)
--- 58431,58442 ----
  * cexpf:                                 Other Builtins.     (line    6)
  * cexpl:                                 Other Builtins.     (line    6)
  * character set, execution:              Preprocessor Options.
!                                                              (line  254)
  * character set, input:                  Preprocessor Options.
!                                                              (line  267)
! * character set, input normalization:    Warning Options.    (line 2268)
  * character set, wide execution:         Preprocessor Options.
!                                                              (line  259)
  * cimag:                                 Other Builtins.     (line    6)
  * cimagf:                                Other Builtins.     (line    6)
  * cimagl:                                Other Builtins.     (line    6)
*************** Keyword Index
*** 57828,57836 ****
  * command options:                       Invoking GCC.       (line    6)
  * comments, C++ style:                   C++ Comments.       (line    6)
  * common variable attribute:             Common Variable Attributes.
!                                                              (line   89)
  * comparison of signed and unsigned values, warning: Warning Options.
!                                                              (line 2044)
  * compilation statistics:                Developer Options.  (line    6)
  * compiler bugs, reporting:              Bug Reporting.      (line    6)
  * compiler compared to C++ preprocessor: G++ and GCC.        (line   35)
--- 58459,58467 ----
  * command options:                       Invoking GCC.       (line    6)
  * comments, C++ style:                   C++ Comments.       (line    6)
  * common variable attribute:             Common Variable Attributes.
!                                                              (line   90)
  * comparison of signed and unsigned values, warning: Warning Options.
!                                                              (line 2068)
  * compilation statistics:                Developer Options.  (line    6)
  * compiler bugs, reporting:              Bug Reporting.      (line    6)
  * compiler compared to C++ preprocessor: G++ and GCC.        (line   35)
*************** Keyword Index
*** 57855,57863 ****
  * const function attribute:              Common Function Attributes.
                                                               (line  139)
  * const qualifier:                       Pointers to Arrays. (line    6)
! * constants in constraints:              Simple Constraints. (line   68)
  * constraint modifier characters:        Modifiers.          (line    6)
! * constraint, matching:                  Simple Constraints. (line  137)
  * constraints, asm:                      Constraints.        (line    6)
  * constraints, machine specific:         Machine Constraints.
                                                               (line    6)
--- 58486,58494 ----
  * const function attribute:              Common Function Attributes.
                                                               (line  139)
  * const qualifier:                       Pointers to Arrays. (line    6)
! * constants in constraints:              Simple Constraints. (line   70)
  * constraint modifier characters:        Modifiers.          (line    6)
! * constraint, matching:                  Simple Constraints. (line  139)
  * constraints, asm:                      Constraints.        (line    6)
  * constraints, machine specific:         Machine Constraints.
                                                               (line    6)
*************** Keyword Index
*** 57877,57885 ****
  * coshl:                                 Other Builtins.     (line    6)
  * cosl:                                  Other Builtins.     (line    6)
  * CPATH:                                 Environment Variables.
-                                                              (line  127)
- * CPLUS_INCLUDE_PATH:                    Environment Variables.
                                                               (line  129)
  * cpow:                                  Other Builtins.     (line    6)
  * cpowf:                                 Other Builtins.     (line    6)
  * cpowl:                                 Other Builtins.     (line    6)
--- 58508,58516 ----
  * coshl:                                 Other Builtins.     (line    6)
  * cosl:                                  Other Builtins.     (line    6)
  * CPATH:                                 Environment Variables.
                                                               (line  129)
+ * CPLUS_INCLUDE_PATH:                    Environment Variables.
+                                                              (line  131)
  * cpow:                                  Other Builtins.     (line    6)
  * cpowf:                                 Other Builtins.     (line    6)
  * cpowl:                                 Other Builtins.     (line    6)
*************** Keyword Index
*** 57911,57922 ****
  * ctanhf:                                Other Builtins.     (line    6)
  * ctanhl:                                Other Builtins.     (line    6)
  * ctanl:                                 Other Builtins.     (line    6)
- * C_INCLUDE_PATH:                        Environment Variables.
-                                                              (line  128)
  * Darwin options:                        Darwin Options.     (line    6)
  * dcgettext:                             Other Builtins.     (line    6)
- * dd integer suffix:                     Decimal Float.      (line    6)
  * DD integer suffix:                     Decimal Float.      (line    6)
  * deallocating variable length arrays:   Variable Length.    (line   22)
  * debug dump options:                    Developer Options.  (line    6)
  * debugging GCC:                         Developer Options.  (line    6)
--- 58542,58551 ----
  * ctanhf:                                Other Builtins.     (line    6)
  * ctanhl:                                Other Builtins.     (line    6)
  * ctanl:                                 Other Builtins.     (line    6)
  * Darwin options:                        Darwin Options.     (line    6)
  * dcgettext:                             Other Builtins.     (line    6)
  * DD integer suffix:                     Decimal Float.      (line    6)
+ * dd integer suffix:                     Decimal Float.      (line    6)
  * deallocating variable length arrays:   Variable Length.    (line   22)
  * debug dump options:                    Developer Options.  (line    6)
  * debugging GCC:                         Developer Options.  (line    6)
*************** Keyword Index
*** 57930,57942 ****
  * declaring static data in C++:          Static Definitions. (line    6)
  * defining static data in C++:           Static Definitions. (line    6)
  * dependencies for make as output:       Environment Variables.
!                                                              (line  156)
! * dependencies for make as output <1>:   Environment Variables.
!                                                              (line  172)
  * dependencies, make:                    Preprocessor Options.
                                                               (line   77)
  * DEPENDENCIES_OUTPUT:                   Environment Variables.
!                                                              (line  155)
  * dependent name lookup:                 Name lookup.        (line    6)
  * deprecated enumerator attribute:       Enumerator Attributes.
                                                               (line   28)
--- 58559,58569 ----
  * declaring static data in C++:          Static Definitions. (line    6)
  * defining static data in C++:           Static Definitions. (line    6)
  * dependencies for make as output:       Environment Variables.
!                                                              (line  157)
  * dependencies, make:                    Preprocessor Options.
                                                               (line   77)
  * DEPENDENCIES_OUTPUT:                   Environment Variables.
!                                                              (line  156)
  * dependent name lookup:                 Name lookup.        (line    6)
  * deprecated enumerator attribute:       Enumerator Attributes.
                                                               (line   28)
*************** Keyword Index
*** 57945,57961 ****
  * deprecated type attribute:             Common Type Attributes.
                                                               (line  111)
  * deprecated variable attribute:         Common Variable Attributes.
!                                                              (line   98)
  * designated initializers:               Designated Inits.   (line    6)
  * designated_init type attribute:        Common Type Attributes.
                                                               (line  139)
! * designator lists:                      Designated Inits.   (line   96)
  * designators:                           Designated Inits.   (line   64)
  * destructor function attribute:         Common Function Attributes.
                                                               (line  154)
  * developer options:                     Developer Options.  (line    6)
- * df integer suffix:                     Decimal Float.      (line    6)
  * DF integer suffix:                     Decimal Float.      (line    6)
  * dgettext:                              Other Builtins.     (line    6)
  * diagnostic messages:                   Diagnostic Message Formatting Options.
                                                               (line    6)
--- 58572,58588 ----
  * deprecated type attribute:             Common Type Attributes.
                                                               (line  111)
  * deprecated variable attribute:         Common Variable Attributes.
!                                                              (line   99)
  * designated initializers:               Designated Inits.   (line    6)
  * designated_init type attribute:        Common Type Attributes.
                                                               (line  139)
! * designator lists:                      Designated Inits.   (line   97)
  * designators:                           Designated Inits.   (line   64)
  * destructor function attribute:         Common Function Attributes.
                                                               (line  154)
  * developer options:                     Developer Options.  (line    6)
  * DF integer suffix:                     Decimal Float.      (line    6)
+ * df integer suffix:                     Decimal Float.      (line    6)
  * dgettext:                              Other Builtins.     (line    6)
  * diagnostic messages:                   Diagnostic Message Formatting Options.
                                                               (line    6)
*************** Keyword Index
*** 57968,57987 ****
                                                               (line  103)
  * diff-insert GCC_COLORS capability:     Diagnostic Message Formatting Options.
                                                               (line  110)
! * digits in constraint:                  Simple Constraints. (line  125)
  * directory options:                     Directory Options.  (line    6)
  * disinterrupt function attribute, Epiphany: Epiphany Function Attributes.
                                                               (line    9)
  * disinterrupt function attribute, MeP:  MeP Function Attributes.
                                                               (line    9)
- * dl integer suffix:                     Decimal Float.      (line    6)
  * DL integer suffix:                     Decimal Float.      (line    6)
  * dllexport function attribute:          Microsoft Windows Function Attributes.
                                                               (line   10)
  * dllexport variable attribute:          Microsoft Windows Variable Attributes.
                                                               (line   12)
  * dllimport function attribute:          Microsoft Windows Function Attributes.
!                                                              (line   42)
  * dllimport variable attribute:          Microsoft Windows Variable Attributes.
                                                               (line   12)
  * dollar signs in identifier names:      Dollar Signs.       (line    6)
--- 58595,58614 ----
                                                               (line  103)
  * diff-insert GCC_COLORS capability:     Diagnostic Message Formatting Options.
                                                               (line  110)
! * digits in constraint:                  Simple Constraints. (line  127)
  * directory options:                     Directory Options.  (line    6)
  * disinterrupt function attribute, Epiphany: Epiphany Function Attributes.
                                                               (line    9)
  * disinterrupt function attribute, MeP:  MeP Function Attributes.
                                                               (line    9)
  * DL integer suffix:                     Decimal Float.      (line    6)
+ * dl integer suffix:                     Decimal Float.      (line    6)
  * dllexport function attribute:          Microsoft Windows Function Attributes.
                                                               (line   10)
  * dllexport variable attribute:          Microsoft Windows Variable Attributes.
                                                               (line   12)
  * dllimport function attribute:          Microsoft Windows Function Attributes.
!                                                              (line   44)
  * dllimport variable attribute:          Microsoft Windows Variable Attributes.
                                                               (line   12)
  * dollar signs in identifier names:      Dollar Signs.       (line    6)
*************** Keyword Index
*** 57991,58009 ****
  * dremf:                                 Other Builtins.     (line    6)
  * dreml:                                 Other Builtins.     (line    6)
  * dump options:                          Developer Options.  (line    6)
! * E in constraint:                       Simple Constraints. (line   87)
  * earlyclobber operand:                  Modifiers.          (line   25)
  * eight-bit data on the H8/300, H8/300H, and H8S: H8/300 Variable Attributes.
                                                               (line    9)
  * eightbit_data variable attribute, H8/300: H8/300 Variable Attributes.
                                                               (line    9)
! * EIND:                                  AVR Options.        (line  260)
  * either function attribute, MSP430:     MSP430 Function Attributes.
                                                               (line   53)
  * either variable attribute, MSP430:     MSP430 Variable Attributes.
                                                               (line   24)
  * empty structures:                      Empty Structures.   (line    6)
! * Enable Cilk Plus:                      C Dialect Options.  (line  318)
  * Enumerator Attributes:                 Enumerator Attributes.
                                                               (line    6)
  * environment variables:                 Environment Variables.
--- 58618,58636 ----
  * dremf:                                 Other Builtins.     (line    6)
  * dreml:                                 Other Builtins.     (line    6)
  * dump options:                          Developer Options.  (line    6)
! * E in constraint:                       Simple Constraints. (line   89)
  * earlyclobber operand:                  Modifiers.          (line   25)
  * eight-bit data on the H8/300, H8/300H, and H8S: H8/300 Variable Attributes.
                                                               (line    9)
  * eightbit_data variable attribute, H8/300: H8/300 Variable Attributes.
                                                               (line    9)
! * EIND:                                  AVR Options.        (line  257)
  * either function attribute, MSP430:     MSP430 Function Attributes.
                                                               (line   53)
  * either variable attribute, MSP430:     MSP430 Variable Attributes.
                                                               (line   24)
  * empty structures:                      Empty Structures.   (line    6)
! * Enable Cilk Plus:                      C Dialect Options.  (line  316)
  * Enumerator Attributes:                 Enumerator Attributes.
                                                               (line    6)
  * environment variables:                 Environment Variables.
*************** Keyword Index
*** 58047,58060 ****
  * expressions containing statements:     Statement Exprs.    (line    6)
  * expressions, constructor:              Compound Literals.  (line    6)
  * extended asm:                          Extended Asm.       (line    6)
! * extensible constraints:                Simple Constraints. (line  161)
  * extensions, ?::                        Conditionals.       (line    6)
  * extensions, C language:                C Extensions.       (line    6)
  * extensions, C++ language:              C++ Extensions.     (line    6)
  * external declaration scope:            Incompatibilities.  (line   80)
  * externally_visible function attribute: Common Function Attributes.
                                                               (line  216)
! * F in constraint:                       Simple Constraints. (line   92)
  * fabs:                                  Other Builtins.     (line    6)
  * fabsf:                                 Other Builtins.     (line    6)
  * fabsl:                                 Other Builtins.     (line    6)
--- 58674,58687 ----
  * expressions containing statements:     Statement Exprs.    (line    6)
  * expressions, constructor:              Compound Literals.  (line    6)
  * extended asm:                          Extended Asm.       (line    6)
! * extensible constraints:                Simple Constraints. (line  163)
  * extensions, ?::                        Conditionals.       (line    6)
  * extensions, C language:                C Extensions.       (line    6)
  * extensions, C++ language:              C++ Extensions.     (line    6)
  * external declaration scope:            Incompatibilities.  (line   80)
  * externally_visible function attribute: Common Function Attributes.
                                                               (line  216)
! * F in constraint:                       Simple Constraints. (line   94)
  * fabs:                                  Other Builtins.     (line    6)
  * fabsf:                                 Other Builtins.     (line    6)
  * fabsl:                                 Other Builtins.     (line    6)
*************** Keyword Index
*** 58067,58081 ****
  * far type attribute, MeP:               MeP Type Attributes.
                                                               (line    6)
  * far variable attribute, MeP:           MeP Variable Attributes.
!                                                              (line   30)
! * fastcall function attribute, x86-32:   x86 Function Attributes.
!                                                              (line   15)
  * fast_interrupt function attribute, M32C: M32C Function Attributes.
                                                               (line   14)
  * fast_interrupt function attribute, MicroBlaze: MicroBlaze Function Attributes.
                                                               (line   27)
  * fast_interrupt function attribute, RX: RX Function Attributes.
                                                               (line    9)
  * fatal signal:                          Bug Criteria.       (line    9)
  * fdim:                                  Other Builtins.     (line    6)
  * fdimf:                                 Other Builtins.     (line    6)
--- 58694,58708 ----
  * far type attribute, MeP:               MeP Type Attributes.
                                                               (line    6)
  * far variable attribute, MeP:           MeP Variable Attributes.
!                                                              (line   31)
  * fast_interrupt function attribute, M32C: M32C Function Attributes.
                                                               (line   14)
  * fast_interrupt function attribute, MicroBlaze: MicroBlaze Function Attributes.
                                                               (line   27)
  * fast_interrupt function attribute, RX: RX Function Attributes.
                                                               (line    9)
+ * fastcall function attribute, x86-32:   x86 Function Attributes.
+                                                              (line   15)
  * fatal signal:                          Bug Criteria.       (line    9)
  * fdim:                                  Other Builtins.     (line    6)
  * fdimf:                                 Other Builtins.     (line    6)
*************** Keyword Index
*** 58097,58103 ****
  * flexible array members:                Zero Length.        (line    6)
  * float as function value type:          Incompatibilities.  (line  141)
  * floating point precision:              Disappointments.    (line   68)
! * floating-point precision:              Optimize Options.   (line 1986)
  * floor:                                 Other Builtins.     (line    6)
  * floorf:                                Other Builtins.     (line    6)
  * floorl:                                Other Builtins.     (line    6)
--- 58724,58730 ----
  * flexible array members:                Zero Length.        (line    6)
  * float as function value type:          Incompatibilities.  (line  141)
  * floating point precision:              Disappointments.    (line   68)
! * floating-point precision:              Optimize Options.   (line 1995)
  * floor:                                 Other Builtins.     (line    6)
  * floorf:                                Other Builtins.     (line    6)
  * floorl:                                Other Builtins.     (line    6)
*************** Keyword Index
*** 58114,58124 ****
  * fmodf:                                 Other Builtins.     (line    6)
  * fmodl:                                 Other Builtins.     (line    6)
  * force_align_arg_pointer function attribute, x86: x86 Function Attributes.
!                                                              (line   90)
  * format function attribute:             Common Function Attributes.
                                                               (line  236)
  * format_arg function attribute:         Common Function Attributes.
!                                                              (line  301)
  * Fortran:                               G++ and GCC.        (line    6)
  * forwarder_section function attribute, Epiphany: Epiphany Function Attributes.
                                                               (line   13)
--- 58741,58751 ----
  * fmodf:                                 Other Builtins.     (line    6)
  * fmodl:                                 Other Builtins.     (line    6)
  * force_align_arg_pointer function attribute, x86: x86 Function Attributes.
!                                                              (line   87)
  * format function attribute:             Common Function Attributes.
                                                               (line  236)
  * format_arg function attribute:         Common Function Attributes.
!                                                              (line  302)
  * Fortran:                               G++ and GCC.        (line    6)
  * forwarder_section function attribute, Epiphany: Epiphany Function Attributes.
                                                               (line   13)
*************** Keyword Index
*** 58147,58196 ****
  * function versions:                     Function Multiversioning.
                                                               (line    6)
  * function, size of pointer to:          Pointer Arith.      (line    6)
  * functions in arbitrary sections:       Common Function Attributes.
!                                                              (line  699)
  * functions that are dynamically resolved: Common Function Attributes.
!                                                              (line  393)
  * functions that are passed arguments in registers on x86-32: x86 Function Attributes.
!                                                              (line   66)
  * functions that behave like malloc:     Common Function Attributes.
!                                                              (line  478)
  * functions that have no side effects:   Common Function Attributes.
                                                               (line  139)
- * functions that have no side effects <1>: Common Function Attributes.
-                                                              (line  661)
  * functions that never return:           Common Function Attributes.
!                                                              (line  608)
  * functions that pop the argument stack on x86-32: x86 Function Attributes.
                                                               (line    9)
- * functions that pop the argument stack on x86-32 <1>: x86 Function Attributes.
-                                                              (line   15)
- * functions that pop the argument stack on x86-32 <2>: x86 Function Attributes.
-                                                              (line   23)
- * functions that pop the argument stack on x86-32 <3>: x86 Function Attributes.
-                                                              (line   98)
  * functions that return more than once:  Common Function Attributes.
!                                                              (line  690)
  * functions with non-null pointer arguments: Common Function Attributes.
!                                                              (line  560)
  * functions with printf, scanf, strftime or strfmon style arguments: Common Function Attributes.
                                                               (line  236)
! * function_vector function attribute, H8/300: H8/300 Function Attributes.
!                                                              (line    9)
! * function_vector function attribute, M16C/M32C: M32C Function Attributes.
!                                                              (line   20)
! * function_vector function attribute, SH: SH Function Attributes.
!                                                              (line    9)
! * G in constraint:                       Simple Constraints. (line   96)
! * g in constraint:                       Simple Constraints. (line  118)
  * g++:                                   Invoking G++.       (line   14)
  * G++:                                   G++ and GCC.        (line   30)
  * gamma:                                 Other Builtins.     (line    6)
  * gammaf:                                Other Builtins.     (line    6)
  * gammaf_r:                              Other Builtins.     (line    6)
  * gammal:                                Other Builtins.     (line    6)
  * gammal_r:                              Other Builtins.     (line    6)
- * gamma_r:                               Other Builtins.     (line    6)
  * GCC:                                   G++ and GCC.        (line    6)
  * GCC command options:                   Invoking GCC.       (line    6)
  * GCC_COLORS environment variable:       Diagnostic Message Formatting Options.
--- 58774,58815 ----
  * function versions:                     Function Multiversioning.
                                                               (line    6)
  * function, size of pointer to:          Pointer Arith.      (line    6)
+ * function_vector function attribute, H8/300: H8/300 Function Attributes.
+                                                              (line    9)
+ * function_vector function attribute, M16C/M32C: M32C Function Attributes.
+                                                              (line   20)
+ * function_vector function attribute, SH: SH Function Attributes.
+                                                              (line    9)
  * functions in arbitrary sections:       Common Function Attributes.
!                                                              (line  703)
  * functions that are dynamically resolved: Common Function Attributes.
!                                                              (line  397)
  * functions that are passed arguments in registers on x86-32: x86 Function Attributes.
!                                                              (line   63)
  * functions that behave like malloc:     Common Function Attributes.
!                                                              (line  482)
  * functions that have no side effects:   Common Function Attributes.
                                                               (line  139)
  * functions that never return:           Common Function Attributes.
!                                                              (line  612)
  * functions that pop the argument stack on x86-32: x86 Function Attributes.
                                                               (line    9)
  * functions that return more than once:  Common Function Attributes.
!                                                              (line  694)
  * functions with non-null pointer arguments: Common Function Attributes.
!                                                              (line  564)
  * functions with printf, scanf, strftime or strfmon style arguments: Common Function Attributes.
                                                               (line  236)
! * g in constraint:                       Simple Constraints. (line  120)
! * G in constraint:                       Simple Constraints. (line   98)
  * g++:                                   Invoking G++.       (line   14)
  * G++:                                   G++ and GCC.        (line   30)
  * gamma:                                 Other Builtins.     (line    6)
+ * gamma_r:                               Other Builtins.     (line    6)
  * gammaf:                                Other Builtins.     (line    6)
  * gammaf_r:                              Other Builtins.     (line    6)
  * gammal:                                Other Builtins.     (line    6)
  * gammal_r:                              Other Builtins.     (line    6)
  * GCC:                                   G++ and GCC.        (line    6)
  * GCC command options:                   Invoking GCC.       (line    6)
  * GCC_COLORS environment variable:       Diagnostic Message Formatting Options.
*************** Keyword Index
*** 58212,58265 ****
  * general-regs-only function attribute, AArch64: AArch64 Function Attributes.
                                                               (line   12)
  * gettext:                               Other Builtins.     (line    6)
! * global offset table:                   Code Gen Options.   (line  349)
  * global register after longjmp:         Global Register Variables.
!                                                              (line   74)
  * global register variables:             Global Register Variables.
                                                               (line    6)
  * GNAT:                                  G++ and GCC.        (line   30)
  * GNU C Compiler:                        G++ and GCC.        (line    6)
  * GNU Compiler Collection:               G++ and GCC.        (line    6)
  * gnu_inline function attribute:         Common Function Attributes.
!                                                              (line  347)
  * Go:                                    G++ and GCC.        (line    6)
  * goto with computed label:              Labels as Values.   (line    6)
  * gprof:                                 Instrumentation Options.
                                                               (line   24)
  * grouping options:                      Invoking GCC.       (line   31)
! * H in constraint:                       Simple Constraints. (line   96)
  * half-precision floating point:         Half-Precision.     (line    6)
  * hardware models and configurations, specifying: Submodel Options.
                                                               (line    6)
  * hex floats:                            Hex Floats.         (line    6)
  * highlight, color:                      Diagnostic Message Formatting Options.
                                                               (line   35)
- * hk fixed-suffix:                       Fixed-Point.        (line    6)
  * HK fixed-suffix:                       Fixed-Point.        (line    6)
  * hosted environment:                    Standards.          (line   13)
- * hosted environment <1>:                C Dialect Options.  (line  271)
- * hosted environment <2>:                C Dialect Options.  (line  279)
  * hosted implementation:                 Standards.          (line   13)
  * hot function attribute:                Common Function Attributes.
!                                                              (line  383)
  * hot label attribute:                   Label Attributes.   (line   38)
  * hotpatch function attribute, S/390:    S/390 Function Attributes.
                                                               (line    9)
  * HPPA Options:                          HPPA Options.       (line    6)
- * hr fixed-suffix:                       Fixed-Point.        (line    6)
  * HR fixed-suffix:                       Fixed-Point.        (line    6)
  * hypot:                                 Other Builtins.     (line    6)
  * hypotf:                                Other Builtins.     (line    6)
  * hypotl:                                Other Builtins.     (line    6)
! * i in constraint:                       Simple Constraints. (line   68)
! * I in constraint:                       Simple Constraints. (line   79)
  * IA-64 Options:                         IA-64 Options.      (line    6)
  * IBM RS/6000 and PowerPC Options:       RS/6000 and PowerPC Options.
                                                               (line    6)
  * identifier names, dollar signs in:     Dollar Signs.       (line    6)
  * identifiers, names in assembler code:  Asm Labels.         (line    6)
  * ifunc function attribute:              Common Function Attributes.
!                                                              (line  393)
  * ilogb:                                 Other Builtins.     (line    6)
  * ilogbf:                                Other Builtins.     (line    6)
  * ilogbl:                                Other Builtins.     (line    6)
--- 58831,58883 ----
  * general-regs-only function attribute, AArch64: AArch64 Function Attributes.
                                                               (line   12)
  * gettext:                               Other Builtins.     (line    6)
! * global offset table:                   Code Gen Options.   (line  350)
  * global register after longjmp:         Global Register Variables.
!                                                              (line   76)
  * global register variables:             Global Register Variables.
                                                               (line    6)
  * GNAT:                                  G++ and GCC.        (line   30)
  * GNU C Compiler:                        G++ and GCC.        (line    6)
  * GNU Compiler Collection:               G++ and GCC.        (line    6)
  * gnu_inline function attribute:         Common Function Attributes.
!                                                              (line  349)
  * Go:                                    G++ and GCC.        (line    6)
  * goto with computed label:              Labels as Values.   (line    6)
  * gprof:                                 Instrumentation Options.
                                                               (line   24)
  * grouping options:                      Invoking GCC.       (line   31)
! * H in constraint:                       Simple Constraints. (line   98)
  * half-precision floating point:         Half-Precision.     (line    6)
  * hardware models and configurations, specifying: Submodel Options.
                                                               (line    6)
  * hex floats:                            Hex Floats.         (line    6)
  * highlight, color:                      Diagnostic Message Formatting Options.
                                                               (line   35)
  * HK fixed-suffix:                       Fixed-Point.        (line    6)
+ * hk fixed-suffix:                       Fixed-Point.        (line    6)
+ * hosted environment <1>:                C Dialect Options.  (line  273)
  * hosted environment:                    Standards.          (line   13)
  * hosted implementation:                 Standards.          (line   13)
  * hot function attribute:                Common Function Attributes.
!                                                              (line  387)
  * hot label attribute:                   Label Attributes.   (line   38)
  * hotpatch function attribute, S/390:    S/390 Function Attributes.
                                                               (line    9)
  * HPPA Options:                          HPPA Options.       (line    6)
  * HR fixed-suffix:                       Fixed-Point.        (line    6)
+ * hr fixed-suffix:                       Fixed-Point.        (line    6)
  * hypot:                                 Other Builtins.     (line    6)
  * hypotf:                                Other Builtins.     (line    6)
  * hypotl:                                Other Builtins.     (line    6)
! * I in constraint:                       Simple Constraints. (line   81)
! * i in constraint:                       Simple Constraints. (line   70)
  * IA-64 Options:                         IA-64 Options.      (line    6)
  * IBM RS/6000 and PowerPC Options:       RS/6000 and PowerPC Options.
                                                               (line    6)
  * identifier names, dollar signs in:     Dollar Signs.       (line    6)
  * identifiers, names in assembler code:  Asm Labels.         (line    6)
  * ifunc function attribute:              Common Function Attributes.
!                                                              (line  397)
  * ilogb:                                 Other Builtins.     (line    6)
  * ilogbf:                                Other Builtins.     (line    6)
  * ilogbl:                                Other Builtins.     (line    6)
*************** Keyword Index
*** 58285,58295 ****
  * indirect calls, PowerPC:               PowerPC Function Attributes.
                                                               (line   10)
  * indirect functions:                    Common Function Attributes.
!                                                              (line  393)
  * initializations in expressions:        Compound Literals.  (line    6)
  * initializers with labeled elements:    Designated Inits.   (line    6)
  * initializers, non-constant:            Initializers.       (line    6)
- * init_priority variable attribute:      C++ Attributes.     (line   50)
  * inline assembly language:              Using Assembly Language with C.
                                                               (line    6)
  * inline automatic for C++ member fns:   Inline.             (line   68)
--- 58903,58913 ----
  * indirect calls, PowerPC:               PowerPC Function Attributes.
                                                               (line   10)
  * indirect functions:                    Common Function Attributes.
!                                                              (line  397)
! * init_priority variable attribute:      C++ Attributes.     (line   50)
  * initializations in expressions:        Compound Literals.  (line    6)
  * initializers with labeled elements:    Designated Inits.   (line    6)
  * initializers, non-constant:            Initializers.       (line    6)
  * inline assembly language:              Using Assembly Language with C.
                                                               (line    6)
  * inline automatic for C++ member fns:   Inline.             (line   68)
*************** Keyword Index
*** 58335,58341 ****
  * interrupt function attribute, Visium:  Visium Function Attributes.
                                                               (line    9)
  * interrupt function attribute, x86:     x86 Function Attributes.
!                                                              (line  114)
  * interrupt function attribute, Xstormy16: Xstormy16 Function Attributes.
                                                               (line    9)
  * interrupt_handler function attribute, Blackfin: Blackfin Function Attributes.
--- 58953,58959 ----
  * interrupt function attribute, Visium:  Visium Function Attributes.
                                                               (line    9)
  * interrupt function attribute, x86:     x86 Function Attributes.
!                                                              (line  111)
  * interrupt function attribute, Xstormy16: Xstormy16 Function Attributes.
                                                               (line    9)
  * interrupt_handler function attribute, Blackfin: Blackfin Function Attributes.
*************** Keyword Index
*** 58357,58367 ****
  * invalid input:                         Bug Criteria.       (line   42)
  * invoking g++:                          Invoking G++.       (line   22)
  * io variable attribute, AVR:            AVR Variable Attributes.
!                                                              (line   80)
  * io variable attribute, MeP:            MeP Variable Attributes.
!                                                              (line   36)
  * io_low variable attribute, AVR:        AVR Variable Attributes.
!                                                              (line   98)
  * isalnum:                               Other Builtins.     (line    6)
  * isalpha:                               Other Builtins.     (line    6)
  * isascii:                               Other Builtins.     (line    6)
--- 58975,58985 ----
  * invalid input:                         Bug Criteria.       (line   42)
  * invoking g++:                          Invoking G++.       (line   22)
  * io variable attribute, AVR:            AVR Variable Attributes.
!                                                              (line   81)
  * io variable attribute, MeP:            MeP Variable Attributes.
!                                                              (line   37)
  * io_low variable attribute, AVR:        AVR Variable Attributes.
!                                                              (line   99)
  * isalnum:                               Other Builtins.     (line    6)
  * isalpha:                               Other Builtins.     (line    6)
  * isascii:                               Other Builtins.     (line    6)
*************** Keyword Index
*** 58410,58417 ****
  * jn:                                    Other Builtins.     (line    6)
  * jnf:                                   Other Builtins.     (line    6)
  * jnl:                                   Other Builtins.     (line    6)
- * k fixed-suffix:                        Fixed-Point.        (line    6)
  * K fixed-suffix:                        Fixed-Point.        (line    6)
  * keep_interrupts_masked function attribute, MIPS: MIPS Function Attributes.
                                                               (line   34)
  * kernel attribute, Nvidia PTX:          Nvidia PTX Function Attributes.
--- 59028,59035 ----
  * jn:                                    Other Builtins.     (line    6)
  * jnf:                                   Other Builtins.     (line    6)
  * jnl:                                   Other Builtins.     (line    6)
  * K fixed-suffix:                        Fixed-Point.        (line    6)
+ * k fixed-suffix:                        Fixed-Point.        (line    6)
  * keep_interrupts_masked function attribute, MIPS: MIPS Function Attributes.
                                                               (line   34)
  * kernel attribute, Nvidia PTX:          Nvidia PTX Function Attributes.
*************** Keyword Index
*** 58438,58445 ****
  * labs:                                  Other Builtins.     (line    6)
  * LANG:                                  Environment Variables.
                                                               (line   21)
- * LANG <1>:                              Environment Variables.
-                                                              (line  106)
  * language dialect options:              C Dialect Options.  (line    6)
  * LC_ALL:                                Environment Variables.
                                                               (line   21)
--- 59056,59061 ----
*************** Keyword Index
*** 58451,58477 ****
  * ldexpf:                                Other Builtins.     (line    6)
  * ldexpl:                                Other Builtins.     (line    6)
  * leaf function attribute:               Common Function Attributes.
!                                                              (line  441)
  * length-zero arrays:                    Zero Length.        (line    6)
  * lgamma:                                Other Builtins.     (line    6)
  * lgammaf:                               Other Builtins.     (line    6)
  * lgammaf_r:                             Other Builtins.     (line    6)
  * lgammal:                               Other Builtins.     (line    6)
  * lgammal_r:                             Other Builtins.     (line    6)
- * lgamma_r:                              Other Builtins.     (line    6)
  * Libraries:                             Link Options.       (line   30)
  * LIBRARY_PATH:                          Environment Variables.
                                                               (line   97)
  * link options:                          Link Options.       (line    6)
! * linker script:                         Link Options.       (line  248)
! * lk fixed-suffix:                       Fixed-Point.        (line    6)
  * LK fixed-suffix:                       Fixed-Point.        (line    6)
  * LL integer suffix:                     Long Long.          (line    6)
  * llabs:                                 Other Builtins.     (line    6)
- * llk fixed-suffix:                      Fixed-Point.        (line    6)
  * LLK fixed-suffix:                      Fixed-Point.        (line    6)
! * llr fixed-suffix:                      Fixed-Point.        (line    6)
  * LLR fixed-suffix:                      Fixed-Point.        (line    6)
  * llrint:                                Other Builtins.     (line    6)
  * llrintf:                               Other Builtins.     (line    6)
  * llrintl:                               Other Builtins.     (line    6)
--- 59067,59093 ----
  * ldexpf:                                Other Builtins.     (line    6)
  * ldexpl:                                Other Builtins.     (line    6)
  * leaf function attribute:               Common Function Attributes.
!                                                              (line  445)
  * length-zero arrays:                    Zero Length.        (line    6)
  * lgamma:                                Other Builtins.     (line    6)
+ * lgamma_r:                              Other Builtins.     (line    6)
  * lgammaf:                               Other Builtins.     (line    6)
  * lgammaf_r:                             Other Builtins.     (line    6)
  * lgammal:                               Other Builtins.     (line    6)
  * lgammal_r:                             Other Builtins.     (line    6)
  * Libraries:                             Link Options.       (line   30)
  * LIBRARY_PATH:                          Environment Variables.
                                                               (line   97)
  * link options:                          Link Options.       (line    6)
! * linker script:                         Link Options.       (line  252)
  * LK fixed-suffix:                       Fixed-Point.        (line    6)
+ * lk fixed-suffix:                       Fixed-Point.        (line    6)
  * LL integer suffix:                     Long Long.          (line    6)
  * llabs:                                 Other Builtins.     (line    6)
  * LLK fixed-suffix:                      Fixed-Point.        (line    6)
! * llk fixed-suffix:                      Fixed-Point.        (line    6)
  * LLR fixed-suffix:                      Fixed-Point.        (line    6)
+ * llr fixed-suffix:                      Fixed-Point.        (line    6)
  * llrint:                                Other Builtins.     (line    6)
  * llrintf:                               Other Builtins.     (line    6)
  * llrintl:                               Other Builtins.     (line    6)
*************** Keyword Index
*** 58479,58485 ****
  * llroundf:                              Other Builtins.     (line    6)
  * llroundl:                              Other Builtins.     (line    6)
  * LM32 options:                          LM32 Options.       (line    6)
! * load address instruction:              Simple Constraints. (line  152)
  * local labels:                          Local Labels.       (line    6)
  * local variables in macros:             Typeof.             (line   46)
  * local variables, specifying registers: Local Register Variables.
--- 59095,59101 ----
  * llroundf:                              Other Builtins.     (line    6)
  * llroundl:                              Other Builtins.     (line    6)
  * LM32 options:                          LM32 Options.       (line    6)
! * load address instruction:              Simple Constraints. (line  154)
  * local labels:                          Local Labels.       (line    6)
  * local variables in macros:             Typeof.             (line   46)
  * local variables, specifying registers: Local Register Variables.
*************** Keyword Index
*** 58506,58519 ****
  * logf:                                  Other Builtins.     (line    6)
  * logl:                                  Other Builtins.     (line    6)
  * long long data types:                  Long Long.          (line    6)
- * longcall function attribute, Blackfin: Blackfin Function Attributes.
-                                                              (line   38)
- * longcall function attribute, PowerPC:  PowerPC Function Attributes.
-                                                              (line   10)
- * longjmp:                               Global Register Variables.
-                                                              (line   74)
- * longjmp incompatibilities:             Incompatibilities.  (line   39)
- * longjmp warnings:                      Warning Options.    (line 1063)
  * long_call function attribute, ARC:     ARC Function Attributes.
                                                               (line   24)
  * long_call function attribute, ARM:     ARM Function Attributes.
--- 59122,59127 ----
*************** Keyword Index
*** 58522,58533 ****
                                                               (line   57)
  * long_call function attribute, MIPS:    MIPS Function Attributes.
                                                               (line   62)
  * lower function attribute, MSP430:      MSP430 Function Attributes.
                                                               (line   53)
  * lower variable attribute, MSP430:      MSP430 Variable Attributes.
                                                               (line   24)
- * lr fixed-suffix:                       Fixed-Point.        (line    6)
  * LR fixed-suffix:                       Fixed-Point.        (line    6)
  * lrint:                                 Other Builtins.     (line    6)
  * lrintf:                                Other Builtins.     (line    6)
  * lrintl:                                Other Builtins.     (line    6)
--- 59130,59149 ----
                                                               (line   57)
  * long_call function attribute, MIPS:    MIPS Function Attributes.
                                                               (line   62)
+ * longcall function attribute, Blackfin: Blackfin Function Attributes.
+                                                              (line   38)
+ * longcall function attribute, PowerPC:  PowerPC Function Attributes.
+                                                              (line   10)
+ * longjmp:                               Global Register Variables.
+                                                              (line   76)
+ * longjmp incompatibilities:             Incompatibilities.  (line   39)
+ * longjmp warnings:                      Warning Options.    (line 1077)
  * lower function attribute, MSP430:      MSP430 Function Attributes.
                                                               (line   53)
  * lower variable attribute, MSP430:      MSP430 Variable Attributes.
                                                               (line   24)
  * LR fixed-suffix:                       Fixed-Point.        (line    6)
+ * lr fixed-suffix:                       Fixed-Point.        (line    6)
  * lrint:                                 Other Builtins.     (line    6)
  * lrintf:                                Other Builtins.     (line    6)
  * lrintl:                                Other Builtins.     (line    6)
*************** Keyword Index
*** 58551,58560 ****
                                                               (line   77)
  * malloc:                                Other Builtins.     (line    6)
  * malloc function attribute:             Common Function Attributes.
!                                                              (line  478)
! * matching constraint:                   Simple Constraints. (line  137)
  * may_alias type attribute:              Common Type Attributes.
!                                                              (line  150)
  * MCore options:                         MCore Options.      (line    6)
  * medium_call function attribute, ARC:   ARC Function Attributes.
                                                               (line   24)
--- 59167,59176 ----
                                                               (line   77)
  * malloc:                                Other Builtins.     (line    6)
  * malloc function attribute:             Common Function Attributes.
!                                                              (line  482)
! * matching constraint:                   Simple Constraints. (line  139)
  * may_alias type attribute:              Common Type Attributes.
!                                                              (line  151)
  * MCore options:                         MCore Options.      (line    6)
  * medium_call function attribute, ARC:   ARC Function Attributes.
                                                               (line   24)
*************** Keyword Index
*** 58574,58580 ****
                                                               (line    6)
  * MicroBlaze Options:                    MicroBlaze Options. (line    6)
  * micromips function attribute:          MIPS Function Attributes.
!                                                              (line   89)
  * middle-operands, omitted:              Conditionals.       (line    6)
  * MIPS options:                          MIPS Options.       (line    6)
  * mips16 function attribute, MIPS:       MIPS Function Attributes.
--- 59190,59196 ----
                                                               (line    6)
  * MicroBlaze Options:                    MicroBlaze Options. (line    6)
  * micromips function attribute:          MIPS Function Attributes.
!                                                              (line   88)
  * middle-operands, omitted:              Conditionals.       (line    6)
  * MIPS options:                          MIPS Options.       (line    6)
  * mips16 function attribute, MIPS:       MIPS Function Attributes.
*************** Keyword Index
*** 58588,58594 ****
  * MMIX Options:                          MMIX Options.       (line    6)
  * MN10300 options:                       MN10300 Options.    (line    6)
  * mode variable attribute:               Common Variable Attributes.
!                                                              (line  119)
  * model function attribute, M32R/D:      M32R/D Function Attributes.
                                                               (line   15)
  * model variable attribute, IA-64:       IA-64 Variable Attributes.
--- 59204,59210 ----
  * MMIX Options:                          MMIX Options.       (line    6)
  * MN10300 options:                       MN10300 Options.    (line    6)
  * mode variable attribute:               Common Variable Attributes.
!                                                              (line  120)
  * model function attribute, M32R/D:      M32R/D Function Attributes.
                                                               (line   15)
  * model variable attribute, IA-64:       IA-64 Variable Attributes.
*************** Keyword Index
*** 58600,58610 ****
  * modfl:                                 Other Builtins.     (line    6)
  * modifiers in constraints:              Modifiers.          (line    6)
  * Moxie Options:                         Moxie Options.      (line    6)
- * MSP430 Options:                        MSP430 Options.     (line    6)
  * ms_abi function attribute, x86:        x86 Function Attributes.
                                                               (line   34)
  * ms_hook_prologue function attribute, x86: x86 Function Attributes.
!                                                              (line   59)
  * ms_struct type attribute, PowerPC:     PowerPC Type Attributes.
                                                               (line    9)
  * ms_struct type attribute, x86:         x86 Type Attributes.
--- 59216,59225 ----
  * modfl:                                 Other Builtins.     (line    6)
  * modifiers in constraints:              Modifiers.          (line    6)
  * Moxie Options:                         Moxie Options.      (line    6)
  * ms_abi function attribute, x86:        x86 Function Attributes.
                                                               (line   34)
  * ms_hook_prologue function attribute, x86: x86 Function Attributes.
!                                                              (line   57)
  * ms_struct type attribute, PowerPC:     PowerPC Type Attributes.
                                                               (line    9)
  * ms_struct type attribute, x86:         x86 Type Attributes.
*************** Keyword Index
*** 58613,58621 ****
                                                               (line    9)
  * ms_struct variable attribute, x86:     x86 Variable Attributes.
                                                               (line   11)
  * multiple alternative constraints:      Multi-Alternative.  (line    6)
  * multiprecision arithmetic:             Long Long.          (line    6)
! * n in constraint:                       Simple Constraints. (line   73)
  * naked function attribute, ARM:         ARM Function Attributes.
                                                               (line   41)
  * naked function attribute, AVR:         AVR Function Attributes.
--- 59228,59238 ----
                                                               (line    9)
  * ms_struct variable attribute, x86:     x86 Variable Attributes.
                                                               (line   11)
+ * MSP430 Options:                        MSP430 Options.     (line    6)
  * multiple alternative constraints:      Multi-Alternative.  (line    6)
  * multiprecision arithmetic:             Long Long.          (line    6)
! * N:                                     Other Builtins.     (line  572)
! * n in constraint:                       Simple Constraints. (line   75)
  * naked function attribute, ARM:         ARM Function Attributes.
                                                               (line   41)
  * naked function attribute, AVR:         AVR Function Attributes.
*************** Keyword Index
*** 58625,58631 ****
  * naked function attribute, MSP430:      MSP430 Function Attributes.
                                                               (line   30)
  * naked function attribute, NDS32:       NDS32 Function Attributes.
!                                                              (line   35)
  * naked function attribute, RL78:        RL78 Function Attributes.
                                                               (line   20)
  * naked function attribute, RX:          RX Function Attributes.
--- 59242,59248 ----
  * naked function attribute, MSP430:      MSP430 Function Attributes.
                                                               (line   30)
  * naked function attribute, NDS32:       NDS32 Function Attributes.
!                                                              (line   39)
  * naked function attribute, RL78:        RL78 Function Attributes.
                                                               (line   20)
  * naked function attribute, RX:          RX Function Attributes.
*************** Keyword Index
*** 58644,58650 ****
  * near type attribute, MeP:              MeP Type Attributes.
                                                               (line    6)
  * near variable attribute, MeP:          MeP Variable Attributes.
!                                                              (line   24)
  * nearbyint:                             Other Builtins.     (line    6)
  * nearbyintf:                            Other Builtins.     (line    6)
  * nearbyintl:                            Other Builtins.     (line    6)
--- 59261,59267 ----
  * near type attribute, MeP:              MeP Type Attributes.
                                                               (line    6)
  * near variable attribute, MeP:          MeP Variable Attributes.
!                                                              (line   25)
  * nearbyint:                             Other Builtins.     (line    6)
  * nearbyintf:                            Other Builtins.     (line    6)
  * nearbyintl:                            Other Builtins.     (line    6)
*************** Keyword Index
*** 58652,58658 ****
                                                               (line   19)
  * nested functions:                      Nested Functions.   (line    6)
  * nested_ready function attribute, NDS32: NDS32 Function Attributes.
!                                                              (line   23)
  * nesting function attribute, Blackfin:  Blackfin Function Attributes.
                                                               (line   45)
  * newlines (escaped):                    Escaped Newlines.   (line    6)
--- 59269,59275 ----
                                                               (line   19)
  * nested functions:                      Nested Functions.   (line    6)
  * nested_ready function attribute, NDS32: NDS32 Function Attributes.
!                                                              (line   25)
  * nesting function attribute, Blackfin:  Blackfin Function Attributes.
                                                               (line   45)
  * newlines (escaped):                    Escaped Newlines.   (line    6)
*************** Keyword Index
*** 58662,58739 ****
  * nexttoward:                            Other Builtins.     (line    6)
  * nexttowardf:                           Other Builtins.     (line    6)
  * nexttowardl:                           Other Builtins.     (line    6)
! * NFC:                                   Warning Options.    (line 2244)
! * NFKC:                                  Warning Options.    (line 2244)
  * Nios II options:                       Nios II Options.    (line    6)
  * nmi function attribute, NDS32:         NDS32 Function Attributes.
!                                                              (line   50)
  * NMI handler functions on the Blackfin processor: Blackfin Function Attributes.
                                                               (line   50)
  * nmi_handler function attribute, Blackfin: Blackfin Function Attributes.
                                                               (line   50)
  * noclone function attribute:            Common Function Attributes.
!                                                              (line  543)
  * nocommon variable attribute:           Common Variable Attributes.
!                                                              (line   89)
  * nocompression function attribute, MIPS: MIPS Function Attributes.
!                                                              (line  106)
  * noinit variable attribute, MSP430:     MSP430 Variable Attributes.
                                                               (line    7)
  * noinline function attribute:           Common Function Attributes.
!                                                              (line  549)
  * nomicromips function attribute:        MIPS Function Attributes.
!                                                              (line   89)
  * nomips16 function attribute, MIPS:     MIPS Function Attributes.
                                                               (line   73)
  * non-constant initializers:             Initializers.       (line    6)
  * non-static inline function:            Inline.             (line   82)
  * nonnull function attribute:            Common Function Attributes.
!                                                              (line  560)
  * noplt function attribute:              Common Function Attributes.
!                                                              (line  584)
  * noreturn function attribute:           Common Function Attributes.
!                                                              (line  608)
  * nosave_low_regs function attribute, SH: SH Function Attributes.
                                                               (line   34)
  * note GCC_COLORS capability:            Diagnostic Message Formatting Options.
                                                               (line   77)
  * nothrow function attribute:            Common Function Attributes.
!                                                              (line  639)
  * notshared type attribute, ARM:         ARM Type Attributes.
                                                               (line    6)
- * not_nested function attribute, NDS32:  NDS32 Function Attributes.
-                                                              (line   21)
- * no_caller_saved_registers function attribute, x86: x86 Function Attributes.
-                                                              (line  103)
- * no_icf function attribute:             Common Function Attributes.
-                                                              (line  490)
- * no_instrument_function function attribute: Common Function Attributes.
-                                                              (line  494)
- * no_profile_instrument_function function attribute: Common Function Attributes.
-                                                              (line  499)
- * no_reorder function attribute:         Common Function Attributes.
-                                                              (line  504)
- * no_sanitize_address function attribute: Common Function Attributes.
-                                                              (line  513)
- * no_sanitize_thread function attribute: Common Function Attributes.
-                                                              (line  521)
- * no_sanitize_undefined function attribute: Common Function Attributes.
-                                                              (line  526)
- * no_split_stack function attribute:     Common Function Attributes.
-                                                              (line  532)
- * no_stack_limit function attribute:     Common Function Attributes.
-                                                              (line  538)
  * Nvidia PTX options:                    Nvidia PTX Options. (line    6)
  * nvptx options:                         Nvidia PTX Options. (line    6)
  * o in constraint:                       Simple Constraints. (line   23)
  * OBJC_INCLUDE_PATH:                     Environment Variables.
!                                                              (line  130)
! * Objective-C:                           G++ and GCC.        (line    6)
  * Objective-C <1>:                       Standards.          (line  183)
  * Objective-C and Objective-C++ options, command-line: Objective-C and Objective-C++ Dialect Options.
                                                               (line    6)
- * Objective-C++:                         G++ and GCC.        (line    6)
  * Objective-C++ <1>:                     Standards.          (line  183)
  * offsettable address:                   Simple Constraints. (line   23)
  * old-style function definitions:        Function Prototypes.
                                                               (line    6)
--- 59279,59356 ----
  * nexttoward:                            Other Builtins.     (line    6)
  * nexttowardf:                           Other Builtins.     (line    6)
  * nexttowardl:                           Other Builtins.     (line    6)
! * NFC:                                   Warning Options.    (line 2268)
! * NFKC:                                  Warning Options.    (line 2268)
  * Nios II options:                       Nios II Options.    (line    6)
  * nmi function attribute, NDS32:         NDS32 Function Attributes.
!                                                              (line   54)
  * NMI handler functions on the Blackfin processor: Blackfin Function Attributes.
                                                               (line   50)
  * nmi_handler function attribute, Blackfin: Blackfin Function Attributes.
                                                               (line   50)
+ * no_caller_saved_registers function attribute, x86: x86 Function Attributes.
+                                                              (line  100)
+ * no_icf function attribute:             Common Function Attributes.
+                                                              (line  494)
+ * no_instrument_function function attribute: Common Function Attributes.
+                                                              (line  498)
+ * no_profile_instrument_function function attribute: Common Function Attributes.
+                                                              (line  503)
+ * no_reorder function attribute:         Common Function Attributes.
+                                                              (line  508)
+ * no_sanitize_address function attribute: Common Function Attributes.
+                                                              (line  517)
+ * no_sanitize_thread function attribute: Common Function Attributes.
+                                                              (line  525)
+ * no_sanitize_undefined function attribute: Common Function Attributes.
+                                                              (line  530)
+ * no_split_stack function attribute:     Common Function Attributes.
+                                                              (line  536)
+ * no_stack_limit function attribute:     Common Function Attributes.
+                                                              (line  542)
  * noclone function attribute:            Common Function Attributes.
!                                                              (line  547)
  * nocommon variable attribute:           Common Variable Attributes.
!                                                              (line   90)
  * nocompression function attribute, MIPS: MIPS Function Attributes.
!                                                              (line  104)
  * noinit variable attribute, MSP430:     MSP430 Variable Attributes.
                                                               (line    7)
  * noinline function attribute:           Common Function Attributes.
!                                                              (line  553)
  * nomicromips function attribute:        MIPS Function Attributes.
!                                                              (line   88)
  * nomips16 function attribute, MIPS:     MIPS Function Attributes.
                                                               (line   73)
  * non-constant initializers:             Initializers.       (line    6)
  * non-static inline function:            Inline.             (line   82)
  * nonnull function attribute:            Common Function Attributes.
!                                                              (line  564)
  * noplt function attribute:              Common Function Attributes.
!                                                              (line  588)
  * noreturn function attribute:           Common Function Attributes.
!                                                              (line  612)
  * nosave_low_regs function attribute, SH: SH Function Attributes.
                                                               (line   34)
+ * not_nested function attribute, NDS32:  NDS32 Function Attributes.
+                                                              (line   22)
  * note GCC_COLORS capability:            Diagnostic Message Formatting Options.
                                                               (line   77)
  * nothrow function attribute:            Common Function Attributes.
!                                                              (line  643)
  * notshared type attribute, ARM:         ARM Type Attributes.
                                                               (line    6)
  * Nvidia PTX options:                    Nvidia PTX Options. (line    6)
  * nvptx options:                         Nvidia PTX Options. (line    6)
  * o in constraint:                       Simple Constraints. (line   23)
  * OBJC_INCLUDE_PATH:                     Environment Variables.
!                                                              (line  132)
  * Objective-C <1>:                       Standards.          (line  183)
+ * Objective-C:                           G++ and GCC.        (line    6)
  * Objective-C and Objective-C++ options, command-line: Objective-C and Objective-C++ Dialect Options.
                                                               (line    6)
  * Objective-C++ <1>:                     Standards.          (line  183)
+ * Objective-C++:                         G++ and GCC.        (line    6)
  * offsettable address:                   Simple Constraints. (line   23)
  * old-style function definitions:        Function Prototypes.
                                                               (line    6)
*************** Keyword Index
*** 58742,58753 ****
  * omitted middle-operands:               Conditionals.       (line    6)
  * open coding:                           Inline.             (line    6)
  * OpenACC accelerator programming:       C Dialect Options.  (line  290)
! * OpenACC accelerator programming <1>:   C Dialect Options.  (line  299)
! * OpenMP parallel:                       C Dialect Options.  (line  305)
! * OpenMP SIMD:                           C Dialect Options.  (line  314)
  * operand constraints, asm:              Constraints.        (line    6)
  * optimize function attribute:           Common Function Attributes.
!                                                              (line  646)
  * optimize options:                      Optimize Options.   (line    6)
  * options to control diagnostics formatting: Diagnostic Message Formatting Options.
                                                               (line    6)
--- 59359,59369 ----
  * omitted middle-operands:               Conditionals.       (line    6)
  * open coding:                           Inline.             (line    6)
  * OpenACC accelerator programming:       C Dialect Options.  (line  290)
! * OpenMP parallel:                       C Dialect Options.  (line  304)
! * OpenMP SIMD:                           C Dialect Options.  (line  312)
  * operand constraints, asm:              Constraints.        (line    6)
  * optimize function attribute:           Common Function Attributes.
!                                                              (line  650)
  * optimize options:                      Optimize Options.   (line    6)
  * options to control diagnostics formatting: Diagnostic Message Formatting Options.
                                                               (line    6)
*************** Keyword Index
*** 58779,58816 ****
                                                               (line   34)
  * OS_task function attribute, AVR:       AVR Function Attributes.
                                                               (line   34)
! * other register constraints:            Simple Constraints. (line  161)
  * output file option:                    Overall Options.    (line  186)
  * overloaded virtual function, warning:  C++ Dialect Options.
!                                                              (line  722)
! * p in constraint:                       Simple Constraints. (line  152)
  * packed type attribute:                 Common Type Attributes.
!                                                              (line  186)
  * packed variable attribute:             Common Variable Attributes.
!                                                              (line  131)
  * parameter forward declaration:         Variable Length.    (line   66)
  * partial_save function attribute, NDS32: NDS32 Function Attributes.
!                                                              (line   31)
  * Pascal:                                G++ and GCC.        (line   23)
  * pcs function attribute, ARM:           ARM Function Attributes.
                                                               (line   51)
  * PDP-11 Options:                        PDP-11 Options.     (line    6)
  * persistent variable attribute, MSP430: MSP430 Variable Attributes.
                                                               (line   12)
! * PIC:                                   Code Gen Options.   (line  349)
  * picoChip options:                      picoChip Options.   (line    6)
  * pmf:                                   Bound member functions.
                                                               (line    6)
  * pointer arguments:                     Common Function Attributes.
                                                               (line  144)
- * Pointer Bounds Checker attributes:     Common Function Attributes.
-                                                              (line  118)
  * Pointer Bounds Checker attributes <1>: Common Type Attributes.
                                                               (line   84)
  * Pointer Bounds Checker builtins:       Pointer Bounds Checker builtins.
                                                               (line    6)
  * Pointer Bounds Checker options:        Instrumentation Options.
!                                                              (line  398)
  * pointer to member function:            Bound member functions.
                                                               (line    6)
  * pointers to arrays:                    Pointers to Arrays. (line    6)
--- 59395,59432 ----
                                                               (line   34)
  * OS_task function attribute, AVR:       AVR Function Attributes.
                                                               (line   34)
! * other register constraints:            Simple Constraints. (line  163)
  * output file option:                    Overall Options.    (line  186)
  * overloaded virtual function, warning:  C++ Dialect Options.
!                                                              (line  728)
! * p in constraint:                       Simple Constraints. (line  154)
  * packed type attribute:                 Common Type Attributes.
!                                                              (line  187)
  * packed variable attribute:             Common Variable Attributes.
!                                                              (line  133)
  * parameter forward declaration:         Variable Length.    (line   66)
  * partial_save function attribute, NDS32: NDS32 Function Attributes.
!                                                              (line   35)
  * Pascal:                                G++ and GCC.        (line   23)
  * pcs function attribute, ARM:           ARM Function Attributes.
                                                               (line   51)
  * PDP-11 Options:                        PDP-11 Options.     (line    6)
  * persistent variable attribute, MSP430: MSP430 Variable Attributes.
                                                               (line   12)
! * PIC:                                   Code Gen Options.   (line  350)
  * picoChip options:                      picoChip Options.   (line    6)
  * pmf:                                   Bound member functions.
                                                               (line    6)
  * pointer arguments:                     Common Function Attributes.
                                                               (line  144)
  * Pointer Bounds Checker attributes <1>: Common Type Attributes.
                                                               (line   84)
+ * Pointer Bounds Checker attributes:     Common Function Attributes.
+                                                              (line  118)
  * Pointer Bounds Checker builtins:       Pointer Bounds Checker builtins.
                                                               (line    6)
  * Pointer Bounds Checker options:        Instrumentation Options.
!                                                              (line  392)
  * pointer to member function:            Bound member functions.
                                                               (line    6)
  * pointers to arrays:                    Pointers to Arrays. (line    6)
*************** Keyword Index
*** 58825,58837 ****
  * pragma GCC ivdep:                      Loop-Specific Pragmas.
                                                               (line    7)
  * pragma GCC optimize:                   Function Specific Option Pragmas.
!                                                              (line   20)
  * pragma GCC pop_options:                Function Specific Option Pragmas.
!                                                              (line   31)
  * pragma GCC push_options:               Function Specific Option Pragmas.
!                                                              (line   31)
  * pragma GCC reset_options:              Function Specific Option Pragmas.
!                                                              (line   39)
  * pragma GCC target:                     Function Specific Option Pragmas.
                                                               (line    7)
  * pragma, address:                       M32C Pragmas.       (line   15)
--- 59441,59453 ----
  * pragma GCC ivdep:                      Loop-Specific Pragmas.
                                                               (line    7)
  * pragma GCC optimize:                   Function Specific Option Pragmas.
!                                                              (line   19)
  * pragma GCC pop_options:                Function Specific Option Pragmas.
!                                                              (line   29)
  * pragma GCC push_options:               Function Specific Option Pragmas.
!                                                              (line   29)
  * pragma GCC reset_options:              Function Specific Option Pragmas.
!                                                              (line   36)
  * pragma GCC target:                     Function Specific Option Pragmas.
                                                               (line    7)
  * pragma, address:                       M32C Pragmas.       (line   15)
*************** Keyword Index
*** 58842,58855 ****
  * pragma, coprocessor subclass:          MeP Pragmas.        (line   28)
  * pragma, custom io_volatile:            MeP Pragmas.        (line    7)
  * pragma, diagnostic:                    Diagnostic Pragmas. (line   14)
- * pragma, diagnostic <1>:                Diagnostic Pragmas. (line   57)
  * pragma, disinterrupt:                  MeP Pragmas.        (line   38)
! * pragma, fini:                          Solaris Pragmas.    (line   20)
! * pragma, init:                          Solaris Pragmas.    (line   26)
! * pragma, longcall:                      RS/6000 and PowerPC Pragmas.
!                                                              (line   14)
  * pragma, long_calls:                    ARM Pragmas.        (line   11)
  * pragma, long_calls_off:                ARM Pragmas.        (line   17)
  * pragma, mark:                          Darwin Pragmas.     (line   11)
  * pragma, memregs:                       M32C Pragmas.       (line    7)
  * pragma, no_long_calls:                 ARM Pragmas.        (line   14)
--- 59458,59470 ----
  * pragma, coprocessor subclass:          MeP Pragmas.        (line   28)
  * pragma, custom io_volatile:            MeP Pragmas.        (line    7)
  * pragma, diagnostic:                    Diagnostic Pragmas. (line   14)
  * pragma, disinterrupt:                  MeP Pragmas.        (line   38)
! * pragma, fini:                          Solaris Pragmas.    (line   19)
! * pragma, init:                          Solaris Pragmas.    (line   24)
  * pragma, long_calls:                    ARM Pragmas.        (line   11)
  * pragma, long_calls_off:                ARM Pragmas.        (line   17)
+ * pragma, longcall:                      RS/6000 and PowerPC Pragmas.
+                                                              (line   14)
  * pragma, mark:                          Darwin Pragmas.     (line   11)
  * pragma, memregs:                       M32C Pragmas.       (line    7)
  * pragma, no_long_calls:                 ARM Pragmas.        (line   14)
*************** Keyword Index
*** 58867,58873 ****
  * pragmas:                               Pragmas.            (line    6)
  * pragmas in C++, effect on inlining:    C++ Interface.      (line   57)
  * pragmas, interface and implementation: C++ Interface.      (line    6)
! * pragmas, warning of unknown:           Warning Options.    (line 1080)
  * precompiled headers:                   Precompiled Headers.
                                                               (line    6)
  * preprocessing numbers:                 Incompatibilities.  (line  173)
--- 59482,59488 ----
  * pragmas:                               Pragmas.            (line    6)
  * pragmas in C++, effect on inlining:    C++ Interface.      (line   57)
  * pragmas, interface and implementation: C++ Interface.      (line    6)
! * pragmas, warning of unknown:           Warning Options.    (line 1094)
  * precompiled headers:                   Precompiled Headers.
                                                               (line    6)
  * preprocessing numbers:                 Incompatibilities.  (line  173)
*************** Keyword Index
*** 58887,58909 ****
  * promotion of formal parameters:        Function Prototypes.
                                                               (line    6)
  * pure function attribute:               Common Function Attributes.
!                                                              (line  661)
! * push address instruction:              Simple Constraints. (line  152)
  * putchar:                               Other Builtins.     (line    6)
  * puts:                                  Other Builtins.     (line    6)
- * q floating point suffix:               Floating Types.     (line    6)
  * Q floating point suffix:               Floating Types.     (line    6)
  * qsort, and global register variables:  Global Register Variables.
!                                                              (line   60)
  * quote GCC_COLORS capability:           Diagnostic Message Formatting Options.
                                                               (line   90)
- * r fixed-suffix:                        Fixed-Point.        (line    6)
  * R fixed-suffix:                        Fixed-Point.        (line    6)
! * r in constraint:                       Simple Constraints. (line   64)
! * RAMPD:                                 AVR Options.        (line  371)
! * RAMPX:                                 AVR Options.        (line  371)
! * RAMPY:                                 AVR Options.        (line  371)
! * RAMPZ:                                 AVR Options.        (line  371)
  * range1 GCC_COLORS capability:          Diagnostic Message Formatting Options.
                                                               (line   80)
  * range2 GCC_COLORS capability:          Diagnostic Message Formatting Options.
--- 59502,59524 ----
  * promotion of formal parameters:        Function Prototypes.
                                                               (line    6)
  * pure function attribute:               Common Function Attributes.
!                                                              (line  665)
! * push address instruction:              Simple Constraints. (line  154)
  * putchar:                               Other Builtins.     (line    6)
  * puts:                                  Other Builtins.     (line    6)
  * Q floating point suffix:               Floating Types.     (line    6)
+ * q floating point suffix:               Floating Types.     (line    6)
  * qsort, and global register variables:  Global Register Variables.
!                                                              (line   62)
  * quote GCC_COLORS capability:           Diagnostic Message Formatting Options.
                                                               (line   90)
  * R fixed-suffix:                        Fixed-Point.        (line    6)
! * r fixed-suffix:                        Fixed-Point.        (line    6)
! * r in constraint:                       Simple Constraints. (line   66)
! * RAMPD:                                 AVR Options.        (line  373)
! * RAMPX:                                 AVR Options.        (line  373)
! * RAMPY:                                 AVR Options.        (line  373)
! * RAMPZ:                                 AVR Options.        (line  373)
  * range1 GCC_COLORS capability:          Diagnostic Message Formatting Options.
                                                               (line   80)
  * range2 GCC_COLORS capability:          Diagnostic Message Formatting Options.
*************** Keyword Index
*** 58913,58930 ****
  * reentrant function attribute, MSP430:  MSP430 Function Attributes.
                                                               (line   40)
  * register variable after longjmp:       Global Register Variables.
!                                                              (line   74)
  * registers for local variables:         Local Register Variables.
                                                               (line    6)
! * registers in constraints:              Simple Constraints. (line   64)
  * registers, global allocation:          Global Register Variables.
                                                               (line    6)
  * registers, global variables in:        Global Register Variables.
                                                               (line    6)
  * regparm function attribute, x86:       x86 Function Attributes.
!                                                              (line   66)
! * relocation truncated to fit (ColdFire): M680x0 Options.    (line  325)
! * relocation truncated to fit (MIPS):    MIPS Options.       (line  236)
  * remainder:                             Other Builtins.     (line    6)
  * remainderf:                            Other Builtins.     (line    6)
  * remainderl:                            Other Builtins.     (line    6)
--- 59528,59545 ----
  * reentrant function attribute, MSP430:  MSP430 Function Attributes.
                                                               (line   40)
  * register variable after longjmp:       Global Register Variables.
!                                                              (line   76)
  * registers for local variables:         Local Register Variables.
                                                               (line    6)
! * registers in constraints:              Simple Constraints. (line   66)
  * registers, global allocation:          Global Register Variables.
                                                               (line    6)
  * registers, global variables in:        Global Register Variables.
                                                               (line    6)
  * regparm function attribute, x86:       x86 Function Attributes.
!                                                              (line   63)
! * relocation truncated to fit (ColdFire): M680x0 Options.    (line  329)
! * relocation truncated to fit (MIPS):    MIPS Options.       (line  239)
  * remainder:                             Other Builtins.     (line    6)
  * remainderf:                            Other Builtins.     (line    6)
  * remainderl:                            Other Builtins.     (line    6)
*************** Keyword Index
*** 58934,58947 ****
  * renesas function attribute, SH:        SH Function Attributes.
                                                               (line   40)
  * reordering, warning:                   C++ Dialect Options.
!                                                              (line  647)
  * reporting bugs:                        Bugs.               (line    6)
  * resbank function attribute, SH:        SH Function Attributes.
                                                               (line   44)
  * reset function attribute, NDS32:       NDS32 Function Attributes.
!                                                              (line   45)
  * reset handler functions:               NDS32 Function Attributes.
!                                                              (line   45)
  * rest argument (in macro):              Variadic Macros.    (line    6)
  * restricted pointers:                   Restricted Pointers.
                                                               (line    6)
--- 59549,59562 ----
  * renesas function attribute, SH:        SH Function Attributes.
                                                               (line   40)
  * reordering, warning:                   C++ Dialect Options.
!                                                              (line  651)
  * reporting bugs:                        Bugs.               (line    6)
  * resbank function attribute, SH:        SH Function Attributes.
                                                               (line   44)
  * reset function attribute, NDS32:       NDS32 Function Attributes.
!                                                              (line   49)
  * reset handler functions:               NDS32 Function Attributes.
!                                                              (line   49)
  * rest argument (in macro):              Variadic Macros.    (line    6)
  * restricted pointers:                   Restricted Pointers.
                                                               (line    6)
*************** Keyword Index
*** 58950,58958 ****
  * restricted this pointer:               Restricted Pointers.
                                                               (line    6)
  * returns_nonnull function attribute:    Common Function Attributes.
!                                                              (line  680)
  * returns_twice function attribute:      Common Function Attributes.
!                                                              (line  690)
  * rindex:                                Other Builtins.     (line    6)
  * rint:                                  Other Builtins.     (line    6)
  * rintf:                                 Other Builtins.     (line    6)
--- 59565,59573 ----
  * restricted this pointer:               Restricted Pointers.
                                                               (line    6)
  * returns_nonnull function attribute:    Common Function Attributes.
!                                                              (line  684)
  * returns_twice function attribute:      Common Function Attributes.
!                                                              (line  694)
  * rindex:                                Other Builtins.     (line    6)
  * rint:                                  Other Builtins.     (line    6)
  * rintf:                                 Other Builtins.     (line    6)
*************** Keyword Index
*** 58969,58975 ****
                                                               (line    6)
  * run-time options:                      Code Gen Options.   (line    6)
  * RX Options:                            RX Options.         (line    6)
! * s in constraint:                       Simple Constraints. (line  100)
  * S/390 and zSeries Options:             S/390 and zSeries Options.
                                                               (line    6)
  * saddr variable attribute, RL78:        RL78 Variable Attributes.
--- 59584,59590 ----
                                                               (line    6)
  * run-time options:                      Code Gen Options.   (line    6)
  * RX Options:                            RX Options.         (line    6)
! * s in constraint:                       Simple Constraints. (line  102)
  * S/390 and zSeries Options:             S/390 and zSeries Options.
                                                               (line    6)
  * saddr variable attribute, RL78:        RL78 Variable Attributes.
*************** Keyword Index
*** 58978,58999 ****
                                                               (line   56)
  * save all registers on the H8/300, H8/300H, and H8S: H8/300 Function Attributes.
                                                               (line   23)
  * saveall function attribute, Blackfin:  Blackfin Function Attributes.
                                                               (line   56)
  * saveall function attribute, H8/300:    H8/300 Function Attributes.
                                                               (line   23)
- * save_all function attribute, NDS32:    NDS32 Function Attributes.
-                                                              (line   28)
- * save_volatiles function attribute, MicroBlaze: MicroBlaze Function Attributes.
-                                                              (line    9)
  * scalar_storage_order type attribute:   Common Type Attributes.
!                                                              (line  221)
  * scalb:                                 Other Builtins.     (line    6)
  * scalbf:                                Other Builtins.     (line    6)
  * scalbl:                                Other Builtins.     (line    6)
  * scalbln:                               Other Builtins.     (line    6)
  * scalblnf:                              Other Builtins.     (line    6)
- * scalblnf <1>:                          Other Builtins.     (line    6)
  * scalbn:                                Other Builtins.     (line    6)
  * scalbnf:                               Other Builtins.     (line    6)
  * scanf, and constant strings:           Incompatibilities.  (line   17)
--- 59593,59613 ----
                                                               (line   56)
  * save all registers on the H8/300, H8/300H, and H8S: H8/300 Function Attributes.
                                                               (line   23)
+ * save_all function attribute, NDS32:    NDS32 Function Attributes.
+                                                              (line   31)
+ * save_volatiles function attribute, MicroBlaze: MicroBlaze Function Attributes.
+                                                              (line    9)
  * saveall function attribute, Blackfin:  Blackfin Function Attributes.
                                                               (line   56)
  * saveall function attribute, H8/300:    H8/300 Function Attributes.
                                                               (line   23)
  * scalar_storage_order type attribute:   Common Type Attributes.
!                                                              (line  222)
  * scalb:                                 Other Builtins.     (line    6)
  * scalbf:                                Other Builtins.     (line    6)
  * scalbl:                                Other Builtins.     (line    6)
  * scalbln:                               Other Builtins.     (line    6)
  * scalblnf:                              Other Builtins.     (line    6)
  * scalbn:                                Other Builtins.     (line    6)
  * scalbnf:                               Other Builtins.     (line    6)
  * scanf, and constant strings:           Incompatibilities.  (line   17)
*************** Keyword Index
*** 59006,59043 ****
                                                               (line    9)
  * search path:                           Directory Options.  (line    6)
  * section function attribute:            Common Function Attributes.
!                                                              (line  699)
  * section variable attribute:            Common Variable Attributes.
!                                                              (line  152)
  * selectany variable attribute:          Microsoft Windows Variable Attributes.
                                                               (line   16)
  * sentinel function attribute:           Common Function Attributes.
!                                                              (line  715)
  * setjmp:                                Global Register Variables.
!                                                              (line   74)
  * setjmp incompatibilities:              Incompatibilities.  (line   39)
  * shared attribute, Nvidia PTX:          Nvidia PTX Variable Attributes.
                                                               (line    9)
  * shared strings:                        Incompatibilities.  (line    9)
  * shared variable attribute:             Microsoft Windows Variable Attributes.
                                                               (line   37)
- * shortcall function attribute, Blackfin: Blackfin Function Attributes.
-                                                              (line   38)
- * shortcall function attribute, PowerPC: PowerPC Function Attributes.
-                                                              (line   10)
  * short_call function attribute, ARC:    ARC Function Attributes.
                                                               (line   24)
  * short_call function attribute, ARM:    ARM Function Attributes.
                                                               (line   31)
  * short_call function attribute, Epiphany: Epiphany Function Attributes.
                                                               (line   57)
  * side effect in ?::                     Conditionals.       (line   20)
  * side effects, macro argument:          Statement Exprs.    (line   35)
  * side effects, order of evaluation:     Non-bugs.           (line  196)
  * sign-return-address function attribute, AArch64: AArch64 Function Attributes.
                                                               (line   65)
  * signal function attribute, AVR:        AVR Function Attributes.
!                                                              (line   58)
  * signbit:                               Other Builtins.     (line    6)
  * signbitd128:                           Other Builtins.     (line    6)
  * signbitd32:                            Other Builtins.     (line    6)
--- 59620,59657 ----
                                                               (line    9)
  * search path:                           Directory Options.  (line    6)
  * section function attribute:            Common Function Attributes.
!                                                              (line  703)
  * section variable attribute:            Common Variable Attributes.
!                                                              (line  154)
  * selectany variable attribute:          Microsoft Windows Variable Attributes.
                                                               (line   16)
  * sentinel function attribute:           Common Function Attributes.
!                                                              (line  719)
  * setjmp:                                Global Register Variables.
!                                                              (line   76)
  * setjmp incompatibilities:              Incompatibilities.  (line   39)
  * shared attribute, Nvidia PTX:          Nvidia PTX Variable Attributes.
                                                               (line    9)
  * shared strings:                        Incompatibilities.  (line    9)
  * shared variable attribute:             Microsoft Windows Variable Attributes.
                                                               (line   37)
  * short_call function attribute, ARC:    ARC Function Attributes.
                                                               (line   24)
  * short_call function attribute, ARM:    ARM Function Attributes.
                                                               (line   31)
  * short_call function attribute, Epiphany: Epiphany Function Attributes.
                                                               (line   57)
+ * shortcall function attribute, Blackfin: Blackfin Function Attributes.
+                                                              (line   38)
+ * shortcall function attribute, PowerPC: PowerPC Function Attributes.
+                                                              (line   10)
  * side effect in ?::                     Conditionals.       (line   20)
  * side effects, macro argument:          Statement Exprs.    (line   35)
  * side effects, order of evaluation:     Non-bugs.           (line  196)
  * sign-return-address function attribute, AArch64: AArch64 Function Attributes.
                                                               (line   65)
  * signal function attribute, AVR:        AVR Function Attributes.
!                                                              (line   59)
  * signbit:                               Other Builtins.     (line    6)
  * signbitd128:                           Other Builtins.     (line    6)
  * signbitd32:                            Other Builtins.     (line    6)
*************** Keyword Index
*** 59045,59057 ****
  * signbitf:                              Other Builtins.     (line    6)
  * signbitl:                              Other Builtins.     (line    6)
  * signed and unsigned values, comparison warning: Warning Options.
!                                                              (line 2044)
  * significand:                           Other Builtins.     (line    6)
  * significandf:                          Other Builtins.     (line    6)
  * significandl:                          Other Builtins.     (line    6)
! * SIMD:                                  C Dialect Options.  (line  314)
  * simd function attribute:               Common Function Attributes.
!                                                              (line  741)
  * simple constraints:                    Simple Constraints. (line    6)
  * sin:                                   Other Builtins.     (line    6)
  * sincos:                                Other Builtins.     (line    6)
--- 59659,59671 ----
  * signbitf:                              Other Builtins.     (line    6)
  * signbitl:                              Other Builtins.     (line    6)
  * signed and unsigned values, comparison warning: Warning Options.
!                                                              (line 2068)
  * significand:                           Other Builtins.     (line    6)
  * significandf:                          Other Builtins.     (line    6)
  * significandl:                          Other Builtins.     (line    6)
! * SIMD:                                  C Dialect Options.  (line  312)
  * simd function attribute:               Common Function Attributes.
!                                                              (line  745)
  * simple constraints:                    Simple Constraints. (line    6)
  * sin:                                   Other Builtins.     (line    6)
  * sincos:                                Other Builtins.     (line    6)
*************** Keyword Index
*** 59063,59076 ****
  * sinhl:                                 Other Builtins.     (line    6)
  * sinl:                                  Other Builtins.     (line    6)
  * sizeof:                                Typeof.             (line    6)
- * smaller data references:               M32R/D Options.     (line   57)
  * smaller data references <1>:           Nios II Options.    (line    9)
  * smaller data references (PowerPC):     RS/6000 and PowerPC Options.
!                                                              (line  822)
  * snprintf:                              Other Builtins.     (line    6)
  * Solaris 2 options:                     Solaris 2 Options.  (line    6)
  * SOURCE_DATE_EPOCH:                     Environment Variables.
!                                                              (line  177)
  * SPARC options:                         SPARC Options.      (line    6)
  * Spec Files:                            Spec Files.         (line    6)
  * specified registers:                   Explicit Register Variables.
--- 59677,59692 ----
  * sinhl:                                 Other Builtins.     (line    6)
  * sinl:                                  Other Builtins.     (line    6)
  * sizeof:                                Typeof.             (line    6)
  * smaller data references <1>:           Nios II Options.    (line    9)
+ * smaller data references:               M32R/D Options.     (line   57)
  * smaller data references (PowerPC):     RS/6000 and PowerPC Options.
!                                                              (line  825)
  * snprintf:                              Other Builtins.     (line    6)
  * Solaris 2 options:                     Solaris 2 Options.  (line    6)
  * SOURCE_DATE_EPOCH:                     Environment Variables.
!                                                              (line  178)
! * sp_switch function attribute, SH:      SH Function Attributes.
!                                                              (line   58)
  * SPARC options:                         SPARC Options.      (line    6)
  * Spec Files:                            Spec Files.         (line    6)
  * specified registers:                   Explicit Register Variables.
*************** Keyword Index
*** 59089,59112 ****
                                                               (line    6)
  * spu_vector variable attribute, SPU:    SPU Variable Attributes.
                                                               (line    6)
- * sp_switch function attribute, SH:      SH Function Attributes.
-                                                              (line   58)
  * sqrt:                                  Other Builtins.     (line    6)
  * sqrtf:                                 Other Builtins.     (line    6)
  * sqrtl:                                 Other Builtins.     (line    6)
  * sscanf:                                Other Builtins.     (line    6)
  * sscanf, and constant strings:          Incompatibilities.  (line   17)
  * sseregparm function attribute, x86:    x86 Function Attributes.
!                                                              (line   83)
  * stack_protect function attribute:      Common Function Attributes.
!                                                              (line  763)
  * Statement Attributes:                  Statement Attributes.
                                                               (line    6)
  * statements inside expressions:         Statement Exprs.    (line    6)
  * static data in C++, declaring and defining: Static Definitions.
                                                               (line    6)
  * stdcall function attribute, x86-32:    x86 Function Attributes.
!                                                              (line   98)
  * stpcpy:                                Other Builtins.     (line    6)
  * stpncpy:                               Other Builtins.     (line    6)
  * strcasecmp:                            Other Builtins.     (line    6)
--- 59705,59726 ----
                                                               (line    6)
  * spu_vector variable attribute, SPU:    SPU Variable Attributes.
                                                               (line    6)
  * sqrt:                                  Other Builtins.     (line    6)
  * sqrtf:                                 Other Builtins.     (line    6)
  * sqrtl:                                 Other Builtins.     (line    6)
  * sscanf:                                Other Builtins.     (line    6)
  * sscanf, and constant strings:          Incompatibilities.  (line   17)
  * sseregparm function attribute, x86:    x86 Function Attributes.
!                                                              (line   80)
  * stack_protect function attribute:      Common Function Attributes.
!                                                              (line  767)
  * Statement Attributes:                  Statement Attributes.
                                                               (line    6)
  * statements inside expressions:         Statement Exprs.    (line    6)
  * static data in C++, declaring and defining: Static Definitions.
                                                               (line    6)
  * stdcall function attribute, x86-32:    x86 Function Attributes.
!                                                              (line   95)
  * stpcpy:                                Other Builtins.     (line    6)
  * stpncpy:                               Other Builtins.     (line    6)
  * strcasecmp:                            Other Builtins.     (line    6)
*************** Keyword Index
*** 59133,59139 ****
  * strstr:                                Other Builtins.     (line    6)
  * struct:                                Unnamed Fields.     (line    6)
  * struct __htm_tdb:                      S/390 System z Built-in Functions.
!                                                              (line   49)
  * structures:                            Incompatibilities.  (line  146)
  * structures, constructor expression:    Compound Literals.  (line    6)
  * submodel options:                      Submodel Options.   (line    6)
--- 59747,59753 ----
  * strstr:                                Other Builtins.     (line    6)
  * struct:                                Unnamed Fields.     (line    6)
  * struct __htm_tdb:                      S/390 System z Built-in Functions.
!                                                              (line   54)
  * structures:                            Incompatibilities.  (line  146)
  * structures, constructor expression:    Compound Literals.  (line    6)
  * submodel options:                      Submodel Options.   (line    6)
*************** Keyword Index
*** 59141,59154 ****
  * subscripting and function values:      Subscripting.       (line    6)
  * suffixes for C++ source:               Invoking G++.       (line    6)
  * SUNPRO_DEPENDENCIES:                   Environment Variables.
!                                                              (line  171)
  * suppressing warnings:                  Warning Options.    (line    6)
  * surprises in C++:                      C++ Misunderstandings.
                                                               (line    6)
  * syntax checking:                       Warning Options.    (line   13)
  * syscall_linkage function attribute, IA-64: IA-64 Function Attributes.
                                                               (line    9)
! * system headers, warnings from:         Warning Options.    (line 1492)
  * sysv_abi function attribute, x86:      x86 Function Attributes.
                                                               (line   34)
  * tan:                                   Other Builtins.     (line    6)
--- 59755,59768 ----
  * subscripting and function values:      Subscripting.       (line    6)
  * suffixes for C++ source:               Invoking G++.       (line    6)
  * SUNPRO_DEPENDENCIES:                   Environment Variables.
!                                                              (line  172)
  * suppressing warnings:                  Warning Options.    (line    6)
  * surprises in C++:                      C++ Misunderstandings.
                                                               (line    6)
  * syntax checking:                       Warning Options.    (line   13)
  * syscall_linkage function attribute, IA-64: IA-64 Function Attributes.
                                                               (line    9)
! * system headers, warnings from:         Warning Options.    (line 1509)
  * sysv_abi function attribute, x86:      x86 Function Attributes.
                                                               (line   34)
  * tan:                                   Other Builtins.     (line    6)
*************** Keyword Index
*** 59157,59191 ****
  * tanhf:                                 Other Builtins.     (line    6)
  * tanhl:                                 Other Builtins.     (line    6)
  * tanl:                                  Other Builtins.     (line    6)
! * target function attribute:             Common Function Attributes.
!                                                              (line  768)
! * target function attribute <1>:         ARM Function Attributes.
!                                                              (line   70)
! * target function attribute <2>:         Nios II Function Attributes.
!                                                              (line    9)
  * target function attribute <3>:         PowerPC Function Attributes.
                                                               (line   21)
! * target function attribute <4>:         S/390 Function Attributes.
!                                                              (line   22)
! * target function attribute <5>:         x86 Function Attributes.
!                                                              (line  170)
  * target machine, specifying:            Invoking GCC.       (line   24)
  * target("abm") function attribute, x86: x86 Function Attributes.
!                                                              (line  176)
  * target("aes") function attribute, x86: x86 Function Attributes.
!                                                              (line  181)
  * target("align-stringops") function attribute, x86: x86 Function Attributes.
!                                                              (line  270)
  * target("altivec") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line   28)
  * target("arch=ARCH") function attribute, x86: x86 Function Attributes.
!                                                              (line  279)
  * target("arm") function attribute, ARM: ARM Function Attributes.
!                                                              (line   80)
  * target("avoid-indexed-addresses") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line  149)
  * target("cld") function attribute, x86: x86 Function Attributes.
!                                                              (line  246)
  * target("cmpb") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line   34)
  * target("cpu=CPU") function attribute, PowerPC: PowerPC Function Attributes.
--- 59771,59805 ----
  * tanhf:                                 Other Builtins.     (line    6)
  * tanhl:                                 Other Builtins.     (line    6)
  * tanl:                                  Other Builtins.     (line    6)
! * target function attribute <1>:         x86 Function Attributes.
!                                                              (line  167)
! * target function attribute <2>:         S/390 Function Attributes.
!                                                              (line   21)
  * target function attribute <3>:         PowerPC Function Attributes.
                                                               (line   21)
! * target function attribute <4>:         Nios II Function Attributes.
!                                                              (line    9)
! * target function attribute <5>:         ARM Function Attributes.
!                                                              (line   69)
! * target function attribute:             Common Function Attributes.
!                                                              (line  772)
  * target machine, specifying:            Invoking GCC.       (line   24)
  * target("abm") function attribute, x86: x86 Function Attributes.
!                                                              (line  173)
  * target("aes") function attribute, x86: x86 Function Attributes.
!                                                              (line  178)
  * target("align-stringops") function attribute, x86: x86 Function Attributes.
!                                                              (line  267)
  * target("altivec") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line   28)
  * target("arch=ARCH") function attribute, x86: x86 Function Attributes.
!                                                              (line  276)
  * target("arm") function attribute, ARM: ARM Function Attributes.
!                                                              (line   79)
  * target("avoid-indexed-addresses") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line  149)
  * target("cld") function attribute, x86: x86 Function Attributes.
!                                                              (line  243)
  * target("cmpb") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line   34)
  * target("cpu=CPU") function attribute, PowerPC: PowerPC Function Attributes.
*************** Keyword Index
*** 59195,59235 ****
  * target("custom-INSN=N") function attribute, Nios II: Nios II Function Attributes.
                                                               (line   16)
  * target("default") function attribute, x86: x86 Function Attributes.
!                                                              (line  184)
  * target("dlmzb") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line   40)
  * target("fancy-math-387") function attribute, x86: x86 Function Attributes.
!                                                              (line  250)
  * target("fma4") function attribute, x86: x86 Function Attributes.
!                                                              (line  230)
  * target("fpmath=FPMATH") function attribute, x86: x86 Function Attributes.
!                                                              (line  287)
  * target("fprnd") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line   47)
  * target("fpu=") function attribute, ARM: ARM Function Attributes.
!                                                              (line   86)
  * target("friz") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line  140)
  * target("hard-dfp") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line   53)
  * target("ieee-fp") function attribute, x86: x86 Function Attributes.
!                                                              (line  255)
  * target("inline-all-stringops") function attribute, x86: x86 Function Attributes.
!                                                              (line  260)
  * target("inline-stringops-dynamically") function attribute, x86: x86 Function Attributes.
!                                                              (line  264)
  * target("isel") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line   59)
  * target("longcall") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line  159)
  * target("lwp") function attribute, x86: x86 Function Attributes.
!                                                              (line  238)
  * target("mfcrf") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line   63)
  * target("mfpgpr") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line   70)
  * target("mmx") function attribute, x86: x86 Function Attributes.
!                                                              (line  189)
  * target("mulhw") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line   77)
  * target("multiple") function attribute, PowerPC: PowerPC Function Attributes.
--- 59809,59849 ----
  * target("custom-INSN=N") function attribute, Nios II: Nios II Function Attributes.
                                                               (line   16)
  * target("default") function attribute, x86: x86 Function Attributes.
!                                                              (line  181)
  * target("dlmzb") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line   40)
  * target("fancy-math-387") function attribute, x86: x86 Function Attributes.
!                                                              (line  247)
  * target("fma4") function attribute, x86: x86 Function Attributes.
!                                                              (line  227)
  * target("fpmath=FPMATH") function attribute, x86: x86 Function Attributes.
!                                                              (line  284)
  * target("fprnd") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line   47)
  * target("fpu=") function attribute, ARM: ARM Function Attributes.
!                                                              (line   85)
  * target("friz") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line  140)
  * target("hard-dfp") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line   53)
  * target("ieee-fp") function attribute, x86: x86 Function Attributes.
!                                                              (line  252)
  * target("inline-all-stringops") function attribute, x86: x86 Function Attributes.
!                                                              (line  257)
  * target("inline-stringops-dynamically") function attribute, x86: x86 Function Attributes.
!                                                              (line  261)
  * target("isel") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line   59)
  * target("longcall") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line  159)
  * target("lwp") function attribute, x86: x86 Function Attributes.
!                                                              (line  235)
  * target("mfcrf") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line   63)
  * target("mfpgpr") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line   70)
  * target("mmx") function attribute, x86: x86 Function Attributes.
!                                                              (line  186)
  * target("mulhw") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line   77)
  * target("multiple") function attribute, PowerPC: PowerPC Function Attributes.
*************** Keyword Index
*** 59239,59247 ****
  * target("paired") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line  154)
  * target("pclmul") function attribute, x86: x86 Function Attributes.
!                                                              (line  193)
  * target("popcnt") function attribute, x86: x86 Function Attributes.
!                                                              (line  197)
  * target("popcntb") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line   95)
  * target("popcntd") function attribute, PowerPC: PowerPC Function Attributes.
--- 59853,59861 ----
  * target("paired") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line  154)
  * target("pclmul") function attribute, x86: x86 Function Attributes.
!                                                              (line  190)
  * target("popcnt") function attribute, x86: x86 Function Attributes.
!                                                              (line  194)
  * target("popcntb") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line   95)
  * target("popcntd") function attribute, PowerPC: PowerPC Function Attributes.
*************** Keyword Index
*** 59251,59292 ****
  * target("powerpc-gpopt") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line  114)
  * target("recip") function attribute, x86: x86 Function Attributes.
!                                                              (line  274)
  * target("recip-precision") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line  120)
  * target("sse") function attribute, x86: x86 Function Attributes.
!                                                              (line  201)
  * target("sse2") function attribute, x86: x86 Function Attributes.
!                                                              (line  205)
  * target("sse3") function attribute, x86: x86 Function Attributes.
!                                                              (line  209)
  * target("sse4") function attribute, x86: x86 Function Attributes.
!                                                              (line  213)
  * target("sse4.1") function attribute, x86: x86 Function Attributes.
!                                                              (line  218)
  * target("sse4.2") function attribute, x86: x86 Function Attributes.
!                                                              (line  222)
  * target("sse4a") function attribute, x86: x86 Function Attributes.
!                                                              (line  226)
  * target("ssse3") function attribute, x86: x86 Function Attributes.
!                                                              (line  242)
  * target("string") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line  126)
  * target("thumb") function attribute, ARM: ARM Function Attributes.
!                                                              (line   76)
  * target("tune=TUNE") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line  171)
  * target("tune=TUNE") function attribute, x86: x86 Function Attributes.
!                                                              (line  283)
  * target("update") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line   89)
  * target("vsx") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line  132)
  * target("xop") function attribute, x86: x86 Function Attributes.
!                                                              (line  234)
  * target-dependent options:              Submodel Options.   (line    6)
  * target_clones function attribute:      Common Function Attributes.
!                                                              (line  801)
  * TC1:                                   Standards.          (line   13)
  * TC2:                                   Standards.          (line   13)
  * TC3:                                   Standards.          (line   13)
--- 59865,59906 ----
  * target("powerpc-gpopt") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line  114)
  * target("recip") function attribute, x86: x86 Function Attributes.
!                                                              (line  271)
  * target("recip-precision") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line  120)
  * target("sse") function attribute, x86: x86 Function Attributes.
!                                                              (line  198)
  * target("sse2") function attribute, x86: x86 Function Attributes.
!                                                              (line  202)
  * target("sse3") function attribute, x86: x86 Function Attributes.
!                                                              (line  206)
  * target("sse4") function attribute, x86: x86 Function Attributes.
!                                                              (line  210)
  * target("sse4.1") function attribute, x86: x86 Function Attributes.
!                                                              (line  215)
  * target("sse4.2") function attribute, x86: x86 Function Attributes.
!                                                              (line  219)
  * target("sse4a") function attribute, x86: x86 Function Attributes.
!                                                              (line  223)
  * target("ssse3") function attribute, x86: x86 Function Attributes.
!                                                              (line  239)
  * target("string") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line  126)
  * target("thumb") function attribute, ARM: ARM Function Attributes.
!                                                              (line   75)
  * target("tune=TUNE") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line  171)
  * target("tune=TUNE") function attribute, x86: x86 Function Attributes.
!                                                              (line  280)
  * target("update") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line   89)
  * target("vsx") function attribute, PowerPC: PowerPC Function Attributes.
                                                               (line  132)
  * target("xop") function attribute, x86: x86 Function Attributes.
!                                                              (line  231)
  * target-dependent options:              Submodel Options.   (line    6)
  * target_clones function attribute:      Common Function Attributes.
!                                                              (line  805)
  * TC1:                                   Standards.          (line   13)
  * TC2:                                   Standards.          (line   13)
  * TC3:                                   Standards.          (line   13)
*************** Keyword Index
*** 59314,59327 ****
  * tiny type attribute, MeP:              MeP Type Attributes.
                                                               (line    6)
  * tiny variable attribute, MeP:          MeP Variable Attributes.
!                                                              (line   20)
  * tiny_data variable attribute, H8/300:  H8/300 Variable Attributes.
                                                               (line   19)
  * TLS:                                   Thread-Local.       (line    6)
  * tls-dialect= function attribute, AArch64: AArch64 Function Attributes.
                                                               (line   44)
  * tls_model variable attribute:          Common Variable Attributes.
!                                                              (line  197)
  * TMPDIR:                                Environment Variables.
                                                               (line   45)
  * toascii:                               Other Builtins.     (line    6)
--- 59928,59941 ----
  * tiny type attribute, MeP:              MeP Type Attributes.
                                                               (line    6)
  * tiny variable attribute, MeP:          MeP Variable Attributes.
!                                                              (line   21)
  * tiny_data variable attribute, H8/300:  H8/300 Variable Attributes.
                                                               (line   19)
  * TLS:                                   Thread-Local.       (line    6)
  * tls-dialect= function attribute, AArch64: AArch64 Function Attributes.
                                                               (line   44)
  * tls_model variable attribute:          Common Variable Attributes.
!                                                              (line  199)
  * TMPDIR:                                Environment Variables.
                                                               (line   45)
  * toascii:                               Other Builtins.     (line    6)
*************** Keyword Index
*** 59332,59342 ****
  * traditional C language:                Preprocessor Options.
                                                               (line  355)
  * transparent_union type attribute:      Common Type Attributes.
!                                                              (line  261)
! * trapa_handler function attribute, SH:  SH Function Attributes.
!                                                              (line   73)
  * trap_exit function attribute, SH:      SH Function Attributes.
                                                               (line   68)
  * trunc:                                 Other Builtins.     (line    6)
  * truncf:                                Other Builtins.     (line    6)
  * truncl:                                Other Builtins.     (line    6)
--- 59946,59956 ----
  * traditional C language:                Preprocessor Options.
                                                               (line  355)
  * transparent_union type attribute:      Common Type Attributes.
!                                                              (line  264)
  * trap_exit function attribute, SH:      SH Function Attributes.
                                                               (line   68)
+ * trapa_handler function attribute, SH:  SH Function Attributes.
+                                                              (line   73)
  * trunc:                                 Other Builtins.     (line    6)
  * truncf:                                Other Builtins.     (line    6)
  * truncl:                                Other Builtins.     (line    6)
*************** Keyword Index
*** 59345,59405 ****
  * two-stage name lookup:                 Name lookup.        (line    6)
  * type alignment:                        Alignment.          (line    6)
  * type attributes:                       Type Attributes.    (line    6)
  * typedef names as function parameters:  Incompatibilities.  (line   97)
  * typeof:                                Typeof.             (line    6)
- * type_info:                             Vague Linkage.      (line   42)
- * uhk fixed-suffix:                      Fixed-Point.        (line    6)
  * UHK fixed-suffix:                      Fixed-Point.        (line    6)
! * uhr fixed-suffix:                      Fixed-Point.        (line    6)
  * UHR fixed-suffix:                      Fixed-Point.        (line    6)
! * uk fixed-suffix:                       Fixed-Point.        (line    6)
  * UK fixed-suffix:                       Fixed-Point.        (line    6)
! * ulk fixed-suffix:                      Fixed-Point.        (line    6)
  * ULK fixed-suffix:                      Fixed-Point.        (line    6)
  * ULL integer suffix:                    Long Long.          (line    6)
- * ullk fixed-suffix:                     Fixed-Point.        (line    6)
  * ULLK fixed-suffix:                     Fixed-Point.        (line    6)
! * ullr fixed-suffix:                     Fixed-Point.        (line    6)
  * ULLR fixed-suffix:                     Fixed-Point.        (line    6)
! * ulr fixed-suffix:                      Fixed-Point.        (line    6)
  * ULR fixed-suffix:                      Fixed-Point.        (line    6)
  * undefined behavior:                    Bug Criteria.       (line   17)
  * undefined function value:              Bug Criteria.       (line   17)
  * underscores in variables in macros:    Typeof.             (line   46)
  * union:                                 Unnamed Fields.     (line    6)
  * union, casting to a:                   Cast to Union.      (line    6)
  * unions:                                Incompatibilities.  (line  146)
! * unknown pragmas, warning:              Warning Options.    (line 1080)
  * unresolved references and -nodefaultlibs: Link Options.    (line   91)
  * unresolved references and -nostdlib:   Link Options.       (line   91)
  * unused function attribute:             Common Function Attributes.
!                                                              (line  813)
  * unused label attribute:                Label Attributes.   (line   31)
  * unused type attribute:                 Common Type Attributes.
!                                                              (line  314)
  * unused variable attribute:             Common Variable Attributes.
!                                                              (line  206)
  * upper function attribute, MSP430:      MSP430 Function Attributes.
                                                               (line   53)
  * upper variable attribute, MSP430:      MSP430 Variable Attributes.
                                                               (line   24)
- * ur fixed-suffix:                       Fixed-Point.        (line    6)
  * UR fixed-suffix:                       Fixed-Point.        (line    6)
! * used function attribute:               Common Function Attributes.
!                                                              (line  818)
! * used variable attribute:               Common Variable Attributes.
!                                                              (line  211)
! * User stack pointer in interrupts on the Blackfin: Blackfin Function Attributes.
!                                                              (line   21)
  * use_debug_exception_return function attribute, MIPS: MIPS Function Attributes.
                                                               (line   39)
  * use_shadow_register_set function attribute, MIPS: MIPS Function Attributes.
                                                               (line   28)
  * V in constraint:                       Simple Constraints. (line   43)
  * V850 Options:                          V850 Options.       (line    6)
  * vague linkage:                         Vague Linkage.      (line    6)
  * value after longjmp:                   Global Register Variables.
!                                                              (line   74)
  * variable addressability on the M32R/D: M32R/D Variable Attributes.
                                                               (line    9)
  * variable alignment:                    Alignment.          (line    6)
--- 59959,60019 ----
  * two-stage name lookup:                 Name lookup.        (line    6)
  * type alignment:                        Alignment.          (line    6)
  * type attributes:                       Type Attributes.    (line    6)
+ * type_info:                             Vague Linkage.      (line   42)
  * typedef names as function parameters:  Incompatibilities.  (line   97)
  * typeof:                                Typeof.             (line    6)
  * UHK fixed-suffix:                      Fixed-Point.        (line    6)
! * uhk fixed-suffix:                      Fixed-Point.        (line    6)
  * UHR fixed-suffix:                      Fixed-Point.        (line    6)
! * uhr fixed-suffix:                      Fixed-Point.        (line    6)
  * UK fixed-suffix:                       Fixed-Point.        (line    6)
! * uk fixed-suffix:                       Fixed-Point.        (line    6)
  * ULK fixed-suffix:                      Fixed-Point.        (line    6)
+ * ulk fixed-suffix:                      Fixed-Point.        (line    6)
  * ULL integer suffix:                    Long Long.          (line    6)
  * ULLK fixed-suffix:                     Fixed-Point.        (line    6)
! * ullk fixed-suffix:                     Fixed-Point.        (line    6)
  * ULLR fixed-suffix:                     Fixed-Point.        (line    6)
! * ullr fixed-suffix:                     Fixed-Point.        (line    6)
  * ULR fixed-suffix:                      Fixed-Point.        (line    6)
+ * ulr fixed-suffix:                      Fixed-Point.        (line    6)
  * undefined behavior:                    Bug Criteria.       (line   17)
  * undefined function value:              Bug Criteria.       (line   17)
  * underscores in variables in macros:    Typeof.             (line   46)
  * union:                                 Unnamed Fields.     (line    6)
  * union, casting to a:                   Cast to Union.      (line    6)
  * unions:                                Incompatibilities.  (line  146)
! * unknown pragmas, warning:              Warning Options.    (line 1094)
  * unresolved references and -nodefaultlibs: Link Options.    (line   91)
  * unresolved references and -nostdlib:   Link Options.       (line   91)
  * unused function attribute:             Common Function Attributes.
!                                                              (line  817)
  * unused label attribute:                Label Attributes.   (line   31)
  * unused type attribute:                 Common Type Attributes.
!                                                              (line  316)
  * unused variable attribute:             Common Variable Attributes.
!                                                              (line  208)
  * upper function attribute, MSP430:      MSP430 Function Attributes.
                                                               (line   53)
  * upper variable attribute, MSP430:      MSP430 Variable Attributes.
                                                               (line   24)
  * UR fixed-suffix:                       Fixed-Point.        (line    6)
! * ur fixed-suffix:                       Fixed-Point.        (line    6)
  * use_debug_exception_return function attribute, MIPS: MIPS Function Attributes.
                                                               (line   39)
  * use_shadow_register_set function attribute, MIPS: MIPS Function Attributes.
                                                               (line   28)
+ * used function attribute:               Common Function Attributes.
+                                                              (line  822)
+ * used variable attribute:               Common Variable Attributes.
+                                                              (line  213)
+ * User stack pointer in interrupts on the Blackfin: Blackfin Function Attributes.
+                                                              (line   21)
  * V in constraint:                       Simple Constraints. (line   43)
  * V850 Options:                          V850 Options.       (line    6)
  * vague linkage:                         Vague Linkage.      (line    6)
  * value after longjmp:                   Global Register Variables.
!                                                              (line   76)
  * variable addressability on the M32R/D: M32R/D Variable Attributes.
                                                               (line    9)
  * variable alignment:                    Alignment.          (line    6)
*************** Keyword Index
*** 59417,59448 ****
  * vector function attribute, RX:         RX Function Attributes.
                                                               (line   49)
  * vector_size variable attribute:        Common Variable Attributes.
!                                                              (line  220)
  * version_id function attribute, IA-64:  IA-64 Function Attributes.
                                                               (line   16)
  * vfprintf:                              Other Builtins.     (line    6)
  * vfscanf:                               Other Builtins.     (line    6)
  * visibility function attribute:         Common Function Attributes.
!                                                              (line  828)
  * visibility type attribute:             Common Type Attributes.
!                                                              (line  323)
  * visibility variable attribute:         Common Variable Attributes.
!                                                              (line  243)
  * Visium options:                        Visium Options.     (line    6)
  * VLAs:                                  Variable Length.    (line    6)
  * vliw function attribute, MeP:          MeP Function Attributes.
                                                               (line   30)
  * void pointers, arithmetic:             Pointer Arith.      (line    6)
  * void, size of pointer to:              Pointer Arith.      (line    6)
- * volatile access:                       Volatiles.          (line    6)
  * volatile access <1>:                   C++ Volatiles.      (line    6)
  * volatile applied to function:          Function Attributes.
                                                               (line    6)
  * volatile asm:                          Extended Asm.       (line  109)
- * volatile read:                         Volatiles.          (line    6)
  * volatile read <1>:                     C++ Volatiles.      (line    6)
! * volatile write:                        Volatiles.          (line    6)
  * volatile write <1>:                    C++ Volatiles.      (line    6)
  * vprintf:                               Other Builtins.     (line    6)
  * vscanf:                                Other Builtins.     (line    6)
  * vsnprintf:                             Other Builtins.     (line    6)
--- 60031,60062 ----
  * vector function attribute, RX:         RX Function Attributes.
                                                               (line   49)
  * vector_size variable attribute:        Common Variable Attributes.
!                                                              (line  222)
  * version_id function attribute, IA-64:  IA-64 Function Attributes.
                                                               (line   16)
  * vfprintf:                              Other Builtins.     (line    6)
  * vfscanf:                               Other Builtins.     (line    6)
  * visibility function attribute:         Common Function Attributes.
!                                                              (line  832)
  * visibility type attribute:             Common Type Attributes.
!                                                              (line  325)
  * visibility variable attribute:         Common Variable Attributes.
!                                                              (line  246)
  * Visium options:                        Visium Options.     (line    6)
  * VLAs:                                  Variable Length.    (line    6)
  * vliw function attribute, MeP:          MeP Function Attributes.
                                                               (line   30)
  * void pointers, arithmetic:             Pointer Arith.      (line    6)
  * void, size of pointer to:              Pointer Arith.      (line    6)
  * volatile access <1>:                   C++ Volatiles.      (line    6)
+ * volatile access:                       Volatiles.          (line    6)
  * volatile applied to function:          Function Attributes.
                                                               (line    6)
  * volatile asm:                          Extended Asm.       (line  109)
  * volatile read <1>:                     C++ Volatiles.      (line    6)
! * volatile read:                         Volatiles.          (line    6)
  * volatile write <1>:                    C++ Volatiles.      (line    6)
+ * volatile write:                        Volatiles.          (line    6)
  * vprintf:                               Other Builtins.     (line    6)
  * vscanf:                                Other Builtins.     (line    6)
  * vsnprintf:                             Other Builtins.     (line    6)
*************** Keyword Index
*** 59450,59489 ****
  * vsscanf:                               Other Builtins.     (line    6)
  * vtable:                                Vague Linkage.      (line   27)
  * VxWorks Options:                       VxWorks Options.    (line    6)
- * w floating point suffix:               Floating Types.     (line    6)
  * W floating point suffix:               Floating Types.     (line    6)
  * wakeup function attribute, MSP430:     MSP430 Function Attributes.
                                                               (line   45)
  * warm function attribute, NDS32:        NDS32 Function Attributes.
!                                                              (line   52)
  * warning for comparison of signed and unsigned values: Warning Options.
!                                                              (line 2044)
  * warning for overloaded virtual function: C++ Dialect Options.
!                                                              (line  722)
  * warning for reordering of member initializers: C++ Dialect Options.
!                                                              (line  647)
! * warning for unknown pragmas:           Warning Options.    (line 1080)
  * warning function attribute:            Common Function Attributes.
                                                               (line  199)
  * warning GCC_COLORS capability:         Diagnostic Message Formatting Options.
                                                               (line   74)
  * warning messages:                      Warning Options.    (line    6)
! * warnings from system headers:          Warning Options.    (line 1492)
  * warnings vs errors:                    Warnings and Errors.
                                                               (line    6)
- * warn_unused type attribute:            C++ Attributes.     (line   71)
- * warn_unused_result function attribute: Common Function Attributes.
-                                                              (line  928)
  * weak function attribute:               Common Function Attributes.
!                                                              (line  945)
  * weak variable attribute:               Common Variable Attributes.
!                                                              (line  248)
  * weakref function attribute:            Common Function Attributes.
!                                                              (line  954)
  * whitespace:                            Incompatibilities.  (line  112)
  * Windows Options for x86:               x86 Windows Options.
                                                               (line    6)
! * X in constraint:                       Simple Constraints. (line  122)
  * X3.159-1989:                           Standards.          (line   13)
  * x86 named address spaces:              Named Address Spaces.
                                                               (line  172)
--- 60064,60103 ----
  * vsscanf:                               Other Builtins.     (line    6)
  * vtable:                                Vague Linkage.      (line   27)
  * VxWorks Options:                       VxWorks Options.    (line    6)
  * W floating point suffix:               Floating Types.     (line    6)
+ * w floating point suffix:               Floating Types.     (line    6)
  * wakeup function attribute, MSP430:     MSP430 Function Attributes.
                                                               (line   45)
  * warm function attribute, NDS32:        NDS32 Function Attributes.
!                                                              (line   57)
! * warn_unused type attribute:            C++ Attributes.     (line   70)
! * warn_unused_result function attribute: Common Function Attributes.
!                                                              (line  933)
  * warning for comparison of signed and unsigned values: Warning Options.
!                                                              (line 2068)
  * warning for overloaded virtual function: C++ Dialect Options.
!                                                              (line  728)
  * warning for reordering of member initializers: C++ Dialect Options.
!                                                              (line  651)
! * warning for unknown pragmas:           Warning Options.    (line 1094)
  * warning function attribute:            Common Function Attributes.
                                                               (line  199)
  * warning GCC_COLORS capability:         Diagnostic Message Formatting Options.
                                                               (line   74)
  * warning messages:                      Warning Options.    (line    6)
! * warnings from system headers:          Warning Options.    (line 1509)
  * warnings vs errors:                    Warnings and Errors.
                                                               (line    6)
  * weak function attribute:               Common Function Attributes.
!                                                              (line  950)
  * weak variable attribute:               Common Variable Attributes.
!                                                              (line  251)
  * weakref function attribute:            Common Function Attributes.
!                                                              (line  959)
  * whitespace:                            Incompatibilities.  (line  112)
  * Windows Options for x86:               x86 Windows Options.
                                                               (line    6)
! * X in constraint:                       Simple Constraints. (line  124)
  * X3.159-1989:                           Standards.          (line   13)
  * x86 named address spaces:              Named Address Spaces.
                                                               (line  172)
*************** Keyword Index
*** 59510,59911 ****
  
  
  Tag Table:
! Node: Top2057
! Node: G++ and GCC3947
! Node: Standards6012
! Node: Invoking GCC19038
! Node: Option Summary23239
! Node: Overall Options72106
! Node: Invoking G++86638
! Node: C Dialect Options88161
! Node: C++ Dialect Options106859
! Node: Objective-C and Objective-C++ Dialect Options142307
! Node: Diagnostic Message Formatting Options153537
! Node: Warning Options161019
! Ref: Wtrigraphs241461
! Node: Debugging Options274098
! Node: Optimize Options288547
! Ref: Type-punning351244
! Node: Instrumentation Options441764
! Node: Preprocessor Options477021
! Ref: dashMF481868
! Ref: fdollars-in-identifiers486378
! Node: Assembler Options498151
! Node: Link Options498842
! Ref: Link Options-Footnote-1512728
! Node: Directory Options513064
! Node: Code Gen Options521439
! Node: Developer Options549688
! Node: Submodel Options588717
! Node: AArch64 Options590451
! Ref: aarch64-feature-modifiers599423
! Node: Adapteva Epiphany Options600361
! Node: ARC Options606308
! Node: ARM Options624996
! Node: AVR Options645123
! Node: Blackfin Options667036
! Node: C6X Options675054
! Node: CRIS Options676597
! Node: CR16 Options680336
! Node: Darwin Options681247
! Node: DEC Alpha Options688687
! Node: FR30 Options700303
! Node: FT32 Options700868
! Node: FRV Options701593
! Node: GNU/Linux Options708357
! Node: H8/300 Options709738
! Node: HPPA Options711190
! Node: IA-64 Options720722
! Node: LM32 Options728850
! Node: M32C Options729373
! Node: M32R/D Options730646
! Node: M680x0 Options734191
! Node: MCore Options748343
! Node: MeP Options749845
! Node: MicroBlaze Options753805
! Node: MIPS Options756607
! Node: MMIX Options792059
! Node: MN10300 Options794536
! Node: Moxie Options797077
! Node: MSP430 Options797564
! Node: NDS32 Options802268
! Node: Nios II Options804162
! Node: Nvidia PTX Options815095
! Node: PDP-11 Options817357
! Node: picoChip Options819054
! Node: PowerPC Options821192
! Node: RISC-V Options821415
! Node: RL78 Options822897
! Node: RS/6000 and PowerPC Options826672
! Node: RX Options869713
! Node: S/390 and zSeries Options878315
! Node: Score Options888764
! Node: SH Options889613
! Node: Solaris 2 Options904755
! Node: SPARC Options905993
! Node: SPU Options920533
! Node: System V Options925472
! Node: TILE-Gx Options926298
! Node: TILEPro Options927316
! Node: V850 Options927820
! Node: VAX Options934507
! Node: Visium Options935045
! Node: VMS Options937353
! Node: VxWorks Options938169
! Node: x86 Options939321
! Node: x86 Windows Options991924
! Node: Xstormy16 Options994729
! Node: Xtensa Options995023
! Node: zSeries Options1000172
! Node: Spec Files1000368
! Node: Environment Variables1022191
! Node: Precompiled Headers1030917
! Node: C Implementation1036923
! Node: Translation implementation1038613
! Node: Environment implementation1039204
! Node: Identifiers implementation1039758
! Node: Characters implementation1040844
! Node: Integers implementation1044494
! Node: Floating point implementation1046543
! Node: Arrays and pointers implementation1049606
! Ref: Arrays and pointers implementation-Footnote-11051066
! Node: Hints implementation1051192
! Node: Structures unions enumerations and bit-fields implementation1052687
! Node: Qualifiers implementation1054911
! Node: Declarators implementation1056691
! Node: Statements implementation1057032
! Node: Preprocessing directives implementation1057358
! Node: Library functions implementation1059679
! Node: Architecture implementation1060328
! Node: Locale-specific behavior implementation1061973
! Node: C++ Implementation1062278
! Node: Conditionally-supported behavior1063561
! Node: Exception handling1064178
! Node: C Extensions1064586
! Node: Statement Exprs1069868
! Node: Local Labels1074345
! Node: Labels as Values1077318
! Ref: Labels as Values-Footnote-11079845
! Node: Nested Functions1080030
! Node: Constructing Calls1083988
! Node: Typeof1088705
! Node: Conditionals1092634
! Node: __int1281093523
! Node: Long Long1094048
! Node: Complex1095524
! Node: Floating Types1098108
! Node: Half-Precision1101575
! Node: Decimal Float1103984
! Node: Hex Floats1105838
! Node: Fixed-Point1106875
! Node: Named Address Spaces1110133
! Ref: AVR Named Address Spaces1110819
! Node: Zero Length1117155
! Node: Empty Structures1120195
! Node: Variable Length1120601
! Node: Variadic Macros1123319
! Node: Escaped Newlines1125697
! Node: Subscripting1126558
! Node: Pointer Arith1127283
! Node: Pointers to Arrays1127857
! Node: Initializers1128602
! Node: Compound Literals1129103
! Node: Designated Inits1132670
! Node: Case Ranges1136406
! Node: Cast to Union1137087
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! Node: Function Attributes1138723
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! Node: AArch64 Function Attributes1188275
! Node: ARC Function Attributes1193681
! Node: ARM Function Attributes1195373
! Node: AVR Function Attributes1199034
! Node: Blackfin Function Attributes1202509
! Node: CR16 Function Attributes1205007
! Node: Epiphany Function Attributes1205534
! Node: H8/300 Function Attributes1208286
! Node: IA-64 Function Attributes1209482
! Node: M32C Function Attributes1210524
! Node: M32R/D Function Attributes1212862
! Node: m68k Function Attributes1214336
! Node: MCORE Function Attributes1215280
! Node: MeP Function Attributes1216091
! Node: MicroBlaze Function Attributes1217392
! Node: Microsoft Windows Function Attributes1218899
! Node: MIPS Function Attributes1223468
! Node: MSP430 Function Attributes1229031
! Node: NDS32 Function Attributes1232879
! Node: Nios II Function Attributes1235303
! Node: Nvidia PTX Function Attributes1236600
! Node: PowerPC Function Attributes1237215
! Node: RL78 Function Attributes1244268
! Node: RX Function Attributes1245508
! Node: S/390 Function Attributes1248047
! Node: SH Function Attributes1249875
! Node: SPU Function Attributes1253296
! Node: Symbian OS Function Attributes1254104
! Node: V850 Function Attributes1254441
! Node: Visium Function Attributes1254986
! Node: x86 Function Attributes1255514
! Node: Xstormy16 Function Attributes1266988
! Node: Variable Attributes1267495
! Node: Common Variable Attributes1268956
! Node: AVR Variable Attributes1280033
! Node: Blackfin Variable Attributes1285301
! Node: H8/300 Variable Attributes1286159
! Node: IA-64 Variable Attributes1287232
! Node: M32R/D Variable Attributes1287983
! Node: MeP Variable Attributes1288766
! Node: Microsoft Windows Variable Attributes1290859
! Node: MSP430 Variable Attributes1293312
! Node: Nvidia PTX Variable Attributes1294511
! Node: PowerPC Variable Attributes1295128
! Node: RL78 Variable Attributes1295685
! Node: SPU Variable Attributes1296103
! Node: V850 Variable Attributes1296468
! Node: x86 Variable Attributes1297100
! Node: Xstormy16 Variable Attributes1298156
! Node: Type Attributes1298726
! Node: Common Type Attributes1300046
! Node: ARM Type Attributes1315522
! Node: MeP Type Attributes1316307
! Node: PowerPC Type Attributes1316709
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! Node: Enumerator Attributes1321038
! Node: Statement Attributes1322357
! Node: Attribute Syntax1323840
! Node: Function Prototypes1335098
! Node: C++ Comments1336878
! Node: Dollar Signs1337397
! Node: Character Escapes1337862
! Node: Alignment1338146
! Node: Inline1339518
! Node: Volatiles1344320
! Node: Using Assembly Language with C1347219
! Node: Basic Asm1348456
! Node: Extended Asm1353642
! Ref: Volatile1357446
! Ref: AssemblerTemplate1361531
! Ref: OutputOperands1365769
! Ref: FlagOutputOperands1372698
! Ref: InputOperands1374727
! Ref: Clobbers1378973
! Ref: GotoLabels1382289
! Ref: x86Operandmodifiers1384424
! Ref: x86floatingpointasmoperands1386533
! Node: Constraints1389862
! Node: Simple Constraints1390968
! Node: Multi-Alternative1398282
! Node: Modifiers1399957
! Node: Machine Constraints1402755
! Node: Asm Labels1461457
! Node: Explicit Register Variables1463077
! Ref: Explicit Reg Vars1463291
! Node: Global Register Variables1463900
! Ref: Global Reg Vars1464108
! Node: Local Register Variables1467960
! Ref: Local Reg Vars1468180
! Node: Size of an asm1471487
! Node: Alternate Keywords1472741
! Node: Incomplete Enums1474240
! Node: Function Names1474997
! Node: Return Address1476895
! Node: Vector Extensions1480836
! Node: Offsetof1488131
! Node: __sync Builtins1488964
! Node: __atomic Builtins1495405
! Node: Integer Overflow Builtins1508886
! Node: x86 specific memory model extensions for transactional memory1515362
! Node: Object Size Checking1516628
! Node: Pointer Bounds Checker builtins1522656
! Node: Cilk Plus Builtins1528662
! Node: Other Builtins1529568
! Node: Target Builtins1566515
! Node: AArch64 Built-in Functions1568084
! Node: Alpha Built-in Functions1568539
! Node: Altera Nios II Built-in Functions1571587
! Node: ARC Built-in Functions1575956
! Node: ARC SIMD Built-in Functions1581168
! Node: ARM iWMMXt Built-in Functions1590064
! Node: ARM C Language Extensions (ACLE)1597060
! Node: ARM Floating Point Status and Control Intrinsics1598399
! Node: ARM ARMv8-M Security Extensions1598884
! Node: AVR Built-in Functions1600229
! Node: Blackfin Built-in Functions1603565
! Node: FR-V Built-in Functions1604184
! Node: Argument Types1605052
! Node: Directly-mapped Integer Functions1606806
! Node: Directly-mapped Media Functions1607890
! Node: Raw read/write Functions1616096
! Node: Other Built-in Functions1617004
! Node: MIPS DSP Built-in Functions1618190
! Node: MIPS Paired-Single Support1630687
! Node: MIPS Loongson Built-in Functions1632186
! Node: Paired-Single Arithmetic1638708
! Node: Paired-Single Built-in Functions1639656
! Node: MIPS-3D Built-in Functions1642323
! Node: MIPS SIMD Architecture (MSA) Support1647701
! Node: MIPS SIMD Architecture Built-in Functions1650541
! Node: Other MIPS Built-in Functions1677371
! Node: MSP430 Built-in Functions1678380
! Node: NDS32 Built-in Functions1679781
! Node: picoChip Built-in Functions1681074
! Node: PowerPC Built-in Functions1682417
! Node: PowerPC AltiVec/VSX Built-in Functions1707163
! Node: PowerPC Hardware Transactional Memory Built-in Functions1863270
! Node: RX Built-in Functions1871761
! Node: S/390 System z Built-in Functions1875794
! Node: SH Built-in Functions1881024
! Node: SPARC VIS Built-in Functions1882752
! Node: SPU Built-in Functions1889677
! Node: TI C6X Built-in Functions1891394
! Node: TILE-Gx Built-in Functions1892419
! Node: TILEPro Built-in Functions1893538
! Node: x86 Built-in Functions1894638
! Node: x86 transactional memory intrinsics1954817
! Node: Target Format Checks1958037
! Node: Solaris Format Checks1958469
! Node: Darwin Format Checks1958895
! Node: Pragmas1959713
! Node: AArch64 Pragmas1960486
! Node: ARM Pragmas1960943
! Node: M32C Pragmas1961570
! Node: MeP Pragmas1962642
! Node: RS/6000 and PowerPC Pragmas1964710
! Node: S/390 Pragmas1965450
! Node: Darwin Pragmas1966016
! Node: Solaris Pragmas1967069
! Node: Symbol-Renaming Pragmas1968233
! Node: Structure-Layout Pragmas1969849
! Node: Weak Pragmas1972129
! Node: Diagnostic Pragmas1972864
! Node: Visibility Pragmas1975973
! Node: Push/Pop Macro Pragmas1976658
! Node: Function Specific Option Pragmas1977631
! Node: Loop-Specific Pragmas1979479
! Node: Unnamed Fields1980572
! Node: Thread-Local1982769
! Node: C99 Thread-Local Edits1984875
! Node: C++98 Thread-Local Edits1986873
! Node: Binary constants1990318
! Node: C++ Extensions1990989
! Node: C++ Volatiles1992619
! Node: Restricted Pointers1994967
! Node: Vague Linkage1996558
! Node: C++ Interface2000181
! Ref: C++ Interface-Footnote-12003978
! Node: Template Instantiation2004116
! Node: Bound member functions2011599
! Node: C++ Attributes2013131
! Node: Function Multiversioning2017203
! Node: Type Traits2019010
! Node: C++ Concepts2025493
! Node: Deprecated Features2026992
! Node: Backwards Compatibility2029956
! Node: Objective-C2031303
! Node: GNU Objective-C runtime API2031910
! Node: Modern GNU Objective-C runtime API2032917
! Node: Traditional GNU Objective-C runtime API2035353
! Node: Executing code before main2036080
! Node: What you can and what you cannot do in +load2038824
! Node: Type encoding2041194
! Node: Legacy type encoding2046335
! Node: @encode2047425
! Node: Method signatures2047970
! Node: Garbage Collection2049962
! Node: Constant string objects2052652
! Node: compatibility_alias2055161
! Node: Exceptions2055886
! Node: Synchronization2058596
! Node: Fast enumeration2059780
! Node: Using fast enumeration2060092
! Node: c99-like fast enumeration syntax2061303
! Node: Fast enumeration details2062006
! Node: Fast enumeration protocol2064346
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! Node: Dynamically registering methods2068870
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! Node: Invoking Gcov-dump2110081
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! Node: Incompatibilities2119506
! Node: Fixed Headers2127658
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! Node: Disappointments2130688
! Node: C++ Misunderstandings2135047
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! Node: Name lookup2136911
! Ref: Name lookup-Footnote-12141692
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! Node: Contributing2161646
! Node: Funding2162386
! Node: GNU Project2164876
! Node: Copying2165522
! Node: GNU Free Documentation License2203031
! Node: Contributors2228149
! Node: Option Index2267589
! Node: Keyword Index2510580
  
  End Tag Table
--- 60124,60525 ----
  
  
  Tag Table:
! Node: Top2110
! Node: G++ and GCC4003
! Node: Standards6080
! Node: Invoking GCC19100
! Node: Option Summary23302
! Node: Overall Options72298
! Node: Invoking G++86881
! Node: C Dialect Options88404
! Node: C++ Dialect Options107111
! Node: Objective-C and Objective-C++ Dialect Options142597
! Node: Diagnostic Message Formatting Options153833
! Node: Warning Options161300
! Ref: Wtrigraphs241779
! Node: Debugging Options274432
! Node: Optimize Options288882
! Ref: Type-punning351573
! Node: Instrumentation Options441986
! Node: Preprocessor Options477259
! Ref: dashMF482105
! Ref: fdollars-in-identifiers486617
! Node: Assembler Options498416
! Node: Link Options499108
! Ref: Link Options-Footnote-1513010
! Node: Directory Options513344
! Node: Code Gen Options521731
! Node: Developer Options549997
! Node: Submodel Options588934
! Node: AArch64 Options590668
! Ref: aarch64-feature-modifiers599645
! Node: Adapteva Epiphany Options600589
! Node: ARC Options606539
! Node: ARM Options625176
! Node: AVR Options645283
! Node: Blackfin Options667170
! Node: C6X Options675185
! Node: CRIS Options676728
! Node: CR16 Options680472
! Node: Darwin Options681379
! Node: DEC Alpha Options688820
! Node: FR30 Options700408
! Node: FT32 Options700974
! Node: FRV Options701700
! Node: GNU/Linux Options708419
! Node: H8/300 Options709801
! Node: HPPA Options711251
! Node: IA-64 Options720782
! Node: LM32 Options728908
! Node: M32C Options729432
! Node: M32R/D Options730706
! Node: M680x0 Options734252
! Node: MCore Options748415
! Node: MeP Options749918
! Node: MicroBlaze Options753878
! Node: MIPS Options756674
! Node: MMIX Options792186
! Node: MN10300 Options794668
! Node: Moxie Options797211
! Node: MSP430 Options797699
! Node: NDS32 Options802409
! Node: Nios II Options804303
! Node: Nvidia PTX Options815224
! Node: PDP-11 Options817484
! Node: picoChip Options819181
! Node: PowerPC Options821322
! Node: RISC-V Options821545
! Node: RL78 Options823027
! Node: RS/6000 and PowerPC Options826804
! Node: RX Options869849
! Node: S/390 and zSeries Options878452
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! Node: Xstormy16 Options995949
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! Node: Identifiers implementation1041044
! Node: Characters implementation1042131
! Node: Integers implementation1045782
! Node: Floating point implementation1047832
! Node: Arrays and pointers implementation1050897
! Ref: Arrays and pointers implementation-Footnote-11052356
! Node: Hints implementation1052480
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! Node: Declarators implementation1057982
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! Node: Architecture implementation1061623
! Node: Locale-specific behavior implementation1063265
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! Node: Conditionally-supported behavior1064852
! Node: Exception handling1065470
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! Node: Statement Exprs1071163
! Node: Local Labels1075639
! Node: Labels as Values1078612
! Ref: Labels as Values-Footnote-11081137
! Node: Nested Functions1081320
! Node: Constructing Calls1085278
! Node: Typeof1089996
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! Node: Long Long1095338
! Node: Complex1096814
! Node: Floating Types1099399
! Node: Half-Precision1102864
! Node: Decimal Float1105269
! Node: Hex Floats1107122
! Node: Fixed-Point1108158
! Node: Named Address Spaces1111438
! Ref: AVR Named Address Spaces1112124
! Node: Zero Length1118458
! Node: Empty Structures1121497
! Node: Variable Length1121903
! Node: Variadic Macros1124621
! Node: Escaped Newlines1126999
! Node: Subscripting1127860
! Node: Pointer Arith1128586
! Node: Pointers to Arrays1129160
! Node: Initializers1129904
! Node: Compound Literals1130405
! Node: Designated Inits1133972
! Node: Case Ranges1137708
! Node: Cast to Union1138389
! Node: Mixed Declarations1139515
! Node: Function Attributes1140025
! Node: Common Function Attributes1143139
! Node: AArch64 Function Attributes1189595
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! Node: ARM Function Attributes1196694
! Node: AVR Function Attributes1200352
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! Node: m68k Function Attributes1215643
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! Node: Microsoft Windows Function Attributes1220202
! Node: MIPS Function Attributes1224785
! Node: MSP430 Function Attributes1230342
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! Node: Nios II Function Attributes1236606
! Node: Nvidia PTX Function Attributes1237900
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! Node: M32R/D Variable Attributes1289200
! Node: MeP Variable Attributes1289983
! Node: Microsoft Windows Variable Attributes1292086
! Node: MSP430 Variable Attributes1294545
! Node: Nvidia PTX Variable Attributes1295744
! Node: PowerPC Variable Attributes1296361
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! Node: SPU Variable Attributes1297336
! Node: V850 Variable Attributes1297701
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! Node: Type Attributes1299964
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! Node: ARM Type Attributes1316767
! Node: MeP Type Attributes1317551
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! Node: SPU Type Attributes1318942
! Node: x86 Type Attributes1319361
! Node: Label Attributes1320349
! Node: Enumerator Attributes1322283
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! Node: Function Prototypes1336348
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! Node: Dollar Signs1338648
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! Node: Alignment1339397
! Node: Inline1340769
! Node: Volatiles1345571
! Node: Using Assembly Language with C1348471
! Node: Basic Asm1349708
! Node: Extended Asm1354885
! Ref: Volatile1358682
! Ref: AssemblerTemplate1362754
! Ref: OutputOperands1366979
! Ref: FlagOutputOperands1373891
! Ref: InputOperands1375906
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! Ref: GotoLabels1383447
! Ref: x86Operandmodifiers1385580
! Ref: x86floatingpointasmoperands1387754
! Node: Constraints1391084
! Node: Simple Constraints1392190
! Node: Multi-Alternative1399515
! Node: Modifiers1401190
! Node: Machine Constraints1403987
! Node: Asm Labels1462113
! Node: Explicit Register Variables1463733
! Ref: Explicit Reg Vars1463947
! Node: Global Register Variables1464556
! Ref: Global Reg Vars1464764
! Node: Local Register Variables1468606
! Ref: Local Reg Vars1468826
! Node: Size of an asm1472136
! Node: Alternate Keywords1473391
! Node: Incomplete Enums1474890
! Node: Function Names1475647
! Node: Return Address1477545
! Node: Vector Extensions1481486
! Node: Offsetof1488771
! Node: __sync Builtins1489612
! Node: __atomic Builtins1496057
! Node: Integer Overflow Builtins1509547
! Node: x86 specific memory model extensions for transactional memory1516026
! Node: Object Size Checking1517292
! Node: Pointer Bounds Checker builtins1523320
! Node: Cilk Plus Builtins1529326
! Node: Other Builtins1530243
! Node: Target Builtins1567223
! Node: AArch64 Built-in Functions1568792
! Node: Alpha Built-in Functions1569247
! Node: Altera Nios II Built-in Functions1572295
! Node: ARC Built-in Functions1576662
! Node: ARC SIMD Built-in Functions1581873
! Node: ARM iWMMXt Built-in Functions1590769
! Node: ARM C Language Extensions (ACLE)1597765
! Node: ARM Floating Point Status and Control Intrinsics1599104
! Node: ARM ARMv8-M Security Extensions1599589
! Node: AVR Built-in Functions1600935
! Node: Blackfin Built-in Functions1604263
! Node: FR-V Built-in Functions1604882
! Node: Argument Types1605748
! Node: Directly-mapped Integer Functions1607502
! Node: Directly-mapped Media Functions1608586
! Node: Raw read/write Functions1615620
! Node: Other Built-in Functions1616534
! Node: MIPS DSP Built-in Functions1617720
! Node: MIPS Paired-Single Support1630218
! Node: MIPS Loongson Built-in Functions1631717
! Node: Paired-Single Arithmetic1638244
! Node: Paired-Single Built-in Functions1639192
! Node: MIPS-3D Built-in Functions1641859
! Node: MIPS SIMD Architecture (MSA) Support1647236
! Node: MIPS SIMD Architecture Built-in Functions1650099
! Node: Other MIPS Built-in Functions1676929
! Node: MSP430 Built-in Functions1677938
! Node: NDS32 Built-in Functions1679339
! Node: picoChip Built-in Functions1680632
! Node: PowerPC Built-in Functions1681976
! Node: PowerPC AltiVec/VSX Built-in Functions1707891
! Node: PowerPC Hardware Transactional Memory Built-in Functions1863999
! Node: RX Built-in Functions1872490
! Node: S/390 System z Built-in Functions1876523
! Node: SH Built-in Functions1881758
! Node: SPARC VIS Built-in Functions1883486
! Node: SPU Built-in Functions1892016
! Node: TI C6X Built-in Functions1893732
! Node: TILE-Gx Built-in Functions1894756
! Node: TILEPro Built-in Functions1895873
! Node: x86 Built-in Functions1896971
! Node: x86 transactional memory intrinsics1957152
! Node: Target Format Checks1960372
! Node: Solaris Format Checks1960804
! Node: Darwin Format Checks1961230
! Node: Pragmas1962048
! Node: AArch64 Pragmas1962821
! Node: ARM Pragmas1963278
! Node: M32C Pragmas1963905
! Node: MeP Pragmas1964979
! Node: RS/6000 and PowerPC Pragmas1967048
! Node: S/390 Pragmas1967788
! Node: Darwin Pragmas1968354
! Node: Solaris Pragmas1969407
! Node: Symbol-Renaming Pragmas1970568
! Node: Structure-Layout Pragmas1972181
! Node: Weak Pragmas1974468
! Node: Diagnostic Pragmas1975203
! Node: Visibility Pragmas1978310
! Node: Push/Pop Macro Pragmas1978995
! Node: Function Specific Option Pragmas1979967
! Node: Loop-Specific Pragmas1981812
! Node: Unnamed Fields1982902
! Node: Thread-Local1985100
! Node: C99 Thread-Local Edits1987206
! Node: C++98 Thread-Local Edits1989218
! Node: Binary constants1992662
! Node: C++ Extensions1993333
! Node: C++ Volatiles1994963
! Node: Restricted Pointers1997311
! Node: Vague Linkage1998902
! Node: C++ Interface2002526
! Ref: C++ Interface-Footnote-12006319
! Node: Template Instantiation2006455
! Node: Bound member functions2013939
! Node: C++ Attributes2015471
! Node: Function Multiversioning2019541
! Node: Type Traits2021346
! Node: C++ Concepts2027834
! Node: Deprecated Features2029329
! Node: Backwards Compatibility2032291
! Node: Objective-C2033643
! Node: GNU Objective-C runtime API2034252
! Node: Modern GNU Objective-C runtime API2035259
! Node: Traditional GNU Objective-C runtime API2037696
! Node: Executing code before main2038424
! Node: What you can and what you cannot do in +load2041166
! Node: Type encoding2043538
! Node: Legacy type encoding2048878
! Node: @encode2049969
! Node: Method signatures2050514
! Node: Garbage Collection2052509
! Node: Constant string objects2055198
! Node: compatibility_alias2057706
! Node: Exceptions2058432
! Node: Synchronization2061143
! Node: Fast enumeration2062327
! Node: Using fast enumeration2062639
! Node: c99-like fast enumeration syntax2063850
! Node: Fast enumeration details2064553
! Node: Fast enumeration protocol2066894
! Node: Messaging with the GNU Objective-C runtime2070046
! Node: Dynamically registering methods2071417
! Node: Forwarding hook2073108
! Node: Compatibility2076149
! Node: Gcov2082716
! Node: Gcov Intro2083251
! Node: Invoking Gcov2085969
! Node: Gcov and Optimization2100843
! Node: Gcov Data Files2104073
! Node: Cross-profiling2105468
! Node: Gcov-tool2107319
! Node: Gcov-tool Intro2107744
! Node: Invoking Gcov-tool2109705
! Node: Gcov-dump2112250
! Node: Gcov-dump Intro2112572
! Node: Invoking Gcov-dump2112839
! Node: Trouble2113508
! Node: Actual Bugs2114926
! Node: Interoperation2115373
! Node: Incompatibilities2122265
! Node: Fixed Headers2130416
! Node: Standard Libraries2132079
! Node: Disappointments2133451
! Node: C++ Misunderstandings2137809
! Node: Static Definitions2138620
! Node: Name lookup2139673
! Ref: Name lookup-Footnote-12144452
! Node: Temporaries2144639
! Node: Copy Assignment2146615
! Node: Non-bugs2148422
! Node: Warnings and Errors2158929
! Node: Bugs2160691
! Node: Bug Criteria2161158
! Node: Bug Reporting2163368
! Node: Service2163586
! Node: Contributing2164405
! Node: Funding2165145
! Node: GNU Project2167634
! Node: Copying2168280
! Node: GNU Free Documentation License2205808
! Node: Contributors2230945
! Node: Option Index2270388
! Node: Keyword Index2511995
  
  End Tag Table
diff -Nrcpad gcc-7.1.0/gcc/doc/gccinstall.info gcc-7.2.0/gcc/doc/gccinstall.info
*** gcc-7.1.0/gcc/doc/gccinstall.info	Tue May  2 14:30:10 2017
--- gcc-7.2.0/gcc/doc/gccinstall.info	Mon Aug 14 08:30:40 2017
***************
*** 1,5 ****
! This is gccinstall.info, produced by makeinfo version 6.1 from
! install.texi.
  
  Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
--- 1,5 ----
! This is doc/gccinstall.info, produced by makeinfo version 4.13 from
! /space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/doc/install.texi.
  
  Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
*************** is included in the section entitled "GNU
*** 17,28 ****
     (b) The FSF's Back-Cover Text is:
  
     You have freedom to copy and modify this GNU Manual, like GNU
! software.  Copies published by the Free Software Foundation raise funds
! for GNU development.
! INFO-DIR-SECTION Software development
! START-INFO-DIR-ENTRY
! * gccinstall: (gccinstall).    Installing the GNU Compiler Collection.
! END-INFO-DIR-ENTRY
  
     Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
--- 17,24 ----
     (b) The FSF's Back-Cover Text is:
  
     You have freedom to copy and modify this GNU Manual, like GNU
! software.  Copies published by the Free Software Foundation raise
! funds for GNU development.
  
     Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
*************** is included in the section entitled "GNU
*** 40,47 ****
     (b) The FSF's Back-Cover Text is:
  
     You have freedom to copy and modify this GNU Manual, like GNU
! software.  Copies published by the Free Software Foundation raise funds
! for GNU development.
  
  
  File: gccinstall.info,  Node: Top,  Up: (dir)
--- 36,48 ----
     (b) The FSF's Back-Cover Text is:
  
     You have freedom to copy and modify this GNU Manual, like GNU
! software.  Copies published by the Free Software Foundation raise
! funds for GNU development.
! 
! INFO-DIR-SECTION Software development
! START-INFO-DIR-ENTRY
! * gccinstall: (gccinstall).    Installing the GNU Compiler Collection.
! END-INFO-DIR-ENTRY
  
  
  File: gccinstall.info,  Node: Top,  Up: (dir)
*************** File: gccinstall.info,  Node: Installing
*** 66,78 ****
  1 Installing GCC
  ****************
  
! The latest version of this document is always available at
  http://gcc.gnu.org/install/.  It refers to the current development
  sources, instructions for specific released versions are included with
  the sources.
  
!    This document describes the generic installation procedure for GCC as
! well as detailing some target specific installation instructions.
  
     GCC includes several components that previously were separate
  distributions with their own installation instructions.  This document
--- 67,79 ----
  1 Installing GCC
  ****************
  
!    The latest version of this document is always available at
  http://gcc.gnu.org/install/.  It refers to the current development
  sources, instructions for specific released versions are included with
  the sources.
  
!    This document describes the generic installation procedure for GCC
! as well as detailing some target specific installation instructions.
  
     GCC includes several components that previously were separate
  distributions with their own installation instructions.  This document
*************** supersedes all package-specific installa
*** 82,90 ****
  host/target specific installation notes: Specific.  We recommend you
  browse the entire generic installation instructions before you proceed.
  
!    Lists of successful builds for released versions of GCC are available
! at <http://gcc.gnu.org/buildstat.html>.  These lists are updated as new
! information becomes available.
  
     The installation procedure itself is broken into five steps.
  
--- 83,91 ----
  host/target specific installation notes: Specific.  We recommend you
  browse the entire generic installation instructions before you proceed.
  
!    Lists of successful builds for released versions of GCC are
! available at `http://gcc.gnu.org/buildstat.html'.  These lists are
! updated as new information becomes available.
  
     The installation procedure itself is broken into five steps.
  
*************** information becomes available.
*** 97,108 ****
  * Testing:: (optional)
  * Final install::
  
!    Please note that GCC does not support 'make uninstall' and probably
  won't do so in the near future as this would open a can of worms.
! Instead, we suggest that you install GCC into a directory of its own and
! simply remove that directory when you do not need that specific version
! of GCC any longer, and, if shared libraries are installed there as well,
! no more binaries exist that use them.
  
  
  File: gccinstall.info,  Node: Prerequisites,  Next: Downloading the source,  Up: Installing GCC
--- 98,109 ----
  * Testing:: (optional)
  * Final install::
  
!    Please note that GCC does not support `make uninstall' and probably
  won't do so in the near future as this would open a can of worms.
! Instead, we suggest that you install GCC into a directory of its own
! and simply remove that directory when you do not need that specific
! version of GCC any longer, and, if shared libraries are installed there
! as well, no more binaries exist that use them.
  
  
  File: gccinstall.info,  Node: Prerequisites,  Next: Downloading the source,  Up: Installing GCC
*************** File: gccinstall.info,  Node: Prerequisi
*** 110,117 ****
  2 Prerequisites
  ***************
  
! GCC requires that various tools and packages be available for use in the
! build procedure.  Modifying GCC sources requires additional tools
  described below.
  
  Tools/packages necessary for building GCC
--- 111,118 ----
  2 Prerequisites
  ***************
  
!    GCC requires that various tools and packages be available for use in
! the build procedure.  Modifying GCC sources requires additional tools
  described below.
  
  Tools/packages necessary for building GCC
*************** ISO C++98 compiler
*** 124,404 ****
       C compiler.
  
       To build all languages in a cross-compiler or other configuration
!      where 3-stage bootstrap is not performed, you need to start with an
!      existing GCC binary (version 3.4 or later) because source code for
!      language frontends other than C might use GCC extensions.
  
       Note that to bootstrap GCC with versions of GCC earlier than 3.4,
!      you may need to use '--disable-stage1-checking', though
       bootstrapping the compiler with such earlier compilers is strongly
       discouraged.
  
  C standard library and headers
- 
       In order to build GCC, the C standard library and headers must be
       present for all target variants for which target libraries will be
       built (and not only the variant of the host C++ compiler).
  
!      This affects the popular 'x86_64-unknown-linux-gnu' platform (among
!      other multilib targets), for which 64-bit ('x86_64') and 32-bit
!      ('i386') libc headers are usually packaged separately.  If you do a
!      build of a native compiler on 'x86_64-unknown-linux-gnu', make sure
!      you either have the 32-bit libc developer package properly
!      installed (the exact name of the package depends on your distro) or
!      you must build GCC as a 64-bit only compiler by configuring with
!      the option '--disable-multilib'.  Otherwise, you may encounter an
!      error such as 'fatal error: gnu/stubs-32.h: No such file'
  
  GNAT
- 
       In order to build the Ada compiler (GNAT) you must already have
       GNAT installed because portions of the Ada frontend are written in
       Ada (with GNAT extensions.)  Refer to the Ada installation
       instructions for more specific information.
  
  A "working" POSIX compatible shell, or GNU bash
! 
!      Necessary when running 'configure' because some '/bin/sh' shells
       have bugs and may crash when configuring the target libraries.  In
!      other cases, '/bin/sh' or 'ksh' have disastrous corner-case
!      performance problems.  This can cause target 'configure' runs to
       literally take days to complete in some cases.
  
!      So on some platforms '/bin/ksh' is sufficient, on others it isn't.
!      See the host/target specific instructions for your platform, or use
!      'bash' to be sure.  Then set 'CONFIG_SHELL' in your environment to
!      your "good" shell prior to running 'configure'/'make'.
  
!      'zsh' is not a fully compliant POSIX shell and will not work when
       configuring GCC.
  
  A POSIX or SVR4 awk
- 
       Necessary for creating some of the generated source files for GCC.
       If in doubt, use a recent GNU awk version, as some of the older
       ones are broken.  GNU awk version 3.1.5 is known to work.
  
  GNU binutils
- 
       Necessary in some circumstances, optional in others.  See the
       host/target specific instructions for your platform for the exact
       requirements.
  
  gzip version 1.2.4 (or later) or
  bzip2 version 1.0.2 (or later)
! 
!      Necessary to uncompress GCC 'tar' files when source code is
       obtained via FTP mirror sites.
  
  GNU make version 3.80 (or later)
- 
       You must have GNU make installed to build GCC.
  
  GNU tar version 1.14 (or later)
- 
       Necessary (only on some platforms) to untar the source code.  Many
!      systems' 'tar' programs will also work, only try GNU 'tar' if you
       have problems.
  
  Perl version 5.6.1 (or later)
  
!      Necessary when targeting Darwin, building 'libstdc++', and not
!      using '--disable-symvers'.  Necessary when targeting Solaris 2 with
!      Sun 'ld' and not using '--disable-symvers'.  The bundled 'perl' in
!      Solaris 8 and up works.
! 
!      Necessary when regenerating 'Makefile' dependencies in libiberty.
!      Necessary when regenerating 'libiberty/functions.texi'.  Necessary
       when generating manpages from Texinfo manuals.  Used by various
       scripts to generate some files included in SVN (mainly
       Unicode-related and rarely changing) from source tables.
  
     Several support libraries are necessary to build GCC, some are
  required, others optional.  While any sufficiently new version of
  required tools usually work, library requirements are generally
  stricter.  Newer versions may work in some cases, but it's safer to use
! the exact versions documented.  We appreciate bug reports about problems
! with newer versions, though.  If your OS vendor provides packages for
! the support libraries then using those packages may be the simplest way
! to install the libraries.
  
  GNU Multiple Precision Library (GMP) version 4.3.2 (or later)
- 
       Necessary to build GCC.  If a GMP source distribution is found in a
!      subdirectory of your GCC sources named 'gmp', it will be built
!      together with GCC. Alternatively, if GMP is already installed but
       it is not in your library search path, you will have to configure
!      with the '--with-gmp' configure option.  See also '--with-gmp-lib'
!      and '--with-gmp-include'.  The in-tree build is only supported with
!      the GMP version that download_prerequisites installs.
  
  MPFR Library version 2.4.2 (or later)
- 
       Necessary to build GCC.  It can be downloaded from
!      <http://www.mpfr.org/>.  If an MPFR source distribution is found in
!      a subdirectory of your GCC sources named 'mpfr', it will be built
!      together with GCC. Alternatively, if MPFR is already installed but
!      it is not in your default library search path, the '--with-mpfr'
!      configure option should be used.  See also '--with-mpfr-lib' and
!      '--with-mpfr-include'.  The in-tree build is only supported with
!      the MPFR version that download_prerequisites installs.
  
  MPC Library version 0.8.1 (or later)
- 
       Necessary to build GCC.  It can be downloaded from
!      <http://www.multiprecision.org/>.  If an MPC source distribution is
!      found in a subdirectory of your GCC sources named 'mpc', it will be
!      built together with GCC. Alternatively, if MPC is already installed
!      but it is not in your default library search path, the '--with-mpc'
!      configure option should be used.  See also '--with-mpc-lib' and
!      '--with-mpc-include'.  The in-tree build is only supported with the
!      MPC version that download_prerequisites installs.
  
  isl Library version 0.15 or later.
- 
       Necessary to build GCC with the Graphite loop optimizations.  It
!      can be downloaded from <ftp://gcc.gnu.org/pub/gcc/infrastructure/>.
       If an isl source distribution is found in a subdirectory of your
!      GCC sources named 'isl', it will be built together with GCC.
!      Alternatively, the '--with-isl' configure option should be used if
       isl is not installed in your default library search path.
  
  Tools/packages necessary for modifying GCC
  ==========================================
  
  autoconf version 2.64
  GNU m4 version 1.4.6 (or later)
! 
!      Necessary when modifying 'configure.ac', 'aclocal.m4', etc. to
!      regenerate 'configure' and 'config.in' files.
  
  automake version 1.11.6
! 
!      Necessary when modifying a 'Makefile.am' file to regenerate its
!      associated 'Makefile.in'.
  
       Much of GCC does not use automake, so directly edit the
!      'Makefile.in' file.  Specifically this applies to the 'gcc',
!      'intl', 'libcpp', 'libiberty', 'libobjc' directories as well as any
!      of their subdirectories.
  
       For directories that use automake, GCC requires the latest release
!      in the 1.11 series, which is currently 1.11.6.  When regenerating a
!      directory to a newer version, please update all the directories
       using an older 1.11 to the latest released version.
  
  gettext version 0.14.5 (or later)
! 
!      Needed to regenerate 'gcc.pot'.
  
  gperf version 2.7.2 (or later)
! 
!      Necessary when modifying 'gperf' input files, e.g.
!      'gcc/cp/cfns.gperf' to regenerate its associated header file, e.g.
!      'gcc/cp/cfns.h'.
  
  DejaGnu 1.4.4
  Expect
  Tcl
- 
       Necessary to run the GCC testsuite; see the section on testing for
       details.  Tcl 8.6 has a known regression in RE pattern handling
       that make parts of the testsuite fail.  See
!      <http://core.tcl.tk/tcl/tktview/267b7e2334ee2e9de34c4b00d6e72e2f1997085f>
       for more information.  This bug has been fixed in 8.6.1.
  
  autogen version 5.5.4 (or later) and
  guile version 1.4.1 (or later)
  
!      Necessary to regenerate 'fixinc/fixincl.x' from
!      'fixinc/inclhack.def' and 'fixinc/*.tpl'.
! 
!      Necessary to run 'make check' for 'fixinc'.
  
!      Necessary to regenerate the top level 'Makefile.in' file from
!      'Makefile.tpl' and 'Makefile.def'.
  
  Flex version 2.5.4 (or later)
! 
!      Necessary when modifying '*.l' files.
  
       Necessary to build GCC during development because the generated
       output files are not included in the SVN repository.  They are
       included in releases.
  
  Texinfo version 4.7 (or later)
! 
!      Necessary for running 'makeinfo' when modifying '*.texi' files to
       test your changes.
  
!      Necessary for running 'make dvi' or 'make pdf' to create printable
       documentation in DVI or PDF format.  Texinfo version 4.8 or later
!      is required for 'make pdf'.
  
       Necessary to build GCC documentation during development because the
       generated output files are not included in the SVN repository.
       They are included in releases.
  
  TeX (any working version)
! 
!      Necessary for running 'texi2dvi' and 'texi2pdf', which are used
!      when running 'make dvi' or 'make pdf' to create DVI or PDF files,
       respectively.
  
  Sphinx version 1.0 (or later)
! 
!      Necessary to regenerate 'jit/docs/_build/texinfo' from the '.rst'
!      files in the directories below 'jit/docs'.
  
  SVN (any version)
  SSH (any version)
- 
       Necessary to access the SVN repository.  Public releases and weekly
       snapshots of the development sources are also available via FTP.
  
  GNU diffutils version 2.7 (or later)
- 
       Useful when submitting patches for the GCC source code.
  
  patch version 2.5.4 (or later)
! 
!      Necessary when applying patches, created with 'diff', to one's own
       sources.
  
  
  File: gccinstall.info,  Node: Downloading the source,  Next: Configuration,  Prev: Prerequisites,  Up: Installing GCC
  
  3 Downloading GCC
  *****************
  
! GCC is distributed via SVN and FTP tarballs compressed with 'gzip' or
! 'bzip2'.
  
     Please refer to the releases web page for information on how to
  obtain GCC.
  
     The source distribution includes the C, C++, Objective-C, Fortran,
! and Ada (in the case of GCC 3.1 and later) compilers, as well as runtime
! libraries for C++, Objective-C, and Fortran.  For previous versions
! these were downloadable as separate components such as the core GCC
! distribution, which included the C language front end and shared
! components, and language-specific distributions including the language
! front end and the language runtime (where appropriate).
  
     If you also intend to build binutils (either to upgrade an existing
! installation or for use in place of the corresponding tools of your OS),
! unpack the binutils distribution either in the same directory or a
  separate one.  In the latter case, add symbolic links to any components
! of the binutils you intend to build alongside the compiler ('bfd',
! 'binutils', 'gas', 'gprof', 'ld', 'opcodes', ...) to the directory
  containing the GCC sources.
  
     Likewise the GMP, MPFR and MPC libraries can be automatically built
! together with GCC. You may simply run the
! 'contrib/download_prerequisites' script in the GCC source directory to
  set up everything.  Otherwise unpack the GMP, MPFR and/or MPC source
  distributions in the directory containing the GCC sources and rename
! their directories to 'gmp', 'mpfr' and 'mpc', respectively (or use
  symbolic links with the same name).
  
  
--- 125,386 ----
       C compiler.
  
       To build all languages in a cross-compiler or other configuration
!      where 3-stage bootstrap is not performed, you need to start with
!      an existing GCC binary (version 3.4 or later) because source code
!      for language frontends other than C might use GCC extensions.
  
       Note that to bootstrap GCC with versions of GCC earlier than 3.4,
!      you may need to use `--disable-stage1-checking', though
       bootstrapping the compiler with such earlier compilers is strongly
       discouraged.
  
  C standard library and headers
       In order to build GCC, the C standard library and headers must be
       present for all target variants for which target libraries will be
       built (and not only the variant of the host C++ compiler).
  
!      This affects the popular `x86_64-unknown-linux-gnu' platform (among
!      other multilib targets), for which 64-bit (`x86_64') and 32-bit
!      (`i386') libc headers are usually packaged separately. If you do a
!      build of a native compiler on `x86_64-unknown-linux-gnu', make
!      sure you either have the 32-bit libc developer package properly
!      installed (the exact name of the package depends on your distro)
!      or you must build GCC as a 64-bit only compiler by configuring
!      with the option `--disable-multilib'.  Otherwise, you may
!      encounter an error such as `fatal error: gnu/stubs-32.h: No such
!      file'
  
  GNAT
       In order to build the Ada compiler (GNAT) you must already have
       GNAT installed because portions of the Ada frontend are written in
       Ada (with GNAT extensions.)  Refer to the Ada installation
       instructions for more specific information.
  
  A "working" POSIX compatible shell, or GNU bash
!      Necessary when running `configure' because some `/bin/sh' shells
       have bugs and may crash when configuring the target libraries.  In
!      other cases, `/bin/sh' or `ksh' have disastrous corner-case
!      performance problems.  This can cause target `configure' runs to
       literally take days to complete in some cases.
  
!      So on some platforms `/bin/ksh' is sufficient, on others it isn't.
!      See the host/target specific instructions for your platform, or
!      use `bash' to be sure.  Then set `CONFIG_SHELL' in your
!      environment to your "good" shell prior to running
!      `configure'/`make'.
  
!      `zsh' is not a fully compliant POSIX shell and will not work when
       configuring GCC.
  
  A POSIX or SVR4 awk
       Necessary for creating some of the generated source files for GCC.
       If in doubt, use a recent GNU awk version, as some of the older
       ones are broken.  GNU awk version 3.1.5 is known to work.
  
  GNU binutils
       Necessary in some circumstances, optional in others.  See the
       host/target specific instructions for your platform for the exact
       requirements.
  
  gzip version 1.2.4 (or later) or
  bzip2 version 1.0.2 (or later)
!      Necessary to uncompress GCC `tar' files when source code is
       obtained via FTP mirror sites.
  
  GNU make version 3.80 (or later)
       You must have GNU make installed to build GCC.
  
  GNU tar version 1.14 (or later)
       Necessary (only on some platforms) to untar the source code.  Many
!      systems' `tar' programs will also work, only try GNU `tar' if you
       have problems.
  
  Perl version 5.6.1 (or later)
+      Necessary when targeting Darwin, building `libstdc++', and not
+      using `--disable-symvers'.  Necessary when targeting Solaris 2
+      with Sun `ld' and not using `--disable-symvers'.  The bundled
+      `perl' in Solaris 8 and up works.
  
!      Necessary when regenerating `Makefile' dependencies in libiberty.
!      Necessary when regenerating `libiberty/functions.texi'.  Necessary
       when generating manpages from Texinfo manuals.  Used by various
       scripts to generate some files included in SVN (mainly
       Unicode-related and rarely changing) from source tables.
  
+ 
     Several support libraries are necessary to build GCC, some are
  required, others optional.  While any sufficiently new version of
  required tools usually work, library requirements are generally
  stricter.  Newer versions may work in some cases, but it's safer to use
! the exact versions documented.  We appreciate bug reports about
! problems with newer versions, though.  If your OS vendor provides
! packages for the support libraries then using those packages may be the
! simplest way to install the libraries.
  
  GNU Multiple Precision Library (GMP) version 4.3.2 (or later)
       Necessary to build GCC.  If a GMP source distribution is found in a
!      subdirectory of your GCC sources named `gmp', it will be built
!      together with GCC.  Alternatively, if GMP is already installed but
       it is not in your library search path, you will have to configure
!      with the `--with-gmp' configure option.  See also `--with-gmp-lib'
!      and `--with-gmp-include'.  The in-tree build is only supported
!      with the GMP version that download_prerequisites installs.
  
  MPFR Library version 2.4.2 (or later)
       Necessary to build GCC.  It can be downloaded from
!      `http://www.mpfr.org/'.  If an MPFR source distribution is found
!      in a subdirectory of your GCC sources named `mpfr', it will be
!      built together with GCC.  Alternatively, if MPFR is already
!      installed but it is not in your default library search path, the
!      `--with-mpfr' configure option should be used.  See also
!      `--with-mpfr-lib' and `--with-mpfr-include'.  The in-tree build is
!      only supported with the MPFR version that download_prerequisites
!      installs.
  
  MPC Library version 0.8.1 (or later)
       Necessary to build GCC.  It can be downloaded from
!      `http://www.multiprecision.org/'.  If an MPC source distribution
!      is found in a subdirectory of your GCC sources named `mpc', it
!      will be built together with GCC.  Alternatively, if MPC is already
!      installed but it is not in your default library search path, the
!      `--with-mpc' configure option should be used.  See also
!      `--with-mpc-lib' and `--with-mpc-include'.  The in-tree build is
!      only supported with the MPC version that download_prerequisites
!      installs.
  
  isl Library version 0.15 or later.
       Necessary to build GCC with the Graphite loop optimizations.  It
!      can be downloaded from `ftp://gcc.gnu.org/pub/gcc/infrastructure/'.
       If an isl source distribution is found in a subdirectory of your
!      GCC sources named `isl', it will be built together with GCC.
!      Alternatively, the `--with-isl' configure option should be used if
       isl is not installed in your default library search path.
  
+ 
  Tools/packages necessary for modifying GCC
  ==========================================
  
  autoconf version 2.64
  GNU m4 version 1.4.6 (or later)
!      Necessary when modifying `configure.ac', `aclocal.m4', etc.  to
!      regenerate `configure' and `config.in' files.
  
  automake version 1.11.6
!      Necessary when modifying a `Makefile.am' file to regenerate its
!      associated `Makefile.in'.
  
       Much of GCC does not use automake, so directly edit the
!      `Makefile.in' file.  Specifically this applies to the `gcc',
!      `intl', `libcpp', `libiberty', `libobjc' directories as well as
!      any of their subdirectories.
  
       For directories that use automake, GCC requires the latest release
!      in the 1.11 series, which is currently 1.11.6.  When regenerating
!      a directory to a newer version, please update all the directories
       using an older 1.11 to the latest released version.
  
  gettext version 0.14.5 (or later)
!      Needed to regenerate `gcc.pot'.
  
  gperf version 2.7.2 (or later)
!      Necessary when modifying `gperf' input files, e.g.
!      `gcc/cp/cfns.gperf' to regenerate its associated header file, e.g.
!      `gcc/cp/cfns.h'.
  
  DejaGnu 1.4.4
  Expect
  Tcl
       Necessary to run the GCC testsuite; see the section on testing for
       details.  Tcl 8.6 has a known regression in RE pattern handling
       that make parts of the testsuite fail.  See
!      `http://core.tcl.tk/tcl/tktview/267b7e2334ee2e9de34c4b00d6e72e2f1997085f'
       for more information.  This bug has been fixed in 8.6.1.
  
  autogen version 5.5.4 (or later) and
  guile version 1.4.1 (or later)
+      Necessary to regenerate `fixinc/fixincl.x' from
+      `fixinc/inclhack.def' and `fixinc/*.tpl'.
  
!      Necessary to run `make check' for `fixinc'.
  
!      Necessary to regenerate the top level `Makefile.in' file from
!      `Makefile.tpl' and `Makefile.def'.
  
  Flex version 2.5.4 (or later)
!      Necessary when modifying `*.l' files.
  
       Necessary to build GCC during development because the generated
       output files are not included in the SVN repository.  They are
       included in releases.
  
  Texinfo version 4.7 (or later)
!      Necessary for running `makeinfo' when modifying `*.texi' files to
       test your changes.
  
!      Necessary for running `make dvi' or `make pdf' to create printable
       documentation in DVI or PDF format.  Texinfo version 4.8 or later
!      is required for `make pdf'.
  
       Necessary to build GCC documentation during development because the
       generated output files are not included in the SVN repository.
       They are included in releases.
  
  TeX (any working version)
!      Necessary for running `texi2dvi' and `texi2pdf', which are used
!      when running `make dvi' or `make pdf' to create DVI or PDF files,
       respectively.
  
  Sphinx version 1.0 (or later)
!      Necessary to regenerate `jit/docs/_build/texinfo' from the `.rst'
!      files in the directories below `jit/docs'.
  
  SVN (any version)
  SSH (any version)
       Necessary to access the SVN repository.  Public releases and weekly
       snapshots of the development sources are also available via FTP.
  
  GNU diffutils version 2.7 (or later)
       Useful when submitting patches for the GCC source code.
  
  patch version 2.5.4 (or later)
!      Necessary when applying patches, created with `diff', to one's own
       sources.
  
+ 
  
  File: gccinstall.info,  Node: Downloading the source,  Next: Configuration,  Prev: Prerequisites,  Up: Installing GCC
  
  3 Downloading GCC
  *****************
  
!    GCC is distributed via SVN and FTP tarballs compressed with `gzip' or
! `bzip2'.
  
     Please refer to the releases web page for information on how to
  obtain GCC.
  
     The source distribution includes the C, C++, Objective-C, Fortran,
! and Ada (in the case of GCC 3.1 and later) compilers, as well as
! runtime libraries for C++, Objective-C, and Fortran.  For previous
! versions these were downloadable as separate components such as the
! core GCC distribution, which included the C language front end and
! shared components, and language-specific distributions including the
! language front end and the language runtime (where appropriate).
  
     If you also intend to build binutils (either to upgrade an existing
! installation or for use in place of the corresponding tools of your
! OS), unpack the binutils distribution either in the same directory or a
  separate one.  In the latter case, add symbolic links to any components
! of the binutils you intend to build alongside the compiler (`bfd',
! `binutils', `gas', `gprof', `ld', `opcodes', ...) to the directory
  containing the GCC sources.
  
     Likewise the GMP, MPFR and MPC libraries can be automatically built
! together with GCC.  You may simply run the
! `contrib/download_prerequisites' script in the GCC source directory to
  set up everything.  Otherwise unpack the GMP, MPFR and/or MPC source
  distributions in the directory containing the GCC sources and rename
! their directories to `gmp', `mpfr' and `mpc', respectively (or use
  symbolic links with the same name).
  
  
*************** File: gccinstall.info,  Node: Configurat
*** 407,428 ****
  4 Installing GCC: Configuration
  *******************************
  
! Like most GNU software, GCC must be configured before it can be built.
! This document describes the recommended configuration procedure for both
! native and cross targets.
  
     We use SRCDIR to refer to the toplevel source directory for GCC; we
  use OBJDIR to refer to the toplevel build/object directory.
  
     If you obtained the sources via SVN, SRCDIR must refer to the top
! 'gcc' directory, the one where the 'MAINTAINERS' file can be found, and
! not its 'gcc' subdirectory, otherwise the build will fail.
  
     If either SRCDIR or OBJDIR is located on an automounted NFS file
! system, the shell's built-in 'pwd' command will return temporary
! pathnames.  Using these can lead to various sorts of build problems.  To
! avoid this issue, set the 'PWDCMD' environment variable to an
! automounter-aware 'pwd' command, e.g., 'pawd' or 'amq -w', during the
  configuration and build phases.
  
     First, we *highly* recommend that GCC be built into a separate
--- 389,410 ----
  4 Installing GCC: Configuration
  *******************************
  
!    Like most GNU software, GCC must be configured before it can be
! built.  This document describes the recommended configuration procedure
! for both native and cross targets.
  
     We use SRCDIR to refer to the toplevel source directory for GCC; we
  use OBJDIR to refer to the toplevel build/object directory.
  
     If you obtained the sources via SVN, SRCDIR must refer to the top
! `gcc' directory, the one where the `MAINTAINERS' file can be found, and
! not its `gcc' subdirectory, otherwise the build will fail.
  
     If either SRCDIR or OBJDIR is located on an automounted NFS file
! system, the shell's built-in `pwd' command will return temporary
! pathnames.  Using these can lead to various sorts of build problems.
! To avoid this issue, set the `PWDCMD' environment variable to an
! automounter-aware `pwd' command, e.g., `pawd' or `amq -w', during the
  configuration and build phases.
  
     First, we *highly* recommend that GCC be built into a separate
*************** OBJDIR should still work, but doesn't ge
*** 432,447 ****
  where OBJDIR is a subdirectory of SRCDIR is unsupported.
  
     If you have previously built GCC in the same directory for a
! different target machine, do 'make distclean' to delete all files that
! might be invalid.  One of the files this deletes is 'Makefile'; if 'make
! distclean' complains that 'Makefile' does not exist or issues a message
! like "don't know how to make distclean" it probably means that the
! directory is already suitably clean.  However, with the recommended
  method of building in a separate OBJDIR, you should simply use a
  different OBJDIR for each target.
  
!    Second, when configuring a native system, either 'cc' or 'gcc' must
! be in your path or you must set 'CC' in your environment before running
  configure.  Otherwise the configuration scripts may fail.
  
     To configure GCC:
--- 414,429 ----
  where OBJDIR is a subdirectory of SRCDIR is unsupported.
  
     If you have previously built GCC in the same directory for a
! different target machine, do `make distclean' to delete all files that
! might be invalid.  One of the files this deletes is `Makefile'; if
! `make distclean' complains that `Makefile' does not exist or issues a
! message like "don't know how to make distclean" it probably means that
! the directory is already suitably clean.  However, with the recommended
  method of building in a separate OBJDIR, you should simply use a
  different OBJDIR for each target.
  
!    Second, when configuring a native system, either `cc' or `gcc' must
! be in your path or you must set `CC' in your environment before running
  configure.  Otherwise the configuration scripts may fail.
  
     To configure GCC:
*************** Distributor options
*** 454,471 ****
  ===================
  
  If you will be distributing binary versions of GCC, with modifications
! to the source code, you should use the options described in this section
! to make clear that your version contains modifications.
  
! '--with-pkgversion=VERSION'
       Specify a string that identifies your package.  You may wish to
       include a build number or build date.  This version string will be
!      included in the output of 'gcc --version'.  This suffix does not
!      replace the default version string, only the 'GCC' part.
  
!      The default value is 'GCC'.
  
! '--with-bugurl=URL'
       Specify the URL that users should visit if they wish to report a
       bug.  You are of course welcome to forward bugs reported to you to
       the FSF, if you determine that they are not bugs in your
--- 436,453 ----
  ===================
  
  If you will be distributing binary versions of GCC, with modifications
! to the source code, you should use the options described in this
! section to make clear that your version contains modifications.
  
! `--with-pkgversion=VERSION'
       Specify a string that identifies your package.  You may wish to
       include a build number or build date.  This version string will be
!      included in the output of `gcc --version'.  This suffix does not
!      replace the default version string, only the `GCC' part.
  
!      The default value is `GCC'.
  
! `--with-bugurl=URL'
       Specify the URL that users should visit if they wish to report a
       bug.  You are of course welcome to forward bugs reported to you to
       the FSF, if you determine that they are not bugs in your
*************** to make clear that your version contains
*** 473,478 ****
--- 455,461 ----
  
       The default value refers to the FSF's GCC bug tracker.
  
+ 
  Target specification
  ====================
  
*************** Target specification
*** 481,615 ****
       do not provide a configure target when configuring a native
       compiler.
  
!    * TARGET must be specified as '--target=TARGET' when configuring a
       cross compiler; examples of valid targets would be m68k-elf,
       sh-elf, etc.
  
!    * Specifying just TARGET instead of '--target=TARGET' implies that
       the host defaults to TARGET.
  
  Options specification
  =====================
  
  Use OPTIONS to override several configure time options for GCC.  A list
! of supported OPTIONS follows; 'configure --help' may list other options,
! but those not listed below may not work and should not normally be used.
  
!    Note that each '--enable' option has a corresponding '--disable'
! option and that each '--with' option has a corresponding '--without'
  option.
  
! '--prefix=DIRNAME'
       Specify the toplevel installation directory.  This is the
       recommended way to install the tools into a directory other than
       the default.  The toplevel installation directory defaults to
!      '/usr/local'.
  
       We *highly* recommend against DIRNAME being the same or a
       subdirectory of OBJDIR or vice versa.  If specifying a directory
       beneath a user's home directory tree, some shells will not expand
!      DIRNAME correctly if it contains the '~' metacharacter; use '$HOME'
!      instead.
  
!      The following standard 'autoconf' options are supported.  Normally
       you should not need to use these options.
!      '--exec-prefix=DIRNAME'
            Specify the toplevel installation directory for
!           architecture-dependent files.  The default is 'PREFIX'.
  
!      '--bindir=DIRNAME'
            Specify the installation directory for the executables called
!           by users (such as 'gcc' and 'g++').  The default is
!           'EXEC-PREFIX/bin'.
  
!      '--libdir=DIRNAME'
            Specify the installation directory for object code libraries
            and internal data files of GCC.  The default is
!           'EXEC-PREFIX/lib'.
  
!      '--libexecdir=DIRNAME'
!           Specify the installation directory for internal executables of
!           GCC.  The default is 'EXEC-PREFIX/libexec'.
  
!      '--with-slibdir=DIRNAME'
            Specify the installation directory for the shared libgcc
!           library.  The default is 'LIBDIR'.
  
!      '--datarootdir=DIRNAME'
            Specify the root of the directory tree for read-only
            architecture-independent data files referenced by GCC.  The
!           default is 'PREFIX/share'.
  
!      '--infodir=DIRNAME'
            Specify the installation directory for documentation in info
!           format.  The default is 'DATAROOTDIR/info'.
  
!      '--datadir=DIRNAME'
            Specify the installation directory for some
            architecture-independent data files referenced by GCC.  The
!           default is 'DATAROOTDIR'.
  
!      '--docdir=DIRNAME'
            Specify the installation directory for documentation files
!           (other than Info) for GCC.  The default is 'DATAROOTDIR/doc'.
  
!      '--htmldir=DIRNAME'
            Specify the installation directory for HTML documentation
!           files.  The default is 'DOCDIR'.
  
!      '--pdfdir=DIRNAME'
            Specify the installation directory for PDF documentation
!           files.  The default is 'DOCDIR'.
  
!      '--mandir=DIRNAME'
            Specify the installation directory for manual pages.  The
!           default is 'DATAROOTDIR/man'.  (Note that the manual pages are
!           only extracts from the full GCC manuals, which are provided in
!           Texinfo format.  The manpages are derived by an automatic
!           conversion process from parts of the full manual.)
  
!      '--with-gxx-include-dir=DIRNAME'
            Specify the installation directory for G++ header files.  The
            default depends on other configuration options, and differs
            between cross and native configurations.
  
!      '--with-specs=SPECS'
!           Specify additional command line driver SPECS. This can be
            useful if you need to turn on a non-standard feature by
            default without modifying the compiler's source code, for
            instance
!           '--with-specs=%{!fcommon:%{!fno-common:-fno-common}}'.  *Note
            Specifying subprocesses and the switches to pass to them:
            (gcc)Spec Files,
  
! '--program-prefix=PREFIX'
       GCC supports some transformations of the names of its programs when
       installing them.  This option prepends PREFIX to the names of
       programs to install in BINDIR (see above).  For example, specifying
!      '--program-prefix=foo-' would result in 'gcc' being installed as
!      '/usr/local/bin/foo-gcc'.
  
! '--program-suffix=SUFFIX'
       Appends SUFFIX to the names of programs to install in BINDIR (see
!      above).  For example, specifying '--program-suffix=-3.1' would
!      result in 'gcc' being installed as '/usr/local/bin/gcc-3.1'.
  
! '--program-transform-name=PATTERN'
!      Applies the 'sed' script PATTERN to be applied to the names of
       programs to install in BINDIR (see above).  PATTERN has to consist
!      of one or more basic 'sed' editing commands, separated by
!      semicolons.  For example, if you want the 'gcc' program name to be
!      transformed to the installed program '/usr/local/bin/myowngcc' and
!      the 'g++' program name to be transformed to
!      '/usr/local/bin/gspecial++' without changing other program names,
       you could use the pattern
!      '--program-transform-name='s/^gcc$/myowngcc/; s/^g++$/gspecial++/''
       to achieve this effect.
  
       All three options can be combined and used together, resulting in
       more complex conversion patterns.  As a basic rule, PREFIX (and
!      SUFFIX) are prepended (appended) before further transformations can
!      happen with a special transformation script PATTERN.
  
       As currently implemented, this option only takes effect for native
       builds; cross compiler binaries' names are not transformed even
--- 464,600 ----
       do not provide a configure target when configuring a native
       compiler.
  
!    * TARGET must be specified as `--target=TARGET' when configuring a
       cross compiler; examples of valid targets would be m68k-elf,
       sh-elf, etc.
  
!    * Specifying just TARGET instead of `--target=TARGET' implies that
       the host defaults to TARGET.
  
  Options specification
  =====================
  
  Use OPTIONS to override several configure time options for GCC.  A list
! of supported OPTIONS follows; `configure --help' may list other
! options, but those not listed below may not work and should not
! normally be used.
  
!    Note that each `--enable' option has a corresponding `--disable'
! option and that each `--with' option has a corresponding `--without'
  option.
  
! `--prefix=DIRNAME'
       Specify the toplevel installation directory.  This is the
       recommended way to install the tools into a directory other than
       the default.  The toplevel installation directory defaults to
!      `/usr/local'.
  
       We *highly* recommend against DIRNAME being the same or a
       subdirectory of OBJDIR or vice versa.  If specifying a directory
       beneath a user's home directory tree, some shells will not expand
!      DIRNAME correctly if it contains the `~' metacharacter; use
!      `$HOME' instead.
  
!      The following standard `autoconf' options are supported.  Normally
       you should not need to use these options.
!     `--exec-prefix=DIRNAME'
            Specify the toplevel installation directory for
!           architecture-dependent files.  The default is `PREFIX'.
  
!     `--bindir=DIRNAME'
            Specify the installation directory for the executables called
!           by users (such as `gcc' and `g++').  The default is
!           `EXEC-PREFIX/bin'.
  
!     `--libdir=DIRNAME'
            Specify the installation directory for object code libraries
            and internal data files of GCC.  The default is
!           `EXEC-PREFIX/lib'.
  
!     `--libexecdir=DIRNAME'
!           Specify the installation directory for internal executables
!           of GCC.  The default is `EXEC-PREFIX/libexec'.
  
!     `--with-slibdir=DIRNAME'
            Specify the installation directory for the shared libgcc
!           library.  The default is `LIBDIR'.
  
!     `--datarootdir=DIRNAME'
            Specify the root of the directory tree for read-only
            architecture-independent data files referenced by GCC.  The
!           default is `PREFIX/share'.
  
!     `--infodir=DIRNAME'
            Specify the installation directory for documentation in info
!           format.  The default is `DATAROOTDIR/info'.
  
!     `--datadir=DIRNAME'
            Specify the installation directory for some
            architecture-independent data files referenced by GCC.  The
!           default is `DATAROOTDIR'.
  
!     `--docdir=DIRNAME'
            Specify the installation directory for documentation files
!           (other than Info) for GCC.  The default is `DATAROOTDIR/doc'.
  
!     `--htmldir=DIRNAME'
            Specify the installation directory for HTML documentation
!           files.  The default is `DOCDIR'.
  
!     `--pdfdir=DIRNAME'
            Specify the installation directory for PDF documentation
!           files.  The default is `DOCDIR'.
  
!     `--mandir=DIRNAME'
            Specify the installation directory for manual pages.  The
!           default is `DATAROOTDIR/man'.  (Note that the manual pages
!           are only extracts from the full GCC manuals, which are
!           provided in Texinfo format.  The manpages are derived by an
!           automatic conversion process from parts of the full manual.)
  
!     `--with-gxx-include-dir=DIRNAME'
            Specify the installation directory for G++ header files.  The
            default depends on other configuration options, and differs
            between cross and native configurations.
  
!     `--with-specs=SPECS'
!           Specify additional command line driver SPECS.  This can be
            useful if you need to turn on a non-standard feature by
            default without modifying the compiler's source code, for
            instance
!           `--with-specs=%{!fcommon:%{!fno-common:-fno-common}}'.  *Note
            Specifying subprocesses and the switches to pass to them:
            (gcc)Spec Files,
  
! 
! `--program-prefix=PREFIX'
       GCC supports some transformations of the names of its programs when
       installing them.  This option prepends PREFIX to the names of
       programs to install in BINDIR (see above).  For example, specifying
!      `--program-prefix=foo-' would result in `gcc' being installed as
!      `/usr/local/bin/foo-gcc'.
  
! `--program-suffix=SUFFIX'
       Appends SUFFIX to the names of programs to install in BINDIR (see
!      above).  For example, specifying `--program-suffix=-3.1' would
!      result in `gcc' being installed as `/usr/local/bin/gcc-3.1'.
  
! `--program-transform-name=PATTERN'
!      Applies the `sed' script PATTERN to be applied to the names of
       programs to install in BINDIR (see above).  PATTERN has to consist
!      of one or more basic `sed' editing commands, separated by
!      semicolons.  For example, if you want the `gcc' program name to be
!      transformed to the installed program `/usr/local/bin/myowngcc' and
!      the `g++' program name to be transformed to
!      `/usr/local/bin/gspecial++' without changing other program names,
       you could use the pattern
!      `--program-transform-name='s/^gcc$/myowngcc/; s/^g++$/gspecial++/''
       to achieve this effect.
  
       All three options can be combined and used together, resulting in
       more complex conversion patterns.  As a basic rule, PREFIX (and
!      SUFFIX) are prepended (appended) before further transformations
!      can happen with a special transformation script PATTERN.
  
       As currently implemented, this option only takes effect for native
       builds; cross compiler binaries' names are not transformed even
*************** option.
*** 618,716 ****
  
       For native builds, some of the installed programs are also
       installed with the target alias in front of their name, as in
!      'i686-pc-linux-gnu-gcc'.  All of the above transformations happen
       before the target alias is prepended to the name--so, specifying
!      '--program-prefix=foo-' and 'program-suffix=-3.1', the resulting
       binary would be installed as
!      '/usr/local/bin/i686-pc-linux-gnu-foo-gcc-3.1'.
  
       As a last shortcoming, none of the installed Ada programs are
       transformed yet, which will be fixed in some time.
  
! '--with-local-prefix=DIRNAME'
       Specify the installation directory for local include files.  The
!      default is '/usr/local'.  Specify this option if you want the
!      compiler to search directory 'DIRNAME/include' for locally
!      installed header files _instead_ of '/usr/local/include'.
  
!      You should specify '--with-local-prefix' *only* if your site has a
!      different convention (not '/usr/local') for where to put
       site-specific files.
  
!      The default value for '--with-local-prefix' is '/usr/local'
!      regardless of the value of '--prefix'.  Specifying '--prefix' has
       no effect on which directory GCC searches for local header files.
       This may seem counterintuitive, but actually it is logical.
  
!      The purpose of '--prefix' is to specify where to _install GCC_. The
!      local header files in '/usr/local/include'--if you put any in that
!      directory--are not part of GCC.  They are part of other
       programs--perhaps many others.  (GCC installs its own header files
!      in another directory which is based on the '--prefix' value.)
  
       Both the local-prefix include directory and the GCC-prefix include
!      directory are part of GCC's "system include" directories.  Although
!      these two directories are not fixed, they need to be searched in
!      the proper order for the correct processing of the include_next
!      directive.  The local-prefix include directory is searched before
!      the GCC-prefix include directory.  Another characteristic of system
!      include directories is that pedantic warnings are turned off for
!      headers in these directories.
  
!      Some autoconf macros add '-I DIRECTORY' options to the compiler
       command line, to ensure that directories containing installed
       packages' headers are searched.  When DIRECTORY is one of GCC's
       system include directories, GCC will ignore the option so that
       system directories continue to be processed in the correct order.
!      This may result in a search order different from what was specified
!      but the directory will still be searched.
  
       GCC automatically searches for ordinary libraries using
!      'GCC_EXEC_PREFIX'.  Thus, when the same installation prefix is used
!      for both GCC and packages, GCC will automatically search for both
!      headers and libraries.  This provides a configuration that is easy
!      to use.  GCC behaves in a manner similar to that when it is
!      installed as a system compiler in '/usr'.
  
       Sites that need to install multiple versions of GCC may not want to
       use the above simple configuration.  It is possible to use the
!      '--program-prefix', '--program-suffix' and
!      '--program-transform-name' options to install multiple versions
       into a single directory, but it may be simpler to use different
!      prefixes and the '--with-local-prefix' option to specify the
!      location of the site-specific files for each version.  It will then
!      be necessary for users to specify explicitly the location of local
!      site libraries (e.g., with 'LIBRARY_PATH').
  
!      The same value can be used for both '--with-local-prefix' and
!      '--prefix' provided it is not '/usr'.  This can be used to avoid
!      the default search of '/usr/local/include'.
  
!      *Do not* specify '/usr' as the '--with-local-prefix'!  The
!      directory you use for '--with-local-prefix' *must not* contain any
       of the system's standard header files.  If it did contain them,
       certain programs would be miscompiled (including GNU Emacs, on
       certain targets), because this would override and nullify the
!      header file corrections made by the 'fixincludes' script.
  
       Indications are that people who use this option use it based on
!      mistaken ideas of what it is for.  People use it as if it specified
!      where to install part of GCC.  Perhaps they make this assumption
!      because installing GCC creates the directory.
  
! '--with-gcc-major-version-only'
       Specifies that GCC should use only the major number rather than
       MAJOR.MINOR.PATCHLEVEL in filesystem paths.
  
! '--with-native-system-header-dir=DIRNAME'
       Specifies that DIRNAME is the directory that contains native system
!      header files, rather than '/usr/include'.  This option is most
       useful if you are creating a compiler that should be isolated from
       the system as much as possible.  It is most commonly used with the
!      '--with-sysroot' option and will cause GCC to search DIRNAME inside
!      the system root specified by that option.
  
! '--enable-shared[=PACKAGE[,...]]'
       Build shared versions of libraries, if shared libraries are
       supported on the target platform.  Unlike GCC 2.95.x and earlier,
       shared libraries are enabled by default on all platforms that
--- 603,701 ----
  
       For native builds, some of the installed programs are also
       installed with the target alias in front of their name, as in
!      `i686-pc-linux-gnu-gcc'.  All of the above transformations happen
       before the target alias is prepended to the name--so, specifying
!      `--program-prefix=foo-' and `program-suffix=-3.1', the resulting
       binary would be installed as
!      `/usr/local/bin/i686-pc-linux-gnu-foo-gcc-3.1'.
  
       As a last shortcoming, none of the installed Ada programs are
       transformed yet, which will be fixed in some time.
  
! `--with-local-prefix=DIRNAME'
       Specify the installation directory for local include files.  The
!      default is `/usr/local'.  Specify this option if you want the
!      compiler to search directory `DIRNAME/include' for locally
!      installed header files _instead_ of `/usr/local/include'.
  
!      You should specify `--with-local-prefix' *only* if your site has a
!      different convention (not `/usr/local') for where to put
       site-specific files.
  
!      The default value for `--with-local-prefix' is `/usr/local'
!      regardless of the value of `--prefix'.  Specifying `--prefix' has
       no effect on which directory GCC searches for local header files.
       This may seem counterintuitive, but actually it is logical.
  
!      The purpose of `--prefix' is to specify where to _install GCC_.
!      The local header files in `/usr/local/include'--if you put any in
!      that directory--are not part of GCC.  They are part of other
       programs--perhaps many others.  (GCC installs its own header files
!      in another directory which is based on the `--prefix' value.)
  
       Both the local-prefix include directory and the GCC-prefix include
!      directory are part of GCC's "system include" directories.
!      Although these two directories are not fixed, they need to be
!      searched in the proper order for the correct processing of the
!      include_next directive.  The local-prefix include directory is
!      searched before the GCC-prefix include directory.  Another
!      characteristic of system include directories is that pedantic
!      warnings are turned off for headers in these directories.
  
!      Some autoconf macros add `-I DIRECTORY' options to the compiler
       command line, to ensure that directories containing installed
       packages' headers are searched.  When DIRECTORY is one of GCC's
       system include directories, GCC will ignore the option so that
       system directories continue to be processed in the correct order.
!      This may result in a search order different from what was
!      specified but the directory will still be searched.
  
       GCC automatically searches for ordinary libraries using
!      `GCC_EXEC_PREFIX'.  Thus, when the same installation prefix is
!      used for both GCC and packages, GCC will automatically search for
!      both headers and libraries.  This provides a configuration that is
!      easy to use.  GCC behaves in a manner similar to that when it is
!      installed as a system compiler in `/usr'.
  
       Sites that need to install multiple versions of GCC may not want to
       use the above simple configuration.  It is possible to use the
!      `--program-prefix', `--program-suffix' and
!      `--program-transform-name' options to install multiple versions
       into a single directory, but it may be simpler to use different
!      prefixes and the `--with-local-prefix' option to specify the
!      location of the site-specific files for each version.  It will
!      then be necessary for users to specify explicitly the location of
!      local site libraries (e.g., with `LIBRARY_PATH').
  
!      The same value can be used for both `--with-local-prefix' and
!      `--prefix' provided it is not `/usr'.  This can be used to avoid
!      the default search of `/usr/local/include'.
  
!      *Do not* specify `/usr' as the `--with-local-prefix'!  The
!      directory you use for `--with-local-prefix' *must not* contain any
       of the system's standard header files.  If it did contain them,
       certain programs would be miscompiled (including GNU Emacs, on
       certain targets), because this would override and nullify the
!      header file corrections made by the `fixincludes' script.
  
       Indications are that people who use this option use it based on
!      mistaken ideas of what it is for.  People use it as if it
!      specified where to install part of GCC.  Perhaps they make this
!      assumption because installing GCC creates the directory.
  
! `--with-gcc-major-version-only'
       Specifies that GCC should use only the major number rather than
       MAJOR.MINOR.PATCHLEVEL in filesystem paths.
  
! `--with-native-system-header-dir=DIRNAME'
       Specifies that DIRNAME is the directory that contains native system
!      header files, rather than `/usr/include'.  This option is most
       useful if you are creating a compiler that should be isolated from
       the system as much as possible.  It is most commonly used with the
!      `--with-sysroot' option and will cause GCC to search DIRNAME
!      inside the system root specified by that option.
  
! `--enable-shared[=PACKAGE[,...]]'
       Build shared versions of libraries, if shared libraries are
       supported on the target platform.  Unlike GCC 2.95.x and earlier,
       shared libraries are enabled by default on all platforms that
*************** option.
*** 718,736 ****
  
       If a list of packages is given as an argument, build shared
       libraries only for the listed packages.  For other packages, only
!      static libraries will be built.  Package names currently recognized
!      in the GCC tree are 'libgcc' (also known as 'gcc'), 'libstdc++'
!      (not 'libstdc++-v3'), 'libffi', 'zlib', 'boehm-gc', 'ada',
!      'libada', 'libgo', and 'libobjc'.  Note 'libiberty' does not
!      support shared libraries at all.
  
!      Use '--disable-shared' to build only static libraries.  Note that
!      '--disable-shared' does not accept a list of package names as
!      argument, only '--enable-shared' does.
  
!      Contrast with '--enable-host-shared', which affects _host_ code.
  
! '--enable-host-shared'
       Specify that the _host_ code should be built into
       position-independent machine code (with -fPIC), allowing it to be
       used within shared libraries, but yielding a slightly slower
--- 703,721 ----
  
       If a list of packages is given as an argument, build shared
       libraries only for the listed packages.  For other packages, only
!      static libraries will be built.  Package names currently
!      recognized in the GCC tree are `libgcc' (also known as `gcc'),
!      `libstdc++' (not `libstdc++-v3'), `libffi', `zlib', `boehm-gc',
!      `ada', `libada', `libgo', and `libobjc'.  Note `libiberty' does
!      not support shared libraries at all.
  
!      Use `--disable-shared' to build only static libraries.  Note that
!      `--disable-shared' does not accept a list of package names as
!      argument, only `--enable-shared' does.
  
!      Contrast with `--enable-host-shared', which affects _host_ code.
  
! `--enable-host-shared'
       Specify that the _host_ code should be built into
       position-independent machine code (with -fPIC), allowing it to be
       used within shared libraries, but yielding a slightly slower
*************** option.
*** 738,936 ****
  
       This option is required when building the libgccjit.so library.
  
!      Contrast with '--enable-shared', which affects _target_ libraries.
  
! '--with-gnu-as'
!      Specify that the compiler should assume that the assembler it finds
!      is the GNU assembler.  However, this does not modify the rules to
!      find an assembler and will result in confusion if the assembler
!      found is not actually the GNU assembler.  (Confusion may also
!      result if the compiler finds the GNU assembler but has not been
!      configured with '--with-gnu-as'.)  If you have more than one
!      assembler installed on your system, you may want to use this option
!      in connection with '--with-as=PATHNAME' or
!      '--with-build-time-tools=PATHNAME'.
  
       The following systems are the only ones where it makes a difference
       whether you use the GNU assembler.  On any other system,
!      '--with-gnu-as' has no effect.
  
!         * 'hppa1.0-ANY-ANY'
!         * 'hppa1.1-ANY-ANY'
!         * 'sparc-sun-solaris2.ANY'
!         * 'sparc64-ANY-solaris2.ANY'
  
! '--with-as=PATHNAME'
       Specify that the compiler should use the assembler pointed to by
       PATHNAME, rather than the one found by the standard rules to find
       an assembler, which are:
          * Unless GCC is being built with a cross compiler, check the
!           'LIBEXEC/gcc/TARGET/VERSION' directory.  LIBEXEC defaults to
!           'EXEC-PREFIX/libexec'; EXEC-PREFIX defaults to PREFIX, which
!           defaults to '/usr/local' unless overridden by the
!           '--prefix=PATHNAME' switch described above.  TARGET is the
!           target system triple, such as 'sparc-sun-solaris2.7', and
            VERSION denotes the GCC version, such as 3.0.
  
          * If the target system is the same that you are building on,
            check operating system specific directories (e.g.
!           '/usr/ccs/bin' on Sun Solaris 2).
  
!         * Check in the 'PATH' for a tool whose name is prefixed by the
            target system triple.
  
!         * Check in the 'PATH' for a tool whose name is not prefixed by
!           the target system triple, if the host and target system triple
!           are the same (in other words, we use a host tool if it can be
!           used for the target as well).
  
!      You may want to use '--with-as' if no assembler is installed in the
!      directories listed above, or if you have multiple assemblers
       installed and want to choose one that is not found by the above
       rules.
  
! '--with-gnu-ld'
!      Same as '--with-gnu-as' but for the linker.
  
! '--with-ld=PATHNAME'
!      Same as '--with-as' but for the linker.
  
! '--with-stabs'
       Specify that stabs debugging information should be used instead of
!      whatever format the host normally uses.  Normally GCC uses the same
!      debug format as the host system.
  
       On MIPS based systems and on Alphas, you must specify whether you
       want GCC to create the normal ECOFF debugging format, or to use
       BSD-style stabs passed through the ECOFF symbol table.  The normal
!      ECOFF debug format cannot fully handle languages other than C.  BSD
!      stabs format can handle other languages, but it only works with the
!      GNU debugger GDB.
  
       Normally, GCC uses the ECOFF debugging format by default; if you
!      prefer BSD stabs, specify '--with-stabs' when you configure GCC.
  
       No matter which default you choose when you configure GCC, the user
!      can use the '-gcoff' and '-gstabs+' options to specify explicitly
       the debug format for a particular compilation.
  
!      '--with-stabs' is meaningful on the ISC system on the 386, also, if
!      '--with-gas' is used.  It selects use of stabs debugging
       information embedded in COFF output.  This kind of debugging
       information supports C++ well; ordinary COFF debugging information
       does not.
  
!      '--with-stabs' is also meaningful on 386 systems running SVR4.  It
       selects use of stabs debugging information embedded in ELF output.
       The C++ compiler currently (2.6.0) does not support the DWARF
       debugging information normally used on 386 SVR4 platforms; stabs
       provide a workable alternative.  This requires gas and gdb, as the
       normal SVR4 tools can not generate or interpret stabs.
  
! '--with-tls=DIALECT'
       Specify the default TLS dialect, for systems were there is a
!      choice.  For ARM targets, possible values for DIALECT are 'gnu' or
!      'gnu2', which select between the original GNU dialect and the GNU
       TLS descriptor-based dialect.
  
! '--enable-multiarch'
       Specify whether to enable or disable multiarch support.  The
       default is to check for glibc start files in a multiarch location,
       and enable it if the files are found.  The auto detection is
       enabled for native builds, and for cross builds configured with
!      '--with-sysroot', and without '--with-native-system-header-dir'.
       More documentation about multiarch can be found at
!      <https://wiki.debian.org/Multiarch>.
  
! '--enable-vtable-verify'
       Specify whether to enable or disable the vtable verification
       feature.  Enabling this feature causes libstdc++ to be built with
!      its virtual calls in verifiable mode.  This means that, when linked
!      with libvtv, every virtual call in libstdc++ will verify the vtable
!      pointer through which the call will be made before actually making
!      the call.  If not linked with libvtv, the verifier will call stub
!      functions (in libstdc++ itself) and do nothing.  If vtable
!      verification is disabled, then libstdc++ is not built with its
!      virtual calls in verifiable mode at all.  However the libvtv
!      library will still be built (see '--disable-libvtv' to turn off
!      building libvtv).  '--disable-vtable-verify' is the default.
  
! '--disable-multilib'
       Specify that multiple target libraries to support different target
       variants, calling conventions, etc. should not be built.  The
       default is to build a predefined set of them.
  
!      Some targets provide finer-grained control over which multilibs are
!      built (e.g., '--disable-softfloat'):
!      'arm-*-*'
            fpu, 26bit, underscore, interwork, biendian, nofmult.
  
!      'm68*-*-*'
            softfloat, m68881, m68000, m68020.
  
!      'mips*-*-*'
            single-float, biendian, softfloat.
  
!      'powerpc*-*-*, rs6000*-*-*'
            aix64, pthread, softfloat, powercpu, powerpccpu, powerpcos,
            biendian, sysv, aix.
  
! '--with-multilib-list=LIST'
! '--without-multilib-list'
       Specify what multilibs to build.  LIST is a comma separated list of
       values, possibly consisting of a single value.  Currently only
       implemented for arm*-*-*, sh*-*-* and x86-64-*-linux*.  The
       accepted values and meaning for each target is given below.
  
!      'arm*-*-*'
!           LIST is one of'default', 'aprofile' or 'rmprofile'.
!           Specifying 'default' is equivalent to omitting this option,
!           ie.  only the default runtime library will be enabled.
!           Specifying 'aprofile' or 'rmprofile' builds multilibs for a
            combination of ISA, architecture, FPU available and
            floating-point ABI.
  
            The table below gives the combination of ISAs, architectures,
!           FPUs and floating-point ABIs for which multilibs are built for
!           each accepted value.
  
!           Option      aprofile             rmprofile
!           ISAs        '-marm' and          '-mthumb'
!                       '-mthumb'
!           Architecturesdefault             default architecture
!                       architecture         '-march=armv6s-m'
!                       '-march=armv7-a'     '-march=armv7-m'
!                       '-march=armv7ve'     '-march=armv7e-m'
!                       '-march=armv8-a'     '-march=armv8-m.base'
!                                            '-march=armv8-m.main'
!                                            '-march=armv7'
!           FPUs        none                 none
!                       '-mfpu=vfpv3-d16'    '-mfpu=vfpv3-d16'
!                       '-mfpu=neon'         '-mfpu=fpv4-sp-d16'
!                       '-mfpu=vfpv4-d16'    '-mfpu=fpv5-sp-d16'
!                       '-mfpu=neon-vfpv4'   '-mfpu=fpv5-d16'
!                       '-mfpu=neon-fp-armv8'
!           floating-point'-mfloat-abi=soft' '-mfloat-abi=soft'
!           ABIs        '-mfloat-abi=softfp' '-mfloat-abi=softfp'
!                       '-mfloat-abi=hard'   '-mfloat-abi=hard'
  
!      'sh*-*-*'
!           LIST is a comma separated list of CPU names.  These must be of
!           the form 'sh*' or 'm*' (in which case they match the compiler
!           option for that processor).  The list should not contain any
!           endian options - these are handled by '--with-endian'.
  
            If LIST is empty, then there will be no multilibs for extra
            processors.  The multilib for the secondary endian remains
            enabled.
  
!           As a special case, if an entry in the list starts with a '!'
            (exclamation point), then it is added to the list of excluded
            multilibs.  Entries of this sort should be compatible with
!           'MULTILIB_EXCLUDES' (once the leading '!' has been stripped).
  
!           If '--with-multilib-list' is not given, then a default set of
!           multilibs is selected based on the value of '--target'.  This
            is usually the complete set of libraries, but some targets
            imply a more specialized subset.
  
--- 723,933 ----
  
       This option is required when building the libgccjit.so library.
  
!      Contrast with `--enable-shared', which affects _target_ libraries.
  
! `--with-gnu-as'
!      Specify that the compiler should assume that the assembler it
!      finds is the GNU assembler.  However, this does not modify the
!      rules to find an assembler and will result in confusion if the
!      assembler found is not actually the GNU assembler.  (Confusion may
!      also result if the compiler finds the GNU assembler but has not
!      been configured with `--with-gnu-as'.)  If you have more than one
!      assembler installed on your system, you may want to use this
!      option in connection with `--with-as=PATHNAME' or
!      `--with-build-time-tools=PATHNAME'.
  
       The following systems are the only ones where it makes a difference
       whether you use the GNU assembler.  On any other system,
!      `--with-gnu-as' has no effect.
  
!         * `hppa1.0-ANY-ANY'
  
!         * `hppa1.1-ANY-ANY'
! 
!         * `sparc-sun-solaris2.ANY'
! 
!         * `sparc64-ANY-solaris2.ANY'
! 
! `--with-as=PATHNAME'
       Specify that the compiler should use the assembler pointed to by
       PATHNAME, rather than the one found by the standard rules to find
       an assembler, which are:
          * Unless GCC is being built with a cross compiler, check the
!           `LIBEXEC/gcc/TARGET/VERSION' directory.  LIBEXEC defaults to
!           `EXEC-PREFIX/libexec'; EXEC-PREFIX defaults to PREFIX, which
!           defaults to `/usr/local' unless overridden by the
!           `--prefix=PATHNAME' switch described above.  TARGET is the
!           target system triple, such as `sparc-sun-solaris2.7', and
            VERSION denotes the GCC version, such as 3.0.
  
          * If the target system is the same that you are building on,
            check operating system specific directories (e.g.
!           `/usr/ccs/bin' on Sun Solaris 2).
  
!         * Check in the `PATH' for a tool whose name is prefixed by the
            target system triple.
  
!         * Check in the `PATH' for a tool whose name is not prefixed by
!           the target system triple, if the host and target system
!           triple are the same (in other words, we use a host tool if it
!           can be used for the target as well).
  
!      You may want to use `--with-as' if no assembler is installed in
!      the directories listed above, or if you have multiple assemblers
       installed and want to choose one that is not found by the above
       rules.
  
! `--with-gnu-ld'
!      Same as `--with-gnu-as' but for the linker.
  
! `--with-ld=PATHNAME'
!      Same as `--with-as' but for the linker.
  
! `--with-stabs'
       Specify that stabs debugging information should be used instead of
!      whatever format the host normally uses.  Normally GCC uses the
!      same debug format as the host system.
  
       On MIPS based systems and on Alphas, you must specify whether you
       want GCC to create the normal ECOFF debugging format, or to use
       BSD-style stabs passed through the ECOFF symbol table.  The normal
!      ECOFF debug format cannot fully handle languages other than C.
!      BSD stabs format can handle other languages, but it only works
!      with the GNU debugger GDB.
  
       Normally, GCC uses the ECOFF debugging format by default; if you
!      prefer BSD stabs, specify `--with-stabs' when you configure GCC.
  
       No matter which default you choose when you configure GCC, the user
!      can use the `-gcoff' and `-gstabs+' options to specify explicitly
       the debug format for a particular compilation.
  
!      `--with-stabs' is meaningful on the ISC system on the 386, also, if
!      `--with-gas' is used.  It selects use of stabs debugging
       information embedded in COFF output.  This kind of debugging
       information supports C++ well; ordinary COFF debugging information
       does not.
  
!      `--with-stabs' is also meaningful on 386 systems running SVR4.  It
       selects use of stabs debugging information embedded in ELF output.
       The C++ compiler currently (2.6.0) does not support the DWARF
       debugging information normally used on 386 SVR4 platforms; stabs
       provide a workable alternative.  This requires gas and gdb, as the
       normal SVR4 tools can not generate or interpret stabs.
  
! `--with-tls=DIALECT'
       Specify the default TLS dialect, for systems were there is a
!      choice.  For ARM targets, possible values for DIALECT are `gnu' or
!      `gnu2', which select between the original GNU dialect and the GNU
       TLS descriptor-based dialect.
  
! `--enable-multiarch'
       Specify whether to enable or disable multiarch support.  The
       default is to check for glibc start files in a multiarch location,
       and enable it if the files are found.  The auto detection is
       enabled for native builds, and for cross builds configured with
!      `--with-sysroot', and without `--with-native-system-header-dir'.
       More documentation about multiarch can be found at
!      `https://wiki.debian.org/Multiarch'.
  
! `--enable-sjlj-exceptions'
!      Force use of the `setjmp'/`longjmp'-based scheme for exceptions.
!      `configure' ordinarily picks the correct value based on the
!      platform.  Only use this option if you are sure you need a
!      different setting.
! 
! `--enable-vtable-verify'
       Specify whether to enable or disable the vtable verification
       feature.  Enabling this feature causes libstdc++ to be built with
!      its virtual calls in verifiable mode.  This means that, when
!      linked with libvtv, every virtual call in libstdc++ will verify
!      the vtable pointer through which the call will be made before
!      actually making the call.  If not linked with libvtv, the verifier
!      will call stub functions (in libstdc++ itself) and do nothing.  If
!      vtable verification is disabled, then libstdc++ is not built with
!      its virtual calls in verifiable mode at all.  However the libvtv
!      library will still be built (see `--disable-libvtv' to turn off
!      building libvtv).  `--disable-vtable-verify' is the default.
  
! `--disable-multilib'
       Specify that multiple target libraries to support different target
       variants, calling conventions, etc. should not be built.  The
       default is to build a predefined set of them.
  
!      Some targets provide finer-grained control over which multilibs
!      are built (e.g., `--disable-softfloat'):
!     `arm-*-*'
            fpu, 26bit, underscore, interwork, biendian, nofmult.
  
!     `m68*-*-*'
            softfloat, m68881, m68000, m68020.
  
!     `mips*-*-*'
            single-float, biendian, softfloat.
  
!     `powerpc*-*-*, rs6000*-*-*'
            aix64, pthread, softfloat, powercpu, powerpccpu, powerpcos,
            biendian, sysv, aix.
  
! 
! `--with-multilib-list=LIST'
! `--without-multilib-list'
       Specify what multilibs to build.  LIST is a comma separated list of
       values, possibly consisting of a single value.  Currently only
       implemented for arm*-*-*, sh*-*-* and x86-64-*-linux*.  The
       accepted values and meaning for each target is given below.
  
!     `arm*-*-*'
!           LIST is one of`default', `aprofile' or `rmprofile'.
!           Specifying `default' is equivalent to omitting this option,
!           ie. only the default runtime library will be enabled.
!           Specifying `aprofile' or `rmprofile' builds multilibs for a
            combination of ISA, architecture, FPU available and
            floating-point ABI.
  
            The table below gives the combination of ISAs, architectures,
!           FPUs and floating-point ABIs for which multilibs are built
!           for each accepted value.
  
!           Option    aprofile          rmprofile
!           ISAs      `-marm' and       `-mthumb'
!                     `-mthumb'         
!           Architecturesdefault           default
!                     architecture      architecture
!                     `-march=armv7-a'  `-march=armv6s-m'
!                     `-march=armv7ve'  `-march=armv7-m'
!                     `-march=armv8-a'  `-march=armv7e-m'
!                                       `-march=armv8-m.base'
!                                       `-march=armv8-m.main'
!                                       `-march=armv7'
!           FPUs      none              none
!                     `-mfpu=vfpv3-d16' `-mfpu=vfpv3-d16'
!                     `-mfpu=neon'      `-mfpu=fpv4-sp-d16'
!                     `-mfpu=vfpv4-d16' `-mfpu=fpv5-sp-d16'
!                     `-mfpu=neon-vfpv4'`-mfpu=fpv5-d16'
!                     `-mfpu=neon-fp-armv8'
!           floating-point`-mfloat-abi=soft'`-mfloat-abi=soft'
!           ABIs      `-mfloat-abi=softfp'`-mfloat-abi=softfp'
!                     `-mfloat-abi=hard'`-mfloat-abi=hard'
  
!     `sh*-*-*'
!           LIST is a comma separated list of CPU names.  These must be
!           of the form `sh*' or `m*' (in which case they match the
!           compiler option for that processor).  The list should not
!           contain any endian options - these are handled by
!           `--with-endian'.
  
            If LIST is empty, then there will be no multilibs for extra
            processors.  The multilib for the secondary endian remains
            enabled.
  
!           As a special case, if an entry in the list starts with a `!'
            (exclamation point), then it is added to the list of excluded
            multilibs.  Entries of this sort should be compatible with
!           `MULTILIB_EXCLUDES' (once the leading `!' has been stripped).
  
!           If `--with-multilib-list' is not given, then a default set of
!           multilibs is selected based on the value of `--target'.  This
            is usually the complete set of libraries, but some targets
            imply a more specialized subset.
  
*************** option.
*** 943,975 ****
                 --with-cpu=sh4a --with-endian=little,big \
                 --with-multilib-list=sh4al,!mb/m4al
  
!      'x86-64-*-linux*'
!           LIST is a comma separated list of 'm32', 'm64' and 'mx32' to
            enable 32-bit, 64-bit and x32 run-time libraries,
            respectively.  If LIST is empty, then there will be no
            multilibs and only the default run-time library will be
            enabled.
  
!           If '--with-multilib-list' is not given, then only 32-bit and
            64-bit run-time libraries will be enabled.
  
! '--with-endian=ENDIANS'
       Specify what endians to use.  Currently only implemented for
       sh*-*-*.
  
       ENDIANS may be one of the following:
!      'big'
            Use big endian exclusively.
!      'little'
            Use little endian exclusively.
!      'big,little'
            Use big endian by default.  Provide a multilib for little
            endian.
!      'little,big'
            Use little endian by default.  Provide a multilib for big
            endian.
  
! '--enable-threads'
       Specify that the target supports threads.  This affects the
       Objective-C compiler and runtime library, and exception handling
       for other languages like C++.  On some systems, this is the
--- 940,975 ----
                 --with-cpu=sh4a --with-endian=little,big \
                 --with-multilib-list=sh4al,!mb/m4al
  
!     `x86-64-*-linux*'
!           LIST is a comma separated list of `m32', `m64' and `mx32' to
            enable 32-bit, 64-bit and x32 run-time libraries,
            respectively.  If LIST is empty, then there will be no
            multilibs and only the default run-time library will be
            enabled.
  
!           If `--with-multilib-list' is not given, then only 32-bit and
            64-bit run-time libraries will be enabled.
  
! `--with-endian=ENDIANS'
       Specify what endians to use.  Currently only implemented for
       sh*-*-*.
  
       ENDIANS may be one of the following:
!     `big'
            Use big endian exclusively.
! 
!     `little'
            Use little endian exclusively.
! 
!     `big,little'
            Use big endian by default.  Provide a multilib for little
            endian.
! 
!     `little,big'
            Use little endian by default.  Provide a multilib for big
            endian.
  
! `--enable-threads'
       Specify that the target supports threads.  This affects the
       Objective-C compiler and runtime library, and exception handling
       for other languages like C++.  On some systems, this is the
*************** option.
*** 979,1166 ****
       model available will be configured for use.  Beware that on some
       systems, GCC has not been taught what threading models are
       generally available for the system.  In this case,
!      '--enable-threads' is an alias for '--enable-threads=single'.
  
! '--disable-threads'
       Specify that threading support should be disabled for the system.
!      This is an alias for '--enable-threads=single'.
  
! '--enable-threads=LIB'
       Specify that LIB is the thread support library.  This affects the
       Objective-C compiler and runtime library, and exception handling
       for other languages like C++.  The possibilities for LIB are:
  
!      'aix'
            AIX thread support.
!      'dce'
            DCE thread support.
!      'lynx'
            LynxOS thread support.
!      'mipssde'
            MIPS SDE thread support.
!      'no'
!           This is an alias for 'single'.
!      'posix'
            Generic POSIX/Unix98 thread support.
!      'rtems'
            RTEMS thread support.
!      'single'
            Disable thread support, should work for all platforms.
!      'tpf'
            TPF thread support.
!      'vxworks'
            VxWorks thread support.
!      'win32'
            Microsoft Win32 API thread support.
  
! '--enable-tls'
       Specify that the target supports TLS (Thread Local Storage).
       Usually configure can correctly determine if TLS is supported.  In
       cases where it guesses incorrectly, TLS can be explicitly enabled
!      or disabled with '--enable-tls' or '--disable-tls'.  This can
!      happen if the assembler supports TLS but the C library does not, or
!      if the assumptions made by the configure test are incorrect.
  
! '--disable-tls'
!      Specify that the target does not support TLS. This is an alias for
!      '--enable-tls=no'.
  
! '--with-cpu=CPU'
! '--with-cpu-32=CPU'
! '--with-cpu-64=CPU'
       Specify which cpu variant the compiler should generate code for by
!      default.  CPU will be used as the default value of the '-mcpu='
       switch.  This option is only supported on some targets, including
!      ARC, ARM, i386, M68k, PowerPC, and SPARC.  It is mandatory for ARC.
!      The '--with-cpu-32' and '--with-cpu-64' options specify separate
!      default CPUs for 32-bit and 64-bit modes; these options are only
!      supported for i386, x86-64, PowerPC, and SPARC.
  
! '--with-schedule=CPU'
! '--with-arch=CPU'
! '--with-arch-32=CPU'
! '--with-arch-64=CPU'
! '--with-tune=CPU'
! '--with-tune-32=CPU'
! '--with-tune-64=CPU'
! '--with-abi=ABI'
! '--with-fpu=TYPE'
! '--with-float=TYPE'
       These configure options provide default values for the
!      '-mschedule=', '-march=', '-mtune=', '-mabi=', and '-mfpu=' options
!      and for '-mhard-float' or '-msoft-float'.  As with '--with-cpu',
!      which switches will be accepted and acceptable values of the
!      arguments depend on the target.
  
! '--with-mode=MODE'
!      Specify if the compiler should default to '-marm' or '-mthumb'.
       This option is only supported on ARM targets.
  
! '--with-stack-offset=NUM'
!      This option sets the default for the -mstack-offset=NUM option, and
!      will thus generally also control the setting of this option for
       libraries.  This option is only supported on Epiphany targets.
  
! '--with-fpmath=ISA'
!      This options sets '-mfpmath=sse' by default and specifies the
       default ISA for floating-point arithmetics.  You can select either
!      'sse' which enables '-msse2' or 'avx' which enables '-mavx' by
       default.  This option is only supported on i386 and x86-64 targets.
  
! '--with-fp-32=MODE'
!      On MIPS targets, set the default value for the '-mfp' option when
!      using the o32 ABI. The possibilities for MODE are:
!      '32'
!           Use the o32 FP32 ABI extension, as with the '-mfp32'
            command-line option.
!      'xx'
!           Use the o32 FPXX ABI extension, as with the '-mfpxx'
            command-line option.
!      '64'
!           Use the o32 FP64 ABI extension, as with the '-mfp64'
            command-line option.
       In the absence of this configuration option the default is to use
       the o32 FP32 ABI extension.
  
! '--with-odd-spreg-32'
!      On MIPS targets, set the '-modd-spreg' option by default when using
       the o32 ABI.
  
! '--without-odd-spreg-32'
!      On MIPS targets, set the '-mno-odd-spreg' option by default when
!      using the o32 ABI. This is normally used in conjunction with
!      '--with-fp-32=64' in order to target the o32 FP64A ABI extension.
  
! '--with-nan=ENCODING'
       On MIPS targets, set the default encoding convention to use for the
       special not-a-number (NaN) IEEE 754 floating-point data.  The
       possibilities for ENCODING are:
!      'legacy'
!           Use the legacy encoding, as with the '-mnan=legacy'
            command-line option.
!      '2008'
!           Use the 754-2008 encoding, as with the '-mnan=2008'
            command-line option.
       To use this configuration option you must have an assembler version
!      installed that supports the '-mnan=' command-line option too.  In
       the absence of this configuration option the default convention is
!      the legacy encoding, as when neither of the '-mnan=2008' and
!      '-mnan=legacy' command-line options has been used.
  
! '--with-divide=TYPE'
       Specify how the compiler should generate code for checking for
       division by zero.  This option is only supported on the MIPS
       target.  The possibilities for TYPE are:
!      'traps'
            Division by zero checks use conditional traps (this is the
            default on systems that support conditional traps).
!      'breaks'
            Division by zero checks use the break instruction.
  
! '--with-llsc'
!      On MIPS targets, make '-mllsc' the default when no '-mno-llsc'
       option is passed.  This is the default for Linux-based targets, as
       the kernel will emulate them if the ISA does not provide them.
  
! '--without-llsc'
!      On MIPS targets, make '-mno-llsc' the default when no '-mllsc'
       option is passed.
  
! '--with-synci'
!      On MIPS targets, make '-msynci' the default when no '-mno-synci'
       option is passed.
  
! '--without-synci'
!      On MIPS targets, make '-mno-synci' the default when no '-msynci'
       option is passed.  This is the default.
  
! '--with-lxc1-sxc1'
!      On MIPS targets, make '-mlxc1-sxc1' the default when no
!      '-mno-lxc1-sxc1' option is passed.  This is the default.
  
! '--without-lxc1-sxc1'
!      On MIPS targets, make '-mno-lxc1-sxc1' the default when no
!      '-mlxc1-sxc1' option is passed.  The indexed load/store
       instructions are not directly a problem but can lead to unexpected
       behaviour when deployed in an application intended for a 32-bit
       address space but run on a 64-bit processor.  The issue is seen
       because all known MIPS 64-bit Linux kernels execute o32 and n32
       applications with 64-bit addressing enabled which affects the
!      overflow behaviour of the indexed addressing mode.  GCC will assume
!      that ordinary 32-bit arithmetic overflow behaviour is the same
!      whether performed as an 'addu' instruction or as part of the
!      address calculation in 'lwxc1' type instructions.  This assumption
       holds true in a pure 32-bit environment and can hold true in a
       64-bit environment if the address space is accurately set to be
       32-bit for o32 and n32.
  
! '--with-madd4'
!      On MIPS targets, make '-mmadd4' the default when no '-mno-madd4'
       option is passed.  This is the default.
  
! '--without-madd4'
!      On MIPS targets, make '-mno-madd4' the default when no '-mmadd4'
!      option is passed.  The 'madd4' instruction family can be
       problematic when targeting a combination of cores that implement
       these instructions differently.  There are two known cores that
       implement these as fused operations instead of unfused (where
--- 979,1180 ----
       model available will be configured for use.  Beware that on some
       systems, GCC has not been taught what threading models are
       generally available for the system.  In this case,
!      `--enable-threads' is an alias for `--enable-threads=single'.
  
! `--disable-threads'
       Specify that threading support should be disabled for the system.
!      This is an alias for `--enable-threads=single'.
  
! `--enable-threads=LIB'
       Specify that LIB is the thread support library.  This affects the
       Objective-C compiler and runtime library, and exception handling
       for other languages like C++.  The possibilities for LIB are:
  
!     `aix'
            AIX thread support.
! 
!     `dce'
            DCE thread support.
! 
!     `lynx'
            LynxOS thread support.
! 
!     `mipssde'
            MIPS SDE thread support.
! 
!     `no'
!           This is an alias for `single'.
! 
!     `posix'
            Generic POSIX/Unix98 thread support.
! 
!     `rtems'
            RTEMS thread support.
! 
!     `single'
            Disable thread support, should work for all platforms.
! 
!     `tpf'
            TPF thread support.
! 
!     `vxworks'
            VxWorks thread support.
! 
!     `win32'
            Microsoft Win32 API thread support.
  
! `--enable-tls'
       Specify that the target supports TLS (Thread Local Storage).
       Usually configure can correctly determine if TLS is supported.  In
       cases where it guesses incorrectly, TLS can be explicitly enabled
!      or disabled with `--enable-tls' or `--disable-tls'.  This can
!      happen if the assembler supports TLS but the C library does not,
!      or if the assumptions made by the configure test are incorrect.
  
! `--disable-tls'
!      Specify that the target does not support TLS.  This is an alias
!      for `--enable-tls=no'.
  
! `--with-cpu=CPU'
! `--with-cpu-32=CPU'
! `--with-cpu-64=CPU'
       Specify which cpu variant the compiler should generate code for by
!      default.  CPU will be used as the default value of the `-mcpu='
       switch.  This option is only supported on some targets, including
!      ARC, ARM, i386, M68k, PowerPC, and SPARC.  It is mandatory for
!      ARC.  The `--with-cpu-32' and `--with-cpu-64' options specify
!      separate default CPUs for 32-bit and 64-bit modes; these options
!      are only supported for i386, x86-64, PowerPC, and SPARC.
  
! `--with-schedule=CPU'
! `--with-arch=CPU'
! `--with-arch-32=CPU'
! `--with-arch-64=CPU'
! `--with-tune=CPU'
! `--with-tune-32=CPU'
! `--with-tune-64=CPU'
! `--with-abi=ABI'
! `--with-fpu=TYPE'
! `--with-float=TYPE'
       These configure options provide default values for the
!      `-mschedule=', `-march=', `-mtune=', `-mabi=', and `-mfpu='
!      options and for `-mhard-float' or `-msoft-float'.  As with
!      `--with-cpu', which switches will be accepted and acceptable values
!      of the arguments depend on the target.
  
! `--with-mode=MODE'
!      Specify if the compiler should default to `-marm' or `-mthumb'.
       This option is only supported on ARM targets.
  
! `--with-stack-offset=NUM'
!      This option sets the default for the -mstack-offset=NUM option,
!      and will thus generally also control the setting of this option for
       libraries.  This option is only supported on Epiphany targets.
  
! `--with-fpmath=ISA'
!      This options sets `-mfpmath=sse' by default and specifies the
       default ISA for floating-point arithmetics.  You can select either
!      `sse' which enables `-msse2' or `avx' which enables `-mavx' by
       default.  This option is only supported on i386 and x86-64 targets.
  
! `--with-fp-32=MODE'
!      On MIPS targets, set the default value for the `-mfp' option when
!      using the o32 ABI.  The possibilities for MODE are:
!     `32'
!           Use the o32 FP32 ABI extension, as with the `-mfp32'
            command-line option.
! 
!     `xx'
!           Use the o32 FPXX ABI extension, as with the `-mfpxx'
            command-line option.
! 
!     `64'
!           Use the o32 FP64 ABI extension, as with the `-mfp64'
            command-line option.
       In the absence of this configuration option the default is to use
       the o32 FP32 ABI extension.
  
! `--with-odd-spreg-32'
!      On MIPS targets, set the `-modd-spreg' option by default when using
       the o32 ABI.
  
! `--without-odd-spreg-32'
!      On MIPS targets, set the `-mno-odd-spreg' option by default when
!      using the o32 ABI.  This is normally used in conjunction with
!      `--with-fp-32=64' in order to target the o32 FP64A ABI extension.
  
! `--with-nan=ENCODING'
       On MIPS targets, set the default encoding convention to use for the
       special not-a-number (NaN) IEEE 754 floating-point data.  The
       possibilities for ENCODING are:
!     `legacy'
!           Use the legacy encoding, as with the `-mnan=legacy'
            command-line option.
! 
!     `2008'
!           Use the 754-2008 encoding, as with the `-mnan=2008'
            command-line option.
       To use this configuration option you must have an assembler version
!      installed that supports the `-mnan=' command-line option too.  In
       the absence of this configuration option the default convention is
!      the legacy encoding, as when neither of the `-mnan=2008' and
!      `-mnan=legacy' command-line options has been used.
  
! `--with-divide=TYPE'
       Specify how the compiler should generate code for checking for
       division by zero.  This option is only supported on the MIPS
       target.  The possibilities for TYPE are:
!     `traps'
            Division by zero checks use conditional traps (this is the
            default on systems that support conditional traps).
! 
!     `breaks'
            Division by zero checks use the break instruction.
  
! `--with-llsc'
!      On MIPS targets, make `-mllsc' the default when no `-mno-llsc'
       option is passed.  This is the default for Linux-based targets, as
       the kernel will emulate them if the ISA does not provide them.
  
! `--without-llsc'
!      On MIPS targets, make `-mno-llsc' the default when no `-mllsc'
       option is passed.
  
! `--with-synci'
!      On MIPS targets, make `-msynci' the default when no `-mno-synci'
       option is passed.
  
! `--without-synci'
!      On MIPS targets, make `-mno-synci' the default when no `-msynci'
       option is passed.  This is the default.
  
! `--with-lxc1-sxc1'
!      On MIPS targets, make `-mlxc1-sxc1' the default when no
!      `-mno-lxc1-sxc1' option is passed.  This is the default.
  
! `--without-lxc1-sxc1'
!      On MIPS targets, make `-mno-lxc1-sxc1' the default when no
!      `-mlxc1-sxc1' option is passed.  The indexed load/store
       instructions are not directly a problem but can lead to unexpected
       behaviour when deployed in an application intended for a 32-bit
       address space but run on a 64-bit processor.  The issue is seen
       because all known MIPS 64-bit Linux kernels execute o32 and n32
       applications with 64-bit addressing enabled which affects the
!      overflow behaviour of the indexed addressing mode.  GCC will
!      assume that ordinary 32-bit arithmetic overflow behaviour is the
!      same whether performed as an `addu' instruction or as part of the
!      address calculation in `lwxc1' type instructions.  This assumption
       holds true in a pure 32-bit environment and can hold true in a
       64-bit environment if the address space is accurately set to be
       32-bit for o32 and n32.
  
! `--with-madd4'
!      On MIPS targets, make `-mmadd4' the default when no `-mno-madd4'
       option is passed.  This is the default.
  
! `--without-madd4'
!      On MIPS targets, make `-mno-madd4' the default when no `-mmadd4'
!      option is passed.  The `madd4' instruction family can be
       problematic when targeting a combination of cores that implement
       these instructions differently.  There are two known cores that
       implement these as fused operations instead of unfused (where
*************** option.
*** 1168,1240 ****
       only way to ensure compatible code is generated; this will incur a
       performance penalty.
  
! '--with-mips-plt'
       On MIPS targets, make use of copy relocations and PLTs.  These
!      features are extensions to the traditional SVR4-based MIPS ABIs and
!      require support from GNU binutils and the runtime C library.
  
! '--enable-__cxa_atexit'
       Define if you want to use __cxa_atexit, rather than atexit, to
       register C++ destructors for local statics and global objects.
       This is essential for fully standards-compliant handling of
       destructors, but requires __cxa_atexit in libc.  This option is
       currently only available on systems with GNU libc.  When enabled,
!      this will cause '-fuse-cxa-atexit' to be passed by default.
  
! '--enable-gnu-indirect-function'
!      Define if you want to enable the 'ifunc' attribute.  This option is
       currently only available on systems with GNU libc on certain
       targets.
  
! '--enable-target-optspace'
       Specify that target libraries should be optimized for code space
       instead of code speed.  This is the default for the m32r platform.
  
! '--with-cpp-install-dir=DIRNAME'
!      Specify that the user visible 'cpp' program should be installed in
!      'PREFIX/DIRNAME/cpp', in addition to BINDIR.
  
! '--enable-comdat'
       Enable COMDAT group support.  This is primarily used to override
       the automatically detected value.
  
! '--enable-initfini-array'
!      Force the use of sections '.init_array' and '.fini_array' (instead
!      of '.init' and '.fini') for constructors and destructors.  Option
!      '--disable-initfini-array' has the opposite effect.  If neither
!      option is specified, the configure script will try to guess whether
!      the '.init_array' and '.fini_array' sections are supported and, if
!      they are, use them.
  
! '--enable-link-mutex'
       When building GCC, use a mutex to avoid linking the compilers for
       multiple languages at the same time, to avoid thrashing on build
!      systems with limited free memory.  The default is not to use such a
!      mutex.
  
! '--enable-maintainer-mode'
       The build rules that regenerate the Autoconf and Automake output
!      files as well as the GCC master message catalog 'gcc.pot' are
       normally disabled.  This is because it can only be rebuilt if the
       complete source tree is present.  If you have changed the sources
       and want to rebuild the catalog, configuring with
!      '--enable-maintainer-mode' will enable this.  Note that you need a
!      recent version of the 'gettext' tools to do so.
  
! '--disable-bootstrap'
       For a native build, the default configuration is to perform a
!      3-stage bootstrap of the compiler when 'make' is invoked, testing
!      that GCC can compile itself correctly.  If you want to disable this
!      process, you can configure with '--disable-bootstrap'.
  
! '--enable-bootstrap'
       In special cases, you may want to perform a 3-stage build even if
       the target and host triplets are different.  This is possible when
       the host can run code compiled for the target (e.g. host is
       i686-linux, target is i486-linux).  Starting from GCC 4.2, to do
!      this you have to configure explicitly with '--enable-bootstrap'.
  
! '--enable-generated-files-in-srcdir'
       Neither the .c and .h files that are generated from Bison and flex
       nor the info manuals and man pages that are built from the .texi
       files are present in the SVN development tree.  When building GCC
--- 1182,1254 ----
       only way to ensure compatible code is generated; this will incur a
       performance penalty.
  
! `--with-mips-plt'
       On MIPS targets, make use of copy relocations and PLTs.  These
!      features are extensions to the traditional SVR4-based MIPS ABIs
!      and require support from GNU binutils and the runtime C library.
  
! `--enable-__cxa_atexit'
       Define if you want to use __cxa_atexit, rather than atexit, to
       register C++ destructors for local statics and global objects.
       This is essential for fully standards-compliant handling of
       destructors, but requires __cxa_atexit in libc.  This option is
       currently only available on systems with GNU libc.  When enabled,
!      this will cause `-fuse-cxa-atexit' to be passed by default.
  
! `--enable-gnu-indirect-function'
!      Define if you want to enable the `ifunc' attribute.  This option is
       currently only available on systems with GNU libc on certain
       targets.
  
! `--enable-target-optspace'
       Specify that target libraries should be optimized for code space
       instead of code speed.  This is the default for the m32r platform.
  
! `--with-cpp-install-dir=DIRNAME'
!      Specify that the user visible `cpp' program should be installed in
!      `PREFIX/DIRNAME/cpp', in addition to BINDIR.
  
! `--enable-comdat'
       Enable COMDAT group support.  This is primarily used to override
       the automatically detected value.
  
! `--enable-initfini-array'
!      Force the use of sections `.init_array' and `.fini_array' (instead
!      of `.init' and `.fini') for constructors and destructors.  Option
!      `--disable-initfini-array' has the opposite effect.  If neither
!      option is specified, the configure script will try to guess
!      whether the `.init_array' and `.fini_array' sections are supported
!      and, if they are, use them.
  
! `--enable-link-mutex'
       When building GCC, use a mutex to avoid linking the compilers for
       multiple languages at the same time, to avoid thrashing on build
!      systems with limited free memory.  The default is not to use such
!      a mutex.
  
! `--enable-maintainer-mode'
       The build rules that regenerate the Autoconf and Automake output
!      files as well as the GCC master message catalog `gcc.pot' are
       normally disabled.  This is because it can only be rebuilt if the
       complete source tree is present.  If you have changed the sources
       and want to rebuild the catalog, configuring with
!      `--enable-maintainer-mode' will enable this.  Note that you need a
!      recent version of the `gettext' tools to do so.
  
! `--disable-bootstrap'
       For a native build, the default configuration is to perform a
!      3-stage bootstrap of the compiler when `make' is invoked, testing
!      that GCC can compile itself correctly.  If you want to disable
!      this process, you can configure with `--disable-bootstrap'.
  
! `--enable-bootstrap'
       In special cases, you may want to perform a 3-stage build even if
       the target and host triplets are different.  This is possible when
       the host can run code compiled for the target (e.g. host is
       i686-linux, target is i486-linux).  Starting from GCC 4.2, to do
!      this you have to configure explicitly with `--enable-bootstrap'.
  
! `--enable-generated-files-in-srcdir'
       Neither the .c and .h files that are generated from Bison and flex
       nor the info manuals and man pages that are built from the .texi
       files are present in the SVN development tree.  When building GCC
*************** option.
*** 1242,1423 ****
       generated files are placed in your build directory, which allows
       for the source to be in a readonly directory.
  
!      If you configure with '--enable-generated-files-in-srcdir' then
       those generated files will go into the source directory.  This is
       mainly intended for generating release or prerelease tarballs of
       the GCC sources, since it is not a requirement that the users of
       source releases to have flex, Bison, or makeinfo.
  
! '--enable-version-specific-runtime-libs'
       Specify that runtime libraries should be installed in the compiler
!      specific subdirectory ('LIBDIR/gcc') rather than the usual places.
!      In addition, 'libstdc++''s include files will be installed into
!      'LIBDIR' unless you overruled it by using
!      '--with-gxx-include-dir=DIRNAME'.  Using this option is
       particularly useful if you intend to use several versions of GCC in
!      parallel.  This is currently supported by 'libgfortran',
!      'libstdc++', and 'libobjc'.
  
! '--with-aix-soname='aix', 'svr4' or 'both''
!      Traditional AIX shared library versioning (versioned 'Shared
!      Object' files as members of unversioned 'Archive Library' files
!      named 'lib.a') causes numerous headaches for package managers.
!      However, 'Import Files' as members of 'Archive Library' files allow
!      for *filename-based versioning* of shared libraries as seen on
!      Linux/SVR4, where this is called the "SONAME". But as they prevent
!      static linking, 'Import Files' may be used with 'Runtime Linking'
!      only, where the linker does search for 'libNAME.so' before
!      'libNAME.a' library filenames with the '-lNAME' linker flag.
  
       For detailed information please refer to the AIX ld Command
       reference.
  
       As long as shared library creation is enabled, upon:
!      '--with-aix-soname=aix'
!      '--with-aix-soname=both'
!           A (traditional AIX) 'Shared Archive Library' file is created:
!              * using the 'libNAME.a' filename scheme
!              * with the 'Shared Object' file as archive member named
!                'libNAME.so.V' (except for 'libgcc_s', where the 'Shared
!                Object' file is named 'shr.o' for backwards
                 compatibility), which
                    - is used for runtime loading from inside the
!                     'libNAME.a' file
                    - is used for dynamic loading via
!                     'dlopen("libNAME.a(libNAME.so.V)", RTLD_MEMBER)'
                    - is used for shared linking
!                   - is used for static linking, so no separate 'Static
!                     Archive Library' file is needed
!      '--with-aix-soname=both'
!      '--with-aix-soname=svr4'
!           A (second) 'Shared Archive Library' file is created:
!              * using the 'libNAME.so.V' filename scheme
!              * with the 'Shared Object' file as archive member named
!                'shr.o', which
!                   - is created with the '-G linker flag'
!                   - has the 'F_LOADONLY' flag set
                    - is used for runtime loading from inside the
!                     'libNAME.so.V' file
                    - is used for dynamic loading via
!                     'dlopen("libNAME.so.V(shr.o)", RTLD_MEMBER)'
!              * with the 'Import File' as archive member named 'shr.imp',
                 which
!                   - refers to 'libNAME.so.V(shr.o)' as the "SONAME", to
!                     be recorded in the 'Loader Section' of subsequent
!                     binaries
!                   - indicates whether 'libNAME.so.V(shr.o)' is 32 or 64
                      bit
                    - lists all the public symbols exported by
!                     'lib.so.V(shr.o)', eventually decorated with the
!                     ''weak' Keyword'
                    - is necessary for shared linking against
!                     'lib.so.V(shr.o)'
!           A symbolic link using the 'libNAME.so' filename scheme is
            created:
!              * pointing to the 'libNAME.so.V' 'Shared Archive Library'
                 file
!              * to permit the 'ld Command' to find 'lib.so.V(shr.imp)'
!                via the '-lNAME' argument (requires 'Runtime Linking' to
!                be enabled)
!              * to permit dynamic loading of 'lib.so.V(shr.o)' without
!                the need to specify the version number via
!                'dlopen("libNAME.so(shr.o)", RTLD_MEMBER)'
  
       As long as static library creation is enabled, upon:
!      '--with-aix-soname=svr4'
!           A 'Static Archive Library' is created:
!              * using the 'libNAME.a' filename scheme
!              * with all the 'Static Object' files as archive members,
                 which
                    - are used for static linking
  
!      While the aix-soname='svr4' option does not create 'Shared Object'
!      files as members of unversioned 'Archive Library' files any more,
!      package managers still are responsible to transfer 'Shared Object'
       files found as member of a previously installed unversioned
!      'Archive Library' file into the newly installed 'Archive Library'
       file with the same filename.
  
!      _WARNING:_ Creating 'Shared Object' files with 'Runtime Linking'
!      enabled may bloat the TOC, eventually leading to 'TOC overflow'
!      errors, requiring the use of either the '-Wl,-bbigtoc' linker flag
!      (seen to break with the 'GDB' debugger) or some of the TOC-related
!      compiler flags, *Note RS/6000 and PowerPC Options: (gcc)RS/6000 and
!      PowerPC Options.
  
!      '--with-aix-soname' is currently supported by 'libgcc_s' only, so
       this option is still experimental and not for normal use yet.
  
!      Default is the traditional behavior '--with-aix-soname='aix''.
  
! '--enable-languages=LANG1,LANG2,...'
       Specify that only a particular subset of compilers and their
       runtime libraries should be built.  For a list of valid values for
!      LANGN you can issue the following command in the 'gcc' directory of
!      your GCC source tree:
            grep ^language= */config-lang.in
!      Currently, you can use any of the following: 'all', 'ada', 'c',
!      'c++', 'fortran', 'go', 'jit', 'lto', 'objc', 'obj-c++'.  Building
       the Ada compiler has special requirements, see below.  If you do
!      not pass this flag, or specify the option 'all', then all default
!      languages available in the 'gcc' sub-tree will be configured.  Ada,
!      Go, Jit, and Objective-C++ are not default languages.  LTO is not a
!      default language, but is built by default because '--enable-lto' is
!      enabled by default.  The other languages are default languages.
  
! '--enable-stage1-languages=LANG1,LANG2,...'
       Specify that a particular subset of compilers and their runtime
!      libraries should be built with the system C compiler during stage 1
!      of the bootstrap process, rather than only in later stages with the
!      bootstrapped C compiler.  The list of valid values is the same as
!      for '--enable-languages', and the option 'all' will select all of
!      the languages enabled by '--enable-languages'.  This option is
       primarily useful for GCC development; for instance, when a
       development version of the compiler cannot bootstrap due to
!      compiler bugs, or when one is debugging front ends other than the C
!      front end.  When this option is used, one can then build the target
!      libraries for the specified languages with the stage-1 compiler by
!      using 'make stage1-bubble all-target', or run the testsuite on the
!      stage-1 compiler for the specified languages using 'make
!      stage1-start check-gcc'.
  
! '--disable-libada'
       Specify that the run-time libraries and tools used by GNAT should
       not be built.  This can be useful for debugging, or for
       compatibility with previous Ada build procedures, when it was
!      required to explicitly do a 'make -C gcc gnatlib_and_tools'.
  
! '--disable-libsanitizer'
       Specify that the run-time libraries for the various sanitizers
       should not be built.
  
! '--disable-libssp'
       Specify that the run-time libraries for stack smashing protection
       should not be built.
  
! '--disable-libquadmath'
       Specify that the GCC quad-precision math library should not be
       built.  On some systems, the library is required to be linkable
       when building the Fortran front end, unless
!      '--disable-libquadmath-support' is used.
  
! '--disable-libquadmath-support'
!      Specify that the Fortran front end and 'libgfortran' do not add
!      support for 'libquadmath' on systems supporting it.
  
! '--disable-libgomp'
       Specify that the GNU Offloading and Multi Processing Runtime
       Library should not be built.
  
! '--disable-libvtv'
       Specify that the run-time libraries used by vtable verification
       should not be built.
  
! '--with-dwarf2'
       Specify that the compiler should use DWARF 2 debugging information
       as the default.
  
! '--with-advance-toolchain=AT'
       On 64-bit PowerPC Linux systems, configure the compiler to use the
       header files, library files, and the dynamic linker from the
       Advance Toolchain release AT instead of the default versions that
--- 1256,1460 ----
       generated files are placed in your build directory, which allows
       for the source to be in a readonly directory.
  
!      If you configure with `--enable-generated-files-in-srcdir' then
       those generated files will go into the source directory.  This is
       mainly intended for generating release or prerelease tarballs of
       the GCC sources, since it is not a requirement that the users of
       source releases to have flex, Bison, or makeinfo.
  
! `--enable-version-specific-runtime-libs'
       Specify that runtime libraries should be installed in the compiler
!      specific subdirectory (`LIBDIR/gcc') rather than the usual places.
!      In addition, `libstdc++''s include files will be installed into
!      `LIBDIR' unless you overruled it by using
!      `--with-gxx-include-dir=DIRNAME'.  Using this option is
       particularly useful if you intend to use several versions of GCC in
!      parallel.  This is currently supported by `libgfortran',
!      `libstdc++', and `libobjc'.
  
! `--with-aix-soname=`aix', `svr4' or `both''
!      Traditional AIX shared library versioning (versioned `Shared
!      Object' files as members of unversioned `Archive Library' files
!      named `lib.a') causes numerous headaches for package managers.
!      However, `Import Files' as members of `Archive Library' files
!      allow for *filename-based versioning* of shared libraries as seen
!      on Linux/SVR4, where this is called the "SONAME". But as they
!      prevent static linking, `Import Files' may be used with `Runtime
!      Linking' only, where the linker does search for `libNAME.so'
!      before `libNAME.a' library filenames with the `-lNAME' linker flag.
  
       For detailed information please refer to the AIX ld Command
       reference.
  
       As long as shared library creation is enabled, upon:
!     `--with-aix-soname=aix'
! 
!     `--with-aix-soname=both'
!           A (traditional AIX) `Shared Archive Library' file is created:
!              * using the `libNAME.a' filename scheme
! 
!              * with the `Shared Object' file as archive member named
!                `libNAME.so.V' (except for `libgcc_s', where the `Shared
!                 Object' file is named `shr.o' for backwards
                 compatibility), which
                    - is used for runtime loading from inside the
!                     `libNAME.a' file
! 
                    - is used for dynamic loading via
!                     `dlopen("libNAME.a(libNAME.so.V)", RTLD_MEMBER)'
! 
                    - is used for shared linking
! 
!                   - is used for static linking, so no separate `Static
!                     Archive    Library' file is needed
! 
! 
!     `--with-aix-soname=both'
! 
!     `--with-aix-soname=svr4'
!           A (second) `Shared Archive Library' file is created:
!              * using the `libNAME.so.V' filename scheme
! 
!              * with the `Shared Object' file as archive member named
!                `shr.o', which
!                   - is created with the `-G linker flag'
! 
!                   - has the `F_LOADONLY' flag set
! 
                    - is used for runtime loading from inside the
!                     `libNAME.so.V' file
! 
                    - is used for dynamic loading via
!                     `dlopen("libNAME.so.V(shr.o)",    RTLD_MEMBER)'
! 
! 
!              * with the `Import File' as archive member named `shr.imp',
                 which
!                   - refers to `libNAME.so.V(shr.o)' as the "SONAME", to
!                     be recorded    in the `Loader Section' of
!                     subsequent binaries
! 
!                   - indicates whether `libNAME.so.V(shr.o)' is 32 or 64
                      bit
+ 
                    - lists all the public symbols exported by
!                     `lib.so.V(shr.o)',    eventually decorated with the
!                     ``weak' Keyword'
! 
                    - is necessary for shared linking against
!                     `lib.so.V(shr.o)'
! 
!             A symbolic link using the `libNAME.so' filename scheme is
            created:
!              * pointing to the `libNAME.so.V' `Shared Archive Library'
                 file
! 
!              * to permit the `ld Command' to find `lib.so.V(shr.imp)'
!                via   the `-lNAME' argument (requires `Runtime Linking'
!                to be enabled)
! 
!              * to permit dynamic loading of `lib.so.V(shr.o)' without
!                the need   to specify the version number via
!                `dlopen("libNAME.so(shr.o)",   RTLD_MEMBER)'
  
       As long as static library creation is enabled, upon:
!     `--with-aix-soname=svr4'
!           A `Static Archive Library' is created:
!              * using the `libNAME.a' filename scheme
! 
!              * with all the `Static Object' files as archive members,
                 which
                    - are used for static linking
  
! 
!      While the aix-soname=`svr4' option does not create `Shared Object'
!      files as members of unversioned `Archive Library' files any more,
!      package managers still are responsible to transfer `Shared Object'
       files found as member of a previously installed unversioned
!      `Archive Library' file into the newly installed `Archive Library'
       file with the same filename.
  
!      _WARNING:_ Creating `Shared Object' files with `Runtime Linking'
!      enabled may bloat the TOC, eventually leading to `TOC overflow'
!      errors, requiring the use of either the `-Wl,-bbigtoc' linker flag
!      (seen to break with the `GDB' debugger) or some of the TOC-related
!      compiler flags, *Note RS/6000 and PowerPC Options: (gcc)RS/6000
!      and PowerPC Options.
  
!      `--with-aix-soname' is currently supported by `libgcc_s' only, so
       this option is still experimental and not for normal use yet.
  
!      Default is the traditional behavior `--with-aix-soname=`aix''.
  
! `--enable-languages=LANG1,LANG2,...'
       Specify that only a particular subset of compilers and their
       runtime libraries should be built.  For a list of valid values for
!      LANGN you can issue the following command in the `gcc' directory
!      of your GCC source tree:
            grep ^language= */config-lang.in
!      Currently, you can use any of the following: `all', `ada', `c',
!      `c++', `fortran', `go', `jit', `lto', `objc', `obj-c++'.  Building
       the Ada compiler has special requirements, see below.  If you do
!      not pass this flag, or specify the option `all', then all default
!      languages available in the `gcc' sub-tree will be configured.
!      Ada, Go, Jit, and Objective-C++ are not default languages.  LTO is
!      not a default language, but is built by default because
!      `--enable-lto' is enabled by default.  The other languages are
!      default languages.
  
! `--enable-stage1-languages=LANG1,LANG2,...'
       Specify that a particular subset of compilers and their runtime
!      libraries should be built with the system C compiler during stage
!      1 of the bootstrap process, rather than only in later stages with
!      the bootstrapped C compiler.  The list of valid values is the same
!      as for `--enable-languages', and the option `all' will select all
!      of the languages enabled by `--enable-languages'.  This option is
       primarily useful for GCC development; for instance, when a
       development version of the compiler cannot bootstrap due to
!      compiler bugs, or when one is debugging front ends other than the
!      C front end.  When this option is used, one can then build the
!      target libraries for the specified languages with the stage-1
!      compiler by using `make stage1-bubble all-target', or run the
!      testsuite on the stage-1 compiler for the specified languages
!      using `make stage1-start check-gcc'.
  
! `--disable-libada'
       Specify that the run-time libraries and tools used by GNAT should
       not be built.  This can be useful for debugging, or for
       compatibility with previous Ada build procedures, when it was
!      required to explicitly do a `make -C gcc gnatlib_and_tools'.
  
! `--disable-libsanitizer'
       Specify that the run-time libraries for the various sanitizers
       should not be built.
  
! `--disable-libssp'
       Specify that the run-time libraries for stack smashing protection
       should not be built.
  
! `--disable-libquadmath'
       Specify that the GCC quad-precision math library should not be
       built.  On some systems, the library is required to be linkable
       when building the Fortran front end, unless
!      `--disable-libquadmath-support' is used.
  
! `--disable-libquadmath-support'
!      Specify that the Fortran front end and `libgfortran' do not add
!      support for `libquadmath' on systems supporting it.
  
! `--disable-libgomp'
       Specify that the GNU Offloading and Multi Processing Runtime
       Library should not be built.
  
! `--disable-libvtv'
       Specify that the run-time libraries used by vtable verification
       should not be built.
  
! `--with-dwarf2'
       Specify that the compiler should use DWARF 2 debugging information
       as the default.
  
! `--with-advance-toolchain=AT'
       On 64-bit PowerPC Linux systems, configure the compiler to use the
       header files, library files, and the dynamic linker from the
       Advance Toolchain release AT instead of the default versions that
*************** option.
*** 1425,1432 ****
       intended for the developers of GCC, and it is not intended for
       general use.
  
! '--enable-targets=all'
! '--enable-targets=TARGET_LIST'
       Some GCC targets, e.g. powerpc64-linux, build bi-arch compilers.
       These are compilers that are able to generate either 64-bit or
       32-bit code.  Typically, the corresponding 32-bit target, e.g.
--- 1462,1469 ----
       intended for the developers of GCC, and it is not intended for
       general use.
  
! `--enable-targets=all'
! `--enable-targets=TARGET_LIST'
       Some GCC targets, e.g. powerpc64-linux, build bi-arch compilers.
       These are compilers that are able to generate either 64-bit or
       32-bit code.  Typically, the corresponding 32-bit target, e.g.
*************** option.
*** 1439,1740 ****
       affects sparc-linux, powerpc-linux, x86-linux, mips-linux and
       s390-linux.
  
! '--enable-default-pie'
!      Turn on '-fPIE' and '-pie' by default.
  
! '--enable-secureplt'
!      This option enables '-msecure-plt' by default for powerpc-linux.
       *Note RS/6000 and PowerPC Options: (gcc)RS/6000 and PowerPC
       Options,
  
! '--enable-default-ssp'
!      Turn on '-fstack-protector-strong' by default.
  
! '--enable-cld'
!      This option enables '-mcld' by default for 32-bit x86 targets.
       *Note i386 and x86-64 Options: (gcc)i386 and x86-64 Options,
  
! '--enable-win32-registry'
! '--enable-win32-registry=KEY'
! '--disable-win32-registry'
!      The '--enable-win32-registry' option enables Microsoft
       Windows-hosted GCC to look up installations paths in the registry
       using the following key:
  
!           HKEY_LOCAL_MACHINE\SOFTWARE\Free Software Foundation\KEY
  
       KEY defaults to GCC version number, and can be overridden by the
!      '--enable-win32-registry=KEY' option.  Vendors and distributors who
!      use custom installers are encouraged to provide a different key,
!      perhaps one comprised of vendor name and GCC version number, to
!      avoid conflict with existing installations.  This feature is
       enabled by default, and can be disabled by
!      '--disable-win32-registry' option.  This option has no effect on
       the other hosts.
  
! '--nfp'
       Specify that the machine does not have a floating point unit.  This
!      option only applies to 'm68k-sun-sunosN'.  On any other system,
!      '--nfp' has no effect.
  
! '--enable-werror'
! '--disable-werror'
! '--enable-werror=yes'
! '--enable-werror=no'
       When you specify this option, it controls whether certain files in
!      the compiler are built with '-Werror' in bootstrap stage2 and
!      later.  If you don't specify it, '-Werror' is turned on for the
       main development trunk.  However it defaults to off for release
       branches and final releases.  The specific files which get
!      '-Werror' are controlled by the Makefiles.
  
! '--enable-checking'
! '--enable-checking=LIST'
       When you specify this option, the compiler is built to perform
!      internal consistency checks of the requested complexity.  This does
!      not change the generated code, but adds error checking within the
!      compiler.  This will slow down the compiler and may only work
       properly if you are building the compiler with GCC.  This is
!      'yes,extra' by default when building from SVN or snapshots, but
!      'release' for releases.  The default for building the stage1
!      compiler is 'yes'.  More control over the checks may be had by
!      specifying LIST.  The categories of checks available are 'yes'
!      (most common checks 'assert,misc,tree,gc,rtlflag,runtime'), 'no'
!      (no checks at all), 'all' (all but 'valgrind'), 'release' (cheapest
!      checks 'assert,runtime') or 'none' (same as 'no').  Individual
!      checks can be enabled with these flags 'assert', 'df', 'fold',
!      'gc', 'gcac', 'misc', 'rtl', 'rtlflag', 'runtime', 'tree', 'extra'
!      and 'valgrind'.  'extra' adds for 'misc' checking extra checks that
!      might affect code generation and should therefore not differ
       between stage1 and later stages.
  
!      The 'valgrind' check requires the external 'valgrind' simulator,
!      available from <http://valgrind.org/>.  The 'df', 'rtl', 'gcac' and
!      'valgrind' checks are very expensive.  To disable all checking,
!      '--disable-checking' or '--enable-checking=none' must be explicitly
!      requested.  Disabling assertions will make the compiler and runtime
!      slightly faster but increase the risk of undetected internal errors
!      causing wrong code to be generated.
  
! '--disable-stage1-checking'
! '--enable-stage1-checking'
! '--enable-stage1-checking=LIST'
!      If no '--enable-checking' option is specified the stage1 compiler
!      will be built with 'yes' checking enabled, otherwise the stage1
!      checking flags are the same as specified by '--enable-checking'.
       To build the stage1 compiler with different checking options use
!      '--enable-stage1-checking'.  The list of checking options is the
!      same as for '--enable-checking'.  If your system is too slow or too
!      small to bootstrap a released compiler with checking for stage1
!      enabled, you can use '--disable-stage1-checking' to disable
       checking for the stage1 compiler.
  
! '--enable-coverage'
! '--enable-coverage=LEVEL'
       With this option, the compiler is built to collect self coverage
       information, every time it is run.  This is for internal
       development purposes, and only works when the compiler is being
       built with gcc.  The LEVEL argument controls whether the compiler
!      is built optimized or not, values are 'opt' and 'noopt'.  For
!      coverage analysis you want to disable optimization, for performance
!      analysis you want to enable optimization.  When coverage is
!      enabled, the default level is without optimization.
  
! '--enable-gather-detailed-mem-stats'
       When this option is specified more detailed information on memory
       allocation is gathered.  This information is printed when using
!      '-fmem-report'.
  
! '--enable-valgrind-annotations'
       Mark selected memory related operations in the compiler when run
       under valgrind to suppress false positives.
  
! '--enable-nls'
! '--disable-nls'
!      The '--enable-nls' option enables Native Language Support (NLS),
       which lets GCC output diagnostics in languages other than American
       English.  Native Language Support is enabled by default if not
!      doing a canadian cross build.  The '--disable-nls' option disables
       NLS.
  
! '--with-included-gettext'
!      If NLS is enabled, the '--with-included-gettext' option causes the
!      build procedure to prefer its copy of GNU 'gettext'.
  
! '--with-catgets'
!      If NLS is enabled, and if the host lacks 'gettext' but has the
!      inferior 'catgets' interface, the GCC build procedure normally
!      ignores 'catgets' and instead uses GCC's copy of the GNU 'gettext'
!      library.  The '--with-catgets' option causes the build procedure to
!      use the host's 'catgets' in this situation.
  
! '--with-libiconv-prefix=DIR'
!      Search for libiconv header files in 'DIR/include' and libiconv
!      library files in 'DIR/lib'.
  
! '--enable-obsolete'
       Enable configuration for an obsoleted system.  If you attempt to
       configure GCC for a system (build, host, or target) which has been
       obsoleted, and you do not specify this flag, configure will halt
       with an error message.
  
!      All support for systems which have been obsoleted in one release of
!      GCC is removed entirely in the next major release, unless someone
!      steps forward to maintain the port.
  
! '--enable-decimal-float'
! '--enable-decimal-float=yes'
! '--enable-decimal-float=no'
! '--enable-decimal-float=bid'
! '--enable-decimal-float=dpd'
! '--disable-decimal-float'
       Enable (or disable) support for the C decimal floating point
       extension that is in the IEEE 754-2008 standard.  This is enabled
       by default only on PowerPC, i386, and x86_64 GNU/Linux systems.
       Other systems may also support it, but require the user to
       specifically enable it.  You can optionally control which decimal
!      floating point format is used (either 'bid' or 'dpd').  The 'bid'
       (binary integer decimal) format is default on i386 and x86_64
!      systems, and the 'dpd' (densely packed decimal) format is default
       on PowerPC systems.
  
! '--enable-fixed-point'
! '--disable-fixed-point'
       Enable (or disable) support for C fixed-point arithmetic.  This
       option is enabled by default for some targets (such as MIPS) which
       have hardware-support for fixed-point operations.  On other
       targets, you may enable this option manually.
  
! '--with-long-double-128'
!      Specify if 'long double' type should be 128-bit by default on
       selected GNU/Linux architectures.  If using
!      '--without-long-double-128', 'long double' will be by default
!      64-bit, the same as 'double' type.  When neither of these configure
!      options are used, the default will be 128-bit 'long double' when
!      built against GNU C Library 2.4 and later, 64-bit 'long double'
!      otherwise.
  
! '--enable-fdpic'
       On SH Linux systems, generate ELF FDPIC code.
  
! '--with-gmp=PATHNAME'
! '--with-gmp-include=PATHNAME'
! '--with-gmp-lib=PATHNAME'
! '--with-mpfr=PATHNAME'
! '--with-mpfr-include=PATHNAME'
! '--with-mpfr-lib=PATHNAME'
! '--with-mpc=PATHNAME'
! '--with-mpc-include=PATHNAME'
! '--with-mpc-lib=PATHNAME'
       If you want to build GCC but do not have the GMP library, the MPFR
       library and/or the MPC library installed in a standard location and
       do not have their sources present in the GCC source tree then you
       can explicitly specify the directory where they are installed
!      ('--with-gmp=GMPINSTALLDIR', '--with-mpfr=MPFRINSTALLDIR',
!      '--with-mpc=MPCINSTALLDIR').  The '--with-gmp=GMPINSTALLDIR' option
!      is shorthand for '--with-gmp-lib=GMPINSTALLDIR/lib' and
!      '--with-gmp-include=GMPINSTALLDIR/include'.  Likewise the
!      '--with-mpfr=MPFRINSTALLDIR' option is shorthand for
!      '--with-mpfr-lib=MPFRINSTALLDIR/lib' and
!      '--with-mpfr-include=MPFRINSTALLDIR/include', also the
!      '--with-mpc=MPCINSTALLDIR' option is shorthand for
!      '--with-mpc-lib=MPCINSTALLDIR/lib' and
!      '--with-mpc-include=MPCINSTALLDIR/include'.  If these shorthand
       assumptions are not correct, you can use the explicit include and
       lib options directly.  You might also need to ensure the shared
       libraries can be found by the dynamic linker when building and
       using GCC, for example by setting the runtime shared library path
!      variable ('LD_LIBRARY_PATH' on GNU/Linux and Solaris systems).
  
       These flags are applicable to the host platform only.  When
       building a cross compiler, they will not be used to configure
       target libraries.
  
! '--with-isl=PATHNAME'
! '--with-isl-include=PATHNAME'
! '--with-isl-lib=PATHNAME'
!      If you do not have the isl library installed in a standard location
!      and you want to build GCC, you can explicitly specify the directory
!      where it is installed ('--with-isl=ISLINSTALLDIR').  The
!      '--with-isl=ISLINSTALLDIR' option is shorthand for
!      '--with-isl-lib=ISLINSTALLDIR/lib' and
!      '--with-isl-include=ISLINSTALLDIR/include'.  If this shorthand
!      assumption is not correct, you can use the explicit include and lib
!      options directly.
  
       These flags are applicable to the host platform only.  When
       building a cross compiler, they will not be used to configure
       target libraries.
  
! '--with-stage1-ldflags=FLAGS'
       This option may be used to set linker flags to be used when linking
!      stage 1 of GCC. These are also used when linking GCC if configured
!      with '--disable-bootstrap'.  If '--with-stage1-libs' is not set to
!      a value, then the default is '-static-libstdc++ -static-libgcc', if
!      supported.
  
! '--with-stage1-libs=LIBS'
       This option may be used to set libraries to be used when linking
!      stage 1 of GCC. These are also used when linking GCC if configured
!      with '--disable-bootstrap'.
  
! '--with-boot-ldflags=FLAGS'
       This option may be used to set linker flags to be used when linking
!      stage 2 and later when bootstrapping GCC. If -with-boot-libs is not
!      is set to a value, then the default is '-static-libstdc++
       -static-libgcc'.
  
! '--with-boot-libs=LIBS'
       This option may be used to set libraries to be used when linking
       stage 2 and later when bootstrapping GCC.
  
! '--with-debug-prefix-map=MAP'
!      Convert source directory names using '-fdebug-prefix-map' when
!      building runtime libraries.  'MAP' is a space-separated list of
!      maps of the form 'OLD=NEW'.
  
! '--enable-linker-build-id'
!      Tells GCC to pass '--build-id' option to the linker for all final
!      links (links performed without the '-r' or '--relocatable' option),
!      if the linker supports it.  If you specify
!      '--enable-linker-build-id', but your linker does not support
!      '--build-id' option, a warning is issued and the
!      '--enable-linker-build-id' option is ignored.  The default is off.
  
! '--with-linker-hash-style=CHOICE'
!      Tells GCC to pass '--hash-style=CHOICE' option to the linker for
!      all final links.  CHOICE can be one of 'sysv', 'gnu', and 'both'
!      where 'sysv' is the default.
  
! '--enable-gnu-unique-object'
! '--disable-gnu-unique-object'
       Tells GCC to use the gnu_unique_object relocation for C++ template
       static data members and inline function local statics.  Enabled by
!      default for a toolchain with an assembler that accepts it and GLIBC
!      2.11 or above, otherwise disabled.
  
! '--with-diagnostics-color=CHOICE'
!      Tells GCC to use CHOICE as the default for '-fdiagnostics-color='
!      option (if not used explicitly on the command line).  CHOICE can be
!      one of 'never', 'auto', 'always', and 'auto-if-env' where 'auto' is
!      the default.  'auto-if-env' means that '-fdiagnostics-color=auto'
!      will be the default if 'GCC_COLORS' is present and non-empty in the
!      environment, and '-fdiagnostics-color=never' otherwise.
  
! '--enable-lto'
! '--disable-lto'
!      Enable support for link-time optimization (LTO). This is enabled by
!      default, and may be disabled using '--disable-lto'.
  
! '--enable-linker-plugin-configure-flags=FLAGS'
! '--enable-linker-plugin-flags=FLAGS'
       By default, linker plugins (such as the LTO plugin) are built for
       the host system architecture.  For the case that the linker has a
       different (but run-time compatible) architecture, these flags can
       be specified to build plugins that are compatible to the linker.
       For example, if you are building GCC for a 64-bit x86_64
!      ('x86_64-unknown-linux-gnu') host system, but have a 32-bit x86
!      GNU/Linux ('i686-pc-linux-gnu') linker executable (which is
       executable on the former system), you can configure GCC as follows
       for getting compatible linker plugins:
  
--- 1476,1778 ----
       affects sparc-linux, powerpc-linux, x86-linux, mips-linux and
       s390-linux.
  
! `--enable-default-pie'
!      Turn on `-fPIE' and `-pie' by default.
  
! `--enable-secureplt'
!      This option enables `-msecure-plt' by default for powerpc-linux.
       *Note RS/6000 and PowerPC Options: (gcc)RS/6000 and PowerPC
       Options,
  
! `--enable-default-ssp'
!      Turn on `-fstack-protector-strong' by default.
  
! `--enable-cld'
!      This option enables `-mcld' by default for 32-bit x86 targets.
       *Note i386 and x86-64 Options: (gcc)i386 and x86-64 Options,
  
! `--enable-win32-registry'
! `--enable-win32-registry=KEY'
! `--disable-win32-registry'
!      The `--enable-win32-registry' option enables Microsoft
       Windows-hosted GCC to look up installations paths in the registry
       using the following key:
  
!           `HKEY_LOCAL_MACHINE\SOFTWARE\Free Software Foundation\KEY'
  
       KEY defaults to GCC version number, and can be overridden by the
!      `--enable-win32-registry=KEY' option.  Vendors and distributors
!      who use custom installers are encouraged to provide a different
!      key, perhaps one comprised of vendor name and GCC version number,
!      to avoid conflict with existing installations.  This feature is
       enabled by default, and can be disabled by
!      `--disable-win32-registry' option.  This option has no effect on
       the other hosts.
  
! `--nfp'
       Specify that the machine does not have a floating point unit.  This
!      option only applies to `m68k-sun-sunosN'.  On any other system,
!      `--nfp' has no effect.
  
! `--enable-werror'
! `--disable-werror'
! `--enable-werror=yes'
! `--enable-werror=no'
       When you specify this option, it controls whether certain files in
!      the compiler are built with `-Werror' in bootstrap stage2 and
!      later.  If you don't specify it, `-Werror' is turned on for the
       main development trunk.  However it defaults to off for release
       branches and final releases.  The specific files which get
!      `-Werror' are controlled by the Makefiles.
  
! `--enable-checking'
! `--enable-checking=LIST'
       When you specify this option, the compiler is built to perform
!      internal consistency checks of the requested complexity.  This
!      does not change the generated code, but adds error checking within
!      the compiler.  This will slow down the compiler and may only work
       properly if you are building the compiler with GCC.  This is
!      `yes,extra' by default when building from SVN or snapshots, but
!      `release' for releases.  The default for building the stage1
!      compiler is `yes'.  More control over the checks may be had by
!      specifying LIST.  The categories of checks available are `yes'
!      (most common checks `assert,misc,tree,gc,rtlflag,runtime'), `no'
!      (no checks at all), `all' (all but `valgrind'), `release' (cheapest
!      checks `assert,runtime') or `none' (same as `no').  Individual
!      checks can be enabled with these flags `assert', `df', `fold',
!      `gc', `gcac', `misc', `rtl', `rtlflag', `runtime', `tree', `extra'
!      and `valgrind'.  `extra' adds for `misc' checking extra checks
!      that might affect code generation and should therefore not differ
       between stage1 and later stages.
  
!      The `valgrind' check requires the external `valgrind' simulator,
!      available from `http://valgrind.org/'.  The `df', `rtl', `gcac'
!      and `valgrind' checks are very expensive.  To disable all
!      checking, `--disable-checking' or `--enable-checking=none' must be
!      explicitly requested.  Disabling assertions will make the compiler
!      and runtime slightly faster but increase the risk of undetected
!      internal errors causing wrong code to be generated.
  
! `--disable-stage1-checking'
! `--enable-stage1-checking'
! `--enable-stage1-checking=LIST'
!      If no `--enable-checking' option is specified the stage1 compiler
!      will be built with `yes' checking enabled, otherwise the stage1
!      checking flags are the same as specified by `--enable-checking'.
       To build the stage1 compiler with different checking options use
!      `--enable-stage1-checking'.  The list of checking options is the
!      same as for `--enable-checking'.  If your system is too slow or
!      too small to bootstrap a released compiler with checking for
!      stage1 enabled, you can use `--disable-stage1-checking' to disable
       checking for the stage1 compiler.
  
! `--enable-coverage'
! `--enable-coverage=LEVEL'
       With this option, the compiler is built to collect self coverage
       information, every time it is run.  This is for internal
       development purposes, and only works when the compiler is being
       built with gcc.  The LEVEL argument controls whether the compiler
!      is built optimized or not, values are `opt' and `noopt'.  For
!      coverage analysis you want to disable optimization, for
!      performance analysis you want to enable optimization.  When
!      coverage is enabled, the default level is without optimization.
  
! `--enable-gather-detailed-mem-stats'
       When this option is specified more detailed information on memory
       allocation is gathered.  This information is printed when using
!      `-fmem-report'.
  
! `--enable-valgrind-annotations'
       Mark selected memory related operations in the compiler when run
       under valgrind to suppress false positives.
  
! `--enable-nls'
! `--disable-nls'
!      The `--enable-nls' option enables Native Language Support (NLS),
       which lets GCC output diagnostics in languages other than American
       English.  Native Language Support is enabled by default if not
!      doing a canadian cross build.  The `--disable-nls' option disables
       NLS.
  
! `--with-included-gettext'
!      If NLS is enabled, the `--with-included-gettext' option causes the
!      build procedure to prefer its copy of GNU `gettext'.
  
! `--with-catgets'
!      If NLS is enabled, and if the host lacks `gettext' but has the
!      inferior `catgets' interface, the GCC build procedure normally
!      ignores `catgets' and instead uses GCC's copy of the GNU `gettext'
!      library.  The `--with-catgets' option causes the build procedure
!      to use the host's `catgets' in this situation.
  
! `--with-libiconv-prefix=DIR'
!      Search for libiconv header files in `DIR/include' and libiconv
!      library files in `DIR/lib'.
  
! `--enable-obsolete'
       Enable configuration for an obsoleted system.  If you attempt to
       configure GCC for a system (build, host, or target) which has been
       obsoleted, and you do not specify this flag, configure will halt
       with an error message.
  
!      All support for systems which have been obsoleted in one release
!      of GCC is removed entirely in the next major release, unless
!      someone steps forward to maintain the port.
  
! `--enable-decimal-float'
! `--enable-decimal-float=yes'
! `--enable-decimal-float=no'
! `--enable-decimal-float=bid'
! `--enable-decimal-float=dpd'
! `--disable-decimal-float'
       Enable (or disable) support for the C decimal floating point
       extension that is in the IEEE 754-2008 standard.  This is enabled
       by default only on PowerPC, i386, and x86_64 GNU/Linux systems.
       Other systems may also support it, but require the user to
       specifically enable it.  You can optionally control which decimal
!      floating point format is used (either `bid' or `dpd').  The `bid'
       (binary integer decimal) format is default on i386 and x86_64
!      systems, and the `dpd' (densely packed decimal) format is default
       on PowerPC systems.
  
! `--enable-fixed-point'
! `--disable-fixed-point'
       Enable (or disable) support for C fixed-point arithmetic.  This
       option is enabled by default for some targets (such as MIPS) which
       have hardware-support for fixed-point operations.  On other
       targets, you may enable this option manually.
  
! `--with-long-double-128'
!      Specify if `long double' type should be 128-bit by default on
       selected GNU/Linux architectures.  If using
!      `--without-long-double-128', `long double' will be by default
!      64-bit, the same as `double' type.  When neither of these
!      configure options are used, the default will be 128-bit `long
!      double' when built against GNU C Library 2.4 and later, 64-bit
!      `long double' otherwise.
  
! `--enable-fdpic'
       On SH Linux systems, generate ELF FDPIC code.
  
! `--with-gmp=PATHNAME'
! `--with-gmp-include=PATHNAME'
! `--with-gmp-lib=PATHNAME'
! `--with-mpfr=PATHNAME'
! `--with-mpfr-include=PATHNAME'
! `--with-mpfr-lib=PATHNAME'
! `--with-mpc=PATHNAME'
! `--with-mpc-include=PATHNAME'
! `--with-mpc-lib=PATHNAME'
       If you want to build GCC but do not have the GMP library, the MPFR
       library and/or the MPC library installed in a standard location and
       do not have their sources present in the GCC source tree then you
       can explicitly specify the directory where they are installed
!      (`--with-gmp=GMPINSTALLDIR', `--with-mpfr=MPFRINSTALLDIR',
!      `--with-mpc=MPCINSTALLDIR').  The `--with-gmp=GMPINSTALLDIR'
!      option is shorthand for `--with-gmp-lib=GMPINSTALLDIR/lib' and
!      `--with-gmp-include=GMPINSTALLDIR/include'.  Likewise the
!      `--with-mpfr=MPFRINSTALLDIR' option is shorthand for
!      `--with-mpfr-lib=MPFRINSTALLDIR/lib' and
!      `--with-mpfr-include=MPFRINSTALLDIR/include', also the
!      `--with-mpc=MPCINSTALLDIR' option is shorthand for
!      `--with-mpc-lib=MPCINSTALLDIR/lib' and
!      `--with-mpc-include=MPCINSTALLDIR/include'.  If these shorthand
       assumptions are not correct, you can use the explicit include and
       lib options directly.  You might also need to ensure the shared
       libraries can be found by the dynamic linker when building and
       using GCC, for example by setting the runtime shared library path
!      variable (`LD_LIBRARY_PATH' on GNU/Linux and Solaris systems).
  
       These flags are applicable to the host platform only.  When
       building a cross compiler, they will not be used to configure
       target libraries.
  
! `--with-isl=PATHNAME'
! `--with-isl-include=PATHNAME'
! `--with-isl-lib=PATHNAME'
!      If you do not have the isl library installed in a standard
!      location and you want to build GCC, you can explicitly specify the
!      directory where it is installed (`--with-isl=ISLINSTALLDIR'). The
!      `--with-isl=ISLINSTALLDIR' option is shorthand for
!      `--with-isl-lib=ISLINSTALLDIR/lib' and
!      `--with-isl-include=ISLINSTALLDIR/include'. If this shorthand
!      assumption is not correct, you can use the explicit include and
!      lib options directly.
  
       These flags are applicable to the host platform only.  When
       building a cross compiler, they will not be used to configure
       target libraries.
  
! `--with-stage1-ldflags=FLAGS'
       This option may be used to set linker flags to be used when linking
!      stage 1 of GCC.  These are also used when linking GCC if
!      configured with `--disable-bootstrap'.  If `--with-stage1-libs' is
!      not set to a value, then the default is `-static-libstdc++
!      -static-libgcc', if supported.
  
! `--with-stage1-libs=LIBS'
       This option may be used to set libraries to be used when linking
!      stage 1 of GCC.  These are also used when linking GCC if
!      configured with `--disable-bootstrap'.
  
! `--with-boot-ldflags=FLAGS'
       This option may be used to set linker flags to be used when linking
!      stage 2 and later when bootstrapping GCC.  If -with-boot-libs is
!      not is set to a value, then the default is `-static-libstdc++
       -static-libgcc'.
  
! `--with-boot-libs=LIBS'
       This option may be used to set libraries to be used when linking
       stage 2 and later when bootstrapping GCC.
  
! `--with-debug-prefix-map=MAP'
!      Convert source directory names using `-fdebug-prefix-map' when
!      building runtime libraries.  `MAP' is a space-separated list of
!      maps of the form `OLD=NEW'.
  
! `--enable-linker-build-id'
!      Tells GCC to pass `--build-id' option to the linker for all final
!      links (links performed without the `-r' or `--relocatable'
!      option), if the linker supports it.  If you specify
!      `--enable-linker-build-id', but your linker does not support
!      `--build-id' option, a warning is issued and the
!      `--enable-linker-build-id' option is ignored.  The default is off.
  
! `--with-linker-hash-style=CHOICE'
!      Tells GCC to pass `--hash-style=CHOICE' option to the linker for
!      all final links. CHOICE can be one of `sysv', `gnu', and `both'
!      where `sysv' is the default.
  
! `--enable-gnu-unique-object'
! `--disable-gnu-unique-object'
       Tells GCC to use the gnu_unique_object relocation for C++ template
       static data members and inline function local statics.  Enabled by
!      default for a toolchain with an assembler that accepts it and
!      GLIBC 2.11 or above, otherwise disabled.
  
! `--with-diagnostics-color=CHOICE'
!      Tells GCC to use CHOICE as the default for `-fdiagnostics-color='
!      option (if not used explicitly on the command line).  CHOICE can
!      be one of `never', `auto', `always', and `auto-if-env' where
!      `auto' is the default.  `auto-if-env' means that
!      `-fdiagnostics-color=auto' will be the default if `GCC_COLORS' is
!      present and non-empty in the environment, and
!      `-fdiagnostics-color=never' otherwise.
  
! `--enable-lto'
! `--disable-lto'
!      Enable support for link-time optimization (LTO).  This is enabled
!      by default, and may be disabled using `--disable-lto'.
  
! `--enable-linker-plugin-configure-flags=FLAGS'
! `--enable-linker-plugin-flags=FLAGS'
       By default, linker plugins (such as the LTO plugin) are built for
       the host system architecture.  For the case that the linker has a
       different (but run-time compatible) architecture, these flags can
       be specified to build plugins that are compatible to the linker.
       For example, if you are building GCC for a 64-bit x86_64
!      (`x86_64-unknown-linux-gnu') host system, but have a 32-bit x86
!      GNU/Linux (`i686-pc-linux-gnu') linker executable (which is
       executable on the former system), you can configure GCC as follows
       for getting compatible linker plugins:
  
*************** option.
*** 1743,1764 ****
                --enable-linker-plugin-configure-flags=--host=i686-pc-linux-gnu \
                --enable-linker-plugin-flags='CC=gcc\ -m32\ -Wl,-rpath,[...]/i686-pc-linux-gnu/lib'
  
! '--with-plugin-ld=PATHNAME'
       Enable an alternate linker to be used at link-time optimization
!      (LTO) link time when '-fuse-linker-plugin' is enabled.  This linker
!      should have plugin support such as gold starting with version 2.20
!      or GNU ld starting with version 2.21.  See '-fuse-linker-plugin'
!      for details.
  
! '--enable-canonical-system-headers'
! '--disable-canonical-system-headers'
!      Enable system header path canonicalization for 'libcpp'.  This can
       produce shorter header file paths in diagnostics and dependency
!      output files, but these changed header paths may conflict with some
!      compilation environments.  Enabled by default, and may be disabled
!      using '--disable-canonical-system-headers'.
  
! '--with-glibc-version=MAJOR.MINOR'
       Tell GCC that when the GNU C Library (glibc) is used on the target
       it will be version MAJOR.MINOR or later.  Normally this can be
       detected from the C library's header files, but this option may be
--- 1781,1802 ----
                --enable-linker-plugin-configure-flags=--host=i686-pc-linux-gnu \
                --enable-linker-plugin-flags='CC=gcc\ -m32\ -Wl,-rpath,[...]/i686-pc-linux-gnu/lib'
  
! `--with-plugin-ld=PATHNAME'
       Enable an alternate linker to be used at link-time optimization
!      (LTO) link time when `-fuse-linker-plugin' is enabled.  This
!      linker should have plugin support such as gold starting with
!      version 2.20 or GNU ld starting with version 2.21.  See
!      `-fuse-linker-plugin' for details.
  
! `--enable-canonical-system-headers'
! `--disable-canonical-system-headers'
!      Enable system header path canonicalization for `libcpp'.  This can
       produce shorter header file paths in diagnostics and dependency
!      output files, but these changed header paths may conflict with
!      some compilation environments.  Enabled by default, and may be
!      disabled using `--disable-canonical-system-headers'.
  
! `--with-glibc-version=MAJOR.MINOR'
       Tell GCC that when the GNU C Library (glibc) is used on the target
       it will be version MAJOR.MINOR or later.  Normally this can be
       detected from the C library's header files, but this option may be
*************** option.
*** 1770,1934 ****
       glibc.  However, such configurations may not work well as not all
       the relevant configuration in GCC is on a per-multilib basis.
  
! '--enable-as-accelerator-for=TARGET'
!      Build as offload target compiler.  Specify offload host triple by
       TARGET.
  
! '--enable-offload-targets=TARGET1[=PATH1],...,TARGETN[=PATHN]'
       Enable offloading to targets TARGET1, ..., TARGETN.  Offload
       compilers are expected to be already installed.  Default search
!      path for them is 'EXEC-PREFIX', but it can be changed by specifying
!      paths PATH1, ..., PATHN.
  
            % SRCDIR/configure \
                --enable-offload-target=i686-unknown-linux-gnu=/path/to/i686/compiler,x86_64-pc-linux-gnu
  
!      If 'hsa' is specified as one of the targets, the compiler will be
       built with support for HSA GPU accelerators.  Because the same
       compiler will emit the accelerator code, no path should be
       specified.
  
! '--with-hsa-runtime=PATHNAME'
! '--with-hsa-runtime-include=PATHNAME'
! '--with-hsa-runtime-lib=PATHNAME'
! 
       If you configure GCC with HSA offloading but do not have the HSA
       run-time library installed in a standard location then you can
       explicitly specify the directory where they are installed.  The
!      '--with-hsa-runtime=HSAINSTALLDIR' option is a shorthand for
!      '--with-hsa-runtime-lib=HSAINSTALLDIR/lib' and
!      '--with-hsa-runtime-include=HSAINSTALLDIR/include'.
  
  Cross-Compiler-Specific Options
  -------------------------------
  
  The following options only apply to building cross compilers.
  
! '--with-sysroot'
! '--with-sysroot=DIR'
       Tells GCC to consider DIR as the root of a tree that contains (a
       subset of) the root filesystem of the target operating system.
       Target system headers, libraries and run-time object files will be
       searched for in there.  More specifically, this acts as if
!      '--sysroot=DIR' was added to the default options of the built
       compiler.  The specified directory is not copied into the install
!      tree, unlike the options '--with-headers' and '--with-libs' that
!      this option obsoletes.  The default value, in case '--with-sysroot'
!      is not given an argument, is '${gcc_tooldir}/sys-root'.  If the
!      specified directory is a subdirectory of '${exec_prefix}', then it
!      will be found relative to the GCC binaries if the installation tree
!      is moved.
  
       This option affects the system root for the compiler used to build
       target libraries (which runs on the build system) and the compiler
!      newly installed with 'make install'; it does not affect the
       compiler which is used to build GCC itself.
  
!      If you specify the '--with-native-system-header-dir=DIRNAME' option
!      then the compiler will search that directory within DIRNAME for
!      native system headers rather than the default '/usr/include'.
  
! '--with-build-sysroot'
! '--with-build-sysroot=DIR'
!      Tells GCC to consider DIR as the system root (see '--with-sysroot')
!      while building target libraries, instead of the directory specified
!      with '--with-sysroot'.  This option is only useful when you are
!      already using '--with-sysroot'.  You can use '--with-build-sysroot'
!      when you are configuring with '--prefix' set to a directory that is
!      different from the one in which you are installing GCC and your
!      target libraries.
  
       This option affects the system root for the compiler used to build
       target libraries (which runs on the build system); it does not
       affect the compiler which is used to build GCC itself.
  
!      If you specify the '--with-native-system-header-dir=DIRNAME' option
!      then the compiler will search that directory within DIRNAME for
!      native system headers rather than the default '/usr/include'.
  
! '--with-headers'
! '--with-headers=DIR'
!      Deprecated in favor of '--with-sysroot'.  Specifies that target
       headers are available when building a cross compiler.  The DIR
       argument specifies a directory which has the target include files.
!      These include files will be copied into the 'gcc' install
       directory.  _This option with the DIR argument is required_ when
!      building a cross compiler, if 'PREFIX/TARGET/sys-include' doesn't
!      pre-exist.  If 'PREFIX/TARGET/sys-include' does pre-exist, the DIR
!      argument may be omitted.  'fixincludes' will be run on these files
       to make them compatible with GCC.
  
! '--without-headers'
       Tells GCC not use any target headers from a libc when building a
       cross compiler.  When crossing to GNU/Linux, you need the headers
       so GCC can build the exception handling for libgcc.
  
! '--with-libs'
! '--with-libs="DIR1 DIR2 ... DIRN"'
!      Deprecated in favor of '--with-sysroot'.  Specifies a list of
       directories which contain the target runtime libraries.  These
!      libraries will be copied into the 'gcc' install directory.  If the
       directory list is omitted, this option has no effect.
  
! '--with-newlib'
!      Specifies that 'newlib' is being used as the target C library.
!      This causes '__eprintf' to be omitted from 'libgcc.a' on the
!      assumption that it will be provided by 'newlib'.
  
! '--with-avrlibc'
!      Specifies that 'AVR-Libc' is being used as the target C library.
!      This causes float support functions like '__addsf3' to be omitted
!      from 'libgcc.a' on the assumption that it will be provided by
!      'libm.a'.  For more technical details, cf.  PR54461.  This option
       is only supported for the AVR target.  It is not supported for
       RTEMS configurations, which currently use newlib.  The option is
       supported since version 4.7.2 and is the default in 4.8.0 and
       newer.
  
! '--with-nds32-lib=LIBRARY'
!      Specifies that LIBRARY setting is used for building 'libgcc.a'.
!      Currently, the valid LIBRARY is 'newlib' or 'mculib'.  This option
       is only supported for the NDS32 target.
  
! '--with-build-time-tools=DIR'
!      Specifies where to find the set of target tools (assembler, linker,
!      etc.)  that will be used while building GCC itself.  This option
!      can be useful if the directory layouts are different between the
!      system you are building GCC on, and the system where you will
!      deploy it.
  
!      For example, on an 'ia64-hp-hpux' system, you may have the GNU
!      assembler and linker in '/usr/bin', and the native tools in a
       different path, and build a toolchain that expects to find the
!      native tools in '/usr/bin'.
  
!      When you use this option, you should ensure that DIR includes 'ar',
!      'as', 'ld', 'nm', 'ranlib' and 'strip' if necessary, and possibly
!      'objdump'.  Otherwise, GCC may use an inconsistent set of tools.
  
! Overriding 'configure' test results
  ...................................
  
  Sometimes, it might be necessary to override the result of some
! 'configure' test, for example in order to ease porting to a new system
! or work around a bug in a test.  The toplevel 'configure' script
  provides three variables for this:
  
! 'build_configargs'
!      The contents of this variable is passed to all build 'configure'
       scripts.
  
! 'host_configargs'
!      The contents of this variable is passed to all host 'configure'
       scripts.
  
! 'target_configargs'
!      The contents of this variable is passed to all target 'configure'
       scripts.
  
!    In order to avoid shell and 'make' quoting issues for complex
! overrides, you can pass a setting for 'CONFIG_SITE' and set variables in
! the site file.
  
  Objective-C-Specific Options
  ----------------------------
--- 1808,1973 ----
       glibc.  However, such configurations may not work well as not all
       the relevant configuration in GCC is on a per-multilib basis.
  
! `--enable-as-accelerator-for=TARGET'
!      Build as offload target compiler. Specify offload host triple by
       TARGET.
  
! `--enable-offload-targets=TARGET1[=PATH1],...,TARGETN[=PATHN]'
       Enable offloading to targets TARGET1, ..., TARGETN.  Offload
       compilers are expected to be already installed.  Default search
!      path for them is `EXEC-PREFIX', but it can be changed by
!      specifying paths PATH1, ..., PATHN.
  
            % SRCDIR/configure \
                --enable-offload-target=i686-unknown-linux-gnu=/path/to/i686/compiler,x86_64-pc-linux-gnu
  
!      If `hsa' is specified as one of the targets, the compiler will be
       built with support for HSA GPU accelerators.  Because the same
       compiler will emit the accelerator code, no path should be
       specified.
  
! `--with-hsa-runtime=PATHNAME'
! `--with-hsa-runtime-include=PATHNAME'
! `--with-hsa-runtime-lib=PATHNAME'
       If you configure GCC with HSA offloading but do not have the HSA
       run-time library installed in a standard location then you can
       explicitly specify the directory where they are installed.  The
!      `--with-hsa-runtime=HSAINSTALLDIR' option is a shorthand for
!      `--with-hsa-runtime-lib=HSAINSTALLDIR/lib' and
!      `--with-hsa-runtime-include=HSAINSTALLDIR/include'.
  
  Cross-Compiler-Specific Options
  -------------------------------
  
  The following options only apply to building cross compilers.
  
! `--with-sysroot'
! `--with-sysroot=DIR'
       Tells GCC to consider DIR as the root of a tree that contains (a
       subset of) the root filesystem of the target operating system.
       Target system headers, libraries and run-time object files will be
       searched for in there.  More specifically, this acts as if
!      `--sysroot=DIR' was added to the default options of the built
       compiler.  The specified directory is not copied into the install
!      tree, unlike the options `--with-headers' and `--with-libs' that
!      this option obsoletes.  The default value, in case
!      `--with-sysroot' is not given an argument, is
!      `${gcc_tooldir}/sys-root'.  If the specified directory is a
!      subdirectory of `${exec_prefix}', then it will be found relative to
!      the GCC binaries if the installation tree is moved.
  
       This option affects the system root for the compiler used to build
       target libraries (which runs on the build system) and the compiler
!      newly installed with `make install'; it does not affect the
       compiler which is used to build GCC itself.
  
!      If you specify the `--with-native-system-header-dir=DIRNAME'
!      option then the compiler will search that directory within DIRNAME
!      for native system headers rather than the default `/usr/include'.
  
! `--with-build-sysroot'
! `--with-build-sysroot=DIR'
!      Tells GCC to consider DIR as the system root (see
!      `--with-sysroot') while building target libraries, instead of the
!      directory specified with `--with-sysroot'.  This option is only
!      useful when you are already using `--with-sysroot'.  You can use
!      `--with-build-sysroot' when you are configuring with `--prefix'
!      set to a directory that is different from the one in which you are
!      installing GCC and your target libraries.
  
       This option affects the system root for the compiler used to build
       target libraries (which runs on the build system); it does not
       affect the compiler which is used to build GCC itself.
  
!      If you specify the `--with-native-system-header-dir=DIRNAME'
!      option then the compiler will search that directory within DIRNAME
!      for native system headers rather than the default `/usr/include'.
  
! `--with-headers'
! `--with-headers=DIR'
!      Deprecated in favor of `--with-sysroot'.  Specifies that target
       headers are available when building a cross compiler.  The DIR
       argument specifies a directory which has the target include files.
!      These include files will be copied into the `gcc' install
       directory.  _This option with the DIR argument is required_ when
!      building a cross compiler, if `PREFIX/TARGET/sys-include' doesn't
!      pre-exist.  If `PREFIX/TARGET/sys-include' does pre-exist, the DIR
!      argument may be omitted.  `fixincludes' will be run on these files
       to make them compatible with GCC.
  
! `--without-headers'
       Tells GCC not use any target headers from a libc when building a
       cross compiler.  When crossing to GNU/Linux, you need the headers
       so GCC can build the exception handling for libgcc.
  
! `--with-libs'
! `--with-libs="DIR1 DIR2 ... DIRN"'
!      Deprecated in favor of `--with-sysroot'.  Specifies a list of
       directories which contain the target runtime libraries.  These
!      libraries will be copied into the `gcc' install directory.  If the
       directory list is omitted, this option has no effect.
  
! `--with-newlib'
!      Specifies that `newlib' is being used as the target C library.
!      This causes `__eprintf' to be omitted from `libgcc.a' on the
!      assumption that it will be provided by `newlib'.
  
! `--with-avrlibc'
!      Specifies that `AVR-Libc' is being used as the target C library.
!      This causes float support functions like `__addsf3' to be omitted
!      from `libgcc.a' on the assumption that it will be provided by
!      `libm.a'.  For more technical details, cf. PR54461.  This option
       is only supported for the AVR target.  It is not supported for
       RTEMS configurations, which currently use newlib.  The option is
       supported since version 4.7.2 and is the default in 4.8.0 and
       newer.
  
! `--with-nds32-lib=LIBRARY'
!      Specifies that LIBRARY setting is used for building `libgcc.a'.
!      Currently, the valid LIBRARY is `newlib' or `mculib'.  This option
       is only supported for the NDS32 target.
  
! `--with-build-time-tools=DIR'
!      Specifies where to find the set of target tools (assembler,
!      linker, etc.)  that will be used while building GCC itself.  This
!      option can be useful if the directory layouts are different
!      between the system you are building GCC on, and the system where
!      you will deploy it.
  
!      For example, on an `ia64-hp-hpux' system, you may have the GNU
!      assembler and linker in `/usr/bin', and the native tools in a
       different path, and build a toolchain that expects to find the
!      native tools in `/usr/bin'.
  
!      When you use this option, you should ensure that DIR includes
!      `ar', `as', `ld', `nm', `ranlib' and `strip' if necessary, and
!      possibly `objdump'.  Otherwise, GCC may use an inconsistent set of
!      tools.
  
! Overriding `configure' test results
  ...................................
  
  Sometimes, it might be necessary to override the result of some
! `configure' test, for example in order to ease porting to a new system
! or work around a bug in a test.  The toplevel `configure' script
  provides three variables for this:
  
! `build_configargs'
!      The contents of this variable is passed to all build `configure'
       scripts.
  
! `host_configargs'
!      The contents of this variable is passed to all host `configure'
       scripts.
  
! `target_configargs'
!      The contents of this variable is passed to all target `configure'
       scripts.
  
! 
!    In order to avoid shell and `make' quoting issues for complex
! overrides, you can pass a setting for `CONFIG_SITE' and set variables
! in the site file.
  
  Objective-C-Specific Options
  ----------------------------
*************** Objective-C-Specific Options
*** 1936,1968 ****
  The following options apply to the build of the Objective-C runtime
  library.
  
! '--enable-objc-gc'
       Specify that an additional variant of the GNU Objective-C runtime
       library is built, using an external build of the
       Boehm-Demers-Weiser garbage collector
!      (<http://www.hboehm.info/gc/>).  This library needs to be available
!      for each multilib variant, unless configured with
!      '--enable-objc-gc='auto'' in which case the build of the additional
!      runtime library is skipped when not available and the build
!      continues.
  
! '--with-target-bdw-gc=LIST'
! '--with-target-bdw-gc-include=LIST'
! '--with-target-bdw-gc-lib=LIST'
       Specify search directories for the garbage collector header files
!      and libraries.  LIST is a comma separated list of key value pairs
!      of the form 'MULTILIBDIR=PATH', where the default multilib key is
!      named as '.' (dot), or is omitted (e.g.
!      '--with-target-bdw-gc=/opt/bdw-gc,32=/opt-bdw-gc32').
  
!      The options '--with-target-bdw-gc-include' and
!      '--with-target-bdw-gc-lib' must always be specified together for
       each multilib variant and they take precedence over
!      '--with-target-bdw-gc'.  If '--with-target-bdw-gc-include' is
       missing values for a multilib, then the value for the default
       multilib is used (e.g.
!      '--with-target-bdw-gc-include=/opt/bdw-gc/include'
!      '--with-target-bdw-gc-lib=/opt/bdw-gc/lib64,32=/opt-bdw-gc/lib32').
       If none of these options are specified, the library is assumed in
       default locations.
  
--- 1975,2007 ----
  The following options apply to the build of the Objective-C runtime
  library.
  
! `--enable-objc-gc'
       Specify that an additional variant of the GNU Objective-C runtime
       library is built, using an external build of the
       Boehm-Demers-Weiser garbage collector
!      (`http://www.hboehm.info/gc/').  This library needs to be
!      available for each multilib variant, unless configured with
!      `--enable-objc-gc=`auto'' in which case the build of the
!      additional runtime library is skipped when not available and the
!      build continues.
  
! `--with-target-bdw-gc=LIST'
! `--with-target-bdw-gc-include=LIST'
! `--with-target-bdw-gc-lib=LIST'
       Specify search directories for the garbage collector header files
!      and libraries. LIST is a comma separated list of key value pairs
!      of the form `MULTILIBDIR=PATH', where the default multilib key is
!      named as `.' (dot), or is omitted (e.g.
!      `--with-target-bdw-gc=/opt/bdw-gc,32=/opt-bdw-gc32').
  
!      The options `--with-target-bdw-gc-include' and
!      `--with-target-bdw-gc-lib' must always be specified together for
       each multilib variant and they take precedence over
!      `--with-target-bdw-gc'.  If `--with-target-bdw-gc-include' is
       missing values for a multilib, then the value for the default
       multilib is used (e.g.
!      `--with-target-bdw-gc-include=/opt/bdw-gc/include'
!      `--with-target-bdw-gc-lib=/opt/bdw-gc/lib64,32=/opt-bdw-gc/lib32').
       If none of these options are specified, the library is assumed in
       default locations.
  
*************** File: gccinstall.info,  Node: Building,
*** 1972,1982 ****
  5 Building
  **********
  
! Now that GCC is configured, you are ready to build the compiler and
  runtime libraries.
  
     Some commands executed when making the compiler may fail (return a
! nonzero status) and be ignored by 'make'.  These failures, which are
  often due to files that were not found, are expected, and can safely be
  ignored.
  
--- 2011,2021 ----
  5 Building
  **********
  
!    Now that GCC is configured, you are ready to build the compiler and
  runtime libraries.
  
     Some commands executed when making the compiler may fail (return a
! nonzero status) and be ignored by `make'.  These failures, which are
  often due to files that were not found, are expected, and can safely be
  ignored.
  
*************** ignored.
*** 1984,1993 ****
  Unless you are a GCC developer, you can generally ignore these warnings
  unless they cause compilation to fail.  Developers should attempt to fix
  any warnings encountered, however they can temporarily continue past
! warnings-as-errors by specifying the configure flag '--disable-werror'.
  
     On certain old systems, defining certain environment variables such
! as 'CC' can interfere with the functioning of 'make'.
  
     If you encounter seemingly strange errors when trying to build the
  compiler in a directory other than the source directory, it could be
--- 2023,2032 ----
  Unless you are a GCC developer, you can generally ignore these warnings
  unless they cause compilation to fail.  Developers should attempt to fix
  any warnings encountered, however they can temporarily continue past
! warnings-as-errors by specifying the configure flag `--disable-werror'.
  
     On certain old systems, defining certain environment variables such
! as `CC' can interfere with the functioning of `make'.
  
     If you encounter seemingly strange errors when trying to build the
  compiler in a directory other than the source directory, it could be
*************** because you have previously configured t
*** 1995,2014 ****
  directory.  Make sure you have done all the necessary preparations.
  
     If you build GCC on a BSD system using a directory stored in an old
! System V file system, problems may occur in running 'fixincludes' if the
  System V file system doesn't support symbolic links.  These problems
! result in a failure to fix the declaration of 'size_t' in 'sys/types.h'.
! If you find that 'size_t' is a signed type and that type mismatches
! occur, this could be the cause.
  
     The solution is not to use such a directory for building GCC.
  
     Similarly, when building from SVN or snapshots, or if you modify
! '*.l' files, you need the Flex lexical analyzer generator installed.  If
! you do not modify '*.l' files, releases contain the Flex-generated files
! and you do not need Flex installed to build them.  There is still one
! Flex-based lexical analyzer (part of the build machinery, not of GCC
! itself) that is used even if you only build the C front end.
  
     When building from SVN or snapshots, or if you modify Texinfo
  documentation, you need version 4.7 or later of Texinfo installed if you
--- 2034,2053 ----
  directory.  Make sure you have done all the necessary preparations.
  
     If you build GCC on a BSD system using a directory stored in an old
! System V file system, problems may occur in running `fixincludes' if the
  System V file system doesn't support symbolic links.  These problems
! result in a failure to fix the declaration of `size_t' in
! `sys/types.h'.  If you find that `size_t' is a signed type and that
! type mismatches occur, this could be the cause.
  
     The solution is not to use such a directory for building GCC.
  
     Similarly, when building from SVN or snapshots, or if you modify
! `*.l' files, you need the Flex lexical analyzer generator installed.
! If you do not modify `*.l' files, releases contain the Flex-generated
! files and you do not need Flex installed to build them.  There is still
! one Flex-based lexical analyzer (part of the build machinery, not of
! GCC itself) that is used even if you only build the C front end.
  
     When building from SVN or snapshots, or if you modify Texinfo
  documentation, you need version 4.7 or later of Texinfo installed if you
*************** documentation pre-built for the unmodifi
*** 2019,2028 ****
  ==============================
  
  For a native build, the default configuration is to perform a 3-stage
! bootstrap of the compiler when 'make' is invoked.  This will build the
  entire GCC system and ensure that it compiles itself correctly.  It can
! be disabled with the '--disable-bootstrap' parameter to 'configure', but
! bootstrapping is suggested because the compiler will be tested more
  completely and could also have better performance.
  
     The bootstrapping process will complete the following steps:
--- 2058,2067 ----
  ==============================
  
  For a native build, the default configuration is to perform a 3-stage
! bootstrap of the compiler when `make' is invoked.  This will build the
  entire GCC system and ensure that it compiles itself correctly.  It can
! be disabled with the `--disable-bootstrap' parameter to `configure',
! but bootstrapping is suggested because the compiler will be tested more
  completely and could also have better performance.
  
     The bootstrapping process will complete the following steps:
*************** completely and could also have better pe
*** 2037,2054 ****
  
     * Perform a comparison test of the stage2 and stage3 compilers.
  
!    * Build runtime libraries using the stage3 compiler from the previous
!      step.
  
!    If you are short on disk space you might consider 'make
  bootstrap-lean' instead.  The sequence of compilation is the same
  described above, but object files from the stage1 and stage2 of the
  3-stage bootstrap of the compiler are deleted as soon as they are no
  longer needed.
  
     If you wish to use non-default GCC flags when compiling the stage2
! and stage3 compilers, set 'BOOT_CFLAGS' on the command line when doing
! 'make'.  For example, if you want to save additional space during the
  bootstrap and in the final installation as well, you can build the
  compiler binaries without debugging information as in the following
  example.  This will save roughly 40% of disk space both for the
--- 2076,2094 ----
  
     * Perform a comparison test of the stage2 and stage3 compilers.
  
!    * Build runtime libraries using the stage3 compiler from the
!      previous step.
  
! 
!    If you are short on disk space you might consider `make
  bootstrap-lean' instead.  The sequence of compilation is the same
  described above, but object files from the stage1 and stage2 of the
  3-stage bootstrap of the compiler are deleted as soon as they are no
  longer needed.
  
     If you wish to use non-default GCC flags when compiling the stage2
! and stage3 compilers, set `BOOT_CFLAGS' on the command line when doing
! `make'.  For example, if you want to save additional space during the
  bootstrap and in the final installation as well, you can build the
  compiler binaries without debugging information as in the following
  example.  This will save roughly 40% of disk space both for the
*************** debugging information.)
*** 2057,2183 ****
  
       make BOOT_CFLAGS='-O' bootstrap
  
!    You can place non-default optimization flags into 'BOOT_CFLAGS'; they
! are less well tested here than the default of '-g -O2', but should still
! work.  In a few cases, you may find that you need to specify special
! flags such as '-msoft-float' here to complete the bootstrap; or, if the
! native compiler miscompiles the stage1 compiler, you may need to work
! around this, by choosing 'BOOT_CFLAGS' to avoid the parts of the stage1
! compiler that were miscompiled, or by using 'make bootstrap4' to
  increase the number of stages of bootstrap.
  
!    'BOOT_CFLAGS' does not apply to bootstrapped target libraries.  Since
! these are always compiled with the compiler currently being
! bootstrapped, you can use 'CFLAGS_FOR_TARGET' to modify their
  compilation flags, as for non-bootstrapped target libraries.  Again, if
  the native compiler miscompiles the stage1 compiler, you may need to
  work around this by avoiding non-working parts of the stage1 compiler.
! Use 'STAGE1_TFLAGS' to this end.
  
!    If you used the flag '--enable-languages=...' to restrict the
! compilers to be built, only those you've actually enabled will be built.
! This will of course only build those runtime libraries, for which the
! particular compiler has been built.  Please note, that re-defining
! 'LANGUAGES' when calling 'make' *does not* work anymore!
  
     If the comparison of stage2 and stage3 fails, this normally indicates
  that the stage2 compiler has compiled GCC incorrectly, and is therefore
  a potentially serious bug which you should investigate and report.  (On
  a few systems, meaningful comparison of object files is impossible; they
! always appear "different".  If you encounter this problem, you will need
! to disable comparison in the 'Makefile'.)
  
     If you do not want to bootstrap your compiler, you can configure with
! '--disable-bootstrap'.  In particular cases, you may want to bootstrap
  your compiler even if the target system is not the same as the one you
  are building on: for example, you could build a
! 'powerpc-unknown-linux-gnu' toolchain on a 'powerpc64-unknown-linux-gnu'
! host.  In this case, pass '--enable-bootstrap' to the configure script.
  
!    'BUILD_CONFIG' can be used to bring in additional customization to
  the build.  It can be set to a whitespace-separated list of names.  For
! each such 'NAME', top-level 'config/NAME.mk' will be included by the
! top-level 'Makefile', bringing in any settings it contains.  The default
! 'BUILD_CONFIG' can be set using the configure option
! '--with-build-config=NAME...'.  Some examples of supported build
  configurations are:
  
! 'bootstrap-O1'
!      Removes any '-O'-started option from 'BOOT_CFLAGS', and adds '-O1'
!      to it.  'BUILD_CONFIG=bootstrap-O1' is equivalent to
!      'BOOT_CFLAGS='-g -O1''.
  
! 'bootstrap-O3'
!      Analogous to 'bootstrap-O1'.
  
! 'bootstrap-lto'
       Enables Link-Time Optimization for host tools during bootstrapping.
!      'BUILD_CONFIG=bootstrap-lto' is equivalent to adding '-flto' to
!      'BOOT_CFLAGS'.  This option assumes that the host supports the
!      linker plugin (e.g.  GNU ld version 2.21 or later or GNU gold
       version 2.21 or later).
  
! 'bootstrap-lto-noplugin'
!      This option is similar to 'bootstrap-lto', but is intended for
       hosts that do not support the linker plugin.  Without the linker
       plugin static libraries are not compiled with link-time
       optimizations.  Since the GCC middle end and back end are in
!      'libbackend.a' this means that only the front end is actually LTO
       optimized.
  
! 'bootstrap-debug'
       Verifies that the compiler generates the same executable code,
!      whether or not it is asked to emit debug information.  To this end,
!      this option builds stage2 host programs without debug information,
!      and uses 'contrib/compare-debug' to compare them with the stripped
!      stage3 object files.  If 'BOOT_CFLAGS' is overridden so as to not
!      enable debug information, stage2 will have it, and stage3 won't.
!      This option is enabled by default when GCC bootstrapping is
!      enabled, if 'strip' can turn object files compiled with and without
!      debug info into identical object files.  In addition to better test
!      coverage, this option makes default bootstraps faster and leaner.
  
! 'bootstrap-debug-big'
       Rather than comparing stripped object files, as in
!      'bootstrap-debug', this option saves internal compiler dumps during
!      stage2 and stage3 and compares them as well, which helps catch
!      additional potential problems, but at a great cost in terms of disk
!      space.  It can be specified in addition to 'bootstrap-debug'.
  
! 'bootstrap-debug-lean'
!      This option saves disk space compared with 'bootstrap-debug-big',
       but at the expense of some recompilation.  Instead of saving the
       dumps of stage2 and stage3 until the final compare, it uses
!      '-fcompare-debug' to generate, compare and remove the dumps during
       stage3, repeating the compilation that already took place in
       stage2, whose dumps were not saved.
  
! 'bootstrap-debug-lib'
       This option tests executable code invariance over debug information
!      generation on target libraries, just like 'bootstrap-debug-lean'
       tests it on host programs.  It builds stage3 libraries with
!      '-fcompare-debug', and it can be used along with any of the
!      'bootstrap-debug' options above.
  
!      There aren't '-lean' or '-big' counterparts to this option because
       most libraries are only build in stage3, so bootstrap compares
       would not get significant coverage.  Moreover, the few libraries
       built in stage2 are used in stage3 host programs, so we wouldn't
       want to compile stage2 libraries with different options for
       comparison purposes.
  
! 'bootstrap-debug-ckovw'
       Arranges for error messages to be issued if the compiler built on
!      any stage is run without the option '-fcompare-debug'.  This is
!      useful to verify the full '-fcompare-debug' testing coverage.  It
!      must be used along with 'bootstrap-debug-lean' and
!      'bootstrap-debug-lib'.
  
! 'bootstrap-time'
       Arranges for the run time of each program started by the GCC
!      driver, built in any stage, to be logged to 'time.log', in the top
       level of the build tree.
  
  5.2 Building a cross compiler
  =============================
  
--- 2097,2227 ----
  
       make BOOT_CFLAGS='-O' bootstrap
  
!    You can place non-default optimization flags into `BOOT_CFLAGS'; they
! are less well tested here than the default of `-g -O2', but should
! still work.  In a few cases, you may find that you need to specify
! special flags such as `-msoft-float' here to complete the bootstrap; or,
! if the native compiler miscompiles the stage1 compiler, you may need to
! work around this, by choosing `BOOT_CFLAGS' to avoid the parts of the
! stage1 compiler that were miscompiled, or by using `make bootstrap4' to
  increase the number of stages of bootstrap.
  
!    `BOOT_CFLAGS' does not apply to bootstrapped target libraries.
! Since these are always compiled with the compiler currently being
! bootstrapped, you can use `CFLAGS_FOR_TARGET' to modify their
  compilation flags, as for non-bootstrapped target libraries.  Again, if
  the native compiler miscompiles the stage1 compiler, you may need to
  work around this by avoiding non-working parts of the stage1 compiler.
! Use `STAGE1_TFLAGS' to this end.
  
!    If you used the flag `--enable-languages=...' to restrict the
! compilers to be built, only those you've actually enabled will be
! built.  This will of course only build those runtime libraries, for
! which the particular compiler has been built.  Please note, that
! re-defining `LANGUAGES' when calling `make' *does not* work anymore!
  
     If the comparison of stage2 and stage3 fails, this normally indicates
  that the stage2 compiler has compiled GCC incorrectly, and is therefore
  a potentially serious bug which you should investigate and report.  (On
  a few systems, meaningful comparison of object files is impossible; they
! always appear "different".  If you encounter this problem, you will
! need to disable comparison in the `Makefile'.)
  
     If you do not want to bootstrap your compiler, you can configure with
! `--disable-bootstrap'.  In particular cases, you may want to bootstrap
  your compiler even if the target system is not the same as the one you
  are building on: for example, you could build a
! `powerpc-unknown-linux-gnu' toolchain on a
! `powerpc64-unknown-linux-gnu' host.  In this case, pass
! `--enable-bootstrap' to the configure script.
  
!    `BUILD_CONFIG' can be used to bring in additional customization to
  the build.  It can be set to a whitespace-separated list of names.  For
! each such `NAME', top-level `config/`NAME'.mk' will be included by the
! top-level `Makefile', bringing in any settings it contains.  The
! default `BUILD_CONFIG' can be set using the configure option
! `--with-build-config=`NAME'...'.  Some examples of supported build
  configurations are:
  
! `bootstrap-O1'
!      Removes any `-O'-started option from `BOOT_CFLAGS', and adds `-O1'
!      to it.  `BUILD_CONFIG=bootstrap-O1' is equivalent to
!      `BOOT_CFLAGS='-g -O1''.
  
! `bootstrap-O3'
!      Analogous to `bootstrap-O1'.
  
! `bootstrap-lto'
       Enables Link-Time Optimization for host tools during bootstrapping.
!      `BUILD_CONFIG=bootstrap-lto' is equivalent to adding `-flto' to
!      `BOOT_CFLAGS'.  This option assumes that the host supports the
!      linker plugin (e.g. GNU ld version 2.21 or later or GNU gold
       version 2.21 or later).
  
! `bootstrap-lto-noplugin'
!      This option is similar to `bootstrap-lto', but is intended for
       hosts that do not support the linker plugin.  Without the linker
       plugin static libraries are not compiled with link-time
       optimizations.  Since the GCC middle end and back end are in
!      `libbackend.a' this means that only the front end is actually LTO
       optimized.
  
! `bootstrap-debug'
       Verifies that the compiler generates the same executable code,
!      whether or not it is asked to emit debug information.  To this
!      end, this option builds stage2 host programs without debug
!      information, and uses `contrib/compare-debug' to compare them with
!      the stripped stage3 object files.  If `BOOT_CFLAGS' is overridden
!      so as to not enable debug information, stage2 will have it, and
!      stage3 won't.  This option is enabled by default when GCC
!      bootstrapping is enabled, if `strip' can turn object files
!      compiled with and without debug info into identical object files.
!      In addition to better test coverage, this option makes default
!      bootstraps faster and leaner.
  
! `bootstrap-debug-big'
       Rather than comparing stripped object files, as in
!      `bootstrap-debug', this option saves internal compiler dumps
!      during stage2 and stage3 and compares them as well, which helps
!      catch additional potential problems, but at a great cost in terms
!      of disk space.  It can be specified in addition to
!      `bootstrap-debug'.
  
! `bootstrap-debug-lean'
!      This option saves disk space compared with `bootstrap-debug-big',
       but at the expense of some recompilation.  Instead of saving the
       dumps of stage2 and stage3 until the final compare, it uses
!      `-fcompare-debug' to generate, compare and remove the dumps during
       stage3, repeating the compilation that already took place in
       stage2, whose dumps were not saved.
  
! `bootstrap-debug-lib'
       This option tests executable code invariance over debug information
!      generation on target libraries, just like `bootstrap-debug-lean'
       tests it on host programs.  It builds stage3 libraries with
!      `-fcompare-debug', and it can be used along with any of the
!      `bootstrap-debug' options above.
  
!      There aren't `-lean' or `-big' counterparts to this option because
       most libraries are only build in stage3, so bootstrap compares
       would not get significant coverage.  Moreover, the few libraries
       built in stage2 are used in stage3 host programs, so we wouldn't
       want to compile stage2 libraries with different options for
       comparison purposes.
  
! `bootstrap-debug-ckovw'
       Arranges for error messages to be issued if the compiler built on
!      any stage is run without the option `-fcompare-debug'.  This is
!      useful to verify the full `-fcompare-debug' testing coverage.  It
!      must be used along with `bootstrap-debug-lean' and
!      `bootstrap-debug-lib'.
  
! `bootstrap-time'
       Arranges for the run time of each program started by the GCC
!      driver, built in any stage, to be logged to `time.log', in the top
       level of the build tree.
  
+ 
  5.2 Building a cross compiler
  =============================
  
*************** When building a cross compiler, it is no
*** 2185,2198 ****
  3-stage bootstrap of the compiler.  This makes for an interesting
  problem as parts of GCC can only be built with GCC.
  
!    To build a cross compiler, we recommend first building and installing
! a native compiler.  You can then use the native GCC compiler to build
! the cross compiler.  The installed native compiler needs to be GCC
! version 2.95 or later.
  
     Assuming you have already installed a native copy of GCC and
! configured your cross compiler, issue the command 'make', which performs
! the following steps:
  
     * Build host tools necessary to build the compiler.
  
--- 2229,2242 ----
  3-stage bootstrap of the compiler.  This makes for an interesting
  problem as parts of GCC can only be built with GCC.
  
!    To build a cross compiler, we recommend first building and
! installing a native compiler.  You can then use the native GCC compiler
! to build the cross compiler.  The installed native compiler needs to be
! GCC version 2.95 or later.
  
     Assuming you have already installed a native copy of GCC and
! configured your cross compiler, issue the command `make', which
! performs the following steps:
  
     * Build host tools necessary to build the compiler.
  
*************** the following steps:
*** 2209,2228 ****
  
     If you are not building GNU binutils in the same source tree as GCC,
  you will need a cross-assembler and cross-linker installed before
! configuring GCC.  Put them in the directory 'PREFIX/TARGET/bin'.  Here
  is a table of the tools you should put in this directory:
  
! 'as'
       This should be the cross-assembler.
  
! 'ld'
       This should be the cross-linker.
  
! 'ar'
       This should be the cross-archiver: a program which can manipulate
       archive files (linker libraries) in the target machine's format.
  
! 'ranlib'
       This should be a program to construct a symbol table in an archive
       file.
  
--- 2253,2272 ----
  
     If you are not building GNU binutils in the same source tree as GCC,
  you will need a cross-assembler and cross-linker installed before
! configuring GCC.  Put them in the directory `PREFIX/TARGET/bin'.  Here
  is a table of the tools you should put in this directory:
  
! `as'
       This should be the cross-assembler.
  
! `ld'
       This should be the cross-linker.
  
! `ar'
       This should be the cross-archiver: a program which can manipulate
       archive files (linker libraries) in the target machine's format.
  
! `ranlib'
       This should be a program to construct a symbol table in an archive
       file.
  
*************** and copy or link them to the proper plac
*** 2231,2312 ****
  find them when run later.
  
     The easiest way to provide these files is to build the Binutils
! package.  Configure it with the same '--host' and '--target' options
  that you use for configuring GCC, then build and install them.  They
  install their executables automatically into the proper directory.
  Alas, they do not support all the targets that GCC supports.
  
     If you are not building a C library in the same source tree as GCC,
  you should also provide the target libraries and headers before
! configuring GCC, specifying the directories with '--with-sysroot' or
! '--with-headers' and '--with-libs'.  Many targets also require "start
! files" such as 'crt0.o' and 'crtn.o' which are linked into each
! executable.  There may be several alternatives for 'crt0.o', for use
  with profiling or other compilation options.  Check your target's
! definition of 'STARTFILE_SPEC' to find out what start files it uses.
  
  5.3 Building in parallel
  ========================
  
  GNU Make 3.80 and above, which is necessary to build GCC, support
! building in parallel.  To activate this, you can use 'make -j 2' instead
! of 'make'.  You can also specify a bigger number, and in most cases
! using a value greater than the number of processors in your machine will
! result in fewer and shorter I/O latency hits, thus improving overall
! throughput; this is especially true for slow drives and network
! filesystems.
  
  5.4 Building the Ada compiler
  =============================
  
  In order to build GNAT, the Ada compiler, you need a working GNAT
  compiler (GCC version 4.0 or later).  This includes GNAT tools such as
! 'gnatmake' and 'gnatlink', since the Ada front end is written in Ada and
  uses some GNAT-specific extensions.
  
     In order to build a cross compiler, it is suggested to install the
  new compiler as native first, and then use it to build the cross
  compiler.
  
!    'configure' does not test whether the GNAT installation works and has
! a sufficiently recent version; if too old a GNAT version is installed,
! the build will fail unless '--enable-languages' is used to disable
! building the Ada front end.
  
!    'ADA_INCLUDE_PATH' and 'ADA_OBJECT_PATH' environment variables must
  not be set when building the Ada compiler, the Ada tools, or the Ada
! runtime libraries.  You can check that your build environment is clean
! by verifying that 'gnatls -v' lists only one explicit path in each
  section.
  
  5.5 Building with profile feedback
  ==================================
  
  It is possible to use profile feedback to optimize the compiler itself.
! This should result in a faster compiler binary.  Experiments done on x86
! using gcc 3.3 showed approximately 7 percent speedup on compiling C
! programs.  To bootstrap the compiler with profile feedback, use 'make
  profiledbootstrap'.
  
!    When 'make profiledbootstrap' is run, it will first build a 'stage1'
! compiler.  This compiler is used to build a 'stageprofile' compiler
  instrumented to collect execution counts of instruction and branch
  probabilities.  Then runtime libraries are compiled with profile
! collected.  Finally a 'stagefeedback' compiler is built using the
  information collected.
  
     Unlike standard bootstrap, several additional restrictions apply.
! The compiler used to build 'stage1' needs to support a 64-bit integral
  type.  It is recommended to only use GCC for this.
  
     On Linux/x86_64 hosts with some restrictions (no virtualization) it
! is also possible to do autofdo build with 'make autoprofiledback'.  This
  uses Linux perf to sample branches in the binary and then rebuild it
! with feedback derived from the profile.  Linux perf and the 'autofdo'
  toolkit needs to be installed for this.
  
     Only the profile from the current build is used, so when an error
! occurs it is recommended to clean before restarting.  Otherwise the code
  quality may be much worse.
  
  
--- 2275,2356 ----
  find them when run later.
  
     The easiest way to provide these files is to build the Binutils
! package.  Configure it with the same `--host' and `--target' options
  that you use for configuring GCC, then build and install them.  They
  install their executables automatically into the proper directory.
  Alas, they do not support all the targets that GCC supports.
  
     If you are not building a C library in the same source tree as GCC,
  you should also provide the target libraries and headers before
! configuring GCC, specifying the directories with `--with-sysroot' or
! `--with-headers' and `--with-libs'.  Many targets also require "start
! files" such as `crt0.o' and `crtn.o' which are linked into each
! executable.  There may be several alternatives for `crt0.o', for use
  with profiling or other compilation options.  Check your target's
! definition of `STARTFILE_SPEC' to find out what start files it uses.
  
  5.3 Building in parallel
  ========================
  
  GNU Make 3.80 and above, which is necessary to build GCC, support
! building in parallel.  To activate this, you can use `make -j 2'
! instead of `make'.  You can also specify a bigger number, and in most
! cases using a value greater than the number of processors in your
! machine will result in fewer and shorter I/O latency hits, thus
! improving overall throughput; this is especially true for slow drives
! and network filesystems.
  
  5.4 Building the Ada compiler
  =============================
  
  In order to build GNAT, the Ada compiler, you need a working GNAT
  compiler (GCC version 4.0 or later).  This includes GNAT tools such as
! `gnatmake' and `gnatlink', since the Ada front end is written in Ada and
  uses some GNAT-specific extensions.
  
     In order to build a cross compiler, it is suggested to install the
  new compiler as native first, and then use it to build the cross
  compiler.
  
!    `configure' does not test whether the GNAT installation works and
! has a sufficiently recent version; if too old a GNAT version is
! installed, the build will fail unless `--enable-languages' is used to
! disable building the Ada front end.
  
!    `ADA_INCLUDE_PATH' and `ADA_OBJECT_PATH' environment variables must
  not be set when building the Ada compiler, the Ada tools, or the Ada
! runtime libraries. You can check that your build environment is clean
! by verifying that `gnatls -v' lists only one explicit path in each
  section.
  
  5.5 Building with profile feedback
  ==================================
  
  It is possible to use profile feedback to optimize the compiler itself.
! This should result in a faster compiler binary.  Experiments done on
! x86 using gcc 3.3 showed approximately 7 percent speedup on compiling C
! programs.  To bootstrap the compiler with profile feedback, use `make
  profiledbootstrap'.
  
!    When `make profiledbootstrap' is run, it will first build a `stage1'
! compiler.  This compiler is used to build a `stageprofile' compiler
  instrumented to collect execution counts of instruction and branch
  probabilities.  Then runtime libraries are compiled with profile
! collected.  Finally a `stagefeedback' compiler is built using the
  information collected.
  
     Unlike standard bootstrap, several additional restrictions apply.
! The compiler used to build `stage1' needs to support a 64-bit integral
  type.  It is recommended to only use GCC for this.
  
     On Linux/x86_64 hosts with some restrictions (no virtualization) it
! is also possible to do autofdo build with `make autoprofiledback'. This
  uses Linux perf to sample branches in the binary and then rebuild it
! with feedback derived from the profile.  Linux perf and the `autofdo'
  toolkit needs to be installed for this.
  
     Only the profile from the current build is used, so when an error
! occurs it is recommended to clean before restarting. Otherwise the code
  quality may be much worse.
  
  
*************** File: gccinstall.info,  Node: Testing,
*** 2315,2328 ****
  6 Installing GCC: Testing
  *************************
  
! Before you install GCC, we encourage you to run the testsuites and to
  compare your results with results from a similar configuration that have
  been submitted to the gcc-testresults mailing list.  Some of these
  archived results are linked from the build status lists at
! <http://gcc.gnu.org/buildstat.html>, although not everyone who reports a
! successful build runs the testsuites and submits the results.  This step
! is optional and may require you to download additional software, but it
! can give you confidence in your new GCC installation or point out
  problems before you install and start using your new GCC.
  
     First, you must have downloaded the testsuites.  These are part of
--- 2359,2372 ----
  6 Installing GCC: Testing
  *************************
  
!    Before you install GCC, we encourage you to run the testsuites and to
  compare your results with results from a similar configuration that have
  been submitted to the gcc-testresults mailing list.  Some of these
  archived results are linked from the build status lists at
! `http://gcc.gnu.org/buildstat.html', although not everyone who reports
! a successful build runs the testsuites and submits the results.  This
! step is optional and may require you to download additional software,
! but it can give you confidence in your new GCC installation or point out
  problems before you install and start using your new GCC.
  
     First, you must have downloaded the testsuites.  These are part of
*************** the full distribution, but if you downlo
*** 2330,2343 ****
  any front ends, you must download the testsuites separately.
  
     Second, you must have the testing tools installed.  This includes
! DejaGnu, Tcl, and Expect; the DejaGnu site has links to these.  For
  running the BRIG frontend tests, a tool to assemble the binary BRIGs
  from HSAIL text, HSAILasm must be installed.
  
!    If the directories where 'runtest' and 'expect' were installed are
! not in the 'PATH', you may need to set the following environment
! variables appropriately, as in the following example (which assumes that
! DejaGnu has been installed under '/usr/local'):
  
       TCL_LIBRARY = /usr/local/share/tcl8.0
       DEJAGNULIBS = /usr/local/share/dejagnu
--- 2374,2387 ----
  any front ends, you must download the testsuites separately.
  
     Second, you must have the testing tools installed.  This includes
! DejaGnu, Tcl, and Expect; the DejaGnu site has links to these. For
  running the BRIG frontend tests, a tool to assemble the binary BRIGs
  from HSAIL text, HSAILasm must be installed.
  
!    If the directories where `runtest' and `expect' were installed are
! not in the `PATH', you may need to set the following environment
! variables appropriately, as in the following example (which assumes
! that DejaGnu has been installed under `/usr/local'):
  
       TCL_LIBRARY = /usr/local/share/tcl8.0
       DEJAGNULIBS = /usr/local/share/dejagnu
*************** portability in the DejaGnu code.)
*** 2349,2403 ****
     Finally, you can run the testsuite (which may take a long time):
       cd OBJDIR; make -k check
  
!    This will test various components of GCC, such as compiler front ends
! and runtime libraries.  While running the testsuite, DejaGnu might emit
! some harmless messages resembling 'WARNING: Couldn't find the global
! config file.' or 'WARNING: Couldn't find tool init file' that can be
! ignored.
  
     If you are testing a cross-compiler, you may want to run the
  testsuite on a simulator as described at
! <http://gcc.gnu.org/simtest-howto.html>.
  
  6.1 How can you run the testsuite on selected tests?
  ====================================================
  
! In order to run sets of tests selectively, there are targets 'make
! check-gcc' and language specific 'make check-c', 'make check-c++', 'make
! check-fortran', 'make check-ada', 'make check-objc', 'make
! check-obj-c++', 'make check-lto' in the 'gcc' subdirectory of the object
! directory.  You can also just run 'make check' in a subdirectory of the
! object directory.
  
!    A more selective way to just run all 'gcc' execute tests in the
  testsuite is to use
  
       make check-gcc RUNTESTFLAGS="execute.exp OTHER-OPTIONS"
  
!    Likewise, in order to run only the 'g++' "old-deja" tests in the
! testsuite with filenames matching '9805*', you would use
  
       make check-g++ RUNTESTFLAGS="old-deja.exp=9805* OTHER-OPTIONS"
  
!    The '*.exp' files are located in the testsuite directories of the GCC
! source, the most important ones being 'compile.exp', 'execute.exp',
! 'dg.exp' and 'old-deja.exp'.  To get a list of the possible '*.exp'
! files, pipe the output of 'make check' into a file and look at the
! 'Running ... .exp' lines.
  
  6.2 Passing options and running multiple testsuites
  ===================================================
  
  You can pass multiple options to the testsuite using the
! '--target_board' option of DejaGNU, either passed as part of
! 'RUNTESTFLAGS', or directly to 'runtest' if you prefer to work outside
  the makefiles.  For example,
  
       make check-g++ RUNTESTFLAGS="--target_board=unix/-O3/-fmerge-constants"
  
!    will run the standard 'g++' testsuites ("unix" is the target name for
! a standard native testsuite situation), passing '-O3 -fmerge-constants'
! to the compiler on every test, i.e., slashes separate options.
  
     You can run the testsuites multiple times using combinations of
  options with a syntax similar to the brace expansion of popular shells:
--- 2393,2448 ----
     Finally, you can run the testsuite (which may take a long time):
       cd OBJDIR; make -k check
  
!    This will test various components of GCC, such as compiler front
! ends and runtime libraries.  While running the testsuite, DejaGnu might
! emit some harmless messages resembling `WARNING: Couldn't find the
! global config file.' or `WARNING: Couldn't find tool init file' that
! can be ignored.
  
     If you are testing a cross-compiler, you may want to run the
  testsuite on a simulator as described at
! `http://gcc.gnu.org/simtest-howto.html'.
  
  6.1 How can you run the testsuite on selected tests?
  ====================================================
  
! In order to run sets of tests selectively, there are targets `make
! check-gcc' and language specific `make check-c', `make check-c++',
! `make check-fortran', `make check-ada', `make check-objc', `make
! check-obj-c++', `make check-lto' in the `gcc' subdirectory of the
! object directory.  You can also just run `make check' in a subdirectory
! of the object directory.
  
!    A more selective way to just run all `gcc' execute tests in the
  testsuite is to use
  
       make check-gcc RUNTESTFLAGS="execute.exp OTHER-OPTIONS"
  
!    Likewise, in order to run only the `g++' "old-deja" tests in the
! testsuite with filenames matching `9805*', you would use
  
       make check-g++ RUNTESTFLAGS="old-deja.exp=9805* OTHER-OPTIONS"
  
!    The `*.exp' files are located in the testsuite directories of the GCC
! source, the most important ones being `compile.exp', `execute.exp',
! `dg.exp' and `old-deja.exp'.  To get a list of the possible `*.exp'
! files, pipe the output of `make check' into a file and look at the
! `Running ...  .exp' lines.
  
  6.2 Passing options and running multiple testsuites
  ===================================================
  
  You can pass multiple options to the testsuite using the
! `--target_board' option of DejaGNU, either passed as part of
! `RUNTESTFLAGS', or directly to `runtest' if you prefer to work outside
  the makefiles.  For example,
  
       make check-g++ RUNTESTFLAGS="--target_board=unix/-O3/-fmerge-constants"
  
!    will run the standard `g++' testsuites ("unix" is the target name
! for a standard native testsuite situation), passing `-O3
! -fmerge-constants' to the compiler on every test, i.e., slashes
! separate options.
  
     You can run the testsuites multiple times using combinations of
  options with a syntax similar to the brace expansion of popular shells:
*************** options with a syntax similar to the bra
*** 2406,2412 ****
  
     (Note the empty option caused by the trailing comma in the final
  group.)  The following will run each testsuite eight times using the
! 'arm-sim' target, as if you had specified all possible combinations
  yourself:
  
       --target_board='arm-sim/-mhard-float/-O1 \
--- 2451,2457 ----
  
     (Note the empty option caused by the trailing comma in the final
  group.)  The following will run each testsuite eight times using the
! `arm-sim' target, as if you had specified all possible combinations
  yourself:
  
       --target_board='arm-sim/-mhard-float/-O1 \
*************** This list:
*** 2423,2435 ****
  
       ..."--target_board=unix/-Wextra\{-O3,-fno-strength\}\{-fomit-frame,\}"
  
!    will generate four combinations, all involving '-Wextra'.
  
     The disadvantage to this method is that the testsuites are run in
  serial, which is a waste on multiprocessor systems.  For users with GNU
  Make and a shell which performs brace expansion, you can run the
  testsuites in parallel by having the shell perform the combinations and
! 'make' do the parallel runs.  Instead of using '--target_board', use a
  special makefile target:
  
       make -jN check-TESTSUITE//TEST-TARGET/OPTION1/OPTION2/...
--- 2468,2480 ----
  
       ..."--target_board=unix/-Wextra\{-O3,-fno-strength\}\{-fomit-frame,\}"
  
!    will generate four combinations, all involving `-Wextra'.
  
     The disadvantage to this method is that the testsuites are run in
  serial, which is a waste on multiprocessor systems.  For users with GNU
  Make and a shell which performs brace expansion, you can run the
  testsuites in parallel by having the shell perform the combinations and
! `make' do the parallel runs.  Instead of using `--target_board', use a
  special makefile target:
  
       make -jN check-TESTSUITE//TEST-TARGET/OPTION1/OPTION2/...
*************** special makefile target:
*** 2440,2463 ****
  
     will run three concurrent "make-gcc" testsuites, eventually testing
  all ten combinations as described above.  Note that this is currently
! only supported in the 'gcc' subdirectory.  (To see how this works, try
! typing 'echo' before the example given here.)
  
  6.3 How to interpret test results
  =================================
  
! The result of running the testsuite are various '*.sum' and '*.log'
! files in the testsuite subdirectories.  The '*.log' files contain a
  detailed log of the compiler invocations and the corresponding results,
! the '*.sum' files summarize the results.  These summaries contain status
! codes for all tests:
  
     * PASS: the test passed as expected
     * XPASS: the test unexpectedly passed
     * FAIL: the test unexpectedly failed
     * XFAIL: the test failed as expected
     * UNSUPPORTED: the test is not supported on this platform
     * ERROR: the testsuite detected an error
     * WARNING: the testsuite detected a possible problem
  
     It is normal for some tests to report unexpected failures.  At the
--- 2485,2514 ----
  
     will run three concurrent "make-gcc" testsuites, eventually testing
  all ten combinations as described above.  Note that this is currently
! only supported in the `gcc' subdirectory.  (To see how this works, try
! typing `echo' before the example given here.)
  
  6.3 How to interpret test results
  =================================
  
! The result of running the testsuite are various `*.sum' and `*.log'
! files in the testsuite subdirectories.  The `*.log' files contain a
  detailed log of the compiler invocations and the corresponding results,
! the `*.sum' files summarize the results.  These summaries contain
! status codes for all tests:
  
     * PASS: the test passed as expected
+ 
     * XPASS: the test unexpectedly passed
+ 
     * FAIL: the test unexpectedly failed
+ 
     * XFAIL: the test failed as expected
+ 
     * UNSUPPORTED: the test is not supported on this platform
+ 
     * ERROR: the testsuite detected an error
+ 
     * WARNING: the testsuite detected a possible problem
  
     It is normal for some tests to report unexpected failures.  At the
*************** fixed in future releases.
*** 2469,2483 ****
  ===========================
  
  If you want to report the results to the GCC project, use the
! 'contrib/test_summary' shell script.  Start it in the OBJDIR with
  
       SRCDIR/contrib/test_summary -p your_commentary.txt \
           -m gcc-testresults@gcc.gnu.org |sh
  
!    This script uses the 'Mail' program to send the results, so make sure
! it is in your 'PATH'.  The file 'your_commentary.txt' is prepended to
! the testsuite summary and should contain any special remarks you have on
! your results or your build environment.  Please do not edit the
  testsuite result block or the subject line, as these messages may be
  automatically processed.
  
--- 2520,2534 ----
  ===========================
  
  If you want to report the results to the GCC project, use the
! `contrib/test_summary' shell script.  Start it in the OBJDIR with
  
       SRCDIR/contrib/test_summary -p your_commentary.txt \
           -m gcc-testresults@gcc.gnu.org |sh
  
!    This script uses the `Mail' program to send the results, so make
! sure it is in your `PATH'.  The file `your_commentary.txt' is prepended
! to the testsuite summary and should contain any special remarks you
! have on your results or your build environment.  Please do not edit the
  testsuite result block or the subject line, as these messages may be
  automatically processed.
  
*************** File: gccinstall.info,  Node: Final inst
*** 2487,2494 ****
  7 Installing GCC: Final installation
  ************************************
  
! Now that GCC has been built (and optionally tested), you can install it
! with
       cd OBJDIR && make install
  
     We strongly recommend to install into a target directory where there
--- 2538,2545 ----
  7 Installing GCC: Final installation
  ************************************
  
!    Now that GCC has been built (and optionally tested), you can install
! it with
       cd OBJDIR && make install
  
     We strongly recommend to install into a target directory where there
*************** that depend on this debugging informatio
*** 2498,2535 ****
  instance).
  
     That step completes the installation of GCC; user level binaries can
! be found in 'PREFIX/bin' where PREFIX is the value you specified with
! the '--prefix' to configure (or '/usr/local' by default).  (If you
! specified '--bindir', that directory will be used instead; otherwise, if
! you specified '--exec-prefix', 'EXEC-PREFIX/bin' will be used.)  Headers
! for the C++ library are installed in 'PREFIX/include'; libraries in
! 'LIBDIR' (normally 'PREFIX/lib'); internal parts of the compiler in
! 'LIBDIR/gcc' and 'LIBEXECDIR/gcc'; documentation in info format in
! 'INFODIR' (normally 'PREFIX/info').
  
     When installing cross-compilers, GCC's executables are not only
! installed into 'BINDIR', that is, 'EXEC-PREFIX/bin', but additionally
! into 'EXEC-PREFIX/TARGET-ALIAS/bin', if that directory exists.
  Typically, such "tooldirs" hold target-specific binutils, including
  assembler and linker.
  
!    Installation into a temporary staging area or into a 'chroot' jail
  can be achieved with the command
  
       make DESTDIR=PATH-TO-ROOTDIR install
  
  where PATH-TO-ROOTDIR is the absolute path of a directory relative to
  which all installation paths will be interpreted.  Note that the
! directory specified by 'DESTDIR' need not exist yet; it will be created
  if necessary.
  
!    There is a subtle point with tooldirs and 'DESTDIR': If you relocate
! a cross-compiler installation with e.g. 'DESTDIR=ROOTDIR', then the
! directory 'ROOTDIR/EXEC-PREFIX/TARGET-ALIAS/bin' will be filled with
  duplicated GCC executables only if it already exists, it will not be
! created otherwise.  This is regarded as a feature, not as a bug, because
! it gives slightly more control to the packagers using the 'DESTDIR'
! feature.
  
     You can install stripped programs and libraries with
  
--- 2549,2586 ----
  instance).
  
     That step completes the installation of GCC; user level binaries can
! be found in `PREFIX/bin' where PREFIX is the value you specified with
! the `--prefix' to configure (or `/usr/local' by default).  (If you
! specified `--bindir', that directory will be used instead; otherwise,
! if you specified `--exec-prefix', `EXEC-PREFIX/bin' will be used.)
! Headers for the C++ library are installed in `PREFIX/include';
! libraries in `LIBDIR' (normally `PREFIX/lib'); internal parts of the
! compiler in `LIBDIR/gcc' and `LIBEXECDIR/gcc'; documentation in info
! format in `INFODIR' (normally `PREFIX/info').
  
     When installing cross-compilers, GCC's executables are not only
! installed into `BINDIR', that is, `EXEC-PREFIX/bin', but additionally
! into `EXEC-PREFIX/TARGET-ALIAS/bin', if that directory exists.
  Typically, such "tooldirs" hold target-specific binutils, including
  assembler and linker.
  
!    Installation into a temporary staging area or into a `chroot' jail
  can be achieved with the command
  
       make DESTDIR=PATH-TO-ROOTDIR install
  
  where PATH-TO-ROOTDIR is the absolute path of a directory relative to
  which all installation paths will be interpreted.  Note that the
! directory specified by `DESTDIR' need not exist yet; it will be created
  if necessary.
  
!    There is a subtle point with tooldirs and `DESTDIR': If you relocate
! a cross-compiler installation with e.g. `DESTDIR=ROOTDIR', then the
! directory `ROOTDIR/EXEC-PREFIX/TARGET-ALIAS/bin' will be filled with
  duplicated GCC executables only if it already exists, it will not be
! created otherwise.  This is regarded as a feature, not as a bug,
! because it gives slightly more control to the packagers using the
! `DESTDIR' feature.
  
     You can install stripped programs and libraries with
  
*************** feature.
*** 2537,2601 ****
  
     If you are bootstrapping a released version of GCC then please
  quickly review the build status page for your release, available from
! <http://gcc.gnu.org/buildstat.html>.  If your system is not listed for
  the version of GCC that you built, send a note to <gcc@gcc.gnu.org>
  indicating that you successfully built and installed GCC.  Include the
  following information:
  
!    * Output from running 'SRCDIR/config.guess'.  Do not send that file
       itself, just the one-line output from running it.
  
!    * The output of 'gcc -v' for your newly installed 'gcc'.  This tells
       us which version of GCC you built and the options you passed to
       configure.
  
!    * Whether you enabled all languages or a subset of them.  If you used
!      a full distribution then this information is part of the configure
!      options in the output of 'gcc -v', but if you downloaded the "core"
!      compiler plus additional front ends then it isn't apparent which
!      ones you built unless you tell us about it.
  
     * If the build was for GNU/Linux, also include:
!         * The distribution name and version (e.g., Red Hat 7.1 or Debian
!           2.2.3); this information should be available from
!           '/etc/issue'.
  
!         * The version of the Linux kernel, available from 'uname
!           --version' or 'uname -a'.
  
          * The version of glibc you used; for RPM-based systems like Red
!           Hat, Mandrake, and SuSE type 'rpm -q glibc' to get the glibc
!           version, and on systems like Debian and Progeny use 'dpkg -l
            libc6'.
!      For other systems, you can include similar information if you think
!      it is relevant.
  
     * Any other information that you think would be useful to people
!      building GCC on the same configuration.  The new entry in the build
!      status list will include a link to the archived copy of your
       message.
  
!    We'd also like to know if the *note host/target specific installation
! notes: Specific. didn't include your host/target information or if that
! information is incomplete or out of date.  Send a note to
! <gcc@gcc.gnu.org> detailing how the information should be changed.
  
     If you find a bug, please report it following the bug reporting
  guidelines.
  
!    If you want to print the GCC manuals, do 'cd OBJDIR; make dvi'.  You
! will need to have 'texi2dvi' (version at least 4.7) and TeX installed.
! This creates a number of '.dvi' files in subdirectories of 'OBJDIR';
! these may be converted for printing with programs such as 'dvips'.
! Alternately, by using 'make pdf' in place of 'make dvi', you can create
! documentation in the form of '.pdf' files; this requires 'texi2pdf',
  which is included with Texinfo version 4.8 and later.  You can also buy
  printed manuals from the Free Software Foundation, though such manuals
  may not be for the most recent version of GCC.
  
!    If you would like to generate online HTML documentation, do 'cd
  OBJDIR; make html' and HTML will be generated for the gcc manuals in
! 'OBJDIR/gcc/HTML'.
  
  
  File: gccinstall.info,  Node: Binaries,  Next: Specific,  Prev: Installing GCC,  Up: Top
--- 2588,2653 ----
  
     If you are bootstrapping a released version of GCC then please
  quickly review the build status page for your release, available from
! `http://gcc.gnu.org/buildstat.html'.  If your system is not listed for
  the version of GCC that you built, send a note to <gcc@gcc.gnu.org>
  indicating that you successfully built and installed GCC.  Include the
  following information:
  
!    * Output from running `SRCDIR/config.guess'.  Do not send that file
       itself, just the one-line output from running it.
  
!    * The output of `gcc -v' for your newly installed `gcc'.  This tells
       us which version of GCC you built and the options you passed to
       configure.
  
!    * Whether you enabled all languages or a subset of them.  If you
!      used a full distribution then this information is part of the
!      configure options in the output of `gcc -v', but if you downloaded
!      the "core" compiler plus additional front ends then it isn't
!      apparent which ones you built unless you tell us about it.
  
     * If the build was for GNU/Linux, also include:
!         * The distribution name and version (e.g., Red Hat 7.1 or
!           Debian 2.2.3); this information should be available from
!           `/etc/issue'.
  
!         * The version of the Linux kernel, available from `uname
!           --version' or `uname -a'.
  
          * The version of glibc you used; for RPM-based systems like Red
!           Hat, Mandrake, and SuSE type `rpm -q glibc' to get the glibc
!           version, and on systems like Debian and Progeny use `dpkg -l
            libc6'.
!      For other systems, you can include similar information if you
!      think it is relevant.
  
     * Any other information that you think would be useful to people
!      building GCC on the same configuration.  The new entry in the
!      build status list will include a link to the archived copy of your
       message.
  
!    We'd also like to know if the *note host/target specific
! installation notes: Specific.  didn't include your host/target
! information or if that information is incomplete or out of date.  Send
! a note to <gcc@gcc.gnu.org> detailing how the information should be
! changed.
  
     If you find a bug, please report it following the bug reporting
  guidelines.
  
!    If you want to print the GCC manuals, do `cd OBJDIR; make dvi'.  You
! will need to have `texi2dvi' (version at least 4.7) and TeX installed.
! This creates a number of `.dvi' files in subdirectories of `OBJDIR';
! these may be converted for printing with programs such as `dvips'.
! Alternately, by using `make pdf' in place of `make dvi', you can create
! documentation in the form of `.pdf' files; this requires `texi2pdf',
  which is included with Texinfo version 4.8 and later.  You can also buy
  printed manuals from the Free Software Foundation, though such manuals
  may not be for the most recent version of GCC.
  
!    If you would like to generate online HTML documentation, do `cd
  OBJDIR; make html' and HTML will be generated for the gcc manuals in
! `OBJDIR/gcc/HTML'.
  
  
  File: gccinstall.info,  Node: Binaries,  Next: Specific,  Prev: Installing GCC,  Up: Top
*************** File: gccinstall.info,  Node: Binaries,
*** 2603,2612 ****
  8 Installing GCC: Binaries
  **************************
  
! We are often asked about pre-compiled versions of GCC.  While we cannot
! provide these for all platforms, below you'll find links to binaries for
! various platforms where creating them by yourself is not easy due to
! various reasons.
  
     Please note that we did not create these binaries, nor do we support
  them.  If you have any problems installing them, please contact their
--- 2655,2664 ----
  8 Installing GCC: Binaries
  **************************
  
!    We are often asked about pre-compiled versions of GCC.  While we
! cannot provide these for all platforms, below you'll find links to
! binaries for various platforms where creating them by yourself is not
! easy due to various reasons.
  
     Please note that we did not create these binaries, nor do we support
  them.  If you have any problems installing them, please contact their
*************** makers.
*** 2629,2634 ****
--- 2681,2687 ----
  
     * Microsoft Windows:
          * The Cygwin project;
+ 
          * The MinGW and mingw-w64 projects.
  
     * OpenPKG offers binaries for quite a number of platforms.
*************** File: gccinstall.info,  Node: Specific,
*** 2642,2649 ****
  9 Host/target specific installation notes for GCC
  *************************************************
  
! Please read this document carefully _before_ installing the GNU Compiler
! Collection on your machine.
  
     Note that this list of install notes is _not_ a list of supported
  hosts or targets.  Not all supported hosts and targets are listed here,
--- 2695,2702 ----
  9 Host/target specific installation notes for GCC
  *************************************************
  
!    Please read this document carefully _before_ installing the GNU
! Compiler Collection on your machine.
  
     Note that this list of install notes is _not_ a list of supported
  hosts or targets.  Not all supported hosts and targets are listed here,
*************** have to.
*** 2653,2682 ****
  aarch64*-*-*
  ============
  
! Binutils pre 2.24 does not have support for selecting '-mabi' and does
  not support ILP32.  If it is used to build GCC 4.9 or later, GCC will
! not support option '-mabi=ilp32'.
  
     To enable a workaround for the Cortex-A53 erratum number 835769 by
  default (for all CPUs regardless of -mcpu option given) at configure
! time use the '--enable-fix-cortex-a53-835769' option.  This will enable
  the fix by default and can be explicitly disabled during compilation by
! passing the '-mno-fix-cortex-a53-835769' option.  Conversely,
! '--disable-fix-cortex-a53-835769' will disable the workaround by
  default.  The workaround is disabled by default if neither of
! '--enable-fix-cortex-a53-835769' or '--disable-fix-cortex-a53-835769' is
! given at configure time.
  
     To enable a workaround for the Cortex-A53 erratum number 843419 by
  default (for all CPUs regardless of -mcpu option given) at configure
! time use the '--enable-fix-cortex-a53-843419' option.  This workaround
! is applied at link time.  Enabling the workaround will cause GCC to pass
! the relevant option to the linker.  It can be explicitly disabled during
! compilation by passing the '-mno-fix-cortex-a53-843419' option.
! Conversely, '--disable-fix-cortex-a53-843419' will disable the
! workaround by default.  The workaround is disabled by default if neither
! of '--enable-fix-cortex-a53-843419' or '--disable-fix-cortex-a53-843419'
! is given at configure time.
  
  alpha*-*-*
  ==========
--- 2706,2735 ----
  aarch64*-*-*
  ============
  
! Binutils pre 2.24 does not have support for selecting `-mabi' and does
  not support ILP32.  If it is used to build GCC 4.9 or later, GCC will
! not support option `-mabi=ilp32'.
  
     To enable a workaround for the Cortex-A53 erratum number 835769 by
  default (for all CPUs regardless of -mcpu option given) at configure
! time use the `--enable-fix-cortex-a53-835769' option.  This will enable
  the fix by default and can be explicitly disabled during compilation by
! passing the `-mno-fix-cortex-a53-835769' option.  Conversely,
! `--disable-fix-cortex-a53-835769' will disable the workaround by
  default.  The workaround is disabled by default if neither of
! `--enable-fix-cortex-a53-835769' or `--disable-fix-cortex-a53-835769'
! is given at configure time.
  
     To enable a workaround for the Cortex-A53 erratum number 843419 by
  default (for all CPUs regardless of -mcpu option given) at configure
! time use the `--enable-fix-cortex-a53-843419' option.  This workaround
! is applied at link time.  Enabling the workaround will cause GCC to
! pass the relevant option to the linker.  It can be explicitly disabled
! during compilation by passing the `-mno-fix-cortex-a53-843419' option.
! Conversely, `--disable-fix-cortex-a53-843419' will disable the
! workaround by default.  The workaround is disabled by default if
! neither of `--enable-fix-cortex-a53-843419' or
! `--disable-fix-cortex-a53-843419' is given at configure time.
  
  alpha*-*-*
  ==========
*************** systems.
*** 2700,2724 ****
  
     Support for Tru64 UNIX V5.1 has been removed in GCC 4.8.  As of GCC
  4.6, support for Tru64 UNIX V4.0 and V5.0 has been removed.  As of GCC
! 3.2, versions before 'alpha*-dec-osf4' are no longer supported.  (These
  are the versions which identify themselves as DEC OSF/1.)
  
  amd64-*-solaris2.1[0-9]*
  ========================
  
! This is a synonym for 'x86_64-*-solaris2.1[0-9]*'.
  
  arc-*-elf32
  ===========
  
! Use 'configure --target=arc-elf32 --with-cpu=CPU
  --enable-languages="c,c++"' to configure GCC, with CPU being one of
! 'arc600', 'arc601', or 'arc700'.
  
  arc-linux-uclibc
  ================
  
! Use 'configure --target=arc-linux-uclibc --with-cpu=arc700
  --enable-languages="c,c++"' to configure GCC.
  
  arm-*-eabi
--- 2753,2777 ----
  
     Support for Tru64 UNIX V5.1 has been removed in GCC 4.8.  As of GCC
  4.6, support for Tru64 UNIX V4.0 and V5.0 has been removed.  As of GCC
! 3.2, versions before `alpha*-dec-osf4' are no longer supported.  (These
  are the versions which identify themselves as DEC OSF/1.)
  
  amd64-*-solaris2.1[0-9]*
  ========================
  
! This is a synonym for `x86_64-*-solaris2.1[0-9]*'.
  
  arc-*-elf32
  ===========
  
! Use `configure --target=arc-elf32 --with-cpu=CPU
  --enable-languages="c,c++"' to configure GCC, with CPU being one of
! `arc600', `arc601', or `arc700'.
  
  arc-linux-uclibc
  ================
  
! Use `configure --target=arc-linux-uclibc --with-cpu=arc700
  --enable-languages="c,c++"' to configure GCC.
  
  arm-*-eabi
*************** arm-*-eabi
*** 2727,2733 ****
  ARM-family processors.
  
     Building the Ada frontend commonly fails (an infinite loop executing
! 'xsinfo') if the host compiler is GNAT 4.8.  Host compilers built from
  the GNAT 4.6, 4.9 or 5 release branches are known to succeed.
  
  avr
--- 2780,2786 ----
  ARM-family processors.
  
     Building the Ada frontend commonly fails (an infinite loop executing
! `xsinfo') if the host compiler is GNAT 4.8.  Host compilers built from
  the GNAT 4.6, 4.9 or 5 release branches are known to succeed.
  
  avr
*************** ATMEL AVR-family micro controllers.  The
*** 2737,2748 ****
  applications.  There are no standard Unix configurations.  *Note AVR
  Options: (gcc)AVR Options, for the list of supported MCU types.
  
!    Use 'configure --target=avr --enable-languages="c"' to configure GCC.
  
     Further installation notes and other useful information about AVR
  tools can also be obtained from:
  
     * http://www.nongnu.org/avr/
     * http://www.amelek.gda.pl/avr/
  
     The following error:
--- 2790,2802 ----
  applications.  There are no standard Unix configurations.  *Note AVR
  Options: (gcc)AVR Options, for the list of supported MCU types.
  
!    Use `configure --target=avr --enable-languages="c"' to configure GCC.
  
     Further installation notes and other useful information about AVR
  tools can also be obtained from:
  
     * http://www.nongnu.org/avr/
+ 
     * http://www.amelek.gda.pl/avr/
  
     The following error:
*************** tools can also be obtained from:
*** 2753,2776 ****
  Blackfin
  ========
  
! The Blackfin processor, an Analog Devices DSP. *Note Blackfin Options:
  (gcc)Blackfin Options,
  
     More information, and a version of binutils with support for this
! processor, is available at <https://blackfin.uclinux.org>
  
  CR16
  ====
  
! The CR16 CompactRISC architecture is a 16-bit architecture.  This
  architecture is used in embedded applications.
  
     *Note CR16 Options: (gcc)CR16 Options,
  
!    Use 'configure --target=cr16-elf --enable-languages=c,c++' to
  configure GCC for building a CR16 elf cross-compiler.
  
!    Use 'configure --target=cr16-uclinux --enable-languages=c,c++' to
  configure GCC for building a CR16 uclinux cross-compiler.
  
  CRIS
--- 2807,2830 ----
  Blackfin
  ========
  
! The Blackfin processor, an Analog Devices DSP.  *Note Blackfin Options:
  (gcc)Blackfin Options,
  
     More information, and a version of binutils with support for this
! processor, is available at `https://blackfin.uclinux.org'
  
  CR16
  ====
  
! The CR16 CompactRISC architecture is a 16-bit architecture. This
  architecture is used in embedded applications.
  
     *Note CR16 Options: (gcc)CR16 Options,
  
!    Use `configure --target=cr16-elf --enable-languages=c,c++' to
  configure GCC for building a CR16 elf cross-compiler.
  
!    Use `configure --target=cr16-uclinux --enable-languages=c,c++' to
  configure GCC for building a CR16 uclinux cross-compiler.
  
  CRIS
*************** system-on-a-chip series.  These are used
*** 2783,2799 ****
  options.
  
     There are a few different CRIS targets:
! 'cris-axis-elf'
       Mainly for monolithic embedded systems.  Includes a multilib for
!      the 'v10' core used in 'ETRAX 100 LX'.
! 'cris-axis-linux-gnu'
       A GNU/Linux port for the CRIS architecture, currently targeting
!      'ETRAX 100 LX' by default.
  
     Pre-packaged tools can be obtained from
! <ftp://ftp.axis.com/pub/axis/tools/cris/compiler-kit/>.  More
  information about this platform is available at
! <http://developer.axis.com/>.
  
  DOS
  ===
--- 2837,2854 ----
  options.
  
     There are a few different CRIS targets:
! `cris-axis-elf'
       Mainly for monolithic embedded systems.  Includes a multilib for
!      the `v10' core used in `ETRAX 100 LX'.
! 
! `cris-axis-linux-gnu'
       A GNU/Linux port for the CRIS architecture, currently targeting
!      `ETRAX 100 LX' by default.
  
     Pre-packaged tools can be obtained from
! `ftp://ftp.axis.com/pub/axis/tools/cris/compiler-kit/'.  More
  information about this platform is available at
! `http://developer.axis.com/'.
  
  DOS
  ===
*************** Support for FreeBSD 1 was discontinued i
*** 2820,2845 ****
     In order to better utilize FreeBSD base system functionality and
  match the configuration of the system compiler, GCC 4.5 and above as
  well as GCC 4.4 past 2010-06-20 leverage SSP support in libc (which is
! present on FreeBSD 7 or later) and the use of '__cxa_atexit' by default
! (on FreeBSD 6 or later).  The use of 'dl_iterate_phdr' inside
! 'libgcc_s.so.1' and boehm-gc (on FreeBSD 7 or later) is enabled by GCC
  4.5 and above.
  
     We support FreeBSD using the ELF file format with DWARF 2 debugging
! for all CPU architectures.  You may use '-gstabs' instead of '-g', if
  you really want the old debugging format.  There are no known issues
! with mixing object files and libraries with different debugging formats.
! Otherwise, this release of GCC should now match more of the
  configuration used in the stock FreeBSD configuration of GCC.  In
! particular, '--enable-threads' is now configured by default.  However,
  as a general user, do not attempt to replace the system compiler with
! this release.  Known to bootstrap and check with good results on FreeBSD
! 7.2-STABLE.  In the past, known to bootstrap and check with good results
! on FreeBSD 3.0, 3.4, 4.0, 4.2, 4.3, 4.4, 4.5, 4.8, 4.9 and 5-CURRENT.
  
!    The version of binutils installed in '/usr/bin' probably works with
  this release of GCC.  Bootstrapping against the latest GNU binutils
! and/or the version found in '/usr/ports/devel/binutils' has been known
  to enable additional features and improve overall testsuite results.
  However, it is currently known that boehm-gc may not configure properly
  on FreeBSD prior to the FreeBSD 7.0 release with GNU binutils after
--- 2875,2901 ----
     In order to better utilize FreeBSD base system functionality and
  match the configuration of the system compiler, GCC 4.5 and above as
  well as GCC 4.4 past 2010-06-20 leverage SSP support in libc (which is
! present on FreeBSD 7 or later) and the use of `__cxa_atexit' by default
! (on FreeBSD 6 or later).  The use of `dl_iterate_phdr' inside
! `libgcc_s.so.1' and boehm-gc (on FreeBSD 7 or later) is enabled by GCC
  4.5 and above.
  
     We support FreeBSD using the ELF file format with DWARF 2 debugging
! for all CPU architectures.  You may use `-gstabs' instead of `-g', if
  you really want the old debugging format.  There are no known issues
! with mixing object files and libraries with different debugging
! formats.  Otherwise, this release of GCC should now match more of the
  configuration used in the stock FreeBSD configuration of GCC.  In
! particular, `--enable-threads' is now configured by default.  However,
  as a general user, do not attempt to replace the system compiler with
! this release.  Known to bootstrap and check with good results on
! FreeBSD 7.2-STABLE.  In the past, known to bootstrap and check with
! good results on FreeBSD 3.0, 3.4, 4.0, 4.2, 4.3, 4.4, 4.5, 4.8, 4.9 and
! 5-CURRENT.
  
!    The version of binutils installed in `/usr/bin' probably works with
  this release of GCC.  Bootstrapping against the latest GNU binutils
! and/or the version found in `/usr/ports/devel/binutils' has been known
  to enable additional features and improve overall testsuite results.
  However, it is currently known that boehm-gc may not configure properly
  on FreeBSD prior to the FreeBSD 7.0 release with GNU binutils after
*************** Support for HP-UX version 9 and older wa
*** 2871,2888 ****
     We require using gas/binutils on all hppa platforms.  Version 2.19 or
  later is recommended.
  
!    It may be helpful to configure GCC with the '--with-gnu-as' and
! '--with-as=...' options to ensure that GCC can find GAS.
  
!    The HP assembler should not be used with GCC. It is rarely tested and
! may not work.  It shouldn't be used with any languages other than C due
! to its many limitations.
  
!    Specifically, '-g' does not work (HP-UX uses a peculiar debugging
  format which GCC does not know about).  It also inserts timestamps into
! each object file it creates, causing the 3-stage comparison test to fail
! during a bootstrap.  You should be able to continue by saying 'make
! all-host all-target' after getting the failure from 'make'.
  
     Various GCC features are not supported.  For example, it does not
  support weak symbols or alias definitions.  As a result, explicit
--- 2927,2944 ----
     We require using gas/binutils on all hppa platforms.  Version 2.19 or
  later is recommended.
  
!    It may be helpful to configure GCC with the `--with-gnu-as' and
! `--with-as=...' options to ensure that GCC can find GAS.
  
!    The HP assembler should not be used with GCC.  It is rarely tested
! and may not work.  It shouldn't be used with any languages other than C
! due to its many limitations.
  
!    Specifically, `-g' does not work (HP-UX uses a peculiar debugging
  format which GCC does not know about).  It also inserts timestamps into
! each object file it creates, causing the 3-stage comparison test to
! fail during a bootstrap.  You should be able to continue by saying
! `make all-host all-target' after getting the failure from `make'.
  
     Various GCC features are not supported.  For example, it does not
  support weak symbols or alias definitions.  As a result, explicit
*************** difficult if not impossible to build man
*** 2893,2899 ****
  PROCESSOR_7100LC and PROCESSOR_8000.  They are selected from the pa-risc
  architecture specified for the target machine when configuring.
  PROCESSOR_8000 is the default.  PROCESSOR_7100LC is selected when the
! target is a 'hppa1*' machine.
  
     The PROCESSOR_8000 model is not well suited to older processors.
  Thus, it is important to completely specify the machine architecture
--- 2949,2955 ----
  PROCESSOR_7100LC and PROCESSOR_8000.  They are selected from the pa-risc
  architecture specified for the target machine when configuring.
  PROCESSOR_8000 is the default.  PROCESSOR_7100LC is selected when the
! target is a `hppa1*' machine.
  
     The PROCESSOR_8000 model is not well suited to older processors.
  Thus, it is important to completely specify the machine architecture
*************** when configuring if you want a model oth
*** 2901,2923 ****
  macro TARGET_SCHED_DEFAULT can be defined in BOOT_CFLAGS if a different
  default scheduling model is desired.
  
!    As of GCC 4.0, GCC uses the UNIX 95 namespace for HP-UX 10.10 through
! 11.00, and the UNIX 98 namespace for HP-UX 11.11 and later.  This
! namespace change might cause problems when bootstrapping with an earlier
! version of GCC or the HP compiler as essentially the same namespace is
! required for an entire build.  This problem can be avoided in a number
! of ways.  With HP cc, 'UNIX_STD' can be set to '95' or '98'.  Another
! way is to add an appropriate set of predefines to 'CC'.  The description
! for the 'munix=' option contains a list of the predefines used with each
! standard.
  
!    More specific information to 'hppa*-hp-hpux*' targets follows.
  
  hppa*-hp-hpux10
  ===============
  
  For hpux10.20, we _highly_ recommend you pick up the latest sed patch
! 'PHCO_19798' from HP.
  
     The C++ ABI has changed incompatibly in GCC 4.0.  COMDAT subspaces
  are used for one-only code and data.  This resolves many of the previous
--- 2957,2979 ----
  macro TARGET_SCHED_DEFAULT can be defined in BOOT_CFLAGS if a different
  default scheduling model is desired.
  
!    As of GCC 4.0, GCC uses the UNIX 95 namespace for HP-UX 10.10
! through 11.00, and the UNIX 98 namespace for HP-UX 11.11 and later.
! This namespace change might cause problems when bootstrapping with an
! earlier version of GCC or the HP compiler as essentially the same
! namespace is required for an entire build.  This problem can be avoided
! in a number of ways.  With HP cc, `UNIX_STD' can be set to `95' or
! `98'.  Another way is to add an appropriate set of predefines to `CC'.
! The description for the `munix=' option contains a list of the
! predefines used with each standard.
  
!    More specific information to `hppa*-hp-hpux*' targets follows.
  
  hppa*-hp-hpux10
  ===============
  
  For hpux10.20, we _highly_ recommend you pick up the latest sed patch
! `PHCO_19798' from HP.
  
     The C++ ABI has changed incompatibly in GCC 4.0.  COMDAT subspaces
  are used for one-only code and data.  This resolves many of the previous
*************** start from a binary distribution.
*** 2956,3034 ****
  
     On 64-bit capable systems, there are two distinct targets.  Different
  installation prefixes must be used if both are to be installed on the
! same system.  The 'hppa[1-2]*-hp-hpux11*' target generates code for the
  32-bit PA-RISC runtime architecture and uses the HP linker.  The
! 'hppa64-hp-hpux11*' target generates 64-bit code for the PA-RISC 2.0
  architecture.
  
     The script config.guess now selects the target type based on the
! compiler detected during configuration.  You must define 'PATH' or 'CC'
  so that configure finds an appropriate compiler for the initial
! bootstrap.  When 'CC' is used, the definition should contain the options
! that are needed whenever 'CC' is used.
  
     Specifically, options that determine the runtime architecture must be
! in 'CC' to correctly select the target for the build.  It is also
! convenient to place many other compiler options in 'CC'.  For example,
! 'CC="cc -Ac +DA2.0W -Wp,-H16376 -D_CLASSIC_TYPES -D_HPUX_SOURCE"' can be
! used to bootstrap the GCC 3.3 branch with the HP compiler in 64-bit
! K&R/bundled mode.  The '+DA2.0W' option will result in the automatic
! selection of the 'hppa64-hp-hpux11*' target.  The macro definition table
! of cpp needs to be increased for a successful build with the HP
  compiler.  _CLASSIC_TYPES and _HPUX_SOURCE need to be defined when
! building with the bundled compiler, or when using the '-Ac' option.
! These defines aren't necessary with '-Ae'.
  
!    It is best to explicitly configure the 'hppa64-hp-hpux11*' target
! with the '--with-ld=...' option.  This overrides the standard search for
! ld.  The two linkers supported on this target require different
  commands.  The default linker is determined during configuration.  As a
  result, it's not possible to switch linkers in the middle of a GCC
  build.  This has been reported to sometimes occur in unified builds of
  binutils and GCC.
  
     A recent linker patch must be installed for the correct operation of
! GCC 3.3 and later.  'PHSS_26559' and 'PHSS_24304' are the oldest linker
  patches that are known to work.  They are for HP-UX 11.00 and 11.11,
! respectively.  'PHSS_24303', the companion to 'PHSS_24304', might be
  usable but it hasn't been tested.  These patches have been superseded.
! Consult the HP patch database to obtain the currently recommended linker
! patch for your system.
  
     The patches are necessary for the support of weak symbols on the
  32-bit port, and for the running of initializers and finalizers.  Weak
  symbols are implemented using SOM secondary definition symbols.  Prior
  to HP-UX 11, there are bugs in the linker support for secondary symbols.
  The patches correct a problem of linker core dumps creating shared
! libraries containing secondary symbols, as well as various other linking
! issues involving secondary symbols.
  
     GCC 3.3 uses the ELF DT_INIT_ARRAY and DT_FINI_ARRAY capabilities to
  run initializers and finalizers on the 64-bit port.  The 32-bit port
! uses the linker '+init' and '+fini' options for the same purpose.  The
! patches correct various problems with the +init/+fini options, including
! program core dumps.  Binutils 2.14 corrects a problem on the 64-bit port
! resulting from HP's non-standard use of the .init and .fini sections for
! array initializers and finalizers.
  
     Although the HP and GNU linkers are both supported for the
! 'hppa64-hp-hpux11*' target, it is strongly recommended that the HP
  linker be used for link editing on this target.
  
     At this time, the GNU linker does not support the creation of long
  branch stubs.  As a result, it cannot successfully link binaries
  containing branch offsets larger than 8 megabytes.  In addition, there
  are problems linking shared libraries, linking executables with
! '-static', and with dwarf2 unwind and exception support.  It also
  doesn't provide stubs for internal calls to global functions in shared
  libraries, so these calls cannot be overloaded.
  
     The HP dynamic loader does not support GNU symbol versioning, so
  symbol versioning is not supported.  It may be necessary to disable
! symbol versioning with '--disable-symvers' when using GNU ld.
  
     POSIX threads are the default.  The optional DCE thread library is
! not supported, so '--enable-threads=dce' does not work.
  
  *-*-linux-gnu
  =============
--- 3012,3090 ----
  
     On 64-bit capable systems, there are two distinct targets.  Different
  installation prefixes must be used if both are to be installed on the
! same system.  The `hppa[1-2]*-hp-hpux11*' target generates code for the
  32-bit PA-RISC runtime architecture and uses the HP linker.  The
! `hppa64-hp-hpux11*' target generates 64-bit code for the PA-RISC 2.0
  architecture.
  
     The script config.guess now selects the target type based on the
! compiler detected during configuration.  You must define `PATH' or `CC'
  so that configure finds an appropriate compiler for the initial
! bootstrap.  When `CC' is used, the definition should contain the
! options that are needed whenever `CC' is used.
  
     Specifically, options that determine the runtime architecture must be
! in `CC' to correctly select the target for the build.  It is also
! convenient to place many other compiler options in `CC'.  For example,
! `CC="cc -Ac +DA2.0W -Wp,-H16376 -D_CLASSIC_TYPES -D_HPUX_SOURCE"' can
! be used to bootstrap the GCC 3.3 branch with the HP compiler in 64-bit
! K&R/bundled mode.  The `+DA2.0W' option will result in the automatic
! selection of the `hppa64-hp-hpux11*' target.  The macro definition
! table of cpp needs to be increased for a successful build with the HP
  compiler.  _CLASSIC_TYPES and _HPUX_SOURCE need to be defined when
! building with the bundled compiler, or when using the `-Ac' option.
! These defines aren't necessary with `-Ae'.
  
!    It is best to explicitly configure the `hppa64-hp-hpux11*' target
! with the `--with-ld=...' option.  This overrides the standard search
! for ld.  The two linkers supported on this target require different
  commands.  The default linker is determined during configuration.  As a
  result, it's not possible to switch linkers in the middle of a GCC
  build.  This has been reported to sometimes occur in unified builds of
  binutils and GCC.
  
     A recent linker patch must be installed for the correct operation of
! GCC 3.3 and later.  `PHSS_26559' and `PHSS_24304' are the oldest linker
  patches that are known to work.  They are for HP-UX 11.00 and 11.11,
! respectively.  `PHSS_24303', the companion to `PHSS_24304', might be
  usable but it hasn't been tested.  These patches have been superseded.
! Consult the HP patch database to obtain the currently recommended
! linker patch for your system.
  
     The patches are necessary for the support of weak symbols on the
  32-bit port, and for the running of initializers and finalizers.  Weak
  symbols are implemented using SOM secondary definition symbols.  Prior
  to HP-UX 11, there are bugs in the linker support for secondary symbols.
  The patches correct a problem of linker core dumps creating shared
! libraries containing secondary symbols, as well as various other
! linking issues involving secondary symbols.
  
     GCC 3.3 uses the ELF DT_INIT_ARRAY and DT_FINI_ARRAY capabilities to
  run initializers and finalizers on the 64-bit port.  The 32-bit port
! uses the linker `+init' and `+fini' options for the same purpose.  The
! patches correct various problems with the +init/+fini options,
! including program core dumps.  Binutils 2.14 corrects a problem on the
! 64-bit port resulting from HP's non-standard use of the .init and .fini
! sections for array initializers and finalizers.
  
     Although the HP and GNU linkers are both supported for the
! `hppa64-hp-hpux11*' target, it is strongly recommended that the HP
  linker be used for link editing on this target.
  
     At this time, the GNU linker does not support the creation of long
  branch stubs.  As a result, it cannot successfully link binaries
  containing branch offsets larger than 8 megabytes.  In addition, there
  are problems linking shared libraries, linking executables with
! `-static', and with dwarf2 unwind and exception support.  It also
  doesn't provide stubs for internal calls to global functions in shared
  libraries, so these calls cannot be overloaded.
  
     The HP dynamic loader does not support GNU symbol versioning, so
  symbol versioning is not supported.  It may be necessary to disable
! symbol versioning with `--disable-symvers' when using GNU ld.
  
     POSIX threads are the default.  The optional DCE thread library is
! not supported, so `--enable-threads=dce' does not work.
  
  *-*-linux-gnu
  =============
*************** i?86-*-solaris2.10
*** 3051,3111 ****
  ==================
  
  Use this for Solaris 10 or later on x86 and x86-64 systems.  Starting
! with GCC 4.7, there is also a 64-bit 'amd64-*-solaris2.1[0-9]*' or
! 'x86_64-*-solaris2.1[0-9]*' configuration that corresponds to
! 'sparcv9-sun-solaris2*'.
  
     It is recommended that you configure GCC to use the GNU assembler.
  The versions included in Solaris 10, from GNU binutils 2.15 (in
! '/usr/sfw/bin/gas'), and Solaris 11, from GNU binutils 2.19 or newer
! (also available as '/usr/bin/gas' and '/usr/gnu/bin/as'), work fine.
! Please note that the current version, from GNU binutils 2.26, only works
! on Solaris 12 when using the Solaris linker.  On Solaris 10 and 11, you
! either have to wait for GNU binutils 2.26.1 or newer, or stay with GNU
! binutils 2.25.1.  Recent versions of the Solaris assembler in
! '/usr/ccs/bin/as' work almost as well, though.
  
     For linking, the Solaris linker, is preferred.  If you want to use
  the GNU linker instead, note that due to a packaging bug the version in
! Solaris 10, from GNU binutils 2.15 (in '/usr/sfw/bin/gld'), cannot be
  used, while the version in Solaris 11, from GNU binutils 2.19 or newer
! (also in '/usr/gnu/bin/ld' and '/usr/bin/gld'), works, as does the
  latest version, from GNU binutils 2.26.
  
!    To use GNU 'as', configure with the options '--with-gnu-as
  --with-as=/usr/sfw/bin/gas'.  It may be necessary to configure with
! '--without-gnu-ld --with-ld=/usr/ccs/bin/ld' to guarantee use of Sun
! 'ld'.
  
  ia64-*-linux
  ============
  
! IA-64 processor (also known as IPF, or Itanium Processor Family) running
! GNU/Linux.
  
     If you are using the installed system libunwind library with
! '--with-system-libunwind', then you must use libunwind 0.98 or later.
  
     None of the following versions of GCC has an ABI that is compatible
! with any of the other versions in this list, with the exception that Red
! Hat 2.96 and Trillian 000171 are compatible with each other: 3.1, 3.0.2,
! 3.0.1, 3.0, Red Hat 2.96, and Trillian 000717.  This primarily affects
! C++ programs and programs that create shared libraries.  GCC 3.1 or
! later is recommended for compiling linux, the kernel.  As of version 3.1
! GCC is believed to be fully ABI compliant, and hence no more major ABI
! changes are expected.
  
  ia64-*-hpux*
  ============
  
  Building GCC on this target requires the GNU Assembler.  The bundled HP
  assembler will not work.  To prevent GCC from using the wrong assembler,
! the option '--with-gnu-as' may be necessary.
  
     The GCC libunwind library has not been ported to HPUX.  This means
! that for GCC versions 3.2.3 and earlier, '--enable-libunwind-exceptions'
  is required to build GCC.  For GCC 3.3 and later, this is the default.
! For gcc 3.4.3 and later, '--enable-libunwind-exceptions' is removed and
  the system libunwind library will always be used.
  
  *-ibm-aix*
--- 3107,3167 ----
  ==================
  
  Use this for Solaris 10 or later on x86 and x86-64 systems.  Starting
! with GCC 4.7, there is also a 64-bit `amd64-*-solaris2.1[0-9]*' or
! `x86_64-*-solaris2.1[0-9]*' configuration that corresponds to
! `sparcv9-sun-solaris2*'.
  
     It is recommended that you configure GCC to use the GNU assembler.
  The versions included in Solaris 10, from GNU binutils 2.15 (in
! `/usr/sfw/bin/gas'), and Solaris 11, from GNU binutils 2.19 or newer
! (also available as `/usr/bin/gas' and `/usr/gnu/bin/as'), work fine.
! Please note that the current version, from GNU binutils 2.26, only
! works on Solaris 12 when using the Solaris linker.  On Solaris 10 and
! 11, you either have to wait for GNU binutils 2.26.1 or newer, or stay
! with GNU binutils 2.25.1.  Recent versions of the Solaris assembler in
! `/usr/ccs/bin/as' work almost as well, though.
  
     For linking, the Solaris linker, is preferred.  If you want to use
  the GNU linker instead, note that due to a packaging bug the version in
! Solaris 10, from GNU binutils 2.15 (in `/usr/sfw/bin/gld'), cannot be
  used, while the version in Solaris 11, from GNU binutils 2.19 or newer
! (also in `/usr/gnu/bin/ld' and `/usr/bin/gld'), works, as does the
  latest version, from GNU binutils 2.26.
  
!    To use GNU `as', configure with the options `--with-gnu-as
  --with-as=/usr/sfw/bin/gas'.  It may be necessary to configure with
! `--without-gnu-ld --with-ld=/usr/ccs/bin/ld' to guarantee use of Sun
! `ld'.
  
  ia64-*-linux
  ============
  
! IA-64 processor (also known as IPF, or Itanium Processor Family)
! running GNU/Linux.
  
     If you are using the installed system libunwind library with
! `--with-system-libunwind', then you must use libunwind 0.98 or later.
  
     None of the following versions of GCC has an ABI that is compatible
! with any of the other versions in this list, with the exception that
! Red Hat 2.96 and Trillian 000171 are compatible with each other: 3.1,
! 3.0.2, 3.0.1, 3.0, Red Hat 2.96, and Trillian 000717.  This primarily
! affects C++ programs and programs that create shared libraries.  GCC
! 3.1 or later is recommended for compiling linux, the kernel.  As of
! version 3.1 GCC is believed to be fully ABI compliant, and hence no
! more major ABI changes are expected.
  
  ia64-*-hpux*
  ============
  
  Building GCC on this target requires the GNU Assembler.  The bundled HP
  assembler will not work.  To prevent GCC from using the wrong assembler,
! the option `--with-gnu-as' may be necessary.
  
     The GCC libunwind library has not been ported to HPUX.  This means
! that for GCC versions 3.2.3 and earlier, `--enable-libunwind-exceptions'
  is required to build GCC.  For GCC 3.3 and later, this is the default.
! For gcc 3.4.3 and later, `--enable-libunwind-exceptions' is removed and
  the system libunwind library will always be used.
  
  *-ibm-aix*
*************** Support for AIX version 4.2 and older wa
*** 3116,3125 ****
  
     "out of memory" bootstrap failures may indicate a problem with
  process resource limits (ulimit).  Hard limits are configured in the
! '/etc/security/limits' system configuration file.
  
     GCC 4.9 and above require a C++ compiler for bootstrap.  IBM VAC++ /
! xlC cannot bootstrap GCC. xlc can bootstrap an older version of GCC and
  G++ can bootstrap recent releases of GCC.
  
     GCC can bootstrap with recent versions of IBM XLC, but bootstrapping
--- 3172,3181 ----
  
     "out of memory" bootstrap failures may indicate a problem with
  process resource limits (ulimit).  Hard limits are configured in the
! `/etc/security/limits' system configuration file.
  
     GCC 4.9 and above require a C++ compiler for bootstrap.  IBM VAC++ /
! xlC cannot bootstrap GCC.  xlc can bootstrap an older version of GCC and
  G++ can bootstrap recent releases of GCC.
  
     GCC can bootstrap with recent versions of IBM XLC, but bootstrapping
*************** LDR_CNTRL environment variable, e.g.,
*** 3131,3141 ****
       % export LDR_CNTRL
  
     One can start with a pre-compiled version of GCC to build from
! sources.  One may delete GCC's "fixed" header files when starting with a
! version of GCC built for an earlier release of AIX.
  
     To speed up the configuration phases of bootstrapping and installing
! GCC, one may use GNU Bash instead of AIX '/bin/sh', e.g.,
  
       % CONFIG_SHELL=/opt/freeware/bin/bash
       % export CONFIG_SHELL
--- 3187,3197 ----
       % export LDR_CNTRL
  
     One can start with a pre-compiled version of GCC to build from
! sources.  One may delete GCC's "fixed" header files when starting with
! a version of GCC built for an earlier release of AIX.
  
     To speed up the configuration phases of bootstrapping and installing
! GCC, one may use GNU Bash instead of AIX `/bin/sh', e.g.,
  
       % CONFIG_SHELL=/opt/freeware/bin/bash
       % export CONFIG_SHELL
*************** SRCDIR/configure.
*** 3146,3165 ****
  
     Because GCC on AIX is built as a 32-bit executable by default,
  (although it can generate 64-bit programs) the GMP and MPFR libraries
! required by gfortran must be 32-bit libraries.  Building GMP and MPFR as
! static archive libraries works better than shared libraries.
  
!    Errors involving 'alloca' when building GCC generally are due to an
! incorrect definition of 'CC' in the Makefile or mixing files compiled
  with the native C compiler and GCC.  During the stage1 phase of the
! build, the native AIX compiler *must* be invoked as 'cc' (not 'xlc').
! Once 'configure' has been informed of 'xlc', one needs to use 'make
! distclean' to remove the configure cache files and ensure that 'CC'
  environment variable does not provide a definition that will confuse
! 'configure'.  If this error occurs during stage2 or later, then the
  problem most likely is the version of Make (see above).
  
!    The native 'as' and 'ld' are recommended for bootstrapping on AIX.
  The GNU Assembler, GNU Linker, and GNU Binutils version 2.20 is the
  minimum level that supports bootstrap on AIX 5.  The GNU Assembler has
  not been updated to support AIX 6 or AIX 7.  The native AIX tools do
--- 3202,3221 ----
  
     Because GCC on AIX is built as a 32-bit executable by default,
  (although it can generate 64-bit programs) the GMP and MPFR libraries
! required by gfortran must be 32-bit libraries.  Building GMP and MPFR
! as static archive libraries works better than shared libraries.
  
!    Errors involving `alloca' when building GCC generally are due to an
! incorrect definition of `CC' in the Makefile or mixing files compiled
  with the native C compiler and GCC.  During the stage1 phase of the
! build, the native AIX compiler *must* be invoked as `cc' (not `xlc').
! Once `configure' has been informed of `xlc', one needs to use `make
! distclean' to remove the configure cache files and ensure that `CC'
  environment variable does not provide a definition that will confuse
! `configure'.  If this error occurs during stage2 or later, then the
  problem most likely is the version of Make (see above).
  
!    The native `as' and `ld' are recommended for bootstrapping on AIX.
  The GNU Assembler, GNU Linker, and GNU Binutils version 2.20 is the
  minimum level that supports bootstrap on AIX 5.  The GNU Assembler has
  not been updated to support AIX 6 or AIX 7.  The native AIX tools do
*************** interoperate with GCC.
*** 3167,3214 ****
  
     AIX 7.1 added partial support for DWARF debugging, but full support
  requires AIX 7.1 TL03 SP7 that supports additional DWARF sections and
! fixes a bug in the assembler.  AIX 7.1 TL03 SP5 distributed a version of
! libm.a missing important symbols; a fix for IV77796 will be included in
! SP6.
  
     AIX 5.3 TL10, AIX 6.1 TL05 and AIX 7.1 TL00 introduced an AIX
  assembler change that sometimes produces corrupt assembly files causing
  AIX linker errors.  The bug breaks GCC bootstrap on AIX and can cause
  compilation failures with existing GCC installations.  An AIX iFix for
  AIX 5.3 is available (APAR IZ98385 for AIX 5.3 TL10, APAR IZ98477 for
! AIX 5.3 TL11 and IZ98134 for AIX 5.3 TL12).  AIX 5.3 TL11 SP8, AIX 5.3
! TL12 SP5, AIX 6.1 TL04 SP11, AIX 6.1 TL05 SP7, AIX 6.1 TL06 SP6, AIX 6.1
! TL07 and AIX 7.1 TL01 should include the fix.
  
!    Building 'libstdc++.a' requires a fix for an AIX Assembler bug APAR
! IY26685 (AIX 4.3) or APAR IY25528 (AIX 5.1).  It also requires a fix for
! another AIX Assembler bug and a co-dependent AIX Archiver fix referenced
! as APAR IY53606 (AIX 5.2) or as APAR IY54774 (AIX 5.1)
  
!    'libstdc++' in GCC 3.4 increments the major version number of the
! shared object and GCC installation places the 'libstdc++.a' shared
  library in a common location which will overwrite the and GCC 3.3
! version of the shared library.  Applications either need to be re-linked
! against the new shared library or the GCC 3.1 and GCC 3.3 versions of
! the 'libstdc++' shared object needs to be available to the AIX runtime
! loader.  The GCC 3.1 'libstdc++.so.4', if present, and GCC 3.3
! 'libstdc++.so.5' shared objects can be installed for runtime dynamic
! loading using the following steps to set the 'F_LOADONLY' flag in the
! shared object for _each_ multilib 'libstdc++.a' installed:
  
!    Extract the shared objects from the currently installed 'libstdc++.a'
! archive:
       % ar -x libstdc++.a libstdc++.so.4 libstdc++.so.5
  
!    Enable the 'F_LOADONLY' flag so that the shared object will be
  available for runtime dynamic loading, but not linking:
       % strip -e libstdc++.so.4 libstdc++.so.5
  
!    Archive the runtime-only shared object in the GCC 3.4 'libstdc++.a'
  archive:
       % ar -q libstdc++.a libstdc++.so.4 libstdc++.so.5
  
!    Eventually, the '--with-aix-soname=svr4' configure option may drop
  the need for this procedure for libraries that support it.
  
     Linking executables and shared libraries may produce warnings of
--- 3223,3270 ----
  
     AIX 7.1 added partial support for DWARF debugging, but full support
  requires AIX 7.1 TL03 SP7 that supports additional DWARF sections and
! fixes a bug in the assembler.  AIX 7.1 TL03 SP5 distributed a version
! of libm.a missing important symbols; a fix for IV77796 will be included
! in SP6.
  
     AIX 5.3 TL10, AIX 6.1 TL05 and AIX 7.1 TL00 introduced an AIX
  assembler change that sometimes produces corrupt assembly files causing
  AIX linker errors.  The bug breaks GCC bootstrap on AIX and can cause
  compilation failures with existing GCC installations.  An AIX iFix for
  AIX 5.3 is available (APAR IZ98385 for AIX 5.3 TL10, APAR IZ98477 for
! AIX 5.3 TL11 and IZ98134 for AIX 5.3 TL12). AIX 5.3 TL11 SP8, AIX 5.3
! TL12 SP5, AIX 6.1 TL04 SP11, AIX 6.1 TL05 SP7, AIX 6.1 TL06 SP6, AIX
! 6.1 TL07 and AIX 7.1 TL01 should include the fix.
  
!    Building `libstdc++.a' requires a fix for an AIX Assembler bug APAR
! IY26685 (AIX 4.3) or APAR IY25528 (AIX 5.1).  It also requires a fix
! for another AIX Assembler bug and a co-dependent AIX Archiver fix
! referenced as APAR IY53606 (AIX 5.2) or as APAR IY54774 (AIX 5.1)
  
!    `libstdc++' in GCC 3.4 increments the major version number of the
! shared object and GCC installation places the `libstdc++.a' shared
  library in a common location which will overwrite the and GCC 3.3
! version of the shared library.  Applications either need to be
! re-linked against the new shared library or the GCC 3.1 and GCC 3.3
! versions of the `libstdc++' shared object needs to be available to the
! AIX runtime loader.  The GCC 3.1 `libstdc++.so.4', if present, and GCC
! 3.3 `libstdc++.so.5' shared objects can be installed for runtime
! dynamic loading using the following steps to set the `F_LOADONLY' flag
! in the shared object for _each_ multilib `libstdc++.a' installed:
  
!    Extract the shared objects from the currently installed
! `libstdc++.a' archive:
       % ar -x libstdc++.a libstdc++.so.4 libstdc++.so.5
  
!    Enable the `F_LOADONLY' flag so that the shared object will be
  available for runtime dynamic loading, but not linking:
       % strip -e libstdc++.so.4 libstdc++.so.5
  
!    Archive the runtime-only shared object in the GCC 3.4 `libstdc++.a'
  archive:
       % ar -q libstdc++.a libstdc++.so.4 libstdc++.so.5
  
!    Eventually, the `--with-aix-soname=svr4' configure option may drop
  the need for this procedure for libraries that support it.
  
     Linking executables and shared libraries may produce warnings of
*************** executable.
*** 3223,3235 ****
  to parse archive libraries did not handle the new format correctly.
  These routines are used by GCC and result in error messages during
  linking such as "not a COFF file".  The version of the routines shipped
! with AIX 4.3.1 should work for a 32-bit environment.  The '-g' option of
! the archive command may be used to create archives of 32-bit objects
! using the original "small format".  A correct version of the routines is
! shipped with AIX 4.3.2 and above.
  
     Some versions of the AIX binder (linker) can fail with a relocation
! overflow severe error when the '-bbigtoc' option is used to link
  GCC-produced object files into an executable that overflows the TOC.  A
  fix for APAR IX75823 (OVERFLOW DURING LINK WHEN USING GCC AND -BBIGTOC)
  is available from IBM Customer Support and from its
--- 3279,3291 ----
  to parse archive libraries did not handle the new format correctly.
  These routines are used by GCC and result in error messages during
  linking such as "not a COFF file".  The version of the routines shipped
! with AIX 4.3.1 should work for a 32-bit environment.  The `-g' option
! of the archive command may be used to create archives of 32-bit objects
! using the original "small format".  A correct version of the routines
! is shipped with AIX 4.3.2 and above.
  
     Some versions of the AIX binder (linker) can fail with a relocation
! overflow severe error when the `-bbigtoc' option is used to link
  GCC-produced object files into an executable that overflows the TOC.  A
  fix for APAR IX75823 (OVERFLOW DURING LINK WHEN USING GCC AND -BBIGTOC)
  is available from IBM Customer Support and from its
*************** and from its techsupport.services.ibm.co
*** 3248,3262 ****
  fix is incorporated in AIX 4.3.1 and above.
  
     AIX provides National Language Support (NLS).  Compilers and
! assemblers use NLS to support locale-specific representations of various
! data formats including floating-point numbers (e.g., '.' vs ',' for
! separating decimal fractions).  There have been problems reported where
! GCC does not produce the same floating-point formats that the assembler
! expects.  If one encounters this problem, set the 'LANG' environment
! variable to 'C' or 'En_US'.
  
!    A default can be specified with the '-mcpu=CPU_TYPE' switch and using
! the configure option '--with-cpu-CPU_TYPE'.
  
  iq2000-*-elf
  ============
--- 3304,3318 ----
  fix is incorporated in AIX 4.3.1 and above.
  
     AIX provides National Language Support (NLS).  Compilers and
! assemblers use NLS to support locale-specific representations of
! various data formats including floating-point numbers (e.g., `.'  vs
! `,' for separating decimal fractions).  There have been problems
! reported where GCC does not produce the same floating-point formats
! that the assembler expects.  If one encounters this problem, set the
! `LANG' environment variable to `C' or `En_US'.
  
!    A default can be specified with the `-mcpu=CPU_TYPE' switch and
! using the configure option `--with-cpu-CPU_TYPE'.
  
  iq2000-*-elf
  ============
*************** systems.
*** 3291,3312 ****
  m68k-*-*
  ========
  
! By default, 'm68k-*-elf*', 'm68k-*-rtems', 'm68k-*-uclinux' and
! 'm68k-*-linux' build libraries for both M680x0 and ColdFire processors.
! If you only need the M680x0 libraries, you can omit the ColdFire ones by
! passing '--with-arch=m68k' to 'configure'.  Alternatively, you can omit
! the M680x0 libraries by passing '--with-arch=cf' to 'configure'.  These
! targets default to 5206 or 5475 code as appropriate for the target
! system when configured with '--with-arch=cf' and 68020 code otherwise.
  
!    The 'm68k-*-netbsd' and 'm68k-*-openbsd' targets also support the
! '--with-arch' option.  They will generate ColdFire CFV4e code when
! configured with '--with-arch=cf' and 68020 code otherwise.
  
     You can override the default processors listed above by configuring
! with '--with-cpu=TARGET'.  This TARGET can either be a '-mcpu' argument
! or one of the following values: 'm68000', 'm68010', 'm68020', 'm68030',
! 'm68040', 'm68060', 'm68020-40' and 'm68020-60'.
  
     GCC requires at least binutils version 2.17 on these targets.
  
--- 3347,3369 ----
  m68k-*-*
  ========
  
! By default, `m68k-*-elf*', `m68k-*-rtems',  `m68k-*-uclinux' and
! `m68k-*-linux' build libraries for both M680x0 and ColdFire processors.
! If you only need the M680x0 libraries, you can omit the ColdFire ones
! by passing `--with-arch=m68k' to `configure'.  Alternatively, you can
! omit the M680x0 libraries by passing `--with-arch=cf' to `configure'.
! These targets default to 5206 or 5475 code as appropriate for the
! target system when configured with `--with-arch=cf' and 68020 code
! otherwise.
  
!    The `m68k-*-netbsd' and `m68k-*-openbsd' targets also support the
! `--with-arch' option.  They will generate ColdFire CFV4e code when
! configured with `--with-arch=cf' and 68020 code otherwise.
  
     You can override the default processors listed above by configuring
! with `--with-cpu=TARGET'.  This TARGET can either be a `-mcpu' argument
! or one of the following values: `m68000', `m68010', `m68020', `m68030',
! `m68040', `m68060', `m68020-40' and `m68020-60'.
  
     GCC requires at least binutils version 2.17 on these targets.
  
*************** m68k-*-uclinux
*** 3314,3320 ****
  ==============
  
  GCC 4.3 changed the uClinux configuration so that it uses the
! 'm68k-linux-gnu' ABI rather than the 'm68k-elf' ABI. It also added
  improved support for C++ and flat shared libraries, both of which were
  ABI changes.
  
--- 3371,3377 ----
  ==============
  
  GCC 4.3 changed the uClinux configuration so that it uses the
! `m68k-linux-gnu' ABI rather than the `m68k-elf' ABI.  It also added
  improved support for C++ and flat shared libraries, both of which were
  ABI changes.
  
*************** optional, and there should not be a warn
*** 3338,3364 ****
  
     The libstdc++ atomic locking routines for MIPS targets requires MIPS
  II and later.  A patch went in just after the GCC 3.3 release to make
! 'mips*-*-*' use the generic implementation instead.  You can also
! configure for 'mipsel-elf' as a workaround.  The 'mips*-*-linux*' target
! continues to use the MIPS II routines.  More work on this is expected in
! future releases.
  
!    The built-in '__sync_*' functions are available on MIPS II and later
! systems and others that support the 'll', 'sc' and 'sync' instructions.
! This can be overridden by passing '--with-llsc' or '--without-llsc' when
! configuring GCC. Since the Linux kernel emulates these instructions if
! they are missing, the default for 'mips*-*-linux*' targets is
! '--with-llsc'.  The '--with-llsc' and '--without-llsc' configure options
! may be overridden at compile time by passing the '-mllsc' or '-mno-llsc'
! options to the compiler.
  
     MIPS systems check for division by zero (unless
! '-mno-check-zero-division' is passed to the compiler) by generating
! either a conditional trap or a break instruction.  Using trap results in
! smaller code, but is only supported on MIPS II and later.  Also, some
! versions of the Linux kernel have a bug that prevents trap from
! generating the proper signal ('SIGFPE').  To enable the use of break,
! use the '--with-divide=breaks' 'configure' option when configuring GCC.
  The default is to use traps on systems that support them.
  
  mips-sgi-irix5
--- 3395,3421 ----
  
     The libstdc++ atomic locking routines for MIPS targets requires MIPS
  II and later.  A patch went in just after the GCC 3.3 release to make
! `mips*-*-*' use the generic implementation instead.  You can also
! configure for `mipsel-elf' as a workaround.  The `mips*-*-linux*'
! target continues to use the MIPS II routines.  More work on this is
! expected in future releases.
  
!    The built-in `__sync_*' functions are available on MIPS II and later
! systems and others that support the `ll', `sc' and `sync' instructions.
! This can be overridden by passing `--with-llsc' or `--without-llsc'
! when configuring GCC.  Since the Linux kernel emulates these
! instructions if they are missing, the default for `mips*-*-linux*'
! targets is `--with-llsc'.  The `--with-llsc' and `--without-llsc'
! configure options may be overridden at compile time by passing the
! `-mllsc' or `-mno-llsc' options to the compiler.
  
     MIPS systems check for division by zero (unless
! `-mno-check-zero-division' is passed to the compiler) by generating
! either a conditional trap or a break instruction.  Using trap results
! in smaller code, but is only supported on MIPS II and later.  Also,
! some versions of the Linux kernel have a bug that prevents trap from
! generating the proper signal (`SIGFPE').  To enable the use of break,
! use the `--with-divide=breaks' `configure' option when configuring GCC.
  The default is to use traps on systems that support them.
  
  mips-sgi-irix5
*************** Nvidia PTX target.
*** 3401,3421 ****
  
     Instead of GNU binutils, you will need to install nvptx-tools.  Tell
  GCC where to find it:
! '--with-build-time-tools=[install-nvptx-tools]/nvptx-none/bin'.
  
     A nvptx port of newlib is available at nvptx-newlib.  It can be
! automatically built together with GCC.  For this, add a symbolic link to
! nvptx-newlib's 'newlib' directory to the directory containing the GCC
! sources.
  
!    Use the '--disable-sjlj-exceptions' and
! '--enable-newlib-io-long-long' options when configuring.
  
  powerpc-*-*
  ===========
  
! You can specify a default version for the '-mcpu=CPU_TYPE' switch by
! using the configure option '--with-cpu-CPU_TYPE'.
  
     You will need GNU binutils 2.15 or newer.
  
--- 3458,3478 ----
  
     Instead of GNU binutils, you will need to install nvptx-tools.  Tell
  GCC where to find it:
! `--with-build-time-tools=[install-nvptx-tools]/nvptx-none/bin'.
  
     A nvptx port of newlib is available at nvptx-newlib.  It can be
! automatically built together with GCC.  For this, add a symbolic link
! to nvptx-newlib's `newlib' directory to the directory containing the
! GCC sources.
  
!    Use the `--disable-sjlj-exceptions' and
! `--enable-newlib-io-long-long' options when configuring.
  
  powerpc-*-*
  ===========
  
! You can specify a default version for the `-mcpu=CPU_TYPE' switch by
! using the configure option `--with-cpu-CPU_TYPE'.
  
     You will need GNU binutils 2.15 or newer.
  
*************** PowerPC running Darwin (Mac OS X kernel)
*** 3426,3436 ****
  
     Pre-installed versions of Mac OS X may not include any developer
  tools, meaning that you will not be able to build GCC from source.  Tool
! binaries are available at <https://opensource.apple.com>.
  
     This version of GCC requires at least cctools-590.36.  The
  cctools-590.36 package referenced from
! <http://gcc.gnu.org/ml/gcc/2006-03/msg00507.html> will not work on
  systems older than 10.3.9 (aka darwin7.9.0).
  
  powerpc-*-elf
--- 3483,3493 ----
  
     Pre-installed versions of Mac OS X may not include any developer
  tools, meaning that you will not be able to build GCC from source.  Tool
! binaries are available at `https://opensource.apple.com'.
  
     This version of GCC requires at least cctools-590.36.  The
  cctools-590.36 package referenced from
! `http://gcc.gnu.org/ml/gcc/2006-03/msg00507.html' will not work on
  systems older than 10.3.9 (aka darwin7.9.0).
  
  powerpc-*-elf
*************** Embedded PowerPC system in little endian
*** 3478,3485 ****
  rl78-*-elf
  ==========
  
! The Renesas RL78 processor.  This configuration is intended for embedded
! systems.
  
  riscv32-*-elf
  =============
--- 3535,3542 ----
  rl78-*-elf
  ==========
  
! The Renesas RL78 processor.  This configuration is intended for
! embedded systems.
  
  riscv32-*-elf
  =============
*************** GCC 4.6.
*** 3537,3617 ****
  
     Sun does not ship a C compiler with Solaris 2 before Solaris 10,
  though you can download the Sun Studio compilers for free.  In Solaris
! 10 and 11, GCC 3.4.3 is available as '/usr/sfw/bin/gcc'.  Solaris 11
! also provides GCC 4.5.2, 4.7.3, and 4.8.2 as '/usr/gcc/4.5/bin/gcc' or
  similar.  Alternatively, you can install a pre-built GCC to bootstrap
! and install GCC. See the binaries page for details.
  
!    The Solaris 2 '/bin/sh' will often fail to configure 'libstdc++-v3'or
! 'boehm-gc'.  We therefore recommend using the following initial sequence
! of commands
  
       % CONFIG_SHELL=/bin/ksh
       % export CONFIG_SHELL
  
  and proceed as described in the configure instructions.  In addition we
  strongly recommend specifying an absolute path to invoke
! 'SRCDIR/configure'.
  
     Solaris 10 comes with a number of optional OS packages.  Some of
! these are needed to use GCC fully, namely 'SUNWarc', 'SUNWbtool',
! 'SUNWesu', 'SUNWhea', 'SUNWlibm', 'SUNWsprot', and 'SUNWtoo'.  If you
  did not install all optional packages when installing Solaris 10, you
  will need to verify that the packages that GCC needs are installed.  To
! check whether an optional package is installed, use the 'pkginfo'
! command.  To add an optional package, use the 'pkgadd' command.  For
  further details, see the Solaris 10 documentation.
  
     Starting with Solaris 11, the package management has changed, so you
! need to check for 'system/header', 'system/linker', and
! 'developer/assembler' packages.  Checking for and installing packages is
! done with the 'pkg' command now.
  
!    Trying to use the linker and other tools in '/usr/ucb' to install GCC
! has been observed to cause trouble.  For example, the linker may hang
! indefinitely.  The fix is to remove '/usr/ucb' from your 'PATH'.
  
     The build process works more smoothly with the legacy Sun tools so,
! if you have '/usr/xpg4/bin' in your 'PATH', we recommend that you place
! '/usr/bin' before '/usr/xpg4/bin' for the duration of the build.
  
     We recommend the use of the Solaris assembler or the GNU assembler,
! in conjunction with the Solaris linker.  The GNU 'as' versions included
! in Solaris 10, from GNU binutils 2.15 (in '/usr/sfw/bin/gas'), and
! Solaris 11, from GNU binutils 2.19 or newer (also in '/usr/bin/gas' and
! '/usr/gnu/bin/as'), are known to work.  Current versions of GNU binutils
! (2.26) are known to work as well, with the caveat mentioned in
  i?86-*-solaris2.10 .  Note that your mileage may vary if you use a
  combination of the GNU tools and the Solaris tools: while the
! combination GNU 'as' + Sun 'ld' should reasonably work, the reverse
! combination Sun 'as' + GNU 'ld' may fail to build or cause memory
! corruption at runtime in some cases for C++ programs.  GNU 'ld' usually
  works as well, although the version included in Solaris 10 cannot be
! used due to several bugs.  Again, the current version (2.26) is known to
! work, but generally lacks platform specific features, so better stay
! with Solaris 'ld'.  To use the LTO linker plugin ('-fuse-linker-plugin')
! with GNU 'ld', GNU binutils _must_ be configured with
! '--enable-largefile'.
  
!    To enable symbol versioning in 'libstdc++' with the Solaris linker,
! you need to have any version of GNU 'c++filt', which is part of GNU
! binutils.  'libstdc++' symbol versioning will be disabled if no
! appropriate version is found.  Solaris 'c++filt' from the Solaris Studio
! compilers does _not_ work.
  
     Sun bug 4927647 sometimes causes random spurious testsuite failures
  related to missing diagnostic output.  This bug doesn't affect GCC
! itself, rather it is a kernel bug triggered by the 'expect' program
! which is used only by the GCC testsuite driver.  When the bug causes the
! 'expect' program to miss anticipated output, extra testsuite failures
! appear.
  
  sparc*-*-*
  ==========
  
  This section contains general configuration information for all
! SPARC-based platforms.  In addition to reading this section, please read
! all other sections that match your target.
  
     Newer versions of the GNU Multiple Precision Library (GMP), the MPFR
  library and the MPC library are known to be miscompiled by earlier
--- 3594,3674 ----
  
     Sun does not ship a C compiler with Solaris 2 before Solaris 10,
  though you can download the Sun Studio compilers for free.  In Solaris
! 10 and 11, GCC 3.4.3 is available as `/usr/sfw/bin/gcc'.  Solaris 11
! also provides GCC 4.5.2, 4.7.3, and 4.8.2 as `/usr/gcc/4.5/bin/gcc' or
  similar.  Alternatively, you can install a pre-built GCC to bootstrap
! and install GCC.  See the binaries page for details.
  
!    The Solaris 2 `/bin/sh' will often fail to configure
! `libstdc++-v3'or `boehm-gc'.  We therefore recommend using the
! following initial sequence of commands
  
       % CONFIG_SHELL=/bin/ksh
       % export CONFIG_SHELL
  
  and proceed as described in the configure instructions.  In addition we
  strongly recommend specifying an absolute path to invoke
! `SRCDIR/configure'.
  
     Solaris 10 comes with a number of optional OS packages.  Some of
! these are needed to use GCC fully, namely `SUNWarc', `SUNWbtool',
! `SUNWesu', `SUNWhea', `SUNWlibm', `SUNWsprot', and `SUNWtoo'.  If you
  did not install all optional packages when installing Solaris 10, you
  will need to verify that the packages that GCC needs are installed.  To
! check whether an optional package is installed, use the `pkginfo'
! command.  To add an optional package, use the `pkgadd' command.  For
  further details, see the Solaris 10 documentation.
  
     Starting with Solaris 11, the package management has changed, so you
! need to check for `system/header', `system/linker', and
! `developer/assembler' packages.  Checking for and installing packages
! is done with the `pkg' command now.
  
!    Trying to use the linker and other tools in `/usr/ucb' to install
! GCC has been observed to cause trouble.  For example, the linker may
! hang indefinitely.  The fix is to remove `/usr/ucb' from your `PATH'.
  
     The build process works more smoothly with the legacy Sun tools so,
! if you have `/usr/xpg4/bin' in your `PATH', we recommend that you place
! `/usr/bin' before `/usr/xpg4/bin' for the duration of the build.
  
     We recommend the use of the Solaris assembler or the GNU assembler,
! in conjunction with the Solaris linker.  The GNU `as' versions included
! in Solaris 10, from GNU binutils 2.15 (in `/usr/sfw/bin/gas'), and
! Solaris 11, from GNU binutils 2.19 or newer (also in `/usr/bin/gas' and
! `/usr/gnu/bin/as'), are known to work.  Current versions of GNU
! binutils (2.26) are known to work as well, with the caveat mentioned in
  i?86-*-solaris2.10 .  Note that your mileage may vary if you use a
  combination of the GNU tools and the Solaris tools: while the
! combination GNU `as' + Sun `ld' should reasonably work, the reverse
! combination Sun `as' + GNU `ld' may fail to build or cause memory
! corruption at runtime in some cases for C++ programs.  GNU `ld' usually
  works as well, although the version included in Solaris 10 cannot be
! used due to several bugs.  Again, the current version (2.26) is known
! to work, but generally lacks platform specific features, so better stay
! with Solaris `ld'.  To use the LTO linker plugin
! (`-fuse-linker-plugin') with GNU `ld', GNU binutils _must_ be
! configured with `--enable-largefile'.
  
!    To enable symbol versioning in `libstdc++' with the Solaris linker,
! you need to have any version of GNU `c++filt', which is part of GNU
! binutils.  `libstdc++' symbol versioning will be disabled if no
! appropriate version is found.  Solaris `c++filt' from the Solaris
! Studio compilers does _not_ work.
  
     Sun bug 4927647 sometimes causes random spurious testsuite failures
  related to missing diagnostic output.  This bug doesn't affect GCC
! itself, rather it is a kernel bug triggered by the `expect' program
! which is used only by the GCC testsuite driver.  When the bug causes
! the `expect' program to miss anticipated output, extra testsuite
! failures appear.
  
  sparc*-*-*
  ==========
  
  This section contains general configuration information for all
! SPARC-based platforms.  In addition to reading this section, please
! read all other sections that match your target.
  
     Newer versions of the GNU Multiple Precision Library (GMP), the MPFR
  library and the MPC library are known to be miscompiled by earlier
*************** this difference is quite significant for
*** 3628,3645 ****
  information.
  
     Starting with Solaris 7, the operating system is capable of executing
! 64-bit SPARC V9 binaries.  GCC 3.1 and later properly supports this; the
! '-m64' option enables 64-bit code generation.  However, if all you want
! is code tuned for the UltraSPARC CPU, you should try the
! '-mtune=ultrasparc' option instead, which produces code that, unlike
  full 64-bit code, can still run on non-UltraSPARC machines.
  
     When configuring the GNU Multiple Precision Library (GMP), the MPFR
  library or the MPC library on a Solaris 7 or later system, the canonical
! target triplet must be specified as the 'build' parameter on the
  configure line.  This target triplet can be obtained by invoking
! './config.guess' in the toplevel source directory of GCC (and not that
! of GMP or MPFR or MPC). For example on a Solaris 9 system:
  
       % ./configure --build=sparc-sun-solaris2.9 --prefix=xxx
  
--- 3685,3702 ----
  information.
  
     Starting with Solaris 7, the operating system is capable of executing
! 64-bit SPARC V9 binaries.  GCC 3.1 and later properly supports this;
! the `-m64' option enables 64-bit code generation.  However, if all you
! want is code tuned for the UltraSPARC CPU, you should try the
! `-mtune=ultrasparc' option instead, which produces code that, unlike
  full 64-bit code, can still run on non-UltraSPARC machines.
  
     When configuring the GNU Multiple Precision Library (GMP), the MPFR
  library or the MPC library on a Solaris 7 or later system, the canonical
! target triplet must be specified as the `build' parameter on the
  configure line.  This target triplet can be obtained by invoking
! `./config.guess' in the toplevel source directory of GCC (and not that
! of GMP or MPFR or MPC).  For example on a Solaris 9 system:
  
       % ./configure --build=sparc-sun-solaris2.9 --prefix=xxx
  
*************** sparc-sun-solaris2.10
*** 3647,3653 ****
  =====================
  
  There is a bug in older versions of the Sun assembler which breaks
! thread-local storage (TLS). A typical error message is
  
       ld: fatal: relocation error: R_SPARC_TLS_LE_HIX22: file /var/tmp//ccamPA1v.o:
         symbol <unknown>: bad symbol type SECT: symbol type must be TLS
--- 3704,3710 ----
  =====================
  
  There is a bug in older versions of the Sun assembler which breaks
! thread-local storage (TLS).  A typical error message is
  
       ld: fatal: relocation error: R_SPARC_TLS_LE_HIX22: file /var/tmp//ccamPA1v.o:
         symbol <unknown>: bad symbol type SECT: symbol type must be TLS
*************** sparc64-*-solaris2*
*** 3662,3668 ****
  
  When configuring the GNU Multiple Precision Library (GMP), the MPFR
  library or the MPC library, the canonical target triplet must be
! specified as the 'build' parameter on the configure line.  For example
  on a Solaris 9 system:
  
       % ./configure --build=sparc64-sun-solaris2.9 --prefix=xxx
--- 3719,3725 ----
  
  When configuring the GNU Multiple Precision Library (GMP), the MPFR
  library or the MPC library, the canonical target triplet must be
! specified as the `build' parameter on the configure line.  For example
  on a Solaris 9 system:
  
       % ./configure --build=sparc64-sun-solaris2.9 --prefix=xxx
*************** on a Solaris 9 system:
*** 3670,3682 ****
  sparcv9-*-solaris2*
  ===================
  
! This is a synonym for 'sparc64-*-solaris2*'.
  
  c6x-*-*
  =======
  
! The C6X family of processors.  This port requires binutils-2.22 or
! newer.
  
  tilegx-*-linux*
  ===============
--- 3727,3738 ----
  sparcv9-*-solaris2*
  ===================
  
! This is a synonym for `sparc64-*-solaris2*'.
  
  c6x-*-*
  =======
  
! The C6X family of processors. This port requires binutils-2.22 or newer.
  
  tilegx-*-linux*
  ===============
*************** systems.
*** 3705,3735 ****
  *-*-vxworks*
  ============
  
! Support for VxWorks is in flux.  At present GCC supports _only_ the very
! recent VxWorks 5.5 (aka Tornado 2.2) release, and only on PowerPC.  We
! welcome patches for other architectures supported by VxWorks 5.5.
  Support for VxWorks AE would also be welcome; we believe this is merely
  a matter of writing an appropriate "configlette" (see below).  We are
  not interested in supporting older, a.out or COFF-based, versions of
  VxWorks in GCC 3.
  
     VxWorks comes with an older version of GCC installed in
! '$WIND_BASE/host'; we recommend you do not overwrite it.  Choose an
  installation PREFIX entirely outside $WIND_BASE.  Before running
! 'configure', create the directories 'PREFIX' and 'PREFIX/bin'.  Link or
! copy the appropriate assembler, linker, etc. into 'PREFIX/bin', and set
! your PATH to include that directory while running both 'configure' and
! 'make'.
  
!    You must give 'configure' the '--with-headers=$WIND_BASE/target/h'
! switch so that it can find the VxWorks system headers.  Since VxWorks is
! a cross compilation target only, you must also specify
! '--target=TARGET'.  'configure' will attempt to create the directory
! 'PREFIX/TARGET/sys-include' and copy files into it; make sure the user
! running 'configure' has sufficient privilege to do so.
  
     GCC's exception handling runtime requires a special "configlette"
! module, 'contrib/gthr_supp_vxw_5x.c'.  Follow the instructions in that
  file to add the module to your kernel build.  (Future versions of
  VxWorks will incorporate this module.)
  
--- 3761,3791 ----
  *-*-vxworks*
  ============
  
! Support for VxWorks is in flux.  At present GCC supports _only_ the
! very recent VxWorks 5.5 (aka Tornado 2.2) release, and only on PowerPC.
! We welcome patches for other architectures supported by VxWorks 5.5.
  Support for VxWorks AE would also be welcome; we believe this is merely
  a matter of writing an appropriate "configlette" (see below).  We are
  not interested in supporting older, a.out or COFF-based, versions of
  VxWorks in GCC 3.
  
     VxWorks comes with an older version of GCC installed in
! `$WIND_BASE/host'; we recommend you do not overwrite it.  Choose an
  installation PREFIX entirely outside $WIND_BASE.  Before running
! `configure', create the directories `PREFIX' and `PREFIX/bin'.  Link or
! copy the appropriate assembler, linker, etc. into `PREFIX/bin', and set
! your PATH to include that directory while running both `configure' and
! `make'.
  
!    You must give `configure' the `--with-headers=$WIND_BASE/target/h'
! switch so that it can find the VxWorks system headers.  Since VxWorks
! is a cross compilation target only, you must also specify
! `--target=TARGET'.  `configure' will attempt to create the directory
! `PREFIX/TARGET/sys-include' and copy files into it; make sure the user
! running `configure' has sufficient privilege to do so.
  
     GCC's exception handling runtime requires a special "configlette"
! module, `contrib/gthr_supp_vxw_5x.c'.  Follow the instructions in that
  file to add the module to your kernel build.  (Future versions of
  VxWorks will incorporate this module.)
  
*************** x86_64-*-*, amd64-*-*
*** 3739,3782 ****
  GCC supports the x86-64 architecture implemented by the AMD64 processor
  (amd64-*-* is an alias for x86_64-*-*) on GNU/Linux, FreeBSD and NetBSD.
  On GNU/Linux the default is a bi-arch compiler which is able to generate
! both 64-bit x86-64 and 32-bit x86 code (via the '-m32' switch).
  
  x86_64-*-solaris2.1[0-9]*
  =========================
  
  GCC also supports the x86-64 architecture implemented by the AMD64
! processor ('amd64-*-*' is an alias for 'x86_64-*-*') on Solaris 10 or
! later.  Unlike other systems, without special options a bi-arch compiler
! is built which generates 32-bit code by default, but can generate 64-bit
! x86-64 code with the '-m64' switch.  Since GCC 4.7, there is also a
! configuration that defaults to 64-bit code, but can generate 32-bit code
! with '-m32'.  To configure and build this way, you have to provide all
! support libraries like 'libgmp' as 64-bit code, configure with
! '--target=x86_64-pc-solaris2.1x' and 'CC=gcc -m64'.
  
  xtensa*-*-elf
  =============
  
! This target is intended for embedded Xtensa systems using the 'newlib' C
! library.  It uses ELF but does not support shared objects.
  Designed-defined instructions specified via the Tensilica Instruction
  Extension (TIE) language are only supported through inline assembly.
  
     The Xtensa configuration information must be specified prior to
! building GCC.  The 'include/xtensa-config.h' header file contains the
! configuration information.  If you created your own Xtensa configuration
! with the Xtensa Processor Generator, the downloaded files include a
! customized copy of this header file, which you can use to replace the
! default header file.
  
  xtensa*-*-linux*
  ================
  
  This target is for Xtensa systems running GNU/Linux.  It supports ELF
  shared objects and the GNU C library (glibc).  It also generates
! position-independent code (PIC) regardless of whether the '-fpic' or
! '-fPIC' options are used.  In other respects, this target is the same as
! the 'xtensa*-*-elf' target.
  
  Microsoft Windows
  =================
--- 3795,3838 ----
  GCC supports the x86-64 architecture implemented by the AMD64 processor
  (amd64-*-* is an alias for x86_64-*-*) on GNU/Linux, FreeBSD and NetBSD.
  On GNU/Linux the default is a bi-arch compiler which is able to generate
! both 64-bit x86-64 and 32-bit x86 code (via the `-m32' switch).
  
  x86_64-*-solaris2.1[0-9]*
  =========================
  
  GCC also supports the x86-64 architecture implemented by the AMD64
! processor (`amd64-*-*' is an alias for `x86_64-*-*') on Solaris 10 or
! later.  Unlike other systems, without special options a bi-arch
! compiler is built which generates 32-bit code by default, but can
! generate 64-bit x86-64 code with the `-m64' switch.  Since GCC 4.7,
! there is also a configuration that defaults to 64-bit code, but can
! generate 32-bit code with `-m32'.  To configure and build this way, you
! have to provide all support libraries like `libgmp' as 64-bit code,
! configure with `--target=x86_64-pc-solaris2.1x' and `CC=gcc -m64'.
  
  xtensa*-*-elf
  =============
  
! This target is intended for embedded Xtensa systems using the `newlib'
! C library.  It uses ELF but does not support shared objects.
  Designed-defined instructions specified via the Tensilica Instruction
  Extension (TIE) language are only supported through inline assembly.
  
     The Xtensa configuration information must be specified prior to
! building GCC.  The `include/xtensa-config.h' header file contains the
! configuration information.  If you created your own Xtensa
! configuration with the Xtensa Processor Generator, the downloaded files
! include a customized copy of this header file, which you can use to
! replace the default header file.
  
  xtensa*-*-linux*
  ================
  
  This target is for Xtensa systems running GNU/Linux.  It supports ELF
  shared objects and the GNU C library (glibc).  It also generates
! position-independent code (PIC) regardless of whether the `-fpic' or
! `-fPIC' options are used.  In other respects, this target is the same
! as the `xtensa*-*-elf' target.
  
  Microsoft Windows
  =================
*************** Windows XP, and Windows Vista, are suppo
*** 3798,3815 ****
  platforms.  These targets differ in which Windows subsystem they target
  and which C libraries are used.
  
!    * Cygwin *-*-cygwin: Cygwin provides a user-space Linux API emulation
!      layer in the Win32 subsystem.
     * MinGW *-*-mingw32: MinGW is a native GCC port for the Win32
       subsystem that provides a subset of POSIX.
!    * MKS i386-pc-mks: NuTCracker from MKS. See
!      <http://www.mkssoftware.com/> for more information.
  
  Intel 64-bit versions
  ---------------------
  
  GCC contains support for x86-64 using the mingw-w64 runtime library,
! available from <http://mingw-w64.org/doku.php>.  This library should be
  used with the target triple x86_64-pc-mingw32.
  
     Presently Windows for Itanium is not supported.
--- 3854,3873 ----
  platforms.  These targets differ in which Windows subsystem they target
  and which C libraries are used.
  
!    * Cygwin *-*-cygwin: Cygwin provides a user-space Linux API
!      emulation layer in the Win32 subsystem.
! 
     * MinGW *-*-mingw32: MinGW is a native GCC port for the Win32
       subsystem that provides a subset of POSIX.
! 
!    * MKS i386-pc-mks: NuTCracker from MKS.  See
!      `http://www.mkssoftware.com/' for more information.
  
  Intel 64-bit versions
  ---------------------
  
  GCC contains support for x86-64 using the mingw-w64 runtime library,
! available from `http://mingw-w64.org/doku.php'.  This library should be
  used with the target triple x86_64-pc-mingw32.
  
     Presently Windows for Itanium is not supported.
*************** support the Interix subsystem.  See abov
*** 3832,3838 ****
  used.
  
     PW32 (i386-pc-pw32) support was never completed, and the project
! seems to be inactive.  See <http://pw32.sourceforge.net/> for more
  information.
  
     UWIN support has been removed due to a lack of maintenance.
--- 3890,3896 ----
  used.
  
     PW32 (i386-pc-pw32) support was never completed, and the project
! seems to be inactive.  See `http://pw32.sourceforge.net/' for more
  information.
  
     UWIN support has been removed due to a lack of maintenance.
*************** version 2.20 or above if building your o
*** 3856,3862 ****
  
  GCC will build with and support only MinGW runtime 3.12 and later.
  Earlier versions of headers are incompatible with the new default
! semantics of 'extern inline' in '-std=c99' and '-std=gnu99' modes.
  
  Older systems
  =============
--- 3914,3920 ----
  
  GCC will build with and support only MinGW runtime 3.12 and later.
  Earlier versions of headers are incompatible with the new default
! semantics of `extern inline' in `-std=c99' and `-std=gnu99' modes.
  
  Older systems
  =============
*************** and may suffer from bitrot.
*** 3868,3874 ****
  
     Starting with GCC 3.1, each release has a list of "obsoleted"
  systems.  Support for these systems is still present in that release,
! but 'configure' will fail unless the '--enable-obsolete' option is
  given.  Unless a maintainer steps forward, support for these systems
  will be removed from the next release of GCC.
  
--- 3926,3932 ----
  
     Starting with GCC 3.1, each release has a list of "obsoleted"
  systems.  Support for these systems is still present in that release,
! but `configure' will fail unless the `--enable-obsolete' option is
  given.  Unless a maintainer steps forward, support for these systems
  will be removed from the next release of GCC.
  
*************** bring GCC up on such a system, if still
*** 3879,3911 ****
  require first installing an old version of GCC which did work on that
  system, and using it to compile a more recent GCC, to avoid bugs in the
  vendor compiler.  Old releases of GCC 1 and GCC 2 are available in the
! 'old-releases' directory on the GCC mirror sites.  Header bugs may
! generally be avoided using 'fixincludes', but bugs or deficiencies in
  libraries and the operating system may still cause problems.
  
     Support for older systems as targets for cross-compilation is less
  problematic than support for them as hosts for GCC; if an enthusiast
  wishes to make such a target work again (including resurrecting any of
! the targets that never worked with GCC 2, starting from the last version
! before they were removed), patches following the usual requirements
! would be likely to be accepted, since they should not affect the support
! for more modern targets.
  
     For some systems, old versions of GNU binutils may also be useful,
! and are available from 'pub/binutils/old-releases' on sourceware.org
  mirror sites.
  
     Some of the information on specific systems above relates to such
  older systems, but much of the information about GCC on such systems
! (which may no longer be applicable to current GCC) is to be found in the
! GCC texinfo manual.
  
  all ELF targets (SVR4, Solaris 2, etc.)
  =======================================
  
  C++ support is significantly better on ELF targets if you use the GNU
! linker; duplicate copies of inlines, vtables and template instantiations
! will be discarded automatically.
  
  
  File: gccinstall.info,  Node: Old,  Next: GNU Free Documentation License,  Prev: Specific,  Up: Top
--- 3937,3969 ----
  require first installing an old version of GCC which did work on that
  system, and using it to compile a more recent GCC, to avoid bugs in the
  vendor compiler.  Old releases of GCC 1 and GCC 2 are available in the
! `old-releases' directory on the GCC mirror sites.  Header bugs may
! generally be avoided using `fixincludes', but bugs or deficiencies in
  libraries and the operating system may still cause problems.
  
     Support for older systems as targets for cross-compilation is less
  problematic than support for them as hosts for GCC; if an enthusiast
  wishes to make such a target work again (including resurrecting any of
! the targets that never worked with GCC 2, starting from the last
! version before they were removed), patches following the usual
! requirements would be likely to be accepted, since they should not
! affect the support for more modern targets.
  
     For some systems, old versions of GNU binutils may also be useful,
! and are available from `pub/binutils/old-releases' on sourceware.org
  mirror sites.
  
     Some of the information on specific systems above relates to such
  older systems, but much of the information about GCC on such systems
! (which may no longer be applicable to current GCC) is to be found in
! the GCC texinfo manual.
  
  all ELF targets (SVR4, Solaris 2, etc.)
  =======================================
  
  C++ support is significantly better on ELF targets if you use the GNU
! linker; duplicate copies of inlines, vtables and template
! instantiations will be discarded automatically.
  
  
  File: gccinstall.info,  Node: Old,  Next: GNU Free Documentation License,  Prev: Specific,  Up: Top
*************** File: gccinstall.info,  Node: Old,  Next
*** 3913,3919 ****
  10 Old installation documentation
  *********************************
  
! Note most of this information is out of date and superseded by the
  previous chapters of this manual.  It is provided for historical
  reference only, because of a lack of volunteers to merge it into the
  main manual.
--- 3971,3977 ----
  10 Old installation documentation
  *********************************
  
!    Note most of this information is out of date and superseded by the
  previous chapters of this manual.  It is provided for historical
  reference only, because of a lack of volunteers to merge it into the
  main manual.
*************** main manual.
*** 3927,3940 ****
    1. If you have chosen a configuration for GCC which requires other GNU
       tools (such as GAS or the GNU linker) instead of the standard
       system tools, install the required tools in the build directory
!      under the names 'as', 'ld' or whatever is appropriate.
  
       Alternatively, you can do subsequent compilation using a value of
!      the 'PATH' environment variable such that the necessary GNU tools
       come before the standard system tools.
  
    2. Specify the host, build and target machine configurations.  You do
!      this when you run the 'configure' script.
  
       The "build" machine is the system which you are using, the "host"
       machine is the system where you want to run the resulting compiler
--- 3985,3998 ----
    1. If you have chosen a configuration for GCC which requires other GNU
       tools (such as GAS or the GNU linker) instead of the standard
       system tools, install the required tools in the build directory
!      under the names `as', `ld' or whatever is appropriate.
  
       Alternatively, you can do subsequent compilation using a value of
!      the `PATH' environment variable such that the necessary GNU tools
       come before the standard system tools.
  
    2. Specify the host, build and target machine configurations.  You do
!      this when you run the `configure' script.
  
       The "build" machine is the system which you are using, the "host"
       machine is the system where you want to run the resulting compiler
*************** main manual.
*** 3943,3956 ****
  
       If you are building a compiler to produce code for the machine it
       runs on (a native compiler), you normally do not need to specify
!      any operands to 'configure'; it will try to guess the type of
       machine you are on and use that as the build, host and target
       machines.  So you don't need to specify a configuration when
!      building a native compiler unless 'configure' cannot figure out
       what your configuration is or guesses wrong.
  
       In those cases, specify the build machine's "configuration name"
!      with the '--host' option; the host and target will default to be
       the same as the host machine.
  
       Here is an example:
--- 4001,4014 ----
  
       If you are building a compiler to produce code for the machine it
       runs on (a native compiler), you normally do not need to specify
!      any operands to `configure'; it will try to guess the type of
       machine you are on and use that as the build, host and target
       machines.  So you don't need to specify a configuration when
!      building a native compiler unless `configure' cannot figure out
       what your configuration is or guesses wrong.
  
       In those cases, specify the build machine's "configuration name"
!      with the `--host' option; the host and target will default to be
       the same as the host machine.
  
       Here is an example:
*************** main manual.
*** 3961,4011 ****
       abbreviated.
  
       A canonical configuration name has three parts, separated by
!      dashes.  It looks like this: 'CPU-COMPANY-SYSTEM'.  (The three
!      parts may themselves contain dashes; 'configure' can figure out
       which dashes serve which purpose.)  For example,
!      'm68k-sun-sunos4.1' specifies a Sun 3.
  
       You can also replace parts of the configuration by nicknames or
!      aliases.  For example, 'sun3' stands for 'm68k-sun', so
!      'sun3-sunos4.1' is another way to specify a Sun 3.
  
!      You can specify a version number after any of the system types, and
!      some of the CPU types.  In most cases, the version is irrelevant,
!      and will be ignored.  So you might as well specify the version if
!      you know it.
  
       See *note Configurations::, for a list of supported configuration
       names and notes on many of the configurations.  You should check
       the notes in that section before proceeding any further with the
       installation of GCC.
  
  
  File: gccinstall.info,  Node: Configurations,  Up: Old
  
  10.1 Configurations Supported by GCC
  ====================================
  
! Here are the possible CPU types:
  
       1750a, a29k, alpha, arm, avr, cN, clipper, dsp16xx, elxsi, fr30,
       h8300, hppa1.0, hppa1.1, i370, i386, i486, i586, i686, i786, i860,
       i960, ip2k, m32r, m68000, m68k, m88k, mcore, mips, mipsel, mips64,
!      mips64el, mn10200, mn10300, ns32k, pdp11, powerpc, powerpcle, romp,
!      rs6000, sh, sparc, sparclite, sparc64, v850, vax, we32k.
  
     Here are the recognized company names.  As you can see, customary
  abbreviations are used rather than the longer official names.
  
       acorn, alliant, altos, apollo, apple, att, bull, cbm, convergent,
!      convex, crds, dec, dg, dolphin, elxsi, encore, harris, hitachi, hp,
!      ibm, intergraph, isi, mips, motorola, ncr, next, ns, omron, plexus,
!      sequent, sgi, sony, sun, tti, unicom, wrs.
  
     The company name is meaningful only to disambiguate when the rest of
! the information supplied is insufficient.  You can omit it, writing just
! 'CPU-SYSTEM', if it is not needed.  For example, 'vax-ultrix4.2' is
! equivalent to 'vax-dec-ultrix4.2'.
  
     Here is a list of system types:
  
--- 4019,4070 ----
       abbreviated.
  
       A canonical configuration name has three parts, separated by
!      dashes.  It looks like this: `CPU-COMPANY-SYSTEM'.  (The three
!      parts may themselves contain dashes; `configure' can figure out
       which dashes serve which purpose.)  For example,
!      `m68k-sun-sunos4.1' specifies a Sun 3.
  
       You can also replace parts of the configuration by nicknames or
!      aliases.  For example, `sun3' stands for `m68k-sun', so
!      `sun3-sunos4.1' is another way to specify a Sun 3.
  
!      You can specify a version number after any of the system types,
!      and some of the CPU types.  In most cases, the version is
!      irrelevant, and will be ignored.  So you might as well specify the
!      version if you know it.
  
       See *note Configurations::, for a list of supported configuration
       names and notes on many of the configurations.  You should check
       the notes in that section before proceeding any further with the
       installation of GCC.
  
+ 
  
  File: gccinstall.info,  Node: Configurations,  Up: Old
  
  10.1 Configurations Supported by GCC
  ====================================
  
!    Here are the possible CPU types:
  
       1750a, a29k, alpha, arm, avr, cN, clipper, dsp16xx, elxsi, fr30,
       h8300, hppa1.0, hppa1.1, i370, i386, i486, i586, i686, i786, i860,
       i960, ip2k, m32r, m68000, m68k, m88k, mcore, mips, mipsel, mips64,
!      mips64el, mn10200, mn10300, ns32k, pdp11, powerpc, powerpcle,
!      romp, rs6000, sh, sparc, sparclite, sparc64, v850, vax, we32k.
  
     Here are the recognized company names.  As you can see, customary
  abbreviations are used rather than the longer official names.
  
       acorn, alliant, altos, apollo, apple, att, bull, cbm, convergent,
!      convex, crds, dec, dg, dolphin, elxsi, encore, harris, hitachi,
!      hp, ibm, intergraph, isi, mips, motorola, ncr, next, ns, omron,
!      plexus, sequent, sgi, sony, sun, tti, unicom, wrs.
  
     The company name is meaningful only to disambiguate when the rest of
! the information supplied is insufficient.  You can omit it, writing
! just `CPU-SYSTEM', if it is not needed.  For example, `vax-ultrix4.2'
! is equivalent to `vax-dec-ultrix4.2'.
  
     Here is a list of system types:
  
*************** equivalent to 'vax-dec-ultrix4.2'.
*** 4017,4045 ****
       sysv, udi, ultrix, unicos, uniplus, unos, vms, vsta, vxworks,
       winnt, xenix.
  
! You can omit the system type; then 'configure' guesses the operating
  system from the CPU and company.
  
     You can add a version number to the system type; this may or may not
! make a difference.  For example, you can write 'bsd4.3' or 'bsd4.4' to
  distinguish versions of BSD.  In practice, the version number is most
! needed for 'sysv3' and 'sysv4', which are often treated differently.
  
!    'linux-gnu' is the canonical name for the GNU/Linux target; however
! GCC will also accept 'linux'.  The version of the kernel in use is not
! relevant on these systems.  A suffix such as 'libc1' or 'aout'
  distinguishes major versions of the C library; all of the suffixed
  versions are obsolete.
  
!    If you specify an impossible combination such as 'i860-dg-vms', then
! you may get an error message from 'configure', or it may ignore part of
! the information and do the best it can with the rest.  'configure'
  always prints the canonical name for the alternative that it used.  GCC
  does not support all possible alternatives.
  
     Often a particular model of machine has a name.  Many machine names
  are recognized as aliases for CPU/company combinations.  Thus, the
! machine name 'sun3', mentioned above, is an alias for 'm68k-sun'.
  Sometimes we accept a company name as a machine name, when the name is
  popularly used for a particular machine.  Here is a table of the known
  machine names:
--- 4076,4104 ----
       sysv, udi, ultrix, unicos, uniplus, unos, vms, vsta, vxworks,
       winnt, xenix.
  
! You can omit the system type; then `configure' guesses the operating
  system from the CPU and company.
  
     You can add a version number to the system type; this may or may not
! make a difference.  For example, you can write `bsd4.3' or `bsd4.4' to
  distinguish versions of BSD.  In practice, the version number is most
! needed for `sysv3' and `sysv4', which are often treated differently.
  
!    `linux-gnu' is the canonical name for the GNU/Linux target; however
! GCC will also accept `linux'.  The version of the kernel in use is not
! relevant on these systems.  A suffix such as `libc1' or `aout'
  distinguishes major versions of the C library; all of the suffixed
  versions are obsolete.
  
!    If you specify an impossible combination such as `i860-dg-vms', then
! you may get an error message from `configure', or it may ignore part of
! the information and do the best it can with the rest.  `configure'
  always prints the canonical name for the alternative that it used.  GCC
  does not support all possible alternatives.
  
     Often a particular model of machine has a name.  Many machine names
  are recognized as aliases for CPU/company combinations.  Thus, the
! machine name `sun3', mentioned above, is an alias for `m68k-sun'.
  Sometimes we accept a company name as a machine name, when the name is
  popularly used for a particular machine.  Here is a table of the known
  machine names:
*************** machine names:
*** 4049,4056 ****
       encore, fx2800, gmicro, hp7NN, hp8NN, hp9k2NN, hp9k3NN, hp9k7NN,
       hp9k8NN, iris4d, iris, isi68, m3230, magnum, merlin, miniframe,
       mmax, news-3600, news800, news, next, pbd, pc532, pmax, powerpc,
!      powerpcle, ps2, risc-news, rtpc, sun2, sun386i, sun386, sun3, sun4,
!      symmetry, tower-32, tower.
  
  Remember that a machine name specifies both the cpu type and the company
  name.
--- 4108,4115 ----
       encore, fx2800, gmicro, hp7NN, hp8NN, hp9k2NN, hp9k3NN, hp9k7NN,
       hp9k8NN, iris4d, iris, isi68, m3230, magnum, merlin, miniframe,
       mmax, news-3600, news800, news, next, pbd, pc532, pmax, powerpc,
!      powerpcle, ps2, risc-news, rtpc, sun2, sun386i, sun386, sun3,
!      sun4, symmetry, tower-32, tower.
  
  Remember that a machine name specifies both the cpu type and the company
  name.
*************** GNU Free Documentation License
*** 4064,4070 ****
                       Version 1.3, 3 November 2008
  
       Copyright (C) 2000, 2001, 2002, 2007, 2008 Free Software Foundation, Inc.
!      <http://fsf.org/>
  
       Everyone is permitted to copy and distribute verbatim copies
       of this license document, but changing it is not allowed.
--- 4123,4129 ----
                       Version 1.3, 3 November 2008
  
       Copyright (C) 2000, 2001, 2002, 2007, 2008 Free Software Foundation, Inc.
!      `http://fsf.org/'
  
       Everyone is permitted to copy and distribute verbatim copies
       of this license document, but changing it is not allowed.
*************** GNU Free Documentation License
*** 4089,4109 ****
       free program should come with manuals providing the same freedoms
       that the software does.  But this License is not limited to
       software manuals; it can be used for any textual work, regardless
!      of subject matter or whether it is published as a printed book.  We
!      recommend this License principally for works whose purpose is
       instruction or reference.
  
    1. APPLICABILITY AND DEFINITIONS
  
       This License applies to any manual or other work, in any medium,
!      that contains a notice placed by the copyright holder saying it can
!      be distributed under the terms of this License.  Such a notice
       grants a world-wide, royalty-free license, unlimited in duration,
       to use that work under the conditions stated herein.  The
       "Document", below, refers to any such manual or work.  Any member
!      of the public is a licensee, and is addressed as "you".  You accept
!      the license if you copy, modify or distribute the work in a way
!      requiring permission under copyright law.
  
       A "Modified Version" of the Document means any work containing the
       Document or a portion of it, either copied verbatim, or with
--- 4148,4168 ----
       free program should come with manuals providing the same freedoms
       that the software does.  But this License is not limited to
       software manuals; it can be used for any textual work, regardless
!      of subject matter or whether it is published as a printed book.
!      We recommend this License principally for works whose purpose is
       instruction or reference.
  
    1. APPLICABILITY AND DEFINITIONS
  
       This License applies to any manual or other work, in any medium,
!      that contains a notice placed by the copyright holder saying it
!      can be distributed under the terms of this License.  Such a notice
       grants a world-wide, royalty-free license, unlimited in duration,
       to use that work under the conditions stated herein.  The
       "Document", below, refers to any such manual or work.  Any member
!      of the public is a licensee, and is addressed as "you".  You
!      accept the license if you copy, modify or distribute the work in a
!      way requiring permission under copyright law.
  
       A "Modified Version" of the Document means any work containing the
       Document or a portion of it, either copied verbatim, or with
*************** GNU Free Documentation License
*** 4121,4132 ****
       regarding them.
  
       The "Invariant Sections" are certain Secondary Sections whose
!      titles are designated, as being those of Invariant Sections, in the
!      notice that says that the Document is released under this License.
!      If a section does not fit the above definition of Secondary then it
!      is not allowed to be designated as Invariant.  The Document may
!      contain zero Invariant Sections.  If the Document does not identify
!      any Invariant Sections then there are none.
  
       The "Cover Texts" are certain short passages of text that are
       listed, as Front-Cover Texts or Back-Cover Texts, in the notice
--- 4180,4191 ----
       regarding them.
  
       The "Invariant Sections" are certain Secondary Sections whose
!      titles are designated, as being those of Invariant Sections, in
!      the notice that says that the Document is released under this
!      License.  If a section does not fit the above definition of
!      Secondary then it is not allowed to be designated as Invariant.
!      The Document may contain zero Invariant Sections.  If the Document
!      does not identify any Invariant Sections then there are none.
  
       The "Cover Texts" are certain short passages of text that are
       listed, as Front-Cover Texts or Back-Cover Texts, in the notice
*************** GNU Free Documentation License
*** 4137,4163 ****
       A "Transparent" copy of the Document means a machine-readable copy,
       represented in a format whose specification is available to the
       general public, that is suitable for revising the document
!      straightforwardly with generic text editors or (for images composed
!      of pixels) generic paint programs or (for drawings) some widely
!      available drawing editor, and that is suitable for input to text
!      formatters or for automatic translation to a variety of formats
!      suitable for input to text formatters.  A copy made in an otherwise
!      Transparent file format whose markup, or absence of markup, has
!      been arranged to thwart or discourage subsequent modification by
!      readers is not Transparent.  An image format is not Transparent if
!      used for any substantial amount of text.  A copy that is not
!      "Transparent" is called "Opaque".
  
       Examples of suitable formats for Transparent copies include plain
       ASCII without markup, Texinfo input format, LaTeX input format,
!      SGML or XML using a publicly available DTD, and standard-conforming
!      simple HTML, PostScript or PDF designed for human modification.
!      Examples of transparent image formats include PNG, XCF and JPG.
!      Opaque formats include proprietary formats that can be read and
!      edited only by proprietary word processors, SGML or XML for which
!      the DTD and/or processing tools are not generally available, and
!      the machine-generated HTML, PostScript or PDF produced by some word
!      processors for output purposes only.
  
       The "Title Page" means, for a printed book, the title page itself,
       plus such following pages as are needed to hold, legibly, the
--- 4196,4222 ----
       A "Transparent" copy of the Document means a machine-readable copy,
       represented in a format whose specification is available to the
       general public, that is suitable for revising the document
!      straightforwardly with generic text editors or (for images
!      composed of pixels) generic paint programs or (for drawings) some
!      widely available drawing editor, and that is suitable for input to
!      text formatters or for automatic translation to a variety of
!      formats suitable for input to text formatters.  A copy made in an
!      otherwise Transparent file format whose markup, or absence of
!      markup, has been arranged to thwart or discourage subsequent
!      modification by readers is not Transparent.  An image format is
!      not Transparent if used for any substantial amount of text.  A
!      copy that is not "Transparent" is called "Opaque".
  
       Examples of suitable formats for Transparent copies include plain
       ASCII without markup, Texinfo input format, LaTeX input format,
!      SGML or XML using a publicly available DTD, and
!      standard-conforming simple HTML, PostScript or PDF designed for
!      human modification.  Examples of transparent image formats include
!      PNG, XCF and JPG.  Opaque formats include proprietary formats that
!      can be read and edited only by proprietary word processors, SGML or
!      XML for which the DTD and/or processing tools are not generally
!      available, and the machine-generated HTML, PostScript or PDF
!      produced by some word processors for output purposes only.
  
       The "Title Page" means, for a printed book, the title page itself,
       plus such following pages as are needed to hold, legibly, the
*************** GNU Free Documentation License
*** 4195,4202 ****
       may not use technical measures to obstruct or control the reading
       or further copying of the copies you make or distribute.  However,
       you may accept compensation in exchange for copies.  If you
!      distribute a large enough number of copies you must also follow the
!      conditions in section 3.
  
       You may also lend copies, under the same conditions stated above,
       and you may publicly display copies.
--- 4254,4261 ----
       may not use technical measures to obstruct or control the reading
       or further copying of the copies you make or distribute.  However,
       you may accept compensation in exchange for copies.  If you
!      distribute a large enough number of copies you must also follow
!      the conditions in section 3.
  
       You may also lend copies, under the same conditions stated above,
       and you may publicly display copies.
*************** GNU Free Documentation License
*** 4210,4220 ****
       these Cover Texts: Front-Cover Texts on the front cover, and
       Back-Cover Texts on the back cover.  Both covers must also clearly
       and legibly identify you as the publisher of these copies.  The
!      front cover must present the full title with all words of the title
!      equally prominent and visible.  You may add other material on the
!      covers in addition.  Copying with changes limited to the covers, as
!      long as they preserve the title of the Document and satisfy these
!      conditions, can be treated as verbatim copying in other respects.
  
       If the required texts for either cover are too voluminous to fit
       legibly, you should put the first ones listed (as many as fit
--- 4269,4280 ----
       these Cover Texts: Front-Cover Texts on the front cover, and
       Back-Cover Texts on the back cover.  Both covers must also clearly
       and legibly identify you as the publisher of these copies.  The
!      front cover must present the full title with all words of the
!      title equally prominent and visible.  You may add other material
!      on the covers in addition.  Copying with changes limited to the
!      covers, as long as they preserve the title of the Document and
!      satisfy these conditions, can be treated as verbatim copying in
!      other respects.
  
       If the required texts for either cover are too voluminous to fit
       legibly, you should put the first ones listed (as many as fit
*************** GNU Free Documentation License
*** 4222,4260 ****
       adjacent pages.
  
       If you publish or distribute Opaque copies of the Document
!      numbering more than 100, you must either include a machine-readable
!      Transparent copy along with each Opaque copy, or state in or with
!      each Opaque copy a computer-network location from which the general
!      network-using public has access to download using public-standard
!      network protocols a complete Transparent copy of the Document, free
!      of added material.  If you use the latter option, you must take
!      reasonably prudent steps, when you begin distribution of Opaque
!      copies in quantity, to ensure that this Transparent copy will
!      remain thus accessible at the stated location until at least one
!      year after the last time you distribute an Opaque copy (directly or
!      through your agents or retailers) of that edition to the public.
  
       It is requested, but not required, that you contact the authors of
!      the Document well before redistributing any large number of copies,
!      to give them a chance to provide you with an updated version of the
!      Document.
  
    4. MODIFICATIONS
  
       You may copy and distribute a Modified Version of the Document
       under the conditions of sections 2 and 3 above, provided that you
!      release the Modified Version under precisely this License, with the
!      Modified Version filling the role of the Document, thus licensing
!      distribution and modification of the Modified Version to whoever
!      possesses a copy of it.  In addition, you must do these things in
!      the Modified Version:
  
         A. Use in the Title Page (and on the covers, if any) a title
!           distinct from that of the Document, and from those of previous
!           versions (which should, if there were any, be listed in the
!           History section of the Document).  You may use the same title
!           as a previous version if the original publisher of that
!           version gives permission.
  
         B. List on the Title Page, as authors, one or more persons or
            entities responsible for authorship of the modifications in
--- 4282,4321 ----
       adjacent pages.
  
       If you publish or distribute Opaque copies of the Document
!      numbering more than 100, you must either include a
!      machine-readable Transparent copy along with each Opaque copy, or
!      state in or with each Opaque copy a computer-network location from
!      which the general network-using public has access to download
!      using public-standard network protocols a complete Transparent
!      copy of the Document, free of added material.  If you use the
!      latter option, you must take reasonably prudent steps, when you
!      begin distribution of Opaque copies in quantity, to ensure that
!      this Transparent copy will remain thus accessible at the stated
!      location until at least one year after the last time you
!      distribute an Opaque copy (directly or through your agents or
!      retailers) of that edition to the public.
  
       It is requested, but not required, that you contact the authors of
!      the Document well before redistributing any large number of
!      copies, to give them a chance to provide you with an updated
!      version of the Document.
  
    4. MODIFICATIONS
  
       You may copy and distribute a Modified Version of the Document
       under the conditions of sections 2 and 3 above, provided that you
!      release the Modified Version under precisely this License, with
!      the Modified Version filling the role of the Document, thus
!      licensing distribution and modification of the Modified Version to
!      whoever possesses a copy of it.  In addition, you must do these
!      things in the Modified Version:
  
         A. Use in the Title Page (and on the covers, if any) a title
!           distinct from that of the Document, and from those of
!           previous versions (which should, if there were any, be listed
!           in the History section of the Document).  You may use the
!           same title as a previous version if the original publisher of
!           that version gives permission.
  
         B. List on the Title Page, as authors, one or more persons or
            entities responsible for authorship of the modifications in
*************** GNU Free Documentation License
*** 4284,4313 ****
  
         I. Preserve the section Entitled "History", Preserve its Title,
            and add to it an item stating at least the title, year, new
!           authors, and publisher of the Modified Version as given on the
!           Title Page.  If there is no section Entitled "History" in the
!           Document, create one stating the title, year, authors, and
!           publisher of the Document as given on its Title Page, then add
!           an item describing the Modified Version as stated in the
!           previous sentence.
  
         J. Preserve the network location, if any, given in the Document
            for public access to a Transparent copy of the Document, and
            likewise the network locations given in the Document for
!           previous versions it was based on.  These may be placed in the
!           "History" section.  You may omit a network location for a work
!           that was published at least four years before the Document
!           itself, or if the original publisher of the version it refers
!           to gives permission.
  
         K. For any section Entitled "Acknowledgements" or "Dedications",
!           Preserve the Title of the section, and preserve in the section
!           all the substance and tone of each of the contributor
            acknowledgements and/or dedications given therein.
  
!        L. Preserve all the Invariant Sections of the Document, unaltered
!           in their text and in their titles.  Section numbers or the
!           equivalent are not considered part of the section titles.
  
         M. Delete any section Entitled "Endorsements".  Such a section
            may not be included in the Modified Version.
--- 4345,4375 ----
  
         I. Preserve the section Entitled "History", Preserve its Title,
            and add to it an item stating at least the title, year, new
!           authors, and publisher of the Modified Version as given on
!           the Title Page.  If there is no section Entitled "History" in
!           the Document, create one stating the title, year, authors,
!           and publisher of the Document as given on its Title Page,
!           then add an item describing the Modified Version as stated in
!           the previous sentence.
  
         J. Preserve the network location, if any, given in the Document
            for public access to a Transparent copy of the Document, and
            likewise the network locations given in the Document for
!           previous versions it was based on.  These may be placed in
!           the "History" section.  You may omit a network location for a
!           work that was published at least four years before the
!           Document itself, or if the original publisher of the version
!           it refers to gives permission.
  
         K. For any section Entitled "Acknowledgements" or "Dedications",
!           Preserve the Title of the section, and preserve in the
!           section all the substance and tone of each of the contributor
            acknowledgements and/or dedications given therein.
  
!        L. Preserve all the Invariant Sections of the Document,
!           unaltered in their text and in their titles.  Section numbers
!           or the equivalent are not considered part of the section
!           titles.
  
         M. Delete any section Entitled "Endorsements".  Such a section
            may not be included in the Modified Version.
*************** GNU Free Documentation License
*** 4320,4330 ****
  
       If the Modified Version includes new front-matter sections or
       appendices that qualify as Secondary Sections and contain no
!      material copied from the Document, you may at your option designate
!      some or all of these sections as invariant.  To do this, add their
!      titles to the list of Invariant Sections in the Modified Version's
!      license notice.  These titles must be distinct from any other
!      section titles.
  
       You may add a section Entitled "Endorsements", provided it contains
       nothing but endorsements of your Modified Version by various
--- 4382,4392 ----
  
       If the Modified Version includes new front-matter sections or
       appendices that qualify as Secondary Sections and contain no
!      material copied from the Document, you may at your option
!      designate some or all of these sections as invariant.  To do this,
!      add their titles to the list of Invariant Sections in the Modified
!      Version's license notice.  These titles must be distinct from any
!      other section titles.
  
       You may add a section Entitled "Endorsements", provided it contains
       nothing but endorsements of your Modified Version by various
*************** GNU Free Documentation License
*** 4333,4347 ****
       definition of a standard.
  
       You may add a passage of up to five words as a Front-Cover Text,
!      and a passage of up to 25 words as a Back-Cover Text, to the end of
!      the list of Cover Texts in the Modified Version.  Only one passage
!      of Front-Cover Text and one of Back-Cover Text may be added by (or
!      through arrangements made by) any one entity.  If the Document
!      already includes a cover text for the same cover, previously added
!      by you or by arrangement made by the same entity you are acting on
!      behalf of, you may not add another; but you may replace the old
!      one, on explicit permission from the previous publisher that added
!      the old one.
  
       The author(s) and publisher(s) of the Document do not by this
       License give permission to use their names for publicity for or to
--- 4395,4409 ----
       definition of a standard.
  
       You may add a passage of up to five words as a Front-Cover Text,
!      and a passage of up to 25 words as a Back-Cover Text, to the end
!      of the list of Cover Texts in the Modified Version.  Only one
!      passage of Front-Cover Text and one of Back-Cover Text may be
!      added by (or through arrangements made by) any one entity.  If the
!      Document already includes a cover text for the same cover,
!      previously added by you or by arrangement made by the same entity
!      you are acting on behalf of, you may not add another; but you may
!      replace the old one, on explicit permission from the previous
!      publisher that added the old one.
  
       The author(s) and publisher(s) of the Document do not by this
       License give permission to use their names for publicity for or to
*************** GNU Free Documentation License
*** 4351,4358 ****
  
       You may combine the Document with other documents released under
       this License, under the terms defined in section 4 above for
!      modified versions, provided that you include in the combination all
!      of the Invariant Sections of all of the original documents,
       unmodified, and list them all as Invariant Sections of your
       combined work in its license notice, and that you preserve all
       their Warranty Disclaimers.
--- 4413,4420 ----
  
       You may combine the Document with other documents released under
       this License, under the terms defined in section 4 above for
!      modified versions, provided that you include in the combination
!      all of the Invariant Sections of all of the original documents,
       unmodified, and list them all as Invariant Sections of your
       combined work in its license notice, and that you preserve all
       their Warranty Disclaimers.
*************** GNU Free Documentation License
*** 4379,4398 ****
       documents released under this License, and replace the individual
       copies of this License in the various documents with a single copy
       that is included in the collection, provided that you follow the
!      rules of this License for verbatim copying of each of the documents
!      in all other respects.
  
       You may extract a single document from such a collection, and
       distribute it individually under this License, provided you insert
!      a copy of this License into the extracted document, and follow this
!      License in all other respects regarding verbatim copying of that
!      document.
  
    7. AGGREGATION WITH INDEPENDENT WORKS
  
       A compilation of the Document or its derivatives with other
!      separate and independent documents or works, in or on a volume of a
!      storage or distribution medium, is called an "aggregate" if the
       copyright resulting from the compilation is not used to limit the
       legal rights of the compilation's users beyond what the individual
       works permit.  When the Document is included in an aggregate, this
--- 4441,4460 ----
       documents released under this License, and replace the individual
       copies of this License in the various documents with a single copy
       that is included in the collection, provided that you follow the
!      rules of this License for verbatim copying of each of the
!      documents in all other respects.
  
       You may extract a single document from such a collection, and
       distribute it individually under this License, provided you insert
!      a copy of this License into the extracted document, and follow
!      this License in all other respects regarding verbatim copying of
!      that document.
  
    7. AGGREGATION WITH INDEPENDENT WORKS
  
       A compilation of the Document or its derivatives with other
!      separate and independent documents or works, in or on a volume of
!      a storage or distribution medium, is called an "aggregate" if the
       copyright resulting from the compilation is not used to limit the
       legal rights of the compilation's users beyond what the individual
       works permit.  When the Document is included in an aggregate, this
*************** GNU Free Documentation License
*** 4437,4444 ****
  
       However, if you cease all violation of this License, then your
       license from a particular copyright holder is reinstated (a)
!      provisionally, unless and until the copyright holder explicitly and
!      finally terminates your license, and (b) permanently, if the
       copyright holder fails to notify you of the violation by some
       reasonable means prior to 60 days after the cessation.
  
--- 4499,4506 ----
  
       However, if you cease all violation of this License, then your
       license from a particular copyright holder is reinstated (a)
!      provisionally, unless and until the copyright holder explicitly
!      and finally terminates your license, and (b) permanently, if the
       copyright holder fails to notify you of the violation by some
       reasonable means prior to 60 days after the cessation.
  
*************** GNU Free Documentation License
*** 4450,4482 ****
       after your receipt of the notice.
  
       Termination of your rights under this section does not terminate
!      the licenses of parties who have received copies or rights from you
!      under this License.  If your rights have been terminated and not
!      permanently reinstated, receipt of a copy of some or all of the
!      same material does not give you any rights to use it.
  
!   10. FUTURE REVISIONS OF THIS LICENSE
  
       The Free Software Foundation may publish new, revised versions of
       the GNU Free Documentation License from time to time.  Such new
       versions will be similar in spirit to the present version, but may
       differ in detail to address new problems or concerns.  See
!      <http://www.gnu.org/copyleft/>.
  
       Each version of the License is given a distinguishing version
       number.  If the Document specifies that a particular numbered
       version of this License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
       that specified version or of any later version that has been
!      published (not as a draft) by the Free Software Foundation.  If the
!      Document does not specify a version number of this License, you may
!      choose any version ever published (not as a draft) by the Free
!      Software Foundation.  If the Document specifies that a proxy can
!      decide which future versions of this License can be used, that
       proxy's public statement of acceptance of a version permanently
       authorizes you to choose that version for the Document.
  
!   11. RELICENSING
  
       "Massive Multiauthor Collaboration Site" (or "MMC Site") means any
       World Wide Web server that publishes copyrightable works and also
--- 4512,4544 ----
       after your receipt of the notice.
  
       Termination of your rights under this section does not terminate
!      the licenses of parties who have received copies or rights from
!      you under this License.  If your rights have been terminated and
!      not permanently reinstated, receipt of a copy of some or all of
!      the same material does not give you any rights to use it.
  
!  10. FUTURE REVISIONS OF THIS LICENSE
  
       The Free Software Foundation may publish new, revised versions of
       the GNU Free Documentation License from time to time.  Such new
       versions will be similar in spirit to the present version, but may
       differ in detail to address new problems or concerns.  See
!      `http://www.gnu.org/copyleft/'.
  
       Each version of the License is given a distinguishing version
       number.  If the Document specifies that a particular numbered
       version of this License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
       that specified version or of any later version that has been
!      published (not as a draft) by the Free Software Foundation.  If
!      the Document does not specify a version number of this License,
!      you may choose any version ever published (not as a draft) by the
!      Free Software Foundation.  If the Document specifies that a proxy
!      can decide which future versions of this License can be used, that
       proxy's public statement of acceptance of a version permanently
       authorizes you to choose that version for the Document.
  
!  11. RELICENSING
  
       "Massive Multiauthor Collaboration Site" (or "MMC Site") means any
       World Wide Web server that publishes copyrightable works and also
*************** GNU Free Documentation License
*** 4506,4511 ****
--- 4568,4574 ----
       site under CC-BY-SA on the same site at any time before August 1,
       2009, provided the MMC is eligible for relicensing.
  
+ 
  ADDENDUM: How to use this License for your documents
  ====================================================
  
*************** notices just after the title page:
*** 4522,4528 ****
         Free Documentation License''.
  
     If you have Invariant Sections, Front-Cover Texts and Back-Cover
! Texts, replace the "with...Texts."  line with this:
  
           with the Invariant Sections being LIST THEIR TITLES, with
           the Front-Cover Texts being LIST, and with the Back-Cover Texts
--- 4585,4591 ----
         Free Documentation License''.
  
     If you have Invariant Sections, Front-Cover Texts and Back-Cover
! Texts, replace the "with...Texts." line with this:
  
           with the Invariant Sections being LIST THEIR TITLES, with
           the Front-Cover Texts being LIST, and with the Back-Cover Texts
*************** combination of the three, merge those tw
*** 4533,4541 ****
  situation.
  
     If your document contains nontrivial examples of program code, we
! recommend releasing these examples in parallel under your choice of free
! software license, such as the GNU General Public License, to permit
! their use in free software.
  
  
  File: gccinstall.info,  Node: Concept Index,  Prev: GNU Free Documentation License,  Up: Top
--- 4596,4604 ----
  situation.
  
     If your document contains nontrivial examples of program code, we
! recommend releasing these examples in parallel under your choice of
! free software license, such as the GNU General Public License, to
! permit their use in free software.
  
  
  File: gccinstall.info,  Node: Concept Index,  Prev: GNU Free Documentation License,  Up: Top
*************** Concept Index
*** 4547,4553 ****
  * Menu:
  
  * Binaries:                              Binaries.           (line    6)
! * build_configargs:                      Configuration.      (line 1514)
  * Configuration:                         Configuration.      (line    6)
  * configurations supported by GCC:       Configurations.     (line    6)
  * Downloading GCC:                       Downloading the source.
--- 4610,4616 ----
  * Menu:
  
  * Binaries:                              Binaries.           (line    6)
! * build_configargs:                      Configuration.      (line 1570)
  * Configuration:                         Configuration.      (line    6)
  * configurations supported by GCC:       Configurations.     (line    6)
  * Downloading GCC:                       Downloading the source.
*************** Concept Index
*** 4557,4563 ****
  * FDL, GNU Free Documentation License:   GNU Free Documentation License.
                                                               (line    6)
  * Host specific installation:            Specific.           (line    6)
! * host_configargs:                       Configuration.      (line 1518)
  * Installing GCC: Binaries:              Binaries.           (line    6)
  * Installing GCC: Building:              Building.           (line    6)
  * Installing GCC: Configuration:         Configuration.      (line    6)
--- 4620,4626 ----
  * FDL, GNU Free Documentation License:   GNU Free Documentation License.
                                                               (line    6)
  * Host specific installation:            Specific.           (line    6)
! * host_configargs:                       Configuration.      (line 1574)
  * Installing GCC: Binaries:              Binaries.           (line    6)
  * Installing GCC: Building:              Building.           (line    6)
  * Installing GCC: Configuration:         Configuration.      (line    6)
*************** Concept Index
*** 4567,4680 ****
  * Specific installation notes:           Specific.           (line    6)
  * Target specific installation:          Specific.           (line    6)
  * Target specific installation notes:    Specific.           (line    6)
! * target_configargs:                     Configuration.      (line 1522)
  * Testing:                               Testing.            (line    6)
  * Testsuite:                             Testing.            (line    6)
  
  
  
  Tag Table:
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! Node: Installing GCC2254
! Node: Prerequisites3888
! Node: Downloading the source14327
! Node: Configuration15989
! Ref: with-gnu-as31589
! Ref: with-as32484
! Ref: with-gnu-ld33897
! Ref: WithAixSoname54724
! Ref: AixLdCommand55385
! Node: Building88089
! Node: Testing104128
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! Node: Binaries116845
! Node: Specific117899
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! Ref: alpha-x-x119838
! Ref: alpha-dec-osf51120327
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! Ref: arc-x-elf32120955
! Ref: arc-linux-uclibc121131
! Ref: arm-x-eabi121272
! Ref: avr121525
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! Ref: cr16122348
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! Ref: x86-64-x-solaris210161580
! Ref: xtensa-x-elf162244
! Ref: xtensa-x-linux162915
! Ref: windows163256
! Ref: x-x-cygwin165097
! Ref: x-x-mingw32165650
! Ref: older165876
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! Node: Old168251
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! Node: GNU Free Documentation License174922
! Node: Concept Index200050
  
  End Tag Table
--- 4630,4743 ----
  * Specific installation notes:           Specific.           (line    6)
  * Target specific installation:          Specific.           (line    6)
  * Target specific installation notes:    Specific.           (line    6)
! * target_configargs:                     Configuration.      (line 1578)
  * Testing:                               Testing.            (line    6)
  * Testsuite:                             Testing.            (line    6)
  
  
  
  Tag Table:
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! Node: Installing GCC2305
! Node: Prerequisites3942
! Node: Downloading the source14384
! Node: Configuration16050
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! Ref: WithAixSoname54998
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! Node: Binaries117198
! Node: Specific118256
! Ref: aarch64-x-x118766
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! Ref: alpha-dec-osf51120687
! Ref: amd64-x-solaris210121212
! Ref: arc-x-elf32121315
! Ref: arc-linux-uclibc121491
! Ref: arm-x-eabi121632
! Ref: avr121885
! Ref: bfin122467
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! Ref: hppa-hp-hpux10128874
! Ref: hppa-hp-hpux11129287
! Ref: x-x-linux-gnu134689
! Ref: ix86-x-linux134882
! Ref: ix86-x-solaris210135195
! Ref: ia64-x-linux136654
! Ref: ia64-x-hpux137424
! Ref: x-ibm-aix137979
! Ref: TransferAixShobj141641
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! Ref: lm32-x-uclinux145696
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! Ref: m68k-x-x146028
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! Ref: microblaze-x-elf147312
! Ref: mips-x-x147431
! Ref: mips-sgi-irix5149342
! Ref: mips-sgi-irix6149422
! Ref: moxie-x-elf149609
! Ref: msp430-x-elf149656
! Ref: nds32le-x-elf149759
! Ref: nds32be-x-elf149831
! Ref: nvptx-x-none149900
! Ref: powerpc-x-x150427
! Ref: powerpc-x-darwin150618
! Ref: powerpc-x-elf151112
! Ref: powerpc-x-linux-gnu151197
! Ref: powerpc-x-netbsd151292
! Ref: powerpc-x-eabisim151380
! Ref: powerpc-x-eabi151506
! Ref: powerpcle-x-elf151582
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! Ref: powerpcle-x-eabi151807
! Ref: rl78-x-elf151890
! Ref: riscv32-x-elf151996
! Ref: riscv32-x-linux152206
! Ref: riscv64-x-elf152384
! Ref: riscv64-x-linux152594
! Ref: rx-x-elf152772
! Ref: s390-x-linux152818
! Ref: s390x-x-linux152890
! Ref: s390x-ibm-tpf152977
! Ref: x-x-solaris2153108
! Ref: sparc-x-x157022
! Ref: sparc-sun-solaris2157524
! Ref: sparc-sun-solaris210158664
! Ref: sparc-x-linux159040
! Ref: sparc64-x-solaris2159071
! Ref: sparcv9-x-solaris2159404
! Ref: c6x-x-x159491
! Ref: tilegx-*-linux159582
! Ref: tilegxbe-*-linux159724
! Ref: tilepro-*-linux159867
! Ref: visium-x-elf159988
! Ref: x-x-vxworks160096
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! Ref: xtensa-x-elf162610
! Ref: xtensa-x-linux163281
! Ref: windows163622
! Ref: x-x-cygwin165466
! Ref: x-x-mingw32166019
! Ref: older166245
! Ref: elf168362
! Node: Old168620
! Node: Configurations171757
! Node: GNU Free Documentation License175298
! Node: Concept Index200445
  
  End Tag Table
diff -Nrcpad gcc-7.1.0/gcc/doc/gccint.info gcc-7.2.0/gcc/doc/gccint.info
*** gcc-7.1.0/gcc/doc/gccint.info	Tue May  2 14:30:09 2017
--- gcc-7.2.0/gcc/doc/gccint.info	Mon Aug 14 08:30:41 2017
***************
*** 1,4 ****
! This is gccint.info, produced by makeinfo version 6.1 from gccint.texi.
  
  Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
--- 1,5 ----
! This is doc/gccint.info, produced by makeinfo version 4.13 from
! /space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/doc/gccint.texi.
  
  Copyright (C) 1988-2017 Free Software Foundation, Inc.
  
*************** Free Documentation License".
*** 16,29 ****
  
   (b) The FSF's Back-Cover Text is:
  
!  You have freedom to copy and modify this GNU Manual, like GNU software.
! Copies published by the Free Software Foundation raise funds for GNU
! development.
  INFO-DIR-SECTION Software development
  START-INFO-DIR-ENTRY
  * gccint: (gccint).            Internals of the GNU Compiler Collection.
  END-INFO-DIR-ENTRY
- 
   This file documents the internals of the GNU compilers.
  
   Copyright (C) 1988-2017 Free Software Foundation, Inc.
--- 17,30 ----
  
   (b) The FSF's Back-Cover Text is:
  
!  You have freedom to copy and modify this GNU Manual, like GNU
! software.  Copies published by the Free Software Foundation raise
! funds for GNU development.
! 
  INFO-DIR-SECTION Software development
  START-INFO-DIR-ENTRY
  * gccint: (gccint).            Internals of the GNU Compiler Collection.
  END-INFO-DIR-ENTRY
   This file documents the internals of the GNU compilers.
  
   Copyright (C) 1988-2017 Free Software Foundation, Inc.
*************** Free Documentation License".
*** 42,50 ****
  
   (b) The FSF's Back-Cover Text is:
  
!  You have freedom to copy and modify this GNU Manual, like GNU software.
! Copies published by the Free Software Foundation raise funds for GNU
! development.
  
  
  File: gccint.info,  Node: Top,  Next: Contributing
--- 43,52 ----
  
   (b) The FSF's Back-Cover Text is:
  
!  You have freedom to copy and modify this GNU Manual, like GNU
! software.  Copies published by the Free Software Foundation raise
! funds for GNU development.
! 
  
  
  File: gccint.info,  Node: Top,  Next: Contributing
*************** Introduction
*** 54,62 ****
  
  This manual documents the internals of the GNU compilers, including how
  to port them to new targets and some information about how to write
! front ends for new languages.  It corresponds to the compilers (GCC)
! version 7.1.0.  The use of the GNU compilers is documented in a separate
! manual.  *Note Introduction: (gcc)Top.
  
   This manual is mainly a reference manual rather than a tutorial.  It
  discusses how to contribute to GCC (*note Contributing::), the
--- 56,64 ----
  
  This manual documents the internals of the GNU compilers, including how
  to port them to new targets and some information about how to write
! front ends for new languages.  It corresponds to the compilers
! (GCC) version 7.2.0.  The use of the GNU compilers is documented in a
! separate manual.  *Note Introduction: (gcc)Top.
  
   This manual is mainly a reference manual rather than a tutorial.  It
  discusses how to contribute to GCC (*note Contributing::), the
*************** GCC front ends, and how support for a ta
*** 69,75 ****
  GCC.
  
   Additional tutorial information is linked to from
! <http://gcc.gnu.org/readings.html>.
  
  * Menu:
  
--- 71,77 ----
  GCC.
  
   Additional tutorial information is linked to from
! `http://gcc.gnu.org/readings.html'.
  
  * Menu:
  
*************** GCC.
*** 90,98 ****
  * Loop Analysis and Representation:: Analysis and representation of loops
  * Machine Desc::    How to write machine description instruction patterns.
  * Target Macros::   How to write the machine description C macros and functions.
! * Host Config::     Writing the 'xm-MACHINE.h' file.
! * Fragments::       Writing the 't-TARGET' and 'x-HOST' files.
! * Collect2::        How 'collect2' works; how it finds 'ld'.
  * Header Dirs::     Understanding the standard header file directories.
  * Type Information:: GCC's memory management; generating type information.
  * Plugins::         Extending the compiler with plugins.
--- 92,100 ----
  * Loop Analysis and Representation:: Analysis and representation of loops
  * Machine Desc::    How to write machine description instruction patterns.
  * Target Macros::   How to write the machine description C macros and functions.
! * Host Config::     Writing the `xm-MACHINE.h' file.
! * Fragments::       Writing the `t-TARGET' and `x-HOST' files.
! * Collect2::        How `collect2' works; how it finds `ld'.
  * Header Dirs::     Understanding the standard header file directories.
  * Type Information:: GCC's memory management; generating type information.
  * Plugins::         Extending the compiler with plugins.
*************** GCC.
*** 111,135 ****
  * Concept Index::   Index of concepts and symbol names.
  
  
! File: gccint.info,  Node: Contributing,  Next: Portability,  Up: Top
  
  1 Contributing to GCC Development
  *********************************
  
  If you would like to help pretest GCC releases to assure they work well,
  current development sources are available by SVN (see
! <http://gcc.gnu.org/svn.html>).  Source and binary snapshots are also
! available for FTP; see <http://gcc.gnu.org/snapshots.html>.
  
   If you would like to work on improvements to GCC, please read the
  advice at these URLs:
  
!      <http://gcc.gnu.org/contribute.html>
!      <http://gcc.gnu.org/contributewhy.html>
  
  for information on how to make useful contributions and avoid
  duplication of effort.  Suggested projects are listed at
! <http://gcc.gnu.org/projects/>.
  
  
  File: gccint.info,  Node: Portability,  Next: Interface,  Prev: Contributing,  Up: Top
--- 113,137 ----
  * Concept Index::   Index of concepts and symbol names.
  
  
! File: gccint.info,  Node: Contributing,  Next: Portability,  Prev: Top,  Up: Top
  
  1 Contributing to GCC Development
  *********************************
  
  If you would like to help pretest GCC releases to assure they work well,
  current development sources are available by SVN (see
! `http://gcc.gnu.org/svn.html').  Source and binary snapshots are also
! available for FTP; see `http://gcc.gnu.org/snapshots.html'.
  
   If you would like to work on improvements to GCC, please read the
  advice at these URLs:
  
!      `http://gcc.gnu.org/contribute.html'
!      `http://gcc.gnu.org/contributewhy.html'
  
  for information on how to make useful contributions and avoid
  duplication of effort.  Suggested projects are listed at
! `http://gcc.gnu.org/projects/'.
  
  
  File: gccint.info,  Node: Portability,  Next: Interface,  Prev: Contributing,  Up: Top
*************** File: gccint.info,  Node: Portability,
*** 137,155 ****
  2 GCC and Portability
  *********************
  
! GCC itself aims to be portable to any machine where 'int' is at least a
  32-bit type.  It aims to target machines with a flat (non-segmented)
  byte addressed data address space (the code address space can be
! separate).  Target ABIs may have 8, 16, 32 or 64-bit 'int' type.  'char'
  can be wider than 8 bits.
  
   GCC gets most of the information about the target machine from a
  machine description which gives an algebraic formula for each of the
  machine's instructions.  This is a very clean way to describe the
  target.  But when the compiler needs information that is difficult to
! express in this fashion, ad-hoc parameters have been defined for machine
! descriptions.  The purpose of portability is to reduce the total work
! needed on the compiler; it was not of interest for its own sake.
  
   GCC does not contain machine dependent code, but it does contain code
  that depends on machine parameters such as endianness (whether the most
--- 139,158 ----
  2 GCC and Portability
  *********************
  
! GCC itself aims to be portable to any machine where `int' is at least a
  32-bit type.  It aims to target machines with a flat (non-segmented)
  byte addressed data address space (the code address space can be
! separate).  Target ABIs may have 8, 16, 32 or 64-bit `int' type.  `char'
  can be wider than 8 bits.
  
   GCC gets most of the information about the target machine from a
  machine description which gives an algebraic formula for each of the
  machine's instructions.  This is a very clean way to describe the
  target.  But when the compiler needs information that is difficult to
! express in this fashion, ad-hoc parameters have been defined for
! machine descriptions.  The purpose of portability is to reduce the
! total work needed on the compiler; it was not of interest for its own
! sake.
  
   GCC does not contain machine dependent code, but it does contain code
  that depends on machine parameters such as endianness (whether the most
*************** word) and the availability of autoincrem
*** 158,169 ****
  RTL-generation pass, it is often necessary to have multiple strategies
  for generating code for a particular kind of syntax tree, strategies
  that are usable for different combinations of parameters.  Often, not
! all possible cases have been addressed, but only the common ones or only
! the ones that have been encountered.  As a result, a new target may
! require additional strategies.  You will know if this happens because
! the compiler will call 'abort'.  Fortunately, the new strategies can be
! added in a machine-independent fashion, and will affect only the target
! machines that need them.
  
  
  File: gccint.info,  Node: Interface,  Next: Libgcc,  Prev: Portability,  Up: Top
--- 161,172 ----
  RTL-generation pass, it is often necessary to have multiple strategies
  for generating code for a particular kind of syntax tree, strategies
  that are usable for different combinations of parameters.  Often, not
! all possible cases have been addressed, but only the common ones or
! only the ones that have been encountered.  As a result, a new target
! may require additional strategies.  You will know if this happens
! because the compiler will call `abort'.  Fortunately, the new
! strategies can be added in a machine-independent fashion, and will
! affect only the target machines that need them.
  
  
  File: gccint.info,  Node: Interface,  Next: Libgcc,  Prev: Portability,  Up: Top
*************** returning such types cannot be called fr
*** 181,192 ****
  vice versa.  This does not cause trouble often because few Unix library
  routines return structures or unions.
  
!  GCC code returns structures and unions that are 1, 2, 4 or 8 bytes long
! in the same registers used for 'int' or 'double' return values.  (GCC
! typically allocates variables of such types in registers also.)
  Structures and unions of other sizes are returned by storing them into
  an address passed by the caller (usually in a register).  The target
! hook 'TARGET_STRUCT_VALUE_RTX' tells GCC where to pass this address.
  
   By contrast, PCC on most target machines returns structures and unions
  of any size by copying the data into an area of static storage, and then
--- 184,195 ----
  vice versa.  This does not cause trouble often because few Unix library
  routines return structures or unions.
  
!  GCC code returns structures and unions that are 1, 2, 4 or 8 bytes
! long in the same registers used for `int' or `double' return values.
! (GCC typically allocates variables of such types in registers also.)
  Structures and unions of other sizes are returned by storing them into
  an address passed by the caller (usually in a register).  The target
! hook `TARGET_STRUCT_VALUE_RTX' tells GCC where to pass this address.
  
   By contrast, PCC on most target machines returns structures and unions
  of any size by copying the data into an area of static storage, and then
*************** are passed "by invisible reference".  Th
*** 217,228 ****
  stored in memory, and the address of the memory location is passed to
  the subroutine.
  
!  If you use 'longjmp', beware of automatic variables.  ISO C says that
! automatic variables that are not declared 'volatile' have undefined
! values after a 'longjmp'.  And this is all GCC promises to do, because
! it is very difficult to restore register variables correctly, and one of
! GCC's features is that it can put variables in registers without your
! asking it to.
  
  
  File: gccint.info,  Node: Libgcc,  Next: Languages,  Prev: Interface,  Up: Top
--- 220,231 ----
  stored in memory, and the address of the memory location is passed to
  the subroutine.
  
!  If you use `longjmp', beware of automatic variables.  ISO C says that
! automatic variables that are not declared `volatile' have undefined
! values after a `longjmp'.  And this is all GCC promises to do, because
! it is very difficult to restore register variables correctly, and one
! of GCC's features is that it can put variables in registers without
! your asking it to.
  
  
  File: gccint.info,  Node: Libgcc,  Next: Languages,  Prev: Interface,  Up: Top
*************** File: gccint.info,  Node: Libgcc,  Next:
*** 230,263 ****
  4 The GCC low-level runtime library
  ***********************************
  
! GCC provides a low-level runtime library, 'libgcc.a' or 'libgcc_s.so.1'
  on some platforms.  GCC generates calls to routines in this library
  automatically, whenever it needs to perform some operation that is too
  complicated to emit inline code for.
  
!  Most of the routines in 'libgcc' handle arithmetic operations that the
  target processor cannot perform directly.  This includes integer
  multiply and divide on some machines, and all floating-point and
! fixed-point operations on other machines.  'libgcc' also includes
  routines for exception handling, and a handful of miscellaneous
  operations.
  
   Some of these routines can be defined in mostly machine-independent C.
! Others must be hand-written in assembly language for each processor that
! needs them.
  
!  GCC will also generate calls to C library routines, such as 'memcpy'
! and 'memset', in some cases.  The set of routines that GCC may possibly
! use is documented in *note (gcc)Other Builtins::.
  
   These routines take arguments and return values of a specific machine
  mode, not a specific C type.  *Note Machine Modes::, for an explanation
  of this concept.  For illustrative purposes, in this chapter the
! floating point type 'float' is assumed to correspond to 'SFmode';
! 'double' to 'DFmode'; and 'long double' to both 'TFmode' and 'XFmode'.
! Similarly, the integer types 'int' and 'unsigned int' correspond to
! 'SImode'; 'long' and 'unsigned long' to 'DImode'; and 'long long' and
! 'unsigned long long' to 'TImode'.
  
  * Menu:
  
--- 233,266 ----
  4 The GCC low-level runtime library
  ***********************************
  
! GCC provides a low-level runtime library, `libgcc.a' or `libgcc_s.so.1'
  on some platforms.  GCC generates calls to routines in this library
  automatically, whenever it needs to perform some operation that is too
  complicated to emit inline code for.
  
!  Most of the routines in `libgcc' handle arithmetic operations that the
  target processor cannot perform directly.  This includes integer
  multiply and divide on some machines, and all floating-point and
! fixed-point operations on other machines.  `libgcc' also includes
  routines for exception handling, and a handful of miscellaneous
  operations.
  
   Some of these routines can be defined in mostly machine-independent C.
! Others must be hand-written in assembly language for each processor
! that needs them.
  
!  GCC will also generate calls to C library routines, such as `memcpy'
! and `memset', in some cases.  The set of routines that GCC may possibly
! use is documented in *note Other Builtins: (gcc)Other Builtins.
  
   These routines take arguments and return values of a specific machine
  mode, not a specific C type.  *Note Machine Modes::, for an explanation
  of this concept.  For illustrative purposes, in this chapter the
! floating point type `float' is assumed to correspond to `SFmode';
! `double' to `DFmode'; and `long double' to both `TFmode' and `XFmode'.
! Similarly, the integer types `int' and `unsigned int' correspond to
! `SImode'; `long' and `unsigned long' to `DImode'; and `long long' and
! `unsigned long long' to `TImode'.
  
  * Menu:
  
*************** hardware support for arithmetic operatio
*** 320,327 ****
  
   -- Runtime Function: unsigned int __udivsi3 (unsigned int A, unsigned
            int B)
!  -- Runtime Function: unsigned long __udivdi3 (unsigned long A, unsigned
!           long B)
   -- Runtime Function: unsigned long long __udivti3 (unsigned long long
            A, unsigned long long B)
       These functions return the quotient of the unsigned division of A
--- 323,330 ----
  
   -- Runtime Function: unsigned int __udivsi3 (unsigned int A, unsigned
            int B)
!  -- Runtime Function: unsigned long __udivdi3 (unsigned long A,
!           unsigned long B)
   -- Runtime Function: unsigned long long __udivti3 (unsigned long long
            A, unsigned long long B)
       These functions return the quotient of the unsigned division of A
*************** hardware support for arithmetic operatio
*** 337,344 ****
  
   -- Runtime Function: unsigned int __umodsi3 (unsigned int A, unsigned
            int B)
!  -- Runtime Function: unsigned long __umoddi3 (unsigned long A, unsigned
!           long B)
   -- Runtime Function: unsigned long long __umodti3 (unsigned long long
            A, unsigned long long B)
       These functions return the remainder of the unsigned division of A
--- 340,347 ----
  
   -- Runtime Function: unsigned int __umodsi3 (unsigned int A, unsigned
            int B)
!  -- Runtime Function: unsigned long __umoddi3 (unsigned long A,
!           unsigned long B)
   -- Runtime Function: unsigned long long __umodti3 (unsigned long long
            A, unsigned long long B)
       These functions return the remainder of the unsigned division of A
*************** result using either signed or unsigned c
*** 361,377 ****
       and if A and B are equal they return 1.
  
   -- Runtime Function: int __ucmpdi2 (unsigned long A, unsigned long B)
!  -- Runtime Function: int __ucmpti2 (unsigned long long A, unsigned long
!           long B)
!      These functions perform an unsigned comparison of A and B.  If A is
!      less than B, they return 0; if A is greater than B, they return 2;
!      and if A and B are equal they return 1.
  
  4.1.3 Trapping arithmetic functions
  -----------------------------------
  
  The following functions implement trapping arithmetic.  These functions
! call the libc function 'abort' upon signed arithmetic overflow.
  
   -- Runtime Function: int __absvsi2 (int A)
   -- Runtime Function: long __absvdi2 (long A)
--- 364,380 ----
       and if A and B are equal they return 1.
  
   -- Runtime Function: int __ucmpdi2 (unsigned long A, unsigned long B)
!  -- Runtime Function: int __ucmpti2 (unsigned long long A, unsigned
!           long long B)
!      These functions perform an unsigned comparison of A and B.  If A
!      is less than B, they return 0; if A is greater than B, they return
!      2; and if A and B are equal they return 1.
  
  4.1.3 Trapping arithmetic functions
  -----------------------------------
  
  The following functions implement trapping arithmetic.  These functions
! call the libc function `abort' upon signed arithmetic overflow.
  
   -- Runtime Function: int __absvsi2 (int A)
   -- Runtime Function: long __absvdi2 (long A)
*************** call the libc function 'abort' upon sign
*** 379,398 ****
  
   -- Runtime Function: int __addvsi3 (int A, int B)
   -- Runtime Function: long __addvdi3 (long A, long B)
!      These functions return the sum of A and B; that is 'A + B'.
  
   -- Runtime Function: int __mulvsi3 (int A, int B)
   -- Runtime Function: long __mulvdi3 (long A, long B)
!      The functions return the product of A and B; that is 'A * B'.
  
   -- Runtime Function: int __negvsi2 (int A)
   -- Runtime Function: long __negvdi2 (long A)
!      These functions return the negation of A; that is '-A'.
  
   -- Runtime Function: int __subvsi3 (int A, int B)
   -- Runtime Function: long __subvdi3 (long A, long B)
!      These functions return the difference between B and A; that is 'A -
!      B'.
  
  4.1.4 Bit operations
  --------------------
--- 382,401 ----
  
   -- Runtime Function: int __addvsi3 (int A, int B)
   -- Runtime Function: long __addvdi3 (long A, long B)
!      These functions return the sum of A and B; that is `A + B'.
  
   -- Runtime Function: int __mulvsi3 (int A, int B)
   -- Runtime Function: long __mulvdi3 (long A, long B)
!      The functions return the product of A and B; that is `A * B'.
  
   -- Runtime Function: int __negvsi2 (int A)
   -- Runtime Function: long __negvdi2 (long A)
!      These functions return the negation of A; that is `-A'.
  
   -- Runtime Function: int __subvsi3 (int A, int B)
   -- Runtime Function: long __subvdi3 (long A, long B)
!      These functions return the difference between B and A; that is `A
!      - B'.
  
  4.1.4 Bit operations
  --------------------
*************** File: gccint.info,  Node: Soft float lib
*** 440,454 ****
  
  The software floating point library is used on machines which do not
  have hardware support for floating point.  It is also used whenever
! '-msoft-float' is used to disable generation of floating point
  instructions.  (Not all targets support this switch.)
  
   For compatibility with other compilers, the floating point emulation
! routines can be renamed with the 'DECLARE_LIBRARY_RENAMES' macro (*note
  Library Calls::).  In this section, the default names are used.
  
!  Presently the library does not support 'XFmode', which is used for
! 'long double' on some architectures.
  
  4.2.1 Arithmetic functions
  --------------------------
--- 443,457 ----
  
  The software floating point library is used on machines which do not
  have hardware support for floating point.  It is also used whenever
! `-msoft-float' is used to disable generation of floating point
  instructions.  (Not all targets support this switch.)
  
   For compatibility with other compilers, the floating point emulation
! routines can be renamed with the `DECLARE_LIBRARY_RENAMES' macro (*note
  Library Calls::).  In this section, the default names are used.
  
!  Presently the library does not support `XFmode', which is used for
! `long double' on some architectures.
  
  4.2.1 Arithmetic functions
  --------------------------
*************** Library Calls::).  In this section, the
*** 549,556 ****
   -- Runtime Function: unsigned long long __fixunsdfti (double A)
   -- Runtime Function: unsigned long long __fixunstfti (long double A)
   -- Runtime Function: unsigned long long __fixunsxfti (long double A)
!      These functions convert A to an unsigned long long, rounding toward
!      zero.  Negative values all become zero.
  
   -- Runtime Function: float __floatsisf (int I)
   -- Runtime Function: double __floatsidf (int I)
--- 552,559 ----
   -- Runtime Function: unsigned long long __fixunsdfti (double A)
   -- Runtime Function: unsigned long long __fixunstfti (long double A)
   -- Runtime Function: unsigned long long __fixunsxfti (long double A)
!      These functions convert A to an unsigned long long, rounding
!      toward zero.  Negative values all become zero.
  
   -- Runtime Function: float __floatsisf (int I)
   -- Runtime Function: double __floatsidf (int I)
*************** There are two sets of basic comparison f
*** 598,607 ****
   -- Runtime Function: int __cmpdf2 (double A, double B)
   -- Runtime Function: int __cmptf2 (long double A, long double B)
       These functions calculate a <=> b.  That is, if A is less than B,
!      they return -1; if A is greater than B, they return 1; and if A and
!      B are equal they return 0.  If either argument is NaN they return
!      1, but you should not rely on this; if NaN is a possibility, use
!      one of the higher-level comparison functions.
  
   -- Runtime Function: int __unordsf2 (float A, float B)
   -- Runtime Function: int __unorddf2 (double A, double B)
--- 601,610 ----
   -- Runtime Function: int __cmpdf2 (double A, double B)
   -- Runtime Function: int __cmptf2 (long double A, long double B)
       These functions calculate a <=> b.  That is, if A is less than B,
!      they return -1; if A is greater than B, they return 1; and if A
!      and B are equal they return 0.  If either argument is NaN they
!      return 1, but you should not rely on this; if NaN is a
!      possibility, use one of the higher-level comparison functions.
  
   -- Runtime Function: int __unordsf2 (float A, float B)
   -- Runtime Function: int __unorddf2 (double A, double B)
*************** hood, all of these routines are implemen
*** 619,634 ****
           return E;
         return __cmpXf2 (a, b);
  
! where E is a constant chosen to give the proper behavior for NaN.  Thus,
! the meaning of the return value is different for each set.  Do not rely
! on this implementation; only the semantics documented below are
! guaranteed.
  
   -- Runtime Function: int __eqsf2 (float A, float B)
   -- Runtime Function: int __eqdf2 (double A, double B)
   -- Runtime Function: int __eqtf2 (long double A, long double B)
!      These functions return zero if neither argument is NaN, and A and B
!      are equal.
  
   -- Runtime Function: int __nesf2 (float A, float B)
   -- Runtime Function: int __nedf2 (double A, double B)
--- 622,637 ----
           return E;
         return __cmpXf2 (a, b);
  
! where E is a constant chosen to give the proper behavior for NaN.
! Thus, the meaning of the return value is different for each set.  Do
! not rely on this implementation; only the semantics documented below
! are guaranteed.
  
   -- Runtime Function: int __eqsf2 (float A, float B)
   -- Runtime Function: int __eqdf2 (double A, double B)
   -- Runtime Function: int __eqtf2 (long double A, long double B)
!      These functions return zero if neither argument is NaN, and A and
!      B are equal.
  
   -- Runtime Function: int __nesf2 (float A, float B)
   -- Runtime Function: int __nedf2 (double A, double B)
*************** guaranteed.
*** 669,676 ****
   -- Runtime Function: long double __powixf2 (long double A, int B)
       These functions convert raise A to the power B.
  
!  -- Runtime Function: complex float __mulsc3 (float A, float B, float C,
!           float D)
   -- Runtime Function: complex double __muldc3 (double A, double B,
            double C, double D)
   -- Runtime Function: complex long double __multc3 (long double A, long
--- 672,679 ----
   -- Runtime Function: long double __powixf2 (long double A, int B)
       These functions convert raise A to the power B.
  
!  -- Runtime Function: complex float __mulsc3 (float A, float B, float
!           C, float D)
   -- Runtime Function: complex double __muldc3 (double A, double B,
            double C, double D)
   -- Runtime Function: complex long double __multc3 (long double A, long
*************** guaranteed.
*** 680,687 ****
       These functions return the product of A + iB and C + iD, following
       the rules of C99 Annex G.
  
!  -- Runtime Function: complex float __divsc3 (float A, float B, float C,
!           float D)
   -- Runtime Function: complex double __divdc3 (double A, double B,
            double C, double D)
   -- Runtime Function: complex long double __divtc3 (long double A, long
--- 683,690 ----
       These functions return the product of A + iB and C + iD, following
       the rules of C99 Annex G.
  
!  -- Runtime Function: complex float __divsc3 (float A, float B, float
!           C, float D)
   -- Runtime Function: complex double __divdc3 (double A, double B,
            double C, double D)
   -- Runtime Function: complex long double __divtc3 (long double A, long
*************** selected at configure time.
*** 880,887 ****
   -- Runtime Function: unsigned long __bid_fixunsdddi (_Decimal64 A)
   -- Runtime Function: unsigned long __dpd_fixunstddi (_Decimal128 A)
   -- Runtime Function: unsigned long __bid_fixunstddi (_Decimal128 A)
!      These functions convert A to an unsigned long.  Negative values all
!      become zero.
  
   -- Runtime Function: _Decimal32 __dpd_floatsisd (int I)
   -- Runtime Function: _Decimal32 __bid_floatsisd (int I)
--- 883,890 ----
   -- Runtime Function: unsigned long __bid_fixunsdddi (_Decimal64 A)
   -- Runtime Function: unsigned long __dpd_fixunstddi (_Decimal128 A)
   -- Runtime Function: unsigned long __bid_fixunstddi (_Decimal128 A)
!      These functions convert A to an unsigned long.  Negative values
!      all become zero.
  
   -- Runtime Function: _Decimal32 __dpd_floatsisd (int I)
   -- Runtime Function: _Decimal32 __bid_floatsisd (int I)
*************** selected at configure time.
*** 907,914 ****
   -- Runtime Function: _Decimal64 __bid_floatunssidd (unsigned int I)
   -- Runtime Function: _Decimal128 __dpd_floatunssitd (unsigned int I)
   -- Runtime Function: _Decimal128 __bid_floatunssitd (unsigned int I)
!      These functions convert I, an unsigned integer, to decimal floating
!      point.
  
   -- Runtime Function: _Decimal32 __dpd_floatunsdisd (unsigned long I)
   -- Runtime Function: _Decimal32 __bid_floatunsdisd (unsigned long I)
--- 910,917 ----
   -- Runtime Function: _Decimal64 __bid_floatunssidd (unsigned int I)
   -- Runtime Function: _Decimal128 __dpd_floatunssitd (unsigned int I)
   -- Runtime Function: _Decimal128 __bid_floatunssitd (unsigned int I)
!      These functions convert I, an unsigned integer, to decimal
!      floating point.
  
   -- Runtime Function: _Decimal32 __dpd_floatunsdisd (unsigned long I)
   -- Runtime Function: _Decimal32 __bid_floatunsdisd (unsigned long I)
*************** hood, all of these routines are implemen
*** 941,950 ****
           return E;
         return __bid_cmpXd2 (a, b);
  
! where E is a constant chosen to give the proper behavior for NaN.  Thus,
! the meaning of the return value is different for each set.  Do not rely
! on this implementation; only the semantics documented below are
! guaranteed.
  
   -- Runtime Function: int __dpd_eqsd2 (_Decimal32 A, _Decimal32 B)
   -- Runtime Function: int __bid_eqsd2 (_Decimal32 A, _Decimal32 B)
--- 944,953 ----
           return E;
         return __bid_cmpXd2 (a, b);
  
! where E is a constant chosen to give the proper behavior for NaN.
! Thus, the meaning of the return value is different for each set.  Do
! not rely on this implementation; only the semantics documented below
! are guaranteed.
  
   -- Runtime Function: int __dpd_eqsd2 (_Decimal32 A, _Decimal32 B)
   -- Runtime Function: int __bid_eqsd2 (_Decimal32 A, _Decimal32 B)
*************** guaranteed.
*** 952,959 ****
   -- Runtime Function: int __bid_eqdd2 (_Decimal64 A, _Decimal64 B)
   -- Runtime Function: int __dpd_eqtd2 (_Decimal128 A, _Decimal128 B)
   -- Runtime Function: int __bid_eqtd2 (_Decimal128 A, _Decimal128 B)
!      These functions return zero if neither argument is NaN, and A and B
!      are equal.
  
   -- Runtime Function: int __dpd_nesd2 (_Decimal32 A, _Decimal32 B)
   -- Runtime Function: int __bid_nesd2 (_Decimal32 A, _Decimal32 B)
--- 955,962 ----
   -- Runtime Function: int __bid_eqdd2 (_Decimal64 A, _Decimal64 B)
   -- Runtime Function: int __dpd_eqtd2 (_Decimal128 A, _Decimal128 B)
   -- Runtime Function: int __bid_eqtd2 (_Decimal128 A, _Decimal128 B)
!      These functions return zero if neither argument is NaN, and A and
!      B are equal.
  
   -- Runtime Function: int __dpd_nesd2 (_Decimal32 A, _Decimal32 B)
   -- Runtime Function: int __bid_nesd2 (_Decimal32 A, _Decimal32 B)
*************** File: gccint.info,  Node: Fixed-point fr
*** 1009,1028 ****
  The software fixed-point library implements fixed-point fractional
  arithmetic, and is only activated on selected targets.
  
!  For ease of comprehension 'fract' is an alias for the '_Fract' type,
! 'accum' an alias for '_Accum', and 'sat' an alias for '_Sat'.
  
   For illustrative purposes, in this section the fixed-point fractional
! type 'short fract' is assumed to correspond to machine mode 'QQmode';
! 'unsigned short fract' to 'UQQmode'; 'fract' to 'HQmode';
! 'unsigned fract' to 'UHQmode'; 'long fract' to 'SQmode';
! 'unsigned long fract' to 'USQmode'; 'long long fract' to 'DQmode'; and
! 'unsigned long long fract' to 'UDQmode'.  Similarly the fixed-point
! accumulator type 'short accum' corresponds to 'HAmode';
! 'unsigned short accum' to 'UHAmode'; 'accum' to 'SAmode';
! 'unsigned accum' to 'USAmode'; 'long accum' to 'DAmode';
! 'unsigned long accum' to 'UDAmode'; 'long long accum' to 'TAmode'; and
! 'unsigned long long accum' to 'UTAmode'.
  
  4.4.1 Arithmetic functions
  --------------------------
--- 1012,1031 ----
  The software fixed-point library implements fixed-point fractional
  arithmetic, and is only activated on selected targets.
  
!  For ease of comprehension `fract' is an alias for the `_Fract' type,
! `accum' an alias for `_Accum', and `sat' an alias for `_Sat'.
  
   For illustrative purposes, in this section the fixed-point fractional
! type `short fract' is assumed to correspond to machine mode `QQmode';
! `unsigned short fract' to `UQQmode'; `fract' to `HQmode';
! `unsigned fract' to `UHQmode'; `long fract' to `SQmode';
! `unsigned long fract' to `USQmode'; `long long fract' to `DQmode'; and
! `unsigned long long fract' to `UDQmode'.  Similarly the fixed-point
! accumulator type `short accum' corresponds to `HAmode';
! `unsigned short accum' to `UHAmode'; `accum' to `SAmode';
! `unsigned accum' to `USAmode'; `long accum' to `DAmode';
! `unsigned long accum' to `UDAmode'; `long long accum' to `TAmode'; and
! `unsigned long long accum' to `UTAmode'.
  
  4.4.1 Arithmetic functions
  --------------------------
*************** accumulator type 'short accum' correspon
*** 1037,1044 ****
            fract A, unsigned short fract B)
   -- Runtime Function: unsigned fract __adduhq3 (unsigned fract A,
            unsigned fract B)
!  -- Runtime Function: unsigned long fract __addusq3 (unsigned long fract
!           A, unsigned long fract B)
   -- Runtime Function: unsigned long long fract __addudq3 (unsigned long
            long fract A, unsigned long long fract B)
   -- Runtime Function: short accum __addha3 (short accum A, short accum
--- 1040,1047 ----
            fract A, unsigned short fract B)
   -- Runtime Function: unsigned fract __adduhq3 (unsigned fract A,
            unsigned fract B)
!  -- Runtime Function: unsigned long fract __addusq3 (unsigned long
!           fract A, unsigned long fract B)
   -- Runtime Function: unsigned long long fract __addudq3 (unsigned long
            long fract A, unsigned long long fract B)
   -- Runtime Function: short accum __addha3 (short accum A, short accum
*************** accumulator type 'short accum' correspon
*** 1051,1070 ****
            accum A, unsigned short accum B)
   -- Runtime Function: unsigned accum __addusa3 (unsigned accum A,
            unsigned accum B)
!  -- Runtime Function: unsigned long accum __adduda3 (unsigned long accum
!           A, unsigned long accum B)
   -- Runtime Function: unsigned long long accum __adduta3 (unsigned long
            long accum A, unsigned long long accum B)
       These functions return the sum of A and B.
  
!  -- Runtime Function: short fract __ssaddqq3 (short fract A, short fract
!           B)
   -- Runtime Function: fract __ssaddhq3 (fract A, fract B)
   -- Runtime Function: long fract __ssaddsq3 (long fract A, long fract B)
   -- Runtime Function: long long fract __ssadddq3 (long long fract A,
            long long fract B)
!  -- Runtime Function: short accum __ssaddha3 (short accum A, short accum
!           B)
   -- Runtime Function: accum __ssaddsa3 (accum A, accum B)
   -- Runtime Function: long accum __ssaddda3 (long accum A, long accum B)
   -- Runtime Function: long long accum __ssaddta3 (long long accum A,
--- 1054,1073 ----
            accum A, unsigned short accum B)
   -- Runtime Function: unsigned accum __addusa3 (unsigned accum A,
            unsigned accum B)
!  -- Runtime Function: unsigned long accum __adduda3 (unsigned long
!           accum A, unsigned long accum B)
   -- Runtime Function: unsigned long long accum __adduta3 (unsigned long
            long accum A, unsigned long long accum B)
       These functions return the sum of A and B.
  
!  -- Runtime Function: short fract __ssaddqq3 (short fract A, short
!           fract B)
   -- Runtime Function: fract __ssaddhq3 (fract A, fract B)
   -- Runtime Function: long fract __ssaddsq3 (long fract A, long fract B)
   -- Runtime Function: long long fract __ssadddq3 (long long fract A,
            long long fract B)
!  -- Runtime Function: short accum __ssaddha3 (short accum A, short
!           accum B)
   -- Runtime Function: accum __ssaddsa3 (accum A, accum B)
   -- Runtime Function: long accum __ssaddda3 (long accum A, long accum B)
   -- Runtime Function: long long accum __ssaddta3 (long long accum A,
*************** accumulator type 'short accum' correspon
*** 1099,1106 ****
            fract A, unsigned short fract B)
   -- Runtime Function: unsigned fract __subuhq3 (unsigned fract A,
            unsigned fract B)
!  -- Runtime Function: unsigned long fract __subusq3 (unsigned long fract
!           A, unsigned long fract B)
   -- Runtime Function: unsigned long long fract __subudq3 (unsigned long
            long fract A, unsigned long long fract B)
   -- Runtime Function: short accum __subha3 (short accum A, short accum
--- 1102,1109 ----
            fract A, unsigned short fract B)
   -- Runtime Function: unsigned fract __subuhq3 (unsigned fract A,
            unsigned fract B)
!  -- Runtime Function: unsigned long fract __subusq3 (unsigned long
!           fract A, unsigned long fract B)
   -- Runtime Function: unsigned long long fract __subudq3 (unsigned long
            long fract A, unsigned long long fract B)
   -- Runtime Function: short accum __subha3 (short accum A, short accum
*************** accumulator type 'short accum' correspon
*** 1113,1138 ****
            accum A, unsigned short accum B)
   -- Runtime Function: unsigned accum __subusa3 (unsigned accum A,
            unsigned accum B)
!  -- Runtime Function: unsigned long accum __subuda3 (unsigned long accum
!           A, unsigned long accum B)
   -- Runtime Function: unsigned long long accum __subuta3 (unsigned long
            long accum A, unsigned long long accum B)
!      These functions return the difference of A and B; that is, 'A - B'.
  
!  -- Runtime Function: short fract __sssubqq3 (short fract A, short fract
!           B)
   -- Runtime Function: fract __sssubhq3 (fract A, fract B)
   -- Runtime Function: long fract __sssubsq3 (long fract A, long fract B)
   -- Runtime Function: long long fract __sssubdq3 (long long fract A,
            long long fract B)
!  -- Runtime Function: short accum __sssubha3 (short accum A, short accum
!           B)
   -- Runtime Function: accum __sssubsa3 (accum A, accum B)
   -- Runtime Function: long accum __sssubda3 (long accum A, long accum B)
   -- Runtime Function: long long accum __sssubta3 (long long accum A,
            long long accum B)
       These functions return the difference of A and B with signed
!      saturation; that is, 'A - B'.
  
   -- Runtime Function: unsigned short fract __ussubuqq3 (unsigned short
            fract A, unsigned short fract B)
--- 1116,1141 ----
            accum A, unsigned short accum B)
   -- Runtime Function: unsigned accum __subusa3 (unsigned accum A,
            unsigned accum B)
!  -- Runtime Function: unsigned long accum __subuda3 (unsigned long
!           accum A, unsigned long accum B)
   -- Runtime Function: unsigned long long accum __subuta3 (unsigned long
            long accum A, unsigned long long accum B)
!      These functions return the difference of A and B; that is, `A - B'.
  
!  -- Runtime Function: short fract __sssubqq3 (short fract A, short
!           fract B)
   -- Runtime Function: fract __sssubhq3 (fract A, fract B)
   -- Runtime Function: long fract __sssubsq3 (long fract A, long fract B)
   -- Runtime Function: long long fract __sssubdq3 (long long fract A,
            long long fract B)
!  -- Runtime Function: short accum __sssubha3 (short accum A, short
!           accum B)
   -- Runtime Function: accum __sssubsa3 (accum A, accum B)
   -- Runtime Function: long accum __sssubda3 (long accum A, long accum B)
   -- Runtime Function: long long accum __sssubta3 (long long accum A,
            long long accum B)
       These functions return the difference of A and B with signed
!      saturation;  that is, `A - B'.
  
   -- Runtime Function: unsigned short fract __ussubuqq3 (unsigned short
            fract A, unsigned short fract B)
*************** accumulator type 'short accum' correspon
*** 1151,1157 ****
   -- Runtime Function: unsigned long long accum __ussubuta3 (unsigned
            long long accum A, unsigned long long accum B)
       These functions return the difference of A and B with unsigned
!      saturation; that is, 'A - B'.
  
   -- Runtime Function: short fract __mulqq3 (short fract A, short fract
            B)
--- 1154,1160 ----
   -- Runtime Function: unsigned long long accum __ussubuta3 (unsigned
            long long accum A, unsigned long long accum B)
       These functions return the difference of A and B with unsigned
!      saturation;  that is, `A - B'.
  
   -- Runtime Function: short fract __mulqq3 (short fract A, short fract
            B)
*************** accumulator type 'short accum' correspon
*** 1163,1170 ****
            fract A, unsigned short fract B)
   -- Runtime Function: unsigned fract __muluhq3 (unsigned fract A,
            unsigned fract B)
!  -- Runtime Function: unsigned long fract __mulusq3 (unsigned long fract
!           A, unsigned long fract B)
   -- Runtime Function: unsigned long long fract __muludq3 (unsigned long
            long fract A, unsigned long long fract B)
   -- Runtime Function: short accum __mulha3 (short accum A, short accum
--- 1166,1173 ----
            fract A, unsigned short fract B)
   -- Runtime Function: unsigned fract __muluhq3 (unsigned fract A,
            unsigned fract B)
!  -- Runtime Function: unsigned long fract __mulusq3 (unsigned long
!           fract A, unsigned long fract B)
   -- Runtime Function: unsigned long long fract __muludq3 (unsigned long
            long fract A, unsigned long long fract B)
   -- Runtime Function: short accum __mulha3 (short accum A, short accum
*************** accumulator type 'short accum' correspon
*** 1177,1196 ****
            accum A, unsigned short accum B)
   -- Runtime Function: unsigned accum __mulusa3 (unsigned accum A,
            unsigned accum B)
!  -- Runtime Function: unsigned long accum __muluda3 (unsigned long accum
!           A, unsigned long accum B)
   -- Runtime Function: unsigned long long accum __muluta3 (unsigned long
            long accum A, unsigned long long accum B)
       These functions return the product of A and B.
  
!  -- Runtime Function: short fract __ssmulqq3 (short fract A, short fract
!           B)
   -- Runtime Function: fract __ssmulhq3 (fract A, fract B)
   -- Runtime Function: long fract __ssmulsq3 (long fract A, long fract B)
   -- Runtime Function: long long fract __ssmuldq3 (long long fract A,
            long long fract B)
!  -- Runtime Function: short accum __ssmulha3 (short accum A, short accum
!           B)
   -- Runtime Function: accum __ssmulsa3 (accum A, accum B)
   -- Runtime Function: long accum __ssmulda3 (long accum A, long accum B)
   -- Runtime Function: long long accum __ssmulta3 (long long accum A,
--- 1180,1199 ----
            accum A, unsigned short accum B)
   -- Runtime Function: unsigned accum __mulusa3 (unsigned accum A,
            unsigned accum B)
!  -- Runtime Function: unsigned long accum __muluda3 (unsigned long
!           accum A, unsigned long accum B)
   -- Runtime Function: unsigned long long accum __muluta3 (unsigned long
            long accum A, unsigned long long accum B)
       These functions return the product of A and B.
  
!  -- Runtime Function: short fract __ssmulqq3 (short fract A, short
!           fract B)
   -- Runtime Function: fract __ssmulhq3 (fract A, fract B)
   -- Runtime Function: long fract __ssmulsq3 (long fract A, long fract B)
   -- Runtime Function: long long fract __ssmuldq3 (long long fract A,
            long long fract B)
!  -- Runtime Function: short accum __ssmulha3 (short accum A, short
!           accum B)
   -- Runtime Function: accum __ssmulsa3 (accum A, accum B)
   -- Runtime Function: long accum __ssmulda3 (long accum A, long accum B)
   -- Runtime Function: long long accum __ssmulta3 (long long accum A,
*************** accumulator type 'short accum' correspon
*** 1229,1236 ****
   -- Runtime Function: long accum __divda3 (long accum A, long accum B)
   -- Runtime Function: long long accum __divta3 (long long accum A, long
            long accum B)
!      These functions return the quotient of the signed division of A and
!      B.
  
   -- Runtime Function: unsigned short fract __udivuqq3 (unsigned short
            fract A, unsigned short fract B)
--- 1232,1239 ----
   -- Runtime Function: long accum __divda3 (long accum A, long accum B)
   -- Runtime Function: long long accum __divta3 (long long accum A, long
            long accum B)
!      These functions return the quotient of the signed division of A
!      and B.
  
   -- Runtime Function: unsigned short fract __udivuqq3 (unsigned short
            fract A, unsigned short fract B)
*************** accumulator type 'short accum' correspon
*** 1238,1270 ****
            unsigned fract B)
   -- Runtime Function: unsigned long fract __udivusq3 (unsigned long
            fract A, unsigned long fract B)
!  -- Runtime Function: unsigned long long fract __udivudq3 (unsigned long
!           long fract A, unsigned long long fract B)
   -- Runtime Function: unsigned short accum __udivuha3 (unsigned short
            accum A, unsigned short accum B)
   -- Runtime Function: unsigned accum __udivusa3 (unsigned accum A,
            unsigned accum B)
   -- Runtime Function: unsigned long accum __udivuda3 (unsigned long
            accum A, unsigned long accum B)
!  -- Runtime Function: unsigned long long accum __udivuta3 (unsigned long
!           long accum A, unsigned long long accum B)
       These functions return the quotient of the unsigned division of A
       and B.
  
!  -- Runtime Function: short fract __ssdivqq3 (short fract A, short fract
!           B)
   -- Runtime Function: fract __ssdivhq3 (fract A, fract B)
   -- Runtime Function: long fract __ssdivsq3 (long fract A, long fract B)
   -- Runtime Function: long long fract __ssdivdq3 (long long fract A,
            long long fract B)
!  -- Runtime Function: short accum __ssdivha3 (short accum A, short accum
!           B)
   -- Runtime Function: accum __ssdivsa3 (accum A, accum B)
   -- Runtime Function: long accum __ssdivda3 (long accum A, long accum B)
   -- Runtime Function: long long accum __ssdivta3 (long long accum A,
            long long accum B)
!      These functions return the quotient of the signed division of A and
!      B with signed saturation.
  
   -- Runtime Function: unsigned short fract __usdivuqq3 (unsigned short
            fract A, unsigned short fract B)
--- 1241,1273 ----
            unsigned fract B)
   -- Runtime Function: unsigned long fract __udivusq3 (unsigned long
            fract A, unsigned long fract B)
!  -- Runtime Function: unsigned long long fract __udivudq3 (unsigned
!           long long fract A, unsigned long long fract B)
   -- Runtime Function: unsigned short accum __udivuha3 (unsigned short
            accum A, unsigned short accum B)
   -- Runtime Function: unsigned accum __udivusa3 (unsigned accum A,
            unsigned accum B)
   -- Runtime Function: unsigned long accum __udivuda3 (unsigned long
            accum A, unsigned long accum B)
!  -- Runtime Function: unsigned long long accum __udivuta3 (unsigned
!           long long accum A, unsigned long long accum B)
       These functions return the quotient of the unsigned division of A
       and B.
  
!  -- Runtime Function: short fract __ssdivqq3 (short fract A, short
!           fract B)
   -- Runtime Function: fract __ssdivhq3 (fract A, fract B)
   -- Runtime Function: long fract __ssdivsq3 (long fract A, long fract B)
   -- Runtime Function: long long fract __ssdivdq3 (long long fract A,
            long long fract B)
!  -- Runtime Function: short accum __ssdivha3 (short accum A, short
!           accum B)
   -- Runtime Function: accum __ssdivsa3 (accum A, accum B)
   -- Runtime Function: long accum __ssdivda3 (long accum A, long accum B)
   -- Runtime Function: long long accum __ssdivta3 (long long accum A,
            long long accum B)
!      These functions return the quotient of the signed division of A
!      and B with signed saturation.
  
   -- Runtime Function: unsigned short fract __usdivuqq3 (unsigned short
            fract A, unsigned short fract B)
*************** accumulator type 'short accum' correspon
*** 1292,1299 ****
   -- Runtime Function: unsigned short fract __neguqq2 (unsigned short
            fract A)
   -- Runtime Function: unsigned fract __neguhq2 (unsigned fract A)
!  -- Runtime Function: unsigned long fract __negusq2 (unsigned long fract
!           A)
   -- Runtime Function: unsigned long long fract __negudq2 (unsigned long
            long fract A)
   -- Runtime Function: short accum __negha2 (short accum A)
--- 1295,1302 ----
   -- Runtime Function: unsigned short fract __neguqq2 (unsigned short
            fract A)
   -- Runtime Function: unsigned fract __neguhq2 (unsigned fract A)
!  -- Runtime Function: unsigned long fract __negusq2 (unsigned long
!           fract A)
   -- Runtime Function: unsigned long long fract __negudq2 (unsigned long
            long fract A)
   -- Runtime Function: short accum __negha2 (short accum A)
*************** accumulator type 'short accum' correspon
*** 1303,1310 ****
   -- Runtime Function: unsigned short accum __neguha2 (unsigned short
            accum A)
   -- Runtime Function: unsigned accum __negusa2 (unsigned accum A)
!  -- Runtime Function: unsigned long accum __neguda2 (unsigned long accum
!           A)
   -- Runtime Function: unsigned long long accum __neguta2 (unsigned long
            long accum A)
       These functions return the negation of A.
--- 1306,1313 ----
   -- Runtime Function: unsigned short accum __neguha2 (unsigned short
            accum A)
   -- Runtime Function: unsigned accum __negusa2 (unsigned accum A)
!  -- Runtime Function: unsigned long accum __neguda2 (unsigned long
!           accum A)
   -- Runtime Function: unsigned long long accum __neguta2 (unsigned long
            long accum A)
       These functions return the negation of A.
*************** accumulator type 'short accum' correspon
*** 1346,1353 ****
            B)
   -- Runtime Function: unsigned long fract __ashlusq3 (unsigned long
            fract A, int B)
!  -- Runtime Function: unsigned long long fract __ashludq3 (unsigned long
!           long fract A, int B)
   -- Runtime Function: short accum __ashlha3 (short accum A, int B)
   -- Runtime Function: accum __ashlsa3 (accum A, int B)
   -- Runtime Function: long accum __ashlda3 (long accum A, int B)
--- 1349,1356 ----
            B)
   -- Runtime Function: unsigned long fract __ashlusq3 (unsigned long
            fract A, int B)
!  -- Runtime Function: unsigned long long fract __ashludq3 (unsigned
!           long long fract A, int B)
   -- Runtime Function: short accum __ashlha3 (short accum A, int B)
   -- Runtime Function: accum __ashlsa3 (accum A, int B)
   -- Runtime Function: long accum __ashlda3 (long accum A, int B)
*************** accumulator type 'short accum' correspon
*** 1359,1366 ****
            B)
   -- Runtime Function: unsigned long accum __ashluda3 (unsigned long
            accum A, int B)
!  -- Runtime Function: unsigned long long accum __ashluta3 (unsigned long
!           long accum A, int B)
       These functions return the result of shifting A left by B bits.
  
   -- Runtime Function: short fract __ashrqq3 (short fract A, int B)
--- 1362,1369 ----
            B)
   -- Runtime Function: unsigned long accum __ashluda3 (unsigned long
            accum A, int B)
!  -- Runtime Function: unsigned long long accum __ashluta3 (unsigned
!           long long accum A, int B)
       These functions return the result of shifting A left by B bits.
  
   -- Runtime Function: short fract __ashrqq3 (short fract A, int B)
*************** accumulator type 'short accum' correspon
*** 1382,1397 ****
            B)
   -- Runtime Function: unsigned long fract __lshrusq3 (unsigned long
            fract A, int B)
!  -- Runtime Function: unsigned long long fract __lshrudq3 (unsigned long
!           long fract A, int B)
   -- Runtime Function: unsigned short accum __lshruha3 (unsigned short
            accum A, int B)
   -- Runtime Function: unsigned accum __lshrusa3 (unsigned accum A, int
            B)
   -- Runtime Function: unsigned long accum __lshruda3 (unsigned long
            accum A, int B)
!  -- Runtime Function: unsigned long long accum __lshruta3 (unsigned long
!           long accum A, int B)
       These functions return the result of logically shifting A right by
       B bits.
  
--- 1385,1400 ----
            B)
   -- Runtime Function: unsigned long fract __lshrusq3 (unsigned long
            fract A, int B)
!  -- Runtime Function: unsigned long long fract __lshrudq3 (unsigned
!           long long fract A, int B)
   -- Runtime Function: unsigned short accum __lshruha3 (unsigned short
            accum A, int B)
   -- Runtime Function: unsigned accum __lshrusa3 (unsigned accum A, int
            B)
   -- Runtime Function: unsigned long accum __lshruda3 (unsigned long
            accum A, int B)
!  -- Runtime Function: unsigned long long accum __lshruta3 (unsigned
!           long long accum A, int B)
       These functions return the result of logically shifting A right by
       B bits.
  
*************** accumulator type 'short accum' correspon
*** 1404,1430 ****
   -- Runtime Function: long accum __ssashlda3 (long accum A, int B)
   -- Runtime Function: long long accum __ssashlta3 (long long accum A,
            int B)
!      These functions return the result of shifting A left by B bits with
!      signed saturation.
  
   -- Runtime Function: unsigned short fract __usashluqq3 (unsigned short
            fract A, int B)
!  -- Runtime Function: unsigned fract __usashluhq3 (unsigned fract A, int
!           B)
   -- Runtime Function: unsigned long fract __usashlusq3 (unsigned long
            fract A, int B)
   -- Runtime Function: unsigned long long fract __usashludq3 (unsigned
            long long fract A, int B)
   -- Runtime Function: unsigned short accum __usashluha3 (unsigned short
            accum A, int B)
!  -- Runtime Function: unsigned accum __usashlusa3 (unsigned accum A, int
!           B)
   -- Runtime Function: unsigned long accum __usashluda3 (unsigned long
            accum A, int B)
   -- Runtime Function: unsigned long long accum __usashluta3 (unsigned
            long long accum A, int B)
!      These functions return the result of shifting A left by B bits with
!      unsigned saturation.
  
  4.4.2 Comparison functions
  --------------------------
--- 1407,1433 ----
   -- Runtime Function: long accum __ssashlda3 (long accum A, int B)
   -- Runtime Function: long long accum __ssashlta3 (long long accum A,
            int B)
!      These functions return the result of shifting A left by B bits
!      with signed saturation.
  
   -- Runtime Function: unsigned short fract __usashluqq3 (unsigned short
            fract A, int B)
!  -- Runtime Function: unsigned fract __usashluhq3 (unsigned fract A,
!           int B)
   -- Runtime Function: unsigned long fract __usashlusq3 (unsigned long
            fract A, int B)
   -- Runtime Function: unsigned long long fract __usashludq3 (unsigned
            long long fract A, int B)
   -- Runtime Function: unsigned short accum __usashluha3 (unsigned short
            accum A, int B)
!  -- Runtime Function: unsigned accum __usashlusa3 (unsigned accum A,
!           int B)
   -- Runtime Function: unsigned long accum __usashluda3 (unsigned long
            accum A, int B)
   -- Runtime Function: unsigned long long accum __usashluta3 (unsigned
            long long accum A, int B)
!      These functions return the result of shifting A left by B bits
!      with unsigned saturation.
  
  4.4.2 Comparison functions
  --------------------------
*************** returned result using either signed or u
*** 1478,1490 ****
   -- Runtime Function: unsigned short fract __fractqquqq (short fract A)
   -- Runtime Function: unsigned fract __fractqquhq (short fract A)
   -- Runtime Function: unsigned long fract __fractqqusq (short fract A)
!  -- Runtime Function: unsigned long long fract __fractqqudq (short fract
!           A)
   -- Runtime Function: unsigned short accum __fractqquha (short fract A)
   -- Runtime Function: unsigned accum __fractqqusa (short fract A)
   -- Runtime Function: unsigned long accum __fractqquda (short fract A)
!  -- Runtime Function: unsigned long long accum __fractqquta (short fract
!           A)
   -- Runtime Function: signed char __fractqqqi (short fract A)
   -- Runtime Function: short __fractqqhi (short fract A)
   -- Runtime Function: int __fractqqsi (short fract A)
--- 1481,1493 ----
   -- Runtime Function: unsigned short fract __fractqquqq (short fract A)
   -- Runtime Function: unsigned fract __fractqquhq (short fract A)
   -- Runtime Function: unsigned long fract __fractqqusq (short fract A)
!  -- Runtime Function: unsigned long long fract __fractqqudq (short
!           fract A)
   -- Runtime Function: unsigned short accum __fractqquha (short fract A)
   -- Runtime Function: unsigned accum __fractqqusa (short fract A)
   -- Runtime Function: unsigned long accum __fractqquda (short fract A)
!  -- Runtime Function: unsigned long long accum __fractqquta (short
!           fract A)
   -- Runtime Function: signed char __fractqqqi (short fract A)
   -- Runtime Function: short __fractqqhi (short fract A)
   -- Runtime Function: int __fractqqsi (short fract A)
*************** returned result using either signed or u
*** 1545,1559 ****
   -- Runtime Function: accum __fractdqsa (long long fract A)
   -- Runtime Function: long accum __fractdqda (long long fract A)
   -- Runtime Function: long long accum __fractdqta (long long fract A)
!  -- Runtime Function: unsigned short fract __fractdquqq (long long fract
!           A)
   -- Runtime Function: unsigned fract __fractdquhq (long long fract A)
   -- Runtime Function: unsigned long fract __fractdqusq (long long fract
            A)
   -- Runtime Function: unsigned long long fract __fractdqudq (long long
            fract A)
!  -- Runtime Function: unsigned short accum __fractdquha (long long fract
!           A)
   -- Runtime Function: unsigned accum __fractdqusa (long long fract A)
   -- Runtime Function: unsigned long accum __fractdquda (long long fract
            A)
--- 1548,1562 ----
   -- Runtime Function: accum __fractdqsa (long long fract A)
   -- Runtime Function: long accum __fractdqda (long long fract A)
   -- Runtime Function: long long accum __fractdqta (long long fract A)
!  -- Runtime Function: unsigned short fract __fractdquqq (long long
!           fract A)
   -- Runtime Function: unsigned fract __fractdquhq (long long fract A)
   -- Runtime Function: unsigned long fract __fractdqusq (long long fract
            A)
   -- Runtime Function: unsigned long long fract __fractdqudq (long long
            fract A)
!  -- Runtime Function: unsigned short accum __fractdquha (long long
!           fract A)
   -- Runtime Function: unsigned accum __fractdqusa (long long fract A)
   -- Runtime Function: unsigned long accum __fractdquda (long long fract
            A)
*************** returned result using either signed or u
*** 1576,1588 ****
   -- Runtime Function: unsigned short fract __fracthauqq (short accum A)
   -- Runtime Function: unsigned fract __fracthauhq (short accum A)
   -- Runtime Function: unsigned long fract __fracthausq (short accum A)
!  -- Runtime Function: unsigned long long fract __fracthaudq (short accum
!           A)
   -- Runtime Function: unsigned short accum __fracthauha (short accum A)
   -- Runtime Function: unsigned accum __fracthausa (short accum A)
   -- Runtime Function: unsigned long accum __fracthauda (short accum A)
!  -- Runtime Function: unsigned long long accum __fracthauta (short accum
!           A)
   -- Runtime Function: signed char __fracthaqi (short accum A)
   -- Runtime Function: short __fracthahi (short accum A)
   -- Runtime Function: int __fracthasi (short accum A)
--- 1579,1591 ----
   -- Runtime Function: unsigned short fract __fracthauqq (short accum A)
   -- Runtime Function: unsigned fract __fracthauhq (short accum A)
   -- Runtime Function: unsigned long fract __fracthausq (short accum A)
!  -- Runtime Function: unsigned long long fract __fracthaudq (short
!           accum A)
   -- Runtime Function: unsigned short accum __fracthauha (short accum A)
   -- Runtime Function: unsigned accum __fracthausa (short accum A)
   -- Runtime Function: unsigned long accum __fracthauda (short accum A)
!  -- Runtime Function: unsigned long long accum __fracthauta (short
!           accum A)
   -- Runtime Function: signed char __fracthaqi (short accum A)
   -- Runtime Function: short __fracthahi (short accum A)
   -- Runtime Function: int __fracthasi (short accum A)
*************** returned result using either signed or u
*** 1643,1657 ****
   -- Runtime Function: short accum __fracttaha2 (long long accum A)
   -- Runtime Function: accum __fracttasa2 (long long accum A)
   -- Runtime Function: long accum __fracttada2 (long long accum A)
!  -- Runtime Function: unsigned short fract __fracttauqq (long long accum
!           A)
   -- Runtime Function: unsigned fract __fracttauhq (long long accum A)
   -- Runtime Function: unsigned long fract __fracttausq (long long accum
            A)
   -- Runtime Function: unsigned long long fract __fracttaudq (long long
            accum A)
!  -- Runtime Function: unsigned short accum __fracttauha (long long accum
!           A)
   -- Runtime Function: unsigned accum __fracttausa (long long accum A)
   -- Runtime Function: unsigned long accum __fracttauda (long long accum
            A)
--- 1646,1660 ----
   -- Runtime Function: short accum __fracttaha2 (long long accum A)
   -- Runtime Function: accum __fracttasa2 (long long accum A)
   -- Runtime Function: long accum __fracttada2 (long long accum A)
!  -- Runtime Function: unsigned short fract __fracttauqq (long long
!           accum A)
   -- Runtime Function: unsigned fract __fracttauhq (long long accum A)
   -- Runtime Function: unsigned long fract __fracttausq (long long accum
            A)
   -- Runtime Function: unsigned long long fract __fracttaudq (long long
            accum A)
!  -- Runtime Function: unsigned short accum __fracttauha (long long
!           accum A)
   -- Runtime Function: unsigned accum __fracttausa (long long accum A)
   -- Runtime Function: unsigned long accum __fracttauda (long long accum
            A)
*************** returned result using either signed or u
*** 1667,1689 ****
   -- Runtime Function: short fract __fractuqqqq (unsigned short fract A)
   -- Runtime Function: fract __fractuqqhq (unsigned short fract A)
   -- Runtime Function: long fract __fractuqqsq (unsigned short fract A)
!  -- Runtime Function: long long fract __fractuqqdq (unsigned short fract
!           A)
   -- Runtime Function: short accum __fractuqqha (unsigned short fract A)
   -- Runtime Function: accum __fractuqqsa (unsigned short fract A)
   -- Runtime Function: long accum __fractuqqda (unsigned short fract A)
!  -- Runtime Function: long long accum __fractuqqta (unsigned short fract
!           A)
!  -- Runtime Function: unsigned fract __fractuqquhq2 (unsigned short
            fract A)
!  -- Runtime Function: unsigned long fract __fractuqqusq2 (unsigned short
            fract A)
   -- Runtime Function: unsigned long long fract __fractuqqudq2 (unsigned
            short fract A)
!  -- Runtime Function: unsigned short accum __fractuqquha (unsigned short
            fract A)
-  -- Runtime Function: unsigned accum __fractuqqusa (unsigned short fract
-           A)
   -- Runtime Function: unsigned long accum __fractuqquda (unsigned short
            fract A)
   -- Runtime Function: unsigned long long accum __fractuqquta (unsigned
--- 1670,1692 ----
   -- Runtime Function: short fract __fractuqqqq (unsigned short fract A)
   -- Runtime Function: fract __fractuqqhq (unsigned short fract A)
   -- Runtime Function: long fract __fractuqqsq (unsigned short fract A)
!  -- Runtime Function: long long fract __fractuqqdq (unsigned short
!           fract A)
   -- Runtime Function: short accum __fractuqqha (unsigned short fract A)
   -- Runtime Function: accum __fractuqqsa (unsigned short fract A)
   -- Runtime Function: long accum __fractuqqda (unsigned short fract A)
!  -- Runtime Function: long long accum __fractuqqta (unsigned short
            fract A)
!  -- Runtime Function: unsigned fract __fractuqquhq2 (unsigned short
            fract A)
+  -- Runtime Function: unsigned long fract __fractuqqusq2 (unsigned
+           short fract A)
   -- Runtime Function: unsigned long long fract __fractuqqudq2 (unsigned
            short fract A)
!  -- Runtime Function: unsigned short accum __fractuqquha (unsigned
!           short fract A)
!  -- Runtime Function: unsigned accum __fractuqqusa (unsigned short
            fract A)
   -- Runtime Function: unsigned long accum __fractuqquda (unsigned short
            fract A)
   -- Runtime Function: unsigned long long accum __fractuqquta (unsigned
*************** returned result using either signed or u
*** 1705,1716 ****
   -- Runtime Function: long long accum __fractuhqta (unsigned fract A)
   -- Runtime Function: unsigned short fract __fractuhquqq2 (unsigned
            fract A)
!  -- Runtime Function: unsigned long fract __fractuhqusq2 (unsigned fract
!           A)
   -- Runtime Function: unsigned long long fract __fractuhqudq2 (unsigned
            fract A)
!  -- Runtime Function: unsigned short accum __fractuhquha (unsigned fract
!           A)
   -- Runtime Function: unsigned accum __fractuhqusa (unsigned fract A)
   -- Runtime Function: unsigned long accum __fractuhquda (unsigned fract
            A)
--- 1708,1719 ----
   -- Runtime Function: long long accum __fractuhqta (unsigned fract A)
   -- Runtime Function: unsigned short fract __fractuhquqq2 (unsigned
            fract A)
!  -- Runtime Function: unsigned long fract __fractuhqusq2 (unsigned
!           fract A)
   -- Runtime Function: unsigned long long fract __fractuhqudq2 (unsigned
            fract A)
!  -- Runtime Function: unsigned short accum __fractuhquha (unsigned
!           fract A)
   -- Runtime Function: unsigned accum __fractuhqusa (unsigned fract A)
   -- Runtime Function: unsigned long accum __fractuhquda (unsigned fract
            A)
*************** returned result using either signed or u
*** 1733,1742 ****
   -- Runtime Function: long accum __fractusqda (unsigned long fract A)
   -- Runtime Function: long long accum __fractusqta (unsigned long fract
            A)
!  -- Runtime Function: unsigned short fract __fractusquqq2 (unsigned long
            fract A)
-  -- Runtime Function: unsigned fract __fractusquhq2 (unsigned long fract
-           A)
   -- Runtime Function: unsigned long long fract __fractusqudq2 (unsigned
            long fract A)
   -- Runtime Function: unsigned short accum __fractusquha (unsigned long
--- 1736,1745 ----
   -- Runtime Function: long accum __fractusqda (unsigned long fract A)
   -- Runtime Function: long long accum __fractusqta (unsigned long fract
            A)
!  -- Runtime Function: unsigned short fract __fractusquqq2 (unsigned
!           long fract A)
!  -- Runtime Function: unsigned fract __fractusquhq2 (unsigned long
            fract A)
   -- Runtime Function: unsigned long long fract __fractusqudq2 (unsigned
            long fract A)
   -- Runtime Function: unsigned short accum __fractusquha (unsigned long
*************** returned result using either signed or u
*** 1754,1775 ****
   -- Runtime Function: long long __fractusqti (unsigned long fract A)
   -- Runtime Function: float __fractusqsf (unsigned long fract A)
   -- Runtime Function: double __fractusqdf (unsigned long fract A)
!  -- Runtime Function: short fract __fractudqqq (unsigned long long fract
!           A)
   -- Runtime Function: fract __fractudqhq (unsigned long long fract A)
   -- Runtime Function: long fract __fractudqsq (unsigned long long fract
            A)
   -- Runtime Function: long long fract __fractudqdq (unsigned long long
            fract A)
!  -- Runtime Function: short accum __fractudqha (unsigned long long fract
!           A)
   -- Runtime Function: accum __fractudqsa (unsigned long long fract A)
   -- Runtime Function: long accum __fractudqda (unsigned long long fract
            A)
   -- Runtime Function: long long accum __fractudqta (unsigned long long
            fract A)
!  -- Runtime Function: unsigned short fract __fractudquqq2 (unsigned long
!           long fract A)
   -- Runtime Function: unsigned fract __fractudquhq2 (unsigned long long
            fract A)
   -- Runtime Function: unsigned long fract __fractudqusq2 (unsigned long
--- 1757,1778 ----
   -- Runtime Function: long long __fractusqti (unsigned long fract A)
   -- Runtime Function: float __fractusqsf (unsigned long fract A)
   -- Runtime Function: double __fractusqdf (unsigned long fract A)
!  -- Runtime Function: short fract __fractudqqq (unsigned long long
!           fract A)
   -- Runtime Function: fract __fractudqhq (unsigned long long fract A)
   -- Runtime Function: long fract __fractudqsq (unsigned long long fract
            A)
   -- Runtime Function: long long fract __fractudqdq (unsigned long long
            fract A)
!  -- Runtime Function: short accum __fractudqha (unsigned long long
!           fract A)
   -- Runtime Function: accum __fractudqsa (unsigned long long fract A)
   -- Runtime Function: long accum __fractudqda (unsigned long long fract
            A)
   -- Runtime Function: long long accum __fractudqta (unsigned long long
            fract A)
!  -- Runtime Function: unsigned short fract __fractudquqq2 (unsigned
!           long long fract A)
   -- Runtime Function: unsigned fract __fractudquhq2 (unsigned long long
            fract A)
   -- Runtime Function: unsigned long fract __fractudqusq2 (unsigned long
*************** returned result using either signed or u
*** 1782,1789 ****
            long fract A)
   -- Runtime Function: unsigned long long accum __fractudquta (unsigned
            long long fract A)
!  -- Runtime Function: signed char __fractudqqi (unsigned long long fract
!           A)
   -- Runtime Function: short __fractudqhi (unsigned long long fract A)
   -- Runtime Function: int __fractudqsi (unsigned long long fract A)
   -- Runtime Function: long __fractudqdi (unsigned long long fract A)
--- 1785,1792 ----
            long fract A)
   -- Runtime Function: unsigned long long accum __fractudquta (unsigned
            long long fract A)
!  -- Runtime Function: signed char __fractudqqi (unsigned long long
!           fract A)
   -- Runtime Function: short __fractudqhi (unsigned long long fract A)
   -- Runtime Function: int __fractudqsi (unsigned long long fract A)
   -- Runtime Function: long __fractudqdi (unsigned long long fract A)
*************** returned result using either signed or u
*** 1794,1818 ****
   -- Runtime Function: short fract __fractuhaqq (unsigned short accum A)
   -- Runtime Function: fract __fractuhahq (unsigned short accum A)
   -- Runtime Function: long fract __fractuhasq (unsigned short accum A)
!  -- Runtime Function: long long fract __fractuhadq (unsigned short accum
!           A)
   -- Runtime Function: short accum __fractuhaha (unsigned short accum A)
   -- Runtime Function: accum __fractuhasa (unsigned short accum A)
   -- Runtime Function: long accum __fractuhada (unsigned short accum A)
!  -- Runtime Function: long long accum __fractuhata (unsigned short accum
!           A)
!  -- Runtime Function: unsigned short fract __fractuhauqq (unsigned short
            accum A)
-  -- Runtime Function: unsigned fract __fractuhauhq (unsigned short accum
-           A)
   -- Runtime Function: unsigned long fract __fractuhausq (unsigned short
            accum A)
   -- Runtime Function: unsigned long long fract __fractuhaudq (unsigned
            short accum A)
   -- Runtime Function: unsigned accum __fractuhausa2 (unsigned short
            accum A)
!  -- Runtime Function: unsigned long accum __fractuhauda2 (unsigned short
!           accum A)
   -- Runtime Function: unsigned long long accum __fractuhauta2 (unsigned
            short accum A)
   -- Runtime Function: signed char __fractuhaqi (unsigned short accum A)
--- 1797,1821 ----
   -- Runtime Function: short fract __fractuhaqq (unsigned short accum A)
   -- Runtime Function: fract __fractuhahq (unsigned short accum A)
   -- Runtime Function: long fract __fractuhasq (unsigned short accum A)
!  -- Runtime Function: long long fract __fractuhadq (unsigned short
!           accum A)
   -- Runtime Function: short accum __fractuhaha (unsigned short accum A)
   -- Runtime Function: accum __fractuhasa (unsigned short accum A)
   -- Runtime Function: long accum __fractuhada (unsigned short accum A)
!  -- Runtime Function: long long accum __fractuhata (unsigned short
!           accum A)
!  -- Runtime Function: unsigned short fract __fractuhauqq (unsigned
!           short accum A)
!  -- Runtime Function: unsigned fract __fractuhauhq (unsigned short
            accum A)
   -- Runtime Function: unsigned long fract __fractuhausq (unsigned short
            accum A)
   -- Runtime Function: unsigned long long fract __fractuhaudq (unsigned
            short accum A)
   -- Runtime Function: unsigned accum __fractuhausa2 (unsigned short
            accum A)
!  -- Runtime Function: unsigned long accum __fractuhauda2 (unsigned
!           short accum A)
   -- Runtime Function: unsigned long long accum __fractuhauta2 (unsigned
            short accum A)
   -- Runtime Function: signed char __fractuhaqi (unsigned short accum A)
*************** returned result using either signed or u
*** 1830,1837 ****
   -- Runtime Function: accum __fractusasa (unsigned accum A)
   -- Runtime Function: long accum __fractusada (unsigned accum A)
   -- Runtime Function: long long accum __fractusata (unsigned accum A)
!  -- Runtime Function: unsigned short fract __fractusauqq (unsigned accum
!           A)
   -- Runtime Function: unsigned fract __fractusauhq (unsigned accum A)
   -- Runtime Function: unsigned long fract __fractusausq (unsigned accum
            A)
--- 1833,1840 ----
   -- Runtime Function: accum __fractusasa (unsigned accum A)
   -- Runtime Function: long accum __fractusada (unsigned accum A)
   -- Runtime Function: long long accum __fractusata (unsigned accum A)
!  -- Runtime Function: unsigned short fract __fractusauqq (unsigned
!           accum A)
   -- Runtime Function: unsigned fract __fractusauhq (unsigned accum A)
   -- Runtime Function: unsigned long fract __fractusausq (unsigned accum
            A)
*************** returned result using either signed or u
*** 1839,1846 ****
            accum A)
   -- Runtime Function: unsigned short accum __fractusauha2 (unsigned
            accum A)
!  -- Runtime Function: unsigned long accum __fractusauda2 (unsigned accum
!           A)
   -- Runtime Function: unsigned long long accum __fractusauta2 (unsigned
            accum A)
   -- Runtime Function: signed char __fractusaqi (unsigned accum A)
--- 1842,1849 ----
            accum A)
   -- Runtime Function: unsigned short accum __fractusauha2 (unsigned
            accum A)
!  -- Runtime Function: unsigned long accum __fractusauda2 (unsigned
!           accum A)
   -- Runtime Function: unsigned long long accum __fractusauta2 (unsigned
            accum A)
   -- Runtime Function: signed char __fractusaqi (unsigned accum A)
*************** returned result using either signed or u
*** 1868,1877 ****
            accum A)
   -- Runtime Function: unsigned long long fract __fractudaudq (unsigned
            long accum A)
!  -- Runtime Function: unsigned short accum __fractudauha2 (unsigned long
            accum A)
-  -- Runtime Function: unsigned accum __fractudausa2 (unsigned long accum
-           A)
   -- Runtime Function: unsigned long long accum __fractudauta2 (unsigned
            long accum A)
   -- Runtime Function: signed char __fractudaqi (unsigned long accum A)
--- 1871,1880 ----
            accum A)
   -- Runtime Function: unsigned long long fract __fractudaudq (unsigned
            long accum A)
!  -- Runtime Function: unsigned short accum __fractudauha2 (unsigned
!           long accum A)
!  -- Runtime Function: unsigned accum __fractudausa2 (unsigned long
            accum A)
   -- Runtime Function: unsigned long long accum __fractudauta2 (unsigned
            long accum A)
   -- Runtime Function: signed char __fractudaqi (unsigned long accum A)
*************** returned result using either signed or u
*** 1881,1895 ****
   -- Runtime Function: long long __fractudati (unsigned long accum A)
   -- Runtime Function: float __fractudasf (unsigned long accum A)
   -- Runtime Function: double __fractudadf (unsigned long accum A)
!  -- Runtime Function: short fract __fractutaqq (unsigned long long accum
!           A)
   -- Runtime Function: fract __fractutahq (unsigned long long accum A)
   -- Runtime Function: long fract __fractutasq (unsigned long long accum
            A)
   -- Runtime Function: long long fract __fractutadq (unsigned long long
            accum A)
!  -- Runtime Function: short accum __fractutaha (unsigned long long accum
!           A)
   -- Runtime Function: accum __fractutasa (unsigned long long accum A)
   -- Runtime Function: long accum __fractutada (unsigned long long accum
            A)
--- 1884,1898 ----
   -- Runtime Function: long long __fractudati (unsigned long accum A)
   -- Runtime Function: float __fractudasf (unsigned long accum A)
   -- Runtime Function: double __fractudadf (unsigned long accum A)
!  -- Runtime Function: short fract __fractutaqq (unsigned long long
!           accum A)
   -- Runtime Function: fract __fractutahq (unsigned long long accum A)
   -- Runtime Function: long fract __fractutasq (unsigned long long accum
            A)
   -- Runtime Function: long long fract __fractutadq (unsigned long long
            accum A)
!  -- Runtime Function: short accum __fractutaha (unsigned long long
!           accum A)
   -- Runtime Function: accum __fractutasa (unsigned long long accum A)
   -- Runtime Function: long accum __fractutada (unsigned long long accum
            A)
*************** returned result using either signed or u
*** 1903,1916 ****
            long accum A)
   -- Runtime Function: unsigned long long fract __fractutaudq (unsigned
            long long accum A)
!  -- Runtime Function: unsigned short accum __fractutauha2 (unsigned long
!           long accum A)
   -- Runtime Function: unsigned accum __fractutausa2 (unsigned long long
            accum A)
   -- Runtime Function: unsigned long accum __fractutauda2 (unsigned long
            long accum A)
!  -- Runtime Function: signed char __fractutaqi (unsigned long long accum
!           A)
   -- Runtime Function: short __fractutahi (unsigned long long accum A)
   -- Runtime Function: int __fractutasi (unsigned long long accum A)
   -- Runtime Function: long __fractutadi (unsigned long long accum A)
--- 1906,1919 ----
            long accum A)
   -- Runtime Function: unsigned long long fract __fractutaudq (unsigned
            long long accum A)
!  -- Runtime Function: unsigned short accum __fractutauha2 (unsigned
!           long long accum A)
   -- Runtime Function: unsigned accum __fractutausa2 (unsigned long long
            accum A)
   -- Runtime Function: unsigned long accum __fractutauda2 (unsigned long
            long accum A)
!  -- Runtime Function: signed char __fractutaqi (unsigned long long
!           accum A)
   -- Runtime Function: short __fractutahi (unsigned long long accum A)
   -- Runtime Function: int __fractutasi (unsigned long long accum A)
   -- Runtime Function: long __fractutadi (unsigned long long accum A)
*************** returned result using either signed or u
*** 1929,1941 ****
   -- Runtime Function: unsigned short fract __fractqiuqq (signed char A)
   -- Runtime Function: unsigned fract __fractqiuhq (signed char A)
   -- Runtime Function: unsigned long fract __fractqiusq (signed char A)
!  -- Runtime Function: unsigned long long fract __fractqiudq (signed char
!           A)
   -- Runtime Function: unsigned short accum __fractqiuha (signed char A)
   -- Runtime Function: unsigned accum __fractqiusa (signed char A)
   -- Runtime Function: unsigned long accum __fractqiuda (signed char A)
!  -- Runtime Function: unsigned long long accum __fractqiuta (signed char
!           A)
   -- Runtime Function: short fract __fracthiqq (short A)
   -- Runtime Function: fract __fracthihq (short A)
   -- Runtime Function: long fract __fracthisq (short A)
--- 1932,1944 ----
   -- Runtime Function: unsigned short fract __fractqiuqq (signed char A)
   -- Runtime Function: unsigned fract __fractqiuhq (signed char A)
   -- Runtime Function: unsigned long fract __fractqiusq (signed char A)
!  -- Runtime Function: unsigned long long fract __fractqiudq (signed
!           char A)
   -- Runtime Function: unsigned short accum __fractqiuha (signed char A)
   -- Runtime Function: unsigned accum __fractqiusa (signed char A)
   -- Runtime Function: unsigned long accum __fractqiuda (signed char A)
!  -- Runtime Function: unsigned long long accum __fractqiuta (signed
!           char A)
   -- Runtime Function: short fract __fracthiqq (short A)
   -- Runtime Function: fract __fracthihq (short A)
   -- Runtime Function: long fract __fracthisq (short A)
*************** returned result using either signed or u
*** 2539,2546 ****
   -- Runtime Function: unsigned short __fractunsdqhi (long long fract A)
   -- Runtime Function: unsigned int __fractunsdqsi (long long fract A)
   -- Runtime Function: unsigned long __fractunsdqdi (long long fract A)
!  -- Runtime Function: unsigned long long __fractunsdqti (long long fract
!           A)
   -- Runtime Function: unsigned char __fractunshaqi (short accum A)
   -- Runtime Function: unsigned short __fractunshahi (short accum A)
   -- Runtime Function: unsigned int __fractunshasi (short accum A)
--- 2542,2549 ----
   -- Runtime Function: unsigned short __fractunsdqhi (long long fract A)
   -- Runtime Function: unsigned int __fractunsdqsi (long long fract A)
   -- Runtime Function: unsigned long __fractunsdqdi (long long fract A)
!  -- Runtime Function: unsigned long long __fractunsdqti (long long
!           fract A)
   -- Runtime Function: unsigned char __fractunshaqi (short accum A)
   -- Runtime Function: unsigned short __fractunshahi (short accum A)
   -- Runtime Function: unsigned int __fractunshasi (short accum A)
*************** returned result using either signed or u
*** 2560,2597 ****
   -- Runtime Function: unsigned short __fractunstahi (long long accum A)
   -- Runtime Function: unsigned int __fractunstasi (long long accum A)
   -- Runtime Function: unsigned long __fractunstadi (long long accum A)
!  -- Runtime Function: unsigned long long __fractunstati (long long accum
!           A)
   -- Runtime Function: unsigned char __fractunsuqqqi (unsigned short
            fract A)
   -- Runtime Function: unsigned short __fractunsuqqhi (unsigned short
            fract A)
!  -- Runtime Function: unsigned int __fractunsuqqsi (unsigned short fract
!           A)
!  -- Runtime Function: unsigned long __fractunsuqqdi (unsigned short
            fract A)
!  -- Runtime Function: unsigned long long __fractunsuqqti (unsigned short
            fract A)
   -- Runtime Function: unsigned char __fractunsuhqqi (unsigned fract A)
   -- Runtime Function: unsigned short __fractunsuhqhi (unsigned fract A)
   -- Runtime Function: unsigned int __fractunsuhqsi (unsigned fract A)
   -- Runtime Function: unsigned long __fractunsuhqdi (unsigned fract A)
!  -- Runtime Function: unsigned long long __fractunsuhqti (unsigned fract
!           A)
!  -- Runtime Function: unsigned char __fractunsusqqi (unsigned long fract
!           A)
   -- Runtime Function: unsigned short __fractunsusqhi (unsigned long
            fract A)
   -- Runtime Function: unsigned int __fractunsusqsi (unsigned long fract
            A)
!  -- Runtime Function: unsigned long __fractunsusqdi (unsigned long fract
!           A)
   -- Runtime Function: unsigned long long __fractunsusqti (unsigned long
            fract A)
   -- Runtime Function: unsigned char __fractunsudqqi (unsigned long long
            fract A)
!  -- Runtime Function: unsigned short __fractunsudqhi (unsigned long long
!           fract A)
   -- Runtime Function: unsigned int __fractunsudqsi (unsigned long long
            fract A)
   -- Runtime Function: unsigned long __fractunsudqdi (unsigned long long
--- 2563,2600 ----
   -- Runtime Function: unsigned short __fractunstahi (long long accum A)
   -- Runtime Function: unsigned int __fractunstasi (long long accum A)
   -- Runtime Function: unsigned long __fractunstadi (long long accum A)
!  -- Runtime Function: unsigned long long __fractunstati (long long
!           accum A)
   -- Runtime Function: unsigned char __fractunsuqqqi (unsigned short
            fract A)
   -- Runtime Function: unsigned short __fractunsuqqhi (unsigned short
            fract A)
!  -- Runtime Function: unsigned int __fractunsuqqsi (unsigned short
            fract A)
!  -- Runtime Function: unsigned long __fractunsuqqdi (unsigned short
            fract A)
+  -- Runtime Function: unsigned long long __fractunsuqqti (unsigned
+           short fract A)
   -- Runtime Function: unsigned char __fractunsuhqqi (unsigned fract A)
   -- Runtime Function: unsigned short __fractunsuhqhi (unsigned fract A)
   -- Runtime Function: unsigned int __fractunsuhqsi (unsigned fract A)
   -- Runtime Function: unsigned long __fractunsuhqdi (unsigned fract A)
!  -- Runtime Function: unsigned long long __fractunsuhqti (unsigned
!           fract A)
!  -- Runtime Function: unsigned char __fractunsusqqi (unsigned long
!           fract A)
   -- Runtime Function: unsigned short __fractunsusqhi (unsigned long
            fract A)
   -- Runtime Function: unsigned int __fractunsusqsi (unsigned long fract
            A)
!  -- Runtime Function: unsigned long __fractunsusqdi (unsigned long
!           fract A)
   -- Runtime Function: unsigned long long __fractunsusqti (unsigned long
            fract A)
   -- Runtime Function: unsigned char __fractunsudqqi (unsigned long long
            fract A)
!  -- Runtime Function: unsigned short __fractunsudqhi (unsigned long
!           long fract A)
   -- Runtime Function: unsigned int __fractunsudqsi (unsigned long long
            fract A)
   -- Runtime Function: unsigned long __fractunsudqdi (unsigned long long
*************** returned result using either signed or u
*** 2602,2633 ****
            accum A)
   -- Runtime Function: unsigned short __fractunsuhahi (unsigned short
            accum A)
!  -- Runtime Function: unsigned int __fractunsuhasi (unsigned short accum
!           A)
!  -- Runtime Function: unsigned long __fractunsuhadi (unsigned short
            accum A)
!  -- Runtime Function: unsigned long long __fractunsuhati (unsigned short
            accum A)
   -- Runtime Function: unsigned char __fractunsusaqi (unsigned accum A)
   -- Runtime Function: unsigned short __fractunsusahi (unsigned accum A)
   -- Runtime Function: unsigned int __fractunsusasi (unsigned accum A)
   -- Runtime Function: unsigned long __fractunsusadi (unsigned accum A)
!  -- Runtime Function: unsigned long long __fractunsusati (unsigned accum
!           A)
!  -- Runtime Function: unsigned char __fractunsudaqi (unsigned long accum
!           A)
   -- Runtime Function: unsigned short __fractunsudahi (unsigned long
            accum A)
   -- Runtime Function: unsigned int __fractunsudasi (unsigned long accum
            A)
!  -- Runtime Function: unsigned long __fractunsudadi (unsigned long accum
!           A)
   -- Runtime Function: unsigned long long __fractunsudati (unsigned long
            accum A)
   -- Runtime Function: unsigned char __fractunsutaqi (unsigned long long
            accum A)
!  -- Runtime Function: unsigned short __fractunsutahi (unsigned long long
!           accum A)
   -- Runtime Function: unsigned int __fractunsutasi (unsigned long long
            accum A)
   -- Runtime Function: unsigned long __fractunsutadi (unsigned long long
--- 2605,2636 ----
            accum A)
   -- Runtime Function: unsigned short __fractunsuhahi (unsigned short
            accum A)
!  -- Runtime Function: unsigned int __fractunsuhasi (unsigned short
            accum A)
!  -- Runtime Function: unsigned long __fractunsuhadi (unsigned short
            accum A)
+  -- Runtime Function: unsigned long long __fractunsuhati (unsigned
+           short accum A)
   -- Runtime Function: unsigned char __fractunsusaqi (unsigned accum A)
   -- Runtime Function: unsigned short __fractunsusahi (unsigned accum A)
   -- Runtime Function: unsigned int __fractunsusasi (unsigned accum A)
   -- Runtime Function: unsigned long __fractunsusadi (unsigned accum A)
!  -- Runtime Function: unsigned long long __fractunsusati (unsigned
!           accum A)
!  -- Runtime Function: unsigned char __fractunsudaqi (unsigned long
!           accum A)
   -- Runtime Function: unsigned short __fractunsudahi (unsigned long
            accum A)
   -- Runtime Function: unsigned int __fractunsudasi (unsigned long accum
            A)
!  -- Runtime Function: unsigned long __fractunsudadi (unsigned long
!           accum A)
   -- Runtime Function: unsigned long long __fractunsudati (unsigned long
            accum A)
   -- Runtime Function: unsigned char __fractunsutaqi (unsigned long long
            accum A)
!  -- Runtime Function: unsigned short __fractunsutahi (unsigned long
!           long accum A)
   -- Runtime Function: unsigned int __fractunsutasi (unsigned long long
            accum A)
   -- Runtime Function: unsigned long __fractunsutadi (unsigned long long
*************** returned result using either signed or u
*** 2645,2661 ****
   -- Runtime Function: unsigned short fract __fractunsqiuqq (unsigned
            char A)
   -- Runtime Function: unsigned fract __fractunsqiuhq (unsigned char A)
!  -- Runtime Function: unsigned long fract __fractunsqiusq (unsigned char
!           A)
!  -- Runtime Function: unsigned long long fract __fractunsqiudq (unsigned
            char A)
   -- Runtime Function: unsigned short accum __fractunsqiuha (unsigned
            char A)
   -- Runtime Function: unsigned accum __fractunsqiusa (unsigned char A)
!  -- Runtime Function: unsigned long accum __fractunsqiuda (unsigned char
!           A)
!  -- Runtime Function: unsigned long long accum __fractunsqiuta (unsigned
            char A)
   -- Runtime Function: short fract __fractunshiqq (unsigned short A)
   -- Runtime Function: fract __fractunshihq (unsigned short A)
   -- Runtime Function: long fract __fractunshisq (unsigned short A)
--- 2648,2664 ----
   -- Runtime Function: unsigned short fract __fractunsqiuqq (unsigned
            char A)
   -- Runtime Function: unsigned fract __fractunsqiuhq (unsigned char A)
!  -- Runtime Function: unsigned long fract __fractunsqiusq (unsigned
            char A)
+  -- Runtime Function: unsigned long long fract __fractunsqiudq
+           (unsigned char A)
   -- Runtime Function: unsigned short accum __fractunsqiuha (unsigned
            char A)
   -- Runtime Function: unsigned accum __fractunsqiusa (unsigned char A)
!  -- Runtime Function: unsigned long accum __fractunsqiuda (unsigned
            char A)
+  -- Runtime Function: unsigned long long accum __fractunsqiuta
+           (unsigned char A)
   -- Runtime Function: short fract __fractunshiqq (unsigned short A)
   -- Runtime Function: fract __fractunshihq (unsigned short A)
   -- Runtime Function: long fract __fractunshisq (unsigned short A)
*************** returned result using either signed or u
*** 2669,2683 ****
   -- Runtime Function: unsigned fract __fractunshiuhq (unsigned short A)
   -- Runtime Function: unsigned long fract __fractunshiusq (unsigned
            short A)
!  -- Runtime Function: unsigned long long fract __fractunshiudq (unsigned
!           short A)
   -- Runtime Function: unsigned short accum __fractunshiuha (unsigned
            short A)
   -- Runtime Function: unsigned accum __fractunshiusa (unsigned short A)
   -- Runtime Function: unsigned long accum __fractunshiuda (unsigned
            short A)
!  -- Runtime Function: unsigned long long accum __fractunshiuta (unsigned
!           short A)
   -- Runtime Function: short fract __fractunssiqq (unsigned int A)
   -- Runtime Function: fract __fractunssihq (unsigned int A)
   -- Runtime Function: long fract __fractunssisq (unsigned int A)
--- 2672,2686 ----
   -- Runtime Function: unsigned fract __fractunshiuhq (unsigned short A)
   -- Runtime Function: unsigned long fract __fractunshiusq (unsigned
            short A)
!  -- Runtime Function: unsigned long long fract __fractunshiudq
!           (unsigned short A)
   -- Runtime Function: unsigned short accum __fractunshiuha (unsigned
            short A)
   -- Runtime Function: unsigned accum __fractunshiusa (unsigned short A)
   -- Runtime Function: unsigned long accum __fractunshiuda (unsigned
            short A)
!  -- Runtime Function: unsigned long long accum __fractunshiuta
!           (unsigned short A)
   -- Runtime Function: short fract __fractunssiqq (unsigned int A)
   -- Runtime Function: fract __fractunssihq (unsigned int A)
   -- Runtime Function: long fract __fractunssisq (unsigned int A)
*************** returned result using either signed or u
*** 2686,2705 ****
   -- Runtime Function: accum __fractunssisa (unsigned int A)
   -- Runtime Function: long accum __fractunssida (unsigned int A)
   -- Runtime Function: long long accum __fractunssita (unsigned int A)
!  -- Runtime Function: unsigned short fract __fractunssiuqq (unsigned int
!           A)
   -- Runtime Function: unsigned fract __fractunssiuhq (unsigned int A)
   -- Runtime Function: unsigned long fract __fractunssiusq (unsigned int
            A)
!  -- Runtime Function: unsigned long long fract __fractunssiudq (unsigned
            int A)
-  -- Runtime Function: unsigned short accum __fractunssiuha (unsigned int
-           A)
   -- Runtime Function: unsigned accum __fractunssiusa (unsigned int A)
   -- Runtime Function: unsigned long accum __fractunssiuda (unsigned int
            A)
!  -- Runtime Function: unsigned long long accum __fractunssiuta (unsigned
!           int A)
   -- Runtime Function: short fract __fractunsdiqq (unsigned long A)
   -- Runtime Function: fract __fractunsdihq (unsigned long A)
   -- Runtime Function: long fract __fractunsdisq (unsigned long A)
--- 2689,2708 ----
   -- Runtime Function: accum __fractunssisa (unsigned int A)
   -- Runtime Function: long accum __fractunssida (unsigned int A)
   -- Runtime Function: long long accum __fractunssita (unsigned int A)
!  -- Runtime Function: unsigned short fract __fractunssiuqq (unsigned
!           int A)
   -- Runtime Function: unsigned fract __fractunssiuhq (unsigned int A)
   -- Runtime Function: unsigned long fract __fractunssiusq (unsigned int
            A)
!  -- Runtime Function: unsigned long long fract __fractunssiudq
!           (unsigned int A)
!  -- Runtime Function: unsigned short accum __fractunssiuha (unsigned
            int A)
   -- Runtime Function: unsigned accum __fractunssiusa (unsigned int A)
   -- Runtime Function: unsigned long accum __fractunssiuda (unsigned int
            A)
!  -- Runtime Function: unsigned long long accum __fractunssiuta
!           (unsigned int A)
   -- Runtime Function: short fract __fractunsdiqq (unsigned long A)
   -- Runtime Function: fract __fractunsdihq (unsigned long A)
   -- Runtime Function: long fract __fractunsdisq (unsigned long A)
*************** returned result using either signed or u
*** 2711,2753 ****
   -- Runtime Function: unsigned short fract __fractunsdiuqq (unsigned
            long A)
   -- Runtime Function: unsigned fract __fractunsdiuhq (unsigned long A)
!  -- Runtime Function: unsigned long fract __fractunsdiusq (unsigned long
!           A)
!  -- Runtime Function: unsigned long long fract __fractunsdiudq (unsigned
            long A)
   -- Runtime Function: unsigned short accum __fractunsdiuha (unsigned
            long A)
   -- Runtime Function: unsigned accum __fractunsdiusa (unsigned long A)
!  -- Runtime Function: unsigned long accum __fractunsdiuda (unsigned long
!           A)
!  -- Runtime Function: unsigned long long accum __fractunsdiuta (unsigned
            long A)
   -- Runtime Function: short fract __fractunstiqq (unsigned long long A)
   -- Runtime Function: fract __fractunstihq (unsigned long long A)
   -- Runtime Function: long fract __fractunstisq (unsigned long long A)
!  -- Runtime Function: long long fract __fractunstidq (unsigned long long
!           A)
   -- Runtime Function: short accum __fractunstiha (unsigned long long A)
   -- Runtime Function: accum __fractunstisa (unsigned long long A)
   -- Runtime Function: long accum __fractunstida (unsigned long long A)
!  -- Runtime Function: long long accum __fractunstita (unsigned long long
!           A)
   -- Runtime Function: unsigned short fract __fractunstiuqq (unsigned
            long long A)
!  -- Runtime Function: unsigned fract __fractunstiuhq (unsigned long long
!           A)
!  -- Runtime Function: unsigned long fract __fractunstiusq (unsigned long
            long A)
!  -- Runtime Function: unsigned long long fract __fractunstiudq (unsigned
            long long A)
   -- Runtime Function: unsigned short accum __fractunstiuha (unsigned
            long long A)
!  -- Runtime Function: unsigned accum __fractunstiusa (unsigned long long
!           A)
!  -- Runtime Function: unsigned long accum __fractunstiuda (unsigned long
            long A)
!  -- Runtime Function: unsigned long long accum __fractunstiuta (unsigned
            long long A)
       These functions convert from fractionals to unsigned
       non-fractionals; and from unsigned non-fractionals to fractionals,
       without saturation.
--- 2714,2756 ----
   -- Runtime Function: unsigned short fract __fractunsdiuqq (unsigned
            long A)
   -- Runtime Function: unsigned fract __fractunsdiuhq (unsigned long A)
!  -- Runtime Function: unsigned long fract __fractunsdiusq (unsigned
            long A)
+  -- Runtime Function: unsigned long long fract __fractunsdiudq
+           (unsigned long A)
   -- Runtime Function: unsigned short accum __fractunsdiuha (unsigned
            long A)
   -- Runtime Function: unsigned accum __fractunsdiusa (unsigned long A)
!  -- Runtime Function: unsigned long accum __fractunsdiuda (unsigned
            long A)
+  -- Runtime Function: unsigned long long accum __fractunsdiuta
+           (unsigned long A)
   -- Runtime Function: short fract __fractunstiqq (unsigned long long A)
   -- Runtime Function: fract __fractunstihq (unsigned long long A)
   -- Runtime Function: long fract __fractunstisq (unsigned long long A)
!  -- Runtime Function: long long fract __fractunstidq (unsigned long
!           long A)
   -- Runtime Function: short accum __fractunstiha (unsigned long long A)
   -- Runtime Function: accum __fractunstisa (unsigned long long A)
   -- Runtime Function: long accum __fractunstida (unsigned long long A)
!  -- Runtime Function: long long accum __fractunstita (unsigned long
!           long A)
   -- Runtime Function: unsigned short fract __fractunstiuqq (unsigned
            long long A)
!  -- Runtime Function: unsigned fract __fractunstiuhq (unsigned long
            long A)
!  -- Runtime Function: unsigned long fract __fractunstiusq (unsigned
            long long A)
+  -- Runtime Function: unsigned long long fract __fractunstiudq
+           (unsigned long long A)
   -- Runtime Function: unsigned short accum __fractunstiuha (unsigned
            long long A)
!  -- Runtime Function: unsigned accum __fractunstiusa (unsigned long
            long A)
!  -- Runtime Function: unsigned long accum __fractunstiuda (unsigned
            long long A)
+  -- Runtime Function: unsigned long long accum __fractunstiuta
+           (unsigned long long A)
       These functions convert from fractionals to unsigned
       non-fractionals; and from unsigned non-fractionals to fractionals,
       without saturation.
*************** File: gccint.info,  Node: Miscellaneous
*** 2940,2946 ****
   -- Runtime Function: void * __splitstack_find (void *SEGMENT_ARG, void
            *SP, size_t LEN, void **NEXT_SEGMENT, void **NEXT_SP, void
            **INITIAL_SP)
!      When using '-fsplit-stack', this call may be used to iterate over
       the stack segments.  It may be called like this:
              void *next_segment = NULL;
              void *next_sp = NULL;
--- 2943,2949 ----
   -- Runtime Function: void * __splitstack_find (void *SEGMENT_ARG, void
            *SP, size_t LEN, void **NEXT_SEGMENT, void **NEXT_SP, void
            **INITIAL_SP)
!      When using `-fsplit-stack', this call may be used to iterate over
       the stack segments.  It may be called like this:
              void *next_segment = NULL;
              void *next_sp = NULL;
*************** File: gccint.info,  Node: Miscellaneous
*** 2961,2975 ****
       with the SEGMENT_ARG and SP arguments NULL, to pass NEXT_SEGMENT,
       NEXT_SP, and INITIAL_SP to a different thread, and then to suspend
       one way or another.  A different thread may run the subsequent
!      '__splitstack_find' iterations.  Of course, this will only work if
       the first thread is suspended while the second thread is calling
!      '__splitstack_find'.  If not, the second thread could be looking at
!      the stack while it is changing, and anything could happen.
  
   -- Variable: __morestack_segments
   -- Variable: __morestack_current_segment
   -- Variable: __morestack_initial_sp
!      Internal variables used by the '-fsplit-stack' implementation.
  
  
  File: gccint.info,  Node: Languages,  Next: Source Tree,  Prev: Libgcc,  Up: Top
--- 2964,2978 ----
       with the SEGMENT_ARG and SP arguments NULL, to pass NEXT_SEGMENT,
       NEXT_SP, and INITIAL_SP to a different thread, and then to suspend
       one way or another.  A different thread may run the subsequent
!      `__splitstack_find' iterations.  Of course, this will only work if
       the first thread is suspended while the second thread is calling
!      `__splitstack_find'.  If not, the second thread could be looking
!      at the stack while it is changing, and anything could happen.
  
   -- Variable: __morestack_segments
   -- Variable: __morestack_current_segment
   -- Variable: __morestack_initial_sp
!      Internal variables used by the `-fsplit-stack' implementation.
  
  
  File: gccint.info,  Node: Languages,  Next: Source Tree,  Prev: Libgcc,  Up: Top
*************** File: gccint.info,  Node: Languages,  Ne
*** 2978,2984 ****
  ****************************
  
  The interface to front ends for languages in GCC, and in particular the
! 'tree' structure (*note GENERIC::), was initially designed for C, and
  many aspects of it are still somewhat biased towards C and C-like
  languages.  It is, however, reasonably well suited to other procedural
  languages, and front ends for many such languages have been written for
--- 2981,2987 ----
  ****************************
  
  The interface to front ends for languages in GCC, and in particular the
! `tree' structure (*note GENERIC::), was initially designed for C, and
  many aspects of it are still somewhat biased towards C and C-like
  languages.  It is, however, reasonably well suited to other procedural
  languages, and front ends for many such languages have been written for
*************** GCC, has several advantages:
*** 2990,3004 ****
  
     * GCC front ends benefit from the support for many different target
       machines already present in GCC.
     * GCC front ends benefit from all the optimizations in GCC.  Some of
       these, such as alias analysis, may work better when GCC is
       compiling directly from source code then when it is compiling from
       generated C code.
     * Better debugging information is generated when compiling directly
       from source code than when going via intermediate generated C code.
  
!  Because of the advantages of writing a compiler as a GCC front end, GCC
! front ends have also been created for languages very different from
  those for which GCC was designed, such as the declarative
  logic/functional language Mercury.  For these reasons, it may also be
  useful to implement compilers created for specialized purposes (for
--- 2993,3009 ----
  
     * GCC front ends benefit from the support for many different target
       machines already present in GCC.
+ 
     * GCC front ends benefit from all the optimizations in GCC.  Some of
       these, such as alias analysis, may work better when GCC is
       compiling directly from source code then when it is compiling from
       generated C code.
+ 
     * Better debugging information is generated when compiling directly
       from source code than when going via intermediate generated C code.
  
!  Because of the advantages of writing a compiler as a GCC front end,
! GCC front ends have also been created for languages very different from
  those for which GCC was designed, such as the declarative
  logic/functional language Mercury.  For these reasons, it may also be
  useful to implement compilers created for specialized purposes (for
*************** File: gccint.info,  Node: Source Tree,
*** 3010,3025 ****
  6 Source Tree Structure and Build System
  ****************************************
  
! This chapter describes the structure of the GCC source tree, and how GCC
! is built.  The user documentation for building and installing GCC is in
! a separate manual (<http://gcc.gnu.org/install/>), with which it is
! presumed that you are familiar.
  
  * Menu:
  
  * Configure Terms:: Configuration terminology and history.
  * Top Level::       The top level source directory.
! * gcc Directory::   The 'gcc' subdirectory.
  
  
  File: gccint.info,  Node: Configure Terms,  Next: Top Level,  Up: Source Tree
--- 3015,3030 ----
  6 Source Tree Structure and Build System
  ****************************************
  
! This chapter describes the structure of the GCC source tree, and how
! GCC is built.  The user documentation for building and installing GCC
! is in a separate manual (`http://gcc.gnu.org/install/'), with which it
! is presumed that you are familiar.
  
  * Menu:
  
  * Configure Terms:: Configuration terminology and history.
  * Top Level::       The top level source directory.
! * gcc Directory::   The `gcc' subdirectory.
  
  
  File: gccint.info,  Node: Configure Terms,  Next: Top Level,  Up: Source Tree
*************** know.
*** 3036,3081 ****
   There are three system names that the build knows about: the machine
  you are building on ("build"), the machine that you are building for
  ("host"), and the machine that GCC will produce code for ("target").
! When you configure GCC, you specify these with '--build=', '--host=',
! and '--target='.
  
   Specifying the host without specifying the build should be avoided, as
! 'configure' may (and once did) assume that the host you specify is also
  the build, which may not be true.
  
!  If build, host, and target are all the same, this is called a "native".
! If build and host are the same but target is different, this is called a
! "cross".  If build, host, and target are all different this is called a
! "canadian" (for obscure reasons dealing with Canada's political party
! and the background of the person working on the build at that time).  If
! host and target are the same, but build is different, you are using a
! cross-compiler to build a native for a different system.  Some people
! call this a "host-x-host", "crossed native", or "cross-built native".
! If build and target are the same, but host is different, you are using a
! cross compiler to build a cross compiler that produces code for the
! machine you're building on.  This is rare, so there is no common way of
! describing it.  There is a proposal to call this a "crossback".
  
   If build and host are the same, the GCC you are building will also be
! used to build the target libraries (like 'libstdc++').  If build and
  host are different, you must have already built and installed a cross
  compiler that will be used to build the target libraries (if you
! configured with '--target=foo-bar', this compiler will be called
! 'foo-bar-gcc').
  
   In the case of target libraries, the machine you're building for is the
! machine you specified with '--target'.  So, build is the machine you're
  building on (no change there), host is the machine you're building for
  (the target libraries are built for the target, so host is the target
  you specified), and target doesn't apply (because you're not building a
  compiler, you're building libraries).  The configure/make process will
! adjust these variables as needed.  It also sets '$with_cross_host' to
! the original '--host' value in case you need it.
  
!  The 'libiberty' support library is built up to three times: once for
  the host, once for the target (even if they are the same), and once for
! the build if build and host are different.  This allows it to be used by
! all programs which are generated in the course of the build process.
  
  
  File: gccint.info,  Node: Top Level,  Next: gcc Directory,  Prev: Configure Terms,  Up: Source Tree
--- 3041,3087 ----
   There are three system names that the build knows about: the machine
  you are building on ("build"), the machine that you are building for
  ("host"), and the machine that GCC will produce code for ("target").
! When you configure GCC, you specify these with `--build=', `--host=',
! and `--target='.
  
   Specifying the host without specifying the build should be avoided, as
! `configure' may (and once did) assume that the host you specify is also
  the build, which may not be true.
  
!  If build, host, and target are all the same, this is called a
! "native".  If build and host are the same but target is different, this
! is called a "cross".  If build, host, and target are all different this
! is called a "canadian" (for obscure reasons dealing with Canada's
! political party and the background of the person working on the build
! at that time).  If host and target are the same, but build is
! different, you are using a cross-compiler to build a native for a
! different system.  Some people call this a "host-x-host", "crossed
! native", or "cross-built native".  If build and target are the same,
! but host is different, you are using a cross compiler to build a cross
! compiler that produces code for the machine you're building on.  This
! is rare, so there is no common way of describing it.  There is a
! proposal to call this a "crossback".
  
   If build and host are the same, the GCC you are building will also be
! used to build the target libraries (like `libstdc++').  If build and
  host are different, you must have already built and installed a cross
  compiler that will be used to build the target libraries (if you
! configured with `--target=foo-bar', this compiler will be called
! `foo-bar-gcc').
  
   In the case of target libraries, the machine you're building for is the
! machine you specified with `--target'.  So, build is the machine you're
  building on (no change there), host is the machine you're building for
  (the target libraries are built for the target, so host is the target
  you specified), and target doesn't apply (because you're not building a
  compiler, you're building libraries).  The configure/make process will
! adjust these variables as needed.  It also sets `$with_cross_host' to
! the original `--host' value in case you need it.
  
!  The `libiberty' support library is built up to three times: once for
  the host, once for the target (even if they are the same), and once for
! the build if build and host are different.  This allows it to be used
! by all programs which are generated in the course of the build process.
  
  
  File: gccint.info,  Node: Top Level,  Next: gcc Directory,  Prev: Configure Terms,  Up: Source Tree
*************** files and directories that are shared wi
*** 3088,3214 ****
  such as that of GNU Binutils.  It also contains several subdirectories
  that contain parts of GCC and its runtime libraries:
  
! 'boehm-gc'
       The Boehm conservative garbage collector, optionally used as part
       of the ObjC runtime library when configured with
!      '--enable-objc-gc'.
  
! 'config'
       Autoconf macros and Makefile fragments used throughout the tree.
  
! 'contrib'
       Contributed scripts that may be found useful in conjunction with
!      GCC.  One of these, 'contrib/texi2pod.pl', is used to generate man
       pages from Texinfo manuals as part of the GCC build process.
  
! 'fixincludes'
       The support for fixing system headers to work with GCC.  See
!      'fixincludes/README' for more information.  The headers fixed by
!      this mechanism are installed in 'LIBSUBDIR/include-fixed'.  Along
!      with those headers, 'README-fixinc' is also installed, as
!      'LIBSUBDIR/include-fixed/README'.
  
! 'gcc'
       The main sources of GCC itself (except for runtime libraries),
       including optimizers, support for different target architectures,
!      language front ends, and testsuites.  *Note The 'gcc' Subdirectory:
!      gcc Directory, for details.
  
! 'gnattools'
       Support tools for GNAT.
  
! 'include'
!      Headers for the 'libiberty' library.
  
! 'intl'
!      GNU 'libintl', from GNU 'gettext', for systems which do not include
!      it in 'libc'.
  
! 'libada'
       The Ada runtime library.
  
! 'libatomic'
!      The runtime support library for atomic operations (e.g.  for
!      '__sync' and '__atomic').
  
! 'libcpp'
       The C preprocessor library.
  
! 'libdecnumber'
       The Decimal Float support library.
  
! 'libffi'
!      The 'libffi' library, used as part of the Go runtime library.
  
! 'libgcc'
       The GCC runtime library.
  
! 'libgfortran'
       The Fortran runtime library.
  
! 'libgo'
       The Go runtime library.  The bulk of this library is mirrored from
       the master Go repository (https://github.com/golang/go).
  
! 'libgomp'
       The GNU Offloading and Multi Processing Runtime Library.
  
! 'libiberty'
!      The 'libiberty' library, used for portability and for some
       generally useful data structures and algorithms.  *Note
       Introduction: (libiberty)Top, for more information about this
       library.
  
! 'libitm'
       The runtime support library for transactional memory.
  
! 'libobjc'
       The Objective-C and Objective-C++ runtime library.
  
! 'libquadmath'
       The runtime support library for quad-precision math operations.
  
! 'libssp'
       The Stack protector runtime library.
  
! 'libstdc++-v3'
       The C++ runtime library.
  
! 'lto-plugin'
       Plugin used by the linker if link-time optimizations are enabled.
  
! 'maintainer-scripts'
!      Scripts used by the 'gccadmin' account on 'gcc.gnu.org'.
  
! 'zlib'
!      The 'zlib' compression library, used for compressing and
       uncompressing GCC's intermediate language in LTO object files.
  
   The build system in the top level directory, including how recursion
  into subdirectories works and how building runtime libraries for
  multilibs is handled, is documented in a separate manual, included with
! GNU Binutils.  *Note GNU configure and build system: (configure)Top, for
! details.
  
  
  File: gccint.info,  Node: gcc Directory,  Prev: Top Level,  Up: Source Tree
  
! 6.3 The 'gcc' Subdirectory
  ==========================
  
! The 'gcc' directory contains many files that are part of the C sources
! of GCC, other files used as part of the configuration and build process,
! and subdirectories including documentation and a testsuite.  The files
! that are sources of GCC are documented in a separate chapter.  *Note
! Passes and Files of the Compiler: Passes.
  
  * Menu:
  
! * Subdirectories:: Subdirectories of 'gcc'.
  * Configuration::  The configuration process, and the files it uses.
! * Build::          The build system in the 'gcc' directory.
! * Makefile::       Targets in 'gcc/Makefile'.
! * Library Files::  Library source files and headers under 'gcc/'.
  * Headers::        Headers installed by GCC.
  * Documentation::  Building documentation in GCC.
  * Front End::      Anatomy of a language front end.
--- 3094,3220 ----
  such as that of GNU Binutils.  It also contains several subdirectories
  that contain parts of GCC and its runtime libraries:
  
! `boehm-gc'
       The Boehm conservative garbage collector, optionally used as part
       of the ObjC runtime library when configured with
!      `--enable-objc-gc'.
  
! `config'
       Autoconf macros and Makefile fragments used throughout the tree.
  
! `contrib'
       Contributed scripts that may be found useful in conjunction with
!      GCC.  One of these, `contrib/texi2pod.pl', is used to generate man
       pages from Texinfo manuals as part of the GCC build process.
  
! `fixincludes'
       The support for fixing system headers to work with GCC.  See
!      `fixincludes/README' for more information.  The headers fixed by
!      this mechanism are installed in `LIBSUBDIR/include-fixed'.  Along
!      with those headers, `README-fixinc' is also installed, as
!      `LIBSUBDIR/include-fixed/README'.
  
! `gcc'
       The main sources of GCC itself (except for runtime libraries),
       including optimizers, support for different target architectures,
!      language front ends, and testsuites.  *Note The `gcc'
!      Subdirectory: gcc Directory, for details.
  
! `gnattools'
       Support tools for GNAT.
  
! `include'
!      Headers for the `libiberty' library.
  
! `intl'
!      GNU `libintl', from GNU `gettext', for systems which do not
!      include it in `libc'.
  
! `libada'
       The Ada runtime library.
  
! `libatomic'
!      The runtime support library for atomic operations (e.g. for
!      `__sync' and `__atomic').
  
! `libcpp'
       The C preprocessor library.
  
! `libdecnumber'
       The Decimal Float support library.
  
! `libffi'
!      The `libffi' library, used as part of the Go runtime library.
  
! `libgcc'
       The GCC runtime library.
  
! `libgfortran'
       The Fortran runtime library.
  
! `libgo'
       The Go runtime library.  The bulk of this library is mirrored from
       the master Go repository (https://github.com/golang/go).
  
! `libgomp'
       The GNU Offloading and Multi Processing Runtime Library.
  
! `libiberty'
!      The `libiberty' library, used for portability and for some
       generally useful data structures and algorithms.  *Note
       Introduction: (libiberty)Top, for more information about this
       library.
  
! `libitm'
       The runtime support library for transactional memory.
  
! `libobjc'
       The Objective-C and Objective-C++ runtime library.
  
! `libquadmath'
       The runtime support library for quad-precision math operations.
  
! `libssp'
       The Stack protector runtime library.
  
! `libstdc++-v3'
       The C++ runtime library.
  
! `lto-plugin'
       Plugin used by the linker if link-time optimizations are enabled.
  
! `maintainer-scripts'
!      Scripts used by the `gccadmin' account on `gcc.gnu.org'.
  
! `zlib'
!      The `zlib' compression library, used for compressing and
       uncompressing GCC's intermediate language in LTO object files.
  
   The build system in the top level directory, including how recursion
  into subdirectories works and how building runtime libraries for
  multilibs is handled, is documented in a separate manual, included with
! GNU Binutils.  *Note GNU configure and build system: (configure)Top,
! for details.
  
  
  File: gccint.info,  Node: gcc Directory,  Prev: Top Level,  Up: Source Tree
  
! 6.3 The `gcc' Subdirectory
  ==========================
  
! The `gcc' directory contains many files that are part of the C sources
! of GCC, other files used as part of the configuration and build
! process, and subdirectories including documentation and a testsuite.
! The files that are sources of GCC are documented in a separate chapter.
! *Note Passes and Files of the Compiler: Passes.
  
  * Menu:
  
! * Subdirectories:: Subdirectories of `gcc'.
  * Configuration::  The configuration process, and the files it uses.
! * Build::          The build system in the `gcc' directory.
! * Makefile::       Targets in `gcc/Makefile'.
! * Library Files::  Library source files and headers under `gcc/'.
  * Headers::        Headers installed by GCC.
  * Documentation::  Building documentation in GCC.
  * Front End::      Anatomy of a language front end.
*************** Passes and Files of the Compiler: Passes
*** 3217,3337 ****
  
  File: gccint.info,  Node: Subdirectories,  Next: Configuration,  Up: gcc Directory
  
! 6.3.1 Subdirectories of 'gcc'
  -----------------------------
  
! The 'gcc' directory contains the following subdirectories:
  
! 'LANGUAGE'
       Subdirectories for various languages.  Directories containing a
!      file 'config-lang.in' are language subdirectories.  The contents of
!      the subdirectories 'c' (for C), 'cp' (for C++), 'objc' (for
!      Objective-C), 'objcp' (for Objective-C++), and 'lto' (for LTO) are
       documented in this manual (*note Passes and Files of the Compiler:
       Passes.); those for other languages are not.  *Note Anatomy of a
       Language Front End: Front End, for details of the files in these
       directories.
  
! 'common'
!      Source files shared between the compiler drivers (such as 'gcc')
!      and the compilers proper (such as 'cc1').  If an architecture
       defines target hooks shared between those places, it also has a
!      subdirectory in 'common/config'.  *Note Target Structure::.
  
! 'config'
       Configuration files for supported architectures and operating
!      systems.  *Note Anatomy of a Target Back End: Back End, for details
!      of the files in this directory.
  
! 'doc'
       Texinfo documentation for GCC, together with automatically
       generated man pages and support for converting the installation
       manual to HTML.  *Note Documentation::.
  
! 'ginclude'
       System headers installed by GCC, mainly those required by the C
       standard of freestanding implementations.  *Note Headers Installed
       by GCC: Headers, for details of when these and other headers are
       installed.
  
! 'po'
       Message catalogs with translations of messages produced by GCC into
!      various languages, 'LANGUAGE.po'.  This directory also contains
!      'gcc.pot', the template for these message catalogues, 'exgettext',
!      a wrapper around 'gettext' to extract the messages from the GCC
!      sources and create 'gcc.pot', which is run by 'make gcc.pot', and
!      'EXCLUDES', a list of files from which messages should not be
       extracted.
  
! 'testsuite'
!      The GCC testsuites (except for those for runtime libraries).  *Note
!      Testsuites::.
  
  
  File: gccint.info,  Node: Configuration,  Next: Build,  Prev: Subdirectories,  Up: gcc Directory
  
! 6.3.2 Configuration in the 'gcc' Directory
  ------------------------------------------
  
! The 'gcc' directory is configured with an Autoconf-generated script
! 'configure'.  The 'configure' script is generated from 'configure.ac'
! and 'aclocal.m4'.  From the files 'configure.ac' and 'acconfig.h',
! Autoheader generates the file 'config.in'.  The file 'cstamp-h.in' is
  used as a timestamp.
  
  * Menu:
  
! * Config Fragments::     Scripts used by 'configure'.
! * System Config::        The 'config.build', 'config.host', and
!                          'config.gcc' files.
! * Configuration Files::  Files created by running 'configure'.
  
  
  File: gccint.info,  Node: Config Fragments,  Next: System Config,  Up: Configuration
  
! 6.3.2.1 Scripts Used by 'configure'
  ...................................
  
! 'configure' uses some other scripts to help in its work:
  
!    * The standard GNU 'config.sub' and 'config.guess' files, kept in the
!      top level directory, are used.
  
!    * The file 'config.gcc' is used to handle configuration specific to
!      the particular target machine.  The file 'config.build' is used to
!      handle configuration specific to the particular build machine.  The
!      file 'config.host' is used to handle configuration specific to the
!      particular host machine.  (In general, these should only be used
!      for features that cannot reasonably be tested in Autoconf feature
!      tests.)  *Note The 'config.build'; 'config.host'; and 'config.gcc'
!      Files: System Config, for details of the contents of these files.
  
!    * Each language subdirectory has a file 'LANGUAGE/config-lang.in'
!      that is used for front-end-specific configuration.  *Note The Front
!      End 'config-lang.in' File: Front End Config, for details of this
!      file.
  
!    * A helper script 'configure.frag' is used as part of creating the
!      output of 'configure'.
  
  
  File: gccint.info,  Node: System Config,  Next: Configuration Files,  Prev: Config Fragments,  Up: Configuration
  
! 6.3.2.2 The 'config.build'; 'config.host'; and 'config.gcc' Files
  .................................................................
  
! The 'config.build' file contains specific rules for particular systems
  which GCC is built on.  This should be used as rarely as possible, as
  the behavior of the build system can always be detected by autoconf.
  
!  The 'config.host' file contains specific rules for particular systems
  which GCC will run on.  This is rarely needed.
  
!  The 'config.gcc' file contains specific rules for particular systems
  which GCC will generate code for.  This is usually needed.
  
!  Each file has a list of the shell variables it sets, with descriptions,
! at the top of the file.
  
   FIXME: document the contents of these files, and what variables should
  be set to control build, host and target configuration.
--- 3223,3344 ----
  
  File: gccint.info,  Node: Subdirectories,  Next: Configuration,  Up: gcc Directory
  
! 6.3.1 Subdirectories of `gcc'
  -----------------------------
  
! The `gcc' directory contains the following subdirectories:
  
! `LANGUAGE'
       Subdirectories for various languages.  Directories containing a
!      file `config-lang.in' are language subdirectories.  The contents of
!      the subdirectories `c' (for C), `cp' (for C++), `objc' (for
!      Objective-C), `objcp' (for Objective-C++), and `lto' (for LTO) are
       documented in this manual (*note Passes and Files of the Compiler:
       Passes.); those for other languages are not.  *Note Anatomy of a
       Language Front End: Front End, for details of the files in these
       directories.
  
! `common'
!      Source files shared between the compiler drivers (such as `gcc')
!      and the compilers proper (such as `cc1').  If an architecture
       defines target hooks shared between those places, it also has a
!      subdirectory in `common/config'.  *Note Target Structure::.
  
! `config'
       Configuration files for supported architectures and operating
!      systems.  *Note Anatomy of a Target Back End: Back End, for
!      details of the files in this directory.
  
! `doc'
       Texinfo documentation for GCC, together with automatically
       generated man pages and support for converting the installation
       manual to HTML.  *Note Documentation::.
  
! `ginclude'
       System headers installed by GCC, mainly those required by the C
       standard of freestanding implementations.  *Note Headers Installed
       by GCC: Headers, for details of when these and other headers are
       installed.
  
! `po'
       Message catalogs with translations of messages produced by GCC into
!      various languages, `LANGUAGE.po'.  This directory also contains
!      `gcc.pot', the template for these message catalogues, `exgettext',
!      a wrapper around `gettext' to extract the messages from the GCC
!      sources and create `gcc.pot', which is run by `make gcc.pot', and
!      `EXCLUDES', a list of files from which messages should not be
       extracted.
  
! `testsuite'
!      The GCC testsuites (except for those for runtime libraries).
!      *Note Testsuites::.
  
  
  File: gccint.info,  Node: Configuration,  Next: Build,  Prev: Subdirectories,  Up: gcc Directory
  
! 6.3.2 Configuration in the `gcc' Directory
  ------------------------------------------
  
! The `gcc' directory is configured with an Autoconf-generated script
! `configure'.  The `configure' script is generated from `configure.ac'
! and `aclocal.m4'.  From the files `configure.ac' and `acconfig.h',
! Autoheader generates the file `config.in'.  The file `cstamp-h.in' is
  used as a timestamp.
  
  * Menu:
  
! * Config Fragments::     Scripts used by `configure'.
! * System Config::        The `config.build', `config.host', and
!                          `config.gcc' files.
! * Configuration Files::  Files created by running `configure'.
  
  
  File: gccint.info,  Node: Config Fragments,  Next: System Config,  Up: Configuration
  
! 6.3.2.1 Scripts Used by `configure'
  ...................................
  
! `configure' uses some other scripts to help in its work:
  
!    * The standard GNU `config.sub' and `config.guess' files, kept in
!      the top level directory, are used.
  
!    * The file `config.gcc' is used to handle configuration specific to
!      the particular target machine.  The file `config.build' is used to
!      handle configuration specific to the particular build machine.
!      The file `config.host' is used to handle configuration specific to
!      the particular host machine.  (In general, these should only be
!      used for features that cannot reasonably be tested in Autoconf
!      feature tests.)  *Note The `config.build'; `config.host'; and
!      `config.gcc' Files: System Config, for details of the contents of
!      these files.
  
!    * Each language subdirectory has a file `LANGUAGE/config-lang.in'
!      that is used for front-end-specific configuration.  *Note The
!      Front End `config-lang.in' File: Front End Config, for details of
!      this file.
  
!    * A helper script `configure.frag' is used as part of creating the
!      output of `configure'.
  
  
  File: gccint.info,  Node: System Config,  Next: Configuration Files,  Prev: Config Fragments,  Up: Configuration
  
! 6.3.2.2 The `config.build'; `config.host'; and `config.gcc' Files
  .................................................................
  
! The `config.build' file contains specific rules for particular systems
  which GCC is built on.  This should be used as rarely as possible, as
  the behavior of the build system can always be detected by autoconf.
  
!  The `config.host' file contains specific rules for particular systems
  which GCC will run on.  This is rarely needed.
  
!  The `config.gcc' file contains specific rules for particular systems
  which GCC will generate code for.  This is usually needed.
  
!  Each file has a list of the shell variables it sets, with
! descriptions, at the top of the file.
  
   FIXME: document the contents of these files, and what variables should
  be set to control build, host and target configuration.
*************** be set to control build, host and target
*** 3339,3399 ****
  
  File: gccint.info,  Node: Configuration Files,  Prev: System Config,  Up: Configuration
  
! 6.3.2.3 Files Created by 'configure'
  ....................................
  
! Here we spell out what files will be set up by 'configure' in the 'gcc'
  directory.  Some other files are created as temporary files in the
  configuration process, and are not used in the subsequent build; these
  are not documented.
  
!    * 'Makefile' is constructed from 'Makefile.in', together with the
       host and target fragments (*note Makefile Fragments: Fragments.)
!      't-TARGET' and 'x-HOST' from 'config', if any, and language
!      Makefile fragments 'LANGUAGE/Make-lang.in'.
!    * 'auto-host.h' contains information about the host machine
!      determined by 'configure'.  If the host machine is different from
!      the build machine, then 'auto-build.h' is also created, containing
       such information about the build machine.
!    * 'config.status' is a script that may be run to recreate the current
!      configuration.
!    * 'configargs.h' is a header containing details of the arguments
!      passed to 'configure' to configure GCC, and of the thread model
       used.
!    * 'cstamp-h' is used as a timestamp.
!    * If a language 'config-lang.in' file (*note The Front End
!      'config-lang.in' File: Front End Config.) sets 'outputs', then the
!      files listed in 'outputs' there are also generated.
  
   The following configuration headers are created from the Makefile,
! using 'mkconfig.sh', rather than directly by 'configure'.  'config.h',
! 'bconfig.h' and 'tconfig.h' all contain the 'xm-MACHINE.h' header, if
  any, appropriate to the host, build and target machines respectively,
  the configuration headers for the target, and some definitions; for the
  host and build machines, these include the autoconfigured headers
! generated by 'configure'.  The other configuration headers are
! determined by 'config.gcc'.  They also contain the typedefs for 'rtx',
! 'rtvec' and 'tree'.
  
!    * 'config.h', for use in programs that run on the host machine.
!    * 'bconfig.h', for use in programs that run on the build machine.
!    * 'tconfig.h', for use in programs and libraries for the target
       machine.
!    * 'tm_p.h', which includes the header 'MACHINE-protos.h' that
!      contains prototypes for functions in the target 'MACHINE.c' file.
!      The header 'MACHINE-protos.h' can include prototypes of functions
!      that use rtl and tree data structures inside appropriate '#ifdef
!      RTX_CODE' and '#ifdef TREE_CODE' conditional code segements.  The
!      'MACHINE-protos.h' is included after the 'rtl.h' and/or 'tree.h'
!      would have been included.  The 'tm_p.h' also includes the header
!      'tm-preds.h' which is generated by 'genpreds' program during the
       build to define the declarations and inline functions for the
       predicate functions.
  
  
  File: gccint.info,  Node: Build,  Next: Makefile,  Prev: Configuration,  Up: gcc Directory
  
! 6.3.3 Build System in the 'gcc' Directory
  -----------------------------------------
  
  FIXME: describe the build system, including what is built in what
--- 3346,3414 ----
  
  File: gccint.info,  Node: Configuration Files,  Prev: System Config,  Up: Configuration
  
! 6.3.2.3 Files Created by `configure'
  ....................................
  
! Here we spell out what files will be set up by `configure' in the `gcc'
  directory.  Some other files are created as temporary files in the
  configuration process, and are not used in the subsequent build; these
  are not documented.
  
!    * `Makefile' is constructed from `Makefile.in', together with the
       host and target fragments (*note Makefile Fragments: Fragments.)
!      `t-TARGET' and `x-HOST' from `config', if any, and language
!      Makefile fragments `LANGUAGE/Make-lang.in'.
! 
!    * `auto-host.h' contains information about the host machine
!      determined by `configure'.  If the host machine is different from
!      the build machine, then `auto-build.h' is also created, containing
       such information about the build machine.
! 
!    * `config.status' is a script that may be run to recreate the
!      current configuration.
! 
!    * `configargs.h' is a header containing details of the arguments
!      passed to `configure' to configure GCC, and of the thread model
       used.
! 
!    * `cstamp-h' is used as a timestamp.
! 
!    * If a language `config-lang.in' file (*note The Front End
!      `config-lang.in' File: Front End Config.) sets `outputs', then the
!      files listed in `outputs' there are also generated.
  
   The following configuration headers are created from the Makefile,
! using `mkconfig.sh', rather than directly by `configure'.  `config.h',
! `bconfig.h' and `tconfig.h' all contain the `xm-MACHINE.h' header, if
  any, appropriate to the host, build and target machines respectively,
  the configuration headers for the target, and some definitions; for the
  host and build machines, these include the autoconfigured headers
! generated by `configure'.  The other configuration headers are
! determined by `config.gcc'.  They also contain the typedefs for `rtx',
! `rtvec' and `tree'.
  
!    * `config.h', for use in programs that run on the host machine.
! 
!    * `bconfig.h', for use in programs that run on the build machine.
! 
!    * `tconfig.h', for use in programs and libraries for the target
       machine.
! 
!    * `tm_p.h', which includes the header `MACHINE-protos.h' that
!      contains prototypes for functions in the target `MACHINE.c' file.
!      The header `MACHINE-protos.h' can include prototypes of functions
!      that use rtl and tree data structures inside appropriate `#ifdef
!      RTX_CODE' and `#ifdef TREE_CODE' conditional code segements.  The
!      `MACHINE-protos.h' is included after the `rtl.h' and/or `tree.h'
!      would have been included.  The `tm_p.h' also includes the header
!      `tm-preds.h' which is generated by `genpreds' program during the
       build to define the declarations and inline functions for the
       predicate functions.
  
  
  File: gccint.info,  Node: Build,  Next: Makefile,  Prev: Configuration,  Up: gcc Directory
  
! 6.3.3 Build System in the `gcc' Directory
  -----------------------------------------
  
  FIXME: describe the build system, including what is built in what
*************** File: gccint.info,  Node: Makefile,  Nex
*** 3407,3474 ****
  6.3.4 Makefile Targets
  ----------------------
  
! These targets are available from the 'gcc' directory:
  
! 'all'
       This is the default target.  Depending on what your
       build/host/target configuration is, it coordinates all the things
       that need to be built.
  
! 'doc'
       Produce info-formatted documentation and man pages.  Essentially it
!      calls 'make man' and 'make info'.
  
! 'dvi'
       Produce DVI-formatted documentation.
  
! 'pdf'
       Produce PDF-formatted documentation.
  
! 'html'
       Produce HTML-formatted documentation.
  
! 'man'
       Generate man pages.
  
! 'info'
       Generate info-formatted pages.
  
! 'mostlyclean'
       Delete the files made while building the compiler.
  
! 'clean'
!      That, and all the other files built by 'make all'.
  
! 'distclean'
!      That, and all the files created by 'configure'.
  
! 'maintainer-clean'
       Distclean plus any file that can be generated from other files.
       Note that additional tools may be required beyond what is normally
       needed to build GCC.
  
! 'srcextra'
       Generates files in the source directory that are not
       version-controlled but should go into a release tarball.
  
! 'srcinfo'
! 'srcman'
       Copies the info-formatted and manpage documentation into the source
       directory usually for the purpose of generating a release tarball.
  
! 'install'
       Installs GCC.
  
! 'uninstall'
       Deletes installed files, though this is not supported.
  
! 'check'
!      Run the testsuite.  This creates a 'testsuite' subdirectory that
!      has various '.sum' and '.log' files containing the results of the
!      testing.  You can run subsets with, for example, 'make check-gcc'.
!      You can specify specific tests by setting 'RUNTESTFLAGS' to be the
!      name of the '.exp' file, optionally followed by (for some tests) an
!      equals and a file wildcard, like:
  
            make check-gcc RUNTESTFLAGS="execute.exp=19980413-*"
  
--- 3422,3489 ----
  6.3.4 Makefile Targets
  ----------------------
  
! These targets are available from the `gcc' directory:
  
! `all'
       This is the default target.  Depending on what your
       build/host/target configuration is, it coordinates all the things
       that need to be built.
  
! `doc'
       Produce info-formatted documentation and man pages.  Essentially it
!      calls `make man' and `make info'.
  
! `dvi'
       Produce DVI-formatted documentation.
  
! `pdf'
       Produce PDF-formatted documentation.
  
! `html'
       Produce HTML-formatted documentation.
  
! `man'
       Generate man pages.
  
! `info'
       Generate info-formatted pages.
  
! `mostlyclean'
       Delete the files made while building the compiler.
  
! `clean'
!      That, and all the other files built by `make all'.
  
! `distclean'
!      That, and all the files created by `configure'.
  
! `maintainer-clean'
       Distclean plus any file that can be generated from other files.
       Note that additional tools may be required beyond what is normally
       needed to build GCC.
  
! `srcextra'
       Generates files in the source directory that are not
       version-controlled but should go into a release tarball.
  
! `srcinfo'
! `srcman'
       Copies the info-formatted and manpage documentation into the source
       directory usually for the purpose of generating a release tarball.
  
! `install'
       Installs GCC.
  
! `uninstall'
       Deletes installed files, though this is not supported.
  
! `check'
!      Run the testsuite.  This creates a `testsuite' subdirectory that
!      has various `.sum' and `.log' files containing the results of the
!      testing.  You can run subsets with, for example, `make check-gcc'.
!      You can specify specific tests by setting `RUNTESTFLAGS' to be the
!      name of the `.exp' file, optionally followed by (for some tests)
!      an equals and a file wildcard, like:
  
            make check-gcc RUNTESTFLAGS="execute.exp=19980413-*"
  
*************** steps of the build, including bootstrapp
*** 3481,3571 ****
  new compiler to build target libraries.
  
   When GCC is configured for a native configuration, the default action
! for 'make' is to do a full three-stage bootstrap.  This means that GCC
  is built three times--once with the native compiler, once with the
! native-built compiler it just built, and once with the compiler it built
! the second time.  In theory, the last two should produce the same
! results, which 'make compare' can check.  Each stage is configured
  separately and compiled into a separate directory, to minimize problems
  due to ABI incompatibilities between the native compiler and GCC.
  
!  If you do a change, rebuilding will also start from the first stage and
! "bubble" up the change through the three stages.  Each stage is taken
! from its build directory (if it had been built previously), rebuilt, and
! copied to its subdirectory.  This will allow you to, for example,
! continue a bootstrap after fixing a bug which causes the stage2 build to
! crash.  It does not provide as good coverage of the compiler as
! bootstrapping from scratch, but it ensures that the new code is
! syntactically correct (e.g., that you did not use GCC extensions by
! mistake), and avoids spurious bootstrap comparison failures(1).
  
   Other targets available from the top level include:
  
! 'bootstrap-lean'
!      Like 'bootstrap', except that the various stages are removed once
       they're no longer needed.  This saves disk space.
  
! 'bootstrap2'
! 'bootstrap2-lean'
       Performs only the first two stages of bootstrap.  Unlike a
       three-stage bootstrap, this does not perform a comparison to test
       that the compiler is running properly.  Note that the disk space
       required by a "lean" bootstrap is approximately independent of the
       number of stages.
  
! 'stageN-bubble (N = 1...4, profile, feedback)'
       Rebuild all the stages up to N, with the appropriate flags,
       "bubbling" the changes as described above.
  
! 'all-stageN (N = 1...4, profile, feedback)'
       Assuming that stage N has already been built, rebuild it with the
       appropriate flags.  This is rarely needed.
  
! 'cleanstrap'
!      Remove everything ('make clean') and rebuilds ('make bootstrap').
  
! 'compare'
       Compares the results of stages 2 and 3.  This ensures that the
       compiler is running properly, since it should produce the same
       object files regardless of how it itself was compiled.
  
! 'profiledbootstrap'
       Builds a compiler with profiling feedback information.  In this
!      case, the second and third stages are named 'profile' and
!      'feedback', respectively.  For more information, see the
       installation instructions.
  
! 'restrap'
!      Restart a bootstrap, so that everything that was not built with the
!      system compiler is rebuilt.
  
! 'stageN-start (N = 1...4, profile, feedback)'
       For each package that is bootstrapped, rename directories so that,
!      for example, 'gcc' points to the stageN GCC, compiled with the
       stageN-1 GCC(2).
  
!      You will invoke this target if you need to test or debug the stageN
!      GCC.  If you only need to execute GCC (but you need not run 'make'
!      either to rebuild it or to run test suites), you should be able to
!      work directly in the 'stageN-gcc' directory.  This makes it easier
!      to debug multiple stages in parallel.
  
! 'stage'
       For each package that is bootstrapped, relocate its build directory
!      to indicate its stage.  For example, if the 'gcc' directory points
!      to the stage2 GCC, after invoking this target it will be renamed to
!      'stage2-gcc'.
  
   If you wish to use non-default GCC flags when compiling the stage2 and
! stage3 compilers, set 'BOOT_CFLAGS' on the command line when doing
! 'make'.
  
!  Usually, the first stage only builds the languages that the compiler is
! written in: typically, C and maybe Ada.  If you are debugging a
  miscompilation of a different stage2 front-end (for example, of the
  Fortran front-end), you may want to have front-ends for other languages
! in the first stage as well.  To do so, set 'STAGE1_LANGUAGES' on the
! command line when doing 'make'.
  
   For example, in the aforementioned scenario of debugging a Fortran
  front-end miscompilation caused by the stage1 compiler, you may need a
--- 3496,3587 ----
  new compiler to build target libraries.
  
   When GCC is configured for a native configuration, the default action
! for `make' is to do a full three-stage bootstrap.  This means that GCC
  is built three times--once with the native compiler, once with the
! native-built compiler it just built, and once with the compiler it
! built the second time.  In theory, the last two should produce the same
! results, which `make compare' can check.  Each stage is configured
  separately and compiled into a separate directory, to minimize problems
  due to ABI incompatibilities between the native compiler and GCC.
  
!  If you do a change, rebuilding will also start from the first stage
! and "bubble" up the change through the three stages.  Each stage is
! taken from its build directory (if it had been built previously),
! rebuilt, and copied to its subdirectory.  This will allow you to, for
! example, continue a bootstrap after fixing a bug which causes the
! stage2 build to crash.  It does not provide as good coverage of the
! compiler as bootstrapping from scratch, but it ensures that the new
! code is syntactically correct (e.g., that you did not use GCC extensions
! by mistake), and avoids spurious bootstrap comparison failures(1).
  
   Other targets available from the top level include:
  
! `bootstrap-lean'
!      Like `bootstrap', except that the various stages are removed once
       they're no longer needed.  This saves disk space.
  
! `bootstrap2'
! `bootstrap2-lean'
       Performs only the first two stages of bootstrap.  Unlike a
       three-stage bootstrap, this does not perform a comparison to test
       that the compiler is running properly.  Note that the disk space
       required by a "lean" bootstrap is approximately independent of the
       number of stages.
  
! `stageN-bubble (N = 1...4, profile, feedback)'
       Rebuild all the stages up to N, with the appropriate flags,
       "bubbling" the changes as described above.
  
! `all-stageN (N = 1...4, profile, feedback)'
       Assuming that stage N has already been built, rebuild it with the
       appropriate flags.  This is rarely needed.
  
! `cleanstrap'
!      Remove everything (`make clean') and rebuilds (`make bootstrap').
  
! `compare'
       Compares the results of stages 2 and 3.  This ensures that the
       compiler is running properly, since it should produce the same
       object files regardless of how it itself was compiled.
  
! `profiledbootstrap'
       Builds a compiler with profiling feedback information.  In this
!      case, the second and third stages are named `profile' and
!      `feedback', respectively.  For more information, see the
       installation instructions.
  
! `restrap'
!      Restart a bootstrap, so that everything that was not built with
!      the system compiler is rebuilt.
  
! `stageN-start (N = 1...4, profile, feedback)'
       For each package that is bootstrapped, rename directories so that,
!      for example, `gcc' points to the stageN GCC, compiled with the
       stageN-1 GCC(2).
  
!      You will invoke this target if you need to test or debug the
!      stageN GCC.  If you only need to execute GCC (but you need not run
!      `make' either to rebuild it or to run test suites), you should be
!      able to work directly in the `stageN-gcc' directory.  This makes
!      it easier to debug multiple stages in parallel.
  
! `stage'
       For each package that is bootstrapped, relocate its build directory
!      to indicate its stage.  For example, if the `gcc' directory points
!      to the stage2 GCC, after invoking this target it will be renamed
!      to `stage2-gcc'.
! 
  
   If you wish to use non-default GCC flags when compiling the stage2 and
! stage3 compilers, set `BOOT_CFLAGS' on the command line when doing
! `make'.
  
!  Usually, the first stage only builds the languages that the compiler
! is written in: typically, C and maybe Ada.  If you are debugging a
  miscompilation of a different stage2 front-end (for example, of the
  Fortran front-end), you may want to have front-ends for other languages
! in the first stage as well.  To do so, set `STAGE1_LANGUAGES' on the
! command line when doing `make'.
  
   For example, in the aforementioned scenario of debugging a Fortran
  front-end miscompilation caused by the stage1 compiler, you may need a
*************** command like
*** 3574,3601 ****
       make stage2-bubble STAGE1_LANGUAGES=c,fortran
  
   Alternatively, you can use per-language targets to build and test
! languages that are not enabled by default in stage1.  For example, 'make
! f951' will build a Fortran compiler even in the stage1 build directory.
  
!    ---------- Footnotes ----------
  
!    (1) Except if the compiler was buggy and miscompiled some of the
! files that were not modified.  In this case, it's best to use 'make
! restrap'.
  
!    (2) Customarily, the system compiler is also termed the 'stage0' GCC.
  
  
  File: gccint.info,  Node: Library Files,  Next: Headers,  Prev: Makefile,  Up: gcc Directory
  
! 6.3.5 Library Source Files and Headers under the 'gcc' Directory
  ----------------------------------------------------------------
  
  FIXME: list here, with explanation, all the C source files and headers
! under the 'gcc' directory that aren't built into the GCC executable but
  rather are part of runtime libraries and object files, such as
! 'crtstuff.c' and 'unwind-dw2.c'.  *Note Headers Installed by GCC:
! Headers, for more information about the 'ginclude' directory.
  
  
  File: gccint.info,  Node: Headers,  Next: Documentation,  Prev: Library Files,  Up: gcc Directory
--- 3590,3617 ----
       make stage2-bubble STAGE1_LANGUAGES=c,fortran
  
   Alternatively, you can use per-language targets to build and test
! languages that are not enabled by default in stage1.  For example,
! `make f951' will build a Fortran compiler even in the stage1 build
! directory.
  
!  ---------- Footnotes ----------
  
!  (1) Except if the compiler was buggy and miscompiled some of the files
! that were not modified.  In this case, it's best to use `make restrap'.
  
!  (2) Customarily, the system compiler is also termed the `stage0' GCC.
  
  
  File: gccint.info,  Node: Library Files,  Next: Headers,  Prev: Makefile,  Up: gcc Directory
  
! 6.3.5 Library Source Files and Headers under the `gcc' Directory
  ----------------------------------------------------------------
  
  FIXME: list here, with explanation, all the C source files and headers
! under the `gcc' directory that aren't built into the GCC executable but
  rather are part of runtime libraries and object files, such as
! `crtstuff.c' and `unwind-dw2.c'.  *Note Headers Installed by GCC:
! Headers, for more information about the `ginclude' directory.
  
  
  File: gccint.info,  Node: Headers,  Next: Documentation,  Prev: Library Files,  Up: gcc Directory
*************** In general, GCC expects the system C lib
*** 3607,3644 ****
  headers to be used with it.  However, GCC will fix those headers if
  necessary to make them work with GCC, and will install some headers
  required of freestanding implementations.  These headers are installed
! in 'LIBSUBDIR/include'.  Headers for non-C runtime libraries are also
  installed by GCC; these are not documented here.  (FIXME: document them
  somewhere.)
  
!  Several of the headers GCC installs are in the 'ginclude' directory.
! These headers, 'iso646.h', 'stdarg.h', 'stdbool.h', and 'stddef.h', are
! installed in 'LIBSUBDIR/include', unless the target Makefile fragment
! (*note Target Fragment::) overrides this by setting 'USER_H'.
  
   In addition to these headers and those generated by fixing system
  headers to work with GCC, some other headers may also be installed in
! 'LIBSUBDIR/include'.  'config.gcc' may set 'extra_headers'; this
! specifies additional headers under 'config' to be installed on some
  systems.
  
!  GCC installs its own version of '<float.h>', from 'ginclude/float.h'.
  This is done to cope with command-line options that change the
  representation of floating point numbers.
  
!  GCC also installs its own version of '<limits.h>'; this is generated
! from 'glimits.h', together with 'limitx.h' and 'limity.h' if the system
! also has its own version of '<limits.h>'.  (GCC provides its own header
  because it is required of ISO C freestanding implementations, but needs
  to include the system header from its own header as well because other
  standards such as POSIX specify additional values to be defined in
! '<limits.h>'.)  The system's '<limits.h>' header is used via
! 'LIBSUBDIR/include/syslimits.h', which is copied from 'gsyslimits.h' if
  it does not need fixing to work with GCC; if it needs fixing,
! 'syslimits.h' is the fixed copy.
  
!  GCC can also install '<tgmath.h>'.  It will do this when 'config.gcc'
! sets 'use_gcc_tgmath' to 'yes'.
  
  
  File: gccint.info,  Node: Documentation,  Next: Front End,  Prev: Headers,  Up: gcc Directory
--- 3623,3660 ----
  headers to be used with it.  However, GCC will fix those headers if
  necessary to make them work with GCC, and will install some headers
  required of freestanding implementations.  These headers are installed
! in `LIBSUBDIR/include'.  Headers for non-C runtime libraries are also
  installed by GCC; these are not documented here.  (FIXME: document them
  somewhere.)
  
!  Several of the headers GCC installs are in the `ginclude' directory.
! These headers, `iso646.h', `stdarg.h', `stdbool.h', and `stddef.h', are
! installed in `LIBSUBDIR/include', unless the target Makefile fragment
! (*note Target Fragment::) overrides this by setting `USER_H'.
  
   In addition to these headers and those generated by fixing system
  headers to work with GCC, some other headers may also be installed in
! `LIBSUBDIR/include'.  `config.gcc' may set `extra_headers'; this
! specifies additional headers under `config' to be installed on some
  systems.
  
!  GCC installs its own version of `<float.h>', from `ginclude/float.h'.
  This is done to cope with command-line options that change the
  representation of floating point numbers.
  
!  GCC also installs its own version of `<limits.h>'; this is generated
! from `glimits.h', together with `limitx.h' and `limity.h' if the system
! also has its own version of `<limits.h>'.  (GCC provides its own header
  because it is required of ISO C freestanding implementations, but needs
  to include the system header from its own header as well because other
  standards such as POSIX specify additional values to be defined in
! `<limits.h>'.)  The system's `<limits.h>' header is used via
! `LIBSUBDIR/include/syslimits.h', which is copied from `gsyslimits.h' if
  it does not need fixing to work with GCC; if it needs fixing,
! `syslimits.h' is the fixed copy.
  
!  GCC can also install `<tgmath.h>'.  It will do this when `config.gcc'
! sets `use_gcc_tgmath' to `yes'.
  
  
  File: gccint.info,  Node: Documentation,  Next: Front End,  Prev: Headers,  Up: gcc Directory
*************** File: gccint.info,  Node: Documentation,
*** 3648,3658 ****
  
  The main GCC documentation is in the form of manuals in Texinfo format.
  These are installed in Info format; DVI versions may be generated by
! 'make dvi', PDF versions by 'make pdf', and HTML versions by 'make
  html'.  In addition, some man pages are generated from the Texinfo
  manuals, there are some other text files with miscellaneous
  documentation, and runtime libraries have their own documentation
! outside the 'gcc' directory.  FIXME: document the documentation for
  runtime libraries somewhere.
  
  * Menu:
--- 3664,3674 ----
  
  The main GCC documentation is in the form of manuals in Texinfo format.
  These are installed in Info format; DVI versions may be generated by
! `make dvi', PDF versions by `make pdf', and HTML versions by `make
  html'.  In addition, some man pages are generated from the Texinfo
  manuals, there are some other text files with miscellaneous
  documentation, and runtime libraries have their own documentation
! outside the `gcc' directory.  FIXME: document the documentation for
  runtime libraries somewhere.
  
  * Menu:
*************** File: gccint.info,  Node: Texinfo Manual
*** 3668,3716 ****
  .......................
  
  The manuals for GCC as a whole, and the C and C++ front ends, are in
! files 'doc/*.texi'.  Other front ends have their own manuals in files
! 'LANGUAGE/*.texi'.  Common files 'doc/include/*.texi' are provided which
! may be included in multiple manuals; the following files are in
! 'doc/include':
  
! 'fdl.texi'
       The GNU Free Documentation License.
! 'funding.texi'
       The section "Funding Free Software".
! 'gcc-common.texi'
       Common definitions for manuals.
! 'gpl_v3.texi'
       The GNU General Public License.
- 'texinfo.tex'
-      A copy of 'texinfo.tex' known to work with the GCC manuals.
  
!  DVI-formatted manuals are generated by 'make dvi', which uses
! 'texi2dvi' (via the Makefile macro '$(TEXI2DVI)').  PDF-formatted
! manuals are generated by 'make pdf', which uses 'texi2pdf' (via the
! Makefile macro '$(TEXI2PDF)').  HTML formatted manuals are generated by
! 'make html'.  Info manuals are generated by 'make info' (which is run as
! part of a bootstrap); this generates the manuals in the source
! directory, using 'makeinfo' via the Makefile macro '$(MAKEINFO)', and
  they are included in release distributions.
  
   Manuals are also provided on the GCC web site, in both HTML and
  PostScript forms.  This is done via the script
! 'maintainer-scripts/update_web_docs_svn'.  Each manual to be provided
! online must be listed in the definition of 'MANUALS' in that file; a
! file 'NAME.texi' must only appear once in the source tree, and the
  output manual must have the same name as the source file.  (However,
  other Texinfo files, included in manuals but not themselves the root
  files of manuals, may have names that appear more than once in the
! source tree.)  The manual file 'NAME.texi' should only include other
! files in its own directory or in 'doc/include'.  HTML manuals will be
! generated by 'makeinfo --html', PostScript manuals by 'texi2dvi' and
! 'dvips', and PDF manuals by 'texi2pdf'.  All Texinfo files that are
  parts of manuals must be version-controlled, even if they are generated
  files, for the generation of online manuals to work.
  
!  The installation manual, 'doc/install.texi', is also provided on the
  GCC web site.  The HTML version is generated by the script
! 'doc/install.texi2html'.
  
  
  File: gccint.info,  Node: Man Page Generation,  Next: Miscellaneous Docs,  Prev: Texinfo Manuals,  Up: Documentation
--- 3684,3736 ----
  .......................
  
  The manuals for GCC as a whole, and the C and C++ front ends, are in
! files `doc/*.texi'.  Other front ends have their own manuals in files
! `LANGUAGE/*.texi'.  Common files `doc/include/*.texi' are provided
! which may be included in multiple manuals; the following files are in
! `doc/include':
  
! `fdl.texi'
       The GNU Free Documentation License.
! 
! `funding.texi'
       The section "Funding Free Software".
! 
! `gcc-common.texi'
       Common definitions for manuals.
! 
! `gpl_v3.texi'
       The GNU General Public License.
  
! `texinfo.tex'
!      A copy of `texinfo.tex' known to work with the GCC manuals.
! 
!  DVI-formatted manuals are generated by `make dvi', which uses
! `texi2dvi' (via the Makefile macro `$(TEXI2DVI)').  PDF-formatted
! manuals are generated by `make pdf', which uses `texi2pdf' (via the
! Makefile macro `$(TEXI2PDF)').  HTML formatted manuals are generated by
! `make html'.  Info manuals are generated by `make info' (which is run
! as part of a bootstrap); this generates the manuals in the source
! directory, using `makeinfo' via the Makefile macro `$(MAKEINFO)', and
  they are included in release distributions.
  
   Manuals are also provided on the GCC web site, in both HTML and
  PostScript forms.  This is done via the script
! `maintainer-scripts/update_web_docs_svn'.  Each manual to be provided
! online must be listed in the definition of `MANUALS' in that file; a
! file `NAME.texi' must only appear once in the source tree, and the
  output manual must have the same name as the source file.  (However,
  other Texinfo files, included in manuals but not themselves the root
  files of manuals, may have names that appear more than once in the
! source tree.)  The manual file `NAME.texi' should only include other
! files in its own directory or in `doc/include'.  HTML manuals will be
! generated by `makeinfo --html', PostScript manuals by `texi2dvi' and
! `dvips', and PDF manuals by `texi2pdf'.  All Texinfo files that are
  parts of manuals must be version-controlled, even if they are generated
  files, for the generation of online manuals to work.
  
!  The installation manual, `doc/install.texi', is also provided on the
  GCC web site.  The HTML version is generated by the script
! `doc/install.texi2html'.
  
  
  File: gccint.info,  Node: Man Page Generation,  Next: Miscellaneous Docs,  Prev: Texinfo Manuals,  Up: Documentation
*************** File: gccint.info,  Node: Man Page Gener
*** 3719,3756 ****
  ...........................
  
  Because of user demand, in addition to full Texinfo manuals, man pages
! are provided which contain extracts from those manuals.  These man pages
! are generated from the Texinfo manuals using 'contrib/texi2pod.pl' and
! 'pod2man'.  (The man page for 'g++', 'cp/g++.1', just contains a '.so'
! reference to 'gcc.1', but all the other man pages are generated from
! Texinfo manuals.)
  
   Because many systems may not have the necessary tools installed to
! generate the man pages, they are only generated if the 'configure'
! script detects that recent enough tools are installed, and the Makefiles
! allow generating man pages to fail without aborting the build.  Man
! pages are also included in release distributions.  They are generated in
! the source directory.
  
!  Magic comments in Texinfo files starting '@c man' control what parts of
! a Texinfo file go into a man page.  Only a subset of Texinfo is
! supported by 'texi2pod.pl', and it may be necessary to add support for
  more Texinfo features to this script when generating new man pages.  To
! improve the man page output, some special Texinfo macros are provided in
! 'doc/include/gcc-common.texi' which 'texi2pod.pl' understands:
  
! '@gcctabopt'
!      Use in the form '@table @gcctabopt' for tables of options, where
!      for printed output the effect of '@code' is better than that of
!      '@option' but for man page output a different effect is wanted.
! '@gccoptlist'
       Use for summary lists of options in manuals.
! '@gol'
!      Use at the end of each line inside '@gccoptlist'.  This is
       necessary to avoid problems with differences in how the
!      '@gccoptlist' macro is handled by different Texinfo formatters.
  
!  FIXME: describe the 'texi2pod.pl' input language and magic comments in
  more detail.
  
  
--- 3739,3778 ----
  ...........................
  
  Because of user demand, in addition to full Texinfo manuals, man pages
! are provided which contain extracts from those manuals.  These man
! pages are generated from the Texinfo manuals using
! `contrib/texi2pod.pl' and `pod2man'.  (The man page for `g++',
! `cp/g++.1', just contains a `.so' reference to `gcc.1', but all the
! other man pages are generated from Texinfo manuals.)
  
   Because many systems may not have the necessary tools installed to
! generate the man pages, they are only generated if the `configure'
! script detects that recent enough tools are installed, and the
! Makefiles allow generating man pages to fail without aborting the
! build.  Man pages are also included in release distributions.  They are
! generated in the source directory.
  
!  Magic comments in Texinfo files starting `@c man' control what parts
! of a Texinfo file go into a man page.  Only a subset of Texinfo is
! supported by `texi2pod.pl', and it may be necessary to add support for
  more Texinfo features to this script when generating new man pages.  To
! improve the man page output, some special Texinfo macros are provided
! in `doc/include/gcc-common.texi' which `texi2pod.pl' understands:
  
! `@gcctabopt'
!      Use in the form `@table @gcctabopt' for tables of options, where
!      for printed output the effect of `@code' is better than that of
!      `@option' but for man page output a different effect is wanted.
! 
! `@gccoptlist'
       Use for summary lists of options in manuals.
! 
! `@gol'
!      Use at the end of each line inside `@gccoptlist'.  This is
       necessary to avoid problems with differences in how the
!      `@gccoptlist' macro is handled by different Texinfo formatters.
  
!  FIXME: describe the `texi2pod.pl' input language and magic comments in
  more detail.
  
  
*************** File: gccint.info,  Node: Miscellaneous
*** 3760,3796 ****
  ...................................
  
  In addition to the formal documentation that is installed by GCC, there
! are several other text files in the 'gcc' subdirectory with
  miscellaneous documentation:
  
! 'ABOUT-GCC-NLS'
!      Notes on GCC's Native Language Support.  FIXME: this should be part
!      of this manual rather than a separate file.
! 'ABOUT-NLS'
       Notes on the Free Translation Project.
! 'COPYING'
! 'COPYING3'
       The GNU General Public License, Versions 2 and 3.
! 'COPYING.LIB'
! 'COPYING3.LIB'
       The GNU Lesser General Public License, Versions 2.1 and 3.
! '*ChangeLog*'
! '*/ChangeLog*'
       Change log files for various parts of GCC.
! 'LANGUAGES'
       Details of a few changes to the GCC front-end interface.  FIXME:
       the information in this file should be part of general
       documentation of the front-end interface in this manual.
! 'ONEWS'
       Information about new features in old versions of GCC.  (For recent
       versions, the information is on the GCC web site.)
! 'README.Portability'
       Information about portability issues when writing code in GCC.
       FIXME: why isn't this part of this manual or of the GCC Coding
       Conventions?
  
!  FIXME: document such files in subdirectories, at least 'config', 'c',
! 'cp', 'objc', 'testsuite'.
  
  
  File: gccint.info,  Node: Front End,  Next: Back End,  Prev: Documentation,  Up: gcc Directory
--- 3782,3825 ----
  ...................................
  
  In addition to the formal documentation that is installed by GCC, there
! are several other text files in the `gcc' subdirectory with
  miscellaneous documentation:
  
! `ABOUT-GCC-NLS'
!      Notes on GCC's Native Language Support.  FIXME: this should be
!      part of this manual rather than a separate file.
! 
! `ABOUT-NLS'
       Notes on the Free Translation Project.
! 
! `COPYING'
! `COPYING3'
       The GNU General Public License, Versions 2 and 3.
! 
! `COPYING.LIB'
! `COPYING3.LIB'
       The GNU Lesser General Public License, Versions 2.1 and 3.
! 
! `*ChangeLog*'
! `*/ChangeLog*'
       Change log files for various parts of GCC.
! 
! `LANGUAGES'
       Details of a few changes to the GCC front-end interface.  FIXME:
       the information in this file should be part of general
       documentation of the front-end interface in this manual.
! 
! `ONEWS'
       Information about new features in old versions of GCC.  (For recent
       versions, the information is on the GCC web site.)
! 
! `README.Portability'
       Information about portability issues when writing code in GCC.
       FIXME: why isn't this part of this manual or of the GCC Coding
       Conventions?
  
!  FIXME: document such files in subdirectories, at least `config', `c',
! `cp', `objc', `testsuite'.
  
  
  File: gccint.info,  Node: Front End,  Next: Back End,  Prev: Documentation,  Up: gcc Directory
*************** File: gccint.info,  Node: Front End,  Ne
*** 3800,3836 ****
  
  A front end for a language in GCC has the following parts:
  
!    * A directory 'LANGUAGE' under 'gcc' containing source files for that
!      front end.  *Note The Front End 'LANGUAGE' Directory: Front End
!      Directory, for details.
     * A mention of the language in the list of supported languages in
!      'gcc/doc/install.texi'.
     * A mention of the name under which the language's runtime library is
!      recognized by '--enable-shared=PACKAGE' in the documentation of
!      that option in 'gcc/doc/install.texi'.
     * A mention of any special prerequisites for building the front end
!      in the documentation of prerequisites in 'gcc/doc/install.texi'.
     * Details of contributors to that front end in
!      'gcc/doc/contrib.texi'.  If the details are in that front end's own
!      manual then there should be a link to that manual's list in
!      'contrib.texi'.
     * Information about support for that language in
!      'gcc/doc/frontends.texi'.
     * Information about standards for that language, and the front end's
!      support for them, in 'gcc/doc/standards.texi'.  This may be a link
       to such information in the front end's own manual.
!    * Details of source file suffixes for that language and '-x LANG'
!      options supported, in 'gcc/doc/invoke.texi'.
!    * Entries in 'default_compilers' in 'gcc.c' for source file suffixes
       for that language.
!    * Preferably testsuites, which may be under 'gcc/testsuite' or
       runtime library directories.  FIXME: document somewhere how to
       write testsuite harnesses.
!    * Probably a runtime library for the language, outside the 'gcc'
       directory.  FIXME: document this further.
     * Details of the directories of any runtime libraries in
!      'gcc/doc/sourcebuild.texi'.
!    * Check targets in 'Makefile.def' for the top-level 'Makefile' to
       check just the compiler or the compiler and runtime library for the
       language.
  
--- 3829,3877 ----
  
  A front end for a language in GCC has the following parts:
  
!    * A directory `LANGUAGE' under `gcc' containing source files for
!      that front end.  *Note The Front End `LANGUAGE' Directory: Front
!      End Directory, for details.
! 
     * A mention of the language in the list of supported languages in
!      `gcc/doc/install.texi'.
! 
     * A mention of the name under which the language's runtime library is
!      recognized by `--enable-shared=PACKAGE' in the documentation of
!      that option in `gcc/doc/install.texi'.
! 
     * A mention of any special prerequisites for building the front end
!      in the documentation of prerequisites in `gcc/doc/install.texi'.
! 
     * Details of contributors to that front end in
!      `gcc/doc/contrib.texi'.  If the details are in that front end's
!      own manual then there should be a link to that manual's list in
!      `contrib.texi'.
! 
     * Information about support for that language in
!      `gcc/doc/frontends.texi'.
! 
     * Information about standards for that language, and the front end's
!      support for them, in `gcc/doc/standards.texi'.  This may be a link
       to such information in the front end's own manual.
! 
!    * Details of source file suffixes for that language and `-x LANG'
!      options supported, in `gcc/doc/invoke.texi'.
! 
!    * Entries in `default_compilers' in `gcc.c' for source file suffixes
       for that language.
! 
!    * Preferably testsuites, which may be under `gcc/testsuite' or
       runtime library directories.  FIXME: document somewhere how to
       write testsuite harnesses.
! 
!    * Probably a runtime library for the language, outside the `gcc'
       directory.  FIXME: document this further.
+ 
     * Details of the directories of any runtime libraries in
!      `gcc/doc/sourcebuild.texi'.
! 
!    * Check targets in `Makefile.def' for the top-level `Makefile' to
       check just the compiler or the compiler and runtime library for the
       language.
  
*************** A front end for a language in GCC has th
*** 3838,4046 ****
  following are also necessary:
  
     * At least one Bugzilla component for bugs in that front end and
!      runtime libraries.  This category needs to be added to the Bugzilla
!      database.
     * Normally, one or more maintainers of that front end listed in
!      'MAINTAINERS'.
!    * Mentions on the GCC web site in 'index.html' and 'frontends.html',
!      with any relevant links on 'readings.html'.  (Front ends that are
!      not an official part of GCC may also be listed on 'frontends.html',
!      with relevant links.)
!    * A news item on 'index.html', and possibly an announcement on the
       <gcc-announce@gcc.gnu.org> mailing list.
     * The front end's manuals should be mentioned in
!      'maintainer-scripts/update_web_docs_svn' (*note Texinfo Manuals::)
       and the online manuals should be linked to from
!      'onlinedocs/index.html'.
     * Any old releases or CVS repositories of the front end, before its
       inclusion in GCC, should be made available on the GCC FTP site
!      <ftp://gcc.gnu.org/pub/gcc/old-releases/>.
!    * The release and snapshot script 'maintainer-scripts/gcc_release'
       should be updated to generate appropriate tarballs for this front
       end.
     * If this front end includes its own version files that include the
!      current date, 'maintainer-scripts/update_version' should be updated
!      accordingly.
  
  * Menu:
  
! * Front End Directory::  The front end 'LANGUAGE' directory.
! * Front End Config::     The front end 'config-lang.in' file.
! * Front End Makefile::   The front end 'Make-lang.in' file.
  
  
  File: gccint.info,  Node: Front End Directory,  Next: Front End Config,  Up: Front End
  
! 6.3.8.1 The Front End 'LANGUAGE' Directory
  ..........................................
  
! A front end 'LANGUAGE' directory contains the source files of that front
! end (but not of any runtime libraries, which should be outside the 'gcc'
! directory).  This includes documentation, and possibly some subsidiary
! programs built alongside the front end.  Certain files are special and
! other parts of the compiler depend on their names:
  
! 'config-lang.in'
       This file is required in all language subdirectories.  *Note The
!      Front End 'config-lang.in' File: Front End Config, for details of
       its contents
! 'Make-lang.in'
       This file is required in all language subdirectories.  *Note The
!      Front End 'Make-lang.in' File: Front End Makefile, for details of
       its contents.
! 'lang.opt'
       This file registers the set of switches that the front end accepts
!      on the command line, and their '--help' text.  *Note Options::.
! 'lang-specs.h'
!      This file provides entries for 'default_compilers' in 'gcc.c' which
!      override the default of giving an error that a compiler for that
!      language is not installed.
! 'LANGUAGE-tree.def'
       This file, which need not exist, defines any language-specific tree
       codes.
  
  
  File: gccint.info,  Node: Front End Config,  Next: Front End Makefile,  Prev: Front End Directory,  Up: Front End
  
! 6.3.8.2 The Front End 'config-lang.in' File
  ...........................................
  
! Each language subdirectory contains a 'config-lang.in' file.  This file
  is a shell script that may define some variables describing the
  language:
  
! 'language'
       This definition must be present, and gives the name of the language
!      for some purposes such as arguments to '--enable-languages'.
! 'lang_requires'
       If defined, this variable lists (space-separated) language front
       ends other than C that this front end requires to be enabled (with
!      the names given being their 'language' settings).  For example, the
       Obj-C++ front end depends on the C++ and ObjC front ends, so sets
!      'lang_requires="objc c++"'.
! 'subdir_requires'
       If defined, this variable lists (space-separated) front end
       directories other than C that this front end requires to be
       present.  For example, the Objective-C++ front end uses source
       files from the C++ and Objective-C front ends, so sets
!      'subdir_requires="cp objc"'.
! 'target_libs'
       If defined, this variable lists (space-separated) targets in the
!      top level 'Makefile' to build the runtime libraries for this
!      language, such as 'target-libobjc'.
! 'lang_dirs'
       If defined, this variable lists (space-separated) top level
!      directories (parallel to 'gcc'), apart from the runtime libraries,
       that should not be configured if this front end is not built.
! 'build_by_default'
!      If defined to 'no', this language front end is not built unless
!      enabled in a '--enable-languages' argument.  Otherwise, front ends
       are built by default, subject to any special logic in
!      'configure.ac' (as is present to disable the Ada front end if the
       Ada compiler is not already installed).
! 'boot_language'
!      If defined to 'yes', this front end is built in stage1 of the
       bootstrap.  This is only relevant to front ends written in their
       own languages.
! 'compilers'
       If defined, a space-separated list of compiler executables that
       will be run by the driver.  The names here will each end with
!      '\$(exeext)'.
! 'outputs'
       If defined, a space-separated list of files that should be
!      generated by 'configure' substituting values in them.  This
!      mechanism can be used to create a file 'LANGUAGE/Makefile' from
!      'LANGUAGE/Makefile.in', but this is deprecated, building everything
!      from the single 'gcc/Makefile' is preferred.
! 'gtfiles'
       If defined, a space-separated list of files that should be scanned
!      by 'gengtype.c' to generate the garbage collection tables and
       routines for this language.  This excludes the files that are
       common to all front ends.  *Note Type Information::.
  
  
  File: gccint.info,  Node: Front End Makefile,  Prev: Front End Config,  Up: Front End
  
! 6.3.8.3 The Front End 'Make-lang.in' File
  .........................................
  
! Each language subdirectory contains a 'Make-lang.in' file.  It contains
! targets 'LANG.HOOK' (where 'LANG' is the setting of 'language' in
! 'config-lang.in') for the following values of 'HOOK', and any other
  Makefile rules required to build those targets (which may if necessary
! use other Makefiles specified in 'outputs' in 'config-lang.in', although
! this is deprecated).  It also adds any testsuite targets that can use
! the standard rule in 'gcc/Makefile.in' to the variable 'lang_checks'.
  
! 'all.cross'
! 'start.encap'
! 'rest.encap'
       FIXME: exactly what goes in each of these targets?
! 'tags'
!      Build an 'etags' 'TAGS' file in the language subdirectory in the
       source tree.
! 'info'
       Build info documentation for the front end, in the build directory.
!      This target is only called by 'make bootstrap' if a suitable
!      version of 'makeinfo' is available, so does not need to check for
       this, and should fail if an error occurs.
! 'dvi'
       Build DVI documentation for the front end, in the build directory.
!      This should be done using '$(TEXI2DVI)', with appropriate '-I'
       arguments pointing to directories of included files.
! 'pdf'
       Build PDF documentation for the front end, in the build directory.
!      This should be done using '$(TEXI2PDF)', with appropriate '-I'
       arguments pointing to directories of included files.
! 'html'
       Build HTML documentation for the front end, in the build directory.
! 'man'
       Build generated man pages for the front end from Texinfo manuals
       (*note Man Page Generation::), in the build directory.  This target
       is only called if the necessary tools are available, but should
       ignore errors so as not to stop the build if errors occur; man
       pages are optional and the tools involved may be installed in a
       broken way.
! 'install-common'
       Install everything that is part of the front end, apart from the
!      compiler executables listed in 'compilers' in 'config-lang.in'.
! 'install-info'
       Install info documentation for the front end, if it is present in
!      the source directory.  This target should have dependencies on info
!      files that should be installed.
! 'install-man'
       Install man pages for the front end.  This target should ignore
       errors.
! 'install-plugin'
       Install headers needed for plugins.
! 'srcextra'
       Copies its dependencies into the source directory.  This generally
!      should be used for generated files such as Bison output files which
!      are not version-controlled, but should be included in any release
!      tarballs.  This target will be executed during a bootstrap if
!      '--enable-generated-files-in-srcdir' was specified as a 'configure'
!      option.
! 'srcinfo'
! 'srcman'
       Copies its dependencies into the source directory.  These targets
       will be executed during a bootstrap if
!      '--enable-generated-files-in-srcdir' was specified as a 'configure'
!      option.
! 'uninstall'
       Uninstall files installed by installing the compiler.  This is
       currently documented not to be supported, so the hook need not do
       anything.
! 'mostlyclean'
! 'clean'
! 'distclean'
! 'maintainer-clean'
!      The language parts of the standard GNU '*clean' targets.  *Note
       Standard Targets for Users: (standards)Standard Targets, for
!      details of the standard targets.  For GCC, 'maintainer-clean'
       should delete all generated files in the source directory that are
       not version-controlled, but should not delete anything that is.
  
!  'Make-lang.in' must also define a variable 'LANG_OBJS' to a list of
  host object files that are used by that language.
  
  
--- 3879,4123 ----
  following are also necessary:
  
     * At least one Bugzilla component for bugs in that front end and
!      runtime libraries.  This category needs to be added to the
!      Bugzilla database.
! 
     * Normally, one or more maintainers of that front end listed in
!      `MAINTAINERS'.
! 
!    * Mentions on the GCC web site in `index.html' and `frontends.html',
!      with any relevant links on `readings.html'.  (Front ends that are
!      not an official part of GCC may also be listed on
!      `frontends.html', with relevant links.)
! 
!    * A news item on `index.html', and possibly an announcement on the
       <gcc-announce@gcc.gnu.org> mailing list.
+ 
     * The front end's manuals should be mentioned in
!      `maintainer-scripts/update_web_docs_svn' (*note Texinfo Manuals::)
       and the online manuals should be linked to from
!      `onlinedocs/index.html'.
! 
     * Any old releases or CVS repositories of the front end, before its
       inclusion in GCC, should be made available on the GCC FTP site
!      `ftp://gcc.gnu.org/pub/gcc/old-releases/'.
! 
!    * The release and snapshot script `maintainer-scripts/gcc_release'
       should be updated to generate appropriate tarballs for this front
       end.
+ 
     * If this front end includes its own version files that include the
!      current date, `maintainer-scripts/update_version' should be
!      updated accordingly.
  
  * Menu:
  
! * Front End Directory::  The front end `LANGUAGE' directory.
! * Front End Config::     The front end `config-lang.in' file.
! * Front End Makefile::   The front end `Make-lang.in' file.
  
  
  File: gccint.info,  Node: Front End Directory,  Next: Front End Config,  Up: Front End
  
! 6.3.8.1 The Front End `LANGUAGE' Directory
  ..........................................
  
! A front end `LANGUAGE' directory contains the source files of that
! front end (but not of any runtime libraries, which should be outside
! the `gcc' directory).  This includes documentation, and possibly some
! subsidiary programs built alongside the front end.  Certain files are
! special and other parts of the compiler depend on their names:
  
! `config-lang.in'
       This file is required in all language subdirectories.  *Note The
!      Front End `config-lang.in' File: Front End Config, for details of
       its contents
! 
! `Make-lang.in'
       This file is required in all language subdirectories.  *Note The
!      Front End `Make-lang.in' File: Front End Makefile, for details of
       its contents.
! 
! `lang.opt'
       This file registers the set of switches that the front end accepts
!      on the command line, and their `--help' text.  *Note Options::.
! 
! `lang-specs.h'
!      This file provides entries for `default_compilers' in `gcc.c'
!      which override the default of giving an error that a compiler for
!      that language is not installed.
! 
! `LANGUAGE-tree.def'
       This file, which need not exist, defines any language-specific tree
       codes.
  
  
  File: gccint.info,  Node: Front End Config,  Next: Front End Makefile,  Prev: Front End Directory,  Up: Front End
  
! 6.3.8.2 The Front End `config-lang.in' File
  ...........................................
  
! Each language subdirectory contains a `config-lang.in' file.  This file
  is a shell script that may define some variables describing the
  language:
  
! `language'
       This definition must be present, and gives the name of the language
!      for some purposes such as arguments to `--enable-languages'.
! 
! `lang_requires'
       If defined, this variable lists (space-separated) language front
       ends other than C that this front end requires to be enabled (with
!      the names given being their `language' settings).  For example, the
       Obj-C++ front end depends on the C++ and ObjC front ends, so sets
!      `lang_requires="objc c++"'.
! 
! `subdir_requires'
       If defined, this variable lists (space-separated) front end
       directories other than C that this front end requires to be
       present.  For example, the Objective-C++ front end uses source
       files from the C++ and Objective-C front ends, so sets
!      `subdir_requires="cp objc"'.
! 
! `target_libs'
       If defined, this variable lists (space-separated) targets in the
!      top level `Makefile' to build the runtime libraries for this
!      language, such as `target-libobjc'.
! 
! `lang_dirs'
       If defined, this variable lists (space-separated) top level
!      directories (parallel to `gcc'), apart from the runtime libraries,
       that should not be configured if this front end is not built.
! 
! `build_by_default'
!      If defined to `no', this language front end is not built unless
!      enabled in a `--enable-languages' argument.  Otherwise, front ends
       are built by default, subject to any special logic in
!      `configure.ac' (as is present to disable the Ada front end if the
       Ada compiler is not already installed).
! 
! `boot_language'
!      If defined to `yes', this front end is built in stage1 of the
       bootstrap.  This is only relevant to front ends written in their
       own languages.
! 
! `compilers'
       If defined, a space-separated list of compiler executables that
       will be run by the driver.  The names here will each end with
!      `\$(exeext)'.
! 
! `outputs'
       If defined, a space-separated list of files that should be
!      generated by `configure' substituting values in them.  This
!      mechanism can be used to create a file `LANGUAGE/Makefile' from
!      `LANGUAGE/Makefile.in', but this is deprecated, building
!      everything from the single `gcc/Makefile' is preferred.
! 
! `gtfiles'
       If defined, a space-separated list of files that should be scanned
!      by `gengtype.c' to generate the garbage collection tables and
       routines for this language.  This excludes the files that are
       common to all front ends.  *Note Type Information::.
  
+ 
  
  File: gccint.info,  Node: Front End Makefile,  Prev: Front End Config,  Up: Front End
  
! 6.3.8.3 The Front End `Make-lang.in' File
  .........................................
  
! Each language subdirectory contains a `Make-lang.in' file.  It contains
! targets `LANG.HOOK' (where `LANG' is the setting of `language' in
! `config-lang.in') for the following values of `HOOK', and any other
  Makefile rules required to build those targets (which may if necessary
! use other Makefiles specified in `outputs' in `config-lang.in',
! although this is deprecated).  It also adds any testsuite targets that
! can use the standard rule in `gcc/Makefile.in' to the variable
! `lang_checks'.
  
! `all.cross'
! `start.encap'
! `rest.encap'
       FIXME: exactly what goes in each of these targets?
! 
! `tags'
!      Build an `etags' `TAGS' file in the language subdirectory in the
       source tree.
! 
! `info'
       Build info documentation for the front end, in the build directory.
!      This target is only called by `make bootstrap' if a suitable
!      version of `makeinfo' is available, so does not need to check for
       this, and should fail if an error occurs.
! 
! `dvi'
       Build DVI documentation for the front end, in the build directory.
!      This should be done using `$(TEXI2DVI)', with appropriate `-I'
       arguments pointing to directories of included files.
! 
! `pdf'
       Build PDF documentation for the front end, in the build directory.
!      This should be done using `$(TEXI2PDF)', with appropriate `-I'
       arguments pointing to directories of included files.
! 
! `html'
       Build HTML documentation for the front end, in the build directory.
! 
! `man'
       Build generated man pages for the front end from Texinfo manuals
       (*note Man Page Generation::), in the build directory.  This target
       is only called if the necessary tools are available, but should
       ignore errors so as not to stop the build if errors occur; man
       pages are optional and the tools involved may be installed in a
       broken way.
! 
! `install-common'
       Install everything that is part of the front end, apart from the
!      compiler executables listed in `compilers' in `config-lang.in'.
! 
! `install-info'
       Install info documentation for the front end, if it is present in
!      the source directory.  This target should have dependencies on
!      info files that should be installed.
! 
! `install-man'
       Install man pages for the front end.  This target should ignore
       errors.
! 
! `install-plugin'
       Install headers needed for plugins.
! 
! `srcextra'
       Copies its dependencies into the source directory.  This generally
!      should be used for generated files such as Bison output files
!      which are not version-controlled, but should be included in any
!      release tarballs.  This target will be executed during a bootstrap
!      if `--enable-generated-files-in-srcdir' was specified as a
!      `configure' option.
! 
! `srcinfo'
! `srcman'
       Copies its dependencies into the source directory.  These targets
       will be executed during a bootstrap if
!      `--enable-generated-files-in-srcdir' was specified as a
!      `configure' option.
! 
! `uninstall'
       Uninstall files installed by installing the compiler.  This is
       currently documented not to be supported, so the hook need not do
       anything.
! 
! `mostlyclean'
! `clean'
! `distclean'
! `maintainer-clean'
!      The language parts of the standard GNU `*clean' targets.  *Note
       Standard Targets for Users: (standards)Standard Targets, for
!      details of the standard targets.  For GCC, `maintainer-clean'
       should delete all generated files in the source directory that are
       not version-controlled, but should not delete anything that is.
  
!  `Make-lang.in' must also define a variable `LANG_OBJS' to a list of
  host object files that are used by that language.
  
  
*************** File: gccint.info,  Node: Back End,  Pre
*** 4051,4118 ****
  
  A back end for a target architecture in GCC has the following parts:
  
!    * A directory 'MACHINE' under 'gcc/config', containing a machine
!      description 'MACHINE.md' file (*note Machine Descriptions: Machine
!      Desc.), header files 'MACHINE.h' and 'MACHINE-protos.h' and a
!      source file 'MACHINE.c' (*note Target Description Macros and
       Functions: Target Macros.), possibly a target Makefile fragment
!      't-MACHINE' (*note The Target Makefile Fragment: Target Fragment.),
!      and maybe some other files.  The names of these files may be
!      changed from the defaults given by explicit specifications in
!      'config.gcc'.
!    * If necessary, a file 'MACHINE-modes.def' in the 'MACHINE'
       directory, containing additional machine modes to represent
       condition codes.  *Note Condition Code::, for further details.
!    * An optional 'MACHINE.opt' file in the 'MACHINE' directory,
       containing a list of target-specific options.  You can also add
!      other option files using the 'extra_options' variable in
!      'config.gcc'.  *Note Options::.
!    * Entries in 'config.gcc' (*note The 'config.gcc' File: System
       Config.) for the systems with this target architecture.
!    * Documentation in 'gcc/doc/invoke.texi' for any command-line options
!      supported by this target (*note Run-time Target Specification:
!      Run-time Target.).  This means both entries in the summary table of
!      options and details of the individual options.
!    * Documentation in 'gcc/doc/extend.texi' for any target-specific
       attributes supported (*note Defining target-specific uses of
!      '__attribute__': Target Attributes.), including where the same
       attribute is already supported on some targets, which are
       enumerated in the manual.
!    * Documentation in 'gcc/doc/extend.texi' for any target-specific
       pragmas supported.
!    * Documentation in 'gcc/doc/extend.texi' of any target-specific
       built-in functions supported.
!    * Documentation in 'gcc/doc/extend.texi' of any target-specific
       format checking styles supported.
!    * Documentation in 'gcc/doc/md.texi' of any target-specific
       constraint letters (*note Constraints for Particular Machines:
       Machine Constraints.).
!    * A note in 'gcc/doc/contrib.texi' under the person or people who
       contributed the target support.
!    * Entries in 'gcc/doc/install.texi' for all target triplets supported
!      with this target architecture, giving details of any special notes
!      about installation for this target, or saying that there are no
!      special notes if there are none.
!    * Possibly other support outside the 'gcc' directory for runtime
!      libraries.  FIXME: reference docs for this.  The 'libstdc++'
       porting manual needs to be installed as info for this to work, or
       to be a chapter of this manual.
  
   If the back end is added to the official GCC source repository, the
  following are also necessary:
  
!    * An entry for the target architecture in 'readings.html' on the GCC
       web site, with any relevant links.
     * Details of the properties of the back end and target architecture
!      in 'backends.html' on the GCC web site.
     * A news item about the contribution of support for that target
!      architecture, in 'index.html' on the GCC web site.
     * Normally, one or more maintainers of that target listed in
!      'MAINTAINERS'.  Some existing architectures may be unmaintained,
       but it would be unusual to add support for a target that does not
       have a maintainer when support is added.
!    * Target triplets covering all 'config.gcc' stanzas for the target,
!      in the list in 'contrib/config-list.mk'.
  
  
  File: gccint.info,  Node: Testsuites,  Next: Options,  Prev: Source Tree,  Up: Top
--- 4128,4211 ----
  
  A back end for a target architecture in GCC has the following parts:
  
!    * A directory `MACHINE' under `gcc/config', containing a machine
!      description `MACHINE.md' file (*note Machine Descriptions: Machine
!      Desc.), header files `MACHINE.h' and `MACHINE-protos.h' and a
!      source file `MACHINE.c' (*note Target Description Macros and
       Functions: Target Macros.), possibly a target Makefile fragment
!      `t-MACHINE' (*note The Target Makefile Fragment: Target
!      Fragment.), and maybe some other files.  The names of these files
!      may be changed from the defaults given by explicit specifications
!      in `config.gcc'.
! 
!    * If necessary, a file `MACHINE-modes.def' in the `MACHINE'
       directory, containing additional machine modes to represent
       condition codes.  *Note Condition Code::, for further details.
! 
!    * An optional `MACHINE.opt' file in the `MACHINE' directory,
       containing a list of target-specific options.  You can also add
!      other option files using the `extra_options' variable in
!      `config.gcc'.  *Note Options::.
! 
!    * Entries in `config.gcc' (*note The `config.gcc' File: System
       Config.) for the systems with this target architecture.
! 
!    * Documentation in `gcc/doc/invoke.texi' for any command-line
!      options supported by this target (*note Run-time Target
!      Specification: Run-time Target.).  This means both entries in the
!      summary table of options and details of the individual options.
! 
!    * Documentation in `gcc/doc/extend.texi' for any target-specific
       attributes supported (*note Defining target-specific uses of
!      `__attribute__': Target Attributes.), including where the same
       attribute is already supported on some targets, which are
       enumerated in the manual.
! 
!    * Documentation in `gcc/doc/extend.texi' for any target-specific
       pragmas supported.
! 
!    * Documentation in `gcc/doc/extend.texi' of any target-specific
       built-in functions supported.
! 
!    * Documentation in `gcc/doc/extend.texi' of any target-specific
       format checking styles supported.
! 
!    * Documentation in `gcc/doc/md.texi' of any target-specific
       constraint letters (*note Constraints for Particular Machines:
       Machine Constraints.).
! 
!    * A note in `gcc/doc/contrib.texi' under the person or people who
       contributed the target support.
! 
!    * Entries in `gcc/doc/install.texi' for all target triplets
!      supported with this target architecture, giving details of any
!      special notes about installation for this target, or saying that
!      there are no special notes if there are none.
! 
!    * Possibly other support outside the `gcc' directory for runtime
!      libraries.  FIXME: reference docs for this.  The `libstdc++'
       porting manual needs to be installed as info for this to work, or
       to be a chapter of this manual.
  
   If the back end is added to the official GCC source repository, the
  following are also necessary:
  
!    * An entry for the target architecture in `readings.html' on the GCC
       web site, with any relevant links.
+ 
     * Details of the properties of the back end and target architecture
!      in `backends.html' on the GCC web site.
! 
     * A news item about the contribution of support for that target
!      architecture, in `index.html' on the GCC web site.
! 
     * Normally, one or more maintainers of that target listed in
!      `MAINTAINERS'.  Some existing architectures may be unmaintained,
       but it would be unusual to add support for a target that does not
       have a maintainer when support is added.
! 
!    * Target triplets covering all `config.gcc' stanzas for the target,
!      in the list in `contrib/config-list.mk'.
  
  
  File: gccint.info,  Node: Testsuites,  Next: Options,  Prev: Source Tree,  Up: Top
*************** File: gccint.info,  Node: Testsuites,  N
*** 4120,4129 ****
  7 Testsuites
  ************
  
! GCC contains several testsuites to help maintain compiler quality.  Most
! of the runtime libraries and language front ends in GCC have testsuites.
! Currently only the C language testsuites are documented here; FIXME:
! document the others.
  
  * Menu:
  
--- 4213,4222 ----
  7 Testsuites
  ************
  
! GCC contains several testsuites to help maintain compiler quality.
! Most of the runtime libraries and language front ends in GCC have
! testsuites.  Currently only the C language testsuites are documented
! here; FIXME: document the others.
  
  * Menu:
  
*************** File: gccint.info,  Node: Test Idioms,
*** 4145,4186 ****
  7.1 Idioms Used in Testsuite Code
  =================================
  
! In general, C testcases have a trailing '-N.c', starting with '-1.c', in
! case other testcases with similar names are added later.  If the test is
! a test of some well-defined feature, it should have a name referring to
! that feature such as 'FEATURE-1.c'.  If it does not test a well-defined
! feature but just happens to exercise a bug somewhere in the compiler,
! and a bug report has been filed for this bug in the GCC bug database,
! 'prBUG-NUMBER-1.c' is the appropriate form of name.  Otherwise (for
! miscellaneous bugs not filed in the GCC bug database), and previously
! more generally, test cases are named after the date on which they were
! added.  This allows people to tell at a glance whether a test failure is
! because of a recently found bug that has not yet been fixed, or whether
! it may be a regression, but does not give any other information about
! the bug or where discussion of it may be found.  Some other language
! testsuites follow similar conventions.
  
!  In the 'gcc.dg' testsuite, it is often necessary to test that an error
  is indeed a hard error and not just a warning--for example, where it is
  a constraint violation in the C standard, which must become an error
! with '-pedantic-errors'.  The following idiom, where the first line
! shown is line LINE of the file and the line that generates the error, is
! used for this:
  
       /* { dg-bogus "warning" "warning in place of error" } */
       /* { dg-error "REGEXP" "MESSAGE" { target *-*-* } LINE } */
  
   It may be necessary to check that an expression is an integer constant
! expression and has a certain value.  To check that 'E' has value 'V', an
! idiom similar to the following is used:
  
       char x[((E) == (V) ? 1 : -1)];
  
!  In 'gcc.dg' tests, '__typeof__' is sometimes used to make assertions
  about the types of expressions.  See, for example,
! 'gcc.dg/c99-condexpr-1.c'.  The more subtle uses depend on the exact
  rules for the types of conditional expressions in the C standard; see,
! for example, 'gcc.dg/c99-intconst-1.c'.
  
   It is useful to be able to test that optimizations are being made
  properly.  This cannot be done in all cases, but it can be done where
--- 4238,4279 ----
  7.1 Idioms Used in Testsuite Code
  =================================
  
! In general, C testcases have a trailing `-N.c', starting with `-1.c',
! in case other testcases with similar names are added later.  If the
! test is a test of some well-defined feature, it should have a name
! referring to that feature such as `FEATURE-1.c'.  If it does not test a
! well-defined feature but just happens to exercise a bug somewhere in
! the compiler, and a bug report has been filed for this bug in the GCC
! bug database, `prBUG-NUMBER-1.c' is the appropriate form of name.
! Otherwise (for miscellaneous bugs not filed in the GCC bug database),
! and previously more generally, test cases are named after the date on
! which they were added.  This allows people to tell at a glance whether
! a test failure is because of a recently found bug that has not yet been
! fixed, or whether it may be a regression, but does not give any other
! information about the bug or where discussion of it may be found.  Some
! other language testsuites follow similar conventions.
  
!  In the `gcc.dg' testsuite, it is often necessary to test that an error
  is indeed a hard error and not just a warning--for example, where it is
  a constraint violation in the C standard, which must become an error
! with `-pedantic-errors'.  The following idiom, where the first line
! shown is line LINE of the file and the line that generates the error,
! is used for this:
  
       /* { dg-bogus "warning" "warning in place of error" } */
       /* { dg-error "REGEXP" "MESSAGE" { target *-*-* } LINE } */
  
   It may be necessary to check that an expression is an integer constant
! expression and has a certain value.  To check that `E' has value `V',
! an idiom similar to the following is used:
  
       char x[((E) == (V) ? 1 : -1)];
  
!  In `gcc.dg' tests, `__typeof__' is sometimes used to make assertions
  about the types of expressions.  See, for example,
! `gcc.dg/c99-condexpr-1.c'.  The more subtle uses depend on the exact
  rules for the types of conditional expressions in the C standard; see,
! for example, `gcc.dg/c99-intconst-1.c'.
  
   It is useful to be able to test that optimizations are being made
  properly.  This cannot be done in all cases, but it can be done where
*************** the optimization will lead to code being
*** 4188,4195 ****
  where flow analysis or alias analysis should show that certain code
  cannot be called) or to functions not being called because they have
  been expanded as built-in functions.  Such tests go in
! 'gcc.c-torture/execute'.  Where code should be optimized away, a call to
! a nonexistent function such as 'link_failure ()' may be inserted; a
  definition
  
       #ifndef __OPTIMIZE__
--- 4281,4288 ----
  where flow analysis or alias analysis should show that certain code
  cannot be called) or to functions not being called because they have
  been expanded as built-in functions.  Such tests go in
! `gcc.c-torture/execute'.  Where code should be optimized away, a call
! to a nonexistent function such as `link_failure ()' may be inserted; a
  definition
  
       #ifndef __OPTIMIZE__
*************** definition
*** 4201,4211 ****
       #endif
  
  will also be needed so that linking still succeeds when the test is run
! without optimization.  When all calls to a built-in function should have
! been optimized and no calls to the non-built-in version of the function
! should remain, that function may be defined as 'static' to call 'abort
! ()' (although redeclaring a function as static may not work on all
! targets).
  
   All testcases must be portable.  Target-specific testcases must have
  appropriate code to avoid causing failures on unsupported systems;
--- 4294,4304 ----
       #endif
  
  will also be needed so that linking still succeeds when the test is run
! without optimization.  When all calls to a built-in function should
! have been optimized and no calls to the non-built-in version of the
! function should remain, that function may be defined as `static' to
! call `abort ()' (although redeclaring a function as static may not work
! on all targets).
  
   All testcases must be portable.  Target-specific testcases must have
  appropriate code to avoid causing failures on unsupported systems;
*************** File: gccint.info,  Node: Test Directive
*** 4224,4232 ****
  * Directives::  Syntax and descriptions of test directives.
  * Selectors:: Selecting targets to which a test applies.
  * Effective-Target Keywords:: Keywords describing target attributes.
! * Add Options:: Features for 'dg-add-options'
! * Require Support:: Variants of 'dg-require-SUPPORT'
! * Final Actions:: Commands for use in 'dg-final'
  
  
  File: gccint.info,  Node: Directives,  Next: Selectors,  Up: Test Directives
--- 4317,4325 ----
  * Directives::  Syntax and descriptions of test directives.
  * Selectors:: Selecting targets to which a test applies.
  * Effective-Target Keywords:: Keywords describing target attributes.
! * Add Options:: Features for `dg-add-options'
! * Require Support:: Variants of `dg-require-SUPPORT'
! * Final Actions:: Commands for use in `dg-final'
  
  
  File: gccint.info,  Node: Directives,  Next: Selectors,  Up: Test Directives
*************** File: gccint.info,  Node: Directives,  N
*** 4235,4241 ****
  ------------------------------------------------
  
  Test directives appear within comments in a test source file and begin
! with 'dg-'.  Some of these are defined within DejaGnu and others are
  local to the GCC testsuite.
  
   The order in which test directives appear in a test can be important:
--- 4328,4334 ----
  ------------------------------------------------
  
  Test directives appear within comments in a test source file and begin
! with `dg-'.  Some of these are defined within DejaGnu and others are
  local to the GCC testsuite.
  
   The order in which test directives appear in a test can be important:
*************** directives local to GCC sometimes overri
*** 4243,4298 ****
  DejaGnu directives, which know nothing about the GCC directives, so the
  DejaGnu directives must precede GCC directives.
  
!  Several test directives include selectors (*note Selectors::) which are
! usually preceded by the keyword 'target' or 'xfail'.
  
  7.2.1.1 Specify how to build the test
  .....................................
  
! '{ dg-do DO-WHAT-KEYWORD [{ target/xfail SELECTOR }] }'
       DO-WHAT-KEYWORD specifies how the test is compiled and whether it
       is executed.  It is one of:
  
!      'preprocess'
!           Compile with '-E' to run only the preprocessor.
!      'compile'
!           Compile with '-S' to produce an assembly code file.
!      'assemble'
!           Compile with '-c' to produce a relocatable object file.
!      'link'
            Compile, assemble, and link to produce an executable file.
!      'run'
            Produce and run an executable file, which is expected to
            return an exit code of 0.
  
!      The default is 'compile'.  That can be overridden for a set of
!      tests by redefining 'dg-do-what-default' within the '.exp' file for
!      those tests.
  
!      If the directive includes the optional '{ target SELECTOR }' then
       the test is skipped unless the target system matches the SELECTOR.
  
!      If DO-WHAT-KEYWORD is 'run' and the directive includes the optional
!      '{ xfail SELECTOR }' and the selector is met then the test is
!      expected to fail.  The 'xfail' clause is ignored for other values
!      of DO-WHAT-KEYWORD; those tests can use directive 'dg-xfail-if'.
  
  7.2.1.2 Specify additional compiler options
  ...........................................
  
! '{ dg-options OPTIONS [{ target SELECTOR }] }'
       This DejaGnu directive provides a list of compiler options, to be
       used if the target system matches SELECTOR, that replace the
       default options used for this set of tests.
  
! '{ dg-add-options FEATURE ... }'
       Add any compiler options that are needed to access certain
       features.  This directive does nothing on targets that enable the
       features by default, or that don't provide them at all.  It must
!      come after all 'dg-options' directives.  For supported values of
       FEATURE see *note Add Options::.
  
! '{ dg-additional-options OPTIONS [{ target SELECTOR }] }'
       This directive provides a list of compiler options, to be used if
       the target system matches SELECTOR, that are added to the default
       options used for this set of tests.
--- 4336,4396 ----
  DejaGnu directives, which know nothing about the GCC directives, so the
  DejaGnu directives must precede GCC directives.
  
!  Several test directives include selectors (*note Selectors::) which
! are usually preceded by the keyword `target' or `xfail'.
  
  7.2.1.1 Specify how to build the test
  .....................................
  
! `{ dg-do DO-WHAT-KEYWORD [{ target/xfail SELECTOR }] }'
       DO-WHAT-KEYWORD specifies how the test is compiled and whether it
       is executed.  It is one of:
  
!     `preprocess'
!           Compile with `-E' to run only the preprocessor.
! 
!     `compile'
!           Compile with `-S' to produce an assembly code file.
! 
!     `assemble'
!           Compile with `-c' to produce a relocatable object file.
! 
!     `link'
            Compile, assemble, and link to produce an executable file.
! 
!     `run'
            Produce and run an executable file, which is expected to
            return an exit code of 0.
  
!      The default is `compile'.  That can be overridden for a set of
!      tests by redefining `dg-do-what-default' within the `.exp' file
!      for those tests.
  
!      If the directive includes the optional `{ target SELECTOR }' then
       the test is skipped unless the target system matches the SELECTOR.
  
!      If DO-WHAT-KEYWORD is `run' and the directive includes the
!      optional `{ xfail SELECTOR }' and the selector is met then the
!      test is expected to fail.  The `xfail' clause is ignored for other
!      values of DO-WHAT-KEYWORD; those tests can use directive
!      `dg-xfail-if'.
  
  7.2.1.2 Specify additional compiler options
  ...........................................
  
! `{ dg-options OPTIONS [{ target SELECTOR }] }'
       This DejaGnu directive provides a list of compiler options, to be
       used if the target system matches SELECTOR, that replace the
       default options used for this set of tests.
  
! `{ dg-add-options FEATURE ... }'
       Add any compiler options that are needed to access certain
       features.  This directive does nothing on targets that enable the
       features by default, or that don't provide them at all.  It must
!      come after all `dg-options' directives.  For supported values of
       FEATURE see *note Add Options::.
  
! `{ dg-additional-options OPTIONS [{ target SELECTOR }] }'
       This directive provides a list of compiler options, to be used if
       the target system matches SELECTOR, that are added to the default
       options used for this set of tests.
*************** usually preceded by the keyword 'target'
*** 4303,4309 ****
  The normal timeout limit, in seconds, is found by searching the
  following in order:
  
!    * the value defined by an earlier 'dg-timeout' directive in the test
  
     * variable TOOL_TIMEOUT defined by the set of tests
  
--- 4401,4407 ----
  The normal timeout limit, in seconds, is found by searching the
  following in order:
  
!    * the value defined by an earlier `dg-timeout' directive in the test
  
     * variable TOOL_TIMEOUT defined by the set of tests
  
*************** following in order:
*** 4311,4328 ****
  
     * 300
  
! '{ dg-timeout N [{target SELECTOR }] }'
!      Set the time limit for the compilation and for the execution of the
!      test to the specified number of seconds.
  
! '{ dg-timeout-factor X [{ target SELECTOR }] }'
!      Multiply the normal time limit for compilation and execution of the
!      test by the specified floating-point factor.
  
  7.2.1.4 Skip a test for some targets
  ....................................
  
! '{ dg-skip-if COMMENT { SELECTOR } [{ INCLUDE-OPTS } [{ EXCLUDE-OPTS }]] }'
       Arguments INCLUDE-OPTS and EXCLUDE-OPTS are lists in which each
       element is a string of zero or more GCC options.  Skip the test if
       all of the following conditions are met:
--- 4409,4426 ----
  
     * 300
  
! `{ dg-timeout N [{target SELECTOR }] }'
!      Set the time limit for the compilation and for the execution of
!      the test to the specified number of seconds.
  
! `{ dg-timeout-factor X [{ target SELECTOR }] }'
!      Multiply the normal time limit for compilation and execution of
!      the test by the specified floating-point factor.
  
  7.2.1.4 Skip a test for some targets
  ....................................
  
! `{ dg-skip-if COMMENT { SELECTOR } [{ INCLUDE-OPTS } [{ EXCLUDE-OPTS }]] }'
       Arguments INCLUDE-OPTS and EXCLUDE-OPTS are lists in which each
       element is a string of zero or more GCC options.  Skip the test if
       all of the following conditions are met:
*************** following in order:
*** 4330,4379 ****
  
          * for at least one of the option strings in INCLUDE-OPTS, every
            option from that string is in the set of options with which
!           the test would be compiled; use '"*"' for an INCLUDE-OPTS list
            that matches any options; that is the default if INCLUDE-OPTS
            is not specified
  
          * for each of the option strings in EXCLUDE-OPTS, at least one
            option from that string is not in the set of options with
!           which the test would be compiled; use '""' for an empty
            EXCLUDE-OPTS list; that is the default if EXCLUDE-OPTS is not
            specified
  
!      For example, to skip a test if option '-Os' is present:
  
            /* { dg-skip-if "" { *-*-* }  { "-Os" } { "" } } */
  
!      To skip a test if both options '-O2' and '-g' are present:
  
            /* { dg-skip-if "" { *-*-* }  { "-O2 -g" } { "" } } */
  
!      To skip a test if either '-O2' or '-O3' is present:
  
            /* { dg-skip-if "" { *-*-* }  { "-O2" "-O3" } { "" } } */
  
!      To skip a test unless option '-Os' is present:
  
            /* { dg-skip-if "" { *-*-* }  { "*" } { "-Os" } } */
  
!      To skip a test if either '-O2' or '-O3' is used with '-g' but not
!      if '-fpic' is also present:
  
            /* { dg-skip-if "" { *-*-* }  { "-O2 -g" "-O3 -g" } { "-fpic" } } */
  
! '{ dg-require-effective-target KEYWORD [{ SELECTOR }] }'
       Skip the test if the test target, including current multilib flags,
       is not covered by the effective-target keyword.  If the directive
!      includes the optional '{ SELECTOR }' then the effective-target test
!      is only performed if the target system matches the SELECTOR.  This
!      directive must appear after any 'dg-do' directive in the test and
!      before any 'dg-additional-sources' directive.  *Note
       Effective-Target Keywords::.
  
! '{ dg-require-SUPPORT args }'
       Skip the test if the target does not provide the required support.
!      These directives must appear after any 'dg-do' directive in the
!      test and before any 'dg-additional-sources' directive.  They
       require at least one argument, which can be an empty string if the
       specific procedure does not examine the argument.  *Note Require
       Support::, for a complete list of these directives.
--- 4428,4477 ----
  
          * for at least one of the option strings in INCLUDE-OPTS, every
            option from that string is in the set of options with which
!           the test would be compiled; use `"*"' for an INCLUDE-OPTS list
            that matches any options; that is the default if INCLUDE-OPTS
            is not specified
  
          * for each of the option strings in EXCLUDE-OPTS, at least one
            option from that string is not in the set of options with
!           which the test would be compiled; use `""' for an empty
            EXCLUDE-OPTS list; that is the default if EXCLUDE-OPTS is not
            specified
  
!      For example, to skip a test if option `-Os' is present:
  
            /* { dg-skip-if "" { *-*-* }  { "-Os" } { "" } } */
  
!      To skip a test if both options `-O2' and `-g' are present:
  
            /* { dg-skip-if "" { *-*-* }  { "-O2 -g" } { "" } } */
  
!      To skip a test if either `-O2' or `-O3' is present:
  
            /* { dg-skip-if "" { *-*-* }  { "-O2" "-O3" } { "" } } */
  
!      To skip a test unless option `-Os' is present:
  
            /* { dg-skip-if "" { *-*-* }  { "*" } { "-Os" } } */
  
!      To skip a test if either `-O2' or `-O3' is used with `-g' but not
!      if `-fpic' is also present:
  
            /* { dg-skip-if "" { *-*-* }  { "-O2 -g" "-O3 -g" } { "-fpic" } } */
  
! `{ dg-require-effective-target KEYWORD [{ SELECTOR }] }'
       Skip the test if the test target, including current multilib flags,
       is not covered by the effective-target keyword.  If the directive
!      includes the optional `{ SELECTOR }' then the effective-target
!      test is only performed if the target system matches the SELECTOR.
!      This directive must appear after any `dg-do' directive in the test
!      and before any `dg-additional-sources' directive.  *Note
       Effective-Target Keywords::.
  
! `{ dg-require-SUPPORT args }'
       Skip the test if the target does not provide the required support.
!      These directives must appear after any `dg-do' directive in the
!      test and before any `dg-additional-sources' directive.  They
       require at least one argument, which can be an empty string if the
       specific procedure does not examine the argument.  *Note Require
       Support::, for a complete list of these directives.
*************** following in order:
*** 4381,4469 ****
  7.2.1.5 Expect a test to fail for some targets
  ..............................................
  
! '{ dg-xfail-if COMMENT { SELECTOR } [{ INCLUDE-OPTS } [{ EXCLUDE-OPTS }]] }'
       Expect the test to fail if the conditions (which are the same as
!      for 'dg-skip-if') are met.  This does not affect the execute step.
  
! '{ dg-xfail-run-if COMMENT { SELECTOR } [{ INCLUDE-OPTS } [{ EXCLUDE-OPTS }]] }'
       Expect the execute step of a test to fail if the conditions (which
!      are the same as for 'dg-skip-if') are met.
  
  7.2.1.6 Expect the test executable to fail
  ..........................................
  
! '{ dg-shouldfail COMMENT [{ SELECTOR } [{ INCLUDE-OPTS } [{ EXCLUDE-OPTS }]]] }'
       Expect the test executable to return a nonzero exit status if the
!      conditions (which are the same as for 'dg-skip-if') are met.
  
  7.2.1.7 Verify compiler messages
  ................................
  
! '{ dg-error REGEXP [COMMENT [{ target/xfail SELECTOR } [LINE] ]] }'
!      This DejaGnu directive appears on a source line that is expected to
!      get an error message, or else specifies the source line associated
!      with the message.  If there is no message for that line or if the
!      text of that message is not matched by REGEXP then the check fails
!      and COMMENT is included in the 'FAIL' message.  The check does not
!      look for the string 'error' unless it is part of REGEXP.
  
! '{ dg-warning REGEXP [COMMENT [{ target/xfail SELECTOR } [LINE] ]] }'
!      This DejaGnu directive appears on a source line that is expected to
!      get a warning message, or else specifies the source line associated
!      with the message.  If there is no message for that line or if the
!      text of that message is not matched by REGEXP then the check fails
!      and COMMENT is included in the 'FAIL' message.  The check does not
!      look for the string 'warning' unless it is part of REGEXP.
  
! '{ dg-message REGEXP [COMMENT [{ target/xfail SELECTOR } [LINE] ]] }'
       The line is expected to get a message other than an error or
       warning.  If there is no message for that line or if the text of
       that message is not matched by REGEXP then the check fails and
!      COMMENT is included in the 'FAIL' message.
  
! '{ dg-bogus REGEXP [COMMENT [{ target/xfail SELECTOR } [LINE] ]] }'
!      This DejaGnu directive appears on a source line that should not get
!      a message matching REGEXP, or else specifies the source line
!      associated with the bogus message.  It is usually used with 'xfail'
       to indicate that the message is a known problem for a particular
       set of targets.
  
! '{ dg-excess-errors COMMENT [{ target/xfail SELECTOR }] }'
       This DejaGnu directive indicates that the test is expected to fail
!      due to compiler messages that are not handled by 'dg-error',
!      'dg-warning' or 'dg-bogus'.  For this directive 'xfail' has the
!      same effect as 'target'.
  
! '{ dg-prune-output REGEXP }'
       Prune messages matching REGEXP from the test output.
  
  7.2.1.8 Verify output of the test executable
  ............................................
  
! '{ dg-output REGEXP [{ target/xfail SELECTOR }] }'
       This DejaGnu directive compares REGEXP to the combined output that
!      the test executable writes to 'stdout' and 'stderr'.
  
  7.2.1.9 Specify additional files for a test
  ...........................................
  
! '{ dg-additional-files "FILELIST" }'
       Specify additional files, other than source files, that must be
       copied to the system where the compiler runs.
  
! '{ dg-additional-sources "FILELIST" }'
       Specify additional source files to appear in the compile line
       following the main test file.
  
  7.2.1.10 Add checks at the end of a test
  ........................................
  
! '{ dg-final { LOCAL-DIRECTIVE } }'
       This DejaGnu directive is placed within a comment anywhere in the
       source file and is processed after the test has been compiled and
!      run.  Multiple 'dg-final' commands are processed in the order in
!      which they appear in the source file.  *Note Final Actions::, for a
!      list of directives that can be used within 'dg-final'.
  
  
  File: gccint.info,  Node: Selectors,  Next: Effective-Target Keywords,  Prev: Directives,  Up: Test Directives
--- 4479,4569 ----
  7.2.1.5 Expect a test to fail for some targets
  ..............................................
  
! `{ dg-xfail-if COMMENT { SELECTOR } [{ INCLUDE-OPTS } [{ EXCLUDE-OPTS }]] }'
       Expect the test to fail if the conditions (which are the same as
!      for `dg-skip-if') are met.  This does not affect the execute step.
  
! `{ dg-xfail-run-if COMMENT { SELECTOR } [{ INCLUDE-OPTS } [{ EXCLUDE-OPTS }]] }'
       Expect the execute step of a test to fail if the conditions (which
!      are the same as for `dg-skip-if') are met.
  
  7.2.1.6 Expect the test executable to fail
  ..........................................
  
! `{ dg-shouldfail COMMENT [{ SELECTOR } [{ INCLUDE-OPTS } [{ EXCLUDE-OPTS }]]] }'
       Expect the test executable to return a nonzero exit status if the
!      conditions (which are the same as for `dg-skip-if') are met.
  
  7.2.1.7 Verify compiler messages
  ................................
  
! `{ dg-error REGEXP [COMMENT [{ target/xfail SELECTOR } [LINE] ]] }'
!      This DejaGnu directive appears on a source line that is expected
!      to get an error message, or else specifies the source line
!      associated with the message.  If there is no message for that line
!      or if the text of that message is not matched by REGEXP then the
!      check fails and COMMENT is included in the `FAIL' message.  The
!      check does not look for the string `error' unless it is part of
!      REGEXP.
  
! `{ dg-warning REGEXP [COMMENT [{ target/xfail SELECTOR } [LINE] ]] }'
!      This DejaGnu directive appears on a source line that is expected
!      to get a warning message, or else specifies the source line
!      associated with the message.  If there is no message for that line
!      or if the text of that message is not matched by REGEXP then the
!      check fails and COMMENT is included in the `FAIL' message.  The
!      check does not look for the string `warning' unless it is part of
!      REGEXP.
  
! `{ dg-message REGEXP [COMMENT [{ target/xfail SELECTOR } [LINE] ]] }'
       The line is expected to get a message other than an error or
       warning.  If there is no message for that line or if the text of
       that message is not matched by REGEXP then the check fails and
!      COMMENT is included in the `FAIL' message.
  
! `{ dg-bogus REGEXP [COMMENT [{ target/xfail SELECTOR } [LINE] ]] }'
!      This DejaGnu directive appears on a source line that should not
!      get a message matching REGEXP, or else specifies the source line
!      associated with the bogus message.  It is usually used with `xfail'
       to indicate that the message is a known problem for a particular
       set of targets.
  
! `{ dg-excess-errors COMMENT [{ target/xfail SELECTOR }] }'
       This DejaGnu directive indicates that the test is expected to fail
!      due to compiler messages that are not handled by `dg-error',
!      `dg-warning' or `dg-bogus'.  For this directive `xfail' has the
!      same effect as `target'.
  
! `{ dg-prune-output REGEXP }'
       Prune messages matching REGEXP from the test output.
  
  7.2.1.8 Verify output of the test executable
  ............................................
  
! `{ dg-output REGEXP [{ target/xfail SELECTOR }] }'
       This DejaGnu directive compares REGEXP to the combined output that
!      the test executable writes to `stdout' and `stderr'.
  
  7.2.1.9 Specify additional files for a test
  ...........................................
  
! `{ dg-additional-files "FILELIST" }'
       Specify additional files, other than source files, that must be
       copied to the system where the compiler runs.
  
! `{ dg-additional-sources "FILELIST" }'
       Specify additional source files to appear in the compile line
       following the main test file.
  
  7.2.1.10 Add checks at the end of a test
  ........................................
  
! `{ dg-final { LOCAL-DIRECTIVE } }'
       This DejaGnu directive is placed within a comment anywhere in the
       source file and is processed after the test has been compiled and
!      run.  Multiple `dg-final' commands are processed in the order in
!      which they appear in the source file.  *Note Final Actions::, for
!      a list of directives that can be used within `dg-final'.
  
  
  File: gccint.info,  Node: Selectors,  Next: Effective-Target Keywords,  Prev: Directives,  Up: Test Directives
*************** File: gccint.info,  Node: Selectors,  Ne
*** 4471,4495 ****
  7.2.2 Selecting targets to which a test applies
  -----------------------------------------------
  
! Several test directives include SELECTORs to limit the targets for which
! a test is run or to declare that a test is expected to fail on
  particular targets.
  
   A selector is:
     * one or more target triplets, possibly including wildcard
!      characters; use '*-*-*' to match any target
     * a single effective-target keyword (*note Effective-Target
       Keywords::)
     * a logical expression
  
   Depending on the context, the selector specifies whether a test is
  skipped and reported as unsupported or is expected to fail.  A context
! that allows either 'target' or 'xfail' also allows '{ target SELECTOR1
  xfail SELECTOR2 }' to skip the test for targets that don't match
  SELECTOR1 and the test to fail for targets that match SELECTOR2.
  
   A selector expression appears within curly braces and uses a single
! logical operator: one of '!', '&&', or '||'.  An operand is another
  selector expression, an effective-target keyword, a single target
  triplet, or a list of target triplets within quotes or curly braces.
  For example:
--- 4571,4597 ----
  7.2.2 Selecting targets to which a test applies
  -----------------------------------------------
  
! Several test directives include SELECTORs to limit the targets for
! which a test is run or to declare that a test is expected to fail on
  particular targets.
  
   A selector is:
     * one or more target triplets, possibly including wildcard
!      characters; use `*-*-*' to match any target
! 
     * a single effective-target keyword (*note Effective-Target
       Keywords::)
+ 
     * a logical expression
  
   Depending on the context, the selector specifies whether a test is
  skipped and reported as unsupported or is expected to fail.  A context
! that allows either `target' or `xfail' also allows `{ target SELECTOR1
  xfail SELECTOR2 }' to skip the test for targets that don't match
  SELECTOR1 and the test to fail for targets that match SELECTOR2.
  
   A selector expression appears within curly braces and uses a single
! logical operator: one of `!', `&&', or `||'.  An operand is another
  selector expression, an effective-target keyword, a single target
  triplet, or a list of target triplets within quotes or curly braces.
  For example:
*************** particular functionality.  They are used
*** 4509,5427 ****
  for particular targets, or to specify that particular sets of targets
  are expected to fail some tests.
  
!  Effective-target keywords are defined in 'lib/target-supports.exp' in
  the GCC testsuite, with the exception of those that are documented as
  being local to a particular test directory.
  
!  The 'effective target' takes into account all of the compiler options
  with which the test will be compiled, including the multilib options.
! By convention, keywords ending in '_nocache' can also include options
! specified for the particular test in an earlier 'dg-options' or
! 'dg-add-options' directive.
  
  7.2.3.1 Data type sizes
  .......................
  
! 'ilp32'
!      Target has 32-bit 'int', 'long', and pointers.
  
! 'lp64'
!      Target has 32-bit 'int', 64-bit 'long' and pointers.
  
! 'llp64'
!      Target has 32-bit 'int' and 'long', 64-bit 'long long' and
       pointers.
  
! 'double64'
!      Target has 64-bit 'double'.
  
! 'double64plus'
!      Target has 'double' that is 64 bits or longer.
  
! 'longdouble128'
!      Target has 128-bit 'long double'.
  
! 'int32plus'
!      Target has 'int' that is at 32 bits or longer.
  
! 'int16'
!      Target has 'int' that is 16 bits or shorter.
  
! 'long_neq_int'
!      Target has 'int' and 'long' with different sizes.
  
! 'large_double'
!      Target supports 'double' that is longer than 'float'.
  
! 'large_long_double'
!      Target supports 'long double' that is longer than 'double'.
  
! 'ptr32plus'
       Target has pointers that are 32 bits or longer.
  
! 'size32plus'
       Target supports array and structure sizes that are 32 bits or
       longer.
  
! '4byte_wchar_t'
!      Target has 'wchar_t' that is at least 4 bytes.
  
! 'floatN'
!      Target has the '_FloatN' type.
  
! 'floatNx'
!      Target has the '_FloatNx' type.
  
! 'floatN_runtime'
!      Target has the '_FloatN' type, including runtime support for any
!      options added with 'dg-add-options'.
  
! 'floatNx_runtime'
!      Target has the '_FloatNx' type, including runtime support for any
!      options added with 'dg-add-options'.
  
! 'floatn_nx_runtime'
       Target has runtime support for any options added with
!      'dg-add-options' for any '_FloatN' or '_FloatNx' type.
  
  7.2.3.2 Fortran-specific attributes
  ...................................
  
! 'fortran_integer_16'
!      Target supports Fortran 'integer' that is 16 bytes or longer.
  
! 'fortran_large_int'
!      Target supports Fortran 'integer' kinds larger than 'integer(8)'.
  
! 'fortran_large_real'
!      Target supports Fortran 'real' kinds larger than 'real(8)'.
  
  7.2.3.3 Vector-specific attributes
  ..................................
  
! 'vect_condition'
       Target supports vector conditional operations.
  
! 'vect_cond_mixed'
       Target supports vector conditional operations where comparison
       operands have different type from the value operands.
  
! 'vect_double'
!      Target supports hardware vectors of 'double'.
  
! 'vect_float'
!      Target supports hardware vectors of 'float'.
  
! 'vect_int'
!      Target supports hardware vectors of 'int'.
  
! 'vect_long'
!      Target supports hardware vectors of 'long'.
  
! 'vect_long_long'
!      Target supports hardware vectors of 'long long'.
  
! 'vect_aligned_arrays'
       Target aligns arrays to vector alignment boundary.
  
! 'vect_hw_misalign'
       Target supports a vector misalign access.
  
! 'vect_no_align'
       Target does not support a vector alignment mechanism.
  
! 'vect_no_int_min_max'
!      Target does not support a vector min and max instruction on 'int'.
  
! 'vect_no_int_add'
!      Target does not support a vector add instruction on 'int'.
  
! 'vect_no_bitwise'
       Target does not support vector bitwise instructions.
  
! 'vect_char_mult'
!      Target supports 'vector char' multiplication.
  
! 'vect_short_mult'
!      Target supports 'vector short' multiplication.
  
! 'vect_int_mult'
!      Target supports 'vector int' multiplication.
  
! 'vect_extract_even_odd'
       Target supports vector even/odd element extraction.
  
! 'vect_extract_even_odd_wide'
       Target supports vector even/odd element extraction of vectors with
!      elements 'SImode' or larger.
  
! 'vect_interleave'
       Target supports vector interleaving.
  
! 'vect_strided'
       Target supports vector interleaving and extract even/odd.
  
! 'vect_strided_wide'
       Target supports vector interleaving and extract even/odd for wide
       element types.
  
! 'vect_perm'
       Target supports vector permutation.
  
! 'vect_shift'
       Target supports a hardware vector shift operation.
  
! 'vect_widen_sum_hi_to_si'
!      Target supports a vector widening summation of 'short' operands
!      into 'int' results, or can promote (unpack) from 'short' to 'int'.
  
! 'vect_widen_sum_qi_to_hi'
!      Target supports a vector widening summation of 'char' operands into
!      'short' results, or can promote (unpack) from 'char' to 'short'.
  
! 'vect_widen_sum_qi_to_si'
!      Target supports a vector widening summation of 'char' operands into
!      'int' results.
  
! 'vect_widen_mult_qi_to_hi'
!      Target supports a vector widening multiplication of 'char' operands
!      into 'short' results, or can promote (unpack) from 'char' to
!      'short' and perform non-widening multiplication of 'short'.
  
! 'vect_widen_mult_hi_to_si'
!      Target supports a vector widening multiplication of 'short'
!      operands into 'int' results, or can promote (unpack) from 'short'
!      to 'int' and perform non-widening multiplication of 'int'.
  
! 'vect_widen_mult_si_to_di_pattern'
!      Target supports a vector widening multiplication of 'int' operands
!      into 'long' results.
  
! 'vect_sdot_qi'
!      Target supports a vector dot-product of 'signed char'.
  
! 'vect_udot_qi'
!      Target supports a vector dot-product of 'unsigned char'.
  
! 'vect_sdot_hi'
!      Target supports a vector dot-product of 'signed short'.
  
! 'vect_udot_hi'
!      Target supports a vector dot-product of 'unsigned short'.
  
! 'vect_pack_trunc'
!      Target supports a vector demotion (packing) of 'short' to 'char'
!      and from 'int' to 'short' using modulo arithmetic.
  
! 'vect_unpack'
!      Target supports a vector promotion (unpacking) of 'char' to 'short'
!      and from 'char' to 'int'.
  
! 'vect_intfloat_cvt'
!      Target supports conversion from 'signed int' to 'float'.
  
! 'vect_uintfloat_cvt'
!      Target supports conversion from 'unsigned int' to 'float'.
  
! 'vect_floatint_cvt'
!      Target supports conversion from 'float' to 'signed int'.
  
! 'vect_floatuint_cvt'
!      Target supports conversion from 'float' to 'unsigned int'.
  
! 'vect_max_reduc'
       Target supports max reduction for vectors.
  
  7.2.3.4 Thread Local Storage attributes
  .......................................
  
! 'tls'
       Target supports thread-local storage.
  
! 'tls_native'
       Target supports native (rather than emulated) thread-local storage.
  
! 'tls_runtime'
       Test system supports executing TLS executables.
  
  7.2.3.5 Decimal floating point attributes
  .........................................
  
! 'dfp'
       Targets supports compiling decimal floating point extension to C.
  
! 'dfp_nocache'
       Including the options used to compile this particular test, the
       target supports compiling decimal floating point extension to C.
  
! 'dfprt'
       Test system can execute decimal floating point tests.
  
! 'dfprt_nocache'
       Including the options used to compile this particular test, the
       test system can execute decimal floating point tests.
  
! 'hard_dfp'
       Target generates decimal floating point instructions with current
       options.
  
  7.2.3.6 ARM-specific attributes
  ...............................
  
! 'arm32'
       ARM target generates 32-bit code.
  
! 'arm_eabi'
       ARM target adheres to the ABI for the ARM Architecture.
  
! 'arm_fp_ok'
!      ARM target defines '__ARM_FP' using '-mfloat-abi=softfp' or
       equivalent options.  Some multilibs may be incompatible with these
       options.
  
! 'arm_hf_eabi'
       ARM target adheres to the VFP and Advanced SIMD Register Arguments
       variant of the ABI for the ARM Architecture (as selected with
!      '-mfloat-abi=hard').
  
! 'arm_hard_vfp_ok'
!      ARM target supports '-mfpu=vfp -mfloat-abi=hard'.  Some multilibs
       may be incompatible with these options.
  
! 'arm_iwmmxt_ok'
!      ARM target supports '-mcpu=iwmmxt'.  Some multilibs may be
       incompatible with this option.
  
! 'arm_neon'
       ARM target supports generating NEON instructions.
  
! 'arm_tune_string_ops_prefer_neon'
       Test CPU tune supports inlining string operations with NEON
       instructions.
  
! 'arm_neon_hw'
       Test system supports executing NEON instructions.
  
! 'arm_neonv2_hw'
       Test system supports executing NEON v2 instructions.
  
! 'arm_neon_ok'
!      ARM Target supports '-mfpu=neon -mfloat-abi=softfp' or compatible
       options.  Some multilibs may be incompatible with these options.
  
! 'arm_neonv2_ok'
!      ARM Target supports '-mfpu=neon-vfpv4 -mfloat-abi=softfp' or
       compatible options.  Some multilibs may be incompatible with these
       options.
  
! 'arm_fp16_ok'
       Target supports options to generate VFP half-precision
       floating-point instructions.  Some multilibs may be incompatible
       with these options.  This test is valid for ARM only.
  
! 'arm_fp16_hw'
       Target supports executing VFP half-precision floating-point
       instructions.  This test is valid for ARM only.
  
! 'arm_neon_fp16_ok'
!      ARM Target supports '-mfpu=neon-fp16 -mfloat-abi=softfp' or
!      compatible options, including '-mfp16-format=ieee' if necessary to
!      obtain the '__fp16' type.  Some multilibs may be incompatible with
       these options.
  
! 'arm_neon_fp16_hw'
       Test system supports executing Neon half-precision float
       instructions.  (Implies previous.)
  
! 'arm_fp16_alternative_ok'
       ARM target supports the ARM FP16 alternative format.  Some
       multilibs may be incompatible with the options needed.
  
! 'arm_fp16_none_ok'
       ARM target supports specifying none as the ARM FP16 format.
  
! 'arm_thumb1_ok'
!      ARM target generates Thumb-1 code for '-mthumb'.
! 
! 'arm_thumb2_ok'
!      ARM target generates Thumb-2 code for '-mthumb'.
  
! 'arm_vfp_ok'
!      ARM target supports '-mfpu=vfp -mfloat-abi=softfp'.  Some multilibs
!      may be incompatible with these options.
  
! 'arm_vfp3_ok'
!      ARM target supports '-mfpu=vfp3 -mfloat-abi=softfp'.  Some
       multilibs may be incompatible with these options.
  
! 'arm_v8_vfp_ok'
!      ARM target supports '-mfpu=fp-armv8 -mfloat-abi=softfp'.  Some
       multilibs may be incompatible with these options.
  
! 'arm_v8_neon_ok'
!      ARM target supports '-mfpu=neon-fp-armv8 -mfloat-abi=softfp'.  Some
       multilibs may be incompatible with these options.
  
! 'arm_v8_1a_neon_ok'
       ARM target supports options to generate ARMv8.1 Adv.SIMD
       instructions.  Some multilibs may be incompatible with these
       options.
  
! 'arm_v8_1a_neon_hw'
       ARM target supports executing ARMv8.1 Adv.SIMD instructions.  Some
       multilibs may be incompatible with the options needed.  Implies
       arm_v8_1a_neon_ok.
  
! 'arm_acq_rel'
       ARM target supports acquire-release instructions.
  
! 'arm_v8_2a_fp16_scalar_ok'
       ARM target supports options to generate instructions for ARMv8.2
       and scalar instructions from the FP16 extension.  Some multilibs
       may be incompatible with these options.
  
! 'arm_v8_2a_fp16_scalar_hw'
       ARM target supports executing instructions for ARMv8.2 and scalar
       instructions from the FP16 extension.  Some multilibs may be
       incompatible with these options.  Implies arm_v8_2a_fp16_neon_ok.
  
! 'arm_v8_2a_fp16_neon_ok'
       ARM target supports options to generate instructions from ARMv8.2
       with the FP16 extension.  Some multilibs may be incompatible with
       these options.  Implies arm_v8_2a_fp16_scalar_ok.
  
! 'arm_v8_2a_fp16_neon_hw'
       ARM target supports executing instructions from ARMv8.2 with the
       FP16 extension.  Some multilibs may be incompatible with these
       options.  Implies arm_v8_2a_fp16_neon_ok and
       arm_v8_2a_fp16_scalar_hw.
  
! 'arm_prefer_ldrd_strd'
!      ARM target prefers 'LDRD' and 'STRD' instructions over 'LDM' and
!      'STM' instructions.
  
! 'arm_thumb1_movt_ok'
!      ARM target generates Thumb-1 code for '-mthumb' with 'MOVW' and
!      'MOVT' instructions available.
  
! 'arm_thumb1_cbz_ok'
!      ARM target generates Thumb-1 code for '-mthumb' with 'CBZ' and
!      'CBNZ' instructions available.
  
! 'arm_divmod_simode'
       ARM target for which divmod transform is disabled, if it supports
       hardware div instruction.
  
! 'arm_cmse_ok'
       ARM target supports ARMv8-M Security Extensions, enabled by the
!      '-mcmse' option.
  
! 'arm_coproc1_ok'
!      ARM target supports the following coprocessor instructions: 'CDP',
!      'LDC', 'STC', 'MCR' and 'MRC'.
  
! 'arm_coproc2_ok'
!      ARM target supports all the coprocessor instructions also listed as
!      supported in *note arm_coproc1_ok:: in addition to the following:
!      'CDP2', 'LDC2', 'LDC2l', 'STC2', 'STC2l', 'MCR2' and 'MRC2'.
  
! 'arm_coproc3_ok'
!      ARM target supports all the coprocessor instructions also listed as
!      supported in *note arm_coproc2_ok:: in addition the following:
!      'MCRR' and 'MRRC'.
  
! 'arm_coproc4_ok'
!      ARM target supports all the coprocessor instructions also listed as
!      supported in *note arm_coproc3_ok:: in addition the following:
!      'MCRR2' and 'MRRC2'.
  
  7.2.3.7 AArch64-specific attributes
  ...................................
  
! 'aarch64_asm_<ext>_ok'
!      AArch64 assembler supports the architecture extension 'ext' via the
!      '.arch_extension' pseudo-op.
! 'aarch64_tiny'
       AArch64 target which generates instruction sequences for tiny
       memory model.
! 'aarch64_small'
       AArch64 target which generates instruction sequences for small
       memory model.
! 'aarch64_large'
       AArch64 target which generates instruction sequences for large
       memory model.
! 'aarch64_little_endian'
       AArch64 target which generates instruction sequences for little
       endian.
! 'aarch64_big_endian'
       AArch64 target which generates instruction sequences for big
       endian.
! 'aarch64_small_fpic'
       Binutils installed on test system supports relocation types
       required by -fpic for AArch64 small memory model.
  
  7.2.3.8 MIPS-specific attributes
  ................................
  
! 'mips64'
       MIPS target supports 64-bit instructions.
  
! 'nomips16'
       MIPS target does not produce MIPS16 code.
  
! 'mips16_attribute'
       MIPS target can generate MIPS16 code.
  
! 'mips_loongson'
       MIPS target is a Loongson-2E or -2F target using an ABI that
       supports the Loongson vector modes.
  
! 'mips_msa'
!      MIPS target supports '-mmsa', MIPS SIMD Architecture (MSA).
  
! 'mips_newabi_large_long_double'
!      MIPS target supports 'long double' larger than 'double' when using
       the new ABI.
  
! 'mpaired_single'
!      MIPS target supports '-mpaired-single'.
  
  7.2.3.9 PowerPC-specific attributes
  ...................................
  
! 'dfp_hw'
       PowerPC target supports executing hardware DFP instructions.
  
! 'p8vector_hw'
       PowerPC target supports executing VSX instructions (ISA 2.07).
  
! 'powerpc64'
       Test system supports executing 64-bit instructions.
  
! 'powerpc_altivec'
       PowerPC target supports AltiVec.
  
! 'powerpc_altivec_ok'
!      PowerPC target supports '-maltivec'.
  
! 'powerpc_eabi_ok'
!      PowerPC target supports '-meabi'.
  
! 'powerpc_elfv2'
!      PowerPC target supports '-mabi=elfv2'.
  
! 'powerpc_fprs'
       PowerPC target supports floating-point registers.
  
! 'powerpc_hard_double'
       PowerPC target supports hardware double-precision floating-point.
  
! 'powerpc_htm_ok'
!      PowerPC target supports '-mhtm'
  
! 'powerpc_p8vector_ok'
!      PowerPC target supports '-mpower8-vector'
  
! 'powerpc_popcntb_ok'
!      PowerPC target supports the 'popcntb' instruction, indicating that
!      this target supports '-mcpu=power5'.
  
! 'powerpc_ppu_ok'
!      PowerPC target supports '-mcpu=cell'.
  
! 'powerpc_spe'
       PowerPC target supports PowerPC SPE.
  
! 'powerpc_spe_nocache'
       Including the options used to compile this particular test, the
       PowerPC target supports PowerPC SPE.
  
! 'powerpc_spu'
       PowerPC target supports PowerPC SPU.
  
! 'powerpc_vsx_ok'
!      PowerPC target supports '-mvsx'.
  
! 'powerpc_405_nocache'
       Including the options used to compile this particular test, the
       PowerPC target supports PowerPC 405.
  
! 'ppc_recip_hw'
       PowerPC target supports executing reciprocal estimate instructions.
  
! 'spu_auto_overlay'
       SPU target has toolchain that supports automatic overlay
       generation.
  
! 'vmx_hw'
       PowerPC target supports executing AltiVec instructions.
  
! 'vsx_hw'
       PowerPC target supports executing VSX instructions (ISA 2.06).
  
  7.2.3.10 Other hardware attributes
  ..................................
  
! 'avx'
!      Target supports compiling 'avx' instructions.
  
! 'avx_runtime'
!      Target supports the execution of 'avx' instructions.
  
! 'cell_hw'
       Test system can execute AltiVec and Cell PPU instructions.
  
! 'coldfire_fpu'
       Target uses a ColdFire FPU.
  
! 'hard_float'
       Target supports FPU instructions.
  
! 'non_strict_align'
       Target does not require strict alignment.
  
! 'sqrt_insn'
       Target has a square root instruction that the compiler can
       generate.
  
! 'sse'
!      Target supports compiling 'sse' instructions.
  
! 'sse_runtime'
!      Target supports the execution of 'sse' instructions.
  
! 'sse2'
!      Target supports compiling 'sse2' instructions.
  
! 'sse2_runtime'
!      Target supports the execution of 'sse2' instructions.
  
! 'sync_char_short'
!      Target supports atomic operations on 'char' and 'short'.
  
! 'sync_int_long'
!      Target supports atomic operations on 'int' and 'long'.
  
! 'ultrasparc_hw'
       Test environment appears to run executables on a simulator that
!      accepts only 'EM_SPARC' executables and chokes on 'EM_SPARC32PLUS'
!      or 'EM_SPARCV9' executables.
  
! 'vect_cmdline_needed'
       Target requires a command line argument to enable a SIMD
       instruction set.
  
! 'pie_copyreloc'
       The x86-64 target linker supports PIE with copy reloc.
  
! 'divmod'
       Target supporting hardware divmod insn or divmod libcall.
  
! 'divmod_simode'
       Target supporting hardware divmod insn or divmod libcall for
       SImode.
  
  7.2.3.11 Environment attributes
  ...............................
  
! 'c'
       The language for the compiler under test is C.
  
! 'c++'
       The language for the compiler under test is C++.
  
! 'c99_runtime'
       Target provides a full C99 runtime.
  
! 'correct_iso_cpp_string_wchar_protos'
!      Target 'string.h' and 'wchar.h' headers provide C++ required
!      overloads for 'strchr' etc.  functions.
  
! 'dummy_wcsftime'
!      Target uses a dummy 'wcsftime' function that always returns zero.
  
! 'fd_truncate'
       Target can truncate a file from a file descriptor, as used by
!      'libgfortran/io/unix.c:fd_truncate'; i.e.  'ftruncate' or 'chsize'.
  
! 'freestanding'
!      Target is 'freestanding' as defined in section 4 of the C99
       standard.  Effectively, it is a target which supports no extra
       headers or libraries other than what is considered essential.
  
! 'gettimeofday'
!      Target supports 'gettimeofday'.
  
! 'init_priority'
       Target supports constructors with initialization priority
       arguments.
  
! 'inttypes_types'
!      Target has the basic signed and unsigned types in 'inttypes.h'.
       This is for tests that GCC's notions of these types agree with
!      those in the header, as some systems have only 'inttypes.h'.
  
! 'lax_strtofp'
       Target might have errors of a few ULP in string to floating-point
       conversion functions and overflow is not always detected correctly
       by those functions.
  
! 'mempcpy'
!      Target provides 'mempcpy' function.
  
! 'mmap'
!      Target supports 'mmap'.
  
! 'newlib'
       Target supports Newlib.
  
! 'pow10'
!      Target provides 'pow10' function.
  
! 'pthread'
!      Target can compile using 'pthread.h' with no errors or warnings.
  
! 'pthread_h'
!      Target has 'pthread.h'.
  
! 'run_expensive_tests'
       Expensive testcases (usually those that consume excessive amounts
       of CPU time) should be run on this target.  This can be enabled by
!      setting the 'GCC_TEST_RUN_EXPENSIVE' environment variable to a
       non-empty string.
  
! 'simulator'
!      Test system runs executables on a simulator (i.e.  slowly) rather
!      than hardware (i.e.  fast).
  
! 'stabs'
       Target supports the stabs debugging format.
  
! 'stdint_types'
!      Target has the basic signed and unsigned C types in 'stdint.h'.
!      This will be obsolete when GCC ensures a working 'stdint.h' for all
!      targets.
  
! 'stpcpy'
!      Target provides 'stpcpy' function.
  
! 'trampolines'
       Target supports trampolines.
  
! 'uclibc'
       Target supports uClibc.
  
! 'unwrapped'
       Target does not use a status wrapper.
  
! 'vxworks_kernel'
       Target is a VxWorks kernel.
  
! 'vxworks_rtp'
       Target is a VxWorks RTP.
  
! 'wchar'
       Target supports wide characters.
  
  7.2.3.12 Other attributes
  .........................
  
! 'automatic_stack_alignment'
       Target supports automatic stack alignment.
  
! 'cilkplus_runtime'
       Target supports the Cilk Plus runtime library.
  
! 'cxa_atexit'
!      Target uses '__cxa_atexit'.
  
! 'default_packed'
       Target has packed layout of structure members by default.
  
! 'fgraphite'
       Target supports Graphite optimizations.
  
! 'fixed_point'
       Target supports fixed-point extension to C.
  
! 'fopenacc'
!      Target supports OpenACC via '-fopenacc'.
  
! 'fopenmp'
!      Target supports OpenMP via '-fopenmp'.
  
! 'fpic'
!      Target supports '-fpic' and '-fPIC'.
  
! 'freorder'
!      Target supports '-freorder-blocks-and-partition'.
  
! 'fstack_protector'
!      Target supports '-fstack-protector'.
  
! 'gas'
!      Target uses GNU 'as'.
  
! 'gc_sections'
!      Target supports '--gc-sections'.
  
! 'gld'
!      Target uses GNU 'ld'.
  
! 'keeps_null_pointer_checks'
       Target keeps null pointer checks, either due to the use of
!      '-fno-delete-null-pointer-checks' or hardwired into the target.
  
! 'lto'
       Compiler has been configured to support link-time optimization
       (LTO).
  
! 'naked_functions'
!      Target supports the 'naked' function attribute.
  
! 'named_sections'
       Target supports named sections.
  
! 'natural_alignment_32'
       Target uses natural alignment (aligned to type size) for types of
       32 bits or less.
  
! 'target_natural_alignment_64'
       Target uses natural alignment (aligned to type size) for types of
       64 bits or less.
  
! 'nonpic'
       Target does not generate PIC by default.
  
! 'pie_enabled'
       Target generates PIE by default.
  
! 'pcc_bitfield_type_matters'
!      Target defines 'PCC_BITFIELD_TYPE_MATTERS'.
  
! 'pe_aligned_commons'
!      Target supports '-mpe-aligned-commons'.
  
! 'pie'
!      Target supports '-pie', '-fpie' and '-fPIE'.
  
! 'rdynamic'
!      Target supports '-rdynamic'.
  
! 'section_anchors'
       Target supports section anchors.
  
! 'short_enums'
       Target defaults to short enums.
  
! 'static'
!      Target supports '-static'.
  
! 'static_libgfortran'
!      Target supports statically linking 'libgfortran'.
  
! 'string_merging'
       Target supports merging string constants at link time.
  
! 'ucn'
       Target supports compiling and assembling UCN.
  
! 'ucn_nocache'
       Including the options used to compile this particular test, the
       target supports compiling and assembling UCN.
  
! 'unaligned_stack'
!      Target does not guarantee that its 'STACK_BOUNDARY' is greater than
       or equal to the required vector alignment.
  
! 'vector_alignment_reachable'
       Vector alignment is reachable for types of 32 bits or less.
  
! 'vector_alignment_reachable_for_64bit'
       Vector alignment is reachable for types of 64 bits or less.
  
! 'wchar_t_char16_t_compatible'
!      Target supports 'wchar_t' that is compatible with 'char16_t'.
  
! 'wchar_t_char32_t_compatible'
!      Target supports 'wchar_t' that is compatible with 'char32_t'.
  
! 'comdat_group'
       Target uses comdat groups.
  
! 7.2.3.13 Local to tests in 'gcc.target/i386'
  ............................................
  
! '3dnow'
!      Target supports compiling '3dnow' instructions.
  
! 'aes'
!      Target supports compiling 'aes' instructions.
  
! 'fma4'
!      Target supports compiling 'fma4' instructions.
  
! 'ms_hook_prologue'
!      Target supports attribute 'ms_hook_prologue'.
  
! 'pclmul'
!      Target supports compiling 'pclmul' instructions.
  
! 'sse3'
!      Target supports compiling 'sse3' instructions.
  
! 'sse4'
!      Target supports compiling 'sse4' instructions.
  
! 'sse4a'
!      Target supports compiling 'sse4a' instructions.
  
! 'ssse3'
!      Target supports compiling 'ssse3' instructions.
  
! 'vaes'
!      Target supports compiling 'vaes' instructions.
  
! 'vpclmul'
!      Target supports compiling 'vpclmul' instructions.
  
! 'xop'
!      Target supports compiling 'xop' instructions.
  
! 7.2.3.14 Local to tests in 'gcc.target/spu/ea'
  ..............................................
  
! 'ealib'
!      Target '__ea' library functions are available.
  
! 7.2.3.15 Local to tests in 'gcc.test-framework'
  ...............................................
  
! 'no'
       Always returns 0.
  
! 'yes'
       Always returns 1.
  
  
  File: gccint.info,  Node: Add Options,  Next: Require Support,  Prev: Effective-Target Keywords,  Up: Test Directives
  
! 7.2.4 Features for 'dg-add-options'
  -----------------------------------
  
! The supported values of FEATURE for directive 'dg-add-options' are:
  
! 'arm_fp'
!      '__ARM_FP' definition.  Only ARM targets support this feature, and
       only then in certain modes; see the *note arm_fp_ok effective
       target keyword: arm_fp_ok.
  
! 'arm_neon'
       NEON support.  Only ARM targets support this feature, and only then
       in certain modes; see the *note arm_neon_ok effective target
       keyword: arm_neon_ok.
  
! 'arm_fp16'
       VFP half-precision floating point support.  This does not select
       the FP16 format; for that, use *note arm_fp16_ieee: arm_fp16_ieee.
       or *note arm_fp16_alternative: arm_fp16_alternative. instead.  This
--- 4611,5539 ----
  for particular targets, or to specify that particular sets of targets
  are expected to fail some tests.
  
!  Effective-target keywords are defined in `lib/target-supports.exp' in
  the GCC testsuite, with the exception of those that are documented as
  being local to a particular test directory.
  
!  The `effective target' takes into account all of the compiler options
  with which the test will be compiled, including the multilib options.
! By convention, keywords ending in `_nocache' can also include options
! specified for the particular test in an earlier `dg-options' or
! `dg-add-options' directive.
  
  7.2.3.1 Data type sizes
  .......................
  
! `ilp32'
!      Target has 32-bit `int', `long', and pointers.
  
! `lp64'
!      Target has 32-bit `int', 64-bit `long' and pointers.
  
! `llp64'
!      Target has 32-bit `int' and `long', 64-bit `long long' and
       pointers.
  
! `double64'
!      Target has 64-bit `double'.
  
! `double64plus'
!      Target has `double' that is 64 bits or longer.
  
! `longdouble128'
!      Target has 128-bit `long double'.
  
! `int32plus'
!      Target has `int' that is at 32 bits or longer.
  
! `int16'
!      Target has `int' that is 16 bits or shorter.
  
! `long_neq_int'
!      Target has `int' and `long' with different sizes.
  
! `large_double'
!      Target supports `double' that is longer than `float'.
  
! `large_long_double'
!      Target supports `long double' that is longer than `double'.
  
! `ptr32plus'
       Target has pointers that are 32 bits or longer.
  
! `size32plus'
       Target supports array and structure sizes that are 32 bits or
       longer.
  
! `4byte_wchar_t'
!      Target has `wchar_t' that is at least 4 bytes.
  
! `floatN'
!      Target has the `_FloatN' type.
  
! `floatNx'
!      Target has the `_FloatNx' type.
  
! `floatN_runtime'
!      Target has the `_FloatN' type, including runtime support for any
!      options added with `dg-add-options'.
  
! `floatNx_runtime'
!      Target has the `_FloatNx' type, including runtime support for any
!      options added with `dg-add-options'.
  
! `floatn_nx_runtime'
       Target has runtime support for any options added with
!      `dg-add-options' for any `_FloatN' or `_FloatNx' type.
  
  7.2.3.2 Fortran-specific attributes
  ...................................
  
! `fortran_integer_16'
!      Target supports Fortran `integer' that is 16 bytes or longer.
  
! `fortran_large_int'
!      Target supports Fortran `integer' kinds larger than `integer(8)'.
  
! `fortran_large_real'
!      Target supports Fortran `real' kinds larger than `real(8)'.
  
  7.2.3.3 Vector-specific attributes
  ..................................
  
! `vect_condition'
       Target supports vector conditional operations.
  
! `vect_cond_mixed'
       Target supports vector conditional operations where comparison
       operands have different type from the value operands.
  
! `vect_double'
!      Target supports hardware vectors of `double'.
  
! `vect_float'
!      Target supports hardware vectors of `float'.
  
! `vect_int'
!      Target supports hardware vectors of `int'.
  
! `vect_long'
!      Target supports hardware vectors of `long'.
  
! `vect_long_long'
!      Target supports hardware vectors of `long long'.
  
! `vect_aligned_arrays'
       Target aligns arrays to vector alignment boundary.
  
! `vect_hw_misalign'
       Target supports a vector misalign access.
  
! `vect_no_align'
       Target does not support a vector alignment mechanism.
  
! `vect_no_int_min_max'
!      Target does not support a vector min and max instruction on `int'.
  
! `vect_no_int_add'
!      Target does not support a vector add instruction on `int'.
  
! `vect_no_bitwise'
       Target does not support vector bitwise instructions.
  
! `vect_char_mult'
!      Target supports `vector char' multiplication.
  
! `vect_short_mult'
!      Target supports `vector short' multiplication.
  
! `vect_int_mult'
!      Target supports `vector int' multiplication.
  
! `vect_extract_even_odd'
       Target supports vector even/odd element extraction.
  
! `vect_extract_even_odd_wide'
       Target supports vector even/odd element extraction of vectors with
!      elements `SImode' or larger.
  
! `vect_interleave'
       Target supports vector interleaving.
  
! `vect_strided'
       Target supports vector interleaving and extract even/odd.
  
! `vect_strided_wide'
       Target supports vector interleaving and extract even/odd for wide
       element types.
  
! `vect_perm'
       Target supports vector permutation.
  
! `vect_shift'
       Target supports a hardware vector shift operation.
  
! `vect_widen_sum_hi_to_si'
!      Target supports a vector widening summation of `short' operands
!      into `int' results, or can promote (unpack) from `short' to `int'.
  
! `vect_widen_sum_qi_to_hi'
!      Target supports a vector widening summation of `char' operands
!      into `short' results, or can promote (unpack) from `char' to
!      `short'.
  
! `vect_widen_sum_qi_to_si'
!      Target supports a vector widening summation of `char' operands
!      into `int' results.
  
! `vect_widen_mult_qi_to_hi'
!      Target supports a vector widening multiplication of `char' operands
!      into `short' results, or can promote (unpack) from `char' to
!      `short' and perform non-widening multiplication of `short'.
  
! `vect_widen_mult_hi_to_si'
!      Target supports a vector widening multiplication of `short'
!      operands into `int' results, or can promote (unpack) from `short'
!      to `int' and perform non-widening multiplication of `int'.
  
! `vect_widen_mult_si_to_di_pattern'
!      Target supports a vector widening multiplication of `int' operands
!      into `long' results.
  
! `vect_sdot_qi'
!      Target supports a vector dot-product of `signed char'.
  
! `vect_udot_qi'
!      Target supports a vector dot-product of `unsigned char'.
  
! `vect_sdot_hi'
!      Target supports a vector dot-product of `signed short'.
  
! `vect_udot_hi'
!      Target supports a vector dot-product of `unsigned short'.
  
! `vect_pack_trunc'
!      Target supports a vector demotion (packing) of `short' to `char'
!      and from `int' to `short' using modulo arithmetic.
  
! `vect_unpack'
!      Target supports a vector promotion (unpacking) of `char' to `short'
!      and from `char' to `int'.
  
! `vect_intfloat_cvt'
!      Target supports conversion from `signed int' to `float'.
  
! `vect_uintfloat_cvt'
!      Target supports conversion from `unsigned int' to `float'.
  
! `vect_floatint_cvt'
!      Target supports conversion from `float' to `signed int'.
  
! `vect_floatuint_cvt'
!      Target supports conversion from `float' to `unsigned int'.
  
! `vect_max_reduc'
       Target supports max reduction for vectors.
  
  7.2.3.4 Thread Local Storage attributes
  .......................................
  
! `tls'
       Target supports thread-local storage.
  
! `tls_native'
       Target supports native (rather than emulated) thread-local storage.
  
! `tls_runtime'
       Test system supports executing TLS executables.
  
  7.2.3.5 Decimal floating point attributes
  .........................................
  
! `dfp'
       Targets supports compiling decimal floating point extension to C.
  
! `dfp_nocache'
       Including the options used to compile this particular test, the
       target supports compiling decimal floating point extension to C.
  
! `dfprt'
       Test system can execute decimal floating point tests.
  
! `dfprt_nocache'
       Including the options used to compile this particular test, the
       test system can execute decimal floating point tests.
  
! `hard_dfp'
       Target generates decimal floating point instructions with current
       options.
  
  7.2.3.6 ARM-specific attributes
  ...............................
  
! `arm32'
       ARM target generates 32-bit code.
  
! `arm_eabi'
       ARM target adheres to the ABI for the ARM Architecture.
  
! `arm_fp_ok'
!      ARM target defines `__ARM_FP' using `-mfloat-abi=softfp' or
       equivalent options.  Some multilibs may be incompatible with these
       options.
  
! `arm_hf_eabi'
       ARM target adheres to the VFP and Advanced SIMD Register Arguments
       variant of the ABI for the ARM Architecture (as selected with
!      `-mfloat-abi=hard').
  
! `arm_hard_vfp_ok'
!      ARM target supports `-mfpu=vfp -mfloat-abi=hard'.  Some multilibs
       may be incompatible with these options.
  
! `arm_iwmmxt_ok'
!      ARM target supports `-mcpu=iwmmxt'.  Some multilibs may be
       incompatible with this option.
  
! `arm_neon'
       ARM target supports generating NEON instructions.
  
! `arm_tune_string_ops_prefer_neon'
       Test CPU tune supports inlining string operations with NEON
       instructions.
  
! `arm_neon_hw'
       Test system supports executing NEON instructions.
  
! `arm_neonv2_hw'
       Test system supports executing NEON v2 instructions.
  
! `arm_neon_ok'
!      ARM Target supports `-mfpu=neon -mfloat-abi=softfp' or compatible
       options.  Some multilibs may be incompatible with these options.
  
! `arm_neonv2_ok'
!      ARM Target supports `-mfpu=neon-vfpv4 -mfloat-abi=softfp' or
       compatible options.  Some multilibs may be incompatible with these
       options.
  
! `arm_fp16_ok'
       Target supports options to generate VFP half-precision
       floating-point instructions.  Some multilibs may be incompatible
       with these options.  This test is valid for ARM only.
  
! `arm_fp16_hw'
       Target supports executing VFP half-precision floating-point
       instructions.  This test is valid for ARM only.
  
! `arm_neon_fp16_ok'
!      ARM Target supports `-mfpu=neon-fp16 -mfloat-abi=softfp' or
!      compatible options, including `-mfp16-format=ieee' if necessary to
!      obtain the `__fp16' type.  Some multilibs may be incompatible with
       these options.
  
! `arm_neon_fp16_hw'
       Test system supports executing Neon half-precision float
       instructions.  (Implies previous.)
  
! `arm_fp16_alternative_ok'
       ARM target supports the ARM FP16 alternative format.  Some
       multilibs may be incompatible with the options needed.
  
! `arm_fp16_none_ok'
       ARM target supports specifying none as the ARM FP16 format.
  
! `arm_thumb1_ok'
!      ARM target generates Thumb-1 code for `-mthumb'.
  
! `arm_thumb2_ok'
!      ARM target generates Thumb-2 code for `-mthumb'.
  
! `arm_vfp_ok'
!      ARM target supports `-mfpu=vfp -mfloat-abi=softfp'.  Some
       multilibs may be incompatible with these options.
  
! `arm_vfp3_ok'
!      ARM target supports `-mfpu=vfp3 -mfloat-abi=softfp'.  Some
       multilibs may be incompatible with these options.
  
! `arm_v8_vfp_ok'
!      ARM target supports `-mfpu=fp-armv8 -mfloat-abi=softfp'.  Some
       multilibs may be incompatible with these options.
  
! `arm_v8_neon_ok'
!      ARM target supports `-mfpu=neon-fp-armv8 -mfloat-abi=softfp'.
!      Some multilibs may be incompatible with these options.
! 
! `arm_v8_1a_neon_ok'
       ARM target supports options to generate ARMv8.1 Adv.SIMD
       instructions.  Some multilibs may be incompatible with these
       options.
  
! `arm_v8_1a_neon_hw'
       ARM target supports executing ARMv8.1 Adv.SIMD instructions.  Some
       multilibs may be incompatible with the options needed.  Implies
       arm_v8_1a_neon_ok.
  
! `arm_acq_rel'
       ARM target supports acquire-release instructions.
  
! `arm_v8_2a_fp16_scalar_ok'
       ARM target supports options to generate instructions for ARMv8.2
       and scalar instructions from the FP16 extension.  Some multilibs
       may be incompatible with these options.
  
! `arm_v8_2a_fp16_scalar_hw'
       ARM target supports executing instructions for ARMv8.2 and scalar
       instructions from the FP16 extension.  Some multilibs may be
       incompatible with these options.  Implies arm_v8_2a_fp16_neon_ok.
  
! `arm_v8_2a_fp16_neon_ok'
       ARM target supports options to generate instructions from ARMv8.2
       with the FP16 extension.  Some multilibs may be incompatible with
       these options.  Implies arm_v8_2a_fp16_scalar_ok.
  
! `arm_v8_2a_fp16_neon_hw'
       ARM target supports executing instructions from ARMv8.2 with the
       FP16 extension.  Some multilibs may be incompatible with these
       options.  Implies arm_v8_2a_fp16_neon_ok and
       arm_v8_2a_fp16_scalar_hw.
  
! `arm_prefer_ldrd_strd'
!      ARM target prefers `LDRD' and `STRD' instructions over `LDM' and
!      `STM' instructions.
  
! `arm_thumb1_movt_ok'
!      ARM target generates Thumb-1 code for `-mthumb' with `MOVW' and
!      `MOVT' instructions available.
  
! `arm_thumb1_cbz_ok'
!      ARM target generates Thumb-1 code for `-mthumb' with `CBZ' and
!      `CBNZ' instructions available.
  
! `arm_divmod_simode'
       ARM target for which divmod transform is disabled, if it supports
       hardware div instruction.
  
! `arm_cmse_ok'
       ARM target supports ARMv8-M Security Extensions, enabled by the
!      `-mcmse' option.
  
! `arm_coproc1_ok'
!      ARM target supports the following coprocessor instructions: `CDP',
!      `LDC', `STC', `MCR' and `MRC'.
  
! `arm_coproc2_ok'
!      ARM target supports all the coprocessor instructions also listed
!      as supported in *note arm_coproc1_ok:: in addition to the
!      following: `CDP2', `LDC2', `LDC2l', `STC2', `STC2l', `MCR2' and
!      `MRC2'.
  
! `arm_coproc3_ok'
!      ARM target supports all the coprocessor instructions also listed
!      as supported in *note arm_coproc2_ok:: in addition the following:
!      `MCRR' and `MRRC'.
  
! `arm_coproc4_ok'
!      ARM target supports all the coprocessor instructions also listed
!      as supported in *note arm_coproc3_ok:: in addition the following:
!      `MCRR2' and `MRRC2'.
  
  7.2.3.7 AArch64-specific attributes
  ...................................
  
! `aarch64_asm_<ext>_ok'
!      AArch64 assembler supports the architecture extension `ext' via the
!      `.arch_extension' pseudo-op.
! 
! `aarch64_tiny'
       AArch64 target which generates instruction sequences for tiny
       memory model.
! 
! `aarch64_small'
       AArch64 target which generates instruction sequences for small
       memory model.
! 
! `aarch64_large'
       AArch64 target which generates instruction sequences for large
       memory model.
! 
! `aarch64_little_endian'
       AArch64 target which generates instruction sequences for little
       endian.
! 
! `aarch64_big_endian'
       AArch64 target which generates instruction sequences for big
       endian.
! 
! `aarch64_small_fpic'
       Binutils installed on test system supports relocation types
       required by -fpic for AArch64 small memory model.
  
+ 
  7.2.3.8 MIPS-specific attributes
  ................................
  
! `mips64'
       MIPS target supports 64-bit instructions.
  
! `nomips16'
       MIPS target does not produce MIPS16 code.
  
! `mips16_attribute'
       MIPS target can generate MIPS16 code.
  
! `mips_loongson'
       MIPS target is a Loongson-2E or -2F target using an ABI that
       supports the Loongson vector modes.
  
! `mips_msa'
!      MIPS target supports `-mmsa', MIPS SIMD Architecture (MSA).
  
! `mips_newabi_large_long_double'
!      MIPS target supports `long double' larger than `double' when using
       the new ABI.
  
! `mpaired_single'
!      MIPS target supports `-mpaired-single'.
  
  7.2.3.9 PowerPC-specific attributes
  ...................................
  
! `dfp_hw'
       PowerPC target supports executing hardware DFP instructions.
  
! `p8vector_hw'
       PowerPC target supports executing VSX instructions (ISA 2.07).
  
! `powerpc64'
       Test system supports executing 64-bit instructions.
  
! `powerpc_altivec'
       PowerPC target supports AltiVec.
  
! `powerpc_altivec_ok'
!      PowerPC target supports `-maltivec'.
  
! `powerpc_eabi_ok'
!      PowerPC target supports `-meabi'.
  
! `powerpc_elfv2'
!      PowerPC target supports `-mabi=elfv2'.
  
! `powerpc_fprs'
       PowerPC target supports floating-point registers.
  
! `powerpc_hard_double'
       PowerPC target supports hardware double-precision floating-point.
  
! `powerpc_htm_ok'
!      PowerPC target supports `-mhtm'
  
! `powerpc_p8vector_ok'
!      PowerPC target supports `-mpower8-vector'
  
! `powerpc_popcntb_ok'
!      PowerPC target supports the `popcntb' instruction, indicating that
!      this target supports `-mcpu=power5'.
  
! `powerpc_ppu_ok'
!      PowerPC target supports `-mcpu=cell'.
  
! `powerpc_spe'
       PowerPC target supports PowerPC SPE.
  
! `powerpc_spe_nocache'
       Including the options used to compile this particular test, the
       PowerPC target supports PowerPC SPE.
  
! `powerpc_spu'
       PowerPC target supports PowerPC SPU.
  
! `powerpc_vsx_ok'
!      PowerPC target supports `-mvsx'.
  
! `powerpc_405_nocache'
       Including the options used to compile this particular test, the
       PowerPC target supports PowerPC 405.
  
! `ppc_recip_hw'
       PowerPC target supports executing reciprocal estimate instructions.
  
! `spu_auto_overlay'
       SPU target has toolchain that supports automatic overlay
       generation.
  
! `vmx_hw'
       PowerPC target supports executing AltiVec instructions.
  
! `vsx_hw'
       PowerPC target supports executing VSX instructions (ISA 2.06).
  
  7.2.3.10 Other hardware attributes
  ..................................
  
! `avx'
!      Target supports compiling `avx' instructions.
  
! `avx_runtime'
!      Target supports the execution of `avx' instructions.
  
! `cell_hw'
       Test system can execute AltiVec and Cell PPU instructions.
  
! `coldfire_fpu'
       Target uses a ColdFire FPU.
  
! `hard_float'
       Target supports FPU instructions.
  
! `non_strict_align'
       Target does not require strict alignment.
  
! `sqrt_insn'
       Target has a square root instruction that the compiler can
       generate.
  
! `sse'
!      Target supports compiling `sse' instructions.
  
! `sse_runtime'
!      Target supports the execution of `sse' instructions.
  
! `sse2'
!      Target supports compiling `sse2' instructions.
  
! `sse2_runtime'
!      Target supports the execution of `sse2' instructions.
  
! `sync_char_short'
!      Target supports atomic operations on `char' and `short'.
  
! `sync_int_long'
!      Target supports atomic operations on `int' and `long'.
  
! `ultrasparc_hw'
       Test environment appears to run executables on a simulator that
!      accepts only `EM_SPARC' executables and chokes on `EM_SPARC32PLUS'
!      or `EM_SPARCV9' executables.
  
! `vect_cmdline_needed'
       Target requires a command line argument to enable a SIMD
       instruction set.
  
! `pie_copyreloc'
       The x86-64 target linker supports PIE with copy reloc.
  
! `divmod'
       Target supporting hardware divmod insn or divmod libcall.
  
! `divmod_simode'
       Target supporting hardware divmod insn or divmod libcall for
       SImode.
  
+ 
  7.2.3.11 Environment attributes
  ...............................
  
! `c'
       The language for the compiler under test is C.
  
! `c++'
       The language for the compiler under test is C++.
  
! `c99_runtime'
       Target provides a full C99 runtime.
  
! `correct_iso_cpp_string_wchar_protos'
!      Target `string.h' and `wchar.h' headers provide C++ required
!      overloads for `strchr' etc. functions.
  
! `dummy_wcsftime'
!      Target uses a dummy `wcsftime' function that always returns zero.
  
! `fd_truncate'
       Target can truncate a file from a file descriptor, as used by
!      `libgfortran/io/unix.c:fd_truncate'; i.e. `ftruncate' or `chsize'.
  
! `freestanding'
!      Target is `freestanding' as defined in section 4 of the C99
       standard.  Effectively, it is a target which supports no extra
       headers or libraries other than what is considered essential.
  
! `gettimeofday'
!      Target supports `gettimeofday'.
  
! `init_priority'
       Target supports constructors with initialization priority
       arguments.
  
! `inttypes_types'
!      Target has the basic signed and unsigned types in `inttypes.h'.
       This is for tests that GCC's notions of these types agree with
!      those in the header, as some systems have only `inttypes.h'.
  
! `lax_strtofp'
       Target might have errors of a few ULP in string to floating-point
       conversion functions and overflow is not always detected correctly
       by those functions.
  
! `mempcpy'
!      Target provides `mempcpy' function.
  
! `mmap'
!      Target supports `mmap'.
  
! `newlib'
       Target supports Newlib.
  
! `pow10'
!      Target provides `pow10' function.
  
! `pthread'
!      Target can compile using `pthread.h' with no errors or warnings.
  
! `pthread_h'
!      Target has `pthread.h'.
  
! `run_expensive_tests'
       Expensive testcases (usually those that consume excessive amounts
       of CPU time) should be run on this target.  This can be enabled by
!      setting the `GCC_TEST_RUN_EXPENSIVE' environment variable to a
       non-empty string.
  
! `simulator'
!      Test system runs executables on a simulator (i.e. slowly) rather
!      than hardware (i.e. fast).
  
! `stabs'
       Target supports the stabs debugging format.
  
! `stdint_types'
!      Target has the basic signed and unsigned C types in `stdint.h'.
!      This will be obsolete when GCC ensures a working `stdint.h' for
!      all targets.
  
! `stpcpy'
!      Target provides `stpcpy' function.
  
! `trampolines'
       Target supports trampolines.
  
! `uclibc'
       Target supports uClibc.
  
! `unwrapped'
       Target does not use a status wrapper.
  
! `vxworks_kernel'
       Target is a VxWorks kernel.
  
! `vxworks_rtp'
       Target is a VxWorks RTP.
  
! `wchar'
       Target supports wide characters.
  
  7.2.3.12 Other attributes
  .........................
  
! `automatic_stack_alignment'
       Target supports automatic stack alignment.
  
! `cilkplus_runtime'
       Target supports the Cilk Plus runtime library.
  
! `cxa_atexit'
!      Target uses `__cxa_atexit'.
  
! `default_packed'
       Target has packed layout of structure members by default.
  
! `fgraphite'
       Target supports Graphite optimizations.
  
! `fixed_point'
       Target supports fixed-point extension to C.
  
! `fopenacc'
!      Target supports OpenACC via `-fopenacc'.
  
! `fopenmp'
!      Target supports OpenMP via `-fopenmp'.
  
! `fpic'
!      Target supports `-fpic' and `-fPIC'.
  
! `freorder'
!      Target supports `-freorder-blocks-and-partition'.
  
! `fstack_protector'
!      Target supports `-fstack-protector'.
  
! `gas'
!      Target uses GNU `as'.
  
! `gc_sections'
!      Target supports `--gc-sections'.
  
! `gld'
!      Target uses GNU `ld'.
  
! `keeps_null_pointer_checks'
       Target keeps null pointer checks, either due to the use of
!      `-fno-delete-null-pointer-checks' or hardwired into the target.
  
! `lto'
       Compiler has been configured to support link-time optimization
       (LTO).
  
! `naked_functions'
!      Target supports the `naked' function attribute.
  
! `named_sections'
       Target supports named sections.
  
! `natural_alignment_32'
       Target uses natural alignment (aligned to type size) for types of
       32 bits or less.
  
! `target_natural_alignment_64'
       Target uses natural alignment (aligned to type size) for types of
       64 bits or less.
  
! `nonpic'
       Target does not generate PIC by default.
  
! `pie_enabled'
       Target generates PIE by default.
  
! `pcc_bitfield_type_matters'
!      Target defines `PCC_BITFIELD_TYPE_MATTERS'.
  
! `pe_aligned_commons'
!      Target supports `-mpe-aligned-commons'.
  
! `pie'
!      Target supports `-pie', `-fpie' and `-fPIE'.
  
! `rdynamic'
!      Target supports `-rdynamic'.
  
! `section_anchors'
       Target supports section anchors.
  
! `short_enums'
       Target defaults to short enums.
  
! `static'
!      Target supports `-static'.
  
! `static_libgfortran'
!      Target supports statically linking `libgfortran'.
  
! `string_merging'
       Target supports merging string constants at link time.
  
! `ucn'
       Target supports compiling and assembling UCN.
  
! `ucn_nocache'
       Including the options used to compile this particular test, the
       target supports compiling and assembling UCN.
  
! `unaligned_stack'
!      Target does not guarantee that its `STACK_BOUNDARY' is greater than
       or equal to the required vector alignment.
  
! `vector_alignment_reachable'
       Vector alignment is reachable for types of 32 bits or less.
  
! `vector_alignment_reachable_for_64bit'
       Vector alignment is reachable for types of 64 bits or less.
  
! `wchar_t_char16_t_compatible'
!      Target supports `wchar_t' that is compatible with `char16_t'.
  
! `wchar_t_char32_t_compatible'
!      Target supports `wchar_t' that is compatible with `char32_t'.
  
! `comdat_group'
       Target uses comdat groups.
  
! 7.2.3.13 Local to tests in `gcc.target/i386'
  ............................................
  
! `3dnow'
!      Target supports compiling `3dnow' instructions.
  
! `aes'
!      Target supports compiling `aes' instructions.
  
! `fma4'
!      Target supports compiling `fma4' instructions.
  
! `ms_hook_prologue'
!      Target supports attribute `ms_hook_prologue'.
  
! `pclmul'
!      Target supports compiling `pclmul' instructions.
  
! `sse3'
!      Target supports compiling `sse3' instructions.
  
! `sse4'
!      Target supports compiling `sse4' instructions.
  
! `sse4a'
!      Target supports compiling `sse4a' instructions.
  
! `ssse3'
!      Target supports compiling `ssse3' instructions.
  
! `vaes'
!      Target supports compiling `vaes' instructions.
  
! `vpclmul'
!      Target supports compiling `vpclmul' instructions.
  
! `xop'
!      Target supports compiling `xop' instructions.
  
! 7.2.3.14 Local to tests in `gcc.target/spu/ea'
  ..............................................
  
! `ealib'
!      Target `__ea' library functions are available.
  
! 7.2.3.15 Local to tests in `gcc.test-framework'
  ...............................................
  
! `no'
       Always returns 0.
  
! `yes'
       Always returns 1.
  
  
  File: gccint.info,  Node: Add Options,  Next: Require Support,  Prev: Effective-Target Keywords,  Up: Test Directives
  
! 7.2.4 Features for `dg-add-options'
  -----------------------------------
  
! The supported values of FEATURE for directive `dg-add-options' are:
  
! `arm_fp'
!      `__ARM_FP' definition.  Only ARM targets support this feature, and
       only then in certain modes; see the *note arm_fp_ok effective
       target keyword: arm_fp_ok.
  
! `arm_neon'
       NEON support.  Only ARM targets support this feature, and only then
       in certain modes; see the *note arm_neon_ok effective target
       keyword: arm_neon_ok.
  
! `arm_fp16'
       VFP half-precision floating point support.  This does not select
       the FP16 format; for that, use *note arm_fp16_ieee: arm_fp16_ieee.
       or *note arm_fp16_alternative: arm_fp16_alternative. instead.  This
*************** The supported values of FEATURE for dire
*** 5429,5675 ****
       modes; see the *note arm_fp16_ok effective target keyword:
       arm_fp16_ok.
  
! 'arm_fp16_ieee'
       ARM IEEE 754-2008 format VFP half-precision floating point support.
       This feature is only supported by ARM targets and then only in
       certain modes; see the *note arm_fp16_ok effective target keyword:
       arm_fp16_ok.
  
! 'arm_fp16_alternative'
       ARM Alternative format VFP half-precision floating point support.
       This feature is only supported by ARM targets and then only in
       certain modes; see the *note arm_fp16_ok effective target keyword:
       arm_fp16_ok.
  
! 'arm_neon_fp16'
       NEON and half-precision floating point support.  Only ARM targets
!      support this feature, and only then in certain modes; see the *note
!      arm_neon_fp16_ok effective target keyword: arm_neon_fp16_ok.
  
! 'arm_vfp3'
       arm vfp3 floating point support; see the *note arm_vfp3_ok
       effective target keyword: arm_vfp3_ok.
  
! 'arm_v8_1a_neon'
       Add options for ARMv8.1 with Adv.SIMD support, if this is supported
       by the target; see the *note arm_v8_1a_neon_ok: arm_v8_1a_neon_ok.
       effective target keyword.
  
! 'arm_v8_2a_fp16_scalar'
       Add options for ARMv8.2 with scalar FP16 support, if this is
       supported by the target; see the *note arm_v8_2a_fp16_scalar_ok:
       arm_v8_2a_fp16_scalar_ok. effective target keyword.
  
! 'arm_v8_2a_fp16_neon'
       Add options for ARMv8.2 with Adv.SIMD FP16 support, if this is
       supported by the target; see the *note arm_v8_2a_fp16_neon_ok:
       arm_v8_2a_fp16_neon_ok. effective target keyword.
  
! 'bind_pic_locally'
       Add the target-specific flags needed to enable functions to bind
       locally when using pic/PIC passes in the testsuite.
  
! 'c99_runtime'
       Add the target-specific flags needed to access the C99 runtime.
  
! 'floatN'
!      Add the target-specific flags needed to use the '_FloatN' type.
  
! 'floatNx'
!      Add the target-specific flags needed to use the '_FloatNx' type.
  
! 'ieee'
!      Add the target-specific flags needed to enable full IEEE compliance
!      mode.
  
! 'mips16_attribute'
!      'mips16' function attributes.  Only MIPS targets support this
       feature, and only then in certain modes.
  
! 'tls'
       Add the target-specific flags needed to use thread-local storage.
  
  
  File: gccint.info,  Node: Require Support,  Next: Final Actions,  Prev: Add Options,  Up: Test Directives
  
! 7.2.5 Variants of 'dg-require-SUPPORT'
  --------------------------------------
  
! A few of the 'dg-require' directives take arguments.
  
! 'dg-require-iconv CODESET'
!      Skip the test if the target does not support iconv.  CODESET is the
!      codeset to convert to.
  
! 'dg-require-profiling PROFOPT'
       Skip the test if the target does not support profiling with option
       PROFOPT.
  
! 'dg-require-visibility VIS'
!      Skip the test if the target does not support the 'visibility'
!      attribute.  If VIS is '""', support for 'visibility("hidden")' is
!      checked, for 'visibility("VIS")' otherwise.
  
!  The original 'dg-require' directives were defined before there was
  support for effective-target keywords.  The directives that do not take
  arguments could be replaced with effective-target keywords.
  
! 'dg-require-alias ""'
!      Skip the test if the target does not support the 'alias' attribute.
  
! 'dg-require-ascii-locale ""'
       Skip the test if the host does not support an ASCII locale.
  
! 'dg-require-compat-dfp ""'
!      Skip this test unless both compilers in a 'compat' testsuite
       support decimal floating point.
  
! 'dg-require-cxa-atexit ""'
!      Skip the test if the target does not support '__cxa_atexit'.  This
!      is equivalent to 'dg-require-effective-target cxa_atexit'.
  
! 'dg-require-dll ""'
       Skip the test if the target does not support DLL attributes.
  
! 'dg-require-fork ""'
!      Skip the test if the target does not support 'fork'.
  
! 'dg-require-gc-sections ""'
       Skip the test if the target's linker does not support the
!      '--gc-sections' flags.  This is equivalent to
!      'dg-require-effective-target gc-sections'.
  
! 'dg-require-host-local ""'
       Skip the test if the host is remote, rather than the same as the
       build system.  Some tests are incompatible with DejaGnu's handling
!      of remote hosts, which involves copying the source file to the host
!      and compiling it with a relative path and "'-o a.out'".
  
! 'dg-require-mkfifo ""'
!      Skip the test if the target does not support 'mkfifo'.
  
! 'dg-require-named-sections ""'
       Skip the test is the target does not support named sections.  This
!      is equivalent to 'dg-require-effective-target named_sections'.
  
! 'dg-require-weak ""'
       Skip the test if the target does not support weak symbols.
  
! 'dg-require-weak-override ""'
       Skip the test if the target does not support overriding weak
       symbols.
  
  
  File: gccint.info,  Node: Final Actions,  Prev: Require Support,  Up: Test Directives
  
! 7.2.6 Commands for use in 'dg-final'
  ------------------------------------
  
  The GCC testsuite defines the following directives to be used within
! 'dg-final'.
  
  7.2.6.1 Scan a particular file
  ..............................
  
! 'scan-file FILENAME REGEXP [{ target/xfail SELECTOR }]'
       Passes if REGEXP matches text in FILENAME.
! 'scan-file-not FILENAME REGEXP [{ target/xfail SELECTOR }]'
       Passes if REGEXP does not match text in FILENAME.
! 'scan-module MODULE REGEXP [{ target/xfail SELECTOR }]'
       Passes if REGEXP matches in Fortran module MODULE.
  
  7.2.6.2 Scan the assembly output
  ................................
  
! 'scan-assembler REGEX [{ target/xfail SELECTOR }]'
       Passes if REGEX matches text in the test's assembler output.
  
! 'scan-assembler-not REGEX [{ target/xfail SELECTOR }]'
       Passes if REGEX does not match text in the test's assembler output.
  
! 'scan-assembler-times REGEX NUM [{ target/xfail SELECTOR }]'
       Passes if REGEX is matched exactly NUM times in the test's
       assembler output.
  
! 'scan-assembler-dem REGEX [{ target/xfail SELECTOR }]'
       Passes if REGEX matches text in the test's demangled assembler
       output.
  
! 'scan-assembler-dem-not REGEX [{ target/xfail SELECTOR }]'
       Passes if REGEX does not match text in the test's demangled
       assembler output.
  
! 'scan-hidden SYMBOL [{ target/xfail SELECTOR }]'
       Passes if SYMBOL is defined as a hidden symbol in the test's
       assembly output.
  
! 'scan-not-hidden SYMBOL [{ target/xfail SELECTOR }]'
       Passes if SYMBOL is not defined as a hidden symbol in the test's
       assembly output.
  
  7.2.6.3 Scan optimization dump files
  ....................................
  
! These commands are available for KIND of 'tree', 'rtl', and 'ipa'.
  
! 'scan-KIND-dump REGEX SUFFIX [{ target/xfail SELECTOR }]'
       Passes if REGEX matches text in the dump file with suffix SUFFIX.
  
! 'scan-KIND-dump-not REGEX SUFFIX [{ target/xfail SELECTOR }]'
       Passes if REGEX does not match text in the dump file with suffix
       SUFFIX.
  
! 'scan-KIND-dump-times REGEX NUM SUFFIX [{ target/xfail SELECTOR }]'
       Passes if REGEX is found exactly NUM times in the dump file with
       suffix SUFFIX.
  
! 'scan-KIND-dump-dem REGEX SUFFIX [{ target/xfail SELECTOR }]'
!      Passes if REGEX matches demangled text in the dump file with suffix
!      SUFFIX.
  
! 'scan-KIND-dump-dem-not REGEX SUFFIX [{ target/xfail SELECTOR }]'
       Passes if REGEX does not match demangled text in the dump file with
       suffix SUFFIX.
  
  7.2.6.4 Verify that an output files exists or not
  .................................................
  
! 'output-exists [{ target/xfail SELECTOR }]'
       Passes if compiler output file exists.
  
! 'output-exists-not [{ target/xfail SELECTOR }]'
       Passes if compiler output file does not exist.
  
  7.2.6.5 Check for LTO tests
  ...........................
  
! 'scan-symbol REGEXP [{ target/xfail SELECTOR }]'
       Passes if the pattern is present in the final executable.
  
! 7.2.6.6 Checks for 'gcov' tests
  ...............................
  
! 'run-gcov SOURCEFILE'
!      Check line counts in 'gcov' tests.
  
! 'run-gcov [branches] [calls] { OPTS SOURCEFILE }'
       Check branch and/or call counts, in addition to line counts, in
!      'gcov' tests.
  
  7.2.6.7 Clean up generated test files
  .....................................
  
  Usually the test-framework removes files that were generated during
! testing.  If a testcase, for example, uses any dumping mechanism to
  inspect a passes dump file, the testsuite recognized the dump option
  passed to the tool and schedules a final cleanup to remove these files.
  
   There are, however, following additional cleanup directives that can be
  used to annotate a testcase "manually".
! 'cleanup-coverage-files'
       Removes coverage data files generated for this test.
  
! 'cleanup-modules "LIST-OF-EXTRA-MODULES"'
       Removes Fortran module files generated for this test, excluding the
       module names listed in keep-modules.  Cleaning up module files is
       usually done automatically by the testsuite by looking at the
--- 5541,5789 ----
       modes; see the *note arm_fp16_ok effective target keyword:
       arm_fp16_ok.
  
! `arm_fp16_ieee'
       ARM IEEE 754-2008 format VFP half-precision floating point support.
       This feature is only supported by ARM targets and then only in
       certain modes; see the *note arm_fp16_ok effective target keyword:
       arm_fp16_ok.
  
! `arm_fp16_alternative'
       ARM Alternative format VFP half-precision floating point support.
       This feature is only supported by ARM targets and then only in
       certain modes; see the *note arm_fp16_ok effective target keyword:
       arm_fp16_ok.
  
! `arm_neon_fp16'
       NEON and half-precision floating point support.  Only ARM targets
!      support this feature, and only then in certain modes; see the
!      *note arm_neon_fp16_ok effective target keyword: arm_neon_fp16_ok.
  
! `arm_vfp3'
       arm vfp3 floating point support; see the *note arm_vfp3_ok
       effective target keyword: arm_vfp3_ok.
  
! `arm_v8_1a_neon'
       Add options for ARMv8.1 with Adv.SIMD support, if this is supported
       by the target; see the *note arm_v8_1a_neon_ok: arm_v8_1a_neon_ok.
       effective target keyword.
  
! `arm_v8_2a_fp16_scalar'
       Add options for ARMv8.2 with scalar FP16 support, if this is
       supported by the target; see the *note arm_v8_2a_fp16_scalar_ok:
       arm_v8_2a_fp16_scalar_ok. effective target keyword.
  
! `arm_v8_2a_fp16_neon'
       Add options for ARMv8.2 with Adv.SIMD FP16 support, if this is
       supported by the target; see the *note arm_v8_2a_fp16_neon_ok:
       arm_v8_2a_fp16_neon_ok. effective target keyword.
  
! `bind_pic_locally'
       Add the target-specific flags needed to enable functions to bind
       locally when using pic/PIC passes in the testsuite.
  
! `c99_runtime'
       Add the target-specific flags needed to access the C99 runtime.
  
! `floatN'
!      Add the target-specific flags needed to use the `_FloatN' type.
  
! `floatNx'
!      Add the target-specific flags needed to use the `_FloatNx' type.
  
! `ieee'
!      Add the target-specific flags needed to enable full IEEE
!      compliance mode.
  
! `mips16_attribute'
!      `mips16' function attributes.  Only MIPS targets support this
       feature, and only then in certain modes.
  
! `tls'
       Add the target-specific flags needed to use thread-local storage.
  
  
  File: gccint.info,  Node: Require Support,  Next: Final Actions,  Prev: Add Options,  Up: Test Directives
  
! 7.2.5 Variants of `dg-require-SUPPORT'
  --------------------------------------
  
! A few of the `dg-require' directives take arguments.
  
! `dg-require-iconv CODESET'
!      Skip the test if the target does not support iconv.  CODESET is
!      the codeset to convert to.
  
! `dg-require-profiling PROFOPT'
       Skip the test if the target does not support profiling with option
       PROFOPT.
  
! `dg-require-visibility VIS'
!      Skip the test if the target does not support the `visibility'
!      attribute.  If VIS is `""', support for `visibility("hidden")' is
!      checked, for `visibility("VIS")' otherwise.
  
!  The original `dg-require' directives were defined before there was
  support for effective-target keywords.  The directives that do not take
  arguments could be replaced with effective-target keywords.
  
! `dg-require-alias ""'
!      Skip the test if the target does not support the `alias' attribute.
  
! `dg-require-ascii-locale ""'
       Skip the test if the host does not support an ASCII locale.
  
! `dg-require-compat-dfp ""'
!      Skip this test unless both compilers in a `compat' testsuite
       support decimal floating point.
  
! `dg-require-cxa-atexit ""'
!      Skip the test if the target does not support `__cxa_atexit'.  This
!      is equivalent to `dg-require-effective-target cxa_atexit'.
  
! `dg-require-dll ""'
       Skip the test if the target does not support DLL attributes.
  
! `dg-require-fork ""'
!      Skip the test if the target does not support `fork'.
  
! `dg-require-gc-sections ""'
       Skip the test if the target's linker does not support the
!      `--gc-sections' flags.  This is equivalent to
!      `dg-require-effective-target gc-sections'.
  
! `dg-require-host-local ""'
       Skip the test if the host is remote, rather than the same as the
       build system.  Some tests are incompatible with DejaGnu's handling
!      of remote hosts, which involves copying the source file to the
!      host and compiling it with a relative path and "`-o a.out'".
  
! `dg-require-mkfifo ""'
!      Skip the test if the target does not support `mkfifo'.
  
! `dg-require-named-sections ""'
       Skip the test is the target does not support named sections.  This
!      is equivalent to `dg-require-effective-target named_sections'.
  
! `dg-require-weak ""'
       Skip the test if the target does not support weak symbols.
  
! `dg-require-weak-override ""'
       Skip the test if the target does not support overriding weak
       symbols.
  
  
  File: gccint.info,  Node: Final Actions,  Prev: Require Support,  Up: Test Directives
  
! 7.2.6 Commands for use in `dg-final'
  ------------------------------------
  
  The GCC testsuite defines the following directives to be used within
! `dg-final'.
  
  7.2.6.1 Scan a particular file
  ..............................
  
! `scan-file FILENAME REGEXP [{ target/xfail SELECTOR }]'
       Passes if REGEXP matches text in FILENAME.
! 
! `scan-file-not FILENAME REGEXP [{ target/xfail SELECTOR }]'
       Passes if REGEXP does not match text in FILENAME.
! 
! `scan-module MODULE REGEXP [{ target/xfail SELECTOR }]'
       Passes if REGEXP matches in Fortran module MODULE.
  
  7.2.6.2 Scan the assembly output
  ................................
  
! `scan-assembler REGEX [{ target/xfail SELECTOR }]'
       Passes if REGEX matches text in the test's assembler output.
  
! `scan-assembler-not REGEX [{ target/xfail SELECTOR }]'
       Passes if REGEX does not match text in the test's assembler output.
  
! `scan-assembler-times REGEX NUM [{ target/xfail SELECTOR }]'
       Passes if REGEX is matched exactly NUM times in the test's
       assembler output.
  
! `scan-assembler-dem REGEX [{ target/xfail SELECTOR }]'
       Passes if REGEX matches text in the test's demangled assembler
       output.
  
! `scan-assembler-dem-not REGEX [{ target/xfail SELECTOR }]'
       Passes if REGEX does not match text in the test's demangled
       assembler output.
  
! `scan-hidden SYMBOL [{ target/xfail SELECTOR }]'
       Passes if SYMBOL is defined as a hidden symbol in the test's
       assembly output.
  
! `scan-not-hidden SYMBOL [{ target/xfail SELECTOR }]'
       Passes if SYMBOL is not defined as a hidden symbol in the test's
       assembly output.
  
  7.2.6.3 Scan optimization dump files
  ....................................
  
! These commands are available for KIND of `tree', `rtl', and `ipa'.
  
! `scan-KIND-dump REGEX SUFFIX [{ target/xfail SELECTOR }]'
       Passes if REGEX matches text in the dump file with suffix SUFFIX.
  
! `scan-KIND-dump-not REGEX SUFFIX [{ target/xfail SELECTOR }]'
       Passes if REGEX does not match text in the dump file with suffix
       SUFFIX.
  
! `scan-KIND-dump-times REGEX NUM SUFFIX [{ target/xfail SELECTOR }]'
       Passes if REGEX is found exactly NUM times in the dump file with
       suffix SUFFIX.
  
! `scan-KIND-dump-dem REGEX SUFFIX [{ target/xfail SELECTOR }]'
!      Passes if REGEX matches demangled text in the dump file with
!      suffix SUFFIX.
  
! `scan-KIND-dump-dem-not REGEX SUFFIX [{ target/xfail SELECTOR }]'
       Passes if REGEX does not match demangled text in the dump file with
       suffix SUFFIX.
  
  7.2.6.4 Verify that an output files exists or not
  .................................................
  
! `output-exists [{ target/xfail SELECTOR }]'
       Passes if compiler output file exists.
  
! `output-exists-not [{ target/xfail SELECTOR }]'
       Passes if compiler output file does not exist.
  
  7.2.6.5 Check for LTO tests
  ...........................
  
! `scan-symbol REGEXP [{ target/xfail SELECTOR }]'
       Passes if the pattern is present in the final executable.
  
! 7.2.6.6 Checks for `gcov' tests
  ...............................
  
! `run-gcov SOURCEFILE'
!      Check line counts in `gcov' tests.
  
! `run-gcov [branches] [calls] { OPTS SOURCEFILE }'
       Check branch and/or call counts, in addition to line counts, in
!      `gcov' tests.
  
  7.2.6.7 Clean up generated test files
  .....................................
  
  Usually the test-framework removes files that were generated during
! testing. If a testcase, for example, uses any dumping mechanism to
  inspect a passes dump file, the testsuite recognized the dump option
  passed to the tool and schedules a final cleanup to remove these files.
  
   There are, however, following additional cleanup directives that can be
  used to annotate a testcase "manually".
! `cleanup-coverage-files'
       Removes coverage data files generated for this test.
  
! `cleanup-modules "LIST-OF-EXTRA-MODULES"'
       Removes Fortran module files generated for this test, excluding the
       module names listed in keep-modules.  Cleaning up module files is
       usually done automatically by the testsuite by looking at the
*************** used to annotate a testcase "manually".
*** 5686,5692 ****
            ! { dg-final { cleanup-modules "mod1 mod2" } } ! redundant
            ! { dg-final { keep-modules "mod3 mod4" } }
  
! 'keep-modules "LIST-OF-MODULES-NOT-TO-DELETE"'
       Whitespace separated list of module names that should not be
       deleted by cleanup-modules.  If the list of modules is empty, all
       modules defined in this file are kept.
--- 5800,5806 ----
            ! { dg-final { cleanup-modules "mod1 mod2" } } ! redundant
            ! { dg-final { keep-modules "mod3 mod4" } }
  
! `keep-modules "LIST-OF-MODULES-NOT-TO-DELETE"'
       Whitespace separated list of module names that should not be
       deleted by cleanup-modules.  If the list of modules is empty, all
       modules defined in this file are kept.
*************** used to annotate a testcase "manually".
*** 5699,5718 ****
            ! { dg-final { keep-modules "keep1 keep2" } } ! just keep these two
            ! { dg-final { keep-modules "" } } ! keep all
  
! 'dg-keep-saved-temps "LIST-OF-SUFFIXES-NOT-TO-DELETE"'
       Whitespace separated list of suffixes that should not be deleted
!      automatically in a testcase that uses '-save-temps'.
            // { dg-options "-save-temps -fpch-preprocess -I." }
            int main() { return 0; }
            // { dg-keep-saved-temps ".s" } ! just keep assembler file
            // { dg-keep-saved-temps ".s" ".i" } ! ... and .i
            // { dg-keep-saved-temps ".ii" ".o" } ! or just .ii and .o
  
! 'cleanup-profile-file'
       Removes profiling files generated for this test.
  
! 'cleanup-repo-files'
!      Removes files generated for this test for '-frepo'.
  
  
  File: gccint.info,  Node: Ada Tests,  Next: C Tests,  Prev: Test Directives,  Up: Testsuites
--- 5813,5833 ----
            ! { dg-final { keep-modules "keep1 keep2" } } ! just keep these two
            ! { dg-final { keep-modules "" } } ! keep all
  
! `dg-keep-saved-temps "LIST-OF-SUFFIXES-NOT-TO-DELETE"'
       Whitespace separated list of suffixes that should not be deleted
!      automatically in a testcase that uses `-save-temps'.
            // { dg-options "-save-temps -fpch-preprocess -I." }
            int main() { return 0; }
            // { dg-keep-saved-temps ".s" } ! just keep assembler file
            // { dg-keep-saved-temps ".s" ".i" } ! ... and .i
            // { dg-keep-saved-temps ".ii" ".o" } ! or just .ii and .o
  
! `cleanup-profile-file'
       Removes profiling files generated for this test.
  
! `cleanup-repo-files'
!      Removes files generated for this test for `-frepo'.
! 
  
  
  File: gccint.info,  Node: Ada Tests,  Next: C Tests,  Prev: Test Directives,  Up: Testsuites
*************** File: gccint.info,  Node: Ada Tests,  Ne
*** 5721,5748 ****
  ===========================
  
  The Ada testsuite includes executable tests from the ACATS testsuite,
! publicly available at <http://www.ada-auth.org/acats.html>.
  
!  These tests are integrated in the GCC testsuite in the 'ada/acats'
! directory, and enabled automatically when running 'make check', assuming
  the Ada language has been enabled when configuring GCC.
  
!  You can also run the Ada testsuite independently, using 'make
  check-ada', or run a subset of the tests by specifying which chapter to
  run, e.g.:
  
       $ make check-ada CHAPTERS="c3 c9"
  
!  The tests are organized by directory, each directory corresponding to a
! chapter of the Ada Reference Manual.  So for example, 'c9' corresponds
  to chapter 9, which deals with tasking features of the language.
  
!  The tests are run using two 'sh' scripts: 'run_acats' and 'run_all.sh'.
! To run the tests using a simulator or a cross target, see the small
! customization section at the top of 'run_all.sh'.
  
   These tests are run using the build tree: they can be run without doing
! a 'make install'.
  
  
  File: gccint.info,  Node: C Tests,  Next: LTO Testing,  Prev: Ada Tests,  Up: Testsuites
--- 5836,5863 ----
  ===========================
  
  The Ada testsuite includes executable tests from the ACATS testsuite,
! publicly available at `http://www.ada-auth.org/acats.html'.
  
!  These tests are integrated in the GCC testsuite in the `ada/acats'
! directory, and enabled automatically when running `make check', assuming
  the Ada language has been enabled when configuring GCC.
  
!  You can also run the Ada testsuite independently, using `make
  check-ada', or run a subset of the tests by specifying which chapter to
  run, e.g.:
  
       $ make check-ada CHAPTERS="c3 c9"
  
!  The tests are organized by directory, each directory corresponding to
! a chapter of the Ada Reference Manual.  So for example, `c9' corresponds
  to chapter 9, which deals with tasking features of the language.
  
!  The tests are run using two `sh' scripts: `run_acats' and
! `run_all.sh'.  To run the tests using a simulator or a cross target,
! see the small customization section at the top of `run_all.sh'.
  
   These tests are run using the build tree: they can be run without doing
! a `make install'.
  
  
  File: gccint.info,  Node: C Tests,  Next: LTO Testing,  Prev: Ada Tests,  Up: Testsuites
*************** File: gccint.info,  Node: C Tests,  Next
*** 5750,5850 ****
  7.4 C Language Testsuites
  =========================
  
! GCC contains the following C language testsuites, in the 'gcc/testsuite'
! directory:
  
! 'gcc.dg'
!      This contains tests of particular features of the C compiler, using
!      the more modern 'dg' harness.  Correctness tests for various
       compiler features should go here if possible.
  
       Magic comments determine whether the file is preprocessed,
!      compiled, linked or run.  In these tests, error and warning message
!      texts are compared against expected texts or regular expressions
!      given in comments.  These tests are run with the options '-ansi
!      -pedantic' unless other options are given in the test.  Except as
!      noted below they are not run with multiple optimization options.
! 'gcc.dg/compat'
       This subdirectory contains tests for binary compatibility using
!      'lib/compat.exp', which in turn uses the language-independent
       support (*note Support for testing binary compatibility: compat
       Testing.).
! 'gcc.dg/cpp'
       This subdirectory contains tests of the preprocessor.
! 'gcc.dg/debug'
       This subdirectory contains tests for debug formats.  Tests in this
       subdirectory are run for each debug format that the compiler
       supports.
! 'gcc.dg/format'
!      This subdirectory contains tests of the '-Wformat' format checking.
!      Tests in this directory are run with and without '-DWIDE'.
! 'gcc.dg/noncompile'
       This subdirectory contains tests of code that should not compile
       and does not need any special compilation options.  They are run
       with multiple optimization options, since sometimes invalid code
       crashes the compiler with optimization.
! 'gcc.dg/special'
       FIXME: describe this.
  
! 'gcc.c-torture'
       This contains particular code fragments which have historically
       broken easily.  These tests are run with multiple optimization
       options, so tests for features which only break at some
!      optimization levels belong here.  This also contains tests to check
!      that certain optimizations occur.  It might be worthwhile to
!      separate the correctness tests cleanly from the code quality tests,
!      but it hasn't been done yet.
  
! 'gcc.c-torture/compat'
       FIXME: describe this.
  
       This directory should probably not be used for new tests.
! 'gcc.c-torture/compile'
       This testsuite contains test cases that should compile, but do not
       need to link or run.  These test cases are compiled with several
       different combinations of optimization options.  All warnings are
       disabled for these test cases, so this directory is not suitable if
       you wish to test for the presence or absence of compiler warnings.
       While special options can be set, and tests disabled on specific
!      platforms, by the use of '.x' files, mostly these test cases should
!      not contain platform dependencies.  FIXME: discuss how defines such
!      as 'NO_LABEL_VALUES' and 'STACK_SIZE' are used.
! 'gcc.c-torture/execute'
       This testsuite contains test cases that should compile, link and
!      run; otherwise the same comments as for 'gcc.c-torture/compile'
       apply.
! 'gcc.c-torture/execute/ieee'
       This contains tests which are specific to IEEE floating point.
! 'gcc.c-torture/unsorted'
       FIXME: describe this.
  
       This directory should probably not be used for new tests.
! 'gcc.misc-tests'
       This directory contains C tests that require special handling.
       Some of these tests have individual expect files, and others share
       special-purpose expect files:
  
!      'bprob*.c'
!           Test '-fbranch-probabilities' using
!           'gcc.misc-tests/bprob.exp', which in turn uses the generic,
            language-independent framework (*note Support for testing
            profile-directed optimizations: profopt Testing.).
  
!      'gcov*.c'
!           Test 'gcov' output using 'gcov.exp', which in turn uses the
            language-independent support (*note Support for testing gcov:
            gcov Testing.).
  
!      'i386-pf-*.c'
            Test i386-specific support for data prefetch using
!           'i386-prefetch.exp'.
  
! 'gcc.test-framework'
!      'dg-*.c'
            Test the testsuite itself using
!           'gcc.test-framework/test-framework.exp'.
  
!  FIXME: merge in 'testsuite/README.gcc' and discuss the format of test
  cases and magic comments more.
  
  
--- 5865,5980 ----
  7.4 C Language Testsuites
  =========================
  
! GCC contains the following C language testsuites, in the
! `gcc/testsuite' directory:
  
! `gcc.dg'
!      This contains tests of particular features of the C compiler,
!      using the more modern `dg' harness.  Correctness tests for various
       compiler features should go here if possible.
  
       Magic comments determine whether the file is preprocessed,
!      compiled, linked or run.  In these tests, error and warning
!      message texts are compared against expected texts or regular
!      expressions given in comments.  These tests are run with the
!      options `-ansi -pedantic' unless other options are given in the
!      test.  Except as noted below they are not run with multiple
!      optimization options.
! 
! `gcc.dg/compat'
       This subdirectory contains tests for binary compatibility using
!      `lib/compat.exp', which in turn uses the language-independent
       support (*note Support for testing binary compatibility: compat
       Testing.).
! 
! `gcc.dg/cpp'
       This subdirectory contains tests of the preprocessor.
! 
! `gcc.dg/debug'
       This subdirectory contains tests for debug formats.  Tests in this
       subdirectory are run for each debug format that the compiler
       supports.
! 
! `gcc.dg/format'
!      This subdirectory contains tests of the `-Wformat' format
!      checking.  Tests in this directory are run with and without
!      `-DWIDE'.
! 
! `gcc.dg/noncompile'
       This subdirectory contains tests of code that should not compile
       and does not need any special compilation options.  They are run
       with multiple optimization options, since sometimes invalid code
       crashes the compiler with optimization.
! 
! `gcc.dg/special'
       FIXME: describe this.
  
! `gcc.c-torture'
       This contains particular code fragments which have historically
       broken easily.  These tests are run with multiple optimization
       options, so tests for features which only break at some
!      optimization levels belong here.  This also contains tests to
!      check that certain optimizations occur.  It might be worthwhile to
!      separate the correctness tests cleanly from the code quality
!      tests, but it hasn't been done yet.
  
! `gcc.c-torture/compat'
       FIXME: describe this.
  
       This directory should probably not be used for new tests.
! 
! `gcc.c-torture/compile'
       This testsuite contains test cases that should compile, but do not
       need to link or run.  These test cases are compiled with several
       different combinations of optimization options.  All warnings are
       disabled for these test cases, so this directory is not suitable if
       you wish to test for the presence or absence of compiler warnings.
       While special options can be set, and tests disabled on specific
!      platforms, by the use of `.x' files, mostly these test cases
!      should not contain platform dependencies.  FIXME: discuss how
!      defines such as `NO_LABEL_VALUES' and `STACK_SIZE' are used.
! 
! `gcc.c-torture/execute'
       This testsuite contains test cases that should compile, link and
!      run; otherwise the same comments as for `gcc.c-torture/compile'
       apply.
! 
! `gcc.c-torture/execute/ieee'
       This contains tests which are specific to IEEE floating point.
! 
! `gcc.c-torture/unsorted'
       FIXME: describe this.
  
       This directory should probably not be used for new tests.
! 
! `gcc.misc-tests'
       This directory contains C tests that require special handling.
       Some of these tests have individual expect files, and others share
       special-purpose expect files:
  
!     ``bprob*.c''
!           Test `-fbranch-probabilities' using
!           `gcc.misc-tests/bprob.exp', which in turn uses the generic,
            language-independent framework (*note Support for testing
            profile-directed optimizations: profopt Testing.).
  
!     ``gcov*.c''
!           Test `gcov' output using `gcov.exp', which in turn uses the
            language-independent support (*note Support for testing gcov:
            gcov Testing.).
  
!     ``i386-pf-*.c''
            Test i386-specific support for data prefetch using
!           `i386-prefetch.exp'.
  
! `gcc.test-framework'
! 
!     ``dg-*.c''
            Test the testsuite itself using
!           `gcc.test-framework/test-framework.exp'.
  
! 
!  FIXME: merge in `testsuite/README.gcc' and discuss the format of test
  cases and magic comments more.
  
  
*************** Tests for link-time optimizations usuall
*** 5857,5934 ****
  that are compiled separately, perhaps with different sets of options.
  There are several special-purpose test directives used for these tests.
  
! '{ dg-lto-do DO-WHAT-KEYWORD }'
       DO-WHAT-KEYWORD specifies how the test is compiled and whether it
       is executed.  It is one of:
  
!      'assemble'
!           Compile with '-c' to produce a relocatable object file.
!      'link'
            Compile, assemble, and link to produce an executable file.
!      'run'
            Produce and run an executable file, which is expected to
            return an exit code of 0.
  
!      The default is 'assemble'.  That can be overridden for a set of
!      tests by redefining 'dg-do-what-default' within the '.exp' file for
!      those tests.
  
!      Unlike 'dg-do', 'dg-lto-do' does not support an optional 'target'
!      or 'xfail' list.  Use 'dg-skip-if', 'dg-xfail-if', or
!      'dg-xfail-run-if'.
  
! '{ dg-lto-options { { OPTIONS } [{ OPTIONS }] } [{ target SELECTOR }]}'
       This directive provides a list of one or more sets of compiler
       options to override LTO_OPTIONS.  Each test will be compiled and
       run with each of these sets of options.
  
! '{ dg-extra-ld-options OPTIONS [{ target SELECTOR }]}'
       This directive adds OPTIONS to the linker options used.
  
! '{ dg-suppress-ld-options OPTIONS [{ target SELECTOR }]}'
       This directive removes OPTIONS from the set of linker options used.
  
  
  File: gccint.info,  Node: gcov Testing,  Next: profopt Testing,  Prev: LTO Testing,  Up: Testsuites
  
! 7.6 Support for testing 'gcov'
  ==============================
  
! Language-independent support for testing 'gcov', and for checking that
  branch profiling produces expected values, is provided by the expect
! file 'lib/gcov.exp'.  'gcov' tests also rely on procedures in
! 'lib/gcc-dg.exp' to compile and run the test program.  A typical 'gcov'
  test contains the following DejaGnu commands within comments:
  
       { dg-options "-fprofile-arcs -ftest-coverage" }
       { dg-do run { target native } }
       { dg-final { run-gcov sourcefile } }
  
!  Checks of 'gcov' output can include line counts, branch percentages,
  and call return percentages.  All of these checks are requested via
! commands that appear in comments in the test's source file.  Commands to
! check line counts are processed by default.  Commands to check branch
! percentages and call return percentages are processed if the 'run-gcov'
! command has arguments 'branches' or 'calls', respectively.  For example,
! the following specifies checking both, as well as passing '-b' to
! 'gcov':
  
       { dg-final { run-gcov branches calls { -b sourcefile } } }
  
   A line count command appears within a comment on the source line that
! is expected to get the specified count and has the form 'count(CNT)'.  A
! test should only check line counts for lines that will get the same
  count for any architecture.
  
!  Commands to check branch percentages ('branch') and call return
! percentages ('returns') are very similar to each other.  A beginning
  command appears on or before the first of a range of lines that will
  report the percentage, and the ending command follows that range of
  lines.  The beginning command can include a list of percentages, all of
  which are expected to be found within the range.  A range is terminated
! by the next command of the same kind.  A command 'branch(end)' or
! 'returns(end)' marks the end of a range without starting a new one.  For
! example:
  
       if (i > 10 && j > i && j < 20)  /* branch(27 50 75) */
                                       /* branch(end) */
--- 5987,6066 ----
  that are compiled separately, perhaps with different sets of options.
  There are several special-purpose test directives used for these tests.
  
! `{ dg-lto-do DO-WHAT-KEYWORD }'
       DO-WHAT-KEYWORD specifies how the test is compiled and whether it
       is executed.  It is one of:
  
!     `assemble'
!           Compile with `-c' to produce a relocatable object file.
! 
!     `link'
            Compile, assemble, and link to produce an executable file.
! 
!     `run'
            Produce and run an executable file, which is expected to
            return an exit code of 0.
  
!      The default is `assemble'.  That can be overridden for a set of
!      tests by redefining `dg-do-what-default' within the `.exp' file
!      for those tests.
  
!      Unlike `dg-do', `dg-lto-do' does not support an optional `target'
!      or `xfail' list.  Use `dg-skip-if', `dg-xfail-if', or
!      `dg-xfail-run-if'.
  
! `{ dg-lto-options { { OPTIONS } [{ OPTIONS }] } [{ target SELECTOR }]}'
       This directive provides a list of one or more sets of compiler
       options to override LTO_OPTIONS.  Each test will be compiled and
       run with each of these sets of options.
  
! `{ dg-extra-ld-options OPTIONS [{ target SELECTOR }]}'
       This directive adds OPTIONS to the linker options used.
  
! `{ dg-suppress-ld-options OPTIONS [{ target SELECTOR }]}'
       This directive removes OPTIONS from the set of linker options used.
  
  
  File: gccint.info,  Node: gcov Testing,  Next: profopt Testing,  Prev: LTO Testing,  Up: Testsuites
  
! 7.6 Support for testing `gcov'
  ==============================
  
! Language-independent support for testing `gcov', and for checking that
  branch profiling produces expected values, is provided by the expect
! file `lib/gcov.exp'.  `gcov' tests also rely on procedures in
! `lib/gcc-dg.exp' to compile and run the test program.  A typical `gcov'
  test contains the following DejaGnu commands within comments:
  
       { dg-options "-fprofile-arcs -ftest-coverage" }
       { dg-do run { target native } }
       { dg-final { run-gcov sourcefile } }
  
!  Checks of `gcov' output can include line counts, branch percentages,
  and call return percentages.  All of these checks are requested via
! commands that appear in comments in the test's source file.  Commands
! to check line counts are processed by default.  Commands to check
! branch percentages and call return percentages are processed if the
! `run-gcov' command has arguments `branches' or `calls', respectively.
! For example, the following specifies checking both, as well as passing
! `-b' to `gcov':
  
       { dg-final { run-gcov branches calls { -b sourcefile } } }
  
   A line count command appears within a comment on the source line that
! is expected to get the specified count and has the form `count(CNT)'.
! A test should only check line counts for lines that will get the same
  count for any architecture.
  
!  Commands to check branch percentages (`branch') and call return
! percentages (`returns') are very similar to each other.  A beginning
  command appears on or before the first of a range of lines that will
  report the percentage, and the ending command follows that range of
  lines.  The beginning command can include a list of percentages, all of
  which are expected to be found within the range.  A range is terminated
! by the next command of the same kind.  A command `branch(end)' or
! `returns(end)' marks the end of a range without starting a new one.
! For example:
  
       if (i > 10 && j > i && j < 20)  /* branch(27 50 75) */
                                       /* branch(end) */
*************** calls reported to return.  For a branch
*** 5939,5948 ****
  the expected percentage or 100 minus that value, since the direction of
  a branch can differ depending on the target or the optimization level.
  
!  Not all branches and calls need to be checked.  A test should not check
! for branches that might be optimized away or replaced with predicated
! instructions.  Don't check for calls inserted by the compiler or ones
! that might be inlined or optimized away.
  
   A single test can check for combinations of line counts, branch
  percentages, and call return percentages.  The command to check a line
--- 6071,6080 ----
  the expected percentage or 100 minus that value, since the direction of
  a branch can differ depending on the target or the optimization level.
  
!  Not all branches and calls need to be checked.  A test should not
! check for branches that might be optimized away or replaced with
! predicated instructions.  Don't check for calls inserted by the
! compiler or ones that might be inlined or optimized away.
  
   A single test can check for combinations of line counts, branch
  percentages, and call return percentages.  The command to check a line
*************** File: gccint.info,  Node: profopt Testin
*** 5956,5999 ****
  7.7 Support for testing profile-directed optimizations
  ======================================================
  
! The file 'profopt.exp' provides language-independent support for
  checking correct execution of a test built with profile-directed
  optimization.  This testing requires that a test program be built and
! executed twice.  The first time it is compiled to generate profile data,
! and the second time it is compiled to use the data that was generated
! during the first execution.  The second execution is to verify that the
! test produces the expected results.
  
   To check that the optimization actually generated better code, a test
  can be built and run a third time with normal optimizations to verify
  that the performance is better with the profile-directed optimizations.
! 'profopt.exp' has the beginnings of this kind of support.
  
!  'profopt.exp' provides generic support for profile-directed
  optimizations.  Each set of tests that uses it provides information
  about a specific optimization:
  
! 'tool'
!      tool being tested, e.g., 'gcc'
  
! 'profile_option'
       options used to generate profile data
  
! 'feedback_option'
       options used to optimize using that profile data
  
! 'prof_ext'
       suffix of profile data files
  
! 'PROFOPT_OPTIONS'
       list of options with which to run each test, similar to the lists
       for torture tests
  
! '{ dg-final-generate { LOCAL-DIRECTIVE } }'
!      This directive is similar to 'dg-final', but the LOCAL-DIRECTIVE is
!      run after the generation of profile data.
  
! '{ dg-final-use { LOCAL-DIRECTIVE } }'
       The LOCAL-DIRECTIVE is run after the profile data have been used.
  
  
--- 6088,6131 ----
  7.7 Support for testing profile-directed optimizations
  ======================================================
  
! The file `profopt.exp' provides language-independent support for
  checking correct execution of a test built with profile-directed
  optimization.  This testing requires that a test program be built and
! executed twice.  The first time it is compiled to generate profile
! data, and the second time it is compiled to use the data that was
! generated during the first execution.  The second execution is to
! verify that the test produces the expected results.
  
   To check that the optimization actually generated better code, a test
  can be built and run a third time with normal optimizations to verify
  that the performance is better with the profile-directed optimizations.
! `profopt.exp' has the beginnings of this kind of support.
  
!  `profopt.exp' provides generic support for profile-directed
  optimizations.  Each set of tests that uses it provides information
  about a specific optimization:
  
! `tool'
!      tool being tested, e.g., `gcc'
  
! `profile_option'
       options used to generate profile data
  
! `feedback_option'
       options used to optimize using that profile data
  
! `prof_ext'
       suffix of profile data files
  
! `PROFOPT_OPTIONS'
       list of options with which to run each test, similar to the lists
       for torture tests
  
! `{ dg-final-generate { LOCAL-DIRECTIVE } }'
!      This directive is similar to `dg-final', but the LOCAL-DIRECTIVE
!      is run after the generation of profile data.
  
! `{ dg-final-use { LOCAL-DIRECTIVE } }'
       The LOCAL-DIRECTIVE is run after the profile data have been used.
  
  
*************** File: gccint.info,  Node: compat Testing
*** 6002,6026 ****
  7.8 Support for testing binary compatibility
  ============================================
  
! The file 'compat.exp' provides language-independent support for binary
  compatibility testing.  It supports testing interoperability of two
  compilers that follow the same ABI, or of multiple sets of compiler
  options that should not affect binary compatibility.  It is intended to
  be used for testsuites that complement ABI testsuites.
  
   A test supported by this framework has three parts, each in a separate
! source file: a main program and two pieces that interact with each other
! to split up the functionality being tested.
  
! 'TESTNAME_main.SUFFIX'
       Contains the main program, which calls a function in file
!      'TESTNAME_x.SUFFIX'.
  
! 'TESTNAME_x.SUFFIX'
!      Contains at least one call to a function in 'TESTNAME_y.SUFFIX'.
  
! 'TESTNAME_y.SUFFIX'
!      Shares data with, or gets arguments from, 'TESTNAME_x.SUFFIX'.
  
   Within each test, the main program and one functional piece are
  compiled by the GCC under test.  The other piece can be compiled by an
--- 6134,6158 ----
  7.8 Support for testing binary compatibility
  ============================================
  
! The file `compat.exp' provides language-independent support for binary
  compatibility testing.  It supports testing interoperability of two
  compilers that follow the same ABI, or of multiple sets of compiler
  options that should not affect binary compatibility.  It is intended to
  be used for testsuites that complement ABI testsuites.
  
   A test supported by this framework has three parts, each in a separate
! source file: a main program and two pieces that interact with each
! other to split up the functionality being tested.
  
! `TESTNAME_main.SUFFIX'
       Contains the main program, which calls a function in file
!      `TESTNAME_x.SUFFIX'.
  
! `TESTNAME_x.SUFFIX'
!      Contains at least one call to a function in `TESTNAME_y.SUFFIX'.
  
! `TESTNAME_y.SUFFIX'
!      Shares data with, or gets arguments from, `TESTNAME_x.SUFFIX'.
  
   Within each test, the main program and one functional piece are
  compiled by the GCC under test.  The other piece can be compiled by an
*************** pair specifies options used with the GCC
*** 6031,6063 ****
  element of the pair specifies options used with the alternate compiler.
  Each test is compiled with each pair of options.
  
!  'compat.exp' defines default pairs of compiler options.  These can be
! overridden by defining the environment variable 'COMPAT_OPTIONS' as:
  
       COMPAT_OPTIONS="[list [list {TST1} {ALT1}]
         ...[list {TSTN} {ALTN}]]"
  
   where TSTI and ALTI are lists of options, with TSTI used by the
  compiler under test and ALTI used by the alternate compiler.  For
! example, with '[list [list {-g -O0} {-O3}] [list {-fpic} {-fPIC -O2}]]',
! the test is first built with '-g -O0' by the compiler under test and
! with '-O3' by the alternate compiler.  The test is built a second time
! using '-fpic' by the compiler under test and '-fPIC -O2' by the
  alternate compiler.
  
   An alternate compiler is specified by defining an environment variable
  to be the full pathname of an installed compiler; for C define
! 'ALT_CC_UNDER_TEST', and for C++ define 'ALT_CXX_UNDER_TEST'.  These
! will be written to the 'site.exp' file used by DejaGnu.  The default is
  to build each test with the compiler under test using the first of each
! pair of compiler options from 'COMPAT_OPTIONS'.  When
! 'ALT_CC_UNDER_TEST' or 'ALT_CXX_UNDER_TEST' is 'same', each test is
! built using the compiler under test but with combinations of the options
! from 'COMPAT_OPTIONS'.
  
   To run only the C++ compatibility suite using the compiler under test
  and another version of GCC using specific compiler options, do the
! following from 'OBJDIR/gcc':
  
       rm site.exp
       make -k \
--- 6163,6195 ----
  element of the pair specifies options used with the alternate compiler.
  Each test is compiled with each pair of options.
  
!  `compat.exp' defines default pairs of compiler options.  These can be
! overridden by defining the environment variable `COMPAT_OPTIONS' as:
  
       COMPAT_OPTIONS="[list [list {TST1} {ALT1}]
         ...[list {TSTN} {ALTN}]]"
  
   where TSTI and ALTI are lists of options, with TSTI used by the
  compiler under test and ALTI used by the alternate compiler.  For
! example, with `[list [list {-g -O0} {-O3}] [list {-fpic} {-fPIC -O2}]]',
! the test is first built with `-g -O0' by the compiler under test and
! with `-O3' by the alternate compiler.  The test is built a second time
! using `-fpic' by the compiler under test and `-fPIC -O2' by the
  alternate compiler.
  
   An alternate compiler is specified by defining an environment variable
  to be the full pathname of an installed compiler; for C define
! `ALT_CC_UNDER_TEST', and for C++ define `ALT_CXX_UNDER_TEST'.  These
! will be written to the `site.exp' file used by DejaGnu.  The default is
  to build each test with the compiler under test using the first of each
! pair of compiler options from `COMPAT_OPTIONS'.  When
! `ALT_CC_UNDER_TEST' or `ALT_CXX_UNDER_TEST' is `same', each test is
! built using the compiler under test but with combinations of the
! options from `COMPAT_OPTIONS'.
  
   To run only the C++ compatibility suite using the compiler under test
  and another version of GCC using specific compiler options, do the
! following from `OBJDIR/gcc':
  
       rm site.exp
       make -k \
*************** compiler under test but is present in th
*** 6076,6092 ****
   The binary compatibility tests support a small number of test framework
  commands that appear within comments in a test file.
  
! 'dg-require-*'
!      These commands can be used in 'TESTNAME_main.SUFFIX' to skip the
       test if specific support is not available on the target.
  
! 'dg-options'
       The specified options are used for compiling this particular source
!      file, appended to the options from 'COMPAT_OPTIONS'.  When this
!      command appears in 'TESTNAME_main.SUFFIX' the options are also used
!      to link the test program.
  
! 'dg-xfail-if'
       This command can be used in a secondary source file to specify that
       compilation is expected to fail for particular options on
       particular targets.
--- 6208,6224 ----
   The binary compatibility tests support a small number of test framework
  commands that appear within comments in a test file.
  
! `dg-require-*'
!      These commands can be used in `TESTNAME_main.SUFFIX' to skip the
       test if specific support is not available on the target.
  
! `dg-options'
       The specified options are used for compiling this particular source
!      file, appended to the options from `COMPAT_OPTIONS'.  When this
!      command appears in `TESTNAME_main.SUFFIX' the options are also
!      used to link the test program.
  
! `dg-xfail-if'
       This command can be used in a secondary source file to specify that
       compilation is expected to fail for particular options on
       particular targets.
*************** File: gccint.info,  Node: Torture Tests,
*** 6099,6134 ****
  
  Throughout the compiler testsuite there are several directories whose
  tests are run multiple times, each with a different set of options.
! These are known as torture tests.  'lib/torture-options.exp' defines
  procedures to set up these lists:
  
! 'torture-init'
       Initialize use of torture lists.
! 'set-torture-options'
       Set lists of torture options to use for tests with and without
       loops.  Optionally combine a set of torture options with a set of
       other options, as is done with Objective-C runtime options.
! 'torture-finish'
       Finalize use of torture lists.
  
!  The '.exp' file for a set of tests that use torture options must
  include calls to these three procedures if:
  
!    * It calls 'gcc-dg-runtest' and overrides DG_TORTURE_OPTIONS.
  
!    * It calls ${TOOL}'-torture' or ${TOOL}'-torture-execute', where TOOL
!      is 'c', 'fortran', or 'objc'.
  
!    * It calls 'dg-pch'.
  
!  It is not necessary for a '.exp' file that calls 'gcc-dg-runtest' to
  call the torture procedures if the tests should use the list in
! DG_TORTURE_OPTIONS defined in 'gcc-dg.exp'.
  
   Most uses of torture options can override the default lists by defining
  TORTURE_OPTIONS or add to the default list by defining
! ADDITIONAL_TORTURE_OPTIONS.  Define these in a '.dejagnurc' file or add
! them to the 'site.exp' file; for example
  
       set ADDITIONAL_TORTURE_OPTIONS  [list \
         { -O2 -ftree-loop-linear } \
--- 6231,6268 ----
  
  Throughout the compiler testsuite there are several directories whose
  tests are run multiple times, each with a different set of options.
! These are known as torture tests.  `lib/torture-options.exp' defines
  procedures to set up these lists:
  
! `torture-init'
       Initialize use of torture lists.
! 
! `set-torture-options'
       Set lists of torture options to use for tests with and without
       loops.  Optionally combine a set of torture options with a set of
       other options, as is done with Objective-C runtime options.
! 
! `torture-finish'
       Finalize use of torture lists.
  
!  The `.exp' file for a set of tests that use torture options must
  include calls to these three procedures if:
  
!    * It calls `gcc-dg-runtest' and overrides DG_TORTURE_OPTIONS.
  
!    * It calls ${TOOL}`-torture' or ${TOOL}`-torture-execute', where
!      TOOL is `c', `fortran', or `objc'.
  
!    * It calls `dg-pch'.
  
!  It is not necessary for a `.exp' file that calls `gcc-dg-runtest' to
  call the torture procedures if the tests should use the list in
! DG_TORTURE_OPTIONS defined in `gcc-dg.exp'.
  
   Most uses of torture options can override the default lists by defining
  TORTURE_OPTIONS or add to the default list by defining
! ADDITIONAL_TORTURE_OPTIONS.  Define these in a `.dejagnurc' file or add
! them to the `site.exp' file; for example
  
       set ADDITIONAL_TORTURE_OPTIONS  [list \
         { -O2 -ftree-loop-linear } \
*************** File: gccint.info,  Node: GIMPLE Tests,
*** 6140,6148 ****
  7.10 Support for testing GIMPLE passes
  ======================================
  
! As of gcc 7, C functions can be tagged with '__GIMPLE' to indicate that
! the function body will be GIMPLE, rather than C. The compiler requires
! the option '-fgimple' to enable this functionality.  For example:
  
       /* { dg-do compile } */
       /* { dg-options "-O -fgimple" } */
--- 6274,6282 ----
  7.10 Support for testing GIMPLE passes
  ======================================
  
! As of gcc 7, C functions can be tagged with `__GIMPLE' to indicate that
! the function body will be GIMPLE, rather than C.  The compiler requires
! the option `-fgimple' to enable this functionality.  For example:
  
       /* { dg-do compile } */
       /* { dg-options "-O -fgimple" } */
*************** the option '-fgimple' to enable this fun
*** 6171,6186 ****
         return;
       }
  
!  The 'startwith' argument indicates at which pass to begin.
  
!  Use the dump modifier '-gimple' (e.g.  '-fdump-tree-all-gimple') to
  make tree dumps more closely follow the format accepted by the GIMPLE
  parser.
  
   Example DejaGnu tests of GIMPLE can be seen in the source tree at
! 'gcc/testsuite/gcc.dg/gimplefe-*.c'.
  
!  The '__GIMPLE' parser is integrated with the C tokenizer and
  preprocessor, so it should be possible to use macros to build out test
  coverage.
  
--- 6305,6320 ----
         return;
       }
  
!  The `startwith' argument indicates at which pass to begin.
  
!  Use the dump modifier `-gimple' (e.g. `-fdump-tree-all-gimple') to
  make tree dumps more closely follow the format accepted by the GIMPLE
  parser.
  
   Example DejaGnu tests of GIMPLE can be seen in the source tree at
! `gcc/testsuite/gcc.dg/gimplefe-*.c'.
  
!  The `__GIMPLE' parser is integrated with the C tokenizer and
  preprocessor, so it should be possible to use macros to build out test
  coverage.
  
*************** File: gccint.info,  Node: RTL Tests,  Pr
*** 6190,6197 ****
  7.11 Support for testing RTL passes
  ===================================
  
! As of gcc 7, C functions can be tagged with '__RTL' to indicate that the
! function body will be RTL, rather than C. For example:
  
       double __RTL (startwith ("ira")) test (struct foo *f, const struct bar *b)
       {
--- 6324,6331 ----
  7.11 Support for testing RTL passes
  ===================================
  
! As of gcc 7, C functions can be tagged with `__RTL' to indicate that the
! function body will be RTL, rather than C.  For example:
  
       double __RTL (startwith ("ira")) test (struct foo *f, const struct bar *b)
       {
*************** function body will be RTL, rather than C
*** 6200,6206 ****
         ) ;; function "test"
       }
  
!  The 'startwith' argument indicates at which pass to begin.
  
   The parser expects the RTL body to be in the format emitted by this
  dumping function:
--- 6334,6340 ----
         ) ;; function "test"
       }
  
!  The `startwith' argument indicates at which pass to begin.
  
   The parser expects the RTL body to be in the format emitted by this
  dumping function:
*************** from the debugger using:
*** 6216,6224 ****
   and copy and paste the output into the body of the C function.
  
   Example DejaGnu tests of RTL can be seen in the source tree under
! 'gcc/testsuite/gcc.dg/rtl'.
  
!  The '__RTL' parser is not integrated with the C tokenizer or
  preprocessor, and works simply by reading the relevant lines within the
  braces.  In particular, the RTL body must be on separate lines from the
  enclosing braces, and the preprocessor is not usable within it.
--- 6350,6358 ----
   and copy and paste the output into the body of the C function.
  
   Example DejaGnu tests of RTL can be seen in the source tree under
! `gcc/testsuite/gcc.dg/rtl'.
  
!  The `__RTL' parser is not integrated with the C tokenizer or
  preprocessor, and works simply by reading the relevant lines within the
  braces.  In particular, the RTL body must be on separate lines from the
  enclosing braces, and the preprocessor is not usable within it.
*************** File: gccint.info,  Node: Options,  Next
*** 6229,6237 ****
  8 Option specification files
  ****************************
  
! Most GCC command-line options are described by special option definition
! files, the names of which conventionally end in '.opt'.  This chapter
! describes the format of these files.
  
  * Menu:
  
--- 6363,6371 ----
  8 Option specification files
  ****************************
  
! Most GCC command-line options are described by special option
! definition files, the names of which conventionally end in `.opt'.
! This chapter describes the format of these files.
  
  * Menu:
  
*************** semicolon.
*** 6253,6378 ****
   The files can contain the following types of record:
  
     * A language definition record.  These records have two fields: the
!      string 'Language' and the name of the language.  Once a language
       has been declared in this way, it can be used as an option
       property.  *Note Option properties::.
  
!    * A target specific save record to save additional information.
!      These records have two fields: the string 'TargetSave', and a
!      declaration type to go in the 'cl_target_option' structure.
  
     * A variable record to define a variable used to store option
!      information.  These records have two fields: the string 'Variable',
!      and a declaration of the type and name of the variable, optionally
!      with an initializer (but without any trailing ';').  These records
!      may be used for variables used for many options where declaring the
!      initializer in a single option definition record, or duplicating it
!      in many records, would be inappropriate, or for variables set in
!      option handlers rather than referenced by 'Var' properties.
  
     * A variable record to define a variable used to store option
       information.  These records have two fields: the string
!      'TargetVariable', and a declaration of the type and name of the
       variable, optionally with an initializer (but without any trailing
!      ';').  'TargetVariable' is a combination of 'Variable' and
!      'TargetSave' records in that the variable is defined in the
!      'gcc_options' structure, but these variables are also stored in the
!      'cl_target_option' structure.  The variables are saved in the
       target save code and restored in the target restore code.
  
     * A variable record to record any additional files that the
!      'options.h' file should include.  This is useful to provide
       enumeration or structure definitions needed for target variables.
!      These records have two fields: the string 'HeaderInclude' and the
       name of the include file.
  
     * A variable record to record any additional files that the
!      'options.c' or 'options-save.c' file should include.  This is
       useful to provide inline functions needed for target variables
!      and/or '#ifdef' sequences to properly set up the initialization.
!      These records have two fields: the string 'SourceInclude' and the
       name of the include file.
  
     * An enumeration record to define a set of strings that may be used
       as arguments to an option or options.  These records have three
!      fields: the string 'Enum', a space-separated list of properties and
!      help text used to describe the set of strings in '--help' output.
!      Properties use the same format as option properties; the following
!      are valid:
!      'Name(NAME)'
            This property is required; NAME must be a name (suitable for
            use in C identifiers) used to identify the set of strings in
!           'Enum' option properties.
  
!      'Type(TYPE)'
            This property is required; TYPE is the C type for variables
!           set by options using this enumeration together with 'Var'.
  
!      'UnknownError(MESSAGE)'
            The message MESSAGE will be used as an error message if the
!           argument is invalid; for enumerations without 'UnknownError',
            a generic error message is used.  MESSAGE should contain a
!           single '%qs' format, which will be used to format the invalid
            argument.
  
     * An enumeration value record to define one of the strings in a set
!      given in an 'Enum' record.  These records have two fields: the
!      string 'EnumValue' and a space-separated list of properties.
       Properties use the same format as option properties; the following
       are valid:
!      'Enum(NAME)'
!           This property is required; NAME says which 'Enum' record this
!           'EnumValue' record corresponds to.
  
!      'String(STRING)'
            This property is required; STRING is the string option
            argument being described by this record.
  
!      'Value(VALUE)'
            This property is required; it says what value (representable
!           as 'int') should be used for the given string.
  
!      'Canonical'
            This property is optional.  If present, it says the present
            string is the canonical one among all those with the given
            value.  Other strings yielding that value will be mapped to
            this one so specs do not need to handle them.
  
!      'DriverOnly'
            This property is optional.  If present, the present string
            will only be accepted by the driver.  This is used for cases
!           such as '-march=native' that are processed by the driver so
!           that 'gcc -v' shows how the options chosen depended on the
            system on which the compiler was run.
  
     * An option definition record.  These records have the following
       fields:
         1. the name of the option, with the leading "-" removed
         2. a space-separated list of option properties (*note Option
            properties::)
!        3. the help text to use for '--help' (omitted if the second field
!           contains the 'Undocumented' property).
  
       By default, all options beginning with "f", "W" or "m" are
       implicitly assumed to take a "no-" form.  This form should not be
       listed separately.  If an option beginning with one of these
       letters does not have a "no-" form, you can use the
!      'RejectNegative' property to reject it.
  
       The help text is automatically line-wrapped before being displayed.
       Normally the name of the option is printed on the left-hand side of
       the output and the help text is printed on the right.  However, if
!      the help text contains a tab character, the text to the left of the
!      tab is used instead of the option's name and the text to the right
!      of the tab forms the help text.  This allows you to elaborate on
!      what type of argument the option takes.
  
     * A target mask record.  These records have one field of the form
!      'Mask(X)'.  The options-processing script will automatically
!      allocate a bit in 'target_flags' (*note Run-time Target::) for each
!      mask name X and set the macro 'MASK_X' to the appropriate bitmask.
!      It will also declare a 'TARGET_X' macro that has the value 1 when
!      bit 'MASK_X' is set and 0 otherwise.
  
       They are primarily intended to declare target masks that are not
       associated with user options, either because these masks represent
--- 6387,6515 ----
   The files can contain the following types of record:
  
     * A language definition record.  These records have two fields: the
!      string `Language' and the name of the language.  Once a language
       has been declared in this way, it can be used as an option
       property.  *Note Option properties::.
  
!    * A target specific save record to save additional information. These
!      records have two fields: the string `TargetSave', and a
!      declaration type to go in the `cl_target_option' structure.
  
     * A variable record to define a variable used to store option
!      information.  These records have two fields: the string
!      `Variable', and a declaration of the type and name of the
!      variable, optionally with an initializer (but without any trailing
!      `;').  These records may be used for variables used for many
!      options where declaring the initializer in a single option
!      definition record, or duplicating it in many records, would be
!      inappropriate, or for variables set in option handlers rather than
!      referenced by `Var' properties.
  
     * A variable record to define a variable used to store option
       information.  These records have two fields: the string
!      `TargetVariable', and a declaration of the type and name of the
       variable, optionally with an initializer (but without any trailing
!      `;').  `TargetVariable' is a combination of `Variable' and
!      `TargetSave' records in that the variable is defined in the
!      `gcc_options' structure, but these variables are also stored in
!      the `cl_target_option' structure.  The variables are saved in the
       target save code and restored in the target restore code.
  
     * A variable record to record any additional files that the
!      `options.h' file should include.  This is useful to provide
       enumeration or structure definitions needed for target variables.
!      These records have two fields: the string `HeaderInclude' and the
       name of the include file.
  
     * A variable record to record any additional files that the
!      `options.c' or `options-save.c' file should include.  This is
       useful to provide inline functions needed for target variables
!      and/or `#ifdef' sequences to properly set up the initialization.
!      These records have two fields: the string `SourceInclude' and the
       name of the include file.
  
     * An enumeration record to define a set of strings that may be used
       as arguments to an option or options.  These records have three
!      fields: the string `Enum', a space-separated list of properties
!      and help text used to describe the set of strings in `--help'
!      output.  Properties use the same format as option properties; the
!      following are valid:
!     `Name(NAME)'
            This property is required; NAME must be a name (suitable for
            use in C identifiers) used to identify the set of strings in
!           `Enum' option properties.
  
!     `Type(TYPE)'
            This property is required; TYPE is the C type for variables
!           set by options using this enumeration together with `Var'.
  
!     `UnknownError(MESSAGE)'
            The message MESSAGE will be used as an error message if the
!           argument is invalid; for enumerations without `UnknownError',
            a generic error message is used.  MESSAGE should contain a
!           single `%qs' format, which will be used to format the invalid
            argument.
  
     * An enumeration value record to define one of the strings in a set
!      given in an `Enum' record.  These records have two fields: the
!      string `EnumValue' and a space-separated list of properties.
       Properties use the same format as option properties; the following
       are valid:
!     `Enum(NAME)'
!           This property is required; NAME says which `Enum' record this
!           `EnumValue' record corresponds to.
  
!     `String(STRING)'
            This property is required; STRING is the string option
            argument being described by this record.
  
!     `Value(VALUE)'
            This property is required; it says what value (representable
!           as `int') should be used for the given string.
  
!     `Canonical'
            This property is optional.  If present, it says the present
            string is the canonical one among all those with the given
            value.  Other strings yielding that value will be mapped to
            this one so specs do not need to handle them.
  
!     `DriverOnly'
            This property is optional.  If present, the present string
            will only be accepted by the driver.  This is used for cases
!           such as `-march=native' that are processed by the driver so
!           that `gcc -v' shows how the options chosen depended on the
            system on which the compiler was run.
  
     * An option definition record.  These records have the following
       fields:
         1. the name of the option, with the leading "-" removed
+ 
         2. a space-separated list of option properties (*note Option
            properties::)
! 
!        3. the help text to use for `--help' (omitted if the second field
!           contains the `Undocumented' property).
  
       By default, all options beginning with "f", "W" or "m" are
       implicitly assumed to take a "no-" form.  This form should not be
       listed separately.  If an option beginning with one of these
       letters does not have a "no-" form, you can use the
!      `RejectNegative' property to reject it.
  
       The help text is automatically line-wrapped before being displayed.
       Normally the name of the option is printed on the left-hand side of
       the output and the help text is printed on the right.  However, if
!      the help text contains a tab character, the text to the left of
!      the tab is used instead of the option's name and the text to the
!      right of the tab forms the help text.  This allows you to
!      elaborate on what type of argument the option takes.
  
     * A target mask record.  These records have one field of the form
!      `Mask(X)'.  The options-processing script will automatically
!      allocate a bit in `target_flags' (*note Run-time Target::) for
!      each mask name X and set the macro `MASK_X' to the appropriate
!      bitmask.  It will also declare a `TARGET_X' macro that has the
!      value 1 when bit `MASK_X' is set and 0 otherwise.
  
       They are primarily intended to declare target masks that are not
       associated with user options, either because these masks represent
*************** File: gccint.info,  Node: Option propert
*** 6387,6700 ****
  
  The second field of an option record can specify any of the following
  properties.  When an option takes an argument, it is enclosed in
! parentheses following the option property name.  The parser that handles
! option files is quite simplistic, and will be tricked by any nested
! parentheses within the argument text itself; in this case, the entire
! option argument can be wrapped in curly braces within the parentheses to
! demarcate it, e.g.:
  
       Condition({defined (USE_CYGWIN_LIBSTDCXX_WRAPPERS)})
  
! 'Common'
       The option is available for all languages and targets.
  
! 'Target'
       The option is available for all languages but is target-specific.
  
! 'Driver'
       The option is handled by the compiler driver using code not shared
!      with the compilers proper ('cc1' etc.).
  
! 'LANGUAGE'
       The option is available when compiling for the given language.
  
       It is possible to specify several different languages for the same
       option.  Each LANGUAGE must have been declared by an earlier
!      'Language' record.  *Note Option file format::.
  
! 'RejectDriver'
!      The option is only handled by the compilers proper ('cc1' etc.) and
!      should not be accepted by the driver.
  
! 'RejectNegative'
       The option does not have a "no-" form.  All options beginning with
       "f", "W" or "m" are assumed to have a "no-" form unless this
       property is used.
  
! 'Negative(OTHERNAME)'
       The option will turn off another option OTHERNAME, which is the
       option name with the leading "-" removed.  This chain action will
!      propagate through the 'Negative' property of the option to be
       turned off.
  
       As a consequence, if you have a group of mutually-exclusive
!      options, their 'Negative' properties should form a circular chain.
!      For example, if options '-A', '-B' and '-C' are mutually exclusive,
!      their respective 'Negative' properties should be 'Negative(B)',
!      'Negative(C)' and 'Negative(A)'.
  
! 'Joined'
! 'Separate'
!      The option takes a mandatory argument.  'Joined' indicates that the
!      option and argument can be included in the same 'argv' entry (as
!      with '-mflush-func=NAME', for example).  'Separate' indicates that
!      the option and argument can be separate 'argv' entries (as with
!      '-o').  An option is allowed to have both of these properties.
  
! 'JoinedOrMissing'
       The option takes an optional argument.  If the argument is given,
!      it will be part of the same 'argv' entry as the option itself.
  
!      This property cannot be used alongside 'Joined' or 'Separate'.
  
! 'MissingArgError(MESSAGE)'
!      For an option marked 'Joined' or 'Separate', the message MESSAGE
       will be used as an error message if the mandatory argument is
!      missing; for options without 'MissingArgError', a generic error
!      message is used.  MESSAGE should contain a single '%qs' format,
       which will be used to format the name of the option passed.
  
! 'Args(N)'
!      For an option marked 'Separate', indicate that it takes N
       arguments.  The default is 1.
  
! 'UInteger'
       The option's argument is a non-negative integer.  The option parser
       will check and convert the argument before passing it to the
!      relevant option handler.  'UInteger' should also be used on options
!      like '-falign-loops' where both '-falign-loops' and
!      '-falign-loops'=N are supported to make sure the saved options are
       given a full integer.
  
! 'ToLower'
       The option's argument should be converted to lowercase as part of
       putting it in canonical form, and before comparing with the strings
!      indicated by any 'Enum' property.
  
! 'NoDriverArg'
!      For an option marked 'Separate', the option only takes an argument
       in the compiler proper, not in the driver.  This is for
       compatibility with existing options that are used both directly and
!      via '-Wp,'; new options should not have this property.
  
! 'Var(VAR)'
!      The state of this option should be stored in variable VAR (actually
!      a macro for 'global_options.x_VAR').  The way that the state is
!      stored depends on the type of option:
  
!         * If the option uses the 'Mask' or 'InverseMask' properties, VAR
!           is the integer variable that contains the mask.
  
          * If the option is a normal on/off switch, VAR is an integer
            variable that is nonzero when the option is enabled.  The
            options parser will set the variable to 1 when the positive
            form of the option is used and 0 when the "no-" form is used.
  
!         * If the option takes an argument and has the 'UInteger'
            property, VAR is an integer variable that stores the value of
            the argument.
  
!         * If the option takes an argument and has the 'Enum' property,
!           VAR is a variable (type given in the 'Type' property of the
!           'Enum' record whose 'Name' property has the same argument as
!           the 'Enum' property of this option) that stores the value of
            the argument.
  
!         * If the option has the 'Defer' property, VAR is a pointer to a
!           'VEC(cl_deferred_option,heap)' that stores the option for
!           later processing.  (VAR is declared with type 'void *' and
!           needs to be cast to 'VEC(cl_deferred_option,heap)' before
            use.)
  
          * Otherwise, if the option takes an argument, VAR is a pointer
            to the argument string.  The pointer will be null if the
            argument is optional and wasn't given.
  
!      The option-processing script will usually zero-initialize VAR.  You
!      can modify this behavior using 'Init'.
  
! 'Var(VAR, SET)'
       The option controls an integer variable VAR and is active when VAR
       equals SET.  The option parser will set VAR to SET when the
!      positive form of the option is used and '!SET' when the "no-" form
       is used.
  
       VAR is declared in the same way as for the single-argument form
       described above.
  
! 'Init(VALUE)'
!      The variable specified by the 'Var' property should be statically
       initialized to VALUE.  If more than one option using the same
!      variable specifies 'Init', all must specify the same initializer.
  
! 'Mask(NAME)'
!      The option is associated with a bit in the 'target_flags' variable
       (*note Run-time Target::) and is active when that bit is set.  You
!      may also specify 'Var' to select a variable other than
!      'target_flags'.
  
       The options-processing script will automatically allocate a unique
!      bit for the option.  If the option is attached to 'target_flags',
!      the script will set the macro 'MASK_NAME' to the appropriate
!      bitmask.  It will also declare a 'TARGET_NAME' macro that has the
       value 1 when the option is active and 0 otherwise.  If you use
!      'Var' to attach the option to a different variable, the bitmask
!      macro with be called 'OPTION_MASK_NAME'.
  
! 'InverseMask(OTHERNAME)'
! 'InverseMask(OTHERNAME, THISNAME)'
       The option is the inverse of another option that has the
!      'Mask(OTHERNAME)' property.  If THISNAME is given, the
!      options-processing script will declare a 'TARGET_THISNAME' macro
       that is 1 when the option is active and 0 otherwise.
  
! 'Enum(NAME)'
       The option's argument is a string from the set of strings
!      associated with the corresponding 'Enum' record.  The string is
       checked and converted to the integer specified in the corresponding
!      'EnumValue' record before being passed to option handlers.
  
! 'Defer'
!      The option should be stored in a vector, specified with 'Var', for
       later processing.
  
! 'Alias(OPT)'
! 'Alias(OPT, ARG)'
! 'Alias(OPT, POSARG, NEGARG)'
!      The option is an alias for '-OPT' (or the negative form of that
!      option, depending on 'NegativeAlias').  In the first form, any
!      argument passed to the alias is considered to be passed to '-OPT',
!      and '-OPT' is considered to be negated if the alias is used in
       negated form.  In the second form, the alias may not be negated or
       have an argument, and POSARG is considered to be passed as an
!      argument to '-OPT'.  In the third form, the alias may not have an
       argument, if the alias is used in the positive form then POSARG is
!      considered to be passed to '-OPT', and if the alias is used in the
!      negative form then NEGARG is considered to be passed to '-OPT'.
  
!      Aliases should not specify 'Var' or 'Mask' or 'UInteger'.  Aliases
       should normally specify the same languages as the target of the
       alias; the flags on the target will be used to determine any
!      diagnostic for use of an option for the wrong language, while those
!      on the alias will be used to identify what command-line text is the
!      option and what text is any argument to that option.
  
!      When an 'Alias' definition is used for an option, driver specs do
!      not need to handle it and no 'OPT_' enumeration value is defined
       for it; only the canonical form of the option will be seen in those
       places.
  
! 'NegativeAlias'
!      For an option marked with 'Alias(OPT)', the option is considered to
!      be an alias for the positive form of '-OPT' if negated and for the
!      negative form of '-OPT' if not negated.  'NegativeAlias' may not be
!      used with the forms of 'Alias' taking more than one argument.
  
! 'Ignore'
       This option is ignored apart from printing any warning specified
!      using 'Warn'.  The option will not be seen by specs and no 'OPT_'
       enumeration value is defined for it.
  
! 'SeparateAlias'
!      For an option marked with 'Joined', 'Separate' and 'Alias', the
       option only acts as an alias when passed a separate argument; with
!      a joined argument it acts as a normal option, with an 'OPT_'
!      enumeration value.  This is for compatibility with the Java '-d'
       option and should not be used for new options.
  
! 'Warn(MESSAGE)'
       If this option is used, output the warning MESSAGE.  MESSAGE is a
!      format string, either taking a single operand with a '%qs' format
       which is the option name, or not taking any operands, which is
!      passed to the 'warning' function.  If an alias is marked 'Warn',
!      the target of the alias must not also be marked 'Warn'.
  
! 'Report'
!      The state of the option should be printed by '-fverbose-asm'.
  
! 'Warning'
!      This is a warning option and should be shown as such in '--help'
       output.  This flag does not currently affect anything other than
!      '--help'.
  
! 'Optimization'
       This is an optimization option.  It should be shown as such in
!      '--help' output, and any associated variable named using 'Var'
!      should be saved and restored when the optimization level is changed
!      with 'optimize' attributes.
  
! 'PerFunction'
       This is an option that can be overridden on a per-function basis.
!      'Optimization' implies 'PerFunction', but options that do not
       affect executable code generation may use this flag instead, so
!      that the option is not taken into account in ways that might affect
!      executable code generation.
  
! 'Undocumented'
       The option is deliberately missing documentation and should not be
!      included in the '--help' output.
  
! 'Condition(COND)'
       The option should only be accepted if preprocessor condition COND
       is true.  Note that any C declarations associated with the option
!      will be present even if COND is false; COND simply controls whether
!      the option is accepted and whether it is printed in the '--help'
!      output.
  
! 'Save'
!      Build the 'cl_target_option' structure to hold a copy of the
!      option, add the functions 'cl_target_option_save' and
!      'cl_target_option_restore' to save and restore the options.
  
! 'SetByCombined'
       The option may also be set by a combined option such as
!      '-ffast-math'.  This causes the 'gcc_options' struct to have a
!      field 'frontend_set_NAME', where 'NAME' is the name of the field
!      holding the value of this option (without the leading 'x_').  This
       gives the front end a way to indicate that the value has been set
       explicitly and should not be changed by the combined option.  For
!      example, some front ends use this to prevent '-ffast-math' and
!      '-fno-fast-math' from changing the value of '-fmath-errno' for
!      languages that do not use 'errno'.
  
! 'EnabledBy(OPT)'
! 'EnabledBy(OPT || OPT2)'
! 'EnabledBy(OPT && OPT2)'
!      If not explicitly set, the option is set to the value of '-OPT';
!      multiple options can be given, separated by '||'.  The third form
!      using '&&' specifies that the option is only set if both OPT and
!      OPT2 are set.  The options OPT and OPT2 must have the 'Common'
!      property; otherwise, use 'LangEnabledBy'.
  
! 'LangEnabledBy(LANGUAGE, OPT)'
! 'LangEnabledBy(LANGUAGE, OPT, POSARG, NEGARG)'
       When compiling for the given language, the option is set to the
!      value of '-OPT', if not explicitly set.  OPT can be also a list of
!      '||' separated options.  In the second form, if OPT is used in the
!      positive form then POSARG is considered to be passed to the option,
!      and if OPT is used in the negative form then NEGARG is considered
!      to be passed to the option.  It is possible to specify several
!      different languages.  Each LANGUAGE must have been declared by an
!      earlier 'Language' record.  *Note Option file format::.
  
! 'NoDWARFRecord'
       The option is omitted from the producer string written by
!      '-grecord-gcc-switches'.
  
! 'PchIgnore'
!      Even if this is a target option, this option will not be recorded /
!      compared to determine if a precompiled header file matches.
  
! 'CPP(VAR)'
       The state of this option should be kept in sync with the
       preprocessor option VAR.  If this property is set, then properties
!      'Var' and 'Init' must be set as well.
  
! 'CppReason(CPP_W_ENUM)'
!      This warning option corresponds to 'cpplib.h' warning reason code
       CPP_W_ENUM.  This should only be used for warning options of the
       C-family front-ends.
  
  
  File: gccint.info,  Node: Passes,  Next: GENERIC,  Prev: Options,  Up: Top
  
--- 6524,6840 ----
  
  The second field of an option record can specify any of the following
  properties.  When an option takes an argument, it is enclosed in
! parentheses following the option property name.  The parser that
! handles option files is quite simplistic, and will be tricked by any
! nested parentheses within the argument text itself; in this case, the
! entire option argument can be wrapped in curly braces within the
! parentheses to demarcate it, e.g.:
  
       Condition({defined (USE_CYGWIN_LIBSTDCXX_WRAPPERS)})
  
! `Common'
       The option is available for all languages and targets.
  
! `Target'
       The option is available for all languages but is target-specific.
  
! `Driver'
       The option is handled by the compiler driver using code not shared
!      with the compilers proper (`cc1' etc.).
  
! `LANGUAGE'
       The option is available when compiling for the given language.
  
       It is possible to specify several different languages for the same
       option.  Each LANGUAGE must have been declared by an earlier
!      `Language' record.  *Note Option file format::.
  
! `RejectDriver'
!      The option is only handled by the compilers proper (`cc1' etc.)
!      and should not be accepted by the driver.
  
! `RejectNegative'
       The option does not have a "no-" form.  All options beginning with
       "f", "W" or "m" are assumed to have a "no-" form unless this
       property is used.
  
! `Negative(OTHERNAME)'
       The option will turn off another option OTHERNAME, which is the
       option name with the leading "-" removed.  This chain action will
!      propagate through the `Negative' property of the option to be
       turned off.
  
       As a consequence, if you have a group of mutually-exclusive
!      options, their `Negative' properties should form a circular chain.
!      For example, if options `-A', `-B' and `-C' are mutually
!      exclusive, their respective `Negative' properties should be
!      `Negative(B)', `Negative(C)' and `Negative(A)'.
  
! `Joined'
! `Separate'
!      The option takes a mandatory argument.  `Joined' indicates that
!      the option and argument can be included in the same `argv' entry
!      (as with `-mflush-func=NAME', for example).  `Separate' indicates
!      that the option and argument can be separate `argv' entries (as
!      with `-o').  An option is allowed to have both of these properties.
  
! `JoinedOrMissing'
       The option takes an optional argument.  If the argument is given,
!      it will be part of the same `argv' entry as the option itself.
  
!      This property cannot be used alongside `Joined' or `Separate'.
  
! `MissingArgError(MESSAGE)'
!      For an option marked `Joined' or `Separate', the message MESSAGE
       will be used as an error message if the mandatory argument is
!      missing; for options without `MissingArgError', a generic error
!      message is used.  MESSAGE should contain a single `%qs' format,
       which will be used to format the name of the option passed.
  
! `Args(N)'
!      For an option marked `Separate', indicate that it takes N
       arguments.  The default is 1.
  
! `UInteger'
       The option's argument is a non-negative integer.  The option parser
       will check and convert the argument before passing it to the
!      relevant option handler.  `UInteger' should also be used on
!      options like `-falign-loops' where both `-falign-loops' and
!      `-falign-loops'=N are supported to make sure the saved options are
       given a full integer.
  
! `ToLower'
       The option's argument should be converted to lowercase as part of
       putting it in canonical form, and before comparing with the strings
!      indicated by any `Enum' property.
  
! `NoDriverArg'
!      For an option marked `Separate', the option only takes an argument
       in the compiler proper, not in the driver.  This is for
       compatibility with existing options that are used both directly and
!      via `-Wp,'; new options should not have this property.
  
! `Var(VAR)'
!      The state of this option should be stored in variable VAR
!      (actually a macro for `global_options.x_VAR').  The way that the
!      state is stored depends on the type of option:
  
!         * If the option uses the `Mask' or `InverseMask' properties,
!           VAR is the integer variable that contains the mask.
  
          * If the option is a normal on/off switch, VAR is an integer
            variable that is nonzero when the option is enabled.  The
            options parser will set the variable to 1 when the positive
            form of the option is used and 0 when the "no-" form is used.
  
!         * If the option takes an argument and has the `UInteger'
            property, VAR is an integer variable that stores the value of
            the argument.
  
!         * If the option takes an argument and has the `Enum' property,
!           VAR is a variable (type given in the `Type' property of the
!           `Enum' record whose `Name' property has the same argument as
!           the `Enum' property of this option) that stores the value of
            the argument.
  
!         * If the option has the `Defer' property, VAR is a pointer to a
!           `VEC(cl_deferred_option,heap)' that stores the option for
!           later processing.  (VAR is declared with type `void *' and
!           needs to be cast to `VEC(cl_deferred_option,heap)' before
            use.)
  
          * Otherwise, if the option takes an argument, VAR is a pointer
            to the argument string.  The pointer will be null if the
            argument is optional and wasn't given.
  
!      The option-processing script will usually zero-initialize VAR.
!      You can modify this behavior using `Init'.
  
! `Var(VAR, SET)'
       The option controls an integer variable VAR and is active when VAR
       equals SET.  The option parser will set VAR to SET when the
!      positive form of the option is used and `!SET' when the "no-" form
       is used.
  
       VAR is declared in the same way as for the single-argument form
       described above.
  
! `Init(VALUE)'
!      The variable specified by the `Var' property should be statically
       initialized to VALUE.  If more than one option using the same
!      variable specifies `Init', all must specify the same initializer.
  
! `Mask(NAME)'
!      The option is associated with a bit in the `target_flags' variable
       (*note Run-time Target::) and is active when that bit is set.  You
!      may also specify `Var' to select a variable other than
!      `target_flags'.
  
       The options-processing script will automatically allocate a unique
!      bit for the option.  If the option is attached to `target_flags',
!      the script will set the macro `MASK_NAME' to the appropriate
!      bitmask.  It will also declare a `TARGET_NAME' macro that has the
       value 1 when the option is active and 0 otherwise.  If you use
!      `Var' to attach the option to a different variable, the bitmask
!      macro with be called `OPTION_MASK_NAME'.
  
! `InverseMask(OTHERNAME)'
! `InverseMask(OTHERNAME, THISNAME)'
       The option is the inverse of another option that has the
!      `Mask(OTHERNAME)' property.  If THISNAME is given, the
!      options-processing script will declare a `TARGET_THISNAME' macro
       that is 1 when the option is active and 0 otherwise.
  
! `Enum(NAME)'
       The option's argument is a string from the set of strings
!      associated with the corresponding `Enum' record.  The string is
       checked and converted to the integer specified in the corresponding
!      `EnumValue' record before being passed to option handlers.
  
! `Defer'
!      The option should be stored in a vector, specified with `Var', for
       later processing.
  
! `Alias(OPT)'
! `Alias(OPT, ARG)'
! `Alias(OPT, POSARG, NEGARG)'
!      The option is an alias for `-OPT' (or the negative form of that
!      option, depending on `NegativeAlias').  In the first form, any
!      argument passed to the alias is considered to be passed to `-OPT',
!      and `-OPT' is considered to be negated if the alias is used in
       negated form.  In the second form, the alias may not be negated or
       have an argument, and POSARG is considered to be passed as an
!      argument to `-OPT'.  In the third form, the alias may not have an
       argument, if the alias is used in the positive form then POSARG is
!      considered to be passed to `-OPT', and if the alias is used in the
!      negative form then NEGARG is considered to be passed to `-OPT'.
  
!      Aliases should not specify `Var' or `Mask' or `UInteger'.  Aliases
       should normally specify the same languages as the target of the
       alias; the flags on the target will be used to determine any
!      diagnostic for use of an option for the wrong language, while
!      those on the alias will be used to identify what command-line text
!      is the option and what text is any argument to that option.
  
!      When an `Alias' definition is used for an option, driver specs do
!      not need to handle it and no `OPT_' enumeration value is defined
       for it; only the canonical form of the option will be seen in those
       places.
  
! `NegativeAlias'
!      For an option marked with `Alias(OPT)', the option is considered
!      to be an alias for the positive form of `-OPT' if negated and for
!      the negative form of `-OPT' if not negated.  `NegativeAlias' may
!      not be used with the forms of `Alias' taking more than one
!      argument.
  
! `Ignore'
       This option is ignored apart from printing any warning specified
!      using `Warn'.  The option will not be seen by specs and no `OPT_'
       enumeration value is defined for it.
  
! `SeparateAlias'
!      For an option marked with `Joined', `Separate' and `Alias', the
       option only acts as an alias when passed a separate argument; with
!      a joined argument it acts as a normal option, with an `OPT_'
!      enumeration value.  This is for compatibility with the Java `-d'
       option and should not be used for new options.
  
! `Warn(MESSAGE)'
       If this option is used, output the warning MESSAGE.  MESSAGE is a
!      format string, either taking a single operand with a `%qs' format
       which is the option name, or not taking any operands, which is
!      passed to the `warning' function.  If an alias is marked `Warn',
!      the target of the alias must not also be marked `Warn'.
  
! `Report'
!      The state of the option should be printed by `-fverbose-asm'.
  
! `Warning'
!      This is a warning option and should be shown as such in `--help'
       output.  This flag does not currently affect anything other than
!      `--help'.
  
! `Optimization'
       This is an optimization option.  It should be shown as such in
!      `--help' output, and any associated variable named using `Var'
!      should be saved and restored when the optimization level is
!      changed with `optimize' attributes.
  
! `PerFunction'
       This is an option that can be overridden on a per-function basis.
!      `Optimization' implies `PerFunction', but options that do not
       affect executable code generation may use this flag instead, so
!      that the option is not taken into account in ways that might
!      affect executable code generation.
  
! `Undocumented'
       The option is deliberately missing documentation and should not be
!      included in the `--help' output.
  
! `Condition(COND)'
       The option should only be accepted if preprocessor condition COND
       is true.  Note that any C declarations associated with the option
!      will be present even if COND is false; COND simply controls
!      whether the option is accepted and whether it is printed in the
!      `--help' output.
  
! `Save'
!      Build the `cl_target_option' structure to hold a copy of the
!      option, add the functions `cl_target_option_save' and
!      `cl_target_option_restore' to save and restore the options.
  
! `SetByCombined'
       The option may also be set by a combined option such as
!      `-ffast-math'.  This causes the `gcc_options' struct to have a
!      field `frontend_set_NAME', where `NAME' is the name of the field
!      holding the value of this option (without the leading `x_').  This
       gives the front end a way to indicate that the value has been set
       explicitly and should not be changed by the combined option.  For
!      example, some front ends use this to prevent `-ffast-math' and
!      `-fno-fast-math' from changing the value of `-fmath-errno' for
!      languages that do not use `errno'.
  
! `EnabledBy(OPT)'
! `EnabledBy(OPT || OPT2)'
! `EnabledBy(OPT && OPT2)'
!      If not explicitly set, the option is set to the value of `-OPT';
!      multiple options can be given, separated by `||'.  The third form
!      using `&&' specifies that the option is only set if both OPT and
!      OPT2 are set. The options OPT and OPT2 must have the `Common'
!      property; otherwise, use `LangEnabledBy'.
  
! `LangEnabledBy(LANGUAGE, OPT)'
! `LangEnabledBy(LANGUAGE, OPT, POSARG, NEGARG)'
       When compiling for the given language, the option is set to the
!      value of `-OPT', if not explicitly set. OPT can be also a list of
!      `||' separated options. In the second form, if OPT is used in the
!      positive form then POSARG is considered to be passed to the
!      option, and if OPT is used in the negative form then NEGARG is
!      considered to be passed to the option.  It is possible to specify
!      several different languages.  Each LANGUAGE must have been
!      declared by an earlier `Language' record.  *Note Option file
!      format::.
  
! `NoDWARFRecord'
       The option is omitted from the producer string written by
!      `-grecord-gcc-switches'.
  
! `PchIgnore'
!      Even if this is a target option, this option will not be recorded
!      / compared to determine if a precompiled header file matches.
  
! `CPP(VAR)'
       The state of this option should be kept in sync with the
       preprocessor option VAR.  If this property is set, then properties
!      `Var' and `Init' must be set as well.
  
! `CppReason(CPP_W_ENUM)'
!      This warning option corresponds to `cpplib.h' warning reason code
       CPP_W_ENUM.  This should only be used for warning options of the
       C-family front-ends.
  
+ 
  
  File: gccint.info,  Node: Passes,  Next: GENERIC,  Prev: Options,  Up: Top
  
*************** File: gccint.info,  Node: Parsing pass,
*** 6723,6760 ****
  ================
  
  The language front end is invoked only once, via
! 'lang_hooks.parse_file', to parse the entire input.  The language front
! end may use any intermediate language representation deemed appropriate.
! The C front end uses GENERIC trees (*note GENERIC::), plus a double
! handful of language specific tree codes defined in 'c-common.def'.  The
! Fortran front end uses a completely different private representation.
  
   At some point the front end must translate the representation used in
  the front end to a representation understood by the language-independent
! portions of the compiler.  Current practice takes one of two forms.  The
! C front end manually invokes the gimplifier (*note GIMPLE::) on each
! function, and uses the gimplifier callbacks to convert the
  language-specific tree nodes directly to GIMPLE before passing the
  function off to be compiled.  The Fortran front end converts from a
! private representation to GENERIC, which is later lowered to GIMPLE when
! the function is compiled.  Which route to choose probably depends on how
! well GENERIC (plus extensions) can be made to match up with the source
! language and necessary parsing data structures.
  
   BUG: Gimplification must occur before nested function lowering, and
  nested function lowering must be done by the front end before passing
  the data off to cgraph.
  
!  TODO: Cgraph should control nested function lowering.  It would only be
! invoked when it is certain that the outer-most function is used.
  
   TODO: Cgraph needs a gimplify_function callback.  It should be invoked
  when (1) it is certain that the function is used, (2) warning flags
  specified by the user require some amount of compilation in order to
! honor, (3) the language indicates that semantic analysis is not complete
! until gimplification occurs.  Hum... this sounds overly complicated.
! Perhaps we should just have the front end gimplify always; in most cases
! it's only one function call.
  
   The front end needs to pass all function definitions and top level
  declarations off to the middle-end so that they can be compiled and
--- 6863,6901 ----
  ================
  
  The language front end is invoked only once, via
! `lang_hooks.parse_file', to parse the entire input.  The language front
! end may use any intermediate language representation deemed
! appropriate.  The C front end uses GENERIC trees (*note GENERIC::), plus
! a double handful of language specific tree codes defined in
! `c-common.def'.  The Fortran front end uses a completely different
! private representation.
  
   At some point the front end must translate the representation used in
  the front end to a representation understood by the language-independent
! portions of the compiler.  Current practice takes one of two forms.
! The C front end manually invokes the gimplifier (*note GIMPLE::) on
! each function, and uses the gimplifier callbacks to convert the
  language-specific tree nodes directly to GIMPLE before passing the
  function off to be compiled.  The Fortran front end converts from a
! private representation to GENERIC, which is later lowered to GIMPLE
! when the function is compiled.  Which route to choose probably depends
! on how well GENERIC (plus extensions) can be made to match up with the
! source language and necessary parsing data structures.
  
   BUG: Gimplification must occur before nested function lowering, and
  nested function lowering must be done by the front end before passing
  the data off to cgraph.
  
!  TODO: Cgraph should control nested function lowering.  It would only
! be invoked when it is certain that the outer-most function is used.
  
   TODO: Cgraph needs a gimplify_function callback.  It should be invoked
  when (1) it is certain that the function is used, (2) warning flags
  specified by the user require some amount of compilation in order to
! honor, (3) the language indicates that semantic analysis is not
! complete until gimplification occurs.  Hum... this sounds overly
! complicated.  Perhaps we should just have the front end gimplify
! always; in most cases it's only one function call.
  
   The front end needs to pass all function definitions and top level
  declarations off to the middle-end so that they can be compiled and
*************** all be passed as well.
*** 6769,6784 ****
  
   In any case, the front end needs each complete top-level function or
  data declaration, and each data definition should be passed to
! 'rest_of_decl_compilation'.  Each complete type definition should be
! passed to 'rest_of_type_compilation'.  Each function definition should
! be passed to 'cgraph_finalize_function'.
  
   TODO: I know rest_of_compilation currently has all sorts of RTL
  generation semantics.  I plan to move all code generation bits (both
! Tree and RTL) to compile_function.  Should we hide cgraph from the front
! ends and move back to rest_of_compilation as the official interface?
! Possibly we should rename all three interfaces such that the names match
! in some meaningful way and that is more descriptive than "rest_of".
  
   The middle-end will, at its option, emit the function and data
  definitions immediately or queue them for later processing.
--- 6910,6926 ----
  
   In any case, the front end needs each complete top-level function or
  data declaration, and each data definition should be passed to
! `rest_of_decl_compilation'.  Each complete type definition should be
! passed to `rest_of_type_compilation'.  Each function definition should
! be passed to `cgraph_finalize_function'.
  
   TODO: I know rest_of_compilation currently has all sorts of RTL
  generation semantics.  I plan to move all code generation bits (both
! Tree and RTL) to compile_function.  Should we hide cgraph from the
! front ends and move back to rest_of_compilation as the official
! interface?  Possibly we should rename all three interfaces such that
! the names match in some meaningful way and that is more descriptive
! than "rest_of".
  
   The middle-end will, at its option, emit the function and data
  definitions immediately or queue them for later processing.
*************** File: gccint.info,  Node: Cilk Plus Tran
*** 6789,6847 ****
  9.2 Cilk Plus Transformation
  ============================
  
! If Cilk Plus generation (flag '-fcilkplus') is enabled, all the Cilk
  Plus code is transformed into equivalent C and C++ functions.  Majority
  of this transformation occurs toward the end of the parsing and right
  before the gimplification pass.
  
   These are the major components to the Cilk Plus language extension:
     * Array Notations: During parsing phase, all the array notation
!      specific information is stored in 'ARRAY_NOTATION_REF' tree using
!      the function 'c_parser_array_notation'.  During the end of parsing,
!      we check the entire function to see if there are any array notation
!      specific code (using the function 'contains_array_notation_expr').
!      If this function returns true, then we expand them using either
!      'expand_array_notation_exprs' or 'build_array_notation_expr'.  For
!      the cases where array notations are inside conditions, they are
!      transformed using the function 'fix_conditional_array_notations'.
!      The C language-specific routines are located in
!      'c/c-array-notation.c' and the equivalent C++ routines are in the
!      file 'cp/cp-array-notation.c'.  Common routines such as functions
!      to initialize built-in functions are stored in
!      'array-notation-common.c'.
  
     * Cilk keywords:
!         * '_Cilk_spawn': The '_Cilk_spawn' keyword is parsed and the
            function it contains is marked as a spawning function.  The
            spawning function is called the spawner.  At the end of the
!           parsing phase, appropriate built-in functions are added to the
!           spawner that are defined in the Cilk runtime.  The appropriate
!           locations of these functions, and the internal structures are
!           detailed in 'cilk_init_builtins' in the file 'cilk-common.c'.
!           The pointers to Cilk functions and fields of internal
!           structures are described in 'cilk.h'.  The built-in functions
!           are described in 'cilk-builtins.def'.
  
            During gimplification, a new "spawn-helper" function is
!           created.  The spawned function is replaced with a spawn helper
!           function in the spawner.  The spawned function-call is moved
!           into the spawn helper.  The main function that does these
!           transformations is 'gimplify_cilk_spawn' in 'c-family/cilk.c'.
!           In the spawn-helper, the gimplification function
!           'gimplify_call_expr', inserts a function call
!           '__cilkrts_detach'.  This function is expanded by
!           'builtin_expand_cilk_detach' located in 'c-family/cilk.c'.
  
!         * '_Cilk_sync': '_Cilk_sync' is parsed like a keyword.  During
!           gimplification, the function 'gimplify_cilk_sync' in
!           'c-family/cilk.c', will replace this keyword with a set of
            functions that are stored in the Cilk runtime.  One of the
            internal functions inserted during gimplification,
!           '__cilkrts_pop_frame' must be expanded by the compiler and is
!           done by 'builtin_expand_cilk_pop_frame' in 'cilk-common.c'.
  
   Documentation about Cilk Plus and language specification is provided
! under the "Learn" section in <https://www.cilkplus.org>.  It is worth
  mentioning that the current implementation follows ABI 1.1.
  
  
--- 6931,6990 ----
  9.2 Cilk Plus Transformation
  ============================
  
! If Cilk Plus generation (flag `-fcilkplus') is enabled, all the Cilk
  Plus code is transformed into equivalent C and C++ functions.  Majority
  of this transformation occurs toward the end of the parsing and right
  before the gimplification pass.
  
   These are the major components to the Cilk Plus language extension:
     * Array Notations: During parsing phase, all the array notation
!      specific information is stored in `ARRAY_NOTATION_REF' tree using
!      the function `c_parser_array_notation'.  During the end of
!      parsing, we check the entire function to see if there are any
!      array notation specific code (using the function
!      `contains_array_notation_expr').  If this function returns true,
!      then we expand them using either `expand_array_notation_exprs' or
!      `build_array_notation_expr'.  For the cases where array notations
!      are inside conditions, they are transformed using the function
!      `fix_conditional_array_notations'.  The C language-specific
!      routines are located in `c/c-array-notation.c' and the equivalent
!      C++ routines are in the file `cp/cp-array-notation.c'.  Common
!      routines such as functions to initialize built-in functions are
!      stored in `array-notation-common.c'.
  
     * Cilk keywords:
!         * `_Cilk_spawn': The `_Cilk_spawn' keyword is parsed and the
            function it contains is marked as a spawning function.  The
            spawning function is called the spawner.  At the end of the
!           parsing phase, appropriate built-in functions are added to
!           the spawner that are defined in the Cilk runtime.  The
!           appropriate locations of these functions, and the internal
!           structures are detailed in `cilk_init_builtins' in the file
!           `cilk-common.c'.  The pointers to Cilk functions and fields
!           of internal structures are described in `cilk.h'.  The
!           built-in functions are described in `cilk-builtins.def'.
  
            During gimplification, a new "spawn-helper" function is
!           created.  The spawned function is replaced with a spawn
!           helper function in the spawner.  The spawned function-call is
!           moved into the spawn helper.  The main function that does
!           these transformations is `gimplify_cilk_spawn' in
!           `c-family/cilk.c'.  In the spawn-helper, the gimplification
!           function `gimplify_call_expr', inserts a function call
!           `__cilkrts_detach'.  This function is expanded by
!           `builtin_expand_cilk_detach' located in `c-family/cilk.c'.
  
!         * `_Cilk_sync': `_Cilk_sync' is parsed like a keyword.  During
!           gimplification, the function `gimplify_cilk_sync' in
!           `c-family/cilk.c', will replace this keyword with a set of
            functions that are stored in the Cilk runtime.  One of the
            internal functions inserted during gimplification,
!           `__cilkrts_pop_frame' must be expanded by the compiler and is
!           done by `builtin_expand_cilk_pop_frame' in `cilk-common.c'.
! 
  
   Documentation about Cilk Plus and language specification is provided
! under the "Learn" section in `https://www.cilkplus.org'.  It is worth
  mentioning that the current implementation follows ABI 1.1.
  
  
*************** intermediate language used by the front
*** 6862,6884 ****
  Usually it is easier to generate GENERIC trees plus extensions and let
  the language-independent gimplifier do most of the work.
  
!  The main entry point to this pass is 'gimplify_function_tree' located
! in 'gimplify.c'.  From here we process the entire function gimplifying
  each statement in turn.  The main workhorse for this pass is
! 'gimplify_expr'.  Approximately everything passes through here at least
! once, and it is from here that we invoke the 'lang_hooks.gimplify_expr'
  callback.
  
   The callback should examine the expression in question and return
! 'GS_UNHANDLED' if the expression is not a language specific construct
  that requires attention.  Otherwise it should alter the expression in
  some way to such that forward progress is made toward producing valid
  GIMPLE.  If the callback is certain that the transformation is complete
! and the expression is valid GIMPLE, it should return 'GS_ALL_DONE'.
! Otherwise it should return 'GS_OK', which will cause the expression to
  be processed again.  If the callback encounters an error during the
  transformation (because the front end is relying on the gimplification
! process to finish semantic checks), it should return 'GS_ERROR'.
  
  
  File: gccint.info,  Node: Pass manager,  Next: Tree SSA passes,  Prev: Gimplification pass,  Up: Passes
--- 7005,7027 ----
  Usually it is easier to generate GENERIC trees plus extensions and let
  the language-independent gimplifier do most of the work.
  
!  The main entry point to this pass is `gimplify_function_tree' located
! in `gimplify.c'.  From here we process the entire function gimplifying
  each statement in turn.  The main workhorse for this pass is
! `gimplify_expr'.  Approximately everything passes through here at least
! once, and it is from here that we invoke the `lang_hooks.gimplify_expr'
  callback.
  
   The callback should examine the expression in question and return
! `GS_UNHANDLED' if the expression is not a language specific construct
  that requires attention.  Otherwise it should alter the expression in
  some way to such that forward progress is made toward producing valid
  GIMPLE.  If the callback is certain that the transformation is complete
! and the expression is valid GIMPLE, it should return `GS_ALL_DONE'.
! Otherwise it should return `GS_OK', which will cause the expression to
  be processed again.  If the callback encounters an error during the
  transformation (because the front end is relying on the gimplification
! process to finish semantic checks), it should return `GS_ERROR'.
  
  
  File: gccint.info,  Node: Pass manager,  Next: Tree SSA passes,  Prev: Gimplification pass,  Up: Passes
*************** File: gccint.info,  Node: Pass manager,
*** 6886,6905 ****
  9.4 Pass manager
  ================
  
! The pass manager is located in 'passes.c', 'tree-optimize.c' and
! 'tree-pass.h'.  It processes passes as described in 'passes.def'.  Its
  job is to run all of the individual passes in the correct order, and
  take care of standard bookkeeping that applies to every pass.
  
   The theory of operation is that each pass defines a structure that
! represents everything we need to know about that pass--when it should be
! run, how it should be run, what intermediate language form or
! on-the-side data structures it needs.  We register the pass to be run in
! some particular order, and the pass manager arranges for everything to
! happen in the correct order.
  
   The actuality doesn't completely live up to the theory at present.
! Command-line switches and 'timevar_id_t' enumerations must still be
  defined elsewhere.  The pass manager validates constraints but does not
  attempt to (re-)generate data structures or lower intermediate language
  form based on the requirements of the next pass.  Nevertheless, what is
--- 7029,7048 ----
  9.4 Pass manager
  ================
  
! The pass manager is located in `passes.c', `tree-optimize.c' and
! `tree-pass.h'.  It processes passes as described in `passes.def'.  Its
  job is to run all of the individual passes in the correct order, and
  take care of standard bookkeeping that applies to every pass.
  
   The theory of operation is that each pass defines a structure that
! represents everything we need to know about that pass--when it should
! be run, how it should be run, what intermediate language form or
! on-the-side data structures it needs.  We register the pass to be run
! in some particular order, and the pass manager arranges for everything
! to happen in the correct order.
  
   The actuality doesn't completely live up to the theory at present.
! Command-line switches and `timevar_id_t' enumerations must still be
  defined elsewhere.  The pass manager validates constraints but does not
  attempt to (re-)generate data structures or lower intermediate language
  form based on the requirements of the next pass.  Nevertheless, what is
*************** present is useful, and a far sight bette
*** 6909,6917 ****
  file (for GCC debugging purposes).  Passes with a name starting with a
  star do not dump anything.  Sometimes passes are supposed to share a
  dump file / option name.  To still give these unique names, you can use
! a prefix that is delimited by a space from the part that is used for the
! dump file / option name.  E.g.  When the pass name is "ud dce", the name
! used for dump file/options is "dce".
  
   TODO: describe the global variables set up by the pass manager, and a
  brief description of how a new pass should use it.  I need to look at
--- 7052,7060 ----
  file (for GCC debugging purposes).  Passes with a name starting with a
  star do not dump anything.  Sometimes passes are supposed to share a
  dump file / option name.  To still give these unique names, you can use
! a prefix that is delimited by a space from the part that is used for
! the dump file / option name.  E.g. When the pass name is "ud dce", the
! name used for dump file/options is "dce".
  
   TODO: describe the global variables set up by the pass manager, and a
  brief description of how a new pass should use it.  I need to look at
*************** run after gimplification and what source
*** 6930,7092 ****
  
       This pass is an extremely simple sweep across the gimple code in
       which we identify obviously dead code and remove it.  Here we do
!      things like simplify 'if' statements with constant conditions,
       remove exception handling constructs surrounding code that
       obviously cannot throw, remove lexical bindings that contain no
       variables, and other assorted simplistic cleanups.  The idea is to
       get rid of the obvious stuff quickly rather than wait until later
       when it's more work to get rid of it.  This pass is located in
!      'tree-cfg.c' and described by 'pass_remove_useless_stmts'.
  
     * OpenMP lowering
  
!      If OpenMP generation ('-fopenmp') is enabled, this pass lowers
       OpenMP constructs into GIMPLE.
  
       Lowering of OpenMP constructs involves creating replacement
       expressions for local variables that have been mapped using data
       sharing clauses, exposing the control flow of most synchronization
       directives and adding region markers to facilitate the creation of
!      the control flow graph.  The pass is located in 'omp-low.c' and is
!      described by 'pass_lower_omp'.
  
     * OpenMP expansion
  
!      If OpenMP generation ('-fopenmp') is enabled, this pass expands
       parallel regions into their own functions to be invoked by the
!      thread library.  The pass is located in 'omp-low.c' and is
!      described by 'pass_expand_omp'.
  
     * Lower control flow
  
!      This pass flattens 'if' statements ('COND_EXPR') and moves lexical
!      bindings ('BIND_EXPR') out of line.  After this pass, all 'if'
!      statements will have exactly two 'goto' statements in its 'then'
!      and 'else' arms.  Lexical binding information for each statement
!      will be found in 'TREE_BLOCK' rather than being inferred from its
!      position under a 'BIND_EXPR'.  This pass is found in 'gimple-low.c'
!      and is described by 'pass_lower_cf'.
  
     * Lower exception handling control flow
  
       This pass decomposes high-level exception handling constructs
!      ('TRY_FINALLY_EXPR' and 'TRY_CATCH_EXPR') into a form that
       explicitly represents the control flow involved.  After this pass,
!      'lookup_stmt_eh_region' will return a non-negative number for any
       statement that may have EH control flow semantics; examine
!      'tree_can_throw_internal' or 'tree_can_throw_external' for exact
       semantics.  Exact control flow may be extracted from
!      'foreach_reachable_handler'.  The EH region nesting tree is defined
!      in 'except.h' and built in 'except.c'.  The lowering pass itself is
!      in 'tree-eh.c' and is described by 'pass_lower_eh'.
  
     * Build the control flow graph
  
       This pass decomposes a function into basic blocks and creates all
!      of the edges that connect them.  It is located in 'tree-cfg.c' and
!      is described by 'pass_build_cfg'.
  
     * Find all referenced variables
  
       This pass walks the entire function and collects an array of all
!      variables referenced in the function, 'referenced_vars'.  The index
!      at which a variable is found in the array is used as a UID for the
!      variable within this function.  This data is needed by the SSA
!      rewriting routines.  The pass is located in 'tree-dfa.c' and is
!      described by 'pass_referenced_vars'.
  
     * Enter static single assignment form
  
       This pass rewrites the function such that it is in SSA form.  After
!      this pass, all 'is_gimple_reg' variables will be referenced by
!      'SSA_NAME', and all occurrences of other variables will be
!      annotated with 'VDEFS' and 'VUSES'; PHI nodes will have been
       inserted as necessary for each basic block.  This pass is located
!      in 'tree-ssa.c' and is described by 'pass_build_ssa'.
  
     * Warn for uninitialized variables
  
!      This pass scans the function for uses of 'SSA_NAME's that are fed
       by default definition.  For non-parameter variables, such uses are
       uninitialized.  The pass is run twice, before and after
       optimization (if turned on).  In the first pass we only warn for
       uses that are positively uninitialized; in the second pass we warn
       for uses that are possibly uninitialized.  The pass is located in
!      'tree-ssa.c' and is defined by 'pass_early_warn_uninitialized' and
!      'pass_late_warn_uninitialized'.
  
     * Dead code elimination
  
       This pass scans the function for statements without side effects
       whose result is unused.  It does not do memory life analysis, so
!      any value that is stored in memory is considered used.  The pass is
!      run multiple times throughout the optimization process.  It is
!      located in 'tree-ssa-dce.c' and is described by 'pass_dce'.
  
     * Dominator optimizations
  
       This pass performs trivial dominator-based copy and constant
       propagation, expression simplification, and jump threading.  It is
       run multiple times throughout the optimization process.  It is
!      located in 'tree-ssa-dom.c' and is described by 'pass_dominator'.
  
     * Forward propagation of single-use variables
  
       This pass attempts to remove redundant computation by substituting
       variables that are used once into the expression that uses them and
       seeing if the result can be simplified.  It is located in
!      'tree-ssa-forwprop.c' and is described by 'pass_forwprop'.
  
     * Copy Renaming
  
       This pass attempts to change the name of compiler temporaries
       involved in copy operations such that SSA->normal can coalesce the
!      copy away.  When compiler temporaries are copies of user variables,
!      it also renames the compiler temporary to the user variable
!      resulting in better use of user symbols.  It is located in
!      'tree-ssa-copyrename.c' and is described by 'pass_copyrename'.
  
     * PHI node optimizations
  
       This pass recognizes forms of PHI inputs that can be represented as
       conditional expressions and rewrites them into straight line code.
!      It is located in 'tree-ssa-phiopt.c' and is described by
!      'pass_phiopt'.
  
     * May-alias optimization
  
       This pass performs a flow sensitive SSA-based points-to analysis.
       The resulting may-alias, must-alias, and escape analysis
!      information is used to promote variables from in-memory addressable
!      objects to non-aliased variables that can be renamed into SSA form.
!      We also update the 'VDEF'/'VUSE' memory tags for non-renameable
!      aggregates so that we get fewer false kills.  The pass is located
!      in 'tree-ssa-alias.c' and is described by 'pass_may_alias'.
  
       Interprocedural points-to information is located in
!      'tree-ssa-structalias.c' and described by 'pass_ipa_pta'.
  
     * Profiling
  
       This pass instruments the function in order to collect runtime
!      block and value profiling data.  Such data may be fed back into the
!      compiler on a subsequent run so as to allow optimization based on
!      expected execution frequencies.  The pass is located in
!      'tree-profile.c' and is described by 'pass_ipa_tree_profile'.
  
     * Static profile estimation
  
       This pass implements series of heuristics to guess propababilities
       of branches.  The resulting predictions are turned into edge
       profile by propagating branches across the control flow graphs.
!      The pass is located in 'tree-profile.c' and is described by
!      'pass_profile'.
  
     * Lower complex arithmetic
  
       This pass rewrites complex arithmetic operations into their
       component scalar arithmetic operations.  The pass is located in
!      'tree-complex.c' and is described by 'pass_lower_complex'.
  
     * Scalar replacement of aggregates
  
--- 7073,7236 ----
  
       This pass is an extremely simple sweep across the gimple code in
       which we identify obviously dead code and remove it.  Here we do
!      things like simplify `if' statements with constant conditions,
       remove exception handling constructs surrounding code that
       obviously cannot throw, remove lexical bindings that contain no
       variables, and other assorted simplistic cleanups.  The idea is to
       get rid of the obvious stuff quickly rather than wait until later
       when it's more work to get rid of it.  This pass is located in
!      `tree-cfg.c' and described by `pass_remove_useless_stmts'.
  
     * OpenMP lowering
  
!      If OpenMP generation (`-fopenmp') is enabled, this pass lowers
       OpenMP constructs into GIMPLE.
  
       Lowering of OpenMP constructs involves creating replacement
       expressions for local variables that have been mapped using data
       sharing clauses, exposing the control flow of most synchronization
       directives and adding region markers to facilitate the creation of
!      the control flow graph.  The pass is located in `omp-low.c' and is
!      described by `pass_lower_omp'.
  
     * OpenMP expansion
  
!      If OpenMP generation (`-fopenmp') is enabled, this pass expands
       parallel regions into their own functions to be invoked by the
!      thread library.  The pass is located in `omp-low.c' and is
!      described by `pass_expand_omp'.
  
     * Lower control flow
  
!      This pass flattens `if' statements (`COND_EXPR') and moves lexical
!      bindings (`BIND_EXPR') out of line.  After this pass, all `if'
!      statements will have exactly two `goto' statements in its `then'
!      and `else' arms.  Lexical binding information for each statement
!      will be found in `TREE_BLOCK' rather than being inferred from its
!      position under a `BIND_EXPR'.  This pass is found in
!      `gimple-low.c' and is described by `pass_lower_cf'.
  
     * Lower exception handling control flow
  
       This pass decomposes high-level exception handling constructs
!      (`TRY_FINALLY_EXPR' and `TRY_CATCH_EXPR') into a form that
       explicitly represents the control flow involved.  After this pass,
!      `lookup_stmt_eh_region' will return a non-negative number for any
       statement that may have EH control flow semantics; examine
!      `tree_can_throw_internal' or `tree_can_throw_external' for exact
       semantics.  Exact control flow may be extracted from
!      `foreach_reachable_handler'.  The EH region nesting tree is defined
!      in `except.h' and built in `except.c'.  The lowering pass itself
!      is in `tree-eh.c' and is described by `pass_lower_eh'.
  
     * Build the control flow graph
  
       This pass decomposes a function into basic blocks and creates all
!      of the edges that connect them.  It is located in `tree-cfg.c' and
!      is described by `pass_build_cfg'.
  
     * Find all referenced variables
  
       This pass walks the entire function and collects an array of all
!      variables referenced in the function, `referenced_vars'.  The
!      index at which a variable is found in the array is used as a UID
!      for the variable within this function.  This data is needed by the
!      SSA rewriting routines.  The pass is located in `tree-dfa.c' and
!      is described by `pass_referenced_vars'.
  
     * Enter static single assignment form
  
       This pass rewrites the function such that it is in SSA form.  After
!      this pass, all `is_gimple_reg' variables will be referenced by
!      `SSA_NAME', and all occurrences of other variables will be
!      annotated with `VDEFS' and `VUSES'; PHI nodes will have been
       inserted as necessary for each basic block.  This pass is located
!      in `tree-ssa.c' and is described by `pass_build_ssa'.
  
     * Warn for uninitialized variables
  
!      This pass scans the function for uses of `SSA_NAME's that are fed
       by default definition.  For non-parameter variables, such uses are
       uninitialized.  The pass is run twice, before and after
       optimization (if turned on).  In the first pass we only warn for
       uses that are positively uninitialized; in the second pass we warn
       for uses that are possibly uninitialized.  The pass is located in
!      `tree-ssa.c' and is defined by `pass_early_warn_uninitialized' and
!      `pass_late_warn_uninitialized'.
  
     * Dead code elimination
  
       This pass scans the function for statements without side effects
       whose result is unused.  It does not do memory life analysis, so
!      any value that is stored in memory is considered used.  The pass
!      is run multiple times throughout the optimization process.  It is
!      located in `tree-ssa-dce.c' and is described by `pass_dce'.
  
     * Dominator optimizations
  
       This pass performs trivial dominator-based copy and constant
       propagation, expression simplification, and jump threading.  It is
       run multiple times throughout the optimization process.  It is
!      located in `tree-ssa-dom.c' and is described by `pass_dominator'.
  
     * Forward propagation of single-use variables
  
       This pass attempts to remove redundant computation by substituting
       variables that are used once into the expression that uses them and
       seeing if the result can be simplified.  It is located in
!      `tree-ssa-forwprop.c' and is described by `pass_forwprop'.
  
     * Copy Renaming
  
       This pass attempts to change the name of compiler temporaries
       involved in copy operations such that SSA->normal can coalesce the
!      copy away.  When compiler temporaries are copies of user
!      variables, it also renames the compiler temporary to the user
!      variable resulting in better use of user symbols.  It is located
!      in `tree-ssa-copyrename.c' and is described by `pass_copyrename'.
  
     * PHI node optimizations
  
       This pass recognizes forms of PHI inputs that can be represented as
       conditional expressions and rewrites them into straight line code.
!      It is located in `tree-ssa-phiopt.c' and is described by
!      `pass_phiopt'.
  
     * May-alias optimization
  
       This pass performs a flow sensitive SSA-based points-to analysis.
       The resulting may-alias, must-alias, and escape analysis
!      information is used to promote variables from in-memory
!      addressable objects to non-aliased variables that can be renamed
!      into SSA form.  We also update the `VDEF'/`VUSE' memory tags for
!      non-renameable aggregates so that we get fewer false kills.  The
!      pass is located in `tree-ssa-alias.c' and is described by
!      `pass_may_alias'.
  
       Interprocedural points-to information is located in
!      `tree-ssa-structalias.c' and described by `pass_ipa_pta'.
  
     * Profiling
  
       This pass instruments the function in order to collect runtime
!      block and value profiling data.  Such data may be fed back into
!      the compiler on a subsequent run so as to allow optimization based
!      on expected execution frequencies.  The pass is located in
!      `tree-profile.c' and is described by `pass_ipa_tree_profile'.
  
     * Static profile estimation
  
       This pass implements series of heuristics to guess propababilities
       of branches.  The resulting predictions are turned into edge
       profile by propagating branches across the control flow graphs.
!      The pass is located in `tree-profile.c' and is described by
!      `pass_profile'.
  
     * Lower complex arithmetic
  
       This pass rewrites complex arithmetic operations into their
       component scalar arithmetic operations.  The pass is located in
!      `tree-complex.c' and is described by `pass_lower_complex'.
  
     * Scalar replacement of aggregates
  
*************** run after gimplification and what source
*** 7094,7208 ****
       into a set of scalar variables.  The resulting scalar variables are
       rewritten into SSA form, which allows subsequent optimization
       passes to do a significantly better job with them.  The pass is
!      located in 'tree-sra.c' and is described by 'pass_sra'.
  
     * Dead store elimination
  
       This pass eliminates stores to memory that are subsequently
       overwritten by another store, without any intervening loads.  The
!      pass is located in 'tree-ssa-dse.c' and is described by 'pass_dse'.
  
     * Tail recursion elimination
  
       This pass transforms tail recursion into a loop.  It is located in
!      'tree-tailcall.c' and is described by 'pass_tail_recursion'.
  
     * Forward store motion
  
!      This pass sinks stores and assignments down the flowgraph closer to
!      their use point.  The pass is located in 'tree-ssa-sink.c' and is
!      described by 'pass_sink_code'.
  
     * Partial redundancy elimination
  
       This pass eliminates partially redundant computations, as well as
!      performing load motion.  The pass is located in 'tree-ssa-pre.c'
!      and is described by 'pass_pre'.
  
       Just before partial redundancy elimination, if
!      '-funsafe-math-optimizations' is on, GCC tries to convert divisions
!      to multiplications by the reciprocal.  The pass is located in
!      'tree-ssa-math-opts.c' and is described by 'pass_cse_reciprocal'.
  
     * Full redundancy elimination
  
       This is a simpler form of PRE that only eliminates redundancies
!      that occur on all paths.  It is located in 'tree-ssa-pre.c' and
!      described by 'pass_fre'.
  
     * Loop optimization
  
!      The main driver of the pass is placed in 'tree-ssa-loop.c' and
!      described by 'pass_loop'.
  
       The optimizations performed by this pass are:
  
       Loop invariant motion.  This pass moves only invariants that would
       be hard to handle on RTL level (function calls, operations that
!      expand to nontrivial sequences of insns).  With '-funswitch-loops'
       it also moves operands of conditions that are invariant out of the
       loop, so that we can use just trivial invariantness analysis in
       loop unswitching.  The pass also includes store motion.  The pass
!      is implemented in 'tree-ssa-loop-im.c'.
  
       Canonical induction variable creation.  This pass creates a simple
       counter for number of iterations of the loop and replaces the exit
!      condition of the loop using it, in case when a complicated analysis
!      is necessary to determine the number of iterations.  Later
!      optimizations then may determine the number easily.  The pass is
!      implemented in 'tree-ssa-loop-ivcanon.c'.
  
       Induction variable optimizations.  This pass performs standard
       induction variable optimizations, including strength reduction,
!      induction variable merging and induction variable elimination.  The
!      pass is implemented in 'tree-ssa-loop-ivopts.c'.
  
       Loop unswitching.  This pass moves the conditional jumps that are
       invariant out of the loops.  To achieve this, a duplicate of the
       loop is created for each possible outcome of conditional jump(s).
!      The pass is implemented in 'tree-ssa-loop-unswitch.c'.
  
       Loop splitting.  If a loop contains a conditional statement that is
       always true for one part of the iteration space and false for the
!      other this pass splits the loop into two, one dealing with one side
!      the other only with the other, thereby removing one inner-loop
!      conditional.  The pass is implemented in 'tree-ssa-loop-split.c'.
  
       The optimizations also use various utility functions contained in
!      'tree-ssa-loop-manip.c', 'cfgloop.c', 'cfgloopanal.c' and
!      'cfgloopmanip.c'.
  
       Vectorization.  This pass transforms loops to operate on vector
       types instead of scalar types.  Data parallelism across loop
       iterations is exploited to group data elements from consecutive
       iterations into a vector and operate on them in parallel.
       Depending on available target support the loop is conceptually
!      unrolled by a factor 'VF' (vectorization factor), which is the
!      number of elements operated upon in parallel in each iteration, and
!      the 'VF' copies of each scalar operation are fused to form a vector
!      operation.  Additional loop transformations such as peeling and
!      versioning may take place to align the number of iterations, and to
!      align the memory accesses in the loop.  The pass is implemented in
!      'tree-vectorizer.c' (the main driver), 'tree-vect-loop.c' and
!      'tree-vect-loop-manip.c' (loop specific parts and general loop
!      utilities), 'tree-vect-slp' (loop-aware SLP functionality),
!      'tree-vect-stmts.c' and 'tree-vect-data-refs.c'.  Analysis of data
!      references is in 'tree-data-ref.c'.
  
       SLP Vectorization.  This pass performs vectorization of
!      straight-line code.  The pass is implemented in 'tree-vectorizer.c'
!      (the main driver), 'tree-vect-slp.c', 'tree-vect-stmts.c' and
!      'tree-vect-data-refs.c'.
  
       Autoparallelization.  This pass splits the loop iteration space to
       run into several threads.  The pass is implemented in
!      'tree-parloops.c'.
  
       Graphite is a loop transformation framework based on the polyhedral
       model.  Graphite stands for Gimple Represented as Polyhedra.  The
       internals of this infrastructure are documented in
!      <http://gcc.gnu.org/wiki/Graphite>.  The passes working on this
!      representation are implemented in the various 'graphite-*' files.
  
     * Tree level if-conversion for vectorizer
  
--- 7238,7354 ----
       into a set of scalar variables.  The resulting scalar variables are
       rewritten into SSA form, which allows subsequent optimization
       passes to do a significantly better job with them.  The pass is
!      located in `tree-sra.c' and is described by `pass_sra'.
  
     * Dead store elimination
  
       This pass eliminates stores to memory that are subsequently
       overwritten by another store, without any intervening loads.  The
!      pass is located in `tree-ssa-dse.c' and is described by `pass_dse'.
  
     * Tail recursion elimination
  
       This pass transforms tail recursion into a loop.  It is located in
!      `tree-tailcall.c' and is described by `pass_tail_recursion'.
  
     * Forward store motion
  
!      This pass sinks stores and assignments down the flowgraph closer
!      to their use point.  The pass is located in `tree-ssa-sink.c' and
!      is described by `pass_sink_code'.
  
     * Partial redundancy elimination
  
       This pass eliminates partially redundant computations, as well as
!      performing load motion.  The pass is located in `tree-ssa-pre.c'
!      and is described by `pass_pre'.
  
       Just before partial redundancy elimination, if
!      `-funsafe-math-optimizations' is on, GCC tries to convert
!      divisions to multiplications by the reciprocal.  The pass is
!      located in `tree-ssa-math-opts.c' and is described by
!      `pass_cse_reciprocal'.
  
     * Full redundancy elimination
  
       This is a simpler form of PRE that only eliminates redundancies
!      that occur on all paths.  It is located in `tree-ssa-pre.c' and
!      described by `pass_fre'.
  
     * Loop optimization
  
!      The main driver of the pass is placed in `tree-ssa-loop.c' and
!      described by `pass_loop'.
  
       The optimizations performed by this pass are:
  
       Loop invariant motion.  This pass moves only invariants that would
       be hard to handle on RTL level (function calls, operations that
!      expand to nontrivial sequences of insns).  With `-funswitch-loops'
       it also moves operands of conditions that are invariant out of the
       loop, so that we can use just trivial invariantness analysis in
       loop unswitching.  The pass also includes store motion.  The pass
!      is implemented in `tree-ssa-loop-im.c'.
  
       Canonical induction variable creation.  This pass creates a simple
       counter for number of iterations of the loop and replaces the exit
!      condition of the loop using it, in case when a complicated
!      analysis is necessary to determine the number of iterations.
!      Later optimizations then may determine the number easily.  The
!      pass is implemented in `tree-ssa-loop-ivcanon.c'.
  
       Induction variable optimizations.  This pass performs standard
       induction variable optimizations, including strength reduction,
!      induction variable merging and induction variable elimination.
!      The pass is implemented in `tree-ssa-loop-ivopts.c'.
  
       Loop unswitching.  This pass moves the conditional jumps that are
       invariant out of the loops.  To achieve this, a duplicate of the
       loop is created for each possible outcome of conditional jump(s).
!      The pass is implemented in `tree-ssa-loop-unswitch.c'.
  
       Loop splitting.  If a loop contains a conditional statement that is
       always true for one part of the iteration space and false for the
!      other this pass splits the loop into two, one dealing with one
!      side the other only with the other, thereby removing one
!      inner-loop conditional.  The pass is implemented in
!      `tree-ssa-loop-split.c'.
  
       The optimizations also use various utility functions contained in
!      `tree-ssa-loop-manip.c', `cfgloop.c', `cfgloopanal.c' and
!      `cfgloopmanip.c'.
  
       Vectorization.  This pass transforms loops to operate on vector
       types instead of scalar types.  Data parallelism across loop
       iterations is exploited to group data elements from consecutive
       iterations into a vector and operate on them in parallel.
       Depending on available target support the loop is conceptually
!      unrolled by a factor `VF' (vectorization factor), which is the
!      number of elements operated upon in parallel in each iteration,
!      and the `VF' copies of each scalar operation are fused to form a
!      vector operation.  Additional loop transformations such as peeling
!      and versioning may take place to align the number of iterations,
!      and to align the memory accesses in the loop.  The pass is
!      implemented in `tree-vectorizer.c' (the main driver),
!      `tree-vect-loop.c' and `tree-vect-loop-manip.c' (loop specific
!      parts and general loop utilities), `tree-vect-slp' (loop-aware SLP
!      functionality), `tree-vect-stmts.c' and `tree-vect-data-refs.c'.
!      Analysis of data references is in `tree-data-ref.c'.
  
       SLP Vectorization.  This pass performs vectorization of
!      straight-line code. The pass is implemented in `tree-vectorizer.c'
!      (the main driver), `tree-vect-slp.c', `tree-vect-stmts.c' and
!      `tree-vect-data-refs.c'.
  
       Autoparallelization.  This pass splits the loop iteration space to
       run into several threads.  The pass is implemented in
!      `tree-parloops.c'.
  
       Graphite is a loop transformation framework based on the polyhedral
       model.  Graphite stands for Gimple Represented as Polyhedra.  The
       internals of this infrastructure are documented in
!      `http://gcc.gnu.org/wiki/Graphite'.  The passes working on this
!      representation are implemented in the various `graphite-*' files.
  
     * Tree level if-conversion for vectorizer
  
*************** run after gimplification and what source
*** 7211,7239 ****
       basic blocks in one big block.  The idea is to present loop in such
       form so that vectorizer can have one to one mapping between
       statements and available vector operations.  This pass is located
!      in 'tree-if-conv.c' and is described by 'pass_if_conversion'.
  
     * Conditional constant propagation
  
       This pass relaxes a lattice of values in order to identify those
       that must be constant even in the presence of conditional branches.
!      The pass is located in 'tree-ssa-ccp.c' and is described by
!      'pass_ccp'.
  
       A related pass that works on memory loads and stores, and not just
!      register values, is located in 'tree-ssa-ccp.c' and described by
!      'pass_store_ccp'.
  
     * Conditional copy propagation
  
       This is similar to constant propagation but the lattice of values
       is the "copy-of" relation.  It eliminates redundant copies from the
!      code.  The pass is located in 'tree-ssa-copy.c' and described by
!      'pass_copy_prop'.
  
       A related pass that works on memory copies, and not just register
!      copies, is located in 'tree-ssa-copy.c' and described by
!      'pass_store_copy_prop'.
  
     * Value range propagation
  
--- 7357,7385 ----
       basic blocks in one big block.  The idea is to present loop in such
       form so that vectorizer can have one to one mapping between
       statements and available vector operations.  This pass is located
!      in `tree-if-conv.c' and is described by `pass_if_conversion'.
  
     * Conditional constant propagation
  
       This pass relaxes a lattice of values in order to identify those
       that must be constant even in the presence of conditional branches.
!      The pass is located in `tree-ssa-ccp.c' and is described by
!      `pass_ccp'.
  
       A related pass that works on memory loads and stores, and not just
!      register values, is located in `tree-ssa-ccp.c' and described by
!      `pass_store_ccp'.
  
     * Conditional copy propagation
  
       This is similar to constant propagation but the lattice of values
       is the "copy-of" relation.  It eliminates redundant copies from the
!      code.  The pass is located in `tree-ssa-copy.c' and described by
!      `pass_copy_prop'.
  
       A related pass that works on memory copies, and not just register
!      copies, is located in `tree-ssa-copy.c' and described by
!      `pass_store_copy_prop'.
  
     * Value range propagation
  
*************** run after gimplification and what source
*** 7244,7270 ****
       Range Propagation, J. R. C. Patterson, PLDI '95).  In contrast to
       Patterson's algorithm, this implementation does not propagate
       branch probabilities nor it uses more than a single range per SSA
!      name.  This means that the current implementation cannot be used
       for branch prediction (though adapting it would not be difficult).
!      The pass is located in 'tree-vrp.c' and is described by 'pass_vrp'.
  
     * Folding built-in functions
  
       This pass simplifies built-in functions, as applicable, with
!      constant arguments or with inferable string lengths.  It is located
!      in 'tree-ssa-ccp.c' and is described by 'pass_fold_builtins'.
  
     * Split critical edges
  
       This pass identifies critical edges and inserts empty basic blocks
       such that the edge is no longer critical.  The pass is located in
!      'tree-cfg.c' and is described by 'pass_split_crit_edges'.
  
     * Control dependence dead code elimination
  
       This pass is a stronger form of dead code elimination that can
!      eliminate unnecessary control flow statements.  It is located in
!      'tree-ssa-dce.c' and is described by 'pass_cd_dce'.
  
     * Tail call elimination
  
--- 7390,7417 ----
       Range Propagation, J. R. C. Patterson, PLDI '95).  In contrast to
       Patterson's algorithm, this implementation does not propagate
       branch probabilities nor it uses more than a single range per SSA
!      name. This means that the current implementation cannot be used
       for branch prediction (though adapting it would not be difficult).
!      The pass is located in `tree-vrp.c' and is described by `pass_vrp'.
  
     * Folding built-in functions
  
       This pass simplifies built-in functions, as applicable, with
!      constant arguments or with inferable string lengths.  It is
!      located in `tree-ssa-ccp.c' and is described by
!      `pass_fold_builtins'.
  
     * Split critical edges
  
       This pass identifies critical edges and inserts empty basic blocks
       such that the edge is no longer critical.  The pass is located in
!      `tree-cfg.c' and is described by `pass_split_crit_edges'.
  
     * Control dependence dead code elimination
  
       This pass is a stronger form of dead code elimination that can
!      eliminate unnecessary control flow statements.   It is located in
!      `tree-ssa-dce.c' and is described by `pass_cd_dce'.
  
     * Tail call elimination
  
*************** run after gimplification and what source
*** 7272,7281 ****
       jumps.  No code transformation is actually applied here, but the
       data and control flow problem is solved.  The code transformation
       requires target support, and so is delayed until RTL.  In the
!      meantime 'CALL_EXPR_TAILCALL' is set indicating the possibility.
!      The pass is located in 'tree-tailcall.c' and is described by
!      'pass_tail_calls'.  The RTL transformation is handled by
!      'fixup_tail_calls' in 'calls.c'.
  
     * Warn for function return without value
  
--- 7419,7428 ----
       jumps.  No code transformation is actually applied here, but the
       data and control flow problem is solved.  The code transformation
       requires target support, and so is delayed until RTL.  In the
!      meantime `CALL_EXPR_TAILCALL' is set indicating the possibility.
!      The pass is located in `tree-tailcall.c' and is described by
!      `pass_tail_calls'.  The RTL transformation is handled by
!      `fixup_tail_calls' in `calls.c'.
  
     * Warn for function return without value
  
*************** run after gimplification and what source
*** 7283,7335 ****
       not specify a value and issues a warning.  Such a statement may
       have been injected by falling off the end of the function.  This
       pass is run last so that we have as much time as possible to prove
!      that the statement is not reachable.  It is located in 'tree-cfg.c'
!      and is described by 'pass_warn_function_return'.
  
     * Leave static single assignment form
  
       This pass rewrites the function such that it is in normal form.  At
       the same time, we eliminate as many single-use temporaries as
       possible, so the intermediate language is no longer GIMPLE, but
!      GENERIC.  The pass is located in 'tree-outof-ssa.c' and is
!      described by 'pass_del_ssa'.
  
     * Merge PHI nodes that feed into one another
  
       This is part of the CFG cleanup passes.  It attempts to join PHI
!      nodes from a forwarder CFG block into another block with PHI nodes.
!      The pass is located in 'tree-cfgcleanup.c' and is described by
!      'pass_merge_phi'.
  
     * Return value optimization
  
       If a function always returns the same local variable, and that
       local variable is an aggregate type, then the variable is replaced
       with the return value for the function (i.e., the function's
!      DECL_RESULT). This is equivalent to the C++ named return value
       optimization applied to GIMPLE.  The pass is located in
!      'tree-nrv.c' and is described by 'pass_nrv'.
  
     * Return slot optimization
  
!      If a function returns a memory object and is called as 'var =
       foo()', this pass tries to change the call so that the address of
!      'var' is sent to the caller to avoid an extra memory copy.  This
!      pass is located in 'tree-nrv.c' and is described by
!      'pass_return_slot'.
  
!    * Optimize calls to '__builtin_object_size'
  
       This is a propagation pass similar to CCP that tries to remove
!      calls to '__builtin_object_size' when the size of the object can be
       computed at compile-time.  This pass is located in
!      'tree-object-size.c' and is described by 'pass_object_sizes'.
  
     * Loop invariant motion
  
       This pass removes expensive loop-invariant computations out of
!      loops.  The pass is located in 'tree-ssa-loop.c' and described by
!      'pass_lim'.
  
     * Loop nest optimizations
  
--- 7430,7482 ----
       not specify a value and issues a warning.  Such a statement may
       have been injected by falling off the end of the function.  This
       pass is run last so that we have as much time as possible to prove
!      that the statement is not reachable.  It is located in
!      `tree-cfg.c' and is described by `pass_warn_function_return'.
  
     * Leave static single assignment form
  
       This pass rewrites the function such that it is in normal form.  At
       the same time, we eliminate as many single-use temporaries as
       possible, so the intermediate language is no longer GIMPLE, but
!      GENERIC.  The pass is located in `tree-outof-ssa.c' and is
!      described by `pass_del_ssa'.
  
     * Merge PHI nodes that feed into one another
  
       This is part of the CFG cleanup passes.  It attempts to join PHI
!      nodes from a forwarder CFG block into another block with PHI
!      nodes.  The pass is located in `tree-cfgcleanup.c' and is
!      described by `pass_merge_phi'.
  
     * Return value optimization
  
       If a function always returns the same local variable, and that
       local variable is an aggregate type, then the variable is replaced
       with the return value for the function (i.e., the function's
!      DECL_RESULT).  This is equivalent to the C++ named return value
       optimization applied to GIMPLE.  The pass is located in
!      `tree-nrv.c' and is described by `pass_nrv'.
  
     * Return slot optimization
  
!      If a function returns a memory object and is called as `var =
       foo()', this pass tries to change the call so that the address of
!      `var' is sent to the caller to avoid an extra memory copy.  This
!      pass is located in `tree-nrv.c' and is described by
!      `pass_return_slot'.
  
!    * Optimize calls to `__builtin_object_size'
  
       This is a propagation pass similar to CCP that tries to remove
!      calls to `__builtin_object_size' when the size of the object can be
       computed at compile-time.  This pass is located in
!      `tree-object-size.c' and is described by `pass_object_sizes'.
  
     * Loop invariant motion
  
       This pass removes expensive loop-invariant computations out of
!      loops.  The pass is located in `tree-ssa-loop.c' and described by
!      `pass_lim'.
  
     * Loop nest optimizations
  
*************** run after gimplification and what source
*** 7338,7392 ****
       they are all geared to the optimization of data locality in array
       traversals and the removal of dependencies that hamper
       optimizations such as loop parallelization and vectorization.  The
!      pass is located in 'tree-loop-linear.c' and described by
!      'pass_linear_transform'.
  
     * Removal of empty loops
  
       This pass removes loops with no code in them.  The pass is located
!      in 'tree-ssa-loop-ivcanon.c' and described by 'pass_empty_loop'.
  
     * Unrolling of small loops
  
       This pass completely unrolls loops with few iterations.  The pass
!      is located in 'tree-ssa-loop-ivcanon.c' and described by
!      'pass_complete_unroll'.
  
     * Predictive commoning
  
       This pass makes the code reuse the computations from the previous
!      iterations of the loops, especially loads and stores to memory.  It
!      does so by storing the values of these computations to a bank of
!      temporary variables that are rotated at the end of loop.  To avoid
!      the need for this rotation, the loop is then unrolled and the
!      copies of the loop body are rewritten to use the appropriate
       version of the temporary variable.  This pass is located in
!      'tree-predcom.c' and described by 'pass_predcom'.
  
     * Array prefetching
  
       This pass issues prefetch instructions for array references inside
!      loops.  The pass is located in 'tree-ssa-loop-prefetch.c' and
!      described by 'pass_loop_prefetch'.
  
     * Reassociation
  
       This pass rewrites arithmetic expressions to enable optimizations
       that operate on them, like redundancy elimination and
!      vectorization.  The pass is located in 'tree-ssa-reassoc.c' and
!      described by 'pass_reassoc'.
  
!    * Optimization of 'stdarg' functions
  
       This pass tries to avoid the saving of register arguments into the
!      stack on entry to 'stdarg' functions.  If the function doesn't use
!      any 'va_start' macros, no registers need to be saved.  If
!      'va_start' macros are used, the 'va_list' variables don't escape
       the function, it is only necessary to save registers that will be
!      used in 'va_arg' macros.  For instance, if 'va_arg' is only used
!      with integral types in the function, floating point registers don't
!      need to be saved.  This pass is located in 'tree-stdarg.c' and
!      described by 'pass_stdarg'.
  
  
  File: gccint.info,  Node: RTL passes,  Next: Optimization info,  Prev: Tree SSA passes,  Up: Passes
--- 7485,7540 ----
       they are all geared to the optimization of data locality in array
       traversals and the removal of dependencies that hamper
       optimizations such as loop parallelization and vectorization.  The
!      pass is located in `tree-loop-linear.c' and described by
!      `pass_linear_transform'.
  
     * Removal of empty loops
  
       This pass removes loops with no code in them.  The pass is located
!      in `tree-ssa-loop-ivcanon.c' and described by `pass_empty_loop'.
  
     * Unrolling of small loops
  
       This pass completely unrolls loops with few iterations.  The pass
!      is located in `tree-ssa-loop-ivcanon.c' and described by
!      `pass_complete_unroll'.
  
     * Predictive commoning
  
       This pass makes the code reuse the computations from the previous
!      iterations of the loops, especially loads and stores to memory.
!      It does so by storing the values of these computations to a bank
!      of temporary variables that are rotated at the end of loop.  To
!      avoid the need for this rotation, the loop is then unrolled and
!      the copies of the loop body are rewritten to use the appropriate
       version of the temporary variable.  This pass is located in
!      `tree-predcom.c' and described by `pass_predcom'.
  
     * Array prefetching
  
       This pass issues prefetch instructions for array references inside
!      loops.  The pass is located in `tree-ssa-loop-prefetch.c' and
!      described by `pass_loop_prefetch'.
  
     * Reassociation
  
       This pass rewrites arithmetic expressions to enable optimizations
       that operate on them, like redundancy elimination and
!      vectorization.  The pass is located in `tree-ssa-reassoc.c' and
!      described by `pass_reassoc'.
  
!    * Optimization of `stdarg' functions
  
       This pass tries to avoid the saving of register arguments into the
!      stack on entry to `stdarg' functions.  If the function doesn't use
!      any `va_start' macros, no registers need to be saved.  If
!      `va_start' macros are used, the `va_list' variables don't escape
       the function, it is only necessary to save registers that will be
!      used in `va_arg' macros.  For instance, if `va_arg' is only used
!      with integral types in the function, floating point registers
!      don't need to be saved.  This pass is located in `tree-stdarg.c'
!      and described by `pass_stdarg'.
! 
  
  
  File: gccint.info,  Node: RTL passes,  Next: Optimization info,  Prev: Tree SSA passes,  Up: Passes
*************** passes that are run after the Tree optim
*** 7399,7432 ****
  
     * RTL generation
  
!      The source files for RTL generation include 'stmt.c', 'calls.c',
!      'expr.c', 'explow.c', 'expmed.c', 'function.c', 'optabs.c' and
!      'emit-rtl.c'.  Also, the file 'insn-emit.c', generated from the
!      machine description by the program 'genemit', is used in this pass.
!      The header file 'expr.h' is used for communication within this
!      pass.
  
!      The header files 'insn-flags.h' and 'insn-codes.h', generated from
!      the machine description by the programs 'genflags' and 'gencodes',
!      tell this pass which standard names are available for use and which
!      patterns correspond to them.
  
     * Generation of exception landing pads
  
       This pass generates the glue that handles communication between the
       exception handling library routines and the exception handlers
!      within the function.  Entry points in the function that are invoked
!      by the exception handling library are called "landing pads".  The
!      code for this pass is located in 'except.c'.
  
     * Control flow graph cleanup
  
!      This pass removes unreachable code, simplifies jumps to next, jumps
!      to jump, jumps across jumps, etc.  The pass is run multiple times.
!      For historical reasons, it is occasionally referred to as the "jump
!      optimization pass".  The bulk of the code for this pass is in
!      'cfgcleanup.c', and there are support routines in 'cfgrtl.c' and
!      'jump.c'.
  
     * Forward propagation of single-def values
  
--- 7547,7580 ----
  
     * RTL generation
  
!      The source files for RTL generation include `stmt.c', `calls.c',
!      `expr.c', `explow.c', `expmed.c', `function.c', `optabs.c' and
!      `emit-rtl.c'.  Also, the file `insn-emit.c', generated from the
!      machine description by the program `genemit', is used in this
!      pass.  The header file `expr.h' is used for communication within
!      this pass.
  
!      The header files `insn-flags.h' and `insn-codes.h', generated from
!      the machine description by the programs `genflags' and `gencodes',
!      tell this pass which standard names are available for use and
!      which patterns correspond to them.
  
     * Generation of exception landing pads
  
       This pass generates the glue that handles communication between the
       exception handling library routines and the exception handlers
!      within the function.  Entry points in the function that are
!      invoked by the exception handling library are called "landing
!      pads".  The code for this pass is located in `except.c'.
  
     * Control flow graph cleanup
  
!      This pass removes unreachable code, simplifies jumps to next,
!      jumps to jump, jumps across jumps, etc.  The pass is run multiple
!      times.  For historical reasons, it is occasionally referred to as
!      the "jump optimization pass".  The bulk of the code for this pass
!      is in `cfgcleanup.c', and there are support routines in `cfgrtl.c'
!      and `jump.c'.
  
     * Forward propagation of single-def values
  
*************** passes that are run after the Tree optim
*** 7435,7483 ****
       result can be simplified.  It performs copy propagation and
       addressing mode selection.  The pass is run twice, with values
       being propagated into loops only on the second run.  The code is
!      located in 'fwprop.c'.
  
     * Common subexpression elimination
  
       This pass removes redundant computation within basic blocks, and
       optimizes addressing modes based on cost.  The pass is run twice.
!      The code for this pass is located in 'cse.c'.
  
     * Global common subexpression elimination
  
!      This pass performs two different types of GCSE depending on whether
!      you are optimizing for size or not (LCM based GCSE tends to
!      increase code size for a gain in speed, while Morel-Renvoise based
!      GCSE does not).  When optimizing for size, GCSE is done using
!      Morel-Renvoise Partial Redundancy Elimination, with the exception
!      that it does not try to move invariants out of loops--that is left
!      to the loop optimization pass.  If MR PRE GCSE is done, code
!      hoisting (aka unification) is also done, as well as load motion.
!      If you are optimizing for speed, LCM (lazy code motion) based GCSE
!      is done.  LCM is based on the work of Knoop, Ruthing, and Steffen.
!      LCM based GCSE also does loop invariant code motion.  We also
!      perform load and store motion when optimizing for speed.
!      Regardless of which type of GCSE is used, the GCSE pass also
!      performs global constant and copy propagation.  The source file for
!      this pass is 'gcse.c', and the LCM routines are in 'lcm.c'.
  
     * Loop optimization
  
       This pass performs several loop related optimizations.  The source
!      files 'cfgloopanal.c' and 'cfgloopmanip.c' contain generic loop
!      analysis and manipulation code.  Initialization and finalization of
!      loop structures is handled by 'loop-init.c'.  A loop invariant
!      motion pass is implemented in 'loop-invariant.c'.  Basic block
!      level optimizations--unrolling, and peeling loops-- are implemented
!      in 'loop-unroll.c'.  Replacing of the exit condition of loops by
!      special machine-dependent instructions is handled by
!      'loop-doloop.c'.
  
     * Jump bypassing
  
       This pass is an aggressive form of GCSE that transforms the control
       flow graph of a function by propagating constants into conditional
!      branch instructions.  The source file for this pass is 'gcse.c'.
  
     * If conversion
  
--- 7583,7632 ----
       result can be simplified.  It performs copy propagation and
       addressing mode selection.  The pass is run twice, with values
       being propagated into loops only on the second run.  The code is
!      located in `fwprop.c'.
  
     * Common subexpression elimination
  
       This pass removes redundant computation within basic blocks, and
       optimizes addressing modes based on cost.  The pass is run twice.
!      The code for this pass is located in `cse.c'.
  
     * Global common subexpression elimination
  
!      This pass performs two different types of GCSE  depending on
!      whether you are optimizing for size or not (LCM based GCSE tends
!      to increase code size for a gain in speed, while Morel-Renvoise
!      based GCSE does not).  When optimizing for size, GCSE is done
!      using Morel-Renvoise Partial Redundancy Elimination, with the
!      exception that it does not try to move invariants out of
!      loops--that is left to  the loop optimization pass.  If MR PRE
!      GCSE is done, code hoisting (aka unification) is also done, as
!      well as load motion.  If you are optimizing for speed, LCM (lazy
!      code motion) based GCSE is done.  LCM is based on the work of
!      Knoop, Ruthing, and Steffen.  LCM based GCSE also does loop
!      invariant code motion.  We also perform load and store motion when
!      optimizing for speed.  Regardless of which type of GCSE is used,
!      the GCSE pass also performs global constant and  copy propagation.
!      The source file for this pass is `gcse.c', and the LCM routines
!      are in `lcm.c'.
  
     * Loop optimization
  
       This pass performs several loop related optimizations.  The source
!      files `cfgloopanal.c' and `cfgloopmanip.c' contain generic loop
!      analysis and manipulation code.  Initialization and finalization
!      of loop structures is handled by `loop-init.c'.  A loop invariant
!      motion pass is implemented in `loop-invariant.c'.  Basic block
!      level optimizations--unrolling, and peeling loops-- are
!      implemented in `loop-unroll.c'.  Replacing of the exit condition
!      of loops by special machine-dependent instructions is handled by
!      `loop-doloop.c'.
  
     * Jump bypassing
  
       This pass is an aggressive form of GCSE that transforms the control
       flow graph of a function by propagating constants into conditional
!      branch instructions.  The source file for this pass is `gcse.c'.
  
     * If conversion
  
*************** passes that are run after the Tree optim
*** 7486,7534 ****
       instructions, and conditional move instructions.  In the very last
       invocation after reload/LRA, it will generate predicated
       instructions when supported by the target.  The code is located in
!      'ifcvt.c'.
  
     * Web construction
  
       This pass splits independent uses of each pseudo-register.  This
       can improve effect of the other transformation, such as CSE or
!      register allocation.  The code for this pass is located in 'web.c'.
  
     * Instruction combination
  
       This pass attempts to combine groups of two or three instructions
       that are related by data flow into single instructions.  It
       combines the RTL expressions for the instructions by substitution,
!      simplifies the result using algebra, and then attempts to match the
!      result against the machine description.  The code is located in
!      'combine.c'.
  
     * Mode switching optimization
  
       This pass looks for instructions that require the processor to be
       in a specific "mode" and minimizes the number of mode changes
!      required to satisfy all users.  What these modes are, and what they
!      apply to are completely target-specific.  The code for this pass is
!      located in 'mode-switching.c'.
  
     * Modulo scheduling
  
       This pass looks at innermost loops and reorders their instructions
       by overlapping different iterations.  Modulo scheduling is
       performed immediately before instruction scheduling.  The code for
!      this pass is located in 'modulo-sched.c'.
  
     * Instruction scheduling
  
!      This pass looks for instructions whose output will not be available
!      by the time that it is used in subsequent instructions.  Memory
!      loads and floating point instructions often have this behavior on
!      RISC machines.  It re-orders instructions within a basic block to
!      try to separate the definition and use of items that otherwise
!      would cause pipeline stalls.  This pass is performed twice, before
!      and after register allocation.  The code for this pass is located
!      in 'haifa-sched.c', 'sched-deps.c', 'sched-ebb.c', 'sched-rgn.c'
!      and 'sched-vis.c'.
  
     * Register allocation
  
--- 7635,7683 ----
       instructions, and conditional move instructions.  In the very last
       invocation after reload/LRA, it will generate predicated
       instructions when supported by the target.  The code is located in
!      `ifcvt.c'.
  
     * Web construction
  
       This pass splits independent uses of each pseudo-register.  This
       can improve effect of the other transformation, such as CSE or
!      register allocation.  The code for this pass is located in `web.c'.
  
     * Instruction combination
  
       This pass attempts to combine groups of two or three instructions
       that are related by data flow into single instructions.  It
       combines the RTL expressions for the instructions by substitution,
!      simplifies the result using algebra, and then attempts to match
!      the result against the machine description.  The code is located
!      in `combine.c'.
  
     * Mode switching optimization
  
       This pass looks for instructions that require the processor to be
       in a specific "mode" and minimizes the number of mode changes
!      required to satisfy all users.  What these modes are, and what
!      they apply to are completely target-specific.  The code for this
!      pass is located in `mode-switching.c'.
  
     * Modulo scheduling
  
       This pass looks at innermost loops and reorders their instructions
       by overlapping different iterations.  Modulo scheduling is
       performed immediately before instruction scheduling.  The code for
!      this pass is located in `modulo-sched.c'.
  
     * Instruction scheduling
  
!      This pass looks for instructions whose output will not be
!      available by the time that it is used in subsequent instructions.
!      Memory loads and floating point instructions often have this
!      behavior on RISC machines.  It re-orders instructions within a
!      basic block to try to separate the definition and use of items
!      that otherwise would cause pipeline stalls.  This pass is
!      performed twice, before and after register allocation.  The code
!      for this pass is located in `haifa-sched.c', `sched-deps.c',
!      `sched-ebb.c', `sched-rgn.c' and `sched-vis.c'.
  
     * Register allocation
  
*************** passes that are run after the Tree optim
*** 7552,7562 ****
            regions using register pressure but the user can force it to
            use one region or regions corresponding to all loops.
  
!           Source files of the allocator are 'ira.c', 'ira-build.c',
!           'ira-costs.c', 'ira-conflicts.c', 'ira-color.c', 'ira-emit.c',
!           'ira-lives', plus header files 'ira.h' and 'ira-int.h' used
!           for the communication between the allocator and the rest of
!           the compiler and between the IRA files.
  
          * Reloading.  This pass renumbers pseudo registers with the
            hardware registers numbers they were allocated.  Pseudo
--- 7701,7711 ----
            regions using register pressure but the user can force it to
            use one region or regions corresponding to all loops.
  
!           Source files of the allocator are `ira.c', `ira-build.c',
!           `ira-costs.c', `ira-conflicts.c', `ira-color.c',
!           `ira-emit.c', `ira-lives', plus header files `ira.h' and
!           `ira-int.h' used for the communication between the allocator
!           and the rest of the compiler and between the IRA files.
  
          * Reloading.  This pass renumbers pseudo registers with the
            hardware registers numbers they were allocated.  Pseudo
*************** passes that are run after the Tree optim
*** 7564,7591 ****
            stack slots.  Then it finds instructions that are invalid
            because a value has failed to end up in a register, or has
            ended up in a register of the wrong kind.  It fixes up these
!           instructions by reloading the problematical values temporarily
!           into registers.  Additional instructions are generated to do
!           the copying.
  
            The reload pass also optionally eliminates the frame pointer
            and inserts instructions to save and restore call-clobbered
            registers around calls.
  
!           Source files are 'reload.c' and 'reload1.c', plus the header
!           'reload.h' used for communication between them.
  
          * This pass is a modern replacement of the reload pass.  Source
!           files are 'lra.c', 'lra-assign.c', 'lra-coalesce.c',
!           'lra-constraints.c', 'lra-eliminations.c', 'lra-lives.c',
!           'lra-remat.c', 'lra-spills.c', the header 'lra-int.h' used for
!           communication between them, and the header 'lra.h' used for
!           communication between LRA and the rest of compiler.
  
            Unlike the reload pass, intermediate LRA decisions are
!           reflected in RTL as much as possible.  This reduces the number
!           of target-dependent macros and hooks, leaving instruction
!           constraints as the primary source of control.
  
            LRA is run on targets for which TARGET_LRA_P returns true.
  
--- 7713,7740 ----
            stack slots.  Then it finds instructions that are invalid
            because a value has failed to end up in a register, or has
            ended up in a register of the wrong kind.  It fixes up these
!           instructions by reloading the problematical values
!           temporarily into registers.  Additional instructions are
!           generated to do the copying.
  
            The reload pass also optionally eliminates the frame pointer
            and inserts instructions to save and restore call-clobbered
            registers around calls.
  
!           Source files are `reload.c' and `reload1.c', plus the header
!           `reload.h' used for communication between them.
  
          * This pass is a modern replacement of the reload pass.  Source
!           files are `lra.c', `lra-assign.c', `lra-coalesce.c',
!           `lra-constraints.c', `lra-eliminations.c', `lra-lives.c',
!           `lra-remat.c', `lra-spills.c', the header `lra-int.h' used
!           for communication between them, and the header `lra.h' used
!           for communication between LRA and the rest of compiler.
  
            Unlike the reload pass, intermediate LRA decisions are
!           reflected in RTL as much as possible.  This reduces the
!           number of target-dependent macros and hooks, leaving
!           instruction constraints as the primary source of control.
  
            LRA is run on targets for which TARGET_LRA_P returns true.
  
*************** passes that are run after the Tree optim
*** 7595,7602 ****
       information is not available, various types of static analysis are
       performed to make the predictions normally coming from the profile
       feedback (IE execution frequency, branch probability, etc).  It is
!      implemented in the file 'bb-reorder.c', and the various prediction
!      routines are in 'predict.c'.
  
     * Variable tracking
  
--- 7744,7751 ----
       information is not available, various types of static analysis are
       performed to make the predictions normally coming from the profile
       feedback (IE execution frequency, branch probability, etc).  It is
!      implemented in the file `bb-reorder.c', and the various prediction
!      routines are in `predict.c'.
  
     * Variable tracking
  
*************** passes that are run after the Tree optim
*** 7604,7650 ****
       in code and generates notes describing the variable locations to
       RTL code.  The location lists are then generated according to these
       notes to debug information if the debugging information format
!      supports location lists.  The code is located in 'var-tracking.c'.
  
     * Delayed branch scheduling
  
       This optional pass attempts to find instructions that can go into
       the delay slots of other instructions, usually jumps and calls.
!      The code for this pass is located in 'reorg.c'.
  
     * Branch shortening
  
       On many RISC machines, branch instructions have a limited range.
       Thus, longer sequences of instructions must be used for long
!      branches.  In this pass, the compiler figures out what how far each
!      instruction will be from each other instruction, and therefore
!      whether the usual instructions, or the longer sequences, must be
!      used for each branch.  The code for this pass is located in
!      'final.c'.
  
     * Register-to-stack conversion
  
       Conversion from usage of some hard registers to usage of a register
       stack may be done at this point.  Currently, this is supported only
       for the floating-point registers of the Intel 80387 coprocessor.
!      The code for this pass is located in 'reg-stack.c'.
  
     * Final
  
       This pass outputs the assembler code for the function.  The source
!      files are 'final.c' plus 'insn-output.c'; the latter is generated
!      automatically from the machine description by the tool 'genoutput'.
!      The header file 'conditions.h' is used for communication between
       these files.
  
     * Debugging information output
  
       This is run after final because it must output the stack slot
       offsets for pseudo registers that did not get hard registers.
!      Source files are 'dbxout.c' for DBX symbol table format, 'sdbout.c'
!      for SDB symbol table format, 'dwarfout.c' for DWARF symbol table
!      format, files 'dwarf2out.c' and 'dwarf2asm.c' for DWARF2 symbol
!      table format, and 'vmsdbgout.c' for VMS debug symbol table format.
  
  
  File: gccint.info,  Node: Optimization info,  Prev: RTL passes,  Up: Passes
--- 7753,7801 ----
       in code and generates notes describing the variable locations to
       RTL code.  The location lists are then generated according to these
       notes to debug information if the debugging information format
!      supports location lists.  The code is located in `var-tracking.c'.
  
     * Delayed branch scheduling
  
       This optional pass attempts to find instructions that can go into
       the delay slots of other instructions, usually jumps and calls.
!      The code for this pass is located in `reorg.c'.
  
     * Branch shortening
  
       On many RISC machines, branch instructions have a limited range.
       Thus, longer sequences of instructions must be used for long
!      branches.  In this pass, the compiler figures out what how far
!      each instruction will be from each other instruction, and
!      therefore whether the usual instructions, or the longer sequences,
!      must be used for each branch.  The code for this pass is located
!      in `final.c'.
  
     * Register-to-stack conversion
  
       Conversion from usage of some hard registers to usage of a register
       stack may be done at this point.  Currently, this is supported only
       for the floating-point registers of the Intel 80387 coprocessor.
!      The code for this pass is located in `reg-stack.c'.
  
     * Final
  
       This pass outputs the assembler code for the function.  The source
!      files are `final.c' plus `insn-output.c'; the latter is generated
!      automatically from the machine description by the tool `genoutput'.
!      The header file `conditions.h' is used for communication between
       these files.
  
     * Debugging information output
  
       This is run after final because it must output the stack slot
       offsets for pseudo registers that did not get hard registers.
!      Source files are `dbxout.c' for DBX symbol table format,
!      `sdbout.c' for SDB symbol table format, `dwarfout.c' for DWARF
!      symbol table format, files `dwarf2out.c' and `dwarf2asm.c' for
!      DWARF2 symbol table format, and `vmsdbgout.c' for VMS debug symbol
!      table format.
! 
  
  
  File: gccint.info,  Node: Optimization info,  Prev: RTL passes,  Up: Passes
*************** File: gccint.info,  Node: Optimization i
*** 7653,7659 ****
  =====================
  
  This section is describes dump infrastructure which is common to both
! pass dumps as well as optimization dumps.  The goal for this
  infrastructure is to provide both gcc developers and users detailed
  information about various compiler transformations and optimizations.
  
--- 7804,7810 ----
  =====================
  
  This section is describes dump infrastructure which is common to both
! pass dumps as well as optimization dumps. The goal for this
  infrastructure is to provide both gcc developers and users detailed
  information about various compiler transformations and optimizations.
  
*************** File: gccint.info,  Node: Dump setup,  N
*** 7672,7695 ****
  9.7.1 Dump setup
  ----------------
  
! A dump_manager class is defined in 'dumpfile.h'.  Various passes
! register dumping pass-specific information via 'dump_register' in
! 'passes.c'.  During the registration, an optimization pass can select
! its optimization group (*note Optimization groups::).  After that
  optimization information corresponding to the entire group (presumably
! from multiple passes) can be output via command-line switches.  Note
  that if a pass does not fit into any of the pre-defined groups, it can
! select 'OPTGROUP_NONE'.
  
   Note that in general, a pass need not know its dump output file name,
! whether certain flags are enabled, etc.  However, for legacy reasons,
! passes could also call 'dump_begin' which returns a stream in case the
! particular pass has optimization dumps enabled.  A pass could call
! 'dump_end' when the dump has ended.  These methods should go away once
  all the passes are converted to use the new dump infrastructure.
  
!  The recommended way to setup the dump output is via 'dump_start' and
! 'dump_end'.
  
  
  File: gccint.info,  Node: Optimization groups,  Next: Dump files and streams,  Prev: Dump setup,  Up: Optimization info
--- 7823,7846 ----
  9.7.1 Dump setup
  ----------------
  
! A dump_manager class is defined in `dumpfile.h'. Various passes
! register dumping pass-specific information via `dump_register' in
! `passes.c'. During the registration, an optimization pass can select
! its optimization group (*note Optimization groups::). After that
  optimization information corresponding to the entire group (presumably
! from multiple passes) can be output via command-line switches. Note
  that if a pass does not fit into any of the pre-defined groups, it can
! select `OPTGROUP_NONE'.
  
   Note that in general, a pass need not know its dump output file name,
! whether certain flags are enabled, etc. However, for legacy reasons,
! passes could also call `dump_begin' which returns a stream in case the
! particular pass has optimization dumps enabled. A pass could call
! `dump_end' when the dump has ended. These methods should go away once
  all the passes are converted to use the new dump infrastructure.
  
!  The recommended way to setup the dump output is via `dump_start' and
! `dump_end'.
  
  
  File: gccint.info,  Node: Optimization groups,  Next: Dump files and streams,  Prev: Dump setup,  Up: Optimization info
*************** File: gccint.info,  Node: Optimization g
*** 7697,7729 ****
  9.7.2 Optimization groups
  -------------------------
  
! The optimization passes are grouped into several categories.  Currently
! defined categories in 'dumpfile.h' are
  
! 'OPTGROUP_IPA'
!      IPA optimization passes.  Enabled by '-ipa'
  
! 'OPTGROUP_LOOP'
!      Loop optimization passes.  Enabled by '-loop'.
  
! 'OPTGROUP_INLINE'
!      Inlining passes.  Enabled by '-inline'.
  
! 'OPTGROUP_OMP'
!      OMP (Offloading and Multi Processing) passes.  Enabled by '-omp'.
  
! 'OPTGROUP_VEC'
!      Vectorization passes.  Enabled by '-vec'.
  
! 'OPTGROUP_OTHER'
       All other optimization passes which do not fall into one of the
       above.
  
! 'OPTGROUP_ALL'
!      All optimization passes.  Enabled by '-optall'.
  
   By using groups a user could selectively enable optimization
! information only for a group of passes.  By default, the optimization
  information for all the passes is dumped.
  
  
--- 7848,7881 ----
  9.7.2 Optimization groups
  -------------------------
  
! The optimization passes are grouped into several categories. Currently
! defined categories in `dumpfile.h' are
  
! `OPTGROUP_IPA'
!      IPA optimization passes. Enabled by `-ipa'
  
! `OPTGROUP_LOOP'
!      Loop optimization passes. Enabled by `-loop'.
  
! `OPTGROUP_INLINE'
!      Inlining passes. Enabled by `-inline'.
  
! `OPTGROUP_OMP'
!      OMP (Offloading and Multi Processing) passes. Enabled by `-omp'.
  
! `OPTGROUP_VEC'
!      Vectorization passes. Enabled by `-vec'.
  
! `OPTGROUP_OTHER'
       All other optimization passes which do not fall into one of the
       above.
  
! `OPTGROUP_ALL'
!      All optimization passes. Enabled by `-optall'.
! 
  
   By using groups a user could selectively enable optimization
! information only for a group of passes. By default, the optimization
  information for all the passes is dumped.
  
  
*************** File: gccint.info,  Node: Dump files and
*** 7733,7757 ****
  ----------------------------
  
  There are two separate output streams available for outputting
! optimization information from passes.  Note that both these streams
! accept 'stderr' and 'stdout' as valid streams and thus it is possible to
! dump output to standard output or error.  This is specially handy for
  outputting all available information in a single file by redirecting
! 'stderr'.
  
! 'pstream'
!      This stream is for pass-specific dump output.  For example,
!      '-fdump-tree-vect=foo.v' dumps tree vectorization pass output into
!      the given file name 'foo.v'.  If the file name is not provided, the
!      default file name is based on the source file and pass number.
!      Note that one could also use special file names 'stdout' and
!      'stderr' for dumping to standard output and standard error
!      respectively.
  
! 'alt_stream'
       This steam is used for printing optimization specific output in
!      response to the '-fopt-info'.  Again a file name can be given.  If
!      the file name is not given, it defaults to 'stderr'.
  
  
  File: gccint.info,  Node: Dump output verbosity,  Next: Dump types,  Prev: Dump files and streams,  Up: Optimization info
--- 7885,7908 ----
  ----------------------------
  
  There are two separate output streams available for outputting
! optimization information from passes. Note that both these streams
! accept `stderr' and `stdout' as valid streams and thus it is possible
! to dump output to standard output or error. This is specially handy for
  outputting all available information in a single file by redirecting
! `stderr'.
  
! ``pstream''
!      This stream is for pass-specific dump output. For example,
!      `-fdump-tree-vect=foo.v' dumps tree vectorization pass output into
!      the given file name `foo.v'. If the file name is not provided, the
!      default file name is based on the source file and pass number. Note
!      that one could also use special file names `stdout' and `stderr'
!      for dumping to standard output and standard error respectively.
  
! ``alt_stream''
       This steam is used for printing optimization specific output in
!      response to the `-fopt-info'. Again a file name can be given. If
!      the file name is not given, it defaults to `stderr'.
  
  
  File: gccint.info,  Node: Dump output verbosity,  Next: Dump types,  Prev: Dump files and streams,  Up: Optimization info
*************** File: gccint.info,  Node: Dump output ve
*** 7761,7787 ****
  
  The dump verbosity has the following options
  
! 'optimized'
!      Print information when an optimization is successfully applied.  It
!      is up to a pass to decide which information is relevant.  For
       example, the vectorizer passes print the source location of loops
       which got successfully vectorized.
  
! 'missed'
!      Print information about missed optimizations.  Individual passes
!      control which information to include in the output.  For example,
  
            gcc -O2 -ftree-vectorize -fopt-info-vec-missed
  
       will print information about missed optimization opportunities from
       vectorization passes on stderr.
  
! 'note'
       Print verbose information about optimizations, such as certain
       transformations, more detailed messages about decisions etc.
  
! 'all'
!      Print detailed optimization information.  This includes OPTIMIZED,
       MISSED, and NOTE.
  
  
--- 7912,7938 ----
  
  The dump verbosity has the following options
  
! `optimized'
!      Print information when an optimization is successfully applied. It
!      is up to a pass to decide which information is relevant. For
       example, the vectorizer passes print the source location of loops
       which got successfully vectorized.
  
! `missed'
!      Print information about missed optimizations. Individual passes
!      control which information to include in the output. For example,
  
            gcc -O2 -ftree-vectorize -fopt-info-vec-missed
  
       will print information about missed optimization opportunities from
       vectorization passes on stderr.
  
! `note'
       Print verbose information about optimizations, such as certain
       transformations, more detailed messages about decisions etc.
  
! `all'
!      Print detailed optimization information. This includes OPTIMIZED,
       MISSED, and NOTE.
  
  
*************** File: gccint.info,  Node: Dump types,  N
*** 7790,7829 ****
  9.7.5 Dump types
  ----------------
  
! 'dump_printf'
! 
!      This is a generic method for doing formatted output.  It takes an
!      additional argument 'dump_kind' which signifies the type of dump.
!      This method outputs information only when the dumps are enabled for
!      this particular 'dump_kind'.  Note that the caller doesn't need to
!      know if the particular dump is enabled or not, or even the file
!      name.  The caller only needs to decide which dump output
!      information is relevant, and under what conditions.  This
!      determines the associated flags.
  
!      Consider the following example from 'loop-unroll.c' where an
       informative message about a loop (along with its location) is
       printed when any of the following flags is enabled
- 
          - optimization messages
          - RTL dumps
          - detailed dumps
  
            int report_flags = MSG_OPTIMIZED_LOCATIONS | TDF_RTL | TDF_DETAILS;
            dump_printf_loc (report_flags, locus,
                             "loop turned into non-loop; it never loops.\n");
  
! 'dump_basic_block'
       Output basic block.
! 'dump_generic_expr'
       Output generic expression.
! 'dump_gimple_stmt'
       Output gimple statement.
  
       Note that the above methods also have variants prefixed with
!      '_loc', such as 'dump_printf_loc', which are similar except they
       also output the source location information.
  
  
  File: gccint.info,  Node: Dump examples,  Prev: Dump types,  Up: Optimization info
  
--- 7941,7984 ----
  9.7.5 Dump types
  ----------------
  
! `dump_printf'
!      This is a generic method for doing formatted output. It takes an
!      additional argument `dump_kind' which signifies the type of dump.
!      This method outputs information only when the dumps are enabled
!      for this particular `dump_kind'. Note that the caller doesn't need
!      to know if the particular dump is enabled or not, or even the file
!      name. The caller only needs to decide which dump output
!      information is relevant, and under what conditions. This determines
!      the associated flags.
  
!      Consider the following example from `loop-unroll.c' where an
       informative message about a loop (along with its location) is
       printed when any of the following flags is enabled
          - optimization messages
+ 
          - RTL dumps
+ 
          - detailed dumps
  
+ 
            int report_flags = MSG_OPTIMIZED_LOCATIONS | TDF_RTL | TDF_DETAILS;
            dump_printf_loc (report_flags, locus,
                             "loop turned into non-loop; it never loops.\n");
  
! `dump_basic_block'
       Output basic block.
! 
! `dump_generic_expr'
       Output generic expression.
! 
! `dump_gimple_stmt'
       Output gimple statement.
  
       Note that the above methods also have variants prefixed with
!      `_loc', such as `dump_printf_loc', which are similar except they
       also output the source location information.
  
+ 
  
  File: gccint.info,  Node: Dump examples,  Prev: Dump types,  Up: Optimization info
  
*************** File: gccint.info,  Node: Dump examples,
*** 7833,7866 ****
       gcc -O3 -fopt-info-missed=missed.all
  
   outputs missed optimization report from all the passes into
! 'missed.all'.
  
   As another example,
       gcc -O3 -fopt-info-inline-optimized-missed=inline.txt
  
!  will output information about missed optimizations as well as optimized
! locations from all the inlining passes into 'inline.txt'.
  
   If the FILENAME is provided, then the dumps from all the applicable
! optimizations are concatenated into the 'filename'.  Otherwise the dump
! is output onto 'stderr'.  If OPTIONS is omitted, it defaults to
! 'all-all', which means dump all available optimization info from all the
! passes.  In the following example, all optimization info is output on to
! 'stderr'.
  
       gcc -O3 -fopt-info
  
!  Note that '-fopt-info-vec-missed' behaves the same as
! '-fopt-info-missed-vec'.
  
   As another example, consider
  
       gcc -fopt-info-vec-missed=vec.miss -fopt-info-loop-optimized=loop.opt
  
!  Here the two output file names 'vec.miss' and 'loop.opt' are in
! conflict since only one output file is allowed.  In this case, only the
! first option takes effect and the subsequent options are ignored.  Thus
! only the 'vec.miss' is produced which containts dumps from the
  vectorizer about missed opportunities.
  
  
--- 7988,8021 ----
       gcc -O3 -fopt-info-missed=missed.all
  
   outputs missed optimization report from all the passes into
! `missed.all'.
  
   As another example,
       gcc -O3 -fopt-info-inline-optimized-missed=inline.txt
  
!  will output information about missed optimizations as well as
! optimized locations from all the inlining passes into `inline.txt'.
  
   If the FILENAME is provided, then the dumps from all the applicable
! optimizations are concatenated into the `filename'.  Otherwise the dump
! is output onto `stderr'. If OPTIONS is omitted, it defaults to
! `all-all', which means dump all available optimization info from all
! the passes. In the following example, all optimization info is output
! on to `stderr'.
  
       gcc -O3 -fopt-info
  
!  Note that `-fopt-info-vec-missed' behaves the same as
! `-fopt-info-missed-vec'.
  
   As another example, consider
  
       gcc -fopt-info-vec-missed=vec.miss -fopt-info-loop-optimized=loop.opt
  
!  Here the two output file names `vec.miss' and `loop.opt' are in
! conflict since only one output file is allowed. In this case, only the
! first option takes effect and the subsequent options are ignored. Thus
! only the `vec.miss' is produced which containts dumps from the
  vectorizer about missed opportunities.
  
  
*************** The purpose of GENERIC is simply to prov
*** 7873,7898 ****
  of representing an entire function in trees.  To this end, it was
  necessary to add a few new tree codes to the back end, but almost
  everything was already there.  If you can express it with the codes in
! 'gcc/tree.def', it's GENERIC.
  
   Early on, there was a great deal of debate about how to think about
  statements in a tree IL.  In GENERIC, a statement is defined as any
  expression whose value, if any, is ignored.  A statement will always
! have 'TREE_SIDE_EFFECTS' set (or it will be discarded), but a
! non-statement expression may also have side effects.  A 'CALL_EXPR', for
! instance.
  
   It would be possible for some local optimizations to work on the
  GENERIC form of a function; indeed, the adapted tree inliner works fine
! on GENERIC, but the current compiler performs inlining after lowering to
! GIMPLE (a restricted form described in the next section).  Indeed,
  currently the frontends perform this lowering before handing off to
! 'tree_rest_of_compilation', but this seems inelegant.
  
  * Menu:
  
  * Deficiencies::                Topics net yet covered in this document.
! * Tree overview::               All about 'tree's.
  * Types::                       Fundamental and aggregate types.
  * Declarations::                Type declarations and variables.
  * Attributes::                  Declaration and type attributes.
--- 8028,8053 ----
  of representing an entire function in trees.  To this end, it was
  necessary to add a few new tree codes to the back end, but almost
  everything was already there.  If you can express it with the codes in
! `gcc/tree.def', it's GENERIC.
  
   Early on, there was a great deal of debate about how to think about
  statements in a tree IL.  In GENERIC, a statement is defined as any
  expression whose value, if any, is ignored.  A statement will always
! have `TREE_SIDE_EFFECTS' set (or it will be discarded), but a
! non-statement expression may also have side effects.  A `CALL_EXPR',
! for instance.
  
   It would be possible for some local optimizations to work on the
  GENERIC form of a function; indeed, the adapted tree inliner works fine
! on GENERIC, but the current compiler performs inlining after lowering
! to GIMPLE (a restricted form described in the next section). Indeed,
  currently the frontends perform this lowering before handing off to
! `tree_rest_of_compilation', but this seems inelegant.
  
  * Menu:
  
  * Deficiencies::                Topics net yet covered in this document.
! * Tree overview::               All about `tree's.
  * Types::                       Fundamental and aggregate types.
  * Declarations::                Type declarations and variables.
  * Attributes::                  Declaration and type attributes.
*************** File: gccint.info,  Node: Tree overview,
*** 7919,7956 ****
  =============
  
  The central data structure used by the internal representation is the
! 'tree'.  These nodes, while all of the C type 'tree', are of many
! varieties.  A 'tree' is a pointer type, but the object to which it
  points may be of a variety of types.  From this point forward, we will
! refer to trees in ordinary type, rather than in 'this font', except when
! talking about the actual C type 'tree'.
  
   You can tell what kind of node a particular tree is by using the
! 'TREE_CODE' macro.  Many, many macros take trees as input and return
  trees as output.  However, most macros require a certain kind of tree
! node as input.  In other words, there is a type-system for trees, but it
! is not reflected in the C type-system.
  
!  For safety, it is useful to configure GCC with '--enable-checking'.
  Although this results in a significant performance penalty (since all
  tree types are checked at run-time), and is therefore inappropriate in a
  release version, it is extremely helpful during the development process.
  
   Many macros behave as predicates.  Many, although not all, of these
! predicates end in '_P'.  Do not rely on the result type of these macros
  being of any particular type.  You may, however, rely on the fact that
! the type can be compared to '0', so that statements like
       if (TEST_P (t) && !TEST_P (y))
         x = 1;
! and
       int i = (TEST_P (t) != 0);
! are legal.  Macros that return 'int' values now may be changed to return
! 'tree' values, or other pointers in the future.  Even those that
! continue to return 'int' may return multiple nonzero codes where
  previously they returned only zero and one.  Therefore, you should not
  write code like
       if (TEST_P (t) == 1)
! as this code is not guaranteed to work correctly in the future.
  
   You should not take the address of values returned by the macros or
  functions described here.  In particular, no guarantee is given that the
--- 8074,8111 ----
  =============
  
  The central data structure used by the internal representation is the
! `tree'.  These nodes, while all of the C type `tree', are of many
! varieties.  A `tree' is a pointer type, but the object to which it
  points may be of a variety of types.  From this point forward, we will
! refer to trees in ordinary type, rather than in `this font', except
! when talking about the actual C type `tree'.
  
   You can tell what kind of node a particular tree is by using the
! `TREE_CODE' macro.  Many, many macros take trees as input and return
  trees as output.  However, most macros require a certain kind of tree
! node as input.  In other words, there is a type-system for trees, but
! it is not reflected in the C type-system.
  
!  For safety, it is useful to configure GCC with `--enable-checking'.
  Although this results in a significant performance penalty (since all
  tree types are checked at run-time), and is therefore inappropriate in a
  release version, it is extremely helpful during the development process.
  
   Many macros behave as predicates.  Many, although not all, of these
! predicates end in `_P'.  Do not rely on the result type of these macros
  being of any particular type.  You may, however, rely on the fact that
! the type can be compared to `0', so that statements like
       if (TEST_P (t) && !TEST_P (y))
         x = 1;
!  and
       int i = (TEST_P (t) != 0);
!  are legal.  Macros that return `int' values now may be changed to
! return `tree' values, or other pointers in the future.  Even those that
! continue to return `int' may return multiple nonzero codes where
  previously they returned only zero and one.  Therefore, you should not
  write code like
       if (TEST_P (t) == 1)
!  as this code is not guaranteed to work correctly in the future.
  
   You should not take the address of values returned by the macros or
  functions described here.  In particular, no guarantee is given that the
*************** made up entirely of uppercase letters ma
*** 7963,7987 ****
  than once.  You may assume that a macro or function whose name is made
  up entirely of lowercase letters will evaluate its arguments only once.
  
!  The 'error_mark_node' is a special tree.  Its tree code is
! 'ERROR_MARK', but since there is only ever one node with that code, the
! usual practice is to compare the tree against 'error_mark_node'.  (This
  test is just a test for pointer equality.)  If an error has occurred
! during front-end processing the flag 'errorcount' will be set.  If the
! front end has encountered code it cannot handle, it will issue a message
! to the user and set 'sorrycount'.  When these flags are set, any macro
! or function which normally returns a tree of a particular kind may
! instead return the 'error_mark_node'.  Thus, if you intend to do any
! processing of erroneous code, you must be prepared to deal with the
! 'error_mark_node'.
  
   Occasionally, a particular tree slot (like an operand to an expression,
! or a particular field in a declaration) will be referred to as "reserved
! for the back end".  These slots are used to store RTL when the tree is
! converted to RTL for use by the GCC back end.  However, if that process
! is not taking place (e.g., if the front end is being hooked up to an
! intelligent editor), then those slots may be used by the back end
! presently in use.
  
   If you encounter situations that do not match this documentation, such
  as tree nodes of types not mentioned here, or macros documented to
--- 8118,8142 ----
  than once.  You may assume that a macro or function whose name is made
  up entirely of lowercase letters will evaluate its arguments only once.
  
!  The `error_mark_node' is a special tree.  Its tree code is
! `ERROR_MARK', but since there is only ever one node with that code, the
! usual practice is to compare the tree against `error_mark_node'.  (This
  test is just a test for pointer equality.)  If an error has occurred
! during front-end processing the flag `errorcount' will be set.  If the
! front end has encountered code it cannot handle, it will issue a
! message to the user and set `sorrycount'.  When these flags are set,
! any macro or function which normally returns a tree of a particular
! kind may instead return the `error_mark_node'.  Thus, if you intend to
! do any processing of erroneous code, you must be prepared to deal with
! the `error_mark_node'.
  
   Occasionally, a particular tree slot (like an operand to an expression,
! or a particular field in a declaration) will be referred to as
! "reserved for the back end".  These slots are used to store RTL when
! the tree is converted to RTL for use by the GCC back end.  However, if
! that process is not taking place (e.g., if the front end is being hooked
! up to an intelligent editor), then those slots may be used by the back
! end presently in use.
  
   If you encounter situations that do not match this documentation, such
  as tree nodes of types not mentioned here, or macros documented to
*************** File: gccint.info,  Node: Macros and Fun
*** 8001,8069 ****
  10.2.1 Trees
  ------------
  
! All GENERIC trees have two fields in common.  First, 'TREE_CHAIN' is a
  pointer that can be used as a singly-linked list to other trees.  The
! other is 'TREE_TYPE'.  Many trees store the type of an expression or
  declaration in this field.
  
   These are some other functions for handling trees:
  
! 'tree_size'
       Return the number of bytes a tree takes.
  
! 'build0'
! 'build1'
! 'build2'
! 'build3'
! 'build4'
! 'build5'
! 'build6'
! 
       These functions build a tree and supply values to put in each
!      parameter.  The basic signature is 'code, type, [operands]'.
!      'code' is the 'TREE_CODE', and 'type' is a tree representing the
!      'TREE_TYPE'.  These are followed by the operands, each of which is
       also a tree.
  
  
  File: gccint.info,  Node: Identifiers,  Next: Containers,  Prev: Macros and Functions,  Up: Tree overview
  
  10.2.2 Identifiers
  ------------------
  
! An 'IDENTIFIER_NODE' represents a slightly more general concept than the
! standard C or C++ concept of identifier.  In particular, an
! 'IDENTIFIER_NODE' may contain a '$', or other extraordinary characters.
  
!  There are never two distinct 'IDENTIFIER_NODE's representing the same
  identifier.  Therefore, you may use pointer equality to compare
! 'IDENTIFIER_NODE's, rather than using a routine like 'strcmp'.  Use
! 'get_identifier' to obtain the unique 'IDENTIFIER_NODE' for a supplied
  string.
  
   You can use the following macros to access identifiers:
! 'IDENTIFIER_POINTER'
!      The string represented by the identifier, represented as a 'char*'.
!      This string is always 'NUL'-terminated, and contains no embedded
!      'NUL' characters.
  
! 'IDENTIFIER_LENGTH'
!      The length of the string returned by 'IDENTIFIER_POINTER', not
!      including the trailing 'NUL'.  This value of 'IDENTIFIER_LENGTH
!      (x)' is always the same as 'strlen (IDENTIFIER_POINTER (x))'.
  
! 'IDENTIFIER_OPNAME_P'
       This predicate holds if the identifier represents the name of an
       overloaded operator.  In this case, you should not depend on the
!      contents of either the 'IDENTIFIER_POINTER' or the
!      'IDENTIFIER_LENGTH'.
  
! 'IDENTIFIER_TYPENAME_P'
       This predicate holds if the identifier represents the name of a
!      user-defined conversion operator.  In this case, the 'TREE_TYPE' of
!      the 'IDENTIFIER_NODE' holds the type to which the conversion
       operator converts.
  
  
  File: gccint.info,  Node: Containers,  Prev: Identifiers,  Up: Tree overview
  
--- 8156,8225 ----
  10.2.1 Trees
  ------------
  
! All GENERIC trees have two fields in common.  First, `TREE_CHAIN' is a
  pointer that can be used as a singly-linked list to other trees.  The
! other is `TREE_TYPE'.  Many trees store the type of an expression or
  declaration in this field.
  
   These are some other functions for handling trees:
  
! `tree_size'
       Return the number of bytes a tree takes.
  
! `build0'
! `build1'
! `build2'
! `build3'
! `build4'
! `build5'
! `build6'
       These functions build a tree and supply values to put in each
!      parameter.  The basic signature is `code, type, [operands]'.
!      `code' is the `TREE_CODE', and `type' is a tree representing the
!      `TREE_TYPE'.  These are followed by the operands, each of which is
       also a tree.
  
+ 
  
  File: gccint.info,  Node: Identifiers,  Next: Containers,  Prev: Macros and Functions,  Up: Tree overview
  
  10.2.2 Identifiers
  ------------------
  
! An `IDENTIFIER_NODE' represents a slightly more general concept than
! the standard C or C++ concept of identifier.  In particular, an
! `IDENTIFIER_NODE' may contain a `$', or other extraordinary characters.
  
!  There are never two distinct `IDENTIFIER_NODE's representing the same
  identifier.  Therefore, you may use pointer equality to compare
! `IDENTIFIER_NODE's, rather than using a routine like `strcmp'.  Use
! `get_identifier' to obtain the unique `IDENTIFIER_NODE' for a supplied
  string.
  
   You can use the following macros to access identifiers:
! `IDENTIFIER_POINTER'
!      The string represented by the identifier, represented as a
!      `char*'.  This string is always `NUL'-terminated, and contains no
!      embedded `NUL' characters.
  
! `IDENTIFIER_LENGTH'
!      The length of the string returned by `IDENTIFIER_POINTER', not
!      including the trailing `NUL'.  This value of `IDENTIFIER_LENGTH
!      (x)' is always the same as `strlen (IDENTIFIER_POINTER (x))'.
  
! `IDENTIFIER_OPNAME_P'
       This predicate holds if the identifier represents the name of an
       overloaded operator.  In this case, you should not depend on the
!      contents of either the `IDENTIFIER_POINTER' or the
!      `IDENTIFIER_LENGTH'.
  
! `IDENTIFIER_TYPENAME_P'
       This predicate holds if the identifier represents the name of a
!      user-defined conversion operator.  In this case, the `TREE_TYPE' of
!      the `IDENTIFIER_NODE' holds the type to which the conversion
       operator converts.
  
+ 
  
  File: gccint.info,  Node: Containers,  Prev: Identifiers,  Up: Tree overview
  
*************** File: gccint.info,  Node: Containers,  P
*** 8071,8092 ****
  -----------------
  
  Two common container data structures can be represented directly with
! tree nodes.  A 'TREE_LIST' is a singly linked list containing two trees
! per node.  These are the 'TREE_PURPOSE' and 'TREE_VALUE' of each node.
! (Often, the 'TREE_PURPOSE' contains some kind of tag, or additional
! information, while the 'TREE_VALUE' contains the majority of the
! payload.  In other cases, the 'TREE_PURPOSE' is simply 'NULL_TREE',
! while in still others both the 'TREE_PURPOSE' and 'TREE_VALUE' are of
! equal stature.)  Given one 'TREE_LIST' node, the next node is found by
! following the 'TREE_CHAIN'.  If the 'TREE_CHAIN' is 'NULL_TREE', then
  you have reached the end of the list.
  
!  A 'TREE_VEC' is a simple vector.  The 'TREE_VEC_LENGTH' is an integer
  (not a tree) giving the number of nodes in the vector.  The nodes
! themselves are accessed using the 'TREE_VEC_ELT' macro, which takes two
! arguments.  The first is the 'TREE_VEC' in question; the second is an
! integer indicating which element in the vector is desired.  The elements
! are indexed from zero.
  
  
  File: gccint.info,  Node: Types,  Next: Declarations,  Prev: Tree overview,  Up: GENERIC
--- 8227,8248 ----
  -----------------
  
  Two common container data structures can be represented directly with
! tree nodes.  A `TREE_LIST' is a singly linked list containing two trees
! per node.  These are the `TREE_PURPOSE' and `TREE_VALUE' of each node.
! (Often, the `TREE_PURPOSE' contains some kind of tag, or additional
! information, while the `TREE_VALUE' contains the majority of the
! payload.  In other cases, the `TREE_PURPOSE' is simply `NULL_TREE',
! while in still others both the `TREE_PURPOSE' and `TREE_VALUE' are of
! equal stature.)  Given one `TREE_LIST' node, the next node is found by
! following the `TREE_CHAIN'.  If the `TREE_CHAIN' is `NULL_TREE', then
  you have reached the end of the list.
  
!  A `TREE_VEC' is a simple vector.  The `TREE_VEC_LENGTH' is an integer
  (not a tree) giving the number of nodes in the vector.  The nodes
! themselves are accessed using the `TREE_VEC_ELT' macro, which takes two
! arguments.  The first is the `TREE_VEC' in question; the second is an
! integer indicating which element in the vector is desired.  The
! elements are indexed from zero.
  
  
  File: gccint.info,  Node: Types,  Next: Declarations,  Prev: Tree overview,  Up: GENERIC
*************** that there is exactly one tree node corr
*** 8099,8343 ****
  are often multiple nodes corresponding to the same type.
  
   For the most part, different kinds of types have different tree codes.
! (For example, pointer types use a 'POINTER_TYPE' code while arrays use
! an 'ARRAY_TYPE' code.)  However, pointers to member functions use the
! 'RECORD_TYPE' code.  Therefore, when writing a 'switch' statement that
  depends on the code associated with a particular type, you should take
! care to handle pointers to member functions under the 'RECORD_TYPE' case
! label.
  
   The following functions and macros deal with cv-qualification of types:
! 'TYPE_MAIN_VARIANT'
       This macro returns the unqualified version of a type.  It may be
       applied to an unqualified type, but it is not always the identity
       function in that case.
  
   A few other macros and functions are usable with all types:
! 'TYPE_SIZE'
       The number of bits required to represent the type, represented as
!      an 'INTEGER_CST'.  For an incomplete type, 'TYPE_SIZE' will be
!      'NULL_TREE'.
  
! 'TYPE_ALIGN'
!      The alignment of the type, in bits, represented as an 'int'.
  
! 'TYPE_NAME'
!      This macro returns a declaration (in the form of a 'TYPE_DECL') for
!      the type.  (Note this macro does _not_ return an 'IDENTIFIER_NODE',
!      as you might expect, given its name!)  You can look at the
!      'DECL_NAME' of the 'TYPE_DECL' to obtain the actual name of the
!      type.  The 'TYPE_NAME' will be 'NULL_TREE' for a type that is not a
!      built-in type, the result of a typedef, or a named class type.
  
! 'TYPE_CANONICAL'
       This macro returns the "canonical" type for the given type node.
       Canonical types are used to improve performance in the C++ and
       Objective-C++ front ends by allowing efficient comparison between
!      two type nodes in 'same_type_p': if the 'TYPE_CANONICAL' values of
       the types are equal, the types are equivalent; otherwise, the types
!      are not equivalent.  The notion of equivalence for canonical types
       is the same as the notion of type equivalence in the language
!      itself.  For instance,
  
!      When 'TYPE_CANONICAL' is 'NULL_TREE', there is no canonical type
!      for the given type node.  In this case, comparison between this
       type and any other type requires the compiler to perform a deep,
       "structural" comparison to see if the two type nodes have the same
       form and properties.
  
       The canonical type for a node is always the most fundamental type
!      in the equivalence class of types.  For instance, 'int' is its own
!      canonical type.  A typedef 'I' of 'int' will have 'int' as its
!      canonical type.  Similarly, 'I*' and a typedef 'IP' (defined to
!      'I*') will has 'int*' as their canonical type.  When building a new
!      type node, be sure to set 'TYPE_CANONICAL' to the appropriate
!      canonical type.  If the new type is a compound type (built from
       other types), and any of those other types require structural
!      equality, use 'SET_TYPE_STRUCTURAL_EQUALITY' to ensure that the new
!      type also requires structural equality.  Finally, if for some
!      reason you cannot guarantee that 'TYPE_CANONICAL' will point to the
!      canonical type, use 'SET_TYPE_STRUCTURAL_EQUALITY' to make sure
!      that the new type-and any type constructed based on it-requires
!      structural equality.  If you suspect that the canonical type system
!      is miscomparing types, pass '--param verify-canonical-types=1' to
!      the compiler or configure with '--enable-checking' to force the
!      compiler to verify its canonical-type comparisons against the
!      structural comparisons; the compiler will then print any warnings
!      if the canonical types miscompare.
  
! 'TYPE_STRUCTURAL_EQUALITY_P'
       This predicate holds when the node requires structural equality
!      checks, e.g., when 'TYPE_CANONICAL' is 'NULL_TREE'.
  
! 'SET_TYPE_STRUCTURAL_EQUALITY'
       This macro states that the type node it is given requires
!      structural equality checks, e.g., it sets 'TYPE_CANONICAL' to
!      'NULL_TREE'.
  
! 'same_type_p'
       This predicate takes two types as input, and holds if they are the
!      same type.  For example, if one type is a 'typedef' for the other,
!      or both are 'typedef's for the same type.  This predicate also
       holds if the two trees given as input are simply copies of one
       another; i.e., there is no difference between them at the source
       level, but, for whatever reason, a duplicate has been made in the
!      representation.  You should never use '==' (pointer equality) to
!      compare types; always use 'same_type_p' instead.
  
   Detailed below are the various kinds of types, and the macros that can
  be used to access them.  Although other kinds of types are used
  elsewhere in G++, the types described here are the only ones that you
  will encounter while examining the intermediate representation.
  
! 'VOID_TYPE'
!      Used to represent the 'void' type.
  
! 'INTEGER_TYPE'
!      Used to represent the various integral types, including 'char',
!      'short', 'int', 'long', and 'long long'.  This code is not used for
!      enumeration types, nor for the 'bool' type.  The 'TYPE_PRECISION'
!      is the number of bits used in the representation, represented as an
!      'unsigned int'.  (Note that in the general case this is not the
!      same value as 'TYPE_SIZE'; suppose that there were a 24-bit integer
!      type, but that alignment requirements for the ABI required 32-bit
!      alignment.  Then, 'TYPE_SIZE' would be an 'INTEGER_CST' for 32,
!      while 'TYPE_PRECISION' would be 24.)  The integer type is unsigned
!      if 'TYPE_UNSIGNED' holds; otherwise, it is signed.
  
!      The 'TYPE_MIN_VALUE' is an 'INTEGER_CST' for the smallest integer
       that may be represented by this type.  Similarly, the
!      'TYPE_MAX_VALUE' is an 'INTEGER_CST' for the largest integer that
       may be represented by this type.
  
! 'REAL_TYPE'
!      Used to represent the 'float', 'double', and 'long double' types.
!      The number of bits in the floating-point representation is given by
!      'TYPE_PRECISION', as in the 'INTEGER_TYPE' case.
  
! 'FIXED_POINT_TYPE'
!      Used to represent the 'short _Fract', '_Fract', 'long _Fract',
!      'long long _Fract', 'short _Accum', '_Accum', 'long _Accum', and
!      'long long _Accum' types.  The number of bits in the fixed-point
!      representation is given by 'TYPE_PRECISION', as in the
!      'INTEGER_TYPE' case.  There may be padding bits, fractional bits
       and integral bits.  The number of fractional bits is given by
!      'TYPE_FBIT', and the number of integral bits is given by
!      'TYPE_IBIT'.  The fixed-point type is unsigned if 'TYPE_UNSIGNED'
!      holds; otherwise, it is signed.  The fixed-point type is saturating
!      if 'TYPE_SATURATING' holds; otherwise, it is not saturating.
  
! 'COMPLEX_TYPE'
!      Used to represent GCC built-in '__complex__' data types.  The
!      'TREE_TYPE' is the type of the real and imaginary parts.
  
! 'ENUMERAL_TYPE'
!      Used to represent an enumeration type.  The 'TYPE_PRECISION' gives
!      (as an 'int'), the number of bits used to represent the type.  If
!      there are no negative enumeration constants, 'TYPE_UNSIGNED' will
       hold.  The minimum and maximum enumeration constants may be
!      obtained with 'TYPE_MIN_VALUE' and 'TYPE_MAX_VALUE', respectively;
!      each of these macros returns an 'INTEGER_CST'.
  
       The actual enumeration constants themselves may be obtained by
!      looking at the 'TYPE_VALUES'.  This macro will return a
!      'TREE_LIST', containing the constants.  The 'TREE_PURPOSE' of each
!      node will be an 'IDENTIFIER_NODE' giving the name of the constant;
!      the 'TREE_VALUE' will be an 'INTEGER_CST' giving the value assigned
!      to that constant.  These constants will appear in the order in
!      which they were declared.  The 'TREE_TYPE' of each of these
!      constants will be the type of enumeration type itself.
  
! 'BOOLEAN_TYPE'
!      Used to represent the 'bool' type.
  
! 'POINTER_TYPE'
       Used to represent pointer types, and pointer to data member types.
!      The 'TREE_TYPE' gives the type to which this type points.
  
! 'REFERENCE_TYPE'
!      Used to represent reference types.  The 'TREE_TYPE' gives the type
       to which this type refers.
  
! 'FUNCTION_TYPE'
       Used to represent the type of non-member functions and of static
!      member functions.  The 'TREE_TYPE' gives the return type of the
!      function.  The 'TYPE_ARG_TYPES' are a 'TREE_LIST' of the argument
!      types.  The 'TREE_VALUE' of each node in this list is the type of
!      the corresponding argument; the 'TREE_PURPOSE' is an expression for
!      the default argument value, if any.  If the last node in the list
!      is 'void_list_node' (a 'TREE_LIST' node whose 'TREE_VALUE' is the
!      'void_type_node'), then functions of this type do not take variable
!      arguments.  Otherwise, they do take a variable number of arguments.
  
!      Note that in C (but not in C++) a function declared like 'void f()'
       is an unprototyped function taking a variable number of arguments;
!      the 'TYPE_ARG_TYPES' of such a function will be 'NULL'.
  
! 'METHOD_TYPE'
       Used to represent the type of a non-static member function.  Like a
!      'FUNCTION_TYPE', the return type is given by the 'TREE_TYPE'.  The
!      type of '*this', i.e., the class of which functions of this type
!      are a member, is given by the 'TYPE_METHOD_BASETYPE'.  The
!      'TYPE_ARG_TYPES' is the parameter list, as for a 'FUNCTION_TYPE',
!      and includes the 'this' argument.
  
! 'ARRAY_TYPE'
!      Used to represent array types.  The 'TREE_TYPE' gives the type of
       the elements in the array.  If the array-bound is present in the
!      type, the 'TYPE_DOMAIN' is an 'INTEGER_TYPE' whose 'TYPE_MIN_VALUE'
!      and 'TYPE_MAX_VALUE' will be the lower and upper bounds of the
!      array, respectively.  The 'TYPE_MIN_VALUE' will always be an
!      'INTEGER_CST' for zero, while the 'TYPE_MAX_VALUE' will be one less
!      than the number of elements in the array, i.e., the highest value
!      which may be used to index an element in the array.
  
! 'RECORD_TYPE'
!      Used to represent 'struct' and 'class' types, as well as pointers
       to member functions and similar constructs in other languages.
!      'TYPE_FIELDS' contains the items contained in this type, each of
!      which can be a 'FIELD_DECL', 'VAR_DECL', 'CONST_DECL', or
!      'TYPE_DECL'.  You may not make any assumptions about the ordering
       of the fields in the type or whether one or more of them overlap.
  
! 'UNION_TYPE'
!      Used to represent 'union' types.  Similar to 'RECORD_TYPE' except
!      that all 'FIELD_DECL' nodes in 'TYPE_FIELD' start at bit position
       zero.
  
! 'QUAL_UNION_TYPE'
       Used to represent part of a variant record in Ada.  Similar to
!      'UNION_TYPE' except that each 'FIELD_DECL' has a 'DECL_QUALIFIER'
       field, which contains a boolean expression that indicates whether
       the field is present in the object.  The type will only have one
!      field, so each field's 'DECL_QUALIFIER' is only evaluated if none
!      of the expressions in the previous fields in 'TYPE_FIELDS' are
       nonzero.  Normally these expressions will reference a field in the
!      outer object using a 'PLACEHOLDER_EXPR'.
  
! 'LANG_TYPE'
       This node is used to represent a language-specific type.  The front
       end must handle it.
  
! 'OFFSET_TYPE'
       This node is used to represent a pointer-to-data member.  For a
!      data member 'X::m' the 'TYPE_OFFSET_BASETYPE' is 'X' and the
!      'TREE_TYPE' is the type of 'm'.
  
   There are variables whose values represent some of the basic types.
  These include:
! 'void_type_node'
!      A node for 'void'.
  
! 'integer_type_node'
!      A node for 'int'.
  
! 'unsigned_type_node.'
!      A node for 'unsigned int'.
  
! 'char_type_node.'
!      A node for 'char'.
! It may sometimes be useful to compare one of these variables with a type
! in hand, using 'same_type_p'.
  
  
  File: gccint.info,  Node: Declarations,  Next: Attributes,  Prev: Types,  Up: GENERIC
--- 8255,8506 ----
  are often multiple nodes corresponding to the same type.
  
   For the most part, different kinds of types have different tree codes.
! (For example, pointer types use a `POINTER_TYPE' code while arrays use
! an `ARRAY_TYPE' code.)  However, pointers to member functions use the
! `RECORD_TYPE' code.  Therefore, when writing a `switch' statement that
  depends on the code associated with a particular type, you should take
! care to handle pointers to member functions under the `RECORD_TYPE'
! case label.
  
   The following functions and macros deal with cv-qualification of types:
! `TYPE_MAIN_VARIANT'
       This macro returns the unqualified version of a type.  It may be
       applied to an unqualified type, but it is not always the identity
       function in that case.
  
   A few other macros and functions are usable with all types:
! `TYPE_SIZE'
       The number of bits required to represent the type, represented as
!      an `INTEGER_CST'.  For an incomplete type, `TYPE_SIZE' will be
!      `NULL_TREE'.
  
! `TYPE_ALIGN'
!      The alignment of the type, in bits, represented as an `int'.
  
! `TYPE_NAME'
!      This macro returns a declaration (in the form of a `TYPE_DECL') for
!      the type.  (Note this macro does _not_ return an
!      `IDENTIFIER_NODE', as you might expect, given its name!)  You can
!      look at the `DECL_NAME' of the `TYPE_DECL' to obtain the actual
!      name of the type.  The `TYPE_NAME' will be `NULL_TREE' for a type
!      that is not a built-in type, the result of a typedef, or a named
!      class type.
  
! `TYPE_CANONICAL'
       This macro returns the "canonical" type for the given type node.
       Canonical types are used to improve performance in the C++ and
       Objective-C++ front ends by allowing efficient comparison between
!      two type nodes in `same_type_p': if the `TYPE_CANONICAL' values of
       the types are equal, the types are equivalent; otherwise, the types
!      are not equivalent. The notion of equivalence for canonical types
       is the same as the notion of type equivalence in the language
!      itself. For instance,
  
!      When `TYPE_CANONICAL' is `NULL_TREE', there is no canonical type
!      for the given type node. In this case, comparison between this
       type and any other type requires the compiler to perform a deep,
       "structural" comparison to see if the two type nodes have the same
       form and properties.
  
       The canonical type for a node is always the most fundamental type
!      in the equivalence class of types. For instance, `int' is its own
!      canonical type. A typedef `I' of `int' will have `int' as its
!      canonical type. Similarly, `I*' and a typedef `IP' (defined to
!      `I*') will has `int*' as their canonical type. When building a new
!      type node, be sure to set `TYPE_CANONICAL' to the appropriate
!      canonical type. If the new type is a compound type (built from
       other types), and any of those other types require structural
!      equality, use `SET_TYPE_STRUCTURAL_EQUALITY' to ensure that the
!      new type also requires structural equality. Finally, if for some
!      reason you cannot guarantee that `TYPE_CANONICAL' will point to
!      the canonical type, use `SET_TYPE_STRUCTURAL_EQUALITY' to make
!      sure that the new type-and any type constructed based on
!      it-requires structural equality. If you suspect that the canonical
!      type system is miscomparing types, pass `--param
!      verify-canonical-types=1' to the compiler or configure with
!      `--enable-checking' to force the compiler to verify its
!      canonical-type comparisons against the structural comparisons; the
!      compiler will then print any warnings if the canonical types
!      miscompare.
  
! `TYPE_STRUCTURAL_EQUALITY_P'
       This predicate holds when the node requires structural equality
!      checks, e.g., when `TYPE_CANONICAL' is `NULL_TREE'.
  
! `SET_TYPE_STRUCTURAL_EQUALITY'
       This macro states that the type node it is given requires
!      structural equality checks, e.g., it sets `TYPE_CANONICAL' to
!      `NULL_TREE'.
  
! `same_type_p'
       This predicate takes two types as input, and holds if they are the
!      same type.  For example, if one type is a `typedef' for the other,
!      or both are `typedef's for the same type.  This predicate also
       holds if the two trees given as input are simply copies of one
       another; i.e., there is no difference between them at the source
       level, but, for whatever reason, a duplicate has been made in the
!      representation.  You should never use `==' (pointer equality) to
!      compare types; always use `same_type_p' instead.
  
   Detailed below are the various kinds of types, and the macros that can
  be used to access them.  Although other kinds of types are used
  elsewhere in G++, the types described here are the only ones that you
  will encounter while examining the intermediate representation.
  
! `VOID_TYPE'
!      Used to represent the `void' type.
  
! `INTEGER_TYPE'
!      Used to represent the various integral types, including `char',
!      `short', `int', `long', and `long long'.  This code is not used
!      for enumeration types, nor for the `bool' type.  The
!      `TYPE_PRECISION' is the number of bits used in the representation,
!      represented as an `unsigned int'.  (Note that in the general case
!      this is not the same value as `TYPE_SIZE'; suppose that there were
!      a 24-bit integer type, but that alignment requirements for the ABI
!      required 32-bit alignment.  Then, `TYPE_SIZE' would be an
!      `INTEGER_CST' for 32, while `TYPE_PRECISION' would be 24.)  The
!      integer type is unsigned if `TYPE_UNSIGNED' holds; otherwise, it
!      is signed.
  
!      The `TYPE_MIN_VALUE' is an `INTEGER_CST' for the smallest integer
       that may be represented by this type.  Similarly, the
!      `TYPE_MAX_VALUE' is an `INTEGER_CST' for the largest integer that
       may be represented by this type.
  
! `REAL_TYPE'
!      Used to represent the `float', `double', and `long double' types.
!      The number of bits in the floating-point representation is given
!      by `TYPE_PRECISION', as in the `INTEGER_TYPE' case.
  
! `FIXED_POINT_TYPE'
!      Used to represent the `short _Fract', `_Fract', `long _Fract',
!      `long long _Fract', `short _Accum', `_Accum', `long _Accum', and
!      `long long _Accum' types.  The number of bits in the fixed-point
!      representation is given by `TYPE_PRECISION', as in the
!      `INTEGER_TYPE' case.  There may be padding bits, fractional bits
       and integral bits.  The number of fractional bits is given by
!      `TYPE_FBIT', and the number of integral bits is given by
!      `TYPE_IBIT'.  The fixed-point type is unsigned if `TYPE_UNSIGNED'
!      holds; otherwise, it is signed.  The fixed-point type is
!      saturating if `TYPE_SATURATING' holds; otherwise, it is not
!      saturating.
  
! `COMPLEX_TYPE'
!      Used to represent GCC built-in `__complex__' data types.  The
!      `TREE_TYPE' is the type of the real and imaginary parts.
  
! `ENUMERAL_TYPE'
!      Used to represent an enumeration type.  The `TYPE_PRECISION' gives
!      (as an `int'), the number of bits used to represent the type.  If
!      there are no negative enumeration constants, `TYPE_UNSIGNED' will
       hold.  The minimum and maximum enumeration constants may be
!      obtained with `TYPE_MIN_VALUE' and `TYPE_MAX_VALUE', respectively;
!      each of these macros returns an `INTEGER_CST'.
  
       The actual enumeration constants themselves may be obtained by
!      looking at the `TYPE_VALUES'.  This macro will return a
!      `TREE_LIST', containing the constants.  The `TREE_PURPOSE' of each
!      node will be an `IDENTIFIER_NODE' giving the name of the constant;
!      the `TREE_VALUE' will be an `INTEGER_CST' giving the value
!      assigned to that constant.  These constants will appear in the
!      order in which they were declared.  The `TREE_TYPE' of each of
!      these constants will be the type of enumeration type itself.
  
! `BOOLEAN_TYPE'
!      Used to represent the `bool' type.
  
! `POINTER_TYPE'
       Used to represent pointer types, and pointer to data member types.
!      The `TREE_TYPE' gives the type to which this type points.
  
! `REFERENCE_TYPE'
!      Used to represent reference types.  The `TREE_TYPE' gives the type
       to which this type refers.
  
! `FUNCTION_TYPE'
       Used to represent the type of non-member functions and of static
!      member functions.  The `TREE_TYPE' gives the return type of the
!      function.  The `TYPE_ARG_TYPES' are a `TREE_LIST' of the argument
!      types.  The `TREE_VALUE' of each node in this list is the type of
!      the corresponding argument; the `TREE_PURPOSE' is an expression
!      for the default argument value, if any.  If the last node in the
!      list is `void_list_node' (a `TREE_LIST' node whose `TREE_VALUE' is
!      the `void_type_node'), then functions of this type do not take
!      variable arguments.  Otherwise, they do take a variable number of
!      arguments.
  
!      Note that in C (but not in C++) a function declared like `void f()'
       is an unprototyped function taking a variable number of arguments;
!      the `TYPE_ARG_TYPES' of such a function will be `NULL'.
  
! `METHOD_TYPE'
       Used to represent the type of a non-static member function.  Like a
!      `FUNCTION_TYPE', the return type is given by the `TREE_TYPE'.  The
!      type of `*this', i.e., the class of which functions of this type
!      are a member, is given by the `TYPE_METHOD_BASETYPE'.  The
!      `TYPE_ARG_TYPES' is the parameter list, as for a `FUNCTION_TYPE',
!      and includes the `this' argument.
  
! `ARRAY_TYPE'
!      Used to represent array types.  The `TREE_TYPE' gives the type of
       the elements in the array.  If the array-bound is present in the
!      type, the `TYPE_DOMAIN' is an `INTEGER_TYPE' whose
!      `TYPE_MIN_VALUE' and `TYPE_MAX_VALUE' will be the lower and upper
!      bounds of the array, respectively.  The `TYPE_MIN_VALUE' will
!      always be an `INTEGER_CST' for zero, while the `TYPE_MAX_VALUE'
!      will be one less than the number of elements in the array, i.e.,
!      the highest value which may be used to index an element in the
!      array.
  
! `RECORD_TYPE'
!      Used to represent `struct' and `class' types, as well as pointers
       to member functions and similar constructs in other languages.
!      `TYPE_FIELDS' contains the items contained in this type, each of
!      which can be a `FIELD_DECL', `VAR_DECL', `CONST_DECL', or
!      `TYPE_DECL'.  You may not make any assumptions about the ordering
       of the fields in the type or whether one or more of them overlap.
  
! `UNION_TYPE'
!      Used to represent `union' types.  Similar to `RECORD_TYPE' except
!      that all `FIELD_DECL' nodes in `TYPE_FIELD' start at bit position
       zero.
  
! `QUAL_UNION_TYPE'
       Used to represent part of a variant record in Ada.  Similar to
!      `UNION_TYPE' except that each `FIELD_DECL' has a `DECL_QUALIFIER'
       field, which contains a boolean expression that indicates whether
       the field is present in the object.  The type will only have one
!      field, so each field's `DECL_QUALIFIER' is only evaluated if none
!      of the expressions in the previous fields in `TYPE_FIELDS' are
       nonzero.  Normally these expressions will reference a field in the
!      outer object using a `PLACEHOLDER_EXPR'.
  
! `LANG_TYPE'
       This node is used to represent a language-specific type.  The front
       end must handle it.
  
! `OFFSET_TYPE'
       This node is used to represent a pointer-to-data member.  For a
!      data member `X::m' the `TYPE_OFFSET_BASETYPE' is `X' and the
!      `TREE_TYPE' is the type of `m'.
! 
  
   There are variables whose values represent some of the basic types.
  These include:
! `void_type_node'
!      A node for `void'.
  
! `integer_type_node'
!      A node for `int'.
  
! `unsigned_type_node.'
!      A node for `unsigned int'.
  
! `char_type_node.'
!      A node for `char'.
!  It may sometimes be useful to compare one of these variables with a
! type in hand, using `same_type_p'.
  
  
  File: gccint.info,  Node: Declarations,  Next: Attributes,  Prev: Types,  Up: GENERIC
*************** File: gccint.info,  Node: Declarations,
*** 8347,8353 ****
  
  This section covers the various kinds of declarations that appear in the
  internal representation, except for declarations of functions
! (represented by 'FUNCTION_DECL' nodes), which are described in *note
  Functions::.
  
  * Menu:
--- 8510,8516 ----
  
  This section covers the various kinds of declarations that appear in the
  internal representation, except for declarations of functions
! (represented by `FUNCTION_DECL' nodes), which are described in *note
  Functions::.
  
  * Menu:
*************** File: gccint.info,  Node: Working with d
*** 8363,8485 ****
  --------------------------------
  
  Some macros can be used with any kind of declaration.  These include:
! 'DECL_NAME'
!      This macro returns an 'IDENTIFIER_NODE' giving the name of the
       entity.
  
! 'TREE_TYPE'
       This macro returns the type of the entity declared.
  
! 'EXPR_FILENAME'
       This macro returns the name of the file in which the entity was
!      declared, as a 'char*'.  For an entity declared implicitly by the
!      compiler (like '__builtin_memcpy'), this will be the string
!      '"<internal>"'.
  
! 'EXPR_LINENO'
       This macro returns the line number at which the entity was
!      declared, as an 'int'.
  
! 'DECL_ARTIFICIAL'
!      This predicate holds if the declaration was implicitly generated by
!      the compiler.  For example, this predicate will hold of an
!      implicitly declared member function, or of the 'TYPE_DECL'
       implicitly generated for a class type.  Recall that in C++ code
       like:
            struct S {};
       is roughly equivalent to C code like:
            struct S {};
            typedef struct S S;
!      The implicitly generated 'typedef' declaration is represented by a
!      'TYPE_DECL' for which 'DECL_ARTIFICIAL' holds.
  
   The various kinds of declarations include:
! 'LABEL_DECL'
       These nodes are used to represent labels in function bodies.  For
       more information, see *note Functions::.  These nodes only appear
       in block scopes.
  
! 'CONST_DECL'
!      These nodes are used to represent enumeration constants.  The value
!      of the constant is given by 'DECL_INITIAL' which will be an
!      'INTEGER_CST' with the same type as the 'TREE_TYPE' of the
!      'CONST_DECL', i.e., an 'ENUMERAL_TYPE'.
  
! 'RESULT_DECL'
       These nodes represent the value returned by a function.  When a
!      value is assigned to a 'RESULT_DECL', that indicates that the value
!      should be returned, via bitwise copy, by the function.  You can use
!      'DECL_SIZE' and 'DECL_ALIGN' on a 'RESULT_DECL', just as with a
!      'VAR_DECL'.
  
! 'TYPE_DECL'
!      These nodes represent 'typedef' declarations.  The 'TREE_TYPE' is
!      the type declared to have the name given by 'DECL_NAME'.  In some
       cases, there is no associated name.
  
! 'VAR_DECL'
       These nodes represent variables with namespace or block scope, as
!      well as static data members.  The 'DECL_SIZE' and 'DECL_ALIGN' are
!      analogous to 'TYPE_SIZE' and 'TYPE_ALIGN'.  For a declaration, you
!      should always use the 'DECL_SIZE' and 'DECL_ALIGN' rather than the
!      'TYPE_SIZE' and 'TYPE_ALIGN' given by the 'TREE_TYPE', since
!      special attributes may have been applied to the variable to give it
!      a particular size and alignment.  You may use the predicates
!      'DECL_THIS_STATIC' or 'DECL_THIS_EXTERN' to test whether the
!      storage class specifiers 'static' or 'extern' were used to declare
       a variable.
  
       If this variable is initialized (but does not require a
!      constructor), the 'DECL_INITIAL' will be an expression for the
       initializer.  The initializer should be evaluated, and a bitwise
!      copy into the variable performed.  If the 'DECL_INITIAL' is the
!      'error_mark_node', there is an initializer, but it is given by an
       explicit statement later in the code; no bitwise copy is required.
  
       GCC provides an extension that allows either automatic variables,
       or global variables, to be placed in particular registers.  This
!      extension is being used for a particular 'VAR_DECL' if
!      'DECL_REGISTER' holds for the 'VAR_DECL', and if
!      'DECL_ASSEMBLER_NAME' is not equal to 'DECL_NAME'.  In that case,
!      'DECL_ASSEMBLER_NAME' is the name of the register into which the
       variable will be placed.
  
! 'PARM_DECL'
       Used to represent a parameter to a function.  Treat these nodes
!      similarly to 'VAR_DECL' nodes.  These nodes only appear in the
!      'DECL_ARGUMENTS' for a 'FUNCTION_DECL'.
  
!      The 'DECL_ARG_TYPE' for a 'PARM_DECL' is the type that will
       actually be used when a value is passed to this function.  It may
!      be a wider type than the 'TREE_TYPE' of the parameter; for example,
!      the ordinary type might be 'short' while the 'DECL_ARG_TYPE' is
!      'int'.
  
! 'DEBUG_EXPR_DECL'
       Used to represent an anonymous debug-information temporary created
       to hold an expression as it is optimized away, so that its value
       can be referenced in debug bind statements.
  
! 'FIELD_DECL'
!      These nodes represent non-static data members.  The 'DECL_SIZE' and
!      'DECL_ALIGN' behave as for 'VAR_DECL' nodes.  The position of the
       field within the parent record is specified by a combination of
!      three attributes.  'DECL_FIELD_OFFSET' is the position, counting in
!      bytes, of the 'DECL_OFFSET_ALIGN'-bit sized word containing the bit
!      of the field closest to the beginning of the structure.
!      'DECL_FIELD_BIT_OFFSET' is the bit offset of the first bit of the
       field within this word; this may be nonzero even for fields that
!      are not bit-fields, since 'DECL_OFFSET_ALIGN' may be greater than
       the natural alignment of the field's type.
  
!      If 'DECL_C_BIT_FIELD' holds, this field is a bit-field.  In a
!      bit-field, 'DECL_BIT_FIELD_TYPE' also contains the type that was
!      originally specified for it, while DECL_TYPE may be a modified type
!      with lesser precision, according to the size of the bit field.
  
! 'NAMESPACE_DECL'
       Namespaces provide a name hierarchy for other declarations.  They
!      appear in the 'DECL_CONTEXT' of other '_DECL' nodes.
  
  
  File: gccint.info,  Node: Internal structure,  Prev: Working with declarations,  Up: Declarations
--- 8526,8650 ----
  --------------------------------
  
  Some macros can be used with any kind of declaration.  These include:
! `DECL_NAME'
!      This macro returns an `IDENTIFIER_NODE' giving the name of the
       entity.
  
! `TREE_TYPE'
       This macro returns the type of the entity declared.
  
! `EXPR_FILENAME'
       This macro returns the name of the file in which the entity was
!      declared, as a `char*'.  For an entity declared implicitly by the
!      compiler (like `__builtin_memcpy'), this will be the string
!      `"<internal>"'.
  
! `EXPR_LINENO'
       This macro returns the line number at which the entity was
!      declared, as an `int'.
  
! `DECL_ARTIFICIAL'
!      This predicate holds if the declaration was implicitly generated
!      by the compiler.  For example, this predicate will hold of an
!      implicitly declared member function, or of the `TYPE_DECL'
       implicitly generated for a class type.  Recall that in C++ code
       like:
            struct S {};
       is roughly equivalent to C code like:
            struct S {};
            typedef struct S S;
!      The implicitly generated `typedef' declaration is represented by a
!      `TYPE_DECL' for which `DECL_ARTIFICIAL' holds.
! 
  
   The various kinds of declarations include:
! `LABEL_DECL'
       These nodes are used to represent labels in function bodies.  For
       more information, see *note Functions::.  These nodes only appear
       in block scopes.
  
! `CONST_DECL'
!      These nodes are used to represent enumeration constants.  The
!      value of the constant is given by `DECL_INITIAL' which will be an
!      `INTEGER_CST' with the same type as the `TREE_TYPE' of the
!      `CONST_DECL', i.e., an `ENUMERAL_TYPE'.
  
! `RESULT_DECL'
       These nodes represent the value returned by a function.  When a
!      value is assigned to a `RESULT_DECL', that indicates that the
!      value should be returned, via bitwise copy, by the function.  You
!      can use `DECL_SIZE' and `DECL_ALIGN' on a `RESULT_DECL', just as
!      with a `VAR_DECL'.
  
! `TYPE_DECL'
!      These nodes represent `typedef' declarations.  The `TREE_TYPE' is
!      the type declared to have the name given by `DECL_NAME'.  In some
       cases, there is no associated name.
  
! `VAR_DECL'
       These nodes represent variables with namespace or block scope, as
!      well as static data members.  The `DECL_SIZE' and `DECL_ALIGN' are
!      analogous to `TYPE_SIZE' and `TYPE_ALIGN'.  For a declaration, you
!      should always use the `DECL_SIZE' and `DECL_ALIGN' rather than the
!      `TYPE_SIZE' and `TYPE_ALIGN' given by the `TREE_TYPE', since
!      special attributes may have been applied to the variable to give
!      it a particular size and alignment.  You may use the predicates
!      `DECL_THIS_STATIC' or `DECL_THIS_EXTERN' to test whether the
!      storage class specifiers `static' or `extern' were used to declare
       a variable.
  
       If this variable is initialized (but does not require a
!      constructor), the `DECL_INITIAL' will be an expression for the
       initializer.  The initializer should be evaluated, and a bitwise
!      copy into the variable performed.  If the `DECL_INITIAL' is the
!      `error_mark_node', there is an initializer, but it is given by an
       explicit statement later in the code; no bitwise copy is required.
  
       GCC provides an extension that allows either automatic variables,
       or global variables, to be placed in particular registers.  This
!      extension is being used for a particular `VAR_DECL' if
!      `DECL_REGISTER' holds for the `VAR_DECL', and if
!      `DECL_ASSEMBLER_NAME' is not equal to `DECL_NAME'.  In that case,
!      `DECL_ASSEMBLER_NAME' is the name of the register into which the
       variable will be placed.
  
! `PARM_DECL'
       Used to represent a parameter to a function.  Treat these nodes
!      similarly to `VAR_DECL' nodes.  These nodes only appear in the
!      `DECL_ARGUMENTS' for a `FUNCTION_DECL'.
  
!      The `DECL_ARG_TYPE' for a `PARM_DECL' is the type that will
       actually be used when a value is passed to this function.  It may
!      be a wider type than the `TREE_TYPE' of the parameter; for
!      example, the ordinary type might be `short' while the
!      `DECL_ARG_TYPE' is `int'.
  
! `DEBUG_EXPR_DECL'
       Used to represent an anonymous debug-information temporary created
       to hold an expression as it is optimized away, so that its value
       can be referenced in debug bind statements.
  
! `FIELD_DECL'
!      These nodes represent non-static data members.  The `DECL_SIZE' and
!      `DECL_ALIGN' behave as for `VAR_DECL' nodes.  The position of the
       field within the parent record is specified by a combination of
!      three attributes.  `DECL_FIELD_OFFSET' is the position, counting
!      in bytes, of the `DECL_OFFSET_ALIGN'-bit sized word containing the
!      bit of the field closest to the beginning of the structure.
!      `DECL_FIELD_BIT_OFFSET' is the bit offset of the first bit of the
       field within this word; this may be nonzero even for fields that
!      are not bit-fields, since `DECL_OFFSET_ALIGN' may be greater than
       the natural alignment of the field's type.
  
!      If `DECL_C_BIT_FIELD' holds, this field is a bit-field.  In a
!      bit-field, `DECL_BIT_FIELD_TYPE' also contains the type that was
!      originally specified for it, while DECL_TYPE may be a modified
!      type with lesser precision, according to the size of the bit field.
  
! `NAMESPACE_DECL'
       Namespaces provide a name hierarchy for other declarations.  They
!      appear in the `DECL_CONTEXT' of other `_DECL' nodes.
! 
  
  
  File: gccint.info,  Node: Internal structure,  Prev: Working with declarations,  Up: Declarations
*************** File: gccint.info,  Node: Internal struc
*** 8487,8493 ****
  10.4.2 Internal structure
  -------------------------
  
! 'DECL' nodes are represented internally as a hierarchy of structures.
  
  * Menu:
  
--- 8652,8658 ----
  10.4.2 Internal structure
  -------------------------
  
! `DECL' nodes are represented internally as a hierarchy of structures.
  
  * Menu:
  
*************** File: gccint.info,  Node: Current struct
*** 8502,8558 ****
  10.4.2.1 Current structure hierarchy
  ....................................
  
! 'struct tree_decl_minimal'
       This is the minimal structure to inherit from in order for common
!      'DECL' macros to work.  The fields it contains are a unique ID,
       source location, context, and name.
  
! 'struct tree_decl_common'
!      This structure inherits from 'struct tree_decl_minimal'.  It
!      contains fields that most 'DECL' nodes need, such as a field to
       store alignment, machine mode, size, and attributes.
  
! 'struct tree_field_decl'
!      This structure inherits from 'struct tree_decl_common'.  It is used
!      to represent 'FIELD_DECL'.
  
! 'struct tree_label_decl'
!      This structure inherits from 'struct tree_decl_common'.  It is used
!      to represent 'LABEL_DECL'.
  
! 'struct tree_translation_unit_decl'
!      This structure inherits from 'struct tree_decl_common'.  It is used
!      to represent 'TRANSLATION_UNIT_DECL'.
  
! 'struct tree_decl_with_rtl'
!      This structure inherits from 'struct tree_decl_common'.  It
       contains a field to store the low-level RTL associated with a
!      'DECL' node.
  
! 'struct tree_result_decl'
!      This structure inherits from 'struct tree_decl_with_rtl'.  It is
!      used to represent 'RESULT_DECL'.
  
! 'struct tree_const_decl'
!      This structure inherits from 'struct tree_decl_with_rtl'.  It is
!      used to represent 'CONST_DECL'.
  
! 'struct tree_parm_decl'
!      This structure inherits from 'struct tree_decl_with_rtl'.  It is
!      used to represent 'PARM_DECL'.
  
! 'struct tree_decl_with_vis'
!      This structure inherits from 'struct tree_decl_with_rtl'.  It
       contains fields necessary to store visibility information, as well
       as a section name and assembler name.
  
! 'struct tree_var_decl'
!      This structure inherits from 'struct tree_decl_with_vis'.  It is
!      used to represent 'VAR_DECL'.
  
- 'struct tree_function_decl'
-      This structure inherits from 'struct tree_decl_with_vis'.  It is
-      used to represent 'FUNCTION_DECL'.
  
  
  File: gccint.info,  Node: Adding new DECL node types,  Prev: Current structure hierarchy,  Up: Internal structure
--- 8667,8724 ----
  10.4.2.1 Current structure hierarchy
  ....................................
  
! `struct tree_decl_minimal'
       This is the minimal structure to inherit from in order for common
!      `DECL' macros to work.  The fields it contains are a unique ID,
       source location, context, and name.
  
! `struct tree_decl_common'
!      This structure inherits from `struct tree_decl_minimal'.  It
!      contains fields that most `DECL' nodes need, such as a field to
       store alignment, machine mode, size, and attributes.
  
! `struct tree_field_decl'
!      This structure inherits from `struct tree_decl_common'.  It is
!      used to represent `FIELD_DECL'.
  
! `struct tree_label_decl'
!      This structure inherits from `struct tree_decl_common'.  It is
!      used to represent `LABEL_DECL'.
  
! `struct tree_translation_unit_decl'
!      This structure inherits from `struct tree_decl_common'.  It is
!      used to represent `TRANSLATION_UNIT_DECL'.
  
! `struct tree_decl_with_rtl'
!      This structure inherits from `struct tree_decl_common'.  It
       contains a field to store the low-level RTL associated with a
!      `DECL' node.
  
! `struct tree_result_decl'
!      This structure inherits from `struct tree_decl_with_rtl'.  It is
!      used to represent `RESULT_DECL'.
  
! `struct tree_const_decl'
!      This structure inherits from `struct tree_decl_with_rtl'.  It is
!      used to represent `CONST_DECL'.
  
! `struct tree_parm_decl'
!      This structure inherits from `struct tree_decl_with_rtl'.  It is
!      used to represent `PARM_DECL'.
  
! `struct tree_decl_with_vis'
!      This structure inherits from `struct tree_decl_with_rtl'.  It
       contains fields necessary to store visibility information, as well
       as a section name and assembler name.
  
! `struct tree_var_decl'
!      This structure inherits from `struct tree_decl_with_vis'.  It is
!      used to represent `VAR_DECL'.
! 
! `struct tree_function_decl'
!      This structure inherits from `struct tree_decl_with_vis'.  It is
!      used to represent `FUNCTION_DECL'.
  
  
  
  File: gccint.info,  Node: Adding new DECL node types,  Prev: Current structure hierarchy,  Up: Internal structure
*************** File: gccint.info,  Node: Adding new DEC
*** 8560,8636 ****
  10.4.2.2 Adding new DECL node types
  ...................................
  
! Adding a new 'DECL' tree consists of the following steps
  
! Add a new tree code for the 'DECL' node
!      For language specific 'DECL' nodes, there is a '.def' file in each
!      frontend directory where the tree code should be added.  For 'DECL'
!      nodes that are part of the middle-end, the code should be added to
!      'tree.def'.
  
! Create a new structure type for the 'DECL' node
!      These structures should inherit from one of the existing structures
!      in the language hierarchy by using that structure as the first
!      member.
  
            struct tree_foo_decl
            {
               struct tree_decl_with_vis common;
            }
  
!      Would create a structure name 'tree_foo_decl' that inherits from
!      'struct tree_decl_with_vis'.
  
!      For language specific 'DECL' nodes, this new structure type should
!      go in the appropriate '.h' file.  For 'DECL' nodes that are part of
!      the middle-end, the structure type should go in 'tree.h'.
  
  Add a member to the tree structure enumerator for the node
!      For garbage collection and dynamic checking purposes, each 'DECL'
       node structure type is required to have a unique enumerator value
!      specified with it.  For language specific 'DECL' nodes, this new
!      enumerator value should go in the appropriate '.def' file.  For
!      'DECL' nodes that are part of the middle-end, the enumerator values
!      are specified in 'treestruct.def'.
  
! Update 'union tree_node'
       In order to make your new structure type usable, it must be added
!      to 'union tree_node'.  For language specific 'DECL' nodes, a new
!      entry should be added to the appropriate '.h' file of the form
              struct tree_foo_decl GTY ((tag ("TS_VAR_DECL"))) foo_decl;
!      For 'DECL' nodes that are part of the middle-end, the additional
!      member goes directly into 'union tree_node' in 'tree.h'.
  
  Update dynamic checking info
       In order to be able to check whether accessing a named portion of
!      'union tree_node' is legal, and whether a certain 'DECL' node
!      contains one of the enumerated 'DECL' node structures in the
       hierarchy, a simple lookup table is used.  This lookup table needs
       to be kept up to date with the tree structure hierarchy, or else
       checking and containment macros will fail inappropriately.
  
!      For language specific 'DECL' nodes, their is an 'init_ts' function
!      in an appropriate '.c' file, which initializes the lookup table.
!      Code setting up the table for new 'DECL' nodes should be added
!      there.  For each 'DECL' tree code and enumerator value representing
!      a member of the inheritance hierarchy, the table should contain 1
!      if that tree code inherits (directly or indirectly) from that
!      member.  Thus, a 'FOO_DECL' node derived from 'struct
!      decl_with_rtl', and enumerator value 'TS_FOO_DECL', would be set up
!      as follows
            tree_contains_struct[FOO_DECL][TS_FOO_DECL] = 1;
            tree_contains_struct[FOO_DECL][TS_DECL_WRTL] = 1;
            tree_contains_struct[FOO_DECL][TS_DECL_COMMON] = 1;
            tree_contains_struct[FOO_DECL][TS_DECL_MINIMAL] = 1;
  
!      For 'DECL' nodes that are part of the middle-end, the setup code
!      goes into 'tree.c'.
  
  Add macros to access any new fields and flags
- 
       Each added field or flag should have a macro that is used to access
       it, that performs appropriate checking to ensure only the right
!      type of 'DECL' nodes access the field.
  
       These macros generally take the following form
            #define FOO_DECL_FIELDNAME(NODE) FOO_DECL_CHECK(NODE)->foo_decl.fieldname
--- 8726,8801 ----
  10.4.2.2 Adding new DECL node types
  ...................................
  
! Adding a new `DECL' tree consists of the following steps
  
! Add a new tree code for the `DECL' node
!      For language specific `DECL' nodes, there is a `.def' file in each
!      frontend directory where the tree code should be added.  For
!      `DECL' nodes that are part of the middle-end, the code should be
!      added to `tree.def'.
  
! Create a new structure type for the `DECL' node
!      These structures should inherit from one of the existing
!      structures in the language hierarchy by using that structure as
!      the first member.
  
            struct tree_foo_decl
            {
               struct tree_decl_with_vis common;
            }
  
!      Would create a structure name `tree_foo_decl' that inherits from
!      `struct tree_decl_with_vis'.
  
!      For language specific `DECL' nodes, this new structure type should
!      go in the appropriate `.h' file.  For `DECL' nodes that are part
!      of the middle-end, the structure type should go in `tree.h'.
  
  Add a member to the tree structure enumerator for the node
!      For garbage collection and dynamic checking purposes, each `DECL'
       node structure type is required to have a unique enumerator value
!      specified with it.  For language specific `DECL' nodes, this new
!      enumerator value should go in the appropriate `.def' file.  For
!      `DECL' nodes that are part of the middle-end, the enumerator
!      values are specified in `treestruct.def'.
  
! Update `union tree_node'
       In order to make your new structure type usable, it must be added
!      to `union tree_node'.  For language specific `DECL' nodes, a new
!      entry should be added to the appropriate `.h' file of the form
              struct tree_foo_decl GTY ((tag ("TS_VAR_DECL"))) foo_decl;
!      For `DECL' nodes that are part of the middle-end, the additional
!      member goes directly into `union tree_node' in `tree.h'.
  
  Update dynamic checking info
       In order to be able to check whether accessing a named portion of
!      `union tree_node' is legal, and whether a certain `DECL' node
!      contains one of the enumerated `DECL' node structures in the
       hierarchy, a simple lookup table is used.  This lookup table needs
       to be kept up to date with the tree structure hierarchy, or else
       checking and containment macros will fail inappropriately.
  
!      For language specific `DECL' nodes, their is an `init_ts' function
!      in an appropriate `.c' file, which initializes the lookup table.
!      Code setting up the table for new `DECL' nodes should be added
!      there.  For each `DECL' tree code and enumerator value
!      representing a member of the inheritance  hierarchy, the table
!      should contain 1 if that tree code inherits (directly or
!      indirectly) from that member.  Thus, a `FOO_DECL' node derived
!      from `struct decl_with_rtl', and enumerator value `TS_FOO_DECL',
!      would be set up as follows
            tree_contains_struct[FOO_DECL][TS_FOO_DECL] = 1;
            tree_contains_struct[FOO_DECL][TS_DECL_WRTL] = 1;
            tree_contains_struct[FOO_DECL][TS_DECL_COMMON] = 1;
            tree_contains_struct[FOO_DECL][TS_DECL_MINIMAL] = 1;
  
!      For `DECL' nodes that are part of the middle-end, the setup code
!      goes into `tree.c'.
  
  Add macros to access any new fields and flags
       Each added field or flag should have a macro that is used to access
       it, that performs appropriate checking to ensure only the right
!      type of `DECL' nodes access the field.
  
       These macros generally take the following form
            #define FOO_DECL_FIELDNAME(NODE) FOO_DECL_CHECK(NODE)->foo_decl.fieldname
*************** Add macros to access any new fields and
*** 8640,8648 ****
            #define BASE_STRUCT_FIELDNAME(NODE) \
               (BASE_STRUCT_CHECK(NODE)->base_struct.fieldname
  
!      Reading them from the generated 'all-tree.def' file (which in turn
!      includes all the 'tree.def' files), 'gencheck.c' is used during
!      GCC's build to generate the '*_CHECK' macros for all tree codes.
  
  
  File: gccint.info,  Node: Attributes,  Next: Expression trees,  Prev: Declarations,  Up: GENERIC
--- 8805,8814 ----
            #define BASE_STRUCT_FIELDNAME(NODE) \
               (BASE_STRUCT_CHECK(NODE)->base_struct.fieldname
  
!      Reading them from the generated `all-tree.def' file (which in turn
!      includes all the `tree.def' files), `gencheck.c' is used during
!      GCC's build to generate the `*_CHECK' macros for all tree codes.
! 
  
  
  File: gccint.info,  Node: Attributes,  Next: Expression trees,  Prev: Declarations,  Up: GENERIC
*************** File: gccint.info,  Node: Attributes,  N
*** 8650,8664 ****
  10.5 Attributes in trees
  ========================
  
! Attributes, as specified using the '__attribute__' keyword, are
! represented internally as a 'TREE_LIST'.  The 'TREE_PURPOSE' is the name
! of the attribute, as an 'IDENTIFIER_NODE'.  The 'TREE_VALUE' is a
! 'TREE_LIST' of the arguments of the attribute, if any, or 'NULL_TREE' if
! there are no arguments; the arguments are stored as the 'TREE_VALUE' of
! successive entries in the list, and may be identifiers or expressions.
! The 'TREE_CHAIN' of the attribute is the next attribute in a list of
! attributes applying to the same declaration or type, or 'NULL_TREE' if
! there are no further attributes in the list.
  
   Attributes may be attached to declarations and to types; these
  attributes may be accessed with the following macros.  All attributes
--- 8816,8830 ----
  10.5 Attributes in trees
  ========================
  
! Attributes, as specified using the `__attribute__' keyword, are
! represented internally as a `TREE_LIST'.  The `TREE_PURPOSE' is the
! name of the attribute, as an `IDENTIFIER_NODE'.  The `TREE_VALUE' is a
! `TREE_LIST' of the arguments of the attribute, if any, or `NULL_TREE'
! if there are no arguments; the arguments are stored as the `TREE_VALUE'
! of successive entries in the list, and may be identifiers or
! expressions.  The `TREE_CHAIN' of the attribute is the next attribute
! in a list of attributes applying to the same declaration or type, or
! `NULL_TREE' if there are no further attributes in the list.
  
   Attributes may be attached to declarations and to types; these
  attributes may be accessed with the following macros.  All attributes
*************** mind.  In particular, the expression "tr
*** 8683,8700 ****
  acyclic graph.  (For example there may be many references to the integer
  constant zero throughout the source program; many of these will be
  represented by the same expression node.)  You should not rely on
! certain kinds of node being shared, nor should you rely on certain kinds
! of nodes being unshared.
  
   The following macros can be used with all expression nodes:
  
! 'TREE_TYPE'
       Returns the type of the expression.  This value may not be
       precisely the same type that would be given the expression in the
       original program.
  
   In what follows, some nodes that one might expect to always have type
! 'bool' are documented to have either integral or boolean type.  At some
  point in the future, the C front end may also make use of this same
  intermediate representation, and at this point these nodes will
  certainly have integral type.  The previous sentence is not meant to
--- 8849,8866 ----
  acyclic graph.  (For example there may be many references to the integer
  constant zero throughout the source program; many of these will be
  represented by the same expression node.)  You should not rely on
! certain kinds of node being shared, nor should you rely on certain
! kinds of nodes being unshared.
  
   The following macros can be used with all expression nodes:
  
! `TREE_TYPE'
       Returns the type of the expression.  This value may not be
       precisely the same type that would be given the expression in the
       original program.
  
   In what follows, some nodes that one might expect to always have type
! `bool' are documented to have either integral or boolean type.  At some
  point in the future, the C front end may also make use of this same
  intermediate representation, and at this point these nodes will
  certainly have integral type.  The previous sentence is not meant to
*************** integral type.
*** 8703,8713 ****
  
   Below, we list the various kinds of expression nodes.  Except where
  noted otherwise, the operands to an expression are accessed using the
! 'TREE_OPERAND' macro.  For example, to access the first operand to a
! binary plus expression 'expr', use:
  
       TREE_OPERAND (expr, 0)
- 
   As this example indicates, the operands are zero-indexed.
  
  * Menu:
--- 8869,8878 ----
  
   Below, we list the various kinds of expression nodes.  Except where
  noted otherwise, the operands to an expression are accessed using the
! `TREE_OPERAND' macro.  For example, to access the first operand to a
! binary plus expression `expr', use:
  
       TREE_OPERAND (expr, 0)
   As this example indicates, the operands are zero-indexed.
  
  * Menu:
*************** The table below begins with constants, m
*** 8727,8801 ****
  then proceeds to binary expressions, and concludes with various other
  kinds of expressions:
  
! 'INTEGER_CST'
       These nodes represent integer constants.  Note that the type of
!      these constants is obtained with 'TREE_TYPE'; they are not always
!      of type 'int'.  In particular, 'char' constants are represented
!      with 'INTEGER_CST' nodes.  The value of the integer constant 'e' is
!      represented in an array of HOST_WIDE_INT. There are enough elements
!      in the array to represent the value without taking extra elements
!      for redundant 0s or -1.  The number of elements used to represent
!      'e' is available via 'TREE_INT_CST_NUNITS'.  Element 'i' can be
!      extracted by using 'TREE_INT_CST_ELT (e, i)'.  'TREE_INT_CST_LOW'
!      is a shorthand for 'TREE_INT_CST_ELT (e, 0)'.
! 
!      The functions 'tree_fits_shwi_p' and 'tree_fits_uhwi_p' can be used
!      to tell if the value is small enough to fit in a signed
!      HOST_WIDE_INT or an unsigned HOST_WIDE_INT respectively.  The value
!      can then be extracted using 'tree_to_shwi' and 'tree_to_uhwi'.
  
! 'REAL_CST'
  
       FIXME: Talk about how to obtain representations of this constant,
       do comparisons, and so forth.
  
! 'FIXED_CST'
! 
       These nodes represent fixed-point constants.  The type of these
!      constants is obtained with 'TREE_TYPE'.  'TREE_FIXED_CST_PTR'
!      points to a 'struct fixed_value'; 'TREE_FIXED_CST' returns the
!      structure itself.  'struct fixed_value' contains 'data' with the
!      size of two 'HOST_BITS_PER_WIDE_INT' and 'mode' as the associated
!      fixed-point machine mode for 'data'.
  
! 'COMPLEX_CST'
!      These nodes are used to represent complex number constants, that is
!      a '__complex__' whose parts are constant nodes.  The
!      'TREE_REALPART' and 'TREE_IMAGPART' return the real and the
       imaginary parts respectively.
  
! 'VECTOR_CST'
       These nodes are used to represent vector constants, whose parts are
!      constant nodes.  Each individual constant node is either an integer
!      or a double constant node.  The first operand is a 'TREE_LIST' of
!      the constant nodes and is accessed through 'TREE_VECTOR_CST_ELTS'.
  
! 'STRING_CST'
!      These nodes represent string-constants.  The 'TREE_STRING_LENGTH'
!      returns the length of the string, as an 'int'.  The
!      'TREE_STRING_POINTER' is a 'char*' containing the string itself.
!      The string may not be 'NUL'-terminated, and it may contain embedded
!      'NUL' characters.  Therefore, the 'TREE_STRING_LENGTH' includes the
!      trailing 'NUL' if it is present.
  
!      For wide string constants, the 'TREE_STRING_LENGTH' is the number
!      of bytes in the string, and the 'TREE_STRING_POINTER' points to an
       array of the bytes of the string, as represented on the target
       system (that is, as integers in the target endianness).  Wide and
!      non-wide string constants are distinguished only by the 'TREE_TYPE'
!      of the 'STRING_CST'.
  
       FIXME: The formats of string constants are not well-defined when
       the target system bytes are not the same width as host system
       bytes.
  
  
  File: gccint.info,  Node: Storage References,  Next: Unary and Binary Expressions,  Prev: Constant expressions,  Up: Expression trees
  
  10.6.2 References to storage
  ----------------------------
  
! 'ARRAY_REF'
       These nodes represent array accesses.  The first operand is the
       array; the second is the index.  To calculate the address of the
       memory accessed, you must scale the index by the size of the type
--- 8892,8967 ----
  then proceeds to binary expressions, and concludes with various other
  kinds of expressions:
  
! `INTEGER_CST'
       These nodes represent integer constants.  Note that the type of
!      these constants is obtained with `TREE_TYPE'; they are not always
!      of type `int'.  In particular, `char' constants are represented
!      with `INTEGER_CST' nodes.  The value of the integer constant `e' is
!      represented in an array of HOST_WIDE_INT.   There are enough
!      elements in the array to represent the value without taking extra
!      elements for redundant 0s or -1.  The number of elements used to
!      represent `e' is available via `TREE_INT_CST_NUNITS'. Element `i'
!      can be extracted by using `TREE_INT_CST_ELT (e, i)'.
!      `TREE_INT_CST_LOW' is a shorthand for `TREE_INT_CST_ELT (e, 0)'.
  
!      The functions `tree_fits_shwi_p' and `tree_fits_uhwi_p' can be
!      used to tell if the value is small enough to fit in a signed
!      HOST_WIDE_INT or an unsigned HOST_WIDE_INT respectively.  The
!      value can then be extracted using `tree_to_shwi' and
!      `tree_to_uhwi'.
  
+ `REAL_CST'
       FIXME: Talk about how to obtain representations of this constant,
       do comparisons, and so forth.
  
! `FIXED_CST'
       These nodes represent fixed-point constants.  The type of these
!      constants is obtained with `TREE_TYPE'.  `TREE_FIXED_CST_PTR'
!      points to a `struct fixed_value';  `TREE_FIXED_CST' returns the
!      structure itself.  `struct fixed_value' contains `data' with the
!      size of two `HOST_BITS_PER_WIDE_INT' and `mode' as the associated
!      fixed-point machine mode for `data'.
  
! `COMPLEX_CST'
!      These nodes are used to represent complex number constants, that
!      is a `__complex__' whose parts are constant nodes.  The
!      `TREE_REALPART' and `TREE_IMAGPART' return the real and the
       imaginary parts respectively.
  
! `VECTOR_CST'
       These nodes are used to represent vector constants, whose parts are
!      constant nodes.  Each individual constant node is either an
!      integer or a double constant node.  The first operand is a
!      `TREE_LIST' of the constant nodes and is accessed through
!      `TREE_VECTOR_CST_ELTS'.
  
! `STRING_CST'
!      These nodes represent string-constants.  The `TREE_STRING_LENGTH'
!      returns the length of the string, as an `int'.  The
!      `TREE_STRING_POINTER' is a `char*' containing the string itself.
!      The string may not be `NUL'-terminated, and it may contain
!      embedded `NUL' characters.  Therefore, the `TREE_STRING_LENGTH'
!      includes the trailing `NUL' if it is present.
  
!      For wide string constants, the `TREE_STRING_LENGTH' is the number
!      of bytes in the string, and the `TREE_STRING_POINTER' points to an
       array of the bytes of the string, as represented on the target
       system (that is, as integers in the target endianness).  Wide and
!      non-wide string constants are distinguished only by the `TREE_TYPE'
!      of the `STRING_CST'.
  
       FIXME: The formats of string constants are not well-defined when
       the target system bytes are not the same width as host system
       bytes.
  
+ 
  
  File: gccint.info,  Node: Storage References,  Next: Unary and Binary Expressions,  Prev: Constant expressions,  Up: Expression trees
  
  10.6.2 References to storage
  ----------------------------
  
! `ARRAY_REF'
       These nodes represent array accesses.  The first operand is the
       array; the second is the index.  To calculate the address of the
       memory accessed, you must scale the index by the size of the type
*************** File: gccint.info,  Node: Storage Refere
*** 8803,8866 ****
       type of a component of the array.  The third and fourth operands
       are used after gimplification to represent the lower bound and
       component size but should not be used directly; call
!      'array_ref_low_bound' and 'array_ref_element_size' instead.
  
! 'ARRAY_RANGE_REF'
       These nodes represent access to a range (or "slice") of an array.
!      The operands are the same as that for 'ARRAY_REF' and have the same
       meanings.  The type of these expressions must be an array whose
!      component type is the same as that of the first operand.  The range
!      of that array type determines the amount of data these expressions
!      access.
  
! 'TARGET_MEM_REF'
       These nodes represent memory accesses whose address directly map to
       an addressing mode of the target architecture.  The first argument
!      is 'TMR_SYMBOL' and must be a 'VAR_DECL' of an object with a fixed
!      address.  The second argument is 'TMR_BASE' and the third one is
!      'TMR_INDEX'.  The fourth argument is 'TMR_STEP' and must be an
!      'INTEGER_CST'.  The fifth argument is 'TMR_OFFSET' and must be an
!      'INTEGER_CST'.  Any of the arguments may be NULL if the appropriate
!      component does not appear in the address.  Address of the
!      'TARGET_MEM_REF' is determined in the following way.
  
            &TMR_SYMBOL + TMR_BASE + TMR_INDEX * TMR_STEP + TMR_OFFSET
  
       The sixth argument is the reference to the original memory access,
!      which is preserved for the purposes of the RTL alias analysis.  The
!      seventh argument is a tag representing the results of tree level
!      alias analysis.
  
! 'ADDR_EXPR'
       These nodes are used to represent the address of an object.  (These
       expressions will always have pointer or reference type.)  The
       operand may be another expression, or it may be a declaration.
  
       As an extension, GCC allows users to take the address of a label.
!      In this case, the operand of the 'ADDR_EXPR' will be a
!      'LABEL_DECL'.  The type of such an expression is 'void*'.
  
       If the object addressed is not an lvalue, a temporary is created,
       and the address of the temporary is used.
  
! 'INDIRECT_REF'
       These nodes are used to represent the object pointed to by a
       pointer.  The operand is the pointer being dereferenced; it will
       always have pointer or reference type.
  
! 'MEM_REF'
       These nodes are used to represent the object pointed to by a
       pointer offset by a constant.  The first operand is the pointer
       being dereferenced; it will always have pointer or reference type.
       The second operand is a pointer constant.  Its type is specifying
       the type to be used for type-based alias analysis.
  
! 'COMPONENT_REF'
       These nodes represent non-static data member accesses.  The first
       operand is the object (rather than a pointer to it); the second
!      operand is the 'FIELD_DECL' for the data member.  The third operand
!      represents the byte offset of the field, but should not be used
!      directly; call 'component_ref_field_offset' instead.
  
  
  File: gccint.info,  Node: Unary and Binary Expressions,  Next: Vectors,  Prev: Storage References,  Up: Expression trees
--- 8969,9033 ----
       type of a component of the array.  The third and fourth operands
       are used after gimplification to represent the lower bound and
       component size but should not be used directly; call
!      `array_ref_low_bound' and `array_ref_element_size' instead.
  
! `ARRAY_RANGE_REF'
       These nodes represent access to a range (or "slice") of an array.
!      The operands are the same as that for `ARRAY_REF' and have the same
       meanings.  The type of these expressions must be an array whose
!      component type is the same as that of the first operand.  The
!      range of that array type determines the amount of data these
!      expressions access.
  
! `TARGET_MEM_REF'
       These nodes represent memory accesses whose address directly map to
       an addressing mode of the target architecture.  The first argument
!      is `TMR_SYMBOL' and must be a `VAR_DECL' of an object with a fixed
!      address.  The second argument is `TMR_BASE' and the third one is
!      `TMR_INDEX'.  The fourth argument is `TMR_STEP' and must be an
!      `INTEGER_CST'.  The fifth argument is `TMR_OFFSET' and must be an
!      `INTEGER_CST'.  Any of the arguments may be NULL if the
!      appropriate component does not appear in the address.  Address of
!      the `TARGET_MEM_REF' is determined in the following way.
  
            &TMR_SYMBOL + TMR_BASE + TMR_INDEX * TMR_STEP + TMR_OFFSET
  
       The sixth argument is the reference to the original memory access,
!      which is preserved for the purposes of the RTL alias analysis.
!      The seventh argument is a tag representing the results of tree
!      level alias analysis.
  
! `ADDR_EXPR'
       These nodes are used to represent the address of an object.  (These
       expressions will always have pointer or reference type.)  The
       operand may be another expression, or it may be a declaration.
  
       As an extension, GCC allows users to take the address of a label.
!      In this case, the operand of the `ADDR_EXPR' will be a
!      `LABEL_DECL'.  The type of such an expression is `void*'.
  
       If the object addressed is not an lvalue, a temporary is created,
       and the address of the temporary is used.
  
! `INDIRECT_REF'
       These nodes are used to represent the object pointed to by a
       pointer.  The operand is the pointer being dereferenced; it will
       always have pointer or reference type.
  
! `MEM_REF'
       These nodes are used to represent the object pointed to by a
       pointer offset by a constant.  The first operand is the pointer
       being dereferenced; it will always have pointer or reference type.
       The second operand is a pointer constant.  Its type is specifying
       the type to be used for type-based alias analysis.
  
! `COMPONENT_REF'
       These nodes represent non-static data member accesses.  The first
       operand is the object (rather than a pointer to it); the second
!      operand is the `FIELD_DECL' for the data member.  The third
!      operand represents the byte offset of the field, but should not be
!      used directly; call `component_ref_field_offset' instead.
! 
  
  
  File: gccint.info,  Node: Unary and Binary Expressions,  Next: Vectors,  Prev: Storage References,  Up: Expression trees
*************** File: gccint.info,  Node: Unary and Bina
*** 8868,9027 ****
  10.6.3 Unary and Binary Expressions
  -----------------------------------
  
! 'NEGATE_EXPR'
       These nodes represent unary negation of the single operand, for
       both integer and floating-point types.  The type of negation can be
       determined by looking at the type of the expression.
  
       The behavior of this operation on signed arithmetic overflow is
!      controlled by the 'flag_wrapv' and 'flag_trapv' variables.
  
! 'ABS_EXPR'
       These nodes represent the absolute value of the single operand, for
       both integer and floating-point types.  This is typically used to
!      implement the 'abs', 'labs' and 'llabs' builtins for integer types,
!      and the 'fabs', 'fabsf' and 'fabsl' builtins for floating point
!      types.  The type of abs operation can be determined by looking at
!      the type of the expression.
  
       This node is not used for complex types.  To represent the modulus
!      or complex abs of a complex value, use the 'BUILT_IN_CABS',
!      'BUILT_IN_CABSF' or 'BUILT_IN_CABSL' builtins, as used to implement
!      the C99 'cabs', 'cabsf' and 'cabsl' built-in functions.
  
! 'BIT_NOT_EXPR'
       These nodes represent bitwise complement, and will always have
       integral type.  The only operand is the value to be complemented.
  
! 'TRUTH_NOT_EXPR'
       These nodes represent logical negation, and will always have
       integral (or boolean) type.  The operand is the value being
!      negated.  The type of the operand and that of the result are always
!      of 'BOOLEAN_TYPE' or 'INTEGER_TYPE'.
  
! 'PREDECREMENT_EXPR'
! 'PREINCREMENT_EXPR'
! 'POSTDECREMENT_EXPR'
! 'POSTINCREMENT_EXPR'
       These nodes represent increment and decrement expressions.  The
       value of the single operand is computed, and the operand
!      incremented or decremented.  In the case of 'PREDECREMENT_EXPR' and
!      'PREINCREMENT_EXPR', the value of the expression is the value
       resulting after the increment or decrement; in the case of
!      'POSTDECREMENT_EXPR' and 'POSTINCREMENT_EXPR' is the value before
       the increment or decrement occurs.  The type of the operand, like
       that of the result, will be either integral, boolean, or
       floating-point.
  
! 'FIX_TRUNC_EXPR'
       These nodes represent conversion of a floating-point value to an
       integer.  The single operand will have a floating-point type, while
       the complete expression will have an integral (or boolean) type.
       The operand is rounded towards zero.
  
! 'FLOAT_EXPR'
       These nodes represent conversion of an integral (or boolean) value
       to a floating-point value.  The single operand will have integral
       type, while the complete expression will have a floating-point
       type.
  
       FIXME: How is the operand supposed to be rounded?  Is this
!      dependent on '-mieee'?
  
! 'COMPLEX_EXPR'
       These nodes are used to represent complex numbers constructed from
       two expressions of the same (integer or real) type.  The first
       operand is the real part and the second operand is the imaginary
       part.
  
! 'CONJ_EXPR'
       These nodes represent the conjugate of their operand.
  
! 'REALPART_EXPR'
! 'IMAGPART_EXPR'
       These nodes represent respectively the real and the imaginary parts
       of complex numbers (their sole argument).
  
! 'NON_LVALUE_EXPR'
       These nodes indicate that their one and only operand is not an
       lvalue.  A back end can treat these identically to the single
       operand.
  
! 'NOP_EXPR'
       These nodes are used to represent conversions that do not require
!      any code-generation.  For example, conversion of a 'char*' to an
!      'int*' does not require any code be generated; such a conversion is
!      represented by a 'NOP_EXPR'.  The single operand is the expression
       to be converted.  The conversion from a pointer to a reference is
!      also represented with a 'NOP_EXPR'.
  
! 'CONVERT_EXPR'
!      These nodes are similar to 'NOP_EXPR's, but are used in those
       situations where code may need to be generated.  For example, if an
!      'int*' is converted to an 'int' code may need to be generated on
       some platforms.  These nodes are never used for C++-specific
!      conversions, like conversions between pointers to different classes
!      in an inheritance hierarchy.  Any adjustments that need to be made
!      in such cases are always indicated explicitly.  Similarly, a
!      user-defined conversion is never represented by a 'CONVERT_EXPR';
!      instead, the function calls are made explicit.
  
! 'FIXED_CONVERT_EXPR'
       These nodes are used to represent conversions that involve
       fixed-point values.  For example, from a fixed-point value to
       another fixed-point value, from an integer to a fixed-point value,
!      from a fixed-point value to an integer, from a floating-point value
!      to a fixed-point value, or from a fixed-point value to a
       floating-point value.
  
! 'LSHIFT_EXPR'
! 'RSHIFT_EXPR'
       These nodes represent left and right shifts, respectively.  The
       first operand is the value to shift; it will always be of integral
       type.  The second operand is an expression for the number of bits
       by which to shift.  Right shift should be treated as arithmetic,
!      i.e., the high-order bits should be zero-filled when the expression
!      has unsigned type and filled with the sign bit when the expression
!      has signed type.  Note that the result is undefined if the second
!      operand is larger than or equal to the first operand's type size.
!      Unlike most nodes, these can have a vector as first operand and a
!      scalar as second operand.
  
! 'BIT_IOR_EXPR'
! 'BIT_XOR_EXPR'
! 'BIT_AND_EXPR'
       These nodes represent bitwise inclusive or, bitwise exclusive or,
       and bitwise and, respectively.  Both operands will always have
       integral type.
  
! 'TRUTH_ANDIF_EXPR'
! 'TRUTH_ORIF_EXPR'
       These nodes represent logical "and" and logical "or", respectively.
       These operators are not strict; i.e., the second operand is
       evaluated only if the value of the expression is not determined by
!      evaluation of the first operand.  The type of the operands and that
!      of the result are always of 'BOOLEAN_TYPE' or 'INTEGER_TYPE'.
  
! 'TRUTH_AND_EXPR'
! 'TRUTH_OR_EXPR'
! 'TRUTH_XOR_EXPR'
       These nodes represent logical and, logical or, and logical
       exclusive or.  They are strict; both arguments are always
       evaluated.  There are no corresponding operators in C or C++, but
       the front end will sometimes generate these expressions anyhow, if
       it can tell that strictness does not matter.  The type of the
!      operands and that of the result are always of 'BOOLEAN_TYPE' or
!      'INTEGER_TYPE'.
  
! 'POINTER_PLUS_EXPR'
       This node represents pointer arithmetic.  The first operand is
       always a pointer/reference type.  The second operand is always an
       unsigned integer type compatible with sizetype.  This is the only
       binary arithmetic operand that can operate on pointer types.
  
! 'PLUS_EXPR'
! 'MINUS_EXPR'
! 'MULT_EXPR'
       These nodes represent various binary arithmetic operations.
       Respectively, these operations are addition, subtraction (of the
       second operand from the first) and multiplication.  Their operands
--- 9035,9194 ----
  10.6.3 Unary and Binary Expressions
  -----------------------------------
  
! `NEGATE_EXPR'
       These nodes represent unary negation of the single operand, for
       both integer and floating-point types.  The type of negation can be
       determined by looking at the type of the expression.
  
       The behavior of this operation on signed arithmetic overflow is
!      controlled by the `flag_wrapv' and `flag_trapv' variables.
  
! `ABS_EXPR'
       These nodes represent the absolute value of the single operand, for
       both integer and floating-point types.  This is typically used to
!      implement the `abs', `labs' and `llabs' builtins for integer
!      types, and the `fabs', `fabsf' and `fabsl' builtins for floating
!      point types.  The type of abs operation can be determined by
!      looking at the type of the expression.
  
       This node is not used for complex types.  To represent the modulus
!      or complex abs of a complex value, use the `BUILT_IN_CABS',
!      `BUILT_IN_CABSF' or `BUILT_IN_CABSL' builtins, as used to
!      implement the C99 `cabs', `cabsf' and `cabsl' built-in functions.
  
! `BIT_NOT_EXPR'
       These nodes represent bitwise complement, and will always have
       integral type.  The only operand is the value to be complemented.
  
! `TRUTH_NOT_EXPR'
       These nodes represent logical negation, and will always have
       integral (or boolean) type.  The operand is the value being
!      negated.  The type of the operand and that of the result are
!      always of `BOOLEAN_TYPE' or `INTEGER_TYPE'.
  
! `PREDECREMENT_EXPR'
! `PREINCREMENT_EXPR'
! `POSTDECREMENT_EXPR'
! `POSTINCREMENT_EXPR'
       These nodes represent increment and decrement expressions.  The
       value of the single operand is computed, and the operand
!      incremented or decremented.  In the case of `PREDECREMENT_EXPR' and
!      `PREINCREMENT_EXPR', the value of the expression is the value
       resulting after the increment or decrement; in the case of
!      `POSTDECREMENT_EXPR' and `POSTINCREMENT_EXPR' is the value before
       the increment or decrement occurs.  The type of the operand, like
       that of the result, will be either integral, boolean, or
       floating-point.
  
! `FIX_TRUNC_EXPR'
       These nodes represent conversion of a floating-point value to an
       integer.  The single operand will have a floating-point type, while
       the complete expression will have an integral (or boolean) type.
       The operand is rounded towards zero.
  
! `FLOAT_EXPR'
       These nodes represent conversion of an integral (or boolean) value
       to a floating-point value.  The single operand will have integral
       type, while the complete expression will have a floating-point
       type.
  
       FIXME: How is the operand supposed to be rounded?  Is this
!      dependent on `-mieee'?
  
! `COMPLEX_EXPR'
       These nodes are used to represent complex numbers constructed from
       two expressions of the same (integer or real) type.  The first
       operand is the real part and the second operand is the imaginary
       part.
  
! `CONJ_EXPR'
       These nodes represent the conjugate of their operand.
  
! `REALPART_EXPR'
! `IMAGPART_EXPR'
       These nodes represent respectively the real and the imaginary parts
       of complex numbers (their sole argument).
  
! `NON_LVALUE_EXPR'
       These nodes indicate that their one and only operand is not an
       lvalue.  A back end can treat these identically to the single
       operand.
  
! `NOP_EXPR'
       These nodes are used to represent conversions that do not require
!      any code-generation.  For example, conversion of a `char*' to an
!      `int*' does not require any code be generated; such a conversion is
!      represented by a `NOP_EXPR'.  The single operand is the expression
       to be converted.  The conversion from a pointer to a reference is
!      also represented with a `NOP_EXPR'.
  
! `CONVERT_EXPR'
!      These nodes are similar to `NOP_EXPR's, but are used in those
       situations where code may need to be generated.  For example, if an
!      `int*' is converted to an `int' code may need to be generated on
       some platforms.  These nodes are never used for C++-specific
!      conversions, like conversions between pointers to different
!      classes in an inheritance hierarchy.  Any adjustments that need to
!      be made in such cases are always indicated explicitly.  Similarly,
!      a user-defined conversion is never represented by a
!      `CONVERT_EXPR'; instead, the function calls are made explicit.
  
! `FIXED_CONVERT_EXPR'
       These nodes are used to represent conversions that involve
       fixed-point values.  For example, from a fixed-point value to
       another fixed-point value, from an integer to a fixed-point value,
!      from a fixed-point value to an integer, from a floating-point
!      value to a fixed-point value, or from a fixed-point value to a
       floating-point value.
  
! `LSHIFT_EXPR'
! `RSHIFT_EXPR'
       These nodes represent left and right shifts, respectively.  The
       first operand is the value to shift; it will always be of integral
       type.  The second operand is an expression for the number of bits
       by which to shift.  Right shift should be treated as arithmetic,
!      i.e., the high-order bits should be zero-filled when the
!      expression has unsigned type and filled with the sign bit when the
!      expression has signed type.  Note that the result is undefined if
!      the second operand is larger than or equal to the first operand's
!      type size. Unlike most nodes, these can have a vector as first
!      operand and a scalar as second operand.
  
! `BIT_IOR_EXPR'
! `BIT_XOR_EXPR'
! `BIT_AND_EXPR'
       These nodes represent bitwise inclusive or, bitwise exclusive or,
       and bitwise and, respectively.  Both operands will always have
       integral type.
  
! `TRUTH_ANDIF_EXPR'
! `TRUTH_ORIF_EXPR'
       These nodes represent logical "and" and logical "or", respectively.
       These operators are not strict; i.e., the second operand is
       evaluated only if the value of the expression is not determined by
!      evaluation of the first operand.  The type of the operands and
!      that of the result are always of `BOOLEAN_TYPE' or `INTEGER_TYPE'.
  
! `TRUTH_AND_EXPR'
! `TRUTH_OR_EXPR'
! `TRUTH_XOR_EXPR'
       These nodes represent logical and, logical or, and logical
       exclusive or.  They are strict; both arguments are always
       evaluated.  There are no corresponding operators in C or C++, but
       the front end will sometimes generate these expressions anyhow, if
       it can tell that strictness does not matter.  The type of the
!      operands and that of the result are always of `BOOLEAN_TYPE' or
!      `INTEGER_TYPE'.
  
! `POINTER_PLUS_EXPR'
       This node represents pointer arithmetic.  The first operand is
       always a pointer/reference type.  The second operand is always an
       unsigned integer type compatible with sizetype.  This is the only
       binary arithmetic operand that can operate on pointer types.
  
! `PLUS_EXPR'
! `MINUS_EXPR'
! `MULT_EXPR'
       These nodes represent various binary arithmetic operations.
       Respectively, these operations are addition, subtraction (of the
       second operand from the first) and multiplication.  Their operands
*************** File: gccint.info,  Node: Unary and Bina
*** 9030,9103 ****
       integral type.
  
       The behavior of these operations on signed arithmetic overflow is
!      controlled by the 'flag_wrapv' and 'flag_trapv' variables.
  
! 'MULT_HIGHPART_EXPR'
       This node represents the "high-part" of a widening multiplication.
       For an integral type with B bits of precision, the result is the
       most significant B bits of the full 2B product.
  
! 'RDIV_EXPR'
       This node represents a floating point division operation.
  
! 'TRUNC_DIV_EXPR'
! 'FLOOR_DIV_EXPR'
! 'CEIL_DIV_EXPR'
! 'ROUND_DIV_EXPR'
       These nodes represent integer division operations that return an
!      integer result.  'TRUNC_DIV_EXPR' rounds towards zero,
!      'FLOOR_DIV_EXPR' rounds towards negative infinity, 'CEIL_DIV_EXPR'
!      rounds towards positive infinity and 'ROUND_DIV_EXPR' rounds to the
!      closest integer.  Integer division in C and C++ is truncating, i.e.
!      'TRUNC_DIV_EXPR'.
  
       The behavior of these operations on signed arithmetic overflow,
       when dividing the minimum signed integer by minus one, is
!      controlled by the 'flag_wrapv' and 'flag_trapv' variables.
  
! 'TRUNC_MOD_EXPR'
! 'FLOOR_MOD_EXPR'
! 'CEIL_MOD_EXPR'
! 'ROUND_MOD_EXPR'
       These nodes represent the integer remainder or modulus operation.
!      The integer modulus of two operands 'a' and 'b' is defined as 'a -
       (a/b)*b' where the division calculated using the corresponding
!      division operator.  Hence for 'TRUNC_MOD_EXPR' this definition
       assumes division using truncation towards zero, i.e.
!      'TRUNC_DIV_EXPR'.  Integer remainder in C and C++ uses truncating
!      division, i.e. 'TRUNC_MOD_EXPR'.
  
! 'EXACT_DIV_EXPR'
!      The 'EXACT_DIV_EXPR' code is used to represent integer divisions
       where the numerator is known to be an exact multiple of the
       denominator.  This allows the backend to choose between the faster
!      of 'TRUNC_DIV_EXPR', 'CEIL_DIV_EXPR' and 'FLOOR_DIV_EXPR' for the
       current target.
  
! 'LT_EXPR'
! 'LE_EXPR'
! 'GT_EXPR'
! 'GE_EXPR'
! 'EQ_EXPR'
! 'NE_EXPR'
       These nodes represent the less than, less than or equal to, greater
       than, greater than or equal to, equal, and not equal comparison
       operators.  The first and second operands will either be both of
       integral type, both of floating type or both of vector type.  The
       result type of these expressions will always be of integral,
       boolean or signed integral vector type.  These operations return
!      the result type's zero value for false, the result type's one value
!      for true, and a vector whose elements are zero (false) or minus one
!      (true) for vectors.
  
       For floating point comparisons, if we honor IEEE NaNs and either
!      operand is NaN, then 'NE_EXPR' always returns true and the
       remaining operators always return false.  On some targets,
       comparisons against an IEEE NaN, other than equality and
       inequality, may generate a floating point exception.
  
! 'ORDERED_EXPR'
! 'UNORDERED_EXPR'
       These nodes represent non-trapping ordered and unordered comparison
       operators.  These operations take two floating point operands and
       determine whether they are ordered or unordered relative to each
--- 9197,9270 ----
       integral type.
  
       The behavior of these operations on signed arithmetic overflow is
!      controlled by the `flag_wrapv' and `flag_trapv' variables.
  
! `MULT_HIGHPART_EXPR'
       This node represents the "high-part" of a widening multiplication.
       For an integral type with B bits of precision, the result is the
       most significant B bits of the full 2B product.
  
! `RDIV_EXPR'
       This node represents a floating point division operation.
  
! `TRUNC_DIV_EXPR'
! `FLOOR_DIV_EXPR'
! `CEIL_DIV_EXPR'
! `ROUND_DIV_EXPR'
       These nodes represent integer division operations that return an
!      integer result.  `TRUNC_DIV_EXPR' rounds towards zero,
!      `FLOOR_DIV_EXPR' rounds towards negative infinity, `CEIL_DIV_EXPR'
!      rounds towards positive infinity and `ROUND_DIV_EXPR' rounds to
!      the closest integer.  Integer division in C and C++ is truncating,
!      i.e. `TRUNC_DIV_EXPR'.
  
       The behavior of these operations on signed arithmetic overflow,
       when dividing the minimum signed integer by minus one, is
!      controlled by the `flag_wrapv' and `flag_trapv' variables.
  
! `TRUNC_MOD_EXPR'
! `FLOOR_MOD_EXPR'
! `CEIL_MOD_EXPR'
! `ROUND_MOD_EXPR'
       These nodes represent the integer remainder or modulus operation.
!      The integer modulus of two operands `a' and `b' is defined as `a -
       (a/b)*b' where the division calculated using the corresponding
!      division operator.  Hence for `TRUNC_MOD_EXPR' this definition
       assumes division using truncation towards zero, i.e.
!      `TRUNC_DIV_EXPR'.  Integer remainder in C and C++ uses truncating
!      division, i.e. `TRUNC_MOD_EXPR'.
  
! `EXACT_DIV_EXPR'
!      The `EXACT_DIV_EXPR' code is used to represent integer divisions
       where the numerator is known to be an exact multiple of the
       denominator.  This allows the backend to choose between the faster
!      of `TRUNC_DIV_EXPR', `CEIL_DIV_EXPR' and `FLOOR_DIV_EXPR' for the
       current target.
  
! `LT_EXPR'
! `LE_EXPR'
! `GT_EXPR'
! `GE_EXPR'
! `EQ_EXPR'
! `NE_EXPR'
       These nodes represent the less than, less than or equal to, greater
       than, greater than or equal to, equal, and not equal comparison
       operators.  The first and second operands will either be both of
       integral type, both of floating type or both of vector type.  The
       result type of these expressions will always be of integral,
       boolean or signed integral vector type.  These operations return
!      the result type's zero value for false, the result type's one
!      value for true, and a vector whose elements are zero (false) or
!      minus one (true) for vectors.
  
       For floating point comparisons, if we honor IEEE NaNs and either
!      operand is NaN, then `NE_EXPR' always returns true and the
       remaining operators always return false.  On some targets,
       comparisons against an IEEE NaN, other than equality and
       inequality, may generate a floating point exception.
  
! `ORDERED_EXPR'
! `UNORDERED_EXPR'
       These nodes represent non-trapping ordered and unordered comparison
       operators.  These operations take two floating point operands and
       determine whether they are ordered or unordered relative to each
*************** File: gccint.info,  Node: Unary and Bina
*** 9108,9157 ****
       type's zero value for false, and the result type's one value for
       true.
  
! 'UNLT_EXPR'
! 'UNLE_EXPR'
! 'UNGT_EXPR'
! 'UNGE_EXPR'
! 'UNEQ_EXPR'
! 'LTGT_EXPR'
       These nodes represent the unordered comparison operators.  These
       operations take two floating point operands and determine whether
       the operands are unordered or are less than, less than or equal to,
       greater than, greater than or equal to, or equal respectively.  For
!      example, 'UNLT_EXPR' returns true if either operand is an IEEE NaN
       or the first operand is less than the second.  With the possible
!      exception of 'LTGT_EXPR', all of these operations are guaranteed
       not to generate a floating point exception.  The result type of
       these expressions will always be of integral or boolean type.
!      These operations return the result type's zero value for false, and
!      the result type's one value for true.
  
! 'MODIFY_EXPR'
       These nodes represent assignment.  The left-hand side is the first
       operand; the right-hand side is the second operand.  The left-hand
!      side will be a 'VAR_DECL', 'INDIRECT_REF', 'COMPONENT_REF', or
       other lvalue.
  
!      These nodes are used to represent not only assignment with '=' but
!      also compound assignments (like '+='), by reduction to '='
!      assignment.  In other words, the representation for 'i += 3' looks
!      just like that for 'i = i + 3'.
  
! 'INIT_EXPR'
!      These nodes are just like 'MODIFY_EXPR', but are used only when a
       variable is initialized, rather than assigned to subsequently.
!      This means that we can assume that the target of the initialization
!      is not used in computing its own value; any reference to the lhs in
!      computing the rhs is undefined.
  
! 'COMPOUND_EXPR'
       These nodes represent comma-expressions.  The first operand is an
       expression whose value is computed and thrown away prior to the
       evaluation of the second operand.  The value of the entire
       expression is the value of the second operand.
  
! 'COND_EXPR'
!      These nodes represent '?:' expressions.  The first operand is of
       boolean or integral type.  If it evaluates to a nonzero value, the
       second operand should be evaluated, and returned as the value of
       the expression.  Otherwise, the third operand is evaluated, and
--- 9275,9324 ----
       type's zero value for false, and the result type's one value for
       true.
  
! `UNLT_EXPR'
! `UNLE_EXPR'
! `UNGT_EXPR'
! `UNGE_EXPR'
! `UNEQ_EXPR'
! `LTGT_EXPR'
       These nodes represent the unordered comparison operators.  These
       operations take two floating point operands and determine whether
       the operands are unordered or are less than, less than or equal to,
       greater than, greater than or equal to, or equal respectively.  For
!      example, `UNLT_EXPR' returns true if either operand is an IEEE NaN
       or the first operand is less than the second.  With the possible
!      exception of `LTGT_EXPR', all of these operations are guaranteed
       not to generate a floating point exception.  The result type of
       these expressions will always be of integral or boolean type.
!      These operations return the result type's zero value for false,
!      and the result type's one value for true.
  
! `MODIFY_EXPR'
       These nodes represent assignment.  The left-hand side is the first
       operand; the right-hand side is the second operand.  The left-hand
!      side will be a `VAR_DECL', `INDIRECT_REF', `COMPONENT_REF', or
       other lvalue.
  
!      These nodes are used to represent not only assignment with `=' but
!      also compound assignments (like `+='), by reduction to `='
!      assignment.  In other words, the representation for `i += 3' looks
!      just like that for `i = i + 3'.
  
! `INIT_EXPR'
!      These nodes are just like `MODIFY_EXPR', but are used only when a
       variable is initialized, rather than assigned to subsequently.
!      This means that we can assume that the target of the
!      initialization is not used in computing its own value; any
!      reference to the lhs in computing the rhs is undefined.
  
! `COMPOUND_EXPR'
       These nodes represent comma-expressions.  The first operand is an
       expression whose value is computed and thrown away prior to the
       evaluation of the second operand.  The value of the entire
       expression is the value of the second operand.
  
! `COND_EXPR'
!      These nodes represent `?:' expressions.  The first operand is of
       boolean or integral type.  If it evaluates to a nonzero value, the
       second operand should be evaluated, and returned as the value of
       the expression.  Otherwise, the third operand is evaluated, and
*************** File: gccint.info,  Node: Unary and Bina
*** 9161,9192 ****
       expression, unless it unconditionally throws an exception or calls
       a noreturn function, in which case it should have void type.  The
       same constraints apply to the third operand.  This allows array
!      bounds checks to be represented conveniently as '(i >= 0 && i < 10)
!      ? i : abort()'.
  
       As a GNU extension, the C language front-ends allow the second
!      operand of the '?:' operator may be omitted in the source.  For
!      example, 'x ? : 3' is equivalent to 'x ? x : 3', assuming that 'x'
!      is an expression without side-effects.  In the tree representation,
!      however, the second operand is always present, possibly protected
!      by 'SAVE_EXPR' if the first argument does cause side-effects.
  
! 'CALL_EXPR'
       These nodes are used to represent calls to functions, including
!      non-static member functions.  'CALL_EXPR's are implemented as
       expression nodes with a variable number of operands.  Rather than
!      using 'TREE_OPERAND' to extract them, it is preferable to use the
!      specialized accessor macros and functions that operate specifically
!      on 'CALL_EXPR' nodes.
  
!      'CALL_EXPR_FN' returns a pointer to the function to call; it is
!      always an expression whose type is a 'POINTER_TYPE'.
  
       The number of arguments to the call is returned by
!      'call_expr_nargs', while the arguments themselves can be accessed
!      with the 'CALL_EXPR_ARG' macro.  The arguments are zero-indexed and
!      numbered left-to-right.  You can iterate over the arguments using
!      'FOR_EACH_CALL_EXPR_ARG', as in:
  
            tree call, arg;
            call_expr_arg_iterator iter;
--- 9328,9360 ----
       expression, unless it unconditionally throws an exception or calls
       a noreturn function, in which case it should have void type.  The
       same constraints apply to the third operand.  This allows array
!      bounds checks to be represented conveniently as `(i >= 0 && i <
!      10) ? i : abort()'.
  
       As a GNU extension, the C language front-ends allow the second
!      operand of the `?:' operator may be omitted in the source.  For
!      example, `x ? : 3' is equivalent to `x ? x : 3', assuming that `x'
!      is an expression without side-effects.  In the tree
!      representation, however, the second operand is always present,
!      possibly protected by `SAVE_EXPR' if the first argument does cause
!      side-effects.
  
! `CALL_EXPR'
       These nodes are used to represent calls to functions, including
!      non-static member functions.  `CALL_EXPR's are implemented as
       expression nodes with a variable number of operands.  Rather than
!      using `TREE_OPERAND' to extract them, it is preferable to use the
!      specialized accessor macros and functions that operate
!      specifically on `CALL_EXPR' nodes.
  
!      `CALL_EXPR_FN' returns a pointer to the function to call; it is
!      always an expression whose type is a `POINTER_TYPE'.
  
       The number of arguments to the call is returned by
!      `call_expr_nargs', while the arguments themselves can be accessed
!      with the `CALL_EXPR_ARG' macro.  The arguments are zero-indexed
!      and numbered left-to-right.  You can iterate over the arguments
!      using `FOR_EACH_CALL_EXPR_ARG', as in:
  
            tree call, arg;
            call_expr_arg_iterator iter;
*************** File: gccint.info,  Node: Unary and Bina
*** 9195,9298 ****
              ...;
  
       For non-static member functions, there will be an operand
!      corresponding to the 'this' pointer.  There will always be
       expressions corresponding to all of the arguments, even if the
       function is declared with default arguments and some arguments are
       not explicitly provided at the call sites.
  
!      'CALL_EXPR's also have a 'CALL_EXPR_STATIC_CHAIN' operand that is
       used to implement nested functions.  This operand is otherwise
       null.
  
! 'CLEANUP_POINT_EXPR'
       These nodes represent full-expressions.  The single operand is an
       expression to evaluate.  Any destructor calls engendered by the
       creation of temporaries during the evaluation of that expression
       should be performed immediately after the expression is evaluated.
  
! 'CONSTRUCTOR'
       These nodes represent the brace-enclosed initializers for a
!      structure or an array.  They contain a sequence of component values
!      made out of a vector of constructor_elt, which is a ('INDEX',
!      'VALUE') pair.
  
!      If the 'TREE_TYPE' of the 'CONSTRUCTOR' is a 'RECORD_TYPE',
!      'UNION_TYPE' or 'QUAL_UNION_TYPE' then the 'INDEX' of each node in
!      the sequence will be a 'FIELD_DECL' and the 'VALUE' will be the
       expression used to initialize that field.
  
!      If the 'TREE_TYPE' of the 'CONSTRUCTOR' is an 'ARRAY_TYPE', then
!      the 'INDEX' of each node in the sequence will be an 'INTEGER_CST'
!      or a 'RANGE_EXPR' of two 'INTEGER_CST's.  A single 'INTEGER_CST'
       indicates which element of the array is being assigned to.  A
!      'RANGE_EXPR' indicates an inclusive range of elements to
!      initialize.  In both cases the 'VALUE' is the corresponding
       initializer.  It is re-evaluated for each element of a
!      'RANGE_EXPR'.  If the 'INDEX' is 'NULL_TREE', then the initializer
       is for the next available array element.
  
       In the front end, you should not depend on the fields appearing in
       any particular order.  However, in the middle end, fields must
!      appear in declaration order.  You should not assume that all fields
!      will be represented.  Unrepresented fields will be cleared
       (zeroed), unless the CONSTRUCTOR_NO_CLEARING flag is set, in which
       case their value becomes undefined.
  
! 'COMPOUND_LITERAL_EXPR'
       These nodes represent ISO C99 compound literals.  The
!      'COMPOUND_LITERAL_EXPR_DECL_EXPR' is a 'DECL_EXPR' containing an
!      anonymous 'VAR_DECL' for the unnamed object represented by the
!      compound literal; the 'DECL_INITIAL' of that 'VAR_DECL' is a
!      'CONSTRUCTOR' representing the brace-enclosed list of initializers
!      in the compound literal.  That anonymous 'VAR_DECL' can also be
!      accessed directly by the 'COMPOUND_LITERAL_EXPR_DECL' macro.
! 
! 'SAVE_EXPR'
  
!      A 'SAVE_EXPR' represents an expression (possibly involving
       side-effects) that is used more than once.  The side-effects should
       occur only the first time the expression is evaluated.  Subsequent
       uses should just reuse the computed value.  The first operand to
!      the 'SAVE_EXPR' is the expression to evaluate.  The side-effects
!      should be executed where the 'SAVE_EXPR' is first encountered in a
       depth-first preorder traversal of the expression tree.
  
! 'TARGET_EXPR'
!      A 'TARGET_EXPR' represents a temporary object.  The first operand
!      is a 'VAR_DECL' for the temporary variable.  The second operand is
       the initializer for the temporary.  The initializer is evaluated
       and, if non-void, copied (bitwise) into the temporary.  If the
       initializer is void, that means that it will perform the
       initialization itself.
  
!      Often, a 'TARGET_EXPR' occurs on the right-hand side of an
       assignment, or as the second operand to a comma-expression which is
!      itself the right-hand side of an assignment, etc.  In this case, we
!      say that the 'TARGET_EXPR' is "normal"; otherwise, we say it is
!      "orphaned".  For a normal 'TARGET_EXPR' the temporary variable
       should be treated as an alias for the left-hand side of the
       assignment, rather than as a new temporary variable.
  
!      The third operand to the 'TARGET_EXPR', if present, is a
       cleanup-expression (i.e., destructor call) for the temporary.  If
       this expression is orphaned, then this expression must be executed
       when the statement containing this expression is complete.  These
       cleanups must always be executed in the order opposite to that in
       which they were encountered.  Note that if a temporary is created
       on one branch of a conditional operator (i.e., in the second or
!      third operand to a 'COND_EXPR'), the cleanup must be run only if
       that branch is actually executed.
  
! 'VA_ARG_EXPR'
       This node is used to implement support for the C/C++ variable
!      argument-list mechanism.  It represents expressions like 'va_arg
!      (ap, type)'.  Its 'TREE_TYPE' yields the tree representation for
!      'type' and its sole argument yields the representation for 'ap'.
  
! 'ANNOTATE_EXPR'
!      This node is used to attach markers to an expression.  The first
!      operand is the annotated expression, the second is an 'INTEGER_CST'
!      with a value from 'enum annot_expr_kind'.
  
  
  File: gccint.info,  Node: Vectors,  Prev: Unary and Binary Expressions,  Up: Expression trees
--- 9363,9465 ----
              ...;
  
       For non-static member functions, there will be an operand
!      corresponding to the `this' pointer.  There will always be
       expressions corresponding to all of the arguments, even if the
       function is declared with default arguments and some arguments are
       not explicitly provided at the call sites.
  
!      `CALL_EXPR's also have a `CALL_EXPR_STATIC_CHAIN' operand that is
       used to implement nested functions.  This operand is otherwise
       null.
  
! `CLEANUP_POINT_EXPR'
       These nodes represent full-expressions.  The single operand is an
       expression to evaluate.  Any destructor calls engendered by the
       creation of temporaries during the evaluation of that expression
       should be performed immediately after the expression is evaluated.
  
! `CONSTRUCTOR'
       These nodes represent the brace-enclosed initializers for a
!      structure or an array.  They contain a sequence of component
!      values made out of a vector of constructor_elt, which is a
!      (`INDEX', `VALUE') pair.
  
!      If the `TREE_TYPE' of the `CONSTRUCTOR' is a `RECORD_TYPE',
!      `UNION_TYPE' or `QUAL_UNION_TYPE' then the `INDEX' of each node in
!      the sequence will be a `FIELD_DECL' and the `VALUE' will be the
       expression used to initialize that field.
  
!      If the `TREE_TYPE' of the `CONSTRUCTOR' is an `ARRAY_TYPE', then
!      the `INDEX' of each node in the sequence will be an `INTEGER_CST'
!      or a `RANGE_EXPR' of two `INTEGER_CST's.  A single `INTEGER_CST'
       indicates which element of the array is being assigned to.  A
!      `RANGE_EXPR' indicates an inclusive range of elements to
!      initialize.  In both cases the `VALUE' is the corresponding
       initializer.  It is re-evaluated for each element of a
!      `RANGE_EXPR'.  If the `INDEX' is `NULL_TREE', then the initializer
       is for the next available array element.
  
       In the front end, you should not depend on the fields appearing in
       any particular order.  However, in the middle end, fields must
!      appear in declaration order.  You should not assume that all
!      fields will be represented.  Unrepresented fields will be cleared
       (zeroed), unless the CONSTRUCTOR_NO_CLEARING flag is set, in which
       case their value becomes undefined.
  
! `COMPOUND_LITERAL_EXPR'
       These nodes represent ISO C99 compound literals.  The
!      `COMPOUND_LITERAL_EXPR_DECL_EXPR' is a `DECL_EXPR' containing an
!      anonymous `VAR_DECL' for the unnamed object represented by the
!      compound literal; the `DECL_INITIAL' of that `VAR_DECL' is a
!      `CONSTRUCTOR' representing the brace-enclosed list of initializers
!      in the compound literal.  That anonymous `VAR_DECL' can also be
!      accessed directly by the `COMPOUND_LITERAL_EXPR_DECL' macro.
  
! `SAVE_EXPR'
!      A `SAVE_EXPR' represents an expression (possibly involving
       side-effects) that is used more than once.  The side-effects should
       occur only the first time the expression is evaluated.  Subsequent
       uses should just reuse the computed value.  The first operand to
!      the `SAVE_EXPR' is the expression to evaluate.  The side-effects
!      should be executed where the `SAVE_EXPR' is first encountered in a
       depth-first preorder traversal of the expression tree.
  
! `TARGET_EXPR'
!      A `TARGET_EXPR' represents a temporary object.  The first operand
!      is a `VAR_DECL' for the temporary variable.  The second operand is
       the initializer for the temporary.  The initializer is evaluated
       and, if non-void, copied (bitwise) into the temporary.  If the
       initializer is void, that means that it will perform the
       initialization itself.
  
!      Often, a `TARGET_EXPR' occurs on the right-hand side of an
       assignment, or as the second operand to a comma-expression which is
!      itself the right-hand side of an assignment, etc.  In this case,
!      we say that the `TARGET_EXPR' is "normal"; otherwise, we say it is
!      "orphaned".  For a normal `TARGET_EXPR' the temporary variable
       should be treated as an alias for the left-hand side of the
       assignment, rather than as a new temporary variable.
  
!      The third operand to the `TARGET_EXPR', if present, is a
       cleanup-expression (i.e., destructor call) for the temporary.  If
       this expression is orphaned, then this expression must be executed
       when the statement containing this expression is complete.  These
       cleanups must always be executed in the order opposite to that in
       which they were encountered.  Note that if a temporary is created
       on one branch of a conditional operator (i.e., in the second or
!      third operand to a `COND_EXPR'), the cleanup must be run only if
       that branch is actually executed.
  
! `VA_ARG_EXPR'
       This node is used to implement support for the C/C++ variable
!      argument-list mechanism.  It represents expressions like `va_arg
!      (ap, type)'.  Its `TREE_TYPE' yields the tree representation for
!      `type' and its sole argument yields the representation for `ap'.
  
! `ANNOTATE_EXPR'
!      This node is used to attach markers to an expression. The first
!      operand is the annotated expression, the second is an
!      `INTEGER_CST' with a value from `enum annot_expr_kind'.
  
  
  File: gccint.info,  Node: Vectors,  Prev: Unary and Binary Expressions,  Up: Expression trees
*************** File: gccint.info,  Node: Vectors,  Prev
*** 9300,9307 ****
  10.6.4 Vectors
  --------------
  
! 'VEC_LSHIFT_EXPR'
! 'VEC_RSHIFT_EXPR'
       These nodes represent whole vector left and right shifts,
       respectively.  The first operand is the vector to shift; it will
       always be of vector type.  The second operand is an expression for
--- 9467,9474 ----
  10.6.4 Vectors
  --------------
  
! `VEC_LSHIFT_EXPR'
! `VEC_RSHIFT_EXPR'
       These nodes represent whole vector left and right shifts,
       respectively.  The first operand is the vector to shift; it will
       always be of vector type.  The second operand is an expression for
*************** File: gccint.info,  Node: Vectors,  Prev
*** 9309,9361 ****
       undefined if the second operand is larger than or equal to the
       first operand's type size.
  
! 'VEC_WIDEN_MULT_HI_EXPR'
! 'VEC_WIDEN_MULT_LO_EXPR'
       These nodes represent widening vector multiplication of the high
       and low parts of the two input vectors, respectively.  Their
!      operands are vectors that contain the same number of elements ('N')
!      of the same integral type.  The result is a vector that contains
!      half as many elements, of an integral type whose size is twice as
!      wide.  In the case of 'VEC_WIDEN_MULT_HI_EXPR' the high 'N/2'
!      elements of the two vector are multiplied to produce the vector of
!      'N/2' products.  In the case of 'VEC_WIDEN_MULT_LO_EXPR' the low
!      'N/2' elements of the two vector are multiplied to produce the
!      vector of 'N/2' products.
  
! 'VEC_UNPACK_HI_EXPR'
! 'VEC_UNPACK_LO_EXPR'
       These nodes represent unpacking of the high and low parts of the
       input vector, respectively.  The single operand is a vector that
!      contains 'N' elements of the same integral or floating point type.
       The result is a vector that contains half as many elements, of an
       integral or floating point type whose size is twice as wide.  In
!      the case of 'VEC_UNPACK_HI_EXPR' the high 'N/2' elements of the
       vector are extracted and widened (promoted).  In the case of
!      'VEC_UNPACK_LO_EXPR' the low 'N/2' elements of the vector are
       extracted and widened (promoted).
  
! 'VEC_UNPACK_FLOAT_HI_EXPR'
! 'VEC_UNPACK_FLOAT_LO_EXPR'
       These nodes represent unpacking of the high and low parts of the
       input vector, where the values are converted from fixed point to
!      floating point.  The single operand is a vector that contains 'N'
       elements of the same integral type.  The result is a vector that
       contains half as many elements of a floating point type whose size
!      is twice as wide.  In the case of 'VEC_UNPACK_HI_EXPR' the high
!      'N/2' elements of the vector are extracted, converted and widened.
!      In the case of 'VEC_UNPACK_LO_EXPR' the low 'N/2' elements of the
       vector are extracted, converted and widened.
  
! 'VEC_PACK_TRUNC_EXPR'
!      This node represents packing of truncated elements of the two input
!      vectors into the output vector.  Input operands are vectors that
!      contain the same number of elements of the same integral or
!      floating point type.  The result is a vector that contains twice as
!      many elements of an integral or floating point type whose size is
!      half as wide.  The elements of the two vectors are demoted and
       merged (concatenated) to form the output vector.
  
! 'VEC_PACK_SAT_EXPR'
       This node represents packing of elements of the two input vectors
       into the output vector using saturation.  Input operands are
       vectors that contain the same number of elements of the same
--- 9476,9528 ----
       undefined if the second operand is larger than or equal to the
       first operand's type size.
  
! `VEC_WIDEN_MULT_HI_EXPR'
! `VEC_WIDEN_MULT_LO_EXPR'
       These nodes represent widening vector multiplication of the high
       and low parts of the two input vectors, respectively.  Their
!      operands are vectors that contain the same number of elements
!      (`N') of the same integral type.  The result is a vector that
!      contains half as many elements, of an integral type whose size is
!      twice as wide.  In the case of `VEC_WIDEN_MULT_HI_EXPR' the high
!      `N/2' elements of the two vector are multiplied to produce the
!      vector of `N/2' products. In the case of `VEC_WIDEN_MULT_LO_EXPR'
!      the low `N/2' elements of the two vector are multiplied to produce
!      the vector of `N/2' products.
  
! `VEC_UNPACK_HI_EXPR'
! `VEC_UNPACK_LO_EXPR'
       These nodes represent unpacking of the high and low parts of the
       input vector, respectively.  The single operand is a vector that
!      contains `N' elements of the same integral or floating point type.
       The result is a vector that contains half as many elements, of an
       integral or floating point type whose size is twice as wide.  In
!      the case of `VEC_UNPACK_HI_EXPR' the high `N/2' elements of the
       vector are extracted and widened (promoted).  In the case of
!      `VEC_UNPACK_LO_EXPR' the low `N/2' elements of the vector are
       extracted and widened (promoted).
  
! `VEC_UNPACK_FLOAT_HI_EXPR'
! `VEC_UNPACK_FLOAT_LO_EXPR'
       These nodes represent unpacking of the high and low parts of the
       input vector, where the values are converted from fixed point to
!      floating point.  The single operand is a vector that contains `N'
       elements of the same integral type.  The result is a vector that
       contains half as many elements of a floating point type whose size
!      is twice as wide.  In the case of `VEC_UNPACK_HI_EXPR' the high
!      `N/2' elements of the vector are extracted, converted and widened.
!      In the case of `VEC_UNPACK_LO_EXPR' the low `N/2' elements of the
       vector are extracted, converted and widened.
  
! `VEC_PACK_TRUNC_EXPR'
!      This node represents packing of truncated elements of the two
!      input vectors into the output vector.  Input operands are vectors
!      that contain the same number of elements of the same integral or
!      floating point type.  The result is a vector that contains twice
!      as many elements of an integral or floating point type whose size
!      is half as wide. The elements of the two vectors are demoted and
       merged (concatenated) to form the output vector.
  
! `VEC_PACK_SAT_EXPR'
       This node represents packing of elements of the two input vectors
       into the output vector using saturation.  Input operands are
       vectors that contain the same number of elements of the same
*************** File: gccint.info,  Node: Vectors,  Prev
*** 9364,9370 ****
       elements of the two vectors are demoted and merged (concatenated)
       to form the output vector.
  
! 'VEC_PACK_FIX_TRUNC_EXPR'
       This node represents packing of elements of the two input vectors
       into the output vector, where the values are converted from
       floating point to fixed point.  Input operands are vectors that
--- 9531,9537 ----
       elements of the two vectors are demoted and merged (concatenated)
       to form the output vector.
  
! `VEC_PACK_FIX_TRUNC_EXPR'
       This node represents packing of elements of the two input vectors
       into the output vector, where the values are converted from
       floating point to fixed point.  Input operands are vectors that
*************** File: gccint.info,  Node: Vectors,  Prev
*** 9373,9399 ****
       integral type whose size is half as wide.  The elements of the two
       vectors are merged (concatenated) to form the output vector.
  
! 'VEC_COND_EXPR'
!      These nodes represent '?:' expressions.  The three operands must be
       vectors of the same size and number of elements.  The second and
       third operands must have the same type as the entire expression.
!      The first operand is of signed integral vector type.  If an element
!      of the first operand evaluates to a zero value, the corresponding
!      element of the result is taken from the third operand.  If it
!      evaluates to a minus one value, it is taken from the second
!      operand.  It should never evaluate to any other value currently,
!      but optimizations should not rely on that property.  In contrast
!      with a 'COND_EXPR', all operands are always evaluated.
  
! 'SAD_EXPR'
       This node represents the Sum of Absolute Differences operation.
       The three operands must be vectors of integral types.  The first
!      and second operand must have the same type.  The size of the vector
!      element of the third operand must be at lease twice of the size of
!      the vector element of the first and second one.  The SAD is
!      calculated between the first and second operands, added to the
       third operand, and returned.
  
  
  File: gccint.info,  Node: Statements,  Next: Functions,  Prev: Expression trees,  Up: GENERIC
  
--- 9540,9567 ----
       integral type whose size is half as wide.  The elements of the two
       vectors are merged (concatenated) to form the output vector.
  
! `VEC_COND_EXPR'
!      These nodes represent `?:' expressions.  The three operands must be
       vectors of the same size and number of elements.  The second and
       third operands must have the same type as the entire expression.
!      The first operand is of signed integral vector type.  If an
!      element of the first operand evaluates to a zero value, the
!      corresponding element of the result is taken from the third
!      operand. If it evaluates to a minus one value, it is taken from
!      the second operand. It should never evaluate to any other value
!      currently, but optimizations should not rely on that property. In
!      contrast with a `COND_EXPR', all operands are always evaluated.
  
! `SAD_EXPR'
       This node represents the Sum of Absolute Differences operation.
       The three operands must be vectors of integral types.  The first
!      and second operand must have the same type.  The size of the
!      vector element of the third operand must be at lease twice of the
!      size of the vector element of the first and second one.  The SAD
!      is calculated between the first and second operands, added to the
       third operand, and returned.
  
+ 
  
  File: gccint.info,  Node: Statements,  Next: Functions,  Prev: Expression trees,  Up: GENERIC
  
*************** File: gccint.info,  Node: Statements,  N
*** 9401,9408 ****
  ===============
  
  Most statements in GIMPLE are assignment statements, represented by
! 'GIMPLE_ASSIGN'.  No other C expressions can appear at statement level;
! a reference to a volatile object is converted into a 'GIMPLE_ASSIGN'.
  
   There are also several varieties of complex statements.
  
--- 9569,9576 ----
  ===============
  
  Most statements in GIMPLE are assignment statements, represented by
! `GIMPLE_ASSIGN'.  No other C expressions can appear at statement level;
! a reference to a volatile object is converted into a `GIMPLE_ASSIGN'.
  
   There are also several varieties of complex statements.
  
*************** File: gccint.info,  Node: Basic Statemen
*** 9423,9523 ****
  10.7.1 Basic Statements
  -----------------------
  
! 'ASM_EXPR'
! 
       Used to represent an inline assembly statement.  For an inline
       assembly statement like:
            asm ("mov x, y");
!      The 'ASM_STRING' macro will return a 'STRING_CST' node for '"mov x,
!      y"'.  If the original statement made use of the extended-assembly
!      syntax, then 'ASM_OUTPUTS', 'ASM_INPUTS', and 'ASM_CLOBBERS' will
!      be the outputs, inputs, and clobbers for the statement, represented
!      as 'STRING_CST' nodes.  The extended-assembly syntax looks like:
            asm ("fsinx %1,%0" : "=f" (result) : "f" (angle));
!      The first string is the 'ASM_STRING', containing the instruction
       template.  The next two strings are the output and inputs,
       respectively; this statement has no clobbers.  As this example
!      indicates, "plain" assembly statements are merely a special case of
!      extended assembly statements; they have no cv-qualifiers, outputs,
!      inputs, or clobbers.  All of the strings will be 'NUL'-terminated,
!      and will contain no embedded 'NUL'-characters.
  
!      If the assembly statement is declared 'volatile', or if the
       statement was not an extended assembly statement, and is therefore
!      implicitly volatile, then the predicate 'ASM_VOLATILE_P' will hold
!      of the 'ASM_EXPR'.
! 
! 'DECL_EXPR'
  
!      Used to represent a local declaration.  The 'DECL_EXPR_DECL' macro
!      can be used to obtain the entity declared.  This declaration may be
!      a 'LABEL_DECL', indicating that the label declared is a local
!      label.  (As an extension, GCC allows the declaration of labels with
!      scope.)  In C, this declaration may be a 'FUNCTION_DECL',
       indicating the use of the GCC nested function extension.  For more
       information, *note Functions::.
  
! 'LABEL_EXPR'
! 
!      Used to represent a label.  The 'LABEL_DECL' declared by this
!      statement can be obtained with the 'LABEL_EXPR_LABEL' macro.  The
!      'IDENTIFIER_NODE' giving the name of the label can be obtained from
!      the 'LABEL_DECL' with 'DECL_NAME'.
! 
! 'GOTO_EXPR'
  
!      Used to represent a 'goto' statement.  The 'GOTO_DESTINATION' will
!      usually be a 'LABEL_DECL'.  However, if the "computed goto"
!      extension has been used, the 'GOTO_DESTINATION' will be an
       arbitrary expression indicating the destination.  This expression
       will always have pointer type.
  
! 'RETURN_EXPR'
! 
!      Used to represent a 'return' statement.  Operand 0 represents the
!      value to return.  It should either be the 'RESULT_DECL' for the
!      containing function, or a 'MODIFY_EXPR' or 'INIT_EXPR' setting the
!      function's 'RESULT_DECL'.  It will be 'NULL_TREE' if the statement
       was just
            return;
  
! 'LOOP_EXPR'
!      These nodes represent "infinite" loops.  The 'LOOP_EXPR_BODY'
       represents the body of the loop.  It should be executed forever,
!      unless an 'EXIT_EXPR' is encountered.
  
! 'EXIT_EXPR'
       These nodes represent conditional exits from the nearest enclosing
!      'LOOP_EXPR'.  The single operand is the condition; if it is
!      nonzero, then the loop should be exited.  An 'EXIT_EXPR' will only
!      appear within a 'LOOP_EXPR'.
! 
! 'SWITCH_STMT'
  
!      Used to represent a 'switch' statement.  The 'SWITCH_STMT_COND' is
       the expression on which the switch is occurring.  See the
!      documentation for an 'IF_STMT' for more information on the
!      representation used for the condition.  The 'SWITCH_STMT_BODY' is
!      the body of the switch statement.  The 'SWITCH_STMT_TYPE' is the
       original type of switch expression as given in the source, before
       any compiler conversions.
  
! 'CASE_LABEL_EXPR'
! 
!      Use to represent a 'case' label, range of 'case' labels, or a
!      'default' label.  If 'CASE_LOW' is 'NULL_TREE', then this is a
!      'default' label.  Otherwise, if 'CASE_HIGH' is 'NULL_TREE', then
!      this is an ordinary 'case' label.  In this case, 'CASE_LOW' is an
!      expression giving the value of the label.  Both 'CASE_LOW' and
!      'CASE_HIGH' are 'INTEGER_CST' nodes.  These values will have the
       same type as the condition expression in the switch statement.
  
!      Otherwise, if both 'CASE_LOW' and 'CASE_HIGH' are defined, the
       statement is a range of case labels.  Such statements originate
       with the extension that allows users to write things of the form:
            case 2 ... 5:
!      The first value will be 'CASE_LOW', while the second will be
!      'CASE_HIGH'.
  
  
  File: gccint.info,  Node: Blocks,  Next: Statement Sequences,  Prev: Basic Statements,  Up: Statements
--- 9591,9686 ----
  10.7.1 Basic Statements
  -----------------------
  
! `ASM_EXPR'
       Used to represent an inline assembly statement.  For an inline
       assembly statement like:
            asm ("mov x, y");
!      The `ASM_STRING' macro will return a `STRING_CST' node for `"mov
!      x, y"'.  If the original statement made use of the
!      extended-assembly syntax, then `ASM_OUTPUTS', `ASM_INPUTS', and
!      `ASM_CLOBBERS' will be the outputs, inputs, and clobbers for the
!      statement, represented as `STRING_CST' nodes.  The
!      extended-assembly syntax looks like:
            asm ("fsinx %1,%0" : "=f" (result) : "f" (angle));
!      The first string is the `ASM_STRING', containing the instruction
       template.  The next two strings are the output and inputs,
       respectively; this statement has no clobbers.  As this example
!      indicates, "plain" assembly statements are merely a special case
!      of extended assembly statements; they have no cv-qualifiers,
!      outputs, inputs, or clobbers.  All of the strings will be
!      `NUL'-terminated, and will contain no embedded `NUL'-characters.
  
!      If the assembly statement is declared `volatile', or if the
       statement was not an extended assembly statement, and is therefore
!      implicitly volatile, then the predicate `ASM_VOLATILE_P' will hold
!      of the `ASM_EXPR'.
  
! `DECL_EXPR'
!      Used to represent a local declaration.  The `DECL_EXPR_DECL' macro
!      can be used to obtain the entity declared.  This declaration may
!      be a `LABEL_DECL', indicating that the label declared is a local
!      label.  (As an extension, GCC allows the declaration of labels
!      with scope.)  In C, this declaration may be a `FUNCTION_DECL',
       indicating the use of the GCC nested function extension.  For more
       information, *note Functions::.
  
! `LABEL_EXPR'
!      Used to represent a label.  The `LABEL_DECL' declared by this
!      statement can be obtained with the `LABEL_EXPR_LABEL' macro.  The
!      `IDENTIFIER_NODE' giving the name of the label can be obtained from
!      the `LABEL_DECL' with `DECL_NAME'.
  
! `GOTO_EXPR'
!      Used to represent a `goto' statement.  The `GOTO_DESTINATION' will
!      usually be a `LABEL_DECL'.  However, if the "computed goto"
!      extension has been used, the `GOTO_DESTINATION' will be an
       arbitrary expression indicating the destination.  This expression
       will always have pointer type.
  
! `RETURN_EXPR'
!      Used to represent a `return' statement.  Operand 0 represents the
!      value to return.  It should either be the `RESULT_DECL' for the
!      containing function, or a `MODIFY_EXPR' or `INIT_EXPR' setting the
!      function's `RESULT_DECL'.  It will be `NULL_TREE' if the statement
       was just
            return;
  
! `LOOP_EXPR'
!      These nodes represent "infinite" loops.  The `LOOP_EXPR_BODY'
       represents the body of the loop.  It should be executed forever,
!      unless an `EXIT_EXPR' is encountered.
  
! `EXIT_EXPR'
       These nodes represent conditional exits from the nearest enclosing
!      `LOOP_EXPR'.  The single operand is the condition; if it is
!      nonzero, then the loop should be exited.  An `EXIT_EXPR' will only
!      appear within a `LOOP_EXPR'.
  
! `SWITCH_STMT'
!      Used to represent a `switch' statement.  The `SWITCH_STMT_COND' is
       the expression on which the switch is occurring.  See the
!      documentation for an `IF_STMT' for more information on the
!      representation used for the condition.  The `SWITCH_STMT_BODY' is
!      the body of the switch statement.   The `SWITCH_STMT_TYPE' is the
       original type of switch expression as given in the source, before
       any compiler conversions.
  
! `CASE_LABEL_EXPR'
!      Use to represent a `case' label, range of `case' labels, or a
!      `default' label.  If `CASE_LOW' is `NULL_TREE', then this is a
!      `default' label.  Otherwise, if `CASE_HIGH' is `NULL_TREE', then
!      this is an ordinary `case' label.  In this case, `CASE_LOW' is an
!      expression giving the value of the label.  Both `CASE_LOW' and
!      `CASE_HIGH' are `INTEGER_CST' nodes.  These values will have the
       same type as the condition expression in the switch statement.
  
!      Otherwise, if both `CASE_LOW' and `CASE_HIGH' are defined, the
       statement is a range of case labels.  Such statements originate
       with the extension that allows users to write things of the form:
            case 2 ... 5:
!      The first value will be `CASE_LOW', while the second will be
!      `CASE_HIGH'.
! 
  
  
  File: gccint.info,  Node: Blocks,  Next: Statement Sequences,  Prev: Basic Statements,  Up: Statements
*************** File: gccint.info,  Node: Blocks,  Next:
*** 9526,9557 ****
  -------------
  
  Block scopes and the variables they declare in GENERIC are expressed
! using the 'BIND_EXPR' code, which in previous versions of GCC was
  primarily used for the C statement-expression extension.
  
!  Variables in a block are collected into 'BIND_EXPR_VARS' in declaration
! order through their 'TREE_CHAIN' field.  Any runtime initialization is
! moved out of 'DECL_INITIAL' and into a statement in the controlled
! block.  When gimplifying from C or C++, this initialization replaces the
! 'DECL_STMT'.  These variables will never require cleanups.  The scope of
! these variables is just the body
  
   Variable-length arrays (VLAs) complicate this process, as their size
  often refers to variables initialized earlier in the block and their
  initialization involves an explicit stack allocation.  To handle this,
  we add an indirection and replace them with a pointer to stack space
! allocated by means of 'alloca'.  In most cases, we also arrange for this
! space to be reclaimed when the enclosing 'BIND_EXPR' is exited, the
! exception to this being when there is an explicit call to 'alloca' in
! the source code, in which case the stack is left depressed on exit of
! the 'BIND_EXPR'.
  
!  A C++ program will usually contain more 'BIND_EXPR's than there are
  syntactic blocks in the source code, since several C++ constructs have
  implicit scopes associated with them.  On the other hand, although the
  C++ front end uses pseudo-scopes to handle cleanups for objects with
  destructors, these don't translate into the GIMPLE form; multiple
! declarations at the same level use the same 'BIND_EXPR'.
  
  
  File: gccint.info,  Node: Statement Sequences,  Next: Empty Statements,  Prev: Blocks,  Up: Statements
--- 9689,9720 ----
  -------------
  
  Block scopes and the variables they declare in GENERIC are expressed
! using the `BIND_EXPR' code, which in previous versions of GCC was
  primarily used for the C statement-expression extension.
  
!  Variables in a block are collected into `BIND_EXPR_VARS' in
! declaration order through their `TREE_CHAIN' field.  Any runtime
! initialization is moved out of `DECL_INITIAL' and into a statement in
! the controlled block.  When gimplifying from C or C++, this
! initialization replaces the `DECL_STMT'.  These variables will never
! require cleanups.  The scope of these variables is just the body
  
   Variable-length arrays (VLAs) complicate this process, as their size
  often refers to variables initialized earlier in the block and their
  initialization involves an explicit stack allocation.  To handle this,
  we add an indirection and replace them with a pointer to stack space
! allocated by means of `alloca'.  In most cases, we also arrange for
! this space to be reclaimed when the enclosing `BIND_EXPR' is exited,
! the exception to this being when there is an explicit call to `alloca'
! in the source code, in which case the stack is left depressed on exit
! of the `BIND_EXPR'.
  
!  A C++ program will usually contain more `BIND_EXPR's than there are
  syntactic blocks in the source code, since several C++ constructs have
  implicit scopes associated with them.  On the other hand, although the
  C++ front end uses pseudo-scopes to handle cleanups for objects with
  destructors, these don't translate into the GIMPLE form; multiple
! declarations at the same level use the same `BIND_EXPR'.
  
  
  File: gccint.info,  Node: Statement Sequences,  Next: Empty Statements,  Prev: Blocks,  Up: Statements
*************** File: gccint.info,  Node: Statement Sequ
*** 9560,9567 ****
  --------------------------
  
  Multiple statements at the same nesting level are collected into a
! 'STATEMENT_LIST'.  Statement lists are modified and traversed using the
! interface in 'tree-iterator.h'.
  
  
  File: gccint.info,  Node: Empty Statements,  Next: Jumps,  Prev: Statement Sequences,  Up: Statements
--- 9723,9730 ----
  --------------------------
  
  Multiple statements at the same nesting level are collected into a
! `STATEMENT_LIST'.  Statement lists are modified and traversed using the
! interface in `tree-iterator.h'.
  
  
  File: gccint.info,  Node: Empty Statements,  Next: Jumps,  Prev: Statement Sequences,  Up: Statements
*************** File: gccint.info,  Node: Empty Statemen
*** 9569,9582 ****
  10.7.4 Empty Statements
  -----------------------
  
! Whenever possible, statements with no effect are discarded.  But if they
! are nested within another construct which cannot be discarded for some
! reason, they are instead replaced with an empty statement, generated by
! 'build_empty_stmt'.  Initially, all empty statements were shared, after
! the pattern of the Java front end, but this caused a lot of trouble in
! practice.
  
!  An empty statement is represented as '(void)0'.
  
  
  File: gccint.info,  Node: Jumps,  Next: Cleanups,  Prev: Empty Statements,  Up: Statements
--- 9732,9745 ----
  10.7.4 Empty Statements
  -----------------------
  
! Whenever possible, statements with no effect are discarded.  But if
! they are nested within another construct which cannot be discarded for
! some reason, they are instead replaced with an empty statement,
! generated by `build_empty_stmt'.  Initially, all empty statements were
! shared, after the pattern of the Java front end, but this caused a lot
! of trouble in practice.
  
!  An empty statement is represented as `(void)0'.
  
  
  File: gccint.info,  Node: Jumps,  Next: Cleanups,  Prev: Empty Statements,  Up: Statements
*************** File: gccint.info,  Node: Jumps,  Next:
*** 9584,9600 ****
  10.7.5 Jumps
  ------------
  
! Other jumps are expressed by either 'GOTO_EXPR' or 'RETURN_EXPR'.
  
!  The operand of a 'GOTO_EXPR' must be either a label or a variable
  containing the address to jump to.
  
!  The operand of a 'RETURN_EXPR' is either 'NULL_TREE', 'RESULT_DECL', or
! a 'MODIFY_EXPR' which sets the return value.  It would be nice to move
! the 'MODIFY_EXPR' into a separate statement, but the special return
! semantics in 'expand_return' make that difficult.  It may still happen
! in the future, perhaps by moving most of that logic into
! 'expand_assignment'.
  
  
  File: gccint.info,  Node: Cleanups,  Next: OpenMP,  Prev: Jumps,  Up: Statements
--- 9747,9763 ----
  10.7.5 Jumps
  ------------
  
! Other jumps are expressed by either `GOTO_EXPR' or `RETURN_EXPR'.
  
!  The operand of a `GOTO_EXPR' must be either a label or a variable
  containing the address to jump to.
  
!  The operand of a `RETURN_EXPR' is either `NULL_TREE', `RESULT_DECL',
! or a `MODIFY_EXPR' which sets the return value.  It would be nice to
! move the `MODIFY_EXPR' into a separate statement, but the special
! return semantics in `expand_return' make that difficult.  It may still
! happen in the future, perhaps by moving most of that logic into
! `expand_assignment'.
  
  
  File: gccint.info,  Node: Cleanups,  Next: OpenMP,  Prev: Jumps,  Up: Statements
*************** File: gccint.info,  Node: Cleanups,  Nex
*** 9603,9609 ****
  ---------------
  
  Destructors for local C++ objects and similar dynamic cleanups are
! represented in GIMPLE by a 'TRY_FINALLY_EXPR'.  'TRY_FINALLY_EXPR' has
  two operands, both of which are a sequence of statements to execute.
  The first sequence is executed.  When it completes the second sequence
  is executed.
--- 9766,9772 ----
  ---------------
  
  Destructors for local C++ objects and similar dynamic cleanups are
! represented in GIMPLE by a `TRY_FINALLY_EXPR'.  `TRY_FINALLY_EXPR' has
  two operands, both of which are a sequence of statements to execute.
  The first sequence is executed.  When it completes the second sequence
  is executed.
*************** is executed.
*** 9612,9642 ****
  
    1. Execute the last statement in the sequence and fall off the end.
  
!   2. Execute a goto statement ('GOTO_EXPR') to an ordinary label outside
!      the sequence.
  
!   3. Execute a return statement ('RETURN_EXPR').
  
    4. Throw an exception.  This is currently not explicitly represented
       in GIMPLE.
  
   The second sequence is not executed if the first sequence completes by
! calling 'setjmp' or 'exit' or any other function that does not return.
! The second sequence is also not executed if the first sequence completes
! via a non-local goto or a computed goto (in general the compiler does
! not know whether such a goto statement exits the first sequence or not,
! so we assume that it doesn't).
  
   After the second sequence is executed, if it completes normally by
  falling off the end, execution continues wherever the first sequence
  would have continued, by falling off the end, or doing a goto, etc.
  
!  'TRY_FINALLY_EXPR' complicates the flow graph, since the cleanup needs
  to appear on every edge out of the controlled block; this reduces the
  freedom to move code across these edges.  Therefore, the EH lowering
  pass which runs before most of the optimization passes eliminates these
  expressions by explicitly adding the cleanup to each edge.  Rethrowing
! the exception is represented using 'RESX_EXPR'.
  
  
  File: gccint.info,  Node: OpenMP,  Next: OpenACC,  Prev: Cleanups,  Up: Statements
--- 9775,9806 ----
  
    1. Execute the last statement in the sequence and fall off the end.
  
!   2. Execute a goto statement (`GOTO_EXPR') to an ordinary label
!      outside the sequence.
  
!   3. Execute a return statement (`RETURN_EXPR').
  
    4. Throw an exception.  This is currently not explicitly represented
       in GIMPLE.
  
+ 
   The second sequence is not executed if the first sequence completes by
! calling `setjmp' or `exit' or any other function that does not return.
! The second sequence is also not executed if the first sequence
! completes via a non-local goto or a computed goto (in general the
! compiler does not know whether such a goto statement exits the first
! sequence or not, so we assume that it doesn't).
  
   After the second sequence is executed, if it completes normally by
  falling off the end, execution continues wherever the first sequence
  would have continued, by falling off the end, or doing a goto, etc.
  
!  `TRY_FINALLY_EXPR' complicates the flow graph, since the cleanup needs
  to appear on every edge out of the controlled block; this reduces the
  freedom to move code across these edges.  Therefore, the EH lowering
  pass which runs before most of the optimization passes eliminates these
  expressions by explicitly adding the cleanup to each edge.  Rethrowing
! the exception is represented using `RESX_EXPR'.
  
  
  File: gccint.info,  Node: OpenMP,  Next: OpenACC,  Prev: Cleanups,  Up: Statements
*************** File: gccint.info,  Node: OpenMP,  Next:
*** 9644,9775 ****
  10.7.7 OpenMP
  -------------
  
! All the statements starting with 'OMP_' represent directives and clauses
! used by the OpenMP API <http://www.openmp.org/>.
! 
! 'OMP_PARALLEL'
  
!      Represents '#pragma omp parallel [clause1 ... clauseN]'.  It has
       four operands:
  
!      Operand 'OMP_PARALLEL_BODY' is valid while in GENERIC and High
       GIMPLE forms.  It contains the body of code to be executed by all
!      the threads.  During GIMPLE lowering, this operand becomes 'NULL'
!      and the body is emitted linearly after 'OMP_PARALLEL'.
  
!      Operand 'OMP_PARALLEL_CLAUSES' is the list of clauses associated
       with the directive.
  
!      Operand 'OMP_PARALLEL_FN' is created by 'pass_lower_omp', it
!      contains the 'FUNCTION_DECL' for the function that will contain the
!      body of the parallel region.
  
!      Operand 'OMP_PARALLEL_DATA_ARG' is also created by
!      'pass_lower_omp'.  If there are shared variables to be communicated
!      to the children threads, this operand will contain the 'VAR_DECL'
       that contains all the shared values and variables.
  
! 'OMP_FOR'
! 
!      Represents '#pragma omp for [clause1 ... clauseN]'.  It has six
       operands:
  
!      Operand 'OMP_FOR_BODY' contains the loop body.
  
!      Operand 'OMP_FOR_CLAUSES' is the list of clauses associated with
       the directive.
  
!      Operand 'OMP_FOR_INIT' is the loop initialization code of the form
!      'VAR = N1'.
  
!      Operand 'OMP_FOR_COND' is the loop conditional expression of the
!      form 'VAR {<,>,<=,>=} N2'.
  
!      Operand 'OMP_FOR_INCR' is the loop index increment of the form 'VAR
!      {+=,-=} INCR'.
  
!      Operand 'OMP_FOR_PRE_BODY' contains side-effect code from operands
!      'OMP_FOR_INIT', 'OMP_FOR_COND' and 'OMP_FOR_INC'.  These
!      side-effects are part of the 'OMP_FOR' block but must be evaluated
       before the start of loop body.
  
!      The loop index variable 'VAR' must be a signed integer variable,
!      which is implicitly private to each thread.  Bounds 'N1' and 'N2'
!      and the increment expression 'INCR' are required to be loop
       invariant integer expressions that are evaluated without any
!      synchronization.  The evaluation order, frequency of evaluation and
       side-effects are unspecified by the standard.
  
! 'OMP_SECTIONS'
! 
!      Represents '#pragma omp sections [clause1 ... clauseN]'.
  
!      Operand 'OMP_SECTIONS_BODY' contains the sections body, which in
!      turn contains a set of 'OMP_SECTION' nodes for each of the
!      concurrent sections delimited by '#pragma omp section'.
  
!      Operand 'OMP_SECTIONS_CLAUSES' is the list of clauses associated
       with the directive.
  
! 'OMP_SECTION'
! 
!      Section delimiter for 'OMP_SECTIONS'.
! 
! 'OMP_SINGLE'
  
!      Represents '#pragma omp single'.
  
!      Operand 'OMP_SINGLE_BODY' contains the body of code to be executed
       by a single thread.
  
!      Operand 'OMP_SINGLE_CLAUSES' is the list of clauses associated with
!      the directive.
! 
! 'OMP_MASTER'
  
!      Represents '#pragma omp master'.
  
!      Operand 'OMP_MASTER_BODY' contains the body of code to be executed
       by the master thread.
  
! 'OMP_ORDERED'
! 
!      Represents '#pragma omp ordered'.
! 
!      Operand 'OMP_ORDERED_BODY' contains the body of code to be executed
!      in the sequential order dictated by the loop index variable.
  
! 'OMP_CRITICAL'
  
!      Represents '#pragma omp critical [name]'.
  
!      Operand 'OMP_CRITICAL_BODY' is the critical section.
  
!      Operand 'OMP_CRITICAL_NAME' is an optional identifier to label the
       critical section.
  
! 'OMP_RETURN'
! 
       This does not represent any OpenMP directive, it is an artificial
!      marker to indicate the end of the body of an OpenMP.  It is used by
!      the flow graph ('tree-cfg.c') and OpenMP region building code
!      ('omp-low.c').
! 
! 'OMP_CONTINUE'
  
!      Similarly, this instruction does not represent an OpenMP directive,
!      it is used by 'OMP_FOR' (and similar codes) as well as
!      'OMP_SECTIONS' to mark the place where the code needs to loop to
       the next iteration, or the next section, respectively.
  
!      In some cases, 'OMP_CONTINUE' is placed right before 'OMP_RETURN'.
       But if there are cleanups that need to occur right after the
!      looping body, it will be emitted between 'OMP_CONTINUE' and
!      'OMP_RETURN'.
! 
! 'OMP_ATOMIC'
  
!      Represents '#pragma omp atomic'.
  
       Operand 0 is the address at which the atomic operation is to be
       performed.
--- 9808,9929 ----
  10.7.7 OpenMP
  -------------
  
! All the statements starting with `OMP_' represent directives and
! clauses used by the OpenMP API `http://www.openmp.org/'.
  
! `OMP_PARALLEL'
!      Represents `#pragma omp parallel [clause1 ... clauseN]'. It has
       four operands:
  
!      Operand `OMP_PARALLEL_BODY' is valid while in GENERIC and High
       GIMPLE forms.  It contains the body of code to be executed by all
!      the threads.  During GIMPLE lowering, this operand becomes `NULL'
!      and the body is emitted linearly after `OMP_PARALLEL'.
  
!      Operand `OMP_PARALLEL_CLAUSES' is the list of clauses associated
       with the directive.
  
!      Operand `OMP_PARALLEL_FN' is created by `pass_lower_omp', it
!      contains the `FUNCTION_DECL' for the function that will contain
!      the body of the parallel region.
  
!      Operand `OMP_PARALLEL_DATA_ARG' is also created by
!      `pass_lower_omp'. If there are shared variables to be communicated
!      to the children threads, this operand will contain the `VAR_DECL'
       that contains all the shared values and variables.
  
! `OMP_FOR'
!      Represents `#pragma omp for [clause1 ... clauseN]'.  It has six
       operands:
  
!      Operand `OMP_FOR_BODY' contains the loop body.
  
!      Operand `OMP_FOR_CLAUSES' is the list of clauses associated with
       the directive.
  
!      Operand `OMP_FOR_INIT' is the loop initialization code of the form
!      `VAR = N1'.
  
!      Operand `OMP_FOR_COND' is the loop conditional expression of the
!      form `VAR {<,>,<=,>=} N2'.
  
!      Operand `OMP_FOR_INCR' is the loop index increment of the form
!      `VAR {+=,-=} INCR'.
  
!      Operand `OMP_FOR_PRE_BODY' contains side-effect code from operands
!      `OMP_FOR_INIT', `OMP_FOR_COND' and `OMP_FOR_INC'.  These
!      side-effects are part of the `OMP_FOR' block but must be evaluated
       before the start of loop body.
  
!      The loop index variable `VAR' must be a signed integer variable,
!      which is implicitly private to each thread.  Bounds `N1' and `N2'
!      and the increment expression `INCR' are required to be loop
       invariant integer expressions that are evaluated without any
!      synchronization. The evaluation order, frequency of evaluation and
       side-effects are unspecified by the standard.
  
! `OMP_SECTIONS'
!      Represents `#pragma omp sections [clause1 ... clauseN]'.
  
!      Operand `OMP_SECTIONS_BODY' contains the sections body, which in
!      turn contains a set of `OMP_SECTION' nodes for each of the
!      concurrent sections delimited by `#pragma omp section'.
  
!      Operand `OMP_SECTIONS_CLAUSES' is the list of clauses associated
       with the directive.
  
! `OMP_SECTION'
!      Section delimiter for `OMP_SECTIONS'.
  
! `OMP_SINGLE'
!      Represents `#pragma omp single'.
  
!      Operand `OMP_SINGLE_BODY' contains the body of code to be executed
       by a single thread.
  
!      Operand `OMP_SINGLE_CLAUSES' is the list of clauses associated
!      with the directive.
  
! `OMP_MASTER'
!      Represents `#pragma omp master'.
  
!      Operand `OMP_MASTER_BODY' contains the body of code to be executed
       by the master thread.
  
! `OMP_ORDERED'
!      Represents `#pragma omp ordered'.
  
!      Operand `OMP_ORDERED_BODY' contains the body of code to be
!      executed in the sequential order dictated by the loop index
!      variable.
  
! `OMP_CRITICAL'
!      Represents `#pragma omp critical [name]'.
  
!      Operand `OMP_CRITICAL_BODY' is the critical section.
  
!      Operand `OMP_CRITICAL_NAME' is an optional identifier to label the
       critical section.
  
! `OMP_RETURN'
       This does not represent any OpenMP directive, it is an artificial
!      marker to indicate the end of the body of an OpenMP. It is used by
!      the flow graph (`tree-cfg.c') and OpenMP region building code
!      (`omp-low.c').
  
! `OMP_CONTINUE'
!      Similarly, this instruction does not represent an OpenMP
!      directive, it is used by `OMP_FOR' (and similar codes) as well as
!      `OMP_SECTIONS' to mark the place where the code needs to loop to
       the next iteration, or the next section, respectively.
  
!      In some cases, `OMP_CONTINUE' is placed right before `OMP_RETURN'.
       But if there are cleanups that need to occur right after the
!      looping body, it will be emitted between `OMP_CONTINUE' and
!      `OMP_RETURN'.
  
! `OMP_ATOMIC'
!      Represents `#pragma omp atomic'.
  
       Operand 0 is the address at which the atomic operation is to be
       performed.
*************** used by the OpenMP API <http://www.openm
*** 9780,9805 ****
       compare-and-swap loop is attempted.  If that also fails, a regular
       critical section around the expression is used.
  
! 'OMP_CLAUSE'
! 
!      Represents clauses associated with one of the 'OMP_' directives.
!      Clauses are represented by separate subcodes defined in 'tree.h'.
!      Clauses codes can be one of: 'OMP_CLAUSE_PRIVATE',
!      'OMP_CLAUSE_SHARED', 'OMP_CLAUSE_FIRSTPRIVATE',
!      'OMP_CLAUSE_LASTPRIVATE', 'OMP_CLAUSE_COPYIN',
!      'OMP_CLAUSE_COPYPRIVATE', 'OMP_CLAUSE_IF',
!      'OMP_CLAUSE_NUM_THREADS', 'OMP_CLAUSE_SCHEDULE',
!      'OMP_CLAUSE_NOWAIT', 'OMP_CLAUSE_ORDERED', 'OMP_CLAUSE_DEFAULT',
!      'OMP_CLAUSE_REDUCTION', 'OMP_CLAUSE_COLLAPSE', 'OMP_CLAUSE_UNTIED',
!      'OMP_CLAUSE_FINAL', and 'OMP_CLAUSE_MERGEABLE'.  Each code
       represents the corresponding OpenMP clause.
  
!      Clauses associated with the same directive are chained together via
!      'OMP_CLAUSE_CHAIN'.  Those clauses that accept a list of variables
!      are restricted to exactly one, accessed with 'OMP_CLAUSE_VAR'.
!      Therefore, multiple variables under the same clause 'C' need to be
!      represented as multiple 'C' clauses chained together.  This
!      facilitates adding new clauses during compilation.
  
  
  File: gccint.info,  Node: OpenACC,  Prev: OpenMP,  Up: Statements
--- 9934,9959 ----
       compare-and-swap loop is attempted.  If that also fails, a regular
       critical section around the expression is used.
  
! `OMP_CLAUSE'
!      Represents clauses associated with one of the `OMP_' directives.
!      Clauses are represented by separate subcodes defined in `tree.h'.
!      Clauses codes can be one of: `OMP_CLAUSE_PRIVATE',
!      `OMP_CLAUSE_SHARED', `OMP_CLAUSE_FIRSTPRIVATE',
!      `OMP_CLAUSE_LASTPRIVATE', `OMP_CLAUSE_COPYIN',
!      `OMP_CLAUSE_COPYPRIVATE', `OMP_CLAUSE_IF',
!      `OMP_CLAUSE_NUM_THREADS', `OMP_CLAUSE_SCHEDULE',
!      `OMP_CLAUSE_NOWAIT', `OMP_CLAUSE_ORDERED', `OMP_CLAUSE_DEFAULT',
!      `OMP_CLAUSE_REDUCTION', `OMP_CLAUSE_COLLAPSE', `OMP_CLAUSE_UNTIED',
!      `OMP_CLAUSE_FINAL', and `OMP_CLAUSE_MERGEABLE'.  Each code
       represents the corresponding OpenMP clause.
  
!      Clauses associated with the same directive are chained together
!      via `OMP_CLAUSE_CHAIN'. Those clauses that accept a list of
!      variables are restricted to exactly one, accessed with
!      `OMP_CLAUSE_VAR'.  Therefore, multiple variables under the same
!      clause `C' need to be represented as multiple `C' clauses chained
!      together.  This facilitates adding new clauses during compilation.
! 
  
  
  File: gccint.info,  Node: OpenACC,  Prev: OpenMP,  Up: Statements
*************** File: gccint.info,  Node: OpenACC,  Prev
*** 9807,9856 ****
  10.7.8 OpenACC
  --------------
  
! All the statements starting with 'OACC_' represent directives and
! clauses used by the OpenACC API <http://www.openacc.org/>.
! 
! 'OACC_CACHE'
! 
!      Represents '#pragma acc cache (var ...)'.
! 
! 'OACC_DATA'
! 
!      Represents '#pragma acc data [clause1 ... clauseN]'.
! 
! 'OACC_DECLARE'
! 
!      Represents '#pragma acc declare [clause1 ... clauseN]'.
! 
! 'OACC_ENTER_DATA'
! 
!      Represents '#pragma acc enter data [clause1 ... clauseN]'.
! 
! 'OACC_EXIT_DATA'
  
!      Represents '#pragma acc exit data [clause1 ... clauseN]'.
  
! 'OACC_HOST_DATA'
  
!      Represents '#pragma acc host_data [clause1 ... clauseN]'.
  
! 'OACC_KERNELS'
  
!      Represents '#pragma acc kernels [clause1 ... clauseN]'.
  
! 'OACC_LOOP'
  
!      Represents '#pragma acc loop [clause1 ... clauseN]'.
  
!      See the description of the 'OMP_FOR' code.
  
! 'OACC_PARALLEL'
  
!      Represents '#pragma acc parallel [clause1 ... clauseN]'.
  
! 'OACC_UPDATE'
  
-      Represents '#pragma acc update [clause1 ... clauseN]'.
  
  
  File: gccint.info,  Node: Functions,  Next: Language-dependent trees,  Prev: Statements,  Up: GENERIC
--- 9961,10001 ----
  10.7.8 OpenACC
  --------------
  
! All the statements starting with `OACC_' represent directives and
! clauses used by the OpenACC API `http://www.openacc.org/'.
  
! `OACC_CACHE'
!      Represents `#pragma acc cache (var ...)'.
  
! `OACC_DATA'
!      Represents `#pragma acc data [clause1 ... clauseN]'.
  
! `OACC_DECLARE'
!      Represents `#pragma acc declare [clause1 ... clauseN]'.
  
! `OACC_ENTER_DATA'
!      Represents `#pragma acc enter data [clause1 ... clauseN]'.
  
! `OACC_EXIT_DATA'
!      Represents `#pragma acc exit data [clause1 ... clauseN]'.
  
! `OACC_HOST_DATA'
!      Represents `#pragma acc host_data [clause1 ... clauseN]'.
  
! `OACC_KERNELS'
!      Represents `#pragma acc kernels [clause1 ... clauseN]'.
  
! `OACC_LOOP'
!      Represents `#pragma acc loop [clause1 ... clauseN]'.
  
!      See the description of the `OMP_FOR' code.
  
! `OACC_PARALLEL'
!      Represents `#pragma acc parallel [clause1 ... clauseN]'.
  
! `OACC_UPDATE'
!      Represents `#pragma acc update [clause1 ... clauseN]'.
  
  
  
  File: gccint.info,  Node: Functions,  Next: Language-dependent trees,  Prev: Statements,  Up: GENERIC
*************** File: gccint.info,  Node: Functions,  Ne
*** 9858,9864 ****
  10.8 Functions
  ==============
  
! A function is represented by a 'FUNCTION_DECL' node.  It stores the
  basic pieces of the function such as body, parameters, and return type
  as well as information on the surrounding context, visibility, and
  linkage.
--- 10003,10009 ----
  10.8 Functions
  ==============
  
! A function is represented by a `FUNCTION_DECL' node.  It stores the
  basic pieces of the function such as body, parameters, and return type
  as well as information on the surrounding context, visibility, and
  linkage.
*************** File: gccint.info,  Node: Function Basic
*** 9876,9935 ****
  
  A function has four core parts: the name, the parameters, the result,
  and the body.  The following macros and functions access these parts of
! a 'FUNCTION_DECL' as well as other basic features:
! 'DECL_NAME'
       This macro returns the unqualified name of the function, as an
!      'IDENTIFIER_NODE'.  For an instantiation of a function template,
!      the 'DECL_NAME' is the unqualified name of the template, not
!      something like 'f<int>'.  The value of 'DECL_NAME' is undefined
       when used on a constructor, destructor, overloaded operator, or
       type-conversion operator, or any function that is implicitly
       generated by the compiler.  See below for macros that can be used
       to distinguish these cases.
  
! 'DECL_ASSEMBLER_NAME'
       This macro returns the mangled name of the function, also an
!      'IDENTIFIER_NODE'.  This name does not contain leading underscores
       on systems that prefix all identifiers with underscores.  The
       mangled name is computed in the same way on all platforms; if
       special processing is required to deal with the object file format
!      used on a particular platform, it is the responsibility of the back
!      end to perform those modifications.  (Of course, the back end
!      should not modify 'DECL_ASSEMBLER_NAME' itself.)
  
!      Using 'DECL_ASSEMBLER_NAME' will cause additional memory to be
       allocated (for the mangled name of the entity) so it should be used
       only when emitting assembly code.  It should not be used within the
       optimizers to determine whether or not two declarations are the
!      same, even though some of the existing optimizers do use it in that
!      way.  These uses will be removed over time.
  
! 'DECL_ARGUMENTS'
!      This macro returns the 'PARM_DECL' for the first argument to the
!      function.  Subsequent 'PARM_DECL' nodes can be obtained by
!      following the 'TREE_CHAIN' links.
  
! 'DECL_RESULT'
!      This macro returns the 'RESULT_DECL' for the function.
  
! 'DECL_SAVED_TREE'
       This macro returns the complete body of the function.
  
! 'TREE_TYPE'
!      This macro returns the 'FUNCTION_TYPE' or 'METHOD_TYPE' for the
       function.
  
! 'DECL_INITIAL'
       A function that has a definition in the current translation unit
!      will have a non-'NULL' 'DECL_INITIAL'.  However, back ends should
!      not make use of the particular value given by 'DECL_INITIAL'.
  
!      It should contain a tree of 'BLOCK' nodes that mirrors the scopes
       that variables are bound in the function.  Each block contains a
       list of decls declared in a basic block, a pointer to a chain of
       blocks at the next lower scope level, then a pointer to the next
!      block at the same level and a backpointer to the parent 'BLOCK' or
!      'FUNCTION_DECL'.  So given a function as follows:
  
            void foo()
            {
--- 10021,10080 ----
  
  A function has four core parts: the name, the parameters, the result,
  and the body.  The following macros and functions access these parts of
! a `FUNCTION_DECL' as well as other basic features:
! `DECL_NAME'
       This macro returns the unqualified name of the function, as an
!      `IDENTIFIER_NODE'.  For an instantiation of a function template,
!      the `DECL_NAME' is the unqualified name of the template, not
!      something like `f<int>'.  The value of `DECL_NAME' is undefined
       when used on a constructor, destructor, overloaded operator, or
       type-conversion operator, or any function that is implicitly
       generated by the compiler.  See below for macros that can be used
       to distinguish these cases.
  
! `DECL_ASSEMBLER_NAME'
       This macro returns the mangled name of the function, also an
!      `IDENTIFIER_NODE'.  This name does not contain leading underscores
       on systems that prefix all identifiers with underscores.  The
       mangled name is computed in the same way on all platforms; if
       special processing is required to deal with the object file format
!      used on a particular platform, it is the responsibility of the
!      back end to perform those modifications.  (Of course, the back end
!      should not modify `DECL_ASSEMBLER_NAME' itself.)
  
!      Using `DECL_ASSEMBLER_NAME' will cause additional memory to be
       allocated (for the mangled name of the entity) so it should be used
       only when emitting assembly code.  It should not be used within the
       optimizers to determine whether or not two declarations are the
!      same, even though some of the existing optimizers do use it in
!      that way.  These uses will be removed over time.
  
! `DECL_ARGUMENTS'
!      This macro returns the `PARM_DECL' for the first argument to the
!      function.  Subsequent `PARM_DECL' nodes can be obtained by
!      following the `TREE_CHAIN' links.
  
! `DECL_RESULT'
!      This macro returns the `RESULT_DECL' for the function.
  
! `DECL_SAVED_TREE'
       This macro returns the complete body of the function.
  
! `TREE_TYPE'
!      This macro returns the `FUNCTION_TYPE' or `METHOD_TYPE' for the
       function.
  
! `DECL_INITIAL'
       A function that has a definition in the current translation unit
!      will have a non-`NULL' `DECL_INITIAL'.  However, back ends should
!      not make use of the particular value given by `DECL_INITIAL'.
  
!      It should contain a tree of `BLOCK' nodes that mirrors the scopes
       that variables are bound in the function.  Each block contains a
       list of decls declared in a basic block, a pointer to a chain of
       blocks at the next lower scope level, then a pointer to the next
!      block at the same level and a backpointer to the parent `BLOCK' or
!      `FUNCTION_DECL'.  So given a function as follows:
  
            void foo()
            {
*************** a 'FUNCTION_DECL' as well as other basic
*** 9959,10012 ****
            BLOCK_SUPERCONTEXT(block_c) = foo;
            DECL_INITIAL(foo) = block_a;
  
  
  File: gccint.info,  Node: Function Properties,  Prev: Function Basics,  Up: Functions
  
  10.8.2 Function Properties
  --------------------------
  
! To determine the scope of a function, you can use the 'DECL_CONTEXT'
! macro.  This macro will return the class (either a 'RECORD_TYPE' or a
! 'UNION_TYPE') or namespace (a 'NAMESPACE_DECL') of which the function is
! a member.  For a virtual function, this macro returns the class in which
! the function was actually defined, not the base class in which the
! virtual declaration occurred.
  
!  In C, the 'DECL_CONTEXT' for a function maybe another function.  This
  representation indicates that the GNU nested function extension is in
  use.  For details on the semantics of nested functions, see the GCC
  Manual.  The nested function can refer to local variables in its
  containing function.  Such references are not explicitly marked in the
! tree structure; back ends must look at the 'DECL_CONTEXT' for the
! referenced 'VAR_DECL'.  If the 'DECL_CONTEXT' for the referenced
! 'VAR_DECL' is not the same as the function currently being processed,
! and neither 'DECL_EXTERNAL' nor 'TREE_STATIC' hold, then the reference
  is to a local variable in a containing function, and the back end must
  take appropriate action.
  
! 'DECL_EXTERNAL'
       This predicate holds if the function is undefined.
  
! 'TREE_PUBLIC'
       This predicate holds if the function has external linkage.
  
! 'TREE_STATIC'
       This predicate holds if the function has been defined.
  
! 'TREE_THIS_VOLATILE'
       This predicate holds if the function does not return normally.
  
! 'TREE_READONLY'
       This predicate holds if the function can only read its arguments.
  
! 'DECL_PURE_P'
       This predicate holds if the function can only read its arguments,
       but may also read global memory.
  
! 'DECL_VIRTUAL_P'
       This predicate holds if the function is virtual.
  
! 'DECL_ARTIFICIAL'
       This macro holds if the function was implicitly generated by the
       compiler, rather than explicitly declared.  In addition to
       implicitly generated class member functions, this macro holds for
--- 10104,10158 ----
            BLOCK_SUPERCONTEXT(block_c) = foo;
            DECL_INITIAL(foo) = block_a;
  
+ 
  
  File: gccint.info,  Node: Function Properties,  Prev: Function Basics,  Up: Functions
  
  10.8.2 Function Properties
  --------------------------
  
! To determine the scope of a function, you can use the `DECL_CONTEXT'
! macro.  This macro will return the class (either a `RECORD_TYPE' or a
! `UNION_TYPE') or namespace (a `NAMESPACE_DECL') of which the function
! is a member.  For a virtual function, this macro returns the class in
! which the function was actually defined, not the base class in which
! the virtual declaration occurred.
  
!  In C, the `DECL_CONTEXT' for a function maybe another function.  This
  representation indicates that the GNU nested function extension is in
  use.  For details on the semantics of nested functions, see the GCC
  Manual.  The nested function can refer to local variables in its
  containing function.  Such references are not explicitly marked in the
! tree structure; back ends must look at the `DECL_CONTEXT' for the
! referenced `VAR_DECL'.  If the `DECL_CONTEXT' for the referenced
! `VAR_DECL' is not the same as the function currently being processed,
! and neither `DECL_EXTERNAL' nor `TREE_STATIC' hold, then the reference
  is to a local variable in a containing function, and the back end must
  take appropriate action.
  
! `DECL_EXTERNAL'
       This predicate holds if the function is undefined.
  
! `TREE_PUBLIC'
       This predicate holds if the function has external linkage.
  
! `TREE_STATIC'
       This predicate holds if the function has been defined.
  
! `TREE_THIS_VOLATILE'
       This predicate holds if the function does not return normally.
  
! `TREE_READONLY'
       This predicate holds if the function can only read its arguments.
  
! `DECL_PURE_P'
       This predicate holds if the function can only read its arguments,
       but may also read global memory.
  
! `DECL_VIRTUAL_P'
       This predicate holds if the function is virtual.
  
! `DECL_ARTIFICIAL'
       This macro holds if the function was implicitly generated by the
       compiler, rather than explicitly declared.  In addition to
       implicitly generated class member functions, this macro holds for
*************** take appropriate action.
*** 10014,10030 ****
       and destruction, to compute run-time type information, and so
       forth.
  
! 'DECL_FUNCTION_SPECIFIC_TARGET'
       This macro returns a tree node that holds the target options that
!      are to be used to compile this particular function or 'NULL_TREE'
!      if the function is to be compiled with the target options specified
!      on the command line.
  
! 'DECL_FUNCTION_SPECIFIC_OPTIMIZATION'
       This macro returns a tree node that holds the optimization options
       that are to be used to compile this particular function or
!      'NULL_TREE' if the function is to be compiled with the optimization
!      options specified on the command line.
  
  
  File: gccint.info,  Node: Language-dependent trees,  Next: C and C++ Trees,  Prev: Functions,  Up: GENERIC
--- 10160,10177 ----
       and destruction, to compute run-time type information, and so
       forth.
  
! `DECL_FUNCTION_SPECIFIC_TARGET'
       This macro returns a tree node that holds the target options that
!      are to be used to compile this particular function or `NULL_TREE'
!      if the function is to be compiled with the target options
!      specified on the command line.
  
! `DECL_FUNCTION_SPECIFIC_OPTIMIZATION'
       This macro returns a tree node that holds the optimization options
       that are to be used to compile this particular function or
!      `NULL_TREE' if the function is to be compiled with the
!      optimization options specified on the command line.
! 
  
  
  File: gccint.info,  Node: Language-dependent trees,  Next: C and C++ Trees,  Prev: Functions,  Up: GENERIC
*************** File: gccint.info,  Node: Language-depen
*** 10033,10049 ****
  =============================
  
  Front ends may wish to keep some state associated with various GENERIC
! trees while parsing.  To support this, trees provide a set of flags that
! may be used by the front end.  They are accessed using
! 'TREE_LANG_FLAG_n' where 'n' is currently 0 through 6.
  
!  If necessary, a front end can use some language-dependent tree codes in
! its GENERIC representation, so long as it provides a hook for converting
! them to GIMPLE and doesn't expect them to work with any (hypothetical)
! optimizers that run before the conversion to GIMPLE.  The intermediate
! representation used while parsing C and C++ looks very little like
! GENERIC, but the C and C++ gimplifier hooks are perfectly happy to take
! it as input and spit out GIMPLE.
  
  
  File: gccint.info,  Node: C and C++ Trees,  Next: Java Trees,  Prev: Language-dependent trees,  Up: GENERIC
--- 10180,10196 ----
  =============================
  
  Front ends may wish to keep some state associated with various GENERIC
! trees while parsing.  To support this, trees provide a set of flags
! that may be used by the front end.  They are accessed using
! `TREE_LANG_FLAG_n' where `n' is currently 0 through 6.
  
!  If necessary, a front end can use some language-dependent tree codes
! in its GENERIC representation, so long as it provides a hook for
! converting them to GIMPLE and doesn't expect them to work with any
! (hypothetical) optimizers that run before the conversion to GIMPLE. The
! intermediate representation used while parsing C and C++ looks very
! little like GENERIC, but the C and C++ gimplifier hooks are perfectly
! happy to take it as input and spit out GIMPLE.
  
  
  File: gccint.info,  Node: C and C++ Trees,  Next: Java Trees,  Prev: Language-dependent trees,  Up: GENERIC
*************** submit your patches for inclusion in GCC
*** 10099,10105 ****
  * Classes::                     Classes.
  * Functions for C++::           Overloading and accessors for C++.
  * Statements for C++::          Statements specific to C and C++.
! * C++ Expressions::    From 'typeid' to 'throw'.
  
  
  File: gccint.info,  Node: Types for C++,  Next: Namespaces,  Up: C and C++ Trees
--- 10246,10252 ----
  * Classes::                     Classes.
  * Functions for C++::           Overloading and accessors for C++.
  * Statements for C++::          Statements specific to C and C++.
! * C++ Expressions::    From `typeid' to `throw'.
  
  
  File: gccint.info,  Node: Types for C++,  Next: Namespaces,  Up: C and C++ Trees
*************** representation.  The macros described he
*** 10113,10226 ****
  qualification of the underlying element type when applied to an array
  type.  (If the element type is itself an array, then the recursion
  continues until a non-array type is found, and the qualification of this
! type is examined.)  So, for example, 'CP_TYPE_CONST_P' will hold of the
! type 'const int ()[7]', denoting an array of seven 'int's.
  
   The following functions and macros deal with cv-qualification of types:
! 'cp_type_quals'
       This function returns the set of type qualifiers applied to this
!      type.  This value is 'TYPE_UNQUALIFIED' if no qualifiers have been
!      applied.  The 'TYPE_QUAL_CONST' bit is set if the type is
!      'const'-qualified.  The 'TYPE_QUAL_VOLATILE' bit is set if the type
!      is 'volatile'-qualified.  The 'TYPE_QUAL_RESTRICT' bit is set if
!      the type is 'restrict'-qualified.
  
! 'CP_TYPE_CONST_P'
!      This macro holds if the type is 'const'-qualified.
  
! 'CP_TYPE_VOLATILE_P'
!      This macro holds if the type is 'volatile'-qualified.
  
! 'CP_TYPE_RESTRICT_P'
!      This macro holds if the type is 'restrict'-qualified.
  
- 'CP_TYPE_CONST_NON_VOLATILE_P'
-      This predicate holds for a type that is 'const'-qualified, but
-      _not_ 'volatile'-qualified; other cv-qualifiers are ignored as
-      well: only the 'const'-ness is tested.
  
   A few other macros and functions are usable with all types:
! 'TYPE_SIZE'
       The number of bits required to represent the type, represented as
!      an 'INTEGER_CST'.  For an incomplete type, 'TYPE_SIZE' will be
!      'NULL_TREE'.
  
! 'TYPE_ALIGN'
!      The alignment of the type, in bits, represented as an 'int'.
  
! 'TYPE_NAME'
!      This macro returns a declaration (in the form of a 'TYPE_DECL') for
!      the type.  (Note this macro does _not_ return an 'IDENTIFIER_NODE',
!      as you might expect, given its name!)  You can look at the
!      'DECL_NAME' of the 'TYPE_DECL' to obtain the actual name of the
!      type.  The 'TYPE_NAME' will be 'NULL_TREE' for a type that is not a
!      built-in type, the result of a typedef, or a named class type.
  
! 'CP_INTEGRAL_TYPE'
       This predicate holds if the type is an integral type.  Notice that
       in C++, enumerations are _not_ integral types.
  
! 'ARITHMETIC_TYPE_P'
       This predicate holds if the type is an integral type (in the C++
       sense) or a floating point type.
  
! 'CLASS_TYPE_P'
       This predicate holds for a class-type.
  
! 'TYPE_BUILT_IN'
       This predicate holds for a built-in type.
  
! 'TYPE_PTRDATAMEM_P'
       This predicate holds if the type is a pointer to data member.
  
! 'TYPE_PTR_P'
!      This predicate holds if the type is a pointer type, and the pointee
!      is not a data member.
  
! 'TYPE_PTRFN_P'
       This predicate holds for a pointer to function type.
  
! 'TYPE_PTROB_P'
       This predicate holds for a pointer to object type.  Note however
!      that it does not hold for the generic pointer to object type 'void
!      *'.  You may use 'TYPE_PTROBV_P' to test for a pointer to object
!      type as well as 'void *'.
  
   The table below describes types specific to C and C++ as well as
  language-dependent info about GENERIC types.
  
! 'POINTER_TYPE'
       Used to represent pointer types, and pointer to data member types.
!      If 'TREE_TYPE' is a pointer to data member type, then
!      'TYPE_PTRDATAMEM_P' will hold.  For a pointer to data member type
!      of the form 'T X::*', 'TYPE_PTRMEM_CLASS_TYPE' will be the type
!      'X', while 'TYPE_PTRMEM_POINTED_TO_TYPE' will be the type 'T'.
  
! 'RECORD_TYPE'
!      Used to represent 'struct' and 'class' types in C and C++.  If
!      'TYPE_PTRMEMFUNC_P' holds, then this type is a pointer-to-member
!      type.  In that case, the 'TYPE_PTRMEMFUNC_FN_TYPE' is a
!      'POINTER_TYPE' pointing to a 'METHOD_TYPE'.  The 'METHOD_TYPE' is
       the type of a function pointed to by the pointer-to-member
!      function.  If 'TYPE_PTRMEMFUNC_P' does not hold, this type is a
       class type.  For more information, *note Classes::.
  
! 'UNKNOWN_TYPE'
       This node is used to represent a type the knowledge of which is
       insufficient for a sound processing.
  
! 'TYPENAME_TYPE'
!      Used to represent a construct of the form 'typename T::A'.  The
!      'TYPE_CONTEXT' is 'T'; the 'TYPE_NAME' is an 'IDENTIFIER_NODE' for
!      'A'.  If the type is specified via a template-id, then
!      'TYPENAME_TYPE_FULLNAME' yields a 'TEMPLATE_ID_EXPR'.  The
!      'TREE_TYPE' is non-'NULL' if the node is implicitly generated in
       support for the implicit typename extension; in which case the
!      'TREE_TYPE' is a type node for the base-class.
  
- 'TYPEOF_TYPE'
-      Used to represent the '__typeof__' extension.  The 'TYPE_FIELDS' is
-      the expression the type of which is being represented.
  
  
  File: gccint.info,  Node: Namespaces,  Next: Classes,  Prev: Types for C++,  Up: C and C++ Trees
--- 10260,10377 ----
  qualification of the underlying element type when applied to an array
  type.  (If the element type is itself an array, then the recursion
  continues until a non-array type is found, and the qualification of this
! type is examined.)  So, for example, `CP_TYPE_CONST_P' will hold of the
! type `const int ()[7]', denoting an array of seven `int's.
  
   The following functions and macros deal with cv-qualification of types:
! `cp_type_quals'
       This function returns the set of type qualifiers applied to this
!      type.  This value is `TYPE_UNQUALIFIED' if no qualifiers have been
!      applied.  The `TYPE_QUAL_CONST' bit is set if the type is
!      `const'-qualified.  The `TYPE_QUAL_VOLATILE' bit is set if the
!      type is `volatile'-qualified.  The `TYPE_QUAL_RESTRICT' bit is set
!      if the type is `restrict'-qualified.
  
! `CP_TYPE_CONST_P'
!      This macro holds if the type is `const'-qualified.
  
! `CP_TYPE_VOLATILE_P'
!      This macro holds if the type is `volatile'-qualified.
  
! `CP_TYPE_RESTRICT_P'
!      This macro holds if the type is `restrict'-qualified.
! 
! `CP_TYPE_CONST_NON_VOLATILE_P'
!      This predicate holds for a type that is `const'-qualified, but
!      _not_ `volatile'-qualified; other cv-qualifiers are ignored as
!      well: only the `const'-ness is tested.
  
  
   A few other macros and functions are usable with all types:
! `TYPE_SIZE'
       The number of bits required to represent the type, represented as
!      an `INTEGER_CST'.  For an incomplete type, `TYPE_SIZE' will be
!      `NULL_TREE'.
  
! `TYPE_ALIGN'
!      The alignment of the type, in bits, represented as an `int'.
  
! `TYPE_NAME'
!      This macro returns a declaration (in the form of a `TYPE_DECL') for
!      the type.  (Note this macro does _not_ return an
!      `IDENTIFIER_NODE', as you might expect, given its name!)  You can
!      look at the `DECL_NAME' of the `TYPE_DECL' to obtain the actual
!      name of the type.  The `TYPE_NAME' will be `NULL_TREE' for a type
!      that is not a built-in type, the result of a typedef, or a named
!      class type.
  
! `CP_INTEGRAL_TYPE'
       This predicate holds if the type is an integral type.  Notice that
       in C++, enumerations are _not_ integral types.
  
! `ARITHMETIC_TYPE_P'
       This predicate holds if the type is an integral type (in the C++
       sense) or a floating point type.
  
! `CLASS_TYPE_P'
       This predicate holds for a class-type.
  
! `TYPE_BUILT_IN'
       This predicate holds for a built-in type.
  
! `TYPE_PTRDATAMEM_P'
       This predicate holds if the type is a pointer to data member.
  
! `TYPE_PTR_P'
!      This predicate holds if the type is a pointer type, and the
!      pointee is not a data member.
  
! `TYPE_PTRFN_P'
       This predicate holds for a pointer to function type.
  
! `TYPE_PTROB_P'
       This predicate holds for a pointer to object type.  Note however
!      that it does not hold for the generic pointer to object type `void
!      *'.  You may use `TYPE_PTROBV_P' to test for a pointer to object
!      type as well as `void *'.
! 
  
   The table below describes types specific to C and C++ as well as
  language-dependent info about GENERIC types.
  
! `POINTER_TYPE'
       Used to represent pointer types, and pointer to data member types.
!      If `TREE_TYPE' is a pointer to data member type, then
!      `TYPE_PTRDATAMEM_P' will hold.  For a pointer to data member type
!      of the form `T X::*', `TYPE_PTRMEM_CLASS_TYPE' will be the type
!      `X', while `TYPE_PTRMEM_POINTED_TO_TYPE' will be the type `T'.
  
! `RECORD_TYPE'
!      Used to represent `struct' and `class' types in C and C++.  If
!      `TYPE_PTRMEMFUNC_P' holds, then this type is a pointer-to-member
!      type.  In that case, the `TYPE_PTRMEMFUNC_FN_TYPE' is a
!      `POINTER_TYPE' pointing to a `METHOD_TYPE'.  The `METHOD_TYPE' is
       the type of a function pointed to by the pointer-to-member
!      function.  If `TYPE_PTRMEMFUNC_P' does not hold, this type is a
       class type.  For more information, *note Classes::.
  
! `UNKNOWN_TYPE'
       This node is used to represent a type the knowledge of which is
       insufficient for a sound processing.
  
! `TYPENAME_TYPE'
!      Used to represent a construct of the form `typename T::A'.  The
!      `TYPE_CONTEXT' is `T'; the `TYPE_NAME' is an `IDENTIFIER_NODE' for
!      `A'.  If the type is specified via a template-id, then
!      `TYPENAME_TYPE_FULLNAME' yields a `TEMPLATE_ID_EXPR'.  The
!      `TREE_TYPE' is non-`NULL' if the node is implicitly generated in
       support for the implicit typename extension; in which case the
!      `TREE_TYPE' is a type node for the base-class.
! 
! `TYPEOF_TYPE'
!      Used to represent the `__typeof__' extension.  The `TYPE_FIELDS'
!      is the expression the type of which is being represented.
  
  
  
  File: gccint.info,  Node: Namespaces,  Next: Classes,  Prev: Types for C++,  Up: C and C++ Trees
*************** File: gccint.info,  Node: Namespaces,  N
*** 10229,10235 ****
  ------------------
  
  The root of the entire intermediate representation is the variable
! 'global_namespace'.  This is the namespace specified with '::' in C++
  source code.  All other namespaces, types, variables, functions, and so
  forth can be found starting with this namespace.
  
--- 10380,10386 ----
  ------------------
  
  The root of the entire intermediate representation is the variable
! `global_namespace'.  This is the namespace specified with `::' in C++
  source code.  All other namespaces, types, variables, functions, and so
  forth can be found starting with this namespace.
  
*************** the representation, the global namespace
*** 10238,10297 ****
  namespace.  Thus, in what follows, we describe namespaces generally,
  rather than the global namespace in particular.
  
!  A namespace is represented by a 'NAMESPACE_DECL' node.
  
!  The following macros and functions can be used on a 'NAMESPACE_DECL':
  
! 'DECL_NAME'
!      This macro is used to obtain the 'IDENTIFIER_NODE' corresponding to
       the unqualified name of the name of the namespace (*note
!      Identifiers::).  The name of the global namespace is '::', even
!      though in C++ the global namespace is unnamed.  However, you should
!      use comparison with 'global_namespace', rather than 'DECL_NAME' to
!      determine whether or not a namespace is the global one.  An unnamed
!      namespace will have a 'DECL_NAME' equal to
!      'anonymous_namespace_name'.  Within a single translation unit, all
       unnamed namespaces will have the same name.
  
! 'DECL_CONTEXT'
!      This macro returns the enclosing namespace.  The 'DECL_CONTEXT' for
!      the 'global_namespace' is 'NULL_TREE'.
  
! 'DECL_NAMESPACE_ALIAS'
       If this declaration is for a namespace alias, then
!      'DECL_NAMESPACE_ALIAS' is the namespace for which this one is an
       alias.
  
!      Do not attempt to use 'cp_namespace_decls' for a namespace which is
!      an alias.  Instead, follow 'DECL_NAMESPACE_ALIAS' links until you
       reach an ordinary, non-alias, namespace, and call
!      'cp_namespace_decls' there.
  
! 'DECL_NAMESPACE_STD_P'
!      This predicate holds if the namespace is the special '::std'
       namespace.
  
! 'cp_namespace_decls'
       This function will return the declarations contained in the
!      namespace, including types, overloaded functions, other namespaces,
!      and so forth.  If there are no declarations, this function will
!      return 'NULL_TREE'.  The declarations are connected through their
!      'TREE_CHAIN' fields.
  
       Although most entries on this list will be declarations,
!      'TREE_LIST' nodes may also appear.  In this case, the 'TREE_VALUE'
!      will be an 'OVERLOAD'.  The value of the 'TREE_PURPOSE' is
!      unspecified; back ends should ignore this value.  As with the other
!      kinds of declarations returned by 'cp_namespace_decls', the
!      'TREE_CHAIN' will point to the next declaration in this list.
  
!      For more information on the kinds of declarations that can occur on
!      this list, *Note Declarations::.  Some declarations will not appear
!      on this list.  In particular, no 'FIELD_DECL', 'LABEL_DECL', or
!      'PARM_DECL' nodes will appear here.
  
       This function cannot be used with namespaces that have
!      'DECL_NAMESPACE_ALIAS' set.
  
  
  File: gccint.info,  Node: Classes,  Next: Functions for C++,  Prev: Namespaces,  Up: C and C++ Trees
--- 10389,10449 ----
  namespace.  Thus, in what follows, we describe namespaces generally,
  rather than the global namespace in particular.
  
!  A namespace is represented by a `NAMESPACE_DECL' node.
  
!  The following macros and functions can be used on a `NAMESPACE_DECL':
  
! `DECL_NAME'
!      This macro is used to obtain the `IDENTIFIER_NODE' corresponding to
       the unqualified name of the name of the namespace (*note
!      Identifiers::).  The name of the global namespace is `::', even
!      though in C++ the global namespace is unnamed.  However, you
!      should use comparison with `global_namespace', rather than
!      `DECL_NAME' to determine whether or not a namespace is the global
!      one.  An unnamed namespace will have a `DECL_NAME' equal to
!      `anonymous_namespace_name'.  Within a single translation unit, all
       unnamed namespaces will have the same name.
  
! `DECL_CONTEXT'
!      This macro returns the enclosing namespace.  The `DECL_CONTEXT' for
!      the `global_namespace' is `NULL_TREE'.
  
! `DECL_NAMESPACE_ALIAS'
       If this declaration is for a namespace alias, then
!      `DECL_NAMESPACE_ALIAS' is the namespace for which this one is an
       alias.
  
!      Do not attempt to use `cp_namespace_decls' for a namespace which is
!      an alias.  Instead, follow `DECL_NAMESPACE_ALIAS' links until you
       reach an ordinary, non-alias, namespace, and call
!      `cp_namespace_decls' there.
  
! `DECL_NAMESPACE_STD_P'
!      This predicate holds if the namespace is the special `::std'
       namespace.
  
! `cp_namespace_decls'
       This function will return the declarations contained in the
!      namespace, including types, overloaded functions, other
!      namespaces, and so forth.  If there are no declarations, this
!      function will return `NULL_TREE'.  The declarations are connected
!      through their `TREE_CHAIN' fields.
  
       Although most entries on this list will be declarations,
!      `TREE_LIST' nodes may also appear.  In this case, the `TREE_VALUE'
!      will be an `OVERLOAD'.  The value of the `TREE_PURPOSE' is
!      unspecified; back ends should ignore this value.  As with the
!      other kinds of declarations returned by `cp_namespace_decls', the
!      `TREE_CHAIN' will point to the next declaration in this list.
  
!      For more information on the kinds of declarations that can occur
!      on this list, *Note Declarations::.  Some declarations will not
!      appear on this list.  In particular, no `FIELD_DECL',
!      `LABEL_DECL', or `PARM_DECL' nodes will appear here.
  
       This function cannot be used with namespaces that have
!      `DECL_NAMESPACE_ALIAS' set.
! 
  
  
  File: gccint.info,  Node: Classes,  Next: Functions for C++,  Prev: Namespaces,  Up: C and C++ Trees
*************** File: gccint.info,  Node: Classes,  Next
*** 10302,10537 ****
  Besides namespaces, the other high-level scoping construct in C++ is the
  class.  (Throughout this manual the term "class" is used to mean the
  types referred to in the ANSI/ISO C++ Standard as classes; these include
! types defined with the 'class', 'struct', and 'union' keywords.)
  
!  A class type is represented by either a 'RECORD_TYPE' or a
! 'UNION_TYPE'.  A class declared with the 'union' tag is represented by a
! 'UNION_TYPE', while classes declared with either the 'struct' or the
! 'class' tag are represented by 'RECORD_TYPE's.  You can use the
! 'CLASSTYPE_DECLARED_CLASS' macro to discern whether or not a particular
! type is a 'class' as opposed to a 'struct'.  This macro will be true
! only for classes declared with the 'class' tag.
  
!  Almost all non-function members are available on the 'TYPE_FIELDS'
  list.  Given one member, the next can be found by following the
! 'TREE_CHAIN'.  You should not depend in any way on the order in which
! fields appear on this list.  All nodes on this list will be 'DECL'
! nodes.  A 'FIELD_DECL' is used to represent a non-static data member, a
! 'VAR_DECL' is used to represent a static data member, and a 'TYPE_DECL'
! is used to represent a type.  Note that the 'CONST_DECL' for an
  enumeration constant will appear on this list, if the enumeration type
! was declared in the class.  (Of course, the 'TYPE_DECL' for the
  enumeration type will appear here as well.)  There are no entries for
! base classes on this list.  In particular, there is no 'FIELD_DECL' for
  the "base-class portion" of an object.
  
!  The 'TYPE_VFIELD' is a compiler-generated field used to point to
! virtual function tables.  It may or may not appear on the 'TYPE_FIELDS'
! list.  However, back ends should handle the 'TYPE_VFIELD' just like all
! the entries on the 'TYPE_FIELDS' list.
  
!  The function members are available on the 'TYPE_METHODS' list.  Again,
! subsequent members are found by following the 'TREE_CHAIN' field.  If a
  function is overloaded, each of the overloaded functions appears; no
! 'OVERLOAD' nodes appear on the 'TYPE_METHODS' list.  Implicitly declared
! functions (including default constructors, copy constructors, assignment
! operators, and destructors) will appear on this list as well.
  
   Every class has an associated "binfo", which can be obtained with
! 'TYPE_BINFO'.  Binfos are used to represent base-classes.  The binfo
! given by 'TYPE_BINFO' is the degenerate case, whereby every class is
  considered to be its own base-class.  The base binfos for a particular
  binfo are held in a vector, whose length is obtained with
! 'BINFO_N_BASE_BINFOS'.  The base binfos themselves are obtained with
! 'BINFO_BASE_BINFO' and 'BINFO_BASE_ITERATE'.  To add a new binfo, use
! 'BINFO_BASE_APPEND'.  The vector of base binfos can be obtained with
! 'BINFO_BASE_BINFOS', but normally you do not need to use that.  The
! class type associated with a binfo is given by 'BINFO_TYPE'.  It is not
! always the case that 'BINFO_TYPE (TYPE_BINFO (x))', because of typedefs
! and qualified types.  Neither is it the case that 'TYPE_BINFO
! (BINFO_TYPE (y))' is the same binfo as 'y'.  The reason is that if 'y'
! is a binfo representing a base-class 'B' of a derived class 'D', then
! 'BINFO_TYPE (y)' will be 'B', and 'TYPE_BINFO (BINFO_TYPE (y))' will be
! 'B' as its own base-class, rather than as a base-class of 'D'.
  
!  The access to a base type can be found with 'BINFO_BASE_ACCESS'.  This
! will produce 'access_public_node', 'access_private_node' or
! 'access_protected_node'.  If bases are always public,
! 'BINFO_BASE_ACCESSES' may be 'NULL'.
  
!  'BINFO_VIRTUAL_P' is used to specify whether the binfo is inherited
! virtually or not.  The other flags, 'BINFO_FLAG_0' to 'BINFO_FLAG_6',
  can be used for language specific use.
  
   The following macros can be used on a tree node representing a
  class-type.
  
! 'LOCAL_CLASS_P'
       This predicate holds if the class is local class _i.e._ declared
       inside a function body.
  
! 'TYPE_POLYMORPHIC_P'
       This predicate holds if the class has at least one virtual function
       (declared or inherited).
  
! 'TYPE_HAS_DEFAULT_CONSTRUCTOR'
       This predicate holds whenever its argument represents a class-type
       with default constructor.
  
! 'CLASSTYPE_HAS_MUTABLE'
! 'TYPE_HAS_MUTABLE_P'
       These predicates hold for a class-type having a mutable data
       member.
  
! 'CLASSTYPE_NON_POD_P'
       This predicate holds only for class-types that are not PODs.
  
! 'TYPE_HAS_NEW_OPERATOR'
!      This predicate holds for a class-type that defines 'operator new'.
  
! 'TYPE_HAS_ARRAY_NEW_OPERATOR'
!      This predicate holds for a class-type for which 'operator new[]' is
!      defined.
  
! 'TYPE_OVERLOADS_CALL_EXPR'
       This predicate holds for class-type for which the function call
!      'operator()' is overloaded.
  
! 'TYPE_OVERLOADS_ARRAY_REF'
!      This predicate holds for a class-type that overloads 'operator[]'
  
! 'TYPE_OVERLOADS_ARROW'
!      This predicate holds for a class-type for which 'operator->' is
       overloaded.
  
  
  File: gccint.info,  Node: Functions for C++,  Next: Statements for C++,  Prev: Classes,  Up: C and C++ Trees
  
  10.10.4 Functions for C++
  -------------------------
  
! A function is represented by a 'FUNCTION_DECL' node.  A set of
! overloaded functions is sometimes represented by an 'OVERLOAD' node.
  
!  An 'OVERLOAD' node is not a declaration, so none of the 'DECL_' macros
! should be used on an 'OVERLOAD'.  An 'OVERLOAD' node is similar to a
! 'TREE_LIST'.  Use 'OVL_CURRENT' to get the function associated with an
! 'OVERLOAD' node; use 'OVL_NEXT' to get the next 'OVERLOAD' node in the
! list of overloaded functions.  The macros 'OVL_CURRENT' and 'OVL_NEXT'
! are actually polymorphic; you can use them to work with 'FUNCTION_DECL'
! nodes as well as with overloads.  In the case of a 'FUNCTION_DECL',
! 'OVL_CURRENT' will always return the function itself, and 'OVL_NEXT'
! will always be 'NULL_TREE'.
  
!  To determine the scope of a function, you can use the 'DECL_CONTEXT'
! macro.  This macro will return the class (either a 'RECORD_TYPE' or a
! 'UNION_TYPE') or namespace (a 'NAMESPACE_DECL') of which the function is
! a member.  For a virtual function, this macro returns the class in which
! the function was actually defined, not the base class in which the
! virtual declaration occurred.
  
   If a friend function is defined in a class scope, the
! 'DECL_FRIEND_CONTEXT' macro can be used to determine the class in which
  it was defined.  For example, in
       class C { friend void f() {} };
! the 'DECL_CONTEXT' for 'f' will be the 'global_namespace', but the
! 'DECL_FRIEND_CONTEXT' will be the 'RECORD_TYPE' for 'C'.
  
!  The following macros and functions can be used on a 'FUNCTION_DECL':
! 'DECL_MAIN_P'
       This predicate holds for a function that is the program entry point
!      '::code'.
  
! 'DECL_LOCAL_FUNCTION_P'
       This predicate holds if the function was declared at block scope,
       even though it has a global scope.
  
! 'DECL_ANTICIPATED'
       This predicate holds if the function is a built-in function but its
       prototype is not yet explicitly declared.
  
! 'DECL_EXTERN_C_FUNCTION_P'
!      This predicate holds if the function is declared as an ''extern
       "C"'' function.
  
! 'DECL_LINKONCE_P'
!      This macro holds if multiple copies of this function may be emitted
!      in various translation units.  It is the responsibility of the
!      linker to merge the various copies.  Template instantiations are
!      the most common example of functions for which 'DECL_LINKONCE_P'
!      holds; G++ instantiates needed templates in all translation units
!      which require them, and then relies on the linker to remove
!      duplicate instantiations.
  
       FIXME: This macro is not yet implemented.
  
! 'DECL_FUNCTION_MEMBER_P'
       This macro holds if the function is a member of a class, rather
       than a member of a namespace.
  
! 'DECL_STATIC_FUNCTION_P'
       This predicate holds if the function a static member function.
  
! 'DECL_NONSTATIC_MEMBER_FUNCTION_P'
       This macro holds for a non-static member function.
  
! 'DECL_CONST_MEMFUNC_P'
!      This predicate holds for a 'const'-member function.
  
! 'DECL_VOLATILE_MEMFUNC_P'
!      This predicate holds for a 'volatile'-member function.
  
! 'DECL_CONSTRUCTOR_P'
       This macro holds if the function is a constructor.
  
! 'DECL_NONCONVERTING_P'
       This predicate holds if the constructor is a non-converting
       constructor.
  
! 'DECL_COMPLETE_CONSTRUCTOR_P'
       This predicate holds for a function which is a constructor for an
       object of a complete type.
  
! 'DECL_BASE_CONSTRUCTOR_P'
       This predicate holds for a function which is a constructor for a
       base class sub-object.
  
! 'DECL_COPY_CONSTRUCTOR_P'
       This predicate holds for a function which is a copy-constructor.
  
! 'DECL_DESTRUCTOR_P'
       This macro holds if the function is a destructor.
  
! 'DECL_COMPLETE_DESTRUCTOR_P'
       This predicate holds if the function is the destructor for an
       object a complete type.
  
! 'DECL_OVERLOADED_OPERATOR_P'
       This macro holds if the function is an overloaded operator.
  
! 'DECL_CONV_FN_P'
       This macro holds if the function is a type-conversion operator.
  
! 'DECL_GLOBAL_CTOR_P'
       This predicate holds if the function is a file-scope initialization
       function.
  
! 'DECL_GLOBAL_DTOR_P'
       This predicate holds if the function is a file-scope finalization
       function.
  
! 'DECL_THUNK_P'
       This predicate holds if the function is a thunk.
  
!      These functions represent stub code that adjusts the 'this' pointer
       and then jumps to another function.  When the jumped-to function
       returns, control is transferred directly to the caller, without
!      returning to the thunk.  The first parameter to the thunk is always
!      the 'this' pointer; the thunk should add 'THUNK_DELTA' to this
!      value.  (The 'THUNK_DELTA' is an 'int', not an 'INTEGER_CST'.)
  
!      Then, if 'THUNK_VCALL_OFFSET' (an 'INTEGER_CST') is nonzero the
!      adjusted 'this' pointer must be adjusted again.  The complete
       calculation is given by the following pseudo-code:
  
            this += THUNK_DELTA
--- 10454,10690 ----
  Besides namespaces, the other high-level scoping construct in C++ is the
  class.  (Throughout this manual the term "class" is used to mean the
  types referred to in the ANSI/ISO C++ Standard as classes; these include
! types defined with the `class', `struct', and `union' keywords.)
  
!  A class type is represented by either a `RECORD_TYPE' or a
! `UNION_TYPE'.  A class declared with the `union' tag is represented by
! a `UNION_TYPE', while classes declared with either the `struct' or the
! `class' tag are represented by `RECORD_TYPE's.  You can use the
! `CLASSTYPE_DECLARED_CLASS' macro to discern whether or not a particular
! type is a `class' as opposed to a `struct'.  This macro will be true
! only for classes declared with the `class' tag.
  
!  Almost all non-function members are available on the `TYPE_FIELDS'
  list.  Given one member, the next can be found by following the
! `TREE_CHAIN'.  You should not depend in any way on the order in which
! fields appear on this list.  All nodes on this list will be `DECL'
! nodes.  A `FIELD_DECL' is used to represent a non-static data member, a
! `VAR_DECL' is used to represent a static data member, and a `TYPE_DECL'
! is used to represent a type.  Note that the `CONST_DECL' for an
  enumeration constant will appear on this list, if the enumeration type
! was declared in the class.  (Of course, the `TYPE_DECL' for the
  enumeration type will appear here as well.)  There are no entries for
! base classes on this list.  In particular, there is no `FIELD_DECL' for
  the "base-class portion" of an object.
  
!  The `TYPE_VFIELD' is a compiler-generated field used to point to
! virtual function tables.  It may or may not appear on the `TYPE_FIELDS'
! list.  However, back ends should handle the `TYPE_VFIELD' just like all
! the entries on the `TYPE_FIELDS' list.
  
!  The function members are available on the `TYPE_METHODS' list.  Again,
! subsequent members are found by following the `TREE_CHAIN' field.  If a
  function is overloaded, each of the overloaded functions appears; no
! `OVERLOAD' nodes appear on the `TYPE_METHODS' list.  Implicitly
! declared functions (including default constructors, copy constructors,
! assignment operators, and destructors) will appear on this list as well.
  
   Every class has an associated "binfo", which can be obtained with
! `TYPE_BINFO'.  Binfos are used to represent base-classes.  The binfo
! given by `TYPE_BINFO' is the degenerate case, whereby every class is
  considered to be its own base-class.  The base binfos for a particular
  binfo are held in a vector, whose length is obtained with
! `BINFO_N_BASE_BINFOS'.  The base binfos themselves are obtained with
! `BINFO_BASE_BINFO' and `BINFO_BASE_ITERATE'.  To add a new binfo, use
! `BINFO_BASE_APPEND'.  The vector of base binfos can be obtained with
! `BINFO_BASE_BINFOS', but normally you do not need to use that.  The
! class type associated with a binfo is given by `BINFO_TYPE'.  It is not
! always the case that `BINFO_TYPE (TYPE_BINFO (x))', because of typedefs
! and qualified types.  Neither is it the case that `TYPE_BINFO
! (BINFO_TYPE (y))' is the same binfo as `y'.  The reason is that if `y'
! is a binfo representing a base-class `B' of a derived class `D', then
! `BINFO_TYPE (y)' will be `B', and `TYPE_BINFO (BINFO_TYPE (y))' will be
! `B' as its own base-class, rather than as a base-class of `D'.
  
!  The access to a base type can be found with `BINFO_BASE_ACCESS'.  This
! will produce `access_public_node', `access_private_node' or
! `access_protected_node'.  If bases are always public,
! `BINFO_BASE_ACCESSES' may be `NULL'.
  
!  `BINFO_VIRTUAL_P' is used to specify whether the binfo is inherited
! virtually or not.  The other flags, `BINFO_FLAG_0' to `BINFO_FLAG_6',
  can be used for language specific use.
  
   The following macros can be used on a tree node representing a
  class-type.
  
! `LOCAL_CLASS_P'
       This predicate holds if the class is local class _i.e._ declared
       inside a function body.
  
! `TYPE_POLYMORPHIC_P'
       This predicate holds if the class has at least one virtual function
       (declared or inherited).
  
! `TYPE_HAS_DEFAULT_CONSTRUCTOR'
       This predicate holds whenever its argument represents a class-type
       with default constructor.
  
! `CLASSTYPE_HAS_MUTABLE'
! `TYPE_HAS_MUTABLE_P'
       These predicates hold for a class-type having a mutable data
       member.
  
! `CLASSTYPE_NON_POD_P'
       This predicate holds only for class-types that are not PODs.
  
! `TYPE_HAS_NEW_OPERATOR'
!      This predicate holds for a class-type that defines `operator new'.
  
! `TYPE_HAS_ARRAY_NEW_OPERATOR'
!      This predicate holds for a class-type for which `operator new[]'
!      is defined.
  
! `TYPE_OVERLOADS_CALL_EXPR'
       This predicate holds for class-type for which the function call
!      `operator()' is overloaded.
  
! `TYPE_OVERLOADS_ARRAY_REF'
!      This predicate holds for a class-type that overloads `operator[]'
  
! `TYPE_OVERLOADS_ARROW'
!      This predicate holds for a class-type for which `operator->' is
       overloaded.
  
+ 
  
  File: gccint.info,  Node: Functions for C++,  Next: Statements for C++,  Prev: Classes,  Up: C and C++ Trees
  
  10.10.4 Functions for C++
  -------------------------
  
! A function is represented by a `FUNCTION_DECL' node.  A set of
! overloaded functions is sometimes represented by an `OVERLOAD' node.
  
!  An `OVERLOAD' node is not a declaration, so none of the `DECL_' macros
! should be used on an `OVERLOAD'.  An `OVERLOAD' node is similar to a
! `TREE_LIST'.  Use `OVL_CURRENT' to get the function associated with an
! `OVERLOAD' node; use `OVL_NEXT' to get the next `OVERLOAD' node in the
! list of overloaded functions.  The macros `OVL_CURRENT' and `OVL_NEXT'
! are actually polymorphic; you can use them to work with `FUNCTION_DECL'
! nodes as well as with overloads.  In the case of a `FUNCTION_DECL',
! `OVL_CURRENT' will always return the function itself, and `OVL_NEXT'
! will always be `NULL_TREE'.
  
!  To determine the scope of a function, you can use the `DECL_CONTEXT'
! macro.  This macro will return the class (either a `RECORD_TYPE' or a
! `UNION_TYPE') or namespace (a `NAMESPACE_DECL') of which the function
! is a member.  For a virtual function, this macro returns the class in
! which the function was actually defined, not the base class in which
! the virtual declaration occurred.
  
   If a friend function is defined in a class scope, the
! `DECL_FRIEND_CONTEXT' macro can be used to determine the class in which
  it was defined.  For example, in
       class C { friend void f() {} };
!  the `DECL_CONTEXT' for `f' will be the `global_namespace', but the
! `DECL_FRIEND_CONTEXT' will be the `RECORD_TYPE' for `C'.
  
!  The following macros and functions can be used on a `FUNCTION_DECL':
! `DECL_MAIN_P'
       This predicate holds for a function that is the program entry point
!      `::code'.
  
! `DECL_LOCAL_FUNCTION_P'
       This predicate holds if the function was declared at block scope,
       even though it has a global scope.
  
! `DECL_ANTICIPATED'
       This predicate holds if the function is a built-in function but its
       prototype is not yet explicitly declared.
  
! `DECL_EXTERN_C_FUNCTION_P'
!      This predicate holds if the function is declared as an ``extern
       "C"'' function.
  
! `DECL_LINKONCE_P'
!      This macro holds if multiple copies of this function may be
!      emitted in various translation units.  It is the responsibility of
!      the linker to merge the various copies.  Template instantiations
!      are the most common example of functions for which
!      `DECL_LINKONCE_P' holds; G++ instantiates needed templates in all
!      translation units which require them, and then relies on the
!      linker to remove duplicate instantiations.
  
       FIXME: This macro is not yet implemented.
  
! `DECL_FUNCTION_MEMBER_P'
       This macro holds if the function is a member of a class, rather
       than a member of a namespace.
  
! `DECL_STATIC_FUNCTION_P'
       This predicate holds if the function a static member function.
  
! `DECL_NONSTATIC_MEMBER_FUNCTION_P'
       This macro holds for a non-static member function.
  
! `DECL_CONST_MEMFUNC_P'
!      This predicate holds for a `const'-member function.
  
! `DECL_VOLATILE_MEMFUNC_P'
!      This predicate holds for a `volatile'-member function.
  
! `DECL_CONSTRUCTOR_P'
       This macro holds if the function is a constructor.
  
! `DECL_NONCONVERTING_P'
       This predicate holds if the constructor is a non-converting
       constructor.
  
! `DECL_COMPLETE_CONSTRUCTOR_P'
       This predicate holds for a function which is a constructor for an
       object of a complete type.
  
! `DECL_BASE_CONSTRUCTOR_P'
       This predicate holds for a function which is a constructor for a
       base class sub-object.
  
! `DECL_COPY_CONSTRUCTOR_P'
       This predicate holds for a function which is a copy-constructor.
  
! `DECL_DESTRUCTOR_P'
       This macro holds if the function is a destructor.
  
! `DECL_COMPLETE_DESTRUCTOR_P'
       This predicate holds if the function is the destructor for an
       object a complete type.
  
! `DECL_OVERLOADED_OPERATOR_P'
       This macro holds if the function is an overloaded operator.
  
! `DECL_CONV_FN_P'
       This macro holds if the function is a type-conversion operator.
  
! `DECL_GLOBAL_CTOR_P'
       This predicate holds if the function is a file-scope initialization
       function.
  
! `DECL_GLOBAL_DTOR_P'
       This predicate holds if the function is a file-scope finalization
       function.
  
! `DECL_THUNK_P'
       This predicate holds if the function is a thunk.
  
!      These functions represent stub code that adjusts the `this' pointer
       and then jumps to another function.  When the jumped-to function
       returns, control is transferred directly to the caller, without
!      returning to the thunk.  The first parameter to the thunk is
!      always the `this' pointer; the thunk should add `THUNK_DELTA' to
!      this value.  (The `THUNK_DELTA' is an `int', not an `INTEGER_CST'.)
  
!      Then, if `THUNK_VCALL_OFFSET' (an `INTEGER_CST') is nonzero the
!      adjusted `this' pointer must be adjusted again.  The complete
       calculation is given by the following pseudo-code:
  
            this += THUNK_DELTA
*************** the 'DECL_CONTEXT' for 'f' will be the '
*** 10539,10571 ****
              this += (*((ptrdiff_t **) this))[THUNK_VCALL_OFFSET]
  
       Finally, the thunk should jump to the location given by
!      'DECL_INITIAL'; this will always be an expression for the address
       of a function.
  
! 'DECL_NON_THUNK_FUNCTION_P'
       This predicate holds if the function is _not_ a thunk function.
  
! 'GLOBAL_INIT_PRIORITY'
!      If either 'DECL_GLOBAL_CTOR_P' or 'DECL_GLOBAL_DTOR_P' holds, then
       this gives the initialization priority for the function.  The
       linker will arrange that all functions for which
!      'DECL_GLOBAL_CTOR_P' holds are run in increasing order of priority
!      before 'main' is called.  When the program exits, all functions for
!      which 'DECL_GLOBAL_DTOR_P' holds are run in the reverse order.
  
! 'TYPE_RAISES_EXCEPTIONS'
       This macro returns the list of exceptions that a (member-)function
!      can raise.  The returned list, if non 'NULL', is comprised of nodes
!      whose 'TREE_VALUE' represents a type.
  
! 'TYPE_NOTHROW_P'
       This predicate holds when the exception-specification of its
!      arguments is of the form ''()''.
  
! 'DECL_ARRAY_DELETE_OPERATOR_P'
!      This predicate holds if the function an overloaded 'operator
       delete[]'.
  
  
  File: gccint.info,  Node: Statements for C++,  Next: C++ Expressions,  Prev: Functions for C++,  Up: C and C++ Trees
  
--- 10692,10725 ----
              this += (*((ptrdiff_t **) this))[THUNK_VCALL_OFFSET]
  
       Finally, the thunk should jump to the location given by
!      `DECL_INITIAL'; this will always be an expression for the address
       of a function.
  
! `DECL_NON_THUNK_FUNCTION_P'
       This predicate holds if the function is _not_ a thunk function.
  
! `GLOBAL_INIT_PRIORITY'
!      If either `DECL_GLOBAL_CTOR_P' or `DECL_GLOBAL_DTOR_P' holds, then
       this gives the initialization priority for the function.  The
       linker will arrange that all functions for which
!      `DECL_GLOBAL_CTOR_P' holds are run in increasing order of priority
!      before `main' is called.  When the program exits, all functions for
!      which `DECL_GLOBAL_DTOR_P' holds are run in the reverse order.
  
! `TYPE_RAISES_EXCEPTIONS'
       This macro returns the list of exceptions that a (member-)function
!      can raise.  The returned list, if non `NULL', is comprised of nodes
!      whose `TREE_VALUE' represents a type.
  
! `TYPE_NOTHROW_P'
       This predicate holds when the exception-specification of its
!      arguments is of the form ``()''.
  
! `DECL_ARRAY_DELETE_OPERATOR_P'
!      This predicate holds if the function an overloaded `operator
       delete[]'.
  
+ 
  
  File: gccint.info,  Node: Statements for C++,  Next: C++ Expressions,  Prev: Functions for C++,  Up: C and C++ Trees
  
*************** File: gccint.info,  Node: Statements for
*** 10573,10582 ****
  --------------------------
  
  A function that has a definition in the current translation unit will
! have a non-'NULL' 'DECL_INITIAL'.  However, back ends should not make
! use of the particular value given by 'DECL_INITIAL'.
  
!  The 'DECL_SAVED_TREE' macro will give the complete body of the
  function.
  
  10.10.5.1 Statements
--- 10727,10736 ----
  --------------------------
  
  A function that has a definition in the current translation unit will
! have a non-`NULL' `DECL_INITIAL'.  However, back ends should not make
! use of the particular value given by `DECL_INITIAL'.
  
!  The `DECL_SAVED_TREE' macro will give the complete body of the
  function.
  
  10.10.5.1 Statements
*************** here, together with a list of the variou
*** 10588,10601 ****
  obtain information about them.  There are a few macros that can be used
  with all statements:
  
! 'STMT_IS_FULL_EXPR_P'
       In C++, statements normally constitute "full expressions";
       temporaries created during a statement are destroyed when the
       statement is complete.  However, G++ sometimes represents
       expressions by statements; these statements will not have
!      'STMT_IS_FULL_EXPR_P' set.  Temporaries created during such
       statements should be destroyed when the innermost enclosing
!      statement with 'STMT_IS_FULL_EXPR_P' set is exited.
  
   Here is the list of the various statement nodes, and the macros used to
  access them.  This documentation describes the use of these nodes in
--- 10742,10756 ----
  obtain information about them.  There are a few macros that can be used
  with all statements:
  
! `STMT_IS_FULL_EXPR_P'
       In C++, statements normally constitute "full expressions";
       temporaries created during a statement are destroyed when the
       statement is complete.  However, G++ sometimes represents
       expressions by statements; these statements will not have
!      `STMT_IS_FULL_EXPR_P' set.  Temporaries created during such
       statements should be destroyed when the innermost enclosing
!      statement with `STMT_IS_FULL_EXPR_P' set is exited.
! 
  
   Here is the list of the various statement nodes, and the macros used to
  access them.  This documentation describes the use of these nodes in
*************** non-template functions (including instan
*** 10603,10614 ****
  In template functions, the same nodes are used, but sometimes in
  slightly different ways.
  
!  Many of the statements have substatements.  For example, a 'while' loop
! will have a body, which is itself a statement.  If the substatement is
! 'NULL_TREE', it is considered equivalent to a statement consisting of a
! single ';', i.e., an expression statement in which the expression has
! been omitted.  A substatement may in fact be a list of statements,
! connected via their 'TREE_CHAIN's.  So, you should always process the
  statement tree by looping over substatements, like this:
       void process_stmt (stmt)
            tree stmt;
--- 10758,10769 ----
  In template functions, the same nodes are used, but sometimes in
  slightly different ways.
  
!  Many of the statements have substatements.  For example, a `while'
! loop will have a body, which is itself a statement.  If the substatement
! is `NULL_TREE', it is considered equivalent to a statement consisting
! of a single `;', i.e., an expression statement in which the expression
! has been omitted.  A substatement may in fact be a list of statements,
! connected via their `TREE_CHAIN's.  So, you should always process the
  statement tree by looping over substatements, like this:
       void process_stmt (stmt)
            tree stmt;
*************** statement tree by looping over substatem
*** 10628,10735 ****
             stmt = TREE_CHAIN (stmt);
           }
       }
!  In other words, while the 'then' clause of an 'if' statement in C++ can
! be only one statement (although that one statement may be a compound
! statement), the intermediate representation will sometimes use several
! statements chained together.
! 
! 'BREAK_STMT'
  
!      Used to represent a 'break' statement.  There are no additional
       fields.
  
! 'CILK_SPAWN_STMT'
! 
       Used to represent a spawning function in the Cilk Plus language
       extension.  This tree has one field that holds the name of the
!      spawning function.  '_Cilk_spawn' can be written in C in the
       following way:
  
!           _Cilk_spawn <function_name> (<parameters>);
! 
!      Detailed description for usage and functionality of '_Cilk_spawn'
!      can be found at <https://www.cilkplus.org>.
  
! 'CILK_SYNC_STMT'
  
       This statement is part of the Cilk Plus language extension.  It
       indicates that the current function cannot continue in parallel
       with its spawned children.  There are no additional fields.
!      '_Cilk_sync' can be written in C in the following way:
! 
!           _Cilk_sync;
  
! 'CLEANUP_STMT'
  
       Used to represent an action that should take place upon exit from
       the enclosing scope.  Typically, these actions are calls to
       destructors for local objects, but back ends cannot rely on this
       fact.  If these nodes are in fact representing such destructors,
!      'CLEANUP_DECL' will be the 'VAR_DECL' destroyed.  Otherwise,
!      'CLEANUP_DECL' will be 'NULL_TREE'.  In any case, the
!      'CLEANUP_EXPR' is the expression to execute.  The cleanups executed
!      on exit from a scope should be run in the reverse order of the
!      order in which the associated 'CLEANUP_STMT's were encountered.
! 
! 'CONTINUE_STMT'
  
!      Used to represent a 'continue' statement.  There are no additional
       fields.
  
! 'CTOR_STMT'
! 
!      Used to mark the beginning (if 'CTOR_BEGIN_P' holds) or end (if
!      'CTOR_END_P' holds of the main body of a constructor.  See also
!      'SUBOBJECT' for more information on how to use these nodes.
! 
! 'DO_STMT'
  
!      Used to represent a 'do' loop.  The body of the loop is given by
!      'DO_BODY' while the termination condition for the loop is given by
!      'DO_COND'.  The condition for a 'do'-statement is always an
       expression.
  
! 'EMPTY_CLASS_EXPR'
! 
       Used to represent a temporary object of a class with no data whose
       address is never taken.  (All such objects are interchangeable.)
!      The 'TREE_TYPE' represents the type of the object.
! 
! 'EXPR_STMT'
  
!      Used to represent an expression statement.  Use 'EXPR_STMT_EXPR' to
       obtain the expression.
  
! 'FOR_STMT'
! 
!      Used to represent a 'for' statement.  The 'FOR_INIT_STMT' is the
!      initialization statement for the loop.  The 'FOR_COND' is the
!      termination condition.  The 'FOR_EXPR' is the expression executed
!      right before the 'FOR_COND' on each loop iteration; often, this
       expression increments a counter.  The body of the loop is given by
!      'FOR_BODY'.  Note that 'FOR_INIT_STMT' and 'FOR_BODY' return
!      statements, while 'FOR_COND' and 'FOR_EXPR' return expressions.
! 
! 'HANDLER'
  
!      Used to represent a C++ 'catch' block.  The 'HANDLER_TYPE' is the
       type of exception that will be caught by this handler; it is equal
!      (by pointer equality) to 'NULL' if this handler is for all types.
!      'HANDLER_PARMS' is the 'DECL_STMT' for the catch parameter, and
!      'HANDLER_BODY' is the code for the block itself.
! 
! 'IF_STMT'
  
!      Used to represent an 'if' statement.  The 'IF_COND' is the
       expression.
  
!      If the condition is a 'TREE_LIST', then the 'TREE_PURPOSE' is a
!      statement (usually a 'DECL_STMT').  Each time the condition is
       evaluated, the statement should be executed.  Then, the
!      'TREE_VALUE' should be used as the conditional expression itself.
       This representation is used to handle C++ code like this:
  
!      C++ distinguishes between this and 'COND_EXPR' for handling
       templates.
  
            if (int i = 7) ...
--- 10783,10879 ----
             stmt = TREE_CHAIN (stmt);
           }
       }
!  In other words, while the `then' clause of an `if' statement in C++
! can be only one statement (although that one statement may be a
! compound statement), the intermediate representation will sometimes use
! several statements chained together.
  
! `BREAK_STMT'
!      Used to represent a `break' statement.  There are no additional
       fields.
  
! `CILK_SPAWN_STMT'
       Used to represent a spawning function in the Cilk Plus language
       extension.  This tree has one field that holds the name of the
!      spawning function.  `_Cilk_spawn' can be written in C in the
       following way:
  
!           `_Cilk_spawn' <function_name> (<parameters>);
  
!      Detailed description for usage and functionality of `_Cilk_spawn'
!      can be found at `https://www.cilkplus.org'.
  
+ `CILK_SYNC_STMT'
       This statement is part of the Cilk Plus language extension.  It
       indicates that the current function cannot continue in parallel
       with its spawned children.  There are no additional fields.
!      `_Cilk_sync' can be written in C in the following way:
  
!           `_Cilk_sync';
  
+ `CLEANUP_STMT'
       Used to represent an action that should take place upon exit from
       the enclosing scope.  Typically, these actions are calls to
       destructors for local objects, but back ends cannot rely on this
       fact.  If these nodes are in fact representing such destructors,
!      `CLEANUP_DECL' will be the `VAR_DECL' destroyed.  Otherwise,
!      `CLEANUP_DECL' will be `NULL_TREE'.  In any case, the
!      `CLEANUP_EXPR' is the expression to execute.  The cleanups
!      executed on exit from a scope should be run in the reverse order
!      of the order in which the associated `CLEANUP_STMT's were
!      encountered.
  
! `CONTINUE_STMT'
!      Used to represent a `continue' statement.  There are no additional
       fields.
  
! `CTOR_STMT'
!      Used to mark the beginning (if `CTOR_BEGIN_P' holds) or end (if
!      `CTOR_END_P' holds of the main body of a constructor.  See also
!      `SUBOBJECT' for more information on how to use these nodes.
  
! `DO_STMT'
!      Used to represent a `do' loop.  The body of the loop is given by
!      `DO_BODY' while the termination condition for the loop is given by
!      `DO_COND'.  The condition for a `do'-statement is always an
       expression.
  
! `EMPTY_CLASS_EXPR'
       Used to represent a temporary object of a class with no data whose
       address is never taken.  (All such objects are interchangeable.)
!      The `TREE_TYPE' represents the type of the object.
  
! `EXPR_STMT'
!      Used to represent an expression statement.  Use `EXPR_STMT_EXPR' to
       obtain the expression.
  
! `FOR_STMT'
!      Used to represent a `for' statement.  The `FOR_INIT_STMT' is the
!      initialization statement for the loop.  The `FOR_COND' is the
!      termination condition.  The `FOR_EXPR' is the expression executed
!      right before the `FOR_COND' on each loop iteration; often, this
       expression increments a counter.  The body of the loop is given by
!      `FOR_BODY'.  Note that `FOR_INIT_STMT' and `FOR_BODY' return
!      statements, while `FOR_COND' and `FOR_EXPR' return expressions.
  
! `HANDLER'
!      Used to represent a C++ `catch' block.  The `HANDLER_TYPE' is the
       type of exception that will be caught by this handler; it is equal
!      (by pointer equality) to `NULL' if this handler is for all types.
!      `HANDLER_PARMS' is the `DECL_STMT' for the catch parameter, and
!      `HANDLER_BODY' is the code for the block itself.
  
! `IF_STMT'
!      Used to represent an `if' statement.  The `IF_COND' is the
       expression.
  
!      If the condition is a `TREE_LIST', then the `TREE_PURPOSE' is a
!      statement (usually a `DECL_STMT').  Each time the condition is
       evaluated, the statement should be executed.  Then, the
!      `TREE_VALUE' should be used as the conditional expression itself.
       This representation is used to handle C++ code like this:
  
!      C++ distinguishes between this and `COND_EXPR' for handling
       templates.
  
            if (int i = 7) ...
*************** statements chained together.
*** 10737,10794 ****
       where there is a new local variable (or variables) declared within
       the condition.
  
!      The 'THEN_CLAUSE' represents the statement given by the 'then'
!      condition, while the 'ELSE_CLAUSE' represents the statement given
!      by the 'else' condition.
! 
! 'SUBOBJECT'
  
       In a constructor, these nodes are used to mark the point at which a
!      subobject of 'this' is fully constructed.  If, after this point, an
!      exception is thrown before a 'CTOR_STMT' with 'CTOR_END_P' set is
!      encountered, the 'SUBOBJECT_CLEANUP' must be executed.  The
       cleanups must be executed in the reverse order in which they
       appear.
  
! 'SWITCH_STMT'
! 
!      Used to represent a 'switch' statement.  The 'SWITCH_STMT_COND' is
       the expression on which the switch is occurring.  See the
!      documentation for an 'IF_STMT' for more information on the
!      representation used for the condition.  The 'SWITCH_STMT_BODY' is
!      the body of the switch statement.  The 'SWITCH_STMT_TYPE' is the
       original type of switch expression as given in the source, before
       any compiler conversions.
  
! 'TRY_BLOCK'
!      Used to represent a 'try' block.  The body of the try block is
!      given by 'TRY_STMTS'.  Each of the catch blocks is a 'HANDLER'
!      node.  The first handler is given by 'TRY_HANDLERS'.  Subsequent
!      handlers are obtained by following the 'TREE_CHAIN' link from one
       handler to the next.  The body of the handler is given by
!      'HANDLER_BODY'.
  
!      If 'CLEANUP_P' holds of the 'TRY_BLOCK', then the 'TRY_HANDLERS'
!      will not be a 'HANDLER' node.  Instead, it will be an expression
!      that should be executed if an exception is thrown in the try block.
!      It must rethrow the exception after executing that code.  And, if
!      an exception is thrown while the expression is executing,
!      'terminate' must be called.
  
! 'USING_STMT'
!      Used to represent a 'using' directive.  The namespace is given by
!      'USING_STMT_NAMESPACE', which will be a NAMESPACE_DECL.  This node
       is needed inside template functions, to implement using directives
       during instantiation.
  
! 'WHILE_STMT'
! 
!      Used to represent a 'while' loop.  The 'WHILE_COND' is the
       termination condition for the loop.  See the documentation for an
!      'IF_STMT' for more information on the representation used for the
       condition.
  
!      The 'WHILE_BODY' is the body of the loop.
  
  
  File: gccint.info,  Node: C++ Expressions,  Prev: Statements for C++,  Up: C and C++ Trees
--- 10881,10936 ----
       where there is a new local variable (or variables) declared within
       the condition.
  
!      The `THEN_CLAUSE' represents the statement given by the `then'
!      condition, while the `ELSE_CLAUSE' represents the statement given
!      by the `else' condition.
  
+ `SUBOBJECT'
       In a constructor, these nodes are used to mark the point at which a
!      subobject of `this' is fully constructed.  If, after this point, an
!      exception is thrown before a `CTOR_STMT' with `CTOR_END_P' set is
!      encountered, the `SUBOBJECT_CLEANUP' must be executed.  The
       cleanups must be executed in the reverse order in which they
       appear.
  
! `SWITCH_STMT'
!      Used to represent a `switch' statement.  The `SWITCH_STMT_COND' is
       the expression on which the switch is occurring.  See the
!      documentation for an `IF_STMT' for more information on the
!      representation used for the condition.  The `SWITCH_STMT_BODY' is
!      the body of the switch statement.   The `SWITCH_STMT_TYPE' is the
       original type of switch expression as given in the source, before
       any compiler conversions.
  
! `TRY_BLOCK'
!      Used to represent a `try' block.  The body of the try block is
!      given by `TRY_STMTS'.  Each of the catch blocks is a `HANDLER'
!      node.  The first handler is given by `TRY_HANDLERS'.  Subsequent
!      handlers are obtained by following the `TREE_CHAIN' link from one
       handler to the next.  The body of the handler is given by
!      `HANDLER_BODY'.
  
!      If `CLEANUP_P' holds of the `TRY_BLOCK', then the `TRY_HANDLERS'
!      will not be a `HANDLER' node.  Instead, it will be an expression
!      that should be executed if an exception is thrown in the try
!      block.  It must rethrow the exception after executing that code.
!      And, if an exception is thrown while the expression is executing,
!      `terminate' must be called.
  
! `USING_STMT'
!      Used to represent a `using' directive.  The namespace is given by
!      `USING_STMT_NAMESPACE', which will be a NAMESPACE_DECL.  This node
       is needed inside template functions, to implement using directives
       during instantiation.
  
! `WHILE_STMT'
!      Used to represent a `while' loop.  The `WHILE_COND' is the
       termination condition for the loop.  See the documentation for an
!      `IF_STMT' for more information on the representation used for the
       condition.
  
!      The `WHILE_BODY' is the body of the loop.
! 
  
  
  File: gccint.info,  Node: C++ Expressions,  Prev: Statements for C++,  Up: C and C++ Trees
*************** File: gccint.info,  Node: C++ Expression
*** 10798,10843 ****
  
  This section describes expressions specific to the C and C++ front ends.
  
! 'TYPEID_EXPR'
! 
!      Used to represent a 'typeid' expression.
! 
! 'NEW_EXPR'
! 'VEC_NEW_EXPR'
! 
!      Used to represent a call to 'new' and 'new[]' respectively.
! 
! 'DELETE_EXPR'
! 'VEC_DELETE_EXPR'
  
!      Used to represent a call to 'delete' and 'delete[]' respectively.
  
! 'MEMBER_REF'
  
       Represents a reference to a member of a class.
  
! 'THROW_EXPR'
! 
!      Represents an instance of 'throw' in the program.  Operand 0, which
!      is the expression to throw, may be 'NULL_TREE'.
  
! 'AGGR_INIT_EXPR'
!      An 'AGGR_INIT_EXPR' represents the initialization as the return
       value of a function call, or as the result of a constructor.  An
!      'AGGR_INIT_EXPR' will only appear as a full-expression, or as the
!      second operand of a 'TARGET_EXPR'.  'AGGR_INIT_EXPR's have a
!      representation similar to that of 'CALL_EXPR's.  You can use the
!      'AGGR_INIT_EXPR_FN' and 'AGGR_INIT_EXPR_ARG' macros to access the
       function to call and the arguments to pass.
  
!      If 'AGGR_INIT_VIA_CTOR_P' holds of the 'AGGR_INIT_EXPR', then the
       initialization is via a constructor call.  The address of the
!      'AGGR_INIT_EXPR_SLOT' operand, which is always a 'VAR_DECL', is
       taken, and this value replaces the first argument in the argument
       list.
  
       In either case, the expression is void.
  
  
  File: gccint.info,  Node: Java Trees,  Prev: C and C++ Trees,  Up: GENERIC
  
--- 10940,10981 ----
  
  This section describes expressions specific to the C and C++ front ends.
  
! `TYPEID_EXPR'
!      Used to represent a `typeid' expression.
  
! `NEW_EXPR'
! `VEC_NEW_EXPR'
!      Used to represent a call to `new' and `new[]' respectively.
  
! `DELETE_EXPR'
! `VEC_DELETE_EXPR'
!      Used to represent a call to `delete' and `delete[]' respectively.
  
+ `MEMBER_REF'
       Represents a reference to a member of a class.
  
! `THROW_EXPR'
!      Represents an instance of `throw' in the program.  Operand 0,
!      which is the expression to throw, may be `NULL_TREE'.
  
! `AGGR_INIT_EXPR'
!      An `AGGR_INIT_EXPR' represents the initialization as the return
       value of a function call, or as the result of a constructor.  An
!      `AGGR_INIT_EXPR' will only appear as a full-expression, or as the
!      second operand of a `TARGET_EXPR'.  `AGGR_INIT_EXPR's have a
!      representation similar to that of `CALL_EXPR's.  You can use the
!      `AGGR_INIT_EXPR_FN' and `AGGR_INIT_EXPR_ARG' macros to access the
       function to call and the arguments to pass.
  
!      If `AGGR_INIT_VIA_CTOR_P' holds of the `AGGR_INIT_EXPR', then the
       initialization is via a constructor call.  The address of the
!      `AGGR_INIT_EXPR_SLOT' operand, which is always a `VAR_DECL', is
       taken, and this value replaces the first argument in the argument
       list.
  
       In either case, the expression is void.
  
+ 
  
  File: gccint.info,  Node: Java Trees,  Prev: C and C++ Trees,  Up: GENERIC
  
*************** File: gccint.info,  Node: GIMPLE,  Next:
*** 10851,10912 ****
  *********
  
  GIMPLE is a three-address representation derived from GENERIC by
! breaking down GENERIC expressions into tuples of no more than 3 operands
! (with some exceptions like function calls).  GIMPLE was heavily
! influenced by the SIMPLE IL used by the McCAT compiler project at McGill
! University, though we have made some different choices.  For one thing,
! SIMPLE doesn't support 'goto'.
  
   Temporaries are introduced to hold intermediate values needed to
! compute complex expressions.  Additionally, all the control structures
  used in GENERIC are lowered into conditional jumps, lexical scopes are
  removed and exception regions are converted into an on the side
  exception region tree.
  
   The compiler pass which converts GENERIC into GIMPLE is referred to as
! the 'gimplifier'.  The gimplifier works recursively, generating GIMPLE
  tuples out of the original GENERIC expressions.
  
   One of the early implementation strategies used for the GIMPLE
  representation was to use the same internal data structures used by
! front ends to represent parse trees.  This simplified implementation
  because we could leverage existing functionality and interfaces.
  However, GIMPLE is a much more restrictive representation than abstract
  syntax trees (AST), therefore it does not require the full structural
  complexity provided by the main tree data structure.
  
   The GENERIC representation of a function is stored in the
! 'DECL_SAVED_TREE' field of the associated 'FUNCTION_DECL' tree node.  It
! is converted to GIMPLE by a call to 'gimplify_function_tree'.
  
   If a front end wants to include language-specific tree codes in the
  tree representation which it provides to the back end, it must provide a
! definition of 'LANG_HOOKS_GIMPLIFY_EXPR' which knows how to convert the
! front end trees to GIMPLE.  Usually such a hook will involve much of the
! same code for expanding front end trees to RTL.  This function can
  return fully lowered GIMPLE, or it can return GENERIC trees and let the
  main gimplifier lower them the rest of the way; this is often simpler.
  GIMPLE that is not fully lowered is known as "High GIMPLE" and consists
! of the IL before the pass 'pass_lower_cf'.  High GIMPLE contains some
! container statements like lexical scopes (represented by 'GIMPLE_BIND')
! and nested expressions (e.g., 'GIMPLE_TRY'), while "Low GIMPLE" exposes
! all of the implicit jumps for control and exception expressions directly
! in the IL and EH region trees.
  
   The C and C++ front ends currently convert directly from front end
  trees to GIMPLE, and hand that off to the back end rather than first
  converting to GENERIC.  Their gimplifier hooks know about all the
! '_STMT' nodes and how to convert them to GENERIC forms.  There was some
  work done on a genericization pass which would run first, but the
! existence of 'STMT_EXPR' meant that in order to convert all of the C
  statements into GENERIC equivalents would involve walking the entire
  tree anyway, so it was simpler to lower all the way.  This might change
  in the future if someone writes an optimization pass which would work
  better with higher-level trees, but currently the optimizers all expect
  GIMPLE.
  
!  You can request to dump a C-like representation of the GIMPLE form with
! the flag '-fdump-tree-gimple'.
  
  * Menu:
  
--- 10989,11050 ----
  *********
  
  GIMPLE is a three-address representation derived from GENERIC by
! breaking down GENERIC expressions into tuples of no more than 3
! operands (with some exceptions like function calls).  GIMPLE was
! heavily influenced by the SIMPLE IL used by the McCAT compiler project
! at McGill University, though we have made some different choices.  For
! one thing, SIMPLE doesn't support `goto'.
  
   Temporaries are introduced to hold intermediate values needed to
! compute complex expressions. Additionally, all the control structures
  used in GENERIC are lowered into conditional jumps, lexical scopes are
  removed and exception regions are converted into an on the side
  exception region tree.
  
   The compiler pass which converts GENERIC into GIMPLE is referred to as
! the `gimplifier'.  The gimplifier works recursively, generating GIMPLE
  tuples out of the original GENERIC expressions.
  
   One of the early implementation strategies used for the GIMPLE
  representation was to use the same internal data structures used by
! front ends to represent parse trees. This simplified implementation
  because we could leverage existing functionality and interfaces.
  However, GIMPLE is a much more restrictive representation than abstract
  syntax trees (AST), therefore it does not require the full structural
  complexity provided by the main tree data structure.
  
   The GENERIC representation of a function is stored in the
! `DECL_SAVED_TREE' field of the associated `FUNCTION_DECL' tree node.
! It is converted to GIMPLE by a call to `gimplify_function_tree'.
  
   If a front end wants to include language-specific tree codes in the
  tree representation which it provides to the back end, it must provide a
! definition of `LANG_HOOKS_GIMPLIFY_EXPR' which knows how to convert the
! front end trees to GIMPLE.  Usually such a hook will involve much of
! the same code for expanding front end trees to RTL.  This function can
  return fully lowered GIMPLE, or it can return GENERIC trees and let the
  main gimplifier lower them the rest of the way; this is often simpler.
  GIMPLE that is not fully lowered is known as "High GIMPLE" and consists
! of the IL before the pass `pass_lower_cf'.  High GIMPLE contains some
! container statements like lexical scopes (represented by `GIMPLE_BIND')
! and nested expressions (e.g., `GIMPLE_TRY'), while "Low GIMPLE" exposes
! all of the implicit jumps for control and exception expressions
! directly in the IL and EH region trees.
  
   The C and C++ front ends currently convert directly from front end
  trees to GIMPLE, and hand that off to the back end rather than first
  converting to GENERIC.  Their gimplifier hooks know about all the
! `_STMT' nodes and how to convert them to GENERIC forms.  There was some
  work done on a genericization pass which would run first, but the
! existence of `STMT_EXPR' meant that in order to convert all of the C
  statements into GENERIC equivalents would involve walking the entire
  tree anyway, so it was simpler to lower all the way.  This might change
  in the future if someone writes an optimization pass which would work
  better with higher-level trees, but currently the optimizers all expect
  GIMPLE.
  
!  You can request to dump a C-like representation of the GIMPLE form
! with the flag `-fdump-tree-gimple'.
  
  * Menu:
  
*************** File: gccint.info,  Node: Tuple represen
*** 10929,11097 ****
  11.1 Tuple representation
  =========================
  
! GIMPLE instructions are tuples of variable size divided in two groups: a
! header describing the instruction and its locations, and a variable
! length body with all the operands.  Tuples are organized into a
  hierarchy with 3 main classes of tuples.
  
! 11.1.1 'gimple' (gsbase)
  ------------------------
  
  This is the root of the hierarchy, it holds basic information needed by
! most GIMPLE statements.  There are some fields that may not be relevant
  to every GIMPLE statement, but those were moved into the base structure
  to take advantage of holes left by other fields (thus making the
  structure more compact).  The structure takes 4 words (32 bytes) on 64
  bit hosts:
  
  Field                   Size (bits)
! 'code'                  8
! 'subcode'               16
! 'no_warning'            1
! 'visited'               1
! 'nontemporal_move'      1
! 'plf'                   2
! 'modified'              1
! 'has_volatile_ops'      1
! 'references_memory_p'   1
! 'uid'                   32
! 'location'              32
! 'num_ops'               32
! 'bb'                    64
! 'block'                 63
  Total size              32 bytes
  
!    * 'code' Main identifier for a GIMPLE instruction.
  
!    * 'subcode' Used to distinguish different variants of the same basic
!      instruction or provide flags applicable to a given code.  The
!      'subcode' flags field has different uses depending on the code of
       the instruction, but mostly it distinguishes instructions of the
!      same family.  The most prominent use of this field is in
       assignments, where subcode indicates the operation done on the RHS
!      of the assignment.  For example, a = b + c is encoded as
!      'GIMPLE_ASSIGN <PLUS_EXPR, a, b, c>'.
  
!    * 'no_warning' Bitflag to indicate whether a warning has already been
!      issued on this statement.
  
!    * 'visited' General purpose "visited" marker.  Set and cleared by
       each pass when needed.
  
!    * 'nontemporal_move' Bitflag used in assignments that represent
       non-temporal moves.  Although this bitflag is only used in
       assignments, it was moved into the base to take advantage of the
       bit holes left by the previous fields.
  
!    * 'plf' Pass Local Flags.  This 2-bit mask can be used as general
!      purpose markers by any pass.  Passes are responsible for clearing
       and setting these two flags accordingly.
  
!    * 'modified' Bitflag to indicate whether the statement has been
       modified.  Used mainly by the operand scanner to determine when to
       re-scan a statement for operands.
  
!    * 'has_volatile_ops' Bitflag to indicate whether this statement
       contains operands that have been marked volatile.
  
!    * 'references_memory_p' Bitflag to indicate whether this statement
       contains memory references (i.e., its operands are either global
       variables, or pointer dereferences or anything that must reside in
       memory).
  
!    * 'uid' This is an unsigned integer used by passes that want to
!      assign IDs to every statement.  These IDs must be assigned and used
       by each pass.
  
!    * 'location' This is a 'location_t' identifier to specify source code
!      location for this statement.  It is inherited from the front end.
  
!    * 'num_ops' Number of operands that this statement has.  This
       specifies the size of the operand vector embedded in the tuple.
       Only used in some tuples, but it is declared in the base tuple to
       take advantage of the 32-bit hole left by the previous fields.
  
!    * 'bb' Basic block holding the instruction.
  
!    * 'block' Lexical block holding this statement.  Also used for debug
       information generation.
  
! 11.1.2 'gimple_statement_with_ops'
  ----------------------------------
  
! This tuple is actually split in two: 'gimple_statement_with_ops_base'
! and 'gimple_statement_with_ops'.  This is needed to accommodate the way
! the operand vector is allocated.  The operand vector is defined to be an
! array of 1 element.  So, to allocate a dynamic number of operands, the
! memory allocator ('gimple_alloc') simply allocates enough memory to hold
! the structure itself plus 'N - 1' operands which run "off the end" of
! the structure.  For example, to allocate space for a tuple with 3
! operands, 'gimple_alloc' reserves 'sizeof (struct
  gimple_statement_with_ops) + 2 * sizeof (tree)' bytes.
  
   On the other hand, several fields in this tuple need to be shared with
! the 'gimple_statement_with_memory_ops' tuple.  So, these common fields
! are placed in 'gimple_statement_with_ops_base' which is then inherited
  from the other two tuples.
  
! 'gsbase'    256
! 'def_ops'   64
! 'use_ops'   64
! 'op'        'num_ops' * 64
! Total       48 + 8 * 'num_ops' bytes
! size
  
!    * 'gsbase' Inherited from 'struct gimple'.
  
!    * 'def_ops' Array of pointers into the operand array indicating all
       the slots that contain a variable written-to by the statement.
!      This array is also used for immediate use chaining.  Note that it
       would be possible to not rely on this array, but the changes
       required to implement this are pretty invasive.
  
!    * 'use_ops' Similar to 'def_ops' but for variables read by the
       statement.
  
!    * 'op' Array of trees with 'num_ops' slots.
  
! 11.1.3 'gimple_statement_with_memory_ops'
  -----------------------------------------
  
! This tuple is essentially identical to 'gimple_statement_with_ops',
  except that it contains 4 additional fields to hold vectors related
! memory stores and loads.  Similar to the previous case, the structure is
! split in two to accommodate for the operand vector
! ('gimple_statement_with_memory_ops_base' and
! 'gimple_statement_with_memory_ops').
  
  Field        Size (bits)
! 'gsbase'     256
! 'def_ops'    64
! 'use_ops'    64
! 'vdef_ops'   64
! 'vuse_ops'   64
! 'stores'     64
! 'loads'      64
! 'op'         'num_ops' * 64
! Total size   80 + 8 * 'num_ops' bytes
  
!    * 'vdef_ops' Similar to 'def_ops' but for 'VDEF' operators.  There is
!      one entry per memory symbol written by this statement.  This is
       used to maintain the memory SSA use-def and def-def chains.
  
!    * 'vuse_ops' Similar to 'use_ops' but for 'VUSE' operators.  There is
!      one entry per memory symbol loaded by this statement.  This is used
       to maintain the memory SSA use-def chains.
  
!    * 'stores' Bitset with all the UIDs for the symbols written-to by the
!      statement.  This is different than 'vdef_ops' in that all the
!      affected symbols are mentioned in this set.  If memory partitioning
!      is enabled, the 'vdef_ops' vector will refer to memory partitions.
!      Furthermore, no SSA information is stored in this set.
  
!    * 'loads' Similar to 'stores', but for memory loads.  (Note that
!      there is some amount of redundancy here, it should be possible to
!      reduce memory utilization further by removing these sets).
  
   All the other tuples are defined in terms of these three basic ones.
  Each tuple will add some fields.
--- 11067,11234 ----
  11.1 Tuple representation
  =========================
  
! GIMPLE instructions are tuples of variable size divided in two groups:
! a header describing the instruction and its locations, and a variable
! length body with all the operands. Tuples are organized into a
  hierarchy with 3 main classes of tuples.
  
! 11.1.1 `gimple' (gsbase)
  ------------------------
  
  This is the root of the hierarchy, it holds basic information needed by
! most GIMPLE statements. There are some fields that may not be relevant
  to every GIMPLE statement, but those were moved into the base structure
  to take advantage of holes left by other fields (thus making the
  structure more compact).  The structure takes 4 words (32 bytes) on 64
  bit hosts:
  
  Field                   Size (bits)
! `code'                  8
! `subcode'               16
! `no_warning'            1
! `visited'               1
! `nontemporal_move'      1
! `plf'                   2
! `modified'              1
! `has_volatile_ops'      1
! `references_memory_p'   1
! `uid'                   32
! `location'              32
! `num_ops'               32
! `bb'                    64
! `block'                 63
  Total size              32 bytes
  
!    * `code' Main identifier for a GIMPLE instruction.
  
!    * `subcode' Used to distinguish different variants of the same basic
!      instruction or provide flags applicable to a given code. The
!      `subcode' flags field has different uses depending on the code of
       the instruction, but mostly it distinguishes instructions of the
!      same family. The most prominent use of this field is in
       assignments, where subcode indicates the operation done on the RHS
!      of the assignment. For example, a = b + c is encoded as
!      `GIMPLE_ASSIGN <PLUS_EXPR, a, b, c>'.
  
!    * `no_warning' Bitflag to indicate whether a warning has already
!      been issued on this statement.
  
!    * `visited' General purpose "visited" marker. Set and cleared by
       each pass when needed.
  
!    * `nontemporal_move' Bitflag used in assignments that represent
       non-temporal moves.  Although this bitflag is only used in
       assignments, it was moved into the base to take advantage of the
       bit holes left by the previous fields.
  
!    * `plf' Pass Local Flags. This 2-bit mask can be used as general
!      purpose markers by any pass. Passes are responsible for clearing
       and setting these two flags accordingly.
  
!    * `modified' Bitflag to indicate whether the statement has been
       modified.  Used mainly by the operand scanner to determine when to
       re-scan a statement for operands.
  
!    * `has_volatile_ops' Bitflag to indicate whether this statement
       contains operands that have been marked volatile.
  
!    * `references_memory_p' Bitflag to indicate whether this statement
       contains memory references (i.e., its operands are either global
       variables, or pointer dereferences or anything that must reside in
       memory).
  
!    * `uid' This is an unsigned integer used by passes that want to
!      assign IDs to every statement. These IDs must be assigned and used
       by each pass.
  
!    * `location' This is a `location_t' identifier to specify source code
!      location for this statement. It is inherited from the front end.
  
!    * `num_ops' Number of operands that this statement has. This
       specifies the size of the operand vector embedded in the tuple.
       Only used in some tuples, but it is declared in the base tuple to
       take advantage of the 32-bit hole left by the previous fields.
  
!    * `bb' Basic block holding the instruction.
  
!    * `block' Lexical block holding this statement.  Also used for debug
       information generation.
  
! 11.1.2 `gimple_statement_with_ops'
  ----------------------------------
  
! This tuple is actually split in two: `gimple_statement_with_ops_base'
! and `gimple_statement_with_ops'. This is needed to accommodate the way
! the operand vector is allocated. The operand vector is defined to be an
! array of 1 element. So, to allocate a dynamic number of operands, the
! memory allocator (`gimple_alloc') simply allocates enough memory to
! hold the structure itself plus `N - 1' operands which run "off the end"
! of the structure. For example, to allocate space for a tuple with 3
! operands, `gimple_alloc' reserves `sizeof (struct
  gimple_statement_with_ops) + 2 * sizeof (tree)' bytes.
  
   On the other hand, several fields in this tuple need to be shared with
! the `gimple_statement_with_memory_ops' tuple. So, these common fields
! are placed in `gimple_statement_with_ops_base' which is then inherited
  from the other two tuples.
  
! `gsbase'    256
! `def_ops'   64
! `use_ops'   64
! `op'        `num_ops' * 64
! Total size  48 + 8 * `num_ops' bytes
  
!    * `gsbase' Inherited from `struct gimple'.
  
!    * `def_ops' Array of pointers into the operand array indicating all
       the slots that contain a variable written-to by the statement.
!      This array is also used for immediate use chaining. Note that it
       would be possible to not rely on this array, but the changes
       required to implement this are pretty invasive.
  
!    * `use_ops' Similar to `def_ops' but for variables read by the
       statement.
  
!    * `op' Array of trees with `num_ops' slots.
  
! 11.1.3 `gimple_statement_with_memory_ops'
  -----------------------------------------
  
! This tuple is essentially identical to `gimple_statement_with_ops',
  except that it contains 4 additional fields to hold vectors related
! memory stores and loads.  Similar to the previous case, the structure
! is split in two to accommodate for the operand vector
! (`gimple_statement_with_memory_ops_base' and
! `gimple_statement_with_memory_ops').
  
  Field        Size (bits)
! `gsbase'     256
! `def_ops'    64
! `use_ops'    64
! `vdef_ops'   64
! `vuse_ops'   64
! `stores'     64
! `loads'      64
! `op'         `num_ops' * 64
! Total size   80 + 8 * `num_ops' bytes
  
!    * `vdef_ops' Similar to `def_ops' but for `VDEF' operators. There is
!      one entry per memory symbol written by this statement. This is
       used to maintain the memory SSA use-def and def-def chains.
  
!    * `vuse_ops' Similar to `use_ops' but for `VUSE' operators. There is
!      one entry per memory symbol loaded by this statement. This is used
       to maintain the memory SSA use-def chains.
  
!    * `stores' Bitset with all the UIDs for the symbols written-to by the
!      statement.  This is different than `vdef_ops' in that all the
!      affected symbols are mentioned in this set.  If memory
!      partitioning is enabled, the `vdef_ops' vector will refer to memory
!      partitions. Furthermore, no SSA information is stored in this set.
  
!    * `loads' Similar to `stores', but for memory loads. (Note that there
!      is some amount of redundancy here, it should be possible to reduce
!      memory utilization further by removing these sets).
  
   All the other tuples are defined in terms of these three basic ones.
  Each tuple will add some fields.
*************** File: gccint.info,  Node: Class hierarch
*** 11103,11110 ****
  =========================================
  
  The following diagram shows the C++ inheritance hierarchy of statement
! kinds, along with their relationships to 'GSS_' values (layouts) and
! 'GIMPLE_' values (codes):
  
          gimple
            |    layout: GSS_BASE
--- 11240,11247 ----
  =========================================
  
  The following diagram shows the C++ inheritance hierarchy of statement
! kinds, along with their relationships to `GSS_' values (layouts) and
! `GIMPLE_' values (codes):
  
          gimple
            |    layout: GSS_BASE
*************** File: gccint.info,  Node: GIMPLE instruc
*** 11248,11282 ****
  The following table briefly describes the GIMPLE instruction set.
  
  Instruction                    High GIMPLE   Low GIMPLE
! 'GIMPLE_ASM'                   x             x
! 'GIMPLE_ASSIGN'                x             x
! 'GIMPLE_BIND'                  x
! 'GIMPLE_CALL'                  x             x
! 'GIMPLE_CATCH'                 x
! 'GIMPLE_COND'                  x             x
! 'GIMPLE_DEBUG'                 x             x
! 'GIMPLE_EH_FILTER'             x
! 'GIMPLE_GOTO'                  x             x
! 'GIMPLE_LABEL'                 x             x
! 'GIMPLE_NOP'                   x             x
! 'GIMPLE_OMP_ATOMIC_LOAD'       x             x
! 'GIMPLE_OMP_ATOMIC_STORE'      x             x
! 'GIMPLE_OMP_CONTINUE'          x             x
! 'GIMPLE_OMP_CRITICAL'          x             x
! 'GIMPLE_OMP_FOR'               x             x
! 'GIMPLE_OMP_MASTER'            x             x
! 'GIMPLE_OMP_ORDERED'           x             x
! 'GIMPLE_OMP_PARALLEL'          x             x
! 'GIMPLE_OMP_RETURN'            x             x
! 'GIMPLE_OMP_SECTION'           x             x
! 'GIMPLE_OMP_SECTIONS'          x             x
! 'GIMPLE_OMP_SECTIONS_SWITCH'   x             x
! 'GIMPLE_OMP_SINGLE'            x             x
! 'GIMPLE_PHI'                                 x
! 'GIMPLE_RESX'                                x
! 'GIMPLE_RETURN'                x             x
! 'GIMPLE_SWITCH'                x             x
! 'GIMPLE_TRY'                   x
  
  
  File: gccint.info,  Node: GIMPLE Exception Handling,  Next: Temporaries,  Prev: GIMPLE instruction set,  Up: GIMPLE
--- 11385,11419 ----
  The following table briefly describes the GIMPLE instruction set.
  
  Instruction                    High GIMPLE   Low GIMPLE
! `GIMPLE_ASM'                   x             x
! `GIMPLE_ASSIGN'                x             x
! `GIMPLE_BIND'                  x             
! `GIMPLE_CALL'                  x             x
! `GIMPLE_CATCH'                 x             
! `GIMPLE_COND'                  x             x
! `GIMPLE_DEBUG'                 x             x
! `GIMPLE_EH_FILTER'             x             
! `GIMPLE_GOTO'                  x             x
! `GIMPLE_LABEL'                 x             x
! `GIMPLE_NOP'                   x             x
! `GIMPLE_OMP_ATOMIC_LOAD'       x             x
! `GIMPLE_OMP_ATOMIC_STORE'      x             x
! `GIMPLE_OMP_CONTINUE'          x             x
! `GIMPLE_OMP_CRITICAL'          x             x
! `GIMPLE_OMP_FOR'               x             x
! `GIMPLE_OMP_MASTER'            x             x
! `GIMPLE_OMP_ORDERED'           x             x
! `GIMPLE_OMP_PARALLEL'          x             x
! `GIMPLE_OMP_RETURN'            x             x
! `GIMPLE_OMP_SECTION'           x             x
! `GIMPLE_OMP_SECTIONS'          x             x
! `GIMPLE_OMP_SECTIONS_SWITCH'   x             x
! `GIMPLE_OMP_SINGLE'            x             x
! `GIMPLE_PHI'                                 x
! `GIMPLE_RESX'                                x
! `GIMPLE_RETURN'                x             x
! `GIMPLE_SWITCH'                x             x
! `GIMPLE_TRY'                   x             
  
  
  File: gccint.info,  Node: GIMPLE Exception Handling,  Next: Temporaries,  Prev: GIMPLE instruction set,  Up: GIMPLE
*************** File: gccint.info,  Node: GIMPLE Excepti
*** 11285,11322 ****
  =======================
  
  Other exception handling constructs are represented using
! 'GIMPLE_TRY_CATCH'.  'GIMPLE_TRY_CATCH' has two operands.  The first
  operand is a sequence of statements to execute.  If executing these
  statements does not throw an exception, then the second operand is
  ignored.  Otherwise, if an exception is thrown, then the second operand
! of the 'GIMPLE_TRY_CATCH' is checked.  The second operand may have the
  following forms:
  
    1. A sequence of statements to execute.  When an exception occurs,
       these statements are executed, and then the exception is rethrown.
  
!   2. A sequence of 'GIMPLE_CATCH' statements.  Each 'GIMPLE_CATCH' has a
!      list of applicable exception types and handler code.  If the thrown
!      exception matches one of the caught types, the associated handler
!      code is executed.  If the handler code falls off the bottom,
!      execution continues after the original 'GIMPLE_TRY_CATCH'.
  
!   3. A 'GIMPLE_EH_FILTER' statement.  This has a list of permitted
!      exception types, and code to handle a match failure.  If the thrown
!      exception does not match one of the allowed types, the associated
!      match failure code is executed.  If the thrown exception does
!      match, it continues unwinding the stack looking for the next
       handler.
  
   Currently throwing an exception is not directly represented in GIMPLE,
  since it is implemented by calling a function.  At some point in the
  future we will want to add some way to express that the call will throw
  an exception of a known type.
  
   Just before running the optimizers, the compiler lowers the high-level
! EH constructs above into a set of 'goto's, magic labels, and EH regions.
! Continuing to unwind at the end of a cleanup is represented with a
! 'GIMPLE_RESX'.
  
  
  File: gccint.info,  Node: Temporaries,  Next: Operands,  Prev: GIMPLE Exception Handling,  Up: GIMPLE
--- 11422,11460 ----
  =======================
  
  Other exception handling constructs are represented using
! `GIMPLE_TRY_CATCH'.  `GIMPLE_TRY_CATCH' has two operands.  The first
  operand is a sequence of statements to execute.  If executing these
  statements does not throw an exception, then the second operand is
  ignored.  Otherwise, if an exception is thrown, then the second operand
! of the `GIMPLE_TRY_CATCH' is checked.  The second operand may have the
  following forms:
  
    1. A sequence of statements to execute.  When an exception occurs,
       these statements are executed, and then the exception is rethrown.
  
!   2. A sequence of `GIMPLE_CATCH' statements.  Each `GIMPLE_CATCH' has
!      a list of applicable exception types and handler code.  If the
!      thrown exception matches one of the caught types, the associated
!      handler code is executed.  If the handler code falls off the
!      bottom, execution continues after the original `GIMPLE_TRY_CATCH'.
  
!   3. A `GIMPLE_EH_FILTER' statement.  This has a list of permitted
!      exception types, and code to handle a match failure.  If the
!      thrown exception does not match one of the allowed types, the
!      associated match failure code is executed.  If the thrown exception
!      does match, it continues unwinding the stack looking for the next
       handler.
  
+ 
   Currently throwing an exception is not directly represented in GIMPLE,
  since it is implemented by calling a function.  At some point in the
  future we will want to add some way to express that the call will throw
  an exception of a known type.
  
   Just before running the optimizers, the compiler lowers the high-level
! EH constructs above into a set of `goto's, magic labels, and EH
! regions.  Continuing to unwind at the end of a cleanup is represented
! with a `GIMPLE_RESX'.
  
  
  File: gccint.info,  Node: Temporaries,  Next: Operands,  Prev: GIMPLE Exception Handling,  Up: GIMPLE
*************** File: gccint.info,  Node: Temporaries,
*** 11325,11343 ****
  ================
  
  When gimplification encounters a subexpression that is too complex, it
! creates a new temporary variable to hold the value of the subexpression,
! and adds a new statement to initialize it before the current statement.
! These special temporaries are known as 'expression temporaries', and are
! allocated using 'get_formal_tmp_var'.  The compiler tries to always
! evaluate identical expressions into the same temporary, to simplify
! elimination of redundant calculations.
  
!  We can only use expression temporaries when we know that it will not be
! reevaluated before its value is used, and that it will not be otherwise
! modified(1).  Other temporaries can be allocated using
! 'get_initialized_tmp_var' or 'create_tmp_var'.
  
!  Currently, an expression like 'a = b + 5' is not reduced any further.
  We tried converting it to something like
       T1 = b + 5;
       a = T1;
--- 11463,11481 ----
  ================
  
  When gimplification encounters a subexpression that is too complex, it
! creates a new temporary variable to hold the value of the
! subexpression, and adds a new statement to initialize it before the
! current statement. These special temporaries are known as `expression
! temporaries', and are allocated using `get_formal_tmp_var'.  The
! compiler tries to always evaluate identical expressions into the same
! temporary, to simplify elimination of redundant calculations.
  
!  We can only use expression temporaries when we know that it will not
! be reevaluated before its value is used, and that it will not be
! otherwise modified(1). Other temporaries can be allocated using
! `get_initialized_tmp_var' or `create_tmp_var'.
  
!  Currently, an expression like `a = b + 5' is not reduced any further.
  We tried converting it to something like
       T1 = b + 5;
       a = T1;
*************** value is explicitly loaded into a tempor
*** 11347,11355 ****
  the value of an expression to a memory variable goes through a
  temporary.
  
!    ---------- Footnotes ----------
  
!    (1) These restrictions are derived from those in Morgan 4.8.
  
  
  File: gccint.info,  Node: Operands,  Next: Manipulating GIMPLE statements,  Prev: Temporaries,  Up: GIMPLE
--- 11485,11493 ----
  the value of an expression to a memory variable goes through a
  temporary.
  
!  ---------- Footnotes ----------
  
!  (1) These restrictions are derived from those in Morgan 4.8.
  
  
  File: gccint.info,  Node: Operands,  Next: Manipulating GIMPLE statements,  Prev: Temporaries,  Up: GIMPLE
*************** File: gccint.info,  Node: Operands,  Nex
*** 11359,11375 ****
  
  In general, expressions in GIMPLE consist of an operation and the
  appropriate number of simple operands; these operands must either be a
! GIMPLE rvalue ('is_gimple_val'), i.e. a constant or a register variable.
! More complex operands are factored out into temporaries, so that
       a = b + c + d
   becomes
       T1 = b + c;
       a = T1 + d;
  
!  The same rule holds for arguments to a 'GIMPLE_CALL'.
  
   The target of an assignment is usually a variable, but can also be a
! 'MEM_REF' or a compound lvalue as described below.
  
  * Menu:
  
--- 11497,11514 ----
  
  In general, expressions in GIMPLE consist of an operation and the
  appropriate number of simple operands; these operands must either be a
! GIMPLE rvalue (`is_gimple_val'), i.e. a constant or a register
! variable.  More complex operands are factored out into temporaries, so
! that
       a = b + c + d
   becomes
       T1 = b + c;
       a = T1 + d;
  
!  The same rule holds for arguments to a `GIMPLE_CALL'.
  
   The target of an assignment is usually a variable, but can also be a
! `MEM_REF' or a compound lvalue as described below.
  
  * Menu:
  
*************** File: gccint.info,  Node: Compound Lvalu
*** 11394,11400 ****
  -----------------------
  
  Currently compound lvalues involving array and structure field
! references are not broken down; an expression like 'a.b[2] = 42' is not
  reduced any further (though complex array subscripts are).  This
  restriction is a workaround for limitations in later optimizers; if we
  were to convert this to
--- 11533,11539 ----
  -----------------------
  
  Currently compound lvalues involving array and structure field
! references are not broken down; an expression like `a.b[2] = 42' is not
  reduced any further (though complex array subscripts are).  This
  restriction is a workaround for limitations in later optimizers; if we
  were to convert this to
*************** were to convert this to
*** 11402,11410 ****
       T1 = &a.b;
       T1[2] = 42;
  
!  alias analysis would not remember that the reference to 'T1[2]' came by
! way of 'a.b', so it would think that the assignment could alias another
! member of 'a'; this broke 'struct-alias-1.c'.  Future optimizer
  improvements may make this limitation unnecessary.
  
  
--- 11541,11549 ----
       T1 = &a.b;
       T1[2] = 42;
  
!  alias analysis would not remember that the reference to `T1[2]' came
! by way of `a.b', so it would think that the assignment could alias
! another member of `a'; this broke `struct-alias-1.c'.  Future optimizer
  improvements may make this limitation unnecessary.
  
  
*************** File: gccint.info,  Node: Conditional Ex
*** 11413,11420 ****
  11.6.3 Conditional Expressions
  ------------------------------
  
! A C '?:' expression is converted into an 'if' statement with each branch
! assigning to the same temporary.  So,
  
       a = b ? c : d;
   becomes
--- 11552,11559 ----
  11.6.3 Conditional Expressions
  ------------------------------
  
! A C `?:' expression is converted into an `if' statement with each
! branch assigning to the same temporary.  So,
  
       a = b ? c : d;
   becomes
*************** assigning to the same temporary.  So,
*** 11424,11435 ****
         T1 = d;
       a = T1;
  
!  The GIMPLE level if-conversion pass re-introduces '?:' expression, if
! appropriate.  It is used to vectorize loops with conditions using vector
  conditional operations.
  
!  Note that in GIMPLE, 'if' statements are represented using
! 'GIMPLE_COND', as described below.
  
  
  File: gccint.info,  Node: Logical Operators,  Prev: Conditional Expressions,  Up: Operands
--- 11563,11574 ----
         T1 = d;
       a = T1;
  
!  The GIMPLE level if-conversion pass re-introduces `?:' expression, if
! appropriate. It is used to vectorize loops with conditions using vector
  conditional operations.
  
!  Note that in GIMPLE, `if' statements are represented using
! `GIMPLE_COND', as described below.
  
  
  File: gccint.info,  Node: Logical Operators,  Prev: Conditional Expressions,  Up: Operands
*************** File: gccint.info,  Node: Logical Operat
*** 11437,11489 ****
  11.6.4 Logical Operators
  ------------------------
  
! Except when they appear in the condition operand of a 'GIMPLE_COND',
! logical 'and' and 'or' operators are simplified as follows: 'a = b && c'
! becomes
  
       T1 = (bool)b;
       if (T1 == true)
         T1 = (bool)c;
       a = T1;
  
!  Note that 'T1' in this example cannot be an expression temporary,
  because it has two different assignments.
  
  11.6.5 Manipulating operands
  ----------------------------
  
! All gimple operands are of type 'tree'.  But only certain types of trees
! are allowed to be used as operand tuples.  Basic validation is
! controlled by the function 'get_gimple_rhs_class', which given a tree
! code, returns an 'enum' with the following values of type 'enum
  gimple_rhs_class'
  
!    * 'GIMPLE_INVALID_RHS' The tree cannot be used as a GIMPLE operand.
  
!    * 'GIMPLE_TERNARY_RHS' The tree is a valid GIMPLE ternary operation.
  
!    * 'GIMPLE_BINARY_RHS' The tree is a valid GIMPLE binary operation.
  
!    * 'GIMPLE_UNARY_RHS' The tree is a valid GIMPLE unary operation.
  
!    * 'GIMPLE_SINGLE_RHS' The tree is a single object, that cannot be
!      split into simpler operands (for instance, 'SSA_NAME', 'VAR_DECL',
!      'COMPONENT_REF', etc).
  
!      This operand class also acts as an escape hatch for tree nodes that
!      may be flattened out into the operand vector, but would need more
!      than two slots on the RHS. For instance, a 'COND_EXPR' expression
!      of the form '(a op b) ? x : y' could be flattened out on the
!      operand vector using 4 slots, but it would also require additional
!      processing to distinguish 'c = a op b' from 'c = a op b ? x : y'.
!      Something similar occurs with 'ASSERT_EXPR'.  In time, these
!      special case tree expressions should be flattened into the operand
!      vector.
  
!  For tree nodes in the categories 'GIMPLE_TERNARY_RHS',
! 'GIMPLE_BINARY_RHS' and 'GIMPLE_UNARY_RHS', they cannot be stored inside
! tuples directly.  They first need to be flattened and separated into
! individual components.  For instance, given the GENERIC expression
  
       a = b + c
  
--- 11576,11628 ----
  11.6.4 Logical Operators
  ------------------------
  
! Except when they appear in the condition operand of a `GIMPLE_COND',
! logical `and' and `or' operators are simplified as follows: `a = b &&
! c' becomes
  
       T1 = (bool)b;
       if (T1 == true)
         T1 = (bool)c;
       a = T1;
  
!  Note that `T1' in this example cannot be an expression temporary,
  because it has two different assignments.
  
  11.6.5 Manipulating operands
  ----------------------------
  
! All gimple operands are of type `tree'.  But only certain types of
! trees are allowed to be used as operand tuples.  Basic validation is
! controlled by the function `get_gimple_rhs_class', which given a tree
! code, returns an `enum' with the following values of type `enum
  gimple_rhs_class'
  
!    * `GIMPLE_INVALID_RHS' The tree cannot be used as a GIMPLE operand.
  
!    * `GIMPLE_TERNARY_RHS' The tree is a valid GIMPLE ternary operation.
  
!    * `GIMPLE_BINARY_RHS' The tree is a valid GIMPLE binary operation.
  
!    * `GIMPLE_UNARY_RHS' The tree is a valid GIMPLE unary operation.
  
!    * `GIMPLE_SINGLE_RHS' The tree is a single object, that cannot be
!      split into simpler operands (for instance, `SSA_NAME', `VAR_DECL',
!      `COMPONENT_REF', etc).
  
!      This operand class also acts as an escape hatch for tree nodes
!      that may be flattened out into the operand vector, but would need
!      more than two slots on the RHS.  For instance, a `COND_EXPR'
!      expression of the form `(a op b) ? x : y' could be flattened out
!      on the operand vector using 4 slots, but it would also require
!      additional processing to distinguish `c = a op b' from `c = a op b
!      ? x : y'.  Something similar occurs with `ASSERT_EXPR'.   In time,
!      these special case tree expressions should be flattened into the
!      operand vector.
  
!  For tree nodes in the categories `GIMPLE_TERNARY_RHS',
! `GIMPLE_BINARY_RHS' and `GIMPLE_UNARY_RHS', they cannot be stored
! inside tuples directly.  They first need to be flattened and separated
! into individual components.  For instance, given the GENERIC expression
  
       a = b + c
  
*************** individual components.  For instance, gi
*** 11491,11532 ****
  
       MODIFY_EXPR <VAR_DECL  <a>, PLUS_EXPR <VAR_DECL <b>, VAR_DECL <c>>>
  
!  In this case, the GIMPLE form for this statement is logically identical
! to its GENERIC form but in GIMPLE, the 'PLUS_EXPR' on the RHS of the
! assignment is not represented as a tree, instead the two operands are
! taken out of the 'PLUS_EXPR' sub-tree and flattened into the GIMPLE
! tuple as follows:
  
       GIMPLE_ASSIGN <PLUS_EXPR, VAR_DECL <a>, VAR_DECL <b>, VAR_DECL <c>>
  
  11.6.6 Operand vector allocation
  --------------------------------
  
! The operand vector is stored at the bottom of the three tuple structures
! that accept operands.  This means, that depending on the code of a given
! statement, its operand vector will be at different offsets from the base
! of the structure.  To access tuple operands use the following accessors
  
   -- GIMPLE function: unsigned gimple_num_ops (gimple g)
       Returns the number of operands in statement G.
  
   -- GIMPLE function: tree gimple_op (gimple g, unsigned i)
!      Returns operand 'I' from statement 'G'.
  
   -- GIMPLE function: tree * gimple_ops (gimple g)
!      Returns a pointer into the operand vector for statement 'G'.  This
!      is computed using an internal table called 'gimple_ops_offset_'[].
!      This table is indexed by the gimple code of 'G'.
  
!      When the compiler is built, this table is filled-in using the sizes
!      of the structures used by each statement code defined in
       gimple.def.  Since the operand vector is at the bottom of the
!      structure, for a gimple code 'C' the offset is computed as sizeof
!      (struct-of 'C') - sizeof (tree).
  
       This mechanism adds one memory indirection to every access when
!      using 'gimple_op'(), if this becomes a bottleneck, a pass can
!      choose to memoize the result from 'gimple_ops'() and use that to
       access the operands.
  
  11.6.7 Operand validation
--- 11630,11672 ----
  
       MODIFY_EXPR <VAR_DECL  <a>, PLUS_EXPR <VAR_DECL <b>, VAR_DECL <c>>>
  
!  In this case, the GIMPLE form for this statement is logically
! identical to its GENERIC form but in GIMPLE, the `PLUS_EXPR' on the RHS
! of the assignment is not represented as a tree, instead the two
! operands are taken out of the `PLUS_EXPR' sub-tree and flattened into
! the GIMPLE tuple as follows:
  
       GIMPLE_ASSIGN <PLUS_EXPR, VAR_DECL <a>, VAR_DECL <b>, VAR_DECL <c>>
  
  11.6.6 Operand vector allocation
  --------------------------------
  
! The operand vector is stored at the bottom of the three tuple
! structures that accept operands. This means, that depending on the code
! of a given statement, its operand vector will be at different offsets
! from the base of the structure.  To access tuple operands use the
! following accessors
  
   -- GIMPLE function: unsigned gimple_num_ops (gimple g)
       Returns the number of operands in statement G.
  
   -- GIMPLE function: tree gimple_op (gimple g, unsigned i)
!      Returns operand `I' from statement `G'.
  
   -- GIMPLE function: tree * gimple_ops (gimple g)
!      Returns a pointer into the operand vector for statement `G'.  This
!      is computed using an internal table called `gimple_ops_offset_'[].
!      This table is indexed by the gimple code of `G'.
  
!      When the compiler is built, this table is filled-in using the
!      sizes of the structures used by each statement code defined in
       gimple.def.  Since the operand vector is at the bottom of the
!      structure, for a gimple code `C' the offset is computed as sizeof
!      (struct-of `C') - sizeof (tree).
  
       This mechanism adds one memory indirection to every access when
!      using `gimple_op'(), if this becomes a bottleneck, a pass can
!      choose to memoize the result from `gimple_ops'() and use that to
       access the operands.
  
  11.6.7 Operand validation
*************** of the structure.  To access tuple opera
*** 11534,11600 ****
  
  When adding a new operand to a gimple statement, the operand will be
  validated according to what each tuple accepts in its operand vector.
! These predicates are called by the 'gimple_NAME_set_...()'.  Each tuple
  will use one of the following predicates (Note, this list is not
  exhaustive):
  
   -- GIMPLE function: bool is_gimple_val (tree t)
       Returns true if t is a "GIMPLE value", which are all the
       non-addressable stack variables (variables for which
!      'is_gimple_reg' returns true) and constants (expressions for which
!      'is_gimple_min_invariant' returns true).
  
   -- GIMPLE function: bool is_gimple_addressable (tree t)
!      Returns true if t is a symbol or memory reference whose address can
!      be taken.
  
   -- GIMPLE function: bool is_gimple_asm_val (tree t)
!      Similar to 'is_gimple_val' but it also accepts hard registers.
  
   -- GIMPLE function: bool is_gimple_call_addr (tree t)
       Return true if t is a valid expression to use as the function
!      called by a 'GIMPLE_CALL'.
  
   -- GIMPLE function: bool is_gimple_mem_ref_addr (tree t)
!      Return true if t is a valid expression to use as first operand of a
!      'MEM_REF' expression.
  
   -- GIMPLE function: bool is_gimple_constant (tree t)
       Return true if t is a valid gimple constant.
  
   -- GIMPLE function: bool is_gimple_min_invariant (tree t)
       Return true if t is a valid minimal invariant.  This is different
!      from constants, in that the specific value of t may not be known at
!      compile time, but it is known that it doesn't change (e.g., the
       address of a function local variable).
  
   -- GIMPLE function: bool is_gimple_ip_invariant (tree t)
       Return true if t is an interprocedural invariant.  This means that
!      t is a valid invariant in all functions (e.g.  it can be an address
       of a global variable but not of a local one).
  
   -- GIMPLE function: bool is_gimple_ip_invariant_address (tree t)
!      Return true if t is an 'ADDR_EXPR' that does not change once the
       program is running (and which is valid in all functions).
  
  11.6.8 Statement validation
  ---------------------------
  
   -- GIMPLE function: bool is_gimple_assign (gimple g)
!      Return true if the code of g is 'GIMPLE_ASSIGN'.
  
   -- GIMPLE function: bool is_gimple_call (gimple g)
!      Return true if the code of g is 'GIMPLE_CALL'.
  
   -- GIMPLE function: bool is_gimple_debug (gimple g)
!      Return true if the code of g is 'GIMPLE_DEBUG'.
  
   -- GIMPLE function: bool gimple_assign_cast_p (const_gimple g)
!      Return true if g is a 'GIMPLE_ASSIGN' that performs a type cast
       operation.
  
   -- GIMPLE function: bool gimple_debug_bind_p (gimple g)
!      Return true if g is a 'GIMPLE_DEBUG' that binds the value of an
       expression to a variable.
  
   -- GIMPLE function: bool is_gimple_omp (gimple g)
--- 11674,11740 ----
  
  When adding a new operand to a gimple statement, the operand will be
  validated according to what each tuple accepts in its operand vector.
! These predicates are called by the `gimple_NAME_set_...()'.  Each tuple
  will use one of the following predicates (Note, this list is not
  exhaustive):
  
   -- GIMPLE function: bool is_gimple_val (tree t)
       Returns true if t is a "GIMPLE value", which are all the
       non-addressable stack variables (variables for which
!      `is_gimple_reg' returns true) and constants (expressions for which
!      `is_gimple_min_invariant' returns true).
  
   -- GIMPLE function: bool is_gimple_addressable (tree t)
!      Returns true if t is a symbol or memory reference whose address
!      can be taken.
  
   -- GIMPLE function: bool is_gimple_asm_val (tree t)
!      Similar to `is_gimple_val' but it also accepts hard registers.
  
   -- GIMPLE function: bool is_gimple_call_addr (tree t)
       Return true if t is a valid expression to use as the function
!      called by a `GIMPLE_CALL'.
  
   -- GIMPLE function: bool is_gimple_mem_ref_addr (tree t)
!      Return true if t is a valid expression to use as first operand of
!      a `MEM_REF' expression.
  
   -- GIMPLE function: bool is_gimple_constant (tree t)
       Return true if t is a valid gimple constant.
  
   -- GIMPLE function: bool is_gimple_min_invariant (tree t)
       Return true if t is a valid minimal invariant.  This is different
!      from constants, in that the specific value of t may not be known
!      at compile time, but it is known that it doesn't change (e.g., the
       address of a function local variable).
  
   -- GIMPLE function: bool is_gimple_ip_invariant (tree t)
       Return true if t is an interprocedural invariant.  This means that
!      t is a valid invariant in all functions (e.g. it can be an address
       of a global variable but not of a local one).
  
   -- GIMPLE function: bool is_gimple_ip_invariant_address (tree t)
!      Return true if t is an `ADDR_EXPR' that does not change once the
       program is running (and which is valid in all functions).
  
  11.6.8 Statement validation
  ---------------------------
  
   -- GIMPLE function: bool is_gimple_assign (gimple g)
!      Return true if the code of g is `GIMPLE_ASSIGN'.
  
   -- GIMPLE function: bool is_gimple_call (gimple g)
!      Return true if the code of g is `GIMPLE_CALL'.
  
   -- GIMPLE function: bool is_gimple_debug (gimple g)
!      Return true if the code of g is `GIMPLE_DEBUG'.
  
   -- GIMPLE function: bool gimple_assign_cast_p (const_gimple g)
!      Return true if g is a `GIMPLE_ASSIGN' that performs a type cast
       operation.
  
   -- GIMPLE function: bool gimple_debug_bind_p (gimple g)
!      Return true if g is a `GIMPLE_DEBUG' that binds the value of an
       expression to a variable.
  
   -- GIMPLE function: bool is_gimple_omp (gimple g)
*************** File: gccint.info,  Node: Manipulating G
*** 11606,11613 ****
  11.7 Manipulating GIMPLE statements
  ===================================
  
! This section documents all the functions available to handle each of the
! GIMPLE instructions.
  
  11.7.1 Common accessors
  -----------------------
--- 11746,11753 ----
  11.7 Manipulating GIMPLE statements
  ===================================
  
! This section documents all the functions available to handle each of
! the GIMPLE instructions.
  
  11.7.1 Common accessors
  -----------------------
*************** GIMPLE instructions.
*** 11615,11753 ****
  The following are common accessors for gimple statements.
  
   -- GIMPLE function: enum gimple_code gimple_code (gimple g)
!      Return the code for statement 'G'.
  
   -- GIMPLE function: basic_block gimple_bb (gimple g)
!      Return the basic block to which statement 'G' belongs to.
  
   -- GIMPLE function: tree gimple_block (gimple g)
!      Return the lexical scope block holding statement 'G'.
  
   -- GIMPLE function: tree gimple_expr_type (gimple stmt)
!      Return the type of the main expression computed by 'STMT'.  Return
!      'void_type_node' if 'STMT' computes nothing.  This will only return
!      something meaningful for 'GIMPLE_ASSIGN', 'GIMPLE_COND' and
!      'GIMPLE_CALL'.  For all other tuple codes, it will return
!      'void_type_node'.
  
   -- GIMPLE function: enum tree_code gimple_expr_code (gimple stmt)
!      Return the tree code for the expression computed by 'STMT'.  This
!      is only meaningful for 'GIMPLE_CALL', 'GIMPLE_ASSIGN' and
!      'GIMPLE_COND'.  If 'STMT' is 'GIMPLE_CALL', it will return
!      'CALL_EXPR'.  For 'GIMPLE_COND', it returns the code of the
!      comparison predicate.  For 'GIMPLE_ASSIGN' it returns the code of
!      the operation performed by the 'RHS' of the assignment.
  
   -- GIMPLE function: void gimple_set_block (gimple g, tree block)
!      Set the lexical scope block of 'G' to 'BLOCK'.
  
   -- GIMPLE function: location_t gimple_locus (gimple g)
!      Return locus information for statement 'G'.
  
   -- GIMPLE function: void gimple_set_locus (gimple g, location_t locus)
!      Set locus information for statement 'G'.
  
   -- GIMPLE function: bool gimple_locus_empty_p (gimple g)
!      Return true if 'G' does not have locus information.
  
   -- GIMPLE function: bool gimple_no_warning_p (gimple stmt)
!      Return true if no warnings should be emitted for statement 'STMT'.
  
   -- GIMPLE function: void gimple_set_visited (gimple stmt, bool
            visited_p)
!      Set the visited status on statement 'STMT' to 'VISITED_P'.
  
   -- GIMPLE function: bool gimple_visited_p (gimple stmt)
!      Return the visited status on statement 'STMT'.
  
   -- GIMPLE function: void gimple_set_plf (gimple stmt, enum plf_mask
            plf, bool val_p)
!      Set pass local flag 'PLF' on statement 'STMT' to 'VAL_P'.
  
!  -- GIMPLE function: unsigned int gimple_plf (gimple stmt, enum plf_mask
!           plf)
!      Return the value of pass local flag 'PLF' on statement 'STMT'.
  
   -- GIMPLE function: bool gimple_has_ops (gimple g)
!      Return true if statement 'G' has register or memory operands.
  
   -- GIMPLE function: bool gimple_has_mem_ops (gimple g)
!      Return true if statement 'G' has memory operands.
  
   -- GIMPLE function: unsigned gimple_num_ops (gimple g)
!      Return the number of operands for statement 'G'.
  
   -- GIMPLE function: tree * gimple_ops (gimple g)
!      Return the array of operands for statement 'G'.
  
   -- GIMPLE function: tree gimple_op (gimple g, unsigned i)
!      Return operand 'I' for statement 'G'.
  
   -- GIMPLE function: tree * gimple_op_ptr (gimple g, unsigned i)
!      Return a pointer to operand 'I' for statement 'G'.
  
   -- GIMPLE function: void gimple_set_op (gimple g, unsigned i, tree op)
!      Set operand 'I' of statement 'G' to 'OP'.
  
   -- GIMPLE function: bitmap gimple_addresses_taken (gimple stmt)
       Return the set of symbols that have had their address taken by
!      'STMT'.
  
   -- GIMPLE function: struct def_optype_d * gimple_def_ops (gimple g)
!      Return the set of 'DEF' operands for statement 'G'.
  
   -- GIMPLE function: void gimple_set_def_ops (gimple g, struct
            def_optype_d *def)
!      Set 'DEF' to be the set of 'DEF' operands for statement 'G'.
  
   -- GIMPLE function: struct use_optype_d * gimple_use_ops (gimple g)
!      Return the set of 'USE' operands for statement 'G'.
  
   -- GIMPLE function: void gimple_set_use_ops (gimple g, struct
            use_optype_d *use)
!      Set 'USE' to be the set of 'USE' operands for statement 'G'.
  
   -- GIMPLE function: struct voptype_d * gimple_vuse_ops (gimple g)
!      Return the set of 'VUSE' operands for statement 'G'.
  
   -- GIMPLE function: void gimple_set_vuse_ops (gimple g, struct
            voptype_d *ops)
!      Set 'OPS' to be the set of 'VUSE' operands for statement 'G'.
  
   -- GIMPLE function: struct voptype_d * gimple_vdef_ops (gimple g)
!      Return the set of 'VDEF' operands for statement 'G'.
  
   -- GIMPLE function: void gimple_set_vdef_ops (gimple g, struct
            voptype_d *ops)
!      Set 'OPS' to be the set of 'VDEF' operands for statement 'G'.
  
   -- GIMPLE function: bitmap gimple_loaded_syms (gimple g)
!      Return the set of symbols loaded by statement 'G'.  Each element of
!      the set is the 'DECL_UID' of the corresponding symbol.
  
   -- GIMPLE function: bitmap gimple_stored_syms (gimple g)
!      Return the set of symbols stored by statement 'G'.  Each element of
!      the set is the 'DECL_UID' of the corresponding symbol.
  
   -- GIMPLE function: bool gimple_modified_p (gimple g)
!      Return true if statement 'G' has operands and the modified field
       has been set.
  
   -- GIMPLE function: bool gimple_has_volatile_ops (gimple stmt)
!      Return true if statement 'STMT' contains volatile operands.
  
!  -- GIMPLE function: void gimple_set_has_volatile_ops (gimple stmt, bool
!           volatilep)
!      Return true if statement 'STMT' contains volatile operands.
  
   -- GIMPLE function: void update_stmt (gimple s)
!      Mark statement 'S' as modified, and update it.
  
   -- GIMPLE function: void update_stmt_if_modified (gimple s)
!      Update statement 'S' if it has been marked modified.
  
   -- GIMPLE function: gimple gimple_copy (gimple stmt)
!      Return a deep copy of statement 'STMT'.
  
  
  File: gccint.info,  Node: Tuple specific accessors,  Next: GIMPLE sequences,  Prev: Manipulating GIMPLE statements,  Up: GIMPLE
--- 11755,11893 ----
  The following are common accessors for gimple statements.
  
   -- GIMPLE function: enum gimple_code gimple_code (gimple g)
!      Return the code for statement `G'.
  
   -- GIMPLE function: basic_block gimple_bb (gimple g)
!      Return the basic block to which statement `G' belongs to.
  
   -- GIMPLE function: tree gimple_block (gimple g)
!      Return the lexical scope block holding statement `G'.
  
   -- GIMPLE function: tree gimple_expr_type (gimple stmt)
!      Return the type of the main expression computed by `STMT'. Return
!      `void_type_node' if `STMT' computes nothing. This will only return
!      something meaningful for `GIMPLE_ASSIGN', `GIMPLE_COND' and
!      `GIMPLE_CALL'.  For all other tuple codes, it will return
!      `void_type_node'.
  
   -- GIMPLE function: enum tree_code gimple_expr_code (gimple stmt)
!      Return the tree code for the expression computed by `STMT'.  This
!      is only meaningful for `GIMPLE_CALL', `GIMPLE_ASSIGN' and
!      `GIMPLE_COND'.  If `STMT' is `GIMPLE_CALL', it will return
!      `CALL_EXPR'.  For `GIMPLE_COND', it returns the code of the
!      comparison predicate.  For `GIMPLE_ASSIGN' it returns the code of
!      the operation performed by the `RHS' of the assignment.
  
   -- GIMPLE function: void gimple_set_block (gimple g, tree block)
!      Set the lexical scope block of `G' to `BLOCK'.
  
   -- GIMPLE function: location_t gimple_locus (gimple g)
!      Return locus information for statement `G'.
  
   -- GIMPLE function: void gimple_set_locus (gimple g, location_t locus)
!      Set locus information for statement `G'.
  
   -- GIMPLE function: bool gimple_locus_empty_p (gimple g)
!      Return true if `G' does not have locus information.
  
   -- GIMPLE function: bool gimple_no_warning_p (gimple stmt)
!      Return true if no warnings should be emitted for statement `STMT'.
  
   -- GIMPLE function: void gimple_set_visited (gimple stmt, bool
            visited_p)
!      Set the visited status on statement `STMT' to `VISITED_P'.
  
   -- GIMPLE function: bool gimple_visited_p (gimple stmt)
!      Return the visited status on statement `STMT'.
  
   -- GIMPLE function: void gimple_set_plf (gimple stmt, enum plf_mask
            plf, bool val_p)
!      Set pass local flag `PLF' on statement `STMT' to `VAL_P'.
  
!  -- GIMPLE function: unsigned int gimple_plf (gimple stmt, enum
!           plf_mask plf)
!      Return the value of pass local flag `PLF' on statement `STMT'.
  
   -- GIMPLE function: bool gimple_has_ops (gimple g)
!      Return true if statement `G' has register or memory operands.
  
   -- GIMPLE function: bool gimple_has_mem_ops (gimple g)
!      Return true if statement `G' has memory operands.
  
   -- GIMPLE function: unsigned gimple_num_ops (gimple g)
!      Return the number of operands for statement `G'.
  
   -- GIMPLE function: tree * gimple_ops (gimple g)
!      Return the array of operands for statement `G'.
  
   -- GIMPLE function: tree gimple_op (gimple g, unsigned i)
!      Return operand `I' for statement `G'.
  
   -- GIMPLE function: tree * gimple_op_ptr (gimple g, unsigned i)
!      Return a pointer to operand `I' for statement `G'.
  
   -- GIMPLE function: void gimple_set_op (gimple g, unsigned i, tree op)
!      Set operand `I' of statement `G' to `OP'.
  
   -- GIMPLE function: bitmap gimple_addresses_taken (gimple stmt)
       Return the set of symbols that have had their address taken by
!      `STMT'.
  
   -- GIMPLE function: struct def_optype_d * gimple_def_ops (gimple g)
!      Return the set of `DEF' operands for statement `G'.
  
   -- GIMPLE function: void gimple_set_def_ops (gimple g, struct
            def_optype_d *def)
!      Set `DEF' to be the set of `DEF' operands for statement `G'.
  
   -- GIMPLE function: struct use_optype_d * gimple_use_ops (gimple g)
!      Return the set of `USE' operands for statement `G'.
  
   -- GIMPLE function: void gimple_set_use_ops (gimple g, struct
            use_optype_d *use)
!      Set `USE' to be the set of `USE' operands for statement `G'.
  
   -- GIMPLE function: struct voptype_d * gimple_vuse_ops (gimple g)
!      Return the set of `VUSE' operands for statement `G'.
  
   -- GIMPLE function: void gimple_set_vuse_ops (gimple g, struct
            voptype_d *ops)
!      Set `OPS' to be the set of `VUSE' operands for statement `G'.
  
   -- GIMPLE function: struct voptype_d * gimple_vdef_ops (gimple g)
!      Return the set of `VDEF' operands for statement `G'.
  
   -- GIMPLE function: void gimple_set_vdef_ops (gimple g, struct
            voptype_d *ops)
!      Set `OPS' to be the set of `VDEF' operands for statement `G'.
  
   -- GIMPLE function: bitmap gimple_loaded_syms (gimple g)
!      Return the set of symbols loaded by statement `G'.  Each element of
!      the set is the `DECL_UID' of the corresponding symbol.
  
   -- GIMPLE function: bitmap gimple_stored_syms (gimple g)
!      Return the set of symbols stored by statement `G'.  Each element of
!      the set is the `DECL_UID' of the corresponding symbol.
  
   -- GIMPLE function: bool gimple_modified_p (gimple g)
!      Return true if statement `G' has operands and the modified field
       has been set.
  
   -- GIMPLE function: bool gimple_has_volatile_ops (gimple stmt)
!      Return true if statement `STMT' contains volatile operands.
  
!  -- GIMPLE function: void gimple_set_has_volatile_ops (gimple stmt,
!           bool volatilep)
!      Return true if statement `STMT' contains volatile operands.
  
   -- GIMPLE function: void update_stmt (gimple s)
!      Mark statement `S' as modified, and update it.
  
   -- GIMPLE function: void update_stmt_if_modified (gimple s)
!      Update statement `S' if it has been marked modified.
  
   -- GIMPLE function: gimple gimple_copy (gimple stmt)
!      Return a deep copy of statement `STMT'.
  
  
  File: gccint.info,  Node: Tuple specific accessors,  Next: GIMPLE sequences,  Prev: Manipulating GIMPLE statements,  Up: GIMPLE
*************** File: gccint.info,  Node: Tuple specific
*** 11757,12303 ****
  
  * Menu:
  
! * GIMPLE_ASM::
! * GIMPLE_ASSIGN::
! * GIMPLE_BIND::
! * GIMPLE_CALL::
! * GIMPLE_CATCH::
! * GIMPLE_COND::
! * GIMPLE_DEBUG::
! * GIMPLE_EH_FILTER::
! * GIMPLE_LABEL::
! * GIMPLE_GOTO::
! * GIMPLE_NOP::
! * GIMPLE_OMP_ATOMIC_LOAD::
! * GIMPLE_OMP_ATOMIC_STORE::
! * GIMPLE_OMP_CONTINUE::
! * GIMPLE_OMP_CRITICAL::
! * GIMPLE_OMP_FOR::
! * GIMPLE_OMP_MASTER::
! * GIMPLE_OMP_ORDERED::
! * GIMPLE_OMP_PARALLEL::
! * GIMPLE_OMP_RETURN::
! * GIMPLE_OMP_SECTION::
! * GIMPLE_OMP_SECTIONS::
! * GIMPLE_OMP_SINGLE::
! * GIMPLE_PHI::
! * GIMPLE_RESX::
! * GIMPLE_RETURN::
! * GIMPLE_SWITCH::
! * GIMPLE_TRY::
! * GIMPLE_WITH_CLEANUP_EXPR::
  
  
! File: gccint.info,  Node: GIMPLE_ASM,  Next: GIMPLE_ASSIGN,  Up: Tuple specific accessors
  
! 11.8.1 'GIMPLE_ASM'
  -------------------
  
   -- GIMPLE function: gasm *gimple_build_asm_vec ( const char *string,
!           vec<tree, va_gc> *inputs, vec<tree, va_gc> *outputs, vec<tree,
!           va_gc> *clobbers, vec<tree, va_gc> *labels)
!      Build a 'GIMPLE_ASM' statement.  This statement is used for
!      building in-line assembly constructs.  'STRING' is the assembly
!      code.  'INPUTS', 'OUTPUTS', 'CLOBBERS' and 'LABELS' are the inputs,
!      outputs, clobbered registers and labels.
  
   -- GIMPLE function: unsigned gimple_asm_ninputs (const gasm *g)
!      Return the number of input operands for 'GIMPLE_ASM' 'G'.
  
   -- GIMPLE function: unsigned gimple_asm_noutputs (const gasm *g)
!      Return the number of output operands for 'GIMPLE_ASM' 'G'.
  
   -- GIMPLE function: unsigned gimple_asm_nclobbers (const gasm *g)
!      Return the number of clobber operands for 'GIMPLE_ASM' 'G'.
  
   -- GIMPLE function: tree gimple_asm_input_op (const gasm *g, unsigned
            index)
!      Return input operand 'INDEX' of 'GIMPLE_ASM' 'G'.
  
   -- GIMPLE function: void gimple_asm_set_input_op (gasm *g, unsigned
            index, tree in_op)
!      Set 'IN_OP' to be input operand 'INDEX' in 'GIMPLE_ASM' 'G'.
  
   -- GIMPLE function: tree gimple_asm_output_op (const gasm *g, unsigned
            index)
!      Return output operand 'INDEX' of 'GIMPLE_ASM' 'G'.
  
   -- GIMPLE function: void gimple_asm_set_output_op (gasm *g, unsigned
            index, tree out_op)
!      Set 'OUT_OP' to be output operand 'INDEX' in 'GIMPLE_ASM' 'G'.
  
!  -- GIMPLE function: tree gimple_asm_clobber_op (const gasm *g, unsigned
!           index)
!      Return clobber operand 'INDEX' of 'GIMPLE_ASM' 'G'.
  
   -- GIMPLE function: void gimple_asm_set_clobber_op (gasm *g, unsigned
            index, tree clobber_op)
!      Set 'CLOBBER_OP' to be clobber operand 'INDEX' in 'GIMPLE_ASM' 'G'.
  
   -- GIMPLE function: const char * gimple_asm_string (const gasm *g)
       Return the string representing the assembly instruction in
!      'GIMPLE_ASM' 'G'.
  
   -- GIMPLE function: bool gimple_asm_volatile_p (const gasm *g)
!      Return true if 'G' is an asm statement marked volatile.
  
   -- GIMPLE function: void gimple_asm_set_volatile (gasm *g, bool
            volatile_p)
!      Mark asm statement 'G' as volatile or non-volatile based on
!      'VOLATILE_P'.
  
  
! File: gccint.info,  Node: GIMPLE_ASSIGN,  Next: GIMPLE_BIND,  Prev: GIMPLE_ASM,  Up: Tuple specific accessors
  
! 11.8.2 'GIMPLE_ASSIGN'
  ----------------------
  
   -- GIMPLE function: gassign *gimple_build_assign (tree lhs, tree rhs)
!      Build a 'GIMPLE_ASSIGN' statement.  The left-hand side is an lvalue
!      passed in lhs.  The right-hand side can be either a unary or binary
!      tree expression.  The expression tree rhs will be flattened and its
!      operands assigned to the corresponding operand slots in the new
!      statement.  This function is useful when you already have a tree
!      expression that you want to convert into a tuple.  However, try to
!      avoid building expression trees for the sole purpose of calling
!      this function.  If you already have the operands in separate trees,
!      it is better to use 'gimple_build_assign' with 'enum tree_code'
!      argument and separate arguments for each operand.
  
   -- GIMPLE function: gassign *gimple_build_assign (tree lhs, enum
            tree_code subcode, tree op1, tree op2, tree op3)
!      This function is similar to two operand 'gimple_build_assign', but
!      is used to build a 'GIMPLE_ASSIGN' statement when the operands of
       the right-hand side of the assignment are already split into
       different operands.
  
       The left-hand side is an lvalue passed in lhs.  Subcode is the
!      'tree_code' for the right-hand side of the assignment.  Op1, op2
       and op3 are the operands.
  
   -- GIMPLE function: gassign *gimple_build_assign (tree lhs, enum
            tree_code subcode, tree op1, tree op2)
!      Like the above 5 operand 'gimple_build_assign', but with the last
!      argument 'NULL' - this overload should not be used for
!      'GIMPLE_TERNARY_RHS' assignments.
  
   -- GIMPLE function: gassign *gimple_build_assign (tree lhs, enum
            tree_code subcode, tree op1)
!      Like the above 4 operand 'gimple_build_assign', but with the last
!      argument 'NULL' - this overload should be used only for
!      'GIMPLE_UNARY_RHS' and 'GIMPLE_SINGLE_RHS' assignments.
  
   -- GIMPLE function: gimple gimplify_assign (tree dst, tree src,
            gimple_seq *seq_p)
!      Build a new 'GIMPLE_ASSIGN' tuple and append it to the end of
!      '*SEQ_P'.
  
!  'DST'/'SRC' are the destination and source respectively.  You can pass
! ungimplified trees in 'DST' or 'SRC', in which case they will be
  converted to a gimple operand if necessary.
  
!  This function returns the newly created 'GIMPLE_ASSIGN' tuple.
  
   -- GIMPLE function: enum tree_code gimple_assign_rhs_code (gimple g)
!      Return the code of the expression computed on the 'RHS' of
!      assignment statement 'G'.
  
   -- GIMPLE function: enum gimple_rhs_class gimple_assign_rhs_class
            (gimple g)
!      Return the gimple rhs class of the code for the expression computed
!      on the rhs of assignment statement 'G'.  This will never return
!      'GIMPLE_INVALID_RHS'.
  
   -- GIMPLE function: tree gimple_assign_lhs (gimple g)
!      Return the 'LHS' of assignment statement 'G'.
  
   -- GIMPLE function: tree * gimple_assign_lhs_ptr (gimple g)
!      Return a pointer to the 'LHS' of assignment statement 'G'.
  
   -- GIMPLE function: tree gimple_assign_rhs1 (gimple g)
!      Return the first operand on the 'RHS' of assignment statement 'G'.
  
   -- GIMPLE function: tree * gimple_assign_rhs1_ptr (gimple g)
!      Return the address of the first operand on the 'RHS' of assignment
!      statement 'G'.
  
   -- GIMPLE function: tree gimple_assign_rhs2 (gimple g)
!      Return the second operand on the 'RHS' of assignment statement 'G'.
  
   -- GIMPLE function: tree * gimple_assign_rhs2_ptr (gimple g)
!      Return the address of the second operand on the 'RHS' of assignment
!      statement 'G'.
  
   -- GIMPLE function: tree gimple_assign_rhs3 (gimple g)
!      Return the third operand on the 'RHS' of assignment statement 'G'.
  
   -- GIMPLE function: tree * gimple_assign_rhs3_ptr (gimple g)
!      Return the address of the third operand on the 'RHS' of assignment
!      statement 'G'.
  
   -- GIMPLE function: void gimple_assign_set_lhs (gimple g, tree lhs)
!      Set 'LHS' to be the 'LHS' operand of assignment statement 'G'.
  
   -- GIMPLE function: void gimple_assign_set_rhs1 (gimple g, tree rhs)
!      Set 'RHS' to be the first operand on the 'RHS' of assignment
!      statement 'G'.
  
   -- GIMPLE function: void gimple_assign_set_rhs2 (gimple g, tree rhs)
!      Set 'RHS' to be the second operand on the 'RHS' of assignment
!      statement 'G'.
  
   -- GIMPLE function: void gimple_assign_set_rhs3 (gimple g, tree rhs)
!      Set 'RHS' to be the third operand on the 'RHS' of assignment
!      statement 'G'.
  
   -- GIMPLE function: bool gimple_assign_cast_p (const_gimple s)
!      Return true if 'S' is a type-cast assignment.
  
  
! File: gccint.info,  Node: GIMPLE_BIND,  Next: GIMPLE_CALL,  Prev: GIMPLE_ASSIGN,  Up: Tuple specific accessors
  
! 11.8.3 'GIMPLE_BIND'
  --------------------
  
   -- GIMPLE function: gbind *gimple_build_bind (tree vars, gimple_seq
            body)
!      Build a 'GIMPLE_BIND' statement with a list of variables in 'VARS'
!      and a body of statements in sequence 'BODY'.
  
   -- GIMPLE function: tree gimple_bind_vars (const gbind *g)
!      Return the variables declared in the 'GIMPLE_BIND' statement 'G'.
  
   -- GIMPLE function: void gimple_bind_set_vars (gbind *g, tree vars)
!      Set 'VARS' to be the set of variables declared in the 'GIMPLE_BIND'
!      statement 'G'.
  
   -- GIMPLE function: void gimple_bind_append_vars (gbind *g, tree vars)
!      Append 'VARS' to the set of variables declared in the 'GIMPLE_BIND'
!      statement 'G'.
  
   -- GIMPLE function: gimple_seq gimple_bind_body (gbind *g)
!      Return the GIMPLE sequence contained in the 'GIMPLE_BIND' statement
!      'G'.
  
   -- GIMPLE function: void gimple_bind_set_body (gbind *g, gimple_seq
            seq)
!      Set 'SEQ' to be sequence contained in the 'GIMPLE_BIND' statement
!      'G'.
  
   -- GIMPLE function: void gimple_bind_add_stmt (gbind *gs, gimple stmt)
!      Append a statement to the end of a 'GIMPLE_BIND''s body.
  
   -- GIMPLE function: void gimple_bind_add_seq (gbind *gs, gimple_seq
            seq)
!      Append a sequence of statements to the end of a 'GIMPLE_BIND''s
       body.
  
   -- GIMPLE function: tree gimple_bind_block (const gbind *g)
!      Return the 'TREE_BLOCK' node associated with 'GIMPLE_BIND'
!      statement 'G'.  This is analogous to the 'BIND_EXPR_BLOCK' field in
       trees.
  
   -- GIMPLE function: void gimple_bind_set_block (gbind *g, tree block)
!      Set 'BLOCK' to be the 'TREE_BLOCK' node associated with
!      'GIMPLE_BIND' statement 'G'.
  
  
! File: gccint.info,  Node: GIMPLE_CALL,  Next: GIMPLE_CATCH,  Prev: GIMPLE_BIND,  Up: Tuple specific accessors
  
! 11.8.4 'GIMPLE_CALL'
  --------------------
  
   -- GIMPLE function: gcall *gimple_build_call (tree fn, unsigned nargs,
            ...)
!      Build a 'GIMPLE_CALL' statement to function 'FN'.  The argument
!      'FN' must be either a 'FUNCTION_DECL' or a gimple call address as
!      determined by 'is_gimple_call_addr'.  'NARGS' are the number of
!      arguments.  The rest of the arguments follow the argument 'NARGS',
       and must be trees that are valid as rvalues in gimple (i.e., each
!      operand is validated with 'is_gimple_operand').
  
   -- GIMPLE function: gcall *gimple_build_call_from_tree (tree call_expr)
!      Build a 'GIMPLE_CALL' from a 'CALL_EXPR' node.  The arguments and
       the function are taken from the expression directly.  This routine
!      assumes that 'call_expr' is already in GIMPLE form.  That is, its
       operands are GIMPLE values and the function call needs no further
!      simplification.  All the call flags in 'call_expr' are copied over
!      to the new 'GIMPLE_CALL'.
  
!  -- GIMPLE function: gcall *gimple_build_call_vec (tree fn, 'vec<tree>'
            args)
!      Identical to 'gimple_build_call' but the arguments are stored in a
!      'vec<tree>'.
  
   -- GIMPLE function: tree gimple_call_lhs (gimple g)
!      Return the 'LHS' of call statement 'G'.
  
   -- GIMPLE function: tree * gimple_call_lhs_ptr (gimple g)
!      Return a pointer to the 'LHS' of call statement 'G'.
  
   -- GIMPLE function: void gimple_call_set_lhs (gimple g, tree lhs)
!      Set 'LHS' to be the 'LHS' operand of call statement 'G'.
  
   -- GIMPLE function: tree gimple_call_fn (gimple g)
       Return the tree node representing the function called by call
!      statement 'G'.
  
   -- GIMPLE function: void gimple_call_set_fn (gcall *g, tree fn)
!      Set 'FN' to be the function called by call statement 'G'.  This has
       to be a gimple value specifying the address of the called function.
  
   -- GIMPLE function: tree gimple_call_fndecl (gimple g)
!      If a given 'GIMPLE_CALL''s callee is a 'FUNCTION_DECL', return it.
!      Otherwise return 'NULL'.  This function is analogous to
!      'get_callee_fndecl' in 'GENERIC'.
  
   -- GIMPLE function: tree gimple_call_set_fndecl (gimple g, tree fndecl)
!      Set the called function to 'FNDECL'.
  
   -- GIMPLE function: tree gimple_call_return_type (const gcall *g)
!      Return the type returned by call statement 'G'.
  
   -- GIMPLE function: tree gimple_call_chain (gimple g)
!      Return the static chain for call statement 'G'.
  
   -- GIMPLE function: void gimple_call_set_chain (gcall *g, tree chain)
!      Set 'CHAIN' to be the static chain for call statement 'G'.
  
   -- GIMPLE function: unsigned gimple_call_num_args (gimple g)
!      Return the number of arguments used by call statement 'G'.
  
   -- GIMPLE function: tree gimple_call_arg (gimple g, unsigned index)
!      Return the argument at position 'INDEX' for call statement 'G'.
       The first argument is 0.
  
   -- GIMPLE function: tree * gimple_call_arg_ptr (gimple g, unsigned
            index)
!      Return a pointer to the argument at position 'INDEX' for call
!      statement 'G'.
  
!  -- GIMPLE function: void gimple_call_set_arg (gimple g, unsigned index,
!           tree arg)
!      Set 'ARG' to be the argument at position 'INDEX' for call statement
!      'G'.
  
   -- GIMPLE function: void gimple_call_set_tail (gcall *s)
!      Mark call statement 'S' as being a tail call (i.e., a call just
!      before the exit of a function).  These calls are candidate for tail
       call optimization.
  
   -- GIMPLE function: bool gimple_call_tail_p (gcall *s)
!      Return true if 'GIMPLE_CALL' 'S' is marked as a tail call.
  
   -- GIMPLE function: bool gimple_call_noreturn_p (gimple s)
!      Return true if 'S' is a noreturn call.
  
   -- GIMPLE function: gimple gimple_call_copy_skip_args (gcall *stmt,
            bitmap args_to_skip)
!      Build a 'GIMPLE_CALL' identical to 'STMT' but skipping the
!      arguments in the positions marked by the set 'ARGS_TO_SKIP'.
  
  
! File: gccint.info,  Node: GIMPLE_CATCH,  Next: GIMPLE_COND,  Prev: GIMPLE_CALL,  Up: Tuple specific accessors
  
! 11.8.5 'GIMPLE_CATCH'
  ---------------------
  
   -- GIMPLE function: gcatch *gimple_build_catch (tree types, gimple_seq
            handler)
!      Build a 'GIMPLE_CATCH' statement.  'TYPES' are the tree types this
!      catch handles.  'HANDLER' is a sequence of statements with the code
       for the handler.
  
   -- GIMPLE function: tree gimple_catch_types (const gcatch *g)
!      Return the types handled by 'GIMPLE_CATCH' statement 'G'.
  
   -- GIMPLE function: tree * gimple_catch_types_ptr (gcatch *g)
!      Return a pointer to the types handled by 'GIMPLE_CATCH' statement
!      'G'.
  
   -- GIMPLE function: gimple_seq gimple_catch_handler (gcatch *g)
       Return the GIMPLE sequence representing the body of the handler of
!      'GIMPLE_CATCH' statement 'G'.
  
   -- GIMPLE function: void gimple_catch_set_types (gcatch *g, tree t)
!      Set 'T' to be the set of types handled by 'GIMPLE_CATCH' 'G'.
  
   -- GIMPLE function: void gimple_catch_set_handler (gcatch *g,
            gimple_seq handler)
!      Set 'HANDLER' to be the body of 'GIMPLE_CATCH' 'G'.
  
  
! File: gccint.info,  Node: GIMPLE_COND,  Next: GIMPLE_DEBUG,  Prev: GIMPLE_CATCH,  Up: Tuple specific accessors
  
! 11.8.6 'GIMPLE_COND'
  --------------------
  
   -- GIMPLE function: gcond *gimple_build_cond ( enum tree_code
            pred_code, tree lhs, tree rhs, tree t_label, tree f_label)
!      Build a 'GIMPLE_COND' statement.  'A' 'GIMPLE_COND' statement
!      compares 'LHS' and 'RHS' and if the condition in 'PRED_CODE' is
!      true, jump to the label in 't_label', otherwise jump to the label
!      in 'f_label'.  'PRED_CODE' are relational operator tree codes like
!      'EQ_EXPR', 'LT_EXPR', 'LE_EXPR', 'NE_EXPR', etc.
  
!  -- GIMPLE function: gcond *gimple_build_cond_from_tree (tree cond, tree
!           t_label, tree f_label)
!      Build a 'GIMPLE_COND' statement from the conditional expression
!      tree 'COND'.  'T_LABEL' and 'F_LABEL' are as in
!      'gimple_build_cond'.
  
   -- GIMPLE function: enum tree_code gimple_cond_code (gimple g)
       Return the code of the predicate computed by conditional statement
!      'G'.
  
!  -- GIMPLE function: void gimple_cond_set_code (gcond *g, enum tree_code
!           code)
!      Set 'CODE' to be the predicate code for the conditional statement
!      'G'.
  
   -- GIMPLE function: tree gimple_cond_lhs (gimple g)
!      Return the 'LHS' of the predicate computed by conditional statement
!      'G'.
  
   -- GIMPLE function: void gimple_cond_set_lhs (gcond *g, tree lhs)
!      Set 'LHS' to be the 'LHS' operand of the predicate computed by
!      conditional statement 'G'.
  
   -- GIMPLE function: tree gimple_cond_rhs (gimple g)
!      Return the 'RHS' operand of the predicate computed by conditional
!      'G'.
  
   -- GIMPLE function: void gimple_cond_set_rhs (gcond *g, tree rhs)
!      Set 'RHS' to be the 'RHS' operand of the predicate computed by
!      conditional statement 'G'.
  
   -- GIMPLE function: tree gimple_cond_true_label (const gcond *g)
!      Return the label used by conditional statement 'G' when its
       predicate evaluates to true.
  
   -- GIMPLE function: void gimple_cond_set_true_label (gcond *g, tree
            label)
!      Set 'LABEL' to be the label used by conditional statement 'G' when
       its predicate evaluates to true.
  
   -- GIMPLE function: void gimple_cond_set_false_label (gcond *g, tree
            label)
!      Set 'LABEL' to be the label used by conditional statement 'G' when
       its predicate evaluates to false.
  
   -- GIMPLE function: tree gimple_cond_false_label (const gcond *g)
!      Return the label used by conditional statement 'G' when its
       predicate evaluates to false.
  
   -- GIMPLE function: void gimple_cond_make_false (gcond *g)
!      Set the conditional 'COND_STMT' to be of the form 'if (1 == 0)'.
  
   -- GIMPLE function: void gimple_cond_make_true (gcond *g)
!      Set the conditional 'COND_STMT' to be of the form 'if (1 == 1)'.
  
  
! File: gccint.info,  Node: GIMPLE_DEBUG,  Next: GIMPLE_EH_FILTER,  Prev: GIMPLE_COND,  Up: Tuple specific accessors
  
! 11.8.7 'GIMPLE_DEBUG'
  ---------------------
  
   -- GIMPLE function: gdebug *gimple_build_debug_bind (tree var, tree
            value, gimple stmt)
!      Build a 'GIMPLE_DEBUG' statement with 'GIMPLE_DEBUG_BIND' of
!      'subcode'.  The effect of this statement is to tell debug
       information generation machinery that the value of user variable
!      'var' is given by 'value' at that point, and to remain with that
!      value until 'var' runs out of scope, a dynamically-subsequent debug
!      bind statement overrides the binding, or conflicting values reach a
!      control flow merge point.  Even if components of the 'value'
!      expression change afterwards, the variable is supposed to retain
!      the same value, though not necessarily the same location.
  
!      It is expected that 'var' be most often a tree for automatic user
!      variables ('VAR_DECL' or 'PARM_DECL') that satisfy the requirements
!      for gimple registers, but it may also be a tree for a scalarized
!      component of a user variable ('ARRAY_REF', 'COMPONENT_REF'), or a
!      debug temporary ('DEBUG_EXPR_DECL').
  
!      As for 'value', it can be an arbitrary tree expression, but it is
       recommended that it be in a suitable form for a gimple assignment
!      'RHS'.  It is not expected that user variables that could appear as
!      'var' ever appear in 'value', because in the latter we'd have their
!      'SSA_NAME's instead, but even if they were not in SSA form, user
!      variables appearing in 'value' are to be regarded as part of the
!      executable code space, whereas those in 'var' are to be regarded as
!      part of the source code space.  There is no way to refer to the
!      value bound to a user variable within a 'value' expression.
  
!      If 'value' is 'GIMPLE_DEBUG_BIND_NOVALUE', debug information
!      generation machinery is informed that the variable 'var' is
       unbound, i.e., that its value is indeterminate, which sometimes
       means it is really unavailable, and other times that the compiler
       could not keep track of it.
  
!      Block and location information for the newly-created stmt are taken
!      from 'stmt', if given.
  
   -- GIMPLE function: tree gimple_debug_bind_get_var (gimple stmt)
!      Return the user variable VAR that is bound at 'stmt'.
  
   -- GIMPLE function: tree gimple_debug_bind_get_value (gimple stmt)
       Return the value expression that is bound to a user variable at
!      'stmt'.
  
   -- GIMPLE function: tree * gimple_debug_bind_get_value_ptr (gimple
            stmt)
       Return a pointer to the value expression that is bound to a user
!      variable at 'stmt'.
  
   -- GIMPLE function: void gimple_debug_bind_set_var (gimple stmt, tree
            var)
!      Modify the user variable bound at 'stmt' to VAR.
  
!  -- GIMPLE function: void gimple_debug_bind_set_value (gimple stmt, tree
!           var)
!      Modify the value bound to the user variable bound at 'stmt' to
       VALUE.
  
   -- GIMPLE function: void gimple_debug_bind_reset_value (gimple stmt)
!      Modify the value bound to the user variable bound at 'stmt' so that
!      the variable becomes unbound.
  
   -- GIMPLE function: bool gimple_debug_bind_has_value_p (gimple stmt)
!      Return 'TRUE' if 'stmt' binds a user variable to a value, and
!      'FALSE' if it unbinds the variable.
  
  
! File: gccint.info,  Node: GIMPLE_EH_FILTER,  Next: GIMPLE_LABEL,  Prev: GIMPLE_DEBUG,  Up: Tuple specific accessors
  
! 11.8.8 'GIMPLE_EH_FILTER'
  -------------------------
  
   -- GIMPLE function: geh_filter *gimple_build_eh_filter (tree types,
            gimple_seq failure)
!      Build a 'GIMPLE_EH_FILTER' statement.  'TYPES' are the filter's
!      types.  'FAILURE' is a sequence with the filter's failure action.
  
   -- GIMPLE function: tree gimple_eh_filter_types (gimple g)
!      Return the types handled by 'GIMPLE_EH_FILTER' statement 'G'.
  
   -- GIMPLE function: tree * gimple_eh_filter_types_ptr (gimple g)
!      Return a pointer to the types handled by 'GIMPLE_EH_FILTER'
!      statement 'G'.
  
   -- GIMPLE function: gimple_seq gimple_eh_filter_failure (gimple g)
!      Return the sequence of statement to execute when 'GIMPLE_EH_FILTER'
       statement fails.
  
   -- GIMPLE function: void gimple_eh_filter_set_types (geh_filter *g,
            tree types)
!      Set 'TYPES' to be the set of types handled by 'GIMPLE_EH_FILTER'
!      'G'.
  
   -- GIMPLE function: void gimple_eh_filter_set_failure (geh_filter *g,
            gimple_seq failure)
!      Set 'FAILURE' to be the sequence of statements to execute on
!      failure for 'GIMPLE_EH_FILTER' 'G'.
  
   -- GIMPLE function: tree gimple_eh_must_not_throw_fndecl ( geh_mnt
            *eh_mnt_stmt)
--- 11897,12444 ----
  
  * Menu:
  
! * `GIMPLE_ASM'::
! * `GIMPLE_ASSIGN'::
! * `GIMPLE_BIND'::
! * `GIMPLE_CALL'::
! * `GIMPLE_CATCH'::
! * `GIMPLE_COND'::
! * `GIMPLE_DEBUG'::
! * `GIMPLE_EH_FILTER'::
! * `GIMPLE_LABEL'::
! * `GIMPLE_GOTO'::
! * `GIMPLE_NOP'::
! * `GIMPLE_OMP_ATOMIC_LOAD'::
! * `GIMPLE_OMP_ATOMIC_STORE'::
! * `GIMPLE_OMP_CONTINUE'::
! * `GIMPLE_OMP_CRITICAL'::
! * `GIMPLE_OMP_FOR'::
! * `GIMPLE_OMP_MASTER'::
! * `GIMPLE_OMP_ORDERED'::
! * `GIMPLE_OMP_PARALLEL'::
! * `GIMPLE_OMP_RETURN'::
! * `GIMPLE_OMP_SECTION'::
! * `GIMPLE_OMP_SECTIONS'::
! * `GIMPLE_OMP_SINGLE'::
! * `GIMPLE_PHI'::
! * `GIMPLE_RESX'::
! * `GIMPLE_RETURN'::
! * `GIMPLE_SWITCH'::
! * `GIMPLE_TRY'::
! * `GIMPLE_WITH_CLEANUP_EXPR'::
  
  
! File: gccint.info,  Node: `GIMPLE_ASM',  Next: `GIMPLE_ASSIGN',  Up: Tuple specific accessors
  
! 11.8.1 `GIMPLE_ASM'
  -------------------
  
   -- GIMPLE function: gasm *gimple_build_asm_vec ( const char *string,
!           vec<tree, va_gc> *inputs, vec<tree, va_gc> *outputs,
!           vec<tree, va_gc> *clobbers, vec<tree, va_gc> *labels)
!      Build a `GIMPLE_ASM' statement.  This statement is used for
!      building in-line assembly constructs.  `STRING' is the assembly
!      code.  `INPUTS', `OUTPUTS', `CLOBBERS'  and `LABELS' are the
!      inputs, outputs, clobbered registers and labels.
  
   -- GIMPLE function: unsigned gimple_asm_ninputs (const gasm *g)
!      Return the number of input operands for `GIMPLE_ASM' `G'.
  
   -- GIMPLE function: unsigned gimple_asm_noutputs (const gasm *g)
!      Return the number of output operands for `GIMPLE_ASM' `G'.
  
   -- GIMPLE function: unsigned gimple_asm_nclobbers (const gasm *g)
!      Return the number of clobber operands for `GIMPLE_ASM' `G'.
  
   -- GIMPLE function: tree gimple_asm_input_op (const gasm *g, unsigned
            index)
!      Return input operand `INDEX' of `GIMPLE_ASM' `G'.
  
   -- GIMPLE function: void gimple_asm_set_input_op (gasm *g, unsigned
            index, tree in_op)
!      Set `IN_OP' to be input operand `INDEX' in `GIMPLE_ASM' `G'.
  
   -- GIMPLE function: tree gimple_asm_output_op (const gasm *g, unsigned
            index)
!      Return output operand `INDEX' of `GIMPLE_ASM' `G'.
  
   -- GIMPLE function: void gimple_asm_set_output_op (gasm *g, unsigned
            index, tree out_op)
!      Set `OUT_OP' to be output operand `INDEX' in `GIMPLE_ASM' `G'.
  
!  -- GIMPLE function: tree gimple_asm_clobber_op (const gasm *g,
!           unsigned index)
!      Return clobber operand `INDEX' of `GIMPLE_ASM' `G'.
  
   -- GIMPLE function: void gimple_asm_set_clobber_op (gasm *g, unsigned
            index, tree clobber_op)
!      Set `CLOBBER_OP' to be clobber operand `INDEX' in `GIMPLE_ASM' `G'.
  
   -- GIMPLE function: const char * gimple_asm_string (const gasm *g)
       Return the string representing the assembly instruction in
!      `GIMPLE_ASM' `G'.
  
   -- GIMPLE function: bool gimple_asm_volatile_p (const gasm *g)
!      Return true if `G' is an asm statement marked volatile.
  
   -- GIMPLE function: void gimple_asm_set_volatile (gasm *g, bool
            volatile_p)
!      Mark asm statement `G' as volatile or non-volatile based on
!      `VOLATILE_P'.
  
  
! File: gccint.info,  Node: `GIMPLE_ASSIGN',  Next: `GIMPLE_BIND',  Prev: `GIMPLE_ASM',  Up: Tuple specific accessors
  
! 11.8.2 `GIMPLE_ASSIGN'
  ----------------------
  
   -- GIMPLE function: gassign *gimple_build_assign (tree lhs, tree rhs)
!      Build a `GIMPLE_ASSIGN' statement.  The left-hand side is an lvalue
!      passed in lhs.  The right-hand side can be either a unary or
!      binary tree expression.  The expression tree rhs will be flattened
!      and its operands assigned to the corresponding operand slots in
!      the new statement.  This function is useful when you already have
!      a tree expression that you want to convert into a tuple.  However,
!      try to avoid building expression trees for the sole purpose of
!      calling this function.  If you already have the operands in
!      separate trees, it is better to use `gimple_build_assign' with
!      `enum tree_code' argument and separate arguments for each operand.
  
   -- GIMPLE function: gassign *gimple_build_assign (tree lhs, enum
            tree_code subcode, tree op1, tree op2, tree op3)
!      This function is similar to two operand `gimple_build_assign', but
!      is used to build a `GIMPLE_ASSIGN' statement when the operands of
       the right-hand side of the assignment are already split into
       different operands.
  
       The left-hand side is an lvalue passed in lhs.  Subcode is the
!      `tree_code' for the right-hand side of the assignment.  Op1, op2
       and op3 are the operands.
  
   -- GIMPLE function: gassign *gimple_build_assign (tree lhs, enum
            tree_code subcode, tree op1, tree op2)
!      Like the above 5 operand `gimple_build_assign', but with the last
!      argument `NULL' - this overload should not be used for
!      `GIMPLE_TERNARY_RHS' assignments.
  
   -- GIMPLE function: gassign *gimple_build_assign (tree lhs, enum
            tree_code subcode, tree op1)
!      Like the above 4 operand `gimple_build_assign', but with the last
!      argument `NULL' - this overload should be used only for
!      `GIMPLE_UNARY_RHS' and `GIMPLE_SINGLE_RHS' assignments.
  
   -- GIMPLE function: gimple gimplify_assign (tree dst, tree src,
            gimple_seq *seq_p)
!      Build a new `GIMPLE_ASSIGN' tuple and append it to the end of
!      `*SEQ_P'.
  
!  `DST'/`SRC' are the destination and source respectively.  You can pass
! ungimplified trees in `DST' or `SRC', in which case they will be
  converted to a gimple operand if necessary.
  
!  This function returns the newly created `GIMPLE_ASSIGN' tuple.
  
   -- GIMPLE function: enum tree_code gimple_assign_rhs_code (gimple g)
!      Return the code of the expression computed on the `RHS' of
!      assignment statement `G'.
  
   -- GIMPLE function: enum gimple_rhs_class gimple_assign_rhs_class
            (gimple g)
!      Return the gimple rhs class of the code for the expression
!      computed on the rhs of assignment statement `G'.  This will never
!      return `GIMPLE_INVALID_RHS'.
  
   -- GIMPLE function: tree gimple_assign_lhs (gimple g)
!      Return the `LHS' of assignment statement `G'.
  
   -- GIMPLE function: tree * gimple_assign_lhs_ptr (gimple g)
!      Return a pointer to the `LHS' of assignment statement `G'.
  
   -- GIMPLE function: tree gimple_assign_rhs1 (gimple g)
!      Return the first operand on the `RHS' of assignment statement `G'.
  
   -- GIMPLE function: tree * gimple_assign_rhs1_ptr (gimple g)
!      Return the address of the first operand on the `RHS' of assignment
!      statement `G'.
  
   -- GIMPLE function: tree gimple_assign_rhs2 (gimple g)
!      Return the second operand on the `RHS' of assignment statement `G'.
  
   -- GIMPLE function: tree * gimple_assign_rhs2_ptr (gimple g)
!      Return the address of the second operand on the `RHS' of assignment
!      statement `G'.
  
   -- GIMPLE function: tree gimple_assign_rhs3 (gimple g)
!      Return the third operand on the `RHS' of assignment statement `G'.
  
   -- GIMPLE function: tree * gimple_assign_rhs3_ptr (gimple g)
!      Return the address of the third operand on the `RHS' of assignment
!      statement `G'.
  
   -- GIMPLE function: void gimple_assign_set_lhs (gimple g, tree lhs)
!      Set `LHS' to be the `LHS' operand of assignment statement `G'.
  
   -- GIMPLE function: void gimple_assign_set_rhs1 (gimple g, tree rhs)
!      Set `RHS' to be the first operand on the `RHS' of assignment
!      statement `G'.
  
   -- GIMPLE function: void gimple_assign_set_rhs2 (gimple g, tree rhs)
!      Set `RHS' to be the second operand on the `RHS' of assignment
!      statement `G'.
  
   -- GIMPLE function: void gimple_assign_set_rhs3 (gimple g, tree rhs)
!      Set `RHS' to be the third operand on the `RHS' of assignment
!      statement `G'.
  
   -- GIMPLE function: bool gimple_assign_cast_p (const_gimple s)
!      Return true if `S' is a type-cast assignment.
  
  
! File: gccint.info,  Node: `GIMPLE_BIND',  Next: `GIMPLE_CALL',  Prev: `GIMPLE_ASSIGN',  Up: Tuple specific accessors
  
! 11.8.3 `GIMPLE_BIND'
  --------------------
  
   -- GIMPLE function: gbind *gimple_build_bind (tree vars, gimple_seq
            body)
!      Build a `GIMPLE_BIND' statement with a list of variables in `VARS'
!      and a body of statements in sequence `BODY'.
  
   -- GIMPLE function: tree gimple_bind_vars (const gbind *g)
!      Return the variables declared in the `GIMPLE_BIND' statement `G'.
  
   -- GIMPLE function: void gimple_bind_set_vars (gbind *g, tree vars)
!      Set `VARS' to be the set of variables declared in the `GIMPLE_BIND'
!      statement `G'.
  
   -- GIMPLE function: void gimple_bind_append_vars (gbind *g, tree vars)
!      Append `VARS' to the set of variables declared in the `GIMPLE_BIND'
!      statement `G'.
  
   -- GIMPLE function: gimple_seq gimple_bind_body (gbind *g)
!      Return the GIMPLE sequence contained in the `GIMPLE_BIND' statement
!      `G'.
  
   -- GIMPLE function: void gimple_bind_set_body (gbind *g, gimple_seq
            seq)
!      Set `SEQ' to be sequence contained in the `GIMPLE_BIND' statement
!      `G'.
  
   -- GIMPLE function: void gimple_bind_add_stmt (gbind *gs, gimple stmt)
!      Append a statement to the end of a `GIMPLE_BIND''s body.
  
   -- GIMPLE function: void gimple_bind_add_seq (gbind *gs, gimple_seq
            seq)
!      Append a sequence of statements to the end of a `GIMPLE_BIND''s
       body.
  
   -- GIMPLE function: tree gimple_bind_block (const gbind *g)
!      Return the `TREE_BLOCK' node associated with `GIMPLE_BIND'
!      statement `G'. This is analogous to the `BIND_EXPR_BLOCK' field in
       trees.
  
   -- GIMPLE function: void gimple_bind_set_block (gbind *g, tree block)
!      Set `BLOCK' to be the `TREE_BLOCK' node associated with
!      `GIMPLE_BIND' statement `G'.
  
  
! File: gccint.info,  Node: `GIMPLE_CALL',  Next: `GIMPLE_CATCH',  Prev: `GIMPLE_BIND',  Up: Tuple specific accessors
  
! 11.8.4 `GIMPLE_CALL'
  --------------------
  
   -- GIMPLE function: gcall *gimple_build_call (tree fn, unsigned nargs,
            ...)
!      Build a `GIMPLE_CALL' statement to function `FN'.  The argument
!      `FN' must be either a `FUNCTION_DECL' or a gimple call address as
!      determined by `is_gimple_call_addr'.  `NARGS' are the number of
!      arguments.  The rest of the arguments follow the argument `NARGS',
       and must be trees that are valid as rvalues in gimple (i.e., each
!      operand is validated with `is_gimple_operand').
  
   -- GIMPLE function: gcall *gimple_build_call_from_tree (tree call_expr)
!      Build a `GIMPLE_CALL' from a `CALL_EXPR' node.  The arguments and
       the function are taken from the expression directly.  This routine
!      assumes that `call_expr' is already in GIMPLE form.  That is, its
       operands are GIMPLE values and the function call needs no further
!      simplification.  All the call flags in `call_expr' are copied over
!      to the new `GIMPLE_CALL'.
  
!  -- GIMPLE function: gcall *gimple_build_call_vec (tree fn, `vec<tree>'
            args)
!      Identical to `gimple_build_call' but the arguments are stored in a
!      `vec<tree>'.
  
   -- GIMPLE function: tree gimple_call_lhs (gimple g)
!      Return the `LHS' of call statement `G'.
  
   -- GIMPLE function: tree * gimple_call_lhs_ptr (gimple g)
!      Return a pointer to the `LHS' of call statement `G'.
  
   -- GIMPLE function: void gimple_call_set_lhs (gimple g, tree lhs)
!      Set `LHS' to be the `LHS' operand of call statement `G'.
  
   -- GIMPLE function: tree gimple_call_fn (gimple g)
       Return the tree node representing the function called by call
!      statement `G'.
  
   -- GIMPLE function: void gimple_call_set_fn (gcall *g, tree fn)
!      Set `FN' to be the function called by call statement `G'.  This has
       to be a gimple value specifying the address of the called function.
  
   -- GIMPLE function: tree gimple_call_fndecl (gimple g)
!      If a given `GIMPLE_CALL''s callee is a `FUNCTION_DECL', return it.
!      Otherwise return `NULL'.  This function is analogous to
!      `get_callee_fndecl' in `GENERIC'.
  
   -- GIMPLE function: tree gimple_call_set_fndecl (gimple g, tree fndecl)
!      Set the called function to `FNDECL'.
  
   -- GIMPLE function: tree gimple_call_return_type (const gcall *g)
!      Return the type returned by call statement `G'.
  
   -- GIMPLE function: tree gimple_call_chain (gimple g)
!      Return the static chain for call statement `G'.
  
   -- GIMPLE function: void gimple_call_set_chain (gcall *g, tree chain)
!      Set `CHAIN' to be the static chain for call statement `G'.
  
   -- GIMPLE function: unsigned gimple_call_num_args (gimple g)
!      Return the number of arguments used by call statement `G'.
  
   -- GIMPLE function: tree gimple_call_arg (gimple g, unsigned index)
!      Return the argument at position `INDEX' for call statement `G'.
       The first argument is 0.
  
   -- GIMPLE function: tree * gimple_call_arg_ptr (gimple g, unsigned
            index)
!      Return a pointer to the argument at position `INDEX' for call
!      statement `G'.
  
!  -- GIMPLE function: void gimple_call_set_arg (gimple g, unsigned
!           index, tree arg)
!      Set `ARG' to be the argument at position `INDEX' for call statement
!      `G'.
  
   -- GIMPLE function: void gimple_call_set_tail (gcall *s)
!      Mark call statement `S' as being a tail call (i.e., a call just
!      before the exit of a function). These calls are candidate for tail
       call optimization.
  
   -- GIMPLE function: bool gimple_call_tail_p (gcall *s)
!      Return true if `GIMPLE_CALL' `S' is marked as a tail call.
  
   -- GIMPLE function: bool gimple_call_noreturn_p (gimple s)
!      Return true if `S' is a noreturn call.
  
   -- GIMPLE function: gimple gimple_call_copy_skip_args (gcall *stmt,
            bitmap args_to_skip)
!      Build a `GIMPLE_CALL' identical to `STMT' but skipping the
!      arguments in the positions marked by the set `ARGS_TO_SKIP'.
  
  
! File: gccint.info,  Node: `GIMPLE_CATCH',  Next: `GIMPLE_COND',  Prev: `GIMPLE_CALL',  Up: Tuple specific accessors
  
! 11.8.5 `GIMPLE_CATCH'
  ---------------------
  
   -- GIMPLE function: gcatch *gimple_build_catch (tree types, gimple_seq
            handler)
!      Build a `GIMPLE_CATCH' statement.  `TYPES' are the tree types this
!      catch handles.  `HANDLER' is a sequence of statements with the code
       for the handler.
  
   -- GIMPLE function: tree gimple_catch_types (const gcatch *g)
!      Return the types handled by `GIMPLE_CATCH' statement `G'.
  
   -- GIMPLE function: tree * gimple_catch_types_ptr (gcatch *g)
!      Return a pointer to the types handled by `GIMPLE_CATCH' statement
!      `G'.
  
   -- GIMPLE function: gimple_seq gimple_catch_handler (gcatch *g)
       Return the GIMPLE sequence representing the body of the handler of
!      `GIMPLE_CATCH' statement `G'.
  
   -- GIMPLE function: void gimple_catch_set_types (gcatch *g, tree t)
!      Set `T' to be the set of types handled by `GIMPLE_CATCH' `G'.
  
   -- GIMPLE function: void gimple_catch_set_handler (gcatch *g,
            gimple_seq handler)
!      Set `HANDLER' to be the body of `GIMPLE_CATCH' `G'.
  
  
! File: gccint.info,  Node: `GIMPLE_COND',  Next: `GIMPLE_DEBUG',  Prev: `GIMPLE_CATCH',  Up: Tuple specific accessors
  
! 11.8.6 `GIMPLE_COND'
  --------------------
  
   -- GIMPLE function: gcond *gimple_build_cond ( enum tree_code
            pred_code, tree lhs, tree rhs, tree t_label, tree f_label)
!      Build a `GIMPLE_COND' statement.  `A' `GIMPLE_COND' statement
!      compares `LHS' and `RHS' and if the condition in `PRED_CODE' is
!      true, jump to the label in `t_label', otherwise jump to the label
!      in `f_label'.  `PRED_CODE' are relational operator tree codes like
!      `EQ_EXPR', `LT_EXPR', `LE_EXPR', `NE_EXPR', etc.
  
!  -- GIMPLE function: gcond *gimple_build_cond_from_tree (tree cond,
!           tree t_label, tree f_label)
!      Build a `GIMPLE_COND' statement from the conditional expression
!      tree `COND'.  `T_LABEL' and `F_LABEL' are as in
!      `gimple_build_cond'.
  
   -- GIMPLE function: enum tree_code gimple_cond_code (gimple g)
       Return the code of the predicate computed by conditional statement
!      `G'.
  
!  -- GIMPLE function: void gimple_cond_set_code (gcond *g, enum
!           tree_code code)
!      Set `CODE' to be the predicate code for the conditional statement
!      `G'.
  
   -- GIMPLE function: tree gimple_cond_lhs (gimple g)
!      Return the `LHS' of the predicate computed by conditional statement
!      `G'.
  
   -- GIMPLE function: void gimple_cond_set_lhs (gcond *g, tree lhs)
!      Set `LHS' to be the `LHS' operand of the predicate computed by
!      conditional statement `G'.
  
   -- GIMPLE function: tree gimple_cond_rhs (gimple g)
!      Return the `RHS' operand of the predicate computed by conditional
!      `G'.
  
   -- GIMPLE function: void gimple_cond_set_rhs (gcond *g, tree rhs)
!      Set `RHS' to be the `RHS' operand of the predicate computed by
!      conditional statement `G'.
  
   -- GIMPLE function: tree gimple_cond_true_label (const gcond *g)
!      Return the label used by conditional statement `G' when its
       predicate evaluates to true.
  
   -- GIMPLE function: void gimple_cond_set_true_label (gcond *g, tree
            label)
!      Set `LABEL' to be the label used by conditional statement `G' when
       its predicate evaluates to true.
  
   -- GIMPLE function: void gimple_cond_set_false_label (gcond *g, tree
            label)
!      Set `LABEL' to be the label used by conditional statement `G' when
       its predicate evaluates to false.
  
   -- GIMPLE function: tree gimple_cond_false_label (const gcond *g)
!      Return the label used by conditional statement `G' when its
       predicate evaluates to false.
  
   -- GIMPLE function: void gimple_cond_make_false (gcond *g)
!      Set the conditional `COND_STMT' to be of the form 'if (1 == 0)'.
  
   -- GIMPLE function: void gimple_cond_make_true (gcond *g)
!      Set the conditional `COND_STMT' to be of the form 'if (1 == 1)'.
  
  
! File: gccint.info,  Node: `GIMPLE_DEBUG',  Next: `GIMPLE_EH_FILTER',  Prev: `GIMPLE_COND',  Up: Tuple specific accessors
  
! 11.8.7 `GIMPLE_DEBUG'
  ---------------------
  
   -- GIMPLE function: gdebug *gimple_build_debug_bind (tree var, tree
            value, gimple stmt)
!      Build a `GIMPLE_DEBUG' statement with `GIMPLE_DEBUG_BIND' of
!      `subcode'.  The effect of this statement is to tell debug
       information generation machinery that the value of user variable
!      `var' is given by `value' at that point, and to remain with that
!      value until `var' runs out of scope, a dynamically-subsequent
!      debug bind statement overrides the binding, or conflicting values
!      reach a control flow merge point.  Even if components of the
!      `value' expression change afterwards, the variable is supposed to
!      retain the same value, though not necessarily the same location.
  
!      It is expected that `var' be most often a tree for automatic user
!      variables (`VAR_DECL' or `PARM_DECL') that satisfy the
!      requirements for gimple registers, but it may also be a tree for a
!      scalarized component of a user variable (`ARRAY_REF',
!      `COMPONENT_REF'), or a debug temporary (`DEBUG_EXPR_DECL').
  
!      As for `value', it can be an arbitrary tree expression, but it is
       recommended that it be in a suitable form for a gimple assignment
!      `RHS'.  It is not expected that user variables that could appear
!      as `var' ever appear in `value', because in the latter we'd have
!      their `SSA_NAME's instead, but even if they were not in SSA form,
!      user variables appearing in `value' are to be regarded as part of
!      the executable code space, whereas those in `var' are to be
!      regarded as part of the source code space.  There is no way to
!      refer to the value bound to a user variable within a `value'
!      expression.
  
!      If `value' is `GIMPLE_DEBUG_BIND_NOVALUE', debug information
!      generation machinery is informed that the variable `var' is
       unbound, i.e., that its value is indeterminate, which sometimes
       means it is really unavailable, and other times that the compiler
       could not keep track of it.
  
!      Block and location information for the newly-created stmt are
!      taken from `stmt', if given.
  
   -- GIMPLE function: tree gimple_debug_bind_get_var (gimple stmt)
!      Return the user variable VAR that is bound at `stmt'.
  
   -- GIMPLE function: tree gimple_debug_bind_get_value (gimple stmt)
       Return the value expression that is bound to a user variable at
!      `stmt'.
  
   -- GIMPLE function: tree * gimple_debug_bind_get_value_ptr (gimple
            stmt)
       Return a pointer to the value expression that is bound to a user
!      variable at `stmt'.
  
   -- GIMPLE function: void gimple_debug_bind_set_var (gimple stmt, tree
            var)
!      Modify the user variable bound at `stmt' to VAR.
  
!  -- GIMPLE function: void gimple_debug_bind_set_value (gimple stmt,
!           tree var)
!      Modify the value bound to the user variable bound at `stmt' to
       VALUE.
  
   -- GIMPLE function: void gimple_debug_bind_reset_value (gimple stmt)
!      Modify the value bound to the user variable bound at `stmt' so
!      that the variable becomes unbound.
  
   -- GIMPLE function: bool gimple_debug_bind_has_value_p (gimple stmt)
!      Return `TRUE' if `stmt' binds a user variable to a value, and
!      `FALSE' if it unbinds the variable.
  
  
! File: gccint.info,  Node: `GIMPLE_EH_FILTER',  Next: `GIMPLE_LABEL',  Prev: `GIMPLE_DEBUG',  Up: Tuple specific accessors
  
! 11.8.8 `GIMPLE_EH_FILTER'
  -------------------------
  
   -- GIMPLE function: geh_filter *gimple_build_eh_filter (tree types,
            gimple_seq failure)
!      Build a `GIMPLE_EH_FILTER' statement.  `TYPES' are the filter's
!      types.  `FAILURE' is a sequence with the filter's failure action.
  
   -- GIMPLE function: tree gimple_eh_filter_types (gimple g)
!      Return the types handled by `GIMPLE_EH_FILTER' statement `G'.
  
   -- GIMPLE function: tree * gimple_eh_filter_types_ptr (gimple g)
!      Return a pointer to the types handled by `GIMPLE_EH_FILTER'
!      statement `G'.
  
   -- GIMPLE function: gimple_seq gimple_eh_filter_failure (gimple g)
!      Return the sequence of statement to execute when `GIMPLE_EH_FILTER'
       statement fails.
  
   -- GIMPLE function: void gimple_eh_filter_set_types (geh_filter *g,
            tree types)
!      Set `TYPES' to be the set of types handled by `GIMPLE_EH_FILTER'
!      `G'.
  
   -- GIMPLE function: void gimple_eh_filter_set_failure (geh_filter *g,
            gimple_seq failure)
!      Set `FAILURE' to be the sequence of statements to execute on
!      failure for `GIMPLE_EH_FILTER' `G'.
  
   -- GIMPLE function: tree gimple_eh_must_not_throw_fndecl ( geh_mnt
            *eh_mnt_stmt)
*************** File: gccint.info,  Node: GIMPLE_EH_FILT
*** 12308,12393 ****
       Set the function decl to be called by GS to DECL.
  
  
! File: gccint.info,  Node: GIMPLE_LABEL,  Next: GIMPLE_GOTO,  Prev: GIMPLE_EH_FILTER,  Up: Tuple specific accessors
  
! 11.8.9 'GIMPLE_LABEL'
  ---------------------
  
   -- GIMPLE function: glabel *gimple_build_label (tree label)
!      Build a 'GIMPLE_LABEL' statement with corresponding to the tree
!      label, 'LABEL'.
  
   -- GIMPLE function: tree gimple_label_label (const glabel *g)
!      Return the 'LABEL_DECL' node used by 'GIMPLE_LABEL' statement 'G'.
  
   -- GIMPLE function: void gimple_label_set_label (glabel *g, tree label)
!      Set 'LABEL' to be the 'LABEL_DECL' node used by 'GIMPLE_LABEL'
!      statement 'G'.
  
  
! File: gccint.info,  Node: GIMPLE_GOTO,  Next: GIMPLE_NOP,  Prev: GIMPLE_LABEL,  Up: Tuple specific accessors
  
! 11.8.10 'GIMPLE_GOTO'
  ---------------------
  
   -- GIMPLE function: ggoto *gimple_build_goto (tree dest)
!      Build a 'GIMPLE_GOTO' statement to label 'DEST'.
  
   -- GIMPLE function: tree gimple_goto_dest (gimple g)
!      Return the destination of the unconditional jump 'G'.
  
   -- GIMPLE function: void gimple_goto_set_dest (ggoto *g, tree dest)
!      Set 'DEST' to be the destination of the unconditional jump 'G'.
  
  
! File: gccint.info,  Node: GIMPLE_NOP,  Next: GIMPLE_OMP_ATOMIC_LOAD,  Prev: GIMPLE_GOTO,  Up: Tuple specific accessors
  
! 11.8.11 'GIMPLE_NOP'
  --------------------
  
   -- GIMPLE function: gimple gimple_build_nop (void)
!      Build a 'GIMPLE_NOP' statement.
  
   -- GIMPLE function: bool gimple_nop_p (gimple g)
!      Returns 'TRUE' if statement 'G' is a 'GIMPLE_NOP'.
  
  
! File: gccint.info,  Node: GIMPLE_OMP_ATOMIC_LOAD,  Next: GIMPLE_OMP_ATOMIC_STORE,  Prev: GIMPLE_NOP,  Up: Tuple specific accessors
  
! 11.8.12 'GIMPLE_OMP_ATOMIC_LOAD'
  --------------------------------
  
   -- GIMPLE function: gomp_atomic_load *gimple_build_omp_atomic_load (
            tree lhs, tree rhs)
!      Build a 'GIMPLE_OMP_ATOMIC_LOAD' statement.  'LHS' is the left-hand
!      side of the assignment.  'RHS' is the right-hand side of the
       assignment.
  
   -- GIMPLE function: void gimple_omp_atomic_load_set_lhs (
            gomp_atomic_load *g, tree lhs)
!      Set the 'LHS' of an atomic load.
  
   -- GIMPLE function: tree gimple_omp_atomic_load_lhs ( const
            gomp_atomic_load *g)
!      Get the 'LHS' of an atomic load.
  
   -- GIMPLE function: void gimple_omp_atomic_load_set_rhs (
            gomp_atomic_load *g, tree rhs)
!      Set the 'RHS' of an atomic set.
  
   -- GIMPLE function: tree gimple_omp_atomic_load_rhs ( const
            gomp_atomic_load *g)
!      Get the 'RHS' of an atomic set.
  
  
! File: gccint.info,  Node: GIMPLE_OMP_ATOMIC_STORE,  Next: GIMPLE_OMP_CONTINUE,  Prev: GIMPLE_OMP_ATOMIC_LOAD,  Up: Tuple specific accessors
  
! 11.8.13 'GIMPLE_OMP_ATOMIC_STORE'
  ---------------------------------
  
   -- GIMPLE function: gomp_atomic_store *gimple_build_omp_atomic_store (
            tree val)
!      Build a 'GIMPLE_OMP_ATOMIC_STORE' statement.  'VAL' is the value to
       be stored.
  
   -- GIMPLE function: void gimple_omp_atomic_store_set_val (
--- 12449,12534 ----
       Set the function decl to be called by GS to DECL.
  
  
! File: gccint.info,  Node: `GIMPLE_LABEL',  Next: `GIMPLE_GOTO',  Prev: `GIMPLE_EH_FILTER',  Up: Tuple specific accessors
  
! 11.8.9 `GIMPLE_LABEL'
  ---------------------
  
   -- GIMPLE function: glabel *gimple_build_label (tree label)
!      Build a `GIMPLE_LABEL' statement with corresponding to the tree
!      label, `LABEL'.
  
   -- GIMPLE function: tree gimple_label_label (const glabel *g)
!      Return the `LABEL_DECL' node used by `GIMPLE_LABEL' statement `G'.
  
   -- GIMPLE function: void gimple_label_set_label (glabel *g, tree label)
!      Set `LABEL' to be the `LABEL_DECL' node used by `GIMPLE_LABEL'
!      statement `G'.
  
  
! File: gccint.info,  Node: `GIMPLE_GOTO',  Next: `GIMPLE_NOP',  Prev: `GIMPLE_LABEL',  Up: Tuple specific accessors
  
! 11.8.10 `GIMPLE_GOTO'
  ---------------------
  
   -- GIMPLE function: ggoto *gimple_build_goto (tree dest)
!      Build a `GIMPLE_GOTO' statement to label `DEST'.
  
   -- GIMPLE function: tree gimple_goto_dest (gimple g)
!      Return the destination of the unconditional jump `G'.
  
   -- GIMPLE function: void gimple_goto_set_dest (ggoto *g, tree dest)
!      Set `DEST' to be the destination of the unconditional jump `G'.
  
  
! File: gccint.info,  Node: `GIMPLE_NOP',  Next: `GIMPLE_OMP_ATOMIC_LOAD',  Prev: `GIMPLE_GOTO',  Up: Tuple specific accessors
  
! 11.8.11 `GIMPLE_NOP'
  --------------------
  
   -- GIMPLE function: gimple gimple_build_nop (void)
!      Build a `GIMPLE_NOP' statement.
  
   -- GIMPLE function: bool gimple_nop_p (gimple g)
!      Returns `TRUE' if statement `G' is a `GIMPLE_NOP'.
  
  
! File: gccint.info,  Node: `GIMPLE_OMP_ATOMIC_LOAD',  Next: `GIMPLE_OMP_ATOMIC_STORE',  Prev: `GIMPLE_NOP',  Up: Tuple specific accessors
  
! 11.8.12 `GIMPLE_OMP_ATOMIC_LOAD'
  --------------------------------
  
   -- GIMPLE function: gomp_atomic_load *gimple_build_omp_atomic_load (
            tree lhs, tree rhs)
!      Build a `GIMPLE_OMP_ATOMIC_LOAD' statement.  `LHS' is the left-hand
!      side of the assignment.  `RHS' is the right-hand side of the
       assignment.
  
   -- GIMPLE function: void gimple_omp_atomic_load_set_lhs (
            gomp_atomic_load *g, tree lhs)
!      Set the `LHS' of an atomic load.
  
   -- GIMPLE function: tree gimple_omp_atomic_load_lhs ( const
            gomp_atomic_load *g)
!      Get the `LHS' of an atomic load.
  
   -- GIMPLE function: void gimple_omp_atomic_load_set_rhs (
            gomp_atomic_load *g, tree rhs)
!      Set the `RHS' of an atomic set.
  
   -- GIMPLE function: tree gimple_omp_atomic_load_rhs ( const
            gomp_atomic_load *g)
!      Get the `RHS' of an atomic set.
  
  
! File: gccint.info,  Node: `GIMPLE_OMP_ATOMIC_STORE',  Next: `GIMPLE_OMP_CONTINUE',  Prev: `GIMPLE_OMP_ATOMIC_LOAD',  Up: Tuple specific accessors
  
! 11.8.13 `GIMPLE_OMP_ATOMIC_STORE'
  ---------------------------------
  
   -- GIMPLE function: gomp_atomic_store *gimple_build_omp_atomic_store (
            tree val)
!      Build a `GIMPLE_OMP_ATOMIC_STORE' statement. `VAL' is the value to
       be stored.
  
   -- GIMPLE function: void gimple_omp_atomic_store_set_val (
*************** File: gccint.info,  Node: GIMPLE_OMP_ATO
*** 12399,12419 ****
       Return the value being stored in an atomic store.
  
  
! File: gccint.info,  Node: GIMPLE_OMP_CONTINUE,  Next: GIMPLE_OMP_CRITICAL,  Prev: GIMPLE_OMP_ATOMIC_STORE,  Up: Tuple specific accessors
  
! 11.8.14 'GIMPLE_OMP_CONTINUE'
  -----------------------------
  
   -- GIMPLE function: gomp_continue *gimple_build_omp_continue ( tree
            control_def, tree control_use)
!      Build a 'GIMPLE_OMP_CONTINUE' statement.  'CONTROL_DEF' is the
!      definition of the control variable.  'CONTROL_USE' is the use of
       the control variable.
  
   -- GIMPLE function: tree gimple_omp_continue_control_def ( const
            gomp_continue *s)
       Return the definition of the control variable on a
!      'GIMPLE_OMP_CONTINUE' in 'S'.
  
   -- GIMPLE function: tree gimple_omp_continue_control_def_ptr (
            gomp_continue *s)
--- 12540,12560 ----
       Return the value being stored in an atomic store.
  
  
! File: gccint.info,  Node: `GIMPLE_OMP_CONTINUE',  Next: `GIMPLE_OMP_CRITICAL',  Prev: `GIMPLE_OMP_ATOMIC_STORE',  Up: Tuple specific accessors
  
! 11.8.14 `GIMPLE_OMP_CONTINUE'
  -----------------------------
  
   -- GIMPLE function: gomp_continue *gimple_build_omp_continue ( tree
            control_def, tree control_use)
!      Build a `GIMPLE_OMP_CONTINUE' statement.  `CONTROL_DEF' is the
!      definition of the control variable.  `CONTROL_USE' is the use of
       the control variable.
  
   -- GIMPLE function: tree gimple_omp_continue_control_def ( const
            gomp_continue *s)
       Return the definition of the control variable on a
!      `GIMPLE_OMP_CONTINUE' in `S'.
  
   -- GIMPLE function: tree gimple_omp_continue_control_def_ptr (
            gomp_continue *s)
*************** File: gccint.info,  Node: GIMPLE_OMP_CON
*** 12421,12433 ****
  
   -- GIMPLE function: tree gimple_omp_continue_set_control_def (
            gomp_continue *s)
!      Set the control variable definition for a 'GIMPLE_OMP_CONTINUE'
!      statement in 'S'.
  
   -- GIMPLE function: tree gimple_omp_continue_control_use ( const
            gomp_continue *s)
!      Return the use of the control variable on a 'GIMPLE_OMP_CONTINUE'
!      in 'S'.
  
   -- GIMPLE function: tree gimple_omp_continue_control_use_ptr (
            gomp_continue *s)
--- 12562,12574 ----
  
   -- GIMPLE function: tree gimple_omp_continue_set_control_def (
            gomp_continue *s)
!      Set the control variable definition for a `GIMPLE_OMP_CONTINUE'
!      statement in `S'.
  
   -- GIMPLE function: tree gimple_omp_continue_control_use ( const
            gomp_continue *s)
!      Return the use of the control variable on a `GIMPLE_OMP_CONTINUE'
!      in `S'.
  
   -- GIMPLE function: tree gimple_omp_continue_control_use_ptr (
            gomp_continue *s)
*************** File: gccint.info,  Node: GIMPLE_OMP_CON
*** 12435,12847 ****
  
   -- GIMPLE function: tree gimple_omp_continue_set_control_use (
            gomp_continue *s)
!      Set the control variable use for a 'GIMPLE_OMP_CONTINUE' statement
!      in 'S'.
  
  
! File: gccint.info,  Node: GIMPLE_OMP_CRITICAL,  Next: GIMPLE_OMP_FOR,  Prev: GIMPLE_OMP_CONTINUE,  Up: Tuple specific accessors
  
! 11.8.15 'GIMPLE_OMP_CRITICAL'
  -----------------------------
  
   -- GIMPLE function: gomp_critical *gimple_build_omp_critical (
            gimple_seq body, tree name)
!      Build a 'GIMPLE_OMP_CRITICAL' statement.  'BODY' is the sequence of
!      statements for which only one thread can execute.  'NAME' is an
       optional identifier for this critical block.
  
!  -- GIMPLE function: tree gimple_omp_critical_name ( const gomp_critical
!           *g)
!      Return the name associated with 'OMP_CRITICAL' statement 'G'.
  
!  -- GIMPLE function: tree * gimple_omp_critical_name_ptr ( gomp_critical
!           *g)
!      Return a pointer to the name associated with 'OMP' critical
!      statement 'G'.
  
   -- GIMPLE function: void gimple_omp_critical_set_name ( gomp_critical
            *g, tree name)
!      Set 'NAME' to be the name associated with 'OMP' critical statement
!      'G'.
  
  
! File: gccint.info,  Node: GIMPLE_OMP_FOR,  Next: GIMPLE_OMP_MASTER,  Prev: GIMPLE_OMP_CRITICAL,  Up: Tuple specific accessors
  
! 11.8.16 'GIMPLE_OMP_FOR'
  ------------------------
  
   -- GIMPLE function: gomp_for *gimple_build_omp_for (gimple_seq body,
!           tree clauses, tree index, tree initial, tree final, tree incr,
!           gimple_seq pre_body, enum tree_code omp_for_cond)
!      Build a 'GIMPLE_OMP_FOR' statement.  'BODY' is sequence of
!      statements inside the for loop.  'CLAUSES', are any of the loop
!      construct's clauses.  'PRE_BODY' is the sequence of statements that
!      are loop invariant.  'INDEX' is the index variable.  'INITIAL' is
!      the initial value of 'INDEX'.  'FINAL' is final value of 'INDEX'.
!      OMP_FOR_COND is the predicate used to compare 'INDEX' and 'FINAL'.
!      'INCR' is the increment expression.
  
   -- GIMPLE function: tree gimple_omp_for_clauses (gimple g)
!      Return the clauses associated with 'OMP_FOR' 'G'.
  
   -- GIMPLE function: tree * gimple_omp_for_clauses_ptr (gimple g)
!      Return a pointer to the 'OMP_FOR' 'G'.
  
   -- GIMPLE function: void gimple_omp_for_set_clauses (gimple g, tree
            clauses)
!      Set 'CLAUSES' to be the list of clauses associated with 'OMP_FOR'
!      'G'.
  
   -- GIMPLE function: tree gimple_omp_for_index (gimple g)
!      Return the index variable for 'OMP_FOR' 'G'.
  
   -- GIMPLE function: tree * gimple_omp_for_index_ptr (gimple g)
!      Return a pointer to the index variable for 'OMP_FOR' 'G'.
  
   -- GIMPLE function: void gimple_omp_for_set_index (gimple g, tree
            index)
!      Set 'INDEX' to be the index variable for 'OMP_FOR' 'G'.
  
   -- GIMPLE function: tree gimple_omp_for_initial (gimple g)
!      Return the initial value for 'OMP_FOR' 'G'.
  
   -- GIMPLE function: tree * gimple_omp_for_initial_ptr (gimple g)
!      Return a pointer to the initial value for 'OMP_FOR' 'G'.
  
   -- GIMPLE function: void gimple_omp_for_set_initial (gimple g, tree
            initial)
!      Set 'INITIAL' to be the initial value for 'OMP_FOR' 'G'.
  
   -- GIMPLE function: tree gimple_omp_for_final (gimple g)
!      Return the final value for 'OMP_FOR' 'G'.
  
   -- GIMPLE function: tree * gimple_omp_for_final_ptr (gimple g)
!      turn a pointer to the final value for 'OMP_FOR' 'G'.
  
   -- GIMPLE function: void gimple_omp_for_set_final (gimple g, tree
            final)
!      Set 'FINAL' to be the final value for 'OMP_FOR' 'G'.
  
   -- GIMPLE function: tree gimple_omp_for_incr (gimple g)
!      Return the increment value for 'OMP_FOR' 'G'.
  
   -- GIMPLE function: tree * gimple_omp_for_incr_ptr (gimple g)
!      Return a pointer to the increment value for 'OMP_FOR' 'G'.
  
   -- GIMPLE function: void gimple_omp_for_set_incr (gimple g, tree incr)
!      Set 'INCR' to be the increment value for 'OMP_FOR' 'G'.
  
   -- GIMPLE function: gimple_seq gimple_omp_for_pre_body (gimple g)
!      Return the sequence of statements to execute before the 'OMP_FOR'
!      statement 'G' starts.
  
   -- GIMPLE function: void gimple_omp_for_set_pre_body (gimple g,
            gimple_seq pre_body)
!      Set 'PRE_BODY' to be the sequence of statements to execute before
!      the 'OMP_FOR' statement 'G' starts.
  
   -- GIMPLE function: void gimple_omp_for_set_cond (gimple g, enum
            tree_code cond)
!      Set 'COND' to be the condition code for 'OMP_FOR' 'G'.
  
   -- GIMPLE function: enum tree_code gimple_omp_for_cond (gimple g)
!      Return the condition code associated with 'OMP_FOR' 'G'.
  
  
! File: gccint.info,  Node: GIMPLE_OMP_MASTER,  Next: GIMPLE_OMP_ORDERED,  Prev: GIMPLE_OMP_FOR,  Up: Tuple specific accessors
  
! 11.8.17 'GIMPLE_OMP_MASTER'
  ---------------------------
  
   -- GIMPLE function: gimple gimple_build_omp_master (gimple_seq body)
!      Build a 'GIMPLE_OMP_MASTER' statement.  'BODY' is the sequence of
       statements to be executed by just the master.
  
  
! File: gccint.info,  Node: GIMPLE_OMP_ORDERED,  Next: GIMPLE_OMP_PARALLEL,  Prev: GIMPLE_OMP_MASTER,  Up: Tuple specific accessors
  
! 11.8.18 'GIMPLE_OMP_ORDERED'
  ----------------------------
  
   -- GIMPLE function: gimple gimple_build_omp_ordered (gimple_seq body)
!      Build a 'GIMPLE_OMP_ORDERED' statement.
  
!  'BODY' is the sequence of statements inside a loop that will executed
  in sequence.
  
  
! File: gccint.info,  Node: GIMPLE_OMP_PARALLEL,  Next: GIMPLE_OMP_RETURN,  Prev: GIMPLE_OMP_ORDERED,  Up: Tuple specific accessors
  
! 11.8.19 'GIMPLE_OMP_PARALLEL'
  -----------------------------
  
!  -- GIMPLE function: gomp_parallel *gimple_build_omp_parallel
!           (gimple_seq body, tree clauses, tree child_fn, tree data_arg)
!      Build a 'GIMPLE_OMP_PARALLEL' statement.
  
!  'BODY' is sequence of statements which are executed in parallel.
! 'CLAUSES', are the 'OMP' parallel construct's clauses.  'CHILD_FN' is
! the function created for the parallel threads to execute.  'DATA_ARG'
  are the shared data argument(s).
  
   -- GIMPLE function: bool gimple_omp_parallel_combined_p (gimple g)
!      Return true if 'OMP' parallel statement 'G' has the
!      'GF_OMP_PARALLEL_COMBINED' flag set.
  
   -- GIMPLE function: void gimple_omp_parallel_set_combined_p (gimple g)
!      Set the 'GF_OMP_PARALLEL_COMBINED' field in 'OMP' parallel
!      statement 'G'.
  
   -- GIMPLE function: gimple_seq gimple_omp_body (gimple g)
!      Return the body for the 'OMP' statement 'G'.
  
   -- GIMPLE function: void gimple_omp_set_body (gimple g, gimple_seq
            body)
!      Set 'BODY' to be the body for the 'OMP' statement 'G'.
  
   -- GIMPLE function: tree gimple_omp_parallel_clauses (gimple g)
!      Return the clauses associated with 'OMP_PARALLEL' 'G'.
  
   -- GIMPLE function: tree * gimple_omp_parallel_clauses_ptr (
            gomp_parallel *g)
!      Return a pointer to the clauses associated with 'OMP_PARALLEL' 'G'.
  
   -- GIMPLE function: void gimple_omp_parallel_set_clauses (
            gomp_parallel *g, tree clauses)
!      Set 'CLAUSES' to be the list of clauses associated with
!      'OMP_PARALLEL' 'G'.
  
   -- GIMPLE function: tree gimple_omp_parallel_child_fn ( const
            gomp_parallel *g)
!      Return the child function used to hold the body of 'OMP_PARALLEL'
!      'G'.
  
   -- GIMPLE function: tree * gimple_omp_parallel_child_fn_ptr (
            gomp_parallel *g)
       Return a pointer to the child function used to hold the body of
!      'OMP_PARALLEL' 'G'.
  
   -- GIMPLE function: void gimple_omp_parallel_set_child_fn (
            gomp_parallel *g, tree child_fn)
!      Set 'CHILD_FN' to be the child function for 'OMP_PARALLEL' 'G'.
  
   -- GIMPLE function: tree gimple_omp_parallel_data_arg ( const
            gomp_parallel *g)
       Return the artificial argument used to send variables and values
!      from the parent to the children threads in 'OMP_PARALLEL' 'G'.
  
   -- GIMPLE function: tree * gimple_omp_parallel_data_arg_ptr (
            gomp_parallel *g)
!      Return a pointer to the data argument for 'OMP_PARALLEL' 'G'.
  
   -- GIMPLE function: void gimple_omp_parallel_set_data_arg (
            gomp_parallel *g, tree data_arg)
!      Set 'DATA_ARG' to be the data argument for 'OMP_PARALLEL' 'G'.
  
  
! File: gccint.info,  Node: GIMPLE_OMP_RETURN,  Next: GIMPLE_OMP_SECTION,  Prev: GIMPLE_OMP_PARALLEL,  Up: Tuple specific accessors
  
! 11.8.20 'GIMPLE_OMP_RETURN'
  ---------------------------
  
   -- GIMPLE function: gimple gimple_build_omp_return (bool wait_p)
!      Build a 'GIMPLE_OMP_RETURN' statement.  'WAIT_P' is true if this is
       a non-waiting return.
  
   -- GIMPLE function: void gimple_omp_return_set_nowait (gimple s)
!      Set the nowait flag on 'GIMPLE_OMP_RETURN' statement 'S'.
  
   -- GIMPLE function: bool gimple_omp_return_nowait_p (gimple g)
!      Return true if 'OMP' return statement 'G' has the
!      'GF_OMP_RETURN_NOWAIT' flag set.
  
  
! File: gccint.info,  Node: GIMPLE_OMP_SECTION,  Next: GIMPLE_OMP_SECTIONS,  Prev: GIMPLE_OMP_RETURN,  Up: Tuple specific accessors
  
! 11.8.21 'GIMPLE_OMP_SECTION'
  ----------------------------
  
   -- GIMPLE function: gimple gimple_build_omp_section (gimple_seq body)
!      Build a 'GIMPLE_OMP_SECTION' statement for a sections statement.
  
!  'BODY' is the sequence of statements in the section.
  
   -- GIMPLE function: bool gimple_omp_section_last_p (gimple g)
!      Return true if 'OMP' section statement 'G' has the
!      'GF_OMP_SECTION_LAST' flag set.
  
   -- GIMPLE function: void gimple_omp_section_set_last (gimple g)
!      Set the 'GF_OMP_SECTION_LAST' flag on 'G'.
  
  
! File: gccint.info,  Node: GIMPLE_OMP_SECTIONS,  Next: GIMPLE_OMP_SINGLE,  Prev: GIMPLE_OMP_SECTION,  Up: Tuple specific accessors
  
! 11.8.22 'GIMPLE_OMP_SECTIONS'
  -----------------------------
  
   -- GIMPLE function: gomp_sections *gimple_build_omp_sections (
            gimple_seq body, tree clauses)
!      Build a 'GIMPLE_OMP_SECTIONS' statement.  'BODY' is a sequence of
!      section statements.  'CLAUSES' are any of the 'OMP' sections
!      construct's clauses: private, firstprivate, lastprivate, reduction,
!      and nowait.
  
   -- GIMPLE function: gimple gimple_build_omp_sections_switch (void)
!      Build a 'GIMPLE_OMP_SECTIONS_SWITCH' statement.
  
   -- GIMPLE function: tree gimple_omp_sections_control (gimple g)
       Return the control variable associated with the
!      'GIMPLE_OMP_SECTIONS' in 'G'.
  
   -- GIMPLE function: tree * gimple_omp_sections_control_ptr (gimple g)
       Return a pointer to the clauses associated with the
!      'GIMPLE_OMP_SECTIONS' in 'G'.
  
   -- GIMPLE function: void gimple_omp_sections_set_control (gimple g,
            tree control)
!      Set 'CONTROL' to be the set of clauses associated with the
!      'GIMPLE_OMP_SECTIONS' in 'G'.
  
   -- GIMPLE function: tree gimple_omp_sections_clauses (gimple g)
!      Return the clauses associated with 'OMP_SECTIONS' 'G'.
  
   -- GIMPLE function: tree * gimple_omp_sections_clauses_ptr (gimple g)
!      Return a pointer to the clauses associated with 'OMP_SECTIONS' 'G'.
  
   -- GIMPLE function: void gimple_omp_sections_set_clauses (gimple g,
            tree clauses)
!      Set 'CLAUSES' to be the set of clauses associated with
!      'OMP_SECTIONS' 'G'.
  
  
! File: gccint.info,  Node: GIMPLE_OMP_SINGLE,  Next: GIMPLE_PHI,  Prev: GIMPLE_OMP_SECTIONS,  Up: Tuple specific accessors
  
! 11.8.23 'GIMPLE_OMP_SINGLE'
  ---------------------------
  
   -- GIMPLE function: gomp_single *gimple_build_omp_single ( gimple_seq
            body, tree clauses)
!      Build a 'GIMPLE_OMP_SINGLE' statement.  'BODY' is the sequence of
!      statements that will be executed once.  'CLAUSES' are any of the
!      'OMP' single construct's clauses: private, firstprivate,
       copyprivate, nowait.
  
   -- GIMPLE function: tree gimple_omp_single_clauses (gimple g)
!      Return the clauses associated with 'OMP_SINGLE' 'G'.
  
   -- GIMPLE function: tree * gimple_omp_single_clauses_ptr (gimple g)
!      Return a pointer to the clauses associated with 'OMP_SINGLE' 'G'.
  
   -- GIMPLE function: void gimple_omp_single_set_clauses ( gomp_single
            *g, tree clauses)
!      Set 'CLAUSES' to be the clauses associated with 'OMP_SINGLE' 'G'.
  
  
! File: gccint.info,  Node: GIMPLE_PHI,  Next: GIMPLE_RESX,  Prev: GIMPLE_OMP_SINGLE,  Up: Tuple specific accessors
  
! 11.8.24 'GIMPLE_PHI'
  --------------------
  
   -- GIMPLE function: unsigned gimple_phi_capacity (gimple g)
!      Return the maximum number of arguments supported by 'GIMPLE_PHI'
!      'G'.
  
   -- GIMPLE function: unsigned gimple_phi_num_args (gimple g)
!      Return the number of arguments in 'GIMPLE_PHI' 'G'.  This must
       always be exactly the number of incoming edges for the basic block
!      holding 'G'.
  
   -- GIMPLE function: tree gimple_phi_result (gimple g)
!      Return the 'SSA' name created by 'GIMPLE_PHI' 'G'.
  
   -- GIMPLE function: tree * gimple_phi_result_ptr (gimple g)
!      Return a pointer to the 'SSA' name created by 'GIMPLE_PHI' 'G'.
  
   -- GIMPLE function: void gimple_phi_set_result (gphi *g, tree result)
!      Set 'RESULT' to be the 'SSA' name created by 'GIMPLE_PHI' 'G'.
  
   -- GIMPLE function: struct phi_arg_d * gimple_phi_arg (gimple g, index)
!      Return the 'PHI' argument corresponding to incoming edge 'INDEX'
!      for 'GIMPLE_PHI' 'G'.
  
   -- GIMPLE function: void gimple_phi_set_arg (gphi *g, index, struct
            phi_arg_d * phiarg)
!      Set 'PHIARG' to be the argument corresponding to incoming edge
!      'INDEX' for 'GIMPLE_PHI' 'G'.
  
  
! File: gccint.info,  Node: GIMPLE_RESX,  Next: GIMPLE_RETURN,  Prev: GIMPLE_PHI,  Up: Tuple specific accessors
  
! 11.8.25 'GIMPLE_RESX'
  ---------------------
  
   -- GIMPLE function: gresx *gimple_build_resx (int region)
!      Build a 'GIMPLE_RESX' statement which is a statement.  This
       statement is a placeholder for _Unwind_Resume before we know if a
!      function call or a branch is needed.  'REGION' is the exception
       region from which control is flowing.
  
   -- GIMPLE function: int gimple_resx_region (const gresx *g)
!      Return the region number for 'GIMPLE_RESX' 'G'.
  
   -- GIMPLE function: void gimple_resx_set_region (gresx *g, int region)
!      Set 'REGION' to be the region number for 'GIMPLE_RESX' 'G'.
  
  
! File: gccint.info,  Node: GIMPLE_RETURN,  Next: GIMPLE_SWITCH,  Prev: GIMPLE_RESX,  Up: Tuple specific accessors
  
! 11.8.26 'GIMPLE_RETURN'
  -----------------------
  
   -- GIMPLE function: greturn *gimple_build_return (tree retval)
!      Build a 'GIMPLE_RETURN' statement whose return value is retval.
  
   -- GIMPLE function: tree gimple_return_retval (const greturn *g)
!      Return the return value for 'GIMPLE_RETURN' 'G'.
  
   -- GIMPLE function: void gimple_return_set_retval (greturn *g, tree
            retval)
!      Set 'RETVAL' to be the return value for 'GIMPLE_RETURN' 'G'.
  
  
! File: gccint.info,  Node: GIMPLE_SWITCH,  Next: GIMPLE_TRY,  Prev: GIMPLE_RETURN,  Up: Tuple specific accessors
  
! 11.8.27 'GIMPLE_SWITCH'
  -----------------------
  
   -- GIMPLE function: gswitch *gimple_build_switch (tree index, tree
!           default_label, 'vec'<tree> *args)
!      Build a 'GIMPLE_SWITCH' statement.  'INDEX' is the index variable
!      to switch on, and 'DEFAULT_LABEL' represents the default label.
!      'ARGS' is a vector of 'CASE_LABEL_EXPR' trees that contain the
       non-default case labels.  Each label is a tree of code
!      'CASE_LABEL_EXPR'.
  
   -- GIMPLE function: unsigned gimple_switch_num_labels ( const gswitch
            *g)
       Return the number of labels associated with the switch statement
!      'G'.
  
   -- GIMPLE function: void gimple_switch_set_num_labels (gswitch *g,
            unsigned nlabels)
!      Set 'NLABELS' to be the number of labels for the switch statement
!      'G'.
  
   -- GIMPLE function: tree gimple_switch_index (const gswitch *g)
!      Return the index variable used by the switch statement 'G'.
  
   -- GIMPLE function: void gimple_switch_set_index (gswitch *g, tree
            index)
!      Set 'INDEX' to be the index variable for switch statement 'G'.
  
   -- GIMPLE function: tree gimple_switch_label (const gswitch *g,
            unsigned index)
!      Return the label numbered 'INDEX'.  The default label is 0,
!      followed by any labels in a switch statement.
  
   -- GIMPLE function: void gimple_switch_set_label (gswitch *g, unsigned
            index, tree label)
!      Set the label number 'INDEX' to 'LABEL'.  0 is always the default
       label.
  
   -- GIMPLE function: tree gimple_switch_default_label ( const gswitch
--- 12576,12988 ----
  
   -- GIMPLE function: tree gimple_omp_continue_set_control_use (
            gomp_continue *s)
!      Set the control variable use for a `GIMPLE_OMP_CONTINUE' statement
!      in `S'.
  
  
! File: gccint.info,  Node: `GIMPLE_OMP_CRITICAL',  Next: `GIMPLE_OMP_FOR',  Prev: `GIMPLE_OMP_CONTINUE',  Up: Tuple specific accessors
  
! 11.8.15 `GIMPLE_OMP_CRITICAL'
  -----------------------------
  
   -- GIMPLE function: gomp_critical *gimple_build_omp_critical (
            gimple_seq body, tree name)
!      Build a `GIMPLE_OMP_CRITICAL' statement. `BODY' is the sequence of
!      statements for which only one thread can execute.  `NAME' is an
       optional identifier for this critical block.
  
!  -- GIMPLE function: tree gimple_omp_critical_name ( const
!           gomp_critical *g)
!      Return the name associated with `OMP_CRITICAL' statement `G'.
  
!  -- GIMPLE function: tree * gimple_omp_critical_name_ptr (
!           gomp_critical *g)
!      Return a pointer to the name associated with `OMP' critical
!      statement `G'.
  
   -- GIMPLE function: void gimple_omp_critical_set_name ( gomp_critical
            *g, tree name)
!      Set `NAME' to be the name associated with `OMP' critical statement
!      `G'.
  
  
! File: gccint.info,  Node: `GIMPLE_OMP_FOR',  Next: `GIMPLE_OMP_MASTER',  Prev: `GIMPLE_OMP_CRITICAL',  Up: Tuple specific accessors
  
! 11.8.16 `GIMPLE_OMP_FOR'
  ------------------------
  
   -- GIMPLE function: gomp_for *gimple_build_omp_for (gimple_seq body,
!           tree clauses, tree index, tree initial, tree final, tree
!           incr, gimple_seq pre_body, enum tree_code omp_for_cond)
!      Build a `GIMPLE_OMP_FOR' statement. `BODY' is sequence of
!      statements inside the for loop.  `CLAUSES', are any of the loop
!      construct's clauses.  `PRE_BODY' is the sequence of statements
!      that are loop invariant.  `INDEX' is the index variable.
!      `INITIAL' is the initial value of `INDEX'.  `FINAL' is final value
!      of `INDEX'.  OMP_FOR_COND is the predicate used to compare `INDEX'
!      and `FINAL'.  `INCR' is the increment expression.
  
   -- GIMPLE function: tree gimple_omp_for_clauses (gimple g)
!      Return the clauses associated with `OMP_FOR' `G'.
  
   -- GIMPLE function: tree * gimple_omp_for_clauses_ptr (gimple g)
!      Return a pointer to the `OMP_FOR' `G'.
  
   -- GIMPLE function: void gimple_omp_for_set_clauses (gimple g, tree
            clauses)
!      Set `CLAUSES' to be the list of clauses associated with `OMP_FOR'
!      `G'.
  
   -- GIMPLE function: tree gimple_omp_for_index (gimple g)
!      Return the index variable for `OMP_FOR' `G'.
  
   -- GIMPLE function: tree * gimple_omp_for_index_ptr (gimple g)
!      Return a pointer to the index variable for `OMP_FOR' `G'.
  
   -- GIMPLE function: void gimple_omp_for_set_index (gimple g, tree
            index)
!      Set `INDEX' to be the index variable for `OMP_FOR' `G'.
  
   -- GIMPLE function: tree gimple_omp_for_initial (gimple g)
!      Return the initial value for `OMP_FOR' `G'.
  
   -- GIMPLE function: tree * gimple_omp_for_initial_ptr (gimple g)
!      Return a pointer to the initial value for `OMP_FOR' `G'.
  
   -- GIMPLE function: void gimple_omp_for_set_initial (gimple g, tree
            initial)
!      Set `INITIAL' to be the initial value for `OMP_FOR' `G'.
  
   -- GIMPLE function: tree gimple_omp_for_final (gimple g)
!      Return the final value for `OMP_FOR' `G'.
  
   -- GIMPLE function: tree * gimple_omp_for_final_ptr (gimple g)
!      turn a pointer to the final value for `OMP_FOR' `G'.
  
   -- GIMPLE function: void gimple_omp_for_set_final (gimple g, tree
            final)
!      Set `FINAL' to be the final value for `OMP_FOR' `G'.
  
   -- GIMPLE function: tree gimple_omp_for_incr (gimple g)
!      Return the increment value for `OMP_FOR' `G'.
  
   -- GIMPLE function: tree * gimple_omp_for_incr_ptr (gimple g)
!      Return a pointer to the increment value for `OMP_FOR' `G'.
  
   -- GIMPLE function: void gimple_omp_for_set_incr (gimple g, tree incr)
!      Set `INCR' to be the increment value for `OMP_FOR' `G'.
  
   -- GIMPLE function: gimple_seq gimple_omp_for_pre_body (gimple g)
!      Return the sequence of statements to execute before the `OMP_FOR'
!      statement `G' starts.
  
   -- GIMPLE function: void gimple_omp_for_set_pre_body (gimple g,
            gimple_seq pre_body)
!      Set `PRE_BODY' to be the sequence of statements to execute before
!      the `OMP_FOR' statement `G' starts.
  
   -- GIMPLE function: void gimple_omp_for_set_cond (gimple g, enum
            tree_code cond)
!      Set `COND' to be the condition code for `OMP_FOR' `G'.
  
   -- GIMPLE function: enum tree_code gimple_omp_for_cond (gimple g)
!      Return the condition code associated with `OMP_FOR' `G'.
  
  
! File: gccint.info,  Node: `GIMPLE_OMP_MASTER',  Next: `GIMPLE_OMP_ORDERED',  Prev: `GIMPLE_OMP_FOR',  Up: Tuple specific accessors
  
! 11.8.17 `GIMPLE_OMP_MASTER'
  ---------------------------
  
   -- GIMPLE function: gimple gimple_build_omp_master (gimple_seq body)
!      Build a `GIMPLE_OMP_MASTER' statement. `BODY' is the sequence of
       statements to be executed by just the master.
  
  
! File: gccint.info,  Node: `GIMPLE_OMP_ORDERED',  Next: `GIMPLE_OMP_PARALLEL',  Prev: `GIMPLE_OMP_MASTER',  Up: Tuple specific accessors
  
! 11.8.18 `GIMPLE_OMP_ORDERED'
  ----------------------------
  
   -- GIMPLE function: gimple gimple_build_omp_ordered (gimple_seq body)
!      Build a `GIMPLE_OMP_ORDERED' statement.
  
!  `BODY' is the sequence of statements inside a loop that will executed
  in sequence.
  
  
! File: gccint.info,  Node: `GIMPLE_OMP_PARALLEL',  Next: `GIMPLE_OMP_RETURN',  Prev: `GIMPLE_OMP_ORDERED',  Up: Tuple specific accessors
  
! 11.8.19 `GIMPLE_OMP_PARALLEL'
  -----------------------------
  
!  -- GIMPLE function: gomp_parallel *gimple_build_omp_parallel (
!           gimple_seq body, tree clauses, tree child_fn, tree data_arg)
!      Build a `GIMPLE_OMP_PARALLEL' statement.
  
!  `BODY' is sequence of statements which are executed in parallel.
! `CLAUSES', are the `OMP' parallel construct's clauses.  `CHILD_FN' is
! the function created for the parallel threads to execute.  `DATA_ARG'
  are the shared data argument(s).
  
   -- GIMPLE function: bool gimple_omp_parallel_combined_p (gimple g)
!      Return true if `OMP' parallel statement `G' has the
!      `GF_OMP_PARALLEL_COMBINED' flag set.
  
   -- GIMPLE function: void gimple_omp_parallel_set_combined_p (gimple g)
!      Set the `GF_OMP_PARALLEL_COMBINED' field in `OMP' parallel
!      statement `G'.
  
   -- GIMPLE function: gimple_seq gimple_omp_body (gimple g)
!      Return the body for the `OMP' statement `G'.
  
   -- GIMPLE function: void gimple_omp_set_body (gimple g, gimple_seq
            body)
!      Set `BODY' to be the body for the `OMP' statement `G'.
  
   -- GIMPLE function: tree gimple_omp_parallel_clauses (gimple g)
!      Return the clauses associated with `OMP_PARALLEL' `G'.
  
   -- GIMPLE function: tree * gimple_omp_parallel_clauses_ptr (
            gomp_parallel *g)
!      Return a pointer to the clauses associated with `OMP_PARALLEL' `G'.
  
   -- GIMPLE function: void gimple_omp_parallel_set_clauses (
            gomp_parallel *g, tree clauses)
!      Set `CLAUSES' to be the list of clauses associated with
!      `OMP_PARALLEL' `G'.
  
   -- GIMPLE function: tree gimple_omp_parallel_child_fn ( const
            gomp_parallel *g)
!      Return the child function used to hold the body of `OMP_PARALLEL'
!      `G'.
  
   -- GIMPLE function: tree * gimple_omp_parallel_child_fn_ptr (
            gomp_parallel *g)
       Return a pointer to the child function used to hold the body of
!      `OMP_PARALLEL' `G'.
  
   -- GIMPLE function: void gimple_omp_parallel_set_child_fn (
            gomp_parallel *g, tree child_fn)
!      Set `CHILD_FN' to be the child function for `OMP_PARALLEL' `G'.
  
   -- GIMPLE function: tree gimple_omp_parallel_data_arg ( const
            gomp_parallel *g)
       Return the artificial argument used to send variables and values
!      from the parent to the children threads in `OMP_PARALLEL' `G'.
  
   -- GIMPLE function: tree * gimple_omp_parallel_data_arg_ptr (
            gomp_parallel *g)
!      Return a pointer to the data argument for `OMP_PARALLEL' `G'.
  
   -- GIMPLE function: void gimple_omp_parallel_set_data_arg (
            gomp_parallel *g, tree data_arg)
!      Set `DATA_ARG' to be the data argument for `OMP_PARALLEL' `G'.
  
  
! File: gccint.info,  Node: `GIMPLE_OMP_RETURN',  Next: `GIMPLE_OMP_SECTION',  Prev: `GIMPLE_OMP_PARALLEL',  Up: Tuple specific accessors
  
! 11.8.20 `GIMPLE_OMP_RETURN'
  ---------------------------
  
   -- GIMPLE function: gimple gimple_build_omp_return (bool wait_p)
!      Build a `GIMPLE_OMP_RETURN' statement. `WAIT_P' is true if this is
       a non-waiting return.
  
   -- GIMPLE function: void gimple_omp_return_set_nowait (gimple s)
!      Set the nowait flag on `GIMPLE_OMP_RETURN' statement `S'.
  
   -- GIMPLE function: bool gimple_omp_return_nowait_p (gimple g)
!      Return true if `OMP' return statement `G' has the
!      `GF_OMP_RETURN_NOWAIT' flag set.
  
  
! File: gccint.info,  Node: `GIMPLE_OMP_SECTION',  Next: `GIMPLE_OMP_SECTIONS',  Prev: `GIMPLE_OMP_RETURN',  Up: Tuple specific accessors
  
! 11.8.21 `GIMPLE_OMP_SECTION'
  ----------------------------
  
   -- GIMPLE function: gimple gimple_build_omp_section (gimple_seq body)
!      Build a `GIMPLE_OMP_SECTION' statement for a sections statement.
  
!  `BODY' is the sequence of statements in the section.
  
   -- GIMPLE function: bool gimple_omp_section_last_p (gimple g)
!      Return true if `OMP' section statement `G' has the
!      `GF_OMP_SECTION_LAST' flag set.
  
   -- GIMPLE function: void gimple_omp_section_set_last (gimple g)
!      Set the `GF_OMP_SECTION_LAST' flag on `G'.
  
  
! File: gccint.info,  Node: `GIMPLE_OMP_SECTIONS',  Next: `GIMPLE_OMP_SINGLE',  Prev: `GIMPLE_OMP_SECTION',  Up: Tuple specific accessors
  
! 11.8.22 `GIMPLE_OMP_SECTIONS'
  -----------------------------
  
   -- GIMPLE function: gomp_sections *gimple_build_omp_sections (
            gimple_seq body, tree clauses)
!      Build a `GIMPLE_OMP_SECTIONS' statement. `BODY' is a sequence of
!      section statements.  `CLAUSES' are any of the `OMP' sections
!      construct's clauses: private, firstprivate, lastprivate,
!      reduction, and nowait.
  
   -- GIMPLE function: gimple gimple_build_omp_sections_switch (void)
!      Build a `GIMPLE_OMP_SECTIONS_SWITCH' statement.
  
   -- GIMPLE function: tree gimple_omp_sections_control (gimple g)
       Return the control variable associated with the
!      `GIMPLE_OMP_SECTIONS' in `G'.
  
   -- GIMPLE function: tree * gimple_omp_sections_control_ptr (gimple g)
       Return a pointer to the clauses associated with the
!      `GIMPLE_OMP_SECTIONS' in `G'.
  
   -- GIMPLE function: void gimple_omp_sections_set_control (gimple g,
            tree control)
!      Set `CONTROL' to be the set of clauses associated with the
!      `GIMPLE_OMP_SECTIONS' in `G'.
  
   -- GIMPLE function: tree gimple_omp_sections_clauses (gimple g)
!      Return the clauses associated with `OMP_SECTIONS' `G'.
  
   -- GIMPLE function: tree * gimple_omp_sections_clauses_ptr (gimple g)
!      Return a pointer to the clauses associated with `OMP_SECTIONS' `G'.
  
   -- GIMPLE function: void gimple_omp_sections_set_clauses (gimple g,
            tree clauses)
!      Set `CLAUSES' to be the set of clauses associated with
!      `OMP_SECTIONS' `G'.
  
  
! File: gccint.info,  Node: `GIMPLE_OMP_SINGLE',  Next: `GIMPLE_PHI',  Prev: `GIMPLE_OMP_SECTIONS',  Up: Tuple specific accessors
  
! 11.8.23 `GIMPLE_OMP_SINGLE'
  ---------------------------
  
   -- GIMPLE function: gomp_single *gimple_build_omp_single ( gimple_seq
            body, tree clauses)
!      Build a `GIMPLE_OMP_SINGLE' statement. `BODY' is the sequence of
!      statements that will be executed once.  `CLAUSES' are any of the
!      `OMP' single construct's clauses: private, firstprivate,
       copyprivate, nowait.
  
   -- GIMPLE function: tree gimple_omp_single_clauses (gimple g)
!      Return the clauses associated with `OMP_SINGLE' `G'.
  
   -- GIMPLE function: tree * gimple_omp_single_clauses_ptr (gimple g)
!      Return a pointer to the clauses associated with `OMP_SINGLE' `G'.
  
   -- GIMPLE function: void gimple_omp_single_set_clauses ( gomp_single
            *g, tree clauses)
!      Set `CLAUSES' to be the clauses associated with `OMP_SINGLE' `G'.
  
  
! File: gccint.info,  Node: `GIMPLE_PHI',  Next: `GIMPLE_RESX',  Prev: `GIMPLE_OMP_SINGLE',  Up: Tuple specific accessors
  
! 11.8.24 `GIMPLE_PHI'
  --------------------
  
   -- GIMPLE function: unsigned gimple_phi_capacity (gimple g)
!      Return the maximum number of arguments supported by `GIMPLE_PHI'
!      `G'.
  
   -- GIMPLE function: unsigned gimple_phi_num_args (gimple g)
!      Return the number of arguments in `GIMPLE_PHI' `G'. This must
       always be exactly the number of incoming edges for the basic block
!      holding `G'.
  
   -- GIMPLE function: tree gimple_phi_result (gimple g)
!      Return the `SSA' name created by `GIMPLE_PHI' `G'.
  
   -- GIMPLE function: tree * gimple_phi_result_ptr (gimple g)
!      Return a pointer to the `SSA' name created by `GIMPLE_PHI' `G'.
  
   -- GIMPLE function: void gimple_phi_set_result (gphi *g, tree result)
!      Set `RESULT' to be the `SSA' name created by `GIMPLE_PHI' `G'.
  
   -- GIMPLE function: struct phi_arg_d * gimple_phi_arg (gimple g, index)
!      Return the `PHI' argument corresponding to incoming edge `INDEX'
!      for `GIMPLE_PHI' `G'.
  
   -- GIMPLE function: void gimple_phi_set_arg (gphi *g, index, struct
            phi_arg_d * phiarg)
!      Set `PHIARG' to be the argument corresponding to incoming edge
!      `INDEX' for `GIMPLE_PHI' `G'.
  
  
! File: gccint.info,  Node: `GIMPLE_RESX',  Next: `GIMPLE_RETURN',  Prev: `GIMPLE_PHI',  Up: Tuple specific accessors
  
! 11.8.25 `GIMPLE_RESX'
  ---------------------
  
   -- GIMPLE function: gresx *gimple_build_resx (int region)
!      Build a `GIMPLE_RESX' statement which is a statement.  This
       statement is a placeholder for _Unwind_Resume before we know if a
!      function call or a branch is needed.  `REGION' is the exception
       region from which control is flowing.
  
   -- GIMPLE function: int gimple_resx_region (const gresx *g)
!      Return the region number for `GIMPLE_RESX' `G'.
  
   -- GIMPLE function: void gimple_resx_set_region (gresx *g, int region)
!      Set `REGION' to be the region number for `GIMPLE_RESX' `G'.
  
  
! File: gccint.info,  Node: `GIMPLE_RETURN',  Next: `GIMPLE_SWITCH',  Prev: `GIMPLE_RESX',  Up: Tuple specific accessors
  
! 11.8.26 `GIMPLE_RETURN'
  -----------------------
  
   -- GIMPLE function: greturn *gimple_build_return (tree retval)
!      Build a `GIMPLE_RETURN' statement whose return value is retval.
  
   -- GIMPLE function: tree gimple_return_retval (const greturn *g)
!      Return the return value for `GIMPLE_RETURN' `G'.
  
   -- GIMPLE function: void gimple_return_set_retval (greturn *g, tree
            retval)
!      Set `RETVAL' to be the return value for `GIMPLE_RETURN' `G'.
  
  
! File: gccint.info,  Node: `GIMPLE_SWITCH',  Next: `GIMPLE_TRY',  Prev: `GIMPLE_RETURN',  Up: Tuple specific accessors
  
! 11.8.27 `GIMPLE_SWITCH'
  -----------------------
  
   -- GIMPLE function: gswitch *gimple_build_switch (tree index, tree
!           default_label, `vec'<tree> *args)
!      Build a `GIMPLE_SWITCH' statement.  `INDEX' is the index variable
!      to switch on, and `DEFAULT_LABEL' represents the default label.
!      `ARGS' is a vector of `CASE_LABEL_EXPR' trees that contain the
       non-default case labels.  Each label is a tree of code
!      `CASE_LABEL_EXPR'.
  
   -- GIMPLE function: unsigned gimple_switch_num_labels ( const gswitch
            *g)
       Return the number of labels associated with the switch statement
!      `G'.
  
   -- GIMPLE function: void gimple_switch_set_num_labels (gswitch *g,
            unsigned nlabels)
!      Set `NLABELS' to be the number of labels for the switch statement
!      `G'.
  
   -- GIMPLE function: tree gimple_switch_index (const gswitch *g)
!      Return the index variable used by the switch statement `G'.
  
   -- GIMPLE function: void gimple_switch_set_index (gswitch *g, tree
            index)
!      Set `INDEX' to be the index variable for switch statement `G'.
  
   -- GIMPLE function: tree gimple_switch_label (const gswitch *g,
            unsigned index)
!      Return the label numbered `INDEX'. The default label is 0, followed
!      by any labels in a switch statement.
  
   -- GIMPLE function: void gimple_switch_set_label (gswitch *g, unsigned
            index, tree label)
!      Set the label number `INDEX' to `LABEL'. 0 is always the default
       label.
  
   -- GIMPLE function: tree gimple_switch_default_label ( const gswitch
*************** File: gccint.info,  Node: GIMPLE_SWITCH,
*** 12853,12923 ****
       Set the default label for a switch statement.
  
  
! File: gccint.info,  Node: GIMPLE_TRY,  Next: GIMPLE_WITH_CLEANUP_EXPR,  Prev: GIMPLE_SWITCH,  Up: Tuple specific accessors
  
! 11.8.28 'GIMPLE_TRY'
  --------------------
  
!  -- GIMPLE function: gtry *gimple_build_try (gimple_seq eval, gimple_seq
!           cleanup, unsigned int kind)
!      Build a 'GIMPLE_TRY' statement.  'EVAL' is a sequence with the
!      expression to evaluate.  'CLEANUP' is a sequence of statements to
!      run at clean-up time.  'KIND' is the enumeration value
!      'GIMPLE_TRY_CATCH' if this statement denotes a try/catch construct
!      or 'GIMPLE_TRY_FINALLY' if this statement denotes a try/finally
       construct.
  
   -- GIMPLE function: enum gimple_try_flags gimple_try_kind (gimple g)
!      Return the kind of try block represented by 'GIMPLE_TRY' 'G'.  This
!      is either 'GIMPLE_TRY_CATCH' or 'GIMPLE_TRY_FINALLY'.
  
   -- GIMPLE function: bool gimple_try_catch_is_cleanup (gimple g)
!      Return the 'GIMPLE_TRY_CATCH_IS_CLEANUP' flag.
  
   -- GIMPLE function: gimple_seq gimple_try_eval (gimple g)
!      Return the sequence of statements used as the body for 'GIMPLE_TRY'
!      'G'.
  
   -- GIMPLE function: gimple_seq gimple_try_cleanup (gimple g)
       Return the sequence of statements used as the cleanup body for
!      'GIMPLE_TRY' 'G'.
  
   -- GIMPLE function: void gimple_try_set_catch_is_cleanup (gimple g,
            bool catch_is_cleanup)
!      Set the 'GIMPLE_TRY_CATCH_IS_CLEANUP' flag.
  
   -- GIMPLE function: void gimple_try_set_eval (gtry *g, gimple_seq eval)
!      Set 'EVAL' to be the sequence of statements to use as the body for
!      'GIMPLE_TRY' 'G'.
  
   -- GIMPLE function: void gimple_try_set_cleanup (gtry *g, gimple_seq
            cleanup)
!      Set 'CLEANUP' to be the sequence of statements to use as the
!      cleanup body for 'GIMPLE_TRY' 'G'.
  
  
! File: gccint.info,  Node: GIMPLE_WITH_CLEANUP_EXPR,  Prev: GIMPLE_TRY,  Up: Tuple specific accessors
  
! 11.8.29 'GIMPLE_WITH_CLEANUP_EXPR'
  ----------------------------------
  
   -- GIMPLE function: gimple gimple_build_wce (gimple_seq cleanup)
!      Build a 'GIMPLE_WITH_CLEANUP_EXPR' statement.  'CLEANUP' is the
       clean-up expression.
  
   -- GIMPLE function: gimple_seq gimple_wce_cleanup (gimple g)
!      Return the cleanup sequence for cleanup statement 'G'.
  
   -- GIMPLE function: void gimple_wce_set_cleanup (gimple g, gimple_seq
            cleanup)
!      Set 'CLEANUP' to be the cleanup sequence for 'G'.
  
   -- GIMPLE function: bool gimple_wce_cleanup_eh_only (gimple g)
!      Return the 'CLEANUP_EH_ONLY' flag for a 'WCE' tuple.
  
!  -- GIMPLE function: void gimple_wce_set_cleanup_eh_only (gimple g, bool
!           eh_only_p)
!      Set the 'CLEANUP_EH_ONLY' flag for a 'WCE' tuple.
  
  
  File: gccint.info,  Node: GIMPLE sequences,  Next: Sequence iterators,  Prev: Tuple specific accessors,  Up: GIMPLE
--- 12994,13064 ----
       Set the default label for a switch statement.
  
  
! File: gccint.info,  Node: `GIMPLE_TRY',  Next: `GIMPLE_WITH_CLEANUP_EXPR',  Prev: `GIMPLE_SWITCH',  Up: Tuple specific accessors
  
! 11.8.28 `GIMPLE_TRY'
  --------------------
  
!  -- GIMPLE function: gtry *gimple_build_try (gimple_seq eval,
!           gimple_seq cleanup, unsigned int kind)
!      Build a `GIMPLE_TRY' statement.  `EVAL' is a sequence with the
!      expression to evaluate.  `CLEANUP' is a sequence of statements to
!      run at clean-up time.  `KIND' is the enumeration value
!      `GIMPLE_TRY_CATCH' if this statement denotes a try/catch construct
!      or `GIMPLE_TRY_FINALLY' if this statement denotes a try/finally
       construct.
  
   -- GIMPLE function: enum gimple_try_flags gimple_try_kind (gimple g)
!      Return the kind of try block represented by `GIMPLE_TRY' `G'. This
!      is either `GIMPLE_TRY_CATCH' or `GIMPLE_TRY_FINALLY'.
  
   -- GIMPLE function: bool gimple_try_catch_is_cleanup (gimple g)
!      Return the `GIMPLE_TRY_CATCH_IS_CLEANUP' flag.
  
   -- GIMPLE function: gimple_seq gimple_try_eval (gimple g)
!      Return the sequence of statements used as the body for `GIMPLE_TRY'
!      `G'.
  
   -- GIMPLE function: gimple_seq gimple_try_cleanup (gimple g)
       Return the sequence of statements used as the cleanup body for
!      `GIMPLE_TRY' `G'.
  
   -- GIMPLE function: void gimple_try_set_catch_is_cleanup (gimple g,
            bool catch_is_cleanup)
!      Set the `GIMPLE_TRY_CATCH_IS_CLEANUP' flag.
  
   -- GIMPLE function: void gimple_try_set_eval (gtry *g, gimple_seq eval)
!      Set `EVAL' to be the sequence of statements to use as the body for
!      `GIMPLE_TRY' `G'.
  
   -- GIMPLE function: void gimple_try_set_cleanup (gtry *g, gimple_seq
            cleanup)
!      Set `CLEANUP' to be the sequence of statements to use as the
!      cleanup body for `GIMPLE_TRY' `G'.
  
  
! File: gccint.info,  Node: `GIMPLE_WITH_CLEANUP_EXPR',  Prev: `GIMPLE_TRY',  Up: Tuple specific accessors
  
! 11.8.29 `GIMPLE_WITH_CLEANUP_EXPR'
  ----------------------------------
  
   -- GIMPLE function: gimple gimple_build_wce (gimple_seq cleanup)
!      Build a `GIMPLE_WITH_CLEANUP_EXPR' statement.  `CLEANUP' is the
       clean-up expression.
  
   -- GIMPLE function: gimple_seq gimple_wce_cleanup (gimple g)
!      Return the cleanup sequence for cleanup statement `G'.
  
   -- GIMPLE function: void gimple_wce_set_cleanup (gimple g, gimple_seq
            cleanup)
!      Set `CLEANUP' to be the cleanup sequence for `G'.
  
   -- GIMPLE function: bool gimple_wce_cleanup_eh_only (gimple g)
!      Return the `CLEANUP_EH_ONLY' flag for a `WCE' tuple.
  
!  -- GIMPLE function: void gimple_wce_set_cleanup_eh_only (gimple g,
!           bool eh_only_p)
!      Set the `CLEANUP_EH_ONLY' flag for a `WCE' tuple.
  
  
  File: gccint.info,  Node: GIMPLE sequences,  Next: Sequence iterators,  Prev: Tuple specific accessors,  Up: GIMPLE
*************** File: gccint.info,  Node: GIMPLE sequenc
*** 12925,12942 ****
  11.9 GIMPLE sequences
  =====================
  
! GIMPLE sequences are the tuple equivalent of 'STATEMENT_LIST''s used in
! 'GENERIC'.  They are used to chain statements together, and when used in
! conjunction with sequence iterators, provide a framework for iterating
! through statements.
  
!  GIMPLE sequences are of type struct 'gimple_sequence', but are more
  commonly passed by reference to functions dealing with sequences.  The
! type for a sequence pointer is 'gimple_seq' which is the same as struct
! 'gimple_sequence' *.  When declaring a local sequence, you can define a
! local variable of type struct 'gimple_sequence'.  When declaring a
  sequence allocated on the garbage collected heap, use the function
! 'gimple_seq_alloc' documented below.
  
   There are convenience functions for iterating through sequences in the
  section entitled Sequence Iterators.
--- 13066,13083 ----
  11.9 GIMPLE sequences
  =====================
  
! GIMPLE sequences are the tuple equivalent of `STATEMENT_LIST''s used in
! `GENERIC'.  They are used to chain statements together, and when used
! in conjunction with sequence iterators, provide a framework for
! iterating through statements.
  
!  GIMPLE sequences are of type struct `gimple_sequence', but are more
  commonly passed by reference to functions dealing with sequences.  The
! type for a sequence pointer is `gimple_seq' which is the same as struct
! `gimple_sequence' *.  When declaring a local sequence, you can define a
! local variable of type struct `gimple_sequence'.  When declaring a
  sequence allocated on the garbage collected heap, use the function
! `gimple_seq_alloc' documented below.
  
   There are convenience functions for iterating through sequences in the
  section entitled Sequence Iterators.
*************** section entitled Sequence Iterators.
*** 12945,12984 ****
  
   -- GIMPLE function: void gimple_seq_add_stmt (gimple_seq *seq, gimple
            g)
!      Link a gimple statement to the end of the sequence *'SEQ' if 'G' is
!      not 'NULL'.  If *'SEQ' is 'NULL', allocate a sequence before
       linking.
  
   -- GIMPLE function: void gimple_seq_add_seq (gimple_seq *dest,
            gimple_seq src)
!      Append sequence 'SRC' to the end of sequence *'DEST' if 'SRC' is
!      not 'NULL'.  If *'DEST' is 'NULL', allocate a new sequence before
       appending.
  
   -- GIMPLE function: gimple_seq gimple_seq_deep_copy (gimple_seq src)
!      Perform a deep copy of sequence 'SRC' and return the result.
  
   -- GIMPLE function: gimple_seq gimple_seq_reverse (gimple_seq seq)
!      Reverse the order of the statements in the sequence 'SEQ'.  Return
!      'SEQ'.
  
   -- GIMPLE function: gimple gimple_seq_first (gimple_seq s)
!      Return the first statement in sequence 'S'.
  
   -- GIMPLE function: gimple gimple_seq_last (gimple_seq s)
!      Return the last statement in sequence 'S'.
  
   -- GIMPLE function: void gimple_seq_set_last (gimple_seq s, gimple
            last)
!      Set the last statement in sequence 'S' to the statement in 'LAST'.
  
   -- GIMPLE function: void gimple_seq_set_first (gimple_seq s, gimple
            first)
!      Set the first statement in sequence 'S' to the statement in
!      'FIRST'.
  
   -- GIMPLE function: void gimple_seq_init (gimple_seq s)
!      Initialize sequence 'S' to an empty sequence.
  
   -- GIMPLE function: gimple_seq gimple_seq_alloc (void)
       Allocate a new sequence in the garbage collected store and return
--- 13086,13125 ----
  
   -- GIMPLE function: void gimple_seq_add_stmt (gimple_seq *seq, gimple
            g)
!      Link a gimple statement to the end of the sequence *`SEQ' if `G' is
!      not `NULL'.  If *`SEQ' is `NULL', allocate a sequence before
       linking.
  
   -- GIMPLE function: void gimple_seq_add_seq (gimple_seq *dest,
            gimple_seq src)
!      Append sequence `SRC' to the end of sequence *`DEST' if `SRC' is
!      not `NULL'.  If *`DEST' is `NULL', allocate a new sequence before
       appending.
  
   -- GIMPLE function: gimple_seq gimple_seq_deep_copy (gimple_seq src)
!      Perform a deep copy of sequence `SRC' and return the result.
  
   -- GIMPLE function: gimple_seq gimple_seq_reverse (gimple_seq seq)
!      Reverse the order of the statements in the sequence `SEQ'.  Return
!      `SEQ'.
  
   -- GIMPLE function: gimple gimple_seq_first (gimple_seq s)
!      Return the first statement in sequence `S'.
  
   -- GIMPLE function: gimple gimple_seq_last (gimple_seq s)
!      Return the last statement in sequence `S'.
  
   -- GIMPLE function: void gimple_seq_set_last (gimple_seq s, gimple
            last)
!      Set the last statement in sequence `S' to the statement in `LAST'.
  
   -- GIMPLE function: void gimple_seq_set_first (gimple_seq s, gimple
            first)
!      Set the first statement in sequence `S' to the statement in
!      `FIRST'.
  
   -- GIMPLE function: void gimple_seq_init (gimple_seq s)
!      Initialize sequence `S' to an empty sequence.
  
   -- GIMPLE function: gimple_seq gimple_seq_alloc (void)
       Allocate a new sequence in the garbage collected store and return
*************** section entitled Sequence Iterators.
*** 12986,13004 ****
  
   -- GIMPLE function: void gimple_seq_copy (gimple_seq dest, gimple_seq
            src)
!      Copy the sequence 'SRC' into the sequence 'DEST'.
  
   -- GIMPLE function: bool gimple_seq_empty_p (gimple_seq s)
!      Return true if the sequence 'S' is empty.
  
   -- GIMPLE function: gimple_seq bb_seq (basic_block bb)
!      Returns the sequence of statements in 'BB'.
  
   -- GIMPLE function: void set_bb_seq (basic_block bb, gimple_seq seq)
!      Sets the sequence of statements in 'BB' to 'SEQ'.
  
   -- GIMPLE function: bool gimple_seq_singleton_p (gimple_seq seq)
!      Determine whether 'SEQ' contains exactly one statement.
  
  
  File: gccint.info,  Node: Sequence iterators,  Next: Adding a new GIMPLE statement code,  Prev: GIMPLE sequences,  Up: GIMPLE
--- 13127,13145 ----
  
   -- GIMPLE function: void gimple_seq_copy (gimple_seq dest, gimple_seq
            src)
!      Copy the sequence `SRC' into the sequence `DEST'.
  
   -- GIMPLE function: bool gimple_seq_empty_p (gimple_seq s)
!      Return true if the sequence `S' is empty.
  
   -- GIMPLE function: gimple_seq bb_seq (basic_block bb)
!      Returns the sequence of statements in `BB'.
  
   -- GIMPLE function: void set_bb_seq (basic_block bb, gimple_seq seq)
!      Sets the sequence of statements in `BB' to `SEQ'.
  
   -- GIMPLE function: bool gimple_seq_singleton_p (gimple_seq seq)
!      Determine whether `SEQ' contains exactly one statement.
  
  
  File: gccint.info,  Node: Sequence iterators,  Next: Adding a new GIMPLE statement code,  Prev: GIMPLE sequences,  Up: GIMPLE
*************** File: gccint.info,  Node: Sequence itera
*** 13007,13021 ****
  ========================
  
  Sequence iterators are convenience constructs for iterating through
! statements in a sequence.  Given a sequence 'SEQ', here is a typical use
! of gimple sequence iterators:
  
       gimple_stmt_iterator gsi;
  
       for (gsi = gsi_start (seq); !gsi_end_p (gsi); gsi_next (&gsi))
         {
           gimple g = gsi_stmt (gsi);
!          /* Do something with gimple statement G.  */
         }
  
   Backward iterations are possible:
--- 13148,13162 ----
  ========================
  
  Sequence iterators are convenience constructs for iterating through
! statements in a sequence.  Given a sequence `SEQ', here is a typical
! use of gimple sequence iterators:
  
       gimple_stmt_iterator gsi;
  
       for (gsi = gsi_start (seq); !gsi_end_p (gsi); gsi_next (&gsi))
         {
           gimple g = gsi_stmt (gsi);
!          /* Do something with gimple statement `G'.  */
         }
  
   Backward iterations are possible:
*************** of gimple sequence iterators:
*** 13023,13069 ****
               for (gsi = gsi_last (seq); !gsi_end_p (gsi); gsi_prev (&gsi))
  
   Forward and backward iterations on basic blocks are possible with
! 'gsi_start_bb' and 'gsi_last_bb'.
  
   In the documentation below we sometimes refer to enum
! 'gsi_iterator_update'.  The valid options for this enumeration are:
  
!    * 'GSI_NEW_STMT' Only valid when a single statement is added.  Move
       the iterator to it.
  
!    * 'GSI_SAME_STMT' Leave the iterator at the same statement.
  
!    * 'GSI_CONTINUE_LINKING' Move iterator to whatever position is
       suitable for linking other statements in the same direction.
  
   Below is a list of the functions used to manipulate and use statement
  iterators.
  
   -- GIMPLE function: gimple_stmt_iterator gsi_start (gimple_seq seq)
!      Return a new iterator pointing to the sequence 'SEQ''s first
!      statement.  If 'SEQ' is empty, the iterator's basic block is
!      'NULL'.  Use 'gsi_start_bb' instead when the iterator needs to
       always have the correct basic block set.
  
   -- GIMPLE function: gimple_stmt_iterator gsi_start_bb (basic_block bb)
       Return a new iterator pointing to the first statement in basic
!      block 'BB'.
  
   -- GIMPLE function: gimple_stmt_iterator gsi_last (gimple_seq seq)
       Return a new iterator initially pointing to the last statement of
!      sequence 'SEQ'.  If 'SEQ' is empty, the iterator's basic block is
!      'NULL'.  Use 'gsi_last_bb' instead when the iterator needs to
       always have the correct basic block set.
  
   -- GIMPLE function: gimple_stmt_iterator gsi_last_bb (basic_block bb)
!      Return a new iterator pointing to the last statement in basic block
!      'BB'.
  
   -- GIMPLE function: bool gsi_end_p (gimple_stmt_iterator i)
!      Return 'TRUE' if at the end of 'I'.
  
   -- GIMPLE function: bool gsi_one_before_end_p (gimple_stmt_iterator i)
!      Return 'TRUE' if we're one statement before the end of 'I'.
  
   -- GIMPLE function: void gsi_next (gimple_stmt_iterator *i)
       Advance the iterator to the next gimple statement.
--- 13164,13210 ----
               for (gsi = gsi_last (seq); !gsi_end_p (gsi); gsi_prev (&gsi))
  
   Forward and backward iterations on basic blocks are possible with
! `gsi_start_bb' and `gsi_last_bb'.
  
   In the documentation below we sometimes refer to enum
! `gsi_iterator_update'.  The valid options for this enumeration are:
  
!    * `GSI_NEW_STMT' Only valid when a single statement is added.  Move
       the iterator to it.
  
!    * `GSI_SAME_STMT' Leave the iterator at the same statement.
  
!    * `GSI_CONTINUE_LINKING' Move iterator to whatever position is
       suitable for linking other statements in the same direction.
  
   Below is a list of the functions used to manipulate and use statement
  iterators.
  
   -- GIMPLE function: gimple_stmt_iterator gsi_start (gimple_seq seq)
!      Return a new iterator pointing to the sequence `SEQ''s first
!      statement.  If `SEQ' is empty, the iterator's basic block is
!      `NULL'.  Use `gsi_start_bb' instead when the iterator needs to
       always have the correct basic block set.
  
   -- GIMPLE function: gimple_stmt_iterator gsi_start_bb (basic_block bb)
       Return a new iterator pointing to the first statement in basic
!      block `BB'.
  
   -- GIMPLE function: gimple_stmt_iterator gsi_last (gimple_seq seq)
       Return a new iterator initially pointing to the last statement of
!      sequence `SEQ'.  If `SEQ' is empty, the iterator's basic block is
!      `NULL'.  Use `gsi_last_bb' instead when the iterator needs to
       always have the correct basic block set.
  
   -- GIMPLE function: gimple_stmt_iterator gsi_last_bb (basic_block bb)
!      Return a new iterator pointing to the last statement in basic
!      block `BB'.
  
   -- GIMPLE function: bool gsi_end_p (gimple_stmt_iterator i)
!      Return `TRUE' if at the end of `I'.
  
   -- GIMPLE function: bool gsi_one_before_end_p (gimple_stmt_iterator i)
!      Return `TRUE' if we're one statement before the end of `I'.
  
   -- GIMPLE function: void gsi_next (gimple_stmt_iterator *i)
       Advance the iterator to the next gimple statement.
*************** iterators.
*** 13077,13083 ****
   -- GIMPLE function: gimple_stmt_iterator gsi_after_labels (basic_block
            bb)
       Return a block statement iterator that points to the first
!      non-label statement in block 'BB'.
  
   -- GIMPLE function: gimple * gsi_stmt_ptr (gimple_stmt_iterator *i)
       Return a pointer to the current stmt.
--- 13218,13224 ----
   -- GIMPLE function: gimple_stmt_iterator gsi_after_labels (basic_block
            bb)
       Return a block statement iterator that points to the first
!      non-label statement in block `BB'.
  
   -- GIMPLE function: gimple * gsi_stmt_ptr (gimple_stmt_iterator *i)
       Return a pointer to the current stmt.
*************** iterators.
*** 13090,13197 ****
  
   -- GIMPLE function: void gsi_remove (gimple_stmt_iterator *i, bool
            remove_eh_info)
!      Remove the current stmt from the sequence.  The iterator is updated
!      to point to the next statement.  When 'REMOVE_EH_INFO' is true we
!      remove the statement pointed to by iterator 'I' from the 'EH'
!      tables.  Otherwise we do not modify the 'EH' tables.  Generally,
!      'REMOVE_EH_INFO' should be true when the statement is going to be
!      removed from the 'IL' and not reinserted elsewhere.
  
   -- GIMPLE function: void gsi_link_seq_before (gimple_stmt_iterator *i,
            gimple_seq seq, enum gsi_iterator_update mode)
!      Links the sequence of statements 'SEQ' before the statement pointed
!      by iterator 'I'.  'MODE' indicates what to do with the iterator
!      after insertion (see 'enum gsi_iterator_update' above).
  
   -- GIMPLE function: void gsi_link_before (gimple_stmt_iterator *i,
            gimple g, enum gsi_iterator_update mode)
!      Links statement 'G' before the statement pointed-to by iterator
!      'I'.  Updates iterator 'I' according to 'MODE'.
  
   -- GIMPLE function: void gsi_link_seq_after (gimple_stmt_iterator *i,
            gimple_seq seq, enum gsi_iterator_update mode)
!      Links sequence 'SEQ' after the statement pointed-to by iterator
!      'I'.  'MODE' is as in 'gsi_insert_after'.
  
   -- GIMPLE function: void gsi_link_after (gimple_stmt_iterator *i,
            gimple g, enum gsi_iterator_update mode)
!      Links statement 'G' after the statement pointed-to by iterator 'I'.
!      'MODE' is as in 'gsi_insert_after'.
  
   -- GIMPLE function: gimple_seq gsi_split_seq_after
            (gimple_stmt_iterator i)
!      Move all statements in the sequence after 'I' to a new sequence.
       Return this new sequence.
  
   -- GIMPLE function: gimple_seq gsi_split_seq_before
            (gimple_stmt_iterator *i)
!      Move all statements in the sequence before 'I' to a new sequence.
       Return this new sequence.
  
   -- GIMPLE function: void gsi_replace (gimple_stmt_iterator *i, gimple
            stmt, bool update_eh_info)
!      Replace the statement pointed-to by 'I' to 'STMT'.  If
!      'UPDATE_EH_INFO' is true, the exception handling information of the
!      original statement is moved to the new statement.
  
   -- GIMPLE function: void gsi_insert_before (gimple_stmt_iterator *i,
            gimple stmt, enum gsi_iterator_update mode)
!      Insert statement 'STMT' before the statement pointed-to by iterator
!      'I', update 'STMT''s basic block and scan it for new operands.
!      'MODE' specifies how to update iterator 'I' after insertion (see
!      enum 'gsi_iterator_update').
  
   -- GIMPLE function: void gsi_insert_seq_before (gimple_stmt_iterator
            *i, gimple_seq seq, enum gsi_iterator_update mode)
!      Like 'gsi_insert_before', but for all the statements in 'SEQ'.
  
   -- GIMPLE function: void gsi_insert_after (gimple_stmt_iterator *i,
            gimple stmt, enum gsi_iterator_update mode)
!      Insert statement 'STMT' after the statement pointed-to by iterator
!      'I', update 'STMT''s basic block and scan it for new operands.
!      'MODE' specifies how to update iterator 'I' after insertion (see
!      enum 'gsi_iterator_update').
  
!  -- GIMPLE function: void gsi_insert_seq_after (gimple_stmt_iterator *i,
!           gimple_seq seq, enum gsi_iterator_update mode)
!      Like 'gsi_insert_after', but for all the statements in 'SEQ'.
  
   -- GIMPLE function: gimple_stmt_iterator gsi_for_stmt (gimple stmt)
!      Finds iterator for 'STMT'.
  
   -- GIMPLE function: void gsi_move_after (gimple_stmt_iterator *from,
            gimple_stmt_iterator *to)
!      Move the statement at 'FROM' so it comes right after the statement
!      at 'TO'.
  
   -- GIMPLE function: void gsi_move_before (gimple_stmt_iterator *from,
            gimple_stmt_iterator *to)
!      Move the statement at 'FROM' so it comes right before the statement
!      at 'TO'.
  
   -- GIMPLE function: void gsi_move_to_bb_end (gimple_stmt_iterator
            *from, basic_block bb)
!      Move the statement at 'FROM' to the end of basic block 'BB'.
  
   -- GIMPLE function: void gsi_insert_on_edge (edge e, gimple stmt)
!      Add 'STMT' to the pending list of edge 'E'.  No actual insertion is
!      made until a call to 'gsi_commit_edge_inserts'() is made.
  
   -- GIMPLE function: void gsi_insert_seq_on_edge (edge e, gimple_seq
            seq)
!      Add the sequence of statements in 'SEQ' to the pending list of edge
!      'E'.  No actual insertion is made until a call to
!      'gsi_commit_edge_inserts'() is made.
  
   -- GIMPLE function: basic_block gsi_insert_on_edge_immediate (edge e,
            gimple stmt)
!      Similar to 'gsi_insert_on_edge'+'gsi_commit_edge_inserts'.  If a
       new block has to be created, it is returned.
  
   -- GIMPLE function: void gsi_commit_one_edge_insert (edge e,
            basic_block *new_bb)
!      Commit insertions pending at edge 'E'.  If a new block is created,
!      set 'NEW_BB' to this block, otherwise set it to 'NULL'.
  
   -- GIMPLE function: void gsi_commit_edge_inserts (void)
       This routine will commit all pending edge insertions, creating any
--- 13231,13338 ----
  
   -- GIMPLE function: void gsi_remove (gimple_stmt_iterator *i, bool
            remove_eh_info)
!      Remove the current stmt from the sequence.  The iterator is
!      updated to point to the next statement.  When `REMOVE_EH_INFO' is
!      true we remove the statement pointed to by iterator `I' from the
!      `EH' tables.  Otherwise we do not modify the `EH' tables.
!      Generally, `REMOVE_EH_INFO' should be true when the statement is
!      going to be removed from the `IL' and not reinserted elsewhere.
  
   -- GIMPLE function: void gsi_link_seq_before (gimple_stmt_iterator *i,
            gimple_seq seq, enum gsi_iterator_update mode)
!      Links the sequence of statements `SEQ' before the statement pointed
!      by iterator `I'.  `MODE' indicates what to do with the iterator
!      after insertion (see `enum gsi_iterator_update' above).
  
   -- GIMPLE function: void gsi_link_before (gimple_stmt_iterator *i,
            gimple g, enum gsi_iterator_update mode)
!      Links statement `G' before the statement pointed-to by iterator
!      `I'.  Updates iterator `I' according to `MODE'.
  
   -- GIMPLE function: void gsi_link_seq_after (gimple_stmt_iterator *i,
            gimple_seq seq, enum gsi_iterator_update mode)
!      Links sequence `SEQ' after the statement pointed-to by iterator
!      `I'.  `MODE' is as in `gsi_insert_after'.
  
   -- GIMPLE function: void gsi_link_after (gimple_stmt_iterator *i,
            gimple g, enum gsi_iterator_update mode)
!      Links statement `G' after the statement pointed-to by iterator `I'.
!      `MODE' is as in `gsi_insert_after'.
  
   -- GIMPLE function: gimple_seq gsi_split_seq_after
            (gimple_stmt_iterator i)
!      Move all statements in the sequence after `I' to a new sequence.
       Return this new sequence.
  
   -- GIMPLE function: gimple_seq gsi_split_seq_before
            (gimple_stmt_iterator *i)
!      Move all statements in the sequence before `I' to a new sequence.
       Return this new sequence.
  
   -- GIMPLE function: void gsi_replace (gimple_stmt_iterator *i, gimple
            stmt, bool update_eh_info)
!      Replace the statement pointed-to by `I' to `STMT'.  If
!      `UPDATE_EH_INFO' is true, the exception handling information of
!      the original statement is moved to the new statement.
  
   -- GIMPLE function: void gsi_insert_before (gimple_stmt_iterator *i,
            gimple stmt, enum gsi_iterator_update mode)
!      Insert statement `STMT' before the statement pointed-to by iterator
!      `I', update `STMT''s basic block and scan it for new operands.
!      `MODE' specifies how to update iterator `I' after insertion (see
!      enum `gsi_iterator_update').
  
   -- GIMPLE function: void gsi_insert_seq_before (gimple_stmt_iterator
            *i, gimple_seq seq, enum gsi_iterator_update mode)
!      Like `gsi_insert_before', but for all the statements in `SEQ'.
  
   -- GIMPLE function: void gsi_insert_after (gimple_stmt_iterator *i,
            gimple stmt, enum gsi_iterator_update mode)
!      Insert statement `STMT' after the statement pointed-to by iterator
!      `I', update `STMT''s basic block and scan it for new operands.
!      `MODE' specifies how to update iterator `I' after insertion (see
!      enum `gsi_iterator_update').
  
!  -- GIMPLE function: void gsi_insert_seq_after (gimple_stmt_iterator
!           *i, gimple_seq seq, enum gsi_iterator_update mode)
!      Like `gsi_insert_after', but for all the statements in `SEQ'.
  
   -- GIMPLE function: gimple_stmt_iterator gsi_for_stmt (gimple stmt)
!      Finds iterator for `STMT'.
  
   -- GIMPLE function: void gsi_move_after (gimple_stmt_iterator *from,
            gimple_stmt_iterator *to)
!      Move the statement at `FROM' so it comes right after the statement
!      at `TO'.
  
   -- GIMPLE function: void gsi_move_before (gimple_stmt_iterator *from,
            gimple_stmt_iterator *to)
!      Move the statement at `FROM' so it comes right before the statement
!      at `TO'.
  
   -- GIMPLE function: void gsi_move_to_bb_end (gimple_stmt_iterator
            *from, basic_block bb)
!      Move the statement at `FROM' to the end of basic block `BB'.
  
   -- GIMPLE function: void gsi_insert_on_edge (edge e, gimple stmt)
!      Add `STMT' to the pending list of edge `E'.  No actual insertion is
!      made until a call to `gsi_commit_edge_inserts'() is made.
  
   -- GIMPLE function: void gsi_insert_seq_on_edge (edge e, gimple_seq
            seq)
!      Add the sequence of statements in `SEQ' to the pending list of edge
!      `E'.  No actual insertion is made until a call to
!      `gsi_commit_edge_inserts'() is made.
  
   -- GIMPLE function: basic_block gsi_insert_on_edge_immediate (edge e,
            gimple stmt)
!      Similar to `gsi_insert_on_edge'+`gsi_commit_edge_inserts'.  If a
       new block has to be created, it is returned.
  
   -- GIMPLE function: void gsi_commit_one_edge_insert (edge e,
            basic_block *new_bb)
!      Commit insertions pending at edge `E'.  If a new block is created,
!      set `NEW_BB' to this block, otherwise set it to `NULL'.
  
   -- GIMPLE function: void gsi_commit_edge_inserts (void)
       This routine will commit all pending edge insertions, creating any
*************** File: gccint.info,  Node: Adding a new G
*** 13204,13230 ****
  ========================================
  
  The first step in adding a new GIMPLE statement code, is modifying the
! file 'gimple.def', which contains all the GIMPLE codes.  Then you must
! add a corresponding gimple subclass located in 'gimple.h'.  This in
! turn, will require you to add a corresponding 'GTY' tag in
! 'gsstruct.def', and code to handle this tag in 'gss_for_code' which is
! located in 'gimple.c'.
  
   In order for the garbage collector to know the size of the structure
! you created in 'gimple.h', you need to add a case to handle your new
! GIMPLE statement in 'gimple_size' which is located in 'gimple.c'.
  
   You will probably want to create a function to build the new gimple
! statement in 'gimple.c'.  The function should be called
! 'gimple_build_NEW-TUPLE-NAME', and should return the new tuple as a
  pointer to the appropriate gimple subclass.
  
!  If your new statement requires accessors for any members or operands it
! may have, put simple inline accessors in 'gimple.h' and any non-trivial
! accessors in 'gimple.c' with a corresponding prototype in 'gimple.h'.
  
   You should add the new statement subclass to the class hierarchy
! diagram in 'gimple.texi'.
  
  
  File: gccint.info,  Node: Statement and operand traversals,  Prev: Adding a new GIMPLE statement code,  Up: GIMPLE
--- 13345,13372 ----
  ========================================
  
  The first step in adding a new GIMPLE statement code, is modifying the
! file `gimple.def', which contains all the GIMPLE codes.  Then you must
! add a corresponding gimple subclass located in `gimple.h'.  This in
! turn, will require you to add a corresponding `GTY' tag in
! `gsstruct.def', and code to handle this tag in `gss_for_code' which is
! located in `gimple.c'.
  
   In order for the garbage collector to know the size of the structure
! you created in `gimple.h', you need to add a case to handle your new
! GIMPLE statement in `gimple_size' which is located in `gimple.c'.
  
   You will probably want to create a function to build the new gimple
! statement in `gimple.c'.  The function should be called
! `gimple_build_NEW-TUPLE-NAME', and should return the new tuple as a
  pointer to the appropriate gimple subclass.
  
!  If your new statement requires accessors for any members or operands
! it may have, put simple inline accessors in `gimple.h' and any
! non-trivial accessors in `gimple.c' with a corresponding prototype in
! `gimple.h'.
  
   You should add the new statement subclass to the class hierarchy
! diagram in `gimple.texi'.
  
  
  File: gccint.info,  Node: Statement and operand traversals,  Prev: Adding a new GIMPLE statement code,  Up: GIMPLE
*************** File: gccint.info,  Node: Statement and
*** 13233,13286 ****
  ======================================
  
  There are two functions available for walking statements and sequences:
! 'walk_gimple_stmt' and 'walk_gimple_seq', accordingly, and a third
! function for walking the operands in a statement: 'walk_gimple_op'.
  
   -- GIMPLE function: tree walk_gimple_stmt (gimple_stmt_iterator *gsi,
            walk_stmt_fn callback_stmt, walk_tree_fn callback_op, struct
            walk_stmt_info *wi)
!      This function is used to walk the current statement in 'GSI',
!      optionally using traversal state stored in 'WI'.  If 'WI' is
!      'NULL', no state is kept during the traversal.
  
!      The callback 'CALLBACK_STMT' is called.  If 'CALLBACK_STMT' returns
       true, it means that the callback function has handled all the
       operands of the statement and it is not necessary to walk its
       operands.
  
!      If 'CALLBACK_STMT' is 'NULL' or it returns false, 'CALLBACK_OP' is
!      called on each operand of the statement via 'walk_gimple_op'.  If
!      'walk_gimple_op' returns non-'NULL' for any operand, the remaining
       operands are not scanned.
  
       The return value is that returned by the last call to
!      'walk_gimple_op', or 'NULL_TREE' if no 'CALLBACK_OP' is specified.
  
   -- GIMPLE function: tree walk_gimple_op (gimple stmt, walk_tree_fn
            callback_op, struct walk_stmt_info *wi)
!      Use this function to walk the operands of statement 'STMT'.  Every
!      operand is walked via 'walk_tree' with optional state information
!      in 'WI'.
  
!      'CALLBACK_OP' is called on each operand of 'STMT' via 'walk_tree'.
!      Additional parameters to 'walk_tree' must be stored in 'WI'.  For
!      each operand 'OP', 'walk_tree' is called as:
  
!           walk_tree (&OP, CALLBACK_OP, WI, PSET)
  
!      If 'CALLBACK_OP' returns non-'NULL' for an operand, the remaining
!      operands are not scanned.  The return value is that returned by the
!      last call to 'walk_tree', or 'NULL_TREE' if no 'CALLBACK_OP' is
       specified.
  
   -- GIMPLE function: tree walk_gimple_seq (gimple_seq seq, walk_stmt_fn
!           callback_stmt, walk_tree_fn callback_op, struct walk_stmt_info
!           *wi)
!      This function walks all the statements in the sequence 'SEQ'
!      calling 'walk_gimple_stmt' on each one.  'WI' is as in
!      'walk_gimple_stmt'.  If 'walk_gimple_stmt' returns non-'NULL', the
       walk is stopped and the value returned.  Otherwise, all the
!      statements are walked and 'NULL_TREE' returned.
  
  
  File: gccint.info,  Node: Tree SSA,  Next: RTL,  Prev: GIMPLE,  Up: Top
--- 13375,13428 ----
  ======================================
  
  There are two functions available for walking statements and sequences:
! `walk_gimple_stmt' and `walk_gimple_seq', accordingly, and a third
! function for walking the operands in a statement: `walk_gimple_op'.
  
   -- GIMPLE function: tree walk_gimple_stmt (gimple_stmt_iterator *gsi,
            walk_stmt_fn callback_stmt, walk_tree_fn callback_op, struct
            walk_stmt_info *wi)
!      This function is used to walk the current statement in `GSI',
!      optionally using traversal state stored in `WI'.  If `WI' is
!      `NULL', no state is kept during the traversal.
  
!      The callback `CALLBACK_STMT' is called.  If `CALLBACK_STMT' returns
       true, it means that the callback function has handled all the
       operands of the statement and it is not necessary to walk its
       operands.
  
!      If `CALLBACK_STMT' is `NULL' or it returns false, `CALLBACK_OP' is
!      called on each operand of the statement via `walk_gimple_op'.  If
!      `walk_gimple_op' returns non-`NULL' for any operand, the remaining
       operands are not scanned.
  
       The return value is that returned by the last call to
!      `walk_gimple_op', or `NULL_TREE' if no `CALLBACK_OP' is specified.
  
   -- GIMPLE function: tree walk_gimple_op (gimple stmt, walk_tree_fn
            callback_op, struct walk_stmt_info *wi)
!      Use this function to walk the operands of statement `STMT'.  Every
!      operand is walked via `walk_tree' with optional state information
!      in `WI'.
  
!      `CALLBACK_OP' is called on each operand of `STMT' via `walk_tree'.
!      Additional parameters to `walk_tree' must be stored in `WI'.  For
!      each operand `OP', `walk_tree' is called as:
  
!           walk_tree (&`OP', `CALLBACK_OP', `WI', `PSET')
  
!      If `CALLBACK_OP' returns non-`NULL' for an operand, the remaining
!      operands are not scanned.  The return value is that returned by
!      the last call to `walk_tree', or `NULL_TREE' if no `CALLBACK_OP' is
       specified.
  
   -- GIMPLE function: tree walk_gimple_seq (gimple_seq seq, walk_stmt_fn
!           callback_stmt, walk_tree_fn callback_op, struct
!           walk_stmt_info *wi)
!      This function walks all the statements in the sequence `SEQ'
!      calling `walk_gimple_stmt' on each one.  `WI' is as in
!      `walk_gimple_stmt'.  If `walk_gimple_stmt' returns non-`NULL', the
       walk is stopped and the value returned.  Otherwise, all the
!      statements are walked and `NULL_TREE' returned.
  
  
  File: gccint.info,  Node: Tree SSA,  Next: RTL,  Prev: GIMPLE,  Up: Top
*************** File: gccint.info,  Node: Tree SSA,  Nex
*** 13291,13315 ****
  GCC uses three main intermediate languages to represent the program
  during compilation: GENERIC, GIMPLE and RTL.  GENERIC is a
  language-independent representation generated by each front end.  It is
! used to serve as an interface between the parser and optimizer.  GENERIC
! is a common representation that is able to represent programs written in
! all the languages supported by GCC.
  
   GIMPLE and RTL are used to optimize the program.  GIMPLE is used for
  target and language independent optimizations (e.g., inlining, constant
  propagation, tail call elimination, redundancy elimination, etc).  Much
  like GENERIC, GIMPLE is a language independent, tree based
  representation.  However, it differs from GENERIC in that the GIMPLE
! grammar is more restrictive: expressions contain no more than 3 operands
! (except function calls), it has no control flow structures and
! expressions with side-effects are only allowed on the right hand side of
! assignments.  See the chapter describing GENERIC and GIMPLE for more
  details.
  
   This chapter describes the data structures and functions used in the
! GIMPLE optimizers (also known as "tree optimizers" or "middle end").  In
! particular, it focuses on all the macros, data structures, functions and
! programming constructs needed to implement optimization passes for
  GIMPLE.
  
  * Menu:
--- 13433,13457 ----
  GCC uses three main intermediate languages to represent the program
  during compilation: GENERIC, GIMPLE and RTL.  GENERIC is a
  language-independent representation generated by each front end.  It is
! used to serve as an interface between the parser and optimizer.
! GENERIC is a common representation that is able to represent programs
! written in all the languages supported by GCC.
  
   GIMPLE and RTL are used to optimize the program.  GIMPLE is used for
  target and language independent optimizations (e.g., inlining, constant
  propagation, tail call elimination, redundancy elimination, etc).  Much
  like GENERIC, GIMPLE is a language independent, tree based
  representation.  However, it differs from GENERIC in that the GIMPLE
! grammar is more restrictive: expressions contain no more than 3
! operands (except function calls), it has no control flow structures and
! expressions with side-effects are only allowed on the right hand side
! of assignments.  See the chapter describing GENERIC and GIMPLE for more
  details.
  
   This chapter describes the data structures and functions used in the
! GIMPLE optimizers (also known as "tree optimizers" or "middle end").
! In particular, it focuses on all the macros, data structures, functions
! and programming constructs needed to implement optimization passes for
  GIMPLE.
  
  * Menu:
*************** File: gccint.info,  Node: Annotations,
*** 13329,13335 ****
  The optimizers need to associate attributes with variables during the
  optimization process.  For instance, we need to know whether a variable
  has aliases.  All these attributes are stored in data structures called
! annotations which are then linked to the field 'ann' in 'struct
  tree_common'.
  
  
--- 13471,13477 ----
  The optimizers need to associate attributes with variables during the
  optimization process.  For instance, we need to know whether a variable
  has aliases.  All these attributes are stored in data structures called
! annotations which are then linked to the field `ann' in `struct
  tree_common'.
  
  
*************** their operands are going to be located a
*** 13344,13385 ****
  statement's tree.  To facilitate access to the statement's operands,
  they are organized into lists associated inside each statement's
  annotation.  Each element in an operand list is a pointer to a
! 'VAR_DECL', 'PARM_DECL' or 'SSA_NAME' tree node.  This provides a very
  convenient way of examining and replacing operands.
  
   Data flow analysis and optimization is done on all tree nodes
! representing variables.  Any node for which 'SSA_VAR_P' returns nonzero
  is considered when scanning statement operands.  However, not all
! 'SSA_VAR_P' variables are processed in the same way.  For the purposes
  of optimization, we need to distinguish between references to local
! scalar variables and references to globals, statics, structures, arrays,
! aliased variables, etc.  The reason is simple, the compiler can gather
! complete data flow information for a local scalar.  On the other hand, a
! global variable may be modified by a function call, it may not be
! possible to keep track of all the elements of an array or the fields of
! a structure, etc.
  
   The operand scanner gathers two kinds of operands: "real" and
! "virtual".  An operand for which 'is_gimple_reg' returns true is
! considered real, otherwise it is a virtual operand.  We also distinguish
! between uses and definitions.  An operand is used if its value is loaded
! by the statement (e.g., the operand at the RHS of an assignment).  If
! the statement assigns a new value to the operand, the operand is
! considered a definition (e.g., the operand at the LHS of an assignment).
  
   Virtual and real operands also have very different data flow
! properties.  Real operands are unambiguous references to the full object
! that they represent.  For instance, given
  
       {
         int a, b;
         a = b
       }
  
!  Since 'a' and 'b' are non-aliased locals, the statement 'a = b' will
! have one real definition and one real use because variable 'a' is
! completely modified with the contents of variable 'b'.  Real definition
! are also known as "killing definitions".  Similarly, the use of 'b'
  reads all its bits.
  
   In contrast, virtual operands are used with variables that can have a
--- 13486,13528 ----
  statement's tree.  To facilitate access to the statement's operands,
  they are organized into lists associated inside each statement's
  annotation.  Each element in an operand list is a pointer to a
! `VAR_DECL', `PARM_DECL' or `SSA_NAME' tree node.  This provides a very
  convenient way of examining and replacing operands.
  
   Data flow analysis and optimization is done on all tree nodes
! representing variables.  Any node for which `SSA_VAR_P' returns nonzero
  is considered when scanning statement operands.  However, not all
! `SSA_VAR_P' variables are processed in the same way.  For the purposes
  of optimization, we need to distinguish between references to local
! scalar variables and references to globals, statics, structures,
! arrays, aliased variables, etc.  The reason is simple, the compiler can
! gather complete data flow information for a local scalar.  On the other
! hand, a global variable may be modified by a function call, it may not
! be possible to keep track of all the elements of an array or the fields
! of a structure, etc.
  
   The operand scanner gathers two kinds of operands: "real" and
! "virtual".  An operand for which `is_gimple_reg' returns true is
! considered real, otherwise it is a virtual operand.  We also
! distinguish between uses and definitions.  An operand is used if its
! value is loaded by the statement (e.g., the operand at the RHS of an
! assignment).  If the statement assigns a new value to the operand, the
! operand is considered a definition (e.g., the operand at the LHS of an
! assignment).
  
   Virtual and real operands also have very different data flow
! properties.  Real operands are unambiguous references to the full
! object that they represent.  For instance, given
  
       {
         int a, b;
         a = b
       }
  
!  Since `a' and `b' are non-aliased locals, the statement `a = b' will
! have one real definition and one real use because variable `a' is
! completely modified with the contents of variable `b'.  Real definition
! are also known as "killing definitions".  Similarly, the use of `b'
  reads all its bits.
  
   In contrast, virtual operands are used with variables that can have a
*************** definitions.  For globals, structures, a
*** 13389,13398 ****
  a statement whether a variable of these types has a killing definition.
  If the variable does, then the statement is marked as having a "must
  definition" of that variable.  However, if a statement is only defining
! a part of the variable (i.e. a field in a structure), or if we know that
! a statement might define the variable but we cannot say for sure, then
! we mark that statement as having a "may definition".  For instance,
! given
  
       {
         int a, b, *p;
--- 13532,13541 ----
  a statement whether a variable of these types has a killing definition.
  If the variable does, then the statement is marked as having a "must
  definition" of that variable.  However, if a statement is only defining
! a part of the variable (i.e. a field in a structure), or if we know
! that a statement might define the variable but we cannot say for sure,
! then we mark that statement as having a "may definition".  For
! instance, given
  
       {
         int a, b, *p;
*************** given
*** 13405,13417 ****
         return *p;
       }
  
!  The assignment '*p = 5' may be a definition of 'a' or 'b'.  If we
! cannot determine statically where 'p' is pointing to at the time of the
! store operation, we create virtual definitions to mark that statement as
! a potential definition site for 'a' and 'b'.  Memory loads are similarly
! marked with virtual use operands.  Virtual operands are shown in tree
! dumps right before the statement that contains them.  To request a tree
! dump with virtual operands, use the '-vops' option to '-fdump-tree':
  
       {
         int a, b, *p;
--- 13548,13561 ----
         return *p;
       }
  
!  The assignment `*p = 5' may be a definition of `a' or `b'.  If we
! cannot determine statically where `p' is pointing to at the time of the
! store operation, we create virtual definitions to mark that statement
! as a potential definition site for `a' and `b'.  Memory loads are
! similarly marked with virtual use operands.  Virtual operands are shown
! in tree dumps right before the statement that contains them.  To
! request a tree dump with virtual operands, use the `-vops' option to
! `-fdump-tree':
  
       {
         int a, b, *p;
*************** dump with virtual operands, use the '-vo
*** 13429,13482 ****
         return *p;
       }
  
!  Notice that 'VDEF' operands have two copies of the referenced variable.
! This indicates that this is not a killing definition of that variable.
! In this case we refer to it as a "may definition" or "aliased store".
! The presence of the second copy of the variable in the 'VDEF' operand
! will become important when the function is converted into SSA form.
! This will be used to link all the non-killing definitions to prevent
! optimizations from making incorrect assumptions about them.
  
!  Operands are updated as soon as the statement is finished via a call to
! 'update_stmt'.  If statement elements are changed via 'SET_USE' or
! 'SET_DEF', then no further action is required (i.e., those macros take
  care of updating the statement).  If changes are made by manipulating
! the statement's tree directly, then a call must be made to 'update_stmt'
! when complete.  Calling one of the 'bsi_insert' routines or
! 'bsi_replace' performs an implicit call to 'update_stmt'.
  
  12.2.1 Operand Iterators And Access Routines
  --------------------------------------------
  
! Operands are collected by 'tree-ssa-operands.c'.  They are stored inside
! each statement's annotation and can be accessed through either the
! operand iterators or an access routine.
  
   The following access routines are available for examining operands:
  
!   1. 'SINGLE_SSA_{USE,DEF,TREE}_OPERAND': These accessors will return
       NULL unless there is exactly one operand matching the specified
!      flags.  If there is exactly one operand, the operand is returned as
!      either a 'tree', 'def_operand_p', or 'use_operand_p'.
  
            tree t = SINGLE_SSA_TREE_OPERAND (stmt, flags);
            use_operand_p u = SINGLE_SSA_USE_OPERAND (stmt, SSA_ALL_VIRTUAL_USES);
            def_operand_p d = SINGLE_SSA_DEF_OPERAND (stmt, SSA_OP_ALL_DEFS);
  
!   2. 'ZERO_SSA_OPERANDS': This macro returns true if there are no
       operands matching the specified flags.
  
            if (ZERO_SSA_OPERANDS (stmt, SSA_OP_ALL_VIRTUALS))
              return;
  
!   3. 'NUM_SSA_OPERANDS': This macro Returns the number of operands
       matching 'flags'.  This actually executes a loop to perform the
       count, so only use this if it is really needed.
  
            int count = NUM_SSA_OPERANDS (stmt, flags)
  
   If you wish to iterate over some or all operands, use the
! 'FOR_EACH_SSA_{USE,DEF,TREE}_OPERAND' iterator.  For example, to print
  all the operands for a statement:
  
       void
--- 13573,13627 ----
         return *p;
       }
  
!  Notice that `VDEF' operands have two copies of the referenced
! variable.  This indicates that this is not a killing definition of that
! variable.  In this case we refer to it as a "may definition" or
! "aliased store".  The presence of the second copy of the variable in
! the `VDEF' operand will become important when the function is converted
! into SSA form.  This will be used to link all the non-killing
! definitions to prevent optimizations from making incorrect assumptions
! about them.
  
!  Operands are updated as soon as the statement is finished via a call
! to `update_stmt'.  If statement elements are changed via `SET_USE' or
! `SET_DEF', then no further action is required (i.e., those macros take
  care of updating the statement).  If changes are made by manipulating
! the statement's tree directly, then a call must be made to
! `update_stmt' when complete.  Calling one of the `bsi_insert' routines
! or `bsi_replace' performs an implicit call to `update_stmt'.
  
  12.2.1 Operand Iterators And Access Routines
  --------------------------------------------
  
! Operands are collected by `tree-ssa-operands.c'.  They are stored
! inside each statement's annotation and can be accessed through either
! the operand iterators or an access routine.
  
   The following access routines are available for examining operands:
  
!   1. `SINGLE_SSA_{USE,DEF,TREE}_OPERAND': These accessors will return
       NULL unless there is exactly one operand matching the specified
!      flags.  If there is exactly one operand, the operand is returned
!      as either a `tree', `def_operand_p', or `use_operand_p'.
  
            tree t = SINGLE_SSA_TREE_OPERAND (stmt, flags);
            use_operand_p u = SINGLE_SSA_USE_OPERAND (stmt, SSA_ALL_VIRTUAL_USES);
            def_operand_p d = SINGLE_SSA_DEF_OPERAND (stmt, SSA_OP_ALL_DEFS);
  
!   2. `ZERO_SSA_OPERANDS': This macro returns true if there are no
       operands matching the specified flags.
  
            if (ZERO_SSA_OPERANDS (stmt, SSA_OP_ALL_VIRTUALS))
              return;
  
!   3. `NUM_SSA_OPERANDS': This macro Returns the number of operands
       matching 'flags'.  This actually executes a loop to perform the
       count, so only use this if it is really needed.
  
            int count = NUM_SSA_OPERANDS (stmt, flags)
  
   If you wish to iterate over some or all operands, use the
! `FOR_EACH_SSA_{USE,DEF,TREE}_OPERAND' iterator.  For example, to print
  all the operands for a statement:
  
       void
*************** all the operands for a statement:
*** 13491,13498 ****
  
   How to choose the appropriate iterator:
  
!   1. Determine whether you are need to see the operand pointers, or just
!      the trees, and choose the appropriate macro:
  
            Need            Macro:
            ----            -------
--- 13636,13643 ----
  
   How to choose the appropriate iterator:
  
!   1. Determine whether you are need to see the operand pointers, or
!      just the trees, and choose the appropriate macro:
  
            Need            Macro:
            ----            -------
*************** all the operands for a statement:
*** 13506,13512 ****
  
    3. Determine which operands you wish to use, and specify the flags of
       those you are interested in.  They are documented in
!      'tree-ssa-operands.h':
  
            #define SSA_OP_USE              0x01    /* Real USE operands.  */
            #define SSA_OP_DEF              0x02    /* Real DEF operands.  */
--- 13651,13657 ----
  
    3. Determine which operands you wish to use, and specify the flags of
       those you are interested in.  They are documented in
!      `tree-ssa-operands.h':
  
            #define SSA_OP_USE              0x01    /* Real USE operands.  */
            #define SSA_OP_DEF              0x02    /* Real DEF operands.  */
*************** all the operands for a statement:
*** 13521,13528 ****
            #define SSA_OP_ALL_DEFS		(SSA_OP_VIRTUAL_DEFS | SSA_OP_DEF)
            #define SSA_OP_ALL_OPERANDS	(SSA_OP_ALL_USES | SSA_OP_ALL_DEFS)
  
!  So if you want to look at the use pointers for all the 'USE' and 'VUSE'
! operands, you would do something like:
  
         use_operand_p use_p;
         ssa_op_iter iter;
--- 13666,13673 ----
            #define SSA_OP_ALL_DEFS		(SSA_OP_VIRTUAL_DEFS | SSA_OP_DEF)
            #define SSA_OP_ALL_OPERANDS	(SSA_OP_ALL_USES | SSA_OP_ALL_DEFS)
  
!  So if you want to look at the use pointers for all the `USE' and
! `VUSE' operands, you would do something like:
  
         use_operand_p use_p;
         ssa_op_iter iter;
*************** operands, you would do something like:
*** 13532,13541 ****
             process_use_ptr (use_p);
           }
  
!  The 'TREE' macro is basically the same as the 'USE' and 'DEF' macros,
! only with the use or def dereferenced via 'USE_FROM_PTR (use_p)' and
! 'DEF_FROM_PTR (def_p)'.  Since we aren't using operand pointers, use and
! defs flags can be mixed.
  
         tree var;
         ssa_op_iter iter;
--- 13677,13686 ----
             process_use_ptr (use_p);
           }
  
!  The `TREE' macro is basically the same as the `USE' and `DEF' macros,
! only with the use or def dereferenced via `USE_FROM_PTR (use_p)' and
! `DEF_FROM_PTR (def_p)'.  Since we aren't using operand pointers, use
! and defs flags can be mixed.
  
         tree var;
         ssa_op_iter iter;
*************** defs flags can be mixed.
*** 13545,13561 ****
              print_generic_expr (stderr, var, TDF_SLIM);
           }
  
!  'VDEF's are broken into two flags, one for the 'DEF' portion
! ('SSA_OP_VDEF') and one for the USE portion ('SSA_OP_VUSE').
  
   There are many examples in the code, in addition to the documentation
! in 'tree-ssa-operands.h' and 'ssa-iterators.h'.
  
   There are also a couple of variants on the stmt iterators regarding PHI
  nodes.
  
!  'FOR_EACH_PHI_ARG' Works exactly like 'FOR_EACH_SSA_USE_OPERAND',
! except it works over 'PHI' arguments instead of statement operands.
  
       /* Look at every virtual PHI use.  */
       FOR_EACH_PHI_ARG (use_p, phi_stmt, iter, SSA_OP_VIRTUAL_USES)
--- 13690,13706 ----
              print_generic_expr (stderr, var, TDF_SLIM);
           }
  
!  `VDEF's are broken into two flags, one for the `DEF' portion
! (`SSA_OP_VDEF') and one for the USE portion (`SSA_OP_VUSE').
  
   There are many examples in the code, in addition to the documentation
! in `tree-ssa-operands.h' and `ssa-iterators.h'.
  
   There are also a couple of variants on the stmt iterators regarding PHI
  nodes.
  
!  `FOR_EACH_PHI_ARG' Works exactly like `FOR_EACH_SSA_USE_OPERAND',
! except it works over `PHI' arguments instead of statement operands.
  
       /* Look at every virtual PHI use.  */
       FOR_EACH_PHI_ARG (use_p, phi_stmt, iter, SSA_OP_VIRTUAL_USES)
*************** except it works over 'PHI' arguments ins
*** 13571,13581 ****
       FOR_EACH_PHI_ARG (use_p, phi_stmt, iter, SSA_OP_ALL_USES)
         my_code;
  
!  'FOR_EACH_PHI_OR_STMT_{USE,DEF}' works exactly like
! 'FOR_EACH_SSA_{USE,DEF}_OPERAND', except it will function on either a
! statement or a 'PHI' node.  These should be used when it is appropriate
! but they are not quite as efficient as the individual 'FOR_EACH_PHI' and
! 'FOR_EACH_SSA' routines.
  
       FOR_EACH_PHI_OR_STMT_USE (use_operand_p, stmt, iter, flags)
         {
--- 13716,13726 ----
       FOR_EACH_PHI_ARG (use_p, phi_stmt, iter, SSA_OP_ALL_USES)
         my_code;
  
!  `FOR_EACH_PHI_OR_STMT_{USE,DEF}' works exactly like
! `FOR_EACH_SSA_{USE,DEF}_OPERAND', except it will function on either a
! statement or a `PHI' node.  These should be used when it is appropriate
! but they are not quite as efficient as the individual `FOR_EACH_PHI'
! and `FOR_EACH_SSA' routines.
  
       FOR_EACH_PHI_OR_STMT_USE (use_operand_p, stmt, iter, flags)
         {
*************** but they are not quite as efficient as t
*** 13591,13598 ****
  ---------------------
  
  Immediate use information is now always available.  Using the immediate
! use iterators, you may examine every use of any 'SSA_NAME'.  For
! instance, to change each use of 'ssa_var' to 'ssa_var2' and call
  fold_stmt on each stmt after that is done:
  
         use_operand_p imm_use_p;
--- 13736,13743 ----
  ---------------------
  
  Immediate use information is now always available.  Using the immediate
! use iterators, you may examine every use of any `SSA_NAME'. For
! instance, to change each use of `ssa_var' to `ssa_var2' and call
  fold_stmt on each stmt after that is done:
  
         use_operand_p imm_use_p;
*************** fold_stmt on each stmt after that is don
*** 13607,13627 ****
             fold_stmt (stmt);
           }
  
!  There are 2 iterators which can be used.  'FOR_EACH_IMM_USE_FAST' is
  used when the immediate uses are not changed, i.e., you are looking at
  the uses, but not setting them.
  
   If they do get changed, then care must be taken that things are not
! changed under the iterators, so use the 'FOR_EACH_IMM_USE_STMT' and
! 'FOR_EACH_IMM_USE_ON_STMT' iterators.  They attempt to preserve the
  sanity of the use list by moving all the uses for a statement into a
  controlled position, and then iterating over those uses.  Then the
  optimization can manipulate the stmt when all the uses have been
  processed.  This is a little slower than the FAST version since it adds
  a placeholder element and must sort through the list a bit for each
! statement.  This placeholder element must be also be removed if the loop
! is terminated early.  The macro 'BREAK_FROM_IMM_USE_SAFE' is provided to
! do this :
  
         FOR_EACH_IMM_USE_STMT (stmt, iterator, ssa_var)
           {
--- 13752,13772 ----
             fold_stmt (stmt);
           }
  
!  There are 2 iterators which can be used. `FOR_EACH_IMM_USE_FAST' is
  used when the immediate uses are not changed, i.e., you are looking at
  the uses, but not setting them.
  
   If they do get changed, then care must be taken that things are not
! changed under the iterators, so use the `FOR_EACH_IMM_USE_STMT' and
! `FOR_EACH_IMM_USE_ON_STMT' iterators.  They attempt to preserve the
  sanity of the use list by moving all the uses for a statement into a
  controlled position, and then iterating over those uses.  Then the
  optimization can manipulate the stmt when all the uses have been
  processed.  This is a little slower than the FAST version since it adds
  a placeholder element and must sort through the list a bit for each
! statement.  This placeholder element must be also be removed if the
! loop is terminated early.  The macro `BREAK_FROM_IMM_USE_SAFE' is
! provided to do this :
  
         FOR_EACH_IMM_USE_STMT (stmt, iterator, ssa_var)
           {
*************** do this :
*** 13633,13663 ****
             fold_stmt (stmt);
           }
  
!  There are checks in 'verify_ssa' which verify that the immediate use
  list is up to date, as well as checking that an optimization didn't
  break from the loop without using this macro.  It is safe to simply
! 'break'; from a 'FOR_EACH_IMM_USE_FAST' traverse.
  
   Some useful functions and macros:
!   1. 'has_zero_uses (ssa_var)' : Returns true if there are no uses of
!      'ssa_var'.
!   2. 'has_single_use (ssa_var)' : Returns true if there is only a single
!      use of 'ssa_var'.
!   3. 'single_imm_use (ssa_var, use_operand_p *ptr, tree *stmt)' :
!      Returns true if there is only a single use of 'ssa_var', and also
       returns the use pointer and statement it occurs in, in the second
       and third parameters.
!   4. 'num_imm_uses (ssa_var)' : Returns the number of immediate uses of
!      'ssa_var'.  It is better not to use this if possible since it
!      simply utilizes a loop to count the uses.
!   5. 'PHI_ARG_INDEX_FROM_USE (use_p)' : Given a use within a 'PHI' node,
!      return the index number for the use.  An assert is triggered if the
!      use isn't located in a 'PHI' node.
!   6. 'USE_STMT (use_p)' : Return the statement a use occurs in.
  
   Note that uses are not put into an immediate use list until their
! statement is actually inserted into the instruction stream via a 'bsi_*'
! routine.
  
   It is also still possible to utilize lazy updating of statements, but
  this should be used only when absolutely required.  Both alias analysis
--- 13778,13813 ----
             fold_stmt (stmt);
           }
  
!  There are checks in `verify_ssa' which verify that the immediate use
  list is up to date, as well as checking that an optimization didn't
  break from the loop without using this macro.  It is safe to simply
! 'break'; from a `FOR_EACH_IMM_USE_FAST' traverse.
  
   Some useful functions and macros:
!   1. `has_zero_uses (ssa_var)' : Returns true if there are no uses of
!      `ssa_var'.
! 
!   2. `has_single_use (ssa_var)' : Returns true if there is only a
!      single use of `ssa_var'.
! 
!   3. `single_imm_use (ssa_var, use_operand_p *ptr, tree *stmt)' :
!      Returns true if there is only a single use of `ssa_var', and also
       returns the use pointer and statement it occurs in, in the second
       and third parameters.
! 
!   4. `num_imm_uses (ssa_var)' : Returns the number of immediate uses of
!      `ssa_var'. It is better not to use this if possible since it simply
!      utilizes a loop to count the uses.
! 
!   5. `PHI_ARG_INDEX_FROM_USE (use_p)' : Given a use within a `PHI'
!      node, return the index number for the use.  An assert is triggered
!      if the use isn't located in a `PHI' node.
! 
!   6. `USE_STMT (use_p)' : Return the statement a use occurs in.
  
   Note that uses are not put into an immediate use list until their
! statement is actually inserted into the instruction stream via a
! `bsi_*' routine.
  
   It is also still possible to utilize lazy updating of statements, but
  this should be used only when absolutely required.  Both alias analysis
*************** and the dominator optimizations currentl
*** 13665,13675 ****
  
   When lazy updating is being used, the immediate use information is out
  of date and cannot be used reliably.  Lazy updating is achieved by
! simply marking statements modified via calls to 'gimple_set_modified'
! instead of 'update_stmt'.  When lazy updating is no longer required, all
! the modified statements must have 'update_stmt' called in order to bring
! them up to date.  This must be done before the optimization is finished,
! or 'verify_ssa' will trigger an abort.
  
   This is done with a simple loop over the instruction stream:
         block_stmt_iterator bsi;
--- 13815,13825 ----
  
   When lazy updating is being used, the immediate use information is out
  of date and cannot be used reliably.  Lazy updating is achieved by
! simply marking statements modified via calls to `gimple_set_modified'
! instead of `update_stmt'.  When lazy updating is no longer required,
! all the modified statements must have `update_stmt' called in order to
! bring them up to date.  This must be done before the optimization is
! finished, or `verify_ssa' will trigger an abort.
  
   This is done with a simple loop over the instruction stream:
         block_stmt_iterator bsi;
*************** File: gccint.info,  Node: SSA,  Next: Al
*** 13688,13697 ****
  
  Most of the tree optimizers rely on the data flow information provided
  by the Static Single Assignment (SSA) form.  We implement the SSA form
! as described in 'R. Cytron, J. Ferrante, B. Rosen, M. Wegman, and K.
! Zadeck. Efficiently Computing Static Single Assignment Form and the
! Control Dependence Graph. ACM Transactions on Programming Languages and
! Systems, 13(4):451-490, October 1991'.
  
   The SSA form is based on the premise that program variables are
  assigned in exactly one location in the program.  Multiple assignments
--- 13838,13847 ----
  
  Most of the tree optimizers rely on the data flow information provided
  by the Static Single Assignment (SSA) form.  We implement the SSA form
! as described in `R. Cytron, J. Ferrante, B. Rosen, M. Wegman, and K.
! Zadeck.  Efficiently Computing Static Single Assignment Form and the
! Control Dependence Graph.  ACM Transactions on Programming Languages
! and Systems, 13(4):451-490, October 1991'.
  
   The SSA form is based on the premise that program variables are
  assigned in exactly one location in the program.  Multiple assignments
*************** representation so that every time a vari
*** 13702,13715 ****
  new version of the variable is created.  Different versions of the same
  variable are distinguished by subscripting the variable name with its
  version number.  Variables used in the right-hand side of expressions
! are renamed so that their version number matches that of the most recent
! assignment.
  
!  We represent variable versions using 'SSA_NAME' nodes.  The renaming
! process in 'tree-ssa.c' wraps every real and virtual operand with an
! 'SSA_NAME' node which contains the version number and the statement that
! created the 'SSA_NAME'.  Only definitions and virtual definitions may
! create new 'SSA_NAME' nodes.
  
   Sometimes, flow of control makes it impossible to determine the most
  recent version of a variable.  In these cases, the compiler inserts an
--- 13852,13865 ----
  new version of the variable is created.  Different versions of the same
  variable are distinguished by subscripting the variable name with its
  version number.  Variables used in the right-hand side of expressions
! are renamed so that their version number matches that of the most
! recent assignment.
  
!  We represent variable versions using `SSA_NAME' nodes.  The renaming
! process in `tree-ssa.c' wraps every real and virtual operand with an
! `SSA_NAME' node which contains the version number and the statement
! that created the `SSA_NAME'.  Only definitions and virtual definitions
! may create new `SSA_NAME' nodes.
  
   Sometimes, flow of control makes it impossible to determine the most
  recent version of a variable.  In these cases, the compiler inserts an
*************** variable to create a new name for it.  F
*** 13728,13746 ****
       return a_4;
  
   Since it is not possible to determine which of the three branches will
! be taken at runtime, we don't know which of 'a_1', 'a_2' or 'a_3' to use
! at the return statement.  So, the SSA renamer creates a new version
! 'a_4' which is assigned the result of "merging" 'a_1', 'a_2' and 'a_3'.
  Hence, PHI nodes mean "one of these operands.  I don't know which".
  
   The following functions can be used to examine PHI nodes
  
   -- Function: gimple_phi_result (PHI)
!      Returns the 'SSA_NAME' created by PHI node PHI (i.e., PHI's LHS).
  
   -- Function: gimple_phi_num_args (PHI)
!      Returns the number of arguments in PHI.  This number is exactly the
!      number of incoming edges to the basic block holding PHI.
  
   -- Function: gimple_phi_arg (PHI, I)
       Returns Ith argument of PHI.
--- 13878,13896 ----
       return a_4;
  
   Since it is not possible to determine which of the three branches will
! be taken at runtime, we don't know which of `a_1', `a_2' or `a_3' to
! use at the return statement.  So, the SSA renamer creates a new version
! `a_4' which is assigned the result of "merging" `a_1', `a_2' and `a_3'.
  Hence, PHI nodes mean "one of these operands.  I don't know which".
  
   The following functions can be used to examine PHI nodes
  
   -- Function: gimple_phi_result (PHI)
!      Returns the `SSA_NAME' created by PHI node PHI (i.e., PHI's LHS).
  
   -- Function: gimple_phi_num_args (PHI)
!      Returns the number of arguments in PHI.  This number is exactly
!      the number of incoming edges to the basic block holding PHI.
  
   -- Function: gimple_phi_arg (PHI, I)
       Returns Ith argument of PHI.
*************** Hence, PHI nodes mean "one of these oper
*** 13749,13755 ****
       Returns the incoming edge for the Ith argument of PHI.
  
   -- Function: gimple_phi_arg_def (PHI, I)
!      Returns the 'SSA_NAME' for the Ith argument of PHI.
  
  12.3.1 Preserving the SSA form
  ------------------------------
--- 13899,13905 ----
       Returns the incoming edge for the Ith argument of PHI.
  
   -- Function: gimple_phi_arg_def (PHI, I)
!      Returns the `SSA_NAME' for the Ith argument of PHI.
  
  12.3.1 Preserving the SSA form
  ------------------------------
*************** SSA form.
*** 13766,13773 ****
  variables, keeping the SSA form up to date depends on whether you are
  updating register or virtual names.  In both cases, the general idea
  behind incremental SSA updates is similar: when new SSA names are
! created, they typically are meant to replace other existing names in the
! program.
  
   For instance, given the following code:
  
--- 13916,13923 ----
  variables, keeping the SSA form up to date depends on whether you are
  updating register or virtual names.  In both cases, the general idea
  behind incremental SSA updates is similar: when new SSA names are
! created, they typically are meant to replace other existing names in
! the program.
  
   For instance, given the following code:
  
*************** program.
*** 13783,13789 ****
            10   goto L0;
            11 endif
  
!  Suppose that we insert new names 'x_10' and 'x_11' (lines '4' and '8').
  
            1  L0:
            2  x_1 = PHI (0, x_5)
--- 13933,13939 ----
            10   goto L0;
            11 endif
  
!  Suppose that we insert new names `x_10' and `x_11' (lines `4' and `8').
  
            1  L0:
            2  x_1 = PHI (0, x_5)
*************** program.
*** 13799,13885 ****
            12   goto L0;
            13 endif
  
!  We want to replace all the uses of 'x_1' with the new definitions of
! 'x_10' and 'x_11'.  Note that the only uses that should be replaced are
! those at lines '5', '9' and '11'.  Also, the use of 'x_7' at line '9'
! should _not_ be replaced (this is why we cannot just mark symbol 'x' for
  renaming).
  
!  Additionally, we may need to insert a PHI node at line '11' because
! that is a merge point for 'x_10' and 'x_11'.  So the use of 'x_1' at
! line '11' will be replaced with the new PHI node.  The insertion of PHI
  nodes is optional.  They are not strictly necessary to preserve the SSA
  form, and depending on what the caller inserted, they may not even be
  useful for the optimizers.
  
   Updating the SSA form is a two step process.  First, the pass has to
  identify which names need to be updated and/or which symbols need to be
! renamed into SSA form for the first time.  When new names are introduced
! to replace existing names in the program, the mapping between the old
! and the new names are registered by calling 'register_new_name_mapping'
! (note that if your pass creates new code by duplicating basic blocks,
! the call to 'tree_duplicate_bb' will set up the necessary mappings
! automatically).
  
   After the replacement mappings have been registered and new symbols
! marked for renaming, a call to 'update_ssa' makes the registered
! changes.  This can be done with an explicit call or by creating 'TODO'
! flags in the 'tree_opt_pass' structure for your pass.  There are several
! 'TODO' flags that control the behavior of 'update_ssa':
  
!    * 'TODO_update_ssa'.  Update the SSA form inserting PHI nodes for
       newly exposed symbols and virtual names marked for updating.  When
!      updating real names, only insert PHI nodes for a real name 'O_j' in
!      blocks reached by all the new and old definitions for 'O_j'.  If
!      the iterated dominance frontier for 'O_j' is not pruned, we may end
!      up inserting PHI nodes in blocks that have one or more edges with
!      no incoming definition for 'O_j'.  This would lead to uninitialized
!      warnings for 'O_j''s symbol.
  
!    * 'TODO_update_ssa_no_phi'.  Update the SSA form without inserting
       any new PHI nodes at all.  This is used by passes that have either
       inserted all the PHI nodes themselves or passes that need only to
       patch use-def and def-def chains for virtuals (e.g., DCE).
  
!    * 'TODO_update_ssa_full_phi'.  Insert PHI nodes everywhere they are
       needed.  No pruning of the IDF is done.  This is used by passes
!      that need the PHI nodes for 'O_j' even if it means that some
!      arguments will come from the default definition of 'O_j''s symbol
!      (e.g., 'pass_linear_transform').
  
       WARNING: If you need to use this flag, chances are that your pass
       may be doing something wrong.  Inserting PHI nodes for an old name
       where not all edges carry a new replacement may lead to silent
       codegen errors or spurious uninitialized warnings.
  
!    * 'TODO_update_ssa_only_virtuals'.  Passes that update the SSA form
       on their own may want to delegate the updating of virtual names to
!      the generic updater.  Since FUD chains are easier to maintain, this
!      simplifies the work they need to do.  NOTE: If this flag is used,
!      any OLD->NEW mappings for real names are explicitly destroyed and
!      only the symbols marked for renaming are processed.
  
! 12.3.2 Examining 'SSA_NAME' nodes
  ---------------------------------
  
! The following macros can be used to examine 'SSA_NAME' nodes
  
   -- Macro: SSA_NAME_DEF_STMT (VAR)
!      Returns the statement S that creates the 'SSA_NAME' VAR.  If S is
!      an empty statement (i.e., 'IS_EMPTY_STMT (S)' returns 'true'), it
       means that the first reference to this variable is a USE or a VUSE.
  
   -- Macro: SSA_NAME_VERSION (VAR)
!      Returns the version number of the 'SSA_NAME' object VAR.
  
  12.3.3 Walking the dominator tree
  ---------------------------------
  
   -- Tree SSA function: void walk_dominator_tree (WALK_DATA, BB)
- 
       This function walks the dominator tree for the current CFG calling
       a set of callback functions defined in STRUCT DOM_WALK_DATA in
!      'domwalk.h'.  The call back functions you need to define give you
       hooks to execute custom code at various points during traversal:
  
         1. Once to initialize any local data needed while processing BB
--- 13949,14034 ----
            12   goto L0;
            13 endif
  
!  We want to replace all the uses of `x_1' with the new definitions of
! `x_10' and `x_11'.  Note that the only uses that should be replaced are
! those at lines `5', `9' and `11'.  Also, the use of `x_7' at line `9'
! should _not_ be replaced (this is why we cannot just mark symbol `x' for
  renaming).
  
!  Additionally, we may need to insert a PHI node at line `11' because
! that is a merge point for `x_10' and `x_11'.  So the use of `x_1' at
! line `11' will be replaced with the new PHI node.  The insertion of PHI
  nodes is optional.  They are not strictly necessary to preserve the SSA
  form, and depending on what the caller inserted, they may not even be
  useful for the optimizers.
  
   Updating the SSA form is a two step process.  First, the pass has to
  identify which names need to be updated and/or which symbols need to be
! renamed into SSA form for the first time.  When new names are
! introduced to replace existing names in the program, the mapping
! between the old and the new names are registered by calling
! `register_new_name_mapping' (note that if your pass creates new code by
! duplicating basic blocks, the call to `tree_duplicate_bb' will set up
! the necessary mappings automatically).
  
   After the replacement mappings have been registered and new symbols
! marked for renaming, a call to `update_ssa' makes the registered
! changes.  This can be done with an explicit call or by creating `TODO'
! flags in the `tree_opt_pass' structure for your pass.  There are
! several `TODO' flags that control the behavior of `update_ssa':
  
!    * `TODO_update_ssa'.  Update the SSA form inserting PHI nodes for
       newly exposed symbols and virtual names marked for updating.  When
!      updating real names, only insert PHI nodes for a real name `O_j'
!      in blocks reached by all the new and old definitions for `O_j'.
!      If the iterated dominance frontier for `O_j' is not pruned, we may
!      end up inserting PHI nodes in blocks that have one or more edges
!      with no incoming definition for `O_j'.  This would lead to
!      uninitialized warnings for `O_j''s symbol.
  
!    * `TODO_update_ssa_no_phi'.  Update the SSA form without inserting
       any new PHI nodes at all.  This is used by passes that have either
       inserted all the PHI nodes themselves or passes that need only to
       patch use-def and def-def chains for virtuals (e.g., DCE).
  
!    * `TODO_update_ssa_full_phi'.  Insert PHI nodes everywhere they are
       needed.  No pruning of the IDF is done.  This is used by passes
!      that need the PHI nodes for `O_j' even if it means that some
!      arguments will come from the default definition of `O_j''s symbol
!      (e.g., `pass_linear_transform').
  
       WARNING: If you need to use this flag, chances are that your pass
       may be doing something wrong.  Inserting PHI nodes for an old name
       where not all edges carry a new replacement may lead to silent
       codegen errors or spurious uninitialized warnings.
  
!    * `TODO_update_ssa_only_virtuals'.  Passes that update the SSA form
       on their own may want to delegate the updating of virtual names to
!      the generic updater.  Since FUD chains are easier to maintain,
!      this simplifies the work they need to do.  NOTE: If this flag is
!      used, any OLD->NEW mappings for real names are explicitly
!      destroyed and only the symbols marked for renaming are processed.
  
! 12.3.2 Examining `SSA_NAME' nodes
  ---------------------------------
  
! The following macros can be used to examine `SSA_NAME' nodes
  
   -- Macro: SSA_NAME_DEF_STMT (VAR)
!      Returns the statement S that creates the `SSA_NAME' VAR.  If S is
!      an empty statement (i.e., `IS_EMPTY_STMT (S)' returns `true'), it
       means that the first reference to this variable is a USE or a VUSE.
  
   -- Macro: SSA_NAME_VERSION (VAR)
!      Returns the version number of the `SSA_NAME' object VAR.
  
  12.3.3 Walking the dominator tree
  ---------------------------------
  
   -- Tree SSA function: void walk_dominator_tree (WALK_DATA, BB)
       This function walks the dominator tree for the current CFG calling
       a set of callback functions defined in STRUCT DOM_WALK_DATA in
!      `domwalk.h'.  The call back functions you need to define give you
       hooks to execute custom code at various points during traversal:
  
         1. Once to initialize any local data needed while processing BB
*************** disambiguate explicit and implicit memor
*** 13918,13926 ****
  
    1. Memory SSA form.
  
!      All statements that may use memory have exactly one accompanied use
!      of a virtual SSA name that represents the state of memory at the
!      given point in the IL.
  
       All statements that may define memory have exactly one accompanied
       definition of a virtual SSA name using the previous state of memory
--- 14067,14075 ----
  
    1. Memory SSA form.
  
!      All statements that may use memory have exactly one accompanied
!      use of a virtual SSA name that represents the state of memory at
!      the given point in the IL.
  
       All statements that may define memory have exactly one accompanied
       definition of a virtual SSA name using the previous state of memory
*************** disambiguate explicit and implicit memor
*** 13936,13944 ****
              return i;
            }
  
!      The virtual SSA names in this case are '.MEM_2(D)' and '.MEM_3'.
!      The store to the global variable 'i' defines '.MEM_3' invalidating
!      '.MEM_2(D)'.  The load from 'i' uses that new state '.MEM_3'.
  
       The virtual SSA web serves as constraints to SSA optimizers
       preventing illegitimate code-motion and optimization.  It also
--- 14085,14093 ----
              return i;
            }
  
!      The virtual SSA names in this case are `.MEM_2(D)' and `.MEM_3'.
!      The store to the global variable `i' defines `.MEM_3' invalidating
!      `.MEM_2(D)'.  The load from `i' uses that new state `.MEM_3'.
  
       The virtual SSA web serves as constraints to SSA optimizers
       preventing illegitimate code-motion and optimization.  It also
*************** disambiguate explicit and implicit memor
*** 13954,13981 ****
       what it may possibly point to.
  
       This points-to solution for a given SSA name pointer is stored in
!      the 'pt_solution' sub-structure of the 'SSA_NAME_PTR_INFO' record.
       The following accessor functions are available:
  
!         * 'pt_solution_includes'
!         * 'pt_solutions_intersect'
  
       Points-to analysis also computes the solution for two special set
!      of pointers, 'ESCAPED' and 'CALLUSED'.  Those represent all memory
       that has escaped the scope of analysis or that is used by pure or
       nested const calls.
  
    3. Type-based alias analysis
  
       Type-based alias analysis is frontend dependent though generic
!      support is provided by the middle-end in 'alias.c'.  TBAA code is
       used by both tree optimizers and RTL optimizers.
  
       Every language that wishes to perform language-specific alias
!      analysis should define a function that computes, given a 'tree'
!      node, an alias set for the node.  Nodes in different alias sets are
!      not allowed to alias.  For an example, see the C front-end function
!      'c_get_alias_set'.
  
    4. Tree alias-oracle
  
--- 14103,14131 ----
       what it may possibly point to.
  
       This points-to solution for a given SSA name pointer is stored in
!      the `pt_solution' sub-structure of the `SSA_NAME_PTR_INFO' record.
       The following accessor functions are available:
  
!         * `pt_solution_includes'
! 
!         * `pt_solutions_intersect'
  
       Points-to analysis also computes the solution for two special set
!      of pointers, `ESCAPED' and `CALLUSED'.  Those represent all memory
       that has escaped the scope of analysis or that is used by pure or
       nested const calls.
  
    3. Type-based alias analysis
  
       Type-based alias analysis is frontend dependent though generic
!      support is provided by the middle-end in `alias.c'.  TBAA code is
       used by both tree optimizers and RTL optimizers.
  
       Every language that wishes to perform language-specific alias
!      analysis should define a function that computes, given a `tree'
!      node, an alias set for the node.  Nodes in different alias sets
!      are not allowed to alias.  For an example, see the C front-end
!      function `c_get_alias_set'.
  
    4. Tree alias-oracle
  
*************** disambiguate explicit and implicit memor
*** 13983,14002 ****
       references and memory references against statements.  The following
       queries are available:
  
!         * 'refs_may_alias_p'
!         * 'ref_maybe_used_by_stmt_p'
!         * 'stmt_may_clobber_ref_p'
  
       In addition to those two kind of statement walkers are available
       walking statements related to a reference ref.
!      'walk_non_aliased_vuses' walks over dominating memory defining
       statements and calls back if the statement does not clobber ref
!      providing the non-aliased VUSE. The walk stops at the first
!      clobbering statement or if asked to.  'walk_aliased_vdefs' walks
       over dominating memory defining statements and calls back on each
!      statement clobbering ref providing its aliasing VDEF. The walk
       stops if asked to.
  
  
  File: gccint.info,  Node: Memory model,  Prev: Alias analysis,  Up: Tree SSA
  
--- 14133,14155 ----
       references and memory references against statements.  The following
       queries are available:
  
!         * `refs_may_alias_p'
! 
!         * `ref_maybe_used_by_stmt_p'
! 
!         * `stmt_may_clobber_ref_p'
  
       In addition to those two kind of statement walkers are available
       walking statements related to a reference ref.
!      `walk_non_aliased_vuses' walks over dominating memory defining
       statements and calls back if the statement does not clobber ref
!      providing the non-aliased VUSE.  The walk stops at the first
!      clobbering statement or if asked to.  `walk_aliased_vdefs' walks
       over dominating memory defining statements and calls back on each
!      statement clobbering ref providing its aliasing VDEF.  The walk
       stops if asked to.
  
+ 
  
  File: gccint.info,  Node: Memory model,  Prev: Alias analysis,  Up: Tree SSA
  
*************** effective type to objects with a declare
*** 14017,14023 ****
       an lvalue having a type that is not a character type, then the
       type of the lvalue becomes the effective type of the object for that
       access and for subsequent accesses that do not modify the stored value.
!      If a value is copied into an object using memcpy or memmove,
       or is copied as an array of character type, then the effective type
       of the modified object for that access and for subsequent accesses that
       do not modify the value is undetermined.  For all other accesses to an
--- 14170,14176 ----
       an lvalue having a type that is not a character type, then the
       type of the lvalue becomes the effective type of the object for that
       access and for subsequent accesses that do not modify the stored value.
!      If a value is copied into an object using `memcpy' or `memmove',
       or is copied as an array of character type, then the effective type
       of the modified object for that access and for subsequent accesses that
       do not modify the value is undetermined.  For all other accesses to an
*************** instructions to be output are described,
*** 14036,14043 ****
  algebraic form that describes what the instruction does.
  
   RTL is inspired by Lisp lists.  It has both an internal form, made up
! of structures that point at other structures, and a textual form that is
! used in the machine description and in printed debugging dumps.  The
  textual form uses nested parentheses to indicate the pointers in the
  internal form.
  
--- 14189,14196 ----
  algebraic form that describes what the instruction does.
  
   RTL is inspired by Lisp lists.  It has both an internal form, made up
! of structures that point at other structures, and a textual form that
! is used in the machine description and in printed debugging dumps.  The
  textual form uses nested parentheses to indicate the pointers in the
  internal form.
  
*************** internal form.
*** 14059,14065 ****
  * RTL Declarations::  Declaring volatility, constancy, etc.
  * Side Effects::      Expressions for storing in registers, etc.
  * Incdec::            Embedded side-effects for autoincrement addressing.
! * Assembler::         Representing 'asm' with operands.
  * Debug Information:: Expressions representing debugging information.
  * Insns::             Expression types for entire insns.
  * Calls::             RTL representation of function call insns.
--- 14212,14218 ----
  * RTL Declarations::  Declaring volatility, constancy, etc.
  * Side Effects::      Expressions for storing in registers, etc.
  * Incdec::            Embedded side-effects for autoincrement addressing.
! * Assembler::         Representing `asm' with operands.
  * Debug Information:: Expressions representing debugging information.
  * Insns::             Expression types for entire insns.
  * Calls::             RTL representation of function call insns.
*************** File: gccint.info,  Node: RTL Objects,
*** 14075,14094 ****
  RTL uses five kinds of objects: expressions, integers, wide integers,
  strings and vectors.  Expressions are the most important ones.  An RTL
  expression ("RTX", for short) is a C structure, but it is usually
! referred to with a pointer; a type that is given the typedef name 'rtx'.
  
!  An integer is simply an 'int'; their written form uses decimal digits.
! A wide integer is an integral object whose type is 'HOST_WIDE_INT';
  their written form uses decimal digits.
  
   A string is a sequence of characters.  In core it is represented as a
! 'char *' in usual C fashion, and it is written in C syntax as well.
! However, strings in RTL may never be null.  If you write an empty string
! in a machine description, it is represented in core as a null pointer
! rather than as a pointer to a null character.  In certain contexts,
! these null pointers instead of strings are valid.  Within RTL code,
! strings are most commonly found inside 'symbol_ref' expressions, but
! they appear in other contexts in the RTL expressions that make up
  machine descriptions.
  
   In a machine description, strings are normally written with double
--- 14228,14247 ----
  RTL uses five kinds of objects: expressions, integers, wide integers,
  strings and vectors.  Expressions are the most important ones.  An RTL
  expression ("RTX", for short) is a C structure, but it is usually
! referred to with a pointer; a type that is given the typedef name `rtx'.
  
!  An integer is simply an `int'; their written form uses decimal digits.
! A wide integer is an integral object whose type is `HOST_WIDE_INT';
  their written form uses decimal digits.
  
   A string is a sequence of characters.  In core it is represented as a
! `char *' in usual C fashion, and it is written in C syntax as well.
! However, strings in RTL may never be null.  If you write an empty
! string in a machine description, it is represented in core as a null
! pointer rather than as a pointer to a null character.  In certain
! contexts, these null pointers instead of strings are valid.  Within RTL
! code, strings are most commonly found inside `symbol_ref' expressions,
! but they appear in other contexts in the RTL expressions that make up
  machine descriptions.
  
   In a machine description, strings are normally written with double
*************** need not escape each quote character wit
*** 14108,14146 ****
  
   A vector contains an arbitrary number of pointers to expressions.  The
  number of elements in the vector is explicitly present in the vector.
! The written form of a vector consists of square brackets ('[...]')
  surrounding the elements, in sequence and with whitespace separating
  them.  Vectors of length zero are not created; null pointers are used
  instead.
  
   Expressions are classified by "expression codes" (also called RTX
! codes).  The expression code is a name defined in 'rtl.def', which is
  also (in uppercase) a C enumeration constant.  The possible expression
  codes and their meanings are machine-independent.  The code of an RTX
! can be extracted with the macro 'GET_CODE (X)' and altered with
! 'PUT_CODE (X, NEWCODE)'.
  
   The expression code determines how many operands the expression
  contains, and what kinds of objects they are.  In RTL, unlike Lisp, you
  cannot tell by looking at an operand what kind of object it is.
! Instead, you must know from its context--from the expression code of the
! containing expression.  For example, in an expression of code 'subreg',
! the first operand is to be regarded as an expression and the second
! operand as an integer.  In an expression of code 'plus', there are two
! operands, both of which are to be regarded as expressions.  In a
! 'symbol_ref' expression, there is one operand, which is to be regarded
! as a string.
  
   Expressions are written as parentheses containing the name of the
  expression type, its flags and machine mode if any, and then the
  operands of the expression (separated by spaces).
  
!  Expression code names in the 'md' file are written in lowercase, but
  when they appear in C code they are written in uppercase.  In this
! manual, they are shown as follows: 'const_int'.
  
   In a few contexts a null pointer is valid where an expression is
! normally wanted.  The written form of this is '(nil)'.
  
  
  File: gccint.info,  Node: RTL Classes,  Next: Accessors,  Prev: RTL Objects,  Up: RTL
--- 14261,14299 ----
  
   A vector contains an arbitrary number of pointers to expressions.  The
  number of elements in the vector is explicitly present in the vector.
! The written form of a vector consists of square brackets (`[...]')
  surrounding the elements, in sequence and with whitespace separating
  them.  Vectors of length zero are not created; null pointers are used
  instead.
  
   Expressions are classified by "expression codes" (also called RTX
! codes).  The expression code is a name defined in `rtl.def', which is
  also (in uppercase) a C enumeration constant.  The possible expression
  codes and their meanings are machine-independent.  The code of an RTX
! can be extracted with the macro `GET_CODE (X)' and altered with
! `PUT_CODE (X, NEWCODE)'.
  
   The expression code determines how many operands the expression
  contains, and what kinds of objects they are.  In RTL, unlike Lisp, you
  cannot tell by looking at an operand what kind of object it is.
! Instead, you must know from its context--from the expression code of
! the containing expression.  For example, in an expression of code
! `subreg', the first operand is to be regarded as an expression and the
! second operand as an integer.  In an expression of code `plus', there
! are two operands, both of which are to be regarded as expressions.  In
! a `symbol_ref' expression, there is one operand, which is to be
! regarded as a string.
  
   Expressions are written as parentheses containing the name of the
  expression type, its flags and machine mode if any, and then the
  operands of the expression (separated by spaces).
  
!  Expression code names in the `md' file are written in lowercase, but
  when they appear in C code they are written in uppercase.  In this
! manual, they are shown as follows: `const_int'.
  
   In a few contexts a null pointer is valid where an expression is
! normally wanted.  The written form of this is `(nil)'.
  
  
  File: gccint.info,  Node: RTL Classes,  Next: Accessors,  Prev: RTL Objects,  Up: RTL
*************** File: gccint.info,  Node: RTL Classes,
*** 14149,14304 ****
  ============================
  
  The various expression codes are divided into several "classes", which
! are represented by single characters.  You can determine the class of an
! RTX code with the macro 'GET_RTX_CLASS (CODE)'.  Currently, 'rtl.def'
! defines these classes:
  
! 'RTX_OBJ'
       An RTX code that represents an actual object, such as a register
!      ('REG') or a memory location ('MEM', 'SYMBOL_REF').  'LO_SUM') is
!      also included; instead, 'SUBREG' and 'STRICT_LOW_PART' are not in
!      this class, but in class 'x'.
  
! 'RTX_CONST_OBJ'
!      An RTX code that represents a constant object.  'HIGH' is also
       included in this class.
  
! 'RTX_COMPARE'
!      An RTX code for a non-symmetric comparison, such as 'GEU' or 'LT'.
  
! 'RTX_COMM_COMPARE'
!      An RTX code for a symmetric (commutative) comparison, such as 'EQ'
!      or 'ORDERED'.
  
! 'RTX_UNARY'
!      An RTX code for a unary arithmetic operation, such as 'NEG', 'NOT',
!      or 'ABS'.  This category also includes value extension (sign or
!      zero) and conversions between integer and floating point.
  
! 'RTX_COMM_ARITH'
!      An RTX code for a commutative binary operation, such as 'PLUS' or
!      'AND'.  'NE' and 'EQ' are comparisons, so they have class '<'.
  
! 'RTX_BIN_ARITH'
       An RTX code for a non-commutative binary operation, such as
!      'MINUS', 'DIV', or 'ASHIFTRT'.
  
! 'RTX_BITFIELD_OPS'
       An RTX code for a bit-field operation.  Currently only
!      'ZERO_EXTRACT' and 'SIGN_EXTRACT'.  These have three inputs and are
!      lvalues (so they can be used for insertion as well).  *Note
       Bit-Fields::.
  
! 'RTX_TERNARY'
       An RTX code for other three input operations.  Currently only
!      'IF_THEN_ELSE', 'VEC_MERGE', 'SIGN_EXTRACT', 'ZERO_EXTRACT', and
!      'FMA'.
  
! 'RTX_INSN'
!      An RTX code for an entire instruction: 'INSN', 'JUMP_INSN', and
!      'CALL_INSN'.  *Note Insns::.
  
! 'RTX_MATCH'
       An RTX code for something that matches in insns, such as
!      'MATCH_DUP'.  These only occur in machine descriptions.
  
! 'RTX_AUTOINC'
       An RTX code for an auto-increment addressing mode, such as
!      'POST_INC'.  'XEXP (X, 0)' gives the auto-modified register.
  
! 'RTX_EXTRA'
       All other RTX codes.  This category includes the remaining codes
!      used only in machine descriptions ('DEFINE_*', etc.).  It also
!      includes all the codes describing side effects ('SET', 'USE',
!      'CLOBBER', etc.)  and the non-insns that may appear on an insn
!      chain, such as 'NOTE', 'BARRIER', and 'CODE_LABEL'.  'SUBREG' is
       also part of this class.
  
!  For each expression code, 'rtl.def' specifies the number of contained
  objects and their kinds using a sequence of characters called the
! "format" of the expression code.  For example, the format of 'subreg' is
! 'ei'.
  
   These are the most commonly used format characters:
  
! 'e'
       An expression (actually a pointer to an expression).
  
! 'i'
       An integer.
  
! 'w'
       A wide integer.
  
! 's'
       A string.
  
! 'E'
       A vector of expressions.
  
   A few other format characters are used occasionally:
  
! 'u'
!      'u' is equivalent to 'e' except that it is printed differently in
       debugging dumps.  It is used for pointers to insns.
  
! 'n'
!      'n' is equivalent to 'i' except that it is printed differently in
       debugging dumps.  It is used for the line number or code number of
!      a 'note' insn.
  
! 'S'
!      'S' indicates a string which is optional.  In the RTL objects in
!      core, 'S' is equivalent to 's', but when the object is read, from
!      an 'md' file, the string value of this operand may be omitted.  An
       omitted string is taken to be the null string.
  
! 'V'
!      'V' indicates a vector which is optional.  In the RTL objects in
!      core, 'V' is equivalent to 'E', but when the object is read from an
!      'md' file, the vector value of this operand may be omitted.  An
       omitted vector is effectively the same as a vector of no elements.
  
! 'B'
!      'B' indicates a pointer to basic block structure.
  
! '0'
!      '0' means a slot whose contents do not fit any normal category.
!      '0' slots are not printed at all in dumps, and are often used in
       special ways by small parts of the compiler.
  
   There are macros to get the number of operands and the format of an
  expression code:
  
! 'GET_RTX_LENGTH (CODE)'
       Number of operands of an RTX of code CODE.
  
! 'GET_RTX_FORMAT (CODE)'
       The format of an RTX of code CODE, as a C string.
  
   Some classes of RTX codes always have the same format.  For example, it
! is safe to assume that all comparison operations have format 'ee'.
  
! '1'
!      All codes of this class have format 'e'.
  
! '<'
! 'c'
! '2'
!      All codes of these classes have format 'ee'.
  
! 'b'
! '3'
!      All codes of these classes have format 'eee'.
  
! 'i'
!      All codes of this class have formats that begin with 'iuueiee'.
       *Note Insns::.  Note that not all RTL objects linked onto an insn
!      chain are of class 'i'.
  
! 'o'
! 'm'
! 'x'
       You can make no assumptions about the format of these codes.
  
  
--- 14302,14457 ----
  ============================
  
  The various expression codes are divided into several "classes", which
! are represented by single characters.  You can determine the class of
! an RTX code with the macro `GET_RTX_CLASS (CODE)'.  Currently,
! `rtl.def' defines these classes:
  
! `RTX_OBJ'
       An RTX code that represents an actual object, such as a register
!      (`REG') or a memory location (`MEM', `SYMBOL_REF').  `LO_SUM') is
!      also included; instead, `SUBREG' and `STRICT_LOW_PART' are not in
!      this class, but in class `x'.
  
! `RTX_CONST_OBJ'
!      An RTX code that represents a constant object.  `HIGH' is also
       included in this class.
  
! `RTX_COMPARE'
!      An RTX code for a non-symmetric comparison, such as `GEU' or `LT'.
  
! `RTX_COMM_COMPARE'
!      An RTX code for a symmetric (commutative) comparison, such as `EQ'
!      or `ORDERED'.
  
! `RTX_UNARY'
!      An RTX code for a unary arithmetic operation, such as `NEG',
!      `NOT', or `ABS'.  This category also includes value extension
!      (sign or zero) and conversions between integer and floating point.
  
! `RTX_COMM_ARITH'
!      An RTX code for a commutative binary operation, such as `PLUS' or
!      `AND'.  `NE' and `EQ' are comparisons, so they have class `<'.
  
! `RTX_BIN_ARITH'
       An RTX code for a non-commutative binary operation, such as
!      `MINUS', `DIV', or `ASHIFTRT'.
  
! `RTX_BITFIELD_OPS'
       An RTX code for a bit-field operation.  Currently only
!      `ZERO_EXTRACT' and `SIGN_EXTRACT'.  These have three inputs and
!      are lvalues (so they can be used for insertion as well).  *Note
       Bit-Fields::.
  
! `RTX_TERNARY'
       An RTX code for other three input operations.  Currently only
!      `IF_THEN_ELSE',  `VEC_MERGE', `SIGN_EXTRACT', `ZERO_EXTRACT', and
!      `FMA'.
  
! `RTX_INSN'
!      An RTX code for an entire instruction:  `INSN', `JUMP_INSN', and
!      `CALL_INSN'.  *Note Insns::.
  
! `RTX_MATCH'
       An RTX code for something that matches in insns, such as
!      `MATCH_DUP'.  These only occur in machine descriptions.
  
! `RTX_AUTOINC'
       An RTX code for an auto-increment addressing mode, such as
!      `POST_INC'.  `XEXP (X, 0)' gives the auto-modified register.
  
! `RTX_EXTRA'
       All other RTX codes.  This category includes the remaining codes
!      used only in machine descriptions (`DEFINE_*', etc.).  It also
!      includes all the codes describing side effects (`SET', `USE',
!      `CLOBBER', etc.) and the non-insns that may appear on an insn
!      chain, such as `NOTE', `BARRIER', and `CODE_LABEL'.  `SUBREG' is
       also part of this class.
  
!  For each expression code, `rtl.def' specifies the number of contained
  objects and their kinds using a sequence of characters called the
! "format" of the expression code.  For example, the format of `subreg'
! is `ei'.
  
   These are the most commonly used format characters:
  
! `e'
       An expression (actually a pointer to an expression).
  
! `i'
       An integer.
  
! `w'
       A wide integer.
  
! `s'
       A string.
  
! `E'
       A vector of expressions.
  
   A few other format characters are used occasionally:
  
! `u'
!      `u' is equivalent to `e' except that it is printed differently in
       debugging dumps.  It is used for pointers to insns.
  
! `n'
!      `n' is equivalent to `i' except that it is printed differently in
       debugging dumps.  It is used for the line number or code number of
!      a `note' insn.
  
! `S'
!      `S' indicates a string which is optional.  In the RTL objects in
!      core, `S' is equivalent to `s', but when the object is read, from
!      an `md' file, the string value of this operand may be omitted.  An
       omitted string is taken to be the null string.
  
! `V'
!      `V' indicates a vector which is optional.  In the RTL objects in
!      core, `V' is equivalent to `E', but when the object is read from
!      an `md' file, the vector value of this operand may be omitted.  An
       omitted vector is effectively the same as a vector of no elements.
  
! `B'
!      `B' indicates a pointer to basic block structure.
  
! `0'
!      `0' means a slot whose contents do not fit any normal category.
!      `0' slots are not printed at all in dumps, and are often used in
       special ways by small parts of the compiler.
  
   There are macros to get the number of operands and the format of an
  expression code:
  
! `GET_RTX_LENGTH (CODE)'
       Number of operands of an RTX of code CODE.
  
! `GET_RTX_FORMAT (CODE)'
       The format of an RTX of code CODE, as a C string.
  
   Some classes of RTX codes always have the same format.  For example, it
! is safe to assume that all comparison operations have format `ee'.
  
! `1'
!      All codes of this class have format `e'.
  
! `<'
! `c'
! `2'
!      All codes of these classes have format `ee'.
  
! `b'
! `3'
!      All codes of these classes have format `eee'.
  
! `i'
!      All codes of this class have formats that begin with `iuueiee'.
       *Note Insns::.  Note that not all RTL objects linked onto an insn
!      chain are of class `i'.
  
! `o'
! `m'
! `x'
       You can make no assumptions about the format of these codes.
  
  
*************** File: gccint.info,  Node: Accessors,  Ne
*** 14307,14314 ****
  13.3 Access to Operands
  =======================
  
! Operands of expressions are accessed using the macros 'XEXP', 'XINT',
! 'XWINT' and 'XSTR'.  Each of these macros takes two arguments: an
  expression-pointer (RTX) and an operand number (counting from zero).
  Thus,
  
--- 14460,14467 ----
  13.3 Access to Operands
  =======================
  
! Operands of expressions are accessed using the macros `XEXP', `XINT',
! `XWINT' and `XSTR'.  Each of these macros takes two arguments: an
  expression-pointer (RTX) and an operand number (counting from zero).
  Thus,
  
*************** accesses operand 2 of expression X, as a
*** 14318,14324 ****
  
       XINT (X, 2)
  
! accesses the same operand as an integer.  'XSTR', used in the same
  fashion, would access it as a string.
  
   Any operand can be accessed as an integer, as an expression or as a
--- 14471,14477 ----
  
       XINT (X, 2)
  
! accesses the same operand as an integer.  `XSTR', used in the same
  fashion, would access it as a string.
  
   Any operand can be accessed as an integer, as an expression or as a
*************** value actually stored in the operand.  Y
*** 14327,14360 ****
  expression code of the containing expression.  That is also how you
  would know how many operands there are.
  
!  For example, if X is a 'subreg' expression, you know that it has two
! operands which can be correctly accessed as 'XEXP (X, 0)' and 'XINT (X,
! 1)'.  If you did 'XINT (X, 0)', you would get the address of the
  expression operand but cast as an integer; that might occasionally be
! useful, but it would be cleaner to write '(int) XEXP (X, 0)'.  'XEXP (X,
! 1)' would also compile without error, and would return the second,
  integer operand cast as an expression pointer, which would probably
! result in a crash when accessed.  Nothing stops you from writing 'XEXP
  (X, 28)' either, but this will access memory past the end of the
  expression with unpredictable results.
  
   Access to operands which are vectors is more complicated.  You can use
! the macro 'XVEC' to get the vector-pointer itself, or the macros
! 'XVECEXP' and 'XVECLEN' to access the elements and length of a vector.
  
! 'XVEC (EXP, IDX)'
       Access the vector-pointer which is operand number IDX in EXP.
  
! 'XVECLEN (EXP, IDX)'
       Access the length (number of elements) in the vector which is in
!      operand number IDX in EXP.  This value is an 'int'.
  
! 'XVECEXP (EXP, IDX, ELTNUM)'
       Access element number ELTNUM in the vector which is in operand
       number IDX in EXP.  This value is an RTX.
  
       It is up to you to make sure that ELTNUM is not negative and is
!      less than 'XVECLEN (EXP, IDX)'.
  
   All the macros defined in this section expand into lvalues and
  therefore can be used to assign the operands, lengths and vector
--- 14480,14513 ----
  expression code of the containing expression.  That is also how you
  would know how many operands there are.
  
!  For example, if X is a `subreg' expression, you know that it has two
! operands which can be correctly accessed as `XEXP (X, 0)' and `XINT (X,
! 1)'.  If you did `XINT (X, 0)', you would get the address of the
  expression operand but cast as an integer; that might occasionally be
! useful, but it would be cleaner to write `(int) XEXP (X, 0)'.  `XEXP
! (X, 1)' would also compile without error, and would return the second,
  integer operand cast as an expression pointer, which would probably
! result in a crash when accessed.  Nothing stops you from writing `XEXP
  (X, 28)' either, but this will access memory past the end of the
  expression with unpredictable results.
  
   Access to operands which are vectors is more complicated.  You can use
! the macro `XVEC' to get the vector-pointer itself, or the macros
! `XVECEXP' and `XVECLEN' to access the elements and length of a vector.
  
! `XVEC (EXP, IDX)'
       Access the vector-pointer which is operand number IDX in EXP.
  
! `XVECLEN (EXP, IDX)'
       Access the length (number of elements) in the vector which is in
!      operand number IDX in EXP.  This value is an `int'.
  
! `XVECEXP (EXP, IDX, ELTNUM)'
       Access element number ELTNUM in the vector which is in operand
       number IDX in EXP.  This value is an RTX.
  
       It is up to you to make sure that ELTNUM is not negative and is
!      less than `XVECLEN (EXP, IDX)'.
  
   All the macros defined in this section expand into lvalues and
  therefore can be used to assign the operands, lengths and vector
*************** File: gccint.info,  Node: Special Access
*** 14368,14505 ****
  
  Some RTL nodes have special annotations associated with them.
  
! 'MEM'
!      'MEM_ALIAS_SET (X)'
            If 0, X is not in any alias set, and may alias anything.
!           Otherwise, X can only alias 'MEM's in a conflicting alias set.
!           This value is set in a language-dependent manner in the
!           front-end, and should not be altered in the back-end.  In some
!           front-ends, these numbers may correspond in some way to types,
!           or other language-level entities, but they need not, and the
!           back-end makes no such assumptions.  These set numbers are
!           tested with 'alias_sets_conflict_p'.
  
!      'MEM_EXPR (X)'
            If this register is known to hold the value of some user-level
            declaration, this is that tree node.  It may also be a
!           'COMPONENT_REF', in which case this is some field reference,
!           and 'TREE_OPERAND (X, 0)' contains the declaration, or another
!           'COMPONENT_REF', or null if there is no compile-time object
!           associated with the reference.
  
!      'MEM_OFFSET_KNOWN_P (X)'
!           True if the offset of the memory reference from 'MEM_EXPR' is
!           known.  'MEM_OFFSET (X)' provides the offset if so.
  
!      'MEM_OFFSET (X)'
!           The offset from the start of 'MEM_EXPR'.  The value is only
!           valid if 'MEM_OFFSET_KNOWN_P (X)' is true.
  
!      'MEM_SIZE_KNOWN_P (X)'
!           True if the size of the memory reference is known.  'MEM_SIZE
            (X)' provides its size if so.
  
!      'MEM_SIZE (X)'
            The size in bytes of the memory reference.  This is mostly
!           relevant for 'BLKmode' references as otherwise the size is
            implied by the mode.  The value is only valid if
!           'MEM_SIZE_KNOWN_P (X)' is true.
  
!      'MEM_ALIGN (X)'
            The known alignment in bits of the memory reference.
  
!      'MEM_ADDR_SPACE (X)'
!           The address space of the memory reference.  This will commonly
!           be zero for the generic address space.
  
! 'REG'
!      'ORIGINAL_REGNO (X)'
!           This field holds the number the register "originally" had; for
!           a pseudo register turned into a hard reg this will hold the
!           old pseudo register number.
  
!      'REG_EXPR (X)'
            If this register is known to hold the value of some user-level
            declaration, this is that tree node.
  
!      'REG_OFFSET (X)'
            If this register is known to hold the value of some user-level
            declaration, this is the offset into that logical storage.
  
! 'SYMBOL_REF'
!      'SYMBOL_REF_DECL (X)'
!           If the 'symbol_ref' X was created for a 'VAR_DECL' or a
!           'FUNCTION_DECL', that tree is recorded here.  If this value is
            null, then X was created by back end code generation routines,
            and there is no associated front end symbol table entry.
  
!           'SYMBOL_REF_DECL' may also point to a tree of class ''c'',
            that is, some sort of constant.  In this case, the
!           'symbol_ref' is an entry in the per-file constant pool; again,
!           there is no associated front end symbol table entry.
  
!      'SYMBOL_REF_CONSTANT (X)'
!           If 'CONSTANT_POOL_ADDRESS_P (X)' is true, this is the constant
            pool entry for X.  It is null otherwise.
  
!      'SYMBOL_REF_DATA (X)'
!           A field of opaque type used to store 'SYMBOL_REF_DECL' or
!           'SYMBOL_REF_CONSTANT'.
  
!      'SYMBOL_REF_FLAGS (X)'
!           In a 'symbol_ref', this is used to communicate various
            predicates about the symbol.  Some of these are common enough
            to be computed by common code, some are specific to the
            target.  The common bits are:
  
!           'SYMBOL_FLAG_FUNCTION'
                 Set if the symbol refers to a function.
  
!           'SYMBOL_FLAG_LOCAL'
                 Set if the symbol is local to this "module".  See
!                'TARGET_BINDS_LOCAL_P'.
  
!           'SYMBOL_FLAG_EXTERNAL'
                 Set if this symbol is not defined in this translation
                 unit.  Note that this is not the inverse of
!                'SYMBOL_FLAG_LOCAL'.
  
!           'SYMBOL_FLAG_SMALL'
                 Set if the symbol is located in the small data section.
!                See 'TARGET_IN_SMALL_DATA_P'.
  
!           'SYMBOL_REF_TLS_MODEL (X)'
                 This is a multi-bit field accessor that returns the
!                'tls_model' to be used for a thread-local storage symbol.
!                It returns zero for non-thread-local symbols.
  
!           'SYMBOL_FLAG_HAS_BLOCK_INFO'
!                Set if the symbol has 'SYMBOL_REF_BLOCK' and
!                'SYMBOL_REF_BLOCK_OFFSET' fields.
  
!           'SYMBOL_FLAG_ANCHOR'
                 Set if the symbol is used as a section anchor.  "Section
!                anchors" are symbols that have a known position within an
!                'object_block' and that can be used to access nearby
                 members of that block.  They are used to implement
!                '-fsection-anchors'.
  
!                If this flag is set, then 'SYMBOL_FLAG_HAS_BLOCK_INFO'
                 will be too.
  
!           Bits beginning with 'SYMBOL_FLAG_MACH_DEP' are available for
            the target's use.
  
! 'SYMBOL_REF_BLOCK (X)'
!      If 'SYMBOL_REF_HAS_BLOCK_INFO_P (X)', this is the 'object_block'
!      structure to which the symbol belongs, or 'NULL' if it has not been
!      assigned a block.
  
! 'SYMBOL_REF_BLOCK_OFFSET (X)'
!      If 'SYMBOL_REF_HAS_BLOCK_INFO_P (X)', this is the offset of X from
!      the first object in 'SYMBOL_REF_BLOCK (X)'.  The value is negative
!      if X has not yet been assigned to a block, or it has not been given
!      an offset within that block.
  
  
  File: gccint.info,  Node: Flags,  Next: Machine Modes,  Prev: Special Accessors,  Up: RTL
--- 14521,14661 ----
  
  Some RTL nodes have special annotations associated with them.
  
! `MEM'
! 
!     `MEM_ALIAS_SET (X)'
            If 0, X is not in any alias set, and may alias anything.
!           Otherwise, X can only alias `MEM's in a conflicting alias
!           set.  This value is set in a language-dependent manner in the
!           front-end, and should not be altered in the back-end.  In
!           some front-ends, these numbers may correspond in some way to
!           types, or other language-level entities, but they need not,
!           and the back-end makes no such assumptions.  These set
!           numbers are tested with `alias_sets_conflict_p'.
  
!     `MEM_EXPR (X)'
            If this register is known to hold the value of some user-level
            declaration, this is that tree node.  It may also be a
!           `COMPONENT_REF', in which case this is some field reference,
!           and `TREE_OPERAND (X, 0)' contains the declaration, or
!           another `COMPONENT_REF', or null if there is no compile-time
!           object associated with the reference.
  
!     `MEM_OFFSET_KNOWN_P (X)'
!           True if the offset of the memory reference from `MEM_EXPR' is
!           known.  `MEM_OFFSET (X)' provides the offset if so.
  
!     `MEM_OFFSET (X)'
!           The offset from the start of `MEM_EXPR'.  The value is only
!           valid if `MEM_OFFSET_KNOWN_P (X)' is true.
  
!     `MEM_SIZE_KNOWN_P (X)'
!           True if the size of the memory reference is known.  `MEM_SIZE
            (X)' provides its size if so.
  
!     `MEM_SIZE (X)'
            The size in bytes of the memory reference.  This is mostly
!           relevant for `BLKmode' references as otherwise the size is
            implied by the mode.  The value is only valid if
!           `MEM_SIZE_KNOWN_P (X)' is true.
  
!     `MEM_ALIGN (X)'
            The known alignment in bits of the memory reference.
  
!     `MEM_ADDR_SPACE (X)'
!           The address space of the memory reference.  This will
!           commonly be zero for the generic address space.
  
! `REG'
  
!     `ORIGINAL_REGNO (X)'
!           This field holds the number the register "originally" had;
!           for a pseudo register turned into a hard reg this will hold
!           the old pseudo register number.
! 
!     `REG_EXPR (X)'
            If this register is known to hold the value of some user-level
            declaration, this is that tree node.
  
!     `REG_OFFSET (X)'
            If this register is known to hold the value of some user-level
            declaration, this is the offset into that logical storage.
  
! `SYMBOL_REF'
! 
!     `SYMBOL_REF_DECL (X)'
!           If the `symbol_ref' X was created for a `VAR_DECL' or a
!           `FUNCTION_DECL', that tree is recorded here.  If this value is
            null, then X was created by back end code generation routines,
            and there is no associated front end symbol table entry.
  
!           `SYMBOL_REF_DECL' may also point to a tree of class `'c'',
            that is, some sort of constant.  In this case, the
!           `symbol_ref' is an entry in the per-file constant pool;
!           again, there is no associated front end symbol table entry.
  
!     `SYMBOL_REF_CONSTANT (X)'
!           If `CONSTANT_POOL_ADDRESS_P (X)' is true, this is the constant
            pool entry for X.  It is null otherwise.
  
!     `SYMBOL_REF_DATA (X)'
!           A field of opaque type used to store `SYMBOL_REF_DECL' or
!           `SYMBOL_REF_CONSTANT'.
  
!     `SYMBOL_REF_FLAGS (X)'
!           In a `symbol_ref', this is used to communicate various
            predicates about the symbol.  Some of these are common enough
            to be computed by common code, some are specific to the
            target.  The common bits are:
  
!          `SYMBOL_FLAG_FUNCTION'
                 Set if the symbol refers to a function.
  
!          `SYMBOL_FLAG_LOCAL'
                 Set if the symbol is local to this "module".  See
!                `TARGET_BINDS_LOCAL_P'.
  
!          `SYMBOL_FLAG_EXTERNAL'
                 Set if this symbol is not defined in this translation
                 unit.  Note that this is not the inverse of
!                `SYMBOL_FLAG_LOCAL'.
  
!          `SYMBOL_FLAG_SMALL'
                 Set if the symbol is located in the small data section.
!                See `TARGET_IN_SMALL_DATA_P'.
  
!          `SYMBOL_REF_TLS_MODEL (X)'
                 This is a multi-bit field accessor that returns the
!                `tls_model' to be used for a thread-local storage
!                symbol.  It returns zero for non-thread-local symbols.
  
!          `SYMBOL_FLAG_HAS_BLOCK_INFO'
!                Set if the symbol has `SYMBOL_REF_BLOCK' and
!                `SYMBOL_REF_BLOCK_OFFSET' fields.
  
!          `SYMBOL_FLAG_ANCHOR'
                 Set if the symbol is used as a section anchor.  "Section
!                anchors" are symbols that have a known position within
!                an `object_block' and that can be used to access nearby
                 members of that block.  They are used to implement
!                `-fsection-anchors'.
  
!                If this flag is set, then `SYMBOL_FLAG_HAS_BLOCK_INFO'
                 will be too.
  
!           Bits beginning with `SYMBOL_FLAG_MACH_DEP' are available for
            the target's use.
  
! `SYMBOL_REF_BLOCK (X)'
!      If `SYMBOL_REF_HAS_BLOCK_INFO_P (X)', this is the `object_block'
!      structure to which the symbol belongs, or `NULL' if it has not
!      been assigned a block.
  
! `SYMBOL_REF_BLOCK_OFFSET (X)'
!      If `SYMBOL_REF_HAS_BLOCK_INFO_P (X)', this is the offset of X from
!      the first object in `SYMBOL_REF_BLOCK (X)'.  The value is negative
!      if X has not yet been assigned to a block, or it has not been
!      given an offset within that block.
  
  
  File: gccint.info,  Node: Flags,  Next: Machine Modes,  Prev: Special Accessors,  Up: RTL
*************** File: gccint.info,  Node: Flags,  Next:
*** 14507,14620 ****
  13.5 Flags in an RTL Expression
  ===============================
  
! RTL expressions contain several flags (one-bit bit-fields) that are used
! in certain types of expression.  Most often they are accessed with the
! following macros, which expand into lvalues.
  
! 'CONSTANT_POOL_ADDRESS_P (X)'
!      Nonzero in a 'symbol_ref' if it refers to part of the current
       function's constant pool.  For most targets these addresses are in
!      a '.rodata' section entirely separate from the function, but for
       some targets the addresses are close to the beginning of the
       function.  In either case GCC assumes these addresses can be
       addressed directly, perhaps with the help of base registers.
!      Stored in the 'unchanging' field and printed as '/u'.
  
! 'RTL_CONST_CALL_P (X)'
!      In a 'call_insn' indicates that the insn represents a call to a
!      const function.  Stored in the 'unchanging' field and printed as
!      '/u'.
  
! 'RTL_PURE_CALL_P (X)'
!      In a 'call_insn' indicates that the insn represents a call to a
!      pure function.  Stored in the 'return_val' field and printed as
!      '/i'.
  
! 'RTL_CONST_OR_PURE_CALL_P (X)'
!      In a 'call_insn', true if 'RTL_CONST_CALL_P' or 'RTL_PURE_CALL_P'
       is true.
  
! 'RTL_LOOPING_CONST_OR_PURE_CALL_P (X)'
!      In a 'call_insn' indicates that the insn represents a possibly
       infinite looping call to a const or pure function.  Stored in the
!      'call' field and printed as '/c'.  Only true if one of
!      'RTL_CONST_CALL_P' or 'RTL_PURE_CALL_P' is true.
  
! 'INSN_ANNULLED_BRANCH_P (X)'
!      In a 'jump_insn', 'call_insn', or 'insn' indicates that the branch
!      is an annulling one.  See the discussion under 'sequence' below.
!      Stored in the 'unchanging' field and printed as '/u'.
  
! 'INSN_DELETED_P (X)'
!      In an 'insn', 'call_insn', 'jump_insn', 'code_label',
!      'jump_table_data', 'barrier', or 'note', nonzero if the insn has
!      been deleted.  Stored in the 'volatil' field and printed as '/v'.
  
! 'INSN_FROM_TARGET_P (X)'
!      In an 'insn' or 'jump_insn' or 'call_insn' in a delay slot of a
       branch, indicates that the insn is from the target of the branch.
!      If the branch insn has 'INSN_ANNULLED_BRANCH_P' set, this insn will
!      only be executed if the branch is taken.  For annulled branches
!      with 'INSN_FROM_TARGET_P' clear, the insn will be executed only if
!      the branch is not taken.  When 'INSN_ANNULLED_BRANCH_P' is not set,
!      this insn will always be executed.  Stored in the 'in_struct' field
!      and printed as '/s'.
  
! 'LABEL_PRESERVE_P (X)'
!      In a 'code_label' or 'note', indicates that the label is referenced
!      by code or data not visible to the RTL of a given function.  Labels
!      referenced by a non-local goto will have this bit set.  Stored in
!      the 'in_struct' field and printed as '/s'.
  
! 'LABEL_REF_NONLOCAL_P (X)'
!      In 'label_ref' and 'reg_label' expressions, nonzero if this is a
!      reference to a non-local label.  Stored in the 'volatil' field and
!      printed as '/v'.
  
! 'MEM_KEEP_ALIAS_SET_P (X)'
!      In 'mem' expressions, 1 if we should keep the alias set for this
       mem unchanged when we access a component.  Set to 1, for example,
       when we are already in a non-addressable component of an aggregate.
!      Stored in the 'jump' field and printed as '/j'.
  
! 'MEM_VOLATILE_P (X)'
!      In 'mem', 'asm_operands', and 'asm_input' expressions, nonzero for
!      volatile memory references.  Stored in the 'volatil' field and
!      printed as '/v'.
  
! 'MEM_NOTRAP_P (X)'
!      In 'mem', nonzero for memory references that will not trap.  Stored
!      in the 'call' field and printed as '/c'.
  
! 'MEM_POINTER (X)'
!      Nonzero in a 'mem' if the memory reference holds a pointer.  Stored
!      in the 'frame_related' field and printed as '/f'.
  
! 'REG_FUNCTION_VALUE_P (X)'
!      Nonzero in a 'reg' if it is the place in which this function's
       value is going to be returned.  (This happens only in a hard
!      register.)  Stored in the 'return_val' field and printed as '/i'.
  
! 'REG_POINTER (X)'
!      Nonzero in a 'reg' if the register holds a pointer.  Stored in the
!      'frame_related' field and printed as '/f'.
  
! 'REG_USERVAR_P (X)'
!      In a 'reg', nonzero if it corresponds to a variable present in the
       user's source code.  Zero for temporaries generated internally by
!      the compiler.  Stored in the 'volatil' field and printed as '/v'.
  
       The same hard register may be used also for collecting the values
!      of functions called by this one, but 'REG_FUNCTION_VALUE_P' is zero
       in this kind of use.
  
! 'RTX_FRAME_RELATED_P (X)'
!      Nonzero in an 'insn', 'call_insn', 'jump_insn', 'barrier', or 'set'
!      which is part of a function prologue and sets the stack pointer,
!      sets the frame pointer, or saves a register.  This flag should also
!      be set on an instruction that sets up a temporary register to use
!      in place of the frame pointer.  Stored in the 'frame_related' field
!      and printed as '/f'.
  
       In particular, on RISC targets where there are limits on the sizes
       of immediate constants, it is sometimes impossible to reach the
--- 14663,14776 ----
  13.5 Flags in an RTL Expression
  ===============================
  
! RTL expressions contain several flags (one-bit bit-fields) that are
! used in certain types of expression.  Most often they are accessed with
! the following macros, which expand into lvalues.
  
! `CONSTANT_POOL_ADDRESS_P (X)'
!      Nonzero in a `symbol_ref' if it refers to part of the current
       function's constant pool.  For most targets these addresses are in
!      a `.rodata' section entirely separate from the function, but for
       some targets the addresses are close to the beginning of the
       function.  In either case GCC assumes these addresses can be
       addressed directly, perhaps with the help of base registers.
!      Stored in the `unchanging' field and printed as `/u'.
  
! `RTL_CONST_CALL_P (X)'
!      In a `call_insn' indicates that the insn represents a call to a
!      const function.  Stored in the `unchanging' field and printed as
!      `/u'.
  
! `RTL_PURE_CALL_P (X)'
!      In a `call_insn' indicates that the insn represents a call to a
!      pure function.  Stored in the `return_val' field and printed as
!      `/i'.
  
! `RTL_CONST_OR_PURE_CALL_P (X)'
!      In a `call_insn', true if `RTL_CONST_CALL_P' or `RTL_PURE_CALL_P'
       is true.
  
! `RTL_LOOPING_CONST_OR_PURE_CALL_P (X)'
!      In a `call_insn' indicates that the insn represents a possibly
       infinite looping call to a const or pure function.  Stored in the
!      `call' field and printed as `/c'.  Only true if one of
!      `RTL_CONST_CALL_P' or `RTL_PURE_CALL_P' is true.
  
! `INSN_ANNULLED_BRANCH_P (X)'
!      In a `jump_insn', `call_insn', or `insn' indicates that the branch
!      is an annulling one.  See the discussion under `sequence' below.
!      Stored in the `unchanging' field and printed as `/u'.
  
! `INSN_DELETED_P (X)'
!      In an `insn', `call_insn', `jump_insn', `code_label',
!      `jump_table_data', `barrier', or `note', nonzero if the insn has
!      been deleted.  Stored in the `volatil' field and printed as `/v'.
  
! `INSN_FROM_TARGET_P (X)'
!      In an `insn' or `jump_insn' or `call_insn' in a delay slot of a
       branch, indicates that the insn is from the target of the branch.
!      If the branch insn has `INSN_ANNULLED_BRANCH_P' set, this insn
!      will only be executed if the branch is taken.  For annulled
!      branches with `INSN_FROM_TARGET_P' clear, the insn will be
!      executed only if the branch is not taken.  When
!      `INSN_ANNULLED_BRANCH_P' is not set, this insn will always be
!      executed.  Stored in the `in_struct' field and printed as `/s'.
  
! `LABEL_PRESERVE_P (X)'
!      In a `code_label' or `note', indicates that the label is
!      referenced by code or data not visible to the RTL of a given
!      function.  Labels referenced by a non-local goto will have this
!      bit set.  Stored in the `in_struct' field and printed as `/s'.
  
! `LABEL_REF_NONLOCAL_P (X)'
!      In `label_ref' and `reg_label' expressions, nonzero if this is a
!      reference to a non-local label.  Stored in the `volatil' field and
!      printed as `/v'.
  
! `MEM_KEEP_ALIAS_SET_P (X)'
!      In `mem' expressions, 1 if we should keep the alias set for this
       mem unchanged when we access a component.  Set to 1, for example,
       when we are already in a non-addressable component of an aggregate.
!      Stored in the `jump' field and printed as `/j'.
  
! `MEM_VOLATILE_P (X)'
!      In `mem', `asm_operands', and `asm_input' expressions, nonzero for
!      volatile memory references.  Stored in the `volatil' field and
!      printed as `/v'.
  
! `MEM_NOTRAP_P (X)'
!      In `mem', nonzero for memory references that will not trap.
!      Stored in the `call' field and printed as `/c'.
  
! `MEM_POINTER (X)'
!      Nonzero in a `mem' if the memory reference holds a pointer.
!      Stored in the `frame_related' field and printed as `/f'.
  
! `REG_FUNCTION_VALUE_P (X)'
!      Nonzero in a `reg' if it is the place in which this function's
       value is going to be returned.  (This happens only in a hard
!      register.)  Stored in the `return_val' field and printed as `/i'.
  
! `REG_POINTER (X)'
!      Nonzero in a `reg' if the register holds a pointer.  Stored in the
!      `frame_related' field and printed as `/f'.
  
! `REG_USERVAR_P (X)'
!      In a `reg', nonzero if it corresponds to a variable present in the
       user's source code.  Zero for temporaries generated internally by
!      the compiler.  Stored in the `volatil' field and printed as `/v'.
  
       The same hard register may be used also for collecting the values
!      of functions called by this one, but `REG_FUNCTION_VALUE_P' is zero
       in this kind of use.
  
! `RTX_FRAME_RELATED_P (X)'
!      Nonzero in an `insn', `call_insn', `jump_insn', `barrier', or
!      `set' which is part of a function prologue and sets the stack
!      pointer, sets the frame pointer, or saves a register.  This flag
!      should also be set on an instruction that sets up a temporary
!      register to use in place of the frame pointer.  Stored in the
!      `frame_related' field and printed as `/f'.
  
       In particular, on RISC targets where there are limits on the sizes
       of immediate constants, it is sometimes impossible to reach the
*************** following macros, which expand into lval
*** 14623,14642 ****
       save area, and the Canonical Frame Address, i.e., DWARF2's logical
       frame pointer, register must (temporarily) be changed to be this
       temporary register.  So, the instruction that sets this temporary
!      register must be marked as 'RTX_FRAME_RELATED_P'.
  
       If the marked instruction is overly complex (defined in terms of
!      what 'dwarf2out_frame_debug_expr' can handle), you will also have
!      to create a 'REG_FRAME_RELATED_EXPR' note and attach it to the
       instruction.  This note should contain a simple expression of the
       computation performed by this instruction, i.e., one that
!      'dwarf2out_frame_debug_expr' can handle.
  
       This flag is required for exception handling support on targets
       with RTL prologues.
  
! 'MEM_READONLY_P (X)'
!      Nonzero in a 'mem', if the memory is statically allocated and
       read-only.
  
       Read-only in this context means never modified during the lifetime
--- 14779,14798 ----
       save area, and the Canonical Frame Address, i.e., DWARF2's logical
       frame pointer, register must (temporarily) be changed to be this
       temporary register.  So, the instruction that sets this temporary
!      register must be marked as `RTX_FRAME_RELATED_P'.
  
       If the marked instruction is overly complex (defined in terms of
!      what `dwarf2out_frame_debug_expr' can handle), you will also have
!      to create a `REG_FRAME_RELATED_EXPR' note and attach it to the
       instruction.  This note should contain a simple expression of the
       computation performed by this instruction, i.e., one that
!      `dwarf2out_frame_debug_expr' can handle.
  
       This flag is required for exception handling support on targets
       with RTL prologues.
  
! `MEM_READONLY_P (X)'
!      Nonzero in a `mem', if the memory is statically allocated and
       read-only.
  
       Read-only in this context means never modified during the lifetime
*************** following macros, which expand into lval
*** 14647,14854 ****
       from the runtime loader to the application, this memory will never
       be subsequently modified.
  
!      Stored in the 'unchanging' field and printed as '/u'.
  
! 'SCHED_GROUP_P (X)'
!      During instruction scheduling, in an 'insn', 'call_insn',
!      'jump_insn' or 'jump_table_data', indicates that the previous insn
       must be scheduled together with this insn.  This is used to ensure
       that certain groups of instructions will not be split up by the
!      instruction scheduling pass, for example, 'use' insns before a
!      'call_insn' may not be separated from the 'call_insn'.  Stored in
!      the 'in_struct' field and printed as '/s'.
  
! 'SET_IS_RETURN_P (X)'
!      For a 'set', nonzero if it is for a return.  Stored in the 'jump'
!      field and printed as '/j'.
  
! 'SIBLING_CALL_P (X)'
!      For a 'call_insn', nonzero if the insn is a sibling call.  Stored
!      in the 'jump' field and printed as '/j'.
  
! 'STRING_POOL_ADDRESS_P (X)'
!      For a 'symbol_ref' expression, nonzero if it addresses this
!      function's string constant pool.  Stored in the 'frame_related'
!      field and printed as '/f'.
  
! 'SUBREG_PROMOTED_UNSIGNED_P (X)'
!      Returns a value greater then zero for a 'subreg' that has
!      'SUBREG_PROMOTED_VAR_P' nonzero if the object being referenced is
!      kept zero-extended, zero if it is kept sign-extended, and less then
!      zero if it is extended some other way via the 'ptr_extend'
!      instruction.  Stored in the 'unchanging' field and 'volatil' field,
!      printed as '/u' and '/v'.  This macro may only be used to get the
!      value it may not be used to change the value.  Use
!      'SUBREG_PROMOTED_UNSIGNED_SET' to change the value.
  
! 'SUBREG_PROMOTED_UNSIGNED_SET (X)'
!      Set the 'unchanging' and 'volatil' fields in a 'subreg' to reflect
!      zero, sign, or other extension.  If 'volatil' is zero, then
!      'unchanging' as nonzero means zero extension and as zero means sign
!      extension.  If 'volatil' is nonzero then some other type of
!      extension was done via the 'ptr_extend' instruction.
  
! 'SUBREG_PROMOTED_VAR_P (X)'
!      Nonzero in a 'subreg' if it was made when accessing an object that
!      was promoted to a wider mode in accord with the 'PROMOTED_MODE'
       machine description macro (*note Storage Layout::).  In this case,
!      the mode of the 'subreg' is the declared mode of the object and the
!      mode of 'SUBREG_REG' is the mode of the register that holds the
!      object.  Promoted variables are always either sign- or
!      zero-extended to the wider mode on every assignment.  Stored in the
!      'in_struct' field and printed as '/s'.
  
! 'SYMBOL_REF_USED (X)'
!      In a 'symbol_ref', indicates that X has been used.  This is
!      normally only used to ensure that X is only declared external once.
!      Stored in the 'used' field.
  
! 'SYMBOL_REF_WEAK (X)'
!      In a 'symbol_ref', indicates that X has been declared weak.  Stored
!      in the 'return_val' field and printed as '/i'.
  
! 'SYMBOL_REF_FLAG (X)'
!      In a 'symbol_ref', this is used as a flag for machine-specific
!      purposes.  Stored in the 'volatil' field and printed as '/v'.
  
!      Most uses of 'SYMBOL_REF_FLAG' are historic and may be subsumed by
!      'SYMBOL_REF_FLAGS'.  Certainly use of 'SYMBOL_REF_FLAGS' is
       mandatory if the target requires more than one bit of storage.
  
! 'PREFETCH_SCHEDULE_BARRIER_P (X)'
!      In a 'prefetch', indicates that the prefetch is a scheduling
       barrier.  No other INSNs will be moved over it.  Stored in the
!      'volatil' field and printed as '/v'.
  
   These are the fields to which the above macros refer:
  
! 'call'
!      In a 'mem', 1 means that the memory reference will not trap.
  
!      In a 'call', 1 means that this pure or const call may possibly
       infinite loop.
  
!      In an RTL dump, this flag is represented as '/c'.
  
! 'frame_related'
!      In an 'insn' or 'set' expression, 1 means that it is part of a
       function prologue and sets the stack pointer, sets the frame
       pointer, saves a register, or sets up a temporary register to use
       in place of the frame pointer.
  
!      In 'reg' expressions, 1 means that the register holds a pointer.
  
!      In 'mem' expressions, 1 means that the memory reference holds a
       pointer.
  
!      In 'symbol_ref' expressions, 1 means that the reference addresses
       this function's string constant pool.
  
!      In an RTL dump, this flag is represented as '/f'.
  
! 'in_struct'
!      In 'reg' expressions, it is 1 if the register has its entire life
       contained within the test expression of some loop.
  
!      In 'subreg' expressions, 1 means that the 'subreg' is accessing an
       object that has had its mode promoted from a wider mode.
  
!      In 'label_ref' expressions, 1 means that the referenced label is
       outside the innermost loop containing the insn in which the
!      'label_ref' was found.
  
!      In 'code_label' expressions, it is 1 if the label may never be
!      deleted.  This is used for labels which are the target of non-local
!      gotos.  Such a label that would have been deleted is replaced with
!      a 'note' of type 'NOTE_INSN_DELETED_LABEL'.
  
!      In an 'insn' during dead-code elimination, 1 means that the insn is
       dead code.
  
!      In an 'insn' or 'jump_insn' during reorg for an insn in the delay
       slot of a branch, 1 means that this insn is from the target of the
       branch.
  
!      In an 'insn' during instruction scheduling, 1 means that this insn
       must be scheduled as part of a group together with the previous
       insn.
  
!      In an RTL dump, this flag is represented as '/s'.
  
! 'return_val'
!      In 'reg' expressions, 1 means the register contains the value to be
!      returned by the current function.  On machines that pass parameters
!      in registers, the same register number may be used for parameters
!      as well, but this flag is not set on such uses.
  
!      In 'symbol_ref' expressions, 1 means the referenced symbol is weak.
  
!      In 'call' expressions, 1 means the call is pure.
  
!      In an RTL dump, this flag is represented as '/i'.
  
! 'jump'
!      In a 'mem' expression, 1 means we should keep the alias set for
       this mem unchanged when we access a component.
  
!      In a 'set', 1 means it is for a return.
  
!      In a 'call_insn', 1 means it is a sibling call.
  
!      In an RTL dump, this flag is represented as '/j'.
  
! 'unchanging'
!      In 'reg' and 'mem' expressions, 1 means that the value of the
       expression never changes.
  
!      In 'subreg' expressions, it is 1 if the 'subreg' references an
       unsigned object whose mode has been promoted to a wider mode.
  
!      In an 'insn' or 'jump_insn' in the delay slot of a branch
       instruction, 1 means an annulling branch should be used.
  
!      In a 'symbol_ref' expression, 1 means that this symbol addresses
       something in the per-function constant pool.
  
!      In a 'call_insn' 1 means that this instruction is a call to a const
       function.
  
!      In an RTL dump, this flag is represented as '/u'.
  
! 'used'
       This flag is used directly (without an access macro) at the end of
       RTL generation for a function, to count the number of times an
       expression appears in insns.  Expressions that appear more than
!      once are copied, according to the rules for shared structure (*note
!      Sharing::).
  
!      For a 'reg', it is used directly (without an access macro) by the
       leaf register renumbering code to ensure that each register is only
       renumbered once.
  
!      In a 'symbol_ref', it indicates that an external declaration for
       the symbol has already been written.
  
! 'volatil'
!      In a 'mem', 'asm_operands', or 'asm_input' expression, it is 1 if
       the memory reference is volatile.  Volatile memory references may
       not be deleted, reordered or combined.
  
!      In a 'symbol_ref' expression, it is used for machine-specific
       purposes.
  
!      In a 'reg' expression, it is 1 if the value is a user-level
       variable.  0 indicates an internal compiler temporary.
  
!      In an 'insn', 1 means the insn has been deleted.
  
!      In 'label_ref' and 'reg_label' expressions, 1 means a reference to
       a non-local label.
  
!      In 'prefetch' expressions, 1 means that the containing insn is a
       scheduling barrier.
  
!      In an RTL dump, this flag is represented as '/v'.
  
  
  File: gccint.info,  Node: Machine Modes,  Next: Constants,  Prev: Flags,  Up: RTL
--- 14803,15010 ----
       from the runtime loader to the application, this memory will never
       be subsequently modified.
  
!      Stored in the `unchanging' field and printed as `/u'.
  
! `SCHED_GROUP_P (X)'
!      During instruction scheduling, in an `insn', `call_insn',
!      `jump_insn' or `jump_table_data', indicates that the previous insn
       must be scheduled together with this insn.  This is used to ensure
       that certain groups of instructions will not be split up by the
!      instruction scheduling pass, for example, `use' insns before a
!      `call_insn' may not be separated from the `call_insn'.  Stored in
!      the `in_struct' field and printed as `/s'.
  
! `SET_IS_RETURN_P (X)'
!      For a `set', nonzero if it is for a return.  Stored in the `jump'
!      field and printed as `/j'.
  
! `SIBLING_CALL_P (X)'
!      For a `call_insn', nonzero if the insn is a sibling call.  Stored
!      in the `jump' field and printed as `/j'.
  
! `STRING_POOL_ADDRESS_P (X)'
!      For a `symbol_ref' expression, nonzero if it addresses this
!      function's string constant pool.  Stored in the `frame_related'
!      field and printed as `/f'.
  
! `SUBREG_PROMOTED_UNSIGNED_P (X)'
!      Returns a value greater then zero for a `subreg' that has
!      `SUBREG_PROMOTED_VAR_P' nonzero if the object being referenced is
!      kept zero-extended, zero if it is kept sign-extended, and less
!      then zero if it is extended some other way via the `ptr_extend'
!      instruction.  Stored in the `unchanging' field and `volatil'
!      field, printed as `/u' and `/v'.  This macro may only be used to
!      get the value it may not be used to change the value.  Use
!      `SUBREG_PROMOTED_UNSIGNED_SET' to change the value.
  
! `SUBREG_PROMOTED_UNSIGNED_SET (X)'
!      Set the `unchanging' and `volatil' fields in a `subreg' to reflect
!      zero, sign, or other extension.  If `volatil' is zero, then
!      `unchanging' as nonzero means zero extension and as zero means
!      sign extension.  If `volatil' is nonzero then some other type of
!      extension was done via the `ptr_extend' instruction.
  
! `SUBREG_PROMOTED_VAR_P (X)'
!      Nonzero in a `subreg' if it was made when accessing an object that
!      was promoted to a wider mode in accord with the `PROMOTED_MODE'
       machine description macro (*note Storage Layout::).  In this case,
!      the mode of the `subreg' is the declared mode of the object and
!      the mode of `SUBREG_REG' is the mode of the register that holds
!      the object.  Promoted variables are always either sign- or
!      zero-extended to the wider mode on every assignment.  Stored in
!      the `in_struct' field and printed as `/s'.
  
! `SYMBOL_REF_USED (X)'
!      In a `symbol_ref', indicates that X has been used.  This is
!      normally only used to ensure that X is only declared external
!      once.  Stored in the `used' field.
  
! `SYMBOL_REF_WEAK (X)'
!      In a `symbol_ref', indicates that X has been declared weak.
!      Stored in the `return_val' field and printed as `/i'.
  
! `SYMBOL_REF_FLAG (X)'
!      In a `symbol_ref', this is used as a flag for machine-specific
!      purposes.  Stored in the `volatil' field and printed as `/v'.
  
!      Most uses of `SYMBOL_REF_FLAG' are historic and may be subsumed by
!      `SYMBOL_REF_FLAGS'.  Certainly use of `SYMBOL_REF_FLAGS' is
       mandatory if the target requires more than one bit of storage.
  
! `PREFETCH_SCHEDULE_BARRIER_P (X)'
!      In a `prefetch', indicates that the prefetch is a scheduling
       barrier.  No other INSNs will be moved over it.  Stored in the
!      `volatil' field and printed as `/v'.
  
   These are the fields to which the above macros refer:
  
! `call'
!      In a `mem', 1 means that the memory reference will not trap.
  
!      In a `call', 1 means that this pure or const call may possibly
       infinite loop.
  
!      In an RTL dump, this flag is represented as `/c'.
  
! `frame_related'
!      In an `insn' or `set' expression, 1 means that it is part of a
       function prologue and sets the stack pointer, sets the frame
       pointer, saves a register, or sets up a temporary register to use
       in place of the frame pointer.
  
!      In `reg' expressions, 1 means that the register holds a pointer.
  
!      In `mem' expressions, 1 means that the memory reference holds a
       pointer.
  
!      In `symbol_ref' expressions, 1 means that the reference addresses
       this function's string constant pool.
  
!      In an RTL dump, this flag is represented as `/f'.
  
! `in_struct'
!      In `reg' expressions, it is 1 if the register has its entire life
       contained within the test expression of some loop.
  
!      In `subreg' expressions, 1 means that the `subreg' is accessing an
       object that has had its mode promoted from a wider mode.
  
!      In `label_ref' expressions, 1 means that the referenced label is
       outside the innermost loop containing the insn in which the
!      `label_ref' was found.
  
!      In `code_label' expressions, it is 1 if the label may never be
!      deleted.  This is used for labels which are the target of
!      non-local gotos.  Such a label that would have been deleted is
!      replaced with a `note' of type `NOTE_INSN_DELETED_LABEL'.
  
!      In an `insn' during dead-code elimination, 1 means that the insn is
       dead code.
  
!      In an `insn' or `jump_insn' during reorg for an insn in the delay
       slot of a branch, 1 means that this insn is from the target of the
       branch.
  
!      In an `insn' during instruction scheduling, 1 means that this insn
       must be scheduled as part of a group together with the previous
       insn.
  
!      In an RTL dump, this flag is represented as `/s'.
  
! `return_val'
!      In `reg' expressions, 1 means the register contains the value to
!      be returned by the current function.  On machines that pass
!      parameters in registers, the same register number may be used for
!      parameters as well, but this flag is not set on such uses.
  
!      In `symbol_ref' expressions, 1 means the referenced symbol is weak.
  
!      In `call' expressions, 1 means the call is pure.
  
!      In an RTL dump, this flag is represented as `/i'.
  
! `jump'
!      In a `mem' expression, 1 means we should keep the alias set for
       this mem unchanged when we access a component.
  
!      In a `set', 1 means it is for a return.
  
!      In a `call_insn', 1 means it is a sibling call.
  
!      In an RTL dump, this flag is represented as `/j'.
  
! `unchanging'
!      In `reg' and `mem' expressions, 1 means that the value of the
       expression never changes.
  
!      In `subreg' expressions, it is 1 if the `subreg' references an
       unsigned object whose mode has been promoted to a wider mode.
  
!      In an `insn' or `jump_insn' in the delay slot of a branch
       instruction, 1 means an annulling branch should be used.
  
!      In a `symbol_ref' expression, 1 means that this symbol addresses
       something in the per-function constant pool.
  
!      In a `call_insn' 1 means that this instruction is a call to a const
       function.
  
!      In an RTL dump, this flag is represented as `/u'.
  
! `used'
       This flag is used directly (without an access macro) at the end of
       RTL generation for a function, to count the number of times an
       expression appears in insns.  Expressions that appear more than
!      once are copied, according to the rules for shared structure
!      (*note Sharing::).
  
!      For a `reg', it is used directly (without an access macro) by the
       leaf register renumbering code to ensure that each register is only
       renumbered once.
  
!      In a `symbol_ref', it indicates that an external declaration for
       the symbol has already been written.
  
! `volatil'
!      In a `mem', `asm_operands', or `asm_input' expression, it is 1 if
       the memory reference is volatile.  Volatile memory references may
       not be deleted, reordered or combined.
  
!      In a `symbol_ref' expression, it is used for machine-specific
       purposes.
  
!      In a `reg' expression, it is 1 if the value is a user-level
       variable.  0 indicates an internal compiler temporary.
  
!      In an `insn', 1 means the insn has been deleted.
  
!      In `label_ref' and `reg_label' expressions, 1 means a reference to
       a non-local label.
  
!      In `prefetch' expressions, 1 means that the containing insn is a
       scheduling barrier.
  
!      In an RTL dump, this flag is represented as `/v'.
  
  
  File: gccint.info,  Node: Machine Modes,  Next: Constants,  Prev: Flags,  Up: RTL
*************** File: gccint.info,  Node: Machine Modes,
*** 14858,15226 ****
  
  A machine mode describes a size of data object and the representation
  used for it.  In the C code, machine modes are represented by an
! enumeration type, 'machine_mode', defined in 'machmode.def'.  Each RTL
  expression has room for a machine mode and so do certain kinds of tree
  expressions (declarations and types, to be precise).
  
   In debugging dumps and machine descriptions, the machine mode of an RTL
  expression is written after the expression code with a colon to separate
! them.  The letters 'mode' which appear at the end of each machine mode
! name are omitted.  For example, '(reg:SI 38)' is a 'reg' expression with
! machine mode 'SImode'.  If the mode is 'VOIDmode', it is not written at
! all.
  
   Here is a table of machine modes.  The term "byte" below refers to an
! object of 'BITS_PER_UNIT' bits (*note Storage Layout::).
  
! 'BImode'
       "Bit" mode represents a single bit, for predicate registers.
  
! 'QImode'
       "Quarter-Integer" mode represents a single byte treated as an
       integer.
  
! 'HImode'
       "Half-Integer" mode represents a two-byte integer.
  
! 'PSImode'
       "Partial Single Integer" mode represents an integer which occupies
       four bytes but which doesn't really use all four.  On some
       machines, this is the right mode to use for pointers.
  
! 'SImode'
       "Single Integer" mode represents a four-byte integer.
  
! 'PDImode'
       "Partial Double Integer" mode represents an integer which occupies
       eight bytes but which doesn't really use all eight.  On some
       machines, this is the right mode to use for certain pointers.
  
! 'DImode'
       "Double Integer" mode represents an eight-byte integer.
  
! 'TImode'
!      "Tetra Integer" (?)  mode represents a sixteen-byte integer.
  
! 'OImode'
!      "Octa Integer" (?)  mode represents a thirty-two-byte integer.
  
! 'XImode'
!      "Hexadeca Integer" (?)  mode represents a sixty-four-byte integer.
  
! 'QFmode'
       "Quarter-Floating" mode represents a quarter-precision (single
       byte) floating point number.
  
! 'HFmode'
       "Half-Floating" mode represents a half-precision (two byte)
       floating point number.
  
! 'TQFmode'
!      "Three-Quarter-Floating" (?)  mode represents a
       three-quarter-precision (three byte) floating point number.
  
! 'SFmode'
       "Single Floating" mode represents a four byte floating point
       number.  In the common case, of a processor with IEEE arithmetic
       and 8-bit bytes, this is a single-precision IEEE floating point
       number; it can also be used for double-precision (on processors
       with 16-bit bytes) and single-precision VAX and IBM types.
  
! 'DFmode'
       "Double Floating" mode represents an eight byte floating point
       number.  In the common case, of a processor with IEEE arithmetic
       and 8-bit bytes, this is a double-precision IEEE floating point
       number.
  
! 'XFmode'
       "Extended Floating" mode represents an IEEE extended floating point
       number.  This mode only has 80 meaningful bits (ten bytes).  Some
       processors require such numbers to be padded to twelve bytes,
       others to sixteen; this mode is used for either.
  
! 'SDmode'
       "Single Decimal Floating" mode represents a four byte decimal
       floating point number (as distinct from conventional binary
       floating point).
  
! 'DDmode'
       "Double Decimal Floating" mode represents an eight byte decimal
       floating point number.
  
! 'TDmode'
       "Tetra Decimal Floating" mode represents a sixteen byte decimal
       floating point number all 128 of whose bits are meaningful.
  
! 'TFmode'
       "Tetra Floating" mode represents a sixteen byte floating point
       number all 128 of whose bits are meaningful.  One common use is the
       IEEE quad-precision format.
  
! 'QQmode'
       "Quarter-Fractional" mode represents a single byte treated as a
       signed fractional number.  The default format is "s.7".
  
! 'HQmode'
       "Half-Fractional" mode represents a two-byte signed fractional
       number.  The default format is "s.15".
  
! 'SQmode'
       "Single Fractional" mode represents a four-byte signed fractional
       number.  The default format is "s.31".
  
! 'DQmode'
!      "Double Fractional" mode represents an eight-byte signed fractional
!      number.  The default format is "s.63".
  
! 'TQmode'
!      "Tetra Fractional" mode represents a sixteen-byte signed fractional
!      number.  The default format is "s.127".
  
! 'UQQmode'
!      "Unsigned Quarter-Fractional" mode represents a single byte treated
!      as an unsigned fractional number.  The default format is ".8".
  
! 'UHQmode'
       "Unsigned Half-Fractional" mode represents a two-byte unsigned
       fractional number.  The default format is ".16".
  
! 'USQmode'
       "Unsigned Single Fractional" mode represents a four-byte unsigned
       fractional number.  The default format is ".32".
  
! 'UDQmode'
       "Unsigned Double Fractional" mode represents an eight-byte unsigned
       fractional number.  The default format is ".64".
  
! 'UTQmode'
       "Unsigned Tetra Fractional" mode represents a sixteen-byte unsigned
       fractional number.  The default format is ".128".
  
! 'HAmode'
       "Half-Accumulator" mode represents a two-byte signed accumulator.
       The default format is "s8.7".
  
! 'SAmode'
       "Single Accumulator" mode represents a four-byte signed
       accumulator.  The default format is "s16.15".
  
! 'DAmode'
       "Double Accumulator" mode represents an eight-byte signed
       accumulator.  The default format is "s32.31".
  
! 'TAmode'
       "Tetra Accumulator" mode represents a sixteen-byte signed
       accumulator.  The default format is "s64.63".
  
! 'UHAmode'
       "Unsigned Half-Accumulator" mode represents a two-byte unsigned
       accumulator.  The default format is "8.8".
  
! 'USAmode'
       "Unsigned Single Accumulator" mode represents a four-byte unsigned
       accumulator.  The default format is "16.16".
  
! 'UDAmode'
       "Unsigned Double Accumulator" mode represents an eight-byte
       unsigned accumulator.  The default format is "32.32".
  
! 'UTAmode'
       "Unsigned Tetra Accumulator" mode represents a sixteen-byte
       unsigned accumulator.  The default format is "64.64".
  
! 'CCmode'
       "Condition Code" mode represents the value of a condition code,
       which is a machine-specific set of bits used to represent the
!      result of a comparison operation.  Other machine-specific modes may
!      also be used for the condition code.  These modes are not used on
!      machines that use 'cc0' (*note Condition Code::).
  
! 'BLKmode'
       "Block" mode represents values that are aggregates to which none of
       the other modes apply.  In RTL, only memory references can have
       this mode, and only if they appear in string-move or vector
       instructions.  On machines which have no such instructions,
!      'BLKmode' will not appear in RTL.
  
! 'VOIDmode'
       Void mode means the absence of a mode or an unspecified mode.  For
!      example, RTL expressions of code 'const_int' have mode 'VOIDmode'
       because they can be taken to have whatever mode the context
!      requires.  In debugging dumps of RTL, 'VOIDmode' is expressed by
       the absence of any mode.
  
! 'QCmode, HCmode, SCmode, DCmode, XCmode, TCmode'
       These modes stand for a complex number represented as a pair of
!      floating point values.  The floating point values are in 'QFmode',
!      'HFmode', 'SFmode', 'DFmode', 'XFmode', and 'TFmode', respectively.
  
! 'CQImode, CHImode, CSImode, CDImode, CTImode, COImode'
       These modes stand for a complex number represented as a pair of
!      integer values.  The integer values are in 'QImode', 'HImode',
!      'SImode', 'DImode', 'TImode', and 'OImode', respectively.
  
! 'BND32mode BND64mode'
       These modes stand for bounds for pointer of 32 and 64 bit size
       respectively.  Mode size is double pointer mode size.
  
!  The machine description defines 'Pmode' as a C macro which expands into
! the machine mode used for addresses.  Normally this is the mode whose
! size is 'BITS_PER_WORD', 'SImode' on 32-bit machines.
  
!  The only modes which a machine description must support are 'QImode',
! and the modes corresponding to 'BITS_PER_WORD', 'FLOAT_TYPE_SIZE' and
! 'DOUBLE_TYPE_SIZE'.  The compiler will attempt to use 'DImode' for
  8-byte structures and unions, but this can be prevented by overriding
! the definition of 'MAX_FIXED_MODE_SIZE'.  Alternatively, you can have
! the compiler use 'TImode' for 16-byte structures and unions.  Likewise,
! you can arrange for the C type 'short int' to avoid using 'HImode'.
  
   Very few explicit references to machine modes remain in the compiler
  and these few references will soon be removed.  Instead, the machine
  modes are divided into mode classes.  These are represented by the
! enumeration type 'enum mode_class' defined in 'machmode.h'.  The
  possible mode classes are:
  
! 'MODE_INT'
!      Integer modes.  By default these are 'BImode', 'QImode', 'HImode',
!      'SImode', 'DImode', 'TImode', and 'OImode'.
  
! 'MODE_PARTIAL_INT'
!      The "partial integer" modes, 'PQImode', 'PHImode', 'PSImode' and
!      'PDImode'.
  
! 'MODE_FLOAT'
!      Floating point modes.  By default these are 'QFmode', 'HFmode',
!      'TQFmode', 'SFmode', 'DFmode', 'XFmode' and 'TFmode'.
  
! 'MODE_DECIMAL_FLOAT'
!      Decimal floating point modes.  By default these are 'SDmode',
!      'DDmode' and 'TDmode'.
  
! 'MODE_FRACT'
!      Signed fractional modes.  By default these are 'QQmode', 'HQmode',
!      'SQmode', 'DQmode' and 'TQmode'.
  
! 'MODE_UFRACT'
!      Unsigned fractional modes.  By default these are 'UQQmode',
!      'UHQmode', 'USQmode', 'UDQmode' and 'UTQmode'.
  
! 'MODE_ACCUM'
!      Signed accumulator modes.  By default these are 'HAmode', 'SAmode',
!      'DAmode' and 'TAmode'.
  
! 'MODE_UACCUM'
!      Unsigned accumulator modes.  By default these are 'UHAmode',
!      'USAmode', 'UDAmode' and 'UTAmode'.
  
! 'MODE_COMPLEX_INT'
       Complex integer modes.  (These are not currently implemented).
  
! 'MODE_COMPLEX_FLOAT'
!      Complex floating point modes.  By default these are 'QCmode',
!      'HCmode', 'SCmode', 'DCmode', 'XCmode', and 'TCmode'.
  
! 'MODE_FUNCTION'
       Algol or Pascal function variables including a static chain.
       (These are not currently implemented).
  
! 'MODE_CC'
!      Modes representing condition code values.  These are 'CCmode' plus
!      any 'CC_MODE' modes listed in the 'MACHINE-modes.def'.  *Note Jump
       Patterns::, also see *note Condition Code::.
  
! 'MODE_POINTER_BOUNDS'
       Pointer bounds modes.  Used to represent values of pointer bounds
       type.  Operations in these modes may be executed as NOPs depending
       on hardware features and environment setup.
  
! 'MODE_RANDOM'
       This is a catchall mode class for modes which don't fit into the
!      above classes.  Currently 'VOIDmode' and 'BLKmode' are in
!      'MODE_RANDOM'.
  
   Here are some C macros that relate to machine modes:
  
! 'GET_MODE (X)'
       Returns the machine mode of the RTX X.
  
! 'PUT_MODE (X, NEWMODE)'
       Alters the machine mode of the RTX X to be NEWMODE.
  
! 'NUM_MACHINE_MODES'
       Stands for the number of machine modes available on the target
       machine.  This is one greater than the largest numeric value of any
       machine mode.
  
! 'GET_MODE_NAME (M)'
       Returns the name of mode M as a string.
  
! 'GET_MODE_CLASS (M)'
       Returns the mode class of mode M.
  
! 'GET_MODE_WIDER_MODE (M)'
       Returns the next wider natural mode.  For example, the expression
!      'GET_MODE_WIDER_MODE (QImode)' returns 'HImode'.
  
! 'GET_MODE_SIZE (M)'
       Returns the size in bytes of a datum of mode M.
  
! 'GET_MODE_BITSIZE (M)'
       Returns the size in bits of a datum of mode M.
  
! 'GET_MODE_IBIT (M)'
       Returns the number of integral bits of a datum of fixed-point mode
       M.
  
! 'GET_MODE_FBIT (M)'
       Returns the number of fractional bits of a datum of fixed-point
       mode M.
  
! 'GET_MODE_MASK (M)'
       Returns a bitmask containing 1 for all bits in a word that fit
!      within mode M.  This macro can only be used for modes whose bitsize
!      is less than or equal to 'HOST_BITS_PER_INT'.
  
! 'GET_MODE_ALIGNMENT (M)'
       Return the required alignment, in bits, for an object of mode M.
  
! 'GET_MODE_UNIT_SIZE (M)'
       Returns the size in bytes of the subunits of a datum of mode M.
!      This is the same as 'GET_MODE_SIZE' except in the case of complex
       modes.  For them, the unit size is the size of the real or
       imaginary part.
  
! 'GET_MODE_NUNITS (M)'
       Returns the number of units contained in a mode, i.e.,
!      'GET_MODE_SIZE' divided by 'GET_MODE_UNIT_SIZE'.
  
! 'GET_CLASS_NARROWEST_MODE (C)'
       Returns the narrowest mode in mode class C.
  
!  The following 3 variables are defined on every target.  They can be
  used to allocate buffers that are guaranteed to be large enough to hold
! any value that can be represented on the target.  The first two can be
  overridden by defining them in the target's mode.def file, however, the
  value must be a constant that can determined very early in the
! compilation process.  The third symbol cannot be overridden.
  
! 'BITS_PER_UNIT'
       The number of bits in an addressable storage unit (byte).  If you
       do not define this, the default is 8.
  
! 'MAX_BITSIZE_MODE_ANY_INT'
       The maximum bitsize of any mode that is used in integer math.  This
       should be overridden by the target if it uses large integers as
!      containers for larger vectors but otherwise never uses the contents
!      to compute integer values.
  
! 'MAX_BITSIZE_MODE_ANY_MODE'
       The bitsize of the largest mode on the target.
  
!  The global variables 'byte_mode' and 'word_mode' contain modes whose
! classes are 'MODE_INT' and whose bitsizes are either 'BITS_PER_UNIT' or
! 'BITS_PER_WORD', respectively.  On 32-bit machines, these are 'QImode'
! and 'SImode', respectively.
  
  
  File: gccint.info,  Node: Constants,  Next: Regs and Memory,  Prev: Machine Modes,  Up: RTL
--- 15014,15383 ----
  
  A machine mode describes a size of data object and the representation
  used for it.  In the C code, machine modes are represented by an
! enumeration type, `machine_mode', defined in `machmode.def'.  Each RTL
  expression has room for a machine mode and so do certain kinds of tree
  expressions (declarations and types, to be precise).
  
   In debugging dumps and machine descriptions, the machine mode of an RTL
  expression is written after the expression code with a colon to separate
! them.  The letters `mode' which appear at the end of each machine mode
! name are omitted.  For example, `(reg:SI 38)' is a `reg' expression
! with machine mode `SImode'.  If the mode is `VOIDmode', it is not
! written at all.
  
   Here is a table of machine modes.  The term "byte" below refers to an
! object of `BITS_PER_UNIT' bits (*note Storage Layout::).
  
! `BImode'
       "Bit" mode represents a single bit, for predicate registers.
  
! `QImode'
       "Quarter-Integer" mode represents a single byte treated as an
       integer.
  
! `HImode'
       "Half-Integer" mode represents a two-byte integer.
  
! `PSImode'
       "Partial Single Integer" mode represents an integer which occupies
       four bytes but which doesn't really use all four.  On some
       machines, this is the right mode to use for pointers.
  
! `SImode'
       "Single Integer" mode represents a four-byte integer.
  
! `PDImode'
       "Partial Double Integer" mode represents an integer which occupies
       eight bytes but which doesn't really use all eight.  On some
       machines, this is the right mode to use for certain pointers.
  
! `DImode'
       "Double Integer" mode represents an eight-byte integer.
  
! `TImode'
!      "Tetra Integer" (?) mode represents a sixteen-byte integer.
  
! `OImode'
!      "Octa Integer" (?) mode represents a thirty-two-byte integer.
  
! `XImode'
!      "Hexadeca Integer" (?) mode represents a sixty-four-byte integer.
  
! `QFmode'
       "Quarter-Floating" mode represents a quarter-precision (single
       byte) floating point number.
  
! `HFmode'
       "Half-Floating" mode represents a half-precision (two byte)
       floating point number.
  
! `TQFmode'
!      "Three-Quarter-Floating" (?) mode represents a
       three-quarter-precision (three byte) floating point number.
  
! `SFmode'
       "Single Floating" mode represents a four byte floating point
       number.  In the common case, of a processor with IEEE arithmetic
       and 8-bit bytes, this is a single-precision IEEE floating point
       number; it can also be used for double-precision (on processors
       with 16-bit bytes) and single-precision VAX and IBM types.
  
! `DFmode'
       "Double Floating" mode represents an eight byte floating point
       number.  In the common case, of a processor with IEEE arithmetic
       and 8-bit bytes, this is a double-precision IEEE floating point
       number.
  
! `XFmode'
       "Extended Floating" mode represents an IEEE extended floating point
       number.  This mode only has 80 meaningful bits (ten bytes).  Some
       processors require such numbers to be padded to twelve bytes,
       others to sixteen; this mode is used for either.
  
! `SDmode'
       "Single Decimal Floating" mode represents a four byte decimal
       floating point number (as distinct from conventional binary
       floating point).
  
! `DDmode'
       "Double Decimal Floating" mode represents an eight byte decimal
       floating point number.
  
! `TDmode'
       "Tetra Decimal Floating" mode represents a sixteen byte decimal
       floating point number all 128 of whose bits are meaningful.
  
! `TFmode'
       "Tetra Floating" mode represents a sixteen byte floating point
       number all 128 of whose bits are meaningful.  One common use is the
       IEEE quad-precision format.
  
! `QQmode'
       "Quarter-Fractional" mode represents a single byte treated as a
       signed fractional number.  The default format is "s.7".
  
! `HQmode'
       "Half-Fractional" mode represents a two-byte signed fractional
       number.  The default format is "s.15".
  
! `SQmode'
       "Single Fractional" mode represents a four-byte signed fractional
       number.  The default format is "s.31".
  
! `DQmode'
!      "Double Fractional" mode represents an eight-byte signed
!      fractional number.  The default format is "s.63".
  
! `TQmode'
!      "Tetra Fractional" mode represents a sixteen-byte signed
!      fractional number.  The default format is "s.127".
  
! `UQQmode'
!      "Unsigned Quarter-Fractional" mode represents a single byte
!      treated as an unsigned fractional number.  The default format is
!      ".8".
  
! `UHQmode'
       "Unsigned Half-Fractional" mode represents a two-byte unsigned
       fractional number.  The default format is ".16".
  
! `USQmode'
       "Unsigned Single Fractional" mode represents a four-byte unsigned
       fractional number.  The default format is ".32".
  
! `UDQmode'
       "Unsigned Double Fractional" mode represents an eight-byte unsigned
       fractional number.  The default format is ".64".
  
! `UTQmode'
       "Unsigned Tetra Fractional" mode represents a sixteen-byte unsigned
       fractional number.  The default format is ".128".
  
! `HAmode'
       "Half-Accumulator" mode represents a two-byte signed accumulator.
       The default format is "s8.7".
  
! `SAmode'
       "Single Accumulator" mode represents a four-byte signed
       accumulator.  The default format is "s16.15".
  
! `DAmode'
       "Double Accumulator" mode represents an eight-byte signed
       accumulator.  The default format is "s32.31".
  
! `TAmode'
       "Tetra Accumulator" mode represents a sixteen-byte signed
       accumulator.  The default format is "s64.63".
  
! `UHAmode'
       "Unsigned Half-Accumulator" mode represents a two-byte unsigned
       accumulator.  The default format is "8.8".
  
! `USAmode'
       "Unsigned Single Accumulator" mode represents a four-byte unsigned
       accumulator.  The default format is "16.16".
  
! `UDAmode'
       "Unsigned Double Accumulator" mode represents an eight-byte
       unsigned accumulator.  The default format is "32.32".
  
! `UTAmode'
       "Unsigned Tetra Accumulator" mode represents a sixteen-byte
       unsigned accumulator.  The default format is "64.64".
  
! `CCmode'
       "Condition Code" mode represents the value of a condition code,
       which is a machine-specific set of bits used to represent the
!      result of a comparison operation.  Other machine-specific modes
!      may also be used for the condition code.  These modes are not used
!      on machines that use `cc0' (*note Condition Code::).
  
! `BLKmode'
       "Block" mode represents values that are aggregates to which none of
       the other modes apply.  In RTL, only memory references can have
       this mode, and only if they appear in string-move or vector
       instructions.  On machines which have no such instructions,
!      `BLKmode' will not appear in RTL.
  
! `VOIDmode'
       Void mode means the absence of a mode or an unspecified mode.  For
!      example, RTL expressions of code `const_int' have mode `VOIDmode'
       because they can be taken to have whatever mode the context
!      requires.  In debugging dumps of RTL, `VOIDmode' is expressed by
       the absence of any mode.
  
! `QCmode, HCmode, SCmode, DCmode, XCmode, TCmode'
       These modes stand for a complex number represented as a pair of
!      floating point values.  The floating point values are in `QFmode',
!      `HFmode', `SFmode', `DFmode', `XFmode', and `TFmode', respectively.
  
! `CQImode, CHImode, CSImode, CDImode, CTImode, COImode'
       These modes stand for a complex number represented as a pair of
!      integer values.  The integer values are in `QImode', `HImode',
!      `SImode', `DImode', `TImode', and `OImode', respectively.
  
! `BND32mode BND64mode'
       These modes stand for bounds for pointer of 32 and 64 bit size
       respectively.  Mode size is double pointer mode size.
  
!  The machine description defines `Pmode' as a C macro which expands
! into the machine mode used for addresses.  Normally this is the mode
! whose size is `BITS_PER_WORD', `SImode' on 32-bit machines.
  
!  The only modes which a machine description must support are `QImode',
! and the modes corresponding to `BITS_PER_WORD', `FLOAT_TYPE_SIZE' and
! `DOUBLE_TYPE_SIZE'.  The compiler will attempt to use `DImode' for
  8-byte structures and unions, but this can be prevented by overriding
! the definition of `MAX_FIXED_MODE_SIZE'.  Alternatively, you can have
! the compiler use `TImode' for 16-byte structures and unions.  Likewise,
! you can arrange for the C type `short int' to avoid using `HImode'.
  
   Very few explicit references to machine modes remain in the compiler
  and these few references will soon be removed.  Instead, the machine
  modes are divided into mode classes.  These are represented by the
! enumeration type `enum mode_class' defined in `machmode.h'.  The
  possible mode classes are:
  
! `MODE_INT'
!      Integer modes.  By default these are `BImode', `QImode', `HImode',
!      `SImode', `DImode', `TImode', and `OImode'.
  
! `MODE_PARTIAL_INT'
!      The "partial integer" modes, `PQImode', `PHImode', `PSImode' and
!      `PDImode'.
  
! `MODE_FLOAT'
!      Floating point modes.  By default these are `QFmode', `HFmode',
!      `TQFmode', `SFmode', `DFmode', `XFmode' and `TFmode'.
  
! `MODE_DECIMAL_FLOAT'
!      Decimal floating point modes.  By default these are `SDmode',
!      `DDmode' and `TDmode'.
  
! `MODE_FRACT'
!      Signed fractional modes.  By default these are `QQmode', `HQmode',
!      `SQmode', `DQmode' and `TQmode'.
  
! `MODE_UFRACT'
!      Unsigned fractional modes.  By default these are `UQQmode',
!      `UHQmode', `USQmode', `UDQmode' and `UTQmode'.
  
! `MODE_ACCUM'
!      Signed accumulator modes.  By default these are `HAmode',
!      `SAmode', `DAmode' and `TAmode'.
  
! `MODE_UACCUM'
!      Unsigned accumulator modes.  By default these are `UHAmode',
!      `USAmode', `UDAmode' and `UTAmode'.
  
! `MODE_COMPLEX_INT'
       Complex integer modes.  (These are not currently implemented).
  
! `MODE_COMPLEX_FLOAT'
!      Complex floating point modes.  By default these are `QCmode',
!      `HCmode', `SCmode', `DCmode', `XCmode', and `TCmode'.
  
! `MODE_FUNCTION'
       Algol or Pascal function variables including a static chain.
       (These are not currently implemented).
  
! `MODE_CC'
!      Modes representing condition code values.  These are `CCmode' plus
!      any `CC_MODE' modes listed in the `MACHINE-modes.def'.  *Note Jump
       Patterns::, also see *note Condition Code::.
  
! `MODE_POINTER_BOUNDS'
       Pointer bounds modes.  Used to represent values of pointer bounds
       type.  Operations in these modes may be executed as NOPs depending
       on hardware features and environment setup.
  
! `MODE_RANDOM'
       This is a catchall mode class for modes which don't fit into the
!      above classes.  Currently `VOIDmode' and `BLKmode' are in
!      `MODE_RANDOM'.
  
   Here are some C macros that relate to machine modes:
  
! `GET_MODE (X)'
       Returns the machine mode of the RTX X.
  
! `PUT_MODE (X, NEWMODE)'
       Alters the machine mode of the RTX X to be NEWMODE.
  
! `NUM_MACHINE_MODES'
       Stands for the number of machine modes available on the target
       machine.  This is one greater than the largest numeric value of any
       machine mode.
  
! `GET_MODE_NAME (M)'
       Returns the name of mode M as a string.
  
! `GET_MODE_CLASS (M)'
       Returns the mode class of mode M.
  
! `GET_MODE_WIDER_MODE (M)'
       Returns the next wider natural mode.  For example, the expression
!      `GET_MODE_WIDER_MODE (QImode)' returns `HImode'.
  
! `GET_MODE_SIZE (M)'
       Returns the size in bytes of a datum of mode M.
  
! `GET_MODE_BITSIZE (M)'
       Returns the size in bits of a datum of mode M.
  
! `GET_MODE_IBIT (M)'
       Returns the number of integral bits of a datum of fixed-point mode
       M.
  
! `GET_MODE_FBIT (M)'
       Returns the number of fractional bits of a datum of fixed-point
       mode M.
  
! `GET_MODE_MASK (M)'
       Returns a bitmask containing 1 for all bits in a word that fit
!      within mode M.  This macro can only be used for modes whose
!      bitsize is less than or equal to `HOST_BITS_PER_INT'.
  
! `GET_MODE_ALIGNMENT (M)'
       Return the required alignment, in bits, for an object of mode M.
  
! `GET_MODE_UNIT_SIZE (M)'
       Returns the size in bytes of the subunits of a datum of mode M.
!      This is the same as `GET_MODE_SIZE' except in the case of complex
       modes.  For them, the unit size is the size of the real or
       imaginary part.
  
! `GET_MODE_NUNITS (M)'
       Returns the number of units contained in a mode, i.e.,
!      `GET_MODE_SIZE' divided by `GET_MODE_UNIT_SIZE'.
  
! `GET_CLASS_NARROWEST_MODE (C)'
       Returns the narrowest mode in mode class C.
  
!  The following 3 variables are defined on every target.   They can be
  used to allocate buffers that are guaranteed to be large enough to hold
! any value that can be represented on the target.   The first two can be
  overridden by defining them in the target's mode.def file, however, the
  value must be a constant that can determined very early in the
! compilation process.   The third symbol cannot be overridden.
  
! `BITS_PER_UNIT'
       The number of bits in an addressable storage unit (byte).  If you
       do not define this, the default is 8.
  
! `MAX_BITSIZE_MODE_ANY_INT'
       The maximum bitsize of any mode that is used in integer math.  This
       should be overridden by the target if it uses large integers as
!      containers for larger vectors but otherwise never uses the
!      contents to compute integer values.
  
! `MAX_BITSIZE_MODE_ANY_MODE'
       The bitsize of the largest mode on the target.
  
!  The global variables `byte_mode' and `word_mode' contain modes whose
! classes are `MODE_INT' and whose bitsizes are either `BITS_PER_UNIT' or
! `BITS_PER_WORD', respectively.  On 32-bit machines, these are `QImode'
! and `SImode', respectively.
  
  
  File: gccint.info,  Node: Constants,  Next: Regs and Memory,  Prev: Machine Modes,  Up: RTL
*************** File: gccint.info,  Node: Constants,  Ne
*** 15230,15394 ****
  
  The simplest RTL expressions are those that represent constant values.
  
! '(const_int I)'
       This type of expression represents the integer value I.  I is
!      customarily accessed with the macro 'INTVAL' as in 'INTVAL (EXP)',
!      which is equivalent to 'XWINT (EXP, 0)'.
  
       Constants generated for modes with fewer bits than in
!      'HOST_WIDE_INT' must be sign extended to full width (e.g., with
!      'gen_int_mode').  For constants for modes with more bits than in
!      'HOST_WIDE_INT' the implied high order bits of that constant are
       copies of the top bit.  Note however that values are neither
       inherently signed nor inherently unsigned; where necessary,
       signedness is determined by the rtl operation instead.
  
       There is only one expression object for the integer value zero; it
!      is the value of the variable 'const0_rtx'.  Likewise, the only
!      expression for integer value one is found in 'const1_rtx', the only
!      expression for integer value two is found in 'const2_rtx', and the
       only expression for integer value negative one is found in
!      'constm1_rtx'.  Any attempt to create an expression of code
!      'const_int' and value zero, one, two or negative one will return
!      'const0_rtx', 'const1_rtx', 'const2_rtx' or 'constm1_rtx' as
       appropriate.
  
       Similarly, there is only one object for the integer whose value is
!      'STORE_FLAG_VALUE'.  It is found in 'const_true_rtx'.  If
!      'STORE_FLAG_VALUE' is one, 'const_true_rtx' and 'const1_rtx' will
!      point to the same object.  If 'STORE_FLAG_VALUE' is -1,
!      'const_true_rtx' and 'constm1_rtx' will point to the same object.
  
! '(const_double:M I0 I1 ...)'
       This represents either a floating-point constant of mode M or (on
!      older ports that do not define 'TARGET_SUPPORTS_WIDE_INT') an
!      integer constant too large to fit into 'HOST_BITS_PER_WIDE_INT'
       bits but small enough to fit within twice that number of bits.  In
!      the latter case, M will be 'VOIDmode'.  For integral values
       constants for modes with more bits than twice the number in
!      'HOST_WIDE_INT' the implied high order bits of that constant are
!      copies of the top bit of 'CONST_DOUBLE_HIGH'.  Note however that
       integral values are neither inherently signed nor inherently
       unsigned; where necessary, signedness is determined by the rtl
       operation instead.
  
!      On more modern ports, 'CONST_DOUBLE' only represents floating point
!      values.  New ports define 'TARGET_SUPPORTS_WIDE_INT' to make this
!      designation.
  
!      If M is 'VOIDmode', the bits of the value are stored in I0 and I1.
!      I0 is customarily accessed with the macro 'CONST_DOUBLE_LOW' and I1
!      with 'CONST_DOUBLE_HIGH'.
  
       If the constant is floating point (regardless of its precision),
       then the number of integers used to store the value depends on the
!      size of 'REAL_VALUE_TYPE' (*note Floating Point::).  The integers
       represent a floating point number, but not precisely in the target
!      machine's or host machine's floating point format.  To convert them
!      to the precise bit pattern used by the target machine, use the
!      macro 'REAL_VALUE_TO_TARGET_DOUBLE' and friends (*note Data
       Output::).
  
! '(const_wide_int:M NUNITS ELT0 ...)'
!      This contains an array of 'HOST_WIDE_INT's that is large enough to
       hold any constant that can be represented on the target.  This form
       of rtl is only used on targets that define
!      'TARGET_SUPPORTS_WIDE_INT' to be nonzero and then 'CONST_DOUBLE's
       are only used to hold floating-point values.  If the target leaves
!      'TARGET_SUPPORTS_WIDE_INT' defined as 0, 'CONST_WIDE_INT's are not
!      used and 'CONST_DOUBLE's are as they were before.
  
       The values are stored in a compressed format.  The higher-order 0s
       or -1s are not represented if they are just the logical sign
       extension of the number that is represented.
  
! 'CONST_WIDE_INT_VEC (CODE)'
!      Returns the entire array of 'HOST_WIDE_INT's that are used to store
!      the value.  This macro should be rarely used.
  
! 'CONST_WIDE_INT_NUNITS (CODE)'
!      The number of 'HOST_WIDE_INT's used to represent the number.  Note
!      that this generally is smaller than the number of 'HOST_WIDE_INT's
       implied by the mode size.
  
! 'CONST_WIDE_INT_NUNITS (CODE,I)'
!      Returns the 'i'th element of the array.  Element 0 is contains the
!      low order bits of the constant.
  
! '(const_fixed:M ...)'
!      Represents a fixed-point constant of mode M.  The operand is a data
!      structure of type 'struct fixed_value' and is accessed with the
!      macro 'CONST_FIXED_VALUE'.  The high part of data is accessed with
!      'CONST_FIXED_VALUE_HIGH'; the low part is accessed with
!      'CONST_FIXED_VALUE_LOW'.
  
! '(const_vector:M [X0 X1 ...])'
       Represents a vector constant.  The square brackets stand for the
       vector containing the constant elements.  X0, X1 and so on are the
!      'const_int', 'const_double' or 'const_fixed' elements.
  
!      The number of units in a 'const_vector' is obtained with the macro
!      'CONST_VECTOR_NUNITS' as in 'CONST_VECTOR_NUNITS (V)'.
  
       Individual elements in a vector constant are accessed with the
!      macro 'CONST_VECTOR_ELT' as in 'CONST_VECTOR_ELT (V, N)' where V is
!      the vector constant and N is the element desired.
  
! '(const_string STR)'
       Represents a constant string with value STR.  Currently this is
       used only for insn attributes (*note Insn Attributes::) since
       constant strings in C are placed in memory.
  
! '(symbol_ref:MODE SYMBOL)'
       Represents the value of an assembler label for data.  SYMBOL is a
       string that describes the name of the assembler label.  If it
!      starts with a '*', the label is the rest of SYMBOL not including
!      the '*'.  Otherwise, the label is SYMBOL, usually prefixed with
!      '_'.
  
!      The 'symbol_ref' contains a mode, which is usually 'Pmode'.
       Usually that is the only mode for which a symbol is directly valid.
  
! '(label_ref:MODE LABEL)'
       Represents the value of an assembler label for code.  It contains
!      one operand, an expression, which must be a 'code_label' or a
!      'note' of type 'NOTE_INSN_DELETED_LABEL' that appears in the
       instruction sequence to identify the place where the label should
       go.
  
       The reason for using a distinct expression type for code label
       references is so that jump optimization can distinguish them.
  
!      The 'label_ref' contains a mode, which is usually 'Pmode'.  Usually
!      that is the only mode for which a label is directly valid.
  
! '(const:M EXP)'
       Represents a constant that is the result of an assembly-time
       arithmetic computation.  The operand, EXP, is an expression that
!      contains only constants ('const_int', 'symbol_ref' and 'label_ref'
!      expressions) combined with 'plus' and 'minus'.  However, not all
       combinations are valid, since the assembler cannot do arbitrary
       arithmetic on relocatable symbols.
  
!      M should be 'Pmode'.
  
! '(high:M EXP)'
!      Represents the high-order bits of EXP, usually a 'symbol_ref'.  The
!      number of bits is machine-dependent and is normally the number of
!      bits specified in an instruction that initializes the high order
!      bits of a register.  It is used with 'lo_sum' to represent the
!      typical two-instruction sequence used in RISC machines to reference
!      a global memory location.
  
!      M should be 'Pmode'.
  
!  The macro 'CONST0_RTX (MODE)' refers to an expression with value 0 in
! mode MODE.  If mode MODE is of mode class 'MODE_INT', it returns
! 'const0_rtx'.  If mode MODE is of mode class 'MODE_FLOAT', it returns a
! 'CONST_DOUBLE' expression in mode MODE.  Otherwise, it returns a
! 'CONST_VECTOR' expression in mode MODE.  Similarly, the macro
! 'CONST1_RTX (MODE)' refers to an expression with value 1 in mode MODE
! and similarly for 'CONST2_RTX'.  The 'CONST1_RTX' and 'CONST2_RTX'
  macros are undefined for vector modes.
  
  
--- 15387,15551 ----
  
  The simplest RTL expressions are those that represent constant values.
  
! `(const_int I)'
       This type of expression represents the integer value I.  I is
!      customarily accessed with the macro `INTVAL' as in `INTVAL (EXP)',
!      which is equivalent to `XWINT (EXP, 0)'.
  
       Constants generated for modes with fewer bits than in
!      `HOST_WIDE_INT' must be sign extended to full width (e.g., with
!      `gen_int_mode').  For constants for modes with more bits than in
!      `HOST_WIDE_INT' the implied high order bits of that constant are
       copies of the top bit.  Note however that values are neither
       inherently signed nor inherently unsigned; where necessary,
       signedness is determined by the rtl operation instead.
  
       There is only one expression object for the integer value zero; it
!      is the value of the variable `const0_rtx'.  Likewise, the only
!      expression for integer value one is found in `const1_rtx', the only
!      expression for integer value two is found in `const2_rtx', and the
       only expression for integer value negative one is found in
!      `constm1_rtx'.  Any attempt to create an expression of code
!      `const_int' and value zero, one, two or negative one will return
!      `const0_rtx', `const1_rtx', `const2_rtx' or `constm1_rtx' as
       appropriate.
  
       Similarly, there is only one object for the integer whose value is
!      `STORE_FLAG_VALUE'.  It is found in `const_true_rtx'.  If
!      `STORE_FLAG_VALUE' is one, `const_true_rtx' and `const1_rtx' will
!      point to the same object.  If `STORE_FLAG_VALUE' is -1,
!      `const_true_rtx' and `constm1_rtx' will point to the same object.
  
! `(const_double:M I0 I1 ...)'
       This represents either a floating-point constant of mode M or (on
!      older ports that do not define `TARGET_SUPPORTS_WIDE_INT') an
!      integer constant too large to fit into `HOST_BITS_PER_WIDE_INT'
       bits but small enough to fit within twice that number of bits.  In
!      the latter case, M will be `VOIDmode'.  For integral values
       constants for modes with more bits than twice the number in
!      `HOST_WIDE_INT' the implied high order bits of that constant are
!      copies of the top bit of `CONST_DOUBLE_HIGH'.  Note however that
       integral values are neither inherently signed nor inherently
       unsigned; where necessary, signedness is determined by the rtl
       operation instead.
  
!      On more modern ports, `CONST_DOUBLE' only represents floating
!      point values.  New ports define `TARGET_SUPPORTS_WIDE_INT' to make
!      this designation.
  
!      If M is `VOIDmode', the bits of the value are stored in I0 and I1.
!      I0 is customarily accessed with the macro `CONST_DOUBLE_LOW' and
!      I1 with `CONST_DOUBLE_HIGH'.
  
       If the constant is floating point (regardless of its precision),
       then the number of integers used to store the value depends on the
!      size of `REAL_VALUE_TYPE' (*note Floating Point::).  The integers
       represent a floating point number, but not precisely in the target
!      machine's or host machine's floating point format.  To convert
!      them to the precise bit pattern used by the target machine, use
!      the macro `REAL_VALUE_TO_TARGET_DOUBLE' and friends (*note Data
       Output::).
  
! `(const_wide_int:M NUNITS ELT0 ...)'
!      This contains an array of `HOST_WIDE_INT's that is large enough to
       hold any constant that can be represented on the target.  This form
       of rtl is only used on targets that define
!      `TARGET_SUPPORTS_WIDE_INT' to be nonzero and then `CONST_DOUBLE's
       are only used to hold floating-point values.  If the target leaves
!      `TARGET_SUPPORTS_WIDE_INT' defined as 0, `CONST_WIDE_INT's are not
!      used and `CONST_DOUBLE's are as they were before.
  
       The values are stored in a compressed format.  The higher-order 0s
       or -1s are not represented if they are just the logical sign
       extension of the number that is represented.
  
! `CONST_WIDE_INT_VEC (CODE)'
!      Returns the entire array of `HOST_WIDE_INT's that are used to
!      store the value.  This macro should be rarely used.
  
! `CONST_WIDE_INT_NUNITS (CODE)'
!      The number of `HOST_WIDE_INT's used to represent the number.  Note
!      that this generally is smaller than the number of `HOST_WIDE_INT's
       implied by the mode size.
  
! `CONST_WIDE_INT_NUNITS (CODE,I)'
!      Returns the `i'th element of the array.   Element 0 is contains
!      the low order bits of the constant.
  
! `(const_fixed:M ...)'
!      Represents a fixed-point constant of mode M.  The operand is a
!      data structure of type `struct fixed_value' and is accessed with
!      the macro `CONST_FIXED_VALUE'.  The high part of data is accessed
!      with `CONST_FIXED_VALUE_HIGH'; the low part is accessed with
!      `CONST_FIXED_VALUE_LOW'.
  
! `(const_vector:M [X0 X1 ...])'
       Represents a vector constant.  The square brackets stand for the
       vector containing the constant elements.  X0, X1 and so on are the
!      `const_int', `const_double' or `const_fixed' elements.
  
!      The number of units in a `const_vector' is obtained with the macro
!      `CONST_VECTOR_NUNITS' as in `CONST_VECTOR_NUNITS (V)'.
  
       Individual elements in a vector constant are accessed with the
!      macro `CONST_VECTOR_ELT' as in `CONST_VECTOR_ELT (V, N)' where V
!      is the vector constant and N is the element desired.
  
! `(const_string STR)'
       Represents a constant string with value STR.  Currently this is
       used only for insn attributes (*note Insn Attributes::) since
       constant strings in C are placed in memory.
  
! `(symbol_ref:MODE SYMBOL)'
       Represents the value of an assembler label for data.  SYMBOL is a
       string that describes the name of the assembler label.  If it
!      starts with a `*', the label is the rest of SYMBOL not including
!      the `*'.  Otherwise, the label is SYMBOL, usually prefixed with
!      `_'.
  
!      The `symbol_ref' contains a mode, which is usually `Pmode'.
       Usually that is the only mode for which a symbol is directly valid.
  
! `(label_ref:MODE LABEL)'
       Represents the value of an assembler label for code.  It contains
!      one operand, an expression, which must be a `code_label' or a
!      `note' of type `NOTE_INSN_DELETED_LABEL' that appears in the
       instruction sequence to identify the place where the label should
       go.
  
       The reason for using a distinct expression type for code label
       references is so that jump optimization can distinguish them.
  
!      The `label_ref' contains a mode, which is usually `Pmode'.
!      Usually that is the only mode for which a label is directly valid.
  
! `(const:M EXP)'
       Represents a constant that is the result of an assembly-time
       arithmetic computation.  The operand, EXP, is an expression that
!      contains only constants (`const_int', `symbol_ref' and `label_ref'
!      expressions) combined with `plus' and `minus'.  However, not all
       combinations are valid, since the assembler cannot do arbitrary
       arithmetic on relocatable symbols.
  
!      M should be `Pmode'.
  
! `(high:M EXP)'
!      Represents the high-order bits of EXP, usually a `symbol_ref'.
!      The number of bits is machine-dependent and is normally the number
!      of bits specified in an instruction that initializes the high
!      order bits of a register.  It is used with `lo_sum' to represent
!      the typical two-instruction sequence used in RISC machines to
!      reference a global memory location.
  
!      M should be `Pmode'.
  
!  The macro `CONST0_RTX (MODE)' refers to an expression with value 0 in
! mode MODE.  If mode MODE is of mode class `MODE_INT', it returns
! `const0_rtx'.  If mode MODE is of mode class `MODE_FLOAT', it returns a
! `CONST_DOUBLE' expression in mode MODE.  Otherwise, it returns a
! `CONST_VECTOR' expression in mode MODE.  Similarly, the macro
! `CONST1_RTX (MODE)' refers to an expression with value 1 in mode MODE
! and similarly for `CONST2_RTX'.  The `CONST1_RTX' and `CONST2_RTX'
  macros are undefined for vector modes.
  
  
*************** File: gccint.info,  Node: Regs and Memor
*** 15400,15408 ****
  Here are the RTL expression types for describing access to machine
  registers and to main memory.
  
! '(reg:M N)'
       For small values of the integer N (those that are less than
!      'FIRST_PSEUDO_REGISTER'), this stands for a reference to machine
       register number N: a "hard register".  For larger values of N, it
       stands for a temporary value or "pseudo register".  The compiler's
       strategy is to generate code assuming an unlimited number of such
--- 15557,15565 ----
  Here are the RTL expression types for describing access to machine
  registers and to main memory.
  
! `(reg:M N)'
       For small values of the integer N (those that are less than
!      `FIRST_PSEUDO_REGISTER'), this stands for a reference to machine
       register number N: a "hard register".  For larger values of N, it
       stands for a temporary value or "pseudo register".  The compiler's
       strategy is to generate code assuming an unlimited number of such
*************** registers and to main memory.
*** 15419,15425 ****
       Even for a register that the machine can access in only one mode,
       the mode must always be specified.
  
!      The symbol 'FIRST_PSEUDO_REGISTER' is defined by the machine
       description, since the number of hard registers on the machine is
       an invariant characteristic of the machine.  Note, however, that
       not all of the machine registers must be general registers.  All
--- 15576,15582 ----
       Even for a register that the machine can access in only one mode,
       the mode must always be specified.
  
!      The symbol `FIRST_PSEUDO_REGISTER' is defined by the machine
       description, since the number of hard registers on the machine is
       an invariant characteristic of the machine.  Note, however, that
       not all of the machine registers must be general registers.  All
*************** registers and to main memory.
*** 15430,15571 ****
       A hard register may be accessed in various modes throughout one
       function, but each pseudo register is given a natural mode and is
       accessed only in that mode.  When it is necessary to describe an
!      access to a pseudo register using a nonnatural mode, a 'subreg'
       expression is used.
  
!      A 'reg' expression with a machine mode that specifies more than one
!      word of data may actually stand for several consecutive registers.
!      If in addition the register number specifies a hardware register,
!      then it actually represents several consecutive hardware registers
!      starting with the specified one.
  
       Each pseudo register number used in a function's RTL code is
!      represented by a unique 'reg' expression.
  
       Some pseudo register numbers, those within the range of
!      'FIRST_VIRTUAL_REGISTER' to 'LAST_VIRTUAL_REGISTER' only appear
       during the RTL generation phase and are eliminated before the
       optimization phases.  These represent locations in the stack frame
!      that cannot be determined until RTL generation for the function has
!      been completed.  The following virtual register numbers are
       defined:
  
!      'VIRTUAL_INCOMING_ARGS_REGNUM'
!           This points to the first word of the incoming arguments passed
!           on the stack.  Normally these arguments are placed there by
!           the caller, but the callee may have pushed some arguments that
!           were previously passed in registers.
  
            When RTL generation is complete, this virtual register is
            replaced by the sum of the register given by
!           'ARG_POINTER_REGNUM' and the value of 'FIRST_PARM_OFFSET'.
  
!      'VIRTUAL_STACK_VARS_REGNUM'
!           If 'FRAME_GROWS_DOWNWARD' is defined to a nonzero value, this
            points to immediately above the first variable on the stack.
            Otherwise, it points to the first variable on the stack.
  
!           'VIRTUAL_STACK_VARS_REGNUM' is replaced with the sum of the
!           register given by 'FRAME_POINTER_REGNUM' and the value
!           'STARTING_FRAME_OFFSET'.
  
!      'VIRTUAL_STACK_DYNAMIC_REGNUM'
!           This points to the location of dynamically allocated memory on
!           the stack immediately after the stack pointer has been
            adjusted by the amount of memory desired.
  
            This virtual register is replaced by the sum of the register
!           given by 'STACK_POINTER_REGNUM' and the value
!           'STACK_DYNAMIC_OFFSET'.
  
!      'VIRTUAL_OUTGOING_ARGS_REGNUM'
            This points to the location in the stack at which outgoing
            arguments should be written when the stack is pre-pushed
            (arguments pushed using push insns should always use
!           'STACK_POINTER_REGNUM').
  
            This virtual register is replaced by the sum of the register
!           given by 'STACK_POINTER_REGNUM' and the value
!           'STACK_POINTER_OFFSET'.
! 
! '(subreg:M1 REG:M2 BYTENUM)'
  
!      'subreg' expressions are used to refer to a register in a machine
       mode other than its natural one, or to refer to one register of a
!      multi-part 'reg' that actually refers to several registers.
  
       Each pseudo register has a natural mode.  If it is necessary to
!      operate on it in a different mode, the register must be enclosed in
!      a 'subreg'.
  
       There are currently three supported types for the first operand of
!      a 'subreg':
!         * pseudo registers This is the most common case.  Most 'subreg's
!           have pseudo 'reg's as their first operand.
  
!         * mem 'subreg's of 'mem' were common in earlier versions of GCC
            and are still supported.  During the reload pass these are
!           replaced by plain 'mem's.  On machines that do not do
!           instruction scheduling, use of 'subreg's of 'mem' are still
!           used, but this is no longer recommended.  Such 'subreg's are
!           considered to be 'register_operand's rather than
!           'memory_operand's before and during reload.  Because of this,
            the scheduling passes cannot properly schedule instructions
!           with 'subreg's of 'mem', so for machines that do scheduling,
!           'subreg's of 'mem' should never be used.  To support this, the
!           combine and recog passes have explicit code to inhibit the
!           creation of 'subreg's of 'mem' when 'INSN_SCHEDULING' is
            defined.
  
!           The use of 'subreg's of 'mem' after the reload pass is an area
            that is not well understood and should be avoided.  There is
!           still some code in the compiler to support this, but this code
!           has possibly rotted.  This use of 'subreg's is discouraged and
!           will most likely not be supported in the future.
  
          * hard registers It is seldom necessary to wrap hard registers
!           in 'subreg's; such registers would normally reduce to a single
!           'reg' rtx.  This use of 'subreg's is discouraged and may not
!           be supported in the future.
  
-      'subreg's of 'subreg's are not supported.  Using
-      'simplify_gen_subreg' is the recommended way to avoid this problem.
  
!      'subreg's come in two distinct flavors, each having its own usage
       and rules:
  
!      Paradoxical subregs
!           When M1 is strictly wider than M2, the 'subreg' expression is
            called "paradoxical".  The canonical test for this class of
!           'subreg' is:
  
                 GET_MODE_SIZE (M1) > GET_MODE_SIZE (M2)
  
!           Paradoxical 'subreg's can be used as both lvalues and rvalues.
            When used as an lvalue, the low-order bits of the source value
!           are stored in REG and the high-order bits are discarded.  When
!           used as an rvalue, the low-order bits of the 'subreg' are
            taken from REG while the high-order bits may or may not be
            defined.
  
            The high-order bits of rvalues are defined in the following
            circumstances:
  
!              * 'subreg's of 'mem' When M2 is smaller than a word, the
!                macro 'LOAD_EXTEND_OP', can control how the high-order
                 bits are defined.
  
!              * 'subreg' of 'reg's The upper bits are defined when
!                'SUBREG_PROMOTED_VAR_P' is true.
!                'SUBREG_PROMOTED_UNSIGNED_P' describes what the upper
                 bits hold.  Such subregs usually represent local
                 variables, register variables and parameter pseudo
                 variables that have been promoted to a wider mode.
  
!           BYTENUM is always zero for a paradoxical 'subreg', even on
            big-endian targets.
  
!           For example, the paradoxical 'subreg':
  
                 (set (subreg:SI (reg:HI X) 0) Y)
  
--- 15587,15730 ----
       A hard register may be accessed in various modes throughout one
       function, but each pseudo register is given a natural mode and is
       accessed only in that mode.  When it is necessary to describe an
!      access to a pseudo register using a nonnatural mode, a `subreg'
       expression is used.
  
!      A `reg' expression with a machine mode that specifies more than
!      one word of data may actually stand for several consecutive
!      registers.  If in addition the register number specifies a
!      hardware register, then it actually represents several consecutive
!      hardware registers starting with the specified one.
  
       Each pseudo register number used in a function's RTL code is
!      represented by a unique `reg' expression.
  
       Some pseudo register numbers, those within the range of
!      `FIRST_VIRTUAL_REGISTER' to `LAST_VIRTUAL_REGISTER' only appear
       during the RTL generation phase and are eliminated before the
       optimization phases.  These represent locations in the stack frame
!      that cannot be determined until RTL generation for the function
!      has been completed.  The following virtual register numbers are
       defined:
  
!     `VIRTUAL_INCOMING_ARGS_REGNUM'
!           This points to the first word of the incoming arguments
!           passed on the stack.  Normally these arguments are placed
!           there by the caller, but the callee may have pushed some
!           arguments that were previously passed in registers.
  
            When RTL generation is complete, this virtual register is
            replaced by the sum of the register given by
!           `ARG_POINTER_REGNUM' and the value of `FIRST_PARM_OFFSET'.
  
!     `VIRTUAL_STACK_VARS_REGNUM'
!           If `FRAME_GROWS_DOWNWARD' is defined to a nonzero value, this
            points to immediately above the first variable on the stack.
            Otherwise, it points to the first variable on the stack.
  
!           `VIRTUAL_STACK_VARS_REGNUM' is replaced with the sum of the
!           register given by `FRAME_POINTER_REGNUM' and the value
!           `STARTING_FRAME_OFFSET'.
  
!     `VIRTUAL_STACK_DYNAMIC_REGNUM'
!           This points to the location of dynamically allocated memory
!           on the stack immediately after the stack pointer has been
            adjusted by the amount of memory desired.
  
            This virtual register is replaced by the sum of the register
!           given by `STACK_POINTER_REGNUM' and the value
!           `STACK_DYNAMIC_OFFSET'.
  
!     `VIRTUAL_OUTGOING_ARGS_REGNUM'
            This points to the location in the stack at which outgoing
            arguments should be written when the stack is pre-pushed
            (arguments pushed using push insns should always use
!           `STACK_POINTER_REGNUM').
  
            This virtual register is replaced by the sum of the register
!           given by `STACK_POINTER_REGNUM' and the value
!           `STACK_POINTER_OFFSET'.
  
! `(subreg:M1 REG:M2 BYTENUM)'
!      `subreg' expressions are used to refer to a register in a machine
       mode other than its natural one, or to refer to one register of a
!      multi-part `reg' that actually refers to several registers.
  
       Each pseudo register has a natural mode.  If it is necessary to
!      operate on it in a different mode, the register must be enclosed
!      in a `subreg'.
  
       There are currently three supported types for the first operand of
!      a `subreg':
!         * pseudo registers This is the most common case.  Most
!           `subreg's have pseudo `reg's as their first operand.
  
!         * mem `subreg's of `mem' were common in earlier versions of GCC
            and are still supported.  During the reload pass these are
!           replaced by plain `mem's.  On machines that do not do
!           instruction scheduling, use of `subreg's of `mem' are still
!           used, but this is no longer recommended.  Such `subreg's are
!           considered to be `register_operand's rather than
!           `memory_operand's before and during reload.  Because of this,
            the scheduling passes cannot properly schedule instructions
!           with `subreg's of `mem', so for machines that do scheduling,
!           `subreg's of `mem' should never be used.  To support this,
!           the combine and recog passes have explicit code to inhibit
!           the creation of `subreg's of `mem' when `INSN_SCHEDULING' is
            defined.
  
!           The use of `subreg's of `mem' after the reload pass is an area
            that is not well understood and should be avoided.  There is
!           still some code in the compiler to support this, but this
!           code has possibly rotted.  This use of `subreg's is
!           discouraged and will most likely not be supported in the
!           future.
  
          * hard registers It is seldom necessary to wrap hard registers
!           in `subreg's; such registers would normally reduce to a
!           single `reg' rtx.  This use of `subreg's is discouraged and
!           may not be supported in the future.
  
  
!      `subreg's of `subreg's are not supported.  Using
!      `simplify_gen_subreg' is the recommended way to avoid this problem.
! 
!      `subreg's come in two distinct flavors, each having its own usage
       and rules:
  
!     Paradoxical subregs
!           When M1 is strictly wider than M2, the `subreg' expression is
            called "paradoxical".  The canonical test for this class of
!           `subreg' is:
  
                 GET_MODE_SIZE (M1) > GET_MODE_SIZE (M2)
  
!           Paradoxical `subreg's can be used as both lvalues and rvalues.
            When used as an lvalue, the low-order bits of the source value
!           are stored in REG and the high-order bits are discarded.
!           When used as an rvalue, the low-order bits of the `subreg' are
            taken from REG while the high-order bits may or may not be
            defined.
  
            The high-order bits of rvalues are defined in the following
            circumstances:
  
!              * `subreg's of `mem' When M2 is smaller than a word, the
!                macro `LOAD_EXTEND_OP', can control how the high-order
                 bits are defined.
  
!              * `subreg' of `reg's The upper bits are defined when
!                `SUBREG_PROMOTED_VAR_P' is true.
!                `SUBREG_PROMOTED_UNSIGNED_P' describes what the upper
                 bits hold.  Such subregs usually represent local
                 variables, register variables and parameter pseudo
                 variables that have been promoted to a wider mode.
  
! 
!           BYTENUM is always zero for a paradoxical `subreg', even on
            big-endian targets.
  
!           For example, the paradoxical `subreg':
  
                 (set (subreg:SI (reg:HI X) 0) Y)
  
*************** registers and to main memory.
*** 15575,15700 ****
                 (set Z (subreg:SI (reg:HI X) 0))
  
            would set the lower two bytes of Z to Y and set the upper two
!           bytes to an unknown value assuming 'SUBREG_PROMOTED_VAR_P' is
            false.
  
!      Normal subregs
!           When M1 is at least as narrow as M2 the 'subreg' expression is
!           called "normal".
  
!           Normal 'subreg's restrict consideration to certain bits of
            REG.  There are two cases.  If M1 is smaller than a word, the
!           'subreg' refers to the least-significant part (or "lowpart")
            of one word of REG.  If M1 is word-sized or greater, the
!           'subreg' refers to one or more complete words.
  
!           When used as an lvalue, 'subreg' is a word-based accessor.
!           Storing to a 'subreg' modifies all the words of REG that
!           overlap the 'subreg', but it leaves the other words of REG
            alone.
  
!           When storing to a normal 'subreg' that is smaller than a word,
            the other bits of the referenced word are usually left in an
            undefined state.  This laxity makes it easier to generate
            efficient code for such instructions.  To represent an
            instruction that preserves all the bits outside of those in
!           the 'subreg', use 'strict_low_part' or 'zero_extract' around
!           the 'subreg'.
  
            BYTENUM must identify the offset of the first byte of the
!           'subreg' from the start of REG, assuming that REG is laid out
            in memory order.  The memory order of bytes is defined by two
!           target macros, 'WORDS_BIG_ENDIAN' and 'BYTES_BIG_ENDIAN':
  
!              * 'WORDS_BIG_ENDIAN', if set to 1, says that byte number
                 zero is part of the most significant word; otherwise, it
                 is part of the least significant word.
  
!              * 'BYTES_BIG_ENDIAN', if set to 1, says that byte number
                 zero is the most significant byte within a word;
                 otherwise, it is the least significant byte within a
                 word.
  
!           On a few targets, 'FLOAT_WORDS_BIG_ENDIAN' disagrees with
!           'WORDS_BIG_ENDIAN'.  However, most parts of the compiler treat
            floating point values as if they had the same endianness as
!           integer values.  This works because they handle them solely as
!           a collection of integer values, with no particular numerical
!           value.  Only real.c and the runtime libraries care about
!           'FLOAT_WORDS_BIG_ENDIAN'.
  
            Thus,
  
                 (subreg:HI (reg:SI X) 2)
  
!           on a 'BYTES_BIG_ENDIAN', 'UNITS_PER_WORD == 4' target is the
            same as
  
                 (subreg:HI (reg:SI X) 0)
  
!           on a little-endian, 'UNITS_PER_WORD == 4' target.  Both
!           'subreg's access the lower two bytes of register X.
  
!      A 'MODE_PARTIAL_INT' mode behaves as if it were as wide as the
!      corresponding 'MODE_INT' mode, except that it has an unknown number
!      of undefined bits.  For example:
  
            (subreg:PSI (reg:SI 0) 0)
  
!      accesses the whole of '(reg:SI 0)', but the exact relationship
!      between the 'PSImode' value and the 'SImode' value is not defined.
!      If we assume 'UNITS_PER_WORD <= 4', then the following two
!      'subreg's:
  
            (subreg:PSI (reg:DI 0) 0)
            (subreg:PSI (reg:DI 0) 4)
  
!      represent independent 4-byte accesses to the two halves of '(reg:DI
!      0)'.  Both 'subreg's have an unknown number of undefined bits.
  
!      If 'UNITS_PER_WORD <= 2' then these two 'subreg's:
  
            (subreg:HI (reg:PSI 0) 0)
            (subreg:HI (reg:PSI 0) 2)
  
       represent independent 2-byte accesses that together span the whole
!      of '(reg:PSI 0)'.  Storing to the first 'subreg' does not affect
!      the value of the second, and vice versa.  '(reg:PSI 0)' has an
       unknown number of undefined bits, so the assignment:
  
            (set (subreg:HI (reg:PSI 0) 0) (reg:HI 4))
  
!      does not guarantee that '(subreg:HI (reg:PSI 0) 0)' has the value
!      '(reg:HI 4)'.
  
       The rules above apply to both pseudo REGs and hard REGs.  If the
!      semantics are not correct for particular combinations of M1, M2 and
!      hard REG, the target-specific code must ensure that those
       combinations are never used.  For example:
  
            CANNOT_CHANGE_MODE_CLASS (M2, M1, CLASS)
  
       must be true for every class CLASS that includes REG.
  
!      The first operand of a 'subreg' expression is customarily accessed
!      with the 'SUBREG_REG' macro and the second operand is customarily
!      accessed with the 'SUBREG_BYTE' macro.
  
       It has been several years since a platform in which
!      'BYTES_BIG_ENDIAN' not equal to 'WORDS_BIG_ENDIAN' has been tested.
!      Anyone wishing to support such a platform in the future may be
!      confronted with code rot.
  
! '(scratch:M)'
       This represents a scratch register that will be required for the
       execution of a single instruction and not used subsequently.  It is
!      converted into a 'reg' by either the local register allocator or
       the reload pass.
  
!      'scratch' is usually present inside a 'clobber' operation (*note
       Side Effects::).
  
! '(cc0)'
       This refers to the machine's condition code register.  It has no
       operands and may not have a machine mode.  There are two ways to
       use it:
--- 15734,15861 ----
                 (set Z (subreg:SI (reg:HI X) 0))
  
            would set the lower two bytes of Z to Y and set the upper two
!           bytes to an unknown value assuming `SUBREG_PROMOTED_VAR_P' is
            false.
  
!     Normal subregs
!           When M1 is at least as narrow as M2 the `subreg' expression
!           is called "normal".
  
!           Normal `subreg's restrict consideration to certain bits of
            REG.  There are two cases.  If M1 is smaller than a word, the
!           `subreg' refers to the least-significant part (or "lowpart")
            of one word of REG.  If M1 is word-sized or greater, the
!           `subreg' refers to one or more complete words.
  
!           When used as an lvalue, `subreg' is a word-based accessor.
!           Storing to a `subreg' modifies all the words of REG that
!           overlap the `subreg', but it leaves the other words of REG
            alone.
  
!           When storing to a normal `subreg' that is smaller than a word,
            the other bits of the referenced word are usually left in an
            undefined state.  This laxity makes it easier to generate
            efficient code for such instructions.  To represent an
            instruction that preserves all the bits outside of those in
!           the `subreg', use `strict_low_part' or `zero_extract' around
!           the `subreg'.
  
            BYTENUM must identify the offset of the first byte of the
!           `subreg' from the start of REG, assuming that REG is laid out
            in memory order.  The memory order of bytes is defined by two
!           target macros, `WORDS_BIG_ENDIAN' and `BYTES_BIG_ENDIAN':
  
!              * `WORDS_BIG_ENDIAN', if set to 1, says that byte number
                 zero is part of the most significant word; otherwise, it
                 is part of the least significant word.
  
!              * `BYTES_BIG_ENDIAN', if set to 1, says that byte number
                 zero is the most significant byte within a word;
                 otherwise, it is the least significant byte within a
                 word.
  
!           On a few targets, `FLOAT_WORDS_BIG_ENDIAN' disagrees with
!           `WORDS_BIG_ENDIAN'.  However, most parts of the compiler treat
            floating point values as if they had the same endianness as
!           integer values.  This works because they handle them solely
!           as a collection of integer values, with no particular
!           numerical value.  Only real.c and the runtime libraries care
!           about `FLOAT_WORDS_BIG_ENDIAN'.
  
            Thus,
  
                 (subreg:HI (reg:SI X) 2)
  
!           on a `BYTES_BIG_ENDIAN', `UNITS_PER_WORD == 4' target is the
            same as
  
                 (subreg:HI (reg:SI X) 0)
  
!           on a little-endian, `UNITS_PER_WORD == 4' target.  Both
!           `subreg's access the lower two bytes of register X.
  
! 
!      A `MODE_PARTIAL_INT' mode behaves as if it were as wide as the
!      corresponding `MODE_INT' mode, except that it has an unknown
!      number of undefined bits.  For example:
  
            (subreg:PSI (reg:SI 0) 0)
  
!      accesses the whole of `(reg:SI 0)', but the exact relationship
!      between the `PSImode' value and the `SImode' value is not defined.
!      If we assume `UNITS_PER_WORD <= 4', then the following two
!      `subreg's:
  
            (subreg:PSI (reg:DI 0) 0)
            (subreg:PSI (reg:DI 0) 4)
  
!      represent independent 4-byte accesses to the two halves of
!      `(reg:DI 0)'.  Both `subreg's have an unknown number of undefined
!      bits.
  
!      If `UNITS_PER_WORD <= 2' then these two `subreg's:
  
            (subreg:HI (reg:PSI 0) 0)
            (subreg:HI (reg:PSI 0) 2)
  
       represent independent 2-byte accesses that together span the whole
!      of `(reg:PSI 0)'.  Storing to the first `subreg' does not affect
!      the value of the second, and vice versa.  `(reg:PSI 0)' has an
       unknown number of undefined bits, so the assignment:
  
            (set (subreg:HI (reg:PSI 0) 0) (reg:HI 4))
  
!      does not guarantee that `(subreg:HI (reg:PSI 0) 0)' has the value
!      `(reg:HI 4)'.
  
       The rules above apply to both pseudo REGs and hard REGs.  If the
!      semantics are not correct for particular combinations of M1, M2
!      and hard REG, the target-specific code must ensure that those
       combinations are never used.  For example:
  
            CANNOT_CHANGE_MODE_CLASS (M2, M1, CLASS)
  
       must be true for every class CLASS that includes REG.
  
!      The first operand of a `subreg' expression is customarily accessed
!      with the `SUBREG_REG' macro and the second operand is customarily
!      accessed with the `SUBREG_BYTE' macro.
  
       It has been several years since a platform in which
!      `BYTES_BIG_ENDIAN' not equal to `WORDS_BIG_ENDIAN' has been
!      tested.  Anyone wishing to support such a platform in the future
!      may be confronted with code rot.
  
! `(scratch:M)'
       This represents a scratch register that will be required for the
       execution of a single instruction and not used subsequently.  It is
!      converted into a `reg' by either the local register allocator or
       the reload pass.
  
!      `scratch' is usually present inside a `clobber' operation (*note
       Side Effects::).
  
! `(cc0)'
       This refers to the machine's condition code register.  It has no
       operands and may not have a machine mode.  There are two ways to
       use it:
*************** registers and to main memory.
*** 15703,15741 ****
            best on most machines, where each comparison sets the entire
            series of flags.
  
!           With this technique, '(cc0)' may be validly used in only two
            contexts: as the destination of an assignment (in test and
            compare instructions) and in comparison operators comparing
!           against zero ('const_int' with value zero; that is to say,
!           'const0_rtx').
  
          * To stand for a single flag that is the result of a single
!           condition.  This is useful on machines that have only a single
!           flag bit, and in which comparison instructions must specify
!           the condition to test.
  
!           With this technique, '(cc0)' may be validly used in only two
            contexts: as the destination of an assignment (in test and
            compare instructions) where the source is a comparison
!           operator, and as the first operand of 'if_then_else' (in a
            conditional branch).
  
!      There is only one expression object of code 'cc0'; it is the value
!      of the variable 'cc0_rtx'.  Any attempt to create an expression of
!      code 'cc0' will return 'cc0_rtx'.
  
       Instructions can set the condition code implicitly.  On many
       machines, nearly all instructions set the condition code based on
       the value that they compute or store.  It is not necessary to
       record these actions explicitly in the RTL because the machine
       description includes a prescription for recognizing the
!      instructions that do so (by means of the macro 'NOTICE_UPDATE_CC').
!      *Note Condition Code::.  Only instructions whose sole purpose is to
!      set the condition code, and instructions that use the condition
!      code, need mention '(cc0)'.
  
       On some machines, the condition code register is given a register
!      number and a 'reg' is used instead of '(cc0)'.  This is usually the
       preferable approach if only a small subset of instructions modify
       the condition code.  Other machines store condition codes in
       general registers; in such cases a pseudo register should be used.
--- 15864,15902 ----
            best on most machines, where each comparison sets the entire
            series of flags.
  
!           With this technique, `(cc0)' may be validly used in only two
            contexts: as the destination of an assignment (in test and
            compare instructions) and in comparison operators comparing
!           against zero (`const_int' with value zero; that is to say,
!           `const0_rtx').
  
          * To stand for a single flag that is the result of a single
!           condition.  This is useful on machines that have only a
!           single flag bit, and in which comparison instructions must
!           specify the condition to test.
  
!           With this technique, `(cc0)' may be validly used in only two
            contexts: as the destination of an assignment (in test and
            compare instructions) where the source is a comparison
!           operator, and as the first operand of `if_then_else' (in a
            conditional branch).
  
!      There is only one expression object of code `cc0'; it is the value
!      of the variable `cc0_rtx'.  Any attempt to create an expression of
!      code `cc0' will return `cc0_rtx'.
  
       Instructions can set the condition code implicitly.  On many
       machines, nearly all instructions set the condition code based on
       the value that they compute or store.  It is not necessary to
       record these actions explicitly in the RTL because the machine
       description includes a prescription for recognizing the
!      instructions that do so (by means of the macro
!      `NOTICE_UPDATE_CC').  *Note Condition Code::.  Only instructions
!      whose sole purpose is to set the condition code, and instructions
!      that use the condition code, need mention `(cc0)'.
  
       On some machines, the condition code register is given a register
!      number and a `reg' is used instead of `(cc0)'.  This is usually the
       preferable approach if only a small subset of instructions modify
       the condition code.  Other machines store condition codes in
       general registers; in such cases a pseudo register should be used.
*************** registers and to main memory.
*** 15745,15786 ****
       the condition code.  This is best handled by normally generating
       the instruction that does not set the condition code, and making a
       pattern that both performs the arithmetic and sets the condition
!      code register (which would not be '(cc0)' in this case).  For
!      examples, search for 'addcc' and 'andcc' in 'sparc.md'.
  
! '(pc)'
       This represents the machine's program counter.  It has no operands
!      and may not have a machine mode.  '(pc)' may be validly used only
       in certain specific contexts in jump instructions.
  
!      There is only one expression object of code 'pc'; it is the value
!      of the variable 'pc_rtx'.  Any attempt to create an expression of
!      code 'pc' will return 'pc_rtx'.
  
       All instructions that do not jump alter the program counter
!      implicitly by incrementing it, but there is no need to mention this
!      in the RTL.
  
! '(mem:M ADDR ALIAS)'
       This RTX represents a reference to main memory at an address
       represented by the expression ADDR.  M specifies how large a unit
       of memory is accessed.  ALIAS specifies an alias set for the
       reference.  In general two items are in different alias sets if
       they cannot reference the same memory address.
  
!      The construct '(mem:BLK (scratch))' is considered to alias all
       other memories.  Thus it may be used as a memory barrier in
       epilogue stack deallocation patterns.
  
! '(concatM RTX RTX)'
       This RTX represents the concatenation of two other RTXs.  This is
!      used for complex values.  It should only appear in the RTL attached
!      to declarations and during RTL generation.  It should not appear in
!      the ordinary insn chain.
  
! '(concatnM [RTX ...])'
       This RTX represents the concatenation of all the RTX to make a
!      single value.  Like 'concat', this should only appear in
       declarations, and not in the insn chain.
  
  
--- 15906,15947 ----
       the condition code.  This is best handled by normally generating
       the instruction that does not set the condition code, and making a
       pattern that both performs the arithmetic and sets the condition
!      code register (which would not be `(cc0)' in this case).  For
!      examples, search for `addcc' and `andcc' in `sparc.md'.
  
! `(pc)'
       This represents the machine's program counter.  It has no operands
!      and may not have a machine mode.  `(pc)' may be validly used only
       in certain specific contexts in jump instructions.
  
!      There is only one expression object of code `pc'; it is the value
!      of the variable `pc_rtx'.  Any attempt to create an expression of
!      code `pc' will return `pc_rtx'.
  
       All instructions that do not jump alter the program counter
!      implicitly by incrementing it, but there is no need to mention
!      this in the RTL.
  
! `(mem:M ADDR ALIAS)'
       This RTX represents a reference to main memory at an address
       represented by the expression ADDR.  M specifies how large a unit
       of memory is accessed.  ALIAS specifies an alias set for the
       reference.  In general two items are in different alias sets if
       they cannot reference the same memory address.
  
!      The construct `(mem:BLK (scratch))' is considered to alias all
       other memories.  Thus it may be used as a memory barrier in
       epilogue stack deallocation patterns.
  
! `(concatM RTX RTX)'
       This RTX represents the concatenation of two other RTXs.  This is
!      used for complex values.  It should only appear in the RTL
!      attached to declarations and during RTL generation.  It should not
!      appear in the ordinary insn chain.
  
! `(concatnM [RTX ...])'
       This RTX represents the concatenation of all the RTX to make a
!      single value.  Like `concat', this should only appear in
       declarations, and not in the insn chain.
  
  
*************** File: gccint.info,  Node: Arithmetic,  N
*** 15790,15888 ****
  ===================================
  
  Unless otherwise specified, all the operands of arithmetic expressions
! must be valid for mode M.  An operand is valid for mode M if it has mode
! M, or if it is a 'const_int' or 'const_double' and M is a mode of class
! 'MODE_INT'.
  
   For commutative binary operations, constants should be placed in the
  second operand.
  
! '(plus:M X Y)'
! '(ss_plus:M X Y)'
! '(us_plus:M X Y)'
! 
       These three expressions all represent the sum of the values
       represented by X and Y carried out in machine mode M.  They differ
!      in their behavior on overflow of integer modes.  'plus' wraps round
!      modulo the width of M; 'ss_plus' saturates at the maximum signed
!      value representable in M; 'us_plus' saturates at the maximum
!      unsigned value.
! 
! '(lo_sum:M X Y)'
  
       This expression represents the sum of X and the low-order bits of
!      Y.  It is used with 'high' (*note Constants::) to represent the
!      typical two-instruction sequence used in RISC machines to reference
!      a global memory location.
  
       The number of low order bits is machine-dependent but is normally
!      the number of bits in a 'Pmode' item minus the number of bits set
!      by 'high'.
! 
!      M should be 'Pmode'.
  
! '(minus:M X Y)'
! '(ss_minus:M X Y)'
! '(us_minus:M X Y)'
  
       These three expressions represent the result of subtracting Y from
       X, carried out in mode M.  Behavior on overflow is the same as for
!      the three variants of 'plus' (see above).
  
! '(compare:M X Y)'
       Represents the result of subtracting Y from X for purposes of
       comparison.  The result is computed without overflow, as if with
       infinite precision.
  
       Of course, machines cannot really subtract with infinite precision.
!      However, they can pretend to do so when only the sign of the result
!      will be used, which is the case when the result is stored in the
!      condition code.  And that is the _only_ way this kind of expression
!      may validly be used: as a value to be stored in the condition
!      codes, either '(cc0)' or a register.  *Note Comparisons::.
  
       The mode M is not related to the modes of X and Y, but instead is
!      the mode of the condition code value.  If '(cc0)' is used, it is
!      'VOIDmode'.  Otherwise it is some mode in class 'MODE_CC', often
!      'CCmode'.  *Note Condition Code::.  If M is 'VOIDmode' or 'CCmode',
!      the operation returns sufficient information (in an unspecified
!      format) so that any comparison operator can be applied to the
!      result of the 'COMPARE' operation.  For other modes in class
!      'MODE_CC', the operation only returns a subset of this information.
  
!      Normally, X and Y must have the same mode.  Otherwise, 'compare' is
!      valid only if the mode of X is in class 'MODE_INT' and Y is a
!      'const_int' or 'const_double' with mode 'VOIDmode'.  The mode of X
       determines what mode the comparison is to be done in; thus it must
!      not be 'VOIDmode'.
  
       If one of the operands is a constant, it should be placed in the
       second operand and the comparison code adjusted as appropriate.
  
!      A 'compare' specifying two 'VOIDmode' constants is not valid since
       there is no way to know in what mode the comparison is to be
       performed; the comparison must either be folded during the
       compilation or the first operand must be loaded into a register
       while its mode is still known.
  
! '(neg:M X)'
! '(ss_neg:M X)'
! '(us_neg:M X)'
       These two expressions represent the negation (subtraction from
       zero) of the value represented by X, carried out in mode M.  They
       differ in the behavior on overflow of integer modes.  In the case
!      of 'neg', the negation of the operand may be a number not
       representable in mode M, in which case it is truncated to M.
!      'ss_neg' and 'us_neg' ensure that an out-of-bounds result saturates
!      to the maximum or minimum signed or unsigned value.
  
! '(mult:M X Y)'
! '(ss_mult:M X Y)'
! '(us_mult:M X Y)'
       Represents the signed product of the values represented by X and Y
!      carried out in machine mode M.  'ss_mult' and 'us_mult' ensure that
!      an out-of-bounds result saturates to the maximum or minimum signed
!      or unsigned value.
  
       Some machines support a multiplication that generates a product
       wider than the operands.  Write the pattern for this as
--- 15951,16048 ----
  ===================================
  
  Unless otherwise specified, all the operands of arithmetic expressions
! must be valid for mode M.  An operand is valid for mode M if it has
! mode M, or if it is a `const_int' or `const_double' and M is a mode of
! class `MODE_INT'.
  
   For commutative binary operations, constants should be placed in the
  second operand.
  
! `(plus:M X Y)'
! `(ss_plus:M X Y)'
! `(us_plus:M X Y)'
       These three expressions all represent the sum of the values
       represented by X and Y carried out in machine mode M.  They differ
!      in their behavior on overflow of integer modes.  `plus' wraps
!      round modulo the width of M; `ss_plus' saturates at the maximum
!      signed value representable in M; `us_plus' saturates at the
!      maximum unsigned value.
  
+ `(lo_sum:M X Y)'
       This expression represents the sum of X and the low-order bits of
!      Y.  It is used with `high' (*note Constants::) to represent the
!      typical two-instruction sequence used in RISC machines to
!      reference a global memory location.
  
       The number of low order bits is machine-dependent but is normally
!      the number of bits in a `Pmode' item minus the number of bits set
!      by `high'.
  
!      M should be `Pmode'.
  
+ `(minus:M X Y)'
+ `(ss_minus:M X Y)'
+ `(us_minus:M X Y)'
       These three expressions represent the result of subtracting Y from
       X, carried out in mode M.  Behavior on overflow is the same as for
!      the three variants of `plus' (see above).
  
! `(compare:M X Y)'
       Represents the result of subtracting Y from X for purposes of
       comparison.  The result is computed without overflow, as if with
       infinite precision.
  
       Of course, machines cannot really subtract with infinite precision.
!      However, they can pretend to do so when only the sign of the
!      result will be used, which is the case when the result is stored
!      in the condition code.  And that is the _only_ way this kind of
!      expression may validly be used: as a value to be stored in the
!      condition codes, either `(cc0)' or a register.  *Note
!      Comparisons::.
  
       The mode M is not related to the modes of X and Y, but instead is
!      the mode of the condition code value.  If `(cc0)' is used, it is
!      `VOIDmode'.  Otherwise it is some mode in class `MODE_CC', often
!      `CCmode'.  *Note Condition Code::.  If M is `VOIDmode' or
!      `CCmode', the operation returns sufficient information (in an
!      unspecified format) so that any comparison operator can be applied
!      to the result of the `COMPARE' operation.  For other modes in
!      class `MODE_CC', the operation only returns a subset of this
!      information.
  
!      Normally, X and Y must have the same mode.  Otherwise, `compare'
!      is valid only if the mode of X is in class `MODE_INT' and Y is a
!      `const_int' or `const_double' with mode `VOIDmode'.  The mode of X
       determines what mode the comparison is to be done in; thus it must
!      not be `VOIDmode'.
  
       If one of the operands is a constant, it should be placed in the
       second operand and the comparison code adjusted as appropriate.
  
!      A `compare' specifying two `VOIDmode' constants is not valid since
       there is no way to know in what mode the comparison is to be
       performed; the comparison must either be folded during the
       compilation or the first operand must be loaded into a register
       while its mode is still known.
  
! `(neg:M X)'
! `(ss_neg:M X)'
! `(us_neg:M X)'
       These two expressions represent the negation (subtraction from
       zero) of the value represented by X, carried out in mode M.  They
       differ in the behavior on overflow of integer modes.  In the case
!      of `neg', the negation of the operand may be a number not
       representable in mode M, in which case it is truncated to M.
!      `ss_neg' and `us_neg' ensure that an out-of-bounds result
!      saturates to the maximum or minimum signed or unsigned value.
  
! `(mult:M X Y)'
! `(ss_mult:M X Y)'
! `(us_mult:M X Y)'
       Represents the signed product of the values represented by X and Y
!      carried out in machine mode M.  `ss_mult' and `us_mult' ensure
!      that an out-of-bounds result saturates to the maximum or minimum
!      signed or unsigned value.
  
       Some machines support a multiplication that generates a product
       wider than the operands.  Write the pattern for this as
*************** second operand.
*** 15893,16038 ****
       same.
  
       For unsigned widening multiplication, use the same idiom, but with
!      'zero_extend' instead of 'sign_extend'.
  
! '(fma:M X Y Z)'
!      Represents the 'fma', 'fmaf', and 'fmal' builtin functions, which
!      compute 'X * Y + Z' without doing an intermediate rounding step.
  
! '(div:M X Y)'
! '(ss_div:M X Y)'
       Represents the quotient in signed division of X by Y, carried out
       in machine mode M.  If M is a floating point mode, it represents
!      the exact quotient; otherwise, the integerized quotient.  'ss_div'
       ensures that an out-of-bounds result saturates to the maximum or
       minimum signed value.
  
       Some machines have division instructions in which the operands and
       quotient widths are not all the same; you should represent such
!      instructions using 'truncate' and 'sign_extend' as in,
  
            (truncate:M1 (div:M2 X (sign_extend:M2 Y)))
  
! '(udiv:M X Y)'
! '(us_div:M X Y)'
!      Like 'div' but represents unsigned division.  'us_div' ensures that
!      an out-of-bounds result saturates to the maximum or minimum
       unsigned value.
  
! '(mod:M X Y)'
! '(umod:M X Y)'
!      Like 'div' and 'udiv' but represent the remainder instead of the
       quotient.
  
! '(smin:M X Y)'
! '(smax:M X Y)'
!      Represents the smaller (for 'smin') or larger (for 'smax') of X and
!      Y, interpreted as signed values in mode M.  When used with floating
!      point, if both operands are zeros, or if either operand is 'NaN',
!      then it is unspecified which of the two operands is returned as the
!      result.
  
! '(umin:M X Y)'
! '(umax:M X Y)'
!      Like 'smin' and 'smax', but the values are interpreted as unsigned
       integers.
  
! '(not:M X)'
       Represents the bitwise complement of the value represented by X,
       carried out in mode M, which must be a fixed-point machine mode.
  
! '(and:M X Y)'
       Represents the bitwise logical-and of the values represented by X
       and Y, carried out in machine mode M, which must be a fixed-point
       machine mode.
  
! '(ior:M X Y)'
       Represents the bitwise inclusive-or of the values represented by X
       and Y, carried out in machine mode M, which must be a fixed-point
       mode.
  
! '(xor:M X Y)'
       Represents the bitwise exclusive-or of the values represented by X
       and Y, carried out in machine mode M, which must be a fixed-point
       mode.
  
! '(ashift:M X C)'
! '(ss_ashift:M X C)'
! '(us_ashift:M X C)'
       These three expressions represent the result of arithmetically
       shifting X left by C places.  They differ in their behavior on
!      overflow of integer modes.  An 'ashift' operation is a plain shift
       with no special behavior in case of a change in the sign bit;
!      'ss_ashift' and 'us_ashift' saturates to the minimum or maximum
!      representable value if any of the bits shifted out differs from the
!      final sign bit.
  
!      X have mode M, a fixed-point machine mode.  C be a fixed-point mode
!      or be a constant with mode 'VOIDmode'; which mode is determined by
!      the mode called for in the machine description entry for the
!      left-shift instruction.  For example, on the VAX, the mode of C is
!      'QImode' regardless of M.
  
! '(lshiftrt:M X C)'
! '(ashiftrt:M X C)'
!      Like 'ashift' but for right shift.  Unlike the case for left shift,
       these two operations are distinct.
  
! '(rotate:M X C)'
! '(rotatert:M X C)'
       Similar but represent left and right rotate.  If C is a constant,
!      use 'rotate'.
  
! '(abs:M X)'
! '(ss_abs:M X)'
!      Represents the absolute value of X, computed in mode M.  'ss_abs'
       ensures that an out-of-bounds result saturates to the maximum
       signed value.
  
! '(sqrt:M X)'
       Represents the square root of X, computed in mode M.  Most often M
       will be a floating point mode.
  
! '(ffs:M X)'
       Represents one plus the index of the least significant 1-bit in X,
       represented as an integer of mode M.  (The value is zero if X is
!      zero.)  The mode of X must be M or 'VOIDmode'.
  
! '(clrsb:M X)'
       Represents the number of redundant leading sign bits in X,
       represented as an integer of mode M, starting at the most
       significant bit position.  This is one less than the number of
!      leading sign bits (either 0 or 1), with no special cases.  The mode
!      of X must be M or 'VOIDmode'.
  
! '(clz:M X)'
       Represents the number of leading 0-bits in X, represented as an
       integer of mode M, starting at the most significant bit position.
       If X is zero, the value is determined by
!      'CLZ_DEFINED_VALUE_AT_ZERO' (*note Misc::).  Note that this is one
       of the few expressions that is not invariant under widening.  The
!      mode of X must be M or 'VOIDmode'.
  
! '(ctz:M X)'
       Represents the number of trailing 0-bits in X, represented as an
       integer of mode M, starting at the least significant bit position.
       If X is zero, the value is determined by
!      'CTZ_DEFINED_VALUE_AT_ZERO' (*note Misc::).  Except for this case,
!      'ctz(x)' is equivalent to 'ffs(X) - 1'.  The mode of X must be M or
!      'VOIDmode'.
  
! '(popcount:M X)'
       Represents the number of 1-bits in X, represented as an integer of
!      mode M.  The mode of X must be M or 'VOIDmode'.
  
! '(parity:M X)'
       Represents the number of 1-bits modulo 2 in X, represented as an
!      integer of mode M.  The mode of X must be M or 'VOIDmode'.
  
! '(bswap:M X)'
       Represents the value X with the order of bytes reversed, carried
       out in mode M, which must be a fixed-point machine mode.  The mode
!      of X must be M or 'VOIDmode'.
  
  
  File: gccint.info,  Node: Comparisons,  Next: Bit-Fields,  Prev: Arithmetic,  Up: RTL
--- 16053,16199 ----
       same.
  
       For unsigned widening multiplication, use the same idiom, but with
!      `zero_extend' instead of `sign_extend'.
  
! `(fma:M X Y Z)'
!      Represents the `fma', `fmaf', and `fmal' builtin functions, which
!      compute `X * Y + Z' without doing an intermediate rounding step.
  
! `(div:M X Y)'
! `(ss_div:M X Y)'
       Represents the quotient in signed division of X by Y, carried out
       in machine mode M.  If M is a floating point mode, it represents
!      the exact quotient; otherwise, the integerized quotient.  `ss_div'
       ensures that an out-of-bounds result saturates to the maximum or
       minimum signed value.
  
       Some machines have division instructions in which the operands and
       quotient widths are not all the same; you should represent such
!      instructions using `truncate' and `sign_extend' as in,
  
            (truncate:M1 (div:M2 X (sign_extend:M2 Y)))
  
! `(udiv:M X Y)'
! `(us_div:M X Y)'
!      Like `div' but represents unsigned division.  `us_div' ensures
!      that an out-of-bounds result saturates to the maximum or minimum
       unsigned value.
  
! `(mod:M X Y)'
! `(umod:M X Y)'
!      Like `div' and `udiv' but represent the remainder instead of the
       quotient.
  
! `(smin:M X Y)'
! `(smax:M X Y)'
!      Represents the smaller (for `smin') or larger (for `smax') of X
!      and Y, interpreted as signed values in mode M.  When used with
!      floating point, if both operands are zeros, or if either operand
!      is `NaN', then it is unspecified which of the two operands is
!      returned as the result.
  
! `(umin:M X Y)'
! `(umax:M X Y)'
!      Like `smin' and `smax', but the values are interpreted as unsigned
       integers.
  
! `(not:M X)'
       Represents the bitwise complement of the value represented by X,
       carried out in mode M, which must be a fixed-point machine mode.
  
! `(and:M X Y)'
       Represents the bitwise logical-and of the values represented by X
       and Y, carried out in machine mode M, which must be a fixed-point
       machine mode.
  
! `(ior:M X Y)'
       Represents the bitwise inclusive-or of the values represented by X
       and Y, carried out in machine mode M, which must be a fixed-point
       mode.
  
! `(xor:M X Y)'
       Represents the bitwise exclusive-or of the values represented by X
       and Y, carried out in machine mode M, which must be a fixed-point
       mode.
  
! `(ashift:M X C)'
! `(ss_ashift:M X C)'
! `(us_ashift:M X C)'
       These three expressions represent the result of arithmetically
       shifting X left by C places.  They differ in their behavior on
!      overflow of integer modes.  An `ashift' operation is a plain shift
       with no special behavior in case of a change in the sign bit;
!      `ss_ashift' and `us_ashift' saturates to the minimum or maximum
!      representable value if any of the bits shifted out differs from
!      the final sign bit.
  
!      X have mode M, a fixed-point machine mode.  C be a fixed-point
!      mode or be a constant with mode `VOIDmode'; which mode is
!      determined by the mode called for in the machine description entry
!      for the left-shift instruction.  For example, on the VAX, the mode
!      of C is `QImode' regardless of M.
  
! `(lshiftrt:M X C)'
! `(ashiftrt:M X C)'
!      Like `ashift' but for right shift.  Unlike the case for left shift,
       these two operations are distinct.
  
! `(rotate:M X C)'
! `(rotatert:M X C)'
       Similar but represent left and right rotate.  If C is a constant,
!      use `rotate'.
  
! `(abs:M X)'
! 
! `(ss_abs:M X)'
!      Represents the absolute value of X, computed in mode M.  `ss_abs'
       ensures that an out-of-bounds result saturates to the maximum
       signed value.
  
! `(sqrt:M X)'
       Represents the square root of X, computed in mode M.  Most often M
       will be a floating point mode.
  
! `(ffs:M X)'
       Represents one plus the index of the least significant 1-bit in X,
       represented as an integer of mode M.  (The value is zero if X is
!      zero.)  The mode of X must be M or `VOIDmode'.
  
! `(clrsb:M X)'
       Represents the number of redundant leading sign bits in X,
       represented as an integer of mode M, starting at the most
       significant bit position.  This is one less than the number of
!      leading sign bits (either 0 or 1), with no special cases.  The
!      mode of X must be M or `VOIDmode'.
  
! `(clz:M X)'
       Represents the number of leading 0-bits in X, represented as an
       integer of mode M, starting at the most significant bit position.
       If X is zero, the value is determined by
!      `CLZ_DEFINED_VALUE_AT_ZERO' (*note Misc::).  Note that this is one
       of the few expressions that is not invariant under widening.  The
!      mode of X must be M or `VOIDmode'.
  
! `(ctz:M X)'
       Represents the number of trailing 0-bits in X, represented as an
       integer of mode M, starting at the least significant bit position.
       If X is zero, the value is determined by
!      `CTZ_DEFINED_VALUE_AT_ZERO' (*note Misc::).  Except for this case,
!      `ctz(x)' is equivalent to `ffs(X) - 1'.  The mode of X must be M
!      or `VOIDmode'.
  
! `(popcount:M X)'
       Represents the number of 1-bits in X, represented as an integer of
!      mode M.  The mode of X must be M or `VOIDmode'.
  
! `(parity:M X)'
       Represents the number of 1-bits modulo 2 in X, represented as an
!      integer of mode M.  The mode of X must be M or `VOIDmode'.
  
! `(bswap:M X)'
       Represents the value X with the order of bytes reversed, carried
       out in mode M, which must be a fixed-point machine mode.  The mode
!      of X must be M or `VOIDmode'.
  
  
  File: gccint.info,  Node: Comparisons,  Next: Bit-Fields,  Prev: Arithmetic,  Up: RTL
*************** File: gccint.info,  Node: Comparisons,
*** 16042,16066 ****
  
  Comparison operators test a relation on two operands and are considered
  to represent a machine-dependent nonzero value described by, but not
! necessarily equal to, 'STORE_FLAG_VALUE' (*note Misc::) if the relation
  holds, or zero if it does not, for comparison operators whose results
! have a 'MODE_INT' mode, 'FLOAT_STORE_FLAG_VALUE' (*note Misc::) if the
  relation holds, or zero if it does not, for comparison operators that
  return floating-point values, and a vector of either
! 'VECTOR_STORE_FLAG_VALUE' (*note Misc::) if the relation holds, or of
  zeros if it does not, for comparison operators that return vector
  results.  The mode of the comparison operation is independent of the
  mode of the data being compared.  If the comparison operation is being
! tested (e.g., the first operand of an 'if_then_else'), the mode must be
! 'VOIDmode'.
  
   There are two ways that comparison operations may be used.  The
! comparison operators may be used to compare the condition codes '(cc0)'
! against zero, as in '(eq (cc0) (const_int 0))'.  Such a construct
  actually refers to the result of the preceding instruction in which the
  condition codes were set.  The instruction setting the condition code
  must be adjacent to the instruction using the condition code; only
! 'note' insns may separate them.
  
   Alternatively, a comparison operation may directly compare two data
  objects.  The mode of the comparison is determined by the operands; they
--- 16203,16227 ----
  
  Comparison operators test a relation on two operands and are considered
  to represent a machine-dependent nonzero value described by, but not
! necessarily equal to, `STORE_FLAG_VALUE' (*note Misc::) if the relation
  holds, or zero if it does not, for comparison operators whose results
! have a `MODE_INT' mode, `FLOAT_STORE_FLAG_VALUE' (*note Misc::) if the
  relation holds, or zero if it does not, for comparison operators that
  return floating-point values, and a vector of either
! `VECTOR_STORE_FLAG_VALUE' (*note Misc::) if the relation holds, or of
  zeros if it does not, for comparison operators that return vector
  results.  The mode of the comparison operation is independent of the
  mode of the data being compared.  If the comparison operation is being
! tested (e.g., the first operand of an `if_then_else'), the mode must be
! `VOIDmode'.
  
   There are two ways that comparison operations may be used.  The
! comparison operators may be used to compare the condition codes `(cc0)'
! against zero, as in `(eq (cc0) (const_int 0))'.  Such a construct
  actually refers to the result of the preceding instruction in which the
  condition codes were set.  The instruction setting the condition code
  must be adjacent to the instruction using the condition code; only
! `note' insns may separate them.
  
   Alternatively, a comparison operation may directly compare two data
  objects.  The mode of the comparison is determined by the operands; they
*************** operands constant would be invalid as th
*** 16069,16134 ****
  deduced from it, but such a comparison should never exist in RTL due to
  constant folding.
  
!  In the example above, if '(cc0)' were last set to '(compare X Y)', the
! comparison operation is identical to '(eq X Y)'.  Usually only one style
  of comparisons is supported on a particular machine, but the combine
! pass will try to merge the operations to produce the 'eq' shown in case
  it exists in the context of the particular insn involved.
  
   Inequality comparisons come in two flavors, signed and unsigned.  Thus,
! there are distinct expression codes 'gt' and 'gtu' for signed and
  unsigned greater-than.  These can produce different results for the same
  pair of integer values: for example, 1 is signed greater-than -1 but not
  unsigned greater-than, because -1 when regarded as unsigned is actually
! '0xffffffff' which is greater than 1.
  
   The signed comparisons are also used for floating point values.
! Floating point comparisons are distinguished by the machine modes of the
! operands.
  
! '(eq:M X Y)'
!      'STORE_FLAG_VALUE' if the values represented by X and Y are equal,
       otherwise 0.
  
! '(ne:M X Y)'
!      'STORE_FLAG_VALUE' if the values represented by X and Y are not
       equal, otherwise 0.
  
! '(gt:M X Y)'
!      'STORE_FLAG_VALUE' if the X is greater than Y.  If they are
       fixed-point, the comparison is done in a signed sense.
  
! '(gtu:M X Y)'
!      Like 'gt' but does unsigned comparison, on fixed-point numbers
       only.
  
! '(lt:M X Y)'
! '(ltu:M X Y)'
!      Like 'gt' and 'gtu' but test for "less than".
  
! '(ge:M X Y)'
! '(geu:M X Y)'
!      Like 'gt' and 'gtu' but test for "greater than or equal".
  
! '(le:M X Y)'
! '(leu:M X Y)'
!      Like 'gt' and 'gtu' but test for "less than or equal".
  
! '(if_then_else COND THEN ELSE)'
       This is not a comparison operation but is listed here because it is
       always used in conjunction with a comparison operation.  To be
       precise, COND is a comparison expression.  This expression
       represents a choice, according to COND, between the value
       represented by THEN and the one represented by ELSE.
  
!      On most machines, 'if_then_else' expressions are valid only to
       express conditional jumps.
  
! '(cond [TEST1 VALUE1 TEST2 VALUE2 ...] DEFAULT)'
!      Similar to 'if_then_else', but more general.  Each of TEST1, TEST2,
!      ... is performed in turn.  The result of this expression is the
!      VALUE corresponding to the first nonzero test, or DEFAULT if none
!      of the tests are nonzero expressions.
  
       This is currently not valid for instruction patterns and is
       supported only for insn attributes.  *Note Insn Attributes::.
--- 16230,16295 ----
  deduced from it, but such a comparison should never exist in RTL due to
  constant folding.
  
!  In the example above, if `(cc0)' were last set to `(compare X Y)', the
! comparison operation is identical to `(eq X Y)'.  Usually only one style
  of comparisons is supported on a particular machine, but the combine
! pass will try to merge the operations to produce the `eq' shown in case
  it exists in the context of the particular insn involved.
  
   Inequality comparisons come in two flavors, signed and unsigned.  Thus,
! there are distinct expression codes `gt' and `gtu' for signed and
  unsigned greater-than.  These can produce different results for the same
  pair of integer values: for example, 1 is signed greater-than -1 but not
  unsigned greater-than, because -1 when regarded as unsigned is actually
! `0xffffffff' which is greater than 1.
  
   The signed comparisons are also used for floating point values.
! Floating point comparisons are distinguished by the machine modes of
! the operands.
  
! `(eq:M X Y)'
!      `STORE_FLAG_VALUE' if the values represented by X and Y are equal,
       otherwise 0.
  
! `(ne:M X Y)'
!      `STORE_FLAG_VALUE' if the values represented by X and Y are not
       equal, otherwise 0.
  
! `(gt:M X Y)'
!      `STORE_FLAG_VALUE' if the X is greater than Y.  If they are
       fixed-point, the comparison is done in a signed sense.
  
! `(gtu:M X Y)'
!      Like `gt' but does unsigned comparison, on fixed-point numbers
       only.
  
! `(lt:M X Y)'
! `(ltu:M X Y)'
!      Like `gt' and `gtu' but test for "less than".
  
! `(ge:M X Y)'
! `(geu:M X Y)'
!      Like `gt' and `gtu' but test for "greater than or equal".
  
! `(le:M X Y)'
! `(leu:M X Y)'
!      Like `gt' and `gtu' but test for "less than or equal".
  
! `(if_then_else COND THEN ELSE)'
       This is not a comparison operation but is listed here because it is
       always used in conjunction with a comparison operation.  To be
       precise, COND is a comparison expression.  This expression
       represents a choice, according to COND, between the value
       represented by THEN and the one represented by ELSE.
  
!      On most machines, `if_then_else' expressions are valid only to
       express conditional jumps.
  
! `(cond [TEST1 VALUE1 TEST2 VALUE2 ...] DEFAULT)'
!      Similar to `if_then_else', but more general.  Each of TEST1,
!      TEST2, ... is performed in turn.  The result of this expression is
!      the VALUE corresponding to the first nonzero test, or DEFAULT if
!      none of the tests are nonzero expressions.
  
       This is currently not valid for instruction patterns and is
       supported only for insn attributes.  *Note Insn Attributes::.
*************** File: gccint.info,  Node: Bit-Fields,  N
*** 16141,16174 ****
  
  Special expression codes exist to represent bit-field instructions.
  
! '(sign_extract:M LOC SIZE POS)'
       This represents a reference to a sign-extended bit-field contained
       or starting in LOC (a memory or register reference).  The bit-field
       is SIZE bits wide and starts at bit POS.  The compilation option
!      'BITS_BIG_ENDIAN' says which end of the memory unit POS counts
       from.
  
       If LOC is in memory, its mode must be a single-byte integer mode.
       If LOC is in a register, the mode to use is specified by the
!      operand of the 'insv' or 'extv' pattern (*note Standard Names::)
       and is usually a full-word integer mode, which is the default if
       none is specified.
  
       The mode of POS is machine-specific and is also specified in the
!      'insv' or 'extv' pattern.
  
!      The mode M is the same as the mode that would be used for LOC if it
!      were a register.
  
!      A 'sign_extract' can not appear as an lvalue, or part thereof, in
       RTL.
  
! '(zero_extract:M LOC SIZE POS)'
!      Like 'sign_extract' but refers to an unsigned or zero-extended
       bit-field.  The same sequence of bits are extracted, but they are
       filled to an entire word with zeros instead of by sign-extension.
  
!      Unlike 'sign_extract', this type of expressions can be lvalues in
       RTL; they may appear on the left side of an assignment, indicating
       insertion of a value into the specified bit-field.
  
--- 16302,16335 ----
  
  Special expression codes exist to represent bit-field instructions.
  
! `(sign_extract:M LOC SIZE POS)'
       This represents a reference to a sign-extended bit-field contained
       or starting in LOC (a memory or register reference).  The bit-field
       is SIZE bits wide and starts at bit POS.  The compilation option
!      `BITS_BIG_ENDIAN' says which end of the memory unit POS counts
       from.
  
       If LOC is in memory, its mode must be a single-byte integer mode.
       If LOC is in a register, the mode to use is specified by the
!      operand of the `insv' or `extv' pattern (*note Standard Names::)
       and is usually a full-word integer mode, which is the default if
       none is specified.
  
       The mode of POS is machine-specific and is also specified in the
!      `insv' or `extv' pattern.
  
!      The mode M is the same as the mode that would be used for LOC if
!      it were a register.
  
!      A `sign_extract' can not appear as an lvalue, or part thereof, in
       RTL.
  
! `(zero_extract:M LOC SIZE POS)'
!      Like `sign_extract' but refers to an unsigned or zero-extended
       bit-field.  The same sequence of bits are extracted, but they are
       filled to an entire word with zeros instead of by sign-extension.
  
!      Unlike `sign_extract', this type of expressions can be lvalues in
       RTL; they may appear on the left side of an assignment, indicating
       insertion of a value into the specified bit-field.
  
*************** interpreted as operating on each part of
*** 16183,16216 ****
  Additionally, there are a few new expressions to describe specific
  vector operations.
  
! '(vec_merge:M VEC1 VEC2 ITEMS)'
       This describes a merge operation between two vectors.  The result
       is a vector of mode M; its elements are selected from either VEC1
       or VEC2.  Which elements are selected is described by ITEMS, which
!      is a bit mask represented by a 'const_int'; a zero bit indicates
       the corresponding element in the result vector is taken from VEC2
       while a set bit indicates it is taken from VEC1.
  
! '(vec_select:M VEC1 SELECTION)'
       This describes an operation that selects parts of a vector.  VEC1
!      is the source vector, and SELECTION is a 'parallel' that contains a
!      'const_int' for each of the subparts of the result vector, giving
       the number of the source subpart that should be stored into it.
       The result mode M is either the submode for a single element of
!      VEC1 (if only one subpart is selected), or another vector mode with
!      that element submode (if multiple subparts are selected).
  
! '(vec_concat:M X1 X2)'
!      Describes a vector concat operation.  The result is a concatenation
!      of the vectors or scalars X1 and X2; its length is the sum of the
!      lengths of the two inputs.
  
! '(vec_duplicate:M X)'
       This operation converts a scalar into a vector or a small vector
       into a larger one by duplicating the input values.  The output
!      vector mode must have the same submodes as the input vector mode or
!      the scalar modes, and the number of output parts must be an integer
!      multiple of the number of input parts.
  
  
  File: gccint.info,  Node: Conversions,  Next: RTL Declarations,  Prev: Vector Operations,  Up: RTL
--- 16344,16378 ----
  Additionally, there are a few new expressions to describe specific
  vector operations.
  
! `(vec_merge:M VEC1 VEC2 ITEMS)'
       This describes a merge operation between two vectors.  The result
       is a vector of mode M; its elements are selected from either VEC1
       or VEC2.  Which elements are selected is described by ITEMS, which
!      is a bit mask represented by a `const_int'; a zero bit indicates
       the corresponding element in the result vector is taken from VEC2
       while a set bit indicates it is taken from VEC1.
  
! `(vec_select:M VEC1 SELECTION)'
       This describes an operation that selects parts of a vector.  VEC1
!      is the source vector, and SELECTION is a `parallel' that contains a
!      `const_int' for each of the subparts of the result vector, giving
       the number of the source subpart that should be stored into it.
       The result mode M is either the submode for a single element of
!      VEC1 (if only one subpart is selected), or another vector mode
!      with that element submode (if multiple subparts are selected).
  
! `(vec_concat:M X1 X2)'
!      Describes a vector concat operation.  The result is a
!      concatenation of the vectors or scalars X1 and X2; its length is
!      the sum of the lengths of the two inputs.
  
! `(vec_duplicate:M X)'
       This operation converts a scalar into a vector or a small vector
       into a larger one by duplicating the input values.  The output
!      vector mode must have the same submodes as the input vector mode
!      or the scalar modes, and the number of output parts must be an
!      integer multiple of the number of input parts.
! 
  
  
  File: gccint.info,  Node: Conversions,  Next: RTL Declarations,  Prev: Vector Operations,  Up: RTL
*************** File: gccint.info,  Node: Conversions,
*** 16219,16228 ****
  =================
  
  All conversions between machine modes must be represented by explicit
! conversion operations.  For example, an expression which is the sum of a
! byte and a full word cannot be written as '(plus:SI (reg:QI 34) (reg:SI
! 80))' because the 'plus' operation requires two operands of the same
! machine mode.  Therefore, the byte-sized operand is enclosed in a
  conversion operation, as in
  
       (plus:SI (sign_extend:SI (reg:QI 34)) (reg:SI 80))
--- 16381,16390 ----
  =================
  
  All conversions between machine modes must be represented by explicit
! conversion operations.  For example, an expression which is the sum of
! a byte and a full word cannot be written as `(plus:SI (reg:QI 34)
! (reg:SI 80))' because the `plus' operation requires two operands of the
! same machine mode.  Therefore, the byte-sized operand is enclosed in a
  conversion operation, as in
  
       (plus:SI (sign_extend:SI (reg:QI 34)) (reg:SI 80))
*************** conversion operation, as in
*** 16231,16300 ****
  be more than one way of converting from a given starting mode to the
  desired final mode.  The conversion operation code says how to do it.
  
!  For all conversion operations, X must not be 'VOIDmode' because the
  mode in which to do the conversion would not be known.  The conversion
  must either be done at compile-time or X must be placed into a register.
  
! '(sign_extend:M X)'
!      Represents the result of sign-extending the value X to machine mode
!      M.  M must be a fixed-point mode and X a fixed-point value of a
!      mode narrower than M.
  
! '(zero_extend:M X)'
!      Represents the result of zero-extending the value X to machine mode
!      M.  M must be a fixed-point mode and X a fixed-point value of a
!      mode narrower than M.
  
! '(float_extend:M X)'
       Represents the result of extending the value X to machine mode M.
       M must be a floating point mode and X a floating point value of a
       mode narrower than M.
  
! '(truncate:M X)'
       Represents the result of truncating the value X to machine mode M.
       M must be a fixed-point mode and X a fixed-point value of a mode
       wider than M.
  
! '(ss_truncate:M X)'
       Represents the result of truncating the value X to machine mode M,
       using signed saturation in the case of overflow.  Both M and the
       mode of X must be fixed-point modes.
  
! '(us_truncate:M X)'
       Represents the result of truncating the value X to machine mode M,
       using unsigned saturation in the case of overflow.  Both M and the
       mode of X must be fixed-point modes.
  
! '(float_truncate:M X)'
       Represents the result of truncating the value X to machine mode M.
       M must be a floating point mode and X a floating point value of a
       mode wider than M.
  
! '(float:M X)'
       Represents the result of converting fixed point value X, regarded
       as signed, to floating point mode M.
  
! '(unsigned_float:M X)'
       Represents the result of converting fixed point value X, regarded
       as unsigned, to floating point mode M.
  
! '(fix:M X)'
       When M is a floating-point mode, represents the result of
!      converting floating point value X (valid for mode M) to an integer,
!      still represented in floating point mode M, by rounding towards
!      zero.
  
       When M is a fixed-point mode, represents the result of converting
!      floating point value X to mode M, regarded as signed.  How rounding
!      is done is not specified, so this operation may be used validly in
!      compiling C code only for integer-valued operands.
  
! '(unsigned_fix:M X)'
!      Represents the result of converting floating point value X to fixed
!      point mode M, regarded as unsigned.  How rounding is done is not
!      specified.
  
! '(fract_convert:M X)'
       Represents the result of converting fixed-point value X to
       fixed-point mode M, signed integer value X to fixed-point mode M,
       floating-point value X to fixed-point mode M, fixed-point value X
--- 16393,16462 ----
  be more than one way of converting from a given starting mode to the
  desired final mode.  The conversion operation code says how to do it.
  
!  For all conversion operations, X must not be `VOIDmode' because the
  mode in which to do the conversion would not be known.  The conversion
  must either be done at compile-time or X must be placed into a register.
  
! `(sign_extend:M X)'
!      Represents the result of sign-extending the value X to machine
!      mode M.  M must be a fixed-point mode and X a fixed-point value of
!      a mode narrower than M.
  
! `(zero_extend:M X)'
!      Represents the result of zero-extending the value X to machine
!      mode M.  M must be a fixed-point mode and X a fixed-point value of
!      a mode narrower than M.
  
! `(float_extend:M X)'
       Represents the result of extending the value X to machine mode M.
       M must be a floating point mode and X a floating point value of a
       mode narrower than M.
  
! `(truncate:M X)'
       Represents the result of truncating the value X to machine mode M.
       M must be a fixed-point mode and X a fixed-point value of a mode
       wider than M.
  
! `(ss_truncate:M X)'
       Represents the result of truncating the value X to machine mode M,
       using signed saturation in the case of overflow.  Both M and the
       mode of X must be fixed-point modes.
  
! `(us_truncate:M X)'
       Represents the result of truncating the value X to machine mode M,
       using unsigned saturation in the case of overflow.  Both M and the
       mode of X must be fixed-point modes.
  
! `(float_truncate:M X)'
       Represents the result of truncating the value X to machine mode M.
       M must be a floating point mode and X a floating point value of a
       mode wider than M.
  
! `(float:M X)'
       Represents the result of converting fixed point value X, regarded
       as signed, to floating point mode M.
  
! `(unsigned_float:M X)'
       Represents the result of converting fixed point value X, regarded
       as unsigned, to floating point mode M.
  
! `(fix:M X)'
       When M is a floating-point mode, represents the result of
!      converting floating point value X (valid for mode M) to an
!      integer, still represented in floating point mode M, by rounding
!      towards zero.
  
       When M is a fixed-point mode, represents the result of converting
!      floating point value X to mode M, regarded as signed.  How
!      rounding is done is not specified, so this operation may be used
!      validly in compiling C code only for integer-valued operands.
  
! `(unsigned_fix:M X)'
!      Represents the result of converting floating point value X to
!      fixed point mode M, regarded as unsigned.  How rounding is done is
!      not specified.
  
! `(fract_convert:M X)'
       Represents the result of converting fixed-point value X to
       fixed-point mode M, signed integer value X to fixed-point mode M,
       floating-point value X to fixed-point mode M, fixed-point value X
*************** must either be done at compile-time or X
*** 16302,16321 ****
       floating-point mode M.  When overflows or underflows happen, the
       results are undefined.
  
! '(sat_fract:M X)'
       Represents the result of converting fixed-point value X to
       fixed-point mode M, signed integer value X to fixed-point mode M,
!      or floating-point value X to fixed-point mode M.  When overflows or
!      underflows happen, the results are saturated to the maximum or the
!      minimum.
  
! '(unsigned_fract_convert:M X)'
       Represents the result of converting fixed-point value X to integer
       mode M regarded as unsigned, or unsigned integer value X to
       fixed-point mode M.  When overflows or underflows happen, the
       results are undefined.
  
! '(unsigned_sat_fract:M X)'
       Represents the result of converting unsigned integer value X to
       fixed-point mode M.  When overflows or underflows happen, the
       results are saturated to the maximum or the minimum.
--- 16464,16483 ----
       floating-point mode M.  When overflows or underflows happen, the
       results are undefined.
  
! `(sat_fract:M X)'
       Represents the result of converting fixed-point value X to
       fixed-point mode M, signed integer value X to fixed-point mode M,
!      or floating-point value X to fixed-point mode M.  When overflows
!      or underflows happen, the results are saturated to the maximum or
!      the minimum.
  
! `(unsigned_fract_convert:M X)'
       Represents the result of converting fixed-point value X to integer
       mode M regarded as unsigned, or unsigned integer value X to
       fixed-point mode M.  When overflows or underflows happen, the
       results are undefined.
  
! `(unsigned_sat_fract:M X)'
       Represents the result of converting unsigned integer value X to
       fixed-point mode M.  When overflows or underflows happen, the
       results are saturated to the maximum or the minimum.
*************** File: gccint.info,  Node: RTL Declaratio
*** 16329,16341 ****
  Declaration expression codes do not represent arithmetic operations but
  rather state assertions about their operands.
  
! '(strict_low_part (subreg:M (reg:N R) 0))'
       This expression code is used in only one context: as the
!      destination operand of a 'set' expression.  In addition, the
!      operand of this expression must be a non-paradoxical 'subreg'
       expression.
  
!      The presence of 'strict_low_part' says that the part of the
       register which is meaningful in mode N, but is not part of mode M,
       is not to be altered.  Normally, an assignment to such a subreg is
       allowed to have undefined effects on the rest of the register when
--- 16491,16503 ----
  Declaration expression codes do not represent arithmetic operations but
  rather state assertions about their operands.
  
! `(strict_low_part (subreg:M (reg:N R) 0))'
       This expression code is used in only one context: as the
!      destination operand of a `set' expression.  In addition, the
!      operand of this expression must be a non-paradoxical `subreg'
       expression.
  
!      The presence of `strict_low_part' says that the part of the
       register which is meaningful in mode N, but is not part of mode M,
       is not to be altered.  Normally, an assignment to such a subreg is
       allowed to have undefined effects on the rest of the register when
*************** codes are used to represent side effects
*** 16356,16480 ****
  the codes described above, which represent values, appear only as the
  operands of these.
  
! '(set LVAL X)'
       Represents the action of storing the value of X into the place
       represented by LVAL.  LVAL must be an expression representing a
!      place that can be stored in: 'reg' (or 'subreg', 'strict_low_part'
!      or 'zero_extract'), 'mem', 'pc', 'parallel', or 'cc0'.
  
!      If LVAL is a 'reg', 'subreg' or 'mem', it has a machine mode; then
       X must be valid for that mode.
  
!      If LVAL is a 'reg' whose machine mode is less than the full width
       of the register, then it means that the part of the register
       specified by the machine mode is given the specified value and the
       rest of the register receives an undefined value.  Likewise, if
!      LVAL is a 'subreg' whose machine mode is narrower than the mode of
       the register, the rest of the register can be changed in an
       undefined way.
  
!      If LVAL is a 'strict_low_part' of a subreg, then the part of the
!      register specified by the machine mode of the 'subreg' is given the
!      value X and the rest of the register is not changed.
  
!      If LVAL is a 'zero_extract', then the referenced part of the
       bit-field (a memory or register reference) specified by the
!      'zero_extract' is given the value X and the rest of the bit-field
!      is not changed.  Note that 'sign_extract' can not appear in LVAL.
  
!      If LVAL is '(cc0)', it has no machine mode, and X may be either a
!      'compare' expression or a value that may have any mode.  The latter
!      case represents a "test" instruction.  The expression '(set (cc0)
!      (reg:M N))' is equivalent to '(set (cc0) (compare (reg:M N)
       (const_int 0)))'.  Use the former expression to save space during
       the compilation.
  
!      If LVAL is a 'parallel', it is used to represent the case of a
       function returning a structure in multiple registers.  Each element
!      of the 'parallel' is an 'expr_list' whose first operand is a 'reg'
!      and whose second operand is a 'const_int' representing the offset
       (in bytes) into the structure at which the data in that register
       corresponds.  The first element may be null to indicate that the
       structure is also passed partly in memory.
  
!      If LVAL is '(pc)', we have a jump instruction, and the
!      possibilities for X are very limited.  It may be a 'label_ref'
!      expression (unconditional jump).  It may be an 'if_then_else'
       (conditional jump), in which case either the second or the third
!      operand must be '(pc)' (for the case which does not jump) and the
!      other of the two must be a 'label_ref' (for the case which does
!      jump).  X may also be a 'mem' or '(plus:SI (pc) Y)', where Y may be
!      a 'reg' or a 'mem'; these unusual patterns are used to represent
!      jumps through branch tables.
  
!      If LVAL is neither '(cc0)' nor '(pc)', the mode of LVAL must not be
!      'VOIDmode' and the mode of X must be valid for the mode of LVAL.
  
!      LVAL is customarily accessed with the 'SET_DEST' macro and X with
!      the 'SET_SRC' macro.
  
! '(return)'
       As the sole expression in a pattern, represents a return from the
       current function, on machines where this can be done with one
       instruction, such as VAXen.  On machines where a multi-instruction
       "epilogue" must be executed in order to return from the function,
       returning is done by jumping to a label which precedes the
!      epilogue, and the 'return' expression code is never used.
  
!      Inside an 'if_then_else' expression, represents the value to be
!      placed in 'pc' to return to the caller.
  
!      Note that an insn pattern of '(return)' is logically equivalent to
!      '(set (pc) (return))', but the latter form is never used.
  
! '(simple_return)'
!      Like '(return)', but truly represents only a function return, while
!      '(return)' may represent an insn that also performs other functions
!      of the function epilogue.  Like '(return)', this may also occur in
       conditional jumps.
  
! '(call FUNCTION NARGS)'
!      Represents a function call.  FUNCTION is a 'mem' expression whose
       address is the address of the function to be called.  NARGS is an
       expression which can be used for two purposes: on some machines it
       represents the number of bytes of stack argument; on others, it
       represents the number of argument registers.
  
       Each machine has a standard machine mode which FUNCTION must have.
!      The machine description defines macro 'FUNCTION_MODE' to expand
       into the requisite mode name.  The purpose of this mode is to
       specify what kind of addressing is allowed, on machines where the
       allowed kinds of addressing depend on the machine mode being
       addressed.
  
! '(clobber X)'
       Represents the storing or possible storing of an unpredictable,
!      undescribed value into X, which must be a 'reg', 'scratch',
!      'parallel' or 'mem' expression.
  
       One place this is used is in string instructions that store
       standard values into particular hard registers.  It may not be
!      worth the trouble to describe the values that are stored, but it is
!      essential to inform the compiler that the registers will be
       altered, lest it attempt to keep data in them across the string
       instruction.
  
!      If X is '(mem:BLK (const_int 0))' or '(mem:BLK (scratch))', it
       means that all memory locations must be presumed clobbered.  If X
!      is a 'parallel', it has the same meaning as a 'parallel' in a 'set'
!      expression.
  
!      Note that the machine description classifies certain hard registers
!      as "call-clobbered".  All function call instructions are assumed by
!      default to clobber these registers, so there is no need to use
!      'clobber' expressions to indicate this fact.  Also, each function
!      call is assumed to have the potential to alter any memory location,
!      unless the function is declared 'const'.
  
!      If the last group of expressions in a 'parallel' are each a
!      'clobber' expression whose arguments are 'reg' or 'match_scratch'
       (*note RTL Template::) expressions, the combiner phase can add the
!      appropriate 'clobber' expressions to an insn it has constructed
       when doing so will cause a pattern to be matched.
  
       This feature can be used, for example, on a machine that whose
--- 16518,16642 ----
  the codes described above, which represent values, appear only as the
  operands of these.
  
! `(set LVAL X)'
       Represents the action of storing the value of X into the place
       represented by LVAL.  LVAL must be an expression representing a
!      place that can be stored in: `reg' (or `subreg', `strict_low_part'
!      or `zero_extract'), `mem', `pc', `parallel', or `cc0'.
  
!      If LVAL is a `reg', `subreg' or `mem', it has a machine mode; then
       X must be valid for that mode.
  
!      If LVAL is a `reg' whose machine mode is less than the full width
       of the register, then it means that the part of the register
       specified by the machine mode is given the specified value and the
       rest of the register receives an undefined value.  Likewise, if
!      LVAL is a `subreg' whose machine mode is narrower than the mode of
       the register, the rest of the register can be changed in an
       undefined way.
  
!      If LVAL is a `strict_low_part' of a subreg, then the part of the
!      register specified by the machine mode of the `subreg' is given
!      the value X and the rest of the register is not changed.
  
!      If LVAL is a `zero_extract', then the referenced part of the
       bit-field (a memory or register reference) specified by the
!      `zero_extract' is given the value X and the rest of the bit-field
!      is not changed.  Note that `sign_extract' can not appear in LVAL.
  
!      If LVAL is `(cc0)', it has no machine mode, and X may be either a
!      `compare' expression or a value that may have any mode.  The
!      latter case represents a "test" instruction.  The expression `(set
!      (cc0) (reg:M N))' is equivalent to `(set (cc0) (compare (reg:M N)
       (const_int 0)))'.  Use the former expression to save space during
       the compilation.
  
!      If LVAL is a `parallel', it is used to represent the case of a
       function returning a structure in multiple registers.  Each element
!      of the `parallel' is an `expr_list' whose first operand is a `reg'
!      and whose second operand is a `const_int' representing the offset
       (in bytes) into the structure at which the data in that register
       corresponds.  The first element may be null to indicate that the
       structure is also passed partly in memory.
  
!      If LVAL is `(pc)', we have a jump instruction, and the
!      possibilities for X are very limited.  It may be a `label_ref'
!      expression (unconditional jump).  It may be an `if_then_else'
       (conditional jump), in which case either the second or the third
!      operand must be `(pc)' (for the case which does not jump) and the
!      other of the two must be a `label_ref' (for the case which does
!      jump).  X may also be a `mem' or `(plus:SI (pc) Y)', where Y may
!      be a `reg' or a `mem'; these unusual patterns are used to
!      represent jumps through branch tables.
  
!      If LVAL is neither `(cc0)' nor `(pc)', the mode of LVAL must not
!      be `VOIDmode' and the mode of X must be valid for the mode of LVAL.
  
!      LVAL is customarily accessed with the `SET_DEST' macro and X with
!      the `SET_SRC' macro.
  
! `(return)'
       As the sole expression in a pattern, represents a return from the
       current function, on machines where this can be done with one
       instruction, such as VAXen.  On machines where a multi-instruction
       "epilogue" must be executed in order to return from the function,
       returning is done by jumping to a label which precedes the
!      epilogue, and the `return' expression code is never used.
  
!      Inside an `if_then_else' expression, represents the value to be
!      placed in `pc' to return to the caller.
  
!      Note that an insn pattern of `(return)' is logically equivalent to
!      `(set (pc) (return))', but the latter form is never used.
  
! `(simple_return)'
!      Like `(return)', but truly represents only a function return, while
!      `(return)' may represent an insn that also performs other functions
!      of the function epilogue.  Like `(return)', this may also occur in
       conditional jumps.
  
! `(call FUNCTION NARGS)'
!      Represents a function call.  FUNCTION is a `mem' expression whose
       address is the address of the function to be called.  NARGS is an
       expression which can be used for two purposes: on some machines it
       represents the number of bytes of stack argument; on others, it
       represents the number of argument registers.
  
       Each machine has a standard machine mode which FUNCTION must have.
!      The machine description defines macro `FUNCTION_MODE' to expand
       into the requisite mode name.  The purpose of this mode is to
       specify what kind of addressing is allowed, on machines where the
       allowed kinds of addressing depend on the machine mode being
       addressed.
  
! `(clobber X)'
       Represents the storing or possible storing of an unpredictable,
!      undescribed value into X, which must be a `reg', `scratch',
!      `parallel' or `mem' expression.
  
       One place this is used is in string instructions that store
       standard values into particular hard registers.  It may not be
!      worth the trouble to describe the values that are stored, but it
!      is essential to inform the compiler that the registers will be
       altered, lest it attempt to keep data in them across the string
       instruction.
  
!      If X is `(mem:BLK (const_int 0))' or `(mem:BLK (scratch))', it
       means that all memory locations must be presumed clobbered.  If X
!      is a `parallel', it has the same meaning as a `parallel' in a
!      `set' expression.
  
!      Note that the machine description classifies certain hard
!      registers as "call-clobbered".  All function call instructions are
!      assumed by default to clobber these registers, so there is no need
!      to use `clobber' expressions to indicate this fact.  Also, each
!      function call is assumed to have the potential to alter any memory
!      location, unless the function is declared `const'.
  
!      If the last group of expressions in a `parallel' are each a
!      `clobber' expression whose arguments are `reg' or `match_scratch'
       (*note RTL Template::) expressions, the combiner phase can add the
!      appropriate `clobber' expressions to an insn it has constructed
       when doing so will cause a pattern to be matched.
  
       This feature can be used, for example, on a machine that whose
*************** operands of these.
*** 16483,16525 ****
       register.  Similarly, a combined instruction might require a
       temporary register while the constituent instructions might not.
  
!      When a 'clobber' expression for a register appears inside a
!      'parallel' with other side effects, the register allocator
       guarantees that the register is unoccupied both before and after
       that insn if it is a hard register clobber.  For pseudo-register
       clobber, the register allocator and the reload pass do not assign
       the same hard register to the clobber and the input operands if
!      there is an insn alternative containing the '&' constraint (*note
       Modifiers::) for the clobber and the hard register is in register
       classes of the clobber in the alternative.  You can clobber either
!      a specific hard register, a pseudo register, or a 'scratch'
       expression; in the latter two cases, GCC will allocate a hard
       register that is available there for use as a temporary.
  
       For instructions that require a temporary register, you should use
!      'scratch' instead of a pseudo-register because this will allow the
!      combiner phase to add the 'clobber' when required.  You do this by
!      coding ('clobber' ('match_scratch' ...)).  If you do clobber a
!      pseudo register, use one which appears nowhere else--generate a new
!      one each time.  Otherwise, you may confuse CSE.
  
       There is one other known use for clobbering a pseudo register in a
!      'parallel': when one of the input operands of the insn is also
       clobbered by the insn.  In this case, using the same pseudo
       register in the clobber and elsewhere in the insn produces the
       expected results.
  
! '(use X)'
       Represents the use of the value of X.  It indicates that the value
!      in X at this point in the program is needed, even though it may not
!      be apparent why this is so.  Therefore, the compiler will not
       attempt to delete previous instructions whose only effect is to
!      store a value in X.  X must be a 'reg' expression.
  
!      In some situations, it may be tempting to add a 'use' of a register
!      in a 'parallel' to describe a situation where the value of a
!      special register will modify the behavior of the instruction.  A
!      hypothetical example might be a pattern for an addition that can
       either wrap around or use saturating addition depending on the
       value of a special control register:
  
--- 16645,16687 ----
       register.  Similarly, a combined instruction might require a
       temporary register while the constituent instructions might not.
  
!      When a `clobber' expression for a register appears inside a
!      `parallel' with other side effects, the register allocator
       guarantees that the register is unoccupied both before and after
       that insn if it is a hard register clobber.  For pseudo-register
       clobber, the register allocator and the reload pass do not assign
       the same hard register to the clobber and the input operands if
!      there is an insn alternative containing the `&' constraint (*note
       Modifiers::) for the clobber and the hard register is in register
       classes of the clobber in the alternative.  You can clobber either
!      a specific hard register, a pseudo register, or a `scratch'
       expression; in the latter two cases, GCC will allocate a hard
       register that is available there for use as a temporary.
  
       For instructions that require a temporary register, you should use
!      `scratch' instead of a pseudo-register because this will allow the
!      combiner phase to add the `clobber' when required.  You do this by
!      coding (`clobber' (`match_scratch' ...)).  If you do clobber a
!      pseudo register, use one which appears nowhere else--generate a
!      new one each time.  Otherwise, you may confuse CSE.
  
       There is one other known use for clobbering a pseudo register in a
!      `parallel': when one of the input operands of the insn is also
       clobbered by the insn.  In this case, using the same pseudo
       register in the clobber and elsewhere in the insn produces the
       expected results.
  
! `(use X)'
       Represents the use of the value of X.  It indicates that the value
!      in X at this point in the program is needed, even though it may
!      not be apparent why this is so.  Therefore, the compiler will not
       attempt to delete previous instructions whose only effect is to
!      store a value in X.  X must be a `reg' expression.
  
!      In some situations, it may be tempting to add a `use' of a
!      register in a `parallel' to describe a situation where the value
!      of a special register will modify the behavior of the instruction.
!      A hypothetical example might be a pattern for an addition that can
       either wrap around or use saturating addition depending on the
       value of a special control register:
  
*************** operands of these.
*** 16527,16562 ****
                                                   (reg:SI 4)] 0))
                       (use (reg:SI 1))])
  
- 
       This will not work, several of the optimizers only look at
       expressions locally; it is very likely that if you have multiple
!      insns with identical inputs to the 'unspec', they will be optimized
!      away even if register 1 changes in between.
  
!      This means that 'use' can _only_ be used to describe that the
!      register is live.  You should think twice before adding 'use'
!      statements, more often you will want to use 'unspec' instead.  The
!      'use' RTX is most commonly useful to describe that a fixed register
!      is implicitly used in an insn.  It is also safe to use in patterns
!      where the compiler knows for other reasons that the result of the
!      whole pattern is variable, such as 'movmemM' or 'call' patterns.
  
!      During the reload phase, an insn that has a 'use' as pattern can
!      carry a reg_equal note.  These 'use' insns will be deleted before
       the reload phase exits.
  
!      During the delayed branch scheduling phase, X may be an insn.  This
!      indicates that X previously was located at this place in the code
!      and its data dependencies need to be taken into account.  These
!      'use' insns will be deleted before the delayed branch scheduling
!      phase exits.
  
! '(parallel [X0 X1 ...])'
       Represents several side effects performed in parallel.  The square
!      brackets stand for a vector; the operand of 'parallel' is a vector
       of expressions.  X0, X1 and so on are individual side effect
!      expressions--expressions of code 'set', 'call', 'return',
!      'simple_return', 'clobber' or 'use'.
  
       "In parallel" means that first all the values used in the
       individual side-effects are computed, and second all the actual
--- 16689,16724 ----
                                                   (reg:SI 4)] 0))
                       (use (reg:SI 1))])
  
       This will not work, several of the optimizers only look at
       expressions locally; it is very likely that if you have multiple
!      insns with identical inputs to the `unspec', they will be
!      optimized away even if register 1 changes in between.
  
!      This means that `use' can _only_ be used to describe that the
!      register is live.  You should think twice before adding `use'
!      statements, more often you will want to use `unspec' instead.  The
!      `use' RTX is most commonly useful to describe that a fixed
!      register is implicitly used in an insn.  It is also safe to use in
!      patterns where the compiler knows for other reasons that the result
!      of the whole pattern is variable, such as `movmemM' or `call'
!      patterns.
  
!      During the reload phase, an insn that has a `use' as pattern can
!      carry a reg_equal note.  These `use' insns will be deleted before
       the reload phase exits.
  
!      During the delayed branch scheduling phase, X may be an insn.
!      This indicates that X previously was located at this place in the
!      code and its data dependencies need to be taken into account.
!      These `use' insns will be deleted before the delayed branch
!      scheduling phase exits.
  
! `(parallel [X0 X1 ...])'
       Represents several side effects performed in parallel.  The square
!      brackets stand for a vector; the operand of `parallel' is a vector
       of expressions.  X0, X1 and so on are individual side effect
!      expressions--expressions of code `set', `call', `return',
!      `simple_return', `clobber' or `use'.
  
       "In parallel" means that first all the values used in the
       individual side-effects are computed, and second all the actual
*************** operands of these.
*** 16567,16579 ****
  
       says unambiguously that the values of hard register 1 and the
       memory location addressed by it are interchanged.  In both places
!      where '(reg:SI 1)' appears as a memory address it refers to the
       value in register 1 _before_ the execution of the insn.
  
!      It follows that it is _incorrect_ to use 'parallel' and expect the
!      result of one 'set' to be available for the next one.  For example,
!      people sometimes attempt to represent a jump-if-zero instruction
!      this way:
  
            (parallel [(set (cc0) (reg:SI 34))
                       (set (pc) (if_then_else
--- 16729,16741 ----
  
       says unambiguously that the values of hard register 1 and the
       memory location addressed by it are interchanged.  In both places
!      where `(reg:SI 1)' appears as a memory address it refers to the
       value in register 1 _before_ the execution of the insn.
  
!      It follows that it is _incorrect_ to use `parallel' and expect the
!      result of one `set' to be available for the next one.  For
!      example, people sometimes attempt to represent a jump-if-zero
!      instruction this way:
  
            (parallel [(set (cc0) (reg:SI 34))
                       (set (pc) (if_then_else
*************** operands of these.
*** 16586,16663 ****
       on the new value that is set by this instruction.
  
       Peephole optimization, which takes place together with final
!      assembly code output, can produce insns whose patterns consist of a
!      'parallel' whose elements are the operands needed to output the
!      resulting assembler code--often 'reg', 'mem' or constant
       expressions.  This would not be well-formed RTL at any other stage
       in compilation, but it is OK then because no further optimization
       remains to be done.  However, the definition of the macro
!      'NOTICE_UPDATE_CC', if any, must deal with such insns if you define
!      any peephole optimizations.
  
! '(cond_exec [COND EXPR])'
       Represents a conditionally executed expression.  The EXPR is
!      executed only if the COND is nonzero.  The COND expression must not
!      have side-effects, but the EXPR may very well have side-effects.
  
! '(sequence [INSNS ...])'
!      Represents a sequence of insns.  If a 'sequence' appears in the
       chain of insns, then each of the INSNS that appears in the sequence
!      must be suitable for appearing in the chain of insns, i.e.  must
!      satisfy the 'INSN_P' predicate.
  
!      After delay-slot scheduling is completed, an insn and all the insns
!      that reside in its delay slots are grouped together into a
!      'sequence'.  The insn requiring the delay slot is the first insn in
!      the vector; subsequent insns are to be placed in the delay slot.
  
!      'INSN_ANNULLED_BRANCH_P' is set on an insn in a delay slot to
       indicate that a branch insn should be used that will conditionally
       annul the effect of the insns in the delay slots.  In such a case,
!      'INSN_FROM_TARGET_P' indicates that the insn is from the target of
       the branch and should be executed only if the branch is taken;
       otherwise the insn should be executed only if the branch is not
       taken.  *Note Delay Slots::.
  
!      Some back ends also use 'sequence' objects for purposes other than
       delay-slot groups.  This is not supported in the common parts of
       the compiler, which treat such sequences as delay-slot groups.
  
       DWARF2 Call Frame Address (CFA) adjustments are sometimes also
!      expressed using 'sequence' objects as the value of a
!      'RTX_FRAME_RELATED_P' note.  This only happens if the CFA
       adjustments cannot be easily derived from the pattern of the
       instruction to which the note is attached.  In such cases, the
       value of the note is used instead of best-guesing the semantics of
       the instruction.  The back end can attach notes containing a
!      'sequence' of 'set' patterns that express the effect of the parent
       instruction.
  
   These expression codes appear in place of a side effect, as the body of
  an insn, though strictly speaking they do not always describe side
  effects as such:
  
! '(asm_input S)'
       Represents literal assembler code as described by the string S.
  
! '(unspec [OPERANDS ...] INDEX)'
! '(unspec_volatile [OPERANDS ...] INDEX)'
!      Represents a machine-specific operation on OPERANDS.  INDEX selects
!      between multiple machine-specific operations.  'unspec_volatile' is
!      used for volatile operations and operations that may trap; 'unspec'
!      is used for other operations.
  
!      These codes may appear inside a 'pattern' of an insn, inside a
!      'parallel', or inside an expression.
  
! '(addr_vec:M [LR0 LR1 ...])'
       Represents a table of jump addresses.  The vector elements LR0,
!      etc., are 'label_ref' expressions.  The mode M specifies how much
!      space is given to each address; normally M would be 'Pmode'.
  
! '(addr_diff_vec:M BASE [LR0 LR1 ...] MIN MAX FLAGS)'
       Represents a table of jump addresses expressed as offsets from
!      BASE.  The vector elements LR0, etc., are 'label_ref' expressions
       and so is BASE.  The mode M specifies how much space is given to
       each address-difference.  MIN and MAX are set up by branch
       shortening and hold a label with a minimum and a maximum address,
--- 16748,16826 ----
       on the new value that is set by this instruction.
  
       Peephole optimization, which takes place together with final
!      assembly code output, can produce insns whose patterns consist of
!      a `parallel' whose elements are the operands needed to output the
!      resulting assembler code--often `reg', `mem' or constant
       expressions.  This would not be well-formed RTL at any other stage
       in compilation, but it is OK then because no further optimization
       remains to be done.  However, the definition of the macro
!      `NOTICE_UPDATE_CC', if any, must deal with such insns if you
!      define any peephole optimizations.
  
! `(cond_exec [COND EXPR])'
       Represents a conditionally executed expression.  The EXPR is
!      executed only if the COND is nonzero.  The COND expression must
!      not have side-effects, but the EXPR may very well have
!      side-effects.
  
! `(sequence [INSNS ...])'
!      Represents a sequence of insns.  If a `sequence' appears in the
       chain of insns, then each of the INSNS that appears in the sequence
!      must be suitable for appearing in the chain of insns, i.e. must
!      satisfy the `INSN_P' predicate.
  
!      After delay-slot scheduling is completed, an insn and all the
!      insns that reside in its delay slots are grouped together into a
!      `sequence'.  The insn requiring the delay slot is the first insn
!      in the vector; subsequent insns are to be placed in the delay slot.
  
!      `INSN_ANNULLED_BRANCH_P' is set on an insn in a delay slot to
       indicate that a branch insn should be used that will conditionally
       annul the effect of the insns in the delay slots.  In such a case,
!      `INSN_FROM_TARGET_P' indicates that the insn is from the target of
       the branch and should be executed only if the branch is taken;
       otherwise the insn should be executed only if the branch is not
       taken.  *Note Delay Slots::.
  
!      Some back ends also use `sequence' objects for purposes other than
       delay-slot groups.  This is not supported in the common parts of
       the compiler, which treat such sequences as delay-slot groups.
  
       DWARF2 Call Frame Address (CFA) adjustments are sometimes also
!      expressed using `sequence' objects as the value of a
!      `RTX_FRAME_RELATED_P' note.  This only happens if the CFA
       adjustments cannot be easily derived from the pattern of the
       instruction to which the note is attached.  In such cases, the
       value of the note is used instead of best-guesing the semantics of
       the instruction.  The back end can attach notes containing a
!      `sequence' of `set' patterns that express the effect of the parent
       instruction.
  
   These expression codes appear in place of a side effect, as the body of
  an insn, though strictly speaking they do not always describe side
  effects as such:
  
! `(asm_input S)'
       Represents literal assembler code as described by the string S.
  
! `(unspec [OPERANDS ...] INDEX)'
! `(unspec_volatile [OPERANDS ...] INDEX)'
!      Represents a machine-specific operation on OPERANDS.  INDEX
!      selects between multiple machine-specific operations.
!      `unspec_volatile' is used for volatile operations and operations
!      that may trap; `unspec' is used for other operations.
  
!      These codes may appear inside a `pattern' of an insn, inside a
!      `parallel', or inside an expression.
  
! `(addr_vec:M [LR0 LR1 ...])'
       Represents a table of jump addresses.  The vector elements LR0,
!      etc., are `label_ref' expressions.  The mode M specifies how much
!      space is given to each address; normally M would be `Pmode'.
  
! `(addr_diff_vec:M BASE [LR0 LR1 ...] MIN MAX FLAGS)'
       Represents a table of jump addresses expressed as offsets from
!      BASE.  The vector elements LR0, etc., are `label_ref' expressions
       and so is BASE.  The mode M specifies how much space is given to
       each address-difference.  MIN and MAX are set up by branch
       shortening and hold a label with a minimum and a maximum address,
*************** effects as such:
*** 16665,16677 ****
       and MAX to the containing insn and of MIN and MAX to BASE.  See
       rtl.def for details.
  
! '(prefetch:M ADDR RW LOCALITY)'
       Represents prefetch of memory at address ADDR.  Operand RW is 1 if
       the prefetch is for data to be written, 0 otherwise; targets that
       do not support write prefetches should treat this as a normal
       prefetch.  Operand LOCALITY specifies the amount of temporal
!      locality; 0 if there is none or 1, 2, or 3 for increasing levels of
!      temporal locality; targets that do not support locality hints
       should ignore this.
  
       This insn is used to minimize cache-miss latency by moving data
--- 16828,16840 ----
       and MAX to the containing insn and of MIN and MAX to BASE.  See
       rtl.def for details.
  
! `(prefetch:M ADDR RW LOCALITY)'
       Represents prefetch of memory at address ADDR.  Operand RW is 1 if
       the prefetch is for data to be written, 0 otherwise; targets that
       do not support write prefetches should treat this as a normal
       prefetch.  Operand LOCALITY specifies the amount of temporal
!      locality; 0 if there is none or 1, 2, or 3 for increasing levels
!      of temporal locality; targets that do not support locality hints
       should ignore this.
  
       This insn is used to minimize cache-miss latency by moving data
*************** File: gccint.info,  Node: Incdec,  Next:
*** 16686,16725 ****
  
  Six special side-effect expression codes appear as memory addresses.
  
! '(pre_dec:M X)'
       Represents the side effect of decrementing X by a standard amount
       and represents also the value that X has after being decremented.
!      X must be a 'reg' or 'mem', but most machines allow only a 'reg'.
!      M must be the machine mode for pointers on the machine in use.  The
!      amount X is decremented by is the length in bytes of the machine
!      mode of the containing memory reference of which this expression
!      serves as the address.  Here is an example of its use:
  
            (mem:DF (pre_dec:SI (reg:SI 39)))
  
       This says to decrement pseudo register 39 by the length of a
!      'DFmode' value and use the result to address a 'DFmode' value.
  
! '(pre_inc:M X)'
       Similar, but specifies incrementing X instead of decrementing it.
  
! '(post_dec:M X)'
!      Represents the same side effect as 'pre_dec' but a different value.
!      The value represented here is the value X has before being
       decremented.
  
! '(post_inc:M X)'
       Similar, but specifies incrementing X instead of decrementing it.
  
! '(post_modify:M X Y)'
! 
       Represents the side effect of setting X to Y and represents X
!      before X is modified.  X must be a 'reg' or 'mem', but most
!      machines allow only a 'reg'.  M must be the machine mode for
       pointers on the machine in use.
  
!      The expression Y must be one of three forms: '(plus:M X Z)',
!      '(minus:M X Z)', or '(plus:M X I)', where Z is an index register
       and I is a constant.
  
       Here is an example of its use:
--- 16849,16887 ----
  
  Six special side-effect expression codes appear as memory addresses.
  
! `(pre_dec:M X)'
       Represents the side effect of decrementing X by a standard amount
       and represents also the value that X has after being decremented.
!      X must be a `reg' or `mem', but most machines allow only a `reg'.
!      M must be the machine mode for pointers on the machine in use.
!      The amount X is decremented by is the length in bytes of the
!      machine mode of the containing memory reference of which this
!      expression serves as the address.  Here is an example of its use:
  
            (mem:DF (pre_dec:SI (reg:SI 39)))
  
       This says to decrement pseudo register 39 by the length of a
!      `DFmode' value and use the result to address a `DFmode' value.
  
! `(pre_inc:M X)'
       Similar, but specifies incrementing X instead of decrementing it.
  
! `(post_dec:M X)'
!      Represents the same side effect as `pre_dec' but a different
!      value.  The value represented here is the value X has before being
       decremented.
  
! `(post_inc:M X)'
       Similar, but specifies incrementing X instead of decrementing it.
  
! `(post_modify:M X Y)'
       Represents the side effect of setting X to Y and represents X
!      before X is modified.  X must be a `reg' or `mem', but most
!      machines allow only a `reg'.  M must be the machine mode for
       pointers on the machine in use.
  
!      The expression Y must be one of three forms: `(plus:M X Z)',
!      `(minus:M X Z)', or `(plus:M X I)', where Z is an index register
       and I is a constant.
  
       Here is an example of its use:
*************** Six special side-effect expression codes
*** 16730,16744 ****
       This says to modify pseudo register 42 by adding the contents of
       pseudo register 48 to it, after the use of what ever 42 points to.
  
! '(pre_modify:M X EXPR)'
       Similar except side effects happen before the use.
  
   These embedded side effect expressions must be used with care.
! Instruction patterns may not use them.  Until the 'flow' pass of the
  compiler, they may occur only to represent pushes onto the stack.  The
! 'flow' pass finds cases where registers are incremented or decremented
! in one instruction and used as an address shortly before or after; these
! cases are then transformed to use pre- or post-increment or -decrement.
  
   If a register used as the operand of these expressions is used in
  another address in an insn, the original value of the register is used.
--- 16892,16907 ----
       This says to modify pseudo register 42 by adding the contents of
       pseudo register 48 to it, after the use of what ever 42 points to.
  
! `(pre_modify:M X EXPR)'
       Similar except side effects happen before the use.
  
   These embedded side effect expressions must be used with care.
! Instruction patterns may not use them.  Until the `flow' pass of the
  compiler, they may occur only to represent pushes onto the stack.  The
! `flow' pass finds cases where registers are incremented or decremented
! in one instruction and used as an address shortly before or after;
! these cases are then transformed to use pre- or post-increment or
! -decrement.
  
   If a register used as the operand of these expressions is used in
  another address in an insn, the original value of the register is used.
*************** insns behave differently on different ma
*** 16748,16759 ****
  as ambiguous and disallowed.
  
   An instruction that can be represented with an embedded side effect
! could also be represented using 'parallel' containing an additional
! 'set' to describe how the address register is altered.  This is not done
! because machines that allow these operations at all typically allow them
! wherever a memory address is called for.  Describing them as additional
! parallel stores would require doubling the number of entries in the
! machine description.
  
  
  File: gccint.info,  Node: Assembler,  Next: Debug Information,  Prev: Incdec,  Up: RTL
--- 16911,16922 ----
  as ambiguous and disallowed.
  
   An instruction that can be represented with an embedded side effect
! could also be represented using `parallel' containing an additional
! `set' to describe how the address register is altered.  This is not
! done because machines that allow these operations at all typically
! allow them wherever a memory address is called for.  Describing them as
! additional parallel stores would require doubling the number of entries
! in the machine description.
  
  
  File: gccint.info,  Node: Assembler,  Next: Debug Information,  Prev: Incdec,  Up: RTL
*************** File: gccint.info,  Node: Assembler,  Ne
*** 16761,16775 ****
  13.17 Assembler Instructions as Expressions
  ===========================================
  
! The RTX code 'asm_operands' represents a value produced by a
! user-specified assembler instruction.  It is used to represent an 'asm'
! statement with arguments.  An 'asm' statement with a single output
  operand, like this:
  
       asm ("foo %1,%2,%0" : "=a" (outputvar) : "g" (x + y), "di" (*z));
  
! is represented using a single 'asm_operands' RTX which represents the
! value that is stored in 'outputvar':
  
       (set RTX-FOR-OUTPUTVAR
            (asm_operands "foo %1,%2,%0" "a" 0
--- 16924,16938 ----
  13.17 Assembler Instructions as Expressions
  ===========================================
  
! The RTX code `asm_operands' represents a value produced by a
! user-specified assembler instruction.  It is used to represent an `asm'
! statement with arguments.  An `asm' statement with a single output
  operand, like this:
  
       asm ("foo %1,%2,%0" : "=a" (outputvar) : "g" (x + y), "di" (*z));
  
! is represented using a single `asm_operands' RTX which represents the
! value that is stored in `outputvar':
  
       (set RTX-FOR-OUTPUTVAR
            (asm_operands "foo %1,%2,%0" "a" 0
*************** value that is stored in 'outputvar':
*** 16777,16791 ****
                          [(asm_input:M1 "g")
                           (asm_input:M2 "di")]))
  
! Here the operands of the 'asm_operands' RTX are the assembler template
  string, the output-operand's constraint, the index-number of the output
  operand among the output operands specified, a vector of input operand
! RTX's, and a vector of input-operand modes and constraints.  The mode M1
! is the mode of the sum 'x+y'; M2 is that of '*z'.
  
!  When an 'asm' statement has multiple output values, its insn has
! several such 'set' RTX's inside of a 'parallel'.  Each 'set' contains an
! 'asm_operands'; all of these share the same assembler template and
  vectors, but each contains the constraint for the respective output
  operand.  They are also distinguished by the output-operand index
  number, which is 0, 1, ... for successive output operands.
--- 16940,16954 ----
                          [(asm_input:M1 "g")
                           (asm_input:M2 "di")]))
  
! Here the operands of the `asm_operands' RTX are the assembler template
  string, the output-operand's constraint, the index-number of the output
  operand among the output operands specified, a vector of input operand
! RTX's, and a vector of input-operand modes and constraints.  The mode
! M1 is the mode of the sum `x+y'; M2 is that of `*z'.
  
!  When an `asm' statement has multiple output values, its insn has
! several such `set' RTX's inside of a `parallel'.  Each `set' contains
! an `asm_operands'; all of these share the same assembler template and
  vectors, but each contains the constraint for the respective output
  operand.  They are also distinguished by the output-operand index
  number, which is 0, 1, ... for successive output operands.
*************** File: gccint.info,  Node: Debug Informat
*** 16796,16822 ****
  13.18 Variable Location Debug Information in RTL
  ================================================
  
! Variable tracking relies on 'MEM_EXPR' and 'REG_EXPR' annotations to
  determine what user variables memory and register references refer to.
  
   Variable tracking at assignments uses these notes only when they refer
  to variables that live at fixed locations (e.g., addressable variables,
! global non-automatic variables).  For variables whose location may vary,
! it relies on the following types of notes.
  
! '(var_location:MODE VAR EXP STAT)'
!      Binds variable 'var', a tree, to value EXP, an RTL expression.  It
!      appears only in 'NOTE_INSN_VAR_LOCATION' and 'DEBUG_INSN's, with
!      slightly different meanings.  MODE, if present, represents the mode
!      of EXP, which is useful if it is a modeless expression.  STAT is
!      only meaningful in notes, indicating whether the variable is known
!      to be initialized or uninitialized.
  
! '(debug_expr:MODE DECL)'
!      Stands for the value bound to the 'DEBUG_EXPR_DECL' DECL, that
!      points back to it, within value expressions in 'VAR_LOCATION'
       nodes.
  
  
  File: gccint.info,  Node: Insns,  Next: Calls,  Prev: Debug Information,  Up: RTL
  
--- 16959,16986 ----
  13.18 Variable Location Debug Information in RTL
  ================================================
  
! Variable tracking relies on `MEM_EXPR' and `REG_EXPR' annotations to
  determine what user variables memory and register references refer to.
  
   Variable tracking at assignments uses these notes only when they refer
  to variables that live at fixed locations (e.g., addressable variables,
! global non-automatic variables).  For variables whose location may
! vary, it relies on the following types of notes.
  
! `(var_location:MODE VAR EXP STAT)'
!      Binds variable `var', a tree, to value EXP, an RTL expression.  It
!      appears only in `NOTE_INSN_VAR_LOCATION' and `DEBUG_INSN's, with
!      slightly different meanings.  MODE, if present, represents the
!      mode of EXP, which is useful if it is a modeless expression.  STAT
!      is only meaningful in notes, indicating whether the variable is
!      known to be initialized or uninitialized.
  
! `(debug_expr:MODE DECL)'
!      Stands for the value bound to the `DEBUG_EXPR_DECL' DECL, that
!      points back to it, within value expressions in `VAR_LOCATION'
       nodes.
  
+ 
  
  File: gccint.info,  Node: Insns,  Next: Calls,  Prev: Debug Information,  Up: RTL
  
*************** File: gccint.info,  Node: Insns,  Next:
*** 16826,16832 ****
  The RTL representation of the code for a function is a doubly-linked
  chain of objects called "insns".  Insns are expressions with special
  codes that are used for no other purpose.  Some insns are actual
! instructions; others represent dispatch tables for 'switch' statements;
  others represent labels to jump to or various sorts of declarative
  information.
  
--- 16990,16996 ----
  The RTL representation of the code for a function is a doubly-linked
  chain of objects called "insns".  Insns are expressions with special
  codes that are used for no other purpose.  Some insns are actual
! instructions; others represent dispatch tables for `switch' statements;
  others represent labels to jump to or various sorts of declarative
  information.
  
*************** id-number that distinguishes it from all
*** 16835,16859 ****
  function (after delayed branch scheduling, copies of an insn with the
  same id-number may be present in multiple places in a function, but
  these copies will always be identical and will only appear inside a
! 'sequence'), and chain pointers to the preceding and following insns.
  These three fields occupy the same position in every insn, independent
! of the expression code of the insn.  They could be accessed with 'XEXP'
! and 'XINT', but instead three special macros are always used:
  
! 'INSN_UID (I)'
       Accesses the unique id of insn I.
  
! 'PREV_INSN (I)'
       Accesses the chain pointer to the insn preceding I.  If I is the
       first insn, this is a null pointer.
  
! 'NEXT_INSN (I)'
       Accesses the chain pointer to the insn following I.  If I is the
       last insn, this is a null pointer.
  
!  The first insn in the chain is obtained by calling 'get_insns'; the
! last insn is the result of calling 'get_last_insn'.  Within the chain
! delimited by these insns, the 'NEXT_INSN' and 'PREV_INSN' pointers must
  always correspond: if INSN is not the first insn,
  
       NEXT_INSN (PREV_INSN (INSN)) == INSN
--- 16999,17023 ----
  function (after delayed branch scheduling, copies of an insn with the
  same id-number may be present in multiple places in a function, but
  these copies will always be identical and will only appear inside a
! `sequence'), and chain pointers to the preceding and following insns.
  These three fields occupy the same position in every insn, independent
! of the expression code of the insn.  They could be accessed with `XEXP'
! and `XINT', but instead three special macros are always used:
  
! `INSN_UID (I)'
       Accesses the unique id of insn I.
  
! `PREV_INSN (I)'
       Accesses the chain pointer to the insn preceding I.  If I is the
       first insn, this is a null pointer.
  
! `NEXT_INSN (I)'
       Accesses the chain pointer to the insn following I.  If I is the
       last insn, this is a null pointer.
  
!  The first insn in the chain is obtained by calling `get_insns'; the
! last insn is the result of calling `get_last_insn'.  Within the chain
! delimited by these insns, the `NEXT_INSN' and `PREV_INSN' pointers must
  always correspond: if INSN is not the first insn,
  
       NEXT_INSN (PREV_INSN (INSN)) == INSN
*************** is always true and if INSN is not the la
*** 16865,17154 ****
  is always true.
  
   After delay slot scheduling, some of the insns in the chain might be
! 'sequence' expressions, which contain a vector of insns.  The value of
! 'NEXT_INSN' in all but the last of these insns is the next insn in the
! vector; the value of 'NEXT_INSN' of the last insn in the vector is the
! same as the value of 'NEXT_INSN' for the 'sequence' in which it is
! contained.  Similar rules apply for 'PREV_INSN'.
  
   This means that the above invariants are not necessarily true for insns
! inside 'sequence' expressions.  Specifically, if INSN is the first insn
! in a 'sequence', 'NEXT_INSN (PREV_INSN (INSN))' is the insn containing
! the 'sequence' expression, as is the value of 'PREV_INSN (NEXT_INSN
! (INSN))' if INSN is the last insn in the 'sequence' expression.  You can
! use these expressions to find the containing 'sequence' expression.
  
   Every insn has one of the following expression codes:
  
! 'insn'
!      The expression code 'insn' is used for instructions that do not
!      jump and do not do function calls.  'sequence' expressions are
!      always contained in insns with code 'insn' even if one of those
       insns should jump or do function calls.
  
!      Insns with code 'insn' have four additional fields beyond the three
       mandatory ones listed above.  These four are described in a table
       below.
  
! 'jump_insn'
!      The expression code 'jump_insn' is used for instructions that may
!      jump (or, more generally, may contain 'label_ref' expressions to
!      which 'pc' can be set in that instruction).  If there is an
       instruction to return from the current function, it is recorded as
!      a 'jump_insn'.
  
!      'jump_insn' insns have the same extra fields as 'insn' insns,
       accessed in the same way and in addition contain a field
!      'JUMP_LABEL' which is defined once jump optimization has completed.
  
       For simple conditional and unconditional jumps, this field contains
!      the 'code_label' to which this insn will (possibly conditionally)
!      branch.  In a more complex jump, 'JUMP_LABEL' records one of the
       labels that the insn refers to; other jump target labels are
!      recorded as 'REG_LABEL_TARGET' notes.  The exception is 'addr_vec'
!      and 'addr_diff_vec', where 'JUMP_LABEL' is 'NULL_RTX' and the only
       way to find the labels is to scan the entire body of the insn.
  
!      Return insns count as jumps, but their 'JUMP_LABEL' is 'RETURN' or
!      'SIMPLE_RETURN'.
  
! 'call_insn'
!      The expression code 'call_insn' is used for instructions that may
       do function calls.  It is important to distinguish these
       instructions because they imply that certain registers and memory
       locations may be altered unpredictably.
  
!      'call_insn' insns have the same extra fields as 'insn' insns,
       accessed in the same way and in addition contain a field
!      'CALL_INSN_FUNCTION_USAGE', which contains a list (chain of
!      'expr_list' expressions) containing 'use', 'clobber' and sometimes
!      'set' expressions that denote hard registers and 'mem's used or
       clobbered by the called function.
  
!      A 'mem' generally points to a stack slot in which arguments passed
       to the libcall by reference (*note TARGET_PASS_BY_REFERENCE:
       Register Arguments.) are stored.  If the argument is caller-copied
       (*note TARGET_CALLEE_COPIES: Register Arguments.), the stack slot
!      will be mentioned in 'clobber' and 'use' entries; if it's
!      callee-copied, only a 'use' will appear, and the 'mem' may point to
!      addresses that are not stack slots.
  
!      Registers occurring inside a 'clobber' in this list augment
!      registers specified in 'CALL_USED_REGISTERS' (*note Register
       Basics::).
  
!      If the list contains a 'set' involving two registers, it indicates
!      that the function returns one of its arguments.  Such a 'set' may
       look like a no-op if the same register holds the argument and the
       return value.
  
! 'code_label'
!      A 'code_label' insn represents a label that a jump insn can jump
       to.  It contains two special fields of data in addition to the
!      three standard ones.  'CODE_LABEL_NUMBER' is used to hold the
       "label number", a number that identifies this label uniquely among
       all the labels in the compilation (not just in the current
       function).  Ultimately, the label is represented in the assembler
!      output as an assembler label, usually of the form 'LN' where N is
       the label number.
  
!      When a 'code_label' appears in an RTL expression, it normally
!      appears within a 'label_ref' which represents the address of the
       label, as a number.
  
!      Besides as a 'code_label', a label can also be represented as a
!      'note' of type 'NOTE_INSN_DELETED_LABEL'.
  
!      The field 'LABEL_NUSES' is only defined once the jump optimization
       phase is completed.  It contains the number of times this label is
       referenced in the current function.
  
!      The field 'LABEL_KIND' differentiates four different types of
!      labels: 'LABEL_NORMAL', 'LABEL_STATIC_ENTRY', 'LABEL_GLOBAL_ENTRY',
!      and 'LABEL_WEAK_ENTRY'.  The only labels that do not have type
!      'LABEL_NORMAL' are "alternate entry points" to the current
!      function.  These may be static (visible only in the containing
!      translation unit), global (exposed to all translation units), or
!      weak (global, but can be overridden by another symbol with the same
!      name).
  
       Much of the compiler treats all four kinds of label identically.
       Some of it needs to know whether or not a label is an alternate
!      entry point; for this purpose, the macro 'LABEL_ALT_ENTRY_P' is
!      provided.  It is equivalent to testing whether 'LABEL_KIND (label)
       == LABEL_NORMAL'.  The only place that cares about the distinction
       between static, global, and weak alternate entry points, besides
       the front-end code that creates them, is the function
!      'output_alternate_entry_point', in 'final.c'.
  
!      To set the kind of a label, use the 'SET_LABEL_KIND' macro.
  
! 'jump_table_data'
!      A 'jump_table_data' insn is a placeholder for the jump-table data
!      of a 'casesi' or 'tablejump' insn.  They are placed after a
!      'tablejump_p' insn.  A 'jump_table_data' insn is not part o a basic
!      blockm but it is associated with the basic block that ends with the
!      'tablejump_p' insn.  The 'PATTERN' of a 'jump_table_data' is always
!      either an 'addr_vec' or an 'addr_diff_vec', and a 'jump_table_data'
!      insn is always preceded by a 'code_label'.  The 'tablejump_p' insn
!      refers to that 'code_label' via its 'JUMP_LABEL'.
  
! 'barrier'
       Barriers are placed in the instruction stream when control cannot
       flow past them.  They are placed after unconditional jump
!      instructions to indicate that the jumps are unconditional and after
!      calls to 'volatile' functions, which do not return (e.g., 'exit').
!      They contain no information beyond the three standard fields.
  
! 'note'
!      'note' insns are used to represent additional debugging and
       declarative information.  They contain two nonstandard fields, an
!      integer which is accessed with the macro 'NOTE_LINE_NUMBER' and a
!      string accessed with 'NOTE_SOURCE_FILE'.
  
!      If 'NOTE_LINE_NUMBER' is positive, the note represents the position
!      of a source line and 'NOTE_SOURCE_FILE' is the source file name
!      that the line came from.  These notes control generation of line
!      number data in the assembler output.
  
!      Otherwise, 'NOTE_LINE_NUMBER' is not really a line number but a
!      code with one of the following values (and 'NOTE_SOURCE_FILE' must
       contain a null pointer):
  
!      'NOTE_INSN_DELETED'
            Such a note is completely ignorable.  Some passes of the
            compiler delete insns by altering them into notes of this
            kind.
  
!      'NOTE_INSN_DELETED_LABEL'
!           This marks what used to be a 'code_label', but was not used
!           for other purposes than taking its address and was transformed
!           to mark that no code jumps to it.
  
!      'NOTE_INSN_BLOCK_BEG'
!      'NOTE_INSN_BLOCK_END'
            These types of notes indicate the position of the beginning
!           and end of a level of scoping of variable names.  They control
!           the output of debugging information.
  
!      'NOTE_INSN_EH_REGION_BEG'
!      'NOTE_INSN_EH_REGION_END'
            These types of notes indicate the position of the beginning
            and end of a level of scoping for exception handling.
!           'NOTE_EH_HANDLER' identifies which region is associated with
            these notes.
  
!      'NOTE_INSN_FUNCTION_BEG'
            Appears at the start of the function body, after the function
            prologue.
  
!      'NOTE_INSN_VAR_LOCATION'
            This note is used to generate variable location debugging
            information.  It indicates that the user variable in its
!           'VAR_LOCATION' operand is at the location given in the RTL
            expression, or holds a value that can be computed by
            evaluating the RTL expression from that static point in the
            program up to the next such note for the same user variable.
  
       These codes are printed symbolically when they appear in debugging
       dumps.
  
! 'debug_insn'
!      The expression code 'debug_insn' is used for pseudo-instructions
       that hold debugging information for variable tracking at
!      assignments (see '-fvar-tracking-assignments' option).  They are
!      the RTL representation of 'GIMPLE_DEBUG' statements (*note
!      GIMPLE_DEBUG::), with a 'VAR_LOCATION' operand that binds a user
!      variable tree to an RTL representation of the 'value' in the
!      corresponding statement.  A 'DEBUG_EXPR' in it stands for the value
!      bound to the corresponding 'DEBUG_EXPR_DECL'.
  
       Throughout optimization passes, binding information is kept in
       pseudo-instruction form, so that, unlike notes, it gets the same
       treatment and adjustments that regular instructions would.  It is
       the variable tracking pass that turns these pseudo-instructions
!      into var location notes, analyzing control flow, value equivalences
!      and changes to registers and memory referenced in value
!      expressions, propagating the values of debug temporaries and
       determining expressions that can be used to compute the value of
       each user variable at as many points (ranges, actually) in the
       program as possible.
  
!      Unlike 'NOTE_INSN_VAR_LOCATION', the value expression in an
!      'INSN_VAR_LOCATION' denotes a value at that specific point in the
       program, rather than an expression that can be evaluated at any
!      later point before an overriding 'VAR_LOCATION' is encountered.
!      E.g., if a user variable is bound to a 'REG' and then a subsequent
!      insn modifies the 'REG', the note location would keep mapping the
       user variable to the register across the insn, whereas the insn
       location would keep the variable bound to the value, so that the
       variable tracking pass would emit another location note for the
       variable at the point in which the register is modified.
  
!  The machine mode of an insn is normally 'VOIDmode', but some phases use
! the mode for various purposes.
  
   The common subexpression elimination pass sets the mode of an insn to
! 'QImode' when it is the first insn in a block that has already been
  processed.
  
   The second Haifa scheduling pass, for targets that can multiple issue,
! sets the mode of an insn to 'TImode' when it is believed that the
! instruction begins an issue group.  That is, when the instruction cannot
! issue simultaneously with the previous.  This may be relied on by later
! passes, in particular machine-dependent reorg.
  
!  Here is a table of the extra fields of 'insn', 'jump_insn' and
! 'call_insn' insns:
  
! 'PATTERN (I)'
       An expression for the side effect performed by this insn.  This
!      must be one of the following codes: 'set', 'call', 'use',
!      'clobber', 'return', 'simple_return', 'asm_input', 'asm_output',
!      'addr_vec', 'addr_diff_vec', 'trap_if', 'unspec',
!      'unspec_volatile', 'parallel', 'cond_exec', or 'sequence'.  If it
!      is a 'parallel', each element of the 'parallel' must be one these
!      codes, except that 'parallel' expressions cannot be nested and
!      'addr_vec' and 'addr_diff_vec' are not permitted inside a
!      'parallel' expression.
  
! 'INSN_CODE (I)'
       An integer that says which pattern in the machine description
       matches this insn, or -1 if the matching has not yet been
       attempted.
  
       Such matching is never attempted and this field remains -1 on an
!      insn whose pattern consists of a single 'use', 'clobber',
!      'asm_input', 'addr_vec' or 'addr_diff_vec' expression.
  
!      Matching is also never attempted on insns that result from an 'asm'
!      statement.  These contain at least one 'asm_operands' expression.
!      The function 'asm_noperands' returns a non-negative value for such
       insns.
  
!      In the debugging output, this field is printed as a number followed
!      by a symbolic representation that locates the pattern in the 'md'
!      file as some small positive or negative offset from a named
!      pattern.
  
! 'LOG_LINKS (I)'
!      A list (chain of 'insn_list' expressions) giving information about
       dependencies between instructions within a basic block.  Neither a
       jump nor a label may come between the related insns.  These are
       only used by the schedulers and by combine.  This is a deprecated
       data structure.  Def-use and use-def chains are now preferred.
  
! 'REG_NOTES (I)'
!      A list (chain of 'expr_list', 'insn_list' and 'int_list'
       expressions) giving miscellaneous information about the insn.  It
       is often information pertaining to the registers used in this insn.
  
!  The 'LOG_LINKS' field of an insn is a chain of 'insn_list' expressions.
! Each of these has two operands: the first is an insn, and the second is
! another 'insn_list' expression (the next one in the chain).  The last
! 'insn_list' in the chain has a null pointer as second operand.  The
! significant thing about the chain is which insns appear in it (as first
! operands of 'insn_list' expressions).  Their order is not significant.
  
   This list is originally set up by the flow analysis pass; it is a null
  pointer until then.  Flow only adds links for those data dependencies
--- 17029,17323 ----
  is always true.
  
   After delay slot scheduling, some of the insns in the chain might be
! `sequence' expressions, which contain a vector of insns.  The value of
! `NEXT_INSN' in all but the last of these insns is the next insn in the
! vector; the value of `NEXT_INSN' of the last insn in the vector is the
! same as the value of `NEXT_INSN' for the `sequence' in which it is
! contained.  Similar rules apply for `PREV_INSN'.
  
   This means that the above invariants are not necessarily true for insns
! inside `sequence' expressions.  Specifically, if INSN is the first insn
! in a `sequence', `NEXT_INSN (PREV_INSN (INSN))' is the insn containing
! the `sequence' expression, as is the value of `PREV_INSN (NEXT_INSN
! (INSN))' if INSN is the last insn in the `sequence' expression.  You
! can use these expressions to find the containing `sequence' expression.
  
   Every insn has one of the following expression codes:
  
! `insn'
!      The expression code `insn' is used for instructions that do not
!      jump and do not do function calls.  `sequence' expressions are
!      always contained in insns with code `insn' even if one of those
       insns should jump or do function calls.
  
!      Insns with code `insn' have four additional fields beyond the three
       mandatory ones listed above.  These four are described in a table
       below.
  
! `jump_insn'
!      The expression code `jump_insn' is used for instructions that may
!      jump (or, more generally, may contain `label_ref' expressions to
!      which `pc' can be set in that instruction).  If there is an
       instruction to return from the current function, it is recorded as
!      a `jump_insn'.
  
!      `jump_insn' insns have the same extra fields as `insn' insns,
       accessed in the same way and in addition contain a field
!      `JUMP_LABEL' which is defined once jump optimization has completed.
  
       For simple conditional and unconditional jumps, this field contains
!      the `code_label' to which this insn will (possibly conditionally)
!      branch.  In a more complex jump, `JUMP_LABEL' records one of the
       labels that the insn refers to; other jump target labels are
!      recorded as `REG_LABEL_TARGET' notes.  The exception is `addr_vec'
!      and `addr_diff_vec', where `JUMP_LABEL' is `NULL_RTX' and the only
       way to find the labels is to scan the entire body of the insn.
  
!      Return insns count as jumps, but their `JUMP_LABEL' is `RETURN' or
!      `SIMPLE_RETURN'.
  
! `call_insn'
!      The expression code `call_insn' is used for instructions that may
       do function calls.  It is important to distinguish these
       instructions because they imply that certain registers and memory
       locations may be altered unpredictably.
  
!      `call_insn' insns have the same extra fields as `insn' insns,
       accessed in the same way and in addition contain a field
!      `CALL_INSN_FUNCTION_USAGE', which contains a list (chain of
!      `expr_list' expressions) containing `use', `clobber' and sometimes
!      `set' expressions that denote hard registers and `mem's used or
       clobbered by the called function.
  
!      A `mem' generally points to a stack slot in which arguments passed
       to the libcall by reference (*note TARGET_PASS_BY_REFERENCE:
       Register Arguments.) are stored.  If the argument is caller-copied
       (*note TARGET_CALLEE_COPIES: Register Arguments.), the stack slot
!      will be mentioned in `clobber' and `use' entries; if it's
!      callee-copied, only a `use' will appear, and the `mem' may point
!      to addresses that are not stack slots.
  
!      Registers occurring inside a `clobber' in this list augment
!      registers specified in `CALL_USED_REGISTERS' (*note Register
       Basics::).
  
!      If the list contains a `set' involving two registers, it indicates
!      that the function returns one of its arguments.  Such a `set' may
       look like a no-op if the same register holds the argument and the
       return value.
  
! `code_label'
!      A `code_label' insn represents a label that a jump insn can jump
       to.  It contains two special fields of data in addition to the
!      three standard ones.  `CODE_LABEL_NUMBER' is used to hold the
       "label number", a number that identifies this label uniquely among
       all the labels in the compilation (not just in the current
       function).  Ultimately, the label is represented in the assembler
!      output as an assembler label, usually of the form `LN' where N is
       the label number.
  
!      When a `code_label' appears in an RTL expression, it normally
!      appears within a `label_ref' which represents the address of the
       label, as a number.
  
!      Besides as a `code_label', a label can also be represented as a
!      `note' of type `NOTE_INSN_DELETED_LABEL'.
  
!      The field `LABEL_NUSES' is only defined once the jump optimization
       phase is completed.  It contains the number of times this label is
       referenced in the current function.
  
!      The field `LABEL_KIND' differentiates four different types of
!      labels: `LABEL_NORMAL', `LABEL_STATIC_ENTRY',
!      `LABEL_GLOBAL_ENTRY', and `LABEL_WEAK_ENTRY'.  The only labels
!      that do not have type `LABEL_NORMAL' are "alternate entry points"
!      to the current function.  These may be static (visible only in the
!      containing translation unit), global (exposed to all translation
!      units), or weak (global, but can be overridden by another symbol
!      with the same name).
  
       Much of the compiler treats all four kinds of label identically.
       Some of it needs to know whether or not a label is an alternate
!      entry point; for this purpose, the macro `LABEL_ALT_ENTRY_P' is
!      provided.  It is equivalent to testing whether `LABEL_KIND (label)
       == LABEL_NORMAL'.  The only place that cares about the distinction
       between static, global, and weak alternate entry points, besides
       the front-end code that creates them, is the function
!      `output_alternate_entry_point', in `final.c'.
  
!      To set the kind of a label, use the `SET_LABEL_KIND' macro.
  
! `jump_table_data'
!      A `jump_table_data' insn is a placeholder for the jump-table data
!      of a `casesi' or `tablejump' insn.  They are placed after a
!      `tablejump_p' insn.  A `jump_table_data' insn is not part o a
!      basic blockm but it is associated with the basic block that ends
!      with the `tablejump_p' insn.  The `PATTERN' of a `jump_table_data'
!      is always either an `addr_vec' or an `addr_diff_vec', and a
!      `jump_table_data' insn is always preceded by a `code_label'.  The
!      `tablejump_p' insn refers to that `code_label' via its
!      `JUMP_LABEL'.
  
! `barrier'
       Barriers are placed in the instruction stream when control cannot
       flow past them.  They are placed after unconditional jump
!      instructions to indicate that the jumps are unconditional and
!      after calls to `volatile' functions, which do not return (e.g.,
!      `exit').  They contain no information beyond the three standard
!      fields.
  
! `note'
!      `note' insns are used to represent additional debugging and
       declarative information.  They contain two nonstandard fields, an
!      integer which is accessed with the macro `NOTE_LINE_NUMBER' and a
!      string accessed with `NOTE_SOURCE_FILE'.
  
!      If `NOTE_LINE_NUMBER' is positive, the note represents the
!      position of a source line and `NOTE_SOURCE_FILE' is the source
!      file name that the line came from.  These notes control generation
!      of line number data in the assembler output.
  
!      Otherwise, `NOTE_LINE_NUMBER' is not really a line number but a
!      code with one of the following values (and `NOTE_SOURCE_FILE' must
       contain a null pointer):
  
!     `NOTE_INSN_DELETED'
            Such a note is completely ignorable.  Some passes of the
            compiler delete insns by altering them into notes of this
            kind.
  
!     `NOTE_INSN_DELETED_LABEL'
!           This marks what used to be a `code_label', but was not used
!           for other purposes than taking its address and was
!           transformed to mark that no code jumps to it.
  
!     `NOTE_INSN_BLOCK_BEG'
!     `NOTE_INSN_BLOCK_END'
            These types of notes indicate the position of the beginning
!           and end of a level of scoping of variable names.  They
!           control the output of debugging information.
  
!     `NOTE_INSN_EH_REGION_BEG'
!     `NOTE_INSN_EH_REGION_END'
            These types of notes indicate the position of the beginning
            and end of a level of scoping for exception handling.
!           `NOTE_EH_HANDLER' identifies which region is associated with
            these notes.
  
!     `NOTE_INSN_FUNCTION_BEG'
            Appears at the start of the function body, after the function
            prologue.
  
!     `NOTE_INSN_VAR_LOCATION'
            This note is used to generate variable location debugging
            information.  It indicates that the user variable in its
!           `VAR_LOCATION' operand is at the location given in the RTL
            expression, or holds a value that can be computed by
            evaluating the RTL expression from that static point in the
            program up to the next such note for the same user variable.
  
+ 
       These codes are printed symbolically when they appear in debugging
       dumps.
  
! `debug_insn'
!      The expression code `debug_insn' is used for pseudo-instructions
       that hold debugging information for variable tracking at
!      assignments (see `-fvar-tracking-assignments' option).  They are
!      the RTL representation of `GIMPLE_DEBUG' statements (*note
!      `GIMPLE_DEBUG'::), with a `VAR_LOCATION' operand that binds a user
!      variable tree to an RTL representation of the `value' in the
!      corresponding statement.  A `DEBUG_EXPR' in it stands for the
!      value bound to the corresponding `DEBUG_EXPR_DECL'.
  
       Throughout optimization passes, binding information is kept in
       pseudo-instruction form, so that, unlike notes, it gets the same
       treatment and adjustments that regular instructions would.  It is
       the variable tracking pass that turns these pseudo-instructions
!      into var location notes, analyzing control flow, value
!      equivalences and changes to registers and memory referenced in
!      value expressions, propagating the values of debug temporaries and
       determining expressions that can be used to compute the value of
       each user variable at as many points (ranges, actually) in the
       program as possible.
  
!      Unlike `NOTE_INSN_VAR_LOCATION', the value expression in an
!      `INSN_VAR_LOCATION' denotes a value at that specific point in the
       program, rather than an expression that can be evaluated at any
!      later point before an overriding `VAR_LOCATION' is encountered.
!      E.g., if a user variable is bound to a `REG' and then a subsequent
!      insn modifies the `REG', the note location would keep mapping the
       user variable to the register across the insn, whereas the insn
       location would keep the variable bound to the value, so that the
       variable tracking pass would emit another location note for the
       variable at the point in which the register is modified.
  
! 
!  The machine mode of an insn is normally `VOIDmode', but some phases
! use the mode for various purposes.
  
   The common subexpression elimination pass sets the mode of an insn to
! `QImode' when it is the first insn in a block that has already been
  processed.
  
   The second Haifa scheduling pass, for targets that can multiple issue,
! sets the mode of an insn to `TImode' when it is believed that the
! instruction begins an issue group.  That is, when the instruction
! cannot issue simultaneously with the previous.  This may be relied on
! by later passes, in particular machine-dependent reorg.
  
!  Here is a table of the extra fields of `insn', `jump_insn' and
! `call_insn' insns:
  
! `PATTERN (I)'
       An expression for the side effect performed by this insn.  This
!      must be one of the following codes: `set', `call', `use',
!      `clobber', `return', `simple_return', `asm_input', `asm_output',
!      `addr_vec', `addr_diff_vec', `trap_if', `unspec',
!      `unspec_volatile', `parallel', `cond_exec', or `sequence'.  If it
!      is a `parallel', each element of the `parallel' must be one these
!      codes, except that `parallel' expressions cannot be nested and
!      `addr_vec' and `addr_diff_vec' are not permitted inside a
!      `parallel' expression.
  
! `INSN_CODE (I)'
       An integer that says which pattern in the machine description
       matches this insn, or -1 if the matching has not yet been
       attempted.
  
       Such matching is never attempted and this field remains -1 on an
!      insn whose pattern consists of a single `use', `clobber',
!      `asm_input', `addr_vec' or `addr_diff_vec' expression.
  
!      Matching is also never attempted on insns that result from an `asm'
!      statement.  These contain at least one `asm_operands' expression.
!      The function `asm_noperands' returns a non-negative value for such
       insns.
  
!      In the debugging output, this field is printed as a number
!      followed by a symbolic representation that locates the pattern in
!      the `md' file as some small positive or negative offset from a
!      named pattern.
  
! `LOG_LINKS (I)'
!      A list (chain of `insn_list' expressions) giving information about
       dependencies between instructions within a basic block.  Neither a
       jump nor a label may come between the related insns.  These are
       only used by the schedulers and by combine.  This is a deprecated
       data structure.  Def-use and use-def chains are now preferred.
  
! `REG_NOTES (I)'
!      A list (chain of `expr_list', `insn_list' and `int_list'
       expressions) giving miscellaneous information about the insn.  It
       is often information pertaining to the registers used in this insn.
  
!  The `LOG_LINKS' field of an insn is a chain of `insn_list'
! expressions.  Each of these has two operands: the first is an insn, and
! the second is another `insn_list' expression (the next one in the
! chain).  The last `insn_list' in the chain has a null pointer as second
! operand.  The significant thing about the chain is which insns appear
! in it (as first operands of `insn_list' expressions).  Their order is
! not significant.
  
   This list is originally set up by the flow analysis pass; it is a null
  pointer until then.  Flow only adds links for those data dependencies
*************** which can be used for instruction combin
*** 17156,17180 ****
  analysis pass adds a link to insns which store into registers values
  that are used for the first time in this insn.
  
!  The 'REG_NOTES' field of an insn is a chain similar to the 'LOG_LINKS'
! field but it includes 'expr_list' and 'int_list' expressions in addition
! to 'insn_list' expressions.  There are several kinds of register notes,
! which are distinguished by the machine mode, which in a register note is
! really understood as being an 'enum reg_note'.  The first operand OP of
! the note is data whose meaning depends on the kind of note.
  
!  The macro 'REG_NOTE_KIND (X)' returns the kind of register note.  Its
! counterpart, the macro 'PUT_REG_NOTE_KIND (X, NEWKIND)' sets the
  register note type of X to be NEWKIND.
  
   Register notes are of three classes: They may say something about an
  input to an insn, they may say something about an output of an insn, or
  they may create a linkage between two insns.  There are also a set of
! values that are only used in 'LOG_LINKS'.
  
   These register notes annotate inputs to an insn:
  
! 'REG_DEAD'
       The value in OP dies in this insn; that is to say, altering the
       value immediately after this insn would not affect the future
       behavior of the program.
--- 17325,17350 ----
  analysis pass adds a link to insns which store into registers values
  that are used for the first time in this insn.
  
!  The `REG_NOTES' field of an insn is a chain similar to the `LOG_LINKS'
! field but it includes `expr_list' and `int_list' expressions in
! addition to `insn_list' expressions.  There are several kinds of
! register notes, which are distinguished by the machine mode, which in a
! register note is really understood as being an `enum reg_note'.  The
! first operand OP of the note is data whose meaning depends on the kind
! of note.
  
!  The macro `REG_NOTE_KIND (X)' returns the kind of register note.  Its
! counterpart, the macro `PUT_REG_NOTE_KIND (X, NEWKIND)' sets the
  register note type of X to be NEWKIND.
  
   Register notes are of three classes: They may say something about an
  input to an insn, they may say something about an output of an insn, or
  they may create a linkage between two insns.  There are also a set of
! values that are only used in `LOG_LINKS'.
  
   These register notes annotate inputs to an insn:
  
! `REG_DEAD'
       The value in OP dies in this insn; that is to say, altering the
       value immediately after this insn would not affect the future
       behavior of the program.
*************** values that are only used in 'LOG_LINKS'
*** 17183,17254 ****
       this insn since OP is not necessarily modified by this insn.
       Rather, no subsequent instruction uses the contents of OP.
  
! 'REG_UNUSED'
       The register OP being set by this insn will not be used in a
!      subsequent insn.  This differs from a 'REG_DEAD' note, which
       indicates that the value in an input will not be used subsequently.
       These two notes are independent; both may be present for the same
       register.
  
! 'REG_INC'
!      The register OP is incremented (or decremented; at this level there
!      is no distinction) by an embedded side effect inside this insn.
!      This means it appears in a 'post_inc', 'pre_inc', 'post_dec' or
!      'pre_dec' expression.
  
! 'REG_NONNEG'
!      The register OP is known to have a nonnegative value when this insn
!      is reached.  This is used so that decrement and branch until zero
!      instructions, such as the m68k dbra, can be matched.
  
!      The 'REG_NONNEG' note is added to insns only if the machine
!      description has a 'decrement_and_branch_until_zero' pattern.
  
! 'REG_LABEL_OPERAND'
!      This insn uses OP, a 'code_label' or a 'note' of type
!      'NOTE_INSN_DELETED_LABEL', but is not a 'jump_insn', or it is a
!      'jump_insn' that refers to the operand as an ordinary operand.  The
!      label may still eventually be a jump target, but if so in an
       indirect jump in a subsequent insn.  The presence of this note
       allows jump optimization to be aware that OP is, in fact, being
       used, and flow optimization to build an accurate flow graph.
  
! 'REG_LABEL_TARGET'
!      This insn is a 'jump_insn' but not an 'addr_vec' or
!      'addr_diff_vec'.  It uses OP, a 'code_label' as a direct or
       indirect jump target.  Its purpose is similar to that of
!      'REG_LABEL_OPERAND'.  This note is only present if the insn has
       multiple targets; the last label in the insn (in the highest
!      numbered insn-field) goes into the 'JUMP_LABEL' field and does not
!      have a 'REG_LABEL_TARGET' note.  *Note JUMP_LABEL: Insns.
  
! 'REG_CROSSING_JUMP'
       This insn is a branching instruction (either an unconditional jump
       or an indirect jump) which crosses between hot and cold sections,
       which could potentially be very far apart in the executable.  The
       presence of this note indicates to other optimizations that this
       branching instruction should not be "collapsed" into a simpler
!      branching construct.  It is used when the optimization to partition
!      basic blocks into hot and cold sections is turned on.
  
! 'REG_SETJMP'
!      Appears attached to each 'CALL_INSN' to 'setjmp' or a related
       function.
  
   The following notes describe attributes of outputs of an insn:
  
! 'REG_EQUIV'
! 'REG_EQUAL'
       This note is only valid on an insn that sets only one register and
       indicates that that register will be equal to OP at run time; the
       scope of this equivalence differs between the two types of notes.
       The value which the insn explicitly copies into the register may
       look different from OP, but they will be equal at run time.  If the
!      output of the single 'set' is a 'strict_low_part' or 'zero_extract'
!      expression, the note refers to the register that is contained in
!      its first operand.
  
!      For 'REG_EQUIV', the register is equivalent to OP throughout the
       entire function, and could validly be replaced in all its
       occurrences by OP.  ("Validly" here refers to the data flow of the
       program; simple replacement may make some insns invalid.)  For
--- 17353,17424 ----
       this insn since OP is not necessarily modified by this insn.
       Rather, no subsequent instruction uses the contents of OP.
  
! `REG_UNUSED'
       The register OP being set by this insn will not be used in a
!      subsequent insn.  This differs from a `REG_DEAD' note, which
       indicates that the value in an input will not be used subsequently.
       These two notes are independent; both may be present for the same
       register.
  
! `REG_INC'
!      The register OP is incremented (or decremented; at this level
!      there is no distinction) by an embedded side effect inside this
!      insn.  This means it appears in a `post_inc', `pre_inc',
!      `post_dec' or `pre_dec' expression.
  
! `REG_NONNEG'
!      The register OP is known to have a nonnegative value when this
!      insn is reached.  This is used so that decrement and branch until
!      zero instructions, such as the m68k dbra, can be matched.
  
!      The `REG_NONNEG' note is added to insns only if the machine
!      description has a `decrement_and_branch_until_zero' pattern.
  
! `REG_LABEL_OPERAND'
!      This insn uses OP, a `code_label' or a `note' of type
!      `NOTE_INSN_DELETED_LABEL', but is not a `jump_insn', or it is a
!      `jump_insn' that refers to the operand as an ordinary operand.
!      The label may still eventually be a jump target, but if so in an
       indirect jump in a subsequent insn.  The presence of this note
       allows jump optimization to be aware that OP is, in fact, being
       used, and flow optimization to build an accurate flow graph.
  
! `REG_LABEL_TARGET'
!      This insn is a `jump_insn' but not an `addr_vec' or
!      `addr_diff_vec'.  It uses OP, a `code_label' as a direct or
       indirect jump target.  Its purpose is similar to that of
!      `REG_LABEL_OPERAND'.  This note is only present if the insn has
       multiple targets; the last label in the insn (in the highest
!      numbered insn-field) goes into the `JUMP_LABEL' field and does not
!      have a `REG_LABEL_TARGET' note.  *Note JUMP_LABEL: Insns.
  
! `REG_CROSSING_JUMP'
       This insn is a branching instruction (either an unconditional jump
       or an indirect jump) which crosses between hot and cold sections,
       which could potentially be very far apart in the executable.  The
       presence of this note indicates to other optimizations that this
       branching instruction should not be "collapsed" into a simpler
!      branching construct.  It is used when the optimization to
!      partition basic blocks into hot and cold sections is turned on.
  
! `REG_SETJMP'
!      Appears attached to each `CALL_INSN' to `setjmp' or a related
       function.
  
   The following notes describe attributes of outputs of an insn:
  
! `REG_EQUIV'
! `REG_EQUAL'
       This note is only valid on an insn that sets only one register and
       indicates that that register will be equal to OP at run time; the
       scope of this equivalence differs between the two types of notes.
       The value which the insn explicitly copies into the register may
       look different from OP, but they will be equal at run time.  If the
!      output of the single `set' is a `strict_low_part' or
!      `zero_extract' expression, the note refers to the register that is
!      contained in its first operand.
  
!      For `REG_EQUIV', the register is equivalent to OP throughout the
       entire function, and could validly be replaced in all its
       occurrences by OP.  ("Validly" here refers to the data flow of the
       program; simple replacement may make some insns invalid.)  For
*************** values that are only used in 'LOG_LINKS'
*** 17258,17279 ****
       When a parameter is copied into a pseudo-register at entry to a
       function, a note of this kind records that the register is
       equivalent to the stack slot where the parameter was passed.
!      Although in this case the register may be set by other insns, it is
!      still valid to replace the register by the stack slot throughout
!      the function.
  
!      A 'REG_EQUIV' note is also used on an instruction which copies a
       register parameter into a pseudo-register at entry to a function,
       if there is a stack slot where that parameter could be stored.
       Although other insns may set the pseudo-register, it is valid for
       the compiler to replace the pseudo-register by stack slot
       throughout the function, provided the compiler ensures that the
!      stack slot is properly initialized by making the replacement in the
!      initial copy instruction as well.  This is used on machines for
!      which the calling convention allocates stack space for register
!      parameters.  See 'REG_PARM_STACK_SPACE' in *note Stack Arguments::.
  
!      In the case of 'REG_EQUAL', the register that is set by this insn
       will be equal to OP at run time at the end of this insn but not
       necessarily elsewhere in the function.  In this case, OP is
       typically an arithmetic expression.  For example, when a sequence
--- 17428,17450 ----
       When a parameter is copied into a pseudo-register at entry to a
       function, a note of this kind records that the register is
       equivalent to the stack slot where the parameter was passed.
!      Although in this case the register may be set by other insns, it
!      is still valid to replace the register by the stack slot
!      throughout the function.
  
!      A `REG_EQUIV' note is also used on an instruction which copies a
       register parameter into a pseudo-register at entry to a function,
       if there is a stack slot where that parameter could be stored.
       Although other insns may set the pseudo-register, it is valid for
       the compiler to replace the pseudo-register by stack slot
       throughout the function, provided the compiler ensures that the
!      stack slot is properly initialized by making the replacement in
!      the initial copy instruction as well.  This is used on machines
!      for which the calling convention allocates stack space for
!      register parameters.  See `REG_PARM_STACK_SPACE' in *note Stack
!      Arguments::.
  
!      In the case of `REG_EQUAL', the register that is set by this insn
       will be equal to OP at run time at the end of this insn but not
       necessarily elsewhere in the function.  In this case, OP is
       typically an arithmetic expression.  For example, when a sequence
*************** values that are only used in 'LOG_LINKS'
*** 17282,17367 ****
       or copies the final value.
  
       These two notes are used in different ways by the compiler passes.
!      'REG_EQUAL' is used by passes prior to register allocation (such as
       common subexpression elimination and loop optimization) to tell
!      them how to think of that value.  'REG_EQUIV' notes are used by
       register allocation to indicate that there is an available
!      substitute expression (either a constant or a 'mem' expression for
!      the location of a parameter on the stack) that may be used in place
!      of a register if insufficient registers are available.
  
       Except for stack homes for parameters, which are indicated by a
!      'REG_EQUIV' note and are not useful to the early optimization
       passes and pseudo registers that are equivalent to a memory
       location throughout their entire life, which is not detected until
       later in the compilation, all equivalences are initially indicated
!      by an attached 'REG_EQUAL' note.  In the early stages of register
!      allocation, a 'REG_EQUAL' note is changed into a 'REG_EQUIV' note
       if OP is a constant and the insn represents the only set of its
       destination register.
  
       Thus, compiler passes prior to register allocation need only check
!      for 'REG_EQUAL' notes and passes subsequent to register allocation
!      need only check for 'REG_EQUIV' notes.
  
   These notes describe linkages between insns.  They occur in pairs: one
  insn has one of a pair of notes that points to a second insn, which has
  the inverse note pointing back to the first insn.
  
! 'REG_CC_SETTER'
! 'REG_CC_USER'
!      On machines that use 'cc0', the insns which set and use 'cc0' set
!      and use 'cc0' are adjacent.  However, when branch delay slot
       filling is done, this may no longer be true.  In this case a
!      'REG_CC_USER' note will be placed on the insn setting 'cc0' to
!      point to the insn using 'cc0' and a 'REG_CC_SETTER' note will be
!      placed on the insn using 'cc0' to point to the insn setting 'cc0'.
  
!  These values are only used in the 'LOG_LINKS' field, and indicate the
  type of dependency that each link represents.  Links which indicate a
  data dependence (a read after write dependence) do not use any code,
! they simply have mode 'VOIDmode', and are printed without any
  descriptive text.
  
! 'REG_DEP_TRUE'
       This indicates a true dependence (a read after write dependence).
  
! 'REG_DEP_OUTPUT'
       This indicates an output dependence (a write after write
       dependence).
  
! 'REG_DEP_ANTI'
       This indicates an anti dependence (a write after read dependence).
  
   These notes describe information gathered from gcov profile data.  They
! are stored in the 'REG_NOTES' field of an insn.
  
! 'REG_BR_PROB'
       This is used to specify the ratio of branches to non-branches of a
       branch insn according to the profile data.  The note is represented
!      as an 'int_list' expression whose integer value is between 0 and
!      REG_BR_PROB_BASE. Larger values indicate a higher probability that
       the branch will be taken.
  
! 'REG_BR_PRED'
       These notes are found in JUMP insns after delayed branch scheduling
       has taken place.  They indicate both the direction and the
       likelihood of the JUMP.  The format is a bitmask of ATTR_FLAG_*
       values.
  
! 'REG_FRAME_RELATED_EXPR'
       This is used on an RTX_FRAME_RELATED_P insn wherein the attached
       expression is used in place of the actual insn pattern.  This is
       done in cases where the pattern is either complex or misleading.
  
!  For convenience, the machine mode in an 'insn_list' or 'expr_list' is
  printed using these symbolic codes in debugging dumps.
  
!  The only difference between the expression codes 'insn_list' and
! 'expr_list' is that the first operand of an 'insn_list' is assumed to be
! an insn and is printed in debugging dumps as the insn's unique id; the
! first operand of an 'expr_list' is printed in the ordinary way as an
! expression.
  
  
  File: gccint.info,  Node: Calls,  Next: Sharing,  Prev: Insns,  Up: RTL
--- 17453,17539 ----
       or copies the final value.
  
       These two notes are used in different ways by the compiler passes.
!      `REG_EQUAL' is used by passes prior to register allocation (such as
       common subexpression elimination and loop optimization) to tell
!      them how to think of that value.  `REG_EQUIV' notes are used by
       register allocation to indicate that there is an available
!      substitute expression (either a constant or a `mem' expression for
!      the location of a parameter on the stack) that may be used in
!      place of a register if insufficient registers are available.
  
       Except for stack homes for parameters, which are indicated by a
!      `REG_EQUIV' note and are not useful to the early optimization
       passes and pseudo registers that are equivalent to a memory
       location throughout their entire life, which is not detected until
       later in the compilation, all equivalences are initially indicated
!      by an attached `REG_EQUAL' note.  In the early stages of register
!      allocation, a `REG_EQUAL' note is changed into a `REG_EQUIV' note
       if OP is a constant and the insn represents the only set of its
       destination register.
  
       Thus, compiler passes prior to register allocation need only check
!      for `REG_EQUAL' notes and passes subsequent to register allocation
!      need only check for `REG_EQUIV' notes.
  
   These notes describe linkages between insns.  They occur in pairs: one
  insn has one of a pair of notes that points to a second insn, which has
  the inverse note pointing back to the first insn.
  
! `REG_CC_SETTER'
! `REG_CC_USER'
!      On machines that use `cc0', the insns which set and use `cc0' set
!      and use `cc0' are adjacent.  However, when branch delay slot
       filling is done, this may no longer be true.  In this case a
!      `REG_CC_USER' note will be placed on the insn setting `cc0' to
!      point to the insn using `cc0' and a `REG_CC_SETTER' note will be
!      placed on the insn using `cc0' to point to the insn setting `cc0'.
  
!  These values are only used in the `LOG_LINKS' field, and indicate the
  type of dependency that each link represents.  Links which indicate a
  data dependence (a read after write dependence) do not use any code,
! they simply have mode `VOIDmode', and are printed without any
  descriptive text.
  
! `REG_DEP_TRUE'
       This indicates a true dependence (a read after write dependence).
  
! `REG_DEP_OUTPUT'
       This indicates an output dependence (a write after write
       dependence).
  
! `REG_DEP_ANTI'
       This indicates an anti dependence (a write after read dependence).
  
+ 
   These notes describe information gathered from gcov profile data.  They
! are stored in the `REG_NOTES' field of an insn.
  
! `REG_BR_PROB'
       This is used to specify the ratio of branches to non-branches of a
       branch insn according to the profile data.  The note is represented
!      as an `int_list' expression whose integer value is between 0 and
!      REG_BR_PROB_BASE.  Larger values indicate a higher probability that
       the branch will be taken.
  
! `REG_BR_PRED'
       These notes are found in JUMP insns after delayed branch scheduling
       has taken place.  They indicate both the direction and the
       likelihood of the JUMP.  The format is a bitmask of ATTR_FLAG_*
       values.
  
! `REG_FRAME_RELATED_EXPR'
       This is used on an RTX_FRAME_RELATED_P insn wherein the attached
       expression is used in place of the actual insn pattern.  This is
       done in cases where the pattern is either complex or misleading.
  
!  For convenience, the machine mode in an `insn_list' or `expr_list' is
  printed using these symbolic codes in debugging dumps.
  
!  The only difference between the expression codes `insn_list' and
! `expr_list' is that the first operand of an `insn_list' is assumed to
! be an insn and is printed in debugging dumps as the insn's unique id;
! the first operand of an `expr_list' is printed in the ordinary way as
! an expression.
  
  
  File: gccint.info,  Node: Calls,  Next: Sharing,  Prev: Insns,  Up: RTL
*************** File: gccint.info,  Node: Calls,  Next:
*** 17369,17392 ****
  13.20 RTL Representation of Function-Call Insns
  ===============================================
  
! Insns that call subroutines have the RTL expression code 'call_insn'.
  These insns must satisfy special rules, and their bodies must use a
! special RTL expression code, 'call'.
  
!  A 'call' expression has two operands, as follows:
  
       (call (mem:FM ADDR) NBYTES)
  
  Here NBYTES is an operand that represents the number of bytes of
  argument data being passed to the subroutine, FM is a machine mode
! (which must equal as the definition of the 'FUNCTION_MODE' macro in the
  machine description) and ADDR represents the address of the subroutine.
  
!  For a subroutine that returns no value, the 'call' expression as shown
  above is the entire body of the insn, except that the insn might also
! contain 'use' or 'clobber' expressions.
  
!  For a subroutine that returns a value whose mode is not 'BLKmode', the
  value is returned in a hard register.  If this register's number is R,
  then the body of the call insn looks like this:
  
--- 17541,17564 ----
  13.20 RTL Representation of Function-Call Insns
  ===============================================
  
! Insns that call subroutines have the RTL expression code `call_insn'.
  These insns must satisfy special rules, and their bodies must use a
! special RTL expression code, `call'.
  
!  A `call' expression has two operands, as follows:
  
       (call (mem:FM ADDR) NBYTES)
  
  Here NBYTES is an operand that represents the number of bytes of
  argument data being passed to the subroutine, FM is a machine mode
! (which must equal as the definition of the `FUNCTION_MODE' macro in the
  machine description) and ADDR represents the address of the subroutine.
  
!  For a subroutine that returns no value, the `call' expression as shown
  above is the entire body of the insn, except that the insn might also
! contain `use' or `clobber' expressions.
  
!  For a subroutine that returns a value whose mode is not `BLKmode', the
  value is returned in a hard register.  If this register's number is R,
  then the body of the call insn looks like this:
  
*************** then the body of the call insn looks lik
*** 17396,17425 ****
  This RTL expression makes it clear (to the optimizer passes) that the
  appropriate register receives a useful value in this insn.
  
!  When a subroutine returns a 'BLKmode' value, it is handled by passing
  to the subroutine the address of a place to store the value.  So the
  call insn itself does not "return" any value, and it has the same RTL
  form as a call that returns nothing.
  
   On some machines, the call instruction itself clobbers some register,
! for example to contain the return address.  'call_insn' insns on these
! machines should have a body which is a 'parallel' that contains both the
! 'call' expression and 'clobber' expressions that indicate which
  registers are destroyed.  Similarly, if the call instruction requires
  some register other than the stack pointer that is not explicitly
! mentioned in its RTL, a 'use' subexpression should mention that
  register.
  
   Functions that are called are assumed to modify all registers listed in
! the configuration macro 'CALL_USED_REGISTERS' (*note Register Basics::)
! and, with the exception of 'const' functions and library calls, to
  modify all of memory.
  
!  Insns containing just 'use' expressions directly precede the
! 'call_insn' insn to indicate which registers contain inputs to the
  function.  Similarly, if registers other than those in
! 'CALL_USED_REGISTERS' are clobbered by the called function, insns
! containing a single 'clobber' follow immediately after the call to
  indicate which registers.
  
  
--- 17568,17597 ----
  This RTL expression makes it clear (to the optimizer passes) that the
  appropriate register receives a useful value in this insn.
  
!  When a subroutine returns a `BLKmode' value, it is handled by passing
  to the subroutine the address of a place to store the value.  So the
  call insn itself does not "return" any value, and it has the same RTL
  form as a call that returns nothing.
  
   On some machines, the call instruction itself clobbers some register,
! for example to contain the return address.  `call_insn' insns on these
! machines should have a body which is a `parallel' that contains both
! the `call' expression and `clobber' expressions that indicate which
  registers are destroyed.  Similarly, if the call instruction requires
  some register other than the stack pointer that is not explicitly
! mentioned in its RTL, a `use' subexpression should mention that
  register.
  
   Functions that are called are assumed to modify all registers listed in
! the configuration macro `CALL_USED_REGISTERS' (*note Register Basics::)
! and, with the exception of `const' functions and library calls, to
  modify all of memory.
  
!  Insns containing just `use' expressions directly precede the
! `call_insn' insn to indicate which registers contain inputs to the
  function.  Similarly, if registers other than those in
! `CALL_USED_REGISTERS' are clobbered by the called function, insns
! containing a single `clobber' follow immediately after the call to
  indicate which registers.
  
  
*************** File: gccint.info,  Node: Sharing,  Next
*** 17429,17477 ****
  ===================================
  
  The compiler assumes that certain kinds of RTL expressions are unique;
! there do not exist two distinct objects representing the same value.  In
! other cases, it makes an opposite assumption: that no RTL expression
  object of a certain kind appears in more than one place in the
  containing structure.
  
   These assumptions refer to a single function; except for the RTL
! objects that describe global variables and external functions, and a few
! standard objects such as small integer constants, no RTL objects are
! common to two functions.
  
!    * Each pseudo-register has only a single 'reg' object to represent
       it, and therefore only a single machine mode.
  
!    * For any symbolic label, there is only one 'symbol_ref' object
       referring to it.
  
!    * All 'const_int' expressions with equal values are shared.
  
!    * There is only one 'pc' expression.
  
!    * There is only one 'cc0' expression.
  
!    * There is only one 'const_double' expression with value 0 for each
       floating point mode.  Likewise for values 1 and 2.
  
!    * There is only one 'const_vector' expression with value 0 for each
       vector mode, be it an integer or a double constant vector.
  
!    * No 'label_ref' or 'scratch' appears in more than one place in the
       RTL structure; in other words, it is safe to do a tree-walk of all
!      the insns in the function and assume that each time a 'label_ref'
!      or 'scratch' is seen it is distinct from all others that are seen.
  
!    * Only one 'mem' object is normally created for each static variable
       or stack slot, so these objects are frequently shared in all the
       places they appear.  However, separate but equal objects for these
       variables are occasionally made.
  
!    * When a single 'asm' statement has multiple output operands, a
!      distinct 'asm_operands' expression is made for each output operand.
       However, these all share the vector which contains the sequence of
       input operands.  This sharing is used later on to test whether two
!      'asm_operands' expressions come from the same statement, so all
       optimizations must carefully preserve the sharing if they copy the
       vector at all.
  
--- 17601,17649 ----
  ===================================
  
  The compiler assumes that certain kinds of RTL expressions are unique;
! there do not exist two distinct objects representing the same value.
! In other cases, it makes an opposite assumption: that no RTL expression
  object of a certain kind appears in more than one place in the
  containing structure.
  
   These assumptions refer to a single function; except for the RTL
! objects that describe global variables and external functions, and a
! few standard objects such as small integer constants, no RTL objects
! are common to two functions.
  
!    * Each pseudo-register has only a single `reg' object to represent
       it, and therefore only a single machine mode.
  
!    * For any symbolic label, there is only one `symbol_ref' object
       referring to it.
  
!    * All `const_int' expressions with equal values are shared.
  
!    * There is only one `pc' expression.
  
!    * There is only one `cc0' expression.
  
!    * There is only one `const_double' expression with value 0 for each
       floating point mode.  Likewise for values 1 and 2.
  
!    * There is only one `const_vector' expression with value 0 for each
       vector mode, be it an integer or a double constant vector.
  
!    * No `label_ref' or `scratch' appears in more than one place in the
       RTL structure; in other words, it is safe to do a tree-walk of all
!      the insns in the function and assume that each time a `label_ref'
!      or `scratch' is seen it is distinct from all others that are seen.
  
!    * Only one `mem' object is normally created for each static variable
       or stack slot, so these objects are frequently shared in all the
       places they appear.  However, separate but equal objects for these
       variables are occasionally made.
  
!    * When a single `asm' statement has multiple output operands, a
!      distinct `asm_operands' expression is made for each output operand.
       However, these all share the vector which contains the sequence of
       input operands.  This sharing is used later on to test whether two
!      `asm_operands' expressions come from the same statement, so all
       optimizations must carefully preserve the sharing if they copy the
       vector at all.
  
*************** common to two functions.
*** 17482,17495 ****
  
     * During initial RTL generation, shared structure is freely
       introduced.  After all the RTL for a function has been generated,
!      all shared structure is copied by 'unshare_all_rtl' in
!      'emit-rtl.c', after which the above rules are guaranteed to be
       followed.
  
     * During the combiner pass, shared structure within an insn can exist
       temporarily.  However, the shared structure is copied before the
       combiner is finished with the insn.  This is done by calling
!      'copy_rtx_if_shared', which is a subroutine of 'unshare_all_rtl'.
  
  
  File: gccint.info,  Node: Reading RTL,  Prev: Sharing,  Up: RTL
--- 17654,17667 ----
  
     * During initial RTL generation, shared structure is freely
       introduced.  After all the RTL for a function has been generated,
!      all shared structure is copied by `unshare_all_rtl' in
!      `emit-rtl.c', after which the above rules are guaranteed to be
       followed.
  
     * During the combiner pass, shared structure within an insn can exist
       temporarily.  However, the shared structure is copied before the
       combiner is finished with the insn.  This is done by calling
!      `copy_rtx_if_shared', which is a subroutine of `unshare_all_rtl'.
  
  
  File: gccint.info,  Node: Reading RTL,  Prev: Sharing,  Up: RTL
*************** File: gccint.info,  Node: Reading RTL,
*** 17497,17507 ****
  13.22 Reading RTL
  =================
  
! To read an RTL object from a file, call 'read_rtx'.  It takes one
  argument, a stdio stream, and returns a single RTL object.  This routine
! is defined in 'read-rtl.c'.  It is not available in the compiler itself,
! only the various programs that generate the compiler back end from the
! machine description.
  
   People frequently have the idea of using RTL stored as text in a file
  as an interface between a language front end and the bulk of GCC.  This
--- 17669,17679 ----
  13.22 Reading RTL
  =================
  
! To read an RTL object from a file, call `read_rtx'.  It takes one
  argument, a stdio stream, and returns a single RTL object.  This routine
! is defined in `read-rtl.c'.  It is not available in the compiler
! itself, only the various programs that generate the compiler back end
! from the machine description.
  
   People frequently have the idea of using RTL stored as text in a file
  as an interface between a language front end and the bulk of GCC.  This
*************** idea is not feasible.
*** 17511,17519 ****
  program is very dependent on the particular target machine.  And the RTL
  does not contain all the information about the program.
  
!  The proper way to interface GCC to a new language front end is with the
! "tree" data structure, described in the files 'tree.h' and 'tree.def'.
! The documentation for this structure (*note GENERIC::) is incomplete.
  
  
  File: gccint.info,  Node: Control Flow,  Next: Loop Analysis and Representation,  Prev: RTL,  Up: Top
--- 17683,17692 ----
  program is very dependent on the particular target machine.  And the RTL
  does not contain all the information about the program.
  
!  The proper way to interface GCC to a new language front end is with
! the "tree" data structure, described in the files `tree.h' and
! `tree.def'.  The documentation for this structure (*note GENERIC::) is
! incomplete.
  
  
  File: gccint.info,  Node: Control Flow,  Next: Loop Analysis and Representation,  Prev: RTL,  Up: Top
*************** File: gccint.info,  Node: Control Flow,
*** 17522,17542 ****
  *********************
  
  A control flow graph (CFG) is a data structure built on top of the
! intermediate code representation (the RTL or 'GIMPLE' instruction
  stream) abstracting the control flow behavior of a function that is
  being compiled.  The CFG is a directed graph where the vertices
  represent basic blocks and edges represent possible transfer of control
  flow from one basic block to another.  The data structures used to
! represent the control flow graph are defined in 'basic-block.h'.
  
!  In GCC, the representation of control flow is maintained throughout the
! compilation process, from constructing the CFG early in 'pass_build_cfg'
! to 'pass_free_cfg' (see 'passes.def').  The CFG takes various different
! modes and may undergo extensive manipulations, but the graph is always
! valid between its construction and its release.  This way, transfer of
! information such as data flow, a measured profile, or the loop tree, can
! be propagated through the passes pipeline, and even from 'GIMPLE' to
! 'RTL'.
  
   Often the CFG may be better viewed as integral part of instruction
  chain, than structure built on the top of it.  Updating the compiler's
--- 17695,17715 ----
  *********************
  
  A control flow graph (CFG) is a data structure built on top of the
! intermediate code representation (the RTL or `GIMPLE' instruction
  stream) abstracting the control flow behavior of a function that is
  being compiled.  The CFG is a directed graph where the vertices
  represent basic blocks and edges represent possible transfer of control
  flow from one basic block to another.  The data structures used to
! represent the control flow graph are defined in `basic-block.h'.
  
!  In GCC, the representation of control flow is maintained throughout
! the compilation process, from constructing the CFG early in
! `pass_build_cfg' to `pass_free_cfg' (see `passes.def').  The CFG takes
! various different modes and may undergo extensive manipulations, but
! the graph is always valid between its construction and its release.
! This way, transfer of information such as data flow, a measured
! profile, or the loop tree, can be propagated through the passes
! pipeline, and even from `GIMPLE' to `RTL'.
  
   Often the CFG may be better viewed as integral part of instruction
  chain, than structure built on the top of it.  Updating the compiler's
*************** File: gccint.info,  Node: Basic Blocks,
*** 17558,17607 ****
  =================
  
  A basic block is a straight-line sequence of code with only one entry
! point and only one exit.  In GCC, basic blocks are represented using the
! 'basic_block' data type.
  
   Special basic blocks represent possible entry and exit points of a
! function.  These blocks are called 'ENTRY_BLOCK_PTR' and
! 'EXIT_BLOCK_PTR'.  These blocks do not contain any code.
  
!  The 'BASIC_BLOCK' array contains all basic blocks in an unspecified
! order.  Each 'basic_block' structure has a field that holds a unique
! integer identifier 'index' that is the index of the block in the
! 'BASIC_BLOCK' array.  The total number of basic blocks in the function
! is 'n_basic_blocks'.  Both the basic block indices and the total number
  of basic blocks may vary during the compilation process, as passes
! reorder, create, duplicate, and destroy basic blocks.  The index for any
! block should never be greater than 'last_basic_block'.  The indices 0
! and 1 are special codes reserved for 'ENTRY_BLOCK' and 'EXIT_BLOCK', the
! indices of 'ENTRY_BLOCK_PTR' and 'EXIT_BLOCK_PTR'.
  
!  Two pointer members of the 'basic_block' structure are the pointers
! 'next_bb' and 'prev_bb'.  These are used to keep doubly linked chain of
  basic blocks in the same order as the underlying instruction stream.
  The chain of basic blocks is updated transparently by the provided API
! for manipulating the CFG.  The macro 'FOR_EACH_BB' can be used to visit
! all the basic blocks in lexicographical order, except 'ENTRY_BLOCK' and
! 'EXIT_BLOCK'.  The macro 'FOR_ALL_BB' also visits all basic blocks in
! lexicographical order, including 'ENTRY_BLOCK' and 'EXIT_BLOCK'.
  
!  The functions 'post_order_compute' and 'inverted_post_order_compute'
! can be used to compute topological orders of the CFG. The orders are
! stored as vectors of basic block indices.  The 'BASIC_BLOCK' array can
  be used to iterate each basic block by index.  Dominator traversals are
! also possible using 'walk_dominator_tree'.  Given two basic blocks A and
! B, block A dominates block B if A is _always_ executed before B.
  
!  Each 'basic_block' also contains pointers to the first instruction (the
! "head") and the last instruction (the "tail") or "end" of the
  instruction stream contained in a basic block.  In fact, since the
! 'basic_block' data type is used to represent blocks in both major
! intermediate representations of GCC ('GIMPLE' and RTL), there are
  pointers to the head and end of a basic block for both representations,
! stored in intermediate representation specific data in the 'il' field of
! 'struct basic_block_def'.
  
!  For RTL, these pointers are 'BB_HEAD' and 'BB_END'.
  
   In the RTL representation of a function, the instruction stream
  contains not only the "real" instructions, but also "notes" or "insn
--- 17731,17780 ----
  =================
  
  A basic block is a straight-line sequence of code with only one entry
! point and only one exit.  In GCC, basic blocks are represented using
! the `basic_block' data type.
  
   Special basic blocks represent possible entry and exit points of a
! function.  These blocks are called `ENTRY_BLOCK_PTR' and
! `EXIT_BLOCK_PTR'.  These blocks do not contain any code.
  
!  The `BASIC_BLOCK' array contains all basic blocks in an unspecified
! order.  Each `basic_block' structure has a field that holds a unique
! integer identifier `index' that is the index of the block in the
! `BASIC_BLOCK' array.  The total number of basic blocks in the function
! is `n_basic_blocks'.  Both the basic block indices and the total number
  of basic blocks may vary during the compilation process, as passes
! reorder, create, duplicate, and destroy basic blocks.  The index for
! any block should never be greater than `last_basic_block'.  The indices
! 0 and 1 are special codes reserved for `ENTRY_BLOCK' and `EXIT_BLOCK',
! the indices of `ENTRY_BLOCK_PTR' and `EXIT_BLOCK_PTR'.
  
!  Two pointer members of the `basic_block' structure are the pointers
! `next_bb' and `prev_bb'.  These are used to keep doubly linked chain of
  basic blocks in the same order as the underlying instruction stream.
  The chain of basic blocks is updated transparently by the provided API
! for manipulating the CFG.  The macro `FOR_EACH_BB' can be used to visit
! all the basic blocks in lexicographical order, except `ENTRY_BLOCK' and
! `EXIT_BLOCK'.  The macro `FOR_ALL_BB' also visits all basic blocks in
! lexicographical order, including `ENTRY_BLOCK' and `EXIT_BLOCK'.
  
!  The functions `post_order_compute' and `inverted_post_order_compute'
! can be used to compute topological orders of the CFG.  The orders are
! stored as vectors of basic block indices.  The `BASIC_BLOCK' array can
  be used to iterate each basic block by index.  Dominator traversals are
! also possible using `walk_dominator_tree'.  Given two basic blocks A
! and B, block A dominates block B if A is _always_ executed before B.
  
!  Each `basic_block' also contains pointers to the first instruction
! (the "head") and the last instruction (the "tail") or "end" of the
  instruction stream contained in a basic block.  In fact, since the
! `basic_block' data type is used to represent blocks in both major
! intermediate representations of GCC (`GIMPLE' and RTL), there are
  pointers to the head and end of a basic block for both representations,
! stored in intermediate representation specific data in the `il' field
! of `struct basic_block_def'.
  
!  For RTL, these pointers are `BB_HEAD' and `BB_END'.
  
   In the RTL representation of a function, the instruction stream
  contains not only the "real" instructions, but also "notes" or "insn
*************** notes" (to distinguish them from "reg no
*** 17609,17644 ****
  or duplicates the basic blocks needs to take care of updating of these
  notes.  Many of these notes expect that the instruction stream consists
  of linear regions, so updating can sometimes be tedious.  All types of
! insn notes are defined in 'insn-notes.def'.
  
   In the RTL function representation, the instructions contained in a
! basic block always follow a 'NOTE_INSN_BASIC_BLOCK', but zero or more
! 'CODE_LABEL' nodes can precede the block note.  A basic block ends with
  a control flow instruction or with the last instruction before the next
! 'CODE_LABEL' or 'NOTE_INSN_BASIC_BLOCK'.  By definition, a 'CODE_LABEL'
  cannot appear in the middle of the instruction stream of a basic block.
  
   In addition to notes, the jump table vectors are also represented as
  "pseudo-instructions" inside the insn stream.  These vectors never
  appear in the basic block and should always be placed just after the
! table jump instructions referencing them.  After removing the table-jump
! it is often difficult to eliminate the code computing the address and
! referencing the vector, so cleaning up these vectors is postponed until
! after liveness analysis.  Thus the jump table vectors may appear in the
! insn stream unreferenced and without any purpose.  Before any edge is
! made "fall-thru", the existence of such construct in the way needs to be
! checked by calling 'can_fallthru' function.
  
!  For the 'GIMPLE' representation, the PHI nodes and statements contained
! in a basic block are in a 'gimple_seq' pointed to by the basic block
! intermediate language specific pointers.  Abstract containers and
! iterators are used to access the PHI nodes and statements in a basic
! blocks.  These iterators are called "GIMPLE statement iterators" (GSIs).
! Grep for '^gsi' in the various 'gimple-*' and 'tree-*' files.  There is
! a 'gimple_stmt_iterator' type for iterating over all kinds of statement,
! and a 'gphi_iterator' subclass for iterating over PHI nodes.  The
! following snippet will pretty-print all PHI nodes the statements of the
! current function in the GIMPLE representation.
  
       basic_block bb;
  
--- 17782,17818 ----
  or duplicates the basic blocks needs to take care of updating of these
  notes.  Many of these notes expect that the instruction stream consists
  of linear regions, so updating can sometimes be tedious.  All types of
! insn notes are defined in `insn-notes.def'.
  
   In the RTL function representation, the instructions contained in a
! basic block always follow a `NOTE_INSN_BASIC_BLOCK', but zero or more
! `CODE_LABEL' nodes can precede the block note.  A basic block ends with
  a control flow instruction or with the last instruction before the next
! `CODE_LABEL' or `NOTE_INSN_BASIC_BLOCK'.  By definition, a `CODE_LABEL'
  cannot appear in the middle of the instruction stream of a basic block.
  
   In addition to notes, the jump table vectors are also represented as
  "pseudo-instructions" inside the insn stream.  These vectors never
  appear in the basic block and should always be placed just after the
! table jump instructions referencing them.  After removing the
! table-jump it is often difficult to eliminate the code computing the
! address and referencing the vector, so cleaning up these vectors is
! postponed until after liveness analysis.   Thus the jump table vectors
! may appear in the insn stream unreferenced and without any purpose.
! Before any edge is made "fall-thru", the existence of such construct in
! the way needs to be checked by calling `can_fallthru' function.
  
!  For the `GIMPLE' representation, the PHI nodes and statements
! contained in a basic block are in a `gimple_seq' pointed to by the
! basic block intermediate language specific pointers.  Abstract
! containers and iterators are used to access the PHI nodes and
! statements in a basic blocks.  These iterators are called "GIMPLE
! statement iterators" (GSIs).  Grep for `^gsi' in the various `gimple-*'
! and `tree-*' files.  There is a `gimple_stmt_iterator' type for
! iterating over all kinds of statement, and a `gphi_iterator' subclass
! for iterating over PHI nodes.  The following snippet will pretty-print
! all PHI nodes the statements of the current function in the GIMPLE
! representation.
  
       basic_block bb;
  
*************** File: gccint.info,  Node: Edges,  Next:
*** 17668,17719 ****
  Edges represent possible control flow transfers from the end of some
  basic block A to the head of another basic block B.  We say that A is a
  predecessor of B, and B is a successor of A.  Edges are represented in
! GCC with the 'edge' data type.  Each 'edge' acts as a link between two
! basic blocks: The 'src' member of an edge points to the predecessor
! basic block of the 'dest' basic block.  The members 'preds' and 'succs'
! of the 'basic_block' data type point to type-safe vectors of edges to
  the predecessors and successors of the block.
  
   When walking the edges in an edge vector, "edge iterators" should be
! used.  Edge iterators are constructed using the 'edge_iterator' data
  structure and several methods are available to operate on them:
  
! 'ei_start'
!      This function initializes an 'edge_iterator' that points to the
       first edge in a vector of edges.
  
! 'ei_last'
!      This function initializes an 'edge_iterator' that points to the
       last edge in a vector of edges.
  
! 'ei_end_p'
!      This predicate is 'true' if an 'edge_iterator' represents the last
       edge in an edge vector.
  
! 'ei_one_before_end_p'
!      This predicate is 'true' if an 'edge_iterator' represents the
       second last edge in an edge vector.
  
! 'ei_next'
!      This function takes a pointer to an 'edge_iterator' and makes it
       point to the next edge in the sequence.
  
! 'ei_prev'
!      This function takes a pointer to an 'edge_iterator' and makes it
       point to the previous edge in the sequence.
  
! 'ei_edge'
!      This function returns the 'edge' currently pointed to by an
!      'edge_iterator'.
  
! 'ei_safe_safe'
!      This function returns the 'edge' currently pointed to by an
!      'edge_iterator', but returns 'NULL' if the iterator is pointing at
       the end of the sequence.  This function has been provided for
!      existing code makes the assumption that a 'NULL' edge indicates the
!      end of the sequence.
  
!  The convenience macro 'FOR_EACH_EDGE' can be used to visit all of the
  edges in a sequence of predecessor or successor edges.  It must not be
  used when an element might be removed during the traversal, otherwise
  elements will be missed.  Here is an example of how to use the macro:
--- 17842,17894 ----
  Edges represent possible control flow transfers from the end of some
  basic block A to the head of another basic block B.  We say that A is a
  predecessor of B, and B is a successor of A.  Edges are represented in
! GCC with the `edge' data type.  Each `edge' acts as a link between two
! basic blocks: The `src' member of an edge points to the predecessor
! basic block of the `dest' basic block.  The members `preds' and `succs'
! of the `basic_block' data type point to type-safe vectors of edges to
  the predecessors and successors of the block.
  
   When walking the edges in an edge vector, "edge iterators" should be
! used.  Edge iterators are constructed using the `edge_iterator' data
  structure and several methods are available to operate on them:
  
! `ei_start'
!      This function initializes an `edge_iterator' that points to the
       first edge in a vector of edges.
  
! `ei_last'
!      This function initializes an `edge_iterator' that points to the
       last edge in a vector of edges.
  
! `ei_end_p'
!      This predicate is `true' if an `edge_iterator' represents the last
       edge in an edge vector.
  
! `ei_one_before_end_p'
!      This predicate is `true' if an `edge_iterator' represents the
       second last edge in an edge vector.
  
! `ei_next'
!      This function takes a pointer to an `edge_iterator' and makes it
       point to the next edge in the sequence.
  
! `ei_prev'
!      This function takes a pointer to an `edge_iterator' and makes it
       point to the previous edge in the sequence.
  
! `ei_edge'
!      This function returns the `edge' currently pointed to by an
!      `edge_iterator'.
  
! `ei_safe_safe'
!      This function returns the `edge' currently pointed to by an
!      `edge_iterator', but returns `NULL' if the iterator is pointing at
       the end of the sequence.  This function has been provided for
!      existing code makes the assumption that a `NULL' edge indicates
!      the end of the sequence.
  
! 
!  The convenience macro `FOR_EACH_EDGE' can be used to visit all of the
  edges in a sequence of predecessor or successor edges.  It must not be
  used when an element might be removed during the traversal, otherwise
  elements will be missed.  Here is an example of how to use the macro:
*************** elements will be missed.  Here is an exa
*** 17729,17740 ****
  
   There are various reasons why control flow may transfer from one block
  to another.  One possibility is that some instruction, for example a
! 'CODE_LABEL', in a linearized instruction stream just always starts a
  new basic block.  In this case a "fall-thru" edge links the basic block
! to the first following basic block.  But there are several other reasons
! why edges may be created.  The 'flags' field of the 'edge' data type is
! used to store information about the type of edge we are dealing with.
! Each edge is of one of the following types:
  
  _jump_
       No type flags are set for edges corresponding to jump instructions.
--- 17904,17915 ----
  
   There are various reasons why control flow may transfer from one block
  to another.  One possibility is that some instruction, for example a
! `CODE_LABEL', in a linearized instruction stream just always starts a
  new basic block.  In this case a "fall-thru" edge links the basic block
! to the first following basic block.  But there are several other
! reasons why edges may be created.  The `flags' field of the `edge' data
! type is used to store information about the type of edge we are dealing
! with.  Each edge is of one of the following types:
  
  _jump_
       No type flags are set for edges corresponding to jump instructions.
*************** _jump_
*** 17746,17757 ****
  _fall-thru_
       Fall-thru edges are present in case where the basic block may
       continue execution to the following one without branching.  These
!      edges have the 'EDGE_FALLTHRU' flag set.  Unlike other types of
       edges, these edges must come into the basic block immediately
       following in the instruction stream.  The function
!      'force_nonfallthru' is available to insert an unconditional jump in
!      the case that redirection is needed.  Note that this may require
!      creation of a new basic block.
  
  _exception handling_
       Exception handling edges represent possible control transfers from
--- 17921,17932 ----
  _fall-thru_
       Fall-thru edges are present in case where the basic block may
       continue execution to the following one without branching.  These
!      edges have the `EDGE_FALLTHRU' flag set.  Unlike other types of
       edges, these edges must come into the basic block immediately
       following in the instruction stream.  The function
!      `force_nonfallthru' is available to insert an unconditional jump
!      in the case that redirection is needed.  Note that this may
!      require creation of a new basic block.
  
  _exception handling_
       Exception handling edges represent possible control transfers from
*************** _exception handling_
*** 17760,17793 ****
       Ada exceptions like division by zero or segmentation fault are
       defined and thus each instruction possibly throwing this kind of
       exception needs to be handled as control flow instruction.
!      Exception edges have the 'EDGE_ABNORMAL' and 'EDGE_EH' flags set.
  
       When updating the instruction stream it is easy to change possibly
       trapping instruction to non-trapping, by simply removing the
       exception edge.  The opposite conversion is difficult, but should
       not happen anyway.  The edges can be eliminated via
!      'purge_dead_edges' call.
  
       In the RTL representation, the destination of an exception edge is
!      specified by 'REG_EH_REGION' note attached to the insn.  In case of
!      a trapping call the 'EDGE_ABNORMAL_CALL' flag is set too.  In the
!      'GIMPLE' representation, this extra flag is not set.
  
!      In the RTL representation, the predicate 'may_trap_p' may be used
       to check whether instruction still may trap or not.  For the tree
!      representation, the 'tree_could_trap_p' predicate is available, but
!      this predicate only checks for possible memory traps, as in
       dereferencing an invalid pointer location.
  
  _sibling calls_
       Sibling calls or tail calls terminate the function in a
       non-standard way and thus an edge to the exit must be present.
!      'EDGE_SIBCALL' and 'EDGE_ABNORMAL' are set in such case.  These
       edges only exist in the RTL representation.
  
  _computed jumps_
       Computed jumps contain edges to all labels in the function
!      referenced from the code.  All those edges have 'EDGE_ABNORMAL'
       flag set.  The edges used to represent computed jumps often cause
       compile time performance problems, since functions consisting of
       many taken labels and many computed jumps may have _very_ dense
--- 17935,17968 ----
       Ada exceptions like division by zero or segmentation fault are
       defined and thus each instruction possibly throwing this kind of
       exception needs to be handled as control flow instruction.
!      Exception edges have the `EDGE_ABNORMAL' and `EDGE_EH' flags set.
  
       When updating the instruction stream it is easy to change possibly
       trapping instruction to non-trapping, by simply removing the
       exception edge.  The opposite conversion is difficult, but should
       not happen anyway.  The edges can be eliminated via
!      `purge_dead_edges' call.
  
       In the RTL representation, the destination of an exception edge is
!      specified by `REG_EH_REGION' note attached to the insn.  In case
!      of a trapping call the `EDGE_ABNORMAL_CALL' flag is set too.  In
!      the `GIMPLE' representation, this extra flag is not set.
  
!      In the RTL representation, the predicate `may_trap_p' may be used
       to check whether instruction still may trap or not.  For the tree
!      representation, the `tree_could_trap_p' predicate is available,
!      but this predicate only checks for possible memory traps, as in
       dereferencing an invalid pointer location.
  
  _sibling calls_
       Sibling calls or tail calls terminate the function in a
       non-standard way and thus an edge to the exit must be present.
!      `EDGE_SIBCALL' and `EDGE_ABNORMAL' are set in such case.  These
       edges only exist in the RTL representation.
  
  _computed jumps_
       Computed jumps contain edges to all labels in the function
!      referenced from the code.  All those edges have `EDGE_ABNORMAL'
       flag set.  The edges used to represent computed jumps often cause
       compile time performance problems, since functions consisting of
       many taken labels and many computed jumps may have _very_ dense
*************** _computed jumps_
*** 17824,17851 ****
       has a runtime cost in there resulting code: An extra jump.
       Therefore, the computed jumps are un-factored in the later passes
       of the compiler (in the pass called
!      'pass_duplicate_computed_gotos').  Be aware of that when you work
       on passes in that area.  There have been numerous examples already
       where the compile time for code with unfactored computed jumps
       caused some serious headaches.
  
  _nonlocal goto handlers_
!      GCC allows nested functions to return into caller using a 'goto' to
!      a label passed to as an argument to the callee.  The labels passed
!      to nested functions contain special code to cleanup after function
!      call.  Such sections of code are referred to as "nonlocal goto
!      receivers".  If a function contains such nonlocal goto receivers,
!      an edge from the call to the label is created with the
!      'EDGE_ABNORMAL' and 'EDGE_ABNORMAL_CALL' flags set.
  
  _function entry points_
       By definition, execution of function starts at basic block 0, so
!      there is always an edge from the 'ENTRY_BLOCK_PTR' to basic block
!      0.  There is no 'GIMPLE' representation for alternate entry points
       at this moment.  In RTL, alternate entry points are specified by
!      'CODE_LABEL' with 'LABEL_ALTERNATE_NAME' defined.  This feature is
!      currently used for multiple entry point prologues and is limited to
!      post-reload passes only.  This can be used by back-ends to emit
       alternate prologues for functions called from different contexts.
       In future full support for multiple entry functions defined by
       Fortran 90 needs to be implemented.
--- 17999,18026 ----
       has a runtime cost in there resulting code: An extra jump.
       Therefore, the computed jumps are un-factored in the later passes
       of the compiler (in the pass called
!      `pass_duplicate_computed_gotos').  Be aware of that when you work
       on passes in that area.  There have been numerous examples already
       where the compile time for code with unfactored computed jumps
       caused some serious headaches.
  
  _nonlocal goto handlers_
!      GCC allows nested functions to return into caller using a `goto'
!      to a label passed to as an argument to the callee.  The labels
!      passed to nested functions contain special code to cleanup after
!      function call.  Such sections of code are referred to as "nonlocal
!      goto receivers".  If a function contains such nonlocal goto
!      receivers, an edge from the call to the label is created with the
!      `EDGE_ABNORMAL' and `EDGE_ABNORMAL_CALL' flags set.
  
  _function entry points_
       By definition, execution of function starts at basic block 0, so
!      there is always an edge from the `ENTRY_BLOCK_PTR' to basic block
!      0.  There is no `GIMPLE' representation for alternate entry points
       at this moment.  In RTL, alternate entry points are specified by
!      `CODE_LABEL' with `LABEL_ALTERNATE_NAME' defined.  This feature is
!      currently used for multiple entry point prologues and is limited
!      to post-reload passes only.  This can be used by back-ends to emit
       alternate prologues for functions called from different contexts.
       In future full support for multiple entry functions defined by
       Fortran 90 needs to be implemented.
*************** _function entry points_
*** 17853,17862 ****
  _function exits_
       In the pre-reload representation a function terminates after the
       last instruction in the insn chain and no explicit return
!      instructions are used.  This corresponds to the fall-thru edge into
!      exit block.  After reload, optimal RTL epilogues are used that use
!      explicit (conditional) return instructions that are represented by
!      edges with no flags set.
  
  
  File: gccint.info,  Node: Profile information,  Next: Maintaining the CFG,  Prev: Edges,  Up: Control Flow
--- 18028,18038 ----
  _function exits_
       In the pre-reload representation a function terminates after the
       last instruction in the insn chain and no explicit return
!      instructions are used.  This corresponds to the fall-thru edge
!      into exit block.  After reload, optimal RTL epilogues are used
!      that use explicit (conditional) return instructions that are
!      represented by edges with no flags set.
! 
  
  
  File: gccint.info,  Node: Profile information,  Next: Maintaining the CFG,  Prev: Edges,  Up: Control Flow
*************** instrumentation, executing it on a train
*** 17877,17908 ****
  executions of basic blocks and edges back to the compiler while
  re-compiling the program to produce the final executable.  This method
  provides very accurate information about where a program spends most of
! its time on the train run.  Whether it matches the average run of course
! depends on the choice of train data set, but several studies have shown
! that the behavior of a program usually changes just marginally over
! different data sets.
  
   When profile feedback is not available, the compiler may be asked to
  attempt to predict the behavior of each branch in the program using a
! set of heuristics (see 'predict.def' for details) and compute estimated
  frequencies of each basic block by propagating the probabilities over
  the graph.
  
!  Each 'basic_block' contains two integer fields to represent profile
! information: 'frequency' and 'count'.  The 'frequency' is an estimation
  how often is basic block executed within a function.  It is represented
! as an integer scaled in the range from 0 to 'BB_FREQ_BASE'.  The most
  frequently executed basic block in function is initially set to
! 'BB_FREQ_BASE' and the rest of frequencies are scaled accordingly.
  During optimization, the frequency of the most frequent basic block can
  both decrease (for instance by loop unrolling) or grow (for instance by
  cross-jumping optimization), so scaling sometimes has to be performed
  multiple times.
  
!  The 'count' contains hard-counted numbers of execution measured during
  training runs and is nonzero only when profile feedback is available.
  This value is represented as the host's widest integer (typically a 64
! bit integer) of the special type 'gcov_type'.
  
   Most optimization passes can use only the frequency information of a
  basic block, but a few passes may want to know hard execution counts.
--- 18053,18084 ----
  executions of basic blocks and edges back to the compiler while
  re-compiling the program to produce the final executable.  This method
  provides very accurate information about where a program spends most of
! its time on the train run.  Whether it matches the average run of
! course depends on the choice of train data set, but several studies
! have shown that the behavior of a program usually changes just
! marginally over different data sets.
  
   When profile feedback is not available, the compiler may be asked to
  attempt to predict the behavior of each branch in the program using a
! set of heuristics (see `predict.def' for details) and compute estimated
  frequencies of each basic block by propagating the probabilities over
  the graph.
  
!  Each `basic_block' contains two integer fields to represent profile
! information: `frequency' and `count'.  The `frequency' is an estimation
  how often is basic block executed within a function.  It is represented
! as an integer scaled in the range from 0 to `BB_FREQ_BASE'.  The most
  frequently executed basic block in function is initially set to
! `BB_FREQ_BASE' and the rest of frequencies are scaled accordingly.
  During optimization, the frequency of the most frequent basic block can
  both decrease (for instance by loop unrolling) or grow (for instance by
  cross-jumping optimization), so scaling sometimes has to be performed
  multiple times.
  
!  The `count' contains hard-counted numbers of execution measured during
  training runs and is nonzero only when profile feedback is available.
  This value is represented as the host's widest integer (typically a 64
! bit integer) of the special type `gcov_type'.
  
   Most optimization passes can use only the frequency information of a
  basic block, but a few passes may want to know hard execution counts.
*************** during updating of the profile informati
*** 17911,17926 ****
  accumulate into quite large errors.
  
   Each edge also contains a branch probability field: an integer in the
! range from 0 to 'REG_BR_PROB_BASE'.  It represents probability of
! passing control from the end of the 'src' basic block to the 'dest'
  basic block, i.e. the probability that control will flow along this
! edge.  The 'EDGE_FREQUENCY' macro is available to compute how frequently
! a given edge is taken.  There is a 'count' field for each edge as well,
! representing same information as for a basic block.
  
   The basic block frequencies are not represented in the instruction
  stream, but in the RTL representation the edge frequencies are
! represented for conditional jumps (via the 'REG_BR_PROB' macro) since
  they are used when instructions are output to the assembly file and the
  flow graph is no longer maintained.
  
--- 18087,18102 ----
  accumulate into quite large errors.
  
   Each edge also contains a branch probability field: an integer in the
! range from 0 to `REG_BR_PROB_BASE'.  It represents probability of
! passing control from the end of the `src' basic block to the `dest'
  basic block, i.e. the probability that control will flow along this
! edge.  The `EDGE_FREQUENCY' macro is available to compute how
! frequently a given edge is taken.  There is a `count' field for each
! edge as well, representing same information as for a basic block.
  
   The basic block frequencies are not represented in the instruction
  stream, but in the RTL representation the edge frequencies are
! represented for conditional jumps (via the `REG_BR_PROB' macro) since
  they are used when instructions are output to the assembly file and the
  flow graph is no longer maintained.
  
*************** basic blocks.
*** 17932,17950 ****
   Updating profile information is a delicate task that can unfortunately
  not be easily integrated with the CFG manipulation API.  Many of the
  functions and hooks to modify the CFG, such as
! 'redirect_edge_and_branch', do not have enough information to easily
  update the profile, so updating it is in the majority of cases left up
  to the caller.  It is difficult to uncover bugs in the profile updating
! code, because they manifest themselves only by producing worse code, and
! checking profile consistency is not possible because of numeric error
! accumulation.  Hence special attention needs to be given to this issue
! in each pass that modifies the CFG.
  
!  It is important to point out that 'REG_BR_PROB_BASE' and 'BB_FREQ_BASE'
! are both set low enough to be possible to compute second power of any
! frequency or probability in the flow graph, it is not possible to even
! square the 'count' field, as modern CPUs are fast enough to execute
! $2^32$ operations quickly.
  
  
  File: gccint.info,  Node: Maintaining the CFG,  Next: Liveness information,  Prev: Profile information,  Up: Control Flow
--- 18108,18126 ----
   Updating profile information is a delicate task that can unfortunately
  not be easily integrated with the CFG manipulation API.  Many of the
  functions and hooks to modify the CFG, such as
! `redirect_edge_and_branch', do not have enough information to easily
  update the profile, so updating it is in the majority of cases left up
  to the caller.  It is difficult to uncover bugs in the profile updating
! code, because they manifest themselves only by producing worse code,
! and checking profile consistency is not possible because of numeric
! error accumulation.  Hence special attention needs to be given to this
! issue in each pass that modifies the CFG.
  
!  It is important to point out that `REG_BR_PROB_BASE' and
! `BB_FREQ_BASE' are both set low enough to be possible to compute second
! power of any frequency or probability in the flow graph, it is not
! possible to even square the `count' field, as modern CPUs are fast
! enough to execute $2^32$ operations quickly.
  
  
  File: gccint.info,  Node: Maintaining the CFG,  Next: Liveness information,  Prev: Profile information,  Up: Control Flow
*************** File: gccint.info,  Node: Maintaining th
*** 17952,18068 ****
  14.4 Maintaining the CFG
  ========================
  
! An important task of each compiler pass is to keep both the control flow
! graph and all profile information up-to-date.  Reconstruction of the
! control flow graph after each pass is not an option, since it may be
  very expensive and lost profile information cannot be reconstructed at
  all.
  
   GCC has two major intermediate representations, and both use the
! 'basic_block' and 'edge' data types to represent control flow.  Both
  representations share as much of the CFG maintenance code as possible.
  For each representation, a set of "hooks" is defined so that each
  representation can provide its own implementation of CFG manipulation
! routines when necessary.  These hooks are defined in 'cfghooks.h'.
! There are hooks for almost all common CFG manipulations, including block
! splitting and merging, edge redirection and creating and deleting basic
! blocks.  These hooks should provide everything you need to maintain and
! manipulate the CFG in both the RTL and 'GIMPLE' representation.
  
   At the moment, the basic block boundaries are maintained transparently
  when modifying instructions, so there rarely is a need to move them
  manually (such as in case someone wants to output instruction outside
  basic block explicitly).
  
!  In the RTL representation, each instruction has a 'BLOCK_FOR_INSN'
  value that represents pointer to the basic block that contains the
! instruction.  In the 'GIMPLE' representation, the function 'gimple_bb'
  returns a pointer to the basic block containing the queried statement.
  
!  When changes need to be applied to a function in its 'GIMPLE'
  representation, "GIMPLE statement iterators" should be used.  These
  iterators provide an integrated abstraction of the flow graph and the
! instruction stream.  Block statement iterators are constructed using the
! 'gimple_stmt_iterator' data structure and several modifiers are
  available, including the following:
  
! 'gsi_start'
!      This function initializes a 'gimple_stmt_iterator' that points to
       the first non-empty statement in a basic block.
  
! 'gsi_last'
!      This function initializes a 'gimple_stmt_iterator' that points to
       the last statement in a basic block.
  
! 'gsi_end_p'
!      This predicate is 'true' if a 'gimple_stmt_iterator' represents the
!      end of a basic block.
  
! 'gsi_next'
!      This function takes a 'gimple_stmt_iterator' and makes it point to
       its successor.
  
! 'gsi_prev'
!      This function takes a 'gimple_stmt_iterator' and makes it point to
       its predecessor.
  
! 'gsi_insert_after'
!      This function inserts a statement after the 'gimple_stmt_iterator'
       passed in.  The final parameter determines whether the statement
       iterator is updated to point to the newly inserted statement, or
       left pointing to the original statement.
  
! 'gsi_insert_before'
!      This function inserts a statement before the 'gimple_stmt_iterator'
       passed in.  The final parameter determines whether the statement
       iterator is updated to point to the newly inserted statement, or
!      left pointing to the original statement.
  
! 'gsi_remove'
!      This function removes the 'gimple_stmt_iterator' passed in and
       rechains the remaining statements in a basic block, if any.
  
!  In the RTL representation, the macros 'BB_HEAD' and 'BB_END' may be
! used to get the head and end 'rtx' of a basic block.  No abstract
  iterators are defined for traversing the insn chain, but you can just
! use 'NEXT_INSN' and 'PREV_INSN' instead.  *Note Insns::.
  
   Usually a code manipulating pass simplifies the instruction stream and
  the flow of control, possibly eliminating some edges.  This may for
! example happen when a conditional jump is replaced with an unconditional
! jump.  Updating of edges is not transparent and each optimization pass
! is required to do so manually.  However only few cases occur in
! practice.  The pass may call 'purge_dead_edges' on a given basic block
! to remove superfluous edges, if any.
  
!  Another common scenario is redirection of branch instructions, but this
! is best modeled as redirection of edges in the control flow graph and
! thus use of 'redirect_edge_and_branch' is preferred over more low level
! functions, such as 'redirect_jump' that operate on RTL chain only.  The
! CFG hooks defined in 'cfghooks.h' should provide the complete API
! required for manipulating and maintaining the CFG.
  
   It is also possible that a pass has to insert control flow instruction
  into the middle of a basic block, thus creating an entry point in the
  middle of the basic block, which is impossible by definition: The block
! must be split to make sure it only has one entry point, i.e. the head of
! the basic block.  The CFG hook 'split_block' may be used when an
! instruction in the middle of a basic block has to become the target of a
! jump or branch instruction.
  
   For a global optimizer, a common operation is to split edges in the
  flow graph and insert instructions on them.  In the RTL representation,
! this can be easily done using the 'insert_insn_on_edge' function that
  emits an instruction "on the edge", caching it for a later
! 'commit_edge_insertions' call that will take care of moving the inserted
! instructions off the edge into the instruction stream contained in a
! basic block.  This includes the creation of new basic blocks where
! needed.  In the 'GIMPLE' representation, the equivalent functions are
! 'gsi_insert_on_edge' which inserts a block statement iterator on an
! edge, and 'gsi_commit_edge_inserts' which flushes the instruction to
! actual instruction stream.
  
!  While debugging the optimization pass, the 'verify_flow_info' function
  may be useful to find bugs in the control flow graph updating code.
  
  
--- 18128,18245 ----
  14.4 Maintaining the CFG
  ========================
  
! An important task of each compiler pass is to keep both the control
! flow graph and all profile information up-to-date.  Reconstruction of
! the control flow graph after each pass is not an option, since it may be
  very expensive and lost profile information cannot be reconstructed at
  all.
  
   GCC has two major intermediate representations, and both use the
! `basic_block' and `edge' data types to represent control flow.  Both
  representations share as much of the CFG maintenance code as possible.
  For each representation, a set of "hooks" is defined so that each
  representation can provide its own implementation of CFG manipulation
! routines when necessary.  These hooks are defined in `cfghooks.h'.
! There are hooks for almost all common CFG manipulations, including
! block splitting and merging, edge redirection and creating and deleting
! basic blocks.  These hooks should provide everything you need to
! maintain and manipulate the CFG in both the RTL and `GIMPLE'
! representation.
  
   At the moment, the basic block boundaries are maintained transparently
  when modifying instructions, so there rarely is a need to move them
  manually (such as in case someone wants to output instruction outside
  basic block explicitly).
  
!  In the RTL representation, each instruction has a `BLOCK_FOR_INSN'
  value that represents pointer to the basic block that contains the
! instruction.  In the `GIMPLE' representation, the function `gimple_bb'
  returns a pointer to the basic block containing the queried statement.
  
!  When changes need to be applied to a function in its `GIMPLE'
  representation, "GIMPLE statement iterators" should be used.  These
  iterators provide an integrated abstraction of the flow graph and the
! instruction stream.  Block statement iterators are constructed using
! the `gimple_stmt_iterator' data structure and several modifiers are
  available, including the following:
  
! `gsi_start'
!      This function initializes a `gimple_stmt_iterator' that points to
       the first non-empty statement in a basic block.
  
! `gsi_last'
!      This function initializes a `gimple_stmt_iterator' that points to
       the last statement in a basic block.
  
! `gsi_end_p'
!      This predicate is `true' if a `gimple_stmt_iterator' represents
!      the end of a basic block.
  
! `gsi_next'
!      This function takes a `gimple_stmt_iterator' and makes it point to
       its successor.
  
! `gsi_prev'
!      This function takes a `gimple_stmt_iterator' and makes it point to
       its predecessor.
  
! `gsi_insert_after'
!      This function inserts a statement after the `gimple_stmt_iterator'
       passed in.  The final parameter determines whether the statement
       iterator is updated to point to the newly inserted statement, or
       left pointing to the original statement.
  
! `gsi_insert_before'
!      This function inserts a statement before the `gimple_stmt_iterator'
       passed in.  The final parameter determines whether the statement
       iterator is updated to point to the newly inserted statement, or
!      left pointing to the original  statement.
  
! `gsi_remove'
!      This function removes the `gimple_stmt_iterator' passed in and
       rechains the remaining statements in a basic block, if any.
  
!  In the RTL representation, the macros `BB_HEAD' and `BB_END' may be
! used to get the head and end `rtx' of a basic block.  No abstract
  iterators are defined for traversing the insn chain, but you can just
! use `NEXT_INSN' and `PREV_INSN' instead.  *Note Insns::.
  
   Usually a code manipulating pass simplifies the instruction stream and
  the flow of control, possibly eliminating some edges.  This may for
! example happen when a conditional jump is replaced with an
! unconditional jump.  Updating of edges is not transparent and each
! optimization pass is required to do so manually.  However only few
! cases occur in practice.  The pass may call `purge_dead_edges' on a
! given basic block to remove superfluous edges, if any.
  
!  Another common scenario is redirection of branch instructions, but
! this is best modeled as redirection of edges in the control flow graph
! and thus use of `redirect_edge_and_branch' is preferred over more low
! level functions, such as `redirect_jump' that operate on RTL chain
! only.  The CFG hooks defined in `cfghooks.h' should provide the
! complete API required for manipulating and maintaining the CFG.
  
   It is also possible that a pass has to insert control flow instruction
  into the middle of a basic block, thus creating an entry point in the
  middle of the basic block, which is impossible by definition: The block
! must be split to make sure it only has one entry point, i.e. the head
! of the basic block.  The CFG hook `split_block' may be used when an
! instruction in the middle of a basic block has to become the target of
! a jump or branch instruction.
  
   For a global optimizer, a common operation is to split edges in the
  flow graph and insert instructions on them.  In the RTL representation,
! this can be easily done using the `insert_insn_on_edge' function that
  emits an instruction "on the edge", caching it for a later
! `commit_edge_insertions' call that will take care of moving the
! inserted instructions off the edge into the instruction stream
! contained in a basic block.  This includes the creation of new basic
! blocks where needed.  In the `GIMPLE' representation, the equivalent
! functions are `gsi_insert_on_edge' which inserts a block statement
! iterator on an edge, and `gsi_commit_edge_inserts' which flushes the
! instruction to actual instruction stream.
  
!  While debugging the optimization pass, the `verify_flow_info' function
  may be useful to find bugs in the control flow graph updating code.
  
  
*************** File: gccint.info,  Node: Liveness infor
*** 18072,18107 ****
  =========================
  
  Liveness information is useful to determine whether some register is
! "live" at given point of program, i.e. that it contains a value that may
! be used at a later point in the program.  This information is used, for
! instance, during register allocation, as the pseudo registers only need
! to be assigned to a unique hard register or to a stack slot if they are
! live.  The hard registers and stack slots may be freely reused for other
! values when a register is dead.
  
   Liveness information is available in the back end starting with
! 'pass_df_initialize' and ending with 'pass_df_finish'.  Three flavors of
! live analysis are available: With 'LR', it is possible to determine at
! any point 'P' in the function if the register may be used on some path
! from 'P' to the end of the function.  With 'UR', it is possible to
! determine if there is a path from the beginning of the function to 'P'
! that defines the variable.  'LIVE' is the intersection of the 'LR' and
! 'UR' and a variable is live at 'P' if there is both an assignment that
  reaches it from the beginning of the function and a use that can be
! reached on some path from 'P' to the end of the function.
  
!  In general 'LIVE' is the most useful of the three.  The macros
! 'DF_[LR,UR,LIVE]_[IN,OUT]' can be used to access this information.  The
  macros take a basic block number and return a bitmap that is indexed by
  the register number.  This information is only guaranteed to be up to
! date after calls are made to 'df_analyze'.  See the file 'df-core.c' for
! details on using the dataflow.
  
   The liveness information is stored partly in the RTL instruction stream
  and partly in the flow graph.  Local information is stored in the
! instruction stream: Each instruction may contain 'REG_DEAD' notes
  representing that the value of a given register is no longer needed, or
! 'REG_UNUSED' notes representing that the value computed by the
  instruction is never used.  The second is useful for instructions
  computing multiple values at once.
  
--- 18249,18284 ----
  =========================
  
  Liveness information is useful to determine whether some register is
! "live" at given point of program, i.e. that it contains a value that
! may be used at a later point in the program.  This information is used,
! for instance, during register allocation, as the pseudo registers only
! need to be assigned to a unique hard register or to a stack slot if
! they are live.  The hard registers and stack slots may be freely reused
! for other values when a register is dead.
  
   Liveness information is available in the back end starting with
! `pass_df_initialize' and ending with `pass_df_finish'.  Three flavors
! of live analysis are available: With `LR', it is possible to determine
! at any point `P' in the function if the register may be used on some
! path from `P' to the end of the function.  With `UR', it is possible to
! determine if there is a path from the beginning of the function to `P'
! that defines the variable.  `LIVE' is the intersection of the `LR' and
! `UR' and a variable is live at `P' if there is both an assignment that
  reaches it from the beginning of the function and a use that can be
! reached on some path from `P' to the end of the function.
  
!  In general `LIVE' is the most useful of the three.  The macros
! `DF_[LR,UR,LIVE]_[IN,OUT]' can be used to access this information.  The
  macros take a basic block number and return a bitmap that is indexed by
  the register number.  This information is only guaranteed to be up to
! date after calls are made to `df_analyze'.  See the file `df-core.c'
! for details on using the dataflow.
  
   The liveness information is stored partly in the RTL instruction stream
  and partly in the flow graph.  Local information is stored in the
! instruction stream: Each instruction may contain `REG_DEAD' notes
  representing that the value of a given register is no longer needed, or
! `REG_UNUSED' notes representing that the value computed by the
  instruction is never used.  The second is useful for instructions
  computing multiple values at once.
  
*************** File: gccint.info,  Node: Loop represent
*** 18136,18144 ****
  
  This chapter describes the representation of loops in GCC, and functions
  that can be used to build, modify and analyze this representation.  Most
! of the interfaces and data structures are declared in 'cfgloop.h'.  Loop
! structures are analyzed and this information disposed or updated at the
! discretion of individual passes.  Still most of the generic CFG
  manipulation routines are aware of loop structures and try to keep them
  up-to-date.  By this means an increasing part of the compilation
  pipeline is setup to maintain loop structure across passes to allow
--- 18313,18321 ----
  
  This chapter describes the representation of loops in GCC, and functions
  that can be used to build, modify and analyze this representation.  Most
! of the interfaces and data structures are declared in `cfgloop.h'.
! Loop structures are analyzed and this information disposed or updated
! at the discretion of individual passes.  Still most of the generic CFG
  manipulation routines are aware of loop structures and try to keep them
  up-to-date.  By this means an increasing part of the compilation
  pipeline is setup to maintain loop structure across passes to allow
*************** correspond to sub-loops or to control fl
*** 18158,18164 ****
  that the analysis sometimes changes the CFG, and if you run it in the
  middle of an optimization pass, you must be able to deal with the new
  blocks.  You may avoid CFG changes by passing
! 'LOOPS_MAY_HAVE_MULTIPLE_LATCHES' flag to the loop discovery, note
  however that most other loop manipulation functions will not work
  correctly for loops with multiple latch edges (the functions that only
  query membership of blocks to loops and subloop relationships, or
--- 18335,18341 ----
  that the analysis sometimes changes the CFG, and if you run it in the
  middle of an optimization pass, you must be able to deal with the new
  blocks.  You may avoid CFG changes by passing
! `LOOPS_MAY_HAVE_MULTIPLE_LATCHES' flag to the loop discovery, note
  however that most other loop manipulation functions will not work
  correctly for loops with multiple latch edges (the functions that only
  query membership of blocks to loops and subloop relationships, or
*************** enumerate and test loop exits, can be ex
*** 18168,18224 ****
  and reachable from its latch against the direction of edges in CFG.  The
  loops are organized in a containment hierarchy (tree) such that all the
  loops immediately contained inside loop L are the children of L in the
! tree.  This tree is represented by the 'struct loops' structure.  The
  root of this tree is a fake loop that contains all blocks in the
! function.  Each of the loops is represented in a 'struct loop'
! structure.  Each loop is assigned an index ('num' field of the 'struct
  loop' structure), and the pointer to the loop is stored in the
! corresponding field of the 'larray' vector in the loops structure.  The
! indices do not have to be continuous, there may be empty ('NULL')
! entries in the 'larray' created by deleting loops.  Also, there is no
  guarantee on the relative order of a loop and its subloops in the
  numbering.  The index of a loop never changes.
  
!  The entries of the 'larray' field should not be accessed directly.  The
! function 'get_loop' returns the loop description for a loop with the
! given index.  'number_of_loops' function returns number of loops in the
! function.  To traverse all loops, use 'FOR_EACH_LOOP' macro.  The
! 'flags' argument of the macro is used to determine the direction of
  traversal and the set of loops visited.  Each loop is guaranteed to be
  visited exactly once, regardless of the changes to the loop tree, and
  the loops may be removed during the traversal.  The newly created loops
  are never traversed, if they need to be visited, this must be done
! separately after their creation.  The 'FOR_EACH_LOOP' macro allocates
! temporary variables.  If the 'FOR_EACH_LOOP' loop were ended using break
! or goto, they would not be released; 'FOR_EACH_LOOP_BREAK' macro must be
! used instead.
  
   Each basic block contains the reference to the innermost loop it
! belongs to ('loop_father').  For this reason, it is only possible to
! have one 'struct loops' structure initialized at the same time for each
! CFG.  The global variable 'current_loops' contains the 'struct loops'
  structure.  Many of the loop manipulation functions assume that
  dominance information is up-to-date.
  
!  The loops are analyzed through 'loop_optimizer_init' function.  The
  argument of this function is a set of flags represented in an integer
  bitmask.  These flags specify what other properties of the loop
  structures should be calculated/enforced and preserved later:
  
!    * 'LOOPS_MAY_HAVE_MULTIPLE_LATCHES': If this flag is set, no changes
!      to CFG will be performed in the loop analysis, in particular, loops
!      with multiple latch edges will not be disambiguated.  If a loop has
!      multiple latches, its latch block is set to NULL.  Most of the loop
!      manipulation functions will not work for loops in this shape.  No
!      other flags that require CFG changes can be passed to
       loop_optimizer_init.
!    * 'LOOPS_HAVE_PREHEADERS': Forwarder blocks are created in such a way
!      that each loop has only one entry edge, and additionally, the
       source block of this entry edge has only one successor.  This
       creates a natural place where the code can be moved out of the
       loop, and ensures that the entry edge of the loop leads from its
       immediate super-loop.
!    * 'LOOPS_HAVE_SIMPLE_LATCHES': Forwarder blocks are created to force
       the latch block of each loop to have only one successor.  This
       ensures that the latch of the loop does not belong to any of its
       sub-loops, and makes manipulation with the loops significantly
--- 18345,18403 ----
  and reachable from its latch against the direction of edges in CFG.  The
  loops are organized in a containment hierarchy (tree) such that all the
  loops immediately contained inside loop L are the children of L in the
! tree.  This tree is represented by the `struct loops' structure.  The
  root of this tree is a fake loop that contains all blocks in the
! function.  Each of the loops is represented in a `struct loop'
! structure.  Each loop is assigned an index (`num' field of the `struct
  loop' structure), and the pointer to the loop is stored in the
! corresponding field of the `larray' vector in the loops structure.  The
! indices do not have to be continuous, there may be empty (`NULL')
! entries in the `larray' created by deleting loops.  Also, there is no
  guarantee on the relative order of a loop and its subloops in the
  numbering.  The index of a loop never changes.
  
!  The entries of the `larray' field should not be accessed directly.
! The function `get_loop' returns the loop description for a loop with
! the given index.  `number_of_loops' function returns number of loops in
! the function.  To traverse all loops, use `FOR_EACH_LOOP' macro.  The
! `flags' argument of the macro is used to determine the direction of
  traversal and the set of loops visited.  Each loop is guaranteed to be
  visited exactly once, regardless of the changes to the loop tree, and
  the loops may be removed during the traversal.  The newly created loops
  are never traversed, if they need to be visited, this must be done
! separately after their creation.  The `FOR_EACH_LOOP' macro allocates
! temporary variables.  If the `FOR_EACH_LOOP' loop were ended using
! break or goto, they would not be released; `FOR_EACH_LOOP_BREAK' macro
! must be used instead.
  
   Each basic block contains the reference to the innermost loop it
! belongs to (`loop_father').  For this reason, it is only possible to
! have one `struct loops' structure initialized at the same time for each
! CFG.  The global variable `current_loops' contains the `struct loops'
  structure.  Many of the loop manipulation functions assume that
  dominance information is up-to-date.
  
!  The loops are analyzed through `loop_optimizer_init' function.  The
  argument of this function is a set of flags represented in an integer
  bitmask.  These flags specify what other properties of the loop
  structures should be calculated/enforced and preserved later:
  
!    * `LOOPS_MAY_HAVE_MULTIPLE_LATCHES': If this flag is set, no changes
!      to CFG will be performed in the loop analysis, in particular,
!      loops with multiple latch edges will not be disambiguated.  If a
!      loop has multiple latches, its latch block is set to NULL.  Most of
!      the loop manipulation functions will not work for loops in this
!      shape.  No other flags that require CFG changes can be passed to
       loop_optimizer_init.
! 
!    * `LOOPS_HAVE_PREHEADERS': Forwarder blocks are created in such a
!      way that each loop has only one entry edge, and additionally, the
       source block of this entry edge has only one successor.  This
       creates a natural place where the code can be moved out of the
       loop, and ensures that the entry edge of the loop leads from its
       immediate super-loop.
! 
!    * `LOOPS_HAVE_SIMPLE_LATCHES': Forwarder blocks are created to force
       the latch block of each loop to have only one successor.  This
       ensures that the latch of the loop does not belong to any of its
       sub-loops, and makes manipulation with the loops significantly
*************** structures should be calculated/enforced
*** 18226,18263 ****
       loops are in this shape.  Note that with this flag, the "normal"
       loop without any control flow inside and with one exit consists of
       two basic blocks.
!    * 'LOOPS_HAVE_MARKED_IRREDUCIBLE_REGIONS': Basic blocks and edges in
       the strongly connected components that are not natural loops (have
!      more than one entry block) are marked with 'BB_IRREDUCIBLE_LOOP'
!      and 'EDGE_IRREDUCIBLE_LOOP' flags.  The flag is not set for blocks
       and edges that belong to natural loops that are in such an
       irreducible region (but it is set for the entry and exit edges of
       such a loop, if they lead to/from this region).
!    * 'LOOPS_HAVE_RECORDED_EXITS': The lists of exits are recorded and
       updated for each loop.  This makes some functions (e.g.,
!      'get_loop_exit_edges') more efficient.  Some functions (e.g.,
!      'single_exit') can be used only if the lists of exits are recorded.
  
   These properties may also be computed/enforced later, using functions
! 'create_preheaders', 'force_single_succ_latches',
! 'mark_irreducible_loops' and 'record_loop_exits'.  The properties can be
! queried using 'loops_state_satisfies_p'.
  
   The memory occupied by the loops structures should be freed with
! 'loop_optimizer_finalize' function.  When loop structures are setup to
  be preserved across passes this function reduces the information to be
! kept up-to-date to a minimum (only 'LOOPS_MAY_HAVE_MULTIPLE_LATCHES'
  set).
  
   The CFG manipulation functions in general do not update loop
  structures.  Specialized versions that additionally do so are provided
! for the most common tasks.  On GIMPLE, 'cleanup_tree_cfg_loop' function
  can be used to cleanup CFG while updating the loops structures if
! 'current_loops' is set.
  
!  At the moment loop structure is preserved from the start of GIMPLE loop
! optimizations until the end of RTL loop optimizations.  During this time
! a loop can be tracked by its 'struct loop' and number.
  
  
  File: gccint.info,  Node: Loop querying,  Next: Loop manipulation,  Prev: Loop representation,  Up: Loop Analysis and Representation
--- 18405,18444 ----
       loops are in this shape.  Note that with this flag, the "normal"
       loop without any control flow inside and with one exit consists of
       two basic blocks.
! 
!    * `LOOPS_HAVE_MARKED_IRREDUCIBLE_REGIONS': Basic blocks and edges in
       the strongly connected components that are not natural loops (have
!      more than one entry block) are marked with `BB_IRREDUCIBLE_LOOP'
!      and `EDGE_IRREDUCIBLE_LOOP' flags.  The flag is not set for blocks
       and edges that belong to natural loops that are in such an
       irreducible region (but it is set for the entry and exit edges of
       such a loop, if they lead to/from this region).
! 
!    * `LOOPS_HAVE_RECORDED_EXITS': The lists of exits are recorded and
       updated for each loop.  This makes some functions (e.g.,
!      `get_loop_exit_edges') more efficient.  Some functions (e.g.,
!      `single_exit') can be used only if the lists of exits are recorded.
  
   These properties may also be computed/enforced later, using functions
! `create_preheaders', `force_single_succ_latches',
! `mark_irreducible_loops' and `record_loop_exits'.  The properties can
! be queried using `loops_state_satisfies_p'.
  
   The memory occupied by the loops structures should be freed with
! `loop_optimizer_finalize' function.  When loop structures are setup to
  be preserved across passes this function reduces the information to be
! kept up-to-date to a minimum (only `LOOPS_MAY_HAVE_MULTIPLE_LATCHES'
  set).
  
   The CFG manipulation functions in general do not update loop
  structures.  Specialized versions that additionally do so are provided
! for the most common tasks.  On GIMPLE, `cleanup_tree_cfg_loop' function
  can be used to cleanup CFG while updating the loops structures if
! `current_loops' is set.
  
!  At the moment loop structure is preserved from the start of GIMPLE
! loop optimizations until the end of RTL loop optimizations.  During
! this time a loop can be tracked by its `struct loop' and number.
  
  
  File: gccint.info,  Node: Loop querying,  Next: Loop manipulation,  Prev: Loop representation,  Up: Loop Analysis and Representation
*************** File: gccint.info,  Node: Loop querying,
*** 18266,18280 ****
  ==================
  
  The functions to query the information about loops are declared in
! 'cfgloop.h'.  Some of the information can be taken directly from the
! structures.  'loop_father' field of each basic block contains the
  innermost loop to that the block belongs.  The most useful fields of
  loop structure (that are kept up-to-date at all times) are:
  
!    * 'header', 'latch': Header and latch basic blocks of the loop.
!    * 'num_nodes': Number of basic blocks in the loop (including the
       basic blocks of the sub-loops).
!    * 'outer', 'inner', 'next': The super-loop, the first sub-loop, and
       the sibling of the loop in the loops tree.
  
   There are other fields in the loop structures, many of them used only
--- 18447,18463 ----
  ==================
  
  The functions to query the information about loops are declared in
! `cfgloop.h'.  Some of the information can be taken directly from the
! structures.  `loop_father' field of each basic block contains the
  innermost loop to that the block belongs.  The most useful fields of
  loop structure (that are kept up-to-date at all times) are:
  
!    * `header', `latch': Header and latch basic blocks of the loop.
! 
!    * `num_nodes': Number of basic blocks in the loop (including the
       basic blocks of the sub-loops).
! 
!    * `outer', `inner', `next': The super-loop, the first sub-loop, and
       the sibling of the loop in the loops tree.
  
   There are other fields in the loop structures, many of them used only
*************** they should not be accessed directly.
*** 18283,18316 ****
  
   The most important functions to query loop structures are:
  
!    * 'loop_depth': The depth of the loop in the loops tree, i.e., the
       number of super-loops of the loop.
!    * 'flow_loops_dump': Dumps the information about loops to a file.
!    * 'verify_loop_structure': Checks consistency of the loop structures.
!    * 'loop_latch_edge': Returns the latch edge of a loop.
!    * 'loop_preheader_edge': If loops have preheaders, returns the
       preheader edge of a loop.
!    * 'flow_loop_nested_p': Tests whether loop is a sub-loop of another
       loop.
!    * 'flow_bb_inside_loop_p': Tests whether a basic block belongs to a
       loop (including its sub-loops).
!    * 'find_common_loop': Finds the common super-loop of two loops.
!    * 'superloop_at_depth': Returns the super-loop of a loop with the
       given depth.
!    * 'tree_num_loop_insns', 'num_loop_insns': Estimates the number of
       insns in the loop, on GIMPLE and on RTL.
!    * 'loop_exit_edge_p': Tests whether edge is an exit from a loop.
!    * 'mark_loop_exit_edges': Marks all exit edges of all loops with
!      'EDGE_LOOP_EXIT' flag.
!    * 'get_loop_body', 'get_loop_body_in_dom_order',
!      'get_loop_body_in_bfs_order': Enumerates the basic blocks in the
       loop in depth-first search order in reversed CFG, ordered by
       dominance relation, and breath-first search order, respectively.
!    * 'single_exit': Returns the single exit edge of the loop, or 'NULL'
!      if the loop has more than one exit.  You can only use this function
!      if LOOPS_HAVE_MARKED_SINGLE_EXITS property is used.
!    * 'get_loop_exit_edges': Enumerates the exit edges of a loop.
!    * 'just_once_each_iteration_p': Returns true if the basic block is
       executed exactly once during each iteration of a loop (that is, it
       does not belong to a sub-loop, and it dominates the latch of the
       loop).
--- 18466,18514 ----
  
   The most important functions to query loop structures are:
  
!    * `loop_depth': The depth of the loop in the loops tree, i.e., the
       number of super-loops of the loop.
! 
!    * `flow_loops_dump': Dumps the information about loops to a file.
! 
!    * `verify_loop_structure': Checks consistency of the loop structures.
! 
!    * `loop_latch_edge': Returns the latch edge of a loop.
! 
!    * `loop_preheader_edge': If loops have preheaders, returns the
       preheader edge of a loop.
! 
!    * `flow_loop_nested_p': Tests whether loop is a sub-loop of another
       loop.
! 
!    * `flow_bb_inside_loop_p': Tests whether a basic block belongs to a
       loop (including its sub-loops).
! 
!    * `find_common_loop': Finds the common super-loop of two loops.
! 
!    * `superloop_at_depth': Returns the super-loop of a loop with the
       given depth.
! 
!    * `tree_num_loop_insns', `num_loop_insns': Estimates the number of
       insns in the loop, on GIMPLE and on RTL.
! 
!    * `loop_exit_edge_p': Tests whether edge is an exit from a loop.
! 
!    * `mark_loop_exit_edges': Marks all exit edges of all loops with
!      `EDGE_LOOP_EXIT' flag.
! 
!    * `get_loop_body', `get_loop_body_in_dom_order',
!      `get_loop_body_in_bfs_order': Enumerates the basic blocks in the
       loop in depth-first search order in reversed CFG, ordered by
       dominance relation, and breath-first search order, respectively.
! 
!    * `single_exit': Returns the single exit edge of the loop, or `NULL'
!      if the loop has more than one exit.  You can only use this
!      function if LOOPS_HAVE_MARKED_SINGLE_EXITS property is used.
! 
!    * `get_loop_exit_edges': Enumerates the exit edges of a loop.
! 
!    * `just_once_each_iteration_p': Returns true if the basic block is
       executed exactly once during each iteration of a loop (that is, it
       does not belong to a sub-loop, and it dominates the latch of the
       loop).
*************** File: gccint.info,  Node: Loop manipulat
*** 18323,18339 ****
  
  The loops tree can be manipulated using the following functions:
  
!    * 'flow_loop_tree_node_add': Adds a node to the tree.
!    * 'flow_loop_tree_node_remove': Removes a node from the tree.
!    * 'add_bb_to_loop': Adds a basic block to a loop.
!    * 'remove_bb_from_loops': Removes a basic block from loops.
  
   Most low-level CFG functions update loops automatically.  The following
  functions handle some more complicated cases of CFG manipulations:
  
!    * 'remove_path': Removes an edge and all blocks it dominates.
!    * 'split_loop_exit_edge': Splits exit edge of the loop, ensuring that
!      PHI node arguments remain in the loop (this ensures that
       loop-closed SSA form is preserved).  Only useful on GIMPLE.
  
   Finally, there are some higher-level loop transformations implemented.
--- 18521,18541 ----
  
  The loops tree can be manipulated using the following functions:
  
!    * `flow_loop_tree_node_add': Adds a node to the tree.
! 
!    * `flow_loop_tree_node_remove': Removes a node from the tree.
! 
!    * `add_bb_to_loop': Adds a basic block to a loop.
! 
!    * `remove_bb_from_loops': Removes a basic block from loops.
  
   Most low-level CFG functions update loops automatically.  The following
  functions handle some more complicated cases of CFG manipulations:
  
!    * `remove_path': Removes an edge and all blocks it dominates.
! 
!    * `split_loop_exit_edge': Splits exit edge of the loop, ensuring
!      that PHI node arguments remain in the loop (this ensures that
       loop-closed SSA form is preserved).  Only useful on GIMPLE.
  
   Finally, there are some higher-level loop transformations implemented.
*************** While some of them are written so that t
*** 18341,18363 ****
  loops, they are mostly untested in that case, and at the moment, they
  are only reliable for the innermost loops:
  
!    * 'create_iv': Creates a new induction variable.  Only works on
!      GIMPLE.  'standard_iv_increment_position' can be used to find a
       suitable place for the iv increment.
!    * 'duplicate_loop_to_header_edge',
!      'tree_duplicate_loop_to_header_edge': These functions (on RTL and
       on GIMPLE) duplicate the body of the loop prescribed number of
       times on one of the edges entering loop header, thus performing
!      either loop unrolling or loop peeling.  'can_duplicate_loop_p'
!      ('can_unroll_loop_p' on GIMPLE) must be true for the duplicated
       loop.
!    * 'loop_version': This function creates a copy of a loop, and a
       branch before them that selects one of them depending on the
       prescribed condition.  This is useful for optimizations that need
       to verify some assumptions in runtime (one of the copies of the
       loop is usually left unchanged, while the other one is transformed
       in some way).
!    * 'tree_unroll_loop': Unrolls the loop, including peeling the extra
       iterations to make the number of iterations divisible by unroll
       factor, updating the exit condition, and removing the exits that
       now cannot be taken.  Works only on GIMPLE.
--- 18543,18568 ----
  loops, they are mostly untested in that case, and at the moment, they
  are only reliable for the innermost loops:
  
!    * `create_iv': Creates a new induction variable.  Only works on
!      GIMPLE.  `standard_iv_increment_position' can be used to find a
       suitable place for the iv increment.
! 
!    * `duplicate_loop_to_header_edge',
!      `tree_duplicate_loop_to_header_edge': These functions (on RTL and
       on GIMPLE) duplicate the body of the loop prescribed number of
       times on one of the edges entering loop header, thus performing
!      either loop unrolling or loop peeling.  `can_duplicate_loop_p'
!      (`can_unroll_loop_p' on GIMPLE) must be true for the duplicated
       loop.
! 
!    * `loop_version': This function creates a copy of a loop, and a
       branch before them that selects one of them depending on the
       prescribed condition.  This is useful for optimizations that need
       to verify some assumptions in runtime (one of the copies of the
       loop is usually left unchanged, while the other one is transformed
       in some way).
! 
!    * `tree_unroll_loop': Unrolls the loop, including peeling the extra
       iterations to make the number of iterations divisible by unroll
       factor, updating the exit condition, and removing the exits that
       now cannot be taken.  Works only on GIMPLE.
*************** File: gccint.info,  Node: LCSSA,  Next:
*** 18369,18375 ****
  =========================
  
  Throughout the loop optimizations on tree level, one extra condition is
! enforced on the SSA form: No SSA name is used outside of the loop in
  that it is defined.  The SSA form satisfying this condition is called
  "loop-closed SSA form" - LCSSA.  To enforce LCSSA, PHI nodes must be
  created at the exits of the loops for the SSA names that are used
--- 18574,18580 ----
  =========================
  
  Throughout the loop optimizations on tree level, one extra condition is
! enforced on the SSA form:  No SSA name is used outside of the loop in
  that it is defined.  The SSA form satisfying this condition is called
  "loop-closed SSA form" - LCSSA.  To enforce LCSSA, PHI nodes must be
  created at the exits of the loops for the SSA names that are used
*************** held in LCSSA, in order to save memory.
*** 18382,18406 ****
       are interested in the values that are defined in the loop and used
       outside of it, i.e., exactly those for that we create new PHI
       nodes.
     * In induction variable analysis, it is not necessary to specify the
       loop in that the analysis should be performed - the scalar
       evolution analysis always returns the results with respect to the
       loop in that the SSA name is defined.
     * It makes updating of SSA form during loop transformations simpler.
!      Without LCSSA, operations like loop unrolling may force creation of
!      PHI nodes arbitrarily far from the loop, while in LCSSA, the SSA
!      form can be updated locally.  However, since we only keep real
       operands in LCSSA, we cannot use this advantage (we could have
       local updating of real operands, but it is not much more efficient
!      than to use generic SSA form updating for it as well; the amount of
!      changes to SSA is the same).
  
   However, it also means LCSSA must be updated.  This is usually
  straightforward, unless you create a new value in loop and use it
  outside, or unless you manipulate loop exit edges (functions are
  provided to make these manipulations simple).
! 'rewrite_into_loop_closed_ssa' is used to rewrite SSA form to LCSSA, and
! 'verify_loop_closed_ssa' to check that the invariant of LCSSA is
  preserved.
  
  
--- 18587,18613 ----
       are interested in the values that are defined in the loop and used
       outside of it, i.e., exactly those for that we create new PHI
       nodes.
+ 
     * In induction variable analysis, it is not necessary to specify the
       loop in that the analysis should be performed - the scalar
       evolution analysis always returns the results with respect to the
       loop in that the SSA name is defined.
+ 
     * It makes updating of SSA form during loop transformations simpler.
!      Without LCSSA, operations like loop unrolling may force creation
!      of PHI nodes arbitrarily far from the loop, while in LCSSA, the
!      SSA form can be updated locally.  However, since we only keep real
       operands in LCSSA, we cannot use this advantage (we could have
       local updating of real operands, but it is not much more efficient
!      than to use generic SSA form updating for it as well; the amount
!      of changes to SSA is the same).
  
   However, it also means LCSSA must be updated.  This is usually
  straightforward, unless you create a new value in loop and use it
  outside, or unless you manipulate loop exit edges (functions are
  provided to make these manipulations simple).
! `rewrite_into_loop_closed_ssa' is used to rewrite SSA form to LCSSA,
! and `verify_loop_closed_ssa' to check that the invariant of LCSSA is
  preserved.
  
  
*************** variable analysis on GIMPLE.  They enabl
*** 18414,18450 ****
  complicated behavior in a simple and consistent way (we only use it to
  express values of polynomial induction variables, but it is possible to
  extend it).  The interfaces to SCEV analysis are declared in
! 'tree-scalar-evolution.h'.  To use scalar evolutions analysis,
! 'scev_initialize' must be used.  To stop using SCEV, 'scev_finalize'
  should be used.  SCEV analysis caches results in order to save time and
  memory.  This cache however is made invalid by most of the loop
! transformations, including removal of code.  If such a transformation is
! performed, 'scev_reset' must be called to clean the caches.
  
   Given an SSA name, its behavior in loops can be analyzed using the
! 'analyze_scalar_evolution' function.  The returned SCEV however does not
! have to be fully analyzed and it may contain references to other SSA
! names defined in the loop.  To resolve these (potentially recursive)
! references, 'instantiate_parameters' or 'resolve_mixers' functions must
! be used.  'instantiate_parameters' is useful when you use the results of
! SCEV only for some analysis, and when you work with whole nest of loops
! at once.  It will try replacing all SSA names by their SCEV in all
! loops, including the super-loops of the current loop, thus providing a
! complete information about the behavior of the variable in the loop
! nest.  'resolve_mixers' is useful if you work with only one loop at a
! time, and if you possibly need to create code based on the value of the
! induction variable.  It will only resolve the SSA names defined in the
! current loop, leaving the SSA names defined outside unchanged, even if
! their evolution in the outer loops is known.
  
   The SCEV is a normal tree expression, except for the fact that it may
! contain several special tree nodes.  One of them is 'SCEV_NOT_KNOWN',
  used for SSA names whose value cannot be expressed.  The other one is
! 'POLYNOMIAL_CHREC'.  Polynomial chrec has three arguments - base, step
  and loop (both base and step may contain further polynomial chrecs).
  Type of the expression and of base and step must be the same.  A
! variable has evolution 'POLYNOMIAL_CHREC(base, step, loop)' if it is (in
! the specified loop) equivalent to 'x_1' in the following example
  
       while (...)
         {
--- 18621,18657 ----
  complicated behavior in a simple and consistent way (we only use it to
  express values of polynomial induction variables, but it is possible to
  extend it).  The interfaces to SCEV analysis are declared in
! `tree-scalar-evolution.h'.  To use scalar evolutions analysis,
! `scev_initialize' must be used.  To stop using SCEV, `scev_finalize'
  should be used.  SCEV analysis caches results in order to save time and
  memory.  This cache however is made invalid by most of the loop
! transformations, including removal of code.  If such a transformation
! is performed, `scev_reset' must be called to clean the caches.
  
   Given an SSA name, its behavior in loops can be analyzed using the
! `analyze_scalar_evolution' function.  The returned SCEV however does
! not have to be fully analyzed and it may contain references to other
! SSA names defined in the loop.  To resolve these (potentially
! recursive) references, `instantiate_parameters' or `resolve_mixers'
! functions must be used.  `instantiate_parameters' is useful when you
! use the results of SCEV only for some analysis, and when you work with
! whole nest of loops at once.  It will try replacing all SSA names by
! their SCEV in all loops, including the super-loops of the current loop,
! thus providing a complete information about the behavior of the
! variable in the loop nest.  `resolve_mixers' is useful if you work with
! only one loop at a time, and if you possibly need to create code based
! on the value of the induction variable.  It will only resolve the SSA
! names defined in the current loop, leaving the SSA names defined
! outside unchanged, even if their evolution in the outer loops is known.
  
   The SCEV is a normal tree expression, except for the fact that it may
! contain several special tree nodes.  One of them is `SCEV_NOT_KNOWN',
  used for SSA names whose value cannot be expressed.  The other one is
! `POLYNOMIAL_CHREC'.  Polynomial chrec has three arguments - base, step
  and loop (both base and step may contain further polynomial chrecs).
  Type of the expression and of base and step must be the same.  A
! variable has evolution `POLYNOMIAL_CHREC(base, step, loop)' if it is
! (in the specified loop) equivalent to `x_1' in the following example
  
       while (...)
         {
*************** the specified loop) equivalent to 'x_1'
*** 18453,18459 ****
         }
  
   Note that this includes the language restrictions on the operations.
! For example, if we compile C code and 'x' has signed type, then the
  overflow in addition would cause undefined behavior, and we may assume
  that this does not happen.  Hence, the value with this SCEV cannot
  overflow (which restricts the number of iterations of such a loop).
--- 18660,18666 ----
         }
  
   Note that this includes the language restrictions on the operations.
! For example, if we compile C code and `x' has signed type, then the
  overflow in addition would cause undefined behavior, and we may assume
  that this does not happen.  Hence, the value with this SCEV cannot
  overflow (which restricts the number of iterations of such a loop).
*************** overflow (which restricts the number of
*** 18461,18467 ****
   In many cases, one wants to restrict the attention just to affine
  induction variables.  In this case, the extra expressive power of SCEV
  is not useful, and may complicate the optimizations.  In this case,
! 'simple_iv' function may be used to analyze a value - the result is a
  loop-invariant base and step.
  
  
--- 18668,18674 ----
   In many cases, one wants to restrict the attention just to affine
  induction variables.  In this case, the extra expressive power of SCEV
  is not useful, and may complicate the optimizations.  In this case,
! `simple_iv' function may be used to analyze a value - the result is a
  loop-invariant base and step.
  
  
*************** File: gccint.info,  Node: loop-iv,  Next
*** 18472,18509 ****
  
  The induction variable on RTL is simple and only allows analysis of
  affine induction variables, and only in one loop at once.  The interface
! is declared in 'cfgloop.h'.  Before analyzing induction variables in a
! loop L, 'iv_analysis_loop_init' function must be called on L. After the
! analysis (possibly calling 'iv_analysis_loop_init' for several loops) is
! finished, 'iv_analysis_done' should be called.  The following functions
! can be used to access the results of the analysis:
  
!    * 'iv_analyze': Analyzes a single register used in the given insn.
       If no use of the register in this insn is found, the following
       insns are scanned, so that this function can be called on the insn
       returned by get_condition.
-    * 'iv_analyze_result': Analyzes result of the assignment in the given
-      insn.
-    * 'iv_analyze_expr': Analyzes a more complicated expression.  All its
-      operands are analyzed by 'iv_analyze', and hence they must be used
-      in the specified insn or one of the following insns.
  
!  The description of the induction variable is provided in 'struct
  rtx_iv'.  In order to handle subregs, the representation is a bit
! complicated; if the value of the 'extend' field is not 'UNKNOWN', the
  value of the induction variable in the i-th iteration is
  
       delta + mult * extend_{extend_mode} (subreg_{mode} (base + i * step)),
  
!  with the following exception: if 'first_special' is true, then the
! value in the first iteration (when 'i' is zero) is 'delta + mult *
! base'.  However, if 'extend' is equal to 'UNKNOWN', then 'first_special'
! must be false, 'delta' 0, 'mult' 1 and the value in the i-th iteration
! is
  
       subreg_{mode} (base + i * step)
  
!  The function 'get_iv_value' can be used to perform these calculations.
  
  
  File: gccint.info,  Node: Number of iterations,  Next: Dependency analysis,  Prev: loop-iv,  Up: Loop Analysis and Representation
--- 18679,18718 ----
  
  The induction variable on RTL is simple and only allows analysis of
  affine induction variables, and only in one loop at once.  The interface
! is declared in `cfgloop.h'.  Before analyzing induction variables in a
! loop L, `iv_analysis_loop_init' function must be called on L.  After
! the analysis (possibly calling `iv_analysis_loop_init' for several
! loops) is finished, `iv_analysis_done' should be called.  The following
! functions can be used to access the results of the analysis:
  
!    * `iv_analyze': Analyzes a single register used in the given insn.
       If no use of the register in this insn is found, the following
       insns are scanned, so that this function can be called on the insn
       returned by get_condition.
  
!    * `iv_analyze_result': Analyzes result of the assignment in the
!      given insn.
! 
!    * `iv_analyze_expr': Analyzes a more complicated expression.  All
!      its operands are analyzed by `iv_analyze', and hence they must be
!      used in the specified insn or one of the following insns.
! 
!  The description of the induction variable is provided in `struct
  rtx_iv'.  In order to handle subregs, the representation is a bit
! complicated; if the value of the `extend' field is not `UNKNOWN', the
  value of the induction variable in the i-th iteration is
  
       delta + mult * extend_{extend_mode} (subreg_{mode} (base + i * step)),
  
!  with the following exception:  if `first_special' is true, then the
! value in the first iteration (when `i' is zero) is `delta + mult *
! base'.  However, if `extend' is equal to `UNKNOWN', then
! `first_special' must be false, `delta' 0, `mult' 1 and the value in the
! i-th iteration is
  
       subreg_{mode} (base + i * step)
  
!  The function `get_iv_value' can be used to perform these calculations.
  
  
  File: gccint.info,  Node: Number of iterations,  Next: Dependency analysis,  Prev: loop-iv,  Up: Loop Analysis and Representation
*************** program; if it fails, the conditions are
*** 18522,18584 ****
  result.  The following information and conditions are provided by the
  analysis:
  
!    * 'assumptions': If this condition is false, the rest of the
       information is invalid.
!    * 'noloop_assumptions' on RTL, 'may_be_zero' on GIMPLE: If this
       condition is true, the loop exits in the first iteration.
!    * 'infinite': If this condition is true, the loop is infinite.  This
       condition is only available on RTL.  On GIMPLE, conditions for
!      finiteness of the loop are included in 'assumptions'.
!    * 'niter_expr' on RTL, 'niter' on GIMPLE: The expression that gives
       number of iterations.  The number of iterations is defined as the
       number of executions of the loop latch.
  
   Both on GIMPLE and on RTL, it necessary for the induction variable
  analysis framework to be initialized (SCEV on GIMPLE, loop-iv on RTL).
! On GIMPLE, the results are stored to 'struct tree_niter_desc' structure.
! Number of iterations before the loop is exited through a given exit can
! be determined using 'number_of_iterations_exit' function.  On RTL, the
! results are returned in 'struct niter_desc' structure.  The
! corresponding function is named 'check_simple_exit'.  There are also
! functions that pass through all the exits of a loop and try to find one
! with easy to determine number of iterations - 'find_loop_niter' on
! GIMPLE and 'find_simple_exit' on RTL.  Finally, there are functions that
! provide the same information, but additionally cache it, so that
! repeated calls to number of iterations are not so costly -
! 'number_of_latch_executions' on GIMPLE and 'get_simple_loop_desc' on
! RTL.
  
   Note that some of these functions may behave slightly differently than
  others - some of them return only the expression for the number of
  iterations, and fail if there are some assumptions.  The function
! 'number_of_latch_executions' works only for single-exit loops.  The
! function 'number_of_cond_exit_executions' can be used to determine
  number of executions of the exit condition of a single-exit loop (i.e.,
! the 'number_of_latch_executions' increased by one).
  
   On GIMPLE, below constraint flags affect semantics of some APIs of
  number of iterations analyzer:
  
!    * 'LOOP_C_INFINITE': If this constraint flag is set, the loop is
!      known to be infinite.  APIs like 'number_of_iterations_exit' can
       return false directly without doing any analysis.
!    * 'LOOP_C_FINITE': If this constraint flag is set, the loop is known
       to be finite, in other words, loop's number of iterations can be
!      computed with 'assumptions' be true.
  
   Generally, the constraint flags are set/cleared by consumers which are
  loop optimizers.  It's also the consumers' responsibility to set/clear
  constraints correctly.  Failing to do that might result in hard to track
  down bugs in scev/niter consumers.  One typical use case is vectorizer:
! it drives number of iterations analyzer by setting 'LOOP_C_FINITE' and
  vectorizes possibly infinite loop by versioning loop with analysis
  result.  In return, constraints set by consumers can also help number of
! iterations analyzer in following optimizers.  For example, 'niter' of a
! loop versioned under 'assumptions' is valid unconditionally.
  
   Other constraints may be added in the future, for example, a constraint
! indicating that loops' latch must roll thus 'may_be_zero' would be false
! unconditionally.
  
  
  File: gccint.info,  Node: Dependency analysis,  Prev: Number of iterations,  Up: Loop Analysis and Representation
--- 18731,18797 ----
  result.  The following information and conditions are provided by the
  analysis:
  
!    * `assumptions': If this condition is false, the rest of the
       information is invalid.
! 
!    * `noloop_assumptions' on RTL, `may_be_zero' on GIMPLE: If this
       condition is true, the loop exits in the first iteration.
! 
!    * `infinite': If this condition is true, the loop is infinite.  This
       condition is only available on RTL.  On GIMPLE, conditions for
!      finiteness of the loop are included in `assumptions'.
! 
!    * `niter_expr' on RTL, `niter' on GIMPLE: The expression that gives
       number of iterations.  The number of iterations is defined as the
       number of executions of the loop latch.
  
   Both on GIMPLE and on RTL, it necessary for the induction variable
  analysis framework to be initialized (SCEV on GIMPLE, loop-iv on RTL).
! On GIMPLE, the results are stored to `struct tree_niter_desc'
! structure.  Number of iterations before the loop is exited through a
! given exit can be determined using `number_of_iterations_exit'
! function.  On RTL, the results are returned in `struct niter_desc'
! structure.  The corresponding function is named `check_simple_exit'.
! There are also functions that pass through all the exits of a loop and
! try to find one with easy to determine number of iterations -
! `find_loop_niter' on GIMPLE and `find_simple_exit' on RTL.  Finally,
! there are functions that provide the same information, but additionally
! cache it, so that repeated calls to number of iterations are not so
! costly - `number_of_latch_executions' on GIMPLE and
! `get_simple_loop_desc' on RTL.
  
   Note that some of these functions may behave slightly differently than
  others - some of them return only the expression for the number of
  iterations, and fail if there are some assumptions.  The function
! `number_of_latch_executions' works only for single-exit loops.  The
! function `number_of_cond_exit_executions' can be used to determine
  number of executions of the exit condition of a single-exit loop (i.e.,
! the `number_of_latch_executions' increased by one).
  
   On GIMPLE, below constraint flags affect semantics of some APIs of
  number of iterations analyzer:
  
!    * `LOOP_C_INFINITE': If this constraint flag is set, the loop is
!      known to be infinite.  APIs like `number_of_iterations_exit' can
       return false directly without doing any analysis.
! 
!    * `LOOP_C_FINITE': If this constraint flag is set, the loop is known
       to be finite, in other words, loop's number of iterations can be
!      computed with `assumptions' be true.
  
   Generally, the constraint flags are set/cleared by consumers which are
  loop optimizers.  It's also the consumers' responsibility to set/clear
  constraints correctly.  Failing to do that might result in hard to track
  down bugs in scev/niter consumers.  One typical use case is vectorizer:
! it drives number of iterations analyzer by setting `LOOP_C_FINITE' and
  vectorizes possibly infinite loop by versioning loop with analysis
  result.  In return, constraints set by consumers can also help number of
! iterations analyzer in following optimizers.  For example, `niter' of a
! loop versioned under `assumptions' is valid unconditionally.
  
   Other constraints may be added in the future, for example, a constraint
! indicating that loops' latch must roll thus `may_be_zero' would be
! false unconditionally.
  
  
  File: gccint.info,  Node: Dependency analysis,  Prev: Number of iterations,  Up: Loop Analysis and Representation
*************** File: gccint.info,  Node: Dependency ana
*** 18587,18607 ****
  =============================
  
  The code for the data dependence analysis can be found in
! 'tree-data-ref.c' and its interface and data structures are described in
! 'tree-data-ref.h'.  The function that computes the data dependences for
! all the array and pointer references for a given loop is
! 'compute_data_dependences_for_loop'.  This function is currently used by
! the linear loop transform and the vectorization passes.  Before calling
! this function, one has to allocate two vectors: a first vector will
! contain the set of data references that are contained in the analyzed
! loop body, and the second vector will contain the dependence relations
! between the data references.  Thus if the vector of data references is
! of size 'n', the vector containing the dependence relations will contain
! 'n*n' elements.  However if the analyzed loop contains side effects,
! such as calls that potentially can interfere with the data references in
! the current analyzed loop, the analysis stops while scanning the loop
! body for data references, and inserts a single 'chrec_dont_know' in the
! dependence relation array.
  
   The data references are discovered in a particular order during the
  scanning of the loop body: the loop body is analyzed in execution order,
--- 18800,18820 ----
  =============================
  
  The code for the data dependence analysis can be found in
! `tree-data-ref.c' and its interface and data structures are described
! in `tree-data-ref.h'.  The function that computes the data dependences
! for all the array and pointer references for a given loop is
! `compute_data_dependences_for_loop'.  This function is currently used
! by the linear loop transform and the vectorization passes.  Before
! calling this function, one has to allocate two vectors: a first vector
! will contain the set of data references that are contained in the
! analyzed loop body, and the second vector will contain the dependence
! relations between the data references.  Thus if the vector of data
! references is of size `n', the vector containing the dependence
! relations will contain `n*n' elements.  However if the analyzed loop
! contains side effects, such as calls that potentially can interfere
! with the data references in the current analyzed loop, the analysis
! stops while scanning the loop body for data references, and inserts a
! single `chrec_dont_know' in the dependence relation array.
  
   The data references are discovered in a particular order during the
  scanning of the loop body: the loop body is analyzed in execution order,
*************** and mapping this order to the elements o
*** 18613,18648 ****
  queries to the loop body representation.
  
   Three types of data references are currently handled: ARRAY_REF,
! INDIRECT_REF and COMPONENT_REF.  The data structure for the data
! reference is 'data_reference', where 'data_reference_p' is a name of a
! pointer to the data reference structure.  The structure contains the
  following elements:
  
!    * 'base_object_info': Provides information about the base object of
!      the data reference and its access functions.  These access
!      functions represent the evolution of the data reference in the loop
!      relative to its base, in keeping with the classical meaning of the
!      data reference access function for the support of arrays.  For
!      example, for a reference 'a.b[i][j]', the base object is 'a.b' and
!      the access functions, one for each array subscript, are: '{i_init,
!      + i_step}_1, {j_init, +, j_step}_2'.
  
!    * 'first_location_in_loop': Provides information about the first
       location accessed by the data reference in the loop and about the
       access function used to represent evolution relative to this
!      location.  This data is used to support pointers, and is not used
!      for arrays (for which we have base objects).  Pointer accesses are
       represented as a one-dimensional access that starts from the first
!      location accessed in the loop.  For example:
  
                  for1 i
                     for2 j
                      *((int *)p + i + j) = a[i][j];
  
!      The access function of the pointer access is '{0, + 4B}_for2'
!      relative to 'p + i'.  The access functions of the array are
!      '{i_init, + i_step}_for1' and '{j_init, +, j_step}_for2' relative
!      to 'a'.
  
       Usually, the object the pointer refers to is either unknown, or we
       cannot prove that the access is confined to the boundaries of a
--- 18826,18861 ----
  queries to the loop body representation.
  
   Three types of data references are currently handled: ARRAY_REF,
! INDIRECT_REF and COMPONENT_REF. The data structure for the data
! reference is `data_reference', where `data_reference_p' is a name of a
! pointer to the data reference structure. The structure contains the
  following elements:
  
!    * `base_object_info': Provides information about the base object of
!      the data reference and its access functions. These access functions
!      represent the evolution of the data reference in the loop relative
!      to its base, in keeping with the classical meaning of the data
!      reference access function for the support of arrays. For example,
!      for a reference `a.b[i][j]', the base object is `a.b' and the
!      access functions, one for each array subscript, are: `{i_init, +
!      i_step}_1, {j_init, +, j_step}_2'.
  
!    * `first_location_in_loop': Provides information about the first
       location accessed by the data reference in the loop and about the
       access function used to represent evolution relative to this
!      location. This data is used to support pointers, and is not used
!      for arrays (for which we have base objects). Pointer accesses are
       represented as a one-dimensional access that starts from the first
!      location accessed in the loop. For example:
  
                  for1 i
                     for2 j
                      *((int *)p + i + j) = a[i][j];
  
!      The access function of the pointer access is `{0, + 4B}_for2'
!      relative to `p + i'. The access functions of the array are
!      `{i_init, + i_step}_for1' and `{j_init, +, j_step}_for2' relative
!      to `a'.
  
       Usually, the object the pointer refers to is either unknown, or we
       cannot prove that the access is confined to the boundaries of a
*************** following elements:
*** 18653,18702 ****
       references.
  
       The current strategy for data dependence tests is as follows: If
!      both 'a' and 'b' are represented as arrays, compare 'a.base_object'
!      and 'b.base_object'; if they are equal, apply dependence tests (use
!      access functions based on base_objects).  Else if both 'a' and 'b'
!      are represented as pointers, compare 'a.first_location' and
!      'b.first_location'; if they are equal, apply dependence tests (use
!      access functions based on first location).  However, if 'a' and 'b'
!      are represented differently, only try to prove that the bases are
!      definitely different.
  
     * Aliasing information.
     * Alignment information.
  
   The structure describing the relation between two data references is
! 'data_dependence_relation' and the shorter name for a pointer to such a
! structure is 'ddr_p'.  This structure contains:
  
     * a pointer to each data reference,
!    * a tree node 'are_dependent' that is set to 'chrec_known' if the
       analysis has proved that there is no dependence between these two
!      data references, 'chrec_dont_know' if the analysis was not able to
       determine any useful result and potentially there could exist a
!      dependence between these data references, and 'are_dependent' is
!      set to 'NULL_TREE' if there exist a dependence relation between the
       data references, and the description of this dependence relation is
!      given in the 'subscripts', 'dir_vects', and 'dist_vects' arrays,
     * a boolean that determines whether the dependence relation can be
       represented by a classical distance vector,
!    * an array 'subscripts' that contains a description of each subscript
!      of the data references.  Given two array accesses a subscript is
!      the tuple composed of the access functions for a given dimension.
!      For example, given 'A[f1][f2][f3]' and 'B[g1][g2][g3]', there are
!      three subscripts: '(f1, g1), (f2, g2), (f3, g3)'.
!    * two arrays 'dir_vects' and 'dist_vects' that contain classical
!      representations of the data dependences under the form of direction
!      and distance dependence vectors,
!    * an array of loops 'loop_nest' that contains the loops to which the
       distance and direction vectors refer to.
  
   Several functions for pretty printing the information extracted by the
! data dependence analysis are available: 'dump_ddrs' prints with a
  maximum verbosity the details of a data dependence relations array,
! 'dump_dist_dir_vectors' prints only the classical distance and direction
! vectors for a data dependence relations array, and
! 'dump_data_references' prints the details of the data references
  contained in a data reference array.
  
  
--- 18866,18922 ----
       references.
  
       The current strategy for data dependence tests is as follows: If
!      both `a' and `b' are represented as arrays, compare
!      `a.base_object' and `b.base_object'; if they are equal, apply
!      dependence tests (use access functions based on base_objects).
!      Else if both `a' and `b' are represented as pointers, compare
!      `a.first_location' and `b.first_location'; if they are equal,
!      apply dependence tests (use access functions based on first
!      location).  However, if `a' and `b' are represented differently,
!      only try to prove that the bases are definitely different.
  
     * Aliasing information.
+ 
     * Alignment information.
  
   The structure describing the relation between two data references is
! `data_dependence_relation' and the shorter name for a pointer to such a
! structure is `ddr_p'.  This structure contains:
  
     * a pointer to each data reference,
! 
!    * a tree node `are_dependent' that is set to `chrec_known' if the
       analysis has proved that there is no dependence between these two
!      data references, `chrec_dont_know' if the analysis was not able to
       determine any useful result and potentially there could exist a
!      dependence between these data references, and `are_dependent' is
!      set to `NULL_TREE' if there exist a dependence relation between the
       data references, and the description of this dependence relation is
!      given in the `subscripts', `dir_vects', and `dist_vects' arrays,
! 
     * a boolean that determines whether the dependence relation can be
       represented by a classical distance vector,
! 
!    * an array `subscripts' that contains a description of each
!      subscript of the data references.  Given two array accesses a
!      subscript is the tuple composed of the access functions for a given
!      dimension.  For example, given `A[f1][f2][f3]' and
!      `B[g1][g2][g3]', there are three subscripts: `(f1, g1), (f2, g2),
!      (f3, g3)'.
! 
!    * two arrays `dir_vects' and `dist_vects' that contain classical
!      representations of the data dependences under the form of
!      direction and distance dependence vectors,
! 
!    * an array of loops `loop_nest' that contains the loops to which the
       distance and direction vectors refer to.
  
   Several functions for pretty printing the information extracted by the
! data dependence analysis are available: `dump_ddrs' prints with a
  maximum verbosity the details of a data dependence relations array,
! `dump_dist_dir_vectors' prints only the classical distance and
! direction vectors for a data dependence relations array, and
! `dump_data_references' prints the details of the data references
  contained in a data reference array.
  
  
*************** File: gccint.info,  Node: Machine Desc,
*** 18706,18714 ****
  ***********************
  
  A machine description has two parts: a file of instruction patterns
! ('.md' file) and a C header file of macro definitions.
  
!  The '.md' file for a target machine contains a pattern for each
  instruction that the target machine supports (or at least each
  instruction that is worth telling the compiler about).  It may also
  contain comments.  A semicolon causes the rest of the line to be a
--- 18926,18934 ----
  ***********************
  
  A machine description has two parts: a file of instruction patterns
! (`.md' file) and a C header file of macro definitions.
  
!  The `.md' file for a target machine contains a pattern for each
  instruction that the target machine supports (or at least each
  instruction that is worth telling the compiler about).  It may also
  contain comments.  A semicolon causes the rest of the line to be a
*************** comment, unless the semicolon is inside
*** 18720,18726 ****
  
  * Overview::            How the machine description is used.
  * Patterns::            How to write instruction patterns.
! * Example::             An explained example of a 'define_insn' pattern.
  * RTL Template::        The RTL template defines what insns match a pattern.
  * Output Template::     The output template says how to make assembler code
                          from such an insn.
--- 18940,18946 ----
  
  * Overview::            How the machine description is used.
  * Patterns::            How to write instruction patterns.
! * Example::             An explained example of a `define_insn' pattern.
  * RTL Template::        The RTL template defines what insns match a pattern.
  * Output Template::     The output template says how to make assembler code
                          from such an insn.
*************** comment, unless the semicolon is inside
*** 18741,18749 ****
  * Including Patterns::  Including Patterns in Machine Descriptions.
  * Peephole Definitions::Defining machine-specific peephole optimizations.
  * Insn Attributes::     Specifying the value of attributes for generated insns.
! * Conditional Execution::Generating 'define_insn' patterns for
                           predication.
! * Define Subst::	Generating 'define_insn' and 'define_expand'
  			patterns from other patterns.
  * Constant Definitions::Defining symbolic constants that can be used in the
                          md file.
--- 18961,18969 ----
  * Including Patterns::  Including Patterns in Machine Descriptions.
  * Peephole Definitions::Defining machine-specific peephole optimizations.
  * Insn Attributes::     Specifying the value of attributes for generated insns.
! * Conditional Execution::Generating `define_insn' patterns for
                           predication.
! * Define Subst::	Generating `define_insn' and `define_expand'
  			patterns from other patterns.
  * Constant Definitions::Defining symbolic constants that can be used in the
                          md file.
*************** There are three main conversions that ha
*** 18765,18795 ****
    3. The insn list is matched against the RTL templates to produce
       assembler code.
  
   For the generate pass, only the names of the insns matter, from either
! a named 'define_insn' or a 'define_expand'.  The compiler will choose
  the pattern with the right name and apply the operands according to the
! documentation later in this chapter, without regard for the RTL template
! or operand constraints.  Note that the names the compiler looks for are
! hard-coded in the compiler--it will ignore unnamed patterns and patterns
! with names it doesn't know about, but if you don't provide a named
! pattern it needs, it will abort.
  
!  If a 'define_insn' is used, the template given is inserted into the
! insn list.  If a 'define_expand' is used, one of three things happens,
  based on the condition logic.  The condition logic may manually create
! new insns for the insn list, say via 'emit_insn()', and invoke 'DONE'.
! For certain named patterns, it may invoke 'FAIL' to tell the compiler to
! use an alternate way of performing that task.  If it invokes neither
! 'DONE' nor 'FAIL', the template given in the pattern is inserted, as if
! the 'define_expand' were a 'define_insn'.
  
   Once the insn list is generated, various optimization passes convert,
  replace, and rearrange the insns in the insn list.  This is where the
! 'define_split' and 'define_peephole' patterns get used, for example.
  
   Finally, the insn list's RTL is matched up with the RTL templates in
! the 'define_insn' patterns, and those patterns are used to emit the
! final assembly code.  For this purpose, each named 'define_insn' acts
  like it's unnamed, since the names are ignored.
  
  
--- 18985,19016 ----
    3. The insn list is matched against the RTL templates to produce
       assembler code.
  
+ 
   For the generate pass, only the names of the insns matter, from either
! a named `define_insn' or a `define_expand'.  The compiler will choose
  the pattern with the right name and apply the operands according to the
! documentation later in this chapter, without regard for the RTL
! template or operand constraints.  Note that the names the compiler looks
! for are hard-coded in the compiler--it will ignore unnamed patterns and
! patterns with names it doesn't know about, but if you don't provide a
! named pattern it needs, it will abort.
  
!  If a `define_insn' is used, the template given is inserted into the
! insn list.  If a `define_expand' is used, one of three things happens,
  based on the condition logic.  The condition logic may manually create
! new insns for the insn list, say via `emit_insn()', and invoke `DONE'.
! For certain named patterns, it may invoke `FAIL' to tell the compiler
! to use an alternate way of performing that task.  If it invokes neither
! `DONE' nor `FAIL', the template given in the pattern is inserted, as if
! the `define_expand' were a `define_insn'.
  
   Once the insn list is generated, various optimization passes convert,
  replace, and rearrange the insns in the insn list.  This is where the
! `define_split' and `define_peephole' patterns get used, for example.
  
   Finally, the insn list's RTL is matched up with the RTL templates in
! the `define_insn' patterns, and those patterns are used to emit the
! final assembly code.  For this purpose, each named `define_insn' acts
  like it's unnamed, since the names are ignored.
  
  
*************** File: gccint.info,  Node: Patterns,  Nex
*** 18798,18856 ****
  16.2 Everything about Instruction Patterns
  ==========================================
  
! A 'define_insn' expression is used to define instruction patterns to
! which insns may be matched.  A 'define_insn' expression contains an
  incomplete RTL expression, with pieces to be filled in later, operand
  constraints that restrict how the pieces can be filled in, and an output
  template or C code to generate the assembler output.
  
!  A 'define_insn' is an RTL expression containing four or five operands:
  
    1. An optional name.  The presence of a name indicate that this
       instruction pattern can perform a certain standard job for the
!      RTL-generation pass of the compiler.  This pass knows certain names
!      and will use the instruction patterns with those names, if the
!      names are defined in the machine description.
  
!      The absence of a name is indicated by writing an empty string where
!      the name should go.  Nameless instruction patterns are never used
!      for generating RTL code, but they may permit several simpler insns
!      to be combined later on.
  
       Names that are not thus known and used in RTL-generation have no
       effect; they are equivalent to no name at all.
  
       For the purpose of debugging the compiler, you may also specify a
!      name beginning with the '*' character.  Such a name is used only
       for identifying the instruction in RTL dumps; it is equivalent to
       having a nameless pattern for all other purposes.  Names beginning
!      with the '*' character are not required to be unique.
  
    2. The "RTL template": This is a vector of incomplete RTL expressions
       which describe the semantics of the instruction (*note RTL
       Template::).  It is incomplete because it may contain
!      'match_operand', 'match_operator', and 'match_dup' expressions that
!      stand for operands of the instruction.
  
!      If the vector has multiple elements, the RTL template is treated as
!      a 'parallel' expression.
  
    3. The condition: This is a string which contains a C expression.
       When the compiler attempts to match RTL against a pattern, the
!      condition is evaluated.  If the condition evaluates to 'true', the
!      match is permitted.  The condition may be an empty string, which is
!      treated as always 'true'.
  
       For a named pattern, the condition may not depend on the data in
       the insn being matched, but only the target-machine-type flags.
       The compiler needs to test these conditions during initialization
!      in order to learn exactly which named instructions are available in
!      a particular run.
  
       For nameless patterns, the condition is applied only when matching
       an individual insn, and only after the insn has matched the
       pattern's recognition template.  The insn's operands may be found
!      in the vector 'operands'.
  
       For an insn where the condition has once matched, it cannot later
       be used to control register allocation by excluding certain
--- 19019,19077 ----
  16.2 Everything about Instruction Patterns
  ==========================================
  
! A `define_insn' expression is used to define instruction patterns to
! which insns may be matched.  A `define_insn' expression contains an
  incomplete RTL expression, with pieces to be filled in later, operand
  constraints that restrict how the pieces can be filled in, and an output
  template or C code to generate the assembler output.
  
!  A `define_insn' is an RTL expression containing four or five operands:
  
    1. An optional name.  The presence of a name indicate that this
       instruction pattern can perform a certain standard job for the
!      RTL-generation pass of the compiler.  This pass knows certain
!      names and will use the instruction patterns with those names, if
!      the names are defined in the machine description.
  
!      The absence of a name is indicated by writing an empty string
!      where the name should go.  Nameless instruction patterns are never
!      used for generating RTL code, but they may permit several simpler
!      insns to be combined later on.
  
       Names that are not thus known and used in RTL-generation have no
       effect; they are equivalent to no name at all.
  
       For the purpose of debugging the compiler, you may also specify a
!      name beginning with the `*' character.  Such a name is used only
       for identifying the instruction in RTL dumps; it is equivalent to
       having a nameless pattern for all other purposes.  Names beginning
!      with the `*' character are not required to be unique.
  
    2. The "RTL template": This is a vector of incomplete RTL expressions
       which describe the semantics of the instruction (*note RTL
       Template::).  It is incomplete because it may contain
!      `match_operand', `match_operator', and `match_dup' expressions
!      that stand for operands of the instruction.
  
!      If the vector has multiple elements, the RTL template is treated
!      as a `parallel' expression.
  
    3. The condition: This is a string which contains a C expression.
       When the compiler attempts to match RTL against a pattern, the
!      condition is evaluated.  If the condition evaluates to `true', the
!      match is permitted.  The condition may be an empty string, which
!      is treated as always `true'.
  
       For a named pattern, the condition may not depend on the data in
       the insn being matched, but only the target-machine-type flags.
       The compiler needs to test these conditions during initialization
!      in order to learn exactly which named instructions are available
!      in a particular run.
  
       For nameless patterns, the condition is applied only when matching
       an individual insn, and only after the insn has matched the
       pattern's recognition template.  The insn's operands may be found
!      in the vector `operands'.
  
       For an insn where the condition has once matched, it cannot later
       be used to control register allocation by excluding certain
*************** template or C code to generate the assem
*** 18869,18875 ****
  
  File: gccint.info,  Node: Example,  Next: RTL Template,  Prev: Patterns,  Up: Machine Desc
  
! 16.3 Example of 'define_insn'
  =============================
  
  Here is an example of an instruction pattern, taken from the machine
--- 19090,19096 ----
  
  File: gccint.info,  Node: Example,  Next: RTL Template,  Prev: Patterns,  Up: Machine Desc
  
! 16.3 Example of `define_insn'
  =============================
  
  Here is an example of an instruction pattern, taken from the machine
*************** This can also be written using braced st
*** 18901,18907 ****
   This describes an instruction which sets the condition codes based on
  the value of a general operand.  It has no condition, so any insn with
  an RTL description of the form shown may be matched to this pattern.
! The name 'tstsi' means "test a 'SImode' value" and tells the RTL
  generation pass that, when it is necessary to test such a value, an insn
  to do so can be constructed using this pattern.
  
--- 19122,19128 ----
   This describes an instruction which sets the condition codes based on
  the value of a general operand.  It has no condition, so any insn with
  an RTL description of the form shown may be matched to this pattern.
! The name `tstsi' means "test a `SImode' value" and tells the RTL
  generation pass that, when it is necessary to test such a value, an insn
  to do so can be constructed using this pattern.
  
*************** to do so can be constructed using this p
*** 18909,18915 ****
  output template to return based on the kind of operand and the specific
  type of CPU for which code is being generated.
  
!  '"rm"' is an operand constraint.  Its meaning is explained below.
  
  
  File: gccint.info,  Node: RTL Template,  Next: Output Template,  Prev: Example,  Up: Machine Desc
--- 19130,19136 ----
  output template to return based on the kind of operand and the specific
  type of CPU for which code is being generated.
  
!  `"rm"' is an operand constraint.  Its meaning is explained below.
  
  
  File: gccint.info,  Node: RTL Template,  Next: Output Template,  Prev: Example,  Up: Machine Desc
*************** the operands in the insn being matched.
*** 18927,19024 ****
  controlled by special expression types that direct matching and
  substitution of the operands.
  
! '(match_operand:M N PREDICATE CONSTRAINT)'
       This expression is a placeholder for operand number N of the insn.
       When constructing an insn, operand number N will be substituted at
       this point.  When matching an insn, whatever appears at this
!      position in the insn will be taken as operand number N; but it must
!      satisfy PREDICATE or this instruction pattern will not match at
!      all.
  
       Operand numbers must be chosen consecutively counting from zero in
!      each instruction pattern.  There may be only one 'match_operand'
       expression in the pattern for each operand number.  Usually
!      operands are numbered in the order of appearance in 'match_operand'
!      expressions.  In the case of a 'define_expand', any operand numbers
!      used only in 'match_dup' expressions have higher values than all
       other operand numbers.
  
       PREDICATE is a string that is the name of a function that accepts
       two arguments, an expression and a machine mode.  *Note
       Predicates::.  During matching, the function will be called with
       the putative operand as the expression and M as the mode argument
!      (if M is not specified, 'VOIDmode' will be used, which normally
       causes PREDICATE to accept any mode).  If it returns zero, this
       instruction pattern fails to match.  PREDICATE may be an empty
       string; then it means no test is to be done on the operand, so
       anything which occurs in this position is valid.
  
!      Most of the time, PREDICATE will reject modes other than M--but not
!      always.  For example, the predicate 'address_operand' uses M as the
!      mode of memory ref that the address should be valid for.  Many
!      predicates accept 'const_int' nodes even though their mode is
!      'VOIDmode'.
  
       CONSTRAINT controls reloading and the choice of the best register
       class to use for a value, as explained later (*note Constraints::).
       If the constraint would be an empty string, it can be omitted.
  
       People are often unclear on the difference between the constraint
!      and the predicate.  The predicate helps decide whether a given insn
!      matches the pattern.  The constraint plays no role in this
       decision; instead, it controls various decisions in the case of an
       insn which does match.
  
! '(match_scratch:M N CONSTRAINT)'
       This expression is also a placeholder for operand number N and
!      indicates that operand must be a 'scratch' or 'reg' expression.
  
       When matching patterns, this is equivalent to
  
            (match_operand:M N "scratch_operand" CONSTRAINT)
  
!      but, when generating RTL, it produces a ('scratch':M) expression.
  
!      If the last few expressions in a 'parallel' are 'clobber'
       expressions whose operands are either a hard register or
!      'match_scratch', the combiner can add or delete them when
       necessary.  *Note Side Effects::.
  
! '(match_dup N)'
       This expression is also a placeholder for operand number N.  It is
       used when the operand needs to appear more than once in the insn.
  
!      In construction, 'match_dup' acts just like 'match_operand': the
       operand is substituted into the insn being constructed.  But in
!      matching, 'match_dup' behaves differently.  It assumes that operand
!      number N has already been determined by a 'match_operand' appearing
!      earlier in the recognition template, and it matches only an
!      identical-looking expression.
  
!      Note that 'match_dup' should not be used to tell the compiler that
       a particular register is being used for two operands (example:
!      'add' that adds one register to another; the second register is
       both an input operand and the output operand).  Use a matching
!      constraint (*note Simple Constraints::) for those.  'match_dup' is
       for the cases where one operand is used in two places in the
       template, such as an instruction that computes both a quotient and
       a remainder, where the opcode takes two input operands but the RTL
!      template has to refer to each of those twice; once for the quotient
!      pattern and once for the remainder pattern.
  
! '(match_operator:M N PREDICATE [OPERANDS...])'
       This pattern is a kind of placeholder for a variable RTL expression
       code.
  
       When constructing an insn, it stands for an RTL expression whose
!      expression code is taken from that of operand N, and whose operands
!      are constructed from the patterns OPERANDS.
  
       When matching an expression, it matches an expression if the
       function PREDICATE returns nonzero on that expression _and_ the
       patterns OPERANDS match the operands of the expression.
  
!      Suppose that the function 'commutative_operator' is defined as
       follows, to match any expression whose operator is one of the
       commutative arithmetic operators of RTL and whose mode is MODE:
  
--- 19148,19245 ----
  controlled by special expression types that direct matching and
  substitution of the operands.
  
! `(match_operand:M N PREDICATE CONSTRAINT)'
       This expression is a placeholder for operand number N of the insn.
       When constructing an insn, operand number N will be substituted at
       this point.  When matching an insn, whatever appears at this
!      position in the insn will be taken as operand number N; but it
!      must satisfy PREDICATE or this instruction pattern will not match
!      at all.
  
       Operand numbers must be chosen consecutively counting from zero in
!      each instruction pattern.  There may be only one `match_operand'
       expression in the pattern for each operand number.  Usually
!      operands are numbered in the order of appearance in `match_operand'
!      expressions.  In the case of a `define_expand', any operand numbers
!      used only in `match_dup' expressions have higher values than all
       other operand numbers.
  
       PREDICATE is a string that is the name of a function that accepts
       two arguments, an expression and a machine mode.  *Note
       Predicates::.  During matching, the function will be called with
       the putative operand as the expression and M as the mode argument
!      (if M is not specified, `VOIDmode' will be used, which normally
       causes PREDICATE to accept any mode).  If it returns zero, this
       instruction pattern fails to match.  PREDICATE may be an empty
       string; then it means no test is to be done on the operand, so
       anything which occurs in this position is valid.
  
!      Most of the time, PREDICATE will reject modes other than M--but
!      not always.  For example, the predicate `address_operand' uses M
!      as the mode of memory ref that the address should be valid for.
!      Many predicates accept `const_int' nodes even though their mode is
!      `VOIDmode'.
  
       CONSTRAINT controls reloading and the choice of the best register
       class to use for a value, as explained later (*note Constraints::).
       If the constraint would be an empty string, it can be omitted.
  
       People are often unclear on the difference between the constraint
!      and the predicate.  The predicate helps decide whether a given
!      insn matches the pattern.  The constraint plays no role in this
       decision; instead, it controls various decisions in the case of an
       insn which does match.
  
! `(match_scratch:M N CONSTRAINT)'
       This expression is also a placeholder for operand number N and
!      indicates that operand must be a `scratch' or `reg' expression.
  
       When matching patterns, this is equivalent to
  
            (match_operand:M N "scratch_operand" CONSTRAINT)
  
!      but, when generating RTL, it produces a (`scratch':M) expression.
  
!      If the last few expressions in a `parallel' are `clobber'
       expressions whose operands are either a hard register or
!      `match_scratch', the combiner can add or delete them when
       necessary.  *Note Side Effects::.
  
! `(match_dup N)'
       This expression is also a placeholder for operand number N.  It is
       used when the operand needs to appear more than once in the insn.
  
!      In construction, `match_dup' acts just like `match_operand': the
       operand is substituted into the insn being constructed.  But in
!      matching, `match_dup' behaves differently.  It assumes that operand
!      number N has already been determined by a `match_operand'
!      appearing earlier in the recognition template, and it matches only
!      an identical-looking expression.
  
!      Note that `match_dup' should not be used to tell the compiler that
       a particular register is being used for two operands (example:
!      `add' that adds one register to another; the second register is
       both an input operand and the output operand).  Use a matching
!      constraint (*note Simple Constraints::) for those.  `match_dup' is
       for the cases where one operand is used in two places in the
       template, such as an instruction that computes both a quotient and
       a remainder, where the opcode takes two input operands but the RTL
!      template has to refer to each of those twice; once for the
!      quotient pattern and once for the remainder pattern.
  
! `(match_operator:M N PREDICATE [OPERANDS...])'
       This pattern is a kind of placeholder for a variable RTL expression
       code.
  
       When constructing an insn, it stands for an RTL expression whose
!      expression code is taken from that of operand N, and whose
!      operands are constructed from the patterns OPERANDS.
  
       When matching an expression, it matches an expression if the
       function PREDICATE returns nonzero on that expression _and_ the
       patterns OPERANDS match the operands of the expression.
  
!      Suppose that the function `commutative_operator' is defined as
       follows, to match any expression whose operator is one of the
       commutative arithmetic operators of RTL and whose mode is MODE:
  
*************** substitution of the operands.
*** 19041,19106 ****
              [(match_operand:SI 1 "general_operand" "g")
               (match_operand:SI 2 "general_operand" "g")])
  
!      Here the vector '[OPERANDS...]' contains two patterns because the
       expressions to be matched all contain two operands.
  
       When this pattern does match, the two operands of the commutative
       operator are recorded as operands 1 and 2 of the insn.  (This is
!      done by the two instances of 'match_operand'.)  Operand 3 of the
!      insn will be the entire commutative expression: use 'GET_CODE
       (operands[3])' to see which commutative operator was used.
  
!      The machine mode M of 'match_operator' works like that of
!      'match_operand': it is passed as the second argument to the
       predicate function, and that function is solely responsible for
       deciding whether the expression to be matched "has" that mode.
  
       When constructing an insn, argument 3 of the gen-function will
!      specify the operation (i.e. the expression code) for the expression
!      to be made.  It should be an RTL expression, whose expression code
!      is copied into a new expression whose operands are arguments 1 and
!      2 of the gen-function.  The subexpressions of argument 3 are not
!      used; only its expression code matters.
  
!      When 'match_operator' is used in a pattern for matching an insn, it
!      usually best if the operand number of the 'match_operator' is
       higher than that of the actual operands of the insn.  This improves
       register allocation because the register allocator often looks at
       operands 1 and 2 of insns to see if it can do register tying.
  
!      There is no way to specify constraints in 'match_operator'.  The
!      operand of the insn which corresponds to the 'match_operator' never
!      has any constraints because it is never reloaded as a whole.
!      However, if parts of its OPERANDS are matched by 'match_operand'
       patterns, those parts may have constraints of their own.
  
! '(match_op_dup:M N[OPERANDS...])'
!      Like 'match_dup', except that it applies to operators instead of
       operands.  When constructing an insn, operand number N will be
!      substituted at this point.  But in matching, 'match_op_dup' behaves
       differently.  It assumes that operand number N has already been
!      determined by a 'match_operator' appearing earlier in the
       recognition template, and it matches only an identical-looking
       expression.
  
! '(match_parallel N PREDICATE [SUBPAT...])'
       This pattern is a placeholder for an insn that consists of a
!      'parallel' expression with a variable number of elements.  This
       expression should only appear at the top level of an insn pattern.
  
       When constructing an insn, operand number N will be substituted at
       this point.  When matching an insn, it matches if the body of the
!      insn is a 'parallel' expression with at least as many elements as
!      the vector of SUBPAT expressions in the 'match_parallel', if each
!      SUBPAT matches the corresponding element of the 'parallel', _and_
!      the function PREDICATE returns nonzero on the 'parallel' that is
!      the body of the insn.  It is the responsibility of the predicate to
!      validate elements of the 'parallel' beyond those listed in the
!      'match_parallel'.
  
!      A typical use of 'match_parallel' is to match load and store
       multiple expressions, which can contain a variable number of
!      elements in a 'parallel'.  For example,
  
            (define_insn ""
              [(match_parallel 0 "load_multiple_operation"
--- 19262,19327 ----
              [(match_operand:SI 1 "general_operand" "g")
               (match_operand:SI 2 "general_operand" "g")])
  
!      Here the vector `[OPERANDS...]' contains two patterns because the
       expressions to be matched all contain two operands.
  
       When this pattern does match, the two operands of the commutative
       operator are recorded as operands 1 and 2 of the insn.  (This is
!      done by the two instances of `match_operand'.)  Operand 3 of the
!      insn will be the entire commutative expression: use `GET_CODE
       (operands[3])' to see which commutative operator was used.
  
!      The machine mode M of `match_operator' works like that of
!      `match_operand': it is passed as the second argument to the
       predicate function, and that function is solely responsible for
       deciding whether the expression to be matched "has" that mode.
  
       When constructing an insn, argument 3 of the gen-function will
!      specify the operation (i.e. the expression code) for the
!      expression to be made.  It should be an RTL expression, whose
!      expression code is copied into a new expression whose operands are
!      arguments 1 and 2 of the gen-function.  The subexpressions of
!      argument 3 are not used; only its expression code matters.
  
!      When `match_operator' is used in a pattern for matching an insn,
!      it usually best if the operand number of the `match_operator' is
       higher than that of the actual operands of the insn.  This improves
       register allocation because the register allocator often looks at
       operands 1 and 2 of insns to see if it can do register tying.
  
!      There is no way to specify constraints in `match_operator'.  The
!      operand of the insn which corresponds to the `match_operator'
!      never has any constraints because it is never reloaded as a whole.
!      However, if parts of its OPERANDS are matched by `match_operand'
       patterns, those parts may have constraints of their own.
  
! `(match_op_dup:M N[OPERANDS...])'
!      Like `match_dup', except that it applies to operators instead of
       operands.  When constructing an insn, operand number N will be
!      substituted at this point.  But in matching, `match_op_dup' behaves
       differently.  It assumes that operand number N has already been
!      determined by a `match_operator' appearing earlier in the
       recognition template, and it matches only an identical-looking
       expression.
  
! `(match_parallel N PREDICATE [SUBPAT...])'
       This pattern is a placeholder for an insn that consists of a
!      `parallel' expression with a variable number of elements.  This
       expression should only appear at the top level of an insn pattern.
  
       When constructing an insn, operand number N will be substituted at
       this point.  When matching an insn, it matches if the body of the
!      insn is a `parallel' expression with at least as many elements as
!      the vector of SUBPAT expressions in the `match_parallel', if each
!      SUBPAT matches the corresponding element of the `parallel', _and_
!      the function PREDICATE returns nonzero on the `parallel' that is
!      the body of the insn.  It is the responsibility of the predicate
!      to validate elements of the `parallel' beyond those listed in the
!      `match_parallel'.
  
!      A typical use of `match_parallel' is to match load and store
       multiple expressions, which can contain a variable number of
!      elements in a `parallel'.  For example,
  
            (define_insn ""
              [(match_parallel 0 "load_multiple_operation"
*************** substitution of the operands.
*** 19111,19119 ****
              ""
              "loadm 0,0,%1,%2")
  
!      This example comes from 'a29k.md'.  The function
!      'load_multiple_operation' is defined in 'a29k.c' and checks that
!      subsequent elements in the 'parallel' are the same as the 'set' in
       the pattern, except that they are referencing subsequent registers
       and memory locations.
  
--- 19332,19340 ----
              ""
              "loadm 0,0,%1,%2")
  
!      This example comes from `a29k.md'.  The function
!      `load_multiple_operation' is defined in `a29k.c' and checks that
!      subsequent elements in the `parallel' are the same as the `set' in
       the pattern, except that they are referencing subsequent registers
       and memory locations.
  
*************** substitution of the operands.
*** 19130,19138 ****
                   (mem:SI (plus:SI (reg:SI 100)
                                    (const_int 8))))])
  
! '(match_par_dup N [SUBPAT...])'
!      Like 'match_op_dup', but for 'match_parallel' instead of
!      'match_operator'.
  
  
  File: gccint.info,  Node: Output Template,  Next: Output Statement,  Prev: RTL Template,  Up: Machine Desc
--- 19351,19360 ----
                   (mem:SI (plus:SI (reg:SI 100)
                                    (const_int 8))))])
  
! `(match_par_dup N [SUBPAT...])'
!      Like `match_op_dup', but for `match_parallel' instead of
!      `match_operator'.
! 
  
  
  File: gccint.info,  Node: Output Template,  Next: Output Statement,  Prev: RTL Template,  Up: Machine Desc
*************** File: gccint.info,  Node: Output Templat
*** 19142,19216 ****
  
  The "output template" is a string which specifies how to output the
  assembler code for an instruction pattern.  Most of the template is a
! fixed string which is output literally.  The character '%' is used to
  specify where to substitute an operand; it can also be used to identify
  places where different variants of the assembler require different
  syntax.
  
!  In the simplest case, a '%' followed by a digit N says to output
  operand N at that point in the string.
  
!  '%' followed by a letter and a digit says to output an operand in an
  alternate fashion.  Four letters have standard, built-in meanings
! described below.  The machine description macro 'PRINT_OPERAND' can
  define additional letters with nonstandard meanings.
  
!  '%cDIGIT' can be used to substitute an operand that is a constant value
! without the syntax that normally indicates an immediate operand.
  
!  '%nDIGIT' is like '%cDIGIT' except that the value of the constant is
  negated before printing.
  
!  '%aDIGIT' can be used to substitute an operand as if it were a memory
  reference, with the actual operand treated as the address.  This may be
  useful when outputting a "load address" instruction, because often the
  assembler syntax for such an instruction requires you to write the
  operand as if it were a memory reference.
  
!  '%lDIGIT' is used to substitute a 'label_ref' into a jump instruction.
  
!  '%=' outputs a number which is unique to each instruction in the entire
! compilation.  This is useful for making local labels to be referred to
! more than once in a single template that generates multiple assembler
! instructions.
  
!  '%' followed by a punctuation character specifies a substitution that
! does not use an operand.  Only one case is standard: '%%' outputs a '%'
  into the assembler code.  Other nonstandard cases can be defined in the
! 'PRINT_OPERAND' macro.  You must also define which punctuation
! characters are valid with the 'PRINT_OPERAND_PUNCT_VALID_P' macro.
  
   The template may generate multiple assembler instructions.  Write the
! text for the instructions, with '\;' between them.
  
   When the RTL contains two operands which are required by constraint to
  match each other, the output template must refer only to the
! lower-numbered operand.  Matching operands are not always identical, and
! the rest of the compiler arranges to put the proper RTL expression for
! printing into the lower-numbered operand.
  
!  One use of nonstandard letters or punctuation following '%' is to
  distinguish between different assembler languages for the same machine;
  for example, Motorola syntax versus MIT syntax for the 68000.  Motorola
! syntax requires periods in most opcode names, while MIT syntax does not.
! For example, the opcode 'movel' in MIT syntax is 'move.l' in Motorola
! syntax.  The same file of patterns is used for both kinds of output
! syntax, but the character sequence '%.' is used in each place where
! Motorola syntax wants a period.  The 'PRINT_OPERAND' macro for Motorola
! syntax defines the sequence to output a period; the macro for MIT syntax
! defines it to do nothing.
  
!  As a special case, a template consisting of the single character '#'
  instructs the compiler to first split the insn, and then output the
  resulting instructions separately.  This helps eliminate redundancy in
! the output templates.  If you have a 'define_insn' that needs to emit
! multiple assembler instructions, and there is a matching 'define_split'
! already defined, then you can simply use '#' as the output template
  instead of writing an output template that emits the multiple assembler
  instructions.
  
!  If the macro 'ASSEMBLER_DIALECT' is defined, you can use construct of
! the form '{option0|option1|option2}' in the templates.  These describe
  multiple variants of assembler language syntax.  *Note Instruction
  Output::.
  
--- 19364,19438 ----
  
  The "output template" is a string which specifies how to output the
  assembler code for an instruction pattern.  Most of the template is a
! fixed string which is output literally.  The character `%' is used to
  specify where to substitute an operand; it can also be used to identify
  places where different variants of the assembler require different
  syntax.
  
!  In the simplest case, a `%' followed by a digit N says to output
  operand N at that point in the string.
  
!  `%' followed by a letter and a digit says to output an operand in an
  alternate fashion.  Four letters have standard, built-in meanings
! described below.  The machine description macro `PRINT_OPERAND' can
  define additional letters with nonstandard meanings.
  
!  `%cDIGIT' can be used to substitute an operand that is a constant
! value without the syntax that normally indicates an immediate operand.
  
!  `%nDIGIT' is like `%cDIGIT' except that the value of the constant is
  negated before printing.
  
!  `%aDIGIT' can be used to substitute an operand as if it were a memory
  reference, with the actual operand treated as the address.  This may be
  useful when outputting a "load address" instruction, because often the
  assembler syntax for such an instruction requires you to write the
  operand as if it were a memory reference.
  
!  `%lDIGIT' is used to substitute a `label_ref' into a jump instruction.
  
!  `%=' outputs a number which is unique to each instruction in the
! entire compilation.  This is useful for making local labels to be
! referred to more than once in a single template that generates multiple
! assembler instructions.
  
!  `%' followed by a punctuation character specifies a substitution that
! does not use an operand.  Only one case is standard: `%%' outputs a `%'
  into the assembler code.  Other nonstandard cases can be defined in the
! `PRINT_OPERAND' macro.  You must also define which punctuation
! characters are valid with the `PRINT_OPERAND_PUNCT_VALID_P' macro.
  
   The template may generate multiple assembler instructions.  Write the
! text for the instructions, with `\;' between them.
  
   When the RTL contains two operands which are required by constraint to
  match each other, the output template must refer only to the
! lower-numbered operand.  Matching operands are not always identical,
! and the rest of the compiler arranges to put the proper RTL expression
! for printing into the lower-numbered operand.
  
!  One use of nonstandard letters or punctuation following `%' is to
  distinguish between different assembler languages for the same machine;
  for example, Motorola syntax versus MIT syntax for the 68000.  Motorola
! syntax requires periods in most opcode names, while MIT syntax does
! not.  For example, the opcode `movel' in MIT syntax is `move.l' in
! Motorola syntax.  The same file of patterns is used for both kinds of
! output syntax, but the character sequence `%.' is used in each place
! where Motorola syntax wants a period.  The `PRINT_OPERAND' macro for
! Motorola syntax defines the sequence to output a period; the macro for
! MIT syntax defines it to do nothing.
  
!  As a special case, a template consisting of the single character `#'
  instructs the compiler to first split the insn, and then output the
  resulting instructions separately.  This helps eliminate redundancy in
! the output templates.   If you have a `define_insn' that needs to emit
! multiple assembler instructions, and there is a matching `define_split'
! already defined, then you can simply use `#' as the output template
  instead of writing an output template that emits the multiple assembler
  instructions.
  
!  If the macro `ASSEMBLER_DIALECT' is defined, you can use construct of
! the form `{option0|option1|option2}' in the templates.  These describe
  multiple variants of assembler language syntax.  *Note Instruction
  Output::.
  
*************** single instruction pattern.  For example
*** 19226,19238 ****
  kinds of operands; or some unfortunate combinations of operands may
  require extra machine instructions.
  
!  If the output control string starts with a '@', then it is actually a
  series of templates, each on a separate line.  (Blank lines and leading
! spaces and tabs are ignored.)  The templates correspond to the pattern's
! constraint alternatives (*note Multi-Alternative::).  For example, if a
! target machine has a two-address add instruction 'addr' to add into a
! register and another 'addm' to add a register to memory, you might write
! this pattern:
  
       (define_insn "addsi3"
         [(set (match_operand:SI 0 "general_operand" "=r,m")
--- 19448,19460 ----
  kinds of operands; or some unfortunate combinations of operands may
  require extra machine instructions.
  
!  If the output control string starts with a `@', then it is actually a
  series of templates, each on a separate line.  (Blank lines and leading
! spaces and tabs are ignored.)  The templates correspond to the
! pattern's constraint alternatives (*note Multi-Alternative::).  For
! example, if a target machine has a two-address add instruction `addr'
! to add into a register and another `addm' to add a register to memory,
! you might write this pattern:
  
       (define_insn "addsi3"
         [(set (match_operand:SI 0 "general_operand" "=r,m")
*************** this pattern:
*** 19243,19287 ****
          addr %2,%0
          addm %2,%0")
  
!  If the output control string starts with a '*', then it is not an
  output template but rather a piece of C program that should compute a
! template.  It should execute a 'return' statement to return the
  template-string you want.  Most such templates use C string literals,
  which require doublequote characters to delimit them.  To include these
! doublequote characters in the string, prefix each one with '\'.
  
   If the output control string is written as a brace block instead of a
  double-quoted string, it is automatically assumed to be C code.  In that
  case, it is not necessary to put in a leading asterisk, or to escape the
  doublequotes surrounding C string literals.
  
!  The operands may be found in the array 'operands', whose C data type is
! 'rtx []'.
  
   It is very common to select different ways of generating assembler code
  based on whether an immediate operand is within a certain range.  Be
! careful when doing this, because the result of 'INTVAL' is an integer on
! the host machine.  If the host machine has more bits in an 'int' than
! the target machine has in the mode in which the constant will be used,
! then some of the bits you get from 'INTVAL' will be superfluous.  For
! proper results, you must carefully disregard the values of those bits.
  
   It is possible to output an assembler instruction and then go on to
! output or compute more of them, using the subroutine 'output_asm_insn'.
! This receives two arguments: a template-string and a vector of operands.
! The vector may be 'operands', or it may be another array of 'rtx' that
! you declare locally and initialize yourself.
  
   When an insn pattern has multiple alternatives in its constraints,
! often the appearance of the assembler code is determined mostly by which
! alternative was matched.  When this is so, the C code can test the
! variable 'which_alternative', which is the ordinal number of the
  alternative that was actually satisfied (0 for the first, 1 for the
  second alternative, etc.).
  
!  For example, suppose there are two opcodes for storing zero, 'clrreg'
! for registers and 'clrmem' for memory locations.  Here is how a pattern
! could use 'which_alternative' to choose between them:
  
       (define_insn ""
         [(set (match_operand:SI 0 "general_operand" "=r,m")
--- 19465,19510 ----
          addr %2,%0
          addm %2,%0")
  
!  If the output control string starts with a `*', then it is not an
  output template but rather a piece of C program that should compute a
! template.  It should execute a `return' statement to return the
  template-string you want.  Most such templates use C string literals,
  which require doublequote characters to delimit them.  To include these
! doublequote characters in the string, prefix each one with `\'.
  
   If the output control string is written as a brace block instead of a
  double-quoted string, it is automatically assumed to be C code.  In that
  case, it is not necessary to put in a leading asterisk, or to escape the
  doublequotes surrounding C string literals.
  
!  The operands may be found in the array `operands', whose C data type
! is `rtx []'.
  
   It is very common to select different ways of generating assembler code
  based on whether an immediate operand is within a certain range.  Be
! careful when doing this, because the result of `INTVAL' is an integer
! on the host machine.  If the host machine has more bits in an `int'
! than the target machine has in the mode in which the constant will be
! used, then some of the bits you get from `INTVAL' will be superfluous.
! For proper results, you must carefully disregard the values of those
! bits.
  
   It is possible to output an assembler instruction and then go on to
! output or compute more of them, using the subroutine `output_asm_insn'.
! This receives two arguments: a template-string and a vector of
! operands.  The vector may be `operands', or it may be another array of
! `rtx' that you declare locally and initialize yourself.
  
   When an insn pattern has multiple alternatives in its constraints,
! often the appearance of the assembler code is determined mostly by
! which alternative was matched.  When this is so, the C code can test
! the variable `which_alternative', which is the ordinal number of the
  alternative that was actually satisfied (0 for the first, 1 for the
  second alternative, etc.).
  
!  For example, suppose there are two opcodes for storing zero, `clrreg'
! for registers and `clrmem' for memory locations.  Here is how a pattern
! could use `which_alternative' to choose between them:
  
       (define_insn ""
         [(set (match_operand:SI 0 "general_operand" "=r,m")
*************** could use 'which_alternative' to choose
*** 19294,19300 ****
  
   The example above, where the assembler code to generate was _solely_
  determined by the alternative, could also have been specified as
! follows, having the output control string start with a '@':
  
       (define_insn ""
         [(set (match_operand:SI 0 "general_operand" "=r,m")
--- 19517,19523 ----
  
   The example above, where the assembler code to generate was _solely_
  determined by the alternative, could also have been specified as
! follows, having the output control string start with a `@':
  
       (define_insn ""
         [(set (match_operand:SI 0 "general_operand" "=r,m")
*************** follows, having the output control strin
*** 19305,19311 ****
          clrmem %0")
  
   If you just need a little bit of C code in one (or a few) alternatives,
! you can use '*' inside of a '@' multi-alternative template:
  
       (define_insn ""
         [(set (match_operand:SI 0 "general_operand" "=r,<,m")
--- 19528,19534 ----
          clrmem %0")
  
   If you just need a little bit of C code in one (or a few) alternatives,
! you can use `*' inside of a `@' multi-alternative template:
  
       (define_insn ""
         [(set (match_operand:SI 0 "general_operand" "=r,<,m")
*************** File: gccint.info,  Node: Predicates,  N
*** 19322,19339 ****
  16.7 Predicates
  ===============
  
! A predicate determines whether a 'match_operand' or 'match_operator'
  expression matches, and therefore whether the surrounding instruction
! pattern will be used for that combination of operands.  GCC has a number
! of machine-independent predicates, and you can define machine-specific
! predicates as needed.  By convention, predicates used with
! 'match_operand' have names that end in '_operand', and those used with
! 'match_operator' have names that end in '_operator'.
  
!  All predicates are boolean functions (in the mathematical sense) of two
! arguments: the RTL expression that is being considered at that position
! in the instruction pattern, and the machine mode that the
! 'match_operand' or 'match_operator' specifies.  In this section, the
  first argument is called OP and the second argument MODE.  Predicates
  can be called from C as ordinary two-argument functions; this can be
  useful in output templates or other machine-specific code.
--- 19545,19562 ----
  16.7 Predicates
  ===============
  
! A predicate determines whether a `match_operand' or `match_operator'
  expression matches, and therefore whether the surrounding instruction
! pattern will be used for that combination of operands.  GCC has a
! number of machine-independent predicates, and you can define
! machine-specific predicates as needed.  By convention, predicates used
! with `match_operand' have names that end in `_operand', and those used
! with `match_operator' have names that end in `_operator'.
  
!  All predicates are boolean functions (in the mathematical sense) of
! two arguments: the RTL expression that is being considered at that
! position in the instruction pattern, and the machine mode that the
! `match_operand' or `match_operator' specifies.  In this section, the
  first argument is called OP and the second argument MODE.  Predicates
  can be called from C as ordinary two-argument functions; this can be
  useful in output templates or other machine-specific code.
*************** useful in output templates or other mach
*** 19342,19371 ****
  to the hardware, as long as the constraints give reload the ability to
  fix them up (*note Constraints::).  However, GCC will usually generate
  better code if the predicates specify the requirements of the machine
! instructions as closely as possible.  Reload cannot fix up operands that
! must be constants ("immediate operands"); you must use a predicate that
! allows only constants, or else enforce the requirement in the extra
! condition.
  
   Most predicates handle their MODE argument in a uniform manner.  If
! MODE is 'VOIDmode' (unspecified), then OP can have any mode.  If MODE is
! anything else, then OP must have the same mode, unless OP is a
! 'CONST_INT' or integer 'CONST_DOUBLE'.  These RTL expressions always
! have 'VOIDmode', so it would be counterproductive to check that their
! mode matches.  Instead, predicates that accept 'CONST_INT' and/or
! integer 'CONST_DOUBLE' check that the value stored in the constant will
  fit in the requested mode.
  
!  Predicates with this behavior are called "normal".  'genrecog' can
  optimize the instruction recognizer based on knowledge of how normal
  predicates treat modes.  It can also diagnose certain kinds of common
  errors in the use of normal predicates; for instance, it is almost
  always an error to use a normal predicate without specifying a mode.
  
   Predicates that do something different with their MODE argument are
! called "special".  The generic predicates 'address_operand' and
! 'pmode_register_operand' are special predicates.  'genrecog' does not do
! any optimizations or diagnosis when special predicates are used.
  
  * Menu:
  
--- 19565,19594 ----
  to the hardware, as long as the constraints give reload the ability to
  fix them up (*note Constraints::).  However, GCC will usually generate
  better code if the predicates specify the requirements of the machine
! instructions as closely as possible.  Reload cannot fix up operands
! that must be constants ("immediate operands"); you must use a predicate
! that allows only constants, or else enforce the requirement in the
! extra condition.
  
   Most predicates handle their MODE argument in a uniform manner.  If
! MODE is `VOIDmode' (unspecified), then OP can have any mode.  If MODE
! is anything else, then OP must have the same mode, unless OP is a
! `CONST_INT' or integer `CONST_DOUBLE'.  These RTL expressions always
! have `VOIDmode', so it would be counterproductive to check that their
! mode matches.  Instead, predicates that accept `CONST_INT' and/or
! integer `CONST_DOUBLE' check that the value stored in the constant will
  fit in the requested mode.
  
!  Predicates with this behavior are called "normal".  `genrecog' can
  optimize the instruction recognizer based on knowledge of how normal
  predicates treat modes.  It can also diagnose certain kinds of common
  errors in the use of normal predicates; for instance, it is almost
  always an error to use a normal predicate without specifying a mode.
  
   Predicates that do something different with their MODE argument are
! called "special".  The generic predicates `address_operand' and
! `pmode_register_operand' are special predicates.  `genrecog' does not
! do any optimizations or diagnosis when special predicates are used.
  
  * Menu:
  
*************** File: gccint.info,  Node: Machine-Indepe
*** 19380,19386 ****
  -------------------------------------
  
  These are the generic predicates available to all back ends.  They are
! defined in 'recog.c'.  The first category of predicates allow only
  constant, or "immediate", operands.
  
   -- Function: immediate_operand
--- 19603,19609 ----
  -------------------------------------
  
  These are the generic predicates available to all back ends.  They are
! defined in `recog.c'.  The first category of predicates allow only
  constant, or "immediate", operands.
  
   -- Function: immediate_operand
*************** constant, or "immediate", operands.
*** 19389,19415 ****
       must be constant.
  
   -- Function: const_int_operand
!      This predicate allows any 'CONST_INT' expression that fits in MODE.
!      It is an appropriate choice for an immediate operand that does not
!      allow a symbol or label.
  
   -- Function: const_double_operand
!      This predicate accepts any 'CONST_DOUBLE' expression that has
!      exactly MODE.  If MODE is 'VOIDmode', it will also accept
!      'CONST_INT'.  It is intended for immediate floating point
       constants.
  
  The second category of predicates allow only some kind of machine
  register.
  
   -- Function: register_operand
!      This predicate allows any 'REG' or 'SUBREG' expression that is
       valid for MODE.  It is often suitable for arithmetic instruction
       operands on a RISC machine.
  
   -- Function: pmode_register_operand
!      This is a slight variant on 'register_operand' which works around a
!      limitation in the machine-description reader.
  
            (match_operand N "pmode_register_operand" CONSTRAINT)
  
--- 19612,19638 ----
       must be constant.
  
   -- Function: const_int_operand
!      This predicate allows any `CONST_INT' expression that fits in
!      MODE.  It is an appropriate choice for an immediate operand that
!      does not allow a symbol or label.
  
   -- Function: const_double_operand
!      This predicate accepts any `CONST_DOUBLE' expression that has
!      exactly MODE.  If MODE is `VOIDmode', it will also accept
!      `CONST_INT'.  It is intended for immediate floating point
       constants.
  
  The second category of predicates allow only some kind of machine
  register.
  
   -- Function: register_operand
!      This predicate allows any `REG' or `SUBREG' expression that is
       valid for MODE.  It is often suitable for arithmetic instruction
       operands on a RISC machine.
  
   -- Function: pmode_register_operand
!      This is a slight variant on `register_operand' which works around
!      a limitation in the machine-description reader.
  
            (match_operand N "pmode_register_operand" CONSTRAINT)
  
*************** register.
*** 19417,19431 ****
  
            (match_operand:P N "register_operand" CONSTRAINT)
  
!      would mean, if the machine-description reader accepted ':P' mode
!      suffixes.  Unfortunately, it cannot, because 'Pmode' is an alias
       for some other mode, and might vary with machine-specific options.
       *Note Misc::.
  
   -- Function: scratch_operand
!      This predicate allows hard registers and 'SCRATCH' expressions, but
!      not pseudo-registers.  It is used internally by 'match_scratch'; it
!      should not be used directly.
  
  The third category of predicates allow only some kind of memory
  reference.
--- 19640,19654 ----
  
            (match_operand:P N "register_operand" CONSTRAINT)
  
!      would mean, if the machine-description reader accepted `:P' mode
!      suffixes.  Unfortunately, it cannot, because `Pmode' is an alias
       for some other mode, and might vary with machine-specific options.
       *Note Misc::.
  
   -- Function: scratch_operand
!      This predicate allows hard registers and `SCRATCH' expressions,
!      but not pseudo-registers.  It is used internally by
!      `match_scratch'; it should not be used directly.
  
  The third category of predicates allow only some kind of memory
  reference.
*************** reference.
*** 19433,19470 ****
   -- Function: memory_operand
       This predicate allows any valid reference to a quantity of mode
       MODE in memory, as determined by the weak form of
!      'GO_IF_LEGITIMATE_ADDRESS' (*note Addressing Modes::).
  
   -- Function: address_operand
       This predicate is a little unusual; it allows any operand that is a
       valid expression for the _address_ of a quantity of mode MODE,
!      again determined by the weak form of 'GO_IF_LEGITIMATE_ADDRESS'.
!      To first order, if '(mem:MODE (EXP))' is acceptable to
!      'memory_operand', then EXP is acceptable to 'address_operand'.
       Note that EXP does not necessarily have the mode MODE.
  
   -- Function: indirect_operand
!      This is a stricter form of 'memory_operand' which allows only
!      memory references with a 'general_operand' as the address
       expression.  New uses of this predicate are discouraged, because
!      'general_operand' is very permissive, so it's hard to tell what an
!      'indirect_operand' does or does not allow.  If a target has
       different requirements for memory operands for different
       instructions, it is better to define target-specific predicates
       which enforce the hardware's requirements explicitly.
  
   -- Function: push_operand
       This predicate allows a memory reference suitable for pushing a
!      value onto the stack.  This will be a 'MEM' which refers to
!      'stack_pointer_rtx', with a side-effect in its address expression
!      (*note Incdec::); which one is determined by the 'STACK_PUSH_CODE'
       macro (*note Frame Layout::).
  
   -- Function: pop_operand
       This predicate allows a memory reference suitable for popping a
!      value off the stack.  Again, this will be a 'MEM' referring to
!      'stack_pointer_rtx', with a side-effect in its address expression.
!      However, this time 'STACK_POP_CODE' is expected.
  
  The fourth category of predicates allow some combination of the above
  operands.
--- 19656,19693 ----
   -- Function: memory_operand
       This predicate allows any valid reference to a quantity of mode
       MODE in memory, as determined by the weak form of
!      `GO_IF_LEGITIMATE_ADDRESS' (*note Addressing Modes::).
  
   -- Function: address_operand
       This predicate is a little unusual; it allows any operand that is a
       valid expression for the _address_ of a quantity of mode MODE,
!      again determined by the weak form of `GO_IF_LEGITIMATE_ADDRESS'.
!      To first order, if `(mem:MODE (EXP))' is acceptable to
!      `memory_operand', then EXP is acceptable to `address_operand'.
       Note that EXP does not necessarily have the mode MODE.
  
   -- Function: indirect_operand
!      This is a stricter form of `memory_operand' which allows only
!      memory references with a `general_operand' as the address
       expression.  New uses of this predicate are discouraged, because
!      `general_operand' is very permissive, so it's hard to tell what an
!      `indirect_operand' does or does not allow.  If a target has
       different requirements for memory operands for different
       instructions, it is better to define target-specific predicates
       which enforce the hardware's requirements explicitly.
  
   -- Function: push_operand
       This predicate allows a memory reference suitable for pushing a
!      value onto the stack.  This will be a `MEM' which refers to
!      `stack_pointer_rtx', with a side-effect in its address expression
!      (*note Incdec::); which one is determined by the `STACK_PUSH_CODE'
       macro (*note Frame Layout::).
  
   -- Function: pop_operand
       This predicate allows a memory reference suitable for popping a
!      value off the stack.  Again, this will be a `MEM' referring to
!      `stack_pointer_rtx', with a side-effect in its address expression.
!      However, this time `STACK_POP_CODE' is expected.
  
  The fourth category of predicates allow some combination of the above
  operands.
*************** Finally, there are two generic operator
*** 19485,19498 ****
  
   -- Function: comparison_operator
       This predicate matches any expression which performs an arithmetic
!      comparison in MODE; that is, 'COMPARISON_P' is true for the
       expression code.
  
   -- Function: ordered_comparison_operator
       This predicate matches any expression which performs an arithmetic
       comparison in MODE and whose expression code is valid for integer
!      modes; that is, the expression code will be one of 'eq', 'ne',
!      'lt', 'ltu', 'le', 'leu', 'gt', 'gtu', 'ge', 'geu'.
  
  
  File: gccint.info,  Node: Defining Predicates,  Prev: Machine-Independent Predicates,  Up: Predicates
--- 19708,19721 ----
  
   -- Function: comparison_operator
       This predicate matches any expression which performs an arithmetic
!      comparison in MODE; that is, `COMPARISON_P' is true for the
       expression code.
  
   -- Function: ordered_comparison_operator
       This predicate matches any expression which performs an arithmetic
       comparison in MODE and whose expression code is valid for integer
!      modes; that is, the expression code will be one of `eq', `ne',
!      `lt', `ltu', `le', `leu', `gt', `gtu', `ge', `geu'.
  
  
  File: gccint.info,  Node: Defining Predicates,  Prev: Machine-Independent Predicates,  Up: Predicates
*************** File: gccint.info,  Node: Defining Predi
*** 19502,19533 ****
  
  Many machines have requirements for their operands that cannot be
  expressed precisely using the generic predicates.  You can define
! additional predicates using 'define_predicate' and
! 'define_special_predicate' expressions.  These expressions have three
  operands:
  
     * The name of the predicate, as it will be referred to in
!      'match_operand' or 'match_operator' expressions.
  
     * An RTL expression which evaluates to true if the predicate allows
       the operand OP, false if it does not.  This expression can only use
       the following RTL codes:
  
!      'MATCH_OPERAND'
!           When written inside a predicate expression, a 'MATCH_OPERAND'
            expression evaluates to true if the predicate it names would
!           allow OP.  The operand number and constraint are ignored.  Due
!           to limitations in 'genrecog', you can only refer to generic
!           predicates and predicates that have already been defined.
  
!      'MATCH_CODE'
            This expression evaluates to true if OP or a specified
            subexpression of OP has one of a given list of RTX codes.
  
            The first operand of this expression is a string constant
            containing a comma-separated list of RTX code names (in lower
!           case).  These are the codes for which the 'MATCH_CODE' will be
!           true.
  
            The second operand is a string constant which indicates what
            subexpression of OP to examine.  If it is absent or the empty
--- 19725,19757 ----
  
  Many machines have requirements for their operands that cannot be
  expressed precisely using the generic predicates.  You can define
! additional predicates using `define_predicate' and
! `define_special_predicate' expressions.  These expressions have three
  operands:
  
     * The name of the predicate, as it will be referred to in
!      `match_operand' or `match_operator' expressions.
  
     * An RTL expression which evaluates to true if the predicate allows
       the operand OP, false if it does not.  This expression can only use
       the following RTL codes:
  
!     `MATCH_OPERAND'
!           When written inside a predicate expression, a `MATCH_OPERAND'
            expression evaluates to true if the predicate it names would
!           allow OP.  The operand number and constraint are ignored.
!           Due to limitations in `genrecog', you can only refer to
!           generic predicates and predicates that have already been
!           defined.
  
!     `MATCH_CODE'
            This expression evaluates to true if OP or a specified
            subexpression of OP has one of a given list of RTX codes.
  
            The first operand of this expression is a string constant
            containing a comma-separated list of RTX code names (in lower
!           case).  These are the codes for which the `MATCH_CODE' will
!           be true.
  
            The second operand is a string constant which indicates what
            subexpression of OP to examine.  If it is absent or the empty
*************** operands:
*** 19536,19588 ****
            character indicates a subexpression to extract from the
            current expression; for the first character this is OP, for
            the second and subsequent characters it is the result of the
!           previous character.  A digit N extracts 'XEXP (E, N)'; a
!           letter L extracts 'XVECEXP (E, 0, N)' where N is the
!           alphabetic ordinal of L (0 for 'a', 1 for 'b', and so on).
!           The 'MATCH_CODE' then examines the RTX code of the
            subexpression extracted by the complete string.  It is not
!           possible to extract components of an 'rtvec' that is not at
            position 0 within its RTX object.
  
!      'MATCH_TEST'
            This expression has one operand, a string constant containing
            a C expression.  The predicate's arguments, OP and MODE, are
            available with those names in the C expression.  The
!           'MATCH_TEST' evaluates to true if the C expression evaluates
!           to a nonzero value.  'MATCH_TEST' expressions must not have
            side effects.
  
!      'AND'
!      'IOR'
!      'NOT'
!      'IF_THEN_ELSE'
!           The basic 'MATCH_' expressions can be combined using these
            logical operators, which have the semantics of the C operators
!           '&&', '||', '!', and '? :' respectively.  As in Common Lisp,
!           you may give an 'AND' or 'IOR' expression an arbitrary number
            of arguments; this has exactly the same effect as writing a
!           chain of two-argument 'AND' or 'IOR' expressions.
  
!    * An optional block of C code, which should execute 'return true' if
!      the predicate is found to match and 'return false' if it does not.
!      It must not have any side effects.  The predicate arguments, OP and
!      MODE, are available with those names.
  
       If a code block is present in a predicate definition, then the RTL
       expression must evaluate to true _and_ the code block must execute
!      'return true' for the predicate to allow the operand.  The RTL
!      expression is evaluated first; do not re-check anything in the code
!      block that was checked in the RTL expression.
  
!  The program 'genrecog' scans 'define_predicate' and
! 'define_special_predicate' expressions to determine which RTX codes are
  possibly allowed.  You should always make this explicit in the RTL
! predicate expression, using 'MATCH_OPERAND' and 'MATCH_CODE'.
  
   Here is an example of a simple predicate definition, from the IA64
  machine description:
  
!      ;; True if OP is a 'SYMBOL_REF' which refers to the sdata section.
       (define_predicate "small_addr_symbolic_operand"
         (and (match_code "symbol_ref")
              (match_test "SYMBOL_REF_SMALL_ADDR_P (op)")))
--- 19760,19812 ----
            character indicates a subexpression to extract from the
            current expression; for the first character this is OP, for
            the second and subsequent characters it is the result of the
!           previous character.  A digit N extracts `XEXP (E, N)'; a
!           letter L extracts `XVECEXP (E, 0, N)' where N is the
!           alphabetic ordinal of L (0 for `a', 1 for 'b', and so on).
!           The `MATCH_CODE' then examines the RTX code of the
            subexpression extracted by the complete string.  It is not
!           possible to extract components of an `rtvec' that is not at
            position 0 within its RTX object.
  
!     `MATCH_TEST'
            This expression has one operand, a string constant containing
            a C expression.  The predicate's arguments, OP and MODE, are
            available with those names in the C expression.  The
!           `MATCH_TEST' evaluates to true if the C expression evaluates
!           to a nonzero value.  `MATCH_TEST' expressions must not have
            side effects.
  
!     `AND'
!     `IOR'
!     `NOT'
!     `IF_THEN_ELSE'
!           The basic `MATCH_' expressions can be combined using these
            logical operators, which have the semantics of the C operators
!           `&&', `||', `!', and `? :' respectively.  As in Common Lisp,
!           you may give an `AND' or `IOR' expression an arbitrary number
            of arguments; this has exactly the same effect as writing a
!           chain of two-argument `AND' or `IOR' expressions.
  
!    * An optional block of C code, which should execute `return true' if
!      the predicate is found to match and `return false' if it does not.
!      It must not have any side effects.  The predicate arguments, OP
!      and MODE, are available with those names.
  
       If a code block is present in a predicate definition, then the RTL
       expression must evaluate to true _and_ the code block must execute
!      `return true' for the predicate to allow the operand.  The RTL
!      expression is evaluated first; do not re-check anything in the
!      code block that was checked in the RTL expression.
  
!  The program `genrecog' scans `define_predicate' and
! `define_special_predicate' expressions to determine which RTX codes are
  possibly allowed.  You should always make this explicit in the RTL
! predicate expression, using `MATCH_OPERAND' and `MATCH_CODE'.
  
   Here is an example of a simple predicate definition, from the IA64
  machine description:
  
!      ;; True if OP is a `SYMBOL_REF' which refers to the sdata section.
       (define_predicate "small_addr_symbolic_operand"
         (and (match_code "symbol_ref")
              (match_test "SYMBOL_REF_SMALL_ADDR_P (op)")))
*************** And here is another, showing the use of
*** 19601,19625 ****
         return (regno >= FIRST_PSEUDO_REGISTER || GENERAL_REGNO_P (regno));
       })
  
!  Predicates written with 'define_predicate' automatically include a test
! that MODE is 'VOIDmode', or OP has the same mode as MODE, or OP is a
! 'CONST_INT' or 'CONST_DOUBLE'.  They do _not_ check specifically for
! integer 'CONST_DOUBLE', nor do they test that the value of either kind
! of constant fits in the requested mode.  This is because target-specific
! predicates that take constants usually have to do more stringent value
! checks anyway.  If you need the exact same treatment of 'CONST_INT' or
! 'CONST_DOUBLE' that the generic predicates provide, use a
! 'MATCH_OPERAND' subexpression to call 'const_int_operand',
! 'const_double_operand', or 'immediate_operand'.
  
!  Predicates written with 'define_special_predicate' do not get any
  automatic mode checks, and are treated as having special mode handling
! by 'genrecog'.
  
!  The program 'genpreds' is responsible for generating code to test
  predicates.  It also writes a header file containing function
  declarations for all machine-specific predicates.  It is not necessary
! to declare these predicates in 'CPU-protos.h'.
  
  
  File: gccint.info,  Node: Constraints,  Next: Standard Names,  Prev: Predicates,  Up: Machine Desc
--- 19825,19849 ----
         return (regno >= FIRST_PSEUDO_REGISTER || GENERAL_REGNO_P (regno));
       })
  
!  Predicates written with `define_predicate' automatically include a
! test that MODE is `VOIDmode', or OP has the same mode as MODE, or OP is
! a `CONST_INT' or `CONST_DOUBLE'.  They do _not_ check specifically for
! integer `CONST_DOUBLE', nor do they test that the value of either kind
! of constant fits in the requested mode.  This is because
! target-specific predicates that take constants usually have to do more
! stringent value checks anyway.  If you need the exact same treatment of
! `CONST_INT' or `CONST_DOUBLE' that the generic predicates provide, use
! a `MATCH_OPERAND' subexpression to call `const_int_operand',
! `const_double_operand', or `immediate_operand'.
  
!  Predicates written with `define_special_predicate' do not get any
  automatic mode checks, and are treated as having special mode handling
! by `genrecog'.
  
!  The program `genpreds' is responsible for generating code to test
  predicates.  It also writes a header file containing function
  declarations for all machine-specific predicates.  It is not necessary
! to declare these predicates in `CPU-protos.h'.
  
  
  File: gccint.info,  Node: Constraints,  Next: Standard Names,  Prev: Predicates,  Up: Machine Desc
*************** File: gccint.info,  Node: Constraints,
*** 19627,19633 ****
  16.8 Operand Constraints
  ========================
  
! Each 'match_operand' in an instruction pattern can specify constraints
  for the operands allowed.  The constraints allow you to fine-tune
  matching within the set of operands allowed by the predicate.
  
--- 19851,19857 ----
  16.8 Operand Constraints
  ========================
  
! Each `match_operand' in an instruction pattern can specify constraints
  for the operands allowed.  The constraints allow you to fine-tune
  matching within the set of operands allowed by the predicate.
  
*************** kinds of register; whether the operand c
*** 19636,19642 ****
  which kinds of address; whether the operand may be an immediate
  constant, and which possible values it may have.  Constraints can also
  require two operands to match.  Side-effects aren't allowed in operands
! of inline 'asm', unless '<' or '>' constraints are used, because there
  is no guarantee that the side-effects will happen exactly once in an
  instruction that can update the addressing register.
  
--- 19860,19866 ----
  which kinds of address; whether the operand may be an immediate
  constant, and which possible values it may have.  Constraints can also
  require two operands to match.  Side-effects aren't allowed in operands
! of inline `asm', unless `<' or `>' constraints are used, because there
  is no guarantee that the side-effects will happen exactly once in an
  instruction that can update the addressing register.
  
*************** whitespace
*** 19668,19680 ****
       description even if they have different number of constraints and
       modifiers.
  
! 'm'
       A memory operand is allowed, with any kind of address that the
       machine supports in general.  Note that the letter used for the
!      general memory constraint can be re-defined by a back end using the
!      'TARGET_MEM_CONSTRAINT' macro.
  
! 'o'
       A memory operand is allowed, but only if the address is
       "offsettable".  This means that adding a small integer (actually,
       the width in bytes of the operand, as determined by its machine
--- 19892,19904 ----
       description even if they have different number of constraints and
       modifiers.
  
! `m'
       A memory operand is allowed, with any kind of address that the
       machine supports in general.  Note that the letter used for the
!      general memory constraint can be re-defined by a back end using
!      the `TARGET_MEM_CONSTRAINT' macro.
  
! `o'
       A memory operand is allowed, but only if the address is
       "offsettable".  This means that adding a small integer (actually,
       the width in bytes of the operand, as determined by its machine
*************** whitespace
*** 19690,19795 ****
       on the other addressing modes that the machine supports.
  
       Note that in an output operand which can be matched by another
!      operand, the constraint letter 'o' is valid only when accompanied
!      by both '<' (if the target machine has predecrement addressing) and
!      '>' (if the target machine has preincrement addressing).
  
! 'V'
!      A memory operand that is not offsettable.  In other words, anything
!      that would fit the 'm' constraint but not the 'o' constraint.
  
! '<'
!      A memory operand with autodecrement addressing (either predecrement
!      or postdecrement) is allowed.  In inline 'asm' this constraint is
!      only allowed if the operand is used exactly once in an instruction
!      that can handle the side-effects.  Not using an operand with '<' in
!      constraint string in the inline 'asm' pattern at all or using it in
!      multiple instructions isn't valid, because the side-effects
!      wouldn't be performed or would be performed more than once.
!      Furthermore, on some targets the operand with '<' in constraint
!      string must be accompanied by special instruction suffixes like
!      '%U0' instruction suffix on PowerPC or '%P0' on IA-64.
  
! '>'
!      A memory operand with autoincrement addressing (either preincrement
!      or postincrement) is allowed.  In inline 'asm' the same
!      restrictions as for '<' apply.
  
! 'r'
       A register operand is allowed provided that it is in a general
       register.
  
! 'i'
       An immediate integer operand (one with constant value) is allowed.
       This includes symbolic constants whose values will be known only at
       assembly time or later.
  
! 'n'
       An immediate integer operand with a known numeric value is allowed.
       Many systems cannot support assembly-time constants for operands
       less than a word wide.  Constraints for these operands should use
!      'n' rather than 'i'.
  
! 'I', 'J', 'K', ... 'P'
!      Other letters in the range 'I' through 'P' may be defined in a
       machine-dependent fashion to permit immediate integer operands with
       explicit integer values in specified ranges.  For example, on the
!      68000, 'I' is defined to stand for the range of values 1 to 8.
       This is the range permitted as a shift count in the shift
       instructions.
  
! 'E'
!      An immediate floating operand (expression code 'const_double') is
       allowed, but only if the target floating point format is the same
       as that of the host machine (on which the compiler is running).
  
! 'F'
!      An immediate floating operand (expression code 'const_double' or
!      'const_vector') is allowed.
  
! 'G', 'H'
!      'G' and 'H' may be defined in a machine-dependent fashion to permit
!      immediate floating operands in particular ranges of values.
  
! 's'
!      An immediate integer operand whose value is not an explicit integer
!      is allowed.
  
       This might appear strange; if an insn allows a constant operand
!      with a value not known at compile time, it certainly must allow any
!      known value.  So why use 's' instead of 'i'?  Sometimes it allows
!      better code to be generated.
  
       For example, on the 68000 in a fullword instruction it is possible
       to use an immediate operand; but if the immediate value is between
       -128 and 127, better code results from loading the value into a
!      register and using the register.  This is because the load into the
!      register can be done with a 'moveq' instruction.  We arrange for
!      this to happen by defining the letter 'K' to mean "any integer
!      outside the range -128 to 127", and then specifying 'Ks' in the
       operand constraints.
  
! 'g'
       Any register, memory or immediate integer operand is allowed,
       except for registers that are not general registers.
  
! 'X'
       Any operand whatsoever is allowed, even if it does not satisfy
!      'general_operand'.  This is normally used in the constraint of a
!      'match_scratch' when certain alternatives will not actually require
!      a scratch register.
  
! '0', '1', '2', ... '9'
       An operand that matches the specified operand number is allowed.
       If a digit is used together with letters within the same
       alternative, the digit should come last.
  
       This number is allowed to be more than a single digit.  If multiple
       digits are encountered consecutively, they are interpreted as a
!      single decimal integer.  There is scant chance for ambiguity, since
!      to-date it has never been desirable that '10' be interpreted as
!      matching either operand 1 _or_ operand 0.  Should this be desired,
!      one can use multiple alternatives instead.
  
       This is called a "matching constraint" and what it really means is
       that the assembler has only a single operand that fills two roles
--- 19914,20021 ----
       on the other addressing modes that the machine supports.
  
       Note that in an output operand which can be matched by another
!      operand, the constraint letter `o' is valid only when accompanied
!      by both `<' (if the target machine has predecrement addressing)
!      and `>' (if the target machine has preincrement addressing).
  
! `V'
!      A memory operand that is not offsettable.  In other words,
!      anything that would fit the `m' constraint but not the `o'
!      constraint.
  
! `<'
!      A memory operand with autodecrement addressing (either
!      predecrement or postdecrement) is allowed.  In inline `asm' this
!      constraint is only allowed if the operand is used exactly once in
!      an instruction that can handle the side-effects.  Not using an
!      operand with `<' in constraint string in the inline `asm' pattern
!      at all or using it in multiple instructions isn't valid, because
!      the side-effects wouldn't be performed or would be performed more
!      than once.  Furthermore, on some targets the operand with `<' in
!      constraint string must be accompanied by special instruction
!      suffixes like `%U0' instruction suffix on PowerPC or `%P0' on
!      IA-64.
  
! `>'
!      A memory operand with autoincrement addressing (either
!      preincrement or postincrement) is allowed.  In inline `asm' the
!      same restrictions as for `<' apply.
  
! `r'
       A register operand is allowed provided that it is in a general
       register.
  
! `i'
       An immediate integer operand (one with constant value) is allowed.
       This includes symbolic constants whose values will be known only at
       assembly time or later.
  
! `n'
       An immediate integer operand with a known numeric value is allowed.
       Many systems cannot support assembly-time constants for operands
       less than a word wide.  Constraints for these operands should use
!      `n' rather than `i'.
  
! `I', `J', `K', ... `P'
!      Other letters in the range `I' through `P' may be defined in a
       machine-dependent fashion to permit immediate integer operands with
       explicit integer values in specified ranges.  For example, on the
!      68000, `I' is defined to stand for the range of values 1 to 8.
       This is the range permitted as a shift count in the shift
       instructions.
  
! `E'
!      An immediate floating operand (expression code `const_double') is
       allowed, but only if the target floating point format is the same
       as that of the host machine (on which the compiler is running).
  
! `F'
!      An immediate floating operand (expression code `const_double' or
!      `const_vector') is allowed.
  
! `G', `H'
!      `G' and `H' may be defined in a machine-dependent fashion to
!      permit immediate floating operands in particular ranges of values.
  
! `s'
!      An immediate integer operand whose value is not an explicit
!      integer is allowed.
  
       This might appear strange; if an insn allows a constant operand
!      with a value not known at compile time, it certainly must allow
!      any known value.  So why use `s' instead of `i'?  Sometimes it
!      allows better code to be generated.
  
       For example, on the 68000 in a fullword instruction it is possible
       to use an immediate operand; but if the immediate value is between
       -128 and 127, better code results from loading the value into a
!      register and using the register.  This is because the load into
!      the register can be done with a `moveq' instruction.  We arrange
!      for this to happen by defining the letter `K' to mean "any integer
!      outside the range -128 to 127", and then specifying `Ks' in the
       operand constraints.
  
! `g'
       Any register, memory or immediate integer operand is allowed,
       except for registers that are not general registers.
  
! `X'
       Any operand whatsoever is allowed, even if it does not satisfy
!      `general_operand'.  This is normally used in the constraint of a
!      `match_scratch' when certain alternatives will not actually
!      require a scratch register.
  
! `0', `1', `2', ... `9'
       An operand that matches the specified operand number is allowed.
       If a digit is used together with letters within the same
       alternative, the digit should come last.
  
       This number is allowed to be more than a single digit.  If multiple
       digits are encountered consecutively, they are interpreted as a
!      single decimal integer.  There is scant chance for ambiguity,
!      since to-date it has never been desirable that `10' be interpreted
!      as matching either operand 1 _or_ operand 0.  Should this be
!      desired, one can use multiple alternatives instead.
  
       This is called a "matching constraint" and what it really means is
       that the assembler has only a single operand that fills two roles
*************** whitespace
*** 19808,19831 ****
  
       For operands to match in a particular case usually means that they
       are identical-looking RTL expressions.  But in a few special cases
!      specific kinds of dissimilarity are allowed.  For example, '*x' as
!      an input operand will match '*x++' as an output operand.  For
!      proper results in such cases, the output template should always use
!      the output-operand's number when printing the operand.
  
! 'p'
       An operand that is a valid memory address is allowed.  This is for
       "load address" and "push address" instructions.
  
!      'p' in the constraint must be accompanied by 'address_operand' as
!      the predicate in the 'match_operand'.  This predicate interprets
!      the mode specified in the 'match_operand' as the mode of the memory
       reference for which the address would be valid.
  
  OTHER-LETTERS
       Other letters can be defined in machine-dependent fashion to stand
       for particular classes of registers or other arbitrary operand
!      types.  'd', 'a' and 'f' are defined on the 68000/68020 to stand
       for data, address and floating point registers.
  
   In order to have valid assembler code, each operand must satisfy its
--- 20034,20057 ----
  
       For operands to match in a particular case usually means that they
       are identical-looking RTL expressions.  But in a few special cases
!      specific kinds of dissimilarity are allowed.  For example, `*x' as
!      an input operand will match `*x++' as an output operand.  For
!      proper results in such cases, the output template should always
!      use the output-operand's number when printing the operand.
  
! `p'
       An operand that is a valid memory address is allowed.  This is for
       "load address" and "push address" instructions.
  
!      `p' in the constraint must be accompanied by `address_operand' as
!      the predicate in the `match_operand'.  This predicate interprets
!      the mode specified in the `match_operand' as the mode of the memory
       reference for which the address would be valid.
  
  OTHER-LETTERS
       Other letters can be defined in machine-dependent fashion to stand
       for particular classes of registers or other arbitrary operand
!      types.  `d', `a' and `f' are defined on the 68000/68020 to stand
       for data, address and floating point registers.
  
   In order to have valid assembler code, each operand must satisfy its
*************** the first pattern would not apply at all
*** 19864,19872 ****
  contain two identical subexpressions in the right place.  The pattern
  would say, "That does not look like an add instruction; try other
  patterns".  The second pattern would say, "Yes, that's an add
! instruction, but there is something wrong with it".  It would direct the
! reload pass of the compiler to generate additional insns to make the
! constraint true.  The results might look like this:
  
       (insn N2 PREV N
         (set (reg:SI 3) (reg:SI 6))
--- 20090,20098 ----
  contain two identical subexpressions in the right place.  The pattern
  would say, "That does not look like an add instruction; try other
  patterns".  The second pattern would say, "Yes, that's an add
! instruction, but there is something wrong with it".  It would direct
! the reload pass of the compiler to generate additional insns to make
! the constraint true.  The results might look like this:
  
       (insn N2 PREV N
         (set (reg:SI 3) (reg:SI 6))
*************** reloading any possible operand so that i
*** 19893,19938 ****
       registers is safe provided its predicate rejects registers.
  
       An operand whose predicate accepts only constant values is safe
!      provided its constraints include the letter 'i'.  If any possible
!      constant value is accepted, then nothing less than 'i' will do; if
       the predicate is more selective, then the constraints may also be
       more selective.
  
     * Any operand expression can be reloaded by copying it into a
       register.  So if an operand's constraints allow some kind of
!      register, it is certain to be safe.  It need not permit all classes
!      of registers; the compiler knows how to copy a register into
!      another register of the proper class in order to make an
       instruction valid.
  
     * A nonoffsettable memory reference can be reloaded by copying the
!      address into a register.  So if the constraint uses the letter 'o',
!      all memory references are taken care of.
  
     * A constant operand can be reloaded by allocating space in memory to
       hold it as preinitialized data.  Then the memory reference can be
       used in place of the constant.  So if the constraint uses the
!      letters 'o' or 'm', constant operands are not a problem.
  
     * If the constraint permits a constant and a pseudo register used in
!      an insn was not allocated to a hard register and is equivalent to a
!      constant, the register will be replaced with the constant.  If the
!      predicate does not permit a constant and the insn is re-recognized
!      for some reason, the compiler will crash.  Thus the predicate must
!      always recognize any objects allowed by the constraint.
  
   If the operand's predicate can recognize registers, but the constraint
! does not permit them, it can make the compiler crash.  When this operand
! happens to be a register, the reload pass will be stymied, because it
! does not know how to copy a register temporarily into memory.
  
   If the predicate accepts a unary operator, the constraint applies to
  the operand.  For example, the MIPS processor at ISA level 3 supports an
! instruction which adds two registers in 'SImode' to produce a 'DImode'
  result, but only if the registers are correctly sign extended.  This
! predicate for the input operands accepts a 'sign_extend' of an 'SImode'
! register.  Write the constraint to indicate the type of register that is
! required for the operand of the 'sign_extend'.
  
  
  File: gccint.info,  Node: Multi-Alternative,  Next: Class Preferences,  Prev: Simple Constraints,  Up: Constraints
--- 20119,20165 ----
       registers is safe provided its predicate rejects registers.
  
       An operand whose predicate accepts only constant values is safe
!      provided its constraints include the letter `i'.  If any possible
!      constant value is accepted, then nothing less than `i' will do; if
       the predicate is more selective, then the constraints may also be
       more selective.
  
     * Any operand expression can be reloaded by copying it into a
       register.  So if an operand's constraints allow some kind of
!      register, it is certain to be safe.  It need not permit all
!      classes of registers; the compiler knows how to copy a register
!      into another register of the proper class in order to make an
       instruction valid.
  
     * A nonoffsettable memory reference can be reloaded by copying the
!      address into a register.  So if the constraint uses the letter
!      `o', all memory references are taken care of.
  
     * A constant operand can be reloaded by allocating space in memory to
       hold it as preinitialized data.  Then the memory reference can be
       used in place of the constant.  So if the constraint uses the
!      letters `o' or `m', constant operands are not a problem.
  
     * If the constraint permits a constant and a pseudo register used in
!      an insn was not allocated to a hard register and is equivalent to
!      a constant, the register will be replaced with the constant.  If
!      the predicate does not permit a constant and the insn is
!      re-recognized for some reason, the compiler will crash.  Thus the
!      predicate must always recognize any objects allowed by the
!      constraint.
  
   If the operand's predicate can recognize registers, but the constraint
! does not permit them, it can make the compiler crash.  When this
! operand happens to be a register, the reload pass will be stymied,
! because it does not know how to copy a register temporarily into memory.
  
   If the predicate accepts a unary operator, the constraint applies to
  the operand.  For example, the MIPS processor at ISA level 3 supports an
! instruction which adds two registers in `SImode' to produce a `DImode'
  result, but only if the registers are correctly sign extended.  This
! predicate for the input operands accepts a `sign_extend' of an `SImode'
! register.  Write the constraint to indicate the type of register that
! is required for the operand of the `sign_extend'.
  
  
  File: gccint.info,  Node: Multi-Alternative,  Next: Class Preferences,  Prev: Simple Constraints,  Up: Constraints
*************** on the 68000:
*** 19961,20006 ****
                       (match_operand:SI 2 "general_operand" "dKs,dmKs")))]
         ...)
  
!  The first alternative has 'm' (memory) for operand 0, '0' for operand 1
! (meaning it must match operand 0), and 'dKs' for operand 2.  The second
! alternative has 'd' (data register) for operand 0, '0' for operand 1,
! and 'dmKs' for operand 2.  The '=' and '%' in the constraints apply to
! all the alternatives; their meaning is explained in the next section
! (*note Class Preferences::).
  
   If all the operands fit any one alternative, the instruction is valid.
  Otherwise, for each alternative, the compiler counts how many
! instructions must be added to copy the operands so that that alternative
! applies.  The alternative requiring the least copying is chosen.  If two
! alternatives need the same amount of copying, the one that comes first
! is chosen.  These choices can be altered with the '?' and '!'
! characters:
  
! '?'
!      Disparage slightly the alternative that the '?' appears in, as a
       choice when no alternative applies exactly.  The compiler regards
!      this alternative as one unit more costly for each '?' that appears
       in it.
  
! '!'
!      Disparage severely the alternative that the '!' appears in.  This
       alternative can still be used if it fits without reloading, but if
       reloading is needed, some other alternative will be used.
  
! '^'
!      This constraint is analogous to '?' but it disparages slightly the
!      alternative only if the operand with the '^' needs a reload.
  
! '$'
!      This constraint is analogous to '!' but it disparages severely the
!      alternative only if the operand with the '$' needs a reload.
  
   When an insn pattern has multiple alternatives in its constraints,
  often the appearance of the assembler code is determined mostly by which
  alternative was matched.  When this is so, the C code for writing the
! assembler code can use the variable 'which_alternative', which is the
! ordinal number of the alternative that was actually satisfied (0 for the
! first, 1 for the second alternative, etc.).  *Note Output Statement::.
  
  
  File: gccint.info,  Node: Class Preferences,  Next: Modifiers,  Prev: Multi-Alternative,  Up: Constraints
--- 20188,20234 ----
                       (match_operand:SI 2 "general_operand" "dKs,dmKs")))]
         ...)
  
!  The first alternative has `m' (memory) for operand 0, `0' for operand
! 1 (meaning it must match operand 0), and `dKs' for operand 2.  The
! second alternative has `d' (data register) for operand 0, `0' for
! operand 1, and `dmKs' for operand 2.  The `=' and `%' in the
! constraints apply to all the alternatives; their meaning is explained
! in the next section (*note Class Preferences::).
  
   If all the operands fit any one alternative, the instruction is valid.
  Otherwise, for each alternative, the compiler counts how many
! instructions must be added to copy the operands so that that
! alternative applies.  The alternative requiring the least copying is
! chosen.  If two alternatives need the same amount of copying, the one
! that comes first is chosen.  These choices can be altered with the `?'
! and `!' characters:
  
! `?'
!      Disparage slightly the alternative that the `?' appears in, as a
       choice when no alternative applies exactly.  The compiler regards
!      this alternative as one unit more costly for each `?' that appears
       in it.
  
! `!'
!      Disparage severely the alternative that the `!' appears in.  This
       alternative can still be used if it fits without reloading, but if
       reloading is needed, some other alternative will be used.
  
! `^'
!      This constraint is analogous to `?' but it disparages slightly the
!      alternative only if the operand with the `^' needs a reload.
  
! `$'
!      This constraint is analogous to `!' but it disparages severely the
!      alternative only if the operand with the `$' needs a reload.
  
   When an insn pattern has multiple alternatives in its constraints,
  often the appearance of the assembler code is determined mostly by which
  alternative was matched.  When this is so, the C code for writing the
! assembler code can use the variable `which_alternative', which is the
! ordinal number of the alternative that was actually satisfied (0 for
! the first, 1 for the second alternative, etc.).  *Note Output
! Statement::.
  
  
  File: gccint.info,  Node: Class Preferences,  Next: Modifiers,  Prev: Multi-Alternative,  Up: Constraints
*************** The operand constraints have another fun
*** 20012,20020 ****
  to decide which kind of hardware register a pseudo register is best
  allocated to.  The compiler examines the constraints that apply to the
  insns that use the pseudo register, looking for the machine-dependent
! letters such as 'd' and 'a' that specify classes of registers.  The
  pseudo register is put in whichever class gets the most "votes".  The
! constraint letters 'g' and 'r' also vote: they vote in favor of a
  general register.  The machine description says which registers are
  considered general.
  
--- 20240,20248 ----
  to decide which kind of hardware register a pseudo register is best
  allocated to.  The compiler examines the constraints that apply to the
  insns that use the pseudo register, looking for the machine-dependent
! letters such as `d' and `a' that specify classes of registers.  The
  pseudo register is put in whichever class gets the most "votes".  The
! constraint letters `g' and `r' also vote: they vote in favor of a
  general register.  The machine description says which registers are
  considered general.
  
*************** File: gccint.info,  Node: Modifiers,  Ne
*** 20029,20085 ****
  
  Here are constraint modifier characters.
  
! '='
       Means that this operand is written to by this instruction: the
       previous value is discarded and replaced by new data.
  
! '+'
       Means that this operand is both read and written by the
       instruction.
  
       When the compiler fixes up the operands to satisfy the constraints,
       it needs to know which operands are read by the instruction and
!      which are written by it.  '=' identifies an operand which is only
!      written; '+' identifies an operand that is both read and written;
       all other operands are assumed to only be read.
  
!      If you specify '=' or '+' in a constraint, you put it in the first
       character of the constraint string.
  
! '&'
       Means (in a particular alternative) that this operand is an
       "earlyclobber" operand, which is written before the instruction is
!      finished using the input operands.  Therefore, this operand may not
!      lie in a register that is read by the instruction or as part of any
!      memory address.
  
!      '&' applies only to the alternative in which it is written.  In
       constraints with multiple alternatives, sometimes one alternative
!      requires '&' while others do not.  See, for example, the 'movdf'
       insn of the 68000.
  
       A operand which is read by the instruction can be tied to an
       earlyclobber operand if its only use as an input occurs before the
       early result is written.  Adding alternatives of this form often
       allows GCC to produce better code when only some of the read
!      operands can be affected by the earlyclobber.  See, for example,
!      the 'mulsi3' insn of the ARM.
  
       Furthermore, if the "earlyclobber" operand is also a read/write
       operand, then that operand is written only after it's used.
  
!      '&' does not obviate the need to write '=' or '+'.  As
       "earlyclobber" operands are always written, a read-only
       "earlyclobber" operand is ill-formed and will be rejected by the
       compiler.
  
! '%'
       Declares the instruction to be commutative for this operand and the
       following operand.  This means that the compiler may interchange
       the two operands if that is the cheapest way to make all operands
!      fit the constraints.  '%' applies to all alternatives and must
       appear as the first character in the constraint.  Only read-only
!      operands can use '%'.
  
       This is often used in patterns for addition instructions that
       really have only two operands: the result must go in one of the
--- 20257,20313 ----
  
  Here are constraint modifier characters.
  
! `='
       Means that this operand is written to by this instruction: the
       previous value is discarded and replaced by new data.
  
! `+'
       Means that this operand is both read and written by the
       instruction.
  
       When the compiler fixes up the operands to satisfy the constraints,
       it needs to know which operands are read by the instruction and
!      which are written by it.  `=' identifies an operand which is only
!      written; `+' identifies an operand that is both read and written;
       all other operands are assumed to only be read.
  
!      If you specify `=' or `+' in a constraint, you put it in the first
       character of the constraint string.
  
! `&'
       Means (in a particular alternative) that this operand is an
       "earlyclobber" operand, which is written before the instruction is
!      finished using the input operands.  Therefore, this operand may
!      not lie in a register that is read by the instruction or as part
!      of any memory address.
  
!      `&' applies only to the alternative in which it is written.  In
       constraints with multiple alternatives, sometimes one alternative
!      requires `&' while others do not.  See, for example, the `movdf'
       insn of the 68000.
  
       A operand which is read by the instruction can be tied to an
       earlyclobber operand if its only use as an input occurs before the
       early result is written.  Adding alternatives of this form often
       allows GCC to produce better code when only some of the read
!      operands can be affected by the earlyclobber. See, for example,
!      the `mulsi3' insn of the ARM.
  
       Furthermore, if the "earlyclobber" operand is also a read/write
       operand, then that operand is written only after it's used.
  
!      `&' does not obviate the need to write `=' or `+'.  As
       "earlyclobber" operands are always written, a read-only
       "earlyclobber" operand is ill-formed and will be rejected by the
       compiler.
  
! `%'
       Declares the instruction to be commutative for this operand and the
       following operand.  This means that the compiler may interchange
       the two operands if that is the cheapest way to make all operands
!      fit the constraints.  `%' applies to all alternatives and must
       appear as the first character in the constraint.  Only read-only
!      operands can use `%'.
  
       This is often used in patterns for addition instructions that
       really have only two operands: the result must go in one of the
*************** Here are constraint modifier characters.
*** 20093,20124 ****
              ...)
       GCC can only handle one commutative pair in an asm; if you use
       more, the compiler may fail.  Note that you need not use the
!      modifier if the two alternatives are strictly identical; this would
!      only waste time in the reload pass.  The modifier is not
       operational after register allocation, so the result of
!      'define_peephole2' and 'define_split's performed after reload
!      cannot rely on '%' to make the intended insn match.
  
! '#'
       Says that all following characters, up to the next comma, are to be
       ignored as a constraint.  They are significant only for choosing
       register preferences.
  
! '*'
       Says that the following character should be ignored when choosing
!      register preferences.  '*' has no effect on the meaning of the
       constraint as a constraint, and no effect on reloading.  For LRA
!      '*' additionally disparages slightly the alternative if the
       following character matches the operand.
  
       Here is an example: the 68000 has an instruction to sign-extend a
       halfword in a data register, and can also sign-extend a value by
!      copying it into an address register.  While either kind of register
!      is acceptable, the constraints on an address-register destination
!      are less strict, so it is best if register allocation makes an
!      address register its goal.  Therefore, '*' is used so that the 'd'
!      constraint letter (for data register) is ignored when computing
!      register preferences.
  
            (define_insn "extendhisi2"
              [(set (match_operand:SI 0 "general_operand" "=*d,a")
--- 20321,20352 ----
              ...)
       GCC can only handle one commutative pair in an asm; if you use
       more, the compiler may fail.  Note that you need not use the
!      modifier if the two alternatives are strictly identical; this
!      would only waste time in the reload pass.  The modifier is not
       operational after register allocation, so the result of
!      `define_peephole2' and `define_split's performed after reload
!      cannot rely on `%' to make the intended insn match.
  
! `#'
       Says that all following characters, up to the next comma, are to be
       ignored as a constraint.  They are significant only for choosing
       register preferences.
  
! `*'
       Says that the following character should be ignored when choosing
!      register preferences.  `*' has no effect on the meaning of the
       constraint as a constraint, and no effect on reloading.  For LRA
!      `*' additionally disparages slightly the alternative if the
       following character matches the operand.
  
       Here is an example: the 68000 has an instruction to sign-extend a
       halfword in a data register, and can also sign-extend a value by
!      copying it into an address register.  While either kind of
!      register is acceptable, the constraints on an address-register
!      destination are less strict, so it is best if register allocation
!      makes an address register its goal.  Therefore, `*' is used so
!      that the `d' constraint letter (for data register) is ignored when
!      computing register preferences.
  
            (define_insn "extendhisi2"
              [(set (match_operand:SI 0 "general_operand" "=*d,a")
*************** File: gccint.info,  Node: Machine Constr
*** 20133,21418 ****
  ------------------------------------------
  
  Whenever possible, you should use the general-purpose constraint letters
! in 'asm' arguments, since they will convey meaning more readily to
! people reading your code.  Failing that, use the constraint letters that
! usually have very similar meanings across architectures.  The most
! commonly used constraints are 'm' and 'r' (for memory and
  general-purpose registers respectively; *note Simple Constraints::), and
! 'I', usually the letter indicating the most common immediate-constant
  format.
  
   Each architecture defines additional constraints.  These constraints
  are used by the compiler itself for instruction generation, as well as
! for 'asm' statements; therefore, some of the constraints are not
! particularly useful for 'asm'.  Here is a summary of some of the
  machine-dependent constraints available on some particular machines; it
! includes both constraints that are useful for 'asm' and constraints that
! aren't.  The compiler source file mentioned in the table heading for
! each architecture is the definitive reference for the meanings of that
! architecture's constraints.
  
! _AArch64 family--'config/aarch64/constraints.md'_
!      'k'
!           The stack pointer register ('SP')
  
!      'w'
            Floating point or SIMD vector register
  
!      'I'
            Integer constant that is valid as an immediate operand in an
!           'ADD' instruction
  
!      'J'
            Integer constant that is valid as an immediate operand in a
!           'SUB' instruction (once negated)
  
!      'K'
            Integer constant that can be used with a 32-bit logical
            instruction
  
!      'L'
            Integer constant that can be used with a 64-bit logical
            instruction
  
!      'M'
            Integer constant that is valid as an immediate operand in a
!           32-bit 'MOV' pseudo instruction.  The 'MOV' may be assembled
            to one of several different machine instructions depending on
            the value
  
!      'N'
            Integer constant that is valid as an immediate operand in a
!           64-bit 'MOV' pseudo instruction
  
!      'S'
            An absolute symbolic address or a label reference
  
!      'Y'
            Floating point constant zero
  
!      'Z'
            Integer constant zero
  
!      'Ush'
!           The high part (bits 12 and upwards) of the pc-relative address
!           of a symbol within 4GB of the instruction
  
!      'Q'
            A memory address which uses a single base register with no
            offset
  
!      'Ump'
!           A memory address suitable for a load/store pair instruction in
!           SI, DI, SF and DF modes
  
! _ARC --'config/arc/constraints.md'_
!      'q'
!           Registers usable in ARCompact 16-bit instructions: 'r0'-'r3',
!           'r12'-'r15'.  This constraint can only match when the '-mq'
            option is in effect.
  
!      'e'
!           Registers usable as base-regs of memory addresses in ARCompact
!           16-bit memory instructions: 'r0'-'r3', 'r12'-'r15', 'sp'.
!           This constraint can only match when the '-mq' option is in
!           effect.
!      'D'
!           ARC FPX (dpfp) 64-bit registers.  'D0', 'D1'.
  
!      'I'
            A signed 12-bit integer constant.
  
!      'Cal'
!           constant for arithmetic/logical operations.  This might be any
!           constant that can be put into a long immediate by the assmbler
!           or linker without involving a PIC relocation.
  
!      'K'
            A 3-bit unsigned integer constant.
  
!      'L'
            A 6-bit unsigned integer constant.
  
!      'CnL'
            One's complement of a 6-bit unsigned integer constant.
  
!      'CmL'
            Two's complement of a 6-bit unsigned integer constant.
  
!      'M'
            A 5-bit unsigned integer constant.
  
!      'O'
            A 7-bit unsigned integer constant.
  
!      'P'
            A 8-bit unsigned integer constant.
  
!      'H'
            Any const_double value.
  
! _ARM family--'config/arm/constraints.md'_
  
!      'h'
!           In Thumb state, the core registers 'r8'-'r15'.
  
!      'k'
            The stack pointer register.
  
!      'l'
!           In Thumb State the core registers 'r0'-'r7'.  In ARM state
!           this is an alias for the 'r' constraint.
  
!      't'
!           VFP floating-point registers 's0'-'s31'.  Used for 32 bit
            values.
  
!      'w'
!           VFP floating-point registers 'd0'-'d31' and the appropriate
!           subset 'd0'-'d15' based on command line options.  Used for 64
            bit values only.  Not valid for Thumb1.
  
!      'y'
            The iWMMX co-processor registers.
  
!      'z'
            The iWMMX GR registers.
  
!      'G'
            The floating-point constant 0.0
  
!      'I'
            Integer that is valid as an immediate operand in a data
!           processing instruction.  That is, an integer in the range 0 to
!           255 rotated by a multiple of 2
  
!      'J'
            Integer in the range -4095 to 4095
  
!      'K'
!           Integer that satisfies constraint 'I' when inverted (ones
            complement)
  
!      'L'
!           Integer that satisfies constraint 'I' when negated (twos
            complement)
  
!      'M'
            Integer in the range 0 to 32
  
!      'Q'
            A memory reference where the exact address is in a single
!           register (''m'' is preferable for 'asm' statements)
  
!      'R'
            An item in the constant pool
  
!      'S'
            A symbol in the text segment of the current file
  
!      'Uv'
            A memory reference suitable for VFP load/store insns
            (reg+constant offset)
  
!      'Uy'
            A memory reference suitable for iWMMXt load/store
            instructions.
  
!      'Uq'
            A memory reference suitable for the ARMv4 ldrsb instruction.
  
! _AVR family--'config/avr/constraints.md'_
!      'l'
            Registers from r0 to r15
  
!      'a'
            Registers from r16 to r23
  
!      'd'
            Registers from r16 to r31
  
!      'w'
            Registers from r24 to r31.  These registers can be used in
!           'adiw' command
  
!      'e'
            Pointer register (r26-r31)
  
!      'b'
            Base pointer register (r28-r31)
  
!      'q'
            Stack pointer register (SPH:SPL)
  
!      't'
            Temporary register r0
  
!      'x'
            Register pair X (r27:r26)
  
!      'y'
            Register pair Y (r29:r28)
  
!      'z'
            Register pair Z (r31:r30)
  
!      'I'
            Constant greater than -1, less than 64
  
!      'J'
            Constant greater than -64, less than 1
  
!      'K'
            Constant integer 2
  
!      'L'
            Constant integer 0
  
!      'M'
            Constant that fits in 8 bits
  
!      'N'
            Constant integer -1
  
!      'O'
            Constant integer 8, 16, or 24
  
!      'P'
            Constant integer 1
  
!      'G'
            A floating point constant 0.0
  
!      'Q'
            A memory address based on Y or Z pointer with displacement.
  
! _Blackfin family--'config/bfin/constraints.md'_
!      'a'
            P register
  
!      'd'
            D register
  
!      'z'
            A call clobbered P register.
  
!      'qN'
            A single register.  If N is in the range 0 to 7, the
!           corresponding D register.  If it is 'A', then the register P0.
  
!      'D'
            Even-numbered D register
  
!      'W'
            Odd-numbered D register
  
!      'e'
            Accumulator register.
  
!      'A'
            Even-numbered accumulator register.
  
!      'B'
            Odd-numbered accumulator register.
  
!      'b'
            I register
  
!      'v'
            B register
  
!      'f'
            M register
  
!      'c'
!           Registers used for circular buffering, i.e.  I, B, or L
            registers.
  
!      'C'
            The CC register.
  
!      't'
            LT0 or LT1.
  
!      'k'
            LC0 or LC1.
  
!      'u'
            LB0 or LB1.
  
!      'x'
            Any D, P, B, M, I or L register.
  
!      'y'
            Additional registers typically used only in prologues and
            epilogues: RETS, RETN, RETI, RETX, RETE, ASTAT, SEQSTAT and
            USP.
  
!      'w'
            Any register except accumulators or CC.
  
!      'Ksh'
            Signed 16 bit integer (in the range -32768 to 32767)
  
!      'Kuh'
            Unsigned 16 bit integer (in the range 0 to 65535)
  
!      'Ks7'
            Signed 7 bit integer (in the range -64 to 63)
  
!      'Ku7'
            Unsigned 7 bit integer (in the range 0 to 127)
  
!      'Ku5'
            Unsigned 5 bit integer (in the range 0 to 31)
  
!      'Ks4'
            Signed 4 bit integer (in the range -8 to 7)
  
!      'Ks3'
            Signed 3 bit integer (in the range -3 to 4)
  
!      'Ku3'
            Unsigned 3 bit integer (in the range 0 to 7)
  
!      'PN'
            Constant N, where N is a single-digit constant in the range 0
            to 4.
  
!      'PA'
            An integer equal to one of the MACFLAG_XXX constants that is
            suitable for use with either accumulator.
  
!      'PB'
            An integer equal to one of the MACFLAG_XXX constants that is
            suitable for use only with accumulator A1.
  
!      'M1'
            Constant 255.
  
!      'M2'
            Constant 65535.
  
!      'J'
            An integer constant with exactly a single bit set.
  
!      'L'
            An integer constant with all bits set except exactly one.
  
!      'H'
  
!      'Q'
            Any SYMBOL_REF.
  
! _CR16 Architecture--'config/cr16/cr16.h'_
  
!      'b'
            Registers from r0 to r14 (registers without stack pointer)
  
!      't'
            Register from r0 to r11 (all 16-bit registers)
  
!      'p'
            Register from r12 to r15 (all 32-bit registers)
  
!      'I'
            Signed constant that fits in 4 bits
  
!      'J'
            Signed constant that fits in 5 bits
  
!      'K'
            Signed constant that fits in 6 bits
  
!      'L'
            Unsigned constant that fits in 4 bits
  
!      'M'
            Signed constant that fits in 32 bits
  
!      'N'
            Check for 64 bits wide constants for add/sub instructions
  
!      'G'
            Floating point constant that is legal for store immediate
  
! _Epiphany--'config/epiphany/constraints.md'_
!      'U16'
            An unsigned 16-bit constant.
  
!      'K'
            An unsigned 5-bit constant.
  
!      'L'
            A signed 11-bit constant.
  
!      'Cm1'
!           A signed 11-bit constant added to -1.  Can only match when the
!           '-m1reg-REG' option is active.
  
!      'Cl1'
            Left-shift of -1, i.e., a bit mask with a block of leading
            ones, the rest being a block of trailing zeroes.  Can only
!           match when the '-m1reg-REG' option is active.
  
!      'Cr1'
            Right-shift of -1, i.e., a bit mask with a trailing block of
            ones, the rest being zeroes.  Or to put it another way, one
            less than a power of two.  Can only match when the
!           '-m1reg-REG' option is active.
  
!      'Cal'
!           Constant for arithmetic/logical operations.  This is like 'i',
!           except that for position independent code, no symbols /
            expressions needing relocations are allowed.
  
!      'Csy'
            Symbolic constant for call/jump instruction.
  
!      'Rcs'
            The register class usable in short insns.  This is a register
            class constraint, and can thus drive register allocation.
!           This constraint won't match unless '-mprefer-short-insn-regs'
            is in effect.
  
!      'Rsc'
            The the register class of registers that can be used to hold a
            sibcall call address.  I.e., a caller-saved register.
  
!      'Rct'
            Core control register class.
  
!      'Rgs'
            The register group usable in short insns.  This constraint
            does not use a register class, so that it only passively
            matches suitable registers, and doesn't drive register
            allocation.
  
!      'Car'
            Constant suitable for the addsi3_r pattern.  This is a valid
            offset For byte, halfword, or word addressing.
  
!      'Rra'
!           Matches the return address if it can be replaced with the link
!           register.
  
!      'Rcc'
            Matches the integer condition code register.
  
!      'Sra'
            Matches the return address if it is in a stack slot.
  
!      'Cfm'
            Matches control register values to switch fp mode, which are
!           encapsulated in 'UNSPEC_FP_MODE'.
  
! _FRV--'config/frv/frv.h'_
!      'a'
!           Register in the class 'ACC_REGS' ('acc0' to 'acc7').
  
!      'b'
!           Register in the class 'EVEN_ACC_REGS' ('acc0' to 'acc7').
  
!      'c'
!           Register in the class 'CC_REGS' ('fcc0' to 'fcc3' and 'icc0'
!           to 'icc3').
  
!      'd'
!           Register in the class 'GPR_REGS' ('gr0' to 'gr63').
  
!      'e'
!           Register in the class 'EVEN_REGS' ('gr0' to 'gr63').  Odd
!           registers are excluded not in the class but through the use of
!           a machine mode larger than 4 bytes.
  
!      'f'
!           Register in the class 'FPR_REGS' ('fr0' to 'fr63').
  
!      'h'
!           Register in the class 'FEVEN_REGS' ('fr0' to 'fr63').  Odd
!           registers are excluded not in the class but through the use of
!           a machine mode larger than 4 bytes.
  
!      'l'
!           Register in the class 'LR_REG' (the 'lr' register).
  
!      'q'
!           Register in the class 'QUAD_REGS' ('gr2' to 'gr63').  Register
!           numbers not divisible by 4 are excluded not in the class but
!           through the use of a machine mode larger than 8 bytes.
  
!      't'
!           Register in the class 'ICC_REGS' ('icc0' to 'icc3').
  
!      'u'
!           Register in the class 'FCC_REGS' ('fcc0' to 'fcc3').
  
!      'v'
!           Register in the class 'ICR_REGS' ('cc4' to 'cc7').
  
!      'w'
!           Register in the class 'FCR_REGS' ('cc0' to 'cc3').
  
!      'x'
!           Register in the class 'QUAD_FPR_REGS' ('fr0' to 'fr63').
            Register numbers not divisible by 4 are excluded not in the
            class but through the use of a machine mode larger than 8
            bytes.
  
!      'z'
!           Register in the class 'SPR_REGS' ('lcr' and 'lr').
  
!      'A'
!           Register in the class 'QUAD_ACC_REGS' ('acc0' to 'acc7').
  
!      'B'
!           Register in the class 'ACCG_REGS' ('accg0' to 'accg7').
  
!      'C'
!           Register in the class 'CR_REGS' ('cc0' to 'cc7').
  
!      'G'
            Floating point constant zero
  
!      'I'
            6-bit signed integer constant
  
!      'J'
            10-bit signed integer constant
  
!      'L'
            16-bit signed integer constant
  
!      'M'
            16-bit unsigned integer constant
  
!      'N'
            12-bit signed integer constant that is negative--i.e. in the
            range of -2048 to -1
  
!      'O'
            Constant zero
  
!      'P'
!           12-bit signed integer constant that is greater than zero--i.e.
!           in the range of 1 to 2047.
  
! _FT32--'config/ft32/constraints.md'_
!      'A'
            An absolute address
  
!      'B'
            An offset address
  
!      'W'
            A register indirect memory operand
  
!      'e'
            An offset address.
  
!      'f'
            An offset address.
  
!      'O'
            The constant zero or one
  
!      'I'
            A 16-bit signed constant (-32768 ... 32767)
  
!      'w'
            A bitfield mask suitable for bext or bins
  
!      'x'
            An inverted bitfield mask suitable for bext or bins
  
!      'L'
            A 16-bit unsigned constant, multiple of 4 (0 ... 65532)
  
!      'S'
            A 20-bit signed constant (-524288 ... 524287)
  
!      'b'
            A constant for a bitfield width (1 ... 16)
  
!      'KA'
            A 10-bit signed constant (-512 ... 511)
  
! _Hewlett-Packard PA-RISC--'config/pa/pa.h'_
!      'a'
            General register 1
  
!      'f'
            Floating point register
  
!      'q'
            Shift amount register
  
!      'x'
            Floating point register (deprecated)
  
!      'y'
            Upper floating point register (32-bit), floating point
            register (64-bit)
  
!      'Z'
            Any register
  
!      'I'
            Signed 11-bit integer constant
  
!      'J'
            Signed 14-bit integer constant
  
!      'K'
!           Integer constant that can be deposited with a 'zdepi'
            instruction
  
!      'L'
            Signed 5-bit integer constant
  
!      'M'
            Integer constant 0
  
!      'N'
!           Integer constant that can be loaded with a 'ldil' instruction
  
!      'O'
            Integer constant whose value plus one is a power of 2
  
!      'P'
!           Integer constant that can be used for 'and' operations in
!           'depi' and 'extru' instructions
  
!      'S'
            Integer constant 31
  
!      'U'
            Integer constant 63
  
!      'G'
            Floating-point constant 0.0
  
!      'A'
!           A 'lo_sum' data-linkage-table memory operand
  
!      'Q'
            A memory operand that can be used as the destination operand
            of an integer store instruction
  
!      'R'
            A scaled or unscaled indexed memory operand
  
!      'T'
            A memory operand for floating-point loads and stores
  
!      'W'
            A register indirect memory operand
  
! _Intel IA-64--'config/ia64/ia64.h'_
!      'a'
!           General register 'r0' to 'r3' for 'addl' instruction
  
!      'b'
            Branch register
  
!      'c'
!           Predicate register ('c' as in "conditional")
  
!      'd'
            Application register residing in M-unit
  
!      'e'
            Application register residing in I-unit
  
!      'f'
            Floating-point register
  
!      'm'
!           Memory operand.  If used together with '<' or '>', the operand
!           can have postincrement and postdecrement which require
!           printing with '%Pn' on IA-64.
  
!      'G'
            Floating-point constant 0.0 or 1.0
  
!      'I'
            14-bit signed integer constant
  
!      'J'
            22-bit signed integer constant
  
!      'K'
            8-bit signed integer constant for logical instructions
  
!      'L'
            8-bit adjusted signed integer constant for compare pseudo-ops
  
!      'M'
            6-bit unsigned integer constant for shift counts
  
!      'N'
            9-bit signed integer constant for load and store
            postincrements
  
!      'O'
            The constant zero
  
!      'P'
!           0 or -1 for 'dep' instruction
  
!      'Q'
            Non-volatile memory for floating-point loads and stores
  
!      'R'
!           Integer constant in the range 1 to 4 for 'shladd' instruction
  
!      'S'
            Memory operand except postincrement and postdecrement.  This
!           is now roughly the same as 'm' when not used together with '<'
!           or '>'.
  
! _M32C--'config/m32c/m32c.c'_
!      'Rsp'
!      'Rfb'
!      'Rsb'
!           '$sp', '$fb', '$sb'.
  
!      'Rcr'
            Any control register, when they're 16 bits wide (nothing if
            control registers are 24 bits wide)
  
!      'Rcl'
            Any control register, when they're 24 bits wide.
  
!      'R0w'
!      'R1w'
!      'R2w'
!      'R3w'
            $r0, $r1, $r2, $r3.
  
!      'R02'
            $r0 or $r2, or $r2r0 for 32 bit values.
  
!      'R13'
            $r1 or $r3, or $r3r1 for 32 bit values.
  
!      'Rdi'
            A register that can hold a 64 bit value.
  
!      'Rhl'
            $r0 or $r1 (registers with addressable high/low bytes)
  
!      'R23'
            $r2 or $r3
  
!      'Raa'
            Address registers
  
!      'Raw'
            Address registers when they're 16 bits wide.
  
!      'Ral'
            Address registers when they're 24 bits wide.
  
!      'Rqi'
            Registers that can hold QI values.
  
!      'Rad'
            Registers that can be used with displacements ($a0, $a1, $sb).
  
!      'Rsi'
            Registers that can hold 32 bit values.
  
!      'Rhi'
            Registers that can hold 16 bit values.
  
!      'Rhc'
            Registers chat can hold 16 bit values, including all control
            registers.
  
!      'Rra'
            $r0 through R1, plus $a0 and $a1.
  
!      'Rfl'
            The flags register.
  
!      'Rmm'
            The memory-based pseudo-registers $mem0 through $mem15.
  
!      'Rpi'
            Registers that can hold pointers (16 bit registers for r8c,
            m16c; 24 bit registers for m32cm, m32c).
  
!      'Rpa'
            Matches multiple registers in a PARALLEL to form a larger
            register.  Used to match function return values.
  
!      'Is3'
            -8 ... 7
  
!      'IS1'
            -128 ... 127
  
!      'IS2'
            -32768 ... 32767
  
!      'IU2'
            0 ... 65535
  
!      'In4'
            -8 ... -1 or 1 ... 8
  
!      'In5'
            -16 ... -1 or 1 ... 16
  
!      'In6'
            -32 ... -1 or 1 ... 32
  
!      'IM2'
            -65536 ... -1
  
!      'Ilb'
            An 8 bit value with exactly one bit set.
  
!      'Ilw'
            A 16 bit value with exactly one bit set.
  
!      'Sd'
            The common src/dest memory addressing modes.
  
!      'Sa'
            Memory addressed using $a0 or $a1.
  
!      'Si'
            Memory addressed with immediate addresses.
  
!      'Ss'
            Memory addressed using the stack pointer ($sp).
  
!      'Sf'
            Memory addressed using the frame base register ($fb).
  
!      'Ss'
            Memory addressed using the small base register ($sb).
  
!      'S1'
            $r1h
  
! _MicroBlaze--'config/microblaze/constraints.md'_
!      'd'
!           A general register ('r0' to 'r31').
  
!      'z'
!           A status register ('rmsr', '$fcc1' to '$fcc7').
  
! _MIPS--'config/mips/constraints.md'_
!      'd'
!           A general-purpose register.  This is equivalent to 'r' unless
            generating MIPS16 code, in which case the MIPS16 register set
            is used.
  
!      'f'
            A floating-point register (if available).
  
!      'h'
!           Formerly the 'hi' register.  This constraint is no longer
            supported.
  
!      'l'
!           The 'lo' register.  Use this register to store values that are
            no bigger than a word.
  
!      'x'
!           The concatenated 'hi' and 'lo' registers.  Use this register
            to store doubleword values.
  
!      'c'
            A register suitable for use in an indirect jump.  This will
!           always be '$25' for '-mabicalls'.
  
!      'v'
!           Register '$3'.  Do not use this constraint in new code; it is
            retained only for compatibility with glibc.
  
!      'y'
!           Equivalent to 'r'; retained for backwards compatibility.
  
!      'z'
            A floating-point condition code register.
  
!      'I'
            A signed 16-bit constant (for arithmetic instructions).
  
!      'J'
            Integer zero.
  
!      'K'
            An unsigned 16-bit constant (for logic instructions).
  
!      'L'
            A signed 32-bit constant in which the lower 16 bits are zero.
!           Such constants can be loaded using 'lui'.
  
!      'M'
!           A constant that cannot be loaded using 'lui', 'addiu' or
!           'ori'.
  
!      'N'
            A constant in the range -65535 to -1 (inclusive).
  
!      'O'
            A signed 15-bit constant.
  
!      'P'
            A constant in the range 1 to 65535 (inclusive).
  
!      'G'
            Floating-point zero.
  
!      'R'
            An address that can be used in a non-macro load or store.
  
!      'ZC'
            A memory operand whose address is formed by a base register
            and offset that is suitable for use in instructions with the
!           same addressing mode as 'll' and 'sc'.
  
!      'ZD'
!           An address suitable for a 'prefetch' instruction, or for any
!           other instruction with the same addressing mode as 'prefetch'.
  
! _Motorola 680x0--'config/m68k/constraints.md'_
!      'a'
            Address register
  
!      'd'
            Data register
  
!      'f'
            68881 floating-point register, if available
  
!      'I'
            Integer in the range 1 to 8
  
!      'J'
            16-bit signed number
  
!      'K'
            Signed number whose magnitude is greater than 0x80
  
!      'L'
            Integer in the range -8 to -1
  
!      'M'
            Signed number whose magnitude is greater than 0x100
  
!      'N'
            Range 24 to 31, rotatert:SI 8 to 1 expressed as rotate
  
!      'O'
            16 (for rotate using swap)
  
!      'P'
            Range 8 to 15, rotatert:HI 8 to 1 expressed as rotate
  
!      'R'
            Numbers that mov3q can handle
  
!      'G'
            Floating point constant that is not a 68881 constant
  
!      'S'
            Operands that satisfy 'm' when -mpcrel is in effect
  
!      'T'
            Operands that satisfy 's' when -mpcrel is not in effect
  
!      'Q'
            Address register indirect addressing mode
  
!      'U'
            Register offset addressing
  
!      'W'
            const_call_operand
  
!      'Cs'
            symbol_ref or const
  
!      'Ci'
            const_int
  
!      'C0'
            const_int 0
  
!      'Cj'
            Range of signed numbers that don't fit in 16 bits
  
!      'Cmvq'
            Integers valid for mvq
  
!      'Capsw'
            Integers valid for a moveq followed by a swap
  
!      'Cmvz'
            Integers valid for mvz
  
!      'Cmvs'
            Integers valid for mvs
  
!      'Ap'
            push_operand
  
!      'Ac'
            Non-register operands allowed in clr
  
! _Moxie--'config/moxie/constraints.md'_
!      'A'
            An absolute address
  
!      'B'
            An offset address
  
!      'W'
            A register indirect memory operand
  
!      'I'
            A constant in the range of 0 to 255.
  
!      'N'
            A constant in the range of 0 to -255.
  
- _MSP430-'config/msp430/constraints.md'_
  
!      'R12'
            Register R12.
  
!      'R13'
            Register R13.
  
!      'K'
            Integer constant 1.
  
!      'L'
            Integer constant -1^20..1^19.
  
!      'M'
            Integer constant 1-4.
  
!      'Ya'
            Memory references which do not require an extended MOVX
            instruction.
  
!      'Yl'
            Memory reference, labels only.
  
!      'Ys'
            Memory reference, stack only.
  
! _NDS32--'config/nds32/constraints.md'_
!      'w'
            LOW register class $r0 to $r7 constraint for V3/V3M ISA.
!      'l'
            LOW register class $r0 to $r7.
!      'd'
            MIDDLE register class $r0 to $r11, $r16 to $r19.
!      'h'
            HIGH register class $r12 to $r14, $r20 to $r31.
!      't'
            Temporary assist register $ta (i.e. $r15).
!      'k'
            Stack register $sp.
!      'Iu03'
            Unsigned immediate 3-bit value.
!      'In03'
            Negative immediate 3-bit value in the range of -7-0.
!      'Iu04'
            Unsigned immediate 4-bit value.
!      'Is05'
            Signed immediate 5-bit value.
!      'Iu05'
            Unsigned immediate 5-bit value.
!      'In05'
            Negative immediate 5-bit value in the range of -31-0.
!      'Ip05'
            Unsigned immediate 5-bit value for movpi45 instruction with
            range 16-47.
!      'Iu06'
            Unsigned immediate 6-bit value constraint for addri36.sp
            instruction.
!      'Iu08'
            Unsigned immediate 8-bit value.
!      'Iu09'
            Unsigned immediate 9-bit value.
!      'Is10'
            Signed immediate 10-bit value.
!      'Is11'
            Signed immediate 11-bit value.
!      'Is15'
            Signed immediate 15-bit value.
!      'Iu15'
            Unsigned immediate 15-bit value.
!      'Ic15'
!           A constant which is not in the range of imm15u but ok for bclr
!           instruction.
!      'Ie15'
!           A constant which is not in the range of imm15u but ok for bset
!           instruction.
!      'It15'
!           A constant which is not in the range of imm15u but ok for btgl
!           instruction.
!      'Ii15'
            A constant whose compliment value is in the range of imm15u
            and ok for bitci instruction.
!      'Is16'
            Signed immediate 16-bit value.
!      'Is17'
            Signed immediate 17-bit value.
!      'Is19'
            Signed immediate 19-bit value.
!      'Is20'
            Signed immediate 20-bit value.
!      'Ihig'
            The immediate value that can be simply set high 20-bit.
!      'Izeb'
            The immediate value 0xff.
!      'Izeh'
            The immediate value 0xffff.
!      'Ixls'
            The immediate value 0x01.
!      'Ix11'
            The immediate value 0x7ff.
!      'Ibms'
            The immediate value with power of 2.
!      'Ifex'
            The immediate value with power of 2 minus 1.
!      'U33'
            Memory constraint for 333 format.
!      'U45'
            Memory constraint for 45 format.
!      'U37'
            Memory constraint for 37 format.
  
! _Nios II family--'config/nios2/constraints.md'_
  
!      'I'
            Integer that is valid as an immediate operand in an
!           instruction taking a signed 16-bit number.  Range -32768 to
            32767.
  
!      'J'
            Integer that is valid as an immediate operand in an
!           instruction taking an unsigned 16-bit number.  Range 0 to
            65535.
  
!      'K'
            Integer that is valid as an immediate operand in an
            instruction taking only the upper 16-bits of a 32-bit number.
            Range 32-bit numbers with the lower 16-bits being 0.
  
!      'L'
            Integer that is valid as an immediate operand for a shift
!           instruction.  Range 0 to 31.
  
!      'M'
            Integer that is valid as an immediate operand for only the
!           value 0.  Can be used in conjunction with the format modifier
!           'z' to use 'r0' instead of '0' in the assembly output.
  
!      'N'
            Integer that is valid as an immediate operand for a custom
!           instruction opcode.  Range 0 to 255.
  
!      'P'
            An immediate operand for R2 andchi/andci instructions.
  
!      'S'
            Matches immediates which are addresses in the small data
!           section and therefore can be added to 'gp' as a 16-bit
            immediate to re-create their 32-bit value.
  
!      'U'
            Matches constants suitable as an operand for the rdprs and
            cache instructions.
  
!      'v'
            A memory operand suitable for Nios II R2 load/store exclusive
            instructions.
  
!      'w'
            A memory operand suitable for load/store IO and cache
            instructions.
  
!      'T'
!           A 'const' wrapped 'UNSPEC' expression, representing a
            supported PIC or TLS relocation.
  
- _PDP-11--'config/pdp11/constraints.md'_
-      'a'
-           Floating point registers AC0 through AC3.  These can be loaded
-           from/to memory with a single instruction.
  
!      'd'
            Odd numbered general registers (R1, R3, R5).  These are used
            for 16-bit multiply operations.
  
!      'f'
            Any of the floating point registers (AC0 through AC5).
  
!      'G'
            Floating point constant 0.
  
!      'I'
            An integer constant that fits in 16 bits.
  
!      'J'
            An integer constant whose low order 16 bits are zero.
  
!      'K'
            An integer constant that does not meet the constraints for
!           codes 'I' or 'J'.
  
!      'L'
            The integer constant 1.
  
!      'M'
            The integer constant -1.
  
!      'N'
            The integer constant 0.
  
!      'O'
            Integer constants -4 through -1 and 1 through 4; shifts by
!           these amounts are handled as multiple single-bit shifts rather
!           than a single variable-length shift.
  
!      'Q'
            A memory reference which requires an additional word (address
            or offset) after the opcode.
  
!      'R'
            A memory reference that is encoded within the opcode.
  
! _PowerPC and IBM RS6000--'config/rs6000/constraints.md'_
!      'b'
            Address base register
  
!      'd'
            Floating point register (containing 64-bit value)
  
!      'f'
            Floating point register (containing 32-bit value)
  
!      'v'
            Altivec vector register
  
!      'wa'
!           Any VSX register if the '-mvsx' option was used or NO_REGS.
  
!           When using any of the register constraints ('wa', 'wd', 'wf',
!           'wg', 'wh', 'wi', 'wj', 'wk', 'wl', 'wm', 'wo', 'wp', 'wq',
!           'ws', 'wt', 'wu', 'wv', 'ww', or 'wy') that take VSX
!           registers, you must use '%x<n>' in the template so that the
            correct register is used.  Otherwise the register number
            output in the assembly file will be incorrect if an Altivec
            register is an operand of a VSX instruction that expects VSX
--- 20361,21711 ----
  ------------------------------------------
  
  Whenever possible, you should use the general-purpose constraint letters
! in `asm' arguments, since they will convey meaning more readily to
! people reading your code.  Failing that, use the constraint letters
! that usually have very similar meanings across architectures.  The most
! commonly used constraints are `m' and `r' (for memory and
  general-purpose registers respectively; *note Simple Constraints::), and
! `I', usually the letter indicating the most common immediate-constant
  format.
  
   Each architecture defines additional constraints.  These constraints
  are used by the compiler itself for instruction generation, as well as
! for `asm' statements; therefore, some of the constraints are not
! particularly useful for `asm'.  Here is a summary of some of the
  machine-dependent constraints available on some particular machines; it
! includes both constraints that are useful for `asm' and constraints
! that aren't.  The compiler source file mentioned in the table heading
! for each architecture is the definitive reference for the meanings of
! that architecture's constraints.
  
! _AArch64 family--`config/aarch64/constraints.md'_
  
!     `k'
!           The stack pointer register (`SP')
! 
!     `w'
            Floating point or SIMD vector register
  
!     `I'
            Integer constant that is valid as an immediate operand in an
!           `ADD' instruction
  
!     `J'
            Integer constant that is valid as an immediate operand in a
!           `SUB' instruction (once negated)
  
!     `K'
            Integer constant that can be used with a 32-bit logical
            instruction
  
!     `L'
            Integer constant that can be used with a 64-bit logical
            instruction
  
!     `M'
            Integer constant that is valid as an immediate operand in a
!           32-bit `MOV' pseudo instruction. The `MOV' may be assembled
            to one of several different machine instructions depending on
            the value
  
!     `N'
            Integer constant that is valid as an immediate operand in a
!           64-bit `MOV' pseudo instruction
  
!     `S'
            An absolute symbolic address or a label reference
  
!     `Y'
            Floating point constant zero
  
!     `Z'
            Integer constant zero
  
!     `Ush'
!           The high part (bits 12 and upwards) of the pc-relative
!           address of a symbol within 4GB of the instruction
  
!     `Q'
            A memory address which uses a single base register with no
            offset
  
!     `Ump'
!           A memory address suitable for a load/store pair instruction
!           in SI, DI, SF and DF modes
  
! 
! _ARC --`config/arc/constraints.md'_
! 
!     `q'
!           Registers usable in ARCompact 16-bit instructions: `r0'-`r3',
!           `r12'-`r15'.  This constraint can only match when the `-mq'
            option is in effect.
  
!     `e'
!           Registers usable as base-regs of memory addresses in
!           ARCompact 16-bit memory instructions: `r0'-`r3', `r12'-`r15',
!           `sp'.  This constraint can only match when the `-mq' option
!           is in effect.
  
!     `D'
!           ARC FPX (dpfp) 64-bit registers. `D0', `D1'.
! 
!     `I'
            A signed 12-bit integer constant.
  
!     `Cal'
!           constant for arithmetic/logical operations.  This might be
!           any constant that can be put into a long immediate by the
!           assmbler or linker without involving a PIC relocation.
  
!     `K'
            A 3-bit unsigned integer constant.
  
!     `L'
            A 6-bit unsigned integer constant.
  
!     `CnL'
            One's complement of a 6-bit unsigned integer constant.
  
!     `CmL'
            Two's complement of a 6-bit unsigned integer constant.
  
!     `M'
            A 5-bit unsigned integer constant.
  
!     `O'
            A 7-bit unsigned integer constant.
  
!     `P'
            A 8-bit unsigned integer constant.
  
!     `H'
            Any const_double value.
  
! _ARM family--`config/arm/constraints.md'_
  
!     `h'
!           In Thumb state, the core registers `r8'-`r15'.
  
!     `k'
            The stack pointer register.
  
!     `l'
!           In Thumb State the core registers `r0'-`r7'.  In ARM state
!           this is an alias for the `r' constraint.
  
!     `t'
!           VFP floating-point registers `s0'-`s31'.  Used for 32 bit
            values.
  
!     `w'
!           VFP floating-point registers `d0'-`d31' and the appropriate
!           subset `d0'-`d15' based on command line options.  Used for 64
            bit values only.  Not valid for Thumb1.
  
!     `y'
            The iWMMX co-processor registers.
  
!     `z'
            The iWMMX GR registers.
  
!     `G'
            The floating-point constant 0.0
  
!     `I'
            Integer that is valid as an immediate operand in a data
!           processing instruction.  That is, an integer in the range 0
!           to 255 rotated by a multiple of 2
  
!     `J'
            Integer in the range -4095 to 4095
  
!     `K'
!           Integer that satisfies constraint `I' when inverted (ones
            complement)
  
!     `L'
!           Integer that satisfies constraint `I' when negated (twos
            complement)
  
!     `M'
            Integer in the range 0 to 32
  
!     `Q'
            A memory reference where the exact address is in a single
!           register (``m'' is preferable for `asm' statements)
  
!     `R'
            An item in the constant pool
  
!     `S'
            A symbol in the text segment of the current file
  
!     `Uv'
            A memory reference suitable for VFP load/store insns
            (reg+constant offset)
  
!     `Uy'
            A memory reference suitable for iWMMXt load/store
            instructions.
  
!     `Uq'
            A memory reference suitable for the ARMv4 ldrsb instruction.
  
! _AVR family--`config/avr/constraints.md'_
! 
!     `l'
            Registers from r0 to r15
  
!     `a'
            Registers from r16 to r23
  
!     `d'
            Registers from r16 to r31
  
!     `w'
            Registers from r24 to r31.  These registers can be used in
!           `adiw' command
  
!     `e'
            Pointer register (r26-r31)
  
!     `b'
            Base pointer register (r28-r31)
  
!     `q'
            Stack pointer register (SPH:SPL)
  
!     `t'
            Temporary register r0
  
!     `x'
            Register pair X (r27:r26)
  
!     `y'
            Register pair Y (r29:r28)
  
!     `z'
            Register pair Z (r31:r30)
  
!     `I'
            Constant greater than -1, less than 64
  
!     `J'
            Constant greater than -64, less than 1
  
!     `K'
            Constant integer 2
  
!     `L'
            Constant integer 0
  
!     `M'
            Constant that fits in 8 bits
  
!     `N'
            Constant integer -1
  
!     `O'
            Constant integer 8, 16, or 24
  
!     `P'
            Constant integer 1
  
!     `G'
            A floating point constant 0.0
  
!     `Q'
            A memory address based on Y or Z pointer with displacement.
  
! _Blackfin family--`config/bfin/constraints.md'_
! 
!     `a'
            P register
  
!     `d'
            D register
  
!     `z'
            A call clobbered P register.
  
!     `qN'
            A single register.  If N is in the range 0 to 7, the
!           corresponding D register.  If it is `A', then the register P0.
  
!     `D'
            Even-numbered D register
  
!     `W'
            Odd-numbered D register
  
!     `e'
            Accumulator register.
  
!     `A'
            Even-numbered accumulator register.
  
!     `B'
            Odd-numbered accumulator register.
  
!     `b'
            I register
  
!     `v'
            B register
  
!     `f'
            M register
  
!     `c'
!           Registers used for circular buffering, i.e. I, B, or L
            registers.
  
!     `C'
            The CC register.
  
!     `t'
            LT0 or LT1.
  
!     `k'
            LC0 or LC1.
  
!     `u'
            LB0 or LB1.
  
!     `x'
            Any D, P, B, M, I or L register.
  
!     `y'
            Additional registers typically used only in prologues and
            epilogues: RETS, RETN, RETI, RETX, RETE, ASTAT, SEQSTAT and
            USP.
  
!     `w'
            Any register except accumulators or CC.
  
!     `Ksh'
            Signed 16 bit integer (in the range -32768 to 32767)
  
!     `Kuh'
            Unsigned 16 bit integer (in the range 0 to 65535)
  
!     `Ks7'
            Signed 7 bit integer (in the range -64 to 63)
  
!     `Ku7'
            Unsigned 7 bit integer (in the range 0 to 127)
  
!     `Ku5'
            Unsigned 5 bit integer (in the range 0 to 31)
  
!     `Ks4'
            Signed 4 bit integer (in the range -8 to 7)
  
!     `Ks3'
            Signed 3 bit integer (in the range -3 to 4)
  
!     `Ku3'
            Unsigned 3 bit integer (in the range 0 to 7)
  
!     `PN'
            Constant N, where N is a single-digit constant in the range 0
            to 4.
  
!     `PA'
            An integer equal to one of the MACFLAG_XXX constants that is
            suitable for use with either accumulator.
  
!     `PB'
            An integer equal to one of the MACFLAG_XXX constants that is
            suitable for use only with accumulator A1.
  
!     `M1'
            Constant 255.
  
!     `M2'
            Constant 65535.
  
!     `J'
            An integer constant with exactly a single bit set.
  
!     `L'
            An integer constant with all bits set except exactly one.
  
!     `H'
  
!     `Q'
            Any SYMBOL_REF.
  
! _CR16 Architecture--`config/cr16/cr16.h'_
  
!     `b'
            Registers from r0 to r14 (registers without stack pointer)
  
!     `t'
            Register from r0 to r11 (all 16-bit registers)
  
!     `p'
            Register from r12 to r15 (all 32-bit registers)
  
!     `I'
            Signed constant that fits in 4 bits
  
!     `J'
            Signed constant that fits in 5 bits
  
!     `K'
            Signed constant that fits in 6 bits
  
!     `L'
            Unsigned constant that fits in 4 bits
  
!     `M'
            Signed constant that fits in 32 bits
  
!     `N'
            Check for 64 bits wide constants for add/sub instructions
  
!     `G'
            Floating point constant that is legal for store immediate
  
! _Epiphany--`config/epiphany/constraints.md'_
! 
!     `U16'
            An unsigned 16-bit constant.
  
!     `K'
            An unsigned 5-bit constant.
  
!     `L'
            A signed 11-bit constant.
  
!     `Cm1'
!           A signed 11-bit constant added to -1.  Can only match when
!           the `-m1reg-REG' option is active.
  
!     `Cl1'
            Left-shift of -1, i.e., a bit mask with a block of leading
            ones, the rest being a block of trailing zeroes.  Can only
!           match when the `-m1reg-REG' option is active.
  
!     `Cr1'
            Right-shift of -1, i.e., a bit mask with a trailing block of
            ones, the rest being zeroes.  Or to put it another way, one
            less than a power of two.  Can only match when the
!           `-m1reg-REG' option is active.
  
!     `Cal'
!           Constant for arithmetic/logical operations.  This is like
!           `i', except that for position independent code, no symbols /
            expressions needing relocations are allowed.
  
!     `Csy'
            Symbolic constant for call/jump instruction.
  
!     `Rcs'
            The register class usable in short insns.  This is a register
            class constraint, and can thus drive register allocation.
!           This constraint won't match unless `-mprefer-short-insn-regs'
            is in effect.
  
!     `Rsc'
            The the register class of registers that can be used to hold a
            sibcall call address.  I.e., a caller-saved register.
  
!     `Rct'
            Core control register class.
  
!     `Rgs'
            The register group usable in short insns.  This constraint
            does not use a register class, so that it only passively
            matches suitable registers, and doesn't drive register
            allocation.
  
!     `Car'
            Constant suitable for the addsi3_r pattern.  This is a valid
            offset For byte, halfword, or word addressing.
  
!     `Rra'
!           Matches the return address if it can be replaced with the
!           link register.
  
!     `Rcc'
            Matches the integer condition code register.
  
!     `Sra'
            Matches the return address if it is in a stack slot.
  
!     `Cfm'
            Matches control register values to switch fp mode, which are
!           encapsulated in `UNSPEC_FP_MODE'.
  
! _FRV--`config/frv/frv.h'_
  
!     `a'
!           Register in the class `ACC_REGS' (`acc0' to `acc7').
  
!     `b'
!           Register in the class `EVEN_ACC_REGS' (`acc0' to `acc7').
  
!     `c'
!           Register in the class `CC_REGS' (`fcc0' to `fcc3' and `icc0'
!           to `icc3').
  
!     `d'
!           Register in the class `GPR_REGS' (`gr0' to `gr63').
  
!     `e'
!           Register in the class `EVEN_REGS' (`gr0' to `gr63').  Odd
!           registers are excluded not in the class but through the use
!           of a machine mode larger than 4 bytes.
  
!     `f'
!           Register in the class `FPR_REGS' (`fr0' to `fr63').
  
!     `h'
!           Register in the class `FEVEN_REGS' (`fr0' to `fr63').  Odd
!           registers are excluded not in the class but through the use
!           of a machine mode larger than 4 bytes.
  
!     `l'
!           Register in the class `LR_REG' (the `lr' register).
  
!     `q'
!           Register in the class `QUAD_REGS' (`gr2' to `gr63').
!           Register numbers not divisible by 4 are excluded not in the
!           class but through the use of a machine mode larger than 8
!           bytes.
  
!     `t'
!           Register in the class `ICC_REGS' (`icc0' to `icc3').
  
!     `u'
!           Register in the class `FCC_REGS' (`fcc0' to `fcc3').
  
!     `v'
!           Register in the class `ICR_REGS' (`cc4' to `cc7').
  
!     `w'
!           Register in the class `FCR_REGS' (`cc0' to `cc3').
! 
!     `x'
!           Register in the class `QUAD_FPR_REGS' (`fr0' to `fr63').
            Register numbers not divisible by 4 are excluded not in the
            class but through the use of a machine mode larger than 8
            bytes.
  
!     `z'
!           Register in the class `SPR_REGS' (`lcr' and `lr').
  
!     `A'
!           Register in the class `QUAD_ACC_REGS' (`acc0' to `acc7').
  
!     `B'
!           Register in the class `ACCG_REGS' (`accg0' to `accg7').
  
!     `C'
!           Register in the class `CR_REGS' (`cc0' to `cc7').
  
!     `G'
            Floating point constant zero
  
!     `I'
            6-bit signed integer constant
  
!     `J'
            10-bit signed integer constant
  
!     `L'
            16-bit signed integer constant
  
!     `M'
            16-bit unsigned integer constant
  
!     `N'
            12-bit signed integer constant that is negative--i.e. in the
            range of -2048 to -1
  
!     `O'
            Constant zero
  
!     `P'
!           12-bit signed integer constant that is greater than
!           zero--i.e. in the range of 1 to 2047.
  
! 
! _FT32--`config/ft32/constraints.md'_
! 
!     `A'
            An absolute address
  
!     `B'
            An offset address
  
!     `W'
            A register indirect memory operand
  
!     `e'
            An offset address.
  
!     `f'
            An offset address.
  
!     `O'
            The constant zero or one
  
!     `I'
            A 16-bit signed constant (-32768 ... 32767)
  
!     `w'
            A bitfield mask suitable for bext or bins
  
!     `x'
            An inverted bitfield mask suitable for bext or bins
  
!     `L'
            A 16-bit unsigned constant, multiple of 4 (0 ... 65532)
  
!     `S'
            A 20-bit signed constant (-524288 ... 524287)
  
!     `b'
            A constant for a bitfield width (1 ... 16)
  
!     `KA'
            A 10-bit signed constant (-512 ... 511)
  
! 
! _Hewlett-Packard PA-RISC--`config/pa/pa.h'_
! 
!     `a'
            General register 1
  
!     `f'
            Floating point register
  
!     `q'
            Shift amount register
  
!     `x'
            Floating point register (deprecated)
  
!     `y'
            Upper floating point register (32-bit), floating point
            register (64-bit)
  
!     `Z'
            Any register
  
!     `I'
            Signed 11-bit integer constant
  
!     `J'
            Signed 14-bit integer constant
  
!     `K'
!           Integer constant that can be deposited with a `zdepi'
            instruction
  
!     `L'
            Signed 5-bit integer constant
  
!     `M'
            Integer constant 0
  
!     `N'
!           Integer constant that can be loaded with a `ldil' instruction
  
!     `O'
            Integer constant whose value plus one is a power of 2
  
!     `P'
!           Integer constant that can be used for `and' operations in
!           `depi' and `extru' instructions
  
!     `S'
            Integer constant 31
  
!     `U'
            Integer constant 63
  
!     `G'
            Floating-point constant 0.0
  
!     `A'
!           A `lo_sum' data-linkage-table memory operand
  
!     `Q'
            A memory operand that can be used as the destination operand
            of an integer store instruction
  
!     `R'
            A scaled or unscaled indexed memory operand
  
!     `T'
            A memory operand for floating-point loads and stores
  
!     `W'
            A register indirect memory operand
  
! _Intel IA-64--`config/ia64/ia64.h'_
  
!     `a'
!           General register `r0' to `r3' for `addl' instruction
! 
!     `b'
            Branch register
  
!     `c'
!           Predicate register (`c' as in "conditional")
  
!     `d'
            Application register residing in M-unit
  
!     `e'
            Application register residing in I-unit
  
!     `f'
            Floating-point register
  
!     `m'
!           Memory operand.  If used together with `<' or `>', the
!           operand can have postincrement and postdecrement which
!           require printing with `%Pn' on IA-64.
  
!     `G'
            Floating-point constant 0.0 or 1.0
  
!     `I'
            14-bit signed integer constant
  
!     `J'
            22-bit signed integer constant
  
!     `K'
            8-bit signed integer constant for logical instructions
  
!     `L'
            8-bit adjusted signed integer constant for compare pseudo-ops
  
!     `M'
            6-bit unsigned integer constant for shift counts
  
!     `N'
            9-bit signed integer constant for load and store
            postincrements
  
!     `O'
            The constant zero
  
!     `P'
!           0 or -1 for `dep' instruction
  
!     `Q'
            Non-volatile memory for floating-point loads and stores
  
!     `R'
!           Integer constant in the range 1 to 4 for `shladd' instruction
  
!     `S'
            Memory operand except postincrement and postdecrement.  This
!           is now roughly the same as `m' when not used together with `<'
!           or `>'.
  
! _M32C--`config/m32c/m32c.c'_
  
!     `Rsp'
!     `Rfb'
!     `Rsb'
!           `$sp', `$fb', `$sb'.
! 
!     `Rcr'
            Any control register, when they're 16 bits wide (nothing if
            control registers are 24 bits wide)
  
!     `Rcl'
            Any control register, when they're 24 bits wide.
  
!     `R0w'
!     `R1w'
!     `R2w'
!     `R3w'
            $r0, $r1, $r2, $r3.
  
!     `R02'
            $r0 or $r2, or $r2r0 for 32 bit values.
  
!     `R13'
            $r1 or $r3, or $r3r1 for 32 bit values.
  
!     `Rdi'
            A register that can hold a 64 bit value.
  
!     `Rhl'
            $r0 or $r1 (registers with addressable high/low bytes)
  
!     `R23'
            $r2 or $r3
  
!     `Raa'
            Address registers
  
!     `Raw'
            Address registers when they're 16 bits wide.
  
!     `Ral'
            Address registers when they're 24 bits wide.
  
!     `Rqi'
            Registers that can hold QI values.
  
!     `Rad'
            Registers that can be used with displacements ($a0, $a1, $sb).
  
!     `Rsi'
            Registers that can hold 32 bit values.
  
!     `Rhi'
            Registers that can hold 16 bit values.
  
!     `Rhc'
            Registers chat can hold 16 bit values, including all control
            registers.
  
!     `Rra'
            $r0 through R1, plus $a0 and $a1.
  
!     `Rfl'
            The flags register.
  
!     `Rmm'
            The memory-based pseudo-registers $mem0 through $mem15.
  
!     `Rpi'
            Registers that can hold pointers (16 bit registers for r8c,
            m16c; 24 bit registers for m32cm, m32c).
  
!     `Rpa'
            Matches multiple registers in a PARALLEL to form a larger
            register.  Used to match function return values.
  
!     `Is3'
            -8 ... 7
  
!     `IS1'
            -128 ... 127
  
!     `IS2'
            -32768 ... 32767
  
!     `IU2'
            0 ... 65535
  
!     `In4'
            -8 ... -1 or 1 ... 8
  
!     `In5'
            -16 ... -1 or 1 ... 16
  
!     `In6'
            -32 ... -1 or 1 ... 32
  
!     `IM2'
            -65536 ... -1
  
!     `Ilb'
            An 8 bit value with exactly one bit set.
  
!     `Ilw'
            A 16 bit value with exactly one bit set.
  
!     `Sd'
            The common src/dest memory addressing modes.
  
!     `Sa'
            Memory addressed using $a0 or $a1.
  
!     `Si'
            Memory addressed with immediate addresses.
  
!     `Ss'
            Memory addressed using the stack pointer ($sp).
  
!     `Sf'
            Memory addressed using the frame base register ($fb).
  
!     `Ss'
            Memory addressed using the small base register ($sb).
  
!     `S1'
            $r1h
  
! _MicroBlaze--`config/microblaze/constraints.md'_
  
!     `d'
!           A general register (`r0' to `r31').
  
!     `z'
!           A status register (`rmsr', `$fcc1' to `$fcc7').
! 
! 
! _MIPS--`config/mips/constraints.md'_
! 
!     `d'
!           A general-purpose register.  This is equivalent to `r' unless
            generating MIPS16 code, in which case the MIPS16 register set
            is used.
  
!     `f'
            A floating-point register (if available).
  
!     `h'
!           Formerly the `hi' register.  This constraint is no longer
            supported.
  
!     `l'
!           The `lo' register.  Use this register to store values that are
            no bigger than a word.
  
!     `x'
!           The concatenated `hi' and `lo' registers.  Use this register
            to store doubleword values.
  
!     `c'
            A register suitable for use in an indirect jump.  This will
!           always be `$25' for `-mabicalls'.
  
!     `v'
!           Register `$3'.  Do not use this constraint in new code; it is
            retained only for compatibility with glibc.
  
!     `y'
!           Equivalent to `r'; retained for backwards compatibility.
  
!     `z'
            A floating-point condition code register.
  
!     `I'
            A signed 16-bit constant (for arithmetic instructions).
  
!     `J'
            Integer zero.
  
!     `K'
            An unsigned 16-bit constant (for logic instructions).
  
!     `L'
            A signed 32-bit constant in which the lower 16 bits are zero.
!           Such constants can be loaded using `lui'.
  
!     `M'
!           A constant that cannot be loaded using `lui', `addiu' or
!           `ori'.
  
!     `N'
            A constant in the range -65535 to -1 (inclusive).
  
!     `O'
            A signed 15-bit constant.
  
!     `P'
            A constant in the range 1 to 65535 (inclusive).
  
!     `G'
            Floating-point zero.
  
!     `R'
            An address that can be used in a non-macro load or store.
  
!     `ZC'
            A memory operand whose address is formed by a base register
            and offset that is suitable for use in instructions with the
!           same addressing mode as `ll' and `sc'.
  
!     `ZD'
!           An address suitable for a `prefetch' instruction, or for any
!           other instruction with the same addressing mode as `prefetch'.
  
! _Motorola 680x0--`config/m68k/constraints.md'_
! 
!     `a'
            Address register
  
!     `d'
            Data register
  
!     `f'
            68881 floating-point register, if available
  
!     `I'
            Integer in the range 1 to 8
  
!     `J'
            16-bit signed number
  
!     `K'
            Signed number whose magnitude is greater than 0x80
  
!     `L'
            Integer in the range -8 to -1
  
!     `M'
            Signed number whose magnitude is greater than 0x100
  
!     `N'
            Range 24 to 31, rotatert:SI 8 to 1 expressed as rotate
  
!     `O'
            16 (for rotate using swap)
  
!     `P'
            Range 8 to 15, rotatert:HI 8 to 1 expressed as rotate
  
!     `R'
            Numbers that mov3q can handle
  
!     `G'
            Floating point constant that is not a 68881 constant
  
!     `S'
            Operands that satisfy 'm' when -mpcrel is in effect
  
!     `T'
            Operands that satisfy 's' when -mpcrel is not in effect
  
!     `Q'
            Address register indirect addressing mode
  
!     `U'
            Register offset addressing
  
!     `W'
            const_call_operand
  
!     `Cs'
            symbol_ref or const
  
!     `Ci'
            const_int
  
!     `C0'
            const_int 0
  
!     `Cj'
            Range of signed numbers that don't fit in 16 bits
  
!     `Cmvq'
            Integers valid for mvq
  
!     `Capsw'
            Integers valid for a moveq followed by a swap
  
!     `Cmvz'
            Integers valid for mvz
  
!     `Cmvs'
            Integers valid for mvs
  
!     `Ap'
            push_operand
  
!     `Ac'
            Non-register operands allowed in clr
  
! 
! _Moxie--`config/moxie/constraints.md'_
! 
!     `A'
            An absolute address
  
!     `B'
            An offset address
  
!     `W'
            A register indirect memory operand
  
!     `I'
            A constant in the range of 0 to 255.
  
!     `N'
            A constant in the range of 0 to -255.
  
  
! _MSP430-`config/msp430/constraints.md'_
! 
!     `R12'
            Register R12.
  
!     `R13'
            Register R13.
  
!     `K'
            Integer constant 1.
  
!     `L'
            Integer constant -1^20..1^19.
  
!     `M'
            Integer constant 1-4.
  
!     `Ya'
            Memory references which do not require an extended MOVX
            instruction.
  
!     `Yl'
            Memory reference, labels only.
  
!     `Ys'
            Memory reference, stack only.
  
! 
! _NDS32--`config/nds32/constraints.md'_
! 
!     `w'
            LOW register class $r0 to $r7 constraint for V3/V3M ISA.
! 
!     `l'
            LOW register class $r0 to $r7.
! 
!     `d'
            MIDDLE register class $r0 to $r11, $r16 to $r19.
! 
!     `h'
            HIGH register class $r12 to $r14, $r20 to $r31.
! 
!     `t'
            Temporary assist register $ta (i.e. $r15).
! 
!     `k'
            Stack register $sp.
! 
!     `Iu03'
            Unsigned immediate 3-bit value.
! 
!     `In03'
            Negative immediate 3-bit value in the range of -7-0.
! 
!     `Iu04'
            Unsigned immediate 4-bit value.
! 
!     `Is05'
            Signed immediate 5-bit value.
! 
!     `Iu05'
            Unsigned immediate 5-bit value.
! 
!     `In05'
            Negative immediate 5-bit value in the range of -31-0.
! 
!     `Ip05'
            Unsigned immediate 5-bit value for movpi45 instruction with
            range 16-47.
! 
!     `Iu06'
            Unsigned immediate 6-bit value constraint for addri36.sp
            instruction.
! 
!     `Iu08'
            Unsigned immediate 8-bit value.
! 
!     `Iu09'
            Unsigned immediate 9-bit value.
! 
!     `Is10'
            Signed immediate 10-bit value.
! 
!     `Is11'
            Signed immediate 11-bit value.
! 
!     `Is15'
            Signed immediate 15-bit value.
! 
!     `Iu15'
            Unsigned immediate 15-bit value.
! 
!     `Ic15'
!           A constant which is not in the range of imm15u but ok for
!           bclr instruction.
! 
!     `Ie15'
!           A constant which is not in the range of imm15u but ok for
!           bset instruction.
! 
!     `It15'
!           A constant which is not in the range of imm15u but ok for
!           btgl instruction.
! 
!     `Ii15'
            A constant whose compliment value is in the range of imm15u
            and ok for bitci instruction.
! 
!     `Is16'
            Signed immediate 16-bit value.
! 
!     `Is17'
            Signed immediate 17-bit value.
! 
!     `Is19'
            Signed immediate 19-bit value.
! 
!     `Is20'
            Signed immediate 20-bit value.
! 
!     `Ihig'
            The immediate value that can be simply set high 20-bit.
! 
!     `Izeb'
            The immediate value 0xff.
! 
!     `Izeh'
            The immediate value 0xffff.
! 
!     `Ixls'
            The immediate value 0x01.
! 
!     `Ix11'
            The immediate value 0x7ff.
! 
!     `Ibms'
            The immediate value with power of 2.
! 
!     `Ifex'
            The immediate value with power of 2 minus 1.
! 
!     `U33'
            Memory constraint for 333 format.
! 
!     `U45'
            Memory constraint for 45 format.
! 
!     `U37'
            Memory constraint for 37 format.
  
! _Nios II family--`config/nios2/constraints.md'_
  
!     `I'
            Integer that is valid as an immediate operand in an
!           instruction taking a signed 16-bit number. Range -32768 to
            32767.
  
!     `J'
            Integer that is valid as an immediate operand in an
!           instruction taking an unsigned 16-bit number. Range 0 to
            65535.
  
!     `K'
            Integer that is valid as an immediate operand in an
            instruction taking only the upper 16-bits of a 32-bit number.
            Range 32-bit numbers with the lower 16-bits being 0.
  
!     `L'
            Integer that is valid as an immediate operand for a shift
!           instruction. Range 0 to 31.
  
!     `M'
            Integer that is valid as an immediate operand for only the
!           value 0. Can be used in conjunction with the format modifier
!           `z' to use `r0' instead of `0' in the assembly output.
  
!     `N'
            Integer that is valid as an immediate operand for a custom
!           instruction opcode. Range 0 to 255.
  
!     `P'
            An immediate operand for R2 andchi/andci instructions.
  
!     `S'
            Matches immediates which are addresses in the small data
!           section and therefore can be added to `gp' as a 16-bit
            immediate to re-create their 32-bit value.
  
!     `U'
            Matches constants suitable as an operand for the rdprs and
            cache instructions.
  
!     `v'
            A memory operand suitable for Nios II R2 load/store exclusive
            instructions.
  
!     `w'
            A memory operand suitable for load/store IO and cache
            instructions.
  
!     `T'
!           A `const' wrapped `UNSPEC' expression, representing a
            supported PIC or TLS relocation.
  
  
! _PDP-11--`config/pdp11/constraints.md'_
! 
!     `a'
!           Floating point registers AC0 through AC3.  These can be
!           loaded from/to memory with a single instruction.
! 
!     `d'
            Odd numbered general registers (R1, R3, R5).  These are used
            for 16-bit multiply operations.
  
!     `f'
            Any of the floating point registers (AC0 through AC5).
  
!     `G'
            Floating point constant 0.
  
!     `I'
            An integer constant that fits in 16 bits.
  
!     `J'
            An integer constant whose low order 16 bits are zero.
  
!     `K'
            An integer constant that does not meet the constraints for
!           codes `I' or `J'.
  
!     `L'
            The integer constant 1.
  
!     `M'
            The integer constant -1.
  
!     `N'
            The integer constant 0.
  
!     `O'
            Integer constants -4 through -1 and 1 through 4; shifts by
!           these amounts are handled as multiple single-bit shifts
!           rather than a single variable-length shift.
  
!     `Q'
            A memory reference which requires an additional word (address
            or offset) after the opcode.
  
!     `R'
            A memory reference that is encoded within the opcode.
  
! 
! _PowerPC and IBM RS6000--`config/rs6000/constraints.md'_
! 
!     `b'
            Address base register
  
!     `d'
            Floating point register (containing 64-bit value)
  
!     `f'
            Floating point register (containing 32-bit value)
  
!     `v'
            Altivec vector register
  
!     `wa'
!           Any VSX register if the `-mvsx' option was used or NO_REGS.
  
!           When using any of the register constraints (`wa', `wd', `wf',
!           `wg', `wh', `wi', `wj', `wk', `wl', `wm', `wo', `wp', `wq',
!           `ws', `wt', `wu', `wv', `ww', or `wy') that take VSX
!           registers, you must use `%x<n>' in the template so that the
            correct register is used.  Otherwise the register number
            output in the assembly file will be incorrect if an Altivec
            register is an operand of a VSX instruction that expects VSX
*************** _PowerPC and IBM RS6000--'config/rs6000/
*** 21431,21443 ****
            is not correct.
  
            If an instruction only takes Altivec registers, you do not
!           want to use '%x<n>'.
  
                 asm ("xsaddqp %0,%1,%2"
                      : "=v" (v1)
                      : "v" (v2), "v" (v3));
  
!           is correct because the 'xsaddqp' instruction only takes
            Altivec registers, while:
  
                 asm ("xsaddqp %x0,%x1,%x2"
--- 21724,21736 ----
            is not correct.
  
            If an instruction only takes Altivec registers, you do not
!           want to use `%x<n>'.
  
                 asm ("xsaddqp %0,%1,%2"
                      : "=v" (v1)
                      : "v" (v2), "v" (v3));
  
!           is correct because the `xsaddqp' instruction only takes
            Altivec registers, while:
  
                 asm ("xsaddqp %x0,%x1,%x2"
*************** _PowerPC and IBM RS6000--'config/rs6000/
*** 21446,21651 ****
  
            is incorrect.
  
!      'wb'
!           Altivec register if '-mcpu=power9' is used or NO_REGS.
  
!      'wd'
            VSX vector register to hold vector double data or NO_REGS.
  
!      'we'
!           VSX register if the '-mcpu=power9' and '-m64' options were
            used or NO_REGS.
  
!      'wf'
            VSX vector register to hold vector float data or NO_REGS.
  
!      'wg'
!           If '-mmfpgpr' was used, a floating point register or NO_REGS.
  
!      'wh'
            Floating point register if direct moves are available, or
            NO_REGS.
  
!      'wi'
            FP or VSX register to hold 64-bit integers for VSX insns or
            NO_REGS.
  
!      'wj'
!           FP or VSX register to hold 64-bit integers for direct moves or
!           NO_REGS.
  
!      'wk'
            FP or VSX register to hold 64-bit doubles for direct moves or
            NO_REGS.
  
!      'wl'
            Floating point register if the LFIWAX instruction is enabled
            or NO_REGS.
  
!      'wm'
            VSX register if direct move instructions are enabled, or
            NO_REGS.
  
!      'wn'
            No register (NO_REGS).
  
!      'wo'
            VSX register to use for ISA 3.0 vector instructions, or
            NO_REGS.
  
!      'wp'
!           VSX register to use for IEEE 128-bit floating point TFmode, or
!           NO_REGS.
  
!      'wq'
            VSX register to use for IEEE 128-bit floating point, or
            NO_REGS.
  
!      'wr'
!           General purpose register if 64-bit instructions are enabled or
!           NO_REGS.
  
!      'ws'
            VSX vector register to hold scalar double values or NO_REGS.
  
!      'wt'
            VSX vector register to hold 128 bit integer or NO_REGS.
  
!      'wu'
!           Altivec register to use for float/32-bit int loads/stores or
            NO_REGS.
  
!      'wv'
!           Altivec register to use for double loads/stores or NO_REGS.
  
!      'ww'
!           FP or VSX register to perform float operations under '-mvsx'
            or NO_REGS.
  
!      'wx'
            Floating point register if the STFIWX instruction is enabled
            or NO_REGS.
  
!      'wy'
            FP or VSX register to perform ISA 2.07 float ops or NO_REGS.
  
!      'wz'
            Floating point register if the LFIWZX instruction is enabled
            or NO_REGS.
  
!      'wA'
            Address base register if 64-bit instructions are enabled or
            NO_REGS.
  
!      'wB'
            Signed 5-bit constant integer that can be loaded into an
            altivec register.
  
!      'wD'
            Int constant that is the element number of the 64-bit scalar
            in a vector.
  
!      'wE'
            Vector constant that can be loaded with the XXSPLTIB
            instruction.
  
!      'wF'
            Memory operand suitable for power9 fusion load/stores.
  
!      'wG'
            Memory operand suitable for TOC fusion memory references.
  
!      'wH'
!           Altivec register if '-mvsx-small-integer'.
  
!      'wI'
!           Floating point register if '-mvsx-small-integer'.
  
!      'wJ'
!           FP register if '-mvsx-small-integer' and '-mpower9-vector'.
  
!      'wK'
!           Altivec register if '-mvsx-small-integer' and
!           '-mpower9-vector'.
  
!      'wL'
            Int constant that is the element number that the MFVSRLD
            instruction.  targets.
  
!      'wM'
            Match vector constant with all 1's if the XXLORC instruction
            is available.
  
!      'wO'
            A memory operand suitable for the ISA 3.0 vector d-form
            instructions.
  
!      'wQ'
!           A memory address that will work with the 'lq' and 'stq'
            instructions.
  
!      'wS'
            Vector constant that can be loaded with XXSPLTIB & sign
            extension.
  
!      'h'
!           'MQ', 'CTR', or 'LINK' register
  
!      'c'
!           'CTR' register
  
!      'l'
!           'LINK' register
  
!      'x'
!           'CR' register (condition register) number 0
  
!      'y'
!           'CR' register (condition register)
  
!      'z'
!           'XER[CA]' carry bit (part of the XER register)
  
!      'I'
            Signed 16-bit constant
  
!      'J'
!           Unsigned 16-bit constant shifted left 16 bits (use 'L' instead
!           for 'SImode' constants)
  
!      'K'
            Unsigned 16-bit constant
  
!      'L'
            Signed 16-bit constant shifted left 16 bits
  
!      'M'
            Constant larger than 31
  
!      'N'
            Exact power of 2
  
!      'O'
            Zero
  
!      'P'
            Constant whose negation is a signed 16-bit constant
  
!      'G'
            Floating point constant that can be loaded into a register
            with one instruction per word
  
!      'H'
            Integer/Floating point constant that can be loaded into a
            register using three instructions
  
!      'm'
!           Memory operand.  Normally, 'm' does not allow addresses that
!           update the base register.  If '<' or '>' constraint is also
            used, they are allowed and therefore on PowerPC targets in
!           that case it is only safe to use 'm<>' in an 'asm' statement
!           if that 'asm' statement accesses the operand exactly once.
!           The 'asm' statement must also use '%U<OPNO>' as a placeholder
            for the "update" flag in the corresponding load or store
            instruction.  For example:
  
--- 21739,21944 ----
  
            is incorrect.
  
!     `wb'
!           Altivec register if `-mcpu=power9' is used or NO_REGS.
  
!     `wd'
            VSX vector register to hold vector double data or NO_REGS.
  
!     `we'
!           VSX register if the `-mcpu=power9' and `-m64' options were
            used or NO_REGS.
  
!     `wf'
            VSX vector register to hold vector float data or NO_REGS.
  
!     `wg'
!           If `-mmfpgpr' was used, a floating point register or NO_REGS.
  
!     `wh'
            Floating point register if direct moves are available, or
            NO_REGS.
  
!     `wi'
            FP or VSX register to hold 64-bit integers for VSX insns or
            NO_REGS.
  
!     `wj'
!           FP or VSX register to hold 64-bit integers for direct moves
!           or NO_REGS.
  
!     `wk'
            FP or VSX register to hold 64-bit doubles for direct moves or
            NO_REGS.
  
!     `wl'
            Floating point register if the LFIWAX instruction is enabled
            or NO_REGS.
  
!     `wm'
            VSX register if direct move instructions are enabled, or
            NO_REGS.
  
!     `wn'
            No register (NO_REGS).
  
!     `wo'
            VSX register to use for ISA 3.0 vector instructions, or
            NO_REGS.
  
!     `wp'
!           VSX register to use for IEEE 128-bit floating point TFmode,
!           or NO_REGS.
  
!     `wq'
            VSX register to use for IEEE 128-bit floating point, or
            NO_REGS.
  
!     `wr'
!           General purpose register if 64-bit instructions are enabled
!           or NO_REGS.
  
!     `ws'
            VSX vector register to hold scalar double values or NO_REGS.
  
!     `wt'
            VSX vector register to hold 128 bit integer or NO_REGS.
  
!     `wu'
!           Altivec register to use for float/32-bit int loads/stores  or
            NO_REGS.
  
!     `wv'
!           Altivec register to use for double loads/stores  or NO_REGS.
  
!     `ww'
!           FP or VSX register to perform float operations under `-mvsx'
            or NO_REGS.
  
!     `wx'
            Floating point register if the STFIWX instruction is enabled
            or NO_REGS.
  
!     `wy'
            FP or VSX register to perform ISA 2.07 float ops or NO_REGS.
  
!     `wz'
            Floating point register if the LFIWZX instruction is enabled
            or NO_REGS.
  
!     `wA'
            Address base register if 64-bit instructions are enabled or
            NO_REGS.
  
!     `wB'
            Signed 5-bit constant integer that can be loaded into an
            altivec register.
  
!     `wD'
            Int constant that is the element number of the 64-bit scalar
            in a vector.
  
!     `wE'
            Vector constant that can be loaded with the XXSPLTIB
            instruction.
  
!     `wF'
            Memory operand suitable for power9 fusion load/stores.
  
!     `wG'
            Memory operand suitable for TOC fusion memory references.
  
!     `wH'
!           Altivec register if `-mvsx-small-integer'.
  
!     `wI'
!           Floating point register if `-mvsx-small-integer'.
  
!     `wJ'
!           FP register if `-mvsx-small-integer' and `-mpower9-vector'.
  
!     `wK'
!           Altivec register if `-mvsx-small-integer' and
!           `-mpower9-vector'.
  
!     `wL'
            Int constant that is the element number that the MFVSRLD
            instruction.  targets.
  
!     `wM'
            Match vector constant with all 1's if the XXLORC instruction
            is available.
  
!     `wO'
            A memory operand suitable for the ISA 3.0 vector d-form
            instructions.
  
!     `wQ'
!           A memory address that will work with the `lq' and `stq'
            instructions.
  
!     `wS'
            Vector constant that can be loaded with XXSPLTIB & sign
            extension.
  
!     `h'
!           `MQ', `CTR', or `LINK' register
  
!     `c'
!           `CTR' register
  
!     `l'
!           `LINK' register
  
!     `x'
!           `CR' register (condition register) number 0
  
!     `y'
!           `CR' register (condition register)
  
!     `z'
!           `XER[CA]' carry bit (part of the XER register)
  
!     `I'
            Signed 16-bit constant
  
!     `J'
!           Unsigned 16-bit constant shifted left 16 bits (use `L'
!           instead for `SImode' constants)
  
!     `K'
            Unsigned 16-bit constant
  
!     `L'
            Signed 16-bit constant shifted left 16 bits
  
!     `M'
            Constant larger than 31
  
!     `N'
            Exact power of 2
  
!     `O'
            Zero
  
!     `P'
            Constant whose negation is a signed 16-bit constant
  
!     `G'
            Floating point constant that can be loaded into a register
            with one instruction per word
  
!     `H'
            Integer/Floating point constant that can be loaded into a
            register using three instructions
  
!     `m'
!           Memory operand.  Normally, `m' does not allow addresses that
!           update the base register.  If `<' or `>' constraint is also
            used, they are allowed and therefore on PowerPC targets in
!           that case it is only safe to use `m<>' in an `asm' statement
!           if that `asm' statement accesses the operand exactly once.
!           The `asm' statement must also use `%U<OPNO>' as a placeholder
            for the "update" flag in the corresponding load or store
            instruction.  For example:
  
*************** _PowerPC and IBM RS6000--'config/rs6000/
*** 21657,22388 ****
  
            is not.
  
!      'es'
!           A "stable" memory operand; that is, one which does not include
!           any automodification of the base register.  This used to be
!           useful when 'm' allowed automodification of the base register,
!           but as those are now only allowed when '<' or '>' is used,
!           'es' is basically the same as 'm' without '<' and '>'.
  
!      'Q'
            Memory operand that is an offset from a register (it is
!           usually better to use 'm' or 'es' in 'asm' statements)
  
!      'Z'
            Memory operand that is an indexed or indirect from a register
!           (it is usually better to use 'm' or 'es' in 'asm' statements)
  
!      'R'
            AIX TOC entry
  
!      'a'
!           Address operand that is an indexed or indirect from a register
!           ('p' is preferable for 'asm' statements)
  
!      'U'
            System V Release 4 small data area reference
  
!      'W'
            Vector constant that does not require memory
  
!      'j'
            Vector constant that is all zeros.
  
- _RL78--'config/rl78/constraints.md'_
  
!      'Int3'
            An integer constant in the range 1 ... 7.
!      'Int8'
            An integer constant in the range 0 ... 255.
!      'J'
            An integer constant in the range -255 ... 0
!      'K'
            The integer constant 1.
!      'L'
            The integer constant -1.
!      'M'
            The integer constant 0.
!      'N'
            The integer constant 2.
!      'O'
            The integer constant -2.
!      'P'
            An integer constant in the range 1 ... 15.
!      'Qbi'
            The built-in compare types-eq, ne, gtu, ltu, geu, and leu.
!      'Qsc'
            The synthetic compare types-gt, lt, ge, and le.
!      'Wab'
            A memory reference with an absolute address.
!      'Wbc'
!           A memory reference using 'BC' as a base register, with an
            optional offset.
!      'Wca'
!           A memory reference using 'AX', 'BC', 'DE', or 'HL' for the
            address, for calls.
!      'Wcv'
            A memory reference using any 16-bit register pair for the
            address, for calls.
!      'Wd2'
!           A memory reference using 'DE' as a base register, with an
            optional offset.
!      'Wde'
!           A memory reference using 'DE' as a base register, without any
            offset.
!      'Wfr'
            Any memory reference to an address in the far address space.
!      'Wh1'
!           A memory reference using 'HL' as a base register, with an
            optional one-byte offset.
!      'Whb'
!           A memory reference using 'HL' as a base register, with 'B' or
!           'C' as the index register.
!      'Whl'
!           A memory reference using 'HL' as a base register, without any
            offset.
!      'Ws1'
!           A memory reference using 'SP' as a base register, with an
            optional one-byte offset.
!      'Y'
            Any memory reference to an address in the near address space.
!      'A'
!           The 'AX' register.
!      'B'
!           The 'BC' register.
!      'D'
!           The 'DE' register.
!      'R'
!           'A' through 'L' registers.
!      'S'
!           The 'SP' register.
!      'T'
!           The 'HL' register.
!      'Z08W'
!           The 16-bit 'R8' register.
!      'Z10W'
!           The 16-bit 'R10' register.
!      'Zint'
!           The registers reserved for interrupts ('R24' to 'R31').
!      'a'
!           The 'A' register.
!      'b'
!           The 'B' register.
!      'c'
!           The 'C' register.
!      'd'
!           The 'D' register.
!      'e'
!           The 'E' register.
!      'h'
!           The 'H' register.
!      'l'
!           The 'L' register.
!      'v'
            The virtual registers.
-      'w'
-           The 'PSW' register.
-      'x'
-           The 'X' register.
  
! _RISC-V--'config/riscv/constraints.md'_
  
!      'f'
            A floating-point register (if availiable).
  
!      'I'
            An I-type 12-bit signed immediate.
  
!      'J'
            Integer zero.
  
!      'K'
            A 5-bit unsigned immediate for CSR access instructions.
  
!      'A'
            An address that is held in a general-purpose register.
  
- _RX--'config/rx/constraints.md'_
-      'Q'
-           An address which does not involve register indirect addressing
-           or pre/post increment/decrement addressing.
  
!      'Symbol'
            A symbol reference.
  
!      'Int08'
            A constant in the range -256 to 255, inclusive.
  
!      'Sint08'
            A constant in the range -128 to 127, inclusive.
  
!      'Sint16'
            A constant in the range -32768 to 32767, inclusive.
  
!      'Sint24'
            A constant in the range -8388608 to 8388607, inclusive.
  
!      'Uint04'
            A constant in the range 0 to 15, inclusive.
  
! _S/390 and zSeries--'config/s390/s390.h'_
!      'a'
            Address register (general purpose register except r0)
  
!      'c'
            Condition code register
  
!      'd'
            Data register (arbitrary general purpose register)
  
!      'f'
            Floating-point register
  
!      'I'
            Unsigned 8-bit constant (0-255)
  
!      'J'
            Unsigned 12-bit constant (0-4095)
  
!      'K'
            Signed 16-bit constant (-32768-32767)
  
!      'L'
            Value appropriate as displacement.
!           '(0..4095)'
                 for short displacement
!           '(-524288..524287)'
                 for long displacement
  
!      'M'
            Constant integer with a value of 0x7fffffff.
  
!      'N'
            Multiple letter constraint followed by 4 parameter letters.
!           '0..9:'
                 number of the part counting from most to least
                 significant
!           'H,Q:'
                 mode of the part
!           'D,S,H:'
                 mode of the containing operand
!           '0,F:'
                 value of the other parts (F--all bits set)
!           The constraint matches if the specified part of a constant has
!           a value different from its other parts.
  
!      'Q'
            Memory reference without index register and with short
            displacement.
  
!      'R'
            Memory reference with index register and short displacement.
  
!      'S'
            Memory reference without index register but with long
            displacement.
  
!      'T'
            Memory reference with index register and long displacement.
  
!      'U'
            Pointer with short displacement.
  
!      'W'
            Pointer with long displacement.
  
!      'Y'
            Shift count operand.
  
- _SPARC--'config/sparc/sparc.h'_
-      'f'
-           Floating-point register on the SPARC-V8 architecture and lower
-           floating-point register on the SPARC-V9 architecture.
  
!      'e'
!           Floating-point register.  It is equivalent to 'f' on the
            SPARC-V8 architecture and contains both lower and upper
            floating-point registers on the SPARC-V9 architecture.
  
!      'c'
            Floating-point condition code register.
  
!      'd'
            Lower floating-point register.  It is only valid on the
            SPARC-V9 architecture when the Visual Instruction Set is
            available.
  
!      'b'
            Floating-point register.  It is only valid on the SPARC-V9
            architecture when the Visual Instruction Set is available.
  
!      'h'
            64-bit global or out register for the SPARC-V8+ architecture.
  
!      'C'
            The constant all-ones, for floating-point.
  
!      'A'
            Signed 5-bit constant
  
!      'D'
            A vector constant
  
!      'I'
            Signed 13-bit constant
  
!      'J'
            Zero
  
!      'K'
            32-bit constant with the low 12 bits clear (a constant that
!           can be loaded with the 'sethi' instruction)
  
!      'L'
!           A constant in the range supported by 'movcc' instructions
            (11-bit signed immediate)
  
!      'M'
!           A constant in the range supported by 'movrcc' instructions
            (10-bit signed immediate)
  
!      'N'
!           Same as 'K', except that it verifies that bits that are not in
!           the lower 32-bit range are all zero.  Must be used instead of
!           'K' for modes wider than 'SImode'
  
!      'O'
            The constant 4096
  
!      'G'
            Floating-point zero
  
!      'H'
            Signed 13-bit constant, sign-extended to 32 or 64 bits
  
!      'P'
            The constant -1
  
!      'Q'
            Floating-point constant whose integral representation can be
            moved into an integer register using a single sethi
            instruction
  
!      'R'
            Floating-point constant whose integral representation can be
            moved into an integer register using a single mov instruction
  
!      'S'
            Floating-point constant whose integral representation can be
!           moved into an integer register using a high/lo_sum instruction
!           sequence
  
!      'T'
            Memory address aligned to an 8-byte boundary
  
!      'U'
            Even register
  
!      'W'
!           Memory address for 'e' constraint registers
  
!      'w'
            Memory address with only a base register
  
!      'Y'
            Vector zero
  
! _SPU--'config/spu/spu.h'_
!      'a'
            An immediate which can be loaded with the il/ila/ilh/ilhu
            instructions.  const_int is treated as a 64 bit value.
  
!      'c'
            An immediate for and/xor/or instructions.  const_int is
            treated as a 64 bit value.
  
!      'd'
!           An immediate for the 'iohl' instruction.  const_int is treated
!           as a 64 bit value.
  
!      'f'
!           An immediate which can be loaded with 'fsmbi'.
  
!      'A'
            An immediate which can be loaded with the il/ila/ilh/ilhu
            instructions.  const_int is treated as a 32 bit value.
  
!      'B'
            An immediate for most arithmetic instructions.  const_int is
            treated as a 32 bit value.
  
!      'C'
            An immediate for and/xor/or instructions.  const_int is
            treated as a 32 bit value.
  
!      'D'
!           An immediate for the 'iohl' instruction.  const_int is treated
!           as a 32 bit value.
  
!      'I'
            A constant in the range [-64, 63] for shift/rotate
            instructions.
  
!      'J'
            An unsigned 7-bit constant for conversion/nop/channel
            instructions.
  
!      'K'
            A signed 10-bit constant for most arithmetic instructions.
  
!      'M'
!           A signed 16 bit immediate for 'stop'.
  
!      'N'
!           An unsigned 16-bit constant for 'iohl' and 'fsmbi'.
  
!      'O'
            An unsigned 7-bit constant whose 3 least significant bits are
            0.
  
!      'P'
            An unsigned 3-bit constant for 16-byte rotates and shifts
  
!      'R'
            Call operand, reg, for indirect calls
  
!      'S'
            Call operand, symbol, for relative calls.
  
!      'T'
            Call operand, const_int, for absolute calls.
  
!      'U'
            An immediate which can be loaded with the il/ila/ilh/ilhu
            instructions.  const_int is sign extended to 128 bit.
  
!      'W'
            An immediate for shift and rotate instructions.  const_int is
            treated as a 32 bit value.
  
!      'Y'
            An immediate for and/xor/or instructions.  const_int is sign
            extended as a 128 bit.
  
!      'Z'
!           An immediate for the 'iohl' instruction.  const_int is sign
            extended to 128 bit.
  
! _TI C6X family--'config/c6x/constraints.md'_
!      'a'
            Register file A (A0-A31).
  
!      'b'
            Register file B (B0-B31).
  
!      'A'
            Predicate registers in register file A (A0-A2 on C64X and
            higher, A1 and A2 otherwise).
  
!      'B'
            Predicate registers in register file B (B0-B2).
  
!      'C'
            A call-used register in register file B (B0-B9, B16-B31).
  
!      'Da'
            Register file A, excluding predicate registers (A3-A31, plus
            A0 if not C64X or higher).
  
!      'Db'
            Register file B, excluding predicate registers (B3-B31).
  
!      'Iu4'
            Integer constant in the range 0 ... 15.
  
!      'Iu5'
            Integer constant in the range 0 ... 31.
  
!      'In5'
            Integer constant in the range -31 ... 0.
  
!      'Is5'
            Integer constant in the range -16 ... 15.
  
!      'I5x'
            Integer constant that can be the operand of an ADDA or a SUBA
            insn.
  
!      'IuB'
            Integer constant in the range 0 ... 65535.
  
!      'IsB'
            Integer constant in the range -32768 ... 32767.
  
!      'IsC'
!           Integer constant in the range -2^{20} ... 2^{20} - 1.
  
!      'Jc'
            Integer constant that is a valid mask for the clr instruction.
  
!      'Js'
            Integer constant that is a valid mask for the set instruction.
  
!      'Q'
            Memory location with A base register.
  
!      'R'
            Memory location with B base register.
  
!      'S0'
            On C64x+ targets, a GP-relative small data reference.
  
!      'S1'
!           Any kind of 'SYMBOL_REF', for use in a call address.
  
!      'Si'
            Any kind of immediate operand, unless it matches the S0
            constraint.
  
!      'T'
            Memory location with B base register, but not using a long
            offset.
  
!      'W'
            A memory operand with an address that cannot be used in an
            unaligned access.
  
!      'Z'
            Register B14 (aka DP).
  
! _TILE-Gx--'config/tilegx/constraints.md'_
!      'R00'
!      'R01'
!      'R02'
!      'R03'
!      'R04'
!      'R05'
!      'R06'
!      'R07'
!      'R08'
!      'R09'
!      'R10'
            Each of these represents a register constraint for an
            individual register, from r0 to r10.
  
!      'I'
            Signed 8-bit integer constant.
  
!      'J'
            Signed 16-bit integer constant.
  
!      'K'
            Unsigned 16-bit integer constant.
  
!      'L'
!           Integer constant that fits in one signed byte when incremented
!           by one (-129 ... 126).
  
!      'm'
!           Memory operand.  If used together with '<' or '>', the operand
!           can have postincrement which requires printing with '%In' and
!           '%in' on TILE-Gx.  For example:
  
                 asm ("st_add %I0,%1,%i0" : "=m<>" (*mem) : "r" (val));
  
!      'M'
            A bit mask suitable for the BFINS instruction.
  
!      'N'
            Integer constant that is a byte tiled out eight times.
  
!      'O'
            The integer zero constant.
  
!      'P'
            Integer constant that is a sign-extended byte tiled out as
            four shorts.
  
!      'Q'
            Integer constant that fits in one signed byte when incremented
            (-129 ... 126), but excluding -1.
  
!      'S'
            Integer constant that has all 1 bits consecutive and starting
            at bit 0.
  
!      'T'
            A 16-bit fragment of a got, tls, or pc-relative reference.
  
!      'U'
!           Memory operand except postincrement.  This is roughly the same
!           as 'm' when not used together with '<' or '>'.
  
!      'W'
            An 8-element vector constant with identical elements.
  
!      'Y'
            A 4-element vector constant with identical elements.
  
!      'Z0'
            The integer constant 0xffffffff.
  
!      'Z1'
            The integer constant 0xffffffff00000000.
  
! _TILEPro--'config/tilepro/constraints.md'_
!      'R00'
!      'R01'
!      'R02'
!      'R03'
!      'R04'
!      'R05'
!      'R06'
!      'R07'
!      'R08'
!      'R09'
!      'R10'
            Each of these represents a register constraint for an
            individual register, from r0 to r10.
  
!      'I'
            Signed 8-bit integer constant.
  
!      'J'
            Signed 16-bit integer constant.
  
!      'K'
            Nonzero integer constant with low 16 bits zero.
  
!      'L'
!           Integer constant that fits in one signed byte when incremented
!           by one (-129 ... 126).
  
!      'm'
!           Memory operand.  If used together with '<' or '>', the operand
!           can have postincrement which requires printing with '%In' and
!           '%in' on TILEPro.  For example:
  
                 asm ("swadd %I0,%1,%i0" : "=m<>" (mem) : "r" (val));
  
!      'M'
            A bit mask suitable for the MM instruction.
  
!      'N'
            Integer constant that is a byte tiled out four times.
  
!      'O'
            The integer zero constant.
  
!      'P'
!           Integer constant that is a sign-extended byte tiled out as two
!           shorts.
  
!      'Q'
            Integer constant that fits in one signed byte when incremented
            (-129 ... 126), but excluding -1.
  
!      'T'
            A symbolic operand, or a 16-bit fragment of a got, tls, or
            pc-relative reference.
  
!      'U'
!           Memory operand except postincrement.  This is roughly the same
!           as 'm' when not used together with '<' or '>'.
  
!      'W'
            A 4-element vector constant with identical elements.
  
!      'Y'
            A 2-element vector constant with identical elements.
  
- _Visium--'config/visium/constraints.md'_
-      'b'
-           EAM register 'mdb'
  
!      'c'
!           EAM register 'mdc'
  
!      'f'
            Floating point register
  
!      'k'
            Register for sibcall optimization
  
!      'l'
!           General register, but not 'r29', 'r30' and 'r31'
  
!      't'
!           Register 'r1'
  
!      'u'
!           Register 'r2'
  
!      'v'
!           Register 'r3'
  
!      'G'
            Floating-point constant 0.0
  
!      'J'
!           Integer constant in the range 0 ..  65535 (16-bit immediate)
  
!      'K'
!           Integer constant in the range 1 ..  31 (5-bit immediate)
  
!      'L'
!           Integer constant in the range -65535 ..  -1 (16-bit negative
            immediate)
  
!      'M'
            Integer constant -1
  
!      'O'
            Integer constant 0
  
!      'P'
            Integer constant 32
  
! _x86 family--'config/i386/constraints.md'_
!      'R'
            Legacy register--the eight integer registers available on all
!           i386 processors ('a', 'b', 'c', 'd', 'si', 'di', 'bp', 'sp').
  
!      'q'
!           Any register accessible as 'Rl'.  In 32-bit mode, 'a', 'b',
!           'c', and 'd'; in 64-bit mode, any integer register.
  
!      'Q'
!           Any register accessible as 'Rh': 'a', 'b', 'c', and 'd'.
  
!      'l'
            Any register that can be used as the index in a base+index
            memory access: that is, any general register except the stack
            pointer.
  
!      'a'
!           The 'a' register.
  
!      'b'
!           The 'b' register.
  
!      'c'
!           The 'c' register.
  
!      'd'
!           The 'd' register.
  
!      'S'
!           The 'si' register.
  
!      'D'
!           The 'di' register.
  
!      'A'
!           The 'a' and 'd' registers.  This class is used for
!           instructions that return double word results in the 'ax:dx'
!           register pair.  Single word values will be allocated either in
!           'ax' or 'dx'.  For example on i386 the following implements
!           'rdtsc':
  
                 unsigned long long rdtsc (void)
                 {
--- 21950,22746 ----
  
            is not.
  
!     `es'
!           A "stable" memory operand; that is, one which does not
!           include any automodification of the base register.  This used
!           to be useful when `m' allowed automodification of the base
!           register, but as those are now only allowed when `<' or `>'
!           is used, `es' is basically the same as `m' without `<' and
!           `>'.
  
!     `Q'
            Memory operand that is an offset from a register (it is
!           usually better to use `m' or `es' in `asm' statements)
  
!     `Z'
            Memory operand that is an indexed or indirect from a register
!           (it is usually better to use `m' or `es' in `asm' statements)
  
!     `R'
            AIX TOC entry
  
!     `a'
!           Address operand that is an indexed or indirect from a
!           register (`p' is preferable for `asm' statements)
  
!     `U'
            System V Release 4 small data area reference
  
!     `W'
            Vector constant that does not require memory
  
!     `j'
            Vector constant that is all zeros.
  
  
! _RL78--`config/rl78/constraints.md'_
! 
!     `Int3'
            An integer constant in the range 1 ... 7.
! 
!     `Int8'
            An integer constant in the range 0 ... 255.
! 
!     `J'
            An integer constant in the range -255 ... 0
! 
!     `K'
            The integer constant 1.
! 
!     `L'
            The integer constant -1.
! 
!     `M'
            The integer constant 0.
! 
!     `N'
            The integer constant 2.
! 
!     `O'
            The integer constant -2.
! 
!     `P'
            An integer constant in the range 1 ... 15.
! 
!     `Qbi'
            The built-in compare types-eq, ne, gtu, ltu, geu, and leu.
! 
!     `Qsc'
            The synthetic compare types-gt, lt, ge, and le.
! 
!     `Wab'
            A memory reference with an absolute address.
! 
!     `Wbc'
!           A memory reference using `BC' as a base register, with an
            optional offset.
! 
!     `Wca'
!           A memory reference using `AX', `BC', `DE', or `HL' for the
            address, for calls.
! 
!     `Wcv'
            A memory reference using any 16-bit register pair for the
            address, for calls.
! 
!     `Wd2'
!           A memory reference using `DE' as a base register, with an
            optional offset.
! 
!     `Wde'
!           A memory reference using `DE' as a base register, without any
            offset.
! 
!     `Wfr'
            Any memory reference to an address in the far address space.
! 
!     `Wh1'
!           A memory reference using `HL' as a base register, with an
            optional one-byte offset.
! 
!     `Whb'
!           A memory reference using `HL' as a base register, with `B' or
!           `C' as the index register.
! 
!     `Whl'
!           A memory reference using `HL' as a base register, without any
            offset.
! 
!     `Ws1'
!           A memory reference using `SP' as a base register, with an
            optional one-byte offset.
! 
!     `Y'
            Any memory reference to an address in the near address space.
! 
!     `A'
!           The `AX' register.
! 
!     `B'
!           The `BC' register.
! 
!     `D'
!           The `DE' register.
! 
!     `R'
!           `A' through `L' registers.
! 
!     `S'
!           The `SP' register.
! 
!     `T'
!           The `HL' register.
! 
!     `Z08W'
!           The 16-bit `R8' register.
! 
!     `Z10W'
!           The 16-bit `R10' register.
! 
!     `Zint'
!           The registers reserved for interrupts (`R24' to `R31').
! 
!     `a'
!           The `A' register.
! 
!     `b'
!           The `B' register.
! 
!     `c'
!           The `C' register.
! 
!     `d'
!           The `D' register.
! 
!     `e'
!           The `E' register.
! 
!     `h'
!           The `H' register.
! 
!     `l'
!           The `L' register.
! 
!     `v'
            The virtual registers.
  
!     `w'
!           The `PSW' register.
  
!     `x'
!           The `X' register.
! 
! 
! _RISC-V--`config/riscv/constraints.md'_
! 
!     `f'
            A floating-point register (if availiable).
  
!     `I'
            An I-type 12-bit signed immediate.
  
!     `J'
            Integer zero.
  
!     `K'
            A 5-bit unsigned immediate for CSR access instructions.
  
!     `A'
            An address that is held in a general-purpose register.
  
  
! _RX--`config/rx/constraints.md'_
! 
!     `Q'
!           An address which does not involve register indirect
!           addressing or pre/post increment/decrement addressing.
! 
!     `Symbol'
            A symbol reference.
  
!     `Int08'
            A constant in the range -256 to 255, inclusive.
  
!     `Sint08'
            A constant in the range -128 to 127, inclusive.
  
!     `Sint16'
            A constant in the range -32768 to 32767, inclusive.
  
!     `Sint24'
            A constant in the range -8388608 to 8388607, inclusive.
  
!     `Uint04'
            A constant in the range 0 to 15, inclusive.
  
! 
! _S/390 and zSeries--`config/s390/s390.h'_
! 
!     `a'
            Address register (general purpose register except r0)
  
!     `c'
            Condition code register
  
!     `d'
            Data register (arbitrary general purpose register)
  
!     `f'
            Floating-point register
  
!     `I'
            Unsigned 8-bit constant (0-255)
  
!     `J'
            Unsigned 12-bit constant (0-4095)
  
!     `K'
            Signed 16-bit constant (-32768-32767)
  
!     `L'
            Value appropriate as displacement.
!          `(0..4095)'
                 for short displacement
! 
!          `(-524288..524287)'
                 for long displacement
  
!     `M'
            Constant integer with a value of 0x7fffffff.
  
!     `N'
            Multiple letter constraint followed by 4 parameter letters.
!          `0..9:'
                 number of the part counting from most to least
                 significant
! 
!          `H,Q:'
                 mode of the part
! 
!          `D,S,H:'
                 mode of the containing operand
! 
!          `0,F:'
                 value of the other parts (F--all bits set)
!           The constraint matches if the specified part of a constant
!           has a value different from its other parts.
  
!     `Q'
            Memory reference without index register and with short
            displacement.
  
!     `R'
            Memory reference with index register and short displacement.
  
!     `S'
            Memory reference without index register but with long
            displacement.
  
!     `T'
            Memory reference with index register and long displacement.
  
!     `U'
            Pointer with short displacement.
  
!     `W'
            Pointer with long displacement.
  
!     `Y'
            Shift count operand.
  
  
! _SPARC--`config/sparc/sparc.h'_
! 
!     `f'
!           Floating-point register on the SPARC-V8 architecture and
!           lower floating-point register on the SPARC-V9 architecture.
! 
!     `e'
!           Floating-point register.  It is equivalent to `f' on the
            SPARC-V8 architecture and contains both lower and upper
            floating-point registers on the SPARC-V9 architecture.
  
!     `c'
            Floating-point condition code register.
  
!     `d'
            Lower floating-point register.  It is only valid on the
            SPARC-V9 architecture when the Visual Instruction Set is
            available.
  
!     `b'
            Floating-point register.  It is only valid on the SPARC-V9
            architecture when the Visual Instruction Set is available.
  
!     `h'
            64-bit global or out register for the SPARC-V8+ architecture.
  
!     `C'
            The constant all-ones, for floating-point.
  
!     `A'
            Signed 5-bit constant
  
!     `D'
            A vector constant
  
!     `I'
            Signed 13-bit constant
  
!     `J'
            Zero
  
!     `K'
            32-bit constant with the low 12 bits clear (a constant that
!           can be loaded with the `sethi' instruction)
  
!     `L'
!           A constant in the range supported by `movcc' instructions
            (11-bit signed immediate)
  
!     `M'
!           A constant in the range supported by `movrcc' instructions
            (10-bit signed immediate)
  
!     `N'
!           Same as `K', except that it verifies that bits that are not
!           in the lower 32-bit range are all zero.  Must be used instead
!           of `K' for modes wider than `SImode'
  
!     `O'
            The constant 4096
  
!     `G'
            Floating-point zero
  
!     `H'
            Signed 13-bit constant, sign-extended to 32 or 64 bits
  
!     `P'
            The constant -1
  
!     `Q'
            Floating-point constant whose integral representation can be
            moved into an integer register using a single sethi
            instruction
  
!     `R'
            Floating-point constant whose integral representation can be
            moved into an integer register using a single mov instruction
  
!     `S'
            Floating-point constant whose integral representation can be
!           moved into an integer register using a high/lo_sum
!           instruction sequence
  
!     `T'
            Memory address aligned to an 8-byte boundary
  
!     `U'
            Even register
  
!     `W'
!           Memory address for `e' constraint registers
  
!     `w'
            Memory address with only a base register
  
!     `Y'
            Vector zero
  
! 
! _SPU--`config/spu/spu.h'_
! 
!     `a'
            An immediate which can be loaded with the il/ila/ilh/ilhu
            instructions.  const_int is treated as a 64 bit value.
  
!     `c'
            An immediate for and/xor/or instructions.  const_int is
            treated as a 64 bit value.
  
!     `d'
!           An immediate for the `iohl' instruction.  const_int is
!           treated as a 64 bit value.
  
!     `f'
!           An immediate which can be loaded with `fsmbi'.
  
!     `A'
            An immediate which can be loaded with the il/ila/ilh/ilhu
            instructions.  const_int is treated as a 32 bit value.
  
!     `B'
            An immediate for most arithmetic instructions.  const_int is
            treated as a 32 bit value.
  
!     `C'
            An immediate for and/xor/or instructions.  const_int is
            treated as a 32 bit value.
  
!     `D'
!           An immediate for the `iohl' instruction.  const_int is
!           treated as a 32 bit value.
  
!     `I'
            A constant in the range [-64, 63] for shift/rotate
            instructions.
  
!     `J'
            An unsigned 7-bit constant for conversion/nop/channel
            instructions.
  
!     `K'
            A signed 10-bit constant for most arithmetic instructions.
  
!     `M'
!           A signed 16 bit immediate for `stop'.
  
!     `N'
!           An unsigned 16-bit constant for `iohl' and `fsmbi'.
  
!     `O'
            An unsigned 7-bit constant whose 3 least significant bits are
            0.
  
!     `P'
            An unsigned 3-bit constant for 16-byte rotates and shifts
  
!     `R'
            Call operand, reg, for indirect calls
  
!     `S'
            Call operand, symbol, for relative calls.
  
!     `T'
            Call operand, const_int, for absolute calls.
  
!     `U'
            An immediate which can be loaded with the il/ila/ilh/ilhu
            instructions.  const_int is sign extended to 128 bit.
  
!     `W'
            An immediate for shift and rotate instructions.  const_int is
            treated as a 32 bit value.
  
!     `Y'
            An immediate for and/xor/or instructions.  const_int is sign
            extended as a 128 bit.
  
!     `Z'
!           An immediate for the `iohl' instruction.  const_int is sign
            extended to 128 bit.
  
! 
! _TI C6X family--`config/c6x/constraints.md'_
! 
!     `a'
            Register file A (A0-A31).
  
!     `b'
            Register file B (B0-B31).
  
!     `A'
            Predicate registers in register file A (A0-A2 on C64X and
            higher, A1 and A2 otherwise).
  
!     `B'
            Predicate registers in register file B (B0-B2).
  
!     `C'
            A call-used register in register file B (B0-B9, B16-B31).
  
!     `Da'
            Register file A, excluding predicate registers (A3-A31, plus
            A0 if not C64X or higher).
  
!     `Db'
            Register file B, excluding predicate registers (B3-B31).
  
!     `Iu4'
            Integer constant in the range 0 ... 15.
  
!     `Iu5'
            Integer constant in the range 0 ... 31.
  
!     `In5'
            Integer constant in the range -31 ... 0.
  
!     `Is5'
            Integer constant in the range -16 ... 15.
  
!     `I5x'
            Integer constant that can be the operand of an ADDA or a SUBA
            insn.
  
!     `IuB'
            Integer constant in the range 0 ... 65535.
  
!     `IsB'
            Integer constant in the range -32768 ... 32767.
  
!     `IsC'
!           Integer constant in the range -2^20 ... 2^20 - 1.
  
!     `Jc'
            Integer constant that is a valid mask for the clr instruction.
  
!     `Js'
            Integer constant that is a valid mask for the set instruction.
  
!     `Q'
            Memory location with A base register.
  
!     `R'
            Memory location with B base register.
  
!     `S0'
            On C64x+ targets, a GP-relative small data reference.
  
!     `S1'
!           Any kind of `SYMBOL_REF', for use in a call address.
  
!     `Si'
            Any kind of immediate operand, unless it matches the S0
            constraint.
  
!     `T'
            Memory location with B base register, but not using a long
            offset.
  
!     `W'
            A memory operand with an address that cannot be used in an
            unaligned access.
  
!     `Z'
            Register B14 (aka DP).
  
! 
! _TILE-Gx--`config/tilegx/constraints.md'_
! 
!     `R00'
!     `R01'
!     `R02'
!     `R03'
!     `R04'
!     `R05'
!     `R06'
!     `R07'
!     `R08'
!     `R09'
!     `R10'
            Each of these represents a register constraint for an
            individual register, from r0 to r10.
  
!     `I'
            Signed 8-bit integer constant.
  
!     `J'
            Signed 16-bit integer constant.
  
!     `K'
            Unsigned 16-bit integer constant.
  
!     `L'
!           Integer constant that fits in one signed byte when
!           incremented by one (-129 ... 126).
  
!     `m'
!           Memory operand.  If used together with `<' or `>', the
!           operand can have postincrement which requires printing with
!           `%In' and `%in' on TILE-Gx.  For example:
  
                 asm ("st_add %I0,%1,%i0" : "=m<>" (*mem) : "r" (val));
  
!     `M'
            A bit mask suitable for the BFINS instruction.
  
!     `N'
            Integer constant that is a byte tiled out eight times.
  
!     `O'
            The integer zero constant.
  
!     `P'
            Integer constant that is a sign-extended byte tiled out as
            four shorts.
  
!     `Q'
            Integer constant that fits in one signed byte when incremented
            (-129 ... 126), but excluding -1.
  
!     `S'
            Integer constant that has all 1 bits consecutive and starting
            at bit 0.
  
!     `T'
            A 16-bit fragment of a got, tls, or pc-relative reference.
  
!     `U'
!           Memory operand except postincrement.  This is roughly the
!           same as `m' when not used together with `<' or `>'.
  
!     `W'
            An 8-element vector constant with identical elements.
  
!     `Y'
            A 4-element vector constant with identical elements.
  
!     `Z0'
            The integer constant 0xffffffff.
  
!     `Z1'
            The integer constant 0xffffffff00000000.
  
! 
! _TILEPro--`config/tilepro/constraints.md'_
! 
!     `R00'
!     `R01'
!     `R02'
!     `R03'
!     `R04'
!     `R05'
!     `R06'
!     `R07'
!     `R08'
!     `R09'
!     `R10'
            Each of these represents a register constraint for an
            individual register, from r0 to r10.
  
!     `I'
            Signed 8-bit integer constant.
  
!     `J'
            Signed 16-bit integer constant.
  
!     `K'
            Nonzero integer constant with low 16 bits zero.
  
!     `L'
!           Integer constant that fits in one signed byte when
!           incremented by one (-129 ... 126).
  
!     `m'
!           Memory operand.  If used together with `<' or `>', the
!           operand can have postincrement which requires printing with
!           `%In' and `%in' on TILEPro.  For example:
  
                 asm ("swadd %I0,%1,%i0" : "=m<>" (mem) : "r" (val));
  
!     `M'
            A bit mask suitable for the MM instruction.
  
!     `N'
            Integer constant that is a byte tiled out four times.
  
!     `O'
            The integer zero constant.
  
!     `P'
!           Integer constant that is a sign-extended byte tiled out as
!           two shorts.
  
!     `Q'
            Integer constant that fits in one signed byte when incremented
            (-129 ... 126), but excluding -1.
  
!     `T'
            A symbolic operand, or a 16-bit fragment of a got, tls, or
            pc-relative reference.
  
!     `U'
!           Memory operand except postincrement.  This is roughly the
!           same as `m' when not used together with `<' or `>'.
  
!     `W'
            A 4-element vector constant with identical elements.
  
!     `Y'
            A 2-element vector constant with identical elements.
  
  
! _Visium--`config/visium/constraints.md'_
  
!     `b'
!           EAM register `mdb'
! 
!     `c'
!           EAM register `mdc'
! 
!     `f'
            Floating point register
  
!     `k'
            Register for sibcall optimization
  
!     `l'
!           General register, but not `r29', `r30' and `r31'
  
!     `t'
!           Register `r1'
  
!     `u'
!           Register `r2'
  
!     `v'
!           Register `r3'
  
!     `G'
            Floating-point constant 0.0
  
!     `J'
!           Integer constant in the range 0 .. 65535 (16-bit immediate)
  
!     `K'
!           Integer constant in the range 1 .. 31 (5-bit immediate)
  
!     `L'
!           Integer constant in the range -65535 .. -1 (16-bit negative
            immediate)
  
!     `M'
            Integer constant -1
  
!     `O'
            Integer constant 0
  
!     `P'
            Integer constant 32
  
! _x86 family--`config/i386/constraints.md'_
! 
!     `R'
            Legacy register--the eight integer registers available on all
!           i386 processors (`a', `b', `c', `d', `si', `di', `bp', `sp').
  
!     `q'
!           Any register accessible as `Rl'.  In 32-bit mode, `a', `b',
!           `c', and `d'; in 64-bit mode, any integer register.
  
!     `Q'
!           Any register accessible as `Rh': `a', `b', `c', and `d'.
  
!     `l'
            Any register that can be used as the index in a base+index
            memory access: that is, any general register except the stack
            pointer.
  
!     `a'
!           The `a' register.
  
!     `b'
!           The `b' register.
  
!     `c'
!           The `c' register.
  
!     `d'
!           The `d' register.
  
!     `S'
!           The `si' register.
  
!     `D'
!           The `di' register.
  
!     `A'
!           The `a' and `d' registers.  This class is used for
!           instructions that return double word results in the `ax:dx'
!           register pair.  Single word values will be allocated either
!           in `ax' or `dx'.  For example on i386 the following
!           implements `rdtsc':
  
                 unsigned long long rdtsc (void)
                 {
*************** _x86 family--'config/i386/constraints.md
*** 22392,22398 ****
                 }
  
            This is not correct on x86-64 as it would allocate tick in
!           either 'ax' or 'dx'.  You have to use the following variant
            instead:
  
                 unsigned long long rdtsc (void)
--- 22750,22756 ----
                 }
  
            This is not correct on x86-64 as it would allocate tick in
!           either `ax' or `dx'.  You have to use the following variant
            instead:
  
                 unsigned long long rdtsc (void)
*************** _x86 family--'config/i386/constraints.md
*** 22402,22613 ****
                   return ((unsigned long long)tickh << 32)|tickl;
                 }
  
!      'f'
            Any 80387 floating-point (stack) register.
  
!      't'
!           Top of 80387 floating-point stack ('%st(0)').
  
!      'u'
!           Second from top of 80387 floating-point stack ('%st(1)').
  
!      'y'
            Any MMX register.
  
!      'x'
            Any SSE register.
  
!      'Yz'
!           First SSE register ('%xmm0').
  
!      'Y2'
            Any SSE register, when SSE2 is enabled.
  
!      'Yi'
            Any SSE register, when SSE2 and inter-unit moves are enabled.
  
!      'Ym'
            Any MMX register, when inter-unit moves are enabled.
  
!      'I'
            Integer constant in the range 0 ... 31, for 32-bit shifts.
  
!      'J'
            Integer constant in the range 0 ... 63, for 64-bit shifts.
  
!      'K'
            Signed 8-bit integer constant.
  
!      'L'
!           '0xFF' or '0xFFFF', for andsi as a zero-extending move.
  
!      'M'
!           0, 1, 2, or 3 (shifts for the 'lea' instruction).
  
!      'N'
!           Unsigned 8-bit integer constant (for 'in' and 'out'
            instructions).
  
!      'O'
            Integer constant in the range 0 ... 127, for 128-bit shifts.
  
!      'G'
            Standard 80387 floating point constant.
  
!      'C'
            SSE constant zero operand.
  
!      'e'
            32-bit signed integer constant, or a symbolic reference known
            to fit that range (for immediate operands in sign-extending
            x86-64 instructions).
  
!      'Z'
            32-bit unsigned integer constant, or a symbolic reference
            known to fit that range (for immediate operands in
            zero-extending x86-64 instructions).
  
! _Xstormy16--'config/stormy16/stormy16.h'_
!      'a'
            Register r0.
  
!      'b'
            Register r1.
  
!      'c'
            Register r2.
  
!      'd'
            Register r8.
  
!      'e'
            Registers r0 through r7.
  
!      't'
            Registers r0 and r1.
  
!      'y'
            The carry register.
  
!      'z'
            Registers r8 and r9.
  
!      'I'
            A constant between 0 and 3 inclusive.
  
!      'J'
            A constant that has exactly one bit set.
  
!      'K'
            A constant that has exactly one bit clear.
  
!      'L'
            A constant between 0 and 255 inclusive.
  
!      'M'
            A constant between -255 and 0 inclusive.
  
!      'N'
            A constant between -3 and 0 inclusive.
  
!      'O'
            A constant between 1 and 4 inclusive.
  
!      'P'
            A constant between -4 and -1 inclusive.
  
!      'Q'
            A memory reference that is a stack push.
  
!      'R'
            A memory reference that is a stack pop.
  
!      'S'
            A memory reference that refers to a constant address of known
            value.
  
!      'T'
            The register indicated by Rx (not implemented yet).
  
!      'U'
            A constant that is not between 2 and 15 inclusive.
  
!      'Z'
            The constant 0.
  
! _Xtensa--'config/xtensa/constraints.md'_
!      'a'
            General-purpose 32-bit register
  
!      'b'
            One-bit boolean register
  
!      'A'
            MAC16 40-bit accumulator register
  
!      'I'
            Signed 12-bit integer constant, for use in MOVI instructions
  
!      'J'
            Signed 8-bit integer constant, for use in ADDI instructions
  
!      'K'
            Integer constant valid for BccI instructions
  
!      'L'
            Unsigned constant valid for BccUI instructions
  
  
  File: gccint.info,  Node: Disable Insn Alternatives,  Next: Define Constraints,  Prev: Machine Constraints,  Up: Constraints
  
! 16.8.6 Disable insn alternatives using the 'enabled' attribute
  --------------------------------------------------------------
  
  There are three insn attributes that may be used to selectively disable
  instruction alternatives:
  
! 'enabled'
       Says whether an alternative is available on the current subtarget.
  
! 'preferred_for_size'
       Says whether an enabled alternative should be used in code that is
       optimized for size.
  
! 'preferred_for_speed'
       Says whether an enabled alternative should be used in code that is
       optimized for speed.
  
!  All these attributes should use '(const_int 1)' to allow an alternative
! or '(const_int 0)' to disallow it.  The attributes must be a static
! property of the subtarget; they cannot for example depend on the current
! operands, on the current optimization level, on the location of the insn
! within the body of a loop, on whether register allocation has finished,
! or on the current compiler pass.
  
!  The 'enabled' attribute is a correctness property.  It tells GCC to act
  as though the disabled alternatives were never defined in the first
  place.  This is useful when adding new instructions to an existing
  pattern in cases where the new instructions are only available for
! certain cpu architecture levels (typically mapped to the '-march='
  command-line option).
  
!  In contrast, the 'preferred_for_size' and 'preferred_for_speed'
  attributes are strong optimization hints rather than correctness
! properties.  'preferred_for_size' tells GCC which alternatives to
  consider when adding or modifying an instruction that GCC wants to
! optimize for size.  'preferred_for_speed' does the same thing for speed.
! Note that things like code motion can lead to cases where code optimized
! for size uses alternatives that are not preferred for size, and
! similarly for speed.
  
!  Although 'define_insn's can in principle specify the 'enabled'
  attribute directly, it is often clearer to have subsiduary attributes
! for each architectural feature of interest.  The 'define_insn's can then
! use these subsiduary attributes to say which alternatives require which
! features.  The example below does this for 'cpu_facility'.
  
!  E.g.  the following two patterns could easily be merged using the
! 'enabled' attribute:
  
  
       (define_insn "*movdi_old"
--- 22760,22977 ----
                   return ((unsigned long long)tickh << 32)|tickl;
                 }
  
!     `f'
            Any 80387 floating-point (stack) register.
  
!     `t'
!           Top of 80387 floating-point stack (`%st(0)').
  
!     `u'
!           Second from top of 80387 floating-point stack (`%st(1)').
  
!     `y'
            Any MMX register.
  
!     `x'
            Any SSE register.
  
!     `Yz'
!           First SSE register (`%xmm0').
  
!     `Y2'
            Any SSE register, when SSE2 is enabled.
  
!     `Yi'
            Any SSE register, when SSE2 and inter-unit moves are enabled.
  
!     `Ym'
            Any MMX register, when inter-unit moves are enabled.
  
!     `I'
            Integer constant in the range 0 ... 31, for 32-bit shifts.
  
!     `J'
            Integer constant in the range 0 ... 63, for 64-bit shifts.
  
!     `K'
            Signed 8-bit integer constant.
  
!     `L'
!           `0xFF' or `0xFFFF', for andsi as a zero-extending move.
  
!     `M'
!           0, 1, 2, or 3 (shifts for the `lea' instruction).
  
!     `N'
!           Unsigned 8-bit integer constant (for `in' and `out'
            instructions).
  
!     `O'
            Integer constant in the range 0 ... 127, for 128-bit shifts.
  
!     `G'
            Standard 80387 floating point constant.
  
!     `C'
            SSE constant zero operand.
  
!     `e'
            32-bit signed integer constant, or a symbolic reference known
            to fit that range (for immediate operands in sign-extending
            x86-64 instructions).
  
!     `Z'
            32-bit unsigned integer constant, or a symbolic reference
            known to fit that range (for immediate operands in
            zero-extending x86-64 instructions).
  
! 
! _Xstormy16--`config/stormy16/stormy16.h'_
! 
!     `a'
            Register r0.
  
!     `b'
            Register r1.
  
!     `c'
            Register r2.
  
!     `d'
            Register r8.
  
!     `e'
            Registers r0 through r7.
  
!     `t'
            Registers r0 and r1.
  
!     `y'
            The carry register.
  
!     `z'
            Registers r8 and r9.
  
!     `I'
            A constant between 0 and 3 inclusive.
  
!     `J'
            A constant that has exactly one bit set.
  
!     `K'
            A constant that has exactly one bit clear.
  
!     `L'
            A constant between 0 and 255 inclusive.
  
!     `M'
            A constant between -255 and 0 inclusive.
  
!     `N'
            A constant between -3 and 0 inclusive.
  
!     `O'
            A constant between 1 and 4 inclusive.
  
!     `P'
            A constant between -4 and -1 inclusive.
  
!     `Q'
            A memory reference that is a stack push.
  
!     `R'
            A memory reference that is a stack pop.
  
!     `S'
            A memory reference that refers to a constant address of known
            value.
  
!     `T'
            The register indicated by Rx (not implemented yet).
  
!     `U'
            A constant that is not between 2 and 15 inclusive.
  
!     `Z'
            The constant 0.
  
! 
! _Xtensa--`config/xtensa/constraints.md'_
! 
!     `a'
            General-purpose 32-bit register
  
!     `b'
            One-bit boolean register
  
!     `A'
            MAC16 40-bit accumulator register
  
!     `I'
            Signed 12-bit integer constant, for use in MOVI instructions
  
!     `J'
            Signed 8-bit integer constant, for use in ADDI instructions
  
!     `K'
            Integer constant valid for BccI instructions
  
!     `L'
            Unsigned constant valid for BccUI instructions
  
+ 
+ 
  
  File: gccint.info,  Node: Disable Insn Alternatives,  Next: Define Constraints,  Prev: Machine Constraints,  Up: Constraints
  
! 16.8.6 Disable insn alternatives using the `enabled' attribute
  --------------------------------------------------------------
  
  There are three insn attributes that may be used to selectively disable
  instruction alternatives:
  
! `enabled'
       Says whether an alternative is available on the current subtarget.
  
! `preferred_for_size'
       Says whether an enabled alternative should be used in code that is
       optimized for size.
  
! `preferred_for_speed'
       Says whether an enabled alternative should be used in code that is
       optimized for speed.
  
!  All these attributes should use `(const_int 1)' to allow an alternative
! or `(const_int 0)' to disallow it.  The attributes must be a static
! property of the subtarget; they cannot for example depend on the
! current operands, on the current optimization level, on the location of
! the insn within the body of a loop, on whether register allocation has
! finished, or on the current compiler pass.
  
!  The `enabled' attribute is a correctness property.  It tells GCC to act
  as though the disabled alternatives were never defined in the first
  place.  This is useful when adding new instructions to an existing
  pattern in cases where the new instructions are only available for
! certain cpu architecture levels (typically mapped to the `-march='
  command-line option).
  
!  In contrast, the `preferred_for_size' and `preferred_for_speed'
  attributes are strong optimization hints rather than correctness
! properties.  `preferred_for_size' tells GCC which alternatives to
  consider when adding or modifying an instruction that GCC wants to
! optimize for size.  `preferred_for_speed' does the same thing for
! speed.  Note that things like code motion can lead to cases where code
! optimized for size uses alternatives that are not preferred for size,
! and similarly for speed.
  
!  Although `define_insn's can in principle specify the `enabled'
  attribute directly, it is often clearer to have subsiduary attributes
! for each architectural feature of interest.  The `define_insn's can
! then use these subsiduary attributes to say which alternatives require
! which features.  The example below does this for `cpu_facility'.
  
!  E.g. the following two patterns could easily be merged using the
! `enabled' attribute:
  
  
       (define_insn "*movdi_old"
*************** features.  The example below does this f
*** 22625,22631 ****
          ldgr %0,%1
          lgdr %0,%1")
  
- 
   to:
  
  
--- 22989,22994 ----
*************** features.  The example below does this f
*** 22639,22646 ****
          lgdr %0,%1"
         [(set_attr "cpu_facility" "*,new,new")])
  
! 
!  with the 'enabled' attribute defined like this:
  
  
       (define_attr "cpu_facility" "standard,new" (const_string "standard"))
--- 23002,23008 ----
          lgdr %0,%1"
         [(set_attr "cpu_facility" "*,new,new")])
  
!  with the `enabled' attribute defined like this:
  
  
       (define_attr "cpu_facility" "standard,new" (const_string "standard"))
*************** features.  The example below does this f
*** 22652,22658 ****
                (const_int 1)]
               (const_int 0)))
  
- 
  
  File: gccint.info,  Node: Define Constraints,  Next: C Constraint Interface,  Prev: Disable Insn Alternatives,  Up: Constraints
  
--- 23014,23019 ----
*************** File: gccint.info,  Node: Define Constra
*** 22660,22679 ****
  --------------------------------------------
  
  Machine-specific constraints fall into two categories: register and
! non-register constraints.  Within the latter category, constraints which
! allow subsets of all possible memory or address operands should be
! specially marked, to give 'reload' more information.
  
   Machine-specific constraints can be given names of arbitrary length,
  but they must be entirely composed of letters, digits, underscores
! ('_'), and angle brackets ('< >').  Like C identifiers, they must begin
  with a letter or underscore.
  
   In order to avoid ambiguity in operand constraint strings, no
! constraint can have a name that begins with any other constraint's name.
! For example, if 'x' is defined as a constraint name, 'xy' may not be,
! and vice versa.  As a consequence of this rule, no constraint may begin
! with one of the generic constraint letters: 'E F V X g i m n o p r s'.
  
   Register constraints correspond directly to register classes.  *Note
  Register Classes::.  There is thus not much flexibility in their
--- 23021,23041 ----
  --------------------------------------------
  
  Machine-specific constraints fall into two categories: register and
! non-register constraints.  Within the latter category, constraints
! which allow subsets of all possible memory or address operands should
! be specially marked, to give `reload' more information.
  
   Machine-specific constraints can be given names of arbitrary length,
  but they must be entirely composed of letters, digits, underscores
! (`_'), and angle brackets (`< >').  Like C identifiers, they must begin
  with a letter or underscore.
  
   In order to avoid ambiguity in operand constraint strings, no
! constraint can have a name that begins with any other constraint's
! name.  For example, if `x' is defined as a constraint name, `xy' may
! not be, and vice versa.  As a consequence of this rule, no constraint
! may begin with one of the generic constraint letters: `E F V X g i m n
! o p r s'.
  
   Register constraints correspond directly to register classes.  *Note
  Register Classes::.  There is thus not much flexibility in their
*************** definitions.
*** 22681,22695 ****
  
   -- MD Expression: define_register_constraint name regclass docstring
       All three arguments are string constants.  NAME is the name of the
!      constraint, as it will appear in 'match_operand' expressions.  If
       NAME is a multi-letter constraint its length shall be the same for
       all constraints starting with the same letter.  REGCLASS can be
!      either the name of the corresponding register class (*note Register
!      Classes::), or a C expression which evaluates to the appropriate
!      register class.  If it is an expression, it must have no side
!      effects, and it cannot look at the operand.  The usual use of
!      expressions is to map some register constraints to 'NO_REGS' when
!      the register class is not available on a given subarchitecture.
  
       DOCSTRING is a sentence documenting the meaning of the constraint.
       Docstrings are explained further below.
--- 23043,23058 ----
  
   -- MD Expression: define_register_constraint name regclass docstring
       All three arguments are string constants.  NAME is the name of the
!      constraint, as it will appear in `match_operand' expressions.  If
       NAME is a multi-letter constraint its length shall be the same for
       all constraints starting with the same letter.  REGCLASS can be
!      either the name of the corresponding register class (*note
!      Register Classes::), or a C expression which evaluates to the
!      appropriate register class.  If it is an expression, it must have
!      no side effects, and it cannot look at the operand.  The usual use
!      of expressions is to map some register constraints to `NO_REGS'
!      when the register class is not available on a given
!      subarchitecture.
  
       DOCSTRING is a sentence documenting the meaning of the constraint.
       Docstrings are explained further below.
*************** constraint matches.
*** 22700,22813 ****
  
   -- MD Expression: define_constraint name docstring exp
       The NAME and DOCSTRING arguments are the same as for
!      'define_register_constraint', but note that the docstring comes
       immediately after the name for these expressions.  EXP is an RTL
       expression, obeying the same rules as the RTL expressions in
       predicate definitions.  *Note Defining Predicates::, for details.
       If it evaluates true, the constraint matches; if it evaluates
!      false, it doesn't.  Constraint expressions should indicate which
       RTL codes they might match, just like predicate expressions.
  
!      'match_test' C expressions have access to the following variables:
  
!      OP
            The RTL object defining the operand.
!      MODE
            The machine mode of OP.
!      IVAL
!           'INTVAL (OP)', if OP is a 'const_int'.
!      HVAL
!           'CONST_DOUBLE_HIGH (OP)', if OP is an integer 'const_double'.
!      LVAL
!           'CONST_DOUBLE_LOW (OP)', if OP is an integer 'const_double'.
!      RVAL
!           'CONST_DOUBLE_REAL_VALUE (OP)', if OP is a floating-point
!           'const_double'.
  
       The *VAL variables should only be used once another piece of the
       expression has verified that OP is the appropriate kind of RTL
       object.
  
   Most non-register constraints should be defined with
! 'define_constraint'.  The remaining two definition expressions are only
! appropriate for constraints that should be handled specially by 'reload'
! if they fail to match.
  
   -- MD Expression: define_memory_constraint name docstring exp
       Use this expression for constraints that match a subset of all
!      memory operands: that is, 'reload' can make them match by
!      converting the operand to the form '(mem (reg X))', where X is a
       base register (from the register class specified by
!      'BASE_REG_CLASS', *note Register Classes::).
  
       For example, on the S/390, some instructions do not accept
!      arbitrary memory references, but only those that do not make use of
!      an index register.  The constraint letter 'Q' is defined to
!      represent a memory address of this type.  If 'Q' is defined with
!      'define_memory_constraint', a 'Q' constraint can handle any memory
!      operand, because 'reload' knows it can simply copy the memory
!      address into a base register if required.  This is analogous to the
!      way an 'o' constraint can handle any memory operand.
  
       The syntax and semantics are otherwise identical to
!      'define_constraint'.
  
   -- MD Expression: define_special_memory_constraint name docstring exp
       Use this expression for constraints that match a subset of all
!      memory operands: that is, 'reload' can not make them match by
       reloading the address as it is described for
!      'define_memory_constraint' or such address reload is undesirable
       with the performance point of view.
  
!      For example, 'define_special_memory_constraint' can be useful if
       specifically aligned memory is necessary or desirable for some insn
       operand.
  
       The syntax and semantics are otherwise identical to
!      'define_constraint'.
  
   -- MD Expression: define_address_constraint name docstring exp
       Use this expression for constraints that match a subset of all
!      address operands: that is, 'reload' can make the constraint match
!      by converting the operand to the form '(reg X)', again with X a
       base register.
  
!      Constraints defined with 'define_address_constraint' can only be
!      used with the 'address_operand' predicate, or machine-specific
       predicates that work the same way.  They are treated analogously to
!      the generic 'p' constraint.
  
       The syntax and semantics are otherwise identical to
!      'define_constraint'.
  
!  For historical reasons, names beginning with the letters 'G H' are
! reserved for constraints that match only 'const_double's, and names
! beginning with the letters 'I J K L M N O P' are reserved for
! constraints that match only 'const_int's.  This may change in the
  future.  For the time being, constraints with these names must be
! written in a stylized form, so that 'genpreds' can tell you did it
  correctly:
  
       (define_constraint "[GHIJKLMNOP]..."
         "DOC..."
!        (and (match_code "const_int")  ; 'const_double' for G/H
!             CONDITION...))            ; usually a 'match_test'
  
   It is fine to use names beginning with other letters for constraints
! that match 'const_double's or 'const_int's.
  
   Each docstring in a constraint definition should be one or more
  complete sentences, marked up in Texinfo format.  _They are currently
! unused._  In the future they will be copied into the GCC manual, in
  *note Machine Constraints::, replacing the hand-maintained tables
  currently found in that section.  Also, in the future the compiler may
! use this to give more helpful diagnostics when poor choice of 'asm'
  constraints causes a reload failure.
  
!  If you put the pseudo-Texinfo directive '@internal' at the beginning of
! a docstring, then (in the future) it will appear only in the internals
! manual's version of the machine-specific constraint tables.  Use this
! for constraints that should not appear in 'asm' statements.
  
  
  File: gccint.info,  Node: C Constraint Interface,  Prev: Define Constraints,  Up: Constraints
--- 23063,23181 ----
  
   -- MD Expression: define_constraint name docstring exp
       The NAME and DOCSTRING arguments are the same as for
!      `define_register_constraint', but note that the docstring comes
       immediately after the name for these expressions.  EXP is an RTL
       expression, obeying the same rules as the RTL expressions in
       predicate definitions.  *Note Defining Predicates::, for details.
       If it evaluates true, the constraint matches; if it evaluates
!      false, it doesn't. Constraint expressions should indicate which
       RTL codes they might match, just like predicate expressions.
  
!      `match_test' C expressions have access to the following variables:
  
!     OP
            The RTL object defining the operand.
! 
!     MODE
            The machine mode of OP.
! 
!     IVAL
!           `INTVAL (OP)', if OP is a `const_int'.
! 
!     HVAL
!           `CONST_DOUBLE_HIGH (OP)', if OP is an integer `const_double'.
! 
!     LVAL
!           `CONST_DOUBLE_LOW (OP)', if OP is an integer `const_double'.
! 
!     RVAL
!           `CONST_DOUBLE_REAL_VALUE (OP)', if OP is a floating-point
!           `const_double'.
  
       The *VAL variables should only be used once another piece of the
       expression has verified that OP is the appropriate kind of RTL
       object.
  
   Most non-register constraints should be defined with
! `define_constraint'.  The remaining two definition expressions are only
! appropriate for constraints that should be handled specially by
! `reload' if they fail to match.
  
   -- MD Expression: define_memory_constraint name docstring exp
       Use this expression for constraints that match a subset of all
!      memory operands: that is, `reload' can make them match by
!      converting the operand to the form `(mem (reg X))', where X is a
       base register (from the register class specified by
!      `BASE_REG_CLASS', *note Register Classes::).
  
       For example, on the S/390, some instructions do not accept
!      arbitrary memory references, but only those that do not make use
!      of an index register.  The constraint letter `Q' is defined to
!      represent a memory address of this type.  If `Q' is defined with
!      `define_memory_constraint', a `Q' constraint can handle any memory
!      operand, because `reload' knows it can simply copy the memory
!      address into a base register if required.  This is analogous to
!      the way an `o' constraint can handle any memory operand.
  
       The syntax and semantics are otherwise identical to
!      `define_constraint'.
  
   -- MD Expression: define_special_memory_constraint name docstring exp
       Use this expression for constraints that match a subset of all
!      memory operands: that is, `reload' can not make them match by
       reloading the address as it is described for
!      `define_memory_constraint' or such address reload is undesirable
       with the performance point of view.
  
!      For example, `define_special_memory_constraint' can be useful if
       specifically aligned memory is necessary or desirable for some insn
       operand.
  
       The syntax and semantics are otherwise identical to
!      `define_constraint'.
  
   -- MD Expression: define_address_constraint name docstring exp
       Use this expression for constraints that match a subset of all
!      address operands: that is, `reload' can make the constraint match
!      by converting the operand to the form `(reg X)', again with X a
       base register.
  
!      Constraints defined with `define_address_constraint' can only be
!      used with the `address_operand' predicate, or machine-specific
       predicates that work the same way.  They are treated analogously to
!      the generic `p' constraint.
  
       The syntax and semantics are otherwise identical to
!      `define_constraint'.
  
!  For historical reasons, names beginning with the letters `G H' are
! reserved for constraints that match only `const_double's, and names
! beginning with the letters `I J K L M N O P' are reserved for
! constraints that match only `const_int's.  This may change in the
  future.  For the time being, constraints with these names must be
! written in a stylized form, so that `genpreds' can tell you did it
  correctly:
  
       (define_constraint "[GHIJKLMNOP]..."
         "DOC..."
!        (and (match_code "const_int")  ; `const_double' for G/H
!             CONDITION...))            ; usually a `match_test'
  
   It is fine to use names beginning with other letters for constraints
! that match `const_double's or `const_int's.
  
   Each docstring in a constraint definition should be one or more
  complete sentences, marked up in Texinfo format.  _They are currently
! unused._ In the future they will be copied into the GCC manual, in
  *note Machine Constraints::, replacing the hand-maintained tables
  currently found in that section.  Also, in the future the compiler may
! use this to give more helpful diagnostics when poor choice of `asm'
  constraints causes a reload failure.
  
!  If you put the pseudo-Texinfo directive `@internal' at the beginning
! of a docstring, then (in the future) it will appear only in the
! internals manual's version of the machine-specific constraint tables.
! Use this for constraints that should not appear in `asm' statements.
  
  
  File: gccint.info,  Node: C Constraint Interface,  Prev: Define Constraints,  Up: Constraints
*************** File: gccint.info,  Node: C Constraint I
*** 22816,22874 ****
  ---------------------------------
  
  It is occasionally useful to test a constraint from C code rather than
! implicitly via the constraint string in a 'match_operand'.  The
! generated file 'tm_p.h' declares a few interfaces for working with
  constraints.  At present these are defined for all constraints except
! 'g' (which is equivalent to 'general_operand').
  
   Some valid constraint names are not valid C identifiers, so there is a
  mangling scheme for referring to them from C.  Constraint names that do
  not contain angle brackets or underscores are left unchanged.
! Underscores are doubled, each '<' is replaced with '_l', and each '>'
! with '_g'.  Here are some examples:
  
!      *Original* *Mangled*  
!      x          x       
!      P42x       P42x    
!      P4_x       P4__x   
!      P4>x       P4_gx   
!      P4>>       P4_g_g  
!      P4_g>      P4__g_g 
  
   Throughout this section, the variable C is either a constraint in the
! abstract sense, or a constant from 'enum constraint_num'; the variable M
! is a mangled constraint name (usually as part of a larger identifier).
  
   -- Enum: constraint_num
!      For each constraint except 'g', there is a corresponding
!      enumeration constant: 'CONSTRAINT_' plus the mangled name of the
!      constraint.  Functions that take an 'enum constraint_num' as an
       argument expect one of these constants.
  
   -- Function: inline bool satisfies_constraint_M (rtx EXP)
!      For each non-register constraint M except 'g', there is one of
!      these functions; it returns 'true' if EXP satisfies the constraint.
!      These functions are only visible if 'rtl.h' was included before
!      'tm_p.h'.
  
   -- Function: bool constraint_satisfied_p (rtx EXP, enum constraint_num
            C)
!      Like the 'satisfies_constraint_M' functions, but the constraint to
       test is given as an argument, C.  If C specifies a register
!      constraint, this function will always return 'false'.
  
   -- Function: enum reg_class reg_class_for_constraint (enum
            constraint_num C)
       Returns the register class associated with C.  If C is not a
       register constraint, or those registers are not available for the
!      currently selected subtarget, returns 'NO_REGS'.
  
!  Here is an example use of 'satisfies_constraint_M'.  In peephole
! optimizations (*note Peephole Definitions::), operand constraint strings
! are ignored, so if there are relevant constraints, they must be tested
! in the C condition.  In the example, the optimization is applied if
! operand 2 does _not_ satisfy the 'K' constraint.  (This is a simplified
! version of a peephole definition from the i386 machine description.)
  
       (define_peephole2
         [(match_scratch:SI 3 "r")
--- 23184,23243 ----
  ---------------------------------
  
  It is occasionally useful to test a constraint from C code rather than
! implicitly via the constraint string in a `match_operand'.  The
! generated file `tm_p.h' declares a few interfaces for working with
  constraints.  At present these are defined for all constraints except
! `g' (which is equivalent to `general_operand').
  
   Some valid constraint names are not valid C identifiers, so there is a
  mangling scheme for referring to them from C.  Constraint names that do
  not contain angle brackets or underscores are left unchanged.
! Underscores are doubled, each `<' is replaced with `_l', and each `>'
! with `_g'.  Here are some examples:
  
!      *Original* *Mangled*
!      `x'        `x'
!      `P42x'     `P42x'
!      `P4_x'     `P4__x'
!      `P4>x'     `P4_gx'
!      `P4>>'     `P4_g_g'
!      `P4_g>'    `P4__g_g'
  
   Throughout this section, the variable C is either a constraint in the
! abstract sense, or a constant from `enum constraint_num'; the variable
! M is a mangled constraint name (usually as part of a larger identifier).
  
   -- Enum: constraint_num
!      For each constraint except `g', there is a corresponding
!      enumeration constant: `CONSTRAINT_' plus the mangled name of the
!      constraint.  Functions that take an `enum constraint_num' as an
       argument expect one of these constants.
  
   -- Function: inline bool satisfies_constraint_M (rtx EXP)
!      For each non-register constraint M except `g', there is one of
!      these functions; it returns `true' if EXP satisfies the
!      constraint.  These functions are only visible if `rtl.h' was
!      included before `tm_p.h'.
  
   -- Function: bool constraint_satisfied_p (rtx EXP, enum constraint_num
            C)
!      Like the `satisfies_constraint_M' functions, but the constraint to
       test is given as an argument, C.  If C specifies a register
!      constraint, this function will always return `false'.
  
   -- Function: enum reg_class reg_class_for_constraint (enum
            constraint_num C)
       Returns the register class associated with C.  If C is not a
       register constraint, or those registers are not available for the
!      currently selected subtarget, returns `NO_REGS'.
  
!  Here is an example use of `satisfies_constraint_M'.  In peephole
! optimizations (*note Peephole Definitions::), operand constraint
! strings are ignored, so if there are relevant constraints, they must be
! tested in the C condition.  In the example, the optimization is applied
! if operand 2 does _not_ satisfy the `K' constraint.  (This is a
! simplified version of a peephole definition from the i386 machine
! description.)
  
       (define_peephole2
         [(match_scratch:SI 3 "r")
*************** generation pass of the compiler.  Giving
*** 22894,22929 ****
  instruction pattern tells the RTL generation pass that it can use the
  pattern to accomplish a certain task.
  
! 'movM'
       Here M stands for a two-letter machine mode name, in lowercase.
       This instruction pattern moves data with that machine mode from
!      operand 1 to operand 0.  For example, 'movsi' moves full-word data.
  
!      If operand 0 is a 'subreg' with mode M of a register whose own mode
!      is wider than M, the effect of this instruction is to store the
!      specified value in the part of the register that corresponds to
!      mode M.  Bits outside of M, but which are within the same target
!      word as the 'subreg' are undefined.  Bits which are outside the
!      target word are left unchanged.
  
       This class of patterns is special in several ways.  First of all,
       each of these names up to and including full word size _must_ be
       defined, because there is no other way to copy a datum from one
       place to another.  If there are patterns accepting operands in
!      larger modes, 'movM' must be defined for integer modes of those
       sizes.
  
       Second, these patterns are not used solely in the RTL generation
       pass.  Even the reload pass can generate move insns to copy values
!      from stack slots into temporary registers.  When it does so, one of
!      the operands is a hard register and the other is an operand that
!      can need to be reloaded into a register.
  
       Therefore, when given such a pair of operands, the pattern must
       generate RTL which needs no reloading and needs no temporary
       registers--no registers other than the operands.  For example, if
!      you support the pattern with a 'define_expand', then in such a case
!      the 'define_expand' mustn't call 'force_reg' or any other such
       function which might generate new pseudo registers.
  
       This requirement exists even for subword modes on a RISC machine
--- 23263,23298 ----
  instruction pattern tells the RTL generation pass that it can use the
  pattern to accomplish a certain task.
  
! `movM'
       Here M stands for a two-letter machine mode name, in lowercase.
       This instruction pattern moves data with that machine mode from
!      operand 1 to operand 0.  For example, `movsi' moves full-word data.
  
!      If operand 0 is a `subreg' with mode M of a register whose own
!      mode is wider than M, the effect of this instruction is to store
!      the specified value in the part of the register that corresponds
!      to mode M.  Bits outside of M, but which are within the same
!      target word as the `subreg' are undefined.  Bits which are outside
!      the target word are left unchanged.
  
       This class of patterns is special in several ways.  First of all,
       each of these names up to and including full word size _must_ be
       defined, because there is no other way to copy a datum from one
       place to another.  If there are patterns accepting operands in
!      larger modes, `movM' must be defined for integer modes of those
       sizes.
  
       Second, these patterns are not used solely in the RTL generation
       pass.  Even the reload pass can generate move insns to copy values
!      from stack slots into temporary registers.  When it does so, one
!      of the operands is a hard register and the other is an operand
!      that can need to be reloaded into a register.
  
       Therefore, when given such a pair of operands, the pattern must
       generate RTL which needs no reloading and needs no temporary
       registers--no registers other than the operands.  For example, if
!      you support the pattern with a `define_expand', then in such a
!      case the `define_expand' mustn't call `force_reg' or any other such
       function which might generate new pseudo registers.
  
       This requirement exists even for subword modes on a RISC machine
*************** pattern to accomplish a certain task.
*** 22936,22946 ****
       be done with the address except to use it as it stands.  If it is
       copied, it will not be replaced with a valid address.  No attempt
       should be made to make such an address into a valid address and no
!      routine (such as 'change_address') that will do so may be called.
!      Note that 'general_operand' will fail when applied to such an
       address.
  
!      The global variable 'reload_in_progress' (which must be explicitly
       declared if required) can be used to determine whether such special
       handling is required.
  
--- 23305,23315 ----
       be done with the address except to use it as it stands.  If it is
       copied, it will not be replaced with a valid address.  No attempt
       should be made to make such an address into a valid address and no
!      routine (such as `change_address') that will do so may be called.
!      Note that `general_operand' will fail when applied to such an
       address.
  
!      The global variable `reload_in_progress' (which must be explicitly
       declared if required) can be used to determine whether such special
       handling is required.
  
*************** pattern to accomplish a certain task.
*** 22951,23025 ****
       reloads.
  
       If a scratch register is required to move an object to or from
!      memory, it can be allocated using 'gen_reg_rtx' prior to life
       analysis.
  
       If there are cases which need scratch registers during or after
       reload, you must provide an appropriate secondary_reload target
       hook.
  
!      The macro 'can_create_pseudo_p' can be used to determine if it is
       unsafe to create new pseudo registers.  If this variable is
!      nonzero, then it is unsafe to call 'gen_reg_rtx' to allocate a new
       pseudo.
  
!      The constraints on a 'movM' must permit moving any hard register to
!      any other hard register provided that 'HARD_REGNO_MODE_OK' permits
!      mode M in both registers and 'TARGET_REGISTER_MOVE_COST' applied to
!      their classes returns a value of 2.
  
!      It is obligatory to support floating point 'movM' instructions into
!      and out of any registers that can hold fixed point values, because
!      unions and structures (which have modes 'SImode' or 'DImode') can
!      be in those registers and they may have floating point members.
  
!      There may also be a need to support fixed point 'movM' instructions
!      in and out of floating point registers.  Unfortunately, I have
!      forgotten why this was so, and I don't know whether it is still
!      true.  If 'HARD_REGNO_MODE_OK' rejects fixed point values in
!      floating point registers, then the constraints of the fixed point
!      'movM' instructions must be designed to avoid ever trying to reload
!      into a floating point register.
  
! 'reload_inM'
! 'reload_outM'
       These named patterns have been obsoleted by the target hook
!      'secondary_reload'.
  
!      Like 'movM', but used when a scratch register is required to move
       between operand 0 and operand 1.  Operand 2 describes the scratch
!      register.  See the discussion of the 'SECONDARY_RELOAD_CLASS' macro
!      in *note Register Classes::.
  
!      There are special restrictions on the form of the 'match_operand's
       used in these patterns.  First, only the predicate for the reload
!      operand is examined, i.e., 'reload_in' examines operand 1, but not
       the predicates for operand 0 or 2.  Second, there may be only one
       alternative in the constraints.  Third, only a single register
       class letter may be used for the constraint; subsequent constraint
       letters are ignored.  As a special exception, an empty constraint
!      string matches the 'ALL_REGS' register class.  This may relieve
!      ports of the burden of defining an 'ALL_REGS' constraint letter
       just for these patterns.
  
! 'movstrictM'
!      Like 'movM' except that if operand 0 is a 'subreg' with mode M of a
!      register whose natural mode is wider, the 'movstrictM' instruction
!      is guaranteed not to alter any of the register except the part
!      which belongs to mode M.
  
! 'movmisalignM'
       This variant of a move pattern is designed to load or store a value
       from a memory address that is not naturally aligned for its mode.
       For a store, the memory will be in operand 0; for a load, the
       memory will be in operand 1.  The other operand is guaranteed not
!      to be a memory, so that it's easy to tell whether this is a load or
!      store.
  
       This pattern is used by the autovectorizer, and when expanding a
!      'MISALIGNED_INDIRECT_REF' expression.
  
! 'load_multiple'
       Load several consecutive memory locations into consecutive
       registers.  Operand 0 is the first of the consecutive registers,
       operand 1 is the first memory location, and operand 2 is a
--- 23320,23395 ----
       reloads.
  
       If a scratch register is required to move an object to or from
!      memory, it can be allocated using `gen_reg_rtx' prior to life
       analysis.
  
       If there are cases which need scratch registers during or after
       reload, you must provide an appropriate secondary_reload target
       hook.
  
!      The macro `can_create_pseudo_p' can be used to determine if it is
       unsafe to create new pseudo registers.  If this variable is
!      nonzero, then it is unsafe to call `gen_reg_rtx' to allocate a new
       pseudo.
  
!      The constraints on a `movM' must permit moving any hard register
!      to any other hard register provided that `HARD_REGNO_MODE_OK'
!      permits mode M in both registers and `TARGET_REGISTER_MOVE_COST'
!      applied to their classes returns a value of 2.
  
!      It is obligatory to support floating point `movM' instructions
!      into and out of any registers that can hold fixed point values,
!      because unions and structures (which have modes `SImode' or
!      `DImode') can be in those registers and they may have floating
!      point members.
  
!      There may also be a need to support fixed point `movM'
!      instructions in and out of floating point registers.
!      Unfortunately, I have forgotten why this was so, and I don't know
!      whether it is still true.  If `HARD_REGNO_MODE_OK' rejects fixed
!      point values in floating point registers, then the constraints of
!      the fixed point `movM' instructions must be designed to avoid ever
!      trying to reload into a floating point register.
  
! `reload_inM'
! `reload_outM'
       These named patterns have been obsoleted by the target hook
!      `secondary_reload'.
  
!      Like `movM', but used when a scratch register is required to move
       between operand 0 and operand 1.  Operand 2 describes the scratch
!      register.  See the discussion of the `SECONDARY_RELOAD_CLASS'
!      macro in *note Register Classes::.
  
!      There are special restrictions on the form of the `match_operand's
       used in these patterns.  First, only the predicate for the reload
!      operand is examined, i.e., `reload_in' examines operand 1, but not
       the predicates for operand 0 or 2.  Second, there may be only one
       alternative in the constraints.  Third, only a single register
       class letter may be used for the constraint; subsequent constraint
       letters are ignored.  As a special exception, an empty constraint
!      string matches the `ALL_REGS' register class.  This may relieve
!      ports of the burden of defining an `ALL_REGS' constraint letter
       just for these patterns.
  
! `movstrictM'
!      Like `movM' except that if operand 0 is a `subreg' with mode M of
!      a register whose natural mode is wider, the `movstrictM'
!      instruction is guaranteed not to alter any of the register except
!      the part which belongs to mode M.
  
! `movmisalignM'
       This variant of a move pattern is designed to load or store a value
       from a memory address that is not naturally aligned for its mode.
       For a store, the memory will be in operand 0; for a load, the
       memory will be in operand 1.  The other operand is guaranteed not
!      to be a memory, so that it's easy to tell whether this is a load
!      or store.
  
       This pattern is used by the autovectorizer, and when expanding a
!      `MISALIGNED_INDIRECT_REF' expression.
  
! `load_multiple'
       Load several consecutive memory locations into consecutive
       registers.  Operand 0 is the first of the consecutive registers,
       operand 1 is the first memory location, and operand 2 is a
*************** pattern to accomplish a certain task.
*** 23033,23054 ****
       On some machines, there are restrictions as to which consecutive
       registers can be stored into memory, such as particular starting or
       ending register numbers or only a range of valid counts.  For those
!      machines, use a 'define_expand' (*note Expander Definitions::) and
       make the pattern fail if the restrictions are not met.
  
!      Write the generated insn as a 'parallel' with elements being a
!      'set' of one register from the appropriate memory location (you may
!      also need 'use' or 'clobber' elements).  Use a 'match_parallel'
!      (*note RTL Template::) to recognize the insn.  See 'rs6000.md' for
       examples of the use of this insn pattern.
  
! 'store_multiple'
!      Similar to 'load_multiple', but store several consecutive registers
       into consecutive memory locations.  Operand 0 is the first of the
       consecutive memory locations, operand 1 is the first register, and
       operand 2 is a constant: the number of consecutive registers.
  
! 'vec_load_lanesMN'
       Perform an interleaved load of several vectors from memory operand
       1 into register operand 0.  Both operands have mode M.  The
       register operand is viewed as holding consecutive vectors of mode
--- 23403,23424 ----
       On some machines, there are restrictions as to which consecutive
       registers can be stored into memory, such as particular starting or
       ending register numbers or only a range of valid counts.  For those
!      machines, use a `define_expand' (*note Expander Definitions::) and
       make the pattern fail if the restrictions are not met.
  
!      Write the generated insn as a `parallel' with elements being a
!      `set' of one register from the appropriate memory location (you may
!      also need `use' or `clobber' elements).  Use a `match_parallel'
!      (*note RTL Template::) to recognize the insn.  See `rs6000.md' for
       examples of the use of this insn pattern.
  
! `store_multiple'
!      Similar to `load_multiple', but store several consecutive registers
       into consecutive memory locations.  Operand 0 is the first of the
       consecutive memory locations, operand 1 is the first register, and
       operand 2 is a constant: the number of consecutive registers.
  
! `vec_load_lanesMN'
       Perform an interleaved load of several vectors from memory operand
       1 into register operand 0.  Both operands have mode M.  The
       register operand is viewed as holding consecutive vectors of mode
*************** pattern to accomplish a certain task.
*** 23060,23068 ****
              for (i = 0; i < c; i++)
                operand0[i][j] = operand1[j * c + i];
  
!      For example, 'vec_load_lanestiv4hi' loads 8 16-bit values from
!      memory into a register of mode 'TI'.  The register contains two
!      consecutive vectors of mode 'V4HI'.
  
       This pattern can only be used if:
            TARGET_ARRAY_MODE_SUPPORTED_P (N, C)
--- 23430,23438 ----
              for (i = 0; i < c; i++)
                operand0[i][j] = operand1[j * c + i];
  
!      For example, `vec_load_lanestiv4hi' loads 8 16-bit values from
!      memory into a register of mode `TI'.  The register contains two
!      consecutive vectors of mode `V4HI'.
  
       This pattern can only be used if:
            TARGET_ARRAY_MODE_SUPPORTED_P (N, C)
*************** pattern to accomplish a certain task.
*** 23070,23079 ****
       instruction for some mode N, it also supports unaligned loads for
       vectors of mode N.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'vec_store_lanesMN'
!      Equivalent to 'vec_load_lanesMN', with the memory and register
       operands reversed.  That is, the instruction is equivalent to:
  
            int c = GET_MODE_SIZE (M) / GET_MODE_SIZE (N);
--- 23440,23449 ----
       instruction for some mode N, it also supports unaligned loads for
       vectors of mode N.
  
!      This pattern is not allowed to `FAIL'.
  
! `vec_store_lanesMN'
!      Equivalent to `vec_load_lanesMN', with the memory and register
       operands reversed.  That is, the instruction is equivalent to:
  
            int c = GET_MODE_SIZE (M) / GET_MODE_SIZE (N);
*************** pattern to accomplish a certain task.
*** 23083,23376 ****
  
       for a memory operand 0 and register operand 1.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'vec_setM'
       Set given field in the vector value.  Operand 0 is the vector to
       modify, operand 1 is new value of field and operand 2 specify the
       field index.
  
! 'vec_extractM'
       Extract given field from the vector value.  Operand 1 is the
       vector, operand 2 specify field index and operand 0 place to store
       value into.
  
! 'vec_initM'
       Initialize the vector to given values.  Operand 0 is the vector to
       initialize and operand 1 is parallel containing values for
       individual fields.
  
! 'vec_cmpMN'
!      Output a vector comparison.  Operand 0 of mode N is the destination
!      for predicate in operand 1 which is a signed vector comparison with
!      operands of mode M in operands 2 and 3.  Predicate is computed by
!      element-wise evaluation of the vector comparison with a truth value
!      of all-ones and a false value of all-zeros.
  
! 'vec_cmpuMN'
!      Similar to 'vec_cmpMN' but perform unsigned vector comparison.
  
! 'vec_cmpeqMN'
!      Similar to 'vec_cmpMN' but perform equality or non-equality vector
!      comparison only.  If 'vec_cmpMN' or 'vec_cmpuMN' instruction
!      pattern is supported, it will be preferred over 'vec_cmpeqMN', so
       there is no need to define this instruction pattern if the others
       are supported.
  
! 'vcondMN'
       Output a conditional vector move.  Operand 0 is the destination to
!      receive a combination of operand 1 and operand 2, which are of mode
!      M, dependent on the outcome of the predicate in operand 3 which is
!      a signed vector comparison with operands of mode N in operands 4
!      and 5.  The modes M and N should have the same size.  Operand 0
!      will be set to the value OP1 & MSK | OP2 & ~MSK where MSK is
!      computed by element-wise evaluation of the vector comparison with a
!      truth value of all-ones and a false value of all-zeros.
  
! 'vconduMN'
!      Similar to 'vcondMN' but performs unsigned vector comparison.
  
! 'vcondeqMN'
!      Similar to 'vcondMN' but performs equality or non-equality vector
!      comparison only.  If 'vcondMN' or 'vconduMN' instruction pattern is
!      supported, it will be preferred over 'vcondeqMN', so there is no
!      need to define this instruction pattern if the others are
       supported.
  
! 'vcond_mask_MN'
!      Similar to 'vcondMN' but operand 3 holds a pre-computed result of
       vector comparison.
  
! 'maskloadMN'
       Perform a masked load of vector from memory operand 1 of mode M
       into register operand 0.  Mask is provided in register operand 2 of
       mode N.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'maskstoreMN'
       Perform a masked store of vector from register operand 1 of mode M
       into memory operand 0.  Mask is provided in register operand 2 of
       mode N.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'vec_permM'
       Output a (variable) vector permutation.  Operand 0 is the
!      destination to receive elements from operand 1 and operand 2, which
!      are of mode M.  Operand 3 is the "selector".  It is an integral
!      mode vector of the same width and number of elements as mode M.
  
       The input elements are numbered from 0 in operand 1 through 2*N-1
!      in operand 2.  The elements of the selector must be computed modulo
!      2*N.  Note that if 'rtx_equal_p(operand1, operand2)', this can be
!      implemented with just operand 1 and selector elements modulo N.
  
       In order to make things easy for a number of targets, if there is
!      no 'vec_perm' pattern for mode M, but there is for mode Q where Q
!      is a vector of 'QImode' of the same width as M, the middle-end will
!      lower the mode M 'VEC_PERM_EXPR' to mode Q.
  
! 'vec_perm_constM'
!      Like 'vec_perm' except that the permutation is a compile-time
!      constant.  That is, operand 3, the "selector", is a 'CONST_VECTOR'.
  
       Some targets cannot perform a permutation with a variable selector,
       but can efficiently perform a constant permutation.  Further, the
!      target hook 'vec_perm_ok' is queried to determine if the specific
!      constant permutation is available efficiently; the named pattern is
!      never expanded without 'vec_perm_ok' returning true.
  
!      There is no need for a target to supply both 'vec_permM' and
!      'vec_perm_constM' if the former can trivially implement the
       operation with, say, the vector constant loaded into a register.
  
! 'pushM1'
       Output a push instruction.  Operand 0 is value to push.  Used only
!      when 'PUSH_ROUNDING' is defined.  For historical reason, this
!      pattern may be missing and in such case an 'mov' expander is used
!      instead, with a 'MEM' expression forming the push operation.  The
!      'mov' expander method is deprecated.
  
! 'addM3'
       Add operand 2 and operand 1, storing the result in operand 0.  All
       operands must have mode M.  This can be used even on two-address
       machines, by means of constraints requiring operands 1 and 0 to be
       the same location.
  
! 'ssaddM3', 'usaddM3'
! 'subM3', 'sssubM3', 'ussubM3'
! 'mulM3', 'ssmulM3', 'usmulM3'
! 'divM3', 'ssdivM3'
! 'udivM3', 'usdivM3'
! 'modM3', 'umodM3'
! 'uminM3', 'umaxM3'
! 'andM3', 'iorM3', 'xorM3'
       Similar, for other arithmetic operations.
  
! 'addvM4'
!      Like 'addM3' but takes a 'code_label' as operand 3 and emits code
       to jump to it if signed overflow occurs during the addition.  This
       pattern is used to implement the built-in functions performing
       signed integer addition with overflow checking.
  
! 'subvM4', 'mulvM4'
       Similar, for other signed arithmetic operations.
  
! 'uaddvM4'
!      Like 'addvM4' but for unsigned addition.  That is to say, the
!      operation is the same as signed addition but the jump is taken only
!      on unsigned overflow.
  
! 'usubvM4', 'umulvM4'
       Similar, for other unsigned arithmetic operations.
  
! 'addptrM3'
!      Like 'addM3' but is guaranteed to only be used for address
       calculations.  The expanded code is not allowed to clobber the
!      condition code.  It only needs to be defined if 'addM3' sets the
       condition code.  If adds used for address calculations and normal
!      adds are not compatible it is required to expand a distinct pattern
!      (e.g.  using an unspec).  The pattern is used by LRA to emit
!      address calculations.  'addM3' is used if 'addptrM3' is not
       defined.
  
! 'fmaM4'
       Multiply operand 2 and operand 1, then add operand 3, storing the
       result in operand 0 without doing an intermediate rounding step.
       All operands must have mode M.  This pattern is used to implement
!      the 'fma', 'fmaf', and 'fmal' builtin functions from the ISO C99
       standard.
  
! 'fmsM4'
!      Like 'fmaM4', except operand 3 subtracted from the product instead
       of added to the product.  This is represented in the rtl as
  
            (fma:M OP1 OP2 (neg:M OP3))
  
! 'fnmaM4'
!      Like 'fmaM4' except that the intermediate product is negated before
!      being added to operand 3.  This is represented in the rtl as
  
            (fma:M (neg:M OP1) OP2 OP3)
  
! 'fnmsM4'
!      Like 'fmsM4' except that the intermediate product is negated before
!      subtracting operand 3.  This is represented in the rtl as
  
            (fma:M (neg:M OP1) OP2 (neg:M OP3))
  
! 'sminM3', 'smaxM3'
       Signed minimum and maximum operations.  When used with floating
!      point, if both operands are zeros, or if either operand is 'NaN',
!      then it is unspecified which of the two operands is returned as the
!      result.
  
! 'fminM3', 'fmaxM3'
       IEEE-conformant minimum and maximum operations.  If one operand is
!      a quiet 'NaN', then the other operand is returned.  If both
!      operands are quiet 'NaN', then a quiet 'NaN' is returned.  In the
!      case when gcc supports signaling 'NaN' (-fsignaling-nans) an
!      invalid floating point exception is raised and a quiet 'NaN' is
       returned.
  
       All operands have mode M, which is a scalar or vector
!      floating-point mode.  These patterns are not allowed to 'FAIL'.
  
! 'reduc_smin_scal_M', 'reduc_smax_scal_M'
!      Find the signed minimum/maximum of the elements of a vector.  The
       vector is operand 1, and operand 0 is the scalar result, with mode
       equal to the mode of the elements of the input vector.
  
! 'reduc_umin_scal_M', 'reduc_umax_scal_M'
!      Find the unsigned minimum/maximum of the elements of a vector.  The
       vector is operand 1, and operand 0 is the scalar result, with mode
       equal to the mode of the elements of the input vector.
  
! 'reduc_plus_scal_M'
!      Compute the sum of the elements of a vector.  The vector is operand
       1, and operand 0 is the scalar result, with mode equal to the mode
       of the elements of the input vector.
  
! 'sdot_prodM'
! 'udot_prodM'
       Compute the sum of the products of two signed/unsigned elements.
!      Operand 1 and operand 2 are of the same mode.  Their product, which
!      is of a wider mode, is computed and added to operand 3.  Operand 3
!      is of a mode equal or wider than the mode of the product.  The
!      result is placed in operand 0, which is of the same mode as operand
!      3.
  
! 'ssadM'
! 'usadM'
       Compute the sum of absolute differences of two signed/unsigned
!      elements.  Operand 1 and operand 2 are of the same mode.  Their
       absolute difference, which is of a wider mode, is computed and
!      added to operand 3.  Operand 3 is of a mode equal or wider than the
!      mode of the absolute difference.  The result is placed in operand
       0, which is of the same mode as operand 3.
  
! 'widen_ssumM3'
! 'widen_usumM3'
!      Operands 0 and 2 are of the same mode, which is wider than the mode
!      of operand 1.  Add operand 1 to operand 2 and place the widened
!      result in operand 0.  (This is used express accumulation of
       elements into an accumulator of a wider mode.)
  
! 'vec_shr_M'
!      Whole vector right shift in bits, i.e.  towards element 0.  Operand
       1 is a vector to be shifted.  Operand 2 is an integer shift amount
       in bits.  Operand 0 is where the resulting shifted vector is
       stored.  The output and input vectors should have the same modes.
  
! 'vec_pack_trunc_M'
!      Narrow (demote) and merge the elements of two vectors.  Operands 1
       and 2 are vectors of the same mode having N integral or floating
       point elements of size S.  Operand 0 is the resulting vector in
       which 2*N elements of size N/2 are concatenated after narrowing
       them down using truncation.
  
! 'vec_pack_ssat_M', 'vec_pack_usat_M'
       Narrow (demote) and merge the elements of two vectors.  Operands 1
       and 2 are vectors of the same mode having N integral elements of
!      size S. Operand 0 is the resulting vector in which the elements of
!      the two input vectors are concatenated after narrowing them down
!      using signed/unsigned saturating arithmetic.
  
! 'vec_pack_sfix_trunc_M', 'vec_pack_ufix_trunc_M'
       Narrow, convert to signed/unsigned integral type and merge the
       elements of two vectors.  Operands 1 and 2 are vectors of the same
       mode having N floating point elements of size S.  Operand 0 is the
       resulting vector in which 2*N elements of size N/2 are
       concatenated.
  
! 'vec_unpacks_hi_M', 'vec_unpacks_lo_M'
       Extract and widen (promote) the high/low part of a vector of signed
       integral or floating point elements.  The input vector (operand 1)
!      has N elements of size S.  Widen (promote) the high/low elements of
!      the vector using signed or floating point extension and place the
!      resulting N/2 values of size 2*S in the output vector (operand 0).
  
! 'vec_unpacku_hi_M', 'vec_unpacku_lo_M'
       Extract and widen (promote) the high/low part of a vector of
       unsigned integral elements.  The input vector (operand 1) has N
!      elements of size S. Widen (promote) the high/low elements of the
       vector using zero extension and place the resulting N/2 values of
       size 2*S in the output vector (operand 0).
  
! 'vec_unpacks_float_hi_M', 'vec_unpacks_float_lo_M'
! 'vec_unpacku_float_hi_M', 'vec_unpacku_float_lo_M'
!      Extract, convert to floating point type and widen the high/low part
!      of a vector of signed/unsigned integral elements.  The input vector
!      (operand 1) has N elements of size S.  Convert the high/low
       elements of the vector using floating point conversion and place
       the resulting N/2 values of size 2*S in the output vector (operand
       0).
  
! 'vec_widen_umult_hi_M', 'vec_widen_umult_lo_M'
! 'vec_widen_smult_hi_M', 'vec_widen_smult_lo_M'
! 'vec_widen_umult_even_M', 'vec_widen_umult_odd_M'
! 'vec_widen_smult_even_M', 'vec_widen_smult_odd_M'
       Signed/Unsigned widening multiplication.  The two inputs (operands
       1 and 2) are vectors with N signed/unsigned elements of size S.
       Multiply the high/low or even/odd elements of the two vectors, and
--- 23453,23751 ----
  
       for a memory operand 0 and register operand 1.
  
!      This pattern is not allowed to `FAIL'.
  
! `vec_setM'
       Set given field in the vector value.  Operand 0 is the vector to
       modify, operand 1 is new value of field and operand 2 specify the
       field index.
  
! `vec_extractM'
       Extract given field from the vector value.  Operand 1 is the
       vector, operand 2 specify field index and operand 0 place to store
       value into.
  
! `vec_initM'
       Initialize the vector to given values.  Operand 0 is the vector to
       initialize and operand 1 is parallel containing values for
       individual fields.
  
! `vec_cmpMN'
!      Output a vector comparison.  Operand 0 of mode N is the
!      destination for predicate in operand 1 which is a signed vector
!      comparison with operands of mode M in operands 2 and 3.  Predicate
!      is computed by element-wise evaluation of the vector comparison
!      with a truth value of all-ones and a false value of all-zeros.
  
! `vec_cmpuMN'
!      Similar to `vec_cmpMN' but perform unsigned vector comparison.
  
! `vec_cmpeqMN'
!      Similar to `vec_cmpMN' but perform equality or non-equality vector
!      comparison only.  If `vec_cmpMN' or `vec_cmpuMN' instruction
!      pattern is supported, it will be preferred over `vec_cmpeqMN', so
       there is no need to define this instruction pattern if the others
       are supported.
  
! `vcondMN'
       Output a conditional vector move.  Operand 0 is the destination to
!      receive a combination of operand 1 and operand 2, which are of
!      mode M, dependent on the outcome of the predicate in operand 3
!      which is a signed vector comparison with operands of mode N in
!      operands 4 and 5.  The modes M and N should have the same size.
!      Operand 0 will be set to the value OP1 & MSK | OP2 & ~MSK where
!      MSK is computed by element-wise evaluation of the vector
!      comparison with a truth value of all-ones and a false value of
!      all-zeros.
  
! `vconduMN'
!      Similar to `vcondMN' but performs unsigned vector comparison.
  
! `vcondeqMN'
!      Similar to `vcondMN' but performs equality or non-equality vector
!      comparison only.  If `vcondMN' or `vconduMN' instruction pattern
!      is supported, it will be preferred over `vcondeqMN', so there is
!      no need to define this instruction pattern if the others are
       supported.
  
! `vcond_mask_MN'
!      Similar to `vcondMN' but operand 3 holds a pre-computed result of
       vector comparison.
  
! `maskloadMN'
       Perform a masked load of vector from memory operand 1 of mode M
       into register operand 0.  Mask is provided in register operand 2 of
       mode N.
  
!      This pattern is not allowed to `FAIL'.
  
! `maskstoreMN'
       Perform a masked store of vector from register operand 1 of mode M
       into memory operand 0.  Mask is provided in register operand 2 of
       mode N.
  
!      This pattern is not allowed to `FAIL'.
  
! `vec_permM'
       Output a (variable) vector permutation.  Operand 0 is the
!      destination to receive elements from operand 1 and operand 2,
!      which are of mode M.  Operand 3 is the "selector".  It is an
!      integral mode vector of the same width and number of elements as
!      mode M.
  
       The input elements are numbered from 0 in operand 1 through 2*N-1
!      in operand 2.  The elements of the selector must be computed
!      modulo 2*N.  Note that if `rtx_equal_p(operand1, operand2)', this
!      can be implemented with just operand 1 and selector elements
!      modulo N.
  
       In order to make things easy for a number of targets, if there is
!      no `vec_perm' pattern for mode M, but there is for mode Q where Q
!      is a vector of `QImode' of the same width as M, the middle-end
!      will lower the mode M `VEC_PERM_EXPR' to mode Q.
  
! `vec_perm_constM'
!      Like `vec_perm' except that the permutation is a compile-time
!      constant.  That is, operand 3, the "selector", is a `CONST_VECTOR'.
  
       Some targets cannot perform a permutation with a variable selector,
       but can efficiently perform a constant permutation.  Further, the
!      target hook `vec_perm_ok' is queried to determine if the specific
!      constant permutation is available efficiently; the named pattern
!      is never expanded without `vec_perm_ok' returning true.
  
!      There is no need for a target to supply both `vec_permM' and
!      `vec_perm_constM' if the former can trivially implement the
       operation with, say, the vector constant loaded into a register.
  
! `pushM1'
       Output a push instruction.  Operand 0 is value to push.  Used only
!      when `PUSH_ROUNDING' is defined.  For historical reason, this
!      pattern may be missing and in such case an `mov' expander is used
!      instead, with a `MEM' expression forming the push operation.  The
!      `mov' expander method is deprecated.
  
! `addM3'
       Add operand 2 and operand 1, storing the result in operand 0.  All
       operands must have mode M.  This can be used even on two-address
       machines, by means of constraints requiring operands 1 and 0 to be
       the same location.
  
! `ssaddM3', `usaddM3'
! `subM3', `sssubM3', `ussubM3'
! `mulM3', `ssmulM3', `usmulM3'
! `divM3', `ssdivM3'
! `udivM3', `usdivM3'
! `modM3', `umodM3'
! `uminM3', `umaxM3'
! `andM3', `iorM3', `xorM3'
       Similar, for other arithmetic operations.
  
! `addvM4'
!      Like `addM3' but takes a `code_label' as operand 3 and emits code
       to jump to it if signed overflow occurs during the addition.  This
       pattern is used to implement the built-in functions performing
       signed integer addition with overflow checking.
  
! `subvM4', `mulvM4'
       Similar, for other signed arithmetic operations.
  
! `uaddvM4'
!      Like `addvM4' but for unsigned addition.  That is to say, the
!      operation is the same as signed addition but the jump is taken
!      only on unsigned overflow.
  
! `usubvM4', `umulvM4'
       Similar, for other unsigned arithmetic operations.
  
! `addptrM3'
!      Like `addM3' but is guaranteed to only be used for address
       calculations.  The expanded code is not allowed to clobber the
!      condition code.  It only needs to be defined if `addM3' sets the
       condition code.  If adds used for address calculations and normal
!      adds are not compatible it is required to expand a distinct
!      pattern (e.g. using an unspec).  The pattern is used by LRA to emit
!      address calculations.  `addM3' is used if `addptrM3' is not
       defined.
  
! `fmaM4'
       Multiply operand 2 and operand 1, then add operand 3, storing the
       result in operand 0 without doing an intermediate rounding step.
       All operands must have mode M.  This pattern is used to implement
!      the `fma', `fmaf', and `fmal' builtin functions from the ISO C99
       standard.
  
! `fmsM4'
!      Like `fmaM4', except operand 3 subtracted from the product instead
       of added to the product.  This is represented in the rtl as
  
            (fma:M OP1 OP2 (neg:M OP3))
  
! `fnmaM4'
!      Like `fmaM4' except that the intermediate product is negated
!      before being added to operand 3.  This is represented in the rtl as
  
            (fma:M (neg:M OP1) OP2 OP3)
  
! `fnmsM4'
!      Like `fmsM4' except that the intermediate product is negated
!      before subtracting operand 3.  This is represented in the rtl as
  
            (fma:M (neg:M OP1) OP2 (neg:M OP3))
  
! `sminM3', `smaxM3'
       Signed minimum and maximum operations.  When used with floating
!      point, if both operands are zeros, or if either operand is `NaN',
!      then it is unspecified which of the two operands is returned as
!      the result.
  
! `fminM3', `fmaxM3'
       IEEE-conformant minimum and maximum operations.  If one operand is
!      a quiet `NaN', then the other operand is returned.  If both
!      operands are quiet `NaN', then a quiet `NaN' is returned.  In the
!      case when gcc supports signaling `NaN' (-fsignaling-nans) an
!      invalid floating point exception is raised and a quiet `NaN' is
       returned.
  
       All operands have mode M, which is a scalar or vector
!      floating-point mode.  These patterns are not allowed to `FAIL'.
  
! `reduc_smin_scal_M', `reduc_smax_scal_M'
!      Find the signed minimum/maximum of the elements of a vector. The
       vector is operand 1, and operand 0 is the scalar result, with mode
       equal to the mode of the elements of the input vector.
  
! `reduc_umin_scal_M', `reduc_umax_scal_M'
!      Find the unsigned minimum/maximum of the elements of a vector. The
       vector is operand 1, and operand 0 is the scalar result, with mode
       equal to the mode of the elements of the input vector.
  
! `reduc_plus_scal_M'
!      Compute the sum of the elements of a vector. The vector is operand
       1, and operand 0 is the scalar result, with mode equal to the mode
       of the elements of the input vector.
  
! `sdot_prodM'
! `udot_prodM'
       Compute the sum of the products of two signed/unsigned elements.
!      Operand 1 and operand 2 are of the same mode. Their product, which
!      is of a wider mode, is computed and added to operand 3. Operand 3
!      is of a mode equal or wider than the mode of the product. The
!      result is placed in operand 0, which is of the same mode as
!      operand 3.
  
! `ssadM'
! 
! `usadM'
       Compute the sum of absolute differences of two signed/unsigned
!      elements.  Operand 1 and operand 2 are of the same mode. Their
       absolute difference, which is of a wider mode, is computed and
!      added to operand 3. Operand 3 is of a mode equal or wider than the
!      mode of the absolute difference. The result is placed in operand
       0, which is of the same mode as operand 3.
  
! `widen_ssumM3'
! `widen_usumM3'
!      Operands 0 and 2 are of the same mode, which is wider than the
!      mode of operand 1. Add operand 1 to operand 2 and place the
!      widened result in operand 0. (This is used express accumulation of
       elements into an accumulator of a wider mode.)
  
! `vec_shr_M'
!      Whole vector right shift in bits, i.e. towards element 0.  Operand
       1 is a vector to be shifted.  Operand 2 is an integer shift amount
       in bits.  Operand 0 is where the resulting shifted vector is
       stored.  The output and input vectors should have the same modes.
  
! `vec_pack_trunc_M'
!      Narrow (demote) and merge the elements of two vectors. Operands 1
       and 2 are vectors of the same mode having N integral or floating
       point elements of size S.  Operand 0 is the resulting vector in
       which 2*N elements of size N/2 are concatenated after narrowing
       them down using truncation.
  
! `vec_pack_ssat_M', `vec_pack_usat_M'
       Narrow (demote) and merge the elements of two vectors.  Operands 1
       and 2 are vectors of the same mode having N integral elements of
!      size S.  Operand 0 is the resulting vector in which the elements
!      of the two input vectors are concatenated after narrowing them
!      down using signed/unsigned saturating arithmetic.
  
! `vec_pack_sfix_trunc_M', `vec_pack_ufix_trunc_M'
       Narrow, convert to signed/unsigned integral type and merge the
       elements of two vectors.  Operands 1 and 2 are vectors of the same
       mode having N floating point elements of size S.  Operand 0 is the
       resulting vector in which 2*N elements of size N/2 are
       concatenated.
  
! `vec_unpacks_hi_M', `vec_unpacks_lo_M'
       Extract and widen (promote) the high/low part of a vector of signed
       integral or floating point elements.  The input vector (operand 1)
!      has N elements of size S.  Widen (promote) the high/low elements
!      of the vector using signed or floating point extension and place
!      the resulting N/2 values of size 2*S in the output vector (operand
!      0).
  
! `vec_unpacku_hi_M', `vec_unpacku_lo_M'
       Extract and widen (promote) the high/low part of a vector of
       unsigned integral elements.  The input vector (operand 1) has N
!      elements of size S.  Widen (promote) the high/low elements of the
       vector using zero extension and place the resulting N/2 values of
       size 2*S in the output vector (operand 0).
  
! `vec_unpacks_float_hi_M', `vec_unpacks_float_lo_M'
! `vec_unpacku_float_hi_M', `vec_unpacku_float_lo_M'
!      Extract, convert to floating point type and widen the high/low
!      part of a vector of signed/unsigned integral elements.  The input
!      vector (operand 1) has N elements of size S.  Convert the high/low
       elements of the vector using floating point conversion and place
       the resulting N/2 values of size 2*S in the output vector (operand
       0).
  
! `vec_widen_umult_hi_M', `vec_widen_umult_lo_M'
! `vec_widen_smult_hi_M', `vec_widen_smult_lo_M'
! `vec_widen_umult_even_M', `vec_widen_umult_odd_M'
! `vec_widen_smult_even_M', `vec_widen_smult_odd_M'
       Signed/Unsigned widening multiplication.  The two inputs (operands
       1 and 2) are vectors with N signed/unsigned elements of size S.
       Multiply the high/low or even/odd elements of the two vectors, and
*************** pattern to accomplish a certain task.
*** 23378,23946 ****
       A target shouldn't implement even/odd pattern pair if it is less
       efficient than lo/hi one.
  
! 'vec_widen_ushiftl_hi_M', 'vec_widen_ushiftl_lo_M'
! 'vec_widen_sshiftl_hi_M', 'vec_widen_sshiftl_lo_M'
       Signed/Unsigned widening shift left.  The first input (operand 1)
       is a vector with N signed/unsigned elements of size S.  Operand 2
       is a constant.  Shift the high/low elements of operand 1, and put
       the N/2 results of size 2*S in the output vector (operand 0).
  
! 'mulhisi3'
!      Multiply operands 1 and 2, which have mode 'HImode', and store a
!      'SImode' product in operand 0.
  
! 'mulqihi3', 'mulsidi3'
       Similar widening-multiplication instructions of other widths.
  
! 'umulqihi3', 'umulhisi3', 'umulsidi3'
       Similar widening-multiplication instructions that do unsigned
       multiplication.
  
! 'usmulqihi3', 'usmulhisi3', 'usmulsidi3'
       Similar widening-multiplication instructions that interpret the
!      first operand as unsigned and the second operand as signed, then do
!      a signed multiplication.
  
! 'smulM3_highpart'
       Perform a signed multiplication of operands 1 and 2, which have
       mode M, and store the most significant half of the product in
       operand 0.  The least significant half of the product is discarded.
  
! 'umulM3_highpart'
       Similar, but the multiplication is unsigned.
  
! 'maddMN4'
       Multiply operands 1 and 2, sign-extend them to mode N, add operand
!      3, and store the result in operand 0.  Operands 1 and 2 have mode M
!      and operands 0 and 3 have mode N.  Both modes must be integer or
       fixed-point modes and N must be twice the size of M.
  
!      In other words, 'maddMN4' is like 'mulMN3' except that it also adds
!      operand 3.
  
!      These instructions are not allowed to 'FAIL'.
  
! 'umaddMN4'
!      Like 'maddMN4', but zero-extend the multiplication operands instead
!      of sign-extending them.
  
! 'ssmaddMN4'
!      Like 'maddMN4', but all involved operations must be
       signed-saturating.
  
! 'usmaddMN4'
!      Like 'umaddMN4', but all involved operations must be
       unsigned-saturating.
  
! 'msubMN4'
       Multiply operands 1 and 2, sign-extend them to mode N, subtract the
!      result from operand 3, and store the result in operand 0.  Operands
!      1 and 2 have mode M and operands 0 and 3 have mode N.  Both modes
!      must be integer or fixed-point modes and N must be twice the size
!      of M.
  
!      In other words, 'msubMN4' is like 'mulMN3' except that it also
       subtracts the result from operand 3.
  
!      These instructions are not allowed to 'FAIL'.
  
! 'umsubMN4'
!      Like 'msubMN4', but zero-extend the multiplication operands instead
!      of sign-extending them.
  
! 'ssmsubMN4'
!      Like 'msubMN4', but all involved operations must be
       signed-saturating.
  
! 'usmsubMN4'
!      Like 'umsubMN4', but all involved operations must be
       unsigned-saturating.
  
! 'divmodM4'
       Signed division that produces both a quotient and a remainder.
       Operand 1 is divided by operand 2 to produce a quotient stored in
       operand 0 and a remainder stored in operand 3.
  
       For machines with an instruction that produces both a quotient and
!      a remainder, provide a pattern for 'divmodM4' but do not provide
!      patterns for 'divM3' and 'modM3'.  This allows optimization in the
       relatively common case when both the quotient and remainder are
       computed.
  
       If an instruction that just produces a quotient or just a remainder
       exists and is more efficient than the instruction that produces
!      both, write the output routine of 'divmodM4' to call
!      'find_reg_note' and look for a 'REG_UNUSED' note on the quotient or
!      remainder and generate the appropriate instruction.
  
! 'udivmodM4'
       Similar, but does unsigned division.
  
! 'ashlM3', 'ssashlM3', 'usashlM3'
       Arithmetic-shift operand 1 left by a number of bits specified by
       operand 2, and store the result in operand 0.  Here M is the mode
       of operand 0 and operand 1; operand 2's mode is specified by the
       instruction pattern, and the compiler will convert the operand to
       that mode before generating the instruction.  The shift or rotate
       expander or instruction pattern should explicitly specify the mode
!      of the operand 2, it should never be 'VOIDmode'.  The meaning of
       out-of-range shift counts can optionally be specified by
!      'TARGET_SHIFT_TRUNCATION_MASK'.  *Note
       TARGET_SHIFT_TRUNCATION_MASK::.  Operand 2 is always a scalar type.
  
! 'ashrM3', 'lshrM3', 'rotlM3', 'rotrM3'
!      Other shift and rotate instructions, analogous to the 'ashlM3'
       instructions.  Operand 2 is always a scalar type.
  
! 'vashlM3', 'vashrM3', 'vlshrM3', 'vrotlM3', 'vrotrM3'
       Vector shift and rotate instructions that take vectors as operand 2
       instead of a scalar type.
  
! 'bswapM2'
       Reverse the order of bytes of operand 1 and store the result in
       operand 0.
  
! 'negM2', 'ssnegM2', 'usnegM2'
       Negate operand 1 and store the result in operand 0.
  
! 'negvM3'
!      Like 'negM2' but takes a 'code_label' as operand 2 and emits code
       to jump to it if signed overflow occurs during the negation.
  
! 'absM2'
       Store the absolute value of operand 1 into operand 0.
  
! 'sqrtM2'
       Store the square root of operand 1 into operand 0.  Both operands
       have mode M, which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'rsqrtM2'
       Store the reciprocal of the square root of operand 1 into operand
       0.  Both operands have mode M, which is a scalar or vector
       floating-point mode.
  
       On most architectures this pattern is only approximate, so either
!      its C condition or the 'TARGET_OPTAB_SUPPORTED_P' hook should check
!      for the appropriate math flags.  (Using the C condition is more
!      direct, but using 'TARGET_OPTAB_SUPPORTED_P' can be useful if a
!      target-specific built-in also uses the 'rsqrtM2' pattern.)
  
!      This pattern is not allowed to 'FAIL'.
  
! 'fmodM3'
!      Store the remainder of dividing operand 1 by operand 2 into operand
!      0, rounded towards zero to an integer.  All operands have mode M,
!      which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'remainderM3'
!      Store the remainder of dividing operand 1 by operand 2 into operand
!      0, rounded to the nearest integer.  All operands have mode M, which
!      is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'scalbM3'
!      Raise 'FLT_RADIX' to the power of operand 2, multiply it by operand
!      1, and store the result in operand 0.  All operands have mode M,
!      which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'ldexpM3'
       Raise 2 to the power of operand 2, multiply it by operand 1, and
!      store the result in operand 0.  Operands 0 and 1 have mode M, which
!      is a scalar or vector floating-point mode.  Operand 2's mode has
!      the same number of elements as M and each element is wide enough to
!      store an 'int'.  The integers are signed.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'cosM2'
       Store the cosine of operand 1 into operand 0.  Both operands have
       mode M, which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'sinM2'
       Store the sine of operand 1 into operand 0.  Both operands have
       mode M, which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'sincosM3'
       Store the cosine of operand 2 into operand 0 and the sine of
       operand 2 into operand 1.  All operands have mode M, which is a
       scalar or vector floating-point mode.
  
       Targets that can calculate the sine and cosine simultaneously can
       implement this pattern as opposed to implementing individual
!      'sinM2' and 'cosM2' patterns.  The 'sin' and 'cos' built-in
!      functions will then be expanded to the 'sincosM3' pattern, with one
!      of the output values left unused.
  
! 'tanM2'
       Store the tangent of operand 1 into operand 0.  Both operands have
       mode M, which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'asinM2'
       Store the arc sine of operand 1 into operand 0.  Both operands have
       mode M, which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'acosM2'
       Store the arc cosine of operand 1 into operand 0.  Both operands
       have mode M, which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'atanM2'
       Store the arc tangent of operand 1 into operand 0.  Both operands
       have mode M, which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'expM2'
       Raise e (the base of natural logarithms) to the power of operand 1
       and store the result in operand 0.  Both operands have mode M,
       which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'expm1M2'
       Raise e (the base of natural logarithms) to the power of operand 1,
       subtract 1, and store the result in operand 0.  Both operands have
       mode M, which is a scalar or vector floating-point mode.
  
       For inputs close to zero, the pattern is expected to be more
!      accurate than a separate 'expM2' and 'subM3' would be.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'exp10M2'
       Raise 10 to the power of operand 1 and store the result in operand
       0.  Both operands have mode M, which is a scalar or vector
       floating-point mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'exp2M2'
       Raise 2 to the power of operand 1 and store the result in operand
       0.  Both operands have mode M, which is a scalar or vector
       floating-point mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'logM2'
       Store the natural logarithm of operand 1 into operand 0.  Both
       operands have mode M, which is a scalar or vector floating-point
       mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'log1pM2'
       Add 1 to operand 1, compute the natural logarithm, and store the
       result in operand 0.  Both operands have mode M, which is a scalar
       or vector floating-point mode.
  
       For inputs close to zero, the pattern is expected to be more
!      accurate than a separate 'addM3' and 'logM2' would be.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'log10M2'
       Store the base-10 logarithm of operand 1 into operand 0.  Both
       operands have mode M, which is a scalar or vector floating-point
       mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'log2M2'
       Store the base-2 logarithm of operand 1 into operand 0.  Both
       operands have mode M, which is a scalar or vector floating-point
       mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'logbM2'
!      Store the base-'FLT_RADIX' logarithm of operand 1 into operand 0.
       Both operands have mode M, which is a scalar or vector
       floating-point mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'significandM2'
       Store the significand of floating-point operand 1 in operand 0.
       Both operands have mode M, which is a scalar or vector
       floating-point mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'powM3'
       Store the value of operand 1 raised to the exponent operand 2 into
       operand 0.  All operands have mode M, which is a scalar or vector
       floating-point mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'atan2M3'
       Store the arc tangent (inverse tangent) of operand 1 divided by
       operand 2 into operand 0, using the signs of both arguments to
       determine the quadrant of the result.  All operands have mode M,
       which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'floorM2'
       Store the largest integral value not greater than operand 1 in
       operand 0.  Both operands have mode M, which is a scalar or vector
!      floating-point mode.  If '-ffp-int-builtin-inexact' is in effect,
       the "inexact" exception may be raised for noninteger operands;
       otherwise, it may not.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'btruncM2'
       Round operand 1 to an integer, towards zero, and store the result
       in operand 0.  Both operands have mode M, which is a scalar or
!      vector floating-point mode.  If '-ffp-int-builtin-inexact' is in
       effect, the "inexact" exception may be raised for noninteger
       operands; otherwise, it may not.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'roundM2'
       Round operand 1 to the nearest integer, rounding away from zero in
       the event of a tie, and store the result in operand 0.  Both
       operands have mode M, which is a scalar or vector floating-point
!      mode.  If '-ffp-int-builtin-inexact' is in effect, the "inexact"
       exception may be raised for noninteger operands; otherwise, it may
       not.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'ceilM2'
       Store the smallest integral value not less than operand 1 in
       operand 0.  Both operands have mode M, which is a scalar or vector
!      floating-point mode.  If '-ffp-int-builtin-inexact' is in effect,
       the "inexact" exception may be raised for noninteger operands;
       otherwise, it may not.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'nearbyintM2'
       Round operand 1 to an integer, using the current rounding mode, and
       store the result in operand 0.  Do not raise an inexact condition
!      when the result is different from the argument.  Both operands have
!      mode M, which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'rintM2'
       Round operand 1 to an integer, using the current rounding mode, and
!      store the result in operand 0.  Raise an inexact condition when the
!      result is different from the argument.  Both operands have mode M,
!      which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'lrintMN2'
       Convert operand 1 (valid for floating point mode M) to fixed point
       mode N as a signed number according to the current rounding mode
       and store in operand 0 (which has mode N).
  
! 'lroundMN2'
       Convert operand 1 (valid for floating point mode M) to fixed point
       mode N as a signed number rounding to nearest and away from zero
       and store in operand 0 (which has mode N).
  
! 'lfloorMN2'
       Convert operand 1 (valid for floating point mode M) to fixed point
       mode N as a signed number rounding down and store in operand 0
       (which has mode N).
  
! 'lceilMN2'
       Convert operand 1 (valid for floating point mode M) to fixed point
!      mode N as a signed number rounding up and store in operand 0 (which
!      has mode N).
  
! 'copysignM3'
       Store a value with the magnitude of operand 1 and the sign of
       operand 2 into operand 0.  All operands have mode M, which is a
       scalar or vector floating-point mode.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'ffsM2'
       Store into operand 0 one plus the index of the least significant
       1-bit of operand 1.  If operand 1 is zero, store zero.
  
       M is either a scalar or vector integer mode.  When it is a scalar,
!      operand 1 has mode M but operand 0 can have whatever scalar integer
!      mode is suitable for the target.  The compiler will insert
       conversion instructions as necessary (typically to convert the
!      result to the same width as 'int').  When M is a vector, both
       operands must have mode M.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'clrsbM2'
!      Count leading redundant sign bits.  Store into operand 0 the number
!      of redundant sign bits in operand 1, starting at the most
       significant bit position.  A redundant sign bit is defined as any
!      sign bit after the first.  As such, this count will be one less
       than the count of leading sign bits.
  
       M is either a scalar or vector integer mode.  When it is a scalar,
!      operand 1 has mode M but operand 0 can have whatever scalar integer
!      mode is suitable for the target.  The compiler will insert
       conversion instructions as necessary (typically to convert the
!      result to the same width as 'int').  When M is a vector, both
       operands must have mode M.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'clzM2'
       Store into operand 0 the number of leading 0-bits in operand 1,
       starting at the most significant bit position.  If operand 1 is 0,
!      the 'CLZ_DEFINED_VALUE_AT_ZERO' (*note Misc::) macro defines if the
!      result is undefined or has a useful value.
  
       M is either a scalar or vector integer mode.  When it is a scalar,
!      operand 1 has mode M but operand 0 can have whatever scalar integer
!      mode is suitable for the target.  The compiler will insert
       conversion instructions as necessary (typically to convert the
!      result to the same width as 'int').  When M is a vector, both
       operands must have mode M.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'ctzM2'
       Store into operand 0 the number of trailing 0-bits in operand 1,
!      starting at the least significant bit position.  If operand 1 is 0,
!      the 'CTZ_DEFINED_VALUE_AT_ZERO' (*note Misc::) macro defines if the
!      result is undefined or has a useful value.
  
       M is either a scalar or vector integer mode.  When it is a scalar,
!      operand 1 has mode M but operand 0 can have whatever scalar integer
!      mode is suitable for the target.  The compiler will insert
       conversion instructions as necessary (typically to convert the
!      result to the same width as 'int').  When M is a vector, both
       operands must have mode M.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'popcountM2'
       Store into operand 0 the number of 1-bits in operand 1.
  
       M is either a scalar or vector integer mode.  When it is a scalar,
!      operand 1 has mode M but operand 0 can have whatever scalar integer
!      mode is suitable for the target.  The compiler will insert
       conversion instructions as necessary (typically to convert the
!      result to the same width as 'int').  When M is a vector, both
       operands must have mode M.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'parityM2'
       Store into operand 0 the parity of operand 1, i.e. the number of
       1-bits in operand 1 modulo 2.
  
       M is either a scalar or vector integer mode.  When it is a scalar,
!      operand 1 has mode M but operand 0 can have whatever scalar integer
!      mode is suitable for the target.  The compiler will insert
       conversion instructions as necessary (typically to convert the
!      result to the same width as 'int').  When M is a vector, both
       operands must have mode M.
  
!      This pattern is not allowed to 'FAIL'.
  
! 'one_cmplM2'
       Store the bitwise-complement of operand 1 into operand 0.
  
! 'movmemM'
       Block move instruction.  The destination and source blocks of
!      memory are the first two operands, and both are 'mem:BLK's with an
!      address in mode 'Pmode'.
  
       The number of bytes to move is the third operand, in mode M.
!      Usually, you specify 'Pmode' for M.  However, if you can generate
       better code knowing the range of valid lengths is smaller than
       those representable in a full Pmode pointer, you should provide a
       pattern with a mode corresponding to the range of values you can
!      handle efficiently (e.g., 'QImode' for values in the range 0-127;
!      note we avoid numbers that appear negative) and also a pattern with
!      'Pmode'.
  
       The fourth operand is the known shared alignment of the source and
!      destination, in the form of a 'const_int' rtx.  Thus, if the
       compiler knows that both source and destination are word-aligned,
       it may provide the value 4 for this operand.
  
       Optional operands 5 and 6 specify expected alignment and size of
       block respectively.  The expected alignment differs from alignment
       in operand 4 in a way that the blocks are not required to be
!      aligned according to it in all cases.  This expected alignment is
       also in bytes, just like operand 4.  Expected size, when unknown,
!      is set to '(const_int -1)'.
  
!      Descriptions of multiple 'movmemM' patterns can only be beneficial
       if the patterns for smaller modes have fewer restrictions on their
       first, second and fourth operands.  Note that the mode M in
!      'movmemM' does not impose any restriction on the mode of
       individually moved data units in the block.
  
       These patterns need not give special consideration to the
       possibility that the source and destination strings might overlap.
  
! 'movstr'
!      String copy instruction, with 'stpcpy' semantics.  Operand 0 is an
!      output operand in mode 'Pmode'.  The addresses of the destination
!      and source strings are operands 1 and 2, and both are 'mem:BLK's
!      with addresses in mode 'Pmode'.  The execution of the expansion of
       this pattern should store in operand 0 the address in which the
!      'NUL' terminator was stored in the destination string.
  
       This patern has also several optional operands that are same as in
!      'setmem'.
  
! 'setmemM'
       Block set instruction.  The destination string is the first
!      operand, given as a 'mem:BLK' whose address is in mode 'Pmode'.
       The number of bytes to set is the second operand, in mode M.  The
!      value to initialize the memory with is the third operand.  Targets
       that only support the clearing of memory should reject any value
!      that is not the constant 0.  See 'movmemM' for a discussion of the
       choice of mode.
  
       The fourth operand is the known alignment of the destination, in
!      the form of a 'const_int' rtx.  Thus, if the compiler knows that
       the destination is word-aligned, it may provide the value 4 for
       this operand.
  
       Optional operands 5 and 6 specify expected alignment and size of
       block respectively.  The expected alignment differs from alignment
       in operand 4 in a way that the blocks are not required to be
!      aligned according to it in all cases.  This expected alignment is
       also in bytes, just like operand 4.  Expected size, when unknown,
!      is set to '(const_int -1)'.  Operand 7 is the minimal size of the
       block and operand 8 is the maximal size of the block (NULL if it
!      can not be represented as CONST_INT). Operand 9 is the probable
!      maximal size (i.e.  we can not rely on it for correctness, but it
       can be used for choosing proper code sequence for a given size).
  
!      The use for multiple 'setmemM' is as for 'movmemM'.
  
! 'cmpstrnM'
       String compare instruction, with five operands.  Operand 0 is the
       output; it has mode M.  The remaining four operands are like the
!      operands of 'movmemM'.  The two memory blocks specified are
       compared byte by byte in lexicographic order starting at the
       beginning of each string.  The instruction is not allowed to
       prefetch more than one byte at a time since either string may end
--- 23753,24321 ----
       A target shouldn't implement even/odd pattern pair if it is less
       efficient than lo/hi one.
  
! `vec_widen_ushiftl_hi_M', `vec_widen_ushiftl_lo_M'
! `vec_widen_sshiftl_hi_M', `vec_widen_sshiftl_lo_M'
       Signed/Unsigned widening shift left.  The first input (operand 1)
       is a vector with N signed/unsigned elements of size S.  Operand 2
       is a constant.  Shift the high/low elements of operand 1, and put
       the N/2 results of size 2*S in the output vector (operand 0).
  
! `mulhisi3'
!      Multiply operands 1 and 2, which have mode `HImode', and store a
!      `SImode' product in operand 0.
  
! `mulqihi3', `mulsidi3'
       Similar widening-multiplication instructions of other widths.
  
! `umulqihi3', `umulhisi3', `umulsidi3'
       Similar widening-multiplication instructions that do unsigned
       multiplication.
  
! `usmulqihi3', `usmulhisi3', `usmulsidi3'
       Similar widening-multiplication instructions that interpret the
!      first operand as unsigned and the second operand as signed, then
!      do a signed multiplication.
  
! `smulM3_highpart'
       Perform a signed multiplication of operands 1 and 2, which have
       mode M, and store the most significant half of the product in
       operand 0.  The least significant half of the product is discarded.
  
! `umulM3_highpart'
       Similar, but the multiplication is unsigned.
  
! `maddMN4'
       Multiply operands 1 and 2, sign-extend them to mode N, add operand
!      3, and store the result in operand 0.  Operands 1 and 2 have mode
!      M and operands 0 and 3 have mode N.  Both modes must be integer or
       fixed-point modes and N must be twice the size of M.
  
!      In other words, `maddMN4' is like `mulMN3' except that it also
!      adds operand 3.
  
!      These instructions are not allowed to `FAIL'.
  
! `umaddMN4'
!      Like `maddMN4', but zero-extend the multiplication operands
!      instead of sign-extending them.
  
! `ssmaddMN4'
!      Like `maddMN4', but all involved operations must be
       signed-saturating.
  
! `usmaddMN4'
!      Like `umaddMN4', but all involved operations must be
       unsigned-saturating.
  
! `msubMN4'
       Multiply operands 1 and 2, sign-extend them to mode N, subtract the
!      result from operand 3, and store the result in operand 0.
!      Operands 1 and 2 have mode M and operands 0 and 3 have mode N.
!      Both modes must be integer or fixed-point modes and N must be twice
!      the size of M.
  
!      In other words, `msubMN4' is like `mulMN3' except that it also
       subtracts the result from operand 3.
  
!      These instructions are not allowed to `FAIL'.
  
! `umsubMN4'
!      Like `msubMN4', but zero-extend the multiplication operands
!      instead of sign-extending them.
  
! `ssmsubMN4'
!      Like `msubMN4', but all involved operations must be
       signed-saturating.
  
! `usmsubMN4'
!      Like `umsubMN4', but all involved operations must be
       unsigned-saturating.
  
! `divmodM4'
       Signed division that produces both a quotient and a remainder.
       Operand 1 is divided by operand 2 to produce a quotient stored in
       operand 0 and a remainder stored in operand 3.
  
       For machines with an instruction that produces both a quotient and
!      a remainder, provide a pattern for `divmodM4' but do not provide
!      patterns for `divM3' and `modM3'.  This allows optimization in the
       relatively common case when both the quotient and remainder are
       computed.
  
       If an instruction that just produces a quotient or just a remainder
       exists and is more efficient than the instruction that produces
!      both, write the output routine of `divmodM4' to call
!      `find_reg_note' and look for a `REG_UNUSED' note on the quotient
!      or remainder and generate the appropriate instruction.
  
! `udivmodM4'
       Similar, but does unsigned division.
  
! `ashlM3', `ssashlM3', `usashlM3'
       Arithmetic-shift operand 1 left by a number of bits specified by
       operand 2, and store the result in operand 0.  Here M is the mode
       of operand 0 and operand 1; operand 2's mode is specified by the
       instruction pattern, and the compiler will convert the operand to
       that mode before generating the instruction.  The shift or rotate
       expander or instruction pattern should explicitly specify the mode
!      of the operand 2, it should never be `VOIDmode'.  The meaning of
       out-of-range shift counts can optionally be specified by
!      `TARGET_SHIFT_TRUNCATION_MASK'.  *Note
       TARGET_SHIFT_TRUNCATION_MASK::.  Operand 2 is always a scalar type.
  
! `ashrM3', `lshrM3', `rotlM3', `rotrM3'
!      Other shift and rotate instructions, analogous to the `ashlM3'
       instructions.  Operand 2 is always a scalar type.
  
! `vashlM3', `vashrM3', `vlshrM3', `vrotlM3', `vrotrM3'
       Vector shift and rotate instructions that take vectors as operand 2
       instead of a scalar type.
  
! `bswapM2'
       Reverse the order of bytes of operand 1 and store the result in
       operand 0.
  
! `negM2', `ssnegM2', `usnegM2'
       Negate operand 1 and store the result in operand 0.
  
! `negvM3'
!      Like `negM2' but takes a `code_label' as operand 2 and emits code
       to jump to it if signed overflow occurs during the negation.
  
! `absM2'
       Store the absolute value of operand 1 into operand 0.
  
! `sqrtM2'
       Store the square root of operand 1 into operand 0.  Both operands
       have mode M, which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `rsqrtM2'
       Store the reciprocal of the square root of operand 1 into operand
       0.  Both operands have mode M, which is a scalar or vector
       floating-point mode.
  
       On most architectures this pattern is only approximate, so either
!      its C condition or the `TARGET_OPTAB_SUPPORTED_P' hook should
!      check for the appropriate math flags.  (Using the C condition is
!      more direct, but using `TARGET_OPTAB_SUPPORTED_P' can be useful if
!      a target-specific built-in also uses the `rsqrtM2' pattern.)
  
!      This pattern is not allowed to `FAIL'.
  
! `fmodM3'
!      Store the remainder of dividing operand 1 by operand 2 into
!      operand 0, rounded towards zero to an integer.  All operands have
!      mode M, which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `remainderM3'
!      Store the remainder of dividing operand 1 by operand 2 into
!      operand 0, rounded to the nearest integer.  All operands have mode
!      M, which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `scalbM3'
!      Raise `FLT_RADIX' to the power of operand 2, multiply it by
!      operand 1, and store the result in operand 0.  All operands have
!      mode M, which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `ldexpM3'
       Raise 2 to the power of operand 2, multiply it by operand 1, and
!      store the result in operand 0.  Operands 0 and 1 have mode M,
!      which is a scalar or vector floating-point mode.  Operand 2's mode
!      has the same number of elements as M and each element is wide
!      enough to store an `int'.  The integers are signed.
  
!      This pattern is not allowed to `FAIL'.
  
! `cosM2'
       Store the cosine of operand 1 into operand 0.  Both operands have
       mode M, which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `sinM2'
       Store the sine of operand 1 into operand 0.  Both operands have
       mode M, which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `sincosM3'
       Store the cosine of operand 2 into operand 0 and the sine of
       operand 2 into operand 1.  All operands have mode M, which is a
       scalar or vector floating-point mode.
  
       Targets that can calculate the sine and cosine simultaneously can
       implement this pattern as opposed to implementing individual
!      `sinM2' and `cosM2' patterns.  The `sin' and `cos' built-in
!      functions will then be expanded to the `sincosM3' pattern, with
!      one of the output values left unused.
  
! `tanM2'
       Store the tangent of operand 1 into operand 0.  Both operands have
       mode M, which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `asinM2'
       Store the arc sine of operand 1 into operand 0.  Both operands have
       mode M, which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `acosM2'
       Store the arc cosine of operand 1 into operand 0.  Both operands
       have mode M, which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `atanM2'
       Store the arc tangent of operand 1 into operand 0.  Both operands
       have mode M, which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `expM2'
       Raise e (the base of natural logarithms) to the power of operand 1
       and store the result in operand 0.  Both operands have mode M,
       which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `expm1M2'
       Raise e (the base of natural logarithms) to the power of operand 1,
       subtract 1, and store the result in operand 0.  Both operands have
       mode M, which is a scalar or vector floating-point mode.
  
       For inputs close to zero, the pattern is expected to be more
!      accurate than a separate `expM2' and `subM3' would be.
  
!      This pattern is not allowed to `FAIL'.
  
! `exp10M2'
       Raise 10 to the power of operand 1 and store the result in operand
       0.  Both operands have mode M, which is a scalar or vector
       floating-point mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `exp2M2'
       Raise 2 to the power of operand 1 and store the result in operand
       0.  Both operands have mode M, which is a scalar or vector
       floating-point mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `logM2'
       Store the natural logarithm of operand 1 into operand 0.  Both
       operands have mode M, which is a scalar or vector floating-point
       mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `log1pM2'
       Add 1 to operand 1, compute the natural logarithm, and store the
       result in operand 0.  Both operands have mode M, which is a scalar
       or vector floating-point mode.
  
       For inputs close to zero, the pattern is expected to be more
!      accurate than a separate `addM3' and `logM2' would be.
  
!      This pattern is not allowed to `FAIL'.
  
! `log10M2'
       Store the base-10 logarithm of operand 1 into operand 0.  Both
       operands have mode M, which is a scalar or vector floating-point
       mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `log2M2'
       Store the base-2 logarithm of operand 1 into operand 0.  Both
       operands have mode M, which is a scalar or vector floating-point
       mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `logbM2'
!      Store the base-`FLT_RADIX' logarithm of operand 1 into operand 0.
       Both operands have mode M, which is a scalar or vector
       floating-point mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `significandM2'
       Store the significand of floating-point operand 1 in operand 0.
       Both operands have mode M, which is a scalar or vector
       floating-point mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `powM3'
       Store the value of operand 1 raised to the exponent operand 2 into
       operand 0.  All operands have mode M, which is a scalar or vector
       floating-point mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `atan2M3'
       Store the arc tangent (inverse tangent) of operand 1 divided by
       operand 2 into operand 0, using the signs of both arguments to
       determine the quadrant of the result.  All operands have mode M,
       which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `floorM2'
       Store the largest integral value not greater than operand 1 in
       operand 0.  Both operands have mode M, which is a scalar or vector
!      floating-point mode.  If `-ffp-int-builtin-inexact' is in effect,
       the "inexact" exception may be raised for noninteger operands;
       otherwise, it may not.
  
!      This pattern is not allowed to `FAIL'.
  
! `btruncM2'
       Round operand 1 to an integer, towards zero, and store the result
       in operand 0.  Both operands have mode M, which is a scalar or
!      vector floating-point mode.  If `-ffp-int-builtin-inexact' is in
       effect, the "inexact" exception may be raised for noninteger
       operands; otherwise, it may not.
  
!      This pattern is not allowed to `FAIL'.
  
! `roundM2'
       Round operand 1 to the nearest integer, rounding away from zero in
       the event of a tie, and store the result in operand 0.  Both
       operands have mode M, which is a scalar or vector floating-point
!      mode.  If `-ffp-int-builtin-inexact' is in effect, the "inexact"
       exception may be raised for noninteger operands; otherwise, it may
       not.
  
!      This pattern is not allowed to `FAIL'.
  
! `ceilM2'
       Store the smallest integral value not less than operand 1 in
       operand 0.  Both operands have mode M, which is a scalar or vector
!      floating-point mode.  If `-ffp-int-builtin-inexact' is in effect,
       the "inexact" exception may be raised for noninteger operands;
       otherwise, it may not.
  
!      This pattern is not allowed to `FAIL'.
  
! `nearbyintM2'
       Round operand 1 to an integer, using the current rounding mode, and
       store the result in operand 0.  Do not raise an inexact condition
!      when the result is different from the argument.  Both operands
!      have mode M, which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `rintM2'
       Round operand 1 to an integer, using the current rounding mode, and
!      store the result in operand 0.  Raise an inexact condition when
!      the result is different from the argument.  Both operands have mode
!      M, which is a scalar or vector floating-point mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `lrintMN2'
       Convert operand 1 (valid for floating point mode M) to fixed point
       mode N as a signed number according to the current rounding mode
       and store in operand 0 (which has mode N).
  
! `lroundMN2'
       Convert operand 1 (valid for floating point mode M) to fixed point
       mode N as a signed number rounding to nearest and away from zero
       and store in operand 0 (which has mode N).
  
! `lfloorMN2'
       Convert operand 1 (valid for floating point mode M) to fixed point
       mode N as a signed number rounding down and store in operand 0
       (which has mode N).
  
! `lceilMN2'
       Convert operand 1 (valid for floating point mode M) to fixed point
!      mode N as a signed number rounding up and store in operand 0
!      (which has mode N).
  
! `copysignM3'
       Store a value with the magnitude of operand 1 and the sign of
       operand 2 into operand 0.  All operands have mode M, which is a
       scalar or vector floating-point mode.
  
!      This pattern is not allowed to `FAIL'.
  
! `ffsM2'
       Store into operand 0 one plus the index of the least significant
       1-bit of operand 1.  If operand 1 is zero, store zero.
  
       M is either a scalar or vector integer mode.  When it is a scalar,
!      operand 1 has mode M but operand 0 can have whatever scalar
!      integer mode is suitable for the target.  The compiler will insert
       conversion instructions as necessary (typically to convert the
!      result to the same width as `int').  When M is a vector, both
       operands must have mode M.
  
!      This pattern is not allowed to `FAIL'.
  
! `clrsbM2'
!      Count leading redundant sign bits.  Store into operand 0 the
!      number of redundant sign bits in operand 1, starting at the most
       significant bit position.  A redundant sign bit is defined as any
!      sign bit after the first. As such, this count will be one less
       than the count of leading sign bits.
  
       M is either a scalar or vector integer mode.  When it is a scalar,
!      operand 1 has mode M but operand 0 can have whatever scalar
!      integer mode is suitable for the target.  The compiler will insert
       conversion instructions as necessary (typically to convert the
!      result to the same width as `int').  When M is a vector, both
       operands must have mode M.
  
!      This pattern is not allowed to `FAIL'.
  
! `clzM2'
       Store into operand 0 the number of leading 0-bits in operand 1,
       starting at the most significant bit position.  If operand 1 is 0,
!      the `CLZ_DEFINED_VALUE_AT_ZERO' (*note Misc::) macro defines if
!      the result is undefined or has a useful value.
  
       M is either a scalar or vector integer mode.  When it is a scalar,
!      operand 1 has mode M but operand 0 can have whatever scalar
!      integer mode is suitable for the target.  The compiler will insert
       conversion instructions as necessary (typically to convert the
!      result to the same width as `int').  When M is a vector, both
       operands must have mode M.
  
!      This pattern is not allowed to `FAIL'.
  
! `ctzM2'
       Store into operand 0 the number of trailing 0-bits in operand 1,
!      starting at the least significant bit position.  If operand 1 is
!      0, the `CTZ_DEFINED_VALUE_AT_ZERO' (*note Misc::) macro defines if
!      the result is undefined or has a useful value.
  
       M is either a scalar or vector integer mode.  When it is a scalar,
!      operand 1 has mode M but operand 0 can have whatever scalar
!      integer mode is suitable for the target.  The compiler will insert
       conversion instructions as necessary (typically to convert the
!      result to the same width as `int').  When M is a vector, both
       operands must have mode M.
  
!      This pattern is not allowed to `FAIL'.
  
! `popcountM2'
       Store into operand 0 the number of 1-bits in operand 1.
  
       M is either a scalar or vector integer mode.  When it is a scalar,
!      operand 1 has mode M but operand 0 can have whatever scalar
!      integer mode is suitable for the target.  The compiler will insert
       conversion instructions as necessary (typically to convert the
!      result to the same width as `int').  When M is a vector, both
       operands must have mode M.
  
!      This pattern is not allowed to `FAIL'.
  
! `parityM2'
       Store into operand 0 the parity of operand 1, i.e. the number of
       1-bits in operand 1 modulo 2.
  
       M is either a scalar or vector integer mode.  When it is a scalar,
!      operand 1 has mode M but operand 0 can have whatever scalar
!      integer mode is suitable for the target.  The compiler will insert
       conversion instructions as necessary (typically to convert the
!      result to the same width as `int').  When M is a vector, both
       operands must have mode M.
  
!      This pattern is not allowed to `FAIL'.
  
! `one_cmplM2'
       Store the bitwise-complement of operand 1 into operand 0.
  
! `movmemM'
       Block move instruction.  The destination and source blocks of
!      memory are the first two operands, and both are `mem:BLK's with an
!      address in mode `Pmode'.
  
       The number of bytes to move is the third operand, in mode M.
!      Usually, you specify `Pmode' for M.  However, if you can generate
       better code knowing the range of valid lengths is smaller than
       those representable in a full Pmode pointer, you should provide a
       pattern with a mode corresponding to the range of values you can
!      handle efficiently (e.g., `QImode' for values in the range 0-127;
!      note we avoid numbers that appear negative) and also a pattern
!      with `Pmode'.
  
       The fourth operand is the known shared alignment of the source and
!      destination, in the form of a `const_int' rtx.  Thus, if the
       compiler knows that both source and destination are word-aligned,
       it may provide the value 4 for this operand.
  
       Optional operands 5 and 6 specify expected alignment and size of
       block respectively.  The expected alignment differs from alignment
       in operand 4 in a way that the blocks are not required to be
!      aligned according to it in all cases. This expected alignment is
       also in bytes, just like operand 4.  Expected size, when unknown,
!      is set to `(const_int -1)'.
  
!      Descriptions of multiple `movmemM' patterns can only be beneficial
       if the patterns for smaller modes have fewer restrictions on their
       first, second and fourth operands.  Note that the mode M in
!      `movmemM' does not impose any restriction on the mode of
       individually moved data units in the block.
  
       These patterns need not give special consideration to the
       possibility that the source and destination strings might overlap.
  
! `movstr'
!      String copy instruction, with `stpcpy' semantics.  Operand 0 is an
!      output operand in mode `Pmode'.  The addresses of the destination
!      and source strings are operands 1 and 2, and both are `mem:BLK's
!      with addresses in mode `Pmode'.  The execution of the expansion of
       this pattern should store in operand 0 the address in which the
!      `NUL' terminator was stored in the destination string.
  
       This patern has also several optional operands that are same as in
!      `setmem'.
  
! `setmemM'
       Block set instruction.  The destination string is the first
!      operand, given as a `mem:BLK' whose address is in mode `Pmode'.
       The number of bytes to set is the second operand, in mode M.  The
!      value to initialize the memory with is the third operand. Targets
       that only support the clearing of memory should reject any value
!      that is not the constant 0.  See `movmemM' for a discussion of the
       choice of mode.
  
       The fourth operand is the known alignment of the destination, in
!      the form of a `const_int' rtx.  Thus, if the compiler knows that
       the destination is word-aligned, it may provide the value 4 for
       this operand.
  
       Optional operands 5 and 6 specify expected alignment and size of
       block respectively.  The expected alignment differs from alignment
       in operand 4 in a way that the blocks are not required to be
!      aligned according to it in all cases. This expected alignment is
       also in bytes, just like operand 4.  Expected size, when unknown,
!      is set to `(const_int -1)'.  Operand 7 is the minimal size of the
       block and operand 8 is the maximal size of the block (NULL if it
!      can not be represented as CONST_INT).  Operand 9 is the probable
!      maximal size (i.e. we can not rely on it for correctness, but it
       can be used for choosing proper code sequence for a given size).
  
!      The use for multiple `setmemM' is as for `movmemM'.
  
! `cmpstrnM'
       String compare instruction, with five operands.  Operand 0 is the
       output; it has mode M.  The remaining four operands are like the
!      operands of `movmemM'.  The two memory blocks specified are
       compared byte by byte in lexicographic order starting at the
       beginning of each string.  The instruction is not allowed to
       prefetch more than one byte at a time since either string may end
*************** pattern to accomplish a certain task.
*** 23950,24132 ****
       effect of the instruction is to store a value in operand 0 whose
       sign indicates the result of the comparison.
  
! 'cmpstrM'
       String compare instruction, without known maximum length.  Operand
       0 is the output; it has mode M.  The second and third operand are
!      the blocks of memory to be compared; both are 'mem:BLK' with an
!      address in mode 'Pmode'.
  
       The fourth operand is the known shared alignment of the source and
!      destination, in the form of a 'const_int' rtx.  Thus, if the
       compiler knows that both source and destination are word-aligned,
       it may provide the value 4 for this operand.
  
       The two memory blocks specified are compared byte by byte in
       lexicographic order starting at the beginning of each string.  The
!      instruction is not allowed to prefetch more than one byte at a time
!      since either string may end in the first byte and reading past that
!      may access an invalid page or segment and cause a fault.  The
!      comparison will terminate when the fetched bytes are different or
!      if they are equal to zero.  The effect of the instruction is to
       store a value in operand 0 whose sign indicates the result of the
       comparison.
  
! 'cmpmemM'
       Block compare instruction, with five operands like the operands of
!      'cmpstrM'.  The two memory blocks specified are compared byte by
       byte in lexicographic order starting at the beginning of each
!      block.  Unlike 'cmpstrM' the instruction can prefetch any bytes in
!      the two memory blocks.  Also unlike 'cmpstrM' the comparison will
       not stop if both bytes are zero.  The effect of the instruction is
       to store a value in operand 0 whose sign indicates the result of
       the comparison.
  
! 'strlenM'
       Compute the length of a string, with three operands.  Operand 0 is
!      the result (of mode M), operand 1 is a 'mem' referring to the first
!      character of the string, operand 2 is the character to search for
!      (normally zero), and operand 3 is a constant describing the known
!      alignment of the beginning of the string.
  
! 'floatMN2'
       Convert signed integer operand 1 (valid for fixed point mode M) to
       floating point mode N and store in operand 0 (which has mode N).
  
! 'floatunsMN2'
       Convert unsigned integer operand 1 (valid for fixed point mode M)
       to floating point mode N and store in operand 0 (which has mode N).
  
! 'fixMN2'
       Convert operand 1 (valid for floating point mode M) to fixed point
       mode N as a signed number and store in operand 0 (which has mode
       N).  This instruction's result is defined only when the value of
       operand 1 is an integer.
  
       If the machine description defines this pattern, it also needs to
!      define the 'ftrunc' pattern.
  
! 'fixunsMN2'
       Convert operand 1 (valid for floating point mode M) to fixed point
!      mode N as an unsigned number and store in operand 0 (which has mode
!      N).  This instruction's result is defined only when the value of
!      operand 1 is an integer.
  
! 'ftruncM2'
       Convert operand 1 (valid for floating point mode M) to an integer
       value, still represented in floating point mode M, and store it in
       operand 0 (valid for floating point mode M).
  
! 'fix_truncMN2'
!      Like 'fixMN2' but works for any floating point value of mode M by
       converting the value to an integer.
  
! 'fixuns_truncMN2'
!      Like 'fixunsMN2' but works for any floating point value of mode M
       by converting the value to an integer.
  
! 'truncMN2'
       Truncate operand 1 (valid for mode M) to mode N and store in
       operand 0 (which has mode N).  Both modes must be fixed point or
       both floating point.
  
! 'extendMN2'
       Sign-extend operand 1 (valid for mode M) to mode N and store in
       operand 0 (which has mode N).  Both modes must be fixed point or
       both floating point.
  
! 'zero_extendMN2'
       Zero-extend operand 1 (valid for mode M) to mode N and store in
       operand 0 (which has mode N).  Both modes must be fixed point.
  
! 'fractMN2'
!      Convert operand 1 of mode M to mode N and store in operand 0 (which
!      has mode N).  Mode M and mode N could be fixed-point to
       fixed-point, signed integer to fixed-point, fixed-point to signed
       integer, floating-point to fixed-point, or fixed-point to
       floating-point.  When overflows or underflows happen, the results
       are undefined.
  
! 'satfractMN2'
!      Convert operand 1 of mode M to mode N and store in operand 0 (which
!      has mode N).  Mode M and mode N could be fixed-point to
       fixed-point, signed integer to fixed-point, or floating-point to
       fixed-point.  When overflows or underflows happen, the instruction
       saturates the results to the maximum or the minimum.
  
! 'fractunsMN2'
!      Convert operand 1 of mode M to mode N and store in operand 0 (which
!      has mode N).  Mode M and mode N could be unsigned integer to
!      fixed-point, or fixed-point to unsigned integer.  When overflows or
!      underflows happen, the results are undefined.
  
! 'satfractunsMN2'
       Convert unsigned integer operand 1 of mode M to fixed-point mode N
       and store in operand 0 (which has mode N).  When overflows or
       underflows happen, the instruction saturates the results to the
       maximum or the minimum.
  
! 'extvM'
       Extract a bit-field from register operand 1, sign-extend it, and
       store it in operand 0.  Operand 2 specifies the width of the field
       in bits and operand 3 the starting bit, which counts from the most
!      significant bit if 'BITS_BIG_ENDIAN' is true and from the least
       significant bit otherwise.
  
       Operands 0 and 1 both have mode M.  Operands 2 and 3 have a
       target-specific mode.
  
! 'extvmisalignM'
       Extract a bit-field from memory operand 1, sign extend it, and
       store it in operand 0.  Operand 2 specifies the width in bits and
       operand 3 the starting bit.  The starting bit is always somewhere
!      in the first byte of operand 1; it counts from the most significant
!      bit if 'BITS_BIG_ENDIAN' is true and from the least significant bit
!      otherwise.
  
!      Operand 0 has mode M while operand 1 has 'BLK' mode.  Operands 2
       and 3 have a target-specific mode.
  
       The instruction must not read beyond the last byte of the
       bit-field.
  
! 'extzvM'
!      Like 'extvM' except that the bit-field value is zero-extended.
  
! 'extzvmisalignM'
!      Like 'extvmisalignM' except that the bit-field value is
       zero-extended.
  
! 'insvM'
       Insert operand 3 into a bit-field of register operand 0.  Operand 1
!      specifies the width of the field in bits and operand 2 the starting
!      bit, which counts from the most significant bit if
!      'BITS_BIG_ENDIAN' is true and from the least significant bit
       otherwise.
  
       Operands 0 and 3 both have mode M.  Operands 1 and 2 have a
       target-specific mode.
  
! 'insvmisalignM'
       Insert operand 3 into a bit-field of memory operand 0.  Operand 1
!      specifies the width of the field in bits and operand 2 the starting
!      bit.  The starting bit is always somewhere in the first byte of
!      operand 0; it counts from the most significant bit if
!      'BITS_BIG_ENDIAN' is true and from the least significant bit
       otherwise.
  
!      Operand 3 has mode M while operand 0 has 'BLK' mode.  Operands 1
       and 2 have a target-specific mode.
  
       The instruction must not read or write beyond the last byte of the
       bit-field.
  
! 'extv'
       Extract a bit-field from operand 1 (a register or memory operand),
       where operand 2 specifies the width in bits and operand 3 the
       starting bit, and store it in operand 0.  Operand 0 must have mode
!      'word_mode'.  Operand 1 may have mode 'byte_mode' or 'word_mode';
!      often 'word_mode' is allowed only for registers.  Operands 2 and 3
!      must be valid for 'word_mode'.
  
       The RTL generation pass generates this instruction only with
       constants for operands 2 and 3 and the constant is never zero for
--- 24325,24507 ----
       effect of the instruction is to store a value in operand 0 whose
       sign indicates the result of the comparison.
  
! `cmpstrM'
       String compare instruction, without known maximum length.  Operand
       0 is the output; it has mode M.  The second and third operand are
!      the blocks of memory to be compared; both are `mem:BLK' with an
!      address in mode `Pmode'.
  
       The fourth operand is the known shared alignment of the source and
!      destination, in the form of a `const_int' rtx.  Thus, if the
       compiler knows that both source and destination are word-aligned,
       it may provide the value 4 for this operand.
  
       The two memory blocks specified are compared byte by byte in
       lexicographic order starting at the beginning of each string.  The
!      instruction is not allowed to prefetch more than one byte at a
!      time since either string may end in the first byte and reading
!      past that may access an invalid page or segment and cause a fault.
!      The comparison will terminate when the fetched bytes are different
!      or if they are equal to zero.  The effect of the instruction is to
       store a value in operand 0 whose sign indicates the result of the
       comparison.
  
! `cmpmemM'
       Block compare instruction, with five operands like the operands of
!      `cmpstrM'.  The two memory blocks specified are compared byte by
       byte in lexicographic order starting at the beginning of each
!      block.  Unlike `cmpstrM' the instruction can prefetch any bytes in
!      the two memory blocks.  Also unlike `cmpstrM' the comparison will
       not stop if both bytes are zero.  The effect of the instruction is
       to store a value in operand 0 whose sign indicates the result of
       the comparison.
  
! `strlenM'
       Compute the length of a string, with three operands.  Operand 0 is
!      the result (of mode M), operand 1 is a `mem' referring to the
!      first character of the string, operand 2 is the character to
!      search for (normally zero), and operand 3 is a constant describing
!      the known alignment of the beginning of the string.
  
! `floatMN2'
       Convert signed integer operand 1 (valid for fixed point mode M) to
       floating point mode N and store in operand 0 (which has mode N).
  
! `floatunsMN2'
       Convert unsigned integer operand 1 (valid for fixed point mode M)
       to floating point mode N and store in operand 0 (which has mode N).
  
! `fixMN2'
       Convert operand 1 (valid for floating point mode M) to fixed point
       mode N as a signed number and store in operand 0 (which has mode
       N).  This instruction's result is defined only when the value of
       operand 1 is an integer.
  
       If the machine description defines this pattern, it also needs to
!      define the `ftrunc' pattern.
  
! `fixunsMN2'
       Convert operand 1 (valid for floating point mode M) to fixed point
!      mode N as an unsigned number and store in operand 0 (which has
!      mode N).  This instruction's result is defined only when the value
!      of operand 1 is an integer.
  
! `ftruncM2'
       Convert operand 1 (valid for floating point mode M) to an integer
       value, still represented in floating point mode M, and store it in
       operand 0 (valid for floating point mode M).
  
! `fix_truncMN2'
!      Like `fixMN2' but works for any floating point value of mode M by
       converting the value to an integer.
  
! `fixuns_truncMN2'
!      Like `fixunsMN2' but works for any floating point value of mode M
       by converting the value to an integer.
  
! `truncMN2'
       Truncate operand 1 (valid for mode M) to mode N and store in
       operand 0 (which has mode N).  Both modes must be fixed point or
       both floating point.
  
! `extendMN2'
       Sign-extend operand 1 (valid for mode M) to mode N and store in
       operand 0 (which has mode N).  Both modes must be fixed point or
       both floating point.
  
! `zero_extendMN2'
       Zero-extend operand 1 (valid for mode M) to mode N and store in
       operand 0 (which has mode N).  Both modes must be fixed point.
  
! `fractMN2'
!      Convert operand 1 of mode M to mode N and store in operand 0
!      (which has mode N).  Mode M and mode N could be fixed-point to
       fixed-point, signed integer to fixed-point, fixed-point to signed
       integer, floating-point to fixed-point, or fixed-point to
       floating-point.  When overflows or underflows happen, the results
       are undefined.
  
! `satfractMN2'
!      Convert operand 1 of mode M to mode N and store in operand 0
!      (which has mode N).  Mode M and mode N could be fixed-point to
       fixed-point, signed integer to fixed-point, or floating-point to
       fixed-point.  When overflows or underflows happen, the instruction
       saturates the results to the maximum or the minimum.
  
! `fractunsMN2'
!      Convert operand 1 of mode M to mode N and store in operand 0
!      (which has mode N).  Mode M and mode N could be unsigned integer
!      to fixed-point, or fixed-point to unsigned integer.  When
!      overflows or underflows happen, the results are undefined.
  
! `satfractunsMN2'
       Convert unsigned integer operand 1 of mode M to fixed-point mode N
       and store in operand 0 (which has mode N).  When overflows or
       underflows happen, the instruction saturates the results to the
       maximum or the minimum.
  
! `extvM'
       Extract a bit-field from register operand 1, sign-extend it, and
       store it in operand 0.  Operand 2 specifies the width of the field
       in bits and operand 3 the starting bit, which counts from the most
!      significant bit if `BITS_BIG_ENDIAN' is true and from the least
       significant bit otherwise.
  
       Operands 0 and 1 both have mode M.  Operands 2 and 3 have a
       target-specific mode.
  
! `extvmisalignM'
       Extract a bit-field from memory operand 1, sign extend it, and
       store it in operand 0.  Operand 2 specifies the width in bits and
       operand 3 the starting bit.  The starting bit is always somewhere
!      in the first byte of operand 1; it counts from the most
!      significant bit if `BITS_BIG_ENDIAN' is true and from the least
!      significant bit otherwise.
  
!      Operand 0 has mode M while operand 1 has `BLK' mode.  Operands 2
       and 3 have a target-specific mode.
  
       The instruction must not read beyond the last byte of the
       bit-field.
  
! `extzvM'
!      Like `extvM' except that the bit-field value is zero-extended.
  
! `extzvmisalignM'
!      Like `extvmisalignM' except that the bit-field value is
       zero-extended.
  
! `insvM'
       Insert operand 3 into a bit-field of register operand 0.  Operand 1
!      specifies the width of the field in bits and operand 2 the
!      starting bit, which counts from the most significant bit if
!      `BITS_BIG_ENDIAN' is true and from the least significant bit
       otherwise.
  
       Operands 0 and 3 both have mode M.  Operands 1 and 2 have a
       target-specific mode.
  
! `insvmisalignM'
       Insert operand 3 into a bit-field of memory operand 0.  Operand 1
!      specifies the width of the field in bits and operand 2 the
!      starting bit.  The starting bit is always somewhere in the first
!      byte of operand 0; it counts from the most significant bit if
!      `BITS_BIG_ENDIAN' is true and from the least significant bit
       otherwise.
  
!      Operand 3 has mode M while operand 0 has `BLK' mode.  Operands 1
       and 2 have a target-specific mode.
  
       The instruction must not read or write beyond the last byte of the
       bit-field.
  
! `extv'
       Extract a bit-field from operand 1 (a register or memory operand),
       where operand 2 specifies the width in bits and operand 3 the
       starting bit, and store it in operand 0.  Operand 0 must have mode
!      `word_mode'.  Operand 1 may have mode `byte_mode' or `word_mode';
!      often `word_mode' is allowed only for registers.  Operands 2 and 3
!      must be valid for `word_mode'.
  
       The RTL generation pass generates this instruction only with
       constants for operands 2 and 3 and the constant is never zero for
*************** pattern to accomplish a certain task.
*** 24135,24251 ****
       The bit-field value is sign-extended to a full word integer before
       it is stored in operand 0.
  
!      This pattern is deprecated; please use 'extvM' and 'extvmisalignM'
       instead.
  
! 'extzv'
!      Like 'extv' except that the bit-field value is zero-extended.
  
!      This pattern is deprecated; please use 'extzvM' and
!      'extzvmisalignM' instead.
  
! 'insv'
!      Store operand 3 (which must be valid for 'word_mode') into a
!      bit-field in operand 0, where operand 1 specifies the width in bits
!      and operand 2 the starting bit.  Operand 0 may have mode
!      'byte_mode' or 'word_mode'; often 'word_mode' is allowed only for
!      registers.  Operands 1 and 2 must be valid for 'word_mode'.
  
       The RTL generation pass generates this instruction only with
       constants for operands 1 and 2 and the constant is never zero for
       operand 1.
  
!      This pattern is deprecated; please use 'insvM' and 'insvmisalignM'
       instead.
  
! 'movMODEcc'
       Conditionally move operand 2 or operand 3 into operand 0 according
!      to the comparison in operand 1.  If the comparison is true, operand
!      2 is moved into operand 0, otherwise operand 3 is moved.
  
!      The mode of the operands being compared need not be the same as the
!      operands being moved.  Some machines, sparc64 for example, have
!      instructions that conditionally move an integer value based on the
!      floating point condition codes and vice versa.
  
       If the machine does not have conditional move instructions, do not
       define these patterns.
  
! 'addMODEcc'
!      Similar to 'movMODEcc' but for conditional addition.  Conditionally
!      move operand 2 or (operands 2 + operand 3) into operand 0 according
!      to the comparison in operand 1.  If the comparison is false,
!      operand 2 is moved into operand 0, otherwise (operand 2 + operand
!      3) is moved.
  
! 'negMODEcc'
!      Similar to 'movMODEcc' but for conditional negation.  Conditionally
       move the negation of operand 2 or the unchanged operand 3 into
       operand 0 according to the comparison in operand 1.  If the
!      comparison is true, the negation of operand 2 is moved into operand
!      0, otherwise operand 3 is moved.
  
! 'notMODEcc'
!      Similar to 'negMODEcc' but for conditional complement.
       Conditionally move the bitwise complement of operand 2 or the
       unchanged operand 3 into operand 0 according to the comparison in
       operand 1.  If the comparison is true, the complement of operand 2
       is moved into operand 0, otherwise operand 3 is moved.
  
! 'cstoreMODE4'
       Store zero or nonzero in operand 0 according to whether a
!      comparison is true.  Operand 1 is a comparison operator.  Operand 2
!      and operand 3 are the first and second operand of the comparison,
!      respectively.  You specify the mode that operand 0 must have when
!      you write the 'match_operand' expression.  The compiler
!      automatically sees which mode you have used and supplies an operand
!      of that mode.
  
       The value stored for a true condition must have 1 as its low bit,
       or else must be negative.  Otherwise the instruction is not
       suitable and you should omit it from the machine description.  You
       describe to the compiler exactly which value is stored by defining
!      the macro 'STORE_FLAG_VALUE' (*note Misc::).  If a description
       cannot be found that can be used for all the possible comparison
!      operators, you should pick one and use a 'define_expand' to map all
!      results onto the one you chose.
  
!      These operations may 'FAIL', but should do so only in relatively
!      uncommon cases; if they would 'FAIL' for common cases involving
       integer comparisons, it is best to restrict the predicates to not
       allow these operands.  Likewise if a given comparison operator will
!      always fail, independent of the operands (for floating-point modes,
!      the 'ordered_comparison_operator' predicate is often useful in this
!      case).
  
       If this pattern is omitted, the compiler will generate a
       conditional branch--for example, it may copy a constant one to the
!      target and branching around an assignment of zero to the target--or
!      a libcall.  If the predicate for operand 1 only rejects some
!      operators, it will also try reordering the operands and/or
!      inverting the result value (e.g. by an exclusive OR). These
       possibilities could be cheaper or equivalent to the instructions
!      used for the 'cstoreMODE4' pattern followed by those required to
!      convert a positive result from 'STORE_FLAG_VALUE' to 1; in this
       case, you can and should make operand 1's predicate reject some
!      operators in the 'cstoreMODE4' pattern, or remove the pattern
       altogether from the machine description.
  
! 'cbranchMODE4'
       Conditional branch instruction combined with a compare instruction.
       Operand 0 is a comparison operator.  Operand 1 and operand 2 are
       the first and second operands of the comparison, respectively.
!      Operand 3 is the 'code_label' to jump to.
  
! 'jump'
       A jump inside a function; an unconditional branch.  Operand 0 is
!      the 'code_label' to jump to.  This pattern name is mandatory on all
       machines.
  
! 'call'
       Subroutine call instruction returning no value.  Operand 0 is the
       function to call; operand 1 is the number of bytes of arguments
!      pushed as a 'const_int'; operand 2 is the number of registers used
       as operands.
  
       On most machines, operand 2 is not actually stored into the RTL
--- 24510,24626 ----
       The bit-field value is sign-extended to a full word integer before
       it is stored in operand 0.
  
!      This pattern is deprecated; please use `extvM' and `extvmisalignM'
       instead.
  
! `extzv'
!      Like `extv' except that the bit-field value is zero-extended.
  
!      This pattern is deprecated; please use `extzvM' and
!      `extzvmisalignM' instead.
  
! `insv'
!      Store operand 3 (which must be valid for `word_mode') into a
!      bit-field in operand 0, where operand 1 specifies the width in
!      bits and operand 2 the starting bit.  Operand 0 may have mode
!      `byte_mode' or `word_mode'; often `word_mode' is allowed only for
!      registers.  Operands 1 and 2 must be valid for `word_mode'.
  
       The RTL generation pass generates this instruction only with
       constants for operands 1 and 2 and the constant is never zero for
       operand 1.
  
!      This pattern is deprecated; please use `insvM' and `insvmisalignM'
       instead.
  
! `movMODEcc'
       Conditionally move operand 2 or operand 3 into operand 0 according
!      to the comparison in operand 1.  If the comparison is true,
!      operand 2 is moved into operand 0, otherwise operand 3 is moved.
  
!      The mode of the operands being compared need not be the same as
!      the operands being moved.  Some machines, sparc64 for example,
!      have instructions that conditionally move an integer value based
!      on the floating point condition codes and vice versa.
  
       If the machine does not have conditional move instructions, do not
       define these patterns.
  
! `addMODEcc'
!      Similar to `movMODEcc' but for conditional addition.  Conditionally
!      move operand 2 or (operands 2 + operand 3) into operand 0
!      according to the comparison in operand 1.  If the comparison is
!      false, operand 2 is moved into operand 0, otherwise (operand 2 +
!      operand 3) is moved.
  
! `negMODEcc'
!      Similar to `movMODEcc' but for conditional negation.  Conditionally
       move the negation of operand 2 or the unchanged operand 3 into
       operand 0 according to the comparison in operand 1.  If the
!      comparison is true, the negation of operand 2 is moved into
!      operand 0, otherwise operand 3 is moved.
  
! `notMODEcc'
!      Similar to `negMODEcc' but for conditional complement.
       Conditionally move the bitwise complement of operand 2 or the
       unchanged operand 3 into operand 0 according to the comparison in
       operand 1.  If the comparison is true, the complement of operand 2
       is moved into operand 0, otherwise operand 3 is moved.
  
! `cstoreMODE4'
       Store zero or nonzero in operand 0 according to whether a
!      comparison is true.  Operand 1 is a comparison operator.  Operand
!      2 and operand 3 are the first and second operand of the
!      comparison, respectively.  You specify the mode that operand 0
!      must have when you write the `match_operand' expression.  The
!      compiler automatically sees which mode you have used and supplies
!      an operand of that mode.
  
       The value stored for a true condition must have 1 as its low bit,
       or else must be negative.  Otherwise the instruction is not
       suitable and you should omit it from the machine description.  You
       describe to the compiler exactly which value is stored by defining
!      the macro `STORE_FLAG_VALUE' (*note Misc::).  If a description
       cannot be found that can be used for all the possible comparison
!      operators, you should pick one and use a `define_expand' to map
!      all results onto the one you chose.
  
!      These operations may `FAIL', but should do so only in relatively
!      uncommon cases; if they would `FAIL' for common cases involving
       integer comparisons, it is best to restrict the predicates to not
       allow these operands.  Likewise if a given comparison operator will
!      always fail, independent of the operands (for floating-point
!      modes, the `ordered_comparison_operator' predicate is often useful
!      in this case).
  
       If this pattern is omitted, the compiler will generate a
       conditional branch--for example, it may copy a constant one to the
!      target and branching around an assignment of zero to the
!      target--or a libcall.  If the predicate for operand 1 only rejects
!      some operators, it will also try reordering the operands and/or
!      inverting the result value (e.g. by an exclusive OR).  These
       possibilities could be cheaper or equivalent to the instructions
!      used for the `cstoreMODE4' pattern followed by those required to
!      convert a positive result from `STORE_FLAG_VALUE' to 1; in this
       case, you can and should make operand 1's predicate reject some
!      operators in the `cstoreMODE4' pattern, or remove the pattern
       altogether from the machine description.
  
! `cbranchMODE4'
       Conditional branch instruction combined with a compare instruction.
       Operand 0 is a comparison operator.  Operand 1 and operand 2 are
       the first and second operands of the comparison, respectively.
!      Operand 3 is the `code_label' to jump to.
  
! `jump'
       A jump inside a function; an unconditional branch.  Operand 0 is
!      the `code_label' to jump to.  This pattern name is mandatory on all
       machines.
  
! `call'
       Subroutine call instruction returning no value.  Operand 0 is the
       function to call; operand 1 is the number of bytes of arguments
!      pushed as a `const_int'; operand 2 is the number of registers used
       as operands.
  
       On most machines, operand 2 is not actually stored into the RTL
*************** pattern to accomplish a certain task.
*** 24253,24330 ****
       need to put this information into the assembler code; they can put
       it in the RTL instead of operand 1.
  
!      Operand 0 should be a 'mem' RTX whose address is the address of the
!      function.  Note, however, that this address can be a 'symbol_ref'
       expression even if it would not be a legitimate memory address on
       the target machine.  If it is also not a valid argument for a call
       instruction, the pattern for this operation should be a
!      'define_expand' (*note Expander Definitions::) that places the
       address into a register and uses that register in the call
       instruction.
  
! 'call_value'
       Subroutine call instruction returning a value.  Operand 0 is the
       hard register in which the value is returned.  There are three more
!      operands, the same as the three operands of the 'call' instruction
       (but with numbers increased by one).
  
!      Subroutines that return 'BLKmode' objects use the 'call' insn.
  
! 'call_pop', 'call_value_pop'
!      Similar to 'call' and 'call_value', except used if defined and if
!      'RETURN_POPS_ARGS' is nonzero.  They should emit a 'parallel' that
!      contains both the function call and a 'set' to indicate the
       adjustment made to the frame pointer.
  
!      For machines where 'RETURN_POPS_ARGS' can be nonzero, the use of
       these patterns increases the number of functions for which the
       frame pointer can be eliminated, if desired.
  
! 'untyped_call'
!      Subroutine call instruction returning a value of any type.  Operand
!      0 is the function to call; operand 1 is a memory location where the
!      result of calling the function is to be stored; operand 2 is a
!      'parallel' expression where each element is a 'set' expression that
!      indicates the saving of a function return value into the result
!      block.
  
       This instruction pattern should be defined to support
!      '__builtin_apply' on machines where special instructions are needed
       to call a subroutine with arbitrary arguments or to save the value
       returned.  This instruction pattern is required on machines that
       have multiple registers that can hold a return value (i.e.
!      'FUNCTION_VALUE_REGNO_P' is true for more than one register).
  
! 'return'
       Subroutine return instruction.  This instruction pattern name
       should be defined only if a single instruction can do all the work
       of returning from a function.
  
!      Like the 'movM' patterns, this pattern is also used after the RTL
       generation phase.  In this case it is to support machines where
!      multiple instructions are usually needed to return from a function,
!      but some class of functions only requires one instruction to
!      implement a return.  Normally, the applicable functions are those
!      which do not need to save any registers or allocate stack space.
  
       It is valid for this pattern to expand to an instruction using
!      'simple_return' if no epilogue is required.
  
! 'simple_return'
       Subroutine return instruction.  This instruction pattern name
       should be defined only if a single instruction can do all the work
       of returning from a function on a path where no epilogue is
!      required.  This pattern is very similar to the 'return' instruction
!      pattern, but it is emitted only by the shrink-wrapping optimization
!      on paths where the function prologue has not been executed, and a
!      function return should occur without any of the effects of the
!      epilogue.  Additional uses may be introduced on paths where both
!      the prologue and the epilogue have executed.
  
       For such machines, the condition specified in this pattern should
!      only be true when 'reload_completed' is nonzero and the function's
       epilogue would only be a single instruction.  For machines with
!      register windows, the routine 'leaf_function_p' may be used to
       determine if a register window push is required.
  
       Machines that have conditional return instructions should define
--- 24628,24706 ----
       need to put this information into the assembler code; they can put
       it in the RTL instead of operand 1.
  
!      Operand 0 should be a `mem' RTX whose address is the address of the
!      function.  Note, however, that this address can be a `symbol_ref'
       expression even if it would not be a legitimate memory address on
       the target machine.  If it is also not a valid argument for a call
       instruction, the pattern for this operation should be a
!      `define_expand' (*note Expander Definitions::) that places the
       address into a register and uses that register in the call
       instruction.
  
! `call_value'
       Subroutine call instruction returning a value.  Operand 0 is the
       hard register in which the value is returned.  There are three more
!      operands, the same as the three operands of the `call' instruction
       (but with numbers increased by one).
  
!      Subroutines that return `BLKmode' objects use the `call' insn.
  
! `call_pop', `call_value_pop'
!      Similar to `call' and `call_value', except used if defined and if
!      `RETURN_POPS_ARGS' is nonzero.  They should emit a `parallel' that
!      contains both the function call and a `set' to indicate the
       adjustment made to the frame pointer.
  
!      For machines where `RETURN_POPS_ARGS' can be nonzero, the use of
       these patterns increases the number of functions for which the
       frame pointer can be eliminated, if desired.
  
! `untyped_call'
!      Subroutine call instruction returning a value of any type.
!      Operand 0 is the function to call; operand 1 is a memory location
!      where the result of calling the function is to be stored; operand
!      2 is a `parallel' expression where each element is a `set'
!      expression that indicates the saving of a function return value
!      into the result block.
  
       This instruction pattern should be defined to support
!      `__builtin_apply' on machines where special instructions are needed
       to call a subroutine with arbitrary arguments or to save the value
       returned.  This instruction pattern is required on machines that
       have multiple registers that can hold a return value (i.e.
!      `FUNCTION_VALUE_REGNO_P' is true for more than one register).
  
! `return'
       Subroutine return instruction.  This instruction pattern name
       should be defined only if a single instruction can do all the work
       of returning from a function.
  
!      Like the `movM' patterns, this pattern is also used after the RTL
       generation phase.  In this case it is to support machines where
!      multiple instructions are usually needed to return from a
!      function, but some class of functions only requires one
!      instruction to implement a return.  Normally, the applicable
!      functions are those which do not need to save any registers or
!      allocate stack space.
  
       It is valid for this pattern to expand to an instruction using
!      `simple_return' if no epilogue is required.
  
! `simple_return'
       Subroutine return instruction.  This instruction pattern name
       should be defined only if a single instruction can do all the work
       of returning from a function on a path where no epilogue is
!      required.  This pattern is very similar to the `return'
!      instruction pattern, but it is emitted only by the shrink-wrapping
!      optimization on paths where the function prologue has not been
!      executed, and a function return should occur without any of the
!      effects of the epilogue.  Additional uses may be introduced on
!      paths where both the prologue and the epilogue have executed.
  
       For such machines, the condition specified in this pattern should
!      only be true when `reload_completed' is nonzero and the function's
       epilogue would only be a single instruction.  For machines with
!      register windows, the routine `leaf_function_p' may be used to
       determine if a register window push is required.
  
       Machines that have conditional return instructions should define
*************** pattern to accomplish a certain task.
*** 24341,24373 ****
              "...")
  
       where CONDITION would normally be the same condition specified on
!      the named 'return' pattern.
  
! 'untyped_return'
       Untyped subroutine return instruction.  This instruction pattern
!      should be defined to support '__builtin_return' on machines where
       special instructions are needed to return a value of any type.
  
       Operand 0 is a memory location where the result of calling a
!      function with '__builtin_apply' is stored; operand 1 is a
!      'parallel' expression where each element is a 'set' expression that
!      indicates the restoring of a function return value from the result
!      block.
  
! 'nop'
       No-op instruction.  This instruction pattern name should always be
!      defined to output a no-op in assembler code.  '(const_int 0)' will
       do as an RTL pattern.
  
! 'indirect_jump'
       An instruction to jump to an address which is operand zero.  This
       pattern name is mandatory on all machines.
  
! 'casesi'
       Instruction to jump through a dispatch table, including bounds
       checking.  This instruction takes five operands:
  
!        1. The index to dispatch on, which has mode 'SImode'.
  
         2. The lower bound for indices in the table, an integer constant.
  
--- 24717,24749 ----
              "...")
  
       where CONDITION would normally be the same condition specified on
!      the named `return' pattern.
  
! `untyped_return'
       Untyped subroutine return instruction.  This instruction pattern
!      should be defined to support `__builtin_return' on machines where
       special instructions are needed to return a value of any type.
  
       Operand 0 is a memory location where the result of calling a
!      function with `__builtin_apply' is stored; operand 1 is a
!      `parallel' expression where each element is a `set' expression
!      that indicates the restoring of a function return value from the
!      result block.
  
! `nop'
       No-op instruction.  This instruction pattern name should always be
!      defined to output a no-op in assembler code.  `(const_int 0)' will
       do as an RTL pattern.
  
! `indirect_jump'
       An instruction to jump to an address which is operand zero.  This
       pattern name is mandatory on all machines.
  
! `casesi'
       Instruction to jump through a dispatch table, including bounds
       checking.  This instruction takes five operands:
  
!        1. The index to dispatch on, which has mode `SImode'.
  
         2. The lower bound for indices in the table, an integer constant.
  
*************** pattern to accomplish a certain task.
*** 24379,24443 ****
         5. A label to jump to if the index has a value outside the
            bounds.
  
!      The table is an 'addr_vec' or 'addr_diff_vec' inside of a
!      'jump_table_data'.  The number of elements in the table is one plus
!      the difference between the upper bound and the lower bound.
  
! 'tablejump'
       Instruction to jump to a variable address.  This is a low-level
       capability which can be used to implement a dispatch table when
!      there is no 'casesi' pattern.
  
       This pattern requires two operands: the address or offset, and a
       label which should immediately precede the jump table.  If the
!      macro 'CASE_VECTOR_PC_RELATIVE' evaluates to a nonzero value then
!      the first operand is an offset which counts from the address of the
!      table; otherwise, it is an absolute address to jump to.  In either
!      case, the first operand has mode 'Pmode'.
  
!      The 'tablejump' insn is always the last insn before the jump table
!      it uses.  Its assembler code normally has no need to use the second
!      operand, but you should incorporate it in the RTL pattern so that
!      the jump optimizer will not delete the table as unreachable code.
  
! 'decrement_and_branch_until_zero'
!      Conditional branch instruction that decrements a register and jumps
!      if the register is nonzero.  Operand 0 is the register to decrement
!      and test; operand 1 is the label to jump to if the register is
!      nonzero.  *Note Looping Patterns::.
  
       This optional instruction pattern is only used by the combiner,
       typically for loops reversed by the loop optimizer when strength
       reduction is enabled.
  
! 'doloop_end'
!      Conditional branch instruction that decrements a register and jumps
!      if the register is nonzero.  Operand 0 is the register to decrement
!      and test; operand 1 is the label to jump to if the register is
!      nonzero.  *Note Looping Patterns::.
  
       This optional instruction pattern should be defined for machines
       with low-overhead looping instructions as the loop optimizer will
       try to modify suitable loops to utilize it.  The target hook
!      'TARGET_CAN_USE_DOLOOP_P' controls the conditions under which
       low-overhead loops can be used.
  
! 'doloop_begin'
!      Companion instruction to 'doloop_end' required for machines that
       need to perform some initialization, such as loading a special
!      counter register.  Operand 1 is the associated 'doloop_end' pattern
!      and operand 0 is the register that it decrements.
  
       If initialization insns do not always need to be emitted, use a
!      'define_expand' (*note Expander Definitions::) and make it fail.
  
! 'canonicalize_funcptr_for_compare'
       Canonicalize the function pointer in operand 1 and store the result
       into operand 0.
  
!      Operand 0 is always a 'reg' and has mode 'Pmode'; operand 1 may be
!      a 'reg', 'mem', 'symbol_ref', 'const_int', etc and also has mode
!      'Pmode'.
  
       Canonicalization of a function pointer usually involves computing
       the address of the function which would be called if the function
--- 24755,24820 ----
         5. A label to jump to if the index has a value outside the
            bounds.
  
!      The table is an `addr_vec' or `addr_diff_vec' inside of a
!      `jump_table_data'.  The number of elements in the table is one
!      plus the difference between the upper bound and the lower bound.
  
! `tablejump'
       Instruction to jump to a variable address.  This is a low-level
       capability which can be used to implement a dispatch table when
!      there is no `casesi' pattern.
  
       This pattern requires two operands: the address or offset, and a
       label which should immediately precede the jump table.  If the
!      macro `CASE_VECTOR_PC_RELATIVE' evaluates to a nonzero value then
!      the first operand is an offset which counts from the address of
!      the table; otherwise, it is an absolute address to jump to.  In
!      either case, the first operand has mode `Pmode'.
  
!      The `tablejump' insn is always the last insn before the jump table
!      it uses.  Its assembler code normally has no need to use the
!      second operand, but you should incorporate it in the RTL pattern so
!      that the jump optimizer will not delete the table as unreachable
!      code.
  
! `decrement_and_branch_until_zero'
!      Conditional branch instruction that decrements a register and
!      jumps if the register is nonzero.  Operand 0 is the register to
!      decrement and test; operand 1 is the label to jump to if the
!      register is nonzero.  *Note Looping Patterns::.
  
       This optional instruction pattern is only used by the combiner,
       typically for loops reversed by the loop optimizer when strength
       reduction is enabled.
  
! `doloop_end'
!      Conditional branch instruction that decrements a register and
!      jumps if the register is nonzero.  Operand 0 is the register to
!      decrement and test; operand 1 is the label to jump to if the
!      register is nonzero.  *Note Looping Patterns::.
  
       This optional instruction pattern should be defined for machines
       with low-overhead looping instructions as the loop optimizer will
       try to modify suitable loops to utilize it.  The target hook
!      `TARGET_CAN_USE_DOLOOP_P' controls the conditions under which
       low-overhead loops can be used.
  
! `doloop_begin'
!      Companion instruction to `doloop_end' required for machines that
       need to perform some initialization, such as loading a special
!      counter register.  Operand 1 is the associated `doloop_end'
!      pattern and operand 0 is the register that it decrements.
  
       If initialization insns do not always need to be emitted, use a
!      `define_expand' (*note Expander Definitions::) and make it fail.
  
! `canonicalize_funcptr_for_compare'
       Canonicalize the function pointer in operand 1 and store the result
       into operand 0.
  
!      Operand 0 is always a `reg' and has mode `Pmode'; operand 1 may be
!      a `reg', `mem', `symbol_ref', `const_int', etc and also has mode
!      `Pmode'.
  
       Canonicalization of a function pointer usually involves computing
       the address of the function which would be called if the function
*************** pattern to accomplish a certain task.
*** 24447,24483 ****
       can have different values but still call the same function when
       used in an indirect call.
  
! 'save_stack_block'
! 'save_stack_function'
! 'save_stack_nonlocal'
! 'restore_stack_block'
! 'restore_stack_function'
! 'restore_stack_nonlocal'
       Most machines save and restore the stack pointer by copying it to
!      or from an object of mode 'Pmode'.  Do not define these patterns on
       such machines.
  
       Some machines require special handling for stack pointer saves and
       restores.  On those machines, define the patterns corresponding to
!      the non-standard cases by using a 'define_expand' (*note Expander
       Definitions::) that produces the required insns.  The three types
       of saves and restores are:
  
!        1. 'save_stack_block' saves the stack pointer at the start of a
            block that allocates a variable-sized object, and
!           'restore_stack_block' restores the stack pointer when the
            block is exited.
  
!        2. 'save_stack_function' and 'restore_stack_function' do a
!           similar job for the outermost block of a function and are used
!           when the function allocates variable-sized objects or calls
!           'alloca'.  Only the epilogue uses the restored stack pointer,
!           allowing a simpler save or restore sequence on some machines.
  
!        3. 'save_stack_nonlocal' is used in functions that contain labels
            branched to by nested functions.  It saves the stack pointer
            in such a way that the inner function can use
!           'restore_stack_nonlocal' to restore the stack pointer.  The
            compiler generates code to restore the frame and argument
            pointer registers, but some machines require saving and
            restoring additional data such as register window information
--- 24824,24861 ----
       can have different values but still call the same function when
       used in an indirect call.
  
! `save_stack_block'
! `save_stack_function'
! `save_stack_nonlocal'
! `restore_stack_block'
! `restore_stack_function'
! `restore_stack_nonlocal'
       Most machines save and restore the stack pointer by copying it to
!      or from an object of mode `Pmode'.  Do not define these patterns on
       such machines.
  
       Some machines require special handling for stack pointer saves and
       restores.  On those machines, define the patterns corresponding to
!      the non-standard cases by using a `define_expand' (*note Expander
       Definitions::) that produces the required insns.  The three types
       of saves and restores are:
  
!        1. `save_stack_block' saves the stack pointer at the start of a
            block that allocates a variable-sized object, and
!           `restore_stack_block' restores the stack pointer when the
            block is exited.
  
!        2. `save_stack_function' and `restore_stack_function' do a
!           similar job for the outermost block of a function and are
!           used when the function allocates variable-sized objects or
!           calls `alloca'.  Only the epilogue uses the restored stack
!           pointer, allowing a simpler save or restore sequence on some
!           machines.
  
!        3. `save_stack_nonlocal' is used in functions that contain labels
            branched to by nested functions.  It saves the stack pointer
            in such a way that the inner function can use
!           `restore_stack_nonlocal' to restore the stack pointer.  The
            compiler generates code to restore the frame and argument
            pointer registers, but some machines require saving and
            restoring additional data such as register window information
*************** pattern to accomplish a certain task.
*** 24485,24513 ****
            and restore any such required data.
  
       When saving the stack pointer, operand 0 is the save area and
!      operand 1 is the stack pointer.  The mode used to allocate the save
!      area defaults to 'Pmode' but you can override that choice by
!      defining the 'STACK_SAVEAREA_MODE' macro (*note Storage Layout::).
!      You must specify an integral mode, or 'VOIDmode' if no save area is
!      needed for a particular type of save (either because no save is
       needed or because a machine-specific save area can be used).
       Operand 0 is the stack pointer and operand 1 is the save area for
!      restore operations.  If 'save_stack_block' is defined, operand 0
!      must not be 'VOIDmode' since these saves can be arbitrarily nested.
  
!      A save area is a 'mem' that is at a constant offset from
!      'virtual_stack_vars_rtx' when the stack pointer is saved for use by
!      nonlocal gotos and a 'reg' in the other two cases.
  
! 'allocate_stack'
!      Subtract (or add if 'STACK_GROWS_DOWNWARD' is undefined) operand 1
       from the stack pointer to create space for dynamically allocated
       data.
  
       Store the resultant pointer to this space into operand 0.  If you
       are allocating space from the main stack, do this by emitting a
!      move insn to copy 'virtual_stack_dynamic_rtx' to operand 0.  If you
!      are allocating the space elsewhere, generate code to copy the
       location of the space to operand 0.  In the latter case, you must
       ensure this space gets freed when the corresponding space on the
       main stack is free.
--- 24863,24891 ----
            and restore any such required data.
  
       When saving the stack pointer, operand 0 is the save area and
!      operand 1 is the stack pointer.  The mode used to allocate the
!      save area defaults to `Pmode' but you can override that choice by
!      defining the `STACK_SAVEAREA_MODE' macro (*note Storage Layout::).
!      You must specify an integral mode, or `VOIDmode' if no save area
!      is needed for a particular type of save (either because no save is
       needed or because a machine-specific save area can be used).
       Operand 0 is the stack pointer and operand 1 is the save area for
!      restore operations.  If `save_stack_block' is defined, operand 0
!      must not be `VOIDmode' since these saves can be arbitrarily nested.
  
!      A save area is a `mem' that is at a constant offset from
!      `virtual_stack_vars_rtx' when the stack pointer is saved for use by
!      nonlocal gotos and a `reg' in the other two cases.
  
! `allocate_stack'
!      Subtract (or add if `STACK_GROWS_DOWNWARD' is undefined) operand 1
       from the stack pointer to create space for dynamically allocated
       data.
  
       Store the resultant pointer to this space into operand 0.  If you
       are allocating space from the main stack, do this by emitting a
!      move insn to copy `virtual_stack_dynamic_rtx' to operand 0.  If
!      you are allocating the space elsewhere, generate code to copy the
       location of the space to operand 0.  In the latter case, you must
       ensure this space gets freed when the corresponding space on the
       main stack is free.
*************** pattern to accomplish a certain task.
*** 24517,24523 ****
       probes or maintaining the back chain.  Define this pattern to emit
       those operations in addition to updating the stack pointer.
  
! 'check_stack'
       If stack checking (*note Stack Checking::) cannot be done on your
       system by probing the stack, define this pattern to perform the
       needed check and signal an error if the stack has overflowed.  The
--- 24895,24901 ----
       probes or maintaining the back chain.  Define this pattern to emit
       those operations in addition to updating the stack pointer.
  
! `check_stack'
       If stack checking (*note Stack Checking::) cannot be done on your
       system by probing the stack, define this pattern to perform the
       needed check and signal an error if the stack has overflowed.  The
*************** pattern to accomplish a certain task.
*** 24526,24539 ****
       platforms where this pattern is needed, you would obtain the stack
       limit from a global or thread-specific variable or register.
  
! 'probe_stack_address'
       If stack checking (*note Stack Checking::) can be done on your
!      system by probing the stack but without the need to actually access
!      it, define this pattern and signal an error if the stack has
!      overflowed.  The single operand is the memory address in the stack
!      that needs to be probed.
  
! 'probe_stack'
       If stack checking (*note Stack Checking::) can be done on your
       system by probing the stack but doing it with a "store zero"
       instruction is not valid or optimal, define this pattern to do the
--- 24904,24917 ----
       platforms where this pattern is needed, you would obtain the stack
       limit from a global or thread-specific variable or register.
  
! `probe_stack_address'
       If stack checking (*note Stack Checking::) can be done on your
!      system by probing the stack but without the need to actually
!      access it, define this pattern and signal an error if the stack
!      has overflowed.  The single operand is the memory address in the
!      stack that needs to be probed.
  
! `probe_stack'
       If stack checking (*note Stack Checking::) can be done on your
       system by probing the stack but doing it with a "store zero"
       instruction is not valid or optimal, define this pattern to do the
*************** pattern to accomplish a certain task.
*** 24541,24547 ****
       overflowed.  The single operand is the memory reference in the
       stack that needs to be probed.
  
! 'nonlocal_goto'
       Emit code to generate a non-local goto, e.g., a jump from one
       function to a label in an outer function.  This pattern has four
       arguments, each representing a value to be used in the jump.  The
--- 24919,24925 ----
       overflowed.  The single operand is the memory reference in the
       stack that needs to be probed.
  
! `nonlocal_goto'
       Emit code to generate a non-local goto, e.g., a jump from one
       function to a label in an outer function.  This pattern has four
       arguments, each representing a value to be used in the jump.  The
*************** pattern to accomplish a certain task.
*** 24554,24593 ****
       On most machines you need not define this pattern, since GCC will
       already generate the correct code, which is to load the frame
       pointer and static chain, restore the stack (using the
!      'restore_stack_nonlocal' pattern, if defined), and jump indirectly
       to the dispatcher.  You need only define this pattern if this code
       will not work on your machine.
  
! 'nonlocal_goto_receiver'
       This pattern, if defined, contains code needed at the target of a
       nonlocal goto after the code already generated by GCC.  You will
!      not normally need to define this pattern.  A typical reason why you
!      might need this pattern is if some value, such as a pointer to a
!      global table, must be restored when the frame pointer is restored.
!      Note that a nonlocal goto only occurs within a unit-of-translation,
!      so a global table pointer that is shared by all functions of a
!      given module need not be restored.  There are no arguments.
  
! 'exception_receiver'
       This pattern, if defined, contains code needed at the site of an
!      exception handler that isn't needed at the site of a nonlocal goto.
!      You will not normally need to define this pattern.  A typical
!      reason why you might need this pattern is if some value, such as a
!      pointer to a global table, must be restored after control flow is
!      branched to the handler of an exception.  There are no arguments.
  
! 'builtin_setjmp_setup'
       This pattern, if defined, contains additional code needed to
!      initialize the 'jmp_buf'.  You will not normally need to define
       this pattern.  A typical reason why you might need this pattern is
       if some value, such as a pointer to a global table, must be
       restored.  Though it is preferred that the pointer value be
       recalculated if possible (given the address of a label for
!      instance).  The single argument is a pointer to the 'jmp_buf'.
       Note that the buffer is five words long and that the first three
       are normally used by the generic mechanism.
  
! 'builtin_setjmp_receiver'
       This pattern, if defined, contains code needed at the site of a
       built-in setjmp that isn't needed at the site of a nonlocal goto.
       You will not normally need to define this pattern.  A typical
--- 24932,24973 ----
       On most machines you need not define this pattern, since GCC will
       already generate the correct code, which is to load the frame
       pointer and static chain, restore the stack (using the
!      `restore_stack_nonlocal' pattern, if defined), and jump indirectly
       to the dispatcher.  You need only define this pattern if this code
       will not work on your machine.
  
! `nonlocal_goto_receiver'
       This pattern, if defined, contains code needed at the target of a
       nonlocal goto after the code already generated by GCC.  You will
!      not normally need to define this pattern.  A typical reason why
!      you might need this pattern is if some value, such as a pointer to
!      a global table, must be restored when the frame pointer is
!      restored.  Note that a nonlocal goto only occurs within a
!      unit-of-translation, so a global table pointer that is shared by
!      all functions of a given module need not be restored.  There are
!      no arguments.
  
! `exception_receiver'
       This pattern, if defined, contains code needed at the site of an
!      exception handler that isn't needed at the site of a nonlocal
!      goto.  You will not normally need to define this pattern.  A
!      typical reason why you might need this pattern is if some value,
!      such as a pointer to a global table, must be restored after
!      control flow is branched to the handler of an exception.  There
!      are no arguments.
  
! `builtin_setjmp_setup'
       This pattern, if defined, contains additional code needed to
!      initialize the `jmp_buf'.  You will not normally need to define
       this pattern.  A typical reason why you might need this pattern is
       if some value, such as a pointer to a global table, must be
       restored.  Though it is preferred that the pointer value be
       recalculated if possible (given the address of a label for
!      instance).  The single argument is a pointer to the `jmp_buf'.
       Note that the buffer is five words long and that the first three
       are normally used by the generic mechanism.
  
! `builtin_setjmp_receiver'
       This pattern, if defined, contains code needed at the site of a
       built-in setjmp that isn't needed at the site of a nonlocal goto.
       You will not normally need to define this pattern.  A typical
*************** pattern to accomplish a certain task.
*** 24597,24679 ****
       control; this pattern may be emitted at a small offset from that
       label.
  
! 'builtin_longjmp'
       This pattern, if defined, performs the entire action of the
       longjmp.  You will not normally need to define this pattern unless
!      you also define 'builtin_setjmp_setup'.  The single argument is a
!      pointer to the 'jmp_buf'.
  
! 'eh_return'
!      This pattern, if defined, affects the way '__builtin_eh_return',
       and thence the call frame exception handling library routines, are
       built.  It is intended to handle non-trivial actions needed along
       the abnormal return path.
  
       The address of the exception handler to which the function should
!      return is passed as operand to this pattern.  It will normally need
!      to copied by the pattern to some special register or memory
       location.  If the pattern needs to determine the location of the
       target call frame in order to do so, it may use
!      'EH_RETURN_STACKADJ_RTX', if defined; it will have already been
       assigned.
  
       If this pattern is not defined, the default action will be to
!      simply copy the return address to 'EH_RETURN_HANDLER_RTX'.  Either
       that macro or this pattern needs to be defined if call frame
       exception handling is to be used.
  
! 'prologue'
       This pattern, if defined, emits RTL for entry to a function.  The
       function entry is responsible for setting up the stack frame,
       initializing the frame pointer register, saving callee saved
       registers, etc.
  
       Using a prologue pattern is generally preferred over defining
!      'TARGET_ASM_FUNCTION_PROLOGUE' to emit assembly code for the
       prologue.
  
!      The 'prologue' pattern is particularly useful for targets which
       perform instruction scheduling.
  
! 'window_save'
!      This pattern, if defined, emits RTL for a register window save.  It
!      should be defined if the target machine has register windows but
!      the window events are decoupled from calls to subroutines.  The
!      canonical example is the SPARC architecture.
  
! 'epilogue'
!      This pattern emits RTL for exit from a function.  The function exit
!      is responsible for deallocating the stack frame, restoring callee
!      saved registers and emitting the return instruction.
  
       Using an epilogue pattern is generally preferred over defining
!      'TARGET_ASM_FUNCTION_EPILOGUE' to emit assembly code for the
       epilogue.
  
!      The 'epilogue' pattern is particularly useful for targets which
       perform instruction scheduling or which have delay slots for their
       return instruction.
  
! 'sibcall_epilogue'
       This pattern, if defined, emits RTL for exit from a function
       without the final branch back to the calling function.  This
       pattern will be emitted before any sibling call (aka tail call)
       sites.
  
!      The 'sibcall_epilogue' pattern must not clobber any arguments used
       for parameter passing or any stack slots for arguments passed to
       the current function.
  
! 'trap'
       This pattern, if defined, signals an error, typically by causing
       some kind of signal to be raised.
  
! 'ctrapMM4'
       Conditional trap instruction.  Operand 0 is a piece of RTL which
       performs a comparison, and operands 1 and 2 are the arms of the
       comparison.  Operand 3 is the trap code, an integer.
  
!      A typical 'ctrap' pattern looks like
  
            (define_insn "ctrapsi4"
              [(trap_if (match_operator 0 "trap_operator"
--- 24977,25059 ----
       control; this pattern may be emitted at a small offset from that
       label.
  
! `builtin_longjmp'
       This pattern, if defined, performs the entire action of the
       longjmp.  You will not normally need to define this pattern unless
!      you also define `builtin_setjmp_setup'.  The single argument is a
!      pointer to the `jmp_buf'.
  
! `eh_return'
!      This pattern, if defined, affects the way `__builtin_eh_return',
       and thence the call frame exception handling library routines, are
       built.  It is intended to handle non-trivial actions needed along
       the abnormal return path.
  
       The address of the exception handler to which the function should
!      return is passed as operand to this pattern.  It will normally
!      need to copied by the pattern to some special register or memory
       location.  If the pattern needs to determine the location of the
       target call frame in order to do so, it may use
!      `EH_RETURN_STACKADJ_RTX', if defined; it will have already been
       assigned.
  
       If this pattern is not defined, the default action will be to
!      simply copy the return address to `EH_RETURN_HANDLER_RTX'.  Either
       that macro or this pattern needs to be defined if call frame
       exception handling is to be used.
  
! `prologue'
       This pattern, if defined, emits RTL for entry to a function.  The
       function entry is responsible for setting up the stack frame,
       initializing the frame pointer register, saving callee saved
       registers, etc.
  
       Using a prologue pattern is generally preferred over defining
!      `TARGET_ASM_FUNCTION_PROLOGUE' to emit assembly code for the
       prologue.
  
!      The `prologue' pattern is particularly useful for targets which
       perform instruction scheduling.
  
! `window_save'
!      This pattern, if defined, emits RTL for a register window save.
!      It should be defined if the target machine has register windows
!      but the window events are decoupled from calls to subroutines.
!      The canonical example is the SPARC architecture.
  
! `epilogue'
!      This pattern emits RTL for exit from a function.  The function
!      exit is responsible for deallocating the stack frame, restoring
!      callee saved registers and emitting the return instruction.
  
       Using an epilogue pattern is generally preferred over defining
!      `TARGET_ASM_FUNCTION_EPILOGUE' to emit assembly code for the
       epilogue.
  
!      The `epilogue' pattern is particularly useful for targets which
       perform instruction scheduling or which have delay slots for their
       return instruction.
  
! `sibcall_epilogue'
       This pattern, if defined, emits RTL for exit from a function
       without the final branch back to the calling function.  This
       pattern will be emitted before any sibling call (aka tail call)
       sites.
  
!      The `sibcall_epilogue' pattern must not clobber any arguments used
       for parameter passing or any stack slots for arguments passed to
       the current function.
  
! `trap'
       This pattern, if defined, signals an error, typically by causing
       some kind of signal to be raised.
  
! `ctrapMM4'
       Conditional trap instruction.  Operand 0 is a piece of RTL which
       performs a comparison, and operands 1 and 2 are the arms of the
       comparison.  Operand 3 is the trap code, an integer.
  
!      A typical `ctrap' pattern looks like
  
            (define_insn "ctrapsi4"
              [(trap_if (match_operator 0 "trap_operator"
*************** pattern to accomplish a certain task.
*** 24683,24718 ****
              ""
              "...")
  
! 'prefetch'
       This pattern, if defined, emits code for a non-faulting data
       prefetch instruction.  Operand 0 is the address of the memory to
       prefetch.  Operand 1 is a constant 1 if the prefetch is preparing
       for a write to the memory address, or a constant 0 otherwise.
       Operand 2 is the expected degree of temporal locality of the data
       and is a value between 0 and 3, inclusive; 0 means that the data
!      has no temporal locality, so it need not be left in the cache after
!      the access; 3 means that the data has a high degree of temporal
!      locality and should be left in all levels of cache possible; 1 and
!      2 mean, respectively, a low or moderate degree of temporal
!      locality.
  
       Targets that do not support write prefetches or locality hints can
       ignore the values of operands 1 and 2.
  
! 'blockage'
       This pattern defines a pseudo insn that prevents the instruction
       scheduler and other passes from moving instructions and using
       register equivalences across the boundary defined by the blockage
       insn.  This needs to be an UNSPEC_VOLATILE pattern or a volatile
       ASM.
  
! 'memory_barrier'
       If the target memory model is not fully synchronous, then this
       pattern should be defined to an instruction that orders both loads
       and stores before the instruction with respect to loads and stores
       after the instruction.  This pattern has no operands.
  
! 'sync_compare_and_swapMODE'
       This pattern, if defined, emits code for an atomic compare-and-swap
       operation.  Operand 1 is the memory on which the atomic operation
       is performed.  Operand 2 is the "old" value to be compared against
--- 25063,25098 ----
              ""
              "...")
  
! `prefetch'
       This pattern, if defined, emits code for a non-faulting data
       prefetch instruction.  Operand 0 is the address of the memory to
       prefetch.  Operand 1 is a constant 1 if the prefetch is preparing
       for a write to the memory address, or a constant 0 otherwise.
       Operand 2 is the expected degree of temporal locality of the data
       and is a value between 0 and 3, inclusive; 0 means that the data
!      has no temporal locality, so it need not be left in the cache
!      after the access; 3 means that the data has a high degree of
!      temporal locality and should be left in all levels of cache
!      possible;  1 and 2 mean, respectively, a low or moderate degree of
!      temporal locality.
  
       Targets that do not support write prefetches or locality hints can
       ignore the values of operands 1 and 2.
  
! `blockage'
       This pattern defines a pseudo insn that prevents the instruction
       scheduler and other passes from moving instructions and using
       register equivalences across the boundary defined by the blockage
       insn.  This needs to be an UNSPEC_VOLATILE pattern or a volatile
       ASM.
  
! `memory_barrier'
       If the target memory model is not fully synchronous, then this
       pattern should be defined to an instruction that orders both loads
       and stores before the instruction with respect to loads and stores
       after the instruction.  This pattern has no operands.
  
! `sync_compare_and_swapMODE'
       This pattern, if defined, emits code for an atomic compare-and-swap
       operation.  Operand 1 is the memory on which the atomic operation
       is performed.  Operand 2 is the "old" value to be compared against
*************** pattern to accomplish a certain task.
*** 24733,24760 ****
       For targets where the success or failure of the compare-and-swap
       operation is available via the status flags, it is possible to
       avoid a separate compare operation and issue the subsequent branch
!      or store-flag operation immediately after the compare-and-swap.  To
!      this end, GCC will look for a 'MODE_CC' set in the output of
!      'sync_compare_and_swapMODE'; if the machine description includes
!      such a set, the target should also define special 'cbranchcc4'
!      and/or 'cstorecc4' instructions.  GCC will then be able to take the
!      destination of the 'MODE_CC' set and pass it to the 'cbranchcc4' or
!      'cstorecc4' pattern as the first operand of the comparison (the
!      second will be '(const_int 0)').
  
       For targets where the operating system may provide support for this
!      operation via library calls, the 'sync_compare_and_swap_optab' may
       be initialized to a function with the same interface as the
!      '__sync_val_compare_and_swap_N' built-in.  If the entire set of
       __SYNC builtins are supported via library calls, the target can
!      initialize all of the optabs at once with 'init_sync_libfuncs'.
!      For the purposes of C++11 'std::atomic::is_lock_free', it is
       assumed that these library calls do _not_ use any kind of
       interruptable locking.
  
! 'sync_addMODE', 'sync_subMODE'
! 'sync_iorMODE', 'sync_andMODE'
! 'sync_xorMODE', 'sync_nandMODE'
       These patterns emit code for an atomic operation on memory.
       Operand 0 is the memory on which the atomic operation is performed.
       Operand 1 is the second operand to the binary operator.
--- 25113,25140 ----
       For targets where the success or failure of the compare-and-swap
       operation is available via the status flags, it is possible to
       avoid a separate compare operation and issue the subsequent branch
!      or store-flag operation immediately after the compare-and-swap.
!      To this end, GCC will look for a `MODE_CC' set in the output of
!      `sync_compare_and_swapMODE'; if the machine description includes
!      such a set, the target should also define special `cbranchcc4'
!      and/or `cstorecc4' instructions.  GCC will then be able to take
!      the destination of the `MODE_CC' set and pass it to the
!      `cbranchcc4' or `cstorecc4' pattern as the first operand of the
!      comparison (the second will be `(const_int 0)').
  
       For targets where the operating system may provide support for this
!      operation via library calls, the `sync_compare_and_swap_optab' may
       be initialized to a function with the same interface as the
!      `__sync_val_compare_and_swap_N' built-in.  If the entire set of
       __SYNC builtins are supported via library calls, the target can
!      initialize all of the optabs at once with `init_sync_libfuncs'.
!      For the purposes of C++11 `std::atomic::is_lock_free', it is
       assumed that these library calls do _not_ use any kind of
       interruptable locking.
  
! `sync_addMODE', `sync_subMODE'
! `sync_iorMODE', `sync_andMODE'
! `sync_xorMODE', `sync_nandMODE'
       These patterns emit code for an atomic operation on memory.
       Operand 0 is the memory on which the atomic operation is performed.
       Operand 1 is the second operand to the binary operator.
*************** pattern to accomplish a certain task.
*** 24767,24775 ****
       If these patterns are not defined, the operation will be
       constructed from a compare-and-swap operation, if defined.
  
! 'sync_old_addMODE', 'sync_old_subMODE'
! 'sync_old_iorMODE', 'sync_old_andMODE'
! 'sync_old_xorMODE', 'sync_old_nandMODE'
       These patterns emit code for an atomic operation on memory, and
       return the value that the memory contained before the operation.
       Operand 0 is the result value, operand 1 is the memory on which the
--- 25147,25155 ----
       If these patterns are not defined, the operation will be
       constructed from a compare-and-swap operation, if defined.
  
! `sync_old_addMODE', `sync_old_subMODE'
! `sync_old_iorMODE', `sync_old_andMODE'
! `sync_old_xorMODE', `sync_old_nandMODE'
       These patterns emit code for an atomic operation on memory, and
       return the value that the memory contained before the operation.
       Operand 0 is the result value, operand 1 is the memory on which the
*************** pattern to accomplish a certain task.
*** 24784,24801 ****
       If these patterns are not defined, the operation will be
       constructed from a compare-and-swap operation, if defined.
  
! 'sync_new_addMODE', 'sync_new_subMODE'
! 'sync_new_iorMODE', 'sync_new_andMODE'
! 'sync_new_xorMODE', 'sync_new_nandMODE'
!      These patterns are like their 'sync_old_OP' counterparts, except
!      that they return the value that exists in the memory location after
!      the operation, rather than before the operation.
  
! 'sync_lock_test_and_setMODE'
       This pattern takes two forms, based on the capabilities of the
       target.  In either case, operand 0 is the result of the operand,
!      operand 1 is the memory on which the atomic operation is performed,
!      and operand 2 is the value to set in the lock.
  
       In the ideal case, this operation is an atomic exchange operation,
       in which the previous value in memory operand is copied into the
--- 25164,25181 ----
       If these patterns are not defined, the operation will be
       constructed from a compare-and-swap operation, if defined.
  
! `sync_new_addMODE', `sync_new_subMODE'
! `sync_new_iorMODE', `sync_new_andMODE'
! `sync_new_xorMODE', `sync_new_nandMODE'
!      These patterns are like their `sync_old_OP' counterparts, except
!      that they return the value that exists in the memory location
!      after the operation, rather than before the operation.
  
! `sync_lock_test_and_setMODE'
       This pattern takes two forms, based on the capabilities of the
       target.  In either case, operand 0 is the result of the operand,
!      operand 1 is the memory on which the atomic operation is
!      performed, and operand 2 is the value to set in the lock.
  
       In the ideal case, this operation is an atomic exchange operation,
       in which the previous value in memory operand is copied into the
*************** pattern to accomplish a certain task.
*** 24803,24813 ****
       operand.
  
       For less capable targets, any value operand that is not the
!      constant 1 should be rejected with 'FAIL'.  In this case the target
!      may use an atomic test-and-set bit operation.  The result operand
!      should contain 1 if the bit was previously set and 0 if the bit was
!      previously clear.  The true contents of the memory operand are
!      implementation defined.
  
       This pattern must issue any memory barrier instructions such that
       the pattern as a whole acts as an acquire barrier, that is all
--- 25183,25193 ----
       operand.
  
       For less capable targets, any value operand that is not the
!      constant 1 should be rejected with `FAIL'.  In this case the
!      target may use an atomic test-and-set bit operation.  The result
!      operand should contain 1 if the bit was previously set and 0 if
!      the bit was previously clear.  The true contents of the memory
!      operand are implementation defined.
  
       This pattern must issue any memory barrier instructions such that
       the pattern as a whole acts as an acquire barrier, that is all
*************** pattern to accomplish a certain task.
*** 24817,24857 ****
       If this pattern is not defined, the operation will be constructed
       from a compare-and-swap operation, if defined.
  
! 'sync_lock_releaseMODE'
       This pattern, if defined, releases a lock set by
!      'sync_lock_test_and_setMODE'.  Operand 0 is the memory that
       contains the lock; operand 1 is the value to store in the lock.
  
       If the target doesn't implement full semantics for
!      'sync_lock_test_and_setMODE', any value operand which is not the
!      constant 0 should be rejected with 'FAIL', and the true contents of
!      the memory operand are implementation defined.
  
       This pattern must issue any memory barrier instructions such that
       the pattern as a whole acts as a release barrier, that is the lock
       is released only after all previous memory operations have
       completed.
  
!      If this pattern is not defined, then a 'memory_barrier' pattern
       will be emitted, followed by a store of the value to the memory
       operand.
  
! 'atomic_compare_and_swapMODE'
       This pattern, if defined, emits code for an atomic compare-and-swap
       operation with memory model semantics.  Operand 2 is the memory on
       which the atomic operation is performed.  Operand 0 is an output
       operand which is set to true or false based on whether the
       operation succeeded.  Operand 1 is an output operand which is set
       to the contents of the memory before the operation was attempted.
!      Operand 3 is the value that is expected to be in memory.  Operand 4
!      is the value to put in memory if the expected value is found there.
!      Operand 5 is set to 1 if this compare and swap is to be treated as
!      a weak operation.  Operand 6 is the memory model to be used if the
!      operation is a success.  Operand 7 is the memory model to be used
!      if the operation fails.
  
!      If memory referred to in operand 2 contains the value in operand 3,
!      then operand 4 is stored in memory pointed to by operand 2 and
       fencing based on the memory model in operand 6 is issued.
  
       If memory referred to in operand 2 does not contain the value in
--- 25197,25237 ----
       If this pattern is not defined, the operation will be constructed
       from a compare-and-swap operation, if defined.
  
! `sync_lock_releaseMODE'
       This pattern, if defined, releases a lock set by
!      `sync_lock_test_and_setMODE'.  Operand 0 is the memory that
       contains the lock; operand 1 is the value to store in the lock.
  
       If the target doesn't implement full semantics for
!      `sync_lock_test_and_setMODE', any value operand which is not the
!      constant 0 should be rejected with `FAIL', and the true contents
!      of the memory operand are implementation defined.
  
       This pattern must issue any memory barrier instructions such that
       the pattern as a whole acts as a release barrier, that is the lock
       is released only after all previous memory operations have
       completed.
  
!      If this pattern is not defined, then a `memory_barrier' pattern
       will be emitted, followed by a store of the value to the memory
       operand.
  
! `atomic_compare_and_swapMODE'
       This pattern, if defined, emits code for an atomic compare-and-swap
       operation with memory model semantics.  Operand 2 is the memory on
       which the atomic operation is performed.  Operand 0 is an output
       operand which is set to true or false based on whether the
       operation succeeded.  Operand 1 is an output operand which is set
       to the contents of the memory before the operation was attempted.
!      Operand 3 is the value that is expected to be in memory.  Operand
!      4 is the value to put in memory if the expected value is found
!      there.  Operand 5 is set to 1 if this compare and swap is to be
!      treated as a weak operation.  Operand 6 is the memory model to be
!      used if the operation is a success.  Operand 7 is the memory model
!      to be used if the operation fails.
  
!      If memory referred to in operand 2 contains the value in operand
!      3, then operand 4 is stored in memory pointed to by operand 2 and
       fencing based on the memory model in operand 6 is issued.
  
       If memory referred to in operand 2 does not contain the value in
*************** pattern to accomplish a certain task.
*** 24863,24965 ****
       operand 5 can be ignored.  Note a strong implementation must be
       provided.
  
!      If this pattern is not provided, the '__atomic_compare_exchange'
!      built-in functions will utilize the legacy 'sync_compare_and_swap'
!      pattern with an '__ATOMIC_SEQ_CST' memory model.
  
! 'atomic_loadMODE'
       This pattern implements an atomic load operation with memory model
       semantics.  Operand 1 is the memory address being loaded from.
!      Operand 0 is the result of the load.  Operand 2 is the memory model
!      to be used for the load operation.
  
!      If not present, the '__atomic_load' built-in function will either
       resort to a normal load with memory barriers, or a compare-and-swap
       operation if a normal load would not be atomic.
  
! 'atomic_storeMODE'
       This pattern implements an atomic store operation with memory model
       semantics.  Operand 0 is the memory address being stored to.
       Operand 1 is the value to be written.  Operand 2 is the memory
       model to be used for the operation.
  
!      If not present, the '__atomic_store' built-in function will attempt
!      to perform a normal store and surround it with any required memory
!      fences.  If the store would not be atomic, then an
!      '__atomic_exchange' is attempted with the result being ignored.
  
! 'atomic_exchangeMODE'
       This pattern implements an atomic exchange operation with memory
!      model semantics.  Operand 1 is the memory location the operation is
!      performed on.  Operand 0 is an output operand which is set to the
!      original value contained in the memory pointed to by operand 1.
!      Operand 2 is the value to be stored.  Operand 3 is the memory model
!      to be used.
  
       If this pattern is not present, the built-in function
!      '__atomic_exchange' will attempt to preform the operation with a
       compare and swap loop.
  
! 'atomic_addMODE', 'atomic_subMODE'
! 'atomic_orMODE', 'atomic_andMODE'
! 'atomic_xorMODE', 'atomic_nandMODE'
       These patterns emit code for an atomic operation on memory with
!      memory model semantics.  Operand 0 is the memory on which the
       atomic operation is performed.  Operand 1 is the second operand to
       the binary operator.  Operand 2 is the memory model to be used by
       the operation.
  
       If these patterns are not defined, attempts will be made to use
!      legacy 'sync' patterns, or equivalent patterns which return a
       result.  If none of these are available a compare-and-swap loop
       will be used.
  
! 'atomic_fetch_addMODE', 'atomic_fetch_subMODE'
! 'atomic_fetch_orMODE', 'atomic_fetch_andMODE'
! 'atomic_fetch_xorMODE', 'atomic_fetch_nandMODE'
       These patterns emit code for an atomic operation on memory with
!      memory model semantics, and return the original value.  Operand 0
       is an output operand which contains the value of the memory
       location before the operation was performed.  Operand 1 is the
       memory on which the atomic operation is performed.  Operand 2 is
!      the second operand to the binary operator.  Operand 3 is the memory
!      model to be used by the operation.
  
       If these patterns are not defined, attempts will be made to use
!      legacy 'sync' patterns.  If none of these are available a
       compare-and-swap loop will be used.
  
! 'atomic_add_fetchMODE', 'atomic_sub_fetchMODE'
! 'atomic_or_fetchMODE', 'atomic_and_fetchMODE'
! 'atomic_xor_fetchMODE', 'atomic_nand_fetchMODE'
       These patterns emit code for an atomic operation on memory with
!      memory model semantics and return the result after the operation is
!      performed.  Operand 0 is an output operand which contains the value
!      after the operation.  Operand 1 is the memory on which the atomic
!      operation is performed.  Operand 2 is the second operand to the
!      binary operator.  Operand 3 is the memory model to be used by the
!      operation.
  
       If these patterns are not defined, attempts will be made to use
!      legacy 'sync' patterns, or equivalent patterns which return the
       result before the operation followed by the arithmetic operation
       required to produce the result.  If none of these are available a
       compare-and-swap loop will be used.
  
! 'atomic_test_and_set'
!      This pattern emits code for '__builtin_atomic_test_and_set'.
       Operand 0 is an output operand which is set to true if the previous
       previous contents of the byte was "set", and false otherwise.
!      Operand 1 is the 'QImode' memory to be modified.  Operand 2 is the
       memory model to be used.
  
       The specific value that defines "set" is implementation defined,
       and is normally based on what is performed by the native atomic
       test and set instruction.
  
! 'atomic_bit_test_and_setMODE'
! 'atomic_bit_test_and_complementMODE'
! 'atomic_bit_test_and_resetMODE'
       These patterns emit code for an atomic bitwise operation on memory
       with memory model semantics, and return the original value of the
       specified bit.  Operand 0 is an output operand which contains the
--- 25243,25345 ----
       operand 5 can be ignored.  Note a strong implementation must be
       provided.
  
!      If this pattern is not provided, the `__atomic_compare_exchange'
!      built-in functions will utilize the legacy `sync_compare_and_swap'
!      pattern with an `__ATOMIC_SEQ_CST' memory model.
  
! `atomic_loadMODE'
       This pattern implements an atomic load operation with memory model
       semantics.  Operand 1 is the memory address being loaded from.
!      Operand 0 is the result of the load.  Operand 2 is the memory
!      model to be used for the load operation.
  
!      If not present, the `__atomic_load' built-in function will either
       resort to a normal load with memory barriers, or a compare-and-swap
       operation if a normal load would not be atomic.
  
! `atomic_storeMODE'
       This pattern implements an atomic store operation with memory model
       semantics.  Operand 0 is the memory address being stored to.
       Operand 1 is the value to be written.  Operand 2 is the memory
       model to be used for the operation.
  
!      If not present, the `__atomic_store' built-in function will
!      attempt to perform a normal store and surround it with any
!      required memory fences.  If the store would not be atomic, then an
!      `__atomic_exchange' is attempted with the result being ignored.
  
! `atomic_exchangeMODE'
       This pattern implements an atomic exchange operation with memory
!      model semantics.  Operand 1 is the memory location the operation
!      is performed on.  Operand 0 is an output operand which is set to
!      the original value contained in the memory pointed to by operand
!      1.  Operand 2 is the value to be stored.  Operand 3 is the memory
!      model to be used.
  
       If this pattern is not present, the built-in function
!      `__atomic_exchange' will attempt to preform the operation with a
       compare and swap loop.
  
! `atomic_addMODE', `atomic_subMODE'
! `atomic_orMODE', `atomic_andMODE'
! `atomic_xorMODE', `atomic_nandMODE'
       These patterns emit code for an atomic operation on memory with
!      memory model semantics. Operand 0 is the memory on which the
       atomic operation is performed.  Operand 1 is the second operand to
       the binary operator.  Operand 2 is the memory model to be used by
       the operation.
  
       If these patterns are not defined, attempts will be made to use
!      legacy `sync' patterns, or equivalent patterns which return a
       result.  If none of these are available a compare-and-swap loop
       will be used.
  
! `atomic_fetch_addMODE', `atomic_fetch_subMODE'
! `atomic_fetch_orMODE', `atomic_fetch_andMODE'
! `atomic_fetch_xorMODE', `atomic_fetch_nandMODE'
       These patterns emit code for an atomic operation on memory with
!      memory model semantics, and return the original value. Operand 0
       is an output operand which contains the value of the memory
       location before the operation was performed.  Operand 1 is the
       memory on which the atomic operation is performed.  Operand 2 is
!      the second operand to the binary operator.  Operand 3 is the
!      memory model to be used by the operation.
  
       If these patterns are not defined, attempts will be made to use
!      legacy `sync' patterns.  If none of these are available a
       compare-and-swap loop will be used.
  
! `atomic_add_fetchMODE', `atomic_sub_fetchMODE'
! `atomic_or_fetchMODE', `atomic_and_fetchMODE'
! `atomic_xor_fetchMODE', `atomic_nand_fetchMODE'
       These patterns emit code for an atomic operation on memory with
!      memory model semantics and return the result after the operation
!      is performed.  Operand 0 is an output operand which contains the
!      value after the operation.  Operand 1 is the memory on which the
!      atomic operation is performed.  Operand 2 is the second operand to
!      the binary operator.  Operand 3 is the memory model to be used by
!      the operation.
  
       If these patterns are not defined, attempts will be made to use
!      legacy `sync' patterns, or equivalent patterns which return the
       result before the operation followed by the arithmetic operation
       required to produce the result.  If none of these are available a
       compare-and-swap loop will be used.
  
! `atomic_test_and_set'
!      This pattern emits code for `__builtin_atomic_test_and_set'.
       Operand 0 is an output operand which is set to true if the previous
       previous contents of the byte was "set", and false otherwise.
!      Operand 1 is the `QImode' memory to be modified.  Operand 2 is the
       memory model to be used.
  
       The specific value that defines "set" is implementation defined,
       and is normally based on what is performed by the native atomic
       test and set instruction.
  
! `atomic_bit_test_and_setMODE'
! `atomic_bit_test_and_complementMODE'
! `atomic_bit_test_and_resetMODE'
       These patterns emit code for an atomic bitwise operation on memory
       with memory model semantics, and return the original value of the
       specified bit.  Operand 0 is an output operand which contains the
*************** pattern to accomplish a certain task.
*** 24967,24996 ****
       operation was performed.  Operand 1 is the memory on which the
       atomic operation is performed.  Operand 2 is the bit within the
       operand, starting with least significant bit.  Operand 3 is the
!      memory model to be used by the operation.  Operand 4 is a flag - it
!      is 'const1_rtx' if operand 0 should contain the original value of
!      the specified bit in the least significant bit of the operand, and
!      'const0_rtx' if the bit should be in its original position in the
!      operand.  'atomic_bit_test_and_setMODE' atomically sets the
       specified bit after remembering its original value,
!      'atomic_bit_test_and_complementMODE' inverts the specified bit and
!      'atomic_bit_test_and_resetMODE' clears the specified bit.
  
       If these patterns are not defined, attempts will be made to use
!      'atomic_fetch_orMODE', 'atomic_fetch_xorMODE' or
!      'atomic_fetch_andMODE' instruction patterns, or their 'sync'
       counterparts.  If none of these are available a compare-and-swap
       loop will be used.
  
! 'mem_thread_fenceMODE'
       This pattern emits code required to implement a thread fence with
       memory model semantics.  Operand 0 is the memory model to be used.
  
       If this pattern is not specified, all memory models except
!      '__ATOMIC_RELAXED' will result in issuing a 'sync_synchronize'
       barrier pattern.
  
! 'mem_signal_fenceMODE'
       This pattern emits code required to implement a signal fence with
       memory model semantics.  Operand 0 is the memory model to be used.
  
--- 25347,25376 ----
       operation was performed.  Operand 1 is the memory on which the
       atomic operation is performed.  Operand 2 is the bit within the
       operand, starting with least significant bit.  Operand 3 is the
!      memory model to be used by the operation.  Operand 4 is a flag -
!      it is `const1_rtx' if operand 0 should contain the original value
!      of the specified bit in the least significant bit of the operand,
!      and `const0_rtx' if the bit should be in its original position in
!      the operand.  `atomic_bit_test_and_setMODE' atomically sets the
       specified bit after remembering its original value,
!      `atomic_bit_test_and_complementMODE' inverts the specified bit and
!      `atomic_bit_test_and_resetMODE' clears the specified bit.
  
       If these patterns are not defined, attempts will be made to use
!      `atomic_fetch_orMODE', `atomic_fetch_xorMODE' or
!      `atomic_fetch_andMODE' instruction patterns, or their `sync'
       counterparts.  If none of these are available a compare-and-swap
       loop will be used.
  
! `mem_thread_fenceMODE'
       This pattern emits code required to implement a thread fence with
       memory model semantics.  Operand 0 is the memory model to be used.
  
       If this pattern is not specified, all memory models except
!      `__ATOMIC_RELAXED' will result in issuing a `sync_synchronize'
       barrier pattern.
  
! `mem_signal_fenceMODE'
       This pattern emits code required to implement a signal fence with
       memory model semantics.  Operand 0 is the memory model to be used.
  
*************** pattern to accomplish a certain task.
*** 24999,25019 ****
       barrier instructions.
  
       If this pattern is not specified, all memory models except
!      '__ATOMIC_RELAXED' will result in issuing a 'sync_synchronize'
       barrier pattern.
  
! 'get_thread_pointerMODE'
! 'set_thread_pointerMODE'
       These patterns emit code that reads/sets the TLS thread pointer.
       Currently, these are only needed if the target needs to support the
!      '__builtin_thread_pointer' and '__builtin_set_thread_pointer'
       builtins.
  
       The get/set patterns have a single output/input operand
!      respectively, with MODE intended to be 'Pmode'.
  
! 'stack_protect_set'
!      This pattern, if defined, moves a 'ptr_mode' value from the memory
       in operand 1 to the memory in operand 0 without leaving the value
       in a register afterward.  This is to avoid leaking the value some
       place that an attacker might use to rewrite the stack guard slot
--- 25379,25399 ----
       barrier instructions.
  
       If this pattern is not specified, all memory models except
!      `__ATOMIC_RELAXED' will result in issuing a `sync_synchronize'
       barrier pattern.
  
! `get_thread_pointerMODE'
! `set_thread_pointerMODE'
       These patterns emit code that reads/sets the TLS thread pointer.
       Currently, these are only needed if the target needs to support the
!      `__builtin_thread_pointer' and `__builtin_set_thread_pointer'
       builtins.
  
       The get/set patterns have a single output/input operand
!      respectively, with MODE intended to be `Pmode'.
  
! `stack_protect_set'
!      This pattern, if defined, moves a `ptr_mode' value from the memory
       in operand 1 to the memory in operand 0 without leaving the value
       in a register afterward.  This is to avoid leaking the value some
       place that an attacker might use to rewrite the stack guard slot
*************** pattern to accomplish a certain task.
*** 25022,25029 ****
       If this pattern is not defined, then a plain move pattern is
       generated.
  
! 'stack_protect_test'
!      This pattern, if defined, compares a 'ptr_mode' value from the
       memory in operand 1 with the memory in operand 0 without leaving
       the value in a register afterward and branches to operand 2 if the
       values were equal.
--- 25402,25409 ----
       If this pattern is not defined, then a plain move pattern is
       generated.
  
! `stack_protect_test'
!      This pattern, if defined, compares a `ptr_mode' value from the
       memory in operand 1 with the memory in operand 0 without leaving
       the value in a register afterward and branches to operand 2 if the
       values were equal.
*************** pattern to accomplish a certain task.
*** 25031,25043 ****
       If this pattern is not defined, then a plain compare pattern and
       conditional branch pattern is used.
  
! 'clear_cache'
       This pattern, if defined, flushes the instruction cache for a
       region of memory.  The region is bounded to by the Pmode pointers
       in operand 0 inclusive and operand 1 exclusive.
  
       If this pattern is not defined, a call to the library function
!      '__clear_cache' is used.
  
  
  File: gccint.info,  Node: Pattern Ordering,  Next: Dependent Patterns,  Prev: Standard Names,  Up: Machine Desc
--- 25411,25424 ----
       If this pattern is not defined, then a plain compare pattern and
       conditional branch pattern is used.
  
! `clear_cache'
       This pattern, if defined, flushes the instruction cache for a
       region of memory.  The region is bounded to by the Pmode pointers
       in operand 0 inclusive and operand 1 exclusive.
  
       If this pattern is not defined, a call to the library function
!      `__clear_cache' is used.
! 
  
  
  File: gccint.info,  Node: Pattern Ordering,  Next: Dependent Patterns,  Prev: Standard Names,  Up: Machine Desc
*************** Therefore, more specific patterns (patte
*** 25051,25066 ****
  things) and faster instructions (those that will produce better code
  when they do match) should usually go first in the description.
  
!  In some cases the effect of ordering the patterns can be used to hide a
! pattern when it is not valid.  For example, the 68000 has an instruction
! for converting a fullword to floating point and another for converting a
! byte to floating point.  An instruction converting an integer to
! floating point could match either one.  We put the pattern to convert
! the fullword first to make sure that one will be used rather than the
! other.  (Otherwise a large integer might be generated as a single-byte
! immediate quantity, which would not work.)  Instead of using this
! pattern ordering it would be possible to make the pattern for
! convert-a-byte smart enough to deal properly with any constant value.
  
  
  File: gccint.info,  Node: Dependent Patterns,  Next: Jump Patterns,  Prev: Pattern Ordering,  Up: Machine Desc
--- 25432,25448 ----
  things) and faster instructions (those that will produce better code
  when they do match) should usually go first in the description.
  
!  In some cases the effect of ordering the patterns can be used to hide
! a pattern when it is not valid.  For example, the 68000 has an
! instruction for converting a fullword to floating point and another for
! converting a byte to floating point.  An instruction converting an
! integer to floating point could match either one.  We put the pattern
! to convert the fullword first to make sure that one will be used rather
! than the other.  (Otherwise a large integer might be generated as a
! single-byte immediate quantity, which would not work.)  Instead of
! using this pattern ordering it would be possible to make the pattern
! for convert-a-byte smart enough to deal properly with any constant
! value.
  
  
  File: gccint.info,  Node: Dependent Patterns,  Next: Jump Patterns,  Prev: Pattern Ordering,  Up: Machine Desc
*************** Constant integers do not specify a machi
*** 25083,25094 ****
  extend a constant value could match either pattern.  The pattern it
  actually will match is the one that appears first in the file.  For
  correct results, this must be the one for the widest possible mode
! ('HImode', here).  If the pattern matches the 'QImode' instruction, the
  results will be incorrect if the constant value does not actually fit
  that mode.
  
!  Such instructions to extend constants are rarely generated because they
! are optimized away, but they do occasionally happen in nonoptimized
  compilations.
  
   If a constraint in a pattern allows a constant, the reload pass may
--- 25465,25476 ----
  extend a constant value could match either pattern.  The pattern it
  actually will match is the one that appears first in the file.  For
  correct results, this must be the one for the widest possible mode
! (`HImode', here).  If the pattern matches the `QImode' instruction, the
  results will be incorrect if the constant value does not actually fit
  that mode.
  
!  Such instructions to extend constants are rarely generated because
! they are optimized away, but they do occasionally happen in nonoptimized
  compilations.
  
   If a constraint in a pattern allows a constant, the reload pass may
*************** File: gccint.info,  Node: Jump Patterns,
*** 25107,25134 ****
  
  GCC does not assume anything about how the machine realizes jumps.  The
  machine description should define a single pattern, usually a
! 'define_expand', which expands to all the required insns.
  
   Usually, this would be a comparison insn to set the condition code and
  a separate branch insn testing the condition code and branching or not
! according to its value.  For many machines, however, separating compares
! and branches is limiting, which is why the more flexible approach with
! one 'define_expand' is used in GCC. The machine description becomes
! clearer for architectures that have compare-and-branch instructions but
! no condition code.  It also works better when different sets of
! comparison operators are supported by different kinds of conditional
! branches (e.g.  integer vs.  floating-point), or by conditional branches
! with respect to conditional stores.
  
   Two separate insns are always used if the machine description
  represents a condition code register using the legacy RTL expression
! '(cc0)', and on most machines that use a separate condition code
! register (*note Condition Code::).  For machines that use '(cc0)', in
  fact, the set and use of the condition code must be separate and
! adjacent(1), thus allowing flags in 'cc_status' to be used (*note
  Condition Code::) and so that the comparison and branch insns could be
! located from each other by using the functions 'prev_cc0_setter' and
! 'next_cc0_user'.
  
   Even in this case having a single entry point for conditional branches
  is advantageous, because it handles equally well the case where a single
--- 25489,25517 ----
  
  GCC does not assume anything about how the machine realizes jumps.  The
  machine description should define a single pattern, usually a
! `define_expand', which expands to all the required insns.
  
   Usually, this would be a comparison insn to set the condition code and
  a separate branch insn testing the condition code and branching or not
! according to its value.  For many machines, however, separating
! compares and branches is limiting, which is why the more flexible
! approach with one `define_expand' is used in GCC.  The machine
! description becomes clearer for architectures that have
! compare-and-branch instructions but no condition code.  It also works
! better when different sets of comparison operators are supported by
! different kinds of conditional branches (e.g. integer vs.
! floating-point), or by conditional branches with respect to conditional
! stores.
  
   Two separate insns are always used if the machine description
  represents a condition code register using the legacy RTL expression
! `(cc0)', and on most machines that use a separate condition code
! register (*note Condition Code::).  For machines that use `(cc0)', in
  fact, the set and use of the condition code must be separate and
! adjacent(1), thus allowing flags in `cc_status' to be used (*note
  Condition Code::) and so that the comparison and branch insns could be
! located from each other by using the functions `prev_cc0_setter' and
! `next_cc0_user'.
  
   Even in this case having a single entry point for conditional branches
  is advantageous, because it handles equally well the case where a single
*************** distinct signed and unsigned flavors) as
*** 25138,25146 ****
  case where there are distinct signed and unsigned compare instructions
  and only one set of conditional branch instructions as in the PowerPC.
  
!    ---------- Footnotes ----------
  
!    (1) 'note' insns can separate them, though.
  
  
  File: gccint.info,  Node: Looping Patterns,  Next: Insn Canonicalizations,  Prev: Jump Patterns,  Up: Machine Desc
--- 25521,25529 ----
  case where there are distinct signed and unsigned compare instructions
  and only one set of conditional branch instructions as in the PowerPC.
  
!  ---------- Footnotes ----------
  
!  (1) `note' insns can separate them, though.
  
  
  File: gccint.info,  Node: Looping Patterns,  Next: Insn Canonicalizations,  Prev: Jump Patterns,  Up: Machine Desc
*************** File: gccint.info,  Node: Looping Patter
*** 25149,25155 ****
  ===========================================
  
  Some machines have special jump instructions that can be utilized to
! make loops more efficient.  A common example is the 68000 'dbra'
  instruction which performs a decrement of a register and a branch if the
  result was greater than zero.  Other machines, in particular digital
  signal processors (DSPs), have special block repeat instructions to
--- 25532,25538 ----
  ===========================================
  
  Some machines have special jump instructions that can be utilized to
! make loops more efficient.  A common example is the 68000 `dbra'
  instruction which performs a decrement of a register and a branch if the
  result was greater than zero.  Other machines, in particular digital
  signal processors (DSPs), have special block repeat instructions to
*************** provide low-overhead loop support.  For
*** 25157,25176 ****
  DSPs have a block repeat instruction that loads special registers to
  mark the top and end of a loop and to count the number of loop
  iterations.  This avoids the need for fetching and executing a
! 'dbra'-like instruction and avoids pipeline stalls associated with the
  jump.
  
   GCC has three special named patterns to support low overhead looping.
! They are 'decrement_and_branch_until_zero', 'doloop_begin', and
! 'doloop_end'.  The first pattern, 'decrement_and_branch_until_zero', is
  not emitted during RTL generation but may be emitted during the
! instruction combination phase.  This requires the assistance of the loop
! optimizer, using information collected during strength reduction, to
! reverse a loop to count down to zero.  Some targets also require the
! loop optimizer to add a 'REG_NONNEG' note to indicate that the iteration
! count is always positive.  This is needed if the target performs a
! signed loop termination test.  For example, the 68000 uses a pattern
! similar to the following for its 'dbra' instruction:
  
       (define_insn "decrement_and_branch_until_zero"
         [(set (pc)
--- 25540,25559 ----
  DSPs have a block repeat instruction that loads special registers to
  mark the top and end of a loop and to count the number of loop
  iterations.  This avoids the need for fetching and executing a
! `dbra'-like instruction and avoids pipeline stalls associated with the
  jump.
  
   GCC has three special named patterns to support low overhead looping.
! They are `decrement_and_branch_until_zero', `doloop_begin', and
! `doloop_end'.  The first pattern, `decrement_and_branch_until_zero', is
  not emitted during RTL generation but may be emitted during the
! instruction combination phase.  This requires the assistance of the
! loop optimizer, using information collected during strength reduction,
! to reverse a loop to count down to zero.  Some targets also require the
! loop optimizer to add a `REG_NONNEG' note to indicate that the
! iteration count is always positive.  This is needed if the target
! performs a signed loop termination test.  For example, the 68000 uses a
! pattern similar to the following for its `dbra' instruction:
  
       (define_insn "decrement_and_branch_until_zero"
         [(set (pc)
*************** similar to the following for its 'dbra'
*** 25187,25193 ****
         "...")
  
   Note that since the insn is both a jump insn and has an output, it must
! deal with its own reloads, hence the 'm' constraints.  Also note that
  since this insn is generated by the instruction combination phase
  combining two sequential insns together into an implicit parallel insn,
  the iteration counter needs to be biased by the same amount as the
--- 25570,25576 ----
         "...")
  
   Note that since the insn is both a jump insn and has an output, it must
! deal with its own reloads, hence the `m' constraints.  Also note that
  since this insn is generated by the instruction combination phase
  combining two sequential insns together into an implicit parallel insn,
  the iteration counter needs to be biased by the same amount as the
*************** pattern will not be matched by the combi
*** 25207,25241 ****
         "find_reg_note (insn, REG_NONNEG, 0)"
         "...")
  
!  The other two special looping patterns, 'doloop_begin' and
! 'doloop_end', are emitted by the loop optimizer for certain well-behaved
! loops with a finite number of loop iterations using information
! collected during strength reduction.
  
!  The 'doloop_end' pattern describes the actual looping instruction (or
! the implicit looping operation) and the 'doloop_begin' pattern is an
  optional companion pattern that can be used for initialization needed
  for some low-overhead looping instructions.
  
   Note that some machines require the actual looping instruction to be
  emitted at the top of the loop (e.g., the TMS320C3x/C4x DSPs).  Emitting
  the true RTL for a looping instruction at the top of the loop can cause
! problems with flow analysis.  So instead, a dummy 'doloop' insn is
  emitted at the end of the loop.  The machine dependent reorg pass checks
! for the presence of this 'doloop' insn and then searches back to the top
! of the loop, where it inserts the true looping insn (provided there are
! no instructions in the loop which would cause problems).  Any additional
! labels can be emitted at this point.  In addition, if the desired
! special iteration counter register was not allocated, this machine
! dependent reorg pass could emit a traditional compare and jump
  instruction pair.
  
!  The essential difference between the 'decrement_and_branch_until_zero'
! and the 'doloop_end' patterns is that the loop optimizer allocates an
! additional pseudo register for the latter as an iteration counter.  This
! pseudo register cannot be used within the loop (i.e., general induction
! variables cannot be derived from it), however, in many cases the loop
! induction variable may become redundant and removed by the flow pass.
  
  
  File: gccint.info,  Node: Insn Canonicalizations,  Next: Expander Definitions,  Prev: Looping Patterns,  Up: Machine Desc
--- 25590,25625 ----
         "find_reg_note (insn, REG_NONNEG, 0)"
         "...")
  
!  The other two special looping patterns, `doloop_begin' and
! `doloop_end', are emitted by the loop optimizer for certain
! well-behaved loops with a finite number of loop iterations using
! information collected during strength reduction.
  
!  The `doloop_end' pattern describes the actual looping instruction (or
! the implicit looping operation) and the `doloop_begin' pattern is an
  optional companion pattern that can be used for initialization needed
  for some low-overhead looping instructions.
  
   Note that some machines require the actual looping instruction to be
  emitted at the top of the loop (e.g., the TMS320C3x/C4x DSPs).  Emitting
  the true RTL for a looping instruction at the top of the loop can cause
! problems with flow analysis.  So instead, a dummy `doloop' insn is
  emitted at the end of the loop.  The machine dependent reorg pass checks
! for the presence of this `doloop' insn and then searches back to the
! top of the loop, where it inserts the true looping insn (provided there
! are no instructions in the loop which would cause problems).  Any
! additional labels can be emitted at this point.  In addition, if the
! desired special iteration counter register was not allocated, this
! machine dependent reorg pass could emit a traditional compare and jump
  instruction pair.
  
!  The essential difference between the `decrement_and_branch_until_zero'
! and the `doloop_end' patterns is that the loop optimizer allocates an
! additional pseudo register for the latter as an iteration counter.
! This pseudo register cannot be used within the loop (i.e., general
! induction variables cannot be derived from it), however, in many cases
! the loop induction variable may become redundant and removed by the
! flow pass.
  
  
  File: gccint.info,  Node: Insn Canonicalizations,  Next: Expander Definitions,  Prev: Looping Patterns,  Up: Machine Desc
*************** number of insn patterns required.
*** 25253,25296 ****
   In addition to algebraic simplifications, following canonicalizations
  are performed:
  
!    * For commutative and comparison operators, a constant is always made
!      the second operand.  If a machine only supports a constant as the
!      second operand, only patterns that match a constant in the second
!      operand need be supplied.
  
     * For associative operators, a sequence of operators will always
       chain to the left; for instance, only the left operand of an
!      integer 'plus' can itself be a 'plus'.  'and', 'ior', 'xor',
!      'plus', 'mult', 'smin', 'smax', 'umin', and 'umax' are associative
       when applied to integers, and sometimes to floating-point.
  
!    * For these operators, if only one operand is a 'neg', 'not', 'mult',
!      'plus', or 'minus' expression, it will be the first operand.
  
!    * In combinations of 'neg', 'mult', 'plus', and 'minus', the 'neg'
       operations (if any) will be moved inside the operations as far as
!      possible.  For instance, '(neg (mult A B))' is canonicalized as
!      '(mult (neg A) B)', but '(plus (mult (neg B) C) A)' is
!      canonicalized as '(minus A (mult B C))'.
  
!    * For the 'compare' operator, a constant is always the second operand
!      if the first argument is a condition code register or '(cc0)'.
  
!    * An operand of 'neg', 'not', 'mult', 'plus', or 'minus' is made the
       first operand under the same conditions as above.
  
!    * '(ltu (plus A B) B)' is converted to '(ltu (plus A B) A)'.
!      Likewise with 'geu' instead of 'ltu'.
  
!    * '(minus X (const_int N))' is converted to '(plus X (const_int
       -N))'.
  
!    * Within address computations (i.e., inside 'mem'), a left shift is
       converted into the appropriate multiplication by a power of two.
  
     * De Morgan's Law is used to move bitwise negation inside a bitwise
       logical-and or logical-or operation.  If this results in only one
!      operand being a 'not' expression, it will be the first one.
  
       A machine that has an instruction that performs a bitwise
       logical-and of one operand with the bitwise negation of the other
--- 25637,25681 ----
   In addition to algebraic simplifications, following canonicalizations
  are performed:
  
!    * For commutative and comparison operators, a constant is always
!      made the second operand.  If a machine only supports a constant as
!      the second operand, only patterns that match a constant in the
!      second operand need be supplied.
  
     * For associative operators, a sequence of operators will always
       chain to the left; for instance, only the left operand of an
!      integer `plus' can itself be a `plus'.  `and', `ior', `xor',
!      `plus', `mult', `smin', `smax', `umin', and `umax' are associative
       when applied to integers, and sometimes to floating-point.
  
!    * For these operators, if only one operand is a `neg', `not',
!      `mult', `plus', or `minus' expression, it will be the first
!      operand.
  
!    * In combinations of `neg', `mult', `plus', and `minus', the `neg'
       operations (if any) will be moved inside the operations as far as
!      possible.  For instance, `(neg (mult A B))' is canonicalized as
!      `(mult (neg A) B)', but `(plus (mult (neg B) C) A)' is
!      canonicalized as `(minus A (mult B C))'.
  
!    * For the `compare' operator, a constant is always the second operand
!      if the first argument is a condition code register or `(cc0)'.
  
!    * An operand of `neg', `not', `mult', `plus', or `minus' is made the
       first operand under the same conditions as above.
  
!    * `(ltu (plus A B) B)' is converted to `(ltu (plus A B) A)'.
!      Likewise with `geu' instead of `ltu'.
  
!    * `(minus X (const_int N))' is converted to `(plus X (const_int
       -N))'.
  
!    * Within address computations (i.e., inside `mem'), a left shift is
       converted into the appropriate multiplication by a power of two.
  
     * De Morgan's Law is used to move bitwise negation inside a bitwise
       logical-and or logical-or operation.  If this results in only one
!      operand being a `not' expression, it will be the first one.
  
       A machine that has an instruction that performs a bitwise
       logical-and of one operand with the bitwise negation of the other
*************** are performed:
*** 25316,25322 ****
       logically equivalent RTL expressions.
  
     * The only possible RTL expressions involving both bitwise
!      exclusive-or and bitwise negation are '(xor:M X Y)' and '(not:M
       (xor:M X Y))'.
  
     * The sum of three items, one of which is a constant, will only
--- 25701,25707 ----
       logically equivalent RTL expressions.
  
     * The only possible RTL expressions involving both bitwise
!      exclusive-or and bitwise negation are `(xor:M X Y)' and `(not:M
       (xor:M X Y))'.
  
     * The sum of three items, one of which is a constant, will only
*************** are performed:
*** 25324,25347 ****
  
            (plus:M (plus:M X Y) CONSTANT)
  
!    * Equality comparisons of a group of bits (usually a single bit) with
!      zero will be written using 'zero_extract' rather than the
!      equivalent 'and' or 'sign_extract' operations.
  
!    * '(sign_extend:M1 (mult:M2 (sign_extend:M2 X) (sign_extend:M2 Y)))'
!      is converted to '(mult:M1 (sign_extend:M1 X) (sign_extend:M1 Y))',
!      and likewise for 'zero_extend'.
  
-    * '(sign_extend:M1 (mult:M2 (ashiftrt:M2 X S) (sign_extend:M2 Y)))'
-      is converted to '(mult:M1 (sign_extend:M1 (ashiftrt:M2 X S))
-      (sign_extend:M1 Y))', and likewise for patterns using 'zero_extend'
-      and 'lshiftrt'.  If the second operand of 'mult' is also a shift,
-      then that is extended also.  This transformation is only applied
-      when it can be proven that the original operation had sufficient
-      precision to prevent overflow.
  
   Further canonicalization rules are defined in the function
! 'commutative_operand_precedence' in 'gcc/rtlanal.c'.
  
  
  File: gccint.info,  Node: Expander Definitions,  Next: Insn Splitting,  Prev: Insn Canonicalizations,  Up: Machine Desc
--- 25709,25733 ----
  
            (plus:M (plus:M X Y) CONSTANT)
  
!    * Equality comparisons of a group of bits (usually a single bit)
!      with zero will be written using `zero_extract' rather than the
!      equivalent `and' or `sign_extract' operations.
  
!    * `(sign_extend:M1 (mult:M2 (sign_extend:M2 X) (sign_extend:M2 Y)))'
!      is converted to `(mult:M1 (sign_extend:M1 X) (sign_extend:M1 Y))',
!      and likewise for `zero_extend'.
! 
!    * `(sign_extend:M1 (mult:M2 (ashiftrt:M2 X S) (sign_extend:M2 Y)))'
!      is converted to `(mult:M1 (sign_extend:M1 (ashiftrt:M2 X S))
!      (sign_extend:M1 Y))', and likewise for patterns using
!      `zero_extend' and `lshiftrt'.  If the second operand of `mult' is
!      also a shift, then that is extended also.  This transformation is
!      only applied when it can be proven that the original operation had
!      sufficient precision to prevent overflow.
  
  
   Further canonicalization rules are defined in the function
! `commutative_operand_precedence' in `gcc/rtlanal.c'.
  
  
  File: gccint.info,  Node: Expander Definitions,  Next: Insn Splitting,  Prev: Insn Canonicalizations,  Up: Machine Desc
*************** File: gccint.info,  Node: Expander Defin
*** 25352,25381 ****
  On some target machines, some standard pattern names for RTL generation
  cannot be handled with single insn, but a sequence of RTL insns can
  represent them.  For these target machines, you can write a
! 'define_expand' to specify how to generate the sequence of RTL.
  
!  A 'define_expand' is an RTL expression that looks almost like a
! 'define_insn'; but, unlike the latter, a 'define_expand' is used only
  for RTL generation and it can produce more than one RTL insn.
  
!  A 'define_expand' RTX has four operands:
  
!    * The name.  Each 'define_expand' must have a name, since the only
       use for it is to refer to it by name.
  
     * The RTL template.  This is a vector of RTL expressions representing
!      a sequence of separate instructions.  Unlike 'define_insn', there
!      is no implicit surrounding 'PARALLEL'.
  
!    * The condition, a string containing a C expression.  This expression
!      is used to express how the availability of this pattern depends on
!      subclasses of target machine, selected by command-line options when
!      GCC is run.  This is just like the condition of a 'define_insn'
!      that has a standard name.  Therefore, the condition (if present)
!      may not depend on the data in the insn being matched, but only the
!      target-machine-type flags.  The compiler needs to test these
!      conditions during initialization in order to learn exactly which
!      named instructions are available in a particular run.
  
     * The preparation statements, a string containing zero or more C
       statements which are to be executed before RTL code is generated
--- 25738,25767 ----
  On some target machines, some standard pattern names for RTL generation
  cannot be handled with single insn, but a sequence of RTL insns can
  represent them.  For these target machines, you can write a
! `define_expand' to specify how to generate the sequence of RTL.
  
!  A `define_expand' is an RTL expression that looks almost like a
! `define_insn'; but, unlike the latter, a `define_expand' is used only
  for RTL generation and it can produce more than one RTL insn.
  
!  A `define_expand' RTX has four operands:
  
!    * The name.  Each `define_expand' must have a name, since the only
       use for it is to refer to it by name.
  
     * The RTL template.  This is a vector of RTL expressions representing
!      a sequence of separate instructions.  Unlike `define_insn', there
!      is no implicit surrounding `PARALLEL'.
  
!    * The condition, a string containing a C expression.  This
!      expression is used to express how the availability of this pattern
!      depends on subclasses of target machine, selected by command-line
!      options when GCC is run.  This is just like the condition of a
!      `define_insn' that has a standard name.  Therefore, the condition
!      (if present) may not depend on the data in the insn being matched,
!      but only the target-machine-type flags.  The compiler needs to
!      test these conditions during initialization in order to learn
!      exactly which named instructions are available in a particular run.
  
     * The preparation statements, a string containing zero or more C
       statements which are to be executed before RTL code is generated
*************** for RTL generation and it can produce mo
*** 25383,25396 ****
  
       Usually these statements prepare temporary registers for use as
       internal operands in the RTL template, but they can also generate
!      RTL insns directly by calling routines such as 'emit_insn', etc.
       Any such insns precede the ones that come from the RTL template.
  
!    * Optionally, a vector containing the values of attributes.  *Note
       Insn Attributes::.
  
!  Every RTL insn emitted by a 'define_expand' must match some
! 'define_insn' in the machine description.  Otherwise, the compiler will
  crash when trying to generate code for the insn or trying to optimize
  it.
  
--- 25769,25782 ----
  
       Usually these statements prepare temporary registers for use as
       internal operands in the RTL template, but they can also generate
!      RTL insns directly by calling routines such as `emit_insn', etc.
       Any such insns precede the ones that come from the RTL template.
  
!    * Optionally, a vector containing the values of attributes. *Note
       Insn Attributes::.
  
!  Every RTL insn emitted by a `define_expand' must match some
! `define_insn' in the machine description.  Otherwise, the compiler will
  crash when trying to generate code for the insn or trying to optimize
  it.
  
*************** also describes the operands that need to
*** 25399,25449 ****
  is used.  In particular, it gives a predicate for each operand.
  
   A true operand, which needs to be specified in order to generate RTL
! from the pattern, should be described with a 'match_operand' in its
  first occurrence in the RTL template.  This enters information on the
  operand's predicate into the tables that record such things.  GCC uses
  the information to preload the operand into a register if that is
  required for valid RTL code.  If the operand is referred to more than
! once, subsequent references should use 'match_dup'.
  
   The RTL template may also refer to internal "operands" which are
  temporary registers or labels used only within the sequence made by the
! 'define_expand'.  Internal operands are substituted into the RTL
! template with 'match_dup', never with 'match_operand'.  The values of
  the internal operands are not passed in as arguments by the compiler
! when it requests use of this pattern.  Instead, they are computed within
! the pattern, in the preparation statements.  These statements compute
! the values and store them into the appropriate elements of 'operands' so
! that 'match_dup' can find them.
  
   There are two special macros defined for use in the preparation
! statements: 'DONE' and 'FAIL'.  Use them with a following semicolon, as
  a statement.
  
! 'DONE'
!      Use the 'DONE' macro to end RTL generation for the pattern.  The
       only RTL insns resulting from the pattern on this occasion will be
!      those already emitted by explicit calls to 'emit_insn' within the
       preparation statements; the RTL template will not be generated.
  
! 'FAIL'
       Make the pattern fail on this occasion.  When a pattern fails, it
       means that the pattern was not truly available.  The calling
       routines in the compiler will try other strategies for code
       generation using other patterns.
  
       Failure is currently supported only for binary (addition,
!      multiplication, shifting, etc.)  and bit-field ('extv', 'extzv',
!      and 'insv') operations.
  
!  If the preparation falls through (invokes neither 'DONE' nor 'FAIL'),
! then the 'define_expand' acts like a 'define_insn' in that the RTL
  template is used to generate the insn.
  
   The RTL template is not used for matching, only for generating the
! initial insn list.  If the preparation statement always invokes 'DONE'
! or 'FAIL', the RTL template may be reduced to a simple list of operands,
! such as this example:
  
       (define_expand "addsi3"
         [(match_operand:SI 0 "register_operand" "")
--- 25785,25835 ----
  is used.  In particular, it gives a predicate for each operand.
  
   A true operand, which needs to be specified in order to generate RTL
! from the pattern, should be described with a `match_operand' in its
  first occurrence in the RTL template.  This enters information on the
  operand's predicate into the tables that record such things.  GCC uses
  the information to preload the operand into a register if that is
  required for valid RTL code.  If the operand is referred to more than
! once, subsequent references should use `match_dup'.
  
   The RTL template may also refer to internal "operands" which are
  temporary registers or labels used only within the sequence made by the
! `define_expand'.  Internal operands are substituted into the RTL
! template with `match_dup', never with `match_operand'.  The values of
  the internal operands are not passed in as arguments by the compiler
! when it requests use of this pattern.  Instead, they are computed
! within the pattern, in the preparation statements.  These statements
! compute the values and store them into the appropriate elements of
! `operands' so that `match_dup' can find them.
  
   There are two special macros defined for use in the preparation
! statements: `DONE' and `FAIL'.  Use them with a following semicolon, as
  a statement.
  
! `DONE'
!      Use the `DONE' macro to end RTL generation for the pattern.  The
       only RTL insns resulting from the pattern on this occasion will be
!      those already emitted by explicit calls to `emit_insn' within the
       preparation statements; the RTL template will not be generated.
  
! `FAIL'
       Make the pattern fail on this occasion.  When a pattern fails, it
       means that the pattern was not truly available.  The calling
       routines in the compiler will try other strategies for code
       generation using other patterns.
  
       Failure is currently supported only for binary (addition,
!      multiplication, shifting, etc.) and bit-field (`extv', `extzv',
!      and `insv') operations.
  
!  If the preparation falls through (invokes neither `DONE' nor `FAIL'),
! then the `define_expand' acts like a `define_insn' in that the RTL
  template is used to generate the insn.
  
   The RTL template is not used for matching, only for generating the
! initial insn list.  If the preparation statement always invokes `DONE'
! or `FAIL', the RTL template may be reduced to a simple list of
! operands, such as this example:
  
       (define_expand "addsi3"
         [(match_operand:SI 0 "register_operand" "")
*************** such as this example:
*** 25472,25487 ****
           FAIL;
       }")
  
! This example uses 'define_expand' so that it can generate an RTL insn
  for shifting when the shift-count is in the supported range of 0 to 3
  but fail in other cases where machine insns aren't available.  When it
  fails, the compiler tries another strategy using different patterns
  (such as, a library call).
  
   If the compiler were able to handle nontrivial condition-strings in
! patterns with names, then it would be possible to use a 'define_insn' in
! that case.  Here is another case (zero-extension on the 68000) which
! makes more use of the power of 'define_expand':
  
       (define_expand "zero_extendhisi2"
         [(set (match_operand:SI 0 "general_operand" "")
--- 25858,25873 ----
           FAIL;
       }")
  
! This example uses `define_expand' so that it can generate an RTL insn
  for shifting when the shift-count is in the supported range of 0 to 3
  but fail in other cases where machine insns aren't available.  When it
  fails, the compiler tries another strategy using different patterns
  (such as, a library call).
  
   If the compiler were able to handle nontrivial condition-strings in
! patterns with names, then it would be possible to use a `define_insn'
! in that case.  Here is another case (zero-extension on the 68000) which
! makes more use of the power of `define_expand':
  
       (define_expand "zero_extendhisi2"
         [(set (match_operand:SI 0 "general_operand" "")
*************** Here two RTL insns are generated, one to
*** 25498,25513 ****
  and the other to copy the input operand into its low half.  This
  sequence is incorrect if the input operand refers to [the old value of]
  the output operand, so the preparation statement makes sure this isn't
! so.  The function 'make_safe_from' copies the 'operands[1]' into a
! temporary register if it refers to 'operands[0]'.  It does this by
  emitting another RTL insn.
  
   Finally, a third example shows the use of an internal operand.
! Zero-extension on the SPUR chip is done by 'and'-ing the result against
! a halfword mask.  But this mask cannot be represented by a 'const_int'
  because the constant value is too large to be legitimate on this
! machine.  So it must be copied into a register with 'force_reg' and then
! the register used in the 'and'.
  
       (define_expand "zero_extendhisi2"
         [(set (match_operand:SI 0 "register_operand" "")
--- 25884,25899 ----
  and the other to copy the input operand into its low half.  This
  sequence is incorrect if the input operand refers to [the old value of]
  the output operand, so the preparation statement makes sure this isn't
! so.  The function `make_safe_from' copies the `operands[1]' into a
! temporary register if it refers to `operands[0]'.  It does this by
  emitting another RTL insn.
  
   Finally, a third example shows the use of an internal operand.
! Zero-extension on the SPUR chip is done by `and'-ing the result against
! a halfword mask.  But this mask cannot be represented by a `const_int'
  because the constant value is too large to be legitimate on this
! machine.  So it must be copied into a register with `force_reg' and
! then the register used in the `and'.
  
       (define_expand "zero_extendhisi2"
         [(set (match_operand:SI 0 "register_operand" "")
*************** the register used in the 'and'.
*** 25519,25528 ****
         "operands[2]
            = force_reg (SImode, GEN_INT (65535)); ")
  
!  _Note:_ If the 'define_expand' is used to serve a standard binary or
  unary arithmetic operation or a bit-field operation, then the last insn
! it generates must not be a 'code_label', 'barrier' or 'note'.  It must
! be an 'insn', 'jump_insn' or 'call_insn'.  If you don't need a real insn
  at the end, emit an insn to copy the result of the operation into
  itself.  Such an insn will generate no code, but it can avoid problems
  in the compiler.
--- 25905,25914 ----
         "operands[2]
            = force_reg (SImode, GEN_INT (65535)); ")
  
!  _Note:_ If the `define_expand' is used to serve a standard binary or
  unary arithmetic operation or a bit-field operation, then the last insn
! it generates must not be a `code_label', `barrier' or `note'.  It must
! be an `insn', `jump_insn' or `call_insn'.  If you don't need a real insn
  at the end, emit an insn to copy the result of the operation into
  itself.  Such an insn will generate no code, but it can avoid problems
  in the compiler.
*************** File: gccint.info,  Node: Insn Splitting
*** 25533,25544 ****
  16.16 Defining How to Split Instructions
  ========================================
  
! There are two cases where you should specify how to split a pattern into
! multiple insns.  On machines that have instructions requiring delay
! slots (*note Delay Slots::) or that have instructions whose output is
! not available for multiple cycles (*note Processor pipeline
! description::), the compiler phases that optimize these cases need to be
! able to move insns into one-instruction delay slots.  However, some
  insns may generate more than one machine instruction.  These insns
  cannot be placed into a delay slot.
  
--- 25919,25930 ----
  16.16 Defining How to Split Instructions
  ========================================
  
! There are two cases where you should specify how to split a pattern
! into multiple insns.  On machines that have instructions requiring
! delay slots (*note Delay Slots::) or that have instructions whose
! output is not available for multiple cycles (*note Processor pipeline
! description::), the compiler phases that optimize these cases need to
! be able to move insns into one-instruction delay slots.  However, some
  insns may generate more than one machine instruction.  These insns
  cannot be placed into a delay slot.
  
*************** scheduling.
*** 25552,25566 ****
  
   The insn combiner phase also splits putative insns.  If three insns are
  merged into one insn with a complex expression that cannot be matched by
! some 'define_insn' pattern, the combiner phase attempts to split the
  complex pattern into two insns that are recognized.  Usually it can
  break the complex pattern into two patterns by splitting out some
  subexpression.  However, in some other cases, such as performing an
  addition of a large constant in two insns on a RISC machine, the way to
  split the addition into two insns is machine-dependent.
  
!  The 'define_split' definition tells the compiler how to split a complex
! insn into several simpler insns.  It looks like this:
  
       (define_split
         [INSN-PATTERN]
--- 25938,25952 ----
  
   The insn combiner phase also splits putative insns.  If three insns are
  merged into one insn with a complex expression that cannot be matched by
! some `define_insn' pattern, the combiner phase attempts to split the
  complex pattern into two insns that are recognized.  Usually it can
  break the complex pattern into two patterns by splitting out some
  subexpression.  However, in some other cases, such as performing an
  addition of a large constant in two insns on a RISC machine, the way to
  split the addition into two insns is machine-dependent.
  
!  The `define_split' definition tells the compiler how to split a
! complex insn into several simpler insns.  It looks like this:
  
       (define_split
         [INSN-PATTERN]
*************** insn into several simpler insns.  It loo
*** 25571,25601 ****
         "PREPARATION-STATEMENTS")
  
   INSN-PATTERN is a pattern that needs to be split and CONDITION is the
! final condition to be tested, as in a 'define_insn'.  When an insn
  matching INSN-PATTERN and satisfying CONDITION is found, it is replaced
  in the insn list with the insns given by NEW-INSN-PATTERN-1,
  NEW-INSN-PATTERN-2, etc.
  
   The PREPARATION-STATEMENTS are similar to those statements that are
! specified for 'define_expand' (*note Expander Definitions::) and are
  executed before the new RTL is generated to prepare for the generated
  code or emit some insns whose pattern is not fixed.  Unlike those in
! 'define_expand', however, these statements must not generate any new
  pseudo-registers.  Once reload has completed, they also must not
  allocate any space in the stack frame.
  
   Patterns are matched against INSN-PATTERN in two different
  circumstances.  If an insn needs to be split for delay slot scheduling
  or insn scheduling, the insn is already known to be valid, which means
! that it must have been matched by some 'define_insn' and, if
! 'reload_completed' is nonzero, is known to satisfy the constraints of
! that 'define_insn'.  In that case, the new insn patterns must also be
! insns that are matched by some 'define_insn' and, if 'reload_completed'
  is nonzero, must also satisfy the constraints of those definitions.
  
!  As an example of this usage of 'define_split', consider the following
! example from 'a29k.md', which splits a 'sign_extend' from 'HImode' to
! 'SImode' into a pair of shift insns:
  
       (define_split
         [(set (match_operand:SI 0 "gen_reg_operand" "")
--- 25957,25987 ----
         "PREPARATION-STATEMENTS")
  
   INSN-PATTERN is a pattern that needs to be split and CONDITION is the
! final condition to be tested, as in a `define_insn'.  When an insn
  matching INSN-PATTERN and satisfying CONDITION is found, it is replaced
  in the insn list with the insns given by NEW-INSN-PATTERN-1,
  NEW-INSN-PATTERN-2, etc.
  
   The PREPARATION-STATEMENTS are similar to those statements that are
! specified for `define_expand' (*note Expander Definitions::) and are
  executed before the new RTL is generated to prepare for the generated
  code or emit some insns whose pattern is not fixed.  Unlike those in
! `define_expand', however, these statements must not generate any new
  pseudo-registers.  Once reload has completed, they also must not
  allocate any space in the stack frame.
  
   Patterns are matched against INSN-PATTERN in two different
  circumstances.  If an insn needs to be split for delay slot scheduling
  or insn scheduling, the insn is already known to be valid, which means
! that it must have been matched by some `define_insn' and, if
! `reload_completed' is nonzero, is known to satisfy the constraints of
! that `define_insn'.  In that case, the new insn patterns must also be
! insns that are matched by some `define_insn' and, if `reload_completed'
  is nonzero, must also satisfy the constraints of those definitions.
  
!  As an example of this usage of `define_split', consider the following
! example from `a29k.md', which splits a `sign_extend' from `HImode' to
! `SImode' into a pair of shift insns:
  
       (define_split
         [(set (match_operand:SI 0 "gen_reg_operand" "")
*************** example from 'a29k.md', which splits a '
*** 25611,25628 ****
       { operands[1] = gen_lowpart (SImode, operands[1]); }")
  
   When the combiner phase tries to split an insn pattern, it is always
! the case that the pattern is _not_ matched by any 'define_insn'.  The
! combiner pass first tries to split a single 'set' expression and then
! the same 'set' expression inside a 'parallel', but followed by a
! 'clobber' of a pseudo-reg to use as a scratch register.  In these cases,
! the combiner expects exactly two new insn patterns to be generated.  It
! will verify that these patterns match some 'define_insn' definitions, so
! you need not do this test in the 'define_split' (of course, there is no
! point in writing a 'define_split' that will never produce insns that
! match).
  
!  Here is an example of this use of 'define_split', taken from
! 'rs6000.md':
  
       (define_split
         [(set (match_operand:SI 0 "gen_reg_operand" "")
--- 25997,26014 ----
       { operands[1] = gen_lowpart (SImode, operands[1]); }")
  
   When the combiner phase tries to split an insn pattern, it is always
! the case that the pattern is _not_ matched by any `define_insn'.  The
! combiner pass first tries to split a single `set' expression and then
! the same `set' expression inside a `parallel', but followed by a
! `clobber' of a pseudo-reg to use as a scratch register.  In these
! cases, the combiner expects exactly two new insn patterns to be
! generated.  It will verify that these patterns match some `define_insn'
! definitions, so you need not do this test in the `define_split' (of
! course, there is no point in writing a `define_split' that will never
! produce insns that match).
  
!  Here is an example of this use of `define_split', taken from
! `rs6000.md':
  
       (define_split
         [(set (match_operand:SI 0 "gen_reg_operand" "")
*************** match).
*** 25643,25652 ****
         operands[4] = GEN_INT (low);
       }")
  
!  Here the predicate 'non_add_cint_operand' matches any 'const_int' that
! is _not_ a valid operand of a single add insn.  The add with the smaller
! displacement is written so that it can be substituted into the address
! of a subsequent operation.
  
   An example that uses a scratch register, from the same file, generates
  an equality comparison of a register and a large constant:
--- 26029,26038 ----
         operands[4] = GEN_INT (low);
       }")
  
!  Here the predicate `non_add_cint_operand' matches any `const_int' that
! is _not_ a valid operand of a single add insn.  The add with the
! smaller displacement is written so that it can be substituted into the
! address of a subsequent operation.
  
   An example that uses a scratch register, from the same file, generates
  an equality comparison of a register and a large constant:
*************** an equality comparison of a register and
*** 25675,25683 ****
         operands[5] = GEN_INT (sextc);
       }")
  
!  To avoid confusion, don't write a single 'define_split' that accepts
! some insns that match some 'define_insn' as well as some insns that
! don't.  Instead, write two separate 'define_split' definitions, one for
  the insns that are valid and one for the insns that are not valid.
  
   The splitter is allowed to split jump instructions into sequence of
--- 26061,26069 ----
         operands[5] = GEN_INT (sextc);
       }")
  
!  To avoid confusion, don't write a single `define_split' that accepts
! some insns that match some `define_insn' as well as some insns that
! don't.  Instead, write two separate `define_split' definitions, one for
  the insns that are valid and one for the insns that are not valid.
  
   The splitter is allowed to split jump instructions into sequence of
*************** instruction is always valid, as compiler
*** 25690,25705 ****
  new jump.  When new sequence contains multiple jump instructions or new
  labels, more assistance is needed.  Splitter is required to create only
  unconditional jumps, or simple conditional jump instructions.
! Additionally it must attach a 'REG_BR_PROB' note to each conditional
! jump.  A global variable 'split_branch_probability' holds the
  probability of the original branch in case it was a simple conditional
  jump, -1 otherwise.  To simplify recomputing of edge frequencies, the
! new sequence is required to have only forward jumps to the newly created
! labels.
  
!  For the common case where the pattern of a define_split exactly matches
! the pattern of a define_insn, use 'define_insn_and_split'.  It looks
! like this:
  
       (define_insn_and_split
         [INSN-PATTERN]
--- 26076,26091 ----
  new jump.  When new sequence contains multiple jump instructions or new
  labels, more assistance is needed.  Splitter is required to create only
  unconditional jumps, or simple conditional jump instructions.
! Additionally it must attach a `REG_BR_PROB' note to each conditional
! jump.  A global variable `split_branch_probability' holds the
  probability of the original branch in case it was a simple conditional
  jump, -1 otherwise.  To simplify recomputing of edge frequencies, the
! new sequence is required to have only forward jumps to the newly
! created labels.
  
!  For the common case where the pattern of a define_split exactly
! matches the pattern of a define_insn, use `define_insn_and_split'.  It
! looks like this:
  
       (define_insn_and_split
         [INSN-PATTERN]
*************** like this:
*** 25712,25723 ****
         "PREPARATION-STATEMENTS"
         [INSN-ATTRIBUTES])
  
- 
   INSN-PATTERN, CONDITION, OUTPUT-TEMPLATE, and INSN-ATTRIBUTES are used
! as in 'define_insn'.  The NEW-INSN-PATTERN vector and the
! PREPARATION-STATEMENTS are used as in a 'define_split'.  The
! SPLIT-CONDITION is also used as in 'define_split', with the additional
! behavior that if the condition starts with '&&', the condition used for
  the split will be the constructed as a logical "and" of the split
  condition with the insn condition.  For example, from i386.md:
  
--- 26098,26108 ----
         "PREPARATION-STATEMENTS"
         [INSN-ATTRIBUTES])
  
   INSN-PATTERN, CONDITION, OUTPUT-TEMPLATE, and INSN-ATTRIBUTES are used
! as in `define_insn'.  The NEW-INSN-PATTERN vector and the
! PREPARATION-STATEMENTS are used as in a `define_split'.  The
! SPLIT-CONDITION is also used as in `define_split', with the additional
! behavior that if the condition starts with `&&', the condition used for
  the split will be the constructed as a logical "and" of the split
  condition with the insn condition.  For example, from i386.md:
  
*************** condition with the insn condition.  For
*** 25734,25747 ****
         ""
         [(set_attr "type" "alu1")])
  
- 
   In this case, the actual split condition will be
! 'TARGET_ZERO_EXTEND_WITH_AND && !optimize_size && reload_completed'.
  
!  The 'define_insn_and_split' construction provides exactly the same
! functionality as two separate 'define_insn' and 'define_split' patterns.
! It exists for compactness, and as a maintenance tool to prevent having
! to ensure the two patterns' templates match.
  
  
  File: gccint.info,  Node: Including Patterns,  Next: Peephole Definitions,  Prev: Insn Splitting,  Up: Machine Desc
--- 26119,26131 ----
         ""
         [(set_attr "type" "alu1")])
  
   In this case, the actual split condition will be
! `TARGET_ZERO_EXTEND_WITH_AND && !optimize_size && reload_completed'.
  
!  The `define_insn_and_split' construction provides exactly the same
! functionality as two separate `define_insn' and `define_split'
! patterns.  It exists for compactness, and as a maintenance tool to
! prevent having to ensure the two patterns' templates match.
  
  
  File: gccint.info,  Node: Including Patterns,  Next: Peephole Definitions,  Prev: Insn Splitting,  Up: Machine Desc
*************** File: gccint.info,  Node: Including Patt
*** 25749,25756 ****
  16.17 Including Patterns in Machine Descriptions.
  =================================================
  
! The 'include' pattern tells the compiler tools where to look for
! patterns that are in files other than in the file '.md'.  This is used
  only at build time and there is no preprocessing allowed.
  
   It looks like:
--- 26133,26140 ----
  16.17 Including Patterns in Machine Descriptions.
  =================================================
  
! The `include' pattern tells the compiler tools where to look for
! patterns that are in files other than in the file `.md'.  This is used
  only at build time and there is no preprocessing allowed.
  
   It looks like:
*************** only at build time and there is no prepr
*** 25764,25773 ****
  
       (include "filestuff")
  
- 
   Where PATHNAME is a string that specifies the location of the file,
! specifies the include file to be in 'gcc/config/target/filestuff'.  The
! directory 'gcc/config/target' is regarded as the default directory.
  
   Machine descriptions may be split up into smaller more manageable
  subsections and placed into subdirectories.
--- 26148,26156 ----
  
       (include "filestuff")
  
   Where PATHNAME is a string that specifies the location of the file,
! specifies the include file to be in `gcc/config/target/filestuff'.  The
! directory `gcc/config/target' is regarded as the default directory.
  
   Machine descriptions may be split up into smaller more manageable
  subsections and placed into subdirectories.
*************** subsections and placed into subdirectori
*** 25777,25807 ****
  
       (include "BOGUS/filestuff")
  
- 
   the include file is specified to be in
! 'gcc/config/TARGET/BOGUS/filestuff'.
  
   Specifying an absolute path for the include file such as;
  
       (include "/u2/BOGUS/filestuff")
- 
   is permitted but is not encouraged.
  
  16.17.1 RTL Generation Tool Options for Directory Search
  --------------------------------------------------------
  
! The '-IDIR' option specifies directories to search for machine
  descriptions.  For example:
  
  
       genrecog -I/p1/abc/proc1 -I/p2/abcd/pro2 target.md
  
- 
   Add the directory DIR to the head of the list of directories to be
  searched for header files.  This can be used to override a system
  machine definition file, substituting your own version, since these
  directories are searched before the default machine description file
! directories.  If you use more than one '-I' option, the directories are
  scanned in left-to-right order; the standard default directory come
  after.
  
--- 26160,26187 ----
  
       (include "BOGUS/filestuff")
  
   the include file is specified to be in
! `gcc/config/TARGET/BOGUS/filestuff'.
  
   Specifying an absolute path for the include file such as;
  
       (include "/u2/BOGUS/filestuff")
   is permitted but is not encouraged.
  
  16.17.1 RTL Generation Tool Options for Directory Search
  --------------------------------------------------------
  
! The `-IDIR' option specifies directories to search for machine
  descriptions.  For example:
  
  
       genrecog -I/p1/abc/proc1 -I/p2/abcd/pro2 target.md
  
   Add the directory DIR to the head of the list of directories to be
  searched for header files.  This can be used to override a system
  machine definition file, substituting your own version, since these
  directories are searched before the default machine description file
! directories.  If you use more than one `-I' option, the directories are
  scanned in left-to-right order; the standard default directory come
  after.
  
*************** File: gccint.info,  Node: Peephole Defin
*** 25811,25817 ****
  16.18 Machine-Specific Peephole Optimizers
  ==========================================
  
! In addition to instruction patterns the 'md' file may contain
  definitions of machine-specific peephole optimizations.
  
   The combiner does not notice certain peephole optimizations when the
--- 26191,26197 ----
  16.18 Machine-Specific Peephole Optimizers
  ==========================================
  
! In addition to instruction patterns the `md' file may contain
  definitions of machine-specific peephole optimizations.
  
   The combiner does not notice certain peephole optimizations when the
*************** computed in the first one.  A machine-sp
*** 25822,25832 ****
  detect such opportunities.
  
   There are two forms of peephole definitions that may be used.  The
! original 'define_peephole' is run at assembly output time to match insns
! and substitute assembly text.  Use of 'define_peephole' is deprecated.
  
!  A newer 'define_peephole2' matches insns and substitutes new insns.
! The 'peephole2' pass is run after register allocation but before
  scheduling, which may result in much better code for targets that do
  scheduling.
  
--- 26202,26213 ----
  detect such opportunities.
  
   There are two forms of peephole definitions that may be used.  The
! original `define_peephole' is run at assembly output time to match
! insns and substitute assembly text.  Use of `define_peephole' is
! deprecated.
  
!  A newer `define_peephole2' matches insns and substitutes new insns.
! The `peephole2' pass is run after register allocation but before
  scheduling, which may result in much better code for targets that do
  scheduling.
  
*************** A definition looks like this:
*** 25853,25859 ****
  
  The last string operand may be omitted if you are not using any
  machine-specific information in this machine description.  If present,
! it must obey the same rules as in a 'define_insn'.
  
   In this skeleton, INSN-PATTERN-1 and so on are patterns to match
  consecutive insns.  The optimization applies to a sequence of insns when
--- 26234,26240 ----
  
  The last string operand may be omitted if you are not using any
  machine-specific information in this machine description.  If present,
! it must obey the same rules as in a `define_insn'.
  
   In this skeleton, INSN-PATTERN-1 and so on are patterns to match
  consecutive insns.  The optimization applies to a sequence of insns when
*************** INSN-PATTERN-1 matches the first one, IN
*** 25861,25883 ****
  and so on.
  
   Each of the insns matched by a peephole must also match a
! 'define_insn'.  Peepholes are checked only at the last stage just before
! code generation, and only optionally.  Therefore, any insn which would
! match a peephole but no 'define_insn' will cause a crash in code
  generation in an unoptimized compilation, or at various optimization
  stages.
  
!  The operands of the insns are matched with 'match_operands',
! 'match_operator', and 'match_dup', as usual.  What is not usual is that
  the operand numbers apply to all the insn patterns in the definition.
  So, you can check for identical operands in two insns by using
! 'match_operand' in one insn and 'match_dup' in the other.
  
!  The operand constraints used in 'match_operand' patterns do not have
! any direct effect on the applicability of the peephole, but they will be
! validated afterward, so make sure your constraints are general enough to
! apply whenever the peephole matches.  If the peephole matches but the
! constraints are not satisfied, the compiler will crash.
  
   It is safe to omit constraints in all the operands of the peephole; or
  you can write constraints which serve as a double-check on the criteria
--- 26242,26264 ----
  and so on.
  
   Each of the insns matched by a peephole must also match a
! `define_insn'.  Peepholes are checked only at the last stage just
! before code generation, and only optionally.  Therefore, any insn which
! would match a peephole but no `define_insn' will cause a crash in code
  generation in an unoptimized compilation, or at various optimization
  stages.
  
!  The operands of the insns are matched with `match_operands',
! `match_operator', and `match_dup', as usual.  What is not usual is that
  the operand numbers apply to all the insn patterns in the definition.
  So, you can check for identical operands in two insns by using
! `match_operand' in one insn and `match_dup' in the other.
  
!  The operand constraints used in `match_operand' patterns do not have
! any direct effect on the applicability of the peephole, but they will
! be validated afterward, so make sure your constraints are general enough
! to apply whenever the peephole matches.  If the peephole matches but
! the constraints are not satisfied, the compiler will crash.
  
   It is safe to omit constraints in all the operands of the peephole; or
  you can write constraints which serve as a double-check on the criteria
*************** allocation is complete.  Therefore, the
*** 25895,25916 ****
  which operands have ended up in which kinds of registers, just by
  looking at the operands.
  
!  The way to refer to the operands in CONDITION is to write 'operands[I]'
! for operand number I (as matched by '(match_operand I ...)').  Use the
! variable 'insn' to refer to the last of the insns being matched; use
! 'prev_active_insn' to find the preceding insns.
  
   When optimizing computations with intermediate results, you can use
  CONDITION to match only when the intermediate results are not used
! elsewhere.  Use the C expression 'dead_or_set_p (INSN, OP)', where INSN
  is the insn in which you expect the value to be used for the last time
! (from the value of 'insn', together with use of 'prev_nonnote_insn'),
! and OP is the intermediate value (from 'operands[I]').
  
   Applying the optimization means replacing the sequence of insns with
  one new insn.  The TEMPLATE controls ultimate output of assembler code
  for this combined insn.  It works exactly like the template of a
! 'define_insn'.  Operand numbers in this template are the same ones used
  in matching the original sequence of insns.
  
   The result of a defined peephole optimizer does not need to match any
--- 26276,26297 ----
  which operands have ended up in which kinds of registers, just by
  looking at the operands.
  
!  The way to refer to the operands in CONDITION is to write
! `operands[I]' for operand number I (as matched by `(match_operand I
! ...)').  Use the variable `insn' to refer to the last of the insns
! being matched; use `prev_active_insn' to find the preceding insns.
  
   When optimizing computations with intermediate results, you can use
  CONDITION to match only when the intermediate results are not used
! elsewhere.  Use the C expression `dead_or_set_p (INSN, OP)', where INSN
  is the insn in which you expect the value to be used for the last time
! (from the value of `insn', together with use of `prev_nonnote_insn'),
! and OP is the intermediate value (from `operands[I]').
  
   Applying the optimization means replacing the sequence of insns with
  one new insn.  The TEMPLATE controls ultimate output of assembler code
  for this combined insn.  It works exactly like the template of a
! `define_insn'.  Operand numbers in this template are the same ones used
  in matching the original sequence of insns.
  
   The result of a defined peephole optimizer does not need to match any
*************** into
*** 25958,25970 ****
       fmoved sp@+,fp0
  
   INSN-PATTERN-1 and so on look _almost_ like the second operand of
! 'define_insn'.  There is one important difference: the second operand of
! 'define_insn' consists of one or more RTX's enclosed in square brackets.
! Usually, there is only one: then the same action can be written as an
! element of a 'define_peephole'.  But when there are multiple actions in
! a 'define_insn', they are implicitly enclosed in a 'parallel'.  Then you
! must explicitly write the 'parallel', and the square brackets within it,
! in the 'define_peephole'.  Thus, if an insn pattern looks like this,
  
       (define_insn "divmodsi4"
         [(set (match_operand:SI 0 "general_operand" "=d")
--- 26339,26352 ----
       fmoved sp@+,fp0
  
   INSN-PATTERN-1 and so on look _almost_ like the second operand of
! `define_insn'.  There is one important difference: the second operand
! of `define_insn' consists of one or more RTX's enclosed in square
! brackets.  Usually, there is only one: then the same action can be
! written as an element of a `define_peephole'.  But when there are
! multiple actions in a `define_insn', they are implicitly enclosed in a
! `parallel'.  Then you must explicitly write the `parallel', and the
! square brackets within it, in the `define_peephole'.  Thus, if an insn
! pattern looks like this,
  
       (define_insn "divmodsi4"
         [(set (match_operand:SI 0 "general_operand" "=d")
*************** File: gccint.info,  Node: define_peephol
*** 25994,26000 ****
  16.18.2 RTL to RTL Peephole Optimizers
  --------------------------------------
  
! The 'define_peephole2' definition tells the compiler how to substitute
  one sequence of instructions for another sequence, what additional
  scratch registers may be needed and what their lifetimes must be.
  
--- 26376,26382 ----
  16.18.2 RTL to RTL Peephole Optimizers
  --------------------------------------
  
! The `define_peephole2' definition tells the compiler how to substitute
  one sequence of instructions for another sequence, what additional
  scratch registers may be needed and what their lifetimes must be.
  
*************** scratch registers may be needed and what
*** 26008,26014 ****
          ...]
         "PREPARATION-STATEMENTS")
  
!  The definition is almost identical to 'define_split' (*note Insn
  Splitting::) except that the pattern to match is not a single
  instruction, but a sequence of instructions.
  
--- 26390,26396 ----
          ...]
         "PREPARATION-STATEMENTS")
  
!  The definition is almost identical to `define_split' (*note Insn
  Splitting::) except that the pattern to match is not a single
  instruction, but a sequence of instructions.
  
*************** instruction, but a sequence of instructi
*** 26016,26025 ****
  output template.  If appropriate registers are not free, the pattern
  will simply not match.
  
!  Scratch registers are requested with a 'match_scratch' pattern at the
  top level of the input pattern.  The allocated register (initially) will
  be dead at the point requested within the original sequence.  If the
! scratch is used at more than a single point, a 'match_dup' pattern at
  the top level of the input pattern marks the last position in the input
  sequence at which the register must be available.
  
--- 26398,26407 ----
  output template.  If appropriate registers are not free, the pattern
  will simply not match.
  
!  Scratch registers are requested with a `match_scratch' pattern at the
  top level of the input pattern.  The allocated register (initially) will
  be dead at the point requested within the original sequence.  If the
! scratch is used at more than a single point, a `match_dup' pattern at
  the top level of the input pattern marks the last position in the input
  sequence at which the register must be available.
  
*************** sequence at which the register must be a
*** 26041,26047 ****
  
  This pattern tries to split a load from its use in the hopes that we'll
  be able to schedule around the memory load latency.  It allocates a
! single 'SImode' register of class 'GENERAL_REGS' ('"r"') that needs to
  be live only at the point just before the arithmetic.
  
   A real example requiring extended scratch lifetimes is harder to come
--- 26423,26429 ----
  
  This pattern tries to split a load from its use in the hopes that we'll
  be able to schedule around the memory load latency.  It allocates a
! single `SImode' register of class `GENERAL_REGS' (`"r"') that needs to
  be live only at the point just before the arithmetic.
  
   A real example requiring extended scratch lifetimes is harder to come
*************** by, so here's a silly made-up example:
*** 26060,26068 ****
          (set (match_dup 3) (match_dup 4))]
         "")
  
! If we had not added the '(match_dup 4)' in the middle of the input
  sequence, it might have been the case that the register we chose at the
! beginning of the sequence is killed by the first or second 'set'.
  
  
  File: gccint.info,  Node: Insn Attributes,  Next: Conditional Execution,  Prev: Peephole Definitions,  Up: Machine Desc
--- 26442,26450 ----
          (set (match_dup 3) (match_dup 4))]
         "")
  
! If we had not added the `(match_dup 4)' in the middle of the input
  sequence, it might have been the case that the register we chose at the
! beginning of the sequence is killed by the first or second `set'.
  
  
  File: gccint.info,  Node: Insn Attributes,  Next: Conditional Execution,  Prev: Peephole Definitions,  Up: Machine Desc
*************** File: gccint.info,  Node: Insn Attribute
*** 26071,26081 ****
  ============================
  
  In addition to describing the instruction supported by the target
! machine, the 'md' file also defines a group of "attributes" and a set of
  values for each.  Every generated insn is assigned a value for each
! attribute.  One possible attribute would be the effect that the insn has
! on the machine's condition code.  This attribute can then be used by
! 'NOTICE_UPDATE_CC' to track the condition codes.
  
  * Menu:
  
--- 26453,26463 ----
  ============================
  
  In addition to describing the instruction supported by the target
! machine, the `md' file also defines a group of "attributes" and a set of
  values for each.  Every generated insn is assigned a value for each
! attribute.  One possible attribute would be the effect that the insn
! has on the machine's condition code.  This attribute can then be used
! by `NOTICE_UPDATE_CC' to track the condition codes.
  
  * Menu:
  
*************** File: gccint.info,  Node: Defining Attri
*** 26095,26186 ****
  16.19.1 Defining Attributes and their Values
  --------------------------------------------
  
! The 'define_attr' expression is used to define each attribute required
  by the target machine.  It looks like:
  
       (define_attr NAME LIST-OF-VALUES DEFAULT)
  
   NAME is a string specifying the name of the attribute being defined.
  Some attributes are used in a special way by the rest of the compiler.
! The 'enabled' attribute can be used to conditionally enable or disable
! insn alternatives (*note Disable Insn Alternatives::).  The 'predicable'
! attribute, together with a suitable 'define_cond_exec' (*note
  Conditional Execution::), can be used to automatically generate
! conditional variants of instruction patterns.  The 'mnemonic' attribute
  can be used to check for the instruction mnemonic (*note Mnemonic
! Attribute::).  The compiler internally uses the names 'ce_enabled' and
! 'nonce_enabled', so they should not be used elsewhere as alternative
  names.
  
!  LIST-OF-VALUES is either a string that specifies a comma-separated list
! of values that can be assigned to the attribute, or a null string to
! indicate that the attribute takes numeric values.
  
   DEFAULT is an attribute expression that gives the value of this
  attribute for insns that match patterns whose definition does not
! include an explicit value for this attribute.  *Note Attr Example::, for
! more information on the handling of defaults.  *Note Constant
  Attributes::, for information on attributes that do not depend on any
  particular insn.
  
   For each defined attribute, a number of definitions are written to the
! 'insn-attr.h' file.  For cases where an explicit set of values is
  specified for an attribute, the following are defined:
  
!    * A '#define' is written for the symbol 'HAVE_ATTR_NAME'.
  
!    * An enumerated class is defined for 'attr_NAME' with elements of the
!      form 'UPPER-NAME_UPPER-VALUE' where the attribute name and value
!      are first converted to uppercase.
  
!    * A function 'get_attr_NAME' is defined that is passed an insn and
       returns the attribute value for that insn.
  
!  For example, if the following is present in the 'md' file:
  
       (define_attr "type" "branch,fp,load,store,arith" ...)
  
! the following lines will be written to the file 'insn-attr.h'.
  
       #define HAVE_ATTR_type 1
       enum attr_type {TYPE_BRANCH, TYPE_FP, TYPE_LOAD,
                        TYPE_STORE, TYPE_ARITH};
       extern enum attr_type get_attr_type ();
  
!  If the attribute takes numeric values, no 'enum' type will be defined
! and the function to obtain the attribute's value will return 'int'.
  
   There are attributes which are tied to a specific meaning.  These
  attributes are not free to use for other purposes:
  
! 'length'
!      The 'length' attribute is used to calculate the length of emitted
       code chunks.  This is especially important when verifying branch
!      distances.  *Note Insn Lengths::.
  
! 'enabled'
!      The 'enabled' attribute can be defined to prevent certain
       alternatives of an insn definition from being used during code
!      generation.  *Note Disable Insn Alternatives::.
  
! 'mnemonic'
!      The 'mnemonic' attribute can be defined to implement instruction
!      specific checks in e.g.  the pipeline description.  *Note Mnemonic
       Attribute::.
  
   For each of these special attributes, the corresponding
! 'HAVE_ATTR_NAME' '#define' is also written when the attribute is not
! defined; in that case, it is defined as '0'.
  
   Another way of defining an attribute is to use:
  
       (define_enum_attr "ATTR" "ENUM" DEFAULT)
  
!  This works in just the same way as 'define_attr', except that the list
  of values is taken from a separate enumeration called ENUM (*note
! define_enum::).  This form allows you to use the same list of values for
! several attributes without having to repeat the list each time.  For
! example:
  
       (define_enum "processor" [
         model_a
--- 26477,26568 ----
  16.19.1 Defining Attributes and their Values
  --------------------------------------------
  
! The `define_attr' expression is used to define each attribute required
  by the target machine.  It looks like:
  
       (define_attr NAME LIST-OF-VALUES DEFAULT)
  
   NAME is a string specifying the name of the attribute being defined.
  Some attributes are used in a special way by the rest of the compiler.
! The `enabled' attribute can be used to conditionally enable or disable
! insn alternatives (*note Disable Insn Alternatives::). The `predicable'
! attribute, together with a suitable `define_cond_exec' (*note
  Conditional Execution::), can be used to automatically generate
! conditional variants of instruction patterns. The `mnemonic' attribute
  can be used to check for the instruction mnemonic (*note Mnemonic
! Attribute::).  The compiler internally uses the names `ce_enabled' and
! `nonce_enabled', so they should not be used elsewhere as alternative
  names.
  
!  LIST-OF-VALUES is either a string that specifies a comma-separated
! list of values that can be assigned to the attribute, or a null string
! to indicate that the attribute takes numeric values.
  
   DEFAULT is an attribute expression that gives the value of this
  attribute for insns that match patterns whose definition does not
! include an explicit value for this attribute.  *Note Attr Example::,
! for more information on the handling of defaults.  *Note Constant
  Attributes::, for information on attributes that do not depend on any
  particular insn.
  
   For each defined attribute, a number of definitions are written to the
! `insn-attr.h' file.  For cases where an explicit set of values is
  specified for an attribute, the following are defined:
  
!    * A `#define' is written for the symbol `HAVE_ATTR_NAME'.
  
!    * An enumerated class is defined for `attr_NAME' with elements of
!      the form `UPPER-NAME_UPPER-VALUE' where the attribute name and
!      value are first converted to uppercase.
  
!    * A function `get_attr_NAME' is defined that is passed an insn and
       returns the attribute value for that insn.
  
!  For example, if the following is present in the `md' file:
  
       (define_attr "type" "branch,fp,load,store,arith" ...)
  
! the following lines will be written to the file `insn-attr.h'.
  
       #define HAVE_ATTR_type 1
       enum attr_type {TYPE_BRANCH, TYPE_FP, TYPE_LOAD,
                        TYPE_STORE, TYPE_ARITH};
       extern enum attr_type get_attr_type ();
  
!  If the attribute takes numeric values, no `enum' type will be defined
! and the function to obtain the attribute's value will return `int'.
  
   There are attributes which are tied to a specific meaning.  These
  attributes are not free to use for other purposes:
  
! `length'
!      The `length' attribute is used to calculate the length of emitted
       code chunks.  This is especially important when verifying branch
!      distances. *Note Insn Lengths::.
  
! `enabled'
!      The `enabled' attribute can be defined to prevent certain
       alternatives of an insn definition from being used during code
!      generation. *Note Disable Insn Alternatives::.
  
! `mnemonic'
!      The `mnemonic' attribute can be defined to implement instruction
!      specific checks in e.g. the pipeline description.  *Note Mnemonic
       Attribute::.
  
   For each of these special attributes, the corresponding
! `HAVE_ATTR_NAME' `#define' is also written when the attribute is not
! defined; in that case, it is defined as `0'.
  
   Another way of defining an attribute is to use:
  
       (define_enum_attr "ATTR" "ENUM" DEFAULT)
  
!  This works in just the same way as `define_attr', except that the list
  of values is taken from a separate enumeration called ENUM (*note
! define_enum::).  This form allows you to use the same list of values
! for several attributes without having to repeat the list each time.
! For example:
  
       (define_enum "processor" [
         model_a
*************** example:
*** 26199,26207 ****
       (define_attr "tune" "model_a,model_b,..."
         (const (symbol_ref "target_tune")))
  
!  but without duplicating the processor list.  The second example defines
! two separate C enums ('attr_arch' and 'attr_tune') whereas the first
! defines a single C enum ('processor').
  
  
  File: gccint.info,  Node: Expressions,  Next: Tagging Insns,  Prev: Defining Attributes,  Up: Insn Attributes
--- 26581,26589 ----
       (define_attr "tune" "model_a,model_b,..."
         (const (symbol_ref "target_tune")))
  
!  but without duplicating the processor list.  The second example
! defines two separate C enums (`attr_arch' and `attr_tune') whereas the
! first defines a single C enum (`processor').
  
  
  File: gccint.info,  Node: Expressions,  Next: Tagging Insns,  Prev: Defining Attributes,  Up: Insn Attributes
*************** RTL expressions used to define attribute
*** 26213,26320 ****
  plus a few specific to attribute definitions, to be discussed below.
  Attribute value expressions must have one of the following forms:
  
! '(const_int I)'
       The integer I specifies the value of a numeric attribute.  I must
       be non-negative.
  
       The value of a numeric attribute can be specified either with a
!      'const_int', or as an integer represented as a string in
!      'const_string', 'eq_attr' (see below), 'attr', 'symbol_ref', simple
!      arithmetic expressions, and 'set_attr' overrides on specific
!      instructions (*note Tagging Insns::).
  
! '(const_string VALUE)'
!      The string VALUE specifies a constant attribute value.  If VALUE is
!      specified as '"*"', it means that the default value of the
       attribute is to be used for the insn containing this expression.
!      '"*"' obviously cannot be used in the DEFAULT expression of a
!      'define_attr'.
  
       If the attribute whose value is being specified is numeric, VALUE
       must be a string containing a non-negative integer (normally
!      'const_int' would be used in this case).  Otherwise, it must
       contain one of the valid values for the attribute.
  
! '(if_then_else TEST TRUE-VALUE FALSE-VALUE)'
       TEST specifies an attribute test, whose format is defined below.
       The value of this expression is TRUE-VALUE if TEST is true,
       otherwise it is FALSE-VALUE.
  
! '(cond [TEST1 VALUE1 ...] DEFAULT)'
       The first operand of this expression is a vector containing an even
       number of expressions and consisting of pairs of TEST and VALUE
!      expressions.  The value of the 'cond' expression is that of the
       VALUE corresponding to the first true TEST expression.  If none of
!      the TEST expressions are true, the value of the 'cond' expression
       is that of the DEFAULT expression.
  
   TEST expressions can have one of the following forms:
  
! '(const_int I)'
       This test is true if I is nonzero and false otherwise.
  
! '(not TEST)'
! '(ior TEST1 TEST2)'
! '(and TEST1 TEST2)'
       These tests are true if the indicated logical function is true.
  
! '(match_operand:M N PRED CONSTRAINTS)'
!      This test is true if operand N of the insn whose attribute value is
!      being determined has mode M (this part of the test is ignored if M
!      is 'VOIDmode') and the function specified by the string PRED
!      returns a nonzero value when passed operand N and mode M (this part
!      of the test is ignored if PRED is the null string).
  
       The CONSTRAINTS operand is ignored and should be the null string.
  
! '(match_test C-EXPR)'
       The test is true if C expression C-EXPR is true.  In non-constant
       attributes, C-EXPR has access to the following variables:
  
!      INSN
            The rtl instruction under test.
!      WHICH_ALTERNATIVE
!           The 'define_insn' alternative that INSN matches.  *Note Output
!           Statement::.
!      OPERANDS
            An array of INSN's rtl operands.
  
!      C-EXPR behaves like the condition in a C 'if' statement, so there
!      is no need to explicitly convert the expression into a boolean 0 or
!      1 value.  For example, the following two tests are equivalent:
  
            (match_test "x & 2")
            (match_test "(x & 2) != 0")
  
! '(le ARITH1 ARITH2)'
! '(leu ARITH1 ARITH2)'
! '(lt ARITH1 ARITH2)'
! '(ltu ARITH1 ARITH2)'
! '(gt ARITH1 ARITH2)'
! '(gtu ARITH1 ARITH2)'
! '(ge ARITH1 ARITH2)'
! '(geu ARITH1 ARITH2)'
! '(ne ARITH1 ARITH2)'
! '(eq ARITH1 ARITH2)'
       These tests are true if the indicated comparison of the two
       arithmetic expressions is true.  Arithmetic expressions are formed
!      with 'plus', 'minus', 'mult', 'div', 'mod', 'abs', 'neg', 'and',
!      'ior', 'xor', 'not', 'ashift', 'lshiftrt', and 'ashiftrt'
       expressions.
  
!      'const_int' and 'symbol_ref' are always valid terms (*note Insn
!      Lengths::,for additional forms).  'symbol_ref' is a string denoting
!      a C expression that yields an 'int' when evaluated by the
!      'get_attr_...' routine.  It should normally be a global variable.
  
! '(eq_attr NAME VALUE)'
       NAME is a string specifying the name of an attribute.
  
       VALUE is a string that is either a valid value for attribute NAME,
!      a comma-separated list of values, or '!' followed by a value or
!      list.  If VALUE does not begin with a '!', this test is true if the
!      value of the NAME attribute of the current insn is in the list
!      specified by VALUE.  If VALUE begins with a '!', this test is true
       if the attribute's value is _not_ in the specified list.
  
       For example,
--- 26595,26704 ----
  plus a few specific to attribute definitions, to be discussed below.
  Attribute value expressions must have one of the following forms:
  
! `(const_int I)'
       The integer I specifies the value of a numeric attribute.  I must
       be non-negative.
  
       The value of a numeric attribute can be specified either with a
!      `const_int', or as an integer represented as a string in
!      `const_string', `eq_attr' (see below), `attr', `symbol_ref',
!      simple arithmetic expressions, and `set_attr' overrides on
!      specific instructions (*note Tagging Insns::).
  
! `(const_string VALUE)'
!      The string VALUE specifies a constant attribute value.  If VALUE
!      is specified as `"*"', it means that the default value of the
       attribute is to be used for the insn containing this expression.
!      `"*"' obviously cannot be used in the DEFAULT expression of a
!      `define_attr'.
  
       If the attribute whose value is being specified is numeric, VALUE
       must be a string containing a non-negative integer (normally
!      `const_int' would be used in this case).  Otherwise, it must
       contain one of the valid values for the attribute.
  
! `(if_then_else TEST TRUE-VALUE FALSE-VALUE)'
       TEST specifies an attribute test, whose format is defined below.
       The value of this expression is TRUE-VALUE if TEST is true,
       otherwise it is FALSE-VALUE.
  
! `(cond [TEST1 VALUE1 ...] DEFAULT)'
       The first operand of this expression is a vector containing an even
       number of expressions and consisting of pairs of TEST and VALUE
!      expressions.  The value of the `cond' expression is that of the
       VALUE corresponding to the first true TEST expression.  If none of
!      the TEST expressions are true, the value of the `cond' expression
       is that of the DEFAULT expression.
  
   TEST expressions can have one of the following forms:
  
! `(const_int I)'
       This test is true if I is nonzero and false otherwise.
  
! `(not TEST)'
! `(ior TEST1 TEST2)'
! `(and TEST1 TEST2)'
       These tests are true if the indicated logical function is true.
  
! `(match_operand:M N PRED CONSTRAINTS)'
!      This test is true if operand N of the insn whose attribute value
!      is being determined has mode M (this part of the test is ignored
!      if M is `VOIDmode') and the function specified by the string PRED
!      returns a nonzero value when passed operand N and mode M (this
!      part of the test is ignored if PRED is the null string).
  
       The CONSTRAINTS operand is ignored and should be the null string.
  
! `(match_test C-EXPR)'
       The test is true if C expression C-EXPR is true.  In non-constant
       attributes, C-EXPR has access to the following variables:
  
!     INSN
            The rtl instruction under test.
! 
!     WHICH_ALTERNATIVE
!           The `define_insn' alternative that INSN matches.  *Note
!           Output Statement::.
! 
!     OPERANDS
            An array of INSN's rtl operands.
  
!      C-EXPR behaves like the condition in a C `if' statement, so there
!      is no need to explicitly convert the expression into a boolean 0
!      or 1 value.  For example, the following two tests are equivalent:
  
            (match_test "x & 2")
            (match_test "(x & 2) != 0")
  
! `(le ARITH1 ARITH2)'
! `(leu ARITH1 ARITH2)'
! `(lt ARITH1 ARITH2)'
! `(ltu ARITH1 ARITH2)'
! `(gt ARITH1 ARITH2)'
! `(gtu ARITH1 ARITH2)'
! `(ge ARITH1 ARITH2)'
! `(geu ARITH1 ARITH2)'
! `(ne ARITH1 ARITH2)'
! `(eq ARITH1 ARITH2)'
       These tests are true if the indicated comparison of the two
       arithmetic expressions is true.  Arithmetic expressions are formed
!      with `plus', `minus', `mult', `div', `mod', `abs', `neg', `and',
!      `ior', `xor', `not', `ashift', `lshiftrt', and `ashiftrt'
       expressions.
  
!      `const_int' and `symbol_ref' are always valid terms (*note Insn
!      Lengths::,for additional forms).  `symbol_ref' is a string
!      denoting a C expression that yields an `int' when evaluated by the
!      `get_attr_...' routine.  It should normally be a global variable.
  
! `(eq_attr NAME VALUE)'
       NAME is a string specifying the name of an attribute.
  
       VALUE is a string that is either a valid value for attribute NAME,
!      a comma-separated list of values, or `!' followed by a value or
!      list.  If VALUE does not begin with a `!', this test is true if
!      the value of the NAME attribute of the current insn is in the list
!      specified by VALUE.  If VALUE begins with a `!', this test is true
       if the attribute's value is _not_ in the specified list.
  
       For example,
*************** Attribute value expressions must have on
*** 26325,26332 ****
  
            (ior (eq_attr "type" "load") (eq_attr "type" "store"))
  
!      If NAME specifies an attribute of 'alternative', it refers to the
!      value of the compiler variable 'which_alternative' (*note Output
       Statement::) and the values must be small integers.  For example,
  
            (eq_attr "alternative" "2,3")
--- 26709,26716 ----
  
            (ior (eq_attr "type" "load") (eq_attr "type" "store"))
  
!      If NAME specifies an attribute of `alternative', it refers to the
!      value of the compiler variable `which_alternative' (*note Output
       Statement::) and the values must be small integers.  For example,
  
            (eq_attr "alternative" "2,3")
*************** Attribute value expressions must have on
*** 26336,26357 ****
            (ior (eq (symbol_ref "which_alternative") (const_int 2))
                 (eq (symbol_ref "which_alternative") (const_int 3)))
  
!      Note that, for most attributes, an 'eq_attr' test is simplified in
       cases where the value of the attribute being tested is known for
       all insns matching a particular pattern.  This is by far the most
       common case.
  
! '(attr_flag NAME)'
!      The value of an 'attr_flag' expression is true if the flag
!      specified by NAME is true for the 'insn' currently being scheduled.
  
       NAME is a string specifying one of a fixed set of flags to test.
!      Test the flags 'forward' and 'backward' to determine the direction
       of a conditional branch.
  
!      This example describes a conditional branch delay slot which can be
!      nullified for forward branches that are taken (annul-true) or for
!      backward branches which are not taken (annul-false).
  
            (define_delay (eq_attr "type" "cbranch")
              [(eq_attr "in_branch_delay" "true")
--- 26720,26741 ----
            (ior (eq (symbol_ref "which_alternative") (const_int 2))
                 (eq (symbol_ref "which_alternative") (const_int 3)))
  
!      Note that, for most attributes, an `eq_attr' test is simplified in
       cases where the value of the attribute being tested is known for
       all insns matching a particular pattern.  This is by far the most
       common case.
  
! `(attr_flag NAME)'
!      The value of an `attr_flag' expression is true if the flag
!      specified by NAME is true for the `insn' currently being scheduled.
  
       NAME is a string specifying one of a fixed set of flags to test.
!      Test the flags `forward' and `backward' to determine the direction
       of a conditional branch.
  
!      This example describes a conditional branch delay slot which can
!      be nullified for forward branches that are taken (annul-true) or
!      for backward branches which are not taken (annul-false).
  
            (define_delay (eq_attr "type" "cbranch")
              [(eq_attr "in_branch_delay" "true")
*************** Attribute value expressions must have on
*** 26360,26374 ****
               (and (eq_attr "in_branch_delay" "true")
                    (attr_flag "backward"))])
  
!      The 'forward' and 'backward' flags are false if the current 'insn'
       being scheduled is not a conditional branch.
  
!      'attr_flag' is only used during delay slot scheduling and has no
       meaning to other passes of the compiler.
  
! '(attr NAME)'
       The value of another attribute is returned.  This is most useful
!      for numeric attributes, as 'eq_attr' and 'attr_flag' produce more
       efficient code for non-numeric attributes.
  
  
--- 26744,26758 ----
               (and (eq_attr "in_branch_delay" "true")
                    (attr_flag "backward"))])
  
!      The `forward' and `backward' flags are false if the current `insn'
       being scheduled is not a conditional branch.
  
!      `attr_flag' is only used during delay slot scheduling and has no
       meaning to other passes of the compiler.
  
! `(attr NAME)'
       The value of another attribute is returned.  This is most useful
!      for numeric attributes, as `eq_attr' and `attr_flag' produce more
       efficient code for non-numeric attributes.
  
  
*************** File: gccint.info,  Node: Tagging Insns,
*** 26378,26433 ****
  -------------------------------------------
  
  The value assigned to an attribute of an insn is primarily determined by
! which pattern is matched by that insn (or which 'define_peephole'
! generated it).  Every 'define_insn' and 'define_peephole' can have an
  optional last argument to specify the values of attributes for matching
! insns.  The value of any attribute not specified in a particular insn is
! set to the default value for that attribute, as specified in its
! 'define_attr'.  Extensive use of default values for attributes permits
  the specification of the values for only one or two attributes in the
  definition of most insn patterns, as seen in the example in the next
  section.
  
!  The optional last argument of 'define_insn' and 'define_peephole' is a
  vector of expressions, each of which defines the value for a single
! attribute.  The most general way of assigning an attribute's value is to
! use a 'set' expression whose first operand is an 'attr' expression
  giving the name of the attribute being set.  The second operand of the
! 'set' is an attribute expression (*note Expressions::) giving the value
  of the attribute.
  
!  When the attribute value depends on the 'alternative' attribute (i.e.,
  which is the applicable alternative in the constraint of the insn), the
! 'set_attr_alternative' expression can be used.  It allows the
  specification of a vector of attribute expressions, one for each
  alternative.
  
   When the generality of arbitrary attribute expressions is not required,
! the simpler 'set_attr' expression can be used, which allows specifying a
! string giving either a single attribute value or a list of attribute
  values, one for each alternative.
  
   The form of each of the above specifications is shown below.  In each
  case, NAME is a string specifying the attribute to be set.
  
! '(set_attr NAME VALUE-STRING)'
       VALUE-STRING is either a string giving the desired attribute value,
       or a string containing a comma-separated list giving the values for
       succeeding alternatives.  The number of elements must match the
       number of alternatives in the constraint of the insn pattern.
  
!      Note that it may be useful to specify '*' for some alternative, in
       which case the attribute will assume its default value for insns
       matching that alternative.
  
! '(set_attr_alternative NAME [VALUE1 VALUE2 ...])'
       Depending on the alternative of the insn, the value will be one of
!      the specified values.  This is a shorthand for using a 'cond' with
!      tests on the 'alternative' attribute.
  
! '(set (attr NAME) VALUE)'
!      The first operand of this 'set' must be the special RTL expression
!      'attr', whose sole operand is a string giving the name of the
       attribute being set.  VALUE is the value of the attribute.
  
   The following shows three different ways of representing the same
--- 26762,26817 ----
  -------------------------------------------
  
  The value assigned to an attribute of an insn is primarily determined by
! which pattern is matched by that insn (or which `define_peephole'
! generated it).  Every `define_insn' and `define_peephole' can have an
  optional last argument to specify the values of attributes for matching
! insns.  The value of any attribute not specified in a particular insn
! is set to the default value for that attribute, as specified in its
! `define_attr'.  Extensive use of default values for attributes permits
  the specification of the values for only one or two attributes in the
  definition of most insn patterns, as seen in the example in the next
  section.
  
!  The optional last argument of `define_insn' and `define_peephole' is a
  vector of expressions, each of which defines the value for a single
! attribute.  The most general way of assigning an attribute's value is
! to use a `set' expression whose first operand is an `attr' expression
  giving the name of the attribute being set.  The second operand of the
! `set' is an attribute expression (*note Expressions::) giving the value
  of the attribute.
  
!  When the attribute value depends on the `alternative' attribute (i.e.,
  which is the applicable alternative in the constraint of the insn), the
! `set_attr_alternative' expression can be used.  It allows the
  specification of a vector of attribute expressions, one for each
  alternative.
  
   When the generality of arbitrary attribute expressions is not required,
! the simpler `set_attr' expression can be used, which allows specifying
! a string giving either a single attribute value or a list of attribute
  values, one for each alternative.
  
   The form of each of the above specifications is shown below.  In each
  case, NAME is a string specifying the attribute to be set.
  
! `(set_attr NAME VALUE-STRING)'
       VALUE-STRING is either a string giving the desired attribute value,
       or a string containing a comma-separated list giving the values for
       succeeding alternatives.  The number of elements must match the
       number of alternatives in the constraint of the insn pattern.
  
!      Note that it may be useful to specify `*' for some alternative, in
       which case the attribute will assume its default value for insns
       matching that alternative.
  
! `(set_attr_alternative NAME [VALUE1 VALUE2 ...])'
       Depending on the alternative of the insn, the value will be one of
!      the specified values.  This is a shorthand for using a `cond' with
!      tests on the `alternative' attribute.
  
! `(set (attr NAME) VALUE)'
!      The first operand of this `set' must be the special RTL expression
!      `attr', whose sole operand is a string giving the name of the
       attribute being set.  VALUE is the value of the attribute.
  
   The following shows three different ways of representing the same
*************** attribute value specification:
*** 26444,26468 ****
                   (eq_attr "alternative" "2") (const_string "store")]
                  (const_string "arith")))
  
!  The 'define_asm_attributes' expression provides a mechanism to specify
! the attributes assigned to insns produced from an 'asm' statement.  It
  has the form:
  
       (define_asm_attributes [ATTR-SETS])
  
! where ATTR-SETS is specified the same as for both the 'define_insn' and
! the 'define_peephole' expressions.
  
   These values will typically be the "worst case" attribute values.  For
  example, they might indicate that the condition code will be clobbered.
  
!  A specification for a 'length' attribute is handled specially.  The way
! to compute the length of an 'asm' insn is to multiply the length
! specified in the expression 'define_asm_attributes' by the number of
! machine instructions specified in the 'asm' statement, determined by
  counting the number of semicolons and newlines in the string.
! Therefore, the value of the 'length' attribute specified in a
! 'define_asm_attributes' should be the maximum possible length of a
  single machine instruction.
  
  
--- 26828,26852 ----
                   (eq_attr "alternative" "2") (const_string "store")]
                  (const_string "arith")))
  
!  The `define_asm_attributes' expression provides a mechanism to specify
! the attributes assigned to insns produced from an `asm' statement.  It
  has the form:
  
       (define_asm_attributes [ATTR-SETS])
  
! where ATTR-SETS is specified the same as for both the `define_insn' and
! the `define_peephole' expressions.
  
   These values will typically be the "worst case" attribute values.  For
  example, they might indicate that the condition code will be clobbered.
  
!  A specification for a `length' attribute is handled specially.  The
! way to compute the length of an `asm' insn is to multiply the length
! specified in the expression `define_asm_attributes' by the number of
! machine instructions specified in the `asm' statement, determined by
  counting the number of semicolons and newlines in the string.
! Therefore, the value of the `length' attribute specified in a
! `define_asm_attributes' should be the maximum possible length of a
  single machine instruction.
  
  
*************** File: gccint.info,  Node: Attr Example,
*** 26473,26479 ****
  
  The judicious use of defaulting is important in the efficient use of
  insn attributes.  Typically, insns are divided into "types" and an
! attribute, customarily called 'type', is used to represent this value.
  This attribute is normally used only to define the default value for
  other attributes.  An example will clarify this usage.
  
--- 26857,26863 ----
  
  The judicious use of defaulting is important in the efficient use of
  insn attributes.  Typically, insns are divided into "types" and an
! attribute, customarily called `type', is used to represent this value.
  This attribute is normally used only to define the default value for
  other attributes.  An example will clarify this usage.
  
*************** operations, floating point operations, a
*** 26484,26495 ****
  
   Here we will concern ourselves with determining the effect of an insn
  on the condition code and will limit ourselves to the following possible
! effects: The condition code can be set unpredictably (clobbered), not be
! changed, be set to agree with the results of the operation, or only
  changed if the item previously set into the condition code has been
  modified.
  
!  Here is part of a sample 'md' file for such a machine:
  
       (define_attr "type" "load,store,arith,fp,branch" (const_string "arith"))
  
--- 26868,26879 ----
  
   Here we will concern ourselves with determining the effect of an insn
  on the condition code and will limit ourselves to the following possible
! effects:  The condition code can be set unpredictably (clobbered), not
! be changed, be set to agree with the results of the operation, or only
  changed if the item previously set into the condition code has been
  modified.
  
!  Here is part of a sample `md' file for such a machine:
  
       (define_attr "type" "load,store,arith,fp,branch" (const_string "arith"))
  
*************** File: gccint.info,  Node: Insn Lengths,
*** 26527,26577 ****
  
  For many machines, multiple types of branch instructions are provided,
  each for different length branch displacements.  In most cases, the
! assembler will choose the correct instruction to use.  However, when the
! assembler cannot do so, GCC can when a special attribute, the 'length'
! attribute, is defined.  This attribute must be defined to have numeric
! values by specifying a null string in its 'define_attr'.
  
!  In the case of the 'length' attribute, two additional forms of
  arithmetic terms are allowed in test expressions:
  
! '(match_dup N)'
       This refers to the address of operand N of the current insn, which
!      must be a 'label_ref'.
  
! '(pc)'
       For non-branch instructions and backward branch instructions, this
       refers to the address of the current insn.  But for forward branch
       instructions, this refers to the address of the next insn, because
       the length of the current insn is to be computed.
  
   For normal insns, the length will be determined by value of the
! 'length' attribute.  In the case of 'addr_vec' and 'addr_diff_vec' insn
  patterns, the length is computed as the number of vectors multiplied by
  the size of each vector.
  
   Lengths are measured in addressable storage units (bytes).
  
!  Note that it is possible to call functions via the 'symbol_ref'
  mechanism to compute the length of an insn.  However, if you use this
  mechanism you must provide dummy clauses to express the maximum length
! without using the function call.  You can an example of this in the 'pa'
! machine description for the 'call_symref' pattern.
  
   The following macros can be used to refine the length computation:
  
! 'ADJUST_INSN_LENGTH (INSN, LENGTH)'
       If defined, modifies the length assigned to instruction INSN as a
       function of the context in which it is used.  LENGTH is an lvalue
       that contains the initially computed length of the insn and should
       be updated with the correct length of the insn.
  
       This macro will normally not be required.  A case in which it is
!      required is the ROMP.  On this machine, the size of an 'addr_vec'
       insn must be increased by two to compensate for the fact that
       alignment may be required.
  
!  The routine that returns 'get_attr_length' (the value of the 'length'
  attribute) can be used by the output routine to determine the form of
  the branch instruction to be written, as the example below illustrates.
  
--- 26911,26961 ----
  
  For many machines, multiple types of branch instructions are provided,
  each for different length branch displacements.  In most cases, the
! assembler will choose the correct instruction to use.  However, when
! the assembler cannot do so, GCC can when a special attribute, the
! `length' attribute, is defined.  This attribute must be defined to have
! numeric values by specifying a null string in its `define_attr'.
  
!  In the case of the `length' attribute, two additional forms of
  arithmetic terms are allowed in test expressions:
  
! `(match_dup N)'
       This refers to the address of operand N of the current insn, which
!      must be a `label_ref'.
  
! `(pc)'
       For non-branch instructions and backward branch instructions, this
       refers to the address of the current insn.  But for forward branch
       instructions, this refers to the address of the next insn, because
       the length of the current insn is to be computed.
  
   For normal insns, the length will be determined by value of the
! `length' attribute.  In the case of `addr_vec' and `addr_diff_vec' insn
  patterns, the length is computed as the number of vectors multiplied by
  the size of each vector.
  
   Lengths are measured in addressable storage units (bytes).
  
!  Note that it is possible to call functions via the `symbol_ref'
  mechanism to compute the length of an insn.  However, if you use this
  mechanism you must provide dummy clauses to express the maximum length
! without using the function call.  You can an example of this in the
! `pa' machine description for the `call_symref' pattern.
  
   The following macros can be used to refine the length computation:
  
! `ADJUST_INSN_LENGTH (INSN, LENGTH)'
       If defined, modifies the length assigned to instruction INSN as a
       function of the context in which it is used.  LENGTH is an lvalue
       that contains the initially computed length of the insn and should
       be updated with the correct length of the insn.
  
       This macro will normally not be required.  A case in which it is
!      required is the ROMP.  On this machine, the size of an `addr_vec'
       insn must be increased by two to compensate for the fact that
       alignment may be required.
  
!  The routine that returns `get_attr_length' (the value of the `length'
  attribute) can be used by the output routine to determine the form of
  the branch instruction to be written, as the example below illustrates.
  
*************** the branch instruction to be written, as
*** 26579,26586 ****
  consider the IBM 360.  If we adopt the convention that a register will
  be set to the starting address of a function, we can jump to labels
  within 4k of the start using a four-byte instruction.  Otherwise, we
! need a six-byte sequence to load the address from memory and then branch
! to it.
  
   On such a machine, a pattern for a branch instruction might be
  specified as follows:
--- 26963,26970 ----
  consider the IBM 360.  If we adopt the convention that a register will
  be set to the starting address of a function, we can jump to labels
  within 4k of the start using a four-byte instruction.  Otherwise, we
! need a six-byte sequence to load the address from memory and then
! branch to it.
  
   On such a machine, a pattern for a branch instruction might be
  specified as follows:
*************** File: gccint.info,  Node: Constant Attri
*** 26604,26611 ****
  16.19.6 Constant Attributes
  ---------------------------
  
! A special form of 'define_attr', where the expression for the default
! value is a 'const' expression, indicates an attribute that is constant
  for a given run of the compiler.  Constant attributes may be used to
  specify which variety of processor is used.  For example,
  
--- 26988,26995 ----
  16.19.6 Constant Attributes
  ---------------------------
  
! A special form of `define_attr', where the expression for the default
! value is a `const' expression, indicates an attribute that is constant
  for a given run of the compiler.  Constant attributes may be used to
  specify which variety of processor is used.  For example,
  
*************** specify which variety of processor is us
*** 26623,26631 ****
  
   The routine generated for constant attributes has no parameters as it
  does not depend on any particular insn.  RTL expressions used to define
! the value of a constant attribute may use the 'symbol_ref' form, but may
! not use either the 'match_operand' form or 'eq_attr' forms involving
! insn attributes.
  
  
  File: gccint.info,  Node: Mnemonic Attribute,  Next: Delay Slots,  Prev: Constant Attributes,  Up: Insn Attributes
--- 27007,27015 ----
  
   The routine generated for constant attributes has no parameters as it
  does not depend on any particular insn.  RTL expressions used to define
! the value of a constant attribute may use the `symbol_ref' form, but
! may not use either the `match_operand' form or `eq_attr' forms
! involving insn attributes.
  
  
  File: gccint.info,  Node: Mnemonic Attribute,  Next: Delay Slots,  Prev: Constant Attributes,  Up: Insn Attributes
*************** File: gccint.info,  Node: Mnemonic Attri
*** 26633,26660 ****
  16.19.7 Mnemonic Attribute
  --------------------------
  
! The 'mnemonic' attribute is a string type attribute holding the
! instruction mnemonic for an insn alternative.  The attribute values will
! automatically be generated by the machine description parser if there is
! an attribute definition in the md file:
  
       (define_attr "mnemonic" "unknown" (const_string "unknown"))
  
   The default value can be freely chosen as long as it does not collide
! with any of the instruction mnemonics.  This value will be used whenever
! the machine description parser is not able to determine the mnemonic
! string.  This might be the case for output templates containing more
! than a single instruction as in '"mvcle\t%0,%1,0\;jo\t.-4"'.
  
!  The 'mnemonic' attribute set is not generated automatically if the
  instruction string is generated via C code.
  
!  An existing 'mnemonic' attribute set in an insn definition will not be
  overriden by the md file parser.  That way it is possible to manually
  set the instruction mnemonics for the cases where the md file parser
  fails to determine it automatically.
  
!  The 'mnemonic' attribute is useful for dealing with instruction
  specific properties in the pipeline description without defining
  additional insn attributes.
  
--- 27017,27045 ----
  16.19.7 Mnemonic Attribute
  --------------------------
  
! The `mnemonic' attribute is a string type attribute holding the
! instruction mnemonic for an insn alternative.  The attribute values
! will automatically be generated by the machine description parser if
! there is an attribute definition in the md file:
  
       (define_attr "mnemonic" "unknown" (const_string "unknown"))
  
   The default value can be freely chosen as long as it does not collide
! with any of the instruction mnemonics.  This value will be used
! whenever the machine description parser is not able to determine the
! mnemonic string.  This might be the case for output templates
! containing more than a single instruction as in
! `"mvcle\t%0,%1,0\;jo\t.-4"'.
  
!  The `mnemonic' attribute set is not generated automatically if the
  instruction string is generated via C code.
  
!  An existing `mnemonic' attribute set in an insn definition will not be
  overriden by the md file parser.  That way it is possible to manually
  set the instruction mnemonics for the cases where the md file parser
  fails to determine it automatically.
  
!  The `mnemonic' attribute is useful for dealing with instruction
  specific properties in the pipeline description without defining
  additional insn attributes.
  
*************** File: gccint.info,  Node: Delay Slots,
*** 26672,26686 ****
  The insn attribute mechanism can be used to specify the requirements for
  delay slots, if any, on a target machine.  An instruction is said to
  require a "delay slot" if some instructions that are physically after
! the instruction are executed as if they were located before it.  Classic
! examples are branch and call instructions, which often execute the
! following instruction before the branch or call is performed.
  
   On some machines, conditional branch instructions can optionally
! "annul" instructions in the delay slot.  This means that the instruction
! will not be executed for certain branch outcomes.  Both instructions
! that annul if the branch is true and instructions that annul if the
! branch is false are supported.
  
   Delay slot scheduling differs from instruction scheduling in that
  determining whether an instruction needs a delay slot is dependent only
--- 27057,27071 ----
  The insn attribute mechanism can be used to specify the requirements for
  delay slots, if any, on a target machine.  An instruction is said to
  require a "delay slot" if some instructions that are physically after
! the instruction are executed as if they were located before it.
! Classic examples are branch and call instructions, which often execute
! the following instruction before the branch or call is performed.
  
   On some machines, conditional branch instructions can optionally
! "annul" instructions in the delay slot.  This means that the
! instruction will not be executed for certain branch outcomes.  Both
! instructions that annul if the branch is true and instructions that
! annul if the branch is false are supported.
  
   Delay slot scheduling differs from instruction scheduling in that
  determining whether an instruction needs a delay slot is dependent only
*************** instructions.  See the next section for
*** 26689,26725 ****
  instruction scheduling.
  
   The requirement of an insn needing one or more delay slots is indicated
! via the 'define_delay' expression.  It has the following form:
  
       (define_delay TEST
                     [DELAY-1 ANNUL-TRUE-1 ANNUL-FALSE-1
                      DELAY-2 ANNUL-TRUE-2 ANNUL-FALSE-2
                      ...])
  
!  TEST is an attribute test that indicates whether this 'define_delay'
! applies to a particular insn.  If so, the number of required delay slots
! is determined by the length of the vector specified as the second
  argument.  An insn placed in delay slot N must satisfy attribute test
  DELAY-N.  ANNUL-TRUE-N is an attribute test that specifies which insns
  may be annulled if the branch is true.  Similarly, ANNUL-FALSE-N
! specifies which insns in the delay slot may be annulled if the branch is
! false.  If annulling is not supported for that delay slot, '(nil)'
  should be coded.
  
   For example, in the common case where branch and call insns require a
  single delay slot, which may contain any insn other than a branch or
! call, the following would be placed in the 'md' file:
  
       (define_delay (eq_attr "type" "branch,call")
                     [(eq_attr "type" "!branch,call") (nil) (nil)])
  
!  Multiple 'define_delay' expressions may be specified.  In this case,
  each such expression specifies different delay slot requirements and
! there must be no insn for which tests in two 'define_delay' expressions
  are both true.
  
   For example, if we have a machine that requires one delay slot for
! branches but two for calls, no delay slot can contain a branch or call
  insn, and any valid insn in the delay slot for the branch can be
  annulled if the branch is true, we might represent this as follows:
  
--- 27074,27110 ----
  instruction scheduling.
  
   The requirement of an insn needing one or more delay slots is indicated
! via the `define_delay' expression.  It has the following form:
  
       (define_delay TEST
                     [DELAY-1 ANNUL-TRUE-1 ANNUL-FALSE-1
                      DELAY-2 ANNUL-TRUE-2 ANNUL-FALSE-2
                      ...])
  
!  TEST is an attribute test that indicates whether this `define_delay'
! applies to a particular insn.  If so, the number of required delay
! slots is determined by the length of the vector specified as the second
  argument.  An insn placed in delay slot N must satisfy attribute test
  DELAY-N.  ANNUL-TRUE-N is an attribute test that specifies which insns
  may be annulled if the branch is true.  Similarly, ANNUL-FALSE-N
! specifies which insns in the delay slot may be annulled if the branch
! is false.  If annulling is not supported for that delay slot, `(nil)'
  should be coded.
  
   For example, in the common case where branch and call insns require a
  single delay slot, which may contain any insn other than a branch or
! call, the following would be placed in the `md' file:
  
       (define_delay (eq_attr "type" "branch,call")
                     [(eq_attr "type" "!branch,call") (nil) (nil)])
  
!  Multiple `define_delay' expressions may be specified.  In this case,
  each such expression specifies different delay slot requirements and
! there must be no insn for which tests in two `define_delay' expressions
  are both true.
  
   For example, if we have a machine that requires one delay slot for
! branches but two for calls,  no delay slot can contain a branch or call
  insn, and any valid insn in the delay slot for the branch can be
  annulled if the branch is true, we might represent this as follows:
  
*************** superscalar RISC, and VLIW processors) h
*** 26743,26751 ****
  which several instructions can be executed simultaneously.  An
  instruction starts execution if its issue conditions are satisfied.  If
  not, the instruction is stalled until its conditions are satisfied.
! Such "interlock (pipeline) delay" causes interruption of the fetching of
! successor instructions (or demands nop instructions, e.g. for some MIPS
! processors).
  
   There are two major kinds of interlock delays in modern processors.
  The first one is a data dependence delay determining "instruction
--- 27128,27136 ----
  which several instructions can be executed simultaneously.  An
  instruction starts execution if its issue conditions are satisfied.  If
  not, the instruction is stalled until its conditions are satisfied.
! Such "interlock (pipeline) delay" causes interruption of the fetching
! of successor instructions (or demands nop instructions, e.g. for some
! MIPS processors).
  
   There are two major kinds of interlock delays in modern processors.
  The first one is a data dependence delay determining "instruction
*************** automatically generated from the process
*** 26778,26785 ****
  pipeline hazard recognizer generated from the machine description is
  based on a deterministic finite state automaton (DFA): the instruction
  issue is possible if there is a transition from one automaton state to
! another one.  This algorithm is very fast, and furthermore, its speed is
! not dependent on processor complexity(1).
  
   The rest of this section describes the directives that constitute an
  automaton-based processor pipeline description.  The order of these
--- 27163,27170 ----
  pipeline hazard recognizer generated from the machine description is
  based on a deterministic finite state automaton (DFA): the instruction
  issue is possible if there is a transition from one automaton state to
! another one.  This algorithm is very fast, and furthermore, its speed
! is not dependent on processor complexity(1).
  
   The rest of this section describes the directives that constitute an
  automaton-based processor pipeline description.  The order of these
*************** constructions within the machine descrip
*** 26789,26804 ****
  generated and used for the pipeline hazards recognition.  Sometimes the
  generated finite state automaton used by the pipeline hazard recognizer
  is large.  If we use more than one automaton and bind functional units
! to the automata, the total size of the automata is usually less than the
! size of the single automaton.  If there is no one such construction,
! only one finite state automaton is generated.
  
       (define_automaton AUTOMATA-NAMES)
  
!  AUTOMATA-NAMES is a string giving names of the automata.  The names are
! separated by commas.  All the automata should have unique names.  The
! automaton name is used in the constructions 'define_cpu_unit' and
! 'define_query_cpu_unit'.
  
   Each processor functional unit used in the description of instruction
  reservations should be described by the following construction.
--- 27174,27189 ----
  generated and used for the pipeline hazards recognition.  Sometimes the
  generated finite state automaton used by the pipeline hazard recognizer
  is large.  If we use more than one automaton and bind functional units
! to the automata, the total size of the automata is usually less than
! the size of the single automaton.  If there is no one such
! construction, only one finite state automaton is generated.
  
       (define_automaton AUTOMATA-NAMES)
  
!  AUTOMATA-NAMES is a string giving names of the automata.  The names
! are separated by commas.  All the automata should have unique names.
! The automaton name is used in the constructions `define_cpu_unit' and
! `define_query_cpu_unit'.
  
   Each processor functional unit used in the description of instruction
  reservations should be described by the following construction.
*************** reservations should be described by the
*** 26806,26833 ****
       (define_cpu_unit UNIT-NAMES [AUTOMATON-NAME])
  
   UNIT-NAMES is a string giving the names of the functional units
! separated by commas.  Don't use name 'nothing', it is reserved for other
! goals.
  
   AUTOMATON-NAME is a string giving the name of the automaton with which
  the unit is bound.  The automaton should be described in construction
! 'define_automaton'.  You should give "automaton-name", if there is a
  defined automaton.
  
   The assignment of units to automata are constrained by the uses of the
! units in insn reservations.  The most important constraint is: if a unit
! reservation is present on a particular cycle of an alternative for an
! insn reservation, then some unit from the same automaton must be present
! on the same cycle for the other alternatives of the insn reservation.
! The rest of the constraints are mentioned in the description of the
! subsequent constructions.
  
   The following construction describes CPU functional units analogously
! to 'define_cpu_unit'.  The reservation of such units can be queried for
! an automaton state.  The instruction scheduler never queries reservation
! of functional units for given automaton state.  So as a rule, you don't
! need this construction.  This construction could be used for future code
! generation goals (e.g. to generate VLIW insn templates).
  
       (define_query_cpu_unit UNIT-NAMES [AUTOMATON-NAME])
  
--- 27191,27219 ----
       (define_cpu_unit UNIT-NAMES [AUTOMATON-NAME])
  
   UNIT-NAMES is a string giving the names of the functional units
! separated by commas.  Don't use name `nothing', it is reserved for
! other goals.
  
   AUTOMATON-NAME is a string giving the name of the automaton with which
  the unit is bound.  The automaton should be described in construction
! `define_automaton'.  You should give "automaton-name", if there is a
  defined automaton.
  
   The assignment of units to automata are constrained by the uses of the
! units in insn reservations.  The most important constraint is: if a
! unit reservation is present on a particular cycle of an alternative for
! an insn reservation, then some unit from the same automaton must be
! present on the same cycle for the other alternatives of the insn
! reservation.  The rest of the constraints are mentioned in the
! description of the subsequent constructions.
  
   The following construction describes CPU functional units analogously
! to `define_cpu_unit'.  The reservation of such units can be queried for
! an automaton state.  The instruction scheduler never queries
! reservation of functional units for given automaton state.  So as a
! rule, you don't need this construction.  This construction could be
! used for future code generation goals (e.g. to generate VLIW insn
! templates).
  
       (define_query_cpu_unit UNIT-NAMES [AUTOMATON-NAME])
  
*************** There is an important difference between
*** 26848,26874 ****
  automaton based pipeline description.  The latency time is used for all
  dependencies when we use the old description.  In the automaton based
  pipeline description, the given latency time is only used for true
! dependencies.  The cost of anti-dependencies is always zero and the cost
! of output dependencies is the difference between latency times of the
! producing and consuming insns (if the difference is negative, the cost
! is considered to be zero).  You can always change the default costs for
! any description by using the target hook 'TARGET_SCHED_ADJUST_COST'
! (*note Scheduling::).
  
   INSN-NAME is a string giving the internal name of the insn.  The
! internal names are used in constructions 'define_bypass' and in the
  automaton description file generated for debugging.  The internal name
! has nothing in common with the names in 'define_insn'.  It is a good
  practice to use insn classes described in the processor manual.
  
   CONDITION defines what RTL insns are described by this construction.
  You should remember that you will be in trouble if CONDITION for two or
! more different 'define_insn_reservation' constructions is TRUE for an
  insn.  In this case what reservation will be used for the insn is not
  defined.  Such cases are not checked during generation of the pipeline
  hazards recognizer because in general recognizing that two conditions
  may have the same value is quite difficult (especially if the conditions
! contain 'symbol_ref').  It is also not checked during the pipeline
  hazard recognizer work because it would slow down the recognizer
  considerably.
  
--- 27234,27260 ----
  automaton based pipeline description.  The latency time is used for all
  dependencies when we use the old description.  In the automaton based
  pipeline description, the given latency time is only used for true
! dependencies.  The cost of anti-dependencies is always zero and the
! cost of output dependencies is the difference between latency times of
! the producing and consuming insns (if the difference is negative, the
! cost is considered to be zero).  You can always change the default
! costs for any description by using the target hook
! `TARGET_SCHED_ADJUST_COST' (*note Scheduling::).
  
   INSN-NAME is a string giving the internal name of the insn.  The
! internal names are used in constructions `define_bypass' and in the
  automaton description file generated for debugging.  The internal name
! has nothing in common with the names in `define_insn'.  It is a good
  practice to use insn classes described in the processor manual.
  
   CONDITION defines what RTL insns are described by this construction.
  You should remember that you will be in trouble if CONDITION for two or
! more different `define_insn_reservation' constructions is TRUE for an
  insn.  In this case what reservation will be used for the insn is not
  defined.  Such cases are not checked during generation of the pipeline
  hazards recognizer because in general recognizing that two conditions
  may have the same value is quite difficult (especially if the conditions
! contain `symbol_ref').  It is also not checked during the pipeline
  hazard recognizer work because it would slow down the recognizer
  considerably.
  
*************** expression according to the following sy
*** 26894,26921 ****
                      | "nothing"
                      | "(" regexp ")"
  
!    * ',' is used for describing the start of the next cycle in the
       reservation.
  
!    * '|' is used for describing a reservation described by the first
       regular expression *or* a reservation described by the second
       regular expression *or* etc.
  
!    * '+' is used for describing a reservation described by the first
       regular expression *and* a reservation described by the second
       regular expression *and* etc.
  
!    * '*' is used for convenience and simply means a sequence in which
       the regular expression are repeated NUMBER times with cycle
!      advancing (see ',').
  
!    * 'cpu_function_unit_name' denotes reservation of the named
       functional unit.
  
!    * 'reservation_name' -- see description of construction
!      'define_reservation'.
  
!    * 'nothing' denotes no unit reservations.
  
   Sometimes unit reservations for different insns contain common parts.
  In such case, you can simplify the pipeline description by describing
--- 27280,27307 ----
                      | "nothing"
                      | "(" regexp ")"
  
!    * `,' is used for describing the start of the next cycle in the
       reservation.
  
!    * `|' is used for describing a reservation described by the first
       regular expression *or* a reservation described by the second
       regular expression *or* etc.
  
!    * `+' is used for describing a reservation described by the first
       regular expression *and* a reservation described by the second
       regular expression *and* etc.
  
!    * `*' is used for convenience and simply means a sequence in which
       the regular expression are repeated NUMBER times with cycle
!      advancing (see `,').
  
!    * `cpu_function_unit_name' denotes reservation of the named
       functional unit.
  
!    * `reservation_name' -- see description of construction
!      `define_reservation'.
  
!    * `nothing' denotes no unit reservations.
  
   Sometimes unit reservations for different insns contain common parts.
  In such case, you can simplify the pipeline description by describing
*************** the common part by the following constru
*** 26925,26932 ****
  
   RESERVATION-NAME is a string giving name of REGEXP.  Functional unit
  names and reservation names are in the same name space.  So the
! reservation names should be different from the functional unit names and
! can not be the reserved name 'nothing'.
  
   The following construction is used to describe exceptions in the
  latency time for given instruction pair.  This is so called bypasses.
--- 27311,27318 ----
  
   RESERVATION-NAME is a string giving name of REGEXP.  Functional unit
  names and reservation names are in the same name space.  So the
! reservation names should be different from the functional unit names
! and can not be the reserved name `nothing'.
  
   The following construction is used to describe exceptions in the
  latency time for given instruction pair.  This is so called bypasses.
*************** latency time for given instruction pair.
*** 26935,26959 ****
                      [GUARD])
  
   NUMBER defines when the result generated by the instructions given in
! string OUT_INSN_NAMES will be ready for the instructions given in string
! IN_INSN_NAMES.  Each of these strings is a comma-separated list of
! filename-style globs and they refer to the names of
! 'define_insn_reservation's.  For example:
       (define_bypass 1 "cpu1_load_*, cpu1_store_*" "cpu1_load_*")
!  defines a bypass between instructions that start with 'cpu1_load_' or
! 'cpu1_store_' and those that start with 'cpu1_load_'.
  
   GUARD is an optional string giving the name of a C function which
  defines an additional guard for the bypass.  The function will get the
  two insns as parameters.  If the function returns zero the bypass will
  be ignored for this case.  The additional guard is necessary to
  recognize complicated bypasses, e.g. when the consumer is only an
! address of insn 'store' (not a stored value).
  
   If there are more one bypass with the same output and input insns, the
  chosen bypass is the first bypass with a guard in description whose
! guard function returns nonzero.  If there is no such bypass, then bypass
! without the guard function is chosen.
  
   The following five constructions are usually used to describe VLIW
  processors, or more precisely, to describe a placement of small
--- 27321,27345 ----
                      [GUARD])
  
   NUMBER defines when the result generated by the instructions given in
! string OUT_INSN_NAMES will be ready for the instructions given in
! string IN_INSN_NAMES.  Each of these strings is a comma-separated list
! of filename-style globs and they refer to the names of
! `define_insn_reservation's.  For example:
       (define_bypass 1 "cpu1_load_*, cpu1_store_*" "cpu1_load_*")
!  defines a bypass between instructions that start with `cpu1_load_' or
! `cpu1_store_' and those that start with `cpu1_load_'.
  
   GUARD is an optional string giving the name of a C function which
  defines an additional guard for the bypass.  The function will get the
  two insns as parameters.  If the function returns zero the bypass will
  be ignored for this case.  The additional guard is necessary to
  recognize complicated bypasses, e.g. when the consumer is only an
! address of insn `store' (not a stored value).
  
   If there are more one bypass with the same output and input insns, the
  chosen bypass is the first bypass with a guard in description whose
! guard function returns nonzero.  If there is no such bypass, then
! bypass without the guard function is chosen.
  
   The following five constructions are usually used to describe VLIW
  processors, or more precisely, to describe a placement of small
*************** commas.
*** 26973,26979 ****
  comma.  Currently pattern is one unit or units separated by
  white-spaces.
  
!  The first construction ('exclusion_set') means that each functional
  unit in the first string can not be reserved simultaneously with a unit
  whose name is in the second string and vice versa.  For example, the
  construction is useful for describing processors (e.g. some SPARC
--- 27359,27365 ----
  comma.  Currently pattern is one unit or units separated by
  white-spaces.
  
!  The first construction (`exclusion_set') means that each functional
  unit in the first string can not be reserved simultaneously with a unit
  whose name is in the second string and vice versa.  For example, the
  construction is useful for describing processors (e.g. some SPARC
*************** processors) with a fully pipelined float
*** 26981,27040 ****
  can execute simultaneously only single floating point insns or only
  double floating point insns.
  
!  The second construction ('presence_set') means that each functional
  unit in the first string can not be reserved unless at least one of
! pattern of units whose names are in the second string is reserved.  This
! is an asymmetric relation.  For example, it is useful for description
! that VLIW 'slot1' is reserved after 'slot0' reservation.  We could
! describe it by the following construction
  
       (presence_set "slot1" "slot0")
  
!  Or 'slot1' is reserved only after 'slot0' and unit 'b0' reservation.
  In this case we could write
  
       (presence_set "slot1" "slot0 b0")
  
!  The third construction ('final_presence_set') is analogous to
! 'presence_set'.  The difference between them is when checking is done.
  When an instruction is issued in given automaton state reflecting all
  current and planned unit reservations, the automaton state is changed.
  The first state is a source state, the second one is a result state.
! Checking for 'presence_set' is done on the source state reservation,
! checking for 'final_presence_set' is done on the result reservation.
  This construction is useful to describe a reservation which is actually
  two subsequent reservations.  For example, if we use
  
       (presence_set "slot1" "slot0")
  
!  the following insn will be never issued (because 'slot1' requires
! 'slot0' which is absent in the source state).
  
       (define_reservation "insn_and_nop" "slot0 + slot1")
  
!  but it can be issued if we use analogous 'final_presence_set'.
  
!  The forth construction ('absence_set') means that each functional unit
  in the first string can be reserved only if each pattern of units whose
  names are in the second string is not reserved.  This is an asymmetric
! relation (actually 'exclusion_set' is analogous to this one but it is
! symmetric).  For example it might be useful in a VLIW description to say
! that 'slot0' cannot be reserved after either 'slot1' or 'slot2' have
! been reserved.  This can be described as:
  
       (absence_set "slot0" "slot1, slot2")
  
!  Or 'slot2' can not be reserved if 'slot0' and unit 'b0' are reserved or
! 'slot1' and unit 'b1' are reserved.  In this case we could write
  
       (absence_set "slot2" "slot0 b0, slot1 b1")
  
   All functional units mentioned in a set should belong to the same
  automaton.
  
!  The last construction ('final_absence_set') is analogous to
! 'absence_set' but checking is done on the result (state) reservation.
! See comments for 'final_presence_set'.
  
   You can control the generator of the pipeline hazard recognizer with
  the following construction.
--- 27367,27426 ----
  can execute simultaneously only single floating point insns or only
  double floating point insns.
  
!  The second construction (`presence_set') means that each functional
  unit in the first string can not be reserved unless at least one of
! pattern of units whose names are in the second string is reserved.
! This is an asymmetric relation.  For example, it is useful for
! description that VLIW `slot1' is reserved after `slot0' reservation.
! We could describe it by the following construction
  
       (presence_set "slot1" "slot0")
  
!  Or `slot1' is reserved only after `slot0' and unit `b0' reservation.
  In this case we could write
  
       (presence_set "slot1" "slot0 b0")
  
!  The third construction (`final_presence_set') is analogous to
! `presence_set'.  The difference between them is when checking is done.
  When an instruction is issued in given automaton state reflecting all
  current and planned unit reservations, the automaton state is changed.
  The first state is a source state, the second one is a result state.
! Checking for `presence_set' is done on the source state reservation,
! checking for `final_presence_set' is done on the result reservation.
  This construction is useful to describe a reservation which is actually
  two subsequent reservations.  For example, if we use
  
       (presence_set "slot1" "slot0")
  
!  the following insn will be never issued (because `slot1' requires
! `slot0' which is absent in the source state).
  
       (define_reservation "insn_and_nop" "slot0 + slot1")
  
!  but it can be issued if we use analogous `final_presence_set'.
  
!  The forth construction (`absence_set') means that each functional unit
  in the first string can be reserved only if each pattern of units whose
  names are in the second string is not reserved.  This is an asymmetric
! relation (actually `exclusion_set' is analogous to this one but it is
! symmetric).  For example it might be useful in a VLIW description to
! say that `slot0' cannot be reserved after either `slot1' or `slot2'
! have been reserved.  This can be described as:
  
       (absence_set "slot0" "slot1, slot2")
  
!  Or `slot2' can not be reserved if `slot0' and unit `b0' are reserved
! or `slot1' and unit `b1' are reserved.  In this case we could write
  
       (absence_set "slot2" "slot0 b0, slot1 b1")
  
   All functional units mentioned in a set should belong to the same
  automaton.
  
!  The last construction (`final_absence_set') is analogous to
! `absence_set' but checking is done on the result (state) reservation.
! See comments for `final_presence_set'.
  
   You can control the generator of the pipeline hazard recognizer with
  the following construction.
*************** Currently there are the following option
*** 27051,27088 ****
     * "time" means printing time statistics about the generation of
       automata.
  
!    * "stats" means printing statistics about the generated automata such
!      as the number of DFA states, NDFA states and arcs.
  
     * "v" means a generation of the file describing the result automata.
!      The file has suffix '.dfa' and can be used for the description
       verification and debugging.
  
!    * "w" means a generation of warning instead of error for non-critical
!      errors.
  
!    * "no-comb-vect" prevents the automaton generator from generating two
!      data structures and comparing them for space efficiency.  Using a
!      comb vector to represent transitions may be better, but it can be
       very expensive to construct.  This option is useful if the build
       process spends an unacceptably long time in genautomata.
  
     * "ndfa" makes nondeterministic finite state automata.  This affects
!      the treatment of operator '|' in the regular expressions.  The
       usual treatment of the operator is to try the first alternative
       and, if the reservation is not possible, the second alternative.
       The nondeterministic treatment means trying all alternatives, some
       of them may be rejected by reservations in the subsequent insns.
  
     * "collapse-ndfa" modifies the behavior of the generator when
!      producing an automaton.  An additional state transition to collapse
!      a nondeterministic NDFA state to a deterministic DFA state is
!      generated.  It can be triggered by passing 'const0_rtx' to
       state_transition.  In such an automaton, cycle advance transitions
       are available only for these collapsed states.  This option is
!      useful for ports that want to use the 'ndfa' option, but also want
!      to use 'define_query_cpu_unit' to assign units to insns issued in a
!      cycle.
  
     * "progress" means output of a progress bar showing how many states
       were generated so far for automaton being processed.  This is
--- 27437,27474 ----
     * "time" means printing time statistics about the generation of
       automata.
  
!    * "stats" means printing statistics about the generated automata
!      such as the number of DFA states, NDFA states and arcs.
  
     * "v" means a generation of the file describing the result automata.
!      The file has suffix `.dfa' and can be used for the description
       verification and debugging.
  
!    * "w" means a generation of warning instead of error for
!      non-critical errors.
  
!    * "no-comb-vect" prevents the automaton generator from generating
!      two data structures and comparing them for space efficiency.  Using
!      a comb vector to represent transitions may be better, but it can be
       very expensive to construct.  This option is useful if the build
       process spends an unacceptably long time in genautomata.
  
     * "ndfa" makes nondeterministic finite state automata.  This affects
!      the treatment of operator `|' in the regular expressions.  The
       usual treatment of the operator is to try the first alternative
       and, if the reservation is not possible, the second alternative.
       The nondeterministic treatment means trying all alternatives, some
       of them may be rejected by reservations in the subsequent insns.
  
     * "collapse-ndfa" modifies the behavior of the generator when
!      producing an automaton.  An additional state transition to
!      collapse a nondeterministic NDFA state to a deterministic DFA
!      state is generated.  It can be triggered by passing `const0_rtx' to
       state_transition.  In such an automaton, cycle advance transitions
       are available only for these collapsed states.  This option is
!      useful for ports that want to use the `ndfa' option, but also want
!      to use `define_query_cpu_unit' to assign units to insns issued in
!      a cycle.
  
     * "progress" means output of a progress bar showing how many states
       were generated so far for automaton being processed.  This is
*************** Currently there are the following option
*** 27092,27099 ****
       the huge automaton.
  
   As an example, consider a superscalar RISC machine which can issue
! three insns (two integer insns and one floating point insn) on the cycle
! but can finish only two insns.  To describe this, we define the
  following functional units.
  
       (define_cpu_unit "i0_pipeline, i1_pipeline, f_pipeline")
--- 27478,27485 ----
       the huge automaton.
  
   As an example, consider a superscalar RISC machine which can issue
! three insns (two integer insns and one floating point insn) on the
! cycle but can finish only two insns.  To describe this, we define the
  following functional units.
  
       (define_cpu_unit "i0_pipeline, i1_pipeline, f_pipeline")
*************** following functional units.
*** 27101,27116 ****
  
   All simple integer insns can be executed in any integer pipeline and
  their result is ready in two cycles.  The simple integer insns are
! issued into the first pipeline unless it is reserved, otherwise they are
! issued into the second pipeline.  Integer division and multiplication
! insns can be executed only in the second integer pipeline and their
! results are ready correspondingly in 8 and 4 cycles.  The integer
! division is not pipelined, i.e. the subsequent integer division insn can
! not be issued until the current division insn finished.  Floating point
! insns are fully pipelined and their results are ready in 3 cycles.
! Where the result of a floating point insn is used by an integer insn, an
! additional delay of one cycle is incurred.  To describe all of this we
! could specify
  
       (define_cpu_unit "div")
  
--- 27487,27502 ----
  
   All simple integer insns can be executed in any integer pipeline and
  their result is ready in two cycles.  The simple integer insns are
! issued into the first pipeline unless it is reserved, otherwise they
! are issued into the second pipeline.  Integer division and
! multiplication insns can be executed only in the second integer
! pipeline and their results are ready correspondingly in 8 and 4 cycles.
! The integer division is not pipelined, i.e. the subsequent integer
! division insn can not be issued until the current division insn
! finished.  Floating point insns are fully pipelined and their results
! are ready in 3 cycles.  Where the result of a floating point insn is
! used by an integer insn, an additional delay of one cycle is incurred.
! To describe all of this we could specify
  
       (define_cpu_unit "div")
  
*************** could specify
*** 27132,27150 ****
  
       (define_reservation "finish" "port0|port1")
  
!  and use it in all 'define_insn_reservation' as in the following
  construction
  
       (define_insn_reservation "simple" 2 (eq_attr "type" "int")
                                "(i0_pipeline | i1_pipeline), finish")
  
!    ---------- Footnotes ----------
  
!    (1) However, the size of the automaton depends on processor
  complexity.  To limit this effect, machine descriptions can split
  orthogonal parts of the machine description among several automata: but
! then, since each of these must be stepped independently, this does cause
! a small decrease in the algorithm's performance.
  
  
  File: gccint.info,  Node: Conditional Execution,  Next: Define Subst,  Prev: Insn Attributes,  Up: Machine Desc
--- 27518,27536 ----
  
       (define_reservation "finish" "port0|port1")
  
!  and use it in all `define_insn_reservation' as in the following
  construction
  
       (define_insn_reservation "simple" 2 (eq_attr "type" "int")
                                "(i0_pipeline | i1_pipeline), finish")
  
!  ---------- Footnotes ----------
  
!  (1) However, the size of the automaton depends on processor
  complexity.  To limit this effect, machine descriptions can split
  orthogonal parts of the machine description among several automata: but
! then, since each of these must be stepped independently, this does
! cause a small decrease in the algorithm's performance.
  
  
  File: gccint.info,  Node: Conditional Execution,  Next: Define Subst,  Prev: Insn Attributes,  Up: Machine Desc
*************** A number of architectures provide for so
*** 27156,27163 ****
  execution, or predication.  The hallmark of this feature is the ability
  to nullify most of the instructions in the instruction set.  When the
  instruction set is large and not entirely symmetric, it can be quite
! tedious to describe these forms directly in the '.md' file.  An
! alternative is the 'define_cond_exec' template.
  
       (define_cond_exec
         [PREDICATE-PATTERN]
--- 27542,27549 ----
  execution, or predication.  The hallmark of this feature is the ability
  to nullify most of the instructions in the instruction set.  When the
  instruction set is large and not entirely symmetric, it can be quite
! tedious to describe these forms directly in the `.md' file.  An
! alternative is the `define_cond_exec' template.
  
       (define_cond_exec
         [PREDICATE-PATTERN]
*************** alternative is the 'define_cond_exec' te
*** 27165,27206 ****
         "OUTPUT-TEMPLATE"
         "OPTIONAL-INSN-ATTRIBUES")
  
!  PREDICATE-PATTERN is the condition that must be true for the insn to be
! executed at runtime and should match a relational operator.  One can use
! 'match_operator' to match several relational operators at once.  Any
! 'match_operand' operands must have no more than one alternative.
  
!  CONDITION is a C expression that must be true for the generated pattern
! to match.
  
!  OUTPUT-TEMPLATE is a string similar to the 'define_insn' output
! template (*note Output Template::), except that the '*' and '@' special
  cases do not apply.  This is only useful if the assembly text for the
  predicate is a simple prefix to the main insn.  In order to handle the
! general case, there is a global variable 'current_insn_predicate' that
! will contain the entire predicate if the current insn is predicated, and
! will otherwise be 'NULL'.
  
   OPTIONAL-INSN-ATTRIBUTES is an optional vector of attributes that gets
! appended to the insn attributes of the produced cond_exec rtx.  It can
  be used to add some distinguishing attribute to cond_exec rtxs produced
! that way.  An example usage would be to use this attribute in
! conjunction with attributes on the main pattern to disable particular
! alternatives under certain conditions.
  
!  When 'define_cond_exec' is used, an implicit reference to the
! 'predicable' instruction attribute is made.  *Note Insn Attributes::.
  This attribute must be a boolean (i.e. have exactly two elements in its
! LIST-OF-VALUES), with the possible values being 'no' and 'yes'.  The
  default and all uses in the insns must be a simple constant, not a
  complex expressions.  It may, however, depend on the alternative, by
  using a comma-separated list of values.  If that is the case, the port
! should also define an 'enabled' attribute (*note Disable Insn
! Alternatives::), which should also allow only 'no' and 'yes' as its
  values.
  
!  For each 'define_insn' for which the 'predicable' attribute is true, a
! new 'define_insn' pattern will be generated that matches a predicated
  version of the instruction.  For example,
  
       (define_insn "addsi"
--- 27551,27592 ----
         "OUTPUT-TEMPLATE"
         "OPTIONAL-INSN-ATTRIBUES")
  
!  PREDICATE-PATTERN is the condition that must be true for the insn to
! be executed at runtime and should match a relational operator.  One can
! use `match_operator' to match several relational operators at once.
! Any `match_operand' operands must have no more than one alternative.
  
!  CONDITION is a C expression that must be true for the generated
! pattern to match.
  
!  OUTPUT-TEMPLATE is a string similar to the `define_insn' output
! template (*note Output Template::), except that the `*' and `@' special
  cases do not apply.  This is only useful if the assembly text for the
  predicate is a simple prefix to the main insn.  In order to handle the
! general case, there is a global variable `current_insn_predicate' that
! will contain the entire predicate if the current insn is predicated,
! and will otherwise be `NULL'.
  
   OPTIONAL-INSN-ATTRIBUTES is an optional vector of attributes that gets
! appended to the insn attributes of the produced cond_exec rtx. It can
  be used to add some distinguishing attribute to cond_exec rtxs produced
! that way. An example usage would be to use this attribute in conjunction
! with attributes on the main pattern to disable particular alternatives
! under certain conditions.
  
!  When `define_cond_exec' is used, an implicit reference to the
! `predicable' instruction attribute is made.  *Note Insn Attributes::.
  This attribute must be a boolean (i.e. have exactly two elements in its
! LIST-OF-VALUES), with the possible values being `no' and `yes'.  The
  default and all uses in the insns must be a simple constant, not a
  complex expressions.  It may, however, depend on the alternative, by
  using a comma-separated list of values.  If that is the case, the port
! should also define an `enabled' attribute (*note Disable Insn
! Alternatives::), which should also allow only `no' and `yes' as its
  values.
  
!  For each `define_insn' for which the `predicable' attribute is true, a
! new `define_insn' pattern will be generated that matches a predicated
  version of the instruction.  For example,
  
       (define_insn "addsi"
*************** File: gccint.info,  Node: Define Subst,
*** 27235,27245 ****
  
  For some hardware architectures there are common cases when the RTL
  templates for the instructions can be derived from the other RTL
! templates using simple transformations.  E.g., 'i386.md' contains an RTL
! template for the ordinary 'sub' instruction-- '*subsi_1', and for the
! 'sub' instruction with subsequent zero-extension--'*subsi_1_zext'.  Such
! cases can be easily implemented by a single meta-template capable of
! generating a modified case based on the initial one:
  
       (define_subst "NAME"
         [INPUT-TEMPLATE]
--- 27621,27631 ----
  
  For some hardware architectures there are common cases when the RTL
  templates for the instructions can be derived from the other RTL
! templates using simple transformations.  E.g., `i386.md' contains an
! RTL template for the ordinary `sub' instruction-- `*subsi_1', and for
! the `sub' instruction with subsequent zero-extension--`*subsi_1_zext'.
! Such cases can be easily implemented by a single meta-template capable
! of generating a modified case based on the initial one:
  
       (define_subst "NAME"
         [INPUT-TEMPLATE]
*************** output-template.
*** 27255,27292 ****
   OUTPUT-TEMPLATE is a pattern that will be used in the resulting
  template.
  
!  'define_subst' mechanism is tightly coupled with the notion of the
! subst attribute (*note Subst Iterators::).  The use of 'define_subst' is
! triggered by a reference to a subst attribute in the transforming RTL
! template.  This reference initiates duplication of the source RTL
  template and substitution of the attributes with their values.  The
  source RTL template is left unchanged, while the copy is transformed by
! 'define_subst'.  This transformation can fail in the case when the
  source RTL template is not matched against the input-template of the
! 'define_subst'.  In such case the copy is deleted.
  
!  'define_subst' can be used only in 'define_insn' and 'define_expand',
! it cannot be used in other expressions (e.g.  in
! 'define_insn_and_split').
  
  * Menu:
  
! * Define Subst Example::	    Example of 'define_subst' work.
  * Define Subst Pattern Matching::   Process of template comparison.
  * Define Subst Output Template::    Generation of output template.
  
  
  File: gccint.info,  Node: Define Subst Example,  Next: Define Subst Pattern Matching,  Up: Define Subst
  
! 16.21.1 'define_subst' Example
  ------------------------------
  
! To illustrate how 'define_subst' works, let us examine a simple template
! transformation.
  
   Suppose there are two kinds of instructions: one that touches flags and
  the other that does not.  The instructions of the second type could be
! generated with the following 'define_subst':
  
       (define_subst "add_clobber_subst"
         [(set (match_operand:SI 0 "" "")
--- 27641,27678 ----
   OUTPUT-TEMPLATE is a pattern that will be used in the resulting
  template.
  
!  `define_subst' mechanism is tightly coupled with the notion of the
! subst attribute (*note Subst Iterators::).  The use of `define_subst'
! is triggered by a reference to a subst attribute in the transforming
! RTL template.  This reference initiates duplication of the source RTL
  template and substitution of the attributes with their values.  The
  source RTL template is left unchanged, while the copy is transformed by
! `define_subst'.  This transformation can fail in the case when the
  source RTL template is not matched against the input-template of the
! `define_subst'.  In such case the copy is deleted.
  
!  `define_subst' can be used only in `define_insn' and `define_expand',
! it cannot be used in other expressions (e.g. in
! `define_insn_and_split').
  
  * Menu:
  
! * Define Subst Example::	    Example of `define_subst' work.
  * Define Subst Pattern Matching::   Process of template comparison.
  * Define Subst Output Template::    Generation of output template.
  
  
  File: gccint.info,  Node: Define Subst Example,  Next: Define Subst Pattern Matching,  Up: Define Subst
  
! 16.21.1 `define_subst' Example
  ------------------------------
  
! To illustrate how `define_subst' works, let us examine a simple
! template transformation.
  
   Suppose there are two kinds of instructions: one that touches flags and
  the other that does not.  The instructions of the second type could be
! generated with the following `define_subst':
  
       (define_subst "add_clobber_subst"
         [(set (match_operand:SI 0 "" "")
*************** generated with the following 'define_sub
*** 27296,27306 ****
               (match_dup 1))
          (clobber (reg:CC FLAGS_REG))]
  
!  This 'define_subst' can be applied to any RTL pattern containing 'set'
  of mode SI and generates a copy with clobber when it is applied.
  
!  Assume there is an RTL template for a 'max' instruction to be used in
! 'define_subst' mentioned above:
  
       (define_insn "maxsi"
         [(set (match_operand:SI 0 "register_operand" "=r")
--- 27682,27692 ----
               (match_dup 1))
          (clobber (reg:CC FLAGS_REG))]
  
!  This `define_subst' can be applied to any RTL pattern containing `set'
  of mode SI and generates a copy with clobber when it is applied.
  
!  Assume there is an RTL template for a `max' instruction to be used in
! `define_subst' mentioned above:
  
       (define_insn "maxsi"
         [(set (match_operand:SI 0 "register_operand" "=r")
*************** of mode SI and generates a copy with clo
*** 27311,27330 ****
         "max\t{%2, %1, %0|%0, %1, %2}"
        [...])
  
!  To mark the RTL template for 'define_subst' application,
  subst-attributes are used.  They should be declared in advance:
  
       (define_subst_attr "add_clobber_name" "add_clobber_subst" "_noclobber" "_clobber")
  
!  Here 'add_clobber_name' is the attribute name, 'add_clobber_subst' is
! the name of the corresponding 'define_subst', the third argument
! ('_noclobber') is the attribute value that would be substituted into the
! unchanged version of the source RTL template, and the last argument
! ('_clobber') is the value that would be substituted into the second,
  transformed, version of the RTL template.
  
   Once the subst-attribute has been defined, it should be used in RTL
! templates which need to be processed by the 'define_subst'.  So, the
  original RTL template should be changed:
  
       (define_insn "maxsi<add_clobber_name>"
--- 27697,27716 ----
         "max\t{%2, %1, %0|%0, %1, %2}"
        [...])
  
!  To mark the RTL template for `define_subst' application,
  subst-attributes are used.  They should be declared in advance:
  
       (define_subst_attr "add_clobber_name" "add_clobber_subst" "_noclobber" "_clobber")
  
!  Here `add_clobber_name' is the attribute name, `add_clobber_subst' is
! the name of the corresponding `define_subst', the third argument
! (`_noclobber') is the attribute value that would be substituted into
! the unchanged version of the source RTL template, and the last argument
! (`_clobber') is the value that would be substituted into the second,
  transformed, version of the RTL template.
  
   Once the subst-attribute has been defined, it should be used in RTL
! templates which need to be processed by the `define_subst'.  So, the
  original RTL template should be changed:
  
       (define_insn "maxsi<add_clobber_name>"
*************** original RTL template should be changed:
*** 27336,27342 ****
         "max\t{%2, %1, %0|%0, %1, %2}"
        [...])
  
!  The result of the 'define_subst' usage would look like the following:
  
       (define_insn "maxsi_noclobber"
         [(set (match_operand:SI 0 "register_operand" "=r")
--- 27722,27728 ----
         "max\t{%2, %1, %0|%0, %1, %2}"
        [...])
  
!  The result of the `define_subst' usage would look like the following:
  
       (define_insn "maxsi_noclobber"
         [(set (match_operand:SI 0 "register_operand" "=r")
*************** original RTL template should be changed:
*** 27359,27424 ****
  
  File: gccint.info,  Node: Define Subst Pattern Matching,  Next: Define Subst Output Template,  Prev: Define Subst Example,  Up: Define Subst
  
! 16.21.2 Pattern Matching in 'define_subst'
  ------------------------------------------
  
! All expressions, allowed in 'define_insn' or 'define_expand', are
! allowed in the input-template of 'define_subst', except 'match_par_dup',
! 'match_scratch', 'match_parallel'.  The meanings of expressions in the
! input-template were changed:
  
!  'match_operand' matches any expression (possibly, a subtree in
! RTL-template), if modes of the 'match_operand' and this expression are
! the same, or mode of the 'match_operand' is 'VOIDmode', or this
! expression is 'match_dup', 'match_op_dup'.  If the expression is
! 'match_operand' too, and predicate of 'match_operand' from the input
  pattern is not empty, then the predicates are compared.  That can be
  used for more accurate filtering of accepted RTL-templates.
  
!  'match_operator' matches common operators (like 'plus', 'minus'),
! 'unspec', 'unspec_volatile' operators and 'match_operator's from the
! original pattern if the modes match and 'match_operator' from the input
  pattern has the same number of operands as the operator from the
  original pattern.
  
  
  File: gccint.info,  Node: Define Subst Output Template,  Prev: Define Subst Pattern Matching,  Up: Define Subst
  
! 16.21.3 Generation of output template in 'define_subst'
  -------------------------------------------------------
  
! If all necessary checks for 'define_subst' application pass, a new
  RTL-pattern, based on the output-template, is created to replace the old
  template.  Like in input-patterns, meanings of some RTL expressions are
! changed when they are used in output-patterns of a 'define_subst'.
! Thus, 'match_dup' is used for copying the whole expression from the
! original pattern, which matched corresponding 'match_operand' from the
  input pattern.
  
!  'match_dup N' is used in the output template to be replaced with the
! expression from the original pattern, which matched 'match_operand N'
! from the input pattern.  As a consequence, 'match_dup' cannot be used to
! point to 'match_operand's from the output pattern, it should always
! refer to a 'match_operand' from the input pattern.
  
   In the output template one can refer to the expressions from the
  original pattern and create new ones.  For instance, some operands could
! be added by means of standard 'match_operand'.
  
!  After replacing 'match_dup' with some RTL-subtree from the original
! pattern, it could happen that several 'match_operand's in the output
! pattern have the same indexes.  It is unknown, how many and what indexes
! would be used in the expression which would replace 'match_dup', so such
! conflicts in indexes are inevitable.  To overcome this issue,
! 'match_operands' and 'match_operators', which were introduced into the
! output pattern, are renumerated when all 'match_dup's are replaced.
  
!  Number of alternatives in 'match_operand's introduced into the output
! template 'M' could differ from the number of alternatives in the
! original pattern 'N', so in the resultant pattern there would be 'N*M'
  alternatives.  Thus, constraints from the original pattern would be
! duplicated 'N' times, constraints from the output pattern would be
! duplicated 'M' times, producing all possible combinations.
  
  
  File: gccint.info,  Node: Constant Definitions,  Next: Iterators,  Prev: Define Subst,  Up: Machine Desc
--- 27745,27811 ----
  
  File: gccint.info,  Node: Define Subst Pattern Matching,  Next: Define Subst Output Template,  Prev: Define Subst Example,  Up: Define Subst
  
! 16.21.2 Pattern Matching in `define_subst'
  ------------------------------------------
  
! All expressions, allowed in `define_insn' or `define_expand', are
! allowed in the input-template of `define_subst', except
! `match_par_dup', `match_scratch', `match_parallel'. The meanings of
! expressions in the input-template were changed:
  
!  `match_operand' matches any expression (possibly, a subtree in
! RTL-template), if modes of the `match_operand' and this expression are
! the same, or mode of the `match_operand' is `VOIDmode', or this
! expression is `match_dup', `match_op_dup'.  If the expression is
! `match_operand' too, and predicate of `match_operand' from the input
  pattern is not empty, then the predicates are compared.  That can be
  used for more accurate filtering of accepted RTL-templates.
  
!  `match_operator' matches common operators (like `plus', `minus'),
! `unspec', `unspec_volatile' operators and `match_operator's from the
! original pattern if the modes match and `match_operator' from the input
  pattern has the same number of operands as the operator from the
  original pattern.
  
  
  File: gccint.info,  Node: Define Subst Output Template,  Prev: Define Subst Pattern Matching,  Up: Define Subst
  
! 16.21.3 Generation of output template in `define_subst'
  -------------------------------------------------------
  
! If all necessary checks for `define_subst' application pass, a new
  RTL-pattern, based on the output-template, is created to replace the old
  template.  Like in input-patterns, meanings of some RTL expressions are
! changed when they are used in output-patterns of a `define_subst'.
! Thus, `match_dup' is used for copying the whole expression from the
! original pattern, which matched corresponding `match_operand' from the
  input pattern.
  
!  `match_dup N' is used in the output template to be replaced with the
! expression from the original pattern, which matched `match_operand N'
! from the input pattern.  As a consequence, `match_dup' cannot be used
! to point to `match_operand's from the output pattern, it should always
! refer to a `match_operand' from the input pattern.
  
   In the output template one can refer to the expressions from the
  original pattern and create new ones.  For instance, some operands could
! be added by means of standard `match_operand'.
  
!  After replacing `match_dup' with some RTL-subtree from the original
! pattern, it could happen that several `match_operand's in the output
! pattern have the same indexes.  It is unknown, how many and what
! indexes would be used in the expression which would replace
! `match_dup', so such conflicts in indexes are inevitable.  To overcome
! this issue, `match_operands' and `match_operators', which were
! introduced into the output pattern, are renumerated when all
! `match_dup's are replaced.
  
!  Number of alternatives in `match_operand's introduced into the output
! template `M' could differ from the number of alternatives in the
! original pattern `N', so in the resultant pattern there would be `N*M'
  alternatives.  Thus, constraints from the original pattern would be
! duplicated `N' times, constraints from the output pattern would be
! duplicated `M' times, producing all possible combinations.
  
  
  File: gccint.info,  Node: Constant Definitions,  Next: Iterators,  Prev: Define Subst,  Up: Machine Desc
*************** File: gccint.info,  Node: Constant Defin
*** 27429,27439 ****
  Using literal constants inside instruction patterns reduces legibility
  and can be a maintenance problem.
  
!  To overcome this problem, you may use the 'define_constants'
  expression.  It contains a vector of name-value pairs.  From that point
  on, wherever any of the names appears in the MD file, it is as if the
  corresponding value had been written instead.  You may use
! 'define_constants' multiple times; each appearance adds more constants
  to the table.  It is an error to redefine a constant with a different
  value.
  
--- 27816,27826 ----
  Using literal constants inside instruction patterns reduces legibility
  and can be a maintenance problem.
  
!  To overcome this problem, you may use the `define_constants'
  expression.  It contains a vector of name-value pairs.  From that point
  on, wherever any of the names appears in the MD file, it is as if the
  corresponding value had been written instead.  You may use
! `define_constants' multiple times; each appearance adds more constants
  to the table.  It is an error to redefine a constant with a different
  value.
  
*************** value.
*** 27470,27476 ****
  in the insn-codes.h header file as #defines.
  
   You can also use the machine description file to define enumerations.
! Like the constants defined by 'define_constant', these enumerations are
  visible to both the machine description file and the main C code.
  
   The syntax is as follows:
--- 27857,27863 ----
  in the insn-codes.h header file as #defines.
  
   You can also use the machine description file to define enumerations.
! Like the constants defined by `define_constant', these enumerations are
  visible to both the machine description file and the main C code.
  
   The syntax is as follows:
*************** visible to both the machine description
*** 27483,27489 ****
       ])
  
   This definition causes the equivalent of the following C code to appear
! in 'insn-constants.h':
  
       enum NAME {
         VALUE0 = 0,
--- 27870,27876 ----
       ])
  
   This definition causes the equivalent of the following C code to appear
! in `insn-constants.h':
  
       enum NAME {
         VALUE0 = 0,
*************** in 'insn-constants.h':
*** 27493,27509 ****
       };
       #define NUM_CNAME_VALUES (N + 1)
  
!  where CNAME is the capitalized form of NAME.  It also makes each VALUEI
! available in the machine description file, just as if it had been
! declared with:
  
       (define_constants [(VALUEI I)])
  
!  Each VALUEI is usually an upper-case identifier and usually begins with
! CNAME.
  
!  You can split the enumeration definition into as many statements as you
! like.  The above example is directly equivalent to:
  
       (define_c_enum "NAME" [VALUE0])
       (define_c_enum "NAME" [VALUE1])
--- 27880,27896 ----
       };
       #define NUM_CNAME_VALUES (N + 1)
  
!  where CNAME is the capitalized form of NAME.  It also makes each
! VALUEI available in the machine description file, just as if it had
! been declared with:
  
       (define_constants [(VALUEI I)])
  
!  Each VALUEI is usually an upper-case identifier and usually begins
! with CNAME.
  
!  You can split the enumeration definition into as many statements as
! you like.  The above example is directly equivalent to:
  
       (define_c_enum "NAME" [VALUE0])
       (define_c_enum "NAME" [VALUE1])
*************** like.  The above example is directly equ
*** 27511,27544 ****
       (define_c_enum "NAME" [VALUEN])
  
   Splitting the enumeration helps to improve the modularity of each
! individual '.md' file.  For example, if a port defines its
! synchronization instructions in a separate 'sync.md' file, it is
  convenient to define all synchronization-specific enumeration values in
! 'sync.md' rather than in the main '.md' file.
  
   Some enumeration names have special significance to GCC:
  
! 'unspecv'
!      If an enumeration called 'unspecv' is defined, GCC will use it when
!      printing out 'unspec_volatile' expressions.  For example:
  
            (define_c_enum "unspecv" [
              UNSPECV_BLOCKAGE
            ])
  
!      causes GCC to print '(unspec_volatile ... 0)' as:
  
            (unspec_volatile ... UNSPECV_BLOCKAGE)
  
! 'unspec'
!      If an enumeration called 'unspec' is defined, GCC will use it when
!      printing out 'unspec' expressions.  GCC will also use it when
!      printing out 'unspec_volatile' expressions unless an 'unspecv'
       enumeration is also defined.  You can therefore decide whether to
       keep separate enumerations for volatile and non-volatile
       expressions or whether to use the same enumeration for both.
  
!  Another way of defining an enumeration is to use 'define_enum':
  
       (define_enum "NAME" [
         VALUE0
--- 27898,27931 ----
       (define_c_enum "NAME" [VALUEN])
  
   Splitting the enumeration helps to improve the modularity of each
! individual `.md' file.  For example, if a port defines its
! synchronization instructions in a separate `sync.md' file, it is
  convenient to define all synchronization-specific enumeration values in
! `sync.md' rather than in the main `.md' file.
  
   Some enumeration names have special significance to GCC:
  
! `unspecv'
!      If an enumeration called `unspecv' is defined, GCC will use it
!      when printing out `unspec_volatile' expressions.  For example:
  
            (define_c_enum "unspecv" [
              UNSPECV_BLOCKAGE
            ])
  
!      causes GCC to print `(unspec_volatile ... 0)' as:
  
            (unspec_volatile ... UNSPECV_BLOCKAGE)
  
! `unspec'
!      If an enumeration called `unspec' is defined, GCC will use it when
!      printing out `unspec' expressions.  GCC will also use it when
!      printing out `unspec_volatile' expressions unless an `unspecv'
       enumeration is also defined.  You can therefore decide whether to
       keep separate enumerations for volatile and non-volatile
       expressions or whether to use the same enumeration for both.
  
!  Another way of defining an enumeration is to use `define_enum':
  
       (define_enum "NAME" [
         VALUE0
*************** convenient to define all synchronization
*** 27557,27563 ****
       ])
  
   where CVALUEI is the capitalized form of VALUEI.  However, unlike
! 'define_c_enum', the enumerations defined by 'define_enum' can be used
  in attribute specifications (*note define_enum_attr::).
  
  
--- 27944,27950 ----
       ])
  
   where CVALUEI is the capitalized form of VALUEI.  However, unlike
! `define_c_enum', the enumerations defined by `define_enum' can be used
  in attribute specifications (*note define_enum_attr::).
  
  
*************** Ports often need to define similar patte
*** 27587,27602 ****
  modes.  For example:
  
     * If a processor has hardware support for both single and double
!      floating-point arithmetic, the 'SFmode' patterns tend to be very
!      similar to the 'DFmode' ones.
  
!    * If a port uses 'SImode' pointers in one configuration and 'DImode'
!      pointers in another, it will usually have very similar 'SImode' and
!      'DImode' patterns for manipulating pointers.
  
!  Mode iterators allow several patterns to be instantiated from one '.md'
! file template.  They can be used with any type of rtx-based construct,
! such as a 'define_insn', 'define_split', or 'define_peephole2'.
  
  * Menu:
  
--- 27974,27990 ----
  modes.  For example:
  
     * If a processor has hardware support for both single and double
!      floating-point arithmetic, the `SFmode' patterns tend to be very
!      similar to the `DFmode' ones.
  
!    * If a port uses `SImode' pointers in one configuration and `DImode'
!      pointers in another, it will usually have very similar `SImode'
!      and `DImode' patterns for manipulating pointers.
  
!  Mode iterators allow several patterns to be instantiated from one
! `.md' file template.  They can be used with any type of rtx-based
! construct, such as a `define_insn', `define_split', or
! `define_peephole2'.
  
  * Menu:
  
*************** The syntax for defining a mode iterator
*** 27614,27642 ****
  
       (define_mode_iterator NAME [(MODE1 "COND1") ... (MODEN "CONDN")])
  
!  This allows subsequent '.md' file constructs to use the mode suffix
! ':NAME'.  Every construct that does so will be expanded N times, once
! with every use of ':NAME' replaced by ':MODE1', once with every use
! replaced by ':MODE2', and so on.  In the expansion for a particular
  MODEI, every C condition will also require that CONDI be true.
  
   For example:
  
       (define_mode_iterator P [(SI "Pmode == SImode") (DI "Pmode == DImode")])
  
!  defines a new mode suffix ':P'.  Every construct that uses ':P' will be
! expanded twice, once with every ':P' replaced by ':SI' and once with
! every ':P' replaced by ':DI'.  The ':SI' version will only apply if
! 'Pmode == SImode' and the ':DI' version will only apply if 'Pmode ==
  DImode'.
  
!  As with other '.md' conditions, an empty string is treated as "always
! true".  '(MODE "")' can also be abbreviated to 'MODE'.  For example:
  
       (define_mode_iterator GPR [SI (DI "TARGET_64BIT")])
  
!  means that the ':DI' expansion only applies if 'TARGET_64BIT' but that
! the ':SI' expansion has no such constraint.
  
   Iterators are applied in the order they are defined.  This can be
  significant if two iterators are used in a construct that requires
--- 28002,28030 ----
  
       (define_mode_iterator NAME [(MODE1 "COND1") ... (MODEN "CONDN")])
  
!  This allows subsequent `.md' file constructs to use the mode suffix
! `:NAME'.  Every construct that does so will be expanded N times, once
! with every use of `:NAME' replaced by `:MODE1', once with every use
! replaced by `:MODE2', and so on.  In the expansion for a particular
  MODEI, every C condition will also require that CONDI be true.
  
   For example:
  
       (define_mode_iterator P [(SI "Pmode == SImode") (DI "Pmode == DImode")])
  
!  defines a new mode suffix `:P'.  Every construct that uses `:P' will
! be expanded twice, once with every `:P' replaced by `:SI' and once with
! every `:P' replaced by `:DI'.  The `:SI' version will only apply if
! `Pmode == SImode' and the `:DI' version will only apply if `Pmode ==
  DImode'.
  
!  As with other `.md' conditions, an empty string is treated as "always
! true".  `(MODE "")' can also be abbreviated to `MODE'.  For example:
  
       (define_mode_iterator GPR [SI (DI "TARGET_64BIT")])
  
!  means that the `:DI' expansion only applies if `TARGET_64BIT' but that
! the `:SI' expansion has no such constraint.
  
   Iterators are applied in the order they are defined.  This can be
  significant if two iterators are used in a construct that requires
*************** File: gccint.info,  Node: Substitutions,
*** 27648,27672 ****
  16.23.1.2 Substitution in Mode Iterators
  ........................................
  
! If an '.md' file construct uses mode iterators, each version of the
  construct will often need slightly different strings or modes.  For
  example:
  
!    * When a 'define_expand' defines several 'addM3' patterns (*note
       Standard Names::), each expander will need to use the appropriate
       mode name for M.
  
!    * When a 'define_insn' defines several instruction patterns, each
       instruction will often use a different assembler mnemonic.
  
!    * When a 'define_insn' requires operands with different modes, using
       an iterator for one of the operand modes usually requires a
       specific mode for the other operand(s).
  
   GCC supports such variations through a system of "mode attributes".
! There are two standard attributes: 'mode', which is the name of the mode
! in lower case, and 'MODE', which is the same thing in upper case.  You
! can define other attributes using:
  
       (define_mode_attr NAME [(MODE1 "VALUE1") ... (MODEN "VALUEN")])
  
--- 28036,28060 ----
  16.23.1.2 Substitution in Mode Iterators
  ........................................
  
! If an `.md' file construct uses mode iterators, each version of the
  construct will often need slightly different strings or modes.  For
  example:
  
!    * When a `define_expand' defines several `addM3' patterns (*note
       Standard Names::), each expander will need to use the appropriate
       mode name for M.
  
!    * When a `define_insn' defines several instruction patterns, each
       instruction will often use a different assembler mnemonic.
  
!    * When a `define_insn' requires operands with different modes, using
       an iterator for one of the operand modes usually requires a
       specific mode for the other operand(s).
  
   GCC supports such variations through a system of "mode attributes".
! There are two standard attributes: `mode', which is the name of the
! mode in lower case, and `MODE', which is the same thing in upper case.
! You can define other attributes using:
  
       (define_mode_attr NAME [(MODE1 "VALUE1") ... (MODEN "VALUEN")])
  
*************** can define other attributes using:
*** 27674,27692 ****
  associated with MODEI.
  
   When GCC replaces some :ITERATOR with :MODE, it will scan each string
! and mode in the pattern for sequences of the form '<ITERATOR:ATTR>',
! where ATTR is the name of a mode attribute.  If the attribute is defined
! for MODE, the whole '<...>' sequence will be replaced by the appropriate
! attribute value.
  
!  For example, suppose an '.md' file has:
  
       (define_mode_iterator P [(SI "Pmode == SImode") (DI "Pmode == DImode")])
       (define_mode_attr load [(SI "lw") (DI "ld")])
  
!  If one of the patterns that uses ':P' contains the string
! '"<P:load>\t%0,%1"', the 'SI' version of that pattern will use
! '"lw\t%0,%1"' and the 'DI' version will use '"ld\t%0,%1"'.
  
   Here is an example of using an attribute for a mode:
  
--- 28062,28080 ----
  associated with MODEI.
  
   When GCC replaces some :ITERATOR with :MODE, it will scan each string
! and mode in the pattern for sequences of the form `<ITERATOR:ATTR>',
! where ATTR is the name of a mode attribute.  If the attribute is
! defined for MODE, the whole `<...>' sequence will be replaced by the
! appropriate attribute value.
  
!  For example, suppose an `.md' file has:
  
       (define_mode_iterator P [(SI "Pmode == SImode") (DI "Pmode == DImode")])
       (define_mode_attr load [(SI "lw") (DI "ld")])
  
!  If one of the patterns that uses `:P' contains the string
! `"<P:load>\t%0,%1"', the `SI' version of that pattern will use
! `"lw\t%0,%1"' and the `DI' version will use `"ld\t%0,%1"'.
  
   Here is an example of using an attribute for a mode:
  
*************** attribute value.
*** 27695,27701 ****
       (define_insn ...
         (sign_extend:LONG (match_operand:<LONG:SHORT> ...)) ...)
  
!  The 'ITERATOR:' prefix may be omitted, in which case the substitution
  will be attempted for every iterator expansion.
  
  
--- 28083,28089 ----
       (define_insn ...
         (sign_extend:LONG (match_operand:<LONG:SHORT> ...)) ...)
  
!  The `ITERATOR:' prefix may be omitted, in which case the substitution
  will be attempted for every iterator expansion.
  
  
*************** and attributes (among others):
*** 27710,27716 ****
       (define_mode_iterator GPR [SI (DI "TARGET_64BIT")])
       (define_mode_attr d [(SI "") (DI "d")])
  
!  and uses the following template to define both 'subsi3' and 'subdi3':
  
       (define_insn "sub<mode>3"
         [(set (match_operand:GPR 0 "register_operand" "=d")
--- 28098,28104 ----
       (define_mode_iterator GPR [SI (DI "TARGET_64BIT")])
       (define_mode_attr d [(SI "") (DI "d")])
  
!  and uses the following template to define both `subsi3' and `subdi3':
  
       (define_insn "sub<mode>3"
         [(set (match_operand:GPR 0 "register_operand" "=d")
*************** times, once with all uses of NAME replac
*** 27763,27770 ****
  replaced by CODE2, and so on.  *Note Defining Mode Iterators::.
  
   It is possible to define attributes for codes as well as for modes.
! There are two standard code attributes: 'code', the name of the code in
! lower case, and 'CODE', the name of the code in upper case.  Other
  attributes are defined using:
  
       (define_code_attr NAME [(CODE1 "VALUE1") ... (CODEN "VALUEN")])
--- 28151,28158 ----
  replaced by CODE2, and so on.  *Note Defining Mode Iterators::.
  
   It is possible to define attributes for codes as well as for modes.
! There are two standard code attributes: `code', the name of the code in
! lower case, and `CODE', the name of the code in upper case.  Other
  attributes are defined using:
  
       (define_code_attr NAME [(CODE1 "VALUE1") ... (CODEN "VALUEN")])
*************** Iterators::.
*** 27828,27842 ****
  
       (define_int_iterator NAME [(INT1 "COND1") ... (INTN "CONDN")])
  
!  defines a pseudo integer constant NAME that can be instantiated as INTI
! if condition CONDI is true.  Each INT must have the same rtx format.
! *Note RTL Classes::.  Int iterators can appear in only those rtx fields
! that have 'i' as the specifier.  This means that each INT has to be a
! constant defined using define_constant or define_c_enum.
  
   As with mode and code iterators, each pattern that uses NAME will be
! expanded N times, once with all uses of NAME replaced by INT1, once with
! all uses replaced by INT2, and so on.  *Note Defining Mode Iterators::.
  
   It is possible to define attributes for ints as well as for codes and
  modes.  Attributes are defined using:
--- 28216,28231 ----
  
       (define_int_iterator NAME [(INT1 "COND1") ... (INTN "CONDN")])
  
!  defines a pseudo integer constant NAME that can be instantiated as
! INTI if condition CONDI is true.  Each INT must have the same rtx
! format.  *Note RTL Classes::. Int iterators can appear in only those
! rtx fields that have 'i' as the specifier. This means that each INT has
! to be a constant defined using define_constant or define_c_enum.
  
   As with mode and code iterators, each pattern that uses NAME will be
! expanded N times, once with all uses of NAME replaced by INT1, once
! with all uses replaced by INT2, and so on.  *Note Defining Mode
! Iterators::.
  
   It is possible to define attributes for ints as well as for codes and
  modes.  Attributes are defined using:
*************** modes.  Attributes are defined using:
*** 27859,27865 ****
         [(set_attr "type" "neon_vqneg_vqabs")]
       )
  
- 
   This is equivalent to:
  
       (define_insn "neon_vqabs<mode>"
--- 28248,28253 ----
*************** modes.  Attributes are defined using:
*** 27882,27888 ****
         [(set_attr "type" "neon_vqneg_vqabs")]
       )
  
- 
  
  File: gccint.info,  Node: Subst Iterators,  Prev: Int Iterators,  Up: Iterators
  
--- 28270,28275 ----
*************** used in RTL-pattern.
*** 27898,27911 ****
   Subst iterators transform templates in the following way: the templates
  are duplicated, the subst-attributes in these templates are replaced
  with the corresponding values, and a new attribute is implicitly added
! to the given 'define_insn'/'define_expand'.  The name of the added
! attribute matches the name of 'define_subst'.  Such attributes are
! declared implicitly, and it is not allowed to have a 'define_attr' named
! as a 'define_subst'.
  
!  Each subst iterator is linked to a 'define_subst'.  It is declared
  implicitly by the first appearance of the corresponding
! 'define_subst_attr', and it is not allowed to define it explicitly.
  
   Declarations of subst-attributes have the following syntax:
  
--- 28285,28298 ----
   Subst iterators transform templates in the following way: the templates
  are duplicated, the subst-attributes in these templates are replaced
  with the corresponding values, and a new attribute is implicitly added
! to the given `define_insn'/`define_expand'.  The name of the added
! attribute matches the name of `define_subst'.  Such attributes are
! declared implicitly, and it is not allowed to have a `define_attr'
! named as a `define_subst'.
  
!  Each subst iterator is linked to a `define_subst'.  It is declared
  implicitly by the first appearance of the corresponding
! `define_subst_attr', and it is not allowed to define it explicitly.
  
   Declarations of subst-attributes have the following syntax:
  
*************** implicitly by the first appearance of th
*** 27914,27923 ****
         "NO-SUBST-VALUE"
         "SUBST-APPLIED-VALUE")
  
!  NAME is a string with which the given subst-attribute could be referred
! to.
  
!  SUBST-NAME shows which 'define_subst' should be applied to an
  RTL-template if the given subst-attribute is present in the
  RTL-template.
  
--- 28301,28310 ----
         "NO-SUBST-VALUE"
         "SUBST-APPLIED-VALUE")
  
!  NAME is a string with which the given subst-attribute could be
! referred to.
  
!  SUBST-NAME shows which `define_subst' should be applied to an
  RTL-template if the given subst-attribute is present in the
  RTL-template.
  
*************** File: gccint.info,  Node: Target Macros,
*** 27933,27956 ****
  17 Target Description Macros and Functions
  ******************************************
  
! In addition to the file 'MACHINE.md', a machine description includes a C
! header file conventionally given the name 'MACHINE.h' and a C source
! file named 'MACHINE.c'.  The header file defines numerous macros that
  convey the information about the target machine that does not fit into
! the scheme of the '.md' file.  The file 'tm.h' should be a link to
! 'MACHINE.h'.  The header file 'config.h' includes 'tm.h' and most
! compiler source files include 'config.h'.  The source file defines a
! variable 'targetm', which is a structure containing pointers to
! functions and data relating to the target machine.  'MACHINE.c' should
  also contain their definitions, if they are not defined elsewhere in
! GCC, and other functions called through the macros defined in the '.h'
  file.
  
  * Menu:
  
! * Target Structure::    The 'targetm' variable.
  * Driver::              Controlling how the driver runs the compilation passes.
! * Run-time Target::     Defining '-m' options like '-m68000' and '-m68020'.
  * Per-Function Data::   Defining data structures for per-function information.
  * Storage Layout::      Defining sizes and alignments of data.
  * Type Layout::         Defining sizes and properties of basic user data types.
--- 28320,28343 ----
  17 Target Description Macros and Functions
  ******************************************
  
! In addition to the file `MACHINE.md', a machine description includes a
! C header file conventionally given the name `MACHINE.h' and a C source
! file named `MACHINE.c'.  The header file defines numerous macros that
  convey the information about the target machine that does not fit into
! the scheme of the `.md' file.  The file `tm.h' should be a link to
! `MACHINE.h'.  The header file `config.h' includes `tm.h' and most
! compiler source files include `config.h'.  The source file defines a
! variable `targetm', which is a structure containing pointers to
! functions and data relating to the target machine.  `MACHINE.c' should
  also contain their definitions, if they are not defined elsewhere in
! GCC, and other functions called through the macros defined in the `.h'
  file.
  
  * Menu:
  
! * Target Structure::    The `targetm' variable.
  * Driver::              Controlling how the driver runs the compilation passes.
! * Run-time Target::     Defining `-m' options like `-m68000' and `-m68020'.
  * Per-Function Data::   Defining data structures for per-function information.
  * Storage Layout::      Defining sizes and alignments of data.
  * Type Layout::         Defining sizes and properties of basic user data types.
*************** file.
*** 27961,27967 ****
  * Trampolines::         Code set up at run time to enter a nested function.
  * Library Calls::       Controlling how library routines are implicitly called.
  * Addressing Modes::    Defining addressing modes valid for memory operands.
! * Anchored Addresses::  Defining how '-fsection-anchors' should work.
  * Condition Code::      Defining how insns update the condition code.
  * Costs::               Defining relative costs of different operations.
  * Scheduling::          Adjusting the behavior of the instruction scheduler.
--- 28348,28354 ----
  * Trampolines::         Code set up at run time to enter a nested function.
  * Library Calls::       Controlling how library routines are implicitly called.
  * Addressing Modes::    Defining addressing modes valid for memory operands.
! * Anchored Addresses::  Defining how `-fsection-anchors' should work.
  * Condition Code::      Defining how insns update the condition code.
  * Costs::               Defining relative costs of different operations.
  * Scheduling::          Adjusting the behavior of the instruction scheduler.
*************** file.
*** 27971,27977 ****
  * Debugging Info::      Defining the format of debugging output.
  * Floating Point::      Handling floating point for cross-compilers.
  * Mode Switching::      Insertion of mode-switching instructions.
! * Target Attributes::   Defining target-specific uses of '__attribute__'.
  * Emulated TLS::        Emulated TLS support.
  * MIPS Coprocessors::   MIPS coprocessor support and how to customize it.
  * PCH Target::          Validity checking for precompiled headers.
--- 28358,28364 ----
  * Debugging Info::      Defining the format of debugging output.
  * Floating Point::      Handling floating point for cross-compilers.
  * Mode Switching::      Insertion of mode-switching instructions.
! * Target Attributes::   Defining target-specific uses of `__attribute__'.
  * Emulated TLS::        Emulated TLS support.
  * MIPS Coprocessors::   MIPS coprocessor support and how to customize it.
  * PCH Target::          Validity checking for precompiled headers.
*************** file.
*** 27982,27999 ****
  
  File: gccint.info,  Node: Target Structure,  Next: Driver,  Up: Target Macros
  
! 17.1 The Global 'targetm' Variable
  ==================================
  
   -- Variable: struct gcc_target targetm
!      The target '.c' file must define the global 'targetm' variable
       which contains pointers to functions and data relating to the
!      target machine.  The variable is declared in 'target.h';
!      'target-def.h' defines the macro 'TARGET_INITIALIZER' which is used
!      to initialize the variable, and macros for the default initializers
!      for elements of the structure.  The '.c' file should override those
!      macros for which the default definition is inappropriate.  For
!      example:
            #include "target.h"
            #include "target-def.h"
  
--- 28369,28386 ----
  
  File: gccint.info,  Node: Target Structure,  Next: Driver,  Up: Target Macros
  
! 17.1 The Global `targetm' Variable
  ==================================
  
   -- Variable: struct gcc_target targetm
!      The target `.c' file must define the global `targetm' variable
       which contains pointers to functions and data relating to the
!      target machine.  The variable is declared in `target.h';
!      `target-def.h' defines the macro `TARGET_INITIALIZER' which is
!      used to initialize the variable, and macros for the default
!      initializers for elements of the structure.  The `.c' file should
!      override those macros for which the default definition is
!      inappropriate.  For example:
            #include "target.h"
            #include "target-def.h"
  
*************** File: gccint.info,  Node: Target Structu
*** 28004,28034 ****
  
            struct gcc_target targetm = TARGET_INITIALIZER;
  
!  Where a macro should be defined in the '.c' file in this manner to form
! part of the 'targetm' structure, it is documented below as a "Target
  Hook" with a prototype.  Many macros will change in future from being
! defined in the '.h' file to being part of the 'targetm' structure.
  
!  Similarly, there is a 'targetcm' variable for hooks that are specific
  to front ends for C-family languages, documented as "C Target Hook".
! This is declared in 'c-family/c-target.h', the initializer
! 'TARGETCM_INITIALIZER' in 'c-family/c-target-def.h'.  If targets
! initialize 'targetcm' themselves, they should set
! 'target_has_targetcm=yes' in 'config.gcc'; otherwise a default
  definition is used.
  
!  Similarly, there is a 'targetm_common' variable for hooks that are
  shared between the compiler driver and the compilers proper, documented
! as "Common Target Hook".  This is declared in 'common/common-target.h',
! the initializer 'TARGETM_COMMON_INITIALIZER' in
! 'common/common-target-def.h'.  If targets initialize 'targetm_common'
! themselves, they should set 'target_has_targetm_common=yes' in
! 'config.gcc'; otherwise a default definition is used.
  
  
  File: gccint.info,  Node: Driver,  Next: Run-time Target,  Prev: Target Structure,  Up: Target Macros
  
! 17.2 Controlling the Compilation Driver, 'gcc'
  ==============================================
  
  You can control the compilation driver.
--- 28391,28421 ----
  
            struct gcc_target targetm = TARGET_INITIALIZER;
  
! Where a macro should be defined in the `.c' file in this manner to form
! part of the `targetm' structure, it is documented below as a "Target
  Hook" with a prototype.  Many macros will change in future from being
! defined in the `.h' file to being part of the `targetm' structure.
  
!  Similarly, there is a `targetcm' variable for hooks that are specific
  to front ends for C-family languages, documented as "C Target Hook".
! This is declared in `c-family/c-target.h', the initializer
! `TARGETCM_INITIALIZER' in `c-family/c-target-def.h'.  If targets
! initialize `targetcm' themselves, they should set
! `target_has_targetcm=yes' in `config.gcc'; otherwise a default
  definition is used.
  
!  Similarly, there is a `targetm_common' variable for hooks that are
  shared between the compiler driver and the compilers proper, documented
! as "Common Target Hook".  This is declared in `common/common-target.h',
! the initializer `TARGETM_COMMON_INITIALIZER' in
! `common/common-target-def.h'.  If targets initialize `targetm_common'
! themselves, they should set `target_has_targetm_common=yes' in
! `config.gcc'; otherwise a default definition is used.
  
  
  File: gccint.info,  Node: Driver,  Next: Run-time Target,  Prev: Target Structure,  Up: Target Macros
  
! 17.2 Controlling the Compilation Driver, `gcc'
  ==============================================
  
  You can control the compilation driver.
*************** You can control the compilation driver.
*** 28038,28048 ****
       initializer for an array of strings, with no surrounding braces.
  
       The driver applies these specs to its own command line between
!      loading default 'specs' files (but not command-line specified ones)
!      and choosing the multilib directory or running any subcommands.  It
!      applies them in the order given, so each spec can depend on the
!      options added by earlier ones.  It is also possible to remove
!      options using '%<OPTION' in the usual way.
  
       This macro can be useful when a port has several interdependent
       target options.  It provides a way of standardizing the command
--- 28425,28435 ----
       initializer for an array of strings, with no surrounding braces.
  
       The driver applies these specs to its own command line between
!      loading default `specs' files (but not command-line specified
!      ones) and choosing the multilib directory or running any
!      subcommands.  It applies them in the order given, so each spec can
!      depend on the options added by earlier ones.  It is also possible
!      to remove options using `%<OPTION' in the usual way.
  
       This macro can be useful when a port has several interdependent
       target options.  It provides a way of standardizing the command
*************** You can control the compilation driver.
*** 28052,28100 ****
  
   -- Macro: OPTION_DEFAULT_SPECS
       A list of specs used to support configure-time default options
!      (i.e. '--with' options) in the driver.  It should be a suitable
       initializer for an array of structures, each containing two
       strings, without the outermost pair of surrounding braces.
  
       The first item in the pair is the name of the default.  This must
!      match the code in 'config.gcc' for the target.  The second item is
       a spec to apply if a default with this name was specified.  The
!      string '%(VALUE)' in the spec will be replaced by the value of the
       default everywhere it occurs.
  
       The driver will apply these specs to its own command line between
!      loading default 'specs' files and processing 'DRIVER_SELF_SPECS',
!      using the same mechanism as 'DRIVER_SELF_SPECS'.
  
       Do not define this macro if it does not need to do anything.
  
   -- Macro: CPP_SPEC
       A C string constant that tells the GCC driver program options to
!      pass to CPP.  It can also specify how to translate options you give
!      to GCC into options for GCC to pass to the CPP.
  
       Do not define this macro if it does not need to do anything.
  
   -- Macro: CPLUSPLUS_CPP_SPEC
!      This macro is just like 'CPP_SPEC', but is used for C++, rather
       than C.  If you do not define this macro, then the value of
!      'CPP_SPEC' (if any) will be used instead.
  
   -- Macro: CC1_SPEC
       A C string constant that tells the GCC driver program options to
!      pass to 'cc1', 'cc1plus', 'f771', and the other language front
!      ends.  It can also specify how to translate options you give to GCC
!      into options for GCC to pass to front ends.
  
       Do not define this macro if it does not need to do anything.
  
   -- Macro: CC1PLUS_SPEC
       A C string constant that tells the GCC driver program options to
!      pass to 'cc1plus'.  It can also specify how to translate options
!      you give to GCC into options for GCC to pass to the 'cc1plus'.
  
       Do not define this macro if it does not need to do anything.  Note
!      that everything defined in CC1_SPEC is already passed to 'cc1plus'
       so there is no need to duplicate the contents of CC1_SPEC in
       CC1PLUS_SPEC.
  
--- 28439,28487 ----
  
   -- Macro: OPTION_DEFAULT_SPECS
       A list of specs used to support configure-time default options
!      (i.e.  `--with' options) in the driver.  It should be a suitable
       initializer for an array of structures, each containing two
       strings, without the outermost pair of surrounding braces.
  
       The first item in the pair is the name of the default.  This must
!      match the code in `config.gcc' for the target.  The second item is
       a spec to apply if a default with this name was specified.  The
!      string `%(VALUE)' in the spec will be replaced by the value of the
       default everywhere it occurs.
  
       The driver will apply these specs to its own command line between
!      loading default `specs' files and processing `DRIVER_SELF_SPECS',
!      using the same mechanism as `DRIVER_SELF_SPECS'.
  
       Do not define this macro if it does not need to do anything.
  
   -- Macro: CPP_SPEC
       A C string constant that tells the GCC driver program options to
!      pass to CPP.  It can also specify how to translate options you
!      give to GCC into options for GCC to pass to the CPP.
  
       Do not define this macro if it does not need to do anything.
  
   -- Macro: CPLUSPLUS_CPP_SPEC
!      This macro is just like `CPP_SPEC', but is used for C++, rather
       than C.  If you do not define this macro, then the value of
!      `CPP_SPEC' (if any) will be used instead.
  
   -- Macro: CC1_SPEC
       A C string constant that tells the GCC driver program options to
!      pass to `cc1', `cc1plus', `f771', and the other language front
!      ends.  It can also specify how to translate options you give to
!      GCC into options for GCC to pass to front ends.
  
       Do not define this macro if it does not need to do anything.
  
   -- Macro: CC1PLUS_SPEC
       A C string constant that tells the GCC driver program options to
!      pass to `cc1plus'.  It can also specify how to translate options
!      you give to GCC into options for GCC to pass to the `cc1plus'.
  
       Do not define this macro if it does not need to do anything.  Note
!      that everything defined in CC1_SPEC is already passed to `cc1plus'
       so there is no need to duplicate the contents of CC1_SPEC in
       CC1PLUS_SPEC.
  
*************** You can control the compilation driver.
*** 28102,28129 ****
       A C string constant that tells the GCC driver program options to
       pass to the assembler.  It can also specify how to translate
       options you give to GCC into options for GCC to pass to the
!      assembler.  See the file 'sun3.h' for an example of this.
  
       Do not define this macro if it does not need to do anything.
  
   -- Macro: ASM_FINAL_SPEC
       A C string constant that tells the GCC driver program how to run
       any programs which cleanup after the normal assembler.  Normally,
!      this is not needed.  See the file 'mips.h' for an example of this.
  
       Do not define this macro if it does not need to do anything.
  
   -- Macro: AS_NEEDS_DASH_FOR_PIPED_INPUT
       Define this macro, with no value, if the driver should give the
!      assembler an argument consisting of a single dash, '-', to instruct
!      it to read from its standard input (which will be a pipe connected
!      to the output of the compiler proper).  This argument is given
!      after any '-o' option specifying the name of the output file.
  
       If you do not define this macro, the assembler is assumed to read
       its standard input if given no non-option arguments.  If your
!      assembler cannot read standard input at all, use a '%{pipe:%e}'
!      construct; see 'mips.h' for instance.
  
   -- Macro: LINK_SPEC
       A C string constant that tells the GCC driver program options to
--- 28489,28516 ----
       A C string constant that tells the GCC driver program options to
       pass to the assembler.  It can also specify how to translate
       options you give to GCC into options for GCC to pass to the
!      assembler.  See the file `sun3.h' for an example of this.
  
       Do not define this macro if it does not need to do anything.
  
   -- Macro: ASM_FINAL_SPEC
       A C string constant that tells the GCC driver program how to run
       any programs which cleanup after the normal assembler.  Normally,
!      this is not needed.  See the file `mips.h' for an example of this.
  
       Do not define this macro if it does not need to do anything.
  
   -- Macro: AS_NEEDS_DASH_FOR_PIPED_INPUT
       Define this macro, with no value, if the driver should give the
!      assembler an argument consisting of a single dash, `-', to
!      instruct it to read from its standard input (which will be a pipe
!      connected to the output of the compiler proper).  This argument is
!      given after any `-o' option specifying the name of the output file.
  
       If you do not define this macro, the assembler is assumed to read
       its standard input if given no non-option arguments.  If your
!      assembler cannot read standard input at all, use a `%{pipe:%e}'
!      construct; see `mips.h' for instance.
  
   -- Macro: LINK_SPEC
       A C string constant that tells the GCC driver program options to
*************** You can control the compilation driver.
*** 28133,28200 ****
       Do not define this macro if it does not need to do anything.
  
   -- Macro: LIB_SPEC
!      Another C string constant used much like 'LINK_SPEC'.  The
!      difference between the two is that 'LIB_SPEC' is used at the end of
!      the command given to the linker.
  
       If this macro is not defined, a default is provided that loads the
!      standard C library from the usual place.  See 'gcc.c'.
  
   -- Macro: LIBGCC_SPEC
!      Another C string constant that tells the GCC driver program how and
!      when to place a reference to 'libgcc.a' into the linker command
!      line.  This constant is placed both before and after the value of
!      'LIB_SPEC'.
  
       If this macro is not defined, the GCC driver provides a default
!      that passes the string '-lgcc' to the linker.
  
   -- Macro: REAL_LIBGCC_SPEC
!      By default, if 'ENABLE_SHARED_LIBGCC' is defined, the 'LIBGCC_SPEC'
!      is not directly used by the driver program but is instead modified
!      to refer to different versions of 'libgcc.a' depending on the
!      values of the command line flags '-static', '-shared',
!      '-static-libgcc', and '-shared-libgcc'.  On targets where these
!      modifications are inappropriate, define 'REAL_LIBGCC_SPEC' instead.
!      'REAL_LIBGCC_SPEC' tells the driver how to place a reference to
!      'libgcc' on the link command line, but, unlike 'LIBGCC_SPEC', it is
!      used unmodified.
  
   -- Macro: USE_LD_AS_NEEDED
!      A macro that controls the modifications to 'LIBGCC_SPEC' mentioned
!      in 'REAL_LIBGCC_SPEC'.  If nonzero, a spec will be generated that
!      uses '--as-needed' or equivalent options and the shared 'libgcc' in
!      place of the static exception handler library, when linking without
!      any of '-static', '-static-libgcc', or '-shared-libgcc'.
  
   -- Macro: LINK_EH_SPEC
!      If defined, this C string constant is added to 'LINK_SPEC'.  When
!      'USE_LD_AS_NEEDED' is zero or undefined, it also affects the
!      modifications to 'LIBGCC_SPEC' mentioned in 'REAL_LIBGCC_SPEC'.
  
   -- Macro: STARTFILE_SPEC
!      Another C string constant used much like 'LINK_SPEC'.  The
!      difference between the two is that 'STARTFILE_SPEC' is used at the
       very beginning of the command given to the linker.
  
       If this macro is not defined, a default is provided that loads the
!      standard C startup file from the usual place.  See 'gcc.c'.
  
   -- Macro: ENDFILE_SPEC
!      Another C string constant used much like 'LINK_SPEC'.  The
!      difference between the two is that 'ENDFILE_SPEC' is used at the
       very end of the command given to the linker.
  
       Do not define this macro if it does not need to do anything.
  
   -- Macro: THREAD_MODEL_SPEC
!      GCC '-v' will print the thread model GCC was configured to use.
       However, this doesn't work on platforms that are multilibbed on
       thread models, such as AIX 4.3.  On such platforms, define
!      'THREAD_MODEL_SPEC' such that it evaluates to a string without
!      blanks that names one of the recognized thread models.  '%*', the
       default value of this macro, will expand to the value of
!      'thread_file' set in 'config.gcc'.
  
   -- Macro: SYSROOT_SUFFIX_SPEC
       Define this macro to add a suffix to the target sysroot when GCC is
--- 28520,28587 ----
       Do not define this macro if it does not need to do anything.
  
   -- Macro: LIB_SPEC
!      Another C string constant used much like `LINK_SPEC'.  The
!      difference between the two is that `LIB_SPEC' is used at the end
!      of the command given to the linker.
  
       If this macro is not defined, a default is provided that loads the
!      standard C library from the usual place.  See `gcc.c'.
  
   -- Macro: LIBGCC_SPEC
!      Another C string constant that tells the GCC driver program how
!      and when to place a reference to `libgcc.a' into the linker
!      command line.  This constant is placed both before and after the
!      value of `LIB_SPEC'.
  
       If this macro is not defined, the GCC driver provides a default
!      that passes the string `-lgcc' to the linker.
  
   -- Macro: REAL_LIBGCC_SPEC
!      By default, if `ENABLE_SHARED_LIBGCC' is defined, the
!      `LIBGCC_SPEC' is not directly used by the driver program but is
!      instead modified to refer to different versions of `libgcc.a'
!      depending on the values of the command line flags `-static',
!      `-shared', `-static-libgcc', and `-shared-libgcc'.  On targets
!      where these modifications are inappropriate, define
!      `REAL_LIBGCC_SPEC' instead.  `REAL_LIBGCC_SPEC' tells the driver
!      how to place a reference to `libgcc' on the link command line,
!      but, unlike `LIBGCC_SPEC', it is used unmodified.
  
   -- Macro: USE_LD_AS_NEEDED
!      A macro that controls the modifications to `LIBGCC_SPEC' mentioned
!      in `REAL_LIBGCC_SPEC'.  If nonzero, a spec will be generated that
!      uses `--as-needed' or equivalent options and the shared `libgcc'
!      in place of the static exception handler library, when linking
!      without any of `-static', `-static-libgcc', or `-shared-libgcc'.
  
   -- Macro: LINK_EH_SPEC
!      If defined, this C string constant is added to `LINK_SPEC'.  When
!      `USE_LD_AS_NEEDED' is zero or undefined, it also affects the
!      modifications to `LIBGCC_SPEC' mentioned in `REAL_LIBGCC_SPEC'.
  
   -- Macro: STARTFILE_SPEC
!      Another C string constant used much like `LINK_SPEC'.  The
!      difference between the two is that `STARTFILE_SPEC' is used at the
       very beginning of the command given to the linker.
  
       If this macro is not defined, a default is provided that loads the
!      standard C startup file from the usual place.  See `gcc.c'.
  
   -- Macro: ENDFILE_SPEC
!      Another C string constant used much like `LINK_SPEC'.  The
!      difference between the two is that `ENDFILE_SPEC' is used at the
       very end of the command given to the linker.
  
       Do not define this macro if it does not need to do anything.
  
   -- Macro: THREAD_MODEL_SPEC
!      GCC `-v' will print the thread model GCC was configured to use.
       However, this doesn't work on platforms that are multilibbed on
       thread models, such as AIX 4.3.  On such platforms, define
!      `THREAD_MODEL_SPEC' such that it evaluates to a string without
!      blanks that names one of the recognized thread models.  `%*', the
       default value of this macro, will expand to the value of
!      `thread_file' set in `config.gcc'.
  
   -- Macro: SYSROOT_SUFFIX_SPEC
       Define this macro to add a suffix to the target sysroot when GCC is
*************** You can control the compilation driver.
*** 28203,28216 ****
  
   -- Macro: SYSROOT_HEADERS_SUFFIX_SPEC
       Define this macro to add a headers_suffix to the target sysroot
!      when GCC is configured with a sysroot.  This will cause GCC to pass
!      the updated sysroot+headers_suffix to CPP, causing it to search for
!      usr/include, et al, within sysroot+headers_suffix.
  
   -- Macro: EXTRA_SPECS
       Define this macro to provide additional specifications to put in
!      the 'specs' file that can be used in various specifications like
!      'CC1_SPEC'.
  
       The definition should be an initializer for an array of structures,
       containing a string constant, that defines the specification name,
--- 28590,28603 ----
  
   -- Macro: SYSROOT_HEADERS_SUFFIX_SPEC
       Define this macro to add a headers_suffix to the target sysroot
!      when GCC is configured with a sysroot.  This will cause GCC to
!      pass the updated sysroot+headers_suffix to CPP, causing it to
!      search for usr/include, et al, within sysroot+headers_suffix.
  
   -- Macro: EXTRA_SPECS
       Define this macro to provide additional specifications to put in
!      the `specs' file that can be used in various specifications like
!      `CC1_SPEC'.
  
       The definition should be an initializer for an array of structures,
       containing a string constant, that defines the specification name,
*************** You can control the compilation driver.
*** 28218,28241 ****
  
       Do not define this macro if it does not need to do anything.
  
!      'EXTRA_SPECS' is useful when an architecture contains several
!      related targets, which have various '..._SPECS' which are similar
       to each other, and the maintainer would like one central place to
       keep these definitions.
  
!      For example, the PowerPC System V.4 targets use 'EXTRA_SPECS' to
!      define either '_CALL_SYSV' when the System V calling sequence is
!      used or '_CALL_AIX' when the older AIX-based calling sequence is
       used.
  
!      The 'config/rs6000/rs6000.h' target file defines:
  
            #define EXTRA_SPECS \
              { "cpp_sysv_default", CPP_SYSV_DEFAULT },
  
            #define CPP_SYS_DEFAULT ""
  
!      The 'config/rs6000/sysv.h' target file defines:
            #undef CPP_SPEC
            #define CPP_SPEC \
            "%{posix: -D_POSIX_SOURCE } \
--- 28605,28628 ----
  
       Do not define this macro if it does not need to do anything.
  
!      `EXTRA_SPECS' is useful when an architecture contains several
!      related targets, which have various `..._SPECS' which are similar
       to each other, and the maintainer would like one central place to
       keep these definitions.
  
!      For example, the PowerPC System V.4 targets use `EXTRA_SPECS' to
!      define either `_CALL_SYSV' when the System V calling sequence is
!      used or `_CALL_AIX' when the older AIX-based calling sequence is
       used.
  
!      The `config/rs6000/rs6000.h' target file defines:
  
            #define EXTRA_SPECS \
              { "cpp_sysv_default", CPP_SYSV_DEFAULT },
  
            #define CPP_SYS_DEFAULT ""
  
!      The `config/rs6000/sysv.h' target file defines:
            #undef CPP_SPEC
            #define CPP_SPEC \
            "%{posix: -D_POSIX_SOURCE } \
*************** You can control the compilation driver.
*** 28246,28265 ****
            #undef CPP_SYSV_DEFAULT
            #define CPP_SYSV_DEFAULT "-D_CALL_SYSV"
  
!      while the 'config/rs6000/eabiaix.h' target file defines
!      'CPP_SYSV_DEFAULT' as:
  
            #undef CPP_SYSV_DEFAULT
            #define CPP_SYSV_DEFAULT "-D_CALL_AIX"
  
   -- Macro: LINK_LIBGCC_SPECIAL_1
       Define this macro if the driver program should find the library
!      'libgcc.a'.  If you do not define this macro, the driver program
!      will pass the argument '-lgcc' to tell the linker to do the search.
  
   -- Macro: LINK_GCC_C_SEQUENCE_SPEC
       The sequence in which libgcc and libc are specified to the linker.
!      By default this is '%G %L %G'.
  
   -- Macro: POST_LINK_SPEC
       Define this macro to add additional steps to be executed after
--- 28633,28652 ----
            #undef CPP_SYSV_DEFAULT
            #define CPP_SYSV_DEFAULT "-D_CALL_SYSV"
  
!      while the `config/rs6000/eabiaix.h' target file defines
!      `CPP_SYSV_DEFAULT' as:
  
            #undef CPP_SYSV_DEFAULT
            #define CPP_SYSV_DEFAULT "-D_CALL_AIX"
  
   -- Macro: LINK_LIBGCC_SPECIAL_1
       Define this macro if the driver program should find the library
!      `libgcc.a'.  If you do not define this macro, the driver program
!      will pass the argument `-lgcc' to tell the linker to do the search.
  
   -- Macro: LINK_GCC_C_SEQUENCE_SPEC
       The sequence in which libgcc and libc are specified to the linker.
!      By default this is `%G %L %G'.
  
   -- Macro: POST_LINK_SPEC
       Define this macro to add additional steps to be executed after
*************** You can control the compilation driver.
*** 28267,28332 ****
  
   -- Macro: LINK_COMMAND_SPEC
       A C string constant giving the complete command line need to
!      execute the linker.  When you do this, you will need to update your
!      port each time a change is made to the link command line within
!      'gcc.c'.  Therefore, define this macro only if you need to
       completely redefine the command line for invoking the linker and
       there is no other way to accomplish the effect you need.
       Overriding this macro may be avoidable by overriding
!      'LINK_GCC_C_SEQUENCE_SPEC' instead.
  
   -- Common Target Hook: bool TARGET_ALWAYS_STRIP_DOTDOT
!      True if '..' components should always be removed from directory
       names computed relative to GCC's internal directories, false
       (default) if such components should be preserved and directory
       names containing them passed to other tools such as the linker.
  
   -- Macro: MULTILIB_DEFAULTS
!      Define this macro as a C expression for the initializer of an array
!      of string to tell the driver program which options are defaults for
!      this target and thus do not need to be handled specially when using
!      'MULTILIB_OPTIONS'.
  
!      Do not define this macro if 'MULTILIB_OPTIONS' is not defined in
       the target makefile fragment or if none of the options listed in
!      'MULTILIB_OPTIONS' are set by default.  *Note Target Fragment::.
  
   -- Macro: RELATIVE_PREFIX_NOT_LINKDIR
!      Define this macro to tell 'gcc' that it should only translate a
!      '-B' prefix into a '-L' linker option if the prefix indicates an
       absolute file name.
  
   -- Macro: MD_EXEC_PREFIX
       If defined, this macro is an additional prefix to try after
!      'STANDARD_EXEC_PREFIX'.  'MD_EXEC_PREFIX' is not searched when the
       compiler is built as a cross compiler.  If you define
!      'MD_EXEC_PREFIX', then be sure to add it to the list of directories
!      used to find the assembler in 'configure.ac'.
  
   -- Macro: STANDARD_STARTFILE_PREFIX
       Define this macro as a C string constant if you wish to override
!      the standard choice of 'libdir' as the default prefix to try when
!      searching for startup files such as 'crt0.o'.
!      'STANDARD_STARTFILE_PREFIX' is not searched when the compiler is
       built as a cross compiler.
  
   -- Macro: STANDARD_STARTFILE_PREFIX_1
       Define this macro as a C string constant if you wish to override
!      the standard choice of '/lib' as a prefix to try after the default
!      prefix when searching for startup files such as 'crt0.o'.
!      'STANDARD_STARTFILE_PREFIX_1' is not searched when the compiler is
       built as a cross compiler.
  
   -- Macro: STANDARD_STARTFILE_PREFIX_2
       Define this macro as a C string constant if you wish to override
!      the standard choice of '/lib' as yet another prefix to try after
       the default prefix when searching for startup files such as
!      'crt0.o'.  'STANDARD_STARTFILE_PREFIX_2' is not searched when the
       compiler is built as a cross compiler.
  
   -- Macro: MD_STARTFILE_PREFIX
       If defined, this macro supplies an additional prefix to try after
!      the standard prefixes.  'MD_EXEC_PREFIX' is not searched when the
       compiler is built as a cross compiler.
  
   -- Macro: MD_STARTFILE_PREFIX_1
--- 28654,28719 ----
  
   -- Macro: LINK_COMMAND_SPEC
       A C string constant giving the complete command line need to
!      execute the linker.  When you do this, you will need to update
!      your port each time a change is made to the link command line
!      within `gcc.c'.  Therefore, define this macro only if you need to
       completely redefine the command line for invoking the linker and
       there is no other way to accomplish the effect you need.
       Overriding this macro may be avoidable by overriding
!      `LINK_GCC_C_SEQUENCE_SPEC' instead.
  
   -- Common Target Hook: bool TARGET_ALWAYS_STRIP_DOTDOT
!      True if `..' components should always be removed from directory
       names computed relative to GCC's internal directories, false
       (default) if such components should be preserved and directory
       names containing them passed to other tools such as the linker.
  
   -- Macro: MULTILIB_DEFAULTS
!      Define this macro as a C expression for the initializer of an
!      array of string to tell the driver program which options are
!      defaults for this target and thus do not need to be handled
!      specially when using `MULTILIB_OPTIONS'.
  
!      Do not define this macro if `MULTILIB_OPTIONS' is not defined in
       the target makefile fragment or if none of the options listed in
!      `MULTILIB_OPTIONS' are set by default.  *Note Target Fragment::.
  
   -- Macro: RELATIVE_PREFIX_NOT_LINKDIR
!      Define this macro to tell `gcc' that it should only translate a
!      `-B' prefix into a `-L' linker option if the prefix indicates an
       absolute file name.
  
   -- Macro: MD_EXEC_PREFIX
       If defined, this macro is an additional prefix to try after
!      `STANDARD_EXEC_PREFIX'.  `MD_EXEC_PREFIX' is not searched when the
       compiler is built as a cross compiler.  If you define
!      `MD_EXEC_PREFIX', then be sure to add it to the list of
!      directories used to find the assembler in `configure.ac'.
  
   -- Macro: STANDARD_STARTFILE_PREFIX
       Define this macro as a C string constant if you wish to override
!      the standard choice of `libdir' as the default prefix to try when
!      searching for startup files such as `crt0.o'.
!      `STANDARD_STARTFILE_PREFIX' is not searched when the compiler is
       built as a cross compiler.
  
   -- Macro: STANDARD_STARTFILE_PREFIX_1
       Define this macro as a C string constant if you wish to override
!      the standard choice of `/lib' as a prefix to try after the default
!      prefix when searching for startup files such as `crt0.o'.
!      `STANDARD_STARTFILE_PREFIX_1' is not searched when the compiler is
       built as a cross compiler.
  
   -- Macro: STANDARD_STARTFILE_PREFIX_2
       Define this macro as a C string constant if you wish to override
!      the standard choice of `/lib' as yet another prefix to try after
       the default prefix when searching for startup files such as
!      `crt0.o'.  `STANDARD_STARTFILE_PREFIX_2' is not searched when the
       compiler is built as a cross compiler.
  
   -- Macro: MD_STARTFILE_PREFIX
       If defined, this macro supplies an additional prefix to try after
!      the standard prefixes.  `MD_EXEC_PREFIX' is not searched when the
       compiler is built as a cross compiler.
  
   -- Macro: MD_STARTFILE_PREFIX_1
*************** You can control the compilation driver.
*** 28338,28382 ****
       Define this macro as a C string constant if you wish to set
       environment variables for programs called by the driver, such as
       the assembler and loader.  The driver passes the value of this
!      macro to 'putenv' to initialize the necessary environment
       variables.
  
   -- Macro: LOCAL_INCLUDE_DIR
       Define this macro as a C string constant if you wish to override
!      the standard choice of '/usr/local/include' as the default prefix
!      to try when searching for local header files.  'LOCAL_INCLUDE_DIR'
!      comes before 'NATIVE_SYSTEM_HEADER_DIR' (set in 'config.gcc',
!      normally '/usr/include') in the search order.
  
!      Cross compilers do not search either '/usr/local/include' or its
       replacement.
  
   -- Macro: NATIVE_SYSTEM_HEADER_COMPONENT
!      The "component" corresponding to 'NATIVE_SYSTEM_HEADER_DIR'.  See
!      'INCLUDE_DEFAULTS', below, for the description of components.  If
       you do not define this macro, no component is used.
  
   -- Macro: INCLUDE_DEFAULTS
!      Define this macro if you wish to override the entire default search
!      path for include files.  For a native compiler, the default search
!      path usually consists of 'GCC_INCLUDE_DIR', 'LOCAL_INCLUDE_DIR',
!      'GPLUSPLUS_INCLUDE_DIR', and 'NATIVE_SYSTEM_HEADER_DIR'.  In
!      addition, 'GPLUSPLUS_INCLUDE_DIR' and 'GCC_INCLUDE_DIR' are defined
!      automatically by 'Makefile', and specify private search areas for
!      GCC.  The directory 'GPLUSPLUS_INCLUDE_DIR' is used only for C++
!      programs.
  
       The definition should be an initializer for an array of structures.
       Each array element should have four elements: the directory name (a
       string constant), the component name (also a string constant), a
!      flag for C++-only directories, and a flag showing that the includes
!      in the directory don't need to be wrapped in 'extern 'C'' when
!      compiling C++.  Mark the end of the array with a null element.
  
       The component name denotes what GNU package the include file is
       part of, if any, in all uppercase letters.  For example, it might
!      be 'GCC' or 'BINUTILS'.  If the package is part of a
!      vendor-supplied operating system, code the component name as '0'.
  
       For example, here is the definition used for VAX/VMS:
  
--- 28725,28769 ----
       Define this macro as a C string constant if you wish to set
       environment variables for programs called by the driver, such as
       the assembler and loader.  The driver passes the value of this
!      macro to `putenv' to initialize the necessary environment
       variables.
  
   -- Macro: LOCAL_INCLUDE_DIR
       Define this macro as a C string constant if you wish to override
!      the standard choice of `/usr/local/include' as the default prefix
!      to try when searching for local header files.  `LOCAL_INCLUDE_DIR'
!      comes before `NATIVE_SYSTEM_HEADER_DIR' (set in `config.gcc',
!      normally `/usr/include') in the search order.
  
!      Cross compilers do not search either `/usr/local/include' or its
       replacement.
  
   -- Macro: NATIVE_SYSTEM_HEADER_COMPONENT
!      The "component" corresponding to `NATIVE_SYSTEM_HEADER_DIR'.  See
!      `INCLUDE_DEFAULTS', below, for the description of components.  If
       you do not define this macro, no component is used.
  
   -- Macro: INCLUDE_DEFAULTS
!      Define this macro if you wish to override the entire default
!      search path for include files.  For a native compiler, the default
!      search path usually consists of `GCC_INCLUDE_DIR',
!      `LOCAL_INCLUDE_DIR', `GPLUSPLUS_INCLUDE_DIR', and
!      `NATIVE_SYSTEM_HEADER_DIR'.  In addition, `GPLUSPLUS_INCLUDE_DIR'
!      and `GCC_INCLUDE_DIR' are defined automatically by `Makefile', and
!      specify private search areas for GCC.  The directory
!      `GPLUSPLUS_INCLUDE_DIR' is used only for C++ programs.
  
       The definition should be an initializer for an array of structures.
       Each array element should have four elements: the directory name (a
       string constant), the component name (also a string constant), a
!      flag for C++-only directories, and a flag showing that the
!      includes in the directory don't need to be wrapped in `extern `C''
!      when compiling C++.  Mark the end of the array with a null element.
  
       The component name denotes what GNU package the include file is
       part of, if any, in all uppercase letters.  For example, it might
!      be `GCC' or `BINUTILS'.  If the package is part of a
!      vendor-supplied operating system, code the component name as `0'.
  
       For example, here is the definition used for VAX/VMS:
  
*************** You can control the compilation driver.
*** 28391,28456 ****
  
   Here is the order of prefixes tried for exec files:
  
!   1. Any prefixes specified by the user with '-B'.
  
!   2. The environment variable 'GCC_EXEC_PREFIX' or, if 'GCC_EXEC_PREFIX'
       is not set and the compiler has not been installed in the
       configure-time PREFIX, the location in which the compiler has
       actually been installed.
  
    3. The directories specified by the environment variable
!      'COMPILER_PATH'.
  
!   4. The macro 'STANDARD_EXEC_PREFIX', if the compiler has been
       installed in the configured-time PREFIX.
  
!   5. The location '/usr/libexec/gcc/', but only if this is a native
       compiler.
  
!   6. The location '/usr/lib/gcc/', but only if this is a native
       compiler.
  
!   7. The macro 'MD_EXEC_PREFIX', if defined, but only if this is a
       native compiler.
  
   Here is the order of prefixes tried for startfiles:
  
!   1. Any prefixes specified by the user with '-B'.
  
!   2. The environment variable 'GCC_EXEC_PREFIX' or its automatically
       determined value based on the installed toolchain location.
  
    3. The directories specified by the environment variable
!      'LIBRARY_PATH' (or port-specific name; native only, cross compilers
!      do not use this).
  
!   4. The macro 'STANDARD_EXEC_PREFIX', but only if the toolchain is
       installed in the configured PREFIX or this is a native compiler.
  
!   5. The location '/usr/lib/gcc/', but only if this is a native
       compiler.
  
!   6. The macro 'MD_EXEC_PREFIX', if defined, but only if this is a
       native compiler.
  
!   7. The macro 'MD_STARTFILE_PREFIX', if defined, but only if this is a
       native compiler, or we have a target system root.
  
!   8. The macro 'MD_STARTFILE_PREFIX_1', if defined, but only if this is
       a native compiler, or we have a target system root.
  
!   9. The macro 'STANDARD_STARTFILE_PREFIX', with any sysroot
       modifications.  If this path is relative it will be prefixed by
!      'GCC_EXEC_PREFIX' and the machine suffix or 'STANDARD_EXEC_PREFIX'
       and the machine suffix.
  
!   10. The macro 'STANDARD_STARTFILE_PREFIX_1', but only if this is a
!      native compiler, or we have a target system root.  The default for
!      this macro is '/lib/'.
  
!   11. The macro 'STANDARD_STARTFILE_PREFIX_2', but only if this is a
!      native compiler, or we have a target system root.  The default for
!      this macro is '/usr/lib/'.
  
  
  File: gccint.info,  Node: Run-time Target,  Next: Per-Function Data,  Prev: Driver,  Up: Target Macros
--- 28778,28843 ----
  
   Here is the order of prefixes tried for exec files:
  
!   1. Any prefixes specified by the user with `-B'.
  
!   2. The environment variable `GCC_EXEC_PREFIX' or, if `GCC_EXEC_PREFIX'
       is not set and the compiler has not been installed in the
       configure-time PREFIX, the location in which the compiler has
       actually been installed.
  
    3. The directories specified by the environment variable
!      `COMPILER_PATH'.
  
!   4. The macro `STANDARD_EXEC_PREFIX', if the compiler has been
       installed in the configured-time PREFIX.
  
!   5. The location `/usr/libexec/gcc/', but only if this is a native
       compiler.
  
!   6. The location `/usr/lib/gcc/', but only if this is a native
       compiler.
  
!   7. The macro `MD_EXEC_PREFIX', if defined, but only if this is a
       native compiler.
  
   Here is the order of prefixes tried for startfiles:
  
!   1. Any prefixes specified by the user with `-B'.
  
!   2. The environment variable `GCC_EXEC_PREFIX' or its automatically
       determined value based on the installed toolchain location.
  
    3. The directories specified by the environment variable
!      `LIBRARY_PATH' (or port-specific name; native only, cross
!      compilers do not use this).
  
!   4. The macro `STANDARD_EXEC_PREFIX', but only if the toolchain is
       installed in the configured PREFIX or this is a native compiler.
  
!   5. The location `/usr/lib/gcc/', but only if this is a native
       compiler.
  
!   6. The macro `MD_EXEC_PREFIX', if defined, but only if this is a
       native compiler.
  
!   7. The macro `MD_STARTFILE_PREFIX', if defined, but only if this is a
       native compiler, or we have a target system root.
  
!   8. The macro `MD_STARTFILE_PREFIX_1', if defined, but only if this is
       a native compiler, or we have a target system root.
  
!   9. The macro `STANDARD_STARTFILE_PREFIX', with any sysroot
       modifications.  If this path is relative it will be prefixed by
!      `GCC_EXEC_PREFIX' and the machine suffix or `STANDARD_EXEC_PREFIX'
       and the machine suffix.
  
!  10. The macro `STANDARD_STARTFILE_PREFIX_1', but only if this is a
!      native compiler, or we have a target system root. The default for
!      this macro is `/lib/'.
  
!  11. The macro `STANDARD_STARTFILE_PREFIX_2', but only if this is a
!      native compiler, or we have a target system root. The default for
!      this macro is `/usr/lib/'.
  
  
  File: gccint.info,  Node: Run-time Target,  Next: Per-Function Data,  Prev: Driver,  Up: Target Macros
*************** Here are run-time target specifications.
*** 28463,28575 ****
   -- Macro: TARGET_CPU_CPP_BUILTINS ()
       This function-like macro expands to a block of code that defines
       built-in preprocessor macros and assertions for the target CPU,
!      using the functions 'builtin_define', 'builtin_define_std' and
!      'builtin_assert'.  When the front end calls this macro it provides
!      a trailing semicolon, and since it has finished command line option
!      processing your code can use those results freely.
  
!      'builtin_assert' takes a string in the form you pass to the
!      command-line option '-A', such as 'cpu=mips', and creates the
!      assertion.  'builtin_define' takes a string in the form accepted by
!      option '-D' and unconditionally defines the macro.
  
!      'builtin_define_std' takes a string representing the name of an
       object-like macro.  If it doesn't lie in the user's namespace,
!      'builtin_define_std' defines it unconditionally.  Otherwise, it
       defines a version with two leading underscores, and another version
       with two leading and trailing underscores, and defines the original
       only if an ISO standard was not requested on the command line.  For
!      example, passing 'unix' defines '__unix', '__unix__' and possibly
!      'unix'; passing '_mips' defines '__mips', '__mips__' and possibly
!      '_mips', and passing '_ABI64' defines only '_ABI64'.
  
       You can also test for the C dialect being compiled.  The variable
!      'c_language' is set to one of 'clk_c', 'clk_cplusplus' or
!      'clk_objective_c'.  Note that if we are preprocessing assembler,
!      this variable will be 'clk_c' but the function-like macro
!      'preprocessing_asm_p()' will return true, so you might want to
       check for that first.  If you need to check for strict ANSI, the
!      variable 'flag_iso' can be used.  The function-like macro
!      'preprocessing_trad_p()' can be used to check for traditional
       preprocessing.
  
   -- Macro: TARGET_OS_CPP_BUILTINS ()
!      Similarly to 'TARGET_CPU_CPP_BUILTINS' but this macro is optional
       and is used for the target operating system instead.
  
   -- Macro: TARGET_OBJFMT_CPP_BUILTINS ()
!      Similarly to 'TARGET_CPU_CPP_BUILTINS' but this macro is optional
!      and is used for the target object format.  'elfos.h' uses this
!      macro to define '__ELF__', so you probably do not need to define it
!      yourself.
  
   -- Variable: extern int target_flags
!      This variable is declared in 'options.h', which is included before
       any target-specific headers.
  
   -- Common Target Hook: int TARGET_DEFAULT_TARGET_FLAGS
!      This variable specifies the initial value of 'target_flags'.  Its
       default setting is 0.
  
   -- Common Target Hook: bool TARGET_HANDLE_OPTION (struct gcc_options
            *OPTS, struct gcc_options *OPTS_SET, const struct
            cl_decoded_option *DECODED, location_t LOC)
       This hook is called whenever the user specifies one of the
!      target-specific options described by the '.opt' definition files
       (*note Options::).  It has the opportunity to do some
       option-specific processing and should return true if the option is
       valid.  The default definition does nothing but return true.
  
       DECODED specifies the option and its arguments.  OPTS and OPTS_SET
!      are the 'gcc_options' structures to be used for storing option
       state, and LOC is the location at which the option was passed
!      ('UNKNOWN_LOCATION' except for options passed via attributes).
  
   -- C Target Hook: bool TARGET_HANDLE_C_OPTION (size_t CODE, const char
            *ARG, int VALUE)
       This target hook is called whenever the user specifies one of the
!      target-specific C language family options described by the '.opt'
       definition files(*note Options::).  It has the opportunity to do
       some option-specific processing and should return true if the
       option is valid.  The arguments are like for
!      'TARGET_HANDLE_OPTION'.  The default definition does nothing but
       return false.
  
!      In general, you should use 'TARGET_HANDLE_OPTION' to handle
       options.  However, if processing an option requires routines that
!      are only available in the C (and related language) front ends, then
!      you should use 'TARGET_HANDLE_C_OPTION' instead.
  
   -- C Target Hook: tree TARGET_OBJC_CONSTRUCT_STRING_OBJECT (tree
            STRING)
       Targets may provide a string object type that can be used within
!      and between C, C++ and their respective Objective-C dialects.  A
       string object might, for example, embed encoding and length
!      information.  These objects are considered opaque to the compiler
!      and handled as references.  An ideal implementation makes the
       composition of the string object match that of the Objective-C
!      'NSString' ('NXString' for GNUStep), allowing efficient
!      interworking between C-only and Objective-C code.  If a target
       implements string objects then this hook should return a reference
!      to such an object constructed from the normal 'C' string
!      representation provided in STRING.  At present, the hook is used by
       Objective-C only, to obtain a common-format string object when the
       target provides one.
  
   -- C Target Hook: void TARGET_OBJC_DECLARE_UNRESOLVED_CLASS_REFERENCE
            (const char *CLASSNAME)
!      Declare that Objective C class CLASSNAME is referenced by the
       current TU.
  
!  -- C Target Hook: void TARGET_OBJC_DECLARE_CLASS_DEFINITION (const char
!           *CLASSNAME)
!      Declare that Objective C class CLASSNAME is defined by the current
!      TU.
  
   -- C Target Hook: bool TARGET_STRING_OBJECT_REF_TYPE_P (const_tree
            STRINGREF)
       If a target implements string objects then this hook should return
!      'true' if STRINGREF is a valid reference to such an object.
  
   -- C Target Hook: void TARGET_CHECK_STRING_OBJECT_FORMAT_ARG (tree
            FORMAT_ARG, tree ARGS_LIST)
--- 28850,28962 ----
   -- Macro: TARGET_CPU_CPP_BUILTINS ()
       This function-like macro expands to a block of code that defines
       built-in preprocessor macros and assertions for the target CPU,
!      using the functions `builtin_define', `builtin_define_std' and
!      `builtin_assert'.  When the front end calls this macro it provides
!      a trailing semicolon, and since it has finished command line
!      option processing your code can use those results freely.
  
!      `builtin_assert' takes a string in the form you pass to the
!      command-line option `-A', such as `cpu=mips', and creates the
!      assertion.  `builtin_define' takes a string in the form accepted
!      by option `-D' and unconditionally defines the macro.
  
!      `builtin_define_std' takes a string representing the name of an
       object-like macro.  If it doesn't lie in the user's namespace,
!      `builtin_define_std' defines it unconditionally.  Otherwise, it
       defines a version with two leading underscores, and another version
       with two leading and trailing underscores, and defines the original
       only if an ISO standard was not requested on the command line.  For
!      example, passing `unix' defines `__unix', `__unix__' and possibly
!      `unix'; passing `_mips' defines `__mips', `__mips__' and possibly
!      `_mips', and passing `_ABI64' defines only `_ABI64'.
  
       You can also test for the C dialect being compiled.  The variable
!      `c_language' is set to one of `clk_c', `clk_cplusplus' or
!      `clk_objective_c'.  Note that if we are preprocessing assembler,
!      this variable will be `clk_c' but the function-like macro
!      `preprocessing_asm_p()' will return true, so you might want to
       check for that first.  If you need to check for strict ANSI, the
!      variable `flag_iso' can be used.  The function-like macro
!      `preprocessing_trad_p()' can be used to check for traditional
       preprocessing.
  
   -- Macro: TARGET_OS_CPP_BUILTINS ()
!      Similarly to `TARGET_CPU_CPP_BUILTINS' but this macro is optional
       and is used for the target operating system instead.
  
   -- Macro: TARGET_OBJFMT_CPP_BUILTINS ()
!      Similarly to `TARGET_CPU_CPP_BUILTINS' but this macro is optional
!      and is used for the target object format.  `elfos.h' uses this
!      macro to define `__ELF__', so you probably do not need to define
!      it yourself.
  
   -- Variable: extern int target_flags
!      This variable is declared in `options.h', which is included before
       any target-specific headers.
  
   -- Common Target Hook: int TARGET_DEFAULT_TARGET_FLAGS
!      This variable specifies the initial value of `target_flags'.  Its
       default setting is 0.
  
   -- Common Target Hook: bool TARGET_HANDLE_OPTION (struct gcc_options
            *OPTS, struct gcc_options *OPTS_SET, const struct
            cl_decoded_option *DECODED, location_t LOC)
       This hook is called whenever the user specifies one of the
!      target-specific options described by the `.opt' definition files
       (*note Options::).  It has the opportunity to do some
       option-specific processing and should return true if the option is
       valid.  The default definition does nothing but return true.
  
       DECODED specifies the option and its arguments.  OPTS and OPTS_SET
!      are the `gcc_options' structures to be used for storing option
       state, and LOC is the location at which the option was passed
!      (`UNKNOWN_LOCATION' except for options passed via attributes).
  
   -- C Target Hook: bool TARGET_HANDLE_C_OPTION (size_t CODE, const char
            *ARG, int VALUE)
       This target hook is called whenever the user specifies one of the
!      target-specific C language family options described by the `.opt'
       definition files(*note Options::).  It has the opportunity to do
       some option-specific processing and should return true if the
       option is valid.  The arguments are like for
!      `TARGET_HANDLE_OPTION'.  The default definition does nothing but
       return false.
  
!      In general, you should use `TARGET_HANDLE_OPTION' to handle
       options.  However, if processing an option requires routines that
!      are only available in the C (and related language) front ends,
!      then you should use `TARGET_HANDLE_C_OPTION' instead.
  
   -- C Target Hook: tree TARGET_OBJC_CONSTRUCT_STRING_OBJECT (tree
            STRING)
       Targets may provide a string object type that can be used within
!      and between C, C++ and their respective Objective-C dialects. A
       string object might, for example, embed encoding and length
!      information. These objects are considered opaque to the compiler
!      and handled as references. An ideal implementation makes the
       composition of the string object match that of the Objective-C
!      `NSString' (`NXString' for GNUStep), allowing efficient
!      interworking between C-only and Objective-C code. If a target
       implements string objects then this hook should return a reference
!      to such an object constructed from the normal `C' string
!      representation provided in STRING. At present, the hook is used by
       Objective-C only, to obtain a common-format string object when the
       target provides one.
  
   -- C Target Hook: void TARGET_OBJC_DECLARE_UNRESOLVED_CLASS_REFERENCE
            (const char *CLASSNAME)
!      Declare that Objective C class CLASSNAME is referenced  by the
       current TU.
  
!  -- C Target Hook: void TARGET_OBJC_DECLARE_CLASS_DEFINITION (const
!           char *CLASSNAME)
!      Declare that Objective C class CLASSNAME is defined  by the
!      current TU.
  
   -- C Target Hook: bool TARGET_STRING_OBJECT_REF_TYPE_P (const_tree
            STRINGREF)
       If a target implements string objects then this hook should return
!      `true' if STRINGREF is a valid reference to such an object.
  
   -- C Target Hook: void TARGET_CHECK_STRING_OBJECT_FORMAT_ARG (tree
            FORMAT_ARG, tree ARGS_LIST)
*************** Here are run-time target specifications.
*** 28580,28627 ****
  
   -- Target Hook: void TARGET_OVERRIDE_OPTIONS_AFTER_CHANGE (void)
       This target function is similar to the hook
!      'TARGET_OPTION_OVERRIDE' but is called when the optimize level is
       changed via an attribute or pragma or when it is reset at the end
       of the code affected by the attribute or pragma.  It is not called
!      at the beginning of compilation when 'TARGET_OPTION_OVERRIDE' is
       called so if you want to perform these actions then, you should
!      have 'TARGET_OPTION_OVERRIDE' call
!      'TARGET_OVERRIDE_OPTIONS_AFTER_CHANGE'.
  
   -- Macro: C_COMMON_OVERRIDE_OPTIONS
!      This is similar to the 'TARGET_OPTION_OVERRIDE' hook but is only
       used in the C language frontends (C, Objective-C, C++,
       Objective-C++) and so can be used to alter option flag variables
       which only exist in those frontends.
  
   -- Common Target Hook: const struct default_options *
!           TARGET_OPTION_OPTIMIZATION_TABLE
!      Some machines may desire to change what optimizations are performed
!      for various optimization levels.  This variable, if defined,
!      describes options to enable at particular sets of optimization
!      levels.  These options are processed once just after the
!      optimization level is determined and before the remainder of the
!      command options have been parsed, so may be overridden by other
       options passed explicitly.
  
       This processing is run once at program startup and when the
!      optimization options are changed via '#pragma GCC optimize' or by
!      using the 'optimize' attribute.
  
   -- Common Target Hook: void TARGET_OPTION_INIT_STRUCT (struct
            gcc_options *OPTS)
       Set target-dependent initial values of fields in OPTS.
  
   -- Common Target Hook: void TARGET_OPTION_DEFAULT_PARAMS (void)
!      Set target-dependent default values for '--param' settings, using
!      calls to 'set_default_param_value'.
  
   -- Macro: SWITCHABLE_TARGET
       Some targets need to switch between substantially different
       subtargets during compilation.  For example, the MIPS target has
!      one subtarget for the traditional MIPS architecture and another for
!      MIPS16.  Source code can switch between these two subarchitectures
!      using the 'mips16' and 'nomips16' attributes.
  
       Such subtargets can differ in things like the set of available
       registers, the set of available instructions, the costs of various
--- 28967,29014 ----
  
   -- Target Hook: void TARGET_OVERRIDE_OPTIONS_AFTER_CHANGE (void)
       This target function is similar to the hook
!      `TARGET_OPTION_OVERRIDE' but is called when the optimize level is
       changed via an attribute or pragma or when it is reset at the end
       of the code affected by the attribute or pragma.  It is not called
!      at the beginning of compilation when `TARGET_OPTION_OVERRIDE' is
       called so if you want to perform these actions then, you should
!      have `TARGET_OPTION_OVERRIDE' call
!      `TARGET_OVERRIDE_OPTIONS_AFTER_CHANGE'.
  
   -- Macro: C_COMMON_OVERRIDE_OPTIONS
!      This is similar to the `TARGET_OPTION_OVERRIDE' hook but is only
       used in the C language frontends (C, Objective-C, C++,
       Objective-C++) and so can be used to alter option flag variables
       which only exist in those frontends.
  
   -- Common Target Hook: const struct default_options *
! TARGET_OPTION_OPTIMIZATION_TABLE
!      Some machines may desire to change what optimizations are
!      performed for various optimization levels.   This variable, if
!      defined, describes options to enable at particular sets of
!      optimization levels.  These options are processed once just after
!      the optimization level is determined and before the remainder of
!      the command options have been parsed, so may be overridden by other
       options passed explicitly.
  
       This processing is run once at program startup and when the
!      optimization options are changed via `#pragma GCC optimize' or by
!      using the `optimize' attribute.
  
   -- Common Target Hook: void TARGET_OPTION_INIT_STRUCT (struct
            gcc_options *OPTS)
       Set target-dependent initial values of fields in OPTS.
  
   -- Common Target Hook: void TARGET_OPTION_DEFAULT_PARAMS (void)
!      Set target-dependent default values for `--param' settings, using
!      calls to `set_default_param_value'.
  
   -- Macro: SWITCHABLE_TARGET
       Some targets need to switch between substantially different
       subtargets during compilation.  For example, the MIPS target has
!      one subtarget for the traditional MIPS architecture and another
!      for MIPS16.  Source code can switch between these two
!      subarchitectures using the `mips16' and `nomips16' attributes.
  
       Such subtargets can differ in things like the set of available
       registers, the set of available instructions, the costs of various
*************** Here are run-time target specifications.
*** 28630,28636 ****
       subtarget takes a significant amount of time.  The compiler
       therefore provides a facility for maintaining several versions of
       the global variables and quickly switching between them; see
!      'target-globals.h' for details.
  
       Define this macro to 1 if your target needs this facility.  The
       default is 0.
--- 29017,29023 ----
       subtarget takes a significant amount of time.  The compiler
       therefore provides a facility for maintaining several versions of
       the global variables and quickly switching between them; see
!      `target-globals.h' for details.
  
       Define this macro to 1 if your target needs this facility.  The
       default is 0.
*************** Here are run-time target specifications.
*** 28639,28646 ****
            (void)
       Returns true if the target supports IEEE 754 floating-point
       exceptions and rounding modes, false otherwise.  This is intended
!      to relate to the 'float' and 'double' types, but not necessarily
!      'long double'.  By default, returns true if the 'adddf3'
       instruction pattern is available and false otherwise, on the
       assumption that hardware floating point supports exceptions and
       rounding modes but software floating point does not.
--- 29026,29033 ----
            (void)
       Returns true if the target supports IEEE 754 floating-point
       exceptions and rounding modes, false otherwise.  This is intended
!      to relate to the `float' and `double' types, but not necessarily
!      `long double'. By default, returns true if the `adddf3'
       instruction pattern is available and false otherwise, on the
       assumption that hardware floating point supports exceptions and
       rounding modes but software floating point does not.
*************** using statics to store the information i
*** 28657,28702 ****
  nested functions, so you can be halfway through encoding one function
  when another one comes along.
  
!  GCC defines a data structure called 'struct function' which contains
  all of the data specific to an individual function.  This structure
! contains a field called 'machine' whose type is 'struct machine_function
! *', which can be used by targets to point to their own specific data.
  
   If a target needs per-function specific data it should define the type
! 'struct machine_function' and also the macro 'INIT_EXPANDERS'.  This
  macro should be used to initialize the function pointer
! 'init_machine_status'.  This pointer is explained below.
  
   One typical use of per-function, target specific data is to create an
  RTX to hold the register containing the function's return address.  This
! RTX can then be used to implement the '__builtin_return_address'
  function, for level 0.
  
   Note--earlier implementations of GCC used a single data area to hold
  all of the per-function information.  Thus when processing of a nested
  function began the old per-function data had to be pushed onto a stack,
! and when the processing was finished, it had to be popped off the stack.
! GCC used to provide function pointers called 'save_machine_status' and
! 'restore_machine_status' to handle the saving and restoring of the
! target specific information.  Since the single data area approach is no
! longer used, these pointers are no longer supported.
  
   -- Macro: INIT_EXPANDERS
       Macro called to initialize any target specific information.  This
!      macro is called once per function, before generation of any RTL has
!      begun.  The intention of this macro is to allow the initialization
!      of the function pointer 'init_machine_status'.
  
   -- Variable: void (*)(struct function *) init_machine_status
!      If this function pointer is non-'NULL' it will be called once per
       function, before function compilation starts, in order to allow the
!      target to perform any target specific initialization of the 'struct
!      function' structure.  It is intended that this would be used to
!      initialize the 'machine' of that structure.
  
!      'struct machine_function' structures are expected to be freed by
!      GC.  Generally, any memory that they reference must be allocated by
!      using GC allocation, including the structure itself.
  
  
  File: gccint.info,  Node: Storage Layout,  Next: Type Layout,  Prev: Per-Function Data,  Up: Target Macros
--- 29044,29091 ----
  nested functions, so you can be halfway through encoding one function
  when another one comes along.
  
!  GCC defines a data structure called `struct function' which contains
  all of the data specific to an individual function.  This structure
! contains a field called `machine' whose type is `struct
! machine_function *', which can be used by targets to point to their own
! specific data.
  
   If a target needs per-function specific data it should define the type
! `struct machine_function' and also the macro `INIT_EXPANDERS'.  This
  macro should be used to initialize the function pointer
! `init_machine_status'.  This pointer is explained below.
  
   One typical use of per-function, target specific data is to create an
  RTX to hold the register containing the function's return address.  This
! RTX can then be used to implement the `__builtin_return_address'
  function, for level 0.
  
   Note--earlier implementations of GCC used a single data area to hold
  all of the per-function information.  Thus when processing of a nested
  function began the old per-function data had to be pushed onto a stack,
! and when the processing was finished, it had to be popped off the
! stack.  GCC used to provide function pointers called
! `save_machine_status' and `restore_machine_status' to handle the saving
! and restoring of the target specific information.  Since the single
! data area approach is no longer used, these pointers are no longer
! supported.
  
   -- Macro: INIT_EXPANDERS
       Macro called to initialize any target specific information.  This
!      macro is called once per function, before generation of any RTL
!      has begun.  The intention of this macro is to allow the
!      initialization of the function pointer `init_machine_status'.
  
   -- Variable: void (*)(struct function *) init_machine_status
!      If this function pointer is non-`NULL' it will be called once per
       function, before function compilation starts, in order to allow the
!      target to perform any target specific initialization of the
!      `struct function' structure.  It is intended that this would be
!      used to initialize the `machine' of that structure.
  
!      `struct machine_function' structures are expected to be freed by
!      GC.  Generally, any memory that they reference must be allocated
!      by using GC allocation, including the structure itself.
  
  
  File: gccint.info,  Node: Storage Layout,  Next: Type Layout,  Prev: Per-Function Data,  Up: Target Macros
*************** File: gccint.info,  Node: Storage Layout
*** 28706,28712 ****
  
  Note that the definitions of the macros in this table which are sizes or
  alignments measured in bits do not need to be constant.  They can be C
! expressions that refer to static variables, such as the 'target_flags'.
  *Note Run-time Target::.
  
   -- Macro: BITS_BIG_ENDIAN
--- 29095,29101 ----
  
  Note that the definitions of the macros in this table which are sizes or
  alignments measured in bits do not need to be constant.  They can be C
! expressions that refer to static variables, such as the `target_flags'.
  *Note Run-time Target::.
  
   -- Macro: BITS_BIG_ENDIAN
*************** expressions that refer to static variabl
*** 28719,28725 ****
       constant.
  
       This macro does not affect the way structure fields are packed into
!      bytes or words; that is controlled by 'BYTES_BIG_ENDIAN'.
  
   -- Macro: BYTES_BIG_ENDIAN
       Define this macro to have the value 1 if the most significant byte
--- 29108,29114 ----
       constant.
  
       This macro does not affect the way structure fields are packed into
!      bytes or words; that is controlled by `BYTES_BIG_ENDIAN'.
  
   -- Macro: BYTES_BIG_ENDIAN
       Define this macro to have the value 1 if the most significant byte
*************** expressions that refer to static variabl
*** 28729,28735 ****
   -- Macro: WORDS_BIG_ENDIAN
       Define this macro to have the value 1 if, in a multiword object,
       the most significant word has the lowest number.  This applies to
!      both memory locations and registers; see 'REG_WORDS_BIG_ENDIAN' if
       the order of words in memory is not the same as the order in
       registers.  This macro need not be a constant.
  
--- 29118,29124 ----
   -- Macro: WORDS_BIG_ENDIAN
       Define this macro to have the value 1 if, in a multiword object,
       the most significant word has the lowest number.  This applies to
!      both memory locations and registers; see `REG_WORDS_BIG_ENDIAN' if
       the order of words in memory is not the same as the order in
       registers.  This macro need not be a constant.
  
*************** expressions that refer to static variabl
*** 28737,28747 ****
       On some machines, the order of words in a multiword object differs
       between registers in memory.  In such a situation, define this
       macro to describe the order of words in a register.  The macro
!      'WORDS_BIG_ENDIAN' controls the order of words in memory.
  
   -- Macro: FLOAT_WORDS_BIG_ENDIAN
!      Define this macro to have the value 1 if 'DFmode', 'XFmode' or
!      'TFmode' floating point numbers are stored in memory with the word
       containing the sign bit at the lowest address; otherwise define it
       to have the value 0.  This macro need not be a constant.
  
--- 29126,29136 ----
       On some machines, the order of words in a multiword object differs
       between registers in memory.  In such a situation, define this
       macro to describe the order of words in a register.  The macro
!      `WORDS_BIG_ENDIAN' controls the order of words in memory.
  
   -- Macro: FLOAT_WORDS_BIG_ENDIAN
!      Define this macro to have the value 1 if `DFmode', `XFmode' or
!      `TFmode' floating point numbers are stored in memory with the word
       containing the sign bit at the lowest address; otherwise define it
       to have the value 0.  This macro need not be a constant.
  
*************** expressions that refer to static variabl
*** 28750,28761 ****
  
   -- Macro: BITS_PER_WORD
       Number of bits in a word.  If you do not define this macro, the
!      default is 'BITS_PER_UNIT * UNITS_PER_WORD'.
  
   -- Macro: MAX_BITS_PER_WORD
       Maximum number of bits in a word.  If this is undefined, the
!      default is 'BITS_PER_WORD'.  Otherwise, it is the constant value
!      that is the largest value that 'BITS_PER_WORD' can have at
       run-time.
  
   -- Macro: UNITS_PER_WORD
--- 29139,29150 ----
  
   -- Macro: BITS_PER_WORD
       Number of bits in a word.  If you do not define this macro, the
!      default is `BITS_PER_UNIT * UNITS_PER_WORD'.
  
   -- Macro: MAX_BITS_PER_WORD
       Maximum number of bits in a word.  If this is undefined, the
!      default is `BITS_PER_WORD'.  Otherwise, it is the constant value
!      that is the largest value that `BITS_PER_WORD' can have at
       run-time.
  
   -- Macro: UNITS_PER_WORD
*************** expressions that refer to static variabl
*** 28764,28799 ****
  
   -- Macro: MIN_UNITS_PER_WORD
       Minimum number of units in a word.  If this is undefined, the
!      default is 'UNITS_PER_WORD'.  Otherwise, it is the constant value
!      that is the smallest value that 'UNITS_PER_WORD' can have at
       run-time.
  
   -- Macro: POINTER_SIZE
       Width of a pointer, in bits.  You must specify a value no wider
!      than the width of 'Pmode'.  If it is not equal to the width of
!      'Pmode', you must define 'POINTERS_EXTEND_UNSIGNED'.  If you do not
!      specify a value the default is 'BITS_PER_WORD'.
  
   -- Macro: POINTERS_EXTEND_UNSIGNED
       A C expression that determines how pointers should be extended from
!      'ptr_mode' to either 'Pmode' or 'word_mode'.  It is greater than
       zero if pointers should be zero-extended, zero if they should be
       sign-extended, and negative if some other sort of conversion is
       needed.  In the last case, the extension is done by the target's
!      'ptr_extend' instruction.
  
!      You need not define this macro if the 'ptr_mode', 'Pmode' and
!      'word_mode' are all the same width.
  
   -- Macro: PROMOTE_MODE (M, UNSIGNEDP, TYPE)
!      A macro to update M and UNSIGNEDP when an object whose type is TYPE
!      and which has the specified mode and signedness is to be stored in
!      a register.  This macro is only called when TYPE is a scalar type.
  
!      On most RISC machines, which only have operations that operate on a
!      full register, define this macro to set M to 'word_mode' if M is an
!      integer mode narrower than 'BITS_PER_WORD'.  In most cases, only
!      integer modes should be widened because wider-precision
       floating-point operations are usually more expensive than their
       narrower counterparts.
  
--- 29153,29189 ----
  
   -- Macro: MIN_UNITS_PER_WORD
       Minimum number of units in a word.  If this is undefined, the
!      default is `UNITS_PER_WORD'.  Otherwise, it is the constant value
!      that is the smallest value that `UNITS_PER_WORD' can have at
       run-time.
  
   -- Macro: POINTER_SIZE
       Width of a pointer, in bits.  You must specify a value no wider
!      than the width of `Pmode'.  If it is not equal to the width of
!      `Pmode', you must define `POINTERS_EXTEND_UNSIGNED'.  If you do
!      not specify a value the default is `BITS_PER_WORD'.
  
   -- Macro: POINTERS_EXTEND_UNSIGNED
       A C expression that determines how pointers should be extended from
!      `ptr_mode' to either `Pmode' or `word_mode'.  It is greater than
       zero if pointers should be zero-extended, zero if they should be
       sign-extended, and negative if some other sort of conversion is
       needed.  In the last case, the extension is done by the target's
!      `ptr_extend' instruction.
  
!      You need not define this macro if the `ptr_mode', `Pmode' and
!      `word_mode' are all the same width.
  
   -- Macro: PROMOTE_MODE (M, UNSIGNEDP, TYPE)
!      A macro to update M and UNSIGNEDP when an object whose type is
!      TYPE and which has the specified mode and signedness is to be
!      stored in a register.  This macro is only called when TYPE is a
!      scalar type.
  
!      On most RISC machines, which only have operations that operate on
!      a full register, define this macro to set M to `word_mode' if M is
!      an integer mode narrower than `BITS_PER_WORD'.  In most cases,
!      only integer modes should be widened because wider-precision
       floating-point operations are usually more expensive than their
       narrower counterparts.
  
*************** expressions that refer to static variabl
*** 28810,28852 ****
   -- Target Hook: enum flt_eval_method TARGET_C_EXCESS_PRECISION (enum
            excess_precision_type TYPE)
       Return a value, with the same meaning as the C99 macro
!      'FLT_EVAL_METHOD' that describes which excess precision should be
!      applied.  TYPE is either 'EXCESS_PRECISION_TYPE_IMPLICIT',
!      'EXCESS_PRECISION_TYPE_FAST', or 'EXCESS_PRECISION_TYPE_STANDARD'.
!      For 'EXCESS_PRECISION_TYPE_IMPLICIT', the target should return
!      which precision and range operations will be implictly evaluated in
!      regardless of the excess precision explicitly added.  For
!      'EXCESS_PRECISION_TYPE_STANDARD' and 'EXCESS_PRECISION_TYPE_FAST',
       the target should return the explicit excess precision that should
       be added depending on the value set for
!      '-fexcess-precision=[standard|fast]'.  Note that unpredictable
       explicit excess precision does not make sense, so a target should
!      never return 'FLT_EVAL_METHOD_UNPREDICTABLE' when TYPE is
!      'EXCESS_PRECISION_TYPE_STANDARD' or 'EXCESS_PRECISION_TYPE_FAST'.
  
   -- Target Hook: machine_mode TARGET_PROMOTE_FUNCTION_MODE (const_tree
            TYPE, machine_mode MODE, int *PUNSIGNEDP, const_tree FUNTYPE,
            int FOR_RETURN)
!      Like 'PROMOTE_MODE', but it is applied to outgoing function
!      arguments or function return values.  The target hook should return
!      the new mode and possibly change '*PUNSIGNEDP' if the promotion
!      should change signedness.  This function is called only for scalar
!      _or pointer_ types.
  
       FOR_RETURN allows to distinguish the promotion of arguments and
!      return values.  If it is '1', a return value is being promoted and
!      'TARGET_FUNCTION_VALUE' must perform the same promotions done here.
!      If it is '2', the returned mode should be that of the register in
       which an incoming parameter is copied, or the outgoing result is
       computed; then the hook should return the same mode as
!      'promote_mode', though the signedness may be different.
  
       TYPE can be NULL when promoting function arguments of libcalls.
  
       The default is to not promote arguments and return values.  You can
       also define the hook to
!      'default_promote_function_mode_always_promote' if you would like to
!      apply the same rules given by 'PROMOTE_MODE'.
  
   -- Macro: PARM_BOUNDARY
       Normal alignment required for function parameters on the stack, in
--- 29200,29242 ----
   -- Target Hook: enum flt_eval_method TARGET_C_EXCESS_PRECISION (enum
            excess_precision_type TYPE)
       Return a value, with the same meaning as the C99 macro
!      `FLT_EVAL_METHOD' that describes which excess precision should be
!      applied.  TYPE is either `EXCESS_PRECISION_TYPE_IMPLICIT',
!      `EXCESS_PRECISION_TYPE_FAST', or `EXCESS_PRECISION_TYPE_STANDARD'.
!      For `EXCESS_PRECISION_TYPE_IMPLICIT', the target should return
!      which precision and range operations will be implictly evaluated
!      in regardless of the excess precision explicitly added.  For
!      `EXCESS_PRECISION_TYPE_STANDARD' and `EXCESS_PRECISION_TYPE_FAST',
       the target should return the explicit excess precision that should
       be added depending on the value set for
!      `-fexcess-precision=[standard|fast]'. Note that unpredictable
       explicit excess precision does not make sense, so a target should
!      never return `FLT_EVAL_METHOD_UNPREDICTABLE' when TYPE is
!      `EXCESS_PRECISION_TYPE_STANDARD' or `EXCESS_PRECISION_TYPE_FAST'.
  
   -- Target Hook: machine_mode TARGET_PROMOTE_FUNCTION_MODE (const_tree
            TYPE, machine_mode MODE, int *PUNSIGNEDP, const_tree FUNTYPE,
            int FOR_RETURN)
!      Like `PROMOTE_MODE', but it is applied to outgoing function
!      arguments or function return values.  The target hook should
!      return the new mode and possibly change `*PUNSIGNEDP' if the
!      promotion should change signedness.  This function is called only
!      for scalar _or pointer_ types.
  
       FOR_RETURN allows to distinguish the promotion of arguments and
!      return values.  If it is `1', a return value is being promoted and
!      `TARGET_FUNCTION_VALUE' must perform the same promotions done here.
!      If it is `2', the returned mode should be that of the register in
       which an incoming parameter is copied, or the outgoing result is
       computed; then the hook should return the same mode as
!      `promote_mode', though the signedness may be different.
  
       TYPE can be NULL when promoting function arguments of libcalls.
  
       The default is to not promote arguments and return values.  You can
       also define the hook to
!      `default_promote_function_mode_always_promote' if you would like
!      to apply the same rules given by `PROMOTE_MODE'.
  
   -- Macro: PARM_BOUNDARY
       Normal alignment required for function parameters on the stack, in
*************** expressions that refer to static variabl
*** 28855,28878 ****
       size of an integer.
  
   -- Macro: STACK_BOUNDARY
!      Define this macro to the minimum alignment enforced by hardware for
!      the stack pointer on this machine.  The definition is a C
       expression for the desired alignment (measured in bits).  This
!      value is used as a default if 'PREFERRED_STACK_BOUNDARY' is not
       defined.  On most machines, this should be the same as
!      'PARM_BOUNDARY'.
  
   -- Macro: PREFERRED_STACK_BOUNDARY
       Define this macro if you wish to preserve a certain alignment for
       the stack pointer, greater than what the hardware enforces.  The
!      definition is a C expression for the desired alignment (measured in
!      bits).  This macro must evaluate to a value equal to or larger than
!      'STACK_BOUNDARY'.
  
   -- Macro: INCOMING_STACK_BOUNDARY
       Define this macro if the incoming stack boundary may be different
!      from 'PREFERRED_STACK_BOUNDARY'.  This macro must evaluate to a
!      value equal to or larger than 'STACK_BOUNDARY'.
  
   -- Macro: FUNCTION_BOUNDARY
       Alignment required for a function entry point, in bits.
--- 29245,29268 ----
       size of an integer.
  
   -- Macro: STACK_BOUNDARY
!      Define this macro to the minimum alignment enforced by hardware
!      for the stack pointer on this machine.  The definition is a C
       expression for the desired alignment (measured in bits).  This
!      value is used as a default if `PREFERRED_STACK_BOUNDARY' is not
       defined.  On most machines, this should be the same as
!      `PARM_BOUNDARY'.
  
   -- Macro: PREFERRED_STACK_BOUNDARY
       Define this macro if you wish to preserve a certain alignment for
       the stack pointer, greater than what the hardware enforces.  The
!      definition is a C expression for the desired alignment (measured
!      in bits).  This macro must evaluate to a value equal to or larger
!      than `STACK_BOUNDARY'.
  
   -- Macro: INCOMING_STACK_BOUNDARY
       Define this macro if the incoming stack boundary may be different
!      from `PREFERRED_STACK_BOUNDARY'.  This macro must evaluate to a
!      value equal to or larger than `STACK_BOUNDARY'.
  
   -- Macro: FUNCTION_BOUNDARY
       Alignment required for a function entry point, in bits.
*************** expressions that refer to static variabl
*** 28886,28958 ****
   -- Target Hook: HOST_WIDE_INT TARGET_ABSOLUTE_BIGGEST_ALIGNMENT
       If defined, this target hook specifies the absolute biggest
       alignment that a type or variable can have on this machine,
!      otherwise, 'BIGGEST_ALIGNMENT' is used.
  
   -- Macro: MALLOC_ABI_ALIGNMENT
       Alignment, in bits, a C conformant malloc implementation has to
!      provide.  If not defined, the default value is 'BITS_PER_WORD'.
  
   -- Macro: ATTRIBUTE_ALIGNED_VALUE
!      Alignment used by the '__attribute__ ((aligned))' construct.  If
!      not defined, the default value is 'BIGGEST_ALIGNMENT'.
  
   -- Macro: MINIMUM_ATOMIC_ALIGNMENT
       If defined, the smallest alignment, in bits, that can be given to
       an object that can be referenced in one operation, without
!      disturbing any nearby object.  Normally, this is 'BITS_PER_UNIT',
       but may be larger on machines that don't have byte or half-word
       store operations.
  
   -- Macro: BIGGEST_FIELD_ALIGNMENT
       Biggest alignment that any structure or union field can require on
       this machine, in bits.  If defined, this overrides
!      'BIGGEST_ALIGNMENT' for structure and union fields only, unless the
!      field alignment has been set by the '__attribute__ ((aligned (N)))'
!      construct.
  
   -- Macro: ADJUST_FIELD_ALIGN (FIELD, TYPE, COMPUTED)
       An expression for the alignment of a structure field FIELD of type
!      TYPE if the alignment computed in the usual way (including applying
!      of 'BIGGEST_ALIGNMENT' and 'BIGGEST_FIELD_ALIGNMENT' to the
!      alignment) is COMPUTED.  It overrides alignment only if the field
!      alignment has not been set by the '__attribute__ ((aligned (N)))'
!      construct.  Note that FIELD may be 'NULL_TREE' in case we just
!      query for the minimum alignment of a field of type TYPE in
       structure context.
  
   -- Macro: MAX_STACK_ALIGNMENT
       Biggest stack alignment guaranteed by the backend.  Use this macro
       to specify the maximum alignment of a variable on stack.
  
!      If not defined, the default value is 'STACK_BOUNDARY'.
  
   -- Macro: MAX_OFILE_ALIGNMENT
       Biggest alignment supported by the object file format of this
       machine.  Use this macro to limit the alignment which can be
!      specified using the '__attribute__ ((aligned (N)))' construct.  If
!      not defined, the default value is 'BIGGEST_ALIGNMENT'.
  
!      On systems that use ELF, the default (in 'config/elfos.h') is the
       largest supported 32-bit ELF section alignment representable on a
!      32-bit host e.g.  '(((uint64_t) 1 << 28) * 8)'.  On 32-bit ELF the
!      largest supported section alignment in bits is '(0x80000000 * 8)',
       but this is not representable on 32-bit hosts.
  
   -- Macro: DATA_ALIGNMENT (TYPE, BASIC-ALIGN)
       If defined, a C expression to compute the alignment for a variable
!      in the static store.  TYPE is the data type, and BASIC-ALIGN is the
!      alignment that the object would ordinarily have.  The value of this
!      macro is used instead of that alignment to align the object.
  
       If this macro is not defined, then BASIC-ALIGN is used.
  
       One use of this macro is to increase alignment of medium-size data
       to make it all fit in fewer cache lines.  Another is to cause
!      character arrays to be word-aligned so that 'strcpy' calls that
       copy constants to character arrays can be done inline.
  
   -- Macro: DATA_ABI_ALIGNMENT (TYPE, BASIC-ALIGN)
!      Similar to 'DATA_ALIGNMENT', but for the cases where the ABI
       mandates some alignment increase, instead of optimization only
       purposes.  E.g. AMD x86-64 psABI says that variables with array
       type larger than 15 bytes must be aligned to 16 byte boundaries.
--- 29276,29349 ----
   -- Target Hook: HOST_WIDE_INT TARGET_ABSOLUTE_BIGGEST_ALIGNMENT
       If defined, this target hook specifies the absolute biggest
       alignment that a type or variable can have on this machine,
!      otherwise, `BIGGEST_ALIGNMENT' is used.
  
   -- Macro: MALLOC_ABI_ALIGNMENT
       Alignment, in bits, a C conformant malloc implementation has to
!      provide.  If not defined, the default value is `BITS_PER_WORD'.
  
   -- Macro: ATTRIBUTE_ALIGNED_VALUE
!      Alignment used by the `__attribute__ ((aligned))' construct.  If
!      not defined, the default value is `BIGGEST_ALIGNMENT'.
  
   -- Macro: MINIMUM_ATOMIC_ALIGNMENT
       If defined, the smallest alignment, in bits, that can be given to
       an object that can be referenced in one operation, without
!      disturbing any nearby object.  Normally, this is `BITS_PER_UNIT',
       but may be larger on machines that don't have byte or half-word
       store operations.
  
   -- Macro: BIGGEST_FIELD_ALIGNMENT
       Biggest alignment that any structure or union field can require on
       this machine, in bits.  If defined, this overrides
!      `BIGGEST_ALIGNMENT' for structure and union fields only, unless
!      the field alignment has been set by the `__attribute__ ((aligned
!      (N)))' construct.
  
   -- Macro: ADJUST_FIELD_ALIGN (FIELD, TYPE, COMPUTED)
       An expression for the alignment of a structure field FIELD of type
!      TYPE if the alignment computed in the usual way (including
!      applying of `BIGGEST_ALIGNMENT' and `BIGGEST_FIELD_ALIGNMENT' to
!      the alignment) is COMPUTED.  It overrides alignment only if the
!      field alignment has not been set by the `__attribute__ ((aligned
!      (N)))' construct.  Note that FIELD may be `NULL_TREE' in case we
!      just query for the minimum alignment of a field of type TYPE in
       structure context.
  
   -- Macro: MAX_STACK_ALIGNMENT
       Biggest stack alignment guaranteed by the backend.  Use this macro
       to specify the maximum alignment of a variable on stack.
  
!      If not defined, the default value is `STACK_BOUNDARY'.
! 
  
   -- Macro: MAX_OFILE_ALIGNMENT
       Biggest alignment supported by the object file format of this
       machine.  Use this macro to limit the alignment which can be
!      specified using the `__attribute__ ((aligned (N)))' construct.  If
!      not defined, the default value is `BIGGEST_ALIGNMENT'.
  
!      On systems that use ELF, the default (in `config/elfos.h') is the
       largest supported 32-bit ELF section alignment representable on a
!      32-bit host e.g. `(((uint64_t) 1 << 28) * 8)'.  On 32-bit ELF the
!      largest supported section alignment in bits is `(0x80000000 * 8)',
       but this is not representable on 32-bit hosts.
  
   -- Macro: DATA_ALIGNMENT (TYPE, BASIC-ALIGN)
       If defined, a C expression to compute the alignment for a variable
!      in the static store.  TYPE is the data type, and BASIC-ALIGN is
!      the alignment that the object would ordinarily have.  The value of
!      this macro is used instead of that alignment to align the object.
  
       If this macro is not defined, then BASIC-ALIGN is used.
  
       One use of this macro is to increase alignment of medium-size data
       to make it all fit in fewer cache lines.  Another is to cause
!      character arrays to be word-aligned so that `strcpy' calls that
       copy constants to character arrays can be done inline.
  
   -- Macro: DATA_ABI_ALIGNMENT (TYPE, BASIC-ALIGN)
!      Similar to `DATA_ALIGNMENT', but for the cases where the ABI
       mandates some alignment increase, instead of optimization only
       purposes.  E.g. AMD x86-64 psABI says that variables with array
       type larger than 15 bytes must be aligned to 16 byte boundaries.
*************** expressions that refer to static variabl
*** 28969,28975 ****
       The default definition just returns BASIC-ALIGN.
  
       The typical use of this macro is to increase alignment for string
!      constants to be word aligned so that 'strcpy' calls that copy
       constants can be done inline.
  
   -- Macro: LOCAL_ALIGNMENT (TYPE, BASIC-ALIGN)
--- 29360,29366 ----
       The default definition just returns BASIC-ALIGN.
  
       The typical use of this macro is to increase alignment for string
!      constants to be word aligned so that `strcpy' calls that copy
       constants can be done inline.
  
   -- Macro: LOCAL_ALIGNMENT (TYPE, BASIC-ALIGN)
*************** expressions that refer to static variabl
*** 28988,28997 ****
  
   -- Target Hook: HOST_WIDE_INT TARGET_VECTOR_ALIGNMENT (const_tree TYPE)
       This hook can be used to define the alignment for a vector of type
!      TYPE, in order to comply with a platform ABI. The default is to
!      require natural alignment for vector types.  The alignment returned
!      by this hook must be a power-of-two multiple of the default
!      alignment of the vector element type.
  
   -- Macro: STACK_SLOT_ALIGNMENT (TYPE, MODE, BASIC-ALIGN)
       If defined, a C expression to compute the alignment for stack slot.
--- 29379,29388 ----
  
   -- Target Hook: HOST_WIDE_INT TARGET_VECTOR_ALIGNMENT (const_tree TYPE)
       This hook can be used to define the alignment for a vector of type
!      TYPE, in order to comply with a platform ABI.  The default is to
!      require natural alignment for vector types.  The alignment
!      returned by this hook must be a power-of-two multiple of the
!      default alignment of the vector element type.
  
   -- Macro: STACK_SLOT_ALIGNMENT (TYPE, MODE, BASIC-ALIGN)
       If defined, a C expression to compute the alignment for stack slot.
*************** expressions that refer to static variabl
*** 29000,29007 ****
       The value of this macro is used instead of that alignment to align
       the slot.
  
!      If this macro is not defined, then BASIC-ALIGN is used when TYPE is
!      'NULL'.  Otherwise, 'LOCAL_ALIGNMENT' will be used.
  
       This macro is to set alignment of stack slot to the maximum
       alignment of all possible modes which the slot may have.
--- 29391,29398 ----
       The value of this macro is used instead of that alignment to align
       the slot.
  
!      If this macro is not defined, then BASIC-ALIGN is used when TYPE
!      is `NULL'.  Otherwise, `LOCAL_ALIGNMENT' will be used.
  
       This macro is to set alignment of stack slot to the maximum
       alignment of all possible modes which the slot may have.
*************** expressions that refer to static variabl
*** 29013,29019 ****
       If defined, a C expression to compute the alignment for a local
       variable DECL.
  
!      If this macro is not defined, then 'LOCAL_ALIGNMENT (TREE_TYPE
       (DECL), DECL_ALIGN (DECL))' is used.
  
       One use of this macro is to increase alignment of medium-size data
--- 29404,29410 ----
       If defined, a C expression to compute the alignment for a local
       variable DECL.
  
!      If this macro is not defined, then `LOCAL_ALIGNMENT (TREE_TYPE
       (DECL), DECL_ALIGN (DECL))' is used.
  
       One use of this macro is to increase alignment of medium-size data
*************** expressions that refer to static variabl
*** 29024,29039 ****
  
   -- Macro: MINIMUM_ALIGNMENT (EXP, MODE, ALIGN)
       If defined, a C expression to compute the minimum required
!      alignment for dynamic stack realignment purposes for EXP (a type or
!      decl), MODE, assuming normal alignment ALIGN.
  
       If this macro is not defined, then ALIGN will be used.
  
   -- Macro: EMPTY_FIELD_BOUNDARY
!      Alignment in bits to be given to a structure bit-field that follows
!      an empty field such as 'int : 0;'.
  
!      If 'PCC_BITFIELD_TYPE_MATTERS' is true, it overrides this macro.
  
   -- Macro: STRUCTURE_SIZE_BOUNDARY
       Number of bits which any structure or union's size must be a
--- 29415,29430 ----
  
   -- Macro: MINIMUM_ALIGNMENT (EXP, MODE, ALIGN)
       If defined, a C expression to compute the minimum required
!      alignment for dynamic stack realignment purposes for EXP (a type
!      or decl), MODE, assuming normal alignment ALIGN.
  
       If this macro is not defined, then ALIGN will be used.
  
   -- Macro: EMPTY_FIELD_BOUNDARY
!      Alignment in bits to be given to a structure bit-field that
!      follows an empty field such as `int : 0;'.
  
!      If `PCC_BITFIELD_TYPE_MATTERS' is true, it overrides this macro.
  
   -- Macro: STRUCTURE_SIZE_BOUNDARY
       Number of bits which any structure or union's size must be a
*************** expressions that refer to static variabl
*** 29041,29047 ****
       multiple of this.
  
       If you do not define this macro, the default is the same as
!      'BITS_PER_UNIT'.
  
   -- Macro: STRICT_ALIGNMENT
       Define this macro to be the value 1 if instructions will fail to
--- 29432,29438 ----
       multiple of this.
  
       If you do not define this macro, the default is the same as
!      `BITS_PER_UNIT'.
  
   -- Macro: STRICT_ALIGNMENT
       Define this macro to be the value 1 if instructions will fail to
*************** expressions that refer to static variabl
*** 29053,29067 ****
       handle alignment of bit-fields and the structures that contain
       them.
  
!      The behavior is that the type written for a named bit-field ('int',
!      'short', or other integer type) imposes an alignment for the entire
!      structure, as if the structure really did contain an ordinary field
!      of that type.  In addition, the bit-field is placed within the
!      structure so that it would fit within such a field, not crossing a
!      boundary for it.
  
       Thus, on most machines, a named bit-field whose type is written as
!      'int' would not cross a four-byte boundary, and would force
       four-byte alignment for the whole structure.  (The alignment used
       may not be four bytes; it is controlled by the other alignment
       parameters.)
--- 29444,29458 ----
       handle alignment of bit-fields and the structures that contain
       them.
  
!      The behavior is that the type written for a named bit-field (`int',
!      `short', or other integer type) imposes an alignment for the entire
!      structure, as if the structure really did contain an ordinary
!      field of that type.  In addition, the bit-field is placed within
!      the structure so that it would fit within such a field, not
!      crossing a boundary for it.
  
       Thus, on most machines, a named bit-field whose type is written as
!      `int' would not cross a four-byte boundary, and would force
       four-byte alignment for the whole structure.  (The alignment used
       may not be four bytes; it is controlled by the other alignment
       parameters.)
*************** expressions that refer to static variabl
*** 29069,29089 ****
       An unnamed bit-field will not affect the alignment of the
       containing structure.
  
!      If the macro is defined, its definition should be a C expression; a
!      nonzero value for the expression enables this behavior.
  
       Note that if this macro is not defined, or its value is zero, some
       bit-fields may cross more than one alignment boundary.  The
!      compiler can support such references if there are 'insv', 'extv',
!      and 'extzv' insns that can directly reference memory.
  
       The other known way of making bit-fields work is to define
!      'STRUCTURE_SIZE_BOUNDARY' as large as 'BIGGEST_ALIGNMENT'.  Then
       every structure can be accessed with fullwords.
  
       Unless the machine has bit-field instructions or you define
!      'STRUCTURE_SIZE_BOUNDARY' that way, you must define
!      'PCC_BITFIELD_TYPE_MATTERS' to have a nonzero value.
  
       If your aim is to make GCC use the same conventions for laying out
       bit-fields as are used by another compiler, here is how to
--- 29460,29480 ----
       An unnamed bit-field will not affect the alignment of the
       containing structure.
  
!      If the macro is defined, its definition should be a C expression;
!      a nonzero value for the expression enables this behavior.
  
       Note that if this macro is not defined, or its value is zero, some
       bit-fields may cross more than one alignment boundary.  The
!      compiler can support such references if there are `insv', `extv',
!      and `extzv' insns that can directly reference memory.
  
       The other known way of making bit-fields work is to define
!      `STRUCTURE_SIZE_BOUNDARY' as large as `BIGGEST_ALIGNMENT'.  Then
       every structure can be accessed with fullwords.
  
       Unless the machine has bit-field instructions or you define
!      `STRUCTURE_SIZE_BOUNDARY' that way, you must define
!      `PCC_BITFIELD_TYPE_MATTERS' to have a nonzero value.
  
       If your aim is to make GCC use the same conventions for laying out
       bit-fields as are used by another compiler, here is how to
*************** expressions that refer to static variabl
*** 29114,29142 ****
            }
  
       If this prints 2 and 5, then the compiler's behavior is what you
!      would get from 'PCC_BITFIELD_TYPE_MATTERS'.
  
   -- Macro: BITFIELD_NBYTES_LIMITED
!      Like 'PCC_BITFIELD_TYPE_MATTERS' except that its effect is limited
       to aligning a bit-field within the structure.
  
   -- Target Hook: bool TARGET_ALIGN_ANON_BITFIELD (void)
!      When 'PCC_BITFIELD_TYPE_MATTERS' is true this hook will determine
       whether unnamed bitfields affect the alignment of the containing
       structure.  The hook should return true if the structure should
       inherit the alignment requirements of an unnamed bitfield's type.
  
   -- Target Hook: bool TARGET_NARROW_VOLATILE_BITFIELD (void)
!      This target hook should return 'true' if accesses to volatile
!      bitfields should use the narrowest mode possible.  It should return
!      'false' if these accesses should use the bitfield container type.
  
!      The default is 'false'.
  
   -- Target Hook: bool TARGET_MEMBER_TYPE_FORCES_BLK (const_tree FIELD,
            machine_mode MODE)
       Return true if a structure, union or array containing FIELD should
!      be accessed using 'BLKMODE'.
  
       If FIELD is the only field in the structure, MODE is its mode,
       otherwise MODE is VOIDmode.  MODE is provided in the case where
--- 29505,29534 ----
            }
  
       If this prints 2 and 5, then the compiler's behavior is what you
!      would get from `PCC_BITFIELD_TYPE_MATTERS'.
  
   -- Macro: BITFIELD_NBYTES_LIMITED
!      Like `PCC_BITFIELD_TYPE_MATTERS' except that its effect is limited
       to aligning a bit-field within the structure.
  
   -- Target Hook: bool TARGET_ALIGN_ANON_BITFIELD (void)
!      When `PCC_BITFIELD_TYPE_MATTERS' is true this hook will determine
       whether unnamed bitfields affect the alignment of the containing
       structure.  The hook should return true if the structure should
       inherit the alignment requirements of an unnamed bitfield's type.
  
   -- Target Hook: bool TARGET_NARROW_VOLATILE_BITFIELD (void)
!      This target hook should return `true' if accesses to volatile
!      bitfields should use the narrowest mode possible.  It should
!      return `false' if these accesses should use the bitfield container
!      type.
  
!      The default is `false'.
  
   -- Target Hook: bool TARGET_MEMBER_TYPE_FORCES_BLK (const_tree FIELD,
            machine_mode MODE)
       Return true if a structure, union or array containing FIELD should
!      be accessed using `BLKMODE'.
  
       If FIELD is the only field in the structure, MODE is its mode,
       otherwise MODE is VOIDmode.  MODE is provided in the case where
*************** expressions that refer to static variabl
*** 29151,29205 ****
       usual way is COMPUTED and the alignment explicitly specified was
       SPECIFIED.
  
!      The default is to use SPECIFIED if it is larger; otherwise, use the
!      smaller of COMPUTED and 'BIGGEST_ALIGNMENT'
  
   -- Macro: MAX_FIXED_MODE_SIZE
       An integer expression for the size in bits of the largest integer
       machine mode that should actually be used.  All integer machine
!      modes of this size or smaller can be used for structures and unions
!      with the appropriate sizes.  If this macro is undefined,
!      'GET_MODE_BITSIZE (DImode)' is assumed.
  
   -- Macro: STACK_SAVEAREA_MODE (SAVE_LEVEL)
!      If defined, an expression of type 'machine_mode' that specifies the
!      mode of the save area operand of a 'save_stack_LEVEL' named pattern
!      (*note Standard Names::).  SAVE_LEVEL is one of 'SAVE_BLOCK',
!      'SAVE_FUNCTION', or 'SAVE_NONLOCAL' and selects which of the three
!      named patterns is having its mode specified.
  
!      You need not define this macro if it always returns 'Pmode'.  You
!      would most commonly define this macro if the 'save_stack_LEVEL'
       patterns need to support both a 32- and a 64-bit mode.
  
   -- Macro: STACK_SIZE_MODE
!      If defined, an expression of type 'machine_mode' that specifies the
!      mode of the size increment operand of an 'allocate_stack' named
!      pattern (*note Standard Names::).
  
!      You need not define this macro if it always returns 'word_mode'.
!      You would most commonly define this macro if the 'allocate_stack'
       pattern needs to support both a 32- and a 64-bit mode.
  
   -- Target Hook: machine_mode TARGET_LIBGCC_CMP_RETURN_MODE (void)
       This target hook should return the mode to be used for the return
       value of compare instructions expanded to libgcc calls.  If not
!      defined 'word_mode' is returned which is the right choice for a
       majority of targets.
  
   -- Target Hook: machine_mode TARGET_LIBGCC_SHIFT_COUNT_MODE (void)
       This target hook should return the mode to be used for the shift
       count operand of shift instructions expanded to libgcc calls.  If
!      not defined 'word_mode' is returned which is the right choice for a
!      majority of targets.
  
   -- Target Hook: machine_mode TARGET_UNWIND_WORD_MODE (void)
!      Return machine mode to be used for '_Unwind_Word' type.  The
!      default is to use 'word_mode'.
  
   -- Target Hook: bool TARGET_MS_BITFIELD_LAYOUT_P (const_tree
            RECORD_TYPE)
!      This target hook returns 'true' if bit-fields in the given
       RECORD_TYPE are to be laid out following the rules of Microsoft
       Visual C/C++, namely: (i) a bit-field won't share the same storage
       unit with the previous bit-field if their underlying types have
--- 29543,29597 ----
       usual way is COMPUTED and the alignment explicitly specified was
       SPECIFIED.
  
!      The default is to use SPECIFIED if it is larger; otherwise, use
!      the smaller of COMPUTED and `BIGGEST_ALIGNMENT'
  
   -- Macro: MAX_FIXED_MODE_SIZE
       An integer expression for the size in bits of the largest integer
       machine mode that should actually be used.  All integer machine
!      modes of this size or smaller can be used for structures and
!      unions with the appropriate sizes.  If this macro is undefined,
!      `GET_MODE_BITSIZE (DImode)' is assumed.
  
   -- Macro: STACK_SAVEAREA_MODE (SAVE_LEVEL)
!      If defined, an expression of type `machine_mode' that specifies
!      the mode of the save area operand of a `save_stack_LEVEL' named
!      pattern (*note Standard Names::).  SAVE_LEVEL is one of
!      `SAVE_BLOCK', `SAVE_FUNCTION', or `SAVE_NONLOCAL' and selects
!      which of the three named patterns is having its mode specified.
  
!      You need not define this macro if it always returns `Pmode'.  You
!      would most commonly define this macro if the `save_stack_LEVEL'
       patterns need to support both a 32- and a 64-bit mode.
  
   -- Macro: STACK_SIZE_MODE
!      If defined, an expression of type `machine_mode' that specifies
!      the mode of the size increment operand of an `allocate_stack'
!      named pattern (*note Standard Names::).
  
!      You need not define this macro if it always returns `word_mode'.
!      You would most commonly define this macro if the `allocate_stack'
       pattern needs to support both a 32- and a 64-bit mode.
  
   -- Target Hook: machine_mode TARGET_LIBGCC_CMP_RETURN_MODE (void)
       This target hook should return the mode to be used for the return
       value of compare instructions expanded to libgcc calls.  If not
!      defined `word_mode' is returned which is the right choice for a
       majority of targets.
  
   -- Target Hook: machine_mode TARGET_LIBGCC_SHIFT_COUNT_MODE (void)
       This target hook should return the mode to be used for the shift
       count operand of shift instructions expanded to libgcc calls.  If
!      not defined `word_mode' is returned which is the right choice for
!      a majority of targets.
  
   -- Target Hook: machine_mode TARGET_UNWIND_WORD_MODE (void)
!      Return machine mode to be used for `_Unwind_Word' type.  The
!      default is to use `word_mode'.
  
   -- Target Hook: bool TARGET_MS_BITFIELD_LAYOUT_P (const_tree
            RECORD_TYPE)
!      This target hook returns `true' if bit-fields in the given
       RECORD_TYPE are to be laid out following the rules of Microsoft
       Visual C/C++, namely: (i) a bit-field won't share the same storage
       unit with the previous bit-field if their underlying types have
*************** expressions that refer to static variabl
*** 29208,29214 ****
       bit-field; (ii) a zero-sized bit-field will affect the alignment of
       the whole enclosing structure, even if it is unnamed; except that
       (iii) a zero-sized bit-field will be disregarded unless it follows
!      another bit-field of nonzero size.  If this hook returns 'true',
       other macros that control bit-field layout are ignored.
  
       When a bit-field is inserted into a packed record, the whole size
--- 29600,29606 ----
       bit-field; (ii) a zero-sized bit-field will affect the alignment of
       the whole enclosing structure, even if it is unnamed; except that
       (iii) a zero-sized bit-field will be disregarded unless it follows
!      another bit-field of nonzero size.  If this hook returns `true',
       other macros that control bit-field layout are ignored.
  
       When a bit-field is inserted into a packed record, the whole size
*************** expressions that refer to static variabl
*** 29219,29226 ****
       of that size is allocated).  In an unpacked record, this is the
       same as using alignment, but not equivalent when packing.
  
!      If both MS bit-fields and '__attribute__((packed))' are used, the
!      latter will take precedence.  If '__attribute__((packed))' is used
       on a single field when MS bit-fields are in use, it will take
       precedence for that field, but the alignment of the rest of the
       structure may affect its placement.
--- 29611,29618 ----
       of that size is allocated).  In an unpacked record, this is the
       same as using alignment, but not equivalent when packing.
  
!      If both MS bit-fields and `__attribute__((packed))' are used, the
!      latter will take precedence.  If `__attribute__((packed))' is used
       on a single field when MS bit-fields are in use, it will take
       precedence for that field, but the alignment of the rest of the
       structure may affect its placement.
*************** expressions that refer to static variabl
*** 29233,29240 ****
  
   -- Target Hook: void TARGET_EXPAND_TO_RTL_HOOK (void)
       This hook is called just before expansion into rtl, allowing the
!      target to perform additional initializations or analysis before the
!      expansion.  For example, the rs6000 port uses it to allocate a
       scratch stack slot for use in copying SDmode values between memory
       and floating point registers whenever the function being expanded
       has any SDmode usage.
--- 29625,29632 ----
  
   -- Target Hook: void TARGET_EXPAND_TO_RTL_HOOK (void)
       This hook is called just before expansion into rtl, allowing the
!      target to perform additional initializations or analysis before
!      the expansion.  For example, the rs6000 port uses it to allocate a
       scratch stack slot for use in copying SDmode values between memory
       and floating point registers whenever the function being expanded
       has any SDmode usage.
*************** expressions that refer to static variabl
*** 29250,29277 ****
       part of a C++ mangled name.  The TYPE argument is the tree
       structure representing the type to be mangled.  The hook may be
       applied to trees which are not target-specific fundamental types;
!      it should return 'NULL' for all such types, as well as arguments it
!      does not recognize.  If the return value is not 'NULL', it must
       point to a statically-allocated string constant.
  
       Target-specific fundamental types might be new fundamental types or
       qualified versions of ordinary fundamental types.  Encode new
!      fundamental types as 'u N NAME', where NAME is the name used for
       the type in source code, and N is the length of NAME in decimal.
!      Encode qualified versions of ordinary types as 'U N NAME CODE',
       where NAME is the name used for the type qualifier in source code,
       N is the length of NAME as above, and CODE is the code used to
       represent the unqualified version of this type.  (See
!      'write_builtin_type' in 'cp/mangle.c' for the list of codes.)  In
!      both cases the spaces are for clarity; do not include any spaces in
!      your string.
  
       This hook is applied to types prior to typedef resolution.  If the
!      mangled name for a particular type depends only on that type's main
!      variant, you can perform typedef resolution yourself using
!      'TYPE_MAIN_VARIANT' before mangling.
  
!      The default version of this hook always returns 'NULL', which is
       appropriate for a target that does not define any new fundamental
       types.
  
--- 29642,29669 ----
       part of a C++ mangled name.  The TYPE argument is the tree
       structure representing the type to be mangled.  The hook may be
       applied to trees which are not target-specific fundamental types;
!      it should return `NULL' for all such types, as well as arguments
!      it does not recognize.  If the return value is not `NULL', it must
       point to a statically-allocated string constant.
  
       Target-specific fundamental types might be new fundamental types or
       qualified versions of ordinary fundamental types.  Encode new
!      fundamental types as `u N NAME', where NAME is the name used for
       the type in source code, and N is the length of NAME in decimal.
!      Encode qualified versions of ordinary types as `U N NAME CODE',
       where NAME is the name used for the type qualifier in source code,
       N is the length of NAME as above, and CODE is the code used to
       represent the unqualified version of this type.  (See
!      `write_builtin_type' in `cp/mangle.c' for the list of codes.)  In
!      both cases the spaces are for clarity; do not include any spaces
!      in your string.
  
       This hook is applied to types prior to typedef resolution.  If the
!      mangled name for a particular type depends only on that type's
!      main variant, you can perform typedef resolution yourself using
!      `TYPE_MAIN_VARIANT' before mangling.
  
!      The default version of this hook always returns `NULL', which is
       appropriate for a target that does not define any new fundamental
       types.
  
*************** the previous section, these apply to spe
*** 29287,29487 ****
  languages, rather than to fundamental aspects of storage layout.
  
   -- Macro: INT_TYPE_SIZE
!      A C expression for the size in bits of the type 'int' on the target
!      machine.  If you don't define this, the default is one word.
  
   -- Macro: SHORT_TYPE_SIZE
!      A C expression for the size in bits of the type 'short' on the
       target machine.  If you don't define this, the default is half a
       word.  (If this would be less than one storage unit, it is rounded
       up to one unit.)
  
   -- Macro: LONG_TYPE_SIZE
!      A C expression for the size in bits of the type 'long' on the
       target machine.  If you don't define this, the default is one word.
  
   -- Macro: ADA_LONG_TYPE_SIZE
       On some machines, the size used for the Ada equivalent of the type
!      'long' by a native Ada compiler differs from that used by C.  In
       that situation, define this macro to be a C expression to be used
       for the size of that type.  If you don't define this, the default
!      is the value of 'LONG_TYPE_SIZE'.
  
   -- Macro: LONG_LONG_TYPE_SIZE
!      A C expression for the size in bits of the type 'long long' on the
       target machine.  If you don't define this, the default is two
       words.  If you want to support GNU Ada on your machine, the value
       of this macro must be at least 64.
  
   -- Macro: CHAR_TYPE_SIZE
!      A C expression for the size in bits of the type 'char' on the
       target machine.  If you don't define this, the default is
!      'BITS_PER_UNIT'.
  
   -- Macro: BOOL_TYPE_SIZE
!      A C expression for the size in bits of the C++ type 'bool' and C99
!      type '_Bool' on the target machine.  If you don't define this, and
!      you probably shouldn't, the default is 'CHAR_TYPE_SIZE'.
  
   -- Macro: FLOAT_TYPE_SIZE
!      A C expression for the size in bits of the type 'float' on the
       target machine.  If you don't define this, the default is one word.
  
   -- Macro: DOUBLE_TYPE_SIZE
!      A C expression for the size in bits of the type 'double' on the
       target machine.  If you don't define this, the default is two
       words.
  
   -- Macro: LONG_DOUBLE_TYPE_SIZE
!      A C expression for the size in bits of the type 'long double' on
       the target machine.  If you don't define this, the default is two
       words.
  
   -- Macro: SHORT_FRACT_TYPE_SIZE
!      A C expression for the size in bits of the type 'short _Fract' on
       the target machine.  If you don't define this, the default is
!      'BITS_PER_UNIT'.
  
   -- Macro: FRACT_TYPE_SIZE
!      A C expression for the size in bits of the type '_Fract' on the
       target machine.  If you don't define this, the default is
!      'BITS_PER_UNIT * 2'.
  
   -- Macro: LONG_FRACT_TYPE_SIZE
!      A C expression for the size in bits of the type 'long _Fract' on
       the target machine.  If you don't define this, the default is
!      'BITS_PER_UNIT * 4'.
  
   -- Macro: LONG_LONG_FRACT_TYPE_SIZE
!      A C expression for the size in bits of the type 'long long _Fract'
       on the target machine.  If you don't define this, the default is
!      'BITS_PER_UNIT * 8'.
  
   -- Macro: SHORT_ACCUM_TYPE_SIZE
!      A C expression for the size in bits of the type 'short _Accum' on
       the target machine.  If you don't define this, the default is
!      'BITS_PER_UNIT * 2'.
  
   -- Macro: ACCUM_TYPE_SIZE
!      A C expression for the size in bits of the type '_Accum' on the
       target machine.  If you don't define this, the default is
!      'BITS_PER_UNIT * 4'.
  
   -- Macro: LONG_ACCUM_TYPE_SIZE
!      A C expression for the size in bits of the type 'long _Accum' on
       the target machine.  If you don't define this, the default is
!      'BITS_PER_UNIT * 8'.
  
   -- Macro: LONG_LONG_ACCUM_TYPE_SIZE
!      A C expression for the size in bits of the type 'long long _Accum'
       on the target machine.  If you don't define this, the default is
!      'BITS_PER_UNIT * 16'.
  
   -- Macro: LIBGCC2_GNU_PREFIX
!      This macro corresponds to the 'TARGET_LIBFUNC_GNU_PREFIX' target
       hook and should be defined if that hook is overriden to be true.
!      It causes function names in libgcc to be changed to use a '__gnu_'
!      prefix for their name rather than the default '__'.  A port which
!      uses this macro should also arrange to use 't-gnu-prefix' in the
!      libgcc 'config.host'.
  
   -- Macro: WIDEST_HARDWARE_FP_SIZE
       A C expression for the size in bits of the widest floating-point
       format supported by the hardware.  If you define this macro, you
       must specify a value less than or equal to the value of
!      'LONG_DOUBLE_TYPE_SIZE'.  If you do not define this macro, the
!      value of 'LONG_DOUBLE_TYPE_SIZE' is the default.
  
   -- Macro: DEFAULT_SIGNED_CHAR
       An expression whose value is 1 or 0, according to whether the type
!      'char' should be signed or unsigned by default.  The user can
!      always override this default with the options '-fsigned-char' and
!      '-funsigned-char'.
  
   -- Target Hook: bool TARGET_DEFAULT_SHORT_ENUMS (void)
       This target hook should return true if the compiler should give an
!      'enum' type only as many bytes as it takes to represent the range
       of possible values of that type.  It should return false if all
!      'enum' types should be allocated like 'int'.
  
       The default is to return false.
  
   -- Macro: SIZE_TYPE
!      A C expression for a string describing the name of the data type to
!      use for size values.  The typedef name 'size_t' is defined using
!      the contents of the string.
  
!      The string can contain more than one keyword.  If so, separate them
!      with spaces, and write first any length keyword, then 'unsigned' if
!      appropriate, and finally 'int'.  The string must exactly match one
!      of the data type names defined in the function
!      'c_common_nodes_and_builtins' in the file 'c-family/c-common.c'.
!      You may not omit 'int' or change the order--that would cause the
       compiler to crash on startup.
  
!      If you don't define this macro, the default is '"long unsigned
       int"'.
  
   -- Macro: SIZETYPE
!      GCC defines internal types ('sizetype', 'ssizetype', 'bitsizetype'
!      and 'sbitsizetype') for expressions dealing with size.  This macro
!      is a C expression for a string describing the name of the data type
!      from which the precision of 'sizetype' is extracted.
  
!      The string has the same restrictions as 'SIZE_TYPE' string.
  
!      If you don't define this macro, the default is 'SIZE_TYPE'.
  
   -- Macro: PTRDIFF_TYPE
!      A C expression for a string describing the name of the data type to
!      use for the result of subtracting two pointers.  The typedef name
!      'ptrdiff_t' is defined using the contents of the string.  See
!      'SIZE_TYPE' above for more information.
  
!      If you don't define this macro, the default is '"long int"'.
  
   -- Macro: WCHAR_TYPE
!      A C expression for a string describing the name of the data type to
!      use for wide characters.  The typedef name 'wchar_t' is defined
!      using the contents of the string.  See 'SIZE_TYPE' above for more
       information.
  
!      If you don't define this macro, the default is '"int"'.
  
   -- Macro: WCHAR_TYPE_SIZE
       A C expression for the size in bits of the data type for wide
!      characters.  This is used in 'cpp', which cannot make use of
!      'WCHAR_TYPE'.
  
   -- Macro: WINT_TYPE
       A C expression for a string describing the name of the data type to
!      use for wide characters passed to 'printf' and returned from
!      'getwc'.  The typedef name 'wint_t' is defined using the contents
!      of the string.  See 'SIZE_TYPE' above for more information.
  
!      If you don't define this macro, the default is '"unsigned int"'.
  
   -- Macro: INTMAX_TYPE
       A C expression for a string describing the name of the data type
       that can represent any value of any standard or extended signed
!      integer type.  The typedef name 'intmax_t' is defined using the
!      contents of the string.  See 'SIZE_TYPE' above for more
       information.
  
       If you don't define this macro, the default is the first of
!      '"int"', '"long int"', or '"long long int"' that has as much
!      precision as 'long long int'.
  
   -- Macro: UINTMAX_TYPE
       A C expression for a string describing the name of the data type
       that can represent any value of any standard or extended unsigned
!      integer type.  The typedef name 'uintmax_t' is defined using the
!      contents of the string.  See 'SIZE_TYPE' above for more
       information.
  
       If you don't define this macro, the default is the first of
!      '"unsigned int"', '"long unsigned int"', or '"long long unsigned
!      int"' that has as much precision as 'long long unsigned int'.
  
   -- Macro: SIG_ATOMIC_TYPE
   -- Macro: INT8_TYPE
--- 29679,29879 ----
  languages, rather than to fundamental aspects of storage layout.
  
   -- Macro: INT_TYPE_SIZE
!      A C expression for the size in bits of the type `int' on the
!      target machine.  If you don't define this, the default is one word.
  
   -- Macro: SHORT_TYPE_SIZE
!      A C expression for the size in bits of the type `short' on the
       target machine.  If you don't define this, the default is half a
       word.  (If this would be less than one storage unit, it is rounded
       up to one unit.)
  
   -- Macro: LONG_TYPE_SIZE
!      A C expression for the size in bits of the type `long' on the
       target machine.  If you don't define this, the default is one word.
  
   -- Macro: ADA_LONG_TYPE_SIZE
       On some machines, the size used for the Ada equivalent of the type
!      `long' by a native Ada compiler differs from that used by C.  In
       that situation, define this macro to be a C expression to be used
       for the size of that type.  If you don't define this, the default
!      is the value of `LONG_TYPE_SIZE'.
  
   -- Macro: LONG_LONG_TYPE_SIZE
!      A C expression for the size in bits of the type `long long' on the
       target machine.  If you don't define this, the default is two
       words.  If you want to support GNU Ada on your machine, the value
       of this macro must be at least 64.
  
   -- Macro: CHAR_TYPE_SIZE
!      A C expression for the size in bits of the type `char' on the
       target machine.  If you don't define this, the default is
!      `BITS_PER_UNIT'.
  
   -- Macro: BOOL_TYPE_SIZE
!      A C expression for the size in bits of the C++ type `bool' and C99
!      type `_Bool' on the target machine.  If you don't define this, and
!      you probably shouldn't, the default is `CHAR_TYPE_SIZE'.
  
   -- Macro: FLOAT_TYPE_SIZE
!      A C expression for the size in bits of the type `float' on the
       target machine.  If you don't define this, the default is one word.
  
   -- Macro: DOUBLE_TYPE_SIZE
!      A C expression for the size in bits of the type `double' on the
       target machine.  If you don't define this, the default is two
       words.
  
   -- Macro: LONG_DOUBLE_TYPE_SIZE
!      A C expression for the size in bits of the type `long double' on
       the target machine.  If you don't define this, the default is two
       words.
  
   -- Macro: SHORT_FRACT_TYPE_SIZE
!      A C expression for the size in bits of the type `short _Fract' on
       the target machine.  If you don't define this, the default is
!      `BITS_PER_UNIT'.
  
   -- Macro: FRACT_TYPE_SIZE
!      A C expression for the size in bits of the type `_Fract' on the
       target machine.  If you don't define this, the default is
!      `BITS_PER_UNIT * 2'.
  
   -- Macro: LONG_FRACT_TYPE_SIZE
!      A C expression for the size in bits of the type `long _Fract' on
       the target machine.  If you don't define this, the default is
!      `BITS_PER_UNIT * 4'.
  
   -- Macro: LONG_LONG_FRACT_TYPE_SIZE
!      A C expression for the size in bits of the type `long long _Fract'
       on the target machine.  If you don't define this, the default is
!      `BITS_PER_UNIT * 8'.
  
   -- Macro: SHORT_ACCUM_TYPE_SIZE
!      A C expression for the size in bits of the type `short _Accum' on
       the target machine.  If you don't define this, the default is
!      `BITS_PER_UNIT * 2'.
  
   -- Macro: ACCUM_TYPE_SIZE
!      A C expression for the size in bits of the type `_Accum' on the
       target machine.  If you don't define this, the default is
!      `BITS_PER_UNIT * 4'.
  
   -- Macro: LONG_ACCUM_TYPE_SIZE
!      A C expression for the size in bits of the type `long _Accum' on
       the target machine.  If you don't define this, the default is
!      `BITS_PER_UNIT * 8'.
  
   -- Macro: LONG_LONG_ACCUM_TYPE_SIZE
!      A C expression for the size in bits of the type `long long _Accum'
       on the target machine.  If you don't define this, the default is
!      `BITS_PER_UNIT * 16'.
  
   -- Macro: LIBGCC2_GNU_PREFIX
!      This macro corresponds to the `TARGET_LIBFUNC_GNU_PREFIX' target
       hook and should be defined if that hook is overriden to be true.
!      It causes function names in libgcc to be changed to use a `__gnu_'
!      prefix for their name rather than the default `__'.  A port which
!      uses this macro should also arrange to use `t-gnu-prefix' in the
!      libgcc `config.host'.
  
   -- Macro: WIDEST_HARDWARE_FP_SIZE
       A C expression for the size in bits of the widest floating-point
       format supported by the hardware.  If you define this macro, you
       must specify a value less than or equal to the value of
!      `LONG_DOUBLE_TYPE_SIZE'.  If you do not define this macro, the
!      value of `LONG_DOUBLE_TYPE_SIZE' is the default.
  
   -- Macro: DEFAULT_SIGNED_CHAR
       An expression whose value is 1 or 0, according to whether the type
!      `char' should be signed or unsigned by default.  The user can
!      always override this default with the options `-fsigned-char' and
!      `-funsigned-char'.
  
   -- Target Hook: bool TARGET_DEFAULT_SHORT_ENUMS (void)
       This target hook should return true if the compiler should give an
!      `enum' type only as many bytes as it takes to represent the range
       of possible values of that type.  It should return false if all
!      `enum' types should be allocated like `int'.
  
       The default is to return false.
  
   -- Macro: SIZE_TYPE
!      A C expression for a string describing the name of the data type
!      to use for size values.  The typedef name `size_t' is defined
!      using the contents of the string.
  
!      The string can contain more than one keyword.  If so, separate
!      them with spaces, and write first any length keyword, then
!      `unsigned' if appropriate, and finally `int'.  The string must
!      exactly match one of the data type names defined in the function
!      `c_common_nodes_and_builtins' in the file `c-family/c-common.c'.
!      You may not omit `int' or change the order--that would cause the
       compiler to crash on startup.
  
!      If you don't define this macro, the default is `"long unsigned
       int"'.
  
   -- Macro: SIZETYPE
!      GCC defines internal types (`sizetype', `ssizetype', `bitsizetype'
!      and `sbitsizetype') for expressions dealing with size.  This macro
!      is a C expression for a string describing the name of the data
!      type from which the precision of `sizetype' is extracted.
  
!      The string has the same restrictions as `SIZE_TYPE' string.
  
!      If you don't define this macro, the default is `SIZE_TYPE'.
  
   -- Macro: PTRDIFF_TYPE
!      A C expression for a string describing the name of the data type
!      to use for the result of subtracting two pointers.  The typedef
!      name `ptrdiff_t' is defined using the contents of the string.  See
!      `SIZE_TYPE' above for more information.
  
!      If you don't define this macro, the default is `"long int"'.
  
   -- Macro: WCHAR_TYPE
!      A C expression for a string describing the name of the data type
!      to use for wide characters.  The typedef name `wchar_t' is defined
!      using the contents of the string.  See `SIZE_TYPE' above for more
       information.
  
!      If you don't define this macro, the default is `"int"'.
  
   -- Macro: WCHAR_TYPE_SIZE
       A C expression for the size in bits of the data type for wide
!      characters.  This is used in `cpp', which cannot make use of
!      `WCHAR_TYPE'.
  
   -- Macro: WINT_TYPE
       A C expression for a string describing the name of the data type to
!      use for wide characters passed to `printf' and returned from
!      `getwc'.  The typedef name `wint_t' is defined using the contents
!      of the string.  See `SIZE_TYPE' above for more information.
  
!      If you don't define this macro, the default is `"unsigned int"'.
  
   -- Macro: INTMAX_TYPE
       A C expression for a string describing the name of the data type
       that can represent any value of any standard or extended signed
!      integer type.  The typedef name `intmax_t' is defined using the
!      contents of the string.  See `SIZE_TYPE' above for more
       information.
  
       If you don't define this macro, the default is the first of
!      `"int"', `"long int"', or `"long long int"' that has as much
!      precision as `long long int'.
  
   -- Macro: UINTMAX_TYPE
       A C expression for a string describing the name of the data type
       that can represent any value of any standard or extended unsigned
!      integer type.  The typedef name `uintmax_t' is defined using the
!      contents of the string.  See `SIZE_TYPE' above for more
       information.
  
       If you don't define this macro, the default is the first of
!      `"unsigned int"', `"long unsigned int"', or `"long long unsigned
!      int"' that has as much precision as `long long unsigned int'.
  
   -- Macro: SIG_ATOMIC_TYPE
   -- Macro: INT8_TYPE
*************** languages, rather than to fundamental as
*** 29510,29527 ****
   -- Macro: UINT_FAST64_TYPE
   -- Macro: INTPTR_TYPE
   -- Macro: UINTPTR_TYPE
!      C expressions for the standard types 'sig_atomic_t', 'int8_t',
!      'int16_t', 'int32_t', 'int64_t', 'uint8_t', 'uint16_t', 'uint32_t',
!      'uint64_t', 'int_least8_t', 'int_least16_t', 'int_least32_t',
!      'int_least64_t', 'uint_least8_t', 'uint_least16_t',
!      'uint_least32_t', 'uint_least64_t', 'int_fast8_t', 'int_fast16_t',
!      'int_fast32_t', 'int_fast64_t', 'uint_fast8_t', 'uint_fast16_t',
!      'uint_fast32_t', 'uint_fast64_t', 'intptr_t', and 'uintptr_t'.  See
!      'SIZE_TYPE' above for more information.
  
       If any of these macros evaluates to a null pointer, the
       corresponding type is not supported; if GCC is configured to
!      provide '<stdint.h>' in such a case, the header provided may not
       conform to C99, depending on the type in question.  The defaults
       for all of these macros are null pointers.
  
--- 29902,29920 ----
   -- Macro: UINT_FAST64_TYPE
   -- Macro: INTPTR_TYPE
   -- Macro: UINTPTR_TYPE
!      C expressions for the standard types `sig_atomic_t', `int8_t',
!      `int16_t', `int32_t', `int64_t', `uint8_t', `uint16_t',
!      `uint32_t', `uint64_t', `int_least8_t', `int_least16_t',
!      `int_least32_t', `int_least64_t', `uint_least8_t',
!      `uint_least16_t', `uint_least32_t', `uint_least64_t',
!      `int_fast8_t', `int_fast16_t', `int_fast32_t', `int_fast64_t',
!      `uint_fast8_t', `uint_fast16_t', `uint_fast32_t', `uint_fast64_t',
!      `intptr_t', and `uintptr_t'.  See `SIZE_TYPE' above for more
!      information.
  
       If any of these macros evaluates to a null pointer, the
       corresponding type is not supported; if GCC is configured to
!      provide `<stdint.h>' in such a case, the header provided may not
       conform to C99, depending on the type in question.  The defaults
       for all of these macros are null pointers.
  
*************** languages, rather than to fundamental as
*** 29544,29565 ****
       vtable_index is odd, we can distinguish which variant of the union
       is in use.  But, on some platforms function pointers can be odd,
       and so this doesn't work.  In that case, we use the low-order bit
!      of the 'delta' field, and shift the remainder of the 'delta' field
       to the left.
  
       GCC will automatically make the right selection about where to
!      store this bit using the 'FUNCTION_BOUNDARY' setting for your
       platform.  However, some platforms such as ARM/Thumb have
!      'FUNCTION_BOUNDARY' set such that functions always start at even
       addresses, but the lowest bit of pointers to functions indicate
       whether the function at that address is in ARM or Thumb mode.  If
!      this is the case of your architecture, you should define this macro
!      to 'ptrmemfunc_vbit_in_delta'.
  
       In general, you should not have to define this macro.  On
       architectures in which function addresses are always even,
!      according to 'FUNCTION_BOUNDARY', GCC will automatically define
!      this macro to 'ptrmemfunc_vbit_in_pfn'.
  
   -- Macro: TARGET_VTABLE_USES_DESCRIPTORS
       Normally, the C++ compiler uses function pointers in vtables.  This
--- 29937,29958 ----
       vtable_index is odd, we can distinguish which variant of the union
       is in use.  But, on some platforms function pointers can be odd,
       and so this doesn't work.  In that case, we use the low-order bit
!      of the `delta' field, and shift the remainder of the `delta' field
       to the left.
  
       GCC will automatically make the right selection about where to
!      store this bit using the `FUNCTION_BOUNDARY' setting for your
       platform.  However, some platforms such as ARM/Thumb have
!      `FUNCTION_BOUNDARY' set such that functions always start at even
       addresses, but the lowest bit of pointers to functions indicate
       whether the function at that address is in ARM or Thumb mode.  If
!      this is the case of your architecture, you should define this
!      macro to `ptrmemfunc_vbit_in_delta'.
  
       In general, you should not have to define this macro.  On
       architectures in which function addresses are always even,
!      according to `FUNCTION_BOUNDARY', GCC will automatically define
!      this macro to `ptrmemfunc_vbit_in_pfn'.
  
   -- Macro: TARGET_VTABLE_USES_DESCRIPTORS
       Normally, the C++ compiler uses function pointers in vtables.  This
*************** languages, rather than to fundamental as
*** 29576,29587 ****
       By default, the vtable entries are void pointers, the so the
       alignment is the same as pointer alignment.  The value of this
       macro specifies the alignment of the vtable entry in bits.  It
!      should be defined only when special alignment is necessary.  */
  
   -- Macro: TARGET_VTABLE_DATA_ENTRY_DISTANCE
       There are a few non-descriptor entries in the vtable at offsets
       below zero.  If these entries must be padded (say, to preserve the
!      alignment specified by 'TARGET_VTABLE_ENTRY_ALIGN'), set this to
       the number of words in each data entry.
  
  
--- 29969,29980 ----
       By default, the vtable entries are void pointers, the so the
       alignment is the same as pointer alignment.  The value of this
       macro specifies the alignment of the vtable entry in bits.  It
!      should be defined only when special alignment is necessary. */
  
   -- Macro: TARGET_VTABLE_DATA_ENTRY_DISTANCE
       There are a few non-descriptor entries in the vtable at offsets
       below zero.  If these entries must be padded (say, to preserve the
!      alignment specified by `TARGET_VTABLE_ENTRY_ALIGN'), set this to
       the number of words in each data entry.
  
  
*************** Registers have various characteristics.
*** 29618,29626 ****
  
   -- Macro: FIRST_PSEUDO_REGISTER
       Number of hardware registers known to the compiler.  They receive
!      numbers 0 through 'FIRST_PSEUDO_REGISTER-1'; thus, the first pseudo
!      register's number really is assigned the number
!      'FIRST_PSEUDO_REGISTER'.
  
   -- Macro: FIXED_REGISTERS
       An initializer that says which registers are used for fixed
--- 30011,30019 ----
  
   -- Macro: FIRST_PSEUDO_REGISTER
       Number of hardware registers known to the compiler.  They receive
!      numbers 0 through `FIRST_PSEUDO_REGISTER-1'; thus, the first
!      pseudo register's number really is assigned the number
!      `FIRST_PSEUDO_REGISTER'.
  
   -- Macro: FIXED_REGISTERS
       An initializer that says which registers are used for fixed
*************** Registers have various characteristics.
*** 29639,29664 ****
       The table initialized from this macro, and the table initialized by
       the following one, may be overridden at run time either
       automatically, by the actions of the macro
!      'CONDITIONAL_REGISTER_USAGE', or by the user with the command
!      options '-ffixed-REG', '-fcall-used-REG' and '-fcall-saved-REG'.
  
   -- Macro: CALL_USED_REGISTERS
!      Like 'FIXED_REGISTERS' but has 1 for each register that is
       clobbered (in general) by function calls as well as for fixed
       registers.  This macro therefore identifies the registers that are
       not available for general allocation of values that must live
       across function calls.
  
!      If a register has 0 in 'CALL_USED_REGISTERS', the compiler
       automatically saves it on function entry and restores it on
       function exit, if the register is used within the function.
  
   -- Macro: CALL_REALLY_USED_REGISTERS
!      Like 'CALL_USED_REGISTERS' except this macro doesn't require that
!      the entire set of 'FIXED_REGISTERS' be included.
!      ('CALL_USED_REGISTERS' must be a superset of 'FIXED_REGISTERS').
       This macro is optional.  If not specified, it defaults to the value
!      of 'CALL_USED_REGISTERS'.
  
   -- Macro: HARD_REGNO_CALL_PART_CLOBBERED (REGNO, MODE)
       A C expression that is nonzero if it is not permissible to store a
--- 30032,30057 ----
       The table initialized from this macro, and the table initialized by
       the following one, may be overridden at run time either
       automatically, by the actions of the macro
!      `CONDITIONAL_REGISTER_USAGE', or by the user with the command
!      options `-ffixed-REG', `-fcall-used-REG' and `-fcall-saved-REG'.
  
   -- Macro: CALL_USED_REGISTERS
!      Like `FIXED_REGISTERS' but has 1 for each register that is
       clobbered (in general) by function calls as well as for fixed
       registers.  This macro therefore identifies the registers that are
       not available for general allocation of values that must live
       across function calls.
  
!      If a register has 0 in `CALL_USED_REGISTERS', the compiler
       automatically saves it on function entry and restores it on
       function exit, if the register is used within the function.
  
   -- Macro: CALL_REALLY_USED_REGISTERS
!      Like `CALL_USED_REGISTERS' except this macro doesn't require that
!      the entire set of `FIXED_REGISTERS' be included.
!      (`CALL_USED_REGISTERS' must be a superset of `FIXED_REGISTERS').
       This macro is optional.  If not specified, it defaults to the value
!      of `CALL_USED_REGISTERS'.
  
   -- Macro: HARD_REGNO_CALL_PART_CLOBBERED (REGNO, MODE)
       A C expression that is nonzero if it is not permissible to store a
*************** Registers have various characteristics.
*** 29668,29717 ****
       do not preserve the entire contents of a register across a call.
  
   -- Target Hook: void TARGET_CONDITIONAL_REGISTER_USAGE (void)
!      This hook may conditionally modify five variables 'fixed_regs',
!      'call_used_regs', 'global_regs', 'reg_names', and
!      'reg_class_contents', to take into account any dependence of these
       register sets on target flags.  The first three of these are of
!      type 'char []' (interpreted as boolean vectors).  'global_regs' is
!      a 'const char *[]', and 'reg_class_contents' is a 'HARD_REG_SET'.
!      Before the macro is called, 'fixed_regs', 'call_used_regs',
!      'reg_class_contents', and 'reg_names' have been initialized from
!      'FIXED_REGISTERS', 'CALL_USED_REGISTERS', 'REG_CLASS_CONTENTS', and
!      'REGISTER_NAMES', respectively.  'global_regs' has been cleared,
!      and any '-ffixed-REG', '-fcall-used-REG' and '-fcall-saved-REG'
!      command options have been applied.
  
       If the usage of an entire class of registers depends on the target
       flags, you may indicate this to GCC by using this macro to modify
!      'fixed_regs' and 'call_used_regs' to 1 for each of the registers in
!      the classes which should not be used by GCC.  Also make
!      'define_register_constraint's return 'NO_REGS' for constraints that
!      shouldn't be used.
  
!      (However, if this class is not included in 'GENERAL_REGS' and all
       of the insn patterns whose constraints permit this class are
       controlled by target switches, then GCC will automatically avoid
       using these registers when the target switches are opposed to
       them.)
  
   -- Macro: INCOMING_REGNO (OUT)
!      Define this macro if the target machine has register windows.  This
!      C expression returns the register number as seen by the called
!      function corresponding to the register number OUT as seen by the
!      calling function.  Return OUT if register number OUT is not an
!      outbound register.
  
   -- Macro: OUTGOING_REGNO (IN)
!      Define this macro if the target machine has register windows.  This
!      C expression returns the register number as seen by the calling
!      function corresponding to the register number IN as seen by the
!      called function.  Return IN if register number IN is not an inbound
!      register.
  
   -- Macro: LOCAL_REGNO (REGNO)
!      Define this macro if the target machine has register windows.  This
!      C expression returns true if the register is call-saved but is in
!      the register window.  Unlike most call-saved registers, such
       registers need not be explicitly restored on function exit or
       during non-local gotos.
  
--- 30061,30110 ----
       do not preserve the entire contents of a register across a call.
  
   -- Target Hook: void TARGET_CONDITIONAL_REGISTER_USAGE (void)
!      This hook may conditionally modify five variables `fixed_regs',
!      `call_used_regs', `global_regs', `reg_names', and
!      `reg_class_contents', to take into account any dependence of these
       register sets on target flags.  The first three of these are of
!      type `char []' (interpreted as boolean vectors).  `global_regs' is
!      a `const char *[]', and `reg_class_contents' is a `HARD_REG_SET'.
!      Before the macro is called, `fixed_regs', `call_used_regs',
!      `reg_class_contents', and `reg_names' have been initialized from
!      `FIXED_REGISTERS', `CALL_USED_REGISTERS', `REG_CLASS_CONTENTS',
!      and `REGISTER_NAMES', respectively.  `global_regs' has been
!      cleared, and any `-ffixed-REG', `-fcall-used-REG' and
!      `-fcall-saved-REG' command options have been applied.
  
       If the usage of an entire class of registers depends on the target
       flags, you may indicate this to GCC by using this macro to modify
!      `fixed_regs' and `call_used_regs' to 1 for each of the registers
!      in the classes which should not be used by GCC.  Also make
!      `define_register_constraint's return `NO_REGS' for constraints
!      that shouldn't be used.
  
!      (However, if this class is not included in `GENERAL_REGS' and all
       of the insn patterns whose constraints permit this class are
       controlled by target switches, then GCC will automatically avoid
       using these registers when the target switches are opposed to
       them.)
  
   -- Macro: INCOMING_REGNO (OUT)
!      Define this macro if the target machine has register windows.
!      This C expression returns the register number as seen by the
!      called function corresponding to the register number OUT as seen
!      by the calling function.  Return OUT if register number OUT is not
!      an outbound register.
  
   -- Macro: OUTGOING_REGNO (IN)
!      Define this macro if the target machine has register windows.
!      This C expression returns the register number as seen by the
!      calling function corresponding to the register number IN as seen
!      by the called function.  Return IN if register number IN is not an
!      inbound register.
  
   -- Macro: LOCAL_REGNO (REGNO)
!      Define this macro if the target machine has register windows.
!      This C expression returns true if the register is call-saved but
!      is in the register window.  Unlike most call-saved registers, such
       registers need not be explicitly restored on function exit or
       during non-local gotos.
  
*************** Registers are allocated in order.
*** 29738,29744 ****
       One use of this macro is on machines where the highest numbered
       registers must always be saved and the save-multiple-registers
       instruction supports only sequences of consecutive registers.  On
!      such machines, define 'REG_ALLOC_ORDER' to be an initializer that
       lists the highest numbered allocable register first.
  
   -- Macro: ADJUST_REG_ALLOC_ORDER
--- 30131,30137 ----
       One use of this macro is on machines where the highest numbered
       registers must always be saved and the save-multiple-registers
       instruction supports only sequences of consecutive registers.  On
!      such machines, define `REG_ALLOC_ORDER' to be an initializer that
       lists the highest numbered allocable register first.
  
   -- Macro: ADJUST_REG_ALLOC_ORDER
*************** Registers are allocated in order.
*** 29746,29767 ****
       allocate hard registers for pseudo-registers local to a basic
       block.
  
!      Store the desired register order in the array 'reg_alloc_order'.
       Element 0 should be the register to allocate first; element 1, the
       next register; and so on.
  
       The macro body should not assume anything about the contents of
!      'reg_alloc_order' before execution of the macro.
  
       On most machines, it is not necessary to define this macro.
  
   -- Macro: HONOR_REG_ALLOC_ORDER
       Normally, IRA tries to estimate the costs for saving a register in
!      the prologue and restoring it in the epilogue.  This discourages it
!      from using call-saved registers.  If a machine wants to ensure that
!      IRA allocates registers in the order given by REG_ALLOC_ORDER even
!      if some call-saved registers appear earlier than call-used ones,
!      then define this macro as a C expression to nonzero.  Default is 0.
  
   -- Macro: IRA_HARD_REGNO_ADD_COST_MULTIPLIER (REGNO)
       In some case register allocation order is not enough for the
--- 30139,30161 ----
       allocate hard registers for pseudo-registers local to a basic
       block.
  
!      Store the desired register order in the array `reg_alloc_order'.
       Element 0 should be the register to allocate first; element 1, the
       next register; and so on.
  
       The macro body should not assume anything about the contents of
!      `reg_alloc_order' before execution of the macro.
  
       On most machines, it is not necessary to define this macro.
  
   -- Macro: HONOR_REG_ALLOC_ORDER
       Normally, IRA tries to estimate the costs for saving a register in
!      the prologue and restoring it in the epilogue.  This discourages
!      it from using call-saved registers.  If a machine wants to ensure
!      that IRA allocates registers in the order given by REG_ALLOC_ORDER
!      even if some call-saved registers appear earlier than call-used
!      ones, then define this macro as a C expression to nonzero. Default
!      is 0.
  
   -- Macro: IRA_HARD_REGNO_ADD_COST_MULTIPLIER (REGNO)
       In some case register allocation order is not enough for the
*************** Registers are allocated in order.
*** 29770,29776 ****
       based on REGNO.  The cost of using REGNO for a pseudo will be
       increased by approximately the pseudo's usage frequency times the
       value returned by this macro.  Not defining this macro is
!      equivalent to having it always return '0.0'.
  
       On most machines, it is not necessary to define this macro.
  
--- 30164,30170 ----
       based on REGNO.  The cost of using REGNO for a pseudo will be
       increased by approximately the pseudo's usage frequency times the
       value returned by this macro.  Not defining this macro is
!      equivalent to having it always return `0.0'.
  
       On most machines, it is not necessary to define this macro.
  
*************** consecutive registers are needed for a g
*** 29787,29795 ****
   -- Macro: HARD_REGNO_NREGS (REGNO, MODE)
       A C expression for the number of consecutive hard registers,
       starting at register number REGNO, required to hold a value of mode
!      MODE.  This macro must never return zero, even if a register cannot
!      hold the requested mode - indicate that with HARD_REGNO_MODE_OK
!      and/or CANNOT_CHANGE_MODE_CLASS instead.
  
       On a machine where all registers are exactly one word, a suitable
       definition of this macro is
--- 30181,30189 ----
   -- Macro: HARD_REGNO_NREGS (REGNO, MODE)
       A C expression for the number of consecutive hard registers,
       starting at register number REGNO, required to hold a value of mode
!      MODE.  This macro must never return zero, even if a register
!      cannot hold the requested mode - indicate that with
!      HARD_REGNO_MODE_OK and/or CANNOT_CHANGE_MODE_CLASS instead.
  
       On a machine where all registers are exactly one word, a suitable
       definition of this macro is
*************** consecutive registers are needed for a g
*** 29804,29827 ****
       in registers starting at register number REGNO (as determined by
       multiplying GCC's notion of the size of the register when
       containing this mode by the number of registers returned by
!      'HARD_REGNO_NREGS').  By default this is zero.
  
       For example, if a floating-point value is stored in three 32-bit
       registers but takes up 128 bits in memory, then this would be
       nonzero.
  
       This macros only needs to be defined if there are cases where
!      'subreg_get_info' would otherwise wrongly determine that a 'subreg'
!      can be represented by an offset to the register number, when in
!      fact such a 'subreg' would contain some of the padding not stored
!      in registers and so not be representable.
  
   -- Macro: HARD_REGNO_NREGS_WITH_PADDING (REGNO, MODE)
       For values of REGNO and MODE for which
!      'HARD_REGNO_NREGS_HAS_PADDING' returns nonzero, a C expression
       returning the greater number of registers required to hold the
!      value including any padding.  In the example above, the value would
!      be four.
  
   -- Macro: REGMODE_NATURAL_SIZE (MODE)
       Define this macro if the natural size of registers that hold values
--- 30198,30221 ----
       in registers starting at register number REGNO (as determined by
       multiplying GCC's notion of the size of the register when
       containing this mode by the number of registers returned by
!      `HARD_REGNO_NREGS').  By default this is zero.
  
       For example, if a floating-point value is stored in three 32-bit
       registers but takes up 128 bits in memory, then this would be
       nonzero.
  
       This macros only needs to be defined if there are cases where
!      `subreg_get_info' would otherwise wrongly determine that a
!      `subreg' can be represented by an offset to the register number,
!      when in fact such a `subreg' would contain some of the padding not
!      stored in registers and so not be representable.
  
   -- Macro: HARD_REGNO_NREGS_WITH_PADDING (REGNO, MODE)
       For values of REGNO and MODE for which
!      `HARD_REGNO_NREGS_HAS_PADDING' returns nonzero, a C expression
       returning the greater number of registers required to hold the
!      value including any padding.  In the example above, the value
!      would be four.
  
   -- Macro: REGMODE_NATURAL_SIZE (MODE)
       Define this macro if the natural size of registers that hold values
*************** consecutive registers are needed for a g
*** 29848,29895 ****
       reject odd register numbers for such modes.
  
       The minimum requirement for a mode to be OK in a register is that
!      the 'movMODE' instruction pattern support moves between the
       register and other hard register in the same class and that moving
       a value into the register and back out not alter it.
  
!      Since the same instruction used to move 'word_mode' will work for
       all narrower integer modes, it is not necessary on any machine for
!      'HARD_REGNO_MODE_OK' to distinguish between these modes, provided
!      you define patterns 'movhi', etc., to take advantage of this.  This
!      is useful because of the interaction between 'HARD_REGNO_MODE_OK'
!      and 'MODES_TIEABLE_P'; it is very desirable for all integer modes
       to be tieable.
  
       Many machines have special registers for floating point arithmetic.
       Often people assume that floating point machine modes are allowed
!      only in floating point registers.  This is not true.  Any registers
!      that can hold integers can safely _hold_ a floating point machine
!      mode, whether or not floating arithmetic can be done on it in those
!      registers.  Integer move instructions can be used to move the
!      values.
  
       On some machines, though, the converse is true: fixed-point machine
       modes may not go in floating registers.  This is true if the
       floating registers normalize any value stored in them, because
       storing a non-floating value there would garble it.  In this case,
!      'HARD_REGNO_MODE_OK' should reject fixed-point machine modes in
       floating registers.  But if the floating registers do not
       automatically normalize, if you can store any bit pattern in one
!      and retrieve it unchanged without a trap, then any machine mode may
!      go in a floating register, so you can define this macro to say so.
  
       The primary significance of special floating registers is rather
       that they are the registers acceptable in floating point arithmetic
       instructions.  However, this is of no concern to
!      'HARD_REGNO_MODE_OK'.  You handle it by writing the proper
       constraints for those instructions.
  
       On some machines, the floating registers are especially slow to
!      access, so that it is better to store a value in a stack frame than
!      in such a register if floating point arithmetic is not being done.
!      As long as the floating registers are not in class 'GENERAL_REGS',
!      they will not be used unless some pattern's constraint asks for
!      one.
  
   -- Macro: HARD_REGNO_RENAME_OK (FROM, TO)
       A C expression that is nonzero if it is OK to rename a hard
--- 30242,30290 ----
       reject odd register numbers for such modes.
  
       The minimum requirement for a mode to be OK in a register is that
!      the `movMODE' instruction pattern support moves between the
       register and other hard register in the same class and that moving
       a value into the register and back out not alter it.
  
!      Since the same instruction used to move `word_mode' will work for
       all narrower integer modes, it is not necessary on any machine for
!      `HARD_REGNO_MODE_OK' to distinguish between these modes, provided
!      you define patterns `movhi', etc., to take advantage of this.  This
!      is useful because of the interaction between `HARD_REGNO_MODE_OK'
!      and `MODES_TIEABLE_P'; it is very desirable for all integer modes
       to be tieable.
  
       Many machines have special registers for floating point arithmetic.
       Often people assume that floating point machine modes are allowed
!      only in floating point registers.  This is not true.  Any
!      registers that can hold integers can safely _hold_ a floating
!      point machine mode, whether or not floating arithmetic can be done
!      on it in those registers.  Integer move instructions can be used
!      to move the values.
  
       On some machines, though, the converse is true: fixed-point machine
       modes may not go in floating registers.  This is true if the
       floating registers normalize any value stored in them, because
       storing a non-floating value there would garble it.  In this case,
!      `HARD_REGNO_MODE_OK' should reject fixed-point machine modes in
       floating registers.  But if the floating registers do not
       automatically normalize, if you can store any bit pattern in one
!      and retrieve it unchanged without a trap, then any machine mode
!      may go in a floating register, so you can define this macro to say
!      so.
  
       The primary significance of special floating registers is rather
       that they are the registers acceptable in floating point arithmetic
       instructions.  However, this is of no concern to
!      `HARD_REGNO_MODE_OK'.  You handle it by writing the proper
       constraints for those instructions.
  
       On some machines, the floating registers are especially slow to
!      access, so that it is better to store a value in a stack frame
!      than in such a register if floating point arithmetic is not being
!      done.  As long as the floating registers are not in class
!      `GENERAL_REGS', they will not be used unless some pattern's
!      constraint asks for one.
  
   -- Macro: HARD_REGNO_RENAME_OK (FROM, TO)
       A C expression that is nonzero if it is OK to rename a hard
*************** consecutive registers are needed for a g
*** 29905,29933 ****
       A C expression that is nonzero if a value of mode MODE1 is
       accessible in mode MODE2 without copying.
  
!      If 'HARD_REGNO_MODE_OK (R, MODE1)' and 'HARD_REGNO_MODE_OK (R,
!      MODE2)' are always the same for any R, then 'MODES_TIEABLE_P
       (MODE1, MODE2)' should be nonzero.  If they differ for any R, you
!      should define this macro to return zero unless some other mechanism
!      ensures the accessibility of the value in a narrower mode.
  
       You should define this macro to return nonzero in as many cases as
       possible since doing so will allow GCC to perform better register
       allocation.
  
   -- Target Hook: bool TARGET_HARD_REGNO_SCRATCH_OK (unsigned int REGNO)
!      This target hook should return 'true' if it is OK to use a hard
       register REGNO as scratch reg in peephole2.
  
       One common use of this macro is to prevent using of a register that
       is not saved by a prologue in an interrupt handler.
  
!      The default version of this hook always returns 'true'.
  
   -- Macro: AVOID_CCMODE_COPIES
       Define this macro if the compiler should avoid copies to/from
!      'CCmode' registers.  You should only define this macro if support
!      for copying to/from 'CCmode' is incomplete.
  
  
  File: gccint.info,  Node: Leaf Functions,  Next: Stack Registers,  Prev: Values in Registers,  Up: Registers
--- 30300,30329 ----
       A C expression that is nonzero if a value of mode MODE1 is
       accessible in mode MODE2 without copying.
  
!      If `HARD_REGNO_MODE_OK (R, MODE1)' and `HARD_REGNO_MODE_OK (R,
!      MODE2)' are always the same for any R, then `MODES_TIEABLE_P
       (MODE1, MODE2)' should be nonzero.  If they differ for any R, you
!      should define this macro to return zero unless some other
!      mechanism ensures the accessibility of the value in a narrower
!      mode.
  
       You should define this macro to return nonzero in as many cases as
       possible since doing so will allow GCC to perform better register
       allocation.
  
   -- Target Hook: bool TARGET_HARD_REGNO_SCRATCH_OK (unsigned int REGNO)
!      This target hook should return `true' if it is OK to use a hard
       register REGNO as scratch reg in peephole2.
  
       One common use of this macro is to prevent using of a register that
       is not saved by a prologue in an interrupt handler.
  
!      The default version of this hook always returns `true'.
  
   -- Macro: AVOID_CCMODE_COPIES
       Define this macro if the compiler should avoid copies to/from
!      `CCmode' registers.  You should only define this macro if support
!      for copying to/from `CCmode' is incomplete.
  
  
  File: gccint.info,  Node: Leaf Functions,  Next: Stack Registers,  Prev: Values in Registers,  Up: Registers
*************** File: gccint.info,  Node: Leaf Functions
*** 29936,29951 ****
  ------------------------------
  
  On some machines, a leaf function (i.e., one which makes no calls) can
! run more efficiently if it does not make its own register window.  Often
! this means it is required to receive its arguments in the registers
! where they are passed by the caller, instead of the registers where they
! would normally arrive.
  
   The special treatment for leaf functions generally applies only when
  other conditions are met; for example, often they may use only those
  registers for its own variables and temporaries.  We use the term "leaf
! function" to mean a function that is suitable for this special handling,
! so that functions with no calls are not necessarily "leaf functions".
  
   GCC assigns register numbers before it knows whether the function is
  suitable for leaf function treatment.  So it needs to renumber the
--- 30332,30348 ----
  ------------------------------
  
  On some machines, a leaf function (i.e., one which makes no calls) can
! run more efficiently if it does not make its own register window.
! Often this means it is required to receive its arguments in the
! registers where they are passed by the caller, instead of the registers
! where they would normally arrive.
  
   The special treatment for leaf functions generally applies only when
  other conditions are met; for example, often they may use only those
  registers for its own variables and temporaries.  We use the term "leaf
! function" to mean a function that is suitable for this special
! handling, so that functions with no calls are not necessarily "leaf
! functions".
  
   GCC assigns register numbers before it knows whether the function is
  suitable for leaf function treatment.  So it needs to renumber the
*************** accomplish this.
*** 29957,29964 ****
       contains 1 for a register that is allowable in a candidate for leaf
       function treatment.
  
!      If leaf function treatment involves renumbering the registers, then
!      the registers marked here should be the ones before
       renumbering--those that GCC would ordinarily allocate.  The
       registers which will actually be used in the assembler code, after
       renumbering, should not be marked with 1 in this vector.
--- 30354,30361 ----
       contains 1 for a register that is allowable in a candidate for leaf
       function treatment.
  
!      If leaf function treatment involves renumbering the registers,
!      then the registers marked here should be the ones before
       renumbering--those that GCC would ordinarily allocate.  The
       registers which will actually be used in the assembler code, after
       renumbering, should not be marked with 1 in this vector.
*************** accomplish this.
*** 29979,29994 ****
       optimize the treatment of leaf functions, and registers need to be
       renumbered to do this.
  
!  'TARGET_ASM_FUNCTION_PROLOGUE' and 'TARGET_ASM_FUNCTION_EPILOGUE' must
  usually treat leaf functions specially.  They can test the C variable
! 'current_function_is_leaf' which is nonzero for leaf functions.
! 'current_function_is_leaf' is set prior to local register allocation and
! is valid for the remaining compiler passes.  They can also test the C
! variable 'current_function_uses_only_leaf_regs' which is nonzero for
  leaf functions which only use leaf registers.
! 'current_function_uses_only_leaf_regs' is valid after all passes that
  modify the instructions have been run and is only useful if
! 'LEAF_REGISTERS' is defined.
  
  
  File: gccint.info,  Node: Stack Registers,  Prev: Leaf Functions,  Up: Registers
--- 30376,30391 ----
       optimize the treatment of leaf functions, and registers need to be
       renumbered to do this.
  
!  `TARGET_ASM_FUNCTION_PROLOGUE' and `TARGET_ASM_FUNCTION_EPILOGUE' must
  usually treat leaf functions specially.  They can test the C variable
! `current_function_is_leaf' which is nonzero for leaf functions.
! `current_function_is_leaf' is set prior to local register allocation
! and is valid for the remaining compiler passes.  They can also test the
! C variable `current_function_uses_only_leaf_regs' which is nonzero for
  leaf functions which only use leaf registers.
! `current_function_uses_only_leaf_regs' is valid after all passes that
  modify the instructions have been run and is only useful if
! `LEAF_REGISTERS' is defined.
  
  
  File: gccint.info,  Node: Stack Registers,  Prev: Leaf Functions,  Up: Registers
*************** stack.
*** 30005,30013 ****
  they must be consecutively numbered.  Furthermore, the existing support
  for stack-like registers is specific to the 80387 floating point
  coprocessor.  If you have a new architecture that uses stack-like
! registers, you will need to do substantial work on 'reg-stack.c' and
! write your machine description to cooperate with it, as well as defining
! these macros.
  
   -- Macro: STACK_REGS
       Define this if the machine has any stack-like registers.
--- 30402,30410 ----
  they must be consecutively numbered.  Furthermore, the existing support
  for stack-like registers is specific to the 80387 floating point
  coprocessor.  If you have a new architecture that uses stack-like
! registers, you will need to do substantial work on `reg-stack.c' and
! write your machine description to cooperate with it, as well as
! defining these macros.
  
   -- Macro: STACK_REGS
       Define this if the machine has any stack-like registers.
*************** these macros.
*** 30021,30028 ****
       of the stack.
  
   -- Macro: LAST_STACK_REG
!      The number of the last stack-like register.  This one is the bottom
!      of the stack.
  
  
  File: gccint.info,  Node: Register Classes,  Next: Stack and Calling,  Prev: Registers,  Up: Target Macros
--- 30418,30425 ----
       of the stack.
  
   -- Macro: LAST_STACK_REG
!      The number of the last stack-like register.  This one is the
!      bottom of the stack.
  
  
  File: gccint.info,  Node: Register Classes,  Next: Stack and Calling,  Prev: Registers,  Up: Target Macros
*************** register classes that are allowed as ope
*** 30042,30076 ****
  patterns.
  
   In general, each register will belong to several classes.  In fact, one
! class must be named 'ALL_REGS' and contain all the registers.  Another
! class must be named 'NO_REGS' and contain no registers.  Often the union
! of two classes will be another class; however, this is not required.
  
!  One of the classes must be named 'GENERAL_REGS'.  There is nothing
! terribly special about the name, but the operand constraint letters 'r'
! and 'g' specify this class.  If 'GENERAL_REGS' is the same as
! 'ALL_REGS', just define it as a macro which expands to 'ALL_REGS'.
  
!  Order the classes so that if class X is contained in class Y then X has
! a lower class number than Y.
  
!  The way classes other than 'GENERAL_REGS' are specified in operand
  constraints is through machine-dependent operand constraint letters.
  You can define such letters to correspond to various classes, then use
  them in operand constraints.
  
   You must define the narrowest register classes for allocatable
! registers, so that each class either has no subclasses, or that for some
! mode, the move cost between registers within the class is cheaper than
! moving a register in the class to or from memory (*note Costs::).
  
   You should define a class for the union of two classes whenever some
  instruction allows both classes.  For example, if an instruction allows
! either a floating point (coprocessor) register or a general register for
! a certain operand, you should define a class 'FLOAT_OR_GENERAL_REGS'
! which includes both of them.  Otherwise you will get suboptimal code, or
! even internal compiler errors when reload cannot find a register in the
! class computed via 'reg_class_subunion'.
  
   You must also specify certain redundant information about the register
  classes: for each class, which classes contain it and which ones are
--- 30439,30474 ----
  patterns.
  
   In general, each register will belong to several classes.  In fact, one
! class must be named `ALL_REGS' and contain all the registers.  Another
! class must be named `NO_REGS' and contain no registers.  Often the
! union of two classes will be another class; however, this is not
! required.
  
!  One of the classes must be named `GENERAL_REGS'.  There is nothing
! terribly special about the name, but the operand constraint letters `r'
! and `g' specify this class.  If `GENERAL_REGS' is the same as
! `ALL_REGS', just define it as a macro which expands to `ALL_REGS'.
  
!  Order the classes so that if class X is contained in class Y then X
! has a lower class number than Y.
  
!  The way classes other than `GENERAL_REGS' are specified in operand
  constraints is through machine-dependent operand constraint letters.
  You can define such letters to correspond to various classes, then use
  them in operand constraints.
  
   You must define the narrowest register classes for allocatable
! registers, so that each class either has no subclasses, or that for
! some mode, the move cost between registers within the class is cheaper
! than moving a register in the class to or from memory (*note Costs::).
  
   You should define a class for the union of two classes whenever some
  instruction allows both classes.  For example, if an instruction allows
! either a floating point (coprocessor) register or a general register
! for a certain operand, you should define a class `FLOAT_OR_GENERAL_REGS'
! which includes both of them.  Otherwise you will get suboptimal code,
! or even internal compiler errors when reload cannot find a register in
! the class computed via `reg_class_subunion'.
  
   You must also specify certain redundant information about the register
  classes: for each class, which classes contain it and which ones are
*************** in their union.
*** 30081,30109 ****
  certain class, all the registers used must belong to that class.
  Therefore, register classes cannot be used to enforce a requirement for
  a register pair to start with an even-numbered register.  The way to
! specify this requirement is with 'HARD_REGNO_MODE_OK'.
  
   Register classes used for input-operands of bitwise-and or shift
  instructions have a special requirement: each such class must have, for
  each fixed-point machine mode, a subclass whose registers can transfer
  that mode to or from memory.  For example, on some machines, the
! operations for single-byte values ('QImode') are limited to certain
  registers.  When this is so, each register class that is used in a
  bitwise-and or shift instruction must have a subclass consisting of
  registers from which single-byte values can be loaded or stored.  This
! is so that 'PREFERRED_RELOAD_CLASS' can always have a possible value to
  return.
  
   -- Data type: enum reg_class
!      An enumerated type that must be defined with all the register class
!      names as enumerated values.  'NO_REGS' must be first.  'ALL_REGS'
!      must be the last register class, followed by one more enumerated
!      value, 'LIM_REG_CLASSES', which is not a register class but rather
!      tells how many classes there are.
  
!      Each register class has a number, which is the value of casting the
!      class name to type 'int'.  The number serves as an index in many of
!      the tables described below.
  
   -- Macro: N_REG_CLASSES
       The number of distinct register classes, defined as follows:
--- 30479,30507 ----
  certain class, all the registers used must belong to that class.
  Therefore, register classes cannot be used to enforce a requirement for
  a register pair to start with an even-numbered register.  The way to
! specify this requirement is with `HARD_REGNO_MODE_OK'.
  
   Register classes used for input-operands of bitwise-and or shift
  instructions have a special requirement: each such class must have, for
  each fixed-point machine mode, a subclass whose registers can transfer
  that mode to or from memory.  For example, on some machines, the
! operations for single-byte values (`QImode') are limited to certain
  registers.  When this is so, each register class that is used in a
  bitwise-and or shift instruction must have a subclass consisting of
  registers from which single-byte values can be loaded or stored.  This
! is so that `PREFERRED_RELOAD_CLASS' can always have a possible value to
  return.
  
   -- Data type: enum reg_class
!      An enumerated type that must be defined with all the register
!      class names as enumerated values.  `NO_REGS' must be first.
!      `ALL_REGS' must be the last register class, followed by one more
!      enumerated value, `LIM_REG_CLASSES', which is not a register class
!      but rather tells how many classes there are.
  
!      Each register class has a number, which is the value of casting
!      the class name to type `int'.  The number serves as an index in
!      many of the tables described below.
  
   -- Macro: N_REG_CLASSES
       The number of distinct register classes, defined as follows:
*************** return.
*** 30119,30133 ****
       An initializer containing the contents of the register classes, as
       integers which are bit masks.  The Nth integer specifies the
       contents of class N.  The way the integer MASK is interpreted is
!      that register R is in the class if 'MASK & (1 << R)' is 1.
  
       When the machine has more than 32 registers, an integer does not
       suffice.  Then the integers are replaced by sub-initializers,
!      braced groupings containing several integers.  Each sub-initializer
!      must be suitable as an initializer for the type 'HARD_REG_SET'
!      which is defined in 'hard-reg-set.h'.  In this situation, the first
!      integer in each sub-initializer corresponds to registers 0 through
!      31, the second integer to registers 32 through 63, and so on.
  
   -- Macro: REGNO_REG_CLASS (REGNO)
       A C expression whose value is a register class containing hard
--- 30517,30532 ----
       An initializer containing the contents of the register classes, as
       integers which are bit masks.  The Nth integer specifies the
       contents of class N.  The way the integer MASK is interpreted is
!      that register R is in the class if `MASK & (1 << R)' is 1.
  
       When the machine has more than 32 registers, an integer does not
       suffice.  Then the integers are replaced by sub-initializers,
!      braced groupings containing several integers.  Each
!      sub-initializer must be suitable as an initializer for the type
!      `HARD_REG_SET' which is defined in `hard-reg-set.h'.  In this
!      situation, the first integer in each sub-initializer corresponds to
!      registers 0 through 31, the second integer to registers 32 through
!      63, and so on.
  
   -- Macro: REGNO_REG_CLASS (REGNO)
       A C expression whose value is a register class containing hard
*************** return.
*** 30141,30150 ****
       address which is the register value plus a displacement.
  
   -- Macro: MODE_BASE_REG_CLASS (MODE)
!      This is a variation of the 'BASE_REG_CLASS' macro which allows the
       selection of a base register in a mode dependent manner.  If MODE
       is VOIDmode then it should return the same value as
!      'BASE_REG_CLASS'.
  
   -- Macro: MODE_BASE_REG_REG_CLASS (MODE)
       A C expression whose value is the register class to which a valid
--- 30540,30549 ----
       address which is the register value plus a displacement.
  
   -- Macro: MODE_BASE_REG_CLASS (MODE)
!      This is a variation of the `BASE_REG_CLASS' macro which allows the
       selection of a base register in a mode dependent manner.  If MODE
       is VOIDmode then it should return the same value as
!      `BASE_REG_CLASS'.
  
   -- Macro: MODE_BASE_REG_REG_CLASS (MODE)
       A C expression whose value is the register class to which a valid
*************** return.
*** 30159,30168 ****
       base register for a memory reference in mode MODE to address space
       ADDRESS_SPACE must belong.  OUTER_CODE and INDEX_CODE define the
       context in which the base register occurs.  OUTER_CODE is the code
!      of the immediately enclosing expression ('MEM' for the top level of
!      an address, 'ADDRESS' for something that occurs in an
!      'address_operand').  INDEX_CODE is the code of the corresponding
!      index expression if OUTER_CODE is 'PLUS'; 'SCRATCH' otherwise.
  
   -- Macro: INDEX_REG_CLASS
       A macro whose definition is the name of the class to which a valid
--- 30558,30567 ----
       base register for a memory reference in mode MODE to address space
       ADDRESS_SPACE must belong.  OUTER_CODE and INDEX_CODE define the
       context in which the base register occurs.  OUTER_CODE is the code
!      of the immediately enclosing expression (`MEM' for the top level
!      of an address, `ADDRESS' for something that occurs in an
!      `address_operand').  INDEX_CODE is the code of the corresponding
!      index expression if OUTER_CODE is `PLUS'; `SCRATCH' otherwise.
  
   -- Macro: INDEX_REG_CLASS
       A macro whose definition is the name of the class to which a valid
*************** return.
*** 30175,30188 ****
       for use as a base register in operand addresses.
  
   -- Macro: REGNO_MODE_OK_FOR_BASE_P (NUM, MODE)
!      A C expression that is just like 'REGNO_OK_FOR_BASE_P', except that
       that expression may examine the mode of the memory reference in
       MODE.  You should define this macro if the mode of the memory
       reference affects whether a register may be used as a base
       register.  If you define this macro, the compiler will use it
!      instead of 'REGNO_OK_FOR_BASE_P'.  The mode may be 'VOIDmode' for
!      addresses that appear outside a 'MEM', i.e., as an
!      'address_operand'.
  
   -- Macro: REGNO_MODE_OK_FOR_REG_BASE_P (NUM, MODE)
       A C expression which is nonzero if register number NUM is suitable
--- 30574,30587 ----
       for use as a base register in operand addresses.
  
   -- Macro: REGNO_MODE_OK_FOR_BASE_P (NUM, MODE)
!      A C expression that is just like `REGNO_OK_FOR_BASE_P', except that
       that expression may examine the mode of the memory reference in
       MODE.  You should define this macro if the mode of the memory
       reference affects whether a register may be used as a base
       register.  If you define this macro, the compiler will use it
!      instead of `REGNO_OK_FOR_BASE_P'.  The mode may be `VOIDmode' for
!      addresses that appear outside a `MEM', i.e., as an
!      `address_operand'.
  
   -- Macro: REGNO_MODE_OK_FOR_REG_BASE_P (NUM, MODE)
       A C expression which is nonzero if register number NUM is suitable
*************** return.
*** 30194,30214 ****
       uses.
  
       Use of this macro is deprecated; please use the more general
!      'REGNO_MODE_CODE_OK_FOR_BASE_P'.
  
   -- Macro: REGNO_MODE_CODE_OK_FOR_BASE_P (NUM, MODE, ADDRESS_SPACE,
            OUTER_CODE, INDEX_CODE)
       A C expression which is nonzero if register number NUM is suitable
       for use as a base register in operand addresses, accessing memory
       in mode MODE in address space ADDRESS_SPACE.  This is similar to
!      'REGNO_MODE_OK_FOR_BASE_P', except that that expression may examine
!      the context in which the register appears in the memory reference.
!      OUTER_CODE is the code of the immediately enclosing expression
!      ('MEM' if at the top level of the address, 'ADDRESS' for something
!      that occurs in an 'address_operand').  INDEX_CODE is the code of
!      the corresponding index expression if OUTER_CODE is 'PLUS';
!      'SCRATCH' otherwise.  The mode may be 'VOIDmode' for addresses that
!      appear outside a 'MEM', i.e., as an 'address_operand'.
  
   -- Macro: REGNO_OK_FOR_INDEX_P (NUM)
       A C expression which is nonzero if register number NUM is suitable
--- 30593,30614 ----
       uses.
  
       Use of this macro is deprecated; please use the more general
!      `REGNO_MODE_CODE_OK_FOR_BASE_P'.
  
   -- Macro: REGNO_MODE_CODE_OK_FOR_BASE_P (NUM, MODE, ADDRESS_SPACE,
            OUTER_CODE, INDEX_CODE)
       A C expression which is nonzero if register number NUM is suitable
       for use as a base register in operand addresses, accessing memory
       in mode MODE in address space ADDRESS_SPACE.  This is similar to
!      `REGNO_MODE_OK_FOR_BASE_P', except that that expression may
!      examine the context in which the register appears in the memory
!      reference.  OUTER_CODE is the code of the immediately enclosing
!      expression (`MEM' if at the top level of the address, `ADDRESS'
!      for something that occurs in an `address_operand').  INDEX_CODE is
!      the code of the corresponding index expression if OUTER_CODE is
!      `PLUS'; `SCRATCH' otherwise.  The mode may be `VOIDmode' for
!      addresses that appear outside a `MEM', i.e., as an
!      `address_operand'.
  
   -- Macro: REGNO_OK_FOR_INDEX_P (NUM)
       A C expression which is nonzero if register number NUM is suitable
*************** return.
*** 30230,30274 ****
       A target hook that places additional preference on the register
       class to use when it is necessary to rename a register in class
       RCLASS to another class, or perhaps NO_REGS, if no preferred
!      register class is found or hook 'preferred_rename_class' is not
!      implemented.  Sometimes returning a more restrictive class makes
       better code.  For example, on ARM, thumb-2 instructions using
!      'LO_REGS' may be smaller than instructions using 'GENERIC_REGS'.
!      By returning 'LO_REGS' from 'preferred_rename_class', code size can
!      be reduced.
  
   -- Target Hook: reg_class_t TARGET_PREFERRED_RELOAD_CLASS (rtx X,
            reg_class_t RCLASS)
       A target hook that places additional restrictions on the register
       class to use when it is necessary to copy value X into a register
!      in class RCLASS.  The value is a register class; perhaps RCLASS, or
!      perhaps another, smaller class.
  
!      The default version of this hook always returns value of 'rclass'
       argument.
  
       Sometimes returning a more restrictive class makes better code.
!      For example, on the 68000, when X is an integer constant that is in
!      range for a 'moveq' instruction, the value of this macro is always
!      'DATA_REGS' as long as RCLASS includes the data registers.
!      Requiring a data register guarantees that a 'moveq' will be used.
  
!      One case where 'TARGET_PREFERRED_RELOAD_CLASS' must not return
!      RCLASS is if X is a legitimate constant which cannot be loaded into
!      some register class.  By returning 'NO_REGS' you can force X into a
!      memory location.  For example, rs6000 can load immediate values
!      into general-purpose registers, but does not have an instruction
!      for loading an immediate value into a floating-point register, so
!      'TARGET_PREFERRED_RELOAD_CLASS' returns 'NO_REGS' when X is a
!      floating-point constant.  If the constant can't be loaded into any
!      kind of register, code generation will be better if
!      'TARGET_LEGITIMATE_CONSTANT_P' makes the constant illegitimate
!      instead of using 'TARGET_PREFERRED_RELOAD_CLASS'.
  
!      If an insn has pseudos in it after register allocation, reload will
!      go through the alternatives and call repeatedly
!      'TARGET_PREFERRED_RELOAD_CLASS' to find the best one.  Returning
!      'NO_REGS', in this case, makes reload add a '!' in front of the
       constraint: the x86 back-end uses this feature to discourage usage
       of 387 registers when math is done in the SSE registers (and vice
       versa).
--- 30630,30674 ----
       A target hook that places additional preference on the register
       class to use when it is necessary to rename a register in class
       RCLASS to another class, or perhaps NO_REGS, if no preferred
!      register class is found or hook `preferred_rename_class' is not
!      implemented. Sometimes returning a more restrictive class makes
       better code.  For example, on ARM, thumb-2 instructions using
!      `LO_REGS' may be smaller than instructions using `GENERIC_REGS'.
!      By returning `LO_REGS' from `preferred_rename_class', code size
!      can be reduced.
  
   -- Target Hook: reg_class_t TARGET_PREFERRED_RELOAD_CLASS (rtx X,
            reg_class_t RCLASS)
       A target hook that places additional restrictions on the register
       class to use when it is necessary to copy value X into a register
!      in class RCLASS.  The value is a register class; perhaps RCLASS,
!      or perhaps another, smaller class.
  
!      The default version of this hook always returns value of `rclass'
       argument.
  
       Sometimes returning a more restrictive class makes better code.
!      For example, on the 68000, when X is an integer constant that is
!      in range for a `moveq' instruction, the value of this macro is
!      always `DATA_REGS' as long as RCLASS includes the data registers.
!      Requiring a data register guarantees that a `moveq' will be used.
  
!      One case where `TARGET_PREFERRED_RELOAD_CLASS' must not return
!      RCLASS is if X is a legitimate constant which cannot be loaded
!      into some register class.  By returning `NO_REGS' you can force X
!      into a memory location.  For example, rs6000 can load immediate
!      values into general-purpose registers, but does not have an
!      instruction for loading an immediate value into a floating-point
!      register, so `TARGET_PREFERRED_RELOAD_CLASS' returns `NO_REGS' when
!      X is a floating-point constant.  If the constant can't be loaded
!      into any kind of register, code generation will be better if
!      `TARGET_LEGITIMATE_CONSTANT_P' makes the constant illegitimate
!      instead of using `TARGET_PREFERRED_RELOAD_CLASS'.
  
!      If an insn has pseudos in it after register allocation, reload
!      will go through the alternatives and call repeatedly
!      `TARGET_PREFERRED_RELOAD_CLASS' to find the best one.  Returning
!      `NO_REGS', in this case, makes reload add a `!' in front of the
       constraint: the x86 back-end uses this feature to discourage usage
       of 387 registers when math is done in the SSE registers (and vice
       versa).
*************** return.
*** 30283,30324 ****
            #define PREFERRED_RELOAD_CLASS(X,CLASS) CLASS
  
       Sometimes returning a more restrictive class makes better code.
!      For example, on the 68000, when X is an integer constant that is in
!      range for a 'moveq' instruction, the value of this macro is always
!      'DATA_REGS' as long as CLASS includes the data registers.
!      Requiring a data register guarantees that a 'moveq' will be used.
  
!      One case where 'PREFERRED_RELOAD_CLASS' must not return CLASS is if
!      X is a legitimate constant which cannot be loaded into some
!      register class.  By returning 'NO_REGS' you can force X into a
       memory location.  For example, rs6000 can load immediate values
       into general-purpose registers, but does not have an instruction
       for loading an immediate value into a floating-point register, so
!      'PREFERRED_RELOAD_CLASS' returns 'NO_REGS' when X is a
!      floating-point constant.  If the constant cannot be loaded into any
!      kind of register, code generation will be better if
!      'TARGET_LEGITIMATE_CONSTANT_P' makes the constant illegitimate
!      instead of using 'TARGET_PREFERRED_RELOAD_CLASS'.
  
!      If an insn has pseudos in it after register allocation, reload will
!      go through the alternatives and call repeatedly
!      'PREFERRED_RELOAD_CLASS' to find the best one.  Returning
!      'NO_REGS', in this case, makes reload add a '!' in front of the
       constraint: the x86 back-end uses this feature to discourage usage
       of 387 registers when math is done in the SSE registers (and vice
       versa).
  
   -- Target Hook: reg_class_t TARGET_PREFERRED_OUTPUT_RELOAD_CLASS (rtx
            X, reg_class_t RCLASS)
!      Like 'TARGET_PREFERRED_RELOAD_CLASS', but for output reloads
       instead of input reloads.
  
!      The default version of this hook always returns value of 'rclass'
       argument.
  
!      You can also use 'TARGET_PREFERRED_OUTPUT_RELOAD_CLASS' to
       discourage reload from using some alternatives, like
!      'TARGET_PREFERRED_RELOAD_CLASS'.
  
   -- Macro: LIMIT_RELOAD_CLASS (MODE, CLASS)
       A C expression that places additional restrictions on the register
--- 30683,30724 ----
            #define PREFERRED_RELOAD_CLASS(X,CLASS) CLASS
  
       Sometimes returning a more restrictive class makes better code.
!      For example, on the 68000, when X is an integer constant that is
!      in range for a `moveq' instruction, the value of this macro is
!      always `DATA_REGS' as long as CLASS includes the data registers.
!      Requiring a data register guarantees that a `moveq' will be used.
  
!      One case where `PREFERRED_RELOAD_CLASS' must not return CLASS is
!      if X is a legitimate constant which cannot be loaded into some
!      register class.  By returning `NO_REGS' you can force X into a
       memory location.  For example, rs6000 can load immediate values
       into general-purpose registers, but does not have an instruction
       for loading an immediate value into a floating-point register, so
!      `PREFERRED_RELOAD_CLASS' returns `NO_REGS' when X is a
!      floating-point constant.  If the constant cannot be loaded into
!      any kind of register, code generation will be better if
!      `TARGET_LEGITIMATE_CONSTANT_P' makes the constant illegitimate
!      instead of using `TARGET_PREFERRED_RELOAD_CLASS'.
  
!      If an insn has pseudos in it after register allocation, reload
!      will go through the alternatives and call repeatedly
!      `PREFERRED_RELOAD_CLASS' to find the best one.  Returning
!      `NO_REGS', in this case, makes reload add a `!' in front of the
       constraint: the x86 back-end uses this feature to discourage usage
       of 387 registers when math is done in the SSE registers (and vice
       versa).
  
   -- Target Hook: reg_class_t TARGET_PREFERRED_OUTPUT_RELOAD_CLASS (rtx
            X, reg_class_t RCLASS)
!      Like `TARGET_PREFERRED_RELOAD_CLASS', but for output reloads
       instead of input reloads.
  
!      The default version of this hook always returns value of `rclass'
       argument.
  
!      You can also use `TARGET_PREFERRED_OUTPUT_RELOAD_CLASS' to
       discourage reload from using some alternatives, like
!      `TARGET_PREFERRED_RELOAD_CLASS'.
  
   -- Macro: LIMIT_RELOAD_CLASS (MODE, CLASS)
       A C expression that places additional restrictions on the register
*************** return.
*** 30326,30332 ****
       mode MODE in a reload register for which class CLASS would
       ordinarily be used.
  
!      Unlike 'PREFERRED_RELOAD_CLASS', this macro should be used when
       there are certain modes that simply cannot go in certain reload
       classes.
  
--- 30726,30732 ----
       mode MODE in a reload register for which class CLASS would
       ordinarily be used.
  
!      Unlike `PREFERRED_RELOAD_CLASS', this macro should be used when
       there are certain modes that simply cannot go in certain reload
       classes.
  
*************** return.
*** 30339,30357 ****
   -- Target Hook: reg_class_t TARGET_SECONDARY_RELOAD (bool IN_P, rtx X,
            reg_class_t RELOAD_CLASS, machine_mode RELOAD_MODE,
            secondary_reload_info *SRI)
!      Many machines have some registers that cannot be copied directly to
!      or from memory or even from other types of registers.  An example
!      is the 'MQ' register, which on most machines, can only be copied to
!      or from general registers, but not memory.  Below, we shall be
!      using the term 'intermediate register' when a move operation cannot
!      be performed directly, but has to be done by copying the source
!      into the intermediate register first, and then copying the
!      intermediate register to the destination.  An intermediate register
!      always has the same mode as source and destination.  Since it holds
!      the actual value being copied, reload might apply optimizations to
!      re-use an intermediate register and eliding the copy from the
!      source when it can determine that the intermediate register still
!      holds the required value.
  
       Another kind of secondary reload is required on some machines which
       allow copying all registers to and from memory, but require a
--- 30739,30757 ----
   -- Target Hook: reg_class_t TARGET_SECONDARY_RELOAD (bool IN_P, rtx X,
            reg_class_t RELOAD_CLASS, machine_mode RELOAD_MODE,
            secondary_reload_info *SRI)
!      Many machines have some registers that cannot be copied directly
!      to or from memory or even from other types of registers.  An
!      example is the `MQ' register, which on most machines, can only be
!      copied to or from general registers, but not memory.  Below, we
!      shall be using the term 'intermediate register' when a move
!      operation cannot be performed directly, but has to be done by
!      copying the source into the intermediate register first, and then
!      copying the intermediate register to the destination.  An
!      intermediate register always has the same mode as source and
!      destination.  Since it holds the actual value being copied, reload
!      might apply optimizations to re-use an intermediate register and
!      eliding the copy from the source when it can determine that the
!      intermediate register still holds the required value.
  
       Another kind of secondary reload is required on some machines which
       allow copying all registers to and from memory, but require a
*************** return.
*** 30374,30453 ****
       needs to be copied to rtx X in RELOAD_MODE.
  
       If copying a register of RELOAD_CLASS from/to X requires an
!      intermediate register, the hook 'secondary_reload' should return
       the register class required for this intermediate register.  If no
!      intermediate register is required, it should return NO_REGS. If
       more than one intermediate register is required, describe the one
       that is closest in the copy chain to the reload register.
  
       If scratch registers are needed, you also have to describe how to
       perform the copy from/to the reload register to/from this closest
!      intermediate register.  Or if no intermediate register is required,
!      but still a scratch register is needed, describe the copy from/to
!      the reload register to/from the reload operand X.
  
!      You do this by setting 'sri->icode' to the instruction code of a
       pattern in the md file which performs the move.  Operands 0 and 1
!      are the output and input of this copy, respectively.  Operands from
!      operand 2 onward are for scratch operands.  These scratch operands
!      must have a mode, and a single-register-class output constraint.
  
!      When an intermediate register is used, the 'secondary_reload' hook
       will be called again to determine how to copy the intermediate
       register to/from the reload operand X, so your hook must also have
       code to handle the register class of the intermediate operand.
  
!      X might be a pseudo-register or a 'subreg' of a pseudo-register,
       which could either be in a hard register or in memory.  Use
!      'true_regnum' to find out; it will return -1 if the pseudo is in
       memory and the hard register number if it is in a register.
  
!      Scratch operands in memory (constraint '"=m"' / '"=&m"') are
       currently not supported.  For the time being, you will have to
!      continue to use 'SECONDARY_MEMORY_NEEDED' for that purpose.
  
!      'copy_cost' also uses this target hook to find out how values are
       copied.  If you want it to include some extra cost for the need to
!      allocate (a) scratch register(s), set 'sri->extra_cost' to the
       additional cost.  Or if two dependent moves are supposed to have a
       lower cost than the sum of the individual moves due to expected
       fortuitous scheduling and/or special forwarding logic, you can set
!      'sri->extra_cost' to a negative amount.
  
   -- Macro: SECONDARY_RELOAD_CLASS (CLASS, MODE, X)
   -- Macro: SECONDARY_INPUT_RELOAD_CLASS (CLASS, MODE, X)
   -- Macro: SECONDARY_OUTPUT_RELOAD_CLASS (CLASS, MODE, X)
       These macros are obsolete, new ports should use the target hook
!      'TARGET_SECONDARY_RELOAD' instead.
  
       These are obsolete macros, replaced by the
!      'TARGET_SECONDARY_RELOAD' target hook.  Older ports still define
       these macros to indicate to the reload phase that it may need to
       allocate at least one register for a reload in addition to the
       register to contain the data.  Specifically, if copying X to a
       register CLASS in MODE requires an intermediate register, you were
!      supposed to define 'SECONDARY_INPUT_RELOAD_CLASS' to return the
       largest register class all of whose registers can be used as
       intermediate registers or scratch registers.
  
       If copying a register CLASS in MODE to X requires an intermediate
!      or scratch register, 'SECONDARY_OUTPUT_RELOAD_CLASS' was supposed
       to be defined be defined to return the largest register class
       required.  If the requirements for input and output reloads were
!      the same, the macro 'SECONDARY_RELOAD_CLASS' should have been used
       instead of defining both macros identically.
  
!      The values returned by these macros are often 'GENERAL_REGS'.
!      Return 'NO_REGS' if no spare register is needed; i.e., if X can be
       directly copied to or from a register of CLASS in MODE without
!      requiring a scratch register.  Do not define this macro if it would
!      always return 'NO_REGS'.
  
       If a scratch register is required (either with or without an
       intermediate register), you were supposed to define patterns for
!      'reload_inM' or 'reload_outM', as required (*note Standard Names::.
!      These patterns, which were normally implemented with a
!      'define_expand', should be similar to the 'movM' patterns, except
       that operand 2 is the scratch register.
  
       These patterns need constraints for the reload register and scratch
--- 30774,30854 ----
       needs to be copied to rtx X in RELOAD_MODE.
  
       If copying a register of RELOAD_CLASS from/to X requires an
!      intermediate register, the hook `secondary_reload' should return
       the register class required for this intermediate register.  If no
!      intermediate register is required, it should return NO_REGS.  If
       more than one intermediate register is required, describe the one
       that is closest in the copy chain to the reload register.
  
       If scratch registers are needed, you also have to describe how to
       perform the copy from/to the reload register to/from this closest
!      intermediate register.  Or if no intermediate register is
!      required, but still a scratch register is needed, describe the
!      copy  from/to the reload register to/from the reload operand X.
  
!      You do this by setting `sri->icode' to the instruction code of a
       pattern in the md file which performs the move.  Operands 0 and 1
!      are the output and input of this copy, respectively.  Operands
!      from operand 2 onward are for scratch operands.  These scratch
!      operands must have a mode, and a single-register-class output
!      constraint.
  
!      When an intermediate register is used, the `secondary_reload' hook
       will be called again to determine how to copy the intermediate
       register to/from the reload operand X, so your hook must also have
       code to handle the register class of the intermediate operand.
  
!      X might be a pseudo-register or a `subreg' of a pseudo-register,
       which could either be in a hard register or in memory.  Use
!      `true_regnum' to find out; it will return -1 if the pseudo is in
       memory and the hard register number if it is in a register.
  
!      Scratch operands in memory (constraint `"=m"' / `"=&m"') are
       currently not supported.  For the time being, you will have to
!      continue to use `SECONDARY_MEMORY_NEEDED' for that purpose.
  
!      `copy_cost' also uses this target hook to find out how values are
       copied.  If you want it to include some extra cost for the need to
!      allocate (a) scratch register(s), set `sri->extra_cost' to the
       additional cost.  Or if two dependent moves are supposed to have a
       lower cost than the sum of the individual moves due to expected
       fortuitous scheduling and/or special forwarding logic, you can set
!      `sri->extra_cost' to a negative amount.
  
   -- Macro: SECONDARY_RELOAD_CLASS (CLASS, MODE, X)
   -- Macro: SECONDARY_INPUT_RELOAD_CLASS (CLASS, MODE, X)
   -- Macro: SECONDARY_OUTPUT_RELOAD_CLASS (CLASS, MODE, X)
       These macros are obsolete, new ports should use the target hook
!      `TARGET_SECONDARY_RELOAD' instead.
  
       These are obsolete macros, replaced by the
!      `TARGET_SECONDARY_RELOAD' target hook.  Older ports still define
       these macros to indicate to the reload phase that it may need to
       allocate at least one register for a reload in addition to the
       register to contain the data.  Specifically, if copying X to a
       register CLASS in MODE requires an intermediate register, you were
!      supposed to define `SECONDARY_INPUT_RELOAD_CLASS' to return the
       largest register class all of whose registers can be used as
       intermediate registers or scratch registers.
  
       If copying a register CLASS in MODE to X requires an intermediate
!      or scratch register, `SECONDARY_OUTPUT_RELOAD_CLASS' was supposed
       to be defined be defined to return the largest register class
       required.  If the requirements for input and output reloads were
!      the same, the macro `SECONDARY_RELOAD_CLASS' should have been used
       instead of defining both macros identically.
  
!      The values returned by these macros are often `GENERAL_REGS'.
!      Return `NO_REGS' if no spare register is needed; i.e., if X can be
       directly copied to or from a register of CLASS in MODE without
!      requiring a scratch register.  Do not define this macro if it
!      would always return `NO_REGS'.
  
       If a scratch register is required (either with or without an
       intermediate register), you were supposed to define patterns for
!      `reload_inM' or `reload_outM', as required (*note Standard
!      Names::.  These patterns, which were normally implemented with a
!      `define_expand', should be similar to the `movM' patterns, except
       that operand 2 is the scratch register.
  
       These patterns need constraints for the reload register and scratch
*************** return.
*** 30455,30473 ****
       reload register (whose class is CLASS) can meet the constraint
       given in the pattern, the value returned by these macros is used
       for the class of the scratch register.  Otherwise, two additional
!      reload registers are required.  Their classes are obtained from the
!      constraints in the insn pattern.
  
!      X might be a pseudo-register or a 'subreg' of a pseudo-register,
       which could either be in a hard register or in memory.  Use
!      'true_regnum' to find out; it will return -1 if the pseudo is in
       memory and the hard register number if it is in a register.
  
       These macros should not be used in the case where a particular
       class of registers can only be copied to memory and not to another
       class of registers.  In that case, secondary reload registers are
       not needed and would not be helpful.  Instead, a stack location
!      must be used to perform the copy and the 'movM' pattern should use
       memory as an intermediate storage.  This case often occurs between
       floating-point and general registers.
  
--- 30856,30874 ----
       reload register (whose class is CLASS) can meet the constraint
       given in the pattern, the value returned by these macros is used
       for the class of the scratch register.  Otherwise, two additional
!      reload registers are required.  Their classes are obtained from
!      the constraints in the insn pattern.
  
!      X might be a pseudo-register or a `subreg' of a pseudo-register,
       which could either be in a hard register or in memory.  Use
!      `true_regnum' to find out; it will return -1 if the pseudo is in
       memory and the hard register number if it is in a register.
  
       These macros should not be used in the case where a particular
       class of registers can only be copied to memory and not to another
       class of registers.  In that case, secondary reload registers are
       not needed and would not be helpful.  Instead, a stack location
!      must be used to perform the copy and the `movM' pattern should use
       memory as an intermediate storage.  This case often occurs between
       floating-point and general registers.
  
*************** return.
*** 30482,30501 ****
       Do not define this macro if its value would always be zero.
  
   -- Macro: SECONDARY_MEMORY_NEEDED_RTX (MODE)
!      Normally when 'SECONDARY_MEMORY_NEEDED' is defined, the compiler
       allocates a stack slot for a memory location needed for register
       copies.  If this macro is defined, the compiler instead uses the
       memory location defined by this macro.
  
       Do not define this macro if you do not define
!      'SECONDARY_MEMORY_NEEDED'.
  
   -- Macro: SECONDARY_MEMORY_NEEDED_MODE (MODE)
!      When the compiler needs a secondary memory location to copy between
!      two registers of mode MODE, it normally allocates sufficient memory
!      to hold a quantity of 'BITS_PER_WORD' bits and performs the store
!      and load operations in a mode that many bits wide and whose class
!      is the same as that of MODE.
  
       This is right thing to do on most machines because it ensures that
       all bits of the register are copied and prevents accesses to the
--- 30883,30902 ----
       Do not define this macro if its value would always be zero.
  
   -- Macro: SECONDARY_MEMORY_NEEDED_RTX (MODE)
!      Normally when `SECONDARY_MEMORY_NEEDED' is defined, the compiler
       allocates a stack slot for a memory location needed for register
       copies.  If this macro is defined, the compiler instead uses the
       memory location defined by this macro.
  
       Do not define this macro if you do not define
!      `SECONDARY_MEMORY_NEEDED'.
  
   -- Macro: SECONDARY_MEMORY_NEEDED_MODE (MODE)
!      When the compiler needs a secondary memory location to copy
!      between two registers of mode MODE, it normally allocates
!      sufficient memory to hold a quantity of `BITS_PER_WORD' bits and
!      performs the store and load operations in a mode that many bits
!      wide and whose class is the same as that of MODE.
  
       This is right thing to do on most machines because it ensures that
       all bits of the register are copied and prevents accesses to the
*************** return.
*** 30505,30525 ****
       However, this default behavior is not correct on some machines,
       such as the DEC Alpha, that store short integers in floating-point
       registers differently than in integer registers.  On those
!      machines, the default widening will not work correctly and you must
!      define this macro to suppress that widening in some cases.  See the
!      file 'alpha.h' for details.
  
       Do not define this macro if you do not define
!      'SECONDARY_MEMORY_NEEDED' or if widening MODE to a mode that is
!      'BITS_PER_WORD' bits wide is correct for your machine.
  
   -- Target Hook: bool TARGET_CLASS_LIKELY_SPILLED_P (reg_class_t RCLASS)
!      A target hook which returns 'true' if pseudos that have been
       assigned to registers of class RCLASS would likely be spilled
       because registers of RCLASS are needed for spill registers.
  
!      The default version of this target hook returns 'true' if RCLASS
!      has exactly one register and 'false' otherwise.  On most machines,
       this default should be used.  For generally register-starved
       machines, such as i386, or machines with right register
       constraints, such as SH, this hook can be used to avoid excessive
--- 30906,30926 ----
       However, this default behavior is not correct on some machines,
       such as the DEC Alpha, that store short integers in floating-point
       registers differently than in integer registers.  On those
!      machines, the default widening will not work correctly and you
!      must define this macro to suppress that widening in some cases.
!      See the file `alpha.h' for details.
  
       Do not define this macro if you do not define
!      `SECONDARY_MEMORY_NEEDED' or if widening MODE to a mode that is
!      `BITS_PER_WORD' bits wide is correct for your machine.
  
   -- Target Hook: bool TARGET_CLASS_LIKELY_SPILLED_P (reg_class_t RCLASS)
!      A target hook which returns `true' if pseudos that have been
       assigned to registers of class RCLASS would likely be spilled
       because registers of RCLASS are needed for spill registers.
  
!      The default version of this target hook returns `true' if RCLASS
!      has exactly one register and `false' otherwise.  On most machines,
       this default should be used.  For generally register-starved
       machines, such as i386, or machines with right register
       constraints, such as SH, this hook can be used to avoid excessive
*************** return.
*** 30534,30558 ****
       A target hook returns the maximum number of consecutive registers
       of class RCLASS needed to hold a value of mode MODE.
  
!      This is closely related to the macro 'HARD_REGNO_NREGS'.  In fact,
!      the value returned by 'TARGET_CLASS_MAX_NREGS (RCLASS, MODE)'
!      target hook should be the maximum value of 'HARD_REGNO_NREGS
       (REGNO, MODE)' for all REGNO values in the class RCLASS.
  
       This target hook helps control the handling of multiple-word values
       in the reload pass.
  
!      The default version of this target hook returns the size of MODE in
!      words.
  
   -- Macro: CLASS_MAX_NREGS (CLASS, MODE)
       A C expression for the maximum number of consecutive registers of
       class CLASS needed to hold a value of mode MODE.
  
!      This is closely related to the macro 'HARD_REGNO_NREGS'.  In fact,
!      the value of the macro 'CLASS_MAX_NREGS (CLASS, MODE)' should be
!      the maximum value of 'HARD_REGNO_NREGS (REGNO, MODE)' for all REGNO
!      values in the class CLASS.
  
       This macro helps control the handling of multiple-word values in
       the reload pass.
--- 30935,30959 ----
       A target hook returns the maximum number of consecutive registers
       of class RCLASS needed to hold a value of mode MODE.
  
!      This is closely related to the macro `HARD_REGNO_NREGS'.  In fact,
!      the value returned by `TARGET_CLASS_MAX_NREGS (RCLASS, MODE)'
!      target hook should be the maximum value of `HARD_REGNO_NREGS
       (REGNO, MODE)' for all REGNO values in the class RCLASS.
  
       This target hook helps control the handling of multiple-word values
       in the reload pass.
  
!      The default version of this target hook returns the size of MODE
!      in words.
  
   -- Macro: CLASS_MAX_NREGS (CLASS, MODE)
       A C expression for the maximum number of consecutive registers of
       class CLASS needed to hold a value of mode MODE.
  
!      This is closely related to the macro `HARD_REGNO_NREGS'.  In fact,
!      the value of the macro `CLASS_MAX_NREGS (CLASS, MODE)' should be
!      the maximum value of `HARD_REGNO_NREGS (REGNO, MODE)' for all
!      REGNO values in the class CLASS.
  
       This macro helps control the handling of multiple-word values in
       the reload pass.
*************** return.
*** 30565,30671 ****
       floating-point registers on Alpha extends them to 64 bits.
       Therefore loading a 64-bit object and then storing it as a 32-bit
       object does not store the low-order 32 bits, as would be the case
!      for a normal register.  Therefore, 'alpha.h' defines
!      'CANNOT_CHANGE_MODE_CLASS' as below:
  
            #define CANNOT_CHANGE_MODE_CLASS(FROM, TO, CLASS) \
              (GET_MODE_SIZE (FROM) != GET_MODE_SIZE (TO) \
               ? reg_classes_intersect_p (FLOAT_REGS, (CLASS)) : 0)
  
       Even if storing from a register in mode TO would be valid, if both
!      FROM and 'raw_reg_mode' for CLASS are wider than 'word_mode', then
       we must prevent TO narrowing the mode.  This happens when the
       middle-end assumes that it can load or store pieces of an N-word
       pseudo, and that the pseudo will eventually be allocated to N
!      'word_mode' hard registers.  Failure to prevent this kind of mode
!      change will result in the entire 'raw_reg_mode' being modified
       instead of the partial value that the middle-end intended.
  
   -- Target Hook: reg_class_t TARGET_IRA_CHANGE_PSEUDO_ALLOCNO_CLASS
            (int, REG_CLASS_T, REG_CLASS_T)
       A target hook which can change allocno class for given pseudo from
!      allocno and best class calculated by IRA.
  
       The default version of this target hook always returns given class.
  
   -- Target Hook: bool TARGET_LRA_P (void)
       A target hook which returns true if we use LRA instead of reload
!      pass.  The default version of this target hook returns true.  New
!      ports should use LRA, and existing ports are encouraged to convert.
  
   -- Target Hook: int TARGET_REGISTER_PRIORITY (int)
       A target hook which returns the register priority number to which
!      the register HARD_REGNO belongs to.  The bigger the number, the
       more preferable the hard register usage (when all other conditions
!      are the same).  This hook can be used to prefer some hard register
!      over others in LRA. For example, some x86-64 register usage needs
!      additional prefix which makes instructions longer.  The hook can
!      return lower priority number for such registers make them less
!      favorable and as result making the generated code smaller.  The
!      default version of this target hook returns always zero.
  
   -- Target Hook: bool TARGET_REGISTER_USAGE_LEVELING_P (void)
       A target hook which returns true if we need register usage
       leveling.  That means if a few hard registers are equally good for
!      the assignment, we choose the least used hard register.  The
!      register usage leveling may be profitable for some targets.  Don't
!      use the usage leveling for targets with conditional execution or
!      targets with big register files as it hurts if-conversion and
!      cross-jumping optimizations.  The default version of this target
!      hook returns always false.
  
   -- Target Hook: bool TARGET_DIFFERENT_ADDR_DISPLACEMENT_P (void)
       A target hook which returns true if an address with the same
!      structure can have different maximal legitimate displacement.  For
!      example, the displacement can depend on memory mode or on operand
!      combinations in the insn.  The default version of this target hook
!      returns always false.
  
   -- Target Hook: bool TARGET_CANNOT_SUBSTITUTE_MEM_EQUIV_P (rtx SUBST)
!      A target hook which returns 'true' if SUBST can't substitute safely
!      pseudos with equivalent memory values during register allocation.
!      The default version of this target hook returns 'false'.  On most
!      machines, this default should be used.  For generally machines with
!      non orthogonal register usage for addressing, such as SH, this hook
!      can be used to avoid excessive spilling.
  
!  -- Target Hook: bool TARGET_LEGITIMIZE_ADDRESS_DISPLACEMENT (rtx *DISP,
!           rtx *OFFSET, machine_mode MODE)
!      A target hook which returns 'true' if *DISP is legitimezed to valid
!      address displacement with subtracting *OFFSET at memory mode MODE.
!      The default version of this target hook returns 'false'.  This hook
!      will benefit machines with limited base plus displacement
       addressing.
  
   -- Target Hook: reg_class_t TARGET_SPILL_CLASS (reg_class_t,
            MACHINE_MODE)
       This hook defines a class of registers which could be used for
!      spilling pseudos of the given mode and class, or 'NO_REGS' if only
!      memory should be used.  Not defining this hook is equivalent to
!      returning 'NO_REGS' for all inputs.
  
   -- Target Hook: bool TARGET_ADDITIONAL_ALLOCNO_CLASS_P (reg_class_t)
!      This hook should return 'true' if given class of registers should
       be an allocno class in any way.  Usually RA uses only one register
       class from all classes containing the same register set.  In some
       complicated cases, you need to have two or more such classes as
       allocno ones for RA correct work.  Not defining this hook is
!      equivalent to returning 'false' for all inputs.
  
   -- Target Hook: machine_mode TARGET_CSTORE_MODE (enum insn_code ICODE)
!      This hook defines the machine mode to use for the boolean result of
!      conditional store patterns.  The ICODE argument is the instruction
!      code for the cstore being performed.  Not definiting this hook is
!      the same as accepting the mode encoded into operand 0 of the cstore
!      expander patterns.
  
   -- Target Hook: int TARGET_COMPUTE_PRESSURE_CLASSES (enum reg_class
            *PRESSURE_CLASSES)
       A target hook which lets a backend compute the set of pressure
!      classes to be used by those optimization passes which take register
!      pressure into account, as opposed to letting IRA compute them.  It
!      returns the number of register classes stored in the array
!      PRESSURE_CLASSES.
  
  
  File: gccint.info,  Node: Stack and Calling,  Next: Varargs,  Prev: Register Classes,  Up: Target Macros
--- 30966,31076 ----
       floating-point registers on Alpha extends them to 64 bits.
       Therefore loading a 64-bit object and then storing it as a 32-bit
       object does not store the low-order 32 bits, as would be the case
!      for a normal register.  Therefore, `alpha.h' defines
!      `CANNOT_CHANGE_MODE_CLASS' as below:
  
            #define CANNOT_CHANGE_MODE_CLASS(FROM, TO, CLASS) \
              (GET_MODE_SIZE (FROM) != GET_MODE_SIZE (TO) \
               ? reg_classes_intersect_p (FLOAT_REGS, (CLASS)) : 0)
  
       Even if storing from a register in mode TO would be valid, if both
!      FROM and `raw_reg_mode' for CLASS are wider than `word_mode', then
       we must prevent TO narrowing the mode.  This happens when the
       middle-end assumes that it can load or store pieces of an N-word
       pseudo, and that the pseudo will eventually be allocated to N
!      `word_mode' hard registers.  Failure to prevent this kind of mode
!      change will result in the entire `raw_reg_mode' being modified
       instead of the partial value that the middle-end intended.
  
+ 
   -- Target Hook: reg_class_t TARGET_IRA_CHANGE_PSEUDO_ALLOCNO_CLASS
            (int, REG_CLASS_T, REG_CLASS_T)
       A target hook which can change allocno class for given pseudo from
!       allocno and best class calculated by IRA.
  
       The default version of this target hook always returns given class.
  
   -- Target Hook: bool TARGET_LRA_P (void)
       A target hook which returns true if we use LRA instead of reload
!      pass.    The default version of this target hook returns true.
!      New ports  should use LRA, and existing ports are encouraged to
!      convert.
  
   -- Target Hook: int TARGET_REGISTER_PRIORITY (int)
       A target hook which returns the register priority number to which
!      the  register HARD_REGNO belongs to.  The bigger the number, the
       more preferable the hard register usage (when all other conditions
!      are  the same).  This hook can be used to prefer some hard
!      register over  others in LRA.  For example, some x86-64 register
!      usage needs  additional prefix which makes instructions longer.
!      The hook can  return lower priority number for such registers make
!      them less favorable  and as result making the generated code
!      smaller.    The default version of this target hook returns always
!      zero.
  
   -- Target Hook: bool TARGET_REGISTER_USAGE_LEVELING_P (void)
       A target hook which returns true if we need register usage
       leveling.  That means if a few hard registers are equally good for
!      the  assignment, we choose the least used hard register.  The
!      register  usage leveling may be profitable for some targets.
!      Don't use the  usage leveling for targets with conditional
!      execution or targets  with big register files as it hurts
!      if-conversion and cross-jumping  optimizations.    The default
!      version of this target hook returns always false.
  
   -- Target Hook: bool TARGET_DIFFERENT_ADDR_DISPLACEMENT_P (void)
       A target hook which returns true if an address with the same
!      structure  can have different maximal legitimate displacement.
!      For example, the  displacement can depend on memory mode or on
!      operand combinations in  the insn.    The default version of this
!      target hook returns always false.
  
   -- Target Hook: bool TARGET_CANNOT_SUBSTITUTE_MEM_EQUIV_P (rtx SUBST)
!      A target hook which returns `true' if SUBST can't substitute
!      safely pseudos with equivalent memory values during register
!      allocation.  The default version of this target hook returns
!      `false'.  On most machines, this default should be used.  For
!      generally machines with non orthogonal register usage for
!      addressing, such as SH, this hook can be used to avoid excessive
!      spilling.
  
!  -- Target Hook: bool TARGET_LEGITIMIZE_ADDRESS_DISPLACEMENT (rtx
!           *DISP, rtx *OFFSET, machine_mode MODE)
!      A target hook which returns `true' if *DISP is legitimezed to
!      valid address displacement with subtracting *OFFSET at memory mode
!      MODE.  The default version of this target hook returns `false'.
!      This hook will benefit machines with limited base plus displacement
       addressing.
  
   -- Target Hook: reg_class_t TARGET_SPILL_CLASS (reg_class_t,
            MACHINE_MODE)
       This hook defines a class of registers which could be used for
!      spilling  pseudos of the given mode and class, or `NO_REGS' if
!      only memory  should be used.  Not defining this hook is equivalent
!      to returning  `NO_REGS' for all inputs.
  
   -- Target Hook: bool TARGET_ADDITIONAL_ALLOCNO_CLASS_P (reg_class_t)
!      This hook should return `true' if given class of registers should
       be an allocno class in any way.  Usually RA uses only one register
       class from all classes containing the same register set.  In some
       complicated cases, you need to have two or more such classes as
       allocno ones for RA correct work.  Not defining this hook is
!      equivalent to returning `false' for all inputs.
  
   -- Target Hook: machine_mode TARGET_CSTORE_MODE (enum insn_code ICODE)
!      This hook defines the machine mode to use for the boolean result
!      of  conditional store patterns.  The ICODE argument is the
!      instruction code  for the cstore being performed.  Not definiting
!      this hook is the same  as accepting the mode encoded into operand
!      0 of the cstore expander  patterns.
  
   -- Target Hook: int TARGET_COMPUTE_PRESSURE_CLASSES (enum reg_class
            *PRESSURE_CLASSES)
       A target hook which lets a backend compute the set of pressure
!      classes to  be used by those optimization passes which take
!      register pressure into  account, as opposed to letting IRA compute
!      them.  It returns the number of  register classes stored in the
!      array PRESSURE_CLASSES.
  
  
  File: gccint.info,  Node: Stack and Calling,  Next: Varargs,  Prev: Register Classes,  Up: Target Macros
*************** File: gccint.info,  Node: Frame Layout,
*** 30703,30724 ****
  Here is the basic stack layout.
  
   -- Macro: STACK_GROWS_DOWNWARD
!      Define this macro to be true if pushing a word onto the stack moves
!      the stack pointer to a smaller address, and false otherwise.
  
   -- Macro: STACK_PUSH_CODE
       This macro defines the operation used when something is pushed on
!      the stack.  In RTL, a push operation will be '(set (mem
       (STACK_PUSH_CODE (reg sp))) ...)'
  
!      The choices are 'PRE_DEC', 'POST_DEC', 'PRE_INC', and 'POST_INC'.
       Which of these is correct depends on the stack direction and on
       whether the stack pointer points to the last item on the stack or
       whether it points to the space for the next item on the stack.
  
!      The default is 'PRE_DEC' when 'STACK_GROWS_DOWNWARD' is true, which
!      is almost always right, and 'PRE_INC' otherwise, which is often
!      wrong.
  
   -- Macro: FRAME_GROWS_DOWNWARD
       Define this macro to nonzero value if the addresses of local
--- 31108,31129 ----
  Here is the basic stack layout.
  
   -- Macro: STACK_GROWS_DOWNWARD
!      Define this macro to be true if pushing a word onto the stack
!      moves the stack pointer to a smaller address, and false otherwise.
  
   -- Macro: STACK_PUSH_CODE
       This macro defines the operation used when something is pushed on
!      the stack.  In RTL, a push operation will be `(set (mem
       (STACK_PUSH_CODE (reg sp))) ...)'
  
!      The choices are `PRE_DEC', `POST_DEC', `PRE_INC', and `POST_INC'.
       Which of these is correct depends on the stack direction and on
       whether the stack pointer points to the last item on the stack or
       whether it points to the space for the next item on the stack.
  
!      The default is `PRE_DEC' when `STACK_GROWS_DOWNWARD' is true,
!      which is almost always right, and `PRE_INC' otherwise, which is
!      often wrong.
  
   -- Macro: FRAME_GROWS_DOWNWARD
       Define this macro to nonzero value if the addresses of local
*************** Here is the basic stack layout.
*** 30732,30758 ****
       Offset from the frame pointer to the first local variable slot to
       be allocated.
  
!      If 'FRAME_GROWS_DOWNWARD', find the next slot's offset by
!      subtracting the first slot's length from 'STARTING_FRAME_OFFSET'.
       Otherwise, it is found by adding the length of the first slot to
!      the value 'STARTING_FRAME_OFFSET'.
  
   -- Macro: STACK_ALIGNMENT_NEEDED
       Define to zero to disable final alignment of the stack during
       reload.  The nonzero default for this macro is suitable for most
       ports.
  
!      On ports where 'STARTING_FRAME_OFFSET' is nonzero or where there is
!      a register save block following the local block that doesn't
!      require alignment to 'STACK_BOUNDARY', it may be beneficial to
       disable stack alignment and do it in the backend.
  
   -- Macro: STACK_POINTER_OFFSET
       Offset from the stack pointer register to the first location at
!      which outgoing arguments are placed.  If not specified, the default
!      value of zero is used.  This is the proper value for most machines.
  
!      If 'ARGS_GROW_DOWNWARD', this is the offset to the location above
       the first location at which outgoing arguments are placed.
  
   -- Macro: FIRST_PARM_OFFSET (FUNDECL)
--- 31137,31164 ----
       Offset from the frame pointer to the first local variable slot to
       be allocated.
  
!      If `FRAME_GROWS_DOWNWARD', find the next slot's offset by
!      subtracting the first slot's length from `STARTING_FRAME_OFFSET'.
       Otherwise, it is found by adding the length of the first slot to
!      the value `STARTING_FRAME_OFFSET'.
  
   -- Macro: STACK_ALIGNMENT_NEEDED
       Define to zero to disable final alignment of the stack during
       reload.  The nonzero default for this macro is suitable for most
       ports.
  
!      On ports where `STARTING_FRAME_OFFSET' is nonzero or where there
!      is a register save block following the local block that doesn't
!      require alignment to `STACK_BOUNDARY', it may be beneficial to
       disable stack alignment and do it in the backend.
  
   -- Macro: STACK_POINTER_OFFSET
       Offset from the stack pointer register to the first location at
!      which outgoing arguments are placed.  If not specified, the
!      default value of zero is used.  This is the proper value for most
!      machines.
  
!      If `ARGS_GROW_DOWNWARD', this is the offset to the location above
       the first location at which outgoing arguments are placed.
  
   -- Macro: FIRST_PARM_OFFSET (FUNDECL)
*************** Here is the basic stack layout.
*** 30760,30784 ****
       address.  On some machines it may depend on the data type of the
       function.
  
!      If 'ARGS_GROW_DOWNWARD', this is the offset to the location above
       the first argument's address.
  
   -- Macro: STACK_DYNAMIC_OFFSET (FUNDECL)
       Offset from the stack pointer register to an item dynamically
!      allocated on the stack, e.g., by 'alloca'.
  
!      The default value for this macro is 'STACK_POINTER_OFFSET' plus the
       length of the outgoing arguments.  The default is correct for most
!      machines.  See 'function.c' for details.
  
   -- Macro: INITIAL_FRAME_ADDRESS_RTX
       A C expression whose value is RTL representing the address of the
!      initial stack frame.  This address is passed to 'RETURN_ADDR_RTX'
!      and 'DYNAMIC_CHAIN_ADDRESS'.  If you don't define this macro, a
       reasonable default value will be used.  Define this macro in order
       to make frame pointer elimination work in the presence of
!      '__builtin_frame_address (count)' and '__builtin_return_address
!      (count)' for 'count' not equal to zero.
  
   -- Macro: DYNAMIC_CHAIN_ADDRESS (FRAMEADDR)
       A C expression whose value is RTL representing the address in a
--- 31166,31190 ----
       address.  On some machines it may depend on the data type of the
       function.
  
!      If `ARGS_GROW_DOWNWARD', this is the offset to the location above
       the first argument's address.
  
   -- Macro: STACK_DYNAMIC_OFFSET (FUNDECL)
       Offset from the stack pointer register to an item dynamically
!      allocated on the stack, e.g., by `alloca'.
  
!      The default value for this macro is `STACK_POINTER_OFFSET' plus the
       length of the outgoing arguments.  The default is correct for most
!      machines.  See `function.c' for details.
  
   -- Macro: INITIAL_FRAME_ADDRESS_RTX
       A C expression whose value is RTL representing the address of the
!      initial stack frame. This address is passed to `RETURN_ADDR_RTX'
!      and `DYNAMIC_CHAIN_ADDRESS'.  If you don't define this macro, a
       reasonable default value will be used.  Define this macro in order
       to make frame pointer elimination work in the presence of
!      `__builtin_frame_address (count)' and `__builtin_return_address
!      (count)' for `count' not equal to zero.
  
   -- Macro: DYNAMIC_CHAIN_ADDRESS (FRAMEADDR)
       A C expression whose value is RTL representing the address in a
*************** Here is the basic stack layout.
*** 30791,30808 ****
       of the stack word that points to the previous frame.
  
   -- Macro: SETUP_FRAME_ADDRESSES
!      A C expression that produces the machine-specific code to setup the
!      stack so that arbitrary frames can be accessed.  For example, on
!      the SPARC, we must flush all of the register windows to the stack
!      before we can access arbitrary stack frames.  You will seldom need
!      to define this macro.  The default is to do nothing.
  
   -- Target Hook: rtx TARGET_BUILTIN_SETJMP_FRAME_VALUE (void)
       This target hook should return an rtx that is used to store the
!      address of the current frame into the built in 'setjmp' buffer.
!      The default value, 'virtual_stack_vars_rtx', is correct for most
       machines.  One reason you may need to define this target hook is if
!      'hard_frame_pointer_rtx' is the appropriate value on your machine.
  
   -- Macro: FRAME_ADDR_RTX (FRAMEADDR)
       A C expression whose value is RTL representing the value of the
--- 31197,31214 ----
       of the stack word that points to the previous frame.
  
   -- Macro: SETUP_FRAME_ADDRESSES
!      A C expression that produces the machine-specific code to setup
!      the stack so that arbitrary frames can be accessed.  For example,
!      on the SPARC, we must flush all of the register windows to the
!      stack before we can access arbitrary stack frames.  You will
!      seldom need to define this macro.  The default is to do nothing.
  
   -- Target Hook: rtx TARGET_BUILTIN_SETJMP_FRAME_VALUE (void)
       This target hook should return an rtx that is used to store the
!      address of the current frame into the built in `setjmp' buffer.
!      The default value, `virtual_stack_vars_rtx', is correct for most
       machines.  One reason you may need to define this target hook is if
!      `hard_frame_pointer_rtx' is the appropriate value on your machine.
  
   -- Macro: FRAME_ADDR_RTX (FRAMEADDR)
       A C expression whose value is RTL representing the value of the
*************** Here is the basic stack layout.
*** 30814,30826 ****
  
   -- Macro: RETURN_ADDR_RTX (COUNT, FRAMEADDR)
       A C expression whose value is RTL representing the value of the
!      return address for the frame COUNT steps up from the current frame,
!      after the prologue.  FRAMEADDR is the frame pointer of the COUNT
!      frame, or the frame pointer of the COUNT - 1 frame if
!      'RETURN_ADDR_IN_PREVIOUS_FRAME' is nonzero.
  
       The value of the expression must always be the correct address when
!      COUNT is zero, but may be 'NULL_RTX' if there is no way to
       determine the return address of other frames.
  
   -- Macro: RETURN_ADDR_IN_PREVIOUS_FRAME
--- 31220,31232 ----
  
   -- Macro: RETURN_ADDR_RTX (COUNT, FRAMEADDR)
       A C expression whose value is RTL representing the value of the
!      return address for the frame COUNT steps up from the current
!      frame, after the prologue.  FRAMEADDR is the frame pointer of the
!      COUNT frame, or the frame pointer of the COUNT - 1 frame if
!      `RETURN_ADDR_IN_PREVIOUS_FRAME' is nonzero.
  
       The value of the expression must always be the correct address when
!      COUNT is zero, but may be `NULL_RTX' if there is no way to
       determine the return address of other frames.
  
   -- Macro: RETURN_ADDR_IN_PREVIOUS_FRAME
*************** Here is the basic stack layout.
*** 30832,30854 ****
   -- Macro: INCOMING_RETURN_ADDR_RTX
       A C expression whose value is RTL representing the location of the
       incoming return address at the beginning of any function, before
!      the prologue.  This RTL is either a 'REG', indicating that the
!      return value is saved in 'REG', or a 'MEM' representing a location
       in the stack.
  
       You only need to define this macro if you want to support call
       frame debugging information like that provided by DWARF 2.
  
!      If this RTL is a 'REG', you should also define
!      'DWARF_FRAME_RETURN_COLUMN' to 'DWARF_FRAME_REGNUM (REGNO)'.
  
   -- Macro: DWARF_ALT_FRAME_RETURN_COLUMN
       A C expression whose value is an integer giving a DWARF 2 column
       number that may be used as an alternative return column.  The
       column must not correspond to any gcc hard register (that is, it
!      must not be in the range of 'DWARF_FRAME_REGNUM').
  
!      This macro can be useful if 'DWARF_FRAME_RETURN_COLUMN' is set to a
       general register, but an alternative column needs to be used for
       signal frames.  Some targets have also used different frame return
       columns over time.
--- 31238,31260 ----
   -- Macro: INCOMING_RETURN_ADDR_RTX
       A C expression whose value is RTL representing the location of the
       incoming return address at the beginning of any function, before
!      the prologue.  This RTL is either a `REG', indicating that the
!      return value is saved in `REG', or a `MEM' representing a location
       in the stack.
  
       You only need to define this macro if you want to support call
       frame debugging information like that provided by DWARF 2.
  
!      If this RTL is a `REG', you should also define
!      `DWARF_FRAME_RETURN_COLUMN' to `DWARF_FRAME_REGNUM (REGNO)'.
  
   -- Macro: DWARF_ALT_FRAME_RETURN_COLUMN
       A C expression whose value is an integer giving a DWARF 2 column
       number that may be used as an alternative return column.  The
       column must not correspond to any gcc hard register (that is, it
!      must not be in the range of `DWARF_FRAME_REGNUM').
  
!      This macro can be useful if `DWARF_FRAME_RETURN_COLUMN' is set to a
       general register, but an alternative column needs to be used for
       signal frames.  Some targets have also used different frame return
       columns over time.
*************** Here is the basic stack layout.
*** 30858,30865 ****
       number that is considered to always have the value zero.  This
       should only be defined if the target has an architected zero
       register, and someone decided it was a good idea to use that
!      register number to terminate the stack backtrace.  New ports should
!      avoid this.
  
   -- Target Hook: void TARGET_DWARF_HANDLE_FRAME_UNSPEC (const char
            *LABEL, rtx PATTERN, int INDEX)
--- 31264,31271 ----
       number that is considered to always have the value zero.  This
       should only be defined if the target has an architected zero
       register, and someone decided it was a good idea to use that
!      register number to terminate the stack backtrace.  New ports
!      should avoid this.
  
   -- Target Hook: void TARGET_DWARF_HANDLE_FRAME_UNSPEC (const char
            *LABEL, rtx PATTERN, int INDEX)
*************** Here is the basic stack layout.
*** 30871,30877 ****
            (set (reg) (unspec_volatile [...] UNSPECV_INDEX)).
       to let the backend emit the call frame instructions.  LABEL is the
       CFI label attached to the insn, PATTERN is the pattern of the insn
!      and INDEX is 'UNSPEC_INDEX' or 'UNSPECV_INDEX'.
  
   -- Macro: INCOMING_FRAME_SP_OFFSET
       A C expression whose value is an integer giving the offset, in
--- 31277,31283 ----
            (set (reg) (unspec_volatile [...] UNSPECV_INDEX)).
       to let the backend emit the call frame instructions.  LABEL is the
       CFI label attached to the insn, PATTERN is the pattern of the insn
!      and INDEX is `UNSPEC_INDEX' or `UNSPECV_INDEX'.
  
   -- Macro: INCOMING_FRAME_SP_OFFSET
       A C expression whose value is an integer giving the offset, in
*************** Here is the basic stack layout.
*** 30888,30927 ****
       A C expression whose value is an integer giving the offset, in
       bytes, from the argument pointer to the canonical frame address
       (cfa).  The final value should coincide with that calculated by
!      'INCOMING_FRAME_SP_OFFSET'.  Which is unfortunately not usable
       during virtual register instantiation.
  
!      The default value for this macro is 'FIRST_PARM_OFFSET (fundecl) +
       crtl->args.pretend_args_size', which is correct for most machines;
       in general, the arguments are found immediately before the stack
       frame.  Note that this is not the case on some targets that save
!      registers into the caller's frame, such as SPARC and rs6000, and so
!      such targets need to define this macro.
  
!      You only need to define this macro if the default is incorrect, and
!      you want to support call frame debugging information like that
       provided by DWARF 2.
  
   -- Macro: FRAME_POINTER_CFA_OFFSET (FUNDECL)
       If defined, a C expression whose value is an integer giving the
       offset in bytes from the frame pointer to the canonical frame
       address (cfa).  The final value should coincide with that
!      calculated by 'INCOMING_FRAME_SP_OFFSET'.
  
       Normally the CFA is calculated as an offset from the argument
!      pointer, via 'ARG_POINTER_CFA_OFFSET', but if the argument pointer
       is variable due to the ABI, this may not be possible.  If this
       macro is defined, it implies that the virtual register
       instantiation should be based on the frame pointer instead of the
!      argument pointer.  Only one of 'FRAME_POINTER_CFA_OFFSET' and
!      'ARG_POINTER_CFA_OFFSET' should be defined.
  
   -- Macro: CFA_FRAME_BASE_OFFSET (FUNDECL)
       If defined, a C expression whose value is an integer giving the
!      offset in bytes from the canonical frame address (cfa) to the frame
!      base used in DWARF 2 debug information.  The default is zero.  A
!      different value may reduce the size of debug information on some
!      ports.
  
  
  File: gccint.info,  Node: Exception Handling,  Next: Stack Checking,  Prev: Frame Layout,  Up: Stack and Calling
--- 31294,31333 ----
       A C expression whose value is an integer giving the offset, in
       bytes, from the argument pointer to the canonical frame address
       (cfa).  The final value should coincide with that calculated by
!      `INCOMING_FRAME_SP_OFFSET'.  Which is unfortunately not usable
       during virtual register instantiation.
  
!      The default value for this macro is `FIRST_PARM_OFFSET (fundecl) +
       crtl->args.pretend_args_size', which is correct for most machines;
       in general, the arguments are found immediately before the stack
       frame.  Note that this is not the case on some targets that save
!      registers into the caller's frame, such as SPARC and rs6000, and
!      so such targets need to define this macro.
  
!      You only need to define this macro if the default is incorrect,
!      and you want to support call frame debugging information like that
       provided by DWARF 2.
  
   -- Macro: FRAME_POINTER_CFA_OFFSET (FUNDECL)
       If defined, a C expression whose value is an integer giving the
       offset in bytes from the frame pointer to the canonical frame
       address (cfa).  The final value should coincide with that
!      calculated by `INCOMING_FRAME_SP_OFFSET'.
  
       Normally the CFA is calculated as an offset from the argument
!      pointer, via `ARG_POINTER_CFA_OFFSET', but if the argument pointer
       is variable due to the ABI, this may not be possible.  If this
       macro is defined, it implies that the virtual register
       instantiation should be based on the frame pointer instead of the
!      argument pointer.  Only one of `FRAME_POINTER_CFA_OFFSET' and
!      `ARG_POINTER_CFA_OFFSET' should be defined.
  
   -- Macro: CFA_FRAME_BASE_OFFSET (FUNDECL)
       If defined, a C expression whose value is an integer giving the
!      offset in bytes from the canonical frame address (cfa) to the
!      frame base used in DWARF 2 debug information.  The default is
!      zero.  A different value may reduce the size of debug information
!      on some ports.
  
  
  File: gccint.info,  Node: Exception Handling,  Next: Stack Checking,  Prev: Frame Layout,  Up: Stack and Calling
*************** File: gccint.info,  Node: Exception Hand
*** 30930,30937 ****
  ---------------------------------
  
   -- Macro: EH_RETURN_DATA_REGNO (N)
!      A C expression whose value is the Nth register number used for data
!      by exception handlers, or 'INVALID_REGNUM' if fewer than N
       registers are usable.
  
       The exception handling library routines communicate with the
--- 31336,31343 ----
  ---------------------------------
  
   -- Macro: EH_RETURN_DATA_REGNO (N)
!      A C expression whose value is the Nth register number used for
!      data by exception handlers, or `INVALID_REGNUM' if fewer than N
       registers are usable.
  
       The exception handling library routines communicate with the
*************** File: gccint.info,  Node: Exception Hand
*** 30971,30992 ****
       normal return address is stored.  For targets that return by
       popping an address off the stack, this might be a memory address
       just below the _target_ call frame rather than inside the current
!      call frame.  If defined, 'EH_RETURN_STACKADJ_RTX' will have already
       been assigned, so it may be used to calculate the location of the
       target call frame.
  
       Some targets have more complex requirements than storing to an
       address calculable during initial code generation.  In that case
!      the 'eh_return' instruction pattern should be used instead.
  
       If you want to support call frame exception handling, you must
!      define either this macro or the 'eh_return' instruction pattern.
  
   -- Macro: RETURN_ADDR_OFFSET
       If defined, an integer-valued C expression for which rtl will be
       generated to add it to the exception handler address before it is
!      searched in the exception handling tables, and to subtract it again
!      from the address before using it to return to the exception
       handler.
  
   -- Macro: ASM_PREFERRED_EH_DATA_FORMAT (CODE, GLOBAL)
--- 31377,31398 ----
       normal return address is stored.  For targets that return by
       popping an address off the stack, this might be a memory address
       just below the _target_ call frame rather than inside the current
!      call frame.  If defined, `EH_RETURN_STACKADJ_RTX' will have already
       been assigned, so it may be used to calculate the location of the
       target call frame.
  
       Some targets have more complex requirements than storing to an
       address calculable during initial code generation.  In that case
!      the `eh_return' instruction pattern should be used instead.
  
       If you want to support call frame exception handling, you must
!      define either this macro or the `eh_return' instruction pattern.
  
   -- Macro: RETURN_ADDR_OFFSET
       If defined, an integer-valued C expression for which rtl will be
       generated to add it to the exception handler address before it is
!      searched in the exception handling tables, and to subtract it
!      again from the address before using it to return to the exception
       handler.
  
   -- Macro: ASM_PREFERRED_EH_DATA_FORMAT (CODE, GLOBAL)
*************** File: gccint.info,  Node: Exception Hand
*** 30998,31004 ****
       CODE is 0 for data, 1 for code labels, 2 for function pointers.
       GLOBAL is true if the symbol may be affected by dynamic
       relocations.  The macro should return a combination of the
!      'DW_EH_PE_*' defines as found in 'dwarf2.h'.
  
       If this macro is not defined, pointers will not be encoded but
       represented directly.
--- 31404,31410 ----
       CODE is 0 for data, 1 for code labels, 2 for function pointers.
       GLOBAL is true if the symbol may be affected by dynamic
       relocations.  The macro should return a combination of the
!      `DW_EH_PE_*' defines as found in `dwarf2.h'.
  
       If this macro is not defined, pointers will not be encoded but
       represented directly.
*************** File: gccint.info,  Node: Exception Hand
*** 31007,31019 ****
            ADDR, DONE)
       This macro allows the target to emit whatever special magic is
       required to represent the encoding chosen by
!      'ASM_PREFERRED_EH_DATA_FORMAT'.  Generic code takes care of
       pc-relative and indirect encodings; this must be defined if the
       target uses text-relative or data-relative encodings.
  
       This is a C statement that branches to DONE if the format was
       handled.  ENCODING is the format chosen, SIZE is the number of
!      bytes that the format occupies, ADDR is the 'SYMBOL_REF' to be
       emitted.
  
   -- Macro: MD_FALLBACK_FRAME_STATE_FOR (CONTEXT, FS)
--- 31413,31425 ----
            ADDR, DONE)
       This macro allows the target to emit whatever special magic is
       required to represent the encoding chosen by
!      `ASM_PREFERRED_EH_DATA_FORMAT'.  Generic code takes care of
       pc-relative and indirect encodings; this must be defined if the
       target uses text-relative or data-relative encodings.
  
       This is a C statement that branches to DONE if the format was
       handled.  ENCODING is the format chosen, SIZE is the number of
!      bytes that the format occupies, ADDR is the `SYMBOL_REF' to be
       emitted.
  
   -- Macro: MD_FALLBACK_FRAME_STATE_FOR (CONTEXT, FS)
*************** File: gccint.info,  Node: Exception Hand
*** 31022,31055 ****
       unwind data available.  The most common reason to implement this
       macro is to unwind through signal frames.
  
!      This macro is called from 'uw_frame_state_for' in 'unwind-dw2.c',
!      'unwind-dw2-xtensa.c' and 'unwind-ia64.c'.  CONTEXT is an
!      '_Unwind_Context'; FS is an '_Unwind_FrameState'.  Examine
!      'context->ra' for the address of the code being executed and
!      'context->cfa' for the stack pointer value.  If the frame can be
       decoded, the register save addresses should be updated in FS and
!      the macro should evaluate to '_URC_NO_REASON'.  If the frame cannot
!      be decoded, the macro should evaluate to '_URC_END_OF_STACK'.
  
       For proper signal handling in Java this macro is accompanied by
!      'MAKE_THROW_FRAME', defined in 'libjava/include/*-signal.h'
       headers.
  
   -- Macro: MD_HANDLE_UNWABI (CONTEXT, FS)
       This macro allows the target to add operating system specific code
!      to the call-frame unwinder to handle the IA-64 '.unwabi' unwinding
       directive, usually used for signal or interrupt frames.
  
!      This macro is called from 'uw_update_context' in libgcc's
!      'unwind-ia64.c'.  CONTEXT is an '_Unwind_Context'; FS is an
!      '_Unwind_FrameState'.  Examine 'fs->unwabi' for the abi and context
!      in the '.unwabi' directive.  If the '.unwabi' directive can be
!      handled, the register save addresses should be updated in FS.
  
   -- Macro: TARGET_USES_WEAK_UNWIND_INFO
       A C expression that evaluates to true if the target requires unwind
!      info to be given comdat linkage.  Define it to be '1' if comdat
!      linkage is necessary.  The default is '0'.
  
  
  File: gccint.info,  Node: Stack Checking,  Next: Frame Registers,  Prev: Exception Handling,  Up: Stack and Calling
--- 31428,31463 ----
       unwind data available.  The most common reason to implement this
       macro is to unwind through signal frames.
  
!      This macro is called from `uw_frame_state_for' in `unwind-dw2.c',
!      `unwind-dw2-xtensa.c' and `unwind-ia64.c'.  CONTEXT is an
!      `_Unwind_Context'; FS is an `_Unwind_FrameState'.  Examine
!      `context->ra' for the address of the code being executed and
!      `context->cfa' for the stack pointer value.  If the frame can be
       decoded, the register save addresses should be updated in FS and
!      the macro should evaluate to `_URC_NO_REASON'.  If the frame
!      cannot be decoded, the macro should evaluate to
!      `_URC_END_OF_STACK'.
  
       For proper signal handling in Java this macro is accompanied by
!      `MAKE_THROW_FRAME', defined in `libjava/include/*-signal.h'
       headers.
  
   -- Macro: MD_HANDLE_UNWABI (CONTEXT, FS)
       This macro allows the target to add operating system specific code
!      to the call-frame unwinder to handle the IA-64 `.unwabi' unwinding
       directive, usually used for signal or interrupt frames.
  
!      This macro is called from `uw_update_context' in libgcc's
!      `unwind-ia64.c'.  CONTEXT is an `_Unwind_Context'; FS is an
!      `_Unwind_FrameState'.  Examine `fs->unwabi' for the abi and
!      context in the `.unwabi' directive.  If the `.unwabi' directive
!      can be handled, the register save addresses should be updated in
!      FS.
  
   -- Macro: TARGET_USES_WEAK_UNWIND_INFO
       A C expression that evaluates to true if the target requires unwind
!      info to be given comdat linkage.  Define it to be `1' if comdat
!      linkage is necessary.  The default is `0'.
  
  
  File: gccint.info,  Node: Stack Checking,  Next: Frame Registers,  Prev: Exception Handling,  Up: Stack and Calling
*************** File: gccint.info,  Node: Stack Checking
*** 31058,31077 ****
  --------------------------------------------
  
  GCC will check that stack references are within the boundaries of the
! stack, if the option '-fstack-check' is specified, in one of three ways:
  
!   1. If the value of the 'STACK_CHECK_BUILTIN' macro is nonzero, GCC
       will assume that you have arranged for full stack checking to be
       done at appropriate places in the configuration files.  GCC will
       not do other special processing.
  
!   2. If 'STACK_CHECK_BUILTIN' is zero and the value of the
!      'STACK_CHECK_STATIC_BUILTIN' macro is nonzero, GCC will assume that
!      you have arranged for static stack checking (checking of the static
!      stack frame of functions) to be done at appropriate places in the
!      configuration files.  GCC will only emit code to do dynamic stack
!      checking (checking on dynamic stack allocations) using the third
!      approach below.
  
    3. If neither of the above are true, GCC will generate code to
       periodically "probe" the stack pointer using the values of the
--- 31466,31485 ----
  --------------------------------------------
  
  GCC will check that stack references are within the boundaries of the
! stack, if the option `-fstack-check' is specified, in one of three ways:
  
!   1. If the value of the `STACK_CHECK_BUILTIN' macro is nonzero, GCC
       will assume that you have arranged for full stack checking to be
       done at appropriate places in the configuration files.  GCC will
       not do other special processing.
  
!   2. If `STACK_CHECK_BUILTIN' is zero and the value of the
!      `STACK_CHECK_STATIC_BUILTIN' macro is nonzero, GCC will assume
!      that you have arranged for static stack checking (checking of the
!      static stack frame of functions) to be done at appropriate places
!      in the configuration files.  GCC will only emit code to do dynamic
!      stack checking (checking on dynamic stack allocations) using the
!      third approach below.
  
    3. If neither of the above are true, GCC will generate code to
       periodically "probe" the stack pointer using the values of the
*************** stack, if the option '-fstack-check' is
*** 31079,31093 ****
  
   If neither STACK_CHECK_BUILTIN nor STACK_CHECK_STATIC_BUILTIN is
  defined, GCC will change its allocation strategy for large objects if
! the option '-fstack-check' is specified: they will always be allocated
! dynamically if their size exceeds 'STACK_CHECK_MAX_VAR_SIZE' bytes.
  
   -- Macro: STACK_CHECK_BUILTIN
       A nonzero value if stack checking is done by the configuration
       files in a machine-dependent manner.  You should define this macro
       if stack checking is required by the ABI of your machine or if you
!      would like to do stack checking in some more efficient way than the
!      generic approach.  The default value of this macro is zero.
  
   -- Macro: STACK_CHECK_STATIC_BUILTIN
       A nonzero value if static stack checking is done by the
--- 31487,31501 ----
  
   If neither STACK_CHECK_BUILTIN nor STACK_CHECK_STATIC_BUILTIN is
  defined, GCC will change its allocation strategy for large objects if
! the option `-fstack-check' is specified: they will always be allocated
! dynamically if their size exceeds `STACK_CHECK_MAX_VAR_SIZE' bytes.
  
   -- Macro: STACK_CHECK_BUILTIN
       A nonzero value if stack checking is done by the configuration
       files in a machine-dependent manner.  You should define this macro
       if stack checking is required by the ABI of your machine or if you
!      would like to do stack checking in some more efficient way than
!      the generic approach.  The default value of this macro is zero.
  
   -- Macro: STACK_CHECK_STATIC_BUILTIN
       A nonzero value if static stack checking is done by the
*************** dynamically if their size exceeds 'STACK
*** 31097,31122 ****
       value of this macro is zero.
  
   -- Macro: STACK_CHECK_PROBE_INTERVAL_EXP
!      An integer specifying the interval at which GCC must generate stack
!      probe instructions, defined as 2 raised to this integer.  You will
!      normally define this macro so that the interval be no larger than
!      the size of the "guard pages" at the end of a stack area.  The
!      default value of 12 (4096-byte interval) is suitable for most
!      systems.
  
   -- Macro: STACK_CHECK_MOVING_SP
       An integer which is nonzero if GCC should move the stack pointer
       page by page when doing probes.  This can be necessary on systems
       where the stack pointer contains the bottom address of the memory
       area accessible to the executing thread at any point in time.  In
!      this situation an alternate signal stack is required in order to be
!      able to recover from a stack overflow.  The default value of this
!      macro is zero.
  
   -- Macro: STACK_CHECK_PROTECT
       The number of bytes of stack needed to recover from a stack
       overflow, for languages where such a recovery is supported.  The
!      default value of 4KB/8KB with the 'setjmp'/'longjmp'-based
       exception handling mechanism and 8KB/12KB with other exception
       handling mechanisms should be adequate for most architectures and
       operating systems.
--- 31505,31530 ----
       value of this macro is zero.
  
   -- Macro: STACK_CHECK_PROBE_INTERVAL_EXP
!      An integer specifying the interval at which GCC must generate
!      stack probe instructions, defined as 2 raised to this integer.
!      You will normally define this macro so that the interval be no
!      larger than the size of the "guard pages" at the end of a stack
!      area.  The default value of 12 (4096-byte interval) is suitable
!      for most systems.
  
   -- Macro: STACK_CHECK_MOVING_SP
       An integer which is nonzero if GCC should move the stack pointer
       page by page when doing probes.  This can be necessary on systems
       where the stack pointer contains the bottom address of the memory
       area accessible to the executing thread at any point in time.  In
!      this situation an alternate signal stack is required in order to
!      be able to recover from a stack overflow.  The default value of
!      this macro is zero.
  
   -- Macro: STACK_CHECK_PROTECT
       The number of bytes of stack needed to recover from a stack
       overflow, for languages where such a recovery is supported.  The
!      default value of 4KB/8KB with the `setjmp'/`longjmp'-based
       exception handling mechanism and 8KB/12KB with other exception
       handling mechanisms should be adequate for most architectures and
       operating systems.
*************** in the opposite case.
*** 31128,31138 ****
   -- Macro: STACK_CHECK_MAX_FRAME_SIZE
       The maximum size of a stack frame, in bytes.  GCC will generate
       probe instructions in non-leaf functions to ensure at least this
!      many bytes of stack are available.  If a stack frame is larger than
!      this size, stack checking will not be reliable and GCC will issue a
!      warning.  The default is chosen so that GCC only generates one
!      instruction on most systems.  You should normally not change the
!      default value of this macro.
  
   -- Macro: STACK_CHECK_FIXED_FRAME_SIZE
       GCC uses this value to generate the above warning message.  It
--- 31536,31546 ----
   -- Macro: STACK_CHECK_MAX_FRAME_SIZE
       The maximum size of a stack frame, in bytes.  GCC will generate
       probe instructions in non-leaf functions to ensure at least this
!      many bytes of stack are available.  If a stack frame is larger
!      than this size, stack checking will not be reliable and GCC will
!      issue a warning.  The default is chosen so that GCC only generates
!      one instruction on most systems.  You should normally not change
!      the default value of this macro.
  
   -- Macro: STACK_CHECK_FIXED_FRAME_SIZE
       GCC uses this value to generate the above warning message.  It
*************** in the opposite case.
*** 31144,31150 ****
   -- Macro: STACK_CHECK_MAX_VAR_SIZE
       The maximum size, in bytes, of an object that GCC will place in the
       fixed area of the stack frame when the user specifies
!      '-fstack-check'.  GCC computed the default from the values of the
       above macros and you will normally not need to override that
       default.
  
--- 31552,31558 ----
   -- Macro: STACK_CHECK_MAX_VAR_SIZE
       The maximum size, in bytes, of an object that GCC will place in the
       fixed area of the stack frame when the user specifies
!      `-fstack-check'.  GCC computed the default from the values of the
       above macros and you will normally not need to override that
       default.
  
*************** This discusses registers that address th
*** 31158,31214 ****
  
   -- Macro: STACK_POINTER_REGNUM
       The register number of the stack pointer register, which must also
!      be a fixed register according to 'FIXED_REGISTERS'.  On most
       machines, the hardware determines which register this is.
  
   -- Macro: FRAME_POINTER_REGNUM
       The register number of the frame pointer register, which is used to
       access automatic variables in the stack frame.  On some machines,
!      the hardware determines which register this is.  On other machines,
!      you can choose any register you wish for this purpose.
  
   -- Macro: HARD_FRAME_POINTER_REGNUM
       On some machines the offset between the frame pointer and starting
       offset of the automatic variables is not known until after register
       allocation has been done (for example, because the saved registers
       are between these two locations).  On those machines, define
!      'FRAME_POINTER_REGNUM' the number of a special, fixed register to
       be used internally until the offset is known, and define
!      'HARD_FRAME_POINTER_REGNUM' to be the actual hard register number
       used for the frame pointer.
  
       You should define this macro only in the very rare circumstances
       when it is not possible to calculate the offset between the frame
!      pointer and the automatic variables until after register allocation
!      has been completed.  When this macro is defined, you must also
!      indicate in your definition of 'ELIMINABLE_REGS' how to eliminate
!      'FRAME_POINTER_REGNUM' into either 'HARD_FRAME_POINTER_REGNUM' or
!      'STACK_POINTER_REGNUM'.
  
       Do not define this macro if it would be the same as
!      'FRAME_POINTER_REGNUM'.
  
   -- Macro: ARG_POINTER_REGNUM
       The register number of the arg pointer register, which is used to
!      access the function's argument list.  On some machines, this is the
!      same as the frame pointer register.  On some machines, the hardware
!      determines which register this is.  On other machines, you can
!      choose any register you wish for this purpose.  If this is not the
!      same register as the frame pointer register, then you must mark it
!      as a fixed register according to 'FIXED_REGISTERS', or arrange to
!      be able to eliminate it (*note Elimination::).
  
   -- Macro: HARD_FRAME_POINTER_IS_FRAME_POINTER
       Define this to a preprocessor constant that is nonzero if
!      'hard_frame_pointer_rtx' and 'frame_pointer_rtx' should be the
!      same.  The default definition is '(HARD_FRAME_POINTER_REGNUM ==
       FRAME_POINTER_REGNUM)'; you only need to define this macro if that
       definition is not suitable for use in preprocessor conditionals.
  
   -- Macro: HARD_FRAME_POINTER_IS_ARG_POINTER
       Define this to a preprocessor constant that is nonzero if
!      'hard_frame_pointer_rtx' and 'arg_pointer_rtx' should be the same.
!      The default definition is '(HARD_FRAME_POINTER_REGNUM ==
       ARG_POINTER_REGNUM)'; you only need to define this macro if that
       definition is not suitable for use in preprocessor conditionals.
  
--- 31566,31622 ----
  
   -- Macro: STACK_POINTER_REGNUM
       The register number of the stack pointer register, which must also
!      be a fixed register according to `FIXED_REGISTERS'.  On most
       machines, the hardware determines which register this is.
  
   -- Macro: FRAME_POINTER_REGNUM
       The register number of the frame pointer register, which is used to
       access automatic variables in the stack frame.  On some machines,
!      the hardware determines which register this is.  On other
!      machines, you can choose any register you wish for this purpose.
  
   -- Macro: HARD_FRAME_POINTER_REGNUM
       On some machines the offset between the frame pointer and starting
       offset of the automatic variables is not known until after register
       allocation has been done (for example, because the saved registers
       are between these two locations).  On those machines, define
!      `FRAME_POINTER_REGNUM' the number of a special, fixed register to
       be used internally until the offset is known, and define
!      `HARD_FRAME_POINTER_REGNUM' to be the actual hard register number
       used for the frame pointer.
  
       You should define this macro only in the very rare circumstances
       when it is not possible to calculate the offset between the frame
!      pointer and the automatic variables until after register
!      allocation has been completed.  When this macro is defined, you
!      must also indicate in your definition of `ELIMINABLE_REGS' how to
!      eliminate `FRAME_POINTER_REGNUM' into either
!      `HARD_FRAME_POINTER_REGNUM' or `STACK_POINTER_REGNUM'.
  
       Do not define this macro if it would be the same as
!      `FRAME_POINTER_REGNUM'.
  
   -- Macro: ARG_POINTER_REGNUM
       The register number of the arg pointer register, which is used to
!      access the function's argument list.  On some machines, this is
!      the same as the frame pointer register.  On some machines, the
!      hardware determines which register this is.  On other machines,
!      you can choose any register you wish for this purpose.  If this is
!      not the same register as the frame pointer register, then you must
!      mark it as a fixed register according to `FIXED_REGISTERS', or
!      arrange to be able to eliminate it (*note Elimination::).
  
   -- Macro: HARD_FRAME_POINTER_IS_FRAME_POINTER
       Define this to a preprocessor constant that is nonzero if
!      `hard_frame_pointer_rtx' and `frame_pointer_rtx' should be the
!      same.  The default definition is `(HARD_FRAME_POINTER_REGNUM ==
       FRAME_POINTER_REGNUM)'; you only need to define this macro if that
       definition is not suitable for use in preprocessor conditionals.
  
   -- Macro: HARD_FRAME_POINTER_IS_ARG_POINTER
       Define this to a preprocessor constant that is nonzero if
!      `hard_frame_pointer_rtx' and `arg_pointer_rtx' should be the same.
!      The default definition is `(HARD_FRAME_POINTER_REGNUM ==
       ARG_POINTER_REGNUM)'; you only need to define this macro if that
       definition is not suitable for use in preprocessor conditionals.
  
*************** This discusses registers that address th
*** 31216,31225 ****
       The register number of the return address pointer register, which
       is used to access the current function's return address from the
       stack.  On some machines, the return address is not at a fixed
!      offset from the frame pointer or stack pointer or argument pointer.
!      This register can be defined to point to the return address on the
!      stack, and then be converted by 'ELIMINABLE_REGS' into either the
!      frame pointer or stack pointer.
  
       Do not define this macro unless there is no other way to get the
       return address from the stack.
--- 31624,31633 ----
       The register number of the return address pointer register, which
       is used to access the current function's return address from the
       stack.  On some machines, the return address is not at a fixed
!      offset from the frame pointer or stack pointer or argument
!      pointer.  This register can be defined to point to the return
!      address on the stack, and then be converted by `ELIMINABLE_REGS'
!      into either the frame pointer or stack pointer.
  
       Do not define this macro unless there is no other way to get the
       return address from the stack.
*************** This discusses registers that address th
*** 31227,31260 ****
   -- Macro: STATIC_CHAIN_REGNUM
   -- Macro: STATIC_CHAIN_INCOMING_REGNUM
       Register numbers used for passing a function's static chain
!      pointer.  If register windows are used, the register number as seen
!      by the called function is 'STATIC_CHAIN_INCOMING_REGNUM', while the
!      register number as seen by the calling function is
!      'STATIC_CHAIN_REGNUM'.  If these registers are the same,
!      'STATIC_CHAIN_INCOMING_REGNUM' need not be defined.
  
       The static chain register need not be a fixed register.
  
       If the static chain is passed in memory, these macros should not be
!      defined; instead, the 'TARGET_STATIC_CHAIN' hook should be used.
  
   -- Target Hook: rtx TARGET_STATIC_CHAIN (const_tree FNDECL_OR_TYPE,
            bool INCOMING_P)
!      This hook replaces the use of 'STATIC_CHAIN_REGNUM' et al for
       targets that may use different static chain locations for different
       nested functions.  This may be required if the target has function
       attributes that affect the calling conventions of the function and
       those calling conventions use different static chain locations.
  
!      The default version of this hook uses 'STATIC_CHAIN_REGNUM' et al.
  
       If the static chain is passed in memory, this hook should be used
!      to provide rtx giving 'mem' expressions that denote where they are
!      stored.  Often the 'mem' expression as seen by the caller will be
!      at an offset from the stack pointer and the 'mem' expression as
!      seen by the callee will be at an offset from the frame pointer.
!      The variables 'stack_pointer_rtx', 'frame_pointer_rtx', and
!      'arg_pointer_rtx' will have been initialized and should be used to
       refer to those items.
  
   -- Macro: DWARF_FRAME_REGISTERS
--- 31635,31668 ----
   -- Macro: STATIC_CHAIN_REGNUM
   -- Macro: STATIC_CHAIN_INCOMING_REGNUM
       Register numbers used for passing a function's static chain
!      pointer.  If register windows are used, the register number as
!      seen by the called function is `STATIC_CHAIN_INCOMING_REGNUM',
!      while the register number as seen by the calling function is
!      `STATIC_CHAIN_REGNUM'.  If these registers are the same,
!      `STATIC_CHAIN_INCOMING_REGNUM' need not be defined.
  
       The static chain register need not be a fixed register.
  
       If the static chain is passed in memory, these macros should not be
!      defined; instead, the `TARGET_STATIC_CHAIN' hook should be used.
  
   -- Target Hook: rtx TARGET_STATIC_CHAIN (const_tree FNDECL_OR_TYPE,
            bool INCOMING_P)
!      This hook replaces the use of `STATIC_CHAIN_REGNUM' et al for
       targets that may use different static chain locations for different
       nested functions.  This may be required if the target has function
       attributes that affect the calling conventions of the function and
       those calling conventions use different static chain locations.
  
!      The default version of this hook uses `STATIC_CHAIN_REGNUM' et al.
  
       If the static chain is passed in memory, this hook should be used
!      to provide rtx giving `mem' expressions that denote where they are
!      stored.  Often the `mem' expression as seen by the caller will be
!      at an offset from the stack pointer and the `mem' expression as
!      seen by the callee will be at an offset from the frame pointer.  The
!      variables `stack_pointer_rtx', `frame_pointer_rtx', and
!      `arg_pointer_rtx' will have been initialized and should be used to
       refer to those items.
  
   -- Macro: DWARF_FRAME_REGISTERS
*************** This discusses registers that address th
*** 31272,31289 ****
       call-saved.
  
       If this macro is not defined, it defaults to
!      'FIRST_PSEUDO_REGISTER'.
  
   -- Macro: PRE_GCC3_DWARF_FRAME_REGISTERS
! 
!      This macro is similar to 'DWARF_FRAME_REGISTERS', but is provided
       for backward compatibility in pre GCC 3.0 compiled code.
  
       If this macro is not defined, it defaults to
!      'DWARF_FRAME_REGISTERS'.
  
   -- Macro: DWARF_REG_TO_UNWIND_COLUMN (REGNO)
- 
       Define this macro if the target's representation for dwarf
       registers is different than the internal representation for unwind
       column.  Given a dwarf register, this macro should return the
--- 31680,31695 ----
       call-saved.
  
       If this macro is not defined, it defaults to
!      `FIRST_PSEUDO_REGISTER'.
  
   -- Macro: PRE_GCC3_DWARF_FRAME_REGISTERS
!      This macro is similar to `DWARF_FRAME_REGISTERS', but is provided
       for backward compatibility in pre GCC 3.0 compiled code.
  
       If this macro is not defined, it defaults to
!      `DWARF_FRAME_REGISTERS'.
  
   -- Macro: DWARF_REG_TO_UNWIND_COLUMN (REGNO)
       Define this macro if the target's representation for dwarf
       registers is different than the internal representation for unwind
       column.  Given a dwarf register, this macro should return the
*************** This discusses registers that address th
*** 31292,31324 ****
       See the PowerPC's SPE target for an example.
  
   -- Macro: DWARF_FRAME_REGNUM (REGNO)
- 
       Define this macro if the target's representation for dwarf
       registers used in .eh_frame or .debug_frame is different from that
       used in other debug info sections.  Given a GCC hard register
       number, this macro should return the .eh_frame register number.
!      The default is 'DBX_REGISTER_NUMBER (REGNO)'.
  
-  -- Macro: DWARF2_FRAME_REG_OUT (REGNO, FOR_EH)
  
       Define this macro to map register numbers held in the call frame
!      info that GCC has collected using 'DWARF_FRAME_REGNUM' to those
!      that should be output in .debug_frame ('FOR_EH' is zero) and
!      .eh_frame ('FOR_EH' is nonzero).  The default is to return 'REGNO'.
  
-  -- Macro: REG_VALUE_IN_UNWIND_CONTEXT
  
       Define this macro if the target stores register values as
!      '_Unwind_Word' type in unwind context.  It should be defined if
!      target register size is larger than the size of 'void *'.  The
!      default is to store register values as 'void *' type.
  
-  -- Macro: ASSUME_EXTENDED_UNWIND_CONTEXT
  
       Define this macro to be 1 if the target always uses extended unwind
       context with version, args_size and by_value fields.  If it is
       undefined, it will be defined to 1 when
!      'REG_VALUE_IN_UNWIND_CONTEXT' is defined and 0 otherwise.
  
  
  File: gccint.info,  Node: Elimination,  Next: Stack Arguments,  Prev: Frame Registers,  Up: Stack and Calling
--- 31698,31730 ----
       See the PowerPC's SPE target for an example.
  
   -- Macro: DWARF_FRAME_REGNUM (REGNO)
       Define this macro if the target's representation for dwarf
       registers used in .eh_frame or .debug_frame is different from that
       used in other debug info sections.  Given a GCC hard register
       number, this macro should return the .eh_frame register number.
!      The default is `DBX_REGISTER_NUMBER (REGNO)'.
  
  
+  -- Macro: DWARF2_FRAME_REG_OUT (REGNO, FOR_EH)
       Define this macro to map register numbers held in the call frame
!      info that GCC has collected using `DWARF_FRAME_REGNUM' to those
!      that should be output in .debug_frame (`FOR_EH' is zero) and
!      .eh_frame (`FOR_EH' is nonzero).  The default is to return `REGNO'.
  
  
+  -- Macro: REG_VALUE_IN_UNWIND_CONTEXT
       Define this macro if the target stores register values as
!      `_Unwind_Word' type in unwind context.  It should be defined if
!      target register size is larger than the size of `void *'.  The
!      default is to store register values as `void *' type.
  
  
+  -- Macro: ASSUME_EXTENDED_UNWIND_CONTEXT
       Define this macro to be 1 if the target always uses extended unwind
       context with version, args_size and by_value fields.  If it is
       undefined, it will be defined to 1 when
!      `REG_VALUE_IN_UNWIND_CONTEXT' is defined and 0 otherwise.
! 
  
  
  File: gccint.info,  Node: Elimination,  Next: Stack Arguments,  Prev: Frame Registers,  Up: Stack and Calling
*************** File: gccint.info,  Node: Elimination,
*** 31329,31358 ****
  This is about eliminating the frame pointer and arg pointer.
  
   -- Target Hook: bool TARGET_FRAME_POINTER_REQUIRED (void)
!      This target hook should return 'true' if a function must have and
       use a frame pointer.  This target hook is called in the reload
!      pass.  If its return value is 'true' the function will have a frame
!      pointer.
  
       This target hook can in principle examine the current function and
       decide according to the facts, but on most machines the constant
!      'false' or the constant 'true' suffices.  Use 'false' when the
       machine allows code to be generated with no frame pointer, and
!      doing so saves some time or space.  Use 'true' when there is no
       possible advantage to avoiding a frame pointer.
  
       In certain cases, the compiler does not know how to produce valid
       code without a frame pointer.  The compiler recognizes those cases
       and automatically gives the function a frame pointer regardless of
!      what 'targetm.frame_pointer_required' returns.  You don't need to
       worry about them.
  
       In a function that does not require a frame pointer, the frame
       pointer register can be allocated for ordinary usage, unless you
!      mark it as a fixed register.  See 'FIXED_REGISTERS' for more
       information.
  
!      Default return value is 'false'.
  
   -- Macro: ELIMINABLE_REGS
       This macro specifies a table of register pairs used to eliminate
--- 31735,31764 ----
  This is about eliminating the frame pointer and arg pointer.
  
   -- Target Hook: bool TARGET_FRAME_POINTER_REQUIRED (void)
!      This target hook should return `true' if a function must have and
       use a frame pointer.  This target hook is called in the reload
!      pass.  If its return value is `true' the function will have a
!      frame pointer.
  
       This target hook can in principle examine the current function and
       decide according to the facts, but on most machines the constant
!      `false' or the constant `true' suffices.  Use `false' when the
       machine allows code to be generated with no frame pointer, and
!      doing so saves some time or space.  Use `true' when there is no
       possible advantage to avoiding a frame pointer.
  
       In certain cases, the compiler does not know how to produce valid
       code without a frame pointer.  The compiler recognizes those cases
       and automatically gives the function a frame pointer regardless of
!      what `targetm.frame_pointer_required' returns.  You don't need to
       worry about them.
  
       In a function that does not require a frame pointer, the frame
       pointer register can be allocated for ordinary usage, unless you
!      mark it as a fixed register.  See `FIXED_REGISTERS' for more
       information.
  
!      Default return value is `false'.
  
   -- Macro: ELIMINABLE_REGS
       This macro specifies a table of register pairs used to eliminate
*************** This is about eliminating the frame poin
*** 31362,31373 ****
       initializations, each of which specifies an original and
       replacement register.
  
!      On some machines, the position of the argument pointer is not known
!      until the compilation is completed.  In such a case, a separate
!      hard register must be used for the argument pointer.  This register
!      can be eliminated by replacing it with either the frame pointer or
!      the argument pointer, depending on whether or not the frame pointer
!      has been eliminated.
  
       In this case, you might specify:
            #define ELIMINABLE_REGS  \
--- 31768,31779 ----
       initializations, each of which specifies an original and
       replacement register.
  
!      On some machines, the position of the argument pointer is not
!      known until the compilation is completed.  In such a case, a
!      separate hard register must be used for the argument pointer.
!      This register can be eliminated by replacing it with either the
!      frame pointer or the argument pointer, depending on whether or not
!      the frame pointer has been eliminated.
  
       In this case, you might specify:
            #define ELIMINABLE_REGS  \
*************** This is about eliminating the frame poin
*** 31380,31398 ****
  
   -- Target Hook: bool TARGET_CAN_ELIMINATE (const int FROM_REG, const
            int TO_REG)
!      This target hook should return 'true' if the compiler is allowed to
       try to replace register number FROM_REG with register number
!      TO_REG.  This target hook will usually be 'true', since most of the
       cases preventing register elimination are things that the compiler
       already knows about.
  
!      Default return value is 'true'.
  
   -- Macro: INITIAL_ELIMINATION_OFFSET (FROM-REG, TO-REG, OFFSET-VAR)
       This macro returns the initial difference between the specified
       pair of registers.  The value would be computed from information
!      such as the result of 'get_frame_size ()' and the tables of
!      registers 'df_regs_ever_live_p' and 'call_used_regs'.
  
  
  File: gccint.info,  Node: Stack Arguments,  Next: Register Arguments,  Prev: Elimination,  Up: Stack and Calling
--- 31786,31804 ----
  
   -- Target Hook: bool TARGET_CAN_ELIMINATE (const int FROM_REG, const
            int TO_REG)
!      This target hook should return `true' if the compiler is allowed to
       try to replace register number FROM_REG with register number
!      TO_REG.  This target hook will usually be `true', since most of the
       cases preventing register elimination are things that the compiler
       already knows about.
  
!      Default return value is `true'.
  
   -- Macro: INITIAL_ELIMINATION_OFFSET (FROM-REG, TO-REG, OFFSET-VAR)
       This macro returns the initial difference between the specified
       pair of registers.  The value would be computed from information
!      such as the result of `get_frame_size ()' and the tables of
!      registers `df_regs_ever_live_p' and `call_used_regs'.
  
  
  File: gccint.info,  Node: Stack Arguments,  Next: Register Arguments,  Prev: Elimination,  Up: Stack and Calling
*************** stack.  See the following section for ot
*** 31405,31413 ****
  certain arguments in registers.
  
   -- Target Hook: bool TARGET_PROMOTE_PROTOTYPES (const_tree FNTYPE)
!      This target hook returns 'true' if an argument declared in a
!      prototype as an integral type smaller than 'int' should actually be
!      passed as an 'int'.  In addition to avoiding errors in certain
       cases of mismatch, it also makes for better code on certain
       machines.  The default is to not promote prototypes.
  
--- 31811,31819 ----
  certain arguments in registers.
  
   -- Target Hook: bool TARGET_PROMOTE_PROTOTYPES (const_tree FNTYPE)
!      This target hook returns `true' if an argument declared in a
!      prototype as an integral type smaller than `int' should actually be
!      passed as an `int'.  In addition to avoiding errors in certain
       cases of mismatch, it also makes for better code on certain
       machines.  The default is to not promote prototypes.
  
*************** certain arguments in registers.
*** 31416,31428 ****
       outgoing arguments.  If the target machine does not have a push
       instruction, set it to zero.  That directs GCC to use an alternate
       strategy: to allocate the entire argument block and then store the
!      arguments into it.  When 'PUSH_ARGS' is nonzero, 'PUSH_ROUNDING'
       must be defined too.
  
   -- Macro: PUSH_ARGS_REVERSED
       A C expression.  If nonzero, function arguments will be evaluated
       from last to first, rather than from first to last.  If this macro
!      is not defined, it defaults to 'PUSH_ARGS' on targets where the
       stack and args grow in opposite directions, and 0 otherwise.
  
   -- Macro: PUSH_ROUNDING (NPUSHED)
--- 31822,31834 ----
       outgoing arguments.  If the target machine does not have a push
       instruction, set it to zero.  That directs GCC to use an alternate
       strategy: to allocate the entire argument block and then store the
!      arguments into it.  When `PUSH_ARGS' is nonzero, `PUSH_ROUNDING'
       must be defined too.
  
   -- Macro: PUSH_ARGS_REVERSED
       A C expression.  If nonzero, function arguments will be evaluated
       from last to first, rather than from first to last.  If this macro
!      is not defined, it defaults to `PUSH_ARGS' on targets where the
       stack and args grow in opposite directions, and 0 otherwise.
  
   -- Macro: PUSH_ROUNDING (NPUSHED)
*************** certain arguments in registers.
*** 31445,31455 ****
   -- Macro: ACCUMULATE_OUTGOING_ARGS
       A C expression.  If nonzero, the maximum amount of space required
       for outgoing arguments will be computed and placed into
!      'crtl->outgoing_args_size'.  No space will be pushed onto the stack
!      for each call; instead, the function prologue should increase the
!      stack frame size by this amount.
  
!      Setting both 'PUSH_ARGS' and 'ACCUMULATE_OUTGOING_ARGS' is not
       proper.
  
   -- Macro: REG_PARM_STACK_SPACE (FNDECL)
--- 31851,31861 ----
   -- Macro: ACCUMULATE_OUTGOING_ARGS
       A C expression.  If nonzero, the maximum amount of space required
       for outgoing arguments will be computed and placed into
!      `crtl->outgoing_args_size'.  No space will be pushed onto the
!      stack for each call; instead, the function prologue should
!      increase the stack frame size by this amount.
  
!      Setting both `PUSH_ARGS' and `ACCUMULATE_OUTGOING_ARGS' is not
       proper.
  
   -- Macro: REG_PARM_STACK_SPACE (FNDECL)
*************** certain arguments in registers.
*** 31457,31496 ****
       been allocated for arguments even when their values are passed in
       registers.
  
!      The value of this macro is the size, in bytes, of the area reserved
!      for arguments passed in registers for the function represented by
!      FNDECL, which can be zero if GCC is calling a library function.
!      The argument FNDECL can be the FUNCTION_DECL, or the type itself of
!      the function.
  
       This space can be allocated by the caller, or be a part of the
!      machine-dependent stack frame: 'OUTGOING_REG_PARM_STACK_SPACE' says
       which.
  
   -- Macro: INCOMING_REG_PARM_STACK_SPACE (FNDECL)
!      Like 'REG_PARM_STACK_SPACE', but for incoming register arguments.
       Define this macro if space guaranteed when compiling a function
!      body is different to space required when making a call, a situation
!      that can arise with K&R style function definitions.
  
   -- Macro: OUTGOING_REG_PARM_STACK_SPACE (FNTYPE)
       Define this to a nonzero value if it is the responsibility of the
       caller to allocate the area reserved for arguments passed in
!      registers when calling a function of FNTYPE.  FNTYPE may be NULL if
!      the function called is a library function.
  
!      If 'ACCUMULATE_OUTGOING_ARGS' is defined, this macro controls
       whether the space for these arguments counts in the value of
!      'crtl->outgoing_args_size'.
  
   -- Macro: STACK_PARMS_IN_REG_PARM_AREA
!      Define this macro if 'REG_PARM_STACK_SPACE' is defined, but the
       stack parameters don't skip the area specified by it.
  
!      Normally, when a parameter is not passed in registers, it is placed
!      on the stack beyond the 'REG_PARM_STACK_SPACE' area.  Defining this
!      macro suppresses this behavior and causes the parameter to be
!      passed on the stack in its natural location.
  
   -- Target Hook: int TARGET_RETURN_POPS_ARGS (tree FUNDECL, tree
            FUNTYPE, int SIZE)
--- 31863,31902 ----
       been allocated for arguments even when their values are passed in
       registers.
  
!      The value of this macro is the size, in bytes, of the area
!      reserved for arguments passed in registers for the function
!      represented by FNDECL, which can be zero if GCC is calling a
!      library function.  The argument FNDECL can be the FUNCTION_DECL,
!      or the type itself of the function.
  
       This space can be allocated by the caller, or be a part of the
!      machine-dependent stack frame: `OUTGOING_REG_PARM_STACK_SPACE' says
       which.
  
   -- Macro: INCOMING_REG_PARM_STACK_SPACE (FNDECL)
!      Like `REG_PARM_STACK_SPACE', but for incoming register arguments.
       Define this macro if space guaranteed when compiling a function
!      body is different to space required when making a call, a
!      situation that can arise with K&R style function definitions.
  
   -- Macro: OUTGOING_REG_PARM_STACK_SPACE (FNTYPE)
       Define this to a nonzero value if it is the responsibility of the
       caller to allocate the area reserved for arguments passed in
!      registers when calling a function of FNTYPE.  FNTYPE may be NULL
!      if the function called is a library function.
  
!      If `ACCUMULATE_OUTGOING_ARGS' is defined, this macro controls
       whether the space for these arguments counts in the value of
!      `crtl->outgoing_args_size'.
  
   -- Macro: STACK_PARMS_IN_REG_PARM_AREA
!      Define this macro if `REG_PARM_STACK_SPACE' is defined, but the
       stack parameters don't skip the area specified by it.
  
!      Normally, when a parameter is not passed in registers, it is
!      placed on the stack beyond the `REG_PARM_STACK_SPACE' area.
!      Defining this macro suppresses this behavior and causes the
!      parameter to be passed on the stack in its natural location.
  
   -- Target Hook: int TARGET_RETURN_POPS_ARGS (tree FUNDECL, tree
            FUNTYPE, int SIZE)
*************** certain arguments in registers.
*** 31501,31541 ****
  
       FUNDECL is a C variable whose value is a tree node that describes
       the function in question.  Normally it is a node of type
!      'FUNCTION_DECL' that describes the declaration of the function.
!      From this you can obtain the 'DECL_ATTRIBUTES' of the function.
  
       FUNTYPE is a C variable whose value is a tree node that describes
       the function in question.  Normally it is a node of type
!      'FUNCTION_TYPE' that describes the data type of the function.  From
!      this it is possible to obtain the data types of the value and
       arguments (if known).
  
!      When a call to a library function is being considered, FUNDECL will
!      contain an identifier node for the library function.  Thus, if you
!      need to distinguish among various library functions, you can do so
!      by their names.  Note that "library function" in this context means
!      a function used to perform arithmetic, whose name is known
!      specially in the compiler and was not mentioned in the C code being
!      compiled.
  
!      SIZE is the number of bytes of arguments passed on the stack.  If a
!      variable number of bytes is passed, it is zero, and argument
       popping will always be the responsibility of the calling function.
  
       On the VAX, all functions always pop their arguments, so the
       definition of this macro is SIZE.  On the 68000, using the standard
       calling convention, no functions pop their arguments, so the value
       of the macro is always 0 in this case.  But an alternative calling
!      convention is available in which functions that take a fixed number
!      of arguments pop them but other functions (such as 'printf') pop
!      nothing (the caller pops all).  When this convention is in use,
!      FUNTYPE is examined to determine whether a function takes a fixed
!      number of arguments.
  
   -- Macro: CALL_POPS_ARGS (CUM)
       A C expression that should indicate the number of bytes a call
       sequence pops off the stack.  It is added to the value of
!      'RETURN_POPS_ARGS' when compiling a function call.
  
       CUM is the variable in which all arguments to the called function
       have been accumulated.
--- 31907,31947 ----
  
       FUNDECL is a C variable whose value is a tree node that describes
       the function in question.  Normally it is a node of type
!      `FUNCTION_DECL' that describes the declaration of the function.
!      From this you can obtain the `DECL_ATTRIBUTES' of the function.
  
       FUNTYPE is a C variable whose value is a tree node that describes
       the function in question.  Normally it is a node of type
!      `FUNCTION_TYPE' that describes the data type of the function.
!      From this it is possible to obtain the data types of the value and
       arguments (if known).
  
!      When a call to a library function is being considered, FUNDECL
!      will contain an identifier node for the library function.  Thus, if
!      you need to distinguish among various library functions, you can
!      do so by their names.  Note that "library function" in this
!      context means a function used to perform arithmetic, whose name is
!      known specially in the compiler and was not mentioned in the C
!      code being compiled.
  
!      SIZE is the number of bytes of arguments passed on the stack.  If
!      a variable number of bytes is passed, it is zero, and argument
       popping will always be the responsibility of the calling function.
  
       On the VAX, all functions always pop their arguments, so the
       definition of this macro is SIZE.  On the 68000, using the standard
       calling convention, no functions pop their arguments, so the value
       of the macro is always 0 in this case.  But an alternative calling
!      convention is available in which functions that take a fixed
!      number of arguments pop them but other functions (such as
!      `printf') pop nothing (the caller pops all).  When this convention
!      is in use, FUNTYPE is examined to determine whether a function
!      takes a fixed number of arguments.
  
   -- Macro: CALL_POPS_ARGS (CUM)
       A C expression that should indicate the number of bytes a call
       sequence pops off the stack.  It is added to the value of
!      `RETURN_POPS_ARGS' when compiling a function call.
  
       CUM is the variable in which all arguments to the called function
       have been accumulated.
*************** certain arguments in registers.
*** 31544,31550 ****
       used that pops certain registers off the stack, depending on the
       arguments that have been passed to the function.  Since this is a
       property of the call site, not of the called function,
!      'RETURN_POPS_ARGS' is not appropriate.
  
  
  File: gccint.info,  Node: Register Arguments,  Next: Scalar Return,  Prev: Stack Arguments,  Up: Stack and Calling
--- 31950,31956 ----
       used that pops certain registers off the stack, depending on the
       arguments that have been passed to the function.  Since this is a
       property of the call site, not of the called function,
!      `RETURN_POPS_ARGS' is not appropriate.
  
  
  File: gccint.info,  Node: Register Arguments,  Next: Scalar Return,  Prev: Stack Arguments,  Up: Stack and Calling
*************** the stack.
*** 31564,31641 ****
       The arguments are CA, which summarizes all the previous arguments;
       MODE, the machine mode of the argument; TYPE, the data type of the
       argument as a tree node or 0 if that is not known (which happens
!      for C support library functions); and NAMED, which is 'true' for an
!      ordinary argument and 'false' for nameless arguments that
!      correspond to '...' in the called function's prototype.  TYPE can
       be an incomplete type if a syntax error has previously occurred.
  
!      The return value is usually either a 'reg' RTX for the hard
       register in which to pass the argument, or zero to pass the
       argument on the stack.
  
!      The return value can be a 'const_int' which means argument is
       passed in a target specific slot with specified number.  Target
       hooks should be used to store or load argument in such case.  See
!      'TARGET_STORE_BOUNDS_FOR_ARG' and 'TARGET_LOAD_BOUNDS_FOR_ARG' for
       more information.
  
!      The value of the expression can also be a 'parallel' RTX.  This is
!      used when an argument is passed in multiple locations.  The mode of
!      the 'parallel' should be the mode of the entire argument.  The
!      'parallel' holds any number of 'expr_list' pairs; each one
       describes where part of the argument is passed.  In each
!      'expr_list' the first operand must be a 'reg' RTX for the hard
       register in which to pass this part of the argument, and the mode
       of the register RTX indicates how large this part of the argument
!      is.  The second operand of the 'expr_list' is a 'const_int' which
       gives the offset in bytes into the entire argument of where this
!      part starts.  As a special exception the first 'expr_list' in the
!      'parallel' RTX may have a first operand of zero.  This indicates
       that the entire argument is also stored on the stack.
  
!      The last time this hook is called, it is called with 'MODE ==
!      VOIDmode', and its result is passed to the 'call' or 'call_value'
       pattern as operands 2 and 3 respectively.
  
!      The usual way to make the ISO library 'stdarg.h' work on a machine
       where some arguments are usually passed in registers, is to cause
!      nameless arguments to be passed on the stack instead.  This is done
!      by making 'TARGET_FUNCTION_ARG' return 0 whenever NAMED is 'false'.
  
!      You may use the hook 'targetm.calls.must_pass_in_stack' in the
!      definition of this macro to determine if this argument is of a type
!      that must be passed in the stack.  If 'REG_PARM_STACK_SPACE' is not
!      defined and 'TARGET_FUNCTION_ARG' returns nonzero for such an
!      argument, the compiler will abort.  If 'REG_PARM_STACK_SPACE' is
!      defined, the argument will be computed in the stack and then loaded
!      into a register.
  
   -- Target Hook: bool TARGET_MUST_PASS_IN_STACK (machine_mode MODE,
            const_tree TYPE)
!      This target hook should return 'true' if we should not pass TYPE
!      solely in registers.  The file 'expr.h' defines a definition that
!      is usually appropriate, refer to 'expr.h' for additional
       documentation.
  
!  -- Target Hook: rtx TARGET_FUNCTION_INCOMING_ARG (cumulative_args_t CA,
!           machine_mode MODE, const_tree TYPE, bool NAMED)
       Define this hook if the caller and callee on the target have
       different views of where arguments are passed.  Also define this
!      hook if there are functions that are never directly called, but are
!      invoked by the hardware and which have nonstandard calling
       conventions.
  
!      In this case 'TARGET_FUNCTION_ARG' computes the register in which
!      the caller passes the value, and 'TARGET_FUNCTION_INCOMING_ARG'
       should be defined in a similar fashion to tell the function being
       called where the arguments will arrive.
  
!      'TARGET_FUNCTION_INCOMING_ARG' can also return arbitrary address
       computation using hard register, which can be forced into a
       register, so that it can be used to pass special arguments.
  
!      If 'TARGET_FUNCTION_INCOMING_ARG' is not defined,
!      'TARGET_FUNCTION_ARG' serves both purposes.
  
   -- Target Hook: bool TARGET_USE_PSEUDO_PIC_REG (void)
       This hook should return 1 in case pseudo register should be created
--- 31970,32048 ----
       The arguments are CA, which summarizes all the previous arguments;
       MODE, the machine mode of the argument; TYPE, the data type of the
       argument as a tree node or 0 if that is not known (which happens
!      for C support library functions); and NAMED, which is `true' for
!      an ordinary argument and `false' for nameless arguments that
!      correspond to `...' in the called function's prototype.  TYPE can
       be an incomplete type if a syntax error has previously occurred.
  
!      The return value is usually either a `reg' RTX for the hard
       register in which to pass the argument, or zero to pass the
       argument on the stack.
  
!      The return value can be a `const_int' which means argument is
       passed in a target specific slot with specified number.  Target
       hooks should be used to store or load argument in such case.  See
!      `TARGET_STORE_BOUNDS_FOR_ARG' and `TARGET_LOAD_BOUNDS_FOR_ARG' for
       more information.
  
!      The value of the expression can also be a `parallel' RTX.  This is
!      used when an argument is passed in multiple locations.  The mode
!      of the `parallel' should be the mode of the entire argument.  The
!      `parallel' holds any number of `expr_list' pairs; each one
       describes where part of the argument is passed.  In each
!      `expr_list' the first operand must be a `reg' RTX for the hard
       register in which to pass this part of the argument, and the mode
       of the register RTX indicates how large this part of the argument
!      is.  The second operand of the `expr_list' is a `const_int' which
       gives the offset in bytes into the entire argument of where this
!      part starts.  As a special exception the first `expr_list' in the
!      `parallel' RTX may have a first operand of zero.  This indicates
       that the entire argument is also stored on the stack.
  
!      The last time this hook is called, it is called with `MODE ==
!      VOIDmode', and its result is passed to the `call' or `call_value'
       pattern as operands 2 and 3 respectively.
  
!      The usual way to make the ISO library `stdarg.h' work on a machine
       where some arguments are usually passed in registers, is to cause
!      nameless arguments to be passed on the stack instead.  This is
!      done by making `TARGET_FUNCTION_ARG' return 0 whenever NAMED is
!      `false'.
  
!      You may use the hook `targetm.calls.must_pass_in_stack' in the
!      definition of this macro to determine if this argument is of a
!      type that must be passed in the stack.  If `REG_PARM_STACK_SPACE'
!      is not defined and `TARGET_FUNCTION_ARG' returns nonzero for such
!      an argument, the compiler will abort.  If `REG_PARM_STACK_SPACE' is
!      defined, the argument will be computed in the stack and then
!      loaded into a register.
  
   -- Target Hook: bool TARGET_MUST_PASS_IN_STACK (machine_mode MODE,
            const_tree TYPE)
!      This target hook should return `true' if we should not pass TYPE
!      solely in registers.  The file `expr.h' defines a definition that
!      is usually appropriate, refer to `expr.h' for additional
       documentation.
  
!  -- Target Hook: rtx TARGET_FUNCTION_INCOMING_ARG (cumulative_args_t
!           CA, machine_mode MODE, const_tree TYPE, bool NAMED)
       Define this hook if the caller and callee on the target have
       different views of where arguments are passed.  Also define this
!      hook if there are functions that are never directly called, but
!      are invoked by the hardware and which have nonstandard calling
       conventions.
  
!      In this case `TARGET_FUNCTION_ARG' computes the register in which
!      the caller passes the value, and `TARGET_FUNCTION_INCOMING_ARG'
       should be defined in a similar fashion to tell the function being
       called where the arguments will arrive.
  
!      `TARGET_FUNCTION_INCOMING_ARG' can also return arbitrary address
       computation using hard register, which can be forced into a
       register, so that it can be used to pass special arguments.
  
!      If `TARGET_FUNCTION_INCOMING_ARG' is not defined,
!      `TARGET_FUNCTION_ARG' serves both purposes.
  
   -- Target Hook: bool TARGET_USE_PSEUDO_PIC_REG (void)
       This hook should return 1 in case pseudo register should be created
*************** the stack.
*** 31655,31681 ****
       On some machines, certain arguments must be passed partially in
       registers and partially in memory.  On these machines, typically
       the first few words of arguments are passed in registers, and the
!      rest on the stack.  If a multi-word argument (a 'double' or a
       structure) crosses that boundary, its first few words must be
       passed in registers and the rest must be pushed.  This macro tells
       the compiler when this occurs, and how many bytes should go in
       registers.
  
!      'TARGET_FUNCTION_ARG' for these arguments should return the first
       register to be used by the caller for this argument; likewise
!      'TARGET_FUNCTION_INCOMING_ARG', for the called function.
  
   -- Target Hook: bool TARGET_PASS_BY_REFERENCE (cumulative_args_t CUM,
            machine_mode MODE, const_tree TYPE, bool NAMED)
!      This target hook should return 'true' if an argument at the
       position indicated by CUM should be passed by reference.  This
       predicate is queried after target independent reasons for being
!      passed by reference, such as 'TREE_ADDRESSABLE (type)'.
  
!      If the hook returns true, a copy of that argument is made in memory
!      and a pointer to the argument is passed instead of the argument
!      itself.  The pointer is passed in whatever way is appropriate for
!      passing a pointer to that type.
  
   -- Target Hook: bool TARGET_CALLEE_COPIES (cumulative_args_t CUM,
            machine_mode MODE, const_tree TYPE, bool NAMED)
--- 32062,32088 ----
       On some machines, certain arguments must be passed partially in
       registers and partially in memory.  On these machines, typically
       the first few words of arguments are passed in registers, and the
!      rest on the stack.  If a multi-word argument (a `double' or a
       structure) crosses that boundary, its first few words must be
       passed in registers and the rest must be pushed.  This macro tells
       the compiler when this occurs, and how many bytes should go in
       registers.
  
!      `TARGET_FUNCTION_ARG' for these arguments should return the first
       register to be used by the caller for this argument; likewise
!      `TARGET_FUNCTION_INCOMING_ARG', for the called function.
  
   -- Target Hook: bool TARGET_PASS_BY_REFERENCE (cumulative_args_t CUM,
            machine_mode MODE, const_tree TYPE, bool NAMED)
!      This target hook should return `true' if an argument at the
       position indicated by CUM should be passed by reference.  This
       predicate is queried after target independent reasons for being
!      passed by reference, such as `TREE_ADDRESSABLE (type)'.
  
!      If the hook returns true, a copy of that argument is made in
!      memory and a pointer to the argument is passed instead of the
!      argument itself.  The pointer is passed in whatever way is
!      appropriate for passing a pointer to that type.
  
   -- Target Hook: bool TARGET_CALLEE_COPIES (cumulative_args_t CUM,
            machine_mode MODE, const_tree TYPE, bool NAMED)
*************** the stack.
*** 31692,31795 ****
  
   -- Macro: CUMULATIVE_ARGS
       A C type for declaring a variable that is used as the first
!      argument of 'TARGET_FUNCTION_ARG' and other related values.  For
!      some target machines, the type 'int' suffices and can hold the
       number of bytes of argument so far.
  
!      There is no need to record in 'CUMULATIVE_ARGS' anything about the
       arguments that have been passed on the stack.  The compiler has
       other variables to keep track of that.  For target machines on
       which all arguments are passed on the stack, there is no need to
!      store anything in 'CUMULATIVE_ARGS'; however, the data structure
!      must exist and should not be empty, so use 'int'.
  
   -- Macro: OVERRIDE_ABI_FORMAT (FNDECL)
       If defined, this macro is called before generating any code for a
       function, but after the CFUN descriptor for the function has been
!      created.  The back end may use this macro to update CFUN to reflect
!      an ABI other than that which would normally be used by default.  If
!      the compiler is generating code for a compiler-generated function,
!      FNDECL may be 'NULL'.
  
   -- Macro: INIT_CUMULATIVE_ARGS (CUM, FNTYPE, LIBNAME, FNDECL,
            N_NAMED_ARGS)
       A C statement (sans semicolon) for initializing the variable CUM
       for the state at the beginning of the argument list.  The variable
!      has type 'CUMULATIVE_ARGS'.  The value of FNTYPE is the tree node
!      for the data type of the function which will receive the args, or 0
!      if the args are to a compiler support library function.  For direct
!      calls that are not libcalls, FNDECL contain the declaration node of
!      the function.  FNDECL is also set when 'INIT_CUMULATIVE_ARGS' is
!      used to find arguments for the function being compiled.
!      N_NAMED_ARGS is set to the number of named arguments, including a
!      structure return address if it is passed as a parameter, when
!      making a call.  When processing incoming arguments, N_NAMED_ARGS is
!      set to -1.
  
       When processing a call to a compiler support library function,
!      LIBNAME identifies which one.  It is a 'symbol_ref' rtx which
       contains the name of the function, as a string.  LIBNAME is 0 when
       an ordinary C function call is being processed.  Thus, each time
       this macro is called, either LIBNAME or FNTYPE is nonzero, but
       never both of them at once.
  
   -- Macro: INIT_CUMULATIVE_LIBCALL_ARGS (CUM, MODE, LIBNAME)
!      Like 'INIT_CUMULATIVE_ARGS' but only used for outgoing libcalls, it
!      gets a 'MODE' argument instead of FNTYPE, that would be 'NULL'.
       INDIRECT would always be zero, too.  If this macro is not defined,
!      'INIT_CUMULATIVE_ARGS (cum, NULL_RTX, libname, 0)' is used instead.
  
   -- Macro: INIT_CUMULATIVE_INCOMING_ARGS (CUM, FNTYPE, LIBNAME)
!      Like 'INIT_CUMULATIVE_ARGS' but overrides it for the purposes of
       finding the arguments for the function being compiled.  If this
!      macro is undefined, 'INIT_CUMULATIVE_ARGS' is used instead.
  
       The value passed for LIBNAME is always 0, since library routines
       with special calling conventions are never compiled with GCC.  The
!      argument LIBNAME exists for symmetry with 'INIT_CUMULATIVE_ARGS'.
  
!  -- Target Hook: void TARGET_FUNCTION_ARG_ADVANCE (cumulative_args_t CA,
!           machine_mode MODE, const_tree TYPE, bool NAMED)
       This hook updates the summarizer variable pointed to by CA to
       advance past an argument in the argument list.  The values MODE,
       TYPE and NAMED describe that argument.  Once this is done, the
       variable CUM is suitable for analyzing the _following_ argument
!      with 'TARGET_FUNCTION_ARG', etc.
  
       This hook need not do anything if the argument in question was
!      passed on the stack.  The compiler knows how to track the amount of
!      stack space used for arguments without any special help.
  
   -- Macro: FUNCTION_ARG_OFFSET (MODE, TYPE)
       If defined, a C expression that is the number of bytes to add to
       the offset of the argument passed in memory.  This is needed for
!      the SPU, which passes 'char' and 'short' arguments in the preferred
       slot that is in the middle of the quad word instead of starting at
       the top.
  
   -- Macro: FUNCTION_ARG_PADDING (MODE, TYPE)
       If defined, a C expression which determines whether, and in which
       direction, to pad out an argument with extra space.  The value
!      should be of type 'enum direction': either 'upward' to pad above
!      the argument, 'downward' to pad below, or 'none' to inhibit
       padding.
  
       The _amount_ of padding is not controlled by this macro, but by the
!      target hook 'TARGET_FUNCTION_ARG_ROUND_BOUNDARY'.  It is always
       just enough to reach the next multiple of that boundary.
  
       This macro has a default definition which is right for most
!      systems.  For little-endian machines, the default is to pad upward.
!      For big-endian machines, the default is to pad downward for an
!      argument of constant size shorter than an 'int', and upward
       otherwise.
  
   -- Macro: PAD_VARARGS_DOWN
       If defined, a C expression which determines whether the default
       implementation of va_arg will attempt to pad down before reading
       the next argument, if that argument is smaller than its aligned
!      space as controlled by 'PARM_BOUNDARY'.  If this macro is not
!      defined, all such arguments are padded down if 'BYTES_BIG_ENDIAN'
       is true.
  
   -- Macro: BLOCK_REG_PADDING (MODE, TYPE, FIRST)
--- 32099,32202 ----
  
   -- Macro: CUMULATIVE_ARGS
       A C type for declaring a variable that is used as the first
!      argument of `TARGET_FUNCTION_ARG' and other related values.  For
!      some target machines, the type `int' suffices and can hold the
       number of bytes of argument so far.
  
!      There is no need to record in `CUMULATIVE_ARGS' anything about the
       arguments that have been passed on the stack.  The compiler has
       other variables to keep track of that.  For target machines on
       which all arguments are passed on the stack, there is no need to
!      store anything in `CUMULATIVE_ARGS'; however, the data structure
!      must exist and should not be empty, so use `int'.
  
   -- Macro: OVERRIDE_ABI_FORMAT (FNDECL)
       If defined, this macro is called before generating any code for a
       function, but after the CFUN descriptor for the function has been
!      created.  The back end may use this macro to update CFUN to
!      reflect an ABI other than that which would normally be used by
!      default.  If the compiler is generating code for a
!      compiler-generated function, FNDECL may be `NULL'.
  
   -- Macro: INIT_CUMULATIVE_ARGS (CUM, FNTYPE, LIBNAME, FNDECL,
            N_NAMED_ARGS)
       A C statement (sans semicolon) for initializing the variable CUM
       for the state at the beginning of the argument list.  The variable
!      has type `CUMULATIVE_ARGS'.  The value of FNTYPE is the tree node
!      for the data type of the function which will receive the args, or
!      0 if the args are to a compiler support library function.  For
!      direct calls that are not libcalls, FNDECL contain the declaration
!      node of the function.  FNDECL is also set when
!      `INIT_CUMULATIVE_ARGS' is used to find arguments for the function
!      being compiled.  N_NAMED_ARGS is set to the number of named
!      arguments, including a structure return address if it is passed as
!      a parameter, when making a call.  When processing incoming
!      arguments, N_NAMED_ARGS is set to -1.
  
       When processing a call to a compiler support library function,
!      LIBNAME identifies which one.  It is a `symbol_ref' rtx which
       contains the name of the function, as a string.  LIBNAME is 0 when
       an ordinary C function call is being processed.  Thus, each time
       this macro is called, either LIBNAME or FNTYPE is nonzero, but
       never both of them at once.
  
   -- Macro: INIT_CUMULATIVE_LIBCALL_ARGS (CUM, MODE, LIBNAME)
!      Like `INIT_CUMULATIVE_ARGS' but only used for outgoing libcalls,
!      it gets a `MODE' argument instead of FNTYPE, that would be `NULL'.
       INDIRECT would always be zero, too.  If this macro is not defined,
!      `INIT_CUMULATIVE_ARGS (cum, NULL_RTX, libname, 0)' is used instead.
  
   -- Macro: INIT_CUMULATIVE_INCOMING_ARGS (CUM, FNTYPE, LIBNAME)
!      Like `INIT_CUMULATIVE_ARGS' but overrides it for the purposes of
       finding the arguments for the function being compiled.  If this
!      macro is undefined, `INIT_CUMULATIVE_ARGS' is used instead.
  
       The value passed for LIBNAME is always 0, since library routines
       with special calling conventions are never compiled with GCC.  The
!      argument LIBNAME exists for symmetry with `INIT_CUMULATIVE_ARGS'.
  
!  -- Target Hook: void TARGET_FUNCTION_ARG_ADVANCE (cumulative_args_t
!           CA, machine_mode MODE, const_tree TYPE, bool NAMED)
       This hook updates the summarizer variable pointed to by CA to
       advance past an argument in the argument list.  The values MODE,
       TYPE and NAMED describe that argument.  Once this is done, the
       variable CUM is suitable for analyzing the _following_ argument
!      with `TARGET_FUNCTION_ARG', etc.
  
       This hook need not do anything if the argument in question was
!      passed on the stack.  The compiler knows how to track the amount
!      of stack space used for arguments without any special help.
  
   -- Macro: FUNCTION_ARG_OFFSET (MODE, TYPE)
       If defined, a C expression that is the number of bytes to add to
       the offset of the argument passed in memory.  This is needed for
!      the SPU, which passes `char' and `short' arguments in the preferred
       slot that is in the middle of the quad word instead of starting at
       the top.
  
   -- Macro: FUNCTION_ARG_PADDING (MODE, TYPE)
       If defined, a C expression which determines whether, and in which
       direction, to pad out an argument with extra space.  The value
!      should be of type `enum direction': either `upward' to pad above
!      the argument, `downward' to pad below, or `none' to inhibit
       padding.
  
       The _amount_ of padding is not controlled by this macro, but by the
!      target hook `TARGET_FUNCTION_ARG_ROUND_BOUNDARY'.  It is always
       just enough to reach the next multiple of that boundary.
  
       This macro has a default definition which is right for most
!      systems.  For little-endian machines, the default is to pad
!      upward.  For big-endian machines, the default is to pad downward
!      for an argument of constant size shorter than an `int', and upward
       otherwise.
  
   -- Macro: PAD_VARARGS_DOWN
       If defined, a C expression which determines whether the default
       implementation of va_arg will attempt to pad down before reading
       the next argument, if that argument is smaller than its aligned
!      space as controlled by `PARM_BOUNDARY'.  If this macro is not
!      defined, all such arguments are padded down if `BYTES_BIG_ENDIAN'
       is true.
  
   -- Macro: BLOCK_REG_PADDING (MODE, TYPE, FIRST)
*************** the stack.
*** 31797,31819 ****
       registers and memory.  FIRST is nonzero if this is the only
       element.  Defining this macro allows better control of register
       function parameters on big-endian machines, without using
!      'PARALLEL' rtl.  In particular, 'MUST_PASS_IN_STACK' need not test
       padding and mode of types in registers, as there is no longer a
!      "wrong" part of a register; For example, a three byte aggregate may
!      be passed in the high part of a register if so required.
  
!  -- Target Hook: unsigned int TARGET_FUNCTION_ARG_BOUNDARY (machine_mode
!           MODE, const_tree TYPE)
       This hook returns the alignment boundary, in bits, of an argument
       with the specified mode and type.  The default hook returns
!      'PARM_BOUNDARY' for all arguments.
  
   -- Target Hook: unsigned int TARGET_FUNCTION_ARG_ROUND_BOUNDARY
            (machine_mode MODE, const_tree TYPE)
!      Normally, the size of an argument is rounded up to 'PARM_BOUNDARY',
!      which is the default value for this hook.  You can define this hook
!      to return a different value if an argument size must be rounded to
!      a larger value.
  
   -- Macro: FUNCTION_ARG_REGNO_P (REGNO)
       A C expression that is nonzero if REGNO is the number of a hard
--- 32204,32226 ----
       registers and memory.  FIRST is nonzero if this is the only
       element.  Defining this macro allows better control of register
       function parameters on big-endian machines, without using
!      `PARALLEL' rtl.  In particular, `MUST_PASS_IN_STACK' need not test
       padding and mode of types in registers, as there is no longer a
!      "wrong" part of a register;  For example, a three byte aggregate
!      may be passed in the high part of a register if so required.
  
!  -- Target Hook: unsigned int TARGET_FUNCTION_ARG_BOUNDARY
!           (machine_mode MODE, const_tree TYPE)
       This hook returns the alignment boundary, in bits, of an argument
       with the specified mode and type.  The default hook returns
!      `PARM_BOUNDARY' for all arguments.
  
   -- Target Hook: unsigned int TARGET_FUNCTION_ARG_ROUND_BOUNDARY
            (machine_mode MODE, const_tree TYPE)
!      Normally, the size of an argument is rounded up to `PARM_BOUNDARY',
!      which is the default value for this hook.  You can define this
!      hook to return a different value if an argument size must be
!      rounded to a larger value.
  
   -- Macro: FUNCTION_ARG_REGNO_P (REGNO)
       A C expression that is nonzero if REGNO is the number of a hard
*************** the stack.
*** 31828,31850 ****
       as two scalar parameters.  By default, GCC will attempt to pack
       complex arguments into the target's word size.  Some ABIs require
       complex arguments to be split and treated as their individual
!      components.  For example, on AIX64, complex floats should be passed
!      in a pair of floating point registers, even though a complex float
!      would fit in one 64-bit floating point register.
  
!      The default value of this hook is 'NULL', which is treated as
       always false.
  
   -- Target Hook: tree TARGET_BUILD_BUILTIN_VA_LIST (void)
!      This hook returns a type node for 'va_list' for the target.  The
!      default version of the hook returns 'void*'.
  
!  -- Target Hook: int TARGET_ENUM_VA_LIST_P (int IDX, const char **PNAME,
!           tree *PTREE)
!      This target hook is used in function 'c_common_nodes_and_builtins'
       to iterate through the target specific builtin types for va_list.
!      The variable IDX is used as iterator.  PNAME has to be a pointer to
!      a 'const char *' and PTREE a pointer to a 'tree' typed variable.
       The arguments PNAME and PTREE are used to store the result of this
       macro and are set to the name of the va_list builtin type and its
       internal type.  If the return value of this macro is zero, then
--- 32235,32257 ----
       as two scalar parameters.  By default, GCC will attempt to pack
       complex arguments into the target's word size.  Some ABIs require
       complex arguments to be split and treated as their individual
!      components.  For example, on AIX64, complex floats should be
!      passed in a pair of floating point registers, even though a
!      complex float would fit in one 64-bit floating point register.
  
!      The default value of this hook is `NULL', which is treated as
       always false.
  
   -- Target Hook: tree TARGET_BUILD_BUILTIN_VA_LIST (void)
!      This hook returns a type node for `va_list' for the target.  The
!      default version of the hook returns `void*'.
  
!  -- Target Hook: int TARGET_ENUM_VA_LIST_P (int IDX, const char
!           **PNAME, tree *PTREE)
!      This target hook is used in function `c_common_nodes_and_builtins'
       to iterate through the target specific builtin types for va_list.
!      The variable IDX is used as iterator. PNAME has to be a pointer to
!      a `const char *' and PTREE a pointer to a `tree' typed variable.
       The arguments PNAME and PTREE are used to store the result of this
       macro and are set to the name of the va_list builtin type and its
       internal type.  If the return value of this macro is zero, then
*************** the stack.
*** 31854,31894 ****
   -- Target Hook: tree TARGET_FN_ABI_VA_LIST (tree FNDECL)
       This hook returns the va_list type of the calling convention
       specified by FNDECL.  The default version of this hook returns
!      'va_list_type_node'.
  
   -- Target Hook: tree TARGET_CANONICAL_VA_LIST_TYPE (tree TYPE)
       This hook returns the va_list type of the calling convention
!      specified by the type of TYPE.  If TYPE is not a valid va_list
!      type, it returns 'NULL_TREE'.
  
   -- Target Hook: tree TARGET_GIMPLIFY_VA_ARG_EXPR (tree VALIST, tree
            TYPE, gimple_seq *PRE_P, gimple_seq *POST_P)
!      This hook performs target-specific gimplification of 'VA_ARG_EXPR'.
!      The first two parameters correspond to the arguments to 'va_arg';
!      the latter two are as in 'gimplify.c:gimplify_expr'.
  
   -- Target Hook: bool TARGET_VALID_POINTER_MODE (machine_mode MODE)
       Define this to return nonzero if the port can handle pointers with
       machine mode MODE.  The default version of this hook returns true
!      for both 'ptr_mode' and 'Pmode'.
  
   -- Target Hook: bool TARGET_REF_MAY_ALIAS_ERRNO (struct ao_ref *REF)
!      Define this to return nonzero if the memory reference REF may alias
!      with the system C library errno location.  The default version of
!      this hook assumes the system C library errno location is either a
!      declaration of type int or accessed by dereferencing a pointer to
!      int.
  
   -- Target Hook: bool TARGET_SCALAR_MODE_SUPPORTED_P (machine_mode MODE)
       Define this to return nonzero if the port is prepared to handle
       insns involving scalar mode MODE.  For a scalar mode to be
!      considered supported, all the basic arithmetic and comparisons must
!      work.
  
!      The default version of this hook returns true for any mode required
!      to handle the basic C types (as defined by the port).  Included
!      here are the double-word arithmetic supported by the code in
!      'optabs.c'.
  
   -- Target Hook: bool TARGET_VECTOR_MODE_SUPPORTED_P (machine_mode MODE)
       Define this to return nonzero if the port is prepared to handle
--- 32261,32302 ----
   -- Target Hook: tree TARGET_FN_ABI_VA_LIST (tree FNDECL)
       This hook returns the va_list type of the calling convention
       specified by FNDECL.  The default version of this hook returns
!      `va_list_type_node'.
  
   -- Target Hook: tree TARGET_CANONICAL_VA_LIST_TYPE (tree TYPE)
       This hook returns the va_list type of the calling convention
!      specified by the type of TYPE. If TYPE is not a valid va_list
!      type, it returns `NULL_TREE'.
  
   -- Target Hook: tree TARGET_GIMPLIFY_VA_ARG_EXPR (tree VALIST, tree
            TYPE, gimple_seq *PRE_P, gimple_seq *POST_P)
!      This hook performs target-specific gimplification of
!      `VA_ARG_EXPR'.  The first two parameters correspond to the
!      arguments to `va_arg'; the latter two are as in
!      `gimplify.c:gimplify_expr'.
  
   -- Target Hook: bool TARGET_VALID_POINTER_MODE (machine_mode MODE)
       Define this to return nonzero if the port can handle pointers with
       machine mode MODE.  The default version of this hook returns true
!      for both `ptr_mode' and `Pmode'.
  
   -- Target Hook: bool TARGET_REF_MAY_ALIAS_ERRNO (struct ao_ref *REF)
!      Define this to return nonzero if the memory reference REF  may
!      alias with the system C library errno location.  The default
!      version of this hook assumes the system C library errno location
!      is either a declaration of type int or accessed by dereferencing
!      a pointer to int.
  
   -- Target Hook: bool TARGET_SCALAR_MODE_SUPPORTED_P (machine_mode MODE)
       Define this to return nonzero if the port is prepared to handle
       insns involving scalar mode MODE.  For a scalar mode to be
!      considered supported, all the basic arithmetic and comparisons
!      must work.
  
!      The default version of this hook returns true for any mode
!      required to handle the basic C types (as defined by the port).
!      Included here are the double-word arithmetic supported by the code
!      in `optabs.c'.
  
   -- Target Hook: bool TARGET_VECTOR_MODE_SUPPORTED_P (machine_mode MODE)
       Define this to return nonzero if the port is prepared to handle
*************** the stack.
*** 31899,31905 ****
            unsigned HOST_WIDE_INT NELEMS)
       Return true if GCC should try to use a scalar mode to store an
       array of NELEMS elements, given that each element has mode MODE.
!      Returning true here overrides the usual 'MAX_FIXED_MODE' limit and
       allows GCC to use any defined integer mode.
  
       One use of this hook is to support vector load and store operations
--- 32307,32313 ----
            unsigned HOST_WIDE_INT NELEMS)
       Return true if GCC should try to use a scalar mode to store an
       array of NELEMS elements, given that each element has mode MODE.
!      Returning true here overrides the usual `MAX_FIXED_MODE' limit and
       allows GCC to use any defined integer mode.
  
       One use of this hook is to support vector load and store operations
*************** the stack.
*** 31915,31944 ****
              int8x8_t val[3];
            } int8x8x3_t;
  
!      If this hook allows 'val' to have a scalar mode, then 'int8x8x3_t'
!      can have the same mode.  GCC can then store 'int8x8x3_t's in
       registers rather than forcing them onto the stack.
  
   -- Target Hook: bool TARGET_LIBGCC_FLOATING_MODE_SUPPORTED_P
            (machine_mode MODE)
       Define this to return nonzero if libgcc provides support for the
       floating-point mode MODE, which is known to pass
!      'TARGET_SCALAR_MODE_SUPPORTED_P'.  The default version of this hook
!      returns true for all of 'SFmode', 'DFmode', 'XFmode' and 'TFmode',
!      if such modes exist.
  
   -- Target Hook: machine_mode TARGET_FLOATN_MODE (int N, bool EXTENDED)
       Define this to return the machine mode to use for the type
!      '_FloatN', if EXTENDED is false, or the type '_FloatNx', if
       EXTENDED is true.  If such a type is not supported, return
!      'VOIDmode'.  The default version of this hook returns 'SFmode' for
!      '_Float32', 'DFmode' for '_Float64' and '_Float32x' and 'TFmode'
!      for '_Float128', if those modes exist and satisfy the requirements
!      for those types and pass 'TARGET_SCALAR_MODE_SUPPORTED_P' and
!      'TARGET_LIBGCC_FLOATING_MODE_SUPPORTED_P'; for '_Float64x', it
!      returns the first of 'XFmode' and 'TFmode' that exists and
       satisfies the same requirements; for other types, it returns
!      'VOIDmode'.  The hook is only called for values of N and EXTENDED
       that are valid according to ISO/IEC TS 18661-3:2015; that is, N is
       one of 32, 64, 128, or, if EXTENDED is false, 16 or greater than
       128 and a multiple of 32.
--- 32323,32352 ----
              int8x8_t val[3];
            } int8x8x3_t;
  
!      If this hook allows `val' to have a scalar mode, then `int8x8x3_t'
!      can have the same mode.  GCC can then store `int8x8x3_t's in
       registers rather than forcing them onto the stack.
  
   -- Target Hook: bool TARGET_LIBGCC_FLOATING_MODE_SUPPORTED_P
            (machine_mode MODE)
       Define this to return nonzero if libgcc provides support for the
       floating-point mode MODE, which is known to pass
!      `TARGET_SCALAR_MODE_SUPPORTED_P'.  The default version of this
!      hook returns true for all of `SFmode', `DFmode', `XFmode' and
!      `TFmode', if such modes exist.
  
   -- Target Hook: machine_mode TARGET_FLOATN_MODE (int N, bool EXTENDED)
       Define this to return the machine mode to use for the type
!      `_FloatN', if EXTENDED is false, or the type `_FloatNx', if
       EXTENDED is true.  If such a type is not supported, return
!      `VOIDmode'.  The default version of this hook returns `SFmode' for
!      `_Float32', `DFmode' for `_Float64' and `_Float32x' and `TFmode'
!      for `_Float128', if those modes exist and satisfy the requirements
!      for those types and pass `TARGET_SCALAR_MODE_SUPPORTED_P' and
!      `TARGET_LIBGCC_FLOATING_MODE_SUPPORTED_P'; for `_Float64x', it
!      returns the first of `XFmode' and `TFmode' that exists and
       satisfies the same requirements; for other types, it returns
!      `VOIDmode'.  The hook is only called for values of N and EXTENDED
       that are valid according to ISO/IEC TS 18661-3:2015; that is, N is
       one of 32, 64, 128, or, if EXTENDED is false, 16 or greater than
       128 and a multiple of 32.
*************** the stack.
*** 31947,31954 ****
            (machine_mode MODE)
       Define this to return nonzero for machine modes for which the port
       has small register classes.  If this target hook returns nonzero
!      for a given MODE, the compiler will try to minimize the lifetime of
!      registers in MODE.  The hook may be called with 'VOIDmode' as
       argument.  In this case, the hook is expected to return nonzero if
       it returns nonzero for any mode.
  
--- 32355,32362 ----
            (machine_mode MODE)
       Define this to return nonzero for machine modes for which the port
       has small register classes.  If this target hook returns nonzero
!      for a given MODE, the compiler will try to minimize the lifetime
!      of registers in MODE.  The hook may be called with `VOIDmode' as
       argument.  In this case, the hook is expected to return nonzero if
       it returns nonzero for any mode.
  
*************** the stack.
*** 31962,31981 ****
       in an instruction, but the machine modes of the registers set or
       used in the instruction are already known.  And for some machines,
       register classes are small for, say, integer registers but not for
!      floating point registers.  For example, the AMD x86-64 architecture
!      requires specific registers for the legacy x86 integer
!      instructions, but there are many SSE registers for floating point
!      operations.  On such targets, a good strategy may be to return
!      nonzero from this hook for 'INTEGRAL_MODE_P' machine modes but zero
!      for the SSE register classes.
  
!      The default version of this hook returns false for any mode.  It is
!      always safe to redefine this hook to return with a nonzero value.
!      But if you unnecessarily define it, you will reduce the amount of
!      optimizations that can be performed in some cases.  If you do not
!      define this hook to return a nonzero value when it is required, the
!      compiler will run out of spill registers and print a fatal error
!      message.
  
  
  File: gccint.info,  Node: Scalar Return,  Next: Aggregate Return,  Prev: Register Arguments,  Up: Stack and Calling
--- 32370,32389 ----
       in an instruction, but the machine modes of the registers set or
       used in the instruction are already known.  And for some machines,
       register classes are small for, say, integer registers but not for
!      floating point registers.  For example, the AMD x86-64
!      architecture requires specific registers for the legacy x86
!      integer instructions, but there are many SSE registers for
!      floating point operations.  On such targets, a good strategy may
!      be to return nonzero from this hook for `INTEGRAL_MODE_P' machine
!      modes but zero for the SSE register classes.
  
!      The default version of this hook returns false for any mode.  It
!      is always safe to redefine this hook to return with a nonzero
!      value.  But if you unnecessarily define it, you will reduce the
!      amount of optimizations that can be performed in some cases.  If
!      you do not define this hook to return a nonzero value when it is
!      required, the compiler will run out of spill registers and print a
!      fatal error message.
  
  
  File: gccint.info,  Node: Scalar Return,  Next: Aggregate Return,  Prev: Register Arguments,  Up: Stack and Calling
*************** values--values that can fit in registers
*** 31988,32036 ****
  
   -- Target Hook: rtx TARGET_FUNCTION_VALUE (const_tree RET_TYPE,
            const_tree FN_DECL_OR_TYPE, bool OUTGOING)
- 
       Define this to return an RTX representing the place where a
       function returns or receives a value of data type RET_TYPE, a tree
       node representing a data type.  FN_DECL_OR_TYPE is a tree node
!      representing 'FUNCTION_DECL' or 'FUNCTION_TYPE' of a function being
!      called.  If OUTGOING is false, the hook should compute the register
!      in which the caller will see the return value.  Otherwise, the hook
!      should return an RTX representing the place where a function
!      returns a value.
  
!      On many machines, only 'TYPE_MODE (RET_TYPE)' is relevant.
       (Actually, on most machines, scalar values are returned in the same
       place regardless of mode.)  The value of the expression is usually
!      a 'reg' RTX for the hard register where the return value is stored.
!      The value can also be a 'parallel' RTX, if the return value is in
!      multiple places.  See 'TARGET_FUNCTION_ARG' for an explanation of
!      the 'parallel' form.  Note that the callee will populate every
!      location specified in the 'parallel', but if the first element of
!      the 'parallel' contains the whole return value, callers will use
       that element as the canonical location and ignore the others.  The
!      m68k port uses this type of 'parallel' to return pointers in both
!      '%a0' (the canonical location) and '%d0'.
  
!      If 'TARGET_PROMOTE_FUNCTION_RETURN' returns true, you must apply
!      the same promotion rules specified in 'PROMOTE_MODE' if VALTYPE is
       a scalar type.
  
       If the precise function being called is known, FUNC is a tree node
!      ('FUNCTION_DECL') for it; otherwise, FUNC is a null pointer.  This
!      makes it possible to use a different value-returning convention for
!      specific functions when all their calls are known.
  
       Some target machines have "register windows" so that the register
!      in which a function returns its value is not the same as the one in
!      which the caller sees the value.  For such machines, you should
       return different RTX depending on OUTGOING.
  
!      'TARGET_FUNCTION_VALUE' is not used for return values with
       aggregate data types, because these are returned in another way.
!      See 'TARGET_STRUCT_VALUE_RTX' and related macros, below.
  
   -- Macro: FUNCTION_VALUE (VALTYPE, FUNC)
!      This macro has been deprecated.  Use 'TARGET_FUNCTION_VALUE' for a
       new target instead.
  
   -- Macro: LIBCALL_VALUE (MODE)
--- 32396,32443 ----
  
   -- Target Hook: rtx TARGET_FUNCTION_VALUE (const_tree RET_TYPE,
            const_tree FN_DECL_OR_TYPE, bool OUTGOING)
       Define this to return an RTX representing the place where a
       function returns or receives a value of data type RET_TYPE, a tree
       node representing a data type.  FN_DECL_OR_TYPE is a tree node
!      representing `FUNCTION_DECL' or `FUNCTION_TYPE' of a function
!      being called.  If OUTGOING is false, the hook should compute the
!      register in which the caller will see the return value.
!      Otherwise, the hook should return an RTX representing the place
!      where a function returns a value.
  
!      On many machines, only `TYPE_MODE (RET_TYPE)' is relevant.
       (Actually, on most machines, scalar values are returned in the same
       place regardless of mode.)  The value of the expression is usually
!      a `reg' RTX for the hard register where the return value is stored.
!      The value can also be a `parallel' RTX, if the return value is in
!      multiple places.  See `TARGET_FUNCTION_ARG' for an explanation of
!      the `parallel' form.   Note that the callee will populate every
!      location specified in the `parallel', but if the first element of
!      the `parallel' contains the whole return value, callers will use
       that element as the canonical location and ignore the others.  The
!      m68k port uses this type of `parallel' to return pointers in both
!      `%a0' (the canonical location) and `%d0'.
  
!      If `TARGET_PROMOTE_FUNCTION_RETURN' returns true, you must apply
!      the same promotion rules specified in `PROMOTE_MODE' if VALTYPE is
       a scalar type.
  
       If the precise function being called is known, FUNC is a tree node
!      (`FUNCTION_DECL') for it; otherwise, FUNC is a null pointer.  This
!      makes it possible to use a different value-returning convention
!      for specific functions when all their calls are known.
  
       Some target machines have "register windows" so that the register
!      in which a function returns its value is not the same as the one
!      in which the caller sees the value.  For such machines, you should
       return different RTX depending on OUTGOING.
  
!      `TARGET_FUNCTION_VALUE' is not used for return values with
       aggregate data types, because these are returned in another way.
!      See `TARGET_STRUCT_VALUE_RTX' and related macros, below.
  
   -- Macro: FUNCTION_VALUE (VALTYPE, FUNC)
!      This macro has been deprecated.  Use `TARGET_FUNCTION_VALUE' for a
       new target instead.
  
   -- Macro: LIBCALL_VALUE (MODE)
*************** values--values that can fit in registers
*** 32060,32066 ****
       register in which the values of called function may come back.
  
       A register whose use for returning values is limited to serving as
!      the second of a pair (for a value of type 'double', say) need not
       be recognized by this macro.  So for most machines, this definition
       suffices:
  
--- 32467,32473 ----
       register in which the values of called function may come back.
  
       A register whose use for returning values is limited to serving as
!      the second of a pair (for a value of type `double', say) need not
       be recognized by this macro.  So for most machines, this definition
       suffices:
  
*************** values--values that can fit in registers
*** 32071,32085 ****
       macro should recognize only the caller's register numbers.
  
       This macro has been deprecated.  Use
!      'TARGET_FUNCTION_VALUE_REGNO_P' for a new target instead.
  
   -- Target Hook: bool TARGET_FUNCTION_VALUE_REGNO_P (const unsigned int
            REGNO)
!      A target hook that return 'true' if REGNO is the number of a hard
       register in which the values of called function may come back.
  
       A register whose use for returning values is limited to serving as
!      the second of a pair (for a value of type 'double', say) need not
       be recognized by this target hook.
  
       If the machine has register windows, so that the caller and the
--- 32478,32492 ----
       macro should recognize only the caller's register numbers.
  
       This macro has been deprecated.  Use
!      `TARGET_FUNCTION_VALUE_REGNO_P' for a new target instead.
  
   -- Target Hook: bool TARGET_FUNCTION_VALUE_REGNO_P (const unsigned int
            REGNO)
!      A target hook that return `true' if REGNO is the number of a hard
       register in which the values of called function may come back.
  
       A register whose use for returning values is limited to serving as
!      the second of a pair (for a value of type `double', say) need not
       be recognized by this target hook.
  
       If the machine has register windows, so that the caller and the
*************** values--values that can fit in registers
*** 32090,32117 ****
       used.
  
   -- Macro: APPLY_RESULT_SIZE
!      Define this macro if 'untyped_call' and 'untyped_return' need more
!      space than is implied by 'FUNCTION_VALUE_REGNO_P' for saving and
       restoring an arbitrary return value.
  
   -- Target Hook: bool TARGET_OMIT_STRUCT_RETURN_REG
       Normally, when a function returns a structure by memory, the
       address is passed as an invisible pointer argument, but the
!      compiler also arranges to return the address from the function like
!      it would a normal pointer return value.  Define this to true if
!      that behavior is undesirable on your target.
  
   -- Target Hook: bool TARGET_RETURN_IN_MSB (const_tree TYPE)
!      This hook should return true if values of type TYPE are returned at
!      the most significant end of a register (in other words, if they are
!      padded at the least significant end).  You can assume that TYPE is
!      returned in a register; the caller is required to check this.
  
!      Note that the register provided by 'TARGET_FUNCTION_VALUE' must be
       able to hold the complete return value.  For example, if a 1-, 2-
       or 3-byte structure is returned at the most significant end of a
!      4-byte register, 'TARGET_FUNCTION_VALUE' should provide an 'SImode'
!      rtx.
  
  
  File: gccint.info,  Node: Aggregate Return,  Next: Caller Saves,  Prev: Scalar Return,  Up: Stack and Calling
--- 32497,32524 ----
       used.
  
   -- Macro: APPLY_RESULT_SIZE
!      Define this macro if `untyped_call' and `untyped_return' need more
!      space than is implied by `FUNCTION_VALUE_REGNO_P' for saving and
       restoring an arbitrary return value.
  
   -- Target Hook: bool TARGET_OMIT_STRUCT_RETURN_REG
       Normally, when a function returns a structure by memory, the
       address is passed as an invisible pointer argument, but the
!      compiler also arranges to return the address from the function
!      like it would a normal pointer return value.  Define this to true
!      if that behavior is undesirable on your target.
  
   -- Target Hook: bool TARGET_RETURN_IN_MSB (const_tree TYPE)
!      This hook should return true if values of type TYPE are returned
!      at the most significant end of a register (in other words, if they
!      are padded at the least significant end).  You can assume that TYPE
!      is returned in a register; the caller is required to check this.
  
!      Note that the register provided by `TARGET_FUNCTION_VALUE' must be
       able to hold the complete return value.  For example, if a 1-, 2-
       or 3-byte structure is returned at the most significant end of a
!      4-byte register, `TARGET_FUNCTION_VALUE' should provide an
!      `SImode' rtx.
  
  
  File: gccint.info,  Node: Aggregate Return,  Next: Caller Saves,  Prev: Scalar Return,  Up: Stack and Calling
*************** File: gccint.info,  Node: Aggregate Retu
*** 32119,32128 ****
  17.9.9 How Large Values Are Returned
  ------------------------------------
  
! When a function value's mode is 'BLKmode' (and in some other cases), the
! value is not returned according to 'TARGET_FUNCTION_VALUE' (*note Scalar
! Return::).  Instead, the caller passes the address of a block of memory
! in which the value should be stored.  This address is called the
  "structure value address".
  
   This section describes how to control returning structure values in
--- 32526,32535 ----
  17.9.9 How Large Values Are Returned
  ------------------------------------
  
! When a function value's mode is `BLKmode' (and in some other cases),
! the value is not returned according to `TARGET_FUNCTION_VALUE' (*note
! Scalar Return::).  Instead, the caller passes the address of a block of
! memory in which the value should be stored.  This address is called the
  "structure value address".
  
   This section describes how to control returning structure values in
*************** memory.
*** 32133,32181 ****
       This target hook should return a nonzero value to say to return the
       function value in memory, just as large structures are always
       returned.  Here TYPE will be the data type of the value, and FNTYPE
!      will be the type of the function doing the returning, or 'NULL' for
       libcalls.
  
!      Note that values of mode 'BLKmode' must be explicitly handled by
!      this function.  Also, the option '-fpcc-struct-return' takes effect
!      regardless of this macro.  On most systems, it is possible to leave
!      the hook undefined; this causes a default definition to be used,
!      whose value is the constant 1 for 'BLKmode' values, and 0
       otherwise.
  
       Do not use this hook to indicate that structures and unions should
       always be returned in memory.  You should instead use
!      'DEFAULT_PCC_STRUCT_RETURN' to indicate this.
  
   -- Macro: DEFAULT_PCC_STRUCT_RETURN
       Define this macro to be 1 if all structure and union return values
       must be in memory.  Since this results in slower code, this should
!      be defined only if needed for compatibility with other compilers or
!      with an ABI.  If you define this macro to be 0, then the
       conventions used for structure and union return values are decided
!      by the 'TARGET_RETURN_IN_MEMORY' target hook.
  
       If not defined, this defaults to the value 1.
  
   -- Target Hook: rtx TARGET_STRUCT_VALUE_RTX (tree FNDECL, int INCOMING)
       This target hook should return the location of the structure value
!      address (normally a 'mem' or 'reg'), or 0 if the address is passed
!      as an "invisible" first argument.  Note that FNDECL may be 'NULL',
       for libcalls.  You do not need to define this target hook if the
       address is always passed as an "invisible" first argument.
  
       On some architectures the place where the structure value address
       is found by the called function is not the same place that the
!      caller put it.  This can be due to register windows, or it could be
!      because the function prologue moves it to a different place.
!      INCOMING is '1' or '2' when the location is needed in the context
!      of the called function, and '0' in the context of the caller.
  
!      If INCOMING is nonzero and the address is to be found on the stack,
!      return a 'mem' which refers to the frame pointer.  If INCOMING is
!      '2', the result is being used to fetch the structure value address
!      at the beginning of a function.  If you need to emit adjusting
!      code, you should do it at this point.
  
   -- Macro: PCC_STATIC_STRUCT_RETURN
       Define this macro if the usual system convention on the target
--- 32540,32588 ----
       This target hook should return a nonzero value to say to return the
       function value in memory, just as large structures are always
       returned.  Here TYPE will be the data type of the value, and FNTYPE
!      will be the type of the function doing the returning, or `NULL' for
       libcalls.
  
!      Note that values of mode `BLKmode' must be explicitly handled by
!      this function.  Also, the option `-fpcc-struct-return' takes
!      effect regardless of this macro.  On most systems, it is possible
!      to leave the hook undefined; this causes a default definition to
!      be used, whose value is the constant 1 for `BLKmode' values, and 0
       otherwise.
  
       Do not use this hook to indicate that structures and unions should
       always be returned in memory.  You should instead use
!      `DEFAULT_PCC_STRUCT_RETURN' to indicate this.
  
   -- Macro: DEFAULT_PCC_STRUCT_RETURN
       Define this macro to be 1 if all structure and union return values
       must be in memory.  Since this results in slower code, this should
!      be defined only if needed for compatibility with other compilers
!      or with an ABI.  If you define this macro to be 0, then the
       conventions used for structure and union return values are decided
!      by the `TARGET_RETURN_IN_MEMORY' target hook.
  
       If not defined, this defaults to the value 1.
  
   -- Target Hook: rtx TARGET_STRUCT_VALUE_RTX (tree FNDECL, int INCOMING)
       This target hook should return the location of the structure value
!      address (normally a `mem' or `reg'), or 0 if the address is passed
!      as an "invisible" first argument.  Note that FNDECL may be `NULL',
       for libcalls.  You do not need to define this target hook if the
       address is always passed as an "invisible" first argument.
  
       On some architectures the place where the structure value address
       is found by the called function is not the same place that the
!      caller put it.  This can be due to register windows, or it could
!      be because the function prologue moves it to a different place.
!      INCOMING is `1' or `2' when the location is needed in the context
!      of the called function, and `0' in the context of the caller.
  
!      If INCOMING is nonzero and the address is to be found on the
!      stack, return a `mem' which refers to the frame pointer. If
!      INCOMING is `2', the result is being used to fetch the structure
!      value address at the beginning of a function.  If you need to emit
!      adjusting code, you should do it at this point.
  
   -- Macro: PCC_STATIC_STRUCT_RETURN
       Define this macro if the usual system convention on the target
*************** memory.
*** 32183,32203 ****
       function to return the address of a static variable containing the
       value.
  
!      Do not define this if the usual system convention is for the caller
!      to pass an address to the subroutine.
  
!      This macro has effect in '-fpcc-struct-return' mode, but it does
!      nothing when you use '-freg-struct-return' mode.
  
   -- Target Hook: machine_mode TARGET_GET_RAW_RESULT_MODE (int REGNO)
       This target hook returns the mode to be used when accessing raw
!      return registers in '__builtin_return'.  Define this macro if the
       value in REG_RAW_MODE is not correct.
  
   -- Target Hook: machine_mode TARGET_GET_RAW_ARG_MODE (int REGNO)
       This target hook returns the mode to be used when accessing raw
!      argument registers in '__builtin_apply_args'.  Define this macro if
!      the value in REG_RAW_MODE is not correct.
  
  
  File: gccint.info,  Node: Caller Saves,  Next: Function Entry,  Prev: Aggregate Return,  Up: Stack and Calling
--- 32590,32610 ----
       function to return the address of a static variable containing the
       value.
  
!      Do not define this if the usual system convention is for the
!      caller to pass an address to the subroutine.
  
!      This macro has effect in `-fpcc-struct-return' mode, but it does
!      nothing when you use `-freg-struct-return' mode.
  
   -- Target Hook: machine_mode TARGET_GET_RAW_RESULT_MODE (int REGNO)
       This target hook returns the mode to be used when accessing raw
!      return registers in `__builtin_return'.  Define this macro if the
       value in REG_RAW_MODE is not correct.
  
   -- Target Hook: machine_mode TARGET_GET_RAW_ARG_MODE (int REGNO)
       This target hook returns the mode to be used when accessing raw
!      argument registers in `__builtin_apply_args'.  Define this macro
!      if the value in REG_RAW_MODE is not correct.
  
  
  File: gccint.info,  Node: Caller Saves,  Next: Function Entry,  Prev: Aggregate Return,  Up: Stack and Calling
*************** must live across calls.
*** 32212,32220 ****
   -- Macro: HARD_REGNO_CALLER_SAVE_MODE (REGNO, NREGS)
       A C expression specifying which mode is required for saving NREGS
       of a pseudo-register in call-clobbered hard register REGNO.  If
!      REGNO is unsuitable for caller save, 'VOIDmode' should be returned.
!      For most machines this macro need not be defined since GCC will
!      select the smallest suitable mode.
  
  
  File: gccint.info,  Node: Function Entry,  Next: Profiling,  Prev: Caller Saves,  Up: Stack and Calling
--- 32619,32627 ----
   -- Macro: HARD_REGNO_CALLER_SAVE_MODE (REGNO, NREGS)
       A C expression specifying which mode is required for saving NREGS
       of a pseudo-register in call-clobbered hard register REGNO.  If
!      REGNO is unsuitable for caller save, `VOIDmode' should be
!      returned.  For most machines this macro need not be defined since
!      GCC will select the smallest suitable mode.
  
  
  File: gccint.info,  Node: Function Entry,  Next: Profiling,  Prev: Caller Saves,  Up: Stack and Calling
*************** This section describes the macros that o
*** 32227,32267 ****
  
   -- Target Hook: void TARGET_ASM_FUNCTION_PROLOGUE (FILE *FILE,
            HOST_WIDE_INT SIZE)
!      If defined, a function that outputs the assembler code for entry to
!      a function.  The prologue is responsible for setting up the stack
!      frame, initializing the frame pointer register, saving registers
!      that must be saved, and allocating SIZE additional bytes of storage
!      for the local variables.  SIZE is an integer.  FILE is a stdio
!      stream to which the assembler code should be output.
  
       The label for the beginning of the function need not be output by
       this macro.  That has already been done when the macro is run.
  
       To determine which registers to save, the macro can refer to the
!      array 'regs_ever_live': element R is nonzero if hard register R is
       used anywhere within the function.  This implies the function
       prologue should save register R, provided it is not one of the
!      call-used registers.  ('TARGET_ASM_FUNCTION_EPILOGUE' must likewise
!      use 'regs_ever_live'.)
  
       On machines that have "register windows", the function entry code
       does not save on the stack the registers that are in the windows,
       even if they are supposed to be preserved by function calls;
!      instead it takes appropriate steps to "push" the register stack, if
!      any non-call-used registers are used in the function.
  
       On machines where functions may or may not have frame-pointers, the
       function entry code must vary accordingly; it must set up the frame
       pointer if one is wanted, and not otherwise.  To determine whether
       a frame pointer is in wanted, the macro can refer to the variable
!      'frame_pointer_needed'.  The variable's value will be 1 at run time
!      in a function that needs a frame pointer.  *Note Elimination::.
  
       The function entry code is responsible for allocating any stack
       space required for the function.  This stack space consists of the
       regions listed below.  In most cases, these regions are allocated
!      in the order listed, with the last listed region closest to the top
!      of the stack (the lowest address if 'STACK_GROWS_DOWNWARD' is
       defined, and the highest address if it is not defined).  You can
       use a different order for a machine if doing so is more convenient
       or required for compatibility reasons.  Except in cases where
--- 32634,32675 ----
  
   -- Target Hook: void TARGET_ASM_FUNCTION_PROLOGUE (FILE *FILE,
            HOST_WIDE_INT SIZE)
!      If defined, a function that outputs the assembler code for entry
!      to a function.  The prologue is responsible for setting up the
!      stack frame, initializing the frame pointer register, saving
!      registers that must be saved, and allocating SIZE additional bytes
!      of storage for the local variables.  SIZE is an integer.  FILE is
!      a stdio stream to which the assembler code should be output.
  
       The label for the beginning of the function need not be output by
       this macro.  That has already been done when the macro is run.
  
       To determine which registers to save, the macro can refer to the
!      array `regs_ever_live': element R is nonzero if hard register R is
       used anywhere within the function.  This implies the function
       prologue should save register R, provided it is not one of the
!      call-used registers.  (`TARGET_ASM_FUNCTION_EPILOGUE' must
!      likewise use `regs_ever_live'.)
  
       On machines that have "register windows", the function entry code
       does not save on the stack the registers that are in the windows,
       even if they are supposed to be preserved by function calls;
!      instead it takes appropriate steps to "push" the register stack,
!      if any non-call-used registers are used in the function.
  
       On machines where functions may or may not have frame-pointers, the
       function entry code must vary accordingly; it must set up the frame
       pointer if one is wanted, and not otherwise.  To determine whether
       a frame pointer is in wanted, the macro can refer to the variable
!      `frame_pointer_needed'.  The variable's value will be 1 at run
!      time in a function that needs a frame pointer.  *Note
!      Elimination::.
  
       The function entry code is responsible for allocating any stack
       space required for the function.  This stack space consists of the
       regions listed below.  In most cases, these regions are allocated
!      in the order listed, with the last listed region closest to the
!      top of the stack (the lowest address if `STACK_GROWS_DOWNWARD' is
       defined, and the highest address if it is not defined).  You can
       use a different order for a machine if doing so is more convenient
       or required for compatibility reasons.  Except in cases where
*************** This section describes the macros that o
*** 32285,32340 ****
            HOST_WIDE_INT SIZE)
       If defined, a function that outputs the assembler code for exit
       from a function.  The epilogue is responsible for restoring the
!      saved registers and stack pointer to their values when the function
!      was called, and returning control to the caller.  This macro takes
!      the same arguments as the macro 'TARGET_ASM_FUNCTION_PROLOGUE', and
!      the registers to restore are determined from 'regs_ever_live' and
!      'CALL_USED_REGISTERS' in the same way.
  
       On some machines, there is a single instruction that does all the
       work of returning from the function.  On these machines, give that
!      instruction the name 'return' and do not define the macro
!      'TARGET_ASM_FUNCTION_EPILOGUE' at all.
  
!      Do not define a pattern named 'return' if you want the
!      'TARGET_ASM_FUNCTION_EPILOGUE' to be used.  If you want the target
       switches to control whether return instructions or epilogues are
!      used, define a 'return' pattern with a validity condition that
!      tests the target switches appropriately.  If the 'return' pattern's
!      validity condition is false, epilogues will be used.
  
       On machines where functions may or may not have frame-pointers, the
       function exit code must vary accordingly.  Sometimes the code for
       these two cases is completely different.  To determine whether a
       frame pointer is wanted, the macro can refer to the variable
!      'frame_pointer_needed'.  The variable's value will be 1 when
       compiling a function that needs a frame pointer.
  
!      Normally, 'TARGET_ASM_FUNCTION_PROLOGUE' and
!      'TARGET_ASM_FUNCTION_EPILOGUE' must treat leaf functions specially.
!      The C variable 'current_function_is_leaf' is nonzero for such a
       function.  *Note Leaf Functions::.
  
       On some machines, some functions pop their arguments on exit while
       others leave that for the caller to do.  For example, the 68020
!      when given '-mrtd' pops arguments in functions that take a fixed
       number of arguments.
  
!      Your definition of the macro 'RETURN_POPS_ARGS' decides which
!      functions pop their own arguments.  'TARGET_ASM_FUNCTION_EPILOGUE'
       needs to know what was decided.  The number of bytes of the current
       function's arguments that this function should pop is available in
!      'crtl->args.pops_args'.  *Note Scalar Return::.
  
!    * A region of 'crtl->args.pretend_args_size' bytes of uninitialized
       space just underneath the first argument arriving on the stack.
!      (This may not be at the very start of the allocated stack region if
!      the calling sequence has pushed anything else since pushing the
       stack arguments.  But usually, on such machines, nothing else has
       been pushed yet, because the function prologue itself does all the
!      pushing.)  This region is used on machines where an argument may be
!      passed partly in registers and partly in memory, and, in some cases
!      to support the features in '<stdarg.h>'.
  
     * An area of memory used to save certain registers used by the
       function.  The size of this area, which may also include space for
--- 32693,32749 ----
            HOST_WIDE_INT SIZE)
       If defined, a function that outputs the assembler code for exit
       from a function.  The epilogue is responsible for restoring the
!      saved registers and stack pointer to their values when the
!      function was called, and returning control to the caller.  This
!      macro takes the same arguments as the macro
!      `TARGET_ASM_FUNCTION_PROLOGUE', and the registers to restore are
!      determined from `regs_ever_live' and `CALL_USED_REGISTERS' in the
!      same way.
  
       On some machines, there is a single instruction that does all the
       work of returning from the function.  On these machines, give that
!      instruction the name `return' and do not define the macro
!      `TARGET_ASM_FUNCTION_EPILOGUE' at all.
  
!      Do not define a pattern named `return' if you want the
!      `TARGET_ASM_FUNCTION_EPILOGUE' to be used.  If you want the target
       switches to control whether return instructions or epilogues are
!      used, define a `return' pattern with a validity condition that
!      tests the target switches appropriately.  If the `return'
!      pattern's validity condition is false, epilogues will be used.
  
       On machines where functions may or may not have frame-pointers, the
       function exit code must vary accordingly.  Sometimes the code for
       these two cases is completely different.  To determine whether a
       frame pointer is wanted, the macro can refer to the variable
!      `frame_pointer_needed'.  The variable's value will be 1 when
       compiling a function that needs a frame pointer.
  
!      Normally, `TARGET_ASM_FUNCTION_PROLOGUE' and
!      `TARGET_ASM_FUNCTION_EPILOGUE' must treat leaf functions specially.
!      The C variable `current_function_is_leaf' is nonzero for such a
       function.  *Note Leaf Functions::.
  
       On some machines, some functions pop their arguments on exit while
       others leave that for the caller to do.  For example, the 68020
!      when given `-mrtd' pops arguments in functions that take a fixed
       number of arguments.
  
!      Your definition of the macro `RETURN_POPS_ARGS' decides which
!      functions pop their own arguments.  `TARGET_ASM_FUNCTION_EPILOGUE'
       needs to know what was decided.  The number of bytes of the current
       function's arguments that this function should pop is available in
!      `crtl->args.pops_args'.  *Note Scalar Return::.
  
!    * A region of `crtl->args.pretend_args_size' bytes of uninitialized
       space just underneath the first argument arriving on the stack.
!      (This may not be at the very start of the allocated stack region
!      if the calling sequence has pushed anything else since pushing the
       stack arguments.  But usually, on such machines, nothing else has
       been pushed yet, because the function prologue itself does all the
!      pushing.)  This region is used on machines where an argument may
!      be passed partly in registers and partly in memory, and, in some
!      cases to support the features in `<stdarg.h>'.
  
     * An area of memory used to save certain registers used by the
       function.  The size of this area, which may also include space for
*************** This section describes the macros that o
*** 32349,32356 ****
       occur in the opposite order, with the save area closer to the top
       of the stack.
  
!    * Optionally, when 'ACCUMULATE_OUTGOING_ARGS' is defined, a region of
!      'crtl->outgoing_args_size' bytes to be used for outgoing argument
       lists of the function.  *Note Stack Arguments::.
  
   -- Macro: EXIT_IGNORE_STACK
--- 32758,32765 ----
       occur in the opposite order, with the save area closer to the top
       of the stack.
  
!    * Optionally, when `ACCUMULATE_OUTGOING_ARGS' is defined, a region of
!      `crtl->outgoing_args_size' bytes to be used for outgoing argument
       lists of the function.  *Note Stack Arguments::.
  
   -- Macro: EXIT_IGNORE_STACK
*************** This section describes the macros that o
*** 32362,32384 ****
  
       Note that this macro's value is relevant only for functions for
       which frame pointers are maintained.  It is never safe to delete a
!      final stack adjustment in a function that has no frame pointer, and
!      the compiler knows this regardless of 'EXIT_IGNORE_STACK'.
  
   -- Macro: EPILOGUE_USES (REGNO)
       Define this macro as a C expression that is nonzero for registers
!      that are used by the epilogue or the 'return' pattern.  The stack
       and frame pointer registers are already assumed to be used as
       needed.
  
   -- Macro: EH_USES (REGNO)
       Define this macro as a C expression that is nonzero for registers
!      that are used by the exception handling mechanism, and so should be
!      considered live on entry to an exception edge.
  
   -- Target Hook: void TARGET_ASM_OUTPUT_MI_THUNK (FILE *FILE, tree
!           THUNK_FNDECL, HOST_WIDE_INT DELTA, HOST_WIDE_INT VCALL_OFFSET,
!           tree FUNCTION)
       A function that outputs the assembler code for a thunk function,
       used to implement C++ virtual function calls with multiple
       inheritance.  The thunk acts as a wrapper around a virtual
--- 32771,32793 ----
  
       Note that this macro's value is relevant only for functions for
       which frame pointers are maintained.  It is never safe to delete a
!      final stack adjustment in a function that has no frame pointer,
!      and the compiler knows this regardless of `EXIT_IGNORE_STACK'.
  
   -- Macro: EPILOGUE_USES (REGNO)
       Define this macro as a C expression that is nonzero for registers
!      that are used by the epilogue or the `return' pattern.  The stack
       and frame pointer registers are already assumed to be used as
       needed.
  
   -- Macro: EH_USES (REGNO)
       Define this macro as a C expression that is nonzero for registers
!      that are used by the exception handling mechanism, and so should
!      be considered live on entry to an exception edge.
  
   -- Target Hook: void TARGET_ASM_OUTPUT_MI_THUNK (FILE *FILE, tree
!           THUNK_FNDECL, HOST_WIDE_INT DELTA, HOST_WIDE_INT
!           VCALL_OFFSET, tree FUNCTION)
       A function that outputs the assembler code for a thunk function,
       used to implement C++ virtual function calls with multiple
       inheritance.  The thunk acts as a wrapper around a virtual
*************** This section describes the macros that o
*** 32387,32431 ****
  
       First, emit code to add the integer DELTA to the location that
       contains the incoming first argument.  Assume that this argument
!      contains a pointer, and is the one used to pass the 'this' pointer
       in C++.  This is the incoming argument _before_ the function
!      prologue, e.g. '%o0' on a sparc.  The addition must preserve the
       values of all other incoming arguments.
  
       Then, if VCALL_OFFSET is nonzero, an additional adjustment should
!      be made after adding 'delta'.  In particular, if P is the adjusted
       pointer, the following adjustment should be made:
  
            p += (*((ptrdiff_t **)p))[vcall_offset/sizeof(ptrdiff_t)]
  
       After the additions, emit code to jump to FUNCTION, which is a
!      'FUNCTION_DECL'.  This is a direct pure jump, not a call, and does
       not touch the return address.  Hence returning from FUNCTION will
!      return to whoever called the current 'thunk'.
  
!      The effect must be as if FUNCTION had been called directly with the
!      adjusted first argument.  This macro is responsible for emitting
!      all of the code for a thunk function;
!      'TARGET_ASM_FUNCTION_PROLOGUE' and 'TARGET_ASM_FUNCTION_EPILOGUE'
       are not invoked.
  
       The THUNK_FNDECL is redundant.  (DELTA and FUNCTION have already
       been extracted from it.)  It might possibly be useful on some
       targets, but probably not.
  
!      If you do not define this macro, the target-independent code in the
!      C++ front end will generate a less efficient heavyweight thunk that
!      calls FUNCTION instead of jumping to it.  The generic approach does
!      not support varargs.
  
   -- Target Hook: bool TARGET_ASM_CAN_OUTPUT_MI_THUNK (const_tree
!           THUNK_FNDECL, HOST_WIDE_INT DELTA, HOST_WIDE_INT VCALL_OFFSET,
!           const_tree FUNCTION)
!      A function that returns true if TARGET_ASM_OUTPUT_MI_THUNK would be
!      able to output the assembler code for the thunk function specified
!      by the arguments it is passed, and false otherwise.  In the latter
!      case, the generic approach will be used by the C++ front end, with
!      the limitations previously exposed.
  
  
  File: gccint.info,  Node: Profiling,  Next: Tail Calls,  Prev: Function Entry,  Up: Stack and Calling
--- 32796,32840 ----
  
       First, emit code to add the integer DELTA to the location that
       contains the incoming first argument.  Assume that this argument
!      contains a pointer, and is the one used to pass the `this' pointer
       in C++.  This is the incoming argument _before_ the function
!      prologue, e.g. `%o0' on a sparc.  The addition must preserve the
       values of all other incoming arguments.
  
       Then, if VCALL_OFFSET is nonzero, an additional adjustment should
!      be made after adding `delta'.  In particular, if P is the adjusted
       pointer, the following adjustment should be made:
  
            p += (*((ptrdiff_t **)p))[vcall_offset/sizeof(ptrdiff_t)]
  
       After the additions, emit code to jump to FUNCTION, which is a
!      `FUNCTION_DECL'.  This is a direct pure jump, not a call, and does
       not touch the return address.  Hence returning from FUNCTION will
!      return to whoever called the current `thunk'.
  
!      The effect must be as if FUNCTION had been called directly with
!      the adjusted first argument.  This macro is responsible for
!      emitting all of the code for a thunk function;
!      `TARGET_ASM_FUNCTION_PROLOGUE' and `TARGET_ASM_FUNCTION_EPILOGUE'
       are not invoked.
  
       The THUNK_FNDECL is redundant.  (DELTA and FUNCTION have already
       been extracted from it.)  It might possibly be useful on some
       targets, but probably not.
  
!      If you do not define this macro, the target-independent code in
!      the C++ front end will generate a less efficient heavyweight thunk
!      that calls FUNCTION instead of jumping to it.  The generic
!      approach does not support varargs.
  
   -- Target Hook: bool TARGET_ASM_CAN_OUTPUT_MI_THUNK (const_tree
!           THUNK_FNDECL, HOST_WIDE_INT DELTA, HOST_WIDE_INT
!           VCALL_OFFSET, const_tree FUNCTION)
!      A function that returns true if TARGET_ASM_OUTPUT_MI_THUNK would
!      be able to output the assembler code for the thunk function
!      specified by the arguments it is passed, and false otherwise.  In
!      the latter case, the generic approach will be used by the C++
!      front end, with the limitations previously exposed.
  
  
  File: gccint.info,  Node: Profiling,  Next: Tail Calls,  Prev: Function Entry,  Up: Stack and Calling
*************** These macros will help you generate code
*** 32437,32465 ****
  
   -- Macro: FUNCTION_PROFILER (FILE, LABELNO)
       A C statement or compound statement to output to FILE some
!      assembler code to call the profiling subroutine 'mcount'.
  
!      The details of how 'mcount' expects to be called are determined by
       your operating system environment, not by GCC.  To figure them out,
       compile a small program for profiling using the system's installed
       C compiler and look at the assembler code that results.
  
!      Older implementations of 'mcount' expect the address of a counter
       variable to be loaded into some register.  The name of this
!      variable is 'LP' followed by the number LABELNO, so you would
!      generate the name using 'LP%d' in a 'fprintf'.
  
   -- Macro: PROFILE_HOOK
       A C statement or compound statement to output to FILE some assembly
!      code to call the profiling subroutine 'mcount' even the target does
       not support profiling.
  
   -- Macro: NO_PROFILE_COUNTERS
       Define this macro to be an expression with a nonzero value if the
!      'mcount' subroutine on your system does not need a counter variable
       allocated for each function.  This is true for almost all modern
       implementations.  If you define this macro, you must not use the
!      LABELNO argument to 'FUNCTION_PROFILER'.
  
   -- Macro: PROFILE_BEFORE_PROLOGUE
       Define this macro if the code for function profiling should come
--- 32846,32874 ----
  
   -- Macro: FUNCTION_PROFILER (FILE, LABELNO)
       A C statement or compound statement to output to FILE some
!      assembler code to call the profiling subroutine `mcount'.
  
!      The details of how `mcount' expects to be called are determined by
       your operating system environment, not by GCC.  To figure them out,
       compile a small program for profiling using the system's installed
       C compiler and look at the assembler code that results.
  
!      Older implementations of `mcount' expect the address of a counter
       variable to be loaded into some register.  The name of this
!      variable is `LP' followed by the number LABELNO, so you would
!      generate the name using `LP%d' in a `fprintf'.
  
   -- Macro: PROFILE_HOOK
       A C statement or compound statement to output to FILE some assembly
!      code to call the profiling subroutine `mcount' even the target does
       not support profiling.
  
   -- Macro: NO_PROFILE_COUNTERS
       Define this macro to be an expression with a nonzero value if the
!      `mcount' subroutine on your system does not need a counter variable
       allocated for each function.  This is true for almost all modern
       implementations.  If you define this macro, you must not use the
!      LABELNO argument to `FUNCTION_PROFILER'.
  
   -- Macro: PROFILE_BEFORE_PROLOGUE
       Define this macro if the code for function profiling should come
*************** These macros will help you generate code
*** 32467,32477 ****
       after.
  
   -- Target Hook: bool TARGET_KEEP_LEAF_WHEN_PROFILED (void)
!      This target hook returns true if the target wants the leaf flag for
!      the current function to stay true even if it calls mcount.  This
!      might make sense for targets using the leaf flag only to determine
!      whether a stack frame needs to be generated or not and for which
!      the call to mcount is generated before the function prologue.
  
  
  File: gccint.info,  Node: Tail Calls,  Next: Shrink-wrapping separate components,  Prev: Profiling,  Up: Stack and Calling
--- 32876,32887 ----
       after.
  
   -- Target Hook: bool TARGET_KEEP_LEAF_WHEN_PROFILED (void)
!      This target hook returns true if the target wants the leaf flag
!      for the current function to stay true even if it calls mcount.
!      This might make sense for targets using the leaf flag only to
!      determine whether a stack frame needs to be generated or not and
!      for which the call to mcount is generated before the function
!      prologue.
  
  
  File: gccint.info,  Node: Tail Calls,  Next: Shrink-wrapping separate components,  Prev: Profiling,  Up: Stack and Calling
*************** File: gccint.info,  Node: Tail Calls,  N
*** 32482,32506 ****
   -- Target Hook: bool TARGET_FUNCTION_OK_FOR_SIBCALL (tree DECL, tree
            EXP)
       True if it is OK to do sibling call optimization for the specified
!      call expression EXP.  DECL will be the called function, or 'NULL'
       if this is an indirect call.
  
       It is not uncommon for limitations of calling conventions to
       prevent tail calls to functions outside the current unit of
       translation, or during PIC compilation.  The hook is used to
!      enforce these restrictions, as the 'sibcall' md pattern can not
!      fail, or fall over to a "normal" call.  The criteria for successful
!      sibling call optimization may vary greatly between different
!      architectures.
  
   -- Target Hook: void TARGET_EXTRA_LIVE_ON_ENTRY (bitmap REGS)
       Add any hard registers to REGS that are live on entry to the
       function.  This hook only needs to be defined to provide registers
       that cannot be found by examination of FUNCTION_ARG_REGNO_P, the
       callee saved registers, STATIC_CHAIN_INCOMING_REGNUM,
!      STATIC_CHAIN_REGNUM, TARGET_STRUCT_VALUE_RTX, FRAME_POINTER_REGNUM,
!      EH_USES, FRAME_POINTER_REGNUM, ARG_POINTER_REGNUM, and the
!      PIC_OFFSET_TABLE_REGNUM.
  
   -- Target Hook: void TARGET_SET_UP_BY_PROLOGUE (struct
            hard_reg_set_container *)
--- 32892,32916 ----
   -- Target Hook: bool TARGET_FUNCTION_OK_FOR_SIBCALL (tree DECL, tree
            EXP)
       True if it is OK to do sibling call optimization for the specified
!      call expression EXP.  DECL will be the called function, or `NULL'
       if this is an indirect call.
  
       It is not uncommon for limitations of calling conventions to
       prevent tail calls to functions outside the current unit of
       translation, or during PIC compilation.  The hook is used to
!      enforce these restrictions, as the `sibcall' md pattern can not
!      fail, or fall over to a "normal" call.  The criteria for
!      successful sibling call optimization may vary greatly between
!      different architectures.
  
   -- Target Hook: void TARGET_EXTRA_LIVE_ON_ENTRY (bitmap REGS)
       Add any hard registers to REGS that are live on entry to the
       function.  This hook only needs to be defined to provide registers
       that cannot be found by examination of FUNCTION_ARG_REGNO_P, the
       callee saved registers, STATIC_CHAIN_INCOMING_REGNUM,
!      STATIC_CHAIN_REGNUM, TARGET_STRUCT_VALUE_RTX,
!      FRAME_POINTER_REGNUM, EH_USES, FRAME_POINTER_REGNUM,
!      ARG_POINTER_REGNUM, and the PIC_OFFSET_TABLE_REGNUM.
  
   -- Target Hook: void TARGET_SET_UP_BY_PROLOGUE (struct
            hard_reg_set_container *)
*************** File: gccint.info,  Node: Shrink-wrappin
*** 32522,32529 ****
  
  The prologue may perform a variety of target dependent tasks such as
  saving callee-saved registers, saving the return address, aligning the
! stack, creating a stack frame, initializing the PIC register, setting up
! the static chain, etc.
  
   On some targets some of these tasks may be independent of others and
  thus may be shrink-wrapped separately.  These independent tasks are
--- 32932,32939 ----
  
  The prologue may perform a variety of target dependent tasks such as
  saving callee-saved registers, saving the return address, aligning the
! stack, creating a stack frame, initializing the PIC register, setting
! up the static chain, etc.
  
   On some targets some of these tasks may be independent of others and
  thus may be shrink-wrapped separately.  These independent tasks are
*************** teardown) those components do is not don
*** 32536,32560 ****
  paths where this would unnecessary.
  
   What exactly those components are is up to the target code; the generic
! code treats them abstractly, as a bit in an 'sbitmap'.  These 'sbitmap's
! are allocated by the 'shrink_wrap.get_separate_components' and
! 'shrink_wrap.components_for_bb' hooks, and deallocated by the generic
! code.
  
   -- Target Hook: sbitmap TARGET_SHRINK_WRAP_GET_SEPARATE_COMPONENTS
            (void)
!      This hook should return an 'sbitmap' with the bits set for those
       components that can be separately shrink-wrapped in the current
!      function.  Return 'NULL' if the current function should not get any
!      separate shrink-wrapping.  Don't define this hook if it would
!      always return 'NULL'.  If it is defined, the other hooks in this
       group have to be defined as well.
  
   -- Target Hook: sbitmap TARGET_SHRINK_WRAP_COMPONENTS_FOR_BB
            (basic_block)
!      This hook should return an 'sbitmap' with the bits set for those
       components where either the prologue component has to be executed
!      before the 'basic_block', or the epilogue component after it, or
       both.
  
   -- Target Hook: void TARGET_SHRINK_WRAP_DISQUALIFY_COMPONENTS (sbitmap
--- 32946,32970 ----
  paths where this would unnecessary.
  
   What exactly those components are is up to the target code; the generic
! code treats them abstractly, as a bit in an `sbitmap'.  These
! `sbitmap's are allocated by the `shrink_wrap.get_separate_components'
! and `shrink_wrap.components_for_bb' hooks, and deallocated by the
! generic code.
  
   -- Target Hook: sbitmap TARGET_SHRINK_WRAP_GET_SEPARATE_COMPONENTS
            (void)
!      This hook should return an `sbitmap' with the bits set for those
       components that can be separately shrink-wrapped in the current
!      function.  Return `NULL' if the current function should not get
!      any separate shrink-wrapping.  Don't define this hook if it would
!      always return `NULL'.  If it is defined, the other hooks in this
       group have to be defined as well.
  
   -- Target Hook: sbitmap TARGET_SHRINK_WRAP_COMPONENTS_FOR_BB
            (basic_block)
!      This hook should return an `sbitmap' with the bits set for those
       components where either the prologue component has to be executed
!      before the `basic_block', or the epilogue component after it, or
       both.
  
   -- Target Hook: void TARGET_SHRINK_WRAP_DISQUALIFY_COMPONENTS (sbitmap
*************** code.
*** 32575,32582 ****
   -- Target Hook: void TARGET_SHRINK_WRAP_SET_HANDLED_COMPONENTS
            (sbitmap)
       Mark the components in the parameter as handled, so that the
!      'prologue' and 'epilogue' named patterns know to ignore those
!      components.  The target code should not hang on to the 'sbitmap',
       it will be deleted after this call.
  
  
--- 32985,32992 ----
   -- Target Hook: void TARGET_SHRINK_WRAP_SET_HANDLED_COMPONENTS
            (sbitmap)
       Mark the components in the parameter as handled, so that the
!      `prologue' and `epilogue' named patterns know to ignore those
!      components.  The target code should not hang on to the `sbitmap',
       it will be deleted after this call.
  
  
*************** File: gccint.info,  Node: Stack Smashing
*** 32586,32608 ****
  ---------------------------------
  
   -- Target Hook: tree TARGET_STACK_PROTECT_GUARD (void)
!      This hook returns a 'DECL' node for the external variable to use
       for the stack protection guard.  This variable is initialized by
       the runtime to some random value and is used to initialize the
       guard value that is placed at the top of the local stack frame.
!      The type of this variable must be 'ptr_type_node'.
  
       The default version of this hook creates a variable called
!      '__stack_chk_guard', which is normally defined in 'libgcc2.c'.
  
   -- Target Hook: tree TARGET_STACK_PROTECT_FAIL (void)
!      This hook returns a 'CALL_EXPR' that alerts the runtime that the
       stack protect guard variable has been modified.  This expression
!      should involve a call to a 'noreturn' function.
  
       The default version of this hook invokes a function called
!      '__stack_chk_fail', taking no arguments.  This function is normally
!      defined in 'libgcc2.c'.
  
   -- Target Hook: bool TARGET_STACK_PROTECT_RUNTIME_ENABLED_P (void)
       Returns true if the target wants GCC's default stack protect
--- 32996,33018 ----
  ---------------------------------
  
   -- Target Hook: tree TARGET_STACK_PROTECT_GUARD (void)
!      This hook returns a `DECL' node for the external variable to use
       for the stack protection guard.  This variable is initialized by
       the runtime to some random value and is used to initialize the
       guard value that is placed at the top of the local stack frame.
!      The type of this variable must be `ptr_type_node'.
  
       The default version of this hook creates a variable called
!      `__stack_chk_guard', which is normally defined in `libgcc2.c'.
  
   -- Target Hook: tree TARGET_STACK_PROTECT_FAIL (void)
!      This hook returns a `CALL_EXPR' that alerts the runtime that the
       stack protect guard variable has been modified.  This expression
!      should involve a call to a `noreturn' function.
  
       The default version of this hook invokes a function called
!      `__stack_chk_fail', taking no arguments.  This function is
!      normally defined in `libgcc2.c'.
  
   -- Target Hook: bool TARGET_STACK_PROTECT_RUNTIME_ENABLED_P (void)
       Returns true if the target wants GCC's default stack protect
*************** File: gccint.info,  Node: Miscellaneous
*** 32628,32637 ****
       Set to true if each call that binds to a local definition
       explicitly clobbers or sets all non-fixed registers modified by
       performing the call.  That is, by the call pattern itself, or by
!      code that might be inserted by the linker (e.g.  stubs, veneers,
       branch islands), but not including those modifiable by the callee.
       The affected registers may be mentioned explicitly in the call
!      pattern, or included as clobbers in CALL_INSN_FUNCTION_USAGE. The
       default version of this hook is set to false.  The purpose of this
       hook is to enable the fipa-ra optimization.
  
--- 33038,33047 ----
       Set to true if each call that binds to a local definition
       explicitly clobbers or sets all non-fixed registers modified by
       performing the call.  That is, by the call pattern itself, or by
!      code that might be inserted by the linker (e.g. stubs, veneers,
       branch islands), but not including those modifiable by the callee.
       The affected registers may be mentioned explicitly in the call
!      pattern, or included as clobbers in CALL_INSN_FUNCTION_USAGE.  The
       default version of this hook is set to false.  The purpose of this
       hook is to enable the fipa-ra optimization.
  
*************** File: gccint.info,  Node: Varargs,  Next
*** 32641,32801 ****
  17.10 Implementing the Varargs Macros
  =====================================
  
! GCC comes with an implementation of '<varargs.h>' and '<stdarg.h>' that
! work without change on machines that pass arguments on the stack.  Other
! machines require their own implementations of varargs, and the two
! machine independent header files must have conditionals to include it.
  
!  ISO '<stdarg.h>' differs from traditional '<varargs.h>' mainly in the
! calling convention for 'va_start'.  The traditional implementation takes
! just one argument, which is the variable in which to store the argument
! pointer.  The ISO implementation of 'va_start' takes an additional
! second argument.  The user is supposed to write the last named argument
! of the function here.
  
!  However, 'va_start' should not use this argument.  The way to find the
  end of the named arguments is with the built-in functions described
  below.
  
   -- Macro: __builtin_saveregs ()
!      Use this built-in function to save the argument registers in memory
!      so that the varargs mechanism can access them.  Both ISO and
!      traditional versions of 'va_start' must use '__builtin_saveregs',
!      unless you use 'TARGET_SETUP_INCOMING_VARARGS' (see below) instead.
  
!      On some machines, '__builtin_saveregs' is open-coded under the
!      control of the target hook 'TARGET_EXPAND_BUILTIN_SAVEREGS'.  On
       other machines, it calls a routine written in assembler language,
!      found in 'libgcc2.c'.
  
!      Code generated for the call to '__builtin_saveregs' appears at the
       beginning of the function, as opposed to where the call to
!      '__builtin_saveregs' is written, regardless of what the code is.
       This is because the registers must be saved before the function
       starts to use them for its own purposes.
  
   -- Macro: __builtin_next_arg (LASTARG)
       This builtin returns the address of the first anonymous stack
!      argument, as type 'void *'.  If 'ARGS_GROW_DOWNWARD', it returns
       the address of the location above the first anonymous stack
!      argument.  Use it in 'va_start' to initialize the pointer for
!      fetching arguments from the stack.  Also use it in 'va_start' to
       verify that the second parameter LASTARG is the last named argument
       of the current function.
  
   -- Macro: __builtin_classify_type (OBJECT)
       Since each machine has its own conventions for which data types are
!      passed in which kind of register, your implementation of 'va_arg'
       has to embody these conventions.  The easiest way to categorize the
!      specified data type is to use '__builtin_classify_type' together
!      with 'sizeof' and '__alignof__'.
  
!      '__builtin_classify_type' ignores the value of OBJECT, considering
       only its data type.  It returns an integer describing what kind of
       type that is--integer, floating, pointer, structure, and so on.
  
!      The file 'typeclass.h' defines an enumeration that you can use to
!      interpret the values of '__builtin_classify_type'.
  
   These machine description macros help implement varargs:
  
   -- Target Hook: rtx TARGET_EXPAND_BUILTIN_SAVEREGS (void)
!      If defined, this hook produces the machine-specific code for a call
!      to '__builtin_saveregs'.  This code will be moved to the very
       beginning of the function, before any parameter access are made.
       The return value of this function should be an RTX that contains
!      the value to use as the return of '__builtin_saveregs'.
  
   -- Target Hook: void TARGET_SETUP_INCOMING_VARARGS (cumulative_args_t
            ARGS_SO_FAR, machine_mode MODE, tree TYPE, int
            *PRETEND_ARGS_SIZE, int SECOND_TIME)
       This target hook offers an alternative to using
!      '__builtin_saveregs' and defining the hook
!      'TARGET_EXPAND_BUILTIN_SAVEREGS'.  Use it to store the anonymous
       register arguments into the stack so that all the arguments appear
!      to have been passed consecutively on the stack.  Once this is done,
!      you can use the standard implementation of varargs that works for
!      machines that pass all their arguments on the stack.
  
!      The argument ARGS_SO_FAR points to the 'CUMULATIVE_ARGS' data
!      structure, containing the values that are obtained after processing
!      the named arguments.  The arguments MODE and TYPE describe the last
!      named argument--its machine mode and its data type as a tree node.
  
       The target hook should do two things: first, push onto the stack
       all the argument registers _not_ used for the named arguments, and
       second, store the size of the data thus pushed into the
!      'int'-valued variable pointed to by PRETEND_ARGS_SIZE.  The value
       that you store here will serve as additional offset for setting up
       the stack frame.
  
       Because you must generate code to push the anonymous arguments at
       compile time without knowing their data types,
!      'TARGET_SETUP_INCOMING_VARARGS' is only useful on machines that
       have just a single category of argument register and use it
       uniformly for all data types.
  
!      If the argument SECOND_TIME is nonzero, it means that the arguments
!      of the function are being analyzed for the second time.  This
!      happens for an inline function, which is not actually compiled
!      until the end of the source file.  The hook
!      'TARGET_SETUP_INCOMING_VARARGS' should not generate any
       instructions in this case.
  
   -- Target Hook: bool TARGET_STRICT_ARGUMENT_NAMING (cumulative_args_t
            CA)
!      Define this hook to return 'true' if the location where a function
       argument is passed depends on whether or not it is a named
       argument.
  
!      This hook controls how the NAMED argument to 'TARGET_FUNCTION_ARG'
       is set for varargs and stdarg functions.  If this hook returns
!      'true', the NAMED argument is always true for named arguments, and
!      false for unnamed arguments.  If it returns 'false', but
!      'TARGET_PRETEND_OUTGOING_VARARGS_NAMED' returns 'true', then all
       arguments are treated as named.  Otherwise, all named arguments
       except the last are treated as named.
  
!      You need not define this hook if it always returns 'false'.
  
   -- Target Hook: void TARGET_CALL_ARGS (rtx, TREE)
       While generating RTL for a function call, this target hook is
       invoked once for each argument passed to the function, either a
!      register returned by 'TARGET_FUNCTION_ARG' or a memory location.
       It is called just before the point where argument registers are
       stored.  The type of the function to be called is also passed as
!      the second argument; it is 'NULL_TREE' for libcalls.  The
!      'TARGET_END_CALL_ARGS' hook is invoked just after the code to copy
!      the return reg has been emitted.  This functionality can be used to
!      perform special setup of call argument registers if a target needs
!      it.  For functions without arguments, the hook is called once with
!      'pc_rtx' passed instead of an argument register.  Most ports do not
!      need to implement anything for this hook.
  
   -- Target Hook: void TARGET_END_CALL_ARGS (void)
       This target hook is invoked while generating RTL for a function
       call, just after the point where the return reg is copied into a
!      pseudo.  It signals that all the call argument and return registers
!      for the just emitted call are now no longer in use.  Most ports do
!      not need to implement anything for this hook.
  
   -- Target Hook: bool TARGET_PRETEND_OUTGOING_VARARGS_NAMED
            (cumulative_args_t CA)
       If you need to conditionally change ABIs so that one works with
!      'TARGET_SETUP_INCOMING_VARARGS', but the other works like neither
!      'TARGET_SETUP_INCOMING_VARARGS' nor 'TARGET_STRICT_ARGUMENT_NAMING'
!      was defined, then define this hook to return 'true' if
!      'TARGET_SETUP_INCOMING_VARARGS' is used, 'false' otherwise.
!      Otherwise, you should not define this hook.
  
   -- Target Hook: rtx TARGET_LOAD_BOUNDS_FOR_ARG (rtx SLOT, rtx ARG, rtx
            SLOT_NO)
!      This hook is used by expand pass to emit insn to load bounds of ARG
!      passed in SLOT.  Expand pass uses this hook in case bounds of ARG
!      are not passed in register.  If SLOT is a memory, then bounds are
!      loaded as for regular pointer loaded from memory.  If SLOT is not a
!      memory then SLOT_NO is an integer constant holding number of the
!      target dependent special slot which should be used to obtain
       bounds.  Hook returns RTX holding loaded bounds.
  
   -- Target Hook: void TARGET_STORE_BOUNDS_FOR_ARG (rtx ARG, rtx SLOT,
--- 33051,33214 ----
  17.10 Implementing the Varargs Macros
  =====================================
  
! GCC comes with an implementation of `<varargs.h>' and `<stdarg.h>' that
! work without change on machines that pass arguments on the stack.
! Other machines require their own implementations of varargs, and the
! two machine independent header files must have conditionals to include
! it.
  
!  ISO `<stdarg.h>' differs from traditional `<varargs.h>' mainly in the
! calling convention for `va_start'.  The traditional implementation
! takes just one argument, which is the variable in which to store the
! argument pointer.  The ISO implementation of `va_start' takes an
! additional second argument.  The user is supposed to write the last
! named argument of the function here.
  
!  However, `va_start' should not use this argument.  The way to find the
  end of the named arguments is with the built-in functions described
  below.
  
   -- Macro: __builtin_saveregs ()
!      Use this built-in function to save the argument registers in
!      memory so that the varargs mechanism can access them.  Both ISO
!      and traditional versions of `va_start' must use
!      `__builtin_saveregs', unless you use
!      `TARGET_SETUP_INCOMING_VARARGS' (see below) instead.
  
!      On some machines, `__builtin_saveregs' is open-coded under the
!      control of the target hook `TARGET_EXPAND_BUILTIN_SAVEREGS'.  On
       other machines, it calls a routine written in assembler language,
!      found in `libgcc2.c'.
  
!      Code generated for the call to `__builtin_saveregs' appears at the
       beginning of the function, as opposed to where the call to
!      `__builtin_saveregs' is written, regardless of what the code is.
       This is because the registers must be saved before the function
       starts to use them for its own purposes.
  
   -- Macro: __builtin_next_arg (LASTARG)
       This builtin returns the address of the first anonymous stack
!      argument, as type `void *'.  If `ARGS_GROW_DOWNWARD', it returns
       the address of the location above the first anonymous stack
!      argument.  Use it in `va_start' to initialize the pointer for
!      fetching arguments from the stack.  Also use it in `va_start' to
       verify that the second parameter LASTARG is the last named argument
       of the current function.
  
   -- Macro: __builtin_classify_type (OBJECT)
       Since each machine has its own conventions for which data types are
!      passed in which kind of register, your implementation of `va_arg'
       has to embody these conventions.  The easiest way to categorize the
!      specified data type is to use `__builtin_classify_type' together
!      with `sizeof' and `__alignof__'.
  
!      `__builtin_classify_type' ignores the value of OBJECT, considering
       only its data type.  It returns an integer describing what kind of
       type that is--integer, floating, pointer, structure, and so on.
  
!      The file `typeclass.h' defines an enumeration that you can use to
!      interpret the values of `__builtin_classify_type'.
  
   These machine description macros help implement varargs:
  
   -- Target Hook: rtx TARGET_EXPAND_BUILTIN_SAVEREGS (void)
!      If defined, this hook produces the machine-specific code for a
!      call to `__builtin_saveregs'.  This code will be moved to the very
       beginning of the function, before any parameter access are made.
       The return value of this function should be an RTX that contains
!      the value to use as the return of `__builtin_saveregs'.
  
   -- Target Hook: void TARGET_SETUP_INCOMING_VARARGS (cumulative_args_t
            ARGS_SO_FAR, machine_mode MODE, tree TYPE, int
            *PRETEND_ARGS_SIZE, int SECOND_TIME)
       This target hook offers an alternative to using
!      `__builtin_saveregs' and defining the hook
!      `TARGET_EXPAND_BUILTIN_SAVEREGS'.  Use it to store the anonymous
       register arguments into the stack so that all the arguments appear
!      to have been passed consecutively on the stack.  Once this is
!      done, you can use the standard implementation of varargs that
!      works for machines that pass all their arguments on the stack.
  
!      The argument ARGS_SO_FAR points to the `CUMULATIVE_ARGS' data
!      structure, containing the values that are obtained after
!      processing the named arguments.  The arguments MODE and TYPE
!      describe the last named argument--its machine mode and its data
!      type as a tree node.
  
       The target hook should do two things: first, push onto the stack
       all the argument registers _not_ used for the named arguments, and
       second, store the size of the data thus pushed into the
!      `int'-valued variable pointed to by PRETEND_ARGS_SIZE.  The value
       that you store here will serve as additional offset for setting up
       the stack frame.
  
       Because you must generate code to push the anonymous arguments at
       compile time without knowing their data types,
!      `TARGET_SETUP_INCOMING_VARARGS' is only useful on machines that
       have just a single category of argument register and use it
       uniformly for all data types.
  
!      If the argument SECOND_TIME is nonzero, it means that the
!      arguments of the function are being analyzed for the second time.
!      This happens for an inline function, which is not actually
!      compiled until the end of the source file.  The hook
!      `TARGET_SETUP_INCOMING_VARARGS' should not generate any
       instructions in this case.
  
   -- Target Hook: bool TARGET_STRICT_ARGUMENT_NAMING (cumulative_args_t
            CA)
!      Define this hook to return `true' if the location where a function
       argument is passed depends on whether or not it is a named
       argument.
  
!      This hook controls how the NAMED argument to `TARGET_FUNCTION_ARG'
       is set for varargs and stdarg functions.  If this hook returns
!      `true', the NAMED argument is always true for named arguments, and
!      false for unnamed arguments.  If it returns `false', but
!      `TARGET_PRETEND_OUTGOING_VARARGS_NAMED' returns `true', then all
       arguments are treated as named.  Otherwise, all named arguments
       except the last are treated as named.
  
!      You need not define this hook if it always returns `false'.
  
   -- Target Hook: void TARGET_CALL_ARGS (rtx, TREE)
       While generating RTL for a function call, this target hook is
       invoked once for each argument passed to the function, either a
!      register returned by `TARGET_FUNCTION_ARG' or a memory location.
       It is called just before the point where argument registers are
       stored.  The type of the function to be called is also passed as
!      the second argument; it is `NULL_TREE' for libcalls.  The
!      `TARGET_END_CALL_ARGS' hook is invoked just after the code to copy
!      the return reg has been emitted.  This functionality can be used
!      to perform special setup of call argument registers if a target
!      needs it.  For functions without arguments, the hook is called
!      once with `pc_rtx' passed instead of an argument register.  Most
!      ports do not need to implement anything for this hook.
  
   -- Target Hook: void TARGET_END_CALL_ARGS (void)
       This target hook is invoked while generating RTL for a function
       call, just after the point where the return reg is copied into a
!      pseudo.  It signals that all the call argument and return
!      registers for the just emitted call are now no longer in use.
!      Most ports do not need to implement anything for this hook.
  
   -- Target Hook: bool TARGET_PRETEND_OUTGOING_VARARGS_NAMED
            (cumulative_args_t CA)
       If you need to conditionally change ABIs so that one works with
!      `TARGET_SETUP_INCOMING_VARARGS', but the other works like neither
!      `TARGET_SETUP_INCOMING_VARARGS' nor
!      `TARGET_STRICT_ARGUMENT_NAMING' was defined, then define this hook
!      to return `true' if `TARGET_SETUP_INCOMING_VARARGS' is used,
!      `false' otherwise.  Otherwise, you should not define this hook.
  
   -- Target Hook: rtx TARGET_LOAD_BOUNDS_FOR_ARG (rtx SLOT, rtx ARG, rtx
            SLOT_NO)
!      This hook is used by expand pass to emit insn to load bounds of
!      ARG passed in SLOT.  Expand pass uses this hook in case bounds of
!      ARG are not passed in register.  If SLOT is a memory, then bounds
!      are loaded as for regular pointer loaded from memory.  If SLOT is
!      not a memory then SLOT_NO is an integer constant holding number of
!      the target dependent special slot which should be used to obtain
       bounds.  Hook returns RTX holding loaded bounds.
  
   -- Target Hook: void TARGET_STORE_BOUNDS_FOR_ARG (rtx ARG, rtx SLOT,
*************** below.
*** 32803,32816 ****
       This hook is used by expand pass to emit insns to store BOUNDS of
       ARG passed in SLOT.  Expand pass uses this hook in case BOUNDS of
       ARG are not passed in register.  If SLOT is a memory, then BOUNDS
!      are stored as for regular pointer stored in memory.  If SLOT is not
!      a memory then SLOT_NO is an integer constant holding number of the
!      target dependent special slot which should be used to store BOUNDS.
  
   -- Target Hook: rtx TARGET_LOAD_RETURNED_BOUNDS (rtx SLOT)
       This hook is used by expand pass to emit insn to load bounds
!      returned by function call in SLOT.  Hook returns RTX holding loaded
!      bounds.
  
   -- Target Hook: void TARGET_STORE_RETURNED_BOUNDS (rtx SLOT, rtx
            BOUNDS)
--- 33216,33230 ----
       This hook is used by expand pass to emit insns to store BOUNDS of
       ARG passed in SLOT.  Expand pass uses this hook in case BOUNDS of
       ARG are not passed in register.  If SLOT is a memory, then BOUNDS
!      are stored as for regular pointer stored in memory.  If SLOT is
!      not a memory then SLOT_NO is an integer constant holding number of
!      the target dependent special slot which should be used to store
!      BOUNDS.
  
   -- Target Hook: rtx TARGET_LOAD_RETURNED_BOUNDS (rtx SLOT)
       This hook is used by expand pass to emit insn to load bounds
!      returned by function call in SLOT.  Hook returns RTX holding
!      loaded bounds.
  
   -- Target Hook: void TARGET_STORE_RETURNED_BOUNDS (rtx SLOT, rtx
            BOUNDS)
*************** below.
*** 32821,32834 ****
            RET_TYPE, const_tree FN_DECL_OR_TYPE, bool OUTGOING)
       Define this to return an RTX representing the place where a
       function returns bounds for returned pointers.  Arguments meaning
!      is similar to 'TARGET_FUNCTION_VALUE'.
  
   -- Target Hook: void TARGET_SETUP_INCOMING_VARARG_BOUNDS
            (cumulative_args_t ARGS_SO_FAR, enum machine_mode MODE, tree
            TYPE, int *PRETEND_ARGS_SIZE, int SECOND_TIME)
!      Use it to store bounds for anonymous register arguments stored into
!      the stack.  Arguments meaning is similar to
!      'TARGET_SETUP_INCOMING_VARARGS'.
  
  
  File: gccint.info,  Node: Trampolines,  Next: Library Calls,  Prev: Varargs,  Up: Target Macros
--- 33235,33248 ----
            RET_TYPE, const_tree FN_DECL_OR_TYPE, bool OUTGOING)
       Define this to return an RTX representing the place where a
       function returns bounds for returned pointers.  Arguments meaning
!      is similar to `TARGET_FUNCTION_VALUE'.
  
   -- Target Hook: void TARGET_SETUP_INCOMING_VARARG_BOUNDS
            (cumulative_args_t ARGS_SO_FAR, enum machine_mode MODE, tree
            TYPE, int *PRETEND_ARGS_SIZE, int SECOND_TIME)
!      Use it to store bounds for anonymous register arguments stored
!      into the stack.  Arguments meaning is similar to
!      `TARGET_SETUP_INCOMING_VARARGS'.
  
  
  File: gccint.info,  Node: Trampolines,  Next: Library Calls,  Prev: Varargs,  Up: Target Macros
*************** File: gccint.info,  Node: Trampolines,
*** 32836,32845 ****
  17.11 Trampolines for Nested Functions
  ======================================
  
! A "trampoline" is a small piece of code that is created at run time when
! the address of a nested function is taken.  It normally resides on the
! stack, in the stack frame of the containing function.  These macros tell
! GCC how to generate code to allocate and initialize a trampoline.
  
   The instructions in the trampoline must do two things: load a constant
  address into the static chain register, and jump to the real address of
--- 33250,33259 ----
  17.11 Trampolines for Nested Functions
  ======================================
  
! A "trampoline" is a small piece of code that is created at run time
! when the address of a nested function is taken.  It normally resides on
! the stack, in the stack frame of the containing function.  These macros
! tell GCC how to generate code to allocate and initialize a trampoline.
  
   The instructions in the trampoline must do two things: load a constant
  address into the static chain register, and jump to the real address of
*************** may be necessary to take out pieces of t
*** 32859,32867 ****
  separately.
  
   -- Target Hook: void TARGET_ASM_TRAMPOLINE_TEMPLATE (FILE *F)
!      This hook is called by 'assemble_trampoline_template' to output, on
!      the stream F, assembler code for a block of data that contains the
!      constant parts of a trampoline.  This code should not include a
       label--the label is taken care of automatically.
  
       If you do not define this hook, it means no template is needed for
--- 33273,33281 ----
  separately.
  
   -- Target Hook: void TARGET_ASM_TRAMPOLINE_TEMPLATE (FILE *F)
!      This hook is called by `assemble_trampoline_template' to output,
!      on the stream F, assembler code for a block of data that contains
!      the constant parts of a trampoline.  This code should not include a
       label--the label is taken care of automatically.
  
       If you do not define this hook, it means no template is needed for
*************** separately.
*** 32872,32878 ****
   -- Macro: TRAMPOLINE_SECTION
       Return the section into which the trampoline template is to be
       placed (*note Sections::).  The default value is
!      'readonly_data_section'.
  
   -- Macro: TRAMPOLINE_SIZE
       A C expression for the size in bytes of the trampoline, as an
--- 33286,33292 ----
   -- Macro: TRAMPOLINE_SECTION
       Return the section into which the trampoline template is to be
       placed (*note Sections::).  The default value is
!      `readonly_data_section'.
  
   -- Macro: TRAMPOLINE_SIZE
       A C expression for the size in bytes of the trampoline, as an
*************** separately.
*** 32881,32903 ****
   -- Macro: TRAMPOLINE_ALIGNMENT
       Alignment required for trampolines, in bits.
  
!      If you don't define this macro, the value of 'FUNCTION_ALIGNMENT'
       is used for aligning trampolines.
  
   -- Target Hook: void TARGET_TRAMPOLINE_INIT (rtx M_TRAMP, tree FNDECL,
            rtx STATIC_CHAIN)
       This hook is called to initialize a trampoline.  M_TRAMP is an RTX
       for the memory block for the trampoline; FNDECL is the
!      'FUNCTION_DECL' for the nested function; STATIC_CHAIN is an RTX for
!      the static chain value that should be passed to the function when
!      it is called.
  
!      If the target defines 'TARGET_ASM_TRAMPOLINE_TEMPLATE', then the
       first thing this hook should do is emit a block move into M_TRAMP
!      from the memory block returned by 'assemble_trampoline_template'.
       Note that the block move need only cover the constant parts of the
       trampoline.  If the target isolates the variable parts of the
!      trampoline to the end, not all 'TRAMPOLINE_SIZE' bytes need be
       copied.
  
       If the target requires any other actions, such as flushing caches
--- 33295,33317 ----
   -- Macro: TRAMPOLINE_ALIGNMENT
       Alignment required for trampolines, in bits.
  
!      If you don't define this macro, the value of `FUNCTION_ALIGNMENT'
       is used for aligning trampolines.
  
   -- Target Hook: void TARGET_TRAMPOLINE_INIT (rtx M_TRAMP, tree FNDECL,
            rtx STATIC_CHAIN)
       This hook is called to initialize a trampoline.  M_TRAMP is an RTX
       for the memory block for the trampoline; FNDECL is the
!      `FUNCTION_DECL' for the nested function; STATIC_CHAIN is an RTX
!      for the static chain value that should be passed to the function
!      when it is called.
  
!      If the target defines `TARGET_ASM_TRAMPOLINE_TEMPLATE', then the
       first thing this hook should do is emit a block move into M_TRAMP
!      from the memory block returned by `assemble_trampoline_template'.
       Note that the block move need only cover the constant parts of the
       trampoline.  If the target isolates the variable parts of the
!      trampoline to the end, not all `TRAMPOLINE_SIZE' bytes need be
       copied.
  
       If the target requires any other actions, such as flushing caches
*************** separately.
*** 32907,32918 ****
   -- Target Hook: rtx TARGET_TRAMPOLINE_ADJUST_ADDRESS (rtx ADDR)
       This hook should perform any machine-specific adjustment in the
       address of the trampoline.  Its argument contains the address of
!      the memory block that was passed to 'TARGET_TRAMPOLINE_INIT'.  In
!      case the address to be used for a function call should be different
!      from the address at which the template was stored, the different
!      address should be returned; otherwise ADDR should be returned
!      unchanged.  If this hook is not defined, ADDR will be used for
!      function calls.
  
   -- Target Hook: int TARGET_CUSTOM_FUNCTION_DESCRIPTORS
       This hook should be defined to a power of 2 if the target will
--- 33321,33332 ----
   -- Target Hook: rtx TARGET_TRAMPOLINE_ADJUST_ADDRESS (rtx ADDR)
       This hook should perform any machine-specific adjustment in the
       address of the trampoline.  Its argument contains the address of
!      the memory block that was passed to `TARGET_TRAMPOLINE_INIT'.  In
!      case the address to be used for a function call should be
!      different from the address at which the template was stored, the
!      different address should be returned; otherwise ADDR should be
!      returned unchanged.  If this hook is not defined, ADDR will be
!      used for function calls.
  
   -- Target Hook: int TARGET_CUSTOM_FUNCTION_DESCRIPTORS
       This hook should be defined to a power of 2 if the target will
*************** separately.
*** 32920,32930 ****
       instead of the standard trampolines.  Such descriptors are created
       at run time on the stack and made up of data only, but they are
       non-standard so the generated code must be prepared to deal with
!      them.  This hook should be defined to 0 if the target uses function
!      descriptors for its standard calling sequence, like for example
!      HP-PA or IA-64.  Using descriptors for nested functions eliminates
!      the need for trampolines that reside on the stack and require it to
!      be made executable.
  
       The value of the macro is used to parameterize the run-time
       identification scheme implemented to distinguish descriptors from
--- 33334,33344 ----
       instead of the standard trampolines.  Such descriptors are created
       at run time on the stack and made up of data only, but they are
       non-standard so the generated code must be prepared to deal with
!      them.  This hook should be defined to 0 if the target uses
!      function descriptors for its standard calling sequence, like for
!      example HP-PA or IA-64.  Using descriptors for nested functions
!      eliminates the need for trampolines that reside on the stack and
!      require it to be made executable.
  
       The value of the macro is used to parameterize the run-time
       identification scheme implemented to distinguish descriptors from
*************** separately.
*** 32935,32942 ****
  
   Implementing trampolines is difficult on many machines because they
  have separate instruction and data caches.  Writing into a stack
! location fails to clear the memory in the instruction cache, so when the
! program jumps to that location, it executes the old contents.
  
   Here are two possible solutions.  One is to clear the relevant parts of
  the instruction cache whenever a trampoline is set up.  The other is to
--- 33349,33356 ----
  
   Implementing trampolines is difficult on many machines because they
  have separate instruction and data caches.  Writing into a stack
! location fails to clear the memory in the instruction cache, so when
! the program jumps to that location, it executes the old contents.
  
   Here are two possible solutions.  One is to clear the relevant parts of
  the instruction cache whenever a trampoline is set up.  The other is to
*************** the following macro.
*** 32950,32976 ****
   -- Macro: CLEAR_INSN_CACHE (BEG, END)
       If defined, expands to a C expression clearing the _instruction
       cache_ in the specified interval.  The definition of this macro
!      would typically be a series of 'asm' statements.  Both BEG and END
       are both pointer expressions.
  
   To use a standard subroutine, define the following macro.  In addition,
  you must make sure that the instructions in a trampoline fill an entire
  cache line with identical instructions, or else ensure that the
  beginning of the trampoline code is always aligned at the same point in
! its cache line.  Look in 'm68k.h' as a guide.
  
   -- Macro: TRANSFER_FROM_TRAMPOLINE
       Define this macro if trampolines need a special subroutine to do
!      their work.  The macro should expand to a series of 'asm'
       statements which will be compiled with GCC.  They go in a library
!      function named '__transfer_from_trampoline'.
  
       If you need to avoid executing the ordinary prologue code of a
       compiled C function when you jump to the subroutine, you can do so
       by placing a special label of your own in the assembler code.  Use
!      one 'asm' statement to generate an assembler label, and another to
!      make the label global.  Then trampolines can use that label to jump
!      directly to your special assembler code.
  
  
  File: gccint.info,  Node: Library Calls,  Next: Addressing Modes,  Prev: Trampolines,  Up: Target Macros
--- 33364,33390 ----
   -- Macro: CLEAR_INSN_CACHE (BEG, END)
       If defined, expands to a C expression clearing the _instruction
       cache_ in the specified interval.  The definition of this macro
!      would typically be a series of `asm' statements.  Both BEG and END
       are both pointer expressions.
  
   To use a standard subroutine, define the following macro.  In addition,
  you must make sure that the instructions in a trampoline fill an entire
  cache line with identical instructions, or else ensure that the
  beginning of the trampoline code is always aligned at the same point in
! its cache line.  Look in `m68k.h' as a guide.
  
   -- Macro: TRANSFER_FROM_TRAMPOLINE
       Define this macro if trampolines need a special subroutine to do
!      their work.  The macro should expand to a series of `asm'
       statements which will be compiled with GCC.  They go in a library
!      function named `__transfer_from_trampoline'.
  
       If you need to avoid executing the ordinary prologue code of a
       compiled C function when you jump to the subroutine, you can do so
       by placing a special label of your own in the assembler code.  Use
!      one `asm' statement to generate an assembler label, and another to
!      make the label global.  Then trampolines can use that label to
!      jump directly to your special assembler code.
  
  
  File: gccint.info,  Node: Library Calls,  Next: Addressing Modes,  Prev: Trampolines,  Up: Target Macros
*************** Here is an explanation of implicit calls
*** 32982,33011 ****
  
   -- Macro: DECLARE_LIBRARY_RENAMES
       This macro, if defined, should expand to a piece of C code that
!      will get expanded when compiling functions for libgcc.a.  It can be
!      used to provide alternate names for GCC's internal library
       functions if there are ABI-mandated names that the compiler should
       provide.
  
   -- Target Hook: void TARGET_INIT_LIBFUNCS (void)
       This hook should declare additional library routines or rename
!      existing ones, using the functions 'set_optab_libfunc' and
!      'init_one_libfunc' defined in 'optabs.c'.  'init_optabs' calls this
!      macro after initializing all the normal library routines.
  
!      The default is to do nothing.  Most ports don't need to define this
!      hook.
  
   -- Target Hook: bool TARGET_LIBFUNC_GNU_PREFIX
       If false (the default), internal library routines start with two
!      underscores.  If set to true, these routines start with '__gnu_'
!      instead.  E.g., '__muldi3' changes to '__gnu_muldi3'.  This
!      currently only affects functions defined in 'libgcc2.c'.  If this
!      is set to true, the 'tm.h' file must also '#define
       LIBGCC2_GNU_PREFIX'.
  
   -- Macro: FLOAT_LIB_COMPARE_RETURNS_BOOL (MODE, COMPARISON)
!      This macro should return 'true' if the library routine that
       implements the floating point comparison operator COMPARISON in
       mode MODE will return a boolean, and FALSE if it will return a
       tristate.
--- 33396,33425 ----
  
   -- Macro: DECLARE_LIBRARY_RENAMES
       This macro, if defined, should expand to a piece of C code that
!      will get expanded when compiling functions for libgcc.a.  It can
!      be used to provide alternate names for GCC's internal library
       functions if there are ABI-mandated names that the compiler should
       provide.
  
   -- Target Hook: void TARGET_INIT_LIBFUNCS (void)
       This hook should declare additional library routines or rename
!      existing ones, using the functions `set_optab_libfunc' and
!      `init_one_libfunc' defined in `optabs.c'.  `init_optabs' calls
!      this macro after initializing all the normal library routines.
  
!      The default is to do nothing.  Most ports don't need to define
!      this hook.
  
   -- Target Hook: bool TARGET_LIBFUNC_GNU_PREFIX
       If false (the default), internal library routines start with two
!      underscores.  If set to true, these routines start with `__gnu_'
!      instead.  E.g., `__muldi3' changes to `__gnu_muldi3'.  This
!      currently only affects functions defined in `libgcc2.c'.  If this
!      is set to true, the `tm.h' file must also `#define
       LIBGCC2_GNU_PREFIX'.
  
   -- Macro: FLOAT_LIB_COMPARE_RETURNS_BOOL (MODE, COMPARISON)
!      This macro should return `true' if the library routine that
       implements the floating point comparison operator COMPARISON in
       mode MODE will return a boolean, and FALSE if it will return a
       tristate.
*************** Here is an explanation of implicit calls
*** 33015,33027 ****
       ports don't need to define this macro.
  
   -- Macro: TARGET_LIB_INT_CMP_BIASED
!      This macro should evaluate to 'true' if the integer comparison
!      functions (like '__cmpdi2') return 0 to indicate that the first
       operand is smaller than the second, 1 to indicate that they are
!      equal, and 2 to indicate that the first operand is greater than the
!      second.  If this macro evaluates to 'false' the comparison
       functions return -1, 0, and 1 instead of 0, 1, and 2.  If the
!      target uses the routines in 'libgcc.a', you do not need to define
       this macro.
  
   -- Macro: TARGET_HAS_NO_HW_DIVIDE
--- 33429,33441 ----
       ports don't need to define this macro.
  
   -- Macro: TARGET_LIB_INT_CMP_BIASED
!      This macro should evaluate to `true' if the integer comparison
!      functions (like `__cmpdi2') return 0 to indicate that the first
       operand is smaller than the second, 1 to indicate that they are
!      equal, and 2 to indicate that the first operand is greater than
!      the second.  If this macro evaluates to `false' the comparison
       functions return -1, 0, and 1 instead of 0, 1, and 2.  If the
!      target uses the routines in `libgcc.a', you do not need to define
       this macro.
  
   -- Macro: TARGET_HAS_NO_HW_DIVIDE
*************** Here is an explanation of implicit calls
*** 33032,33052 ****
       algorithm which make use of a 64-bit by 32-bit divide primitive.
  
   -- Macro: TARGET_EDOM
!      The value of 'EDOM' on the target machine, as a C integer constant
       expression.  If you don't define this macro, GCC does not attempt
!      to deposit the value of 'EDOM' into 'errno' directly.  Look in
!      '/usr/include/errno.h' to find the value of 'EDOM' on your system.
  
!      If you do not define 'TARGET_EDOM', then compiled code reports
!      domain errors by calling the library function and letting it report
!      the error.  If mathematical functions on your system use 'matherr'
!      when there is an error, then you should leave 'TARGET_EDOM'
!      undefined so that 'matherr' is used normally.
  
   -- Macro: GEN_ERRNO_RTX
       Define this macro as a C expression to create an rtl expression
!      that refers to the global "variable" 'errno'.  (On certain systems,
!      'errno' may not actually be a variable.)  If you don't define this
       macro, a reasonable default is used.
  
   -- Target Hook: bool TARGET_LIBC_HAS_FUNCTION (enum function_class
--- 33446,33466 ----
       algorithm which make use of a 64-bit by 32-bit divide primitive.
  
   -- Macro: TARGET_EDOM
!      The value of `EDOM' on the target machine, as a C integer constant
       expression.  If you don't define this macro, GCC does not attempt
!      to deposit the value of `EDOM' into `errno' directly.  Look in
!      `/usr/include/errno.h' to find the value of `EDOM' on your system.
  
!      If you do not define `TARGET_EDOM', then compiled code reports
!      domain errors by calling the library function and letting it
!      report the error.  If mathematical functions on your system use
!      `matherr' when there is an error, then you should leave
!      `TARGET_EDOM' undefined so that `matherr' is used normally.
  
   -- Macro: GEN_ERRNO_RTX
       Define this macro as a C expression to create an rtl expression
!      that refers to the global "variable" `errno'.  (On certain systems,
!      `errno' may not actually be a variable.)  If you don't define this
       macro, a reasonable default is used.
  
   -- Target Hook: bool TARGET_LIBC_HAS_FUNCTION (enum function_class
*************** Here is an explanation of implicit calls
*** 33058,33066 ****
       Set this macro to 1 to use the "NeXT" Objective-C message sending
       conventions by default.  This calling convention involves passing
       the object, the selector and the method arguments all at once to
!      the method-lookup library function.  This is the usual setting when
!      targeting Darwin/Mac OS X systems, which have the NeXT runtime
!      installed.
  
       If the macro is set to 0, the "GNU" Objective-C message sending
       convention will be used by default.  This convention passes just
--- 33472,33480 ----
       Set this macro to 1 to use the "NeXT" Objective-C message sending
       conventions by default.  This calling convention involves passing
       the object, the selector and the method arguments all at once to
!      the method-lookup library function.  This is the usual setting
!      when targeting Darwin/Mac OS X systems, which have the NeXT
!      runtime installed.
  
       If the macro is set to 0, the "GNU" Objective-C message sending
       convention will be used by default.  This convention passes just
*************** This is about addressing modes.
*** 33101,33122 ****
   -- Macro: CONSTANT_ADDRESS_P (X)
       A C expression that is 1 if the RTX X is a constant which is a
       valid address.  On most machines the default definition of
!      '(CONSTANT_P (X) && GET_CODE (X) != CONST_DOUBLE)' is acceptable,
       but a few machines are more restrictive as to which constant
       addresses are supported.
  
   -- Macro: CONSTANT_P (X)
!      'CONSTANT_P', which is defined by target-independent code, accepts
       integer-values expressions whose values are not explicitly known,
!      such as 'symbol_ref', 'label_ref', and 'high' expressions and
!      'const' arithmetic expressions, in addition to 'const_int' and
!      'const_double' expressions.
  
   -- Macro: MAX_REGS_PER_ADDRESS
       A number, the maximum number of registers that can appear in a
!      valid memory address.  Note that it is up to you to specify a value
!      equal to the maximum number that 'TARGET_LEGITIMATE_ADDRESS_P'
!      would ever accept.
  
   -- Target Hook: bool TARGET_LEGITIMATE_ADDRESS_P (machine_mode MODE,
            rtx X, bool STRICT)
--- 33515,33536 ----
   -- Macro: CONSTANT_ADDRESS_P (X)
       A C expression that is 1 if the RTX X is a constant which is a
       valid address.  On most machines the default definition of
!      `(CONSTANT_P (X) && GET_CODE (X) != CONST_DOUBLE)' is acceptable,
       but a few machines are more restrictive as to which constant
       addresses are supported.
  
   -- Macro: CONSTANT_P (X)
!      `CONSTANT_P', which is defined by target-independent code, accepts
       integer-values expressions whose values are not explicitly known,
!      such as `symbol_ref', `label_ref', and `high' expressions and
!      `const' arithmetic expressions, in addition to `const_int' and
!      `const_double' expressions.
  
   -- Macro: MAX_REGS_PER_ADDRESS
       A number, the maximum number of registers that can appear in a
!      valid memory address.  Note that it is up to you to specify a
!      value equal to the maximum number that
!      `TARGET_LEGITIMATE_ADDRESS_P' would ever accept.
  
   -- Target Hook: bool TARGET_LEGITIMATE_ADDRESS_P (machine_mode MODE,
            rtx X, bool STRICT)
*************** This is about addressing modes.
*** 33130,33176 ****
       The strict variant is used in the reload pass.  It must be defined
       so that any pseudo-register that has not been allocated a hard
       register is considered a memory reference.  This is because in
!      contexts where some kind of register is required, a pseudo-register
!      with no hard register must be rejected.  For non-hard registers,
!      the strict variant should look up the 'reg_renumber' array; it
!      should then proceed using the hard register number in the array, or
!      treat the pseudo as a memory reference if the array holds '-1'.
  
!      The non-strict variant is used in other passes.  It must be defined
!      to accept all pseudo-registers in every context where some kind of
!      register is required.
  
!      Normally, constant addresses which are the sum of a 'symbol_ref'
!      and an integer are stored inside a 'const' RTX to mark them as
       constant.  Therefore, there is no need to recognize such sums
       specifically as legitimate addresses.  Normally you would simply
!      recognize any 'const' as legitimate.
  
!      Usually 'PRINT_OPERAND_ADDRESS' is not prepared to handle constant
!      sums that are not marked with 'const'.  It assumes that a naked
!      'plus' indicates indexing.  If so, then you _must_ reject such
!      naked constant sums as illegitimate addresses, so that none of them
!      will be given to 'PRINT_OPERAND_ADDRESS'.
  
       On some machines, whether a symbolic address is legitimate depends
       on the section that the address refers to.  On these machines,
!      define the target hook 'TARGET_ENCODE_SECTION_INFO' to store the
!      information into the 'symbol_ref', and then check for it here.
!      When you see a 'const', you will have to look inside it to find the
!      'symbol_ref' in order to determine the section.  *Note Assembler
       Format::.
  
       Some ports are still using a deprecated legacy substitute for this
!      hook, the 'GO_IF_LEGITIMATE_ADDRESS' macro.  This macro has this
       syntax:
  
            #define GO_IF_LEGITIMATE_ADDRESS (MODE, X, LABEL)
  
!      and should 'goto LABEL' if the address X is a valid address on the
       target machine for a memory operand of mode MODE.
  
       Compiler source files that want to use the strict variant of this
!      macro define the macro 'REG_OK_STRICT'.  You should use an '#ifdef
       REG_OK_STRICT' conditional to define the strict variant in that
       case and the non-strict variant otherwise.
  
--- 33544,33591 ----
       The strict variant is used in the reload pass.  It must be defined
       so that any pseudo-register that has not been allocated a hard
       register is considered a memory reference.  This is because in
!      contexts where some kind of register is required, a
!      pseudo-register with no hard register must be rejected.  For
!      non-hard registers, the strict variant should look up the
!      `reg_renumber' array; it should then proceed using the hard
!      register number in the array, or treat the pseudo as a memory
!      reference if the array holds `-1'.
  
!      The non-strict variant is used in other passes.  It must be
!      defined to accept all pseudo-registers in every context where some
!      kind of register is required.
  
!      Normally, constant addresses which are the sum of a `symbol_ref'
!      and an integer are stored inside a `const' RTX to mark them as
       constant.  Therefore, there is no need to recognize such sums
       specifically as legitimate addresses.  Normally you would simply
!      recognize any `const' as legitimate.
  
!      Usually `PRINT_OPERAND_ADDRESS' is not prepared to handle constant
!      sums that are not marked with  `const'.  It assumes that a naked
!      `plus' indicates indexing.  If so, then you _must_ reject such
!      naked constant sums as illegitimate addresses, so that none of
!      them will be given to `PRINT_OPERAND_ADDRESS'.
  
       On some machines, whether a symbolic address is legitimate depends
       on the section that the address refers to.  On these machines,
!      define the target hook `TARGET_ENCODE_SECTION_INFO' to store the
!      information into the `symbol_ref', and then check for it here.
!      When you see a `const', you will have to look inside it to find the
!      `symbol_ref' in order to determine the section.  *Note Assembler
       Format::.
  
       Some ports are still using a deprecated legacy substitute for this
!      hook, the `GO_IF_LEGITIMATE_ADDRESS' macro.  This macro has this
       syntax:
  
            #define GO_IF_LEGITIMATE_ADDRESS (MODE, X, LABEL)
  
!      and should `goto LABEL' if the address X is a valid address on the
       target machine for a memory operand of mode MODE.
  
       Compiler source files that want to use the strict variant of this
!      macro define the macro `REG_OK_STRICT'.  You should use an `#ifdef
       REG_OK_STRICT' conditional to define the strict variant in that
       case and the non-strict variant otherwise.
  
*************** This is about addressing modes.
*** 33178,33197 ****
       files that are recompiled when changes are made.
  
   -- Macro: TARGET_MEM_CONSTRAINT
!      A single character to be used instead of the default ''m''
       character for general memory addresses.  This defines the
       constraint letter which matches the memory addresses accepted by
!      'TARGET_LEGITIMATE_ADDRESS_P'.  Define this macro if you want to
       support new address formats in your back end without changing the
!      semantics of the ''m'' constraint.  This is necessary in order to
       preserve functionality of inline assembly constructs using the
!      ''m'' constraint.
  
   -- Macro: FIND_BASE_TERM (X)
       A C expression to determine the base term of address X, or to
!      provide a simplified version of X from which 'alias.c' can easily
       find the base term.  This macro is used in only two places:
!      'find_base_value' and 'find_base_term' in 'alias.c'.
  
       It is always safe for this macro to not be defined.  It exists so
       that alias analysis can understand machine-dependent addresses.
--- 33593,33612 ----
       files that are recompiled when changes are made.
  
   -- Macro: TARGET_MEM_CONSTRAINT
!      A single character to be used instead of the default `'m''
       character for general memory addresses.  This defines the
       constraint letter which matches the memory addresses accepted by
!      `TARGET_LEGITIMATE_ADDRESS_P'.  Define this macro if you want to
       support new address formats in your back end without changing the
!      semantics of the `'m'' constraint.  This is necessary in order to
       preserve functionality of inline assembly constructs using the
!      `'m'' constraint.
  
   -- Macro: FIND_BASE_TERM (X)
       A C expression to determine the base term of address X, or to
!      provide a simplified version of X from which `alias.c' can easily
       find the base term.  This macro is used in only two places:
!      `find_base_value' and `find_base_term' in `alias.c'.
  
       It is always safe for this macro to not be defined.  It exists so
       that alias analysis can understand machine-dependent addresses.
*************** This is about addressing modes.
*** 33204,33277 ****
       This hook is given an invalid memory address X for an operand of
       mode MODE and should try to return a valid memory address.
  
!      X will always be the result of a call to 'break_out_memory_refs',
       and OLDX will be the operand that was given to that function to
       produce X.
  
!      The code of the hook should not alter the substructure of X.  If it
!      transforms X into a more legitimate form, it should return the new
!      X.
  
       It is not necessary for this hook to come up with a legitimate
!      address, with the exception of native TLS addresses (*note Emulated
!      TLS::).  The compiler has standard ways of doing so in all cases.
!      In fact, if the target supports only emulated TLS, it is safe to
!      omit this hook or make it return X if it cannot find a valid way to
!      legitimize the address.  But often a machine-dependent strategy can
!      generate better code.
  
   -- Macro: LEGITIMIZE_RELOAD_ADDRESS (X, MODE, OPNUM, TYPE, IND_LEVELS,
            WIN)
       A C compound statement that attempts to replace X, which is an
       address that needs reloading, with a valid memory address for an
!      operand of mode MODE.  WIN will be a C statement label elsewhere in
!      the code.  It is not necessary to define this macro, but it might
!      be useful for performance reasons.
  
       For example, on the i386, it is sometimes possible to use a single
       reload register instead of two by reloading a sum of two pseudo
       registers into a register.  On the other hand, for number of RISC
       processors offsets are limited so that often an intermediate
!      address needs to be generated in order to address a stack slot.  By
!      defining 'LEGITIMIZE_RELOAD_ADDRESS' appropriately, the
       intermediate addresses generated for adjacent some stack slots can
       be made identical, and thus be shared.
  
!      _Note_: This macro should be used with caution.  It is necessary to
!      know something of how reload works in order to effectively use
!      this, and it is quite easy to produce macros that build in too much
!      knowledge of reload internals.
  
       _Note_: This macro must be able to reload an address created by a
       previous invocation of this macro.  If it fails to handle such
       addresses then the compiler may generate incorrect code or abort.
  
!      The macro definition should use 'push_reload' to indicate parts
       that need reloading; OPNUM, TYPE and IND_LEVELS are usually
!      suitable to be passed unaltered to 'push_reload'.
  
       The code generated by this macro must not alter the substructure of
       X.  If it transforms X into a more legitimate form, it should
       assign X (which will always be a C variable) a new value.  This
       also applies to parts that you change indirectly by calling
!      'push_reload'.
  
!      The macro definition may use 'strict_memory_address_p' to test if
       the address has become legitimate.
  
       If you want to change only a part of X, one standard way of doing
!      this is to use 'copy_rtx'.  Note, however, that it unshares only a
       single level of rtl.  Thus, if the part to be changed is not at the
       top level, you'll need to replace first the top level.  It is not
!      necessary for this macro to come up with a legitimate address; but
!      often a machine-dependent strategy can generate better code.
  
   -- Target Hook: bool TARGET_MODE_DEPENDENT_ADDRESS_P (const_rtx ADDR,
            addr_space_t ADDRSPACE)
!      This hook returns 'true' if memory address ADDR in address space
!      ADDRSPACE can have different meanings depending on the machine mode
!      of the memory reference it is used for or if the address is valid
!      for some modes but not others.
  
       Autoincrement and autodecrement addresses typically have
       mode-dependent effects because the amount of the increment or
--- 33619,33692 ----
       This hook is given an invalid memory address X for an operand of
       mode MODE and should try to return a valid memory address.
  
!      X will always be the result of a call to `break_out_memory_refs',
       and OLDX will be the operand that was given to that function to
       produce X.
  
!      The code of the hook should not alter the substructure of X.  If
!      it transforms X into a more legitimate form, it should return the
!      new X.
  
       It is not necessary for this hook to come up with a legitimate
!      address, with the exception of native TLS addresses (*note
!      Emulated TLS::).  The compiler has standard ways of doing so in
!      all cases.  In fact, if the target supports only emulated TLS, it
!      is safe to omit this hook or make it return X if it cannot find a
!      valid way to legitimize the address.  But often a machine-dependent
!      strategy can generate better code.
  
   -- Macro: LEGITIMIZE_RELOAD_ADDRESS (X, MODE, OPNUM, TYPE, IND_LEVELS,
            WIN)
       A C compound statement that attempts to replace X, which is an
       address that needs reloading, with a valid memory address for an
!      operand of mode MODE.  WIN will be a C statement label elsewhere
!      in the code.  It is not necessary to define this macro, but it
!      might be useful for performance reasons.
  
       For example, on the i386, it is sometimes possible to use a single
       reload register instead of two by reloading a sum of two pseudo
       registers into a register.  On the other hand, for number of RISC
       processors offsets are limited so that often an intermediate
!      address needs to be generated in order to address a stack slot.
!      By defining `LEGITIMIZE_RELOAD_ADDRESS' appropriately, the
       intermediate addresses generated for adjacent some stack slots can
       be made identical, and thus be shared.
  
!      _Note_: This macro should be used with caution.  It is necessary
!      to know something of how reload works in order to effectively use
!      this, and it is quite easy to produce macros that build in too
!      much knowledge of reload internals.
  
       _Note_: This macro must be able to reload an address created by a
       previous invocation of this macro.  If it fails to handle such
       addresses then the compiler may generate incorrect code or abort.
  
!      The macro definition should use `push_reload' to indicate parts
       that need reloading; OPNUM, TYPE and IND_LEVELS are usually
!      suitable to be passed unaltered to `push_reload'.
  
       The code generated by this macro must not alter the substructure of
       X.  If it transforms X into a more legitimate form, it should
       assign X (which will always be a C variable) a new value.  This
       also applies to parts that you change indirectly by calling
!      `push_reload'.
  
!      The macro definition may use `strict_memory_address_p' to test if
       the address has become legitimate.
  
       If you want to change only a part of X, one standard way of doing
!      this is to use `copy_rtx'.  Note, however, that it unshares only a
       single level of rtl.  Thus, if the part to be changed is not at the
       top level, you'll need to replace first the top level.  It is not
!      necessary for this macro to come up with a legitimate address;
!      but often a machine-dependent strategy can generate better code.
  
   -- Target Hook: bool TARGET_MODE_DEPENDENT_ADDRESS_P (const_rtx ADDR,
            addr_space_t ADDRSPACE)
!      This hook returns `true' if memory address ADDR in address space
!      ADDRSPACE can have different meanings depending on the machine
!      mode of the memory reference it is used for or if the address is
!      valid for some modes but not others.
  
       Autoincrement and autodecrement addresses typically have
       mode-dependent effects because the amount of the increment or
*************** This is about addressing modes.
*** 33281,33304 ****
  
       You may assume that ADDR is a valid address for the machine.
  
!      The default version of this hook returns 'false'.
  
   -- Target Hook: bool TARGET_LEGITIMATE_CONSTANT_P (machine_mode MODE,
            rtx X)
       This hook returns true if X is a legitimate constant for a
       MODE-mode immediate operand on the target machine.  You can assume
!      that X satisfies 'CONSTANT_P', so you need not check this.
  
       The default definition returns true.
  
   -- Target Hook: rtx TARGET_DELEGITIMIZE_ADDRESS (rtx X)
       This hook is used to undo the possibly obfuscating effects of the
!      'LEGITIMIZE_ADDRESS' and 'LEGITIMIZE_RELOAD_ADDRESS' target macros.
!      Some backend implementations of these macros wrap symbol references
!      inside an 'UNSPEC' rtx to represent PIC or similar addressing
!      modes.  This target hook allows GCC's optimizers to understand the
!      semantics of these opaque 'UNSPEC's by converting them back into
!      their original form.
  
   -- Target Hook: bool TARGET_CONST_NOT_OK_FOR_DEBUG_P (rtx X)
       This hook should return true if X should not be emitted into debug
--- 33696,33719 ----
  
       You may assume that ADDR is a valid address for the machine.
  
!      The default version of this hook returns `false'.
  
   -- Target Hook: bool TARGET_LEGITIMATE_CONSTANT_P (machine_mode MODE,
            rtx X)
       This hook returns true if X is a legitimate constant for a
       MODE-mode immediate operand on the target machine.  You can assume
!      that X satisfies `CONSTANT_P', so you need not check this.
  
       The default definition returns true.
  
   -- Target Hook: rtx TARGET_DELEGITIMIZE_ADDRESS (rtx X)
       This hook is used to undo the possibly obfuscating effects of the
!      `LEGITIMIZE_ADDRESS' and `LEGITIMIZE_RELOAD_ADDRESS' target
!      macros.  Some backend implementations of these macros wrap symbol
!      references inside an `UNSPEC' rtx to represent PIC or similar
!      addressing modes.  This target hook allows GCC's optimizers to
!      understand the semantics of these opaque `UNSPEC's by converting
!      them back into their original form.
  
   -- Target Hook: bool TARGET_CONST_NOT_OK_FOR_DEBUG_P (rtx X)
       This hook should return true if X should not be emitted into debug
*************** This is about addressing modes.
*** 33321,33340 ****
   -- Target Hook: bool TARGET_USE_BLOCKS_FOR_CONSTANT_P (machine_mode
            MODE, const_rtx X)
       This hook should return true if pool entries for constant X can be
!      placed in an 'object_block' structure.  MODE is the mode of X.
  
       The default version returns false for all constants.
  
   -- Target Hook: bool TARGET_USE_BLOCKS_FOR_DECL_P (const_tree DECL)
       This hook should return true if pool entries for DECL should be
!      placed in an 'object_block' structure.
  
       The default version returns true for all decls.
  
   -- Target Hook: tree TARGET_BUILTIN_RECIPROCAL (tree FNDECL)
       This hook should return the DECL of a function that implements the
       reciprocal of the machine-specific builtin function FNDECL, or
!      'NULL_TREE' if such a function is not available.
  
   -- Target Hook: tree TARGET_VECTORIZE_BUILTIN_MASK_FOR_LOAD (void)
       This hook should return the DECL of a function F that given an
--- 33736,33755 ----
   -- Target Hook: bool TARGET_USE_BLOCKS_FOR_CONSTANT_P (machine_mode
            MODE, const_rtx X)
       This hook should return true if pool entries for constant X can be
!      placed in an `object_block' structure.  MODE is the mode of X.
  
       The default version returns false for all constants.
  
   -- Target Hook: bool TARGET_USE_BLOCKS_FOR_DECL_P (const_tree DECL)
       This hook should return true if pool entries for DECL should be
!      placed in an `object_block' structure.
  
       The default version returns true for all decls.
  
   -- Target Hook: tree TARGET_BUILTIN_RECIPROCAL (tree FNDECL)
       This hook should return the DECL of a function that implements the
       reciprocal of the machine-specific builtin function FNDECL, or
!      `NULL_TREE' if such a function is not available.
  
   -- Target Hook: tree TARGET_VECTORIZE_BUILTIN_MASK_FOR_LOAD (void)
       This hook should return the DECL of a function F that given an
*************** This is about addressing modes.
*** 33344,33365 ****
  
       The autovectorizer, when vectorizing a load operation from an
       address ADDR that may be unaligned, will generate two vector loads
!      from the two aligned addresses around ADDR.  It then generates a
!      'REALIGN_LOAD' operation to extract the relevant data from the two
!      loaded vectors.  The first two arguments to 'REALIGN_LOAD', V1 and
       V2, are the two vectors, each of size VS, and the third argument,
!      OFF, defines how the data will be extracted from these two vectors:
!      if OFF is 0, then the returned vector is V2; otherwise, the
!      returned vector is composed from the last VS-OFF elements of V1
!      concatenated to the first OFF elements of V2.
  
!      If this hook is defined, the autovectorizer will generate a call to
!      F (using the DECL tree that this hook returns) and will use the
!      return value of F as the argument OFF to 'REALIGN_LOAD'.
       Therefore, the mask M returned by F should comply with the
!      semantics expected by 'REALIGN_LOAD' described above.  If this hook
!      is not defined, then ADDR will be used as the argument OFF to
!      'REALIGN_LOAD', in which case the low log2(VS) - 1 bits of ADDR
       will be considered.
  
   -- Target Hook: int TARGET_VECTORIZE_BUILTIN_VECTORIZATION_COST (enum
--- 33759,33780 ----
  
       The autovectorizer, when vectorizing a load operation from an
       address ADDR that may be unaligned, will generate two vector loads
!      from the two aligned addresses around ADDR. It then generates a
!      `REALIGN_LOAD' operation to extract the relevant data from the two
!      loaded vectors. The first two arguments to `REALIGN_LOAD', V1 and
       V2, are the two vectors, each of size VS, and the third argument,
!      OFF, defines how the data will be extracted from these two
!      vectors: if OFF is 0, then the returned vector is V2; otherwise,
!      the returned vector is composed from the last VS-OFF elements of
!      V1 concatenated to the first OFF elements of V2.
  
!      If this hook is defined, the autovectorizer will generate a call
!      to F (using the DECL tree that this hook returns) and will use the
!      return value of F as the argument OFF to `REALIGN_LOAD'.
       Therefore, the mask M returned by F should comply with the
!      semantics expected by `REALIGN_LOAD' described above.  If this
!      hook is not defined, then ADDR will be used as the argument OFF to
!      `REALIGN_LOAD', in which case the low log2(VS) - 1 bits of ADDR
       will be considered.
  
   -- Target Hook: int TARGET_VECTORIZE_BUILTIN_VECTORIZATION_COST (enum
*************** This is about addressing modes.
*** 33376,33407 ****
  
   -- Target Hook: bool TARGET_VECTORIZE_VEC_PERM_CONST_OK (machine_mode,
            const unsigned char *SEL)
!      Return true if a vector created for 'vec_perm_const' is valid.
  
   -- Target Hook: tree TARGET_VECTORIZE_BUILTIN_CONVERSION (unsigned
            CODE, tree DEST_TYPE, tree SRC_TYPE)
       This hook should return the DECL of a function that implements
       conversion of the input vector of type SRC_TYPE to type DEST_TYPE.
!      The value of CODE is one of the enumerators in 'enum tree_code' and
       specifies how the conversion is to be applied (truncation,
       rounding, etc.).
  
       If this hook is defined, the autovectorizer will use the
!      'TARGET_VECTORIZE_BUILTIN_CONVERSION' target hook when vectorizing
!      conversion.  Otherwise, it will return 'NULL_TREE'.
  
   -- Target Hook: tree TARGET_VECTORIZE_BUILTIN_VECTORIZED_FUNCTION
            (unsigned CODE, tree VEC_TYPE_OUT, tree VEC_TYPE_IN)
       This hook should return the decl of a function that implements the
!      vectorized variant of the function with the 'combined_fn' code CODE
!      or 'NULL_TREE' if such a function is not available.  The return
!      type of the vectorized function shall be of vector type
       VEC_TYPE_OUT and the argument types should be VEC_TYPE_IN.
  
   -- Target Hook: tree TARGET_VECTORIZE_BUILTIN_MD_VECTORIZED_FUNCTION
            (tree FNDECL, tree VEC_TYPE_OUT, tree VEC_TYPE_IN)
       This hook should return the decl of a function that implements the
!      vectorized variant of target built-in function 'fndecl'.  The
       return type of the vectorized function shall be of vector type
       VEC_TYPE_OUT and the argument types should be VEC_TYPE_IN.
  
--- 33791,33822 ----
  
   -- Target Hook: bool TARGET_VECTORIZE_VEC_PERM_CONST_OK (machine_mode,
            const unsigned char *SEL)
!      Return true if a vector created for `vec_perm_const' is valid.
  
   -- Target Hook: tree TARGET_VECTORIZE_BUILTIN_CONVERSION (unsigned
            CODE, tree DEST_TYPE, tree SRC_TYPE)
       This hook should return the DECL of a function that implements
       conversion of the input vector of type SRC_TYPE to type DEST_TYPE.
!      The value of CODE is one of the enumerators in `enum tree_code' and
       specifies how the conversion is to be applied (truncation,
       rounding, etc.).
  
       If this hook is defined, the autovectorizer will use the
!      `TARGET_VECTORIZE_BUILTIN_CONVERSION' target hook when vectorizing
!      conversion. Otherwise, it will return `NULL_TREE'.
  
   -- Target Hook: tree TARGET_VECTORIZE_BUILTIN_VECTORIZED_FUNCTION
            (unsigned CODE, tree VEC_TYPE_OUT, tree VEC_TYPE_IN)
       This hook should return the decl of a function that implements the
!      vectorized variant of the function with the `combined_fn' code
!      CODE or `NULL_TREE' if such a function is not available.  The
!      return type of the vectorized function shall be of vector type
       VEC_TYPE_OUT and the argument types should be VEC_TYPE_IN.
  
   -- Target Hook: tree TARGET_VECTORIZE_BUILTIN_MD_VECTORIZED_FUNCTION
            (tree FNDECL, tree VEC_TYPE_OUT, tree VEC_TYPE_IN)
       This hook should return the decl of a function that implements the
!      vectorized variant of target built-in function `fndecl'.  The
       return type of the vectorized function shall be of vector type
       VEC_TYPE_OUT and the argument types should be VEC_TYPE_IN.
  
*************** This is about addressing modes.
*** 33418,33432 ****
   -- Target Hook: machine_mode TARGET_VECTORIZE_PREFERRED_SIMD_MODE
            (machine_mode MODE)
       This hook should return the preferred mode for vectorizing scalar
!      mode MODE.  The default is equal to 'word_mode', because the
       vectorizer can do some transformations even in absence of
       specialized SIMD hardware.
  
   -- Target Hook: unsigned int
!           TARGET_VECTORIZE_AUTOVECTORIZE_VECTOR_SIZES (void)
       This hook should return a mask of sizes that should be iterated
       over after trying to autovectorize using the vector size derived
!      from the mode returned by 'TARGET_VECTORIZE_PREFERRED_SIMD_MODE'.
       The default is zero which means to not iterate over other vector
       sizes.
  
--- 33833,33847 ----
   -- Target Hook: machine_mode TARGET_VECTORIZE_PREFERRED_SIMD_MODE
            (machine_mode MODE)
       This hook should return the preferred mode for vectorizing scalar
!      mode MODE.  The default is equal to `word_mode', because the
       vectorizer can do some transformations even in absence of
       specialized SIMD hardware.
  
   -- Target Hook: unsigned int
! TARGET_VECTORIZE_AUTOVECTORIZE_VECTOR_SIZES (void)
       This hook should return a mask of sizes that should be iterated
       over after trying to autovectorize using the vector size derived
!      from the mode returned by `TARGET_VECTORIZE_PREFERRED_SIMD_MODE'.
       The default is zero which means to not iterate over other vector
       sizes.
  
*************** This is about addressing modes.
*** 33441,33486 ****
       This hook should initialize target-specific data structures in
       preparation for modeling the costs of vectorizing a loop or basic
       block.  The default allocates three unsigned integers for
!      accumulating costs for the prologue, body, and epilogue of the loop
!      or basic block.  If LOOP_INFO is non-NULL, it identifies the loop
!      being vectorized; otherwise a single block is being vectorized.
  
   -- Target Hook: unsigned TARGET_VECTORIZE_ADD_STMT_COST (void *DATA,
!           int COUNT, enum vect_cost_for_stmt KIND, struct _stmt_vec_info
!           *STMT_INFO, int MISALIGN, enum vect_cost_model_location WHERE)
       This hook should update the target-specific DATA in response to
       adding COUNT copies of the given KIND of statement to a loop or
       basic block.  The default adds the builtin vectorizer cost for the
!      copies of the statement to the accumulator specified by WHERE, (the
!      prologue, body, or epilogue) and returns the amount added.  The
!      return value should be viewed as a tentative cost that may later be
!      revised.
  
!  -- Target Hook: void TARGET_VECTORIZE_FINISH_COST (void *DATA, unsigned
!           *PROLOGUE_COST, unsigned *BODY_COST, unsigned *EPILOGUE_COST)
!      This hook should complete calculations of the cost of vectorizing a
!      loop or basic block based on DATA, and return the prologue, body,
!      and epilogue costs as unsigned integers.  The default returns the
!      value of the three accumulators.
  
   -- Target Hook: void TARGET_VECTORIZE_DESTROY_COST_DATA (void *DATA)
       This hook should release DATA and any related data structures
!      allocated by TARGET_VECTORIZE_INIT_COST. The default releases the
       accumulator.
  
   -- Target Hook: tree TARGET_VECTORIZE_BUILTIN_GATHER (const_tree
            MEM_VECTYPE, const_tree INDEX_TYPE, int SCALE)
       Target builtin that implements vector gather operation.
!      MEM_VECTYPE is the vector type of the load and INDEX_TYPE is scalar
!      type of the index, scaled by SCALE.  The default is 'NULL_TREE'
!      which means to not vectorize gather loads.
  
   -- Target Hook: tree TARGET_VECTORIZE_BUILTIN_SCATTER (const_tree
            VECTYPE, const_tree INDEX_TYPE, int SCALE)
       Target builtin that implements vector scatter operation.  VECTYPE
       is the vector type of the store and INDEX_TYPE is scalar type of
!      the index, scaled by SCALE.  The default is 'NULL_TREE' which means
!      to not vectorize scatter stores.
  
   -- Target Hook: int TARGET_SIMD_CLONE_COMPUTE_VECSIZE_AND_SIMDLEN
            (struct cgraph_node *, struct cgraph_simd_clone *, TREE, INT)
--- 33856,33904 ----
       This hook should initialize target-specific data structures in
       preparation for modeling the costs of vectorizing a loop or basic
       block.  The default allocates three unsigned integers for
!      accumulating costs for the prologue, body, and epilogue of the
!      loop or basic block.  If LOOP_INFO is non-NULL, it identifies the
!      loop being vectorized; otherwise a single block is being
!      vectorized.
  
   -- Target Hook: unsigned TARGET_VECTORIZE_ADD_STMT_COST (void *DATA,
!           int COUNT, enum vect_cost_for_stmt KIND, struct
!           _stmt_vec_info *STMT_INFO, int MISALIGN, enum
!           vect_cost_model_location WHERE)
       This hook should update the target-specific DATA in response to
       adding COUNT copies of the given KIND of statement to a loop or
       basic block.  The default adds the builtin vectorizer cost for the
!      copies of the statement to the accumulator specified by WHERE,
!      (the prologue, body, or epilogue) and returns the amount added.
!      The return value should be viewed as a tentative cost that may
!      later be revised.
  
!  -- Target Hook: void TARGET_VECTORIZE_FINISH_COST (void *DATA,
!           unsigned *PROLOGUE_COST, unsigned *BODY_COST, unsigned
!           *EPILOGUE_COST)
!      This hook should complete calculations of the cost of vectorizing
!      a loop or basic block based on DATA, and return the prologue,
!      body, and epilogue costs as unsigned integers.  The default
!      returns the value of the three accumulators.
  
   -- Target Hook: void TARGET_VECTORIZE_DESTROY_COST_DATA (void *DATA)
       This hook should release DATA and any related data structures
!      allocated by TARGET_VECTORIZE_INIT_COST.  The default releases the
       accumulator.
  
   -- Target Hook: tree TARGET_VECTORIZE_BUILTIN_GATHER (const_tree
            MEM_VECTYPE, const_tree INDEX_TYPE, int SCALE)
       Target builtin that implements vector gather operation.
!      MEM_VECTYPE is the vector type of the load and INDEX_TYPE is
!      scalar type of the index, scaled by SCALE.  The default is
!      `NULL_TREE' which means to not vectorize gather loads.
  
   -- Target Hook: tree TARGET_VECTORIZE_BUILTIN_SCATTER (const_tree
            VECTYPE, const_tree INDEX_TYPE, int SCALE)
       Target builtin that implements vector scatter operation.  VECTYPE
       is the vector type of the store and INDEX_TYPE is scalar type of
!      the index, scaled by SCALE.  The default is `NULL_TREE' which
!      means to not vectorize scatter stores.
  
   -- Target Hook: int TARGET_SIMD_CLONE_COMPUTE_VECSIZE_AND_SIMDLEN
            (struct cgraph_node *, struct cgraph_simd_clone *, TREE, INT)
*************** This is about addressing modes.
*** 33491,33497 ****
       variants that should be emitted.
  
   -- Target Hook: void TARGET_SIMD_CLONE_ADJUST (struct cgraph_node *)
!      This hook should add implicit 'attribute(target("..."))' attribute
       to SIMD clone NODE if needed.
  
   -- Target Hook: int TARGET_SIMD_CLONE_USABLE (struct cgraph_node *)
--- 33909,33915 ----
       variants that should be emitted.
  
   -- Target Hook: void TARGET_SIMD_CLONE_ADJUST (struct cgraph_node *)
!      This hook should add implicit `attribute(target("..."))' attribute
       to SIMD clone NODE if needed.
  
   -- Target Hook: int TARGET_SIMD_CLONE_USABLE (struct cgraph_node *)
*************** This is about addressing modes.
*** 33508,33520 ****
       This hook should check the launch dimensions provided for an
       OpenACC compute region, or routine.  Defaulted values are
       represented as -1 and non-constant values as 0.  The FN_LEVEL is
!      negative for the function corresponding to the compute region.  For
!      a routine is is the outermost level at which partitioned execution
!      may be spawned.  The hook should verify non-default values.  If
!      DECL is NULL, global defaults are being validated and unspecified
!      defaults should be filled in.  Diagnostics should be issued as
!      appropriate.  Return true, if changes have been made.  You must
!      override this hook to provide dimensions larger than 1.
  
   -- Target Hook: int TARGET_GOACC_DIM_LIMIT (int AXIS)
       This hook should return the maximum size of a particular dimension,
--- 33926,33938 ----
       This hook should check the launch dimensions provided for an
       OpenACC compute region, or routine.  Defaulted values are
       represented as -1 and non-constant values as 0.  The FN_LEVEL is
!      negative for the function corresponding to the compute region.
!      For a routine is is the outermost level at which partitioned
!      execution may be spawned.  The hook should verify non-default
!      values.  If DECL is NULL, global defaults are being validated and
!      unspecified defaults should be filled in.  Diagnostics should be
!      issued as appropriate.  Return true, if changes have been made.
!      You must override this hook to provide dimensions larger than 1.
  
   -- Target Hook: int TARGET_GOACC_DIM_LIMIT (int AXIS)
       This hook should return the maximum size of a particular dimension,
*************** example, if we have:
*** 33551,33558 ****
       static int a, b, c;
       int foo (void) { return a + b + c; }
  
!  the code for 'foo' will usually calculate three separate symbolic
! addresses: those of 'a', 'b' and 'c'.  On some targets, it would be
  better to calculate just one symbolic address and access the three
  variables relative to it.  The equivalent pseudocode would be something
  like:
--- 33969,33976 ----
       static int a, b, c;
       int foo (void) { return a + b + c; }
  
!  the code for `foo' will usually calculate three separate symbolic
! addresses: those of `a', `b' and `c'.  On some targets, it would be
  better to calculate just one symbolic address and access the three
  variables relative to it.  The equivalent pseudocode would be something
  like:
*************** like:
*** 33563,33575 ****
         return xr[&a - &x] + xr[&b - &x] + xr[&c - &x];
       }
  
!  (which isn't valid C). We refer to shared addresses like 'x' as
! "section anchors".  Their use is controlled by '-fsection-anchors'.
  
   The hooks below describe the target properties that GCC needs to know
! in order to make effective use of section anchors.  It won't use section
! anchors at all unless either 'TARGET_MIN_ANCHOR_OFFSET' or
! 'TARGET_MAX_ANCHOR_OFFSET' is set to a nonzero value.
  
   -- Target Hook: HOST_WIDE_INT TARGET_MIN_ANCHOR_OFFSET
       The minimum offset that should be applied to a section anchor.  On
--- 33981,33993 ----
         return xr[&a - &x] + xr[&b - &x] + xr[&c - &x];
       }
  
!  (which isn't valid C).  We refer to shared addresses like `x' as
! "section anchors".  Their use is controlled by `-fsection-anchors'.
  
   The hooks below describe the target properties that GCC needs to know
! in order to make effective use of section anchors.  It won't use
! section anchors at all unless either `TARGET_MIN_ANCHOR_OFFSET' or
! `TARGET_MAX_ANCHOR_OFFSET' is set to a nonzero value.
  
   -- Target Hook: HOST_WIDE_INT TARGET_MIN_ANCHOR_OFFSET
       The minimum offset that should be applied to a section anchor.  On
*************** anchors at all unless either 'TARGET_MIN
*** 33578,33604 ****
       every mode.  The default value is 0.
  
   -- Target Hook: HOST_WIDE_INT TARGET_MAX_ANCHOR_OFFSET
!      Like 'TARGET_MIN_ANCHOR_OFFSET', but the maximum (inclusive) offset
!      that should be applied to section anchors.  The default value is 0.
  
   -- Target Hook: void TARGET_ASM_OUTPUT_ANCHOR (rtx X)
       Write the assembly code to define section anchor X, which is a
!      'SYMBOL_REF' for which 'SYMBOL_REF_ANCHOR_P (X)' is true.  The hook
!      is called with the assembly output position set to the beginning of
!      'SYMBOL_REF_BLOCK (X)'.
  
!      If 'ASM_OUTPUT_DEF' is available, the hook's default definition
!      uses it to define the symbol as '. + SYMBOL_REF_BLOCK_OFFSET (X)'.
!      If 'ASM_OUTPUT_DEF' is not available, the hook's default definition
!      is 'NULL', which disables the use of section anchors altogether.
  
   -- Target Hook: bool TARGET_USE_ANCHORS_FOR_SYMBOL_P (const_rtx X)
       Return true if GCC should attempt to use anchors to access
!      'SYMBOL_REF' X.  You can assume 'SYMBOL_REF_HAS_BLOCK_INFO_P (X)'
!      and '!SYMBOL_REF_ANCHOR_P (X)'.
  
!      The default version is correct for most targets, but you might need
!      to intercept this hook to handle things like target-specific
       attributes or target-specific sections.
  
  
--- 33996,34023 ----
       every mode.  The default value is 0.
  
   -- Target Hook: HOST_WIDE_INT TARGET_MAX_ANCHOR_OFFSET
!      Like `TARGET_MIN_ANCHOR_OFFSET', but the maximum (inclusive)
!      offset that should be applied to section anchors.  The default
!      value is 0.
  
   -- Target Hook: void TARGET_ASM_OUTPUT_ANCHOR (rtx X)
       Write the assembly code to define section anchor X, which is a
!      `SYMBOL_REF' for which `SYMBOL_REF_ANCHOR_P (X)' is true.  The
!      hook is called with the assembly output position set to the
!      beginning of `SYMBOL_REF_BLOCK (X)'.
  
!      If `ASM_OUTPUT_DEF' is available, the hook's default definition
!      uses it to define the symbol as `. + SYMBOL_REF_BLOCK_OFFSET (X)'.
!      If `ASM_OUTPUT_DEF' is not available, the hook's default definition
!      is `NULL', which disables the use of section anchors altogether.
  
   -- Target Hook: bool TARGET_USE_ANCHORS_FOR_SYMBOL_P (const_rtx X)
       Return true if GCC should attempt to use anchors to access
!      `SYMBOL_REF' X.  You can assume `SYMBOL_REF_HAS_BLOCK_INFO_P (X)'
!      and `!SYMBOL_REF_ANCHOR_P (X)'.
  
!      The default version is correct for most targets, but you might
!      need to intercept this hook to handle things like target-specific
       attributes or target-specific sections.
  
  
*************** File: gccint.info,  Node: Condition Code
*** 33610,33627 ****
  The macros in this section can be split in two families, according to
  the two ways of representing condition codes in GCC.
  
!  The first representation is the so called '(cc0)' representation (*note
! Jump Patterns::), where all instructions can have an implicit clobber of
! the condition codes.  The second is the condition code register
! representation, which provides better schedulability for architectures
! that do have a condition code register, but on which most instructions
! do not affect it.  The latter category includes most RISC machines.
  
   The implicit clobbering poses a strong restriction on the placement of
  the definition and use of the condition code.  In the past the
  definition and use were always adjacent.  However, recent changes to
  support trapping arithmatic may result in the definition and user being
! in different blocks.  Thus, there may be a 'NOTE_INSN_BASIC_BLOCK'
  between them.  Additionally, the definition may be the source of
  exception handling edges.
  
--- 34029,34047 ----
  The macros in this section can be split in two families, according to
  the two ways of representing condition codes in GCC.
  
!  The first representation is the so called `(cc0)' representation
! (*note Jump Patterns::), where all instructions can have an implicit
! clobber of the condition codes.  The second is the condition code
! register representation, which provides better schedulability for
! architectures that do have a condition code register, but on which most
! instructions do not affect it.  The latter category includes most RISC
! machines.
  
   The implicit clobbering poses a strong restriction on the placement of
  the definition and use of the condition code.  In the past the
  definition and use were always adjacent.  However, recent changes to
  support trapping arithmatic may result in the definition and user being
! in different blocks.  Thus, there may be a `NOTE_INSN_BASIC_BLOCK'
  between them.  Additionally, the definition may be the source of
  exception handling edges.
  
*************** represent the condition code for new por
*** 33637,33646 ****
  condition code register in the machine, use a hard register.  If the
  condition code or comparison result can be placed in any general
  register, or if there are multiple condition registers, use a pseudo
! register.  Registers used to store the condition code value will usually
! have a mode that is in class 'MODE_CC'.
  
!  Alternatively, you can use 'BImode' if the comparison operator is
  specified already in the compare instruction.  In this case, you are not
  interested in most macros in this section.
  
--- 34057,34066 ----
  condition code register in the machine, use a hard register.  If the
  condition code or comparison result can be placed in any general
  register, or if there are multiple condition registers, use a pseudo
! register.  Registers used to store the condition code value will
! usually have a mode that is in class `MODE_CC'.
  
!  Alternatively, you can use `BImode' if the comparison operator is
  specified already in the compare instruction.  In this case, you are not
  interested in most macros in this section.
  
*************** interested in most macros in this sectio
*** 33652,33661 ****
  
  File: gccint.info,  Node: CC0 Condition Codes,  Next: MODE_CC Condition Codes,  Up: Condition Code
  
! 17.15.1 Representation of condition codes using '(cc0)'
  -------------------------------------------------------
  
! The file 'conditions.h' defines a variable 'cc_status' to describe how
  the condition code was computed (in case the interpretation of the
  condition code depends on the instruction that it was set by).  This
  variable contains the RTL expressions on which the condition code is
--- 34072,34081 ----
  
  File: gccint.info,  Node: CC0 Condition Codes,  Next: MODE_CC Condition Codes,  Up: Condition Code
  
! 17.15.1 Representation of condition codes using `(cc0)'
  -------------------------------------------------------
  
! The file `conditions.h' defines a variable `cc_status' to describe how
  the condition code was computed (in case the interpretation of the
  condition code depends on the instruction that it was set by).  This
  variable contains the RTL expressions on which the condition code is
*************** currently based, and several standard fl
*** 33663,33718 ****
  
   Sometimes additional machine-specific flags must be defined in the
  machine description header file.  It can also add additional
! machine-specific information by defining 'CC_STATUS_MDEP'.
  
   -- Macro: CC_STATUS_MDEP
!      C code for a data type which is used for declaring the 'mdep'
!      component of 'cc_status'.  It defaults to 'int'.
  
!      This macro is not used on machines that do not use 'cc0'.
  
   -- Macro: CC_STATUS_MDEP_INIT
!      A C expression to initialize the 'mdep' field to "empty".  The
       default definition does nothing, since most machines don't use the
       field anyway.  If you want to use the field, you should probably
       define this macro to initialize it.
  
!      This macro is not used on machines that do not use 'cc0'.
  
   -- Macro: NOTICE_UPDATE_CC (EXP, INSN)
!      A C compound statement to set the components of 'cc_status'
       appropriately for an insn INSN whose body is EXP.  It is this
       macro's responsibility to recognize insns that set the condition
       code as a byproduct of other activity as well as those that
!      explicitly set '(cc0)'.
  
!      This macro is not used on machines that do not use 'cc0'.
  
       If there are insns that do not set the condition code but do alter
       other machine registers, this macro must check to see whether they
       invalidate the expressions that the condition code is recorded as
       reflecting.  For example, on the 68000, insns that store in address
       registers do not set the condition code, which means that usually
!      'NOTICE_UPDATE_CC' can leave 'cc_status' unaltered for such insns.
       But suppose that the previous insn set the condition code based on
!      location 'a4@(102)' and the current insn stores a new value in
!      'a4'.  Although the condition code is not changed by this, it will
!      no longer be true that it reflects the contents of 'a4@(102)'.
!      Therefore, 'NOTICE_UPDATE_CC' must alter 'cc_status' in this case
       to say that nothing is known about the condition code value.
  
!      The definition of 'NOTICE_UPDATE_CC' must be prepared to deal with
       the results of peephole optimization: insns whose patterns are
!      'parallel' RTXs containing various 'reg', 'mem' or constants which
       are just the operands.  The RTL structure of these insns is not
       sufficient to indicate what the insns actually do.  What
!      'NOTICE_UPDATE_CC' should do when it sees one is just to run
!      'CC_STATUS_INIT'.
  
!      A possible definition of 'NOTICE_UPDATE_CC' is to call a function
       that looks at an attribute (*note Insn Attributes::) named, for
!      example, 'cc'.  This avoids having detailed information about
!      patterns in two places, the 'md' file and in 'NOTICE_UPDATE_CC'.
  
  
  File: gccint.info,  Node: MODE_CC Condition Codes,  Prev: CC0 Condition Codes,  Up: Condition Code
--- 34083,34138 ----
  
   Sometimes additional machine-specific flags must be defined in the
  machine description header file.  It can also add additional
! machine-specific information by defining `CC_STATUS_MDEP'.
  
   -- Macro: CC_STATUS_MDEP
!      C code for a data type which is used for declaring the `mdep'
!      component of `cc_status'.  It defaults to `int'.
  
!      This macro is not used on machines that do not use `cc0'.
  
   -- Macro: CC_STATUS_MDEP_INIT
!      A C expression to initialize the `mdep' field to "empty".  The
       default definition does nothing, since most machines don't use the
       field anyway.  If you want to use the field, you should probably
       define this macro to initialize it.
  
!      This macro is not used on machines that do not use `cc0'.
  
   -- Macro: NOTICE_UPDATE_CC (EXP, INSN)
!      A C compound statement to set the components of `cc_status'
       appropriately for an insn INSN whose body is EXP.  It is this
       macro's responsibility to recognize insns that set the condition
       code as a byproduct of other activity as well as those that
!      explicitly set `(cc0)'.
  
!      This macro is not used on machines that do not use `cc0'.
  
       If there are insns that do not set the condition code but do alter
       other machine registers, this macro must check to see whether they
       invalidate the expressions that the condition code is recorded as
       reflecting.  For example, on the 68000, insns that store in address
       registers do not set the condition code, which means that usually
!      `NOTICE_UPDATE_CC' can leave `cc_status' unaltered for such insns.
       But suppose that the previous insn set the condition code based on
!      location `a4@(102)' and the current insn stores a new value in
!      `a4'.  Although the condition code is not changed by this, it will
!      no longer be true that it reflects the contents of `a4@(102)'.
!      Therefore, `NOTICE_UPDATE_CC' must alter `cc_status' in this case
       to say that nothing is known about the condition code value.
  
!      The definition of `NOTICE_UPDATE_CC' must be prepared to deal with
       the results of peephole optimization: insns whose patterns are
!      `parallel' RTXs containing various `reg', `mem' or constants which
       are just the operands.  The RTL structure of these insns is not
       sufficient to indicate what the insns actually do.  What
!      `NOTICE_UPDATE_CC' should do when it sees one is just to run
!      `CC_STATUS_INIT'.
  
!      A possible definition of `NOTICE_UPDATE_CC' is to call a function
       that looks at an attribute (*note Insn Attributes::) named, for
!      example, `cc'.  This avoids having detailed information about
!      patterns in two places, the `md' file and in `NOTICE_UPDATE_CC'.
  
  
  File: gccint.info,  Node: MODE_CC Condition Codes,  Prev: CC0 Condition Codes,  Up: Condition Code
*************** File: gccint.info,  Node: MODE_CC Condit
*** 33722,33744 ****
  
   -- Macro: SELECT_CC_MODE (OP, X, Y)
       On many machines, the condition code may be produced by other
!      instructions than compares, for example the branch can use directly
!      the condition code set by a subtract instruction.  However, on some
!      machines when the condition code is set this way some bits (such as
!      the overflow bit) are not set in the same way as a test
!      instruction, so that a different branch instruction must be used
!      for some conditional branches.  When this happens, use the machine
!      mode of the condition code register to record different formats of
!      the condition code register.  Modes can also be used to record
!      which compare instruction (e.g.  a signed or an unsigned
       comparison) produced the condition codes.
  
!      If other modes than 'CCmode' are required, add them to
!      'MACHINE-modes.def' and define 'SELECT_CC_MODE' to choose a mode
       given an operand of a compare.  This is needed because the modes
       have to be chosen not only during RTL generation but also, for
       example, by instruction combination.  The result of
!      'SELECT_CC_MODE' should be consistent with the mode used in the
       patterns; for example to support the case of the add on the SPARC
       discussed above, we have the pattern
  
--- 34142,34164 ----
  
   -- Macro: SELECT_CC_MODE (OP, X, Y)
       On many machines, the condition code may be produced by other
!      instructions than compares, for example the branch can use
!      directly the condition code set by a subtract instruction.
!      However, on some machines when the condition code is set this way
!      some bits (such as the overflow bit) are not set in the same way
!      as a test instruction, so that a different branch instruction must
!      be used for some conditional branches.  When this happens, use the
!      machine mode of the condition code register to record different
!      formats of the condition code register.  Modes can also be used to
!      record which compare instruction (e.g. a signed or an unsigned
       comparison) produced the condition codes.
  
!      If other modes than `CCmode' are required, add them to
!      `MACHINE-modes.def' and define `SELECT_CC_MODE' to choose a mode
       given an operand of a compare.  This is needed because the modes
       have to be chosen not only during RTL generation but also, for
       example, by instruction combination.  The result of
!      `SELECT_CC_MODE' should be consistent with the mode used in the
       patterns; for example to support the case of the add on the SPARC
       discussed above, we have the pattern
  
*************** File: gccint.info,  Node: MODE_CC Condit
*** 33751,33758 ****
              ""
              "...")
  
!      together with a 'SELECT_CC_MODE' that returns 'CCNZmode' for
!      comparisons whose argument is a 'plus':
  
            #define SELECT_CC_MODE(OP,X,Y) \
              (GET_MODE_CLASS (GET_MODE (X)) == MODE_FLOAT           \
--- 34171,34178 ----
              ""
              "...")
  
!      together with a `SELECT_CC_MODE' that returns `CCNZmode' for
!      comparisons whose argument is a `plus':
  
            #define SELECT_CC_MODE(OP,X,Y) \
              (GET_MODE_CLASS (GET_MODE (X)) == MODE_FLOAT           \
*************** File: gccint.info,  Node: MODE_CC Condit
*** 33763,33807 ****
                  ? CCNZmode : CCmode))
  
       Another reason to use modes is to retain information on which
!      operands were used by the comparison; see 'REVERSIBLE_CC_MODE'
       later in this section.
  
       You should define this macro if and only if you define extra CC
!      modes in 'MACHINE-modes.def'.
  
   -- Target Hook: void TARGET_CANONICALIZE_COMPARISON (int *CODE, rtx
            *OP0, rtx *OP1, bool OP0_PRESERVE_VALUE)
       On some machines not all possible comparisons are defined, but you
       can convert an invalid comparison into a valid one.  For example,
!      the Alpha does not have a 'GT' comparison, but you can use an 'LT'
       comparison instead and swap the order of the operands.
  
       On such machines, implement this hook to do any required
       conversions.  CODE is the initial comparison code and OP0 and OP1
       are the left and right operands of the comparison, respectively.
!      If OP0_PRESERVE_VALUE is 'true' the implementation is not allowed
       to change the value of OP0 since the value might be used in RTXs
!      which aren't comparisons.  E.g.  the implementation is not allowed
       to swap operands in that case.
  
       GCC will not assume that the comparison resulting from this macro
       is valid but will see if the resulting insn matches a pattern in
!      the 'md' file.
  
       You need not to implement this hook if it would never change the
       comparison code or operands.
  
   -- Macro: REVERSIBLE_CC_MODE (MODE)
       A C expression whose value is one if it is always safe to reverse a
!      comparison whose mode is MODE.  If 'SELECT_CC_MODE' can ever return
!      MODE for a floating-point inequality comparison, then
!      'REVERSIBLE_CC_MODE (MODE)' must be zero.
  
       You need not define this macro if it would always returns zero or
       if the floating-point format is anything other than
!      'IEEE_FLOAT_FORMAT'.  For example, here is the definition used on
       the SPARC, where floating-point inequality comparisons are given
!      either 'CCFPEmode' or 'CCFPmode':
  
            #define REVERSIBLE_CC_MODE(MODE) \
               ((MODE) != CCFPEmode && (MODE) != CCFPmode)
--- 34183,34227 ----
                  ? CCNZmode : CCmode))
  
       Another reason to use modes is to retain information on which
!      operands were used by the comparison; see `REVERSIBLE_CC_MODE'
       later in this section.
  
       You should define this macro if and only if you define extra CC
!      modes in `MACHINE-modes.def'.
  
   -- Target Hook: void TARGET_CANONICALIZE_COMPARISON (int *CODE, rtx
            *OP0, rtx *OP1, bool OP0_PRESERVE_VALUE)
       On some machines not all possible comparisons are defined, but you
       can convert an invalid comparison into a valid one.  For example,
!      the Alpha does not have a `GT' comparison, but you can use an `LT'
       comparison instead and swap the order of the operands.
  
       On such machines, implement this hook to do any required
       conversions.  CODE is the initial comparison code and OP0 and OP1
       are the left and right operands of the comparison, respectively.
!      If OP0_PRESERVE_VALUE is `true' the implementation is not allowed
       to change the value of OP0 since the value might be used in RTXs
!      which aren't comparisons.  E.g. the implementation is not allowed
       to swap operands in that case.
  
       GCC will not assume that the comparison resulting from this macro
       is valid but will see if the resulting insn matches a pattern in
!      the `md' file.
  
       You need not to implement this hook if it would never change the
       comparison code or operands.
  
   -- Macro: REVERSIBLE_CC_MODE (MODE)
       A C expression whose value is one if it is always safe to reverse a
!      comparison whose mode is MODE.  If `SELECT_CC_MODE' can ever
!      return MODE for a floating-point inequality comparison, then
!      `REVERSIBLE_CC_MODE (MODE)' must be zero.
  
       You need not define this macro if it would always returns zero or
       if the floating-point format is anything other than
!      `IEEE_FLOAT_FORMAT'.  For example, here is the definition used on
       the SPARC, where floating-point inequality comparisons are given
!      either `CCFPEmode' or `CCFPmode':
  
            #define REVERSIBLE_CC_MODE(MODE) \
               ((MODE) != CCFPEmode && (MODE) != CCFPmode)
*************** File: gccint.info,  Node: MODE_CC Condit
*** 33809,33819 ****
   -- Macro: REVERSE_CONDITION (CODE, MODE)
       A C expression whose value is reversed condition code of the CODE
       for comparison done in CC_MODE MODE.  The macro is used only in
!      case 'REVERSIBLE_CC_MODE (MODE)' is nonzero.  Define this macro in
       case machine has some non-standard way how to reverse certain
       conditionals.  For instance in case all floating point conditions
!      are non-trapping, compiler may freely convert unordered compares to
!      ordered ones.  Then definition may look like:
  
            #define REVERSE_CONDITION(CODE, MODE) \
               ((MODE) != CCFPmode ? reverse_condition (CODE) \
--- 34229,34239 ----
   -- Macro: REVERSE_CONDITION (CODE, MODE)
       A C expression whose value is reversed condition code of the CODE
       for comparison done in CC_MODE MODE.  The macro is used only in
!      case `REVERSIBLE_CC_MODE (MODE)' is nonzero.  Define this macro in
       case machine has some non-standard way how to reverse certain
       conditionals.  For instance in case all floating point conditions
!      are non-trapping, compiler may freely convert unordered compares
!      to ordered ones.  Then definition may look like:
  
            #define REVERSE_CONDITION(CODE, MODE) \
               ((MODE) != CCFPmode ? reverse_condition (CODE) \
*************** File: gccint.info,  Node: MODE_CC Condit
*** 33821,33856 ****
  
   -- Target Hook: bool TARGET_FIXED_CONDITION_CODE_REGS (unsigned int
            *P1, unsigned int *P2)
!      On targets which do not use '(cc0)', and which use a hard register
       rather than a pseudo-register to hold condition codes, the regular
       CSE passes are often not able to identify cases in which the hard
!      register is set to a common value.  Use this hook to enable a small
!      pass which optimizes such cases.  This hook should return true to
!      enable this pass, and it should set the integers to which its
!      arguments point to the hard register numbers used for condition
!      codes.  When there is only one such register, as is true on most
!      systems, the integer pointed to by P2 should be set to
!      'INVALID_REGNUM'.
  
       The default version of this hook returns false.
  
   -- Target Hook: machine_mode TARGET_CC_MODES_COMPATIBLE (machine_mode
            M1, machine_mode M2)
       On targets which use multiple condition code modes in class
!      'MODE_CC', it is sometimes the case that a comparison can be
       validly done in more than one mode.  On such a system, define this
       target hook to take two mode arguments and to return a mode in
       which both comparisons may be validly done.  If there is no such
!      mode, return 'VOIDmode'.
  
       The default version of this hook checks whether the modes are the
       same.  If they are, it returns that mode.  If they are different,
!      it returns 'VOIDmode'.
  
   -- Target Hook: unsigned int TARGET_FLAGS_REGNUM
       If the target has a dedicated flags register, and it needs to use
!      the post-reload comparison elimination pass, then this value should
!      be set appropriately.
  
  
  File: gccint.info,  Node: Costs,  Next: Scheduling,  Prev: Condition Code,  Up: Target Macros
--- 34241,34276 ----
  
   -- Target Hook: bool TARGET_FIXED_CONDITION_CODE_REGS (unsigned int
            *P1, unsigned int *P2)
!      On targets which do not use `(cc0)', and which use a hard register
       rather than a pseudo-register to hold condition codes, the regular
       CSE passes are often not able to identify cases in which the hard
!      register is set to a common value.  Use this hook to enable a
!      small pass which optimizes such cases.  This hook should return
!      true to enable this pass, and it should set the integers to which
!      its arguments point to the hard register numbers used for
!      condition codes.  When there is only one such register, as is true
!      on most systems, the integer pointed to by P2 should be set to
!      `INVALID_REGNUM'.
  
       The default version of this hook returns false.
  
   -- Target Hook: machine_mode TARGET_CC_MODES_COMPATIBLE (machine_mode
            M1, machine_mode M2)
       On targets which use multiple condition code modes in class
!      `MODE_CC', it is sometimes the case that a comparison can be
       validly done in more than one mode.  On such a system, define this
       target hook to take two mode arguments and to return a mode in
       which both comparisons may be validly done.  If there is no such
!      mode, return `VOIDmode'.
  
       The default version of this hook checks whether the modes are the
       same.  If they are, it returns that mode.  If they are different,
!      it returns `VOIDmode'.
  
   -- Target Hook: unsigned int TARGET_FLAGS_REGNUM
       If the target has a dedicated flags register, and it needs to use
!      the post-reload comparison elimination pass, then this value
!      should be set appropriately.
  
  
  File: gccint.info,  Node: Costs,  Next: Scheduling,  Prev: Condition Code,  Up: Target Macros
*************** on the target machine.
*** 33864,33870 ****
   -- Macro: REGISTER_MOVE_COST (MODE, FROM, TO)
       A C expression for the cost of moving data of mode MODE from a
       register in class FROM to one in class TO.  The classes are
!      expressed using the enumeration values such as 'GENERAL_REGS'.  A
       value of 2 is the default; other values are interpreted relative to
       that.
  
--- 34284,34290 ----
   -- Macro: REGISTER_MOVE_COST (MODE, FROM, TO)
       A C expression for the cost of moving data of mode MODE from a
       register in class FROM to one in class TO.  The classes are
!      expressed using the enumeration values such as `GENERAL_REGS'.  A
       value of 2 is the default; other values are interpreted relative to
       that.
  
*************** on the target machine.
*** 33872,33893 ****
       same as TO; on some machines it is expensive to move between
       registers if they are not general registers.
  
!      If reload sees an insn consisting of a single 'set' between two
!      hard registers, and if 'REGISTER_MOVE_COST' applied to their
       classes returns a value of 2, reload does not check to ensure that
       the constraints of the insn are met.  Setting a cost of other than
       2 will allow reload to verify that the constraints are met.  You
!      should do this if the 'movM' pattern's constraints do not allow
       such copying.
  
       These macros are obsolete, new ports should use the target hook
!      'TARGET_REGISTER_MOVE_COST' instead.
  
   -- Target Hook: int TARGET_REGISTER_MOVE_COST (machine_mode MODE,
            reg_class_t FROM, reg_class_t TO)
       This target hook should return the cost of moving data of mode MODE
       from a register in class FROM to one in class TO.  The classes are
!      expressed using the enumeration values such as 'GENERAL_REGS'.  A
       value of 2 is the default; other values are interpreted relative to
       that.
  
--- 34292,34313 ----
       same as TO; on some machines it is expensive to move between
       registers if they are not general registers.
  
!      If reload sees an insn consisting of a single `set' between two
!      hard registers, and if `REGISTER_MOVE_COST' applied to their
       classes returns a value of 2, reload does not check to ensure that
       the constraints of the insn are met.  Setting a cost of other than
       2 will allow reload to verify that the constraints are met.  You
!      should do this if the `movM' pattern's constraints do not allow
       such copying.
  
       These macros are obsolete, new ports should use the target hook
!      `TARGET_REGISTER_MOVE_COST' instead.
  
   -- Target Hook: int TARGET_REGISTER_MOVE_COST (machine_mode MODE,
            reg_class_t FROM, reg_class_t TO)
       This target hook should return the cost of moving data of mode MODE
       from a register in class FROM to one in class TO.  The classes are
!      expressed using the enumeration values such as `GENERAL_REGS'.  A
       value of 2 is the default; other values are interpreted relative to
       that.
  
*************** on the target machine.
*** 33895,33906 ****
       same as TO; on some machines it is expensive to move between
       registers if they are not general registers.
  
!      If reload sees an insn consisting of a single 'set' between two
!      hard registers, and if 'TARGET_REGISTER_MOVE_COST' applied to their
       classes returns a value of 2, reload does not check to ensure that
       the constraints of the insn are met.  Setting a cost of other than
       2 will allow reload to verify that the constraints are met.  You
!      should do this if the 'movM' pattern's constraints do not allow
       such copying.
  
       The default version of this function returns 2.
--- 34315,34326 ----
       same as TO; on some machines it is expensive to move between
       registers if they are not general registers.
  
!      If reload sees an insn consisting of a single `set' between two
!      hard registers, and if `TARGET_REGISTER_MOVE_COST' applied to their
       classes returns a value of 2, reload does not check to ensure that
       the constraints of the insn are met.  Setting a cost of other than
       2 will allow reload to verify that the constraints are met.  You
!      should do this if the `movM' pattern's constraints do not allow
       such copying.
  
       The default version of this function returns 2.
*************** on the target machine.
*** 33908,33915 ****
   -- Macro: MEMORY_MOVE_COST (MODE, CLASS, IN)
       A C expression for the cost of moving data of mode MODE between a
       register of class CLASS and memory; IN is zero if the value is to
!      be written to memory, nonzero if it is to be read in.  This cost is
!      relative to those in 'REGISTER_MOVE_COST'.  If moving between
       registers and memory is more expensive than between two registers,
       you should define this macro to express the relative cost.
  
--- 34328,34335 ----
   -- Macro: MEMORY_MOVE_COST (MODE, CLASS, IN)
       A C expression for the cost of moving data of mode MODE between a
       register of class CLASS and memory; IN is zero if the value is to
!      be written to memory, nonzero if it is to be read in.  This cost
!      is relative to those in `REGISTER_MOVE_COST'.  If moving between
       registers and memory is more expensive than between two registers,
       you should define this macro to express the relative cost.
  
*************** on the target machine.
*** 33920,33945 ****
       mechanism is more complex than copying via an intermediate, define
       this macro to reflect the actual cost of the move.
  
!      GCC defines the function 'memory_move_secondary_cost' if secondary
       reloads are needed.  It computes the costs due to copying via a
       secondary register.  If your machine copies from memory using a
       secondary register in the conventional way but the default base
       value of 4 is not correct for your machine, define this macro to
!      add some other value to the result of that function.  The arguments
!      to that function are the same as to this macro.
  
       These macros are obsolete, new ports should use the target hook
!      'TARGET_MEMORY_MOVE_COST' instead.
  
   -- Target Hook: int TARGET_MEMORY_MOVE_COST (machine_mode MODE,
            reg_class_t RCLASS, bool IN)
       This target hook should return the cost of moving data of mode MODE
!      between a register of class RCLASS and memory; IN is 'false' if the
!      value is to be written to memory, 'true' if it is to be read in.
!      This cost is relative to those in 'TARGET_REGISTER_MOVE_COST'.  If
!      moving between registers and memory is more expensive than between
!      two registers, you should add this target hook to express the
!      relative cost.
  
       If you do not add this target hook, GCC uses a default cost of 4
       plus the cost of copying via a secondary reload register, if one is
--- 34340,34365 ----
       mechanism is more complex than copying via an intermediate, define
       this macro to reflect the actual cost of the move.
  
!      GCC defines the function `memory_move_secondary_cost' if secondary
       reloads are needed.  It computes the costs due to copying via a
       secondary register.  If your machine copies from memory using a
       secondary register in the conventional way but the default base
       value of 4 is not correct for your machine, define this macro to
!      add some other value to the result of that function.  The
!      arguments to that function are the same as to this macro.
  
       These macros are obsolete, new ports should use the target hook
!      `TARGET_MEMORY_MOVE_COST' instead.
  
   -- Target Hook: int TARGET_MEMORY_MOVE_COST (machine_mode MODE,
            reg_class_t RCLASS, bool IN)
       This target hook should return the cost of moving data of mode MODE
!      between a register of class RCLASS and memory; IN is `false' if
!      the value is to be written to memory, `true' if it is to be read
!      in.  This cost is relative to those in `TARGET_REGISTER_MOVE_COST'.
!      If moving between registers and memory is more expensive than
!      between two registers, you should add this target hook to express
!      the relative cost.
  
       If you do not add this target hook, GCC uses a default cost of 4
       plus the cost of copying via a secondary reload register, if one is
*************** on the target machine.
*** 33948,33969 ****
       mechanism is more complex than copying via an intermediate, use
       this target hook to reflect the actual cost of the move.
  
!      GCC defines the function 'memory_move_secondary_cost' if secondary
       reloads are needed.  It computes the costs due to copying via a
       secondary register.  If your machine copies from memory using a
       secondary register in the conventional way but the default base
!      value of 4 is not correct for your machine, use this target hook to
!      add some other value to the result of that function.  The arguments
!      to that function are the same as to this target hook.
  
   -- Macro: BRANCH_COST (SPEED_P, PREDICTABLE_P)
       A C expression for the cost of a branch instruction.  A value of 1
       is the default; other values are interpreted relative to that.
       Parameter SPEED_P is true when the branch in question should be
!      optimized for speed.  When it is false, 'BRANCH_COST' should return
!      a value optimal for code size rather than performance.
!      PREDICTABLE_P is true for well-predicted branches.  On many
!      architectures the 'BRANCH_COST' can be reduced then.
  
   Here are additional macros which do not specify precise relative costs,
  but only that certain actions are more expensive than GCC would
--- 34368,34389 ----
       mechanism is more complex than copying via an intermediate, use
       this target hook to reflect the actual cost of the move.
  
!      GCC defines the function `memory_move_secondary_cost' if secondary
       reloads are needed.  It computes the costs due to copying via a
       secondary register.  If your machine copies from memory using a
       secondary register in the conventional way but the default base
!      value of 4 is not correct for your machine, use this target hook
!      to add some other value to the result of that function.  The
!      arguments to that function are the same as to this target hook.
  
   -- Macro: BRANCH_COST (SPEED_P, PREDICTABLE_P)
       A C expression for the cost of a branch instruction.  A value of 1
       is the default; other values are interpreted relative to that.
       Parameter SPEED_P is true when the branch in question should be
!      optimized for speed.  When it is false, `BRANCH_COST' should
!      return a value optimal for code size rather than performance.
!      PREDICTABLE_P is true for well-predicted branches. On many
!      architectures the `BRANCH_COST' can be reduced then.
  
   Here are additional macros which do not specify precise relative costs,
  but only that certain actions are more expensive than GCC would
*************** ordinarily expect.
*** 33971,33977 ****
  
   -- Macro: SLOW_BYTE_ACCESS
       Define this macro as a C expression which is nonzero if accessing
!      less than a word of memory (i.e. a 'char' or a 'short') is no
       faster than accessing a word of memory, i.e., if such access
       require more than one instruction or if there is no difference in
       cost between byte and (aligned) word loads.
--- 34391,34397 ----
  
   -- Macro: SLOW_BYTE_ACCESS
       Define this macro as a C expression which is nonzero if accessing
!      less than a word of memory (i.e. a `char' or a `short') is no
       faster than accessing a word of memory, i.e., if such access
       require more than one instruction or if there is no difference in
       cost between byte and (aligned) word loads.
*************** ordinarily expect.
*** 33985,34005 ****
       structure, but to different bytes.
  
   -- Macro: SLOW_UNALIGNED_ACCESS (MODE, ALIGNMENT)
!      Define this macro to be the value 1 if memory accesses described by
!      the MODE and ALIGNMENT parameters have a cost many times greater
       than aligned accesses, for example if they are emulated in a trap
       handler.  This macro is invoked only for unaligned accesses, i.e.
!      when 'ALIGNMENT < GET_MODE_ALIGNMENT (MODE)'.
  
       When this macro is nonzero, the compiler will act as if
!      'STRICT_ALIGNMENT' were nonzero when generating code for block
       moves.  This can cause significantly more instructions to be
       produced.  Therefore, do not set this macro nonzero if unaligned
       accesses only add a cycle or two to the time for a memory access.
  
       If the value of this macro is always zero, it need not be defined.
       If this macro is defined, it should produce a nonzero value when
!      'STRICT_ALIGNMENT' is nonzero.
  
   -- Macro: MOVE_RATIO (SPEED)
       The threshold of number of scalar memory-to-memory move insns,
--- 34405,34425 ----
       structure, but to different bytes.
  
   -- Macro: SLOW_UNALIGNED_ACCESS (MODE, ALIGNMENT)
!      Define this macro to be the value 1 if memory accesses described
!      by the MODE and ALIGNMENT parameters have a cost many times greater
       than aligned accesses, for example if they are emulated in a trap
       handler.  This macro is invoked only for unaligned accesses, i.e.
!      when `ALIGNMENT < GET_MODE_ALIGNMENT (MODE)'.
  
       When this macro is nonzero, the compiler will act as if
!      `STRICT_ALIGNMENT' were nonzero when generating code for block
       moves.  This can cause significantly more instructions to be
       produced.  Therefore, do not set this macro nonzero if unaligned
       accesses only add a cycle or two to the time for a memory access.
  
       If the value of this macro is always zero, it need not be defined.
       If this macro is defined, it should produce a nonzero value when
!      `STRICT_ALIGNMENT' is nonzero.
  
   -- Macro: MOVE_RATIO (SPEED)
       The threshold of number of scalar memory-to-memory move insns,
*************** ordinarily expect.
*** 34009,34015 ****
       increased code size.
  
       Note that on machines where the corresponding move insn is a
!      'define_expand' that emits a sequence of insns, this macro counts
       the number of such sequences.
  
       The parameter SPEED is true if the code is currently being
--- 34429,34435 ----
       increased code size.
  
       Note that on machines where the corresponding move insn is a
!      `define_expand' that emits a sequence of insns, this macro counts
       the number of such sequences.
  
       The parameter SPEED is true if the code is currently being
*************** ordinarily expect.
*** 34022,34040 ****
            by_pieces_operation OP, bool SPEED_P)
       GCC will attempt several strategies when asked to copy between two
       areas of memory, or to set, clear or store to memory, for example
!      when copying a 'struct'.  The 'by_pieces' infrastructure implements
       such memory operations as a sequence of load, store or move insns.
!      Alternate strategies are to expand the 'movmem' or 'setmem' optabs,
!      to emit a library call, or to emit unit-by-unit, loop-based
!      operations.
  
!      This target hook should return true if, for a memory operation with
!      a given SIZE and ALIGNMENT, using the 'by_pieces' infrastructure is
!      expected to result in better code generation.  Both SIZE and
!      ALIGNMENT are measured in terms of storage units.
  
!      The parameter OP is one of: 'CLEAR_BY_PIECES', 'MOVE_BY_PIECES',
!      'SET_BY_PIECES', 'STORE_BY_PIECES' or 'COMPARE_BY_PIECES'.  These
       describe the type of memory operation under consideration.
  
       The parameter SPEED_P is true if the code is currently being
--- 34442,34460 ----
            by_pieces_operation OP, bool SPEED_P)
       GCC will attempt several strategies when asked to copy between two
       areas of memory, or to set, clear or store to memory, for example
!      when copying a `struct'. The `by_pieces' infrastructure implements
       such memory operations as a sequence of load, store or move insns.
!      Alternate strategies are to expand the `movmem' or `setmem'
!      optabs, to emit a library call, or to emit unit-by-unit,
!      loop-based operations.
  
!      This target hook should return true if, for a memory operation
!      with a given SIZE and ALIGNMENT, using the `by_pieces'
!      infrastructure is expected to result in better code generation.
!      Both SIZE and ALIGNMENT are measured in terms of storage units.
  
!      The parameter OP is one of: `CLEAR_BY_PIECES', `MOVE_BY_PIECES',
!      `SET_BY_PIECES', `STORE_BY_PIECES' or `COMPARE_BY_PIECES'.  These
       describe the type of memory operation under consideration.
  
       The parameter SPEED_P is true if the code is currently being
*************** ordinarily expect.
*** 34042,34059 ****
  
       Returning true for higher values of SIZE can improve code
       generation for speed if the target does not provide an
!      implementation of the 'movmem' or 'setmem' standard names, if the
!      'movmem' or 'setmem' implementation would be more expensive than a
       sequence of insns, or if the overhead of a library call would
       dominate that of the body of the memory operation.
  
!      Returning true for higher values of 'size' may also cause an
       increase in code size, for example where the number of insns
       emitted to perform a move would be greater than that of a library
       call.
  
!  -- Target Hook: int TARGET_COMPARE_BY_PIECES_BRANCH_RATIO (machine_mode
!           MODE)
       When expanding a block comparison in MODE, gcc can try to reduce
       the number of branches at the expense of more memory operations.
       This hook allows the target to override the default choice.  It
--- 34462,34479 ----
  
       Returning true for higher values of SIZE can improve code
       generation for speed if the target does not provide an
!      implementation of the `movmem' or `setmem' standard names, if the
!      `movmem' or `setmem' implementation would be more expensive than a
       sequence of insns, or if the overhead of a library call would
       dominate that of the body of the memory operation.
  
!      Returning true for higher values of `size' may also cause an
       increase in code size, for example where the number of insns
       emitted to perform a move would be greater than that of a library
       call.
  
!  -- Target Hook: int TARGET_COMPARE_BY_PIECES_BRANCH_RATIO
!           (machine_mode MODE)
       When expanding a block comparison in MODE, gcc can try to reduce
       the number of branches at the expense of more memory operations.
       This hook allows the target to override the default choice.  It
*************** ordinarily expect.
*** 34063,34081 ****
       comparisons by returning a negative number from this hook.
  
   -- Macro: MOVE_MAX_PIECES
!      A C expression used by 'move_by_pieces' to determine the largest
       unit a load or store used to copy memory is.  Defaults to
!      'MOVE_MAX'.
  
   -- Macro: STORE_MAX_PIECES
!      A C expression used by 'store_by_pieces' to determine the largest
!      unit a store used to memory is.  Defaults to 'MOVE_MAX_PIECES', or
!      two times the size of 'HOST_WIDE_INT', whichever is smaller.
  
   -- Macro: COMPARE_MAX_PIECES
!      A C expression used by 'compare_by_pieces' to determine the largest
!      unit a load or store used to compare memory is.  Defaults to
!      'MOVE_MAX_PIECES'.
  
   -- Macro: CLEAR_RATIO (SPEED)
       The threshold of number of scalar move insns, _below_ which a
--- 34483,34501 ----
       comparisons by returning a negative number from this hook.
  
   -- Macro: MOVE_MAX_PIECES
!      A C expression used by `move_by_pieces' to determine the largest
       unit a load or store used to copy memory is.  Defaults to
!      `MOVE_MAX'.
  
   -- Macro: STORE_MAX_PIECES
!      A C expression used by `store_by_pieces' to determine the largest
!      unit a store used to memory is.  Defaults to `MOVE_MAX_PIECES', or
!      two times the size of `HOST_WIDE_INT', whichever is smaller.
  
   -- Macro: COMPARE_MAX_PIECES
!      A C expression used by `compare_by_pieces' to determine the
!      largest unit a load or store used to compare memory is.  Defaults
!      to `MOVE_MAX_PIECES'.
  
   -- Macro: CLEAR_RATIO (SPEED)
       The threshold of number of scalar move insns, _below_ which a
*************** ordinarily expect.
*** 34099,34145 ****
       The parameter SPEED is true if the code is currently being
       optimized for speed rather than size.
  
!      If you don't define this, it defaults to the value of 'MOVE_RATIO'.
  
   -- Macro: USE_LOAD_POST_INCREMENT (MODE)
       A C expression used to determine whether a load postincrement is a
       good thing to use for a given mode.  Defaults to the value of
!      'HAVE_POST_INCREMENT'.
  
   -- Macro: USE_LOAD_POST_DECREMENT (MODE)
       A C expression used to determine whether a load postdecrement is a
       good thing to use for a given mode.  Defaults to the value of
!      'HAVE_POST_DECREMENT'.
  
   -- Macro: USE_LOAD_PRE_INCREMENT (MODE)
       A C expression used to determine whether a load preincrement is a
       good thing to use for a given mode.  Defaults to the value of
!      'HAVE_PRE_INCREMENT'.
  
   -- Macro: USE_LOAD_PRE_DECREMENT (MODE)
       A C expression used to determine whether a load predecrement is a
       good thing to use for a given mode.  Defaults to the value of
!      'HAVE_PRE_DECREMENT'.
  
   -- Macro: USE_STORE_POST_INCREMENT (MODE)
!      A C expression used to determine whether a store postincrement is a
!      good thing to use for a given mode.  Defaults to the value of
!      'HAVE_POST_INCREMENT'.
  
   -- Macro: USE_STORE_POST_DECREMENT (MODE)
!      A C expression used to determine whether a store postdecrement is a
!      good thing to use for a given mode.  Defaults to the value of
!      'HAVE_POST_DECREMENT'.
  
   -- Macro: USE_STORE_PRE_INCREMENT (MODE)
       This macro is used to determine whether a store preincrement is a
       good thing to use for a given mode.  Defaults to the value of
!      'HAVE_PRE_INCREMENT'.
  
   -- Macro: USE_STORE_PRE_DECREMENT (MODE)
       This macro is used to determine whether a store predecrement is a
       good thing to use for a given mode.  Defaults to the value of
!      'HAVE_PRE_DECREMENT'.
  
   -- Macro: NO_FUNCTION_CSE
       Define this macro to be true if it is as good or better to call a
--- 34519,34565 ----
       The parameter SPEED is true if the code is currently being
       optimized for speed rather than size.
  
!      If you don't define this, it defaults to the value of `MOVE_RATIO'.
  
   -- Macro: USE_LOAD_POST_INCREMENT (MODE)
       A C expression used to determine whether a load postincrement is a
       good thing to use for a given mode.  Defaults to the value of
!      `HAVE_POST_INCREMENT'.
  
   -- Macro: USE_LOAD_POST_DECREMENT (MODE)
       A C expression used to determine whether a load postdecrement is a
       good thing to use for a given mode.  Defaults to the value of
!      `HAVE_POST_DECREMENT'.
  
   -- Macro: USE_LOAD_PRE_INCREMENT (MODE)
       A C expression used to determine whether a load preincrement is a
       good thing to use for a given mode.  Defaults to the value of
!      `HAVE_PRE_INCREMENT'.
  
   -- Macro: USE_LOAD_PRE_DECREMENT (MODE)
       A C expression used to determine whether a load predecrement is a
       good thing to use for a given mode.  Defaults to the value of
!      `HAVE_PRE_DECREMENT'.
  
   -- Macro: USE_STORE_POST_INCREMENT (MODE)
!      A C expression used to determine whether a store postincrement is
!      a good thing to use for a given mode.  Defaults to the value of
!      `HAVE_POST_INCREMENT'.
  
   -- Macro: USE_STORE_POST_DECREMENT (MODE)
!      A C expression used to determine whether a store postdecrement is
!      a good thing to use for a given mode.  Defaults to the value of
!      `HAVE_POST_DECREMENT'.
  
   -- Macro: USE_STORE_PRE_INCREMENT (MODE)
       This macro is used to determine whether a store preincrement is a
       good thing to use for a given mode.  Defaults to the value of
!      `HAVE_PRE_INCREMENT'.
  
   -- Macro: USE_STORE_PRE_DECREMENT (MODE)
       This macro is used to determine whether a store predecrement is a
       good thing to use for a given mode.  Defaults to the value of
!      `HAVE_PRE_DECREMENT'.
  
   -- Macro: NO_FUNCTION_CSE
       Define this macro to be true if it is as good or better to call a
*************** ordinarily expect.
*** 34148,34167 ****
  
   -- Macro: LOGICAL_OP_NON_SHORT_CIRCUIT
       Define this macro if a non-short-circuit operation produced by
!      'fold_range_test ()' is optimal.  This macro defaults to true if
!      'BRANCH_COST' is greater than or equal to the value 2.
  
   -- Target Hook: bool TARGET_OPTAB_SUPPORTED_P (int OP, machine_mode
            MODE1, machine_mode MODE2, optimization_type OPT_TYPE)
       Return true if the optimizers should use optab OP with modes MODE1
       and MODE2 for optimization type OPT_TYPE.  The optab is known to
!      have an associated '.md' instruction whose C condition is true.
       MODE2 is only meaningful for conversion optabs; for direct optabs
       it is a copy of MODE1.
  
!      For example, when called with OP equal to 'rint_optab' and MODE1
!      equal to 'DFmode', the hook should say whether the optimizers
!      should use optab 'rintdf2'.
  
       The default hook returns true for all inputs.
  
--- 34568,34587 ----
  
   -- Macro: LOGICAL_OP_NON_SHORT_CIRCUIT
       Define this macro if a non-short-circuit operation produced by
!      `fold_range_test ()' is optimal.  This macro defaults to true if
!      `BRANCH_COST' is greater than or equal to the value 2.
  
   -- Target Hook: bool TARGET_OPTAB_SUPPORTED_P (int OP, machine_mode
            MODE1, machine_mode MODE2, optimization_type OPT_TYPE)
       Return true if the optimizers should use optab OP with modes MODE1
       and MODE2 for optimization type OPT_TYPE.  The optab is known to
!      have an associated `.md' instruction whose C condition is true.
       MODE2 is only meaningful for conversion optabs; for direct optabs
       it is a copy of MODE1.
  
!      For example, when called with OP equal to `rint_optab' and MODE1
!      equal to `DFmode', the hook should say whether the optimizers
!      should use optab `rintdf2'.
  
       The default hook returns true for all inputs.
  
*************** ordinarily expect.
*** 34172,34211 ****
       The cost may depend on the precise form of the expression, which is
       available for examination in X, and the fact that X appears as
       operand OPNO of an expression with rtx code OUTER_CODE.  That is,
!      the hook can assume that there is some rtx Y such that 'GET_CODE
!      (Y) == OUTER_CODE' and such that either (a) 'XEXP (Y, OPNO) == X'
!      or (b) 'XVEC (Y, OPNO)' contains X.
  
!      MODE is X's machine mode, or for cases like 'const_int' that do not
!      have a mode, the mode in which X is used.
  
!      In implementing this hook, you can use the construct 'COSTS_N_INSNS
!      (N)' to specify a cost equal to N fast instructions.
  
!      On entry to the hook, '*TOTAL' contains a default estimate for the
       cost of the expression.  The hook should modify this value as
!      necessary.  Traditionally, the default costs are 'COSTS_N_INSNS
!      (5)' for multiplications, 'COSTS_N_INSNS (7)' for division and
!      modulus operations, and 'COSTS_N_INSNS (1)' for all other
       operations.
  
!      When optimizing for code size, i.e. when 'speed' is false, this
!      target hook should be used to estimate the relative size cost of an
!      expression, again relative to 'COSTS_N_INSNS'.
  
       The hook returns true when all subexpressions of X have been
!      processed, and false when 'rtx_cost' should recurse.
  
   -- Target Hook: int TARGET_ADDRESS_COST (rtx ADDRESS, machine_mode
            MODE, addr_space_t AS, bool SPEED)
       This hook computes the cost of an addressing mode that contains
       ADDRESS.  If not defined, the cost is computed from the ADDRESS
!      expression and the 'TARGET_RTX_COST' hook.
  
!      For most CISC machines, the default cost is a good approximation of
!      the true cost of the addressing mode.  However, on RISC machines,
!      all instructions normally have the same length and execution time.
!      Hence all addresses will have equal costs.
  
       In cases where more than one form of an address is known, the form
       with the lowest cost will be used.  If multiple forms have the
--- 34592,34631 ----
       The cost may depend on the precise form of the expression, which is
       available for examination in X, and the fact that X appears as
       operand OPNO of an expression with rtx code OUTER_CODE.  That is,
!      the hook can assume that there is some rtx Y such that `GET_CODE
!      (Y) == OUTER_CODE' and such that either (a) `XEXP (Y, OPNO) == X'
!      or (b) `XVEC (Y, OPNO)' contains X.
  
!      MODE is X's machine mode, or for cases like `const_int' that do
!      not have a mode, the mode in which X is used.
  
!      In implementing this hook, you can use the construct
!      `COSTS_N_INSNS (N)' to specify a cost equal to N fast instructions.
  
!      On entry to the hook, `*TOTAL' contains a default estimate for the
       cost of the expression.  The hook should modify this value as
!      necessary.  Traditionally, the default costs are `COSTS_N_INSNS
!      (5)' for multiplications, `COSTS_N_INSNS (7)' for division and
!      modulus operations, and `COSTS_N_INSNS (1)' for all other
       operations.
  
!      When optimizing for code size, i.e. when `speed' is false, this
!      target hook should be used to estimate the relative size cost of
!      an expression, again relative to `COSTS_N_INSNS'.
  
       The hook returns true when all subexpressions of X have been
!      processed, and false when `rtx_cost' should recurse.
  
   -- Target Hook: int TARGET_ADDRESS_COST (rtx ADDRESS, machine_mode
            MODE, addr_space_t AS, bool SPEED)
       This hook computes the cost of an addressing mode that contains
       ADDRESS.  If not defined, the cost is computed from the ADDRESS
!      expression and the `TARGET_RTX_COST' hook.
  
!      For most CISC machines, the default cost is a good approximation
!      of the true cost of the addressing mode.  However, on RISC
!      machines, all instructions normally have the same length and
!      execution time.  Hence all addresses will have equal costs.
  
       In cases where more than one form of an address is known, the form
       with the lowest cost will be used.  If multiple forms have the
*************** ordinarily expect.
*** 34217,34261 ****
       register and memory references will be indirect through that
       register.  On machines where the cost of the addressing mode
       containing the sum is no higher than that of a simple indirect
!      reference, this will produce an additional instruction and possibly
!      require an additional register.  Proper specification of this macro
!      eliminates this overhead for such machines.
  
       This hook is never called with an invalid address.
  
       On machines where an address involving more than one register is as
       cheap as an address computation involving only one register,
!      defining 'TARGET_ADDRESS_COST' to reflect this can cause two
       registers to be live over a region of code where only one would
!      have been if 'TARGET_ADDRESS_COST' were not defined in that manner.
!      This effect should be considered in the definition of this macro.
!      Equivalent costs should probably only be given to addresses with
!      different numbers of registers on machines with lots of registers.
  
   -- Target Hook: unsigned int TARGET_MAX_NOCE_IFCVT_SEQ_COST (edge E)
!      This hook returns a value in the same units as 'TARGET_RTX_COSTS',
       giving the maximum acceptable cost for a sequence generated by the
       RTL if-conversion pass when conditional execution is not available.
       The RTL if-conversion pass attempts to convert conditional
!      operations that would require a branch to a series of unconditional
!      operations and 'movMODEcc' insns.  This hook returns the maximum
!      cost of the unconditional instructions and the 'movMODEcc' insns.
!      RTL if-conversion is cancelled if the cost of the converted
!      sequence is greater than the value returned by this hook.
  
!      'e' is the edge between the basic block containing the conditional
       branch to the basic block which would be executed if the condition
       were true.
  
       The default implementation of this hook uses the
!      'max-rtl-if-conversion-[un]predictable' parameters if they are set,
!      and uses a multiple of 'BRANCH_COST' otherwise.
  
   -- Target Hook: bool TARGET_NOCE_CONVERSION_PROFITABLE_P (rtx_insn
            *SEQ, struct noce_if_info *IF_INFO)
!      This hook returns true if the instruction sequence 'seq' is a good
       candidate as a replacement for the if-convertible sequence
!      described in 'if_info'.
  
   -- Target Hook: bool TARGET_NO_SPECULATION_IN_DELAY_SLOTS_P (void)
       This predicate controls the use of the eager delay slot filler to
--- 34637,34683 ----
       register and memory references will be indirect through that
       register.  On machines where the cost of the addressing mode
       containing the sum is no higher than that of a simple indirect
!      reference, this will produce an additional instruction and
!      possibly require an additional register.  Proper specification of
!      this macro eliminates this overhead for such machines.
  
       This hook is never called with an invalid address.
  
       On machines where an address involving more than one register is as
       cheap as an address computation involving only one register,
!      defining `TARGET_ADDRESS_COST' to reflect this can cause two
       registers to be live over a region of code where only one would
!      have been if `TARGET_ADDRESS_COST' were not defined in that
!      manner.  This effect should be considered in the definition of
!      this macro.  Equivalent costs should probably only be given to
!      addresses with different numbers of registers on machines with
!      lots of registers.
  
   -- Target Hook: unsigned int TARGET_MAX_NOCE_IFCVT_SEQ_COST (edge E)
!      This hook returns a value in the same units as `TARGET_RTX_COSTS',
       giving the maximum acceptable cost for a sequence generated by the
       RTL if-conversion pass when conditional execution is not available.
       The RTL if-conversion pass attempts to convert conditional
!      operations that would require a branch to a series of
!      unconditional operations and `movMODEcc' insns.  This hook returns
!      the maximum cost of the unconditional instructions and the
!      `movMODEcc' insns.  RTL if-conversion is cancelled if the cost of
!      the converted sequence is greater than the value returned by this
!      hook.
  
!      `e' is the edge between the basic block containing the conditional
       branch to the basic block which would be executed if the condition
       were true.
  
       The default implementation of this hook uses the
!      `max-rtl-if-conversion-[un]predictable' parameters if they are set,
!      and uses a multiple of `BRANCH_COST' otherwise.
  
   -- Target Hook: bool TARGET_NOCE_CONVERSION_PROFITABLE_P (rtx_insn
            *SEQ, struct noce_if_info *IF_INFO)
!      This hook returns true if the instruction sequence `seq' is a good
       candidate as a replacement for the if-convertible sequence
!      described in `if_info'.
  
   -- Target Hook: bool TARGET_NO_SPECULATION_IN_DELAY_SLOTS_P (void)
       This predicate controls the use of the eager delay slot filler to
*************** ordinarily expect.
*** 34263,34271 ****
       slots.  Targets such as certain MIPS architectures possess both
       branches with and without delay slots.  As the eager delay slot
       filler can decrease performance, disabling it is beneficial when
!      ordinary branches are available.  Use of delay slot branches filled
!      using the basic filler is often still desirable as the delay slot
!      can hide a pipeline bubble.
  
  
  File: gccint.info,  Node: Scheduling,  Next: Sections,  Prev: Costs,  Up: Target Macros
--- 34685,34693 ----
       slots.  Targets such as certain MIPS architectures possess both
       branches with and without delay slots.  As the eager delay slot
       filler can decrease performance, disabling it is beneficial when
!      ordinary branches are available.  Use of delay slot branches
!      filled using the basic filler is often still desirable as the
!      delay slot can hide a pipeline bubble.
  
  
  File: gccint.info,  Node: Scheduling,  Next: Sections,  Prev: Costs,  Up: Target Macros
*************** them: try the first ones in this list fi
*** 34284,34306 ****
       Although the insn scheduler can define itself the possibility of
       issue an insn on the same cycle, the value can serve as an
       additional constraint to issue insns on the same simulated
!      processor cycle (see hooks 'TARGET_SCHED_REORDER' and
!      'TARGET_SCHED_REORDER2').  This value must be constant over the
       entire compilation.  If you need it to vary depending on what the
!      instructions are, you must use 'TARGET_SCHED_VARIABLE_ISSUE'.
  
   -- Target Hook: int TARGET_SCHED_VARIABLE_ISSUE (FILE *FILE, int
            VERBOSE, rtx_insn *INSN, int MORE)
       This hook is executed by the scheduler after it has scheduled an
       insn from the ready list.  It should return the number of insns
       which can still be issued in the current cycle.  The default is
!      'MORE - 1' for insns other than 'CLOBBER' and 'USE', which normally
!      are not counted against the issue rate.  You should define this
!      hook if some insns take more machine resources than others, so that
!      fewer insns can follow them in the same cycle.  FILE is either a
!      null pointer, or a stdio stream to write any debug output to.
!      VERBOSE is the verbose level provided by '-fsched-verbose-N'.  INSN
!      is the instruction that was scheduled.
  
   -- Target Hook: int TARGET_SCHED_ADJUST_COST (rtx_insn *INSN, int
            DEP_TYPE1, rtx_insn *DEP_INSN, int COST, unsigned int DW)
--- 34706,34728 ----
       Although the insn scheduler can define itself the possibility of
       issue an insn on the same cycle, the value can serve as an
       additional constraint to issue insns on the same simulated
!      processor cycle (see hooks `TARGET_SCHED_REORDER' and
!      `TARGET_SCHED_REORDER2').  This value must be constant over the
       entire compilation.  If you need it to vary depending on what the
!      instructions are, you must use `TARGET_SCHED_VARIABLE_ISSUE'.
  
   -- Target Hook: int TARGET_SCHED_VARIABLE_ISSUE (FILE *FILE, int
            VERBOSE, rtx_insn *INSN, int MORE)
       This hook is executed by the scheduler after it has scheduled an
       insn from the ready list.  It should return the number of insns
       which can still be issued in the current cycle.  The default is
!      `MORE - 1' for insns other than `CLOBBER' and `USE', which
!      normally are not counted against the issue rate.  You should
!      define this hook if some insns take more machine resources than
!      others, so that fewer insns can follow them in the same cycle.
!      FILE is either a null pointer, or a stdio stream to write any
!      debug output to.  VERBOSE is the verbose level provided by
!      `-fsched-verbose-N'.  INSN is the instruction that was scheduled.
  
   -- Target Hook: int TARGET_SCHED_ADJUST_COST (rtx_insn *INSN, int
            DEP_TYPE1, rtx_insn *DEP_INSN, int COST, unsigned int DW)
*************** them: try the first ones in this list fi
*** 34308,34357 ****
       between INSN and DEP_INSN through a dependence of type dep_type,
       and strength DW.  It should return the new value.  The default is
       to make no adjustment to COST.  This can be used for example to
!      specify to the scheduler using the traditional pipeline description
!      that an output- or anti-dependence does not incur the same cost as
!      a data-dependence.  If the scheduler using the automaton based
!      pipeline description, the cost of anti-dependence is zero and the
!      cost of output-dependence is maximum of one and the difference of
!      latency times of the first and the second insns.  If these values
!      are not acceptable, you could use the hook to modify them too.  See
!      also *note Processor pipeline description::.
  
   -- Target Hook: int TARGET_SCHED_ADJUST_PRIORITY (rtx_insn *INSN, int
            PRIORITY)
!      This hook adjusts the integer scheduling priority PRIORITY of INSN.
!      It should return the new priority.  Increase the priority to
       execute INSN earlier, reduce the priority to execute INSN later.
!      Do not define this hook if you do not need to adjust the scheduling
!      priorities of insns.
  
   -- Target Hook: int TARGET_SCHED_REORDER (FILE *FILE, int VERBOSE,
            rtx_insn **READY, int *N_READYP, int CLOCK)
       This hook is executed by the scheduler after it has scheduled the
       ready list, to allow the machine description to reorder it (for
!      example to combine two small instructions together on 'VLIW'
       machines).  FILE is either a null pointer, or a stdio stream to
       write any debug output to.  VERBOSE is the verbose level provided
!      by '-fsched-verbose-N'.  READY is a pointer to the ready list of
!      instructions that are ready to be scheduled.  N_READYP is a pointer
!      to the number of elements in the ready list.  The scheduler reads
!      the ready list in reverse order, starting with READY[*N_READYP - 1]
!      and going to READY[0].  CLOCK is the timer tick of the scheduler.
!      You may modify the ready list and the number of ready insns.  The
!      return value is the number of insns that can issue this cycle;
!      normally this is just 'issue_rate'.  See also
!      'TARGET_SCHED_REORDER2'.
  
   -- Target Hook: int TARGET_SCHED_REORDER2 (FILE *FILE, int VERBOSE,
            rtx_insn **READY, int *N_READYP, int CLOCK)
!      Like 'TARGET_SCHED_REORDER', but called at a different time.  That
!      function is called whenever the scheduler starts a new cycle.  This
!      one is called once per iteration over a cycle, immediately after
!      'TARGET_SCHED_VARIABLE_ISSUE'; it can reorder the ready list and
!      return the number of insns to be scheduled in the same cycle.
       Defining this hook can be useful if there are frequent situations
!      where scheduling one insn causes other insns to become ready in the
!      same cycle.  These other insns can then be taken into account
       properly.
  
   -- Target Hook: bool TARGET_SCHED_MACRO_FUSION_P (void)
--- 34730,34779 ----
       between INSN and DEP_INSN through a dependence of type dep_type,
       and strength DW.  It should return the new value.  The default is
       to make no adjustment to COST.  This can be used for example to
!      specify to the scheduler using the traditional pipeline
!      description that an output- or anti-dependence does not incur the
!      same cost as a data-dependence.  If the scheduler using the
!      automaton based pipeline description, the cost of anti-dependence
!      is zero and the cost of output-dependence is maximum of one and
!      the difference of latency times of the first and the second insns.
!      If these values are not acceptable, you could use the hook to
!      modify them too.  See also *note Processor pipeline description::.
  
   -- Target Hook: int TARGET_SCHED_ADJUST_PRIORITY (rtx_insn *INSN, int
            PRIORITY)
!      This hook adjusts the integer scheduling priority PRIORITY of
!      INSN.  It should return the new priority.  Increase the priority to
       execute INSN earlier, reduce the priority to execute INSN later.
!      Do not define this hook if you do not need to adjust the
!      scheduling priorities of insns.
  
   -- Target Hook: int TARGET_SCHED_REORDER (FILE *FILE, int VERBOSE,
            rtx_insn **READY, int *N_READYP, int CLOCK)
       This hook is executed by the scheduler after it has scheduled the
       ready list, to allow the machine description to reorder it (for
!      example to combine two small instructions together on `VLIW'
       machines).  FILE is either a null pointer, or a stdio stream to
       write any debug output to.  VERBOSE is the verbose level provided
!      by `-fsched-verbose-N'.  READY is a pointer to the ready list of
!      instructions that are ready to be scheduled.  N_READYP is a
!      pointer to the number of elements in the ready list.  The scheduler
!      reads the ready list in reverse order, starting with
!      READY[*N_READYP - 1] and going to READY[0].  CLOCK is the timer
!      tick of the scheduler.  You may modify the ready list and the
!      number of ready insns.  The return value is the number of insns
!      that can issue this cycle; normally this is just `issue_rate'.
!      See also `TARGET_SCHED_REORDER2'.
  
   -- Target Hook: int TARGET_SCHED_REORDER2 (FILE *FILE, int VERBOSE,
            rtx_insn **READY, int *N_READYP, int CLOCK)
!      Like `TARGET_SCHED_REORDER', but called at a different time.  That
!      function is called whenever the scheduler starts a new cycle.
!      This one is called once per iteration over a cycle, immediately
!      after `TARGET_SCHED_VARIABLE_ISSUE'; it can reorder the ready list
!      and return the number of insns to be scheduled in the same cycle.
       Defining this hook can be useful if there are frequent situations
!      where scheduling one insn causes other insns to become ready in
!      the same cycle.  These other insns can then be taken into account
       properly.
  
   -- Target Hook: bool TARGET_SCHED_MACRO_FUSION_P (void)
*************** them: try the first ones in this list fi
*** 34361,34372 ****
   -- Target Hook: bool TARGET_SCHED_MACRO_FUSION_PAIR_P (rtx_insn *PREV,
            rtx_insn *CURR)
       This hook is used to check whether two insns should be macro fused
!      for a target microarchitecture.  If this hook returns true for the
!      given insn pair (PREV and CURR), the scheduler will put them into a
!      sched group, and they will not be scheduled apart.  The two insns
!      will be either two SET insns or a compare and a conditional jump
!      and this hook should validate any dependencies needed to fuse the
!      two insns together.
  
   -- Target Hook: void TARGET_SCHED_DEPENDENCIES_EVALUATION_HOOK
            (rtx_insn *HEAD, rtx_insn *TAIL)
--- 34783,34794 ----
   -- Target Hook: bool TARGET_SCHED_MACRO_FUSION_PAIR_P (rtx_insn *PREV,
            rtx_insn *CURR)
       This hook is used to check whether two insns should be macro fused
!      for a target microarchitecture. If this hook returns true for the
!      given insn pair (PREV and CURR), the scheduler will put them into
!      a sched group, and they will not be scheduled apart.  The two
!      insns will be either two SET insns or a compare and a conditional
!      jump and this hook should validate any dependencies needed to fuse
!      the two insns together.
  
   -- Target Hook: void TARGET_SCHED_DEPENDENCIES_EVALUATION_HOOK
            (rtx_insn *HEAD, rtx_insn *TAIL)
*************** them: try the first ones in this list fi
*** 34383,34415 ****
       This hook is executed by the scheduler at the beginning of each
       block of instructions that are to be scheduled.  FILE is either a
       null pointer, or a stdio stream to write any debug output to.
!      VERBOSE is the verbose level provided by '-fsched-verbose-N'.
       MAX_READY is the maximum number of insns in the current scheduling
       region that can be live at the same time.  This can be used to
       allocate scratch space if it is needed, e.g. by
!      'TARGET_SCHED_REORDER'.
  
   -- Target Hook: void TARGET_SCHED_FINISH (FILE *FILE, int VERBOSE)
       This hook is executed by the scheduler at the end of each block of
       instructions that are to be scheduled.  It can be used to perform
!      cleanup of any actions done by the other scheduling hooks.  FILE is
!      either a null pointer, or a stdio stream to write any debug output
!      to.  VERBOSE is the verbose level provided by '-fsched-verbose-N'.
  
!  -- Target Hook: void TARGET_SCHED_INIT_GLOBAL (FILE *FILE, int VERBOSE,
!           int OLD_MAX_UID)
       This hook is executed by the scheduler after function level
       initializations.  FILE is either a null pointer, or a stdio stream
       to write any debug output to.  VERBOSE is the verbose level
!      provided by '-fsched-verbose-N'.  OLD_MAX_UID is the maximum insn
       uid when scheduling begins.
  
   -- Target Hook: void TARGET_SCHED_FINISH_GLOBAL (FILE *FILE, int
            VERBOSE)
       This is the cleanup hook corresponding to
!      'TARGET_SCHED_INIT_GLOBAL'.  FILE is either a null pointer, or a
       stdio stream to write any debug output to.  VERBOSE is the verbose
!      level provided by '-fsched-verbose-N'.
  
   -- Target Hook: rtx TARGET_SCHED_DFA_PRE_CYCLE_INSN (void)
       The hook returns an RTL insn.  The automaton state used in the
--- 34805,34838 ----
       This hook is executed by the scheduler at the beginning of each
       block of instructions that are to be scheduled.  FILE is either a
       null pointer, or a stdio stream to write any debug output to.
!      VERBOSE is the verbose level provided by `-fsched-verbose-N'.
       MAX_READY is the maximum number of insns in the current scheduling
       region that can be live at the same time.  This can be used to
       allocate scratch space if it is needed, e.g. by
!      `TARGET_SCHED_REORDER'.
  
   -- Target Hook: void TARGET_SCHED_FINISH (FILE *FILE, int VERBOSE)
       This hook is executed by the scheduler at the end of each block of
       instructions that are to be scheduled.  It can be used to perform
!      cleanup of any actions done by the other scheduling hooks.  FILE
!      is either a null pointer, or a stdio stream to write any debug
!      output to.  VERBOSE is the verbose level provided by
!      `-fsched-verbose-N'.
  
!  -- Target Hook: void TARGET_SCHED_INIT_GLOBAL (FILE *FILE, int
!           VERBOSE, int OLD_MAX_UID)
       This hook is executed by the scheduler after function level
       initializations.  FILE is either a null pointer, or a stdio stream
       to write any debug output to.  VERBOSE is the verbose level
!      provided by `-fsched-verbose-N'.  OLD_MAX_UID is the maximum insn
       uid when scheduling begins.
  
   -- Target Hook: void TARGET_SCHED_FINISH_GLOBAL (FILE *FILE, int
            VERBOSE)
       This is the cleanup hook corresponding to
!      `TARGET_SCHED_INIT_GLOBAL'.  FILE is either a null pointer, or a
       stdio stream to write any debug output to.  VERBOSE is the verbose
!      level provided by `-fsched-verbose-N'.
  
   -- Target Hook: rtx TARGET_SCHED_DFA_PRE_CYCLE_INSN (void)
       The hook returns an RTL insn.  The automaton state used in the
*************** them: try the first ones in this list fi
*** 34417,34448 ****
       when the new simulated processor cycle starts.  Usage of the hook
       may simplify the automaton pipeline description for some VLIW
       processors.  If the hook is defined, it is used only for the
!      automaton based pipeline description.  The default is not to change
!      the state when the new simulated processor cycle starts.
  
   -- Target Hook: void TARGET_SCHED_INIT_DFA_PRE_CYCLE_INSN (void)
       The hook can be used to initialize data used by the previous hook.
  
   -- Target Hook: rtx_insn * TARGET_SCHED_DFA_POST_CYCLE_INSN (void)
!      The hook is analogous to 'TARGET_SCHED_DFA_PRE_CYCLE_INSN' but used
       to changed the state as if the insn were scheduled when the new
       simulated processor cycle finishes.
  
   -- Target Hook: void TARGET_SCHED_INIT_DFA_POST_CYCLE_INSN (void)
!      The hook is analogous to 'TARGET_SCHED_INIT_DFA_PRE_CYCLE_INSN' but
       used to initialize data used by the previous hook.
  
   -- Target Hook: void TARGET_SCHED_DFA_PRE_ADVANCE_CYCLE (void)
!      The hook to notify target that the current simulated cycle is about
!      to finish.  The hook is analogous to
!      'TARGET_SCHED_DFA_PRE_CYCLE_INSN' but used to change the state in
       more complicated situations - e.g., when advancing state on a
       single insn is not enough.
  
   -- Target Hook: void TARGET_SCHED_DFA_POST_ADVANCE_CYCLE (void)
       The hook to notify target that new simulated cycle has just
       started.  The hook is analogous to
!      'TARGET_SCHED_DFA_POST_CYCLE_INSN' but used to change the state in
       more complicated situations - e.g., when advancing state on a
       single insn is not enough.
  
--- 34840,34871 ----
       when the new simulated processor cycle starts.  Usage of the hook
       may simplify the automaton pipeline description for some VLIW
       processors.  If the hook is defined, it is used only for the
!      automaton based pipeline description.  The default is not to
!      change the state when the new simulated processor cycle starts.
  
   -- Target Hook: void TARGET_SCHED_INIT_DFA_PRE_CYCLE_INSN (void)
       The hook can be used to initialize data used by the previous hook.
  
   -- Target Hook: rtx_insn * TARGET_SCHED_DFA_POST_CYCLE_INSN (void)
!      The hook is analogous to `TARGET_SCHED_DFA_PRE_CYCLE_INSN' but used
       to changed the state as if the insn were scheduled when the new
       simulated processor cycle finishes.
  
   -- Target Hook: void TARGET_SCHED_INIT_DFA_POST_CYCLE_INSN (void)
!      The hook is analogous to `TARGET_SCHED_INIT_DFA_PRE_CYCLE_INSN' but
       used to initialize data used by the previous hook.
  
   -- Target Hook: void TARGET_SCHED_DFA_PRE_ADVANCE_CYCLE (void)
!      The hook to notify target that the current simulated cycle is
!      about to finish.  The hook is analogous to
!      `TARGET_SCHED_DFA_PRE_CYCLE_INSN' but used to change the state in
       more complicated situations - e.g., when advancing state on a
       single insn is not enough.
  
   -- Target Hook: void TARGET_SCHED_DFA_POST_ADVANCE_CYCLE (void)
       The hook to notify target that new simulated cycle has just
       started.  The hook is analogous to
!      `TARGET_SCHED_DFA_POST_CYCLE_INSN' but used to change the state in
       more complicated situations - e.g., when advancing state on a
       single insn is not enough.
  
*************** them: try the first ones in this list fi
*** 34451,34463 ****
       This hook controls better choosing an insn from the ready insn
       queue for the DFA-based insn scheduler.  Usually the scheduler
       chooses the first insn from the queue.  If the hook returns a
!      positive value, an additional scheduler code tries all permutations
!      of 'TARGET_SCHED_FIRST_CYCLE_MULTIPASS_DFA_LOOKAHEAD ()' subsequent
!      ready insns to choose an insn whose issue will result in maximal
!      number of issued insns on the same cycle.  For the VLIW processor,
!      the code could actually solve the problem of packing simple insns
!      into the VLIW insn.  Of course, if the rules of VLIW packing are
!      described in the automaton.
  
       This code also could be used for superscalar RISC processors.  Let
       us consider a superscalar RISC processor with 3 pipelines.  Some
--- 34874,34886 ----
       This hook controls better choosing an insn from the ready insn
       queue for the DFA-based insn scheduler.  Usually the scheduler
       chooses the first insn from the queue.  If the hook returns a
!      positive value, an additional scheduler code tries all
!      permutations of `TARGET_SCHED_FIRST_CYCLE_MULTIPASS_DFA_LOOKAHEAD
!      ()' subsequent ready insns to choose an insn whose issue will
!      result in maximal number of issued insns on the same cycle.  For
!      the VLIW processor, the code could actually solve the problem of
!      packing simple insns into the VLIW insn.  Of course, if the rules
!      of VLIW packing are described in the automaton.
  
       This code also could be used for superscalar RISC processors.  Let
       us consider a superscalar RISC processor with 3 pipelines.  Some
*************** them: try the first ones in this list fi
*** 34475,34489 ****
       The default is no multipass scheduling.
  
   -- Target Hook: int
!           TARGET_SCHED_FIRST_CYCLE_MULTIPASS_DFA_LOOKAHEAD_GUARD
!           (rtx_insn *INSN, int READY_INDEX)
! 
       This hook controls what insns from the ready insn queue will be
       considered for the multipass insn scheduling.  If the hook returns
       zero for INSN, the insn will be considered in multipass scheduling.
       Positive return values will remove INSN from consideration on the
!      current round of multipass scheduling.  Negative return values will
!      remove INSN from consideration for given number of cycles.
       Backends should be careful about returning non-zero for highest
       priority instruction at position 0 in the ready list.  READY_INDEX
       is passed to allow backends make correct judgements.
--- 34898,34911 ----
       The default is no multipass scheduling.
  
   -- Target Hook: int
! TARGET_SCHED_FIRST_CYCLE_MULTIPASS_DFA_LOOKAHEAD_GUARD (rtx_insn *INSN,
!           int READY_INDEX)
       This hook controls what insns from the ready insn queue will be
       considered for the multipass insn scheduling.  If the hook returns
       zero for INSN, the insn will be considered in multipass scheduling.
       Positive return values will remove INSN from consideration on the
!      current round of multipass scheduling.  Negative return values
!      will remove INSN from consideration for given number of cycles.
       Backends should be careful about returning non-zero for highest
       priority instruction at position 0 in the ready list.  READY_INDEX
       is passed to allow backends make correct judgements.
*************** them: try the first ones in this list fi
*** 34499,34514 ****
   -- Target Hook: void TARGET_SCHED_FIRST_CYCLE_MULTIPASS_ISSUE (void
            *DATA, signed char *READY_TRY, int N_READY, rtx_insn *INSN,
            const void *PREV_DATA)
!      This hook is called when multipass scheduling evaluates instruction
!      INSN.
  
   -- Target Hook: void TARGET_SCHED_FIRST_CYCLE_MULTIPASS_BACKTRACK
            (const void *DATA, signed char *READY_TRY, int N_READY)
!      This is called when multipass scheduling backtracks from evaluation
!      of an instruction.
  
!  -- Target Hook: void TARGET_SCHED_FIRST_CYCLE_MULTIPASS_END (const void
!           *DATA)
       This hook notifies the target about the result of the concluded
       current round of multipass scheduling.
  
--- 34921,34936 ----
   -- Target Hook: void TARGET_SCHED_FIRST_CYCLE_MULTIPASS_ISSUE (void
            *DATA, signed char *READY_TRY, int N_READY, rtx_insn *INSN,
            const void *PREV_DATA)
!      This hook is called when multipass scheduling evaluates
!      instruction INSN.
  
   -- Target Hook: void TARGET_SCHED_FIRST_CYCLE_MULTIPASS_BACKTRACK
            (const void *DATA, signed char *READY_TRY, int N_READY)
!      This is called when multipass scheduling backtracks from
!      evaluation of an instruction.
  
!  -- Target Hook: void TARGET_SCHED_FIRST_CYCLE_MULTIPASS_END (const
!           void *DATA)
       This hook notifies the target about the result of the concluded
       current round of multipass scheduling.
  
*************** them: try the first ones in this list fi
*** 34536,34560 ****
  
   -- Target Hook: bool TARGET_SCHED_IS_COSTLY_DEPENDENCE (struct _dep
            *_DEP, int COST, int DISTANCE)
!      This hook is used to define which dependences are considered costly
!      by the target, so costly that it is not advisable to schedule the
!      insns that are involved in the dependence too close to one another.
!      The parameters to this hook are as follows: The first parameter
!      _DEP is the dependence being evaluated.  The second parameter COST
!      is the cost of the dependence as estimated by the scheduler, and
!      the third parameter DISTANCE is the distance in cycles between the
!      two insns.  The hook returns 'true' if considering the distance
!      between the two insns the dependence between them is considered
!      costly by the target, and 'false' otherwise.
  
       Defining this hook can be useful in multiple-issue out-of-order
!      machines, where (a) it's practically hopeless to predict the actual
!      data/resource delays, however: (b) there's a better chance to
!      predict the actual grouping that will be formed, and (c) correctly
!      emulating the grouping can be very important.  In such targets one
!      may want to allow issuing dependent insns closer to one
!      another--i.e., closer than the dependence distance; however, not in
!      cases of "costly dependences", which this hooks allows to define.
  
   -- Target Hook: void TARGET_SCHED_H_I_D_EXTENDED (void)
       This hook is called by the insn scheduler after emitting a new
--- 34958,34984 ----
  
   -- Target Hook: bool TARGET_SCHED_IS_COSTLY_DEPENDENCE (struct _dep
            *_DEP, int COST, int DISTANCE)
!      This hook is used to define which dependences are considered
!      costly by the target, so costly that it is not advisable to
!      schedule the insns that are involved in the dependence too close
!      to one another.  The parameters to this hook are as follows:  The
!      first parameter _DEP is the dependence being evaluated.  The
!      second parameter COST is the cost of the dependence as estimated
!      by the scheduler, and the third parameter DISTANCE is the distance
!      in cycles between the two insns.  The hook returns `true' if
!      considering the distance between the two insns the dependence
!      between them is considered costly by the target, and `false'
!      otherwise.
  
       Defining this hook can be useful in multiple-issue out-of-order
!      machines, where (a) it's practically hopeless to predict the
!      actual data/resource delays, however: (b) there's a better chance
!      to predict the actual grouping that will be formed, and (c)
!      correctly emulating the grouping can be very important.  In such
!      targets one may want to allow issuing dependent insns closer to
!      one another--i.e., closer than the dependence distance;  however,
!      not in cases of "costly dependences", which this hooks allows to
!      define.
  
   -- Target Hook: void TARGET_SCHED_H_I_D_EXTENDED (void)
       This hook is called by the insn scheduler after emitting a new
*************** them: try the first ones in this list fi
*** 34569,34584 ****
            CLEAN_P)
       Initialize store pointed to by TC to hold target scheduling
       context.  It CLEAN_P is true then initialize TC as if scheduler is
!      at the beginning of the block.  Otherwise, copy the current context
!      into TC.
  
   -- Target Hook: void TARGET_SCHED_SET_SCHED_CONTEXT (void *TC)
       Copy target scheduling context pointed to by TC to the current
       context.
  
   -- Target Hook: void TARGET_SCHED_CLEAR_SCHED_CONTEXT (void *TC)
!      Deallocate internal data in target scheduling context pointed to by
!      TC.
  
   -- Target Hook: void TARGET_SCHED_FREE_SCHED_CONTEXT (void *TC)
       Deallocate a store for target scheduling context pointed to by TC.
--- 34993,35008 ----
            CLEAN_P)
       Initialize store pointed to by TC to hold target scheduling
       context.  It CLEAN_P is true then initialize TC as if scheduler is
!      at the beginning of the block.  Otherwise, copy the current
!      context into TC.
  
   -- Target Hook: void TARGET_SCHED_SET_SCHED_CONTEXT (void *TC)
       Copy target scheduling context pointed to by TC to the current
       context.
  
   -- Target Hook: void TARGET_SCHED_CLEAR_SCHED_CONTEXT (void *TC)
!      Deallocate internal data in target scheduling context pointed to
!      by TC.
  
   -- Target Hook: void TARGET_SCHED_FREE_SCHED_CONTEXT (void *TC)
       Deallocate a store for target scheduling context pointed to by TC.
*************** them: try the first ones in this list fi
*** 34591,34612 ****
       has a speculative version and, in case of successful check, to
       generate that speculative pattern.  The hook should return 1, if
       the instruction has a speculative form, or -1, if it doesn't.
!      REQUEST describes the type of requested speculation.  If the return
!      value equals 1 then NEW_PAT is assigned the generated speculative
!      pattern.
  
   -- Target Hook: bool TARGET_SCHED_NEEDS_BLOCK_P (unsigned int
            DEP_STATUS)
       This hook is called by the insn scheduler during generation of
!      recovery code for INSN.  It should return 'true', if the
       corresponding check instruction should branch to recovery code, or
!      'false' otherwise.
  
   -- Target Hook: rtx TARGET_SCHED_GEN_SPEC_CHECK (rtx_insn *INSN,
            rtx_insn *LABEL, unsigned int DS)
!      This hook is called by the insn scheduler to generate a pattern for
!      recovery check instruction.  If MUTATE_P is zero, then INSN is a
!      speculative instruction for which the check should be generated.
       LABEL is either a label of a basic block, where recovery code
       should be emitted, or a null pointer, when requested check doesn't
       branch to recovery code (a simple check).  If MUTATE_P is nonzero,
--- 35015,35036 ----
       has a speculative version and, in case of successful check, to
       generate that speculative pattern.  The hook should return 1, if
       the instruction has a speculative form, or -1, if it doesn't.
!      REQUEST describes the type of requested speculation.  If the
!      return value equals 1 then NEW_PAT is assigned the generated
!      speculative pattern.
  
   -- Target Hook: bool TARGET_SCHED_NEEDS_BLOCK_P (unsigned int
            DEP_STATUS)
       This hook is called by the insn scheduler during generation of
!      recovery code for INSN.  It should return `true', if the
       corresponding check instruction should branch to recovery code, or
!      `false' otherwise.
  
   -- Target Hook: rtx TARGET_SCHED_GEN_SPEC_CHECK (rtx_insn *INSN,
            rtx_insn *LABEL, unsigned int DS)
!      This hook is called by the insn scheduler to generate a pattern
!      for recovery check instruction.  If MUTATE_P is zero, then INSN is
!      a speculative instruction for which the check should be generated.
       LABEL is either a label of a basic block, where recovery code
       should be emitted, or a null pointer, when requested check doesn't
       branch to recovery code (a simple check).  If MUTATE_P is nonzero,
*************** them: try the first ones in this list fi
*** 34614,34621 ****
       denoted by INSN should be generated.  In this case LABEL can't be
       null.
  
!  -- Target Hook: void TARGET_SCHED_SET_SCHED_FLAGS (struct spec_info_def
!           *SPEC_INFO)
       This hook is used by the insn scheduler to find out what features
       should be enabled/used.  The structure *SPEC_INFO should be filled
       in by the target.  The structure describes speculation types that
--- 35038,35045 ----
       denoted by INSN should be generated.  In this case LABEL can't be
       null.
  
!  -- Target Hook: void TARGET_SCHED_SET_SCHED_FLAGS (struct
!           spec_info_def *SPEC_INFO)
       This hook is used by the insn scheduler to find out what features
       should be enabled/used.  The structure *SPEC_INFO should be filled
       in by the target.  The structure describes speculation types that
*************** them: try the first ones in this list fi
*** 34623,34641 ****
  
   -- Target Hook: bool TARGET_SCHED_CAN_SPECULATE_INSN (rtx_insn *INSN)
       Some instructions should never be speculated by the schedulers,
!      usually because the instruction is too expensive to get this wrong.
!      Often such instructions have long latency, and often they are not
!      fully modeled in the pipeline descriptions.  This hook should
!      return 'false' if INSN should not be speculated.
  
   -- Target Hook: int TARGET_SCHED_SMS_RES_MII (struct ddg *G)
       This hook is called by the swing modulo scheduler to calculate a
       resource-based lower bound which is based on the resources
       available in the machine and the resources required by each
!      instruction.  The target backend can use G to calculate such bound.
!      A very simple lower bound will be used in case this hook is not
!      implemented: the total number of instructions divided by the issue
!      rate.
  
   -- Target Hook: bool TARGET_SCHED_DISPATCH (rtx_insn *INSN, int X)
       This hook is called by Haifa Scheduler.  It returns true if
--- 35047,35065 ----
  
   -- Target Hook: bool TARGET_SCHED_CAN_SPECULATE_INSN (rtx_insn *INSN)
       Some instructions should never be speculated by the schedulers,
!      usually  because the instruction is too expensive to get this
!      wrong.  Often such  instructions have long latency, and often they
!      are not fully modeled in the  pipeline descriptions.  This hook
!      should return `false' if INSN  should not be speculated.
  
   -- Target Hook: int TARGET_SCHED_SMS_RES_MII (struct ddg *G)
       This hook is called by the swing modulo scheduler to calculate a
       resource-based lower bound which is based on the resources
       available in the machine and the resources required by each
!      instruction.  The target backend can use G to calculate such
!      bound.  A very simple lower bound will be used in case this hook
!      is not implemented: the total number of instructions divided by
!      the issue rate.
  
   -- Target Hook: bool TARGET_SCHED_DISPATCH (rtx_insn *INSN, int X)
       This hook is called by Haifa Scheduler.  It returns true if
*************** them: try the first ones in this list fi
*** 34647,34666 ****
       specified in its second parameter.
  
   -- Target Hook: bool TARGET_SCHED_EXPOSED_PIPELINE
!      True if the processor has an exposed pipeline, which means that not
!      just the order of instructions is important for correctness when
!      scheduling, but also the latencies of operations.
  
!  -- Target Hook: int TARGET_SCHED_REASSOCIATION_WIDTH (unsigned int OPC,
!           machine_mode MODE)
       This hook is called by tree reassociator to determine a level of
       parallelism required in output calculations chain.
  
   -- Target Hook: void TARGET_SCHED_FUSION_PRIORITY (rtx_insn *INSN, int
            MAX_PRI, int *FUSION_PRI, int *PRI)
       This hook is called by scheduling fusion pass.  It calculates
!      fusion priorities for each instruction passed in by parameter.  The
!      priorities are returned via pointer parameters.
  
       INSN is the instruction whose priorities need to be calculated.
       MAX_PRI is the maximum priority can be returned in any cases.
--- 35071,35090 ----
       specified in its second parameter.
  
   -- Target Hook: bool TARGET_SCHED_EXPOSED_PIPELINE
!      True if the processor has an exposed pipeline, which means that
!      not just the order of instructions is important for correctness
!      when scheduling, but also the latencies of operations.
  
!  -- Target Hook: int TARGET_SCHED_REASSOCIATION_WIDTH (unsigned int
!           OPC, machine_mode MODE)
       This hook is called by tree reassociator to determine a level of
       parallelism required in output calculations chain.
  
   -- Target Hook: void TARGET_SCHED_FUSION_PRIORITY (rtx_insn *INSN, int
            MAX_PRI, int *FUSION_PRI, int *PRI)
       This hook is called by scheduling fusion pass.  It calculates
!      fusion priorities for each instruction passed in by parameter.
!      The priorities are returned via pointer parameters.
  
       INSN is the instruction whose priorities need to be calculated.
       MAX_PRI is the maximum priority can be returned in any cases.
*************** them: try the first ones in this list fi
*** 34669,34683 ****
       parameter through which INSN's priority should be calculated and
       returned.
  
!      Same FUSION_PRI should be returned for instructions which should be
!      scheduled together.  Different PRI should be returned for
       instructions with same FUSION_PRI.  FUSION_PRI is the major sort
!      key, PRI is the minor sort key.  All instructions will be scheduled
!      according to the two priorities.  All priorities calculated should
!      be between 0 (exclusive) and MAX_PRI (inclusive).  To avoid false
!      dependencies, FUSION_PRI of instructions which need to be scheduled
!      together should be smaller than FUSION_PRI of irrelevant
!      instructions.
  
       Given below example:
  
--- 35093,35107 ----
       parameter through which INSN's priority should be calculated and
       returned.
  
!      Same FUSION_PRI should be returned for instructions which should
!      be scheduled together.  Different PRI should be returned for
       instructions with same FUSION_PRI.  FUSION_PRI is the major sort
!      key, PRI is the minor sort key.  All instructions will be
!      scheduled according to the two priorities.  All priorities
!      calculated should be between 0 (exclusive) and MAX_PRI
!      (inclusive).  To avoid false dependencies, FUSION_PRI of
!      instructions which need to be scheduled together should be smaller
!      than FUSION_PRI of irrelevant instructions.
  
       Given below example:
  
*************** them: try the first ones in this list fi
*** 34730,34737 ****
  
   -- Target Hook: void TARGET_EXPAND_DIVMOD_LIBFUNC (rtx LIBFUNC,
            machine_mode MODE, rtx OP0, rtx OP1, rtx *QUOT, rtx *REM)
!      Define this hook for enabling divmod transform if the port does not
!      have hardware divmod insn but defines target-specific divmod
       libfuncs.
  
  
--- 35154,35161 ----
  
   -- Target Hook: void TARGET_EXPAND_DIVMOD_LIBFUNC (rtx LIBFUNC,
            machine_mode MODE, rtx OP0, rtx OP1, rtx *QUOT, rtx *REM)
!      Define this hook for enabling divmod transform if the port does
!      not have hardware divmod insn but defines target-specific divmod
       libfuncs.
  
  
*************** section", which holds initialized writab
*** 34747,34780 ****
  which holds uninitialized data.  Some systems have other kinds of
  sections.
  
!  'varasm.c' provides several well-known sections, such as
! 'text_section', 'data_section' and 'bss_section'.  The normal way of
! controlling a 'FOO_section' variable is to define the associated
! 'FOO_SECTION_ASM_OP' macro, as described below.  The macros are only
! read once, when 'varasm.c' initializes itself, so their values must be
  run-time constants.  They may however depend on command-line flags.
  
!  _Note:_ Some run-time files, such 'crtstuff.c', also make use of the
! 'FOO_SECTION_ASM_OP' macros, and expect them to be string literals.
  
   Some assemblers require a different string to be written every time a
  section is selected.  If your assembler falls into this category, you
! should define the 'TARGET_ASM_INIT_SECTIONS' hook and use
! 'get_unnamed_section' to set up the sections.
  
!  You must always create a 'text_section', either by defining
! 'TEXT_SECTION_ASM_OP' or by initializing 'text_section' in
! 'TARGET_ASM_INIT_SECTIONS'.  The same is true of 'data_section' and
! 'DATA_SECTION_ASM_OP'.  If you do not create a distinct
! 'readonly_data_section', the default is to reuse 'text_section'.
  
!  All the other 'varasm.c' sections are optional, and are null if the
  target does not provide them.
  
   -- Macro: TEXT_SECTION_ASM_OP
       A C expression whose value is a string, including spacing,
!      containing the assembler operation that should precede instructions
!      and read-only data.  Normally '"\t.text"' is right.
  
   -- Macro: HOT_TEXT_SECTION_NAME
       If defined, a C string constant for the name of the section
--- 35171,35204 ----
  which holds uninitialized data.  Some systems have other kinds of
  sections.
  
!  `varasm.c' provides several well-known sections, such as
! `text_section', `data_section' and `bss_section'.  The normal way of
! controlling a `FOO_section' variable is to define the associated
! `FOO_SECTION_ASM_OP' macro, as described below.  The macros are only
! read once, when `varasm.c' initializes itself, so their values must be
  run-time constants.  They may however depend on command-line flags.
  
!  _Note:_ Some run-time files, such `crtstuff.c', also make use of the
! `FOO_SECTION_ASM_OP' macros, and expect them to be string literals.
  
   Some assemblers require a different string to be written every time a
  section is selected.  If your assembler falls into this category, you
! should define the `TARGET_ASM_INIT_SECTIONS' hook and use
! `get_unnamed_section' to set up the sections.
  
!  You must always create a `text_section', either by defining
! `TEXT_SECTION_ASM_OP' or by initializing `text_section' in
! `TARGET_ASM_INIT_SECTIONS'.  The same is true of `data_section' and
! `DATA_SECTION_ASM_OP'.  If you do not create a distinct
! `readonly_data_section', the default is to reuse `text_section'.
  
!  All the other `varasm.c' sections are optional, and are null if the
  target does not provide them.
  
   -- Macro: TEXT_SECTION_ASM_OP
       A C expression whose value is a string, including spacing,
!      containing the assembler operation that should precede
!      instructions and read-only data.  Normally `"\t.text"' is right.
  
   -- Macro: HOT_TEXT_SECTION_NAME
       If defined, a C string constant for the name of the section
*************** target does not provide them.
*** 34789,34795 ****
   -- Macro: DATA_SECTION_ASM_OP
       A C expression whose value is a string, including spacing,
       containing the assembler operation to identify the following data
!      as writable initialized data.  Normally '"\t.data"' is right.
  
   -- Macro: SDATA_SECTION_ASM_OP
       If defined, a C expression whose value is a string, including
--- 35213,35219 ----
   -- Macro: DATA_SECTION_ASM_OP
       A C expression whose value is a string, including spacing,
       containing the assembler operation to identify the following data
!      as writable initialized data.  Normally `"\t.data"' is right.
  
   -- Macro: SDATA_SECTION_ASM_OP
       If defined, a C expression whose value is a string, including
*************** target does not provide them.
*** 34805,34813 ****
       If defined, a C expression whose value is a string, including
       spacing, containing the assembler operation to identify the
       following data as uninitialized global data.  If not defined, and
!      'ASM_OUTPUT_ALIGNED_BSS' not defined, uninitialized global data
!      will be output in the data section if '-fno-common' is passed,
!      otherwise 'ASM_OUTPUT_COMMON' will be used.
  
   -- Macro: SBSS_SECTION_ASM_OP
       If defined, a C expression whose value is a string, including
--- 35229,35237 ----
       If defined, a C expression whose value is a string, including
       spacing, containing the assembler operation to identify the
       following data as uninitialized global data.  If not defined, and
!      `ASM_OUTPUT_ALIGNED_BSS' not defined, uninitialized global data
!      will be output in the data section if `-fno-common' is passed,
!      otherwise `ASM_OUTPUT_COMMON' will be used.
  
   -- Macro: SBSS_SECTION_ASM_OP
       If defined, a C expression whose value is a string, including
*************** target does not provide them.
*** 34817,34835 ****
   -- Macro: TLS_COMMON_ASM_OP
       If defined, a C expression whose value is a string containing the
       assembler operation to identify the following data as thread-local
!      common data.  The default is '".tls_common"'.
  
   -- Macro: TLS_SECTION_ASM_FLAG
       If defined, a C expression whose value is a character constant
       containing the flag used to mark a section as a TLS section.  The
!      default is ''T''.
  
   -- Macro: INIT_SECTION_ASM_OP
       If defined, a C expression whose value is a string, including
       spacing, containing the assembler operation to identify the
       following data as initialization code.  If not defined, GCC will
       assume such a section does not exist.  This section has no
!      corresponding 'init_section' variable; it is used entirely in
       runtime code.
  
   -- Macro: FINI_SECTION_ASM_OP
--- 35241,35259 ----
   -- Macro: TLS_COMMON_ASM_OP
       If defined, a C expression whose value is a string containing the
       assembler operation to identify the following data as thread-local
!      common data.  The default is `".tls_common"'.
  
   -- Macro: TLS_SECTION_ASM_FLAG
       If defined, a C expression whose value is a character constant
       containing the flag used to mark a section as a TLS section.  The
!      default is `'T''.
  
   -- Macro: INIT_SECTION_ASM_OP
       If defined, a C expression whose value is a string, including
       spacing, containing the assembler operation to identify the
       following data as initialization code.  If not defined, GCC will
       assume such a section does not exist.  This section has no
!      corresponding `init_section' variable; it is used entirely in
       runtime code.
  
   -- Macro: FINI_SECTION_ASM_OP
*************** target does not provide them.
*** 34837,34897 ****
       spacing, containing the assembler operation to identify the
       following data as finalization code.  If not defined, GCC will
       assume such a section does not exist.  This section has no
!      corresponding 'fini_section' variable; it is used entirely in
       runtime code.
  
   -- Macro: INIT_ARRAY_SECTION_ASM_OP
       If defined, a C expression whose value is a string, including
       spacing, containing the assembler operation to identify the
!      following data as part of the '.init_array' (or equivalent)
       section.  If not defined, GCC will assume such a section does not
!      exist.  Do not define both this macro and 'INIT_SECTION_ASM_OP'.
  
   -- Macro: FINI_ARRAY_SECTION_ASM_OP
       If defined, a C expression whose value is a string, including
       spacing, containing the assembler operation to identify the
!      following data as part of the '.fini_array' (or equivalent)
       section.  If not defined, GCC will assume such a section does not
!      exist.  Do not define both this macro and 'FINI_SECTION_ASM_OP'.
  
   -- Macro: MACH_DEP_SECTION_ASM_FLAG
       If defined, a C expression whose value is a character constant
       containing the flag used to mark a machine-dependent section.  This
!      corresponds to the 'SECTION_MACH_DEP' section flag.
  
   -- Macro: CRT_CALL_STATIC_FUNCTION (SECTION_OP, FUNCTION)
       If defined, an ASM statement that switches to a different section
       via SECTION_OP, calls FUNCTION, and switches back to the text
!      section.  This is used in 'crtstuff.c' if 'INIT_SECTION_ASM_OP' or
!      'FINI_SECTION_ASM_OP' to calls to initialization and finalization
       functions from the init and fini sections.  By default, this macro
!      uses a simple function call.  Some ports need hand-crafted assembly
!      code to avoid dependencies on registers initialized in the function
!      prologue or to ensure that constant pools don't end up too far way
!      in the text section.
  
   -- Macro: TARGET_LIBGCC_SDATA_SECTION
       If defined, a string which names the section into which small
       variables defined in crtstuff and libgcc should go.  This is useful
       when the target has options for optimizing access to small data,
!      and you want the crtstuff and libgcc routines to be conservative in
!      what they expect of your application yet liberal in what your
!      application expects.  For example, for targets with a '.sdata'
!      section (like MIPS), you could compile crtstuff with '-G 0' so that
!      it doesn't require small data support from your application, but
!      use this macro to put small data into '.sdata' so that your
       application can access these variables whether it uses small data
       or not.
  
   -- Macro: FORCE_CODE_SECTION_ALIGN
       If defined, an ASM statement that aligns a code section to some
       arbitrary boundary.  This is used to force all fragments of the
!      '.init' and '.fini' sections to have to same alignment and thus
       prevent the linker from having to add any padding.
  
   -- Macro: JUMP_TABLES_IN_TEXT_SECTION
       Define this macro to be an expression with a nonzero value if jump
!      tables (for 'tablejump' insns) should be output in the text
       section, along with the assembler instructions.  Otherwise, the
       readonly data section is used.
  
--- 35261,35321 ----
       spacing, containing the assembler operation to identify the
       following data as finalization code.  If not defined, GCC will
       assume such a section does not exist.  This section has no
!      corresponding `fini_section' variable; it is used entirely in
       runtime code.
  
   -- Macro: INIT_ARRAY_SECTION_ASM_OP
       If defined, a C expression whose value is a string, including
       spacing, containing the assembler operation to identify the
!      following data as part of the `.init_array' (or equivalent)
       section.  If not defined, GCC will assume such a section does not
!      exist.  Do not define both this macro and `INIT_SECTION_ASM_OP'.
  
   -- Macro: FINI_ARRAY_SECTION_ASM_OP
       If defined, a C expression whose value is a string, including
       spacing, containing the assembler operation to identify the
!      following data as part of the `.fini_array' (or equivalent)
       section.  If not defined, GCC will assume such a section does not
!      exist.  Do not define both this macro and `FINI_SECTION_ASM_OP'.
  
   -- Macro: MACH_DEP_SECTION_ASM_FLAG
       If defined, a C expression whose value is a character constant
       containing the flag used to mark a machine-dependent section.  This
!      corresponds to the `SECTION_MACH_DEP' section flag.
  
   -- Macro: CRT_CALL_STATIC_FUNCTION (SECTION_OP, FUNCTION)
       If defined, an ASM statement that switches to a different section
       via SECTION_OP, calls FUNCTION, and switches back to the text
!      section.  This is used in `crtstuff.c' if `INIT_SECTION_ASM_OP' or
!      `FINI_SECTION_ASM_OP' to calls to initialization and finalization
       functions from the init and fini sections.  By default, this macro
!      uses a simple function call.  Some ports need hand-crafted
!      assembly code to avoid dependencies on registers initialized in
!      the function prologue or to ensure that constant pools don't end
!      up too far way in the text section.
  
   -- Macro: TARGET_LIBGCC_SDATA_SECTION
       If defined, a string which names the section into which small
       variables defined in crtstuff and libgcc should go.  This is useful
       when the target has options for optimizing access to small data,
!      and you want the crtstuff and libgcc routines to be conservative
!      in what they expect of your application yet liberal in what your
!      application expects.  For example, for targets with a `.sdata'
!      section (like MIPS), you could compile crtstuff with `-G 0' so
!      that it doesn't require small data support from your application,
!      but use this macro to put small data into `.sdata' so that your
       application can access these variables whether it uses small data
       or not.
  
   -- Macro: FORCE_CODE_SECTION_ALIGN
       If defined, an ASM statement that aligns a code section to some
       arbitrary boundary.  This is used to force all fragments of the
!      `.init' and `.fini' sections to have to same alignment and thus
       prevent the linker from having to add any padding.
  
   -- Macro: JUMP_TABLES_IN_TEXT_SECTION
       Define this macro to be an expression with a nonzero value if jump
!      tables (for `tablejump' insns) should be output in the text
       section, along with the assembler instructions.  Otherwise, the
       readonly data section is used.
  
*************** target does not provide them.
*** 34900,34907 ****
  
   -- Target Hook: void TARGET_ASM_INIT_SECTIONS (void)
       Define this hook if you need to do something special to set up the
!      'varasm.c' sections, or if your target has some special sections of
!      its own that you need to create.
  
       GCC calls this hook after processing the command line, but before
       writing any assembly code, and before calling any of the
--- 35324,35331 ----
  
   -- Target Hook: void TARGET_ASM_INIT_SECTIONS (void)
       Define this hook if you need to do something special to set up the
!      `varasm.c' sections, or if your target has some special sections
!      of its own that you need to create.
  
       GCC calls this hook after processing the command line, but before
       writing any assembly code, and before calling any of the
*************** target does not provide them.
*** 34913,34994 ****
       should be placed in a read-write section; bit 0 should be set if
       local relocations should be placed in a read-write section.
  
!      The default version of this function returns 3 when '-fpic' is in
       effect, and 0 otherwise.  The hook is typically redefined when the
       target cannot support (some kinds of) dynamic relocations in
       read-only sections even in executables.
  
   -- Target Hook: section * TARGET_ASM_SELECT_SECTION (tree EXP, int
            RELOC, unsigned HOST_WIDE_INT ALIGN)
!      Return the section into which EXP should be placed.  You can assume
!      that EXP is either a 'VAR_DECL' node or a constant of some sort.
!      RELOC indicates whether the initial value of EXP requires link-time
!      relocations.  Bit 0 is set when variable contains local relocations
!      only, while bit 1 is set for global relocations.  ALIGN is the
!      constant alignment in bits.
  
       The default version of this function takes care of putting
!      read-only variables in 'readonly_data_section'.
  
       See also USE_SELECT_SECTION_FOR_FUNCTIONS.
  
   -- Macro: USE_SELECT_SECTION_FOR_FUNCTIONS
       Define this macro if you wish TARGET_ASM_SELECT_SECTION to be
!      called for 'FUNCTION_DECL's as well as for variables and constants.
  
!      In the case of a 'FUNCTION_DECL', RELOC will be zero if the
!      function has been determined to be likely to be called, and nonzero
!      if it is unlikely to be called.
  
   -- Target Hook: void TARGET_ASM_UNIQUE_SECTION (tree DECL, int RELOC)
!      Build up a unique section name, expressed as a 'STRING_CST' node,
!      and assign it to 'DECL_SECTION_NAME (DECL)'.  As with
!      'TARGET_ASM_SELECT_SECTION', RELOC indicates whether the initial
       value of EXP requires link-time relocations.
  
       The default version of this function appends the symbol name to the
       ELF section name that would normally be used for the symbol.  For
!      example, the function 'foo' would be placed in '.text.foo'.
       Whatever the actual target object format, this is often good
       enough.
  
   -- Target Hook: section * TARGET_ASM_FUNCTION_RODATA_SECTION (tree
            DECL)
!      Return the readonly data section associated with 'DECL_SECTION_NAME
!      (DECL)'.  The default version of this function selects
!      '.gnu.linkonce.r.name' if the function's section is
!      '.gnu.linkonce.t.name', '.rodata.name' if function is in
!      '.text.name', and the normal readonly-data section otherwise.
  
   -- Target Hook: const char * TARGET_ASM_MERGEABLE_RODATA_PREFIX
!      Usually, the compiler uses the prefix '".rodata"' to construct
       section names for mergeable constant data.  Define this macro to
       override the string if a different section name should be used.
  
   -- Target Hook: section * TARGET_ASM_TM_CLONE_TABLE_SECTION (void)
       Return the section that should be used for transactional memory
!      clone tables.
  
   -- Target Hook: section * TARGET_ASM_SELECT_RTX_SECTION (machine_mode
            MODE, rtx X, unsigned HOST_WIDE_INT ALIGN)
!      Return the section into which a constant X, of mode MODE, should be
!      placed.  You can assume that X is some kind of constant in RTL.
!      The argument MODE is redundant except in the case of a 'const_int'
       rtx.  ALIGN is the constant alignment in bits.
  
       The default version of this function takes care of putting symbolic
!      constants in 'flag_pic' mode in 'data_section' and everything else
!      in 'readonly_data_section'.
  
!  -- Target Hook: tree TARGET_MANGLE_DECL_ASSEMBLER_NAME (tree DECL, tree
!           ID)
       Define this hook if you need to postprocess the assembler name
!      generated by target-independent code.  The ID provided to this hook
!      will be the computed name (e.g., the macro 'DECL_NAME' of the DECL
!      in C, or the mangled name of the DECL in C++).  The return value of
!      the hook is an 'IDENTIFIER_NODE' for the appropriate mangled name
!      on your target system.  The default implementation of this hook
!      just returns the ID provided.
  
   -- Target Hook: void TARGET_ENCODE_SECTION_INFO (tree DECL, rtx RTL,
            int NEW_DECL_P)
--- 35337,35418 ----
       should be placed in a read-write section; bit 0 should be set if
       local relocations should be placed in a read-write section.
  
!      The default version of this function returns 3 when `-fpic' is in
       effect, and 0 otherwise.  The hook is typically redefined when the
       target cannot support (some kinds of) dynamic relocations in
       read-only sections even in executables.
  
   -- Target Hook: section * TARGET_ASM_SELECT_SECTION (tree EXP, int
            RELOC, unsigned HOST_WIDE_INT ALIGN)
!      Return the section into which EXP should be placed.  You can
!      assume that EXP is either a `VAR_DECL' node or a constant of some
!      sort.  RELOC indicates whether the initial value of EXP requires
!      link-time relocations.  Bit 0 is set when variable contains local
!      relocations only, while bit 1 is set for global relocations.
!      ALIGN is the constant alignment in bits.
  
       The default version of this function takes care of putting
!      read-only variables in `readonly_data_section'.
  
       See also USE_SELECT_SECTION_FOR_FUNCTIONS.
  
   -- Macro: USE_SELECT_SECTION_FOR_FUNCTIONS
       Define this macro if you wish TARGET_ASM_SELECT_SECTION to be
!      called for `FUNCTION_DECL's as well as for variables and constants.
  
!      In the case of a `FUNCTION_DECL', RELOC will be zero if the
!      function has been determined to be likely to be called, and
!      nonzero if it is unlikely to be called.
  
   -- Target Hook: void TARGET_ASM_UNIQUE_SECTION (tree DECL, int RELOC)
!      Build up a unique section name, expressed as a `STRING_CST' node,
!      and assign it to `DECL_SECTION_NAME (DECL)'.  As with
!      `TARGET_ASM_SELECT_SECTION', RELOC indicates whether the initial
       value of EXP requires link-time relocations.
  
       The default version of this function appends the symbol name to the
       ELF section name that would normally be used for the symbol.  For
!      example, the function `foo' would be placed in `.text.foo'.
       Whatever the actual target object format, this is often good
       enough.
  
   -- Target Hook: section * TARGET_ASM_FUNCTION_RODATA_SECTION (tree
            DECL)
!      Return the readonly data section associated with
!      `DECL_SECTION_NAME (DECL)'.  The default version of this function
!      selects `.gnu.linkonce.r.name' if the function's section is
!      `.gnu.linkonce.t.name', `.rodata.name' if function is in
!      `.text.name', and the normal readonly-data section otherwise.
  
   -- Target Hook: const char * TARGET_ASM_MERGEABLE_RODATA_PREFIX
!      Usually, the compiler uses the prefix `".rodata"' to construct
       section names for mergeable constant data.  Define this macro to
       override the string if a different section name should be used.
  
   -- Target Hook: section * TARGET_ASM_TM_CLONE_TABLE_SECTION (void)
       Return the section that should be used for transactional memory
!      clone  tables.
  
   -- Target Hook: section * TARGET_ASM_SELECT_RTX_SECTION (machine_mode
            MODE, rtx X, unsigned HOST_WIDE_INT ALIGN)
!      Return the section into which a constant X, of mode MODE, should
!      be placed.  You can assume that X is some kind of constant in RTL.
!      The argument MODE is redundant except in the case of a `const_int'
       rtx.  ALIGN is the constant alignment in bits.
  
       The default version of this function takes care of putting symbolic
!      constants in `flag_pic' mode in `data_section' and everything else
!      in `readonly_data_section'.
  
!  -- Target Hook: tree TARGET_MANGLE_DECL_ASSEMBLER_NAME (tree DECL,
!           tree ID)
       Define this hook if you need to postprocess the assembler name
!      generated by target-independent code.  The ID provided to this
!      hook will be the computed name (e.g., the macro `DECL_NAME' of the
!      DECL in C, or the mangled name of the DECL in C++).  The return
!      value of the hook is an `IDENTIFIER_NODE' for the appropriate
!      mangled name on your target system.  The default implementation of
!      this hook just returns the ID provided.
  
   -- Target Hook: void TARGET_ENCODE_SECTION_INFO (tree DECL, rtx RTL,
            int NEW_DECL_P)
*************** target does not provide them.
*** 34999,35060 ****
       The hook is executed immediately after rtl has been created for
       DECL, which may be a variable or function declaration or an entry
       in the constant pool.  In either case, RTL is the rtl in question.
!      Do _not_ use 'DECL_RTL (DECL)' in this hook; that field may not
       have been initialized yet.
  
       In the case of a constant, it is safe to assume that the rtl is a
!      'mem' whose address is a 'symbol_ref'.  Most decls will also have
       this form, but that is not guaranteed.  Global register variables,
!      for instance, will have a 'reg' for their rtl.  (Normally the right
!      thing to do with such unusual rtl is leave it alone.)
  
!      The NEW_DECL_P argument will be true if this is the first time that
!      'TARGET_ENCODE_SECTION_INFO' has been invoked on this decl.  It
!      will be false for subsequent invocations, which will happen for
       duplicate declarations.  Whether or not anything must be done for
       the duplicate declaration depends on whether the hook examines
!      'DECL_ATTRIBUTES'.  NEW_DECL_P is always true when the hook is
       called for a constant.
  
       The usual thing for this hook to do is to record flags in the
!      'symbol_ref', using 'SYMBOL_REF_FLAG' or 'SYMBOL_REF_FLAGS'.
       Historically, the name string was modified if it was necessary to
       encode more than one bit of information, but this practice is now
!      discouraged; use 'SYMBOL_REF_FLAGS'.
  
!      The default definition of this hook, 'default_encode_section_info'
!      in 'varasm.c', sets a number of commonly-useful bits in
!      'SYMBOL_REF_FLAGS'.  Check whether the default does what you need
       before overriding it.
  
   -- Target Hook: const char * TARGET_STRIP_NAME_ENCODING (const char
            *NAME)
!      Decode NAME and return the real name part, sans the characters that
!      'TARGET_ENCODE_SECTION_INFO' may have added.
  
   -- Target Hook: bool TARGET_IN_SMALL_DATA_P (const_tree EXP)
       Returns true if EXP should be placed into a "small data" section.
       The default version of this hook always returns false.
  
   -- Target Hook: bool TARGET_HAVE_SRODATA_SECTION
!      Contains the value true if the target places read-only "small data"
!      into a separate section.  The default value is false.
  
   -- Target Hook: bool TARGET_PROFILE_BEFORE_PROLOGUE (void)
       It returns true if target wants profile code emitted before
       prologue.
  
       The default version of this hook use the target macro
!      'PROFILE_BEFORE_PROLOGUE'.
  
   -- Target Hook: bool TARGET_BINDS_LOCAL_P (const_tree EXP)
!      Returns true if EXP names an object for which name resolution rules
!      must resolve to the current "module" (dynamic shared library or
!      executable image).
  
       The default version of this hook implements the name resolution
!      rules for ELF, which has a looser model of global name binding than
!      other currently supported object file formats.
  
   -- Target Hook: bool TARGET_HAVE_TLS
       Contains the value true if the target supports thread-local
--- 35423,35484 ----
       The hook is executed immediately after rtl has been created for
       DECL, which may be a variable or function declaration or an entry
       in the constant pool.  In either case, RTL is the rtl in question.
!      Do _not_ use `DECL_RTL (DECL)' in this hook; that field may not
       have been initialized yet.
  
       In the case of a constant, it is safe to assume that the rtl is a
!      `mem' whose address is a `symbol_ref'.  Most decls will also have
       this form, but that is not guaranteed.  Global register variables,
!      for instance, will have a `reg' for their rtl.  (Normally the
!      right thing to do with such unusual rtl is leave it alone.)
  
!      The NEW_DECL_P argument will be true if this is the first time
!      that `TARGET_ENCODE_SECTION_INFO' has been invoked on this decl.
!      It will be false for subsequent invocations, which will happen for
       duplicate declarations.  Whether or not anything must be done for
       the duplicate declaration depends on whether the hook examines
!      `DECL_ATTRIBUTES'.  NEW_DECL_P is always true when the hook is
       called for a constant.
  
       The usual thing for this hook to do is to record flags in the
!      `symbol_ref', using `SYMBOL_REF_FLAG' or `SYMBOL_REF_FLAGS'.
       Historically, the name string was modified if it was necessary to
       encode more than one bit of information, but this practice is now
!      discouraged; use `SYMBOL_REF_FLAGS'.
  
!      The default definition of this hook, `default_encode_section_info'
!      in `varasm.c', sets a number of commonly-useful bits in
!      `SYMBOL_REF_FLAGS'.  Check whether the default does what you need
       before overriding it.
  
   -- Target Hook: const char * TARGET_STRIP_NAME_ENCODING (const char
            *NAME)
!      Decode NAME and return the real name part, sans the characters
!      that `TARGET_ENCODE_SECTION_INFO' may have added.
  
   -- Target Hook: bool TARGET_IN_SMALL_DATA_P (const_tree EXP)
       Returns true if EXP should be placed into a "small data" section.
       The default version of this hook always returns false.
  
   -- Target Hook: bool TARGET_HAVE_SRODATA_SECTION
!      Contains the value true if the target places read-only "small
!      data" into a separate section.  The default value is false.
  
   -- Target Hook: bool TARGET_PROFILE_BEFORE_PROLOGUE (void)
       It returns true if target wants profile code emitted before
       prologue.
  
       The default version of this hook use the target macro
!      `PROFILE_BEFORE_PROLOGUE'.
  
   -- Target Hook: bool TARGET_BINDS_LOCAL_P (const_tree EXP)
!      Returns true if EXP names an object for which name resolution
!      rules must resolve to the current "module" (dynamic shared library
!      or executable image).
  
       The default version of this hook implements the name resolution
!      rules for ELF, which has a looser model of global name binding
!      than other currently supported object file formats.
  
   -- Target Hook: bool TARGET_HAVE_TLS
       Contains the value true if the target supports thread-local
*************** File: gccint.info,  Node: PIC,  Next: As
*** 35069,35077 ****
  This section describes macros that help implement generation of position
  independent code.  Simply defining these macros is not enough to
  generate valid PIC; you must also add support to the hook
! 'TARGET_LEGITIMATE_ADDRESS_P' and to the macro 'PRINT_OPERAND_ADDRESS',
! as well as 'LEGITIMIZE_ADDRESS'.  You must modify the definition of
! 'movsi' to do something appropriate when the source operand contains a
  symbolic address.  You may also need to alter the handling of switch
  statements so that they use relative addresses.
  
--- 35493,35501 ----
  This section describes macros that help implement generation of position
  independent code.  Simply defining these macros is not enough to
  generate valid PIC; you must also add support to the hook
! `TARGET_LEGITIMATE_ADDRESS_P' and to the macro `PRINT_OPERAND_ADDRESS',
! as well as `LEGITIMIZE_ADDRESS'.  You must modify the definition of
! `movsi' to do something appropriate when the source operand contains a
  symbolic address.  You may also need to alter the handling of switch
  statements so that they use relative addresses.
  
*************** statements so that they use relative add
*** 35083,35103 ****
       once, as with the stack pointer and frame pointer registers.  If
       this macro is not defined, it is up to the machine-dependent files
       to allocate such a register (if necessary).  Note that this
!      register must be fixed when in use (e.g. when 'flag_pic' is true).
  
   -- Macro: PIC_OFFSET_TABLE_REG_CALL_CLOBBERED
       A C expression that is nonzero if the register defined by
!      'PIC_OFFSET_TABLE_REGNUM' is clobbered by calls.  If not defined,
       the default is zero.  Do not define this macro if
!      'PIC_OFFSET_TABLE_REGNUM' is not defined.
  
   -- Macro: LEGITIMATE_PIC_OPERAND_P (X)
       A C expression that is nonzero if X is a legitimate immediate
       operand on the target machine when generating position independent
!      code.  You can assume that X satisfies 'CONSTANT_P', so you need
       not check this.  You can also assume FLAG_PIC is true, so you need
       not check it either.  You need not define this macro if all
!      constants (including 'SYMBOL_REF') can be immediate operands when
       generating position independent code.
  
  
--- 35507,35527 ----
       once, as with the stack pointer and frame pointer registers.  If
       this macro is not defined, it is up to the machine-dependent files
       to allocate such a register (if necessary).  Note that this
!      register must be fixed when in use (e.g.  when `flag_pic' is true).
  
   -- Macro: PIC_OFFSET_TABLE_REG_CALL_CLOBBERED
       A C expression that is nonzero if the register defined by
!      `PIC_OFFSET_TABLE_REGNUM' is clobbered by calls.  If not defined,
       the default is zero.  Do not define this macro if
!      `PIC_OFFSET_TABLE_REGNUM' is not defined.
  
   -- Macro: LEGITIMATE_PIC_OPERAND_P (X)
       A C expression that is nonzero if X is a legitimate immediate
       operand on the target machine when generating position independent
!      code.  You can assume that X satisfies `CONSTANT_P', so you need
       not check this.  You can also assume FLAG_PIC is true, so you need
       not check it either.  You need not define this macro if all
!      constants (including `SYMBOL_REF') can be immediate operands when
       generating position independent code.
  
  
*************** File: gccint.info,  Node: File Framework
*** 35135,35190 ****
  This describes the overall framework of an assembly file.
  
   -- Target Hook: void TARGET_ASM_FILE_START (void)
!      Output to 'asm_out_file' any text which the assembler expects to
       find at the beginning of a file.  The default behavior is
       controlled by two flags, documented below.  Unless your target's
!      assembler is quite unusual, if you override the default, you should
!      call 'default_file_start' at some point in your target hook.  This
!      lets other target files rely on these variables.
  
   -- Target Hook: bool TARGET_ASM_FILE_START_APP_OFF
!      If this flag is true, the text of the macro 'ASM_APP_OFF' will be
       printed as the very first line in the assembly file, unless
!      '-fverbose-asm' is in effect.  (If that macro has been defined to
       the empty string, this variable has no effect.)  With the normal
!      definition of 'ASM_APP_OFF', the effect is to notify the GNU
       assembler that it need not bother stripping comments or extra
       whitespace from its input.  This allows it to work a bit faster.
  
       The default is false.  You should not set it to true unless you
!      have verified that your port does not generate any extra whitespace
!      or comments that will cause GAS to issue errors in NO_APP mode.
  
   -- Target Hook: bool TARGET_ASM_FILE_START_FILE_DIRECTIVE
!      If this flag is true, 'output_file_directive' will be called for
!      the primary source file, immediately after printing 'ASM_APP_OFF'
       (if that is enabled).  Most ELF assemblers expect this to be done.
       The default is false.
  
   -- Target Hook: void TARGET_ASM_FILE_END (void)
!      Output to 'asm_out_file' any text which the assembler expects to
       find at the end of a file.  The default is to output nothing.
  
   -- Function: void file_end_indicate_exec_stack ()
!      Some systems use a common convention, the '.note.GNU-stack' special
!      section, to indicate whether or not an object file relies on the
!      stack being executable.  If your system uses this convention, you
!      should define 'TARGET_ASM_FILE_END' to this function.  If you need
!      to do other things in that hook, have your hook function call this
!      function.
  
   -- Target Hook: void TARGET_ASM_LTO_START (void)
!      Output to 'asm_out_file' any text which the assembler expects to
       find at the start of an LTO section.  The default is to output
       nothing.
  
   -- Target Hook: void TARGET_ASM_LTO_END (void)
!      Output to 'asm_out_file' any text which the assembler expects to
       find at the end of an LTO section.  The default is to output
       nothing.
  
   -- Target Hook: void TARGET_ASM_CODE_END (void)
!      Output to 'asm_out_file' any text which is needed before emitting
       unwind info and debug info at the end of a file.  Some targets emit
       here PIC setup thunks that cannot be emitted at the end of file,
       because they couldn't have unwind info then.  The default is to
--- 35559,35615 ----
  This describes the overall framework of an assembly file.
  
   -- Target Hook: void TARGET_ASM_FILE_START (void)
!      Output to `asm_out_file' any text which the assembler expects to
       find at the beginning of a file.  The default behavior is
       controlled by two flags, documented below.  Unless your target's
!      assembler is quite unusual, if you override the default, you
!      should call `default_file_start' at some point in your target
!      hook.  This lets other target files rely on these variables.
  
   -- Target Hook: bool TARGET_ASM_FILE_START_APP_OFF
!      If this flag is true, the text of the macro `ASM_APP_OFF' will be
       printed as the very first line in the assembly file, unless
!      `-fverbose-asm' is in effect.  (If that macro has been defined to
       the empty string, this variable has no effect.)  With the normal
!      definition of `ASM_APP_OFF', the effect is to notify the GNU
       assembler that it need not bother stripping comments or extra
       whitespace from its input.  This allows it to work a bit faster.
  
       The default is false.  You should not set it to true unless you
!      have verified that your port does not generate any extra
!      whitespace or comments that will cause GAS to issue errors in
!      NO_APP mode.
  
   -- Target Hook: bool TARGET_ASM_FILE_START_FILE_DIRECTIVE
!      If this flag is true, `output_file_directive' will be called for
!      the primary source file, immediately after printing `ASM_APP_OFF'
       (if that is enabled).  Most ELF assemblers expect this to be done.
       The default is false.
  
   -- Target Hook: void TARGET_ASM_FILE_END (void)
!      Output to `asm_out_file' any text which the assembler expects to
       find at the end of a file.  The default is to output nothing.
  
   -- Function: void file_end_indicate_exec_stack ()
!      Some systems use a common convention, the `.note.GNU-stack'
!      special section, to indicate whether or not an object file relies
!      on the stack being executable.  If your system uses this
!      convention, you should define `TARGET_ASM_FILE_END' to this
!      function.  If you need to do other things in that hook, have your
!      hook function call this function.
  
   -- Target Hook: void TARGET_ASM_LTO_START (void)
!      Output to `asm_out_file' any text which the assembler expects to
       find at the start of an LTO section.  The default is to output
       nothing.
  
   -- Target Hook: void TARGET_ASM_LTO_END (void)
!      Output to `asm_out_file' any text which the assembler expects to
       find at the end of an LTO section.  The default is to output
       nothing.
  
   -- Target Hook: void TARGET_ASM_CODE_END (void)
!      Output to `asm_out_file' any text which is needed before emitting
       unwind info and debug info at the end of a file.  Some targets emit
       here PIC setup thunks that cannot be emitted at the end of file,
       because they couldn't have unwind info then.  The default is to
*************** This describes the overall framework of
*** 35192,35211 ****
  
   -- Macro: ASM_COMMENT_START
       A C string constant describing how to begin a comment in the target
!      assembler language.  The compiler assumes that the comment will end
!      at the end of the line.
  
   -- Macro: ASM_APP_ON
!      A C string constant for text to be output before each 'asm'
!      statement or group of consecutive ones.  Normally this is '"#APP"',
!      which is a comment that has no effect on most assemblers but tells
!      the GNU assembler that it must check the lines that follow for all
!      valid assembler constructs.
  
   -- Macro: ASM_APP_OFF
!      A C string constant for text to be output after each 'asm'
       statement or group of consecutive ones.  Normally this is
!      '"#NO_APP"', which tells the GNU assembler to resume making the
       time-saving assumptions that are valid for ordinary compiler
       output.
  
--- 35617,35636 ----
  
   -- Macro: ASM_COMMENT_START
       A C string constant describing how to begin a comment in the target
!      assembler language.  The compiler assumes that the comment will
!      end at the end of the line.
  
   -- Macro: ASM_APP_ON
!      A C string constant for text to be output before each `asm'
!      statement or group of consecutive ones.  Normally this is
!      `"#APP"', which is a comment that has no effect on most assemblers
!      but tells the GNU assembler that it must check the lines that
!      follow for all valid assembler constructs.
  
   -- Macro: ASM_APP_OFF
!      A C string constant for text to be output after each `asm'
       statement or group of consecutive ones.  Normally this is
!      `"#NO_APP"', which tells the GNU assembler to resume making the
       time-saving assumptions that are valid for ordinary compiler
       output.
  
*************** This describes the overall framework of
*** 35223,35271 ****
       indicates that filename NAME is the current source file to the
       stdio stream FILE.
  
!      This target hook need not be defined if the standard form of output
!      for the file format in use is appropriate.
  
   -- Target Hook: void TARGET_ASM_OUTPUT_IDENT (const char *NAME)
!      Output a string based on NAME, suitable for the '#ident' directive,
!      or the equivalent directive or pragma in non-C-family languages.
!      If this hook is not defined, nothing is output for the '#ident'
!      directive.
  
   -- Macro: OUTPUT_QUOTED_STRING (STREAM, STRING)
       A C statement to output the string STRING to the stdio stream
!      STREAM.  If you do not call the function 'output_quoted_string' in
!      your config files, GCC will only call it to output filenames to the
!      assembler source.  So you can use it to canonicalize the format of
!      the filename using this macro.
  
   -- Target Hook: void TARGET_ASM_NAMED_SECTION (const char *NAME,
            unsigned int FLAGS, tree DECL)
       Output assembly directives to switch to section NAME.  The section
       should have attributes as specified by FLAGS, which is a bit mask
!      of the 'SECTION_*' flags defined in 'output.h'.  If DECL is
!      non-NULL, it is the 'VAR_DECL' or 'FUNCTION_DECL' with which this
       section is associated.
  
   -- Target Hook: bool TARGET_ASM_ELF_FLAGS_NUMERIC (unsigned int FLAGS,
            unsigned int *NUM)
       This hook can be used to encode ELF section flags for which no
       letter code has been defined in the assembler.  It is called by
!      'default_asm_named_section' whenever the section flags need to be
       emitted in the assembler output.  If the hook returns true, then
       the numerical value for ELF section flags should be calculated from
       FLAGS and saved in *NUM; the value is printed out instead of the
!      normal sequence of letter codes.  If the hook is not defined, or if
!      it returns false, then NUM is ignored and the traditional letter
!      sequence is emitted.
  
   -- Target Hook: section * TARGET_ASM_FUNCTION_SECTION (tree DECL, enum
            node_frequency FREQ, bool STARTUP, bool EXIT)
!      Return preferred text (sub)section for function DECL.  Main purpose
!      of this function is to separate cold, normal and hot functions.
!      STARTUP is true when function is known to be used only at startup
!      (from static constructors or it is 'main()').  EXIT is true when
!      function is known to be used only at exit (from static
       destructors).  Return NULL if function should go to default text
       section.
  
--- 35648,35696 ----
       indicates that filename NAME is the current source file to the
       stdio stream FILE.
  
!      This target hook need not be defined if the standard form of
!      output for the file format in use is appropriate.
  
   -- Target Hook: void TARGET_ASM_OUTPUT_IDENT (const char *NAME)
!      Output a string based on NAME, suitable for the `#ident'
!      directive, or the equivalent directive or pragma in non-C-family
!      languages.  If this hook is not defined, nothing is output for the
!      `#ident'  directive.
  
   -- Macro: OUTPUT_QUOTED_STRING (STREAM, STRING)
       A C statement to output the string STRING to the stdio stream
!      STREAM.  If you do not call the function `output_quoted_string' in
!      your config files, GCC will only call it to output filenames to
!      the assembler source.  So you can use it to canonicalize the format
!      of the filename using this macro.
  
   -- Target Hook: void TARGET_ASM_NAMED_SECTION (const char *NAME,
            unsigned int FLAGS, tree DECL)
       Output assembly directives to switch to section NAME.  The section
       should have attributes as specified by FLAGS, which is a bit mask
!      of the `SECTION_*' flags defined in `output.h'.  If DECL is
!      non-NULL, it is the `VAR_DECL' or `FUNCTION_DECL' with which this
       section is associated.
  
   -- Target Hook: bool TARGET_ASM_ELF_FLAGS_NUMERIC (unsigned int FLAGS,
            unsigned int *NUM)
       This hook can be used to encode ELF section flags for which no
       letter code has been defined in the assembler.  It is called by
!      `default_asm_named_section' whenever the section flags need to be
       emitted in the assembler output.  If the hook returns true, then
       the numerical value for ELF section flags should be calculated from
       FLAGS and saved in *NUM; the value is printed out instead of the
!      normal sequence of letter codes.  If the hook is not defined, or
!      if it returns false, then NUM is ignored and the traditional
!      letter sequence is emitted.
  
   -- Target Hook: section * TARGET_ASM_FUNCTION_SECTION (tree DECL, enum
            node_frequency FREQ, bool STARTUP, bool EXIT)
!      Return preferred text (sub)section for function DECL.  Main
!      purpose of this function is to separate cold, normal and hot
!      functions. STARTUP is true when function is known to be used only
!      at startup (from static constructors or it is `main()').  EXIT is
!      true when function is known to be used only at exit (from static
       destructors).  Return NULL if function should go to default text
       section.
  
*************** This describes the overall framework of
*** 35273,35304 ****
            *FILE, tree DECL, bool NEW_IS_COLD)
       Used by the target to emit any assembler directives or additional
       labels needed when a function is partitioned between different
!      sections.  Output should be written to FILE.  The function decl is
!      available as DECL and the new section is 'cold' if NEW_IS_COLD is
!      'true'.
  
   -- Common Target Hook: bool TARGET_HAVE_NAMED_SECTIONS
       This flag is true if the target supports
!      'TARGET_ASM_NAMED_SECTION'.  It must not be modified by
       command-line option processing.
  
   -- Target Hook: bool TARGET_HAVE_SWITCHABLE_BSS_SECTIONS
       This flag is true if we can create zeroed data by switching to a
!      BSS section and then using 'ASM_OUTPUT_SKIP' to allocate the space.
       This is true on most ELF targets.
  
   -- Target Hook: unsigned int TARGET_SECTION_TYPE_FLAGS (tree DECL,
            const char *NAME, int RELOC)
       Choose a set of section attributes for use by
!      'TARGET_ASM_NAMED_SECTION' based on a variable or function decl, a
       section name, and whether or not the declaration's initializer may
       contain runtime relocations.  DECL may be null, in which case
       read-write data should be assumed.
  
       The default version of this function handles choosing code vs data,
!      read-only vs read-write data, and 'flag_pic'.  You should only need
!      to override this if your target has special flags that might be set
!      via '__attribute__'.
  
   -- Target Hook: int TARGET_ASM_RECORD_GCC_SWITCHES (print_switch_type
            TYPE, const char *TEXT)
--- 35698,35729 ----
            *FILE, tree DECL, bool NEW_IS_COLD)
       Used by the target to emit any assembler directives or additional
       labels needed when a function is partitioned between different
!      sections.  Output should be written to FILE.  The function  decl
!      is available as DECL and the new section is `cold' if  NEW_IS_COLD
!      is `true'.
  
   -- Common Target Hook: bool TARGET_HAVE_NAMED_SECTIONS
       This flag is true if the target supports
!      `TARGET_ASM_NAMED_SECTION'.  It must not be modified by
       command-line option processing.
  
   -- Target Hook: bool TARGET_HAVE_SWITCHABLE_BSS_SECTIONS
       This flag is true if we can create zeroed data by switching to a
!      BSS section and then using `ASM_OUTPUT_SKIP' to allocate the space.
       This is true on most ELF targets.
  
   -- Target Hook: unsigned int TARGET_SECTION_TYPE_FLAGS (tree DECL,
            const char *NAME, int RELOC)
       Choose a set of section attributes for use by
!      `TARGET_ASM_NAMED_SECTION' based on a variable or function decl, a
       section name, and whether or not the declaration's initializer may
       contain runtime relocations.  DECL may be null, in which case
       read-write data should be assumed.
  
       The default version of this function handles choosing code vs data,
!      read-only vs read-write data, and `flag_pic'.  You should only
!      need to override this if your target has special flags that might
!      be set via `__attribute__'.
  
   -- Target Hook: int TARGET_ASM_RECORD_GCC_SWITCHES (print_switch_type
            TYPE, const char *TEXT)
*************** This describes the overall framework of
*** 35307,35338 ****
       are enabled.  The TYPE argument specifies what is being recorded.
       It can take the following values:
  
!      'SWITCH_TYPE_PASSED'
            TEXT is a command line switch that has been set by the user.
  
!      'SWITCH_TYPE_ENABLED'
            TEXT is an option which has been enabled.  This might be as a
            direct result of a command line switch, or because it is
            enabled by default or because it has been enabled as a side
            effect of a different command line switch.  For example, the
!           '-O2' switch enables various different individual optimization
!           passes.
  
!      'SWITCH_TYPE_DESCRIPTIVE'
            TEXT is either NULL or some descriptive text which should be
            ignored.  If TEXT is NULL then it is being used to warn the
            target hook that either recording is starting or ending.  The
            first time TYPE is SWITCH_TYPE_DESCRIPTIVE and TEXT is NULL,
!           the warning is for start up and the second time the warning is
!           for wind down.  This feature is to allow the target hook to
!           make any necessary preparations before it starts to record
            switches and to perform any necessary tidying up after it has
            finished recording switches.
  
!      'SWITCH_TYPE_LINE_START'
            This option can be ignored by this target hook.
  
!      'SWITCH_TYPE_LINE_END'
            This option can be ignored by this target hook.
  
       The hook's return value must be zero.  Other return values may be
--- 35732,35763 ----
       are enabled.  The TYPE argument specifies what is being recorded.
       It can take the following values:
  
!     `SWITCH_TYPE_PASSED'
            TEXT is a command line switch that has been set by the user.
  
!     `SWITCH_TYPE_ENABLED'
            TEXT is an option which has been enabled.  This might be as a
            direct result of a command line switch, or because it is
            enabled by default or because it has been enabled as a side
            effect of a different command line switch.  For example, the
!           `-O2' switch enables various different individual
!           optimization passes.
  
!     `SWITCH_TYPE_DESCRIPTIVE'
            TEXT is either NULL or some descriptive text which should be
            ignored.  If TEXT is NULL then it is being used to warn the
            target hook that either recording is starting or ending.  The
            first time TYPE is SWITCH_TYPE_DESCRIPTIVE and TEXT is NULL,
!           the warning is for start up and the second time the warning
!           is for wind down.  This feature is to allow the target hook
!           to make any necessary preparations before it starts to record
            switches and to perform any necessary tidying up after it has
            finished recording switches.
  
!     `SWITCH_TYPE_LINE_START'
            This option can be ignored by this target hook.
  
!     `SWITCH_TYPE_LINE_END'
            This option can be ignored by this target hook.
  
       The hook's return value must be zero.  Other return values may be
*************** This describes the overall framework of
*** 35343,35353 ****
       it records the switches as ASCII text inside a new, string
       mergeable section in the assembler output file.  The name of the
       new section is provided by the
!      'TARGET_ASM_RECORD_GCC_SWITCHES_SECTION' target hook.
  
   -- Target Hook: const char * TARGET_ASM_RECORD_GCC_SWITCHES_SECTION
       This is the name of the section that will be created by the example
!      ELF implementation of the 'TARGET_ASM_RECORD_GCC_SWITCHES' target
       hook.
  
  
--- 35768,35778 ----
       it records the switches as ASCII text inside a new, string
       mergeable section in the assembler output file.  The name of the
       new section is provided by the
!      `TARGET_ASM_RECORD_GCC_SWITCHES_SECTION' target hook.
  
   -- Target Hook: const char * TARGET_ASM_RECORD_GCC_SWITCHES_SECTION
       This is the name of the section that will be created by the example
!      ELF implementation of the `TARGET_ASM_RECORD_GCC_SWITCHES' target
       hook.
  
  
*************** File: gccint.info,  Node: Data Output,
*** 35366,35375 ****
   -- Target Hook: const char * TARGET_ASM_UNALIGNED_DI_OP
   -- Target Hook: const char * TARGET_ASM_UNALIGNED_TI_OP
       These hooks specify assembly directives for creating certain kinds
!      of integer object.  The 'TARGET_ASM_BYTE_OP' directive creates a
!      byte-sized object, the 'TARGET_ASM_ALIGNED_HI_OP' one creates an
       aligned two-byte object, and so on.  Any of the hooks may be
!      'NULL', indicating that no suitable directive is available.
  
       The compiler will print these strings at the start of a new line,
       followed immediately by the object's initial value.  In most cases,
--- 35791,35800 ----
   -- Target Hook: const char * TARGET_ASM_UNALIGNED_DI_OP
   -- Target Hook: const char * TARGET_ASM_UNALIGNED_TI_OP
       These hooks specify assembly directives for creating certain kinds
!      of integer object.  The `TARGET_ASM_BYTE_OP' directive creates a
!      byte-sized object, the `TARGET_ASM_ALIGNED_HI_OP' one creates an
       aligned two-byte object, and so on.  Any of the hooks may be
!      `NULL', indicating that no suitable directive is available.
  
       The compiler will print these strings at the start of a new line,
       followed immediately by the object's initial value.  In most cases,
*************** File: gccint.info,  Node: Data Output,
*** 35377,35392 ****
  
   -- Target Hook: bool TARGET_ASM_INTEGER (rtx X, unsigned int SIZE, int
            ALIGNED_P)
!      The 'assemble_integer' function uses this hook to output an integer
!      object.  X is the object's value, SIZE is its size in bytes and
!      ALIGNED_P indicates whether it is aligned.  The function should
!      return 'true' if it was able to output the object.  If it returns
!      false, 'assemble_integer' will try to split the object into smaller
!      parts.
  
       The default implementation of this hook will use the
!      'TARGET_ASM_BYTE_OP' family of strings, returning 'false' when the
!      relevant string is 'NULL'.
  
   -- Target Hook: void TARGET_ASM_DECL_END (void)
       Define this hook if the target assembler requires a special marker
--- 35802,35817 ----
  
   -- Target Hook: bool TARGET_ASM_INTEGER (rtx X, unsigned int SIZE, int
            ALIGNED_P)
!      The `assemble_integer' function uses this hook to output an
!      integer object.  X is the object's value, SIZE is its size in
!      bytes and ALIGNED_P indicates whether it is aligned.  The function
!      should return `true' if it was able to output the object.  If it
!      returns false, `assemble_integer' will try to split the object
!      into smaller parts.
  
       The default implementation of this hook will use the
!      `TARGET_ASM_BYTE_OP' family of strings, returning `false' when the
!      relevant string is `NULL'.
  
   -- Target Hook: void TARGET_ASM_DECL_END (void)
       Define this hook if the target assembler requires a special marker
*************** File: gccint.info,  Node: Data Output,
*** 35394,35428 ****
  
   -- Target Hook: bool TARGET_ASM_OUTPUT_ADDR_CONST_EXTRA (FILE *FILE,
            rtx X)
!      A target hook to recognize RTX patterns that 'output_addr_const'
       can't deal with, and output assembly code to FILE corresponding to
       the pattern X.  This may be used to allow machine-dependent
!      'UNSPEC's to appear within constants.
  
       If target hook fails to recognize a pattern, it must return
!      'false', so that a standard error message is printed.  If it prints
!      an error message itself, by calling, for example,
!      'output_operand_lossage', it may just return 'true'.
  
   -- Macro: ASM_OUTPUT_ASCII (STREAM, PTR, LEN)
       A C statement to output to the stdio stream STREAM an assembler
       instruction to assemble a string constant containing the LEN bytes
!      at PTR.  PTR will be a C expression of type 'char *' and LEN a C
!      expression of type 'int'.
  
!      If the assembler has a '.ascii' pseudo-op as found in the Berkeley
!      Unix assembler, do not define the macro 'ASM_OUTPUT_ASCII'.
  
   -- Macro: ASM_OUTPUT_FDESC (STREAM, DECL, N)
       A C statement to output word N of a function descriptor for DECL.
!      This must be defined if 'TARGET_VTABLE_USES_DESCRIPTORS' is
       defined, and is otherwise unused.
  
   -- Macro: CONSTANT_POOL_BEFORE_FUNCTION
       You may define this macro as a C expression.  You should define the
       expression to have a nonzero value if GCC should output the
!      constant pool for a function before the code for the function, or a
!      zero value if GCC should output the constant pool after the
       function.  If you do not define this macro, the usual case, GCC
       will output the constant pool before the function.
  
--- 35819,35853 ----
  
   -- Target Hook: bool TARGET_ASM_OUTPUT_ADDR_CONST_EXTRA (FILE *FILE,
            rtx X)
!      A target hook to recognize RTX patterns that `output_addr_const'
       can't deal with, and output assembly code to FILE corresponding to
       the pattern X.  This may be used to allow machine-dependent
!      `UNSPEC's to appear within constants.
  
       If target hook fails to recognize a pattern, it must return
!      `false', so that a standard error message is printed.  If it
!      prints an error message itself, by calling, for example,
!      `output_operand_lossage', it may just return `true'.
  
   -- Macro: ASM_OUTPUT_ASCII (STREAM, PTR, LEN)
       A C statement to output to the stdio stream STREAM an assembler
       instruction to assemble a string constant containing the LEN bytes
!      at PTR.  PTR will be a C expression of type `char *' and LEN a C
!      expression of type `int'.
  
!      If the assembler has a `.ascii' pseudo-op as found in the Berkeley
!      Unix assembler, do not define the macro `ASM_OUTPUT_ASCII'.
  
   -- Macro: ASM_OUTPUT_FDESC (STREAM, DECL, N)
       A C statement to output word N of a function descriptor for DECL.
!      This must be defined if `TARGET_VTABLE_USES_DESCRIPTORS' is
       defined, and is otherwise unused.
  
   -- Macro: CONSTANT_POOL_BEFORE_FUNCTION
       You may define this macro as a C expression.  You should define the
       expression to have a nonzero value if GCC should output the
!      constant pool for a function before the code for the function, or
!      a zero value if GCC should output the constant pool after the
       function.  If you do not define this macro, the usual case, GCC
       will output the constant pool before the function.
  
*************** File: gccint.info,  Node: Data Output,
*** 35437,35451 ****
       If no constant-pool prefix is required, the usual case, this macro
       need not be defined.
  
!  -- Macro: ASM_OUTPUT_SPECIAL_POOL_ENTRY (FILE, X, MODE, ALIGN, LABELNO,
!           JUMPTO)
       A C statement (with or without semicolon) to output a constant in
!      the constant pool, if it needs special treatment.  (This macro need
!      not do anything for RTL expressions that can be output normally.)
  
       The argument FILE is the standard I/O stream to output the
       assembler code on.  X is the RTL expression for the constant to
!      output, and MODE is the machine mode (in case X is a 'const_int').
       ALIGN is the required alignment for the value X; you should output
       an assembler directive to force this much alignment.
  
--- 35862,35877 ----
       If no constant-pool prefix is required, the usual case, this macro
       need not be defined.
  
!  -- Macro: ASM_OUTPUT_SPECIAL_POOL_ENTRY (FILE, X, MODE, ALIGN,
!           LABELNO, JUMPTO)
       A C statement (with or without semicolon) to output a constant in
!      the constant pool, if it needs special treatment.  (This macro
!      need not do anything for RTL expressions that can be output
!      normally.)
  
       The argument FILE is the standard I/O stream to output the
       assembler code on.  X is the RTL expression for the constant to
!      output, and MODE is the machine mode (in case X is a `const_int').
       ALIGN is the required alignment for the value X; you should output
       an assembler directive to force this much alignment.
  
*************** File: gccint.info,  Node: Data Output,
*** 35454,35463 ****
       responsible for outputting the label definition at the proper
       place.  Here is how to do this:
  
!           (*targetm.asm_out.internal_label) (FILE, "LC", LABELNO);
  
       When you output a pool entry specially, you should end with a
!      'goto' to the label JUMPTO.  This will prevent the same pool entry
       from being output a second time in the usual manner.
  
       You need not define this macro if it would do nothing.
--- 35880,35889 ----
       responsible for outputting the label definition at the proper
       place.  Here is how to do this:
  
!           `(*targetm.asm_out.internal_label)' (FILE, "LC", LABELNO);
  
       When you output a pool entry specially, you should end with a
!      `goto' to the label JUMPTO.  This will prevent the same pool entry
       from being output a second time in the usual manner.
  
       You need not define this macro if it would do nothing.
*************** File: gccint.info,  Node: Data Output,
*** 35480,35496 ****
       line separator uses multiple characters.
  
       If you do not define this macro, the default is that only the
!      character ';' is treated as a logical line separator.
  
   -- Target Hook: const char * TARGET_ASM_OPEN_PAREN
   -- Target Hook: const char * TARGET_ASM_CLOSE_PAREN
!      These target hooks are C string constants, describing the syntax in
!      the assembler for grouping arithmetic expressions.  If not
       overridden, they default to normal parentheses, which is correct
       for most assemblers.
  
!  These macros are provided by 'real.h' for writing the definitions of
! 'ASM_OUTPUT_DOUBLE' and the like:
  
   -- Macro: REAL_VALUE_TO_TARGET_SINGLE (X, L)
   -- Macro: REAL_VALUE_TO_TARGET_DOUBLE (X, L)
--- 35906,35922 ----
       line separator uses multiple characters.
  
       If you do not define this macro, the default is that only the
!      character `;' is treated as a logical line separator.
  
   -- Target Hook: const char * TARGET_ASM_OPEN_PAREN
   -- Target Hook: const char * TARGET_ASM_CLOSE_PAREN
!      These target hooks are C string constants, describing the syntax
!      in the assembler for grouping arithmetic expressions.  If not
       overridden, they default to normal parentheses, which is correct
       for most assemblers.
  
!  These macros are provided by `real.h' for writing the definitions of
! `ASM_OUTPUT_DOUBLE' and the like:
  
   -- Macro: REAL_VALUE_TO_TARGET_SINGLE (X, L)
   -- Macro: REAL_VALUE_TO_TARGET_DOUBLE (X, L)
*************** File: gccint.info,  Node: Data Output,
*** 35498,35516 ****
   -- Macro: REAL_VALUE_TO_TARGET_DECIMAL32 (X, L)
   -- Macro: REAL_VALUE_TO_TARGET_DECIMAL64 (X, L)
   -- Macro: REAL_VALUE_TO_TARGET_DECIMAL128 (X, L)
!      These translate X, of type 'REAL_VALUE_TYPE', to the target's
       floating point representation, and store its bit pattern in the
!      variable L.  For 'REAL_VALUE_TO_TARGET_SINGLE' and
!      'REAL_VALUE_TO_TARGET_DECIMAL32', this variable should be a simple
!      'long int'.  For the others, it should be an array of 'long int'.
       The number of elements in this array is determined by the size of
       the desired target floating point data type: 32 bits of it go in
!      each 'long int' array element.  Each array element holds 32 bits of
!      the result, even if 'long int' is wider than 32 bits on the host
!      machine.
  
       The array element values are designed so that you can print them
!      out using 'fprintf' in the order they should appear in the target
       machine's memory.
  
  
--- 35924,35942 ----
   -- Macro: REAL_VALUE_TO_TARGET_DECIMAL32 (X, L)
   -- Macro: REAL_VALUE_TO_TARGET_DECIMAL64 (X, L)
   -- Macro: REAL_VALUE_TO_TARGET_DECIMAL128 (X, L)
!      These translate X, of type `REAL_VALUE_TYPE', to the target's
       floating point representation, and store its bit pattern in the
!      variable L.  For `REAL_VALUE_TO_TARGET_SINGLE' and
!      `REAL_VALUE_TO_TARGET_DECIMAL32', this variable should be a simple
!      `long int'.  For the others, it should be an array of `long int'.
       The number of elements in this array is determined by the size of
       the desired target floating point data type: 32 bits of it go in
!      each `long int' array element.  Each array element holds 32 bits
!      of the result, even if `long int' is wider than 32 bits on the
!      host machine.
  
       The array element values are designed so that you can print them
!      out using `fprintf' in the order they should appear in the target
       machine's memory.
  
  
*************** Each of the macros in this section is us
*** 35523,35533 ****
  outputting a single uninitialized variable.
  
   -- Macro: ASM_OUTPUT_COMMON (STREAM, NAME, SIZE, ROUNDED)
!      A C statement (sans semicolon) to output to the stdio stream STREAM
!      the assembler definition of a common-label named NAME whose size is
!      SIZE bytes.  The variable ROUNDED is the size rounded up to
!      whatever alignment the caller wants.  It is possible that SIZE may
!      be zero, for instance if a struct with no other member than a
       zero-length array is defined.  In this case, the backend must
       output a symbol definition that allocates at least one byte, both
       so that the address of the resulting object does not compare equal
--- 35949,35959 ----
  outputting a single uninitialized variable.
  
   -- Macro: ASM_OUTPUT_COMMON (STREAM, NAME, SIZE, ROUNDED)
!      A C statement (sans semicolon) to output to the stdio stream
!      STREAM the assembler definition of a common-label named NAME whose
!      size is SIZE bytes.  The variable ROUNDED is the size rounded up
!      to whatever alignment the caller wants.  It is possible that SIZE
!      may be zero, for instance if a struct with no other member than a
       zero-length array is defined.  In this case, the backend must
       output a symbol definition that allocates at least one byte, both
       so that the address of the resulting object does not compare equal
*************** outputting a single uninitialized variab
*** 35535,35615 ****
       the concept of a zero-sized common symbol, as that is how they
       represent an ordinary undefined external.
  
!      Use the expression 'assemble_name (STREAM, NAME)' to output the
!      name itself; before and after that, output the additional assembler
!      syntax for defining the name, and a newline.
  
       This macro controls how the assembler definitions of uninitialized
       common global variables are output.
  
   -- Macro: ASM_OUTPUT_ALIGNED_COMMON (STREAM, NAME, SIZE, ALIGNMENT)
!      Like 'ASM_OUTPUT_COMMON' except takes the required alignment as a
       separate, explicit argument.  If you define this macro, it is used
!      in place of 'ASM_OUTPUT_COMMON', and gives you more flexibility in
       handling the required alignment of the variable.  The alignment is
       specified as the number of bits.
  
   -- Macro: ASM_OUTPUT_ALIGNED_DECL_COMMON (STREAM, DECL, NAME, SIZE,
            ALIGNMENT)
!      Like 'ASM_OUTPUT_ALIGNED_COMMON' except that DECL of the variable
!      to be output, if there is one, or 'NULL_TREE' if there is no
       corresponding variable.  If you define this macro, GCC will use it
!      in place of both 'ASM_OUTPUT_COMMON' and
!      'ASM_OUTPUT_ALIGNED_COMMON'.  Define this macro when you need to
       see the variable's decl in order to chose what to output.
  
   -- Macro: ASM_OUTPUT_ALIGNED_BSS (STREAM, DECL, NAME, SIZE, ALIGNMENT)
!      A C statement (sans semicolon) to output to the stdio stream STREAM
!      the assembler definition of uninitialized global DECL named NAME
!      whose size is SIZE bytes.  The variable ALIGNMENT is the alignment
!      specified as the number of bits.
  
!      Try to use function 'asm_output_aligned_bss' defined in file
!      'varasm.c' when defining this macro.  If unable, use the expression
!      'assemble_name (STREAM, NAME)' to output the name itself; before
       and after that, output the additional assembler syntax for defining
       the name, and a newline.
  
       There are two ways of handling global BSS.  One is to define this
!      macro.  The other is to have 'TARGET_ASM_SELECT_SECTION' return a
       switchable BSS section (*note
       TARGET_HAVE_SWITCHABLE_BSS_SECTIONS::).  You do not need to do
       both.
  
!      Some languages do not have 'common' data, and require a non-common
       form of global BSS in order to handle uninitialized globals
       efficiently.  C++ is one example of this.  However, if the target
       does not support global BSS, the front end may choose to make
       globals common in order to save space in the object file.
  
   -- Macro: ASM_OUTPUT_LOCAL (STREAM, NAME, SIZE, ROUNDED)
!      A C statement (sans semicolon) to output to the stdio stream STREAM
!      the assembler definition of a local-common-label named NAME whose
!      size is SIZE bytes.  The variable ROUNDED is the size rounded up to
!      whatever alignment the caller wants.
  
!      Use the expression 'assemble_name (STREAM, NAME)' to output the
!      name itself; before and after that, output the additional assembler
!      syntax for defining the name, and a newline.
  
       This macro controls how the assembler definitions of uninitialized
       static variables are output.
  
   -- Macro: ASM_OUTPUT_ALIGNED_LOCAL (STREAM, NAME, SIZE, ALIGNMENT)
!      Like 'ASM_OUTPUT_LOCAL' except takes the required alignment as a
       separate, explicit argument.  If you define this macro, it is used
!      in place of 'ASM_OUTPUT_LOCAL', and gives you more flexibility in
       handling the required alignment of the variable.  The alignment is
       specified as the number of bits.
  
   -- Macro: ASM_OUTPUT_ALIGNED_DECL_LOCAL (STREAM, DECL, NAME, SIZE,
            ALIGNMENT)
!      Like 'ASM_OUTPUT_ALIGNED_DECL' except that DECL of the variable to
!      be output, if there is one, or 'NULL_TREE' if there is no
       corresponding variable.  If you define this macro, GCC will use it
!      in place of both 'ASM_OUTPUT_DECL' and 'ASM_OUTPUT_ALIGNED_DECL'.
!      Define this macro when you need to see the variable's decl in order
!      to chose what to output.
  
  
  File: gccint.info,  Node: Label Output,  Next: Initialization,  Prev: Uninitialized Data,  Up: Assembler Format
--- 35961,36041 ----
       the concept of a zero-sized common symbol, as that is how they
       represent an ordinary undefined external.
  
!      Use the expression `assemble_name (STREAM, NAME)' to output the
!      name itself; before and after that, output the additional
!      assembler syntax for defining the name, and a newline.
  
       This macro controls how the assembler definitions of uninitialized
       common global variables are output.
  
   -- Macro: ASM_OUTPUT_ALIGNED_COMMON (STREAM, NAME, SIZE, ALIGNMENT)
!      Like `ASM_OUTPUT_COMMON' except takes the required alignment as a
       separate, explicit argument.  If you define this macro, it is used
!      in place of `ASM_OUTPUT_COMMON', and gives you more flexibility in
       handling the required alignment of the variable.  The alignment is
       specified as the number of bits.
  
   -- Macro: ASM_OUTPUT_ALIGNED_DECL_COMMON (STREAM, DECL, NAME, SIZE,
            ALIGNMENT)
!      Like `ASM_OUTPUT_ALIGNED_COMMON' except that DECL of the variable
!      to be output, if there is one, or `NULL_TREE' if there is no
       corresponding variable.  If you define this macro, GCC will use it
!      in place of both `ASM_OUTPUT_COMMON' and
!      `ASM_OUTPUT_ALIGNED_COMMON'.  Define this macro when you need to
       see the variable's decl in order to chose what to output.
  
   -- Macro: ASM_OUTPUT_ALIGNED_BSS (STREAM, DECL, NAME, SIZE, ALIGNMENT)
!      A C statement (sans semicolon) to output to the stdio stream
!      STREAM the assembler definition of uninitialized global DECL named
!      NAME whose size is SIZE bytes.  The variable ALIGNMENT is the
!      alignment specified as the number of bits.
  
!      Try to use function `asm_output_aligned_bss' defined in file
!      `varasm.c' when defining this macro.  If unable, use the expression
!      `assemble_name (STREAM, NAME)' to output the name itself; before
       and after that, output the additional assembler syntax for defining
       the name, and a newline.
  
       There are two ways of handling global BSS.  One is to define this
!      macro.  The other is to have `TARGET_ASM_SELECT_SECTION' return a
       switchable BSS section (*note
       TARGET_HAVE_SWITCHABLE_BSS_SECTIONS::).  You do not need to do
       both.
  
!      Some languages do not have `common' data, and require a non-common
       form of global BSS in order to handle uninitialized globals
       efficiently.  C++ is one example of this.  However, if the target
       does not support global BSS, the front end may choose to make
       globals common in order to save space in the object file.
  
   -- Macro: ASM_OUTPUT_LOCAL (STREAM, NAME, SIZE, ROUNDED)
!      A C statement (sans semicolon) to output to the stdio stream
!      STREAM the assembler definition of a local-common-label named NAME
!      whose size is SIZE bytes.  The variable ROUNDED is the size
!      rounded up to whatever alignment the caller wants.
  
!      Use the expression `assemble_name (STREAM, NAME)' to output the
!      name itself; before and after that, output the additional
!      assembler syntax for defining the name, and a newline.
  
       This macro controls how the assembler definitions of uninitialized
       static variables are output.
  
   -- Macro: ASM_OUTPUT_ALIGNED_LOCAL (STREAM, NAME, SIZE, ALIGNMENT)
!      Like `ASM_OUTPUT_LOCAL' except takes the required alignment as a
       separate, explicit argument.  If you define this macro, it is used
!      in place of `ASM_OUTPUT_LOCAL', and gives you more flexibility in
       handling the required alignment of the variable.  The alignment is
       specified as the number of bits.
  
   -- Macro: ASM_OUTPUT_ALIGNED_DECL_LOCAL (STREAM, DECL, NAME, SIZE,
            ALIGNMENT)
!      Like `ASM_OUTPUT_ALIGNED_DECL' except that DECL of the variable to
!      be output, if there is one, or `NULL_TREE' if there is no
       corresponding variable.  If you define this macro, GCC will use it
!      in place of both `ASM_OUTPUT_DECL' and `ASM_OUTPUT_ALIGNED_DECL'.
!      Define this macro when you need to see the variable's decl in
!      order to chose what to output.
  
  
  File: gccint.info,  Node: Label Output,  Next: Initialization,  Prev: Uninitialized Data,  Up: Assembler Format
*************** File: gccint.info,  Node: Label Output,
*** 35620,35902 ****
  This is about outputting labels.
  
   -- Macro: ASM_OUTPUT_LABEL (STREAM, NAME)
!      A C statement (sans semicolon) to output to the stdio stream STREAM
!      the assembler definition of a label named NAME.  Use the expression
!      'assemble_name (STREAM, NAME)' to output the name itself; before
!      and after that, output the additional assembler syntax for defining
!      the name, and a newline.  A default definition of this macro is
!      provided which is correct for most systems.
! 
!  -- Macro: ASM_OUTPUT_FUNCTION_LABEL (STREAM, NAME, DECL)
!      A C statement (sans semicolon) to output to the stdio stream STREAM
!      the assembler definition of a label named NAME of a function.  Use
!      the expression 'assemble_name (STREAM, NAME)' to output the name
       itself; before and after that, output the additional assembler
       syntax for defining the name, and a newline.  A default definition
       of this macro is provided which is correct for most systems.
  
       If this macro is not defined, then the function name is defined in
!      the usual manner as a label (by means of 'ASM_OUTPUT_LABEL').
  
   -- Macro: ASM_OUTPUT_INTERNAL_LABEL (STREAM, NAME)
!      Identical to 'ASM_OUTPUT_LABEL', except that NAME is known to refer
!      to a compiler-generated label.  The default definition uses
!      'assemble_name_raw', which is like 'assemble_name' except that it
       is more efficient.
  
   -- Macro: SIZE_ASM_OP
       A C string containing the appropriate assembler directive to
       specify the size of a symbol, without any arguments.  On systems
!      that use ELF, the default (in 'config/elfos.h') is '"\t.size\t"';
       on other systems, the default is not to define this macro.
  
       Define this macro only if it is correct to use the default
!      definitions of 'ASM_OUTPUT_SIZE_DIRECTIVE' and
!      'ASM_OUTPUT_MEASURED_SIZE' for your system.  If you need your own
       custom definitions of those macros, or if you do not need explicit
       symbol sizes at all, do not define this macro.
  
   -- Macro: ASM_OUTPUT_SIZE_DIRECTIVE (STREAM, NAME, SIZE)
!      A C statement (sans semicolon) to output to the stdio stream STREAM
!      a directive telling the assembler that the size of the symbol NAME
!      is SIZE.  SIZE is a 'HOST_WIDE_INT'.  If you define 'SIZE_ASM_OP',
!      a default definition of this macro is provided.
  
   -- Macro: ASM_OUTPUT_MEASURED_SIZE (STREAM, NAME)
!      A C statement (sans semicolon) to output to the stdio stream STREAM
!      a directive telling the assembler to calculate the size of the
!      symbol NAME by subtracting its address from the current address.
  
!      If you define 'SIZE_ASM_OP', a default definition of this macro is
       provided.  The default assumes that the assembler recognizes a
!      special '.' symbol as referring to the current address, and can
       calculate the difference between this and another symbol.  If your
!      assembler does not recognize '.' or cannot do calculations with it,
!      you will need to redefine 'ASM_OUTPUT_MEASURED_SIZE' to use some
!      other technique.
  
   -- Macro: NO_DOLLAR_IN_LABEL
       Define this macro if the assembler does not accept the character
!      '$' in label names.  By default constructors and destructors in G++
!      have '$' in the identifiers.  If this macro is defined, '.' is used
!      instead.
  
   -- Macro: NO_DOT_IN_LABEL
       Define this macro if the assembler does not accept the character
!      '.' in label names.  By default constructors and destructors in G++
!      have names that use '.'.  If this macro is defined, these names are
!      rewritten to avoid '.'.
  
   -- Macro: TYPE_ASM_OP
       A C string containing the appropriate assembler directive to
       specify the type of a symbol, without any arguments.  On systems
!      that use ELF, the default (in 'config/elfos.h') is '"\t.type\t"';
       on other systems, the default is not to define this macro.
  
       Define this macro only if it is correct to use the default
!      definition of 'ASM_OUTPUT_TYPE_DIRECTIVE' for your system.  If you
       need your own custom definition of this macro, or if you do not
       need explicit symbol types at all, do not define this macro.
  
   -- Macro: TYPE_OPERAND_FMT
!      A C string which specifies (using 'printf' syntax) the format of
!      the second operand to 'TYPE_ASM_OP'.  On systems that use ELF, the
!      default (in 'config/elfos.h') is '"@%s"'; on other systems, the
       default is not to define this macro.
  
       Define this macro only if it is correct to use the default
!      definition of 'ASM_OUTPUT_TYPE_DIRECTIVE' for your system.  If you
       need your own custom definition of this macro, or if you do not
       need explicit symbol types at all, do not define this macro.
  
   -- Macro: ASM_OUTPUT_TYPE_DIRECTIVE (STREAM, TYPE)
!      A C statement (sans semicolon) to output to the stdio stream STREAM
!      a directive telling the assembler that the type of the symbol NAME
!      is TYPE.  TYPE is a C string; currently, that string is always
!      either '"function"' or '"object"', but you should not count on
!      this.
  
!      If you define 'TYPE_ASM_OP' and 'TYPE_OPERAND_FMT', a default
       definition of this macro is provided.
  
   -- Macro: ASM_DECLARE_FUNCTION_NAME (STREAM, NAME, DECL)
!      A C statement (sans semicolon) to output to the stdio stream STREAM
!      any text necessary for declaring the name NAME of a function which
!      is being defined.  This macro is responsible for outputting the
!      label definition (perhaps using 'ASM_OUTPUT_FUNCTION_LABEL').  The
!      argument DECL is the 'FUNCTION_DECL' tree node representing the
!      function.
  
       If this macro is not defined, then the function name is defined in
       the usual manner as a label (by means of
!      'ASM_OUTPUT_FUNCTION_LABEL').
  
!      You may wish to use 'ASM_OUTPUT_TYPE_DIRECTIVE' in the definition
       of this macro.
  
   -- Macro: ASM_DECLARE_FUNCTION_SIZE (STREAM, NAME, DECL)
!      A C statement (sans semicolon) to output to the stdio stream STREAM
!      any text necessary for declaring the size of a function which is
!      being defined.  The argument NAME is the name of the function.  The
!      argument DECL is the 'FUNCTION_DECL' tree node representing the
!      function.
  
       If this macro is not defined, then the function size is not
       defined.
  
!      You may wish to use 'ASM_OUTPUT_MEASURED_SIZE' in the definition of
!      this macro.
  
   -- Macro: ASM_DECLARE_COLD_FUNCTION_NAME (STREAM, NAME, DECL)
!      A C statement (sans semicolon) to output to the stdio stream STREAM
!      any text necessary for declaring the name NAME of a cold function
!      partition which is being defined.  This macro is responsible for
!      outputting the label definition (perhaps using
!      'ASM_OUTPUT_FUNCTION_LABEL').  The argument DECL is the
!      'FUNCTION_DECL' tree node representing the function.
  
       If this macro is not defined, then the cold partition name is
       defined in the usual manner as a label (by means of
!      'ASM_OUTPUT_LABEL').
  
!      You may wish to use 'ASM_OUTPUT_TYPE_DIRECTIVE' in the definition
       of this macro.
  
   -- Macro: ASM_DECLARE_COLD_FUNCTION_SIZE (STREAM, NAME, DECL)
!      A C statement (sans semicolon) to output to the stdio stream STREAM
!      any text necessary for declaring the size of a cold function
!      partition which is being defined.  The argument NAME is the name of
!      the cold partition of the function.  The argument DECL is the
!      'FUNCTION_DECL' tree node representing the function.
  
       If this macro is not defined, then the partition size is not
       defined.
  
!      You may wish to use 'ASM_OUTPUT_MEASURED_SIZE' in the definition of
!      this macro.
  
   -- Macro: ASM_DECLARE_OBJECT_NAME (STREAM, NAME, DECL)
!      A C statement (sans semicolon) to output to the stdio stream STREAM
!      any text necessary for declaring the name NAME of an initialized
!      variable which is being defined.  This macro must output the label
!      definition (perhaps using 'ASM_OUTPUT_LABEL').  The argument DECL
!      is the 'VAR_DECL' tree node representing the variable.
  
       If this macro is not defined, then the variable name is defined in
!      the usual manner as a label (by means of 'ASM_OUTPUT_LABEL').
  
!      You may wish to use 'ASM_OUTPUT_TYPE_DIRECTIVE' and/or
!      'ASM_OUTPUT_SIZE_DIRECTIVE' in the definition of this macro.
  
   -- Target Hook: void TARGET_ASM_DECLARE_CONSTANT_NAME (FILE *FILE,
            const char *NAME, const_tree EXPR, HOST_WIDE_INT SIZE)
       A target hook to output to the stdio stream FILE any text necessary
       for declaring the name NAME of a constant which is being defined.
!      This target hook is responsible for outputting the label definition
!      (perhaps using 'assemble_label').  The argument EXP is the value of
!      the constant, and SIZE is the size of the constant in bytes.  The
!      NAME will be an internal label.
  
       The default version of this target hook, define the NAME in the
!      usual manner as a label (by means of 'assemble_label').
  
!      You may wish to use 'ASM_OUTPUT_TYPE_DIRECTIVE' in this target
       hook.
  
   -- Macro: ASM_DECLARE_REGISTER_GLOBAL (STREAM, DECL, REGNO, NAME)
!      A C statement (sans semicolon) to output to the stdio stream STREAM
!      any text necessary for claiming a register REGNO for a global
!      variable DECL with name NAME.
  
       If you don't define this macro, that is equivalent to defining it
       to do nothing.
  
   -- Macro: ASM_FINISH_DECLARE_OBJECT (STREAM, DECL, TOPLEVEL, ATEND)
       A C statement (sans semicolon) to finish up declaring a variable
!      name once the compiler has processed its initializer fully and thus
!      has had a chance to determine the size of an array when controlled
!      by an initializer.  This is used on systems where it's necessary to
!      declare something about the size of the object.
  
       If you don't define this macro, that is equivalent to defining it
       to do nothing.
  
!      You may wish to use 'ASM_OUTPUT_SIZE_DIRECTIVE' and/or
!      'ASM_OUTPUT_MEASURED_SIZE' in the definition of this macro.
  
   -- Target Hook: void TARGET_ASM_GLOBALIZE_LABEL (FILE *STREAM, const
            char *NAME)
!      This target hook is a function to output to the stdio stream STREAM
!      some commands that will make the label NAME global; that is,
!      available for reference from other files.
  
       The default implementation relies on a proper definition of
!      'GLOBAL_ASM_OP'.
  
!  -- Target Hook: void TARGET_ASM_GLOBALIZE_DECL_NAME (FILE *STREAM, tree
!           DECL)
!      This target hook is a function to output to the stdio stream STREAM
!      some commands that will make the name associated with DECL global;
!      that is, available for reference from other files.
  
       The default implementation uses the TARGET_ASM_GLOBALIZE_LABEL
       target hook.
  
   -- Target Hook: void TARGET_ASM_ASSEMBLE_UNDEFINED_DECL (FILE *STREAM,
            const char *NAME, const_tree DECL)
!      This target hook is a function to output to the stdio stream STREAM
!      some commands that will declare the name associated with DECL which
!      is not defined in the current translation unit.  Most assemblers do
!      not require anything to be output in this case.
  
   -- Macro: ASM_WEAKEN_LABEL (STREAM, NAME)
!      A C statement (sans semicolon) to output to the stdio stream STREAM
!      some commands that will make the label NAME weak; that is,
       available for reference from other files but only used if no other
!      definition is available.  Use the expression 'assemble_name
       (STREAM, NAME)' to output the name itself; before and after that,
       output the additional assembler syntax for making that name weak,
       and a newline.
  
!      If you don't define this macro or 'ASM_WEAKEN_DECL', GCC will not
!      support weak symbols and you should not define the 'SUPPORTS_WEAK'
       macro.
  
   -- Macro: ASM_WEAKEN_DECL (STREAM, DECL, NAME, VALUE)
!      Combines (and replaces) the function of 'ASM_WEAKEN_LABEL' and
!      'ASM_OUTPUT_WEAK_ALIAS', allowing access to the associated function
!      or variable decl.  If VALUE is not 'NULL', this C statement should
       output to the stdio stream STREAM assembler code which defines
       (equates) the weak symbol NAME to have the value VALUE.  If VALUE
!      is 'NULL', it should output commands to make NAME weak.
  
   -- Macro: ASM_OUTPUT_WEAKREF (STREAM, DECL, NAME, VALUE)
!      Outputs a directive that enables NAME to be used to refer to symbol
!      VALUE with weak-symbol semantics.  'decl' is the declaration of
!      'name'.
  
   -- Macro: SUPPORTS_WEAK
       A preprocessor constant expression which evaluates to true if the
       target supports weak symbols.
  
!      If you don't define this macro, 'defaults.h' provides a default
!      definition.  If either 'ASM_WEAKEN_LABEL' or 'ASM_WEAKEN_DECL' is
!      defined, the default definition is '1'; otherwise, it is '0'.
  
   -- Macro: TARGET_SUPPORTS_WEAK
       A C expression which evaluates to true if the target supports weak
       symbols.
  
!      If you don't define this macro, 'defaults.h' provides a default
!      definition.  The default definition is '(SUPPORTS_WEAK)'.  Define
       this macro if you want to control weak symbol support with a
!      compiler flag such as '-melf'.
  
   -- Macro: MAKE_DECL_ONE_ONLY (DECL)
       A C statement (sans semicolon) to mark DECL to be emitted as a
       public symbol such that extra copies in multiple translation units
       will be discarded by the linker.  Define this macro if your object
!      file format provides support for this concept, such as the 'COMDAT'
       section flags in the Microsoft Windows PE/COFF format, and this
       support requires changes to DECL, such as putting it in a separate
       section.
--- 36046,36331 ----
  This is about outputting labels.
  
   -- Macro: ASM_OUTPUT_LABEL (STREAM, NAME)
!      A C statement (sans semicolon) to output to the stdio stream
!      STREAM the assembler definition of a label named NAME.  Use the
!      expression `assemble_name (STREAM, NAME)' to output the name
       itself; before and after that, output the additional assembler
       syntax for defining the name, and a newline.  A default definition
       of this macro is provided which is correct for most systems.
  
+  -- Macro: ASM_OUTPUT_FUNCTION_LABEL (STREAM, NAME, DECL)
+      A C statement (sans semicolon) to output to the stdio stream
+      STREAM the assembler definition of a label named NAME of a
+      function.  Use the expression `assemble_name (STREAM, NAME)' to
+      output the name itself; before and after that, output the
+      additional assembler syntax for defining the name, and a newline.
+      A default definition of this macro is provided which is correct
+      for most systems.
+ 
       If this macro is not defined, then the function name is defined in
!      the usual manner as a label (by means of `ASM_OUTPUT_LABEL').
  
   -- Macro: ASM_OUTPUT_INTERNAL_LABEL (STREAM, NAME)
!      Identical to `ASM_OUTPUT_LABEL', except that NAME is known to
!      refer to a compiler-generated label.  The default definition uses
!      `assemble_name_raw', which is like `assemble_name' except that it
       is more efficient.
  
   -- Macro: SIZE_ASM_OP
       A C string containing the appropriate assembler directive to
       specify the size of a symbol, without any arguments.  On systems
!      that use ELF, the default (in `config/elfos.h') is `"\t.size\t"';
       on other systems, the default is not to define this macro.
  
       Define this macro only if it is correct to use the default
!      definitions of `ASM_OUTPUT_SIZE_DIRECTIVE' and
!      `ASM_OUTPUT_MEASURED_SIZE' for your system.  If you need your own
       custom definitions of those macros, or if you do not need explicit
       symbol sizes at all, do not define this macro.
  
   -- Macro: ASM_OUTPUT_SIZE_DIRECTIVE (STREAM, NAME, SIZE)
!      A C statement (sans semicolon) to output to the stdio stream
!      STREAM a directive telling the assembler that the size of the
!      symbol NAME is SIZE.  SIZE is a `HOST_WIDE_INT'.  If you define
!      `SIZE_ASM_OP', a default definition of this macro is provided.
  
   -- Macro: ASM_OUTPUT_MEASURED_SIZE (STREAM, NAME)
!      A C statement (sans semicolon) to output to the stdio stream
!      STREAM a directive telling the assembler to calculate the size of
!      the symbol NAME by subtracting its address from the current
!      address.
  
!      If you define `SIZE_ASM_OP', a default definition of this macro is
       provided.  The default assumes that the assembler recognizes a
!      special `.' symbol as referring to the current address, and can
       calculate the difference between this and another symbol.  If your
!      assembler does not recognize `.' or cannot do calculations with
!      it, you will need to redefine `ASM_OUTPUT_MEASURED_SIZE' to use
!      some other technique.
  
   -- Macro: NO_DOLLAR_IN_LABEL
       Define this macro if the assembler does not accept the character
!      `$' in label names.  By default constructors and destructors in
!      G++ have `$' in the identifiers.  If this macro is defined, `.' is
!      used instead.
  
   -- Macro: NO_DOT_IN_LABEL
       Define this macro if the assembler does not accept the character
!      `.' in label names.  By default constructors and destructors in G++
!      have names that use `.'.  If this macro is defined, these names
!      are rewritten to avoid `.'.
  
   -- Macro: TYPE_ASM_OP
       A C string containing the appropriate assembler directive to
       specify the type of a symbol, without any arguments.  On systems
!      that use ELF, the default (in `config/elfos.h') is `"\t.type\t"';
       on other systems, the default is not to define this macro.
  
       Define this macro only if it is correct to use the default
!      definition of `ASM_OUTPUT_TYPE_DIRECTIVE' for your system.  If you
       need your own custom definition of this macro, or if you do not
       need explicit symbol types at all, do not define this macro.
  
   -- Macro: TYPE_OPERAND_FMT
!      A C string which specifies (using `printf' syntax) the format of
!      the second operand to `TYPE_ASM_OP'.  On systems that use ELF, the
!      default (in `config/elfos.h') is `"@%s"'; on other systems, the
       default is not to define this macro.
  
       Define this macro only if it is correct to use the default
!      definition of `ASM_OUTPUT_TYPE_DIRECTIVE' for your system.  If you
       need your own custom definition of this macro, or if you do not
       need explicit symbol types at all, do not define this macro.
  
   -- Macro: ASM_OUTPUT_TYPE_DIRECTIVE (STREAM, TYPE)
!      A C statement (sans semicolon) to output to the stdio stream
!      STREAM a directive telling the assembler that the type of the
!      symbol NAME is TYPE.  TYPE is a C string; currently, that string
!      is always either `"function"' or `"object"', but you should not
!      count on this.
  
!      If you define `TYPE_ASM_OP' and `TYPE_OPERAND_FMT', a default
       definition of this macro is provided.
  
   -- Macro: ASM_DECLARE_FUNCTION_NAME (STREAM, NAME, DECL)
!      A C statement (sans semicolon) to output to the stdio stream
!      STREAM any text necessary for declaring the name NAME of a
!      function which is being defined.  This macro is responsible for
!      outputting the label definition (perhaps using
!      `ASM_OUTPUT_FUNCTION_LABEL').  The argument DECL is the
!      `FUNCTION_DECL' tree node representing the function.
  
       If this macro is not defined, then the function name is defined in
       the usual manner as a label (by means of
!      `ASM_OUTPUT_FUNCTION_LABEL').
  
!      You may wish to use `ASM_OUTPUT_TYPE_DIRECTIVE' in the definition
       of this macro.
  
   -- Macro: ASM_DECLARE_FUNCTION_SIZE (STREAM, NAME, DECL)
!      A C statement (sans semicolon) to output to the stdio stream
!      STREAM any text necessary for declaring the size of a function
!      which is being defined.  The argument NAME is the name of the
!      function.  The argument DECL is the `FUNCTION_DECL' tree node
!      representing the function.
  
       If this macro is not defined, then the function size is not
       defined.
  
!      You may wish to use `ASM_OUTPUT_MEASURED_SIZE' in the definition
!      of this macro.
  
   -- Macro: ASM_DECLARE_COLD_FUNCTION_NAME (STREAM, NAME, DECL)
!      A C statement (sans semicolon) to output to the stdio stream
!      STREAM any text necessary for declaring the name NAME of a cold
!      function partition which is being defined.  This macro is
!      responsible for outputting the label definition (perhaps using
!      `ASM_OUTPUT_FUNCTION_LABEL').  The argument DECL is the
!      `FUNCTION_DECL' tree node representing the function.
  
       If this macro is not defined, then the cold partition name is
       defined in the usual manner as a label (by means of
!      `ASM_OUTPUT_LABEL').
  
!      You may wish to use `ASM_OUTPUT_TYPE_DIRECTIVE' in the definition
       of this macro.
  
   -- Macro: ASM_DECLARE_COLD_FUNCTION_SIZE (STREAM, NAME, DECL)
!      A C statement (sans semicolon) to output to the stdio stream
!      STREAM any text necessary for declaring the size of a cold function
!      partition which is being defined.  The argument NAME is the name
!      of the cold partition of the function.  The argument DECL is the
!      `FUNCTION_DECL' tree node representing the function.
  
       If this macro is not defined, then the partition size is not
       defined.
  
!      You may wish to use `ASM_OUTPUT_MEASURED_SIZE' in the definition
!      of this macro.
  
   -- Macro: ASM_DECLARE_OBJECT_NAME (STREAM, NAME, DECL)
!      A C statement (sans semicolon) to output to the stdio stream
!      STREAM any text necessary for declaring the name NAME of an
!      initialized variable which is being defined.  This macro must
!      output the label definition (perhaps using `ASM_OUTPUT_LABEL').
!      The argument DECL is the `VAR_DECL' tree node representing the
!      variable.
  
       If this macro is not defined, then the variable name is defined in
!      the usual manner as a label (by means of `ASM_OUTPUT_LABEL').
  
!      You may wish to use `ASM_OUTPUT_TYPE_DIRECTIVE' and/or
!      `ASM_OUTPUT_SIZE_DIRECTIVE' in the definition of this macro.
  
   -- Target Hook: void TARGET_ASM_DECLARE_CONSTANT_NAME (FILE *FILE,
            const char *NAME, const_tree EXPR, HOST_WIDE_INT SIZE)
       A target hook to output to the stdio stream FILE any text necessary
       for declaring the name NAME of a constant which is being defined.
!      This target hook is responsible for outputting the label
!      definition (perhaps using `assemble_label').  The argument EXP is
!      the value of the constant, and SIZE is the size of the constant in
!      bytes.  The NAME will be an internal label.
  
       The default version of this target hook, define the NAME in the
!      usual manner as a label (by means of `assemble_label').
  
!      You may wish to use `ASM_OUTPUT_TYPE_DIRECTIVE' in this target
       hook.
  
   -- Macro: ASM_DECLARE_REGISTER_GLOBAL (STREAM, DECL, REGNO, NAME)
!      A C statement (sans semicolon) to output to the stdio stream
!      STREAM any text necessary for claiming a register REGNO for a
!      global variable DECL with name NAME.
  
       If you don't define this macro, that is equivalent to defining it
       to do nothing.
  
   -- Macro: ASM_FINISH_DECLARE_OBJECT (STREAM, DECL, TOPLEVEL, ATEND)
       A C statement (sans semicolon) to finish up declaring a variable
!      name once the compiler has processed its initializer fully and
!      thus has had a chance to determine the size of an array when
!      controlled by an initializer.  This is used on systems where it's
!      necessary to declare something about the size of the object.
  
       If you don't define this macro, that is equivalent to defining it
       to do nothing.
  
!      You may wish to use `ASM_OUTPUT_SIZE_DIRECTIVE' and/or
!      `ASM_OUTPUT_MEASURED_SIZE' in the definition of this macro.
  
   -- Target Hook: void TARGET_ASM_GLOBALIZE_LABEL (FILE *STREAM, const
            char *NAME)
!      This target hook is a function to output to the stdio stream
!      STREAM some commands that will make the label NAME global; that
!      is, available for reference from other files.
  
       The default implementation relies on a proper definition of
!      `GLOBAL_ASM_OP'.
  
!  -- Target Hook: void TARGET_ASM_GLOBALIZE_DECL_NAME (FILE *STREAM,
!           tree DECL)
!      This target hook is a function to output to the stdio stream
!      STREAM some commands that will make the name associated with DECL
!      global; that is, available for reference from other files.
  
       The default implementation uses the TARGET_ASM_GLOBALIZE_LABEL
       target hook.
  
   -- Target Hook: void TARGET_ASM_ASSEMBLE_UNDEFINED_DECL (FILE *STREAM,
            const char *NAME, const_tree DECL)
!      This target hook is a function to output to the stdio stream
!      STREAM some commands that will declare the name associated with
!      DECL which is not defined in the current translation unit.  Most
!      assemblers do not require anything to be output in this case.
  
   -- Macro: ASM_WEAKEN_LABEL (STREAM, NAME)
!      A C statement (sans semicolon) to output to the stdio stream
!      STREAM some commands that will make the label NAME weak; that is,
       available for reference from other files but only used if no other
!      definition is available.  Use the expression `assemble_name
       (STREAM, NAME)' to output the name itself; before and after that,
       output the additional assembler syntax for making that name weak,
       and a newline.
  
!      If you don't define this macro or `ASM_WEAKEN_DECL', GCC will not
!      support weak symbols and you should not define the `SUPPORTS_WEAK'
       macro.
  
   -- Macro: ASM_WEAKEN_DECL (STREAM, DECL, NAME, VALUE)
!      Combines (and replaces) the function of `ASM_WEAKEN_LABEL' and
!      `ASM_OUTPUT_WEAK_ALIAS', allowing access to the associated function
!      or variable decl.  If VALUE is not `NULL', this C statement should
       output to the stdio stream STREAM assembler code which defines
       (equates) the weak symbol NAME to have the value VALUE.  If VALUE
!      is `NULL', it should output commands to make NAME weak.
  
   -- Macro: ASM_OUTPUT_WEAKREF (STREAM, DECL, NAME, VALUE)
!      Outputs a directive that enables NAME to be used to refer to
!      symbol VALUE with weak-symbol semantics.  `decl' is the
!      declaration of `name'.
  
   -- Macro: SUPPORTS_WEAK
       A preprocessor constant expression which evaluates to true if the
       target supports weak symbols.
  
!      If you don't define this macro, `defaults.h' provides a default
!      definition.  If either `ASM_WEAKEN_LABEL' or `ASM_WEAKEN_DECL' is
!      defined, the default definition is `1'; otherwise, it is `0'.
  
   -- Macro: TARGET_SUPPORTS_WEAK
       A C expression which evaluates to true if the target supports weak
       symbols.
  
!      If you don't define this macro, `defaults.h' provides a default
!      definition.  The default definition is `(SUPPORTS_WEAK)'.  Define
       this macro if you want to control weak symbol support with a
!      compiler flag such as `-melf'.
  
   -- Macro: MAKE_DECL_ONE_ONLY (DECL)
       A C statement (sans semicolon) to mark DECL to be emitted as a
       public symbol such that extra copies in multiple translation units
       will be discarded by the linker.  Define this macro if your object
!      file format provides support for this concept, such as the `COMDAT'
       section flags in the Microsoft Windows PE/COFF format, and this
       support requires changes to DECL, such as putting it in a separate
       section.
*************** This is about outputting labels.
*** 35905,35915 ****
       A C expression which evaluates to true if the target supports
       one-only semantics.
  
!      If you don't define this macro, 'varasm.c' provides a default
!      definition.  If 'MAKE_DECL_ONE_ONLY' is defined, the default
!      definition is '1'; otherwise, it is '0'.  Define this macro if you
       want to control one-only symbol support with a compiler flag, or if
!      setting the 'DECL_ONE_ONLY' flag is enough to mark a declaration to
       be emitted as one-only.
  
   -- Target Hook: void TARGET_ASM_ASSEMBLE_VISIBILITY (tree DECL, int
--- 36334,36344 ----
       A C expression which evaluates to true if the target supports
       one-only semantics.
  
!      If you don't define this macro, `varasm.c' provides a default
!      definition.  If `MAKE_DECL_ONE_ONLY' is defined, the default
!      definition is `1'; otherwise, it is `0'.  Define this macro if you
       want to control one-only symbol support with a compiler flag, or if
!      setting the `DECL_ONE_ONLY' flag is enough to mark a declaration to
       be emitted as one-only.
  
   -- Target Hook: void TARGET_ASM_ASSEMBLE_VISIBILITY (tree DECL, int
*************** This is about outputting labels.
*** 35921,35958 ****
  
   -- Macro: TARGET_WEAK_NOT_IN_ARCHIVE_TOC
       A C expression that evaluates to true if the target's linker
!      expects that weak symbols do not appear in a static archive's table
!      of contents.  The default is '0'.
  
       Leaving weak symbols out of an archive's table of contents means
       that, if a symbol will only have a definition in one translation
       unit and will have undefined references from other translation
       units, that symbol should not be weak.  Defining this macro to be
       nonzero will thus have the effect that certain symbols that would
!      normally be weak (explicit template instantiations, and vtables for
!      polymorphic classes with noninline key methods) will instead be
!      nonweak.
  
       The C++ ABI requires this macro to be zero.  Define this macro for
       targets where full C++ ABI compliance is impossible and where
!      linker restrictions require weak symbols to be left out of a static
!      archive's table of contents.
  
   -- Macro: ASM_OUTPUT_EXTERNAL (STREAM, DECL, NAME)
!      A C statement (sans semicolon) to output to the stdio stream STREAM
!      any text necessary for declaring the name of an external symbol
!      named NAME which is referenced in this compilation but not defined.
!      The value of DECL is the tree node for the declaration.
  
       This macro need not be defined if it does not need to output
!      anything.  The GNU assembler and most Unix assemblers don't require
!      anything.
  
   -- Target Hook: void TARGET_ASM_EXTERNAL_LIBCALL (rtx SYMREF)
       This target hook is a function to output to ASM_OUT_FILE an
       assembler pseudo-op to declare a library function name external.
       The name of the library function is given by SYMREF, which is a
!      'symbol_ref'.
  
   -- Target Hook: void TARGET_ASM_MARK_DECL_PRESERVED (const char
            *SYMBOL)
--- 36350,36387 ----
  
   -- Macro: TARGET_WEAK_NOT_IN_ARCHIVE_TOC
       A C expression that evaluates to true if the target's linker
!      expects that weak symbols do not appear in a static archive's
!      table of contents.  The default is `0'.
  
       Leaving weak symbols out of an archive's table of contents means
       that, if a symbol will only have a definition in one translation
       unit and will have undefined references from other translation
       units, that symbol should not be weak.  Defining this macro to be
       nonzero will thus have the effect that certain symbols that would
!      normally be weak (explicit template instantiations, and vtables
!      for polymorphic classes with noninline key methods) will instead
!      be nonweak.
  
       The C++ ABI requires this macro to be zero.  Define this macro for
       targets where full C++ ABI compliance is impossible and where
!      linker restrictions require weak symbols to be left out of a
!      static archive's table of contents.
  
   -- Macro: ASM_OUTPUT_EXTERNAL (STREAM, DECL, NAME)
!      A C statement (sans semicolon) to output to the stdio stream
!      STREAM any text necessary for declaring the name of an external
!      symbol named NAME which is referenced in this compilation but not
!      defined.  The value of DECL is the tree node for the declaration.
  
       This macro need not be defined if it does not need to output
!      anything.  The GNU assembler and most Unix assemblers don't
!      require anything.
  
   -- Target Hook: void TARGET_ASM_EXTERNAL_LIBCALL (rtx SYMREF)
       This target hook is a function to output to ASM_OUT_FILE an
       assembler pseudo-op to declare a library function name external.
       The name of the library function is given by SYMREF, which is a
!      `symbol_ref'.
  
   -- Target Hook: void TARGET_ASM_MARK_DECL_PRESERVED (const char
            *SYMBOL)
*************** This is about outputting labels.
*** 35961,35995 ****
       uses the .no_dead_code_strip directive.
  
   -- Macro: ASM_OUTPUT_LABELREF (STREAM, NAME)
!      A C statement (sans semicolon) to output to the stdio stream STREAM
!      a reference in assembler syntax to a label named NAME.  This should
!      add '_' to the front of the name, if that is customary on your
!      operating system, as it is in most Berkeley Unix systems.  This
!      macro is used in 'assemble_name'.
  
   -- Target Hook: tree TARGET_MANGLE_ASSEMBLER_NAME (const char *NAME)
!      Given a symbol NAME, perform same mangling as 'varasm.c''s
!      'assemble_name', but in memory rather than to a file stream,
!      returning result as an 'IDENTIFIER_NODE'.  Required for correct LTO
!      symtabs.  The default implementation calls the
!      'TARGET_STRIP_NAME_ENCODING' hook and then prepends the
!      'USER_LABEL_PREFIX', if any.
  
   -- Macro: ASM_OUTPUT_SYMBOL_REF (STREAM, SYM)
       A C statement (sans semicolon) to output a reference to
!      'SYMBOL_REF' SYM.  If not defined, 'assemble_name' will be used to
       output the name of the symbol.  This macro may be used to modify
       the way a symbol is referenced depending on information encoded by
!      'TARGET_ENCODE_SECTION_INFO'.
  
   -- Macro: ASM_OUTPUT_LABEL_REF (STREAM, BUF)
       A C statement (sans semicolon) to output a reference to BUF, the
!      result of 'ASM_GENERATE_INTERNAL_LABEL'.  If not defined,
!      'assemble_name' will be used to output the name of the symbol.
!      This macro is not used by 'output_asm_label', or the '%l' specifier
!      that calls it; the intention is that this macro should be set when
!      it is necessary to output a label differently when its address is
!      being taken.
  
   -- Target Hook: void TARGET_ASM_INTERNAL_LABEL (FILE *STREAM, const
            char *PREFIX, unsigned long LABELNO)
--- 36390,36424 ----
       uses the .no_dead_code_strip directive.
  
   -- Macro: ASM_OUTPUT_LABELREF (STREAM, NAME)
!      A C statement (sans semicolon) to output to the stdio stream
!      STREAM a reference in assembler syntax to a label named NAME.
!      This should add `_' to the front of the name, if that is customary
!      on your operating system, as it is in most Berkeley Unix systems.
!      This macro is used in `assemble_name'.
  
   -- Target Hook: tree TARGET_MANGLE_ASSEMBLER_NAME (const char *NAME)
!      Given a symbol NAME, perform same mangling as `varasm.c''s
!      `assemble_name', but in memory rather than to a file stream,
!      returning result as an `IDENTIFIER_NODE'.  Required for correct
!      LTO symtabs.  The default implementation calls the
!      `TARGET_STRIP_NAME_ENCODING' hook and then prepends the
!      `USER_LABEL_PREFIX', if any.
  
   -- Macro: ASM_OUTPUT_SYMBOL_REF (STREAM, SYM)
       A C statement (sans semicolon) to output a reference to
!      `SYMBOL_REF' SYM.  If not defined, `assemble_name' will be used to
       output the name of the symbol.  This macro may be used to modify
       the way a symbol is referenced depending on information encoded by
!      `TARGET_ENCODE_SECTION_INFO'.
  
   -- Macro: ASM_OUTPUT_LABEL_REF (STREAM, BUF)
       A C statement (sans semicolon) to output a reference to BUF, the
!      result of `ASM_GENERATE_INTERNAL_LABEL'.  If not defined,
!      `assemble_name' will be used to output the name of the symbol.
!      This macro is not used by `output_asm_label', or the `%l'
!      specifier that calls it; the intention is that this macro should
!      be set when it is necessary to output a label differently when its
!      address is being taken.
  
   -- Target Hook: void TARGET_ASM_INTERNAL_LABEL (FILE *STREAM, const
            char *PREFIX, unsigned long LABELNO)
*************** This is about outputting labels.
*** 36000,36049 ****
       labels used for user-level functions and variables.  Otherwise,
       certain programs will have name conflicts with internal labels.
  
!      It is desirable to exclude internal labels from the symbol table of
!      the object file.  Most assemblers have a naming convention for
!      labels that should be excluded; on many systems, the letter 'L' at
       the beginning of a label has this effect.  You should find out what
       convention your system uses, and follow it.
  
       The default version of this function utilizes
!      'ASM_GENERATE_INTERNAL_LABEL'.
  
   -- Macro: ASM_OUTPUT_DEBUG_LABEL (STREAM, PREFIX, NUM)
       A C statement to output to the stdio stream STREAM a debug info
!      label whose name is made from the string PREFIX and the number NUM.
!      This is useful for VLIW targets, where debug info labels may need
!      to be treated differently than branch target labels.  On some
       systems, branch target labels must be at the beginning of
       instruction bundles, but debug info labels can occur in the middle
       of instruction bundles.
  
       If this macro is not defined, then
!      '(*targetm.asm_out.internal_label)' will be used.
  
   -- Macro: ASM_GENERATE_INTERNAL_LABEL (STRING, PREFIX, NUM)
!      A C statement to store into the string STRING a label whose name is
!      made from the string PREFIX and the number NUM.
  
!      This string, when output subsequently by 'assemble_name', should
!      produce the output that '(*targetm.asm_out.internal_label)' would
       produce with the same PREFIX and NUM.
  
!      If the string begins with '*', then 'assemble_name' will output the
!      rest of the string unchanged.  It is often convenient for
!      'ASM_GENERATE_INTERNAL_LABEL' to use '*' in this way.  If the
!      string doesn't start with '*', then 'ASM_OUTPUT_LABELREF' gets to
       output the string, and may change it.  (Of course,
!      'ASM_OUTPUT_LABELREF' is also part of your machine description, so
       you should know what it does on your machine.)
  
   -- Macro: ASM_FORMAT_PRIVATE_NAME (OUTVAR, NAME, NUMBER)
       A C expression to assign to OUTVAR (which is a variable of type
!      'char *') a newly allocated string made from the string NAME and
       the number NUMBER, with some suitable punctuation added.  Use
!      'alloca' to get space for the string.
  
!      The string will be used as an argument to 'ASM_OUTPUT_LABELREF' to
       produce an assembler label for an internal static variable whose
       name is NAME.  Therefore, the string must be such as to result in
       valid assembler code.  The argument NUMBER is different each time
--- 36429,36478 ----
       labels used for user-level functions and variables.  Otherwise,
       certain programs will have name conflicts with internal labels.
  
!      It is desirable to exclude internal labels from the symbol table
!      of the object file.  Most assemblers have a naming convention for
!      labels that should be excluded; on many systems, the letter `L' at
       the beginning of a label has this effect.  You should find out what
       convention your system uses, and follow it.
  
       The default version of this function utilizes
!      `ASM_GENERATE_INTERNAL_LABEL'.
  
   -- Macro: ASM_OUTPUT_DEBUG_LABEL (STREAM, PREFIX, NUM)
       A C statement to output to the stdio stream STREAM a debug info
!      label whose name is made from the string PREFIX and the number
!      NUM.  This is useful for VLIW targets, where debug info labels may
!      need to be treated differently than branch target labels.  On some
       systems, branch target labels must be at the beginning of
       instruction bundles, but debug info labels can occur in the middle
       of instruction bundles.
  
       If this macro is not defined, then
!      `(*targetm.asm_out.internal_label)' will be used.
  
   -- Macro: ASM_GENERATE_INTERNAL_LABEL (STRING, PREFIX, NUM)
!      A C statement to store into the string STRING a label whose name
!      is made from the string PREFIX and the number NUM.
  
!      This string, when output subsequently by `assemble_name', should
!      produce the output that `(*targetm.asm_out.internal_label)' would
       produce with the same PREFIX and NUM.
  
!      If the string begins with `*', then `assemble_name' will output
!      the rest of the string unchanged.  It is often convenient for
!      `ASM_GENERATE_INTERNAL_LABEL' to use `*' in this way.  If the
!      string doesn't start with `*', then `ASM_OUTPUT_LABELREF' gets to
       output the string, and may change it.  (Of course,
!      `ASM_OUTPUT_LABELREF' is also part of your machine description, so
       you should know what it does on your machine.)
  
   -- Macro: ASM_FORMAT_PRIVATE_NAME (OUTVAR, NAME, NUMBER)
       A C expression to assign to OUTVAR (which is a variable of type
!      `char *') a newly allocated string made from the string NAME and
       the number NUMBER, with some suitable punctuation added.  Use
!      `alloca' to get space for the string.
  
!      The string will be used as an argument to `ASM_OUTPUT_LABELREF' to
       produce an assembler label for an internal static variable whose
       name is NAME.  Therefore, the string must be such as to result in
       valid assembler code.  The argument NUMBER is different each time
*************** This is about outputting labels.
*** 36052,36059 ****
  
       Ideally this string should not be a valid C identifier, to prevent
       any conflict with the user's own symbols.  Most assemblers allow
!      periods or percent signs in assembler symbols; putting at least one
!      of these between the name and the number will suffice.
  
       If this macro is not defined, a default definition will be provided
       which is correct for most systems.
--- 36481,36488 ----
  
       Ideally this string should not be a valid C identifier, to prevent
       any conflict with the user's own symbols.  Most assemblers allow
!      periods or percent signs in assembler symbols; putting at least
!      one of these between the name and the number will suffice.
  
       If this macro is not defined, a default definition will be provided
       which is correct for most systems.
*************** This is about outputting labels.
*** 36062,36068 ****
       A C statement to output to the stdio stream STREAM assembler code
       which defines (equates) the symbol NAME to have the value VALUE.
  
!      If 'SET_ASM_OP' is defined, a default definition is provided which
       is correct for most systems.
  
   -- Macro: ASM_OUTPUT_DEF_FROM_DECLS (STREAM, DECL_OF_NAME,
--- 36491,36497 ----
       A C statement to output to the stdio stream STREAM assembler code
       which defines (equates) the symbol NAME to have the value VALUE.
  
!      If `SET_ASM_OP' is defined, a default definition is provided which
       is correct for most systems.
  
   -- Macro: ASM_OUTPUT_DEF_FROM_DECLS (STREAM, DECL_OF_NAME,
*************** This is about outputting labels.
*** 36070,36079 ****
       A C statement to output to the stdio stream STREAM assembler code
       which defines (equates) the symbol whose tree node is DECL_OF_NAME
       to have the value of the tree node DECL_OF_VALUE.  This macro will
!      be used in preference to 'ASM_OUTPUT_DEF' if it is defined and if
       the tree nodes are available.
  
!      If 'SET_ASM_OP' is defined, a default definition is provided which
       is correct for most systems.
  
   -- Macro: TARGET_DEFERRED_OUTPUT_DEFS (DECL_OF_NAME, DECL_OF_VALUE)
--- 36499,36508 ----
       A C statement to output to the stdio stream STREAM assembler code
       which defines (equates) the symbol whose tree node is DECL_OF_NAME
       to have the value of the tree node DECL_OF_VALUE.  This macro will
!      be used in preference to `ASM_OUTPUT_DEF' if it is defined and if
       the tree nodes are available.
  
!      If `SET_ASM_OP' is defined, a default definition is provided which
       is correct for most systems.
  
   -- Macro: TARGET_DEFERRED_OUTPUT_DEFS (DECL_OF_NAME, DECL_OF_VALUE)
*************** This is about outputting labels.
*** 36082,36097 ****
       have the value of the tree node DECL_OF_VALUE should be emitted
       near the end of the current compilation unit.  The default is to
       not defer output of defines.  This macro affects defines output by
!      'ASM_OUTPUT_DEF' and 'ASM_OUTPUT_DEF_FROM_DECLS'.
  
   -- Macro: ASM_OUTPUT_WEAK_ALIAS (STREAM, NAME, VALUE)
       A C statement to output to the stdio stream STREAM assembler code
       which defines (equates) the weak symbol NAME to have the value
!      VALUE.  If VALUE is 'NULL', it defines NAME as an undefined weak
       symbol.
  
       Define this macro if the target only supports weak aliases; define
!      'ASM_OUTPUT_DEF' instead if possible.
  
   -- Macro: OBJC_GEN_METHOD_LABEL (BUF, IS_INST, CLASS_NAME, CAT_NAME,
            SEL_NAME)
--- 36511,36526 ----
       have the value of the tree node DECL_OF_VALUE should be emitted
       near the end of the current compilation unit.  The default is to
       not defer output of defines.  This macro affects defines output by
!      `ASM_OUTPUT_DEF' and `ASM_OUTPUT_DEF_FROM_DECLS'.
  
   -- Macro: ASM_OUTPUT_WEAK_ALIAS (STREAM, NAME, VALUE)
       A C statement to output to the stdio stream STREAM assembler code
       which defines (equates) the weak symbol NAME to have the value
!      VALUE.  If VALUE is `NULL', it defines NAME as an undefined weak
       symbol.
  
       Define this macro if the target only supports weak aliases; define
!      `ASM_OUTPUT_DEF' instead if possible.
  
   -- Macro: OBJC_GEN_METHOD_LABEL (BUF, IS_INST, CLASS_NAME, CAT_NAME,
            SEL_NAME)
*************** This is about outputting labels.
*** 36099,36123 ****
       Objective-C methods.
  
       The default name is a unique method number followed by the name of
!      the class (e.g. '_1_Foo').  For methods in categories, the name of
       the category is also included in the assembler name (e.g.
!      '_1_Foo_Bar').
  
       These names are safe on most systems, but make debugging difficult
!      since the method's selector is not present in the name.  Therefore,
!      particular systems define other ways of computing names.
  
!      BUF is an expression of type 'char *' which gives you a buffer in
       which to store the name; its length is as long as CLASS_NAME,
       CAT_NAME and SEL_NAME put together, plus 50 characters extra.
  
       The argument IS_INST specifies whether the method is an instance
       method or a class method; CLASS_NAME is the name of the class;
!      CAT_NAME is the name of the category (or 'NULL' if the method is
       not in a category); and SEL_NAME is the name of the selector.
  
!      On systems where the assembler can handle quoted names, you can use
!      this macro to provide more human-readable names.
  
  
  File: gccint.info,  Node: Initialization,  Next: Macros for Initialization,  Prev: Label Output,  Up: Assembler Format
--- 36528,36552 ----
       Objective-C methods.
  
       The default name is a unique method number followed by the name of
!      the class (e.g. `_1_Foo').  For methods in categories, the name of
       the category is also included in the assembler name (e.g.
!      `_1_Foo_Bar').
  
       These names are safe on most systems, but make debugging difficult
!      since the method's selector is not present in the name.
!      Therefore, particular systems define other ways of computing names.
  
!      BUF is an expression of type `char *' which gives you a buffer in
       which to store the name; its length is as long as CLASS_NAME,
       CAT_NAME and SEL_NAME put together, plus 50 characters extra.
  
       The argument IS_INST specifies whether the method is an instance
       method or a class method; CLASS_NAME is the name of the class;
!      CAT_NAME is the name of the category (or `NULL' if the method is
       not in a category); and SEL_NAME is the name of the selector.
  
!      On systems where the assembler can handle quoted names, you can
!      use this macro to provide more human-readable names.
  
  
  File: gccint.info,  Node: Initialization,  Next: Macros for Initialization,  Prev: Label Output,  Up: Assembler Format
*************** File: gccint.info,  Node: Initialization
*** 36128,36134 ****
  The compiled code for certain languages includes "constructors" (also
  called "initialization routines")--functions to initialize data in the
  program when the program is started.  These functions need to be called
! before the program is "started"--that is to say, before 'main' is
  called.
  
   Compiling some languages generates "destructors" (also called
--- 36557,36563 ----
  The compiled code for certain languages includes "constructors" (also
  called "initialization routines")--functions to initialize data in the
  program when the program is started.  These functions need to be called
! before the program is "started"--that is to say, before `main' is
  called.
  
   Compiling some languages generates "destructors" (also called
*************** initialization and termination functions
*** 36145,36152 ****
  Much of the structure is common to all four variations.
  
   The linker must build two lists of these functions--a list of
! initialization functions, called '__CTOR_LIST__', and a list of
! termination functions, called '__DTOR_LIST__'.
  
   Each list always begins with an ignored function pointer (which may
  hold 0, -1, or a count of the function pointers after it, depending on
--- 36574,36581 ----
  Much of the structure is common to all four variations.
  
   The linker must build two lists of these functions--a list of
! initialization functions, called `__CTOR_LIST__', and a list of
! termination functions, called `__DTOR_LIST__'.
  
   Each list always begins with an ignored function pointer (which may
  hold 0, -1, or a count of the function pointers after it, depending on
*************** pointers to constructors (or destructors
*** 36155,36235 ****
  pointer containing zero.
  
   Depending on the operating system and its executable file format,
! either 'crtstuff.c' or 'libgcc2.c' traverses these lists at startup time
! and exit time.  Constructors are called in reverse order of the list;
! destructors in forward order.
  
   The best way to handle static constructors works only for object file
  formats which provide arbitrarily-named sections.  A section is set
  aside for a list of constructors, and another for a list of destructors.
! Traditionally these are called '.ctors' and '.dtors'.  Each object file
  that defines an initialization function also puts a word in the
  constructor section to point to that function.  The linker accumulates
! all these words into one contiguous '.ctors' section.  Termination
  functions are handled similarly.
  
!  This method will be chosen as the default by 'target-def.h' if
! 'TARGET_ASM_NAMED_SECTION' is defined.  A target that does not support
  arbitrary sections, but does support special designated constructor and
! destructor sections may define 'CTORS_SECTION_ASM_OP' and
! 'DTORS_SECTION_ASM_OP' to achieve the same effect.
  
   When arbitrary sections are available, there are two variants,
! depending upon how the code in 'crtstuff.c' is called.  On systems that
! support a ".init" section which is executed at program startup, parts of
! 'crtstuff.c' are compiled into that section.  The program is linked by
! the 'gcc' driver like this:
  
       ld -o OUTPUT_FILE crti.o crtbegin.o ... -lgcc crtend.o crtn.o
  
!  The prologue of a function ('__init') appears in the '.init' section of
! 'crti.o'; the epilogue appears in 'crtn.o'.  Likewise for the function
! '__fini' in the ".fini" section.  Normally these files are provided by
! the operating system or by the GNU C library, but are provided by GCC
! for a few targets.
  
!  The objects 'crtbegin.o' and 'crtend.o' are (for most targets) compiled
! from 'crtstuff.c'.  They contain, among other things, code fragments
! within the '.init' and '.fini' sections that branch to routines in the
! '.text' section.  The linker will pull all parts of a section together,
! which results in a complete '__init' function that invokes the routines
! we need at startup.
  
!  To use this variant, you must define the 'INIT_SECTION_ASM_OP' macro
  properly.
  
   If no init section is available, when GCC compiles any function called
! 'main' (or more accurately, any function designated as a program entry
! point by the language front end calling 'expand_main_function'), it
! inserts a procedure call to '__main' as the first executable code after
! the function prologue.  The '__main' function is defined in 'libgcc2.c'
  and runs the global constructors.
  
   In file formats that don't support arbitrary sections, there are again
! two variants.  In the simplest variant, the GNU linker (GNU 'ld') and an
! 'a.out' format must be used.  In this case, 'TARGET_ASM_CONSTRUCTOR' is
! defined to produce a '.stabs' entry of type 'N_SETT', referencing the
! name '__CTOR_LIST__', and with the address of the void function
  containing the initialization code as its value.  The GNU linker
! recognizes this as a request to add the value to a "set"; the values are
! accumulated, and are eventually placed in the executable as a vector in
! the format described above, with a leading (ignored) count and a
! trailing zero element.  'TARGET_ASM_DESTRUCTOR' is handled similarly.
! Since no init section is available, the absence of 'INIT_SECTION_ASM_OP'
! causes the compilation of 'main' to call '__main' as above, starting the
! initialization process.
  
   The last variant uses neither arbitrary sections nor the GNU linker.
  This is preferable when you want to do dynamic linking and when using
! file formats which the GNU linker does not support, such as 'ECOFF'.  In
! this case, 'TARGET_HAVE_CTORS_DTORS' is false, initialization and
  termination functions are recognized simply by their names.  This
! requires an extra program in the linkage step, called 'collect2'.  This
  program pretends to be the linker, for use with GCC; it does its job by
  running the ordinary linker, but also arranges to include the vectors of
  initialization and termination functions.  These functions are called
! via '__main' as described above.  In order to use this method,
! 'use_collect2' must be defined in the target in 'config.gcc'.
  
   The following section describes the specific macros that control and
  customize the handling of initialization and termination functions.
--- 36584,36664 ----
  pointer containing zero.
  
   Depending on the operating system and its executable file format,
! either `crtstuff.c' or `libgcc2.c' traverses these lists at startup
! time and exit time.  Constructors are called in reverse order of the
! list; destructors in forward order.
  
   The best way to handle static constructors works only for object file
  formats which provide arbitrarily-named sections.  A section is set
  aside for a list of constructors, and another for a list of destructors.
! Traditionally these are called `.ctors' and `.dtors'.  Each object file
  that defines an initialization function also puts a word in the
  constructor section to point to that function.  The linker accumulates
! all these words into one contiguous `.ctors' section.  Termination
  functions are handled similarly.
  
!  This method will be chosen as the default by `target-def.h' if
! `TARGET_ASM_NAMED_SECTION' is defined.  A target that does not support
  arbitrary sections, but does support special designated constructor and
! destructor sections may define `CTORS_SECTION_ASM_OP' and
! `DTORS_SECTION_ASM_OP' to achieve the same effect.
  
   When arbitrary sections are available, there are two variants,
! depending upon how the code in `crtstuff.c' is called.  On systems that
! support a ".init" section which is executed at program startup, parts
! of `crtstuff.c' are compiled into that section.  The program is linked
! by the `gcc' driver like this:
  
       ld -o OUTPUT_FILE crti.o crtbegin.o ... -lgcc crtend.o crtn.o
  
!  The prologue of a function (`__init') appears in the `.init' section
! of `crti.o'; the epilogue appears in `crtn.o'.  Likewise for the
! function `__fini' in the ".fini" section.  Normally these files are
! provided by the operating system or by the GNU C library, but are
! provided by GCC for a few targets.
  
!  The objects `crtbegin.o' and `crtend.o' are (for most targets)
! compiled from `crtstuff.c'.  They contain, among other things, code
! fragments within the `.init' and `.fini' sections that branch to
! routines in the `.text' section.  The linker will pull all parts of a
! section together, which results in a complete `__init' function that
! invokes the routines we need at startup.
  
!  To use this variant, you must define the `INIT_SECTION_ASM_OP' macro
  properly.
  
   If no init section is available, when GCC compiles any function called
! `main' (or more accurately, any function designated as a program entry
! point by the language front end calling `expand_main_function'), it
! inserts a procedure call to `__main' as the first executable code after
! the function prologue.  The `__main' function is defined in `libgcc2.c'
  and runs the global constructors.
  
   In file formats that don't support arbitrary sections, there are again
! two variants.  In the simplest variant, the GNU linker (GNU `ld') and
! an `a.out' format must be used.  In this case, `TARGET_ASM_CONSTRUCTOR'
! is defined to produce a `.stabs' entry of type `N_SETT', referencing
! the name `__CTOR_LIST__', and with the address of the void function
  containing the initialization code as its value.  The GNU linker
! recognizes this as a request to add the value to a "set"; the values
! are accumulated, and are eventually placed in the executable as a
! vector in the format described above, with a leading (ignored) count
! and a trailing zero element.  `TARGET_ASM_DESTRUCTOR' is handled
! similarly.  Since no init section is available, the absence of
! `INIT_SECTION_ASM_OP' causes the compilation of `main' to call `__main'
! as above, starting the initialization process.
  
   The last variant uses neither arbitrary sections nor the GNU linker.
  This is preferable when you want to do dynamic linking and when using
! file formats which the GNU linker does not support, such as `ECOFF'.  In
! this case, `TARGET_HAVE_CTORS_DTORS' is false, initialization and
  termination functions are recognized simply by their names.  This
! requires an extra program in the linkage step, called `collect2'.  This
  program pretends to be the linker, for use with GCC; it does its job by
  running the ordinary linker, but also arranges to include the vectors of
  initialization and termination functions.  These functions are called
! via `__main' as described above.  In order to use this method,
! `use_collect2' must be defined in the target in `config.gcc'.
  
   The following section describes the specific macros that control and
  customize the handling of initialization and termination functions.
*************** and termination functions:
*** 36249,36262 ****
       initialization code.  If not defined, GCC will assume such a
       section does not exist.  When you are using special sections for
       initialization and termination functions, this macro also controls
!      how 'crtstuff.c' and 'libgcc2.c' arrange to run the initialization
       functions.
  
   -- Macro: HAS_INIT_SECTION
!      If defined, 'main' will not call '__main' as described above.  This
!      macro should be defined for systems that control start-up code on a
!      symbol-by-symbol basis, such as OSF/1, and should not be defined
!      explicitly for systems that support 'INIT_SECTION_ASM_OP'.
  
   -- Macro: LD_INIT_SWITCH
       If defined, a C string constant for a switch that tells the linker
--- 36678,36691 ----
       initialization code.  If not defined, GCC will assume such a
       section does not exist.  When you are using special sections for
       initialization and termination functions, this macro also controls
!      how `crtstuff.c' and `libgcc2.c' arrange to run the initialization
       functions.
  
   -- Macro: HAS_INIT_SECTION
!      If defined, `main' will not call `__main' as described above.
!      This macro should be defined for systems that control start-up code
!      on a symbol-by-symbol basis, such as OSF/1, and should not be
!      defined explicitly for systems that support `INIT_SECTION_ASM_OP'.
  
   -- Macro: LD_INIT_SWITCH
       If defined, a C string constant for a switch that tells the linker
*************** and termination functions:
*** 36271,36354 ****
       automatically called when a shared library is loaded.  The function
       should call FUNC, which takes no arguments.  If not defined, and
       the object format requires an explicit initialization function,
!      then a function called '_GLOBAL__DI' will be generated.
  
       This function and the following one are used by collect2 when
!      linking a shared library that needs constructors or destructors, or
!      has DWARF2 exception tables embedded in the code.
  
   -- Macro: COLLECT_SHARED_FINI_FUNC (STREAM, FUNC)
       If defined, a C statement that will write a function that can be
       automatically called when a shared library is unloaded.  The
       function should call FUNC, which takes no arguments.  If not
       defined, and the object format requires an explicit finalization
!      function, then a function called '_GLOBAL__DD' will be generated.
  
   -- Macro: INVOKE__main
!      If defined, 'main' will call '__main' despite the presence of
!      'INIT_SECTION_ASM_OP'.  This macro should be defined for systems
       where the init section is not actually run automatically, but is
       still useful for collecting the lists of constructors and
       destructors.
  
   -- Macro: SUPPORTS_INIT_PRIORITY
!      If nonzero, the C++ 'init_priority' attribute is supported and the
       compiler should emit instructions to control the order of
       initialization of objects.  If zero, the compiler will issue an
!      error message upon encountering an 'init_priority' attribute.
  
   -- Target Hook: bool TARGET_HAVE_CTORS_DTORS
       This value is true if the target supports some "native" method of
       collecting constructors and destructors to be run at startup and
!      exit.  It is false if we must use 'collect2'.
  
   -- Target Hook: void TARGET_ASM_CONSTRUCTOR (rtx SYMBOL, int PRIORITY)
       If defined, a function that outputs assembler code to arrange to
       call the function referenced by SYMBOL at initialization time.
  
!      Assume that SYMBOL is a 'SYMBOL_REF' for a function taking no
       arguments and with no return value.  If the target supports
       initialization priorities, PRIORITY is a value between 0 and
!      'MAX_INIT_PRIORITY'; otherwise it must be 'DEFAULT_INIT_PRIORITY'.
  
       If this macro is not defined by the target, a suitable default will
       be chosen if (1) the target supports arbitrary section names, (2)
!      the target defines 'CTORS_SECTION_ASM_OP', or (3) 'USE_COLLECT2' is
!      not defined.
  
   -- Target Hook: void TARGET_ASM_DESTRUCTOR (rtx SYMBOL, int PRIORITY)
!      This is like 'TARGET_ASM_CONSTRUCTOR' but used for termination
       functions rather than initialization functions.
  
!  If 'TARGET_HAVE_CTORS_DTORS' is true, the initialization routine
  generated for the generated object file will have static linkage.
  
!  If your system uses 'collect2' as the means of processing constructors,
! then that program normally uses 'nm' to scan an object file for
! constructor functions to be called.
  
   On certain kinds of systems, you can define this macro to make
! 'collect2' work faster (and, in some cases, make it work at all):
  
   -- Macro: OBJECT_FORMAT_COFF
       Define this macro if the system uses COFF (Common Object File
!      Format) object files, so that 'collect2' can assume this format and
!      scan object files directly for dynamic constructor/destructor
       functions.
  
!      This macro is effective only in a native compiler; 'collect2' as
!      part of a cross compiler always uses 'nm' for the target machine.
  
   -- Macro: REAL_NM_FILE_NAME
       Define this macro as a C string constant containing the file name
!      to use to execute 'nm'.  The default is to search the path normally
!      for 'nm'.
  
   -- Macro: NM_FLAGS
!      'collect2' calls 'nm' to scan object files for static constructors
!      and destructors and LTO info.  By default, '-n' is passed.  Define
!      'NM_FLAGS' to a C string constant if other options are needed to
!      get the same output format as GNU 'nm -n' produces.
  
   If your system supports shared libraries and has a program to list the
  dynamic dependencies of a given library or executable, you can define
--- 36700,36783 ----
       automatically called when a shared library is loaded.  The function
       should call FUNC, which takes no arguments.  If not defined, and
       the object format requires an explicit initialization function,
!      then a function called `_GLOBAL__DI' will be generated.
  
       This function and the following one are used by collect2 when
!      linking a shared library that needs constructors or destructors,
!      or has DWARF2 exception tables embedded in the code.
  
   -- Macro: COLLECT_SHARED_FINI_FUNC (STREAM, FUNC)
       If defined, a C statement that will write a function that can be
       automatically called when a shared library is unloaded.  The
       function should call FUNC, which takes no arguments.  If not
       defined, and the object format requires an explicit finalization
!      function, then a function called `_GLOBAL__DD' will be generated.
  
   -- Macro: INVOKE__main
!      If defined, `main' will call `__main' despite the presence of
!      `INIT_SECTION_ASM_OP'.  This macro should be defined for systems
       where the init section is not actually run automatically, but is
       still useful for collecting the lists of constructors and
       destructors.
  
   -- Macro: SUPPORTS_INIT_PRIORITY
!      If nonzero, the C++ `init_priority' attribute is supported and the
       compiler should emit instructions to control the order of
       initialization of objects.  If zero, the compiler will issue an
!      error message upon encountering an `init_priority' attribute.
  
   -- Target Hook: bool TARGET_HAVE_CTORS_DTORS
       This value is true if the target supports some "native" method of
       collecting constructors and destructors to be run at startup and
!      exit.  It is false if we must use `collect2'.
  
   -- Target Hook: void TARGET_ASM_CONSTRUCTOR (rtx SYMBOL, int PRIORITY)
       If defined, a function that outputs assembler code to arrange to
       call the function referenced by SYMBOL at initialization time.
  
!      Assume that SYMBOL is a `SYMBOL_REF' for a function taking no
       arguments and with no return value.  If the target supports
       initialization priorities, PRIORITY is a value between 0 and
!      `MAX_INIT_PRIORITY'; otherwise it must be `DEFAULT_INIT_PRIORITY'.
  
       If this macro is not defined by the target, a suitable default will
       be chosen if (1) the target supports arbitrary section names, (2)
!      the target defines `CTORS_SECTION_ASM_OP', or (3) `USE_COLLECT2'
!      is not defined.
  
   -- Target Hook: void TARGET_ASM_DESTRUCTOR (rtx SYMBOL, int PRIORITY)
!      This is like `TARGET_ASM_CONSTRUCTOR' but used for termination
       functions rather than initialization functions.
  
!  If `TARGET_HAVE_CTORS_DTORS' is true, the initialization routine
  generated for the generated object file will have static linkage.
  
!  If your system uses `collect2' as the means of processing
! constructors, then that program normally uses `nm' to scan an object
! file for constructor functions to be called.
  
   On certain kinds of systems, you can define this macro to make
! `collect2' work faster (and, in some cases, make it work at all):
  
   -- Macro: OBJECT_FORMAT_COFF
       Define this macro if the system uses COFF (Common Object File
!      Format) object files, so that `collect2' can assume this format
!      and scan object files directly for dynamic constructor/destructor
       functions.
  
!      This macro is effective only in a native compiler; `collect2' as
!      part of a cross compiler always uses `nm' for the target machine.
  
   -- Macro: REAL_NM_FILE_NAME
       Define this macro as a C string constant containing the file name
!      to use to execute `nm'.  The default is to search the path
!      normally for `nm'.
  
   -- Macro: NM_FLAGS
!      `collect2' calls `nm' to scan object files for static constructors
!      and destructors and LTO info.  By default, `-n' is passed.  Define
!      `NM_FLAGS' to a C string constant if other options are needed to
!      get the same output format as GNU `nm -n' produces.
  
   If your system supports shared libraries and has a program to list the
  dynamic dependencies of a given library or executable, you can define
*************** these macros to enable support for runni
*** 36356,36378 ****
  termination functions in shared libraries:
  
   -- Macro: LDD_SUFFIX
!      Define this macro to a C string constant containing the name of the
!      program which lists dynamic dependencies, like 'ldd' under SunOS 4.
  
   -- Macro: PARSE_LDD_OUTPUT (PTR)
       Define this macro to be C code that extracts filenames from the
!      output of the program denoted by 'LDD_SUFFIX'.  PTR is a variable
!      of type 'char *' that points to the beginning of a line of output
!      from 'LDD_SUFFIX'.  If the line lists a dynamic dependency, the
       code must advance PTR to the beginning of the filename on that
!      line.  Otherwise, it must set PTR to 'NULL'.
  
   -- Macro: SHLIB_SUFFIX
       Define this macro to a C string constant containing the default
!      shared library extension of the target (e.g., '".so"').  'collect2'
       strips version information after this suffix when generating global
       constructor and destructor names.  This define is only needed on
!      targets that use 'collect2' to process constructors and
       destructors.
  
  
--- 36785,36808 ----
  termination functions in shared libraries:
  
   -- Macro: LDD_SUFFIX
!      Define this macro to a C string constant containing the name of
!      the program which lists dynamic dependencies, like `ldd' under
!      SunOS 4.
  
   -- Macro: PARSE_LDD_OUTPUT (PTR)
       Define this macro to be C code that extracts filenames from the
!      output of the program denoted by `LDD_SUFFIX'.  PTR is a variable
!      of type `char *' that points to the beginning of a line of output
!      from `LDD_SUFFIX'.  If the line lists a dynamic dependency, the
       code must advance PTR to the beginning of the filename on that
!      line.  Otherwise, it must set PTR to `NULL'.
  
   -- Macro: SHLIB_SUFFIX
       Define this macro to a C string constant containing the default
!      shared library extension of the target (e.g., `".so"').  `collect2'
       strips version information after this suffix when generating global
       constructor and destructor names.  This define is only needed on
!      targets that use `collect2' to process constructors and
       destructors.
  
  
*************** This describes assembler instruction out
*** 36390,36411 ****
       language.
  
   -- Macro: ADDITIONAL_REGISTER_NAMES
!      If defined, a C initializer for an array of structures containing a
!      name and a register number.  This macro defines additional names
!      for hard registers, thus allowing the 'asm' option in declarations
       to refer to registers using alternate names.
  
   -- Macro: OVERLAPPING_REGISTER_NAMES
       If defined, a C initializer for an array of structures containing a
       name, a register number and a count of the number of consecutive
       machine registers the name overlaps.  This macro defines additional
!      names for hard registers, thus allowing the 'asm' option in
       declarations to refer to registers using alternate names.  Unlike
!      'ADDITIONAL_REGISTER_NAMES', this macro should be used when the
       register name implies multiple underlying registers.
  
       This macro should be used when it is important that a clobber in an
!      'asm' statement clobbers all the underlying values implied by the
       register name.  For example, on ARM, clobbering the
       double-precision VFP register "d0" implies clobbering both
       single-precision registers "s0" and "s1".
--- 36820,36841 ----
       language.
  
   -- Macro: ADDITIONAL_REGISTER_NAMES
!      If defined, a C initializer for an array of structures containing
!      a name and a register number.  This macro defines additional names
!      for hard registers, thus allowing the `asm' option in declarations
       to refer to registers using alternate names.
  
   -- Macro: OVERLAPPING_REGISTER_NAMES
       If defined, a C initializer for an array of structures containing a
       name, a register number and a count of the number of consecutive
       machine registers the name overlaps.  This macro defines additional
!      names for hard registers, thus allowing the `asm' option in
       declarations to refer to registers using alternate names.  Unlike
!      `ADDITIONAL_REGISTER_NAMES', this macro should be used when the
       register name implies multiple underlying registers.
  
       This macro should be used when it is important that a clobber in an
!      `asm' statement clobbers all the underlying values implied by the
       register name.  For example, on ARM, clobbering the
       double-precision VFP register "d0" implies clobbering both
       single-precision registers "s0" and "s1".
*************** This describes assembler instruction out
*** 36416,36436 ****
  
       The definition is a C statement or statements which output an
       assembler instruction opcode to the stdio stream STREAM.  The
!      macro-operand PTR is a variable of type 'char *' which points to
!      the opcode name in its "internal" form--the form that is written in
!      the machine description.  The definition should output the opcode
!      name to STREAM, performing any translation you desire, and
       increment the variable PTR to point at the end of the opcode so
       that it will not be output twice.
  
       In fact, your macro definition may process less than the entire
       opcode name, or more than the opcode name; but if you want to
!      process text that includes '%'-sequences to substitute operands,
       you must take care of the substitution yourself.  Just be sure to
       increment PTR over whatever text should not be output normally.
  
       If you need to look at the operand values, they can be found as the
!      elements of 'recog_data.operand'.
  
       If the macro definition does nothing, the instruction is output in
       the usual way.
--- 36846,36866 ----
  
       The definition is a C statement or statements which output an
       assembler instruction opcode to the stdio stream STREAM.  The
!      macro-operand PTR is a variable of type `char *' which points to
!      the opcode name in its "internal" form--the form that is written
!      in the machine description.  The definition should output the
!      opcode name to STREAM, performing any translation you desire, and
       increment the variable PTR to point at the end of the opcode so
       that it will not be output twice.
  
       In fact, your macro definition may process less than the entire
       opcode name, or more than the opcode name; but if you want to
!      process text that includes `%'-sequences to substitute operands,
       you must take care of the substitution yourself.  Just be sure to
       increment PTR over whatever text should not be output normally.
  
       If you need to look at the operand values, they can be found as the
!      elements of `recog_data.operand'.
  
       If the macro definition does nothing, the instruction is output in
       the usual way.
*************** This describes assembler instruction out
*** 36441,36459 ****
       they will be output differently.
  
       Here the argument OPVEC is the vector containing the operands
!      extracted from INSN, and NOPERANDS is the number of elements of the
!      vector which contain meaningful data for this insn.  The contents
!      of this vector are what will be used to convert the insn template
!      into assembler code, so you can change the assembler output by
!      changing the contents of the vector.
  
       This macro is useful when various assembler syntaxes share a single
       file of instruction patterns; by defining this macro differently,
       you can cause a large class of instructions to be output
       differently (such as with rearranged operands).  Naturally,
       variations in assembler syntax affecting individual insn patterns
!      ought to be handled by writing conditional output routines in those
!      patterns.
  
       If this macro is not defined, it is equivalent to a null statement.
  
--- 36871,36889 ----
       they will be output differently.
  
       Here the argument OPVEC is the vector containing the operands
!      extracted from INSN, and NOPERANDS is the number of elements of
!      the vector which contain meaningful data for this insn.  The
!      contents of this vector are what will be used to convert the insn
!      template into assembler code, so you can change the assembler
!      output by changing the contents of the vector.
  
       This macro is useful when various assembler syntaxes share a single
       file of instruction patterns; by defining this macro differently,
       you can cause a large class of instructions to be output
       differently (such as with rearranged operands).  Naturally,
       variations in assembler syntax affecting individual insn patterns
!      ought to be handled by writing conditional output routines in
!      those patterns.
  
       If this macro is not defined, it is equivalent to a null statement.
  
*************** This describes assembler instruction out
*** 36464,36474 ****
       the assembler if necessary.
  
       Here the argument OPVEC is the vector containing the operands
!      extracted from INSN, and NOPERANDS is the number of elements of the
!      vector which contain meaningful data for this insn.  The contents
!      of this vector are what was used to convert the insn template into
!      assembler code, so you can change the assembler mode by checking
!      the contents of the vector.
  
   -- Macro: PRINT_OPERAND (STREAM, X, CODE)
       A C compound statement to output to stdio stream STREAM the
--- 36894,36904 ----
       the assembler if necessary.
  
       Here the argument OPVEC is the vector containing the operands
!      extracted from INSN, and NOPERANDS is the number of elements of
!      the vector which contain meaningful data for this insn.  The
!      contents of this vector are what was used to convert the insn
!      template into assembler code, so you can change the assembler mode
!      by checking the contents of the vector.
  
   -- Macro: PRINT_OPERAND (STREAM, X, CODE)
       A C compound statement to output to stdio stream STREAM the
*************** This describes assembler instruction out
*** 36478,36500 ****
       CODE is a value that can be used to specify one of several ways of
       printing the operand.  It is used when identical operands must be
       printed differently depending on the context.  CODE comes from the
!      '%' specification that was used to request printing of the operand.
!      If the specification was just '%DIGIT' then CODE is 0; if the
!      specification was '%LTR DIGIT' then CODE is the ASCII code for LTR.
  
       If X is a register, this macro should print the register's name.
!      The names can be found in an array 'reg_names' whose type is 'char
!      *[]'.  'reg_names' is initialized from 'REGISTER_NAMES'.
  
!      When the machine description has a specification '%PUNCT' (a '%'
       followed by a punctuation character), this macro is called with a
       null pointer for X and the punctuation character for CODE.
  
   -- Macro: PRINT_OPERAND_PUNCT_VALID_P (CODE)
       A C expression which evaluates to true if CODE is a valid
!      punctuation character for use in the 'PRINT_OPERAND' macro.  If
!      'PRINT_OPERAND_PUNCT_VALID_P' is not defined, it means that no
!      punctuation characters (except for the standard one, '%') are used
       in this way.
  
   -- Macro: PRINT_OPERAND_ADDRESS (STREAM, X)
--- 36908,36931 ----
       CODE is a value that can be used to specify one of several ways of
       printing the operand.  It is used when identical operands must be
       printed differently depending on the context.  CODE comes from the
!      `%' specification that was used to request printing of the
!      operand.  If the specification was just `%DIGIT' then CODE is 0;
!      if the specification was `%LTR DIGIT' then CODE is the ASCII code
!      for LTR.
  
       If X is a register, this macro should print the register's name.
!      The names can be found in an array `reg_names' whose type is `char
!      *[]'.  `reg_names' is initialized from `REGISTER_NAMES'.
  
!      When the machine description has a specification `%PUNCT' (a `%'
       followed by a punctuation character), this macro is called with a
       null pointer for X and the punctuation character for CODE.
  
   -- Macro: PRINT_OPERAND_PUNCT_VALID_P (CODE)
       A C expression which evaluates to true if CODE is a valid
!      punctuation character for use in the `PRINT_OPERAND' macro.  If
!      `PRINT_OPERAND_PUNCT_VALID_P' is not defined, it means that no
!      punctuation characters (except for the standard one, `%') are used
       in this way.
  
   -- Macro: PRINT_OPERAND_ADDRESS (STREAM, X)
*************** This describes assembler instruction out
*** 36504,36516 ****
  
       On some machines, the syntax for a symbolic address depends on the
       section that the address refers to.  On these machines, define the
!      hook 'TARGET_ENCODE_SECTION_INFO' to store the information into the
!      'symbol_ref', and then check for it here.  *Note Assembler
       Format::.
  
   -- Macro: DBR_OUTPUT_SEQEND (FILE)
       A C statement, to be executed after all slot-filler instructions
!      have been output.  If necessary, call 'dbr_sequence_length' to
       determine the number of slots filled in a sequence (zero if not
       currently outputting a sequence), to decide how many no-ops to
       output, or whatever.
--- 36935,36947 ----
  
       On some machines, the syntax for a symbolic address depends on the
       section that the address refers to.  On these machines, define the
!      hook `TARGET_ENCODE_SECTION_INFO' to store the information into the
!      `symbol_ref', and then check for it here.  *Note Assembler
       Format::.
  
   -- Macro: DBR_OUTPUT_SEQEND (FILE)
       A C statement, to be executed after all slot-filler instructions
!      have been output.  If necessary, call `dbr_sequence_length' to
       determine the number of slots filled in a sequence (zero if not
       currently outputting a sequence), to decide how many no-ops to
       output, or whatever.
*************** This describes assembler instruction out
*** 36521,36544 ****
  
   Note that output routines for instructions with delay slots must be
  prepared to deal with not being output as part of a sequence (i.e. when
! the scheduling pass is not run, or when no slot fillers could be found.)
! The variable 'final_sequence' is null when not processing a sequence,
! otherwise it contains the 'sequence' rtx being output.
  
   -- Macro: REGISTER_PREFIX
   -- Macro: LOCAL_LABEL_PREFIX
   -- Macro: USER_LABEL_PREFIX
   -- Macro: IMMEDIATE_PREFIX
!      If defined, C string expressions to be used for the '%R', '%L',
!      '%U', and '%I' options of 'asm_fprintf' (see 'final.c').  These are
!      useful when a single 'md' file must support multiple assembler
!      formats.  In that case, the various 'tm.h' files can define these
       macros differently.
  
   -- Macro: ASM_FPRINTF_EXTENSIONS (FILE, ARGPTR, FORMAT)
!      If defined this macro should expand to a series of 'case'
!      statements which will be parsed inside the 'switch' statement of
!      the 'asm_fprintf' function.  This allows targets to define extra
       printf formats which may useful when generating their assembler
       statements.  Note that uppercase letters are reserved for future
       generic extensions to asm_fprintf, and so are not available to
--- 36952,36975 ----
  
   Note that output routines for instructions with delay slots must be
  prepared to deal with not being output as part of a sequence (i.e. when
! the scheduling pass is not run, or when no slot fillers could be
! found.)  The variable `final_sequence' is null when not processing a
! sequence, otherwise it contains the `sequence' rtx being output.
  
   -- Macro: REGISTER_PREFIX
   -- Macro: LOCAL_LABEL_PREFIX
   -- Macro: USER_LABEL_PREFIX
   -- Macro: IMMEDIATE_PREFIX
!      If defined, C string expressions to be used for the `%R', `%L',
!      `%U', and `%I' options of `asm_fprintf' (see `final.c').  These
!      are useful when a single `md' file must support multiple assembler
!      formats.  In that case, the various `tm.h' files can define these
       macros differently.
  
   -- Macro: ASM_FPRINTF_EXTENSIONS (FILE, ARGPTR, FORMAT)
!      If defined this macro should expand to a series of `case'
!      statements which will be parsed inside the `switch' statement of
!      the `asm_fprintf' function.  This allows targets to define extra
       printf formats which may useful when generating their assembler
       statements.  Note that uppercase letters are reserved for future
       generic extensions to asm_fprintf, and so are not available to
*************** otherwise it contains the 'sequence' rtx
*** 36554,36578 ****
       use, with zero as the first variant.
  
       If this macro is defined, you may use constructs of the form
!           '{option0|option1|option2...}'
!      in the output templates of patterns (*note Output Template::) or in
!      the first argument of 'asm_fprintf'.  This construct outputs
!      'option0', 'option1', 'option2', etc., if the value of
!      'ASSEMBLER_DIALECT' is zero, one, two, etc.  Any special characters
       within these strings retain their usual meaning.  If there are
       fewer alternatives within the braces than the value of
!      'ASSEMBLER_DIALECT', the construct outputs nothing.  If it's needed
!      to print curly braces or '|' character in assembler output
!      directly, '%{', '%}' and '%|' can be used.
  
!      If you do not define this macro, the characters '{', '|' and '}' do
!      not have any special meaning when used in templates or operands to
!      'asm_fprintf'.
  
!      Define the macros 'REGISTER_PREFIX', 'LOCAL_LABEL_PREFIX',
!      'USER_LABEL_PREFIX' and 'IMMEDIATE_PREFIX' if you can express the
       variations in assembler language syntax with that mechanism.
!      Define 'ASSEMBLER_DIALECT' and use the '{option0|option1}' syntax
       if the syntax variant are larger and involve such things as
       different opcodes or operand order.
  
--- 36985,37009 ----
       use, with zero as the first variant.
  
       If this macro is defined, you may use constructs of the form
!           `{option0|option1|option2...}'
!      in the output templates of patterns (*note Output Template::) or
!      in the first argument of `asm_fprintf'.  This construct outputs
!      `option0', `option1', `option2', etc., if the value of
!      `ASSEMBLER_DIALECT' is zero, one, two, etc.  Any special characters
       within these strings retain their usual meaning.  If there are
       fewer alternatives within the braces than the value of
!      `ASSEMBLER_DIALECT', the construct outputs nothing. If it's needed
!      to print curly braces or `|' character in assembler output
!      directly, `%{', `%}' and `%|' can be used.
  
!      If you do not define this macro, the characters `{', `|' and `}'
!      do not have any special meaning when used in templates or operands
!      to `asm_fprintf'.
  
!      Define the macros `REGISTER_PREFIX', `LOCAL_LABEL_PREFIX',
!      `USER_LABEL_PREFIX' and `IMMEDIATE_PREFIX' if you can express the
       variations in assembler language syntax with that mechanism.
!      Define `ASSEMBLER_DIALECT' and use the `{option0|option1}' syntax
       if the syntax variant are larger and involve such things as
       different opcodes or operand order.
  
*************** otherwise it contains the 'sequence' rtx
*** 36583,36590 ****
  
   -- Macro: ASM_OUTPUT_REG_POP (STREAM, REGNO)
       A C expression to output to STREAM some assembler code which will
!      pop hard register number REGNO off of the stack.  The code need not
!      be optimal, since this macro is used only when profiling.
  
  
  File: gccint.info,  Node: Dispatch Tables,  Next: Exception Region Output,  Prev: Instruction Output,  Up: Assembler Format
--- 37014,37021 ----
  
   -- Macro: ASM_OUTPUT_REG_POP (STREAM, REGNO)
       A C expression to output to STREAM some assembler code which will
!      pop hard register number REGNO off of the stack.  The code need
!      not be optimal, since this macro is used only when profiling.
  
  
  File: gccint.info,  Node: Dispatch Tables,  Next: Exception Region Output,  Prev: Instruction Output,  Up: Assembler Format
*************** This concerns dispatch tables.
*** 36599,36605 ****
       pseudo-instruction to generate a difference between two labels.
       VALUE and REL are the numbers of two internal labels.  The
       definitions of these labels are output using
!      '(*targetm.asm_out.internal_label)', and they must be printed in
       the same way here.  For example,
  
            fprintf (STREAM, "\t.word L%d-L%d\n",
--- 37030,37036 ----
       pseudo-instruction to generate a difference between two labels.
       VALUE and REL are the numbers of two internal labels.  The
       definitions of these labels are output using
!      `(*targetm.asm_out.internal_label)', and they must be printed in
       the same way here.  For example,
  
            fprintf (STREAM, "\t.word L%d-L%d\n",
*************** This concerns dispatch tables.
*** 36608,36614 ****
       You must provide this macro on machines where the addresses in a
       dispatch table are relative to the table's own address.  If
       defined, GCC will also use this macro on all machines when
!      producing PIC.  BODY is the body of the 'ADDR_DIFF_VEC'; it is
       provided so that the mode and flags can be read.
  
   -- Macro: ASM_OUTPUT_ADDR_VEC_ELT (STREAM, VALUE)
--- 37039,37045 ----
       You must provide this macro on machines where the addresses in a
       dispatch table are relative to the table's own address.  If
       defined, GCC will also use this macro on all machines when
!      producing PIC.  BODY is the body of the `ADDR_DIFF_VEC'; it is
       provided so that the mode and flags can be read.
  
   -- Macro: ASM_OUTPUT_ADDR_VEC_ELT (STREAM, VALUE)
*************** This concerns dispatch tables.
*** 36619,36648 ****
       stream STREAM an assembler pseudo-instruction to generate a
       reference to a label.  VALUE is the number of an internal label
       whose definition is output using
!      '(*targetm.asm_out.internal_label)'.  For example,
  
            fprintf (STREAM, "\t.word L%d\n", VALUE)
  
   -- Macro: ASM_OUTPUT_CASE_LABEL (STREAM, PREFIX, NUM, TABLE)
       Define this if the label before a jump-table needs to be output
       specially.  The first three arguments are the same as for
!      '(*targetm.asm_out.internal_label)'; the fourth argument is the
!      jump-table which follows (a 'jump_table_data' containing an
!      'addr_vec' or 'addr_diff_vec').
  
!      This feature is used on system V to output a 'swbeg' statement for
       the table.
  
       If this macro is not defined, these labels are output with
!      '(*targetm.asm_out.internal_label)'.
  
   -- Macro: ASM_OUTPUT_CASE_END (STREAM, NUM, TABLE)
       Define this if something special must be output at the end of a
       jump-table.  The definition should be a C statement to be executed
       after the assembler code for the table is written.  It should write
!      the appropriate code to stdio stream STREAM.  The argument TABLE is
!      the jump-table insn, and NUM is the label-number of the preceding
!      label.
  
       If this macro is not defined, nothing special is output at the end
       of the jump-table.
--- 37050,37079 ----
       stream STREAM an assembler pseudo-instruction to generate a
       reference to a label.  VALUE is the number of an internal label
       whose definition is output using
!      `(*targetm.asm_out.internal_label)'.  For example,
  
            fprintf (STREAM, "\t.word L%d\n", VALUE)
  
   -- Macro: ASM_OUTPUT_CASE_LABEL (STREAM, PREFIX, NUM, TABLE)
       Define this if the label before a jump-table needs to be output
       specially.  The first three arguments are the same as for
!      `(*targetm.asm_out.internal_label)'; the fourth argument is the
!      jump-table which follows (a `jump_table_data' containing an
!      `addr_vec' or `addr_diff_vec').
  
!      This feature is used on system V to output a `swbeg' statement for
       the table.
  
       If this macro is not defined, these labels are output with
!      `(*targetm.asm_out.internal_label)'.
  
   -- Macro: ASM_OUTPUT_CASE_END (STREAM, NUM, TABLE)
       Define this if something special must be output at the end of a
       jump-table.  The definition should be a C statement to be executed
       after the assembler code for the table is written.  It should write
!      the appropriate code to stdio stream STREAM.  The argument TABLE
!      is the jump-table insn, and NUM is the label-number of the
!      preceding label.
  
       If this macro is not defined, nothing special is output at the end
       of the jump-table.
*************** This concerns dispatch tables.
*** 36654,36661 ****
       should write the appropriate label, for the FDE associated with the
       function declaration DECL, to the stdio stream STREAM.  The third
       argument, FOR_EH, is a boolean: true if this is for an exception
!      table.  The fourth argument, EMPTY, is a boolean: true if this is a
!      placeholder label for an omitted FDE.
  
       The default is that FDEs are not given nonlocal labels.
  
--- 37085,37092 ----
       should write the appropriate label, for the FDE associated with the
       function declaration DECL, to the stdio stream STREAM.  The third
       argument, FOR_EH, is a boolean: true if this is for an exception
!      table.  The fourth argument, EMPTY, is a boolean: true if this is
!      a placeholder label for an omitted FDE.
  
       The default is that FDEs are not given nonlocal labels.
  
*************** This concerns dispatch tables.
*** 36668,36688 ****
  
   -- Target Hook: void TARGET_ASM_EMIT_EXCEPT_PERSONALITY (rtx
            PERSONALITY)
!      If the target implements 'TARGET_ASM_UNWIND_EMIT', this hook may be
!      used to emit a directive to install a personality hook into the
!      unwind info.  This hook should not be used if dwarf2 unwind info is
!      used.
  
   -- Target Hook: void TARGET_ASM_UNWIND_EMIT (FILE *STREAM, rtx_insn
            *INSN)
       This target hook emits assembly directives required to unwind the
       given instruction.  This is only used when
!      'TARGET_EXCEPT_UNWIND_INFO' returns 'UI_TARGET'.
  
   -- Target Hook: bool TARGET_ASM_UNWIND_EMIT_BEFORE_INSN
!      True if the 'TARGET_ASM_UNWIND_EMIT' hook should be called before
!      the assembly for INSN has been emitted, false if the hook should be
!      called afterward.
  
  
  File: gccint.info,  Node: Exception Region Output,  Next: Alignment Output,  Prev: Dispatch Tables,  Up: Assembler Format
--- 37099,37119 ----
  
   -- Target Hook: void TARGET_ASM_EMIT_EXCEPT_PERSONALITY (rtx
            PERSONALITY)
!      If the target implements `TARGET_ASM_UNWIND_EMIT', this hook may
!      be used to emit a directive to install a personality hook into the
!      unwind info.  This hook should not be used if dwarf2 unwind info
!      is used.
  
   -- Target Hook: void TARGET_ASM_UNWIND_EMIT (FILE *STREAM, rtx_insn
            *INSN)
       This target hook emits assembly directives required to unwind the
       given instruction.  This is only used when
!      `TARGET_EXCEPT_UNWIND_INFO' returns `UI_TARGET'.
  
   -- Target Hook: bool TARGET_ASM_UNWIND_EMIT_BEFORE_INSN
!      True if the `TARGET_ASM_UNWIND_EMIT' hook should be called before
!      the assembly for INSN has been emitted, false if the hook should
!      be called afterward.
  
  
  File: gccint.info,  Node: Exception Region Output,  Next: Alignment Output,  Prev: Dispatch Tables,  Up: Assembler Format
*************** region.
*** 36697,36704 ****
       If defined, a C string constant for the name of the section
       containing exception handling frame unwind information.  If not
       defined, GCC will provide a default definition if the target
!      supports named sections.  'crtstuff.c' uses this macro to switch to
!      the appropriate section.
  
       You should define this symbol if your target supports DWARF 2 frame
       unwind information and the default definition does not work.
--- 37128,37135 ----
       If defined, a C string constant for the name of the section
       containing exception handling frame unwind information.  If not
       defined, GCC will provide a default definition if the target
!      supports named sections.  `crtstuff.c' uses this macro to switch
!      to the appropriate section.
  
       You should define this symbol if your target supports DWARF 2 frame
       unwind information and the default definition does not work.
*************** region.
*** 36709,36715 ****
       labels and generate code to register the frames.
  
       This might be necessary, for instance, if the system linker will
!      not place the eh_frames in-between the sentinals from 'crtstuff.c',
       or if the system linker does garbage collection and sections cannot
       be marked as not to be collected.
  
--- 37140,37146 ----
       labels and generate code to register the frames.
  
       This might be necessary, for instance, if the system linker will
!      not place the eh_frames in-between the sentinals from `crtstuff.c',
       or if the system linker does garbage collection and sections cannot
       be marked as not to be collected.
  
*************** region.
*** 36720,36784 ****
       read-only and read-write sections into a single read-write section.
  
   -- Macro: MASK_RETURN_ADDR
!      An rtx used to mask the return address found via 'RETURN_ADDR_RTX',
!      so that it does not contain any extraneous set bits in it.
  
   -- Macro: DWARF2_UNWIND_INFO
       Define this macro to 0 if your target supports DWARF 2 frame unwind
       information, but it does not yet work with exception handling.
       Otherwise, if your target supports this information (if it defines
!      'INCOMING_RETURN_ADDR_RTX' and 'OBJECT_FORMAT_ELF'), GCC will
       provide a default definition of 1.
  
   -- Common Target Hook: enum unwind_info_type TARGET_EXCEPT_UNWIND_INFO
            (struct gcc_options *OPTS)
       This hook defines the mechanism that will be used for exception
       handling by the target.  If the target has ABI specified unwind
!      tables, the hook should return 'UI_TARGET'.  If the target is to
!      use the 'setjmp'/'longjmp'-based exception handling scheme, the
!      hook should return 'UI_SJLJ'.  If the target supports DWARF 2 frame
!      unwind information, the hook should return 'UI_DWARF2'.
  
       A target may, if exceptions are disabled, choose to return
!      'UI_NONE'.  This may end up simplifying other parts of
       target-specific code.  The default implementation of this hook
!      never returns 'UI_NONE'.
  
       Note that the value returned by this hook should be constant.  It
       should not depend on anything except the command-line switches
!      described by OPTS.  In particular, the setting 'UI_SJLJ' must be
       fixed at compiler start-up as C pre-processor macros and builtin
       functions related to exception handling are set up depending on
       this setting.
  
       The default implementation of the hook first honors the
!      '--enable-sjlj-exceptions' configure option, then
!      'DWARF2_UNWIND_INFO', and finally defaults to 'UI_SJLJ'.  If
!      'DWARF2_UNWIND_INFO' depends on command-line options, the target
       must define this hook so that OPTS is used correctly.
  
   -- Common Target Hook: bool TARGET_UNWIND_TABLES_DEFAULT
!      This variable should be set to 'true' if the target ABI requires
!      unwinding tables even when exceptions are not used.  It must not be
!      modified by command-line option processing.
  
   -- Macro: DONT_USE_BUILTIN_SETJMP
!      Define this macro to 1 if the 'setjmp'/'longjmp'-based scheme
!      should use the 'setjmp'/'longjmp' functions from the C library
!      instead of the '__builtin_setjmp'/'__builtin_longjmp' machinery.
  
   -- Macro: JMP_BUF_SIZE
!      This macro has no effect unless 'DONT_USE_BUILTIN_SETJMP' is also
!      defined.  Define this macro if the default size of 'jmp_buf' buffer
!      for the 'setjmp'/'longjmp'-based exception handling mechanism is
       not large enough, or if it is much too large.  The default size is
!      'FIRST_PSEUDO_REGISTER * sizeof(void *)'.
  
   -- Macro: DWARF_CIE_DATA_ALIGNMENT
       This macro need only be defined if the target might save registers
       in the function prologue at an offset to the stack pointer that is
!      not aligned to 'UNITS_PER_WORD'.  The definition should be the
!      negative minimum alignment if 'STACK_GROWS_DOWNWARD' is true, and
       the positive minimum alignment otherwise.  *Note SDB and DWARF::.
       Only applicable if the target supports DWARF 2 frame unwind
       information.
--- 37151,37216 ----
       read-only and read-write sections into a single read-write section.
  
   -- Macro: MASK_RETURN_ADDR
!      An rtx used to mask the return address found via
!      `RETURN_ADDR_RTX', so that it does not contain any extraneous set
!      bits in it.
  
   -- Macro: DWARF2_UNWIND_INFO
       Define this macro to 0 if your target supports DWARF 2 frame unwind
       information, but it does not yet work with exception handling.
       Otherwise, if your target supports this information (if it defines
!      `INCOMING_RETURN_ADDR_RTX' and `OBJECT_FORMAT_ELF'), GCC will
       provide a default definition of 1.
  
   -- Common Target Hook: enum unwind_info_type TARGET_EXCEPT_UNWIND_INFO
            (struct gcc_options *OPTS)
       This hook defines the mechanism that will be used for exception
       handling by the target.  If the target has ABI specified unwind
!      tables, the hook should return `UI_TARGET'.  If the target is to
!      use the `setjmp'/`longjmp'-based exception handling scheme, the
!      hook should return `UI_SJLJ'.  If the target supports DWARF 2
!      frame unwind information, the hook should return `UI_DWARF2'.
  
       A target may, if exceptions are disabled, choose to return
!      `UI_NONE'.  This may end up simplifying other parts of
       target-specific code.  The default implementation of this hook
!      never returns `UI_NONE'.
  
       Note that the value returned by this hook should be constant.  It
       should not depend on anything except the command-line switches
!      described by OPTS.  In particular, the setting `UI_SJLJ' must be
       fixed at compiler start-up as C pre-processor macros and builtin
       functions related to exception handling are set up depending on
       this setting.
  
       The default implementation of the hook first honors the
!      `--enable-sjlj-exceptions' configure option, then
!      `DWARF2_UNWIND_INFO', and finally defaults to `UI_SJLJ'.  If
!      `DWARF2_UNWIND_INFO' depends on command-line options, the target
       must define this hook so that OPTS is used correctly.
  
   -- Common Target Hook: bool TARGET_UNWIND_TABLES_DEFAULT
!      This variable should be set to `true' if the target ABI requires
!      unwinding tables even when exceptions are not used.  It must not
!      be modified by command-line option processing.
  
   -- Macro: DONT_USE_BUILTIN_SETJMP
!      Define this macro to 1 if the `setjmp'/`longjmp'-based scheme
!      should use the `setjmp'/`longjmp' functions from the C library
!      instead of the `__builtin_setjmp'/`__builtin_longjmp' machinery.
  
   -- Macro: JMP_BUF_SIZE
!      This macro has no effect unless `DONT_USE_BUILTIN_SETJMP' is also
!      defined.  Define this macro if the default size of `jmp_buf' buffer
!      for the `setjmp'/`longjmp'-based exception handling mechanism is
       not large enough, or if it is much too large.  The default size is
!      `FIRST_PSEUDO_REGISTER * sizeof(void *)'.
  
   -- Macro: DWARF_CIE_DATA_ALIGNMENT
       This macro need only be defined if the target might save registers
       in the function prologue at an offset to the stack pointer that is
!      not aligned to `UNITS_PER_WORD'.  The definition should be the
!      negative minimum alignment if `STACK_GROWS_DOWNWARD' is true, and
       the positive minimum alignment otherwise.  *Note SDB and DWARF::.
       Only applicable if the target supports DWARF 2 frame unwind
       information.
*************** region.
*** 36786,36792 ****
   -- Target Hook: bool TARGET_TERMINATE_DW2_EH_FRAME_INFO
       Contains the value true if the target should add a zero word onto
       the end of a Dwarf-2 frame info section when used for exception
!      handling.  Default value is false if 'EH_FRAME_SECTION_NAME' is
       defined, and true otherwise.
  
   -- Target Hook: rtx TARGET_DWARF_REGISTER_SPAN (rtx REG)
--- 37218,37224 ----
   -- Target Hook: bool TARGET_TERMINATE_DW2_EH_FRAME_INFO
       Contains the value true if the target should add a zero word onto
       the end of a Dwarf-2 frame info section when used for exception
!      handling.  Default value is false if `EH_FRAME_SECTION_NAME' is
       defined, and true otherwise.
  
   -- Target Hook: rtx TARGET_DWARF_REGISTER_SPAN (rtx REG)
*************** region.
*** 36795,36802 ****
       if the register and its mode are represented in Dwarf in
       non-contiguous locations, or if the register should be represented
       in more than one register in Dwarf.  Otherwise, this hook should
!      return 'NULL_RTX'.  If not defined, the default is to return
!      'NULL_RTX'.
  
   -- Target Hook: machine_mode TARGET_DWARF_FRAME_REG_MODE (int REGNO)
       Given a register, this hook should return the mode which the
--- 37227,37234 ----
       if the register and its mode are represented in Dwarf in
       non-contiguous locations, or if the register should be represented
       in more than one register in Dwarf.  Otherwise, this hook should
!      return `NULL_RTX'.  If not defined, the default is to return
!      `NULL_RTX'.
  
   -- Target Hook: machine_mode TARGET_DWARF_FRAME_REG_MODE (int REGNO)
       Given a register, this hook should return the mode which the
*************** region.
*** 36808,36828 ****
       If some registers are represented in Dwarf-2 unwind information in
       multiple pieces, define this hook to fill in information about the
       sizes of those pieces in the table used by the unwinder at runtime.
!      It will be called by 'expand_builtin_init_dwarf_reg_sizes' after
       filling in a single size corresponding to each hard register;
       ADDRESS is the address of the table.
  
   -- Target Hook: bool TARGET_ASM_TTYPE (rtx SYM)
       This hook is used to output a reference from a frame unwinding
       table to the type_info object identified by SYM.  It should return
!      'true' if the reference was output.  Returning 'false' will cause
       the reference to be output using the normal Dwarf2 routines.
  
   -- Target Hook: bool TARGET_ARM_EABI_UNWINDER
!      This flag should be set to 'true' on targets that use an ARM EABI
!      based unwinding library, and 'false' on other targets.  This
       effects the format of unwinding tables, and how the unwinder in
!      entered after running a cleanup.  The default is 'false'.
  
  
  File: gccint.info,  Node: Alignment Output,  Prev: Exception Region Output,  Up: Assembler Format
--- 37240,37260 ----
       If some registers are represented in Dwarf-2 unwind information in
       multiple pieces, define this hook to fill in information about the
       sizes of those pieces in the table used by the unwinder at runtime.
!      It will be called by `expand_builtin_init_dwarf_reg_sizes' after
       filling in a single size corresponding to each hard register;
       ADDRESS is the address of the table.
  
   -- Target Hook: bool TARGET_ASM_TTYPE (rtx SYM)
       This hook is used to output a reference from a frame unwinding
       table to the type_info object identified by SYM.  It should return
!      `true' if the reference was output.  Returning `false' will cause
       the reference to be output using the normal Dwarf2 routines.
  
   -- Target Hook: bool TARGET_ARM_EABI_UNWINDER
!      This flag should be set to `true' on targets that use an ARM EABI
!      based unwinding library, and `false' on other targets.  This
       effects the format of unwinding tables, and how the unwinder in
!      entered after running a cleanup.  The default is `false'.
  
  
  File: gccint.info,  Node: Alignment Output,  Prev: Exception Region Output,  Up: Assembler Format
*************** This describes commands for alignment.
*** 36842,36858 ****
  
       Unless it's necessary to inspect the LABEL parameter, it is better
       to set the variable ALIGN_JUMPS in the target's
!      'TARGET_OPTION_OVERRIDE'.  Otherwise, you should try to honor the
!      user's selection in ALIGN_JUMPS in a 'JUMP_ALIGN' implementation.
  
   -- Target Hook: int TARGET_ASM_JUMP_ALIGN_MAX_SKIP (rtx_insn *LABEL)
       The maximum number of bytes to skip before LABEL when applying
!      'JUMP_ALIGN'.  This works only if 'ASM_OUTPUT_MAX_SKIP_ALIGN' is
       defined.
  
   -- Macro: LABEL_ALIGN_AFTER_BARRIER (LABEL)
       The alignment (log base 2) to put in front of LABEL, which follows
!      a 'BARRIER'.
  
       This macro need not be defined if you don't want any special
       alignment to be done at such a time.  Most machine descriptions do
--- 37274,37290 ----
  
       Unless it's necessary to inspect the LABEL parameter, it is better
       to set the variable ALIGN_JUMPS in the target's
!      `TARGET_OPTION_OVERRIDE'.  Otherwise, you should try to honor the
!      user's selection in ALIGN_JUMPS in a `JUMP_ALIGN' implementation.
  
   -- Target Hook: int TARGET_ASM_JUMP_ALIGN_MAX_SKIP (rtx_insn *LABEL)
       The maximum number of bytes to skip before LABEL when applying
!      `JUMP_ALIGN'.  This works only if `ASM_OUTPUT_MAX_SKIP_ALIGN' is
       defined.
  
   -- Macro: LABEL_ALIGN_AFTER_BARRIER (LABEL)
       The alignment (log base 2) to put in front of LABEL, which follows
!      a `BARRIER'.
  
       This macro need not be defined if you don't want any special
       alignment to be done at such a time.  Most machine descriptions do
*************** This describes commands for alignment.
*** 36861,36868 ****
   -- Target Hook: int TARGET_ASM_LABEL_ALIGN_AFTER_BARRIER_MAX_SKIP
            (rtx_insn *LABEL)
       The maximum number of bytes to skip before LABEL when applying
!      'LABEL_ALIGN_AFTER_BARRIER'.  This works only if
!      'ASM_OUTPUT_MAX_SKIP_ALIGN' is defined.
  
   -- Macro: LOOP_ALIGN (LABEL)
       The alignment (log base 2) to put in front of LABEL that heads a
--- 37293,37300 ----
   -- Target Hook: int TARGET_ASM_LABEL_ALIGN_AFTER_BARRIER_MAX_SKIP
            (rtx_insn *LABEL)
       The maximum number of bytes to skip before LABEL when applying
!      `LABEL_ALIGN_AFTER_BARRIER'.  This works only if
!      `ASM_OUTPUT_MAX_SKIP_ALIGN' is defined.
  
   -- Macro: LOOP_ALIGN (LABEL)
       The alignment (log base 2) to put in front of LABEL that heads a
*************** This describes commands for alignment.
*** 36873,36921 ****
       not currently define the macro.
  
       Unless it's necessary to inspect the LABEL parameter, it is better
!      to set the variable 'align_loops' in the target's
!      'TARGET_OPTION_OVERRIDE'.  Otherwise, you should try to honor the
!      user's selection in 'align_loops' in a 'LOOP_ALIGN' implementation.
  
   -- Target Hook: int TARGET_ASM_LOOP_ALIGN_MAX_SKIP (rtx_insn *LABEL)
!      The maximum number of bytes to skip when applying 'LOOP_ALIGN' to
!      LABEL.  This works only if 'ASM_OUTPUT_MAX_SKIP_ALIGN' is defined.
  
   -- Macro: LABEL_ALIGN (LABEL)
       The alignment (log base 2) to put in front of LABEL.  If
!      'LABEL_ALIGN_AFTER_BARRIER' / 'LOOP_ALIGN' specify a different
       alignment, the maximum of the specified values is used.
  
       Unless it's necessary to inspect the LABEL parameter, it is better
!      to set the variable 'align_labels' in the target's
!      'TARGET_OPTION_OVERRIDE'.  Otherwise, you should try to honor the
!      user's selection in 'align_labels' in a 'LABEL_ALIGN'
       implementation.
  
   -- Target Hook: int TARGET_ASM_LABEL_ALIGN_MAX_SKIP (rtx_insn *LABEL)
!      The maximum number of bytes to skip when applying 'LABEL_ALIGN' to
!      LABEL.  This works only if 'ASM_OUTPUT_MAX_SKIP_ALIGN' is defined.
  
   -- Macro: ASM_OUTPUT_SKIP (STREAM, NBYTES)
       A C statement to output to the stdio stream STREAM an assembler
!      instruction to advance the location counter by NBYTES bytes.  Those
!      bytes should be zero when loaded.  NBYTES will be a C expression of
!      type 'unsigned HOST_WIDE_INT'.
  
   -- Macro: ASM_NO_SKIP_IN_TEXT
!      Define this macro if 'ASM_OUTPUT_SKIP' should not be used in the
       text section because it fails to put zeros in the bytes that are
!      skipped.  This is true on many Unix systems, where the pseudo-op to
!      skip bytes produces no-op instructions rather than zeros when used
!      in the text section.
  
   -- Macro: ASM_OUTPUT_ALIGN (STREAM, POWER)
       A C statement to output to the stdio stream STREAM an assembler
       command to advance the location counter to a multiple of 2 to the
!      POWER bytes.  POWER will be a C expression of type 'int'.
  
   -- Macro: ASM_OUTPUT_ALIGN_WITH_NOP (STREAM, POWER)
!      Like 'ASM_OUTPUT_ALIGN', except that the "nop" instruction is used
       for padding, if necessary.
  
   -- Macro: ASM_OUTPUT_MAX_SKIP_ALIGN (STREAM, POWER, MAX_SKIP)
--- 37305,37353 ----
       not currently define the macro.
  
       Unless it's necessary to inspect the LABEL parameter, it is better
!      to set the variable `align_loops' in the target's
!      `TARGET_OPTION_OVERRIDE'.  Otherwise, you should try to honor the
!      user's selection in `align_loops' in a `LOOP_ALIGN' implementation.
  
   -- Target Hook: int TARGET_ASM_LOOP_ALIGN_MAX_SKIP (rtx_insn *LABEL)
!      The maximum number of bytes to skip when applying `LOOP_ALIGN' to
!      LABEL.  This works only if `ASM_OUTPUT_MAX_SKIP_ALIGN' is defined.
  
   -- Macro: LABEL_ALIGN (LABEL)
       The alignment (log base 2) to put in front of LABEL.  If
!      `LABEL_ALIGN_AFTER_BARRIER' / `LOOP_ALIGN' specify a different
       alignment, the maximum of the specified values is used.
  
       Unless it's necessary to inspect the LABEL parameter, it is better
!      to set the variable `align_labels' in the target's
!      `TARGET_OPTION_OVERRIDE'.  Otherwise, you should try to honor the
!      user's selection in `align_labels' in a `LABEL_ALIGN'
       implementation.
  
   -- Target Hook: int TARGET_ASM_LABEL_ALIGN_MAX_SKIP (rtx_insn *LABEL)
!      The maximum number of bytes to skip when applying `LABEL_ALIGN' to
!      LABEL.  This works only if `ASM_OUTPUT_MAX_SKIP_ALIGN' is defined.
  
   -- Macro: ASM_OUTPUT_SKIP (STREAM, NBYTES)
       A C statement to output to the stdio stream STREAM an assembler
!      instruction to advance the location counter by NBYTES bytes.
!      Those bytes should be zero when loaded.  NBYTES will be a C
!      expression of type `unsigned HOST_WIDE_INT'.
  
   -- Macro: ASM_NO_SKIP_IN_TEXT
!      Define this macro if `ASM_OUTPUT_SKIP' should not be used in the
       text section because it fails to put zeros in the bytes that are
!      skipped.  This is true on many Unix systems, where the pseudo-op
!      to skip bytes produces no-op instructions rather than zeros when
!      used in the text section.
  
   -- Macro: ASM_OUTPUT_ALIGN (STREAM, POWER)
       A C statement to output to the stdio stream STREAM an assembler
       command to advance the location counter to a multiple of 2 to the
!      POWER bytes.  POWER will be a C expression of type `int'.
  
   -- Macro: ASM_OUTPUT_ALIGN_WITH_NOP (STREAM, POWER)
!      Like `ASM_OUTPUT_ALIGN', except that the "nop" instruction is used
       for padding, if necessary.
  
   -- Macro: ASM_OUTPUT_MAX_SKIP_ALIGN (STREAM, POWER, MAX_SKIP)
*************** This describes commands for alignment.
*** 36923,36929 ****
       command to advance the location counter to a multiple of 2 to the
       POWER bytes, but only if MAX_SKIP or fewer bytes are needed to
       satisfy the alignment request.  POWER and MAX_SKIP will be a C
!      expression of type 'int'.
  
  
  File: gccint.info,  Node: Debugging Info,  Next: Floating Point,  Prev: Assembler Format,  Up: Target Macros
--- 37355,37361 ----
       command to advance the location counter to a multiple of 2 to the
       POWER bytes, but only if MAX_SKIP or fewer bytes are needed to
       satisfy the alignment request.  POWER and MAX_SKIP will be a C
!      expression of type `int'.
  
  
  File: gccint.info,  Node: Debugging Info,  Next: Floating Point,  Prev: Assembler Format,  Up: Target Macros
*************** These macros affect all debugging format
*** 36952,36971 ****
  
   -- Macro: DBX_REGISTER_NUMBER (REGNO)
       A C expression that returns the DBX register number for the
!      compiler register number REGNO.  In the default macro provided, the
!      value of this expression will be REGNO itself.  But sometimes there
!      are some registers that the compiler knows about and DBX does not,
!      or vice versa.  In such cases, some register may need to have one
!      number in the compiler and another for DBX.
  
       If two registers have consecutive numbers inside GCC, and they can
       be used as a pair to hold a multiword value, then they _must_ have
!      consecutive numbers after renumbering with 'DBX_REGISTER_NUMBER'.
       Otherwise, debuggers will be unable to access such a pair, because
!      they expect register pairs to be consecutive in their own numbering
!      scheme.
  
!      If you find yourself defining 'DBX_REGISTER_NUMBER' in way that
       does not preserve register pairs, then what you must do instead is
       redefine the actual register numbering scheme.
  
--- 37384,37403 ----
  
   -- Macro: DBX_REGISTER_NUMBER (REGNO)
       A C expression that returns the DBX register number for the
!      compiler register number REGNO.  In the default macro provided,
!      the value of this expression will be REGNO itself.  But sometimes
!      there are some registers that the compiler knows about and DBX
!      does not, or vice versa.  In such cases, some register may need to
!      have one number in the compiler and another for DBX.
  
       If two registers have consecutive numbers inside GCC, and they can
       be used as a pair to hold a multiword value, then they _must_ have
!      consecutive numbers after renumbering with `DBX_REGISTER_NUMBER'.
       Otherwise, debuggers will be unable to access such a pair, because
!      they expect register pairs to be consecutive in their own
!      numbering scheme.
  
!      If you find yourself defining `DBX_REGISTER_NUMBER' in way that
       does not preserve register pairs, then what you must do instead is
       redefine the actual register numbering scheme.
  
*************** These macros affect all debugging format
*** 36976,36982 ****
       and gives the offset from the frame-pointer.  This is required for
       targets that produce debugging output for DBX or COFF-style
       debugging output for SDB and allow the frame-pointer to be
!      eliminated when the '-g' options is used.
  
   -- Macro: DEBUGGER_ARG_OFFSET (OFFSET, X)
       A C expression that returns the integer offset value for an
--- 37408,37414 ----
       and gives the offset from the frame-pointer.  This is required for
       targets that produce debugging output for DBX or COFF-style
       debugging output for SDB and allow the frame-pointer to be
!      eliminated when the `-g' options is used.
  
   -- Macro: DEBUGGER_ARG_OFFSET (OFFSET, X)
       A C expression that returns the integer offset value for an
*************** These macros affect all debugging format
*** 36985,37005 ****
  
   -- Macro: PREFERRED_DEBUGGING_TYPE
       A C expression that returns the type of debugging output GCC should
!      produce when the user specifies just '-g'.  Define this if you have
!      arranged for GCC to support more than one format of debugging
!      output.  Currently, the allowable values are 'DBX_DEBUG',
!      'SDB_DEBUG', 'DWARF_DEBUG', 'DWARF2_DEBUG', 'XCOFF_DEBUG',
!      'VMS_DEBUG', and 'VMS_AND_DWARF2_DEBUG'.
  
!      When the user specifies '-ggdb', GCC normally also uses the value
       of this macro to select the debugging output format, but with two
!      exceptions.  If 'DWARF2_DEBUGGING_INFO' is defined, GCC uses the
!      value 'DWARF2_DEBUG'.  Otherwise, if 'DBX_DEBUGGING_INFO' is
!      defined, GCC uses 'DBX_DEBUG'.
  
       The value of this macro only affects the default debugging output;
       the user can always get a specific type of output by using
!      '-gstabs', '-gcoff', '-gdwarf-2', '-gxcoff', or '-gvms'.
  
  
  File: gccint.info,  Node: DBX Options,  Next: DBX Hooks,  Prev: All Debuggers,  Up: Debugging Info
--- 37417,37437 ----
  
   -- Macro: PREFERRED_DEBUGGING_TYPE
       A C expression that returns the type of debugging output GCC should
!      produce when the user specifies just `-g'.  Define this if you
!      have arranged for GCC to support more than one format of debugging
!      output.  Currently, the allowable values are `DBX_DEBUG',
!      `SDB_DEBUG', `DWARF_DEBUG', `DWARF2_DEBUG', `XCOFF_DEBUG',
!      `VMS_DEBUG', and `VMS_AND_DWARF2_DEBUG'.
  
!      When the user specifies `-ggdb', GCC normally also uses the value
       of this macro to select the debugging output format, but with two
!      exceptions.  If `DWARF2_DEBUGGING_INFO' is defined, GCC uses the
!      value `DWARF2_DEBUG'.  Otherwise, if `DBX_DEBUGGING_INFO' is
!      defined, GCC uses `DBX_DEBUG'.
  
       The value of this macro only affects the default debugging output;
       the user can always get a specific type of output by using
!      `-gstabs', `-gcoff', `-gdwarf-2', `-gxcoff', or `-gvms'.
  
  
  File: gccint.info,  Node: DBX Options,  Next: DBX Hooks,  Prev: All Debuggers,  Up: Debugging Info
*************** File: gccint.info,  Node: DBX Options,
*** 37010,37021 ****
  These are specific options for DBX output.
  
   -- Macro: DBX_DEBUGGING_INFO
!      Define this macro if GCC should produce debugging output for DBX in
!      response to the '-g' option.
  
   -- Macro: XCOFF_DEBUGGING_INFO
       Define this macro if GCC should produce XCOFF format debugging
!      output in response to the '-g' option.  This is a variant of DBX
       format.
  
   -- Macro: DEFAULT_GDB_EXTENSIONS
--- 37442,37453 ----
  These are specific options for DBX output.
  
   -- Macro: DBX_DEBUGGING_INFO
!      Define this macro if GCC should produce debugging output for DBX
!      in response to the `-g' option.
  
   -- Macro: XCOFF_DEBUGGING_INFO
       Define this macro if GCC should produce XCOFF format debugging
!      output in response to the `-g' option.  This is a variant of DBX
       format.
  
   -- Macro: DEFAULT_GDB_EXTENSIONS
*************** These are specific options for DBX outpu
*** 37026,37062 ****
       information if there is any occasion to.
  
   -- Macro: DEBUG_SYMS_TEXT
!      Define this macro if all '.stabs' commands should be output while
       in the text section.
  
   -- Macro: ASM_STABS_OP
!      A C string constant, including spacing, naming the assembler pseudo
!      op to use instead of '"\t.stabs\t"' to define an ordinary debugging
!      symbol.  If you don't define this macro, '"\t.stabs\t"' is used.
!      This macro applies only to DBX debugging information format.
  
   -- Macro: ASM_STABD_OP
!      A C string constant, including spacing, naming the assembler pseudo
!      op to use instead of '"\t.stabd\t"' to define a debugging symbol
!      whose value is the current location.  If you don't define this
!      macro, '"\t.stabd\t"' is used.  This macro applies only to DBX
!      debugging information format.
  
   -- Macro: ASM_STABN_OP
!      A C string constant, including spacing, naming the assembler pseudo
!      op to use instead of '"\t.stabn\t"' to define a debugging symbol
!      with no name.  If you don't define this macro, '"\t.stabn\t"' is
!      used.  This macro applies only to DBX debugging information format.
  
   -- Macro: DBX_NO_XREFS
       Define this macro if DBX on your system does not support the
!      construct 'xsTAGNAME'.  On some systems, this construct is used to
       describe a forward reference to a structure named TAGNAME.  On
       other systems, this construct is not supported at all.
  
   -- Macro: DBX_CONTIN_LENGTH
       A symbol name in DBX-format debugging information is normally
!      continued (split into two separate '.stabs' directives) when it
       exceeds a certain length (by default, 80 characters).  On some
       operating systems, DBX requires this splitting; on others,
       splitting must not be done.  You can inhibit splitting by defining
--- 37458,37496 ----
       information if there is any occasion to.
  
   -- Macro: DEBUG_SYMS_TEXT
!      Define this macro if all `.stabs' commands should be output while
       in the text section.
  
   -- Macro: ASM_STABS_OP
!      A C string constant, including spacing, naming the assembler
!      pseudo op to use instead of `"\t.stabs\t"' to define an ordinary
!      debugging symbol.  If you don't define this macro, `"\t.stabs\t"'
!      is used.  This macro applies only to DBX debugging information
!      format.
  
   -- Macro: ASM_STABD_OP
!      A C string constant, including spacing, naming the assembler
!      pseudo op to use instead of `"\t.stabd\t"' to define a debugging
!      symbol whose value is the current location.  If you don't define
!      this macro, `"\t.stabd\t"' is used.  This macro applies only to
!      DBX debugging information format.
  
   -- Macro: ASM_STABN_OP
!      A C string constant, including spacing, naming the assembler
!      pseudo op to use instead of `"\t.stabn\t"' to define a debugging
!      symbol with no name.  If you don't define this macro,
!      `"\t.stabn\t"' is used.  This macro applies only to DBX debugging
!      information format.
  
   -- Macro: DBX_NO_XREFS
       Define this macro if DBX on your system does not support the
!      construct `xsTAGNAME'.  On some systems, this construct is used to
       describe a forward reference to a structure named TAGNAME.  On
       other systems, this construct is not supported at all.
  
   -- Macro: DBX_CONTIN_LENGTH
       A symbol name in DBX-format debugging information is normally
!      continued (split into two separate `.stabs' directives) when it
       exceeds a certain length (by default, 80 characters).  On some
       operating systems, DBX requires this splitting; on others,
       splitting must not be done.  You can inhibit splitting by defining
*************** These are specific options for DBX outpu
*** 37065,37125 ****
       length you desire.
  
   -- Macro: DBX_CONTIN_CHAR
!      Normally continuation is indicated by adding a '\' character to the
!      end of a '.stabs' string when a continuation follows.  To use a
!      different character instead, define this macro as a character
       constant for the character you want to use.  Do not define this
       macro if backslash is correct for your system.
  
   -- Macro: DBX_STATIC_STAB_DATA_SECTION
       Define this macro if it is necessary to go to the data section
!      before outputting the '.stabs' pseudo-op for a non-global static
       variable.
  
   -- Macro: DBX_TYPE_DECL_STABS_CODE
!      The value to use in the "code" field of the '.stabs' directive for
!      a typedef.  The default is 'N_LSYM'.
  
   -- Macro: DBX_STATIC_CONST_VAR_CODE
!      The value to use in the "code" field of the '.stabs' directive for
       a static variable located in the text section.  DBX format does not
!      provide any "right" way to do this.  The default is 'N_FUN'.
  
   -- Macro: DBX_REGPARM_STABS_CODE
!      The value to use in the "code" field of the '.stabs' directive for
       a parameter passed in registers.  DBX format does not provide any
!      "right" way to do this.  The default is 'N_RSYM'.
  
   -- Macro: DBX_REGPARM_STABS_LETTER
       The letter to use in DBX symbol data to identify a symbol as a
       parameter passed in registers.  DBX format does not customarily
!      provide any way to do this.  The default is ''P''.
  
   -- Macro: DBX_FUNCTION_FIRST
       Define this macro if the DBX information for a function and its
       arguments should precede the assembler code for the function.
!      Normally, in DBX format, the debugging information entirely follows
!      the assembler code.
  
   -- Macro: DBX_BLOCKS_FUNCTION_RELATIVE
       Define this macro, with value 1, if the value of a symbol
!      describing the scope of a block ('N_LBRAC' or 'N_RBRAC') should be
       relative to the start of the enclosing function.  Normally, GCC
       uses an absolute address.
  
   -- Macro: DBX_LINES_FUNCTION_RELATIVE
       Define this macro, with value 1, if the value of a symbol
!      indicating the current line number ('N_SLINE') should be relative
       to the start of the enclosing function.  Normally, GCC uses an
       absolute address.
  
   -- Macro: DBX_USE_BINCL
!      Define this macro if GCC should generate 'N_BINCL' and 'N_EINCL'
       stabs for included header files, as on Sun systems.  This macro
!      also directs GCC to output a type number as a pair of a file number
!      and a type number within the file.  Normally, GCC does not generate
!      'N_BINCL' or 'N_EINCL' stabs, and it outputs a single number for a
!      type number.
  
  
  File: gccint.info,  Node: DBX Hooks,  Next: File Names and DBX,  Prev: DBX Options,  Up: Debugging Info
--- 37499,37559 ----
       length you desire.
  
   -- Macro: DBX_CONTIN_CHAR
!      Normally continuation is indicated by adding a `\' character to
!      the end of a `.stabs' string when a continuation follows.  To use
!      a different character instead, define this macro as a character
       constant for the character you want to use.  Do not define this
       macro if backslash is correct for your system.
  
   -- Macro: DBX_STATIC_STAB_DATA_SECTION
       Define this macro if it is necessary to go to the data section
!      before outputting the `.stabs' pseudo-op for a non-global static
       variable.
  
   -- Macro: DBX_TYPE_DECL_STABS_CODE
!      The value to use in the "code" field of the `.stabs' directive for
!      a typedef.  The default is `N_LSYM'.
  
   -- Macro: DBX_STATIC_CONST_VAR_CODE
!      The value to use in the "code" field of the `.stabs' directive for
       a static variable located in the text section.  DBX format does not
!      provide any "right" way to do this.  The default is `N_FUN'.
  
   -- Macro: DBX_REGPARM_STABS_CODE
!      The value to use in the "code" field of the `.stabs' directive for
       a parameter passed in registers.  DBX format does not provide any
!      "right" way to do this.  The default is `N_RSYM'.
  
   -- Macro: DBX_REGPARM_STABS_LETTER
       The letter to use in DBX symbol data to identify a symbol as a
       parameter passed in registers.  DBX format does not customarily
!      provide any way to do this.  The default is `'P''.
  
   -- Macro: DBX_FUNCTION_FIRST
       Define this macro if the DBX information for a function and its
       arguments should precede the assembler code for the function.
!      Normally, in DBX format, the debugging information entirely
!      follows the assembler code.
  
   -- Macro: DBX_BLOCKS_FUNCTION_RELATIVE
       Define this macro, with value 1, if the value of a symbol
!      describing the scope of a block (`N_LBRAC' or `N_RBRAC') should be
       relative to the start of the enclosing function.  Normally, GCC
       uses an absolute address.
  
   -- Macro: DBX_LINES_FUNCTION_RELATIVE
       Define this macro, with value 1, if the value of a symbol
!      indicating the current line number (`N_SLINE') should be relative
       to the start of the enclosing function.  Normally, GCC uses an
       absolute address.
  
   -- Macro: DBX_USE_BINCL
!      Define this macro if GCC should generate `N_BINCL' and `N_EINCL'
       stabs for included header files, as on Sun systems.  This macro
!      also directs GCC to output a type number as a pair of a file
!      number and a type number within the file.  Normally, GCC does not
!      generate `N_BINCL' or `N_EINCL' stabs, and it outputs a single
!      number for a type number.
  
  
  File: gccint.info,  Node: DBX Hooks,  Next: File Names and DBX,  Prev: DBX Options,  Up: Debugging Info
*************** These are hooks for DBX format.
*** 37133,37153 ****
       A C statement to output DBX debugging information before code for
       line number LINE of the current source file to the stdio stream
       STREAM.  COUNTER is the number of time the macro was invoked,
!      including the current invocation; it is intended to generate unique
!      labels in the assembly output.
  
       This macro should not be defined if the default output is correct,
       or if it can be made correct by defining
!      'DBX_LINES_FUNCTION_RELATIVE'.
  
   -- Macro: NO_DBX_FUNCTION_END
       Some stabs encapsulation formats (in particular ECOFF), cannot
!      handle the '.stabs "",N_FUN,,0,0,Lscope-function-1' gdb dbx
       extension construct.  On those machines, define this macro to turn
       this feature off without disturbing the rest of the gdb extensions.
  
   -- Macro: NO_DBX_BNSYM_ENSYM
!      Some assemblers cannot handle the '.stabd BNSYM/ENSYM,0,0' gdb dbx
       extension construct.  On those machines, define this macro to turn
       this feature off without disturbing the rest of the gdb extensions.
  
--- 37567,37587 ----
       A C statement to output DBX debugging information before code for
       line number LINE of the current source file to the stdio stream
       STREAM.  COUNTER is the number of time the macro was invoked,
!      including the current invocation; it is intended to generate
!      unique labels in the assembly output.
  
       This macro should not be defined if the default output is correct,
       or if it can be made correct by defining
!      `DBX_LINES_FUNCTION_RELATIVE'.
  
   -- Macro: NO_DBX_FUNCTION_END
       Some stabs encapsulation formats (in particular ECOFF), cannot
!      handle the `.stabs "",N_FUN,,0,0,Lscope-function-1' gdb dbx
       extension construct.  On those machines, define this macro to turn
       this feature off without disturbing the rest of the gdb extensions.
  
   -- Macro: NO_DBX_BNSYM_ENSYM
!      Some assemblers cannot handle the `.stabd BNSYM/ENSYM,0,0' gdb dbx
       extension construct.  On those machines, define this macro to turn
       this feature off without disturbing the rest of the gdb extensions.
  
*************** This describes file names in DBX format.
*** 37169,37177 ****
       DBX debugging information is appropriate.
  
       It may be necessary to refer to a label equal to the beginning of
!      the text section.  You can use 'assemble_name (stream,
!      ltext_label_name)' to do so.  If you do this, you must also set the
!      variable USED_LTEXT_LABEL_NAME to 'true'.
  
   -- Macro: NO_DBX_MAIN_SOURCE_DIRECTORY
       Define this macro, with value 1, if GCC should not emit an
--- 37603,37611 ----
       DBX debugging information is appropriate.
  
       It may be necessary to refer to a label equal to the beginning of
!      the text section.  You can use `assemble_name (stream,
!      ltext_label_name)' to do so.  If you do this, you must also set
!      the variable USED_LTEXT_LABEL_NAME to `true'.
  
   -- Macro: NO_DBX_MAIN_SOURCE_DIRECTORY
       Define this macro, with value 1, if GCC should not emit an
*************** This describes file names in DBX format.
*** 37181,37201 ****
   -- Macro: NO_DBX_GCC_MARKER
       Define this macro, with value 1, if GCC should not emit an
       indication that this object file was compiled by GCC.  The default
!      is to emit an 'N_OPT' stab at the beginning of every source file,
!      with 'gcc2_compiled.' for the string and value 0.
  
   -- Macro: DBX_OUTPUT_MAIN_SOURCE_FILE_END (STREAM, NAME)
       A C statement to output DBX debugging information at the end of
!      compilation of the main source file NAME.  Output should be written
!      to the stdio stream STREAM.
  
       If you don't define this macro, nothing special is output at the
       end of compilation, which is correct for most machines.
  
   -- Macro: DBX_OUTPUT_NULL_N_SO_AT_MAIN_SOURCE_FILE_END
       Define this macro _instead of_ defining
!      'DBX_OUTPUT_MAIN_SOURCE_FILE_END', if what needs to be output at
!      the end of compilation is an 'N_SO' stab with an empty string,
       whose value is the highest absolute text address in the file.
  
  
--- 37615,37635 ----
   -- Macro: NO_DBX_GCC_MARKER
       Define this macro, with value 1, if GCC should not emit an
       indication that this object file was compiled by GCC.  The default
!      is to emit an `N_OPT' stab at the beginning of every source file,
!      with `gcc2_compiled.' for the string and value 0.
  
   -- Macro: DBX_OUTPUT_MAIN_SOURCE_FILE_END (STREAM, NAME)
       A C statement to output DBX debugging information at the end of
!      compilation of the main source file NAME.  Output should be
!      written to the stdio stream STREAM.
  
       If you don't define this macro, nothing special is output at the
       end of compilation, which is correct for most machines.
  
   -- Macro: DBX_OUTPUT_NULL_N_SO_AT_MAIN_SOURCE_FILE_END
       Define this macro _instead of_ defining
!      `DBX_OUTPUT_MAIN_SOURCE_FILE_END', if what needs to be output at
!      the end of compilation is an `N_SO' stab with an empty string,
       whose value is the highest absolute text address in the file.
  
  
*************** Here are macros for SDB and DWARF output
*** 37208,37249 ****
  
   -- Macro: SDB_DEBUGGING_INFO
       Define this macro to 1 if GCC should produce COFF-style debugging
!      output for SDB in response to the '-g' option.
  
   -- Macro: DWARF2_DEBUGGING_INFO
       Define this macro if GCC should produce dwarf version 2 format
!      debugging output in response to the '-g' option.
  
        -- Target Hook: int TARGET_DWARF_CALLING_CONVENTION (const_tree
                 FUNCTION)
            Define this to enable the dwarf attribute
!           'DW_AT_calling_convention' to be emitted for each function.
!           Instead of an integer return the enum value for the 'DW_CC_'
            tag.
  
       To support optional call frame debugging information, you must also
!      define 'INCOMING_RETURN_ADDR_RTX' and either set
!      'RTX_FRAME_RELATED_P' on the prologue insns if you use RTL for the
!      prologue, or call 'dwarf2out_def_cfa' and 'dwarf2out_reg_save' as
!      appropriate from 'TARGET_ASM_FUNCTION_PROLOGUE' if you don't.
  
   -- Macro: DWARF2_FRAME_INFO
       Define this macro to a nonzero value if GCC should always output
!      Dwarf 2 frame information.  If 'TARGET_EXCEPT_UNWIND_INFO' (*note
!      Exception Region Output::) returns 'UI_DWARF2', and exceptions are
!      enabled, GCC will output this information not matter how you define
!      'DWARF2_FRAME_INFO'.
  
   -- Target Hook: enum unwind_info_type TARGET_DEBUG_UNWIND_INFO (void)
       This hook defines the mechanism that will be used for describing
       frame unwind information to the debugger.  Normally the hook will
!      return 'UI_DWARF2' if DWARF 2 debug information is enabled, and
!      return 'UI_NONE' otherwise.
  
!      A target may return 'UI_DWARF2' even when DWARF 2 debug information
       is disabled in order to always output DWARF 2 frame information.
  
!      A target may return 'UI_TARGET' if it has ABI specified unwind
       tables.  This will suppress generation of the normal debug frame
       unwind information.
  
--- 37642,37683 ----
  
   -- Macro: SDB_DEBUGGING_INFO
       Define this macro to 1 if GCC should produce COFF-style debugging
!      output for SDB in response to the `-g' option.
  
   -- Macro: DWARF2_DEBUGGING_INFO
       Define this macro if GCC should produce dwarf version 2 format
!      debugging output in response to the `-g' option.
  
        -- Target Hook: int TARGET_DWARF_CALLING_CONVENTION (const_tree
                 FUNCTION)
            Define this to enable the dwarf attribute
!           `DW_AT_calling_convention' to be emitted for each function.
!           Instead of an integer return the enum value for the `DW_CC_'
            tag.
  
       To support optional call frame debugging information, you must also
!      define `INCOMING_RETURN_ADDR_RTX' and either set
!      `RTX_FRAME_RELATED_P' on the prologue insns if you use RTL for the
!      prologue, or call `dwarf2out_def_cfa' and `dwarf2out_reg_save' as
!      appropriate from `TARGET_ASM_FUNCTION_PROLOGUE' if you don't.
  
   -- Macro: DWARF2_FRAME_INFO
       Define this macro to a nonzero value if GCC should always output
!      Dwarf 2 frame information.  If `TARGET_EXCEPT_UNWIND_INFO' (*note
!      Exception Region Output::) returns `UI_DWARF2', and exceptions are
!      enabled, GCC will output this information not matter how you
!      define `DWARF2_FRAME_INFO'.
  
   -- Target Hook: enum unwind_info_type TARGET_DEBUG_UNWIND_INFO (void)
       This hook defines the mechanism that will be used for describing
       frame unwind information to the debugger.  Normally the hook will
!      return `UI_DWARF2' if DWARF 2 debug information is enabled, and
!      return `UI_NONE' otherwise.
  
!      A target may return `UI_DWARF2' even when DWARF 2 debug information
       is disabled in order to always output DWARF 2 frame information.
  
!      A target may return `UI_TARGET' if it has ABI specified unwind
       tables.  This will suppress generation of the normal debug frame
       unwind information.
  
*************** Here are macros for SDB and DWARF output
*** 37254,37262 ****
       works.
  
   -- Target Hook: bool TARGET_WANT_DEBUG_PUB_SECTIONS
!      True if the '.debug_pubtypes' and '.debug_pubnames' sections should
!      be emitted.  These sections are not used on most platforms, and in
!      particular GDB does not use them.
  
   -- Target Hook: bool TARGET_DELAY_SCHED2
       True if sched2 is not to be run at its normal place.  This usually
--- 37688,37696 ----
       works.
  
   -- Target Hook: bool TARGET_WANT_DEBUG_PUB_SECTIONS
!      True if the `.debug_pubtypes' and `.debug_pubnames' sections
!      should be emitted.  These sections are not used on most platforms,
!      and in particular GDB does not use them.
  
   -- Target Hook: bool TARGET_DELAY_SCHED2
       True if sched2 is not to be run at its normal place.  This usually
*************** Here are macros for SDB and DWARF output
*** 37282,37295 ****
   -- Macro: ASM_OUTPUT_DWARF_OFFSET (STREAM, SIZE, LABEL, OFFSET,
            SECTION)
       A C statement to issue assembly directives that create a
!      section-relative reference to the given LABEL plus OFFSET, using an
!      integer of the given SIZE.  The label is known to be defined in the
!      given SECTION.
  
   -- Macro: ASM_OUTPUT_DWARF_PCREL (STREAM, SIZE, LABEL)
       A C statement to issue assembly directives that create a
!      self-relative reference to the given LABEL, using an integer of the
!      given SIZE.
  
   -- Macro: ASM_OUTPUT_DWARF_DATAREL (STREAM, SIZE, LABEL)
       A C statement to issue assembly directives that create a reference
--- 37716,37729 ----
   -- Macro: ASM_OUTPUT_DWARF_OFFSET (STREAM, SIZE, LABEL, OFFSET,
            SECTION)
       A C statement to issue assembly directives that create a
!      section-relative reference to the given LABEL plus OFFSET, using
!      an integer of the given SIZE.  The label is known to be defined in
!      the given SECTION.
  
   -- Macro: ASM_OUTPUT_DWARF_PCREL (STREAM, SIZE, LABEL)
       A C statement to issue assembly directives that create a
!      self-relative reference to the given LABEL, using an integer of
!      the given SIZE.
  
   -- Macro: ASM_OUTPUT_DWARF_DATAREL (STREAM, SIZE, LABEL)
       A C statement to issue assembly directives that create a reference
*************** Here are macros for SDB and DWARF output
*** 37310,37324 ****
  
   -- Macro: PUT_SDB_...
       Define these macros to override the assembler syntax for the
!      special SDB assembler directives.  See 'sdbout.c' for a list of
       these macros and their arguments.  If the standard syntax is used,
       you need not define them yourself.
  
   -- Macro: SDB_DELIM
       Some assemblers do not support a semicolon as a delimiter, even
       between SDB assembler directives.  In that case, define this macro
!      to be the delimiter to use (usually '\n').  It is not necessary to
!      define a new set of 'PUT_SDB_OP' macros if this is the only change
       required.
  
   -- Macro: SDB_ALLOW_UNKNOWN_REFERENCES
--- 37744,37758 ----
  
   -- Macro: PUT_SDB_...
       Define these macros to override the assembler syntax for the
!      special SDB assembler directives.  See `sdbout.c' for a list of
       these macros and their arguments.  If the standard syntax is used,
       you need not define them yourself.
  
   -- Macro: SDB_DELIM
       Some assemblers do not support a semicolon as a delimiter, even
       between SDB assembler directives.  In that case, define this macro
!      to be the delimiter to use (usually `\n').  It is not necessary to
!      define a new set of `PUT_SDB_OP' macros if this is the only change
       required.
  
   -- Macro: SDB_ALLOW_UNKNOWN_REFERENCES
*************** Here are macros for SDB and DWARF output
*** 37334,37340 ****
   -- Macro: SDB_OUTPUT_SOURCE_LINE (STREAM, LINE)
       A C statement to output SDB debugging information before code for
       line number LINE of the current source file to the stdio stream
!      STREAM.  The default is to emit an '.ln' directive.
  
  
  File: gccint.info,  Node: VMS Debug,  Prev: SDB and DWARF,  Up: Debugging Info
--- 37768,37774 ----
   -- Macro: SDB_OUTPUT_SOURCE_LINE (STREAM, LINE)
       A C statement to output SDB debugging information before code for
       line number LINE of the current source file to the stdio stream
!      STREAM.  The default is to emit an `.ln' directive.
  
  
  File: gccint.info,  Node: VMS Debug,  Prev: SDB and DWARF,  Up: Debugging Info
*************** File: gccint.info,  Node: VMS Debug,  Pr
*** 37345,37356 ****
  Here are macros for VMS debug format.
  
   -- Macro: VMS_DEBUGGING_INFO
!      Define this macro if GCC should produce debugging output for VMS in
!      response to the '-g' option.  The default behavior for VMS is to
!      generate minimal debug info for a traceback in the absence of '-g'
!      unless explicitly overridden with '-g0'.  This behavior is
!      controlled by 'TARGET_OPTION_OPTIMIZATION' and
!      'TARGET_OPTION_OVERRIDE'.
  
  
  File: gccint.info,  Node: Floating Point,  Next: Mode Switching,  Prev: Debugging Info,  Up: Target Macros
--- 37779,37790 ----
  Here are macros for VMS debug format.
  
   -- Macro: VMS_DEBUGGING_INFO
!      Define this macro if GCC should produce debugging output for VMS
!      in response to the `-g' option.  The default behavior for VMS is
!      to generate minimal debug info for a traceback in the absence of
!      `-g' unless explicitly overridden with `-g0'.  This behavior is
!      controlled by `TARGET_OPTION_OPTIMIZATION' and
!      `TARGET_OPTION_OVERRIDE'.
  
  
  File: gccint.info,  Node: Floating Point,  Next: Mode Switching,  Prev: Debugging Info,  Up: Target Macros
*************** the target's arithmetic.  To ensure cons
*** 37372,37386 ****
  emulation to work with floating point values, even when the host and
  target floating point formats are identical.
  
!  The following macros are provided by 'real.h' for the compiler to use.
  All parts of the compiler which generate or optimize floating-point
  calculations must use these macros.  They may evaluate their operands
  more than once, so operands must not have side effects.
  
   -- Macro: REAL_VALUE_TYPE
       The C data type to be used to hold a floating point value in the
!      target machine's format.  Typically this is a 'struct' containing
!      an array of 'HOST_WIDE_INT', but all code should treat it as an
       opaque quantity.
  
   -- Macro: HOST_WIDE_INT REAL_VALUE_FIX (REAL_VALUE_TYPE X)
--- 37806,37820 ----
  emulation to work with floating point values, even when the host and
  target floating point formats are identical.
  
!  The following macros are provided by `real.h' for the compiler to use.
  All parts of the compiler which generate or optimize floating-point
  calculations must use these macros.  They may evaluate their operands
  more than once, so operands must not have side effects.
  
   -- Macro: REAL_VALUE_TYPE
       The C data type to be used to hold a floating point value in the
!      target machine's format.  Typically this is a `struct' containing
!      an array of `HOST_WIDE_INT', but all code should treat it as an
       opaque quantity.
  
   -- Macro: HOST_WIDE_INT REAL_VALUE_FIX (REAL_VALUE_TYPE X)
*************** File: gccint.info,  Node: Mode Switching
*** 37422,37474 ****
  The following macros control mode switching optimizations:
  
   -- Macro: OPTIMIZE_MODE_SWITCHING (ENTITY)
!      Define this macro if the port needs extra instructions inserted for
!      mode switching in an optimizing compilation.
  
       For an example, the SH4 can perform both single and double
       precision floating point operations, but to perform a single
       precision operation, the FPSCR PR bit has to be cleared, while for
!      a double precision operation, this bit has to be set.  Changing the
!      PR bit requires a general purpose register as a scratch register,
!      hence these FPSCR sets have to be inserted before reload, i.e. you
!      cannot put this into instruction emitting or
!      'TARGET_MACHINE_DEPENDENT_REORG'.
  
       You can have multiple entities that are mode-switched, and select
       at run time which entities actually need it.
!      'OPTIMIZE_MODE_SWITCHING' should return nonzero for any ENTITY that
!      needs mode-switching.  If you define this macro, you also have to
!      define 'NUM_MODES_FOR_MODE_SWITCHING', 'TARGET_MODE_NEEDED',
!      'TARGET_MODE_PRIORITY' and 'TARGET_MODE_EMIT'.
!      'TARGET_MODE_AFTER', 'TARGET_MODE_ENTRY', and 'TARGET_MODE_EXIT'
!      are optional.
  
   -- Macro: NUM_MODES_FOR_MODE_SWITCHING
!      If you define 'OPTIMIZE_MODE_SWITCHING', you have to define this as
       initializer for an array of integers.  Each initializer element N
       refers to an entity that needs mode switching, and specifies the
       number of different modes that might need to be set for this
       entity.  The position of the initializer in the
!      initializer--starting counting at zero--determines the integer that
!      is used to refer to the mode-switched entity in question.  In
       macros that take mode arguments / yield a mode result, modes are
       represented as numbers 0 ... N - 1.  N is used to specify that no
       mode switch is needed / supplied.
  
   -- Target Hook: void TARGET_MODE_EMIT (int ENTITY, int MODE, int
            PREV_MODE, HARD_REG_SET REGS_LIVE)
!      Generate one or more insns to set ENTITY to MODE.  HARD_REG_LIVE is
       the set of hard registers live at the point where the insn(s) are
!      to be inserted.  PREV_MOXDE indicates the mode to switch from.
!      Sets of a lower numbered entity will be emitted before sets of a
!      higher numbered entity to a mode of the same or lower priority.
  
   -- Target Hook: int TARGET_MODE_NEEDED (int ENTITY, rtx_insn *INSN)
       ENTITY is an integer specifying a mode-switched entity.  If
!      'OPTIMIZE_MODE_SWITCHING' is defined, you must define this macro to
!      return an integer value not larger than the corresponding element
!      in 'NUM_MODES_FOR_MODE_SWITCHING', to denote the mode that ENTITY
!      must be switched into prior to the execution of INSN.
  
   -- Target Hook: int TARGET_MODE_AFTER (int ENTITY, int MODE, rtx_insn
            *INSN)
--- 37856,37908 ----
  The following macros control mode switching optimizations:
  
   -- Macro: OPTIMIZE_MODE_SWITCHING (ENTITY)
!      Define this macro if the port needs extra instructions inserted
!      for mode switching in an optimizing compilation.
  
       For an example, the SH4 can perform both single and double
       precision floating point operations, but to perform a single
       precision operation, the FPSCR PR bit has to be cleared, while for
!      a double precision operation, this bit has to be set.  Changing
!      the PR bit requires a general purpose register as a scratch
!      register, hence these FPSCR sets have to be inserted before
!      reload, i.e. you cannot put this into instruction emitting or
!      `TARGET_MACHINE_DEPENDENT_REORG'.
  
       You can have multiple entities that are mode-switched, and select
       at run time which entities actually need it.
!      `OPTIMIZE_MODE_SWITCHING' should return nonzero for any ENTITY
!      that needs mode-switching.  If you define this macro, you also
!      have to define `NUM_MODES_FOR_MODE_SWITCHING',
!      `TARGET_MODE_NEEDED', `TARGET_MODE_PRIORITY' and
!      `TARGET_MODE_EMIT'.  `TARGET_MODE_AFTER', `TARGET_MODE_ENTRY', and
!      `TARGET_MODE_EXIT' are optional.
  
   -- Macro: NUM_MODES_FOR_MODE_SWITCHING
!      If you define `OPTIMIZE_MODE_SWITCHING', you have to define this as
       initializer for an array of integers.  Each initializer element N
       refers to an entity that needs mode switching, and specifies the
       number of different modes that might need to be set for this
       entity.  The position of the initializer in the
!      initializer--starting counting at zero--determines the integer
!      that is used to refer to the mode-switched entity in question.  In
       macros that take mode arguments / yield a mode result, modes are
       represented as numbers 0 ... N - 1.  N is used to specify that no
       mode switch is needed / supplied.
  
   -- Target Hook: void TARGET_MODE_EMIT (int ENTITY, int MODE, int
            PREV_MODE, HARD_REG_SET REGS_LIVE)
!      Generate one or more insns to set ENTITY to MODE. HARD_REG_LIVE is
       the set of hard registers live at the point where the insn(s) are
!      to be inserted. PREV_MOXDE indicates the mode to switch from. Sets
!      of a lower numbered entity will be emitted before sets of a higher
!      numbered entity to a mode of the same or lower priority.
  
   -- Target Hook: int TARGET_MODE_NEEDED (int ENTITY, rtx_insn *INSN)
       ENTITY is an integer specifying a mode-switched entity.  If
!      `OPTIMIZE_MODE_SWITCHING' is defined, you must define this macro
!      to return an integer value not larger than the corresponding
!      element in `NUM_MODES_FOR_MODE_SWITCHING', to denote the mode that
!      ENTITY must be switched into prior to the execution of INSN.
  
   -- Target Hook: int TARGET_MODE_AFTER (int ENTITY, int MODE, rtx_insn
            *INSN)
*************** The following macros control mode switch
*** 37479,37519 ****
  
   -- Target Hook: int TARGET_MODE_ENTRY (int ENTITY)
       If this macro is defined, it is evaluated for every ENTITY that
!      needs mode switching.  It should evaluate to an integer, which is a
!      mode that ENTITY is assumed to be switched to at function entry.
!      If 'TARGET_MODE_ENTRY' is defined then 'TARGET_MODE_EXIT' must be
       defined.
  
   -- Target Hook: int TARGET_MODE_EXIT (int ENTITY)
       If this macro is defined, it is evaluated for every ENTITY that
!      needs mode switching.  It should evaluate to an integer, which is a
!      mode that ENTITY is assumed to be switched to at function exit.  If
!      'TARGET_MODE_EXIT' is defined then 'TARGET_MODE_ENTRY' must be
       defined.
  
   -- Target Hook: int TARGET_MODE_PRIORITY (int ENTITY, int N)
       This macro specifies the order in which modes for ENTITY are
!      processed.  0 is the highest priority,
!      'NUM_MODES_FOR_MODE_SWITCHING[ENTITY] - 1' the lowest.  The value
       of the macro should be an integer designating a mode for ENTITY.
!      For any fixed ENTITY, 'mode_priority' (ENTITY, N) shall be a
!      bijection in 0 ... 'num_modes_for_mode_switching[ENTITY] - 1'.
  
  
  File: gccint.info,  Node: Target Attributes,  Next: Emulated TLS,  Prev: Mode Switching,  Up: Target Macros
  
! 17.24 Defining target-specific uses of '__attribute__'
  ======================================================
  
  Target-specific attributes may be defined for functions, data and types.
  These are described using the following target hooks; they also need to
! be documented in 'extend.texi'.
  
   -- Target Hook: const struct attribute_spec * TARGET_ATTRIBUTE_TABLE
!      If defined, this target hook points to an array of 'struct
!      attribute_spec' (defined in 'tree-core.h') specifying the machine
!      specific attributes for this target and some of the restrictions on
!      the entities to which these attributes are applied and the
       arguments they take.
  
   -- Target Hook: bool TARGET_ATTRIBUTE_TAKES_IDENTIFIER_P (const_tree
--- 37913,37953 ----
  
   -- Target Hook: int TARGET_MODE_ENTRY (int ENTITY)
       If this macro is defined, it is evaluated for every ENTITY that
!      needs mode switching.  It should evaluate to an integer, which is
!      a mode that ENTITY is assumed to be switched to at function entry.
!      If `TARGET_MODE_ENTRY' is defined then `TARGET_MODE_EXIT' must be
       defined.
  
   -- Target Hook: int TARGET_MODE_EXIT (int ENTITY)
       If this macro is defined, it is evaluated for every ENTITY that
!      needs mode switching.  It should evaluate to an integer, which is
!      a mode that ENTITY is assumed to be switched to at function exit.
!      If `TARGET_MODE_EXIT' is defined then `TARGET_MODE_ENTRY' must be
       defined.
  
   -- Target Hook: int TARGET_MODE_PRIORITY (int ENTITY, int N)
       This macro specifies the order in which modes for ENTITY are
!      processed. 0 is the highest priority,
!      `NUM_MODES_FOR_MODE_SWITCHING[ENTITY] - 1' the lowest.  The value
       of the macro should be an integer designating a mode for ENTITY.
!      For any fixed ENTITY, `mode_priority' (ENTITY, N) shall be a
!      bijection in 0 ... `num_modes_for_mode_switching[ENTITY] - 1'.
  
  
  File: gccint.info,  Node: Target Attributes,  Next: Emulated TLS,  Prev: Mode Switching,  Up: Target Macros
  
! 17.24 Defining target-specific uses of `__attribute__'
  ======================================================
  
  Target-specific attributes may be defined for functions, data and types.
  These are described using the following target hooks; they also need to
! be documented in `extend.texi'.
  
   -- Target Hook: const struct attribute_spec * TARGET_ATTRIBUTE_TABLE
!      If defined, this target hook points to an array of `struct
!      attribute_spec' (defined in `tree-core.h') specifying the machine
!      specific attributes for this target and some of the restrictions
!      on the entities to which these attributes are applied and the
       arguments they take.
  
   -- Target Hook: bool TARGET_ATTRIBUTE_TAKES_IDENTIFIER_P (const_tree
*************** be documented in 'extend.texi'.
*** 37527,37536 ****
   -- Target Hook: int TARGET_COMP_TYPE_ATTRIBUTES (const_tree TYPE1,
            const_tree TYPE2)
       If defined, this target hook is a function which returns zero if
!      the attributes on TYPE1 and TYPE2 are incompatible, one if they are
!      compatible, and two if they are nearly compatible (which causes a
!      warning to be generated).  If this is not defined, machine-specific
!      attributes are supposed always to be compatible.
  
   -- Target Hook: void TARGET_SET_DEFAULT_TYPE_ATTRIBUTES (tree TYPE)
       If defined, this target hook is a function which assigns default
--- 37961,37970 ----
   -- Target Hook: int TARGET_COMP_TYPE_ATTRIBUTES (const_tree TYPE1,
            const_tree TYPE2)
       If defined, this target hook is a function which returns zero if
!      the attributes on TYPE1 and TYPE2 are incompatible, one if they
!      are compatible, and two if they are nearly compatible (which
!      causes a warning to be generated).  If this is not defined,
!      machine-specific attributes are supposed always to be compatible.
  
   -- Target Hook: void TARGET_SET_DEFAULT_TYPE_ATTRIBUTES (tree TYPE)
       If defined, this target hook is a function which assigns default
*************** be documented in 'extend.texi'.
*** 37540,37671 ****
            TYPE2)
       Define this target hook if the merging of type attributes needs
       special handling.  If defined, the result is a list of the combined
!      'TYPE_ATTRIBUTES' of TYPE1 and TYPE2.  It is assumed that
!      'comptypes' has already been called and returned 1.  This function
!      may call 'merge_attributes' to handle machine-independent merging.
  
   -- Target Hook: tree TARGET_MERGE_DECL_ATTRIBUTES (tree OLDDECL, tree
            NEWDECL)
       Define this target hook if the merging of decl attributes needs
       special handling.  If defined, the result is a list of the combined
!      'DECL_ATTRIBUTES' of OLDDECL and NEWDECL.  NEWDECL is a duplicate
       declaration of OLDDECL.  Examples of when this is needed are when
       one attribute overrides another, or when an attribute is nullified
       by a subsequent definition.  This function may call
!      'merge_attributes' to handle machine-independent merging.
  
!      If the only target-specific handling you require is 'dllimport' for
!      Microsoft Windows targets, you should define the macro
!      'TARGET_DLLIMPORT_DECL_ATTRIBUTES' to '1'.  The compiler will then
!      define a function called 'merge_dllimport_decl_attributes' which
       can then be defined as the expansion of
!      'TARGET_MERGE_DECL_ATTRIBUTES'.  You can also add
!      'handle_dll_attribute' in the attribute table for your port to
!      perform initial processing of the 'dllimport' and 'dllexport'
!      attributes.  This is done in 'i386/cygwin.h' and 'i386/i386.c', for
!      example.
  
   -- Target Hook: bool TARGET_VALID_DLLIMPORT_ATTRIBUTE_P (const_tree
            DECL)
!      DECL is a variable or function with '__attribute__((dllimport))'
       specified.  Use this hook if the target needs to add extra
!      validation checks to 'handle_dll_attribute'.
  
   -- Macro: TARGET_DECLSPEC
       Define this macro to a nonzero value if you want to treat
!      '__declspec(X)' as equivalent to '__attribute((X))'.  By default,
       this behavior is enabled only for targets that define
!      'TARGET_DLLIMPORT_DECL_ATTRIBUTES'.  The current implementation of
!      '__declspec' is via a built-in macro, but you should not rely on
       this implementation detail.
  
   -- Target Hook: void TARGET_INSERT_ATTRIBUTES (tree NODE, tree
            *ATTR_PTR)
!      Define this target hook if you want to be able to add attributes to
!      a decl when it is being created.  This is normally useful for back
!      ends which wish to implement a pragma by using the attributes which
!      correspond to the pragma's effect.  The NODE argument is the decl
!      which is being created.  The ATTR_PTR argument is a pointer to the
!      attribute list for this decl.  The list itself should not be
!      modified, since it may be shared with other decls, but attributes
!      may be chained on the head of the list and '*ATTR_PTR' modified to
!      point to the new attributes, or a copy of the list may be made if
!      further changes are needed.
  
   -- Target Hook: bool TARGET_FUNCTION_ATTRIBUTE_INLINABLE_P (const_tree
            FNDECL)
!      This target hook returns 'true' if it is OK to inline FNDECL into
       the current function, despite its having target-specific
!      attributes, 'false' otherwise.  By default, if a function has a
       target specific attribute attached to it, it will not be inlined.
  
!  -- Target Hook: bool TARGET_OPTION_VALID_ATTRIBUTE_P (tree FNDECL, tree
!           NAME, tree ARGS, int FLAGS)
!      This hook is called to parse 'attribute(target("..."))', which
       allows setting target-specific options on individual functions.
       These function-specific options may differ from the options
!      specified on the command line.  The hook should return 'true' if
       the options are valid.
  
!      The hook should set the 'DECL_FUNCTION_SPECIFIC_TARGET' field in
       the function declaration to hold a pointer to a target-specific
!      'struct cl_target_option' structure.
  
   -- Target Hook: void TARGET_OPTION_SAVE (struct cl_target_option *PTR,
            struct gcc_options *OPTS)
       This hook is called to save any additional target-specific
!      information in the 'struct cl_target_option' structure for
!      function-specific options from the 'struct gcc_options' structure.
       *Note Option file format::.
  
   -- Target Hook: void TARGET_OPTION_RESTORE (struct gcc_options *OPTS,
            struct cl_target_option *PTR)
       This hook is called to restore any additional target-specific
!      information in the 'struct cl_target_option' structure for
!      function-specific options to the 'struct gcc_options' structure.
  
   -- Target Hook: void TARGET_OPTION_POST_STREAM_IN (struct
            cl_target_option *PTR)
       This hook is called to update target-specific information in the
!      'struct cl_target_option' structure after it is streamed in from
       LTO bytecode.
  
   -- Target Hook: void TARGET_OPTION_PRINT (FILE *FILE, int INDENT,
            struct cl_target_option *PTR)
       This hook is called to print any additional target-specific
!      information in the 'struct cl_target_option' structure for
       function-specific options.
  
   -- Target Hook: bool TARGET_OPTION_PRAGMA_PARSE (tree ARGS, tree
            POP_TARGET)
!      This target hook parses the options for '#pragma GCC target', which
       sets the target-specific options for functions that occur later in
!      the input stream.  The options accepted should be the same as those
!      handled by the 'TARGET_OPTION_VALID_ATTRIBUTE_P' hook.
  
   -- Target Hook: void TARGET_OPTION_OVERRIDE (void)
!      Sometimes certain combinations of command options do not make sense
!      on a particular target machine.  You can override the hook
!      'TARGET_OPTION_OVERRIDE' to take account of this.  This hooks is
       called once just after all the command options have been parsed.
  
       Don't use this hook to turn on various extra optimizations for
!      '-O'.  That is what 'TARGET_OPTION_OPTIMIZATION' is for.
  
       If you need to do something whenever the optimization level is
       changed via the optimize attribute or pragma, see
!      'TARGET_OVERRIDE_OPTIONS_AFTER_CHANGE'
  
   -- Target Hook: bool TARGET_OPTION_FUNCTION_VERSIONS (tree DECL1, tree
            DECL2)
!      This target hook returns 'true' if DECL1 and DECL2 are versions of
       the same function.  DECL1 and DECL2 are function versions if and
       only if they have the same function signature and different target
       specific attributes, that is, they are compiled for different
       target machines.
  
   -- Target Hook: bool TARGET_CAN_INLINE_P (tree CALLER, tree CALLEE)
!      This target hook returns 'false' if the CALLER function cannot
       inline CALLEE, based on target specific information.  By default,
       inlining is not allowed if the callee function has function
       specific target options and the caller does not use the same
--- 37974,38105 ----
            TYPE2)
       Define this target hook if the merging of type attributes needs
       special handling.  If defined, the result is a list of the combined
!      `TYPE_ATTRIBUTES' of TYPE1 and TYPE2.  It is assumed that
!      `comptypes' has already been called and returned 1.  This function
!      may call `merge_attributes' to handle machine-independent merging.
  
   -- Target Hook: tree TARGET_MERGE_DECL_ATTRIBUTES (tree OLDDECL, tree
            NEWDECL)
       Define this target hook if the merging of decl attributes needs
       special handling.  If defined, the result is a list of the combined
!      `DECL_ATTRIBUTES' of OLDDECL and NEWDECL.  NEWDECL is a duplicate
       declaration of OLDDECL.  Examples of when this is needed are when
       one attribute overrides another, or when an attribute is nullified
       by a subsequent definition.  This function may call
!      `merge_attributes' to handle machine-independent merging.
  
!      If the only target-specific handling you require is `dllimport'
!      for Microsoft Windows targets, you should define the macro
!      `TARGET_DLLIMPORT_DECL_ATTRIBUTES' to `1'.  The compiler will then
!      define a function called `merge_dllimport_decl_attributes' which
       can then be defined as the expansion of
!      `TARGET_MERGE_DECL_ATTRIBUTES'.  You can also add
!      `handle_dll_attribute' in the attribute table for your port to
!      perform initial processing of the `dllimport' and `dllexport'
!      attributes.  This is done in `i386/cygwin.h' and `i386/i386.c',
!      for example.
  
   -- Target Hook: bool TARGET_VALID_DLLIMPORT_ATTRIBUTE_P (const_tree
            DECL)
!      DECL is a variable or function with `__attribute__((dllimport))'
       specified.  Use this hook if the target needs to add extra
!      validation checks to `handle_dll_attribute'.
  
   -- Macro: TARGET_DECLSPEC
       Define this macro to a nonzero value if you want to treat
!      `__declspec(X)' as equivalent to `__attribute((X))'.  By default,
       this behavior is enabled only for targets that define
!      `TARGET_DLLIMPORT_DECL_ATTRIBUTES'.  The current implementation of
!      `__declspec' is via a built-in macro, but you should not rely on
       this implementation detail.
  
   -- Target Hook: void TARGET_INSERT_ATTRIBUTES (tree NODE, tree
            *ATTR_PTR)
!      Define this target hook if you want to be able to add attributes
!      to a decl when it is being created.  This is normally useful for
!      back ends which wish to implement a pragma by using the attributes
!      which correspond to the pragma's effect.  The NODE argument is the
!      decl which is being created.  The ATTR_PTR argument is a pointer
!      to the attribute list for this decl.  The list itself should not
!      be modified, since it may be shared with other decls, but
!      attributes may be chained on the head of the list and `*ATTR_PTR'
!      modified to point to the new attributes, or a copy of the list may
!      be made if further changes are needed.
  
   -- Target Hook: bool TARGET_FUNCTION_ATTRIBUTE_INLINABLE_P (const_tree
            FNDECL)
!      This target hook returns `true' if it is OK to inline FNDECL into
       the current function, despite its having target-specific
!      attributes, `false' otherwise.  By default, if a function has a
       target specific attribute attached to it, it will not be inlined.
  
!  -- Target Hook: bool TARGET_OPTION_VALID_ATTRIBUTE_P (tree FNDECL,
!           tree NAME, tree ARGS, int FLAGS)
!      This hook is called to parse `attribute(target("..."))', which
       allows setting target-specific options on individual functions.
       These function-specific options may differ from the options
!      specified on the command line.  The hook should return `true' if
       the options are valid.
  
!      The hook should set the `DECL_FUNCTION_SPECIFIC_TARGET' field in
       the function declaration to hold a pointer to a target-specific
!      `struct cl_target_option' structure.
  
   -- Target Hook: void TARGET_OPTION_SAVE (struct cl_target_option *PTR,
            struct gcc_options *OPTS)
       This hook is called to save any additional target-specific
!      information in the `struct cl_target_option' structure for
!      function-specific options from the `struct gcc_options' structure.
       *Note Option file format::.
  
   -- Target Hook: void TARGET_OPTION_RESTORE (struct gcc_options *OPTS,
            struct cl_target_option *PTR)
       This hook is called to restore any additional target-specific
!      information in the `struct cl_target_option' structure for
!      function-specific options to the `struct gcc_options' structure.
  
   -- Target Hook: void TARGET_OPTION_POST_STREAM_IN (struct
            cl_target_option *PTR)
       This hook is called to update target-specific information in the
!      `struct cl_target_option' structure after it is streamed in from
       LTO bytecode.
  
   -- Target Hook: void TARGET_OPTION_PRINT (FILE *FILE, int INDENT,
            struct cl_target_option *PTR)
       This hook is called to print any additional target-specific
!      information in the `struct cl_target_option' structure for
       function-specific options.
  
   -- Target Hook: bool TARGET_OPTION_PRAGMA_PARSE (tree ARGS, tree
            POP_TARGET)
!      This target hook parses the options for `#pragma GCC target', which
       sets the target-specific options for functions that occur later in
!      the input stream.  The options accepted should be the same as
!      those handled by the `TARGET_OPTION_VALID_ATTRIBUTE_P' hook.
  
   -- Target Hook: void TARGET_OPTION_OVERRIDE (void)
!      Sometimes certain combinations of command options do not make
!      sense on a particular target machine.  You can override the hook
!      `TARGET_OPTION_OVERRIDE' to take account of this.  This hooks is
       called once just after all the command options have been parsed.
  
       Don't use this hook to turn on various extra optimizations for
!      `-O'.  That is what `TARGET_OPTION_OPTIMIZATION' is for.
  
       If you need to do something whenever the optimization level is
       changed via the optimize attribute or pragma, see
!      `TARGET_OVERRIDE_OPTIONS_AFTER_CHANGE'
  
   -- Target Hook: bool TARGET_OPTION_FUNCTION_VERSIONS (tree DECL1, tree
            DECL2)
!      This target hook returns `true' if DECL1 and DECL2 are versions of
       the same function.  DECL1 and DECL2 are function versions if and
       only if they have the same function signature and different target
       specific attributes, that is, they are compiled for different
       target machines.
  
   -- Target Hook: bool TARGET_CAN_INLINE_P (tree CALLER, tree CALLEE)
!      This target hook returns `false' if the CALLER function cannot
       inline CALLEE, based on target specific information.  By default,
       inlining is not allowed if the callee function has function
       specific target options and the caller does not use the same
*************** be documented in 'extend.texi'.
*** 37673,37679 ****
  
   -- Target Hook: void TARGET_RELAYOUT_FUNCTION (tree FNDECL)
       This target hook fixes function FNDECL after attributes are
!      processed.  Default does nothing.  On ARM, the default function's
       alignment is updated with the attribute target.
  
  
--- 38107,38113 ----
  
   -- Target Hook: void TARGET_RELAYOUT_FUNCTION (tree FNDECL)
       This target hook fixes function FNDECL after attributes are
!      processed. Default does nothing. On ARM, the default function's
       alignment is updated with the attribute target.
  
  
*************** layer.
*** 37691,37698 ****
  
   The emulation layer works by creating a control object for every TLS
  object.  To access the TLS object, a lookup function is provided which,
! when given the address of the control object, will return the address of
! the current thread's instance of the TLS object.
  
   -- Target Hook: const char * TARGET_EMUTLS_GET_ADDRESS
       Contains the name of the helper function that uses a TLS control
--- 38125,38132 ----
  
   The emulation layer works by creating a control object for every TLS
  object.  To access the TLS object, a lookup function is provided which,
! when given the address of the control object, will return the address
! of the current thread's instance of the TLS object.
  
   -- Target Hook: const char * TARGET_EMUTLS_GET_ADDRESS
       Contains the name of the helper function that uses a TLS control
*************** the current thread's instance of the TLS
*** 37702,37741 ****
   -- Target Hook: const char * TARGET_EMUTLS_REGISTER_COMMON
       Contains the name of the helper function that should be used at
       program startup to register TLS objects that are implicitly
!      initialized to zero.  If this is 'NULL', all TLS objects will have
       explicit initializers.  The default causes libgcc's emulated TLS
       registration function to be used.
  
   -- Target Hook: const char * TARGET_EMUTLS_VAR_SECTION
       Contains the name of the section in which TLS control variables
!      should be placed.  The default of 'NULL' allows these to be placed
       in any section.
  
   -- Target Hook: const char * TARGET_EMUTLS_TMPL_SECTION
       Contains the name of the section in which TLS initializers should
!      be placed.  The default of 'NULL' allows these to be placed in any
       section.
  
   -- Target Hook: const char * TARGET_EMUTLS_VAR_PREFIX
       Contains the prefix to be prepended to TLS control variable names.
!      The default of 'NULL' uses a target-specific prefix.
  
   -- Target Hook: const char * TARGET_EMUTLS_TMPL_PREFIX
       Contains the prefix to be prepended to TLS initializer objects.
!      The default of 'NULL' uses a target-specific prefix.
  
   -- Target Hook: tree TARGET_EMUTLS_VAR_FIELDS (tree TYPE, tree *NAME)
       Specifies a function that generates the FIELD_DECLs for a TLS
       control object type.  TYPE is the RECORD_TYPE the fields are for
       and NAME should be filled with the structure tag, if the default of
!      '__emutls_object' is unsuitable.  The default creates a type
       suitable for libgcc's emulated TLS function.
  
   -- Target Hook: tree TARGET_EMUTLS_VAR_INIT (tree VAR, tree DECL, tree
            TMPL_ADDR)
       Specifies a function that generates the CONSTRUCTOR to initialize a
!      TLS control object.  VAR is the TLS control object, DECL is the TLS
!      object and TMPL_ADDR is the address of the initializer.  The
       default initializes libgcc's emulated TLS control object.
  
   -- Target Hook: bool TARGET_EMUTLS_VAR_ALIGN_FIXED
--- 38136,38175 ----
   -- Target Hook: const char * TARGET_EMUTLS_REGISTER_COMMON
       Contains the name of the helper function that should be used at
       program startup to register TLS objects that are implicitly
!      initialized to zero.  If this is `NULL', all TLS objects will have
       explicit initializers.  The default causes libgcc's emulated TLS
       registration function to be used.
  
   -- Target Hook: const char * TARGET_EMUTLS_VAR_SECTION
       Contains the name of the section in which TLS control variables
!      should be placed.  The default of `NULL' allows these to be placed
       in any section.
  
   -- Target Hook: const char * TARGET_EMUTLS_TMPL_SECTION
       Contains the name of the section in which TLS initializers should
!      be placed.  The default of `NULL' allows these to be placed in any
       section.
  
   -- Target Hook: const char * TARGET_EMUTLS_VAR_PREFIX
       Contains the prefix to be prepended to TLS control variable names.
!      The default of `NULL' uses a target-specific prefix.
  
   -- Target Hook: const char * TARGET_EMUTLS_TMPL_PREFIX
       Contains the prefix to be prepended to TLS initializer objects.
!      The default of `NULL' uses a target-specific prefix.
  
   -- Target Hook: tree TARGET_EMUTLS_VAR_FIELDS (tree TYPE, tree *NAME)
       Specifies a function that generates the FIELD_DECLs for a TLS
       control object type.  TYPE is the RECORD_TYPE the fields are for
       and NAME should be filled with the structure tag, if the default of
!      `__emutls_object' is unsuitable.  The default creates a type
       suitable for libgcc's emulated TLS function.
  
   -- Target Hook: tree TARGET_EMUTLS_VAR_INIT (tree VAR, tree DECL, tree
            TMPL_ADDR)
       Specifies a function that generates the CONSTRUCTOR to initialize a
!      TLS control object.  VAR is the TLS control object, DECL is the
!      TLS object and TMPL_ADDR is the address of the initializer.  The
       default initializes libgcc's emulated TLS control object.
  
   -- Target Hook: bool TARGET_EMUTLS_VAR_ALIGN_FIXED
*************** the current thread's instance of the TLS
*** 37744,37750 ****
       optimize single objects.  The default is false.
  
   -- Target Hook: bool TARGET_EMUTLS_DEBUG_FORM_TLS_ADDRESS
!      Specifies whether a DWARF 'DW_OP_form_tls_address' location
       descriptor may be used to describe emulated TLS control objects.
  
  
--- 38178,38184 ----
       optimize single objects.  The default is false.
  
   -- Target Hook: bool TARGET_EMUTLS_DEBUG_FORM_TLS_ADDRESS
!      Specifies whether a DWARF `DW_OP_form_tls_address' location
       descriptor may be used to describe emulated TLS control objects.
  
  
*************** and memory using asm-ized variables.  Fo
*** 37765,37771 ****
  
   ("c0r1" is the default name of register 1 in coprocessor 0; alternate
  names may be added as described below, or the default names may be
! overridden entirely in 'SUBTARGET_CONDITIONAL_REGISTER_USAGE'.)
  
   Coprocessor registers are assumed to be epilogue-used; sets to them
  will be preserved even if it does not appear that the register is used
--- 38199,38205 ----
  
   ("c0r1" is the default name of register 1 in coprocessor 0; alternate
  names may be added as described below, or the default names may be
! overridden entirely in `SUBTARGET_CONDITIONAL_REGISTER_USAGE'.)
  
   Coprocessor registers are assumed to be epilogue-used; sets to them
  will be preserved even if it does not appear that the register is used
*************** File: gccint.info,  Node: PCH Target,  N
*** 37783,37813 ****
  
   -- Target Hook: void * TARGET_GET_PCH_VALIDITY (size_t *SZ)
       This hook returns a pointer to the data needed by
!      'TARGET_PCH_VALID_P' and sets '*SZ' to the size of the data in
       bytes.
  
   -- Target Hook: const char * TARGET_PCH_VALID_P (const void *DATA,
            size_t SZ)
       This hook checks whether the options used to create a PCH file are
!      compatible with the current settings.  It returns 'NULL' if so and
       a suitable error message if not.  Error messages will be presented
!      to the user and must be localized using '_(MSG)'.
  
!      DATA is the data that was returned by 'TARGET_GET_PCH_VALIDITY'
       when the PCH file was created and SZ is the size of that data in
       bytes.  It's safe to assume that the data was created by the same
       version of the compiler, so no format checking is needed.
  
!      The default definition of 'default_pch_valid_p' should be suitable
       for most targets.
  
   -- Target Hook: const char * TARGET_CHECK_PCH_TARGET_FLAGS (int
            PCH_FLAGS)
       If this hook is nonnull, the default implementation of
!      'TARGET_PCH_VALID_P' will use it to check for compatible values of
!      'target_flags'.  PCH_FLAGS specifies the value that 'target_flags'
!      had when the PCH file was created.  The return value is the same as
!      for 'TARGET_PCH_VALID_P'.
  
   -- Target Hook: void TARGET_PREPARE_PCH_SAVE (void)
       Called before writing out a PCH file.  If the target has some
--- 38217,38247 ----
  
   -- Target Hook: void * TARGET_GET_PCH_VALIDITY (size_t *SZ)
       This hook returns a pointer to the data needed by
!      `TARGET_PCH_VALID_P' and sets `*SZ' to the size of the data in
       bytes.
  
   -- Target Hook: const char * TARGET_PCH_VALID_P (const void *DATA,
            size_t SZ)
       This hook checks whether the options used to create a PCH file are
!      compatible with the current settings.  It returns `NULL' if so and
       a suitable error message if not.  Error messages will be presented
!      to the user and must be localized using `_(MSG)'.
  
!      DATA is the data that was returned by `TARGET_GET_PCH_VALIDITY'
       when the PCH file was created and SZ is the size of that data in
       bytes.  It's safe to assume that the data was created by the same
       version of the compiler, so no format checking is needed.
  
!      The default definition of `default_pch_valid_p' should be suitable
       for most targets.
  
   -- Target Hook: const char * TARGET_CHECK_PCH_TARGET_FLAGS (int
            PCH_FLAGS)
       If this hook is nonnull, the default implementation of
!      `TARGET_PCH_VALID_P' will use it to check for compatible values of
!      `target_flags'.  PCH_FLAGS specifies the value that `target_flags'
!      had when the PCH file was created.  The return value is the same
!      as for `TARGET_PCH_VALID_P'.
  
   -- Target Hook: void TARGET_PREPARE_PCH_SAVE (void)
       Called before writing out a PCH file.  If the target has some
*************** File: gccint.info,  Node: C++ ABI,  Next
*** 37828,37847 ****
  
   -- Target Hook: bool TARGET_CXX_GUARD_MASK_BIT (void)
       This hook determines how guard variables are used.  It should
!      return 'false' (the default) if the first byte should be used.  A
!      return value of 'true' indicates that only the least significant
       bit should be used.
  
   -- Target Hook: tree TARGET_CXX_GET_COOKIE_SIZE (tree TYPE)
       This hook returns the size of the cookie to use when allocating an
       array whose elements have the indicated TYPE.  Assumes that it is
!      already known that a cookie is needed.  The default is 'max(sizeof
       (size_t), alignof(type))', as defined in section 2.7 of the
       IA64/Generic C++ ABI.
  
   -- Target Hook: bool TARGET_CXX_COOKIE_HAS_SIZE (void)
!      This hook should return 'true' if the element size should be stored
!      in array cookies.  The default is to return 'false'.
  
   -- Target Hook: int TARGET_CXX_IMPORT_EXPORT_CLASS (tree TYPE, int
            IMPORT_EXPORT)
--- 38262,38281 ----
  
   -- Target Hook: bool TARGET_CXX_GUARD_MASK_BIT (void)
       This hook determines how guard variables are used.  It should
!      return `false' (the default) if the first byte should be used.  A
!      return value of `true' indicates that only the least significant
       bit should be used.
  
   -- Target Hook: tree TARGET_CXX_GET_COOKIE_SIZE (tree TYPE)
       This hook returns the size of the cookie to use when allocating an
       array whose elements have the indicated TYPE.  Assumes that it is
!      already known that a cookie is needed.  The default is `max(sizeof
       (size_t), alignof(type))', as defined in section 2.7 of the
       IA64/Generic C++ ABI.
  
   -- Target Hook: bool TARGET_CXX_COOKIE_HAS_SIZE (void)
!      This hook should return `true' if the element size should be
!      stored in array cookies.  The default is to return `false'.
  
   -- Target Hook: int TARGET_CXX_IMPORT_EXPORT_CLASS (tree TYPE, int
            IMPORT_EXPORT)
*************** File: gccint.info,  Node: C++ ABI,  Next
*** 37853,37861 ****
       the backend's targeted operating system.
  
   -- Target Hook: bool TARGET_CXX_CDTOR_RETURNS_THIS (void)
!      This hook should return 'true' if constructors and destructors
!      return the address of the object created/destroyed.  The default is
!      to return 'false'.
  
   -- Target Hook: bool TARGET_CXX_KEY_METHOD_MAY_BE_INLINE (void)
       This hook returns true if the key method for a class (i.e., the
--- 38287,38295 ----
       the backend's targeted operating system.
  
   -- Target Hook: bool TARGET_CXX_CDTOR_RETURNS_THIS (void)
!      This hook should return `true' if constructors and destructors
!      return the address of the object created/destroyed.  The default
!      is to return `false'.
  
   -- Target Hook: bool TARGET_CXX_KEY_METHOD_MAY_BE_INLINE (void)
       This hook returns true if the key method for a class (i.e., the
*************** File: gccint.info,  Node: C++ ABI,  Next
*** 37865,37871 ****
       function so long as the function is not declared inline in the
       class definition.  Under some variants of the ABI, an inline
       function can never be the key method.  The default is to return
!      'true'.
  
   -- Target Hook: void TARGET_CXX_DETERMINE_CLASS_DATA_VISIBILITY (tree
            DECL)
--- 38299,38305 ----
       function so long as the function is not declared inline in the
       class definition.  Under some variants of the ABI, an inline
       function can never be the key method.  The default is to return
!      `true'.
  
   -- Target Hook: void TARGET_CXX_DETERMINE_CLASS_DATA_VISIBILITY (tree
            DECL)
*************** File: gccint.info,  Node: C++ ABI,  Next
*** 37874,37880 ****
       external linkage in this translation unit.  No ELF visibility has
       been explicitly specified.  If the target needs to specify a
       visibility other than that of the containing class, use this hook
!      to set 'DECL_VISIBILITY' and 'DECL_VISIBILITY_SPECIFIED'.
  
   -- Target Hook: bool TARGET_CXX_CLASS_DATA_ALWAYS_COMDAT (void)
       This hook returns true (the default) if virtual tables and other
--- 38308,38314 ----
       external linkage in this translation unit.  No ELF visibility has
       been explicitly specified.  If the target needs to specify a
       visibility other than that of the containing class, use this hook
!      to set `DECL_VISIBILITY' and `DECL_VISIBILITY_SPECIFIED'.
  
   -- Target Hook: bool TARGET_CXX_CLASS_DATA_ALWAYS_COMDAT (void)
       This hook returns true (the default) if virtual tables and other
*************** File: gccint.info,  Node: C++ ABI,  Next
*** 37889,37914 ****
       be COMDAT, false if it should not be COMDAT.
  
   -- Target Hook: bool TARGET_CXX_USE_AEABI_ATEXIT (void)
!      This hook returns true if '__aeabi_atexit' (as defined by the ARM
       EABI) should be used to register static destructors when
!      '-fuse-cxa-atexit' is in effect.  The default is to return false to
!      use '__cxa_atexit'.
  
   -- Target Hook: bool TARGET_CXX_USE_ATEXIT_FOR_CXA_ATEXIT (void)
!      This hook returns true if the target 'atexit' function can be used
!      in the same manner as '__cxa_atexit' to register C++ static
!      destructors.  This requires that 'atexit'-registered functions in
       shared libraries are run in the correct order when the libraries
!      are unloaded.  The default is to return false.
  
   -- Target Hook: void TARGET_CXX_ADJUST_CLASS_AT_DEFINITION (tree TYPE)
!      TYPE is a C++ class (i.e., RECORD_TYPE or UNION_TYPE) that has just
!      been defined.  Use this hook to make adjustments to the class (eg,
!      tweak visibility or perform any other required target
       modifications).
  
   -- Target Hook: tree TARGET_CXX_DECL_MANGLING_CONTEXT (const_tree DECL)
!      Return target-specific mangling context of DECL or 'NULL_TREE'.
  
  
  File: gccint.info,  Node: Named Address Spaces,  Next: Misc,  Prev: C++ ABI,  Up: Target Macros
--- 38323,38348 ----
       be COMDAT, false if it should not be COMDAT.
  
   -- Target Hook: bool TARGET_CXX_USE_AEABI_ATEXIT (void)
!      This hook returns true if `__aeabi_atexit' (as defined by the ARM
       EABI) should be used to register static destructors when
!      `-fuse-cxa-atexit' is in effect.  The default is to return false
!      to use `__cxa_atexit'.
  
   -- Target Hook: bool TARGET_CXX_USE_ATEXIT_FOR_CXA_ATEXIT (void)
!      This hook returns true if the target `atexit' function can be used
!      in the same manner as `__cxa_atexit' to register C++ static
!      destructors. This requires that `atexit'-registered functions in
       shared libraries are run in the correct order when the libraries
!      are unloaded. The default is to return false.
  
   -- Target Hook: void TARGET_CXX_ADJUST_CLASS_AT_DEFINITION (tree TYPE)
!      TYPE is a C++ class (i.e., RECORD_TYPE or UNION_TYPE) that has
!      just been defined.  Use this hook to make adjustments to the class
!      (eg, tweak visibility or perform any other required target
       modifications).
  
   -- Target Hook: tree TARGET_CXX_DECL_MANGLING_CONTEXT (const_tree DECL)
!      Return target-specific mangling context of DECL or `NULL_TREE'.
  
  
  File: gccint.info,  Node: Named Address Spaces,  Next: Misc,  Prev: C++ ABI,  Up: Target Macros
*************** File: gccint.info,  Node: Named Address
*** 37917,37938 ****
  =============================================
  
  The draft technical report of the ISO/IEC JTC1 S22 WG14 N1275 standards
! committee, 'Programming Languages - C - Extensions to support embedded
  processors', specifies a syntax for embedded processors to specify
  alternate address spaces.  You can configure a GCC port to support
  section 5.1 of the draft report to add support for address spaces other
  than the default address space.  These address spaces are new keywords
! that are similar to the 'volatile' and 'const' type attributes.
  
   Pointers to named address spaces can have a different size than
  pointers to the generic address space.
  
!  For example, the SPU port uses the '__ea' address space to refer to
  memory in the host processor, rather than memory local to the SPU
! processor.  Access to memory in the '__ea' address space involves
  issuing DMA operations to move data between the host processor and the
! local processor memory address space.  Pointers in the '__ea' address
! space are either 32 bits or 64 bits based on the '-mea32' or '-mea64'
  switches (native SPU pointers are always 32 bits).
  
   Internally, address spaces are represented as a small integer in the
--- 38351,38372 ----
  =============================================
  
  The draft technical report of the ISO/IEC JTC1 S22 WG14 N1275 standards
! committee, `Programming Languages - C - Extensions to support embedded
  processors', specifies a syntax for embedded processors to specify
  alternate address spaces.  You can configure a GCC port to support
  section 5.1 of the draft report to add support for address spaces other
  than the default address space.  These address spaces are new keywords
! that are similar to the `volatile' and `const' type attributes.
  
   Pointers to named address spaces can have a different size than
  pointers to the generic address space.
  
!  For example, the SPU port uses the `__ea' address space to refer to
  memory in the host processor, rather than memory local to the SPU
! processor.  Access to memory in the `__ea' address space involves
  issuing DMA operations to move data between the host processor and the
! local processor memory address space.  Pointers in the `__ea' address
! space are either 32 bits or 64 bits based on the `-mea32' or `-mea64'
  switches (native SPU pointers are always 32 bits).
  
   Internally, address spaces are represented as a small integer in the
*************** range 0 to 15 with address space 0 being
*** 37940,37947 ****
  address space.
  
   To register a named address space qualifier keyword with the C front
! end, the target may call the 'c_register_addr_space' routine.  For
! example, the SPU port uses the following to declare '__ea' as the
  keyword for named address space #1:
       #define ADDR_SPACE_EA 1
       c_register_addr_space ("__ea", ADDR_SPACE_EA);
--- 38374,38381 ----
  address space.
  
   To register a named address space qualifier keyword with the C front
! end, the target may call the `c_register_addr_space' routine.  For
! example, the SPU port uses the following to declare `__ea' as the
  keyword for named address space #1:
       #define ADDR_SPACE_EA 1
       c_register_addr_space ("__ea", ADDR_SPACE_EA);
*************** keyword for named address space #1:
*** 37950,37987 ****
            (addr_space_t ADDRESS_SPACE)
       Define this to return the machine mode to use for pointers to
       ADDRESS_SPACE if the target supports named address spaces.  The
!      default version of this hook returns 'ptr_mode'.
  
   -- Target Hook: machine_mode TARGET_ADDR_SPACE_ADDRESS_MODE
            (addr_space_t ADDRESS_SPACE)
       Define this to return the machine mode to use for addresses in
       ADDRESS_SPACE if the target supports named address spaces.  The
!      default version of this hook returns 'Pmode'.
  
!  -- Target Hook: bool TARGET_ADDR_SPACE_VALID_POINTER_MODE (machine_mode
!           MODE, addr_space_t AS)
       Define this to return nonzero if the port can handle pointers with
       machine mode MODE to address space AS.  This target hook is the
!      same as the 'TARGET_VALID_POINTER_MODE' target hook, except that it
!      includes explicit named address space support.  The default version
!      of this hook returns true for the modes returned by either the
!      'TARGET_ADDR_SPACE_POINTER_MODE' or
!      'TARGET_ADDR_SPACE_ADDRESS_MODE' target hooks for the given address
!      space.
  
   -- Target Hook: bool TARGET_ADDR_SPACE_LEGITIMATE_ADDRESS_P
            (machine_mode MODE, rtx EXP, bool STRICT, addr_space_t AS)
       Define this to return true if EXP is a valid address for mode MODE
       in the named address space AS.  The STRICT parameter says whether
       strict addressing is in effect after reload has finished.  This
!      target hook is the same as the 'TARGET_LEGITIMATE_ADDRESS_P' target
!      hook, except that it includes explicit named address space support.
  
   -- Target Hook: rtx TARGET_ADDR_SPACE_LEGITIMIZE_ADDRESS (rtx X, rtx
            OLDX, machine_mode MODE, addr_space_t AS)
       Define this to modify an invalid address X to be a valid address
       with mode MODE in the named address space AS.  This target hook is
!      the same as the 'TARGET_LEGITIMIZE_ADDRESS' target hook, except
       that it includes explicit named address space support.
  
   -- Target Hook: bool TARGET_ADDR_SPACE_SUBSET_P (addr_space_t SUBSET,
--- 38384,38422 ----
            (addr_space_t ADDRESS_SPACE)
       Define this to return the machine mode to use for pointers to
       ADDRESS_SPACE if the target supports named address spaces.  The
!      default version of this hook returns `ptr_mode'.
  
   -- Target Hook: machine_mode TARGET_ADDR_SPACE_ADDRESS_MODE
            (addr_space_t ADDRESS_SPACE)
       Define this to return the machine mode to use for addresses in
       ADDRESS_SPACE if the target supports named address spaces.  The
!      default version of this hook returns `Pmode'.
  
!  -- Target Hook: bool TARGET_ADDR_SPACE_VALID_POINTER_MODE
!           (machine_mode MODE, addr_space_t AS)
       Define this to return nonzero if the port can handle pointers with
       machine mode MODE to address space AS.  This target hook is the
!      same as the `TARGET_VALID_POINTER_MODE' target hook, except that
!      it includes explicit named address space support.  The default
!      version of this hook returns true for the modes returned by either
!      the `TARGET_ADDR_SPACE_POINTER_MODE' or
!      `TARGET_ADDR_SPACE_ADDRESS_MODE' target hooks for the given
!      address space.
  
   -- Target Hook: bool TARGET_ADDR_SPACE_LEGITIMATE_ADDRESS_P
            (machine_mode MODE, rtx EXP, bool STRICT, addr_space_t AS)
       Define this to return true if EXP is a valid address for mode MODE
       in the named address space AS.  The STRICT parameter says whether
       strict addressing is in effect after reload has finished.  This
!      target hook is the same as the `TARGET_LEGITIMATE_ADDRESS_P'
!      target hook, except that it includes explicit named address space
!      support.
  
   -- Target Hook: rtx TARGET_ADDR_SPACE_LEGITIMIZE_ADDRESS (rtx X, rtx
            OLDX, machine_mode MODE, addr_space_t AS)
       Define this to modify an invalid address X to be a valid address
       with mode MODE in the named address space AS.  This target hook is
!      the same as the `TARGET_LEGITIMIZE_ADDRESS' target hook, except
       that it includes explicit named address space support.
  
   -- Target Hook: bool TARGET_ADDR_SPACE_SUBSET_P (addr_space_t SUBSET,
*************** keyword for named address space #1:
*** 37993,38000 ****
       arithmetic operations.  Pointers to a superset address space can be
       converted to pointers to a subset address space via explicit casts.
  
!  -- Target Hook: bool TARGET_ADDR_SPACE_ZERO_ADDRESS_VALID (addr_space_t
!           AS)
       Define this to modify the default handling of address 0 for the
       address space.  Return true if 0 should be considered a valid
       address.
--- 38428,38435 ----
       arithmetic operations.  Pointers to a superset address space can be
       converted to pointers to a subset address space via explicit casts.
  
!  -- Target Hook: bool TARGET_ADDR_SPACE_ZERO_ADDRESS_VALID
!           (addr_space_t AS)
       Define this to modify the default handling of address 0 for the
       address space.  Return true if 0 should be considered a valid
       address.
*************** keyword for named address space #1:
*** 38006,38026 ****
       a new pointer expression with type TO_TYPE that points to a
       different named address space.  When this hook it called, it is
       guaranteed that one of the two address spaces is a subset of the
!      other, as determined by the 'TARGET_ADDR_SPACE_SUBSET_P' target
       hook.
  
   -- Target Hook: int TARGET_ADDR_SPACE_DEBUG (addr_space_t AS)
       Define this to define how the address space is encoded in dwarf.
!      The result is the value to be used with 'DW_AT_address_class'.
  
!  -- Target Hook: void TARGET_ADDR_SPACE_DIAGNOSE_USAGE (addr_space_t AS,
!           location_t LOC)
       Define this hook if the availability of an address space depends on
       command line options and some diagnostics should be printed when
       the address space is used.  This hook is called during parsing and
       allows to emit a better diagnostic compared to the case where the
!      address space was not registered with 'c_register_addr_space'.  AS
!      is the address space as registered with 'c_register_addr_space'.
       LOC is the location of the address space qualifier token.  The
       default implementation does nothing.
  
--- 38441,38461 ----
       a new pointer expression with type TO_TYPE that points to a
       different named address space.  When this hook it called, it is
       guaranteed that one of the two address spaces is a subset of the
!      other, as determined by the `TARGET_ADDR_SPACE_SUBSET_P' target
       hook.
  
   -- Target Hook: int TARGET_ADDR_SPACE_DEBUG (addr_space_t AS)
       Define this to define how the address space is encoded in dwarf.
!      The result is the value to be used with `DW_AT_address_class'.
  
!  -- Target Hook: void TARGET_ADDR_SPACE_DIAGNOSE_USAGE (addr_space_t
!           AS, location_t LOC)
       Define this hook if the availability of an address space depends on
       command line options and some diagnostics should be printed when
       the address space is used.  This hook is called during parsing and
       allows to emit a better diagnostic compared to the case where the
!      address space was not registered with `c_register_addr_space'.  AS
!      is the address space as registered with `c_register_addr_space'.
       LOC is the location of the address space qualifier token.  The
       default implementation does nothing.
  
*************** Here are several miscellaneous parameter
*** 38036,38043 ****
       Define this boolean macro to indicate whether or not your
       architecture has conditional branches that can span all of memory.
       It is used in conjunction with an optimization that partitions hot
!      and cold basic blocks into separate sections of the executable.  If
!      this macro is set to false, gcc will convert any conditional
       branches that attempt to cross between sections into unconditional
       branches or indirect jumps.
  
--- 38471,38478 ----
       Define this boolean macro to indicate whether or not your
       architecture has conditional branches that can span all of memory.
       It is used in conjunction with an optimization that partitions hot
!      and cold basic blocks into separate sections of the executable.
!      If this macro is set to false, gcc will convert any conditional
       branches that attempt to cross between sections into unconditional
       branches or indirect jumps.
  
*************** Here are several miscellaneous parameter
*** 38055,38065 ****
       elements of a jump-table should have.
  
   -- Macro: CASE_VECTOR_SHORTEN_MODE (MIN_OFFSET, MAX_OFFSET, BODY)
!      Optional: return the preferred mode for an 'addr_diff_vec' when the
!      minimum and maximum offset are known.  If you define this, it
       enables extra code in branch shortening to deal with
!      'addr_diff_vec'.  To make this work, you also have to define
!      'INSN_ALIGN' and make the alignment for 'addr_diff_vec' explicit.
       The BODY argument is provided so that the offset_unsigned and scale
       flags can be updated.
  
--- 38490,38500 ----
       elements of a jump-table should have.
  
   -- Macro: CASE_VECTOR_SHORTEN_MODE (MIN_OFFSET, MAX_OFFSET, BODY)
!      Optional: return the preferred mode for an `addr_diff_vec' when
!      the minimum and maximum offset are known.  If you define this, it
       enables extra code in branch shortening to deal with
!      `addr_diff_vec'.  To make this work, you also have to define
!      `INSN_ALIGN' and make the alignment for `addr_diff_vec' explicit.
       The BODY argument is provided so that the offset_unsigned and scale
       flags can be updated.
  
*************** Here are several miscellaneous parameter
*** 38067,38080 ****
       Define this macro to be a C expression to indicate when jump-tables
       should contain relative addresses.  You need not define this macro
       if jump-tables never contain relative addresses, or jump-tables
!      should contain relative addresses only when '-fPIC' or '-fPIC' is
       in effect.
  
   -- Target Hook: unsigned int TARGET_CASE_VALUES_THRESHOLD (void)
       This function return the smallest number of different values for
       which it is best to use a jump-table instead of a tree of
       conditional branches.  The default is four for machines with a
!      'casesi' instruction and five otherwise.  This is best for most
       machines.
  
   -- Macro: WORD_REGISTER_OPERATIONS
--- 38502,38515 ----
       Define this macro to be a C expression to indicate when jump-tables
       should contain relative addresses.  You need not define this macro
       if jump-tables never contain relative addresses, or jump-tables
!      should contain relative addresses only when `-fPIC' or `-fPIC' is
       in effect.
  
   -- Target Hook: unsigned int TARGET_CASE_VALUES_THRESHOLD (void)
       This function return the smallest number of different values for
       which it is best to use a jump-table instead of a tree of
       conditional branches.  The default is four for machines with a
!      `casesi' instruction and five otherwise.  This is best for most
       machines.
  
   -- Macro: WORD_REGISTER_OPERATIONS
*************** Here are several miscellaneous parameter
*** 38097,38131 ****
       the compiler to try using arithmetical operations setting the
       condition codes with a precision lower than the word precision.
  
!      You need not define this hook if 'WORD_REGISTER_OPERATIONS' is not
       defined to 1.
  
   -- Macro: LOAD_EXTEND_OP (MEM_MODE)
       Define this macro to be a C expression indicating when insns that
!      read memory in MEM_MODE, an integral mode narrower than a word, set
!      the bits outside of MEM_MODE to be either the sign-extension or the
!      zero-extension of the data read.  Return 'SIGN_EXTEND' for values
!      of MEM_MODE for which the insn sign-extends, 'ZERO_EXTEND' for
!      which it zero-extends, and 'UNKNOWN' for other modes.
  
       This macro is not called with MEM_MODE non-integral or with a width
!      greater than or equal to 'BITS_PER_WORD', so you may return any
       value in this case.  Do not define this macro if it would always
!      return 'UNKNOWN'.  On machines where this macro is defined, you
!      will normally define it as the constant 'SIGN_EXTEND' or
!      'ZERO_EXTEND'.
  
!      You may return a non-'UNKNOWN' value even if for some hard
       registers the sign extension is not performed, if for the
!      'REGNO_REG_CLASS' of these hard registers
!      'CANNOT_CHANGE_MODE_CLASS' returns nonzero when the FROM mode is
       MEM_MODE and the TO mode is any integral mode larger than this but
!      not larger than 'word_mode'.
  
!      You must return 'UNKNOWN' if for some hard registers that allow
!      this mode, 'CANNOT_CHANGE_MODE_CLASS' says that they cannot change
!      to 'word_mode', but that they can change to another integral mode
!      that is larger then MEM_MODE but still smaller than 'word_mode'.
  
   -- Macro: SHORT_IMMEDIATES_SIGN_EXTEND
       Define this macro to 1 if loading short immediate values into
--- 38532,38566 ----
       the compiler to try using arithmetical operations setting the
       condition codes with a precision lower than the word precision.
  
!      You need not define this hook if `WORD_REGISTER_OPERATIONS' is not
       defined to 1.
  
   -- Macro: LOAD_EXTEND_OP (MEM_MODE)
       Define this macro to be a C expression indicating when insns that
!      read memory in MEM_MODE, an integral mode narrower than a word,
!      set the bits outside of MEM_MODE to be either the sign-extension
!      or the zero-extension of the data read.  Return `SIGN_EXTEND' for
!      values of MEM_MODE for which the insn sign-extends, `ZERO_EXTEND'
!      for which it zero-extends, and `UNKNOWN' for other modes.
  
       This macro is not called with MEM_MODE non-integral or with a width
!      greater than or equal to `BITS_PER_WORD', so you may return any
       value in this case.  Do not define this macro if it would always
!      return `UNKNOWN'.  On machines where this macro is defined, you
!      will normally define it as the constant `SIGN_EXTEND' or
!      `ZERO_EXTEND'.
  
!      You may return a non-`UNKNOWN' value even if for some hard
       registers the sign extension is not performed, if for the
!      `REGNO_REG_CLASS' of these hard registers
!      `CANNOT_CHANGE_MODE_CLASS' returns nonzero when the FROM mode is
       MEM_MODE and the TO mode is any integral mode larger than this but
!      not larger than `word_mode'.
  
!      You must return `UNKNOWN' if for some hard registers that allow
!      this mode, `CANNOT_CHANGE_MODE_CLASS' says that they cannot change
!      to `word_mode', but that they can change to another integral mode
!      that is larger then MEM_MODE but still smaller than `word_mode'.
  
   -- Macro: SHORT_IMMEDIATES_SIGN_EXTEND
       Define this macro to 1 if loading short immediate values into
*************** Here are several miscellaneous parameter
*** 38133,38140 ****
  
   -- Target Hook: unsigned int TARGET_MIN_DIVISIONS_FOR_RECIP_MUL
            (machine_mode MODE)
!      When '-ffast-math' is in effect, GCC tries to optimize divisions by
!      the same divisor, by turning them into multiplications by the
       reciprocal.  This target hook specifies the minimum number of
       divisions that should be there for GCC to perform the optimization
       for a variable of mode MODE.  The default implementation returns 3
--- 38568,38575 ----
  
   -- Target Hook: unsigned int TARGET_MIN_DIVISIONS_FOR_RECIP_MUL
            (machine_mode MODE)
!      When `-ffast-math' is in effect, GCC tries to optimize divisions
!      by the same divisor, by turning them into multiplications by the
       reciprocal.  This target hook specifies the minimum number of
       divisions that should be there for GCC to perform the optimization
       for a variable of mode MODE.  The default implementation returns 3
*************** Here are several miscellaneous parameter
*** 38149,38170 ****
   -- Macro: MAX_MOVE_MAX
       The maximum number of bytes that a single instruction can move
       quickly between memory and registers or between two memory
!      locations.  If this is undefined, the default is 'MOVE_MAX'.
       Otherwise, it is the constant value that is the largest value that
!      'MOVE_MAX' can have at run-time.
  
   -- Macro: SHIFT_COUNT_TRUNCATED
       A C expression that is nonzero if on this machine the number of
       bits actually used for the count of a shift operation is equal to
!      the number of bits needed to represent the size of the object being
!      shifted.  When this macro is nonzero, the compiler will assume that
!      it is safe to omit a sign-extend, zero-extend, and certain bitwise
!      'and' instructions that truncates the count of a shift operation.
!      On machines that have instructions that act on bit-fields at
!      variable positions, which may include 'bit test' instructions, a
!      nonzero 'SHIFT_COUNT_TRUNCATED' also enables deletion of
!      truncations of the values that serve as arguments to bit-field
!      instructions.
  
       If both types of instructions truncate the count (for shifts) and
       position (for bit-field operations), or if no variable-position
--- 38584,38605 ----
   -- Macro: MAX_MOVE_MAX
       The maximum number of bytes that a single instruction can move
       quickly between memory and registers or between two memory
!      locations.  If this is undefined, the default is `MOVE_MAX'.
       Otherwise, it is the constant value that is the largest value that
!      `MOVE_MAX' can have at run-time.
  
   -- Macro: SHIFT_COUNT_TRUNCATED
       A C expression that is nonzero if on this machine the number of
       bits actually used for the count of a shift operation is equal to
!      the number of bits needed to represent the size of the object
!      being shifted.  When this macro is nonzero, the compiler will
!      assume that it is safe to omit a sign-extend, zero-extend, and
!      certain bitwise `and' instructions that truncates the count of a
!      shift operation.  On machines that have instructions that act on
!      bit-fields at variable positions, which may include `bit test'
!      instructions, a nonzero `SHIFT_COUNT_TRUNCATED' also enables
!      deletion of truncations of the values that serve as arguments to
!      bit-field instructions.
  
       If both types of instructions truncate the count (for shifts) and
       position (for bit-field operations), or if no variable-position
*************** Here are several miscellaneous parameter
*** 38172,38183 ****
  
       However, on some machines, such as the 80386 and the 680x0,
       truncation only applies to shift operations and not the (real or
!      pretended) bit-field operations.  Define 'SHIFT_COUNT_TRUNCATED' to
!      be zero on such machines.  Instead, add patterns to the 'md' file
!      that include the implied truncation of the shift instructions.
  
!      You need not define this macro if it would always have the value of
!      zero.
  
   -- Target Hook: unsigned HOST_WIDE_INT TARGET_SHIFT_TRUNCATION_MASK
            (machine_mode MODE)
--- 38607,38618 ----
  
       However, on some machines, such as the 80386 and the 680x0,
       truncation only applies to shift operations and not the (real or
!      pretended) bit-field operations.  Define `SHIFT_COUNT_TRUNCATED'
!      to be zero on such machines.  Instead, add patterns to the `md'
!      file that include the implied truncation of the shift instructions.
  
!      You need not define this macro if it would always have the value
!      of zero.
  
   -- Target Hook: unsigned HOST_WIDE_INT TARGET_SHIFT_TRUNCATION_MASK
            (machine_mode MODE)
*************** Here are several miscellaneous parameter
*** 38192,38205 ****
       should return 0.  A return value of 0 indicates that no particular
       behavior is guaranteed.
  
!      Note that, unlike 'SHIFT_COUNT_TRUNCATED', this function does _not_
!      apply to general shift rtxes; it applies only to instructions that
!      are generated by the named shift patterns.
  
       The default implementation of this function returns
!      'GET_MODE_BITSIZE (MODE) - 1' if 'SHIFT_COUNT_TRUNCATED' and 0
       otherwise.  This definition is always safe, but if
!      'SHIFT_COUNT_TRUNCATED' is false, and some shift patterns
       nevertheless truncate the shift count, you may get better code by
       overriding it.
  
--- 38627,38640 ----
       should return 0.  A return value of 0 indicates that no particular
       behavior is guaranteed.
  
!      Note that, unlike `SHIFT_COUNT_TRUNCATED', this function does
!      _not_ apply to general shift rtxes; it applies only to instructions
!      that are generated by the named shift patterns.
  
       The default implementation of this function returns
!      `GET_MODE_BITSIZE (MODE) - 1' if `SHIFT_COUNT_TRUNCATED' and 0
       otherwise.  This definition is always safe, but if
!      `SHIFT_COUNT_TRUNCATED' is false, and some shift patterns
       nevertheless truncate the shift count, you may get better code by
       overriding it.
  
*************** Here are several miscellaneous parameter
*** 38211,38253 ****
  
       On many machines, this expression can be 1.
  
!      When 'TRULY_NOOP_TRUNCATION' returns 1 for a pair of sizes for
!      modes for which 'MODES_TIEABLE_P' is 0, suboptimal code can result.
!      If this is the case, making 'TRULY_NOOP_TRUNCATION' return 0 in
       such cases may improve things.
  
   -- Target Hook: int TARGET_MODE_REP_EXTENDED (machine_mode MODE,
            machine_mode REP_MODE)
       The representation of an integral mode can be such that the values
!      are always extended to a wider integral mode.  Return 'SIGN_EXTEND'
!      if values of MODE are represented in sign-extended form to
!      REP_MODE.  Return 'UNKNOWN' otherwise.  (Currently, none of the
!      targets use zero-extended representation this way so unlike
!      'LOAD_EXTEND_OP', 'TARGET_MODE_REP_EXTENDED' is expected to return
!      either 'SIGN_EXTEND' or 'UNKNOWN'.  Also no target extends MODE to
       REP_MODE so that REP_MODE is not the next widest integral mode and
       currently we take advantage of this fact.)
  
!      Similarly to 'LOAD_EXTEND_OP' you may return a non-'UNKNOWN' value
!      even if the extension is not performed on certain hard registers as
!      long as for the 'REGNO_REG_CLASS' of these hard registers
!      'CANNOT_CHANGE_MODE_CLASS' returns nonzero.
  
!      Note that 'TARGET_MODE_REP_EXTENDED' and 'LOAD_EXTEND_OP' describe
!      two related properties.  If you define 'TARGET_MODE_REP_EXTENDED
!      (mode, word_mode)' you probably also want to define 'LOAD_EXTEND_OP
!      (mode)' to return the same type of extension.
  
!      In order to enforce the representation of 'mode',
!      'TRULY_NOOP_TRUNCATION' should return false when truncating to
!      'mode'.
  
   -- Macro: STORE_FLAG_VALUE
       A C expression describing the value returned by a comparison
       operator with an integral mode and stored by a store-flag
!      instruction ('cstoreMODE4') when the condition is true.  This
!      description must apply to _all_ the 'cstoreMODE4' patterns and all
!      the comparison operators whose results have a 'MODE_INT' mode.
  
       A value of 1 or -1 means that the instruction implementing the
       comparison operator returns exactly 1 or -1 when the comparison is
--- 38646,38688 ----
  
       On many machines, this expression can be 1.
  
!      When `TRULY_NOOP_TRUNCATION' returns 1 for a pair of sizes for
!      modes for which `MODES_TIEABLE_P' is 0, suboptimal code can result.
!      If this is the case, making `TRULY_NOOP_TRUNCATION' return 0 in
       such cases may improve things.
  
   -- Target Hook: int TARGET_MODE_REP_EXTENDED (machine_mode MODE,
            machine_mode REP_MODE)
       The representation of an integral mode can be such that the values
!      are always extended to a wider integral mode.  Return
!      `SIGN_EXTEND' if values of MODE are represented in sign-extended
!      form to REP_MODE.  Return `UNKNOWN' otherwise.  (Currently, none
!      of the targets use zero-extended representation this way so unlike
!      `LOAD_EXTEND_OP', `TARGET_MODE_REP_EXTENDED' is expected to return
!      either `SIGN_EXTEND' or `UNKNOWN'.  Also no target extends MODE to
       REP_MODE so that REP_MODE is not the next widest integral mode and
       currently we take advantage of this fact.)
  
!      Similarly to `LOAD_EXTEND_OP' you may return a non-`UNKNOWN' value
!      even if the extension is not performed on certain hard registers
!      as long as for the `REGNO_REG_CLASS' of these hard registers
!      `CANNOT_CHANGE_MODE_CLASS' returns nonzero.
  
!      Note that `TARGET_MODE_REP_EXTENDED' and `LOAD_EXTEND_OP' describe
!      two related properties.  If you define `TARGET_MODE_REP_EXTENDED
!      (mode, word_mode)' you probably also want to define
!      `LOAD_EXTEND_OP (mode)' to return the same type of extension.
  
!      In order to enforce the representation of `mode',
!      `TRULY_NOOP_TRUNCATION' should return false when truncating to
!      `mode'.
  
   -- Macro: STORE_FLAG_VALUE
       A C expression describing the value returned by a comparison
       operator with an integral mode and stored by a store-flag
!      instruction (`cstoreMODE4') when the condition is true.  This
!      description must apply to _all_ the `cstoreMODE4' patterns and all
!      the comparison operators whose results have a `MODE_INT' mode.
  
       A value of 1 or -1 means that the instruction implementing the
       comparison operator returns exactly 1 or -1 when the comparison is
*************** Here are several miscellaneous parameter
*** 38255,38271 ****
       indicates which bits of the result are guaranteed to be 1 when the
       comparison is true.  This value is interpreted in the mode of the
       comparison operation, which is given by the mode of the first
!      operand in the 'cstoreMODE4' pattern.  Either the low bit or the
!      sign bit of 'STORE_FLAG_VALUE' be on.  Presently, only those bits
       are used by the compiler.
  
!      If 'STORE_FLAG_VALUE' is neither 1 or -1, the compiler will
       generate code that depends only on the specified bits.  It can also
       replace comparison operators with equivalent operations if they
       cause the required bits to be set, even if the remaining bits are
       undefined.  For example, on a machine whose comparison operators
!      return an 'SImode' value and where 'STORE_FLAG_VALUE' is defined as
!      '0x80000000', saying that just the sign bit is relevant, the
       expression
  
            (ne:SI (and:SI X (const_int POWER-OF-2)) (const_int 0))
--- 38690,38706 ----
       indicates which bits of the result are guaranteed to be 1 when the
       comparison is true.  This value is interpreted in the mode of the
       comparison operation, which is given by the mode of the first
!      operand in the `cstoreMODE4' pattern.  Either the low bit or the
!      sign bit of `STORE_FLAG_VALUE' be on.  Presently, only those bits
       are used by the compiler.
  
!      If `STORE_FLAG_VALUE' is neither 1 or -1, the compiler will
       generate code that depends only on the specified bits.  It can also
       replace comparison operators with equivalent operations if they
       cause the required bits to be set, even if the remaining bits are
       undefined.  For example, on a machine whose comparison operators
!      return an `SImode' value and where `STORE_FLAG_VALUE' is defined as
!      `0x80000000', saying that just the sign bit is relevant, the
       expression
  
            (ne:SI (and:SI X (const_int POWER-OF-2)) (const_int 0))
*************** Here are several miscellaneous parameter
*** 38274,38297 ****
  
            (ashift:SI X (const_int N))
  
!      where N is the appropriate shift count to move the bit being tested
!      into the sign bit.
  
       There is no way to describe a machine that always sets the
!      low-order bit for a true value, but does not guarantee the value of
!      any other bits, but we do not know of any machine that has such an
!      instruction.  If you are trying to port GCC to such a machine,
       include an instruction to perform a logical-and of the result with
       1 in the pattern for the comparison operators and let us know at
       <gcc@gcc.gnu.org>.
  
       Often, a machine will have multiple instructions that obtain a
       value from a comparison (or the condition codes).  Here are rules
!      to guide the choice of value for 'STORE_FLAG_VALUE', and hence the
       instructions to be used:
  
          * Use the shortest sequence that yields a valid definition for
!           'STORE_FLAG_VALUE'.  It is more efficient for the compiler to
            "normalize" the value (convert it to, e.g., 1 or 0) than for
            the comparison operators to do so because there may be
            opportunities to combine the normalization with other
--- 38709,38732 ----
  
            (ashift:SI X (const_int N))
  
!      where N is the appropriate shift count to move the bit being
!      tested into the sign bit.
  
       There is no way to describe a machine that always sets the
!      low-order bit for a true value, but does not guarantee the value
!      of any other bits, but we do not know of any machine that has such
!      an instruction.  If you are trying to port GCC to such a machine,
       include an instruction to perform a logical-and of the result with
       1 in the pattern for the comparison operators and let us know at
       <gcc@gcc.gnu.org>.
  
       Often, a machine will have multiple instructions that obtain a
       value from a comparison (or the condition codes).  Here are rules
!      to guide the choice of value for `STORE_FLAG_VALUE', and hence the
       instructions to be used:
  
          * Use the shortest sequence that yields a valid definition for
!           `STORE_FLAG_VALUE'.  It is more efficient for the compiler to
            "normalize" the value (convert it to, e.g., 1 or 0) than for
            the comparison operators to do so because there may be
            opportunities to combine the normalization with other
*************** Here are several miscellaneous parameter
*** 38301,38371 ****
            being slightly preferred on machines with expensive jumps and
            1 preferred on other machines.
  
!         * As a second choice, choose a value of '0x80000001' if
            instructions exist that set both the sign and low-order bits
            but do not define the others.
  
!         * Otherwise, use a value of '0x80000000'.
  
       Many machines can produce both the value chosen for
!      'STORE_FLAG_VALUE' and its negation in the same number of
       instructions.  On those machines, you should also define a pattern
       for those cases, e.g., one matching
  
            (set A (neg:M (ne:M B C)))
  
!      Some machines can also perform 'and' or 'plus' operations on
       condition code values with less instructions than the corresponding
!      'cstoreMODE4' insn followed by 'and' or 'plus'.  On those machines,
!      define the appropriate patterns.  Use the names 'incscc' and
!      'decscc', respectively, for the patterns which perform 'plus' or
!      'minus' operations on condition code values.  See 'rs6000.md' for
!      some examples.  The GNU Superoptimizer can be used to find such
!      instruction sequences on other machines.
  
       If this macro is not defined, the default value, 1, is used.  You
!      need not define 'STORE_FLAG_VALUE' if the machine has no store-flag
       instructions, or if the value generated by these instructions is 1.
  
   -- Macro: FLOAT_STORE_FLAG_VALUE (MODE)
!      A C expression that gives a nonzero 'REAL_VALUE_TYPE' value that is
       returned when comparison operators with floating-point results are
       true.  Define this macro on machines that have comparison
!      operations that return floating-point values.  If there are no such
!      operations, do not define this macro.
  
   -- Macro: VECTOR_STORE_FLAG_VALUE (MODE)
       A C expression that gives a rtx representing the nonzero true
       element for vector comparisons.  The returned rtx should be valid
!      for the inner mode of MODE which is guaranteed to be a vector mode.
!      Define this macro on machines that have vector comparison
       operations that return a vector result.  If there are no such
       operations, do not define this macro.  Typically, this macro is
!      defined as 'const1_rtx' or 'constm1_rtx'.  This macro may return
!      'NULL_RTX' to prevent the compiler optimizing such vector
       comparison operations for the given mode.
  
   -- Macro: CLZ_DEFINED_VALUE_AT_ZERO (MODE, VALUE)
   -- Macro: CTZ_DEFINED_VALUE_AT_ZERO (MODE, VALUE)
       A C expression that indicates whether the architecture defines a
!      value for 'clz' or 'ctz' with a zero operand.  A result of '0'
!      indicates the value is undefined.  If the value is defined for only
!      the RTL expression, the macro should evaluate to '1'; if the value
!      applies also to the corresponding optab entry (which is normally
!      the case if it expands directly into the corresponding RTL), then
!      the macro should evaluate to '2'.  In the cases where the value is
!      defined, VALUE should be set to this value.
  
!      If this macro is not defined, the value of 'clz' or 'ctz' at zero
       is assumed to be undefined.
  
!      This macro must be defined if the target's expansion for 'ffs'
       relies on a particular value to get correct results.  Otherwise it
       is not necessary, though it may be used to optimize some corner
!      cases, and to provide a default expansion for the 'ffs' optab.
  
!      Note that regardless of this macro the "definedness" of 'clz' and
!      'ctz' at zero do _not_ extend to the builtin functions visible to
       the user.  Thus one may be free to adjust the value at will to
       match the target expansion of these operations without fear of
       breaking the API.
--- 38736,38806 ----
            being slightly preferred on machines with expensive jumps and
            1 preferred on other machines.
  
!         * As a second choice, choose a value of `0x80000001' if
            instructions exist that set both the sign and low-order bits
            but do not define the others.
  
!         * Otherwise, use a value of `0x80000000'.
  
       Many machines can produce both the value chosen for
!      `STORE_FLAG_VALUE' and its negation in the same number of
       instructions.  On those machines, you should also define a pattern
       for those cases, e.g., one matching
  
            (set A (neg:M (ne:M B C)))
  
!      Some machines can also perform `and' or `plus' operations on
       condition code values with less instructions than the corresponding
!      `cstoreMODE4' insn followed by `and' or `plus'.  On those
!      machines, define the appropriate patterns.  Use the names `incscc'
!      and `decscc', respectively, for the patterns which perform `plus'
!      or `minus' operations on condition code values.  See `rs6000.md'
!      for some examples.  The GNU Superoptimizer can be used to find
!      such instruction sequences on other machines.
  
       If this macro is not defined, the default value, 1, is used.  You
!      need not define `STORE_FLAG_VALUE' if the machine has no store-flag
       instructions, or if the value generated by these instructions is 1.
  
   -- Macro: FLOAT_STORE_FLAG_VALUE (MODE)
!      A C expression that gives a nonzero `REAL_VALUE_TYPE' value that is
       returned when comparison operators with floating-point results are
       true.  Define this macro on machines that have comparison
!      operations that return floating-point values.  If there are no
!      such operations, do not define this macro.
  
   -- Macro: VECTOR_STORE_FLAG_VALUE (MODE)
       A C expression that gives a rtx representing the nonzero true
       element for vector comparisons.  The returned rtx should be valid
!      for the inner mode of MODE which is guaranteed to be a vector
!      mode.  Define this macro on machines that have vector comparison
       operations that return a vector result.  If there are no such
       operations, do not define this macro.  Typically, this macro is
!      defined as `const1_rtx' or `constm1_rtx'.  This macro may return
!      `NULL_RTX' to prevent the compiler optimizing such vector
       comparison operations for the given mode.
  
   -- Macro: CLZ_DEFINED_VALUE_AT_ZERO (MODE, VALUE)
   -- Macro: CTZ_DEFINED_VALUE_AT_ZERO (MODE, VALUE)
       A C expression that indicates whether the architecture defines a
!      value for `clz' or `ctz' with a zero operand.  A result of `0'
!      indicates the value is undefined.  If the value is defined for
!      only the RTL expression, the macro should evaluate to `1'; if the
!      value applies also to the corresponding optab entry (which is
!      normally the case if it expands directly into the corresponding
!      RTL), then the macro should evaluate to `2'.  In the cases where
!      the value is defined, VALUE should be set to this value.
  
!      If this macro is not defined, the value of `clz' or `ctz' at zero
       is assumed to be undefined.
  
!      This macro must be defined if the target's expansion for `ffs'
       relies on a particular value to get correct results.  Otherwise it
       is not necessary, though it may be used to optimize some corner
!      cases, and to provide a default expansion for the `ffs' optab.
  
!      Note that regardless of this macro the "definedness" of `clz' and
!      `ctz' at zero do _not_ extend to the builtin functions visible to
       the user.  Thus one may be free to adjust the value at will to
       match the target expansion of these operations without fear of
       breaking the API.
*************** Here are several miscellaneous parameter
*** 38373,38511 ****
   -- Macro: Pmode
       An alias for the machine mode for pointers.  On most machines,
       define this to be the integer mode corresponding to the width of a
!      hardware pointer; 'SImode' on 32-bit machine or 'DImode' on 64-bit
       machines.  On some machines you must define this to be one of the
!      partial integer modes, such as 'PSImode'.
  
!      The width of 'Pmode' must be at least as large as the value of
!      'POINTER_SIZE'.  If it is not equal, you must define the macro
!      'POINTERS_EXTEND_UNSIGNED' to specify how pointers are extended to
!      'Pmode'.
  
   -- Macro: FUNCTION_MODE
       An alias for the machine mode used for memory references to
!      functions being called, in 'call' RTL expressions.  On most CISC
       machines, where an instruction can begin at any byte address, this
!      should be 'QImode'.  On most RISC machines, where all instructions
       have fixed size and alignment, this should be a mode with the same
       size and alignment as the machine instruction words - typically
!      'SImode' or 'HImode'.
  
   -- Macro: STDC_0_IN_SYSTEM_HEADERS
!      In normal operation, the preprocessor expands '__STDC__' to the
       constant 1, to signify that GCC conforms to ISO Standard C.  On
       some hosts, like Solaris, the system compiler uses a different
!      convention, where '__STDC__' is normally 0, but is 1 if the user
       specifies strict conformance to the C Standard.
  
!      Defining 'STDC_0_IN_SYSTEM_HEADERS' makes GNU CPP follows the host
!      convention when processing system header files, but when processing
!      user files '__STDC__' will always expand to 1.
  
   -- C Target Hook: const char * TARGET_C_PREINCLUDE (void)
!      Define this hook to return the name of a header file to be included
!      at the start of all compilations, as if it had been included with
!      '#include <FILE>'.  If this hook returns 'NULL', or is not defined,
!      or the header is not found, or if the user specifies
!      '-ffreestanding' or '-nostdinc', no header is included.
  
!      This hook can be used together with a header provided by the system
!      C library to implement ISO C requirements for certain macros to be
!      predefined that describe properties of the whole implementation
!      rather than just the compiler.
  
   -- C Target Hook: bool TARGET_CXX_IMPLICIT_EXTERN_C (const char*)
       Define this hook to add target-specific C++ implicit extern C
!      functions.  If this function returns true for the name of a
       file-scope function, that function implicitly gets extern "C"
!      linkage rather than whatever language linkage the declaration would
!      normally have.  An example of such function is WinMain on Win32
!      targets.
  
   -- Macro: NO_IMPLICIT_EXTERN_C
!      Define this macro if the system header files support C++ as well as
!      C.  This macro inhibits the usual method of using system header
       files in C++, which is to pretend that the file's contents are
!      enclosed in 'extern "C" {...}'.
  
   -- Macro: REGISTER_TARGET_PRAGMAS ()
       Define this macro if you want to implement any target-specific
       pragmas.  If defined, it is a C expression which makes a series of
!      calls to 'c_register_pragma' or 'c_register_pragma_with_expansion'
       for each pragma.  The macro may also do any setup required for the
       pragmas.
  
!      The primary reason to define this macro is to provide compatibility
!      with other compilers for the same target.  In general, we
!      discourage definition of target-specific pragmas for GCC.
  
       If the pragma can be implemented by attributes then you should
!      consider defining the target hook 'TARGET_INSERT_ATTRIBUTES' as
       well.
  
       Preprocessor macros that appear on pragma lines are not expanded.
!      All '#pragma' directives that do not match any registered pragma
       are silently ignored, unless the user specifies
!      '-Wunknown-pragmas'.
  
   -- Function: void c_register_pragma (const char *SPACE, const char
            *NAME, void (*CALLBACK) (struct cpp_reader *))
   -- Function: void c_register_pragma_with_expansion (const char *SPACE,
            const char *NAME, void (*CALLBACK) (struct cpp_reader *))
! 
!      Each call to 'c_register_pragma' or
!      'c_register_pragma_with_expansion' establishes one pragma.  The
       CALLBACK routine will be called when the preprocessor encounters a
       pragma of the form
  
            #pragma [SPACE] NAME ...
  
!      SPACE is the case-sensitive namespace of the pragma, or 'NULL' to
       put the pragma in the global namespace.  The callback routine
       receives PFILE as its first argument, which can be passed on to
!      cpplib's functions if necessary.  You can lex tokens after the NAME
!      by calling 'pragma_lex'.  Tokens that are not read by the callback
!      will be silently ignored.  The end of the line is indicated by a
!      token of type 'CPP_EOF'.  Macro expansion occurs on the arguments
!      of pragmas registered with 'c_register_pragma_with_expansion' but
!      not on the arguments of pragmas registered with
!      'c_register_pragma'.
  
!      Note that the use of 'pragma_lex' is specific to the C and C++
       compilers.  It will not work in the Java or Fortran compilers, or
!      any other language compilers for that matter.  Thus if 'pragma_lex'
!      is going to be called from target-specific code, it must only be
!      done so when building the C and C++ compilers.  This can be done by
!      defining the variables 'c_target_objs' and 'cxx_target_objs' in the
!      target entry in the 'config.gcc' file.  These variables should name
!      the target-specific, language-specific object file which contains
!      the code that uses 'pragma_lex'.  Note it will also be necessary to
!      add a rule to the makefile fragment pointed to by 'tmake_file' that
!      shows how to build this object file.
  
   -- Macro: HANDLE_PRAGMA_PACK_WITH_EXPANSION
       Define this macro if macros should be expanded in the arguments of
!      '#pragma pack'.
  
   -- Macro: TARGET_DEFAULT_PACK_STRUCT
       If your target requires a structure packing default other than 0
       (meaning the machine default), define this macro to the necessary
!      value (in bytes).  This must be a value that would also be valid to
!      use with '#pragma pack()' (that is, a small power of two).
  
   -- Macro: DOLLARS_IN_IDENTIFIERS
!      Define this macro to control use of the character '$' in identifier
!      names for the C family of languages.  0 means '$' is not allowed by
!      default; 1 means it is allowed.  1 is the default; there is no need
!      to define this macro in that case.
  
   -- Macro: INSN_SETS_ARE_DELAYED (INSN)
       Define this macro as a C expression that is nonzero if it is safe
       for the delay slot scheduler to place instructions in the delay
       slot of INSN, even if they appear to use a resource set or
!      clobbered in INSN.  INSN is always a 'jump_insn' or an 'insn'; GCC
!      knows that every 'call_insn' has this behavior.  On machines where
!      some 'insn' or 'jump_insn' is really a function call and hence has
       this behavior, you should define this macro.
  
       You need not define this macro if it would always return zero.
--- 38808,38947 ----
   -- Macro: Pmode
       An alias for the machine mode for pointers.  On most machines,
       define this to be the integer mode corresponding to the width of a
!      hardware pointer; `SImode' on 32-bit machine or `DImode' on 64-bit
       machines.  On some machines you must define this to be one of the
!      partial integer modes, such as `PSImode'.
  
!      The width of `Pmode' must be at least as large as the value of
!      `POINTER_SIZE'.  If it is not equal, you must define the macro
!      `POINTERS_EXTEND_UNSIGNED' to specify how pointers are extended to
!      `Pmode'.
  
   -- Macro: FUNCTION_MODE
       An alias for the machine mode used for memory references to
!      functions being called, in `call' RTL expressions.  On most CISC
       machines, where an instruction can begin at any byte address, this
!      should be `QImode'.  On most RISC machines, where all instructions
       have fixed size and alignment, this should be a mode with the same
       size and alignment as the machine instruction words - typically
!      `SImode' or `HImode'.
  
   -- Macro: STDC_0_IN_SYSTEM_HEADERS
!      In normal operation, the preprocessor expands `__STDC__' to the
       constant 1, to signify that GCC conforms to ISO Standard C.  On
       some hosts, like Solaris, the system compiler uses a different
!      convention, where `__STDC__' is normally 0, but is 1 if the user
       specifies strict conformance to the C Standard.
  
!      Defining `STDC_0_IN_SYSTEM_HEADERS' makes GNU CPP follows the host
!      convention when processing system header files, but when
!      processing user files `__STDC__' will always expand to 1.
  
   -- C Target Hook: const char * TARGET_C_PREINCLUDE (void)
!      Define this hook to return the name of a header file to be
!      included at the start of all compilations, as if it had been
!      included with `#include <FILE>'.  If this hook returns `NULL', or
!      is not defined, or the header is not found, or if the user
!      specifies `-ffreestanding' or `-nostdinc', no header is included.
  
!      This hook can be used together with a header provided by the
!      system C library to implement ISO C requirements for certain
!      macros to be predefined that describe properties of the whole
!      implementation rather than just the compiler.
  
   -- C Target Hook: bool TARGET_CXX_IMPLICIT_EXTERN_C (const char*)
       Define this hook to add target-specific C++ implicit extern C
!      functions. If this function returns true for the name of a
       file-scope function, that function implicitly gets extern "C"
!      linkage rather than whatever language linkage the declaration
!      would normally have.  An example of such function is WinMain on
!      Win32 targets.
  
   -- Macro: NO_IMPLICIT_EXTERN_C
!      Define this macro if the system header files support C++ as well
!      as C.  This macro inhibits the usual method of using system header
       files in C++, which is to pretend that the file's contents are
!      enclosed in `extern "C" {...}'.
  
   -- Macro: REGISTER_TARGET_PRAGMAS ()
       Define this macro if you want to implement any target-specific
       pragmas.  If defined, it is a C expression which makes a series of
!      calls to `c_register_pragma' or `c_register_pragma_with_expansion'
       for each pragma.  The macro may also do any setup required for the
       pragmas.
  
!      The primary reason to define this macro is to provide
!      compatibility with other compilers for the same target.  In
!      general, we discourage definition of target-specific pragmas for
!      GCC.
  
       If the pragma can be implemented by attributes then you should
!      consider defining the target hook `TARGET_INSERT_ATTRIBUTES' as
       well.
  
       Preprocessor macros that appear on pragma lines are not expanded.
!      All `#pragma' directives that do not match any registered pragma
       are silently ignored, unless the user specifies
!      `-Wunknown-pragmas'.
  
   -- Function: void c_register_pragma (const char *SPACE, const char
            *NAME, void (*CALLBACK) (struct cpp_reader *))
   -- Function: void c_register_pragma_with_expansion (const char *SPACE,
            const char *NAME, void (*CALLBACK) (struct cpp_reader *))
!      Each call to `c_register_pragma' or
!      `c_register_pragma_with_expansion' establishes one pragma.  The
       CALLBACK routine will be called when the preprocessor encounters a
       pragma of the form
  
            #pragma [SPACE] NAME ...
  
!      SPACE is the case-sensitive namespace of the pragma, or `NULL' to
       put the pragma in the global namespace.  The callback routine
       receives PFILE as its first argument, which can be passed on to
!      cpplib's functions if necessary.  You can lex tokens after the
!      NAME by calling `pragma_lex'.  Tokens that are not read by the
!      callback will be silently ignored.  The end of the line is
!      indicated by a token of type `CPP_EOF'.  Macro expansion occurs on
!      the arguments of pragmas registered with
!      `c_register_pragma_with_expansion' but not on the arguments of
!      pragmas registered with `c_register_pragma'.
  
!      Note that the use of `pragma_lex' is specific to the C and C++
       compilers.  It will not work in the Java or Fortran compilers, or
!      any other language compilers for that matter.  Thus if
!      `pragma_lex' is going to be called from target-specific code, it
!      must only be done so when building the C and C++ compilers.  This
!      can be done by defining the variables `c_target_objs' and
!      `cxx_target_objs' in the target entry in the `config.gcc' file.
!      These variables should name the target-specific, language-specific
!      object file which contains the code that uses `pragma_lex'.  Note
!      it will also be necessary to add a rule to the makefile fragment
!      pointed to by `tmake_file' that shows how to build this object
!      file.
  
   -- Macro: HANDLE_PRAGMA_PACK_WITH_EXPANSION
       Define this macro if macros should be expanded in the arguments of
!      `#pragma pack'.
  
   -- Macro: TARGET_DEFAULT_PACK_STRUCT
       If your target requires a structure packing default other than 0
       (meaning the machine default), define this macro to the necessary
!      value (in bytes).  This must be a value that would also be valid
!      to use with `#pragma pack()' (that is, a small power of two).
  
   -- Macro: DOLLARS_IN_IDENTIFIERS
!      Define this macro to control use of the character `$' in
!      identifier names for the C family of languages.  0 means `$' is
!      not allowed by default; 1 means it is allowed.  1 is the default;
!      there is no need to define this macro in that case.
  
   -- Macro: INSN_SETS_ARE_DELAYED (INSN)
       Define this macro as a C expression that is nonzero if it is safe
       for the delay slot scheduler to place instructions in the delay
       slot of INSN, even if they appear to use a resource set or
!      clobbered in INSN.  INSN is always a `jump_insn' or an `insn'; GCC
!      knows that every `call_insn' has this behavior.  On machines where
!      some `insn' or `jump_insn' is really a function call and hence has
       this behavior, you should define this macro.
  
       You need not define this macro if it would always return zero.
*************** Here are several miscellaneous parameter
*** 38514,38532 ****
       Define this macro as a C expression that is nonzero if it is safe
       for the delay slot scheduler to place instructions in the delay
       slot of INSN, even if they appear to set or clobber a resource
!      referenced in INSN.  INSN is always a 'jump_insn' or an 'insn'.  On
!      machines where some 'insn' or 'jump_insn' is really a function call
!      and its operands are registers whose use is actually in the
!      subroutine it calls, you should define this macro.  Doing so allows
!      the delay slot scheduler to move instructions which copy arguments
!      into the argument registers into the delay slot of INSN.
  
       You need not define this macro if it would always return zero.
  
   -- Macro: MULTIPLE_SYMBOL_SPACES
       Define this macro as a C expression that is nonzero if, in some
!      cases, global symbols from one translation unit may not be bound to
!      undefined symbols in another translation unit without user
       intervention.  For instance, under Microsoft Windows symbols must
       be explicitly imported from shared libraries (DLLs).
  
--- 38950,38968 ----
       Define this macro as a C expression that is nonzero if it is safe
       for the delay slot scheduler to place instructions in the delay
       slot of INSN, even if they appear to set or clobber a resource
!      referenced in INSN.  INSN is always a `jump_insn' or an `insn'.
!      On machines where some `insn' or `jump_insn' is really a function
!      call and its operands are registers whose use is actually in the
!      subroutine it calls, you should define this macro.  Doing so
!      allows the delay slot scheduler to move instructions which copy
!      arguments into the argument registers into the delay slot of INSN.
  
       You need not define this macro if it would always return zero.
  
   -- Macro: MULTIPLE_SYMBOL_SPACES
       Define this macro as a C expression that is nonzero if, in some
!      cases, global symbols from one translation unit may not be bound
!      to undefined symbols in another translation unit without user
       intervention.  For instance, under Microsoft Windows symbols must
       be explicitly imported from shared libraries (DLLs).
  
*************** Here are several miscellaneous parameter
*** 38537,38618 ****
            CLOBBERS, HARD_REG_SET& CLOBBERED_REGS)
       This target hook may add "clobbers" to CLOBBERS and CLOBBERED_REGS
       for any hard regs the port wishes to automatically clobber for an
!      asm.  The OUTPUTS and INPUTS may be inspected to avoid clobbering a
!      register that is already used by the asm.
  
!      It may modify the OUTPUTS, INPUTS, and CONSTRAINTS as necessary for
!      other pre-processing.  In this case the return value is a sequence
!      of insns to emit after the asm.
  
   -- Macro: MATH_LIBRARY
!      Define this macro as a C string constant for the linker argument to
!      link in the system math library, minus the initial '"-l"', or '""'
!      if the target does not have a separate math library.
  
!      You need only define this macro if the default of '"m"' is wrong.
  
   -- Macro: LIBRARY_PATH_ENV
       Define this macro as a C string constant for the environment
       variable that specifies where the linker should look for libraries.
  
!      You need only define this macro if the default of '"LIBRARY_PATH"'
       is wrong.
  
   -- Macro: TARGET_POSIX_IO
       Define this macro if the target supports the following POSIX file
!      functions, access, mkdir and file locking with fcntl / F_SETLKW.
!      Defining 'TARGET_POSIX_IO' will enable the test coverage code to
       use file locking when exiting a program, which avoids race
!      conditions if the program has forked.  It will also create
       directories at run-time for cross-profiling.
  
   -- Macro: MAX_CONDITIONAL_EXECUTE
- 
       A C expression for the maximum number of instructions to execute
       via conditional execution instructions instead of a branch.  A
!      value of 'BRANCH_COST'+1 is the default if the machine does not use
!      cc0, and 1 if it does use cc0.
  
   -- Macro: IFCVT_MODIFY_TESTS (CE_INFO, TRUE_EXPR, FALSE_EXPR)
!      Used if the target needs to perform machine-dependent modifications
!      on the conditionals used for turning basic blocks into
!      conditionally executed code.  CE_INFO points to a data structure,
!      'struct ce_if_block', which contains information about the
!      currently processed blocks.  TRUE_EXPR and FALSE_EXPR are the tests
!      that are used for converting the then-block and the else-block,
!      respectively.  Set either TRUE_EXPR or FALSE_EXPR to a null pointer
!      if the tests cannot be converted.
  
   -- Macro: IFCVT_MODIFY_MULTIPLE_TESTS (CE_INFO, BB, TRUE_EXPR,
            FALSE_EXPR)
!      Like 'IFCVT_MODIFY_TESTS', but used when converting more
!      complicated if-statements into conditions combined by 'and' and
!      'or' operations.  BB contains the basic block that contains the
       test that is currently being processed and about to be turned into
       a condition.
  
   -- Macro: IFCVT_MODIFY_INSN (CE_INFO, PATTERN, INSN)
       A C expression to modify the PATTERN of an INSN that is to be
       converted to conditional execution format.  CE_INFO points to a
!      data structure, 'struct ce_if_block', which contains information
       about the currently processed blocks.
  
   -- Macro: IFCVT_MODIFY_FINAL (CE_INFO)
!      A C expression to perform any final machine dependent modifications
!      in converting code to conditional execution.  The involved basic
!      blocks can be found in the 'struct ce_if_block' structure that is
!      pointed to by CE_INFO.
  
   -- Macro: IFCVT_MODIFY_CANCEL (CE_INFO)
       A C expression to cancel any machine dependent modifications in
       converting code to conditional execution.  The involved basic
!      blocks can be found in the 'struct ce_if_block' structure that is
       pointed to by CE_INFO.
  
   -- Macro: IFCVT_MACHDEP_INIT (CE_INFO)
       A C expression to initialize any machine specific data for
!      if-conversion of the if-block in the 'struct ce_if_block' structure
!      that is pointed to by CE_INFO.
  
   -- Target Hook: void TARGET_MACHINE_DEPENDENT_REORG (void)
       If non-null, this hook performs a target-specific pass over the
--- 38973,39053 ----
            CLOBBERS, HARD_REG_SET& CLOBBERED_REGS)
       This target hook may add "clobbers" to CLOBBERS and CLOBBERED_REGS
       for any hard regs the port wishes to automatically clobber for an
!      asm.  The OUTPUTS and INPUTS may be inspected to avoid clobbering
!      a register that is already used by the asm.
  
!      It may modify the OUTPUTS, INPUTS, and CONSTRAINTS as necessary
!      for other pre-processing.  In this case the return value is a
!      sequence of insns to emit after the asm.
  
   -- Macro: MATH_LIBRARY
!      Define this macro as a C string constant for the linker argument
!      to link in the system math library, minus the initial `"-l"', or
!      `""' if the target does not have a separate math library.
  
!      You need only define this macro if the default of `"m"' is wrong.
  
   -- Macro: LIBRARY_PATH_ENV
       Define this macro as a C string constant for the environment
       variable that specifies where the linker should look for libraries.
  
!      You need only define this macro if the default of `"LIBRARY_PATH"'
       is wrong.
  
   -- Macro: TARGET_POSIX_IO
       Define this macro if the target supports the following POSIX file
!      functions, access, mkdir and  file locking with fcntl / F_SETLKW.
!      Defining `TARGET_POSIX_IO' will enable the test coverage code to
       use file locking when exiting a program, which avoids race
!      conditions if the program has forked. It will also create
       directories at run-time for cross-profiling.
  
   -- Macro: MAX_CONDITIONAL_EXECUTE
       A C expression for the maximum number of instructions to execute
       via conditional execution instructions instead of a branch.  A
!      value of `BRANCH_COST'+1 is the default if the machine does not
!      use cc0, and 1 if it does use cc0.
  
   -- Macro: IFCVT_MODIFY_TESTS (CE_INFO, TRUE_EXPR, FALSE_EXPR)
!      Used if the target needs to perform machine-dependent
!      modifications on the conditionals used for turning basic blocks
!      into conditionally executed code.  CE_INFO points to a data
!      structure, `struct ce_if_block', which contains information about
!      the currently processed blocks.  TRUE_EXPR and FALSE_EXPR are the
!      tests that are used for converting the then-block and the
!      else-block, respectively.  Set either TRUE_EXPR or FALSE_EXPR to a
!      null pointer if the tests cannot be converted.
  
   -- Macro: IFCVT_MODIFY_MULTIPLE_TESTS (CE_INFO, BB, TRUE_EXPR,
            FALSE_EXPR)
!      Like `IFCVT_MODIFY_TESTS', but used when converting more
!      complicated if-statements into conditions combined by `and' and
!      `or' operations.  BB contains the basic block that contains the
       test that is currently being processed and about to be turned into
       a condition.
  
   -- Macro: IFCVT_MODIFY_INSN (CE_INFO, PATTERN, INSN)
       A C expression to modify the PATTERN of an INSN that is to be
       converted to conditional execution format.  CE_INFO points to a
!      data structure, `struct ce_if_block', which contains information
       about the currently processed blocks.
  
   -- Macro: IFCVT_MODIFY_FINAL (CE_INFO)
!      A C expression to perform any final machine dependent
!      modifications in converting code to conditional execution.  The
!      involved basic blocks can be found in the `struct ce_if_block'
!      structure that is pointed to by CE_INFO.
  
   -- Macro: IFCVT_MODIFY_CANCEL (CE_INFO)
       A C expression to cancel any machine dependent modifications in
       converting code to conditional execution.  The involved basic
!      blocks can be found in the `struct ce_if_block' structure that is
       pointed to by CE_INFO.
  
   -- Macro: IFCVT_MACHDEP_INIT (CE_INFO)
       A C expression to initialize any machine specific data for
!      if-conversion of the if-block in the `struct ce_if_block'
!      structure that is pointed to by CE_INFO.
  
   -- Target Hook: void TARGET_MACHINE_DEPENDENT_REORG (void)
       If non-null, this hook performs a target-specific pass over the
*************** Here are several miscellaneous parameter
*** 38634,38649 ****
       functions that need to be defined.  It should be a function that
       performs the necessary setup.
  
!      Machine specific built-in functions can be useful to expand special
!      machine instructions that would otherwise not normally be generated
!      because they have no equivalent in the source language (for
!      example, SIMD vector instructions or prefetch instructions).
  
       To create a built-in function, call the function
!      'lang_hooks.builtin_function' which is defined by the language
       front end.  You can use any type nodes set up by
!      'build_common_tree_nodes'; only language front ends that use those
!      two functions will call 'TARGET_INIT_BUILTINS'.
  
   -- Target Hook: tree TARGET_BUILTIN_DECL (unsigned CODE, bool
            INITIALIZE_P)
--- 39069,39084 ----
       functions that need to be defined.  It should be a function that
       performs the necessary setup.
  
!      Machine specific built-in functions can be useful to expand
!      special machine instructions that would otherwise not normally be
!      generated because they have no equivalent in the source language
!      (for example, SIMD vector instructions or prefetch instructions).
  
       To create a built-in function, call the function
!      `lang_hooks.builtin_function' which is defined by the language
       front end.  You can use any type nodes set up by
!      `build_common_tree_nodes'; only language front ends that use those
!      two functions will call `TARGET_INIT_BUILTINS'.
  
   -- Target Hook: tree TARGET_BUILTIN_DECL (unsigned CODE, bool
            INITIALIZE_P)
*************** Here are several miscellaneous parameter
*** 38652,38665 ****
       returns the builtin function declaration for the builtin function
       code CODE.  If there is no such builtin and it cannot be
       initialized at this time if INITIALIZE_P is true the function
!      should return 'NULL_TREE'.  If CODE is out of range the function
!      should return 'error_mark_node'.
  
   -- Target Hook: rtx TARGET_EXPAND_BUILTIN (tree EXP, rtx TARGET, rtx
            SUBTARGET, machine_mode MODE, int IGNORE)
- 
       Expand a call to a machine specific built-in function that was set
!      up by 'TARGET_INIT_BUILTINS'.  EXP is the expression for the
       function call; the result should go to TARGET if that is
       convenient, and have mode MODE if that is convenient.  SUBTARGET
       may be used as the target for computing one of EXP's operands.
--- 39087,39099 ----
       returns the builtin function declaration for the builtin function
       code CODE.  If there is no such builtin and it cannot be
       initialized at this time if INITIALIZE_P is true the function
!      should return `NULL_TREE'.  If CODE is out of range the function
!      should return `error_mark_node'.
  
   -- Target Hook: rtx TARGET_EXPAND_BUILTIN (tree EXP, rtx TARGET, rtx
            SUBTARGET, machine_mode MODE, int IGNORE)
       Expand a call to a machine specific built-in function that was set
!      up by `TARGET_INIT_BUILTINS'.  EXP is the expression for the
       function call; the result should go to TARGET if that is
       convenient, and have mode MODE if that is convenient.  SUBTARGET
       may be used as the target for computing one of EXP's operands.
*************** Here are several miscellaneous parameter
*** 38672,38798 ****
       return fndecl of function implementing generic builtin whose code
       is passed in FCODE.  Currently following built-in functions are
       obtained using this hook:
        -- Built-in Function: __bounds_type __chkp_bndmk (const void *LB,
                 size_t SIZE)
!           Function code - BUILT_IN_CHKP_BNDMK. This built-in function is
!           used by Pointer Bounds Checker to create bound values.  LB
            holds low bound of the resulting bounds.  SIZE holds size of
            created bounds.
  
        -- Built-in Function: void __chkp_bndstx (const void *PTR,
                 __bounds_type B, const void **LOC)
!           Function code - 'BUILT_IN_CHKP_BNDSTX'.  This built-in
            function is used by Pointer Bounds Checker to store bounds B
            for pointer PTR when PTR is stored by address LOC.
  
        -- Built-in Function: __bounds_type __chkp_bndldx (const void
                 **LOC, const void *PTR)
!           Function code - 'BUILT_IN_CHKP_BNDLDX'.  This built-in
            function is used by Pointer Bounds Checker to get bounds of
            pointer PTR loaded by address LOC.
  
        -- Built-in Function: void __chkp_bndcl (const void *PTR,
                 __bounds_type B)
!           Function code - 'BUILT_IN_CHKP_BNDCL'.  This built-in function
!           is used by Pointer Bounds Checker to perform check for pointer
!           PTR against lower bound of bounds B.
  
        -- Built-in Function: void __chkp_bndcu (const void *PTR,
                 __bounds_type B)
!           Function code - 'BUILT_IN_CHKP_BNDCU'.  This built-in function
!           is used by Pointer Bounds Checker to perform check for pointer
!           PTR against upper bound of bounds B.
  
        -- Built-in Function: __bounds_type __chkp_bndret (void *PTR)
!           Function code - 'BUILT_IN_CHKP_BNDRET'.  This built-in
            function is used by Pointer Bounds Checker to obtain bounds
            returned by a call statement.  PTR passed to built-in is
!           'SSA_NAME' returned by the call.
  
        -- Built-in Function: __bounds_type __chkp_intersect
                 (__bounds_type B1, __bounds_type B2)
!           Function code - 'BUILT_IN_CHKP_INTERSECT'.  This built-in
            function returns intersection of bounds B1 and B2.
  
        -- Built-in Function: __bounds_type __chkp_narrow (const void
                 *PTR, __bounds_type B, size_t S)
!           Function code - 'BUILT_IN_CHKP_NARROW'.  This built-in
            function returns intersection of bounds B and [PTR, PTR + S -
!           '1'].
  
        -- Built-in Function: size_t __chkp_sizeof (const void *PTR)
!           Function code - 'BUILT_IN_CHKP_SIZEOF'.  This built-in
!           function returns size of object referenced by PTR.  PTR is
!           always 'ADDR_EXPR' of 'VAR_DECL'.  This built-in is used by
            Pointer Bounds Checker when bounds of object cannot be
!           computed statically (e.g.  object has incomplete type).
  
        -- Built-in Function: const void *__chkp_extract_lower
                 (__bounds_type B)
!           Function code - 'BUILT_IN_CHKP_EXTRACT_LOWER'.  This built-in
            function returns lower bound of bounds B.
  
        -- Built-in Function: const void *__chkp_extract_upper
                 (__bounds_type B)
!           Function code - 'BUILT_IN_CHKP_EXTRACT_UPPER'.  This built-in
            function returns upper bound of bounds B.
   -- Target Hook: tree TARGET_CHKP_BOUND_TYPE (void)
       Return type to be used for bounds
   -- Target Hook: enum machine_mode TARGET_CHKP_BOUND_MODE (void)
       Return mode to be used for bounds.
   -- Target Hook: tree TARGET_CHKP_MAKE_BOUNDS_CONSTANT (HOST_WIDE_INT
            LB, HOST_WIDE_INT UB)
       Return constant used to statically initialize constant bounds with
       specified lower bound LB and upper bounds UB.
   -- Target Hook: int TARGET_CHKP_INITIALIZE_BOUNDS (tree VAR, tree LB,
            tree UB, tree *STMTS)
       Generate a list of statements STMTS to initialize pointer bounds
!      variable VAR with bounds LB and UB.  Return the number of generated
!      statements.
  
   -- Target Hook: tree TARGET_RESOLVE_OVERLOADED_BUILTIN (unsigned int
            LOC, tree FNDECL, void *ARGLIST)
       Select a replacement for a machine specific built-in function that
!      was set up by 'TARGET_INIT_BUILTINS'.  This is done _before_
       regular type checking, and so allows the target to implement a
       crude form of function overloading.  FNDECL is the declaration of
       the built-in function.  ARGLIST is the list of arguments passed to
       the built-in function.  The result is a complete expression that
!      implements the operation, usually another 'CALL_EXPR'.  ARGLIST
!      really has type 'VEC(tree,gc)*'
  
!  -- Target Hook: tree TARGET_FOLD_BUILTIN (tree FNDECL, int N_ARGS, tree
!           *ARGP, bool IGNORE)
!      Fold a call to a machine specific built-in function that was set up
!      by 'TARGET_INIT_BUILTINS'.  FNDECL is the declaration of the
!      built-in function.  N_ARGS is the number of arguments passed to the
!      function; the arguments themselves are pointed to by ARGP.  The
!      result is another tree, valid for both GIMPLE and GENERIC,
       containing a simplified expression for the call's result.  If
       IGNORE is true the value will be ignored.
  
   -- Target Hook: bool TARGET_GIMPLE_FOLD_BUILTIN (gimple_stmt_iterator
            *GSI)
       Fold a call to a machine specific built-in function that was set up
!      by 'TARGET_INIT_BUILTINS'.  GSI points to the gimple statement
       holding the function call.  Returns true if any change was made to
       the GIMPLE stream.
  
   -- Target Hook: int TARGET_COMPARE_VERSION_PRIORITY (tree DECL1, tree
            DECL2)
!      This hook is used to compare the target attributes in two functions
!      to determine which function's features get higher priority.  This
!      is used during function multi-versioning to figure out the order in
!      which two versions must be dispatched.  A function version with a
!      higher priority is checked for dispatching earlier.  DECL1 and
!      DECL2 are the two function decls that will be compared.
  
   -- Target Hook: tree TARGET_GET_FUNCTION_VERSIONS_DISPATCHER (void
            *DECL)
       This hook is used to get the dispatcher function for a set of
!      function versions.  The dispatcher function is called to invoke the
!      right function version at run-time.  DECL is one version from a set
!      of semantically identical versions.
  
   -- Target Hook: tree TARGET_GENERATE_VERSION_DISPATCHER_BODY (void
            *ARG)
--- 39106,39238 ----
       return fndecl of function implementing generic builtin whose code
       is passed in FCODE.  Currently following built-in functions are
       obtained using this hook:
+ 
        -- Built-in Function: __bounds_type __chkp_bndmk (const void *LB,
                 size_t SIZE)
!           Function code - BUILT_IN_CHKP_BNDMK.  This built-in function
!           is used by Pointer Bounds Checker to create bound values.  LB
            holds low bound of the resulting bounds.  SIZE holds size of
            created bounds.
  
        -- Built-in Function: void __chkp_bndstx (const void *PTR,
                 __bounds_type B, const void **LOC)
!           Function code - `BUILT_IN_CHKP_BNDSTX'.  This built-in
            function is used by Pointer Bounds Checker to store bounds B
            for pointer PTR when PTR is stored by address LOC.
  
        -- Built-in Function: __bounds_type __chkp_bndldx (const void
                 **LOC, const void *PTR)
!           Function code - `BUILT_IN_CHKP_BNDLDX'.  This built-in
            function is used by Pointer Bounds Checker to get bounds of
            pointer PTR loaded by address LOC.
  
        -- Built-in Function: void __chkp_bndcl (const void *PTR,
                 __bounds_type B)
!           Function code - `BUILT_IN_CHKP_BNDCL'.  This built-in
!           function is used by Pointer Bounds Checker to perform check
!           for pointer PTR against lower bound of bounds B.
  
        -- Built-in Function: void __chkp_bndcu (const void *PTR,
                 __bounds_type B)
!           Function code - `BUILT_IN_CHKP_BNDCU'.  This built-in
!           function is used by Pointer Bounds Checker to perform check
!           for pointer PTR against upper bound of bounds B.
  
        -- Built-in Function: __bounds_type __chkp_bndret (void *PTR)
!           Function code - `BUILT_IN_CHKP_BNDRET'.  This built-in
            function is used by Pointer Bounds Checker to obtain bounds
            returned by a call statement.  PTR passed to built-in is
!           `SSA_NAME' returned by the call.
  
        -- Built-in Function: __bounds_type __chkp_intersect
                 (__bounds_type B1, __bounds_type B2)
!           Function code - `BUILT_IN_CHKP_INTERSECT'.  This built-in
            function returns intersection of bounds B1 and B2.
  
        -- Built-in Function: __bounds_type __chkp_narrow (const void
                 *PTR, __bounds_type B, size_t S)
!           Function code - `BUILT_IN_CHKP_NARROW'.  This built-in
            function returns intersection of bounds B and [PTR, PTR + S -
!           `1'].
  
        -- Built-in Function: size_t __chkp_sizeof (const void *PTR)
!           Function code - `BUILT_IN_CHKP_SIZEOF'.  This built-in
!           function returns size of object referenced by PTR. PTR is
!           always `ADDR_EXPR' of `VAR_DECL'.  This built-in is used by
            Pointer Bounds Checker when bounds of object cannot be
!           computed statically (e.g. object has incomplete type).
  
        -- Built-in Function: const void *__chkp_extract_lower
                 (__bounds_type B)
!           Function code - `BUILT_IN_CHKP_EXTRACT_LOWER'.  This built-in
            function returns lower bound of bounds B.
  
        -- Built-in Function: const void *__chkp_extract_upper
                 (__bounds_type B)
!           Function code - `BUILT_IN_CHKP_EXTRACT_UPPER'.  This built-in
            function returns upper bound of bounds B.
+ 
   -- Target Hook: tree TARGET_CHKP_BOUND_TYPE (void)
       Return type to be used for bounds
+ 
   -- Target Hook: enum machine_mode TARGET_CHKP_BOUND_MODE (void)
       Return mode to be used for bounds.
+ 
   -- Target Hook: tree TARGET_CHKP_MAKE_BOUNDS_CONSTANT (HOST_WIDE_INT
            LB, HOST_WIDE_INT UB)
       Return constant used to statically initialize constant bounds with
       specified lower bound LB and upper bounds UB.
+ 
   -- Target Hook: int TARGET_CHKP_INITIALIZE_BOUNDS (tree VAR, tree LB,
            tree UB, tree *STMTS)
       Generate a list of statements STMTS to initialize pointer bounds
!      variable VAR with bounds LB and UB.  Return the number of
!      generated statements.
  
   -- Target Hook: tree TARGET_RESOLVE_OVERLOADED_BUILTIN (unsigned int
            LOC, tree FNDECL, void *ARGLIST)
       Select a replacement for a machine specific built-in function that
!      was set up by `TARGET_INIT_BUILTINS'.  This is done _before_
       regular type checking, and so allows the target to implement a
       crude form of function overloading.  FNDECL is the declaration of
       the built-in function.  ARGLIST is the list of arguments passed to
       the built-in function.  The result is a complete expression that
!      implements the operation, usually another `CALL_EXPR'.  ARGLIST
!      really has type `VEC(tree,gc)*'
  
!  -- Target Hook: tree TARGET_FOLD_BUILTIN (tree FNDECL, int N_ARGS,
!           tree *ARGP, bool IGNORE)
!      Fold a call to a machine specific built-in function that was set
!      up by `TARGET_INIT_BUILTINS'.  FNDECL is the declaration of the
!      built-in function.  N_ARGS is the number of arguments passed to
!      the function; the arguments themselves are pointed to by ARGP.
!      The result is another tree, valid for both GIMPLE and GENERIC,
       containing a simplified expression for the call's result.  If
       IGNORE is true the value will be ignored.
  
   -- Target Hook: bool TARGET_GIMPLE_FOLD_BUILTIN (gimple_stmt_iterator
            *GSI)
       Fold a call to a machine specific built-in function that was set up
!      by `TARGET_INIT_BUILTINS'.  GSI points to the gimple statement
       holding the function call.  Returns true if any change was made to
       the GIMPLE stream.
  
   -- Target Hook: int TARGET_COMPARE_VERSION_PRIORITY (tree DECL1, tree
            DECL2)
!      This hook is used to compare the target attributes in two
!      functions to determine which function's features get higher
!      priority.  This is used during function multi-versioning to figure
!      out the order in which two versions must be dispatched.  A
!      function version with a higher priority is checked for dispatching
!      earlier.  DECL1 and DECL2 are  the two function decls that will be
!      compared.
  
   -- Target Hook: tree TARGET_GET_FUNCTION_VERSIONS_DISPATCHER (void
            *DECL)
       This hook is used to get the dispatcher function for a set of
!      function versions.  The dispatcher function is called to invoke
!      the right function version at run-time. DECL is one version from a
!      set of semantically identical versions.
  
   -- Target Hook: tree TARGET_GENERATE_VERSION_DISPATCHER_BODY (void
            *ARG)
*************** Here are several miscellaneous parameter
*** 38805,38831 ****
            &ITERATIONS, const widest_int &ITERATIONS_MAX, unsigned int
            LOOP_DEPTH, bool ENTERED_AT_TOP)
       Return true if it is possible to use low-overhead loops
!      ('doloop_end' and 'doloop_begin') for a particular loop.
!      ITERATIONS gives the exact number of iterations, or 0 if not known.
!      ITERATIONS_MAX gives the maximum number of iterations, or 0 if not
!      known.  LOOP_DEPTH is the nesting depth of the loop, with 1 for
!      innermost loops, 2 for loops that contain innermost loops, and so
!      on.  ENTERED_AT_TOP is true if the loop is only entered from the
!      top.
  
!      This hook is only used if 'doloop_end' is available.  The default
       implementation returns true.  You can use
!      'can_use_doloop_if_innermost' if the loop must be the innermost,
       and if there are no other restrictions.
  
   -- Target Hook: const char * TARGET_INVALID_WITHIN_DOLOOP (const
            rtx_insn *INSN)
- 
       Take an instruction in INSN and return NULL if it is valid within a
       low-overhead loop, otherwise return a string explaining why doloop
       could not be applied.
  
!      Many targets use special registers for low-overhead looping.  For
       any instruction that clobbers these this function should return a
       string indicating the reason why the doloop could not be applied.
       By default, the RTL loop optimizer does not use a present doloop
--- 39245,39270 ----
            &ITERATIONS, const widest_int &ITERATIONS_MAX, unsigned int
            LOOP_DEPTH, bool ENTERED_AT_TOP)
       Return true if it is possible to use low-overhead loops
!      (`doloop_end' and `doloop_begin') for a particular loop.
!      ITERATIONS gives the exact number of iterations, or 0 if not
!      known.  ITERATIONS_MAX gives the maximum number of iterations, or
!      0 if not known.  LOOP_DEPTH is the nesting depth of the loop, with
!      1 for innermost loops, 2 for loops that contain innermost loops,
!      and so on.  ENTERED_AT_TOP is true if the loop is only entered
!      from the top.
  
!      This hook is only used if `doloop_end' is available.  The default
       implementation returns true.  You can use
!      `can_use_doloop_if_innermost' if the loop must be the innermost,
       and if there are no other restrictions.
  
   -- Target Hook: const char * TARGET_INVALID_WITHIN_DOLOOP (const
            rtx_insn *INSN)
       Take an instruction in INSN and return NULL if it is valid within a
       low-overhead loop, otherwise return a string explaining why doloop
       could not be applied.
  
!      Many targets use special registers for low-overhead looping. For
       any instruction that clobbers these this function should return a
       string indicating the reason why the doloop could not be applied.
       By default, the RTL loop optimizer does not use a present doloop
*************** Here are several miscellaneous parameter
*** 38833,38918 ****
       instructions.
  
   -- Target Hook: bool TARGET_LEGITIMATE_COMBINED_INSN (rtx_insn *INSN)
!      Take an instruction in INSN and return 'false' if the instruction
       is not appropriate as a combination of two or more instructions.
       The default is to accept all instructions.
  
   -- Target Hook: bool TARGET_CAN_FOLLOW_JUMP (const rtx_insn *FOLLOWER,
            const rtx_insn *FOLLOWEE)
!      FOLLOWER and FOLLOWEE are JUMP_INSN instructions; return true if
!      FOLLOWER may be modified to follow FOLLOWEE; false, if it can't.
       For example, on some targets, certain kinds of branches can't be
!      made to follow through a hot/cold partitioning.
  
   -- Target Hook: bool TARGET_COMMUTATIVE_P (const_rtx X, int OUTER_CODE)
!      This target hook returns 'true' if X is considered to be
       commutative.  Usually, this is just COMMUTATIVE_P (X), but the HP
       PA doesn't consider PLUS to be commutative inside a MEM.
       OUTER_CODE is the rtx code of the enclosing rtl, if known,
       otherwise it is UNKNOWN.
  
   -- Target Hook: rtx TARGET_ALLOCATE_INITIAL_VALUE (rtx HARD_REG)
- 
       When the initial value of a hard register has been copied in a
       pseudo register, it is often not necessary to actually allocate
!      another register to this pseudo register, because the original hard
!      register or a stack slot it has been saved into can be used.
!      'TARGET_ALLOCATE_INITIAL_VALUE' is called at the start of register
       allocation once for each hard register that had its initial value
!      copied by using 'get_func_hard_reg_initial_val' or
!      'get_hard_reg_initial_val'.  Possible values are 'NULL_RTX', if you
!      don't want to do any special allocation, a 'REG' rtx--that would
!      typically be the hard register itself, if it is known not to be
!      clobbered--or a 'MEM'.  If you are returning a 'MEM', this is only
!      a hint for the allocator; it might decide to use another register
!      anyways.  You may use 'current_function_is_leaf' or 'REG_N_SETS' in
!      the hook to determine if the hard register in question will not be
!      clobbered.  The default value of this hook is 'NULL', which
!      disables any special allocation.
  
   -- Target Hook: int TARGET_UNSPEC_MAY_TRAP_P (const_rtx X, unsigned
            FLAGS)
!      This target hook returns nonzero if X, an 'unspec' or
!      'unspec_volatile' operation, might cause a trap.  Targets can use
!      this hook to enhance precision of analysis for 'unspec' and
!      'unspec_volatile' operations.  You may call 'may_trap_p_1' to
       analyze inner elements of X in which case FLAGS should be passed
       along.
  
   -- Target Hook: void TARGET_SET_CURRENT_FUNCTION (tree DECL)
       The compiler invokes this hook whenever it changes its current
!      function context ('cfun').  You can define this function if the
       back end needs to perform any initialization or reset actions on a
       per-function basis.  For example, it may be used to implement
       function attributes that affect register usage or code generation
       patterns.  The argument DECL is the declaration for the new
!      function context, and may be null to indicate that the compiler has
!      left a function context and is returning to processing at the top
!      level.  The default hook function does nothing.
  
!      GCC sets 'cfun' to a dummy function context during initialization
!      of some parts of the back end.  The hook function is not invoked in
!      this situation; you need not worry about the hook being invoked
       recursively, or when the back end is in a partially-initialized
!      state.  'cfun' might be 'NULL' to indicate processing at top level,
       outside of any function scope.
  
   -- Macro: TARGET_OBJECT_SUFFIX
       Define this macro to be a C string representing the suffix for
       object files on your target machine.  If you do not define this
!      macro, GCC will use '.o' as the suffix for object files.
  
   -- Macro: TARGET_EXECUTABLE_SUFFIX
       Define this macro to be a C string representing the suffix to be
!      automatically added to executable files on your target machine.  If
!      you do not define this macro, GCC will use the null string as the
!      suffix for executable files.
  
   -- Macro: COLLECT_EXPORT_LIST
!      If defined, 'collect2' will scan the individual object files
       specified on its command line and create an export list for the
       linker.  Define this macro for systems like AIX, where the linker
!      discards object files that are not referenced from 'main' and uses
       export lists.
  
   -- Macro: MODIFY_JNI_METHOD_CALL (MDECL)
--- 39272,39356 ----
       instructions.
  
   -- Target Hook: bool TARGET_LEGITIMATE_COMBINED_INSN (rtx_insn *INSN)
!      Take an instruction in INSN and return `false' if the instruction
       is not appropriate as a combination of two or more instructions.
       The default is to accept all instructions.
  
   -- Target Hook: bool TARGET_CAN_FOLLOW_JUMP (const rtx_insn *FOLLOWER,
            const rtx_insn *FOLLOWEE)
!      FOLLOWER and FOLLOWEE are JUMP_INSN instructions;  return true if
!      FOLLOWER may be modified to follow FOLLOWEE;  false, if it can't.
       For example, on some targets, certain kinds of branches can't be
!      made to  follow through a hot/cold partitioning.
  
   -- Target Hook: bool TARGET_COMMUTATIVE_P (const_rtx X, int OUTER_CODE)
!      This target hook returns `true' if X is considered to be
       commutative.  Usually, this is just COMMUTATIVE_P (X), but the HP
       PA doesn't consider PLUS to be commutative inside a MEM.
       OUTER_CODE is the rtx code of the enclosing rtl, if known,
       otherwise it is UNKNOWN.
  
   -- Target Hook: rtx TARGET_ALLOCATE_INITIAL_VALUE (rtx HARD_REG)
       When the initial value of a hard register has been copied in a
       pseudo register, it is often not necessary to actually allocate
!      another register to this pseudo register, because the original
!      hard register or a stack slot it has been saved into can be used.
!      `TARGET_ALLOCATE_INITIAL_VALUE' is called at the start of register
       allocation once for each hard register that had its initial value
!      copied by using `get_func_hard_reg_initial_val' or
!      `get_hard_reg_initial_val'.  Possible values are `NULL_RTX', if
!      you don't want to do any special allocation, a `REG' rtx--that
!      would typically be the hard register itself, if it is known not to
!      be clobbered--or a `MEM'.  If you are returning a `MEM', this is
!      only a hint for the allocator; it might decide to use another
!      register anyways.  You may use `current_function_is_leaf' or
!      `REG_N_SETS' in the hook to determine if the hard register in
!      question will not be clobbered.  The default value of this hook is
!      `NULL', which disables any special allocation.
  
   -- Target Hook: int TARGET_UNSPEC_MAY_TRAP_P (const_rtx X, unsigned
            FLAGS)
!      This target hook returns nonzero if X, an `unspec' or
!      `unspec_volatile' operation, might cause a trap.  Targets can use
!      this hook to enhance precision of analysis for `unspec' and
!      `unspec_volatile' operations.  You may call `may_trap_p_1' to
       analyze inner elements of X in which case FLAGS should be passed
       along.
  
   -- Target Hook: void TARGET_SET_CURRENT_FUNCTION (tree DECL)
       The compiler invokes this hook whenever it changes its current
!      function context (`cfun').  You can define this function if the
       back end needs to perform any initialization or reset actions on a
       per-function basis.  For example, it may be used to implement
       function attributes that affect register usage or code generation
       patterns.  The argument DECL is the declaration for the new
!      function context, and may be null to indicate that the compiler
!      has left a function context and is returning to processing at the
!      top level.  The default hook function does nothing.
  
!      GCC sets `cfun' to a dummy function context during initialization
!      of some parts of the back end.  The hook function is not invoked
!      in this situation; you need not worry about the hook being invoked
       recursively, or when the back end is in a partially-initialized
!      state.  `cfun' might be `NULL' to indicate processing at top level,
       outside of any function scope.
  
   -- Macro: TARGET_OBJECT_SUFFIX
       Define this macro to be a C string representing the suffix for
       object files on your target machine.  If you do not define this
!      macro, GCC will use `.o' as the suffix for object files.
  
   -- Macro: TARGET_EXECUTABLE_SUFFIX
       Define this macro to be a C string representing the suffix to be
!      automatically added to executable files on your target machine.
!      If you do not define this macro, GCC will use the null string as
!      the suffix for executable files.
  
   -- Macro: COLLECT_EXPORT_LIST
!      If defined, `collect2' will scan the individual object files
       specified on its command line and create an export list for the
       linker.  Define this macro for systems like AIX, where the linker
!      discards object files that are not referenced from `main' and uses
       export lists.
  
   -- Macro: MODIFY_JNI_METHOD_CALL (MDECL)
*************** Here are several miscellaneous parameter
*** 38920,38926 ****
       method call MDECL, if Java Native Interface (JNI) methods must be
       invoked differently from other methods on your target.  For
       example, on 32-bit Microsoft Windows, JNI methods must be invoked
!      using the 'stdcall' calling convention and this macro is then
       defined as this expression:
  
            build_type_attribute_variant (MDECL,
--- 39358,39364 ----
       method call MDECL, if Java Native Interface (JNI) methods must be
       invoked differently from other methods on your target.  For
       example, on 32-bit Microsoft Windows, JNI methods must be invoked
!      using the `stdcall' calling convention and this macro is then
       defined as this expression:
  
            build_type_attribute_variant (MDECL,
*************** Here are several miscellaneous parameter
*** 38929,38939 ****
                                           NULL))
  
   -- Target Hook: bool TARGET_CANNOT_MODIFY_JUMPS_P (void)
!      This target hook returns 'true' past the point in which new jump
!      instructions could be created.  On machines that require a register
!      for every jump such as the SHmedia ISA of SH5, this point would
!      typically be reload, so this target hook should be defined to a
!      function such as:
  
            static bool
            cannot_modify_jumps_past_reload_p ()
--- 39367,39377 ----
                                           NULL))
  
   -- Target Hook: bool TARGET_CANNOT_MODIFY_JUMPS_P (void)
!      This target hook returns `true' past the point in which new jump
!      instructions could be created.  On machines that require a
!      register for every jump such as the SHmedia ISA of SH5, this point
!      would typically be reload, so this target hook should be defined
!      to a function such as:
  
            static bool
            cannot_modify_jumps_past_reload_p ()
*************** Here are several miscellaneous parameter
*** 38944,38965 ****
   -- Target Hook: reg_class_t TARGET_BRANCH_TARGET_REGISTER_CLASS (void)
       This target hook returns a register class for which branch target
       register optimizations should be applied.  All registers in this
!      class should be usable interchangeably.  After reload, registers in
!      this class will be re-allocated and loads will be hoisted out of
!      loops and be subjected to inter-block scheduling.
  
   -- Target Hook: bool TARGET_BRANCH_TARGET_REGISTER_CALLEE_SAVED (bool
            AFTER_PROLOGUE_EPILOGUE_GEN)
       Branch target register optimization will by default exclude
!      callee-saved registers that are not already live during the current
!      function; if this target hook returns true, they will be included.
!      The target code must than make sure that all target registers in
!      the class returned by 'TARGET_BRANCH_TARGET_REGISTER_CLASS' that
!      might need saving are saved.  AFTER_PROLOGUE_EPILOGUE_GEN indicates
!      if prologues and epilogues have already been generated.  Note, even
!      if you only return true when AFTER_PROLOGUE_EPILOGUE_GEN is false,
!      you still are likely to have to make special provisions in
!      'INITIAL_ELIMINATION_OFFSET' to reserve space for caller-saved
       target registers.
  
   -- Target Hook: bool TARGET_HAVE_CONDITIONAL_EXECUTION (void)
--- 39382,39404 ----
   -- Target Hook: reg_class_t TARGET_BRANCH_TARGET_REGISTER_CLASS (void)
       This target hook returns a register class for which branch target
       register optimizations should be applied.  All registers in this
!      class should be usable interchangeably.  After reload, registers
!      in this class will be re-allocated and loads will be hoisted out
!      of loops and be subjected to inter-block scheduling.
  
   -- Target Hook: bool TARGET_BRANCH_TARGET_REGISTER_CALLEE_SAVED (bool
            AFTER_PROLOGUE_EPILOGUE_GEN)
       Branch target register optimization will by default exclude
!      callee-saved registers that are not already live during the
!      current function; if this target hook returns true, they will be
!      included.  The target code must than make sure that all target
!      registers in the class returned by
!      `TARGET_BRANCH_TARGET_REGISTER_CLASS' that might need saving are
!      saved.  AFTER_PROLOGUE_EPILOGUE_GEN indicates if prologues and
!      epilogues have already been generated.  Note, even if you only
!      return true when AFTER_PROLOGUE_EPILOGUE_GEN is false, you still
!      are likely to have to make special provisions in
!      `INITIAL_ELIMINATION_OFFSET' to reserve space for caller-saved
       target registers.
  
   -- Target Hook: bool TARGET_HAVE_CONDITIONAL_EXECUTION (void)
*************** Here are several miscellaneous parameter
*** 38971,39007 ****
   -- Target Hook: rtx TARGET_GEN_CCMP_FIRST (rtx_insn **PREP_SEQ,
            rtx_insn **GEN_SEQ, int CODE, tree OP0, tree OP1)
       This function prepares to emit a comparison insn for the first
!      compare in a sequence of conditional comparisions.  It returns an
!      appropriate comparison with 'CC' for passing to 'gen_ccmp_next' or
!      'cbranch_optab'.  The insns to prepare the compare are saved in
!      PREP_SEQ and the compare insns are saved in GEN_SEQ.  They will be
!      emitted when all the compares in the the conditional comparision
!      are generated without error.  CODE is the 'rtx_code' of the compare
!      for OP0 and OP1.
  
!  -- Target Hook: rtx TARGET_GEN_CCMP_NEXT (rtx_insn **PREP_SEQ, rtx_insn
!           **GEN_SEQ, rtx PREV, int CMP_CODE, tree OP0, tree OP1, int
!           BIT_CODE)
       This function prepares to emit a conditional comparison within a
!      sequence of conditional comparisons.  It returns an appropriate
!      comparison with 'CC' for passing to 'gen_ccmp_next' or
!      'cbranch_optab'.  The insns to prepare the compare are saved in
!      PREP_SEQ and the compare insns are saved in GEN_SEQ.  They will be
!      emitted when all the compares in the conditional comparision are
!      generated without error.  The PREV expression is the result of a
!      prior call to 'gen_ccmp_first' or 'gen_ccmp_next'.  It may return
!      'NULL' if the combination of PREV and this comparison is not
!      supported, otherwise the result must be appropriate for passing to
!      'gen_ccmp_next' or 'cbranch_optab'.  CODE is the 'rtx_code' of the
!      compare for OP0 and OP1.  BIT_CODE is 'AND' or 'IOR', which is the
!      op on the compares.
  
   -- Target Hook: unsigned TARGET_LOOP_UNROLL_ADJUST (unsigned NUNROLL,
            struct loop *LOOP)
       This target hook returns a new value for the number of times LOOP
!      should be unrolled.  The parameter NUNROLL is the number of times
!      the loop is to be unrolled.  The parameter LOOP is a pointer to the
!      loop, which is going to be checked for unrolling.  This target hook
       is required only when the target has special constraints like
       maximum number of memory accesses.
  
--- 39410,39446 ----
   -- Target Hook: rtx TARGET_GEN_CCMP_FIRST (rtx_insn **PREP_SEQ,
            rtx_insn **GEN_SEQ, int CODE, tree OP0, tree OP1)
       This function prepares to emit a comparison insn for the first
!      compare in a  sequence of conditional comparisions.  It returns an
!      appropriate comparison  with `CC' for passing to `gen_ccmp_next'
!      or `cbranch_optab'.   The insns to prepare the compare are saved
!      in PREP_SEQ and the compare  insns are saved in GEN_SEQ.  They
!      will be emitted when all the  compares in the the conditional
!      comparision are generated without error.   CODE is the `rtx_code'
!      of the compare for OP0 and OP1.
  
!  -- Target Hook: rtx TARGET_GEN_CCMP_NEXT (rtx_insn **PREP_SEQ,
!           rtx_insn **GEN_SEQ, rtx PREV, int CMP_CODE, tree OP0, tree
!           OP1, int BIT_CODE)
       This function prepares to emit a conditional comparison within a
!      sequence  of conditional comparisons.  It returns an appropriate
!      comparison with  `CC' for passing to `gen_ccmp_next' or
!      `cbranch_optab'.   The insns to prepare the compare are saved in
!      PREP_SEQ and the compare  insns are saved in GEN_SEQ.  They will
!      be emitted when all the  compares in the conditional comparision
!      are generated without error.  The  PREV expression is the result
!      of a prior call to `gen_ccmp_first'  or `gen_ccmp_next'.  It may
!      return `NULL' if the combination of  PREV and this comparison is
!      not supported, otherwise the result must  be appropriate for
!      passing to `gen_ccmp_next' or `cbranch_optab'.   CODE is the
!      `rtx_code' of the compare for OP0 and OP1.   BIT_CODE is `AND' or
!      `IOR', which is the op on the compares.
  
   -- Target Hook: unsigned TARGET_LOOP_UNROLL_ADJUST (unsigned NUNROLL,
            struct loop *LOOP)
       This target hook returns a new value for the number of times LOOP
!      should be unrolled. The parameter NUNROLL is the number of times
!      the loop is to be unrolled. The parameter LOOP is a pointer to the
!      loop, which is going to be checked for unrolling. This target hook
       is required only when the target has special constraints like
       maximum number of memory accesses.
  
*************** Here are several miscellaneous parameter
*** 39012,39071 ****
       exponentiation by an integer constant inline.  When this value is
       defined, exponentiation requiring more than this number of
       multiplications is implemented by calling the system library's
!      'pow', 'powf' or 'powl' routines.  The default value places no
       upper bound on the multiplication count.
  
   -- Macro: void TARGET_EXTRA_INCLUDES (const char *SYSROOT, const char
            *IPREFIX, int STDINC)
       This target hook should register any extra include files for the
!      target.  The parameter STDINC indicates if normal include files are
!      present.  The parameter SYSROOT is the system root directory.  The
!      parameter IPREFIX is the prefix for the gcc directory.
  
   -- Macro: void TARGET_EXTRA_PRE_INCLUDES (const char *SYSROOT, const
            char *IPREFIX, int STDINC)
       This target hook should register any extra include files for the
!      target before any standard headers.  The parameter STDINC indicates
!      if normal include files are present.  The parameter SYSROOT is the
!      system root directory.  The parameter IPREFIX is the prefix for the
!      gcc directory.
  
   -- Macro: void TARGET_OPTF (char *PATH)
       This target hook should register special include paths for the
       target.  The parameter PATH is the include to register.  On Darwin
       systems, this is used for Framework includes, which have semantics
!      that are different from '-I'.
  
   -- Macro: bool TARGET_USE_LOCAL_THUNK_ALIAS_P (tree FNDECL)
!      This target macro returns 'true' if it is safe to use a local alias
!      for a virtual function FNDECL when constructing thunks, 'false'
!      otherwise.  By default, the macro returns 'true' for all functions,
!      if a target supports aliases (i.e. defines 'ASM_OUTPUT_DEF'),
!      'false' otherwise,
  
   -- Macro: TARGET_FORMAT_TYPES
       If defined, this macro is the name of a global variable containing
!      target-specific format checking information for the '-Wformat'
       option.  The default is to have no target-specific format checks.
  
   -- Macro: TARGET_N_FORMAT_TYPES
       If defined, this macro is the number of entries in
!      'TARGET_FORMAT_TYPES'.
  
   -- Macro: TARGET_OVERRIDES_FORMAT_ATTRIBUTES
       If defined, this macro is the name of a global variable containing
!      target-specific format overrides for the '-Wformat' option.  The
!      default is to have no target-specific format overrides.  If
!      defined, 'TARGET_FORMAT_TYPES' must be defined, too.
  
   -- Macro: TARGET_OVERRIDES_FORMAT_ATTRIBUTES_COUNT
       If defined, this macro specifies the number of entries in
!      'TARGET_OVERRIDES_FORMAT_ATTRIBUTES'.
  
   -- Macro: TARGET_OVERRIDES_FORMAT_INIT
       If defined, this macro specifies the optional initialization
!      routine for target specific customizations of the system printf and
!      scanf formatter settings.
  
   -- Target Hook: const char * TARGET_INVALID_ARG_FOR_UNPROTOTYPED_FN
            (const_tree TYPELIST, const_tree FUNCDECL, const_tree VAL)
--- 39451,39510 ----
       exponentiation by an integer constant inline.  When this value is
       defined, exponentiation requiring more than this number of
       multiplications is implemented by calling the system library's
!      `pow', `powf' or `powl' routines.  The default value places no
       upper bound on the multiplication count.
  
   -- Macro: void TARGET_EXTRA_INCLUDES (const char *SYSROOT, const char
            *IPREFIX, int STDINC)
       This target hook should register any extra include files for the
!      target.  The parameter STDINC indicates if normal include files
!      are present.  The parameter SYSROOT is the system root directory.
!      The parameter IPREFIX is the prefix for the gcc directory.
  
   -- Macro: void TARGET_EXTRA_PRE_INCLUDES (const char *SYSROOT, const
            char *IPREFIX, int STDINC)
       This target hook should register any extra include files for the
!      target before any standard headers.  The parameter STDINC
!      indicates if normal include files are present.  The parameter
!      SYSROOT is the system root directory.  The parameter IPREFIX is
!      the prefix for the gcc directory.
  
   -- Macro: void TARGET_OPTF (char *PATH)
       This target hook should register special include paths for the
       target.  The parameter PATH is the include to register.  On Darwin
       systems, this is used for Framework includes, which have semantics
!      that are different from `-I'.
  
   -- Macro: bool TARGET_USE_LOCAL_THUNK_ALIAS_P (tree FNDECL)
!      This target macro returns `true' if it is safe to use a local alias
!      for a virtual function FNDECL when constructing thunks, `false'
!      otherwise.  By default, the macro returns `true' for all
!      functions, if a target supports aliases (i.e. defines
!      `ASM_OUTPUT_DEF'), `false' otherwise,
  
   -- Macro: TARGET_FORMAT_TYPES
       If defined, this macro is the name of a global variable containing
!      target-specific format checking information for the `-Wformat'
       option.  The default is to have no target-specific format checks.
  
   -- Macro: TARGET_N_FORMAT_TYPES
       If defined, this macro is the number of entries in
!      `TARGET_FORMAT_TYPES'.
  
   -- Macro: TARGET_OVERRIDES_FORMAT_ATTRIBUTES
       If defined, this macro is the name of a global variable containing
!      target-specific format overrides for the `-Wformat' option. The
!      default is to have no target-specific format overrides. If defined,
!      `TARGET_FORMAT_TYPES' must be defined, too.
  
   -- Macro: TARGET_OVERRIDES_FORMAT_ATTRIBUTES_COUNT
       If defined, this macro specifies the number of entries in
!      `TARGET_OVERRIDES_FORMAT_ATTRIBUTES'.
  
   -- Macro: TARGET_OVERRIDES_FORMAT_INIT
       If defined, this macro specifies the optional initialization
!      routine for target specific customizations of the system printf
!      and scanf formatter settings.
  
   -- Target Hook: const char * TARGET_INVALID_ARG_FOR_UNPROTOTYPED_FN
            (const_tree TYPELIST, const_tree FUNCDECL, const_tree VAL)
*************** Here are several miscellaneous parameter
*** 39076,39122 ****
   -- Target Hook: const char * TARGET_INVALID_CONVERSION (const_tree
            FROMTYPE, const_tree TOTYPE)
       If defined, this macro returns the diagnostic message when it is
!      invalid to convert from FROMTYPE to TOTYPE, or 'NULL' if validity
       should be determined by the front end.
  
   -- Target Hook: const char * TARGET_INVALID_UNARY_OP (int OP,
            const_tree TYPE)
       If defined, this macro returns the diagnostic message when it is
       invalid to apply operation OP (where unary plus is denoted by
!      'CONVERT_EXPR') to an operand of type TYPE, or 'NULL' if validity
       should be determined by the front end.
  
   -- Target Hook: const char * TARGET_INVALID_BINARY_OP (int OP,
            const_tree TYPE1, const_tree TYPE2)
       If defined, this macro returns the diagnostic message when it is
!      invalid to apply operation OP to operands of types TYPE1 and TYPE2,
!      or 'NULL' if validity should be determined by the front end.
  
   -- Target Hook: tree TARGET_PROMOTED_TYPE (const_tree TYPE)
       If defined, this target hook returns the type to which values of
       TYPE should be promoted when they appear in expressions, analogous
!      to the integer promotions, or 'NULL_TREE' to use the front end's
       normal promotion rules.  This hook is useful when there are
       target-specific types with special promotion rules.  This is
       currently used only by the C and C++ front ends.
  
   -- Target Hook: tree TARGET_CONVERT_TO_TYPE (tree TYPE, tree EXPR)
       If defined, this hook returns the result of converting EXPR to
!      TYPE.  It should return the converted expression, or 'NULL_TREE' to
!      apply the front end's normal conversion rules.  This hook is useful
!      when there are target-specific types with special conversion rules.
!      This is currently used only by the C and C++ front ends.
  
   -- Macro: OBJC_JBLEN
       This macro determines the size of the objective C jump buffer for
!      the NeXT runtime.  By default, OBJC_JBLEN is defined to an
       innocuous value.
  
   -- Macro: LIBGCC2_UNWIND_ATTRIBUTE
       Define this macro if any target-specific attributes need to be
!      attached to the functions in 'libgcc' that provide low-level
       support for call stack unwinding.  It is used in declarations in
!      'unwind-generic.h' and the associated definitions of those
       functions.
  
   -- Target Hook: void TARGET_UPDATE_STACK_BOUNDARY (void)
--- 39515,39562 ----
   -- Target Hook: const char * TARGET_INVALID_CONVERSION (const_tree
            FROMTYPE, const_tree TOTYPE)
       If defined, this macro returns the diagnostic message when it is
!      invalid to convert from FROMTYPE to TOTYPE, or `NULL' if validity
       should be determined by the front end.
  
   -- Target Hook: const char * TARGET_INVALID_UNARY_OP (int OP,
            const_tree TYPE)
       If defined, this macro returns the diagnostic message when it is
       invalid to apply operation OP (where unary plus is denoted by
!      `CONVERT_EXPR') to an operand of type TYPE, or `NULL' if validity
       should be determined by the front end.
  
   -- Target Hook: const char * TARGET_INVALID_BINARY_OP (int OP,
            const_tree TYPE1, const_tree TYPE2)
       If defined, this macro returns the diagnostic message when it is
!      invalid to apply operation OP to operands of types TYPE1 and
!      TYPE2, or `NULL' if validity should be determined by the front end.
  
   -- Target Hook: tree TARGET_PROMOTED_TYPE (const_tree TYPE)
       If defined, this target hook returns the type to which values of
       TYPE should be promoted when they appear in expressions, analogous
!      to the integer promotions, or `NULL_TREE' to use the front end's
       normal promotion rules.  This hook is useful when there are
       target-specific types with special promotion rules.  This is
       currently used only by the C and C++ front ends.
  
   -- Target Hook: tree TARGET_CONVERT_TO_TYPE (tree TYPE, tree EXPR)
       If defined, this hook returns the result of converting EXPR to
!      TYPE.  It should return the converted expression, or `NULL_TREE'
!      to apply the front end's normal conversion rules.  This hook is
!      useful when there are target-specific types with special
!      conversion rules.  This is currently used only by the C and C++
!      front ends.
  
   -- Macro: OBJC_JBLEN
       This macro determines the size of the objective C jump buffer for
!      the NeXT runtime. By default, OBJC_JBLEN is defined to an
       innocuous value.
  
   -- Macro: LIBGCC2_UNWIND_ATTRIBUTE
       Define this macro if any target-specific attributes need to be
!      attached to the functions in `libgcc' that provide low-level
       support for call stack unwinding.  It is used in declarations in
!      `unwind-generic.h' and the associated definitions of those
       functions.
  
   -- Target Hook: void TARGET_UPDATE_STACK_BOUNDARY (void)
*************** Here are several miscellaneous parameter
*** 39124,39140 ****
       necessary.
  
   -- Target Hook: rtx TARGET_GET_DRAP_RTX (void)
!      This hook should return an rtx for Dynamic Realign Argument Pointer
!      (DRAP) if a different argument pointer register is needed to access
!      the function's argument list due to stack realignment.  Return
!      'NULL' if no DRAP is needed.
  
   -- Target Hook: bool TARGET_ALLOCATE_STACK_SLOTS_FOR_ARGS (void)
       When optimization is disabled, this hook indicates whether or not
       arguments should be allocated to stack slots.  Normally, GCC
       allocates stacks slots for arguments when not optimizing in order
       to make debugging easier.  However, when a function is declared
!      with '__attribute__((naked))', there is no stack frame, and the
       compiler cannot safely move arguments from the registers in which
       they are passed to the stack.  Therefore, this hook should return
       true in general, but false for naked functions.  The default
--- 39564,39580 ----
       necessary.
  
   -- Target Hook: rtx TARGET_GET_DRAP_RTX (void)
!      This hook should return an rtx for Dynamic Realign Argument
!      Pointer (DRAP) if a different argument pointer register is needed
!      to access the function's argument list due to stack realignment.
!      Return `NULL' if no DRAP is needed.
  
   -- Target Hook: bool TARGET_ALLOCATE_STACK_SLOTS_FOR_ARGS (void)
       When optimization is disabled, this hook indicates whether or not
       arguments should be allocated to stack slots.  Normally, GCC
       allocates stacks slots for arguments when not optimizing in order
       to make debugging easier.  However, when a function is declared
!      with `__attribute__((naked))', there is no stack frame, and the
       compiler cannot safely move arguments from the registers in which
       they are passed to the stack.  Therefore, this hook should return
       true in general, but false for naked functions.  The default
*************** Here are several miscellaneous parameter
*** 39145,39161 ****
       synthesize a constant.  If there is another constant already in a
       register that is close enough in value then it is preferable that
       the new constant is computed from this register using immediate
!      addition or subtraction.  We accomplish this through CSE. Besides
!      the value of the constant we also add a lower and an upper constant
!      anchor to the available expressions.  These are then queried when
!      encountering new constants.  The anchors are computed by rounding
!      the constant up and down to a multiple of the value of
!      'TARGET_CONST_ANCHOR'.  'TARGET_CONST_ANCHOR' should be the maximum
!      positive value accepted by immediate-add plus one.  We currently
!      assume that the value of 'TARGET_CONST_ANCHOR' is a power of 2.
!      For example, on MIPS, where add-immediate takes a 16-bit signed
!      value, 'TARGET_CONST_ANCHOR' is set to '0x8000'.  The default value
!      is zero, which disables this optimization.
  
   -- Target Hook: unsigned HOST_WIDE_INT TARGET_ASAN_SHADOW_OFFSET (void)
       Return the offset bitwise ored into shifted address to get
--- 39585,39601 ----
       synthesize a constant.  If there is another constant already in a
       register that is close enough in value then it is preferable that
       the new constant is computed from this register using immediate
!      addition or subtraction.  We accomplish this through CSE.  Besides
!      the value of the constant we also add a lower and an upper
!      constant anchor to the available expressions.  These are then
!      queried when encountering new constants.  The anchors are computed
!      by rounding the constant up and down to a multiple of the value of
!      `TARGET_CONST_ANCHOR'.  `TARGET_CONST_ANCHOR' should be the
!      maximum positive value accepted by immediate-add plus one.  We
!      currently assume that the value of `TARGET_CONST_ANCHOR' is a
!      power of 2.  For example, on MIPS, where add-immediate takes a
!      16-bit signed value, `TARGET_CONST_ANCHOR' is set to `0x8000'.
!      The default value is zero, which disables this optimization.
  
   -- Target Hook: unsigned HOST_WIDE_INT TARGET_ASAN_SHADOW_OFFSET (void)
       Return the offset bitwise ored into shifted address to get
*************** Here are several miscellaneous parameter
*** 39164,39259 ****
  
   -- Target Hook: unsigned HOST_WIDE_INT TARGET_MEMMODEL_CHECK (unsigned
            HOST_WIDE_INT VAL)
!      Validate target specific memory model mask bits.  When NULL no
       target specific memory model bits are allowed.
  
   -- Target Hook: unsigned char TARGET_ATOMIC_TEST_AND_SET_TRUEVAL
       This value should be set if the result written by
!      'atomic_test_and_set' is not exactly 1, i.e.  the 'bool' 'true'.
  
   -- Target Hook: bool TARGET_HAS_IFUNC_P (void)
!      It returns true if the target supports GNU indirect functions.  The
!      support includes the assembler, linker and dynamic linker.  The
!      default value of this hook is based on target's libc.
  
!  -- Target Hook: unsigned int TARGET_ATOMIC_ALIGN_FOR_MODE (machine_mode
!           MODE)
       If defined, this function returns an appropriate alignment in bits
       for an atomic object of machine_mode MODE.  If 0 is returned then
       the default alignment for the specified mode is used.
  
!  -- Target Hook: void TARGET_ATOMIC_ASSIGN_EXPAND_FENV (tree *HOLD, tree
!           *CLEAR, tree *UPDATE)
       ISO C11 requires atomic compound assignments that may raise
       floating-point exceptions to raise exceptions corresponding to the
       arithmetic operation whose result was successfully stored in a
       compare-and-exchange sequence.  This requires code equivalent to
!      calls to 'feholdexcept', 'feclearexcept' and 'feupdateenv' to be
       generated at appropriate points in the compare-and-exchange
!      sequence.  This hook should set '*HOLD' to an expression equivalent
!      to the call to 'feholdexcept', '*CLEAR' to an expression equivalent
!      to the call to 'feclearexcept' and '*UPDATE' to an expression
!      equivalent to the call to 'feupdateenv'.  The three expressions are
!      'NULL_TREE' on entry to the hook and may be left as 'NULL_TREE' if
!      no code is required in a particular place.  The default
!      implementation leaves all three expressions as 'NULL_TREE'.  The
!      '__atomic_feraiseexcept' function from 'libatomic' may be of use as
!      part of the code generated in '*UPDATE'.
  
   -- Target Hook: void TARGET_RECORD_OFFLOAD_SYMBOL (tree)
       Used when offloaded functions are seen in the compilation unit and
!      no named sections are available.  It is called once for each symbol
!      that must be recorded in the offload function and variable table.
  
   -- Target Hook: char * TARGET_OFFLOAD_OPTIONS (void)
       Used when writing out the list of options into an LTO file.  It
       should translate any relevant target-specific options (such as the
!      ABI in use) into one of the '-foffload' options that exist as a
       common interface to express such options.  It should return a
       string containing these options, separated by spaces, which the
       caller will free.
  
-  -- Macro: TARGET_SUPPORTS_WIDE_INT
  
!      On older ports, large integers are stored in 'CONST_DOUBLE' rtl
!      objects.  Newer ports define 'TARGET_SUPPORTS_WIDE_INT' to be
       nonzero to indicate that large integers are stored in
!      'CONST_WIDE_INT' rtl objects.  The 'CONST_WIDE_INT' allows very
!      large integer constants to be represented.  'CONST_DOUBLE' is
!      limited to twice the size of the host's 'HOST_WIDE_INT'
       representation.
  
       Converting a port mostly requires looking for the places where
!      'CONST_DOUBLE's are used with 'VOIDmode' and replacing that code
!      with code that accesses 'CONST_WIDE_INT's.  '"grep -i
       const_double"' at the port level gets you to 95% of the changes
!      that need to be made.  There are a few places that require a deeper
!      look.
  
!         * There is no equivalent to 'hval' and 'lval' for
!           'CONST_WIDE_INT's.  This would be difficult to express in the
            md language since there are a variable number of elements.
  
!           Most ports only check that 'hval' is either 0 or -1 to see if
            the value is small.  As mentioned above, this will no longer
!           be necessary since small constants are always 'CONST_INT'.  Of
!           course there are still a few exceptions, the alpha's
            constraint used by the zap instruction certainly requires
            careful examination by C code.  However, all the current code
            does is pass the hval and lval to C code, so evolving the c
!           code to look at the 'CONST_WIDE_INT' is not really a large
            change.
  
          * Because there is no standard template that ports use to
!           materialize constants, there is likely to be some futzing that
!           is unique to each port in this code.
  
          * The rtx costs may have to be adjusted to properly account for
!           larger constants that are represented as 'CONST_WIDE_INT'.
  
       All and all it does not take long to convert ports that the
       maintainer is familiar with.
  
   -- Target Hook: void TARGET_RUN_TARGET_SELFTESTS (void)
       If selftests are enabled, run any selftests for this target.
  
--- 39604,39702 ----
  
   -- Target Hook: unsigned HOST_WIDE_INT TARGET_MEMMODEL_CHECK (unsigned
            HOST_WIDE_INT VAL)
!      Validate target specific memory model mask bits. When NULL no
       target specific memory model bits are allowed.
  
   -- Target Hook: unsigned char TARGET_ATOMIC_TEST_AND_SET_TRUEVAL
       This value should be set if the result written by
!      `atomic_test_and_set' is not exactly 1, i.e. the `bool' `true'.
  
   -- Target Hook: bool TARGET_HAS_IFUNC_P (void)
!      It returns true if the target supports GNU indirect functions.
!      The support includes the assembler, linker and dynamic linker.
!      The default value of this hook is based on target's libc.
  
!  -- Target Hook: unsigned int TARGET_ATOMIC_ALIGN_FOR_MODE
!           (machine_mode MODE)
       If defined, this function returns an appropriate alignment in bits
       for an atomic object of machine_mode MODE.  If 0 is returned then
       the default alignment for the specified mode is used.
  
!  -- Target Hook: void TARGET_ATOMIC_ASSIGN_EXPAND_FENV (tree *HOLD,
!           tree *CLEAR, tree *UPDATE)
       ISO C11 requires atomic compound assignments that may raise
       floating-point exceptions to raise exceptions corresponding to the
       arithmetic operation whose result was successfully stored in a
       compare-and-exchange sequence.  This requires code equivalent to
!      calls to `feholdexcept', `feclearexcept' and `feupdateenv' to be
       generated at appropriate points in the compare-and-exchange
!      sequence.  This hook should set `*HOLD' to an expression
!      equivalent to the call to `feholdexcept', `*CLEAR' to an
!      expression equivalent to the call to `feclearexcept' and `*UPDATE'
!      to an expression equivalent to the call to `feupdateenv'.  The
!      three expressions are `NULL_TREE' on entry to the hook and may be
!      left as `NULL_TREE' if no code is required in a particular place.
!      The default implementation leaves all three expressions as
!      `NULL_TREE'.  The `__atomic_feraiseexcept' function from
!      `libatomic' may be of use as part of the code generated in
!      `*UPDATE'.
  
   -- Target Hook: void TARGET_RECORD_OFFLOAD_SYMBOL (tree)
       Used when offloaded functions are seen in the compilation unit and
!      no named sections are available.  It is called once for each
!      symbol that must be recorded in the offload function and variable
!      table.
  
   -- Target Hook: char * TARGET_OFFLOAD_OPTIONS (void)
       Used when writing out the list of options into an LTO file.  It
       should translate any relevant target-specific options (such as the
!      ABI in use) into one of the `-foffload' options that exist as a
       common interface to express such options.  It should return a
       string containing these options, separated by spaces, which the
       caller will free.
  
  
!  -- Macro: TARGET_SUPPORTS_WIDE_INT
!      On older ports, large integers are stored in `CONST_DOUBLE' rtl
!      objects.  Newer ports define `TARGET_SUPPORTS_WIDE_INT' to be
       nonzero to indicate that large integers are stored in
!      `CONST_WIDE_INT' rtl objects.  The `CONST_WIDE_INT' allows very
!      large integer constants to be represented.  `CONST_DOUBLE' is
!      limited to twice the size of the host's `HOST_WIDE_INT'
       representation.
  
       Converting a port mostly requires looking for the places where
!      `CONST_DOUBLE's are used with `VOIDmode' and replacing that code
!      with code that accesses `CONST_WIDE_INT's.  `"grep -i
       const_double"' at the port level gets you to 95% of the changes
!      that need to be made.  There are a few places that require a
!      deeper look.
  
!         * There is no equivalent to `hval' and `lval' for
!           `CONST_WIDE_INT's.  This would be difficult to express in the
            md language since there are a variable number of elements.
  
!           Most ports only check that `hval' is either 0 or -1 to see if
            the value is small.  As mentioned above, this will no longer
!           be necessary since small constants are always `CONST_INT'.
!           Of course there are still a few exceptions, the alpha's
            constraint used by the zap instruction certainly requires
            careful examination by C code.  However, all the current code
            does is pass the hval and lval to C code, so evolving the c
!           code to look at the `CONST_WIDE_INT' is not really a large
            change.
  
          * Because there is no standard template that ports use to
!           materialize constants, there is likely to be some futzing
!           that is unique to each port in this code.
  
          * The rtx costs may have to be adjusted to properly account for
!           larger constants that are represented as `CONST_WIDE_INT'.
  
       All and all it does not take long to convert ports that the
       maintainer is familiar with.
  
+ 
   -- Target Hook: void TARGET_RUN_TARGET_SELFTESTS (void)
       If selftests are enabled, run any selftests for this target.
  
*************** File: gccint.info,  Node: Host Config,
*** 39264,39286 ****
  *********************
  
  Most details about the machine and system on which the compiler is
! actually running are detected by the 'configure' script.  Some things
! are impossible for 'configure' to detect; these are described in two
! ways, either by macros defined in a file named 'xm-MACHINE.h' or by hook
! functions in the file specified by the OUT_HOST_HOOK_OBJ variable in
! 'config.gcc'.  (The intention is that very few hosts will need a header
! file but nearly every fully supported host will need to override some
! hooks.)
  
   If you need to define only a few macros, and they have simple
! definitions, consider using the 'xm_defines' variable in your
! 'config.gcc' entry instead of creating a host configuration header.
  *Note System Config::.
  
  * Menu:
  
  * Host Common::         Things every host probably needs implemented.
! * Filesystem::          Your host cannot have the letter 'a' in filenames?
  * Host Misc::           Rare configuration options for hosts.
  
  
--- 39707,39729 ----
  *********************
  
  Most details about the machine and system on which the compiler is
! actually running are detected by the `configure' script.  Some things
! are impossible for `configure' to detect; these are described in two
! ways, either by macros defined in a file named `xm-MACHINE.h' or by
! hook functions in the file specified by the OUT_HOST_HOOK_OBJ variable
! in `config.gcc'.  (The intention is that very few hosts will need a
! header file but nearly every fully supported host will need to override
! some hooks.)
  
   If you need to define only a few macros, and they have simple
! definitions, consider using the `xm_defines' variable in your
! `config.gcc' entry instead of creating a host configuration header.
  *Note System Config::.
  
  * Menu:
  
  * Host Common::         Things every host probably needs implemented.
! * Filesystem::          Your host cannot have the letter `a' in filenames?
  * Host Misc::           Rare configuration options for hosts.
  
  
*************** File: gccint.info,  Node: Host Common,
*** 39292,39298 ****
  Some things are just not portable, even between similar operating
  systems, and are too difficult for autoconf to detect.  They get
  implemented using hook functions in the file specified by the
! HOST_HOOK_OBJ variable in 'config.gcc'.
  
   -- Host Hook: void HOST_HOOKS_EXTRA_SIGNALS (void)
       This host hook is used to set up handling for extra signals.  The
--- 39735,39741 ----
  Some things are just not portable, even between similar operating
  systems, and are too difficult for autoconf to detect.  They get
  implemented using hook functions in the file specified by the
! HOST_HOOK_OBJ variable in `config.gcc'.
  
   -- Host Hook: void HOST_HOOKS_EXTRA_SIGNALS (void)
       This host hook is used to set up handling for extra signals.  The
*************** HOST_HOOK_OBJ variable in 'config.gcc'.
*** 39302,39320 ****
            FD)
       This host hook returns the address of some space that is likely to
       be free in some subsequent invocation of the compiler.  We intend
!      to load the PCH data at this address such that the data need not be
!      relocated.  The area should be able to hold SIZE bytes.  If the
!      host uses 'mmap', FD is an open file descriptor that can be used
       for probing.
  
!  -- Host Hook: int HOST_HOOKS_GT_PCH_USE_ADDRESS (void * ADDRESS, size_t
!           SIZE, int FD, size_t OFFSET)
!      This host hook is called when a PCH file is about to be loaded.  We
!      want to load SIZE bytes from FD at OFFSET into memory at ADDRESS.
!      The given address will be the result of a previous invocation of
!      'HOST_HOOKS_GT_PCH_GET_ADDRESS'.  Return -1 if we couldn't allocate
!      SIZE bytes at ADDRESS.  Return 0 if the memory is allocated but the
!      data is not loaded.  Return 1 if the hook has performed everything.
  
       If the implementation uses reserved address space, free any
       reserved space beyond SIZE, regardless of the return value.  If no
--- 39745,39764 ----
            FD)
       This host hook returns the address of some space that is likely to
       be free in some subsequent invocation of the compiler.  We intend
!      to load the PCH data at this address such that the data need not
!      be relocated.  The area should be able to hold SIZE bytes.  If the
!      host uses `mmap', FD is an open file descriptor that can be used
       for probing.
  
!  -- Host Hook: int HOST_HOOKS_GT_PCH_USE_ADDRESS (void * ADDRESS,
!           size_t SIZE, int FD, size_t OFFSET)
!      This host hook is called when a PCH file is about to be loaded.
!      We want to load SIZE bytes from FD at OFFSET into memory at
!      ADDRESS.  The given address will be the result of a previous
!      invocation of `HOST_HOOKS_GT_PCH_GET_ADDRESS'.  Return -1 if we
!      couldn't allocate SIZE bytes at ADDRESS.  Return 0 if the memory
!      is allocated but the data is not loaded.  Return 1 if the hook has
!      performed everything.
  
       If the implementation uses reserved address space, free any
       reserved space beyond SIZE, regardless of the return value.  If no
*************** File: gccint.info,  Node: Filesystem,  N
*** 39340,39397 ****
  
  GCC needs to know a number of things about the semantics of the host
  machine's filesystem.  Filesystems with Unix and MS-DOS semantics are
! automatically detected.  For other systems, you can define the following
! macros in 'xm-MACHINE.h'.
  
! 'HAVE_DOS_BASED_FILE_SYSTEM'
!      This macro is automatically defined by 'system.h' if the host file
       system obeys the semantics defined by MS-DOS instead of Unix.  DOS
       file systems are case insensitive, file specifications may begin
!      with a drive letter, and both forward slash and backslash ('/' and
!      '\') are directory separators.
  
! 'DIR_SEPARATOR'
! 'DIR_SEPARATOR_2'
       If defined, these macros expand to character constants specifying
       separators for directory names within a file specification.
!      'system.h' will automatically give them appropriate values on Unix
       and MS-DOS file systems.  If your file system is neither of these,
!      define one or both appropriately in 'xm-MACHINE.h'.
  
       However, operating systems like VMS, where constructing a pathname
       is more complicated than just stringing together directory names
       separated by a special character, should not define either of these
       macros.
  
! 'PATH_SEPARATOR'
       If defined, this macro should expand to a character constant
       specifying the separator for elements of search paths.  The default
!      value is a colon (':').  DOS-based systems usually, but not always,
!      use semicolon (';').
  
! 'VMS'
       Define this macro if the host system is VMS.
  
! 'HOST_OBJECT_SUFFIX'
       Define this macro to be a C string representing the suffix for
       object files on your host machine.  If you do not define this
!      macro, GCC will use '.o' as the suffix for object files.
  
! 'HOST_EXECUTABLE_SUFFIX'
       Define this macro to be a C string representing the suffix for
       executable files on your host machine.  If you do not define this
       macro, GCC will use the null string as the suffix for executable
       files.
  
! 'HOST_BIT_BUCKET'
       A pathname defined by the host operating system, which can be
!      opened as a file and written to, but all the information written is
!      discarded.  This is commonly known as a "bit bucket" or "null
!      device".  If you do not define this macro, GCC will use '/dev/null'
!      as the bit bucket.  If the host does not support a bit bucket,
!      define this macro to an invalid filename.
  
! 'UPDATE_PATH_HOST_CANONICALIZE (PATH)'
       If defined, a C statement (sans semicolon) that performs
       host-dependent canonicalization when a path used in a compilation
       driver or preprocessor is canonicalized.  PATH is a malloc-ed path
--- 39784,39841 ----
  
  GCC needs to know a number of things about the semantics of the host
  machine's filesystem.  Filesystems with Unix and MS-DOS semantics are
! automatically detected.  For other systems, you can define the
! following macros in `xm-MACHINE.h'.
  
! `HAVE_DOS_BASED_FILE_SYSTEM'
!      This macro is automatically defined by `system.h' if the host file
       system obeys the semantics defined by MS-DOS instead of Unix.  DOS
       file systems are case insensitive, file specifications may begin
!      with a drive letter, and both forward slash and backslash (`/' and
!      `\') are directory separators.
  
! `DIR_SEPARATOR'
! `DIR_SEPARATOR_2'
       If defined, these macros expand to character constants specifying
       separators for directory names within a file specification.
!      `system.h' will automatically give them appropriate values on Unix
       and MS-DOS file systems.  If your file system is neither of these,
!      define one or both appropriately in `xm-MACHINE.h'.
  
       However, operating systems like VMS, where constructing a pathname
       is more complicated than just stringing together directory names
       separated by a special character, should not define either of these
       macros.
  
! `PATH_SEPARATOR'
       If defined, this macro should expand to a character constant
       specifying the separator for elements of search paths.  The default
!      value is a colon (`:').  DOS-based systems usually, but not
!      always, use semicolon (`;').
  
! `VMS'
       Define this macro if the host system is VMS.
  
! `HOST_OBJECT_SUFFIX'
       Define this macro to be a C string representing the suffix for
       object files on your host machine.  If you do not define this
!      macro, GCC will use `.o' as the suffix for object files.
  
! `HOST_EXECUTABLE_SUFFIX'
       Define this macro to be a C string representing the suffix for
       executable files on your host machine.  If you do not define this
       macro, GCC will use the null string as the suffix for executable
       files.
  
! `HOST_BIT_BUCKET'
       A pathname defined by the host operating system, which can be
!      opened as a file and written to, but all the information written
!      is discarded.  This is commonly known as a "bit bucket" or "null
!      device".  If you do not define this macro, GCC will use
!      `/dev/null' as the bit bucket.  If the host does not support a bit
!      bucket, define this macro to an invalid filename.
  
! `UPDATE_PATH_HOST_CANONICALIZE (PATH)'
       If defined, a C statement (sans semicolon) that performs
       host-dependent canonicalization when a path used in a compilation
       driver or preprocessor is canonicalized.  PATH is a malloc-ed path
*************** macros in 'xm-MACHINE.h'.
*** 39399,39417 ****
       into a different buffer, the old path should be freed and the new
       buffer should have been allocated with malloc.
  
! 'DUMPFILE_FORMAT'
       Define this macro to be a C string representing the format to use
       for constructing the index part of debugging dump file names.  The
!      resultant string must fit in fifteen bytes.  The full filename will
!      be the concatenation of: the prefix of the assembler file name, the
!      string resulting from applying this format to an index number, and
!      a string unique to each dump file kind, e.g. 'rtl'.
  
!      If you do not define this macro, GCC will use '.%02d.'.  You should
       define this macro if using the default will create an invalid file
       name.
  
! 'DELETE_IF_ORDINARY'
       Define this macro to be a C statement (sans semicolon) that
       performs host-dependent removal of ordinary temp files in the
       compilation driver.
--- 39843,39861 ----
       into a different buffer, the old path should be freed and the new
       buffer should have been allocated with malloc.
  
! `DUMPFILE_FORMAT'
       Define this macro to be a C string representing the format to use
       for constructing the index part of debugging dump file names.  The
!      resultant string must fit in fifteen bytes.  The full filename
!      will be the concatenation of: the prefix of the assembler file
!      name, the string resulting from applying this format to an index
!      number, and a string unique to each dump file kind, e.g. `rtl'.
  
!      If you do not define this macro, GCC will use `.%02d.'.  You should
       define this macro if using the default will create an invalid file
       name.
  
! `DELETE_IF_ORDINARY'
       Define this macro to be a C statement (sans semicolon) that
       performs host-dependent removal of ordinary temp files in the
       compilation driver.
*************** macros in 'xm-MACHINE.h'.
*** 39421,39429 ****
       reliably remove the temp file as, for example, on VMS which allows
       multiple versions of a file.
  
! 'HOST_LACKS_INODE_NUMBERS'
!      Define this macro if the host filesystem does not report meaningful
!      inode numbers in struct stat.
  
  
  File: gccint.info,  Node: Host Misc,  Prev: Filesystem,  Up: Host Config
--- 39865,39873 ----
       reliably remove the temp file as, for example, on VMS which allows
       multiple versions of a file.
  
! `HOST_LACKS_INODE_NUMBERS'
!      Define this macro if the host filesystem does not report
!      meaningful inode numbers in struct stat.
  
  
  File: gccint.info,  Node: Host Misc,  Prev: Filesystem,  Up: Host Config
*************** File: gccint.info,  Node: Host Misc,  Pr
*** 39431,39487 ****
  18.3 Host Misc
  ==============
  
! 'FATAL_EXIT_CODE'
       A C expression for the status code to be returned when the compiler
       exits after serious errors.  The default is the system-provided
!      macro 'EXIT_FAILURE', or '1' if the system doesn't define that
       macro.  Define this macro only if these defaults are incorrect.
  
! 'SUCCESS_EXIT_CODE'
       A C expression for the status code to be returned when the compiler
       exits without serious errors.  (Warnings are not serious errors.)
!      The default is the system-provided macro 'EXIT_SUCCESS', or '0' if
       the system doesn't define that macro.  Define this macro only if
       these defaults are incorrect.
  
! 'USE_C_ALLOCA'
       Define this macro if GCC should use the C implementation of
!      'alloca' provided by 'libiberty.a'.  This only affects how some
       parts of the compiler itself allocate memory.  It does not change
       code generation.
  
!      When GCC is built with a compiler other than itself, the C 'alloca'
       is always used.  This is because most other implementations have
       serious bugs.  You should define this macro only on a system where
!      no stack-based 'alloca' can possibly work.  For instance, if a
       system has a small limit on the size of the stack, GCC's builtin
!      'alloca' will not work reliably.
  
! 'COLLECT2_HOST_INITIALIZATION'
       If defined, a C statement (sans semicolon) that performs
!      host-dependent initialization when 'collect2' is being initialized.
  
! 'GCC_DRIVER_HOST_INITIALIZATION'
       If defined, a C statement (sans semicolon) that performs
       host-dependent initialization when a compilation driver is being
       initialized.
  
! 'HOST_LONG_LONG_FORMAT'
!      If defined, the string used to indicate an argument of type 'long
!      long' to functions like 'printf'.  The default value is '"ll"'.
  
! 'HOST_LONG_FORMAT'
!      If defined, the string used to indicate an argument of type 'long'
!      to functions like 'printf'.  The default value is '"l"'.
  
! 'HOST_PTR_PRINTF'
!      If defined, the string used to indicate an argument of type 'void
!      *' to functions like 'printf'.  The default value is '"%p"'.
  
!  In addition, if 'configure' generates an incorrect definition of any of
! the macros in 'auto-host.h', you can override that definition in a host
! configuration header.  If you need to do this, first see if it is
! possible to fix 'configure'.
  
  
  File: gccint.info,  Node: Fragments,  Next: Collect2,  Prev: Host Config,  Up: Top
--- 39875,39931 ----
  18.3 Host Misc
  ==============
  
! `FATAL_EXIT_CODE'
       A C expression for the status code to be returned when the compiler
       exits after serious errors.  The default is the system-provided
!      macro `EXIT_FAILURE', or `1' if the system doesn't define that
       macro.  Define this macro only if these defaults are incorrect.
  
! `SUCCESS_EXIT_CODE'
       A C expression for the status code to be returned when the compiler
       exits without serious errors.  (Warnings are not serious errors.)
!      The default is the system-provided macro `EXIT_SUCCESS', or `0' if
       the system doesn't define that macro.  Define this macro only if
       these defaults are incorrect.
  
! `USE_C_ALLOCA'
       Define this macro if GCC should use the C implementation of
!      `alloca' provided by `libiberty.a'.  This only affects how some
       parts of the compiler itself allocate memory.  It does not change
       code generation.
  
!      When GCC is built with a compiler other than itself, the C `alloca'
       is always used.  This is because most other implementations have
       serious bugs.  You should define this macro only on a system where
!      no stack-based `alloca' can possibly work.  For instance, if a
       system has a small limit on the size of the stack, GCC's builtin
!      `alloca' will not work reliably.
  
! `COLLECT2_HOST_INITIALIZATION'
       If defined, a C statement (sans semicolon) that performs
!      host-dependent initialization when `collect2' is being initialized.
  
! `GCC_DRIVER_HOST_INITIALIZATION'
       If defined, a C statement (sans semicolon) that performs
       host-dependent initialization when a compilation driver is being
       initialized.
  
! `HOST_LONG_LONG_FORMAT'
!      If defined, the string used to indicate an argument of type `long
!      long' to functions like `printf'.  The default value is `"ll"'.
  
! `HOST_LONG_FORMAT'
!      If defined, the string used to indicate an argument of type `long'
!      to functions like `printf'.  The default value is `"l"'.
  
! `HOST_PTR_PRINTF'
!      If defined, the string used to indicate an argument of type `void
!      *' to functions like `printf'.  The default value is `"%p"'.
  
!  In addition, if `configure' generates an incorrect definition of any
! of the macros in `auto-host.h', you can override that definition in a
! host configuration header.  If you need to do this, first see if it is
! possible to fix `configure'.
  
  
  File: gccint.info,  Node: Fragments,  Next: Collect2,  Prev: Host Config,  Up: Top
*************** File: gccint.info,  Node: Fragments,  Ne
*** 39489,39516 ****
  19 Makefile Fragments
  *********************
  
! When you configure GCC using the 'configure' script, it will construct
! the file 'Makefile' from the template file 'Makefile.in'.  When it does
! this, it can incorporate makefile fragments from the 'config' directory.
! These are used to set Makefile parameters that are not amenable to being
! calculated by autoconf.  The list of fragments to incorporate is set by
! 'config.gcc' (and occasionally 'config.build' and 'config.host'); *Note
! System Config::.
  
!  Fragments are named either 't-TARGET' or 'x-HOST', depending on whether
! they are relevant to configuring GCC to produce code for a particular
! target, or to configuring GCC to run on a particular host.  Here TARGET
! and HOST are mnemonics which usually have some relationship to the
! canonical system name, but no formal connection.
  
   If these files do not exist, it means nothing needs to be added for a
! given target or host.  Most targets need a few 't-TARGET' fragments, but
! needing 'x-HOST' fragments is rare.
  
  * Menu:
  
! * Target Fragment:: Writing 't-TARGET' files.
! * Host Fragment::   Writing 'x-HOST' files.
  
  
  File: gccint.info,  Node: Target Fragment,  Next: Host Fragment,  Up: Fragments
--- 39933,39960 ----
  19 Makefile Fragments
  *********************
  
! When you configure GCC using the `configure' script, it will construct
! the file `Makefile' from the template file `Makefile.in'.  When it does
! this, it can incorporate makefile fragments from the `config'
! directory.  These are used to set Makefile parameters that are not
! amenable to being calculated by autoconf.  The list of fragments to
! incorporate is set by `config.gcc' (and occasionally `config.build' and
! `config.host'); *Note System Config::.
  
!  Fragments are named either `t-TARGET' or `x-HOST', depending on
! whether they are relevant to configuring GCC to produce code for a
! particular target, or to configuring GCC to run on a particular host.
! Here TARGET and HOST are mnemonics which usually have some relationship
! to the canonical system name, but no formal connection.
  
   If these files do not exist, it means nothing needs to be added for a
! given target or host.  Most targets need a few `t-TARGET' fragments,
! but needing `x-HOST' fragments is rare.
  
  * Menu:
  
! * Target Fragment:: Writing `t-TARGET' files.
! * Host Fragment::   Writing `x-HOST' files.
  
  
  File: gccint.info,  Node: Target Fragment,  Next: Host Fragment,  Up: Fragments
*************** File: gccint.info,  Node: Target Fragmen
*** 39520,39689 ****
  
  Target makefile fragments can set these Makefile variables.
  
! 'LIBGCC2_CFLAGS'
!      Compiler flags to use when compiling 'libgcc2.c'.
  
! 'LIB2FUNCS_EXTRA'
       A list of source file names to be compiled or assembled and
!      inserted into 'libgcc.a'.
  
! 'CRTSTUFF_T_CFLAGS'
!      Special flags used when compiling 'crtstuff.c'.  *Note
       Initialization::.
  
! 'CRTSTUFF_T_CFLAGS_S'
!      Special flags used when compiling 'crtstuff.c' for shared linking.
!      Used if you use 'crtbeginS.o' and 'crtendS.o' in 'EXTRA-PARTS'.
       *Note Initialization::.
  
! 'MULTILIB_OPTIONS'
       For some targets, invoking GCC in different ways produces objects
       that can not be linked together.  For example, for some targets GCC
       produces both big and little endian code.  For these targets, you
!      must arrange for multiple versions of 'libgcc.a' to be compiled,
       one for each set of incompatible options.  When GCC invokes the
!      linker, it arranges to link in the right version of 'libgcc.a',
       based on the command line options used.
  
!      The 'MULTILIB_OPTIONS' macro lists the set of options for which
!      special versions of 'libgcc.a' must be built.  Write options that
       are mutually incompatible side by side, separated by a slash.
       Write options that may be used together separated by a space.  The
       build procedure will build all combinations of compatible options.
  
!      For example, if you set 'MULTILIB_OPTIONS' to 'm68000/m68020
!      msoft-float', 'Makefile' will build special versions of 'libgcc.a'
!      using the following sets of options: '-m68000', '-m68020',
!      '-msoft-float', '-m68000 -msoft-float', and '-m68020 -msoft-float'.
  
! 'MULTILIB_DIRNAMES'
!      If 'MULTILIB_OPTIONS' is used, this variable specifies the
       directory names that should be used to hold the various libraries.
!      Write one element in 'MULTILIB_DIRNAMES' for each element in
!      'MULTILIB_OPTIONS'.  If 'MULTILIB_DIRNAMES' is not used, the
!      default value will be 'MULTILIB_OPTIONS', with all slashes treated
       as spaces.
  
!      'MULTILIB_DIRNAMES' describes the multilib directories using GCC
       conventions and is applied to directories that are part of the GCC
       installation.  When multilib-enabled, the compiler will add a
       subdirectory of the form PREFIX/MULTILIB before each directory in
       the search path for libraries and crt files.
  
!      For example, if 'MULTILIB_OPTIONS' is set to 'm68000/m68020
!      msoft-float', then the default value of 'MULTILIB_DIRNAMES' is
!      'm68000 m68020 msoft-float'.  You may specify a different value if
       you desire a different set of directory names.
  
! 'MULTILIB_MATCHES'
!      Sometimes the same option may be written in two different ways.  If
!      an option is listed in 'MULTILIB_OPTIONS', GCC needs to know about
!      any synonyms.  In that case, set 'MULTILIB_MATCHES' to a list of
!      items of the form 'option=option' to describe all relevant
!      synonyms.  For example, 'm68000=mc68000 m68020=mc68020'.
  
! 'MULTILIB_EXCEPTIONS'
!      Sometimes when there are multiple sets of 'MULTILIB_OPTIONS' being
       specified, there are combinations that should not be built.  In
!      that case, set 'MULTILIB_EXCEPTIONS' to be all of the switch
       exceptions in shell case syntax that should not be built.
  
       For example the ARM processor cannot execute both hardware floating
       point instructions and the reduced size THUMB instructions at the
       same time, so there is no need to build libraries with both of
!      these options enabled.  Therefore 'MULTILIB_EXCEPTIONS' is set to:
            *mthumb/*mhard-float*
  
! 'MULTILIB_REQUIRED'
       Sometimes when there are only a few combinations are required, it
!      would be a big effort to come up with a 'MULTILIB_EXCEPTIONS' list
       to cover all undesired ones.  In such a case, just listing all the
!      required combinations in 'MULTILIB_REQUIRED' would be more
       straightforward.
  
!      The way to specify the entries in 'MULTILIB_REQUIRED' is same with
!      the way used for 'MULTILIB_EXCEPTIONS', only this time what are
       required will be specified.  Suppose there are multiple sets of
!      'MULTILIB_OPTIONS' and only two combinations are required, one for
       ARMv7-M and one for ARMv7-R with hard floating-point ABI and FPU,
!      the 'MULTILIB_REQUIRED' can be set to:
!           MULTILIB_REQUIRED =  mthumb/march=armv7-m
!           MULTILIB_REQUIRED += march=armv7-r/mfloat-abi=hard/mfpu=vfpv3-d16
  
!      The 'MULTILIB_REQUIRED' can be used together with
!      'MULTILIB_EXCEPTIONS'.  The option combinations generated from
!      'MULTILIB_OPTIONS' will be filtered by 'MULTILIB_EXCEPTIONS' and
!      then by 'MULTILIB_REQUIRED'.
  
! 'MULTILIB_REUSE'
       Sometimes it is desirable to reuse one existing multilib for
       different sets of options.  Such kind of reuse can minimize the
       number of multilib variants.  And for some targets it is better to
       reuse an existing multilib than to fall back to default multilib
       when there is no corresponding multilib.  This can be done by
!      adding reuse rules to 'MULTILIB_REUSE'.
  
       A reuse rule is comprised of two parts connected by equality sign.
       The left part is the option set used to build multilib and the
       right part is the option set that will reuse this multilib.  Both
!      parts should only use options specified in 'MULTILIB_OPTIONS' and
       the equality signs found in options name should be replaced with
       periods.  The order of options in the left part matters and should
!      be same with those specified in 'MULTILIB_REQUIRED' or aligned with
!      the order in 'MULTILIB_OPTIONS'.  There is no such limitation for
!      options in the right part as we don't build multilib from them.
  
!      'MULTILIB_REUSE' is different from 'MULTILIB_MATCHES' in that it
       sets up relations between two option sets rather than two options.
       Here is an example to demo how we reuse libraries built in Thumb
       mode for applications built in ARM mode:
!           MULTILIB_REUSE = mthumb/march.armv7-r=marm/march.armv7-r
  
!      Before the advent of 'MULTILIB_REUSE', GCC select multilib by
!      comparing command line options with options used to build multilib.
!      The 'MULTILIB_REUSE' is complementary to that way.  Only when the
!      original comparison matches nothing it will work to see if it is OK
!      to reuse some existing multilib.
  
! 'MULTILIB_EXTRA_OPTS'
       Sometimes it is desirable that when building multiple versions of
!      'libgcc.a' certain options should always be passed on to the
!      compiler.  In that case, set 'MULTILIB_EXTRA_OPTS' to be the list
       of options to be used for all builds.  If you set this, you should
!      probably set 'CRTSTUFF_T_CFLAGS' to a dash followed by it.
  
! 'MULTILIB_OSDIRNAMES'
!      If 'MULTILIB_OPTIONS' is used, this variable specifies a list of
       subdirectory names, that are used to modify the search path
!      depending on the chosen multilib.  Unlike 'MULTILIB_DIRNAMES',
!      'MULTILIB_OSDIRNAMES' describes the multilib directories using
       operating systems conventions, and is applied to the directories
!      such as 'lib' or those in the 'LIBRARY_PATH' environment variable.
!      The format is either the same as of 'MULTILIB_DIRNAMES', or a set
!      of mappings.  When it is the same as 'MULTILIB_DIRNAMES', it
       describes the multilib directories using operating system
       conventions, rather than GCC conventions.  When it is a set of
       mappings of the form GCCDIR=OSDIR, the left side gives the GCC
       convention and the right gives the equivalent OS defined location.
!      If the OSDIR part begins with a '!', GCC will not search in the
       non-multilib directory and use exclusively the multilib directory.
       Otherwise, the compiler will examine the search path for libraries
       and crt files twice; the first time it will add MULTILIB to each
       directory in the search path, the second it will not.
  
       For configurations that support both multilib and multiarch,
!      'MULTILIB_OSDIRNAMES' also encodes the multiarch name, thus
!      subsuming 'MULTIARCH_DIRNAME'.  The multiarch name is appended to
       each directory name, separated by a colon (e.g.
!      '../lib32:i386-linux-gnu').
  
       Each multiarch subdirectory will be searched before the
       corresponding OS multilib directory, for example
!      '/lib/i386-linux-gnu' before '/lib/../lib32'.  The multiarch name
       will also be used to modify the system header search path, as
!      explained for 'MULTIARCH_DIRNAME'.
  
! 'MULTIARCH_DIRNAME'
       This variable specifies the multiarch name for configurations that
       are multiarch-enabled but not multilibbed configurations.
  
--- 39964,40133 ----
  
  Target makefile fragments can set these Makefile variables.
  
! `LIBGCC2_CFLAGS'
!      Compiler flags to use when compiling `libgcc2.c'.
  
! `LIB2FUNCS_EXTRA'
       A list of source file names to be compiled or assembled and
!      inserted into `libgcc.a'.
  
! `CRTSTUFF_T_CFLAGS'
!      Special flags used when compiling `crtstuff.c'.  *Note
       Initialization::.
  
! `CRTSTUFF_T_CFLAGS_S'
!      Special flags used when compiling `crtstuff.c' for shared linking.
!      Used if you use `crtbeginS.o' and `crtendS.o' in `EXTRA-PARTS'.
       *Note Initialization::.
  
! `MULTILIB_OPTIONS'
       For some targets, invoking GCC in different ways produces objects
       that can not be linked together.  For example, for some targets GCC
       produces both big and little endian code.  For these targets, you
!      must arrange for multiple versions of `libgcc.a' to be compiled,
       one for each set of incompatible options.  When GCC invokes the
!      linker, it arranges to link in the right version of `libgcc.a',
       based on the command line options used.
  
!      The `MULTILIB_OPTIONS' macro lists the set of options for which
!      special versions of `libgcc.a' must be built.  Write options that
       are mutually incompatible side by side, separated by a slash.
       Write options that may be used together separated by a space.  The
       build procedure will build all combinations of compatible options.
  
!      For example, if you set `MULTILIB_OPTIONS' to `m68000/m68020
!      msoft-float', `Makefile' will build special versions of `libgcc.a'
!      using the following sets of options:  `-m68000', `-m68020',
!      `-msoft-float', `-m68000 -msoft-float', and `-m68020 -msoft-float'.
  
! `MULTILIB_DIRNAMES'
!      If `MULTILIB_OPTIONS' is used, this variable specifies the
       directory names that should be used to hold the various libraries.
!      Write one element in `MULTILIB_DIRNAMES' for each element in
!      `MULTILIB_OPTIONS'.  If `MULTILIB_DIRNAMES' is not used, the
!      default value will be `MULTILIB_OPTIONS', with all slashes treated
       as spaces.
  
!      `MULTILIB_DIRNAMES' describes the multilib directories using GCC
       conventions and is applied to directories that are part of the GCC
       installation.  When multilib-enabled, the compiler will add a
       subdirectory of the form PREFIX/MULTILIB before each directory in
       the search path for libraries and crt files.
  
!      For example, if `MULTILIB_OPTIONS' is set to `m68000/m68020
!      msoft-float', then the default value of `MULTILIB_DIRNAMES' is
!      `m68000 m68020 msoft-float'.  You may specify a different value if
       you desire a different set of directory names.
  
! `MULTILIB_MATCHES'
!      Sometimes the same option may be written in two different ways.
!      If an option is listed in `MULTILIB_OPTIONS', GCC needs to know
!      about any synonyms.  In that case, set `MULTILIB_MATCHES' to a
!      list of items of the form `option=option' to describe all relevant
!      synonyms.  For example, `m68000=mc68000 m68020=mc68020'.
  
! `MULTILIB_EXCEPTIONS'
!      Sometimes when there are multiple sets of `MULTILIB_OPTIONS' being
       specified, there are combinations that should not be built.  In
!      that case, set `MULTILIB_EXCEPTIONS' to be all of the switch
       exceptions in shell case syntax that should not be built.
  
       For example the ARM processor cannot execute both hardware floating
       point instructions and the reduced size THUMB instructions at the
       same time, so there is no need to build libraries with both of
!      these options enabled.  Therefore `MULTILIB_EXCEPTIONS' is set to:
            *mthumb/*mhard-float*
  
! `MULTILIB_REQUIRED'
       Sometimes when there are only a few combinations are required, it
!      would be a big effort to come up with a `MULTILIB_EXCEPTIONS' list
       to cover all undesired ones.  In such a case, just listing all the
!      required combinations in `MULTILIB_REQUIRED' would be more
       straightforward.
  
!      The way to specify the entries in `MULTILIB_REQUIRED' is same with
!      the way used for `MULTILIB_EXCEPTIONS', only this time what are
       required will be specified.  Suppose there are multiple sets of
!      `MULTILIB_OPTIONS' and only two combinations are required, one for
       ARMv7-M and one for ARMv7-R with hard floating-point ABI and FPU,
!      the `MULTILIB_REQUIRED' can be set to:
!           `MULTILIB_REQUIRED' =  mthumb/march=armv7-m
!           `MULTILIB_REQUIRED' += march=armv7-r/mfloat-abi=hard/mfpu=vfpv3-d16
  
!      The `MULTILIB_REQUIRED' can be used together with
!      `MULTILIB_EXCEPTIONS'.  The option combinations generated from
!      `MULTILIB_OPTIONS' will be filtered by `MULTILIB_EXCEPTIONS' and
!      then by `MULTILIB_REQUIRED'.
  
! `MULTILIB_REUSE'
       Sometimes it is desirable to reuse one existing multilib for
       different sets of options.  Such kind of reuse can minimize the
       number of multilib variants.  And for some targets it is better to
       reuse an existing multilib than to fall back to default multilib
       when there is no corresponding multilib.  This can be done by
!      adding reuse rules to `MULTILIB_REUSE'.
  
       A reuse rule is comprised of two parts connected by equality sign.
       The left part is the option set used to build multilib and the
       right part is the option set that will reuse this multilib.  Both
!      parts should only use options specified in `MULTILIB_OPTIONS' and
       the equality signs found in options name should be replaced with
       periods.  The order of options in the left part matters and should
!      be same with those specified in `MULTILIB_REQUIRED' or aligned
!      with the order in `MULTILIB_OPTIONS'.  There is no such limitation
!      for options in the right part as we don't build multilib from them.
  
!      `MULTILIB_REUSE' is different from `MULTILIB_MATCHES' in that it
       sets up relations between two option sets rather than two options.
       Here is an example to demo how we reuse libraries built in Thumb
       mode for applications built in ARM mode:
!           `MULTILIB_REUSE' = mthumb/march.armv7-r=marm/march.armv7-r
  
!      Before the advent of `MULTILIB_REUSE', GCC select multilib by
!      comparing command line options with options used to build
!      multilib.  The `MULTILIB_REUSE' is complementary to that way.
!      Only when the original comparison matches nothing it will work to
!      see if it is OK to reuse some existing multilib.
  
! `MULTILIB_EXTRA_OPTS'
       Sometimes it is desirable that when building multiple versions of
!      `libgcc.a' certain options should always be passed on to the
!      compiler.  In that case, set `MULTILIB_EXTRA_OPTS' to be the list
       of options to be used for all builds.  If you set this, you should
!      probably set `CRTSTUFF_T_CFLAGS' to a dash followed by it.
  
! `MULTILIB_OSDIRNAMES'
!      If `MULTILIB_OPTIONS' is used, this variable specifies a list of
       subdirectory names, that are used to modify the search path
!      depending on the chosen multilib.  Unlike `MULTILIB_DIRNAMES',
!      `MULTILIB_OSDIRNAMES' describes the multilib directories using
       operating systems conventions, and is applied to the directories
!      such as `lib' or those in the `LIBRARY_PATH' environment variable.
!      The format is either the same as of `MULTILIB_DIRNAMES', or a set
!      of mappings.  When it is the same as `MULTILIB_DIRNAMES', it
       describes the multilib directories using operating system
       conventions, rather than GCC conventions.  When it is a set of
       mappings of the form GCCDIR=OSDIR, the left side gives the GCC
       convention and the right gives the equivalent OS defined location.
!      If the OSDIR part begins with a `!', GCC will not search in the
       non-multilib directory and use exclusively the multilib directory.
       Otherwise, the compiler will examine the search path for libraries
       and crt files twice; the first time it will add MULTILIB to each
       directory in the search path, the second it will not.
  
       For configurations that support both multilib and multiarch,
!      `MULTILIB_OSDIRNAMES' also encodes the multiarch name, thus
!      subsuming `MULTIARCH_DIRNAME'.  The multiarch name is appended to
       each directory name, separated by a colon (e.g.
!      `../lib32:i386-linux-gnu').
  
       Each multiarch subdirectory will be searched before the
       corresponding OS multilib directory, for example
!      `/lib/i386-linux-gnu' before `/lib/../lib32'.  The multiarch name
       will also be used to modify the system header search path, as
!      explained for `MULTIARCH_DIRNAME'.
  
! `MULTIARCH_DIRNAME'
       This variable specifies the multiarch name for configurations that
       are multiarch-enabled but not multilibbed configurations.
  
*************** Target makefile fragments can set these
*** 39692,39725 ****
       locations.  The compiler will add a multiarch subdirectory of the
       form PREFIX/MULTIARCH before each directory in the library and crt
       search path.  It will also add two directories
!      'LOCAL_INCLUDE_DIR'/MULTIARCH and
!      'NATIVE_SYSTEM_HEADER_DIR'/MULTIARCH) to the system header search
!      path, respectively before 'LOCAL_INCLUDE_DIR' and
!      'NATIVE_SYSTEM_HEADER_DIR'.
  
!      'MULTIARCH_DIRNAME' is not used for configurations that support
       both multilib and multiarch.  In that case, multiarch names are
!      encoded in 'MULTILIB_OSDIRNAMES' instead.
  
       More documentation about multiarch can be found at
!      <https://wiki.debian.org/Multiarch>.
  
! 'SPECS'
!      Unfortunately, setting 'MULTILIB_EXTRA_OPTS' is not enough, since
       it does not affect the build of target libraries, at least not the
       build of the default multilib.  One possible work-around is to use
!      'DRIVER_SELF_SPECS' to bring options from the 'specs' file as if
!      they had been passed in the compiler driver command line.  However,
!      you don't want to be adding these options after the toolchain is
!      installed, so you can instead tweak the 'specs' file that will be
!      used during the toolchain build, while you still install the
!      original, built-in 'specs'.  The trick is to set 'SPECS' to some
!      other filename (say 'specs.install'), that will then be created out
!      of the built-in specs, and introduce a 'Makefile' rule to generate
!      the 'specs' file that's going to be used at build time out of your
!      'specs.install'.
  
! 'T_CFLAGS'
       These are extra flags to pass to the C compiler.  They are used
       both when building GCC, and when compiling things with the
       just-built GCC.  This variable is deprecated and should not be
--- 40136,40169 ----
       locations.  The compiler will add a multiarch subdirectory of the
       form PREFIX/MULTIARCH before each directory in the library and crt
       search path.  It will also add two directories
!      `LOCAL_INCLUDE_DIR'/MULTIARCH and
!      `NATIVE_SYSTEM_HEADER_DIR'/MULTIARCH) to the system header search
!      path, respectively before `LOCAL_INCLUDE_DIR' and
!      `NATIVE_SYSTEM_HEADER_DIR'.
  
!      `MULTIARCH_DIRNAME' is not used for configurations that support
       both multilib and multiarch.  In that case, multiarch names are
!      encoded in `MULTILIB_OSDIRNAMES' instead.
  
       More documentation about multiarch can be found at
!      `https://wiki.debian.org/Multiarch'.
  
! `SPECS'
!      Unfortunately, setting `MULTILIB_EXTRA_OPTS' is not enough, since
       it does not affect the build of target libraries, at least not the
       build of the default multilib.  One possible work-around is to use
!      `DRIVER_SELF_SPECS' to bring options from the `specs' file as if
!      they had been passed in the compiler driver command line.
!      However, you don't want to be adding these options after the
!      toolchain is installed, so you can instead tweak the `specs' file
!      that will be used during the toolchain build, while you still
!      install the original, built-in `specs'.  The trick is to set
!      `SPECS' to some other filename (say `specs.install'), that will
!      then be created out of the built-in specs, and introduce a
!      `Makefile' rule to generate the `specs' file that's going to be
!      used at build time out of your `specs.install'.
  
! `T_CFLAGS'
       These are extra flags to pass to the C compiler.  They are used
       both when building GCC, and when compiling things with the
       just-built GCC.  This variable is deprecated and should not be
*************** File: gccint.info,  Node: Host Fragment,
*** 39731,39809 ****
  19.2 Host Makefile Fragments
  ============================
  
! The use of 'x-HOST' fragments is discouraged.  You should only use it
  for makefile dependencies.
  
  
  File: gccint.info,  Node: Collect2,  Next: Header Dirs,  Prev: Fragments,  Up: Top
  
! 20 'collect2'
  *************
  
! GCC uses a utility called 'collect2' on nearly all systems to arrange to
! call various initialization functions at start time.
  
!  The program 'collect2' works by linking the program once and looking
  through the linker output file for symbols with particular names
  indicating they are constructor functions.  If it finds any, it creates
! a new temporary '.c' file containing a table of them, compiles it, and
  links the program a second time including that file.
  
   The actual calls to the constructors are carried out by a subroutine
! called '__main', which is called (automatically) at the beginning of the
! body of 'main' (provided 'main' was compiled with GNU CC).  Calling
! '__main' is necessary, even when compiling C code, to allow linking C
! and C++ object code together.  (If you use '-nostdlib', you get an
! unresolved reference to '__main', since it's defined in the standard GCC
! library.  Include '-lgcc' at the end of your compiler command line to
! resolve this reference.)
  
!  The program 'collect2' is installed as 'ld' in the directory where the
! passes of the compiler are installed.  When 'collect2' needs to find the
! _real_ 'ld', it tries the following file names:
  
     * a hard coded linker file name, if GCC was configured with the
!      '--with-ld' option.
  
!    * 'real-ld' in the directories listed in the compiler's search
       directories.
  
!    * 'real-ld' in the directories listed in the environment variable
!      'PATH'.
  
!    * The file specified in the 'REAL_LD_FILE_NAME' configuration macro,
       if specified.
  
!    * 'ld' in the compiler's search directories, except that 'collect2'
       will not execute itself recursively.
  
!    * 'ld' in 'PATH'.
  
   "The compiler's search directories" means all the directories where
! 'gcc' searches for passes of the compiler.  This includes directories
! that you specify with '-B'.
  
   Cross-compilers search a little differently:
  
!    * 'real-ld' in the compiler's search directories.
  
!    * 'TARGET-real-ld' in 'PATH'.
  
!    * The file specified in the 'REAL_LD_FILE_NAME' configuration macro,
       if specified.
  
!    * 'ld' in the compiler's search directories.
  
!    * 'TARGET-ld' in 'PATH'.
  
!  'collect2' explicitly avoids running 'ld' using the file name under
! which 'collect2' itself was invoked.  In fact, it remembers up a list of
! such names--in case one copy of 'collect2' finds another copy (or
! version) of 'collect2' installed as 'ld' in a second place in the search
! path.
  
!  'collect2' searches for the utilities 'nm' and 'strip' using the same
! algorithm as above for 'ld'.
  
  
  File: gccint.info,  Node: Header Dirs,  Next: Type Information,  Prev: Collect2,  Up: Top
--- 40175,40253 ----
  19.2 Host Makefile Fragments
  ============================
  
! The use of `x-HOST' fragments is discouraged.  You should only use it
  for makefile dependencies.
  
  
  File: gccint.info,  Node: Collect2,  Next: Header Dirs,  Prev: Fragments,  Up: Top
  
! 20 `collect2'
  *************
  
! GCC uses a utility called `collect2' on nearly all systems to arrange
! to call various initialization functions at start time.
  
!  The program `collect2' works by linking the program once and looking
  through the linker output file for symbols with particular names
  indicating they are constructor functions.  If it finds any, it creates
! a new temporary `.c' file containing a table of them, compiles it, and
  links the program a second time including that file.
  
   The actual calls to the constructors are carried out by a subroutine
! called `__main', which is called (automatically) at the beginning of
! the body of `main' (provided `main' was compiled with GNU CC).  Calling
! `__main' is necessary, even when compiling C code, to allow linking C
! and C++ object code together.  (If you use `-nostdlib', you get an
! unresolved reference to `__main', since it's defined in the standard
! GCC library.  Include `-lgcc' at the end of your compiler command line
! to resolve this reference.)
  
!  The program `collect2' is installed as `ld' in the directory where the
! passes of the compiler are installed.  When `collect2' needs to find
! the _real_ `ld', it tries the following file names:
  
     * a hard coded linker file name, if GCC was configured with the
!      `--with-ld' option.
  
!    * `real-ld' in the directories listed in the compiler's search
       directories.
  
!    * `real-ld' in the directories listed in the environment variable
!      `PATH'.
  
!    * The file specified in the `REAL_LD_FILE_NAME' configuration macro,
       if specified.
  
!    * `ld' in the compiler's search directories, except that `collect2'
       will not execute itself recursively.
  
!    * `ld' in `PATH'.
  
   "The compiler's search directories" means all the directories where
! `gcc' searches for passes of the compiler.  This includes directories
! that you specify with `-B'.
  
   Cross-compilers search a little differently:
  
!    * `real-ld' in the compiler's search directories.
  
!    * `TARGET-real-ld' in `PATH'.
  
!    * The file specified in the `REAL_LD_FILE_NAME' configuration macro,
       if specified.
  
!    * `ld' in the compiler's search directories.
  
!    * `TARGET-ld' in `PATH'.
  
!  `collect2' explicitly avoids running `ld' using the file name under
! which `collect2' itself was invoked.  In fact, it remembers up a list
! of such names--in case one copy of `collect2' finds another copy (or
! version) of `collect2' installed as `ld' in a second place in the
! search path.
  
!  `collect2' searches for the utilities `nm' and `strip' using the same
! algorithm as above for `ld'.
  
  
  File: gccint.info,  Node: Header Dirs,  Next: Type Information,  Prev: Collect2,  Up: Top
*************** File: gccint.info,  Node: Header Dirs,
*** 39811,39839 ****
  21 Standard Header File Directories
  ***********************************
  
! 'GCC_INCLUDE_DIR' means the same thing for native and cross.  It is
  where GCC stores its private include files, and also where GCC stores
! the fixed include files.  A cross compiled GCC runs 'fixincludes' on the
! header files in '$(tooldir)/include'.  (If the cross compilation header
! files need to be fixed, they must be installed before GCC is built.  If
! the cross compilation header files are already suitable for GCC, nothing
! special need be done).
  
!  'GPLUSPLUS_INCLUDE_DIR' means the same thing for native and cross.  It
! is where 'g++' looks first for header files.  The C++ library installs
  only target independent header files in that directory.
  
!  'LOCAL_INCLUDE_DIR' is used only by native compilers.  GCC doesn't
! install anything there.  It is normally '/usr/local/include'.  This is
  where local additions to a packaged system should place header files.
  
!  'CROSS_INCLUDE_DIR' is used only by cross compilers.  GCC doesn't
  install anything there.
  
!  'TOOL_INCLUDE_DIR' is used for both native and cross compilers.  It is
  the place for other packages to install header files that GCC will use.
! For a cross-compiler, this is the equivalent of '/usr/include'.  When
! you build a cross-compiler, 'fixincludes' processes any header files in
  this directory.
  
  
--- 40255,40283 ----
  21 Standard Header File Directories
  ***********************************
  
! `GCC_INCLUDE_DIR' means the same thing for native and cross.  It is
  where GCC stores its private include files, and also where GCC stores
! the fixed include files.  A cross compiled GCC runs `fixincludes' on
! the header files in `$(tooldir)/include'.  (If the cross compilation
! header files need to be fixed, they must be installed before GCC is
! built.  If the cross compilation header files are already suitable for
! GCC, nothing special need be done).
  
!  `GPLUSPLUS_INCLUDE_DIR' means the same thing for native and cross.  It
! is where `g++' looks first for header files.  The C++ library installs
  only target independent header files in that directory.
  
!  `LOCAL_INCLUDE_DIR' is used only by native compilers.  GCC doesn't
! install anything there.  It is normally `/usr/local/include'.  This is
  where local additions to a packaged system should place header files.
  
!  `CROSS_INCLUDE_DIR' is used only by cross compilers.  GCC doesn't
  install anything there.
  
!  `TOOL_INCLUDE_DIR' is used for both native and cross compilers.  It is
  the place for other packages to install header files that GCC will use.
! For a cross-compiler, this is the equivalent of `/usr/include'.  When
! you build a cross-compiler, `fixincludes' processes any header files in
  this directory.
  
  
*************** implement precompiled headers.
*** 39849,39872 ****
  
   A full C++ parser would be too complicated for this task, so a limited
  subset of C++ is interpreted and special markers are used to determine
! what parts of the source to look at.  All 'struct', 'union' and
! 'template' structure declarations that define data structures that are
  allocated under control of the garbage collector must be marked.  All
  global variables that hold pointers to garbage-collected memory must
! also be marked.  Finally, all global variables that need to be saved and
! restored by a precompiled header must be marked.  (The precompiled
  header mechanism can only save static variables if they're scalar.
! Complex data structures must be allocated in garbage-collected memory to
! be saved in a precompiled header.)
  
   The full format of a marker is
       GTY (([OPTION] [(PARAM)], [OPTION] [(PARAM)] ...))
! but in most cases no options are needed.  The outer double parentheses
! are still necessary, though: 'GTY(())'.  Markers can appear:
  
     * In a structure definition, before the open brace;
!    * In a global variable declaration, after the keyword 'static' or
!      'extern'; and
     * In a structure field definition, before the name of the field.
  
   Here are some examples of marking simple data structures and globals.
--- 40293,40318 ----
  
   A full C++ parser would be too complicated for this task, so a limited
  subset of C++ is interpreted and special markers are used to determine
! what parts of the source to look at.  All `struct', `union' and
! `template' structure declarations that define data structures that are
  allocated under control of the garbage collector must be marked.  All
  global variables that hold pointers to garbage-collected memory must
! also be marked.  Finally, all global variables that need to be saved
! and restored by a precompiled header must be marked.  (The precompiled
  header mechanism can only save static variables if they're scalar.
! Complex data structures must be allocated in garbage-collected memory
! to be saved in a precompiled header.)
  
   The full format of a marker is
       GTY (([OPTION] [(PARAM)], [OPTION] [(PARAM)] ...))
!  but in most cases no options are needed.  The outer double parentheses
! are still necessary, though: `GTY(())'.  Markers can appear:
  
     * In a structure definition, before the open brace;
! 
!    * In a global variable declaration, after the keyword `static' or
!      `extern'; and
! 
     * In a structure field definition, before the name of the field.
  
   Here are some examples of marking simple data structures and globals.
*************** are still necessary, though: 'GTY(())'.
*** 39884,39912 ****
       static GTY(()) struct TAG *LIST;   /* points to GC memory */
       static GTY(()) int COUNTER;        /* save counter in a PCH */
  
!  The parser understands simple typedefs such as 'typedef struct TAG
! *NAME;' and 'typedef int NAME;'.  These don't need to be marked.
  
!  Since 'gengtype''s understanding of C++ is limited, there are several
  constructs and declarations that are not supported inside
  classes/structures marked for automatic GC code generation.  The
! following C++ constructs produce a 'gengtype' error on
  structures/classes marked for automatic GC code generation:
  
     * Type definitions inside classes/structures are not supported.
     * Enumerations inside classes/structures are not supported.
  
!  If you have a class or structure using any of the above constructs, you
! need to mark that class as 'GTY ((user))' and provide your own marking
! routines (see section *note User GC:: for details).
  
   It is always valid to include function definitions inside classes.
! Those are always ignored by 'gengtype', as it only cares about data
  members.
  
  * Menu:
  
! * GTY Options::         What goes inside a 'GTY(())'.
  * Inheritance and GTY:: Adding GTY to a class hierarchy.
  * User GC::		Adding user-provided GC marking routines.
  * GGC Roots::           Making global variables GGC roots.
--- 40330,40359 ----
       static GTY(()) struct TAG *LIST;   /* points to GC memory */
       static GTY(()) int COUNTER;        /* save counter in a PCH */
  
!  The parser understands simple typedefs such as `typedef struct TAG
! *NAME;' and `typedef int NAME;'.  These don't need to be marked.
  
!  Since `gengtype''s understanding of C++ is limited, there are several
  constructs and declarations that are not supported inside
  classes/structures marked for automatic GC code generation.  The
! following C++ constructs produce a `gengtype' error on
  structures/classes marked for automatic GC code generation:
  
     * Type definitions inside classes/structures are not supported.
+ 
     * Enumerations inside classes/structures are not supported.
  
!  If you have a class or structure using any of the above constructs,
! you need to mark that class as `GTY ((user))' and provide your own
! marking routines (see section *note User GC:: for details).
  
   It is always valid to include function definitions inside classes.
! Those are always ignored by `gengtype', as it only cares about data
  members.
  
  * Menu:
  
! * GTY Options::         What goes inside a `GTY(())'.
  * Inheritance and GTY:: Adding GTY to a class hierarchy.
  * User GC::		Adding user-provided GC marking routines.
  * GGC Roots::           Making global variables GGC roots.
*************** members.
*** 39917,39945 ****
  
  File: gccint.info,  Node: GTY Options,  Next: Inheritance and GTY,  Up: Type Information
  
! 22.1 The Inside of a 'GTY(())'
  ==============================
  
! Sometimes the C code is not enough to fully describe the type structure.
! Extra information can be provided with 'GTY' options and additional
! markers.  Some options take a parameter, which may be either a string or
! a type name, depending on the parameter.  If an option takes no
! parameter, it is acceptable either to omit the parameter entirely, or to
! provide an empty string as a parameter.  For example, 'GTY ((skip))' and
! 'GTY ((skip ("")))' are equivalent.
  
   When the parameter is a string, often it is a fragment of C code.  Four
  special escapes may be used in these strings, to refer to pieces of the
  data structure being marked:
  
! '%h'
       The current structure.
! '%1'
       The structure that immediately contains the current structure.
! '%0'
       The outermost structure that contains the current structure.
! '%a'
!      A partial expression of the form '[i1][i2]...' that indexes the
       array item currently being marked.
  
   For instance, suppose that you have a structure of the form
--- 40364,40395 ----
  
  File: gccint.info,  Node: GTY Options,  Next: Inheritance and GTY,  Up: Type Information
  
! 22.1 The Inside of a `GTY(())'
  ==============================
  
! Sometimes the C code is not enough to fully describe the type
! structure.  Extra information can be provided with `GTY' options and
! additional markers.  Some options take a parameter, which may be either
! a string or a type name, depending on the parameter.  If an option
! takes no parameter, it is acceptable either to omit the parameter
! entirely, or to provide an empty string as a parameter.  For example,
! `GTY ((skip))' and `GTY ((skip ("")))' are equivalent.
  
   When the parameter is a string, often it is a fragment of C code.  Four
  special escapes may be used in these strings, to refer to pieces of the
  data structure being marked:
  
! `%h'
       The current structure.
! 
! `%1'
       The structure that immediately contains the current structure.
! 
! `%0'
       The outermost structure that contains the current structure.
! 
! `%a'
!      A partial expression of the form `[i1][i2]...' that indexes the
       array item currently being marked.
  
   For instance, suppose that you have a structure of the form
*************** data structure being marked:
*** 39949,39957 ****
       struct B {
         struct A foo[12];
       };
! and 'b' is a variable of type 'struct B'.  When marking 'b.foo[11]',
! '%h' would expand to 'b.foo[11]', '%0' and '%1' would both expand to
! 'b', and '%a' would expand to '[11]'.
  
   As in ordinary C, adjacent strings will be concatenated; this is
  helpful when you have a complicated expression.
--- 40399,40407 ----
       struct B {
         struct A foo[12];
       };
!  and `b' is a variable of type `struct B'.  When marking `b.foo[11]',
! `%h' would expand to `b.foo[11]', `%0' and `%1' would both expand to
! `b', and `%a' would expand to `[11]'.
  
   As in ordinary C, adjacent strings will be concatenated; this is
  helpful when you have a complicated expression.
*************** helpful when you have a complicated expr
*** 39961,39968 ****
  
   The available options are:
  
! 'length ("EXPRESSION")'
! 
       There are two places the type machinery will need to be explicitly
       told the length of an array of non-atomic objects.  The first case
       is when a structure ends in a variable-length array, like this:
--- 40411,40417 ----
  
   The available options are:
  
! `length ("EXPRESSION")'
       There are two places the type machinery will need to be explicitly
       told the length of an array of non-atomic objects.  The first case
       is when a structure ends in a variable-length array, like this:
*************** helpful when you have a complicated expr
*** 39971,40024 ****
              rtx GTY ((length ("%h.num_elem"))) elem[1];
            };
  
!      In this case, the 'length' option is used to override the specified
!      array length (which should usually be '1').  The parameter of the
       option is a fragment of C code that calculates the length.
  
       The second case is when a structure or a global variable contains a
       pointer to an array, like this:
            struct gimple_omp_for_iter * GTY((length ("%h.collapse"))) iter;
!      In this case, 'iter' has been allocated by writing something like
              x->iter = ggc_alloc_cleared_vec_gimple_omp_for_iter (collapse);
!      and the 'collapse' provides the length of the field.
! 
!      This second use of 'length' also works on global variables, like:
!      static GTY((length("reg_known_value_size"))) rtx *reg_known_value;
  
!      Note that the 'length' option is only meant for use with arrays of
!      non-atomic objects, that is, objects that contain pointers pointing
!      to other GTY-managed objects.  For other GC-allocated arrays and
!      strings you should use 'atomic'.
  
! 'skip'
  
!      If 'skip' is applied to a field, the type machinery will ignore it.
       This is somewhat dangerous; the only safe use is in a union when
       one field really isn't ever used.
  
! 'for_user'
! 
       Use this to mark types that need to be marked by user gc routines,
!      but are not refered to in a template argument.  So if you have some
!      user gc type T1 and a non user gc type T2 you can give T2 the
       for_user option so that the marking functions for T1 can call non
       mangled functions to mark T2.
  
! 'desc ("EXPRESSION")'
! 'tag ("CONSTANT")'
! 'default'
! 
!      The type machinery needs to be told which field of a 'union' is
       currently active.  This is done by giving each field a constant
!      'tag' value, and then specifying a discriminator using 'desc'.  The
!      value of the expression given by 'desc' is compared against each
!      'tag' value, each of which should be different.  If no 'tag' is
!      matched, the field marked with 'default' is used if there is one,
!      otherwise no field in the union will be marked.
  
!      In the 'desc' option, the "current structure" is the union that it
!      discriminates.  Use '%1' to mean the structure containing it.
!      There are no escapes available to the 'tag' option, since it is a
       constant.
  
       For example,
--- 40420,40469 ----
              rtx GTY ((length ("%h.num_elem"))) elem[1];
            };
  
!      In this case, the `length' option is used to override the specified
!      array length (which should usually be `1').  The parameter of the
       option is a fragment of C code that calculates the length.
  
       The second case is when a structure or a global variable contains a
       pointer to an array, like this:
            struct gimple_omp_for_iter * GTY((length ("%h.collapse"))) iter;
!      In this case, `iter' has been allocated by writing something like
              x->iter = ggc_alloc_cleared_vec_gimple_omp_for_iter (collapse);
!      and the `collapse' provides the length of the field.
  
!      This second use of `length' also works on global variables, like: static GTY((length("reg_known_value_size"))) rtx *reg_known_value;
  
!      Note that the `length' option is only meant for use with arrays of
!      non-atomic objects, that is, objects that contain pointers
!      pointing to other GTY-managed objects.  For other GC-allocated
!      arrays and strings you should use `atomic'.
  
! `skip'
!      If `skip' is applied to a field, the type machinery will ignore it.
       This is somewhat dangerous; the only safe use is in a union when
       one field really isn't ever used.
  
! `for_user'
       Use this to mark types that need to be marked by user gc routines,
!      but are not refered to in a template argument.  So if you have
!      some user gc type T1 and a non user gc type T2 you can give T2 the
       for_user option so that the marking functions for T1 can call non
       mangled functions to mark T2.
  
! `desc ("EXPRESSION")'
! `tag ("CONSTANT")'
! `default'
!      The type machinery needs to be told which field of a `union' is
       currently active.  This is done by giving each field a constant
!      `tag' value, and then specifying a discriminator using `desc'.
!      The value of the expression given by `desc' is compared against
!      each `tag' value, each of which should be different.  If no `tag'
!      is matched, the field marked with `default' is used if there is
!      one, otherwise no field in the union will be marked.
  
!      In the `desc' option, the "current structure" is the union that it
!      discriminates.  Use `%1' to mean the structure containing it.
!      There are no escapes available to the `tag' option, since it is a
       constant.
  
       For example,
*************** helpful when you have a complicated expr
*** 40033,40070 ****
            };
  
       In this example, the value of BINDING_HAS_LEVEL_P when applied to a
!      'struct tree_binding *' is presumed to be 0 or 1.  If 1, the type
!      mechanism will treat the field 'level' as being present and if 0,
!      will treat the field 'scope' as being present.
  
!      The 'desc' and 'tag' options can also be used for inheritance to
       denote which subclass an instance is.  See *note Inheritance and
       GTY:: for more information.
  
! 'cache'
! 
!      When the 'cache' option is applied to a global variable
       gt_clear_cache is called on that variable between the mark and
!      sweep phases of garbage collection.  The gt_clear_cache function is
!      free to mark blocks as used, or to clear pointers in the variable.
! 
! 'deletable'
  
!      'deletable', when applied to a global variable, indicates that when
       garbage collection runs, there's no need to mark anything pointed
!      to by this variable, it can just be set to 'NULL' instead.  This is
!      used to keep a list of free structures around for re-use.
! 
! 'maybe_undef'
  
!      When applied to a field, 'maybe_undef' indicates that it's OK if
       the structure that this fields points to is never defined, so long
!      as this field is always 'NULL'.  This is used to avoid requiring
       backends to define certain optional structures.  It doesn't work
       with language frontends.
  
! 'nested_ptr (TYPE, "TO EXPRESSION", "FROM EXPRESSION")'
! 
       The type machinery expects all pointers to point to the start of an
       object.  Sometimes for abstraction purposes it's convenient to have
       a pointer which points inside an object.  So long as it's possible
--- 40478,40512 ----
            };
  
       In this example, the value of BINDING_HAS_LEVEL_P when applied to a
!      `struct tree_binding *' is presumed to be 0 or 1.  If 1, the type
!      mechanism will treat the field `level' as being present and if 0,
!      will treat the field `scope' as being present.
  
!      The `desc' and `tag' options can also be used for inheritance to
       denote which subclass an instance is.  See *note Inheritance and
       GTY:: for more information.
  
! `cache'
!      When the `cache' option is applied to a global variable
       gt_clear_cache is called on that variable between the mark and
!      sweep phases of garbage collection.  The gt_clear_cache function
!      is free to mark blocks as used, or to clear pointers in the
!      variable.
  
! `deletable'
!      `deletable', when applied to a global variable, indicates that when
       garbage collection runs, there's no need to mark anything pointed
!      to by this variable, it can just be set to `NULL' instead.  This
!      is used to keep a list of free structures around for re-use.
  
! `maybe_undef'
!      When applied to a field, `maybe_undef' indicates that it's OK if
       the structure that this fields points to is never defined, so long
!      as this field is always `NULL'.  This is used to avoid requiring
       backends to define certain optional structures.  It doesn't work
       with language frontends.
  
! `nested_ptr (TYPE, "TO EXPRESSION", "FROM EXPRESSION")'
       The type machinery expects all pointers to point to the start of an
       object.  Sometimes for abstraction purposes it's convenient to have
       a pointer which points inside an object.  So long as it's possible
*************** helpful when you have a complicated expr
*** 40072,40168 ****
       pointers can still be used.  TYPE is the type of the original
       object, the TO EXPRESSION returns the pointer given the original
       object, and the FROM EXPRESSION returns the original object given
!      the pointer.  The pointer will be available using the '%h' escape.
! 
! 'chain_next ("EXPRESSION")'
! 'chain_prev ("EXPRESSION")'
! 'chain_circular ("EXPRESSION")'
  
       It's helpful for the type machinery to know if objects are often
       chained together in long lists; this lets it generate code that
       uses less stack space by iterating along the list instead of
!      recursing down it.  'chain_next' is an expression for the next item
!      in the list, 'chain_prev' is an expression for the previous item.
!      For singly linked lists, use only 'chain_next'; for doubly linked
!      lists, use both.  The machinery requires that taking the next item
!      of the previous item gives the original item.  'chain_circular' is
!      similar to 'chain_next', but can be used for circular single linked
!      lists.
! 
! 'reorder ("FUNCTION NAME")'
  
       Some data structures depend on the relative ordering of pointers.
       If the precompiled header machinery needs to change that ordering,
!      it will call the function referenced by the 'reorder' option,
!      before changing the pointers in the object that's pointed to by the
!      field the option applies to.  The function must take four
       arguments, with the signature
!      'void *, void *, gt_pointer_operator, void *'.  The first parameter
!      is a pointer to the structure that contains the object being
!      updated, or the object itself if there is no containing structure.
!      The second parameter is a cookie that should be ignored.  The third
!      parameter is a routine that, given a pointer, will update it to its
!      correct new value.  The fourth parameter is a cookie that must be
!      passed to the second parameter.
  
       PCH cannot handle data structures that depend on the absolute
!      values of pointers.  'reorder' functions can be expensive.  When
!      possible, it is better to depend on properties of the data, like an
!      ID number or the hash of a string instead.
! 
! 'atomic'
  
!      The 'atomic' option can only be used with pointers.  It informs the
!      GC machinery that the memory that the pointer points to does not
!      contain any pointers, and hence it should be treated by the GC and
!      PCH machinery as an "atomic" block of memory that does not need to
!      be examined when scanning memory for pointers.  In particular, the
!      machinery will not scan that memory for pointers to mark them as
!      reachable (when marking pointers for GC) or to relocate them (when
!      writing a PCH file).
  
!      The 'atomic' option differs from the 'skip' option.  'atomic' keeps
!      the memory under Garbage Collection, but makes the GC ignore the
!      contents of the memory.  'skip' is more drastic in that it causes
!      the pointer and the memory to be completely ignored by the Garbage
!      Collector.  So, memory marked as 'atomic' is automatically freed
!      when no longer reachable, while memory marked as 'skip' is not.
  
!      The 'atomic' option must be used with great care, because all sorts
!      of problem can occur if used incorrectly, that is, if the memory
!      the pointer points to does actually contain a pointer.
  
       Here is an example of how to use it:
            struct GTY(()) my_struct {
              int number_of_elements;
              unsigned int * GTY ((atomic)) elements;
            };
!      In this case, 'elements' is a pointer under GC, and the memory it
       points to needs to be allocated using the Garbage Collector, and
       will be freed automatically by the Garbage Collector when it is no
!      longer referenced.  But the memory that the pointer points to is an
!      array of 'unsigned int' elements, and the GC must not try to scan
!      it to find pointers to mark or relocate, which is why it is marked
!      with the 'atomic' option.
  
       Note that, currently, global variables can not be marked with
!      'atomic'; only fields of a struct can.  This is a known limitation.
!      It would be useful to be able to mark global pointers with 'atomic'
!      to make the PCH machinery aware of them so that they are saved and
!      restored correctly to PCH files.
! 
! 'special ("NAME")'
  
!      The 'special' option is used to mark types that have to be dealt
       with by special case machinery.  The parameter is the name of the
!      special case.  See 'gengtype.c' for further details.  Avoid adding
       new special cases unless there is no other alternative.
  
! 'user'
! 
!      The 'user' option indicates that the code to mark structure fields
!      is completely handled by user-provided routines.  See section *note
!      User GC:: for details on what functions need to be provided.
  
  
  File: gccint.info,  Node: Inheritance and GTY,  Next: User GC,  Prev: GTY Options,  Up: Type Information
--- 40514,40606 ----
       pointers can still be used.  TYPE is the type of the original
       object, the TO EXPRESSION returns the pointer given the original
       object, and the FROM EXPRESSION returns the original object given
!      the pointer.  The pointer will be available using the `%h' escape.
  
+ `chain_next ("EXPRESSION")'
+ `chain_prev ("EXPRESSION")'
+ `chain_circular ("EXPRESSION")'
       It's helpful for the type machinery to know if objects are often
       chained together in long lists; this lets it generate code that
       uses less stack space by iterating along the list instead of
!      recursing down it.  `chain_next' is an expression for the next
!      item in the list, `chain_prev' is an expression for the previous
!      item.  For singly linked lists, use only `chain_next'; for doubly
!      linked lists, use both.  The machinery requires that taking the
!      next item of the previous item gives the original item.
!      `chain_circular' is similar to `chain_next', but can be used for
!      circular single linked lists.
  
+ `reorder ("FUNCTION NAME")'
       Some data structures depend on the relative ordering of pointers.
       If the precompiled header machinery needs to change that ordering,
!      it will call the function referenced by the `reorder' option,
!      before changing the pointers in the object that's pointed to by
!      the field the option applies to.  The function must take four
       arguments, with the signature
!      `void *, void *, gt_pointer_operator, void *'.  The first
!      parameter is a pointer to the structure that contains the object
!      being updated, or the object itself if there is no containing
!      structure.  The second parameter is a cookie that should be
!      ignored.  The third parameter is a routine that, given a pointer,
!      will update it to its correct new value.  The fourth parameter is
!      a cookie that must be passed to the second parameter.
  
       PCH cannot handle data structures that depend on the absolute
!      values of pointers.  `reorder' functions can be expensive.  When
!      possible, it is better to depend on properties of the data, like
!      an ID number or the hash of a string instead.
  
! `atomic'
!      The `atomic' option can only be used with pointers.  It informs
!      the GC machinery that the memory that the pointer points to does
!      not contain any pointers, and hence it should be treated by the GC
!      and PCH machinery as an "atomic" block of memory that does not
!      need to be examined when scanning memory for pointers.  In
!      particular, the machinery will not scan that memory for pointers
!      to mark them as reachable (when marking pointers for GC) or to
!      relocate them (when writing a PCH file).
  
!      The `atomic' option differs from the `skip' option.  `atomic'
!      keeps the memory under Garbage Collection, but makes the GC ignore
!      the contents of the memory.  `skip' is more drastic in that it
!      causes the pointer and the memory to be completely ignored by the
!      Garbage Collector.  So, memory marked as `atomic' is automatically
!      freed when no longer reachable, while memory marked as `skip' is
!      not.
  
!      The `atomic' option must be used with great care, because all
!      sorts of problem can occur if used incorrectly, that is, if the
!      memory the pointer points to does actually contain a pointer.
  
       Here is an example of how to use it:
            struct GTY(()) my_struct {
              int number_of_elements;
              unsigned int * GTY ((atomic)) elements;
            };
!      In this case, `elements' is a pointer under GC, and the memory it
       points to needs to be allocated using the Garbage Collector, and
       will be freed automatically by the Garbage Collector when it is no
!      longer referenced.  But the memory that the pointer points to is
!      an array of `unsigned int' elements, and the GC must not try to
!      scan it to find pointers to mark or relocate, which is why it is
!      marked with the `atomic' option.
  
       Note that, currently, global variables can not be marked with
!      `atomic'; only fields of a struct can.  This is a known
!      limitation.  It would be useful to be able to mark global pointers
!      with `atomic' to make the PCH machinery aware of them so that they
!      are saved and restored correctly to PCH files.
  
! `special ("NAME")'
!      The `special' option is used to mark types that have to be dealt
       with by special case machinery.  The parameter is the name of the
!      special case.  See `gengtype.c' for further details.  Avoid adding
       new special cases unless there is no other alternative.
  
! `user'
!      The `user' option indicates that the code to mark structure fields
!      is completely handled by user-provided routines.  See section
!      *note User GC:: for details on what functions need to be provided.
  
  
  File: gccint.info,  Node: Inheritance and GTY,  Next: User GC,  Prev: GTY Options,  Up: Type Information
*************** this to have gengtype autogenerate marki
*** 40176,40182 ****
--- 40614,40622 ----
     * There must be a concrete base class, with a discriminator
       expression that can be used to identify which subclass an instance
       is.
+ 
     * Only single inheritance is used.
+ 
     * None of the classes within the hierarchy are templates.
  
   If your class hierarchy does not fit in this pattern, you must use
*************** this to have gengtype autogenerate marki
*** 40186,40192 ****
  "desc" option.  Each concrete subclass must use the "tag" option to
  identify which value of the discriminator it corresponds to.
  
!  Every class in the hierarchy must have a 'GTY(())' marker, as gengtype
  will only attempt to parse classes that have such a marker (1).
  
       class GTY((desc("%h.kind"), tag("0"))) example_base
--- 40626,40632 ----
  "desc" option.  Each concrete subclass must use the "tag" option to
  identify which value of the discriminator it corresponds to.
  
!  Every class in the hierarchy must have a `GTY(())' marker, as gengtype
  will only attempt to parse classes that have such a marker (1).
  
       class GTY((desc("%h.kind"), tag("0"))) example_base
*************** will only attempt to parse classes that
*** 40208,40221 ****
           tree c;
       };
  
!  The generated marking routines for the above will contain a "switch" on
! "kind", visiting all appropriate fields.  For example, if kind is 2, it
! will cast to "some_other_subclass" and visit fields a, b, and c.
  
!    ---------- Footnotes ----------
  
!    (1) Classes lacking such a marker will not be identified as being
! part of the hierarchy, and so the marking routines will not handle them,
  leading to a assertion failure within the marking routines due to an
  unknown tag value (assuming that assertions are enabled).
  
--- 40648,40661 ----
           tree c;
       };
  
!  The generated marking routines for the above will contain a "switch"
! on "kind", visiting all appropriate fields.  For example, if kind is 2,
! it will cast to "some_other_subclass" and visit fields a, b, and c.
  
!  ---------- Footnotes ----------
  
!  (1) Classes lacking such a marker will not be identified as being part
! of the hierarchy, and so the marking routines will not handle them,
  leading to a assertion failure within the marking routines due to an
  unknown tag value (assuming that assertions are enabled).
  
*************** File: gccint.info,  Node: User GC,  Next
*** 40225,40237 ****
  22.3 Support for user-provided GC marking routines
  ==================================================
  
! The garbage collector supports types for which no automatic marking code
! is generated.  For these types, the user is required to provide three
! functions: one to act as a marker for garbage collection, and two
  functions to act as marker and pointer walker for pre-compiled headers.
  
!  Given a structure 'struct GTY((user)) my_struct', the following
! functions should be defined to mark 'my_struct':
  
       void gt_ggc_mx (my_struct *p)
       {
--- 40665,40677 ----
  22.3 Support for user-provided GC marking routines
  ==================================================
  
! The garbage collector supports types for which no automatic marking
! code is generated.  For these types, the user is required to provide
! three functions: one to act as a marker for garbage collection, and two
  functions to act as marker and pointer walker for pre-compiled headers.
  
!  Given a structure `struct GTY((user)) my_struct', the following
! functions should be defined to mark `my_struct':
  
       void gt_ggc_mx (my_struct *p)
       {
*************** functions should be defined to mark 'my_
*** 40251,40278 ****
         op (&(tp->fld), cookie);
       }
  
!  In general, each marker 'M' should call 'M' for every pointer field in
  the structure.  Fields that are not allocated in GC or are not pointers
  must be ignored.
  
!  For embedded lists (e.g., structures with a 'next' or 'prev' pointer),
  the marker must follow the chain and mark every element in it.
  
!  Note that the rules for the pointer walker 'gt_pch_nx (my_struct *,
! gt_pointer_operator, void *)' are slightly different.  In this case, the
! operation 'op' must be applied to the _address_ of every pointer field.
  
  22.3.1 User-provided marking routines for template types
  --------------------------------------------------------
  
! When a template type 'TP' is marked with 'GTY', all instances of that
! type are considered user-provided types.  This means that the individual
! instances of 'TP' do not need to be marked with 'GTY'.  The user needs
! to provide template functions to mark all the fields of the type.
  
!  The following code snippets represent all the functions that need to be
! provided.  Note that type 'TP' may reference to more than one type.  In
! these snippets, there is only one type 'T', but there could be more.
  
       template<typename T>
       void gt_ggc_mx (TP<T> *tp)
--- 40691,40720 ----
         op (&(tp->fld), cookie);
       }
  
!  In general, each marker `M' should call `M' for every pointer field in
  the structure.  Fields that are not allocated in GC or are not pointers
  must be ignored.
  
!  For embedded lists (e.g., structures with a `next' or `prev' pointer),
  the marker must follow the chain and mark every element in it.
  
!  Note that the rules for the pointer walker `gt_pch_nx (my_struct *,
! gt_pointer_operator, void *)' are slightly different.  In this case,
! the operation `op' must be applied to the _address_ of every pointer
! field.
  
  22.3.1 User-provided marking routines for template types
  --------------------------------------------------------
  
! When a template type `TP' is marked with `GTY', all instances of that
! type are considered user-provided types.  This means that the
! individual instances of `TP' do not need to be marked with `GTY'.  The
! user needs to provide template functions to mark all the fields of the
! type.
  
!  The following code snippets represent all the functions that need to
! be provided. Note that type `TP' may reference to more than one type.
! In these snippets, there is only one type `T', but there could be more.
  
       template<typename T>
       void gt_ggc_mx (TP<T> *tp)
*************** these snippets, there is only one type '
*** 40310,40327 ****
         gt_pch_nx (&(tp->fld), op, cookie);
       }
  
!  Support for user-defined types is currently limited.  The following
  restrictions apply:
  
!   1. Type 'TP' and all the argument types 'T' must be marked with 'GTY'.
  
!   2. Type 'TP' can only have type names in its argument list.
  
!   3. The pointer walker functions are different for 'TP<T>' and 'TP<T
!      *>'.  In the case of 'TP<T>', references to 'T' must be handled by
!      calling 'gt_pch_nx' (which will, in turn, walk all the pointers
!      inside fields of 'T').  In the case of 'TP<T *>', references to 'T
!      *' must be handled by calling the 'op' function on the address of
       the pointer (see the code snippets above).
  
  
--- 40752,40769 ----
         gt_pch_nx (&(tp->fld), op, cookie);
       }
  
!  Support for user-defined types is currently limited. The following
  restrictions apply:
  
!   1. Type `TP' and all the argument types `T' must be marked with `GTY'.
  
!   2. Type `TP' can only have type names in its argument list.
  
!   3. The pointer walker functions are different for `TP<T>' and `TP<T
!      *>'. In the case of `TP<T>', references to `T' must be handled by
!      calling `gt_pch_nx' (which will, in turn, walk all the pointers
!      inside fields of `T').  In the case of `TP<T *>', references to `T
!      *' must be handled by calling the `op' function on the address of
       the pointer (see the code snippets above).
  
  
*************** In addition to keeping track of types, t
*** 40334,40346 ****
  the global variables ("roots") that the garbage collector starts at.
  Roots must be declared using one of the following syntaxes:
  
!    * 'extern GTY(([OPTIONS])) TYPE NAME;'
!    * 'static GTY(([OPTIONS])) TYPE NAME;'
! The syntax
!    * 'GTY(([OPTIONS])) TYPE NAME;'
! is _not_ accepted.  There should be an 'extern' declaration of such a
  variable in a header somewhere--mark that, not the definition.  Or, if
! the variable is only used in one file, make it 'static'.
  
  
  File: gccint.info,  Node: Files,  Next: Invoking the garbage collector,  Prev: GGC Roots,  Up: Type Information
--- 40776,40789 ----
  the global variables ("roots") that the garbage collector starts at.
  Roots must be declared using one of the following syntaxes:
  
!    * `extern GTY(([OPTIONS])) TYPE NAME;'
! 
!    * `static GTY(([OPTIONS])) TYPE NAME;'
!  The syntax
!    * `GTY(([OPTIONS])) TYPE NAME;'
!  is _not_ accepted.  There should be an `extern' declaration of such a
  variable in a header somewhere--mark that, not the definition.  Or, if
! the variable is only used in one file, make it `static'.
  
  
  File: gccint.info,  Node: Files,  Next: Invoking the garbage collector,  Prev: GGC Roots,  Up: Type Information
*************** File: gccint.info,  Node: Files,  Next:
*** 40348,40402 ****
  22.5 Source Files Containing Type Information
  =============================================
  
! Whenever you add 'GTY' markers to a source file that previously had
! none, or create a new source file containing 'GTY' markers, there are
  three things you need to do:
  
    1. You need to add the file to the list of source files the type
       machinery scans.  There are four cases:
  
         a. For a back-end file, this is usually done automatically; if
!           not, you should add it to 'target_gtfiles' in the appropriate
!           port's entries in 'config.gcc'.
  
         b. For files shared by all front ends, add the filename to the
!           'GTFILES' variable in 'Makefile.in'.
  
         c. For files that are part of one front end, add the filename to
!           the 'gtfiles' variable defined in the appropriate
!           'config-lang.in'.  Headers should appear before non-headers in
!           this list.
  
         d. For files that are part of some but not all front ends, add
!           the filename to the 'gtfiles' variable of _all_ the front ends
            that use it.
  
    2. If the file was a header file, you'll need to check that it's
       included in the right place to be visible to the generated files.
!      For a back-end header file, this should be done automatically.  For
!      a front-end header file, it needs to be included by the same file
!      that includes 'gtype-LANG.h'.  For other header files, it needs to
!      be included in 'gtype-desc.c', which is a generated file, so add it
!      to 'ifiles' in 'open_base_file' in 'gengtype.c'.
  
       For source files that aren't header files, the machinery will
       generate a header file that should be included in the source file
!      you just changed.  The file will be called 'gt-PATH.h' where PATH
!      is the pathname relative to the 'gcc' directory with slashes
       replaced by -, so for example the header file to be included in
!      'cp/parser.c' is called 'gt-cp-parser.c'.  The generated header
       file should be included after everything else in the source file.
       Don't forget to mention this file as a dependency in the
!      'Makefile'!
  
   For language frontends, there is another file that needs to be included
! somewhere.  It will be called 'gtype-LANG.h', where LANG is the name of
  the subdirectory the language is contained in.
  
!  Plugins can add additional root tables.  Run the 'gengtype' utility in
! plugin mode as 'gengtype -P pluginout.h SOURCE-DIR FILE-LIST PLUGIN*.C'
! with your plugin files PLUGIN*.C using 'GTY' to generate the PLUGINOUT.H
! file.  The GCC build tree is needed to be present in that mode.
  
  
  File: gccint.info,  Node: Invoking the garbage collector,  Next: Troubleshooting,  Prev: Files,  Up: Type Information
--- 40791,40847 ----
  22.5 Source Files Containing Type Information
  =============================================
  
! Whenever you add `GTY' markers to a source file that previously had
! none, or create a new source file containing `GTY' markers, there are
  three things you need to do:
  
    1. You need to add the file to the list of source files the type
       machinery scans.  There are four cases:
  
         a. For a back-end file, this is usually done automatically; if
!           not, you should add it to `target_gtfiles' in the appropriate
!           port's entries in `config.gcc'.
  
         b. For files shared by all front ends, add the filename to the
!           `GTFILES' variable in `Makefile.in'.
  
         c. For files that are part of one front end, add the filename to
!           the `gtfiles' variable defined in the appropriate
!           `config-lang.in'.  Headers should appear before non-headers
!           in this list.
  
         d. For files that are part of some but not all front ends, add
!           the filename to the `gtfiles' variable of _all_ the front ends
            that use it.
  
    2. If the file was a header file, you'll need to check that it's
       included in the right place to be visible to the generated files.
!      For a back-end header file, this should be done automatically.
!      For a front-end header file, it needs to be included by the same
!      file that includes `gtype-LANG.h'.  For other header files, it
!      needs to be included in `gtype-desc.c', which is a generated file,
!      so add it to `ifiles' in `open_base_file' in `gengtype.c'.
  
       For source files that aren't header files, the machinery will
       generate a header file that should be included in the source file
!      you just changed.  The file will be called `gt-PATH.h' where PATH
!      is the pathname relative to the `gcc' directory with slashes
       replaced by -, so for example the header file to be included in
!      `cp/parser.c' is called `gt-cp-parser.c'.  The generated header
       file should be included after everything else in the source file.
       Don't forget to mention this file as a dependency in the
!      `Makefile'!
! 
  
   For language frontends, there is another file that needs to be included
! somewhere.  It will be called `gtype-LANG.h', where LANG is the name of
  the subdirectory the language is contained in.
  
!  Plugins can add additional root tables.  Run the `gengtype' utility in
! plugin mode as `gengtype -P pluginout.h SOURCE-DIR FILE-LIST PLUGIN*.C'
! with your plugin files PLUGIN*.C using `GTY' to generate the
! PLUGINOUT.H file.  The GCC build tree is needed to be present in that
! mode.
  
  
  File: gccint.info,  Node: Invoking the garbage collector,  Next: Troubleshooting,  Prev: Files,  Up: Type Information
*************** File: gccint.info,  Node: Invoking the g
*** 40404,40425 ****
  22.6 How to invoke the garbage collector
  ========================================
  
! The GCC garbage collector GGC is only invoked explicitly.  In contrast
  with many other garbage collectors, it is not implicitly invoked by
! allocation routines when a lot of memory has been consumed.  So the only
! way to have GGC reclaim storage is to call the 'ggc_collect' function
! explicitly.  This call is an expensive operation, as it may have to scan
! the entire heap.  Beware that local variables (on the GCC call stack)
! are not followed by such an invocation (as many other garbage collectors
! do): you should reference all your data from static or external 'GTY'-ed
! variables, and it is advised to call 'ggc_collect' with a shallow call
! stack.  The GGC is an exact mark and sweep garbage collector (so it does
! not scan the call stack for pointers).  In practice GCC passes don't
! often call 'ggc_collect' themselves, because it is called by the pass
! manager between passes.
  
!  At the time of the 'ggc_collect' call all pointers in the GC-marked
! structures must be valid or 'NULL'.  In practice this means that there
  should not be uninitialized pointer fields in the structures even if
  your code never reads or writes those fields at a particular instance.
  One way to ensure this is to use cleared versions of allocators unless
--- 40849,40870 ----
  22.6 How to invoke the garbage collector
  ========================================
  
! The GCC garbage collector GGC is only invoked explicitly. In contrast
  with many other garbage collectors, it is not implicitly invoked by
! allocation routines when a lot of memory has been consumed. So the only
! way to have GGC reclaim storage is to call the `ggc_collect' function
! explicitly.  This call is an expensive operation, as it may have to
! scan the entire heap.  Beware that local variables (on the GCC call
! stack) are not followed by such an invocation (as many other garbage
! collectors do): you should reference all your data from static or
! external `GTY'-ed variables, and it is advised to call `ggc_collect'
! with a shallow call stack.  The GGC is an exact mark and sweep garbage
! collector (so it does not scan the call stack for pointers).  In
! practice GCC passes don't often call `ggc_collect' themselves, because
! it is called by the pass manager between passes.
  
!  At the time of the `ggc_collect' call all pointers in the GC-marked
! structures must be valid or `NULL'.  In practice this means that there
  should not be uninitialized pointer fields in the structures even if
  your code never reads or writes those fields at a particular instance.
  One way to ensure this is to use cleared versions of allocators unless
*************** With the current garbage collector imple
*** 40435,40452 ****
  show up as GCC compilation errors.  Some of the most commonly
  encountered issues are described below.
  
!    * Gengtype does not produce allocators for a 'GTY'-marked type.
       Gengtype checks if there is at least one possible path from GC
       roots to at least one instance of each type before outputting
!      allocators.  If there is no such path, the 'GTY' markers will be
       ignored and no allocators will be output.  Solve this by making
       sure that there exists at least one such path.  If creating it is
       unfeasible or raises a "code smell", consider if you really must
       use GC for allocating such type.
  
!    * Link-time errors about undefined 'gt_ggc_r_foo_bar' and
!      similarly-named symbols.  Check if your 'foo_bar' source file has
!      '#include "gt-foo_bar.h"' as its very last line.
  
  
  File: gccint.info,  Node: Plugins,  Next: LTO,  Prev: Type Information,  Up: Top
--- 40880,40898 ----
  show up as GCC compilation errors.  Some of the most commonly
  encountered issues are described below.
  
!    * Gengtype does not produce allocators for a `GTY'-marked type.
       Gengtype checks if there is at least one possible path from GC
       roots to at least one instance of each type before outputting
!      allocators.  If there is no such path, the `GTY' markers will be
       ignored and no allocators will be output.  Solve this by making
       sure that there exists at least one such path.  If creating it is
       unfeasible or raises a "code smell", consider if you really must
       use GC for allocating such type.
  
!    * Link-time errors about undefined `gt_ggc_r_foo_bar' and
!      similarly-named symbols.  Check if your `foo_bar' source file has
!      `#include "gt-foo_bar.h"' as its very last line.
! 
  
  
  File: gccint.info,  Node: Plugins,  Next: LTO,  Prev: Type Information,  Up: Top
*************** File: gccint.info,  Node: Plugins loadin
*** 40482,40504 ****
  23.1 Loading Plugins
  ====================
  
! Plugins are supported on platforms that support '-ldl -rdynamic'.  They
! are loaded by the compiler using 'dlopen' and invoked at pre-determined
  locations in the compilation process.
  
   Plugins are loaded with
  
!  '-fplugin=/path/to/NAME.so' '-fplugin-arg-NAME-KEY1[=VALUE1]'
  
!  The plugin arguments are parsed by GCC and passed to respective plugins
! as key-value pairs.  Multiple plugins can be invoked by specifying
! multiple '-fplugin' arguments.
  
   A plugin can be simply given by its short name (no dots or slashes).
! When simply passing '-fplugin=NAME', the plugin is loaded from the
! 'plugin' directory, so '-fplugin=NAME' is the same as '-fplugin=`gcc
! -print-file-name=plugin`/NAME.so', using backquote shell syntax to query
! the 'plugin' directory.
  
  
  File: gccint.info,  Node: Plugin API,  Next: Plugins pass,  Prev: Plugins loading,  Up: Plugins
--- 40928,40950 ----
  23.1 Loading Plugins
  ====================
  
! Plugins are supported on platforms that support `-ldl -rdynamic'.  They
! are loaded by the compiler using `dlopen' and invoked at pre-determined
  locations in the compilation process.
  
   Plugins are loaded with
  
!  `-fplugin=/path/to/NAME.so' `-fplugin-arg-NAME-KEY1[=VALUE1]'
  
!  The plugin arguments are parsed by GCC and passed to respective
! plugins as key-value pairs. Multiple plugins can be invoked by
! specifying multiple `-fplugin' arguments.
  
   A plugin can be simply given by its short name (no dots or slashes).
! When simply passing `-fplugin=NAME', the plugin is loaded from the
! `plugin' directory, so `-fplugin=NAME' is the same as `-fplugin=`gcc
! -print-file-name=plugin`/NAME.so', using backquote shell syntax to
! query the `plugin' directory.
  
  
  File: gccint.info,  Node: Plugin API,  Next: Plugins pass,  Prev: Plugins loading,  Up: Plugins
*************** File: gccint.info,  Node: Plugin API,  N
*** 40507,40522 ****
  ===============
  
  Plugins are activated by the compiler at specific events as defined in
! 'gcc-plugin.h'.  For each event of interest, the plugin should call
! 'register_callback' specifying the name of the event and address of the
  callback function that will handle that event.
  
!  The header 'gcc-plugin.h' must be the first gcc header to be included.
  
  23.2.1 Plugin license check
  ---------------------------
  
! Every plugin should define the global symbol 'plugin_is_GPL_compatible'
  to assert that it has been licensed under a GPL-compatible license.  If
  this symbol does not exist, the compiler will emit a fatal error and
  exit with the error message:
--- 40953,40968 ----
  ===============
  
  Plugins are activated by the compiler at specific events as defined in
! `gcc-plugin.h'.  For each event of interest, the plugin should call
! `register_callback' specifying the name of the event and address of the
  callback function that will handle that event.
  
!  The header `gcc-plugin.h' must be the first gcc header to be included.
  
  23.2.1 Plugin license check
  ---------------------------
  
! Every plugin should define the global symbol `plugin_is_GPL_compatible'
  to assert that it has been licensed under a GPL-compatible license.  If
  this symbol does not exist, the compiler will emit a fatal error and
  exit with the error message:
*************** exit with the error message:
*** 40526,40553 ****
       compilation terminated
  
   The declared type of the symbol should be int, to match a forward
! declaration in 'gcc-plugin.h' that suppresses C++ mangling.  It does not
! need to be in any allocated section, though.  The compiler merely
! asserts that the symbol exists in the global scope.  Something like this
! is enough:
  
       int plugin_is_GPL_compatible;
  
  23.2.2 Plugin initialization
  ----------------------------
  
! Every plugin should export a function called 'plugin_init' that is
! called right after the plugin is loaded.  This function is responsible
  for registering all the callbacks required by the plugin and do any
  other required initialization.
  
!  This function is called from 'compile_file' right before invoking the
! parser.  The arguments to 'plugin_init' are:
  
!    * 'plugin_info': Plugin invocation information.
!    * 'version': GCC version.
  
!  The 'plugin_info' struct is defined as follows:
  
       struct plugin_name_args
       {
--- 40972,41000 ----
       compilation terminated
  
   The declared type of the symbol should be int, to match a forward
! declaration in `gcc-plugin.h' that suppresses C++ mangling.  It does
! not need to be in any allocated section, though.  The compiler merely
! asserts that the symbol exists in the global scope.  Something like
! this is enough:
  
       int plugin_is_GPL_compatible;
  
  23.2.2 Plugin initialization
  ----------------------------
  
! Every plugin should export a function called `plugin_init' that is
! called right after the plugin is loaded. This function is responsible
  for registering all the callbacks required by the plugin and do any
  other required initialization.
  
!  This function is called from `compile_file' right before invoking the
! parser.  The arguments to `plugin_init' are:
  
!    * `plugin_info': Plugin invocation information.
  
!    * `version': GCC version.
! 
!  The `plugin_info' struct is defined as follows:
  
       struct plugin_name_args
       {
*************** parser.  The arguments to 'plugin_init'
*** 40562,40568 ****
         const char *help;             /* Help string provided by plugin. */
       }
  
!  If initialization fails, 'plugin_init' must return a non-zero value.
  Otherwise, it should return 0.
  
   The version of the GCC compiler loading the plugin is described by the
--- 41009,41015 ----
         const char *help;             /* Help string provided by plugin. */
       }
  
!  If initialization fails, `plugin_init' must return a non-zero value.
  Otherwise, it should return 0.
  
   The version of the GCC compiler loading the plugin is described by the
*************** following structure:
*** 40577,40588 ****
         const char *configuration_arguments;
       };
  
!  The function 'plugin_default_version_check' takes two pointers to such
! structure and compare them field by field.  It can be used by the
! plugin's 'plugin_init' function.
  
   The version of GCC used to compile the plugin can be found in the
! symbol 'gcc_version' defined in the header 'plugin-version.h'.  The
  recommended version check to perform looks like
  
       #include "plugin-version.h"
--- 41024,41035 ----
         const char *configuration_arguments;
       };
  
!  The function `plugin_default_version_check' takes two pointers to such
! structure and compare them field by field. It can be used by the
! plugin's `plugin_init' function.
  
   The version of GCC used to compile the plugin can be found in the
! symbol `gcc_version' defined in the header `plugin-version.h'. The
  recommended version check to perform looks like
  
       #include "plugin-version.h"
*************** Callback functions have the following pr
*** 40661,40691 ****
  
   In addition, plugins can also look up the enumerator of a named event,
  and / or generate new events dynamically, by calling the function
! 'get_named_event_id'.
  
!  To register a callback, the plugin calls 'register_callback' with the
  arguments:
  
!    * 'char *name': Plugin name.
!    * 'int event': The event code.
!    * 'plugin_callback_func callback': The function that handles 'event'.
!    * 'void *user_data': Pointer to plugin-specific data.
  
   For the PLUGIN_PASS_MANAGER_SETUP, PLUGIN_INFO, and
! PLUGIN_REGISTER_GGC_ROOTS pseudo-events the 'callback' should be null,
! and the 'user_data' is specific.
  
!  When the PLUGIN_PRAGMAS event is triggered (with a null pointer as data
! from GCC), plugins may register their own pragmas.  Notice that pragmas
! are not available from 'lto1', so plugins used with '-flto' option to
! GCC during link-time optimization cannot use pragmas and do not even see
! functions like 'c_register_pragma' or 'pragma_lex'.
  
!  The PLUGIN_INCLUDE_FILE event, with a 'const char*' file path as GCC
! data, is triggered for processing of '#include' or '#line' directives.
  
   The PLUGIN_FINISH event is the last time that plugins can call GCC
! functions, notably emit diagnostics with 'warning', 'error' etc.
  
  
  File: gccint.info,  Node: Plugins pass,  Next: Plugins GC,  Prev: Plugin API,  Up: Plugins
--- 41108,41141 ----
  
   In addition, plugins can also look up the enumerator of a named event,
  and / or generate new events dynamically, by calling the function
! `get_named_event_id'.
  
!  To register a callback, the plugin calls `register_callback' with the
  arguments:
  
!    * `char *name': Plugin name.
! 
!    * `int event': The event code.
! 
!    * `plugin_callback_func callback': The function that handles `event'.
! 
!    * `void *user_data': Pointer to plugin-specific data.
  
   For the PLUGIN_PASS_MANAGER_SETUP, PLUGIN_INFO, and
! PLUGIN_REGISTER_GGC_ROOTS pseudo-events the `callback' should be null,
! and the `user_data' is specific.
  
!  When the PLUGIN_PRAGMAS event is triggered (with a null pointer as
! data from GCC), plugins may register their own pragmas.  Notice that
! pragmas are not available from `lto1', so plugins used with `-flto'
! option to GCC during link-time optimization cannot use pragmas and do
! not even see functions like `c_register_pragma' or `pragma_lex'.
  
!  The PLUGIN_INCLUDE_FILE event, with a `const char*' file path as GCC
! data, is triggered for processing of `#include' or `#line' directives.
  
   The PLUGIN_FINISH event is the last time that plugins can call GCC
! functions, notably emit diagnostics with `warning', `error' etc.
  
  
  File: gccint.info,  Node: Plugins pass,  Next: Plugins GC,  Prev: Plugin API,  Up: Plugins
*************** File: gccint.info,  Node: Plugins pass,
*** 40693,40706 ****
  23.3 Interacting with the pass manager
  ======================================
  
! There needs to be a way to add/reorder/remove passes dynamically.  This
  is useful for both analysis plugins (plugging in after a certain pass
  such as CFG or an IPA pass) and optimization plugins.
  
   Basic support for inserting new passes or replacing existing passes is
! provided.  A plugin registers a new pass with GCC by calling
! 'register_callback' with the 'PLUGIN_PASS_MANAGER_SETUP' event and a
! pointer to a 'struct register_pass_info' object defined as follows
  
       enum pass_positioning_ops
       {
--- 41143,41156 ----
  23.3 Interacting with the pass manager
  ======================================
  
! There needs to be a way to add/reorder/remove passes dynamically. This
  is useful for both analysis plugins (plugging in after a certain pass
  such as CFG or an IPA pass) and optimization plugins.
  
   Basic support for inserting new passes or replacing existing passes is
! provided. A plugin registers a new pass with GCC by calling
! `register_callback' with the `PLUGIN_PASS_MANAGER_SETUP' event and a
! pointer to a `struct register_pass_info' object defined as follows
  
       enum pass_positioning_ops
       {
*************** File: gccint.info,  Node: Plugins GC,  N
*** 40747,40778 ****
  ===============================================
  
  Some plugins may want to be informed when GGC (the GCC Garbage
! Collector) is running.  They can register callbacks for the
! 'PLUGIN_GGC_START' and 'PLUGIN_GGC_END' events (for which the callback
! is called with a null 'gcc_data') to be notified of the start or end of
  the GCC garbage collection.
  
!  Some plugins may need to have GGC mark additional data.  This can be
! done by registering a callback (called with a null 'gcc_data') for the
! 'PLUGIN_GGC_MARKING' event.  Such callbacks can call the 'ggc_set_mark'
! routine, preferably through the 'ggc_mark' macro (and conversely, these
  routines should usually not be used in plugins outside of the
! 'PLUGIN_GGC_MARKING' event).  Plugins that wish to hold weak references
  to gc data may also use this event to drop weak references when the
! object is about to be collected.  The 'ggc_marked_p' function can be
! used to tell if an object is marked, or is about to be collected.  The
! 'gt_clear_cache' overloads which some types define may also be of use in
  managing weak references.
  
!  Some plugins may need to add extra GGC root tables, e.g.  to handle
! their own 'GTY'-ed data.  This can be done with the
! 'PLUGIN_REGISTER_GGC_ROOTS' pseudo-event with a null callback and the
! extra root table (of type 'struct ggc_root_tab*') as 'user_data'.
! Running the 'gengtype -p SOURCE-DIR FILE-LIST PLUGIN*.C ...' utility
  generates these extra root tables.
  
   You should understand the details of memory management inside GCC
! before using 'PLUGIN_GGC_MARKING' or 'PLUGIN_REGISTER_GGC_ROOTS'.
  
  
  File: gccint.info,  Node: Plugins description,  Next: Plugins attr,  Prev: Plugins GC,  Up: Plugins
--- 41197,41228 ----
  ===============================================
  
  Some plugins may want to be informed when GGC (the GCC Garbage
! Collector) is running. They can register callbacks for the
! `PLUGIN_GGC_START' and `PLUGIN_GGC_END' events (for which the callback
! is called with a null `gcc_data') to be notified of the start or end of
  the GCC garbage collection.
  
!  Some plugins may need to have GGC mark additional data. This can be
! done by registering a callback (called with a null `gcc_data') for the
! `PLUGIN_GGC_MARKING' event. Such callbacks can call the `ggc_set_mark'
! routine, preferably through the `ggc_mark' macro (and conversely, these
  routines should usually not be used in plugins outside of the
! `PLUGIN_GGC_MARKING' event).  Plugins that wish to hold weak references
  to gc data may also use this event to drop weak references when the
! object is about to be collected.  The `ggc_marked_p' function can be
! used to tell if an object is marked, or is about to  be collected.  The
! `gt_clear_cache' overloads which some types define may also be of use in
  managing weak references.
  
!  Some plugins may need to add extra GGC root tables, e.g. to handle
! their own `GTY'-ed data. This can be done with the
! `PLUGIN_REGISTER_GGC_ROOTS' pseudo-event with a null callback and the
! extra root table (of type `struct ggc_root_tab*') as `user_data'.
! Running the  `gengtype -p SOURCE-DIR FILE-LIST PLUGIN*.C ...' utility
  generates these extra root tables.
  
   You should understand the details of memory management inside GCC
! before using `PLUGIN_GGC_MARKING' or `PLUGIN_REGISTER_GGC_ROOTS'.
  
  
  File: gccint.info,  Node: Plugins description,  Next: Plugins attr,  Prev: Plugins GC,  Up: Plugins
*************** File: gccint.info,  Node: Plugins descri
*** 40780,40786 ****
  23.5 Giving information about a plugin
  ======================================
  
! A plugin should give some information to the user about itself.  This
  uses the following structure:
  
       struct plugin_info
--- 41230,41236 ----
  23.5 Giving information about a plugin
  ======================================
  
! A plugin should give some information to the user about itself. This
  uses the following structure:
  
       struct plugin_info
*************** uses the following structure:
*** 40789,40796 ****
         const char *help;
       };
  
!  Such a structure is passed as the 'user_data' by the plugin's init
! routine using 'register_callback' with the 'PLUGIN_INFO' pseudo-event
  and a null callback.
  
  
--- 41239,41246 ----
         const char *help;
       };
  
!  Such a structure is passed as the `user_data' by the plugin's init
! routine using `register_callback' with the `PLUGIN_INFO' pseudo-event
  and a null callback.
  
  
*************** File: gccint.info,  Node: Plugins attr,
*** 40802,40809 ****
  For analysis (or other) purposes it is useful to be able to add custom
  attributes or pragmas.
  
!  The 'PLUGIN_ATTRIBUTES' callback is called during attribute
! registration.  Use the 'register_attribute' function to register custom
  attributes.
  
       /* Attribute handler callback */
--- 41252,41259 ----
  For analysis (or other) purposes it is useful to be able to add custom
  attributes or pragmas.
  
!  The `PLUGIN_ATTRIBUTES' callback is called during attribute
! registration. Use the `register_attribute' function to register custom
  attributes.
  
       /* Attribute handler callback */
*************** attributes.
*** 40828,40840 ****
         register_attribute (&user_attr);
       }
  
! 
!  The PLUGIN_PRAGMAS callback is called once during pragmas registration.
! Use the 'c_register_pragma', 'c_register_pragma_with_data',
! 'c_register_pragma_with_expansion',
! 'c_register_pragma_with_expansion_and_data' functions to register custom
! pragmas and their handlers (which often want to call 'pragma_lex') from
! 'c-family/c-pragma.h'.
  
       /* Plugin callback called during pragmas registration. Registered with
            register_callback (plugin_name, PLUGIN_PRAGMAS,
--- 41278,41289 ----
         register_attribute (&user_attr);
       }
  
!  The PLUGIN_PRAGMAS callback is called once during pragmas
! registration. Use the `c_register_pragma',
! `c_register_pragma_with_data', `c_register_pragma_with_expansion',
! `c_register_pragma_with_expansion_and_data' functions to register
! custom pragmas and their handlers (which often want to call
! `pragma_lex') from `c-family/c-pragma.h'.
  
       /* Plugin callback called during pragmas registration. Registered with
            register_callback (plugin_name, PLUGIN_PRAGMAS,
*************** pragmas and their handlers (which often
*** 40847,40858 ****
         c_register_pragma ("GCCPLUGIN", "sayhello", handle_pragma_sayhello);
       }
  
!  It is suggested to pass '"GCCPLUGIN"' (or a short name identifying your
! plugin) as the "space" argument of your pragma.
  
!  Pragmas registered with 'c_register_pragma_with_expansion' or
! 'c_register_pragma_with_expansion_and_data' support preprocessor
! expansions.  For example:
  
       #define NUMBER 10
       #pragma GCCPLUGIN foothreshold (NUMBER)
--- 41296,41307 ----
         c_register_pragma ("GCCPLUGIN", "sayhello", handle_pragma_sayhello);
       }
  
!  It is suggested to pass `"GCCPLUGIN"' (or a short name identifying
! your plugin) as the "space" argument of your pragma.
  
!  Pragmas registered with `c_register_pragma_with_expansion' or
! `c_register_pragma_with_expansion_and_data' support preprocessor
! expansions. For example:
  
       #define NUMBER 10
       #pragma GCCPLUGIN foothreshold (NUMBER)
*************** File: gccint.info,  Node: Plugins record
*** 40864,40877 ****
  ===============================================
  
  The event PLUGIN_PASS_EXECUTION passes the pointer to the executed pass
! (the same as current_pass) as 'gcc_data' to the callback.  You can also
  inspect cfun to find out about which function this pass is executed for.
  Note that this event will only be invoked if the gate check (if
  applicable, modified by PLUGIN_OVERRIDE_GATE) succeeds.  You can use
! other hooks, like 'PLUGIN_ALL_PASSES_START', 'PLUGIN_ALL_PASSES_END',
! 'PLUGIN_ALL_IPA_PASSES_START', 'PLUGIN_ALL_IPA_PASSES_END',
! 'PLUGIN_EARLY_GIMPLE_PASSES_START', and/or
! 'PLUGIN_EARLY_GIMPLE_PASSES_END' to manipulate global state in your
  plugin(s) in order to get context for the pass execution.
  
  
--- 41313,41326 ----
  ===============================================
  
  The event PLUGIN_PASS_EXECUTION passes the pointer to the executed pass
! (the same as current_pass) as `gcc_data' to the callback.  You can also
  inspect cfun to find out about which function this pass is executed for.
  Note that this event will only be invoked if the gate check (if
  applicable, modified by PLUGIN_OVERRIDE_GATE) succeeds.  You can use
! other hooks, like `PLUGIN_ALL_PASSES_START', `PLUGIN_ALL_PASSES_END',
! `PLUGIN_ALL_IPA_PASSES_START', `PLUGIN_ALL_IPA_PASSES_END',
! `PLUGIN_EARLY_GIMPLE_PASSES_START', and/or
! `PLUGIN_EARLY_GIMPLE_PASSES_END' to manipulate global state in your
  plugin(s) in order to get context for the pass execution.
  
  
*************** File: gccint.info,  Node: Plugins gate,
*** 40882,40889 ****
  
  After the original gate function for a pass is called, its result - the
  gate status - is stored as an integer.  Then the event
! 'PLUGIN_OVERRIDE_GATE' is invoked, with a pointer to the gate status in
! the 'gcc_data' parameter to the callback function.  A nonzero value of
  the gate status means that the pass is to be executed.  You can both
  read and write the gate status via the passed pointer.
  
--- 41331,41338 ----
  
  After the original gate function for a pass is called, its result - the
  gate status - is stored as an integer.  Then the event
! `PLUGIN_OVERRIDE_GATE' is invoked, with a pointer to the gate status in
! the `gcc_data' parameter to the callback function.  A nonzero value of
  the gate status means that the pass is to be executed.  You can both
  read and write the gate status via the passed pointer.
  
*************** File: gccint.info,  Node: Plugins tracki
*** 40896,40904 ****
  When your plugin is loaded, you can inspect the various pass lists to
  determine what passes are available.  However, other plugins might add
  new passes.  Also, future changes to GCC might cause generic passes to
! be added after plugin loading.  When a pass is first added to one of the
! pass lists, the event 'PLUGIN_NEW_PASS' is invoked, with the callback
! parameter 'gcc_data' pointing to the new pass.
  
  
  File: gccint.info,  Node: Plugins building,  Prev: Plugins tracking,  Up: Plugins
--- 41345,41353 ----
  When your plugin is loaded, you can inspect the various pass lists to
  determine what passes are available.  However, other plugins might add
  new passes.  Also, future changes to GCC might cause generic passes to
! be added after plugin loading.  When a pass is first added to one of
! the pass lists, the event `PLUGIN_NEW_PASS' is invoked, with the
! callback parameter `gcc_data' pointing to the new pass.
  
  
  File: gccint.info,  Node: Plugins building,  Prev: Plugins tracking,  Up: Plugins
*************** File: gccint.info,  Node: Plugins buildi
*** 40907,40928 ****
  ==========================
  
  If plugins are enabled, GCC installs the headers needed to build a
! plugin (somewhere in the installation tree, e.g.  under '/usr/local').
! In particular a 'plugin/include' directory is installed, containing all
  the header files needed to build plugins.
  
!  On most systems, you can query this 'plugin' directory by invoking 'gcc
! -print-file-name=plugin' (replace if needed 'gcc' with the appropriate
! program path).
  
!  Inside plugins, this 'plugin' directory name can be queried by calling
! 'default_plugin_dir_name ()'.
  
   Plugins may know, when they are compiled, the GCC version for which
! 'plugin-version.h' is provided.  The constant macros
! 'GCCPLUGIN_VERSION_MAJOR', 'GCCPLUGIN_VERSION_MINOR',
! 'GCCPLUGIN_VERSION_PATCHLEVEL', 'GCCPLUGIN_VERSION' are integer numbers,
! so a plugin could ensure it is built for GCC 4.7 with
       #if GCCPLUGIN_VERSION != 4007
       #error this GCC plugin is for GCC 4.7
       #endif
--- 41356,41377 ----
  ==========================
  
  If plugins are enabled, GCC installs the headers needed to build a
! plugin (somewhere in the installation tree, e.g. under `/usr/local').
! In particular a `plugin/include' directory is installed, containing all
  the header files needed to build plugins.
  
!  On most systems, you can query this `plugin' directory by invoking
! `gcc -print-file-name=plugin' (replace if needed `gcc' with the
! appropriate program path).
  
!  Inside plugins, this `plugin' directory name can be queried by calling
! `default_plugin_dir_name ()'.
  
   Plugins may know, when they are compiled, the GCC version for which
! `plugin-version.h' is provided.  The constant macros
! `GCCPLUGIN_VERSION_MAJOR', `GCCPLUGIN_VERSION_MINOR',
! `GCCPLUGIN_VERSION_PATCHLEVEL', `GCCPLUGIN_VERSION' are integer
! numbers, so a plugin could ensure it is built for GCC 4.7 with
       #if GCCPLUGIN_VERSION != 4007
       #error this GCC plugin is for GCC 4.7
       #endif
*************** so a plugin could ensure it is built for
*** 40938,40951 ****
       plugin.so: $(PLUGIN_SOURCE_FILES)
          $(HOST_GCC) -shared $(CXXFLAGS) $^ -o $@
  
!  A single source file plugin may be built with 'g++ -I`gcc
  -print-file-name=plugin`/include -fPIC -shared -fno-rtti -O2 plugin.c -o
! plugin.so', using backquote shell syntax to query the 'plugin'
  directory.
  
!  When a plugin needs to use 'gengtype', be sure that both 'gengtype' and
! 'gtype.state' have the same version as the GCC for which the plugin is
! built.
  
  
  File: gccint.info,  Node: LTO,  Next: Match and Simplify,  Prev: Plugins,  Up: Top
--- 41387,41400 ----
       plugin.so: $(PLUGIN_SOURCE_FILES)
          $(HOST_GCC) -shared $(CXXFLAGS) $^ -o $@
  
!  A single source file plugin may be built with `g++ -I`gcc
  -print-file-name=plugin`/include -fPIC -shared -fno-rtti -O2 plugin.c -o
! plugin.so', using backquote shell syntax to query the `plugin'
  directory.
  
!  When a plugin needs to use `gengtype', be sure that both `gengtype'
! and `gtype.state' have the same version as the GCC for which the plugin
! is built.
  
  
  File: gccint.info,  Node: LTO,  Next: Match and Simplify,  Prev: Plugins,  Up: Top
*************** File: gccint.info,  Node: LTO,  Next: Ma
*** 40955,40964 ****
  
  Link Time Optimization (LTO) gives GCC the capability of dumping its
  internal representation (GIMPLE) to disk, so that all the different
! compilation units that make up a single executable can be optimized as a
! single module.  This expands the scope of inter-procedural optimizations
! to encompass the whole program (or, rather, everything that is visible
! at link time).
  
  * Menu:
  
--- 41404,41413 ----
  
  Link Time Optimization (LTO) gives GCC the capability of dumping its
  internal representation (GIMPLE) to disk, so that all the different
! compilation units that make up a single executable can be optimized as
! a single module.  This expands the scope of inter-procedural
! optimizations to encompass the whole program (or, rather, everything
! that is visible at link time).
  
  * Menu:
  
*************** at link time).
*** 40967,40973 ****
  * IPA::                     Using summary information in IPA passes.
  * WHOPR::                   Whole program assumptions,
                              linker plugin and symbol visibilities.
! * Internal flags::          Internal flags controlling 'lto1'.
  
  
  File: gccint.info,  Node: LTO Overview,  Next: LTO object file layout,  Up: LTO
--- 41416,41422 ----
  * IPA::                     Using summary information in IPA passes.
  * WHOPR::                   Whole program assumptions,
                              linker plugin and symbol visibilities.
! * Internal flags::          Internal flags controlling `lto1'.
  
  
  File: gccint.info,  Node: LTO Overview,  Next: LTO object file layout,  Up: LTO
*************** File: gccint.info,  Node: LTO Overview,
*** 40976,40982 ****
  ====================
  
  Link time optimization is implemented as a GCC front end for a bytecode
! representation of GIMPLE that is emitted in special sections of '.o'
  files.  Currently, LTO support is enabled in most ELF-based systems, as
  well as darwin, cygwin and mingw systems.
  
--- 41425,41431 ----
  ====================
  
  Link time optimization is implemented as a GCC front end for a bytecode
! representation of GIMPLE that is emitted in special sections of `.o'
  files.  Currently, LTO support is enabled in most ELF-based systems, as
  well as darwin, cygwin and mingw systems.
  
*************** Additionally, one might be able to ship
*** 40988,41003 ****
  could be used both for development and the production of optimized
  builds.  A, perhaps surprising, side effect of this feature is that any
  mistake in the toolchain leads to LTO information not being used (e.g.
! an older 'libtool' calling 'ld' directly).  This is both an advantage,
  as the system is more robust, and a disadvantage, as the user is not
  informed that the optimization has been disabled.
  
   The current implementation only produces "fat" objects, effectively
  doubling compilation time and increasing file sizes up to 5x the
! original size.  This hides the problem that some tools, such as 'ar' and
! 'nm', need to understand symbol tables of LTO sections.  These tools
! were extended to use the plugin infrastructure, and with these problems
! solved, GCC will also support "slim" objects consisting of the
  intermediate code alone.
  
   At the highest level, LTO splits the compiler in two.  The first half
--- 41437,41452 ----
  could be used both for development and the production of optimized
  builds.  A, perhaps surprising, side effect of this feature is that any
  mistake in the toolchain leads to LTO information not being used (e.g.
! an older `libtool' calling `ld' directly).  This is both an advantage,
  as the system is more robust, and a disadvantage, as the user is not
  informed that the optimization has been disabled.
  
   The current implementation only produces "fat" objects, effectively
  doubling compilation time and increasing file sizes up to 5x the
! original size.  This hides the problem that some tools, such as `ar'
! and `nm', need to understand symbol tables of LTO sections.  These
! tools were extended to use the plugin infrastructure, and with these
! problems solved, GCC will also support "slim" objects consisting of the
  intermediate code alone.
  
   At the highest level, LTO splits the compiler in two.  The first half
*************** data structures needed to optimize and g
*** 41006,41053 ****
  declarations, types, the callgraph and the GIMPLE representation of
  function bodies.
  
!  When '-flto' is given during compilation of a source file, the pass
! manager executes all the passes in 'all_lto_gen_passes'.  Currently,
  this phase is composed of two IPA passes:
  
!    * 'pass_ipa_lto_gimple_out' This pass executes the function
!      'lto_output' in 'lto-streamer-out.c', which traverses the call
       graph encoding every reachable declaration, type and function.
       This generates a memory representation of all the file sections
       described below.
  
!    * 'pass_ipa_lto_finish_out' This pass executes the function
!      'produce_asm_for_decls' in 'lto-streamer-out.c', which takes the
       memory image built in the previous pass and encodes it in the
       corresponding ELF file sections.
  
!  The second half of LTO support is the "reader".  This is implemented as
! the GCC front end 'lto1' in 'lto/lto.c'.  When 'collect2' detects a link
! set of '.o'/'.a' files with LTO information and the '-flto' is enabled,
! it invokes 'lto1' which reads the set of files and aggregates them into
! a single translation unit for optimization.  The main entry point for
! the reader is 'lto/lto.c':'lto_main'.
  
  24.1.1 LTO modes of operation
  -----------------------------
  
  One of the main goals of the GCC link-time infrastructure was to allow
! effective compilation of large programs.  For this reason GCC implements
! two link-time compilation modes.
  
!   1. _LTO mode_, in which the whole program is read into the compiler at
!      link-time and optimized in a similar way as if it were a single
       source-level compilation unit.
  
    2. _WHOPR or partitioned mode_, designed to utilize multiple CPUs
       and/or a distributed compilation environment to quickly link large
       applications.  WHOPR stands for WHOle Program optimizeR (not to be
!      confused with the semantics of '-fwhole-program').  It partitions
!      the aggregated callgraph from many different '.o' files and
       distributes the compilation of the sub-graphs to different CPUs.
  
       Note that distributed compilation is not implemented yet, but since
!      the parallelism is facilitated via generating a 'Makefile', it
       would be easy to implement.
  
   WHOPR splits LTO into three main stages:
--- 41455,41502 ----
  declarations, types, the callgraph and the GIMPLE representation of
  function bodies.
  
!  When `-flto' is given during compilation of a source file, the pass
! manager executes all the passes in `all_lto_gen_passes'.  Currently,
  this phase is composed of two IPA passes:
  
!    * `pass_ipa_lto_gimple_out' This pass executes the function
!      `lto_output' in `lto-streamer-out.c', which traverses the call
       graph encoding every reachable declaration, type and function.
       This generates a memory representation of all the file sections
       described below.
  
!    * `pass_ipa_lto_finish_out' This pass executes the function
!      `produce_asm_for_decls' in `lto-streamer-out.c', which takes the
       memory image built in the previous pass and encodes it in the
       corresponding ELF file sections.
  
!  The second half of LTO support is the "reader".  This is implemented
! as the GCC front end `lto1' in `lto/lto.c'.  When `collect2' detects a
! link set of `.o'/`.a' files with LTO information and the `-flto' is
! enabled, it invokes `lto1' which reads the set of files and aggregates
! them into a single translation unit for optimization.  The main entry
! point for the reader is `lto/lto.c':`lto_main'.
  
  24.1.1 LTO modes of operation
  -----------------------------
  
  One of the main goals of the GCC link-time infrastructure was to allow
! effective compilation of large programs.  For this reason GCC
! implements two link-time compilation modes.
  
!   1. _LTO mode_, in which the whole program is read into the compiler
!      at link-time and optimized in a similar way as if it were a single
       source-level compilation unit.
  
    2. _WHOPR or partitioned mode_, designed to utilize multiple CPUs
       and/or a distributed compilation environment to quickly link large
       applications.  WHOPR stands for WHOle Program optimizeR (not to be
!      confused with the semantics of `-fwhole-program').  It partitions
!      the aggregated callgraph from many different `.o' files and
       distributes the compilation of the sub-graphs to different CPUs.
  
       Note that distributed compilation is not implemented yet, but since
!      the parallelism is facilitated via generating a `Makefile', it
       would be easy to implement.
  
   WHOPR splits LTO into three main stages:
*************** two link-time compilation modes.
*** 41061,41069 ****
       global call-graph is generated, and a global analysis procedure
       makes transformation decisions.  The global call-graph is
       partitioned to facilitate parallel optimization during phase 3.
!      The results of the WPA stage are stored into new object files which
!      contain the partitions of program expressed in the intermediate
!      language and the optimization decisions.
  
    3. Local transformations (LTRANS) This stage executes in parallel.
       All the decisions made during phase 2 are implemented locally in
--- 41510,41518 ----
       global call-graph is generated, and a global analysis procedure
       makes transformation decisions.  The global call-graph is
       partitioned to facilitate parallel optimization during phase 3.
!      The results of the WPA stage are stored into new object files
!      which contain the partitions of program expressed in the
!      intermediate language and the optimization decisions.
  
    3. Local transformations (LTRANS) This stage executes in parallel.
       All the decisions made during phase 2 are implemented locally in
*************** two link-time compilation modes.
*** 41072,41088 ****
       during the phase 2 may be performed on the local call-graph
       partitions.
  
!  WHOPR can be seen as an extension of the usual LTO mode of compilation.
! In LTO, WPA and LTRANS are executed within a single execution of the
! compiler, after the whole program has been read into memory.
  
   When compiling in WHOPR mode, the callgraph is partitioned during the
! WPA stage.  The whole program is split into a given number of partitions
! of roughly the same size.  The compiler tries to minimize the number of
! references which cross partition boundaries.  The main advantage of
! WHOPR is to allow the parallel execution of LTRANS stages, which are the
! most time-consuming part of the compilation process.  Additionally, it
! avoids the need to load the whole program into memory.
  
  
  File: gccint.info,  Node: LTO object file layout,  Next: IPA,  Prev: LTO Overview,  Up: LTO
--- 41521,41538 ----
       during the phase 2 may be performed on the local call-graph
       partitions.
  
!  WHOPR can be seen as an extension of the usual LTO mode of
! compilation.  In LTO, WPA and LTRANS are executed within a single
! execution of the compiler, after the whole program has been read into
! memory.
  
   When compiling in WHOPR mode, the callgraph is partitioned during the
! WPA stage.  The whole program is split into a given number of
! partitions of roughly the same size.  The compiler tries to minimize
! the number of references which cross partition boundaries.  The main
! advantage of WHOPR is to allow the parallel execution of LTRANS stages,
! which are the most time-consuming part of the compilation process.
! Additionally, it avoids the need to load the whole program into memory.
  
  
  File: gccint.info,  Node: LTO object file layout,  Next: IPA,  Prev: LTO Overview,  Up: LTO
*************** File: gccint.info,  Node: LTO object fil
*** 41092,41104 ****
  
  LTO information is stored in several ELF sections inside object files.
  Data structures and enum codes for sections are defined in
! 'lto-streamer.h'.
  
!  These sections are emitted from 'lto-streamer-out.c' and mapped in all
! at once from 'lto/lto.c':'lto_file_read'.  The individual functions
  dealing with the reading/writing of each section are described below.
  
!    * Command line options ('.gnu.lto_.opts')
  
       This section contains the command line options used to generate the
       object files.  This is used at link time to determine the
--- 41542,41554 ----
  
  LTO information is stored in several ELF sections inside object files.
  Data structures and enum codes for sections are defined in
! `lto-streamer.h'.
  
!  These sections are emitted from `lto-streamer-out.c' and mapped in all
! at once from `lto/lto.c':`lto_file_read'.  The individual functions
  dealing with the reading/writing of each section are described below.
  
!    * Command line options (`.gnu.lto_.opts')
  
       This section contains the command line options used to generate the
       object files.  This is used at link time to determine the
*************** dealing with the reading/writing of each
*** 41111,41122 ****
       the options saved on all the files in a link-time set are applied
       globally.  No attempt is made at validating the combination of
       flags (other than the usual validation done by option processing).
!      This is implemented in 'lto/lto.c':'lto_read_all_file_options'.
  
!    * Symbol table ('.gnu.lto_.symtab')
  
       This table replaces the ELF symbol table for functions and
!      variables represented in the LTO IL. Symbols used and exported by
       the optimized assembly code of "fat" objects might not match the
       ones used and exported by the intermediate code.  This table is
       necessary because the intermediate code is less optimized and thus
--- 41561,41572 ----
       the options saved on all the files in a link-time set are applied
       globally.  No attempt is made at validating the combination of
       flags (other than the usual validation done by option processing).
!      This is implemented in `lto/lto.c':`lto_read_all_file_options'.
  
!    * Symbol table (`.gnu.lto_.symtab')
  
       This table replaces the ELF symbol table for functions and
!      variables represented in the LTO IL.  Symbols used and exported by
       the optimized assembly code of "fat" objects might not match the
       ones used and exported by the intermediate code.  This table is
       necessary because the intermediate code is less optimized and thus
*************** dealing with the reading/writing of each
*** 41130,41193 ****
       symbol table was used.
  
       The symbol table is emitted in
!      'lto-streamer-out.c':'produce_symtab'.
  
!    * Global declarations and types ('.gnu.lto_.decls')
  
       This section contains an intermediate language dump of all
       declarations and types required to represent the callgraph, static
       variables and top-level debug info.
  
       The contents of this section are emitted in
!      'lto-streamer-out.c':'produce_asm_for_decls'.  Types and symbols
       are emitted in a topological order that preserves the sharing of
       pointers when the file is read back in
!      ('lto.c':'read_cgraph_and_symbols').
  
!    * The callgraph ('.gnu.lto_.cgraph')
  
       This section contains the basic data structure used by the GCC
       inter-procedural optimization infrastructure.  This section stores
       an annotated multi-graph which represents the functions and call
!      sites as well as the variables, aliases and top-level 'asm'
       statements.
  
!      This section is emitted in 'lto-streamer-out.c':'output_cgraph' and
!      read in 'lto-cgraph.c':'input_cgraph'.
  
!    * IPA references ('.gnu.lto_.refs')
  
       This section contains references between function and static
!      variables.  It is emitted by 'lto-cgraph.c':'output_refs' and read
!      by 'lto-cgraph.c':'input_refs'.
  
!    * Function bodies ('.gnu.lto_.function_body.<name>')
  
       This section contains function bodies in the intermediate language
       representation.  Every function body is in a separate section to
       allow copying of the section independently to different object
       files or reading the function on demand.
  
!      Functions are emitted in 'lto-streamer-out.c':'output_function' and
!      read in 'lto-streamer-in.c':'input_function'.
  
!    * Static variable initializers ('.gnu.lto_.vars')
  
       This section contains all the symbols in the global variable pool.
!      It is emitted by 'lto-cgraph.c':'output_varpool' and read in
!      'lto-cgraph.c':'input_cgraph'.
  
     * Summaries and optimization summaries used by IPA passes
!      ('.gnu.lto_.<xxx>', where '<xxx>' is one of 'jmpfuncs', 'pureconst'
!      or 'reference')
  
       These sections are used by IPA passes that need to emit summary
!      information during LTO generation to be read and aggregated at link
!      time.  Each pass is responsible for implementing two pass manager
!      hooks: one for writing the summary and another for reading it in.
!      The format of these sections is entirely up to each individual
!      pass.  The only requirement is that the writer and reader hooks
!      agree on the format.
  
  
  File: gccint.info,  Node: IPA,  Next: WHOPR,  Prev: LTO object file layout,  Up: LTO
--- 41580,41643 ----
       symbol table was used.
  
       The symbol table is emitted in
!      `lto-streamer-out.c':`produce_symtab'.
  
!    * Global declarations and types (`.gnu.lto_.decls')
  
       This section contains an intermediate language dump of all
       declarations and types required to represent the callgraph, static
       variables and top-level debug info.
  
       The contents of this section are emitted in
!      `lto-streamer-out.c':`produce_asm_for_decls'.  Types and symbols
       are emitted in a topological order that preserves the sharing of
       pointers when the file is read back in
!      (`lto.c':`read_cgraph_and_symbols').
  
!    * The callgraph (`.gnu.lto_.cgraph')
  
       This section contains the basic data structure used by the GCC
       inter-procedural optimization infrastructure.  This section stores
       an annotated multi-graph which represents the functions and call
!      sites as well as the variables, aliases and top-level `asm'
       statements.
  
!      This section is emitted in `lto-streamer-out.c':`output_cgraph'
!      and read in `lto-cgraph.c':`input_cgraph'.
  
!    * IPA references (`.gnu.lto_.refs')
  
       This section contains references between function and static
!      variables.  It is emitted by `lto-cgraph.c':`output_refs' and read
!      by `lto-cgraph.c':`input_refs'.
  
!    * Function bodies (`.gnu.lto_.function_body.<name>')
  
       This section contains function bodies in the intermediate language
       representation.  Every function body is in a separate section to
       allow copying of the section independently to different object
       files or reading the function on demand.
  
!      Functions are emitted in `lto-streamer-out.c':`output_function'
!      and read in `lto-streamer-in.c':`input_function'.
  
!    * Static variable initializers (`.gnu.lto_.vars')
  
       This section contains all the symbols in the global variable pool.
!      It is emitted by `lto-cgraph.c':`output_varpool' and read in
!      `lto-cgraph.c':`input_cgraph'.
  
     * Summaries and optimization summaries used by IPA passes
!      (`.gnu.lto_.<xxx>', where `<xxx>' is one of `jmpfuncs',
!      `pureconst' or `reference')
  
       These sections are used by IPA passes that need to emit summary
!      information during LTO generation to be read and aggregated at
!      link time.  Each pass is responsible for implementing two pass
!      manager hooks: one for writing the summary and another for reading
!      it in.  The format of these sections is entirely up to each
!      individual pass.  The only requirement is that the writer and
!      reader hooks agree on the format.
  
  
  File: gccint.info,  Node: IPA,  Next: WHOPR,  Prev: LTO object file layout,  Up: LTO
*************** optimization pass is split into several
*** 41206,41251 ****
  different times during WHOPR compilation:
  
     * LGEN time
!        1. _Generate summary_ ('generate_summary' in 'struct
!           ipa_opt_pass_d').  This stage analyzes every function body and
!           variable initializer is examined and stores relevant
            information into a pass-specific data structure.
  
!        2. _Write summary_ ('write_summary' in 'struct ipa_opt_pass_d').
            This stage writes all the pass-specific information generated
!           by 'generate_summary'.  Summaries go into their own
!           'LTO_section_*' sections that have to be declared in
!           'lto-streamer.h':'enum lto_section_type'.  A new section is
!           created by calling 'create_output_block' and data can be
!           written using the 'lto_output_*' routines.
  
     * WPA time
!        1. _Read summary_ ('read_summary' in 'struct ipa_opt_pass_d').
            This stage reads all the pass-specific information in exactly
!           the same order that it was written by 'write_summary'.
  
!        2. _Execute_ ('execute' in 'struct opt_pass').  This performs
            inter-procedural propagation.  This must be done without
            actual access to the individual function bodies or variable
!           initializers.  Typically, this results in a transitive closure
!           operation over the summary information of all the nodes in the
!           callgraph.
  
!        3. _Write optimization summary_ ('write_optimization_summary' in
!           'struct ipa_opt_pass_d').  This writes the result of the
            inter-procedural propagation into the object file.  This can
            use the same data structures and helper routines used in
!           'write_summary'.
  
     * LTRANS time
!        1. _Read optimization summary_ ('read_optimization_summary' in
!           'struct ipa_opt_pass_d').  The counterpart to
!           'write_optimization_summary'.  This reads the interprocedural
            optimization decisions in exactly the same format emitted by
!           'write_optimization_summary'.
  
!        2. _Transform_ ('function_transform' and 'variable_transform' in
!           'struct ipa_opt_pass_d').  The actual function bodies and
            variable initializers are updated based on the information
            passed down from the _Execute_ stage.
  
--- 41656,41701 ----
  different times during WHOPR compilation:
  
     * LGEN time
!        1. _Generate summary_ (`generate_summary' in `struct
!           ipa_opt_pass_d').  This stage analyzes every function body
!           and variable initializer is examined and stores relevant
            information into a pass-specific data structure.
  
!        2. _Write summary_ (`write_summary' in `struct ipa_opt_pass_d').
            This stage writes all the pass-specific information generated
!           by `generate_summary'.  Summaries go into their own
!           `LTO_section_*' sections that have to be declared in
!           `lto-streamer.h':`enum lto_section_type'.  A new section is
!           created by calling `create_output_block' and data can be
!           written using the `lto_output_*' routines.
  
     * WPA time
!        1. _Read summary_ (`read_summary' in `struct ipa_opt_pass_d').
            This stage reads all the pass-specific information in exactly
!           the same order that it was written by `write_summary'.
  
!        2. _Execute_ (`execute' in `struct opt_pass').  This performs
            inter-procedural propagation.  This must be done without
            actual access to the individual function bodies or variable
!           initializers.  Typically, this results in a transitive
!           closure operation over the summary information of all the
!           nodes in the callgraph.
  
!        3. _Write optimization summary_ (`write_optimization_summary' in
!           `struct ipa_opt_pass_d').  This writes the result of the
            inter-procedural propagation into the object file.  This can
            use the same data structures and helper routines used in
!           `write_summary'.
  
     * LTRANS time
!        1. _Read optimization summary_ (`read_optimization_summary' in
!           `struct ipa_opt_pass_d').  The counterpart to
!           `write_optimization_summary'.  This reads the interprocedural
            optimization decisions in exactly the same format emitted by
!           `write_optimization_summary'.
  
!        2. _Transform_ (`function_transform' and `variable_transform' in
!           `struct ipa_opt_pass_d').  The actual function bodies and
            variable initializers are updated based on the information
            passed down from the _Execute_ stage.
  
*************** LTO, WHOPR and classic non-LTO compilati
*** 41265,41271 ****
  
   To simplify development, the GCC pass manager differentiates between
  normal inter-procedural passes and small inter-procedural passes.  A
! _small inter-procedural pass_ ('SIMPLE_IPA_PASS') is a pass that does
  everything at once and thus it can not be executed during WPA in WHOPR
  mode.  It defines only the _Execute_ stage and during this stage it
  accesses and modifies the function bodies.  Such passes are useful for
--- 41715,41721 ----
  
   To simplify development, the GCC pass manager differentiates between
  normal inter-procedural passes and small inter-procedural passes.  A
! _small inter-procedural pass_ (`SIMPLE_IPA_PASS') is a pass that does
  everything at once and thus it can not be executed during WPA in WHOPR
  mode.  It defines only the _Execute_ stage and during this stage it
  accesses and modifies the function bodies.  Such passes are useful for
*************** development of a new inter-procedural pa
*** 41277,41289 ****
  24.3.1 Virtual clones
  ---------------------
  
! One of the main challenges of introducing the WHOPR compilation mode was
! addressing the interactions between optimization passes.  In LTO
  compilation mode, the passes are executed in a sequence, each of which
! consists of analysis (or _Generate summary_), propagation (or _Execute_)
! and _Transform_ stages.  Once the work of one pass is finished, the next
! pass sees the updated program representation and can execute.  This
! makes the individual passes dependent on each other.
  
   In WHOPR mode all passes first execute their _Generate summary_ stage.
  Then summary writing marks the end of the LGEN stage.  At WPA time, the
--- 41727,41739 ----
  24.3.1 Virtual clones
  ---------------------
  
! One of the main challenges of introducing the WHOPR compilation mode
! was addressing the interactions between optimization passes.  In LTO
  compilation mode, the passes are executed in a sequence, each of which
! consists of analysis (or _Generate summary_), propagation (or
! _Execute_) and _Transform_ stages.  Once the work of one pass is
! finished, the next pass sees the updated program representation and can
! execute.  This makes the individual passes dependent on each other.
  
   In WHOPR mode all passes first execute their _Generate summary_ stage.
  Then summary writing marks the end of the LGEN stage.  At WPA time, the
*************** summaries are read back into memory and
*** 41291,41328 ****
  stage.  Optimization summaries are streamed and sent to LTRANS, where
  all the passes execute the _Transform_ stage.
  
!  Most optimization passes split naturally into analysis, propagation and
! transformation stages.  But some do not.  The main problem arises when
! one pass performs changes and the following pass gets confused by seeing
! different callgraphs between the _Transform_ stage and the _Generate
! summary_ or _Execute_ stage.  This means that the passes are required to
! communicate their decisions with each other.
  
   To facilitate this communication, the GCC callgraph infrastructure
  implements _virtual clones_, a method of representing the changes
! performed by the optimization passes in the callgraph without needing to
! update function bodies.
  
!  A _virtual clone_ in the callgraph is a function that has no associated
! body, just a description of how to create its body based on a different
! function (which itself may be a virtual clone).
  
   The description of function modifications includes adjustments to the
  function's signature (which allows, for example, removing or adding
! function arguments), substitutions to perform on the function body, and,
! for inlined functions, a pointer to the function that it will be inlined
! into.
  
   It is also possible to redirect any edge of the callgraph from a
  function to its virtual clone.  This implies updating of the call site
  to adjust for the new function signature.
  
!  Most of the transformations performed by inter-procedural optimizations
! can be represented via virtual clones.  For instance, a constant
! propagation pass can produce a virtual clone of the function which
! replaces one of its arguments by a constant.  The inliner can represent
! its decisions by producing a clone of a function whose body will be
! later integrated into a given function.
  
   Using _virtual clones_, the program can be easily updated during the
  _Execute_ stage, solving most of pass interactions problems that would
--- 41741,41778 ----
  stage.  Optimization summaries are streamed and sent to LTRANS, where
  all the passes execute the _Transform_ stage.
  
!  Most optimization passes split naturally into analysis, propagation
! and transformation stages.  But some do not.  The main problem arises
! when one pass performs changes and the following pass gets confused by
! seeing different callgraphs between the _Transform_ stage and the
! _Generate summary_ or _Execute_ stage.  This means that the passes are
! required to communicate their decisions with each other.
  
   To facilitate this communication, the GCC callgraph infrastructure
  implements _virtual clones_, a method of representing the changes
! performed by the optimization passes in the callgraph without needing
! to update function bodies.
  
!  A _virtual clone_ in the callgraph is a function that has no
! associated body, just a description of how to create its body based on
! a different function (which itself may be a virtual clone).
  
   The description of function modifications includes adjustments to the
  function's signature (which allows, for example, removing or adding
! function arguments), substitutions to perform on the function body,
! and, for inlined functions, a pointer to the function that it will be
! inlined into.
  
   It is also possible to redirect any edge of the callgraph from a
  function to its virtual clone.  This implies updating of the call site
  to adjust for the new function signature.
  
!  Most of the transformations performed by inter-procedural
! optimizations can be represented via virtual clones.  For instance, a
! constant propagation pass can produce a virtual clone of the function
! which replaces one of its arguments by a constant.  The inliner can
! represent its decisions by producing a clone of a function whose body
! will be later integrated into a given function.
  
   Using _virtual clones_, the program can be easily updated during the
  _Execute_ stage, solving most of pass interactions problems that would
*************** otherwise occur during _Transform_.
*** 41330,41342 ****
  
   Virtual clones are later materialized in the LTRANS stage and turned
  into real functions.  Passes executed after the virtual clone were
! introduced also perform their _Transform_ stage on new functions, so for
! a pass there is no significant difference between operating on a real
! function or a virtual clone introduced before its _Execute_ stage.
  
!  Optimization passes then work on virtual clones introduced before their
! _Execute_ stage as if they were real functions.  The only difference is
! that clones are not visible during the _Generate Summary_ stage.
  
   To keep function summaries updated, the callgraph interface allows an
  optimizer to register a callback that is called every time a new clone
--- 41780,41793 ----
  
   Virtual clones are later materialized in the LTRANS stage and turned
  into real functions.  Passes executed after the virtual clone were
! introduced also perform their _Transform_ stage on new functions, so
! for a pass there is no significant difference between operating on a
! real function or a virtual clone introduced before its _Execute_ stage.
  
!  Optimization passes then work on virtual clones introduced before
! their _Execute_ stage as if they were real functions.  The only
! difference is that clones are not visible during the _Generate Summary_
! stage.
  
   To keep function summaries updated, the callgraph interface allows an
  optimizer to register a callback that is called every time a new clone
*************** summaries updated for the _Transform_ st
*** 41351,41369 ****
  ---------------------
  
  GCC represents IPA references in the callgraph.  For a function or
! variable 'A', the _IPA reference_ is a list of all locations where the
! address of 'A' is taken and, when 'A' is a variable, a list of all
! direct stores and reads to/from 'A'.  References represent an oriented
  multi-graph on the union of nodes of the callgraph and the varpool.  See
! 'ipa-reference.c':'ipa_reference_write_optimization_summary' and
! 'ipa-reference.c':'ipa_reference_read_optimization_summary' for details.
  
  24.3.3 Jump functions
  ---------------------
  
! Suppose that an optimization pass sees a function 'A' and it knows the
  values of (some of) its arguments.  The _jump function_ describes the
! value of a parameter of a given function call in function 'A' based on
  this knowledge.
  
   Jump functions are used by several optimizations, such as the
--- 41802,41820 ----
  ---------------------
  
  GCC represents IPA references in the callgraph.  For a function or
! variable `A', the _IPA reference_ is a list of all locations where the
! address of `A' is taken and, when `A' is a variable, a list of all
! direct stores and reads to/from `A'.  References represent an oriented
  multi-graph on the union of nodes of the callgraph and the varpool.  See
! `ipa-reference.c':`ipa_reference_write_optimization_summary' and
! `ipa-reference.c':`ipa_reference_read_optimization_summary' for details.
  
  24.3.3 Jump functions
  ---------------------
  
! Suppose that an optimization pass sees a function `A' and it knows the
  values of (some of) its arguments.  The _jump function_ describes the
! value of a parameter of a given function call in function `A' based on
  this knowledge.
  
   Jump functions are used by several optimizations, such as the
*************** File: gccint.info,  Node: WHOPR,  Next:
*** 41378,41432 ****
  =====================================================================
  
  Link-time optimization gives relatively minor benefits when used alone.
! The problem is that propagation of inter-procedural information does not
! work well across functions and variables that are called or referenced
! by other compilation units (such as from a dynamically linked library).
! We say that such functions and variables are _externally visible_.
  
   To make the situation even more difficult, many applications organize
  themselves as a set of shared libraries, and the default ELF visibility
  rules allow one to overwrite any externally visible symbol with a
  different symbol at runtime.  This basically disables any optimizations
! across such functions and variables, because the compiler cannot be sure
! that the function body it is seeing is the same function body that will
! be used at runtime.  Any function or variable not declared 'static' in
! the sources degrades the quality of inter-procedural optimization.
  
   To avoid this problem the compiler must assume that it sees the whole
! program when doing link-time optimization.  Strictly speaking, the whole
! program is rarely visible even at link-time.  Standard system libraries
! are usually linked dynamically or not provided with the link-time
! information.  In GCC, the whole program option ('-fwhole-program')
! asserts that every function and variable defined in the current
! compilation unit is static, except for function 'main' (note: at link
! time, the current unit is the union of all objects compiled with LTO).
! Since some functions and variables need to be referenced externally, for
! example by another DSO or from an assembler file, GCC also provides the
! function and variable attribute 'externally_visible' which can be used
! to disable the effect of '-fwhole-program' on a specific symbol.
  
   The whole program mode assumptions are slightly more complex in C++,
  where inline functions in headers are put into _COMDAT_ sections.
  COMDAT function and variables can be defined by multiple object files
! and their bodies are unified at link-time and dynamic link-time.  COMDAT
! functions are changed to local only when their address is not taken and
! thus un-sharing them with a library is not harmful.  COMDAT variables
! always remain externally visible, however for readonly variables it is
! assumed that their initializers cannot be overwritten by a different
! value.
  
!  GCC provides the function and variable attribute 'visibility' that can
  be used to specify the visibility of externally visible symbols (or
! alternatively an '-fdefault-visibility' command line option).  ELF
! defines the 'default', 'protected', 'hidden' and 'internal'
  visibilities.
  
!  The most commonly used is visibility is 'hidden'.  It specifies that
  the symbol cannot be referenced from outside of the current shared
! library.  Unfortunately, this information cannot be used directly by the
! link-time optimization in the compiler since the whole shared library
! also might contain non-LTO objects and those are not visible to the
! compiler.
  
   GCC solves this problem using linker plugins.  A _linker plugin_ is an
  interface to the linker that allows an external program to claim the
--- 41829,41886 ----
  =====================================================================
  
  Link-time optimization gives relatively minor benefits when used alone.
! The problem is that propagation of inter-procedural information does
! not work well across functions and variables that are called or
! referenced by other compilation units (such as from a dynamically
! linked library).  We say that such functions and variables are
! _externally visible_.
  
   To make the situation even more difficult, many applications organize
  themselves as a set of shared libraries, and the default ELF visibility
  rules allow one to overwrite any externally visible symbol with a
  different symbol at runtime.  This basically disables any optimizations
! across such functions and variables, because the compiler cannot be
! sure that the function body it is seeing is the same function body that
! will be used at runtime.  Any function or variable not declared
! `static' in the sources degrades the quality of inter-procedural
! optimization.
  
   To avoid this problem the compiler must assume that it sees the whole
! program when doing link-time optimization.  Strictly speaking, the
! whole program is rarely visible even at link-time.  Standard system
! libraries are usually linked dynamically or not provided with the
! link-time information.  In GCC, the whole program option
! (`-fwhole-program') asserts that every function and variable defined in
! the current compilation unit is static, except for function `main'
! (note: at link time, the current unit is the union of all objects
! compiled with LTO).  Since some functions and variables need to be
! referenced externally, for example by another DSO or from an assembler
! file, GCC also provides the function and variable attribute
! `externally_visible' which can be used to disable the effect of
! `-fwhole-program' on a specific symbol.
  
   The whole program mode assumptions are slightly more complex in C++,
  where inline functions in headers are put into _COMDAT_ sections.
  COMDAT function and variables can be defined by multiple object files
! and their bodies are unified at link-time and dynamic link-time.
! COMDAT functions are changed to local only when their address is not
! taken and thus un-sharing them with a library is not harmful.  COMDAT
! variables always remain externally visible, however for readonly
! variables it is assumed that their initializers cannot be overwritten
! by a different value.
  
!  GCC provides the function and variable attribute `visibility' that can
  be used to specify the visibility of externally visible symbols (or
! alternatively an `-fdefault-visibility' command line option).  ELF
! defines the `default', `protected', `hidden' and `internal'
  visibilities.
  
!  The most commonly used is visibility is `hidden'.  It specifies that
  the symbol cannot be referenced from outside of the current shared
! library.  Unfortunately, this information cannot be used directly by
! the link-time optimization in the compiler since the whole shared
! library also might contain non-LTO objects and those are not visible to
! the compiler.
  
   GCC solves this problem using linker plugins.  A _linker plugin_ is an
  interface to the linker that allows an external program to claim the
*************** ownership of a given object file.  The l
*** 41434,41470 ****
  procedure by querying the plugin about the symbol table of the claimed
  objects and once the linking decisions are complete, the plugin is
  allowed to provide the final object file before the actual linking is
! made.  The linker plugin obtains the symbol resolution information which
! specifies which symbols provided by the claimed objects are bound from
! the rest of a binary being linked.
  
!  GCC is designed to be independent of the rest of the toolchain and aims
! to support linkers without plugin support.  For this reason it does not
! use the linker plugin by default.  Instead, the object files are
! examined by 'collect2' before being passed to the linker and objects
! found to have LTO sections are passed to 'lto1' first.  This mode does
! not work for library archives.  The decision on what object files from
! the archive are needed depends on the actual linking and thus GCC would
! have to implement the linker itself.  The resolution information is
! missing too and thus GCC needs to make an educated guess based on
! '-fwhole-program'.  Without the linker plugin GCC also assumes that
! symbols are declared 'hidden' and not referred by non-LTO code by
  default.
  
  
  File: gccint.info,  Node: Internal flags,  Prev: WHOPR,  Up: LTO
  
! 24.5 Internal flags controlling 'lto1'
  ======================================
  
! The following flags are passed into 'lto1' and are not meant to be used
  directly from the command line.
  
     * -fwpa This option runs the serial part of the link-time optimizer
       performing the inter-procedural propagation (WPA mode).  The
       compiler reads in summary information from all inputs and performs
!      an analysis based on summary information only.  It generates object
!      files for subsequent runs of the link-time optimizer where
       individual object files are optimized using both summary
       information from the WPA mode and the actual function bodies.  It
       then drives the LTRANS phase.
--- 41888,41924 ----
  procedure by querying the plugin about the symbol table of the claimed
  objects and once the linking decisions are complete, the plugin is
  allowed to provide the final object file before the actual linking is
! made.  The linker plugin obtains the symbol resolution information
! which specifies which symbols provided by the claimed objects are bound
! from the rest of a binary being linked.
  
!  GCC is designed to be independent of the rest of the toolchain and
! aims to support linkers without plugin support.  For this reason it
! does not use the linker plugin by default.  Instead, the object files
! are examined by `collect2' before being passed to the linker and
! objects found to have LTO sections are passed to `lto1' first.  This
! mode does not work for library archives.  The decision on what object
! files from the archive are needed depends on the actual linking and
! thus GCC would have to implement the linker itself.  The resolution
! information is missing too and thus GCC needs to make an educated guess
! based on `-fwhole-program'.  Without the linker plugin GCC also assumes
! that symbols are declared `hidden' and not referred by non-LTO code by
  default.
  
  
  File: gccint.info,  Node: Internal flags,  Prev: WHOPR,  Up: LTO
  
! 24.5 Internal flags controlling `lto1'
  ======================================
  
! The following flags are passed into `lto1' and are not meant to be used
  directly from the command line.
  
     * -fwpa This option runs the serial part of the link-time optimizer
       performing the inter-procedural propagation (WPA mode).  The
       compiler reads in summary information from all inputs and performs
!      an analysis based on summary information only.  It generates
!      object files for subsequent runs of the link-time optimizer where
       individual object files are optimized using both summary
       information from the WPA mode and the actual function bodies.  It
       then drives the LTRANS phase.
*************** directly from the command line.
*** 41474,41486 ****
       previous run of the LTO in WPA mode.  In the LTRANS mode, LTO
       optimizes an object and produces the final assembly.
  
!    * -fltrans-output-list=FILE This option specifies a file to which the
!      names of LTRANS output files are written.  This option is only
!      meaningful in conjunction with '-fwpa'.
  
!    * -fresolution=FILE This option specifies the linker resolution file.
!      This option is only meaningful in conjunction with '-fwpa' and as
!      option to pass through to the LTO linker plugin.
  
  
  File: gccint.info,  Node: Match and Simplify,  Next: Funding,  Prev: LTO,  Up: Top
--- 41928,41940 ----
       previous run of the LTO in WPA mode.  In the LTRANS mode, LTO
       optimizes an object and produces the final assembly.
  
!    * -fltrans-output-list=FILE This option specifies a file to which
!      the names of LTRANS output files are written.  This option is only
!      meaningful in conjunction with `-fwpa'.
  
!    * -fresolution=FILE This option specifies the linker resolution
!      file.  This option is only meaningful in conjunction with `-fwpa'
!      and as option to pass through to the LTO linker plugin.
  
  
  File: gccint.info,  Node: Match and Simplify,  Next: Funding,  Prev: LTO,  Up: Top
*************** File: gccint.info,  Node: Match and Simp
*** 41488,41498 ****
  25 Match and Simplify
  *********************
  
! The GIMPLE and GENERIC pattern matching project match-and-simplify tries
! to address several issues.
  
    1. unify expression simplifications currently spread and duplicated
!      over separate files like fold-const.c, gimple-fold.c and builtins.c
    2. allow for a cheap way to implement building and simplifying
       non-trivial GIMPLE expressions, avoiding the need to go through
       building and simplifying GENERIC via fold_buildN and then
--- 41942,41954 ----
  25 Match and Simplify
  *********************
  
! The GIMPLE and GENERIC pattern matching project match-and-simplify
! tries to address several issues.
  
    1. unify expression simplifications currently spread and duplicated
!       over separate files like fold-const.c, gimple-fold.c and
!      builtins.c
! 
    2. allow for a cheap way to implement building and simplifying
       non-trivial GIMPLE expressions, avoiding the need to go through
       building and simplifying GENERIC via fold_buildN and then
*************** File: gccint.info,  Node: GIMPLE API,  N
*** 41521,41547 ****
            tree, gimple_seq *, tree (*)(tree))
   -- GIMPLE function: tree gimple_simplify (enum tree_code, tree, tree,
            tree, tree, gimple_seq *, tree (*)(tree))
!  -- GIMPLE function: tree gimple_simplify (enum built_in_function, tree,
!           tree, gimple_seq *, tree (*)(tree))
!  -- GIMPLE function: tree gimple_simplify (enum built_in_function, tree,
            tree, tree, gimple_seq *, tree (*)(tree))
!  -- GIMPLE function: tree gimple_simplify (enum built_in_function, tree,
            tree, tree, tree, gimple_seq *, tree (*)(tree))
       The main GIMPLE API entry to the expression simplifications
       mimicing that of the GENERIC fold_{unary,binary,ternary} functions.
  
   thus providing n-ary overloads for operation or function.  The
  additional arguments are a gimple_seq where built statements are
! inserted on (if 'NULL' then simplifications requiring new statements are
! not performed) and a valueization hook that can be used to tie
  simplifications to a SSA lattice.
  
!  In addition to those APIs 'fold_stmt' is overloaded with a valueization
! hook:
  
   -- bool: fold_stmt (gimple_stmt_iterator *, tree (*)(tree));
  
!  Ontop of these a 'fold_buildN'-like API for GIMPLE is introduced:
  
   -- GIMPLE function: tree gimple_build (gimple_seq *, location_t, enum
            tree_code, tree, tree, tree (*valueize) (tree) = NULL);
--- 41977,42003 ----
            tree, gimple_seq *, tree (*)(tree))
   -- GIMPLE function: tree gimple_simplify (enum tree_code, tree, tree,
            tree, tree, gimple_seq *, tree (*)(tree))
!  -- GIMPLE function: tree gimple_simplify (enum built_in_function,
            tree, tree, gimple_seq *, tree (*)(tree))
!  -- GIMPLE function: tree gimple_simplify (enum built_in_function,
            tree, tree, tree, gimple_seq *, tree (*)(tree))
+  -- GIMPLE function: tree gimple_simplify (enum built_in_function,
+           tree, tree, tree, tree, gimple_seq *, tree (*)(tree))
       The main GIMPLE API entry to the expression simplifications
       mimicing that of the GENERIC fold_{unary,binary,ternary} functions.
  
   thus providing n-ary overloads for operation or function.  The
  additional arguments are a gimple_seq where built statements are
! inserted on (if `NULL' then simplifications requiring new statements
! are not performed) and a valueization hook that can be used to tie
  simplifications to a SSA lattice.
  
!  In addition to those APIs `fold_stmt' is overloaded with a
! valueization hook:
  
   -- bool: fold_stmt (gimple_stmt_iterator *, tree (*)(tree));
  
!  Ontop of these a `fold_buildN'-like API for GIMPLE is introduced:
  
   -- GIMPLE function: tree gimple_build (gimple_seq *, location_t, enum
            tree_code, tree, tree, tree (*valueize) (tree) = NULL);
*************** hook:
*** 41554,41569 ****
            built_in_function, tree, tree, tree (*valueize) (tree) =
            NULL);
   -- GIMPLE function: tree gimple_build (gimple_seq *, location_t, enum
!           built_in_function, tree, tree, tree, tree (*valueize) (tree) =
!           NULL);
   -- GIMPLE function: tree gimple_build (gimple_seq *, location_t, enum
            built_in_function, tree, tree, tree, tree, tree (*valueize)
            (tree) = NULL);
   -- GIMPLE function: tree gimple_convert (gimple_seq *, location_t,
            tree, tree);
  
!  which is supposed to replace 'force_gimple_operand (fold_buildN (...),
! ...)' and calls to 'fold_convert'.  Overloads without the 'location_t'
  argument exist.  Built statements are inserted on the provided sequence
  and simplification is performed using the optional valueization hook.
  
--- 42010,42025 ----
            built_in_function, tree, tree, tree (*valueize) (tree) =
            NULL);
   -- GIMPLE function: tree gimple_build (gimple_seq *, location_t, enum
!           built_in_function, tree, tree, tree, tree (*valueize) (tree)
!           = NULL);
   -- GIMPLE function: tree gimple_build (gimple_seq *, location_t, enum
            built_in_function, tree, tree, tree, tree, tree (*valueize)
            (tree) = NULL);
   -- GIMPLE function: tree gimple_convert (gimple_seq *, location_t,
            tree, tree);
  
!  which is supposed to replace `force_gimple_operand (fold_buildN (...),
! ...)' and calls to `fold_convert'.  Overloads without the `location_t'
  argument exist.  Built statements are inserted on the provided sequence
  and simplification is performed using the optional valueization hook.
  
*************** an example from the match.pd file:
*** 41582,41635 ****
         @0)
  
   This example contains all required parts of an expression
! simplification.  A simplification is wrapped inside a '(simplify ...)'
! expression.  That contains at least two operands - an expression that is
! matched with the GIMPLE or GENERIC IL and a replacement expression that
! is returned if the match was successful.
  
!  Expressions have an operator ID, 'bit_and' in this case.  Expressions
! can be lower-case tree codes with '_expr' stripped off or builtin
! function code names in all-caps, like 'BUILT_IN_SQRT'.
  
!  '@n' denotes a so-called capture.  It captures the operand and lets you
! refer to it in other places of the match-and-simplify.  In the above
! example it is refered to in the replacement expression.  Captures are
! '@' followed by a number or an identifier.
  
       (simplify
         (bit_xor @0 @0)
         { build_zero_cst (type); })
  
!  In this example '@0' is mentioned twice which constrains the matched
  expression to have two equal operands.  Usually matches are constraint
  to equal types.  If operands may be constants and conversions are
! involved matching by value might be preferred in which case use '@@0' to
! denote a by value match and the specific operand you want to refer to in
! the result part.  This example also introduces operands written in C
! code.  These can be used in the expression replacements and are supposed
! to evaluate to a tree node which has to be a valid GIMPLE operand (so
! you cannot generate expressions in C code).
  
       (simplify
         (trunc_mod integer_zerop@0 @1)
         (if (!integer_zerop (@1))
          @0))
  
!  Here '@0' captures the first operand of the trunc_mod expression which
! is also predicated with 'integer_zerop'.  Expression operands may be
  either expressions, predicates or captures.  Captures can be
  unconstrained or capture expresions or predicates.
  
   This example introduces an optional operand of simplify, the
! if-expression.  This condition is evaluated after the expression matched
! in the IL and is required to evaluate to true to enable the replacement
! expression in the second operand position.  The expression operand of
! the 'if' is a standard C expression which may contain references to
! captures.  The 'if' has an optional third operand which may contain the
! replacement expression that is enabled when the condition evaluates to
! false.
  
!  A 'if' expression can be used to specify a common condition for
  multiple simplify patterns, avoiding the need to repeat that multiple
  times:
  
--- 42038,42091 ----
         @0)
  
   This example contains all required parts of an expression
! simplification.  A simplification is wrapped inside a `(simplify ...)'
! expression.  That contains at least two operands - an expression that
! is matched with the GIMPLE or GENERIC IL and a replacement expression
! that is returned if the match was successful.
  
!  Expressions have an operator ID, `bit_and' in this case.  Expressions
! can be lower-case tree codes with `_expr' stripped off or builtin
! function code names in all-caps, like `BUILT_IN_SQRT'.
  
!  `@n' denotes a so-called capture.  It captures the operand and lets
! you refer to it in other places of the match-and-simplify.  In the
! above example it is refered to in the replacement expression.  Captures
! are `@' followed by a number or an identifier.
  
       (simplify
         (bit_xor @0 @0)
         { build_zero_cst (type); })
  
!  In this example `@0' is mentioned twice which constrains the matched
  expression to have two equal operands.  Usually matches are constraint
  to equal types.  If operands may be constants and conversions are
! involved matching by value might be preferred in which case use `@@0' to
! denote a by value match and the specific operand you want to refer to
! in the result part.  This example also introduces operands written in C
! code.  These can be used in the expression replacements and are
! supposed to evaluate to a tree node which has to be a valid GIMPLE
! operand (so you cannot generate expressions in C code).
  
       (simplify
         (trunc_mod integer_zerop@0 @1)
         (if (!integer_zerop (@1))
          @0))
  
!  Here `@0' captures the first operand of the trunc_mod expression which
! is also predicated with `integer_zerop'.  Expression operands may be
  either expressions, predicates or captures.  Captures can be
  unconstrained or capture expresions or predicates.
  
   This example introduces an optional operand of simplify, the
! if-expression.  This condition is evaluated after the expression
! matched in the IL and is required to evaluate to true to enable the
! replacement expression in the second operand position.  The expression
! operand of the `if' is a standard C expression which may contain
! references to captures.  The `if' has an optional third operand which
! may contain the replacement expression that is enabled when the
! condition evaluates to false.
  
!  A `if' expression can be used to specify a common condition for
  multiple simplify patterns, avoiding the need to repeat that multiple
  times:
  
*************** times:
*** 41642,41654 ****
           (minus (minus @0 @1) @0)
           (negate @1)))
  
!  Note that 'if's in outer position do not have the optional else clause
  but instead have multiple then clauses.
  
   Ifs can be nested.
  
!  There exists a 'switch' expression which can be used to chain
! conditions avoiding nesting 'if's too much:
  
       (simplify
        (simple_comparison @0 REAL_CST@1)
--- 42098,42110 ----
           (minus (minus @0 @1) @0)
           (negate @1)))
  
!  Note that `if's in outer position do not have the optional else clause
  but instead have multiple then clauses.
  
   Ifs can be nested.
  
!  There exists a `switch' expression which can be used to chain
! conditions avoiding nesting `if's too much:
  
       (simplify
        (simple_comparison @0 REAL_CST@1)
*************** conditions avoiding nesting 'if's too mu
*** 41674,41681 ****
               && ! HONOR_SNANS (@1))
           { constant_boolean_node (cmp == NE_EXPR, type); }))))
  
!  which has the second 'if' in the else operand of the first.  The
! 'switch' expression takes 'if' expressions as operands (which may not
  have else clauses) and as a last operand a replacement expression which
  should be enabled by default if no other condition evaluated to true.
  
--- 42130,42137 ----
               && ! HONOR_SNANS (@1))
           { constant_boolean_node (cmp == NE_EXPR, type); }))))
  
!  which has the second `if' in the else operand of the first.  The
! `switch' expression takes `if' expressions as operands (which may not
  have else clauses) and as a last operand a replacement expression which
  should be enabled by default if no other condition evaluated to true.
  
*************** should be enabled by default if no other
*** 41698,41716 ****
         })
       #endif
  
!  In the above example, '@2' captures the result of the expression '(addr
! @0)'.  For outermost expression only its type can be captured, and the
! keyword 'type' is reserved for this purpose.  The above example also
! gives a way to conditionalize patterns to only apply to 'GIMPLE' or
! 'GENERIC' by means of using the pre-defined preprocessor macros 'GIMPLE'
! and 'GENERIC' and using preprocessor directives.
  
       (simplify
         (bit_and:c integral_op_p@0 (bit_ior:c (bit_not @0) @1))
         (bit_and @1 @0))
  
   Here we introduce flags on match expressions.  The flag used above,
! 'c', denotes that the expression should be also matched commutated.
  Thus the above match expression is really the following four match
  expressions:
  
--- 42154,42172 ----
         })
       #endif
  
!  In the above example, `@2' captures the result of the expression
! `(addr @0)'.  For outermost expression only its type can be captured,
! and the keyword `type' is reserved for this purpose.  The above example
! also gives a way to conditionalize patterns to only apply to `GIMPLE'
! or `GENERIC' by means of using the pre-defined preprocessor macros
! `GIMPLE' and `GENERIC' and using preprocessor directives.
  
       (simplify
         (bit_and:c integral_op_p@0 (bit_ior:c (bit_not @0) @1))
         (bit_and @1 @0))
  
   Here we introduce flags on match expressions.  The flag used above,
! `c', denotes that the expression should be also matched commutated.
  Thus the above match expression is really the following four match
  expressions:
  
*************** expressions:
*** 41723,41737 ****
  before matching, so for example constant operands always come second in
  commutative expressions.
  
!  The second supported flag is 's' which tells the code generator to fail
! the pattern if the expression marked with 's' does have more than one
! use.  For example in
  
       (simplify
         (pointer_plus (pointer_plus:s @0 @1) @3)
         (pointer_plus @0 (plus @1 @3)))
  
!  this avoids the association if '(pointer_plus @0 @1)' is used outside
  of the matched expression and thus it would stay live and not trivially
  removed by dead code elimination.
  
--- 42179,42193 ----
  before matching, so for example constant operands always come second in
  commutative expressions.
  
!  The second supported flag is `s' which tells the code generator to
! fail the pattern if the expression marked with `s' does have more than
! one use.  For example in
  
       (simplify
         (pointer_plus (pointer_plus:s @0 @1) @3)
         (pointer_plus @0 (plus @1 @3)))
  
!  this avoids the association if `(pointer_plus @0 @1)' is used outside
  of the matched expression and thus it would stay live and not trivially
  removed by dead code elimination.
  
*************** removed by dead code elimination.
*** 41742,41749 ****
           (op @0 integer_zerop)
           @0))
  
!  A 'for' expression can be used to repeat a pattern for each operator
! specified, substituting 'op'.  'for' can be nested and a 'for' can have
  multiple operators to iterate.
  
       (for opa (plus minus)
--- 42198,42205 ----
           (op @0 integer_zerop)
           @0))
  
!  A `for' expression can be used to repeat a pattern for each operator
! specified, substituting `op'.  `for' can be nested and a `for' can have
  multiple operators to iterate.
  
       (for opa (plus minus)
*************** multiple operators to iterate.
*** 41751,41774 ****
         (for opc (plus minus)
           (simplify...
  
!  In this example the pattern will be repeated four times with 'opa, opb,
! opc' being 'plus, minus, plus', 'plus, minus, minus', 'minus, plus,
! plus', 'minus, plus, minus'.
  
!  To avoid repeating operator lists in 'for' you can name them via
  
       (define_operator_list pmm plus minus mult)
  
!  and use them in 'for' operator lists where they get expanded.
  
       (for opa (pmm trunc_div)
        (simplify...
  
!  So this example iterates over 'plus', 'minus', 'mult' and 'trunc_div'.
  
   Using operator lists can also remove the need to explicitely write a
! 'for'.  All operator list uses that appear in a 'simplify' or 'match'
! pattern in operator positions will implicitely be added to a new 'for'.
  For example
  
       (define_operator_list SQRT BUILT_IN_SQRTF BUILT_IN_SQRT BUILT_IN_SQRTL)
--- 42207,42230 ----
         (for opc (plus minus)
           (simplify...
  
!  In this example the pattern will be repeated four times with `opa,
! opb, opc' being `plus, minus, plus', `plus, minus, minus', `minus,
! plus, plus', `minus, plus, minus'.
  
!  To avoid repeating operator lists in `for' you can name them via
  
       (define_operator_list pmm plus minus mult)
  
!  and use them in `for' operator lists where they get expanded.
  
       (for opa (pmm trunc_div)
        (simplify...
  
!  So this example iterates over `plus', `minus', `mult' and `trunc_div'.
  
   Using operator lists can also remove the need to explicitely write a
! `for'.  All operator list uses that appear in a `simplify' or `match'
! pattern in operator positions will implicitely be added to a new `for'.
  For example
  
       (define_operator_list SQRT BUILT_IN_SQRTF BUILT_IN_SQRT BUILT_IN_SQRTL)
*************** For example
*** 41785,41796 ****
         (SQRT (POW @0 @1))
         (POW (abs @0) (mult @1 { built_real (TREE_TYPE (@1), dconsthalf); }))))
  
!  'for's and operator lists can include the special identifier 'null'
  that matches nothing and can never be generated.  This can be used to
! pad an operator list so that it has a standard form, even if there isn't
! a suitable operator for every form.
  
!  Another building block are 'with' expressions in the result expression
  which nest the generated code in a new C block followed by its argument:
  
       (simplify
--- 42241,42252 ----
         (SQRT (POW @0 @1))
         (POW (abs @0) (mult @1 { built_real (TREE_TYPE (@1), dconsthalf); }))))
  
!  `for's and operator lists can include the special identifier `null'
  that matches nothing and can never be generated.  This can be used to
! pad an operator list so that it has a standard form, even if there
! isn't a suitable operator for every form.
  
!  Another building block are `with' expressions in the result expression
  which nest the generated code in a new C block followed by its argument:
  
       (simplify
*************** which nest the generated code in a new C
*** 41798,41834 ****
        (with { tree utype = unsigned_type_for (type); }
         (convert (mult (convert:utype @0) (convert:utype @1)))))
  
!  This allows code nested in the 'with' to refer to the declared
  variables.  In the above case we use the feature to specify the type of
! a generated expression with the ':type' syntax where 'type' needs to be
! an identifier that refers to the desired type.  Usually the types of the
! generated result expressions are determined from the context, but
  sometimes like in the above case it is required that you specify them
  explicitely.
  
   As intermediate conversions are often optional there is a way to avoid
  the need to repeat patterns both with and without such conversions.
! Namely you can mark a conversion as being optional with a '?':
  
       (simplify
        (eq (convert@0 @1) (convert? @2))
        (eq @1 (convert @2)))
  
!  which will match both '(eq (convert @1) (convert @2))' and '(eq
  (convert @1) @2)'.  The optional converts are supposed to be all either
! present or not, thus '(eq (convert? @1) (convert? @2))' will result in
  two patterns only.  If you want to match all four combinations you have
! access to two additional conditional converts as in '(eq (convert1? @1)
  (convert2? @2))'.
  
   Predicates available from the GCC middle-end need to be made available
! explicitely via 'define_predicates':
  
       (define_predicates
        integer_onep integer_zerop integer_all_onesp)
  
   You can also define predicates using the pattern matching language and
! the 'match' form:
  
       (match negate_expr_p
        INTEGER_CST
--- 42254,42290 ----
        (with { tree utype = unsigned_type_for (type); }
         (convert (mult (convert:utype @0) (convert:utype @1)))))
  
!  This allows code nested in the `with' to refer to the declared
  variables.  In the above case we use the feature to specify the type of
! a generated expression with the `:type' syntax where `type' needs to be
! an identifier that refers to the desired type.  Usually the types of
! the generated result expressions are determined from the context, but
  sometimes like in the above case it is required that you specify them
  explicitely.
  
   As intermediate conversions are often optional there is a way to avoid
  the need to repeat patterns both with and without such conversions.
! Namely you can mark a conversion as being optional with a `?':
  
       (simplify
        (eq (convert@0 @1) (convert? @2))
        (eq @1 (convert @2)))
  
!  which will match both `(eq (convert @1) (convert @2))' and `(eq
  (convert @1) @2)'.  The optional converts are supposed to be all either
! present or not, thus `(eq (convert? @1) (convert? @2))' will result in
  two patterns only.  If you want to match all four combinations you have
! access to two additional conditional converts as in `(eq (convert1? @1)
  (convert2? @2))'.
  
   Predicates available from the GCC middle-end need to be made available
! explicitely via `define_predicates':
  
       (define_predicates
        integer_onep integer_zerop integer_all_onesp)
  
   You can also define predicates using the pattern matching language and
! the `match' form:
  
       (match negate_expr_p
        INTEGER_CST
*************** the 'match' form:
*** 41837,41847 ****
       (match negate_expr_p
        (negate @0))
  
!  This shows that for 'match' expressions there is 't' available which
  captures the outermost expression (something not possible in the
! 'simplify' context).  As you can see 'match' has an identifier as first
  operand which is how you refer to the predicate in patterns.  Multiple
! 'match' for the same identifier add additional cases where the predicate
  matches.
  
   Predicates can also match an expression in which case you need to
--- 42293,42303 ----
       (match negate_expr_p
        (negate @0))
  
!  This shows that for `match' expressions there is `t' available which
  captures the outermost expression (something not possible in the
! `simplify' context).  As you can see `match' has an identifier as first
  operand which is how you refer to the predicate in patterns.  Multiple
! `match' for the same identifier add additional cases where the predicate
  matches.
  
   Predicates can also match an expression in which case you need to
*************** to free software developers--the Free So
*** 41879,41886 ****
  
   The way to convince distributors to do this is to demand it and expect
  it from them.  So when you compare distributors, judge them partly by
! how much they give to free software development.  Show distributors they
! must compete to be the one who gives the most.
  
   To make this approach work, you must insist on numbers that you can
  compare, such as, "We will donate ten dollars to the Frobnitz project
--- 42335,42342 ----
  
   The way to convince distributors to do this is to demand it and expect
  it from them.  So when you compare distributors, judge them partly by
! how much they give to free software development.  Show distributors
! they must compete to be the one who gives the most.
  
   To make this approach work, you must insist on numbers that you can
  compare, such as, "We will donate ten dollars to the Frobnitz project
*************** for comparison.
*** 41890,41897 ****
  
   Even a precise fraction "of the profits from this disk" is not very
  meaningful, since creative accounting and unrelated business decisions
! can greatly alter what fraction of the sales price counts as profit.  If
! the price you pay is $50, ten percent of the profit is probably less
  than a dollar; it might be a few cents, or nothing at all.
  
   Some redistributors do development work themselves.  This is useful
--- 42346,42353 ----
  
   Even a precise fraction "of the profits from this disk" is not very
  meaningful, since creative accounting and unrelated business decisions
! can greatly alter what fraction of the sales price counts as profit.
! If the price you pay is $50, ten percent of the profit is probably less
  than a dollar; it might be a few cents, or nothing at all.
  
   Some redistributors do development work themselves.  This is useful
*************** difference than others.  For example, ma
*** 41901,41908 ****
  a program contributes very little; maintaining the standard version of a
  program for the whole community contributes much.  Easy new ports
  contribute little, since someone else would surely do them; difficult
! ports such as adding a new CPU to the GNU Compiler Collection contribute
! more; major new features or packages contribute the most.
  
   By establishing the idea that supporting further development is "the
  proper thing to do" when distributing free software for a fee, we can
--- 42357,42364 ----
  a program contributes very little; maintaining the standard version of a
  program for the whole community contributes much.  Easy new ports
  contribute little, since someone else would surely do them; difficult
! ports such as adding a new CPU to the GNU Compiler Collection
! contribute more; major new features or packages contribute the most.
  
   By establishing the idea that supporting further development is "the
  proper thing to do" when distributing free software for a fee, we can
*************** now widely used; though these systems ar
*** 41926,41933 ****
  they are more accurately called GNU/Linux systems.
  
   For more information, see:
!      <http://www.gnu.org/>
!      <http://www.gnu.org/gnu/linux-and-gnu.html>
  
  
  File: gccint.info,  Node: Copying,  Next: GNU Free Documentation License,  Prev: GNU Project,  Up: Top
--- 42382,42389 ----
  they are more accurately called GNU/Linux systems.
  
   For more information, see:
!      `http://www.gnu.org/'
!      `http://www.gnu.org/gnu/linux-and-gnu.html'
  
  
  File: gccint.info,  Node: Copying,  Next: GNU Free Documentation License,  Prev: GNU Project,  Up: Top
*************** GNU General Public License
*** 41937,41943 ****
  
                          Version 3, 29 June 2007
  
!      Copyright (C) 2007 Free Software Foundation, Inc. <http://fsf.org/>
  
       Everyone is permitted to copy and distribute verbatim copies of this
       license document, but changing it is not allowed.
--- 42393,42399 ----
  
                          Version 3, 29 June 2007
  
!      Copyright (C) 2007 Free Software Foundation, Inc. `http://fsf.org/'
  
       Everyone is permitted to copy and distribute verbatim copies of this
       license document, but changing it is not allowed.
*************** GNU General Public License for most of o
*** 41957,41983 ****
  any other work released this way by its authors.  You can apply it to
  your programs, too.
  
!  When we speak of free software, we are referring to freedom, not price.
! Our General Public Licenses are designed to make sure that you have the
! freedom to distribute copies of free software (and charge for them if
! you wish), that you receive source code or can get it if you want it,
! that you can change the software or use pieces of it in new free
! programs, and that you know you can do these things.
  
   To protect your rights, we need to prevent others from denying you
! these rights or asking you to surrender the rights.  Therefore, you have
! certain responsibilities if you distribute copies of the software, or if
! you modify it: responsibilities to respect the freedom of others.
  
!  For example, if you distribute copies of such a program, whether gratis
! or for a fee, you must pass on to the recipients the same freedoms that
! you received.  You must make sure that they, too, receive or can get the
! source code.  And you must show them these terms so they know their
! rights.
  
!  Developers that use the GNU GPL protect your rights with two steps: (1)
! assert copyright on the software, and (2) offer you this License giving
! you legal permission to copy, distribute and/or modify it.
  
   For the developers' and authors' protection, the GPL clearly explains
  that there is no warranty for this free software.  For both users' and
--- 42413,42439 ----
  any other work released this way by its authors.  You can apply it to
  your programs, too.
  
!  When we speak of free software, we are referring to freedom, not
! price.  Our General Public Licenses are designed to make sure that you
! have the freedom to distribute copies of free software (and charge for
! them if you wish), that you receive source code or can get it if you
! want it, that you can change the software or use pieces of it in new
! free programs, and that you know you can do these things.
  
   To protect your rights, we need to prevent others from denying you
! these rights or asking you to surrender the rights.  Therefore, you
! have certain responsibilities if you distribute copies of the software,
! or if you modify it: responsibilities to respect the freedom of others.
  
!  For example, if you distribute copies of such a program, whether
! gratis or for a fee, you must pass on to the recipients the same
! freedoms that you received.  You must make sure that they, too, receive
! or can get the source code.  And you must show them these terms so they
! know their rights.
  
!  Developers that use the GNU GPL protect your rights with two steps:
! (1) assert copyright on the software, and (2) offer you this License
! giving you legal permission to copy, distribute and/or modify it.
  
   For the developers' and authors' protection, the GPL clearly explains
  that there is no warranty for this free software.  For both users' and
*************** changed, so that their problems will not
*** 41986,42000 ****
  authors of previous versions.
  
   Some devices are designed to deny users access to install or run
! modified versions of the software inside them, although the manufacturer
! can do so.  This is fundamentally incompatible with the aim of
! protecting users' freedom to change the software.  The systematic
! pattern of such abuse occurs in the area of products for individuals to
! use, which is precisely where it is most unacceptable.  Therefore, we
! have designed this version of the GPL to prohibit the practice for those
! products.  If such problems arise substantially in other domains, we
! stand ready to extend this provision to those domains in future versions
! of the GPL, as needed to protect the freedom of users.
  
   Finally, every program is threatened constantly by software patents.
  States should not allow patents to restrict development and use of
--- 42442,42457 ----
  authors of previous versions.
  
   Some devices are designed to deny users access to install or run
! modified versions of the software inside them, although the
! manufacturer can do so.  This is fundamentally incompatible with the
! aim of protecting users' freedom to change the software.  The
! systematic pattern of such abuse occurs in the area of products for
! individuals to use, which is precisely where it is most unacceptable.
! Therefore, we have designed this version of the GPL to prohibit the
! practice for those products.  If such problems arise substantially in
! other domains, we stand ready to extend this provision to those domains
! in future versions of the GPL, as needed to protect the freedom of
! users.
  
   Finally, every program is threatened constantly by software patents.
  States should not allow patents to restrict development and use of
*************** TERMS AND CONDITIONS
*** 42031,42038 ****
  
       To "propagate" a work means to do anything with it that, without
       permission, would make you directly or secondarily liable for
!      infringement under applicable copyright law, except executing it on
!      a computer or modifying a private copy.  Propagation includes
       copying, distribution (with or without modification), making
       available to the public, and in some countries other activities as
       well.
--- 42488,42495 ----
  
       To "propagate" a work means to do anything with it that, without
       permission, would make you directly or secondarily liable for
!      infringement under applicable copyright law, except executing it
!      on a computer or modifying a private copy.  Propagation includes
       copying, distribution (with or without modification), making
       available to the public, and in some countries other activities as
       well.
*************** TERMS AND CONDITIONS
*** 42046,42053 ****
       to the extent that it includes a convenient and prominently visible
       feature that (1) displays an appropriate copyright notice, and (2)
       tells the user that there is no warranty for the work (except to
!      the extent that warranties are provided), that licensees may convey
!      the work under this License, and how to view a copy of this
       License.  If the interface presents a list of user commands or
       options, such as a menu, a prominent item in the list meets this
       criterion.
--- 42503,42510 ----
       to the extent that it includes a convenient and prominently visible
       feature that (1) displays an appropriate copyright notice, and (2)
       tells the user that there is no warranty for the work (except to
!      the extent that warranties are provided), that licensees may
!      convey the work under this License, and how to view a copy of this
       License.  If the interface presents a list of user commands or
       options, such as a menu, a prominent item in the list meets this
       criterion.
*************** TERMS AND CONDITIONS
*** 42055,42062 ****
    1. Source Code.
  
       The "source code" for a work means the preferred form of the work
!      for making modifications to it.  "Object code" means any non-source
!      form of a work.
  
       A "Standard Interface" means an interface that either is an
       official standard defined by a recognized standards body, or, in
--- 42512,42519 ----
    1. Source Code.
  
       The "source code" for a work means the preferred form of the work
!      for making modifications to it.  "Object code" means any
!      non-source form of a work.
  
       A "Standard Interface" means an interface that either is an
       official standard defined by a recognized standards body, or, in
*************** TERMS AND CONDITIONS
*** 42067,42076 ****
       The "System Libraries" of an executable work include anything,
       other than the work as a whole, that (a) is included in the normal
       form of packaging a Major Component, but which is not part of that
!      Major Component, and (b) serves only to enable use of the work with
!      that Major Component, or to implement a Standard Interface for
!      which an implementation is available to the public in source code
!      form.  A "Major Component", in this context, means a major
       essential component (kernel, window system, and so on) of the
       specific operating system (if any) on which the executable work
       runs, or a compiler used to produce the work, or an object code
--- 42524,42533 ----
       The "System Libraries" of an executable work include anything,
       other than the work as a whole, that (a) is included in the normal
       form of packaging a Major Component, but which is not part of that
!      Major Component, and (b) serves only to enable use of the work
!      with that Major Component, or to implement a Standard Interface
!      for which an implementation is available to the public in source
!      code form.  A "Major Component", in this context, means a major
       essential component (kernel, window system, and so on) of the
       specific operating system (if any) on which the executable work
       runs, or a compiler used to produce the work, or an object code
*************** TERMS AND CONDITIONS
*** 42078,42092 ****
  
       The "Corresponding Source" for a work in object code form means all
       the source code needed to generate, install, and (for an executable
!      work) run the object code and to modify the work, including scripts
!      to control those activities.  However, it does not include the
!      work's System Libraries, or general-purpose tools or generally
       available free programs which are used unmodified in performing
       those activities but which are not part of the work.  For example,
!      Corresponding Source includes interface definition files associated
!      with source files for the work, and the source code for shared
!      libraries and dynamically linked subprograms that the work is
!      specifically designed to require, such as by intimate data
       communication or control flow between those subprograms and other
       parts of the work.
  
--- 42535,42549 ----
  
       The "Corresponding Source" for a work in object code form means all
       the source code needed to generate, install, and (for an executable
!      work) run the object code and to modify the work, including
!      scripts to control those activities.  However, it does not include
!      the work's System Libraries, or general-purpose tools or generally
       available free programs which are used unmodified in performing
       those activities but which are not part of the work.  For example,
!      Corresponding Source includes interface definition files
!      associated with source files for the work, and the source code for
!      shared libraries and dynamically linked subprograms that the work
!      is specifically designed to require, such as by intimate data
       communication or control flow between those subprograms and other
       parts of the work.
  
*************** TERMS AND CONDITIONS
*** 42103,42124 ****
       copyright on the Program, and are irrevocable provided the stated
       conditions are met.  This License explicitly affirms your unlimited
       permission to run the unmodified Program.  The output from running
!      a covered work is covered by this License only if the output, given
!      its content, constitutes a covered work.  This License acknowledges
!      your rights of fair use or other equivalent, as provided by
!      copyright law.
  
       You may make, run and propagate covered works that you do not
       convey, without conditions so long as your license otherwise
       remains in force.  You may convey covered works to others for the
!      sole purpose of having them make modifications exclusively for you,
!      or provide you with facilities for running those works, provided
!      that you comply with the terms of this License in conveying all
!      material for which you do not control copyright.  Those thus making
!      or running the covered works for you must do so exclusively on your
!      behalf, under your direction and control, on terms that prohibit
!      them from making any copies of your copyrighted material outside
!      their relationship with you.
  
       Conveying under any other circumstances is permitted solely under
       the conditions stated below.  Sublicensing is not allowed; section
--- 42560,42581 ----
       copyright on the Program, and are irrevocable provided the stated
       conditions are met.  This License explicitly affirms your unlimited
       permission to run the unmodified Program.  The output from running
!      a covered work is covered by this License only if the output,
!      given its content, constitutes a covered work.  This License
!      acknowledges your rights of fair use or other equivalent, as
!      provided by copyright law.
  
       You may make, run and propagate covered works that you do not
       convey, without conditions so long as your license otherwise
       remains in force.  You may convey covered works to others for the
!      sole purpose of having them make modifications exclusively for
!      you, or provide you with facilities for running those works,
!      provided that you comply with the terms of this License in
!      conveying all material for which you do not control copyright.
!      Those thus making or running the covered works for you must do so
!      exclusively on your behalf, under your direction and control, on
!      terms that prohibit them from making any copies of your
!      copyrighted material outside their relationship with you.
  
       Conveying under any other circumstances is permitted solely under
       the conditions stated below.  Sublicensing is not allowed; section
*************** TERMS AND CONDITIONS
*** 42135,42142 ****
       When you convey a covered work, you waive any legal power to forbid
       circumvention of technological measures to the extent such
       circumvention is effected by exercising rights under this License
!      with respect to the covered work, and you disclaim any intention to
!      limit operation or modification of the work as a means of
       enforcing, against the work's users, your or third parties' legal
       rights to forbid circumvention of technological measures.
  
--- 42592,42599 ----
       When you convey a covered work, you waive any legal power to forbid
       circumvention of technological measures to the extent such
       circumvention is effected by exercising rights under this License
!      with respect to the covered work, and you disclaim any intention
!      to limit operation or modification of the work as a means of
       enforcing, against the work's users, your or third parties' legal
       rights to forbid circumvention of technological measures.
  
*************** TERMS AND CONDITIONS
*** 42206,42213 ****
  
         b. Convey the object code in, or embodied in, a physical product
            (including a physical distribution medium), accompanied by a
!           written offer, valid for at least three years and valid for as
!           long as you offer spare parts or customer support for that
            product model, to give anyone who possesses the object code
            either (1) a copy of the Corresponding Source for all the
            software in the product that is covered by this License, on a
--- 42663,42670 ----
  
         b. Convey the object code in, or embodied in, a physical product
            (including a physical distribution medium), accompanied by a
!           written offer, valid for at least three years and valid for
!           as long as you offer spare parts or customer support for that
            product model, to give anyone who possesses the object code
            either (1) a copy of the Corresponding Source for all the
            software in the product that is covered by this License, on a
*************** TERMS AND CONDITIONS
*** 42217,42247 ****
            to copy the Corresponding Source from a network server at no
            charge.
  
!        c. Convey individual copies of the object code with a copy of the
!           written offer to provide the Corresponding Source.  This
            alternative is allowed only occasionally and noncommercially,
            and only if you received the object code with such an offer,
            in accord with subsection 6b.
  
         d. Convey the object code by offering access from a designated
!           place (gratis or for a charge), and offer equivalent access to
!           the Corresponding Source in the same way through the same
            place at no further charge.  You need not require recipients
            to copy the Corresponding Source along with the object code.
            If the place to copy the object code is a network server, the
!           Corresponding Source may be on a different server (operated by
!           you or a third party) that supports equivalent copying
!           facilities, provided you maintain clear directions next to the
!           object code saying where to find the Corresponding Source.
            Regardless of what server hosts the Corresponding Source, you
!           remain obligated to ensure that it is available for as long as
!           needed to satisfy these requirements.
  
         e. Convey the object code using peer-to-peer transmission,
            provided you inform other peers where the object code and
            Corresponding Source of the work are being offered to the
            general public at no charge under subsection 6d.
  
       A separable portion of the object code, whose source code is
       excluded from the Corresponding Source as a System Library, need
       not be included in conveying the object code work.
--- 42674,42705 ----
            to copy the Corresponding Source from a network server at no
            charge.
  
!        c. Convey individual copies of the object code with a copy of
!           the written offer to provide the Corresponding Source.  This
            alternative is allowed only occasionally and noncommercially,
            and only if you received the object code with such an offer,
            in accord with subsection 6b.
  
         d. Convey the object code by offering access from a designated
!           place (gratis or for a charge), and offer equivalent access
!           to the Corresponding Source in the same way through the same
            place at no further charge.  You need not require recipients
            to copy the Corresponding Source along with the object code.
            If the place to copy the object code is a network server, the
!           Corresponding Source may be on a different server (operated
!           by you or a third party) that supports equivalent copying
!           facilities, provided you maintain clear directions next to
!           the object code saying where to find the Corresponding Source.
            Regardless of what server hosts the Corresponding Source, you
!           remain obligated to ensure that it is available for as long
!           as needed to satisfy these requirements.
  
         e. Convey the object code using peer-to-peer transmission,
            provided you inform other peers where the object code and
            Corresponding Source of the work are being offered to the
            general public at no charge under subsection 6d.
  
+ 
       A separable portion of the object code, whose source code is
       excluded from the Corresponding Source as a System Library, need
       not be included in conveying the object code work.
*************** TERMS AND CONDITIONS
*** 42249,42256 ****
       A "User Product" is either (1) a "consumer product", which means
       any tangible personal property which is normally used for personal,
       family, or household purposes, or (2) anything designed or sold for
!      incorporation into a dwelling.  In determining whether a product is
!      a consumer product, doubtful cases shall be resolved in favor of
       coverage.  For a particular product received by a particular user,
       "normally used" refers to a typical or common use of that class of
       product, regardless of the status of the particular user or of the
--- 42707,42714 ----
       A "User Product" is either (1) a "consumer product", which means
       any tangible personal property which is normally used for personal,
       family, or household purposes, or (2) anything designed or sold for
!      incorporation into a dwelling.  In determining whether a product
!      is a consumer product, doubtful cases shall be resolved in favor of
       coverage.  For a particular product received by a particular user,
       "normally used" refers to a typical or common use of that class of
       product, regardless of the status of the particular user or of the
*************** TERMS AND CONDITIONS
*** 42281,42291 ****
  
       The requirement to provide Installation Information does not
       include a requirement to continue to provide support service,
!      warranty, or updates for a work that has been modified or installed
!      by the recipient, or for the User Product in which it has been
!      modified or installed.  Access to a network may be denied when the
!      modification itself materially and adversely affects the operation
!      of the network or violates the rules and protocols for
       communication across the network.
  
       Corresponding Source conveyed, and Installation Information
--- 42739,42749 ----
  
       The requirement to provide Installation Information does not
       include a requirement to continue to provide support service,
!      warranty, or updates for a work that has been modified or
!      installed by the recipient, or for the User Product in which it
!      has been modified or installed.  Access to a network may be denied
!      when the modification itself materially and adversely affects the
!      operation of the network or violates the rules and protocols for
       communication across the network.
  
       Corresponding Source conveyed, and Installation Information
*************** TERMS AND CONDITIONS
*** 42315,42322 ****
  
       Notwithstanding any other provision of this License, for material
       you add to a covered work, you may (if authorized by the copyright
!      holders of that material) supplement the terms of this License with
!      terms:
  
         a. Disclaiming warranty or limiting liability differently from
            the terms of sections 15 and 16 of this License; or
--- 42773,42780 ----
  
       Notwithstanding any other provision of this License, for material
       you add to a covered work, you may (if authorized by the copyright
!      holders of that material) supplement the terms of this License
!      with terms:
  
         a. Disclaiming warranty or limiting liability differently from
            the terms of sections 15 and 16 of this License; or
*************** TERMS AND CONDITIONS
*** 42326,42333 ****
            Legal Notices displayed by works containing it; or
  
         c. Prohibiting misrepresentation of the origin of that material,
!           or requiring that modified versions of such material be marked
!           in reasonable ways as different from the original version; or
  
         d. Limiting the use for publicity purposes of names of licensors
            or authors of the material; or
--- 42784,42792 ----
            Legal Notices displayed by works containing it; or
  
         c. Prohibiting misrepresentation of the origin of that material,
!           or requiring that modified versions of such material be
!           marked in reasonable ways as different from the original
!           version; or
  
         d. Limiting the use for publicity purposes of names of licensors
            or authors of the material; or
*************** TERMS AND CONDITIONS
*** 42346,42355 ****
       you received it, or any part of it, contains a notice stating that
       it is governed by this License along with a term that is a further
       restriction, you may remove that term.  If a license document
!      contains a further restriction but permits relicensing or conveying
!      under this License, you may add to a covered work material governed
!      by the terms of that license document, provided that the further
!      restriction does not survive such relicensing or conveying.
  
       If you add terms to a covered work in accord with this section, you
       must place, in the relevant source files, a statement of the
--- 42805,42815 ----
       you received it, or any part of it, contains a notice stating that
       it is governed by this License along with a term that is a further
       restriction, you may remove that term.  If a license document
!      contains a further restriction but permits relicensing or
!      conveying under this License, you may add to a covered work
!      material governed by the terms of that license document, provided
!      that the further restriction does not survive such relicensing or
!      conveying.
  
       If you add terms to a covered work in accord with this section, you
       must place, in the relevant source files, a statement of the
*************** TERMS AND CONDITIONS
*** 42365,42377 ****
       You may not propagate or modify a covered work except as expressly
       provided under this License.  Any attempt otherwise to propagate or
       modify it is void, and will automatically terminate your rights
!      under this License (including any patent licenses granted under the
!      third paragraph of section 11).
  
       However, if you cease all violation of this License, then your
       license from a particular copyright holder is reinstated (a)
!      provisionally, unless and until the copyright holder explicitly and
!      finally terminates your license, and (b) permanently, if the
       copyright holder fails to notify you of the violation by some
       reasonable means prior to 60 days after the cessation.
  
--- 42825,42837 ----
       You may not propagate or modify a covered work except as expressly
       provided under this License.  Any attempt otherwise to propagate or
       modify it is void, and will automatically terminate your rights
!      under this License (including any patent licenses granted under
!      the third paragraph of section 11).
  
       However, if you cease all violation of this License, then your
       license from a particular copyright holder is reinstated (a)
!      provisionally, unless and until the copyright holder explicitly
!      and finally terminates your license, and (b) permanently, if the
       copyright holder fails to notify you of the violation by some
       reasonable means prior to 60 days after the cessation.
  
*************** TERMS AND CONDITIONS
*** 42383,42392 ****
       after your receipt of the notice.
  
       Termination of your rights under this section does not terminate
!      the licenses of parties who have received copies or rights from you
!      under this License.  If your rights have been terminated and not
!      permanently reinstated, you do not qualify to receive new licenses
!      for the same material under section 10.
  
    9. Acceptance Not Required for Having Copies.
  
--- 42843,42852 ----
       after your receipt of the notice.
  
       Termination of your rights under this section does not terminate
!      the licenses of parties who have received copies or rights from
!      you under this License.  If your rights have been terminated and
!      not permanently reinstated, you do not qualify to receive new
!      licenses for the same material under section 10.
  
    9. Acceptance Not Required for Having Copies.
  
*************** TERMS AND CONDITIONS
*** 42400,42406 ****
       by modifying or propagating a covered work, you indicate your
       acceptance of this License to do so.
  
!   10. Automatic Licensing of Downstream Recipients.
  
       Each time you convey a covered work, the recipient automatically
       receives a license from the original licensors, to run, modify and
--- 42860,42866 ----
       by modifying or propagating a covered work, you indicate your
       acceptance of this License to do so.
  
!  10. Automatic Licensing of Downstream Recipients.
  
       Each time you convey a covered work, the recipient automatically
       receives a license from the original licensors, to run, modify and
*************** TERMS AND CONDITIONS
*** 42414,42434 ****
       covered work results from an entity transaction, each party to that
       transaction who receives a copy of the work also receives whatever
       licenses to the work the party's predecessor in interest had or
!      could give under the previous paragraph, plus a right to possession
!      of the Corresponding Source of the work from the predecessor in
!      interest, if the predecessor has it or can get it with reasonable
!      efforts.
  
       You may not impose any further restrictions on the exercise of the
       rights granted or affirmed under this License.  For example, you
!      may not impose a license fee, royalty, or other charge for exercise
!      of rights granted under this License, and you may not initiate
!      litigation (including a cross-claim or counterclaim in a lawsuit)
!      alleging that any patent claim is infringed by making, using,
!      selling, offering for sale, or importing the Program or any portion
!      of it.
  
!   11. Patents.
  
       A "contributor" is a copyright holder who authorizes use under this
       License of the Program or a work on which the Program is based.
--- 42874,42894 ----
       covered work results from an entity transaction, each party to that
       transaction who receives a copy of the work also receives whatever
       licenses to the work the party's predecessor in interest had or
!      could give under the previous paragraph, plus a right to
!      possession of the Corresponding Source of the work from the
!      predecessor in interest, if the predecessor has it or can get it
!      with reasonable efforts.
  
       You may not impose any further restrictions on the exercise of the
       rights granted or affirmed under this License.  For example, you
!      may not impose a license fee, royalty, or other charge for
!      exercise of rights granted under this License, and you may not
!      initiate litigation (including a cross-claim or counterclaim in a
!      lawsuit) alleging that any patent claim is infringed by making,
!      using, selling, offering for sale, or importing the Program or any
!      portion of it.
  
!  11. Patents.
  
       A "contributor" is a copyright holder who authorizes use under this
       License of the Program or a work on which the Program is based.
*************** TERMS AND CONDITIONS
*** 42448,42462 ****
       Each contributor grants you a non-exclusive, worldwide,
       royalty-free patent license under the contributor's essential
       patent claims, to make, use, sell, offer for sale, import and
!      otherwise run, modify and propagate the contents of its contributor
!      version.
  
       In the following three paragraphs, a "patent license" is any
       express agreement or commitment, however denominated, not to
       enforce a patent (such as an express permission to practice a
!      patent or covenant not to sue for patent infringement).  To "grant"
!      such a patent license to a party means to make such an agreement or
!      commitment not to enforce a patent against the party.
  
       If you convey a covered work, knowingly relying on a patent
       license, and the Corresponding Source of the work is not available
--- 42908,42922 ----
       Each contributor grants you a non-exclusive, worldwide,
       royalty-free patent license under the contributor's essential
       patent claims, to make, use, sell, offer for sale, import and
!      otherwise run, modify and propagate the contents of its
!      contributor version.
  
       In the following three paragraphs, a "patent license" is any
       express agreement or commitment, however denominated, not to
       enforce a patent (such as an express permission to practice a
!      patent or covenant not to sue for patent infringement).  To
!      "grant" such a patent license to a party means to make such an
!      agreement or commitment not to enforce a patent against the party.
  
       If you convey a covered work, knowingly relying on a patent
       license, and the Corresponding Source of the work is not available
*************** TERMS AND CONDITIONS
*** 42486,42520 ****
       conditioned on the non-exercise of one or more of the rights that
       are specifically granted under this License.  You may not convey a
       covered work if you are a party to an arrangement with a third
!      party that is in the business of distributing software, under which
!      you make payment to the third party based on the extent of your
!      activity of conveying the work, and under which the third party
!      grants, to any of the parties who would receive the covered work
!      from you, a discriminatory patent license (a) in connection with
!      copies of the covered work conveyed by you (or copies made from
!      those copies), or (b) primarily for and in connection with specific
!      products or compilations that contain the covered work, unless you
!      entered into that arrangement, or that patent license was granted,
!      prior to 28 March 2007.
  
       Nothing in this License shall be construed as excluding or limiting
       any implied license or other defenses to infringement that may
       otherwise be available to you under applicable patent law.
  
!   12. No Surrender of Others' Freedom.
  
!      If conditions are imposed on you (whether by court order, agreement
!      or otherwise) that contradict the conditions of this License, they
!      do not excuse you from the conditions of this License.  If you
!      cannot convey a covered work so as to satisfy simultaneously your
!      obligations under this License and any other pertinent obligations,
!      then as a consequence you may not convey it at all.  For example,
!      if you agree to terms that obligate you to collect a royalty for
!      further conveying from those to whom you convey the Program, the
!      only way you could satisfy both those terms and this License would
!      be to refrain entirely from conveying the Program.
  
!   13. Use with the GNU Affero General Public License.
  
       Notwithstanding any other provision of this License, you have
       permission to link or combine any covered work with a work licensed
--- 42946,42981 ----
       conditioned on the non-exercise of one or more of the rights that
       are specifically granted under this License.  You may not convey a
       covered work if you are a party to an arrangement with a third
!      party that is in the business of distributing software, under
!      which you make payment to the third party based on the extent of
!      your activity of conveying the work, and under which the third
!      party grants, to any of the parties who would receive the covered
!      work from you, a discriminatory patent license (a) in connection
!      with copies of the covered work conveyed by you (or copies made
!      from those copies), or (b) primarily for and in connection with
!      specific products or compilations that contain the covered work,
!      unless you entered into that arrangement, or that patent license
!      was granted, prior to 28 March 2007.
  
       Nothing in this License shall be construed as excluding or limiting
       any implied license or other defenses to infringement that may
       otherwise be available to you under applicable patent law.
  
!  12. No Surrender of Others' Freedom.
  
!      If conditions are imposed on you (whether by court order,
!      agreement or otherwise) that contradict the conditions of this
!      License, they do not excuse you from the conditions of this
!      License.  If you cannot convey a covered work so as to satisfy
!      simultaneously your obligations under this License and any other
!      pertinent obligations, then as a consequence you may not convey it
!      at all.  For example, if you agree to terms that obligate you to
!      collect a royalty for further conveying from those to whom you
!      convey the Program, the only way you could satisfy both those
!      terms and this License would be to refrain entirely from conveying
!      the Program.
  
!  13. Use with the GNU Affero General Public License.
  
       Notwithstanding any other provision of this License, you have
       permission to link or combine any covered work with a work licensed
*************** TERMS AND CONDITIONS
*** 42525,42545 ****
       General Public License, section 13, concerning interaction through
       a network will apply to the combination as such.
  
!   14. Revised Versions of this License.
  
       The Free Software Foundation may publish revised and/or new
!      versions of the GNU General Public License from time to time.  Such
!      new versions will be similar in spirit to the present version, but
!      may differ in detail to address new problems or concerns.
  
       Each version is given a distinguishing version number.  If the
       Program specifies that a certain numbered version of the GNU
       General Public License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
!      that numbered version or of any later version published by the Free
!      Software Foundation.  If the Program does not specify a version
!      number of the GNU General Public License, you may choose any
!      version ever published by the Free Software Foundation.
  
       If the Program specifies that a proxy can decide which future
       versions of the GNU General Public License can be used, that
--- 42986,43007 ----
       General Public License, section 13, concerning interaction through
       a network will apply to the combination as such.
  
!  14. Revised Versions of this License.
  
       The Free Software Foundation may publish revised and/or new
!      versions of the GNU General Public License from time to time.
!      Such new versions will be similar in spirit to the present
!      version, but may differ in detail to address new problems or
!      concerns.
  
       Each version is given a distinguishing version number.  If the
       Program specifies that a certain numbered version of the GNU
       General Public License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
!      that numbered version or of any later version published by the
!      Free Software Foundation.  If the Program does not specify a
!      version number of the GNU General Public License, you may choose
!      any version ever published by the Free Software Foundation.
  
       If the Program specifies that a proxy can decide which future
       versions of the GNU General Public License can be used, that
*************** TERMS AND CONDITIONS
*** 42551,42574 ****
       author or copyright holder as a result of your choosing to follow a
       later version.
  
!   15. Disclaimer of Warranty.
  
       THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY
!      APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE
       COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS"
       WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED,
       INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
!      MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE
       RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU.
       SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL
       NECESSARY SERVICING, REPAIR OR CORRECTION.
  
!   16. Limitation of Liability.
  
       IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN
       WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES
!      AND/OR CONVEYS THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR
!      DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR
       CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE
       THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA
       BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD
--- 43013,43036 ----
       author or copyright holder as a result of your choosing to follow a
       later version.
  
!  15. Disclaimer of Warranty.
  
       THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY
!      APPLICABLE LAW.  EXCEPT WHEN OTHERWISE STATED IN WRITING THE
       COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS"
       WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED,
       INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
!      MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.  THE ENTIRE
       RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU.
       SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL
       NECESSARY SERVICING, REPAIR OR CORRECTION.
  
!  16. Limitation of Liability.
  
       IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN
       WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES
!      AND/OR CONVEYS THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU
!      FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR
       CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE
       THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA
       BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD
*************** TERMS AND CONDITIONS
*** 42576,42582 ****
       PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF
       THE POSSIBILITY OF SUCH DAMAGES.
  
!   17. Interpretation of Sections 15 and 16.
  
       If the disclaimer of warranty and limitation of liability provided
       above cannot be given local legal effect according to their terms,
--- 43038,43044 ----
       PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF
       THE POSSIBILITY OF SUCH DAMAGES.
  
!  17. Interpretation of Sections 15 and 16.
  
       If the disclaimer of warranty and limitation of liability provided
       above cannot be given local legal effect according to their terms,
*************** TERMS AND CONDITIONS
*** 42585,42590 ****
--- 43047,43053 ----
       connection with the Program, unless a warranty or assumption of
       liability accompanies a copy of the Program in return for a fee.
  
+ 
  END OF TERMS AND CONDITIONS
  ===========================
  
*************** possible use to the public, the best way
*** 42596,42604 ****
  free software which everyone can redistribute and change under these
  terms.
  
!  To do so, attach the following notices to the program.  It is safest to
! attach them to the start of each source file to most effectively state
! the exclusion of warranty; and each file should have at least the
  "copyright" line and a pointer to where the full notice is found.
  
       ONE LINE TO GIVE THE PROGRAM'S NAME AND A BRIEF IDEA OF WHAT IT DOES.
--- 43059,43067 ----
  free software which everyone can redistribute and change under these
  terms.
  
!  To do so, attach the following notices to the program.  It is safest
! to attach them to the start of each source file to most effectively
! state the exclusion of warranty; and each file should have at least the
  "copyright" line and a pointer to where the full notice is found.
  
       ONE LINE TO GIVE THE PROGRAM'S NAME AND A BRIEF IDEA OF WHAT IT DOES.
*************** the exclusion of warranty; and each file
*** 42615,42634 ****
       General Public License for more details.
  
       You should have received a copy of the GNU General Public License
!      along with this program.  If not, see <http://www.gnu.org/licenses/>.
  
   Also add information on how to contact you by electronic and paper
  mail.
  
!  If the program does terminal interaction, make it output a short notice
! like this when it starts in an interactive mode:
  
       PROGRAM Copyright (C) YEAR NAME OF AUTHOR
!      This program comes with ABSOLUTELY NO WARRANTY; for details type 'show w'.
       This is free software, and you are welcome to redistribute it
!      under certain conditions; type 'show c' for details.
  
!  The hypothetical commands 'show w' and 'show c' should show the
  appropriate parts of the General Public License.  Of course, your
  program's commands might be different; for a GUI interface, you would
  use an "about box".
--- 43078,43097 ----
       General Public License for more details.
  
       You should have received a copy of the GNU General Public License
!      along with this program.  If not, see `http://www.gnu.org/licenses/'.
  
   Also add information on how to contact you by electronic and paper
  mail.
  
!  If the program does terminal interaction, make it output a short
! notice like this when it starts in an interactive mode:
  
       PROGRAM Copyright (C) YEAR NAME OF AUTHOR
!      This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
       This is free software, and you are welcome to redistribute it
!      under certain conditions; type `show c' for details.
  
!  The hypothetical commands `show w' and `show c' should show the
  appropriate parts of the General Public License.  Of course, your
  program's commands might be different; for a GUI interface, you would
  use an "about box".
*************** use an "about box".
*** 42636,42649 ****
   You should also get your employer (if you work as a programmer) or
  school, if any, to sign a "copyright disclaimer" for the program, if
  necessary.  For more information on this, and how to apply and follow
! the GNU GPL, see <http://www.gnu.org/licenses/>.
  
   The GNU General Public License does not permit incorporating your
  program into proprietary programs.  If your program is a subroutine
  library, you may consider it more useful to permit linking proprietary
  applications with the library.  If this is what you want to do, use the
  GNU Lesser General Public License instead of this License.  But first,
! please read <http://www.gnu.org/philosophy/why-not-lgpl.html>.
  
  
  File: gccint.info,  Node: GNU Free Documentation License,  Next: Contributors,  Prev: Copying,  Up: Top
--- 43099,43112 ----
   You should also get your employer (if you work as a programmer) or
  school, if any, to sign a "copyright disclaimer" for the program, if
  necessary.  For more information on this, and how to apply and follow
! the GNU GPL, see `http://www.gnu.org/licenses/'.
  
   The GNU General Public License does not permit incorporating your
  program into proprietary programs.  If your program is a subroutine
  library, you may consider it more useful to permit linking proprietary
  applications with the library.  If this is what you want to do, use the
  GNU Lesser General Public License instead of this License.  But first,
! please read `http://www.gnu.org/philosophy/why-not-lgpl.html'.
  
  
  File: gccint.info,  Node: GNU Free Documentation License,  Next: Contributors,  Prev: Copying,  Up: Top
*************** GNU Free Documentation License
*** 42654,42660 ****
                       Version 1.3, 3 November 2008
  
       Copyright (C) 2000, 2001, 2002, 2007, 2008 Free Software Foundation, Inc.
!      <http://fsf.org/>
  
       Everyone is permitted to copy and distribute verbatim copies
       of this license document, but changing it is not allowed.
--- 43117,43123 ----
                       Version 1.3, 3 November 2008
  
       Copyright (C) 2000, 2001, 2002, 2007, 2008 Free Software Foundation, Inc.
!      `http://fsf.org/'
  
       Everyone is permitted to copy and distribute verbatim copies
       of this license document, but changing it is not allowed.
*************** GNU Free Documentation License
*** 42679,42699 ****
       free program should come with manuals providing the same freedoms
       that the software does.  But this License is not limited to
       software manuals; it can be used for any textual work, regardless
!      of subject matter or whether it is published as a printed book.  We
!      recommend this License principally for works whose purpose is
       instruction or reference.
  
    1. APPLICABILITY AND DEFINITIONS
  
       This License applies to any manual or other work, in any medium,
!      that contains a notice placed by the copyright holder saying it can
!      be distributed under the terms of this License.  Such a notice
       grants a world-wide, royalty-free license, unlimited in duration,
       to use that work under the conditions stated herein.  The
       "Document", below, refers to any such manual or work.  Any member
!      of the public is a licensee, and is addressed as "you".  You accept
!      the license if you copy, modify or distribute the work in a way
!      requiring permission under copyright law.
  
       A "Modified Version" of the Document means any work containing the
       Document or a portion of it, either copied verbatim, or with
--- 43142,43162 ----
       free program should come with manuals providing the same freedoms
       that the software does.  But this License is not limited to
       software manuals; it can be used for any textual work, regardless
!      of subject matter or whether it is published as a printed book.
!      We recommend this License principally for works whose purpose is
       instruction or reference.
  
    1. APPLICABILITY AND DEFINITIONS
  
       This License applies to any manual or other work, in any medium,
!      that contains a notice placed by the copyright holder saying it
!      can be distributed under the terms of this License.  Such a notice
       grants a world-wide, royalty-free license, unlimited in duration,
       to use that work under the conditions stated herein.  The
       "Document", below, refers to any such manual or work.  Any member
!      of the public is a licensee, and is addressed as "you".  You
!      accept the license if you copy, modify or distribute the work in a
!      way requiring permission under copyright law.
  
       A "Modified Version" of the Document means any work containing the
       Document or a portion of it, either copied verbatim, or with
*************** GNU Free Documentation License
*** 42711,42722 ****
       regarding them.
  
       The "Invariant Sections" are certain Secondary Sections whose
!      titles are designated, as being those of Invariant Sections, in the
!      notice that says that the Document is released under this License.
!      If a section does not fit the above definition of Secondary then it
!      is not allowed to be designated as Invariant.  The Document may
!      contain zero Invariant Sections.  If the Document does not identify
!      any Invariant Sections then there are none.
  
       The "Cover Texts" are certain short passages of text that are
       listed, as Front-Cover Texts or Back-Cover Texts, in the notice
--- 43174,43185 ----
       regarding them.
  
       The "Invariant Sections" are certain Secondary Sections whose
!      titles are designated, as being those of Invariant Sections, in
!      the notice that says that the Document is released under this
!      License.  If a section does not fit the above definition of
!      Secondary then it is not allowed to be designated as Invariant.
!      The Document may contain zero Invariant Sections.  If the Document
!      does not identify any Invariant Sections then there are none.
  
       The "Cover Texts" are certain short passages of text that are
       listed, as Front-Cover Texts or Back-Cover Texts, in the notice
*************** GNU Free Documentation License
*** 42727,42753 ****
       A "Transparent" copy of the Document means a machine-readable copy,
       represented in a format whose specification is available to the
       general public, that is suitable for revising the document
!      straightforwardly with generic text editors or (for images composed
!      of pixels) generic paint programs or (for drawings) some widely
!      available drawing editor, and that is suitable for input to text
!      formatters or for automatic translation to a variety of formats
!      suitable for input to text formatters.  A copy made in an otherwise
!      Transparent file format whose markup, or absence of markup, has
!      been arranged to thwart or discourage subsequent modification by
!      readers is not Transparent.  An image format is not Transparent if
!      used for any substantial amount of text.  A copy that is not
!      "Transparent" is called "Opaque".
  
       Examples of suitable formats for Transparent copies include plain
       ASCII without markup, Texinfo input format, LaTeX input format,
!      SGML or XML using a publicly available DTD, and standard-conforming
!      simple HTML, PostScript or PDF designed for human modification.
!      Examples of transparent image formats include PNG, XCF and JPG.
!      Opaque formats include proprietary formats that can be read and
!      edited only by proprietary word processors, SGML or XML for which
!      the DTD and/or processing tools are not generally available, and
!      the machine-generated HTML, PostScript or PDF produced by some word
!      processors for output purposes only.
  
       The "Title Page" means, for a printed book, the title page itself,
       plus such following pages as are needed to hold, legibly, the
--- 43190,43216 ----
       A "Transparent" copy of the Document means a machine-readable copy,
       represented in a format whose specification is available to the
       general public, that is suitable for revising the document
!      straightforwardly with generic text editors or (for images
!      composed of pixels) generic paint programs or (for drawings) some
!      widely available drawing editor, and that is suitable for input to
!      text formatters or for automatic translation to a variety of
!      formats suitable for input to text formatters.  A copy made in an
!      otherwise Transparent file format whose markup, or absence of
!      markup, has been arranged to thwart or discourage subsequent
!      modification by readers is not Transparent.  An image format is
!      not Transparent if used for any substantial amount of text.  A
!      copy that is not "Transparent" is called "Opaque".
  
       Examples of suitable formats for Transparent copies include plain
       ASCII without markup, Texinfo input format, LaTeX input format,
!      SGML or XML using a publicly available DTD, and
!      standard-conforming simple HTML, PostScript or PDF designed for
!      human modification.  Examples of transparent image formats include
!      PNG, XCF and JPG.  Opaque formats include proprietary formats that
!      can be read and edited only by proprietary word processors, SGML or
!      XML for which the DTD and/or processing tools are not generally
!      available, and the machine-generated HTML, PostScript or PDF
!      produced by some word processors for output purposes only.
  
       The "Title Page" means, for a printed book, the title page itself,
       plus such following pages as are needed to hold, legibly, the
*************** GNU Free Documentation License
*** 42785,42792 ****
       may not use technical measures to obstruct or control the reading
       or further copying of the copies you make or distribute.  However,
       you may accept compensation in exchange for copies.  If you
!      distribute a large enough number of copies you must also follow the
!      conditions in section 3.
  
       You may also lend copies, under the same conditions stated above,
       and you may publicly display copies.
--- 43248,43255 ----
       may not use technical measures to obstruct or control the reading
       or further copying of the copies you make or distribute.  However,
       you may accept compensation in exchange for copies.  If you
!      distribute a large enough number of copies you must also follow
!      the conditions in section 3.
  
       You may also lend copies, under the same conditions stated above,
       and you may publicly display copies.
*************** GNU Free Documentation License
*** 42800,42810 ****
       these Cover Texts: Front-Cover Texts on the front cover, and
       Back-Cover Texts on the back cover.  Both covers must also clearly
       and legibly identify you as the publisher of these copies.  The
!      front cover must present the full title with all words of the title
!      equally prominent and visible.  You may add other material on the
!      covers in addition.  Copying with changes limited to the covers, as
!      long as they preserve the title of the Document and satisfy these
!      conditions, can be treated as verbatim copying in other respects.
  
       If the required texts for either cover are too voluminous to fit
       legibly, you should put the first ones listed (as many as fit
--- 43263,43274 ----
       these Cover Texts: Front-Cover Texts on the front cover, and
       Back-Cover Texts on the back cover.  Both covers must also clearly
       and legibly identify you as the publisher of these copies.  The
!      front cover must present the full title with all words of the
!      title equally prominent and visible.  You may add other material
!      on the covers in addition.  Copying with changes limited to the
!      covers, as long as they preserve the title of the Document and
!      satisfy these conditions, can be treated as verbatim copying in
!      other respects.
  
       If the required texts for either cover are too voluminous to fit
       legibly, you should put the first ones listed (as many as fit
*************** GNU Free Documentation License
*** 42812,42850 ****
       adjacent pages.
  
       If you publish or distribute Opaque copies of the Document
!      numbering more than 100, you must either include a machine-readable
!      Transparent copy along with each Opaque copy, or state in or with
!      each Opaque copy a computer-network location from which the general
!      network-using public has access to download using public-standard
!      network protocols a complete Transparent copy of the Document, free
!      of added material.  If you use the latter option, you must take
!      reasonably prudent steps, when you begin distribution of Opaque
!      copies in quantity, to ensure that this Transparent copy will
!      remain thus accessible at the stated location until at least one
!      year after the last time you distribute an Opaque copy (directly or
!      through your agents or retailers) of that edition to the public.
  
       It is requested, but not required, that you contact the authors of
!      the Document well before redistributing any large number of copies,
!      to give them a chance to provide you with an updated version of the
!      Document.
  
    4. MODIFICATIONS
  
       You may copy and distribute a Modified Version of the Document
       under the conditions of sections 2 and 3 above, provided that you
!      release the Modified Version under precisely this License, with the
!      Modified Version filling the role of the Document, thus licensing
!      distribution and modification of the Modified Version to whoever
!      possesses a copy of it.  In addition, you must do these things in
!      the Modified Version:
  
         A. Use in the Title Page (and on the covers, if any) a title
!           distinct from that of the Document, and from those of previous
!           versions (which should, if there were any, be listed in the
!           History section of the Document).  You may use the same title
!           as a previous version if the original publisher of that
!           version gives permission.
  
         B. List on the Title Page, as authors, one or more persons or
            entities responsible for authorship of the modifications in
--- 43276,43315 ----
       adjacent pages.
  
       If you publish or distribute Opaque copies of the Document
!      numbering more than 100, you must either include a
!      machine-readable Transparent copy along with each Opaque copy, or
!      state in or with each Opaque copy a computer-network location from
!      which the general network-using public has access to download
!      using public-standard network protocols a complete Transparent
!      copy of the Document, free of added material.  If you use the
!      latter option, you must take reasonably prudent steps, when you
!      begin distribution of Opaque copies in quantity, to ensure that
!      this Transparent copy will remain thus accessible at the stated
!      location until at least one year after the last time you
!      distribute an Opaque copy (directly or through your agents or
!      retailers) of that edition to the public.
  
       It is requested, but not required, that you contact the authors of
!      the Document well before redistributing any large number of
!      copies, to give them a chance to provide you with an updated
!      version of the Document.
  
    4. MODIFICATIONS
  
       You may copy and distribute a Modified Version of the Document
       under the conditions of sections 2 and 3 above, provided that you
!      release the Modified Version under precisely this License, with
!      the Modified Version filling the role of the Document, thus
!      licensing distribution and modification of the Modified Version to
!      whoever possesses a copy of it.  In addition, you must do these
!      things in the Modified Version:
  
         A. Use in the Title Page (and on the covers, if any) a title
!           distinct from that of the Document, and from those of
!           previous versions (which should, if there were any, be listed
!           in the History section of the Document).  You may use the
!           same title as a previous version if the original publisher of
!           that version gives permission.
  
         B. List on the Title Page, as authors, one or more persons or
            entities responsible for authorship of the modifications in
*************** GNU Free Documentation License
*** 42874,42903 ****
  
         I. Preserve the section Entitled "History", Preserve its Title,
            and add to it an item stating at least the title, year, new
!           authors, and publisher of the Modified Version as given on the
!           Title Page.  If there is no section Entitled "History" in the
!           Document, create one stating the title, year, authors, and
!           publisher of the Document as given on its Title Page, then add
!           an item describing the Modified Version as stated in the
!           previous sentence.
  
         J. Preserve the network location, if any, given in the Document
            for public access to a Transparent copy of the Document, and
            likewise the network locations given in the Document for
!           previous versions it was based on.  These may be placed in the
!           "History" section.  You may omit a network location for a work
!           that was published at least four years before the Document
!           itself, or if the original publisher of the version it refers
!           to gives permission.
  
         K. For any section Entitled "Acknowledgements" or "Dedications",
!           Preserve the Title of the section, and preserve in the section
!           all the substance and tone of each of the contributor
            acknowledgements and/or dedications given therein.
  
!        L. Preserve all the Invariant Sections of the Document, unaltered
!           in their text and in their titles.  Section numbers or the
!           equivalent are not considered part of the section titles.
  
         M. Delete any section Entitled "Endorsements".  Such a section
            may not be included in the Modified Version.
--- 43339,43369 ----
  
         I. Preserve the section Entitled "History", Preserve its Title,
            and add to it an item stating at least the title, year, new
!           authors, and publisher of the Modified Version as given on
!           the Title Page.  If there is no section Entitled "History" in
!           the Document, create one stating the title, year, authors,
!           and publisher of the Document as given on its Title Page,
!           then add an item describing the Modified Version as stated in
!           the previous sentence.
  
         J. Preserve the network location, if any, given in the Document
            for public access to a Transparent copy of the Document, and
            likewise the network locations given in the Document for
!           previous versions it was based on.  These may be placed in
!           the "History" section.  You may omit a network location for a
!           work that was published at least four years before the
!           Document itself, or if the original publisher of the version
!           it refers to gives permission.
  
         K. For any section Entitled "Acknowledgements" or "Dedications",
!           Preserve the Title of the section, and preserve in the
!           section all the substance and tone of each of the contributor
            acknowledgements and/or dedications given therein.
  
!        L. Preserve all the Invariant Sections of the Document,
!           unaltered in their text and in their titles.  Section numbers
!           or the equivalent are not considered part of the section
!           titles.
  
         M. Delete any section Entitled "Endorsements".  Such a section
            may not be included in the Modified Version.
*************** GNU Free Documentation License
*** 42910,42920 ****
  
       If the Modified Version includes new front-matter sections or
       appendices that qualify as Secondary Sections and contain no
!      material copied from the Document, you may at your option designate
!      some or all of these sections as invariant.  To do this, add their
!      titles to the list of Invariant Sections in the Modified Version's
!      license notice.  These titles must be distinct from any other
!      section titles.
  
       You may add a section Entitled "Endorsements", provided it contains
       nothing but endorsements of your Modified Version by various
--- 43376,43386 ----
  
       If the Modified Version includes new front-matter sections or
       appendices that qualify as Secondary Sections and contain no
!      material copied from the Document, you may at your option
!      designate some or all of these sections as invariant.  To do this,
!      add their titles to the list of Invariant Sections in the Modified
!      Version's license notice.  These titles must be distinct from any
!      other section titles.
  
       You may add a section Entitled "Endorsements", provided it contains
       nothing but endorsements of your Modified Version by various
*************** GNU Free Documentation License
*** 42923,42937 ****
       definition of a standard.
  
       You may add a passage of up to five words as a Front-Cover Text,
!      and a passage of up to 25 words as a Back-Cover Text, to the end of
!      the list of Cover Texts in the Modified Version.  Only one passage
!      of Front-Cover Text and one of Back-Cover Text may be added by (or
!      through arrangements made by) any one entity.  If the Document
!      already includes a cover text for the same cover, previously added
!      by you or by arrangement made by the same entity you are acting on
!      behalf of, you may not add another; but you may replace the old
!      one, on explicit permission from the previous publisher that added
!      the old one.
  
       The author(s) and publisher(s) of the Document do not by this
       License give permission to use their names for publicity for or to
--- 43389,43403 ----
       definition of a standard.
  
       You may add a passage of up to five words as a Front-Cover Text,
!      and a passage of up to 25 words as a Back-Cover Text, to the end
!      of the list of Cover Texts in the Modified Version.  Only one
!      passage of Front-Cover Text and one of Back-Cover Text may be
!      added by (or through arrangements made by) any one entity.  If the
!      Document already includes a cover text for the same cover,
!      previously added by you or by arrangement made by the same entity
!      you are acting on behalf of, you may not add another; but you may
!      replace the old one, on explicit permission from the previous
!      publisher that added the old one.
  
       The author(s) and publisher(s) of the Document do not by this
       License give permission to use their names for publicity for or to
*************** GNU Free Documentation License
*** 42941,42948 ****
  
       You may combine the Document with other documents released under
       this License, under the terms defined in section 4 above for
!      modified versions, provided that you include in the combination all
!      of the Invariant Sections of all of the original documents,
       unmodified, and list them all as Invariant Sections of your
       combined work in its license notice, and that you preserve all
       their Warranty Disclaimers.
--- 43407,43414 ----
  
       You may combine the Document with other documents released under
       this License, under the terms defined in section 4 above for
!      modified versions, provided that you include in the combination
!      all of the Invariant Sections of all of the original documents,
       unmodified, and list them all as Invariant Sections of your
       combined work in its license notice, and that you preserve all
       their Warranty Disclaimers.
*************** GNU Free Documentation License
*** 42969,42988 ****
       documents released under this License, and replace the individual
       copies of this License in the various documents with a single copy
       that is included in the collection, provided that you follow the
!      rules of this License for verbatim copying of each of the documents
!      in all other respects.
  
       You may extract a single document from such a collection, and
       distribute it individually under this License, provided you insert
!      a copy of this License into the extracted document, and follow this
!      License in all other respects regarding verbatim copying of that
!      document.
  
    7. AGGREGATION WITH INDEPENDENT WORKS
  
       A compilation of the Document or its derivatives with other
!      separate and independent documents or works, in or on a volume of a
!      storage or distribution medium, is called an "aggregate" if the
       copyright resulting from the compilation is not used to limit the
       legal rights of the compilation's users beyond what the individual
       works permit.  When the Document is included in an aggregate, this
--- 43435,43454 ----
       documents released under this License, and replace the individual
       copies of this License in the various documents with a single copy
       that is included in the collection, provided that you follow the
!      rules of this License for verbatim copying of each of the
!      documents in all other respects.
  
       You may extract a single document from such a collection, and
       distribute it individually under this License, provided you insert
!      a copy of this License into the extracted document, and follow
!      this License in all other respects regarding verbatim copying of
!      that document.
  
    7. AGGREGATION WITH INDEPENDENT WORKS
  
       A compilation of the Document or its derivatives with other
!      separate and independent documents or works, in or on a volume of
!      a storage or distribution medium, is called an "aggregate" if the
       copyright resulting from the compilation is not used to limit the
       legal rights of the compilation's users beyond what the individual
       works permit.  When the Document is included in an aggregate, this
*************** GNU Free Documentation License
*** 43027,43034 ****
  
       However, if you cease all violation of this License, then your
       license from a particular copyright holder is reinstated (a)
!      provisionally, unless and until the copyright holder explicitly and
!      finally terminates your license, and (b) permanently, if the
       copyright holder fails to notify you of the violation by some
       reasonable means prior to 60 days after the cessation.
  
--- 43493,43500 ----
  
       However, if you cease all violation of this License, then your
       license from a particular copyright holder is reinstated (a)
!      provisionally, unless and until the copyright holder explicitly
!      and finally terminates your license, and (b) permanently, if the
       copyright holder fails to notify you of the violation by some
       reasonable means prior to 60 days after the cessation.
  
*************** GNU Free Documentation License
*** 43040,43072 ****
       after your receipt of the notice.
  
       Termination of your rights under this section does not terminate
!      the licenses of parties who have received copies or rights from you
!      under this License.  If your rights have been terminated and not
!      permanently reinstated, receipt of a copy of some or all of the
!      same material does not give you any rights to use it.
  
!   10. FUTURE REVISIONS OF THIS LICENSE
  
       The Free Software Foundation may publish new, revised versions of
       the GNU Free Documentation License from time to time.  Such new
       versions will be similar in spirit to the present version, but may
       differ in detail to address new problems or concerns.  See
!      <http://www.gnu.org/copyleft/>.
  
       Each version of the License is given a distinguishing version
       number.  If the Document specifies that a particular numbered
       version of this License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
       that specified version or of any later version that has been
!      published (not as a draft) by the Free Software Foundation.  If the
!      Document does not specify a version number of this License, you may
!      choose any version ever published (not as a draft) by the Free
!      Software Foundation.  If the Document specifies that a proxy can
!      decide which future versions of this License can be used, that
       proxy's public statement of acceptance of a version permanently
       authorizes you to choose that version for the Document.
  
!   11. RELICENSING
  
       "Massive Multiauthor Collaboration Site" (or "MMC Site") means any
       World Wide Web server that publishes copyrightable works and also
--- 43506,43538 ----
       after your receipt of the notice.
  
       Termination of your rights under this section does not terminate
!      the licenses of parties who have received copies or rights from
!      you under this License.  If your rights have been terminated and
!      not permanently reinstated, receipt of a copy of some or all of
!      the same material does not give you any rights to use it.
  
!  10. FUTURE REVISIONS OF THIS LICENSE
  
       The Free Software Foundation may publish new, revised versions of
       the GNU Free Documentation License from time to time.  Such new
       versions will be similar in spirit to the present version, but may
       differ in detail to address new problems or concerns.  See
!      `http://www.gnu.org/copyleft/'.
  
       Each version of the License is given a distinguishing version
       number.  If the Document specifies that a particular numbered
       version of this License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
       that specified version or of any later version that has been
!      published (not as a draft) by the Free Software Foundation.  If
!      the Document does not specify a version number of this License,
!      you may choose any version ever published (not as a draft) by the
!      Free Software Foundation.  If the Document specifies that a proxy
!      can decide which future versions of this License can be used, that
       proxy's public statement of acceptance of a version permanently
       authorizes you to choose that version for the Document.
  
!  11. RELICENSING
  
       "Massive Multiauthor Collaboration Site" (or "MMC Site") means any
       World Wide Web server that publishes copyrightable works and also
*************** GNU Free Documentation License
*** 43096,43101 ****
--- 43562,43568 ----
       site under CC-BY-SA on the same site at any time before August 1,
       2009, provided the MMC is eligible for relicensing.
  
+ 
  ADDENDUM: How to use this License for your documents
  ====================================================
  
*************** notices just after the title page:
*** 43112,43118 ****
         Free Documentation License''.
  
   If you have Invariant Sections, Front-Cover Texts and Back-Cover Texts,
! replace the "with...Texts."  line with this:
  
           with the Invariant Sections being LIST THEIR TITLES, with
           the Front-Cover Texts being LIST, and with the Back-Cover Texts
--- 43579,43585 ----
         Free Documentation License''.
  
   If you have Invariant Sections, Front-Cover Texts and Back-Cover Texts,
! replace the "with...Texts." line with this:
  
           with the Invariant Sections being LIST THEIR TITLES, with
           the Front-Cover Texts being LIST, and with the Back-Cover Texts
*************** combination of the three, merge those tw
*** 43123,43131 ****
  situation.
  
   If your document contains nontrivial examples of program code, we
! recommend releasing these examples in parallel under your choice of free
! software license, such as the GNU General Public License, to permit
! their use in free software.
  
  
  File: gccint.info,  Node: Contributors,  Next: Option Index,  Prev: GNU Free Documentation License,  Up: Top
--- 43590,43598 ----
  situation.
  
   If your document contains nontrivial examples of program code, we
! recommend releasing these examples in parallel under your choice of
! free software license, such as the GNU General Public License, to
! permit their use in free software.
  
  
  File: gccint.info,  Node: Contributors,  Next: Option Index,  Prev: GNU Free Documentation License,  Up: Top
*************** File: gccint.info,  Node: Contributors,
*** 43133,43141 ****
  Contributors to GCC
  *******************
  
! The GCC project would like to thank its many contributors.  Without them
! the project would not have been nearly as successful as it has been.
! Any omissions in this list are accidental.  Feel free to contact
  <law@redhat.com> or <gerald@pfeifer.com> if you have been left out or
  some of your contributions are not listed.  Please keep this list in
  alphabetical order.
--- 43600,43608 ----
  Contributors to GCC
  *******************
  
! The GCC project would like to thank its many contributors.  Without
! them the project would not have been nearly as successful as it has
! been.  Any omissions in this list are accidental.  Feel free to contact
  <law@redhat.com> or <gerald@pfeifer.com> if you have been left out or
  some of your contributions are not listed.  Please keep this list in
  alphabetical order.
*************** alphabetical order.
*** 43276,43282 ****
     * The GNU Classpath project for all of their merged runtime code.
  
     * Nick Clifton for arm, mcore, fr30, v850, m32r, msp430 rx work,
!      '--help', and other random hacking.
  
     * Michael Cook for libstdc++ cleanup patches to reduce warnings.
  
--- 43743,43749 ----
     * The GNU Classpath project for all of their merged runtime code.
  
     * Nick Clifton for arm, mcore, fr30, v850, m32r, msp430 rx work,
!      `--help', and other random hacking.
  
     * Michael Cook for libstdc++ cleanup patches to reduce warnings.
  
*************** alphabetical order.
*** 43300,43307 ****
  
     * Palmer Dabbelt for his work maintaining the RISC-V port.
  
!    * Dario Dariol contributed the four varieties of sample programs that
!      print a copy of their source.
  
     * Russell Davidson for fstream and stringstream fixes in libstdc++.
  
--- 43767,43774 ----
  
     * Palmer Dabbelt for his work maintaining the RISC-V port.
  
!    * Dario Dariol contributed the four varieties of sample programs
!      that print a copy of their source.
  
     * Russell Davidson for fstream and stringstream fixes in libstdc++.
  
*************** alphabetical order.
*** 43318,43336 ****
  
     * Gabriel Dos Reis for contributions to G++, contributions and
       maintenance of GCC diagnostics infrastructure, libstdc++-v3,
!      including 'valarray<>', 'complex<>', maintaining the numerics
!      library (including that pesky '<limits>' :-) and keeping up-to-date
!      anything to do with numbers.
  
     * Ulrich Drepper for his work on glibc, testing of GCC using glibc,
!      ISO C99 support, CFG dumping support, etc., plus support of the C++
!      runtime libraries including for all kinds of C interface issues,
!      contributing and maintaining 'complex<>', sanity checking and
!      disbursement, configuration architecture, libio maintenance, and
!      early math work.
  
     * Franc,ois Dumont for his work on libstdc++-v3, especially
!      maintaining and improving 'debug-mode' and associative and
       unordered containers.
  
     * Zdenek Dvorak for a new loop unroller and various fixes.
--- 43785,43803 ----
  
     * Gabriel Dos Reis for contributions to G++, contributions and
       maintenance of GCC diagnostics infrastructure, libstdc++-v3,
!      including `valarray<>', `complex<>', maintaining the numerics
!      library (including that pesky `<limits>' :-) and keeping
!      up-to-date anything to do with numbers.
  
     * Ulrich Drepper for his work on glibc, testing of GCC using glibc,
!      ISO C99 support, CFG dumping support, etc., plus support of the
!      C++ runtime libraries including for all kinds of C interface
!      issues, contributing and maintaining `complex<>', sanity checking
!      and disbursement, configuration architecture, libio maintenance,
!      and early math work.
  
     * Franc,ois Dumont for his work on libstdc++-v3, especially
!      maintaining and improving `debug-mode' and associative and
       unordered containers.
  
     * Zdenek Dvorak for a new loop unroller and various fixes.
*************** alphabetical order.
*** 43382,43391 ****
     * Peter Gerwinski for various bug fixes and the Pascal front end.
  
     * Kaveh R. Ghazi for his direction via the steering committee,
!      amazing work to make '-W -Wall -W* -Werror' useful, and testing GCC
!      on a plethora of platforms.  Kaveh extends his gratitude to the
!      CAIP Center at Rutgers University for providing him with computing
!      resources to work on Free Software from the late 1980s to 2010.
  
     * John Gilmore for a donation to the FSF earmarked improving GNU
       Java.
--- 43849,43859 ----
     * Peter Gerwinski for various bug fixes and the Pascal front end.
  
     * Kaveh R. Ghazi for his direction via the steering committee,
!      amazing work to make `-W -Wall -W* -Werror' useful, and testing
!      GCC on a plethora of platforms.  Kaveh extends his gratitude to
!      the CAIP Center at Rutgers University for providing him with
!      computing resources to work on Free Software from the late 1980s
!      to 2010.
  
     * John Gilmore for a donation to the FSF earmarked improving GNU
       Java.
*************** alphabetical order.
*** 43397,43417 ****
       support, improved leaf function register allocation, and his
       direction via the steering committee.
  
!    * Jonny Grant for improvements to 'collect2's' '--help'
       documentation.
  
!    * Anthony Green for his '-Os' contributions, the moxie port, and Java
!      front end work.
  
!    * Stu Grossman for gdb hacking, allowing GCJ developers to debug Java
!      code.
  
     * Michael K. Gschwind contributed the port to the PDP-11.
  
     * Richard Biener for his ongoing middle-end contributions and bug
       fixes and for release management.
  
!    * Ron Guilmette implemented the 'protoize' and 'unprotoize' tools,
       the support for DWARF 1 symbolic debugging information, and much of
       the support for System V Release 4.  He has also worked heavily on
       the Intel 386 and 860 support.
--- 43865,43885 ----
       support, improved leaf function register allocation, and his
       direction via the steering committee.
  
!    * Jonny Grant for improvements to `collect2's' `--help'
       documentation.
  
!    * Anthony Green for his `-Os' contributions, the moxie port, and
!      Java front end work.
  
!    * Stu Grossman for gdb hacking, allowing GCJ developers to debug
!      Java code.
  
     * Michael K. Gschwind contributed the port to the PDP-11.
  
     * Richard Biener for his ongoing middle-end contributions and bug
       fixes and for release management.
  
!    * Ron Guilmette implemented the `protoize' and `unprotoize' tools,
       the support for DWARF 1 symbolic debugging information, and much of
       the support for System V Release 4.  He has also worked heavily on
       the Intel 386 and 860 support.
*************** alphabetical order.
*** 43430,43437 ****
       series 300.
  
     * Michael Hayes for various thankless work he's done trying to get
!      the c30/c40 ports functional.  Lots of loop and unroll improvements
!      and fixes.
  
     * Dara Hazeghi for wading through myriads of target-specific bug
       reports.
--- 43898,43905 ----
       series 300.
  
     * Michael Hayes for various thankless work he's done trying to get
!      the c30/c40 ports functional.  Lots of loop and unroll
!      improvements and fixes.
  
     * Dara Hazeghi for wading through myriads of target-specific bug
       reports.
*************** alphabetical order.
*** 43465,43472 ****
  
     * Falk Hueffner for working on C and optimization bug reports.
  
!    * Bernardo Innocenti for his m68k work, including merging of ColdFire
!      improvements and uClinux support.
  
     * Christian Iseli for various bug fixes.
  
--- 43933,43940 ----
  
     * Falk Hueffner for working on C and optimization bug reports.
  
!    * Bernardo Innocenti for his m68k work, including merging of
!      ColdFire improvements and uClinux support.
  
     * Christian Iseli for various bug fixes.
  
*************** alphabetical order.
*** 43519,43531 ****
     * Richard Kenner of the New York University Ultracomputer Research
       Laboratory wrote the machine descriptions for the AMD 29000, the
       DEC Alpha, the IBM RT PC, and the IBM RS/6000 as well as the
!      support for instruction attributes.  He also made changes to better
!      support RISC processors including changes to common subexpression
!      elimination, strength reduction, function calling sequence
!      handling, and condition code support, in addition to generalizing
!      the code for frame pointer elimination and delay slot scheduling.
!      Richard Kenner was also the head maintainer of GCC for several
!      years.
  
     * Mumit Khan for various contributions to the Cygwin and Mingw32
       ports and maintaining binary releases for Microsoft Windows hosts,
--- 43987,43999 ----
     * Richard Kenner of the New York University Ultracomputer Research
       Laboratory wrote the machine descriptions for the AMD 29000, the
       DEC Alpha, the IBM RT PC, and the IBM RS/6000 as well as the
!      support for instruction attributes.  He also made changes to
!      better support RISC processors including changes to common
!      subexpression elimination, strength reduction, function calling
!      sequence handling, and condition code support, in addition to
!      generalizing the code for frame pointer elimination and delay slot
!      scheduling.  Richard Kenner was also the head maintainer of GCC
!      for several years.
  
     * Mumit Khan for various contributions to the Cygwin and Mingw32
       ports and maintaining binary releases for Microsoft Windows hosts,
*************** alphabetical order.
*** 43551,43561 ****
     * Asher Langton and Mike Kumbera for contributing Cray pointer
       support to GNU Fortran, and for other GNU Fortran improvements.
  
!    * Jeff Law for his direction via the steering committee, coordinating
!      the entire egcs project and GCC 2.95, rolling out snapshots and
!      releases, handling merges from GCC2, reviewing tons of patches that
!      might have fallen through the cracks else, and random but extensive
!      hacking.
  
     * Walter Lee for work on the TILE-Gx and TILEPro ports.
  
--- 44019,44029 ----
     * Asher Langton and Mike Kumbera for contributing Cray pointer
       support to GNU Fortran, and for other GNU Fortran improvements.
  
!    * Jeff Law for his direction via the steering committee,
!      coordinating the entire egcs project and GCC 2.95, rolling out
!      snapshots and releases, handling merges from GCC2, reviewing tons
!      of patches that might have fallen through the cracks else, and
!      random but extensive hacking.
  
     * Walter Lee for work on the TILE-Gx and TILEPro ports.
  
*************** alphabetical order.
*** 43584,43590 ****
  
     * Weiwen Liu for testing and various bug fixes.
  
!    * Manuel Lo'pez-Iba'n~ez for improving '-Wconversion' and many other
       diagnostics fixes and improvements.
  
     * Dave Love for his ongoing work with the Fortran front end and
--- 44052,44058 ----
  
     * Weiwen Liu for testing and various bug fixes.
  
!    * Manuel Lo'pez-Iba'n~ez for improving `-Wconversion' and many other
       diagnostics fixes and improvements.
  
     * Dave Love for his ongoing work with the Fortran front end and
*************** alphabetical order.
*** 43601,43613 ****
     * Greg McGary for random fixes and (someday) bounded pointers.
  
     * Andrew MacLeod for his ongoing work in building a real EH system,
!      various code generation improvements, work on the global optimizer,
!      etc.
  
     * Vladimir Makarov for hacking some ugly i960 problems, PowerPC
!      hacking improvements to compile-time performance, overall knowledge
!      and direction in the area of instruction scheduling, and design and
!      implementation of the automaton based instruction scheduler.
  
     * Bob Manson for his behind the scenes work on dejagnu.
  
--- 44069,44082 ----
     * Greg McGary for random fixes and (someday) bounded pointers.
  
     * Andrew MacLeod for his ongoing work in building a real EH system,
!      various code generation improvements, work on the global
!      optimizer, etc.
  
     * Vladimir Makarov for hacking some ugly i960 problems, PowerPC
!      hacking improvements to compile-time performance, overall
!      knowledge and direction in the area of instruction scheduling, and
!      design and implementation of the automaton based instruction
!      scheduler.
  
     * Bob Manson for his behind the scenes work on dejagnu.
  
*************** alphabetical order.
*** 43646,43652 ****
  
     * Mark Mitchell for his direction via the steering committee,
       mountains of C++ work, load/store hoisting out of loops, alias
!      analysis improvements, ISO C 'restrict' support, and serving as
       release manager from 2000 to 2011.
  
     * Alan Modra for various GNU/Linux bits and testing.
--- 44115,44121 ----
  
     * Mark Mitchell for his direction via the steering committee,
       mountains of C++ work, load/store hoisting out of loops, alias
!      analysis improvements, ISO C `restrict' support, and serving as
       release manager from 2000 to 2011.
  
     * Alan Modra for various GNU/Linux bits and testing.
*************** alphabetical order.
*** 43656,43664 ****
  
     * Jason Molenda for major help in the care and feeding of all the
       services on the gcc.gnu.org (formerly egcs.cygnus.com)
!      machine--mail, web services, ftp services, etc etc.  Doing all this
!      work on scrap paper and the backs of envelopes would have been...
!      difficult.
  
     * Catherine Moore for fixing various ugly problems we have sent her
       way, including the haifa bug which was killing the Alpha & PowerPC
--- 44125,44133 ----
  
     * Jason Molenda for major help in the care and feeding of all the
       services on the gcc.gnu.org (formerly egcs.cygnus.com)
!      machine--mail, web services, ftp services, etc etc.  Doing all
!      this work on scrap paper and the backs of envelopes would have
!      been... difficult.
  
     * Catherine Moore for fixing various ugly problems we have sent her
       way, including the haifa bug which was killing the Alpha & PowerPC
*************** alphabetical order.
*** 43670,43677 ****
       initial IA-64 port.
  
     * Stephen Moshier contributed the floating point emulator that
!      assists in cross-compilation and permits support for floating point
!      numbers wider than 64 bits and for ISO C99 support.
  
     * Bill Moyer for his behind the scenes work on various issues.
  
--- 44139,44146 ----
       initial IA-64 port.
  
     * Stephen Moshier contributed the floating point emulator that
!      assists in cross-compilation and permits support for floating
!      point numbers wider than 64 bits and for ISO C99 support.
  
     * Bill Moyer for his behind the scenes work on various issues.
  
*************** alphabetical order.
*** 43694,43702 ****
     * NeXT, Inc. donated the front end that supports the Objective-C
       language.
  
!    * Hans-Peter Nilsson for the CRIS and MMIX ports, improvements to the
!      search engine setup, various documentation fixes and other small
!      fixes.
  
     * Geoff Noer for his work on getting cygwin native builds working.
  
--- 44163,44171 ----
     * NeXT, Inc. donated the front end that supports the Objective-C
       language.
  
!    * Hans-Peter Nilsson for the CRIS and MMIX ports, improvements to
!      the search engine setup, various documentation fixes and other
!      small fixes.
  
     * Geoff Noer for his work on getting cygwin native builds working.
  
*************** alphabetical order.
*** 43704,43711 ****
       tracking web pages, GIMPLE tuples, and assorted fixes.
  
     * David O'Brien for the FreeBSD/alpha, FreeBSD/AMD x86-64,
!      FreeBSD/ARM, FreeBSD/PowerPC, and FreeBSD/SPARC64 ports and related
!      infrastructure improvements.
  
     * Alexandre Oliva for various build infrastructure improvements,
       scripts and amazing testing work, including keeping libtool issues
--- 44173,44180 ----
       tracking web pages, GIMPLE tuples, and assorted fixes.
  
     * David O'Brien for the FreeBSD/alpha, FreeBSD/AMD x86-64,
!      FreeBSD/ARM, FreeBSD/PowerPC, and FreeBSD/SPARC64 ports and
!      related infrastructure improvements.
  
     * Alexandre Oliva for various build infrastructure improvements,
       scripts and amazing testing work, including keeping libtool issues
*************** alphabetical order.
*** 43717,43724 ****
  
     * Rainer Orth for random MIPS work, including improvements to GCC's
       o32 ABI support, improvements to dejagnu's MIPS support, Java
!      configuration clean-ups and porting work, and maintaining the IRIX,
!      Solaris 2, and Tru64 UNIX ports.
  
     * Hartmut Penner for work on the s390 port.
  
--- 44186,44193 ----
  
     * Rainer Orth for random MIPS work, including improvements to GCC's
       o32 ABI support, improvements to dejagnu's MIPS support, Java
!      configuration clean-ups and porting work, and maintaining the
!      IRIX, Solaris 2, and Tru64 UNIX ports.
  
     * Hartmut Penner for work on the s390 port.
  
*************** alphabetical order.
*** 43768,43774 ****
  
     * David Ronis inspired and encouraged Craig to rewrite the G77
       documentation in texinfo format by contributing a first pass at a
!      translation of the old 'g77-0.5.16/f/DOC' file.
  
     * Ken Rose for fixes to GCC's delay slot filling code.
  
--- 44237,44243 ----
  
     * David Ronis inspired and encouraged Craig to rewrite the G77
       documentation in texinfo format by contributing a first pass at a
!      translation of the old `g77-0.5.16/f/DOC' file.
  
     * Ken Rose for fixes to GCC's delay slot filling code.
  
*************** alphabetical order.
*** 43800,43807 ****
     * Tobias Schlu"ter for work on GNU Fortran.
  
     * Bernd Schmidt for various code generation improvements and major
!      work in the reload pass, serving as release manager for GCC 2.95.3,
!      and work on the Blackfin and C6X ports.
  
     * Peter Schmid for constant testing of libstdc++--especially
       application testing, going above and beyond what was requested for
--- 44269,44276 ----
     * Tobias Schlu"ter for work on GNU Fortran.
  
     * Bernd Schmidt for various code generation improvements and major
!      work in the reload pass, serving as release manager for GCC
!      2.95.3, and work on the Blackfin and C6X ports.
  
     * Peter Schmid for constant testing of libstdc++--especially
       application testing, going above and beyond what was requested for
*************** alphabetical order.
*** 43816,43822 ****
     * Dodji Seketeli for numerous C++ bug fixes and debug info
       improvements.
  
!    * Tim Shen for major work on '<regex>'.
  
     * Joel Sherrill for his direction via the steering committee, RTEMS
       contributions and RTEMS testing.
--- 44285,44291 ----
     * Dodji Seketeli for numerous C++ bug fixes and debug info
       improvements.
  
!    * Tim Shen for major work on `<regex>'.
  
     * Joel Sherrill for his direction via the steering committee, RTEMS
       contributions and RTEMS testing.
*************** alphabetical order.
*** 43831,43838 ****
       from the LWG (thereby keeping GCC in line with updates from the
       ISO).
  
!    * Franz Sirl for his ongoing work with making the PPC port stable for
!      GNU/Linux.
  
     * Andrey Slepuhin for assorted AIX hacking.
  
--- 44300,44307 ----
       from the LWG (thereby keeping GCC in line with updates from the
       ISO).
  
!    * Franz Sirl for his ongoing work with making the PPC port stable
!      for GNU/Linux.
  
     * Andrey Slepuhin for assorted AIX hacking.
  
*************** alphabetical order.
*** 43847,43858 ****
     * Randy Smith finished the Sun FPA support.
  
     * Ed Smith-Rowland for his continuous work on libstdc++-v3, special
!      functions, '<random>', and various improvements to C++11 features.
  
     * Scott Snyder for queue, iterator, istream, and string fixes and
       libstdc++ testsuite entries.  Also for providing the patch to G77
!      to add rudimentary support for 'INTEGER*1', 'INTEGER*2', and
!      'LOGICAL*1'.
  
     * Zdenek Sojka for running automated regression testing of GCC and
       reporting numerous bugs.
--- 44316,44327 ----
     * Randy Smith finished the Sun FPA support.
  
     * Ed Smith-Rowland for his continuous work on libstdc++-v3, special
!      functions, `<random>', and various improvements to C++11 features.
  
     * Scott Snyder for queue, iterator, istream, and string fixes and
       libstdc++ testsuite entries.  Also for providing the patch to G77
!      to add rudimentary support for `INTEGER*1', `INTEGER*2', and
!      `LOGICAL*1'.
  
     * Zdenek Sojka for running automated regression testing of GCC and
       reporting numerous bugs.
*************** alphabetical order.
*** 43876,43883 ****
  
     * John Stracke for his Java HTTP protocol fixes.
  
!    * Mike Stump for his Elxsi port, G++ contributions over the years and
!      more recently his vxworks contributions
  
     * Jeff Sturm for Java porting help, bug fixes, and encouragement.
  
--- 44345,44352 ----
  
     * John Stracke for his Java HTTP protocol fixes.
  
!    * Mike Stump for his Elxsi port, G++ contributions over the years
!      and more recently his vxworks contributions
  
     * Jeff Sturm for Java porting help, bug fixes, and encouragement.
  
*************** alphabetical order.
*** 43936,43943 ****
     * Jonathan Wakely for contributing libstdc++ Doxygen notes and XHTML
       guidance.
  
!    * Dean Wakerley for converting the install documentation from HTML to
!      texinfo in time for GCC 3.0.
  
     * Krister Walfridsson for random bug fixes.
  
--- 44405,44412 ----
     * Jonathan Wakely for contributing libstdc++ Doxygen notes and XHTML
       guidance.
  
!    * Dean Wakerley for converting the install documentation from HTML
!      to texinfo in time for GCC 3.0.
  
     * Krister Walfridsson for random bug fixes.
  
*************** alphabetical order.
*** 43945,43952 ****
  
     * Stephen M. Webb for time and effort on making libstdc++ shadow
       files work with the tricky Solaris 8+ headers, and for pushing the
!      build-time header tree.  Also, for starting and driving the
!      '<regex>' effort.
  
     * John Wehle for various improvements for the x86 code generator,
       related infrastructure improvements to help x86 code generation,
--- 44414,44421 ----
  
     * Stephen M. Webb for time and effort on making libstdc++ shadow
       files work with the tricky Solaris 8+ headers, and for pushing the
!      build-time header tree. Also, for starting and driving the
!      `<regex>' effort.
  
     * John Wehle for various improvements for the x86 code generator,
       related infrastructure improvements to help x86 code generation,
*************** alphabetical order.
*** 43970,43977 ****
     * Bob Wilson from Tensilica, Inc. for the Xtensa port.
  
     * Jim Wilson for his direction via the steering committee, tackling
!      hard problems in various places that nobody else wanted to work on,
!      strength reduction and other loop optimizations.
  
     * Paul Woegerer and Tal Agmon for the CRX port.
  
--- 44439,44446 ----
     * Bob Wilson from Tensilica, Inc. for the Xtensa port.
  
     * Jim Wilson for his direction via the steering committee, tackling
!      hard problems in various places that nobody else wanted to work
!      on, strength reduction and other loop optimizations.
  
     * Paul Woegerer and Tal Agmon for the CRX port.
  
*************** alphabetical order.
*** 43994,43999 ****
--- 44463,44469 ----
  
     * Gilles Zunino for help porting Java to Irix.
  
+ 
   The following people are recognized for their contributions to GNAT,
  the Ada front end of GCC:
     * Bernard Banner
*************** the Ada front end of GCC:
*** 44090,44191 ****
  
     * Samuel Tardieu
  
   The following people are recognized for their contributions of new
  features, bug reports, testing and integration of classpath/libgcj for
  GCC version 4.1:
!    * Lillian Angel for 'JTree' implementation and lots Free Swing
       additions and bug fixes.
  
!    * Wolfgang Baer for 'GapContent' bug fixes.
  
!    * Anthony Balkissoon for 'JList', Free Swing 1.5 updates and mouse
!      event fixes, lots of Free Swing work including 'JTable' editing.
  
     * Stuart Ballard for RMI constant fixes.
  
!    * Goffredo Baroncelli for 'HTTPURLConnection' fixes.
  
!    * Gary Benson for 'MessageFormat' fixes.
  
!    * Daniel Bonniot for 'Serialization' fixes.
  
!    * Chris Burdess for lots of gnu.xml and http protocol fixes, 'StAX'
!      and 'DOM xml:id' support.
  
!    * Ka-Hing Cheung for 'TreePath' and 'TreeSelection' fixes.
  
     * Archie Cobbs for build fixes, VM interface updates,
!      'URLClassLoader' updates.
  
     * Kelley Cook for build fixes.
  
!    * Martin Cordova for Suggestions for better 'SocketTimeoutException'.
  
!    * David Daney for 'BitSet' bug fixes, 'HttpURLConnection' rewrite and
!      improvements.
  
     * Thomas Fitzsimmons for lots of upgrades to the gtk+ AWT and Cairo
!      2D support.  Lots of imageio framework additions, lots of AWT and
       Free Swing bug fixes.
  
!    * Jeroen Frijters for 'ClassLoader' and nio cleanups, serialization
!      fixes, better 'Proxy' support, bug fixes and IKVM integration.
  
!    * Santiago Gala for 'AccessControlContext' fixes.
  
!    * Nicolas Geoffray for 'VMClassLoader' and 'AccessController'
       improvements.
  
!    * David Gilbert for 'basic' and 'metal' icon and plaf support and
       lots of documenting, Lots of Free Swing and metal theme additions.
!      'MetalIconFactory' implementation.
  
!    * Anthony Green for 'MIDI' framework, 'ALSA' and 'DSSI' providers.
  
!    * Andrew Haley for 'Serialization' and 'URLClassLoader' fixes, gcj
       build speedups.
  
!    * Kim Ho for 'JFileChooser' implementation.
  
!    * Andrew John Hughes for 'Locale' and net fixes, URI RFC2986 updates,
!      'Serialization' fixes, 'Properties' XML support and generic branch
!      work, VMIntegration guide update.
  
!    * Bastiaan Huisman for 'TimeZone' bug fixing.
  
     * Andreas Jaeger for mprec updates.
  
!    * Paul Jenner for better '-Werror' support.
  
!    * Ito Kazumitsu for 'NetworkInterface' implementation and updates.
  
!    * Roman Kennke for 'BoxLayout', 'GrayFilter' and 'SplitPane', plus
!      bug fixes all over.  Lots of Free Swing work including styled text.
  
!    * Simon Kitching for 'String' cleanups and optimization suggestions.
  
!    * Michael Koch for configuration fixes, 'Locale' updates, bug and
       build fixes.
  
     * Guilhem Lavaux for configuration, thread and channel fixes and
!      Kaffe integration.  JCL native 'Pointer' updates.  Logger bug
!      fixes.
  
     * David Lichteblau for JCL support library global/local reference
       cleanups.
  
     * Aaron Luchko for JDWP updates and documentation fixes.
  
!    * Ziga Mahkovec for 'Graphics2D' upgraded to Cairo 0.5 and new regex
       features.
  
!    * Sven de Marothy for BMP imageio support, CSS and 'TextLayout'
!      fixes.  'GtkImage' rewrite, 2D, awt, free swing and date/time fixes
       and implementing the Qt4 peers.
  
!    * Casey Marshall for crypto algorithm fixes, 'FileChannel' lock,
!      'SystemLogger' and 'FileHandler' rotate implementations, NIO
!      'FileChannel.map' support, security and policy updates.
  
     * Bryce McKinlay for RMI work.
  
--- 44560,44661 ----
  
     * Samuel Tardieu
  
+ 
   The following people are recognized for their contributions of new
  features, bug reports, testing and integration of classpath/libgcj for
  GCC version 4.1:
!    * Lillian Angel for `JTree' implementation and lots Free Swing
       additions and bug fixes.
  
!    * Wolfgang Baer for `GapContent' bug fixes.
  
!    * Anthony Balkissoon for `JList', Free Swing 1.5 updates and mouse
!      event fixes, lots of Free Swing work including `JTable' editing.
  
     * Stuart Ballard for RMI constant fixes.
  
!    * Goffredo Baroncelli for `HTTPURLConnection' fixes.
  
!    * Gary Benson for `MessageFormat' fixes.
  
!    * Daniel Bonniot for `Serialization' fixes.
  
!    * Chris Burdess for lots of gnu.xml and http protocol fixes, `StAX'
!      and `DOM xml:id' support.
  
!    * Ka-Hing Cheung for `TreePath' and `TreeSelection' fixes.
  
     * Archie Cobbs for build fixes, VM interface updates,
!      `URLClassLoader' updates.
  
     * Kelley Cook for build fixes.
  
!    * Martin Cordova for Suggestions for better `SocketTimeoutException'.
  
!    * David Daney for `BitSet' bug fixes, `HttpURLConnection' rewrite
!      and improvements.
  
     * Thomas Fitzsimmons for lots of upgrades to the gtk+ AWT and Cairo
!      2D support. Lots of imageio framework additions, lots of AWT and
       Free Swing bug fixes.
  
!    * Jeroen Frijters for `ClassLoader' and nio cleanups, serialization
!      fixes, better `Proxy' support, bug fixes and IKVM integration.
  
!    * Santiago Gala for `AccessControlContext' fixes.
  
!    * Nicolas Geoffray for `VMClassLoader' and `AccessController'
       improvements.
  
!    * David Gilbert for `basic' and `metal' icon and plaf support and
       lots of documenting, Lots of Free Swing and metal theme additions.
!      `MetalIconFactory' implementation.
  
!    * Anthony Green for `MIDI' framework, `ALSA' and `DSSI' providers.
  
!    * Andrew Haley for `Serialization' and `URLClassLoader' fixes, gcj
       build speedups.
  
!    * Kim Ho for `JFileChooser' implementation.
  
!    * Andrew John Hughes for `Locale' and net fixes, URI RFC2986
!      updates, `Serialization' fixes, `Properties' XML support and
!      generic branch work, VMIntegration guide update.
  
!    * Bastiaan Huisman for `TimeZone' bug fixing.
  
     * Andreas Jaeger for mprec updates.
  
!    * Paul Jenner for better `-Werror' support.
  
!    * Ito Kazumitsu for `NetworkInterface' implementation and updates.
  
!    * Roman Kennke for `BoxLayout', `GrayFilter' and `SplitPane', plus
!      bug fixes all over. Lots of Free Swing work including styled text.
  
!    * Simon Kitching for `String' cleanups and optimization suggestions.
  
!    * Michael Koch for configuration fixes, `Locale' updates, bug and
       build fixes.
  
     * Guilhem Lavaux for configuration, thread and channel fixes and
!      Kaffe integration. JCL native `Pointer' updates. Logger bug fixes.
  
     * David Lichteblau for JCL support library global/local reference
       cleanups.
  
     * Aaron Luchko for JDWP updates and documentation fixes.
  
!    * Ziga Mahkovec for `Graphics2D' upgraded to Cairo 0.5 and new regex
       features.
  
!    * Sven de Marothy for BMP imageio support, CSS and `TextLayout'
!      fixes. `GtkImage' rewrite, 2D, awt, free swing and date/time fixes
       and implementing the Qt4 peers.
  
!    * Casey Marshall for crypto algorithm fixes, `FileChannel' lock,
!      `SystemLogger' and `FileHandler' rotate implementations, NIO
!      `FileChannel.map' support, security and policy updates.
  
     * Bryce McKinlay for RMI work.
  
*************** GCC version 4.1:
*** 44196,44240 ****
  
     * Rainer Orth for build fixes.
  
!    * Andrew Overholt for 'File' locking fixes.
  
!    * Ingo Proetel for 'Image', 'Logger' and 'URLClassLoader' updates.
  
!    * Olga Rodimina for 'MenuSelectionManager' implementation.
  
!    * Jan Roehrich for 'BasicTreeUI' and 'JTree' fixes.
  
     * Julian Scheid for documentation updates and gjdoc support.
  
     * Christian Schlichtherle for zip fixes and cleanups.
  
     * Robert Schuster for documentation updates and beans fixes,
!      'TreeNode' enumerations and 'ActionCommand' and various fixes, XML
       and URL, AWT and Free Swing bug fixes.
  
     * Keith Seitz for lots of JDWP work.
  
     * Christian Thalinger for 64-bit cleanups, Configuration and VM
!      interface fixes and 'CACAO' integration, 'fdlibm' updates.
  
!    * Gael Thomas for 'VMClassLoader' boot packages support suggestions.
  
!    * Andreas Tobler for Darwin and Solaris testing and fixing, 'Qt4'
!      support for Darwin/OS X, 'Graphics2D' support, 'gtk+' updates.
  
!    * Dalibor Topic for better 'DEBUG' support, build cleanups and Kaffe
!      integration.  'Qt4' build infrastructure, 'SHA1PRNG' and
!      'GdkPixbugDecoder' updates.
  
     * Tom Tromey for Eclipse integration, generics work, lots of bug
       fixes and gcj integration including coordinating The Big Merge.
  
     * Mark Wielaard for bug fixes, packaging and release management,
!      'Clipboard' implementation, system call interrupts and network
!      timeouts and 'GdkPixpufDecoder' fixes.
  
!  In addition to the above, all of which also contributed time and energy
! in testing GCC, we would like to thank the following for their
  contributions to testing:
  
     * Michael Abd-El-Malek
--- 44666,44711 ----
  
     * Rainer Orth for build fixes.
  
!    * Andrew Overholt for `File' locking fixes.
  
!    * Ingo Proetel for `Image', `Logger' and `URLClassLoader' updates.
  
!    * Olga Rodimina for `MenuSelectionManager' implementation.
  
!    * Jan Roehrich for `BasicTreeUI' and `JTree' fixes.
  
     * Julian Scheid for documentation updates and gjdoc support.
  
     * Christian Schlichtherle for zip fixes and cleanups.
  
     * Robert Schuster for documentation updates and beans fixes,
!      `TreeNode' enumerations and `ActionCommand' and various fixes, XML
       and URL, AWT and Free Swing bug fixes.
  
     * Keith Seitz for lots of JDWP work.
  
     * Christian Thalinger for 64-bit cleanups, Configuration and VM
!      interface fixes and `CACAO' integration, `fdlibm' updates.
  
!    * Gael Thomas for `VMClassLoader' boot packages support suggestions.
  
!    * Andreas Tobler for Darwin and Solaris testing and fixing, `Qt4'
!      support for Darwin/OS X, `Graphics2D' support, `gtk+' updates.
  
!    * Dalibor Topic for better `DEBUG' support, build cleanups and Kaffe
!      integration. `Qt4' build infrastructure, `SHA1PRNG' and
!      `GdkPixbugDecoder' updates.
  
     * Tom Tromey for Eclipse integration, generics work, lots of bug
       fixes and gcj integration including coordinating The Big Merge.
  
     * Mark Wielaard for bug fixes, packaging and release management,
!      `Clipboard' implementation, system call interrupts and network
!      timeouts and `GdkPixpufDecoder' fixes.
  
! 
!  In addition to the above, all of which also contributed time and
! energy in testing GCC, we would like to thank the following for their
  contributions to testing:
  
     * Michael Abd-El-Malek
*************** File: gccint.info,  Node: Option Index,
*** 44403,44411 ****
  Option Index
  ************
  
! GCC's command line options are indexed here without any initial '-' or
! '--'.  Where an option has both positive and negative forms (such as
! '-fOPTION' and '-fno-OPTION'), relevant entries in the manual are
  indexed under the most appropriate form; it may sometimes be useful to
  look up both forms.
  
--- 44874,44882 ----
  Option Index
  ************
  
! GCC's command line options are indexed here without any initial `-' or
! `--'.  Where an option has both positive and negative forms (such as
! `-fOPTION' and `-fno-OPTION'), relevant entries in the manual are
  indexed under the most appropriate form; it may sometimes be useful to
  look up both forms.
  
*************** Concept Index
*** 44437,44483 ****
  * % in GTY option:                       GTY Options.        (line   18)
  * % in template:                         Output Template.    (line    6)
  * & in constraint:                       Modifiers.          (line   25)
! * (gimple_stmt_iterator:                 GIMPLE API.         (line   30)
  * (nil):                                 RTL Objects.        (line   73)
  * * in constraint:                       Modifiers.          (line   83)
  * * in template:                         Output Statement.   (line   29)
! * *gimple_build_asm_vec:                 GIMPLE_ASM.         (line    6)
! * *gimple_build_assign:                  GIMPLE_ASSIGN.      (line    6)
! * *gimple_build_assign <1>:              GIMPLE_ASSIGN.      (line   18)
! * *gimple_build_assign <2>:              GIMPLE_ASSIGN.      (line   29)
! * *gimple_build_assign <3>:              GIMPLE_ASSIGN.      (line   35)
! * *gimple_build_bind:                    GIMPLE_BIND.        (line    6)
! * *gimple_build_call:                    GIMPLE_CALL.        (line    6)
! * *gimple_build_call_from_tree:          GIMPLE_CALL.        (line   15)
! * *gimple_build_call_vec:                GIMPLE_CALL.        (line   23)
! * *gimple_build_catch:                   GIMPLE_CATCH.       (line    6)
! * *gimple_build_cond:                    GIMPLE_COND.        (line    6)
! * *gimple_build_cond_from_tree:          GIMPLE_COND.        (line   14)
! * *gimple_build_debug_bind:              GIMPLE_DEBUG.       (line    6)
! * *gimple_build_eh_filter:               GIMPLE_EH_FILTER.   (line    6)
! * *gimple_build_goto:                    GIMPLE_GOTO.        (line    6)
! * *gimple_build_label:                   GIMPLE_LABEL.       (line    6)
  * *gimple_build_omp_atomic_load:         GIMPLE_OMP_ATOMIC_LOAD.
!                                                              (line    6)
  * *gimple_build_omp_atomic_store:        GIMPLE_OMP_ATOMIC_STORE.
!                                                              (line    6)
  * *gimple_build_omp_continue:            GIMPLE_OMP_CONTINUE.
!                                                              (line    6)
  * *gimple_build_omp_critical:            GIMPLE_OMP_CRITICAL.
!                                                              (line    6)
! * *gimple_build_omp_for:                 GIMPLE_OMP_FOR.     (line    6)
  * *gimple_build_omp_parallel:            GIMPLE_OMP_PARALLEL.
!                                                              (line    6)
  * *gimple_build_omp_sections:            GIMPLE_OMP_SECTIONS.
!                                                              (line    6)
! * *gimple_build_omp_single:              GIMPLE_OMP_SINGLE.  (line    6)
! * *gimple_build_resx:                    GIMPLE_RESX.        (line    6)
! * *gimple_build_return:                  GIMPLE_RETURN.      (line    6)
! * *gimple_build_switch:                  GIMPLE_SWITCH.      (line    6)
! * *gimple_build_try:                     GIMPLE_TRY.         (line    6)
  * + in constraint:                       Modifiers.          (line   12)
- * -fsection-anchors:                     Special Accessors.  (line  117)
  * -fsection-anchors <1>:                 Anchored Addresses. (line    6)
  * /c in RTL dump:                        Flags.              (line  221)
  * /f in RTL dump:                        Flags.              (line  229)
  * /i in RTL dump:                        Flags.              (line  274)
--- 44908,44951 ----
  * % in GTY option:                       GTY Options.        (line   18)
  * % in template:                         Output Template.    (line    6)
  * & in constraint:                       Modifiers.          (line   25)
! * (:                                     GIMPLE API.         (line   31)
  * (nil):                                 RTL Objects.        (line   73)
  * * in constraint:                       Modifiers.          (line   83)
  * * in template:                         Output Statement.   (line   29)
! * *gimple_build_asm_vec:                 GIMPLE_ASM.         (line    9)
! * *gimple_build_assign:                  GIMPLE_ASSIGN.      (line    7)
! * *gimple_build_bind:                    GIMPLE_BIND.        (line    8)
! * *gimple_build_call:                    GIMPLE_CALL.        (line    8)
! * *gimple_build_call_from_tree:          GIMPLE_CALL.        (line   16)
! * *gimple_build_call_vec:                GIMPLE_CALL.        (line   25)
! * *gimple_build_catch:                   GIMPLE_CATCH.       (line    8)
! * *gimple_build_cond:                    GIMPLE_COND.        (line    8)
! * *gimple_build_cond_from_tree:          GIMPLE_COND.        (line   16)
! * *gimple_build_debug_bind:              GIMPLE_DEBUG.       (line    8)
! * *gimple_build_eh_filter:               GIMPLE_EH_FILTER.   (line    8)
! * *gimple_build_goto:                    GIMPLE_GOTO.        (line    7)
! * *gimple_build_label:                   GIMPLE_LABEL.       (line    7)
  * *gimple_build_omp_atomic_load:         GIMPLE_OMP_ATOMIC_LOAD.
!                                                              (line    8)
  * *gimple_build_omp_atomic_store:        GIMPLE_OMP_ATOMIC_STORE.
!                                                              (line    8)
  * *gimple_build_omp_continue:            GIMPLE_OMP_CONTINUE.
!                                                              (line    8)
  * *gimple_build_omp_critical:            GIMPLE_OMP_CRITICAL.
!                                                              (line    8)
! * *gimple_build_omp_for:                 GIMPLE_OMP_FOR.     (line    9)
  * *gimple_build_omp_parallel:            GIMPLE_OMP_PARALLEL.
!                                                              (line    8)
  * *gimple_build_omp_sections:            GIMPLE_OMP_SECTIONS.
!                                                              (line    8)
! * *gimple_build_omp_single:              GIMPLE_OMP_SINGLE.  (line    8)
! * *gimple_build_resx:                    GIMPLE_RESX.        (line    7)
! * *gimple_build_return:                  GIMPLE_RETURN.      (line    7)
! * *gimple_build_switch:                  GIMPLE_SWITCH.      (line    8)
! * *gimple_build_try:                     GIMPLE_TRY.         (line    8)
  * + in constraint:                       Modifiers.          (line   12)
  * -fsection-anchors <1>:                 Anchored Addresses. (line    6)
+ * -fsection-anchors:                     Special Accessors.  (line  120)
  * /c in RTL dump:                        Flags.              (line  221)
  * /f in RTL dump:                        Flags.              (line  229)
  * /i in RTL dump:                        Flags.              (line  274)
*************** Concept Index
*** 44485,48031 ****
  * /s in RTL dump:                        Flags.              (line  245)
  * /u in RTL dump:                        Flags.              (line  296)
  * /v in RTL dump:                        Flags.              (line  328)
! * 0 in constraint:                       Simple Constraints. (line  128)
! * < in constraint:                       Simple Constraints. (line   47)
  * = in constraint:                       Modifiers.          (line    8)
! * > in constraint:                       Simple Constraints. (line   59)
  * ? in constraint:                       Multi-Alternative.  (line   42)
  * \:                                     Output Template.    (line   46)
  * ^ in constraint:                       Multi-Alternative.  (line   53)
  * __absvdi2:                             Integer library routines.
!                                                              (line  106)
  * __absvsi2:                             Integer library routines.
!                                                              (line  105)
  * __addda3:                              Fixed-point fractional library routines.
!                                                              (line   52)
  * __adddf3:                              Soft float library routines.
!                                                              (line   22)
  * __adddq3:                              Fixed-point fractional library routines.
!                                                              (line   39)
  * __addha3:                              Fixed-point fractional library routines.
!                                                              (line   49)
  * __addhq3:                              Fixed-point fractional library routines.
!                                                              (line   37)
  * __addqq3:                              Fixed-point fractional library routines.
!                                                              (line   35)
  * __addsa3:                              Fixed-point fractional library routines.
!                                                              (line   51)
  * __addsf3:                              Soft float library routines.
!                                                              (line   21)
  * __addsq3:                              Fixed-point fractional library routines.
!                                                              (line   38)
  * __addta3:                              Fixed-point fractional library routines.
!                                                              (line   53)
  * __addtf3:                              Soft float library routines.
!                                                              (line   23)
  * __adduda3:                             Fixed-point fractional library routines.
!                                                              (line   59)
  * __addudq3:                             Fixed-point fractional library routines.
!                                                              (line   47)
  * __adduha3:                             Fixed-point fractional library routines.
!                                                              (line   55)
  * __adduhq3:                             Fixed-point fractional library routines.
!                                                              (line   43)
  * __adduqq3:                             Fixed-point fractional library routines.
!                                                              (line   41)
  * __addusa3:                             Fixed-point fractional library routines.
!                                                              (line   57)
  * __addusq3:                             Fixed-point fractional library routines.
!                                                              (line   45)
  * __adduta3:                             Fixed-point fractional library routines.
!                                                              (line   61)
  * __addvdi3:                             Integer library routines.
!                                                              (line  110)
  * __addvsi3:                             Integer library routines.
!                                                              (line  109)
  * __addxf3:                              Soft float library routines.
!                                                              (line   25)
  * __ashlda3:                             Fixed-point fractional library routines.
!                                                              (line  358)
  * __ashldi3:                             Integer library routines.
!                                                              (line   13)
  * __ashldq3:                             Fixed-point fractional library routines.
!                                                              (line  346)
  * __ashlha3:                             Fixed-point fractional library routines.
!                                                              (line  356)
  * __ashlhq3:                             Fixed-point fractional library routines.
!                                                              (line  344)
  * __ashlqq3:                             Fixed-point fractional library routines.
!                                                              (line  343)
  * __ashlsa3:                             Fixed-point fractional library routines.
!                                                              (line  357)
  * __ashlsi3:                             Integer library routines.
!                                                              (line   12)
  * __ashlsq3:                             Fixed-point fractional library routines.
!                                                              (line  345)
  * __ashlta3:                             Fixed-point fractional library routines.
!                                                              (line  359)
  * __ashlti3:                             Integer library routines.
!                                                              (line   14)
  * __ashluda3:                            Fixed-point fractional library routines.
!                                                              (line  365)
  * __ashludq3:                            Fixed-point fractional library routines.
!                                                              (line  354)
  * __ashluha3:                            Fixed-point fractional library routines.
!                                                              (line  361)
  * __ashluhq3:                            Fixed-point fractional library routines.
!                                                              (line  350)
  * __ashluqq3:                            Fixed-point fractional library routines.
!                                                              (line  348)
  * __ashlusa3:                            Fixed-point fractional library routines.
!                                                              (line  363)
  * __ashlusq3:                            Fixed-point fractional library routines.
!                                                              (line  352)
  * __ashluta3:                            Fixed-point fractional library routines.
!                                                              (line  367)
  * __ashrda3:                             Fixed-point fractional library routines.
!                                                              (line  378)
  * __ashrdi3:                             Integer library routines.
!                                                              (line   18)
  * __ashrdq3:                             Fixed-point fractional library routines.
!                                                              (line  374)
  * __ashrha3:                             Fixed-point fractional library routines.
!                                                              (line  376)
  * __ashrhq3:                             Fixed-point fractional library routines.
!                                                              (line  372)
  * __ashrqq3:                             Fixed-point fractional library routines.
!                                                              (line  371)
  * __ashrsa3:                             Fixed-point fractional library routines.
!                                                              (line  377)
  * __ashrsi3:                             Integer library routines.
!                                                              (line   17)
  * __ashrsq3:                             Fixed-point fractional library routines.
!                                                              (line  373)
  * __ashrta3:                             Fixed-point fractional library routines.
!                                                              (line  379)
  * __ashrti3:                             Integer library routines.
!                                                              (line   19)
  * __bid_adddd3:                          Decimal float library routines.
!                                                              (line   23)
  * __bid_addsd3:                          Decimal float library routines.
!                                                              (line   19)
  * __bid_addtd3:                          Decimal float library routines.
!                                                              (line   27)
  * __bid_divdd3:                          Decimal float library routines.
!                                                              (line   66)
  * __bid_divsd3:                          Decimal float library routines.
!                                                              (line   62)
  * __bid_divtd3:                          Decimal float library routines.
!                                                              (line   70)
  * __bid_eqdd2:                           Decimal float library routines.
!                                                              (line  258)
  * __bid_eqsd2:                           Decimal float library routines.
!                                                              (line  256)
  * __bid_eqtd2:                           Decimal float library routines.
!                                                              (line  260)
  * __bid_extendddtd2:                     Decimal float library routines.
!                                                              (line   91)
  * __bid_extendddtf:                      Decimal float library routines.
!                                                              (line  139)
  * __bid_extendddxf:                      Decimal float library routines.
!                                                              (line  133)
  * __bid_extenddfdd:                      Decimal float library routines.
!                                                              (line  146)
  * __bid_extenddftd:                      Decimal float library routines.
!                                                              (line  106)
  * __bid_extendsddd2:                     Decimal float library routines.
!                                                              (line   87)
  * __bid_extendsddf:                      Decimal float library routines.
!                                                              (line  127)
  * __bid_extendsdtd2:                     Decimal float library routines.
!                                                              (line   89)
  * __bid_extendsdtf:                      Decimal float library routines.
!                                                              (line  137)
  * __bid_extendsdxf:                      Decimal float library routines.
!                                                              (line  131)
  * __bid_extendsfdd:                      Decimal float library routines.
!                                                              (line  102)
  * __bid_extendsfsd:                      Decimal float library routines.
!                                                              (line  144)
  * __bid_extendsftd:                      Decimal float library routines.
!                                                              (line  104)
  * __bid_extendtftd:                      Decimal float library routines.
!                                                              (line  148)
  * __bid_extendxftd:                      Decimal float library routines.
!                                                              (line  108)
  * __bid_fixdddi:                         Decimal float library routines.
!                                                              (line  169)
  * __bid_fixddsi:                         Decimal float library routines.
!                                                              (line  161)
  * __bid_fixsddi:                         Decimal float library routines.
!                                                              (line  167)
  * __bid_fixsdsi:                         Decimal float library routines.
!                                                              (line  159)
  * __bid_fixtddi:                         Decimal float library routines.
!                                                              (line  171)
  * __bid_fixtdsi:                         Decimal float library routines.
!                                                              (line  163)
  * __bid_fixunsdddi:                      Decimal float library routines.
!                                                              (line  186)
  * __bid_fixunsddsi:                      Decimal float library routines.
!                                                              (line  177)
  * __bid_fixunssddi:                      Decimal float library routines.
!                                                              (line  184)
  * __bid_fixunssdsi:                      Decimal float library routines.
!                                                              (line  175)
  * __bid_fixunstddi:                      Decimal float library routines.
!                                                              (line  188)
  * __bid_fixunstdsi:                      Decimal float library routines.
!                                                              (line  179)
  * __bid_floatdidd:                       Decimal float library routines.
!                                                              (line  204)
  * __bid_floatdisd:                       Decimal float library routines.
!                                                              (line  202)
  * __bid_floatditd:                       Decimal float library routines.
!                                                              (line  206)
  * __bid_floatsidd:                       Decimal float library routines.
!                                                              (line  195)
  * __bid_floatsisd:                       Decimal float library routines.
!                                                              (line  193)
  * __bid_floatsitd:                       Decimal float library routines.
!                                                              (line  197)
  * __bid_floatunsdidd:                    Decimal float library routines.
!                                                              (line  222)
  * __bid_floatunsdisd:                    Decimal float library routines.
!                                                              (line  220)
  * __bid_floatunsditd:                    Decimal float library routines.
!                                                              (line  224)
  * __bid_floatunssidd:                    Decimal float library routines.
!                                                              (line  213)
  * __bid_floatunssisd:                    Decimal float library routines.
!                                                              (line  211)
  * __bid_floatunssitd:                    Decimal float library routines.
!                                                              (line  215)
  * __bid_gedd2:                           Decimal float library routines.
!                                                              (line  276)
  * __bid_gesd2:                           Decimal float library routines.
!                                                              (line  274)
  * __bid_getd2:                           Decimal float library routines.
!                                                              (line  278)
  * __bid_gtdd2:                           Decimal float library routines.
!                                                              (line  303)
  * __bid_gtsd2:                           Decimal float library routines.
!                                                              (line  301)
  * __bid_gttd2:                           Decimal float library routines.
!                                                              (line  305)
  * __bid_ledd2:                           Decimal float library routines.
!                                                              (line  294)
  * __bid_lesd2:                           Decimal float library routines.
!                                                              (line  292)
  * __bid_letd2:                           Decimal float library routines.
!                                                              (line  296)
  * __bid_ltdd2:                           Decimal float library routines.
!                                                              (line  285)
  * __bid_ltsd2:                           Decimal float library routines.
!                                                              (line  283)
  * __bid_lttd2:                           Decimal float library routines.
!                                                              (line  287)
  * __bid_muldd3:                          Decimal float library routines.
!                                                              (line   52)
  * __bid_mulsd3:                          Decimal float library routines.
!                                                              (line   48)
  * __bid_multd3:                          Decimal float library routines.
!                                                              (line   56)
  * __bid_nedd2:                           Decimal float library routines.
!                                                              (line  267)
  * __bid_negdd2:                          Decimal float library routines.
!                                                              (line   77)
  * __bid_negsd2:                          Decimal float library routines.
!                                                              (line   75)
  * __bid_negtd2:                          Decimal float library routines.
!                                                              (line   79)
  * __bid_nesd2:                           Decimal float library routines.
!                                                              (line  265)
  * __bid_netd2:                           Decimal float library routines.
!                                                              (line  269)
  * __bid_subdd3:                          Decimal float library routines.
!                                                              (line   37)
  * __bid_subsd3:                          Decimal float library routines.
!                                                              (line   33)
  * __bid_subtd3:                          Decimal float library routines.
!                                                              (line   41)
  * __bid_truncdddf:                       Decimal float library routines.
!                                                              (line  152)
  * __bid_truncddsd2:                      Decimal float library routines.
!                                                              (line   93)
  * __bid_truncddsf:                       Decimal float library routines.
!                                                              (line  123)
  * __bid_truncdfsd:                       Decimal float library routines.
!                                                              (line  110)
  * __bid_truncsdsf:                       Decimal float library routines.
!                                                              (line  150)
  * __bid_trunctddd2:                      Decimal float library routines.
!                                                              (line   97)
  * __bid_trunctddf:                       Decimal float library routines.
!                                                              (line  129)
  * __bid_trunctdsd2:                      Decimal float library routines.
!                                                              (line   95)
  * __bid_trunctdsf:                       Decimal float library routines.
!                                                              (line  125)
  * __bid_trunctdtf:                       Decimal float library routines.
!                                                              (line  154)
  * __bid_trunctdxf:                       Decimal float library routines.
!                                                              (line  135)
  * __bid_trunctfdd:                       Decimal float library routines.
!                                                              (line  118)
  * __bid_trunctfsd:                       Decimal float library routines.
!                                                              (line  114)
  * __bid_truncxfdd:                       Decimal float library routines.
!                                                              (line  116)
  * __bid_truncxfsd:                       Decimal float library routines.
!                                                              (line  112)
  * __bid_unorddd2:                        Decimal float library routines.
!                                                              (line  234)
  * __bid_unordsd2:                        Decimal float library routines.
!                                                              (line  232)
  * __bid_unordtd2:                        Decimal float library routines.
!                                                              (line  236)
  * __bswapdi2:                            Integer library routines.
!                                                              (line  161)
  * __bswapsi2:                            Integer library routines.
!                                                              (line  160)
! * __builtin_classify_type:               Varargs.            (line   48)
! * __builtin_next_arg:                    Varargs.            (line   39)
! * __builtin_saveregs:                    Varargs.            (line   22)
! * __chkp_bndcl:                          Misc.               (line  667)
! * __chkp_bndcu:                          Misc.               (line  673)
! * __chkp_bndldx:                         Misc.               (line  661)
! * __chkp_bndmk:                          Misc.               (line  648)
! * __chkp_bndret:                         Misc.               (line  679)
! * __chkp_bndstx:                         Misc.               (line  655)
! * __chkp_intersect:                      Misc.               (line  685)
! * __chkp_narrow:                         Misc.               (line  690)
! * __chkp_sizeof:                         Misc.               (line  696)
  * __clear_cache:                         Miscellaneous routines.
!                                                              (line    9)
  * __clzdi2:                              Integer library routines.
!                                                              (line  130)
  * __clzsi2:                              Integer library routines.
!                                                              (line  129)
  * __clzti2:                              Integer library routines.
!                                                              (line  131)
  * __cmpda2:                              Fixed-point fractional library routines.
!                                                              (line  458)
  * __cmpdf2:                              Soft float library routines.
!                                                              (line  163)
  * __cmpdi2:                              Integer library routines.
!                                                              (line   86)
  * __cmpdq2:                              Fixed-point fractional library routines.
!                                                              (line  447)
  * __cmpha2:                              Fixed-point fractional library routines.
!                                                              (line  456)
  * __cmphq2:                              Fixed-point fractional library routines.
!                                                              (line  445)
  * __cmpqq2:                              Fixed-point fractional library routines.
!                                                              (line  444)
  * __cmpsa2:                              Fixed-point fractional library routines.
!                                                              (line  457)
  * __cmpsf2:                              Soft float library routines.
!                                                              (line  162)
  * __cmpsq2:                              Fixed-point fractional library routines.
!                                                              (line  446)
  * __cmpta2:                              Fixed-point fractional library routines.
!                                                              (line  459)
  * __cmptf2:                              Soft float library routines.
!                                                              (line  164)
  * __cmpti2:                              Integer library routines.
!                                                              (line   87)
  * __cmpuda2:                             Fixed-point fractional library routines.
!                                                              (line  464)
  * __cmpudq2:                             Fixed-point fractional library routines.
!                                                              (line  454)
  * __cmpuha2:                             Fixed-point fractional library routines.
!                                                              (line  461)
  * __cmpuhq2:                             Fixed-point fractional library routines.
!                                                              (line  451)
  * __cmpuqq2:                             Fixed-point fractional library routines.
!                                                              (line  449)
  * __cmpusa2:                             Fixed-point fractional library routines.
!                                                              (line  463)
  * __cmpusq2:                             Fixed-point fractional library routines.
!                                                              (line  452)
  * __cmputa2:                             Fixed-point fractional library routines.
!                                                              (line  466)
  * __CTOR_LIST__:                         Initialization.     (line   25)
  * __ctzdi2:                              Integer library routines.
!                                                              (line  137)
  * __ctzsi2:                              Integer library routines.
!                                                              (line  136)
  * __ctzti2:                              Integer library routines.
!                                                              (line  138)
  * __divda3:                              Fixed-point fractional library routines.
!                                                              (line  234)
  * __divdc3:                              Soft float library routines.
!                                                              (line  250)
  * __divdf3:                              Soft float library routines.
!                                                              (line   47)
  * __divdi3:                              Integer library routines.
!                                                              (line   24)
  * __divdq3:                              Fixed-point fractional library routines.
!                                                              (line  229)
  * __divha3:                              Fixed-point fractional library routines.
!                                                              (line  231)
  * __divhq3:                              Fixed-point fractional library routines.
!                                                              (line  227)
  * __divqq3:                              Fixed-point fractional library routines.
!                                                              (line  225)
  * __divsa3:                              Fixed-point fractional library routines.
!                                                              (line  233)
  * __divsc3:                              Soft float library routines.
!                                                              (line  248)
  * __divsf3:                              Soft float library routines.
!                                                              (line   46)
  * __divsi3:                              Integer library routines.
!                                                              (line   23)
  * __divsq3:                              Fixed-point fractional library routines.
!                                                              (line  228)
  * __divta3:                              Fixed-point fractional library routines.
!                                                              (line  235)
  * __divtc3:                              Soft float library routines.
!                                                              (line  252)
  * __divtf3:                              Soft float library routines.
!                                                              (line   48)
  * __divti3:                              Integer library routines.
!                                                              (line   25)
  * __divxc3:                              Soft float library routines.
!                                                              (line  254)
  * __divxf3:                              Soft float library routines.
!                                                              (line   50)
  * __dpd_adddd3:                          Decimal float library routines.
!                                                              (line   21)
  * __dpd_addsd3:                          Decimal float library routines.
!                                                              (line   17)
  * __dpd_addtd3:                          Decimal float library routines.
!                                                              (line   25)
  * __dpd_divdd3:                          Decimal float library routines.
!                                                              (line   64)
  * __dpd_divsd3:                          Decimal float library routines.
!                                                              (line   60)
  * __dpd_divtd3:                          Decimal float library routines.
!                                                              (line   68)
  * __dpd_eqdd2:                           Decimal float library routines.
!                                                              (line  257)
  * __dpd_eqsd2:                           Decimal float library routines.
!                                                              (line  255)
  * __dpd_eqtd2:                           Decimal float library routines.
!                                                              (line  259)
  * __dpd_extendddtd2:                     Decimal float library routines.
!                                                              (line   90)
  * __dpd_extendddtf:                      Decimal float library routines.
!                                                              (line  138)
  * __dpd_extendddxf:                      Decimal float library routines.
!                                                              (line  132)
  * __dpd_extenddfdd:                      Decimal float library routines.
!                                                              (line  145)
  * __dpd_extenddftd:                      Decimal float library routines.
!                                                              (line  105)
  * __dpd_extendsddd2:                     Decimal float library routines.
!                                                              (line   86)
  * __dpd_extendsddf:                      Decimal float library routines.
!                                                              (line  126)
  * __dpd_extendsdtd2:                     Decimal float library routines.
!                                                              (line   88)
  * __dpd_extendsdtf:                      Decimal float library routines.
!                                                              (line  136)
  * __dpd_extendsdxf:                      Decimal float library routines.
!                                                              (line  130)
  * __dpd_extendsfdd:                      Decimal float library routines.
!                                                              (line  101)
  * __dpd_extendsfsd:                      Decimal float library routines.
!                                                              (line  143)
  * __dpd_extendsftd:                      Decimal float library routines.
!                                                              (line  103)
  * __dpd_extendtftd:                      Decimal float library routines.
!                                                              (line  147)
  * __dpd_extendxftd:                      Decimal float library routines.
!                                                              (line  107)
  * __dpd_fixdddi:                         Decimal float library routines.
!                                                              (line  168)
  * __dpd_fixddsi:                         Decimal float library routines.
!                                                              (line  160)
  * __dpd_fixsddi:                         Decimal float library routines.
!                                                              (line  166)
  * __dpd_fixsdsi:                         Decimal float library routines.
!                                                              (line  158)
  * __dpd_fixtddi:                         Decimal float library routines.
!                                                              (line  170)
  * __dpd_fixtdsi:                         Decimal float library routines.
!                                                              (line  162)
  * __dpd_fixunsdddi:                      Decimal float library routines.
!                                                              (line  185)
  * __dpd_fixunsddsi:                      Decimal float library routines.
!                                                              (line  176)
  * __dpd_fixunssddi:                      Decimal float library routines.
!                                                              (line  183)
  * __dpd_fixunssdsi:                      Decimal float library routines.
!                                                              (line  174)
  * __dpd_fixunstddi:                      Decimal float library routines.
!                                                              (line  187)
  * __dpd_fixunstdsi:                      Decimal float library routines.
!                                                              (line  178)
  * __dpd_floatdidd:                       Decimal float library routines.
!                                                              (line  203)
  * __dpd_floatdisd:                       Decimal float library routines.
!                                                              (line  201)
  * __dpd_floatditd:                       Decimal float library routines.
!                                                              (line  205)
  * __dpd_floatsidd:                       Decimal float library routines.
!                                                              (line  194)
  * __dpd_floatsisd:                       Decimal float library routines.
!                                                              (line  192)
  * __dpd_floatsitd:                       Decimal float library routines.
!                                                              (line  196)
  * __dpd_floatunsdidd:                    Decimal float library routines.
!                                                              (line  221)
  * __dpd_floatunsdisd:                    Decimal float library routines.
!                                                              (line  219)
  * __dpd_floatunsditd:                    Decimal float library routines.
!                                                              (line  223)
  * __dpd_floatunssidd:                    Decimal float library routines.
!                                                              (line  212)
  * __dpd_floatunssisd:                    Decimal float library routines.
!                                                              (line  210)
  * __dpd_floatunssitd:                    Decimal float library routines.
!                                                              (line  214)
  * __dpd_gedd2:                           Decimal float library routines.
!                                                              (line  275)
  * __dpd_gesd2:                           Decimal float library routines.
!                                                              (line  273)
  * __dpd_getd2:                           Decimal float library routines.
!                                                              (line  277)
  * __dpd_gtdd2:                           Decimal float library routines.
!                                                              (line  302)
  * __dpd_gtsd2:                           Decimal float library routines.
!                                                              (line  300)
  * __dpd_gttd2:                           Decimal float library routines.
!                                                              (line  304)
  * __dpd_ledd2:                           Decimal float library routines.
!                                                              (line  293)
  * __dpd_lesd2:                           Decimal float library routines.
!                                                              (line  291)
  * __dpd_letd2:                           Decimal float library routines.
!                                                              (line  295)
  * __dpd_ltdd2:                           Decimal float library routines.
!                                                              (line  284)
  * __dpd_ltsd2:                           Decimal float library routines.
!                                                              (line  282)
  * __dpd_lttd2:                           Decimal float library routines.
!                                                              (line  286)
  * __dpd_muldd3:                          Decimal float library routines.
!                                                              (line   50)
  * __dpd_mulsd3:                          Decimal float library routines.
!                                                              (line   46)
  * __dpd_multd3:                          Decimal float library routines.
!                                                              (line   54)
  * __dpd_nedd2:                           Decimal float library routines.
!                                                              (line  266)
  * __dpd_negdd2:                          Decimal float library routines.
!                                                              (line   76)
  * __dpd_negsd2:                          Decimal float library routines.
!                                                              (line   74)
  * __dpd_negtd2:                          Decimal float library routines.
!                                                              (line   78)
  * __dpd_nesd2:                           Decimal float library routines.
!                                                              (line  264)
  * __dpd_netd2:                           Decimal float library routines.
!                                                              (line  268)
  * __dpd_subdd3:                          Decimal float library routines.
!                                                              (line   35)
  * __dpd_subsd3:                          Decimal float library routines.
!                                                              (line   31)
  * __dpd_subtd3:                          Decimal float library routines.
!                                                              (line   39)
  * __dpd_truncdddf:                       Decimal float library routines.
!                                                              (line  151)
  * __dpd_truncddsd2:                      Decimal float library routines.
!                                                              (line   92)
  * __dpd_truncddsf:                       Decimal float library routines.
!                                                              (line  122)
  * __dpd_truncdfsd:                       Decimal float library routines.
!                                                              (line  109)
  * __dpd_truncsdsf:                       Decimal float library routines.
!                                                              (line  149)
  * __dpd_trunctddd2:                      Decimal float library routines.
!                                                              (line   96)
  * __dpd_trunctddf:                       Decimal float library routines.
!                                                              (line  128)
  * __dpd_trunctdsd2:                      Decimal float library routines.
!                                                              (line   94)
  * __dpd_trunctdsf:                       Decimal float library routines.
!                                                              (line  124)
  * __dpd_trunctdtf:                       Decimal float library routines.
!                                                              (line  153)
  * __dpd_trunctdxf:                       Decimal float library routines.
!                                                              (line  134)
  * __dpd_trunctfdd:                       Decimal float library routines.
!                                                              (line  117)
  * __dpd_trunctfsd:                       Decimal float library routines.
!                                                              (line  113)
  * __dpd_truncxfdd:                       Decimal float library routines.
!                                                              (line  115)
  * __dpd_truncxfsd:                       Decimal float library routines.
!                                                              (line  111)
  * __dpd_unorddd2:                        Decimal float library routines.
!                                                              (line  233)
  * __dpd_unordsd2:                        Decimal float library routines.
!                                                              (line  231)
  * __dpd_unordtd2:                        Decimal float library routines.
!                                                              (line  235)
  * __DTOR_LIST__:                         Initialization.     (line   25)
  * __eqdf2:                               Soft float library routines.
!                                                              (line  193)
  * __eqsf2:                               Soft float library routines.
!                                                              (line  192)
  * __eqtf2:                               Soft float library routines.
!                                                              (line  194)
  * __extenddftf2:                         Soft float library routines.
-                                                              (line   67)
- * __extenddfxf2:                         Soft float library routines.
                                                               (line   68)
  * __extendsfdf2:                         Soft float library routines.
-                                                              (line   64)
- * __extendsftf2:                         Soft float library routines.
                                                               (line   65)
! * __extendsfxf2:                         Soft float library routines.
                                                               (line   66)
  * __ffsdi2:                              Integer library routines.
-                                                              (line  143)
- * __ffsti2:                              Integer library routines.
                                                               (line  144)
  * __fixdfdi:                             Soft float library routines.
!                                                              (line   87)
  * __fixdfsi:                             Soft float library routines.
!                                                              (line   80)
  * __fixdfti:                             Soft float library routines.
!                                                              (line   93)
  * __fixsfdi:                             Soft float library routines.
!                                                              (line   86)
  * __fixsfsi:                             Soft float library routines.
!                                                              (line   79)
  * __fixsfti:                             Soft float library routines.
!                                                              (line   92)
  * __fixtfdi:                             Soft float library routines.
!                                                              (line   88)
  * __fixtfsi:                             Soft float library routines.
!                                                              (line   81)
  * __fixtfti:                             Soft float library routines.
!                                                              (line   94)
  * __fixunsdfdi:                          Soft float library routines.
!                                                              (line  107)
  * __fixunsdfsi:                          Soft float library routines.
!                                                              (line  100)
  * __fixunsdfti:                          Soft float library routines.
!                                                              (line  114)
  * __fixunssfdi:                          Soft float library routines.
!                                                              (line  106)
  * __fixunssfsi:                          Soft float library routines.
!                                                              (line   99)
  * __fixunssfti:                          Soft float library routines.
!                                                              (line  113)
  * __fixunstfdi:                          Soft float library routines.
!                                                              (line  108)
  * __fixunstfsi:                          Soft float library routines.
!                                                              (line  101)
  * __fixunstfti:                          Soft float library routines.
!                                                              (line  115)
  * __fixunsxfdi:                          Soft float library routines.
!                                                              (line  109)
  * __fixunsxfsi:                          Soft float library routines.
!                                                              (line  102)
  * __fixunsxfti:                          Soft float library routines.
!                                                              (line  116)
  * __fixxfdi:                             Soft float library routines.
!                                                              (line   89)
  * __fixxfsi:                             Soft float library routines.
!                                                              (line   82)
  * __fixxfti:                             Soft float library routines.
!                                                              (line   95)
  * __floatdidf:                           Soft float library routines.
!                                                              (line  127)
  * __floatdisf:                           Soft float library routines.
!                                                              (line  126)
  * __floatditf:                           Soft float library routines.
-                                                              (line  128)
- * __floatdixf:                           Soft float library routines.
                                                               (line  129)
  * __floatsidf:                           Soft float library routines.
!                                                              (line  121)
  * __floatsisf:                           Soft float library routines.
!                                                              (line  120)
  * __floatsitf:                           Soft float library routines.
-                                                              (line  122)
- * __floatsixf:                           Soft float library routines.
                                                               (line  123)
  * __floattidf:                           Soft float library routines.
!                                                              (line  133)
  * __floattisf:                           Soft float library routines.
!                                                              (line  132)
  * __floattitf:                           Soft float library routines.
-                                                              (line  134)
- * __floattixf:                           Soft float library routines.
                                                               (line  135)
  * __floatundidf:                         Soft float library routines.
!                                                              (line  145)
  * __floatundisf:                         Soft float library routines.
!                                                              (line  144)
  * __floatunditf:                         Soft float library routines.
-                                                              (line  146)
- * __floatundixf:                         Soft float library routines.
                                                               (line  147)
  * __floatunsidf:                         Soft float library routines.
!                                                              (line  139)
  * __floatunsisf:                         Soft float library routines.
!                                                              (line  138)
  * __floatunsitf:                         Soft float library routines.
-                                                              (line  140)
- * __floatunsixf:                         Soft float library routines.
                                                               (line  141)
  * __floatuntidf:                         Soft float library routines.
!                                                              (line  151)
  * __floatuntisf:                         Soft float library routines.
!                                                              (line  150)
  * __floatuntitf:                         Soft float library routines.
-                                                              (line  152)
- * __floatuntixf:                         Soft float library routines.
                                                               (line  153)
  * __fractdadf:                           Fixed-point fractional library routines.
!                                                              (line  643)
  * __fractdadi:                           Fixed-point fractional library routines.
!                                                              (line  640)
  * __fractdadq:                           Fixed-point fractional library routines.
!                                                              (line  623)
  * __fractdaha2:                          Fixed-point fractional library routines.
!                                                              (line  624)
  * __fractdahi:                           Fixed-point fractional library routines.
!                                                              (line  638)
  * __fractdahq:                           Fixed-point fractional library routines.
!                                                              (line  621)
  * __fractdaqi:                           Fixed-point fractional library routines.
!                                                              (line  637)
  * __fractdaqq:                           Fixed-point fractional library routines.
!                                                              (line  620)
  * __fractdasa2:                          Fixed-point fractional library routines.
!                                                              (line  625)
  * __fractdasf:                           Fixed-point fractional library routines.
!                                                              (line  642)
  * __fractdasi:                           Fixed-point fractional library routines.
!                                                              (line  639)
  * __fractdasq:                           Fixed-point fractional library routines.
!                                                              (line  622)
  * __fractdata2:                          Fixed-point fractional library routines.
!                                                              (line  626)
  * __fractdati:                           Fixed-point fractional library routines.
-                                                              (line  641)
- * __fractdauda:                          Fixed-point fractional library routines.
                                                               (line  634)
  * __fractdaudq:                          Fixed-point fractional library routines.
!                                                              (line  630)
  * __fractdauha:                          Fixed-point fractional library routines.
!                                                              (line  632)
  * __fractdauhq:                          Fixed-point fractional library routines.
!                                                              (line  628)
  * __fractdauqq:                          Fixed-point fractional library routines.
!                                                              (line  627)
  * __fractdausa:                          Fixed-point fractional library routines.
!                                                              (line  633)
  * __fractdausq:                          Fixed-point fractional library routines.
!                                                              (line  629)
  * __fractdauta:                          Fixed-point fractional library routines.
!                                                              (line  635)
  * __fractdfda:                           Fixed-point fractional library routines.
!                                                              (line 1032)
  * __fractdfdq:                           Fixed-point fractional library routines.
!                                                              (line 1029)
  * __fractdfha:                           Fixed-point fractional library routines.
!                                                              (line 1030)
  * __fractdfhq:                           Fixed-point fractional library routines.
!                                                              (line 1027)
  * __fractdfqq:                           Fixed-point fractional library routines.
!                                                              (line 1026)
  * __fractdfsa:                           Fixed-point fractional library routines.
!                                                              (line 1031)
  * __fractdfsq:                           Fixed-point fractional library routines.
!                                                              (line 1028)
  * __fractdfta:                           Fixed-point fractional library routines.
!                                                              (line 1033)
  * __fractdfuda:                          Fixed-point fractional library routines.
!                                                              (line 1040)
  * __fractdfudq:                          Fixed-point fractional library routines.
!                                                              (line 1037)
  * __fractdfuha:                          Fixed-point fractional library routines.
!                                                              (line 1038)
  * __fractdfuhq:                          Fixed-point fractional library routines.
!                                                              (line 1035)
  * __fractdfuqq:                          Fixed-point fractional library routines.
!                                                              (line 1034)
  * __fractdfusa:                          Fixed-point fractional library routines.
!                                                              (line 1039)
  * __fractdfusq:                          Fixed-point fractional library routines.
!                                                              (line 1036)
  * __fractdfuta:                          Fixed-point fractional library routines.
!                                                              (line 1041)
  * __fractdida:                           Fixed-point fractional library routines.
!                                                              (line  982)
  * __fractdidq:                           Fixed-point fractional library routines.
!                                                              (line  979)
  * __fractdiha:                           Fixed-point fractional library routines.
!                                                              (line  980)
  * __fractdihq:                           Fixed-point fractional library routines.
!                                                              (line  977)
  * __fractdiqq:                           Fixed-point fractional library routines.
!                                                              (line  976)
  * __fractdisa:                           Fixed-point fractional library routines.
!                                                              (line  981)
  * __fractdisq:                           Fixed-point fractional library routines.
!                                                              (line  978)
  * __fractdita:                           Fixed-point fractional library routines.
!                                                              (line  983)
  * __fractdiuda:                          Fixed-point fractional library routines.
!                                                              (line  990)
  * __fractdiudq:                          Fixed-point fractional library routines.
!                                                              (line  987)
  * __fractdiuha:                          Fixed-point fractional library routines.
!                                                              (line  988)
  * __fractdiuhq:                          Fixed-point fractional library routines.
!                                                              (line  985)
  * __fractdiuqq:                          Fixed-point fractional library routines.
!                                                              (line  984)
  * __fractdiusa:                          Fixed-point fractional library routines.
!                                                              (line  989)
  * __fractdiusq:                          Fixed-point fractional library routines.
!                                                              (line  986)
  * __fractdiuta:                          Fixed-point fractional library routines.
!                                                              (line  991)
  * __fractdqda:                           Fixed-point fractional library routines.
!                                                              (line  551)
  * __fractdqdf:                           Fixed-point fractional library routines.
!                                                              (line  573)
  * __fractdqdi:                           Fixed-point fractional library routines.
!                                                              (line  570)
  * __fractdqha:                           Fixed-point fractional library routines.
!                                                              (line  549)
  * __fractdqhi:                           Fixed-point fractional library routines.
!                                                              (line  568)
  * __fractdqhq2:                          Fixed-point fractional library routines.
!                                                              (line  547)
  * __fractdqqi:                           Fixed-point fractional library routines.
!                                                              (line  567)
  * __fractdqqq2:                          Fixed-point fractional library routines.
!                                                              (line  546)
  * __fractdqsa:                           Fixed-point fractional library routines.
!                                                              (line  550)
  * __fractdqsf:                           Fixed-point fractional library routines.
!                                                              (line  572)
  * __fractdqsi:                           Fixed-point fractional library routines.
!                                                              (line  569)
  * __fractdqsq2:                          Fixed-point fractional library routines.
!                                                              (line  548)
  * __fractdqta:                           Fixed-point fractional library routines.
!                                                              (line  552)
  * __fractdqti:                           Fixed-point fractional library routines.
!                                                              (line  571)
  * __fractdquda:                          Fixed-point fractional library routines.
!                                                              (line  563)
  * __fractdqudq:                          Fixed-point fractional library routines.
!                                                              (line  558)
  * __fractdquha:                          Fixed-point fractional library routines.
!                                                              (line  560)
  * __fractdquhq:                          Fixed-point fractional library routines.
!                                                              (line  555)
  * __fractdquqq:                          Fixed-point fractional library routines.
!                                                              (line  553)
  * __fractdqusa:                          Fixed-point fractional library routines.
!                                                              (line  562)
  * __fractdqusq:                          Fixed-point fractional library routines.
!                                                              (line  556)
  * __fractdquta:                          Fixed-point fractional library routines.
!                                                              (line  565)
  * __fracthada2:                          Fixed-point fractional library routines.
!                                                              (line  579)
  * __fracthadf:                           Fixed-point fractional library routines.
!                                                              (line  597)
  * __fracthadi:                           Fixed-point fractional library routines.
!                                                              (line  594)
  * __fracthadq:                           Fixed-point fractional library routines.
!                                                              (line  577)
  * __fracthahi:                           Fixed-point fractional library routines.
!                                                              (line  592)
  * __fracthahq:                           Fixed-point fractional library routines.
!                                                              (line  575)
  * __fracthaqi:                           Fixed-point fractional library routines.
!                                                              (line  591)
  * __fracthaqq:                           Fixed-point fractional library routines.
!                                                              (line  574)
  * __fracthasa2:                          Fixed-point fractional library routines.
!                                                              (line  578)
  * __fracthasf:                           Fixed-point fractional library routines.
!                                                              (line  596)
  * __fracthasi:                           Fixed-point fractional library routines.
!                                                              (line  593)
  * __fracthasq:                           Fixed-point fractional library routines.
!                                                              (line  576)
  * __fracthata2:                          Fixed-point fractional library routines.
!                                                              (line  580)
  * __fracthati:                           Fixed-point fractional library routines.
-                                                              (line  595)
- * __fracthauda:                          Fixed-point fractional library routines.
                                                               (line  588)
  * __fracthaudq:                          Fixed-point fractional library routines.
!                                                              (line  584)
  * __fracthauha:                          Fixed-point fractional library routines.
!                                                              (line  586)
  * __fracthauhq:                          Fixed-point fractional library routines.
!                                                              (line  582)
  * __fracthauqq:                          Fixed-point fractional library routines.
!                                                              (line  581)
  * __fracthausa:                          Fixed-point fractional library routines.
!                                                              (line  587)
  * __fracthausq:                          Fixed-point fractional library routines.
!                                                              (line  583)
  * __fracthauta:                          Fixed-point fractional library routines.
!                                                              (line  589)
  * __fracthida:                           Fixed-point fractional library routines.
!                                                              (line  950)
  * __fracthidq:                           Fixed-point fractional library routines.
!                                                              (line  947)
  * __fracthiha:                           Fixed-point fractional library routines.
!                                                              (line  948)
  * __fracthihq:                           Fixed-point fractional library routines.
!                                                              (line  945)
  * __fracthiqq:                           Fixed-point fractional library routines.
!                                                              (line  944)
  * __fracthisa:                           Fixed-point fractional library routines.
!                                                              (line  949)
  * __fracthisq:                           Fixed-point fractional library routines.
!                                                              (line  946)
  * __fracthita:                           Fixed-point fractional library routines.
!                                                              (line  951)
  * __fracthiuda:                          Fixed-point fractional library routines.
!                                                              (line  958)
  * __fracthiudq:                          Fixed-point fractional library routines.
!                                                              (line  955)
  * __fracthiuha:                          Fixed-point fractional library routines.
!                                                              (line  956)
  * __fracthiuhq:                          Fixed-point fractional library routines.
!                                                              (line  953)
  * __fracthiuqq:                          Fixed-point fractional library routines.
!                                                              (line  952)
  * __fracthiusa:                          Fixed-point fractional library routines.
!                                                              (line  957)
  * __fracthiusq:                          Fixed-point fractional library routines.
!                                                              (line  954)
  * __fracthiuta:                          Fixed-point fractional library routines.
!                                                              (line  959)
  * __fracthqda:                           Fixed-point fractional library routines.
!                                                              (line  505)
  * __fracthqdf:                           Fixed-point fractional library routines.
!                                                              (line  521)
  * __fracthqdi:                           Fixed-point fractional library routines.
!                                                              (line  518)
  * __fracthqdq2:                          Fixed-point fractional library routines.
!                                                              (line  502)
  * __fracthqha:                           Fixed-point fractional library routines.
!                                                              (line  503)
  * __fracthqhi:                           Fixed-point fractional library routines.
!                                                              (line  516)
  * __fracthqqi:                           Fixed-point fractional library routines.
!                                                              (line  515)
  * __fracthqqq2:                          Fixed-point fractional library routines.
!                                                              (line  500)
  * __fracthqsa:                           Fixed-point fractional library routines.
!                                                              (line  504)
  * __fracthqsf:                           Fixed-point fractional library routines.
!                                                              (line  520)
  * __fracthqsi:                           Fixed-point fractional library routines.
!                                                              (line  517)
  * __fracthqsq2:                          Fixed-point fractional library routines.
!                                                              (line  501)
  * __fracthqta:                           Fixed-point fractional library routines.
!                                                              (line  506)
  * __fracthqti:                           Fixed-point fractional library routines.
!                                                              (line  519)
  * __fracthquda:                          Fixed-point fractional library routines.
!                                                              (line  513)
  * __fracthqudq:                          Fixed-point fractional library routines.
!                                                              (line  510)
  * __fracthquha:                          Fixed-point fractional library routines.
!                                                              (line  511)
  * __fracthquhq:                          Fixed-point fractional library routines.
!                                                              (line  508)
  * __fracthquqq:                          Fixed-point fractional library routines.
!                                                              (line  507)
  * __fracthqusa:                          Fixed-point fractional library routines.
!                                                              (line  512)
  * __fracthqusq:                          Fixed-point fractional library routines.
!                                                              (line  509)
  * __fracthquta:                          Fixed-point fractional library routines.
!                                                              (line  514)
  * __fractqida:                           Fixed-point fractional library routines.
!                                                              (line  932)
  * __fractqidq:                           Fixed-point fractional library routines.
!                                                              (line  929)
  * __fractqiha:                           Fixed-point fractional library routines.
!                                                              (line  930)
  * __fractqihq:                           Fixed-point fractional library routines.
!                                                              (line  927)
  * __fractqiqq:                           Fixed-point fractional library routines.
!                                                              (line  926)
  * __fractqisa:                           Fixed-point fractional library routines.
!                                                              (line  931)
  * __fractqisq:                           Fixed-point fractional library routines.
!                                                              (line  928)
  * __fractqita:                           Fixed-point fractional library routines.
!                                                              (line  933)
  * __fractqiuda:                          Fixed-point fractional library routines.
!                                                              (line  941)
  * __fractqiudq:                          Fixed-point fractional library routines.
!                                                              (line  937)
  * __fractqiuha:                          Fixed-point fractional library routines.
!                                                              (line  939)
  * __fractqiuhq:                          Fixed-point fractional library routines.
!                                                              (line  935)
  * __fractqiuqq:                          Fixed-point fractional library routines.
!                                                              (line  934)
  * __fractqiusa:                          Fixed-point fractional library routines.
!                                                              (line  940)
  * __fractqiusq:                          Fixed-point fractional library routines.
!                                                              (line  936)
  * __fractqiuta:                          Fixed-point fractional library routines.
!                                                              (line  942)
  * __fractqqda:                           Fixed-point fractional library routines.
!                                                              (line  481)
  * __fractqqdf:                           Fixed-point fractional library routines.
!                                                              (line  499)
  * __fractqqdi:                           Fixed-point fractional library routines.
!                                                              (line  496)
  * __fractqqdq2:                          Fixed-point fractional library routines.
!                                                              (line  478)
  * __fractqqha:                           Fixed-point fractional library routines.
!                                                              (line  479)
  * __fractqqhi:                           Fixed-point fractional library routines.
!                                                              (line  494)
  * __fractqqhq2:                          Fixed-point fractional library routines.
!                                                              (line  476)
  * __fractqqqi:                           Fixed-point fractional library routines.
!                                                              (line  493)
  * __fractqqsa:                           Fixed-point fractional library routines.
!                                                              (line  480)
  * __fractqqsf:                           Fixed-point fractional library routines.
!                                                              (line  498)
  * __fractqqsi:                           Fixed-point fractional library routines.
!                                                              (line  495)
  * __fractqqsq2:                          Fixed-point fractional library routines.
!                                                              (line  477)
  * __fractqqta:                           Fixed-point fractional library routines.
!                                                              (line  482)
  * __fractqqti:                           Fixed-point fractional library routines.
-                                                              (line  497)
- * __fractqquda:                          Fixed-point fractional library routines.
                                                               (line  490)
  * __fractqqudq:                          Fixed-point fractional library routines.
!                                                              (line  486)
  * __fractqquha:                          Fixed-point fractional library routines.
!                                                              (line  488)
  * __fractqquhq:                          Fixed-point fractional library routines.
!                                                              (line  484)
  * __fractqquqq:                          Fixed-point fractional library routines.
!                                                              (line  483)
  * __fractqqusa:                          Fixed-point fractional library routines.
!                                                              (line  489)
  * __fractqqusq:                          Fixed-point fractional library routines.
!                                                              (line  485)
  * __fractqquta:                          Fixed-point fractional library routines.
!                                                              (line  491)
  * __fractsada2:                          Fixed-point fractional library routines.
!                                                              (line  603)
  * __fractsadf:                           Fixed-point fractional library routines.
!                                                              (line  619)
  * __fractsadi:                           Fixed-point fractional library routines.
!                                                              (line  616)
  * __fractsadq:                           Fixed-point fractional library routines.
!                                                              (line  601)
  * __fractsaha2:                          Fixed-point fractional library routines.
!                                                              (line  602)
  * __fractsahi:                           Fixed-point fractional library routines.
!                                                              (line  614)
  * __fractsahq:                           Fixed-point fractional library routines.
!                                                              (line  599)
  * __fractsaqi:                           Fixed-point fractional library routines.
!                                                              (line  613)
  * __fractsaqq:                           Fixed-point fractional library routines.
!                                                              (line  598)
  * __fractsasf:                           Fixed-point fractional library routines.
!                                                              (line  618)
  * __fractsasi:                           Fixed-point fractional library routines.
!                                                              (line  615)
  * __fractsasq:                           Fixed-point fractional library routines.
!                                                              (line  600)
  * __fractsata2:                          Fixed-point fractional library routines.
!                                                              (line  604)
  * __fractsati:                           Fixed-point fractional library routines.
!                                                              (line  617)
  * __fractsauda:                          Fixed-point fractional library routines.
!                                                              (line  611)
  * __fractsaudq:                          Fixed-point fractional library routines.
!                                                              (line  608)
  * __fractsauha:                          Fixed-point fractional library routines.
!                                                              (line  609)
  * __fractsauhq:                          Fixed-point fractional library routines.
!                                                              (line  606)
  * __fractsauqq:                          Fixed-point fractional library routines.
!                                                              (line  605)
  * __fractsausa:                          Fixed-point fractional library routines.
!                                                              (line  610)
  * __fractsausq:                          Fixed-point fractional library routines.
!                                                              (line  607)
  * __fractsauta:                          Fixed-point fractional library routines.
!                                                              (line  612)
  * __fractsfda:                           Fixed-point fractional library routines.
!                                                              (line 1016)
  * __fractsfdq:                           Fixed-point fractional library routines.
!                                                              (line 1013)
  * __fractsfha:                           Fixed-point fractional library routines.
!                                                              (line 1014)
  * __fractsfhq:                           Fixed-point fractional library routines.
!                                                              (line 1011)
  * __fractsfqq:                           Fixed-point fractional library routines.
!                                                              (line 1010)
  * __fractsfsa:                           Fixed-point fractional library routines.
!                                                              (line 1015)
  * __fractsfsq:                           Fixed-point fractional library routines.
!                                                              (line 1012)
  * __fractsfta:                           Fixed-point fractional library routines.
!                                                              (line 1017)
  * __fractsfuda:                          Fixed-point fractional library routines.
!                                                              (line 1024)
  * __fractsfudq:                          Fixed-point fractional library routines.
!                                                              (line 1021)
  * __fractsfuha:                          Fixed-point fractional library routines.
!                                                              (line 1022)
  * __fractsfuhq:                          Fixed-point fractional library routines.
!                                                              (line 1019)
  * __fractsfuqq:                          Fixed-point fractional library routines.
!                                                              (line 1018)
  * __fractsfusa:                          Fixed-point fractional library routines.
!                                                              (line 1023)
  * __fractsfusq:                          Fixed-point fractional library routines.
!                                                              (line 1020)
  * __fractsfuta:                          Fixed-point fractional library routines.
!                                                              (line 1025)
  * __fractsida:                           Fixed-point fractional library routines.
!                                                              (line  966)
  * __fractsidq:                           Fixed-point fractional library routines.
!                                                              (line  963)
  * __fractsiha:                           Fixed-point fractional library routines.
!                                                              (line  964)
  * __fractsihq:                           Fixed-point fractional library routines.
!                                                              (line  961)
  * __fractsiqq:                           Fixed-point fractional library routines.
!                                                              (line  960)
  * __fractsisa:                           Fixed-point fractional library routines.
!                                                              (line  965)
  * __fractsisq:                           Fixed-point fractional library routines.
!                                                              (line  962)
  * __fractsita:                           Fixed-point fractional library routines.
!                                                              (line  967)
  * __fractsiuda:                          Fixed-point fractional library routines.
!                                                              (line  974)
  * __fractsiudq:                          Fixed-point fractional library routines.
!                                                              (line  971)
  * __fractsiuha:                          Fixed-point fractional library routines.
!                                                              (line  972)
  * __fractsiuhq:                          Fixed-point fractional library routines.
!                                                              (line  969)
  * __fractsiuqq:                          Fixed-point fractional library routines.
!                                                              (line  968)
  * __fractsiusa:                          Fixed-point fractional library routines.
!                                                              (line  973)
  * __fractsiusq:                          Fixed-point fractional library routines.
!                                                              (line  970)
  * __fractsiuta:                          Fixed-point fractional library routines.
!                                                              (line  975)
  * __fractsqda:                           Fixed-point fractional library routines.
!                                                              (line  527)
  * __fractsqdf:                           Fixed-point fractional library routines.
!                                                              (line  545)
  * __fractsqdi:                           Fixed-point fractional library routines.
!                                                              (line  542)
  * __fractsqdq2:                          Fixed-point fractional library routines.
!                                                              (line  524)
  * __fractsqha:                           Fixed-point fractional library routines.
!                                                              (line  525)
  * __fractsqhi:                           Fixed-point fractional library routines.
!                                                              (line  540)
  * __fractsqhq2:                          Fixed-point fractional library routines.
!                                                              (line  523)
  * __fractsqqi:                           Fixed-point fractional library routines.
!                                                              (line  539)
  * __fractsqqq2:                          Fixed-point fractional library routines.
!                                                              (line  522)
  * __fractsqsa:                           Fixed-point fractional library routines.
!                                                              (line  526)
  * __fractsqsf:                           Fixed-point fractional library routines.
!                                                              (line  544)
  * __fractsqsi:                           Fixed-point fractional library routines.
!                                                              (line  541)
  * __fractsqta:                           Fixed-point fractional library routines.
!                                                              (line  528)
  * __fractsqti:                           Fixed-point fractional library routines.
-                                                              (line  543)
- * __fractsquda:                          Fixed-point fractional library routines.
                                                               (line  536)
  * __fractsqudq:                          Fixed-point fractional library routines.
!                                                              (line  532)
  * __fractsquha:                          Fixed-point fractional library routines.
!                                                              (line  534)
  * __fractsquhq:                          Fixed-point fractional library routines.
!                                                              (line  530)
  * __fractsquqq:                          Fixed-point fractional library routines.
!                                                              (line  529)
  * __fractsqusa:                          Fixed-point fractional library routines.
!                                                              (line  535)
  * __fractsqusq:                          Fixed-point fractional library routines.
!                                                              (line  531)
  * __fractsquta:                          Fixed-point fractional library routines.
!                                                              (line  537)
  * __fracttada2:                          Fixed-point fractional library routines.
!                                                              (line  650)
  * __fracttadf:                           Fixed-point fractional library routines.
!                                                              (line  671)
  * __fracttadi:                           Fixed-point fractional library routines.
!                                                              (line  668)
  * __fracttadq:                           Fixed-point fractional library routines.
!                                                              (line  647)
  * __fracttaha2:                          Fixed-point fractional library routines.
!                                                              (line  648)
  * __fracttahi:                           Fixed-point fractional library routines.
!                                                              (line  666)
  * __fracttahq:                           Fixed-point fractional library routines.
!                                                              (line  645)
  * __fracttaqi:                           Fixed-point fractional library routines.
!                                                              (line  665)
  * __fracttaqq:                           Fixed-point fractional library routines.
!                                                              (line  644)
  * __fracttasa2:                          Fixed-point fractional library routines.
!                                                              (line  649)
  * __fracttasf:                           Fixed-point fractional library routines.
!                                                              (line  670)
  * __fracttasi:                           Fixed-point fractional library routines.
!                                                              (line  667)
  * __fracttasq:                           Fixed-point fractional library routines.
!                                                              (line  646)
  * __fracttati:                           Fixed-point fractional library routines.
!                                                              (line  669)
  * __fracttauda:                          Fixed-point fractional library routines.
!                                                              (line  661)
  * __fracttaudq:                          Fixed-point fractional library routines.
!                                                              (line  656)
  * __fracttauha:                          Fixed-point fractional library routines.
!                                                              (line  658)
  * __fracttauhq:                          Fixed-point fractional library routines.
!                                                              (line  653)
  * __fracttauqq:                          Fixed-point fractional library routines.
!                                                              (line  651)
  * __fracttausa:                          Fixed-point fractional library routines.
!                                                              (line  660)
  * __fracttausq:                          Fixed-point fractional library routines.
!                                                              (line  654)
  * __fracttauta:                          Fixed-point fractional library routines.
!                                                              (line  663)
  * __fracttida:                           Fixed-point fractional library routines.
!                                                              (line  998)
  * __fracttidq:                           Fixed-point fractional library routines.
!                                                              (line  995)
  * __fracttiha:                           Fixed-point fractional library routines.
!                                                              (line  996)
  * __fracttihq:                           Fixed-point fractional library routines.
!                                                              (line  993)
  * __fracttiqq:                           Fixed-point fractional library routines.
!                                                              (line  992)
  * __fracttisa:                           Fixed-point fractional library routines.
!                                                              (line  997)
  * __fracttisq:                           Fixed-point fractional library routines.
!                                                              (line  994)
  * __fracttita:                           Fixed-point fractional library routines.
!                                                              (line  999)
  * __fracttiuda:                          Fixed-point fractional library routines.
!                                                              (line 1007)
  * __fracttiudq:                          Fixed-point fractional library routines.
!                                                              (line 1003)
  * __fracttiuha:                          Fixed-point fractional library routines.
!                                                              (line 1005)
  * __fracttiuhq:                          Fixed-point fractional library routines.
!                                                              (line 1001)
  * __fracttiuqq:                          Fixed-point fractional library routines.
!                                                              (line 1000)
  * __fracttiusa:                          Fixed-point fractional library routines.
!                                                              (line 1006)
  * __fracttiusq:                          Fixed-point fractional library routines.
!                                                              (line 1002)
  * __fracttiuta:                          Fixed-point fractional library routines.
!                                                              (line 1008)
  * __fractudada:                          Fixed-point fractional library routines.
!                                                              (line  865)
  * __fractudadf:                          Fixed-point fractional library routines.
!                                                              (line  888)
  * __fractudadi:                          Fixed-point fractional library routines.
!                                                              (line  885)
  * __fractudadq:                          Fixed-point fractional library routines.
!                                                              (line  861)
  * __fractudaha:                          Fixed-point fractional library routines.
!                                                              (line  863)
  * __fractudahi:                          Fixed-point fractional library routines.
!                                                              (line  883)
  * __fractudahq:                          Fixed-point fractional library routines.
!                                                              (line  859)
  * __fractudaqi:                          Fixed-point fractional library routines.
!                                                              (line  882)
  * __fractudaqq:                          Fixed-point fractional library routines.
!                                                              (line  858)
  * __fractudasa:                          Fixed-point fractional library routines.
!                                                              (line  864)
  * __fractudasf:                          Fixed-point fractional library routines.
!                                                              (line  887)
  * __fractudasi:                          Fixed-point fractional library routines.
!                                                              (line  884)
  * __fractudasq:                          Fixed-point fractional library routines.
!                                                              (line  860)
  * __fractudata:                          Fixed-point fractional library routines.
!                                                              (line  866)
  * __fractudati:                          Fixed-point fractional library routines.
!                                                              (line  886)
  * __fractudaudq:                         Fixed-point fractional library routines.
!                                                              (line  874)
  * __fractudauha2:                        Fixed-point fractional library routines.
-                                                              (line  876)
- * __fractudauhq:                         Fixed-point fractional library routines.
                                                               (line  870)
  * __fractudauqq:                         Fixed-point fractional library routines.
!                                                              (line  868)
  * __fractudausa2:                        Fixed-point fractional library routines.
-                                                              (line  878)
- * __fractudausq:                         Fixed-point fractional library routines.
                                                               (line  872)
  * __fractudauta2:                        Fixed-point fractional library routines.
!                                                              (line  880)
  * __fractudqda:                          Fixed-point fractional library routines.
!                                                              (line  772)
  * __fractudqdf:                          Fixed-point fractional library routines.
!                                                              (line  798)
  * __fractudqdi:                          Fixed-point fractional library routines.
!                                                              (line  794)
  * __fractudqdq:                          Fixed-point fractional library routines.
!                                                              (line  767)
  * __fractudqha:                          Fixed-point fractional library routines.
!                                                              (line  769)
  * __fractudqhi:                          Fixed-point fractional library routines.
!                                                              (line  792)
  * __fractudqhq:                          Fixed-point fractional library routines.
!                                                              (line  764)
  * __fractudqqi:                          Fixed-point fractional library routines.
!                                                              (line  790)
  * __fractudqqq:                          Fixed-point fractional library routines.
!                                                              (line  762)
  * __fractudqsa:                          Fixed-point fractional library routines.
!                                                              (line  771)
  * __fractudqsf:                          Fixed-point fractional library routines.
!                                                              (line  797)
  * __fractudqsi:                          Fixed-point fractional library routines.
!                                                              (line  793)
  * __fractudqsq:                          Fixed-point fractional library routines.
!                                                              (line  765)
  * __fractudqta:                          Fixed-point fractional library routines.
!                                                              (line  774)
  * __fractudqti:                          Fixed-point fractional library routines.
!                                                              (line  795)
  * __fractudquda:                         Fixed-point fractional library routines.
!                                                              (line  786)
  * __fractudquha:                         Fixed-point fractional library routines.
!                                                              (line  782)
  * __fractudquhq2:                        Fixed-point fractional library routines.
!                                                              (line  778)
  * __fractudquqq2:                        Fixed-point fractional library routines.
!                                                              (line  776)
  * __fractudqusa:                         Fixed-point fractional library routines.
!                                                              (line  784)
  * __fractudqusq2:                        Fixed-point fractional library routines.
!                                                              (line  780)
  * __fractudquta:                         Fixed-point fractional library routines.
!                                                              (line  788)
  * __fractuhada:                          Fixed-point fractional library routines.
!                                                              (line  806)
  * __fractuhadf:                          Fixed-point fractional library routines.
!                                                              (line  829)
  * __fractuhadi:                          Fixed-point fractional library routines.
!                                                              (line  826)
  * __fractuhadq:                          Fixed-point fractional library routines.
!                                                              (line  802)
  * __fractuhaha:                          Fixed-point fractional library routines.
!                                                              (line  804)
  * __fractuhahi:                          Fixed-point fractional library routines.
!                                                              (line  824)
  * __fractuhahq:                          Fixed-point fractional library routines.
!                                                              (line  800)
  * __fractuhaqi:                          Fixed-point fractional library routines.
!                                                              (line  823)
  * __fractuhaqq:                          Fixed-point fractional library routines.
!                                                              (line  799)
  * __fractuhasa:                          Fixed-point fractional library routines.
!                                                              (line  805)
  * __fractuhasf:                          Fixed-point fractional library routines.
!                                                              (line  828)
  * __fractuhasi:                          Fixed-point fractional library routines.
!                                                              (line  825)
  * __fractuhasq:                          Fixed-point fractional library routines.
!                                                              (line  801)
  * __fractuhata:                          Fixed-point fractional library routines.
!                                                              (line  807)
  * __fractuhati:                          Fixed-point fractional library routines.
!                                                              (line  827)
  * __fractuhauda2:                        Fixed-point fractional library routines.
!                                                              (line  819)
  * __fractuhaudq:                         Fixed-point fractional library routines.
!                                                              (line  815)
  * __fractuhauhq:                         Fixed-point fractional library routines.
!                                                              (line  811)
  * __fractuhauqq:                         Fixed-point fractional library routines.
!                                                              (line  809)
  * __fractuhausa2:                        Fixed-point fractional library routines.
!                                                              (line  817)
  * __fractuhausq:                         Fixed-point fractional library routines.
!                                                              (line  813)
  * __fractuhauta2:                        Fixed-point fractional library routines.
!                                                              (line  821)
  * __fractuhqda:                          Fixed-point fractional library routines.
!                                                              (line  709)
  * __fractuhqdf:                          Fixed-point fractional library routines.
!                                                              (line  730)
  * __fractuhqdi:                          Fixed-point fractional library routines.
!                                                              (line  727)
  * __fractuhqdq:                          Fixed-point fractional library routines.
!                                                              (line  706)
  * __fractuhqha:                          Fixed-point fractional library routines.
!                                                              (line  707)
  * __fractuhqhi:                          Fixed-point fractional library routines.
!                                                              (line  725)
  * __fractuhqhq:                          Fixed-point fractional library routines.
!                                                              (line  704)
  * __fractuhqqi:                          Fixed-point fractional library routines.
!                                                              (line  724)
  * __fractuhqqq:                          Fixed-point fractional library routines.
!                                                              (line  703)
  * __fractuhqsa:                          Fixed-point fractional library routines.
!                                                              (line  708)
  * __fractuhqsf:                          Fixed-point fractional library routines.
!                                                              (line  729)
  * __fractuhqsi:                          Fixed-point fractional library routines.
!                                                              (line  726)
  * __fractuhqsq:                          Fixed-point fractional library routines.
!                                                              (line  705)
  * __fractuhqta:                          Fixed-point fractional library routines.
!                                                              (line  710)
  * __fractuhqti:                          Fixed-point fractional library routines.
!                                                              (line  728)
  * __fractuhquda:                         Fixed-point fractional library routines.
!                                                              (line  720)
  * __fractuhqudq2:                        Fixed-point fractional library routines.
!                                                              (line  715)
  * __fractuhquha:                         Fixed-point fractional library routines.
-                                                              (line  717)
- * __fractuhquqq2:                        Fixed-point fractional library routines.
                                                               (line  711)
  * __fractuhqusa:                         Fixed-point fractional library routines.
!                                                              (line  719)
  * __fractuhqusq2:                        Fixed-point fractional library routines.
!                                                              (line  713)
  * __fractuhquta:                         Fixed-point fractional library routines.
!                                                              (line  722)
  * __fractunsdadi:                        Fixed-point fractional library routines.
!                                                              (line 1562)
  * __fractunsdahi:                        Fixed-point fractional library routines.
!                                                              (line 1560)
  * __fractunsdaqi:                        Fixed-point fractional library routines.
!                                                              (line 1559)
  * __fractunsdasi:                        Fixed-point fractional library routines.
!                                                              (line 1561)
  * __fractunsdati:                        Fixed-point fractional library routines.
!                                                              (line 1563)
  * __fractunsdida:                        Fixed-point fractional library routines.
!                                                              (line 1714)
  * __fractunsdidq:                        Fixed-point fractional library routines.
!                                                              (line 1711)
  * __fractunsdiha:                        Fixed-point fractional library routines.
!                                                              (line 1712)
  * __fractunsdihq:                        Fixed-point fractional library routines.
!                                                              (line 1709)
  * __fractunsdiqq:                        Fixed-point fractional library routines.
!                                                              (line 1708)
  * __fractunsdisa:                        Fixed-point fractional library routines.
!                                                              (line 1713)
  * __fractunsdisq:                        Fixed-point fractional library routines.
!                                                              (line 1710)
  * __fractunsdita:                        Fixed-point fractional library routines.
!                                                              (line 1715)
  * __fractunsdiuda:                       Fixed-point fractional library routines.
!                                                              (line 1726)
  * __fractunsdiudq:                       Fixed-point fractional library routines.
!                                                              (line 1721)
  * __fractunsdiuha:                       Fixed-point fractional library routines.
!                                                              (line 1723)
  * __fractunsdiuhq:                       Fixed-point fractional library routines.
!                                                              (line 1718)
  * __fractunsdiuqq:                       Fixed-point fractional library routines.
!                                                              (line 1716)
  * __fractunsdiusa:                       Fixed-point fractional library routines.
!                                                              (line 1725)
  * __fractunsdiusq:                       Fixed-point fractional library routines.
!                                                              (line 1719)
  * __fractunsdiuta:                       Fixed-point fractional library routines.
!                                                              (line 1728)
  * __fractunsdqdi:                        Fixed-point fractional library routines.
!                                                              (line 1546)
  * __fractunsdqhi:                        Fixed-point fractional library routines.
!                                                              (line 1544)
  * __fractunsdqqi:                        Fixed-point fractional library routines.
!                                                              (line 1543)
  * __fractunsdqsi:                        Fixed-point fractional library routines.
!                                                              (line 1545)
  * __fractunsdqti:                        Fixed-point fractional library routines.
!                                                              (line 1547)
  * __fractunshadi:                        Fixed-point fractional library routines.
!                                                              (line 1552)
  * __fractunshahi:                        Fixed-point fractional library routines.
!                                                              (line 1550)
  * __fractunshaqi:                        Fixed-point fractional library routines.
!                                                              (line 1549)
  * __fractunshasi:                        Fixed-point fractional library routines.
!                                                              (line 1551)
  * __fractunshati:                        Fixed-point fractional library routines.
!                                                              (line 1553)
  * __fractunshida:                        Fixed-point fractional library routines.
!                                                              (line 1670)
  * __fractunshidq:                        Fixed-point fractional library routines.
!                                                              (line 1667)
  * __fractunshiha:                        Fixed-point fractional library routines.
!                                                              (line 1668)
  * __fractunshihq:                        Fixed-point fractional library routines.
!                                                              (line 1665)
  * __fractunshiqq:                        Fixed-point fractional library routines.
!                                                              (line 1664)
  * __fractunshisa:                        Fixed-point fractional library routines.
!                                                              (line 1669)
  * __fractunshisq:                        Fixed-point fractional library routines.
!                                                              (line 1666)
  * __fractunshita:                        Fixed-point fractional library routines.
!                                                              (line 1671)
  * __fractunshiuda:                       Fixed-point fractional library routines.
!                                                              (line 1682)
  * __fractunshiudq:                       Fixed-point fractional library routines.
!                                                              (line 1677)
  * __fractunshiuha:                       Fixed-point fractional library routines.
!                                                              (line 1679)
  * __fractunshiuhq:                       Fixed-point fractional library routines.
!                                                              (line 1674)
  * __fractunshiuqq:                       Fixed-point fractional library routines.
!                                                              (line 1672)
  * __fractunshiusa:                       Fixed-point fractional library routines.
!                                                              (line 1681)
  * __fractunshiusq:                       Fixed-point fractional library routines.
!                                                              (line 1675)
  * __fractunshiuta:                       Fixed-point fractional library routines.
!                                                              (line 1684)
  * __fractunshqdi:                        Fixed-point fractional library routines.
!                                                              (line 1536)
  * __fractunshqhi:                        Fixed-point fractional library routines.
!                                                              (line 1534)
  * __fractunshqqi:                        Fixed-point fractional library routines.
!                                                              (line 1533)
  * __fractunshqsi:                        Fixed-point fractional library routines.
!                                                              (line 1535)
  * __fractunshqti:                        Fixed-point fractional library routines.
!                                                              (line 1537)
  * __fractunsqida:                        Fixed-point fractional library routines.
!                                                              (line 1648)
  * __fractunsqidq:                        Fixed-point fractional library routines.
!                                                              (line 1645)
  * __fractunsqiha:                        Fixed-point fractional library routines.
!                                                              (line 1646)
  * __fractunsqihq:                        Fixed-point fractional library routines.
!                                                              (line 1643)
  * __fractunsqiqq:                        Fixed-point fractional library routines.
!                                                              (line 1642)
  * __fractunsqisa:                        Fixed-point fractional library routines.
!                                                              (line 1647)
  * __fractunsqisq:                        Fixed-point fractional library routines.
!                                                              (line 1644)
  * __fractunsqita:                        Fixed-point fractional library routines.
!                                                              (line 1649)
  * __fractunsqiuda:                       Fixed-point fractional library routines.
!                                                              (line 1660)
  * __fractunsqiudq:                       Fixed-point fractional library routines.
!                                                              (line 1655)
  * __fractunsqiuha:                       Fixed-point fractional library routines.
!                                                              (line 1657)
  * __fractunsqiuhq:                       Fixed-point fractional library routines.
!                                                              (line 1652)
  * __fractunsqiuqq:                       Fixed-point fractional library routines.
!                                                              (line 1650)
  * __fractunsqiusa:                       Fixed-point fractional library routines.
!                                                              (line 1659)
  * __fractunsqiusq:                       Fixed-point fractional library routines.
!                                                              (line 1653)
  * __fractunsqiuta:                       Fixed-point fractional library routines.
!                                                              (line 1662)
  * __fractunsqqdi:                        Fixed-point fractional library routines.
!                                                              (line 1531)
  * __fractunsqqhi:                        Fixed-point fractional library routines.
!                                                              (line 1529)
  * __fractunsqqqi:                        Fixed-point fractional library routines.
!                                                              (line 1528)
  * __fractunsqqsi:                        Fixed-point fractional library routines.
!                                                              (line 1530)
  * __fractunsqqti:                        Fixed-point fractional library routines.
!                                                              (line 1532)
  * __fractunssadi:                        Fixed-point fractional library routines.
!                                                              (line 1557)
  * __fractunssahi:                        Fixed-point fractional library routines.
!                                                              (line 1555)
  * __fractunssaqi:                        Fixed-point fractional library routines.
!                                                              (line 1554)
  * __fractunssasi:                        Fixed-point fractional library routines.
!                                                              (line 1556)
  * __fractunssati:                        Fixed-point fractional library routines.
!                                                              (line 1558)
  * __fractunssida:                        Fixed-point fractional library routines.
!                                                              (line 1692)
  * __fractunssidq:                        Fixed-point fractional library routines.
!                                                              (line 1689)
  * __fractunssiha:                        Fixed-point fractional library routines.
!                                                              (line 1690)
  * __fractunssihq:                        Fixed-point fractional library routines.
!                                                              (line 1687)
  * __fractunssiqq:                        Fixed-point fractional library routines.
!                                                              (line 1686)
  * __fractunssisa:                        Fixed-point fractional library routines.
!                                                              (line 1691)
  * __fractunssisq:                        Fixed-point fractional library routines.
!                                                              (line 1688)
  * __fractunssita:                        Fixed-point fractional library routines.
!                                                              (line 1693)
  * __fractunssiuda:                       Fixed-point fractional library routines.
!                                                              (line 1704)
  * __fractunssiudq:                       Fixed-point fractional library routines.
!                                                              (line 1699)
  * __fractunssiuha:                       Fixed-point fractional library routines.
!                                                              (line 1701)
  * __fractunssiuhq:                       Fixed-point fractional library routines.
!                                                              (line 1696)
  * __fractunssiuqq:                       Fixed-point fractional library routines.
!                                                              (line 1694)
  * __fractunssiusa:                       Fixed-point fractional library routines.
!                                                              (line 1703)
  * __fractunssiusq:                       Fixed-point fractional library routines.
!                                                              (line 1697)
  * __fractunssiuta:                       Fixed-point fractional library routines.
!                                                              (line 1706)
  * __fractunssqdi:                        Fixed-point fractional library routines.
!                                                              (line 1541)
  * __fractunssqhi:                        Fixed-point fractional library routines.
!                                                              (line 1539)
  * __fractunssqqi:                        Fixed-point fractional library routines.
!                                                              (line 1538)
  * __fractunssqsi:                        Fixed-point fractional library routines.
!                                                              (line 1540)
  * __fractunssqti:                        Fixed-point fractional library routines.
!                                                              (line 1542)
  * __fractunstadi:                        Fixed-point fractional library routines.
!                                                              (line 1567)
  * __fractunstahi:                        Fixed-point fractional library routines.
!                                                              (line 1565)
  * __fractunstaqi:                        Fixed-point fractional library routines.
!                                                              (line 1564)
  * __fractunstasi:                        Fixed-point fractional library routines.
!                                                              (line 1566)
  * __fractunstati:                        Fixed-point fractional library routines.
!                                                              (line 1568)
  * __fractunstida:                        Fixed-point fractional library routines.
!                                                              (line 1737)
  * __fractunstidq:                        Fixed-point fractional library routines.
!                                                              (line 1733)
  * __fractunstiha:                        Fixed-point fractional library routines.
!                                                              (line 1735)
  * __fractunstihq:                        Fixed-point fractional library routines.
!                                                              (line 1731)
  * __fractunstiqq:                        Fixed-point fractional library routines.
!                                                              (line 1730)
  * __fractunstisa:                        Fixed-point fractional library routines.
!                                                              (line 1736)
  * __fractunstisq:                        Fixed-point fractional library routines.
!                                                              (line 1732)
  * __fractunstita:                        Fixed-point fractional library routines.
!                                                              (line 1738)
  * __fractunstiuda:                       Fixed-point fractional library routines.
-                                                              (line 1752)
- * __fractunstiudq:                       Fixed-point fractional library routines.
                                                               (line 1746)
  * __fractunstiuha:                       Fixed-point fractional library routines.
-                                                              (line 1748)
- * __fractunstiuhq:                       Fixed-point fractional library routines.
                                                               (line 1742)
  * __fractunstiuqq:                       Fixed-point fractional library routines.
!                                                              (line 1740)
  * __fractunstiusa:                       Fixed-point fractional library routines.
-                                                              (line 1750)
- * __fractunstiusq:                       Fixed-point fractional library routines.
                                                               (line 1744)
  * __fractunstiuta:                       Fixed-point fractional library routines.
!                                                              (line 1754)
  * __fractunsudadi:                       Fixed-point fractional library routines.
!                                                              (line 1628)
  * __fractunsudahi:                       Fixed-point fractional library routines.
!                                                              (line 1624)
  * __fractunsudaqi:                       Fixed-point fractional library routines.
!                                                              (line 1622)
  * __fractunsudasi:                       Fixed-point fractional library routines.
!                                                              (line 1626)
  * __fractunsudati:                       Fixed-point fractional library routines.
!                                                              (line 1630)
  * __fractunsudqdi:                       Fixed-point fractional library routines.
!                                                              (line 1602)
  * __fractunsudqhi:                       Fixed-point fractional library routines.
!                                                              (line 1598)
  * __fractunsudqqi:                       Fixed-point fractional library routines.
!                                                              (line 1596)
  * __fractunsudqsi:                       Fixed-point fractional library routines.
!                                                              (line 1600)
  * __fractunsudqti:                       Fixed-point fractional library routines.
!                                                              (line 1604)
  * __fractunsuhadi:                       Fixed-point fractional library routines.
!                                                              (line 1612)
  * __fractunsuhahi:                       Fixed-point fractional library routines.
!                                                              (line 1608)
  * __fractunsuhaqi:                       Fixed-point fractional library routines.
!                                                              (line 1606)
  * __fractunsuhasi:                       Fixed-point fractional library routines.
!                                                              (line 1610)
  * __fractunsuhati:                       Fixed-point fractional library routines.
!                                                              (line 1614)
  * __fractunsuhqdi:                       Fixed-point fractional library routines.
!                                                              (line 1583)
  * __fractunsuhqhi:                       Fixed-point fractional library routines.
!                                                              (line 1581)
  * __fractunsuhqqi:                       Fixed-point fractional library routines.
!                                                              (line 1580)
  * __fractunsuhqsi:                       Fixed-point fractional library routines.
!                                                              (line 1582)
  * __fractunsuhqti:                       Fixed-point fractional library routines.
!                                                              (line 1584)
  * __fractunsuqqdi:                       Fixed-point fractional library routines.
!                                                              (line 1576)
  * __fractunsuqqhi:                       Fixed-point fractional library routines.
!                                                              (line 1572)
  * __fractunsuqqqi:                       Fixed-point fractional library routines.
!                                                              (line 1570)
  * __fractunsuqqsi:                       Fixed-point fractional library routines.
!                                                              (line 1574)
  * __fractunsuqqti:                       Fixed-point fractional library routines.
!                                                              (line 1578)
  * __fractunsusadi:                       Fixed-point fractional library routines.
!                                                              (line 1619)
  * __fractunsusahi:                       Fixed-point fractional library routines.
!                                                              (line 1617)
  * __fractunsusaqi:                       Fixed-point fractional library routines.
!                                                              (line 1616)
  * __fractunsusasi:                       Fixed-point fractional library routines.
!                                                              (line 1618)
  * __fractunsusati:                       Fixed-point fractional library routines.
!                                                              (line 1620)
  * __fractunsusqdi:                       Fixed-point fractional library routines.
!                                                              (line 1592)
  * __fractunsusqhi:                       Fixed-point fractional library routines.
!                                                              (line 1588)
  * __fractunsusqqi:                       Fixed-point fractional library routines.
!                                                              (line 1586)
  * __fractunsusqsi:                       Fixed-point fractional library routines.
!                                                              (line 1590)
  * __fractunsusqti:                       Fixed-point fractional library routines.
!                                                              (line 1594)
  * __fractunsutadi:                       Fixed-point fractional library routines.
!                                                              (line 1638)
  * __fractunsutahi:                       Fixed-point fractional library routines.
!                                                              (line 1634)
  * __fractunsutaqi:                       Fixed-point fractional library routines.
!                                                              (line 1632)
  * __fractunsutasi:                       Fixed-point fractional library routines.
!                                                              (line 1636)
  * __fractunsutati:                       Fixed-point fractional library routines.
!                                                              (line 1640)
  * __fractuqqda:                          Fixed-point fractional library routines.
!                                                              (line  679)
  * __fractuqqdf:                          Fixed-point fractional library routines.
!                                                              (line  702)
  * __fractuqqdi:                          Fixed-point fractional library routines.
!                                                              (line  699)
  * __fractuqqdq:                          Fixed-point fractional library routines.
!                                                              (line  675)
  * __fractuqqha:                          Fixed-point fractional library routines.
!                                                              (line  677)
  * __fractuqqhi:                          Fixed-point fractional library routines.
!                                                              (line  697)
  * __fractuqqhq:                          Fixed-point fractional library routines.
!                                                              (line  673)
  * __fractuqqqi:                          Fixed-point fractional library routines.
!                                                              (line  696)
  * __fractuqqqq:                          Fixed-point fractional library routines.
!                                                              (line  672)
  * __fractuqqsa:                          Fixed-point fractional library routines.
!                                                              (line  678)
  * __fractuqqsf:                          Fixed-point fractional library routines.
!                                                              (line  701)
  * __fractuqqsi:                          Fixed-point fractional library routines.
!                                                              (line  698)
  * __fractuqqsq:                          Fixed-point fractional library routines.
!                                                              (line  674)
  * __fractuqqta:                          Fixed-point fractional library routines.
!                                                              (line  680)
  * __fractuqqti:                          Fixed-point fractional library routines.
!                                                              (line  700)
  * __fractuqquda:                         Fixed-point fractional library routines.
-                                                              (line  692)
- * __fractuqqudq2:                        Fixed-point fractional library routines.
                                                               (line  686)
  * __fractuqquha:                         Fixed-point fractional library routines.
-                                                              (line  688)
- * __fractuqquhq2:                        Fixed-point fractional library routines.
                                                               (line  682)
  * __fractuqqusa:                         Fixed-point fractional library routines.
-                                                              (line  690)
- * __fractuqqusq2:                        Fixed-point fractional library routines.
                                                               (line  684)
  * __fractuqquta:                         Fixed-point fractional library routines.
!                                                              (line  694)
  * __fractusada:                          Fixed-point fractional library routines.
!                                                              (line  836)
  * __fractusadf:                          Fixed-point fractional library routines.
!                                                              (line  857)
  * __fractusadi:                          Fixed-point fractional library routines.
!                                                              (line  854)
  * __fractusadq:                          Fixed-point fractional library routines.
!                                                              (line  833)
  * __fractusaha:                          Fixed-point fractional library routines.
!                                                              (line  834)
  * __fractusahi:                          Fixed-point fractional library routines.
!                                                              (line  852)
  * __fractusahq:                          Fixed-point fractional library routines.
!                                                              (line  831)
  * __fractusaqi:                          Fixed-point fractional library routines.
!                                                              (line  851)
  * __fractusaqq:                          Fixed-point fractional library routines.
!                                                              (line  830)
  * __fractusasa:                          Fixed-point fractional library routines.
!                                                              (line  835)
  * __fractusasf:                          Fixed-point fractional library routines.
!                                                              (line  856)
  * __fractusasi:                          Fixed-point fractional library routines.
!                                                              (line  853)
  * __fractusasq:                          Fixed-point fractional library routines.
!                                                              (line  832)
  * __fractusata:                          Fixed-point fractional library routines.
!                                                              (line  837)
  * __fractusati:                          Fixed-point fractional library routines.
!                                                              (line  855)
  * __fractusauda2:                        Fixed-point fractional library routines.
!                                                              (line  847)
  * __fractusaudq:                         Fixed-point fractional library routines.
!                                                              (line  843)
  * __fractusauha2:                        Fixed-point fractional library routines.
!                                                              (line  845)
  * __fractusauhq:                         Fixed-point fractional library routines.
!                                                              (line  840)
  * __fractusauqq:                         Fixed-point fractional library routines.
!                                                              (line  838)
  * __fractusausq:                         Fixed-point fractional library routines.
!                                                              (line  841)
  * __fractusauta2:                        Fixed-point fractional library routines.
!                                                              (line  849)
  * __fractusqda:                          Fixed-point fractional library routines.
!                                                              (line  738)
  * __fractusqdf:                          Fixed-point fractional library routines.
!                                                              (line  761)
  * __fractusqdi:                          Fixed-point fractional library routines.
!                                                              (line  758)
  * __fractusqdq:                          Fixed-point fractional library routines.
!                                                              (line  734)
  * __fractusqha:                          Fixed-point fractional library routines.
!                                                              (line  736)
  * __fractusqhi:                          Fixed-point fractional library routines.
!                                                              (line  756)
  * __fractusqhq:                          Fixed-point fractional library routines.
!                                                              (line  732)
  * __fractusqqi:                          Fixed-point fractional library routines.
!                                                              (line  755)
  * __fractusqqq:                          Fixed-point fractional library routines.
!                                                              (line  731)
  * __fractusqsa:                          Fixed-point fractional library routines.
!                                                              (line  737)
  * __fractusqsf:                          Fixed-point fractional library routines.
!                                                              (line  760)
  * __fractusqsi:                          Fixed-point fractional library routines.
!                                                              (line  757)
  * __fractusqsq:                          Fixed-point fractional library routines.
!                                                              (line  733)
  * __fractusqta:                          Fixed-point fractional library routines.
!                                                              (line  739)
  * __fractusqti:                          Fixed-point fractional library routines.
!                                                              (line  759)
  * __fractusquda:                         Fixed-point fractional library routines.
-                                                              (line  751)
- * __fractusqudq2:                        Fixed-point fractional library routines.
                                                               (line  745)
  * __fractusquha:                         Fixed-point fractional library routines.
!                                                              (line  747)
  * __fractusquhq2:                        Fixed-point fractional library routines.
!                                                              (line  743)
  * __fractusquqq2:                        Fixed-point fractional library routines.
!                                                              (line  741)
  * __fractusqusa:                         Fixed-point fractional library routines.
!                                                              (line  749)
  * __fractusquta:                         Fixed-point fractional library routines.
!                                                              (line  753)
  * __fractutada:                          Fixed-point fractional library routines.
!                                                              (line  899)
  * __fractutadf:                          Fixed-point fractional library routines.
!                                                              (line  925)
  * __fractutadi:                          Fixed-point fractional library routines.
!                                                              (line  921)
  * __fractutadq:                          Fixed-point fractional library routines.
!                                                              (line  894)
  * __fractutaha:                          Fixed-point fractional library routines.
!                                                              (line  896)
  * __fractutahi:                          Fixed-point fractional library routines.
!                                                              (line  919)
  * __fractutahq:                          Fixed-point fractional library routines.
!                                                              (line  891)
  * __fractutaqi:                          Fixed-point fractional library routines.
!                                                              (line  917)
  * __fractutaqq:                          Fixed-point fractional library routines.
!                                                              (line  889)
  * __fractutasa:                          Fixed-point fractional library routines.
!                                                              (line  898)
  * __fractutasf:                          Fixed-point fractional library routines.
!                                                              (line  924)
  * __fractutasi:                          Fixed-point fractional library routines.
!                                                              (line  920)
  * __fractutasq:                          Fixed-point fractional library routines.
!                                                              (line  892)
  * __fractutata:                          Fixed-point fractional library routines.
!                                                              (line  901)
  * __fractutati:                          Fixed-point fractional library routines.
!                                                              (line  922)
  * __fractutauda2:                        Fixed-point fractional library routines.
-                                                              (line  915)
- * __fractutaudq:                         Fixed-point fractional library routines.
                                                               (line  909)
  * __fractutauha2:                        Fixed-point fractional library routines.
-                                                              (line  911)
- * __fractutauhq:                         Fixed-point fractional library routines.
                                                               (line  905)
  * __fractutauqq:                         Fixed-point fractional library routines.
!                                                              (line  903)
  * __fractutausa2:                        Fixed-point fractional library routines.
-                                                              (line  913)
- * __fractutausq:                         Fixed-point fractional library routines.
                                                               (line  907)
  * __gedf2:                               Soft float library routines.
!                                                              (line  205)
  * __gesf2:                               Soft float library routines.
!                                                              (line  204)
  * __getf2:                               Soft float library routines.
!                                                              (line  206)
  * __gtdf2:                               Soft float library routines.
!                                                              (line  223)
  * __gtsf2:                               Soft float library routines.
!                                                              (line  222)
  * __gttf2:                               Soft float library routines.
!                                                              (line  224)
  * __ledf2:                               Soft float library routines.
!                                                              (line  217)
  * __lesf2:                               Soft float library routines.
!                                                              (line  216)
  * __letf2:                               Soft float library routines.
!                                                              (line  218)
  * __lshrdi3:                             Integer library routines.
!                                                              (line   30)
  * __lshrsi3:                             Integer library routines.
!                                                              (line   29)
  * __lshrti3:                             Integer library routines.
!                                                              (line   31)
  * __lshruda3:                            Fixed-point fractional library routines.
-                                                              (line  396)
- * __lshrudq3:                            Fixed-point fractional library routines.
                                                               (line  390)
  * __lshruha3:                            Fixed-point fractional library routines.
-                                                              (line  392)
- * __lshruhq3:                            Fixed-point fractional library routines.
                                                               (line  386)
  * __lshruqq3:                            Fixed-point fractional library routines.
!                                                              (line  384)
  * __lshrusa3:                            Fixed-point fractional library routines.
-                                                              (line  394)
- * __lshrusq3:                            Fixed-point fractional library routines.
                                                               (line  388)
  * __lshruta3:                            Fixed-point fractional library routines.
!                                                              (line  398)
  * __ltdf2:                               Soft float library routines.
!                                                              (line  211)
  * __ltsf2:                               Soft float library routines.
!                                                              (line  210)
  * __lttf2:                               Soft float library routines.
!                                                              (line  212)
  * __main:                                Collect2.           (line   15)
  * __moddi3:                              Integer library routines.
!                                                              (line   36)
  * __modsi3:                              Integer library routines.
!                                                              (line   35)
  * __modti3:                              Integer library routines.
!                                                              (line   37)
  * __morestack_current_segment:           Miscellaneous routines.
-                                                              (line   45)
- * __morestack_initial_sp:                Miscellaneous routines.
                                                               (line   46)
  * __morestack_segments:                  Miscellaneous routines.
!                                                              (line   44)
  * __mulda3:                              Fixed-point fractional library routines.
!                                                              (line  178)
  * __muldc3:                              Soft float library routines.
!                                                              (line  239)
  * __muldf3:                              Soft float library routines.
!                                                              (line   39)
  * __muldi3:                              Integer library routines.
!                                                              (line   42)
  * __muldq3:                              Fixed-point fractional library routines.
!                                                              (line  165)
  * __mulha3:                              Fixed-point fractional library routines.
!                                                              (line  175)
  * __mulhq3:                              Fixed-point fractional library routines.
!                                                              (line  163)
  * __mulqq3:                              Fixed-point fractional library routines.
!                                                              (line  161)
  * __mulsa3:                              Fixed-point fractional library routines.
!                                                              (line  177)
  * __mulsc3:                              Soft float library routines.
!                                                              (line  237)
  * __mulsf3:                              Soft float library routines.
!                                                              (line   38)
  * __mulsi3:                              Integer library routines.
!                                                              (line   41)
  * __mulsq3:                              Fixed-point fractional library routines.
!                                                              (line  164)
  * __multa3:                              Fixed-point fractional library routines.
!                                                              (line  179)
  * __multc3:                              Soft float library routines.
!                                                              (line  241)
  * __multf3:                              Soft float library routines.
!                                                              (line   40)
  * __multi3:                              Integer library routines.
!                                                              (line   43)
  * __muluda3:                             Fixed-point fractional library routines.
!                                                              (line  185)
  * __muludq3:                             Fixed-point fractional library routines.
!                                                              (line  173)
  * __muluha3:                             Fixed-point fractional library routines.
!                                                              (line  181)
  * __muluhq3:                             Fixed-point fractional library routines.
!                                                              (line  169)
  * __muluqq3:                             Fixed-point fractional library routines.
!                                                              (line  167)
  * __mulusa3:                             Fixed-point fractional library routines.
!                                                              (line  183)
  * __mulusq3:                             Fixed-point fractional library routines.
!                                                              (line  171)
  * __muluta3:                             Fixed-point fractional library routines.
!                                                              (line  187)
  * __mulvdi3:                             Integer library routines.
!                                                              (line  114)
  * __mulvsi3:                             Integer library routines.
!                                                              (line  113)
  * __mulxc3:                              Soft float library routines.
!                                                              (line  243)
  * __mulxf3:                              Soft float library routines.
!                                                              (line   42)
  * __nedf2:                               Soft float library routines.
!                                                              (line  199)
  * __negda2:                              Fixed-point fractional library routines.
!                                                              (line  306)
  * __negdf2:                              Soft float library routines.
!                                                              (line   55)
  * __negdi2:                              Integer library routines.
!                                                              (line   46)
  * __negdq2:                              Fixed-point fractional library routines.
!                                                              (line  296)
  * __negha2:                              Fixed-point fractional library routines.
!                                                              (line  304)
  * __neghq2:                              Fixed-point fractional library routines.
!                                                              (line  294)
  * __negqq2:                              Fixed-point fractional library routines.
!                                                              (line  293)
  * __negsa2:                              Fixed-point fractional library routines.
!                                                              (line  305)
  * __negsf2:                              Soft float library routines.
!                                                              (line   54)
  * __negsq2:                              Fixed-point fractional library routines.
!                                                              (line  295)
  * __negta2:                              Fixed-point fractional library routines.
!                                                              (line  307)
  * __negtf2:                              Soft float library routines.
!                                                              (line   56)
  * __negti2:                              Integer library routines.
!                                                              (line   47)
  * __neguda2:                             Fixed-point fractional library routines.
!                                                              (line  311)
  * __negudq2:                             Fixed-point fractional library routines.
!                                                              (line  302)
  * __neguha2:                             Fixed-point fractional library routines.
!                                                              (line  308)
  * __neguhq2:                             Fixed-point fractional library routines.
!                                                              (line  299)
  * __neguqq2:                             Fixed-point fractional library routines.
!                                                              (line  297)
  * __negusa2:                             Fixed-point fractional library routines.
!                                                              (line  310)
  * __negusq2:                             Fixed-point fractional library routines.
!                                                              (line  300)
  * __neguta2:                             Fixed-point fractional library routines.
!                                                              (line  313)
  * __negvdi2:                             Integer library routines.
!                                                              (line  118)
  * __negvsi2:                             Integer library routines.
!                                                              (line  117)
  * __negxf2:                              Soft float library routines.
!                                                              (line   57)
  * __nesf2:                               Soft float library routines.
!                                                              (line  198)
  * __netf2:                               Soft float library routines.
!                                                              (line  200)
  * __paritydi2:                           Integer library routines.
!                                                              (line  150)
  * __paritysi2:                           Integer library routines.
!                                                              (line  149)
  * __parityti2:                           Integer library routines.
!                                                              (line  151)
  * __popcountdi2:                         Integer library routines.
!                                                              (line  156)
  * __popcountsi2:                         Integer library routines.
!                                                              (line  155)
  * __popcountti2:                         Integer library routines.
!                                                              (line  157)
  * __powidf2:                             Soft float library routines.
!                                                              (line  232)
  * __powisf2:                             Soft float library routines.
!                                                              (line  231)
  * __powitf2:                             Soft float library routines.
-                                                              (line  233)
- * __powixf2:                             Soft float library routines.
                                                               (line  234)
  * __satfractdadq:                        Fixed-point fractional library routines.
!                                                              (line 1160)
  * __satfractdaha2:                       Fixed-point fractional library routines.
!                                                              (line 1161)
  * __satfractdahq:                        Fixed-point fractional library routines.
!                                                              (line 1158)
  * __satfractdaqq:                        Fixed-point fractional library routines.
!                                                              (line 1157)
  * __satfractdasa2:                       Fixed-point fractional library routines.
!                                                              (line 1162)
  * __satfractdasq:                        Fixed-point fractional library routines.
!                                                              (line 1159)
  * __satfractdata2:                       Fixed-point fractional library routines.
!                                                              (line 1163)
  * __satfractdauda:                       Fixed-point fractional library routines.
!                                                              (line 1173)
  * __satfractdaudq:                       Fixed-point fractional library routines.
!                                                              (line 1168)
  * __satfractdauha:                       Fixed-point fractional library routines.
!                                                              (line 1170)
  * __satfractdauhq:                       Fixed-point fractional library routines.
!                                                              (line 1166)
  * __satfractdauqq:                       Fixed-point fractional library routines.
!                                                              (line 1164)
  * __satfractdausa:                       Fixed-point fractional library routines.
!                                                              (line 1172)
  * __satfractdausq:                       Fixed-point fractional library routines.
!                                                              (line 1167)
  * __satfractdauta:                       Fixed-point fractional library routines.
!                                                              (line 1174)
  * __satfractdfda:                        Fixed-point fractional library routines.
!                                                              (line 1513)
  * __satfractdfdq:                        Fixed-point fractional library routines.
!                                                              (line 1510)
  * __satfractdfha:                        Fixed-point fractional library routines.
!                                                              (line 1511)
  * __satfractdfhq:                        Fixed-point fractional library routines.
!                                                              (line 1508)
  * __satfractdfqq:                        Fixed-point fractional library routines.
!                                                              (line 1507)
  * __satfractdfsa:                        Fixed-point fractional library routines.
!                                                              (line 1512)
  * __satfractdfsq:                        Fixed-point fractional library routines.
!                                                              (line 1509)
  * __satfractdfta:                        Fixed-point fractional library routines.
!                                                              (line 1514)
  * __satfractdfuda:                       Fixed-point fractional library routines.
!                                                              (line 1522)
  * __satfractdfudq:                       Fixed-point fractional library routines.
!                                                              (line 1518)
  * __satfractdfuha:                       Fixed-point fractional library routines.
!                                                              (line 1520)
  * __satfractdfuhq:                       Fixed-point fractional library routines.
!                                                              (line 1516)
  * __satfractdfuqq:                       Fixed-point fractional library routines.
!                                                              (line 1515)
  * __satfractdfusa:                       Fixed-point fractional library routines.
!                                                              (line 1521)
  * __satfractdfusq:                       Fixed-point fractional library routines.
!                                                              (line 1517)
  * __satfractdfuta:                       Fixed-point fractional library routines.
!                                                              (line 1523)
  * __satfractdida:                        Fixed-point fractional library routines.
!                                                              (line 1463)
  * __satfractdidq:                        Fixed-point fractional library routines.
!                                                              (line 1460)
  * __satfractdiha:                        Fixed-point fractional library routines.
!                                                              (line 1461)
  * __satfractdihq:                        Fixed-point fractional library routines.
!                                                              (line 1458)
  * __satfractdiqq:                        Fixed-point fractional library routines.
!                                                              (line 1457)
  * __satfractdisa:                        Fixed-point fractional library routines.
!                                                              (line 1462)
  * __satfractdisq:                        Fixed-point fractional library routines.
!                                                              (line 1459)
  * __satfractdita:                        Fixed-point fractional library routines.
!                                                              (line 1464)
  * __satfractdiuda:                       Fixed-point fractional library routines.
!                                                              (line 1471)
  * __satfractdiudq:                       Fixed-point fractional library routines.
!                                                              (line 1468)
  * __satfractdiuha:                       Fixed-point fractional library routines.
!                                                              (line 1469)
  * __satfractdiuhq:                       Fixed-point fractional library routines.
!                                                              (line 1466)
  * __satfractdiuqq:                       Fixed-point fractional library routines.
!                                                              (line 1465)
  * __satfractdiusa:                       Fixed-point fractional library routines.
!                                                              (line 1470)
  * __satfractdiusq:                       Fixed-point fractional library routines.
!                                                              (line 1467)
  * __satfractdiuta:                       Fixed-point fractional library routines.
!                                                              (line 1472)
  * __satfractdqda:                        Fixed-point fractional library routines.
!                                                              (line 1105)
  * __satfractdqha:                        Fixed-point fractional library routines.
!                                                              (line 1103)
  * __satfractdqhq2:                       Fixed-point fractional library routines.
!                                                              (line 1101)
  * __satfractdqqq2:                       Fixed-point fractional library routines.
!                                                              (line 1100)
  * __satfractdqsa:                        Fixed-point fractional library routines.
!                                                              (line 1104)
  * __satfractdqsq2:                       Fixed-point fractional library routines.
!                                                              (line 1102)
  * __satfractdqta:                        Fixed-point fractional library routines.
!                                                              (line 1106)
  * __satfractdquda:                       Fixed-point fractional library routines.
!                                                              (line 1117)
  * __satfractdqudq:                       Fixed-point fractional library routines.
!                                                              (line 1112)
  * __satfractdquha:                       Fixed-point fractional library routines.
!                                                              (line 1114)
  * __satfractdquhq:                       Fixed-point fractional library routines.
!                                                              (line 1109)
  * __satfractdquqq:                       Fixed-point fractional library routines.
!                                                              (line 1107)
  * __satfractdqusa:                       Fixed-point fractional library routines.
!                                                              (line 1116)
  * __satfractdqusq:                       Fixed-point fractional library routines.
!                                                              (line 1110)
  * __satfractdquta:                       Fixed-point fractional library routines.
!                                                              (line 1119)
  * __satfracthada2:                       Fixed-point fractional library routines.
!                                                              (line 1126)
  * __satfracthadq:                        Fixed-point fractional library routines.
!                                                              (line 1124)
  * __satfracthahq:                        Fixed-point fractional library routines.
!                                                              (line 1122)
  * __satfracthaqq:                        Fixed-point fractional library routines.
!                                                              (line 1121)
  * __satfracthasa2:                       Fixed-point fractional library routines.
!                                                              (line 1125)
  * __satfracthasq:                        Fixed-point fractional library routines.
!                                                              (line 1123)
  * __satfracthata2:                       Fixed-point fractional library routines.
!                                                              (line 1127)
  * __satfracthauda:                       Fixed-point fractional library routines.
!                                                              (line 1138)
  * __satfracthaudq:                       Fixed-point fractional library routines.
!                                                              (line 1133)
  * __satfracthauha:                       Fixed-point fractional library routines.
!                                                              (line 1135)
  * __satfracthauhq:                       Fixed-point fractional library routines.
!                                                              (line 1130)
  * __satfracthauqq:                       Fixed-point fractional library routines.
!                                                              (line 1128)
  * __satfracthausa:                       Fixed-point fractional library routines.
!                                                              (line 1137)
  * __satfracthausq:                       Fixed-point fractional library routines.
!                                                              (line 1131)
  * __satfracthauta:                       Fixed-point fractional library routines.
!                                                              (line 1140)
  * __satfracthida:                        Fixed-point fractional library routines.
!                                                              (line 1431)
  * __satfracthidq:                        Fixed-point fractional library routines.
!                                                              (line 1428)
  * __satfracthiha:                        Fixed-point fractional library routines.
!                                                              (line 1429)
  * __satfracthihq:                        Fixed-point fractional library routines.
!                                                              (line 1426)
  * __satfracthiqq:                        Fixed-point fractional library routines.
!                                                              (line 1425)
  * __satfracthisa:                        Fixed-point fractional library routines.
!                                                              (line 1430)
  * __satfracthisq:                        Fixed-point fractional library routines.
!                                                              (line 1427)
  * __satfracthita:                        Fixed-point fractional library routines.
!                                                              (line 1432)
  * __satfracthiuda:                       Fixed-point fractional library routines.
!                                                              (line 1439)
  * __satfracthiudq:                       Fixed-point fractional library routines.
!                                                              (line 1436)
  * __satfracthiuha:                       Fixed-point fractional library routines.
!                                                              (line 1437)
  * __satfracthiuhq:                       Fixed-point fractional library routines.
!                                                              (line 1434)
  * __satfracthiuqq:                       Fixed-point fractional library routines.
!                                                              (line 1433)
  * __satfracthiusa:                       Fixed-point fractional library routines.
!                                                              (line 1438)
  * __satfracthiusq:                       Fixed-point fractional library routines.
!                                                              (line 1435)
  * __satfracthiuta:                       Fixed-point fractional library routines.
!                                                              (line 1440)
  * __satfracthqda:                        Fixed-point fractional library routines.
!                                                              (line 1071)
  * __satfracthqdq2:                       Fixed-point fractional library routines.
!                                                              (line 1068)
  * __satfracthqha:                        Fixed-point fractional library routines.
!                                                              (line 1069)
  * __satfracthqqq2:                       Fixed-point fractional library routines.
!                                                              (line 1066)
  * __satfracthqsa:                        Fixed-point fractional library routines.
!                                                              (line 1070)
  * __satfracthqsq2:                       Fixed-point fractional library routines.
!                                                              (line 1067)
  * __satfracthqta:                        Fixed-point fractional library routines.
!                                                              (line 1072)
  * __satfracthquda:                       Fixed-point fractional library routines.
!                                                              (line 1079)
  * __satfracthqudq:                       Fixed-point fractional library routines.
!                                                              (line 1076)
  * __satfracthquha:                       Fixed-point fractional library routines.
!                                                              (line 1077)
  * __satfracthquhq:                       Fixed-point fractional library routines.
!                                                              (line 1074)
  * __satfracthquqq:                       Fixed-point fractional library routines.
!                                                              (line 1073)
  * __satfracthqusa:                       Fixed-point fractional library routines.
!                                                              (line 1078)
  * __satfracthqusq:                       Fixed-point fractional library routines.
!                                                              (line 1075)
  * __satfracthquta:                       Fixed-point fractional library routines.
!                                                              (line 1080)
  * __satfractqida:                        Fixed-point fractional library routines.
!                                                              (line 1409)
  * __satfractqidq:                        Fixed-point fractional library routines.
!                                                              (line 1406)
  * __satfractqiha:                        Fixed-point fractional library routines.
!                                                              (line 1407)
  * __satfractqihq:                        Fixed-point fractional library routines.
!                                                              (line 1404)
  * __satfractqiqq:                        Fixed-point fractional library routines.
!                                                              (line 1403)
  * __satfractqisa:                        Fixed-point fractional library routines.
!                                                              (line 1408)
  * __satfractqisq:                        Fixed-point fractional library routines.
!                                                              (line 1405)
  * __satfractqita:                        Fixed-point fractional library routines.
!                                                              (line 1410)
  * __satfractqiuda:                       Fixed-point fractional library routines.
!                                                              (line 1421)
  * __satfractqiudq:                       Fixed-point fractional library routines.
!                                                              (line 1416)
  * __satfractqiuha:                       Fixed-point fractional library routines.
!                                                              (line 1418)
  * __satfractqiuhq:                       Fixed-point fractional library routines.
!                                                              (line 1413)
  * __satfractqiuqq:                       Fixed-point fractional library routines.
!                                                              (line 1411)
  * __satfractqiusa:                       Fixed-point fractional library routines.
!                                                              (line 1420)
  * __satfractqiusq:                       Fixed-point fractional library routines.
!                                                              (line 1414)
  * __satfractqiuta:                       Fixed-point fractional library routines.
!                                                              (line 1423)
  * __satfractqqda:                        Fixed-point fractional library routines.
!                                                              (line 1050)
  * __satfractqqdq2:                       Fixed-point fractional library routines.
!                                                              (line 1047)
  * __satfractqqha:                        Fixed-point fractional library routines.
!                                                              (line 1048)
  * __satfractqqhq2:                       Fixed-point fractional library routines.
!                                                              (line 1045)
  * __satfractqqsa:                        Fixed-point fractional library routines.
!                                                              (line 1049)
  * __satfractqqsq2:                       Fixed-point fractional library routines.
!                                                              (line 1046)
  * __satfractqqta:                        Fixed-point fractional library routines.
!                                                              (line 1051)
  * __satfractqquda:                       Fixed-point fractional library routines.
!                                                              (line 1062)
  * __satfractqqudq:                       Fixed-point fractional library routines.
!                                                              (line 1057)
  * __satfractqquha:                       Fixed-point fractional library routines.
!                                                              (line 1059)
  * __satfractqquhq:                       Fixed-point fractional library routines.
!                                                              (line 1054)
  * __satfractqquqq:                       Fixed-point fractional library routines.
!                                                              (line 1052)
  * __satfractqqusa:                       Fixed-point fractional library routines.
!                                                              (line 1061)
  * __satfractqqusq:                       Fixed-point fractional library routines.
!                                                              (line 1055)
  * __satfractqquta:                       Fixed-point fractional library routines.
!                                                              (line 1064)
  * __satfractsada2:                       Fixed-point fractional library routines.
!                                                              (line 1147)
  * __satfractsadq:                        Fixed-point fractional library routines.
!                                                              (line 1145)
  * __satfractsaha2:                       Fixed-point fractional library routines.
!                                                              (line 1146)
  * __satfractsahq:                        Fixed-point fractional library routines.
!                                                              (line 1143)
  * __satfractsaqq:                        Fixed-point fractional library routines.
!                                                              (line 1142)
  * __satfractsasq:                        Fixed-point fractional library routines.
!                                                              (line 1144)
  * __satfractsata2:                       Fixed-point fractional library routines.
!                                                              (line 1148)
  * __satfractsauda:                       Fixed-point fractional library routines.
!                                                              (line 1155)
  * __satfractsaudq:                       Fixed-point fractional library routines.
!                                                              (line 1152)
  * __satfractsauha:                       Fixed-point fractional library routines.
!                                                              (line 1153)
  * __satfractsauhq:                       Fixed-point fractional library routines.
!                                                              (line 1150)
  * __satfractsauqq:                       Fixed-point fractional library routines.
!                                                              (line 1149)
  * __satfractsausa:                       Fixed-point fractional library routines.
!                                                              (line 1154)
  * __satfractsausq:                       Fixed-point fractional library routines.
!                                                              (line 1151)
  * __satfractsauta:                       Fixed-point fractional library routines.
!                                                              (line 1156)
  * __satfractsfda:                        Fixed-point fractional library routines.
!                                                              (line 1497)
  * __satfractsfdq:                        Fixed-point fractional library routines.
!                                                              (line 1494)
  * __satfractsfha:                        Fixed-point fractional library routines.
!                                                              (line 1495)
  * __satfractsfhq:                        Fixed-point fractional library routines.
!                                                              (line 1492)
  * __satfractsfqq:                        Fixed-point fractional library routines.
!                                                              (line 1491)
  * __satfractsfsa:                        Fixed-point fractional library routines.
!                                                              (line 1496)
  * __satfractsfsq:                        Fixed-point fractional library routines.
!                                                              (line 1493)
  * __satfractsfta:                        Fixed-point fractional library routines.
!                                                              (line 1498)
  * __satfractsfuda:                       Fixed-point fractional library routines.
!                                                              (line 1505)
  * __satfractsfudq:                       Fixed-point fractional library routines.
!                                                              (line 1502)
  * __satfractsfuha:                       Fixed-point fractional library routines.
!                                                              (line 1503)
  * __satfractsfuhq:                       Fixed-point fractional library routines.
!                                                              (line 1500)
  * __satfractsfuqq:                       Fixed-point fractional library routines.
!                                                              (line 1499)
  * __satfractsfusa:                       Fixed-point fractional library routines.
!                                                              (line 1504)
  * __satfractsfusq:                       Fixed-point fractional library routines.
!                                                              (line 1501)
  * __satfractsfuta:                       Fixed-point fractional library routines.
!                                                              (line 1506)
  * __satfractsida:                        Fixed-point fractional library routines.
!                                                              (line 1447)
  * __satfractsidq:                        Fixed-point fractional library routines.
!                                                              (line 1444)
  * __satfractsiha:                        Fixed-point fractional library routines.
!                                                              (line 1445)
  * __satfractsihq:                        Fixed-point fractional library routines.
!                                                              (line 1442)
  * __satfractsiqq:                        Fixed-point fractional library routines.
!                                                              (line 1441)
  * __satfractsisa:                        Fixed-point fractional library routines.
!                                                              (line 1446)
  * __satfractsisq:                        Fixed-point fractional library routines.
!                                                              (line 1443)
  * __satfractsita:                        Fixed-point fractional library routines.
!                                                              (line 1448)
  * __satfractsiuda:                       Fixed-point fractional library routines.
!                                                              (line 1455)
  * __satfractsiudq:                       Fixed-point fractional library routines.
!                                                              (line 1452)
  * __satfractsiuha:                       Fixed-point fractional library routines.
!                                                              (line 1453)
  * __satfractsiuhq:                       Fixed-point fractional library routines.
!                                                              (line 1450)
  * __satfractsiuqq:                       Fixed-point fractional library routines.
!                                                              (line 1449)
  * __satfractsiusa:                       Fixed-point fractional library routines.
!                                                              (line 1454)
  * __satfractsiusq:                       Fixed-point fractional library routines.
!                                                              (line 1451)
  * __satfractsiuta:                       Fixed-point fractional library routines.
!                                                              (line 1456)
  * __satfractsqda:                        Fixed-point fractional library routines.
!                                                              (line 1086)
  * __satfractsqdq2:                       Fixed-point fractional library routines.
!                                                              (line 1083)
  * __satfractsqha:                        Fixed-point fractional library routines.
!                                                              (line 1084)
  * __satfractsqhq2:                       Fixed-point fractional library routines.
!                                                              (line 1082)
  * __satfractsqqq2:                       Fixed-point fractional library routines.
!                                                              (line 1081)
  * __satfractsqsa:                        Fixed-point fractional library routines.
!                                                              (line 1085)
  * __satfractsqta:                        Fixed-point fractional library routines.
!                                                              (line 1087)
  * __satfractsquda:                       Fixed-point fractional library routines.
!                                                              (line 1097)
  * __satfractsqudq:                       Fixed-point fractional library routines.
!                                                              (line 1092)
  * __satfractsquha:                       Fixed-point fractional library routines.
!                                                              (line 1094)
  * __satfractsquhq:                       Fixed-point fractional library routines.
!                                                              (line 1090)
  * __satfractsquqq:                       Fixed-point fractional library routines.
!                                                              (line 1088)
  * __satfractsqusa:                       Fixed-point fractional library routines.
!                                                              (line 1096)
  * __satfractsqusq:                       Fixed-point fractional library routines.
!                                                              (line 1091)
  * __satfractsquta:                       Fixed-point fractional library routines.
!                                                              (line 1098)
  * __satfracttada2:                       Fixed-point fractional library routines.
!                                                              (line 1182)
  * __satfracttadq:                        Fixed-point fractional library routines.
!                                                              (line 1179)
  * __satfracttaha2:                       Fixed-point fractional library routines.
!                                                              (line 1180)
  * __satfracttahq:                        Fixed-point fractional library routines.
!                                                              (line 1177)
  * __satfracttaqq:                        Fixed-point fractional library routines.
!                                                              (line 1176)
  * __satfracttasa2:                       Fixed-point fractional library routines.
!                                                              (line 1181)
  * __satfracttasq:                        Fixed-point fractional library routines.
!                                                              (line 1178)
  * __satfracttauda:                       Fixed-point fractional library routines.
!                                                              (line 1193)
  * __satfracttaudq:                       Fixed-point fractional library routines.
!                                                              (line 1188)
  * __satfracttauha:                       Fixed-point fractional library routines.
!                                                              (line 1190)
  * __satfracttauhq:                       Fixed-point fractional library routines.
!                                                              (line 1185)
  * __satfracttauqq:                       Fixed-point fractional library routines.
!                                                              (line 1183)
  * __satfracttausa:                       Fixed-point fractional library routines.
!                                                              (line 1192)
  * __satfracttausq:                       Fixed-point fractional library routines.
!                                                              (line 1186)
  * __satfracttauta:                       Fixed-point fractional library routines.
!                                                              (line 1195)
  * __satfracttida:                        Fixed-point fractional library routines.
!                                                              (line 1479)
  * __satfracttidq:                        Fixed-point fractional library routines.
!                                                              (line 1476)
  * __satfracttiha:                        Fixed-point fractional library routines.
!                                                              (line 1477)
  * __satfracttihq:                        Fixed-point fractional library routines.
!                                                              (line 1474)
  * __satfracttiqq:                        Fixed-point fractional library routines.
!                                                              (line 1473)
  * __satfracttisa:                        Fixed-point fractional library routines.
!                                                              (line 1478)
  * __satfracttisq:                        Fixed-point fractional library routines.
!                                                              (line 1475)
  * __satfracttita:                        Fixed-point fractional library routines.
!                                                              (line 1480)
  * __satfracttiuda:                       Fixed-point fractional library routines.
!                                                              (line 1488)
  * __satfracttiudq:                       Fixed-point fractional library routines.
!                                                              (line 1484)
  * __satfracttiuha:                       Fixed-point fractional library routines.
!                                                              (line 1486)
  * __satfracttiuhq:                       Fixed-point fractional library routines.
!                                                              (line 1482)
  * __satfracttiuqq:                       Fixed-point fractional library routines.
!                                                              (line 1481)
  * __satfracttiusa:                       Fixed-point fractional library routines.
!                                                              (line 1487)
  * __satfracttiusq:                       Fixed-point fractional library routines.
!                                                              (line 1483)
  * __satfracttiuta:                       Fixed-point fractional library routines.
!                                                              (line 1489)
  * __satfractudada:                       Fixed-point fractional library routines.
!                                                              (line 1358)
  * __satfractudadq:                       Fixed-point fractional library routines.
!                                                              (line 1353)
  * __satfractudaha:                       Fixed-point fractional library routines.
!                                                              (line 1355)
  * __satfractudahq:                       Fixed-point fractional library routines.
!                                                              (line 1351)
  * __satfractudaqq:                       Fixed-point fractional library routines.
!                                                              (line 1349)
  * __satfractudasa:                       Fixed-point fractional library routines.
!                                                              (line 1357)
  * __satfractudasq:                       Fixed-point fractional library routines.
!                                                              (line 1352)
  * __satfractudata:                       Fixed-point fractional library routines.
!                                                              (line 1359)
  * __satfractudaudq:                      Fixed-point fractional library routines.
!                                                              (line 1367)
  * __satfractudauha2:                     Fixed-point fractional library routines.
-                                                              (line 1369)
- * __satfractudauhq:                      Fixed-point fractional library routines.
                                                               (line 1363)
  * __satfractudauqq:                      Fixed-point fractional library routines.
!                                                              (line 1361)
  * __satfractudausa2:                     Fixed-point fractional library routines.
-                                                              (line 1371)
- * __satfractudausq:                      Fixed-point fractional library routines.
                                                               (line 1365)
  * __satfractudauta2:                     Fixed-point fractional library routines.
!                                                              (line 1373)
  * __satfractudqda:                       Fixed-point fractional library routines.
!                                                              (line 1282)
  * __satfractudqdq:                       Fixed-point fractional library routines.
!                                                              (line 1277)
  * __satfractudqha:                       Fixed-point fractional library routines.
!                                                              (line 1279)
  * __satfractudqhq:                       Fixed-point fractional library routines.
!                                                              (line 1274)
  * __satfractudqqq:                       Fixed-point fractional library routines.
!                                                              (line 1272)
  * __satfractudqsa:                       Fixed-point fractional library routines.
!                                                              (line 1281)
  * __satfractudqsq:                       Fixed-point fractional library routines.
!                                                              (line 1275)
  * __satfractudqta:                       Fixed-point fractional library routines.
!                                                              (line 1284)
  * __satfractudquda:                      Fixed-point fractional library routines.
!                                                              (line 1296)
  * __satfractudquha:                      Fixed-point fractional library routines.
!                                                              (line 1292)
  * __satfractudquhq2:                     Fixed-point fractional library routines.
!                                                              (line 1288)
  * __satfractudquqq2:                     Fixed-point fractional library routines.
!                                                              (line 1286)
  * __satfractudqusa:                      Fixed-point fractional library routines.
!                                                              (line 1294)
  * __satfractudqusq2:                     Fixed-point fractional library routines.
!                                                              (line 1290)
  * __satfractudquta:                      Fixed-point fractional library routines.
!                                                              (line 1298)
  * __satfractuhada:                       Fixed-point fractional library routines.
!                                                              (line 1310)
  * __satfractuhadq:                       Fixed-point fractional library routines.
!                                                              (line 1305)
  * __satfractuhaha:                       Fixed-point fractional library routines.
!                                                              (line 1307)
  * __satfractuhahq:                       Fixed-point fractional library routines.
!                                                              (line 1302)
  * __satfractuhaqq:                       Fixed-point fractional library routines.
!                                                              (line 1300)
  * __satfractuhasa:                       Fixed-point fractional library routines.
!                                                              (line 1309)
  * __satfractuhasq:                       Fixed-point fractional library routines.
!                                                              (line 1303)
  * __satfractuhata:                       Fixed-point fractional library routines.
!                                                              (line 1312)
  * __satfractuhauda2:                     Fixed-point fractional library routines.
!                                                              (line 1324)
  * __satfractuhaudq:                      Fixed-point fractional library routines.
!                                                              (line 1320)
  * __satfractuhauhq:                      Fixed-point fractional library routines.
!                                                              (line 1316)
  * __satfractuhauqq:                      Fixed-point fractional library routines.
!                                                              (line 1314)
  * __satfractuhausa2:                     Fixed-point fractional library routines.
!                                                              (line 1322)
  * __satfractuhausq:                      Fixed-point fractional library routines.
!                                                              (line 1318)
  * __satfractuhauta2:                     Fixed-point fractional library routines.
!                                                              (line 1326)
  * __satfractuhqda:                       Fixed-point fractional library routines.
!                                                              (line 1231)
  * __satfractuhqdq:                       Fixed-point fractional library routines.
!                                                              (line 1228)
  * __satfractuhqha:                       Fixed-point fractional library routines.
!                                                              (line 1229)
  * __satfractuhqhq:                       Fixed-point fractional library routines.
!                                                              (line 1226)
  * __satfractuhqqq:                       Fixed-point fractional library routines.
!                                                              (line 1225)
  * __satfractuhqsa:                       Fixed-point fractional library routines.
!                                                              (line 1230)
  * __satfractuhqsq:                       Fixed-point fractional library routines.
!                                                              (line 1227)
  * __satfractuhqta:                       Fixed-point fractional library routines.
!                                                              (line 1232)
  * __satfractuhquda:                      Fixed-point fractional library routines.
!                                                              (line 1242)
  * __satfractuhqudq2:                     Fixed-point fractional library routines.
!                                                              (line 1237)
  * __satfractuhquha:                      Fixed-point fractional library routines.
-                                                              (line 1239)
- * __satfractuhquqq2:                     Fixed-point fractional library routines.
                                                               (line 1233)
  * __satfractuhqusa:                      Fixed-point fractional library routines.
!                                                              (line 1241)
  * __satfractuhqusq2:                     Fixed-point fractional library routines.
!                                                              (line 1235)
  * __satfractuhquta:                      Fixed-point fractional library routines.
!                                                              (line 1244)
  * __satfractunsdida:                     Fixed-point fractional library routines.
!                                                              (line 1841)
  * __satfractunsdidq:                     Fixed-point fractional library routines.
!                                                              (line 1837)
  * __satfractunsdiha:                     Fixed-point fractional library routines.
!                                                              (line 1839)
  * __satfractunsdihq:                     Fixed-point fractional library routines.
!                                                              (line 1835)
  * __satfractunsdiqq:                     Fixed-point fractional library routines.
!                                                              (line 1834)
  * __satfractunsdisa:                     Fixed-point fractional library routines.
!                                                              (line 1840)
  * __satfractunsdisq:                     Fixed-point fractional library routines.
!                                                              (line 1836)
  * __satfractunsdita:                     Fixed-point fractional library routines.
!                                                              (line 1842)
  * __satfractunsdiuda:                    Fixed-point fractional library routines.
-                                                              (line 1856)
- * __satfractunsdiudq:                    Fixed-point fractional library routines.
                                                               (line 1850)
  * __satfractunsdiuha:                    Fixed-point fractional library routines.
-                                                              (line 1852)
- * __satfractunsdiuhq:                    Fixed-point fractional library routines.
                                                               (line 1846)
  * __satfractunsdiuqq:                    Fixed-point fractional library routines.
!                                                              (line 1844)
  * __satfractunsdiusa:                    Fixed-point fractional library routines.
-                                                              (line 1854)
- * __satfractunsdiusq:                    Fixed-point fractional library routines.
                                                               (line 1848)
  * __satfractunsdiuta:                    Fixed-point fractional library routines.
!                                                              (line 1858)
  * __satfractunshida:                     Fixed-point fractional library routines.
!                                                              (line 1793)
  * __satfractunshidq:                     Fixed-point fractional library routines.
!                                                              (line 1789)
  * __satfractunshiha:                     Fixed-point fractional library routines.
!                                                              (line 1791)
  * __satfractunshihq:                     Fixed-point fractional library routines.
!                                                              (line 1787)
  * __satfractunshiqq:                     Fixed-point fractional library routines.
!                                                              (line 1786)
  * __satfractunshisa:                     Fixed-point fractional library routines.
!                                                              (line 1792)
  * __satfractunshisq:                     Fixed-point fractional library routines.
!                                                              (line 1788)
  * __satfractunshita:                     Fixed-point fractional library routines.
!                                                              (line 1794)
  * __satfractunshiuda:                    Fixed-point fractional library routines.
-                                                              (line 1808)
- * __satfractunshiudq:                    Fixed-point fractional library routines.
                                                               (line 1802)
  * __satfractunshiuha:                    Fixed-point fractional library routines.
-                                                              (line 1804)
- * __satfractunshiuhq:                    Fixed-point fractional library routines.
                                                               (line 1798)
  * __satfractunshiuqq:                    Fixed-point fractional library routines.
!                                                              (line 1796)
  * __satfractunshiusa:                    Fixed-point fractional library routines.
-                                                              (line 1806)
- * __satfractunshiusq:                    Fixed-point fractional library routines.
                                                               (line 1800)
  * __satfractunshiuta:                    Fixed-point fractional library routines.
!                                                              (line 1810)
  * __satfractunsqida:                     Fixed-point fractional library routines.
!                                                              (line 1767)
  * __satfractunsqidq:                     Fixed-point fractional library routines.
!                                                              (line 1763)
  * __satfractunsqiha:                     Fixed-point fractional library routines.
!                                                              (line 1765)
  * __satfractunsqihq:                     Fixed-point fractional library routines.
!                                                              (line 1761)
  * __satfractunsqiqq:                     Fixed-point fractional library routines.
!                                                              (line 1760)
  * __satfractunsqisa:                     Fixed-point fractional library routines.
!                                                              (line 1766)
  * __satfractunsqisq:                     Fixed-point fractional library routines.
!                                                              (line 1762)
  * __satfractunsqita:                     Fixed-point fractional library routines.
!                                                              (line 1768)
  * __satfractunsqiuda:                    Fixed-point fractional library routines.
-                                                              (line 1782)
- * __satfractunsqiudq:                    Fixed-point fractional library routines.
                                                               (line 1776)
  * __satfractunsqiuha:                    Fixed-point fractional library routines.
-                                                              (line 1778)
- * __satfractunsqiuhq:                    Fixed-point fractional library routines.
                                                               (line 1772)
  * __satfractunsqiuqq:                    Fixed-point fractional library routines.
!                                                              (line 1770)
  * __satfractunsqiusa:                    Fixed-point fractional library routines.
-                                                              (line 1780)
- * __satfractunsqiusq:                    Fixed-point fractional library routines.
                                                               (line 1774)
  * __satfractunsqiuta:                    Fixed-point fractional library routines.
!                                                              (line 1784)
  * __satfractunssida:                     Fixed-point fractional library routines.
!                                                              (line 1818)
  * __satfractunssidq:                     Fixed-point fractional library routines.
!                                                              (line 1815)
  * __satfractunssiha:                     Fixed-point fractional library routines.
!                                                              (line 1816)
  * __satfractunssihq:                     Fixed-point fractional library routines.
!                                                              (line 1813)
  * __satfractunssiqq:                     Fixed-point fractional library routines.
!                                                              (line 1812)
  * __satfractunssisa:                     Fixed-point fractional library routines.
!                                                              (line 1817)
  * __satfractunssisq:                     Fixed-point fractional library routines.
!                                                              (line 1814)
  * __satfractunssita:                     Fixed-point fractional library routines.
!                                                              (line 1819)
  * __satfractunssiuda:                    Fixed-point fractional library routines.
!                                                              (line 1830)
  * __satfractunssiudq:                    Fixed-point fractional library routines.
!                                                              (line 1825)
  * __satfractunssiuha:                    Fixed-point fractional library routines.
!                                                              (line 1827)
  * __satfractunssiuhq:                    Fixed-point fractional library routines.
!                                                              (line 1822)
  * __satfractunssiuqq:                    Fixed-point fractional library routines.
!                                                              (line 1820)
  * __satfractunssiusa:                    Fixed-point fractional library routines.
!                                                              (line 1829)
  * __satfractunssiusq:                    Fixed-point fractional library routines.
!                                                              (line 1823)
  * __satfractunssiuta:                    Fixed-point fractional library routines.
!                                                              (line 1832)
  * __satfractunstida:                     Fixed-point fractional library routines.
!                                                              (line 1870)
  * __satfractunstidq:                     Fixed-point fractional library routines.
!                                                              (line 1865)
  * __satfractunstiha:                     Fixed-point fractional library routines.
!                                                              (line 1867)
  * __satfractunstihq:                     Fixed-point fractional library routines.
!                                                              (line 1862)
  * __satfractunstiqq:                     Fixed-point fractional library routines.
!                                                              (line 1860)
  * __satfractunstisa:                     Fixed-point fractional library routines.
!                                                              (line 1869)
  * __satfractunstisq:                     Fixed-point fractional library routines.
!                                                              (line 1863)
  * __satfractunstita:                     Fixed-point fractional library routines.
!                                                              (line 1872)
  * __satfractunstiuda:                    Fixed-point fractional library routines.
-                                                              (line 1886)
- * __satfractunstiudq:                    Fixed-point fractional library routines.
                                                               (line 1880)
  * __satfractunstiuha:                    Fixed-point fractional library routines.
-                                                              (line 1882)
- * __satfractunstiuhq:                    Fixed-point fractional library routines.
                                                               (line 1876)
  * __satfractunstiuqq:                    Fixed-point fractional library routines.
!                                                              (line 1874)
  * __satfractunstiusa:                    Fixed-point fractional library routines.
-                                                              (line 1884)
- * __satfractunstiusq:                    Fixed-point fractional library routines.
                                                               (line 1878)
  * __satfractunstiuta:                    Fixed-point fractional library routines.
!                                                              (line 1888)
  * __satfractuqqda:                       Fixed-point fractional library routines.
!                                                              (line 1207)
  * __satfractuqqdq:                       Fixed-point fractional library routines.
!                                                              (line 1202)
  * __satfractuqqha:                       Fixed-point fractional library routines.
!                                                              (line 1204)
  * __satfractuqqhq:                       Fixed-point fractional library routines.
!                                                              (line 1199)
  * __satfractuqqqq:                       Fixed-point fractional library routines.
!                                                              (line 1197)
  * __satfractuqqsa:                       Fixed-point fractional library routines.
!                                                              (line 1206)
  * __satfractuqqsq:                       Fixed-point fractional library routines.
!                                                              (line 1200)
  * __satfractuqqta:                       Fixed-point fractional library routines.
!                                                              (line 1209)
  * __satfractuqquda:                      Fixed-point fractional library routines.
-                                                              (line 1221)
- * __satfractuqqudq2:                     Fixed-point fractional library routines.
                                                               (line 1215)
  * __satfractuqquha:                      Fixed-point fractional library routines.
-                                                              (line 1217)
- * __satfractuqquhq2:                     Fixed-point fractional library routines.
                                                               (line 1211)
  * __satfractuqqusa:                      Fixed-point fractional library routines.
-                                                              (line 1219)
- * __satfractuqqusq2:                     Fixed-point fractional library routines.
                                                               (line 1213)
  * __satfractuqquta:                      Fixed-point fractional library routines.
!                                                              (line 1223)
  * __satfractusada:                       Fixed-point fractional library routines.
!                                                              (line 1334)
  * __satfractusadq:                       Fixed-point fractional library routines.
!                                                              (line 1331)
  * __satfractusaha:                       Fixed-point fractional library routines.
!                                                              (line 1332)
  * __satfractusahq:                       Fixed-point fractional library routines.
!                                                              (line 1329)
  * __satfractusaqq:                       Fixed-point fractional library routines.
!                                                              (line 1328)
  * __satfractusasa:                       Fixed-point fractional library routines.
!                                                              (line 1333)
  * __satfractusasq:                       Fixed-point fractional library routines.
!                                                              (line 1330)
  * __satfractusata:                       Fixed-point fractional library routines.
!                                                              (line 1335)
  * __satfractusauda2:                     Fixed-point fractional library routines.
!                                                              (line 1345)
  * __satfractusaudq:                      Fixed-point fractional library routines.
!                                                              (line 1341)
  * __satfractusauha2:                     Fixed-point fractional library routines.
!                                                              (line 1343)
  * __satfractusauhq:                      Fixed-point fractional library routines.
!                                                              (line 1338)
  * __satfractusauqq:                      Fixed-point fractional library routines.
!                                                              (line 1336)
  * __satfractusausq:                      Fixed-point fractional library routines.
!                                                              (line 1339)
  * __satfractusauta2:                     Fixed-point fractional library routines.
!                                                              (line 1347)
  * __satfractusqda:                       Fixed-point fractional library routines.
!                                                              (line 1255)
  * __satfractusqdq:                       Fixed-point fractional library routines.
!                                                              (line 1250)
  * __satfractusqha:                       Fixed-point fractional library routines.
!                                                              (line 1252)
  * __satfractusqhq:                       Fixed-point fractional library routines.
!                                                              (line 1248)
  * __satfractusqqq:                       Fixed-point fractional library routines.
!                                                              (line 1246)
  * __satfractusqsa:                       Fixed-point fractional library routines.
!                                                              (line 1254)
  * __satfractusqsq:                       Fixed-point fractional library routines.
!                                                              (line 1249)
  * __satfractusqta:                       Fixed-point fractional library routines.
!                                                              (line 1256)
  * __satfractusquda:                      Fixed-point fractional library routines.
-                                                              (line 1268)
- * __satfractusqudq2:                     Fixed-point fractional library routines.
                                                               (line 1262)
  * __satfractusquha:                      Fixed-point fractional library routines.
!                                                              (line 1264)
  * __satfractusquhq2:                     Fixed-point fractional library routines.
!                                                              (line 1260)
  * __satfractusquqq2:                     Fixed-point fractional library routines.
!                                                              (line 1258)
  * __satfractusqusa:                      Fixed-point fractional library routines.
!                                                              (line 1266)
  * __satfractusquta:                      Fixed-point fractional library routines.
!                                                              (line 1270)
  * __satfractutada:                       Fixed-point fractional library routines.
!                                                              (line 1385)
  * __satfractutadq:                       Fixed-point fractional library routines.
!                                                              (line 1380)
  * __satfractutaha:                       Fixed-point fractional library routines.
!                                                              (line 1382)
  * __satfractutahq:                       Fixed-point fractional library routines.
!                                                              (line 1377)
  * __satfractutaqq:                       Fixed-point fractional library routines.
!                                                              (line 1375)
  * __satfractutasa:                       Fixed-point fractional library routines.
!                                                              (line 1384)
  * __satfractutasq:                       Fixed-point fractional library routines.
!                                                              (line 1378)
  * __satfractutata:                       Fixed-point fractional library routines.
!                                                              (line 1387)
  * __satfractutauda2:                     Fixed-point fractional library routines.
-                                                              (line 1401)
- * __satfractutaudq:                      Fixed-point fractional library routines.
                                                               (line 1395)
  * __satfractutauha2:                     Fixed-point fractional library routines.
-                                                              (line 1397)
- * __satfractutauhq:                      Fixed-point fractional library routines.
                                                               (line 1391)
  * __satfractutauqq:                      Fixed-point fractional library routines.
!                                                              (line 1389)
  * __satfractutausa2:                     Fixed-point fractional library routines.
-                                                              (line 1399)
- * __satfractutausq:                      Fixed-point fractional library routines.
                                                               (line 1393)
  * __splitstack_find:                     Miscellaneous routines.
!                                                              (line   15)
  * __ssaddda3:                            Fixed-point fractional library routines.
!                                                              (line   74)
  * __ssadddq3:                            Fixed-point fractional library routines.
!                                                              (line   69)
  * __ssaddha3:                            Fixed-point fractional library routines.
!                                                              (line   71)
  * __ssaddhq3:                            Fixed-point fractional library routines.
!                                                              (line   67)
  * __ssaddqq3:                            Fixed-point fractional library routines.
!                                                              (line   65)
  * __ssaddsa3:                            Fixed-point fractional library routines.
!                                                              (line   73)
  * __ssaddsq3:                            Fixed-point fractional library routines.
!                                                              (line   68)
  * __ssaddta3:                            Fixed-point fractional library routines.
!                                                              (line   75)
  * __ssashlda3:                           Fixed-point fractional library routines.
!                                                              (line  409)
  * __ssashldq3:                           Fixed-point fractional library routines.
!                                                              (line  405)
  * __ssashlha3:                           Fixed-point fractional library routines.
!                                                              (line  407)
  * __ssashlhq3:                           Fixed-point fractional library routines.
!                                                              (line  403)
  * __ssashlsa3:                           Fixed-point fractional library routines.
!                                                              (line  408)
  * __ssashlsq3:                           Fixed-point fractional library routines.
!                                                              (line  404)
  * __ssashlta3:                           Fixed-point fractional library routines.
!                                                              (line  410)
  * __ssdivda3:                            Fixed-point fractional library routines.
!                                                              (line  268)
  * __ssdivdq3:                            Fixed-point fractional library routines.
!                                                              (line  263)
  * __ssdivha3:                            Fixed-point fractional library routines.
!                                                              (line  265)
  * __ssdivhq3:                            Fixed-point fractional library routines.
!                                                              (line  261)
  * __ssdivqq3:                            Fixed-point fractional library routines.
!                                                              (line  259)
  * __ssdivsa3:                            Fixed-point fractional library routines.
!                                                              (line  267)
  * __ssdivsq3:                            Fixed-point fractional library routines.
!                                                              (line  262)
  * __ssdivta3:                            Fixed-point fractional library routines.
!                                                              (line  269)
  * __ssmulda3:                            Fixed-point fractional library routines.
!                                                              (line  200)
  * __ssmuldq3:                            Fixed-point fractional library routines.
!                                                              (line  195)
  * __ssmulha3:                            Fixed-point fractional library routines.
!                                                              (line  197)
  * __ssmulhq3:                            Fixed-point fractional library routines.
!                                                              (line  193)
  * __ssmulqq3:                            Fixed-point fractional library routines.
!                                                              (line  191)
  * __ssmulsa3:                            Fixed-point fractional library routines.
!                                                              (line  199)
  * __ssmulsq3:                            Fixed-point fractional library routines.
!                                                              (line  194)
  * __ssmulta3:                            Fixed-point fractional library routines.
!                                                              (line  201)
  * __ssnegda2:                            Fixed-point fractional library routines.
!                                                              (line  323)
  * __ssnegdq2:                            Fixed-point fractional library routines.
!                                                              (line  320)
  * __ssnegha2:                            Fixed-point fractional library routines.
!                                                              (line  321)
  * __ssneghq2:                            Fixed-point fractional library routines.
!                                                              (line  318)
  * __ssnegqq2:                            Fixed-point fractional library routines.
!                                                              (line  317)
  * __ssnegsa2:                            Fixed-point fractional library routines.
!                                                              (line  322)
  * __ssnegsq2:                            Fixed-point fractional library routines.
!                                                              (line  319)
  * __ssnegta2:                            Fixed-point fractional library routines.
!                                                              (line  324)
  * __sssubda3:                            Fixed-point fractional library routines.
!                                                              (line  136)
  * __sssubdq3:                            Fixed-point fractional library routines.
!                                                              (line  131)
  * __sssubha3:                            Fixed-point fractional library routines.
!                                                              (line  133)
  * __sssubhq3:                            Fixed-point fractional library routines.
!                                                              (line  129)
  * __sssubqq3:                            Fixed-point fractional library routines.
!                                                              (line  127)
  * __sssubsa3:                            Fixed-point fractional library routines.
!                                                              (line  135)
  * __sssubsq3:                            Fixed-point fractional library routines.
!                                                              (line  130)
  * __sssubta3:                            Fixed-point fractional library routines.
!                                                              (line  137)
  * __subda3:                              Fixed-point fractional library routines.
!                                                              (line  114)
  * __subdf3:                              Soft float library routines.
!                                                              (line   30)
  * __subdq3:                              Fixed-point fractional library routines.
!                                                              (line  101)
  * __subha3:                              Fixed-point fractional library routines.
!                                                              (line  111)
  * __subhq3:                              Fixed-point fractional library routines.
!                                                              (line   99)
  * __subqq3:                              Fixed-point fractional library routines.
!                                                              (line   97)
  * __subsa3:                              Fixed-point fractional library routines.
!                                                              (line  113)
  * __subsf3:                              Soft float library routines.
!                                                              (line   29)
  * __subsq3:                              Fixed-point fractional library routines.
!                                                              (line  100)
  * __subta3:                              Fixed-point fractional library routines.
!                                                              (line  115)
  * __subtf3:                              Soft float library routines.
!                                                              (line   31)
  * __subuda3:                             Fixed-point fractional library routines.
!                                                              (line  121)
  * __subudq3:                             Fixed-point fractional library routines.
!                                                              (line  109)
  * __subuha3:                             Fixed-point fractional library routines.
!                                                              (line  117)
  * __subuhq3:                             Fixed-point fractional library routines.
!                                                              (line  105)
  * __subuqq3:                             Fixed-point fractional library routines.
!                                                              (line  103)
  * __subusa3:                             Fixed-point fractional library routines.
!                                                              (line  119)
  * __subusq3:                             Fixed-point fractional library routines.
!                                                              (line  107)
  * __subuta3:                             Fixed-point fractional library routines.
!                                                              (line  123)
  * __subvdi3:                             Integer library routines.
!                                                              (line  122)
  * __subvsi3:                             Integer library routines.
!                                                              (line  121)
  * __subxf3:                              Soft float library routines.
!                                                              (line   33)
  * __truncdfsf2:                          Soft float library routines.
!                                                              (line   75)
  * __trunctfdf2:                          Soft float library routines.
!                                                              (line   72)
  * __trunctfsf2:                          Soft float library routines.
!                                                              (line   74)
  * __truncxfdf2:                          Soft float library routines.
!                                                              (line   71)
  * __truncxfsf2:                          Soft float library routines.
!                                                              (line   73)
  * __ucmpdi2:                             Integer library routines.
-                                                              (line   92)
- * __ucmpti2:                             Integer library routines.
                                                               (line   93)
  * __udivdi3:                             Integer library routines.
!                                                              (line   52)
  * __udivmoddi4:                          Integer library routines.
-                                                              (line   59)
- * __udivmodti4:                          Integer library routines.
                                                               (line   61)
  * __udivsi3:                             Integer library routines.
!                                                              (line   50)
  * __udivti3:                             Integer library routines.
!                                                              (line   54)
  * __udivuda3:                            Fixed-point fractional library routines.
-                                                              (line  252)
- * __udivudq3:                            Fixed-point fractional library routines.
                                                               (line  246)
  * __udivuha3:                            Fixed-point fractional library routines.
-                                                              (line  248)
- * __udivuhq3:                            Fixed-point fractional library routines.
                                                               (line  242)
  * __udivuqq3:                            Fixed-point fractional library routines.
!                                                              (line  240)
  * __udivusa3:                            Fixed-point fractional library routines.
-                                                              (line  250)
- * __udivusq3:                            Fixed-point fractional library routines.
                                                               (line  244)
  * __udivuta3:                            Fixed-point fractional library routines.
!                                                              (line  254)
  * __umoddi3:                             Integer library routines.
!                                                              (line   69)
  * __umodsi3:                             Integer library routines.
!                                                              (line   67)
  * __umodti3:                             Integer library routines.
!                                                              (line   71)
  * __unorddf2:                            Soft float library routines.
!                                                              (line  172)
  * __unordsf2:                            Soft float library routines.
!                                                              (line  171)
  * __unordtf2:                            Soft float library routines.
!                                                              (line  173)
  * __usadduda3:                           Fixed-point fractional library routines.
-                                                              (line   91)
- * __usaddudq3:                           Fixed-point fractional library routines.
                                                               (line   85)
  * __usadduha3:                           Fixed-point fractional library routines.
-                                                              (line   87)
- * __usadduhq3:                           Fixed-point fractional library routines.
                                                               (line   81)
  * __usadduqq3:                           Fixed-point fractional library routines.
!                                                              (line   79)
  * __usaddusa3:                           Fixed-point fractional library routines.
-                                                              (line   89)
- * __usaddusq3:                           Fixed-point fractional library routines.
                                                               (line   83)
  * __usadduta3:                           Fixed-point fractional library routines.
!                                                              (line   93)
  * __usashluda3:                          Fixed-point fractional library routines.
-                                                              (line  427)
- * __usashludq3:                          Fixed-point fractional library routines.
                                                               (line  421)
  * __usashluha3:                          Fixed-point fractional library routines.
-                                                              (line  423)
- * __usashluhq3:                          Fixed-point fractional library routines.
                                                               (line  417)
  * __usashluqq3:                          Fixed-point fractional library routines.
!                                                              (line  415)
  * __usashlusa3:                          Fixed-point fractional library routines.
-                                                              (line  425)
- * __usashlusq3:                          Fixed-point fractional library routines.
                                                               (line  419)
  * __usashluta3:                          Fixed-point fractional library routines.
!                                                              (line  429)
  * __usdivuda3:                           Fixed-point fractional library routines.
-                                                              (line  286)
- * __usdivudq3:                           Fixed-point fractional library routines.
                                                               (line  280)
  * __usdivuha3:                           Fixed-point fractional library routines.
-                                                              (line  282)
- * __usdivuhq3:                           Fixed-point fractional library routines.
                                                               (line  276)
  * __usdivuqq3:                           Fixed-point fractional library routines.
!                                                              (line  274)
  * __usdivusa3:                           Fixed-point fractional library routines.
-                                                              (line  284)
- * __usdivusq3:                           Fixed-point fractional library routines.
                                                               (line  278)
  * __usdivuta3:                           Fixed-point fractional library routines.
!                                                              (line  288)
  * __usmuluda3:                           Fixed-point fractional library routines.
-                                                              (line  218)
- * __usmuludq3:                           Fixed-point fractional library routines.
                                                               (line  212)
  * __usmuluha3:                           Fixed-point fractional library routines.
-                                                              (line  214)
- * __usmuluhq3:                           Fixed-point fractional library routines.
                                                               (line  208)
  * __usmuluqq3:                           Fixed-point fractional library routines.
!                                                              (line  206)
  * __usmulusa3:                           Fixed-point fractional library routines.
-                                                              (line  216)
- * __usmulusq3:                           Fixed-point fractional library routines.
                                                               (line  210)
  * __usmuluta3:                           Fixed-point fractional library routines.
!                                                              (line  220)
  * __usneguda2:                           Fixed-point fractional library routines.
!                                                              (line  337)
  * __usnegudq2:                           Fixed-point fractional library routines.
!                                                              (line  332)
  * __usneguha2:                           Fixed-point fractional library routines.
!                                                              (line  334)
  * __usneguhq2:                           Fixed-point fractional library routines.
!                                                              (line  329)
  * __usneguqq2:                           Fixed-point fractional library routines.
!                                                              (line  327)
  * __usnegusa2:                           Fixed-point fractional library routines.
!                                                              (line  336)
  * __usnegusq2:                           Fixed-point fractional library routines.
!                                                              (line  330)
  * __usneguta2:                           Fixed-point fractional library routines.
!                                                              (line  339)
  * __ussubuda3:                           Fixed-point fractional library routines.
-                                                              (line  154)
- * __ussubudq3:                           Fixed-point fractional library routines.
                                                               (line  148)
  * __ussubuha3:                           Fixed-point fractional library routines.
-                                                              (line  150)
- * __ussubuhq3:                           Fixed-point fractional library routines.
                                                               (line  144)
  * __ussubuqq3:                           Fixed-point fractional library routines.
!                                                              (line  142)
  * __ussubusa3:                           Fixed-point fractional library routines.
-                                                              (line  152)
- * __ussubusq3:                           Fixed-point fractional library routines.
                                                               (line  146)
  * __ussubuta3:                           Fixed-point fractional library routines.
!                                                              (line  156)
! * abort:                                 Portability.        (line   20)
! * abs:                                   Arithmetic.         (line  200)
! * abs and attributes:                    Expressions.        (line   83)
! * absence_set:                           Processor pipeline description.
!                                                              (line  223)
! * absM2 instruction pattern:             Standard Names.     (line  624)
! * absolute value:                        Arithmetic.         (line  200)
  * ABS_EXPR:                              Unary and Binary Expressions.
                                                               (line    6)
  * access to operands:                    Accessors.          (line    6)
  * access to special operands:            Special Accessors.  (line    6)
  * accessors:                             Accessors.          (line    6)
! * ACCUMULATE_OUTGOING_ARGS:              Stack Arguments.    (line   48)
! * ACCUMULATE_OUTGOING_ARGS and stack frames: Function Entry. (line  133)
! * ACCUM_TYPE_SIZE:                       Type Layout.        (line   87)
! * acosM2 instruction pattern:            Standard Names.     (line  711)
! * ADA_LONG_TYPE_SIZE:                    Type Layout.        (line   25)
  * Adding a new GIMPLE statement code:    Adding a new GIMPLE statement code.
                                                               (line    6)
! * ADDITIONAL_REGISTER_NAMES:             Instruction Output. (line   14)
! * addM3 instruction pattern:             Standard Names.     (line  309)
! * addMODEcc instruction pattern:         Standard Names.     (line 1288)
! * addptrM3 instruction pattern:          Standard Names.     (line  342)
! * address constraints:                   Simple Constraints. (line  162)
! * addressing modes:                      Addressing Modes.   (line    6)
! * address_operand:                       Machine-Independent Predicates.
!                                                              (line   62)
! * address_operand <1>:                   Simple Constraints. (line  166)
! * addr_diff_vec:                         Side Effects.       (line  314)
  * addr_diff_vec, length of:              Insn Lengths.       (line   26)
  * ADDR_EXPR:                             Storage References. (line    6)
! * addr_vec:                              Side Effects.       (line  309)
  * addr_vec, length of:                   Insn Lengths.       (line   26)
! * addvM4 instruction pattern:            Standard Names.     (line  325)
! * ADJUST_FIELD_ALIGN:                    Storage Layout.     (line  212)
  * ADJUST_INSN_LENGTH:                    Insn Lengths.       (line   41)
! * ADJUST_REG_ALLOC_ORDER:                Allocation Order.   (line   22)
  * aggregates as return values:           Aggregate Return.   (line    6)
  * alias:                                 Alias analysis.     (line    6)
- * allocate_stack instruction pattern:    Standard Names.     (line 1616)
  * ALL_REGS:                              Register Classes.   (line   17)
  * alternate entry points:                Insns.              (line  146)
  * anchored addresses:                    Anchored Addresses. (line    6)
! * and:                                   Arithmetic.         (line  158)
  * and and attributes:                    Expressions.        (line   50)
  * and, canonicalization of:              Insn Canonicalizations.
!                                                              (line   51)
! * andM3 instruction pattern:             Standard Names.     (line  315)
  * ANNOTATE_EXPR:                         Unary and Binary Expressions.
                                                               (line    6)
  * annotations:                           Annotations.        (line    6)
  * APPLY_RESULT_SIZE:                     Scalar Return.      (line  112)
! * ARGS_GROW_DOWNWARD:                    Frame Layout.       (line   30)
  * argument passing:                      Interface.          (line   36)
  * arguments in registers:                Register Arguments. (line    6)
  * arguments on stack:                    Stack Arguments.    (line    6)
- * ARG_POINTER_CFA_OFFSET:                Frame Layout.       (line  190)
- * ARG_POINTER_REGNUM:                    Frame Registers.    (line   40)
- * ARG_POINTER_REGNUM and virtual registers: Regs and Memory. (line   65)
- * arg_pointer_rtx:                       Frame Registers.    (line  104)
  * arithmetic library:                    Soft float library routines.
                                                               (line    6)
! * arithmetic shift:                      Arithmetic.         (line  173)
! * arithmetic shift with signed saturation: Arithmetic.       (line  173)
! * arithmetic shift with unsigned saturation: Arithmetic.     (line  173)
  * arithmetic, in RTL:                    Arithmetic.         (line    6)
! * ARITHMETIC_TYPE_P:                     Types for C++.      (line   59)
  * array:                                 Types.              (line    6)
  * ARRAY_RANGE_REF:                       Storage References. (line    6)
  * ARRAY_REF:                             Storage References. (line    6)
  * ARRAY_TYPE:                            Types.              (line    6)
! * ashift:                                Arithmetic.         (line  173)
! * ashift and attributes:                 Expressions.        (line   83)
! * ashiftrt:                              Arithmetic.         (line  190)
! * ashiftrt and attributes:               Expressions.        (line   83)
! * ashlM3 instruction pattern:            Standard Names.     (line  593)
! * ashrM3 instruction pattern:            Standard Names.     (line  605)
! * asinM2 instruction pattern:            Standard Names.     (line  705)
! * ASM_APP_OFF:                           File Framework.     (line   76)
! * ASM_APP_ON:                            File Framework.     (line   69)
! * ASM_COMMENT_START:                     File Framework.     (line   64)
! * ASM_DECLARE_COLD_FUNCTION_NAME:        Label Output.       (line  136)
! * ASM_DECLARE_COLD_FUNCTION_SIZE:        Label Output.       (line  151)
! * ASM_DECLARE_FUNCTION_NAME:             Label Output.       (line  108)
! * ASM_DECLARE_FUNCTION_SIZE:             Label Output.       (line  123)
! * ASM_DECLARE_OBJECT_NAME:               Label Output.       (line  164)
! * ASM_DECLARE_REGISTER_GLOBAL:           Label Output.       (line  192)
! * ASM_FINAL_SPEC:                        Driver.             (line   81)
! * ASM_FINISH_DECLARE_OBJECT:             Label Output.       (line  200)
! * ASM_FORMAT_PRIVATE_NAME:               Label Output.       (line  426)
! * asm_fprintf:                           Instruction Output. (line  150)
! * ASM_FPRINTF_EXTENSIONS:                Instruction Output. (line  160)
! * ASM_GENERATE_INTERNAL_LABEL:           Label Output.       (line  410)
! * asm_input:                             Side Effects.       (line  296)
  * asm_input and /v:                      Flags.              (line   76)
! * ASM_MAYBE_OUTPUT_ENCODED_ADDR_RTX:     Exception Handling. (line   80)
! * asm_noperands:                         Insns.              (line  304)
! * ASM_NO_SKIP_IN_TEXT:                   Alignment Output.   (line   78)
  * asm_operands and /v:                   Flags.              (line   76)
  * asm_operands, RTL sharing:             Sharing.            (line   45)
  * asm_operands, usage:                   Assembler.          (line    6)
! * ASM_OUTPUT_ADDR_DIFF_ELT:              Dispatch Tables.    (line    8)
! * ASM_OUTPUT_ADDR_VEC_ELT:               Dispatch Tables.    (line   25)
! * ASM_OUTPUT_ALIGN:                      Alignment Output.   (line   85)
! * ASM_OUTPUT_ALIGNED_BSS:                Uninitialized Data. (line   45)
! * ASM_OUTPUT_ALIGNED_COMMON:             Uninitialized Data. (line   29)
! * ASM_OUTPUT_ALIGNED_DECL_COMMON:        Uninitialized Data. (line   36)
! * ASM_OUTPUT_ALIGNED_DECL_LOCAL:         Uninitialized Data. (line   89)
! * ASM_OUTPUT_ALIGNED_LOCAL:              Uninitialized Data. (line   82)
! * ASM_OUTPUT_ALIGN_WITH_NOP:             Alignment Output.   (line   90)
! * ASM_OUTPUT_ASCII:                      Data Output.        (line   54)
! * ASM_OUTPUT_CASE_END:                   Dispatch Tables.    (line   50)
! * ASM_OUTPUT_CASE_LABEL:                 Dispatch Tables.    (line   37)
! * ASM_OUTPUT_COMMON:                     Uninitialized Data. (line    9)
! * ASM_OUTPUT_DEBUG_LABEL:                Label Output.       (line  398)
! * ASM_OUTPUT_DEF:                        Label Output.       (line  447)
! * ASM_OUTPUT_DEF_FROM_DECLS:             Label Output.       (line  454)
! * ASM_OUTPUT_DWARF_DATAREL:              SDB and DWARF.      (line   93)
! * ASM_OUTPUT_DWARF_DELTA:                SDB and DWARF.      (line   72)
! * ASM_OUTPUT_DWARF_OFFSET:               SDB and DWARF.      (line   81)
! * ASM_OUTPUT_DWARF_PCREL:                SDB and DWARF.      (line   88)
! * ASM_OUTPUT_DWARF_TABLE_REF:            SDB and DWARF.      (line   98)
! * ASM_OUTPUT_DWARF_VMS_DELTA:            SDB and DWARF.      (line   76)
! * ASM_OUTPUT_EXTERNAL:                   Label Output.       (line  327)
! * ASM_OUTPUT_FDESC:                      Data Output.        (line   63)
! * ASM_OUTPUT_FUNCTION_LABEL:             Label Output.       (line   16)
! * ASM_OUTPUT_INTERNAL_LABEL:             Label Output.       (line   27)
! * ASM_OUTPUT_LABEL:                      Label Output.       (line    8)
! * ASM_OUTPUT_LABELREF:                   Label Output.       (line  349)
! * ASM_OUTPUT_LABEL_REF:                  Label Output.       (line  371)
! * ASM_OUTPUT_LOCAL:                      Uninitialized Data. (line   69)
! * ASM_OUTPUT_MAX_SKIP_ALIGN:             Alignment Output.   (line   94)
! * ASM_OUTPUT_MEASURED_SIZE:              Label Output.       (line   51)
! * ASM_OUTPUT_OPCODE:                     Instruction Output. (line   35)
! * ASM_OUTPUT_POOL_EPILOGUE:              Data Output.        (line  112)
! * ASM_OUTPUT_POOL_PROLOGUE:              Data Output.        (line   76)
! * ASM_OUTPUT_REG_POP:                    Instruction Output. (line  206)
! * ASM_OUTPUT_REG_PUSH:                   Instruction Output. (line  201)
! * ASM_OUTPUT_SIZE_DIRECTIVE:             Label Output.       (line   45)
! * ASM_OUTPUT_SKIP:                       Alignment Output.   (line   72)
! * ASM_OUTPUT_SOURCE_FILENAME:            File Framework.     (line   83)
! * ASM_OUTPUT_SPECIAL_POOL_ENTRY:         Data Output.        (line   87)
! * ASM_OUTPUT_SYMBOL_REF:                 Label Output.       (line  364)
! * ASM_OUTPUT_TYPE_DIRECTIVE:             Label Output.       (line   98)
! * ASM_OUTPUT_WEAKREF:                    Label Output.       (line  259)
! * ASM_OUTPUT_WEAK_ALIAS:                 Label Output.       (line  473)
! * ASM_PREFERRED_EH_DATA_FORMAT:          Exception Handling. (line   66)
! * ASM_SPEC:                              Driver.             (line   73)
! * ASM_STABD_OP:                          DBX Options.        (line   34)
! * ASM_STABN_OP:                          DBX Options.        (line   41)
! * ASM_STABS_OP:                          DBX Options.        (line   28)
! * ASM_WEAKEN_DECL:                       Label Output.       (line  251)
! * ASM_WEAKEN_LABEL:                      Label Output.       (line  238)
  * assembler format:                      File Framework.     (line    6)
  * assembler instructions in RTL:         Assembler.          (line    6)
! * ASSEMBLER_DIALECT:                     Instruction Output. (line  172)
! * assemble_name:                         Label Output.       (line    8)
! * assemble_name_raw:                     Label Output.       (line   27)
  * assigning attribute values to insns:   Tagging Insns.      (line    6)
! * ASSUME_EXTENDED_UNWIND_CONTEXT:        Frame Registers.    (line  165)
  * asterisk in template:                  Output Statement.   (line   29)
! * AS_NEEDS_DASH_FOR_PIPED_INPUT:         Driver.             (line   88)
! * atan2M3 instruction pattern:           Standard Names.     (line  806)
! * atanM2 instruction pattern:            Standard Names.     (line  717)
! * atomic:                                GTY Options.        (line  197)
! * atomic_addMODE instruction pattern:    Standard Names.     (line 2017)
! * atomic_add_fetchMODE instruction pattern: Standard Names.  (line 2046)
! * atomic_andMODE instruction pattern:    Standard Names.     (line 2017)
! * atomic_and_fetchMODE instruction pattern: Standard Names.  (line 2046)
  * atomic_bit_test_and_complementMODE instruction pattern: Standard Names.
!                                                              (line 2074)
  * atomic_bit_test_and_resetMODE instruction pattern: Standard Names.
!                                                              (line 2074)
  * atomic_bit_test_and_setMODE instruction pattern: Standard Names.
!                                                              (line 2074)
  * atomic_compare_and_swapMODE instruction pattern: Standard Names.
!                                                              (line 1953)
! * atomic_exchangeMODE instruction pattern: Standard Names.   (line 2005)
! * atomic_fetch_addMODE instruction pattern: Standard Names.  (line 2031)
! * atomic_fetch_andMODE instruction pattern: Standard Names.  (line 2031)
! * atomic_fetch_nandMODE instruction pattern: Standard Names. (line 2031)
! * atomic_fetch_orMODE instruction pattern: Standard Names.   (line 2031)
! * atomic_fetch_subMODE instruction pattern: Standard Names.  (line 2031)
! * atomic_fetch_xorMODE instruction pattern: Standard Names.  (line 2031)
! * atomic_loadMODE instruction pattern:   Standard Names.     (line 1984)
! * atomic_nandMODE instruction pattern:   Standard Names.     (line 2017)
! * atomic_nand_fetchMODE instruction pattern: Standard Names. (line 2046)
! * atomic_orMODE instruction pattern:     Standard Names.     (line 2017)
! * atomic_or_fetchMODE instruction pattern: Standard Names.   (line 2046)
! * atomic_storeMODE instruction pattern:  Standard Names.     (line 1994)
! * atomic_subMODE instruction pattern:    Standard Names.     (line 2017)
! * atomic_sub_fetchMODE instruction pattern: Standard Names.  (line 2046)
! * atomic_test_and_set instruction pattern: Standard Names.   (line 2063)
! * atomic_xorMODE instruction pattern:    Standard Names.     (line 2017)
! * atomic_xor_fetchMODE instruction pattern: Standard Names.  (line 2046)
! * attr:                                  Expressions.        (line  163)
  * attr <1>:                              Tagging Insns.      (line   54)
  * attribute expressions:                 Expressions.        (line    6)
  * attribute specifications:              Attr Example.       (line    6)
  * attribute specifications example:      Attr Example.       (line    6)
  * attributes:                            Attributes.         (line    6)
  * attributes, defining:                  Defining Attributes.
                                                               (line    6)
  * attributes, target-specific:           Target Attributes.  (line    6)
! * ATTRIBUTE_ALIGNED_VALUE:               Storage Layout.     (line  194)
! * attr_flag:                             Expressions.        (line  138)
! * autoincrement addressing, availability: Portability.       (line   20)
  * autoincrement/decrement addressing:    Simple Constraints. (line   30)
  * automata_option:                       Processor pipeline description.
!                                                              (line  304)
  * automaton based pipeline description:  Processor pipeline description.
                                                               (line    6)
- * automaton based pipeline description <1>: Processor pipeline description.
-                                                              (line   49)
  * automaton based scheduler:             Processor pipeline description.
                                                               (line    6)
  * AVOID_CCMODE_COPIES:                   Values in Registers.
!                                                              (line  150)
  * backslash:                             Output Template.    (line   46)
! * barrier:                               Insns.              (line  176)
  * barrier and /f:                        Flags.              (line  107)
  * barrier and /v:                        Flags.              (line   44)
! * BASE_REG_CLASS:                        Register Classes.   (line  111)
  * basic block:                           Basic Blocks.       (line    6)
  * Basic Statements:                      Basic Statements.   (line    6)
  * basic-block.h:                         Control Flow.       (line    6)
- * basic_block:                           Basic Blocks.       (line    6)
  * BASIC_BLOCK:                           Basic Blocks.       (line   14)
  * BB_HEAD, BB_END:                       Maintaining the CFG.
!                                                              (line   76)
! * bb_seq:                                GIMPLE sequences.   (line   72)
! * BIGGEST_ALIGNMENT:                     Storage Layout.     (line  179)
! * BIGGEST_FIELD_ALIGNMENT:               Storage Layout.     (line  205)
  * BImode:                                Machine Modes.      (line   22)
  * BIND_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
  * BINFO_TYPE:                            Classes.            (line    6)
  * bit-fields:                            Bit-Fields.         (line    6)
- * BITFIELD_NBYTES_LIMITED:               Storage Layout.     (line  418)
- * BITS_BIG_ENDIAN:                       Storage Layout.     (line   11)
- * BITS_BIG_ENDIAN, effect on sign_extract: Bit-Fields.       (line    8)
- * BITS_PER_UNIT:                         Machine Modes.      (line  354)
- * BITS_PER_WORD:                         Storage Layout.     (line   50)
- * bitwise complement:                    Arithmetic.         (line  154)
- * bitwise exclusive-or:                  Arithmetic.         (line  168)
- * bitwise inclusive-or:                  Arithmetic.         (line  163)
- * bitwise logical-and:                   Arithmetic.         (line  158)
  * BIT_AND_EXPR:                          Unary and Binary Expressions.
                                                               (line    6)
  * BIT_IOR_EXPR:                          Unary and Binary Expressions.
--- 44953,48488 ----
  * /s in RTL dump:                        Flags.              (line  245)
  * /u in RTL dump:                        Flags.              (line  296)
  * /v in RTL dump:                        Flags.              (line  328)
! * 0 in constraint:                       Simple Constraints. (line  130)
! * < in constraint:                       Simple Constraints. (line   48)
  * = in constraint:                       Modifiers.          (line    8)
! * > in constraint:                       Simple Constraints. (line   61)
  * ? in constraint:                       Multi-Alternative.  (line   42)
  * \:                                     Output Template.    (line   46)
  * ^ in constraint:                       Multi-Alternative.  (line   53)
  * __absvdi2:                             Integer library routines.
!                                                              (line  107)
  * __absvsi2:                             Integer library routines.
!                                                              (line  106)
  * __addda3:                              Fixed-point fractional library routines.
!                                                              (line   45)
  * __adddf3:                              Soft float library routines.
!                                                              (line   23)
  * __adddq3:                              Fixed-point fractional library routines.
!                                                              (line   33)
  * __addha3:                              Fixed-point fractional library routines.
!                                                              (line   43)
  * __addhq3:                              Fixed-point fractional library routines.
!                                                              (line   30)
  * __addqq3:                              Fixed-point fractional library routines.
!                                                              (line   29)
  * __addsa3:                              Fixed-point fractional library routines.
!                                                              (line   44)
  * __addsf3:                              Soft float library routines.
!                                                              (line   22)
  * __addsq3:                              Fixed-point fractional library routines.
!                                                              (line   31)
  * __addta3:                              Fixed-point fractional library routines.
!                                                              (line   47)
  * __addtf3:                              Soft float library routines.
!                                                              (line   25)
  * __adduda3:                             Fixed-point fractional library routines.
!                                                              (line   53)
  * __addudq3:                             Fixed-point fractional library routines.
!                                                              (line   41)
  * __adduha3:                             Fixed-point fractional library routines.
!                                                              (line   49)
  * __adduhq3:                             Fixed-point fractional library routines.
!                                                              (line   37)
  * __adduqq3:                             Fixed-point fractional library routines.
!                                                              (line   35)
  * __addusa3:                             Fixed-point fractional library routines.
!                                                              (line   51)
  * __addusq3:                             Fixed-point fractional library routines.
!                                                              (line   39)
  * __adduta3:                             Fixed-point fractional library routines.
!                                                              (line   55)
  * __addvdi3:                             Integer library routines.
!                                                              (line  111)
  * __addvsi3:                             Integer library routines.
!                                                              (line  110)
  * __addxf3:                              Soft float library routines.
!                                                              (line   27)
  * __ashlda3:                             Fixed-point fractional library routines.
!                                                              (line  351)
  * __ashldi3:                             Integer library routines.
!                                                              (line   14)
  * __ashldq3:                             Fixed-point fractional library routines.
!                                                              (line  340)
  * __ashlha3:                             Fixed-point fractional library routines.
!                                                              (line  349)
  * __ashlhq3:                             Fixed-point fractional library routines.
!                                                              (line  337)
  * __ashlqq3:                             Fixed-point fractional library routines.
!                                                              (line  336)
  * __ashlsa3:                             Fixed-point fractional library routines.
!                                                              (line  350)
  * __ashlsi3:                             Integer library routines.
!                                                              (line   13)
  * __ashlsq3:                             Fixed-point fractional library routines.
!                                                              (line  338)
  * __ashlta3:                             Fixed-point fractional library routines.
!                                                              (line  353)
  * __ashlti3:                             Integer library routines.
!                                                              (line   15)
  * __ashluda3:                            Fixed-point fractional library routines.
!                                                              (line  359)
  * __ashludq3:                            Fixed-point fractional library routines.
!                                                              (line  348)
  * __ashluha3:                            Fixed-point fractional library routines.
!                                                              (line  355)
  * __ashluhq3:                            Fixed-point fractional library routines.
!                                                              (line  344)
  * __ashluqq3:                            Fixed-point fractional library routines.
!                                                              (line  342)
  * __ashlusa3:                            Fixed-point fractional library routines.
!                                                              (line  357)
  * __ashlusq3:                            Fixed-point fractional library routines.
!                                                              (line  346)
  * __ashluta3:                            Fixed-point fractional library routines.
!                                                              (line  361)
  * __ashrda3:                             Fixed-point fractional library routines.
!                                                              (line  371)
  * __ashrdi3:                             Integer library routines.
!                                                              (line   19)
  * __ashrdq3:                             Fixed-point fractional library routines.
!                                                              (line  368)
  * __ashrha3:                             Fixed-point fractional library routines.
!                                                              (line  369)
  * __ashrhq3:                             Fixed-point fractional library routines.
!                                                              (line  365)
  * __ashrqq3:                             Fixed-point fractional library routines.
!                                                              (line  364)
  * __ashrsa3:                             Fixed-point fractional library routines.
!                                                              (line  370)
  * __ashrsi3:                             Integer library routines.
!                                                              (line   18)
  * __ashrsq3:                             Fixed-point fractional library routines.
!                                                              (line  366)
  * __ashrta3:                             Fixed-point fractional library routines.
!                                                              (line  373)
  * __ashrti3:                             Integer library routines.
!                                                              (line   20)
  * __bid_adddd3:                          Decimal float library routines.
!                                                              (line   25)
  * __bid_addsd3:                          Decimal float library routines.
!                                                              (line   21)
  * __bid_addtd3:                          Decimal float library routines.
!                                                              (line   29)
  * __bid_divdd3:                          Decimal float library routines.
!                                                              (line   68)
  * __bid_divsd3:                          Decimal float library routines.
!                                                              (line   64)
  * __bid_divtd3:                          Decimal float library routines.
!                                                              (line   72)
  * __bid_eqdd2:                           Decimal float library routines.
!                                                              (line  259)
  * __bid_eqsd2:                           Decimal float library routines.
!                                                              (line  257)
  * __bid_eqtd2:                           Decimal float library routines.
!                                                              (line  261)
  * __bid_extendddtd2:                     Decimal float library routines.
!                                                              (line   92)
  * __bid_extendddtf:                      Decimal float library routines.
!                                                              (line  140)
  * __bid_extendddxf:                      Decimal float library routines.
!                                                              (line  134)
  * __bid_extenddfdd:                      Decimal float library routines.
!                                                              (line  147)
  * __bid_extenddftd:                      Decimal float library routines.
!                                                              (line  107)
  * __bid_extendsddd2:                     Decimal float library routines.
!                                                              (line   88)
  * __bid_extendsddf:                      Decimal float library routines.
!                                                              (line  128)
  * __bid_extendsdtd2:                     Decimal float library routines.
!                                                              (line   90)
  * __bid_extendsdtf:                      Decimal float library routines.
!                                                              (line  138)
  * __bid_extendsdxf:                      Decimal float library routines.
!                                                              (line  132)
  * __bid_extendsfdd:                      Decimal float library routines.
!                                                              (line  103)
  * __bid_extendsfsd:                      Decimal float library routines.
!                                                              (line  145)
  * __bid_extendsftd:                      Decimal float library routines.
!                                                              (line  105)
  * __bid_extendtftd:                      Decimal float library routines.
!                                                              (line  149)
  * __bid_extendxftd:                      Decimal float library routines.
!                                                              (line  109)
  * __bid_fixdddi:                         Decimal float library routines.
!                                                              (line  170)
  * __bid_fixddsi:                         Decimal float library routines.
!                                                              (line  162)
  * __bid_fixsddi:                         Decimal float library routines.
!                                                              (line  168)
  * __bid_fixsdsi:                         Decimal float library routines.
!                                                              (line  160)
  * __bid_fixtddi:                         Decimal float library routines.
!                                                              (line  172)
  * __bid_fixtdsi:                         Decimal float library routines.
!                                                              (line  164)
  * __bid_fixunsdddi:                      Decimal float library routines.
!                                                              (line  187)
  * __bid_fixunsddsi:                      Decimal float library routines.
!                                                              (line  178)
  * __bid_fixunssddi:                      Decimal float library routines.
!                                                              (line  185)
  * __bid_fixunssdsi:                      Decimal float library routines.
!                                                              (line  176)
  * __bid_fixunstddi:                      Decimal float library routines.
!                                                              (line  189)
  * __bid_fixunstdsi:                      Decimal float library routines.
!                                                              (line  180)
  * __bid_floatdidd:                       Decimal float library routines.
!                                                              (line  205)
  * __bid_floatdisd:                       Decimal float library routines.
!                                                              (line  203)
  * __bid_floatditd:                       Decimal float library routines.
!                                                              (line  207)
  * __bid_floatsidd:                       Decimal float library routines.
!                                                              (line  196)
  * __bid_floatsisd:                       Decimal float library routines.
!                                                              (line  194)
  * __bid_floatsitd:                       Decimal float library routines.
!                                                              (line  198)
  * __bid_floatunsdidd:                    Decimal float library routines.
!                                                              (line  223)
  * __bid_floatunsdisd:                    Decimal float library routines.
!                                                              (line  221)
  * __bid_floatunsditd:                    Decimal float library routines.
!                                                              (line  225)
  * __bid_floatunssidd:                    Decimal float library routines.
!                                                              (line  214)
  * __bid_floatunssisd:                    Decimal float library routines.
!                                                              (line  212)
  * __bid_floatunssitd:                    Decimal float library routines.
!                                                              (line  216)
  * __bid_gedd2:                           Decimal float library routines.
!                                                              (line  277)
  * __bid_gesd2:                           Decimal float library routines.
!                                                              (line  275)
  * __bid_getd2:                           Decimal float library routines.
!                                                              (line  279)
  * __bid_gtdd2:                           Decimal float library routines.
!                                                              (line  304)
  * __bid_gtsd2:                           Decimal float library routines.
!                                                              (line  302)
  * __bid_gttd2:                           Decimal float library routines.
!                                                              (line  306)
  * __bid_ledd2:                           Decimal float library routines.
!                                                              (line  295)
  * __bid_lesd2:                           Decimal float library routines.
!                                                              (line  293)
  * __bid_letd2:                           Decimal float library routines.
!                                                              (line  297)
  * __bid_ltdd2:                           Decimal float library routines.
!                                                              (line  286)
  * __bid_ltsd2:                           Decimal float library routines.
!                                                              (line  284)
  * __bid_lttd2:                           Decimal float library routines.
!                                                              (line  288)
  * __bid_muldd3:                          Decimal float library routines.
!                                                              (line   54)
  * __bid_mulsd3:                          Decimal float library routines.
!                                                              (line   50)
  * __bid_multd3:                          Decimal float library routines.
!                                                              (line   58)
  * __bid_nedd2:                           Decimal float library routines.
!                                                              (line  268)
  * __bid_negdd2:                          Decimal float library routines.
!                                                              (line   78)
  * __bid_negsd2:                          Decimal float library routines.
!                                                              (line   76)
  * __bid_negtd2:                          Decimal float library routines.
!                                                              (line   80)
  * __bid_nesd2:                           Decimal float library routines.
!                                                              (line  266)
  * __bid_netd2:                           Decimal float library routines.
!                                                              (line  270)
  * __bid_subdd3:                          Decimal float library routines.
!                                                              (line   39)
  * __bid_subsd3:                          Decimal float library routines.
!                                                              (line   35)
  * __bid_subtd3:                          Decimal float library routines.
!                                                              (line   43)
  * __bid_truncdddf:                       Decimal float library routines.
!                                                              (line  153)
  * __bid_truncddsd2:                      Decimal float library routines.
!                                                              (line   94)
  * __bid_truncddsf:                       Decimal float library routines.
!                                                              (line  124)
  * __bid_truncdfsd:                       Decimal float library routines.
!                                                              (line  111)
  * __bid_truncsdsf:                       Decimal float library routines.
!                                                              (line  151)
  * __bid_trunctddd2:                      Decimal float library routines.
!                                                              (line   98)
  * __bid_trunctddf:                       Decimal float library routines.
!                                                              (line  130)
  * __bid_trunctdsd2:                      Decimal float library routines.
!                                                              (line   96)
  * __bid_trunctdsf:                       Decimal float library routines.
!                                                              (line  126)
  * __bid_trunctdtf:                       Decimal float library routines.
!                                                              (line  155)
  * __bid_trunctdxf:                       Decimal float library routines.
!                                                              (line  136)
  * __bid_trunctfdd:                       Decimal float library routines.
!                                                              (line  119)
  * __bid_trunctfsd:                       Decimal float library routines.
!                                                              (line  115)
  * __bid_truncxfdd:                       Decimal float library routines.
!                                                              (line  117)
  * __bid_truncxfsd:                       Decimal float library routines.
!                                                              (line  113)
  * __bid_unorddd2:                        Decimal float library routines.
!                                                              (line  235)
  * __bid_unordsd2:                        Decimal float library routines.
!                                                              (line  233)
  * __bid_unordtd2:                        Decimal float library routines.
!                                                              (line  237)
  * __bswapdi2:                            Integer library routines.
!                                                              (line  162)
  * __bswapsi2:                            Integer library routines.
!                                                              (line  161)
! * __builtin_classify_type:               Varargs.            (line   51)
! * __builtin_next_arg:                    Varargs.            (line   42)
! * __builtin_saveregs:                    Varargs.            (line   24)
! * __chkp_bndcl:                          Misc.               (line  669)
! * __chkp_bndcu:                          Misc.               (line  675)
! * __chkp_bndldx:                         Misc.               (line  663)
! * __chkp_bndmk:                          Misc.               (line  650)
! * __chkp_bndret:                         Misc.               (line  680)
! * __chkp_bndstx:                         Misc.               (line  657)
! * __chkp_intersect:                      Misc.               (line  687)
! * __chkp_narrow:                         Misc.               (line  692)
! * __chkp_sizeof:                         Misc.               (line  697)
  * __clear_cache:                         Miscellaneous routines.
!                                                              (line   10)
  * __clzdi2:                              Integer library routines.
!                                                              (line  131)
  * __clzsi2:                              Integer library routines.
!                                                              (line  130)
  * __clzti2:                              Integer library routines.
!                                                              (line  132)
  * __cmpda2:                              Fixed-point fractional library routines.
!                                                              (line  451)
  * __cmpdf2:                              Soft float library routines.
!                                                              (line  164)
  * __cmpdi2:                              Integer library routines.
!                                                              (line   87)
  * __cmpdq2:                              Fixed-point fractional library routines.
!                                                              (line  441)
  * __cmpha2:                              Fixed-point fractional library routines.
!                                                              (line  449)
  * __cmphq2:                              Fixed-point fractional library routines.
!                                                              (line  438)
  * __cmpqq2:                              Fixed-point fractional library routines.
!                                                              (line  437)
  * __cmpsa2:                              Fixed-point fractional library routines.
!                                                              (line  450)
  * __cmpsf2:                              Soft float library routines.
!                                                              (line  163)
  * __cmpsq2:                              Fixed-point fractional library routines.
!                                                              (line  439)
  * __cmpta2:                              Fixed-point fractional library routines.
!                                                              (line  453)
  * __cmptf2:                              Soft float library routines.
!                                                              (line  165)
  * __cmpti2:                              Integer library routines.
!                                                              (line   88)
  * __cmpuda2:                             Fixed-point fractional library routines.
!                                                              (line  458)
  * __cmpudq2:                             Fixed-point fractional library routines.
!                                                              (line  448)
  * __cmpuha2:                             Fixed-point fractional library routines.
!                                                              (line  455)
  * __cmpuhq2:                             Fixed-point fractional library routines.
!                                                              (line  444)
  * __cmpuqq2:                             Fixed-point fractional library routines.
!                                                              (line  443)
  * __cmpusa2:                             Fixed-point fractional library routines.
!                                                              (line  456)
  * __cmpusq2:                             Fixed-point fractional library routines.
!                                                              (line  446)
  * __cmputa2:                             Fixed-point fractional library routines.
!                                                              (line  460)
  * __CTOR_LIST__:                         Initialization.     (line   25)
  * __ctzdi2:                              Integer library routines.
!                                                              (line  138)
  * __ctzsi2:                              Integer library routines.
!                                                              (line  137)
  * __ctzti2:                              Integer library routines.
!                                                              (line  139)
  * __divda3:                              Fixed-point fractional library routines.
!                                                              (line  227)
  * __divdc3:                              Soft float library routines.
!                                                              (line  252)
  * __divdf3:                              Soft float library routines.
!                                                              (line   48)
  * __divdi3:                              Integer library routines.
!                                                              (line   25)
  * __divdq3:                              Fixed-point fractional library routines.
!                                                              (line  223)
  * __divha3:                              Fixed-point fractional library routines.
!                                                              (line  225)
  * __divhq3:                              Fixed-point fractional library routines.
!                                                              (line  220)
  * __divqq3:                              Fixed-point fractional library routines.
!                                                              (line  219)
  * __divsa3:                              Fixed-point fractional library routines.
!                                                              (line  226)
  * __divsc3:                              Soft float library routines.
!                                                              (line  250)
  * __divsf3:                              Soft float library routines.
!                                                              (line   47)
  * __divsi3:                              Integer library routines.
!                                                              (line   24)
  * __divsq3:                              Fixed-point fractional library routines.
!                                                              (line  221)
  * __divta3:                              Fixed-point fractional library routines.
!                                                              (line  229)
  * __divtc3:                              Soft float library routines.
!                                                              (line  254)
  * __divtf3:                              Soft float library routines.
!                                                              (line   50)
  * __divti3:                              Integer library routines.
!                                                              (line   26)
  * __divxc3:                              Soft float library routines.
!                                                              (line  256)
  * __divxf3:                              Soft float library routines.
!                                                              (line   52)
  * __dpd_adddd3:                          Decimal float library routines.
!                                                              (line   23)
  * __dpd_addsd3:                          Decimal float library routines.
!                                                              (line   19)
  * __dpd_addtd3:                          Decimal float library routines.
!                                                              (line   27)
  * __dpd_divdd3:                          Decimal float library routines.
!                                                              (line   66)
  * __dpd_divsd3:                          Decimal float library routines.
!                                                              (line   62)
  * __dpd_divtd3:                          Decimal float library routines.
!                                                              (line   70)
  * __dpd_eqdd2:                           Decimal float library routines.
!                                                              (line  258)
  * __dpd_eqsd2:                           Decimal float library routines.
!                                                              (line  256)
  * __dpd_eqtd2:                           Decimal float library routines.
!                                                              (line  260)
  * __dpd_extendddtd2:                     Decimal float library routines.
!                                                              (line   91)
  * __dpd_extendddtf:                      Decimal float library routines.
!                                                              (line  139)
  * __dpd_extendddxf:                      Decimal float library routines.
!                                                              (line  133)
  * __dpd_extenddfdd:                      Decimal float library routines.
!                                                              (line  146)
  * __dpd_extenddftd:                      Decimal float library routines.
!                                                              (line  106)
  * __dpd_extendsddd2:                     Decimal float library routines.
!                                                              (line   87)
  * __dpd_extendsddf:                      Decimal float library routines.
!                                                              (line  127)
  * __dpd_extendsdtd2:                     Decimal float library routines.
!                                                              (line   89)
  * __dpd_extendsdtf:                      Decimal float library routines.
!                                                              (line  137)
  * __dpd_extendsdxf:                      Decimal float library routines.
!                                                              (line  131)
  * __dpd_extendsfdd:                      Decimal float library routines.
!                                                              (line  102)
  * __dpd_extendsfsd:                      Decimal float library routines.
!                                                              (line  144)
  * __dpd_extendsftd:                      Decimal float library routines.
!                                                              (line  104)
  * __dpd_extendtftd:                      Decimal float library routines.
!                                                              (line  148)
  * __dpd_extendxftd:                      Decimal float library routines.
!                                                              (line  108)
  * __dpd_fixdddi:                         Decimal float library routines.
!                                                              (line  169)
  * __dpd_fixddsi:                         Decimal float library routines.
!                                                              (line  161)
  * __dpd_fixsddi:                         Decimal float library routines.
!                                                              (line  167)
  * __dpd_fixsdsi:                         Decimal float library routines.
!                                                              (line  159)
  * __dpd_fixtddi:                         Decimal float library routines.
!                                                              (line  171)
  * __dpd_fixtdsi:                         Decimal float library routines.
!                                                              (line  163)
  * __dpd_fixunsdddi:                      Decimal float library routines.
!                                                              (line  186)
  * __dpd_fixunsddsi:                      Decimal float library routines.
!                                                              (line  177)
  * __dpd_fixunssddi:                      Decimal float library routines.
!                                                              (line  184)
  * __dpd_fixunssdsi:                      Decimal float library routines.
!                                                              (line  175)
  * __dpd_fixunstddi:                      Decimal float library routines.
!                                                              (line  188)
  * __dpd_fixunstdsi:                      Decimal float library routines.
!                                                              (line  179)
  * __dpd_floatdidd:                       Decimal float library routines.
!                                                              (line  204)
  * __dpd_floatdisd:                       Decimal float library routines.
!                                                              (line  202)
  * __dpd_floatditd:                       Decimal float library routines.
!                                                              (line  206)
  * __dpd_floatsidd:                       Decimal float library routines.
!                                                              (line  195)
  * __dpd_floatsisd:                       Decimal float library routines.
!                                                              (line  193)
  * __dpd_floatsitd:                       Decimal float library routines.
!                                                              (line  197)
  * __dpd_floatunsdidd:                    Decimal float library routines.
!                                                              (line  222)
  * __dpd_floatunsdisd:                    Decimal float library routines.
!                                                              (line  220)
  * __dpd_floatunsditd:                    Decimal float library routines.
!                                                              (line  224)
  * __dpd_floatunssidd:                    Decimal float library routines.
!                                                              (line  213)
  * __dpd_floatunssisd:                    Decimal float library routines.
!                                                              (line  211)
  * __dpd_floatunssitd:                    Decimal float library routines.
!                                                              (line  215)
  * __dpd_gedd2:                           Decimal float library routines.
!                                                              (line  276)
  * __dpd_gesd2:                           Decimal float library routines.
!                                                              (line  274)
  * __dpd_getd2:                           Decimal float library routines.
!                                                              (line  278)
  * __dpd_gtdd2:                           Decimal float library routines.
!                                                              (line  303)
  * __dpd_gtsd2:                           Decimal float library routines.
!                                                              (line  301)
  * __dpd_gttd2:                           Decimal float library routines.
!                                                              (line  305)
  * __dpd_ledd2:                           Decimal float library routines.
!                                                              (line  294)
  * __dpd_lesd2:                           Decimal float library routines.
!                                                              (line  292)
  * __dpd_letd2:                           Decimal float library routines.
!                                                              (line  296)
  * __dpd_ltdd2:                           Decimal float library routines.
!                                                              (line  285)
  * __dpd_ltsd2:                           Decimal float library routines.
!                                                              (line  283)
  * __dpd_lttd2:                           Decimal float library routines.
!                                                              (line  287)
  * __dpd_muldd3:                          Decimal float library routines.
!                                                              (line   52)
  * __dpd_mulsd3:                          Decimal float library routines.
!                                                              (line   48)
  * __dpd_multd3:                          Decimal float library routines.
!                                                              (line   56)
  * __dpd_nedd2:                           Decimal float library routines.
!                                                              (line  267)
  * __dpd_negdd2:                          Decimal float library routines.
!                                                              (line   77)
  * __dpd_negsd2:                          Decimal float library routines.
!                                                              (line   75)
  * __dpd_negtd2:                          Decimal float library routines.
!                                                              (line   79)
  * __dpd_nesd2:                           Decimal float library routines.
!                                                              (line  265)
  * __dpd_netd2:                           Decimal float library routines.
!                                                              (line  269)
  * __dpd_subdd3:                          Decimal float library routines.
!                                                              (line   37)
  * __dpd_subsd3:                          Decimal float library routines.
!                                                              (line   33)
  * __dpd_subtd3:                          Decimal float library routines.
!                                                              (line   41)
  * __dpd_truncdddf:                       Decimal float library routines.
!                                                              (line  152)
  * __dpd_truncddsd2:                      Decimal float library routines.
!                                                              (line   93)
  * __dpd_truncddsf:                       Decimal float library routines.
!                                                              (line  123)
  * __dpd_truncdfsd:                       Decimal float library routines.
!                                                              (line  110)
  * __dpd_truncsdsf:                       Decimal float library routines.
!                                                              (line  150)
  * __dpd_trunctddd2:                      Decimal float library routines.
!                                                              (line   97)
  * __dpd_trunctddf:                       Decimal float library routines.
!                                                              (line  129)
  * __dpd_trunctdsd2:                      Decimal float library routines.
!                                                              (line   95)
  * __dpd_trunctdsf:                       Decimal float library routines.
!                                                              (line  125)
  * __dpd_trunctdtf:                       Decimal float library routines.
!                                                              (line  154)
  * __dpd_trunctdxf:                       Decimal float library routines.
!                                                              (line  135)
  * __dpd_trunctfdd:                       Decimal float library routines.
!                                                              (line  118)
  * __dpd_trunctfsd:                       Decimal float library routines.
!                                                              (line  114)
  * __dpd_truncxfdd:                       Decimal float library routines.
!                                                              (line  116)
  * __dpd_truncxfsd:                       Decimal float library routines.
!                                                              (line  112)
  * __dpd_unorddd2:                        Decimal float library routines.
!                                                              (line  234)
  * __dpd_unordsd2:                        Decimal float library routines.
!                                                              (line  232)
  * __dpd_unordtd2:                        Decimal float library routines.
!                                                              (line  236)
  * __DTOR_LIST__:                         Initialization.     (line   25)
  * __eqdf2:                               Soft float library routines.
!                                                              (line  194)
  * __eqsf2:                               Soft float library routines.
!                                                              (line  193)
  * __eqtf2:                               Soft float library routines.
!                                                              (line  195)
  * __extenddftf2:                         Soft float library routines.
                                                               (line   68)
+ * __extenddfxf2:                         Soft float library routines.
+                                                              (line   69)
  * __extendsfdf2:                         Soft float library routines.
                                                               (line   65)
! * __extendsftf2:                         Soft float library routines.
                                                               (line   66)
+ * __extendsfxf2:                         Soft float library routines.
+                                                              (line   67)
  * __ffsdi2:                              Integer library routines.
                                                               (line  144)
+ * __ffsti2:                              Integer library routines.
+                                                              (line  145)
  * __fixdfdi:                             Soft float library routines.
!                                                              (line   88)
  * __fixdfsi:                             Soft float library routines.
!                                                              (line   81)
  * __fixdfti:                             Soft float library routines.
!                                                              (line   94)
  * __fixsfdi:                             Soft float library routines.
!                                                              (line   87)
  * __fixsfsi:                             Soft float library routines.
!                                                              (line   80)
  * __fixsfti:                             Soft float library routines.
!                                                              (line   93)
  * __fixtfdi:                             Soft float library routines.
!                                                              (line   89)
  * __fixtfsi:                             Soft float library routines.
!                                                              (line   82)
  * __fixtfti:                             Soft float library routines.
!                                                              (line   95)
  * __fixunsdfdi:                          Soft float library routines.
!                                                              (line  108)
  * __fixunsdfsi:                          Soft float library routines.
!                                                              (line  101)
  * __fixunsdfti:                          Soft float library routines.
!                                                              (line  115)
  * __fixunssfdi:                          Soft float library routines.
!                                                              (line  107)
  * __fixunssfsi:                          Soft float library routines.
!                                                              (line  100)
  * __fixunssfti:                          Soft float library routines.
!                                                              (line  114)
  * __fixunstfdi:                          Soft float library routines.
!                                                              (line  109)
  * __fixunstfsi:                          Soft float library routines.
!                                                              (line  102)
  * __fixunstfti:                          Soft float library routines.
!                                                              (line  116)
  * __fixunsxfdi:                          Soft float library routines.
!                                                              (line  110)
  * __fixunsxfsi:                          Soft float library routines.
!                                                              (line  103)
  * __fixunsxfti:                          Soft float library routines.
!                                                              (line  117)
  * __fixxfdi:                             Soft float library routines.
!                                                              (line   90)
  * __fixxfsi:                             Soft float library routines.
!                                                              (line   83)
  * __fixxfti:                             Soft float library routines.
!                                                              (line   96)
  * __floatdidf:                           Soft float library routines.
!                                                              (line  128)
  * __floatdisf:                           Soft float library routines.
!                                                              (line  127)
  * __floatditf:                           Soft float library routines.
                                                               (line  129)
+ * __floatdixf:                           Soft float library routines.
+                                                              (line  130)
  * __floatsidf:                           Soft float library routines.
!                                                              (line  122)
  * __floatsisf:                           Soft float library routines.
!                                                              (line  121)
  * __floatsitf:                           Soft float library routines.
                                                               (line  123)
+ * __floatsixf:                           Soft float library routines.
+                                                              (line  124)
  * __floattidf:                           Soft float library routines.
!                                                              (line  134)
  * __floattisf:                           Soft float library routines.
!                                                              (line  133)
  * __floattitf:                           Soft float library routines.
                                                               (line  135)
+ * __floattixf:                           Soft float library routines.
+                                                              (line  136)
  * __floatundidf:                         Soft float library routines.
!                                                              (line  146)
  * __floatundisf:                         Soft float library routines.
!                                                              (line  145)
  * __floatunditf:                         Soft float library routines.
                                                               (line  147)
+ * __floatundixf:                         Soft float library routines.
+                                                              (line  148)
  * __floatunsidf:                         Soft float library routines.
!                                                              (line  140)
  * __floatunsisf:                         Soft float library routines.
!                                                              (line  139)
  * __floatunsitf:                         Soft float library routines.
                                                               (line  141)
+ * __floatunsixf:                         Soft float library routines.
+                                                              (line  142)
  * __floatuntidf:                         Soft float library routines.
!                                                              (line  152)
  * __floatuntisf:                         Soft float library routines.
!                                                              (line  151)
  * __floatuntitf:                         Soft float library routines.
                                                               (line  153)
+ * __floatuntixf:                         Soft float library routines.
+                                                              (line  154)
  * __fractdadf:                           Fixed-point fractional library routines.
!                                                              (line  636)
  * __fractdadi:                           Fixed-point fractional library routines.
!                                                              (line  633)
  * __fractdadq:                           Fixed-point fractional library routines.
!                                                              (line  616)
  * __fractdaha2:                          Fixed-point fractional library routines.
!                                                              (line  617)
  * __fractdahi:                           Fixed-point fractional library routines.
!                                                              (line  631)
  * __fractdahq:                           Fixed-point fractional library routines.
!                                                              (line  614)
  * __fractdaqi:                           Fixed-point fractional library routines.
!                                                              (line  630)
  * __fractdaqq:                           Fixed-point fractional library routines.
!                                                              (line  613)
  * __fractdasa2:                          Fixed-point fractional library routines.
!                                                              (line  618)
  * __fractdasf:                           Fixed-point fractional library routines.
!                                                              (line  635)
  * __fractdasi:                           Fixed-point fractional library routines.
!                                                              (line  632)
  * __fractdasq:                           Fixed-point fractional library routines.
!                                                              (line  615)
  * __fractdata2:                          Fixed-point fractional library routines.
!                                                              (line  619)
  * __fractdati:                           Fixed-point fractional library routines.
                                                               (line  634)
+ * __fractdauda:                          Fixed-point fractional library routines.
+                                                              (line  627)
  * __fractdaudq:                          Fixed-point fractional library routines.
!                                                              (line  624)
  * __fractdauha:                          Fixed-point fractional library routines.
!                                                              (line  625)
  * __fractdauhq:                          Fixed-point fractional library routines.
!                                                              (line  621)
  * __fractdauqq:                          Fixed-point fractional library routines.
!                                                              (line  620)
  * __fractdausa:                          Fixed-point fractional library routines.
!                                                              (line  626)
  * __fractdausq:                          Fixed-point fractional library routines.
!                                                              (line  622)
  * __fractdauta:                          Fixed-point fractional library routines.
!                                                              (line  629)
  * __fractdfda:                           Fixed-point fractional library routines.
!                                                              (line 1025)
  * __fractdfdq:                           Fixed-point fractional library routines.
!                                                              (line 1022)
  * __fractdfha:                           Fixed-point fractional library routines.
!                                                              (line 1023)
  * __fractdfhq:                           Fixed-point fractional library routines.
!                                                              (line 1020)
  * __fractdfqq:                           Fixed-point fractional library routines.
!                                                              (line 1019)
  * __fractdfsa:                           Fixed-point fractional library routines.
!                                                              (line 1024)
  * __fractdfsq:                           Fixed-point fractional library routines.
!                                                              (line 1021)
  * __fractdfta:                           Fixed-point fractional library routines.
!                                                              (line 1026)
  * __fractdfuda:                          Fixed-point fractional library routines.
!                                                              (line 1033)
  * __fractdfudq:                          Fixed-point fractional library routines.
!                                                              (line 1030)
  * __fractdfuha:                          Fixed-point fractional library routines.
!                                                              (line 1031)
  * __fractdfuhq:                          Fixed-point fractional library routines.
!                                                              (line 1028)
  * __fractdfuqq:                          Fixed-point fractional library routines.
!                                                              (line 1027)
  * __fractdfusa:                          Fixed-point fractional library routines.
!                                                              (line 1032)
  * __fractdfusq:                          Fixed-point fractional library routines.
!                                                              (line 1029)
  * __fractdfuta:                          Fixed-point fractional library routines.
!                                                              (line 1034)
  * __fractdida:                           Fixed-point fractional library routines.
!                                                              (line  975)
  * __fractdidq:                           Fixed-point fractional library routines.
!                                                              (line  972)
  * __fractdiha:                           Fixed-point fractional library routines.
!                                                              (line  973)
  * __fractdihq:                           Fixed-point fractional library routines.
!                                                              (line  970)
  * __fractdiqq:                           Fixed-point fractional library routines.
!                                                              (line  969)
  * __fractdisa:                           Fixed-point fractional library routines.
!                                                              (line  974)
  * __fractdisq:                           Fixed-point fractional library routines.
!                                                              (line  971)
  * __fractdita:                           Fixed-point fractional library routines.
!                                                              (line  976)
  * __fractdiuda:                          Fixed-point fractional library routines.
!                                                              (line  983)
  * __fractdiudq:                          Fixed-point fractional library routines.
!                                                              (line  980)
  * __fractdiuha:                          Fixed-point fractional library routines.
!                                                              (line  981)
  * __fractdiuhq:                          Fixed-point fractional library routines.
!                                                              (line  978)
  * __fractdiuqq:                          Fixed-point fractional library routines.
!                                                              (line  977)
  * __fractdiusa:                          Fixed-point fractional library routines.
!                                                              (line  982)
  * __fractdiusq:                          Fixed-point fractional library routines.
!                                                              (line  979)
  * __fractdiuta:                          Fixed-point fractional library routines.
!                                                              (line  984)
  * __fractdqda:                           Fixed-point fractional library routines.
!                                                              (line  544)
  * __fractdqdf:                           Fixed-point fractional library routines.
!                                                              (line  566)
  * __fractdqdi:                           Fixed-point fractional library routines.
!                                                              (line  563)
  * __fractdqha:                           Fixed-point fractional library routines.
!                                                              (line  542)
  * __fractdqhi:                           Fixed-point fractional library routines.
!                                                              (line  561)
  * __fractdqhq2:                          Fixed-point fractional library routines.
!                                                              (line  540)
  * __fractdqqi:                           Fixed-point fractional library routines.
!                                                              (line  560)
  * __fractdqqq2:                          Fixed-point fractional library routines.
!                                                              (line  539)
  * __fractdqsa:                           Fixed-point fractional library routines.
!                                                              (line  543)
  * __fractdqsf:                           Fixed-point fractional library routines.
!                                                              (line  565)
  * __fractdqsi:                           Fixed-point fractional library routines.
!                                                              (line  562)
  * __fractdqsq2:                          Fixed-point fractional library routines.
!                                                              (line  541)
  * __fractdqta:                           Fixed-point fractional library routines.
!                                                              (line  545)
  * __fractdqti:                           Fixed-point fractional library routines.
!                                                              (line  564)
  * __fractdquda:                          Fixed-point fractional library routines.
!                                                              (line  557)
  * __fractdqudq:                          Fixed-point fractional library routines.
!                                                              (line  552)
  * __fractdquha:                          Fixed-point fractional library routines.
!                                                              (line  554)
  * __fractdquhq:                          Fixed-point fractional library routines.
!                                                              (line  548)
  * __fractdquqq:                          Fixed-point fractional library routines.
!                                                              (line  547)
  * __fractdqusa:                          Fixed-point fractional library routines.
!                                                              (line  555)
  * __fractdqusq:                          Fixed-point fractional library routines.
!                                                              (line  550)
  * __fractdquta:                          Fixed-point fractional library routines.
!                                                              (line  559)
  * __fracthada2:                          Fixed-point fractional library routines.
!                                                              (line  572)
  * __fracthadf:                           Fixed-point fractional library routines.
!                                                              (line  590)
  * __fracthadi:                           Fixed-point fractional library routines.
!                                                              (line  587)
  * __fracthadq:                           Fixed-point fractional library routines.
!                                                              (line  570)
  * __fracthahi:                           Fixed-point fractional library routines.
!                                                              (line  585)
  * __fracthahq:                           Fixed-point fractional library routines.
!                                                              (line  568)
  * __fracthaqi:                           Fixed-point fractional library routines.
!                                                              (line  584)
  * __fracthaqq:                           Fixed-point fractional library routines.
!                                                              (line  567)
  * __fracthasa2:                          Fixed-point fractional library routines.
!                                                              (line  571)
  * __fracthasf:                           Fixed-point fractional library routines.
!                                                              (line  589)
  * __fracthasi:                           Fixed-point fractional library routines.
!                                                              (line  586)
  * __fracthasq:                           Fixed-point fractional library routines.
!                                                              (line  569)
  * __fracthata2:                          Fixed-point fractional library routines.
!                                                              (line  573)
  * __fracthati:                           Fixed-point fractional library routines.
                                                               (line  588)
+ * __fracthauda:                          Fixed-point fractional library routines.
+                                                              (line  581)
  * __fracthaudq:                          Fixed-point fractional library routines.
!                                                              (line  578)
  * __fracthauha:                          Fixed-point fractional library routines.
!                                                              (line  579)
  * __fracthauhq:                          Fixed-point fractional library routines.
!                                                              (line  575)
  * __fracthauqq:                          Fixed-point fractional library routines.
!                                                              (line  574)
  * __fracthausa:                          Fixed-point fractional library routines.
!                                                              (line  580)
  * __fracthausq:                          Fixed-point fractional library routines.
!                                                              (line  576)
  * __fracthauta:                          Fixed-point fractional library routines.
!                                                              (line  583)
  * __fracthida:                           Fixed-point fractional library routines.
!                                                              (line  943)
  * __fracthidq:                           Fixed-point fractional library routines.
!                                                              (line  940)
  * __fracthiha:                           Fixed-point fractional library routines.
!                                                              (line  941)
  * __fracthihq:                           Fixed-point fractional library routines.
!                                                              (line  938)
  * __fracthiqq:                           Fixed-point fractional library routines.
!                                                              (line  937)
  * __fracthisa:                           Fixed-point fractional library routines.
!                                                              (line  942)
  * __fracthisq:                           Fixed-point fractional library routines.
!                                                              (line  939)
  * __fracthita:                           Fixed-point fractional library routines.
!                                                              (line  944)
  * __fracthiuda:                          Fixed-point fractional library routines.
!                                                              (line  951)
  * __fracthiudq:                          Fixed-point fractional library routines.
!                                                              (line  948)
  * __fracthiuha:                          Fixed-point fractional library routines.
!                                                              (line  949)
  * __fracthiuhq:                          Fixed-point fractional library routines.
!                                                              (line  946)
  * __fracthiuqq:                          Fixed-point fractional library routines.
!                                                              (line  945)
  * __fracthiusa:                          Fixed-point fractional library routines.
!                                                              (line  950)
  * __fracthiusq:                          Fixed-point fractional library routines.
!                                                              (line  947)
  * __fracthiuta:                          Fixed-point fractional library routines.
!                                                              (line  952)
  * __fracthqda:                           Fixed-point fractional library routines.
!                                                              (line  498)
  * __fracthqdf:                           Fixed-point fractional library routines.
!                                                              (line  514)
  * __fracthqdi:                           Fixed-point fractional library routines.
!                                                              (line  511)
  * __fracthqdq2:                          Fixed-point fractional library routines.
!                                                              (line  495)
  * __fracthqha:                           Fixed-point fractional library routines.
!                                                              (line  496)
  * __fracthqhi:                           Fixed-point fractional library routines.
!                                                              (line  509)
  * __fracthqqi:                           Fixed-point fractional library routines.
!                                                              (line  508)
  * __fracthqqq2:                          Fixed-point fractional library routines.
!                                                              (line  493)
  * __fracthqsa:                           Fixed-point fractional library routines.
!                                                              (line  497)
  * __fracthqsf:                           Fixed-point fractional library routines.
!                                                              (line  513)
  * __fracthqsi:                           Fixed-point fractional library routines.
!                                                              (line  510)
  * __fracthqsq2:                          Fixed-point fractional library routines.
!                                                              (line  494)
  * __fracthqta:                           Fixed-point fractional library routines.
!                                                              (line  499)
  * __fracthqti:                           Fixed-point fractional library routines.
!                                                              (line  512)
  * __fracthquda:                          Fixed-point fractional library routines.
!                                                              (line  506)
  * __fracthqudq:                          Fixed-point fractional library routines.
!                                                              (line  503)
  * __fracthquha:                          Fixed-point fractional library routines.
!                                                              (line  504)
  * __fracthquhq:                          Fixed-point fractional library routines.
!                                                              (line  501)
  * __fracthquqq:                          Fixed-point fractional library routines.
!                                                              (line  500)
  * __fracthqusa:                          Fixed-point fractional library routines.
!                                                              (line  505)
  * __fracthqusq:                          Fixed-point fractional library routines.
!                                                              (line  502)
  * __fracthquta:                          Fixed-point fractional library routines.
!                                                              (line  507)
  * __fractqida:                           Fixed-point fractional library routines.
!                                                              (line  925)
  * __fractqidq:                           Fixed-point fractional library routines.
!                                                              (line  922)
  * __fractqiha:                           Fixed-point fractional library routines.
!                                                              (line  923)
  * __fractqihq:                           Fixed-point fractional library routines.
!                                                              (line  920)
  * __fractqiqq:                           Fixed-point fractional library routines.
!                                                              (line  919)
  * __fractqisa:                           Fixed-point fractional library routines.
!                                                              (line  924)
  * __fractqisq:                           Fixed-point fractional library routines.
!                                                              (line  921)
  * __fractqita:                           Fixed-point fractional library routines.
!                                                              (line  926)
  * __fractqiuda:                          Fixed-point fractional library routines.
!                                                              (line  934)
  * __fractqiudq:                          Fixed-point fractional library routines.
!                                                              (line  931)
  * __fractqiuha:                          Fixed-point fractional library routines.
!                                                              (line  932)
  * __fractqiuhq:                          Fixed-point fractional library routines.
!                                                              (line  928)
  * __fractqiuqq:                          Fixed-point fractional library routines.
!                                                              (line  927)
  * __fractqiusa:                          Fixed-point fractional library routines.
!                                                              (line  933)
  * __fractqiusq:                          Fixed-point fractional library routines.
!                                                              (line  929)
  * __fractqiuta:                          Fixed-point fractional library routines.
!                                                              (line  936)
  * __fractqqda:                           Fixed-point fractional library routines.
!                                                              (line  474)
  * __fractqqdf:                           Fixed-point fractional library routines.
!                                                              (line  492)
  * __fractqqdi:                           Fixed-point fractional library routines.
!                                                              (line  489)
  * __fractqqdq2:                          Fixed-point fractional library routines.
!                                                              (line  471)
  * __fractqqha:                           Fixed-point fractional library routines.
!                                                              (line  472)
  * __fractqqhi:                           Fixed-point fractional library routines.
!                                                              (line  487)
  * __fractqqhq2:                          Fixed-point fractional library routines.
!                                                              (line  469)
  * __fractqqqi:                           Fixed-point fractional library routines.
!                                                              (line  486)
  * __fractqqsa:                           Fixed-point fractional library routines.
!                                                              (line  473)
  * __fractqqsf:                           Fixed-point fractional library routines.
!                                                              (line  491)
  * __fractqqsi:                           Fixed-point fractional library routines.
!                                                              (line  488)
  * __fractqqsq2:                          Fixed-point fractional library routines.
!                                                              (line  470)
  * __fractqqta:                           Fixed-point fractional library routines.
!                                                              (line  475)
  * __fractqqti:                           Fixed-point fractional library routines.
                                                               (line  490)
+ * __fractqquda:                          Fixed-point fractional library routines.
+                                                              (line  483)
  * __fractqqudq:                          Fixed-point fractional library routines.
!                                                              (line  480)
  * __fractqquha:                          Fixed-point fractional library routines.
!                                                              (line  481)
  * __fractqquhq:                          Fixed-point fractional library routines.
!                                                              (line  477)
  * __fractqquqq:                          Fixed-point fractional library routines.
!                                                              (line  476)
  * __fractqqusa:                          Fixed-point fractional library routines.
!                                                              (line  482)
  * __fractqqusq:                          Fixed-point fractional library routines.
!                                                              (line  478)
  * __fractqquta:                          Fixed-point fractional library routines.
!                                                              (line  485)
  * __fractsada2:                          Fixed-point fractional library routines.
!                                                              (line  596)
  * __fractsadf:                           Fixed-point fractional library routines.
!                                                              (line  612)
  * __fractsadi:                           Fixed-point fractional library routines.
!                                                              (line  609)
  * __fractsadq:                           Fixed-point fractional library routines.
!                                                              (line  594)
  * __fractsaha2:                          Fixed-point fractional library routines.
!                                                              (line  595)
  * __fractsahi:                           Fixed-point fractional library routines.
!                                                              (line  607)
  * __fractsahq:                           Fixed-point fractional library routines.
!                                                              (line  592)
  * __fractsaqi:                           Fixed-point fractional library routines.
!                                                              (line  606)
  * __fractsaqq:                           Fixed-point fractional library routines.
!                                                              (line  591)
  * __fractsasf:                           Fixed-point fractional library routines.
!                                                              (line  611)
  * __fractsasi:                           Fixed-point fractional library routines.
!                                                              (line  608)
  * __fractsasq:                           Fixed-point fractional library routines.
!                                                              (line  593)
  * __fractsata2:                          Fixed-point fractional library routines.
!                                                              (line  597)
  * __fractsati:                           Fixed-point fractional library routines.
!                                                              (line  610)
  * __fractsauda:                          Fixed-point fractional library routines.
!                                                              (line  604)
  * __fractsaudq:                          Fixed-point fractional library routines.
!                                                              (line  601)
  * __fractsauha:                          Fixed-point fractional library routines.
!                                                              (line  602)
  * __fractsauhq:                          Fixed-point fractional library routines.
!                                                              (line  599)
  * __fractsauqq:                          Fixed-point fractional library routines.
!                                                              (line  598)
  * __fractsausa:                          Fixed-point fractional library routines.
!                                                              (line  603)
  * __fractsausq:                          Fixed-point fractional library routines.
!                                                              (line  600)
  * __fractsauta:                          Fixed-point fractional library routines.
!                                                              (line  605)
  * __fractsfda:                           Fixed-point fractional library routines.
!                                                              (line 1009)
  * __fractsfdq:                           Fixed-point fractional library routines.
!                                                              (line 1006)
  * __fractsfha:                           Fixed-point fractional library routines.
!                                                              (line 1007)
  * __fractsfhq:                           Fixed-point fractional library routines.
!                                                              (line 1004)
  * __fractsfqq:                           Fixed-point fractional library routines.
!                                                              (line 1003)
  * __fractsfsa:                           Fixed-point fractional library routines.
!                                                              (line 1008)
  * __fractsfsq:                           Fixed-point fractional library routines.
!                                                              (line 1005)
  * __fractsfta:                           Fixed-point fractional library routines.
!                                                              (line 1010)
  * __fractsfuda:                          Fixed-point fractional library routines.
!                                                              (line 1017)
  * __fractsfudq:                          Fixed-point fractional library routines.
!                                                              (line 1014)
  * __fractsfuha:                          Fixed-point fractional library routines.
!                                                              (line 1015)
  * __fractsfuhq:                          Fixed-point fractional library routines.
!                                                              (line 1012)
  * __fractsfuqq:                          Fixed-point fractional library routines.
!                                                              (line 1011)
  * __fractsfusa:                          Fixed-point fractional library routines.
!                                                              (line 1016)
  * __fractsfusq:                          Fixed-point fractional library routines.
!                                                              (line 1013)
  * __fractsfuta:                          Fixed-point fractional library routines.
!                                                              (line 1018)
  * __fractsida:                           Fixed-point fractional library routines.
!                                                              (line  959)
  * __fractsidq:                           Fixed-point fractional library routines.
!                                                              (line  956)
  * __fractsiha:                           Fixed-point fractional library routines.
!                                                              (line  957)
  * __fractsihq:                           Fixed-point fractional library routines.
!                                                              (line  954)
  * __fractsiqq:                           Fixed-point fractional library routines.
!                                                              (line  953)
  * __fractsisa:                           Fixed-point fractional library routines.
!                                                              (line  958)
  * __fractsisq:                           Fixed-point fractional library routines.
!                                                              (line  955)
  * __fractsita:                           Fixed-point fractional library routines.
!                                                              (line  960)
  * __fractsiuda:                          Fixed-point fractional library routines.
!                                                              (line  967)
  * __fractsiudq:                          Fixed-point fractional library routines.
!                                                              (line  964)
  * __fractsiuha:                          Fixed-point fractional library routines.
!                                                              (line  965)
  * __fractsiuhq:                          Fixed-point fractional library routines.
!                                                              (line  962)
  * __fractsiuqq:                          Fixed-point fractional library routines.
!                                                              (line  961)
  * __fractsiusa:                          Fixed-point fractional library routines.
!                                                              (line  966)
  * __fractsiusq:                          Fixed-point fractional library routines.
!                                                              (line  963)
  * __fractsiuta:                          Fixed-point fractional library routines.
!                                                              (line  968)
  * __fractsqda:                           Fixed-point fractional library routines.
!                                                              (line  520)
  * __fractsqdf:                           Fixed-point fractional library routines.
!                                                              (line  538)
  * __fractsqdi:                           Fixed-point fractional library routines.
!                                                              (line  535)
  * __fractsqdq2:                          Fixed-point fractional library routines.
!                                                              (line  517)
  * __fractsqha:                           Fixed-point fractional library routines.
!                                                              (line  518)
  * __fractsqhi:                           Fixed-point fractional library routines.
!                                                              (line  533)
  * __fractsqhq2:                          Fixed-point fractional library routines.
!                                                              (line  516)
  * __fractsqqi:                           Fixed-point fractional library routines.
!                                                              (line  532)
  * __fractsqqq2:                          Fixed-point fractional library routines.
!                                                              (line  515)
  * __fractsqsa:                           Fixed-point fractional library routines.
!                                                              (line  519)
  * __fractsqsf:                           Fixed-point fractional library routines.
!                                                              (line  537)
  * __fractsqsi:                           Fixed-point fractional library routines.
!                                                              (line  534)
  * __fractsqta:                           Fixed-point fractional library routines.
!                                                              (line  521)
  * __fractsqti:                           Fixed-point fractional library routines.
                                                               (line  536)
+ * __fractsquda:                          Fixed-point fractional library routines.
+                                                              (line  529)
  * __fractsqudq:                          Fixed-point fractional library routines.
!                                                              (line  526)
  * __fractsquha:                          Fixed-point fractional library routines.
!                                                              (line  527)
  * __fractsquhq:                          Fixed-point fractional library routines.
!                                                              (line  523)
  * __fractsquqq:                          Fixed-point fractional library routines.
!                                                              (line  522)
  * __fractsqusa:                          Fixed-point fractional library routines.
!                                                              (line  528)
  * __fractsqusq:                          Fixed-point fractional library routines.
!                                                              (line  524)
  * __fractsquta:                          Fixed-point fractional library routines.
!                                                              (line  531)
  * __fracttada2:                          Fixed-point fractional library routines.
!                                                              (line  643)
  * __fracttadf:                           Fixed-point fractional library routines.
!                                                              (line  664)
  * __fracttadi:                           Fixed-point fractional library routines.
!                                                              (line  661)
  * __fracttadq:                           Fixed-point fractional library routines.
!                                                              (line  640)
  * __fracttaha2:                          Fixed-point fractional library routines.
!                                                              (line  641)
  * __fracttahi:                           Fixed-point fractional library routines.
!                                                              (line  659)
  * __fracttahq:                           Fixed-point fractional library routines.
!                                                              (line  638)
  * __fracttaqi:                           Fixed-point fractional library routines.
!                                                              (line  658)
  * __fracttaqq:                           Fixed-point fractional library routines.
!                                                              (line  637)
  * __fracttasa2:                          Fixed-point fractional library routines.
!                                                              (line  642)
  * __fracttasf:                           Fixed-point fractional library routines.
!                                                              (line  663)
  * __fracttasi:                           Fixed-point fractional library routines.
!                                                              (line  660)
  * __fracttasq:                           Fixed-point fractional library routines.
!                                                              (line  639)
  * __fracttati:                           Fixed-point fractional library routines.
!                                                              (line  662)
  * __fracttauda:                          Fixed-point fractional library routines.
!                                                              (line  655)
  * __fracttaudq:                          Fixed-point fractional library routines.
!                                                              (line  650)
  * __fracttauha:                          Fixed-point fractional library routines.
!                                                              (line  652)
  * __fracttauhq:                          Fixed-point fractional library routines.
!                                                              (line  646)
  * __fracttauqq:                          Fixed-point fractional library routines.
!                                                              (line  645)
  * __fracttausa:                          Fixed-point fractional library routines.
!                                                              (line  653)
  * __fracttausq:                          Fixed-point fractional library routines.
!                                                              (line  648)
  * __fracttauta:                          Fixed-point fractional library routines.
!                                                              (line  657)
  * __fracttida:                           Fixed-point fractional library routines.
!                                                              (line  991)
  * __fracttidq:                           Fixed-point fractional library routines.
!                                                              (line  988)
  * __fracttiha:                           Fixed-point fractional library routines.
!                                                              (line  989)
  * __fracttihq:                           Fixed-point fractional library routines.
!                                                              (line  986)
  * __fracttiqq:                           Fixed-point fractional library routines.
!                                                              (line  985)
  * __fracttisa:                           Fixed-point fractional library routines.
!                                                              (line  990)
  * __fracttisq:                           Fixed-point fractional library routines.
!                                                              (line  987)
  * __fracttita:                           Fixed-point fractional library routines.
!                                                              (line  992)
  * __fracttiuda:                          Fixed-point fractional library routines.
!                                                              (line 1000)
  * __fracttiudq:                          Fixed-point fractional library routines.
!                                                              (line  997)
  * __fracttiuha:                          Fixed-point fractional library routines.
!                                                              (line  998)
  * __fracttiuhq:                          Fixed-point fractional library routines.
!                                                              (line  994)
  * __fracttiuqq:                          Fixed-point fractional library routines.
!                                                              (line  993)
  * __fracttiusa:                          Fixed-point fractional library routines.
!                                                              (line  999)
  * __fracttiusq:                          Fixed-point fractional library routines.
!                                                              (line  995)
  * __fracttiuta:                          Fixed-point fractional library routines.
!                                                              (line 1002)
  * __fractudada:                          Fixed-point fractional library routines.
!                                                              (line  858)
  * __fractudadf:                          Fixed-point fractional library routines.
!                                                              (line  881)
  * __fractudadi:                          Fixed-point fractional library routines.
!                                                              (line  878)
  * __fractudadq:                          Fixed-point fractional library routines.
!                                                              (line  855)
  * __fractudaha:                          Fixed-point fractional library routines.
!                                                              (line  856)
  * __fractudahi:                          Fixed-point fractional library routines.
!                                                              (line  876)
  * __fractudahq:                          Fixed-point fractional library routines.
!                                                              (line  852)
  * __fractudaqi:                          Fixed-point fractional library routines.
!                                                              (line  875)
  * __fractudaqq:                          Fixed-point fractional library routines.
!                                                              (line  851)
  * __fractudasa:                          Fixed-point fractional library routines.
!                                                              (line  857)
  * __fractudasf:                          Fixed-point fractional library routines.
!                                                              (line  880)
  * __fractudasi:                          Fixed-point fractional library routines.
!                                                              (line  877)
  * __fractudasq:                          Fixed-point fractional library routines.
!                                                              (line  853)
  * __fractudata:                          Fixed-point fractional library routines.
!                                                              (line  860)
  * __fractudati:                          Fixed-point fractional library routines.
!                                                              (line  879)
  * __fractudaudq:                         Fixed-point fractional library routines.
!                                                              (line  868)
  * __fractudauha2:                        Fixed-point fractional library routines.
                                                               (line  870)
+ * __fractudauhq:                         Fixed-point fractional library routines.
+                                                              (line  864)
  * __fractudauqq:                         Fixed-point fractional library routines.
!                                                              (line  862)
  * __fractudausa2:                        Fixed-point fractional library routines.
                                                               (line  872)
+ * __fractudausq:                         Fixed-point fractional library routines.
+                                                              (line  866)
  * __fractudauta2:                        Fixed-point fractional library routines.
!                                                              (line  874)
  * __fractudqda:                          Fixed-point fractional library routines.
!                                                              (line  766)
  * __fractudqdf:                          Fixed-point fractional library routines.
!                                                              (line  791)
  * __fractudqdi:                          Fixed-point fractional library routines.
!                                                              (line  787)
  * __fractudqdq:                          Fixed-point fractional library routines.
!                                                              (line  761)
  * __fractudqha:                          Fixed-point fractional library routines.
!                                                              (line  763)
  * __fractudqhi:                          Fixed-point fractional library routines.
!                                                              (line  785)
  * __fractudqhq:                          Fixed-point fractional library routines.
!                                                              (line  757)
  * __fractudqqi:                          Fixed-point fractional library routines.
!                                                              (line  784)
  * __fractudqqq:                          Fixed-point fractional library routines.
!                                                              (line  756)
  * __fractudqsa:                          Fixed-point fractional library routines.
!                                                              (line  764)
  * __fractudqsf:                          Fixed-point fractional library routines.
!                                                              (line  790)
  * __fractudqsi:                          Fixed-point fractional library routines.
!                                                              (line  786)
  * __fractudqsq:                          Fixed-point fractional library routines.
!                                                              (line  759)
  * __fractudqta:                          Fixed-point fractional library routines.
!                                                              (line  768)
  * __fractudqti:                          Fixed-point fractional library routines.
!                                                              (line  789)
  * __fractudquda:                         Fixed-point fractional library routines.
!                                                              (line  780)
  * __fractudquha:                         Fixed-point fractional library routines.
!                                                              (line  776)
  * __fractudquhq2:                        Fixed-point fractional library routines.
!                                                              (line  772)
  * __fractudquqq2:                        Fixed-point fractional library routines.
!                                                              (line  770)
  * __fractudqusa:                         Fixed-point fractional library routines.
!                                                              (line  778)
  * __fractudqusq2:                        Fixed-point fractional library routines.
!                                                              (line  774)
  * __fractudquta:                         Fixed-point fractional library routines.
!                                                              (line  782)
  * __fractuhada:                          Fixed-point fractional library routines.
!                                                              (line  799)
  * __fractuhadf:                          Fixed-point fractional library routines.
!                                                              (line  822)
  * __fractuhadi:                          Fixed-point fractional library routines.
!                                                              (line  819)
  * __fractuhadq:                          Fixed-point fractional library routines.
!                                                              (line  796)
  * __fractuhaha:                          Fixed-point fractional library routines.
!                                                              (line  797)
  * __fractuhahi:                          Fixed-point fractional library routines.
!                                                              (line  817)
  * __fractuhahq:                          Fixed-point fractional library routines.
!                                                              (line  793)
  * __fractuhaqi:                          Fixed-point fractional library routines.
!                                                              (line  816)
  * __fractuhaqq:                          Fixed-point fractional library routines.
!                                                              (line  792)
  * __fractuhasa:                          Fixed-point fractional library routines.
!                                                              (line  798)
  * __fractuhasf:                          Fixed-point fractional library routines.
!                                                              (line  821)
  * __fractuhasi:                          Fixed-point fractional library routines.
!                                                              (line  818)
  * __fractuhasq:                          Fixed-point fractional library routines.
!                                                              (line  794)
  * __fractuhata:                          Fixed-point fractional library routines.
!                                                              (line  801)
  * __fractuhati:                          Fixed-point fractional library routines.
!                                                              (line  820)
  * __fractuhauda2:                        Fixed-point fractional library routines.
!                                                              (line  813)
  * __fractuhaudq:                         Fixed-point fractional library routines.
!                                                              (line  809)
  * __fractuhauhq:                         Fixed-point fractional library routines.
!                                                              (line  805)
  * __fractuhauqq:                         Fixed-point fractional library routines.
!                                                              (line  803)
  * __fractuhausa2:                        Fixed-point fractional library routines.
!                                                              (line  811)
  * __fractuhausq:                         Fixed-point fractional library routines.
!                                                              (line  807)
  * __fractuhauta2:                        Fixed-point fractional library routines.
!                                                              (line  815)
  * __fractuhqda:                          Fixed-point fractional library routines.
!                                                              (line  702)
  * __fractuhqdf:                          Fixed-point fractional library routines.
!                                                              (line  723)
  * __fractuhqdi:                          Fixed-point fractional library routines.
!                                                              (line  720)
  * __fractuhqdq:                          Fixed-point fractional library routines.
!                                                              (line  699)
  * __fractuhqha:                          Fixed-point fractional library routines.
!                                                              (line  700)
  * __fractuhqhi:                          Fixed-point fractional library routines.
!                                                              (line  718)
  * __fractuhqhq:                          Fixed-point fractional library routines.
!                                                              (line  697)
  * __fractuhqqi:                          Fixed-point fractional library routines.
!                                                              (line  717)
  * __fractuhqqq:                          Fixed-point fractional library routines.
!                                                              (line  696)
  * __fractuhqsa:                          Fixed-point fractional library routines.
!                                                              (line  701)
  * __fractuhqsf:                          Fixed-point fractional library routines.
!                                                              (line  722)
  * __fractuhqsi:                          Fixed-point fractional library routines.
!                                                              (line  719)
  * __fractuhqsq:                          Fixed-point fractional library routines.
!                                                              (line  698)
  * __fractuhqta:                          Fixed-point fractional library routines.
!                                                              (line  703)
  * __fractuhqti:                          Fixed-point fractional library routines.
!                                                              (line  721)
  * __fractuhquda:                         Fixed-point fractional library routines.
!                                                              (line  714)
  * __fractuhqudq2:                        Fixed-point fractional library routines.
!                                                              (line  709)
  * __fractuhquha:                         Fixed-point fractional library routines.
                                                               (line  711)
+ * __fractuhquqq2:                        Fixed-point fractional library routines.
+                                                              (line  705)
  * __fractuhqusa:                         Fixed-point fractional library routines.
!                                                              (line  712)
  * __fractuhqusq2:                        Fixed-point fractional library routines.
!                                                              (line  707)
  * __fractuhquta:                         Fixed-point fractional library routines.
!                                                              (line  716)
  * __fractunsdadi:                        Fixed-point fractional library routines.
!                                                              (line 1555)
  * __fractunsdahi:                        Fixed-point fractional library routines.
!                                                              (line 1553)
  * __fractunsdaqi:                        Fixed-point fractional library routines.
!                                                              (line 1552)
  * __fractunsdasi:                        Fixed-point fractional library routines.
!                                                              (line 1554)
  * __fractunsdati:                        Fixed-point fractional library routines.
!                                                              (line 1556)
  * __fractunsdida:                        Fixed-point fractional library routines.
!                                                              (line 1707)
  * __fractunsdidq:                        Fixed-point fractional library routines.
!                                                              (line 1704)
  * __fractunsdiha:                        Fixed-point fractional library routines.
!                                                              (line 1705)
  * __fractunsdihq:                        Fixed-point fractional library routines.
!                                                              (line 1702)
  * __fractunsdiqq:                        Fixed-point fractional library routines.
!                                                              (line 1701)
  * __fractunsdisa:                        Fixed-point fractional library routines.
!                                                              (line 1706)
  * __fractunsdisq:                        Fixed-point fractional library routines.
!                                                              (line 1703)
  * __fractunsdita:                        Fixed-point fractional library routines.
!                                                              (line 1708)
  * __fractunsdiuda:                       Fixed-point fractional library routines.
!                                                              (line 1720)
  * __fractunsdiudq:                       Fixed-point fractional library routines.
!                                                              (line 1715)
  * __fractunsdiuha:                       Fixed-point fractional library routines.
!                                                              (line 1717)
  * __fractunsdiuhq:                       Fixed-point fractional library routines.
!                                                              (line 1711)
  * __fractunsdiuqq:                       Fixed-point fractional library routines.
!                                                              (line 1710)
  * __fractunsdiusa:                       Fixed-point fractional library routines.
!                                                              (line 1718)
  * __fractunsdiusq:                       Fixed-point fractional library routines.
!                                                              (line 1713)
  * __fractunsdiuta:                       Fixed-point fractional library routines.
!                                                              (line 1722)
  * __fractunsdqdi:                        Fixed-point fractional library routines.
!                                                              (line 1539)
  * __fractunsdqhi:                        Fixed-point fractional library routines.
!                                                              (line 1537)
  * __fractunsdqqi:                        Fixed-point fractional library routines.
!                                                              (line 1536)
  * __fractunsdqsi:                        Fixed-point fractional library routines.
!                                                              (line 1538)
  * __fractunsdqti:                        Fixed-point fractional library routines.
!                                                              (line 1541)
  * __fractunshadi:                        Fixed-point fractional library routines.
!                                                              (line 1545)
  * __fractunshahi:                        Fixed-point fractional library routines.
!                                                              (line 1543)
  * __fractunshaqi:                        Fixed-point fractional library routines.
!                                                              (line 1542)
  * __fractunshasi:                        Fixed-point fractional library routines.
!                                                              (line 1544)
  * __fractunshati:                        Fixed-point fractional library routines.
!                                                              (line 1546)
  * __fractunshida:                        Fixed-point fractional library routines.
!                                                              (line 1663)
  * __fractunshidq:                        Fixed-point fractional library routines.
!                                                              (line 1660)
  * __fractunshiha:                        Fixed-point fractional library routines.
!                                                              (line 1661)
  * __fractunshihq:                        Fixed-point fractional library routines.
!                                                              (line 1658)
  * __fractunshiqq:                        Fixed-point fractional library routines.
!                                                              (line 1657)
  * __fractunshisa:                        Fixed-point fractional library routines.
!                                                              (line 1662)
  * __fractunshisq:                        Fixed-point fractional library routines.
!                                                              (line 1659)
  * __fractunshita:                        Fixed-point fractional library routines.
!                                                              (line 1664)
  * __fractunshiuda:                       Fixed-point fractional library routines.
!                                                              (line 1676)
  * __fractunshiudq:                       Fixed-point fractional library routines.
!                                                              (line 1671)
  * __fractunshiuha:                       Fixed-point fractional library routines.
!                                                              (line 1673)
  * __fractunshiuhq:                       Fixed-point fractional library routines.
!                                                              (line 1667)
  * __fractunshiuqq:                       Fixed-point fractional library routines.
!                                                              (line 1666)
  * __fractunshiusa:                       Fixed-point fractional library routines.
!                                                              (line 1674)
  * __fractunshiusq:                       Fixed-point fractional library routines.
!                                                              (line 1669)
  * __fractunshiuta:                       Fixed-point fractional library routines.
!                                                              (line 1678)
  * __fractunshqdi:                        Fixed-point fractional library routines.
!                                                              (line 1529)
  * __fractunshqhi:                        Fixed-point fractional library routines.
!                                                              (line 1527)
  * __fractunshqqi:                        Fixed-point fractional library routines.
!                                                              (line 1526)
  * __fractunshqsi:                        Fixed-point fractional library routines.
!                                                              (line 1528)
  * __fractunshqti:                        Fixed-point fractional library routines.
!                                                              (line 1530)
  * __fractunsqida:                        Fixed-point fractional library routines.
!                                                              (line 1641)
  * __fractunsqidq:                        Fixed-point fractional library routines.
!                                                              (line 1638)
  * __fractunsqiha:                        Fixed-point fractional library routines.
!                                                              (line 1639)
  * __fractunsqihq:                        Fixed-point fractional library routines.
!                                                              (line 1636)
  * __fractunsqiqq:                        Fixed-point fractional library routines.
!                                                              (line 1635)
  * __fractunsqisa:                        Fixed-point fractional library routines.
!                                                              (line 1640)
  * __fractunsqisq:                        Fixed-point fractional library routines.
!                                                              (line 1637)
  * __fractunsqita:                        Fixed-point fractional library routines.
!                                                              (line 1642)
  * __fractunsqiuda:                       Fixed-point fractional library routines.
!                                                              (line 1654)
  * __fractunsqiudq:                       Fixed-point fractional library routines.
!                                                              (line 1649)
  * __fractunsqiuha:                       Fixed-point fractional library routines.
!                                                              (line 1651)
  * __fractunsqiuhq:                       Fixed-point fractional library routines.
!                                                              (line 1645)
  * __fractunsqiuqq:                       Fixed-point fractional library routines.
!                                                              (line 1644)
  * __fractunsqiusa:                       Fixed-point fractional library routines.
!                                                              (line 1652)
  * __fractunsqiusq:                       Fixed-point fractional library routines.
!                                                              (line 1647)
  * __fractunsqiuta:                       Fixed-point fractional library routines.
!                                                              (line 1656)
  * __fractunsqqdi:                        Fixed-point fractional library routines.
!                                                              (line 1524)
  * __fractunsqqhi:                        Fixed-point fractional library routines.
!                                                              (line 1522)
  * __fractunsqqqi:                        Fixed-point fractional library routines.
!                                                              (line 1521)
  * __fractunsqqsi:                        Fixed-point fractional library routines.
!                                                              (line 1523)
  * __fractunsqqti:                        Fixed-point fractional library routines.
!                                                              (line 1525)
  * __fractunssadi:                        Fixed-point fractional library routines.
!                                                              (line 1550)
  * __fractunssahi:                        Fixed-point fractional library routines.
!                                                              (line 1548)
  * __fractunssaqi:                        Fixed-point fractional library routines.
!                                                              (line 1547)
  * __fractunssasi:                        Fixed-point fractional library routines.
!                                                              (line 1549)
  * __fractunssati:                        Fixed-point fractional library routines.
!                                                              (line 1551)
  * __fractunssida:                        Fixed-point fractional library routines.
!                                                              (line 1685)
  * __fractunssidq:                        Fixed-point fractional library routines.
!                                                              (line 1682)
  * __fractunssiha:                        Fixed-point fractional library routines.
!                                                              (line 1683)
  * __fractunssihq:                        Fixed-point fractional library routines.
!                                                              (line 1680)
  * __fractunssiqq:                        Fixed-point fractional library routines.
!                                                              (line 1679)
  * __fractunssisa:                        Fixed-point fractional library routines.
!                                                              (line 1684)
  * __fractunssisq:                        Fixed-point fractional library routines.
!                                                              (line 1681)
  * __fractunssita:                        Fixed-point fractional library routines.
!                                                              (line 1686)
  * __fractunssiuda:                       Fixed-point fractional library routines.
!                                                              (line 1698)
  * __fractunssiudq:                       Fixed-point fractional library routines.
!                                                              (line 1693)
  * __fractunssiuha:                       Fixed-point fractional library routines.
!                                                              (line 1695)
  * __fractunssiuhq:                       Fixed-point fractional library routines.
!                                                              (line 1689)
  * __fractunssiuqq:                       Fixed-point fractional library routines.
!                                                              (line 1688)
  * __fractunssiusa:                       Fixed-point fractional library routines.
!                                                              (line 1696)
  * __fractunssiusq:                       Fixed-point fractional library routines.
!                                                              (line 1691)
  * __fractunssiuta:                       Fixed-point fractional library routines.
!                                                              (line 1700)
  * __fractunssqdi:                        Fixed-point fractional library routines.
!                                                              (line 1534)
  * __fractunssqhi:                        Fixed-point fractional library routines.
!                                                              (line 1532)
  * __fractunssqqi:                        Fixed-point fractional library routines.
!                                                              (line 1531)
  * __fractunssqsi:                        Fixed-point fractional library routines.
!                                                              (line 1533)
  * __fractunssqti:                        Fixed-point fractional library routines.
!                                                              (line 1535)
  * __fractunstadi:                        Fixed-point fractional library routines.
!                                                              (line 1560)
  * __fractunstahi:                        Fixed-point fractional library routines.
!                                                              (line 1558)
  * __fractunstaqi:                        Fixed-point fractional library routines.
!                                                              (line 1557)
  * __fractunstasi:                        Fixed-point fractional library routines.
!                                                              (line 1559)
  * __fractunstati:                        Fixed-point fractional library routines.
!                                                              (line 1562)
  * __fractunstida:                        Fixed-point fractional library routines.
!                                                              (line 1730)
  * __fractunstidq:                        Fixed-point fractional library routines.
!                                                              (line 1727)
  * __fractunstiha:                        Fixed-point fractional library routines.
!                                                              (line 1728)
  * __fractunstihq:                        Fixed-point fractional library routines.
!                                                              (line 1724)
  * __fractunstiqq:                        Fixed-point fractional library routines.
!                                                              (line 1723)
  * __fractunstisa:                        Fixed-point fractional library routines.
!                                                              (line 1729)
  * __fractunstisq:                        Fixed-point fractional library routines.
!                                                              (line 1725)
  * __fractunstita:                        Fixed-point fractional library routines.
!                                                              (line 1732)
  * __fractunstiuda:                       Fixed-point fractional library routines.
                                                               (line 1746)
+ * __fractunstiudq:                       Fixed-point fractional library routines.
+                                                              (line 1740)
  * __fractunstiuha:                       Fixed-point fractional library routines.
                                                               (line 1742)
+ * __fractunstiuhq:                       Fixed-point fractional library routines.
+                                                              (line 1736)
  * __fractunstiuqq:                       Fixed-point fractional library routines.
!                                                              (line 1734)
  * __fractunstiusa:                       Fixed-point fractional library routines.
                                                               (line 1744)
+ * __fractunstiusq:                       Fixed-point fractional library routines.
+                                                              (line 1738)
  * __fractunstiuta:                       Fixed-point fractional library routines.
!                                                              (line 1748)
  * __fractunsudadi:                       Fixed-point fractional library routines.
!                                                              (line 1622)
  * __fractunsudahi:                       Fixed-point fractional library routines.
!                                                              (line 1618)
  * __fractunsudaqi:                       Fixed-point fractional library routines.
!                                                              (line 1616)
  * __fractunsudasi:                       Fixed-point fractional library routines.
!                                                              (line 1620)
  * __fractunsudati:                       Fixed-point fractional library routines.
!                                                              (line 1624)
  * __fractunsudqdi:                       Fixed-point fractional library routines.
!                                                              (line 1596)
  * __fractunsudqhi:                       Fixed-point fractional library routines.
!                                                              (line 1592)
  * __fractunsudqqi:                       Fixed-point fractional library routines.
!                                                              (line 1590)
  * __fractunsudqsi:                       Fixed-point fractional library routines.
!                                                              (line 1594)
  * __fractunsudqti:                       Fixed-point fractional library routines.
!                                                              (line 1598)
  * __fractunsuhadi:                       Fixed-point fractional library routines.
!                                                              (line 1606)
  * __fractunsuhahi:                       Fixed-point fractional library routines.
!                                                              (line 1602)
  * __fractunsuhaqi:                       Fixed-point fractional library routines.
!                                                              (line 1600)
  * __fractunsuhasi:                       Fixed-point fractional library routines.
!                                                              (line 1604)
  * __fractunsuhati:                       Fixed-point fractional library routines.
!                                                              (line 1608)
  * __fractunsuhqdi:                       Fixed-point fractional library routines.
!                                                              (line 1576)
  * __fractunsuhqhi:                       Fixed-point fractional library routines.
!                                                              (line 1574)
  * __fractunsuhqqi:                       Fixed-point fractional library routines.
!                                                              (line 1573)
  * __fractunsuhqsi:                       Fixed-point fractional library routines.
!                                                              (line 1575)
  * __fractunsuhqti:                       Fixed-point fractional library routines.
!                                                              (line 1578)
  * __fractunsuqqdi:                       Fixed-point fractional library routines.
!                                                              (line 1570)
  * __fractunsuqqhi:                       Fixed-point fractional library routines.
!                                                              (line 1566)
  * __fractunsuqqqi:                       Fixed-point fractional library routines.
!                                                              (line 1564)
  * __fractunsuqqsi:                       Fixed-point fractional library routines.
!                                                              (line 1568)
  * __fractunsuqqti:                       Fixed-point fractional library routines.
!                                                              (line 1572)
  * __fractunsusadi:                       Fixed-point fractional library routines.
!                                                              (line 1612)
  * __fractunsusahi:                       Fixed-point fractional library routines.
!                                                              (line 1610)
  * __fractunsusaqi:                       Fixed-point fractional library routines.
!                                                              (line 1609)
  * __fractunsusasi:                       Fixed-point fractional library routines.
!                                                              (line 1611)
  * __fractunsusati:                       Fixed-point fractional library routines.
!                                                              (line 1614)
  * __fractunsusqdi:                       Fixed-point fractional library routines.
!                                                              (line 1586)
  * __fractunsusqhi:                       Fixed-point fractional library routines.
!                                                              (line 1582)
  * __fractunsusqqi:                       Fixed-point fractional library routines.
!                                                              (line 1580)
  * __fractunsusqsi:                       Fixed-point fractional library routines.
!                                                              (line 1584)
  * __fractunsusqti:                       Fixed-point fractional library routines.
!                                                              (line 1588)
  * __fractunsutadi:                       Fixed-point fractional library routines.
!                                                              (line 1632)
  * __fractunsutahi:                       Fixed-point fractional library routines.
!                                                              (line 1628)
  * __fractunsutaqi:                       Fixed-point fractional library routines.
!                                                              (line 1626)
  * __fractunsutasi:                       Fixed-point fractional library routines.
!                                                              (line 1630)
  * __fractunsutati:                       Fixed-point fractional library routines.
!                                                              (line 1634)
  * __fractuqqda:                          Fixed-point fractional library routines.
!                                                              (line  672)
  * __fractuqqdf:                          Fixed-point fractional library routines.
!                                                              (line  695)
  * __fractuqqdi:                          Fixed-point fractional library routines.
!                                                              (line  692)
  * __fractuqqdq:                          Fixed-point fractional library routines.
!                                                              (line  669)
  * __fractuqqha:                          Fixed-point fractional library routines.
!                                                              (line  670)
  * __fractuqqhi:                          Fixed-point fractional library routines.
!                                                              (line  690)
  * __fractuqqhq:                          Fixed-point fractional library routines.
!                                                              (line  666)
  * __fractuqqqi:                          Fixed-point fractional library routines.
!                                                              (line  689)
  * __fractuqqqq:                          Fixed-point fractional library routines.
!                                                              (line  665)
  * __fractuqqsa:                          Fixed-point fractional library routines.
!                                                              (line  671)
  * __fractuqqsf:                          Fixed-point fractional library routines.
!                                                              (line  694)
  * __fractuqqsi:                          Fixed-point fractional library routines.
!                                                              (line  691)
  * __fractuqqsq:                          Fixed-point fractional library routines.
!                                                              (line  667)
  * __fractuqqta:                          Fixed-point fractional library routines.
!                                                              (line  674)
  * __fractuqqti:                          Fixed-point fractional library routines.
!                                                              (line  693)
  * __fractuqquda:                         Fixed-point fractional library routines.
                                                               (line  686)
+ * __fractuqqudq2:                        Fixed-point fractional library routines.
+                                                              (line  680)
  * __fractuqquha:                         Fixed-point fractional library routines.
                                                               (line  682)
+ * __fractuqquhq2:                        Fixed-point fractional library routines.
+                                                              (line  676)
  * __fractuqqusa:                         Fixed-point fractional library routines.
                                                               (line  684)
+ * __fractuqqusq2:                        Fixed-point fractional library routines.
+                                                              (line  678)
  * __fractuqquta:                         Fixed-point fractional library routines.
!                                                              (line  688)
  * __fractusada:                          Fixed-point fractional library routines.
!                                                              (line  829)
  * __fractusadf:                          Fixed-point fractional library routines.
!                                                              (line  850)
  * __fractusadi:                          Fixed-point fractional library routines.
!                                                              (line  847)
  * __fractusadq:                          Fixed-point fractional library routines.
!                                                              (line  826)
  * __fractusaha:                          Fixed-point fractional library routines.
!                                                              (line  827)
  * __fractusahi:                          Fixed-point fractional library routines.
!                                                              (line  845)
  * __fractusahq:                          Fixed-point fractional library routines.
!                                                              (line  824)
  * __fractusaqi:                          Fixed-point fractional library routines.
!                                                              (line  844)
  * __fractusaqq:                          Fixed-point fractional library routines.
!                                                              (line  823)
  * __fractusasa:                          Fixed-point fractional library routines.
!                                                              (line  828)
  * __fractusasf:                          Fixed-point fractional library routines.
!                                                              (line  849)
  * __fractusasi:                          Fixed-point fractional library routines.
!                                                              (line  846)
  * __fractusasq:                          Fixed-point fractional library routines.
!                                                              (line  825)
  * __fractusata:                          Fixed-point fractional library routines.
!                                                              (line  830)
  * __fractusati:                          Fixed-point fractional library routines.
!                                                              (line  848)
  * __fractusauda2:                        Fixed-point fractional library routines.
!                                                              (line  841)
  * __fractusaudq:                         Fixed-point fractional library routines.
!                                                              (line  837)
  * __fractusauha2:                        Fixed-point fractional library routines.
!                                                              (line  839)
  * __fractusauhq:                         Fixed-point fractional library routines.
!                                                              (line  833)
  * __fractusauqq:                         Fixed-point fractional library routines.
!                                                              (line  832)
  * __fractusausq:                         Fixed-point fractional library routines.
!                                                              (line  835)
  * __fractusauta2:                        Fixed-point fractional library routines.
!                                                              (line  843)
  * __fractusqda:                          Fixed-point fractional library routines.
!                                                              (line  731)
  * __fractusqdf:                          Fixed-point fractional library routines.
!                                                              (line  754)
  * __fractusqdi:                          Fixed-point fractional library routines.
!                                                              (line  751)
  * __fractusqdq:                          Fixed-point fractional library routines.
!                                                              (line  728)
  * __fractusqha:                          Fixed-point fractional library routines.
!                                                              (line  729)
  * __fractusqhi:                          Fixed-point fractional library routines.
!                                                              (line  749)
  * __fractusqhq:                          Fixed-point fractional library routines.
!                                                              (line  725)
  * __fractusqqi:                          Fixed-point fractional library routines.
!                                                              (line  748)
  * __fractusqqq:                          Fixed-point fractional library routines.
!                                                              (line  724)
  * __fractusqsa:                          Fixed-point fractional library routines.
!                                                              (line  730)
  * __fractusqsf:                          Fixed-point fractional library routines.
!                                                              (line  753)
  * __fractusqsi:                          Fixed-point fractional library routines.
!                                                              (line  750)
  * __fractusqsq:                          Fixed-point fractional library routines.
!                                                              (line  726)
  * __fractusqta:                          Fixed-point fractional library routines.
!                                                              (line  733)
  * __fractusqti:                          Fixed-point fractional library routines.
!                                                              (line  752)
  * __fractusquda:                         Fixed-point fractional library routines.
                                                               (line  745)
+ * __fractusqudq2:                        Fixed-point fractional library routines.
+                                                              (line  739)
  * __fractusquha:                         Fixed-point fractional library routines.
!                                                              (line  741)
  * __fractusquhq2:                        Fixed-point fractional library routines.
!                                                              (line  737)
  * __fractusquqq2:                        Fixed-point fractional library routines.
!                                                              (line  735)
  * __fractusqusa:                         Fixed-point fractional library routines.
!                                                              (line  743)
  * __fractusquta:                         Fixed-point fractional library routines.
!                                                              (line  747)
  * __fractutada:                          Fixed-point fractional library routines.
!                                                              (line  893)
  * __fractutadf:                          Fixed-point fractional library routines.
!                                                              (line  918)
  * __fractutadi:                          Fixed-point fractional library routines.
!                                                              (line  914)
  * __fractutadq:                          Fixed-point fractional library routines.
!                                                              (line  888)
  * __fractutaha:                          Fixed-point fractional library routines.
!                                                              (line  890)
  * __fractutahi:                          Fixed-point fractional library routines.
!                                                              (line  912)
  * __fractutahq:                          Fixed-point fractional library routines.
!                                                              (line  884)
  * __fractutaqi:                          Fixed-point fractional library routines.
!                                                              (line  911)
  * __fractutaqq:                          Fixed-point fractional library routines.
!                                                              (line  883)
  * __fractutasa:                          Fixed-point fractional library routines.
!                                                              (line  891)
  * __fractutasf:                          Fixed-point fractional library routines.
!                                                              (line  917)
  * __fractutasi:                          Fixed-point fractional library routines.
!                                                              (line  913)
  * __fractutasq:                          Fixed-point fractional library routines.
!                                                              (line  886)
  * __fractutata:                          Fixed-point fractional library routines.
!                                                              (line  895)
  * __fractutati:                          Fixed-point fractional library routines.
!                                                              (line  916)
  * __fractutauda2:                        Fixed-point fractional library routines.
                                                               (line  909)
+ * __fractutaudq:                         Fixed-point fractional library routines.
+                                                              (line  903)
  * __fractutauha2:                        Fixed-point fractional library routines.
                                                               (line  905)
+ * __fractutauhq:                         Fixed-point fractional library routines.
+                                                              (line  899)
  * __fractutauqq:                         Fixed-point fractional library routines.
!                                                              (line  897)
  * __fractutausa2:                        Fixed-point fractional library routines.
                                                               (line  907)
+ * __fractutausq:                         Fixed-point fractional library routines.
+                                                              (line  901)
  * __gedf2:                               Soft float library routines.
!                                                              (line  206)
  * __gesf2:                               Soft float library routines.
!                                                              (line  205)
  * __getf2:                               Soft float library routines.
!                                                              (line  207)
  * __gtdf2:                               Soft float library routines.
!                                                              (line  224)
  * __gtsf2:                               Soft float library routines.
!                                                              (line  223)
  * __gttf2:                               Soft float library routines.
!                                                              (line  225)
  * __ledf2:                               Soft float library routines.
!                                                              (line  218)
  * __lesf2:                               Soft float library routines.
!                                                              (line  217)
  * __letf2:                               Soft float library routines.
!                                                              (line  219)
  * __lshrdi3:                             Integer library routines.
!                                                              (line   31)
  * __lshrsi3:                             Integer library routines.
!                                                              (line   30)
  * __lshrti3:                             Integer library routines.
!                                                              (line   32)
  * __lshruda3:                            Fixed-point fractional library routines.
                                                               (line  390)
+ * __lshrudq3:                            Fixed-point fractional library routines.
+                                                              (line  384)
  * __lshruha3:                            Fixed-point fractional library routines.
                                                               (line  386)
+ * __lshruhq3:                            Fixed-point fractional library routines.
+                                                              (line  380)
  * __lshruqq3:                            Fixed-point fractional library routines.
!                                                              (line  378)
  * __lshrusa3:                            Fixed-point fractional library routines.
                                                               (line  388)
+ * __lshrusq3:                            Fixed-point fractional library routines.
+                                                              (line  382)
  * __lshruta3:                            Fixed-point fractional library routines.
!                                                              (line  392)
  * __ltdf2:                               Soft float library routines.
!                                                              (line  212)
  * __ltsf2:                               Soft float library routines.
!                                                              (line  211)
  * __lttf2:                               Soft float library routines.
!                                                              (line  213)
  * __main:                                Collect2.           (line   15)
  * __moddi3:                              Integer library routines.
!                                                              (line   37)
  * __modsi3:                              Integer library routines.
!                                                              (line   36)
  * __modti3:                              Integer library routines.
!                                                              (line   38)
  * __morestack_current_segment:           Miscellaneous routines.
                                                               (line   46)
+ * __morestack_initial_sp:                Miscellaneous routines.
+                                                              (line   47)
  * __morestack_segments:                  Miscellaneous routines.
!                                                              (line   45)
  * __mulda3:                              Fixed-point fractional library routines.
!                                                              (line  171)
  * __muldc3:                              Soft float library routines.
!                                                              (line  241)
  * __muldf3:                              Soft float library routines.
!                                                              (line   40)
  * __muldi3:                              Integer library routines.
!                                                              (line   43)
  * __muldq3:                              Fixed-point fractional library routines.
!                                                              (line  159)
  * __mulha3:                              Fixed-point fractional library routines.
!                                                              (line  169)
  * __mulhq3:                              Fixed-point fractional library routines.
!                                                              (line  156)
  * __mulqq3:                              Fixed-point fractional library routines.
!                                                              (line  155)
  * __mulsa3:                              Fixed-point fractional library routines.
!                                                              (line  170)
  * __mulsc3:                              Soft float library routines.
!                                                              (line  239)
  * __mulsf3:                              Soft float library routines.
!                                                              (line   39)
  * __mulsi3:                              Integer library routines.
!                                                              (line   42)
  * __mulsq3:                              Fixed-point fractional library routines.
!                                                              (line  157)
  * __multa3:                              Fixed-point fractional library routines.
!                                                              (line  173)
  * __multc3:                              Soft float library routines.
!                                                              (line  243)
  * __multf3:                              Soft float library routines.
!                                                              (line   42)
  * __multi3:                              Integer library routines.
!                                                              (line   44)
  * __muluda3:                             Fixed-point fractional library routines.
!                                                              (line  179)
  * __muludq3:                             Fixed-point fractional library routines.
!                                                              (line  167)
  * __muluha3:                             Fixed-point fractional library routines.
!                                                              (line  175)
  * __muluhq3:                             Fixed-point fractional library routines.
!                                                              (line  163)
  * __muluqq3:                             Fixed-point fractional library routines.
!                                                              (line  161)
  * __mulusa3:                             Fixed-point fractional library routines.
!                                                              (line  177)
  * __mulusq3:                             Fixed-point fractional library routines.
!                                                              (line  165)
  * __muluta3:                             Fixed-point fractional library routines.
!                                                              (line  181)
  * __mulvdi3:                             Integer library routines.
!                                                              (line  115)
  * __mulvsi3:                             Integer library routines.
!                                                              (line  114)
  * __mulxc3:                              Soft float library routines.
!                                                              (line  245)
  * __mulxf3:                              Soft float library routines.
!                                                              (line   44)
  * __nedf2:                               Soft float library routines.
!                                                              (line  200)
  * __negda2:                              Fixed-point fractional library routines.
!                                                              (line  299)
  * __negdf2:                              Soft float library routines.
!                                                              (line   56)
  * __negdi2:                              Integer library routines.
!                                                              (line   47)
  * __negdq2:                              Fixed-point fractional library routines.
!                                                              (line  289)
  * __negha2:                              Fixed-point fractional library routines.
!                                                              (line  297)
  * __neghq2:                              Fixed-point fractional library routines.
!                                                              (line  287)
  * __negqq2:                              Fixed-point fractional library routines.
!                                                              (line  286)
  * __negsa2:                              Fixed-point fractional library routines.
!                                                              (line  298)
  * __negsf2:                              Soft float library routines.
!                                                              (line   55)
  * __negsq2:                              Fixed-point fractional library routines.
!                                                              (line  288)
  * __negta2:                              Fixed-point fractional library routines.
!                                                              (line  300)
  * __negtf2:                              Soft float library routines.
!                                                              (line   57)
  * __negti2:                              Integer library routines.
!                                                              (line   48)
  * __neguda2:                             Fixed-point fractional library routines.
!                                                              (line  305)
  * __negudq2:                             Fixed-point fractional library routines.
!                                                              (line  296)
  * __neguha2:                             Fixed-point fractional library routines.
!                                                              (line  302)
  * __neguhq2:                             Fixed-point fractional library routines.
!                                                              (line  292)
  * __neguqq2:                             Fixed-point fractional library routines.
!                                                              (line  291)
  * __negusa2:                             Fixed-point fractional library routines.
!                                                              (line  303)
  * __negusq2:                             Fixed-point fractional library routines.
!                                                              (line  294)
  * __neguta2:                             Fixed-point fractional library routines.
!                                                              (line  307)
  * __negvdi2:                             Integer library routines.
!                                                              (line  119)
  * __negvsi2:                             Integer library routines.
!                                                              (line  118)
  * __negxf2:                              Soft float library routines.
!                                                              (line   58)
  * __nesf2:                               Soft float library routines.
!                                                              (line  199)
  * __netf2:                               Soft float library routines.
!                                                              (line  201)
  * __paritydi2:                           Integer library routines.
!                                                              (line  151)
  * __paritysi2:                           Integer library routines.
!                                                              (line  150)
  * __parityti2:                           Integer library routines.
!                                                              (line  152)
  * __popcountdi2:                         Integer library routines.
!                                                              (line  157)
  * __popcountsi2:                         Integer library routines.
!                                                              (line  156)
  * __popcountti2:                         Integer library routines.
!                                                              (line  158)
  * __powidf2:                             Soft float library routines.
!                                                              (line  233)
  * __powisf2:                             Soft float library routines.
!                                                              (line  232)
  * __powitf2:                             Soft float library routines.
                                                               (line  234)
+ * __powixf2:                             Soft float library routines.
+                                                              (line  235)
  * __satfractdadq:                        Fixed-point fractional library routines.
!                                                              (line 1153)
  * __satfractdaha2:                       Fixed-point fractional library routines.
!                                                              (line 1154)
  * __satfractdahq:                        Fixed-point fractional library routines.
!                                                              (line 1151)
  * __satfractdaqq:                        Fixed-point fractional library routines.
!                                                              (line 1150)
  * __satfractdasa2:                       Fixed-point fractional library routines.
!                                                              (line 1155)
  * __satfractdasq:                        Fixed-point fractional library routines.
!                                                              (line 1152)
  * __satfractdata2:                       Fixed-point fractional library routines.
!                                                              (line 1156)
  * __satfractdauda:                       Fixed-point fractional library routines.
!                                                              (line 1166)
  * __satfractdaudq:                       Fixed-point fractional library routines.
!                                                              (line 1162)
  * __satfractdauha:                       Fixed-point fractional library routines.
!                                                              (line 1164)
  * __satfractdauhq:                       Fixed-point fractional library routines.
!                                                              (line 1159)
  * __satfractdauqq:                       Fixed-point fractional library routines.
!                                                              (line 1158)
  * __satfractdausa:                       Fixed-point fractional library routines.
!                                                              (line 1165)
  * __satfractdausq:                       Fixed-point fractional library routines.
!                                                              (line 1160)
  * __satfractdauta:                       Fixed-point fractional library routines.
!                                                              (line 1168)
  * __satfractdfda:                        Fixed-point fractional library routines.
!                                                              (line 1506)
  * __satfractdfdq:                        Fixed-point fractional library routines.
!                                                              (line 1503)
  * __satfractdfha:                        Fixed-point fractional library routines.
!                                                              (line 1504)
  * __satfractdfhq:                        Fixed-point fractional library routines.
!                                                              (line 1501)
  * __satfractdfqq:                        Fixed-point fractional library routines.
!                                                              (line 1500)
  * __satfractdfsa:                        Fixed-point fractional library routines.
!                                                              (line 1505)
  * __satfractdfsq:                        Fixed-point fractional library routines.
!                                                              (line 1502)
  * __satfractdfta:                        Fixed-point fractional library routines.
!                                                              (line 1507)
  * __satfractdfuda:                       Fixed-point fractional library routines.
!                                                              (line 1515)
  * __satfractdfudq:                       Fixed-point fractional library routines.
!                                                              (line 1512)
  * __satfractdfuha:                       Fixed-point fractional library routines.
!                                                              (line 1513)
  * __satfractdfuhq:                       Fixed-point fractional library routines.
!                                                              (line 1509)
  * __satfractdfuqq:                       Fixed-point fractional library routines.
!                                                              (line 1508)
  * __satfractdfusa:                       Fixed-point fractional library routines.
!                                                              (line 1514)
  * __satfractdfusq:                       Fixed-point fractional library routines.
!                                                              (line 1510)
  * __satfractdfuta:                       Fixed-point fractional library routines.
!                                                              (line 1517)
  * __satfractdida:                        Fixed-point fractional library routines.
!                                                              (line 1456)
  * __satfractdidq:                        Fixed-point fractional library routines.
!                                                              (line 1453)
  * __satfractdiha:                        Fixed-point fractional library routines.
!                                                              (line 1454)
  * __satfractdihq:                        Fixed-point fractional library routines.
!                                                              (line 1451)
  * __satfractdiqq:                        Fixed-point fractional library routines.
!                                                              (line 1450)
  * __satfractdisa:                        Fixed-point fractional library routines.
!                                                              (line 1455)
  * __satfractdisq:                        Fixed-point fractional library routines.
!                                                              (line 1452)
  * __satfractdita:                        Fixed-point fractional library routines.
!                                                              (line 1457)
  * __satfractdiuda:                       Fixed-point fractional library routines.
!                                                              (line 1464)
  * __satfractdiudq:                       Fixed-point fractional library routines.
!                                                              (line 1461)
  * __satfractdiuha:                       Fixed-point fractional library routines.
!                                                              (line 1462)
  * __satfractdiuhq:                       Fixed-point fractional library routines.
!                                                              (line 1459)
  * __satfractdiuqq:                       Fixed-point fractional library routines.
!                                                              (line 1458)
  * __satfractdiusa:                       Fixed-point fractional library routines.
!                                                              (line 1463)
  * __satfractdiusq:                       Fixed-point fractional library routines.
!                                                              (line 1460)
  * __satfractdiuta:                       Fixed-point fractional library routines.
!                                                              (line 1465)
  * __satfractdqda:                        Fixed-point fractional library routines.
!                                                              (line 1098)
  * __satfractdqha:                        Fixed-point fractional library routines.
!                                                              (line 1096)
  * __satfractdqhq2:                       Fixed-point fractional library routines.
!                                                              (line 1094)
  * __satfractdqqq2:                       Fixed-point fractional library routines.
!                                                              (line 1093)
  * __satfractdqsa:                        Fixed-point fractional library routines.
!                                                              (line 1097)
  * __satfractdqsq2:                       Fixed-point fractional library routines.
!                                                              (line 1095)
  * __satfractdqta:                        Fixed-point fractional library routines.
!                                                              (line 1099)
  * __satfractdquda:                       Fixed-point fractional library routines.
!                                                              (line 1111)
  * __satfractdqudq:                       Fixed-point fractional library routines.
!                                                              (line 1106)
  * __satfractdquha:                       Fixed-point fractional library routines.
!                                                              (line 1108)
  * __satfractdquhq:                       Fixed-point fractional library routines.
!                                                              (line 1102)
  * __satfractdquqq:                       Fixed-point fractional library routines.
!                                                              (line 1101)
  * __satfractdqusa:                       Fixed-point fractional library routines.
!                                                              (line 1109)
  * __satfractdqusq:                       Fixed-point fractional library routines.
!                                                              (line 1104)
  * __satfractdquta:                       Fixed-point fractional library routines.
!                                                              (line 1113)
  * __satfracthada2:                       Fixed-point fractional library routines.
!                                                              (line 1119)
  * __satfracthadq:                        Fixed-point fractional library routines.
!                                                              (line 1117)
  * __satfracthahq:                        Fixed-point fractional library routines.
!                                                              (line 1115)
  * __satfracthaqq:                        Fixed-point fractional library routines.
!                                                              (line 1114)
  * __satfracthasa2:                       Fixed-point fractional library routines.
!                                                              (line 1118)
  * __satfracthasq:                        Fixed-point fractional library routines.
!                                                              (line 1116)
  * __satfracthata2:                       Fixed-point fractional library routines.
!                                                              (line 1120)
  * __satfracthauda:                       Fixed-point fractional library routines.
!                                                              (line 1132)
  * __satfracthaudq:                       Fixed-point fractional library routines.
!                                                              (line 1127)
  * __satfracthauha:                       Fixed-point fractional library routines.
!                                                              (line 1129)
  * __satfracthauhq:                       Fixed-point fractional library routines.
!                                                              (line 1123)
  * __satfracthauqq:                       Fixed-point fractional library routines.
!                                                              (line 1122)
  * __satfracthausa:                       Fixed-point fractional library routines.
!                                                              (line 1130)
  * __satfracthausq:                       Fixed-point fractional library routines.
!                                                              (line 1125)
  * __satfracthauta:                       Fixed-point fractional library routines.
!                                                              (line 1134)
  * __satfracthida:                        Fixed-point fractional library routines.
!                                                              (line 1424)
  * __satfracthidq:                        Fixed-point fractional library routines.
!                                                              (line 1421)
  * __satfracthiha:                        Fixed-point fractional library routines.
!                                                              (line 1422)
  * __satfracthihq:                        Fixed-point fractional library routines.
!                                                              (line 1419)
  * __satfracthiqq:                        Fixed-point fractional library routines.
!                                                              (line 1418)
  * __satfracthisa:                        Fixed-point fractional library routines.
!                                                              (line 1423)
  * __satfracthisq:                        Fixed-point fractional library routines.
!                                                              (line 1420)
  * __satfracthita:                        Fixed-point fractional library routines.
!                                                              (line 1425)
  * __satfracthiuda:                       Fixed-point fractional library routines.
!                                                              (line 1432)
  * __satfracthiudq:                       Fixed-point fractional library routines.
!                                                              (line 1429)
  * __satfracthiuha:                       Fixed-point fractional library routines.
!                                                              (line 1430)
  * __satfracthiuhq:                       Fixed-point fractional library routines.
!                                                              (line 1427)
  * __satfracthiuqq:                       Fixed-point fractional library routines.
!                                                              (line 1426)
  * __satfracthiusa:                       Fixed-point fractional library routines.
!                                                              (line 1431)
  * __satfracthiusq:                       Fixed-point fractional library routines.
!                                                              (line 1428)
  * __satfracthiuta:                       Fixed-point fractional library routines.
!                                                              (line 1433)
  * __satfracthqda:                        Fixed-point fractional library routines.
!                                                              (line 1064)
  * __satfracthqdq2:                       Fixed-point fractional library routines.
!                                                              (line 1061)
  * __satfracthqha:                        Fixed-point fractional library routines.
!                                                              (line 1062)
  * __satfracthqqq2:                       Fixed-point fractional library routines.
!                                                              (line 1059)
  * __satfracthqsa:                        Fixed-point fractional library routines.
!                                                              (line 1063)
  * __satfracthqsq2:                       Fixed-point fractional library routines.
!                                                              (line 1060)
  * __satfracthqta:                        Fixed-point fractional library routines.
!                                                              (line 1065)
  * __satfracthquda:                       Fixed-point fractional library routines.
!                                                              (line 1072)
  * __satfracthqudq:                       Fixed-point fractional library routines.
!                                                              (line 1069)
  * __satfracthquha:                       Fixed-point fractional library routines.
!                                                              (line 1070)
  * __satfracthquhq:                       Fixed-point fractional library routines.
!                                                              (line 1067)
  * __satfracthquqq:                       Fixed-point fractional library routines.
!                                                              (line 1066)
  * __satfracthqusa:                       Fixed-point fractional library routines.
!                                                              (line 1071)
  * __satfracthqusq:                       Fixed-point fractional library routines.
!                                                              (line 1068)
  * __satfracthquta:                       Fixed-point fractional library routines.
!                                                              (line 1073)
  * __satfractqida:                        Fixed-point fractional library routines.
!                                                              (line 1402)
  * __satfractqidq:                        Fixed-point fractional library routines.
!                                                              (line 1399)
  * __satfractqiha:                        Fixed-point fractional library routines.
!                                                              (line 1400)
  * __satfractqihq:                        Fixed-point fractional library routines.
!                                                              (line 1397)
  * __satfractqiqq:                        Fixed-point fractional library routines.
!                                                              (line 1396)
  * __satfractqisa:                        Fixed-point fractional library routines.
!                                                              (line 1401)
  * __satfractqisq:                        Fixed-point fractional library routines.
!                                                              (line 1398)
  * __satfractqita:                        Fixed-point fractional library routines.
!                                                              (line 1403)
  * __satfractqiuda:                       Fixed-point fractional library routines.
!                                                              (line 1415)
  * __satfractqiudq:                       Fixed-point fractional library routines.
!                                                              (line 1410)
  * __satfractqiuha:                       Fixed-point fractional library routines.
!                                                              (line 1412)
  * __satfractqiuhq:                       Fixed-point fractional library routines.
!                                                              (line 1406)
  * __satfractqiuqq:                       Fixed-point fractional library routines.
!                                                              (line 1405)
  * __satfractqiusa:                       Fixed-point fractional library routines.
!                                                              (line 1413)
  * __satfractqiusq:                       Fixed-point fractional library routines.
!                                                              (line 1408)
  * __satfractqiuta:                       Fixed-point fractional library routines.
!                                                              (line 1417)
  * __satfractqqda:                        Fixed-point fractional library routines.
!                                                              (line 1043)
  * __satfractqqdq2:                       Fixed-point fractional library routines.
!                                                              (line 1040)
  * __satfractqqha:                        Fixed-point fractional library routines.
!                                                              (line 1041)
  * __satfractqqhq2:                       Fixed-point fractional library routines.
!                                                              (line 1038)
  * __satfractqqsa:                        Fixed-point fractional library routines.
!                                                              (line 1042)
  * __satfractqqsq2:                       Fixed-point fractional library routines.
!                                                              (line 1039)
  * __satfractqqta:                        Fixed-point fractional library routines.
!                                                              (line 1044)
  * __satfractqquda:                       Fixed-point fractional library routines.
!                                                              (line 1056)
  * __satfractqqudq:                       Fixed-point fractional library routines.
!                                                              (line 1051)
  * __satfractqquha:                       Fixed-point fractional library routines.
!                                                              (line 1053)
  * __satfractqquhq:                       Fixed-point fractional library routines.
!                                                              (line 1047)
  * __satfractqquqq:                       Fixed-point fractional library routines.
!                                                              (line 1046)
  * __satfractqqusa:                       Fixed-point fractional library routines.
!                                                              (line 1054)
  * __satfractqqusq:                       Fixed-point fractional library routines.
!                                                              (line 1049)
  * __satfractqquta:                       Fixed-point fractional library routines.
!                                                              (line 1058)
  * __satfractsada2:                       Fixed-point fractional library routines.
!                                                              (line 1140)
  * __satfractsadq:                        Fixed-point fractional library routines.
!                                                              (line 1138)
  * __satfractsaha2:                       Fixed-point fractional library routines.
!                                                              (line 1139)
  * __satfractsahq:                        Fixed-point fractional library routines.
!                                                              (line 1136)
  * __satfractsaqq:                        Fixed-point fractional library routines.
!                                                              (line 1135)
  * __satfractsasq:                        Fixed-point fractional library routines.
!                                                              (line 1137)
  * __satfractsata2:                       Fixed-point fractional library routines.
!                                                              (line 1141)
  * __satfractsauda:                       Fixed-point fractional library routines.
!                                                              (line 1148)
  * __satfractsaudq:                       Fixed-point fractional library routines.
!                                                              (line 1145)
  * __satfractsauha:                       Fixed-point fractional library routines.
!                                                              (line 1146)
  * __satfractsauhq:                       Fixed-point fractional library routines.
!                                                              (line 1143)
  * __satfractsauqq:                       Fixed-point fractional library routines.
!                                                              (line 1142)
  * __satfractsausa:                       Fixed-point fractional library routines.
!                                                              (line 1147)
  * __satfractsausq:                       Fixed-point fractional library routines.
!                                                              (line 1144)
  * __satfractsauta:                       Fixed-point fractional library routines.
!                                                              (line 1149)
  * __satfractsfda:                        Fixed-point fractional library routines.
!                                                              (line 1490)
  * __satfractsfdq:                        Fixed-point fractional library routines.
!                                                              (line 1487)
  * __satfractsfha:                        Fixed-point fractional library routines.
!                                                              (line 1488)
  * __satfractsfhq:                        Fixed-point fractional library routines.
!                                                              (line 1485)
  * __satfractsfqq:                        Fixed-point fractional library routines.
!                                                              (line 1484)
  * __satfractsfsa:                        Fixed-point fractional library routines.
!                                                              (line 1489)
  * __satfractsfsq:                        Fixed-point fractional library routines.
!                                                              (line 1486)
  * __satfractsfta:                        Fixed-point fractional library routines.
!                                                              (line 1491)
  * __satfractsfuda:                       Fixed-point fractional library routines.
!                                                              (line 1498)
  * __satfractsfudq:                       Fixed-point fractional library routines.
!                                                              (line 1495)
  * __satfractsfuha:                       Fixed-point fractional library routines.
!                                                              (line 1496)
  * __satfractsfuhq:                       Fixed-point fractional library routines.
!                                                              (line 1493)
  * __satfractsfuqq:                       Fixed-point fractional library routines.
!                                                              (line 1492)
  * __satfractsfusa:                       Fixed-point fractional library routines.
!                                                              (line 1497)
  * __satfractsfusq:                       Fixed-point fractional library routines.
!                                                              (line 1494)
  * __satfractsfuta:                       Fixed-point fractional library routines.
!                                                              (line 1499)
  * __satfractsida:                        Fixed-point fractional library routines.
!                                                              (line 1440)
  * __satfractsidq:                        Fixed-point fractional library routines.
!                                                              (line 1437)
  * __satfractsiha:                        Fixed-point fractional library routines.
!                                                              (line 1438)
  * __satfractsihq:                        Fixed-point fractional library routines.
!                                                              (line 1435)
  * __satfractsiqq:                        Fixed-point fractional library routines.
!                                                              (line 1434)
  * __satfractsisa:                        Fixed-point fractional library routines.
!                                                              (line 1439)
  * __satfractsisq:                        Fixed-point fractional library routines.
!                                                              (line 1436)
  * __satfractsita:                        Fixed-point fractional library routines.
!                                                              (line 1441)
  * __satfractsiuda:                       Fixed-point fractional library routines.
!                                                              (line 1448)
  * __satfractsiudq:                       Fixed-point fractional library routines.
!                                                              (line 1445)
  * __satfractsiuha:                       Fixed-point fractional library routines.
!                                                              (line 1446)
  * __satfractsiuhq:                       Fixed-point fractional library routines.
!                                                              (line 1443)
  * __satfractsiuqq:                       Fixed-point fractional library routines.
!                                                              (line 1442)
  * __satfractsiusa:                       Fixed-point fractional library routines.
!                                                              (line 1447)
  * __satfractsiusq:                       Fixed-point fractional library routines.
!                                                              (line 1444)
  * __satfractsiuta:                       Fixed-point fractional library routines.
!                                                              (line 1449)
  * __satfractsqda:                        Fixed-point fractional library routines.
!                                                              (line 1079)
  * __satfractsqdq2:                       Fixed-point fractional library routines.
!                                                              (line 1076)
  * __satfractsqha:                        Fixed-point fractional library routines.
!                                                              (line 1077)
  * __satfractsqhq2:                       Fixed-point fractional library routines.
!                                                              (line 1075)
  * __satfractsqqq2:                       Fixed-point fractional library routines.
!                                                              (line 1074)
  * __satfractsqsa:                        Fixed-point fractional library routines.
!                                                              (line 1078)
  * __satfractsqta:                        Fixed-point fractional library routines.
!                                                              (line 1080)
  * __satfractsquda:                       Fixed-point fractional library routines.
!                                                              (line 1090)
  * __satfractsqudq:                       Fixed-point fractional library routines.
!                                                              (line 1086)
  * __satfractsquha:                       Fixed-point fractional library routines.
!                                                              (line 1088)
  * __satfractsquhq:                       Fixed-point fractional library routines.
!                                                              (line 1083)
  * __satfractsquqq:                       Fixed-point fractional library routines.
!                                                              (line 1082)
  * __satfractsqusa:                       Fixed-point fractional library routines.
!                                                              (line 1089)
  * __satfractsqusq:                       Fixed-point fractional library routines.
!                                                              (line 1084)
  * __satfractsquta:                       Fixed-point fractional library routines.
!                                                              (line 1092)
  * __satfracttada2:                       Fixed-point fractional library routines.
!                                                              (line 1175)
  * __satfracttadq:                        Fixed-point fractional library routines.
!                                                              (line 1172)
  * __satfracttaha2:                       Fixed-point fractional library routines.
!                                                              (line 1173)
  * __satfracttahq:                        Fixed-point fractional library routines.
!                                                              (line 1170)
  * __satfracttaqq:                        Fixed-point fractional library routines.
!                                                              (line 1169)
  * __satfracttasa2:                       Fixed-point fractional library routines.
!                                                              (line 1174)
  * __satfracttasq:                        Fixed-point fractional library routines.
!                                                              (line 1171)
  * __satfracttauda:                       Fixed-point fractional library routines.
!                                                              (line 1187)
  * __satfracttaudq:                       Fixed-point fractional library routines.
!                                                              (line 1182)
  * __satfracttauha:                       Fixed-point fractional library routines.
!                                                              (line 1184)
  * __satfracttauhq:                       Fixed-point fractional library routines.
!                                                              (line 1178)
  * __satfracttauqq:                       Fixed-point fractional library routines.
!                                                              (line 1177)
  * __satfracttausa:                       Fixed-point fractional library routines.
!                                                              (line 1185)
  * __satfracttausq:                       Fixed-point fractional library routines.
!                                                              (line 1180)
  * __satfracttauta:                       Fixed-point fractional library routines.
!                                                              (line 1189)
  * __satfracttida:                        Fixed-point fractional library routines.
!                                                              (line 1472)
  * __satfracttidq:                        Fixed-point fractional library routines.
!                                                              (line 1469)
  * __satfracttiha:                        Fixed-point fractional library routines.
!                                                              (line 1470)
  * __satfracttihq:                        Fixed-point fractional library routines.
!                                                              (line 1467)
  * __satfracttiqq:                        Fixed-point fractional library routines.
!                                                              (line 1466)
  * __satfracttisa:                        Fixed-point fractional library routines.
!                                                              (line 1471)
  * __satfracttisq:                        Fixed-point fractional library routines.
!                                                              (line 1468)
  * __satfracttita:                        Fixed-point fractional library routines.
!                                                              (line 1473)
  * __satfracttiuda:                       Fixed-point fractional library routines.
!                                                              (line 1481)
  * __satfracttiudq:                       Fixed-point fractional library routines.
!                                                              (line 1478)
  * __satfracttiuha:                       Fixed-point fractional library routines.
!                                                              (line 1479)
  * __satfracttiuhq:                       Fixed-point fractional library routines.
!                                                              (line 1475)
  * __satfracttiuqq:                       Fixed-point fractional library routines.
!                                                              (line 1474)
  * __satfracttiusa:                       Fixed-point fractional library routines.
!                                                              (line 1480)
  * __satfracttiusq:                       Fixed-point fractional library routines.
!                                                              (line 1476)
  * __satfracttiuta:                       Fixed-point fractional library routines.
!                                                              (line 1483)
  * __satfractudada:                       Fixed-point fractional library routines.
!                                                              (line 1351)
  * __satfractudadq:                       Fixed-point fractional library routines.
!                                                              (line 1347)
  * __satfractudaha:                       Fixed-point fractional library routines.
!                                                              (line 1349)
  * __satfractudahq:                       Fixed-point fractional library routines.
!                                                              (line 1344)
  * __satfractudaqq:                       Fixed-point fractional library routines.
!                                                              (line 1343)
  * __satfractudasa:                       Fixed-point fractional library routines.
!                                                              (line 1350)
  * __satfractudasq:                       Fixed-point fractional library routines.
!                                                              (line 1345)
  * __satfractudata:                       Fixed-point fractional library routines.
!                                                              (line 1353)
  * __satfractudaudq:                      Fixed-point fractional library routines.
!                                                              (line 1361)
  * __satfractudauha2:                     Fixed-point fractional library routines.
                                                               (line 1363)
+ * __satfractudauhq:                      Fixed-point fractional library routines.
+                                                              (line 1357)
  * __satfractudauqq:                      Fixed-point fractional library routines.
!                                                              (line 1355)
  * __satfractudausa2:                     Fixed-point fractional library routines.
                                                               (line 1365)
+ * __satfractudausq:                      Fixed-point fractional library routines.
+                                                              (line 1359)
  * __satfractudauta2:                     Fixed-point fractional library routines.
!                                                              (line 1367)
  * __satfractudqda:                       Fixed-point fractional library routines.
!                                                              (line 1276)
  * __satfractudqdq:                       Fixed-point fractional library routines.
!                                                              (line 1271)
  * __satfractudqha:                       Fixed-point fractional library routines.
!                                                              (line 1273)
  * __satfractudqhq:                       Fixed-point fractional library routines.
!                                                              (line 1267)
  * __satfractudqqq:                       Fixed-point fractional library routines.
!                                                              (line 1266)
  * __satfractudqsa:                       Fixed-point fractional library routines.
!                                                              (line 1274)
  * __satfractudqsq:                       Fixed-point fractional library routines.
!                                                              (line 1269)
  * __satfractudqta:                       Fixed-point fractional library routines.
!                                                              (line 1278)
  * __satfractudquda:                      Fixed-point fractional library routines.
!                                                              (line 1290)
  * __satfractudquha:                      Fixed-point fractional library routines.
!                                                              (line 1286)
  * __satfractudquhq2:                     Fixed-point fractional library routines.
!                                                              (line 1282)
  * __satfractudquqq2:                     Fixed-point fractional library routines.
!                                                              (line 1280)
  * __satfractudqusa:                      Fixed-point fractional library routines.
!                                                              (line 1288)
  * __satfractudqusq2:                     Fixed-point fractional library routines.
!                                                              (line 1284)
  * __satfractudquta:                      Fixed-point fractional library routines.
!                                                              (line 1292)
  * __satfractuhada:                       Fixed-point fractional library routines.
!                                                              (line 1304)
  * __satfractuhadq:                       Fixed-point fractional library routines.
!                                                              (line 1299)
  * __satfractuhaha:                       Fixed-point fractional library routines.
!                                                              (line 1301)
  * __satfractuhahq:                       Fixed-point fractional library routines.
!                                                              (line 1295)
  * __satfractuhaqq:                       Fixed-point fractional library routines.
!                                                              (line 1294)
  * __satfractuhasa:                       Fixed-point fractional library routines.
!                                                              (line 1302)
  * __satfractuhasq:                       Fixed-point fractional library routines.
!                                                              (line 1297)
  * __satfractuhata:                       Fixed-point fractional library routines.
!                                                              (line 1306)
  * __satfractuhauda2:                     Fixed-point fractional library routines.
!                                                              (line 1318)
  * __satfractuhaudq:                      Fixed-point fractional library routines.
!                                                              (line 1314)
  * __satfractuhauhq:                      Fixed-point fractional library routines.
!                                                              (line 1310)
  * __satfractuhauqq:                      Fixed-point fractional library routines.
!                                                              (line 1308)
  * __satfractuhausa2:                     Fixed-point fractional library routines.
!                                                              (line 1316)
  * __satfractuhausq:                      Fixed-point fractional library routines.
!                                                              (line 1312)
  * __satfractuhauta2:                     Fixed-point fractional library routines.
!                                                              (line 1320)
  * __satfractuhqda:                       Fixed-point fractional library routines.
!                                                              (line 1224)
  * __satfractuhqdq:                       Fixed-point fractional library routines.
!                                                              (line 1221)
  * __satfractuhqha:                       Fixed-point fractional library routines.
!                                                              (line 1222)
  * __satfractuhqhq:                       Fixed-point fractional library routines.
!                                                              (line 1219)
  * __satfractuhqqq:                       Fixed-point fractional library routines.
!                                                              (line 1218)
  * __satfractuhqsa:                       Fixed-point fractional library routines.
!                                                              (line 1223)
  * __satfractuhqsq:                       Fixed-point fractional library routines.
!                                                              (line 1220)
  * __satfractuhqta:                       Fixed-point fractional library routines.
!                                                              (line 1225)
  * __satfractuhquda:                      Fixed-point fractional library routines.
!                                                              (line 1236)
  * __satfractuhqudq2:                     Fixed-point fractional library routines.
!                                                              (line 1231)
  * __satfractuhquha:                      Fixed-point fractional library routines.
                                                               (line 1233)
+ * __satfractuhquqq2:                     Fixed-point fractional library routines.
+                                                              (line 1227)
  * __satfractuhqusa:                      Fixed-point fractional library routines.
!                                                              (line 1234)
  * __satfractuhqusq2:                     Fixed-point fractional library routines.
!                                                              (line 1229)
  * __satfractuhquta:                      Fixed-point fractional library routines.
!                                                              (line 1238)
  * __satfractunsdida:                     Fixed-point fractional library routines.
!                                                              (line 1834)
  * __satfractunsdidq:                     Fixed-point fractional library routines.
!                                                              (line 1831)
  * __satfractunsdiha:                     Fixed-point fractional library routines.
!                                                              (line 1832)
  * __satfractunsdihq:                     Fixed-point fractional library routines.
!                                                              (line 1828)
  * __satfractunsdiqq:                     Fixed-point fractional library routines.
!                                                              (line 1827)
  * __satfractunsdisa:                     Fixed-point fractional library routines.
!                                                              (line 1833)
  * __satfractunsdisq:                     Fixed-point fractional library routines.
!                                                              (line 1829)
  * __satfractunsdita:                     Fixed-point fractional library routines.
!                                                              (line 1836)
  * __satfractunsdiuda:                    Fixed-point fractional library routines.
                                                               (line 1850)
+ * __satfractunsdiudq:                    Fixed-point fractional library routines.
+                                                              (line 1844)
  * __satfractunsdiuha:                    Fixed-point fractional library routines.
                                                               (line 1846)
+ * __satfractunsdiuhq:                    Fixed-point fractional library routines.
+                                                              (line 1840)
  * __satfractunsdiuqq:                    Fixed-point fractional library routines.
!                                                              (line 1838)
  * __satfractunsdiusa:                    Fixed-point fractional library routines.
                                                               (line 1848)
+ * __satfractunsdiusq:                    Fixed-point fractional library routines.
+                                                              (line 1842)
  * __satfractunsdiuta:                    Fixed-point fractional library routines.
!                                                              (line 1852)
  * __satfractunshida:                     Fixed-point fractional library routines.
!                                                              (line 1786)
  * __satfractunshidq:                     Fixed-point fractional library routines.
!                                                              (line 1783)
  * __satfractunshiha:                     Fixed-point fractional library routines.
!                                                              (line 1784)
  * __satfractunshihq:                     Fixed-point fractional library routines.
!                                                              (line 1780)
  * __satfractunshiqq:                     Fixed-point fractional library routines.
!                                                              (line 1779)
  * __satfractunshisa:                     Fixed-point fractional library routines.
!                                                              (line 1785)
  * __satfractunshisq:                     Fixed-point fractional library routines.
!                                                              (line 1781)
  * __satfractunshita:                     Fixed-point fractional library routines.
!                                                              (line 1788)
  * __satfractunshiuda:                    Fixed-point fractional library routines.
                                                               (line 1802)
+ * __satfractunshiudq:                    Fixed-point fractional library routines.
+                                                              (line 1796)
  * __satfractunshiuha:                    Fixed-point fractional library routines.
                                                               (line 1798)
+ * __satfractunshiuhq:                    Fixed-point fractional library routines.
+                                                              (line 1792)
  * __satfractunshiuqq:                    Fixed-point fractional library routines.
!                                                              (line 1790)
  * __satfractunshiusa:                    Fixed-point fractional library routines.
                                                               (line 1800)
+ * __satfractunshiusq:                    Fixed-point fractional library routines.
+                                                              (line 1794)
  * __satfractunshiuta:                    Fixed-point fractional library routines.
!                                                              (line 1804)
  * __satfractunsqida:                     Fixed-point fractional library routines.
!                                                              (line 1760)
  * __satfractunsqidq:                     Fixed-point fractional library routines.
!                                                              (line 1757)
  * __satfractunsqiha:                     Fixed-point fractional library routines.
!                                                              (line 1758)
  * __satfractunsqihq:                     Fixed-point fractional library routines.
!                                                              (line 1754)
  * __satfractunsqiqq:                     Fixed-point fractional library routines.
!                                                              (line 1753)
  * __satfractunsqisa:                     Fixed-point fractional library routines.
!                                                              (line 1759)
  * __satfractunsqisq:                     Fixed-point fractional library routines.
!                                                              (line 1755)
  * __satfractunsqita:                     Fixed-point fractional library routines.
!                                                              (line 1762)
  * __satfractunsqiuda:                    Fixed-point fractional library routines.
                                                               (line 1776)
+ * __satfractunsqiudq:                    Fixed-point fractional library routines.
+                                                              (line 1770)
  * __satfractunsqiuha:                    Fixed-point fractional library routines.
                                                               (line 1772)
+ * __satfractunsqiuhq:                    Fixed-point fractional library routines.
+                                                              (line 1766)
  * __satfractunsqiuqq:                    Fixed-point fractional library routines.
!                                                              (line 1764)
  * __satfractunsqiusa:                    Fixed-point fractional library routines.
                                                               (line 1774)
+ * __satfractunsqiusq:                    Fixed-point fractional library routines.
+                                                              (line 1768)
  * __satfractunsqiuta:                    Fixed-point fractional library routines.
!                                                              (line 1778)
  * __satfractunssida:                     Fixed-point fractional library routines.
!                                                              (line 1811)
  * __satfractunssidq:                     Fixed-point fractional library routines.
!                                                              (line 1808)
  * __satfractunssiha:                     Fixed-point fractional library routines.
!                                                              (line 1809)
  * __satfractunssihq:                     Fixed-point fractional library routines.
!                                                              (line 1806)
  * __satfractunssiqq:                     Fixed-point fractional library routines.
!                                                              (line 1805)
  * __satfractunssisa:                     Fixed-point fractional library routines.
!                                                              (line 1810)
  * __satfractunssisq:                     Fixed-point fractional library routines.
!                                                              (line 1807)
  * __satfractunssita:                     Fixed-point fractional library routines.
!                                                              (line 1812)
  * __satfractunssiuda:                    Fixed-point fractional library routines.
!                                                              (line 1824)
  * __satfractunssiudq:                    Fixed-point fractional library routines.
!                                                              (line 1819)
  * __satfractunssiuha:                    Fixed-point fractional library routines.
!                                                              (line 1821)
  * __satfractunssiuhq:                    Fixed-point fractional library routines.
!                                                              (line 1815)
  * __satfractunssiuqq:                    Fixed-point fractional library routines.
!                                                              (line 1814)
  * __satfractunssiusa:                    Fixed-point fractional library routines.
!                                                              (line 1822)
  * __satfractunssiusq:                    Fixed-point fractional library routines.
!                                                              (line 1817)
  * __satfractunssiuta:                    Fixed-point fractional library routines.
!                                                              (line 1826)
  * __satfractunstida:                     Fixed-point fractional library routines.
!                                                              (line 1864)
  * __satfractunstidq:                     Fixed-point fractional library routines.
!                                                              (line 1859)
  * __satfractunstiha:                     Fixed-point fractional library routines.
!                                                              (line 1861)
  * __satfractunstihq:                     Fixed-point fractional library routines.
!                                                              (line 1855)
  * __satfractunstiqq:                     Fixed-point fractional library routines.
!                                                              (line 1854)
  * __satfractunstisa:                     Fixed-point fractional library routines.
!                                                              (line 1862)
  * __satfractunstisq:                     Fixed-point fractional library routines.
!                                                              (line 1857)
  * __satfractunstita:                     Fixed-point fractional library routines.
!                                                              (line 1866)
  * __satfractunstiuda:                    Fixed-point fractional library routines.
                                                               (line 1880)
+ * __satfractunstiudq:                    Fixed-point fractional library routines.
+                                                              (line 1874)
  * __satfractunstiuha:                    Fixed-point fractional library routines.
                                                               (line 1876)
+ * __satfractunstiuhq:                    Fixed-point fractional library routines.
+                                                              (line 1870)
  * __satfractunstiuqq:                    Fixed-point fractional library routines.
!                                                              (line 1868)
  * __satfractunstiusa:                    Fixed-point fractional library routines.
                                                               (line 1878)
+ * __satfractunstiusq:                    Fixed-point fractional library routines.
+                                                              (line 1872)
  * __satfractunstiuta:                    Fixed-point fractional library routines.
!                                                              (line 1882)
  * __satfractuqqda:                       Fixed-point fractional library routines.
!                                                              (line 1201)
  * __satfractuqqdq:                       Fixed-point fractional library routines.
!                                                              (line 1196)
  * __satfractuqqha:                       Fixed-point fractional library routines.
!                                                              (line 1198)
  * __satfractuqqhq:                       Fixed-point fractional library routines.
!                                                              (line 1192)
  * __satfractuqqqq:                       Fixed-point fractional library routines.
!                                                              (line 1191)
  * __satfractuqqsa:                       Fixed-point fractional library routines.
!                                                              (line 1199)
  * __satfractuqqsq:                       Fixed-point fractional library routines.
!                                                              (line 1194)
  * __satfractuqqta:                       Fixed-point fractional library routines.
!                                                              (line 1203)
  * __satfractuqquda:                      Fixed-point fractional library routines.
                                                               (line 1215)
+ * __satfractuqqudq2:                     Fixed-point fractional library routines.
+                                                              (line 1209)
  * __satfractuqquha:                      Fixed-point fractional library routines.
                                                               (line 1211)
+ * __satfractuqquhq2:                     Fixed-point fractional library routines.
+                                                              (line 1205)
  * __satfractuqqusa:                      Fixed-point fractional library routines.
                                                               (line 1213)
+ * __satfractuqqusq2:                     Fixed-point fractional library routines.
+                                                              (line 1207)
  * __satfractuqquta:                      Fixed-point fractional library routines.
!                                                              (line 1217)
  * __satfractusada:                       Fixed-point fractional library routines.
!                                                              (line 1327)
  * __satfractusadq:                       Fixed-point fractional library routines.
!                                                              (line 1324)
  * __satfractusaha:                       Fixed-point fractional library routines.
!                                                              (line 1325)
  * __satfractusahq:                       Fixed-point fractional library routines.
!                                                              (line 1322)
  * __satfractusaqq:                       Fixed-point fractional library routines.
!                                                              (line 1321)
  * __satfractusasa:                       Fixed-point fractional library routines.
!                                                              (line 1326)
  * __satfractusasq:                       Fixed-point fractional library routines.
!                                                              (line 1323)
  * __satfractusata:                       Fixed-point fractional library routines.
!                                                              (line 1328)
  * __satfractusauda2:                     Fixed-point fractional library routines.
!                                                              (line 1339)
  * __satfractusaudq:                      Fixed-point fractional library routines.
!                                                              (line 1335)
  * __satfractusauha2:                     Fixed-point fractional library routines.
!                                                              (line 1337)
  * __satfractusauhq:                      Fixed-point fractional library routines.
!                                                              (line 1331)
  * __satfractusauqq:                      Fixed-point fractional library routines.
!                                                              (line 1330)
  * __satfractusausq:                      Fixed-point fractional library routines.
!                                                              (line 1333)
  * __satfractusauta2:                     Fixed-point fractional library routines.
!                                                              (line 1341)
  * __satfractusqda:                       Fixed-point fractional library routines.
!                                                              (line 1248)
  * __satfractusqdq:                       Fixed-point fractional library routines.
!                                                              (line 1244)
  * __satfractusqha:                       Fixed-point fractional library routines.
!                                                              (line 1246)
  * __satfractusqhq:                       Fixed-point fractional library routines.
!                                                              (line 1241)
  * __satfractusqqq:                       Fixed-point fractional library routines.
!                                                              (line 1240)
  * __satfractusqsa:                       Fixed-point fractional library routines.
!                                                              (line 1247)
  * __satfractusqsq:                       Fixed-point fractional library routines.
!                                                              (line 1242)
  * __satfractusqta:                       Fixed-point fractional library routines.
!                                                              (line 1250)
  * __satfractusquda:                      Fixed-point fractional library routines.
                                                               (line 1262)
+ * __satfractusqudq2:                     Fixed-point fractional library routines.
+                                                              (line 1256)
  * __satfractusquha:                      Fixed-point fractional library routines.
!                                                              (line 1258)
  * __satfractusquhq2:                     Fixed-point fractional library routines.
!                                                              (line 1254)
  * __satfractusquqq2:                     Fixed-point fractional library routines.
!                                                              (line 1252)
  * __satfractusqusa:                      Fixed-point fractional library routines.
!                                                              (line 1260)
  * __satfractusquta:                      Fixed-point fractional library routines.
!                                                              (line 1264)
  * __satfractutada:                       Fixed-point fractional library routines.
!                                                              (line 1379)
  * __satfractutadq:                       Fixed-point fractional library routines.
!                                                              (line 1374)
  * __satfractutaha:                       Fixed-point fractional library routines.
!                                                              (line 1376)
  * __satfractutahq:                       Fixed-point fractional library routines.
!                                                              (line 1370)
  * __satfractutaqq:                       Fixed-point fractional library routines.
!                                                              (line 1369)
  * __satfractutasa:                       Fixed-point fractional library routines.
!                                                              (line 1377)
  * __satfractutasq:                       Fixed-point fractional library routines.
!                                                              (line 1372)
  * __satfractutata:                       Fixed-point fractional library routines.
!                                                              (line 1381)
  * __satfractutauda2:                     Fixed-point fractional library routines.
                                                               (line 1395)
+ * __satfractutaudq:                      Fixed-point fractional library routines.
+                                                              (line 1389)
  * __satfractutauha2:                     Fixed-point fractional library routines.
                                                               (line 1391)
+ * __satfractutauhq:                      Fixed-point fractional library routines.
+                                                              (line 1385)
  * __satfractutauqq:                      Fixed-point fractional library routines.
!                                                              (line 1383)
  * __satfractutausa2:                     Fixed-point fractional library routines.
                                                               (line 1393)
+ * __satfractutausq:                      Fixed-point fractional library routines.
+                                                              (line 1387)
  * __splitstack_find:                     Miscellaneous routines.
!                                                              (line   18)
  * __ssaddda3:                            Fixed-point fractional library routines.
!                                                              (line   67)
  * __ssadddq3:                            Fixed-point fractional library routines.
!                                                              (line   63)
  * __ssaddha3:                            Fixed-point fractional library routines.
!                                                              (line   65)
  * __ssaddhq3:                            Fixed-point fractional library routines.
!                                                              (line   60)
  * __ssaddqq3:                            Fixed-point fractional library routines.
!                                                              (line   59)
  * __ssaddsa3:                            Fixed-point fractional library routines.
!                                                              (line   66)
  * __ssaddsq3:                            Fixed-point fractional library routines.
!                                                              (line   61)
  * __ssaddta3:                            Fixed-point fractional library routines.
!                                                              (line   69)
  * __ssashlda3:                           Fixed-point fractional library routines.
!                                                              (line  402)
  * __ssashldq3:                           Fixed-point fractional library routines.
!                                                              (line  399)
  * __ssashlha3:                           Fixed-point fractional library routines.
!                                                              (line  400)
  * __ssashlhq3:                           Fixed-point fractional library routines.
!                                                              (line  396)
  * __ssashlsa3:                           Fixed-point fractional library routines.
!                                                              (line  401)
  * __ssashlsq3:                           Fixed-point fractional library routines.
!                                                              (line  397)
  * __ssashlta3:                           Fixed-point fractional library routines.
!                                                              (line  404)
  * __ssdivda3:                            Fixed-point fractional library routines.
!                                                              (line  261)
  * __ssdivdq3:                            Fixed-point fractional library routines.
!                                                              (line  257)
  * __ssdivha3:                            Fixed-point fractional library routines.
!                                                              (line  259)
  * __ssdivhq3:                            Fixed-point fractional library routines.
!                                                              (line  254)
  * __ssdivqq3:                            Fixed-point fractional library routines.
!                                                              (line  253)
  * __ssdivsa3:                            Fixed-point fractional library routines.
!                                                              (line  260)
  * __ssdivsq3:                            Fixed-point fractional library routines.
!                                                              (line  255)
  * __ssdivta3:                            Fixed-point fractional library routines.
!                                                              (line  263)
  * __ssmulda3:                            Fixed-point fractional library routines.
!                                                              (line  193)
  * __ssmuldq3:                            Fixed-point fractional library routines.
!                                                              (line  189)
  * __ssmulha3:                            Fixed-point fractional library routines.
!                                                              (line  191)
  * __ssmulhq3:                            Fixed-point fractional library routines.
!                                                              (line  186)
  * __ssmulqq3:                            Fixed-point fractional library routines.
!                                                              (line  185)
  * __ssmulsa3:                            Fixed-point fractional library routines.
!                                                              (line  192)
  * __ssmulsq3:                            Fixed-point fractional library routines.
!                                                              (line  187)
  * __ssmulta3:                            Fixed-point fractional library routines.
!                                                              (line  195)
  * __ssnegda2:                            Fixed-point fractional library routines.
!                                                              (line  316)
  * __ssnegdq2:                            Fixed-point fractional library routines.
!                                                              (line  313)
  * __ssnegha2:                            Fixed-point fractional library routines.
!                                                              (line  314)
  * __ssneghq2:                            Fixed-point fractional library routines.
!                                                              (line  311)
  * __ssnegqq2:                            Fixed-point fractional library routines.
!                                                              (line  310)
  * __ssnegsa2:                            Fixed-point fractional library routines.
!                                                              (line  315)
  * __ssnegsq2:                            Fixed-point fractional library routines.
!                                                              (line  312)
  * __ssnegta2:                            Fixed-point fractional library routines.
!                                                              (line  317)
  * __sssubda3:                            Fixed-point fractional library routines.
!                                                              (line  129)
  * __sssubdq3:                            Fixed-point fractional library routines.
!                                                              (line  125)
  * __sssubha3:                            Fixed-point fractional library routines.
!                                                              (line  127)
  * __sssubhq3:                            Fixed-point fractional library routines.
!                                                              (line  122)
  * __sssubqq3:                            Fixed-point fractional library routines.
!                                                              (line  121)
  * __sssubsa3:                            Fixed-point fractional library routines.
!                                                              (line  128)
  * __sssubsq3:                            Fixed-point fractional library routines.
!                                                              (line  123)
  * __sssubta3:                            Fixed-point fractional library routines.
!                                                              (line  131)
  * __subda3:                              Fixed-point fractional library routines.
!                                                              (line  107)
  * __subdf3:                              Soft float library routines.
!                                                              (line   31)
  * __subdq3:                              Fixed-point fractional library routines.
!                                                              (line   95)
  * __subha3:                              Fixed-point fractional library routines.
!                                                              (line  105)
  * __subhq3:                              Fixed-point fractional library routines.
!                                                              (line   92)
  * __subqq3:                              Fixed-point fractional library routines.
!                                                              (line   91)
  * __subsa3:                              Fixed-point fractional library routines.
!                                                              (line  106)
  * __subsf3:                              Soft float library routines.
!                                                              (line   30)
  * __subsq3:                              Fixed-point fractional library routines.
!                                                              (line   93)
  * __subta3:                              Fixed-point fractional library routines.
!                                                              (line  109)
  * __subtf3:                              Soft float library routines.
!                                                              (line   33)
  * __subuda3:                             Fixed-point fractional library routines.
!                                                              (line  115)
  * __subudq3:                             Fixed-point fractional library routines.
!                                                              (line  103)
  * __subuha3:                             Fixed-point fractional library routines.
!                                                              (line  111)
  * __subuhq3:                             Fixed-point fractional library routines.
!                                                              (line   99)
  * __subuqq3:                             Fixed-point fractional library routines.
!                                                              (line   97)
  * __subusa3:                             Fixed-point fractional library routines.
!                                                              (line  113)
  * __subusq3:                             Fixed-point fractional library routines.
!                                                              (line  101)
  * __subuta3:                             Fixed-point fractional library routines.
!                                                              (line  117)
  * __subvdi3:                             Integer library routines.
!                                                              (line  123)
  * __subvsi3:                             Integer library routines.
!                                                              (line  122)
  * __subxf3:                              Soft float library routines.
!                                                              (line   35)
  * __truncdfsf2:                          Soft float library routines.
!                                                              (line   76)
  * __trunctfdf2:                          Soft float library routines.
!                                                              (line   73)
  * __trunctfsf2:                          Soft float library routines.
!                                                              (line   75)
  * __truncxfdf2:                          Soft float library routines.
!                                                              (line   72)
  * __truncxfsf2:                          Soft float library routines.
!                                                              (line   74)
  * __ucmpdi2:                             Integer library routines.
                                                               (line   93)
+ * __ucmpti2:                             Integer library routines.
+                                                              (line   95)
  * __udivdi3:                             Integer library routines.
!                                                              (line   54)
  * __udivmoddi4:                          Integer library routines.
                                                               (line   61)
+ * __udivmodti4:                          Integer library routines.
+                                                              (line   63)
  * __udivsi3:                             Integer library routines.
!                                                              (line   52)
  * __udivti3:                             Integer library routines.
!                                                              (line   56)
  * __udivuda3:                            Fixed-point fractional library routines.
                                                               (line  246)
+ * __udivudq3:                            Fixed-point fractional library routines.
+                                                              (line  240)
  * __udivuha3:                            Fixed-point fractional library routines.
                                                               (line  242)
+ * __udivuhq3:                            Fixed-point fractional library routines.
+                                                              (line  236)
  * __udivuqq3:                            Fixed-point fractional library routines.
!                                                              (line  234)
  * __udivusa3:                            Fixed-point fractional library routines.
                                                               (line  244)
+ * __udivusq3:                            Fixed-point fractional library routines.
+                                                              (line  238)
  * __udivuta3:                            Fixed-point fractional library routines.
!                                                              (line  248)
  * __umoddi3:                             Integer library routines.
!                                                              (line   71)
  * __umodsi3:                             Integer library routines.
!                                                              (line   69)
  * __umodti3:                             Integer library routines.
!                                                              (line   73)
  * __unorddf2:                            Soft float library routines.
!                                                              (line  173)
  * __unordsf2:                            Soft float library routines.
!                                                              (line  172)
  * __unordtf2:                            Soft float library routines.
!                                                              (line  174)
  * __usadduda3:                           Fixed-point fractional library routines.
                                                               (line   85)
+ * __usaddudq3:                           Fixed-point fractional library routines.
+                                                              (line   79)
  * __usadduha3:                           Fixed-point fractional library routines.
                                                               (line   81)
+ * __usadduhq3:                           Fixed-point fractional library routines.
+                                                              (line   75)
  * __usadduqq3:                           Fixed-point fractional library routines.
!                                                              (line   73)
  * __usaddusa3:                           Fixed-point fractional library routines.
                                                               (line   83)
+ * __usaddusq3:                           Fixed-point fractional library routines.
+                                                              (line   77)
  * __usadduta3:                           Fixed-point fractional library routines.
!                                                              (line   87)
  * __usashluda3:                          Fixed-point fractional library routines.
                                                               (line  421)
+ * __usashludq3:                          Fixed-point fractional library routines.
+                                                              (line  415)
  * __usashluha3:                          Fixed-point fractional library routines.
                                                               (line  417)
+ * __usashluhq3:                          Fixed-point fractional library routines.
+                                                              (line  411)
  * __usashluqq3:                          Fixed-point fractional library routines.
!                                                              (line  409)
  * __usashlusa3:                          Fixed-point fractional library routines.
                                                               (line  419)
+ * __usashlusq3:                          Fixed-point fractional library routines.
+                                                              (line  413)
  * __usashluta3:                          Fixed-point fractional library routines.
!                                                              (line  423)
  * __usdivuda3:                           Fixed-point fractional library routines.
                                                               (line  280)
+ * __usdivudq3:                           Fixed-point fractional library routines.
+                                                              (line  274)
  * __usdivuha3:                           Fixed-point fractional library routines.
                                                               (line  276)
+ * __usdivuhq3:                           Fixed-point fractional library routines.
+                                                              (line  270)
  * __usdivuqq3:                           Fixed-point fractional library routines.
!                                                              (line  268)
  * __usdivusa3:                           Fixed-point fractional library routines.
                                                               (line  278)
+ * __usdivusq3:                           Fixed-point fractional library routines.
+                                                              (line  272)
  * __usdivuta3:                           Fixed-point fractional library routines.
!                                                              (line  282)
  * __usmuluda3:                           Fixed-point fractional library routines.
                                                               (line  212)
+ * __usmuludq3:                           Fixed-point fractional library routines.
+                                                              (line  206)
  * __usmuluha3:                           Fixed-point fractional library routines.
                                                               (line  208)
+ * __usmuluhq3:                           Fixed-point fractional library routines.
+                                                              (line  202)
  * __usmuluqq3:                           Fixed-point fractional library routines.
!                                                              (line  200)
  * __usmulusa3:                           Fixed-point fractional library routines.
                                                               (line  210)
+ * __usmulusq3:                           Fixed-point fractional library routines.
+                                                              (line  204)
  * __usmuluta3:                           Fixed-point fractional library routines.
!                                                              (line  214)
  * __usneguda2:                           Fixed-point fractional library routines.
!                                                              (line  331)
  * __usnegudq2:                           Fixed-point fractional library routines.
!                                                              (line  326)
  * __usneguha2:                           Fixed-point fractional library routines.
!                                                              (line  328)
  * __usneguhq2:                           Fixed-point fractional library routines.
!                                                              (line  322)
  * __usneguqq2:                           Fixed-point fractional library routines.
!                                                              (line  321)
  * __usnegusa2:                           Fixed-point fractional library routines.
!                                                              (line  329)
  * __usnegusq2:                           Fixed-point fractional library routines.
!                                                              (line  324)
  * __usneguta2:                           Fixed-point fractional library routines.
!                                                              (line  333)
  * __ussubuda3:                           Fixed-point fractional library routines.
                                                               (line  148)
+ * __ussubudq3:                           Fixed-point fractional library routines.
+                                                              (line  142)
  * __ussubuha3:                           Fixed-point fractional library routines.
                                                               (line  144)
+ * __ussubuhq3:                           Fixed-point fractional library routines.
+                                                              (line  138)
  * __ussubuqq3:                           Fixed-point fractional library routines.
!                                                              (line  136)
  * __ussubusa3:                           Fixed-point fractional library routines.
                                                               (line  146)
+ * __ussubusq3:                           Fixed-point fractional library routines.
+                                                              (line  140)
  * __ussubuta3:                           Fixed-point fractional library routines.
!                                                              (line  150)
! * abort:                                 Portability.        (line   21)
! * abs:                                   Arithmetic.         (line  199)
! * abs and attributes:                    Expressions.        (line   85)
  * ABS_EXPR:                              Unary and Binary Expressions.
                                                               (line    6)
+ * absence_set:                           Processor pipeline description.
+                                                              (line  224)
+ * absM2 instruction pattern:             Standard Names.     (line  630)
+ * absolute value:                        Arithmetic.         (line  199)
  * access to operands:                    Accessors.          (line    6)
  * access to special operands:            Special Accessors.  (line    6)
  * accessors:                             Accessors.          (line    6)
! * ACCUM_TYPE_SIZE:                       Type Layout.        (line   88)
! * ACCUMULATE_OUTGOING_ARGS:              Stack Arguments.    (line   49)
! * ACCUMULATE_OUTGOING_ARGS and stack frames: Function Entry. (line  135)
! * acosM2 instruction pattern:            Standard Names.     (line  717)
! * ADA_LONG_TYPE_SIZE:                    Type Layout.        (line   26)
  * Adding a new GIMPLE statement code:    Adding a new GIMPLE statement code.
                                                               (line    6)
! * ADDITIONAL_REGISTER_NAMES:             Instruction Output. (line   15)
! * addM3 instruction pattern:             Standard Names.     (line  313)
! * addMODEcc instruction pattern:         Standard Names.     (line 1294)
! * addptrM3 instruction pattern:          Standard Names.     (line  346)
! * addr_diff_vec:                         Side Effects.       (line  315)
  * addr_diff_vec, length of:              Insn Lengths.       (line   26)
  * ADDR_EXPR:                             Storage References. (line    6)
! * addr_vec:                              Side Effects.       (line  310)
  * addr_vec, length of:                   Insn Lengths.       (line   26)
! * address constraints:                   Simple Constraints. (line  164)
! * address_operand <1>:                   Simple Constraints. (line  168)
! * address_operand:                       Machine-Independent Predicates.
!                                                              (line   63)
! * addressing modes:                      Addressing Modes.   (line    6)
! * addvM4 instruction pattern:            Standard Names.     (line  329)
! * ADJUST_FIELD_ALIGN:                    Storage Layout.     (line  214)
  * ADJUST_INSN_LENGTH:                    Insn Lengths.       (line   41)
! * ADJUST_REG_ALLOC_ORDER:                Allocation Order.   (line   23)
  * aggregates as return values:           Aggregate Return.   (line    6)
  * alias:                                 Alias analysis.     (line    6)
  * ALL_REGS:                              Register Classes.   (line   17)
+ * allocate_stack instruction pattern:    Standard Names.     (line 1625)
  * alternate entry points:                Insns.              (line  146)
  * anchored addresses:                    Anchored Addresses. (line    6)
! * and:                                   Arithmetic.         (line  157)
  * and and attributes:                    Expressions.        (line   50)
  * and, canonicalization of:              Insn Canonicalizations.
!                                                              (line   52)
! * andM3 instruction pattern:             Standard Names.     (line  319)
  * ANNOTATE_EXPR:                         Unary and Binary Expressions.
                                                               (line    6)
  * annotations:                           Annotations.        (line    6)
  * APPLY_RESULT_SIZE:                     Scalar Return.      (line  112)
! * ARG_POINTER_CFA_OFFSET:                Frame Layout.       (line  192)
! * ARG_POINTER_REGNUM:                    Frame Registers.    (line   41)
! * ARG_POINTER_REGNUM and virtual registers: Regs and Memory. (line   65)
! * arg_pointer_rtx:                       Frame Registers.    (line  104)
! * ARGS_GROW_DOWNWARD:                    Frame Layout.       (line   31)
  * argument passing:                      Interface.          (line   36)
  * arguments in registers:                Register Arguments. (line    6)
  * arguments on stack:                    Stack Arguments.    (line    6)
  * arithmetic library:                    Soft float library routines.
                                                               (line    6)
! * arithmetic shift:                      Arithmetic.         (line  172)
! * arithmetic shift with signed saturation: Arithmetic.       (line  172)
! * arithmetic shift with unsigned saturation: Arithmetic.     (line  172)
  * arithmetic, in RTL:                    Arithmetic.         (line    6)
! * ARITHMETIC_TYPE_P:                     Types for C++.      (line   61)
  * array:                                 Types.              (line    6)
  * ARRAY_RANGE_REF:                       Storage References. (line    6)
  * ARRAY_REF:                             Storage References. (line    6)
  * ARRAY_TYPE:                            Types.              (line    6)
! * AS_NEEDS_DASH_FOR_PIPED_INPUT:         Driver.             (line   89)
! * ashift:                                Arithmetic.         (line  172)
! * ashift and attributes:                 Expressions.        (line   85)
! * ashiftrt:                              Arithmetic.         (line  189)
! * ashiftrt and attributes:               Expressions.        (line   85)
! * ashlM3 instruction pattern:            Standard Names.     (line  599)
! * ashrM3 instruction pattern:            Standard Names.     (line  611)
! * asinM2 instruction pattern:            Standard Names.     (line  711)
! * ASM_APP_OFF:                           File Framework.     (line   78)
! * ASM_APP_ON:                            File Framework.     (line   71)
! * ASM_COMMENT_START:                     File Framework.     (line   66)
! * ASM_DECLARE_COLD_FUNCTION_NAME:        Label Output.       (line  139)
! * ASM_DECLARE_COLD_FUNCTION_SIZE:        Label Output.       (line  154)
! * ASM_DECLARE_FUNCTION_NAME:             Label Output.       (line  111)
! * ASM_DECLARE_FUNCTION_SIZE:             Label Output.       (line  126)
! * ASM_DECLARE_OBJECT_NAME:               Label Output.       (line  167)
! * ASM_DECLARE_REGISTER_GLOBAL:           Label Output.       (line  196)
! * ASM_FINAL_SPEC:                        Driver.             (line   82)
! * ASM_FINISH_DECLARE_OBJECT:             Label Output.       (line  204)
! * ASM_FORMAT_PRIVATE_NAME:               Label Output.       (line  430)
! * asm_fprintf:                           Instruction Output. (line  151)
! * ASM_FPRINTF_EXTENSIONS:                Instruction Output. (line  162)
! * ASM_GENERATE_INTERNAL_LABEL:           Label Output.       (line  414)
! * asm_input:                             Side Effects.       (line  297)
  * asm_input and /v:                      Flags.              (line   76)
! * ASM_MAYBE_OUTPUT_ENCODED_ADDR_RTX:     Exception Handling. (line   82)
! * ASM_NO_SKIP_IN_TEXT:                   Alignment Output.   (line   79)
! * asm_noperands:                         Insns.              (line  308)
  * asm_operands and /v:                   Flags.              (line   76)
  * asm_operands, RTL sharing:             Sharing.            (line   45)
  * asm_operands, usage:                   Assembler.          (line    6)
! * ASM_OUTPUT_ADDR_DIFF_ELT:              Dispatch Tables.    (line    9)
! * ASM_OUTPUT_ADDR_VEC_ELT:               Dispatch Tables.    (line   26)
! * ASM_OUTPUT_ALIGN:                      Alignment Output.   (line   86)
! * ASM_OUTPUT_ALIGN_WITH_NOP:             Alignment Output.   (line   91)
! * ASM_OUTPUT_ALIGNED_BSS:                Uninitialized Data. (line   46)
! * ASM_OUTPUT_ALIGNED_COMMON:             Uninitialized Data. (line   30)
! * ASM_OUTPUT_ALIGNED_DECL_COMMON:        Uninitialized Data. (line   38)
! * ASM_OUTPUT_ALIGNED_DECL_LOCAL:         Uninitialized Data. (line   91)
! * ASM_OUTPUT_ALIGNED_LOCAL:              Uninitialized Data. (line   83)
! * ASM_OUTPUT_ASCII:                      Data Output.        (line   55)
! * ASM_OUTPUT_CASE_END:                   Dispatch Tables.    (line   51)
! * ASM_OUTPUT_CASE_LABEL:                 Dispatch Tables.    (line   38)
! * ASM_OUTPUT_COMMON:                     Uninitialized Data. (line   10)
! * ASM_OUTPUT_DEBUG_LABEL:                Label Output.       (line  402)
! * ASM_OUTPUT_DEF:                        Label Output.       (line  451)
! * ASM_OUTPUT_DEF_FROM_DECLS:             Label Output.       (line  459)
! * ASM_OUTPUT_DWARF_DATAREL:              SDB and DWARF.      (line   94)
! * ASM_OUTPUT_DWARF_DELTA:                SDB and DWARF.      (line   73)
! * ASM_OUTPUT_DWARF_OFFSET:               SDB and DWARF.      (line   83)
! * ASM_OUTPUT_DWARF_PCREL:                SDB and DWARF.      (line   89)
! * ASM_OUTPUT_DWARF_TABLE_REF:            SDB and DWARF.      (line   99)
! * ASM_OUTPUT_DWARF_VMS_DELTA:            SDB and DWARF.      (line   77)
! * ASM_OUTPUT_EXTERNAL:                   Label Output.       (line  331)
! * ASM_OUTPUT_FDESC:                      Data Output.        (line   64)
! * ASM_OUTPUT_FUNCTION_LABEL:             Label Output.       (line   17)
! * ASM_OUTPUT_INTERNAL_LABEL:             Label Output.       (line   29)
! * ASM_OUTPUT_LABEL:                      Label Output.       (line    9)
! * ASM_OUTPUT_LABEL_REF:                  Label Output.       (line  375)
! * ASM_OUTPUT_LABELREF:                   Label Output.       (line  353)
! * ASM_OUTPUT_LOCAL:                      Uninitialized Data. (line   70)
! * ASM_OUTPUT_MAX_SKIP_ALIGN:             Alignment Output.   (line   95)
! * ASM_OUTPUT_MEASURED_SIZE:              Label Output.       (line   53)
! * ASM_OUTPUT_OPCODE:                     Instruction Output. (line   36)
! * ASM_OUTPUT_POOL_EPILOGUE:              Data Output.        (line  114)
! * ASM_OUTPUT_POOL_PROLOGUE:              Data Output.        (line   77)
! * ASM_OUTPUT_REG_POP:                    Instruction Output. (line  208)
! * ASM_OUTPUT_REG_PUSH:                   Instruction Output. (line  203)
! * ASM_OUTPUT_SIZE_DIRECTIVE:             Label Output.       (line   47)
! * ASM_OUTPUT_SKIP:                       Alignment Output.   (line   73)
! * ASM_OUTPUT_SOURCE_FILENAME:            File Framework.     (line   85)
! * ASM_OUTPUT_SPECIAL_POOL_ENTRY:         Data Output.        (line   89)
! * ASM_OUTPUT_SYMBOL_REF:                 Label Output.       (line  368)
! * ASM_OUTPUT_TYPE_DIRECTIVE:             Label Output.       (line  101)
! * ASM_OUTPUT_WEAK_ALIAS:                 Label Output.       (line  477)
! * ASM_OUTPUT_WEAKREF:                    Label Output.       (line  263)
! * ASM_PREFERRED_EH_DATA_FORMAT:          Exception Handling. (line   67)
! * ASM_SPEC:                              Driver.             (line   74)
! * ASM_STABD_OP:                          DBX Options.        (line   36)
! * ASM_STABN_OP:                          DBX Options.        (line   43)
! * ASM_STABS_OP:                          DBX Options.        (line   29)
! * ASM_WEAKEN_DECL:                       Label Output.       (line  255)
! * ASM_WEAKEN_LABEL:                      Label Output.       (line  242)
! * assemble_name:                         Label Output.       (line    8)
! * assemble_name_raw:                     Label Output.       (line   28)
  * assembler format:                      File Framework.     (line    6)
  * assembler instructions in RTL:         Assembler.          (line    6)
! * ASSEMBLER_DIALECT:                     Instruction Output. (line  174)
  * assigning attribute values to insns:   Tagging Insns.      (line    6)
! * ASSUME_EXTENDED_UNWIND_CONTEXT:        Frame Registers.    (line  164)
  * asterisk in template:                  Output Statement.   (line   29)
! * atan2M3 instruction pattern:           Standard Names.     (line  812)
! * atanM2 instruction pattern:            Standard Names.     (line  723)
! * atomic:                                GTY Options.        (line  189)
! * atomic_add_fetchMODE instruction pattern: Standard Names.  (line 2057)
! * atomic_addMODE instruction pattern:    Standard Names.     (line 2028)
! * atomic_and_fetchMODE instruction pattern: Standard Names.  (line 2057)
! * atomic_andMODE instruction pattern:    Standard Names.     (line 2028)
  * atomic_bit_test_and_complementMODE instruction pattern: Standard Names.
!                                                              (line 2085)
  * atomic_bit_test_and_resetMODE instruction pattern: Standard Names.
!                                                              (line 2085)
  * atomic_bit_test_and_setMODE instruction pattern: Standard Names.
!                                                              (line 2085)
  * atomic_compare_and_swapMODE instruction pattern: Standard Names.
!                                                              (line 1964)
! * atomic_exchangeMODE instruction pattern: Standard Names.   (line 2016)
! * atomic_fetch_addMODE instruction pattern: Standard Names.  (line 2042)
! * atomic_fetch_andMODE instruction pattern: Standard Names.  (line 2042)
! * atomic_fetch_nandMODE instruction pattern: Standard Names. (line 2042)
! * atomic_fetch_orMODE instruction pattern: Standard Names.   (line 2042)
! * atomic_fetch_subMODE instruction pattern: Standard Names.  (line 2042)
! * atomic_fetch_xorMODE instruction pattern: Standard Names.  (line 2042)
! * atomic_loadMODE instruction pattern:   Standard Names.     (line 1995)
! * atomic_nand_fetchMODE instruction pattern: Standard Names. (line 2057)
! * atomic_nandMODE instruction pattern:   Standard Names.     (line 2028)
! * atomic_or_fetchMODE instruction pattern: Standard Names.   (line 2057)
! * atomic_orMODE instruction pattern:     Standard Names.     (line 2028)
! * atomic_storeMODE instruction pattern:  Standard Names.     (line 2005)
! * atomic_sub_fetchMODE instruction pattern: Standard Names.  (line 2057)
! * atomic_subMODE instruction pattern:    Standard Names.     (line 2028)
! * atomic_test_and_set instruction pattern: Standard Names.   (line 2074)
! * atomic_xor_fetchMODE instruction pattern: Standard Names.  (line 2057)
! * atomic_xorMODE instruction pattern:    Standard Names.     (line 2028)
  * attr <1>:                              Tagging Insns.      (line   54)
+ * attr:                                  Expressions.        (line  165)
+ * attr_flag:                             Expressions.        (line  140)
  * attribute expressions:                 Expressions.        (line    6)
  * attribute specifications:              Attr Example.       (line    6)
  * attribute specifications example:      Attr Example.       (line    6)
+ * ATTRIBUTE_ALIGNED_VALUE:               Storage Layout.     (line  196)
  * attributes:                            Attributes.         (line    6)
  * attributes, defining:                  Defining Attributes.
                                                               (line    6)
  * attributes, target-specific:           Target Attributes.  (line    6)
! * autoincrement addressing, availability: Portability.       (line   21)
  * autoincrement/decrement addressing:    Simple Constraints. (line   30)
  * automata_option:                       Processor pipeline description.
!                                                              (line  305)
  * automaton based pipeline description:  Processor pipeline description.
                                                               (line    6)
  * automaton based scheduler:             Processor pipeline description.
                                                               (line    6)
  * AVOID_CCMODE_COPIES:                   Values in Registers.
!                                                              (line  153)
  * backslash:                             Output Template.    (line   46)
! * barrier:                               Insns.              (line  177)
  * barrier and /f:                        Flags.              (line  107)
  * barrier and /v:                        Flags.              (line   44)
! * BASE_REG_CLASS:                        Register Classes.   (line  114)
  * basic block:                           Basic Blocks.       (line    6)
  * Basic Statements:                      Basic Statements.   (line    6)
  * basic-block.h:                         Control Flow.       (line    6)
  * BASIC_BLOCK:                           Basic Blocks.       (line   14)
+ * basic_block:                           Basic Blocks.       (line    6)
  * BB_HEAD, BB_END:                       Maintaining the CFG.
!                                                              (line   77)
! * bb_seq:                                GIMPLE sequences.   (line   73)
! * BIGGEST_ALIGNMENT:                     Storage Layout.     (line  181)
! * BIGGEST_FIELD_ALIGNMENT:               Storage Layout.     (line  207)
  * BImode:                                Machine Modes.      (line   22)
  * BIND_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
  * BINFO_TYPE:                            Classes.            (line    6)
  * bit-fields:                            Bit-Fields.         (line    6)
  * BIT_AND_EXPR:                          Unary and Binary Expressions.
                                                               (line    6)
  * BIT_IOR_EXPR:                          Unary and Binary Expressions.
*************** Concept Index
*** 48034,48060 ****
                                                               (line    6)
  * BIT_XOR_EXPR:                          Unary and Binary Expressions.
                                                               (line    6)
! * BLKmode:                               Machine Modes.      (line  185)
  * BLKmode, and function return values:   Calls.              (line   23)
- * blockage instruction pattern:          Standard Names.     (line 1816)
- * Blocks:                                Blocks.             (line    6)
  * BLOCK_FOR_INSN, gimple_bb:             Maintaining the CFG.
!                                                              (line   28)
! * BLOCK_REG_PADDING:                     Register Arguments. (line  246)
! * BND32mode:                             Machine Modes.      (line  209)
! * BND64mode:                             Machine Modes.      (line  209)
! * bool:                                  Misc.               (line 1012)
  * BOOLEAN_TYPE:                          Types.              (line    6)
- * BOOL_TYPE_SIZE:                        Type Layout.        (line   43)
  * branch prediction:                     Profile information.
                                                               (line   24)
! * BRANCH_COST:                           Costs.              (line  104)
! * break_out_memory_refs:                 Addressing Modes.   (line  134)
  * BREAK_STMT:                            Statements for C++. (line    6)
! * BSS_SECTION_ASM_OP:                    Sections.           (line   67)
  * bswap:                                 Arithmetic.         (line  246)
! * bswapM2 instruction pattern:           Standard Names.     (line  613)
! * btruncM2 instruction pattern:          Standard Names.     (line  823)
  * build0:                                Macros and Functions.
                                                               (line   16)
  * build1:                                Macros and Functions.
--- 48491,48526 ----
                                                               (line    6)
  * BIT_XOR_EXPR:                          Unary and Binary Expressions.
                                                               (line    6)
! * BITFIELD_NBYTES_LIMITED:               Storage Layout.     (line  421)
! * BITS_BIG_ENDIAN:                       Storage Layout.     (line   12)
! * BITS_BIG_ENDIAN, effect on sign_extract: Bit-Fields.       (line    8)
! * BITS_PER_UNIT:                         Machine Modes.      (line  355)
! * BITS_PER_WORD:                         Storage Layout.     (line   51)
! * bitwise complement:                    Arithmetic.         (line  153)
! * bitwise exclusive-or:                  Arithmetic.         (line  167)
! * bitwise inclusive-or:                  Arithmetic.         (line  162)
! * bitwise logical-and:                   Arithmetic.         (line  157)
! * BLKmode:                               Machine Modes.      (line  186)
  * BLKmode, and function return values:   Calls.              (line   23)
  * BLOCK_FOR_INSN, gimple_bb:             Maintaining the CFG.
!                                                              (line   29)
! * BLOCK_REG_PADDING:                     Register Arguments. (line  248)
! * blockage instruction pattern:          Standard Names.     (line 1827)
! * Blocks:                                Blocks.             (line    6)
! * BND32mode:                             Machine Modes.      (line  210)
! * BND64mode:                             Machine Modes.      (line  210)
! * bool:                                  Misc.               (line 1017)
! * BOOL_TYPE_SIZE:                        Type Layout.        (line   44)
  * BOOLEAN_TYPE:                          Types.              (line    6)
  * branch prediction:                     Profile information.
                                                               (line   24)
! * BRANCH_COST:                           Costs.              (line  105)
! * break_out_memory_refs:                 Addressing Modes.   (line  135)
  * BREAK_STMT:                            Statements for C++. (line    6)
! * BSS_SECTION_ASM_OP:                    Sections.           (line   68)
  * bswap:                                 Arithmetic.         (line  246)
! * bswapM2 instruction pattern:           Standard Names.     (line  619)
! * btruncM2 instruction pattern:          Standard Names.     (line  829)
  * build0:                                Macros and Functions.
                                                               (line   16)
  * build1:                                Macros and Functions.
*************** Concept Index
*** 48069,48100 ****
                                                               (line   21)
  * build6:                                Macros and Functions.
                                                               (line   22)
! * builtin_longjmp instruction pattern:   Standard Names.     (line 1714)
  * builtin_setjmp_receiver instruction pattern: Standard Names.
!                                                              (line 1704)
! * builtin_setjmp_setup instruction pattern: Standard Names.  (line 1693)
! * BYTES_BIG_ENDIAN:                      Storage Layout.     (line   23)
! * BYTES_BIG_ENDIAN, effect on subreg:    Regs and Memory.    (line  219)
! * byte_mode:                             Machine Modes.      (line  367)
  * C statements for assembler output:     Output Statement.   (line    6)
! * cache:                                 GTY Options.        (line  127)
! * call:                                  Flags.              (line  221)
  * call <1>:                              Side Effects.       (line   92)
! * call instruction pattern:              Standard Names.     (line 1359)
  * call usage:                            Calls.              (line   10)
  * call, in call_insn:                    Flags.              (line   33)
  * call, in mem:                          Flags.              (line   81)
  * call-clobbered register:               Register Basics.    (line   35)
- * call-clobbered register <1>:           Register Basics.    (line   46)
- * call-clobbered register <2>:           Register Basics.    (line   53)
  * call-saved register:                   Register Basics.    (line   35)
- * call-saved register <1>:               Register Basics.    (line   46)
- * call-saved register <2>:               Register Basics.    (line   53)
  * call-used register:                    Register Basics.    (line   35)
- * call-used register <1>:                Register Basics.    (line   46)
- * call-used register <2>:                Register Basics.    (line   53)
- * calling conventions:                   Stack and Calling.  (line    6)
- * calling functions in RTL:              Calls.              (line    6)
  * CALL_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
  * call_insn:                             Insns.              (line   95)
--- 48535,48561 ----
                                                               (line   21)
  * build6:                                Macros and Functions.
                                                               (line   22)
! * builtin_longjmp instruction pattern:   Standard Names.     (line 1725)
  * builtin_setjmp_receiver instruction pattern: Standard Names.
!                                                              (line 1715)
! * builtin_setjmp_setup instruction pattern: Standard Names.  (line 1704)
! * byte_mode:                             Machine Modes.      (line  368)
! * BYTES_BIG_ENDIAN:                      Storage Layout.     (line   24)
! * BYTES_BIG_ENDIAN, effect on subreg:    Regs and Memory.    (line  221)
  * C statements for assembler output:     Output Statement.   (line    6)
! * C_COMMON_OVERRIDE_OPTIONS:             Run-time Target.    (line  137)
! * c_register_pragma:                     Misc.               (line  427)
! * c_register_pragma_with_expansion:      Misc.               (line  429)
! * cache:                                 GTY Options.        (line  125)
  * call <1>:                              Side Effects.       (line   92)
! * call:                                  Flags.              (line  221)
! * call instruction pattern:              Standard Names.     (line 1365)
  * call usage:                            Calls.              (line   10)
  * call, in call_insn:                    Flags.              (line   33)
  * call, in mem:                          Flags.              (line   81)
  * call-clobbered register:               Register Basics.    (line   35)
  * call-saved register:                   Register Basics.    (line   35)
  * call-used register:                    Register Basics.    (line   35)
  * CALL_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
  * call_insn:                             Insns.              (line   95)
*************** Concept Index
*** 48103,48228 ****
  * call_insn and /i:                      Flags.              (line   24)
  * call_insn and /j:                      Flags.              (line  161)
  * call_insn and /s:                      Flags.              (line   49)
- * call_insn and /s <1>:                  Flags.              (line  148)
  * call_insn and /u:                      Flags.              (line   19)
- * call_insn and /u <1>:                  Flags.              (line   39)
  * call_insn and /u or /i:                Flags.              (line   29)
  * call_insn and /v:                      Flags.              (line   44)
  * CALL_INSN_FUNCTION_USAGE:              Insns.              (line  101)
! * call_pop instruction pattern:          Standard Names.     (line 1387)
! * CALL_POPS_ARGS:                        Stack Arguments.    (line  138)
! * CALL_REALLY_USED_REGISTERS:            Register Basics.    (line   45)
! * CALL_USED_REGISTERS:                   Register Basics.    (line   34)
  * call_used_regs:                        Register Basics.    (line   59)
! * call_value instruction pattern:        Standard Names.     (line 1379)
! * call_value_pop instruction pattern:    Standard Names.     (line 1387)
  * canadian:                              Configure Terms.    (line    6)
! * CANNOT_CHANGE_MODE_CLASS:              Register Classes.   (line  533)
  * CANNOT_CHANGE_MODE_CLASS and subreg semantics: Regs and Memory.
!                                                              (line  276)
  * canonicalization of instructions:      Insn Canonicalizations.
                                                               (line    6)
  * canonicalize_funcptr_for_compare instruction pattern: Standard Names.
!                                                              (line 1548)
! * can_create_pseudo_p:                   Standard Names.     (line   75)
! * can_fallthru:                          Basic Blocks.       (line   67)
  * caret:                                 Multi-Alternative.  (line   53)
! * casesi instruction pattern:            Standard Names.     (line 1480)
! * CASE_VECTOR_MODE:                      Misc.               (line   26)
! * CASE_VECTOR_PC_RELATIVE:               Misc.               (line   39)
! * CASE_VECTOR_SHORTEN_MODE:              Misc.               (line   30)
! * cbranchMODE4 instruction pattern:      Standard Names.     (line 1348)
! * cc0:                                   Regs and Memory.    (line  303)
  * cc0 <1>:                               CC0 Condition Codes.
                                                               (line    6)
  * cc0, RTL sharing:                      Sharing.            (line   27)
! * cc0_rtx:                               Regs and Memory.    (line  329)
! * CC1PLUS_SPEC:                          Driver.             (line   63)
! * CC1_SPEC:                              Driver.             (line   55)
! * CCmode:                                Machine Modes.      (line  178)
! * CCmode <1>:                            MODE_CC Condition Codes.
!                                                              (line    6)
  * cc_status:                             CC0 Condition Codes.
                                                               (line    6)
  * CC_STATUS_MDEP:                        CC0 Condition Codes.
!                                                              (line   16)
  * CC_STATUS_MDEP_INIT:                   CC0 Condition Codes.
!                                                              (line   22)
! * CDImode:                               Machine Modes.      (line  204)
! * ceilM2 instruction pattern:            Standard Names.     (line  842)
  * CEIL_DIV_EXPR:                         Unary and Binary Expressions.
                                                               (line    6)
  * CEIL_MOD_EXPR:                         Unary and Binary Expressions.
                                                               (line    6)
! * CFA_FRAME_BASE_OFFSET:                 Frame Layout.       (line  222)
  * CFG verification:                      Maintaining the CFG.
!                                                              (line  116)
  * CFG, Control Flow Graph:               Control Flow.       (line    6)
  * cfghooks.h:                            Maintaining the CFG.
                                                               (line    6)
! * cgraph_finalize_function:              Parsing pass.       (line   51)
! * chain_circular:                        GTY Options.        (line  160)
! * chain_next:                            GTY Options.        (line  160)
! * chain_prev:                            GTY Options.        (line  160)
  * change_address:                        Standard Names.     (line   47)
! * CHAR_TYPE_SIZE:                        Type Layout.        (line   38)
! * check_stack instruction pattern:       Standard Names.     (line 1634)
! * CHImode:                               Machine Modes.      (line  204)
  * CILK_PLUS:                             Cilk Plus Transformation.
                                                               (line    6)
  * class definitions, register:           Register Classes.   (line    6)
  * class preference constraints:          Class Preferences.  (line    6)
  * class, scope:                          Classes.            (line    6)
  * classes of RTX codes:                  RTL Classes.        (line    6)
  * CLASSTYPE_DECLARED_CLASS:              Classes.            (line    6)
  * CLASSTYPE_HAS_MUTABLE:                 Classes.            (line   85)
  * CLASSTYPE_NON_POD_P:                   Classes.            (line   90)
- * CLASS_MAX_NREGS:                       Register Classes.   (line  521)
- * CLASS_TYPE_P:                          Types for C++.      (line   63)
- * Cleanups:                              Cleanups.           (line    6)
  * CLEANUP_DECL:                          Statements for C++. (line    6)
  * CLEANUP_EXPR:                          Statements for C++. (line    6)
  * CLEANUP_POINT_EXPR:                    Unary and Binary Expressions.
                                                               (line    6)
  * CLEANUP_STMT:                          Statements for C++. (line    6)
! * clear_cache instruction pattern:       Standard Names.     (line 2148)
! * CLEAR_INSN_CACHE:                      Trampolines.        (line  117)
! * CLEAR_RATIO:                           Costs.              (line  225)
  * clobber:                               Side Effects.       (line  106)
  * clrsb:                                 Arithmetic.         (line  215)
! * clrsbM2 instruction pattern:           Standard Names.     (line  907)
  * clz:                                   Arithmetic.         (line  222)
! * clzM2 instruction pattern:             Standard Names.     (line  923)
! * CLZ_DEFINED_VALUE_AT_ZERO:             Misc.               (line  321)
! * cmpmemM instruction pattern:           Standard Names.     (line 1088)
! * cmpstrM instruction pattern:           Standard Names.     (line 1067)
! * cmpstrnM instruction pattern:          Standard Names.     (line 1054)
  * code generation RTL sequences:         Expander Definitions.
                                                               (line    6)
  * code iterators in .md files:           Code Iterators.     (line    6)
- * codes, RTL expression:                 RTL Objects.        (line   47)
- * code_label:                            Insns.              (line  125)
  * CODE_LABEL:                            Basic Blocks.       (line   50)
  * code_label and /i:                     Flags.              (line   59)
  * code_label and /v:                     Flags.              (line   44)
  * CODE_LABEL_NUMBER:                     Insns.              (line  125)
! * COImode:                               Machine Modes.      (line  204)
  * COLLECT2_HOST_INITIALIZATION:          Host Misc.          (line   32)
! * COLLECT_EXPORT_LIST:                   Misc.               (line  884)
  * COLLECT_SHARED_FINI_FUNC:              Macros for Initialization.
!                                                              (line   43)
  * COLLECT_SHARED_INIT_FUNC:              Macros for Initialization.
!                                                              (line   32)
  * commit_edge_insertions:                Maintaining the CFG.
!                                                              (line  104)
! * compare:                               Arithmetic.         (line   46)
  * compare, canonicalization of:          Insn Canonicalizations.
!                                                              (line   36)
! * COMPARE_MAX_PIECES:                    Costs.              (line  220)
  * comparison_operator:                   Machine-Independent Predicates.
!                                                              (line  110)
  * compiler passes and files:             Passes.             (line    6)
! * complement, bitwise:                   Arithmetic.         (line  154)
  * COMPLEX_CST:                           Constant expressions.
                                                               (line    6)
  * COMPLEX_EXPR:                          Unary and Binary Expressions.
--- 48564,48689 ----
  * call_insn and /i:                      Flags.              (line   24)
  * call_insn and /j:                      Flags.              (line  161)
  * call_insn and /s:                      Flags.              (line   49)
  * call_insn and /u:                      Flags.              (line   19)
  * call_insn and /u or /i:                Flags.              (line   29)
  * call_insn and /v:                      Flags.              (line   44)
  * CALL_INSN_FUNCTION_USAGE:              Insns.              (line  101)
! * call_pop instruction pattern:          Standard Names.     (line 1393)
! * CALL_POPS_ARGS:                        Stack Arguments.    (line  139)
! * CALL_REALLY_USED_REGISTERS:            Register Basics.    (line   46)
! * CALL_USED_REGISTERS:                   Register Basics.    (line   35)
  * call_used_regs:                        Register Basics.    (line   59)
! * call_value instruction pattern:        Standard Names.     (line 1385)
! * call_value_pop instruction pattern:    Standard Names.     (line 1393)
! * calling conventions:                   Stack and Calling.  (line    6)
! * calling functions in RTL:              Calls.              (line    6)
! * can_create_pseudo_p:                   Standard Names.     (line   75)
! * can_fallthru:                          Basic Blocks.       (line   67)
  * canadian:                              Configure Terms.    (line    6)
! * CANNOT_CHANGE_MODE_CLASS:              Register Classes.   (line  538)
  * CANNOT_CHANGE_MODE_CLASS and subreg semantics: Regs and Memory.
!                                                              (line  280)
  * canonicalization of instructions:      Insn Canonicalizations.
                                                               (line    6)
  * canonicalize_funcptr_for_compare instruction pattern: Standard Names.
!                                                              (line 1556)
  * caret:                                 Multi-Alternative.  (line   53)
! * CASE_VECTOR_MODE:                      Misc.               (line   27)
! * CASE_VECTOR_PC_RELATIVE:               Misc.               (line   40)
! * CASE_VECTOR_SHORTEN_MODE:              Misc.               (line   31)
! * casesi instruction pattern:            Standard Names.     (line 1487)
! * cbranchMODE4 instruction pattern:      Standard Names.     (line 1354)
  * cc0 <1>:                               CC0 Condition Codes.
                                                               (line    6)
+ * cc0:                                   Regs and Memory.    (line  307)
  * cc0, RTL sharing:                      Sharing.            (line   27)
! * cc0_rtx:                               Regs and Memory.    (line  333)
! * CC1_SPEC:                              Driver.             (line   56)
! * CC1PLUS_SPEC:                          Driver.             (line   64)
  * cc_status:                             CC0 Condition Codes.
                                                               (line    6)
  * CC_STATUS_MDEP:                        CC0 Condition Codes.
!                                                              (line   17)
  * CC_STATUS_MDEP_INIT:                   CC0 Condition Codes.
!                                                              (line   23)
! * CCmode <1>:                            MODE_CC Condition Codes.
!                                                              (line    6)
! * CCmode:                                Machine Modes.      (line  179)
! * CDImode:                               Machine Modes.      (line  205)
  * CEIL_DIV_EXPR:                         Unary and Binary Expressions.
                                                               (line    6)
  * CEIL_MOD_EXPR:                         Unary and Binary Expressions.
                                                               (line    6)
! * ceilM2 instruction pattern:            Standard Names.     (line  848)
! * CFA_FRAME_BASE_OFFSET:                 Frame Layout.       (line  224)
  * CFG verification:                      Maintaining the CFG.
!                                                              (line  117)
  * CFG, Control Flow Graph:               Control Flow.       (line    6)
  * cfghooks.h:                            Maintaining the CFG.
                                                               (line    6)
! * cgraph_finalize_function:              Parsing pass.       (line   52)
! * chain_circular:                        GTY Options.        (line  155)
! * chain_next:                            GTY Options.        (line  155)
! * chain_prev:                            GTY Options.        (line  155)
  * change_address:                        Standard Names.     (line   47)
! * CHAR_TYPE_SIZE:                        Type Layout.        (line   39)
! * check_stack instruction pattern:       Standard Names.     (line 1643)
! * CHImode:                               Machine Modes.      (line  205)
  * CILK_PLUS:                             Cilk Plus Transformation.
                                                               (line    6)
  * class definitions, register:           Register Classes.   (line    6)
  * class preference constraints:          Class Preferences.  (line    6)
  * class, scope:                          Classes.            (line    6)
+ * CLASS_MAX_NREGS:                       Register Classes.   (line  526)
+ * CLASS_TYPE_P:                          Types for C++.      (line   65)
  * classes of RTX codes:                  RTL Classes.        (line    6)
  * CLASSTYPE_DECLARED_CLASS:              Classes.            (line    6)
  * CLASSTYPE_HAS_MUTABLE:                 Classes.            (line   85)
  * CLASSTYPE_NON_POD_P:                   Classes.            (line   90)
  * CLEANUP_DECL:                          Statements for C++. (line    6)
  * CLEANUP_EXPR:                          Statements for C++. (line    6)
  * CLEANUP_POINT_EXPR:                    Unary and Binary Expressions.
                                                               (line    6)
  * CLEANUP_STMT:                          Statements for C++. (line    6)
! * Cleanups:                              Cleanups.           (line    6)
! * clear_cache instruction pattern:       Standard Names.     (line 2159)
! * CLEAR_INSN_CACHE:                      Trampolines.        (line  118)
! * CLEAR_RATIO:                           Costs.              (line  226)
  * clobber:                               Side Effects.       (line  106)
  * clrsb:                                 Arithmetic.         (line  215)
! * clrsbM2 instruction pattern:           Standard Names.     (line  913)
  * clz:                                   Arithmetic.         (line  222)
! * CLZ_DEFINED_VALUE_AT_ZERO:             Misc.               (line  322)
! * clzM2 instruction pattern:             Standard Names.     (line  929)
! * cmpmemM instruction pattern:           Standard Names.     (line 1094)
! * cmpstrM instruction pattern:           Standard Names.     (line 1073)
! * cmpstrnM instruction pattern:          Standard Names.     (line 1060)
  * code generation RTL sequences:         Expander Definitions.
                                                               (line    6)
  * code iterators in .md files:           Code Iterators.     (line    6)
  * CODE_LABEL:                            Basic Blocks.       (line   50)
+ * code_label:                            Insns.              (line  125)
  * code_label and /i:                     Flags.              (line   59)
  * code_label and /v:                     Flags.              (line   44)
  * CODE_LABEL_NUMBER:                     Insns.              (line  125)
! * codes, RTL expression:                 RTL Objects.        (line   47)
! * COImode:                               Machine Modes.      (line  205)
  * COLLECT2_HOST_INITIALIZATION:          Host Misc.          (line   32)
! * COLLECT_EXPORT_LIST:                   Misc.               (line  888)
  * COLLECT_SHARED_FINI_FUNC:              Macros for Initialization.
!                                                              (line   44)
  * COLLECT_SHARED_INIT_FUNC:              Macros for Initialization.
!                                                              (line   33)
  * commit_edge_insertions:                Maintaining the CFG.
!                                                              (line  105)
! * compare:                               Arithmetic.         (line   43)
  * compare, canonicalization of:          Insn Canonicalizations.
!                                                              (line   37)
! * COMPARE_MAX_PIECES:                    Costs.              (line  221)
  * comparison_operator:                   Machine-Independent Predicates.
!                                                              (line  111)
  * compiler passes and files:             Passes.             (line    6)
! * complement, bitwise:                   Arithmetic.         (line  153)
  * COMPLEX_CST:                           Constant expressions.
                                                               (line    6)
  * COMPLEX_EXPR:                          Unary and Binary Expressions.
*************** Concept Index
*** 48237,48252 ****
  * COMPOUND_LITERAL_EXPR:                 Unary and Binary Expressions.
                                                               (line    6)
  * COMPOUND_LITERAL_EXPR_DECL:            Unary and Binary Expressions.
!                                                              (line  377)
  * COMPOUND_LITERAL_EXPR_DECL_EXPR:       Unary and Binary Expressions.
!                                                              (line  377)
! * computed jump:                         Edges.              (line  127)
  * computing the length of an insn:       Insn Lengths.       (line    6)
! * concat:                                Regs and Memory.    (line  381)
! * concatn:                               Regs and Memory.    (line  387)
  * cond:                                  Comparisons.        (line   90)
  * cond and attributes:                   Expressions.        (line   37)
! * condition code register:               Regs and Memory.    (line  303)
  * condition code status:                 Condition Code.     (line    6)
  * condition codes:                       Comparisons.        (line   20)
  * conditional execution:                 Conditional Execution.
--- 48698,48716 ----
  * COMPOUND_LITERAL_EXPR:                 Unary and Binary Expressions.
                                                               (line    6)
  * COMPOUND_LITERAL_EXPR_DECL:            Unary and Binary Expressions.
!                                                              (line  378)
  * COMPOUND_LITERAL_EXPR_DECL_EXPR:       Unary and Binary Expressions.
!                                                              (line  378)
! * computed jump:                         Edges.              (line  128)
  * computing the length of an insn:       Insn Lengths.       (line    6)
! * concat:                                Regs and Memory.    (line  385)
! * concatn:                               Regs and Memory.    (line  391)
  * cond:                                  Comparisons.        (line   90)
  * cond and attributes:                   Expressions.        (line   37)
! * cond_exec:                             Side Effects.       (line  254)
! * COND_EXPR:                             Unary and Binary Expressions.
!                                                              (line    6)
! * condition code register:               Regs and Memory.    (line  307)
  * condition code status:                 Condition Code.     (line    6)
  * condition codes:                       Comparisons.        (line   20)
  * conditional execution:                 Conditional Execution.
*************** Concept Index
*** 48254,48314 ****
  * Conditional Expressions:               Conditional Expressions.
                                                               (line    6)
  * conditions, in patterns:               Patterns.           (line   43)
- * cond_exec:                             Side Effects.       (line  254)
- * COND_EXPR:                             Unary and Binary Expressions.
-                                                              (line    6)
- * configuration file:                    Filesystem.         (line    6)
  * configuration file <1>:                Host Misc.          (line    6)
  * configure terms:                       Configure Terms.    (line    6)
  * CONJ_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
  * const:                                 Constants.          (line  140)
- * const0_rtx:                            Constants.          (line   21)
  * CONST0_RTX:                            Constants.          (line  160)
! * const1_rtx:                            Constants.          (line   21)
  * CONST1_RTX:                            Constants.          (line  160)
! * const2_rtx:                            Constants.          (line   21)
  * CONST2_RTX:                            Constants.          (line  160)
! * constant attributes:                   Constant Attributes.
!                                                              (line    6)
! * constant definitions:                  Constant Definitions.
!                                                              (line    6)
! * constants in constraints:              Simple Constraints. (line   68)
! * CONSTANT_ADDRESS_P:                    Addressing Modes.   (line   28)
! * CONSTANT_ALIGNMENT:                    Storage Layout.     (line  261)
! * CONSTANT_P:                            Addressing Modes.   (line   35)
! * CONSTANT_POOL_ADDRESS_P:               Flags.              (line   10)
! * CONSTANT_POOL_BEFORE_FUNCTION:         Data Output.        (line   68)
! * constm1_rtx:                           Constants.          (line   21)
! * constraint modifier characters:        Modifiers.          (line    6)
! * constraint, matching:                  Simple Constraints. (line  140)
! * constraints:                           Constraints.        (line    6)
! * constraints, defining:                 Define Constraints. (line    6)
! * constraints, machine specific:         Machine Constraints.
!                                                              (line    6)
! * constraints, testing:                  C Constraint Interface.
!                                                              (line    6)
! * constraint_num:                        C Constraint Interface.
!                                                              (line   30)
! * constraint_satisfied_p:                C Constraint Interface.
!                                                              (line   42)
! * CONSTRUCTOR:                           Unary and Binary Expressions.
!                                                              (line    6)
! * constructors, automatic calls:         Collect2.           (line   15)
! * constructors, output of:               Initialization.     (line    6)
  * CONST_DECL:                            Declarations.       (line    6)
  * const_double:                          Constants.          (line   37)
  * const_double, RTL sharing:             Sharing.            (line   29)
  * CONST_DOUBLE_LOW:                      Constants.          (line   54)
  * const_double_operand:                  Machine-Independent Predicates.
!                                                              (line   20)
  * const_fixed:                           Constants.          (line   93)
  * const_int:                             Constants.          (line    8)
  * const_int and attribute tests:         Expressions.        (line   47)
  * const_int and attributes:              Expressions.        (line   10)
  * const_int, RTL sharing:                Sharing.            (line   23)
  * const_int_operand:                     Machine-Independent Predicates.
!                                                              (line   15)
  * const_string:                          Constants.          (line  112)
  * const_string and attributes:           Expressions.        (line   20)
  * const_true_rtx:                        Constants.          (line   31)
--- 48718,48748 ----
  * Conditional Expressions:               Conditional Expressions.
                                                               (line    6)
  * conditions, in patterns:               Patterns.           (line   43)
  * configuration file <1>:                Host Misc.          (line    6)
+ * configuration file:                    Filesystem.         (line    6)
  * configure terms:                       Configure Terms.    (line    6)
  * CONJ_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
  * const:                                 Constants.          (line  140)
  * CONST0_RTX:                            Constants.          (line  160)
! * const0_rtx:                            Constants.          (line   21)
  * CONST1_RTX:                            Constants.          (line  160)
! * const1_rtx:                            Constants.          (line   21)
  * CONST2_RTX:                            Constants.          (line  160)
! * const2_rtx:                            Constants.          (line   21)
  * CONST_DECL:                            Declarations.       (line    6)
  * const_double:                          Constants.          (line   37)
  * const_double, RTL sharing:             Sharing.            (line   29)
  * CONST_DOUBLE_LOW:                      Constants.          (line   54)
  * const_double_operand:                  Machine-Independent Predicates.
!                                                              (line   21)
  * const_fixed:                           Constants.          (line   93)
  * const_int:                             Constants.          (line    8)
  * const_int and attribute tests:         Expressions.        (line   47)
  * const_int and attributes:              Expressions.        (line   10)
  * const_int, RTL sharing:                Sharing.            (line   23)
  * const_int_operand:                     Machine-Independent Predicates.
!                                                              (line   16)
  * const_string:                          Constants.          (line  112)
  * const_string and attributes:           Expressions.        (line   20)
  * const_true_rtx:                        Constants.          (line   31)
*************** Concept Index
*** 48318,48323 ****
--- 48752,48784 ----
  * CONST_WIDE_INT_ELT:                    Constants.          (line   89)
  * CONST_WIDE_INT_NUNITS:                 Constants.          (line   84)
  * CONST_WIDE_INT_VEC:                    Constants.          (line   80)
+ * constant attributes:                   Constant Attributes.
+                                                              (line    6)
+ * constant definitions:                  Constant Definitions.
+                                                              (line    6)
+ * CONSTANT_ADDRESS_P:                    Addressing Modes.   (line   29)
+ * CONSTANT_ALIGNMENT:                    Storage Layout.     (line  264)
+ * CONSTANT_P:                            Addressing Modes.   (line   36)
+ * CONSTANT_POOL_ADDRESS_P:               Flags.              (line   10)
+ * CONSTANT_POOL_BEFORE_FUNCTION:         Data Output.        (line   69)
+ * constants in constraints:              Simple Constraints. (line   70)
+ * constm1_rtx:                           Constants.          (line   21)
+ * constraint modifier characters:        Modifiers.          (line    6)
+ * constraint, matching:                  Simple Constraints. (line  142)
+ * constraint_num:                        C Constraint Interface.
+                                                              (line   31)
+ * constraint_satisfied_p:                C Constraint Interface.
+                                                              (line   44)
+ * constraints:                           Constraints.        (line    6)
+ * constraints, defining:                 Define Constraints. (line    6)
+ * constraints, machine specific:         Machine Constraints.
+                                                              (line    6)
+ * constraints, testing:                  C Constraint Interface.
+                                                              (line    6)
+ * CONSTRUCTOR:                           Unary and Binary Expressions.
+                                                              (line    6)
+ * constructors, automatic calls:         Collect2.           (line   15)
+ * constructors, output of:               Initialization.     (line    6)
  * container:                             Containers.         (line    6)
  * CONTINUE_STMT:                         Statements for C++. (line    6)
  * contributors:                          Contributors.       (line    6)
*************** Concept Index
*** 48327,48469 ****
  * conversions:                           Conversions.        (line    6)
  * CONVERT_EXPR:                          Unary and Binary Expressions.
                                                               (line    6)
! * copysignM3 instruction pattern:        Standard Names.     (line  887)
! * copy_rtx:                              Addressing Modes.   (line  189)
  * copy_rtx_if_shared:                    Sharing.            (line   64)
! * cosM2 instruction pattern:             Standard Names.     (line  676)
  * costs of instructions:                 Costs.              (line    6)
! * CPLUSPLUS_CPP_SPEC:                    Driver.             (line   50)
! * CPP_SPEC:                              Driver.             (line   43)
! * CP_INTEGRAL_TYPE:                      Types for C++.      (line   55)
  * cp_namespace_decls:                    Namespaces.         (line   49)
  * CP_TYPE_CONST_NON_VOLATILE_P:          Types for C++.      (line   33)
  * CP_TYPE_CONST_P:                       Types for C++.      (line   24)
  * cp_type_quals:                         Types for C++.      (line    6)
- * cp_type_quals <1>:                     Types for C++.      (line   16)
  * CP_TYPE_RESTRICT_P:                    Types for C++.      (line   30)
  * CP_TYPE_VOLATILE_P:                    Types for C++.      (line   27)
! * CQImode:                               Machine Modes.      (line  204)
  * cross compilation and floating point:  Floating Point.     (line    6)
! * crtl->args.pops_args:                  Function Entry.     (line  104)
! * crtl->args.pretend_args_size:          Function Entry.     (line  110)
  * crtl->outgoing_args_size:              Stack Arguments.    (line   48)
  * CRTSTUFF_T_CFLAGS:                     Target Fragment.    (line   15)
  * CRTSTUFF_T_CFLAGS_S:                   Target Fragment.    (line   19)
! * CRT_CALL_STATIC_FUNCTION:              Sections.           (line  125)
! * CSImode:                               Machine Modes.      (line  204)
! * cstoreMODE4 instruction pattern:       Standard Names.     (line 1309)
! * CTImode:                               Machine Modes.      (line  204)
! * ctrapMM4 instruction pattern:          Standard Names.     (line 1785)
  * ctz:                                   Arithmetic.         (line  230)
! * ctzM2 instruction pattern:             Standard Names.     (line  938)
! * CTZ_DEFINED_VALUE_AT_ZERO:             Misc.               (line  322)
! * CUMULATIVE_ARGS:                       Register Arguments. (line  144)
! * current_function_is_leaf:              Leaf Functions.     (line   50)
! * current_function_uses_only_leaf_regs:  Leaf Functions.     (line   50)
  * current_insn_predicate:                Conditional Execution.
                                                               (line   27)
! * C_COMMON_OVERRIDE_OPTIONS:             Run-time Target.    (line  136)
! * c_register_pragma:                     Misc.               (line  424)
! * c_register_pragma_with_expansion:      Misc.               (line  426)
! * DAmode:                                Machine Modes.      (line  154)
  * data bypass:                           Processor pipeline description.
!                                                              (line  105)
! * data bypass <1>:                       Processor pipeline description.
!                                                              (line  196)
  * data dependence delays:                Processor pipeline description.
                                                               (line    6)
  * Data Dependency Analysis:              Dependency analysis.
                                                               (line    6)
  * data structures:                       Per-Function Data.  (line    6)
! * DATA_ABI_ALIGNMENT:                    Storage Layout.     (line  253)
! * DATA_ALIGNMENT:                        Storage Layout.     (line  240)
! * DATA_SECTION_ASM_OP:                   Sections.           (line   52)
! * DBR_OUTPUT_SEQEND:                     Instruction Output. (line  133)
! * dbr_sequence_length:                   Instruction Output. (line  133)
! * DBX_BLOCKS_FUNCTION_RELATIVE:          DBX Options.        (line  100)
! * DBX_CONTIN_CHAR:                       DBX Options.        (line   63)
! * DBX_CONTIN_LENGTH:                     DBX Options.        (line   53)
! * DBX_DEBUGGING_INFO:                    DBX Options.        (line    8)
! * DBX_FUNCTION_FIRST:                    DBX Options.        (line   94)
! * DBX_LINES_FUNCTION_RELATIVE:           DBX Options.        (line  106)
! * DBX_NO_XREFS:                          DBX Options.        (line   47)
! * DBX_OUTPUT_MAIN_SOURCE_FILENAME:       File Names and DBX. (line    8)
! * DBX_OUTPUT_MAIN_SOURCE_FILE_END:       File Names and DBX. (line   33)
  * DBX_OUTPUT_NULL_N_SO_AT_MAIN_SOURCE_FILE_END: File Names and DBX.
!                                                              (line   41)
! * DBX_OUTPUT_SOURCE_LINE:                DBX Hooks.          (line    8)
! * DBX_REGISTER_NUMBER:                   All Debuggers.      (line    8)
! * DBX_REGPARM_STABS_CODE:                DBX Options.        (line   84)
! * DBX_REGPARM_STABS_LETTER:              DBX Options.        (line   89)
! * DBX_STATIC_CONST_VAR_CODE:             DBX Options.        (line   79)
! * DBX_STATIC_STAB_DATA_SECTION:          DBX Options.        (line   70)
! * DBX_TYPE_DECL_STABS_CODE:              DBX Options.        (line   75)
! * DBX_USE_BINCL:                         DBX Options.        (line  112)
! * DCmode:                                Machine Modes.      (line  199)
  * DDmode:                                Machine Modes.      (line   93)
  * De Morgan's law:                       Insn Canonicalizations.
!                                                              (line   51)
  * dead_or_set_p:                         define_peephole.    (line   65)
- * DEBUGGER_ARG_OFFSET:                   All Debuggers.      (line   36)
- * DEBUGGER_AUTO_OFFSET:                  All Debuggers.      (line   27)
  * debug_expr:                            Debug Information.  (line   22)
  * DEBUG_EXPR_DECL:                       Declarations.       (line    6)
! * debug_insn:                            Insns.              (line  236)
! * DEBUG_SYMS_TEXT:                       DBX Options.        (line   24)
  * decimal float library:                 Decimal float library routines.
                                                               (line    6)
- * declaration:                           Declarations.       (line    6)
- * declarations, RTL:                     RTL Declarations.   (line    6)
- * DECLARE_LIBRARY_RENAMES:               Library Calls.      (line    8)
  * DECL_ALIGN:                            Declarations.       (line    6)
  * DECL_ANTICIPATED:                      Functions for C++.  (line   42)
  * DECL_ARGUMENTS:                        Function Basics.    (line   36)
  * DECL_ARRAY_DELETE_OPERATOR_P:          Functions for C++.  (line  158)
  * DECL_ARTIFICIAL:                       Working with declarations.
                                                               (line   24)
- * DECL_ARTIFICIAL <1>:                   Function Basics.    (line    6)
- * DECL_ARTIFICIAL <2>:                   Function Properties.
-                                                              (line   47)
  * DECL_ASSEMBLER_NAME:                   Function Basics.    (line    6)
! * DECL_ASSEMBLER_NAME <1>:               Function Basics.    (line   19)
! * DECL_ATTRIBUTES:                       Attributes.         (line   21)
  * DECL_BASE_CONSTRUCTOR_P:               Functions for C++.  (line   88)
  * DECL_COMPLETE_CONSTRUCTOR_P:           Functions for C++.  (line   84)
  * DECL_COMPLETE_DESTRUCTOR_P:            Functions for C++.  (line   98)
- * DECL_CONSTRUCTOR_P:                    Functions for C++.  (line   77)
  * DECL_CONST_MEMFUNC_P:                  Functions for C++.  (line   71)
  * DECL_CONTEXT:                          Namespaces.         (line   31)
  * DECL_CONV_FN_P:                        Functions for C++.  (line  105)
  * DECL_COPY_CONSTRUCTOR_P:               Functions for C++.  (line   92)
  * DECL_DESTRUCTOR_P:                     Functions for C++.  (line   95)
! * DECL_EXTERNAL:                         Declarations.       (line    6)
  * DECL_EXTERNAL <1>:                     Function Properties.
                                                               (line   25)
! * DECL_EXTERN_C_FUNCTION_P:              Functions for C++.  (line   46)
  * DECL_FUNCTION_MEMBER_P:                Functions for C++.  (line   61)
- * DECL_FUNCTION_SPECIFIC_OPTIMIZATION:   Function Basics.    (line    6)
  * DECL_FUNCTION_SPECIFIC_OPTIMIZATION <1>: Function Properties.
                                                               (line   61)
! * DECL_FUNCTION_SPECIFIC_TARGET:         Function Basics.    (line    6)
  * DECL_FUNCTION_SPECIFIC_TARGET <1>:     Function Properties.
                                                               (line   55)
  * DECL_GLOBAL_CTOR_P:                    Functions for C++.  (line  108)
  * DECL_GLOBAL_DTOR_P:                    Functions for C++.  (line  112)
- * DECL_INITIAL:                          Declarations.       (line    6)
  * DECL_INITIAL <1>:                      Function Basics.    (line   51)
  * DECL_LINKONCE_P:                       Functions for C++.  (line   50)
  * DECL_LOCAL_FUNCTION_P:                 Functions for C++.  (line   38)
  * DECL_MAIN_P:                           Functions for C++.  (line   34)
  * DECL_NAME:                             Working with declarations.
                                                               (line    7)
- * DECL_NAME <1>:                         Function Basics.    (line    6)
- * DECL_NAME <2>:                         Function Basics.    (line    9)
- * DECL_NAME <3>:                         Namespaces.         (line   20)
  * DECL_NAMESPACE_ALIAS:                  Namespaces.         (line   35)
  * DECL_NAMESPACE_STD_P:                  Namespaces.         (line   45)
  * DECL_NONCONVERTING_P:                  Functions for C++.  (line   80)
  * DECL_NONSTATIC_MEMBER_FUNCTION_P:      Functions for C++.  (line   68)
- * DECL_NON_THUNK_FUNCTION_P:             Functions for C++.  (line  138)
  * DECL_OVERLOADED_OPERATOR_P:            Functions for C++.  (line  102)
  * DECL_PURE_P:                           Function Properties.
                                                               (line   40)
--- 48788,48919 ----
  * conversions:                           Conversions.        (line    6)
  * CONVERT_EXPR:                          Unary and Binary Expressions.
                                                               (line    6)
! * copy_rtx:                              Addressing Modes.   (line  190)
  * copy_rtx_if_shared:                    Sharing.            (line   64)
! * copysignM3 instruction pattern:        Standard Names.     (line  893)
! * cosM2 instruction pattern:             Standard Names.     (line  682)
  * costs of instructions:                 Costs.              (line    6)
! * CP_INTEGRAL_TYPE:                      Types for C++.      (line   57)
  * cp_namespace_decls:                    Namespaces.         (line   49)
  * CP_TYPE_CONST_NON_VOLATILE_P:          Types for C++.      (line   33)
  * CP_TYPE_CONST_P:                       Types for C++.      (line   24)
  * cp_type_quals:                         Types for C++.      (line    6)
  * CP_TYPE_RESTRICT_P:                    Types for C++.      (line   30)
  * CP_TYPE_VOLATILE_P:                    Types for C++.      (line   27)
! * CPLUSPLUS_CPP_SPEC:                    Driver.             (line   51)
! * CPP_SPEC:                              Driver.             (line   44)
! * CQImode:                               Machine Modes.      (line  205)
  * cross compilation and floating point:  Floating Point.     (line    6)
! * CRT_CALL_STATIC_FUNCTION:              Sections.           (line  126)
! * crtl->args.pops_args:                  Function Entry.     (line  106)
! * crtl->args.pretend_args_size:          Function Entry.     (line  112)
  * crtl->outgoing_args_size:              Stack Arguments.    (line   48)
  * CRTSTUFF_T_CFLAGS:                     Target Fragment.    (line   15)
  * CRTSTUFF_T_CFLAGS_S:                   Target Fragment.    (line   19)
! * CSImode:                               Machine Modes.      (line  205)
! * cstoreMODE4 instruction pattern:       Standard Names.     (line 1315)
! * CTImode:                               Machine Modes.      (line  205)
! * ctrapMM4 instruction pattern:          Standard Names.     (line 1796)
  * ctz:                                   Arithmetic.         (line  230)
! * CTZ_DEFINED_VALUE_AT_ZERO:             Misc.               (line  323)
! * ctzM2 instruction pattern:             Standard Names.     (line  944)
! * CUMULATIVE_ARGS:                       Register Arguments. (line  146)
! * current_function_is_leaf:              Leaf Functions.     (line   51)
! * current_function_uses_only_leaf_regs:  Leaf Functions.     (line   51)
  * current_insn_predicate:                Conditional Execution.
                                                               (line   27)
! * DAmode:                                Machine Modes.      (line  155)
  * data bypass:                           Processor pipeline description.
!                                                              (line  106)
  * data dependence delays:                Processor pipeline description.
                                                               (line    6)
  * Data Dependency Analysis:              Dependency analysis.
                                                               (line    6)
  * data structures:                       Per-Function Data.  (line    6)
! * DATA_ABI_ALIGNMENT:                    Storage Layout.     (line  256)
! * DATA_ALIGNMENT:                        Storage Layout.     (line  243)
! * DATA_SECTION_ASM_OP:                   Sections.           (line   53)
! * DBR_OUTPUT_SEQEND:                     Instruction Output. (line  135)
! * dbr_sequence_length:                   Instruction Output. (line  134)
! * DBX_BLOCKS_FUNCTION_RELATIVE:          DBX Options.        (line  103)
! * DBX_CONTIN_CHAR:                       DBX Options.        (line   66)
! * DBX_CONTIN_LENGTH:                     DBX Options.        (line   56)
! * DBX_DEBUGGING_INFO:                    DBX Options.        (line    9)
! * DBX_FUNCTION_FIRST:                    DBX Options.        (line   97)
! * DBX_LINES_FUNCTION_RELATIVE:           DBX Options.        (line  109)
! * DBX_NO_XREFS:                          DBX Options.        (line   50)
! * DBX_OUTPUT_MAIN_SOURCE_FILE_END:       File Names and DBX. (line   34)
! * DBX_OUTPUT_MAIN_SOURCE_FILENAME:       File Names and DBX. (line    9)
  * DBX_OUTPUT_NULL_N_SO_AT_MAIN_SOURCE_FILE_END: File Names and DBX.
!                                                              (line   42)
! * DBX_OUTPUT_SOURCE_LINE:                DBX Hooks.          (line    9)
! * DBX_REGISTER_NUMBER:                   All Debuggers.      (line    9)
! * DBX_REGPARM_STABS_CODE:                DBX Options.        (line   87)
! * DBX_REGPARM_STABS_LETTER:              DBX Options.        (line   92)
! * DBX_STATIC_CONST_VAR_CODE:             DBX Options.        (line   82)
! * DBX_STATIC_STAB_DATA_SECTION:          DBX Options.        (line   73)
! * DBX_TYPE_DECL_STABS_CODE:              DBX Options.        (line   78)
! * DBX_USE_BINCL:                         DBX Options.        (line  115)
! * DCmode:                                Machine Modes.      (line  200)
  * DDmode:                                Machine Modes.      (line   93)
  * De Morgan's law:                       Insn Canonicalizations.
!                                                              (line   52)
  * dead_or_set_p:                         define_peephole.    (line   65)
  * debug_expr:                            Debug Information.  (line   22)
  * DEBUG_EXPR_DECL:                       Declarations.       (line    6)
! * debug_insn:                            Insns.              (line  239)
! * DEBUG_SYMS_TEXT:                       DBX Options.        (line   25)
! * DEBUGGER_ARG_OFFSET:                   All Debuggers.      (line   37)
! * DEBUGGER_AUTO_OFFSET:                  All Debuggers.      (line   28)
  * decimal float library:                 Decimal float library routines.
                                                               (line    6)
  * DECL_ALIGN:                            Declarations.       (line    6)
  * DECL_ANTICIPATED:                      Functions for C++.  (line   42)
  * DECL_ARGUMENTS:                        Function Basics.    (line   36)
  * DECL_ARRAY_DELETE_OPERATOR_P:          Functions for C++.  (line  158)
+ * DECL_ARTIFICIAL <1>:                   Function Properties.
+                                                              (line   47)
+ * DECL_ARTIFICIAL <2>:                   Function Basics.    (line    6)
  * DECL_ARTIFICIAL:                       Working with declarations.
                                                               (line   24)
  * DECL_ASSEMBLER_NAME:                   Function Basics.    (line    6)
! * DECL_ATTRIBUTES:                       Attributes.         (line   22)
  * DECL_BASE_CONSTRUCTOR_P:               Functions for C++.  (line   88)
  * DECL_COMPLETE_CONSTRUCTOR_P:           Functions for C++.  (line   84)
  * DECL_COMPLETE_DESTRUCTOR_P:            Functions for C++.  (line   98)
  * DECL_CONST_MEMFUNC_P:                  Functions for C++.  (line   71)
+ * DECL_CONSTRUCTOR_P:                    Functions for C++.  (line   77)
  * DECL_CONTEXT:                          Namespaces.         (line   31)
  * DECL_CONV_FN_P:                        Functions for C++.  (line  105)
  * DECL_COPY_CONSTRUCTOR_P:               Functions for C++.  (line   92)
  * DECL_DESTRUCTOR_P:                     Functions for C++.  (line   95)
! * DECL_EXTERN_C_FUNCTION_P:              Functions for C++.  (line   46)
  * DECL_EXTERNAL <1>:                     Function Properties.
                                                               (line   25)
! * DECL_EXTERNAL:                         Declarations.       (line    6)
  * DECL_FUNCTION_MEMBER_P:                Functions for C++.  (line   61)
  * DECL_FUNCTION_SPECIFIC_OPTIMIZATION <1>: Function Properties.
                                                               (line   61)
! * DECL_FUNCTION_SPECIFIC_OPTIMIZATION:   Function Basics.    (line    6)
  * DECL_FUNCTION_SPECIFIC_TARGET <1>:     Function Properties.
                                                               (line   55)
+ * DECL_FUNCTION_SPECIFIC_TARGET:         Function Basics.    (line    6)
  * DECL_GLOBAL_CTOR_P:                    Functions for C++.  (line  108)
  * DECL_GLOBAL_DTOR_P:                    Functions for C++.  (line  112)
  * DECL_INITIAL <1>:                      Function Basics.    (line   51)
+ * DECL_INITIAL:                          Declarations.       (line    6)
  * DECL_LINKONCE_P:                       Functions for C++.  (line   50)
  * DECL_LOCAL_FUNCTION_P:                 Functions for C++.  (line   38)
  * DECL_MAIN_P:                           Functions for C++.  (line   34)
+ * DECL_NAME <1>:                         Namespaces.         (line   20)
+ * DECL_NAME <2>:                         Function Basics.    (line    6)
  * DECL_NAME:                             Working with declarations.
                                                               (line    7)
  * DECL_NAMESPACE_ALIAS:                  Namespaces.         (line   35)
  * DECL_NAMESPACE_STD_P:                  Namespaces.         (line   45)
+ * DECL_NON_THUNK_FUNCTION_P:             Functions for C++.  (line  138)
  * DECL_NONCONVERTING_P:                  Functions for C++.  (line   80)
  * DECL_NONSTATIC_MEMBER_FUNCTION_P:      Functions for C++.  (line   68)
  * DECL_OVERLOADED_OPERATOR_P:            Functions for C++.  (line  102)
  * DECL_PURE_P:                           Function Properties.
                                                               (line   40)
*************** Concept Index
*** 48477,48525 ****
  * DECL_VIRTUAL_P:                        Function Properties.
                                                               (line   44)
  * DECL_VOLATILE_MEMFUNC_P:               Functions for C++.  (line   74)
  * decrement_and_branch_until_zero instruction pattern: Standard Names.
!                                                              (line 1517)
! * default:                               GTY Options.        (line   90)
  * default_file_start:                    File Framework.     (line    8)
! * DEFAULT_GDB_EXTENSIONS:                DBX Options.        (line   17)
! * DEFAULT_PCC_STRUCT_RETURN:             Aggregate Return.   (line   34)
! * DEFAULT_SIGNED_CHAR:                   Type Layout.        (line  117)
! * define_address_constraint:             Define Constraints. (line  113)
  * define_asm_attributes:                 Tagging Insns.      (line   73)
  * define_attr:                           Defining Attributes.
                                                               (line    6)
  * define_automaton:                      Processor pipeline description.
                                                               (line   53)
  * define_bypass:                         Processor pipeline description.
!                                                              (line  196)
  * define_code_attr:                      Code Iterators.     (line    6)
  * define_code_iterator:                  Code Iterators.     (line    6)
  * define_cond_exec:                      Conditional Execution.
                                                               (line   13)
  * define_constants:                      Constant Definitions.
                                                               (line    6)
! * define_constraint:                     Define Constraints. (line   45)
  * define_cpu_unit:                       Processor pipeline description.
                                                               (line   68)
- * define_c_enum:                         Constant Definitions.
-                                                              (line   49)
  * define_delay:                          Delay Slots.        (line   25)
  * define_enum:                           Constant Definitions.
                                                               (line  118)
- * define_enum_attr:                      Defining Attributes.
-                                                              (line   83)
  * define_enum_attr <1>:                  Constant Definitions.
                                                               (line  136)
  * define_expand:                         Expander Definitions.
                                                               (line   11)
  * define_insn:                           Patterns.           (line    6)
  * define_insn example:                   Example.            (line    6)
  * define_insn_and_split:                 Insn Splitting.     (line  170)
  * define_insn_reservation:               Processor pipeline description.
!                                                              (line  105)
  * define_int_attr:                       Int Iterators.      (line    6)
  * define_int_iterator:                   Int Iterators.      (line    6)
! * define_memory_constraint:              Define Constraints. (line   80)
  * define_mode_attr:                      Substitutions.      (line    6)
  * define_mode_iterator:                  Defining Mode Iterators.
                                                               (line    6)
--- 48927,48978 ----
  * DECL_VIRTUAL_P:                        Function Properties.
                                                               (line   44)
  * DECL_VOLATILE_MEMFUNC_P:               Functions for C++.  (line   74)
+ * declaration:                           Declarations.       (line    6)
+ * declarations, RTL:                     RTL Declarations.   (line    6)
+ * DECLARE_LIBRARY_RENAMES:               Library Calls.      (line    9)
  * decrement_and_branch_until_zero instruction pattern: Standard Names.
!                                                              (line 1525)
! * default:                               GTY Options.        (line   89)
  * default_file_start:                    File Framework.     (line    8)
! * DEFAULT_GDB_EXTENSIONS:                DBX Options.        (line   18)
! * DEFAULT_PCC_STRUCT_RETURN:             Aggregate Return.   (line   35)
! * DEFAULT_SIGNED_CHAR:                   Type Layout.        (line  118)
! * define_address_constraint:             Define Constraints. (line  121)
  * define_asm_attributes:                 Tagging Insns.      (line   73)
  * define_attr:                           Defining Attributes.
                                                               (line    6)
  * define_automaton:                      Processor pipeline description.
                                                               (line   53)
  * define_bypass:                         Processor pipeline description.
!                                                              (line  197)
! * define_c_enum:                         Constant Definitions.
!                                                              (line   49)
  * define_code_attr:                      Code Iterators.     (line    6)
  * define_code_iterator:                  Code Iterators.     (line    6)
  * define_cond_exec:                      Conditional Execution.
                                                               (line   13)
  * define_constants:                      Constant Definitions.
                                                               (line    6)
! * define_constraint:                     Define Constraints. (line   48)
  * define_cpu_unit:                       Processor pipeline description.
                                                               (line   68)
  * define_delay:                          Delay Slots.        (line   25)
  * define_enum:                           Constant Definitions.
                                                               (line  118)
  * define_enum_attr <1>:                  Constant Definitions.
                                                               (line  136)
+ * define_enum_attr:                      Defining Attributes.
+                                                              (line   83)
  * define_expand:                         Expander Definitions.
                                                               (line   11)
  * define_insn:                           Patterns.           (line    6)
  * define_insn example:                   Example.            (line    6)
  * define_insn_and_split:                 Insn Splitting.     (line  170)
  * define_insn_reservation:               Processor pipeline description.
!                                                              (line  106)
  * define_int_attr:                       Int Iterators.      (line    6)
  * define_int_iterator:                   Int Iterators.      (line    6)
! * define_memory_constraint:              Define Constraints. (line   88)
  * define_mode_attr:                      Substitutions.      (line    6)
  * define_mode_iterator:                  Defining Mode Iterators.
                                                               (line    6)
*************** Concept Index
*** 48529,48552 ****
                                                               (line    6)
  * define_query_cpu_unit:                 Processor pipeline description.
                                                               (line   90)
! * define_register_constraint:            Define Constraints. (line   26)
  * define_reservation:                    Processor pipeline description.
!                                                              (line  185)
! * define_special_memory_constraint:      Define Constraints. (line   99)
  * define_special_predicate:              Defining Predicates.
                                                               (line    6)
  * define_split:                          Insn Splitting.     (line   32)
! * define_subst:                          Define Subst.       (line    6)
! * define_subst <1>:                      Define Subst Example.
                                                               (line    6)
! * define_subst <2>:                      Define Subst Pattern Matching.
                                                               (line    6)
! * define_subst <3>:                      Define Subst Output Template.
                                                               (line    6)
! * define_subst <4>:                      Define Subst.       (line   14)
! * define_subst <5>:                      Subst Iterators.    (line    6)
  * define_subst_attr:                     Subst Iterators.    (line    6)
- * define_subst_attr <1>:                 Subst Iterators.    (line   26)
  * defining attributes and their values:  Defining Attributes.
                                                               (line    6)
  * defining constraints:                  Define Constraints. (line    6)
--- 48982,49003 ----
                                                               (line    6)
  * define_query_cpu_unit:                 Processor pipeline description.
                                                               (line   90)
! * define_register_constraint:            Define Constraints. (line   28)
  * define_reservation:                    Processor pipeline description.
!                                                              (line  186)
! * define_special_memory_constraint:      Define Constraints. (line  107)
  * define_special_predicate:              Defining Predicates.
                                                               (line    6)
  * define_split:                          Insn Splitting.     (line   32)
! * define_subst <1>:                      Subst Iterators.    (line    6)
! * define_subst <2>:                      Define Subst Output Template.
                                                               (line    6)
! * define_subst <3>:                      Define Subst Pattern Matching.
                                                               (line    6)
! * define_subst <4>:                      Define Subst Example.
                                                               (line    6)
! * define_subst:                          Define Subst.       (line    6)
  * define_subst_attr:                     Subst Iterators.    (line    6)
  * defining attributes and their values:  Defining Attributes.
                                                               (line    6)
  * defining constraints:                  Define Constraints. (line    6)
*************** Concept Index
*** 48559,48651 ****
  * defining RTL sequences for code generation: Expander Definitions.
                                                               (line    6)
  * delay slots, defining:                 Delay Slots.        (line    6)
! * deletable:                             GTY Options.        (line  134)
  * DELETE_IF_ORDINARY:                    Filesystem.         (line   79)
  * Dependent Patterns:                    Dependent Patterns. (line    6)
! * desc:                                  GTY Options.        (line   90)
  * destructors, output of:                Initialization.     (line    6)
  * deterministic finite state automaton:  Processor pipeline description.
                                                               (line    6)
- * deterministic finite state automaton <1>: Processor pipeline description.
-                                                              (line  304)
  * DFmode:                                Machine Modes.      (line   76)
! * digits in constraint:                  Simple Constraints. (line  128)
  * DImode:                                Machine Modes.      (line   45)
- * directory options .md:                 Including Patterns. (line   47)
  * DIR_SEPARATOR:                         Filesystem.         (line   18)
  * DIR_SEPARATOR_2:                       Filesystem.         (line   19)
  * disabling certain registers:           Register Basics.    (line   73)
  * dispatch table:                        Dispatch Tables.    (line    8)
! * div:                                   Arithmetic.         (line  116)
! * div and attributes:                    Expressions.        (line   83)
! * division:                              Arithmetic.         (line  116)
! * division <1>:                          Arithmetic.         (line  130)
! * division <2>:                          Arithmetic.         (line  136)
! * divM3 instruction pattern:             Standard Names.     (line  315)
! * divmodM4 instruction pattern:          Standard Names.     (line  573)
  * dollar sign:                           Multi-Alternative.  (line   57)
! * DOLLARS_IN_IDENTIFIERS:                Misc.               (line  469)
! * doloop_begin instruction pattern:      Standard Names.     (line 1539)
! * doloop_end instruction pattern:        Standard Names.     (line 1527)
  * DONE:                                  Expander Definitions.
                                                               (line   77)
  * DONT_USE_BUILTIN_SETJMP:               Exception Region Output.
!                                                              (line   78)
! * DOUBLE_TYPE_SIZE:                      Type Layout.        (line   52)
! * DO_BODY:                               Statements for C++. (line    6)
! * DO_COND:                               Statements for C++. (line    6)
! * DO_STMT:                               Statements for C++. (line    6)
  * DQmode:                                Machine Modes.      (line  118)
  * driver:                                Driver.             (line    6)
! * DRIVER_SELF_SPECS:                     Driver.             (line    8)
  * dump examples:                         Dump examples.      (line    6)
  * dump setup:                            Dump setup.         (line    6)
  * dump types:                            Dump types.         (line    6)
  * dump verbosity:                        Dump output verbosity.
                                                               (line    6)
! * DUMPFILE_FORMAT:                       Filesystem.         (line   67)
! * dump_basic_block:                      Dump types.         (line   29)
! * dump_generic_expr:                     Dump types.         (line   31)
! * dump_gimple_stmt:                      Dump types.         (line   33)
  * dump_printf:                           Dump types.         (line    6)
! * DWARF2_ASM_LINE_DEBUG_INFO:            SDB and DWARF.      (line   49)
! * DWARF2_DEBUGGING_INFO:                 SDB and DWARF.      (line   12)
! * DWARF2_FRAME_INFO:                     SDB and DWARF.      (line   29)
! * DWARF2_FRAME_REG_OUT:                  Frame Registers.    (line  151)
  * DWARF2_UNWIND_INFO:                    Exception Region Output.
!                                                              (line   39)
! * DWARF_ALT_FRAME_RETURN_COLUMN:         Frame Layout.       (line  148)
  * DWARF_CIE_DATA_ALIGNMENT:              Exception Region Output.
!                                                              (line   90)
! * DWARF_FRAME_REGISTERS:                 Frame Registers.    (line  109)
! * DWARF_FRAME_REGNUM:                    Frame Registers.    (line  143)
  * DWARF_REG_TO_UNWIND_COLUMN:            Frame Registers.    (line  134)
! * DWARF_ZERO_REG:                        Frame Layout.       (line  159)
! * DYNAMIC_CHAIN_ADDRESS:                 Frame Layout.       (line   86)
! * E in constraint:                       Simple Constraints. (line   87)
  * earlyclobber operand:                  Modifiers.          (line   25)
  * edge:                                  Edges.              (line    6)
  * edge in the flow graph:                Edges.              (line    6)
  * edge iterators:                        Edges.              (line   15)
  * edge splitting:                        Maintaining the CFG.
!                                                              (line  104)
! * EDGE_ABNORMAL:                         Edges.              (line  127)
! * EDGE_ABNORMAL, EDGE_ABNORMAL_CALL:     Edges.              (line  171)
! * EDGE_ABNORMAL, EDGE_EH:                Edges.              (line   95)
! * EDGE_ABNORMAL, EDGE_SIBCALL:           Edges.              (line  121)
! * EDGE_FALLTHRU, force_nonfallthru:      Edges.              (line   85)
  * EDOM, implicit usage:                  Library Calls.      (line   59)
  * EH_FRAME_SECTION_NAME:                 Exception Region Output.
!                                                              (line    9)
  * EH_FRAME_THROUGH_COLLECT2:             Exception Region Output.
!                                                              (line   19)
! * eh_return instruction pattern:         Standard Names.     (line 1720)
! * EH_RETURN_DATA_REGNO:                  Exception Handling. (line    6)
! * EH_RETURN_HANDLER_RTX:                 Exception Handling. (line   38)
! * EH_RETURN_STACKADJ_RTX:                Exception Handling. (line   21)
  * EH_TABLES_CAN_BE_READ_ONLY:            Exception Region Output.
!                                                              (line   29)
! * EH_USES:                               Function Entry.     (line  155)
  * ei_edge:                               Edges.              (line   43)
  * ei_end_p:                              Edges.              (line   27)
  * ei_last:                               Edges.              (line   23)
--- 49010,49098 ----
  * defining RTL sequences for code generation: Expander Definitions.
                                                               (line    6)
  * delay slots, defining:                 Delay Slots.        (line    6)
! * deletable:                             GTY Options.        (line  132)
  * DELETE_IF_ORDINARY:                    Filesystem.         (line   79)
  * Dependent Patterns:                    Dependent Patterns. (line    6)
! * desc:                                  GTY Options.        (line   89)
  * destructors, output of:                Initialization.     (line    6)
  * deterministic finite state automaton:  Processor pipeline description.
                                                               (line    6)
  * DFmode:                                Machine Modes.      (line   76)
! * digits in constraint:                  Simple Constraints. (line  130)
  * DImode:                                Machine Modes.      (line   45)
  * DIR_SEPARATOR:                         Filesystem.         (line   18)
  * DIR_SEPARATOR_2:                       Filesystem.         (line   19)
+ * directory options .md:                 Including Patterns. (line   44)
  * disabling certain registers:           Register Basics.    (line   73)
  * dispatch table:                        Dispatch Tables.    (line    8)
! * div:                                   Arithmetic.         (line  115)
! * div and attributes:                    Expressions.        (line   85)
! * division:                              Arithmetic.         (line  115)
! * divM3 instruction pattern:             Standard Names.     (line  319)
! * divmodM4 instruction pattern:          Standard Names.     (line  579)
! * DO_BODY:                               Statements for C++. (line    6)
! * DO_COND:                               Statements for C++. (line    6)
! * DO_STMT:                               Statements for C++. (line    6)
  * dollar sign:                           Multi-Alternative.  (line   57)
! * DOLLARS_IN_IDENTIFIERS:                Misc.               (line  471)
! * doloop_begin instruction pattern:      Standard Names.     (line 1547)
! * doloop_end instruction pattern:        Standard Names.     (line 1535)
  * DONE:                                  Expander Definitions.
                                                               (line   77)
  * DONT_USE_BUILTIN_SETJMP:               Exception Region Output.
!                                                              (line   80)
! * DOUBLE_TYPE_SIZE:                      Type Layout.        (line   53)
  * DQmode:                                Machine Modes.      (line  118)
  * driver:                                Driver.             (line    6)
! * DRIVER_SELF_SPECS:                     Driver.             (line    9)
  * dump examples:                         Dump examples.      (line    6)
  * dump setup:                            Dump setup.         (line    6)
  * dump types:                            Dump types.         (line    6)
  * dump verbosity:                        Dump output verbosity.
                                                               (line    6)
! * dump_basic_block:                      Dump types.         (line   30)
! * dump_generic_expr:                     Dump types.         (line   33)
! * dump_gimple_stmt:                      Dump types.         (line   36)
  * dump_printf:                           Dump types.         (line    6)
! * DUMPFILE_FORMAT:                       Filesystem.         (line   67)
! * DWARF2_ASM_LINE_DEBUG_INFO:            SDB and DWARF.      (line   50)
! * DWARF2_DEBUGGING_INFO:                 SDB and DWARF.      (line   13)
! * DWARF2_FRAME_INFO:                     SDB and DWARF.      (line   30)
! * DWARF2_FRAME_REG_OUT:                  Frame Registers.    (line  150)
  * DWARF2_UNWIND_INFO:                    Exception Region Output.
!                                                              (line   41)
! * DWARF_ALT_FRAME_RETURN_COLUMN:         Frame Layout.       (line  150)
  * DWARF_CIE_DATA_ALIGNMENT:              Exception Region Output.
!                                                              (line   92)
! * DWARF_FRAME_REGISTERS:                 Frame Registers.    (line  110)
! * DWARF_FRAME_REGNUM:                    Frame Registers.    (line  142)
  * DWARF_REG_TO_UNWIND_COLUMN:            Frame Registers.    (line  134)
! * DWARF_ZERO_REG:                        Frame Layout.       (line  161)
! * DYNAMIC_CHAIN_ADDRESS:                 Frame Layout.       (line   88)
! * E in constraint:                       Simple Constraints. (line   89)
  * earlyclobber operand:                  Modifiers.          (line   25)
  * edge:                                  Edges.              (line    6)
  * edge in the flow graph:                Edges.              (line    6)
  * edge iterators:                        Edges.              (line   15)
  * edge splitting:                        Maintaining the CFG.
!                                                              (line  105)
! * EDGE_ABNORMAL:                         Edges.              (line  128)
! * EDGE_ABNORMAL, EDGE_ABNORMAL_CALL:     Edges.              (line  172)
! * EDGE_ABNORMAL, EDGE_EH:                Edges.              (line   96)
! * EDGE_ABNORMAL, EDGE_SIBCALL:           Edges.              (line  122)
! * EDGE_FALLTHRU, force_nonfallthru:      Edges.              (line   86)
  * EDOM, implicit usage:                  Library Calls.      (line   59)
  * EH_FRAME_SECTION_NAME:                 Exception Region Output.
!                                                              (line   10)
  * EH_FRAME_THROUGH_COLLECT2:             Exception Region Output.
!                                                              (line   20)
! * eh_return instruction pattern:         Standard Names.     (line 1731)
! * EH_RETURN_DATA_REGNO:                  Exception Handling. (line    7)
! * EH_RETURN_HANDLER_RTX:                 Exception Handling. (line   39)
! * EH_RETURN_STACKADJ_RTX:                Exception Handling. (line   22)
  * EH_TABLES_CAN_BE_READ_ONLY:            Exception Region Output.
!                                                              (line   30)
! * EH_USES:                               Function Entry.     (line  158)
  * ei_edge:                               Edges.              (line   43)
  * ei_end_p:                              Edges.              (line   27)
  * ei_last:                               Edges.              (line   23)
*************** Concept Index
*** 48654,48755 ****
  * ei_prev:                               Edges.              (line   39)
  * ei_safe_safe:                          Edges.              (line   47)
  * ei_start:                              Edges.              (line   19)
! * ELIMINABLE_REGS:                       Elimination.        (line   34)
  * ELSE_CLAUSE:                           Statements for C++. (line    6)
  * Embedded C:                            Fixed-point fractional library routines.
                                                               (line    6)
  * Empty Statements:                      Empty Statements.   (line    6)
  * EMPTY_CLASS_EXPR:                      Statements for C++. (line    6)
! * EMPTY_FIELD_BOUNDARY:                  Storage Layout.     (line  331)
  * Emulated TLS:                          Emulated TLS.       (line    6)
  * enabled:                               Disable Insn Alternatives.
                                                               (line    6)
! * ENDFILE_SPEC:                          Driver.             (line  155)
! * endianness:                            Portability.        (line   20)
  * ENTRY_BLOCK_PTR, EXIT_BLOCK_PTR:       Basic Blocks.       (line   10)
! * enum reg_class:                        Register Classes.   (line   70)
  * ENUMERAL_TYPE:                         Types.              (line    6)
  * enumerations:                          Constant Definitions.
                                                               (line   49)
  * epilogue:                              Function Entry.     (line    6)
! * epilogue instruction pattern:          Standard Names.     (line 1758)
! * EPILOGUE_USES:                         Function Entry.     (line  149)
  * eq:                                    Comparisons.        (line   52)
! * eq and attributes:                     Expressions.        (line   83)
! * equal:                                 Comparisons.        (line   52)
! * eq_attr:                               Expressions.        (line  104)
  * EQ_EXPR:                               Unary and Binary Expressions.
                                                               (line    6)
  * errno, implicit usage:                 Library Calls.      (line   71)
  * EXACT_DIV_EXPR:                        Unary and Binary Expressions.
                                                               (line    6)
  * examining SSA_NAMEs:                   SSA.                (line  182)
- * exception handling:                    Edges.              (line   95)
  * exception handling <1>:                Exception Handling. (line    6)
! * exception_receiver instruction pattern: Standard Names.    (line 1685)
  * exclamation point:                     Multi-Alternative.  (line   48)
  * exclusion_set:                         Processor pipeline description.
!                                                              (line  223)
! * exclusive-or, bitwise:                 Arithmetic.         (line  168)
  * EXIT_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
! * EXIT_IGNORE_STACK:                     Function Entry.     (line  137)
! * exp10M2 instruction pattern:           Standard Names.     (line  740)
! * exp2M2 instruction pattern:            Standard Names.     (line  747)
  * expander definitions:                  Expander Definitions.
                                                               (line    6)
! * expm1M2 instruction pattern:           Standard Names.     (line  730)
! * expM2 instruction pattern:             Standard Names.     (line  723)
! * expression:                            Expression trees.   (line    6)
! * expression codes:                      RTL Objects.        (line   47)
  * EXPR_FILENAME:                         Working with declarations.
                                                               (line   14)
  * EXPR_LINENO:                           Working with declarations.
                                                               (line   20)
! * expr_list:                             Insns.              (line  540)
  * EXPR_STMT:                             Statements for C++. (line    6)
  * EXPR_STMT_EXPR:                        Statements for C++. (line    6)
! * extendMN2 instruction pattern:         Standard Names.     (line 1146)
! * extensible constraints:                Simple Constraints. (line  171)
! * EXTRA_SPECS:                           Driver.             (line  182)
! * extv instruction pattern:              Standard Names.     (line 1237)
! * extvM instruction pattern:             Standard Names.     (line 1182)
! * extvmisalignM instruction pattern:     Standard Names.     (line 1192)
! * extzv instruction pattern:             Standard Names.     (line 1255)
! * extzvM instruction pattern:            Standard Names.     (line 1206)
! * extzvmisalignM instruction pattern:    Standard Names.     (line 1209)
! * F in constraint:                       Simple Constraints. (line   92)
  * FAIL:                                  Expander Definitions.
                                                               (line   83)
! * fall-thru:                             Edges.              (line   68)
  * FATAL_EXIT_CODE:                       Host Misc.          (line    6)
  * FDL, GNU Free Documentation License:   GNU Free Documentation License.
                                                               (line    6)
  * features, optional, in system conventions: Run-time Target.
                                                               (line   59)
  * ffs:                                   Arithmetic.         (line  210)
! * ffsM2 instruction pattern:             Standard Names.     (line  894)
  * FIELD_DECL:                            Declarations.       (line    6)
  * files and passes of the compiler:      Passes.             (line    6)
  * files, generated:                      Files.              (line    6)
- * file_end_indicate_exec_stack:          File Framework.     (line   39)
  * final_absence_set:                     Processor pipeline description.
!                                                              (line  223)
! * FINAL_PRESCAN_INSN:                    Instruction Output. (line   60)
  * final_presence_set:                    Processor pipeline description.
!                                                              (line  223)
! * final_sequence:                        Instruction Output. (line  144)
! * FIND_BASE_TERM:                        Addressing Modes.   (line  117)
  * finite state automaton minimization:   Processor pipeline description.
!                                                              (line  304)
! * FINI_ARRAY_SECTION_ASM_OP:             Sections.           (line  113)
! * FINI_SECTION_ASM_OP:                   Sections.           (line   98)
! * FIRST_PARM_OFFSET:                     Frame Layout.       (line   61)
  * FIRST_PARM_OFFSET and virtual registers: Regs and Memory.  (line   65)
! * FIRST_PSEUDO_REGISTER:                 Register Basics.    (line    8)
! * FIRST_STACK_REG:                       Stack Registers.    (line   26)
  * FIRST_VIRTUAL_REGISTER:                Regs and Memory.    (line   51)
  * fix:                                   Conversions.        (line   66)
  * fixed register:                        Register Basics.    (line   15)
  * fixed-point fractional library:        Fixed-point fractional library routines.
                                                               (line    6)
--- 49101,49205 ----
  * ei_prev:                               Edges.              (line   39)
  * ei_safe_safe:                          Edges.              (line   47)
  * ei_start:                              Edges.              (line   19)
! * ELIMINABLE_REGS:                       Elimination.        (line   35)
  * ELSE_CLAUSE:                           Statements for C++. (line    6)
  * Embedded C:                            Fixed-point fractional library routines.
                                                               (line    6)
  * Empty Statements:                      Empty Statements.   (line    6)
  * EMPTY_CLASS_EXPR:                      Statements for C++. (line    6)
! * EMPTY_FIELD_BOUNDARY:                  Storage Layout.     (line  334)
  * Emulated TLS:                          Emulated TLS.       (line    6)
  * enabled:                               Disable Insn Alternatives.
                                                               (line    6)
! * ENDFILE_SPEC:                          Driver.             (line  156)
! * endianness:                            Portability.        (line   21)
  * ENTRY_BLOCK_PTR, EXIT_BLOCK_PTR:       Basic Blocks.       (line   10)
! * enum reg_class:                        Register Classes.   (line   72)
  * ENUMERAL_TYPE:                         Types.              (line    6)
  * enumerations:                          Constant Definitions.
                                                               (line   49)
  * epilogue:                              Function Entry.     (line    6)
! * epilogue instruction pattern:          Standard Names.     (line 1769)
! * EPILOGUE_USES:                         Function Entry.     (line  152)
  * eq:                                    Comparisons.        (line   52)
! * eq and attributes:                     Expressions.        (line   85)
! * eq_attr:                               Expressions.        (line  106)
  * EQ_EXPR:                               Unary and Binary Expressions.
                                                               (line    6)
+ * equal:                                 Comparisons.        (line   52)
  * errno, implicit usage:                 Library Calls.      (line   71)
  * EXACT_DIV_EXPR:                        Unary and Binary Expressions.
                                                               (line    6)
  * examining SSA_NAMEs:                   SSA.                (line  182)
  * exception handling <1>:                Exception Handling. (line    6)
! * exception handling:                    Edges.              (line   96)
! * exception_receiver instruction pattern: Standard Names.    (line 1695)
  * exclamation point:                     Multi-Alternative.  (line   48)
  * exclusion_set:                         Processor pipeline description.
!                                                              (line  224)
! * exclusive-or, bitwise:                 Arithmetic.         (line  167)
  * EXIT_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
! * EXIT_IGNORE_STACK:                     Function Entry.     (line  140)
! * exp10M2 instruction pattern:           Standard Names.     (line  746)
! * exp2M2 instruction pattern:            Standard Names.     (line  753)
  * expander definitions:                  Expander Definitions.
                                                               (line    6)
! * expm1M2 instruction pattern:           Standard Names.     (line  736)
! * expM2 instruction pattern:             Standard Names.     (line  729)
  * EXPR_FILENAME:                         Working with declarations.
                                                               (line   14)
  * EXPR_LINENO:                           Working with declarations.
                                                               (line   20)
! * expr_list:                             Insns.              (line  548)
  * EXPR_STMT:                             Statements for C++. (line    6)
  * EXPR_STMT_EXPR:                        Statements for C++. (line    6)
! * expression:                            Expression trees.   (line    6)
! * expression codes:                      RTL Objects.        (line   47)
! * extendMN2 instruction pattern:         Standard Names.     (line 1152)
! * extensible constraints:                Simple Constraints. (line  173)
! * EXTRA_SPECS:                           Driver.             (line  183)
! * extv instruction pattern:              Standard Names.     (line 1243)
! * extvM instruction pattern:             Standard Names.     (line 1188)
! * extvmisalignM instruction pattern:     Standard Names.     (line 1198)
! * extzv instruction pattern:             Standard Names.     (line 1261)
! * extzvM instruction pattern:            Standard Names.     (line 1212)
! * extzvmisalignM instruction pattern:    Standard Names.     (line 1215)
! * F in constraint:                       Simple Constraints. (line   94)
  * FAIL:                                  Expander Definitions.
                                                               (line   83)
! * fall-thru:                             Edges.              (line   69)
  * FATAL_EXIT_CODE:                       Host Misc.          (line    6)
  * FDL, GNU Free Documentation License:   GNU Free Documentation License.
                                                               (line    6)
  * features, optional, in system conventions: Run-time Target.
                                                               (line   59)
  * ffs:                                   Arithmetic.         (line  210)
! * ffsM2 instruction pattern:             Standard Names.     (line  900)
  * FIELD_DECL:                            Declarations.       (line    6)
+ * file_end_indicate_exec_stack:          File Framework.     (line   41)
  * files and passes of the compiler:      Passes.             (line    6)
  * files, generated:                      Files.              (line    6)
  * final_absence_set:                     Processor pipeline description.
!                                                              (line  224)
! * FINAL_PRESCAN_INSN:                    Instruction Output. (line   61)
  * final_presence_set:                    Processor pipeline description.
!                                                              (line  224)
! * final_sequence:                        Instruction Output. (line  145)
! * FIND_BASE_TERM:                        Addressing Modes.   (line  119)
! * FINI_ARRAY_SECTION_ASM_OP:             Sections.           (line  114)
! * FINI_SECTION_ASM_OP:                   Sections.           (line   99)
  * finite state automaton minimization:   Processor pipeline description.
!                                                              (line  305)
! * FIRST_PARM_OFFSET:                     Frame Layout.       (line   63)
  * FIRST_PARM_OFFSET and virtual registers: Regs and Memory.  (line   65)
! * FIRST_PSEUDO_REGISTER:                 Register Basics.    (line    9)
! * FIRST_STACK_REG:                       Stack Registers.    (line   27)
  * FIRST_VIRTUAL_REGISTER:                Regs and Memory.    (line   51)
  * fix:                                   Conversions.        (line   66)
+ * FIX_TRUNC_EXPR:                        Unary and Binary Expressions.
+                                                              (line    6)
+ * fix_truncMN2 instruction pattern:      Standard Names.     (line 1139)
  * fixed register:                        Register Basics.    (line   15)
  * fixed-point fractional library:        Fixed-point fractional library routines.
                                                               (line    6)
*************** Concept Index
*** 48758,48823 ****
  * FIXED_CST:                             Constant expressions.
                                                               (line    6)
  * FIXED_POINT_TYPE:                      Types.              (line    6)
! * FIXED_REGISTERS:                       Register Basics.    (line   14)
  * fixed_regs:                            Register Basics.    (line   59)
! * fixMN2 instruction pattern:            Standard Names.     (line 1113)
! * fixunsMN2 instruction pattern:         Standard Names.     (line 1122)
! * fixuns_truncMN2 instruction pattern:   Standard Names.     (line 1137)
! * fix_truncMN2 instruction pattern:      Standard Names.     (line 1133)
! * FIX_TRUNC_EXPR:                        Unary and Binary Expressions.
!                                                              (line    6)
  * flags in RTL expression:               Flags.              (line    6)
  * float:                                 Conversions.        (line   58)
- * floating point and cross compilation:  Floating Point.     (line    6)
- * floatMN2 instruction pattern:          Standard Names.     (line 1105)
- * floatunsMN2 instruction pattern:       Standard Names.     (line 1109)
  * FLOAT_EXPR:                            Unary and Binary Expressions.
                                                               (line    6)
  * float_extend:                          Conversions.        (line   33)
! * FLOAT_LIB_COMPARE_RETURNS_BOOL:        Library Calls.      (line   32)
! * FLOAT_STORE_FLAG_VALUE:                Misc.               (line  303)
  * float_truncate:                        Conversions.        (line   53)
! * FLOAT_TYPE_SIZE:                       Type Layout.        (line   48)
! * FLOAT_WORDS_BIG_ENDIAN:                Storage Layout.     (line   41)
  * FLOAT_WORDS_BIG_ENDIAN, (lack of) effect on subreg: Regs and Memory.
!                                                              (line  224)
! * floorM2 instruction pattern:           Standard Names.     (line  814)
  * FLOOR_DIV_EXPR:                        Unary and Binary Expressions.
                                                               (line    6)
  * FLOOR_MOD_EXPR:                        Unary and Binary Expressions.
                                                               (line    6)
  * flow-insensitive alias analysis:       Alias analysis.     (line    6)
  * flow-sensitive alias analysis:         Alias analysis.     (line    6)
! * fma:                                   Arithmetic.         (line  112)
! * fmaM4 instruction pattern:             Standard Names.     (line  352)
! * fmaxM3 instruction pattern:            Standard Names.     (line  383)
! * fminM3 instruction pattern:            Standard Names.     (line  383)
! * fmodM3 instruction pattern:            Standard Names.     (line  646)
! * fmsM4 instruction pattern:             Standard Names.     (line  359)
! * fnmaM4 instruction pattern:            Standard Names.     (line  365)
! * fnmsM4 instruction pattern:            Standard Names.     (line  371)
! * FORCE_CODE_SECTION_ALIGN:              Sections.           (line  149)
! * force_reg:                             Standard Names.     (line   36)
  * FOR_BODY:                              Statements for C++. (line    6)
  * FOR_COND:                              Statements for C++. (line    6)
  * FOR_EXPR:                              Statements for C++. (line    6)
  * FOR_INIT_STMT:                         Statements for C++. (line    6)
  * FOR_STMT:                              Statements for C++. (line    6)
  * for_user:                              GTY Options.        (line   82)
  * fractional types:                      Fixed-point fractional library routines.
                                                               (line    6)
! * fractMN2 instruction pattern:          Standard Names.     (line 1155)
! * fractunsMN2 instruction pattern:       Standard Names.     (line 1170)
! * fract_convert:                         Conversions.        (line   82)
! * FRACT_TYPE_SIZE:                       Type Layout.        (line   67)
  * frame layout:                          Frame Layout.       (line    6)
! * FRAME_ADDR_RTX:                        Frame Layout.       (line  110)
! * FRAME_GROWS_DOWNWARD:                  Frame Layout.       (line   26)
  * FRAME_GROWS_DOWNWARD and virtual registers: Regs and Memory.
                                                               (line   69)
! * FRAME_POINTER_CFA_OFFSET:              Frame Layout.       (line  208)
  * frame_pointer_needed:                  Function Entry.     (line   34)
! * FRAME_POINTER_REGNUM:                  Frame Registers.    (line   13)
  * FRAME_POINTER_REGNUM and virtual registers: Regs and Memory.
                                                               (line   74)
  * frame_pointer_rtx:                     Frame Registers.    (line  104)
--- 49208,49270 ----
  * FIXED_CST:                             Constant expressions.
                                                               (line    6)
  * FIXED_POINT_TYPE:                      Types.              (line    6)
! * FIXED_REGISTERS:                       Register Basics.    (line   15)
  * fixed_regs:                            Register Basics.    (line   59)
! * fixMN2 instruction pattern:            Standard Names.     (line 1119)
! * fixuns_truncMN2 instruction pattern:   Standard Names.     (line 1143)
! * fixunsMN2 instruction pattern:         Standard Names.     (line 1128)
  * flags in RTL expression:               Flags.              (line    6)
  * float:                                 Conversions.        (line   58)
  * FLOAT_EXPR:                            Unary and Binary Expressions.
                                                               (line    6)
  * float_extend:                          Conversions.        (line   33)
! * FLOAT_LIB_COMPARE_RETURNS_BOOL:        Library Calls.      (line   33)
! * FLOAT_STORE_FLAG_VALUE:                Misc.               (line  304)
  * float_truncate:                        Conversions.        (line   53)
! * FLOAT_TYPE_SIZE:                       Type Layout.        (line   49)
! * FLOAT_WORDS_BIG_ENDIAN:                Storage Layout.     (line   42)
  * FLOAT_WORDS_BIG_ENDIAN, (lack of) effect on subreg: Regs and Memory.
!                                                              (line  226)
! * floating point and cross compilation:  Floating Point.     (line    6)
! * floatMN2 instruction pattern:          Standard Names.     (line 1111)
! * floatunsMN2 instruction pattern:       Standard Names.     (line 1115)
  * FLOOR_DIV_EXPR:                        Unary and Binary Expressions.
                                                               (line    6)
  * FLOOR_MOD_EXPR:                        Unary and Binary Expressions.
                                                               (line    6)
+ * floorM2 instruction pattern:           Standard Names.     (line  820)
  * flow-insensitive alias analysis:       Alias analysis.     (line    6)
  * flow-sensitive alias analysis:         Alias analysis.     (line    6)
! * fma:                                   Arithmetic.         (line  111)
! * fmaM4 instruction pattern:             Standard Names.     (line  356)
! * fmaxM3 instruction pattern:            Standard Names.     (line  387)
! * fminM3 instruction pattern:            Standard Names.     (line  387)
! * fmodM3 instruction pattern:            Standard Names.     (line  652)
! * fmsM4 instruction pattern:             Standard Names.     (line  363)
! * fnmaM4 instruction pattern:            Standard Names.     (line  369)
! * fnmsM4 instruction pattern:            Standard Names.     (line  375)
  * FOR_BODY:                              Statements for C++. (line    6)
  * FOR_COND:                              Statements for C++. (line    6)
  * FOR_EXPR:                              Statements for C++. (line    6)
  * FOR_INIT_STMT:                         Statements for C++. (line    6)
  * FOR_STMT:                              Statements for C++. (line    6)
  * for_user:                              GTY Options.        (line   82)
+ * FORCE_CODE_SECTION_ALIGN:              Sections.           (line  150)
+ * force_reg:                             Standard Names.     (line   36)
+ * fract_convert:                         Conversions.        (line   82)
+ * FRACT_TYPE_SIZE:                       Type Layout.        (line   68)
  * fractional types:                      Fixed-point fractional library routines.
                                                               (line    6)
! * fractMN2 instruction pattern:          Standard Names.     (line 1161)
! * fractunsMN2 instruction pattern:       Standard Names.     (line 1176)
  * frame layout:                          Frame Layout.       (line    6)
! * FRAME_ADDR_RTX:                        Frame Layout.       (line  112)
! * FRAME_GROWS_DOWNWARD:                  Frame Layout.       (line   27)
  * FRAME_GROWS_DOWNWARD and virtual registers: Regs and Memory.
                                                               (line   69)
! * FRAME_POINTER_CFA_OFFSET:              Frame Layout.       (line  210)
  * frame_pointer_needed:                  Function Entry.     (line   34)
! * FRAME_POINTER_REGNUM:                  Frame Registers.    (line   14)
  * FRAME_POINTER_REGNUM and virtual registers: Regs and Memory.
                                                               (line   74)
  * frame_pointer_rtx:                     Frame Registers.    (line  104)
*************** Concept Index
*** 48829,48859 ****
  * frame_related, in symbol_ref:          Flags.              (line  165)
  * frequency, count, BB_FREQ_BASE:        Profile information.
                                                               (line   30)
! * ftruncM2 instruction pattern:          Standard Names.     (line 1128)
! * function:                              Functions.          (line    6)
  * function <1>:                          Functions for C++.  (line    6)
  * function call conventions:             Interface.          (line    6)
  * function entry and exit:               Function Entry.     (line    6)
  * function entry point, alternate function entry point: Edges.
!                                                              (line  180)
  * function properties:                   Function Properties.
                                                               (line    6)
  * function-call insns:                   Calls.              (line    6)
! * functions, leaf:                       Leaf Functions.     (line    6)
! * FUNCTION_ARG_OFFSET:                   Register Arguments. (line  214)
! * FUNCTION_ARG_PADDING:                  Register Arguments. (line  221)
! * FUNCTION_ARG_REGNO_P:                  Register Arguments. (line  269)
! * FUNCTION_BOUNDARY:                     Storage Layout.     (line  176)
! * FUNCTION_DECL:                         Functions.          (line    6)
  * FUNCTION_DECL <1>:                     Functions for C++.  (line    6)
! * FUNCTION_MODE:                         Misc.               (line  358)
! * FUNCTION_PROFILER:                     Profiling.          (line    8)
  * FUNCTION_TYPE:                         Types.              (line    6)
  * FUNCTION_VALUE:                        Scalar Return.      (line   52)
  * FUNCTION_VALUE_REGNO_P:                Scalar Return.      (line   78)
  * fundamental type:                      Types.              (line    6)
! * G in constraint:                       Simple Constraints. (line   96)
! * g in constraint:                       Simple Constraints. (line  118)
  * garbage collector, invocation:         Invoking the garbage collector.
                                                               (line    6)
  * garbage collector, troubleshooting:    Troubleshooting.    (line    6)
--- 49276,49306 ----
  * frame_related, in symbol_ref:          Flags.              (line  165)
  * frequency, count, BB_FREQ_BASE:        Profile information.
                                                               (line   30)
! * ftruncM2 instruction pattern:          Standard Names.     (line 1134)
  * function <1>:                          Functions for C++.  (line    6)
+ * function:                              Functions.          (line    6)
  * function call conventions:             Interface.          (line    6)
  * function entry and exit:               Function Entry.     (line    6)
  * function entry point, alternate function entry point: Edges.
!                                                              (line  181)
  * function properties:                   Function Properties.
                                                               (line    6)
  * function-call insns:                   Calls.              (line    6)
! * FUNCTION_ARG_OFFSET:                   Register Arguments. (line  216)
! * FUNCTION_ARG_PADDING:                  Register Arguments. (line  223)
! * FUNCTION_ARG_REGNO_P:                  Register Arguments. (line  271)
! * FUNCTION_BOUNDARY:                     Storage Layout.     (line  178)
  * FUNCTION_DECL <1>:                     Functions for C++.  (line    6)
! * FUNCTION_DECL:                         Functions.          (line    6)
! * FUNCTION_MODE:                         Misc.               (line  359)
! * FUNCTION_PROFILER:                     Profiling.          (line    9)
  * FUNCTION_TYPE:                         Types.              (line    6)
  * FUNCTION_VALUE:                        Scalar Return.      (line   52)
  * FUNCTION_VALUE_REGNO_P:                Scalar Return.      (line   78)
+ * functions, leaf:                       Leaf Functions.     (line    6)
  * fundamental type:                      Types.              (line    6)
! * g in constraint:                       Simple Constraints. (line  120)
! * G in constraint:                       Simple Constraints. (line   98)
  * garbage collector, invocation:         Invoking the garbage collector.
                                                               (line    6)
  * garbage collector, troubleshooting:    Troubleshooting.    (line    6)
*************** Concept Index
*** 48862,48917 ****
  * gcov_type:                             Profile information.
                                                               (line   41)
  * ge:                                    Comparisons.        (line   72)
! * ge and attributes:                     Expressions.        (line   83)
  * gencodes:                              RTL passes.         (line   18)
  * general_operand:                       Machine-Independent Predicates.
!                                                              (line  104)
! * GENERAL_REGS:                          Register Classes.   (line   22)
  * generated files:                       Files.              (line    6)
  * generating assembler output:           Output Statement.   (line    6)
  * generating insns:                      RTL Template.       (line    6)
- * GENERIC:                               Parsing pass.       (line    6)
  * GENERIC <1>:                           GENERIC.            (line    6)
  * generic predicates:                    Machine-Independent Predicates.
                                                               (line    6)
  * genflags:                              RTL passes.         (line   18)
! * GEN_ERRNO_RTX:                         Library Calls.      (line   71)
! * get_attr:                              Expressions.        (line   99)
  * get_attr_length:                       Insn Lengths.       (line   52)
! * GET_CLASS_NARROWEST_MODE:              Machine Modes.      (line  344)
  * GET_CODE:                              RTL Objects.        (line   47)
  * get_insns:                             Insns.              (line   34)
  * get_last_insn:                         Insns.              (line   34)
! * GET_MODE:                              Machine Modes.      (line  291)
! * GET_MODE_ALIGNMENT:                    Machine Modes.      (line  331)
! * GET_MODE_BITSIZE:                      Machine Modes.      (line  315)
! * GET_MODE_CLASS:                        Machine Modes.      (line  305)
! * GET_MODE_FBIT:                         Machine Modes.      (line  322)
! * GET_MODE_IBIT:                         Machine Modes.      (line  318)
! * GET_MODE_MASK:                         Machine Modes.      (line  326)
! * GET_MODE_NAME:                         Machine Modes.      (line  302)
! * GET_MODE_NUNITS:                       Machine Modes.      (line  340)
! * GET_MODE_SIZE:                         Machine Modes.      (line  312)
! * GET_MODE_UNIT_SIZE:                    Machine Modes.      (line  334)
! * GET_MODE_WIDER_MODE:                   Machine Modes.      (line  308)
  * GET_RTX_CLASS:                         RTL Classes.        (line    6)
  * GET_RTX_FORMAT:                        RTL Classes.        (line  131)
  * GET_RTX_LENGTH:                        RTL Classes.        (line  128)
  * get_thread_pointerMODE instruction pattern: Standard Names.
!                                                              (line 2119)
  * geu:                                   Comparisons.        (line   72)
! * geu and attributes:                    Expressions.        (line   83)
! * GE_EXPR:                               Unary and Binary Expressions.
!                                                              (line    6)
  * GGC:                                   Type Information.   (line    6)
  * ggc_collect:                           Invoking the garbage collector.
                                                               (line    6)
- * GIMPLE:                                Parsing pass.       (line   13)
- * GIMPLE <1>:                            Gimplification pass.
-                                                              (line    6)
- * GIMPLE <2>:                            GIMPLE.             (line    6)
  * gimple:                                Tuple representation.
                                                               (line   14)
  * GIMPLE API:                            GIMPLE API.         (line    6)
  * GIMPLE class hierarchy:                Class hierarchy of GIMPLE statements.
                                                               (line    6)
--- 49309,49364 ----
  * gcov_type:                             Profile information.
                                                               (line   41)
  * ge:                                    Comparisons.        (line   72)
! * ge and attributes:                     Expressions.        (line   85)
! * GE_EXPR:                               Unary and Binary Expressions.
!                                                              (line    6)
! * GEN_ERRNO_RTX:                         Library Calls.      (line   72)
  * gencodes:                              RTL passes.         (line   18)
  * general_operand:                       Machine-Independent Predicates.
!                                                              (line  105)
! * GENERAL_REGS:                          Register Classes.   (line   23)
  * generated files:                       Files.              (line    6)
  * generating assembler output:           Output Statement.   (line    6)
  * generating insns:                      RTL Template.       (line    6)
  * GENERIC <1>:                           GENERIC.            (line    6)
+ * GENERIC:                               Parsing pass.       (line    6)
  * generic predicates:                    Machine-Independent Predicates.
                                                               (line    6)
  * genflags:                              RTL passes.         (line   18)
! * get_attr:                              Expressions.        (line  101)
  * get_attr_length:                       Insn Lengths.       (line   52)
! * GET_CLASS_NARROWEST_MODE:              Machine Modes.      (line  345)
  * GET_CODE:                              RTL Objects.        (line   47)
  * get_insns:                             Insns.              (line   34)
  * get_last_insn:                         Insns.              (line   34)
! * GET_MODE:                              Machine Modes.      (line  292)
! * GET_MODE_ALIGNMENT:                    Machine Modes.      (line  332)
! * GET_MODE_BITSIZE:                      Machine Modes.      (line  316)
! * GET_MODE_CLASS:                        Machine Modes.      (line  306)
! * GET_MODE_FBIT:                         Machine Modes.      (line  323)
! * GET_MODE_IBIT:                         Machine Modes.      (line  319)
! * GET_MODE_MASK:                         Machine Modes.      (line  327)
! * GET_MODE_NAME:                         Machine Modes.      (line  303)
! * GET_MODE_NUNITS:                       Machine Modes.      (line  341)
! * GET_MODE_SIZE:                         Machine Modes.      (line  313)
! * GET_MODE_UNIT_SIZE:                    Machine Modes.      (line  335)
! * GET_MODE_WIDER_MODE:                   Machine Modes.      (line  309)
  * GET_RTX_CLASS:                         RTL Classes.        (line    6)
  * GET_RTX_FORMAT:                        RTL Classes.        (line  131)
  * GET_RTX_LENGTH:                        RTL Classes.        (line  128)
  * get_thread_pointerMODE instruction pattern: Standard Names.
!                                                              (line 2130)
  * geu:                                   Comparisons.        (line   72)
! * geu and attributes:                    Expressions.        (line   85)
  * GGC:                                   Type Information.   (line    6)
  * ggc_collect:                           Invoking the garbage collector.
                                                               (line    6)
  * gimple:                                Tuple representation.
                                                               (line   14)
+ * GIMPLE <1>:                            GIMPLE.             (line    6)
+ * GIMPLE <2>:                            Gimplification pass.
+                                                              (line    6)
+ * GIMPLE:                                Parsing pass.       (line   14)
  * GIMPLE API:                            GIMPLE API.         (line    6)
  * GIMPLE class hierarchy:                Class hierarchy of GIMPLE statements.
                                                               (line    6)
*************** Concept Index
*** 48920,49438 ****
  * GIMPLE instruction set:                GIMPLE instruction set.
                                                               (line    6)
  * GIMPLE sequences:                      GIMPLE sequences.   (line    6)
- * GIMPLE statement iterators:            Basic Blocks.       (line   78)
  * GIMPLE statement iterators <1>:        Maintaining the CFG.
!                                                              (line   33)
  * gimple_addresses_taken:                Manipulating GIMPLE statements.
!                                                              (line   89)
  * GIMPLE_ASM:                            GIMPLE_ASM.         (line    6)
! * gimple_asm_clobber_op:                 GIMPLE_ASM.         (line   39)
! * gimple_asm_input_op:                   GIMPLE_ASM.         (line   23)
! * gimple_asm_nclobbers:                  GIMPLE_ASM.         (line   20)
! * gimple_asm_ninputs:                    GIMPLE_ASM.         (line   14)
! * gimple_asm_noutputs:                   GIMPLE_ASM.         (line   17)
! * gimple_asm_output_op:                  GIMPLE_ASM.         (line   31)
! * gimple_asm_set_clobber_op:             GIMPLE_ASM.         (line   43)
! * gimple_asm_set_input_op:               GIMPLE_ASM.         (line   27)
! * gimple_asm_set_output_op:              GIMPLE_ASM.         (line   35)
! * gimple_asm_set_volatile:               GIMPLE_ASM.         (line   54)
! * gimple_asm_string:                     GIMPLE_ASM.         (line   47)
! * gimple_asm_volatile_p:                 GIMPLE_ASM.         (line   51)
  * GIMPLE_ASSIGN:                         GIMPLE_ASSIGN.      (line    6)
! * gimple_assign_cast_p:                  Logical Operators.  (line  158)
! * gimple_assign_cast_p <1>:              GIMPLE_ASSIGN.      (line  104)
! * gimple_assign_lhs:                     GIMPLE_ASSIGN.      (line   62)
! * gimple_assign_lhs_ptr:                 GIMPLE_ASSIGN.      (line   65)
! * gimple_assign_rhs1:                    GIMPLE_ASSIGN.      (line   68)
! * gimple_assign_rhs1_ptr:                GIMPLE_ASSIGN.      (line   71)
! * gimple_assign_rhs2:                    GIMPLE_ASSIGN.      (line   75)
! * gimple_assign_rhs2_ptr:                GIMPLE_ASSIGN.      (line   78)
! * gimple_assign_rhs3:                    GIMPLE_ASSIGN.      (line   82)
! * gimple_assign_rhs3_ptr:                GIMPLE_ASSIGN.      (line   85)
! * gimple_assign_rhs_class:               GIMPLE_ASSIGN.      (line   56)
! * gimple_assign_rhs_code:                GIMPLE_ASSIGN.      (line   52)
! * gimple_assign_set_lhs:                 GIMPLE_ASSIGN.      (line   89)
! * gimple_assign_set_rhs1:                GIMPLE_ASSIGN.      (line   92)
! * gimple_assign_set_rhs2:                GIMPLE_ASSIGN.      (line   96)
! * gimple_assign_set_rhs3:                GIMPLE_ASSIGN.      (line  100)
  * gimple_bb:                             Manipulating GIMPLE statements.
!                                                              (line   17)
  * GIMPLE_BIND:                           GIMPLE_BIND.        (line    6)
! * gimple_bind_add_seq:                   GIMPLE_BIND.        (line   34)
! * gimple_bind_add_stmt:                  GIMPLE_BIND.        (line   31)
! * gimple_bind_append_vars:               GIMPLE_BIND.        (line   18)
! * gimple_bind_block:                     GIMPLE_BIND.        (line   39)
! * gimple_bind_body:                      GIMPLE_BIND.        (line   22)
! * gimple_bind_set_block:                 GIMPLE_BIND.        (line   44)
! * gimple_bind_set_body:                  GIMPLE_BIND.        (line   26)
! * gimple_bind_set_vars:                  GIMPLE_BIND.        (line   14)
! * gimple_bind_vars:                      GIMPLE_BIND.        (line   11)
  * gimple_block:                          Manipulating GIMPLE statements.
!                                                              (line   20)
! * gimple_build:                          GIMPLE API.         (line   34)
! * gimple_build <1>:                      GIMPLE API.         (line   36)
! * gimple_build <2>:                      GIMPLE API.         (line   38)
! * gimple_build <3>:                      GIMPLE API.         (line   41)
! * gimple_build <4>:                      GIMPLE API.         (line   44)
! * gimple_build <5>:                      GIMPLE API.         (line   47)
! * gimple_build_nop:                      GIMPLE_NOP.         (line    6)
! * gimple_build_omp_master:               GIMPLE_OMP_MASTER.  (line    6)
! * gimple_build_omp_ordered:              GIMPLE_OMP_ORDERED. (line    6)
! * gimple_build_omp_return:               GIMPLE_OMP_RETURN.  (line    6)
! * gimple_build_omp_section:              GIMPLE_OMP_SECTION. (line    6)
  * gimple_build_omp_sections_switch:      GIMPLE_OMP_SECTIONS.
!                                                              (line   13)
  * gimple_build_wce:                      GIMPLE_WITH_CLEANUP_EXPR.
!                                                              (line    6)
  * GIMPLE_CALL:                           GIMPLE_CALL.        (line    6)
! * gimple_call_arg:                       GIMPLE_CALL.        (line   65)
! * gimple_call_arg_ptr:                   GIMPLE_CALL.        (line   69)
! * gimple_call_chain:                     GIMPLE_CALL.        (line   56)
! * gimple_call_copy_skip_args:            GIMPLE_CALL.        (line   90)
! * gimple_call_fn:                        GIMPLE_CALL.        (line   37)
! * gimple_call_fndecl:                    GIMPLE_CALL.        (line   45)
! * gimple_call_lhs:                       GIMPLE_CALL.        (line   28)
! * gimple_call_lhs_ptr:                   GIMPLE_CALL.        (line   31)
! * gimple_call_noreturn_p:                GIMPLE_CALL.        (line   87)
! * gimple_call_num_args:                  GIMPLE_CALL.        (line   62)
! * gimple_call_return_type:               GIMPLE_CALL.        (line   53)
! * gimple_call_set_arg:                   GIMPLE_CALL.        (line   74)
! * gimple_call_set_chain:                 GIMPLE_CALL.        (line   59)
! * gimple_call_set_fn:                    GIMPLE_CALL.        (line   41)
! * gimple_call_set_fndecl:                GIMPLE_CALL.        (line   50)
! * gimple_call_set_lhs:                   GIMPLE_CALL.        (line   34)
! * gimple_call_set_tail:                  GIMPLE_CALL.        (line   79)
! * gimple_call_tail_p:                    GIMPLE_CALL.        (line   84)
  * GIMPLE_CATCH:                          GIMPLE_CATCH.       (line    6)
! * gimple_catch_handler:                  GIMPLE_CATCH.       (line   19)
! * gimple_catch_set_handler:              GIMPLE_CATCH.       (line   26)
! * gimple_catch_set_types:                GIMPLE_CATCH.       (line   23)
! * gimple_catch_types:                    GIMPLE_CATCH.       (line   12)
! * gimple_catch_types_ptr:                GIMPLE_CATCH.       (line   15)
  * gimple_code:                           Manipulating GIMPLE statements.
!                                                              (line   14)
  * GIMPLE_COND:                           GIMPLE_COND.        (line    6)
! * gimple_cond_code:                      GIMPLE_COND.        (line   20)
! * gimple_cond_false_label:               GIMPLE_COND.        (line   59)
! * gimple_cond_lhs:                       GIMPLE_COND.        (line   29)
! * gimple_cond_make_false:                GIMPLE_COND.        (line   63)
! * gimple_cond_make_true:                 GIMPLE_COND.        (line   66)
! * gimple_cond_rhs:                       GIMPLE_COND.        (line   37)
! * gimple_cond_set_code:                  GIMPLE_COND.        (line   24)
! * gimple_cond_set_false_label:           GIMPLE_COND.        (line   54)
! * gimple_cond_set_lhs:                   GIMPLE_COND.        (line   33)
! * gimple_cond_set_rhs:                   GIMPLE_COND.        (line   41)
! * gimple_cond_set_true_label:            GIMPLE_COND.        (line   49)
! * gimple_cond_true_label:                GIMPLE_COND.        (line   45)
! * gimple_convert:                        GIMPLE API.         (line   50)
  * gimple_copy:                           Manipulating GIMPLE statements.
!                                                              (line  146)
  * GIMPLE_DEBUG:                          GIMPLE_DEBUG.       (line    6)
  * GIMPLE_DEBUG_BIND:                     GIMPLE_DEBUG.       (line    6)
! * gimple_debug_bind_get_value:           GIMPLE_DEBUG.       (line   46)
! * gimple_debug_bind_get_value_ptr:       GIMPLE_DEBUG.       (line   50)
! * gimple_debug_bind_get_var:             GIMPLE_DEBUG.       (line   43)
! * gimple_debug_bind_has_value_p:         GIMPLE_DEBUG.       (line   68)
! * gimple_debug_bind_p:                   Logical Operators.  (line  162)
! * gimple_debug_bind_reset_value:         GIMPLE_DEBUG.       (line   64)
! * gimple_debug_bind_set_value:           GIMPLE_DEBUG.       (line   59)
! * gimple_debug_bind_set_var:             GIMPLE_DEBUG.       (line   55)
  * gimple_def_ops:                        Manipulating GIMPLE statements.
!                                                              (line   93)
  * GIMPLE_EH_FILTER:                      GIMPLE_EH_FILTER.   (line    6)
! * gimple_eh_filter_failure:              GIMPLE_EH_FILTER.   (line   18)
! * gimple_eh_filter_set_failure:          GIMPLE_EH_FILTER.   (line   27)
! * gimple_eh_filter_set_types:            GIMPLE_EH_FILTER.   (line   22)
! * gimple_eh_filter_types:                GIMPLE_EH_FILTER.   (line   11)
! * gimple_eh_filter_types_ptr:            GIMPLE_EH_FILTER.   (line   14)
! * gimple_eh_must_not_throw_fndecl:       GIMPLE_EH_FILTER.   (line   32)
! * gimple_eh_must_not_throw_set_fndecl:   GIMPLE_EH_FILTER.   (line   36)
  * gimple_expr_code:                      Manipulating GIMPLE statements.
!                                                              (line   30)
  * gimple_expr_type:                      Manipulating GIMPLE statements.
!                                                              (line   23)
  * GIMPLE_GOTO:                           GIMPLE_GOTO.        (line    6)
! * gimple_goto_dest:                      GIMPLE_GOTO.        (line    9)
! * gimple_goto_set_dest:                  GIMPLE_GOTO.        (line   12)
  * gimple_has_mem_ops:                    Manipulating GIMPLE statements.
!                                                              (line   71)
  * gimple_has_ops:                        Manipulating GIMPLE statements.
!                                                              (line   68)
  * gimple_has_volatile_ops:               Manipulating GIMPLE statements.
!                                                              (line  133)
  * GIMPLE_LABEL:                          GIMPLE_LABEL.       (line    6)
! * gimple_label_label:                    GIMPLE_LABEL.       (line   10)
! * gimple_label_set_label:                GIMPLE_LABEL.       (line   13)
  * gimple_loaded_syms:                    Manipulating GIMPLE statements.
!                                                              (line  121)
  * gimple_locus:                          Manipulating GIMPLE statements.
!                                                              (line   41)
  * gimple_locus_empty_p:                  Manipulating GIMPLE statements.
!                                                              (line   47)
  * gimple_modified_p:                     Manipulating GIMPLE statements.
!                                                              (line  129)
! * GIMPLE_NOP:                            GIMPLE_NOP.         (line    6)
! * gimple_nop_p:                          GIMPLE_NOP.         (line    9)
  * gimple_no_warning_p:                   Manipulating GIMPLE statements.
!                                                              (line   50)
! * gimple_num_ops:                        Logical Operators.  (line   76)
  * gimple_num_ops <1>:                    Manipulating GIMPLE statements.
!                                                              (line   74)
  * GIMPLE_OMP_ATOMIC_LOAD:                GIMPLE_OMP_ATOMIC_LOAD.
                                                               (line    6)
  * gimple_omp_atomic_load_lhs:            GIMPLE_OMP_ATOMIC_LOAD.
!                                                              (line   16)
  * gimple_omp_atomic_load_rhs:            GIMPLE_OMP_ATOMIC_LOAD.
!                                                              (line   24)
  * gimple_omp_atomic_load_set_lhs:        GIMPLE_OMP_ATOMIC_LOAD.
!                                                              (line   12)
  * gimple_omp_atomic_load_set_rhs:        GIMPLE_OMP_ATOMIC_LOAD.
!                                                              (line   20)
  * GIMPLE_OMP_ATOMIC_STORE:               GIMPLE_OMP_ATOMIC_STORE.
                                                               (line    6)
  * gimple_omp_atomic_store_set_val:       GIMPLE_OMP_ATOMIC_STORE.
!                                                              (line   11)
  * gimple_omp_atomic_store_val:           GIMPLE_OMP_ATOMIC_STORE.
!                                                              (line   15)
  * gimple_omp_body:                       GIMPLE_OMP_PARALLEL.
!                                                              (line   23)
  * GIMPLE_OMP_CONTINUE:                   GIMPLE_OMP_CONTINUE.
                                                               (line    6)
  * gimple_omp_continue_control_def:       GIMPLE_OMP_CONTINUE.
!                                                              (line   12)
  * gimple_omp_continue_control_def_ptr:   GIMPLE_OMP_CONTINUE.
!                                                              (line   17)
  * gimple_omp_continue_control_use:       GIMPLE_OMP_CONTINUE.
!                                                              (line   26)
  * gimple_omp_continue_control_use_ptr:   GIMPLE_OMP_CONTINUE.
!                                                              (line   31)
  * gimple_omp_continue_set_control_def:   GIMPLE_OMP_CONTINUE.
!                                                              (line   21)
  * gimple_omp_continue_set_control_use:   GIMPLE_OMP_CONTINUE.
!                                                              (line   35)
  * GIMPLE_OMP_CRITICAL:                   GIMPLE_OMP_CRITICAL.
                                                               (line    6)
  * gimple_omp_critical_name:              GIMPLE_OMP_CRITICAL.
!                                                              (line   12)
  * gimple_omp_critical_name_ptr:          GIMPLE_OMP_CRITICAL.
!                                                              (line   16)
  * gimple_omp_critical_set_name:          GIMPLE_OMP_CRITICAL.
!                                                              (line   21)
  * GIMPLE_OMP_FOR:                        GIMPLE_OMP_FOR.     (line    6)
! * gimple_omp_for_clauses:                GIMPLE_OMP_FOR.     (line   17)
! * gimple_omp_for_clauses_ptr:            GIMPLE_OMP_FOR.     (line   20)
! * gimple_omp_for_cond:                   GIMPLE_OMP_FOR.     (line   80)
! * gimple_omp_for_final:                  GIMPLE_OMP_FOR.     (line   48)
! * gimple_omp_for_final_ptr:              GIMPLE_OMP_FOR.     (line   51)
! * gimple_omp_for_incr:                   GIMPLE_OMP_FOR.     (line   58)
! * gimple_omp_for_incr_ptr:               GIMPLE_OMP_FOR.     (line   61)
! * gimple_omp_for_index:                  GIMPLE_OMP_FOR.     (line   28)
! * gimple_omp_for_index_ptr:              GIMPLE_OMP_FOR.     (line   31)
! * gimple_omp_for_initial:                GIMPLE_OMP_FOR.     (line   38)
! * gimple_omp_for_initial_ptr:            GIMPLE_OMP_FOR.     (line   41)
! * gimple_omp_for_pre_body:               GIMPLE_OMP_FOR.     (line   67)
! * gimple_omp_for_set_clauses:            GIMPLE_OMP_FOR.     (line   23)
! * gimple_omp_for_set_cond:               GIMPLE_OMP_FOR.     (line   76)
! * gimple_omp_for_set_final:              GIMPLE_OMP_FOR.     (line   54)
! * gimple_omp_for_set_incr:               GIMPLE_OMP_FOR.     (line   64)
! * gimple_omp_for_set_index:              GIMPLE_OMP_FOR.     (line   34)
! * gimple_omp_for_set_initial:            GIMPLE_OMP_FOR.     (line   44)
! * gimple_omp_for_set_pre_body:           GIMPLE_OMP_FOR.     (line   71)
  * GIMPLE_OMP_MASTER:                     GIMPLE_OMP_MASTER.  (line    6)
  * GIMPLE_OMP_ORDERED:                    GIMPLE_OMP_ORDERED. (line    6)
  * GIMPLE_OMP_PARALLEL:                   GIMPLE_OMP_PARALLEL.
                                                               (line    6)
  * gimple_omp_parallel_child_fn:          GIMPLE_OMP_PARALLEL.
!                                                              (line   42)
  * gimple_omp_parallel_child_fn_ptr:      GIMPLE_OMP_PARALLEL.
!                                                              (line   47)
  * gimple_omp_parallel_clauses:           GIMPLE_OMP_PARALLEL.
!                                                              (line   30)
  * gimple_omp_parallel_clauses_ptr:       GIMPLE_OMP_PARALLEL.
!                                                              (line   33)
  * gimple_omp_parallel_combined_p:        GIMPLE_OMP_PARALLEL.
!                                                              (line   15)
  * gimple_omp_parallel_data_arg:          GIMPLE_OMP_PARALLEL.
!                                                              (line   56)
  * gimple_omp_parallel_data_arg_ptr:      GIMPLE_OMP_PARALLEL.
!                                                              (line   61)
  * gimple_omp_parallel_set_child_fn:      GIMPLE_OMP_PARALLEL.
!                                                              (line   52)
  * gimple_omp_parallel_set_clauses:       GIMPLE_OMP_PARALLEL.
!                                                              (line   37)
  * gimple_omp_parallel_set_combined_p:    GIMPLE_OMP_PARALLEL.
!                                                              (line   19)
  * gimple_omp_parallel_set_data_arg:      GIMPLE_OMP_PARALLEL.
!                                                              (line   65)
  * GIMPLE_OMP_RETURN:                     GIMPLE_OMP_RETURN.  (line    6)
! * gimple_omp_return_nowait_p:            GIMPLE_OMP_RETURN.  (line   13)
! * gimple_omp_return_set_nowait:          GIMPLE_OMP_RETURN.  (line   10)
  * GIMPLE_OMP_SECTION:                    GIMPLE_OMP_SECTION. (line    6)
  * GIMPLE_OMP_SECTIONS:                   GIMPLE_OMP_SECTIONS.
                                                               (line    6)
  * gimple_omp_sections_clauses:           GIMPLE_OMP_SECTIONS.
!                                                              (line   29)
  * gimple_omp_sections_clauses_ptr:       GIMPLE_OMP_SECTIONS.
!                                                              (line   32)
  * gimple_omp_sections_control:           GIMPLE_OMP_SECTIONS.
!                                                              (line   16)
  * gimple_omp_sections_control_ptr:       GIMPLE_OMP_SECTIONS.
!                                                              (line   20)
  * gimple_omp_sections_set_clauses:       GIMPLE_OMP_SECTIONS.
!                                                              (line   35)
  * gimple_omp_sections_set_control:       GIMPLE_OMP_SECTIONS.
-                                                              (line   24)
- * gimple_omp_section_last_p:             GIMPLE_OMP_SECTION. (line   11)
- * gimple_omp_section_set_last:           GIMPLE_OMP_SECTION. (line   15)
- * gimple_omp_set_body:                   GIMPLE_OMP_PARALLEL.
                                                               (line   26)
  * GIMPLE_OMP_SINGLE:                     GIMPLE_OMP_SINGLE.  (line    6)
! * gimple_omp_single_clauses:             GIMPLE_OMP_SINGLE.  (line   13)
! * gimple_omp_single_clauses_ptr:         GIMPLE_OMP_SINGLE.  (line   16)
! * gimple_omp_single_set_clauses:         GIMPLE_OMP_SINGLE.  (line   19)
! * gimple_op:                             Logical Operators.  (line   79)
  * gimple_op <1>:                         Manipulating GIMPLE statements.
!                                                              (line   80)
! * gimple_ops:                            Logical Operators.  (line   82)
! * gimple_ops <1>:                        Manipulating GIMPLE statements.
!                                                              (line   77)
  * gimple_op_ptr:                         Manipulating GIMPLE statements.
!                                                              (line   83)
  * GIMPLE_PHI:                            GIMPLE_PHI.         (line    6)
! * gimple_phi_arg:                        GIMPLE_PHI.         (line   24)
! * gimple_phi_arg <1>:                    SSA.                (line   62)
! * gimple_phi_arg_def:                    SSA.                (line   68)
! * gimple_phi_arg_edge:                   SSA.                (line   65)
! * gimple_phi_capacity:                   GIMPLE_PHI.         (line    6)
! * gimple_phi_num_args:                   GIMPLE_PHI.         (line   10)
! * gimple_phi_num_args <1>:               SSA.                (line   58)
! * gimple_phi_result:                     GIMPLE_PHI.         (line   15)
! * gimple_phi_result <1>:                 SSA.                (line   55)
! * gimple_phi_result_ptr:                 GIMPLE_PHI.         (line   18)
! * gimple_phi_set_arg:                    GIMPLE_PHI.         (line   28)
! * gimple_phi_set_result:                 GIMPLE_PHI.         (line   21)
  * gimple_plf:                            Manipulating GIMPLE statements.
!                                                              (line   64)
  * GIMPLE_RESX:                           GIMPLE_RESX.        (line    6)
! * gimple_resx_region:                    GIMPLE_RESX.        (line   12)
! * gimple_resx_set_region:                GIMPLE_RESX.        (line   15)
  * GIMPLE_RETURN:                         GIMPLE_RETURN.      (line    6)
! * gimple_return_retval:                  GIMPLE_RETURN.      (line    9)
! * gimple_return_set_retval:              GIMPLE_RETURN.      (line   12)
! * gimple_seq_add_seq:                    GIMPLE sequences.   (line   30)
! * gimple_seq_add_stmt:                   GIMPLE sequences.   (line   24)
! * gimple_seq_alloc:                      GIMPLE sequences.   (line   61)
! * gimple_seq_copy:                       GIMPLE sequences.   (line   65)
! * gimple_seq_deep_copy:                  GIMPLE sequences.   (line   36)
! * gimple_seq_empty_p:                    GIMPLE sequences.   (line   69)
! * gimple_seq_first:                      GIMPLE sequences.   (line   43)
! * gimple_seq_init:                       GIMPLE sequences.   (line   58)
! * gimple_seq_last:                       GIMPLE sequences.   (line   46)
! * gimple_seq_reverse:                    GIMPLE sequences.   (line   39)
! * gimple_seq_set_first:                  GIMPLE sequences.   (line   53)
! * gimple_seq_set_last:                   GIMPLE sequences.   (line   49)
! * gimple_seq_singleton_p:                GIMPLE sequences.   (line   78)
  * gimple_set_block:                      Manipulating GIMPLE statements.
!                                                              (line   38)
  * gimple_set_def_ops:                    Manipulating GIMPLE statements.
!                                                              (line   96)
  * gimple_set_has_volatile_ops:           Manipulating GIMPLE statements.
!                                                              (line  136)
  * gimple_set_locus:                      Manipulating GIMPLE statements.
!                                                              (line   44)
  * gimple_set_op:                         Manipulating GIMPLE statements.
!                                                              (line   86)
  * gimple_set_plf:                        Manipulating GIMPLE statements.
!                                                              (line   60)
  * gimple_set_use_ops:                    Manipulating GIMPLE statements.
!                                                              (line  103)
  * gimple_set_vdef_ops:                   Manipulating GIMPLE statements.
!                                                              (line  117)
  * gimple_set_visited:                    Manipulating GIMPLE statements.
!                                                              (line   53)
  * gimple_set_vuse_ops:                   Manipulating GIMPLE statements.
!                                                              (line  110)
! * gimple_simplify:                       GIMPLE API.         (line    6)
! * gimple_simplify <1>:                   GIMPLE API.         (line    8)
! * gimple_simplify <2>:                   GIMPLE API.         (line   10)
! * gimple_simplify <3>:                   GIMPLE API.         (line   12)
! * gimple_simplify <4>:                   GIMPLE API.         (line   14)
! * gimple_simplify <5>:                   GIMPLE API.         (line   16)
  * gimple_statement_with_ops:             Tuple representation.
                                                               (line   96)
  * gimple_stored_syms:                    Manipulating GIMPLE statements.
!                                                              (line  125)
  * GIMPLE_SWITCH:                         GIMPLE_SWITCH.      (line    6)
! * gimple_switch_default_label:           GIMPLE_SWITCH.      (line   41)
! * gimple_switch_index:                   GIMPLE_SWITCH.      (line   24)
! * gimple_switch_label:                   GIMPLE_SWITCH.      (line   31)
! * gimple_switch_num_labels:              GIMPLE_SWITCH.      (line   14)
! * gimple_switch_set_default_label:       GIMPLE_SWITCH.      (line   45)
! * gimple_switch_set_index:               GIMPLE_SWITCH.      (line   27)
! * gimple_switch_set_label:               GIMPLE_SWITCH.      (line   36)
! * gimple_switch_set_num_labels:          GIMPLE_SWITCH.      (line   19)
  * GIMPLE_TRY:                            GIMPLE_TRY.         (line    6)
! * gimple_try_catch_is_cleanup:           GIMPLE_TRY.         (line   19)
! * gimple_try_cleanup:                    GIMPLE_TRY.         (line   26)
! * gimple_try_eval:                       GIMPLE_TRY.         (line   22)
! * gimple_try_kind:                       GIMPLE_TRY.         (line   15)
! * gimple_try_set_catch_is_cleanup:       GIMPLE_TRY.         (line   30)
! * gimple_try_set_cleanup:                GIMPLE_TRY.         (line   38)
! * gimple_try_set_eval:                   GIMPLE_TRY.         (line   34)
  * gimple_use_ops:                        Manipulating GIMPLE statements.
!                                                              (line  100)
  * gimple_vdef_ops:                       Manipulating GIMPLE statements.
!                                                              (line  114)
  * gimple_visited_p:                      Manipulating GIMPLE statements.
!                                                              (line   57)
  * gimple_vuse_ops:                       Manipulating GIMPLE statements.
!                                                              (line  107)
  * gimple_wce_cleanup:                    GIMPLE_WITH_CLEANUP_EXPR.
!                                                              (line   10)
  * gimple_wce_cleanup_eh_only:            GIMPLE_WITH_CLEANUP_EXPR.
!                                                              (line   17)
  * gimple_wce_set_cleanup:                GIMPLE_WITH_CLEANUP_EXPR.
!                                                              (line   13)
  * gimple_wce_set_cleanup_eh_only:        GIMPLE_WITH_CLEANUP_EXPR.
!                                                              (line   20)
  * GIMPLE_WITH_CLEANUP_EXPR:              GIMPLE_WITH_CLEANUP_EXPR.
                                                               (line    6)
- * gimplification:                        Parsing pass.       (line   13)
  * gimplification <1>:                    Gimplification pass.
                                                               (line    6)
! * gimplifier:                            Parsing pass.       (line   13)
! * gimplify_assign:                       GIMPLE_ASSIGN.      (line   41)
  * gimplify_expr:                         Gimplification pass.
                                                               (line   18)
  * gimplify_function_tree:                Gimplification pass.
                                                               (line   18)
  * GLOBAL_INIT_PRIORITY:                  Functions for C++.  (line  141)
  * global_regs:                           Register Basics.    (line   59)
! * GO_IF_LEGITIMATE_ADDRESS:              Addressing Modes.   (line   90)
  * greater than:                          Comparisons.        (line   60)
! * greater than <1>:                      Comparisons.        (line   64)
! * greater than <2>:                      Comparisons.        (line   72)
! * gsi_after_labels:                      Sequence iterators. (line   74)
! * gsi_bb:                                Sequence iterators. (line   82)
! * gsi_commit_edge_inserts:               Sequence iterators. (line  193)
  * gsi_commit_edge_inserts <1>:           Maintaining the CFG.
!                                                              (line  104)
! * gsi_commit_one_edge_insert:            Sequence iterators. (line  188)
! * gsi_end_p:                             Sequence iterators. (line   59)
  * gsi_end_p <1>:                         Maintaining the CFG.
!                                                              (line   48)
! * gsi_for_stmt:                          Sequence iterators. (line  156)
! * gsi_insert_after:                      Sequence iterators. (line  145)
  * gsi_insert_after <1>:                  Maintaining the CFG.
!                                                              (line   60)
! * gsi_insert_before:                     Sequence iterators. (line  134)
  * gsi_insert_before <1>:                 Maintaining the CFG.
!                                                              (line   66)
! * gsi_insert_on_edge:                    Sequence iterators. (line  173)
  * gsi_insert_on_edge <1>:                Maintaining the CFG.
!                                                              (line  104)
! * gsi_insert_on_edge_immediate:          Sequence iterators. (line  183)
! * gsi_insert_seq_after:                  Sequence iterators. (line  152)
! * gsi_insert_seq_before:                 Sequence iterators. (line  141)
! * gsi_insert_seq_on_edge:                Sequence iterators. (line  177)
! * gsi_last:                              Sequence iterators. (line   49)
  * gsi_last <1>:                          Maintaining the CFG.
!                                                              (line   44)
! * gsi_last_bb:                           Sequence iterators. (line   55)
! * gsi_link_after:                        Sequence iterators. (line  113)
! * gsi_link_before:                       Sequence iterators. (line  103)
! * gsi_link_seq_after:                    Sequence iterators. (line  108)
! * gsi_link_seq_before:                   Sequence iterators. (line   97)
! * gsi_move_after:                        Sequence iterators. (line  159)
! * gsi_move_before:                       Sequence iterators. (line  164)
! * gsi_move_to_bb_end:                    Sequence iterators. (line  169)
! * gsi_next:                              Sequence iterators. (line   65)
  * gsi_next <1>:                          Maintaining the CFG.
!                                                              (line   52)
! * gsi_one_before_end_p:                  Sequence iterators. (line   62)
! * gsi_prev:                              Sequence iterators. (line   68)
  * gsi_prev <1>:                          Maintaining the CFG.
!                                                              (line   56)
! * gsi_remove:                            Sequence iterators. (line   88)
  * gsi_remove <1>:                        Maintaining the CFG.
!                                                              (line   72)
! * gsi_replace:                           Sequence iterators. (line  128)
! * gsi_seq:                               Sequence iterators. (line   85)
! * gsi_split_seq_after:                   Sequence iterators. (line  118)
! * gsi_split_seq_before:                  Sequence iterators. (line  123)
! * gsi_start:                             Sequence iterators. (line   39)
  * gsi_start <1>:                         Maintaining the CFG.
!                                                              (line   40)
! * gsi_start_bb:                          Sequence iterators. (line   45)
! * gsi_stmt:                              Sequence iterators. (line   71)
! * gsi_stmt_ptr:                          Sequence iterators. (line   79)
  * gt:                                    Comparisons.        (line   60)
! * gt and attributes:                     Expressions.        (line   83)
! * gtu:                                   Comparisons.        (line   64)
! * gtu and attributes:                    Expressions.        (line   83)
! * GTY:                                   Type Information.   (line    6)
  * GT_EXPR:                               Unary and Binary Expressions.
                                                               (line    6)
! * H in constraint:                       Simple Constraints. (line   96)
! * HAmode:                                Machine Modes.      (line  146)
  * HANDLER:                               Statements for C++. (line    6)
  * HANDLER_BODY:                          Statements for C++. (line    6)
  * HANDLER_PARMS:                         Statements for C++. (line    6)
- * HANDLE_PRAGMA_PACK_WITH_EXPANSION:     Misc.               (line  459)
  * hard registers:                        Regs and Memory.    (line    9)
! * HARD_FRAME_POINTER_IS_ARG_POINTER:     Frame Registers.    (line   57)
! * HARD_FRAME_POINTER_IS_FRAME_POINTER:   Frame Registers.    (line   50)
! * HARD_FRAME_POINTER_REGNUM:             Frame Registers.    (line   19)
! * HARD_REGNO_CALLER_SAVE_MODE:           Caller Saves.       (line   10)
! * HARD_REGNO_CALL_PART_CLOBBERED:        Register Basics.    (line   52)
  * HARD_REGNO_MODE_OK:                    Values in Registers.
!                                                              (line   57)
  * HARD_REGNO_NREGS:                      Values in Registers.
!                                                              (line   10)
  * HARD_REGNO_NREGS_HAS_PADDING:          Values in Registers.
!                                                              (line   24)
  * HARD_REGNO_NREGS_WITH_PADDING:         Values in Registers.
!                                                              (line   42)
  * HARD_REGNO_RENAME_OK:                  Values in Registers.
!                                                              (line  117)
  * HAS_INIT_SECTION:                      Macros for Initialization.
!                                                              (line   18)
! * HAS_LONG_COND_BRANCH:                  Misc.               (line    8)
! * HAS_LONG_UNCOND_BRANCH:                Misc.               (line   17)
  * HAVE_DOS_BASED_FILE_SYSTEM:            Filesystem.         (line   11)
! * HAVE_POST_DECREMENT:                   Addressing Modes.   (line   11)
! * HAVE_POST_INCREMENT:                   Addressing Modes.   (line   10)
! * HAVE_POST_MODIFY_DISP:                 Addressing Modes.   (line   17)
! * HAVE_POST_MODIFY_REG:                  Addressing Modes.   (line   23)
! * HAVE_PRE_DECREMENT:                    Addressing Modes.   (line    9)
! * HAVE_PRE_INCREMENT:                    Addressing Modes.   (line    8)
! * HAVE_PRE_MODIFY_DISP:                  Addressing Modes.   (line   16)
! * HAVE_PRE_MODIFY_REG:                   Addressing Modes.   (line   22)
! * HCmode:                                Machine Modes.      (line  199)
  * HFmode:                                Machine Modes.      (line   61)
  * high:                                  Constants.          (line  150)
  * HImode:                                Machine Modes.      (line   29)
! * HImode, in insn:                       Insns.              (line  268)
! * HONOR_REG_ALLOC_ORDER:                 Allocation Order.   (line   36)
  * host configuration:                    Host Config.        (line    6)
  * host functions:                        Host Common.        (line    6)
  * host hooks:                            Host Common.        (line    6)
  * host makefile fragment:                Host Fragment.      (line    6)
  * HOST_BIT_BUCKET:                       Filesystem.         (line   51)
  * HOST_EXECUTABLE_SUFFIX:                Filesystem.         (line   45)
! * HOST_HOOKS_EXTRA_SIGNALS:              Host Common.        (line   11)
! * HOST_HOOKS_GT_PCH_ALLOC_GRANULARITY:   Host Common.        (line   43)
! * HOST_HOOKS_GT_PCH_GET_ADDRESS:         Host Common.        (line   15)
! * HOST_HOOKS_GT_PCH_USE_ADDRESS:         Host Common.        (line   24)
  * HOST_LACKS_INODE_NUMBERS:              Filesystem.         (line   89)
  * HOST_LONG_FORMAT:                      Host Misc.          (line   45)
  * HOST_LONG_LONG_FORMAT:                 Host Misc.          (line   41)
  * HOST_OBJECT_SUFFIX:                    Filesystem.         (line   40)
  * HOST_PTR_PRINTF:                       Host Misc.          (line   49)
! * HOT_TEXT_SECTION_NAME:                 Sections.           (line   42)
  * HQmode:                                Machine Modes.      (line  110)
! * i in constraint:                       Simple Constraints. (line   68)
! * I in constraint:                       Simple Constraints. (line   79)
  * identifier:                            Identifiers.        (line    6)
  * IDENTIFIER_LENGTH:                     Identifiers.        (line   22)
  * IDENTIFIER_NODE:                       Identifiers.        (line    6)
--- 49367,49873 ----
  * GIMPLE instruction set:                GIMPLE instruction set.
                                                               (line    6)
  * GIMPLE sequences:                      GIMPLE sequences.   (line    6)
  * GIMPLE statement iterators <1>:        Maintaining the CFG.
!                                                              (line   34)
! * GIMPLE statement iterators:            Basic Blocks.       (line   78)
  * gimple_addresses_taken:                Manipulating GIMPLE statements.
!                                                              (line   90)
  * GIMPLE_ASM:                            GIMPLE_ASM.         (line    6)
! * gimple_asm_clobber_op:                 GIMPLE_ASM.         (line   41)
! * gimple_asm_input_op:                   GIMPLE_ASM.         (line   25)
! * gimple_asm_nclobbers:                  GIMPLE_ASM.         (line   21)
! * gimple_asm_ninputs:                    GIMPLE_ASM.         (line   15)
! * gimple_asm_noutputs:                   GIMPLE_ASM.         (line   18)
! * gimple_asm_output_op:                  GIMPLE_ASM.         (line   33)
! * gimple_asm_set_clobber_op:             GIMPLE_ASM.         (line   45)
! * gimple_asm_set_input_op:               GIMPLE_ASM.         (line   29)
! * gimple_asm_set_output_op:              GIMPLE_ASM.         (line   37)
! * gimple_asm_set_volatile:               GIMPLE_ASM.         (line   56)
! * gimple_asm_string:                     GIMPLE_ASM.         (line   48)
! * gimple_asm_volatile_p:                 GIMPLE_ASM.         (line   52)
  * GIMPLE_ASSIGN:                         GIMPLE_ASSIGN.      (line    6)
! * gimple_assign_cast_p <1>:              GIMPLE_ASSIGN.      (line  105)
! * gimple_assign_cast_p:                  Logical Operators.  (line  160)
! * gimple_assign_lhs:                     GIMPLE_ASSIGN.      (line   63)
! * gimple_assign_lhs_ptr:                 GIMPLE_ASSIGN.      (line   66)
! * gimple_assign_rhs1:                    GIMPLE_ASSIGN.      (line   69)
! * gimple_assign_rhs1_ptr:                GIMPLE_ASSIGN.      (line   72)
! * gimple_assign_rhs2:                    GIMPLE_ASSIGN.      (line   76)
! * gimple_assign_rhs2_ptr:                GIMPLE_ASSIGN.      (line   79)
! * gimple_assign_rhs3:                    GIMPLE_ASSIGN.      (line   83)
! * gimple_assign_rhs3_ptr:                GIMPLE_ASSIGN.      (line   86)
! * gimple_assign_rhs_class:               GIMPLE_ASSIGN.      (line   58)
! * gimple_assign_rhs_code:                GIMPLE_ASSIGN.      (line   53)
! * gimple_assign_set_lhs:                 GIMPLE_ASSIGN.      (line   90)
! * gimple_assign_set_rhs1:                GIMPLE_ASSIGN.      (line   93)
! * gimple_assign_set_rhs2:                GIMPLE_ASSIGN.      (line   97)
! * gimple_assign_set_rhs3:                GIMPLE_ASSIGN.      (line  101)
  * gimple_bb:                             Manipulating GIMPLE statements.
!                                                              (line   18)
  * GIMPLE_BIND:                           GIMPLE_BIND.        (line    6)
! * gimple_bind_add_seq:                   GIMPLE_BIND.        (line   36)
! * gimple_bind_add_stmt:                  GIMPLE_BIND.        (line   32)
! * gimple_bind_append_vars:               GIMPLE_BIND.        (line   19)
! * gimple_bind_block:                     GIMPLE_BIND.        (line   40)
! * gimple_bind_body:                      GIMPLE_BIND.        (line   23)
! * gimple_bind_set_block:                 GIMPLE_BIND.        (line   45)
! * gimple_bind_set_body:                  GIMPLE_BIND.        (line   28)
! * gimple_bind_set_vars:                  GIMPLE_BIND.        (line   15)
! * gimple_bind_vars:                      GIMPLE_BIND.        (line   12)
  * gimple_block:                          Manipulating GIMPLE statements.
!                                                              (line   21)
! * gimple_build:                          GIMPLE API.         (line   36)
! * gimple_build_nop:                      GIMPLE_NOP.         (line    7)
! * gimple_build_omp_master:               GIMPLE_OMP_MASTER.  (line    7)
! * gimple_build_omp_ordered:              GIMPLE_OMP_ORDERED. (line    7)
! * gimple_build_omp_return:               GIMPLE_OMP_RETURN.  (line    7)
! * gimple_build_omp_section:              GIMPLE_OMP_SECTION. (line    7)
  * gimple_build_omp_sections_switch:      GIMPLE_OMP_SECTIONS.
!                                                              (line   14)
  * gimple_build_wce:                      GIMPLE_WITH_CLEANUP_EXPR.
!                                                              (line    7)
  * GIMPLE_CALL:                           GIMPLE_CALL.        (line    6)
! * gimple_call_arg:                       GIMPLE_CALL.        (line   66)
! * gimple_call_arg_ptr:                   GIMPLE_CALL.        (line   71)
! * gimple_call_chain:                     GIMPLE_CALL.        (line   57)
! * gimple_call_copy_skip_args:            GIMPLE_CALL.        (line   92)
! * gimple_call_fn:                        GIMPLE_CALL.        (line   38)
! * gimple_call_fndecl:                    GIMPLE_CALL.        (line   46)
! * gimple_call_lhs:                       GIMPLE_CALL.        (line   29)
! * gimple_call_lhs_ptr:                   GIMPLE_CALL.        (line   32)
! * gimple_call_noreturn_p:                GIMPLE_CALL.        (line   88)
! * gimple_call_num_args:                  GIMPLE_CALL.        (line   63)
! * gimple_call_return_type:               GIMPLE_CALL.        (line   54)
! * gimple_call_set_arg:                   GIMPLE_CALL.        (line   76)
! * gimple_call_set_chain:                 GIMPLE_CALL.        (line   60)
! * gimple_call_set_fn:                    GIMPLE_CALL.        (line   42)
! * gimple_call_set_fndecl:                GIMPLE_CALL.        (line   51)
! * gimple_call_set_lhs:                   GIMPLE_CALL.        (line   35)
! * gimple_call_set_tail:                  GIMPLE_CALL.        (line   80)
! * gimple_call_tail_p:                    GIMPLE_CALL.        (line   85)
  * GIMPLE_CATCH:                          GIMPLE_CATCH.       (line    6)
! * gimple_catch_handler:                  GIMPLE_CATCH.       (line   20)
! * gimple_catch_set_handler:              GIMPLE_CATCH.       (line   28)
! * gimple_catch_set_types:                GIMPLE_CATCH.       (line   24)
! * gimple_catch_types:                    GIMPLE_CATCH.       (line   13)
! * gimple_catch_types_ptr:                GIMPLE_CATCH.       (line   16)
  * gimple_code:                           Manipulating GIMPLE statements.
!                                                              (line   15)
  * GIMPLE_COND:                           GIMPLE_COND.        (line    6)
! * gimple_cond_code:                      GIMPLE_COND.        (line   21)
! * gimple_cond_false_label:               GIMPLE_COND.        (line   60)
! * gimple_cond_lhs:                       GIMPLE_COND.        (line   30)
! * gimple_cond_make_false:                GIMPLE_COND.        (line   64)
! * gimple_cond_make_true:                 GIMPLE_COND.        (line   67)
! * gimple_cond_rhs:                       GIMPLE_COND.        (line   38)
! * gimple_cond_set_code:                  GIMPLE_COND.        (line   26)
! * gimple_cond_set_false_label:           GIMPLE_COND.        (line   56)
! * gimple_cond_set_lhs:                   GIMPLE_COND.        (line   34)
! * gimple_cond_set_rhs:                   GIMPLE_COND.        (line   42)
! * gimple_cond_set_true_label:            GIMPLE_COND.        (line   51)
! * gimple_cond_true_label:                GIMPLE_COND.        (line   46)
! * gimple_convert:                        GIMPLE API.         (line   52)
  * gimple_copy:                           Manipulating GIMPLE statements.
!                                                              (line  147)
  * GIMPLE_DEBUG:                          GIMPLE_DEBUG.       (line    6)
  * GIMPLE_DEBUG_BIND:                     GIMPLE_DEBUG.       (line    6)
! * gimple_debug_bind_get_value:           GIMPLE_DEBUG.       (line   48)
! * gimple_debug_bind_get_value_ptr:       GIMPLE_DEBUG.       (line   53)
! * gimple_debug_bind_get_var:             GIMPLE_DEBUG.       (line   45)
! * gimple_debug_bind_has_value_p:         GIMPLE_DEBUG.       (line   70)
! * gimple_debug_bind_p:                   Logical Operators.  (line  164)
! * gimple_debug_bind_reset_value:         GIMPLE_DEBUG.       (line   66)
! * gimple_debug_bind_set_value:           GIMPLE_DEBUG.       (line   62)
! * gimple_debug_bind_set_var:             GIMPLE_DEBUG.       (line   58)
  * gimple_def_ops:                        Manipulating GIMPLE statements.
!                                                              (line   94)
  * GIMPLE_EH_FILTER:                      GIMPLE_EH_FILTER.   (line    6)
! * gimple_eh_filter_failure:              GIMPLE_EH_FILTER.   (line   19)
! * gimple_eh_filter_set_failure:          GIMPLE_EH_FILTER.   (line   29)
! * gimple_eh_filter_set_types:            GIMPLE_EH_FILTER.   (line   24)
! * gimple_eh_filter_types:                GIMPLE_EH_FILTER.   (line   12)
! * gimple_eh_filter_types_ptr:            GIMPLE_EH_FILTER.   (line   15)
! * gimple_eh_must_not_throw_fndecl:       GIMPLE_EH_FILTER.   (line   34)
! * gimple_eh_must_not_throw_set_fndecl:   GIMPLE_EH_FILTER.   (line   38)
  * gimple_expr_code:                      Manipulating GIMPLE statements.
!                                                              (line   31)
  * gimple_expr_type:                      Manipulating GIMPLE statements.
!                                                              (line   24)
  * GIMPLE_GOTO:                           GIMPLE_GOTO.        (line    6)
! * gimple_goto_dest:                      GIMPLE_GOTO.        (line   10)
! * gimple_goto_set_dest:                  GIMPLE_GOTO.        (line   13)
  * gimple_has_mem_ops:                    Manipulating GIMPLE statements.
!                                                              (line   72)
  * gimple_has_ops:                        Manipulating GIMPLE statements.
!                                                              (line   69)
  * gimple_has_volatile_ops:               Manipulating GIMPLE statements.
!                                                              (line  134)
  * GIMPLE_LABEL:                          GIMPLE_LABEL.       (line    6)
! * gimple_label_label:                    GIMPLE_LABEL.       (line   11)
! * gimple_label_set_label:                GIMPLE_LABEL.       (line   14)
  * gimple_loaded_syms:                    Manipulating GIMPLE statements.
!                                                              (line  122)
  * gimple_locus:                          Manipulating GIMPLE statements.
!                                                              (line   42)
  * gimple_locus_empty_p:                  Manipulating GIMPLE statements.
!                                                              (line   48)
  * gimple_modified_p:                     Manipulating GIMPLE statements.
!                                                              (line  130)
  * gimple_no_warning_p:                   Manipulating GIMPLE statements.
!                                                              (line   51)
! * GIMPLE_NOP:                            GIMPLE_NOP.         (line    6)
! * gimple_nop_p:                          GIMPLE_NOP.         (line   10)
  * gimple_num_ops <1>:                    Manipulating GIMPLE statements.
!                                                              (line   75)
! * gimple_num_ops:                        Logical Operators.  (line   78)
  * GIMPLE_OMP_ATOMIC_LOAD:                GIMPLE_OMP_ATOMIC_LOAD.
                                                               (line    6)
  * gimple_omp_atomic_load_lhs:            GIMPLE_OMP_ATOMIC_LOAD.
!                                                              (line   18)
  * gimple_omp_atomic_load_rhs:            GIMPLE_OMP_ATOMIC_LOAD.
!                                                              (line   26)
  * gimple_omp_atomic_load_set_lhs:        GIMPLE_OMP_ATOMIC_LOAD.
!                                                              (line   14)
  * gimple_omp_atomic_load_set_rhs:        GIMPLE_OMP_ATOMIC_LOAD.
!                                                              (line   22)
  * GIMPLE_OMP_ATOMIC_STORE:               GIMPLE_OMP_ATOMIC_STORE.
                                                               (line    6)
  * gimple_omp_atomic_store_set_val:       GIMPLE_OMP_ATOMIC_STORE.
!                                                              (line   13)
  * gimple_omp_atomic_store_val:           GIMPLE_OMP_ATOMIC_STORE.
!                                                              (line   17)
  * gimple_omp_body:                       GIMPLE_OMP_PARALLEL.
!                                                              (line   24)
  * GIMPLE_OMP_CONTINUE:                   GIMPLE_OMP_CONTINUE.
                                                               (line    6)
  * gimple_omp_continue_control_def:       GIMPLE_OMP_CONTINUE.
!                                                              (line   14)
  * gimple_omp_continue_control_def_ptr:   GIMPLE_OMP_CONTINUE.
!                                                              (line   19)
  * gimple_omp_continue_control_use:       GIMPLE_OMP_CONTINUE.
!                                                              (line   28)
  * gimple_omp_continue_control_use_ptr:   GIMPLE_OMP_CONTINUE.
!                                                              (line   33)
  * gimple_omp_continue_set_control_def:   GIMPLE_OMP_CONTINUE.
!                                                              (line   23)
  * gimple_omp_continue_set_control_use:   GIMPLE_OMP_CONTINUE.
!                                                              (line   37)
  * GIMPLE_OMP_CRITICAL:                   GIMPLE_OMP_CRITICAL.
                                                               (line    6)
  * gimple_omp_critical_name:              GIMPLE_OMP_CRITICAL.
!                                                              (line   14)
  * gimple_omp_critical_name_ptr:          GIMPLE_OMP_CRITICAL.
!                                                              (line   18)
  * gimple_omp_critical_set_name:          GIMPLE_OMP_CRITICAL.
!                                                              (line   23)
  * GIMPLE_OMP_FOR:                        GIMPLE_OMP_FOR.     (line    6)
! * gimple_omp_for_clauses:                GIMPLE_OMP_FOR.     (line   18)
! * gimple_omp_for_clauses_ptr:            GIMPLE_OMP_FOR.     (line   21)
! * gimple_omp_for_cond:                   GIMPLE_OMP_FOR.     (line   81)
! * gimple_omp_for_final:                  GIMPLE_OMP_FOR.     (line   49)
! * gimple_omp_for_final_ptr:              GIMPLE_OMP_FOR.     (line   52)
! * gimple_omp_for_incr:                   GIMPLE_OMP_FOR.     (line   59)
! * gimple_omp_for_incr_ptr:               GIMPLE_OMP_FOR.     (line   62)
! * gimple_omp_for_index:                  GIMPLE_OMP_FOR.     (line   29)
! * gimple_omp_for_index_ptr:              GIMPLE_OMP_FOR.     (line   32)
! * gimple_omp_for_initial:                GIMPLE_OMP_FOR.     (line   39)
! * gimple_omp_for_initial_ptr:            GIMPLE_OMP_FOR.     (line   42)
! * gimple_omp_for_pre_body:               GIMPLE_OMP_FOR.     (line   68)
! * gimple_omp_for_set_clauses:            GIMPLE_OMP_FOR.     (line   25)
! * gimple_omp_for_set_cond:               GIMPLE_OMP_FOR.     (line   78)
! * gimple_omp_for_set_final:              GIMPLE_OMP_FOR.     (line   56)
! * gimple_omp_for_set_incr:               GIMPLE_OMP_FOR.     (line   65)
! * gimple_omp_for_set_index:              GIMPLE_OMP_FOR.     (line   36)
! * gimple_omp_for_set_initial:            GIMPLE_OMP_FOR.     (line   46)
! * gimple_omp_for_set_pre_body:           GIMPLE_OMP_FOR.     (line   73)
  * GIMPLE_OMP_MASTER:                     GIMPLE_OMP_MASTER.  (line    6)
  * GIMPLE_OMP_ORDERED:                    GIMPLE_OMP_ORDERED. (line    6)
  * GIMPLE_OMP_PARALLEL:                   GIMPLE_OMP_PARALLEL.
                                                               (line    6)
  * gimple_omp_parallel_child_fn:          GIMPLE_OMP_PARALLEL.
!                                                              (line   44)
  * gimple_omp_parallel_child_fn_ptr:      GIMPLE_OMP_PARALLEL.
!                                                              (line   49)
  * gimple_omp_parallel_clauses:           GIMPLE_OMP_PARALLEL.
!                                                              (line   31)
  * gimple_omp_parallel_clauses_ptr:       GIMPLE_OMP_PARALLEL.
!                                                              (line   35)
  * gimple_omp_parallel_combined_p:        GIMPLE_OMP_PARALLEL.
!                                                              (line   16)
  * gimple_omp_parallel_data_arg:          GIMPLE_OMP_PARALLEL.
!                                                              (line   58)
  * gimple_omp_parallel_data_arg_ptr:      GIMPLE_OMP_PARALLEL.
!                                                              (line   63)
  * gimple_omp_parallel_set_child_fn:      GIMPLE_OMP_PARALLEL.
!                                                              (line   54)
  * gimple_omp_parallel_set_clauses:       GIMPLE_OMP_PARALLEL.
!                                                              (line   39)
  * gimple_omp_parallel_set_combined_p:    GIMPLE_OMP_PARALLEL.
!                                                              (line   20)
  * gimple_omp_parallel_set_data_arg:      GIMPLE_OMP_PARALLEL.
!                                                              (line   67)
  * GIMPLE_OMP_RETURN:                     GIMPLE_OMP_RETURN.  (line    6)
! * gimple_omp_return_nowait_p:            GIMPLE_OMP_RETURN.  (line   14)
! * gimple_omp_return_set_nowait:          GIMPLE_OMP_RETURN.  (line   11)
  * GIMPLE_OMP_SECTION:                    GIMPLE_OMP_SECTION. (line    6)
+ * gimple_omp_section_last_p:             GIMPLE_OMP_SECTION. (line   12)
+ * gimple_omp_section_set_last:           GIMPLE_OMP_SECTION. (line   16)
  * GIMPLE_OMP_SECTIONS:                   GIMPLE_OMP_SECTIONS.
                                                               (line    6)
  * gimple_omp_sections_clauses:           GIMPLE_OMP_SECTIONS.
!                                                              (line   30)
  * gimple_omp_sections_clauses_ptr:       GIMPLE_OMP_SECTIONS.
!                                                              (line   33)
  * gimple_omp_sections_control:           GIMPLE_OMP_SECTIONS.
!                                                              (line   17)
  * gimple_omp_sections_control_ptr:       GIMPLE_OMP_SECTIONS.
!                                                              (line   21)
  * gimple_omp_sections_set_clauses:       GIMPLE_OMP_SECTIONS.
!                                                              (line   37)
  * gimple_omp_sections_set_control:       GIMPLE_OMP_SECTIONS.
                                                               (line   26)
+ * gimple_omp_set_body:                   GIMPLE_OMP_PARALLEL.
+                                                              (line   28)
  * GIMPLE_OMP_SINGLE:                     GIMPLE_OMP_SINGLE.  (line    6)
! * gimple_omp_single_clauses:             GIMPLE_OMP_SINGLE.  (line   14)
! * gimple_omp_single_clauses_ptr:         GIMPLE_OMP_SINGLE.  (line   17)
! * gimple_omp_single_set_clauses:         GIMPLE_OMP_SINGLE.  (line   21)
  * gimple_op <1>:                         Manipulating GIMPLE statements.
!                                                              (line   81)
! * gimple_op:                             Logical Operators.  (line   81)
  * gimple_op_ptr:                         Manipulating GIMPLE statements.
!                                                              (line   84)
! * gimple_ops <1>:                        Manipulating GIMPLE statements.
!                                                              (line   78)
! * gimple_ops:                            Logical Operators.  (line   84)
  * GIMPLE_PHI:                            GIMPLE_PHI.         (line    6)
! * gimple_phi_arg <1>:                    SSA.                (line   63)
! * gimple_phi_arg:                        GIMPLE_PHI.         (line   25)
! * gimple_phi_arg_def:                    SSA.                (line   69)
! * gimple_phi_arg_edge:                   SSA.                (line   66)
! * gimple_phi_capacity:                   GIMPLE_PHI.         (line    7)
! * gimple_phi_num_args <1>:               SSA.                (line   59)
! * gimple_phi_num_args:                   GIMPLE_PHI.         (line   11)
! * gimple_phi_result <1>:                 SSA.                (line   56)
! * gimple_phi_result:                     GIMPLE_PHI.         (line   16)
! * gimple_phi_result_ptr:                 GIMPLE_PHI.         (line   19)
! * gimple_phi_set_arg:                    GIMPLE_PHI.         (line   30)
! * gimple_phi_set_result:                 GIMPLE_PHI.         (line   22)
  * gimple_plf:                            Manipulating GIMPLE statements.
!                                                              (line   66)
  * GIMPLE_RESX:                           GIMPLE_RESX.        (line    6)
! * gimple_resx_region:                    GIMPLE_RESX.        (line   13)
! * gimple_resx_set_region:                GIMPLE_RESX.        (line   16)
  * GIMPLE_RETURN:                         GIMPLE_RETURN.      (line    6)
! * gimple_return_retval:                  GIMPLE_RETURN.      (line   10)
! * gimple_return_set_retval:              GIMPLE_RETURN.      (line   14)
! * gimple_seq_add_seq:                    GIMPLE sequences.   (line   32)
! * gimple_seq_add_stmt:                   GIMPLE sequences.   (line   26)
! * gimple_seq_alloc:                      GIMPLE sequences.   (line   62)
! * gimple_seq_copy:                       GIMPLE sequences.   (line   67)
! * gimple_seq_deep_copy:                  GIMPLE sequences.   (line   37)
! * gimple_seq_empty_p:                    GIMPLE sequences.   (line   70)
! * gimple_seq_first:                      GIMPLE sequences.   (line   44)
! * gimple_seq_init:                       GIMPLE sequences.   (line   59)
! * gimple_seq_last:                       GIMPLE sequences.   (line   47)
! * gimple_seq_reverse:                    GIMPLE sequences.   (line   40)
! * gimple_seq_set_first:                  GIMPLE sequences.   (line   55)
! * gimple_seq_set_last:                   GIMPLE sequences.   (line   51)
! * gimple_seq_singleton_p:                GIMPLE sequences.   (line   79)
  * gimple_set_block:                      Manipulating GIMPLE statements.
!                                                              (line   39)
  * gimple_set_def_ops:                    Manipulating GIMPLE statements.
!                                                              (line   98)
  * gimple_set_has_volatile_ops:           Manipulating GIMPLE statements.
!                                                              (line  138)
  * gimple_set_locus:                      Manipulating GIMPLE statements.
!                                                              (line   45)
  * gimple_set_op:                         Manipulating GIMPLE statements.
!                                                              (line   87)
  * gimple_set_plf:                        Manipulating GIMPLE statements.
!                                                              (line   62)
  * gimple_set_use_ops:                    Manipulating GIMPLE statements.
!                                                              (line  105)
  * gimple_set_vdef_ops:                   Manipulating GIMPLE statements.
!                                                              (line  119)
  * gimple_set_visited:                    Manipulating GIMPLE statements.
!                                                              (line   55)
  * gimple_set_vuse_ops:                   Manipulating GIMPLE statements.
!                                                              (line  112)
! * gimple_simplify:                       GIMPLE API.         (line    8)
  * gimple_statement_with_ops:             Tuple representation.
                                                               (line   96)
  * gimple_stored_syms:                    Manipulating GIMPLE statements.
!                                                              (line  126)
  * GIMPLE_SWITCH:                         GIMPLE_SWITCH.      (line    6)
! * gimple_switch_default_label:           GIMPLE_SWITCH.      (line   43)
! * gimple_switch_index:                   GIMPLE_SWITCH.      (line   25)
! * gimple_switch_label:                   GIMPLE_SWITCH.      (line   33)
! * gimple_switch_num_labels:              GIMPLE_SWITCH.      (line   16)
! * gimple_switch_set_default_label:       GIMPLE_SWITCH.      (line   47)
! * gimple_switch_set_index:               GIMPLE_SWITCH.      (line   29)
! * gimple_switch_set_label:               GIMPLE_SWITCH.      (line   38)
! * gimple_switch_set_num_labels:          GIMPLE_SWITCH.      (line   21)
  * GIMPLE_TRY:                            GIMPLE_TRY.         (line    6)
! * gimple_try_catch_is_cleanup:           GIMPLE_TRY.         (line   20)
! * gimple_try_cleanup:                    GIMPLE_TRY.         (line   27)
! * gimple_try_eval:                       GIMPLE_TRY.         (line   23)
! * gimple_try_kind:                       GIMPLE_TRY.         (line   16)
! * gimple_try_set_catch_is_cleanup:       GIMPLE_TRY.         (line   32)
! * gimple_try_set_cleanup:                GIMPLE_TRY.         (line   40)
! * gimple_try_set_eval:                   GIMPLE_TRY.         (line   35)
  * gimple_use_ops:                        Manipulating GIMPLE statements.
!                                                              (line  101)
  * gimple_vdef_ops:                       Manipulating GIMPLE statements.
!                                                              (line  115)
  * gimple_visited_p:                      Manipulating GIMPLE statements.
!                                                              (line   58)
  * gimple_vuse_ops:                       Manipulating GIMPLE statements.
!                                                              (line  108)
  * gimple_wce_cleanup:                    GIMPLE_WITH_CLEANUP_EXPR.
!                                                              (line   11)
  * gimple_wce_cleanup_eh_only:            GIMPLE_WITH_CLEANUP_EXPR.
!                                                              (line   18)
  * gimple_wce_set_cleanup:                GIMPLE_WITH_CLEANUP_EXPR.
!                                                              (line   15)
  * gimple_wce_set_cleanup_eh_only:        GIMPLE_WITH_CLEANUP_EXPR.
!                                                              (line   22)
  * GIMPLE_WITH_CLEANUP_EXPR:              GIMPLE_WITH_CLEANUP_EXPR.
                                                               (line    6)
  * gimplification <1>:                    Gimplification pass.
                                                               (line    6)
! * gimplification:                        Parsing pass.       (line   14)
! * gimplifier:                            Parsing pass.       (line   14)
! * gimplify_assign:                       GIMPLE_ASSIGN.      (line   43)
  * gimplify_expr:                         Gimplification pass.
                                                               (line   18)
  * gimplify_function_tree:                Gimplification pass.
                                                               (line   18)
  * GLOBAL_INIT_PRIORITY:                  Functions for C++.  (line  141)
  * global_regs:                           Register Basics.    (line   59)
! * GO_IF_LEGITIMATE_ADDRESS:              Addressing Modes.   (line   91)
  * greater than:                          Comparisons.        (line   60)
! * gsi_after_labels:                      Sequence iterators. (line   76)
! * gsi_bb:                                Sequence iterators. (line   83)
  * gsi_commit_edge_inserts <1>:           Maintaining the CFG.
!                                                              (line  105)
! * gsi_commit_edge_inserts:               Sequence iterators. (line  194)
! * gsi_commit_one_edge_insert:            Sequence iterators. (line  190)
  * gsi_end_p <1>:                         Maintaining the CFG.
!                                                              (line   49)
! * gsi_end_p:                             Sequence iterators. (line   60)
! * gsi_for_stmt:                          Sequence iterators. (line  157)
  * gsi_insert_after <1>:                  Maintaining the CFG.
!                                                              (line   61)
! * gsi_insert_after:                      Sequence iterators. (line  147)
  * gsi_insert_before <1>:                 Maintaining the CFG.
!                                                              (line   67)
! * gsi_insert_before:                     Sequence iterators. (line  136)
  * gsi_insert_on_edge <1>:                Maintaining the CFG.
!                                                              (line  105)
! * gsi_insert_on_edge:                    Sequence iterators. (line  174)
! * gsi_insert_on_edge_immediate:          Sequence iterators. (line  185)
! * gsi_insert_seq_after:                  Sequence iterators. (line  154)
! * gsi_insert_seq_before:                 Sequence iterators. (line  143)
! * gsi_insert_seq_on_edge:                Sequence iterators. (line  179)
  * gsi_last <1>:                          Maintaining the CFG.
!                                                              (line   45)
! * gsi_last:                              Sequence iterators. (line   50)
! * gsi_last_bb:                           Sequence iterators. (line   56)
! * gsi_link_after:                        Sequence iterators. (line  115)
! * gsi_link_before:                       Sequence iterators. (line  105)
! * gsi_link_seq_after:                    Sequence iterators. (line  110)
! * gsi_link_seq_before:                   Sequence iterators. (line   99)
! * gsi_move_after:                        Sequence iterators. (line  161)
! * gsi_move_before:                       Sequence iterators. (line  166)
! * gsi_move_to_bb_end:                    Sequence iterators. (line  171)
  * gsi_next <1>:                          Maintaining the CFG.
!                                                              (line   53)
! * gsi_next:                              Sequence iterators. (line   66)
! * gsi_one_before_end_p:                  Sequence iterators. (line   63)
  * gsi_prev <1>:                          Maintaining the CFG.
!                                                              (line   57)
! * gsi_prev:                              Sequence iterators. (line   69)
  * gsi_remove <1>:                        Maintaining the CFG.
!                                                              (line   73)
! * gsi_remove:                            Sequence iterators. (line   90)
! * gsi_replace:                           Sequence iterators. (line  130)
! * gsi_seq:                               Sequence iterators. (line   86)
! * gsi_split_seq_after:                   Sequence iterators. (line  120)
! * gsi_split_seq_before:                  Sequence iterators. (line  125)
  * gsi_start <1>:                         Maintaining the CFG.
!                                                              (line   41)
! * gsi_start:                             Sequence iterators. (line   40)
! * gsi_start_bb:                          Sequence iterators. (line   46)
! * gsi_stmt:                              Sequence iterators. (line   72)
! * gsi_stmt_ptr:                          Sequence iterators. (line   80)
  * gt:                                    Comparisons.        (line   60)
! * gt and attributes:                     Expressions.        (line   85)
  * GT_EXPR:                               Unary and Binary Expressions.
                                                               (line    6)
! * gtu:                                   Comparisons.        (line   64)
! * gtu and attributes:                    Expressions.        (line   85)
! * GTY:                                   Type Information.   (line    6)
! * H in constraint:                       Simple Constraints. (line   98)
! * HAmode:                                Machine Modes.      (line  147)
! * HANDLE_PRAGMA_PACK_WITH_EXPANSION:     Misc.               (line  461)
  * HANDLER:                               Statements for C++. (line    6)
  * HANDLER_BODY:                          Statements for C++. (line    6)
  * HANDLER_PARMS:                         Statements for C++. (line    6)
  * hard registers:                        Regs and Memory.    (line    9)
! * HARD_FRAME_POINTER_IS_ARG_POINTER:     Frame Registers.    (line   58)
! * HARD_FRAME_POINTER_IS_FRAME_POINTER:   Frame Registers.    (line   51)
! * HARD_FRAME_POINTER_REGNUM:             Frame Registers.    (line   20)
! * HARD_REGNO_CALL_PART_CLOBBERED:        Register Basics.    (line   53)
! * HARD_REGNO_CALLER_SAVE_MODE:           Caller Saves.       (line   11)
  * HARD_REGNO_MODE_OK:                    Values in Registers.
!                                                              (line   58)
  * HARD_REGNO_NREGS:                      Values in Registers.
!                                                              (line   11)
  * HARD_REGNO_NREGS_HAS_PADDING:          Values in Registers.
!                                                              (line   25)
  * HARD_REGNO_NREGS_WITH_PADDING:         Values in Registers.
!                                                              (line   43)
  * HARD_REGNO_RENAME_OK:                  Values in Registers.
!                                                              (line  119)
  * HAS_INIT_SECTION:                      Macros for Initialization.
!                                                              (line   19)
! * HAS_LONG_COND_BRANCH:                  Misc.               (line    9)
! * HAS_LONG_UNCOND_BRANCH:                Misc.               (line   18)
  * HAVE_DOS_BASED_FILE_SYSTEM:            Filesystem.         (line   11)
! * HAVE_POST_DECREMENT:                   Addressing Modes.   (line   12)
! * HAVE_POST_INCREMENT:                   Addressing Modes.   (line   11)
! * HAVE_POST_MODIFY_DISP:                 Addressing Modes.   (line   18)
! * HAVE_POST_MODIFY_REG:                  Addressing Modes.   (line   24)
! * HAVE_PRE_DECREMENT:                    Addressing Modes.   (line   10)
! * HAVE_PRE_INCREMENT:                    Addressing Modes.   (line    9)
! * HAVE_PRE_MODIFY_DISP:                  Addressing Modes.   (line   17)
! * HAVE_PRE_MODIFY_REG:                   Addressing Modes.   (line   23)
! * HCmode:                                Machine Modes.      (line  200)
  * HFmode:                                Machine Modes.      (line   61)
  * high:                                  Constants.          (line  150)
  * HImode:                                Machine Modes.      (line   29)
! * HImode, in insn:                       Insns.              (line  272)
! * HONOR_REG_ALLOC_ORDER:                 Allocation Order.   (line   37)
  * host configuration:                    Host Config.        (line    6)
  * host functions:                        Host Common.        (line    6)
  * host hooks:                            Host Common.        (line    6)
  * host makefile fragment:                Host Fragment.      (line    6)
  * HOST_BIT_BUCKET:                       Filesystem.         (line   51)
  * HOST_EXECUTABLE_SUFFIX:                Filesystem.         (line   45)
! * HOST_HOOKS_EXTRA_SIGNALS:              Host Common.        (line   12)
! * HOST_HOOKS_GT_PCH_ALLOC_GRANULARITY:   Host Common.        (line   45)
! * HOST_HOOKS_GT_PCH_GET_ADDRESS:         Host Common.        (line   17)
! * HOST_HOOKS_GT_PCH_USE_ADDRESS:         Host Common.        (line   26)
  * HOST_LACKS_INODE_NUMBERS:              Filesystem.         (line   89)
  * HOST_LONG_FORMAT:                      Host Misc.          (line   45)
  * HOST_LONG_LONG_FORMAT:                 Host Misc.          (line   41)
  * HOST_OBJECT_SUFFIX:                    Filesystem.         (line   40)
  * HOST_PTR_PRINTF:                       Host Misc.          (line   49)
! * HOT_TEXT_SECTION_NAME:                 Sections.           (line   43)
  * HQmode:                                Machine Modes.      (line  110)
! * I in constraint:                       Simple Constraints. (line   81)
! * i in constraint:                       Simple Constraints. (line   70)
  * identifier:                            Identifiers.        (line    6)
  * IDENTIFIER_LENGTH:                     Identifiers.        (line   22)
  * IDENTIFIER_NODE:                       Identifiers.        (line    6)
*************** Concept Index
*** 49441,49500 ****
  * IDENTIFIER_TYPENAME_P:                 Identifiers.        (line   33)
  * IEEE 754-2008:                         Decimal float library routines.
                                                               (line    6)
- * IFCVT_MACHDEP_INIT:                    Misc.               (line  585)
- * IFCVT_MODIFY_CANCEL:                   Misc.               (line  579)
- * IFCVT_MODIFY_FINAL:                    Misc.               (line  573)
- * IFCVT_MODIFY_INSN:                     Misc.               (line  567)
- * IFCVT_MODIFY_MULTIPLE_TESTS:           Misc.               (line  559)
- * IFCVT_MODIFY_TESTS:                    Misc.               (line  549)
  * IF_COND:                               Statements for C++. (line    6)
  * IF_STMT:                               Statements for C++. (line    6)
  * if_then_else:                          Comparisons.        (line   80)
  * if_then_else and attributes:           Expressions.        (line   32)
  * if_then_else usage:                    Side Effects.       (line   56)
  * IMAGPART_EXPR:                         Unary and Binary Expressions.
                                                               (line    6)
! * Immediate Uses:                        SSA Operands.       (line  258)
  * immediate_operand:                     Machine-Independent Predicates.
!                                                              (line   10)
! * IMMEDIATE_PREFIX:                      Instruction Output. (line  153)
  * include:                               Including Patterns. (line    6)
! * INCLUDE_DEFAULTS:                      Driver.             (line  331)
! * inclusive-or, bitwise:                 Arithmetic.         (line  163)
! * INCOMING_FRAME_SP_OFFSET:              Frame Layout.       (line  179)
! * INCOMING_REGNO:                        Register Basics.    (line   86)
! * INCOMING_REG_PARM_STACK_SPACE:         Stack Arguments.    (line   73)
! * INCOMING_RETURN_ADDR_RTX:              Frame Layout.       (line  135)
! * INCOMING_STACK_BOUNDARY:               Storage Layout.     (line  171)
! * INDEX_REG_CLASS:                       Register Classes.   (line  140)
! * indirect_jump instruction pattern:     Standard Names.     (line 1476)
  * indirect_operand:                      Machine-Independent Predicates.
!                                                              (line   70)
  * INDIRECT_REF:                          Storage References. (line    6)
! * initialization routines:               Initialization.     (line    6)
! * INITIAL_ELIMINATION_OFFSET:            Elimination.        (line   68)
! * INITIAL_FRAME_ADDRESS_RTX:             Frame Layout.       (line   77)
! * INIT_ARRAY_SECTION_ASM_OP:             Sections.           (line  106)
! * INIT_CUMULATIVE_ARGS:                  Register Arguments. (line  165)
! * INIT_CUMULATIVE_INCOMING_ARGS:         Register Arguments. (line  193)
! * INIT_CUMULATIVE_LIBCALL_ARGS:          Register Arguments. (line  187)
! * INIT_ENVIRONMENT:                      Driver.             (line  309)
! * INIT_EXPANDERS:                        Per-Function Data.  (line   36)
  * INIT_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
! * init_machine_status:                   Per-Function Data.  (line   42)
  * init_one_libfunc:                      Library Calls.      (line   15)
- * INIT_SECTION_ASM_OP:                   Sections.           (line   90)
  * INIT_SECTION_ASM_OP <1>:               Macros for Initialization.
!                                                              (line    9)
  * inlining:                              Target Attributes.  (line   95)
  * insert_insn_on_edge:                   Maintaining the CFG.
!                                                              (line  104)
  * insn:                                  Insns.              (line   63)
  * insn and /f:                           Flags.              (line  107)
  * insn and /j:                           Flags.              (line  157)
  * insn and /s:                           Flags.              (line   49)
- * insn and /s <1>:                       Flags.              (line  148)
  * insn and /u:                           Flags.              (line   39)
  * insn and /v:                           Flags.              (line   44)
  * insn attributes:                       Insn Attributes.    (line    6)
--- 49876,49940 ----
  * IDENTIFIER_TYPENAME_P:                 Identifiers.        (line   33)
  * IEEE 754-2008:                         Decimal float library routines.
                                                               (line    6)
  * IF_COND:                               Statements for C++. (line    6)
  * IF_STMT:                               Statements for C++. (line    6)
  * if_then_else:                          Comparisons.        (line   80)
  * if_then_else and attributes:           Expressions.        (line   32)
  * if_then_else usage:                    Side Effects.       (line   56)
+ * IFCVT_MACHDEP_INIT:                    Misc.               (line  586)
+ * IFCVT_MODIFY_CANCEL:                   Misc.               (line  580)
+ * IFCVT_MODIFY_FINAL:                    Misc.               (line  574)
+ * IFCVT_MODIFY_INSN:                     Misc.               (line  568)
+ * IFCVT_MODIFY_MULTIPLE_TESTS:           Misc.               (line  561)
+ * IFCVT_MODIFY_TESTS:                    Misc.               (line  550)
  * IMAGPART_EXPR:                         Unary and Binary Expressions.
                                                               (line    6)
! * Immediate Uses:                        SSA Operands.       (line  261)
  * immediate_operand:                     Machine-Independent Predicates.
!                                                              (line   11)
! * IMMEDIATE_PREFIX:                      Instruction Output. (line  155)
! * in_struct:                             Flags.              (line  245)
! * in_struct, in code_label and note:     Flags.              (line   59)
! * in_struct, in insn and jump_insn and call_insn: Flags.     (line   49)
! * in_struct, in insn, call_insn, jump_insn and jump_table_data: Flags.
!                                                              (line  148)
! * in_struct, in subreg:                  Flags.              (line  187)
  * include:                               Including Patterns. (line    6)
! * INCLUDE_DEFAULTS:                      Driver.             (line  332)
! * inclusive-or, bitwise:                 Arithmetic.         (line  162)
! * INCOMING_FRAME_SP_OFFSET:              Frame Layout.       (line  181)
! * INCOMING_REG_PARM_STACK_SPACE:         Stack Arguments.    (line   74)
! * INCOMING_REGNO:                        Register Basics.    (line   87)
! * INCOMING_RETURN_ADDR_RTX:              Frame Layout.       (line  137)
! * INCOMING_STACK_BOUNDARY:               Storage Layout.     (line  173)
! * INDEX_REG_CLASS:                       Register Classes.   (line  143)
! * indirect_jump instruction pattern:     Standard Names.     (line 1483)
  * indirect_operand:                      Machine-Independent Predicates.
!                                                              (line   71)
  * INDIRECT_REF:                          Storage References. (line    6)
! * INIT_ARRAY_SECTION_ASM_OP:             Sections.           (line  107)
! * INIT_CUMULATIVE_ARGS:                  Register Arguments. (line  168)
! * INIT_CUMULATIVE_INCOMING_ARGS:         Register Arguments. (line  195)
! * INIT_CUMULATIVE_LIBCALL_ARGS:          Register Arguments. (line  189)
! * INIT_ENVIRONMENT:                      Driver.             (line  310)
! * INIT_EXPANDERS:                        Per-Function Data.  (line   39)
  * INIT_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
! * init_machine_status:                   Per-Function Data.  (line   45)
  * init_one_libfunc:                      Library Calls.      (line   15)
  * INIT_SECTION_ASM_OP <1>:               Macros for Initialization.
!                                                              (line   10)
! * INIT_SECTION_ASM_OP:                   Sections.           (line   91)
! * INITIAL_ELIMINATION_OFFSET:            Elimination.        (line   69)
! * INITIAL_FRAME_ADDRESS_RTX:             Frame Layout.       (line   79)
! * initialization routines:               Initialization.     (line    6)
  * inlining:                              Target Attributes.  (line   95)
  * insert_insn_on_edge:                   Maintaining the CFG.
!                                                              (line  105)
  * insn:                                  Insns.              (line   63)
  * insn and /f:                           Flags.              (line  107)
  * insn and /j:                           Flags.              (line  157)
  * insn and /s:                           Flags.              (line   49)
  * insn and /u:                           Flags.              (line   39)
  * insn and /v:                           Flags.              (line   44)
  * insn attributes:                       Insn Attributes.    (line    6)
*************** Concept Index
*** 49506,49540 ****
  * insn splitting:                        Insn Splitting.     (line    6)
  * insn-attr.h:                           Defining Attributes.
                                                               (line   34)
- * insns:                                 Insns.              (line    6)
- * insns, generating:                     RTL Template.       (line    6)
- * insns, recognizing:                    RTL Template.       (line    6)
  * INSN_ANNULLED_BRANCH_P:                Flags.              (line   39)
! * INSN_CODE:                             Insns.              (line  295)
  * INSN_DELETED_P:                        Flags.              (line   44)
  * INSN_FROM_TARGET_P:                    Flags.              (line   49)
! * insn_list:                             Insns.              (line  540)
! * INSN_REFERENCES_ARE_DELAYED:           Misc.               (line  486)
! * INSN_SETS_ARE_DELAYED:                 Misc.               (line  475)
  * INSN_UID:                              Insns.              (line   23)
! * INSN_VAR_LOCATION:                     Insns.              (line  236)
  * instruction attributes:                Insn Attributes.    (line    6)
  * instruction latency time:              Processor pipeline description.
                                                               (line    6)
- * instruction latency time <1>:          Processor pipeline description.
-                                                              (line  105)
- * instruction latency time <2>:          Processor pipeline description.
-                                                              (line  196)
  * instruction patterns:                  Patterns.           (line    6)
  * instruction splitting:                 Insn Splitting.     (line    6)
! * insv instruction pattern:              Standard Names.     (line 1261)
! * insvM instruction pattern:             Standard Names.     (line 1213)
! * insvmisalignM instruction pattern:     Standard Names.     (line 1223)
  * int iterators in .md files:            Int Iterators.      (line    6)
! * INT16_TYPE:                            Type Layout.        (line  210)
! * INT32_TYPE:                            Type Layout.        (line  211)
! * INT64_TYPE:                            Type Layout.        (line  212)
! * INT8_TYPE:                             Type Layout.        (line  209)
  * INTEGER_CST:                           Constant expressions.
                                                               (line    6)
  * INTEGER_TYPE:                          Types.              (line    6)
--- 49946,49985 ----
  * insn splitting:                        Insn Splitting.     (line    6)
  * insn-attr.h:                           Defining Attributes.
                                                               (line   34)
  * INSN_ANNULLED_BRANCH_P:                Flags.              (line   39)
! * INSN_CODE:                             Insns.              (line  299)
  * INSN_DELETED_P:                        Flags.              (line   44)
  * INSN_FROM_TARGET_P:                    Flags.              (line   49)
! * insn_list:                             Insns.              (line  548)
! * INSN_REFERENCES_ARE_DELAYED:           Misc.               (line  488)
! * INSN_SETS_ARE_DELAYED:                 Misc.               (line  477)
  * INSN_UID:                              Insns.              (line   23)
! * INSN_VAR_LOCATION:                     Insns.              (line  239)
! * insns:                                 Insns.              (line    6)
! * insns, generating:                     RTL Template.       (line    6)
! * insns, recognizing:                    RTL Template.       (line    6)
  * instruction attributes:                Insn Attributes.    (line    6)
  * instruction latency time:              Processor pipeline description.
                                                               (line    6)
  * instruction patterns:                  Patterns.           (line    6)
  * instruction splitting:                 Insn Splitting.     (line    6)
! * insv instruction pattern:              Standard Names.     (line 1267)
! * insvM instruction pattern:             Standard Names.     (line 1219)
! * insvmisalignM instruction pattern:     Standard Names.     (line 1229)
  * int iterators in .md files:            Int Iterators.      (line    6)
! * INT16_TYPE:                            Type Layout.        (line  211)
! * INT32_TYPE:                            Type Layout.        (line  212)
! * INT64_TYPE:                            Type Layout.        (line  213)
! * INT8_TYPE:                             Type Layout.        (line  210)
! * INT_FAST16_TYPE:                       Type Layout.        (line  227)
! * INT_FAST32_TYPE:                       Type Layout.        (line  228)
! * INT_FAST64_TYPE:                       Type Layout.        (line  229)
! * INT_FAST8_TYPE:                        Type Layout.        (line  226)
! * INT_LEAST16_TYPE:                      Type Layout.        (line  219)
! * INT_LEAST32_TYPE:                      Type Layout.        (line  220)
! * INT_LEAST64_TYPE:                      Type Layout.        (line  221)
! * INT_LEAST8_TYPE:                       Type Layout.        (line  218)
! * INT_TYPE_SIZE:                         Type Layout.        (line   12)
  * INTEGER_CST:                           Constant expressions.
                                                               (line    6)
  * INTEGER_TYPE:                          Types.              (line    6)
*************** Concept Index
*** 49542,49617 ****
  * interfacing to GCC output:             Interface.          (line    6)
  * interlock delays:                      Processor pipeline description.
                                                               (line    6)
! * intermediate representation lowering:  Parsing pass.       (line   13)
! * INTMAX_TYPE:                           Type Layout.        (line  186)
! * INTPTR_TYPE:                           Type Layout.        (line  233)
  * introduction:                          Top.                (line    6)
- * INT_FAST16_TYPE:                       Type Layout.        (line  226)
- * INT_FAST32_TYPE:                       Type Layout.        (line  227)
- * INT_FAST64_TYPE:                       Type Layout.        (line  228)
- * INT_FAST8_TYPE:                        Type Layout.        (line  225)
- * INT_LEAST16_TYPE:                      Type Layout.        (line  218)
- * INT_LEAST32_TYPE:                      Type Layout.        (line  219)
- * INT_LEAST64_TYPE:                      Type Layout.        (line  220)
- * INT_LEAST8_TYPE:                       Type Layout.        (line  217)
- * INT_TYPE_SIZE:                         Type Layout.        (line   11)
  * INVOKE__main:                          Macros for Initialization.
!                                                              (line   50)
! * in_struct:                             Flags.              (line  245)
! * in_struct, in code_label and note:     Flags.              (line   59)
! * in_struct, in insn and jump_insn and call_insn: Flags.     (line   49)
! * in_struct, in insn, call_insn, jump_insn and jump_table_data: Flags.
!                                                              (line  148)
! * in_struct, in subreg:                  Flags.              (line  187)
! * ior:                                   Arithmetic.         (line  163)
  * ior and attributes:                    Expressions.        (line   50)
  * ior, canonicalization of:              Insn Canonicalizations.
!                                                              (line   51)
! * iorM3 instruction pattern:             Standard Names.     (line  315)
! * IRA_HARD_REGNO_ADD_COST_MULTIPLIER:    Allocation Order.   (line   44)
! * IS_ASM_LOGICAL_LINE_SEPARATOR:         Data Output.        (line  123)
! * is_gimple_addressable:                 Logical Operators.  (line  113)
! * is_gimple_asm_val:                     Logical Operators.  (line  117)
! * is_gimple_assign:                      Logical Operators.  (line  149)
! * is_gimple_call:                        Logical Operators.  (line  152)
! * is_gimple_call_addr:                   Logical Operators.  (line  120)
! * is_gimple_constant:                    Logical Operators.  (line  128)
! * is_gimple_debug:                       Logical Operators.  (line  155)
! * is_gimple_ip_invariant:                Logical Operators.  (line  137)
! * is_gimple_ip_invariant_address:        Logical Operators.  (line  142)
! * is_gimple_mem_ref_addr:                Logical Operators.  (line  124)
! * is_gimple_min_invariant:               Logical Operators.  (line  131)
! * is_gimple_omp:                         Logical Operators.  (line  166)
! * is_gimple_val:                         Logical Operators.  (line  107)
  * iterators in .md files:                Iterators.          (line    6)
  * IV analysis on GIMPLE:                 Scalar evolutions.  (line    6)
  * IV analysis on RTL:                    loop-iv.            (line    6)
  * JMP_BUF_SIZE:                          Exception Region Output.
!                                                              (line   83)
  * jump:                                  Flags.              (line  286)
! * jump instruction pattern:              Standard Names.     (line 1354)
  * jump instruction patterns:             Jump Patterns.      (line    6)
  * jump instructions and set:             Side Effects.       (line   56)
  * jump, in call_insn:                    Flags.              (line  161)
  * jump, in insn:                         Flags.              (line  157)
  * jump, in mem:                          Flags.              (line   70)
! * Jumps:                                 Jumps.              (line    6)
! * JUMP_ALIGN:                            Alignment Output.   (line    8)
  * jump_insn:                             Insns.              (line   73)
  * jump_insn and /f:                      Flags.              (line  107)
  * jump_insn and /s:                      Flags.              (line   49)
- * jump_insn and /s <1>:                  Flags.              (line  148)
  * jump_insn and /u:                      Flags.              (line   39)
  * jump_insn and /v:                      Flags.              (line   44)
  * JUMP_LABEL:                            Insns.              (line   80)
- * JUMP_TABLES_IN_TEXT_SECTION:           Sections.           (line  155)
  * jump_table_data:                       Insns.              (line  166)
  * jump_table_data and /s:                Flags.              (line  148)
  * jump_table_data and /v:                Flags.              (line   44)
! * LABEL_ALIGN:                           Alignment Output.   (line   57)
! * LABEL_ALIGN_AFTER_BARRIER:             Alignment Output.   (line   26)
! * LABEL_ALTERNATE_NAME:                  Edges.              (line  180)
  * LABEL_ALT_ENTRY_P:                     Insns.              (line  146)
  * LABEL_DECL:                            Declarations.       (line    6)
  * LABEL_KIND:                            Insns.              (line  146)
  * LABEL_NUSES:                           Insns.              (line  142)
--- 49987,50046 ----
  * interfacing to GCC output:             Interface.          (line    6)
  * interlock delays:                      Processor pipeline description.
                                                               (line    6)
! * intermediate representation lowering:  Parsing pass.       (line   14)
! * INTMAX_TYPE:                           Type Layout.        (line  187)
! * INTPTR_TYPE:                           Type Layout.        (line  234)
  * introduction:                          Top.                (line    6)
  * INVOKE__main:                          Macros for Initialization.
!                                                              (line   51)
! * ior:                                   Arithmetic.         (line  162)
  * ior and attributes:                    Expressions.        (line   50)
  * ior, canonicalization of:              Insn Canonicalizations.
!                                                              (line   52)
! * iorM3 instruction pattern:             Standard Names.     (line  319)
! * IRA_HARD_REGNO_ADD_COST_MULTIPLIER:    Allocation Order.   (line   46)
! * IS_ASM_LOGICAL_LINE_SEPARATOR:         Data Output.        (line  125)
! * is_gimple_addressable:                 Logical Operators.  (line  115)
! * is_gimple_asm_val:                     Logical Operators.  (line  119)
! * is_gimple_assign:                      Logical Operators.  (line  151)
! * is_gimple_call:                        Logical Operators.  (line  154)
! * is_gimple_call_addr:                   Logical Operators.  (line  122)
! * is_gimple_constant:                    Logical Operators.  (line  130)
! * is_gimple_debug:                       Logical Operators.  (line  157)
! * is_gimple_ip_invariant:                Logical Operators.  (line  139)
! * is_gimple_ip_invariant_address:        Logical Operators.  (line  144)
! * is_gimple_mem_ref_addr:                Logical Operators.  (line  126)
! * is_gimple_min_invariant:               Logical Operators.  (line  133)
! * is_gimple_omp:                         Logical Operators.  (line  168)
! * is_gimple_val:                         Logical Operators.  (line  109)
  * iterators in .md files:                Iterators.          (line    6)
  * IV analysis on GIMPLE:                 Scalar evolutions.  (line    6)
  * IV analysis on RTL:                    loop-iv.            (line    6)
  * JMP_BUF_SIZE:                          Exception Region Output.
!                                                              (line   85)
  * jump:                                  Flags.              (line  286)
! * jump instruction pattern:              Standard Names.     (line 1360)
  * jump instruction patterns:             Jump Patterns.      (line    6)
  * jump instructions and set:             Side Effects.       (line   56)
  * jump, in call_insn:                    Flags.              (line  161)
  * jump, in insn:                         Flags.              (line  157)
  * jump, in mem:                          Flags.              (line   70)
! * JUMP_ALIGN:                            Alignment Output.   (line    9)
  * jump_insn:                             Insns.              (line   73)
  * jump_insn and /f:                      Flags.              (line  107)
  * jump_insn and /s:                      Flags.              (line   49)
  * jump_insn and /u:                      Flags.              (line   39)
  * jump_insn and /v:                      Flags.              (line   44)
  * JUMP_LABEL:                            Insns.              (line   80)
  * jump_table_data:                       Insns.              (line  166)
  * jump_table_data and /s:                Flags.              (line  148)
  * jump_table_data and /v:                Flags.              (line   44)
! * JUMP_TABLES_IN_TEXT_SECTION:           Sections.           (line  156)
! * Jumps:                                 Jumps.              (line    6)
! * LABEL_ALIGN:                           Alignment Output.   (line   58)
! * LABEL_ALIGN_AFTER_BARRIER:             Alignment Output.   (line   27)
  * LABEL_ALT_ENTRY_P:                     Insns.              (line  146)
+ * LABEL_ALTERNATE_NAME:                  Edges.              (line  181)
  * LABEL_DECL:                            Declarations.       (line    6)
  * LABEL_KIND:                            Insns.              (line  146)
  * LABEL_NUSES:                           Insns.              (line  142)
*************** Concept Index
*** 49620,49708 ****
  * label_ref and /v:                      Flags.              (line   65)
  * label_ref, RTL sharing:                Sharing.            (line   35)
  * LABEL_REF_NONLOCAL_P:                  Flags.              (line   65)
- * language-dependent trees:              Language-dependent trees.
-                                                              (line    6)
- * language-independent intermediate representation: Parsing pass.
-                                                              (line   13)
  * lang_hooks.gimplify_expr:              Gimplification pass.
                                                               (line   18)
  * lang_hooks.parse_file:                 Parsing pass.       (line    6)
  * large return values:                   Aggregate Return.   (line    6)
! * LAST_STACK_REG:                        Stack Registers.    (line   30)
  * LAST_VIRTUAL_REGISTER:                 Regs and Memory.    (line   51)
! * lceilMN2:                              Standard Names.     (line  882)
  * LCSSA:                                 LCSSA.              (line    6)
- * LDD_SUFFIX:                            Macros for Initialization.
-                                                              (line  121)
- * ldexpM3 instruction pattern:           Standard Names.     (line  667)
  * LD_FINI_SWITCH:                        Macros for Initialization.
!                                                              (line   28)
  * LD_INIT_SWITCH:                        Macros for Initialization.
!                                                              (line   24)
  * le:                                    Comparisons.        (line   76)
! * le and attributes:                     Expressions.        (line   83)
  * leaf functions:                        Leaf Functions.     (line    6)
! * leaf_function_p:                       Standard Names.     (line 1438)
! * LEAF_REGISTERS:                        Leaf Functions.     (line   23)
! * LEAF_REG_REMAP:                        Leaf Functions.     (line   37)
! * left rotate:                           Arithmetic.         (line  195)
! * left shift:                            Arithmetic.         (line  173)
! * LEGITIMATE_PIC_OPERAND_P:              PIC.                (line   31)
! * LEGITIMIZE_RELOAD_ADDRESS:             Addressing Modes.   (line  150)
! * length:                                GTY Options.        (line   47)
  * less than:                             Comparisons.        (line   68)
  * less than or equal:                    Comparisons.        (line   76)
  * leu:                                   Comparisons.        (line   76)
! * leu and attributes:                    Expressions.        (line   83)
! * LE_EXPR:                               Unary and Binary Expressions.
!                                                              (line    6)
! * lfloorMN2:                             Standard Names.     (line  877)
  * LIB2FUNCS_EXTRA:                       Target Fragment.    (line   11)
  * LIBCALL_VALUE:                         Scalar Return.      (line   56)
  * libgcc.a:                              Library Calls.      (line    6)
  * LIBGCC2_CFLAGS:                        Target Fragment.    (line    8)
! * LIBGCC2_GNU_PREFIX:                    Type Layout.        (line  102)
! * LIBGCC2_UNWIND_ATTRIBUTE:              Misc.               (line 1088)
! * LIBGCC_SPEC:                           Driver.             (line  115)
  * library subroutine names:              Library Calls.      (line    6)
! * LIBRARY_PATH_ENV:                      Misc.               (line  527)
! * LIB_SPEC:                              Driver.             (line  107)
! * LIMIT_RELOAD_CLASS:                    Register Classes.   (line  296)
! * LINK_COMMAND_SPEC:                     Driver.             (line  240)
! * LINK_EH_SPEC:                          Driver.             (line  142)
! * LINK_GCC_C_SEQUENCE_SPEC:              Driver.             (line  232)
! * LINK_LIBGCC_SPECIAL_1:                 Driver.             (line  227)
! * LINK_SPEC:                             Driver.             (line  100)
  * list:                                  Containers.         (line    6)
  * Liveness representation:               Liveness information.
                                                               (line    6)
! * load address instruction:              Simple Constraints. (line  162)
! * LOAD_EXTEND_OP:                        Misc.               (line   76)
! * load_multiple instruction pattern:     Standard Names.     (line  136)
! * Local Register Allocator (LRA):        RTL passes.         (line  187)
! * LOCAL_ALIGNMENT:                       Storage Layout.     (line  274)
  * LOCAL_CLASS_P:                         Classes.            (line   73)
! * LOCAL_DECL_ALIGNMENT:                  Storage Layout.     (line  311)
! * LOCAL_INCLUDE_DIR:                     Driver.             (line  316)
! * LOCAL_LABEL_PREFIX:                    Instruction Output. (line  151)
! * LOCAL_REGNO:                           Register Basics.    (line  100)
! * log10M2 instruction pattern:           Standard Names.     (line  771)
! * log1pM2 instruction pattern:           Standard Names.     (line  761)
! * log2M2 instruction pattern:            Standard Names.     (line  778)
! * logbM2 instruction pattern:            Standard Names.     (line  785)
  * Logical Operators:                     Logical Operators.  (line    6)
! * logical-and, bitwise:                  Arithmetic.         (line  158)
! * LOGICAL_OP_NON_SHORT_CIRCUIT:          Costs.              (line  294)
! * logM2 instruction pattern:             Standard Names.     (line  754)
! * LOG_LINKS:                             Insns.              (line  314)
  * longjmp and automatic variables:       Interface.          (line   52)
- * LONG_ACCUM_TYPE_SIZE:                  Type Layout.        (line   92)
- * LONG_DOUBLE_TYPE_SIZE:                 Type Layout.        (line   57)
- * LONG_FRACT_TYPE_SIZE:                  Type Layout.        (line   72)
- * LONG_LONG_ACCUM_TYPE_SIZE:             Type Layout.        (line   97)
- * LONG_LONG_FRACT_TYPE_SIZE:             Type Layout.        (line   77)
- * LONG_LONG_TYPE_SIZE:                   Type Layout.        (line   32)
- * LONG_TYPE_SIZE:                        Type Layout.        (line   21)
  * Loop analysis:                         Loop representation.
                                                               (line    6)
  * Loop manipulation:                     Loop manipulation.  (line    6)
--- 50049,50138 ----
  * label_ref and /v:                      Flags.              (line   65)
  * label_ref, RTL sharing:                Sharing.            (line   35)
  * LABEL_REF_NONLOCAL_P:                  Flags.              (line   65)
  * lang_hooks.gimplify_expr:              Gimplification pass.
                                                               (line   18)
  * lang_hooks.parse_file:                 Parsing pass.       (line    6)
+ * language-dependent trees:              Language-dependent trees.
+                                                              (line    6)
+ * language-independent intermediate representation: Parsing pass.
+                                                              (line   14)
  * large return values:                   Aggregate Return.   (line    6)
! * LAST_STACK_REG:                        Stack Registers.    (line   31)
  * LAST_VIRTUAL_REGISTER:                 Regs and Memory.    (line   51)
! * lceilMN2:                              Standard Names.     (line  888)
  * LCSSA:                                 LCSSA.              (line    6)
  * LD_FINI_SWITCH:                        Macros for Initialization.
!                                                              (line   29)
  * LD_INIT_SWITCH:                        Macros for Initialization.
!                                                              (line   25)
! * LDD_SUFFIX:                            Macros for Initialization.
!                                                              (line  122)
! * ldexpM3 instruction pattern:           Standard Names.     (line  673)
  * le:                                    Comparisons.        (line   76)
! * le and attributes:                     Expressions.        (line   85)
! * LE_EXPR:                               Unary and Binary Expressions.
!                                                              (line    6)
  * leaf functions:                        Leaf Functions.     (line    6)
! * leaf_function_p:                       Standard Names.     (line 1445)
! * LEAF_REG_REMAP:                        Leaf Functions.     (line   39)
! * LEAF_REGISTERS:                        Leaf Functions.     (line   25)
! * left rotate:                           Arithmetic.         (line  194)
! * left shift:                            Arithmetic.         (line  172)
! * LEGITIMATE_PIC_OPERAND_P:              PIC.                (line   32)
! * LEGITIMIZE_RELOAD_ADDRESS:             Addressing Modes.   (line  153)
! * length:                                GTY Options.        (line   50)
  * less than:                             Comparisons.        (line   68)
  * less than or equal:                    Comparisons.        (line   76)
  * leu:                                   Comparisons.        (line   76)
! * leu and attributes:                    Expressions.        (line   85)
! * lfloorMN2:                             Standard Names.     (line  883)
  * LIB2FUNCS_EXTRA:                       Target Fragment.    (line   11)
+ * LIB_SPEC:                              Driver.             (line  108)
  * LIBCALL_VALUE:                         Scalar Return.      (line   56)
  * libgcc.a:                              Library Calls.      (line    6)
  * LIBGCC2_CFLAGS:                        Target Fragment.    (line    8)
! * LIBGCC2_GNU_PREFIX:                    Type Layout.        (line  103)
! * LIBGCC2_UNWIND_ATTRIBUTE:              Misc.               (line 1094)
! * LIBGCC_SPEC:                           Driver.             (line  116)
  * library subroutine names:              Library Calls.      (line    6)
! * LIBRARY_PATH_ENV:                      Misc.               (line  529)
! * LIMIT_RELOAD_CLASS:                    Register Classes.   (line  300)
! * LINK_COMMAND_SPEC:                     Driver.             (line  241)
! * LINK_EH_SPEC:                          Driver.             (line  143)
! * LINK_GCC_C_SEQUENCE_SPEC:              Driver.             (line  233)
! * LINK_LIBGCC_SPECIAL_1:                 Driver.             (line  228)
! * LINK_SPEC:                             Driver.             (line  101)
  * list:                                  Containers.         (line    6)
  * Liveness representation:               Liveness information.
                                                               (line    6)
! * lo_sum:                                Arithmetic.         (line   24)
! * load address instruction:              Simple Constraints. (line  164)
! * LOAD_EXTEND_OP:                        Misc.               (line   77)
! * load_multiple instruction pattern:     Standard Names.     (line  137)
! * Local Register Allocator (LRA):        RTL passes.         (line  188)
! * LOCAL_ALIGNMENT:                       Storage Layout.     (line  277)
  * LOCAL_CLASS_P:                         Classes.            (line   73)
! * LOCAL_DECL_ALIGNMENT:                  Storage Layout.     (line  314)
! * LOCAL_INCLUDE_DIR:                     Driver.             (line  317)
! * LOCAL_LABEL_PREFIX:                    Instruction Output. (line  153)
! * LOCAL_REGNO:                           Register Basics.    (line  101)
! * log10M2 instruction pattern:           Standard Names.     (line  777)
! * log1pM2 instruction pattern:           Standard Names.     (line  767)
! * log2M2 instruction pattern:            Standard Names.     (line  784)
! * LOG_LINKS:                             Insns.              (line  318)
! * logbM2 instruction pattern:            Standard Names.     (line  791)
  * Logical Operators:                     Logical Operators.  (line    6)
! * logical-and, bitwise:                  Arithmetic.         (line  157)
! * LOGICAL_OP_NON_SHORT_CIRCUIT:          Costs.              (line  295)
! * logM2 instruction pattern:             Standard Names.     (line  760)
! * LONG_ACCUM_TYPE_SIZE:                  Type Layout.        (line   93)
! * LONG_DOUBLE_TYPE_SIZE:                 Type Layout.        (line   58)
! * LONG_FRACT_TYPE_SIZE:                  Type Layout.        (line   73)
! * LONG_LONG_ACCUM_TYPE_SIZE:             Type Layout.        (line   98)
! * LONG_LONG_FRACT_TYPE_SIZE:             Type Layout.        (line   78)
! * LONG_LONG_TYPE_SIZE:                   Type Layout.        (line   33)
! * LONG_TYPE_SIZE:                        Type Layout.        (line   22)
  * longjmp and automatic variables:       Interface.          (line   52)
  * Loop analysis:                         Loop representation.
                                                               (line    6)
  * Loop manipulation:                     Loop manipulation.  (line    6)
*************** Concept Index
*** 49710,49739 ****
  * Loop representation:                   Loop representation.
                                                               (line    6)
  * Loop-closed SSA form:                  LCSSA.              (line    6)
! * looping instruction patterns:          Looping Patterns.   (line    6)
! * LOOP_ALIGN:                            Alignment Output.   (line   40)
  * LOOP_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
  * lowering, language-dependent intermediate representation: Parsing pass.
!                                                              (line   13)
! * lo_sum:                                Arithmetic.         (line   25)
! * lrintMN2:                              Standard Names.     (line  867)
! * lroundMN2:                             Standard Names.     (line  872)
! * lshiftrt:                              Arithmetic.         (line  190)
! * lshiftrt and attributes:               Expressions.        (line   83)
  * LSHIFT_EXPR:                           Unary and Binary Expressions.
                                                               (line    6)
! * lshrM3 instruction pattern:            Standard Names.     (line  605)
  * lt:                                    Comparisons.        (line   68)
! * lt and attributes:                     Expressions.        (line   83)
  * LTGT_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
  * lto:                                   LTO.                (line    6)
  * ltrans:                                LTO.                (line    6)
  * ltu:                                   Comparisons.        (line   68)
- * LT_EXPR:                               Unary and Binary Expressions.
-                                                              (line    6)
  * m in constraint:                       Simple Constraints. (line   17)
  * machine attributes:                    Target Attributes.  (line    6)
  * machine description macros:            Target Macros.      (line    6)
  * machine descriptions:                  Machine Desc.       (line    6)
--- 50140,50169 ----
  * Loop representation:                   Loop representation.
                                                               (line    6)
  * Loop-closed SSA form:                  LCSSA.              (line    6)
! * LOOP_ALIGN:                            Alignment Output.   (line   41)
  * LOOP_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
+ * looping instruction patterns:          Looping Patterns.   (line    6)
  * lowering, language-dependent intermediate representation: Parsing pass.
!                                                              (line   14)
! * lrintMN2:                              Standard Names.     (line  873)
! * lroundMN2:                             Standard Names.     (line  878)
  * LSHIFT_EXPR:                           Unary and Binary Expressions.
                                                               (line    6)
! * lshiftrt:                              Arithmetic.         (line  189)
! * lshiftrt and attributes:               Expressions.        (line   85)
! * lshrM3 instruction pattern:            Standard Names.     (line  611)
  * lt:                                    Comparisons.        (line   68)
! * lt and attributes:                     Expressions.        (line   85)
! * LT_EXPR:                               Unary and Binary Expressions.
!                                                              (line    6)
  * LTGT_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
  * lto:                                   LTO.                (line    6)
  * ltrans:                                LTO.                (line    6)
  * ltu:                                   Comparisons.        (line   68)
  * m in constraint:                       Simple Constraints. (line   17)
+ * MACH_DEP_SECTION_ASM_FLAG:             Sections.           (line  121)
  * machine attributes:                    Target Attributes.  (line    6)
  * machine description macros:            Target Macros.      (line    6)
  * machine descriptions:                  Machine Desc.       (line    6)
*************** Concept Index
*** 49744,49902 ****
  * machine-independent predicates:        Machine-Independent Predicates.
                                                               (line    6)
  * machine_mode:                          Machine Modes.      (line    6)
- * MACH_DEP_SECTION_ASM_FLAG:             Sections.           (line  120)
  * macros, target description:            Target Macros.      (line    6)
! * maddMN4 instruction pattern:           Standard Names.     (line  526)
! * makefile fragment:                     Fragments.          (line    6)
! * makefile targets:                      Makefile.           (line    6)
! * MAKE_DECL_ONE_ONLY:                    Label Output.       (line  281)
  * make_safe_from:                        Expander Definitions.
                                                               (line  151)
! * MALLOC_ABI_ALIGNMENT:                  Storage Layout.     (line  190)
  * Manipulating GIMPLE statements:        Manipulating GIMPLE statements.
                                                               (line    6)
  * marking roots:                         GGC Roots.          (line    6)
- * maskloadMN instruction pattern:        Standard Names.     (line  258)
- * maskstoreMN instruction pattern:       Standard Names.     (line  265)
  * MASK_RETURN_ADDR:                      Exception Region Output.
!                                                              (line   35)
  * Match and Simplify:                    Match and Simplify. (line    6)
- * matching constraint:                   Simple Constraints. (line  140)
- * matching operands:                     Output Template.    (line   49)
- * match_dup:                             RTL Template.       (line   73)
  * match_dup <1>:                         define_peephole2.   (line   28)
  * match_dup and attributes:              Insn Lengths.       (line   16)
  * match_operand:                         RTL Template.       (line   16)
  * match_operand and attributes:          Expressions.        (line   55)
  * match_operator:                        RTL Template.       (line   95)
- * match_op_dup:                          RTL Template.       (line  163)
- * match_parallel:                        RTL Template.       (line  172)
  * match_par_dup:                         RTL Template.       (line  219)
! * match_scratch:                         RTL Template.       (line   58)
  * match_scratch <1>:                     define_peephole2.   (line   28)
  * match_test and attributes:             Expressions.        (line   64)
  * math library:                          Soft float library routines.
                                                               (line    6)
  * math, in RTL:                          Arithmetic.         (line    6)
  * matherr:                               Library Calls.      (line   59)
! * MATH_LIBRARY:                          Misc.               (line  520)
! * maxM3 instruction pattern:             Standard Names.     (line  377)
! * MAX_BITSIZE_MODE_ANY_INT:              Machine Modes.      (line  358)
! * MAX_BITSIZE_MODE_ANY_MODE:             Machine Modes.      (line  364)
! * MAX_BITS_PER_WORD:                     Storage Layout.     (line   54)
! * MAX_CONDITIONAL_EXECUTE:               Misc.               (line  542)
! * MAX_FIXED_MODE_SIZE:                   Storage Layout.     (line  456)
! * MAX_MOVE_MAX:                          Misc.               (line  122)
! * MAX_OFILE_ALIGNMENT:                   Storage Layout.     (line  228)
! * MAX_REGS_PER_ADDRESS:                  Addressing Modes.   (line   42)
! * MAX_STACK_ALIGNMENT:                   Storage Layout.     (line  222)
! * maybe_undef:                           GTY Options.        (line  141)
! * may_trap_p, tree_could_trap_p:         Edges.              (line  114)
  * mcount:                                Profiling.          (line   12)
! * MD_EXEC_PREFIX:                        Driver.             (line  271)
! * MD_FALLBACK_FRAME_STATE_FOR:           Exception Handling. (line   93)
! * MD_HANDLE_UNWABI:                      Exception Handling. (line  112)
! * MD_STARTFILE_PREFIX:                   Driver.             (line  299)
! * MD_STARTFILE_PREFIX_1:                 Driver.             (line  304)
! * mem:                                   Regs and Memory.    (line  370)
  * mem and /c:                            Flags.              (line   81)
  * mem and /f:                            Flags.              (line   85)
  * mem and /j:                            Flags.              (line   70)
  * mem and /u:                            Flags.              (line  134)
  * mem and /v:                            Flags.              (line   76)
  * mem, RTL sharing:                      Sharing.            (line   40)
! * memory model:                          Memory model.       (line    6)
! * memory reference, nonoffsettable:      Simple Constraints. (line  254)
! * memory references in constraints:      Simple Constraints. (line   17)
! * memory_barrier instruction pattern:    Standard Names.     (line 1823)
! * MEMORY_MOVE_COST:                      Costs.              (line   53)
! * memory_operand:                        Machine-Independent Predicates.
!                                                              (line   57)
! * MEM_ADDR_SPACE:                        Special Accessors.  (line   48)
  * MEM_ALIAS_SET:                         Special Accessors.  (line    9)
! * MEM_ALIGN:                             Special Accessors.  (line   45)
! * MEM_EXPR:                              Special Accessors.  (line   19)
  * MEM_KEEP_ALIAS_SET_P:                  Flags.              (line   70)
  * MEM_NOTRAP_P:                          Flags.              (line   81)
! * MEM_OFFSET:                            Special Accessors.  (line   31)
! * MEM_OFFSET_KNOWN_P:                    Special Accessors.  (line   27)
  * MEM_POINTER:                           Flags.              (line   85)
  * MEM_READONLY_P:                        Flags.              (line  134)
  * MEM_REF:                               Storage References. (line    6)
! * mem_signal_fenceMODE instruction pattern: Standard Names.  (line 2107)
! * MEM_SIZE:                              Special Accessors.  (line   39)
! * MEM_SIZE_KNOWN_P:                      Special Accessors.  (line   35)
! * mem_thread_fenceMODE instruction pattern: Standard Names.  (line 2099)
  * MEM_VOLATILE_P:                        Flags.              (line   76)
  * METHOD_TYPE:                           Types.              (line    6)
! * MINIMUM_ALIGNMENT:                     Storage Layout.     (line  324)
! * MINIMUM_ATOMIC_ALIGNMENT:              Storage Layout.     (line  198)
! * minM3 instruction pattern:             Standard Names.     (line  377)
! * minus:                                 Arithmetic.         (line   38)
! * minus and attributes:                  Expressions.        (line   83)
  * minus, canonicalization of:            Insn Canonicalizations.
                                                               (line   27)
  * MINUS_EXPR:                            Unary and Binary Expressions.
                                                               (line    6)
- * MIN_UNITS_PER_WORD:                    Storage Layout.     (line   64)
  * MIPS coprocessor-definition macros:    MIPS Coprocessors.  (line    6)
  * miscellaneous register hooks:          Miscellaneous Register Hooks.
                                                               (line    6)
  * mnemonic attribute:                    Mnemonic Attribute. (line    6)
! * mod:                                   Arithmetic.         (line  136)
! * mod and attributes:                    Expressions.        (line   83)
! * mode classes:                          Machine Modes.      (line  225)
  * mode iterators in .md files:           Mode Iterators.     (line    6)
  * mode switching:                        Mode Switching.     (line    6)
! * MODES_TIEABLE_P:                       Values in Registers.
!                                                              (line  127)
! * MODE_ACCUM:                            Machine Modes.      (line  255)
! * MODE_BASE_REG_CLASS:                   Register Classes.   (line  116)
! * MODE_BASE_REG_REG_CLASS:               Register Classes.   (line  122)
! * MODE_CC:                               Machine Modes.      (line  274)
  * MODE_CC <1>:                           MODE_CC Condition Codes.
                                                               (line    6)
! * MODE_CODE_BASE_REG_CLASS:              Register Classes.   (line  129)
! * MODE_COMPLEX_FLOAT:                    Machine Modes.      (line  266)
! * MODE_COMPLEX_INT:                      Machine Modes.      (line  263)
! * MODE_DECIMAL_FLOAT:                    Machine Modes.      (line  243)
! * MODE_FLOAT:                            Machine Modes.      (line  239)
! * MODE_FRACT:                            Machine Modes.      (line  247)
! * MODE_FUNCTION:                         Machine Modes.      (line  270)
! * MODE_INT:                              Machine Modes.      (line  231)
! * MODE_PARTIAL_INT:                      Machine Modes.      (line  235)
! * MODE_POINTER_BOUNDS:                   Machine Modes.      (line  279)
! * MODE_RANDOM:                           Machine Modes.      (line  284)
! * MODE_UACCUM:                           Machine Modes.      (line  259)
! * MODE_UFRACT:                           Machine Modes.      (line  251)
  * modifiers in constraints:              Modifiers.          (line    6)
  * MODIFY_EXPR:                           Unary and Binary Expressions.
                                                               (line    6)
! * MODIFY_JNI_METHOD_CALL:                Misc.               (line  891)
! * modM3 instruction pattern:             Standard Names.     (line  315)
! * modulo scheduling:                     RTL passes.         (line  123)
! * MOVE_MAX:                              Misc.               (line  117)
! * MOVE_MAX_PIECES:                       Costs.              (line  210)
! * MOVE_RATIO:                            Costs.              (line  149)
  * movM instruction pattern:              Standard Names.     (line   11)
! * movmemM instruction pattern:           Standard Names.     (line  981)
! * movmisalignM instruction pattern:      Standard Names.     (line  125)
! * movMODEcc instruction pattern:         Standard Names.     (line 1275)
! * movstr instruction pattern:            Standard Names.     (line 1016)
! * movstrictM instruction pattern:        Standard Names.     (line  119)
! * msubMN4 instruction pattern:           Standard Names.     (line  549)
! * mulhisi3 instruction pattern:          Standard Names.     (line  502)
! * mulM3 instruction pattern:             Standard Names.     (line  315)
! * mulqihi3 instruction pattern:          Standard Names.     (line  506)
! * mulsidi3 instruction pattern:          Standard Names.     (line  506)
! * mult:                                  Arithmetic.         (line   93)
! * mult and attributes:                   Expressions.        (line   83)
  * mult, canonicalization of:             Insn Canonicalizations.
                                                               (line   27)
! * mult, canonicalization of <1>:         Insn Canonicalizations.
!                                                              (line   91)
  * MULTIARCH_DIRNAME:                     Target Fragment.    (line  171)
! * MULTILIB_DEFAULTS:                     Driver.             (line  256)
  * MULTILIB_DIRNAMES:                     Target Fragment.    (line   44)
  * MULTILIB_EXCEPTIONS:                   Target Fragment.    (line   70)
  * MULTILIB_EXTRA_OPTS:                   Target Fragment.    (line  133)
--- 50174,50333 ----
  * machine-independent predicates:        Machine-Independent Predicates.
                                                               (line    6)
  * machine_mode:                          Machine Modes.      (line    6)
  * macros, target description:            Target Macros.      (line    6)
! * maddMN4 instruction pattern:           Standard Names.     (line  532)
! * MAKE_DECL_ONE_ONLY:                    Label Output.       (line  285)
  * make_safe_from:                        Expander Definitions.
                                                               (line  151)
! * makefile fragment:                     Fragments.          (line    6)
! * makefile targets:                      Makefile.           (line    6)
! * MALLOC_ABI_ALIGNMENT:                  Storage Layout.     (line  192)
  * Manipulating GIMPLE statements:        Manipulating GIMPLE statements.
                                                               (line    6)
  * marking roots:                         GGC Roots.          (line    6)
  * MASK_RETURN_ADDR:                      Exception Region Output.
!                                                              (line   36)
! * maskloadMN instruction pattern:        Standard Names.     (line  260)
! * maskstoreMN instruction pattern:       Standard Names.     (line  267)
  * Match and Simplify:                    Match and Simplify. (line    6)
  * match_dup <1>:                         define_peephole2.   (line   28)
+ * match_dup:                             RTL Template.       (line   73)
  * match_dup and attributes:              Insn Lengths.       (line   16)
+ * match_op_dup:                          RTL Template.       (line  163)
  * match_operand:                         RTL Template.       (line   16)
  * match_operand and attributes:          Expressions.        (line   55)
  * match_operator:                        RTL Template.       (line   95)
  * match_par_dup:                         RTL Template.       (line  219)
! * match_parallel:                        RTL Template.       (line  172)
  * match_scratch <1>:                     define_peephole2.   (line   28)
+ * match_scratch:                         RTL Template.       (line   58)
  * match_test and attributes:             Expressions.        (line   64)
+ * matching constraint:                   Simple Constraints. (line  142)
+ * matching operands:                     Output Template.    (line   49)
  * math library:                          Soft float library routines.
                                                               (line    6)
  * math, in RTL:                          Arithmetic.         (line    6)
+ * MATH_LIBRARY:                          Misc.               (line  522)
  * matherr:                               Library Calls.      (line   59)
! * MAX_BITS_PER_WORD:                     Storage Layout.     (line   55)
! * MAX_BITSIZE_MODE_ANY_INT:              Machine Modes.      (line  359)
! * MAX_BITSIZE_MODE_ANY_MODE:             Machine Modes.      (line  365)
! * MAX_CONDITIONAL_EXECUTE:               Misc.               (line  544)
! * MAX_FIXED_MODE_SIZE:                   Storage Layout.     (line  460)
! * MAX_MOVE_MAX:                          Misc.               (line  123)
! * MAX_OFILE_ALIGNMENT:                   Storage Layout.     (line  231)
! * MAX_REGS_PER_ADDRESS:                  Addressing Modes.   (line   43)
! * MAX_STACK_ALIGNMENT:                   Storage Layout.     (line  224)
! * maxM3 instruction pattern:             Standard Names.     (line  381)
! * may_trap_p, tree_could_trap_p:         Edges.              (line  115)
! * maybe_undef:                           GTY Options.        (line  138)
  * mcount:                                Profiling.          (line   12)
! * MD_EXEC_PREFIX:                        Driver.             (line  272)
! * MD_FALLBACK_FRAME_STATE_FOR:           Exception Handling. (line   94)
! * MD_HANDLE_UNWABI:                      Exception Handling. (line  114)
! * MD_STARTFILE_PREFIX:                   Driver.             (line  300)
! * MD_STARTFILE_PREFIX_1:                 Driver.             (line  305)
! * mem:                                   Regs and Memory.    (line  374)
  * mem and /c:                            Flags.              (line   81)
  * mem and /f:                            Flags.              (line   85)
  * mem and /j:                            Flags.              (line   70)
  * mem and /u:                            Flags.              (line  134)
  * mem and /v:                            Flags.              (line   76)
  * mem, RTL sharing:                      Sharing.            (line   40)
! * MEM_ADDR_SPACE:                        Special Accessors.  (line   49)
  * MEM_ALIAS_SET:                         Special Accessors.  (line    9)
! * MEM_ALIGN:                             Special Accessors.  (line   46)
! * MEM_EXPR:                              Special Accessors.  (line   20)
  * MEM_KEEP_ALIAS_SET_P:                  Flags.              (line   70)
  * MEM_NOTRAP_P:                          Flags.              (line   81)
! * MEM_OFFSET:                            Special Accessors.  (line   32)
! * MEM_OFFSET_KNOWN_P:                    Special Accessors.  (line   28)
  * MEM_POINTER:                           Flags.              (line   85)
  * MEM_READONLY_P:                        Flags.              (line  134)
  * MEM_REF:                               Storage References. (line    6)
! * mem_signal_fenceMODE instruction pattern: Standard Names.  (line 2118)
! * MEM_SIZE:                              Special Accessors.  (line   40)
! * MEM_SIZE_KNOWN_P:                      Special Accessors.  (line   36)
! * mem_thread_fenceMODE instruction pattern: Standard Names.  (line 2110)
  * MEM_VOLATILE_P:                        Flags.              (line   76)
+ * memory model:                          Memory model.       (line    6)
+ * memory reference, nonoffsettable:      Simple Constraints. (line  256)
+ * memory references in constraints:      Simple Constraints. (line   17)
+ * memory_barrier instruction pattern:    Standard Names.     (line 1834)
+ * MEMORY_MOVE_COST:                      Costs.              (line   54)
+ * memory_operand:                        Machine-Independent Predicates.
+                                                              (line   58)
  * METHOD_TYPE:                           Types.              (line    6)
! * MIN_UNITS_PER_WORD:                    Storage Layout.     (line   65)
! * MINIMUM_ALIGNMENT:                     Storage Layout.     (line  327)
! * MINIMUM_ATOMIC_ALIGNMENT:              Storage Layout.     (line  200)
! * minM3 instruction pattern:             Standard Names.     (line  381)
! * minus:                                 Arithmetic.         (line   36)
! * minus and attributes:                  Expressions.        (line   85)
  * minus, canonicalization of:            Insn Canonicalizations.
                                                               (line   27)
  * MINUS_EXPR:                            Unary and Binary Expressions.
                                                               (line    6)
  * MIPS coprocessor-definition macros:    MIPS Coprocessors.  (line    6)
  * miscellaneous register hooks:          Miscellaneous Register Hooks.
                                                               (line    6)
  * mnemonic attribute:                    Mnemonic Attribute. (line    6)
! * mod:                                   Arithmetic.         (line  135)
! * mod and attributes:                    Expressions.        (line   85)
! * mode classes:                          Machine Modes.      (line  226)
  * mode iterators in .md files:           Mode Iterators.     (line    6)
  * mode switching:                        Mode Switching.     (line    6)
! * MODE_ACCUM:                            Machine Modes.      (line  256)
! * MODE_BASE_REG_CLASS:                   Register Classes.   (line  119)
! * MODE_BASE_REG_REG_CLASS:               Register Classes.   (line  125)
  * MODE_CC <1>:                           MODE_CC Condition Codes.
                                                               (line    6)
! * MODE_CC:                               Machine Modes.      (line  275)
! * MODE_CODE_BASE_REG_CLASS:              Register Classes.   (line  133)
! * MODE_COMPLEX_FLOAT:                    Machine Modes.      (line  267)
! * MODE_COMPLEX_INT:                      Machine Modes.      (line  264)
! * MODE_DECIMAL_FLOAT:                    Machine Modes.      (line  244)
! * MODE_FLOAT:                            Machine Modes.      (line  240)
! * MODE_FRACT:                            Machine Modes.      (line  248)
! * MODE_FUNCTION:                         Machine Modes.      (line  271)
! * MODE_INT:                              Machine Modes.      (line  232)
! * MODE_PARTIAL_INT:                      Machine Modes.      (line  236)
! * MODE_POINTER_BOUNDS:                   Machine Modes.      (line  280)
! * MODE_RANDOM:                           Machine Modes.      (line  285)
! * MODE_UACCUM:                           Machine Modes.      (line  260)
! * MODE_UFRACT:                           Machine Modes.      (line  252)
! * MODES_TIEABLE_P:                       Values in Registers.
!                                                              (line  129)
  * modifiers in constraints:              Modifiers.          (line    6)
  * MODIFY_EXPR:                           Unary and Binary Expressions.
                                                               (line    6)
! * MODIFY_JNI_METHOD_CALL:                Misc.               (line  895)
! * modM3 instruction pattern:             Standard Names.     (line  319)
! * modulo scheduling:                     RTL passes.         (line  124)
! * MOVE_MAX:                              Misc.               (line  118)
! * MOVE_MAX_PIECES:                       Costs.              (line  211)
! * MOVE_RATIO:                            Costs.              (line  150)
  * movM instruction pattern:              Standard Names.     (line   11)
! * movmemM instruction pattern:           Standard Names.     (line  987)
! * movmisalignM instruction pattern:      Standard Names.     (line  126)
! * movMODEcc instruction pattern:         Standard Names.     (line 1281)
! * movstr instruction pattern:            Standard Names.     (line 1022)
! * movstrictM instruction pattern:        Standard Names.     (line  120)
! * msubMN4 instruction pattern:           Standard Names.     (line  555)
! * mulhisi3 instruction pattern:          Standard Names.     (line  508)
! * mulM3 instruction pattern:             Standard Names.     (line  319)
! * mulqihi3 instruction pattern:          Standard Names.     (line  512)
! * mulsidi3 instruction pattern:          Standard Names.     (line  512)
! * mult:                                  Arithmetic.         (line   92)
! * mult and attributes:                   Expressions.        (line   85)
  * mult, canonicalization of:             Insn Canonicalizations.
                                                               (line   27)
! * MULT_EXPR:                             Unary and Binary Expressions.
!                                                              (line    6)
! * MULT_HIGHPART_EXPR:                    Unary and Binary Expressions.
!                                                              (line    6)
  * MULTIARCH_DIRNAME:                     Target Fragment.    (line  171)
! * MULTILIB_DEFAULTS:                     Driver.             (line  257)
  * MULTILIB_DIRNAMES:                     Target Fragment.    (line   44)
  * MULTILIB_EXCEPTIONS:                   Target Fragment.    (line   70)
  * MULTILIB_EXTRA_OPTS:                   Target Fragment.    (line  133)
*************** Concept Index
*** 49906,50011 ****
  * MULTILIB_REQUIRED:                     Target Fragment.    (line   82)
  * MULTILIB_REUSE:                        Target Fragment.    (line  103)
  * multiple alternative constraints:      Multi-Alternative.  (line    6)
! * MULTIPLE_SYMBOL_SPACES:                Misc.               (line  499)
! * multiplication:                        Arithmetic.         (line   93)
! * multiplication with signed saturation: Arithmetic.         (line   93)
! * multiplication with unsigned saturation: Arithmetic.       (line   93)
! * MULT_EXPR:                             Unary and Binary Expressions.
!                                                              (line    6)
! * MULT_HIGHPART_EXPR:                    Unary and Binary Expressions.
!                                                              (line    6)
! * mulvM4 instruction pattern:            Standard Names.     (line  331)
! * n in constraint:                       Simple Constraints. (line   73)
  * name:                                  Identifiers.        (line    6)
  * named address spaces:                  Named Address Spaces.
                                                               (line    6)
  * named patterns and conditions:         Patterns.           (line   49)
  * names, pattern:                        Standard Names.     (line    6)
  * namespace, scope:                      Namespaces.         (line    6)
- * NAMESPACE_DECL:                        Declarations.       (line    6)
  * NAMESPACE_DECL <1>:                    Namespaces.         (line    6)
! * NATIVE_SYSTEM_HEADER_COMPONENT:        Driver.             (line  326)
  * ne:                                    Comparisons.        (line   56)
! * ne and attributes:                     Expressions.        (line   83)
! * nearbyintM2 instruction pattern:       Standard Names.     (line  851)
! * neg:                                   Arithmetic.         (line   82)
! * neg and attributes:                    Expressions.        (line   83)
  * neg, canonicalization of:              Insn Canonicalizations.
                                                               (line   27)
  * NEGATE_EXPR:                           Unary and Binary Expressions.
                                                               (line    6)
! * negation:                              Arithmetic.         (line   82)
! * negation with signed saturation:       Arithmetic.         (line   82)
! * negation with unsigned saturation:     Arithmetic.         (line   82)
! * negM2 instruction pattern:             Standard Names.     (line  617)
! * negMODEcc instruction pattern:         Standard Names.     (line 1295)
! * negvM3 instruction pattern:            Standard Names.     (line  620)
  * nested functions, trampolines for:     Trampolines.        (line    6)
! * nested_ptr:                            GTY Options.        (line  149)
  * next_bb, prev_bb, FOR_EACH_BB, FOR_ALL_BB: Basic Blocks.   (line   25)
  * NEXT_INSN:                             Insns.              (line   30)
! * NEXT_OBJC_RUNTIME:                     Library Calls.      (line   82)
! * NE_EXPR:                               Unary and Binary Expressions.
!                                                              (line    6)
  * nil:                                   RTL Objects.        (line   73)
  * NM_FLAGS:                              Macros for Initialization.
!                                                              (line  110)
  * nondeterministic finite state automaton: Processor pipeline description.
!                                                              (line  304)
  * nonimmediate_operand:                  Machine-Independent Predicates.
!                                                              (line  100)
! * nonlocal goto handler:                 Edges.              (line  171)
! * nonlocal_goto instruction pattern:     Standard Names.     (line 1658)
  * nonlocal_goto_receiver instruction pattern: Standard Names.
!                                                              (line 1675)
  * nonmemory_operand:                     Machine-Independent Predicates.
!                                                              (line   96)
! * nonoffsettable memory reference:       Simple Constraints. (line  254)
! * NON_LVALUE_EXPR:                       Unary and Binary Expressions.
!                                                              (line    6)
! * nop instruction pattern:               Standard Names.     (line 1471)
  * NOP_EXPR:                              Unary and Binary Expressions.
                                                               (line    6)
  * normal predicates:                     Predicates.         (line   31)
! * not:                                   Arithmetic.         (line  154)
  * not and attributes:                    Expressions.        (line   50)
  * not equal:                             Comparisons.        (line   56)
  * not, canonicalization of:              Insn Canonicalizations.
                                                               (line   27)
! * note:                                  Insns.              (line  183)
  * note and /i:                           Flags.              (line   59)
  * note and /v:                           Flags.              (line   44)
  * NOTE_INSN_BASIC_BLOCK:                 Basic Blocks.       (line   50)
! * NOTE_INSN_BASIC_BLOCK <1>:             Basic Blocks.       (line   52)
! * NOTE_INSN_BLOCK_BEG:                   Insns.              (line  208)
! * NOTE_INSN_BLOCK_END:                   Insns.              (line  208)
! * NOTE_INSN_DELETED:                     Insns.              (line  198)
! * NOTE_INSN_DELETED_LABEL:               Insns.              (line  203)
! * NOTE_INSN_EH_REGION_BEG:               Insns.              (line  214)
! * NOTE_INSN_EH_REGION_END:               Insns.              (line  214)
! * NOTE_INSN_FUNCTION_BEG:                Insns.              (line  221)
! * NOTE_INSN_VAR_LOCATION:                Insns.              (line  225)
! * NOTE_LINE_NUMBER:                      Insns.              (line  183)
! * NOTE_SOURCE_FILE:                      Insns.              (line  183)
! * NOTE_VAR_LOCATION:                     Insns.              (line  225)
  * NOTICE_UPDATE_CC:                      CC0 Condition Codes.
!                                                              (line   30)
! * notMODEcc instruction pattern:         Standard Names.     (line 1302)
! * NO_DBX_BNSYM_ENSYM:                    DBX Hooks.          (line   25)
! * NO_DBX_FUNCTION_END:                   DBX Hooks.          (line   19)
! * NO_DBX_GCC_MARKER:                     File Names and DBX. (line   27)
! * NO_DBX_MAIN_SOURCE_DIRECTORY:          File Names and DBX. (line   22)
! * NO_DOLLAR_IN_LABEL:                    Label Output.       (line   64)
! * NO_DOT_IN_LABEL:                       Label Output.       (line   70)
! * NO_FUNCTION_CSE:                       Costs.              (line  289)
! * NO_IMPLICIT_EXTERN_C:                  Misc.               (line  398)
! * NO_PROFILE_COUNTERS:                   Profiling.          (line   27)
! * NO_REGS:                               Register Classes.   (line   17)
  * Number of iterations analysis:         Number of iterations.
                                                               (line    6)
- * NUM_MACHINE_MODES:                     Machine Modes.      (line  297)
- * NUM_MODES_FOR_MODE_SWITCHING:          Mode Switching.     (line   30)
- * N_REG_CLASSES:                         Register Classes.   (line   81)
  * o in constraint:                       Simple Constraints. (line   23)
  * OACC_CACHE:                            OpenACC.            (line    6)
  * OACC_DATA:                             OpenACC.            (line    6)
--- 50337,50437 ----
  * MULTILIB_REQUIRED:                     Target Fragment.    (line   82)
  * MULTILIB_REUSE:                        Target Fragment.    (line  103)
  * multiple alternative constraints:      Multi-Alternative.  (line    6)
! * MULTIPLE_SYMBOL_SPACES:                Misc.               (line  501)
! * multiplication:                        Arithmetic.         (line   92)
! * multiplication with signed saturation: Arithmetic.         (line   92)
! * multiplication with unsigned saturation: Arithmetic.       (line   92)
! * mulvM4 instruction pattern:            Standard Names.     (line  335)
! * n in constraint:                       Simple Constraints. (line   75)
! * N_REG_CLASSES:                         Register Classes.   (line   83)
  * name:                                  Identifiers.        (line    6)
  * named address spaces:                  Named Address Spaces.
                                                               (line    6)
  * named patterns and conditions:         Patterns.           (line   49)
  * names, pattern:                        Standard Names.     (line    6)
  * namespace, scope:                      Namespaces.         (line    6)
  * NAMESPACE_DECL <1>:                    Namespaces.         (line    6)
! * NAMESPACE_DECL:                        Declarations.       (line    6)
! * NATIVE_SYSTEM_HEADER_COMPONENT:        Driver.             (line  327)
  * ne:                                    Comparisons.        (line   56)
! * ne and attributes:                     Expressions.        (line   85)
! * NE_EXPR:                               Unary and Binary Expressions.
!                                                              (line    6)
! * nearbyintM2 instruction pattern:       Standard Names.     (line  857)
! * neg:                                   Arithmetic.         (line   81)
! * neg and attributes:                    Expressions.        (line   85)
  * neg, canonicalization of:              Insn Canonicalizations.
                                                               (line   27)
  * NEGATE_EXPR:                           Unary and Binary Expressions.
                                                               (line    6)
! * negation:                              Arithmetic.         (line   81)
! * negation with signed saturation:       Arithmetic.         (line   81)
! * negation with unsigned saturation:     Arithmetic.         (line   81)
! * negM2 instruction pattern:             Standard Names.     (line  623)
! * negMODEcc instruction pattern:         Standard Names.     (line 1301)
! * negvM3 instruction pattern:            Standard Names.     (line  626)
  * nested functions, trampolines for:     Trampolines.        (line    6)
! * nested_ptr:                            GTY Options.        (line  145)
  * next_bb, prev_bb, FOR_EACH_BB, FOR_ALL_BB: Basic Blocks.   (line   25)
  * NEXT_INSN:                             Insns.              (line   30)
! * NEXT_OBJC_RUNTIME:                     Library Calls.      (line   83)
  * nil:                                   RTL Objects.        (line   73)
  * NM_FLAGS:                              Macros for Initialization.
!                                                              (line  111)
! * NO_DBX_BNSYM_ENSYM:                    DBX Hooks.          (line   26)
! * NO_DBX_FUNCTION_END:                   DBX Hooks.          (line   20)
! * NO_DBX_GCC_MARKER:                     File Names and DBX. (line   28)
! * NO_DBX_MAIN_SOURCE_DIRECTORY:          File Names and DBX. (line   23)
! * NO_DOLLAR_IN_LABEL:                    Label Output.       (line   67)
! * NO_DOT_IN_LABEL:                       Label Output.       (line   73)
! * NO_FUNCTION_CSE:                       Costs.              (line  290)
! * NO_IMPLICIT_EXTERN_C:                  Misc.               (line  399)
! * NO_PROFILE_COUNTERS:                   Profiling.          (line   28)
! * NO_REGS:                               Register Classes.   (line   17)
! * NON_LVALUE_EXPR:                       Unary and Binary Expressions.
!                                                              (line    6)
  * nondeterministic finite state automaton: Processor pipeline description.
!                                                              (line  305)
  * nonimmediate_operand:                  Machine-Independent Predicates.
!                                                              (line  101)
! * nonlocal goto handler:                 Edges.              (line  172)
! * nonlocal_goto instruction pattern:     Standard Names.     (line 1667)
  * nonlocal_goto_receiver instruction pattern: Standard Names.
!                                                              (line 1684)
  * nonmemory_operand:                     Machine-Independent Predicates.
!                                                              (line   97)
! * nonoffsettable memory reference:       Simple Constraints. (line  256)
! * nop instruction pattern:               Standard Names.     (line 1478)
  * NOP_EXPR:                              Unary and Binary Expressions.
                                                               (line    6)
  * normal predicates:                     Predicates.         (line   31)
! * not:                                   Arithmetic.         (line  153)
  * not and attributes:                    Expressions.        (line   50)
  * not equal:                             Comparisons.        (line   56)
  * not, canonicalization of:              Insn Canonicalizations.
                                                               (line   27)
! * note:                                  Insns.              (line  185)
  * note and /i:                           Flags.              (line   59)
  * note and /v:                           Flags.              (line   44)
  * NOTE_INSN_BASIC_BLOCK:                 Basic Blocks.       (line   50)
! * NOTE_INSN_BLOCK_BEG:                   Insns.              (line  210)
! * NOTE_INSN_BLOCK_END:                   Insns.              (line  210)
! * NOTE_INSN_DELETED:                     Insns.              (line  200)
! * NOTE_INSN_DELETED_LABEL:               Insns.              (line  205)
! * NOTE_INSN_EH_REGION_BEG:               Insns.              (line  216)
! * NOTE_INSN_EH_REGION_END:               Insns.              (line  216)
! * NOTE_INSN_FUNCTION_BEG:                Insns.              (line  223)
! * NOTE_INSN_VAR_LOCATION:                Insns.              (line  227)
! * NOTE_LINE_NUMBER:                      Insns.              (line  185)
! * NOTE_SOURCE_FILE:                      Insns.              (line  185)
! * NOTE_VAR_LOCATION:                     Insns.              (line  227)
  * NOTICE_UPDATE_CC:                      CC0 Condition Codes.
!                                                              (line   31)
! * notMODEcc instruction pattern:         Standard Names.     (line 1308)
! * NUM_MACHINE_MODES:                     Machine Modes.      (line  298)
! * NUM_MODES_FOR_MODE_SWITCHING:          Mode Switching.     (line   31)
  * Number of iterations analysis:         Number of iterations.
                                                               (line    6)
  * o in constraint:                       Simple Constraints. (line   23)
  * OACC_CACHE:                            OpenACC.            (line    6)
  * OACC_DATA:                             OpenACC.            (line    6)
*************** Concept Index
*** 50017,50028 ****
  * OACC_LOOP:                             OpenACC.            (line    6)
  * OACC_PARALLEL:                         OpenACC.            (line    6)
  * OACC_UPDATE:                           OpenACC.            (line    6)
! * OBJC_GEN_METHOD_LABEL:                 Label Output.       (line  482)
! * OBJC_JBLEN:                            Misc.               (line 1083)
  * OBJECT_FORMAT_COFF:                    Macros for Initialization.
!                                                              (line   96)
! * offsettable address:                   Simple Constraints. (line   23)
  * OFFSET_TYPE:                           Types.              (line    6)
  * OImode:                                Machine Modes.      (line   51)
  * OMP_ATOMIC:                            OpenMP.             (line    6)
  * OMP_CLAUSE:                            OpenMP.             (line    6)
--- 50443,50454 ----
  * OACC_LOOP:                             OpenACC.            (line    6)
  * OACC_PARALLEL:                         OpenACC.            (line    6)
  * OACC_UPDATE:                           OpenACC.            (line    6)
! * OBJC_GEN_METHOD_LABEL:                 Label Output.       (line  487)
! * OBJC_JBLEN:                            Misc.               (line 1089)
  * OBJECT_FORMAT_COFF:                    Macros for Initialization.
!                                                              (line   97)
  * OFFSET_TYPE:                           Types.              (line    6)
+ * offsettable address:                   Simple Constraints. (line   23)
  * OImode:                                Machine Modes.      (line   51)
  * OMP_ATOMIC:                            OpenMP.             (line    6)
  * OMP_CLAUSE:                            OpenMP.             (line    6)
*************** Concept Index
*** 50036,50051 ****
  * OMP_SECTION:                           OpenMP.             (line    6)
  * OMP_SECTIONS:                          OpenMP.             (line    6)
  * OMP_SINGLE:                            OpenMP.             (line    6)
! * one_cmplM2 instruction pattern:        Standard Names.     (line  978)
  * operand access:                        Accessors.          (line    6)
! * Operand Access Routines:               SSA Operands.       (line  116)
  * operand constraints:                   Constraints.        (line    6)
! * Operand Iterators:                     SSA Operands.       (line  116)
  * operand predicates:                    Predicates.         (line    6)
  * operand substitution:                  Output Template.    (line    6)
- * Operands:                              Operands.           (line    6)
- * operands:                              SSA Operands.       (line    6)
  * operands <1>:                          Patterns.           (line   55)
  * operator predicates:                   Predicates.         (line    6)
  * optc-gen.awk:                          Options.            (line    6)
  * OPTGROUP_ALL:                          Optimization groups.
--- 50462,50477 ----
  * OMP_SECTION:                           OpenMP.             (line    6)
  * OMP_SECTIONS:                          OpenMP.             (line    6)
  * OMP_SINGLE:                            OpenMP.             (line    6)
! * one_cmplM2 instruction pattern:        Standard Names.     (line  984)
  * operand access:                        Accessors.          (line    6)
! * Operand Access Routines:               SSA Operands.       (line  119)
  * operand constraints:                   Constraints.        (line    6)
! * Operand Iterators:                     SSA Operands.       (line  119)
  * operand predicates:                    Predicates.         (line    6)
  * operand substitution:                  Output Template.    (line    6)
  * operands <1>:                          Patterns.           (line   55)
+ * operands:                              SSA Operands.       (line    6)
+ * Operands:                              Operands.           (line    6)
  * operator predicates:                   Predicates.         (line    6)
  * optc-gen.awk:                          Options.            (line    6)
  * OPTGROUP_ALL:                          Optimization groups.
*************** Concept Index
*** 50068,50128 ****
  * optimization info file names:          Dump files and streams.
                                                               (line    6)
  * Optimization infrastructure for GIMPLE: Tree SSA.          (line    6)
! * OPTIMIZE_MODE_SWITCHING:               Mode Switching.     (line    8)
  * option specification files:            Options.            (line    6)
  * optional hardware or system features:  Run-time Target.    (line   59)
! * options, directory search:             Including Patterns. (line   47)
! * OPTION_DEFAULT_SPECS:                  Driver.             (line   25)
  * order of register allocation:          Allocation Order.   (line    6)
  * ordered_comparison_operator:           Machine-Independent Predicates.
!                                                              (line  115)
  * ORDERED_EXPR:                          Unary and Binary Expressions.
                                                               (line    6)
  * Ordering of Patterns:                  Pattern Ordering.   (line    6)
! * ORIGINAL_REGNO:                        Special Accessors.  (line   53)
! * other register constraints:            Simple Constraints. (line  171)
  * outgoing_args_size:                    Stack Arguments.    (line   48)
! * OUTGOING_REGNO:                        Register Basics.    (line   93)
! * OUTGOING_REG_PARM_STACK_SPACE:         Stack Arguments.    (line   79)
  * output of assembler code:              File Framework.     (line    6)
  * output statements:                     Output Statement.   (line    6)
  * output templates:                      Output Template.    (line    6)
! * output_asm_insn:                       Output Statement.   (line   52)
! * OUTPUT_QUOTED_STRING:                  File Framework.     (line  106)
! * OVERLAPPING_REGISTER_NAMES:            Instruction Output. (line   20)
  * OVERLOAD:                              Functions for C++.  (line    6)
! * OVERRIDE_ABI_FORMAT:                   Register Arguments. (line  157)
  * OVL_CURRENT:                           Functions for C++.  (line    6)
  * OVL_NEXT:                              Functions for C++.  (line    6)
! * p in constraint:                       Simple Constraints. (line  162)
! * PAD_VARARGS_DOWN:                      Register Arguments. (line  238)
  * parallel:                              Side Effects.       (line  210)
  * parameters, c++ abi:                   C++ ABI.            (line    6)
  * parameters, miscellaneous:             Misc.               (line    6)
  * parameters, precompiled headers:       PCH Target.         (line    6)
  * parity:                                Arithmetic.         (line  242)
! * parityM2 instruction pattern:          Standard Names.     (line  965)
! * PARM_BOUNDARY:                         Storage Layout.     (line  150)
  * PARM_DECL:                             Declarations.       (line    6)
  * PARSE_LDD_OUTPUT:                      Macros for Initialization.
!                                                              (line  125)
  * pass dumps:                            Passes.             (line    6)
  * passes and files of the compiler:      Passes.             (line    6)
  * passing arguments:                     Interface.          (line   36)
- * pass_duplicate_computed_gotos:         Edges.              (line  161)
  * PATH_SEPARATOR:                        Filesystem.         (line   31)
! * PATTERN:                               Insns.              (line  284)
  * pattern conditions:                    Patterns.           (line   43)
  * pattern names:                         Standard Names.     (line    6)
  * Pattern Ordering:                      Pattern Ordering.   (line    6)
  * patterns:                              Patterns.           (line    6)
! * pc:                                    Regs and Memory.    (line  357)
  * pc and attributes:                     Insn Lengths.       (line   20)
  * pc, RTL sharing:                       Sharing.            (line   25)
! * PCC_BITFIELD_TYPE_MATTERS:             Storage Layout.     (line  350)
! * PCC_STATIC_STRUCT_RETURN:              Aggregate Return.   (line   64)
! * PC_REGNUM:                             Register Basics.    (line  107)
! * pc_rtx:                                Regs and Memory.    (line  362)
  * PDImode:                               Machine Modes.      (line   40)
  * peephole optimization, RTL representation: Side Effects.   (line  244)
  * peephole optimizer definitions:        Peephole Definitions.
--- 50494,50554 ----
  * optimization info file names:          Dump files and streams.
                                                               (line    6)
  * Optimization infrastructure for GIMPLE: Tree SSA.          (line    6)
! * OPTIMIZE_MODE_SWITCHING:               Mode Switching.     (line    9)
  * option specification files:            Options.            (line    6)
+ * OPTION_DEFAULT_SPECS:                  Driver.             (line   26)
  * optional hardware or system features:  Run-time Target.    (line   59)
! * options, directory search:             Including Patterns. (line   44)
  * order of register allocation:          Allocation Order.   (line    6)
  * ordered_comparison_operator:           Machine-Independent Predicates.
!                                                              (line  116)
  * ORDERED_EXPR:                          Unary and Binary Expressions.
                                                               (line    6)
  * Ordering of Patterns:                  Pattern Ordering.   (line    6)
! * ORIGINAL_REGNO:                        Special Accessors.  (line   54)
! * other register constraints:            Simple Constraints. (line  173)
  * outgoing_args_size:                    Stack Arguments.    (line   48)
! * OUTGOING_REG_PARM_STACK_SPACE:         Stack Arguments.    (line   80)
! * OUTGOING_REGNO:                        Register Basics.    (line   94)
  * output of assembler code:              File Framework.     (line    6)
  * output statements:                     Output Statement.   (line    6)
  * output templates:                      Output Template.    (line    6)
! * output_asm_insn:                       Output Statement.   (line   53)
! * OUTPUT_QUOTED_STRING:                  File Framework.     (line  108)
! * OVERLAPPING_REGISTER_NAMES:            Instruction Output. (line   21)
  * OVERLOAD:                              Functions for C++.  (line    6)
! * OVERRIDE_ABI_FORMAT:                   Register Arguments. (line  159)
  * OVL_CURRENT:                           Functions for C++.  (line    6)
  * OVL_NEXT:                              Functions for C++.  (line    6)
! * p in constraint:                       Simple Constraints. (line  164)
! * PAD_VARARGS_DOWN:                      Register Arguments. (line  240)
  * parallel:                              Side Effects.       (line  210)
  * parameters, c++ abi:                   C++ ABI.            (line    6)
  * parameters, miscellaneous:             Misc.               (line    6)
  * parameters, precompiled headers:       PCH Target.         (line    6)
  * parity:                                Arithmetic.         (line  242)
! * parityM2 instruction pattern:          Standard Names.     (line  971)
! * PARM_BOUNDARY:                         Storage Layout.     (line  152)
  * PARM_DECL:                             Declarations.       (line    6)
  * PARSE_LDD_OUTPUT:                      Macros for Initialization.
!                                                              (line  127)
  * pass dumps:                            Passes.             (line    6)
+ * pass_duplicate_computed_gotos:         Edges.              (line  162)
  * passes and files of the compiler:      Passes.             (line    6)
  * passing arguments:                     Interface.          (line   36)
  * PATH_SEPARATOR:                        Filesystem.         (line   31)
! * PATTERN:                               Insns.              (line  288)
  * pattern conditions:                    Patterns.           (line   43)
  * pattern names:                         Standard Names.     (line    6)
  * Pattern Ordering:                      Pattern Ordering.   (line    6)
  * patterns:                              Patterns.           (line    6)
! * pc:                                    Regs and Memory.    (line  361)
  * pc and attributes:                     Insn Lengths.       (line   20)
  * pc, RTL sharing:                       Sharing.            (line   25)
! * PC_REGNUM:                             Register Basics.    (line  108)
! * pc_rtx:                                Regs and Memory.    (line  366)
! * PCC_BITFIELD_TYPE_MATTERS:             Storage Layout.     (line  353)
! * PCC_STATIC_STRUCT_RETURN:              Aggregate Return.   (line   65)
  * PDImode:                               Machine Modes.      (line   40)
  * peephole optimization, RTL representation: Side Effects.   (line  244)
  * peephole optimizer definitions:        Peephole Definitions.
*************** Concept Index
*** 50131,50178 ****
  * percent sign:                          Output Template.    (line    6)
  * PHI nodes:                             SSA.                (line   31)
  * PIC:                                   PIC.                (line    6)
! * PIC_OFFSET_TABLE_REGNUM:               PIC.                (line   15)
! * PIC_OFFSET_TABLE_REG_CALL_CLOBBERED:   PIC.                (line   25)
  * pipeline hazard recognizer:            Processor pipeline description.
                                                               (line    6)
- * pipeline hazard recognizer <1>:        Processor pipeline description.
-                                                              (line   53)
  * Plugins:                               Plugins.            (line    6)
  * plus:                                  Arithmetic.         (line   14)
! * plus and attributes:                   Expressions.        (line   83)
  * plus, canonicalization of:             Insn Canonicalizations.
                                                               (line   27)
  * PLUS_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
! * Pmode:                                 Misc.               (line  346)
  * pmode_register_operand:                Machine-Independent Predicates.
!                                                              (line   34)
  * pointer:                               Types.              (line    6)
- * POINTERS_EXTEND_UNSIGNED:              Storage Layout.     (line   76)
  * POINTER_PLUS_EXPR:                     Unary and Binary Expressions.
                                                               (line    6)
! * POINTER_SIZE:                          Storage Layout.     (line   70)
  * POINTER_TYPE:                          Types.              (line    6)
! * popcount:                              Arithmetic.         (line  238)
! * popcountM2 instruction pattern:        Standard Names.     (line  953)
! * pops_args:                             Function Entry.     (line  104)
  * pop_operand:                           Machine-Independent Predicates.
!                                                              (line   87)
  * portability:                           Portability.        (line    6)
  * position independent code:             PIC.                (line    6)
- * POSTDECREMENT_EXPR:                    Unary and Binary Expressions.
-                                                              (line    6)
- * POSTINCREMENT_EXPR:                    Unary and Binary Expressions.
-                                                              (line    6)
  * post_dec:                              Incdec.             (line   25)
  * post_inc:                              Incdec.             (line   30)
! * POST_LINK_SPEC:                        Driver.             (line  236)
  * post_modify:                           Incdec.             (line   33)
  * post_order_compute, inverted_post_order_compute, walk_dominator_tree: Basic Blocks.
                                                               (line   34)
! * POWI_MAX_MULTS:                        Misc.               (line  981)
! * powM3 instruction pattern:             Standard Names.     (line  799)
  * pragma:                                Misc.               (line  404)
  * PREDECREMENT_EXPR:                     Unary and Binary Expressions.
                                                               (line    6)
  * predefined macros:                     Run-time Target.    (line    6)
--- 50557,50606 ----
  * percent sign:                          Output Template.    (line    6)
  * PHI nodes:                             SSA.                (line   31)
  * PIC:                                   PIC.                (line    6)
! * PIC_OFFSET_TABLE_REG_CALL_CLOBBERED:   PIC.                (line   26)
! * PIC_OFFSET_TABLE_REGNUM:               PIC.                (line   16)
  * pipeline hazard recognizer:            Processor pipeline description.
                                                               (line    6)
  * Plugins:                               Plugins.            (line    6)
  * plus:                                  Arithmetic.         (line   14)
! * plus and attributes:                   Expressions.        (line   85)
  * plus, canonicalization of:             Insn Canonicalizations.
                                                               (line   27)
  * PLUS_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
! * Pmode:                                 Misc.               (line  347)
  * pmode_register_operand:                Machine-Independent Predicates.
!                                                              (line   35)
  * pointer:                               Types.              (line    6)
  * POINTER_PLUS_EXPR:                     Unary and Binary Expressions.
                                                               (line    6)
! * POINTER_SIZE:                          Storage Layout.     (line   71)
  * POINTER_TYPE:                          Types.              (line    6)
! * POINTERS_EXTEND_UNSIGNED:              Storage Layout.     (line   77)
  * pop_operand:                           Machine-Independent Predicates.
!                                                              (line   88)
! * popcount:                              Arithmetic.         (line  238)
! * popcountM2 instruction pattern:        Standard Names.     (line  959)
! * pops_args:                             Function Entry.     (line  106)
  * portability:                           Portability.        (line    6)
  * position independent code:             PIC.                (line    6)
  * post_dec:                              Incdec.             (line   25)
  * post_inc:                              Incdec.             (line   30)
! * POST_LINK_SPEC:                        Driver.             (line  237)
  * post_modify:                           Incdec.             (line   33)
  * post_order_compute, inverted_post_order_compute, walk_dominator_tree: Basic Blocks.
                                                               (line   34)
! * POSTDECREMENT_EXPR:                    Unary and Binary Expressions.
!                                                              (line    6)
! * POSTINCREMENT_EXPR:                    Unary and Binary Expressions.
!                                                              (line    6)
! * POWI_MAX_MULTS:                        Misc.               (line  986)
! * powM3 instruction pattern:             Standard Names.     (line  805)
  * pragma:                                Misc.               (line  404)
+ * pre_dec:                               Incdec.             (line    8)
+ * PRE_GCC3_DWARF_FRAME_REGISTERS:        Frame Registers.    (line  127)
+ * pre_inc:                               Incdec.             (line   22)
+ * pre_modify:                            Incdec.             (line   51)
  * PREDECREMENT_EXPR:                     Unary and Binary Expressions.
                                                               (line    6)
  * predefined macros:                     Run-time Target.    (line    6)
*************** Concept Index
*** 50182,50299 ****
                                                               (line    6)
  * predict.def:                           Profile information.
                                                               (line   24)
! * PREFERRED_DEBUGGING_TYPE:              All Debuggers.      (line   41)
! * PREFERRED_RELOAD_CLASS:                Register Classes.   (line  249)
! * PREFERRED_STACK_BOUNDARY:              Storage Layout.     (line  164)
! * prefetch:                              Side Effects.       (line  324)
  * prefetch and /v:                       Flags.              (line  214)
! * prefetch instruction pattern:          Standard Names.     (line 1800)
  * PREFETCH_SCHEDULE_BARRIER_P:           Flags.              (line  214)
  * PREINCREMENT_EXPR:                     Unary and Binary Expressions.
                                                               (line    6)
  * presence_set:                          Processor pipeline description.
!                                                              (line  223)
  * preserving SSA form:                   SSA.                (line   74)
! * pretend_args_size:                     Function Entry.     (line  110)
  * prev_active_insn:                      define_peephole.    (line   60)
  * PREV_INSN:                             Insns.              (line   26)
! * pre_dec:                               Incdec.             (line    8)
! * PRE_GCC3_DWARF_FRAME_REGISTERS:        Frame Registers.    (line  126)
! * pre_inc:                               Incdec.             (line   22)
! * pre_modify:                            Incdec.             (line   52)
! * PRINT_OPERAND:                         Instruction Output. (line   95)
! * PRINT_OPERAND_ADDRESS:                 Instruction Output. (line  122)
! * PRINT_OPERAND_PUNCT_VALID_P:           Instruction Output. (line  115)
! * probe_stack instruction pattern:       Standard Names.     (line 1650)
! * probe_stack_address instruction pattern: Standard Names.   (line 1643)
  * processor functional units:            Processor pipeline description.
                                                               (line    6)
- * processor functional units <1>:        Processor pipeline description.
-                                                              (line   68)
  * processor pipeline description:        Processor pipeline description.
                                                               (line    6)
! * product:                               Arithmetic.         (line   93)
  * profile feedback:                      Profile information.
                                                               (line   14)
  * profile representation:                Profile information.
                                                               (line    6)
! * PROFILE_BEFORE_PROLOGUE:               Profiling.          (line   34)
! * PROFILE_HOOK:                          Profiling.          (line   22)
  * profiling, code generation:            Profiling.          (line    6)
! * program counter:                       Regs and Memory.    (line  358)
  * prologue:                              Function Entry.     (line    6)
! * prologue instruction pattern:          Standard Names.     (line 1739)
! * PROMOTE_MODE:                          Storage Layout.     (line   87)
  * pseudo registers:                      Regs and Memory.    (line    9)
  * PSImode:                               Machine Modes.      (line   32)
! * PTRDIFF_TYPE:                          Type Layout.        (line  157)
! * purge_dead_edges:                      Edges.              (line  103)
  * purge_dead_edges <1>:                  Maintaining the CFG.
!                                                              (line   81)
! * push address instruction:              Simple Constraints. (line  162)
! * pushM1 instruction pattern:            Standard Names.     (line  302)
! * PUSH_ARGS:                             Stack Arguments.    (line   17)
! * PUSH_ARGS_REVERSED:                    Stack Arguments.    (line   25)
  * push_operand:                          Machine-Independent Predicates.
!                                                              (line   80)
! * push_reload:                           Addressing Modes.   (line  176)
! * PUSH_ROUNDING:                         Stack Arguments.    (line   31)
  * PUT_CODE:                              RTL Objects.        (line   47)
! * PUT_MODE:                              Machine Modes.      (line  294)
! * PUT_REG_NOTE_KIND:                     Insns.              (line  346)
! * PUT_SDB_...:                           SDB and DWARF.      (line  110)
! * QCmode:                                Machine Modes.      (line  199)
  * QFmode:                                Machine Modes.      (line   57)
  * QImode:                                Machine Modes.      (line   25)
! * QImode, in insn:                       Insns.              (line  268)
  * QQmode:                                Machine Modes.      (line  106)
- * qualified type:                        Types.              (line    6)
  * qualified type <1>:                    Types for C++.      (line    6)
  * querying function unit reservations:   Processor pipeline description.
                                                               (line   90)
  * question mark:                         Multi-Alternative.  (line   42)
! * quotient:                              Arithmetic.         (line  116)
! * r in constraint:                       Simple Constraints. (line   64)
  * RDIV_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
! * READONLY_DATA_SECTION_ASM_OP:          Sections.           (line   62)
  * real operands:                         SSA Operands.       (line    6)
- * REALPART_EXPR:                         Unary and Binary Expressions.
-                                                              (line    6)
  * REAL_CST:                              Constant expressions.
                                                               (line    6)
! * REAL_LIBGCC_SPEC:                      Driver.             (line  124)
  * REAL_NM_FILE_NAME:                     Macros for Initialization.
!                                                              (line  105)
  * REAL_TYPE:                             Types.              (line    6)
! * REAL_VALUE_ABS:                        Floating Point.     (line   58)
! * REAL_VALUE_ATOF:                       Floating Point.     (line   39)
! * REAL_VALUE_FIX:                        Floating Point.     (line   31)
! * REAL_VALUE_ISINF:                      Floating Point.     (line   49)
! * REAL_VALUE_ISNAN:                      Floating Point.     (line   52)
! * REAL_VALUE_NEGATE:                     Floating Point.     (line   55)
! * REAL_VALUE_NEGATIVE:                   Floating Point.     (line   46)
! * REAL_VALUE_TO_TARGET_DECIMAL128:       Data Output.        (line  147)
! * REAL_VALUE_TO_TARGET_DECIMAL32:        Data Output.        (line  145)
! * REAL_VALUE_TO_TARGET_DECIMAL64:        Data Output.        (line  146)
! * REAL_VALUE_TO_TARGET_DOUBLE:           Data Output.        (line  143)
! * REAL_VALUE_TO_TARGET_LONG_DOUBLE:      Data Output.        (line  144)
! * REAL_VALUE_TO_TARGET_SINGLE:           Data Output.        (line  142)
! * REAL_VALUE_TYPE:                       Floating Point.     (line   25)
! * REAL_VALUE_UNSIGNED_FIX:               Floating Point.     (line   34)
! * recognizing insns:                     RTL Template.       (line    6)
  * recog_data.operand:                    Instruction Output. (line   54)
! * RECORD_TYPE:                           Types.              (line    6)
  * RECORD_TYPE <1>:                       Classes.            (line    6)
  * redirect_edge_and_branch:              Profile information.
                                                               (line   71)
  * redirect_edge_and_branch, redirect_jump: Maintaining the CFG.
!                                                              (line   89)
! * reduc_plus_scal_M instruction pattern: Standard Names.     (line  404)
! * reduc_smax_scal_M instruction pattern: Standard Names.     (line  394)
! * reduc_smin_scal_M instruction pattern: Standard Names.     (line  394)
! * reduc_umax_scal_M instruction pattern: Standard Names.     (line  399)
! * reduc_umin_scal_M instruction pattern: Standard Names.     (line  399)
  * reference:                             Types.              (line    6)
  * REFERENCE_TYPE:                        Types.              (line    6)
  * reg:                                   Regs and Memory.    (line    9)
--- 50610,50721 ----
                                                               (line    6)
  * predict.def:                           Profile information.
                                                               (line   24)
! * PREFERRED_DEBUGGING_TYPE:              All Debuggers.      (line   42)
! * PREFERRED_RELOAD_CLASS:                Register Classes.   (line  253)
! * PREFERRED_STACK_BOUNDARY:              Storage Layout.     (line  166)
! * prefetch:                              Side Effects.       (line  325)
  * prefetch and /v:                       Flags.              (line  214)
! * prefetch instruction pattern:          Standard Names.     (line 1811)
  * PREFETCH_SCHEDULE_BARRIER_P:           Flags.              (line  214)
  * PREINCREMENT_EXPR:                     Unary and Binary Expressions.
                                                               (line    6)
  * presence_set:                          Processor pipeline description.
!                                                              (line  224)
  * preserving SSA form:                   SSA.                (line   74)
! * pretend_args_size:                     Function Entry.     (line  112)
  * prev_active_insn:                      define_peephole.    (line   60)
  * PREV_INSN:                             Insns.              (line   26)
! * PRINT_OPERAND:                         Instruction Output. (line   96)
! * PRINT_OPERAND_ADDRESS:                 Instruction Output. (line  124)
! * PRINT_OPERAND_PUNCT_VALID_P:           Instruction Output. (line  117)
! * probe_stack instruction pattern:       Standard Names.     (line 1659)
! * probe_stack_address instruction pattern: Standard Names.   (line 1652)
  * processor functional units:            Processor pipeline description.
                                                               (line    6)
  * processor pipeline description:        Processor pipeline description.
                                                               (line    6)
! * product:                               Arithmetic.         (line   92)
  * profile feedback:                      Profile information.
                                                               (line   14)
  * profile representation:                Profile information.
                                                               (line    6)
! * PROFILE_BEFORE_PROLOGUE:               Profiling.          (line   35)
! * PROFILE_HOOK:                          Profiling.          (line   23)
  * profiling, code generation:            Profiling.          (line    6)
! * program counter:                       Regs and Memory.    (line  362)
  * prologue:                              Function Entry.     (line    6)
! * prologue instruction pattern:          Standard Names.     (line 1750)
! * PROMOTE_MODE:                          Storage Layout.     (line   88)
  * pseudo registers:                      Regs and Memory.    (line    9)
  * PSImode:                               Machine Modes.      (line   32)
! * PTRDIFF_TYPE:                          Type Layout.        (line  158)
  * purge_dead_edges <1>:                  Maintaining the CFG.
!                                                              (line   82)
! * purge_dead_edges:                      Edges.              (line  104)
! * push address instruction:              Simple Constraints. (line  164)
! * PUSH_ARGS:                             Stack Arguments.    (line   18)
! * PUSH_ARGS_REVERSED:                    Stack Arguments.    (line   26)
  * push_operand:                          Machine-Independent Predicates.
!                                                              (line   81)
! * push_reload:                           Addressing Modes.   (line  177)
! * PUSH_ROUNDING:                         Stack Arguments.    (line   32)
! * pushM1 instruction pattern:            Standard Names.     (line  306)
  * PUT_CODE:                              RTL Objects.        (line   47)
! * PUT_MODE:                              Machine Modes.      (line  295)
! * PUT_REG_NOTE_KIND:                     Insns.              (line  352)
! * PUT_SDB_:                              SDB and DWARF.      (line  111)
! * QCmode:                                Machine Modes.      (line  200)
  * QFmode:                                Machine Modes.      (line   57)
  * QImode:                                Machine Modes.      (line   25)
! * QImode, in insn:                       Insns.              (line  272)
  * QQmode:                                Machine Modes.      (line  106)
  * qualified type <1>:                    Types for C++.      (line    6)
+ * qualified type:                        Types.              (line    6)
  * querying function unit reservations:   Processor pipeline description.
                                                               (line   90)
  * question mark:                         Multi-Alternative.  (line   42)
! * quotient:                              Arithmetic.         (line  115)
! * r in constraint:                       Simple Constraints. (line   66)
  * RDIV_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
! * READONLY_DATA_SECTION_ASM_OP:          Sections.           (line   63)
  * real operands:                         SSA Operands.       (line    6)
  * REAL_CST:                              Constant expressions.
                                                               (line    6)
! * REAL_LIBGCC_SPEC:                      Driver.             (line  125)
  * REAL_NM_FILE_NAME:                     Macros for Initialization.
!                                                              (line  106)
  * REAL_TYPE:                             Types.              (line    6)
! * REAL_VALUE_ABS:                        Floating Point.     (line   59)
! * REAL_VALUE_ATOF:                       Floating Point.     (line   41)
! * REAL_VALUE_FIX:                        Floating Point.     (line   32)
! * REAL_VALUE_ISINF:                      Floating Point.     (line   50)
! * REAL_VALUE_ISNAN:                      Floating Point.     (line   53)
! * REAL_VALUE_NEGATE:                     Floating Point.     (line   56)
! * REAL_VALUE_NEGATIVE:                   Floating Point.     (line   47)
! * REAL_VALUE_TO_TARGET_DECIMAL128:       Data Output.        (line  149)
! * REAL_VALUE_TO_TARGET_DECIMAL32:        Data Output.        (line  147)
! * REAL_VALUE_TO_TARGET_DECIMAL64:        Data Output.        (line  148)
! * REAL_VALUE_TO_TARGET_DOUBLE:           Data Output.        (line  145)
! * REAL_VALUE_TO_TARGET_LONG_DOUBLE:      Data Output.        (line  146)
! * REAL_VALUE_TO_TARGET_SINGLE:           Data Output.        (line  144)
! * REAL_VALUE_TYPE:                       Floating Point.     (line   26)
! * REAL_VALUE_UNSIGNED_FIX:               Floating Point.     (line   36)
! * REALPART_EXPR:                         Unary and Binary Expressions.
!                                                              (line    6)
  * recog_data.operand:                    Instruction Output. (line   54)
! * recognizing insns:                     RTL Template.       (line    6)
  * RECORD_TYPE <1>:                       Classes.            (line    6)
+ * RECORD_TYPE:                           Types.              (line    6)
  * redirect_edge_and_branch:              Profile information.
                                                               (line   71)
  * redirect_edge_and_branch, redirect_jump: Maintaining the CFG.
!                                                              (line   90)
! * reduc_plus_scal_M instruction pattern: Standard Names.     (line  408)
! * reduc_smax_scal_M instruction pattern: Standard Names.     (line  398)
! * reduc_smin_scal_M instruction pattern: Standard Names.     (line  398)
! * reduc_umax_scal_M instruction pattern: Standard Names.     (line  403)
! * reduc_umin_scal_M instruction pattern: Standard Names.     (line  403)
  * reference:                             Types.              (line    6)
  * REFERENCE_TYPE:                        Types.              (line    6)
  * reg:                                   Regs and Memory.    (line    9)
*************** Concept Index
*** 50301,50455 ****
  * reg and /i:                            Flags.              (line   89)
  * reg and /v:                            Flags.              (line   98)
  * reg, RTL sharing:                      Sharing.            (line   17)
! * register allocation order:             Allocation Order.   (line    6)
! * register class definitions:            Register Classes.   (line    6)
! * register class preference constraints: Class Preferences.  (line    6)
! * register pairs:                        Values in Registers.
!                                                              (line   69)
! * Register Transfer Language (RTL):      RTL.                (line    6)
! * register usage:                        Registers.          (line    6)
! * registers arguments:                   Register Arguments. (line    6)
! * registers in constraints:              Simple Constraints. (line   64)
! * REGISTER_MOVE_COST:                    Costs.              (line    9)
! * REGISTER_NAMES:                        Instruction Output. (line    8)
! * register_operand:                      Machine-Independent Predicates.
!                                                              (line   29)
! * REGISTER_PREFIX:                       Instruction Output. (line  150)
! * REGISTER_TARGET_PRAGMAS:               Misc.               (line  404)
! * REGMODE_NATURAL_SIZE:                  Values in Registers.
!                                                              (line   49)
! * REGNO_MODE_CODE_OK_FOR_BASE_P:         Register Classes.   (line  172)
! * REGNO_MODE_OK_FOR_BASE_P:              Register Classes.   (line  150)
! * REGNO_MODE_OK_FOR_REG_BASE_P:          Register Classes.   (line  160)
! * REGNO_OK_FOR_BASE_P:                   Register Classes.   (line  146)
! * REGNO_OK_FOR_INDEX_P:                  Register Classes.   (line  186)
! * REGNO_REG_CLASS:                       Register Classes.   (line  105)
! * regs_ever_live:                        Function Entry.     (line   21)
! * regular expressions:                   Processor pipeline description.
!                                                              (line    6)
! * regular expressions <1>:               Processor pipeline description.
!                                                              (line  105)
! * REG_ALLOC_ORDER:                       Allocation Order.   (line    8)
! * REG_BR_PRED:                           Insns.              (line  526)
! * REG_BR_PROB:                           Insns.              (line  519)
  * REG_BR_PROB_BASE, BB_FREQ_BASE, count: Profile information.
                                                               (line   82)
  * REG_BR_PROB_BASE, EDGE_FREQUENCY:      Profile information.
                                                               (line   52)
! * REG_CC_SETTER:                         Insns.              (line  491)
! * REG_CC_USER:                           Insns.              (line  491)
  * reg_class_contents:                    Register Basics.    (line   59)
- * REG_CLASS_CONTENTS:                    Register Classes.   (line   91)
  * reg_class_for_constraint:              C Constraint Interface.
!                                                              (line   48)
! * REG_CLASS_NAMES:                       Register Classes.   (line   86)
! * REG_CROSSING_JUMP:                     Insns.              (line  405)
! * REG_DEAD:                              Insns.              (line  357)
  * REG_DEAD, REG_UNUSED:                  Liveness information.
                                                               (line   32)
! * REG_DEP_ANTI:                          Insns.              (line  513)
! * REG_DEP_OUTPUT:                        Insns.              (line  509)
! * REG_DEP_TRUE:                          Insns.              (line  506)
! * REG_EH_REGION, EDGE_ABNORMAL_CALL:     Edges.              (line  109)
! * REG_EQUAL:                             Insns.              (line  420)
! * REG_EQUIV:                             Insns.              (line  420)
! * REG_EXPR:                              Special Accessors.  (line   58)
! * REG_FRAME_RELATED_EXPR:                Insns.              (line  532)
  * REG_FUNCTION_VALUE_P:                  Flags.              (line   89)
! * REG_INC:                               Insns.              (line  373)
  * reg_label and /v:                      Flags.              (line   65)
! * REG_LABEL_OPERAND:                     Insns.              (line  387)
! * REG_LABEL_TARGET:                      Insns.              (line  396)
  * reg_names:                             Register Basics.    (line   59)
! * reg_names <1>:                         Instruction Output. (line  107)
! * REG_NONNEG:                            Insns.              (line  379)
! * REG_NOTES:                             Insns.              (line  321)
! * REG_NOTE_KIND:                         Insns.              (line  346)
! * REG_OFFSET:                            Special Accessors.  (line   62)
! * REG_OK_STRICT:                         Addressing Modes.   (line   99)
! * REG_PARM_STACK_SPACE:                  Stack Arguments.    (line   58)
  * REG_PARM_STACK_SPACE, and TARGET_FUNCTION_ARG: Register Arguments.
!                                                              (line   56)
  * REG_POINTER:                           Flags.              (line   94)
! * REG_SETJMP:                            Insns.              (line  414)
! * REG_UNUSED:                            Insns.              (line  366)
  * REG_USERVAR_P:                         Flags.              (line   98)
! * REG_VALUE_IN_UNWIND_CONTEXT:           Frame Registers.    (line  158)
! * REG_WORDS_BIG_ENDIAN:                  Storage Layout.     (line   35)
  * relative costs:                        Costs.              (line    6)
! * RELATIVE_PREFIX_NOT_LINKDIR:           Driver.             (line  266)
! * reloading:                             RTL passes.         (line  170)
! * reload_completed:                      Standard Names.     (line 1438)
! * reload_in instruction pattern:         Standard Names.     (line   98)
  * reload_in_progress:                    Standard Names.     (line   57)
! * reload_out instruction pattern:        Standard Names.     (line   98)
! * remainder:                             Arithmetic.         (line  136)
! * remainderM3 instruction pattern:       Standard Names.     (line  653)
! * reorder:                               GTY Options.        (line  175)
  * representation of RTL:                 RTL.                (line    6)
  * reservation delays:                    Processor pipeline description.
                                                               (line    6)
! * restore_stack_block instruction pattern: Standard Names.   (line 1564)
  * restore_stack_function instruction pattern: Standard Names.
!                                                              (line 1564)
  * restore_stack_nonlocal instruction pattern: Standard Names.
!                                                              (line 1564)
! * rest_of_decl_compilation:              Parsing pass.       (line   51)
! * rest_of_type_compilation:              Parsing pass.       (line   51)
  * RESULT_DECL:                           Declarations.       (line    6)
  * return:                                Side Effects.       (line   72)
! * return instruction pattern:            Standard Names.     (line 1412)
  * return values in registers:            Scalar Return.      (line    6)
! * returning aggregate values:            Aggregate Return.   (line    6)
! * returning structures and unions:       Interface.          (line   10)
! * RETURN_ADDRESS_POINTER_REGNUM:         Frame Registers.    (line   64)
! * RETURN_ADDR_IN_PREVIOUS_FRAME:         Frame Layout.       (line  129)
! * RETURN_ADDR_OFFSET:                    Exception Handling. (line   59)
! * RETURN_ADDR_RTX:                       Frame Layout.       (line  118)
  * RETURN_EXPR:                           Statements for C++. (line    6)
  * RETURN_STMT:                           Statements for C++. (line    6)
  * return_val:                            Flags.              (line  274)
  * return_val, in call_insn:              Flags.              (line   24)
  * return_val, in reg:                    Flags.              (line   89)
  * return_val, in symbol_ref:             Flags.              (line  202)
  * reverse probability:                   Profile information.
                                                               (line   66)
  * REVERSE_CONDITION:                     MODE_CC Condition Codes.
!                                                              (line   92)
  * REVERSIBLE_CC_MODE:                    MODE_CC Condition Codes.
!                                                              (line   77)
! * right rotate:                          Arithmetic.         (line  195)
! * right shift:                           Arithmetic.         (line  190)
! * rintM2 instruction pattern:            Standard Names.     (line  859)
  * RISC:                                  Processor pipeline description.
                                                               (line    6)
- * RISC <1>:                              Processor pipeline description.
-                                                              (line  223)
  * roots, marking:                        GGC Roots.          (line    6)
! * rotate:                                Arithmetic.         (line  195)
! * rotate <1>:                            Arithmetic.         (line  195)
! * rotatert:                              Arithmetic.         (line  195)
! * rotlM3 instruction pattern:            Standard Names.     (line  605)
! * rotrM3 instruction pattern:            Standard Names.     (line  605)
! * roundM2 instruction pattern:           Standard Names.     (line  832)
  * ROUND_DIV_EXPR:                        Unary and Binary Expressions.
                                                               (line    6)
  * ROUND_MOD_EXPR:                        Unary and Binary Expressions.
                                                               (line    6)
! * ROUND_TYPE_ALIGN:                      Storage Layout.     (line  447)
  * RSHIFT_EXPR:                           Unary and Binary Expressions.
                                                               (line    6)
! * rsqrtM2 instruction pattern:           Standard Names.     (line  633)
  * RTL addition:                          Arithmetic.         (line   14)
  * RTL addition with signed saturation:   Arithmetic.         (line   14)
  * RTL addition with unsigned saturation: Arithmetic.         (line   14)
  * RTL classes:                           RTL Classes.        (line    6)
! * RTL comparison:                        Arithmetic.         (line   46)
  * RTL comparison operations:             Comparisons.        (line    6)
  * RTL constant expression types:         Constants.          (line    6)
  * RTL constants:                         Constants.          (line    6)
  * RTL declarations:                      RTL Declarations.   (line    6)
! * RTL difference:                        Arithmetic.         (line   38)
  * RTL expression:                        RTL Objects.        (line    6)
  * RTL expressions for arithmetic:        Arithmetic.         (line    6)
  * RTL format:                            RTL Classes.        (line   72)
--- 50723,50872 ----
  * reg and /i:                            Flags.              (line   89)
  * reg and /v:                            Flags.              (line   98)
  * reg, RTL sharing:                      Sharing.            (line   17)
! * REG_ALLOC_ORDER:                       Allocation Order.   (line    9)
! * REG_BR_PRED:                           Insns.              (line  534)
! * REG_BR_PROB:                           Insns.              (line  527)
  * REG_BR_PROB_BASE, BB_FREQ_BASE, count: Profile information.
                                                               (line   82)
  * REG_BR_PROB_BASE, EDGE_FREQUENCY:      Profile information.
                                                               (line   52)
! * REG_CC_SETTER:                         Insns.              (line  498)
! * REG_CC_USER:                           Insns.              (line  498)
! * REG_CLASS_CONTENTS:                    Register Classes.   (line   93)
  * reg_class_contents:                    Register Basics.    (line   59)
  * reg_class_for_constraint:              C Constraint Interface.
!                                                              (line   50)
! * REG_CLASS_NAMES:                       Register Classes.   (line   88)
! * REG_CROSSING_JUMP:                     Insns.              (line  411)
! * REG_DEAD:                              Insns.              (line  363)
  * REG_DEAD, REG_UNUSED:                  Liveness information.
                                                               (line   32)
! * REG_DEP_ANTI:                          Insns.              (line  520)
! * REG_DEP_OUTPUT:                        Insns.              (line  516)
! * REG_DEP_TRUE:                          Insns.              (line  513)
! * REG_EH_REGION, EDGE_ABNORMAL_CALL:     Edges.              (line  110)
! * REG_EQUAL:                             Insns.              (line  426)
! * REG_EQUIV:                             Insns.              (line  426)
! * REG_EXPR:                              Special Accessors.  (line   60)
! * REG_FRAME_RELATED_EXPR:                Insns.              (line  540)
  * REG_FUNCTION_VALUE_P:                  Flags.              (line   89)
! * REG_INC:                               Insns.              (line  379)
  * reg_label and /v:                      Flags.              (line   65)
! * REG_LABEL_OPERAND:                     Insns.              (line  393)
! * REG_LABEL_TARGET:                      Insns.              (line  402)
! * reg_names <1>:                         Instruction Output. (line  108)
  * reg_names:                             Register Basics.    (line   59)
! * REG_NONNEG:                            Insns.              (line  385)
! * REG_NOTE_KIND:                         Insns.              (line  352)
! * REG_NOTES:                             Insns.              (line  325)
! * REG_OFFSET:                            Special Accessors.  (line   64)
! * REG_OK_STRICT:                         Addressing Modes.   (line  100)
! * REG_PARM_STACK_SPACE:                  Stack Arguments.    (line   59)
  * REG_PARM_STACK_SPACE, and TARGET_FUNCTION_ARG: Register Arguments.
!                                                              (line   57)
  * REG_POINTER:                           Flags.              (line   94)
! * REG_SETJMP:                            Insns.              (line  420)
! * REG_UNUSED:                            Insns.              (line  372)
  * REG_USERVAR_P:                         Flags.              (line   98)
! * REG_VALUE_IN_UNWIND_CONTEXT:           Frame Registers.    (line  157)
! * REG_WORDS_BIG_ENDIAN:                  Storage Layout.     (line   36)
! * register allocation order:             Allocation Order.   (line    6)
! * register class definitions:            Register Classes.   (line    6)
! * register class preference constraints: Class Preferences.  (line    6)
! * register pairs:                        Values in Registers.
!                                                              (line   69)
! * Register Transfer Language (RTL):      RTL.                (line    6)
! * register usage:                        Registers.          (line    6)
! * REGISTER_MOVE_COST:                    Costs.              (line   10)
! * REGISTER_NAMES:                        Instruction Output. (line    9)
! * register_operand:                      Machine-Independent Predicates.
!                                                              (line   30)
! * REGISTER_PREFIX:                       Instruction Output. (line  152)
! * REGISTER_TARGET_PRAGMAS:               Misc.               (line  405)
! * registers arguments:                   Register Arguments. (line    6)
! * registers in constraints:              Simple Constraints. (line   66)
! * REGMODE_NATURAL_SIZE:                  Values in Registers.
!                                                              (line   50)
! * REGNO_MODE_CODE_OK_FOR_BASE_P:         Register Classes.   (line  176)
! * REGNO_MODE_OK_FOR_BASE_P:              Register Classes.   (line  153)
! * REGNO_MODE_OK_FOR_REG_BASE_P:          Register Classes.   (line  163)
! * REGNO_OK_FOR_BASE_P:                   Register Classes.   (line  149)
! * REGNO_OK_FOR_INDEX_P:                  Register Classes.   (line  190)
! * REGNO_REG_CLASS:                       Register Classes.   (line  108)
! * regs_ever_live:                        Function Entry.     (line   21)
! * regular expressions:                   Processor pipeline description.
!                                                              (line    6)
  * relative costs:                        Costs.              (line    6)
! * RELATIVE_PREFIX_NOT_LINKDIR:           Driver.             (line  267)
! * reload_completed:                      Standard Names.     (line 1445)
! * reload_in instruction pattern:         Standard Names.     (line   99)
  * reload_in_progress:                    Standard Names.     (line   57)
! * reload_out instruction pattern:        Standard Names.     (line   99)
! * reloading:                             RTL passes.         (line  171)
! * remainder:                             Arithmetic.         (line  135)
! * remainderM3 instruction pattern:       Standard Names.     (line  659)
! * reorder:                               GTY Options.        (line  169)
  * representation of RTL:                 RTL.                (line    6)
  * reservation delays:                    Processor pipeline description.
                                                               (line    6)
! * rest_of_decl_compilation:              Parsing pass.       (line   52)
! * rest_of_type_compilation:              Parsing pass.       (line   52)
! * restore_stack_block instruction pattern: Standard Names.   (line 1572)
  * restore_stack_function instruction pattern: Standard Names.
!                                                              (line 1572)
  * restore_stack_nonlocal instruction pattern: Standard Names.
!                                                              (line 1572)
  * RESULT_DECL:                           Declarations.       (line    6)
  * return:                                Side Effects.       (line   72)
! * return instruction pattern:            Standard Names.     (line 1418)
  * return values in registers:            Scalar Return.      (line    6)
! * RETURN_ADDR_IN_PREVIOUS_FRAME:         Frame Layout.       (line  131)
! * RETURN_ADDR_OFFSET:                    Exception Handling. (line   60)
! * RETURN_ADDR_RTX:                       Frame Layout.       (line  120)
! * RETURN_ADDRESS_POINTER_REGNUM:         Frame Registers.    (line   65)
  * RETURN_EXPR:                           Statements for C++. (line    6)
  * RETURN_STMT:                           Statements for C++. (line    6)
  * return_val:                            Flags.              (line  274)
  * return_val, in call_insn:              Flags.              (line   24)
  * return_val, in reg:                    Flags.              (line   89)
  * return_val, in symbol_ref:             Flags.              (line  202)
+ * returning aggregate values:            Aggregate Return.   (line    6)
+ * returning structures and unions:       Interface.          (line   10)
  * reverse probability:                   Profile information.
                                                               (line   66)
  * REVERSE_CONDITION:                     MODE_CC Condition Codes.
!                                                              (line   93)
  * REVERSIBLE_CC_MODE:                    MODE_CC Condition Codes.
!                                                              (line   78)
! * right rotate:                          Arithmetic.         (line  194)
! * right shift:                           Arithmetic.         (line  189)
! * rintM2 instruction pattern:            Standard Names.     (line  865)
  * RISC:                                  Processor pipeline description.
                                                               (line    6)
  * roots, marking:                        GGC Roots.          (line    6)
! * rotate:                                Arithmetic.         (line  194)
! * rotatert:                              Arithmetic.         (line  194)
! * rotlM3 instruction pattern:            Standard Names.     (line  611)
! * rotrM3 instruction pattern:            Standard Names.     (line  611)
  * ROUND_DIV_EXPR:                        Unary and Binary Expressions.
                                                               (line    6)
  * ROUND_MOD_EXPR:                        Unary and Binary Expressions.
                                                               (line    6)
! * ROUND_TYPE_ALIGN:                      Storage Layout.     (line  451)
! * roundM2 instruction pattern:           Standard Names.     (line  838)
  * RSHIFT_EXPR:                           Unary and Binary Expressions.
                                                               (line    6)
! * rsqrtM2 instruction pattern:           Standard Names.     (line  639)
  * RTL addition:                          Arithmetic.         (line   14)
  * RTL addition with signed saturation:   Arithmetic.         (line   14)
  * RTL addition with unsigned saturation: Arithmetic.         (line   14)
  * RTL classes:                           RTL Classes.        (line    6)
! * RTL comparison:                        Arithmetic.         (line   43)
  * RTL comparison operations:             Comparisons.        (line    6)
  * RTL constant expression types:         Constants.          (line    6)
  * RTL constants:                         Constants.          (line    6)
  * RTL declarations:                      RTL Declarations.   (line    6)
! * RTL difference:                        Arithmetic.         (line   36)
  * RTL expression:                        RTL Objects.        (line    6)
  * RTL expressions for arithmetic:        Arithmetic.         (line    6)
  * RTL format:                            RTL Classes.        (line   72)
*************** Concept Index
*** 50468,50476 ****
  * RTL side effect expressions:           Side Effects.       (line    6)
  * RTL strings:                           RTL Objects.        (line    6)
  * RTL structure sharing assumptions:     Sharing.            (line    6)
! * RTL subtraction:                       Arithmetic.         (line   38)
! * RTL subtraction with signed saturation: Arithmetic.        (line   38)
! * RTL subtraction with unsigned saturation: Arithmetic.      (line   38)
  * RTL sum:                               Arithmetic.         (line   14)
  * RTL vectors:                           RTL Objects.        (line    6)
  * RTL_CONST_CALL_P:                      Flags.              (line   19)
--- 50885,50893 ----
  * RTL side effect expressions:           Side Effects.       (line    6)
  * RTL strings:                           RTL Objects.        (line    6)
  * RTL structure sharing assumptions:     Sharing.            (line    6)
! * RTL subtraction:                       Arithmetic.         (line   36)
! * RTL subtraction with signed saturation: Arithmetic.        (line   36)
! * RTL subtraction with unsigned saturation: Arithmetic.      (line   36)
  * RTL sum:                               Arithmetic.         (line   14)
  * RTL vectors:                           RTL Objects.        (line    6)
  * RTL_CONST_CALL_P:                      Flags.              (line   19)
*************** Concept Index
*** 50482,50700 ****
  * RTX_FRAME_RELATED_P:                   Flags.              (line  107)
  * run-time conventions:                  Interface.          (line    6)
  * run-time target specification:         Run-time Target.    (line    6)
! * s in constraint:                       Simple Constraints. (line  100)
  * SAD_EXPR:                              Vectors.            (line    6)
! * same_type_p:                           Types.              (line   86)
! * SAmode:                                Machine Modes.      (line  150)
! * satfractMN2 instruction pattern:       Standard Names.     (line 1163)
! * satfractunsMN2 instruction pattern:    Standard Names.     (line 1176)
! * satisfies_constraint_M:                C Constraint Interface.
!                                                              (line   36)
  * sat_fract:                             Conversions.        (line   90)
  * SAVE_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
! * save_stack_block instruction pattern:  Standard Names.     (line 1564)
! * save_stack_function instruction pattern: Standard Names.   (line 1564)
! * save_stack_nonlocal instruction pattern: Standard Names.   (line 1564)
! * SBSS_SECTION_ASM_OP:                   Sections.           (line   75)
  * Scalar evolutions:                     Scalar evolutions.  (line    6)
  * scalars, returned as values:           Scalar Return.      (line    6)
! * scalbM3 instruction pattern:           Standard Names.     (line  660)
  * SCHED_GROUP_P:                         Flags.              (line  148)
! * SCmode:                                Machine Modes.      (line  199)
! * scratch:                               Regs and Memory.    (line  294)
! * scratch operands:                      Regs and Memory.    (line  294)
  * scratch, RTL sharing:                  Sharing.            (line   35)
  * scratch_operand:                       Machine-Independent Predicates.
!                                                              (line   49)
! * SDATA_SECTION_ASM_OP:                  Sections.           (line   57)
! * SDB_ALLOW_FORWARD_REFERENCES:          SDB and DWARF.      (line  128)
! * SDB_ALLOW_UNKNOWN_REFERENCES:          SDB and DWARF.      (line  123)
! * SDB_DEBUGGING_INFO:                    SDB and DWARF.      (line    8)
! * SDB_DELIM:                             SDB and DWARF.      (line  116)
! * SDB_OUTPUT_SOURCE_LINE:                SDB and DWARF.      (line  133)
  * SDmode:                                Machine Modes.      (line   88)
! * sdot_prodM instruction pattern:        Standard Names.     (line  409)
! * search options:                        Including Patterns. (line   47)
! * SECONDARY_INPUT_RELOAD_CLASS:          Register Classes.   (line  391)
! * SECONDARY_MEMORY_NEEDED:               Register Classes.   (line  447)
! * SECONDARY_MEMORY_NEEDED_MODE:          Register Classes.   (line  466)
! * SECONDARY_MEMORY_NEEDED_RTX:           Register Classes.   (line  457)
! * SECONDARY_OUTPUT_RELOAD_CLASS:         Register Classes.   (line  392)
! * SECONDARY_RELOAD_CLASS:                Register Classes.   (line  390)
  * SELECT_CC_MODE:                        MODE_CC Condition Codes.
!                                                              (line    6)
! * sequence:                              Side Effects.       (line  259)
  * Sequence iterators:                    Sequence iterators. (line    6)
  * set:                                   Side Effects.       (line   15)
  * set and /f:                            Flags.              (line  107)
! * setmemM instruction pattern:           Standard Names.     (line 1027)
! * SETUP_FRAME_ADDRESSES:                 Frame Layout.       (line   96)
! * SET_ASM_OP:                            Label Output.       (line  451)
! * SET_ASM_OP <1>:                        Label Output.       (line  462)
  * set_attr:                              Tagging Insns.      (line   31)
  * set_attr_alternative:                  Tagging Insns.      (line   49)
! * set_bb_seq:                            GIMPLE sequences.   (line   75)
  * SET_DEST:                              Side Effects.       (line   69)
  * SET_IS_RETURN_P:                       Flags.              (line  157)
  * SET_LABEL_KIND:                        Insns.              (line  146)
  * set_optab_libfunc:                     Library Calls.      (line   15)
! * SET_RATIO:                             Costs.              (line  237)
  * SET_SRC:                               Side Effects.       (line   69)
  * set_thread_pointerMODE instruction pattern: Standard Names.
!                                                              (line 2119)
  * SET_TYPE_STRUCTURAL_EQUALITY:          Types.              (line    6)
! * SET_TYPE_STRUCTURAL_EQUALITY <1>:      Types.              (line   81)
  * SFmode:                                Machine Modes.      (line   69)
  * sharing of RTL components:             Sharing.            (line    6)
! * shift:                                 Arithmetic.         (line  173)
! * SHIFT_COUNT_TRUNCATED:                 Misc.               (line  129)
  * SHLIB_SUFFIX:                          Macros for Initialization.
!                                                              (line  133)
! * SHORT_ACCUM_TYPE_SIZE:                 Type Layout.        (line   82)
! * SHORT_FRACT_TYPE_SIZE:                 Type Layout.        (line   62)
! * SHORT_IMMEDIATES_SIGN_EXTEND:          Misc.               (line  103)
! * SHORT_TYPE_SIZE:                       Type Layout.        (line   15)
  * shrink-wrapping separate components:   Shrink-wrapping separate components.
                                                               (line    6)
! * sibcall_epilogue instruction pattern:  Standard Names.     (line 1771)
! * sibling call:                          Edges.              (line  121)
  * SIBLING_CALL_P:                        Flags.              (line  161)
! * signed division:                       Arithmetic.         (line  116)
! * signed division with signed saturation: Arithmetic.        (line  116)
! * signed maximum:                        Arithmetic.         (line  141)
! * signed minimum:                        Arithmetic.         (line  141)
! * significandM2 instruction pattern:     Standard Names.     (line  792)
  * sign_extend:                           Conversions.        (line   23)
  * sign_extract:                          Bit-Fields.         (line    8)
  * sign_extract, canonicalization of:     Insn Canonicalizations.
!                                                              (line   87)
! * SIG_ATOMIC_TYPE:                       Type Layout.        (line  208)
  * SImode:                                Machine Modes.      (line   37)
  * simple constraints:                    Simple Constraints. (line    6)
  * simple_return:                         Side Effects.       (line   86)
! * simple_return instruction pattern:     Standard Names.     (line 1427)
! * sincosM3 instruction pattern:          Standard Names.     (line  688)
! * sinM2 instruction pattern:             Standard Names.     (line  682)
! * SIZETYPE:                              Type Layout.        (line  147)
! * SIZE_ASM_OP:                           Label Output.       (line   33)
! * SIZE_TYPE:                             Type Layout.        (line  131)
! * skip:                                  GTY Options.        (line   76)
! * SLOW_BYTE_ACCESS:                      Costs.              (line  117)
! * SLOW_UNALIGNED_ACCESS:                 Costs.              (line  132)
! * smax:                                  Arithmetic.         (line  141)
! * smin:                                  Arithmetic.         (line  141)
! * sms, swing, software pipelining:       RTL passes.         (line  123)
! * smulM3_highpart instruction pattern:   Standard Names.     (line  518)
  * soft float library:                    Soft float library routines.
                                                               (line    6)
! * special:                               GTY Options.        (line  238)
  * special predicates:                    Predicates.         (line   31)
  * SPECS:                                 Target Fragment.    (line  192)
  * speed of instructions:                 Costs.              (line    6)
- * splitting instructions:                Insn Splitting.     (line    6)
  * split_block:                           Maintaining the CFG.
!                                                              (line   96)
  * SQmode:                                Machine Modes.      (line  114)
  * sqrt:                                  Arithmetic.         (line  206)
! * sqrtM2 instruction pattern:            Standard Names.     (line  627)
  * square root:                           Arithmetic.         (line  206)
! * SSA:                                   SSA.                (line    6)
! * ssaddM3 instruction pattern:           Standard Names.     (line  315)
! * ssadM instruction pattern:             Standard Names.     (line  418)
! * ssashlM3 instruction pattern:          Standard Names.     (line  593)
! * SSA_NAME_DEF_STMT:                     SSA.                (line  184)
! * SSA_NAME_VERSION:                      SSA.                (line  189)
! * ssdivM3 instruction pattern:           Standard Names.     (line  315)
! * ssmaddMN4 instruction pattern:         Standard Names.     (line  541)
! * ssmsubMN4 instruction pattern:         Standard Names.     (line  565)
! * ssmulM3 instruction pattern:           Standard Names.     (line  315)
! * ssnegM2 instruction pattern:           Standard Names.     (line  617)
! * sssubM3 instruction pattern:           Standard Names.     (line  315)
! * ss_abs:                                Arithmetic.         (line  200)
! * ss_ashift:                             Arithmetic.         (line  173)
! * ss_div:                                Arithmetic.         (line  116)
! * ss_minus:                              Arithmetic.         (line   38)
! * ss_mult:                               Arithmetic.         (line   93)
! * ss_neg:                                Arithmetic.         (line   82)
  * ss_plus:                               Arithmetic.         (line   14)
  * ss_truncate:                           Conversions.        (line   43)
  * stack arguments:                       Stack Arguments.    (line    6)
  * stack frame layout:                    Frame Layout.       (line    6)
  * stack smashing protection:             Stack Smashing Protection.
                                                               (line    6)
! * STACK_ALIGNMENT_NEEDED:                Frame Layout.       (line   43)
! * STACK_BOUNDARY:                        Storage Layout.     (line  156)
! * STACK_CHECK_BUILTIN:                   Stack Checking.     (line   31)
! * STACK_CHECK_FIXED_FRAME_SIZE:          Stack Checking.     (line   83)
! * STACK_CHECK_MAX_FRAME_SIZE:            Stack Checking.     (line   74)
! * STACK_CHECK_MAX_VAR_SIZE:              Stack Checking.     (line   90)
! * STACK_CHECK_MOVING_SP:                 Stack Checking.     (line   53)
! * STACK_CHECK_PROBE_INTERVAL_EXP:        Stack Checking.     (line   45)
! * STACK_CHECK_PROTECT:                   Stack Checking.     (line   62)
! * STACK_CHECK_STATIC_BUILTIN:            Stack Checking.     (line   38)
! * STACK_DYNAMIC_OFFSET:                  Frame Layout.       (line   69)
  * STACK_DYNAMIC_OFFSET and virtual registers: Regs and Memory.
                                                               (line   83)
! * STACK_GROWS_DOWNWARD:                  Frame Layout.       (line    8)
! * STACK_PARMS_IN_REG_PARM_AREA:          Stack Arguments.    (line   89)
! * STACK_POINTER_OFFSET:                  Frame Layout.       (line   53)
  * STACK_POINTER_OFFSET and virtual registers: Regs and Memory.
                                                               (line   93)
! * STACK_POINTER_REGNUM:                  Frame Registers.    (line    8)
  * STACK_POINTER_REGNUM and virtual registers: Regs and Memory.
                                                               (line   83)
  * stack_pointer_rtx:                     Frame Registers.    (line  104)
! * stack_protect_set instruction pattern: Standard Names.     (line 2129)
! * stack_protect_test instruction pattern: Standard Names.    (line 2139)
! * STACK_PUSH_CODE:                       Frame Layout.       (line   12)
! * STACK_REGS:                            Stack Registers.    (line   19)
! * STACK_REG_COVER_CLASS:                 Stack Registers.    (line   22)
! * STACK_SAVEAREA_MODE:                   Storage Layout.     (line  463)
! * STACK_SIZE_MODE:                       Storage Layout.     (line  474)
! * STACK_SLOT_ALIGNMENT:                  Storage Layout.     (line  295)
  * standard pattern names:                Standard Names.     (line    6)
! * STANDARD_STARTFILE_PREFIX:             Driver.             (line  278)
! * STANDARD_STARTFILE_PREFIX_1:           Driver.             (line  285)
! * STANDARD_STARTFILE_PREFIX_2:           Driver.             (line  292)
! * STARTFILE_SPEC:                        Driver.             (line  147)
! * STARTING_FRAME_OFFSET:                 Frame Layout.       (line   34)
  * STARTING_FRAME_OFFSET and virtual registers: Regs and Memory.
                                                               (line   74)
  * Statement and operand traversals:      Statement and operand traversals.
                                                               (line    6)
  * Statement Sequences:                   Statement Sequences.
                                                               (line    6)
! * Statements:                            Statements.         (line    6)
  * statements:                            Function Properties.
                                                               (line    6)
! * statements <1>:                        Statements for C++. (line    6)
  * Static profile estimation:             Profile information.
                                                               (line   24)
  * static single assignment:              SSA.                (line    6)
! * STATIC_CHAIN_INCOMING_REGNUM:          Frame Registers.    (line   77)
! * STATIC_CHAIN_REGNUM:                   Frame Registers.    (line   76)
  * stdarg.h and register arguments:       Register Arguments. (line   51)
! * STDC_0_IN_SYSTEM_HEADERS:              Misc.               (line  367)
  * STMT_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
  * STMT_IS_FULL_EXPR_P:                   Statements for C++. (line   22)
  * storage layout:                        Storage Layout.     (line    6)
! * STORE_FLAG_VALUE:                      Misc.               (line  218)
! * STORE_MAX_PIECES:                      Costs.              (line  215)
! * store_multiple instruction pattern:    Standard Names.     (line  159)
! * strcpy:                                Storage Layout.     (line  248)
! * STRICT_ALIGNMENT:                      Storage Layout.     (line  345)
  * strict_low_part:                       RTL Declarations.   (line    9)
! * strict_memory_address_p:               Addressing Modes.   (line  186)
  * STRING_CST:                            Constant expressions.
                                                               (line    6)
  * STRING_POOL_ADDRESS_P:                 Flags.              (line  165)
! * strlenM instruction pattern:           Standard Names.     (line 1098)
  * structure value address:               Aggregate Return.   (line    6)
  * structures, returning:                 Interface.          (line   10)
! * STRUCTURE_SIZE_BOUNDARY:               Storage Layout.     (line  337)
! * subM3 instruction pattern:             Standard Names.     (line  315)
  * SUBOBJECT:                             Statements for C++. (line    6)
  * SUBOBJECT_CLEANUP:                     Statements for C++. (line    6)
  * subreg:                                Regs and Memory.    (line   97)
--- 50899,51115 ----
  * RTX_FRAME_RELATED_P:                   Flags.              (line  107)
  * run-time conventions:                  Interface.          (line    6)
  * run-time target specification:         Run-time Target.    (line    6)
! * s in constraint:                       Simple Constraints. (line  102)
  * SAD_EXPR:                              Vectors.            (line    6)
! * same_type_p:                           Types.              (line   88)
! * SAmode:                                Machine Modes.      (line  151)
  * sat_fract:                             Conversions.        (line   90)
+ * satfractMN2 instruction pattern:       Standard Names.     (line 1169)
+ * satfractunsMN2 instruction pattern:    Standard Names.     (line 1182)
+ * satisfies_constraint_:                 C Constraint Interface.
+                                                              (line   37)
  * SAVE_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
! * save_stack_block instruction pattern:  Standard Names.     (line 1572)
! * save_stack_function instruction pattern: Standard Names.   (line 1572)
! * save_stack_nonlocal instruction pattern: Standard Names.   (line 1572)
! * SBSS_SECTION_ASM_OP:                   Sections.           (line   76)
  * Scalar evolutions:                     Scalar evolutions.  (line    6)
  * scalars, returned as values:           Scalar Return.      (line    6)
! * scalbM3 instruction pattern:           Standard Names.     (line  666)
  * SCHED_GROUP_P:                         Flags.              (line  148)
! * SCmode:                                Machine Modes.      (line  200)
! * scratch:                               Regs and Memory.    (line  298)
! * scratch operands:                      Regs and Memory.    (line  298)
  * scratch, RTL sharing:                  Sharing.            (line   35)
  * scratch_operand:                       Machine-Independent Predicates.
!                                                              (line   50)
! * SDATA_SECTION_ASM_OP:                  Sections.           (line   58)
! * SDB_ALLOW_FORWARD_REFERENCES:          SDB and DWARF.      (line  129)
! * SDB_ALLOW_UNKNOWN_REFERENCES:          SDB and DWARF.      (line  124)
! * SDB_DEBUGGING_INFO:                    SDB and DWARF.      (line    9)
! * SDB_DELIM:                             SDB and DWARF.      (line  117)
! * SDB_OUTPUT_SOURCE_LINE:                SDB and DWARF.      (line  134)
  * SDmode:                                Machine Modes.      (line   88)
! * sdot_prodM instruction pattern:        Standard Names.     (line  413)
! * search options:                        Including Patterns. (line   44)
! * SECONDARY_INPUT_RELOAD_CLASS:          Register Classes.   (line  396)
! * SECONDARY_MEMORY_NEEDED:               Register Classes.   (line  452)
! * SECONDARY_MEMORY_NEEDED_MODE:          Register Classes.   (line  471)
! * SECONDARY_MEMORY_NEEDED_RTX:           Register Classes.   (line  462)
! * SECONDARY_OUTPUT_RELOAD_CLASS:         Register Classes.   (line  397)
! * SECONDARY_RELOAD_CLASS:                Register Classes.   (line  395)
  * SELECT_CC_MODE:                        MODE_CC Condition Codes.
!                                                              (line    7)
! * sequence:                              Side Effects.       (line  260)
  * Sequence iterators:                    Sequence iterators. (line    6)
  * set:                                   Side Effects.       (line   15)
  * set and /f:                            Flags.              (line  107)
! * SET_ASM_OP:                            Label Output.       (line  454)
  * set_attr:                              Tagging Insns.      (line   31)
  * set_attr_alternative:                  Tagging Insns.      (line   49)
! * set_bb_seq:                            GIMPLE sequences.   (line   76)
  * SET_DEST:                              Side Effects.       (line   69)
  * SET_IS_RETURN_P:                       Flags.              (line  157)
  * SET_LABEL_KIND:                        Insns.              (line  146)
  * set_optab_libfunc:                     Library Calls.      (line   15)
! * SET_RATIO:                             Costs.              (line  238)
  * SET_SRC:                               Side Effects.       (line   69)
  * set_thread_pointerMODE instruction pattern: Standard Names.
!                                                              (line 2130)
  * SET_TYPE_STRUCTURAL_EQUALITY:          Types.              (line    6)
! * setmemM instruction pattern:           Standard Names.     (line 1033)
! * SETUP_FRAME_ADDRESSES:                 Frame Layout.       (line   98)
  * SFmode:                                Machine Modes.      (line   69)
  * sharing of RTL components:             Sharing.            (line    6)
! * shift:                                 Arithmetic.         (line  172)
! * SHIFT_COUNT_TRUNCATED:                 Misc.               (line  130)
  * SHLIB_SUFFIX:                          Macros for Initialization.
!                                                              (line  135)
! * SHORT_ACCUM_TYPE_SIZE:                 Type Layout.        (line   83)
! * SHORT_FRACT_TYPE_SIZE:                 Type Layout.        (line   63)
! * SHORT_IMMEDIATES_SIGN_EXTEND:          Misc.               (line  104)
! * SHORT_TYPE_SIZE:                       Type Layout.        (line   16)
  * shrink-wrapping separate components:   Shrink-wrapping separate components.
                                                               (line    6)
! * sibcall_epilogue instruction pattern:  Standard Names.     (line 1782)
! * sibling call:                          Edges.              (line  122)
  * SIBLING_CALL_P:                        Flags.              (line  161)
! * SIG_ATOMIC_TYPE:                       Type Layout.        (line  209)
  * sign_extend:                           Conversions.        (line   23)
  * sign_extract:                          Bit-Fields.         (line    8)
  * sign_extract, canonicalization of:     Insn Canonicalizations.
!                                                              (line   88)
! * signed division:                       Arithmetic.         (line  115)
! * signed division with signed saturation: Arithmetic.        (line  115)
! * signed maximum:                        Arithmetic.         (line  140)
! * signed minimum:                        Arithmetic.         (line  140)
! * significandM2 instruction pattern:     Standard Names.     (line  798)
  * SImode:                                Machine Modes.      (line   37)
  * simple constraints:                    Simple Constraints. (line    6)
  * simple_return:                         Side Effects.       (line   86)
! * simple_return instruction pattern:     Standard Names.     (line 1434)
! * sincosM3 instruction pattern:          Standard Names.     (line  694)
! * sinM2 instruction pattern:             Standard Names.     (line  688)
! * SIZE_ASM_OP:                           Label Output.       (line   35)
! * SIZE_TYPE:                             Type Layout.        (line  132)
! * SIZETYPE:                              Type Layout.        (line  148)
! * skip:                                  GTY Options.        (line   77)
! * SLOW_BYTE_ACCESS:                      Costs.              (line  118)
! * SLOW_UNALIGNED_ACCESS:                 Costs.              (line  133)
! * smax:                                  Arithmetic.         (line  140)
! * smin:                                  Arithmetic.         (line  140)
! * sms, swing, software pipelining:       RTL passes.         (line  124)
! * smulM3_highpart instruction pattern:   Standard Names.     (line  524)
  * soft float library:                    Soft float library routines.
                                                               (line    6)
! * special:                               GTY Options.        (line  230)
  * special predicates:                    Predicates.         (line   31)
  * SPECS:                                 Target Fragment.    (line  192)
  * speed of instructions:                 Costs.              (line    6)
  * split_block:                           Maintaining the CFG.
!                                                              (line   97)
! * splitting instructions:                Insn Splitting.     (line    6)
  * SQmode:                                Machine Modes.      (line  114)
  * sqrt:                                  Arithmetic.         (line  206)
! * sqrtM2 instruction pattern:            Standard Names.     (line  633)
  * square root:                           Arithmetic.         (line  206)
! * ss_abs:                                Arithmetic.         (line  199)
! * ss_ashift:                             Arithmetic.         (line  172)
! * ss_div:                                Arithmetic.         (line  115)
! * ss_minus:                              Arithmetic.         (line   36)
! * ss_mult:                               Arithmetic.         (line   92)
! * ss_neg:                                Arithmetic.         (line   81)
  * ss_plus:                               Arithmetic.         (line   14)
  * ss_truncate:                           Conversions.        (line   43)
+ * SSA:                                   SSA.                (line    6)
+ * SSA_NAME_DEF_STMT:                     SSA.                (line  185)
+ * SSA_NAME_VERSION:                      SSA.                (line  190)
+ * ssaddM3 instruction pattern:           Standard Names.     (line  319)
+ * ssadM instruction pattern:             Standard Names.     (line  422)
+ * ssashlM3 instruction pattern:          Standard Names.     (line  599)
+ * ssdivM3 instruction pattern:           Standard Names.     (line  319)
+ * ssmaddMN4 instruction pattern:         Standard Names.     (line  547)
+ * ssmsubMN4 instruction pattern:         Standard Names.     (line  571)
+ * ssmulM3 instruction pattern:           Standard Names.     (line  319)
+ * ssnegM2 instruction pattern:           Standard Names.     (line  623)
+ * sssubM3 instruction pattern:           Standard Names.     (line  319)
  * stack arguments:                       Stack Arguments.    (line    6)
  * stack frame layout:                    Frame Layout.       (line    6)
  * stack smashing protection:             Stack Smashing Protection.
                                                               (line    6)
! * STACK_ALIGNMENT_NEEDED:                Frame Layout.       (line   44)
! * STACK_BOUNDARY:                        Storage Layout.     (line  158)
! * STACK_CHECK_BUILTIN:                   Stack Checking.     (line   32)
! * STACK_CHECK_FIXED_FRAME_SIZE:          Stack Checking.     (line   84)
! * STACK_CHECK_MAX_FRAME_SIZE:            Stack Checking.     (line   75)
! * STACK_CHECK_MAX_VAR_SIZE:              Stack Checking.     (line   91)
! * STACK_CHECK_MOVING_SP:                 Stack Checking.     (line   54)
! * STACK_CHECK_PROBE_INTERVAL_EXP:        Stack Checking.     (line   46)
! * STACK_CHECK_PROTECT:                   Stack Checking.     (line   63)
! * STACK_CHECK_STATIC_BUILTIN:            Stack Checking.     (line   39)
! * STACK_DYNAMIC_OFFSET:                  Frame Layout.       (line   71)
  * STACK_DYNAMIC_OFFSET and virtual registers: Regs and Memory.
                                                               (line   83)
! * STACK_GROWS_DOWNWARD:                  Frame Layout.       (line    9)
! * STACK_PARMS_IN_REG_PARM_AREA:          Stack Arguments.    (line   90)
! * STACK_POINTER_OFFSET:                  Frame Layout.       (line   54)
  * STACK_POINTER_OFFSET and virtual registers: Regs and Memory.
                                                               (line   93)
! * STACK_POINTER_REGNUM:                  Frame Registers.    (line    9)
  * STACK_POINTER_REGNUM and virtual registers: Regs and Memory.
                                                               (line   83)
  * stack_pointer_rtx:                     Frame Registers.    (line  104)
! * stack_protect_set instruction pattern: Standard Names.     (line 2140)
! * stack_protect_test instruction pattern: Standard Names.    (line 2150)
! * STACK_PUSH_CODE:                       Frame Layout.       (line   13)
! * STACK_REG_COVER_CLASS:                 Stack Registers.    (line   23)
! * STACK_REGS:                            Stack Registers.    (line   20)
! * STACK_SAVEAREA_MODE:                   Storage Layout.     (line  467)
! * STACK_SIZE_MODE:                       Storage Layout.     (line  478)
! * STACK_SLOT_ALIGNMENT:                  Storage Layout.     (line  298)
  * standard pattern names:                Standard Names.     (line    6)
! * STANDARD_STARTFILE_PREFIX:             Driver.             (line  279)
! * STANDARD_STARTFILE_PREFIX_1:           Driver.             (line  286)
! * STANDARD_STARTFILE_PREFIX_2:           Driver.             (line  293)
! * STARTFILE_SPEC:                        Driver.             (line  148)
! * STARTING_FRAME_OFFSET:                 Frame Layout.       (line   35)
  * STARTING_FRAME_OFFSET and virtual registers: Regs and Memory.
                                                               (line   74)
  * Statement and operand traversals:      Statement and operand traversals.
                                                               (line    6)
  * Statement Sequences:                   Statement Sequences.
                                                               (line    6)
! * statements <1>:                        Statements for C++. (line    6)
  * statements:                            Function Properties.
                                                               (line    6)
! * Statements:                            Statements.         (line    6)
  * Static profile estimation:             Profile information.
                                                               (line   24)
  * static single assignment:              SSA.                (line    6)
! * STATIC_CHAIN_INCOMING_REGNUM:          Frame Registers.    (line   78)
! * STATIC_CHAIN_REGNUM:                   Frame Registers.    (line   77)
  * stdarg.h and register arguments:       Register Arguments. (line   51)
! * STDC_0_IN_SYSTEM_HEADERS:              Misc.               (line  368)
  * STMT_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
  * STMT_IS_FULL_EXPR_P:                   Statements for C++. (line   22)
  * storage layout:                        Storage Layout.     (line    6)
! * STORE_FLAG_VALUE:                      Misc.               (line  219)
! * STORE_MAX_PIECES:                      Costs.              (line  216)
! * store_multiple instruction pattern:    Standard Names.     (line  160)
! * strcpy:                                Storage Layout.     (line  250)
! * STRICT_ALIGNMENT:                      Storage Layout.     (line  348)
  * strict_low_part:                       RTL Declarations.   (line    9)
! * strict_memory_address_p:               Addressing Modes.   (line  187)
  * STRING_CST:                            Constant expressions.
                                                               (line    6)
  * STRING_POOL_ADDRESS_P:                 Flags.              (line  165)
! * strlenM instruction pattern:           Standard Names.     (line 1104)
  * structure value address:               Aggregate Return.   (line    6)
+ * STRUCTURE_SIZE_BOUNDARY:               Storage Layout.     (line  340)
  * structures, returning:                 Interface.          (line   10)
! * subM3 instruction pattern:             Standard Names.     (line  319)
  * SUBOBJECT:                             Statements for C++. (line    6)
  * SUBOBJECT_CLEANUP:                     Statements for C++. (line    6)
  * subreg:                                Regs and Memory.    (line   97)
*************** Concept Index
*** 50702,51356 ****
  * subreg and /u:                         Flags.              (line  180)
  * subreg and /u and /v:                  Flags.              (line  170)
  * subreg, in strict_low_part:            RTL Declarations.   (line    9)
! * SUBREG_BYTE:                           Regs and Memory.    (line  285)
  * SUBREG_PROMOTED_UNSIGNED_P:            Flags.              (line  170)
  * SUBREG_PROMOTED_UNSIGNED_SET:          Flags.              (line  180)
  * SUBREG_PROMOTED_VAR_P:                 Flags.              (line  187)
! * SUBREG_REG:                            Regs and Memory.    (line  285)
  * subst iterators in .md files:          Subst Iterators.    (line    6)
! * subvM4 instruction pattern:            Standard Names.     (line  331)
  * SUCCESS_EXIT_CODE:                     Host Misc.          (line   12)
  * SUPPORTS_INIT_PRIORITY:                Macros for Initialization.
!                                                              (line   57)
! * SUPPORTS_ONE_ONLY:                     Label Output.       (line  290)
! * SUPPORTS_WEAK:                         Label Output.       (line  264)
! * SWITCHABLE_TARGET:                     Run-time Target.    (line  164)
  * SWITCH_BODY:                           Statements for C++. (line    6)
  * SWITCH_COND:                           Statements for C++. (line    6)
  * SWITCH_STMT:                           Statements for C++. (line    6)
! * symbolic label:                        Sharing.            (line   20)
! * SYMBOL_FLAG_ANCHOR:                    Special Accessors.  (line  117)
! * SYMBOL_FLAG_EXTERNAL:                  Special Accessors.  (line   99)
! * SYMBOL_FLAG_FUNCTION:                  Special Accessors.  (line   92)
! * SYMBOL_FLAG_HAS_BLOCK_INFO:            Special Accessors.  (line  113)
! * SYMBOL_FLAG_LOCAL:                     Special Accessors.  (line   95)
! * SYMBOL_FLAG_SMALL:                     Special Accessors.  (line  104)
! * SYMBOL_FLAG_TLS_SHIFT:                 Special Accessors.  (line  108)
  * symbol_ref:                            Constants.          (line  117)
  * symbol_ref and /f:                     Flags.              (line  165)
  * symbol_ref and /i:                     Flags.              (line  202)
  * symbol_ref and /u:                     Flags.              (line   10)
  * symbol_ref and /v:                     Flags.              (line  206)
  * symbol_ref, RTL sharing:               Sharing.            (line   20)
! * SYMBOL_REF_ANCHOR_P:                   Special Accessors.  (line  117)
! * SYMBOL_REF_BLOCK:                      Special Accessors.  (line  130)
! * SYMBOL_REF_BLOCK_OFFSET:               Special Accessors.  (line  135)
! * SYMBOL_REF_CONSTANT:                   Special Accessors.  (line   78)
! * SYMBOL_REF_DATA:                       Special Accessors.  (line   82)
! * SYMBOL_REF_DECL:                       Special Accessors.  (line   67)
! * SYMBOL_REF_EXTERNAL_P:                 Special Accessors.  (line   99)
  * SYMBOL_REF_FLAG:                       Flags.              (line  206)
  * SYMBOL_REF_FLAG, in TARGET_ENCODE_SECTION_INFO: Sections.  (line  282)
! * SYMBOL_REF_FLAGS:                      Special Accessors.  (line   86)
! * SYMBOL_REF_FUNCTION_P:                 Special Accessors.  (line   92)
! * SYMBOL_REF_HAS_BLOCK_INFO_P:           Special Accessors.  (line  113)
! * SYMBOL_REF_LOCAL_P:                    Special Accessors.  (line   95)
! * SYMBOL_REF_SMALL_P:                    Special Accessors.  (line  104)
! * SYMBOL_REF_TLS_MODEL:                  Special Accessors.  (line  108)
  * SYMBOL_REF_USED:                       Flags.              (line  197)
  * SYMBOL_REF_WEAK:                       Flags.              (line  202)
! * sync_addMODE instruction pattern:      Standard Names.     (line 1869)
! * sync_andMODE instruction pattern:      Standard Names.     (line 1869)
  * sync_compare_and_swapMODE instruction pattern: Standard Names.
!                                                              (line 1829)
! * sync_iorMODE instruction pattern:      Standard Names.     (line 1869)
! * sync_lock_releaseMODE instruction pattern: Standard Names. (line 1934)
  * sync_lock_test_and_setMODE instruction pattern: Standard Names.
!                                                              (line 1908)
! * sync_nandMODE instruction pattern:     Standard Names.     (line 1869)
! * sync_new_addMODE instruction pattern:  Standard Names.     (line 1901)
! * sync_new_andMODE instruction pattern:  Standard Names.     (line 1901)
! * sync_new_iorMODE instruction pattern:  Standard Names.     (line 1901)
! * sync_new_nandMODE instruction pattern: Standard Names.     (line 1901)
! * sync_new_subMODE instruction pattern:  Standard Names.     (line 1901)
! * sync_new_xorMODE instruction pattern:  Standard Names.     (line 1901)
! * sync_old_addMODE instruction pattern:  Standard Names.     (line 1884)
! * sync_old_andMODE instruction pattern:  Standard Names.     (line 1884)
! * sync_old_iorMODE instruction pattern:  Standard Names.     (line 1884)
! * sync_old_nandMODE instruction pattern: Standard Names.     (line 1884)
! * sync_old_subMODE instruction pattern:  Standard Names.     (line 1884)
! * sync_old_xorMODE instruction pattern:  Standard Names.     (line 1884)
! * sync_subMODE instruction pattern:      Standard Names.     (line 1869)
! * sync_xorMODE instruction pattern:      Standard Names.     (line 1869)
! * SYSROOT_HEADERS_SUFFIX_SPEC:           Driver.             (line  176)
! * SYSROOT_SUFFIX_SPEC:                   Driver.             (line  171)
  * t-TARGET:                              Target Fragment.    (line    6)
  * table jump:                            Basic Blocks.       (line   67)
! * tablejump instruction pattern:         Standard Names.     (line 1500)
! * tag:                                   GTY Options.        (line   90)
  * tagging insns:                         Tagging Insns.      (line    6)
  * tail calls:                            Tail Calls.         (line    6)
! * TAmode:                                Machine Modes.      (line  158)
! * tanM2 instruction pattern:             Standard Names.     (line  699)
  * target attributes:                     Target Attributes.  (line    6)
  * target description macros:             Target Macros.      (line    6)
  * target functions:                      Target Structure.   (line    6)
  * target hooks:                          Target Structure.   (line    6)
  * target makefile fragment:              Target Fragment.    (line    6)
  * target specifications:                 Run-time Target.    (line    6)
! * targetm:                               Target Structure.   (line    6)
! * targets, makefile:                     Makefile.           (line    6)
! * TARGET_ABSOLUTE_BIGGEST_ALIGNMENT:     Storage Layout.     (line  185)
! * TARGET_ADDITIONAL_ALLOCNO_CLASS_P:     Register Classes.   (line  620)
! * TARGET_ADDRESS_COST:                   Costs.              (line  344)
  * TARGET_ADDR_SPACE_ADDRESS_MODE:        Named Address Spaces.
!                                                              (line   42)
  * TARGET_ADDR_SPACE_CONVERT:             Named Address Spaces.
!                                                              (line   89)
  * TARGET_ADDR_SPACE_DEBUG:               Named Address Spaces.
!                                                              (line   99)
  * TARGET_ADDR_SPACE_DIAGNOSE_USAGE:      Named Address Spaces.
!                                                              (line  103)
  * TARGET_ADDR_SPACE_LEGITIMATE_ADDRESS_P: Named Address Spaces.
!                                                              (line   59)
  * TARGET_ADDR_SPACE_LEGITIMIZE_ADDRESS:  Named Address Spaces.
!                                                              (line   67)
  * TARGET_ADDR_SPACE_POINTER_MODE:        Named Address Spaces.
!                                                              (line   36)
  * TARGET_ADDR_SPACE_SUBSET_P:            Named Address Spaces.
!                                                              (line   74)
  * TARGET_ADDR_SPACE_VALID_POINTER_MODE:  Named Address Spaces.
!                                                              (line   48)
  * TARGET_ADDR_SPACE_ZERO_ADDRESS_VALID:  Named Address Spaces.
!                                                              (line   83)
! * TARGET_ALIGN_ANON_BITFIELD:            Storage Layout.     (line  422)
! * TARGET_ALLOCATE_INITIAL_VALUE:         Misc.               (line  827)
! * TARGET_ALLOCATE_STACK_SLOTS_FOR_ARGS:  Misc.               (line 1105)
! * TARGET_ALWAYS_STRIP_DOTDOT:            Driver.             (line  250)
! * TARGET_ARG_PARTIAL_BYTES:              Register Arguments. (line   99)
  * TARGET_ARM_EABI_UNWINDER:              Exception Region Output.
!                                                              (line  134)
! * TARGET_ARRAY_MODE_SUPPORTED_P:         Register Arguments. (line  349)
! * TARGET_ASAN_SHADOW_OFFSET:             Misc.               (line 1133)
! * TARGET_ASM_ALIGNED_DI_OP:              Data Output.        (line    9)
! * TARGET_ASM_ALIGNED_HI_OP:              Data Output.        (line    7)
! * TARGET_ASM_ALIGNED_SI_OP:              Data Output.        (line    8)
! * TARGET_ASM_ALIGNED_TI_OP:              Data Output.        (line   10)
! * TARGET_ASM_ASSEMBLE_UNDEFINED_DECL:    Label Output.       (line  231)
! * TARGET_ASM_ASSEMBLE_VISIBILITY:        Label Output.       (line  301)
! * TARGET_ASM_BYTE_OP:                    Data Output.        (line    6)
! * TARGET_ASM_CAN_OUTPUT_MI_THUNK:        Function Entry.     (line  202)
! * TARGET_ASM_CLOSE_PAREN:                Data Output.        (line  133)
! * TARGET_ASM_CODE_END:                   File Framework.     (line   57)
  * TARGET_ASM_CONSTRUCTOR:                Macros for Initialization.
!                                                              (line   68)
! * TARGET_ASM_DECLARE_CONSTANT_NAME:      Label Output.       (line  177)
! * TARGET_ASM_DECL_END:                   Data Output.        (line   38)
  * TARGET_ASM_DESTRUCTOR:                 Macros for Initialization.
!                                                              (line   82)
! * TARGET_ASM_ELF_FLAGS_NUMERIC:          File Framework.     (line  121)
! * TARGET_ASM_EMIT_EXCEPT_PERSONALITY:    Dispatch Tables.    (line   80)
! * TARGET_ASM_EMIT_EXCEPT_TABLE_LABEL:    Dispatch Tables.    (line   73)
! * TARGET_ASM_EMIT_UNWIND_LABEL:          Dispatch Tables.    (line   61)
! * TARGET_ASM_EXTERNAL_LIBCALL:           Label Output.       (line  337)
! * TARGET_ASM_FILE_END:                   File Framework.     (line   35)
! * TARGET_ASM_FILE_START:                 File Framework.     (line    8)
! * TARGET_ASM_FILE_START_APP_OFF:         File Framework.     (line   16)
! * TARGET_ASM_FILE_START_FILE_DIRECTIVE:  File Framework.     (line   29)
! * TARGET_ASM_FINAL_POSTSCAN_INSN:        Instruction Output. (line   82)
! * TARGET_ASM_FUNCTION_BEGIN_EPILOGUE:    Function Entry.     (line   59)
! * TARGET_ASM_FUNCTION_END_PROLOGUE:      Function Entry.     (line   53)
! * TARGET_ASM_FUNCTION_EPILOGUE:          Function Entry.     (line   65)
! * TARGET_ASM_FUNCTION_PROLOGUE:          Function Entry.     (line    9)
! * TARGET_ASM_FUNCTION_RODATA_SECTION:    Sections.           (line  218)
! * TARGET_ASM_FUNCTION_SECTION:           File Framework.     (line  133)
  * TARGET_ASM_FUNCTION_SWITCHED_TEXT_SECTIONS: File Framework.
!                                                              (line  143)
! * TARGET_ASM_GLOBALIZE_DECL_NAME:        Label Output.       (line  222)
! * TARGET_ASM_GLOBALIZE_LABEL:            Label Output.       (line  213)
! * TARGET_ASM_INIT_SECTIONS:              Sections.           (line  164)
! * TARGET_ASM_INTEGER:                    Data Output.        (line   25)
! * TARGET_ASM_INTERNAL_LABEL:             Label Output.       (line  380)
! * TARGET_ASM_JUMP_ALIGN_MAX_SKIP:        Alignment Output.   (line   21)
  * TARGET_ASM_LABEL_ALIGN_AFTER_BARRIER_MAX_SKIP: Alignment Output.
!                                                              (line   34)
! * TARGET_ASM_LABEL_ALIGN_MAX_SKIP:       Alignment Output.   (line   68)
! * TARGET_ASM_LOOP_ALIGN_MAX_SKIP:        Alignment Output.   (line   53)
! * TARGET_ASM_LTO_END:                    File Framework.     (line   52)
! * TARGET_ASM_LTO_START:                  File Framework.     (line   47)
! * TARGET_ASM_MARK_DECL_PRESERVED:        Label Output.       (line  343)
! * TARGET_ASM_MERGEABLE_RODATA_PREFIX:    Sections.           (line  226)
! * TARGET_ASM_NAMED_SECTION:              File Framework.     (line  113)
! * TARGET_ASM_OPEN_PAREN:                 Data Output.        (line  132)
! * TARGET_ASM_OUTPUT_ADDR_CONST_EXTRA:    Data Output.        (line   42)
! * TARGET_ASM_OUTPUT_ANCHOR:              Anchored Addresses. (line   42)
! * TARGET_ASM_OUTPUT_DWARF_DTPREL:        SDB and DWARF.      (line  104)
! * TARGET_ASM_OUTPUT_IDENT:               File Framework.     (line  100)
! * TARGET_ASM_OUTPUT_MI_THUNK:            Function Entry.     (line  160)
! * TARGET_ASM_OUTPUT_SOURCE_FILENAME:     File Framework.     (line   91)
! * TARGET_ASM_RECORD_GCC_SWITCHES:        File Framework.     (line  174)
! * TARGET_ASM_RECORD_GCC_SWITCHES_SECTION: File Framework.    (line  219)
! * TARGET_ASM_RELOC_RW_MASK:              Sections.           (line  173)
! * TARGET_ASM_SELECT_RTX_SECTION:         Sections.           (line  235)
! * TARGET_ASM_SELECT_SECTION:             Sections.           (line  184)
! * TARGET_ASM_TM_CLONE_TABLE_SECTION:     Sections.           (line  231)
! * TARGET_ASM_TRAMPOLINE_TEMPLATE:        Trampolines.        (line   28)
  * TARGET_ASM_TTYPE:                      Exception Region Output.
!                                                              (line  128)
! * TARGET_ASM_UNALIGNED_DI_OP:            Data Output.        (line   13)
! * TARGET_ASM_UNALIGNED_HI_OP:            Data Output.        (line   11)
! * TARGET_ASM_UNALIGNED_SI_OP:            Data Output.        (line   12)
! * TARGET_ASM_UNALIGNED_TI_OP:            Data Output.        (line   14)
! * TARGET_ASM_UNIQUE_SECTION:             Sections.           (line  206)
! * TARGET_ASM_UNWIND_EMIT:                Dispatch Tables.    (line   87)
! * TARGET_ASM_UNWIND_EMIT_BEFORE_INSN:    Dispatch Tables.    (line   93)
! * TARGET_ATOMIC_ALIGN_FOR_MODE:          Misc.               (line 1152)
! * TARGET_ATOMIC_ASSIGN_EXPAND_FENV:      Misc.               (line 1158)
! * TARGET_ATOMIC_TEST_AND_SET_TRUEVAL:    Misc.               (line 1143)
! * TARGET_ATTRIBUTE_TABLE:                Target Attributes.  (line   10)
! * TARGET_ATTRIBUTE_TAKES_IDENTIFIER_P:   Target Attributes.  (line   17)
! * TARGET_BINDS_LOCAL_P:                  Sections.           (line  313)
! * TARGET_BRANCH_TARGET_REGISTER_CALLEE_SAVED: Misc.          (line  924)
! * TARGET_BRANCH_TARGET_REGISTER_CLASS:   Misc.               (line  917)
! * TARGET_BUILD_BUILTIN_VA_LIST:          Register Arguments. (line  289)
  * TARGET_BUILTIN_CHKP_FUNCTION:          Misc.               (line  642)
! * TARGET_BUILTIN_DECL:                   Misc.               (line  621)
! * TARGET_BUILTIN_RECIPROCAL:             Addressing Modes.   (line  261)
! * TARGET_BUILTIN_SETJMP_FRAME_VALUE:     Frame Layout.       (line  103)
! * TARGET_CALLEE_COPIES:                  Register Arguments. (line  131)
! * TARGET_CALL_ARGS:                      Varargs.            (line  123)
  * TARGET_CALL_FUSAGE_CONTAINS_NON_CALLEE_CLOBBERS: Miscellaneous Register Hooks.
!                                                              (line    6)
! * TARGET_CANNOT_FORCE_CONST_MEM:         Addressing Modes.   (line  234)
! * TARGET_CANNOT_MODIFY_JUMPS_P:          Misc.               (line  904)
! * TARGET_CANNOT_SUBSTITUTE_MEM_EQUIV_P:  Register Classes.   (line  597)
  * TARGET_CANONICALIZE_COMPARISON:        MODE_CC Condition Codes.
!                                                              (line   55)
! * TARGET_CANONICAL_VA_LIST_TYPE:         Register Arguments. (line  310)
! * TARGET_CAN_ELIMINATE:                  Elimination.        (line   58)
! * TARGET_CAN_FOLLOW_JUMP:                Misc.               (line  813)
! * TARGET_CAN_INLINE_P:                   Target Attributes.  (line  165)
! * TARGET_CAN_USE_DOLOOP_P:               Misc.               (line  777)
! * TARGET_CASE_VALUES_THRESHOLD:          Misc.               (line   46)
  * TARGET_CC_MODES_COMPATIBLE:            MODE_CC Condition Codes.
!                                                              (line  120)
! * TARGET_CHECK_PCH_TARGET_FLAGS:         PCH Target.         (line   26)
! * TARGET_CHECK_STRING_OBJECT_FORMAT_ARG: Run-time Target.    (line  119)
! * TARGET_CHKP_BOUND_MODE:                Misc.               (line  714)
! * TARGET_CHKP_BOUND_TYPE:                Misc.               (line  712)
! * TARGET_CHKP_FUNCTION_VALUE_BOUNDS:     Varargs.            (line  182)
! * TARGET_CHKP_INITIALIZE_BOUNDS:         Misc.               (line  720)
! * TARGET_CHKP_MAKE_BOUNDS_CONSTANT:      Misc.               (line  716)
! * TARGET_CLASS_LIKELY_SPILLED_P:         Register Classes.   (line  489)
! * TARGET_CLASS_MAX_NREGS:                Register Classes.   (line  505)
! * TARGET_COMMUTATIVE_P:                  Misc.               (line  820)
! * TARGET_COMPARE_BY_PIECES_BRANCH_RATIO: Costs.              (line  200)
! * TARGET_COMPARE_VERSION_PRIORITY:       Misc.               (line  754)
! * TARGET_COMPUTE_PRESSURE_CLASSES:       Register Classes.   (line  635)
! * TARGET_COMP_TYPE_ATTRIBUTES:           Target Attributes.  (line   25)
! * TARGET_CONDITIONAL_REGISTER_USAGE:     Register Basics.    (line   59)
! * TARGET_CONST_ANCHOR:                   Misc.               (line 1116)
! * TARGET_CONST_NOT_OK_FOR_DEBUG_P:       Addressing Modes.   (line  230)
! * TARGET_CONVERT_TO_TYPE:                Misc.               (line 1076)
! * TARGET_CPU_CPP_BUILTINS:               Run-time Target.    (line    8)
! * TARGET_CSTORE_MODE:                    Register Classes.   (line  628)
! * TARGET_CUSTOM_FUNCTION_DESCRIPTORS:    Trampolines.        (line   84)
! * TARGET_CXX_ADJUST_CLASS_AT_DEFINITION: C++ ABI.            (line   86)
! * TARGET_CXX_CDTOR_RETURNS_THIS:         C++ ABI.            (line   37)
! * TARGET_CXX_CLASS_DATA_ALWAYS_COMDAT:   C++ ABI.            (line   61)
! * TARGET_CXX_COOKIE_HAS_SIZE:            C++ ABI.            (line   24)
! * TARGET_CXX_DECL_MANGLING_CONTEXT:      C++ ABI.            (line   92)
! * TARGET_CXX_DETERMINE_CLASS_DATA_VISIBILITY: C++ ABI.       (line   52)
! * TARGET_CXX_GET_COOKIE_SIZE:            C++ ABI.            (line   17)
! * TARGET_CXX_GUARD_MASK_BIT:             C++ ABI.            (line   11)
! * TARGET_CXX_GUARD_TYPE:                 C++ ABI.            (line    6)
! * TARGET_CXX_IMPLICIT_EXTERN_C:          Misc.               (line  390)
! * TARGET_CXX_IMPORT_EXPORT_CLASS:        C++ ABI.            (line   28)
! * TARGET_CXX_KEY_METHOD_MAY_BE_INLINE:   C++ ABI.            (line   42)
! * TARGET_CXX_LIBRARY_RTTI_COMDAT:        C++ ABI.            (line   68)
! * TARGET_CXX_USE_AEABI_ATEXIT:           C++ ABI.            (line   73)
! * TARGET_CXX_USE_ATEXIT_FOR_CXA_ATEXIT:  C++ ABI.            (line   79)
! * TARGET_C_EXCESS_PRECISION:             Storage Layout.     (line  109)
! * TARGET_C_PREINCLUDE:                   Misc.               (line  378)
! * TARGET_DEBUG_UNWIND_INFO:              SDB and DWARF.      (line   36)
! * TARGET_DECIMAL_FLOAT_SUPPORTED_P:      Storage Layout.     (line  527)
! * TARGET_DECLSPEC:                       Target Attributes.  (line   72)
! * TARGET_DEFAULT_PACK_STRUCT:            Misc.               (line  463)
! * TARGET_DEFAULT_SHORT_ENUMS:            Type Layout.        (line  123)
! * TARGET_DEFAULT_TARGET_FLAGS:           Run-time Target.    (line   55)
! * TARGET_DEFERRED_OUTPUT_DEFS:           Label Output.       (line  465)
! * TARGET_DELAY_SCHED2:                   SDB and DWARF.      (line   60)
! * TARGET_DELAY_VARTRACK:                 SDB and DWARF.      (line   64)
! * TARGET_DELEGITIMIZE_ADDRESS:           Addressing Modes.   (line  221)
! * TARGET_DIFFERENT_ADDR_DISPLACEMENT_P:  Register Classes.   (line  590)
  * TARGET_DLLIMPORT_DECL_ATTRIBUTES:      Target Attributes.  (line   55)
! * TARGET_DWARF_CALLING_CONVENTION:       SDB and DWARF.      (line   16)
  * TARGET_DWARF_FRAME_REG_MODE:           Exception Region Output.
!                                                              (line  114)
! * TARGET_DWARF_HANDLE_FRAME_UNSPEC:      Frame Layout.       (line  167)
  * TARGET_DWARF_REGISTER_SPAN:            Exception Region Output.
!                                                              (line  105)
! * TARGET_EDOM:                           Library Calls.      (line   59)
! * TARGET_EMUTLS_DEBUG_FORM_TLS_ADDRESS:  Emulated TLS.       (line   67)
! * TARGET_EMUTLS_GET_ADDRESS:             Emulated TLS.       (line   18)
! * TARGET_EMUTLS_REGISTER_COMMON:         Emulated TLS.       (line   23)
! * TARGET_EMUTLS_TMPL_PREFIX:             Emulated TLS.       (line   44)
! * TARGET_EMUTLS_TMPL_SECTION:            Emulated TLS.       (line   35)
! * TARGET_EMUTLS_VAR_ALIGN_FIXED:         Emulated TLS.       (line   62)
! * TARGET_EMUTLS_VAR_FIELDS:              Emulated TLS.       (line   48)
! * TARGET_EMUTLS_VAR_INIT:                Emulated TLS.       (line   55)
! * TARGET_EMUTLS_VAR_PREFIX:              Emulated TLS.       (line   40)
! * TARGET_EMUTLS_VAR_SECTION:             Emulated TLS.       (line   30)
! * TARGET_ENCODE_SECTION_INFO:            Sections.           (line  256)
  * TARGET_ENCODE_SECTION_INFO and address validation: Addressing Modes.
!                                                              (line   82)
! * TARGET_ENCODE_SECTION_INFO usage:      Instruction Output. (line  127)
! * TARGET_END_CALL_ARGS:                  Varargs.            (line  137)
! * TARGET_ENUM_VA_LIST_P:                 Register Arguments. (line  293)
  * TARGET_EXCEPT_UNWIND_INFO:             Exception Region Output.
!                                                              (line   46)
! * TARGET_EXECUTABLE_SUFFIX:              Misc.               (line  878)
! * TARGET_EXPAND_BUILTIN:                 Misc.               (line  631)
! * TARGET_EXPAND_BUILTIN_SAVEREGS:        Varargs.            (line   64)
! * TARGET_EXPAND_DIVMOD_LIBFUNC:          Scheduling.         (line  461)
! * TARGET_EXPAND_TO_RTL_HOOK:             Storage Layout.     (line  533)
  * TARGET_EXPR:                           Unary and Binary Expressions.
                                                               (line    6)
! * TARGET_EXTRA_INCLUDES:                 Misc.               (line  991)
! * TARGET_EXTRA_LIVE_ON_ENTRY:            Tail Calls.         (line   20)
! * TARGET_EXTRA_PRE_INCLUDES:             Misc.               (line  998)
  * TARGET_FIXED_CONDITION_CODE_REGS:      MODE_CC Condition Codes.
!                                                              (line  105)
! * TARGET_FIXED_POINT_SUPPORTED_P:        Storage Layout.     (line  530)
! * target_flags:                          Run-time Target.    (line   51)
  * TARGET_FLAGS_REGNUM:                   MODE_CC Condition Codes.
!                                                              (line  133)
! * TARGET_FLOATN_MODE:                    Register Arguments. (line  381)
  * TARGET_FLOAT_EXCEPTIONS_ROUNDING_SUPPORTED_P: Run-time Target.
!                                                              (line  183)
! * TARGET_FN_ABI_VA_LIST:                 Register Arguments. (line  305)
! * TARGET_FOLD_BUILTIN:                   Misc.               (line  737)
! * TARGET_FORMAT_TYPES:                   Misc.               (line 1019)
! * TARGET_FRAME_POINTER_REQUIRED:         Elimination.        (line    8)
! * TARGET_FUNCTION_ARG:                   Register Arguments. (line   10)
! * TARGET_FUNCTION_ARG_ADVANCE:           Register Arguments. (line  202)
! * TARGET_FUNCTION_ARG_BOUNDARY:          Register Arguments. (line  256)
! * TARGET_FUNCTION_ARG_ROUND_BOUNDARY:    Register Arguments. (line  262)
! * TARGET_FUNCTION_ATTRIBUTE_INLINABLE_P: Target Attributes.  (line   93)
! * TARGET_FUNCTION_INCOMING_ARG:          Register Arguments. (line   71)
! * TARGET_FUNCTION_OK_FOR_SIBCALL:        Tail Calls.         (line    6)
! * TARGET_FUNCTION_VALUE:                 Scalar Return.      (line    9)
! * TARGET_FUNCTION_VALUE_REGNO_P:         Scalar Return.      (line   96)
! * TARGET_GENERATE_VERSION_DISPATCHER_BODY: Misc.             (line  770)
! * TARGET_GEN_CCMP_FIRST:                 Misc.               (line  944)
! * TARGET_GEN_CCMP_NEXT:                  Misc.               (line  955)
! * TARGET_GET_DRAP_RTX:                   Misc.               (line 1099)
! * TARGET_GET_FUNCTION_VERSIONS_DISPATCHER: Misc.             (line  763)
! * TARGET_GET_PCH_VALIDITY:               PCH Target.         (line    6)
! * TARGET_GET_RAW_ARG_MODE:               Aggregate Return.   (line   81)
! * TARGET_GET_RAW_RESULT_MODE:            Aggregate Return.   (line   76)
! * TARGET_GIMPLE_FOLD_BUILTIN:            Misc.               (line  747)
! * TARGET_GIMPLIFY_VA_ARG_EXPR:           Register Arguments. (line  315)
! * TARGET_GOACC_DIM_LIMIT:                Addressing Modes.   (line  446)
! * TARGET_GOACC_FORK_JOIN:                Addressing Modes.   (line  450)
! * TARGET_GOACC_REDUCTION:                Addressing Modes.   (line  461)
! * TARGET_GOACC_VALIDATE_DIMS:            Addressing Modes.   (line  433)
! * TARGET_HANDLE_C_OPTION:                Run-time Target.    (line   73)
! * TARGET_HANDLE_OPTION:                  Run-time Target.    (line   59)
  * TARGET_HARD_REGNO_SCRATCH_OK:          Values in Registers.
!                                                              (line  141)
! * TARGET_HAS_IFUNC_P:                    Misc.               (line 1147)
! * TARGET_HAS_NO_HW_DIVIDE:               Library Calls.      (line   52)
! * TARGET_HAVE_CONDITIONAL_EXECUTION:     Misc.               (line  938)
  * TARGET_HAVE_CTORS_DTORS:               Macros for Initialization.
!                                                              (line   63)
! * TARGET_HAVE_NAMED_SECTIONS:            File Framework.     (line  151)
! * TARGET_HAVE_SRODATA_SECTION:           Sections.           (line  302)
! * TARGET_HAVE_SWITCHABLE_BSS_SECTIONS:   File Framework.     (line  156)
! * TARGET_HAVE_TLS:                       Sections.           (line  322)
! * TARGET_INIT_BUILTINS:                  Misc.               (line  605)
  * TARGET_INIT_DWARF_REG_SIZES_EXTRA:     Exception Region Output.
!                                                              (line  120)
! * TARGET_INIT_LIBFUNCS:                  Library Calls.      (line   15)
! * TARGET_INIT_PIC_REG:                   Register Arguments. (line   95)
! * TARGET_INSERT_ATTRIBUTES:              Target Attributes.  (line   80)
! * TARGET_INSTANTIATE_DECLS:              Storage Layout.     (line  541)
! * TARGET_INVALID_ARG_FOR_UNPROTOTYPED_FN: Misc.              (line 1043)
! * TARGET_INVALID_BINARY_OP:              Misc.               (line 1062)
! * TARGET_INVALID_CONVERSION:             Misc.               (line 1049)
! * TARGET_INVALID_UNARY_OP:               Misc.               (line 1055)
! * TARGET_INVALID_WITHIN_DOLOOP:          Misc.               (line  794)
! * TARGET_IN_SMALL_DATA_P:                Sections.           (line  298)
! * TARGET_IRA_CHANGE_PSEUDO_ALLOCNO_CLASS: Register Classes.  (line  557)
! * TARGET_KEEP_LEAF_WHEN_PROFILED:        Profiling.          (line   39)
! * TARGET_LEGITIMATE_ADDRESS_P:           Addressing Modes.   (line   48)
! * TARGET_LEGITIMATE_COMBINED_INSN:       Misc.               (line  808)
! * TARGET_LEGITIMATE_CONSTANT_P:          Addressing Modes.   (line  213)
! * TARGET_LEGITIMIZE_ADDRESS:             Addressing Modes.   (line  129)
! * TARGET_LEGITIMIZE_ADDRESS_DISPLACEMENT: Register Classes.  (line  605)
! * TARGET_LIBCALL_VALUE:                  Scalar Return.      (line   65)
! * TARGET_LIBC_HAS_FUNCTION:              Library Calls.      (line   77)
! * TARGET_LIBFUNC_GNU_PREFIX:             Library Calls.      (line   24)
! * TARGET_LIBGCC_CMP_RETURN_MODE:         Storage Layout.     (line  483)
  * TARGET_LIBGCC_FLOATING_MODE_SUPPORTED_P: Register Arguments.
!                                                              (line  373)
! * TARGET_LIBGCC_SDATA_SECTION:           Sections.           (line  136)
! * TARGET_LIBGCC_SHIFT_COUNT_MODE:        Storage Layout.     (line  489)
! * TARGET_LIB_INT_CMP_BIASED:             Library Calls.      (line   42)
! * TARGET_LOAD_BOUNDS_FOR_ARG:            Varargs.            (line  153)
! * TARGET_LOAD_RETURNED_BOUNDS:           Varargs.            (line  172)
! * TARGET_LOOP_UNROLL_ADJUST:             Misc.               (line  972)
! * TARGET_LRA_P:                          Register Classes.   (line  564)
! * TARGET_MACHINE_DEPENDENT_REORG:        Misc.               (line  590)
! * TARGET_MANGLE_ASSEMBLER_NAME:          Label Output.       (line  356)
! * TARGET_MANGLE_DECL_ASSEMBLER_NAME:     Sections.           (line  246)
! * TARGET_MANGLE_TYPE:                    Storage Layout.     (line  545)
! * TARGET_MAX_ANCHOR_OFFSET:              Anchored Addresses. (line   38)
! * TARGET_MAX_NOCE_IFCVT_SEQ_COST:        Costs.              (line  380)
! * TARGET_MD_ASM_ADJUST:                  Misc.               (line  508)
! * TARGET_MEMBER_TYPE_FORCES_BLK:         Storage Layout.     (line  435)
! * TARGET_MEMMODEL_CHECK:                 Misc.               (line 1138)
! * TARGET_MEMORY_MOVE_COST:               Costs.              (line   79)
! * TARGET_MEM_CONSTRAINT:                 Addressing Modes.   (line  107)
  * TARGET_MEM_REF:                        Storage References. (line    6)
! * TARGET_MERGE_DECL_ATTRIBUTES:          Target Attributes.  (line   45)
! * TARGET_MERGE_TYPE_ATTRIBUTES:          Target Attributes.  (line   37)
! * TARGET_MIN_ANCHOR_OFFSET:              Anchored Addresses. (line   32)
! * TARGET_MIN_ARITHMETIC_PRECISION:       Misc.               (line   59)
! * TARGET_MIN_DIVISIONS_FOR_RECIP_MUL:    Misc.               (line  107)
! * TARGET_MODE_AFTER:                     Mode Switching.     (line   57)
! * TARGET_MODE_DEPENDENT_ADDRESS_P:       Addressing Modes.   (line  196)
! * TARGET_MODE_EMIT:                      Mode Switching.     (line   42)
! * TARGET_MODE_ENTRY:                     Mode Switching.     (line   64)
! * TARGET_MODE_EXIT:                      Mode Switching.     (line   71)
! * TARGET_MODE_NEEDED:                    Mode Switching.     (line   50)
! * TARGET_MODE_PRIORITY:                  Mode Switching.     (line   78)
! * TARGET_MODE_REP_EXTENDED:              Misc.               (line  192)
! * TARGET_MS_BITFIELD_LAYOUT_P:           Storage Layout.     (line  499)
! * TARGET_MUST_PASS_IN_STACK:             Register Arguments. (line   64)
  * TARGET_MUST_PASS_IN_STACK, and TARGET_FUNCTION_ARG: Register Arguments.
!                                                              (line   56)
! * TARGET_NARROW_VOLATILE_BITFIELD:       Storage Layout.     (line  428)
! * TARGET_NOCE_CONVERSION_PROFITABLE_P:   Costs.              (line  399)
! * TARGET_NO_REGISTER_ALLOCATION:         SDB and DWARF.      (line   68)
! * TARGET_NO_SPECULATION_IN_DELAY_SLOTS_P: Costs.             (line  405)
! * TARGET_N_FORMAT_TYPES:                 Misc.               (line 1024)
! * TARGET_OBJC_CONSTRUCT_STRING_OBJECT:   Run-time Target.    (line   88)
! * TARGET_OBJC_DECLARE_CLASS_DEFINITION:  Run-time Target.    (line  109)
  * TARGET_OBJC_DECLARE_UNRESOLVED_CLASS_REFERENCE: Run-time Target.
!                                                              (line  104)
! * TARGET_OBJECT_SUFFIX:                  Misc.               (line  873)
! * TARGET_OBJFMT_CPP_BUILTINS:            Run-time Target.    (line   45)
! * TARGET_OFFLOAD_OPTIONS:                Misc.               (line 1181)
  * TARGET_OMIT_STRUCT_RETURN_REG:         Scalar Return.      (line  117)
! * TARGET_OPTAB_SUPPORTED_P:              Costs.              (line  299)
! * TARGET_OPTF:                           Misc.               (line 1006)
! * TARGET_OPTION_DEFAULT_PARAMS:          Run-time Target.    (line  160)
! * TARGET_OPTION_FUNCTION_VERSIONS:       Target Attributes.  (line  157)
! * TARGET_OPTION_INIT_STRUCT:             Run-time Target.    (line  156)
! * TARGET_OPTION_OPTIMIZATION_TABLE:      Run-time Target.    (line  142)
! * TARGET_OPTION_OVERRIDE:                Target Attributes.  (line  144)
! * TARGET_OPTION_POST_STREAM_IN:          Target Attributes.  (line  125)
! * TARGET_OPTION_PRAGMA_PARSE:            Target Attributes.  (line  137)
! * TARGET_OPTION_PRINT:                   Target Attributes.  (line  131)
! * TARGET_OPTION_RESTORE:                 Target Attributes.  (line  119)
! * TARGET_OPTION_SAVE:                    Target Attributes.  (line  112)
! * TARGET_OPTION_VALID_ATTRIBUTE_P:       Target Attributes.  (line  100)
! * TARGET_OS_CPP_BUILTINS:                Run-time Target.    (line   41)
! * TARGET_OVERRIDES_FORMAT_ATTRIBUTES:    Misc.               (line 1028)
! * TARGET_OVERRIDES_FORMAT_ATTRIBUTES_COUNT: Misc.            (line 1034)
! * TARGET_OVERRIDES_FORMAT_INIT:          Misc.               (line 1038)
! * TARGET_OVERRIDE_OPTIONS_AFTER_CHANGE:  Run-time Target.    (line  126)
! * TARGET_PASS_BY_REFERENCE:              Register Arguments. (line  119)
! * TARGET_PCH_VALID_P:                    PCH Target.         (line   11)
! * TARGET_POSIX_IO:                       Misc.               (line  534)
! * TARGET_PREFERRED_OUTPUT_RELOAD_CLASS:  Register Classes.   (line  284)
! * TARGET_PREFERRED_RELOAD_CLASS:         Register Classes.   (line  213)
! * TARGET_PREFERRED_RENAME_CLASS:         Register Classes.   (line  201)
! * TARGET_PREPARE_PCH_SAVE:               PCH Target.         (line   34)
! * TARGET_PRETEND_OUTGOING_VARARGS_NAMED: Varargs.            (line  144)
! * TARGET_PROFILE_BEFORE_PROLOGUE:        Sections.           (line  306)
! * TARGET_PROMOTED_TYPE:                  Misc.               (line 1068)
! * TARGET_PROMOTE_FUNCTION_MODE:          Storage Layout.     (line  126)
! * TARGET_PROMOTE_PROTOTYPES:             Stack Arguments.    (line   10)
! * TARGET_PTRMEMFUNC_VBIT_LOCATION:       Type Layout.        (line  250)
! * TARGET_RECORD_OFFLOAD_SYMBOL:          Misc.               (line 1176)
! * TARGET_REF_MAY_ALIAS_ERRNO:            Register Arguments. (line  326)
! * TARGET_REGISTER_MOVE_COST:             Costs.              (line   31)
! * TARGET_REGISTER_PRIORITY:              Register Classes.   (line  569)
! * TARGET_REGISTER_USAGE_LEVELING_P:      Register Classes.   (line  580)
! * TARGET_RELAYOUT_FUNCTION:              Target Attributes.  (line  172)
! * TARGET_RESOLVE_OVERLOADED_BUILTIN:     Misc.               (line  726)
! * TARGET_RETURN_IN_MEMORY:               Aggregate Return.   (line   15)
  * TARGET_RETURN_IN_MSB:                  Scalar Return.      (line  124)
! * TARGET_RETURN_POPS_ARGS:               Stack Arguments.    (line   98)
! * TARGET_RTX_COSTS:                      Costs.              (line  313)
! * TARGET_RUN_TARGET_SELFTESTS:           Misc.               (line 1230)
! * TARGET_SCALAR_MODE_SUPPORTED_P:        Register Arguments. (line  333)
! * TARGET_SCHED_ADJUST_COST:              Scheduling.         (line   35)
! * TARGET_SCHED_ADJUST_PRIORITY:          Scheduling.         (line   50)
! * TARGET_SCHED_ALLOC_SCHED_CONTEXT:      Scheduling.         (line  294)
! * TARGET_SCHED_CAN_SPECULATE_INSN:       Scheduling.         (line  354)
! * TARGET_SCHED_CLEAR_SCHED_CONTEXT:      Scheduling.         (line  309)
! * TARGET_SCHED_DEPENDENCIES_EVALUATION_HOOK: Scheduling.     (line  101)
! * TARGET_SCHED_DFA_NEW_CYCLE:            Scheduling.         (line  255)
! * TARGET_SCHED_DFA_POST_ADVANCE_CYCLE:   Scheduling.         (line  172)
! * TARGET_SCHED_DFA_POST_CYCLE_INSN:      Scheduling.         (line  156)
! * TARGET_SCHED_DFA_PRE_ADVANCE_CYCLE:    Scheduling.         (line  165)
! * TARGET_SCHED_DFA_PRE_CYCLE_INSN:       Scheduling.         (line  144)
! * TARGET_SCHED_DISPATCH:                 Scheduling.         (line  370)
! * TARGET_SCHED_DISPATCH_DO:              Scheduling.         (line  375)
! * TARGET_SCHED_EXPOSED_PIPELINE:         Scheduling.         (line  379)
! * TARGET_SCHED_FINISH:                   Scheduling.         (line  122)
! * TARGET_SCHED_FINISH_GLOBAL:            Scheduling.         (line  137)
! * TARGET_SCHED_FIRST_CYCLE_MULTIPASS_BACKTRACK: Scheduling.  (line  235)
! * TARGET_SCHED_FIRST_CYCLE_MULTIPASS_BEGIN: Scheduling.      (line  223)
  * TARGET_SCHED_FIRST_CYCLE_MULTIPASS_DFA_LOOKAHEAD: Scheduling.
!                                                              (line  179)
  * TARGET_SCHED_FIRST_CYCLE_MULTIPASS_DFA_LOOKAHEAD_GUARD: Scheduling.
!                                                              (line  207)
! * TARGET_SCHED_FIRST_CYCLE_MULTIPASS_END: Scheduling.        (line  240)
! * TARGET_SCHED_FIRST_CYCLE_MULTIPASS_FINI: Scheduling.       (line  250)
! * TARGET_SCHED_FIRST_CYCLE_MULTIPASS_INIT: Scheduling.       (line  245)
! * TARGET_SCHED_FIRST_CYCLE_MULTIPASS_ISSUE: Scheduling.      (line  229)
! * TARGET_SCHED_FREE_SCHED_CONTEXT:       Scheduling.         (line  313)
! * TARGET_SCHED_FUSION_PRIORITY:          Scheduling.         (line  389)
! * TARGET_SCHED_GEN_SPEC_CHECK:           Scheduling.         (line  335)
! * TARGET_SCHED_H_I_D_EXTENDED:           Scheduling.         (line  289)
! * TARGET_SCHED_INIT:                     Scheduling.         (line  111)
! * TARGET_SCHED_INIT_DFA_POST_CYCLE_INSN: Scheduling.         (line  161)
! * TARGET_SCHED_INIT_DFA_PRE_CYCLE_INSN:  Scheduling.         (line  153)
! * TARGET_SCHED_INIT_GLOBAL:              Scheduling.         (line  129)
! * TARGET_SCHED_INIT_SCHED_CONTEXT:       Scheduling.         (line  298)
! * TARGET_SCHED_ISSUE_RATE:               Scheduling.         (line   11)
! * TARGET_SCHED_IS_COSTLY_DEPENDENCE:     Scheduling.         (line  267)
! * TARGET_SCHED_MACRO_FUSION_P:           Scheduling.         (line   87)
! * TARGET_SCHED_MACRO_FUSION_PAIR_P:      Scheduling.         (line   91)
! * TARGET_SCHED_NEEDS_BLOCK_P:            Scheduling.         (line  328)
! * TARGET_SCHED_REASSOCIATION_WIDTH:      Scheduling.         (line  384)
! * TARGET_SCHED_REORDER:                  Scheduling.         (line   58)
! * TARGET_SCHED_REORDER2:                 Scheduling.         (line   75)
! * TARGET_SCHED_SET_SCHED_CONTEXT:        Scheduling.         (line  305)
! * TARGET_SCHED_SET_SCHED_FLAGS:          Scheduling.         (line  347)
! * TARGET_SCHED_SMS_RES_MII:              Scheduling.         (line  361)
! * TARGET_SCHED_SPECULATE_INSN:           Scheduling.         (line  316)
! * TARGET_SCHED_VARIABLE_ISSUE:           Scheduling.         (line   22)
! * TARGET_SECONDARY_RELOAD:               Register Classes.   (line  312)
! * TARGET_SECTION_TYPE_FLAGS:             File Framework.     (line  161)
! * TARGET_SETUP_INCOMING_VARARGS:         Varargs.            (line   71)
! * TARGET_SETUP_INCOMING_VARARG_BOUNDS:   Varargs.            (line  188)
! * TARGET_SET_CURRENT_FUNCTION:           Misc.               (line  855)
! * TARGET_SET_DEFAULT_TYPE_ATTRIBUTES:    Target Attributes.  (line   33)
! * TARGET_SET_UP_BY_PROLOGUE:             Tail Calls.         (line   29)
! * TARGET_SHIFT_TRUNCATION_MASK:          Misc.               (line  155)
  * TARGET_SHRINK_WRAP_COMPONENTS_FOR_BB:  Shrink-wrapping separate components.
!                                                              (line   36)
  * TARGET_SHRINK_WRAP_DISQUALIFY_COMPONENTS: Shrink-wrapping separate components.
!                                                              (line   43)
  * TARGET_SHRINK_WRAP_EMIT_EPILOGUE_COMPONENTS: Shrink-wrapping separate components.
!                                                              (line   54)
  * TARGET_SHRINK_WRAP_EMIT_PROLOGUE_COMPONENTS: Shrink-wrapping separate components.
!                                                              (line   50)
  * TARGET_SHRINK_WRAP_GET_SEPARATE_COMPONENTS: Shrink-wrapping separate components.
!                                                              (line   27)
  * TARGET_SHRINK_WRAP_SET_HANDLED_COMPONENTS: Shrink-wrapping separate components.
!                                                              (line   58)
! * TARGET_SIMD_CLONE_ADJUST:              Addressing Modes.   (line  420)
  * TARGET_SIMD_CLONE_COMPUTE_VECSIZE_AND_SIMDLEN: Addressing Modes.
!                                                              (line  412)
! * TARGET_SIMD_CLONE_USABLE:              Addressing Modes.   (line  424)
! * TARGET_SIMT_VF:                        Addressing Modes.   (line  430)
  * TARGET_SMALL_REGISTER_CLASSES_FOR_MODE_P: Register Arguments.
!                                                              (line  397)
! * TARGET_SPILL_CLASS:                    Register Classes.   (line  613)
! * TARGET_SPLIT_COMPLEX_ARG:              Register Arguments. (line  277)
  * TARGET_STACK_PROTECT_FAIL:             Stack Smashing Protection.
!                                                              (line   16)
  * TARGET_STACK_PROTECT_GUARD:            Stack Smashing Protection.
!                                                              (line    6)
  * TARGET_STACK_PROTECT_RUNTIME_ENABLED_P: Stack Smashing Protection.
!                                                              (line   25)
! * TARGET_STATIC_CHAIN:                   Frame Registers.    (line   90)
! * TARGET_STORE_BOUNDS_FOR_ARG:           Varargs.            (line  163)
! * TARGET_STORE_RETURNED_BOUNDS:          Varargs.            (line  177)
! * TARGET_STRICT_ARGUMENT_NAMING:         Varargs.            (line  107)
! * TARGET_STRING_OBJECT_REF_TYPE_P:       Run-time Target.    (line  114)
! * TARGET_STRIP_NAME_ENCODING:            Sections.           (line  293)
! * TARGET_STRUCT_VALUE_RTX:               Aggregate Return.   (line   44)
  * TARGET_SUPPORTS_SPLIT_STACK:           Stack Smashing Protection.
!                                                              (line   30)
! * TARGET_SUPPORTS_WEAK:                  Label Output.       (line  272)
! * TARGET_SUPPORTS_WIDE_INT:              Misc.               (line 1189)
  * TARGET_TERMINATE_DW2_EH_FRAME_INFO:    Exception Region Output.
!                                                              (line   99)
! * TARGET_TRAMPOLINE_ADJUST_ADDRESS:      Trampolines.        (line   74)
! * TARGET_TRAMPOLINE_INIT:                Trampolines.        (line   54)
! * TARGET_UNSPEC_MAY_TRAP_P:              Misc.               (line  846)
  * TARGET_UNWIND_TABLES_DEFAULT:          Exception Region Output.
!                                                              (line   73)
! * TARGET_UNWIND_WORD_MODE:               Storage Layout.     (line  495)
! * TARGET_UPDATE_STACK_BOUNDARY:          Misc.               (line 1095)
! * TARGET_USES_WEAK_UNWIND_INFO:          Exception Handling. (line  123)
! * TARGET_USE_ANCHORS_FOR_SYMBOL_P:       Anchored Addresses. (line   53)
! * TARGET_USE_BLOCKS_FOR_CONSTANT_P:      Addressing Modes.   (line  248)
! * TARGET_USE_BLOCKS_FOR_DECL_P:          Addressing Modes.   (line  255)
! * TARGET_USE_BY_PIECES_INFRASTRUCTURE_P: Costs.              (line  165)
! * TARGET_USE_PSEUDO_PIC_REG:             Register Arguments. (line   91)
! * TARGET_VALID_DLLIMPORT_ATTRIBUTE_P:    Target Attributes.  (line   66)
! * TARGET_VALID_POINTER_MODE:             Register Arguments. (line  321)
! * TARGET_VECTORIZE_ADD_STMT_COST:        Addressing Modes.   (line  375)
  * TARGET_VECTORIZE_AUTOVECTORIZE_VECTOR_SIZES: Addressing Modes.
!                                                              (line  352)
! * TARGET_VECTORIZE_BUILTIN_CONVERSION:   Addressing Modes.   (line  308)
! * TARGET_VECTORIZE_BUILTIN_GATHER:       Addressing Modes.   (line  398)
! * TARGET_VECTORIZE_BUILTIN_MASK_FOR_LOAD: Addressing Modes.  (line  266)
  * TARGET_VECTORIZE_BUILTIN_MD_VECTORIZED_FUNCTION: Addressing Modes.
!                                                              (line  328)
! * TARGET_VECTORIZE_BUILTIN_SCATTER:      Addressing Modes.   (line  405)
  * TARGET_VECTORIZE_BUILTIN_VECTORIZATION_COST: Addressing Modes.
!                                                              (line  292)
  * TARGET_VECTORIZE_BUILTIN_VECTORIZED_FUNCTION: Addressing Modes.
!                                                              (line  320)
! * TARGET_VECTORIZE_DESTROY_COST_DATA:    Addressing Modes.   (line  393)
! * TARGET_VECTORIZE_FINISH_COST:          Addressing Modes.   (line  386)
! * TARGET_VECTORIZE_GET_MASK_MODE:        Addressing Modes.   (line  360)
! * TARGET_VECTORIZE_INIT_COST:            Addressing Modes.   (line  366)
! * TARGET_VECTORIZE_PREFERRED_SIMD_MODE:  Addressing Modes.   (line  345)
  * TARGET_VECTORIZE_SUPPORT_VECTOR_MISALIGNMENT: Addressing Modes.
!                                                              (line  335)
  * TARGET_VECTORIZE_VECTOR_ALIGNMENT_REACHABLE: Addressing Modes.
!                                                              (line  298)
! * TARGET_VECTORIZE_VEC_PERM_CONST_OK:    Addressing Modes.   (line  304)
! * TARGET_VECTOR_ALIGNMENT:               Storage Layout.     (line  288)
! * TARGET_VECTOR_MODE_SUPPORTED_P:        Register Arguments. (line  344)
! * TARGET_VTABLE_DATA_ENTRY_DISTANCE:     Type Layout.        (line  303)
! * TARGET_VTABLE_ENTRY_ALIGN:             Type Layout.        (line  297)
! * TARGET_VTABLE_USES_DESCRIPTORS:        Type Layout.        (line  286)
! * TARGET_WANT_DEBUG_PUB_SECTIONS:        SDB and DWARF.      (line   55)
! * TARGET_WARN_FUNC_RETURN:               Tail Calls.         (line   35)
! * TARGET_WEAK_NOT_IN_ARCHIVE_TOC:        Label Output.       (line  308)
! * TCmode:                                Machine Modes.      (line  199)
  * TDmode:                                Machine Modes.      (line   97)
  * TEMPLATE_DECL:                         Declarations.       (line    6)
  * Temporaries:                           Temporaries.        (line    6)
  * termination routines:                  Initialization.     (line    6)
  * testing constraints:                   C Constraint Interface.
                                                               (line    6)
! * TEXT_SECTION_ASM_OP:                   Sections.           (line   37)
  * TFmode:                                Machine Modes.      (line  101)
  * The Language:                          The Language.       (line    6)
  * THEN_CLAUSE:                           Statements for C++. (line    6)
! * THREAD_MODEL_SPEC:                     Driver.             (line  162)
  * THROW_EXPR:                            Unary and Binary Expressions.
                                                               (line    6)
  * THUNK_DECL:                            Declarations.       (line    6)
  * THUNK_DELTA:                           Declarations.       (line    6)
  * TImode:                                Machine Modes.      (line   48)
! * TImode, in insn:                       Insns.              (line  268)
! * TLS_COMMON_ASM_OP:                     Sections.           (line   80)
! * TLS_SECTION_ASM_FLAG:                  Sections.           (line   85)
  * tm.h macros:                           Target Macros.      (line    6)
  * TQFmode:                               Machine Modes.      (line   65)
  * TQmode:                                Machine Modes.      (line  122)
  * trampolines for nested functions:      Trampolines.        (line    6)
! * TRAMPOLINE_ALIGNMENT:                  Trampolines.        (line   48)
! * TRAMPOLINE_SECTION:                    Trampolines.        (line   39)
! * TRAMPOLINE_SIZE:                       Trampolines.        (line   44)
! * TRANSFER_FROM_TRAMPOLINE:              Trampolines.        (line  129)
! * trap instruction pattern:              Standard Names.     (line 1781)
! * tree:                                  Tree overview.      (line    6)
  * tree <1>:                              Macros and Functions.
                                                               (line    6)
  * Tree SSA:                              Tree SSA.           (line    6)
  * TREE_CHAIN:                            Macros and Functions.
                                                               (line    6)
--- 51117,51771 ----
  * subreg and /u:                         Flags.              (line  180)
  * subreg and /u and /v:                  Flags.              (line  170)
  * subreg, in strict_low_part:            RTL Declarations.   (line    9)
! * SUBREG_BYTE:                           Regs and Memory.    (line  289)
  * SUBREG_PROMOTED_UNSIGNED_P:            Flags.              (line  170)
  * SUBREG_PROMOTED_UNSIGNED_SET:          Flags.              (line  180)
  * SUBREG_PROMOTED_VAR_P:                 Flags.              (line  187)
! * SUBREG_REG:                            Regs and Memory.    (line  289)
  * subst iterators in .md files:          Subst Iterators.    (line    6)
! * subvM4 instruction pattern:            Standard Names.     (line  335)
  * SUCCESS_EXIT_CODE:                     Host Misc.          (line   12)
  * SUPPORTS_INIT_PRIORITY:                Macros for Initialization.
!                                                              (line   58)
! * SUPPORTS_ONE_ONLY:                     Label Output.       (line  294)
! * SUPPORTS_WEAK:                         Label Output.       (line  268)
  * SWITCH_BODY:                           Statements for C++. (line    6)
  * SWITCH_COND:                           Statements for C++. (line    6)
  * SWITCH_STMT:                           Statements for C++. (line    6)
! * SWITCHABLE_TARGET:                     Run-time Target.    (line  165)
! * SYMBOL_FLAG_ANCHOR:                    Special Accessors.  (line  120)
! * SYMBOL_FLAG_EXTERNAL:                  Special Accessors.  (line  102)
! * SYMBOL_FLAG_FUNCTION:                  Special Accessors.  (line   95)
! * SYMBOL_FLAG_HAS_BLOCK_INFO:            Special Accessors.  (line  116)
! * SYMBOL_FLAG_LOCAL:                     Special Accessors.  (line   98)
! * SYMBOL_FLAG_SMALL:                     Special Accessors.  (line  107)
! * SYMBOL_FLAG_TLS_SHIFT:                 Special Accessors.  (line  111)
  * symbol_ref:                            Constants.          (line  117)
  * symbol_ref and /f:                     Flags.              (line  165)
  * symbol_ref and /i:                     Flags.              (line  202)
  * symbol_ref and /u:                     Flags.              (line   10)
  * symbol_ref and /v:                     Flags.              (line  206)
  * symbol_ref, RTL sharing:               Sharing.            (line   20)
! * SYMBOL_REF_ANCHOR_P:                   Special Accessors.  (line  120)
! * SYMBOL_REF_BLOCK:                      Special Accessors.  (line  133)
! * SYMBOL_REF_BLOCK_OFFSET:               Special Accessors.  (line  138)
! * SYMBOL_REF_CONSTANT:                   Special Accessors.  (line   81)
! * SYMBOL_REF_DATA:                       Special Accessors.  (line   85)
! * SYMBOL_REF_DECL:                       Special Accessors.  (line   69)
! * SYMBOL_REF_EXTERNAL_P:                 Special Accessors.  (line  102)
  * SYMBOL_REF_FLAG:                       Flags.              (line  206)
  * SYMBOL_REF_FLAG, in TARGET_ENCODE_SECTION_INFO: Sections.  (line  282)
! * SYMBOL_REF_FLAGS:                      Special Accessors.  (line   89)
! * SYMBOL_REF_FUNCTION_P:                 Special Accessors.  (line   95)
! * SYMBOL_REF_HAS_BLOCK_INFO_P:           Special Accessors.  (line  116)
! * SYMBOL_REF_LOCAL_P:                    Special Accessors.  (line   98)
! * SYMBOL_REF_SMALL_P:                    Special Accessors.  (line  107)
! * SYMBOL_REF_TLS_MODEL:                  Special Accessors.  (line  111)
  * SYMBOL_REF_USED:                       Flags.              (line  197)
  * SYMBOL_REF_WEAK:                       Flags.              (line  202)
! * symbolic label:                        Sharing.            (line   20)
! * sync_addMODE instruction pattern:      Standard Names.     (line 1880)
! * sync_andMODE instruction pattern:      Standard Names.     (line 1880)
  * sync_compare_and_swapMODE instruction pattern: Standard Names.
!                                                              (line 1840)
! * sync_iorMODE instruction pattern:      Standard Names.     (line 1880)
! * sync_lock_releaseMODE instruction pattern: Standard Names. (line 1945)
  * sync_lock_test_and_setMODE instruction pattern: Standard Names.
!                                                              (line 1919)
! * sync_nandMODE instruction pattern:     Standard Names.     (line 1880)
! * sync_new_addMODE instruction pattern:  Standard Names.     (line 1912)
! * sync_new_andMODE instruction pattern:  Standard Names.     (line 1912)
! * sync_new_iorMODE instruction pattern:  Standard Names.     (line 1912)
! * sync_new_nandMODE instruction pattern: Standard Names.     (line 1912)
! * sync_new_subMODE instruction pattern:  Standard Names.     (line 1912)
! * sync_new_xorMODE instruction pattern:  Standard Names.     (line 1912)
! * sync_old_addMODE instruction pattern:  Standard Names.     (line 1895)
! * sync_old_andMODE instruction pattern:  Standard Names.     (line 1895)
! * sync_old_iorMODE instruction pattern:  Standard Names.     (line 1895)
! * sync_old_nandMODE instruction pattern: Standard Names.     (line 1895)
! * sync_old_subMODE instruction pattern:  Standard Names.     (line 1895)
! * sync_old_xorMODE instruction pattern:  Standard Names.     (line 1895)
! * sync_subMODE instruction pattern:      Standard Names.     (line 1880)
! * sync_xorMODE instruction pattern:      Standard Names.     (line 1880)
! * SYSROOT_HEADERS_SUFFIX_SPEC:           Driver.             (line  177)
! * SYSROOT_SUFFIX_SPEC:                   Driver.             (line  172)
  * t-TARGET:                              Target Fragment.    (line    6)
  * table jump:                            Basic Blocks.       (line   67)
! * tablejump instruction pattern:         Standard Names.     (line 1507)
! * tag:                                   GTY Options.        (line   89)
  * tagging insns:                         Tagging Insns.      (line    6)
  * tail calls:                            Tail Calls.         (line    6)
! * TAmode:                                Machine Modes.      (line  159)
! * tanM2 instruction pattern:             Standard Names.     (line  705)
  * target attributes:                     Target Attributes.  (line    6)
  * target description macros:             Target Macros.      (line    6)
  * target functions:                      Target Structure.   (line    6)
  * target hooks:                          Target Structure.   (line    6)
  * target makefile fragment:              Target Fragment.    (line    6)
  * target specifications:                 Run-time Target.    (line    6)
! * TARGET_ABSOLUTE_BIGGEST_ALIGNMENT:     Storage Layout.     (line  187)
! * TARGET_ADDITIONAL_ALLOCNO_CLASS_P:     Register Classes.   (line  629)
  * TARGET_ADDR_SPACE_ADDRESS_MODE:        Named Address Spaces.
!                                                              (line   44)
  * TARGET_ADDR_SPACE_CONVERT:             Named Address Spaces.
!                                                              (line   92)
  * TARGET_ADDR_SPACE_DEBUG:               Named Address Spaces.
!                                                              (line  101)
  * TARGET_ADDR_SPACE_DIAGNOSE_USAGE:      Named Address Spaces.
!                                                              (line  106)
  * TARGET_ADDR_SPACE_LEGITIMATE_ADDRESS_P: Named Address Spaces.
!                                                              (line   61)
  * TARGET_ADDR_SPACE_LEGITIMIZE_ADDRESS:  Named Address Spaces.
!                                                              (line   70)
  * TARGET_ADDR_SPACE_POINTER_MODE:        Named Address Spaces.
!                                                              (line   38)
  * TARGET_ADDR_SPACE_SUBSET_P:            Named Address Spaces.
!                                                              (line   77)
  * TARGET_ADDR_SPACE_VALID_POINTER_MODE:  Named Address Spaces.
!                                                              (line   50)
  * TARGET_ADDR_SPACE_ZERO_ADDRESS_VALID:  Named Address Spaces.
!                                                              (line   86)
! * TARGET_ADDRESS_COST:                   Costs.              (line  346)
! * TARGET_ALIGN_ANON_BITFIELD:            Storage Layout.     (line  425)
! * TARGET_ALLOCATE_INITIAL_VALUE:         Misc.               (line  832)
! * TARGET_ALLOCATE_STACK_SLOTS_FOR_ARGS:  Misc.               (line 1111)
! * TARGET_ALWAYS_STRIP_DOTDOT:            Driver.             (line  251)
! * TARGET_ARG_PARTIAL_BYTES:              Register Arguments. (line  102)
  * TARGET_ARM_EABI_UNWINDER:              Exception Region Output.
!                                                              (line  136)
! * TARGET_ARRAY_MODE_SUPPORTED_P:         Register Arguments. (line  353)
! * TARGET_ASAN_SHADOW_OFFSET:             Misc.               (line 1139)
! * TARGET_ASM_ALIGNED_DI_OP:              Data Output.        (line   10)
! * TARGET_ASM_ALIGNED_HI_OP:              Data Output.        (line    8)
! * TARGET_ASM_ALIGNED_SI_OP:              Data Output.        (line    9)
! * TARGET_ASM_ALIGNED_TI_OP:              Data Output.        (line   11)
! * TARGET_ASM_ASSEMBLE_UNDEFINED_DECL:    Label Output.       (line  236)
! * TARGET_ASM_ASSEMBLE_VISIBILITY:        Label Output.       (line  306)
! * TARGET_ASM_BYTE_OP:                    Data Output.        (line    7)
! * TARGET_ASM_CAN_OUTPUT_MI_THUNK:        Function Entry.     (line  207)
! * TARGET_ASM_CLOSE_PAREN:                Data Output.        (line  135)
! * TARGET_ASM_CODE_END:                   File Framework.     (line   59)
  * TARGET_ASM_CONSTRUCTOR:                Macros for Initialization.
!                                                              (line   69)
! * TARGET_ASM_DECL_END:                   Data Output.        (line   39)
! * TARGET_ASM_DECLARE_CONSTANT_NAME:      Label Output.       (line  182)
  * TARGET_ASM_DESTRUCTOR:                 Macros for Initialization.
!                                                              (line   83)
! * TARGET_ASM_ELF_FLAGS_NUMERIC:          File Framework.     (line  124)
! * TARGET_ASM_EMIT_EXCEPT_PERSONALITY:    Dispatch Tables.    (line   82)
! * TARGET_ASM_EMIT_EXCEPT_TABLE_LABEL:    Dispatch Tables.    (line   74)
! * TARGET_ASM_EMIT_UNWIND_LABEL:          Dispatch Tables.    (line   63)
! * TARGET_ASM_EXTERNAL_LIBCALL:           Label Output.       (line  341)
! * TARGET_ASM_FILE_END:                   File Framework.     (line   37)
! * TARGET_ASM_FILE_START:                 File Framework.     (line    9)
! * TARGET_ASM_FILE_START_APP_OFF:         File Framework.     (line   17)
! * TARGET_ASM_FILE_START_FILE_DIRECTIVE:  File Framework.     (line   31)
! * TARGET_ASM_FINAL_POSTSCAN_INSN:        Instruction Output. (line   84)
! * TARGET_ASM_FUNCTION_BEGIN_EPILOGUE:    Function Entry.     (line   61)
! * TARGET_ASM_FUNCTION_END_PROLOGUE:      Function Entry.     (line   55)
! * TARGET_ASM_FUNCTION_EPILOGUE:          Function Entry.     (line   68)
! * TARGET_ASM_FUNCTION_PROLOGUE:          Function Entry.     (line   11)
! * TARGET_ASM_FUNCTION_RODATA_SECTION:    Sections.           (line  220)
! * TARGET_ASM_FUNCTION_SECTION:           File Framework.     (line  136)
  * TARGET_ASM_FUNCTION_SWITCHED_TEXT_SECTIONS: File Framework.
!                                                              (line  146)
! * TARGET_ASM_GLOBALIZE_DECL_NAME:        Label Output.       (line  227)
! * TARGET_ASM_GLOBALIZE_LABEL:            Label Output.       (line  218)
! * TARGET_ASM_INIT_SECTIONS:              Sections.           (line  165)
! * TARGET_ASM_INTEGER:                    Data Output.        (line   27)
! * TARGET_ASM_INTERNAL_LABEL:             Label Output.       (line  385)
! * TARGET_ASM_JUMP_ALIGN_MAX_SKIP:        Alignment Output.   (line   22)
  * TARGET_ASM_LABEL_ALIGN_AFTER_BARRIER_MAX_SKIP: Alignment Output.
!                                                              (line   36)
! * TARGET_ASM_LABEL_ALIGN_MAX_SKIP:       Alignment Output.   (line   69)
! * TARGET_ASM_LOOP_ALIGN_MAX_SKIP:        Alignment Output.   (line   54)
! * TARGET_ASM_LTO_END:                    File Framework.     (line   54)
! * TARGET_ASM_LTO_START:                  File Framework.     (line   49)
! * TARGET_ASM_MARK_DECL_PRESERVED:        Label Output.       (line  348)
! * TARGET_ASM_MERGEABLE_RODATA_PREFIX:    Sections.           (line  227)
! * TARGET_ASM_NAMED_SECTION:              File Framework.     (line  116)
! * TARGET_ASM_OPEN_PAREN:                 Data Output.        (line  134)
! * TARGET_ASM_OUTPUT_ADDR_CONST_EXTRA:    Data Output.        (line   44)
! * TARGET_ASM_OUTPUT_ANCHOR:              Anchored Addresses. (line   44)
! * TARGET_ASM_OUTPUT_DWARF_DTPREL:        SDB and DWARF.      (line  106)
! * TARGET_ASM_OUTPUT_IDENT:               File Framework.     (line  102)
! * TARGET_ASM_OUTPUT_MI_THUNK:            Function Entry.     (line  165)
! * TARGET_ASM_OUTPUT_SOURCE_FILENAME:     File Framework.     (line   94)
! * TARGET_ASM_RECORD_GCC_SWITCHES:        File Framework.     (line  177)
! * TARGET_ASM_RECORD_GCC_SWITCHES_SECTION: File Framework.    (line  221)
! * TARGET_ASM_RELOC_RW_MASK:              Sections.           (line  174)
! * TARGET_ASM_SELECT_RTX_SECTION:         Sections.           (line  237)
! * TARGET_ASM_SELECT_SECTION:             Sections.           (line  186)
! * TARGET_ASM_TM_CLONE_TABLE_SECTION:     Sections.           (line  232)
! * TARGET_ASM_TRAMPOLINE_TEMPLATE:        Trampolines.        (line   29)
  * TARGET_ASM_TTYPE:                      Exception Region Output.
!                                                              (line  130)
! * TARGET_ASM_UNALIGNED_DI_OP:            Data Output.        (line   14)
! * TARGET_ASM_UNALIGNED_HI_OP:            Data Output.        (line   12)
! * TARGET_ASM_UNALIGNED_SI_OP:            Data Output.        (line   13)
! * TARGET_ASM_UNALIGNED_TI_OP:            Data Output.        (line   15)
! * TARGET_ASM_UNIQUE_SECTION:             Sections.           (line  207)
! * TARGET_ASM_UNWIND_EMIT:                Dispatch Tables.    (line   89)
! * TARGET_ASM_UNWIND_EMIT_BEFORE_INSN:    Dispatch Tables.    (line   94)
! * TARGET_ATOMIC_ALIGN_FOR_MODE:          Misc.               (line 1159)
! * TARGET_ATOMIC_ASSIGN_EXPAND_FENV:      Misc.               (line 1165)
! * TARGET_ATOMIC_TEST_AND_SET_TRUEVAL:    Misc.               (line 1149)
! * TARGET_ATTRIBUTE_TABLE:                Target Attributes.  (line   11)
! * TARGET_ATTRIBUTE_TAKES_IDENTIFIER_P:   Target Attributes.  (line   19)
! * TARGET_BINDS_LOCAL_P:                  Sections.           (line  314)
! * TARGET_BRANCH_TARGET_REGISTER_CALLEE_SAVED: Misc.          (line  929)
! * TARGET_BRANCH_TARGET_REGISTER_CLASS:   Misc.               (line  921)
! * TARGET_BUILD_BUILTIN_VA_LIST:          Register Arguments. (line  291)
  * TARGET_BUILTIN_CHKP_FUNCTION:          Misc.               (line  642)
! * TARGET_BUILTIN_DECL:                   Misc.               (line  623)
! * TARGET_BUILTIN_RECIPROCAL:             Addressing Modes.   (line  263)
! * TARGET_BUILTIN_SETJMP_FRAME_VALUE:     Frame Layout.       (line  105)
! * TARGET_C_EXCESS_PRECISION:             Storage Layout.     (line  112)
! * TARGET_C_PREINCLUDE:                   Misc.               (line  379)
! * TARGET_CALL_ARGS:                      Varargs.            (line  127)
  * TARGET_CALL_FUSAGE_CONTAINS_NON_CALLEE_CLOBBERS: Miscellaneous Register Hooks.
!                                                              (line    7)
! * TARGET_CALLEE_COPIES:                  Register Arguments. (line  134)
! * TARGET_CAN_ELIMINATE:                  Elimination.        (line   60)
! * TARGET_CAN_FOLLOW_JUMP:                Misc.               (line  819)
! * TARGET_CAN_INLINE_P:                   Target Attributes.  (line  166)
! * TARGET_CAN_USE_DOLOOP_P:               Misc.               (line  785)
! * TARGET_CANNOT_FORCE_CONST_MEM:         Addressing Modes.   (line  237)
! * TARGET_CANNOT_MODIFY_JUMPS_P:          Misc.               (line  908)
! * TARGET_CANNOT_SUBSTITUTE_MEM_EQUIV_P:  Register Classes.   (line  605)
! * TARGET_CANONICAL_VA_LIST_TYPE:         Register Arguments. (line  312)
  * TARGET_CANONICALIZE_COMPARISON:        MODE_CC Condition Codes.
!                                                              (line   57)
! * TARGET_CASE_VALUES_THRESHOLD:          Misc.               (line   47)
  * TARGET_CC_MODES_COMPATIBLE:            MODE_CC Condition Codes.
!                                                              (line  122)
! * TARGET_CHECK_PCH_TARGET_FLAGS:         PCH Target.         (line   28)
! * TARGET_CHECK_STRING_OBJECT_FORMAT_ARG: Run-time Target.    (line  121)
! * TARGET_CHKP_BOUND_MODE:                Misc.               (line  717)
! * TARGET_CHKP_BOUND_TYPE:                Misc.               (line  714)
! * TARGET_CHKP_FUNCTION_VALUE_BOUNDS:     Varargs.            (line  188)
! * TARGET_CHKP_INITIALIZE_BOUNDS:         Misc.               (line  726)
! * TARGET_CHKP_MAKE_BOUNDS_CONSTANT:      Misc.               (line  721)
! * TARGET_CLASS_LIKELY_SPILLED_P:         Register Classes.   (line  494)
! * TARGET_CLASS_MAX_NREGS:                Register Classes.   (line  511)
! * TARGET_COMMUTATIVE_P:                  Misc.               (line  825)
! * TARGET_COMP_TYPE_ATTRIBUTES:           Target Attributes.  (line   27)
! * TARGET_COMPARE_BY_PIECES_BRANCH_RATIO: Costs.              (line  202)
! * TARGET_COMPARE_VERSION_PRIORITY:       Misc.               (line  760)
! * TARGET_COMPUTE_PRESSURE_CLASSES:       Register Classes.   (line  645)
! * TARGET_CONDITIONAL_REGISTER_USAGE:     Register Basics.    (line   60)
! * TARGET_CONST_ANCHOR:                   Misc.               (line 1122)
! * TARGET_CONST_NOT_OK_FOR_DEBUG_P:       Addressing Modes.   (line  232)
! * TARGET_CONVERT_TO_TYPE:                Misc.               (line 1081)
! * TARGET_CPU_CPP_BUILTINS:               Run-time Target.    (line    9)
! * TARGET_CSTORE_MODE:                    Register Classes.   (line  637)
! * TARGET_CUSTOM_FUNCTION_DESCRIPTORS:    Trampolines.        (line   85)
! * TARGET_CXX_ADJUST_CLASS_AT_DEFINITION: C++ ABI.            (line   87)
! * TARGET_CXX_CDTOR_RETURNS_THIS:         C++ ABI.            (line   38)
! * TARGET_CXX_CLASS_DATA_ALWAYS_COMDAT:   C++ ABI.            (line   62)
! * TARGET_CXX_COOKIE_HAS_SIZE:            C++ ABI.            (line   25)
! * TARGET_CXX_DECL_MANGLING_CONTEXT:      C++ ABI.            (line   93)
! * TARGET_CXX_DETERMINE_CLASS_DATA_VISIBILITY: C++ ABI.       (line   54)
! * TARGET_CXX_GET_COOKIE_SIZE:            C++ ABI.            (line   18)
! * TARGET_CXX_GUARD_MASK_BIT:             C++ ABI.            (line   12)
! * TARGET_CXX_GUARD_TYPE:                 C++ ABI.            (line    7)
! * TARGET_CXX_IMPLICIT_EXTERN_C:          Misc.               (line  391)
! * TARGET_CXX_IMPORT_EXPORT_CLASS:        C++ ABI.            (line   30)
! * TARGET_CXX_KEY_METHOD_MAY_BE_INLINE:   C++ ABI.            (line   43)
! * TARGET_CXX_LIBRARY_RTTI_COMDAT:        C++ ABI.            (line   69)
! * TARGET_CXX_USE_AEABI_ATEXIT:           C++ ABI.            (line   74)
! * TARGET_CXX_USE_ATEXIT_FOR_CXA_ATEXIT:  C++ ABI.            (line   80)
! * TARGET_DEBUG_UNWIND_INFO:              SDB and DWARF.      (line   37)
! * TARGET_DECIMAL_FLOAT_SUPPORTED_P:      Storage Layout.     (line  531)
! * TARGET_DECLSPEC:                       Target Attributes.  (line   73)
! * TARGET_DEFAULT_PACK_STRUCT:            Misc.               (line  465)
! * TARGET_DEFAULT_SHORT_ENUMS:            Type Layout.        (line  124)
! * TARGET_DEFAULT_TARGET_FLAGS:           Run-time Target.    (line   56)
! * TARGET_DEFERRED_OUTPUT_DEFS:           Label Output.       (line  469)
! * TARGET_DELAY_SCHED2:                   SDB and DWARF.      (line   61)
! * TARGET_DELAY_VARTRACK:                 SDB and DWARF.      (line   65)
! * TARGET_DELEGITIMIZE_ADDRESS:           Addressing Modes.   (line  223)
! * TARGET_DIFFERENT_ADDR_DISPLACEMENT_P:  Register Classes.   (line  598)
  * TARGET_DLLIMPORT_DECL_ATTRIBUTES:      Target Attributes.  (line   55)
! * TARGET_DWARF_CALLING_CONVENTION:       SDB and DWARF.      (line   18)
  * TARGET_DWARF_FRAME_REG_MODE:           Exception Region Output.
!                                                              (line  116)
! * TARGET_DWARF_HANDLE_FRAME_UNSPEC:      Frame Layout.       (line  170)
  * TARGET_DWARF_REGISTER_SPAN:            Exception Region Output.
!                                                              (line  107)
! * TARGET_EDOM:                           Library Calls.      (line   60)
! * TARGET_EMUTLS_DEBUG_FORM_TLS_ADDRESS:  Emulated TLS.       (line   68)
! * TARGET_EMUTLS_GET_ADDRESS:             Emulated TLS.       (line   19)
! * TARGET_EMUTLS_REGISTER_COMMON:         Emulated TLS.       (line   24)
! * TARGET_EMUTLS_TMPL_PREFIX:             Emulated TLS.       (line   45)
! * TARGET_EMUTLS_TMPL_SECTION:            Emulated TLS.       (line   36)
! * TARGET_EMUTLS_VAR_ALIGN_FIXED:         Emulated TLS.       (line   63)
! * TARGET_EMUTLS_VAR_FIELDS:              Emulated TLS.       (line   49)
! * TARGET_EMUTLS_VAR_INIT:                Emulated TLS.       (line   57)
! * TARGET_EMUTLS_VAR_PREFIX:              Emulated TLS.       (line   41)
! * TARGET_EMUTLS_VAR_SECTION:             Emulated TLS.       (line   31)
! * TARGET_ENCODE_SECTION_INFO:            Sections.           (line  258)
  * TARGET_ENCODE_SECTION_INFO and address validation: Addressing Modes.
!                                                              (line   83)
! * TARGET_ENCODE_SECTION_INFO usage:      Instruction Output. (line  128)
! * TARGET_END_CALL_ARGS:                  Varargs.            (line  141)
! * TARGET_ENUM_VA_LIST_P:                 Register Arguments. (line  296)
  * TARGET_EXCEPT_UNWIND_INFO:             Exception Region Output.
!                                                              (line   49)
! * TARGET_EXECUTABLE_SUFFIX:              Misc.               (line  882)
! * TARGET_EXPAND_BUILTIN:                 Misc.               (line  633)
! * TARGET_EXPAND_BUILTIN_SAVEREGS:        Varargs.            (line   67)
! * TARGET_EXPAND_DIVMOD_LIBFUNC:          Scheduling.         (line  465)
! * TARGET_EXPAND_TO_RTL_HOOK:             Storage Layout.     (line  537)
  * TARGET_EXPR:                           Unary and Binary Expressions.
                                                               (line    6)
! * TARGET_EXTRA_INCLUDES:                 Misc.               (line  997)
! * TARGET_EXTRA_LIVE_ON_ENTRY:            Tail Calls.         (line   21)
! * TARGET_EXTRA_PRE_INCLUDES:             Misc.               (line 1004)
  * TARGET_FIXED_CONDITION_CODE_REGS:      MODE_CC Condition Codes.
!                                                              (line  107)
! * TARGET_FIXED_POINT_SUPPORTED_P:        Storage Layout.     (line  534)
! * target_flags:                          Run-time Target.    (line   52)
  * TARGET_FLAGS_REGNUM:                   MODE_CC Condition Codes.
!                                                              (line  134)
  * TARGET_FLOAT_EXCEPTIONS_ROUNDING_SUPPORTED_P: Run-time Target.
!                                                              (line  185)
! * TARGET_FLOATN_MODE:                    Register Arguments. (line  384)
! * TARGET_FN_ABI_VA_LIST:                 Register Arguments. (line  307)
! * TARGET_FOLD_BUILTIN:                   Misc.               (line  743)
! * TARGET_FORMAT_TYPES:                   Misc.               (line 1024)
! * TARGET_FRAME_POINTER_REQUIRED:         Elimination.        (line    9)
! * TARGET_FUNCTION_ARG:                   Register Arguments. (line   12)
! * TARGET_FUNCTION_ARG_ADVANCE:           Register Arguments. (line  205)
! * TARGET_FUNCTION_ARG_BOUNDARY:          Register Arguments. (line  259)
! * TARGET_FUNCTION_ARG_ROUND_BOUNDARY:    Register Arguments. (line  265)
! * TARGET_FUNCTION_ATTRIBUTE_INLINABLE_P: Target Attributes.  (line   95)
! * TARGET_FUNCTION_INCOMING_ARG:          Register Arguments. (line   74)
! * TARGET_FUNCTION_OK_FOR_SIBCALL:        Tail Calls.         (line    8)
! * TARGET_FUNCTION_VALUE:                 Scalar Return.      (line   11)
! * TARGET_FUNCTION_VALUE_REGNO_P:         Scalar Return.      (line   97)
! * TARGET_GEN_CCMP_FIRST:                 Misc.               (line  950)
! * TARGET_GEN_CCMP_NEXT:                  Misc.               (line  962)
! * TARGET_GENERATE_VERSION_DISPATCHER_BODY: Misc.             (line  777)
! * TARGET_GET_DRAP_RTX:                   Misc.               (line 1105)
! * TARGET_GET_FUNCTION_VERSIONS_DISPATCHER: Misc.             (line  770)
! * TARGET_GET_PCH_VALIDITY:               PCH Target.         (line    7)
! * TARGET_GET_RAW_ARG_MODE:               Aggregate Return.   (line   82)
! * TARGET_GET_RAW_RESULT_MODE:            Aggregate Return.   (line   77)
! * TARGET_GIMPLE_FOLD_BUILTIN:            Misc.               (line  753)
! * TARGET_GIMPLIFY_VA_ARG_EXPR:           Register Arguments. (line  318)
! * TARGET_GOACC_DIM_LIMIT:                Addressing Modes.   (line  451)
! * TARGET_GOACC_FORK_JOIN:                Addressing Modes.   (line  456)
! * TARGET_GOACC_REDUCTION:                Addressing Modes.   (line  466)
! * TARGET_GOACC_VALIDATE_DIMS:            Addressing Modes.   (line  439)
! * TARGET_HANDLE_C_OPTION:                Run-time Target.    (line   75)
! * TARGET_HANDLE_OPTION:                  Run-time Target.    (line   62)
  * TARGET_HARD_REGNO_SCRATCH_OK:          Values in Registers.
!                                                              (line  144)
! * TARGET_HAS_IFUNC_P:                    Misc.               (line 1153)
! * TARGET_HAS_NO_HW_DIVIDE:               Library Calls.      (line   53)
! * TARGET_HAVE_CONDITIONAL_EXECUTION:     Misc.               (line  943)
  * TARGET_HAVE_CTORS_DTORS:               Macros for Initialization.
!                                                              (line   64)
! * TARGET_HAVE_NAMED_SECTIONS:            File Framework.     (line  153)
! * TARGET_HAVE_SRODATA_SECTION:           Sections.           (line  303)
! * TARGET_HAVE_SWITCHABLE_BSS_SECTIONS:   File Framework.     (line  158)
! * TARGET_HAVE_TLS:                       Sections.           (line  323)
! * TARGET_IN_SMALL_DATA_P:                Sections.           (line  299)
! * TARGET_INIT_BUILTINS:                  Misc.               (line  606)
  * TARGET_INIT_DWARF_REG_SIZES_EXTRA:     Exception Region Output.
!                                                              (line  122)
! * TARGET_INIT_LIBFUNCS:                  Library Calls.      (line   16)
! * TARGET_INIT_PIC_REG:                   Register Arguments. (line   97)
! * TARGET_INSERT_ATTRIBUTES:              Target Attributes.  (line   82)
! * TARGET_INSTANTIATE_DECLS:              Storage Layout.     (line  545)
! * TARGET_INVALID_ARG_FOR_UNPROTOTYPED_FN: Misc.              (line 1049)
! * TARGET_INVALID_BINARY_OP:              Misc.               (line 1068)
! * TARGET_INVALID_CONVERSION:             Misc.               (line 1055)
! * TARGET_INVALID_UNARY_OP:               Misc.               (line 1061)
! * TARGET_INVALID_WITHIN_DOLOOP:          Misc.               (line  801)
! * TARGET_IRA_CHANGE_PSEUDO_ALLOCNO_CLASS: Register Classes.  (line  564)
! * TARGET_KEEP_LEAF_WHEN_PROFILED:        Profiling.          (line   40)
! * TARGET_LEGITIMATE_ADDRESS_P:           Addressing Modes.   (line   50)
! * TARGET_LEGITIMATE_COMBINED_INSN:       Misc.               (line  813)
! * TARGET_LEGITIMATE_CONSTANT_P:          Addressing Modes.   (line  216)
! * TARGET_LEGITIMIZE_ADDRESS:             Addressing Modes.   (line  132)
! * TARGET_LEGITIMIZE_ADDRESS_DISPLACEMENT: Register Classes.  (line  615)
! * TARGET_LIB_INT_CMP_BIASED:             Library Calls.      (line   43)
! * TARGET_LIBC_HAS_FUNCTION:              Library Calls.      (line   79)
! * TARGET_LIBCALL_VALUE:                  Scalar Return.      (line   66)
! * TARGET_LIBFUNC_GNU_PREFIX:             Library Calls.      (line   25)
! * TARGET_LIBGCC_CMP_RETURN_MODE:         Storage Layout.     (line  487)
  * TARGET_LIBGCC_FLOATING_MODE_SUPPORTED_P: Register Arguments.
!                                                              (line  377)
! * TARGET_LIBGCC_SDATA_SECTION:           Sections.           (line  137)
! * TARGET_LIBGCC_SHIFT_COUNT_MODE:        Storage Layout.     (line  493)
! * TARGET_LOAD_BOUNDS_FOR_ARG:            Varargs.            (line  158)
! * TARGET_LOAD_RETURNED_BOUNDS:           Varargs.            (line  177)
! * TARGET_LOOP_UNROLL_ADJUST:             Misc.               (line  978)
! * TARGET_LRA_P:                          Register Classes.   (line  570)
! * TARGET_MACHINE_DEPENDENT_REORG:        Misc.               (line  591)
! * TARGET_MANGLE_ASSEMBLER_NAME:          Label Output.       (line  360)
! * TARGET_MANGLE_DECL_ASSEMBLER_NAME:     Sections.           (line  248)
! * TARGET_MANGLE_TYPE:                    Storage Layout.     (line  549)
! * TARGET_MAX_ANCHOR_OFFSET:              Anchored Addresses. (line   39)
! * TARGET_MAX_NOCE_IFCVT_SEQ_COST:        Costs.              (line  382)
! * TARGET_MD_ASM_ADJUST:                  Misc.               (line  512)
! * TARGET_MEM_CONSTRAINT:                 Addressing Modes.   (line  109)
  * TARGET_MEM_REF:                        Storage References. (line    6)
! * TARGET_MEMBER_TYPE_FORCES_BLK:         Storage Layout.     (line  440)
! * TARGET_MEMMODEL_CHECK:                 Misc.               (line 1145)
! * TARGET_MEMORY_MOVE_COST:               Costs.              (line   81)
! * TARGET_MERGE_DECL_ATTRIBUTES:          Target Attributes.  (line   47)
! * TARGET_MERGE_TYPE_ATTRIBUTES:          Target Attributes.  (line   39)
! * TARGET_MIN_ANCHOR_OFFSET:              Anchored Addresses. (line   33)
! * TARGET_MIN_ARITHMETIC_PRECISION:       Misc.               (line   60)
! * TARGET_MIN_DIVISIONS_FOR_RECIP_MUL:    Misc.               (line  109)
! * TARGET_MODE_AFTER:                     Mode Switching.     (line   59)
! * TARGET_MODE_DEPENDENT_ADDRESS_P:       Addressing Modes.   (line  199)
! * TARGET_MODE_EMIT:                      Mode Switching.     (line   44)
! * TARGET_MODE_ENTRY:                     Mode Switching.     (line   65)
! * TARGET_MODE_EXIT:                      Mode Switching.     (line   72)
! * TARGET_MODE_NEEDED:                    Mode Switching.     (line   51)
! * TARGET_MODE_PRIORITY:                  Mode Switching.     (line   79)
! * TARGET_MODE_REP_EXTENDED:              Misc.               (line  194)
! * TARGET_MS_BITFIELD_LAYOUT_P:           Storage Layout.     (line  504)
! * TARGET_MUST_PASS_IN_STACK:             Register Arguments. (line   67)
  * TARGET_MUST_PASS_IN_STACK, and TARGET_FUNCTION_ARG: Register Arguments.
!                                                              (line   57)
! * TARGET_N_FORMAT_TYPES:                 Misc.               (line 1029)
! * TARGET_NARROW_VOLATILE_BITFIELD:       Storage Layout.     (line  431)
! * TARGET_NO_REGISTER_ALLOCATION:         SDB and DWARF.      (line   69)
! * TARGET_NO_SPECULATION_IN_DELAY_SLOTS_P: Costs.             (line  408)
! * TARGET_NOCE_CONVERSION_PROFITABLE_P:   Costs.              (line  403)
! * TARGET_OBJC_CONSTRUCT_STRING_OBJECT:   Run-time Target.    (line   90)
! * TARGET_OBJC_DECLARE_CLASS_DEFINITION:  Run-time Target.    (line  111)
  * TARGET_OBJC_DECLARE_UNRESOLVED_CLASS_REFERENCE: Run-time Target.
!                                                              (line  106)
! * TARGET_OBJECT_SUFFIX:                  Misc.               (line  877)
! * TARGET_OBJFMT_CPP_BUILTINS:            Run-time Target.    (line   46)
! * TARGET_OFFLOAD_OPTIONS:                Misc.               (line 1189)
  * TARGET_OMIT_STRUCT_RETURN_REG:         Scalar Return.      (line  117)
! * TARGET_OPTAB_SUPPORTED_P:              Costs.              (line  301)
! * TARGET_OPTF:                           Misc.               (line 1011)
! * TARGET_OPTION_DEFAULT_PARAMS:          Run-time Target.    (line  161)
! * TARGET_OPTION_FUNCTION_VERSIONS:       Target Attributes.  (line  159)
! * TARGET_OPTION_INIT_STRUCT:             Run-time Target.    (line  158)
! * TARGET_OPTION_OPTIMIZATION_TABLE:      Run-time Target.    (line  144)
! * TARGET_OPTION_OVERRIDE:                Target Attributes.  (line  145)
! * TARGET_OPTION_POST_STREAM_IN:          Target Attributes.  (line  127)
! * TARGET_OPTION_PRAGMA_PARSE:            Target Attributes.  (line  139)
! * TARGET_OPTION_PRINT:                   Target Attributes.  (line  133)
! * TARGET_OPTION_RESTORE:                 Target Attributes.  (line  121)
! * TARGET_OPTION_SAVE:                    Target Attributes.  (line  114)
! * TARGET_OPTION_VALID_ATTRIBUTE_P:       Target Attributes.  (line  102)
! * TARGET_OS_CPP_BUILTINS:                Run-time Target.    (line   42)
! * TARGET_OVERRIDE_OPTIONS_AFTER_CHANGE:  Run-time Target.    (line  127)
! * TARGET_OVERRIDES_FORMAT_ATTRIBUTES:    Misc.               (line 1033)
! * TARGET_OVERRIDES_FORMAT_ATTRIBUTES_COUNT: Misc.            (line 1039)
! * TARGET_OVERRIDES_FORMAT_INIT:          Misc.               (line 1043)
! * TARGET_PASS_BY_REFERENCE:              Register Arguments. (line  122)
! * TARGET_PCH_VALID_P:                    PCH Target.         (line   13)
! * TARGET_POSIX_IO:                       Misc.               (line  536)
! * TARGET_PREFERRED_OUTPUT_RELOAD_CLASS:  Register Classes.   (line  289)
! * TARGET_PREFERRED_RELOAD_CLASS:         Register Classes.   (line  218)
! * TARGET_PREFERRED_RENAME_CLASS:         Register Classes.   (line  206)
! * TARGET_PREPARE_PCH_SAVE:               PCH Target.         (line   35)
! * TARGET_PRETEND_OUTGOING_VARARGS_NAMED: Varargs.            (line  149)
! * TARGET_PROFILE_BEFORE_PROLOGUE:        Sections.           (line  307)
! * TARGET_PROMOTE_FUNCTION_MODE:          Storage Layout.     (line  130)
! * TARGET_PROMOTE_PROTOTYPES:             Stack Arguments.    (line   11)
! * TARGET_PROMOTED_TYPE:                  Misc.               (line 1073)
! * TARGET_PTRMEMFUNC_VBIT_LOCATION:       Type Layout.        (line  252)
! * TARGET_RECORD_OFFLOAD_SYMBOL:          Misc.               (line 1183)
! * TARGET_REF_MAY_ALIAS_ERRNO:            Register Arguments. (line  329)
! * TARGET_REGISTER_MOVE_COST:             Costs.              (line   33)
! * TARGET_REGISTER_PRIORITY:              Register Classes.   (line  576)
! * TARGET_REGISTER_USAGE_LEVELING_P:      Register Classes.   (line  588)
! * TARGET_RELAYOUT_FUNCTION:              Target Attributes.  (line  173)
! * TARGET_RESOLVE_OVERLOADED_BUILTIN:     Misc.               (line  732)
! * TARGET_RETURN_IN_MEMORY:               Aggregate Return.   (line   17)
  * TARGET_RETURN_IN_MSB:                  Scalar Return.      (line  124)
! * TARGET_RETURN_POPS_ARGS:               Stack Arguments.    (line  100)
! * TARGET_RTX_COSTS:                      Costs.              (line  315)
! * TARGET_RUN_TARGET_SELFTESTS:           Misc.               (line 1239)
! * TARGET_SCALAR_MODE_SUPPORTED_P:        Register Arguments. (line  336)
! * TARGET_SCHED_ADJUST_COST:              Scheduling.         (line   37)
! * TARGET_SCHED_ADJUST_PRIORITY:          Scheduling.         (line   52)
! * TARGET_SCHED_ALLOC_SCHED_CONTEXT:      Scheduling.         (line  297)
! * TARGET_SCHED_CAN_SPECULATE_INSN:       Scheduling.         (line  357)
! * TARGET_SCHED_CLEAR_SCHED_CONTEXT:      Scheduling.         (line  312)
! * TARGET_SCHED_DEPENDENCIES_EVALUATION_HOOK: Scheduling.     (line  103)
! * TARGET_SCHED_DFA_NEW_CYCLE:            Scheduling.         (line  258)
! * TARGET_SCHED_DFA_POST_ADVANCE_CYCLE:   Scheduling.         (line  174)
! * TARGET_SCHED_DFA_POST_CYCLE_INSN:      Scheduling.         (line  158)
! * TARGET_SCHED_DFA_PRE_ADVANCE_CYCLE:    Scheduling.         (line  167)
! * TARGET_SCHED_DFA_PRE_CYCLE_INSN:       Scheduling.         (line  146)
! * TARGET_SCHED_DISPATCH:                 Scheduling.         (line  373)
! * TARGET_SCHED_DISPATCH_DO:              Scheduling.         (line  378)
! * TARGET_SCHED_EXPOSED_PIPELINE:         Scheduling.         (line  382)
! * TARGET_SCHED_FINISH:                   Scheduling.         (line  123)
! * TARGET_SCHED_FINISH_GLOBAL:            Scheduling.         (line  140)
! * TARGET_SCHED_FIRST_CYCLE_MULTIPASS_BACKTRACK: Scheduling.  (line  237)
! * TARGET_SCHED_FIRST_CYCLE_MULTIPASS_BEGIN: Scheduling.      (line  226)
  * TARGET_SCHED_FIRST_CYCLE_MULTIPASS_DFA_LOOKAHEAD: Scheduling.
!                                                              (line  182)
  * TARGET_SCHED_FIRST_CYCLE_MULTIPASS_DFA_LOOKAHEAD_GUARD: Scheduling.
!                                                              (line  211)
! * TARGET_SCHED_FIRST_CYCLE_MULTIPASS_END: Scheduling.        (line  242)
! * TARGET_SCHED_FIRST_CYCLE_MULTIPASS_FINI: Scheduling.       (line  252)
! * TARGET_SCHED_FIRST_CYCLE_MULTIPASS_INIT: Scheduling.       (line  247)
! * TARGET_SCHED_FIRST_CYCLE_MULTIPASS_ISSUE: Scheduling.      (line  232)
! * TARGET_SCHED_FREE_SCHED_CONTEXT:       Scheduling.         (line  316)
! * TARGET_SCHED_FUSION_PRIORITY:          Scheduling.         (line  393)
! * TARGET_SCHED_GEN_SPEC_CHECK:           Scheduling.         (line  339)
! * TARGET_SCHED_H_I_D_EXTENDED:           Scheduling.         (line  292)
! * TARGET_SCHED_INIT:                     Scheduling.         (line  113)
! * TARGET_SCHED_INIT_DFA_POST_CYCLE_INSN: Scheduling.         (line  163)
! * TARGET_SCHED_INIT_DFA_PRE_CYCLE_INSN:  Scheduling.         (line  155)
! * TARGET_SCHED_INIT_GLOBAL:              Scheduling.         (line  132)
! * TARGET_SCHED_INIT_SCHED_CONTEXT:       Scheduling.         (line  302)
! * TARGET_SCHED_IS_COSTLY_DEPENDENCE:     Scheduling.         (line  269)
! * TARGET_SCHED_ISSUE_RATE:               Scheduling.         (line   12)
! * TARGET_SCHED_MACRO_FUSION_P:           Scheduling.         (line   88)
! * TARGET_SCHED_MACRO_FUSION_PAIR_P:      Scheduling.         (line   93)
! * TARGET_SCHED_NEEDS_BLOCK_P:            Scheduling.         (line  332)
! * TARGET_SCHED_REASSOCIATION_WIDTH:      Scheduling.         (line  388)
! * TARGET_SCHED_REORDER:                  Scheduling.         (line   60)
! * TARGET_SCHED_REORDER2:                 Scheduling.         (line   77)
! * TARGET_SCHED_SET_SCHED_CONTEXT:        Scheduling.         (line  308)
! * TARGET_SCHED_SET_SCHED_FLAGS:          Scheduling.         (line  351)
! * TARGET_SCHED_SMS_RES_MII:              Scheduling.         (line  364)
! * TARGET_SCHED_SPECULATE_INSN:           Scheduling.         (line  320)
! * TARGET_SCHED_VARIABLE_ISSUE:           Scheduling.         (line   24)
! * TARGET_SECONDARY_RELOAD:               Register Classes.   (line  318)
! * TARGET_SECTION_TYPE_FLAGS:             File Framework.     (line  164)
! * TARGET_SET_CURRENT_FUNCTION:           Misc.               (line  859)
! * TARGET_SET_DEFAULT_TYPE_ATTRIBUTES:    Target Attributes.  (line   34)
! * TARGET_SET_UP_BY_PROLOGUE:             Tail Calls.         (line   31)
! * TARGET_SETUP_INCOMING_VARARG_BOUNDS:   Varargs.            (line  195)
! * TARGET_SETUP_INCOMING_VARARGS:         Varargs.            (line   76)
! * TARGET_SHIFT_TRUNCATION_MASK:          Misc.               (line  157)
  * TARGET_SHRINK_WRAP_COMPONENTS_FOR_BB:  Shrink-wrapping separate components.
!                                                              (line   38)
  * TARGET_SHRINK_WRAP_DISQUALIFY_COMPONENTS: Shrink-wrapping separate components.
!                                                              (line   45)
  * TARGET_SHRINK_WRAP_EMIT_EPILOGUE_COMPONENTS: Shrink-wrapping separate components.
!                                                              (line   56)
  * TARGET_SHRINK_WRAP_EMIT_PROLOGUE_COMPONENTS: Shrink-wrapping separate components.
!                                                              (line   52)
  * TARGET_SHRINK_WRAP_GET_SEPARATE_COMPONENTS: Shrink-wrapping separate components.
!                                                              (line   29)
  * TARGET_SHRINK_WRAP_SET_HANDLED_COMPONENTS: Shrink-wrapping separate components.
!                                                              (line   60)
! * TARGET_SIMD_CLONE_ADJUST:              Addressing Modes.   (line  425)
  * TARGET_SIMD_CLONE_COMPUTE_VECSIZE_AND_SIMDLEN: Addressing Modes.
!                                                              (line  418)
! * TARGET_SIMD_CLONE_USABLE:              Addressing Modes.   (line  429)
! * TARGET_SIMT_VF:                        Addressing Modes.   (line  435)
  * TARGET_SMALL_REGISTER_CLASSES_FOR_MODE_P: Register Arguments.
!                                                              (line  401)
! * TARGET_SPILL_CLASS:                    Register Classes.   (line  623)
! * TARGET_SPLIT_COMPLEX_ARG:              Register Arguments. (line  279)
  * TARGET_STACK_PROTECT_FAIL:             Stack Smashing Protection.
!                                                              (line   17)
  * TARGET_STACK_PROTECT_GUARD:            Stack Smashing Protection.
!                                                              (line    7)
  * TARGET_STACK_PROTECT_RUNTIME_ENABLED_P: Stack Smashing Protection.
!                                                              (line   26)
! * TARGET_STATIC_CHAIN:                   Frame Registers.    (line   92)
! * TARGET_STORE_BOUNDS_FOR_ARG:           Varargs.            (line  168)
! * TARGET_STORE_RETURNED_BOUNDS:          Varargs.            (line  183)
! * TARGET_STRICT_ARGUMENT_NAMING:         Varargs.            (line  112)
! * TARGET_STRING_OBJECT_REF_TYPE_P:       Run-time Target.    (line  116)
! * TARGET_STRIP_NAME_ENCODING:            Sections.           (line  295)
! * TARGET_STRUCT_VALUE_RTX:               Aggregate Return.   (line   45)
  * TARGET_SUPPORTS_SPLIT_STACK:           Stack Smashing Protection.
!                                                              (line   32)
! * TARGET_SUPPORTS_WEAK:                  Label Output.       (line  276)
! * TARGET_SUPPORTS_WIDE_INT:              Misc.               (line 1198)
  * TARGET_TERMINATE_DW2_EH_FRAME_INFO:    Exception Region Output.
!                                                              (line  101)
! * TARGET_TRAMPOLINE_ADJUST_ADDRESS:      Trampolines.        (line   75)
! * TARGET_TRAMPOLINE_INIT:                Trampolines.        (line   56)
! * TARGET_UNSPEC_MAY_TRAP_P:              Misc.               (line  851)
  * TARGET_UNWIND_TABLES_DEFAULT:          Exception Region Output.
!                                                              (line   75)
! * TARGET_UNWIND_WORD_MODE:               Storage Layout.     (line  499)
! * TARGET_UPDATE_STACK_BOUNDARY:          Misc.               (line 1101)
! * TARGET_USE_ANCHORS_FOR_SYMBOL_P:       Anchored Addresses. (line   55)
! * TARGET_USE_BLOCKS_FOR_CONSTANT_P:      Addressing Modes.   (line  251)
! * TARGET_USE_BLOCKS_FOR_DECL_P:          Addressing Modes.   (line  257)
! * TARGET_USE_BY_PIECES_INFRASTRUCTURE_P: Costs.              (line  168)
! * TARGET_USE_PSEUDO_PIC_REG:             Register Arguments. (line   93)
! * TARGET_USES_WEAK_UNWIND_INFO:          Exception Handling. (line  126)
! * TARGET_VALID_DLLIMPORT_ATTRIBUTE_P:    Target Attributes.  (line   68)
! * TARGET_VALID_POINTER_MODE:             Register Arguments. (line  324)
! * TARGET_VECTOR_ALIGNMENT:               Storage Layout.     (line  291)
! * TARGET_VECTOR_MODE_SUPPORTED_P:        Register Arguments. (line  347)
! * TARGET_VECTORIZE_ADD_STMT_COST:        Addressing Modes.   (line  381)
  * TARGET_VECTORIZE_AUTOVECTORIZE_VECTOR_SIZES: Addressing Modes.
!                                                              (line  355)
! * TARGET_VECTORIZE_BUILTIN_CONVERSION:   Addressing Modes.   (line  311)
! * TARGET_VECTORIZE_BUILTIN_GATHER:       Addressing Modes.   (line  404)
! * TARGET_VECTORIZE_BUILTIN_MASK_FOR_LOAD: Addressing Modes.  (line  268)
  * TARGET_VECTORIZE_BUILTIN_MD_VECTORIZED_FUNCTION: Addressing Modes.
!                                                              (line  331)
! * TARGET_VECTORIZE_BUILTIN_SCATTER:      Addressing Modes.   (line  411)
  * TARGET_VECTORIZE_BUILTIN_VECTORIZATION_COST: Addressing Modes.
!                                                              (line  295)
  * TARGET_VECTORIZE_BUILTIN_VECTORIZED_FUNCTION: Addressing Modes.
!                                                              (line  323)
! * TARGET_VECTORIZE_DESTROY_COST_DATA:    Addressing Modes.   (line  398)
! * TARGET_VECTORIZE_FINISH_COST:          Addressing Modes.   (line  392)
! * TARGET_VECTORIZE_GET_MASK_MODE:        Addressing Modes.   (line  363)
! * TARGET_VECTORIZE_INIT_COST:            Addressing Modes.   (line  369)
! * TARGET_VECTORIZE_PREFERRED_SIMD_MODE:  Addressing Modes.   (line  348)
  * TARGET_VECTORIZE_SUPPORT_VECTOR_MISALIGNMENT: Addressing Modes.
!                                                              (line  339)
! * TARGET_VECTORIZE_VEC_PERM_CONST_OK:    Addressing Modes.   (line  307)
  * TARGET_VECTORIZE_VECTOR_ALIGNMENT_REACHABLE: Addressing Modes.
!                                                              (line  301)
! * TARGET_VTABLE_DATA_ENTRY_DISTANCE:     Type Layout.        (line  305)
! * TARGET_VTABLE_ENTRY_ALIGN:             Type Layout.        (line  299)
! * TARGET_VTABLE_USES_DESCRIPTORS:        Type Layout.        (line  288)
! * TARGET_WANT_DEBUG_PUB_SECTIONS:        SDB and DWARF.      (line   56)
! * TARGET_WARN_FUNC_RETURN:               Tail Calls.         (line   36)
! * TARGET_WEAK_NOT_IN_ARCHIVE_TOC:        Label Output.       (line  312)
! * targetm:                               Target Structure.   (line    7)
! * targets, makefile:                     Makefile.           (line    6)
! * TCmode:                                Machine Modes.      (line  200)
  * TDmode:                                Machine Modes.      (line   97)
  * TEMPLATE_DECL:                         Declarations.       (line    6)
  * Temporaries:                           Temporaries.        (line    6)
  * termination routines:                  Initialization.     (line    6)
  * testing constraints:                   C Constraint Interface.
                                                               (line    6)
! * TEXT_SECTION_ASM_OP:                   Sections.           (line   38)
  * TFmode:                                Machine Modes.      (line  101)
  * The Language:                          The Language.       (line    6)
  * THEN_CLAUSE:                           Statements for C++. (line    6)
! * THREAD_MODEL_SPEC:                     Driver.             (line  163)
  * THROW_EXPR:                            Unary and Binary Expressions.
                                                               (line    6)
  * THUNK_DECL:                            Declarations.       (line    6)
  * THUNK_DELTA:                           Declarations.       (line    6)
  * TImode:                                Machine Modes.      (line   48)
! * TImode, in insn:                       Insns.              (line  272)
! * TLS_COMMON_ASM_OP:                     Sections.           (line   81)
! * TLS_SECTION_ASM_FLAG:                  Sections.           (line   86)
  * tm.h macros:                           Target Macros.      (line    6)
  * TQFmode:                               Machine Modes.      (line   65)
  * TQmode:                                Machine Modes.      (line  122)
+ * TRAMPOLINE_ALIGNMENT:                  Trampolines.        (line   49)
+ * TRAMPOLINE_SECTION:                    Trampolines.        (line   40)
+ * TRAMPOLINE_SIZE:                       Trampolines.        (line   45)
  * trampolines for nested functions:      Trampolines.        (line    6)
! * TRANSFER_FROM_TRAMPOLINE:              Trampolines.        (line  130)
! * trap instruction pattern:              Standard Names.     (line 1792)
  * tree <1>:                              Macros and Functions.
                                                               (line    6)
+ * tree:                                  Tree overview.      (line    6)
  * Tree SSA:                              Tree SSA.           (line    6)
  * TREE_CHAIN:                            Macros and Functions.
                                                               (line    6)
*************** Concept Index
*** 51371,51379 ****
                                                               (line    6)
  * TREE_LIST:                             Containers.         (line    6)
  * TREE_OPERAND:                          Expression trees.   (line    6)
- * TREE_PUBLIC:                           Function Basics.    (line    6)
  * TREE_PUBLIC <1>:                       Function Properties.
                                                               (line   28)
  * TREE_PURPOSE:                          Containers.         (line    6)
  * TREE_READONLY:                         Function Properties.
                                                               (line   37)
--- 51786,51794 ----
                                                               (line    6)
  * TREE_LIST:                             Containers.         (line    6)
  * TREE_OPERAND:                          Expression trees.   (line    6)
  * TREE_PUBLIC <1>:                       Function Properties.
                                                               (line   28)
+ * TREE_PUBLIC:                           Function Basics.    (line    6)
  * TREE_PURPOSE:                          Containers.         (line    6)
  * TREE_READONLY:                         Function Properties.
                                                               (line   37)
*************** Concept Index
*** 51391,51426 ****
                                                               (line    6)
  * tree_to_uhwi:                          Constant expressions.
                                                               (line    6)
  * TREE_TYPE:                             Macros and Functions.
                                                               (line    6)
- * TREE_TYPE <1>:                         Types.              (line    6)
- * TREE_TYPE <2>:                         Working with declarations.
-                                                              (line   11)
- * TREE_TYPE <3>:                         Expression trees.   (line    6)
- * TREE_TYPE <4>:                         Expression trees.   (line   17)
- * TREE_TYPE <5>:                         Function Basics.    (line   47)
- * TREE_TYPE <6>:                         Types for C++.      (line    6)
  * TREE_VALUE:                            Containers.         (line    6)
  * TREE_VEC:                              Containers.         (line    6)
  * TREE_VEC_ELT:                          Containers.         (line    6)
  * TREE_VEC_LENGTH:                       Containers.         (line    6)
! * TRULY_NOOP_TRUNCATION:                 Misc.               (line  179)
! * truncate:                              Conversions.        (line   38)
! * truncMN2 instruction pattern:          Standard Names.     (line 1141)
  * TRUNC_DIV_EXPR:                        Unary and Binary Expressions.
                                                               (line    6)
  * TRUNC_MOD_EXPR:                        Unary and Binary Expressions.
                                                               (line    6)
! * TRUTH_ANDIF_EXPR:                      Unary and Binary Expressions.
!                                                              (line    6)
  * TRUTH_AND_EXPR:                        Unary and Binary Expressions.
                                                               (line    6)
! * TRUTH_NOT_EXPR:                        Unary and Binary Expressions.
                                                               (line    6)
! * TRUTH_ORIF_EXPR:                       Unary and Binary Expressions.
                                                               (line    6)
  * TRUTH_OR_EXPR:                         Unary and Binary Expressions.
                                                               (line    6)
  * TRUTH_XOR_EXPR:                        Unary and Binary Expressions.
                                                               (line    6)
  * TRY_BLOCK:                             Statements for C++. (line    6)
--- 51806,51840 ----
                                                               (line    6)
  * tree_to_uhwi:                          Constant expressions.
                                                               (line    6)
+ * TREE_TYPE <1>:                         Types for C++.      (line    6)
+ * TREE_TYPE <2>:                         Function Basics.    (line   47)
+ * TREE_TYPE <3>:                         Expression trees.   (line    6)
+ * TREE_TYPE <4>:                         Working with declarations.
+                                                              (line   11)
+ * TREE_TYPE <5>:                         Types.              (line    6)
  * TREE_TYPE:                             Macros and Functions.
                                                               (line    6)
  * TREE_VALUE:                            Containers.         (line    6)
  * TREE_VEC:                              Containers.         (line    6)
  * TREE_VEC_ELT:                          Containers.         (line    6)
  * TREE_VEC_LENGTH:                       Containers.         (line    6)
! * TRULY_NOOP_TRUNCATION:                 Misc.               (line  180)
  * TRUNC_DIV_EXPR:                        Unary and Binary Expressions.
                                                               (line    6)
  * TRUNC_MOD_EXPR:                        Unary and Binary Expressions.
                                                               (line    6)
! * truncate:                              Conversions.        (line   38)
! * truncMN2 instruction pattern:          Standard Names.     (line 1147)
  * TRUTH_AND_EXPR:                        Unary and Binary Expressions.
                                                               (line    6)
! * TRUTH_ANDIF_EXPR:                      Unary and Binary Expressions.
                                                               (line    6)
! * TRUTH_NOT_EXPR:                        Unary and Binary Expressions.
                                                               (line    6)
  * TRUTH_OR_EXPR:                         Unary and Binary Expressions.
                                                               (line    6)
+ * TRUTH_ORIF_EXPR:                       Unary and Binary Expressions.
+                                                              (line    6)
  * TRUTH_XOR_EXPR:                        Unary and Binary Expressions.
                                                               (line    6)
  * TRY_BLOCK:                             Statements for C++. (line    6)
*************** Concept Index
*** 51432,51549 ****
                                                               (line    6)
  * type:                                  Types.              (line    6)
  * type declaration:                      Declarations.       (line    6)
! * TYPENAME_TYPE:                         Types for C++.      (line    6)
! * TYPENAME_TYPE_FULLNAME:                Types.              (line    6)
! * TYPENAME_TYPE_FULLNAME <1>:            Types for C++.      (line    6)
! * TYPEOF_TYPE:                           Types for C++.      (line    6)
  * TYPE_ALIGN:                            Types.              (line    6)
- * TYPE_ALIGN <1>:                        Types.              (line   30)
- * TYPE_ALIGN <2>:                        Types for C++.      (line    6)
- * TYPE_ALIGN <3>:                        Types for C++.      (line   44)
- * TYPE_ARG_TYPES:                        Types.              (line    6)
  * TYPE_ARG_TYPES <1>:                    Types for C++.      (line    6)
! * TYPE_ASM_OP:                           Label Output.       (line   76)
! * TYPE_ATTRIBUTES:                       Attributes.         (line   24)
  * TYPE_BINFO:                            Classes.            (line    6)
! * TYPE_BUILT_IN:                         Types for C++.      (line   66)
  * TYPE_CANONICAL:                        Types.              (line    6)
- * TYPE_CANONICAL <1>:                    Types.              (line   41)
- * TYPE_CONTEXT:                          Types.              (line    6)
  * TYPE_CONTEXT <1>:                      Types for C++.      (line    6)
  * TYPE_DECL:                             Declarations.       (line    6)
  * TYPE_FIELDS:                           Types.              (line    6)
- * TYPE_FIELDS <1>:                       Types for C++.      (line    6)
- * TYPE_FIELDS <2>:                       Classes.            (line    6)
  * TYPE_HAS_ARRAY_NEW_OPERATOR:           Classes.            (line   96)
  * TYPE_HAS_DEFAULT_CONSTRUCTOR:          Classes.            (line   81)
  * TYPE_HAS_MUTABLE_P:                    Classes.            (line   86)
  * TYPE_HAS_NEW_OPERATOR:                 Classes.            (line   93)
  * TYPE_MAIN_VARIANT:                     Types.              (line    6)
- * TYPE_MAIN_VARIANT <1>:                 Types.              (line   19)
- * TYPE_MAIN_VARIANT <2>:                 Types for C++.      (line    6)
  * TYPE_MAX_VALUE:                        Types.              (line    6)
- * TYPE_METHODS:                          Classes.            (line    6)
- * TYPE_METHOD_BASETYPE:                  Types.              (line    6)
  * TYPE_METHOD_BASETYPE <1>:              Types for C++.      (line    6)
  * TYPE_MIN_VALUE:                        Types.              (line    6)
  * TYPE_NAME:                             Types.              (line    6)
- * TYPE_NAME <1>:                         Types.              (line   33)
- * TYPE_NAME <2>:                         Types for C++.      (line    6)
- * TYPE_NAME <3>:                         Types for C++.      (line   47)
  * TYPE_NOTHROW_P:                        Functions for C++.  (line  154)
- * TYPE_OFFSET_BASETYPE:                  Types.              (line    6)
  * TYPE_OFFSET_BASETYPE <1>:              Types for C++.      (line    6)
! * TYPE_OPERAND_FMT:                      Label Output.       (line   87)
  * TYPE_OVERLOADS_ARRAY_REF:              Classes.            (line  104)
  * TYPE_OVERLOADS_ARROW:                  Classes.            (line  107)
  * TYPE_OVERLOADS_CALL_EXPR:              Classes.            (line  100)
  * TYPE_POLYMORPHIC_P:                    Classes.            (line   77)
- * TYPE_PRECISION:                        Types.              (line    6)
  * TYPE_PRECISION <1>:                    Types for C++.      (line    6)
  * TYPE_PTRDATAMEM_P:                     Types for C++.      (line    6)
! * TYPE_PTRDATAMEM_P <1>:                 Types for C++.      (line   69)
! * TYPE_PTRFN_P:                          Types for C++.      (line   76)
  * TYPE_PTROBV_P:                         Types for C++.      (line    6)
- * TYPE_PTROB_P:                          Types for C++.      (line   79)
- * TYPE_PTR_P:                            Types for C++.      (line   72)
- * TYPE_QUAL_CONST:                       Types.              (line    6)
  * TYPE_QUAL_CONST <1>:                   Types for C++.      (line    6)
! * TYPE_QUAL_RESTRICT:                    Types.              (line    6)
  * TYPE_QUAL_RESTRICT <1>:                Types for C++.      (line    6)
! * TYPE_QUAL_VOLATILE:                    Types.              (line    6)
  * TYPE_QUAL_VOLATILE <1>:                Types for C++.      (line    6)
  * TYPE_RAISES_EXCEPTIONS:                Functions for C++.  (line  149)
  * TYPE_SIZE:                             Types.              (line    6)
- * TYPE_SIZE <1>:                         Types.              (line   25)
- * TYPE_SIZE <2>:                         Types for C++.      (line    6)
- * TYPE_SIZE <3>:                         Types for C++.      (line   39)
  * TYPE_STRUCTURAL_EQUALITY_P:            Types.              (line    6)
- * TYPE_STRUCTURAL_EQUALITY_P <1>:        Types.              (line   77)
- * TYPE_UNQUALIFIED:                      Types.              (line    6)
  * TYPE_UNQUALIFIED <1>:                  Types for C++.      (line    6)
  * TYPE_VFIELD:                           Classes.            (line    6)
! * uaddvM4 instruction pattern:           Standard Names.     (line  334)
! * UDAmode:                               Machine Modes.      (line  170)
! * udiv:                                  Arithmetic.         (line  130)
! * udivM3 instruction pattern:            Standard Names.     (line  315)
! * udivmodM4 instruction pattern:         Standard Names.     (line  590)
! * udot_prodM instruction pattern:        Standard Names.     (line  410)
! * UDQmode:                               Machine Modes.      (line  138)
! * UHAmode:                               Machine Modes.      (line  162)
! * UHQmode:                               Machine Modes.      (line  130)
! * UINT16_TYPE:                           Type Layout.        (line  214)
! * UINT32_TYPE:                           Type Layout.        (line  215)
! * UINT64_TYPE:                           Type Layout.        (line  216)
! * UINT8_TYPE:                            Type Layout.        (line  213)
! * UINTMAX_TYPE:                          Type Layout.        (line  197)
! * UINTPTR_TYPE:                          Type Layout.        (line  234)
! * UINT_FAST16_TYPE:                      Type Layout.        (line  230)
! * UINT_FAST32_TYPE:                      Type Layout.        (line  231)
! * UINT_FAST64_TYPE:                      Type Layout.        (line  232)
! * UINT_FAST8_TYPE:                       Type Layout.        (line  229)
! * UINT_LEAST16_TYPE:                     Type Layout.        (line  222)
! * UINT_LEAST32_TYPE:                     Type Layout.        (line  223)
! * UINT_LEAST64_TYPE:                     Type Layout.        (line  224)
! * UINT_LEAST8_TYPE:                      Type Layout.        (line  221)
! * umaddMN4 instruction pattern:          Standard Names.     (line  537)
! * umax:                                  Arithmetic.         (line  149)
! * umaxM3 instruction pattern:            Standard Names.     (line  315)
! * umin:                                  Arithmetic.         (line  149)
! * uminM3 instruction pattern:            Standard Names.     (line  315)
! * umod:                                  Arithmetic.         (line  136)
! * umodM3 instruction pattern:            Standard Names.     (line  315)
! * umsubMN4 instruction pattern:          Standard Names.     (line  561)
! * umulhisi3 instruction pattern:         Standard Names.     (line  509)
! * umulM3_highpart instruction pattern:   Standard Names.     (line  523)
! * umulqihi3 instruction pattern:         Standard Names.     (line  509)
! * umulsidi3 instruction pattern:         Standard Names.     (line  509)
! * umulvM4 instruction pattern:           Standard Names.     (line  339)
  * unchanging:                            Flags.              (line  296)
  * unchanging, in call_insn:              Flags.              (line   19)
  * unchanging, in jump_insn, call_insn and insn: Flags.       (line   39)
  * unchanging, in mem:                    Flags.              (line  134)
  * unchanging, in subreg:                 Flags.              (line  170)
- * unchanging, in subreg <1>:             Flags.              (line  180)
  * unchanging, in symbol_ref:             Flags.              (line   10)
  * UNEQ_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
--- 51846,51952 ----
                                                               (line    6)
  * type:                                  Types.              (line    6)
  * type declaration:                      Declarations.       (line    6)
! * TYPE_ALIGN <1>:                        Types for C++.      (line    6)
  * TYPE_ALIGN:                            Types.              (line    6)
  * TYPE_ARG_TYPES <1>:                    Types for C++.      (line    6)
! * TYPE_ARG_TYPES:                        Types.              (line    6)
! * TYPE_ASM_OP:                           Label Output.       (line   79)
! * TYPE_ATTRIBUTES:                       Attributes.         (line   25)
  * TYPE_BINFO:                            Classes.            (line    6)
! * TYPE_BUILT_IN:                         Types for C++.      (line   68)
  * TYPE_CANONICAL:                        Types.              (line    6)
  * TYPE_CONTEXT <1>:                      Types for C++.      (line    6)
+ * TYPE_CONTEXT:                          Types.              (line    6)
  * TYPE_DECL:                             Declarations.       (line    6)
+ * TYPE_FIELDS <1>:                       Classes.            (line    6)
+ * TYPE_FIELDS <2>:                       Types for C++.      (line    6)
  * TYPE_FIELDS:                           Types.              (line    6)
  * TYPE_HAS_ARRAY_NEW_OPERATOR:           Classes.            (line   96)
  * TYPE_HAS_DEFAULT_CONSTRUCTOR:          Classes.            (line   81)
  * TYPE_HAS_MUTABLE_P:                    Classes.            (line   86)
  * TYPE_HAS_NEW_OPERATOR:                 Classes.            (line   93)
+ * TYPE_MAIN_VARIANT <1>:                 Types for C++.      (line    6)
  * TYPE_MAIN_VARIANT:                     Types.              (line    6)
  * TYPE_MAX_VALUE:                        Types.              (line    6)
  * TYPE_METHOD_BASETYPE <1>:              Types for C++.      (line    6)
+ * TYPE_METHOD_BASETYPE:                  Types.              (line    6)
+ * TYPE_METHODS:                          Classes.            (line    6)
  * TYPE_MIN_VALUE:                        Types.              (line    6)
+ * TYPE_NAME <1>:                         Types for C++.      (line    6)
  * TYPE_NAME:                             Types.              (line    6)
  * TYPE_NOTHROW_P:                        Functions for C++.  (line  154)
  * TYPE_OFFSET_BASETYPE <1>:              Types for C++.      (line    6)
! * TYPE_OFFSET_BASETYPE:                  Types.              (line    6)
! * TYPE_OPERAND_FMT:                      Label Output.       (line   90)
  * TYPE_OVERLOADS_ARRAY_REF:              Classes.            (line  104)
  * TYPE_OVERLOADS_ARROW:                  Classes.            (line  107)
  * TYPE_OVERLOADS_CALL_EXPR:              Classes.            (line  100)
  * TYPE_POLYMORPHIC_P:                    Classes.            (line   77)
  * TYPE_PRECISION <1>:                    Types for C++.      (line    6)
+ * TYPE_PRECISION:                        Types.              (line    6)
+ * TYPE_PTR_P:                            Types for C++.      (line   74)
  * TYPE_PTRDATAMEM_P:                     Types for C++.      (line    6)
! * TYPE_PTRFN_P:                          Types for C++.      (line   78)
! * TYPE_PTROB_P:                          Types for C++.      (line   81)
  * TYPE_PTROBV_P:                         Types for C++.      (line    6)
  * TYPE_QUAL_CONST <1>:                   Types for C++.      (line    6)
! * TYPE_QUAL_CONST:                       Types.              (line    6)
  * TYPE_QUAL_RESTRICT <1>:                Types for C++.      (line    6)
! * TYPE_QUAL_RESTRICT:                    Types.              (line    6)
  * TYPE_QUAL_VOLATILE <1>:                Types for C++.      (line    6)
+ * TYPE_QUAL_VOLATILE:                    Types.              (line    6)
  * TYPE_RAISES_EXCEPTIONS:                Functions for C++.  (line  149)
+ * TYPE_SIZE <1>:                         Types for C++.      (line    6)
  * TYPE_SIZE:                             Types.              (line    6)
  * TYPE_STRUCTURAL_EQUALITY_P:            Types.              (line    6)
  * TYPE_UNQUALIFIED <1>:                  Types for C++.      (line    6)
+ * TYPE_UNQUALIFIED:                      Types.              (line    6)
  * TYPE_VFIELD:                           Classes.            (line    6)
! * TYPENAME_TYPE:                         Types for C++.      (line    6)
! * TYPENAME_TYPE_FULLNAME <1>:            Types for C++.      (line    6)
! * TYPENAME_TYPE_FULLNAME:                Types.              (line    6)
! * TYPEOF_TYPE:                           Types for C++.      (line    6)
! * uaddvM4 instruction pattern:           Standard Names.     (line  338)
! * UDAmode:                               Machine Modes.      (line  171)
! * udiv:                                  Arithmetic.         (line  129)
! * udivM3 instruction pattern:            Standard Names.     (line  319)
! * udivmodM4 instruction pattern:         Standard Names.     (line  596)
! * udot_prodM instruction pattern:        Standard Names.     (line  414)
! * UDQmode:                               Machine Modes.      (line  139)
! * UHAmode:                               Machine Modes.      (line  163)
! * UHQmode:                               Machine Modes.      (line  131)
! * UINT16_TYPE:                           Type Layout.        (line  215)
! * UINT32_TYPE:                           Type Layout.        (line  216)
! * UINT64_TYPE:                           Type Layout.        (line  217)
! * UINT8_TYPE:                            Type Layout.        (line  214)
! * UINT_FAST16_TYPE:                      Type Layout.        (line  231)
! * UINT_FAST32_TYPE:                      Type Layout.        (line  232)
! * UINT_FAST64_TYPE:                      Type Layout.        (line  233)
! * UINT_FAST8_TYPE:                       Type Layout.        (line  230)
! * UINT_LEAST16_TYPE:                     Type Layout.        (line  223)
! * UINT_LEAST32_TYPE:                     Type Layout.        (line  224)
! * UINT_LEAST64_TYPE:                     Type Layout.        (line  225)
! * UINT_LEAST8_TYPE:                      Type Layout.        (line  222)
! * UINTMAX_TYPE:                          Type Layout.        (line  198)
! * UINTPTR_TYPE:                          Type Layout.        (line  235)
! * umaddMN4 instruction pattern:          Standard Names.     (line  543)
! * umax:                                  Arithmetic.         (line  148)
! * umaxM3 instruction pattern:            Standard Names.     (line  319)
! * umin:                                  Arithmetic.         (line  148)
! * uminM3 instruction pattern:            Standard Names.     (line  319)
! * umod:                                  Arithmetic.         (line  135)
! * umodM3 instruction pattern:            Standard Names.     (line  319)
! * umsubMN4 instruction pattern:          Standard Names.     (line  567)
! * umulhisi3 instruction pattern:         Standard Names.     (line  515)
! * umulM3_highpart instruction pattern:   Standard Names.     (line  529)
! * umulqihi3 instruction pattern:         Standard Names.     (line  515)
! * umulsidi3 instruction pattern:         Standard Names.     (line  515)
! * umulvM4 instruction pattern:           Standard Names.     (line  343)
  * unchanging:                            Flags.              (line  296)
  * unchanging, in call_insn:              Flags.              (line   19)
  * unchanging, in jump_insn, call_insn and insn: Flags.       (line   39)
  * unchanging, in mem:                    Flags.              (line  134)
  * unchanging, in subreg:                 Flags.              (line  170)
  * unchanging, in symbol_ref:             Flags.              (line   10)
  * UNEQ_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
*************** Concept Index
*** 51551,51722 ****
                                                               (line    6)
  * UNGT_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
- * unions, returning:                     Interface.          (line   10)
- * UNION_TYPE:                            Types.              (line    6)
  * UNION_TYPE <1>:                        Classes.            (line    6)
! * UNITS_PER_WORD:                        Storage Layout.     (line   60)
! * UNKNOWN_TYPE:                          Types.              (line    6)
  * UNKNOWN_TYPE <1>:                      Types for C++.      (line    6)
  * UNLE_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
! * UNLIKELY_EXECUTED_TEXT_SECTION_NAME:   Sections.           (line   48)
  * UNLT_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
  * UNORDERED_EXPR:                        Unary and Binary Expressions.
                                                               (line    6)
  * unshare_all_rtl:                       Sharing.            (line   58)
! * unsigned division:                     Arithmetic.         (line  130)
! * unsigned division with unsigned saturation: Arithmetic.    (line  130)
  * unsigned greater than:                 Comparisons.        (line   64)
- * unsigned greater than <1>:             Comparisons.        (line   72)
  * unsigned less than:                    Comparisons.        (line   68)
! * unsigned less than <1>:                Comparisons.        (line   76)
! * unsigned minimum and maximum:          Arithmetic.         (line  149)
  * unsigned_fix:                          Conversions.        (line   77)
  * unsigned_float:                        Conversions.        (line   62)
  * unsigned_fract_convert:                Conversions.        (line   97)
  * unsigned_sat_fract:                    Conversions.        (line  103)
- * unspec:                                Side Effects.       (line  299)
  * unspec <1>:                            Constant Definitions.
                                                               (line  111)
! * unspec_volatile:                       Side Effects.       (line  299)
  * unspec_volatile <1>:                   Constant Definitions.
                                                               (line   99)
! * untyped_call instruction pattern:      Standard Names.     (line 1397)
! * untyped_return instruction pattern:    Standard Names.     (line 1460)
  * UPDATE_PATH_HOST_CANONICALIZE (PATH):  Filesystem.         (line   59)
  * update_ssa:                            SSA.                (line   74)
- * update_stmt:                           Manipulating GIMPLE statements.
-                                                              (line  140)
  * update_stmt <1>:                       SSA Operands.       (line    6)
  * update_stmt_if_modified:               Manipulating GIMPLE statements.
!                                                              (line  143)
  * UQQmode:                               Machine Modes.      (line  126)
! * usaddM3 instruction pattern:           Standard Names.     (line  315)
! * usadM instruction pattern:             Standard Names.     (line  419)
! * USAmode:                               Machine Modes.      (line  166)
! * usashlM3 instruction pattern:          Standard Names.     (line  593)
! * usdivM3 instruction pattern:           Standard Names.     (line  315)
  * use:                                   Side Effects.       (line  168)
  * used:                                  Flags.              (line  314)
  * used, in symbol_ref:                   Flags.              (line  197)
! * user:                                  GTY Options.        (line  245)
  * user gc:                               User GC.            (line    6)
! * USER_LABEL_PREFIX:                     Instruction Output. (line  152)
! * USE_C_ALLOCA:                          Host Misc.          (line   19)
! * USE_LD_AS_NEEDED:                      Driver.             (line  135)
! * USE_LOAD_POST_DECREMENT:               Costs.              (line  254)
! * USE_LOAD_POST_INCREMENT:               Costs.              (line  249)
! * USE_LOAD_PRE_DECREMENT:                Costs.              (line  264)
! * USE_LOAD_PRE_INCREMENT:                Costs.              (line  259)
! * USE_SELECT_SECTION_FOR_FUNCTIONS:      Sections.           (line  198)
! * USE_STORE_POST_DECREMENT:              Costs.              (line  274)
! * USE_STORE_POST_INCREMENT:              Costs.              (line  269)
! * USE_STORE_PRE_DECREMENT:               Costs.              (line  284)
! * USE_STORE_PRE_INCREMENT:               Costs.              (line  279)
  * USING_STMT:                            Statements for C++. (line    6)
! * usmaddMN4 instruction pattern:         Standard Names.     (line  545)
! * usmsubMN4 instruction pattern:         Standard Names.     (line  569)
! * usmulhisi3 instruction pattern:        Standard Names.     (line  513)
! * usmulM3 instruction pattern:           Standard Names.     (line  315)
! * usmulqihi3 instruction pattern:        Standard Names.     (line  513)
! * usmulsidi3 instruction pattern:        Standard Names.     (line  513)
! * usnegM2 instruction pattern:           Standard Names.     (line  617)
! * USQmode:                               Machine Modes.      (line  134)
! * ussubM3 instruction pattern:           Standard Names.     (line  315)
! * usubvM4 instruction pattern:           Standard Names.     (line  339)
! * us_ashift:                             Arithmetic.         (line  173)
! * us_minus:                              Arithmetic.         (line   38)
! * us_mult:                               Arithmetic.         (line   93)
! * us_neg:                                Arithmetic.         (line   82)
! * us_plus:                               Arithmetic.         (line   14)
! * us_truncate:                           Conversions.        (line   48)
! * UTAmode:                               Machine Modes.      (line  174)
! * UTQmode:                               Machine Modes.      (line  142)
  * V in constraint:                       Simple Constraints. (line   43)
  * values, returned by functions:         Scalar Return.      (line    6)
  * varargs implementation:                Varargs.            (line    6)
  * variable:                              Declarations.       (line    6)
  * Variable Location Debug Information in RTL: Debug Information.
                                                               (line    6)
! * VAR_DECL:                              Declarations.       (line    6)
! * var_location:                          Debug Information.  (line   14)
! * vashlM3 instruction pattern:           Standard Names.     (line  609)
! * vashrM3 instruction pattern:           Standard Names.     (line  609)
! * VA_ARG_EXPR:                           Unary and Binary Expressions.
!                                                              (line    6)
! * vcondeqMN instruction pattern:         Standard Names.     (line  247)
! * vcondMN instruction pattern:           Standard Names.     (line  234)
! * vconduMN instruction pattern:          Standard Names.     (line  244)
! * vcond_mask_MN instruction pattern:     Standard Names.     (line  254)
! * vector:                                Containers.         (line    6)
! * vector operations:                     Vector Operations.  (line    6)
! * VECTOR_CST:                            Constant expressions.
!                                                              (line    6)
! * VECTOR_STORE_FLAG_VALUE:               Misc.               (line  310)
! * vec_cmpeqMN instruction pattern:       Standard Names.     (line  227)
! * vec_cmpMN instruction pattern:         Standard Names.     (line  217)
! * vec_cmpuMN instruction pattern:        Standard Names.     (line  224)
  * vec_concat:                            Vector Operations.  (line   28)
  * vec_duplicate:                         Vector Operations.  (line   33)
! * vec_extractM instruction pattern:      Standard Names.     (line  207)
! * vec_initM instruction pattern:         Standard Names.     (line  212)
! * vec_load_lanesMN instruction pattern:  Standard Names.     (line  165)
  * VEC_LSHIFT_EXPR:                       Vectors.            (line    6)
  * vec_merge:                             Vector Operations.  (line   11)
  * VEC_PACK_FIX_TRUNC_EXPR:               Vectors.            (line    6)
  * VEC_PACK_SAT_EXPR:                     Vectors.            (line    6)
! * vec_pack_sfix_trunc_M instruction pattern: Standard Names. (line  454)
! * vec_pack_ssat_M instruction pattern:   Standard Names.     (line  447)
  * VEC_PACK_TRUNC_EXPR:                   Vectors.            (line    6)
! * vec_pack_trunc_M instruction pattern:  Standard Names.     (line  440)
! * vec_pack_ufix_trunc_M instruction pattern: Standard Names. (line  454)
! * vec_pack_usat_M instruction pattern:   Standard Names.     (line  447)
! * vec_permM instruction pattern:         Standard Names.     (line  272)
! * vec_perm_constM instruction pattern:   Standard Names.     (line  288)
  * VEC_RSHIFT_EXPR:                       Vectors.            (line    6)
  * vec_select:                            Vector Operations.  (line   19)
! * vec_setM instruction pattern:          Standard Names.     (line  202)
! * vec_shr_M instruction pattern:         Standard Names.     (line  434)
! * vec_store_lanesMN instruction pattern: Standard Names.     (line  189)
! * vec_unpacks_float_hi_M instruction pattern: Standard Names.
!                                                              (line  475)
! * vec_unpacks_float_lo_M instruction pattern: Standard Names.
!                                                              (line  475)
! * vec_unpacks_hi_M instruction pattern:  Standard Names.     (line  461)
! * vec_unpacks_lo_M instruction pattern:  Standard Names.     (line  461)
! * vec_unpacku_float_hi_M instruction pattern: Standard Names.
!                                                              (line  475)
! * vec_unpacku_float_lo_M instruction pattern: Standard Names.
!                                                              (line  475)
! * vec_unpacku_hi_M instruction pattern:  Standard Names.     (line  468)
! * vec_unpacku_lo_M instruction pattern:  Standard Names.     (line  468)
  * VEC_UNPACK_FLOAT_HI_EXPR:              Vectors.            (line    6)
  * VEC_UNPACK_FLOAT_LO_EXPR:              Vectors.            (line    6)
  * VEC_UNPACK_HI_EXPR:                    Vectors.            (line    6)
  * VEC_UNPACK_LO_EXPR:                    Vectors.            (line    6)
  * VEC_WIDEN_MULT_HI_EXPR:                Vectors.            (line    6)
  * VEC_WIDEN_MULT_LO_EXPR:                Vectors.            (line    6)
  * vec_widen_smult_even_M instruction pattern: Standard Names.
!                                                              (line  484)
! * vec_widen_smult_hi_M instruction pattern: Standard Names.  (line  484)
! * vec_widen_smult_lo_M instruction pattern: Standard Names.  (line  484)
! * vec_widen_smult_odd_M instruction pattern: Standard Names. (line  484)
  * vec_widen_sshiftl_hi_M instruction pattern: Standard Names.
!                                                              (line  495)
  * vec_widen_sshiftl_lo_M instruction pattern: Standard Names.
!                                                              (line  495)
  * vec_widen_umult_even_M instruction pattern: Standard Names.
!                                                              (line  484)
! * vec_widen_umult_hi_M instruction pattern: Standard Names.  (line  484)
! * vec_widen_umult_lo_M instruction pattern: Standard Names.  (line  484)
! * vec_widen_umult_odd_M instruction pattern: Standard Names. (line  484)
  * vec_widen_ushiftl_hi_M instruction pattern: Standard Names.
!                                                              (line  495)
  * vec_widen_ushiftl_lo_M instruction pattern: Standard Names.
!                                                              (line  495)
  * verify_flow_info:                      Maintaining the CFG.
!                                                              (line  116)
  * virtual operands:                      SSA Operands.       (line    6)
  * VIRTUAL_INCOMING_ARGS_REGNUM:          Regs and Memory.    (line   59)
  * VIRTUAL_OUTGOING_ARGS_REGNUM:          Regs and Memory.    (line   87)
--- 51954,52123 ----
                                                               (line    6)
  * UNGT_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
  * UNION_TYPE <1>:                        Classes.            (line    6)
! * UNION_TYPE:                            Types.              (line    6)
! * unions, returning:                     Interface.          (line   10)
! * UNITS_PER_WORD:                        Storage Layout.     (line   61)
  * UNKNOWN_TYPE <1>:                      Types for C++.      (line    6)
+ * UNKNOWN_TYPE:                          Types.              (line    6)
  * UNLE_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
! * UNLIKELY_EXECUTED_TEXT_SECTION_NAME:   Sections.           (line   49)
  * UNLT_EXPR:                             Unary and Binary Expressions.
                                                               (line    6)
  * UNORDERED_EXPR:                        Unary and Binary Expressions.
                                                               (line    6)
  * unshare_all_rtl:                       Sharing.            (line   58)
! * unsigned division:                     Arithmetic.         (line  129)
! * unsigned division with unsigned saturation: Arithmetic.    (line  129)
  * unsigned greater than:                 Comparisons.        (line   64)
  * unsigned less than:                    Comparisons.        (line   68)
! * unsigned minimum and maximum:          Arithmetic.         (line  148)
  * unsigned_fix:                          Conversions.        (line   77)
  * unsigned_float:                        Conversions.        (line   62)
  * unsigned_fract_convert:                Conversions.        (line   97)
  * unsigned_sat_fract:                    Conversions.        (line  103)
  * unspec <1>:                            Constant Definitions.
                                                               (line  111)
! * unspec:                                Side Effects.       (line  300)
  * unspec_volatile <1>:                   Constant Definitions.
                                                               (line   99)
! * unspec_volatile:                       Side Effects.       (line  300)
! * untyped_call instruction pattern:      Standard Names.     (line 1403)
! * untyped_return instruction pattern:    Standard Names.     (line 1467)
  * UPDATE_PATH_HOST_CANONICALIZE (PATH):  Filesystem.         (line   59)
  * update_ssa:                            SSA.                (line   74)
  * update_stmt <1>:                       SSA Operands.       (line    6)
+ * update_stmt:                           Manipulating GIMPLE statements.
+                                                              (line  141)
  * update_stmt_if_modified:               Manipulating GIMPLE statements.
!                                                              (line  144)
  * UQQmode:                               Machine Modes.      (line  126)
! * us_ashift:                             Arithmetic.         (line  172)
! * us_minus:                              Arithmetic.         (line   36)
! * us_mult:                               Arithmetic.         (line   92)
! * us_neg:                                Arithmetic.         (line   81)
! * us_plus:                               Arithmetic.         (line   14)
! * us_truncate:                           Conversions.        (line   48)
! * usaddM3 instruction pattern:           Standard Names.     (line  319)
! * usadM instruction pattern:             Standard Names.     (line  423)
! * USAmode:                               Machine Modes.      (line  167)
! * usashlM3 instruction pattern:          Standard Names.     (line  599)
! * usdivM3 instruction pattern:           Standard Names.     (line  319)
  * use:                                   Side Effects.       (line  168)
+ * USE_C_ALLOCA:                          Host Misc.          (line   19)
+ * USE_LD_AS_NEEDED:                      Driver.             (line  136)
+ * USE_LOAD_POST_DECREMENT:               Costs.              (line  255)
+ * USE_LOAD_POST_INCREMENT:               Costs.              (line  250)
+ * USE_LOAD_PRE_DECREMENT:                Costs.              (line  265)
+ * USE_LOAD_PRE_INCREMENT:                Costs.              (line  260)
+ * USE_SELECT_SECTION_FOR_FUNCTIONS:      Sections.           (line  199)
+ * USE_STORE_POST_DECREMENT:              Costs.              (line  275)
+ * USE_STORE_POST_INCREMENT:              Costs.              (line  270)
+ * USE_STORE_PRE_DECREMENT:               Costs.              (line  285)
+ * USE_STORE_PRE_INCREMENT:               Costs.              (line  280)
  * used:                                  Flags.              (line  314)
  * used, in symbol_ref:                   Flags.              (line  197)
! * user:                                  GTY Options.        (line  236)
  * user gc:                               User GC.            (line    6)
! * USER_LABEL_PREFIX:                     Instruction Output. (line  154)
  * USING_STMT:                            Statements for C++. (line    6)
! * usmaddMN4 instruction pattern:         Standard Names.     (line  551)
! * usmsubMN4 instruction pattern:         Standard Names.     (line  575)
! * usmulhisi3 instruction pattern:        Standard Names.     (line  519)
! * usmulM3 instruction pattern:           Standard Names.     (line  319)
! * usmulqihi3 instruction pattern:        Standard Names.     (line  519)
! * usmulsidi3 instruction pattern:        Standard Names.     (line  519)
! * usnegM2 instruction pattern:           Standard Names.     (line  623)
! * USQmode:                               Machine Modes.      (line  135)
! * ussubM3 instruction pattern:           Standard Names.     (line  319)
! * usubvM4 instruction pattern:           Standard Names.     (line  343)
! * UTAmode:                               Machine Modes.      (line  175)
! * UTQmode:                               Machine Modes.      (line  143)
  * V in constraint:                       Simple Constraints. (line   43)
+ * VA_ARG_EXPR:                           Unary and Binary Expressions.
+                                                              (line    6)
  * values, returned by functions:         Scalar Return.      (line    6)
+ * VAR_DECL:                              Declarations.       (line    6)
+ * var_location:                          Debug Information.  (line   14)
  * varargs implementation:                Varargs.            (line    6)
  * variable:                              Declarations.       (line    6)
  * Variable Location Debug Information in RTL: Debug Information.
                                                               (line    6)
! * vashlM3 instruction pattern:           Standard Names.     (line  615)
! * vashrM3 instruction pattern:           Standard Names.     (line  615)
! * vcond_mask_MN instruction pattern:     Standard Names.     (line  256)
! * vcondeqMN instruction pattern:         Standard Names.     (line  249)
! * vcondMN instruction pattern:           Standard Names.     (line  235)
! * vconduMN instruction pattern:          Standard Names.     (line  246)
! * vec_cmpeqMN instruction pattern:       Standard Names.     (line  228)
! * vec_cmpMN instruction pattern:         Standard Names.     (line  218)
! * vec_cmpuMN instruction pattern:        Standard Names.     (line  225)
  * vec_concat:                            Vector Operations.  (line   28)
  * vec_duplicate:                         Vector Operations.  (line   33)
! * vec_extractM instruction pattern:      Standard Names.     (line  208)
! * vec_initM instruction pattern:         Standard Names.     (line  213)
! * vec_load_lanesMN instruction pattern:  Standard Names.     (line  166)
  * VEC_LSHIFT_EXPR:                       Vectors.            (line    6)
  * vec_merge:                             Vector Operations.  (line   11)
  * VEC_PACK_FIX_TRUNC_EXPR:               Vectors.            (line    6)
  * VEC_PACK_SAT_EXPR:                     Vectors.            (line    6)
! * vec_pack_sfix_trunc_M instruction pattern: Standard Names. (line  459)
! * vec_pack_ssat_M instruction pattern:   Standard Names.     (line  452)
  * VEC_PACK_TRUNC_EXPR:                   Vectors.            (line    6)
! * vec_pack_trunc_M instruction pattern:  Standard Names.     (line  445)
! * vec_pack_ufix_trunc_M instruction pattern: Standard Names. (line  459)
! * vec_pack_usat_M instruction pattern:   Standard Names.     (line  452)
! * vec_perm_constM instruction pattern:   Standard Names.     (line  292)
! * vec_permM instruction pattern:         Standard Names.     (line  274)
  * VEC_RSHIFT_EXPR:                       Vectors.            (line    6)
  * vec_select:                            Vector Operations.  (line   19)
! * vec_setM instruction pattern:          Standard Names.     (line  203)
! * vec_shr_M instruction pattern:         Standard Names.     (line  439)
! * vec_store_lanesMN instruction pattern: Standard Names.     (line  190)
  * VEC_UNPACK_FLOAT_HI_EXPR:              Vectors.            (line    6)
  * VEC_UNPACK_FLOAT_LO_EXPR:              Vectors.            (line    6)
  * VEC_UNPACK_HI_EXPR:                    Vectors.            (line    6)
  * VEC_UNPACK_LO_EXPR:                    Vectors.            (line    6)
+ * vec_unpacks_float_hi_M instruction pattern: Standard Names.
+                                                              (line  481)
+ * vec_unpacks_float_lo_M instruction pattern: Standard Names.
+                                                              (line  481)
+ * vec_unpacks_hi_M instruction pattern:  Standard Names.     (line  466)
+ * vec_unpacks_lo_M instruction pattern:  Standard Names.     (line  466)
+ * vec_unpacku_float_hi_M instruction pattern: Standard Names.
+                                                              (line  481)
+ * vec_unpacku_float_lo_M instruction pattern: Standard Names.
+                                                              (line  481)
+ * vec_unpacku_hi_M instruction pattern:  Standard Names.     (line  474)
+ * vec_unpacku_lo_M instruction pattern:  Standard Names.     (line  474)
  * VEC_WIDEN_MULT_HI_EXPR:                Vectors.            (line    6)
  * VEC_WIDEN_MULT_LO_EXPR:                Vectors.            (line    6)
  * vec_widen_smult_even_M instruction pattern: Standard Names.
!                                                              (line  490)
! * vec_widen_smult_hi_M instruction pattern: Standard Names.  (line  490)
! * vec_widen_smult_lo_M instruction pattern: Standard Names.  (line  490)
! * vec_widen_smult_odd_M instruction pattern: Standard Names. (line  490)
  * vec_widen_sshiftl_hi_M instruction pattern: Standard Names.
!                                                              (line  501)
  * vec_widen_sshiftl_lo_M instruction pattern: Standard Names.
!                                                              (line  501)
  * vec_widen_umult_even_M instruction pattern: Standard Names.
!                                                              (line  490)
! * vec_widen_umult_hi_M instruction pattern: Standard Names.  (line  490)
! * vec_widen_umult_lo_M instruction pattern: Standard Names.  (line  490)
! * vec_widen_umult_odd_M instruction pattern: Standard Names. (line  490)
  * vec_widen_ushiftl_hi_M instruction pattern: Standard Names.
!                                                              (line  501)
  * vec_widen_ushiftl_lo_M instruction pattern: Standard Names.
!                                                              (line  501)
! * vector:                                Containers.         (line    6)
! * vector operations:                     Vector Operations.  (line    6)
! * VECTOR_CST:                            Constant expressions.
!                                                              (line    6)
! * VECTOR_STORE_FLAG_VALUE:               Misc.               (line  311)
  * verify_flow_info:                      Maintaining the CFG.
!                                                              (line  117)
  * virtual operands:                      SSA Operands.       (line    6)
  * VIRTUAL_INCOMING_ARGS_REGNUM:          Regs and Memory.    (line   59)
  * VIRTUAL_OUTGOING_ARGS_REGNUM:          Regs and Memory.    (line   87)
*************** Concept Index
*** 51724,51738 ****
  * VIRTUAL_STACK_VARS_REGNUM:             Regs and Memory.    (line   69)
  * VLIW:                                  Processor pipeline description.
                                                               (line    6)
! * VLIW <1>:                              Processor pipeline description.
!                                                              (line  223)
! * vlshrM3 instruction pattern:           Standard Names.     (line  609)
  * VMS:                                   Filesystem.         (line   37)
! * VMS_DEBUGGING_INFO:                    VMS Debug.          (line    8)
! * void:                                  Misc.               (line  703)
! * void <1>:                              Misc.               (line  708)
! * VOIDmode:                              Machine Modes.      (line  192)
  * VOID_TYPE:                             Types.              (line    6)
  * volatil:                               Flags.              (line  328)
  * volatil, in insn, call_insn, jump_insn, code_label, jump_table_data, barrier, and note: Flags.
                                                               (line   44)
--- 52125,52136 ----
  * VIRTUAL_STACK_VARS_REGNUM:             Regs and Memory.    (line   69)
  * VLIW:                                  Processor pipeline description.
                                                               (line    6)
! * vlshrM3 instruction pattern:           Standard Names.     (line  615)
  * VMS:                                   Filesystem.         (line   37)
! * VMS_DEBUGGING_INFO:                    VMS Debug.          (line    9)
! * void:                                  Misc.               (line  705)
  * VOID_TYPE:                             Types.              (line    6)
+ * VOIDmode:                              Machine Modes.      (line  193)
  * volatil:                               Flags.              (line  328)
  * volatil, in insn, call_insn, jump_insn, code_label, jump_table_data, barrier, and note: Flags.
                                                               (line   44)
*************** Concept Index
*** 51740,52198 ****
  * volatil, in mem, asm_operands, and asm_input: Flags.       (line   76)
  * volatil, in reg:                       Flags.              (line   98)
  * volatil, in subreg:                    Flags.              (line  170)
- * volatil, in subreg <1>:                Flags.              (line  180)
  * volatil, in symbol_ref:                Flags.              (line  206)
  * volatile memory references:            Flags.              (line  329)
  * volatile, in prefetch:                 Flags.              (line  214)
  * voting between constraint alternatives: Class Preferences. (line    6)
! * vrotlM3 instruction pattern:           Standard Names.     (line  609)
! * vrotrM3 instruction pattern:           Standard Names.     (line  609)
! * walk_dominator_tree:                   SSA.                (line  195)
  * walk_gimple_op:                        Statement and operand traversals.
!                                                              (line   30)
  * walk_gimple_seq:                       Statement and operand traversals.
!                                                              (line   47)
  * walk_gimple_stmt:                      Statement and operand traversals.
!                                                              (line   10)
! * WCHAR_TYPE:                            Type Layout.        (line  165)
! * WCHAR_TYPE_SIZE:                       Type Layout.        (line  173)
! * which_alternative:                     Output Statement.   (line   58)
  * WHILE_BODY:                            Statements for C++. (line    6)
  * WHILE_COND:                            Statements for C++. (line    6)
  * WHILE_STMT:                            Statements for C++. (line    6)
  * whopr:                                 LTO.                (line    6)
! * widen_ssumM3 instruction pattern:      Standard Names.     (line  427)
! * widen_usumM3 instruction pattern:      Standard Names.     (line  428)
! * WIDEST_HARDWARE_FP_SIZE:               Type Layout.        (line  110)
! * window_save instruction pattern:       Standard Names.     (line 1752)
! * WINT_TYPE:                             Type Layout.        (line  178)
! * WORDS_BIG_ENDIAN:                      Storage Layout.     (line   28)
! * WORDS_BIG_ENDIAN, effect on subreg:    Regs and Memory.    (line  215)
! * word_mode:                             Machine Modes.      (line  367)
! * WORD_REGISTER_OPERATIONS:              Misc.               (line   53)
  * wpa:                                   LTO.                (line    6)
! * X in constraint:                       Simple Constraints. (line  122)
  * x-HOST:                                Host Fragment.      (line    6)
! * XCmode:                                Machine Modes.      (line  199)
! * XCOFF_DEBUGGING_INFO:                  DBX Options.        (line   12)
  * XEXP:                                  Accessors.          (line    6)
  * XFmode:                                Machine Modes.      (line   82)
  * XImode:                                Machine Modes.      (line   54)
  * XINT:                                  Accessors.          (line    6)
- * xm-MACHINE.h:                          Filesystem.         (line    6)
  * xm-MACHINE.h <1>:                      Host Misc.          (line    6)
! * xor:                                   Arithmetic.         (line  168)
  * xor, canonicalization of:              Insn Canonicalizations.
!                                                              (line   78)
! * xorM3 instruction pattern:             Standard Names.     (line  315)
  * XSTR:                                  Accessors.          (line    6)
  * XVEC:                                  Accessors.          (line   41)
  * XVECEXP:                               Accessors.          (line   48)
  * XVECLEN:                               Accessors.          (line   44)
  * XWINT:                                 Accessors.          (line    6)
  * zero_extend:                           Conversions.        (line   28)
! * zero_extendMN2 instruction pattern:    Standard Names.     (line 1151)
  * zero_extract:                          Bit-Fields.         (line   30)
  * zero_extract, canonicalization of:     Insn Canonicalizations.
!                                                              (line   87)
  
  
  
  Tag Table:
! Node: Top1789
! Node: Contributing4959
! Node: Portability5688
! Node: Interface7476
! Node: Libgcc10517
! Node: Integer library routines12344
! Node: Soft float library routines19312
! Node: Decimal float library routines31250
! Node: Fixed-point fractional library routines47008
! Node: Exception handling routines147404
! Node: Miscellaneous routines148511
! Node: Languages150631
! Node: Source Tree152178
! Node: Configure Terms152760
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! Node: gcc Directory159146
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! Node: Configuration162266
! Node: Config Fragments162986
! Node: System Config164211
! Node: Configuration Files165147
! Node: Build167964
! Node: Makefile168376
! Ref: Makefile-Footnote-1175151
! Ref: Makefile-Footnote-2175298
! Node: Library Files175372
! Node: Headers175934
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! Node: Miscellaneous Docs183118
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! Node: Front End Makefile192331
! Node: Back End196099
! Node: Testsuites199880
! Node: Test Idioms200869
! Node: Test Directives204267
! Node: Directives204794
! Node: Selectors215087
! Node: Effective-Target Keywords216443
! Ref: arm_fp_ok224261
! Ref: arm_neon_ok225190
! Ref: arm_neonv2_ok225348
! Ref: arm_fp16_ok225515
! Ref: arm_neon_fp16_ok225857
! Ref: arm_vfp3_ok226733
! Ref: arm_v8_1a_neon_ok227159
! Ref: arm_v8_2a_fp16_scalar_ok227585
! Ref: arm_v8_2a_fp16_neon_ok228032
! Ref: arm_coproc1_ok229092
! Ref: arm_coproc2_ok229218
! Ref: arm_coproc3_ok229446
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! Ref: arm_fp16_ieee242327
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! Node: GIMPLE_BIND518739
! Node: GIMPLE_CALL520553
! Node: GIMPLE_CATCH524581
! Node: GIMPLE_COND525731
! Node: GIMPLE_DEBUG528526
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! Node: GIMPLE_LABEL533462
! Node: GIMPLE_GOTO534075
! Node: GIMPLE_NOP534598
! Node: GIMPLE_OMP_ATOMIC_LOAD534960
! Node: GIMPLE_OMP_ATOMIC_STORE535956
! Node: GIMPLE_OMP_CONTINUE536655
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! Node: GIMPLE_OMP_FOR539128
! Node: GIMPLE_OMP_MASTER542544
! Node: GIMPLE_OMP_ORDERED542922
! Node: GIMPLE_OMP_PARALLEL543316
! Node: GIMPLE_OMP_RETURN546085
! Node: GIMPLE_OMP_SECTION546730
! Node: GIMPLE_OMP_SECTIONS547390
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! Node: GIMPLE sequences557044
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! Node: Adding a new GIMPLE statement code568707
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! Node: Tree SSA572644
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! Node: SSA Operands574837
! Node: SSA588912
! Node: Alias analysis598618
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! Node: RTL603751
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! Node: Regs and Memory659539
! Node: Arithmetic677435
! Node: Comparisons687481
! Node: Bit-Fields691773
! Node: Vector Operations693325
! Node: Conversions695206
! Node: RTL Declarations699704
! Node: Side Effects700525
! Node: Incdec717536
! Node: Assembler720872
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! Node: Calls750007
! Node: Sharing752600
! Node: Reading RTL755711
! Node: Control Flow756702
! Node: Basic Blocks758471
! Node: Edges763925
! Node: Profile information772544
! Node: Maintaining the CFG777228
! Node: Liveness information782996
! Node: Loop Analysis and Representation785122
! Node: Loop representation786158
! Node: Loop querying793721
! Node: Loop manipulation796542
! Node: LCSSA798878
! Node: Scalar evolutions800947
! Node: loop-iv804191
! Node: Number of iterations806113
! Node: Dependency analysis810194
! Node: Machine Desc816545
! Node: Overview819108
! Node: Patterns821148
! Node: Example824656
! Node: RTL Template826117
! Node: Output Template836773
! Node: Output Statement840736
! Node: Predicates845075
! Node: Machine-Independent Predicates847993
! Node: Defining Predicates852937
! Node: Constraints858900
! Node: Simple Constraints860369
! Node: Multi-Alternative873209
! Node: Class Preferences876418
! Node: Modifiers877310
! Node: Machine Constraints882043
! Node: Disable Insn Alternatives942010
! Node: Define Constraints945502
! Node: C Constraint Interface952897
! Node: Standard Names956046
! Ref: shift patterns982092
! Ref: prologue instruction pattern1032953
! Ref: window_save instruction pattern1033446
! Ref: epilogue instruction pattern1033723
! Node: Pattern Ordering1052606
! Node: Dependent Patterns1053842
! Node: Jump Patterns1055462
! Ref: Jump Patterns-Footnote-11057609
! Node: Looping Patterns1057657
! Node: Insn Canonicalizations1062386
! Node: Expander Definitions1066971
! Node: Insn Splitting1075185
! Node: Including Patterns1084788
! Node: Peephole Definitions1086572
! Node: define_peephole1087825
! Node: define_peephole21094155
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! Node: Defining Attributes1098403
! Ref: define_enum_attr1101896
! Node: Expressions1102932
! Node: Tagging Insns1109682
! Node: Attr Example1114035
! Node: Insn Lengths1116408
! Node: Constant Attributes1119816
! Node: Mnemonic Attribute1120992
! Node: Delay Slots1122511
! Node: Processor pipeline description1125734
! Ref: Processor pipeline description-Footnote-11144551
! Node: Conditional Execution1144875
! Node: Define Subst1148358
! Node: Define Subst Example1150394
! Node: Define Subst Pattern Matching1153388
! Node: Define Subst Output Template1154614
! Node: Constant Definitions1156684
! Ref: define_enum1160466
! Node: Iterators1160954
! Node: Mode Iterators1161532
! Node: Defining Mode Iterators1162510
! Node: Substitutions1164004
! Node: Examples1166246
! Node: Code Iterators1167694
! Node: Int Iterators1169973
! Node: Subst Iterators1172419
! Node: Target Macros1174111
! Node: Target Structure1177123
! Node: Driver1179239
! Node: Run-time Target1198209
! Node: Per-Function Data1207920
! Node: Storage Layout1210684
! Node: Type Layout1237640
! Node: Registers1250981
! Node: Register Basics1251955
! Node: Allocation Order1257393
! Node: Values in Registers1259877
! Node: Leaf Functions1267355
! Node: Stack Registers1270214
! Node: Register Classes1271486
! Node: Stack and Calling1305037
! Node: Frame Layout1305643
! Node: Exception Handling1316490
! Node: Stack Checking1322700
! Node: Frame Registers1327541
! Node: Elimination1335806
! Node: Stack Arguments1339193
! Node: Register Arguments1346375
! Node: Scalar Return1368668
! Node: Aggregate Return1375124
! Node: Caller Saves1379313
! Node: Function Entry1380055
! Node: Profiling1391147
! Node: Tail Calls1393257
! Node: Shrink-wrapping separate components1395168
! Node: Stack Smashing Protection1398209
! Node: Miscellaneous Register Hooks1400132
! Node: Varargs1400998
! Node: Trampolines1411107
! Node: Library Calls1418271
! Node: Addressing Modes1422955
! Node: Anchored Addresses1446458
! Node: Condition Code1449101
! Node: CC0 Condition Codes1451428
! Node: MODE_CC Condition Codes1454674
! Node: Costs1461470
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! Node: PIC1521951
! Node: Assembler Format1524010
! Node: File Framework1525148
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! Node: Data Output1536042
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  End Tag Table
--- 52138,52595 ----
  * volatil, in mem, asm_operands, and asm_input: Flags.       (line   76)
  * volatil, in reg:                       Flags.              (line   98)
  * volatil, in subreg:                    Flags.              (line  170)
  * volatil, in symbol_ref:                Flags.              (line  206)
  * volatile memory references:            Flags.              (line  329)
  * volatile, in prefetch:                 Flags.              (line  214)
  * voting between constraint alternatives: Class Preferences. (line    6)
! * vrotlM3 instruction pattern:           Standard Names.     (line  615)
! * vrotrM3 instruction pattern:           Standard Names.     (line  615)
! * walk_dominator_tree:                   SSA.                (line  196)
  * walk_gimple_op:                        Statement and operand traversals.
!                                                              (line   32)
  * walk_gimple_seq:                       Statement and operand traversals.
!                                                              (line   50)
  * walk_gimple_stmt:                      Statement and operand traversals.
!                                                              (line   13)
! * WCHAR_TYPE:                            Type Layout.        (line  166)
! * WCHAR_TYPE_SIZE:                       Type Layout.        (line  174)
! * which_alternative:                     Output Statement.   (line   59)
  * WHILE_BODY:                            Statements for C++. (line    6)
  * WHILE_COND:                            Statements for C++. (line    6)
  * WHILE_STMT:                            Statements for C++. (line    6)
  * whopr:                                 LTO.                (line    6)
! * widen_ssumM3 instruction pattern:      Standard Names.     (line  432)
! * widen_usumM3 instruction pattern:      Standard Names.     (line  433)
! * WIDEST_HARDWARE_FP_SIZE:               Type Layout.        (line  111)
! * window_save instruction pattern:       Standard Names.     (line 1763)
! * WINT_TYPE:                             Type Layout.        (line  179)
! * word_mode:                             Machine Modes.      (line  368)
! * WORD_REGISTER_OPERATIONS:              Misc.               (line   54)
! * WORDS_BIG_ENDIAN:                      Storage Layout.     (line   29)
! * WORDS_BIG_ENDIAN, effect on subreg:    Regs and Memory.    (line  217)
  * wpa:                                   LTO.                (line    6)
! * X in constraint:                       Simple Constraints. (line  124)
  * x-HOST:                                Host Fragment.      (line    6)
! * XCmode:                                Machine Modes.      (line  200)
! * XCOFF_DEBUGGING_INFO:                  DBX Options.        (line   13)
  * XEXP:                                  Accessors.          (line    6)
  * XFmode:                                Machine Modes.      (line   82)
  * XImode:                                Machine Modes.      (line   54)
  * XINT:                                  Accessors.          (line    6)
  * xm-MACHINE.h <1>:                      Host Misc.          (line    6)
! * xm-MACHINE.h:                          Filesystem.         (line    6)
! * xor:                                   Arithmetic.         (line  167)
  * xor, canonicalization of:              Insn Canonicalizations.
!                                                              (line   79)
! * xorM3 instruction pattern:             Standard Names.     (line  319)
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! * zero_extendMN2 instruction pattern:    Standard Names.     (line 1157)
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  * zero_extract, canonicalization of:     Insn Canonicalizations.
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diff -Nrcpad gcc-7.1.0/gcc/doc/gcov-dump.1 gcc-7.2.0/gcc/doc/gcov-dump.1
*** gcc-7.1.0/gcc/doc/gcov-dump.1	Tue May  2 12:55:13 2017
--- gcc-7.2.0/gcc/doc/gcov-dump.1	Mon Aug 14 08:05:17 2017
***************
*** 1,4 ****
! .\" Automatically generated by Pod::Man 4.09 (Pod::Simple 3.35)
  .\"
  .\" Standard preamble:
  .\" ========================================================================
--- 1,4 ----
! .\" Automatically generated by Pod::Man 2.27 (Pod::Simple 3.28)
  .\"
  .\" Standard preamble:
  .\" ========================================================================
***************
*** 46,52 ****
  .ie \n(.g .ds Aq \(aq
  .el       .ds Aq '
  .\"
! .\" If the F register is >0, we'll generate index entries on stderr for
  .\" titles (.TH), headers (.SH), subsections (.SS), items (.Ip), and index
  .\" entries marked with X<> in POD.  Of course, you'll have to process the
  .\" output yourself in some meaningful fashion.
--- 46,52 ----
  .ie \n(.g .ds Aq \(aq
  .el       .ds Aq '
  .\"
! .\" If the F register is turned on, we'll generate index entries on stderr for
  .\" titles (.TH), headers (.SH), subsections (.SS), items (.Ip), and index
  .\" entries marked with X<> in POD.  Of course, you'll have to process the
  .\" output yourself in some meaningful fashion.
***************
*** 54,69 ****
  .\" Avoid warning from groff about undefined register 'F'.
  .de IX
  ..
! .if !\nF .nr F 0
! .if \nF>0 \{\
! .    de IX
! .    tm Index:\\$1\t\\n%\t"\\$2"
  ..
! .    if !\nF==2 \{\
! .        nr % 0
! .        nr F 2
  .    \}
  .\}
  .\"
  .\" Accent mark definitions (@(#)ms.acc 1.5 88/02/08 SMI; from UCB 4.2).
  .\" Fear.  Run.  Save yourself.  No user-serviceable parts.
--- 54,73 ----
  .\" Avoid warning from groff about undefined register 'F'.
  .de IX
  ..
! .nr rF 0
! .if \n(.g .if rF .nr rF 1
! .if (\n(rF:(\n(.g==0)) \{
! .    if \nF \{
! .        de IX
! .        tm Index:\\$1\t\\n%\t"\\$2"
  ..
! .        if !\nF==2 \{
! .            nr % 0
! .            nr F 2
! .        \}
  .    \}
  .\}
+ .rr rF
  .\"
  .\" Accent mark definitions (@(#)ms.acc 1.5 88/02/08 SMI; from UCB 4.2).
  .\" Fear.  Run.  Save yourself.  No user-serviceable parts.
***************
*** 129,135 ****
  .\" ========================================================================
  .\"
  .IX Title "GCOV-DUMP 1"
! .TH GCOV-DUMP 1 "2017-05-02" "gcc-7.1.0" "GNU"
  .\" For nroff, turn off justification.  Always turn off hyphenation; it makes
  .\" way too many mistakes in technical documents.
  .if n .ad l
--- 133,139 ----
  .\" ========================================================================
  .\"
  .IX Title "GCOV-DUMP 1"
! .TH GCOV-DUMP 1 "2017-08-14" "gcc-7.2.0" "GNU"
  .\" For nroff, turn off justification.  Always turn off hyphenation; it makes
  .\" way too many mistakes in technical documents.
  .if n .ad l
*************** dump content of gcda and gcno profile fi
*** 157,170 ****
  .PD
  Display help about using \fBgcov-dump\fR (on the standard output), and
  exit without doing any further processing.
- .IP "\fB\-v\fR" 4
- .IX Item "-v"
- .PD 0
- .IP "\fB\-\-version\fR" 4
- .IX Item "--version"
- .PD
- Display the \fBgcov-dump\fR version number (on the standard output),
- and exit without doing any further processing.
  .IP "\fB\-l\fR" 4
  .IX Item "-l"
  .PD 0
--- 161,166 ----
*************** Dump content of records.
*** 179,184 ****
--- 175,188 ----
  .IX Item "--positions"
  .PD
  Dump positions of records.
+ .IP "\fB\-v\fR" 4
+ .IX Item "-v"
+ .PD 0
+ .IP "\fB\-\-version\fR" 4
+ .IX Item "--version"
+ .PD
+ Display the \fBgcov-dump\fR version number (on the standard output),
+ and exit without doing any further processing.
  .IP "\fB\-w\fR" 4
  .IX Item "-w"
  .PD 0
diff -Nrcpad gcc-7.1.0/gcc/doc/gcov-dump.texi gcc-7.2.0/gcc/doc/gcov-dump.texi
*** gcc-7.1.0/gcc/doc/gcov-dump.texi	Tue Mar 21 14:41:11 2017
--- gcc-7.2.0/gcc/doc/gcov-dump.texi	Thu Jun 22 11:37:38 2017
*************** gcov-dump [@option{-v}|@option{--version
*** 72,82 ****
  Display help about using @command{gcov-dump} (on the standard output), and
  exit without doing any further processing.
  
- @item -v
- @itemx --version
- Display the @command{gcov-dump} version number (on the standard output),
- and exit without doing any further processing.
- 
  @item -l
  @itemx --long
  Dump content of records.
--- 72,77 ----
*************** Dump content of records.
*** 85,90 ****
--- 80,90 ----
  @itemx --positions
  Dump positions of records.
  
+ @item -v
+ @itemx --version
+ Display the @command{gcov-dump} version number (on the standard output),
+ and exit without doing any further processing.
+ 
  @item -w
  @itemx --working-sets
  Dump working set computed from summary.
diff -Nrcpad gcc-7.1.0/gcc/doc/gcov-tool.1 gcc-7.2.0/gcc/doc/gcov-tool.1
*** gcc-7.1.0/gcc/doc/gcov-tool.1	Tue May  2 12:55:13 2017
--- gcc-7.2.0/gcc/doc/gcov-tool.1	Mon Aug 14 08:05:17 2017
***************
*** 1,4 ****
! .\" Automatically generated by Pod::Man 4.09 (Pod::Simple 3.35)
  .\"
  .\" Standard preamble:
  .\" ========================================================================
--- 1,4 ----
! .\" Automatically generated by Pod::Man 2.27 (Pod::Simple 3.28)
  .\"
  .\" Standard preamble:
  .\" ========================================================================
***************
*** 46,52 ****
  .ie \n(.g .ds Aq \(aq
  .el       .ds Aq '
  .\"
! .\" If the F register is >0, we'll generate index entries on stderr for
  .\" titles (.TH), headers (.SH), subsections (.SS), items (.Ip), and index
  .\" entries marked with X<> in POD.  Of course, you'll have to process the
  .\" output yourself in some meaningful fashion.
--- 46,52 ----
  .ie \n(.g .ds Aq \(aq
  .el       .ds Aq '
  .\"
! .\" If the F register is turned on, we'll generate index entries on stderr for
  .\" titles (.TH), headers (.SH), subsections (.SS), items (.Ip), and index
  .\" entries marked with X<> in POD.  Of course, you'll have to process the
  .\" output yourself in some meaningful fashion.
***************
*** 54,69 ****
  .\" Avoid warning from groff about undefined register 'F'.
  .de IX
  ..
! .if !\nF .nr F 0
! .if \nF>0 \{\
! .    de IX
! .    tm Index:\\$1\t\\n%\t"\\$2"
  ..
! .    if !\nF==2 \{\
! .        nr % 0
! .        nr F 2
  .    \}
  .\}
  .\"
  .\" Accent mark definitions (@(#)ms.acc 1.5 88/02/08 SMI; from UCB 4.2).
  .\" Fear.  Run.  Save yourself.  No user-serviceable parts.
--- 54,73 ----
  .\" Avoid warning from groff about undefined register 'F'.
  .de IX
  ..
! .nr rF 0
! .if \n(.g .if rF .nr rF 1
! .if (\n(rF:(\n(.g==0)) \{
! .    if \nF \{
! .        de IX
! .        tm Index:\\$1\t\\n%\t"\\$2"
  ..
! .        if !\nF==2 \{
! .            nr % 0
! .            nr F 2
! .        \}
  .    \}
  .\}
+ .rr rF
  .\"
  .\" Accent mark definitions (@(#)ms.acc 1.5 88/02/08 SMI; from UCB 4.2).
  .\" Fear.  Run.  Save yourself.  No user-serviceable parts.
***************
*** 129,135 ****
  .\" ========================================================================
  .\"
  .IX Title "GCOV-TOOL 1"
! .TH GCOV-TOOL 1 "2017-05-02" "gcc-7.1.0" "GNU"
  .\" For nroff, turn off justification.  Always turn off hyphenation; it makes
  .\" way too many mistakes in technical documents.
  .if n .ad l
--- 133,139 ----
  .\" ========================================================================
  .\"
  .IX Title "GCOV-TOOL 1"
! .TH GCOV-TOOL 1 "2017-08-14" "gcc-7.2.0" "GNU"
  .\" For nroff, turn off justification.  Always turn off hyphenation; it makes
  .\" way too many mistakes in technical documents.
  .if n .ad l
*************** gcov\-tool \- offline gcda profile proce
*** 141,163 ****
  gcov-tool [\fB\-v\fR|\fB\-\-version\fR] [\fB\-h\fR|\fB\-\-help\fR]
  .PP
  gcov-tool merge [merge\-options] \fIdirectory1\fR \fIdirectory2\fR
       [\fB\-v\fR|\fB\-\-verbose\fR]
-      [\fB\-o\fR| \fB\-\-output\fR \fIdirectory\fR]
       [\fB\-w\fR|\fB\-\-weight\fR \fIw1,w2\fR]
  .PP
  gcov-tool rewrite [rewrite\-options] \fIdirectory\fR
!      [\fB\-v\fR|\fB\-\-verbose\fR]
       [\fB\-o\fR|\fB\-\-output\fR \fIdirectory\fR]
       [\fB\-s\fR|\fB\-\-scale\fR \fIfloat_or_simple\-frac_value\fR]
!      [\fB\-n\fR|\fB\-\-normalize\fR \fIlong_long_value\fR]
  .PP
  gcov-tool overlap [overlap\-options] \fIdirectory1\fR \fIdirectory2\fR
-      [\fB\-v\fR|\fB\-\-verbose\fR]
-      [\fB\-h\fR|\fB\-\-hotonly\fR]
       [\fB\-f\fR|\fB\-\-function\fR]
       [\fB\-F\fR|\fB\-\-fullname\fR]
       [\fB\-o\fR|\fB\-\-object\fR]
       [\fB\-t\fR|\fB\-\-hot_threshold\fR] \fIfloat\fR
  .SH "DESCRIPTION"
  .IX Header "DESCRIPTION"
  \&\fBgcov-tool\fR is an offline tool to process gcc's gcda profile files.
--- 145,167 ----
  gcov-tool [\fB\-v\fR|\fB\-\-version\fR] [\fB\-h\fR|\fB\-\-help\fR]
  .PP
  gcov-tool merge [merge\-options] \fIdirectory1\fR \fIdirectory2\fR
+      [\fB\-o\fR|\fB\-\-output\fR \fIdirectory\fR]
       [\fB\-v\fR|\fB\-\-verbose\fR]
       [\fB\-w\fR|\fB\-\-weight\fR \fIw1,w2\fR]
  .PP
  gcov-tool rewrite [rewrite\-options] \fIdirectory\fR
!      [\fB\-n\fR|\fB\-\-normalize\fR \fIlong_long_value\fR]
       [\fB\-o\fR|\fB\-\-output\fR \fIdirectory\fR]
       [\fB\-s\fR|\fB\-\-scale\fR \fIfloat_or_simple\-frac_value\fR]
!      [\fB\-v\fR|\fB\-\-verbose\fR]
  .PP
  gcov-tool overlap [overlap\-options] \fIdirectory1\fR \fIdirectory2\fR
       [\fB\-f\fR|\fB\-\-function\fR]
       [\fB\-F\fR|\fB\-\-fullname\fR]
+      [\fB\-h\fR|\fB\-\-hotonly\fR]
       [\fB\-o\fR|\fB\-\-object\fR]
       [\fB\-t\fR|\fB\-\-hot_threshold\fR] \fIfloat\fR
+      [\fB\-v\fR|\fB\-\-verbose\fR]
  .SH "DESCRIPTION"
  .IX Header "DESCRIPTION"
  \&\fBgcov-tool\fR is an offline tool to process gcc's gcda profile files.
*************** and exit without doing any further proce
*** 221,233 ****
  .IX Item "merge"
  Merge two profile directories.
  .RS 4
- .IP "\fB\-v\fR" 4
- .IX Item "-v"
- .PD 0
- .IP "\fB\-\-verbose\fR" 4
- .IX Item "--verbose"
- .PD
- Set the verbose mode.
  .IP "\fB\-o\fR \fIdirectory\fR" 4
  .IX Item "-o directory"
  .PD 0
--- 225,230 ----
*************** Set the verbose mode.
*** 236,241 ****
--- 233,245 ----
  .PD
  Set the output profile directory. Default output directory name is
  \&\fImerged_profile\fR.
+ .IP "\fB\-v\fR" 4
+ .IX Item "-v"
+ .PD 0
+ .IP "\fB\-\-verbose\fR" 4
+ .IX Item "--verbose"
+ .PD
+ Set the verbose mode.
  .IP "\fB\-w\fR \fIw1\fR\fB,\fR\fIw2\fR" 4
  .IX Item "-w w1,w2"
  .PD 0
*************** respectively. The default weights are 1
*** 251,263 ****
  .IX Item "rewrite"
  Read the specified profile directory and rewrite to a new directory.
  .RS 4
! .IP "\fB\-v\fR" 4
! .IX Item "-v"
  .PD 0
! .IP "\fB\-\-verbose\fR" 4
! .IX Item "--verbose"
  .PD
! Set the verbose mode.
  .IP "\fB\-o\fR \fIdirectory\fR" 4
  .IX Item "-o directory"
  .PD 0
--- 255,268 ----
  .IX Item "rewrite"
  Read the specified profile directory and rewrite to a new directory.
  .RS 4
! .IP "\fB\-n\fR \fIlong_long_value\fR" 4
! .IX Item "-n long_long_value"
  .PD 0
! .IP "\fB\-\-normalize <long_long_value>\fR" 4
! .IX Item "--normalize <long_long_value>"
  .PD
! Normalize the profile. The specified value is the max counter value
! in the new profile.
  .IP "\fB\-o\fR \fIdirectory\fR" 4
  .IX Item "-o directory"
  .PD 0
*************** Set the output profile directory. Defaul
*** 273,286 ****
  .PD
  Scale the profile counters. The specified value can be in floating point value,
  or simple fraction value form, such 1, 2, 2/3, and 5/3.
! .IP "\fB\-n\fR \fIlong_long_value\fR" 4
! .IX Item "-n long_long_value"
  .PD 0
! .IP "\fB\-\-normalize <long_long_value>\fR" 4
! .IX Item "--normalize <long_long_value>"
  .PD
! Normalize the profile. The specified value is the max counter value
! in the new profile.
  .RE
  .RS 4
  .RE
--- 278,290 ----
  .PD
  Scale the profile counters. The specified value can be in floating point value,
  or simple fraction value form, such 1, 2, 2/3, and 5/3.
! .IP "\fB\-v\fR" 4
! .IX Item "-v"
  .PD 0
! .IP "\fB\-\-verbose\fR" 4
! .IX Item "--verbose"
  .PD
! Set the verbose mode.
  .RE
  .RS 4
  .RE
*************** for all arc counter i, where p1_counter[
*** 293,312 ****
  matched counters and p1_sum_all and p2_sum_all are the sum of counter
  values in profile 1 and profile 2, respectively.
  .RS 4
- .IP "\fB\-v\fR" 4
- .IX Item "-v"
- .PD 0
- .IP "\fB\-\-verbose\fR" 4
- .IX Item "--verbose"
- .PD
- Set the verbose mode.
- .IP "\fB\-h\fR" 4
- .IX Item "-h"
- .PD 0
- .IP "\fB\-\-hotonly\fR" 4
- .IX Item "--hotonly"
- .PD
- Only print info for hot objects/functions.
  .IP "\fB\-f\fR" 4
  .IX Item "-f"
  .PD 0
--- 297,302 ----
*************** Print function level overlap score.
*** 321,326 ****
--- 311,323 ----
  .IX Item "--fullname"
  .PD
  Print full gcda filename.
+ .IP "\fB\-h\fR" 4
+ .IX Item "-h"
+ .PD 0
+ .IP "\fB\-\-hotonly\fR" 4
+ .IX Item "--hotonly"
+ .PD
+ Only print info for hot objects/functions.
  .IP "\fB\-o\fR" 4
  .IX Item "-o"
  .PD 0
*************** Print object level overlap score.
*** 335,340 ****
--- 332,344 ----
  .IX Item "--hot_threshold <float>"
  .PD
  Set the threshold for hot counter value.
+ .IP "\fB\-v\fR" 4
+ .IX Item "-v"
+ .PD 0
+ .IP "\fB\-\-verbose\fR" 4
+ .IX Item "--verbose"
+ .PD
+ Set the verbose mode.
  .RE
  .RS 4
  .RE
diff -Nrcpad gcc-7.1.0/gcc/doc/gcov-tool.texi gcc-7.2.0/gcc/doc/gcov-tool.texi
*** gcc-7.1.0/gcc/doc/gcov-tool.texi	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/doc/gcov-tool.texi	Thu Jun 22 11:37:38 2017
*************** gcov-tool @r{[}@var{global-options}@r{]}
*** 113,135 ****
  gcov-tool [@option{-v}|@option{--version}] [@option{-h}|@option{--help}]
  
  gcov-tool merge [merge-options] @var{directory1} @var{directory2}
       [@option{-v}|@option{--verbose}]
-      [@option{-o}|@option{ --output} @var{directory}]
       [@option{-w}|@option{--weight} @var{w1,w2}]
  
  gcov-tool rewrite [rewrite-options] @var{directory}
!      [@option{-v}|@option{--verbose}]
       [@option{-o}|@option{--output} @var{directory}]
       [@option{-s}|@option{--scale} @var{float_or_simple-frac_value}]
!      [@option{-n}|@option{--normalize} @var{long_long_value}]
  
  gcov-tool overlap [overlap-options] @var{directory1} @var{directory2}
-      [@option{-v}|@option{--verbose}]
-      [@option{-h}|@option{--hotonly}]
       [@option{-f}|@option{--function}]
       [@option{-F}|@option{--fullname}]
       [@option{-o}|@option{--object}]
       [@option{-t}|@option{--hot_threshold}] @var{float}
  
  @c man end
  @c man begin SEEALSO
--- 113,135 ----
  gcov-tool [@option{-v}|@option{--version}] [@option{-h}|@option{--help}]
  
  gcov-tool merge [merge-options] @var{directory1} @var{directory2}
+      [@option{-o}|@option{--output} @var{directory}]
       [@option{-v}|@option{--verbose}]
       [@option{-w}|@option{--weight} @var{w1,w2}]
  
  gcov-tool rewrite [rewrite-options] @var{directory}
!      [@option{-n}|@option{--normalize} @var{long_long_value}]
       [@option{-o}|@option{--output} @var{directory}]
       [@option{-s}|@option{--scale} @var{float_or_simple-frac_value}]
!      [@option{-v}|@option{--verbose}]
  
  gcov-tool overlap [overlap-options] @var{directory1} @var{directory2}
       [@option{-f}|@option{--function}]
       [@option{-F}|@option{--fullname}]
+      [@option{-h}|@option{--hotonly}]
       [@option{-o}|@option{--object}]
       [@option{-t}|@option{--hot_threshold}] @var{float}
+      [@option{-v}|@option{--verbose}]
  
  @c man end
  @c man begin SEEALSO
*************** and exit without doing any further proce
*** 152,168 ****
  
  @item merge
  Merge two profile directories.
- 
  @table @gcctabopt
- @item -v
- @itemx --verbose
- Set the verbose mode.
  
  @item -o @var{directory}
  @itemx --output @var{directory}
  Set the output profile directory. Default output directory name is
  @var{merged_profile}.
  
  @item -w @var{w1},@var{w2}
  @itemx --weight @var{w1},@var{w2}
  Set the merge weights of the @var{directory1} and @var{directory2},
--- 152,168 ----
  
  @item merge
  Merge two profile directories.
  @table @gcctabopt
  
  @item -o @var{directory}
  @itemx --output @var{directory}
  Set the output profile directory. Default output directory name is
  @var{merged_profile}.
  
+ @item -v
+ @itemx --verbose
+ Set the verbose mode.
+ 
  @item -w @var{w1},@var{w2}
  @itemx --weight @var{w1},@var{w2}
  Set the merge weights of the @var{directory1} and @var{directory2},
*************** respectively. The default weights are 1
*** 171,181 ****
  
  @item rewrite
  Read the specified profile directory and rewrite to a new directory.
- 
  @table @gcctabopt
! @item -v
! @itemx --verbose
! Set the verbose mode.
  
  @item -o @var{directory}
  @itemx --output @var{directory}
--- 171,182 ----
  
  @item rewrite
  Read the specified profile directory and rewrite to a new directory.
  @table @gcctabopt
! 
! @item -n @var{long_long_value}
! @itemx --normalize <long_long_value>
! Normalize the profile. The specified value is the max counter value
! in the new profile.
  
  @item -o @var{directory}
  @itemx --output @var{directory}
*************** Set the output profile directory. Defaul
*** 186,195 ****
  Scale the profile counters. The specified value can be in floating point value,
  or simple fraction value form, such 1, 2, 2/3, and 5/3.
  
! @item -n @var{long_long_value}
! @itemx --normalize <long_long_value>
! Normalize the profile. The specified value is the max counter value
! in the new profile.
  @end table
  
  @item overlap
--- 187,195 ----
  Scale the profile counters. The specified value can be in floating point value,
  or simple fraction value form, such 1, 2, 2/3, and 5/3.
  
! @item -v
! @itemx --verbose
! Set the verbose mode.
  @end table
  
  @item overlap
*************** matched counters and p1_sum_all and p2_s
*** 201,214 ****
  values in profile 1 and profile 2, respectively.
  
  @table @gcctabopt
- @item -v
- @itemx --verbose
- Set the verbose mode.
- 
- @item -h
- @itemx --hotonly
- Only print info for hot objects/functions.
- 
  @item -f
  @itemx --function
  Print function level overlap score.
--- 201,206 ----
*************** Print function level overlap score.
*** 217,222 ****
--- 209,218 ----
  @itemx --fullname
  Print full gcda filename.
  
+ @item -h
+ @itemx --hotonly
+ Only print info for hot objects/functions.
+ 
  @item -o
  @itemx --object
  Print object level overlap score.
*************** Print object level overlap score.
*** 224,229 ****
--- 220,229 ----
  @item -t @var{float}
  @itemx --hot_threshold <float>
  Set the threshold for hot counter value.
+ 
+ @item -v
+ @itemx --verbose
+ Set the verbose mode.
  @end table
  
  @end table
diff -Nrcpad gcc-7.1.0/gcc/doc/gcov.1 gcc-7.2.0/gcc/doc/gcov.1
*** gcc-7.1.0/gcc/doc/gcov.1	Tue May  2 12:55:10 2017
--- gcc-7.2.0/gcc/doc/gcov.1	Mon Aug 14 08:05:17 2017
***************
*** 1,4 ****
! .\" Automatically generated by Pod::Man 4.09 (Pod::Simple 3.35)
  .\"
  .\" Standard preamble:
  .\" ========================================================================
--- 1,4 ----
! .\" Automatically generated by Pod::Man 2.27 (Pod::Simple 3.28)
  .\"
  .\" Standard preamble:
  .\" ========================================================================
***************
*** 46,52 ****
  .ie \n(.g .ds Aq \(aq
  .el       .ds Aq '
  .\"
! .\" If the F register is >0, we'll generate index entries on stderr for
  .\" titles (.TH), headers (.SH), subsections (.SS), items (.Ip), and index
  .\" entries marked with X<> in POD.  Of course, you'll have to process the
  .\" output yourself in some meaningful fashion.
--- 46,52 ----
  .ie \n(.g .ds Aq \(aq
  .el       .ds Aq '
  .\"
! .\" If the F register is turned on, we'll generate index entries on stderr for
  .\" titles (.TH), headers (.SH), subsections (.SS), items (.Ip), and index
  .\" entries marked with X<> in POD.  Of course, you'll have to process the
  .\" output yourself in some meaningful fashion.
***************
*** 54,69 ****
  .\" Avoid warning from groff about undefined register 'F'.
  .de IX
  ..
! .if !\nF .nr F 0
! .if \nF>0 \{\
! .    de IX
! .    tm Index:\\$1\t\\n%\t"\\$2"
  ..
! .    if !\nF==2 \{\
! .        nr % 0
! .        nr F 2
  .    \}
  .\}
  .\"
  .\" Accent mark definitions (@(#)ms.acc 1.5 88/02/08 SMI; from UCB 4.2).
  .\" Fear.  Run.  Save yourself.  No user-serviceable parts.
--- 54,73 ----
  .\" Avoid warning from groff about undefined register 'F'.
  .de IX
  ..
! .nr rF 0
! .if \n(.g .if rF .nr rF 1
! .if (\n(rF:(\n(.g==0)) \{
! .    if \nF \{
! .        de IX
! .        tm Index:\\$1\t\\n%\t"\\$2"
  ..
! .        if !\nF==2 \{
! .            nr % 0
! .            nr F 2
! .        \}
  .    \}
  .\}
+ .rr rF
  .\"
  .\" Accent mark definitions (@(#)ms.acc 1.5 88/02/08 SMI; from UCB 4.2).
  .\" Fear.  Run.  Save yourself.  No user-serviceable parts.
***************
*** 129,135 ****
  .\" ========================================================================
  .\"
  .IX Title "GCOV 1"
! .TH GCOV 1 "2017-05-02" "gcc-7.1.0" "GNU"
  .\" For nroff, turn off justification.  Always turn off hyphenation; it makes
  .\" way too many mistakes in technical documents.
  .if n .ad l
--- 133,139 ----
  .\" ========================================================================
  .\"
  .IX Title "GCOV 1"
! .TH GCOV 1 "2017-08-14" "gcc-7.2.0" "GNU"
  .\" For nroff, turn off justification.  Always turn off hyphenation; it makes
  .\" way too many mistakes in technical documents.
  .if n .ad l
*************** in fine-tuning the performance of your p
*** 207,232 ****
  timing information you can use along with the information you get from
  \&\fBgcov\fR.
  .PP
! \&\fBgcov\fR works only on code compiled with \s-1GCC.\s0  It is not
  compatible with any other profiling or test coverage mechanism.
  .SH "OPTIONS"
  .IX Header "OPTIONS"
- .IP "\fB\-h\fR" 4
- .IX Item "-h"
- .PD 0
- .IP "\fB\-\-help\fR" 4
- .IX Item "--help"
- .PD
- Display help about using \fBgcov\fR (on the standard output), and
- exit without doing any further processing.
- .IP "\fB\-v\fR" 4
- .IX Item "-v"
- .PD 0
- .IP "\fB\-\-version\fR" 4
- .IX Item "--version"
- .PD
- Display the \fBgcov\fR version number (on the standard output),
- and exit without doing any further processing.
  .IP "\fB\-a\fR" 4
  .IX Item "-a"
  .PD 0
--- 211,220 ----
  timing information you can use along with the information you get from
  \&\fBgcov\fR.
  .PP
! \&\fBgcov\fR works only on code compiled with \s-1GCC. \s0 It is not
  compatible with any other profiling or test coverage mechanism.
  .SH "OPTIONS"
  .IX Header "OPTIONS"
  .IP "\fB\-a\fR" 4
  .IX Item "-a"
  .PD 0
*************** be shown, unless the \fB\-u\fR option is
*** 255,267 ****
  .PD
  Write branch frequencies as the number of branches taken, rather than
  the percentage of branches taken.
! .IP "\fB\-n\fR" 4
! .IX Item "-n"
  .PD 0
! .IP "\fB\-\-no\-output\fR" 4
! .IX Item "--no-output"
  .PD
! Do not create the \fBgcov\fR output file.
  .IP "\fB\-l\fR" 4
  .IX Item "-l"
  .PD 0
--- 243,312 ----
  .PD
  Write branch frequencies as the number of branches taken, rather than
  the percentage of branches taken.
! .IP "\fB\-d\fR" 4
! .IX Item "-d"
  .PD 0
! .IP "\fB\-\-display\-progress\fR" 4
! .IX Item "--display-progress"
  .PD
! Display the progress on the standard output.
! .IP "\fB\-f\fR" 4
! .IX Item "-f"
! .PD 0
! .IP "\fB\-\-function\-summaries\fR" 4
! .IX Item "--function-summaries"
! .PD
! Output summaries for each function in addition to the file level summary.
! .IP "\fB\-h\fR" 4
! .IX Item "-h"
! .PD 0
! .IP "\fB\-\-help\fR" 4
! .IX Item "--help"
! .PD
! Display help about using \fBgcov\fR (on the standard output), and
! exit without doing any further processing.
! .IP "\fB\-i\fR" 4
! .IX Item "-i"
! .PD 0
! .IP "\fB\-\-intermediate\-format\fR" 4
! .IX Item "--intermediate-format"
! .PD
! Output gcov file in an easy-to-parse intermediate text format that can
! be used by \fBlcov\fR or other tools. The output is a single
! \&\fI.gcov\fR file per \fI.gcda\fR file. No source code is required.
! .Sp
! The format of the intermediate \fI.gcov\fR file is plain text with
! one entry per line
! .Sp
! .Vb 4
! \&        file:<source_file_name>
! \&        function:<line_number>,<execution_count>,<function_name>
! \&        lcount:<line number>,<execution_count>
! \&        branch:<line_number>,<branch_coverage_type>
! \&        
! \&        Where the <branch_coverage_type> is
! \&           notexec (Branch not executed)
! \&           taken (Branch executed and taken)
! \&           nottaken (Branch executed, but not taken)
! \&        
! \&        There can be multiple <file> entries in an intermediate gcov
! \&        file. All entries following a <file> pertain to that source file
! \&        until the next <file> entry.
! .Ve
! .Sp
! Here is a sample when \fB\-i\fR is used in conjunction with \fB\-b\fR option:
! .Sp
! .Vb 9
! \&        file:array.cc
! \&        function:11,1,_Z3sumRKSt6vectorIPiSaIS0_EE
! \&        function:22,1,main
! \&        lcount:11,1
! \&        lcount:12,1
! \&        lcount:14,1
! \&        branch:14,taken
! \&        lcount:26,1
! \&        branch:28,nottaken
! .Ve
  .IP "\fB\-l\fR" 4
  .IX Item "-l"
  .PD 0
*************** produce an output file called \fIa.c##x.
*** 276,281 ****
--- 321,355 ----
  multiple source files and you want to see the individual
  contributions.  If you use the \fB\-p\fR option, both the including
  and included file names will be complete path names.
+ .IP "\fB\-m\fR" 4
+ .IX Item "-m"
+ .PD 0
+ .IP "\fB\-\-demangled\-names\fR" 4
+ .IX Item "--demangled-names"
+ .PD
+ Display demangled function names in output. The default is to show
+ mangled function names.
+ .IP "\fB\-n\fR" 4
+ .IX Item "-n"
+ .PD 0
+ .IP "\fB\-\-no\-output\fR" 4
+ .IX Item "--no-output"
+ .PD
+ Do not create the \fBgcov\fR output file.
+ .IP "\fB\-o\fR \fIdirectory|file\fR" 4
+ .IX Item "-o directory|file"
+ .PD 0
+ .IP "\fB\-\-object\-directory\fR \fIdirectory\fR" 4
+ .IX Item "--object-directory directory"
+ .IP "\fB\-\-object\-file\fR \fIfile\fR" 4
+ .IX Item "--object-file file"
+ .PD
+ Specify either the directory containing the gcov data files, or the
+ object path name.  The \fI.gcno\fR, and
+ \&\fI.gcda\fR data files are searched for using this option.  If a directory
+ is specified, the data files are in that directory and named after the
+ input file name, without its extension.  If a file is specified here,
+ the data files are named after that file, without its extension.
  .IP "\fB\-p\fR" 4
  .IX Item "-p"
  .PD 0
*************** Only output information about source fil
*** 299,325 ****
  (after source prefix elision).  Absolute paths are usually system
  header files and coverage of any inline functions therein is normally
  uninteresting.
- .IP "\fB\-f\fR" 4
- .IX Item "-f"
- .PD 0
- .IP "\fB\-\-function\-summaries\fR" 4
- .IX Item "--function-summaries"
- .PD
- Output summaries for each function in addition to the file level summary.
- .IP "\fB\-o\fR \fIdirectory|file\fR" 4
- .IX Item "-o directory|file"
- .PD 0
- .IP "\fB\-\-object\-directory\fR \fIdirectory\fR" 4
- .IX Item "--object-directory directory"
- .IP "\fB\-\-object\-file\fR \fIfile\fR" 4
- .IX Item "--object-file file"
- .PD
- Specify either the directory containing the gcov data files, or the
- object path name.  The \fI.gcno\fR, and
- \&\fI.gcda\fR data files are searched for using this option.  If a directory
- is specified, the data files are in that directory and named after the
- input file name, without its extension.  If a file is specified here,
- the data files are named after that file, without its extension.
  .IP "\fB\-s\fR \fIdirectory\fR" 4
  .IX Item "-s directory"
  .PD 0
--- 373,378 ----
*************** applied before determining whether the s
*** 339,401 ****
  .PD
  When branch probabilities are given, include those of unconditional branches.
  Unconditional branches are normally not interesting.
! .IP "\fB\-d\fR" 4
! .IX Item "-d"
! .PD 0
! .IP "\fB\-\-display\-progress\fR" 4
! .IX Item "--display-progress"
! .PD
! Display the progress on the standard output.
! .IP "\fB\-i\fR" 4
! .IX Item "-i"
  .PD 0
! .IP "\fB\-\-intermediate\-format\fR" 4
! .IX Item "--intermediate-format"
  .PD
! Output gcov file in an easy-to-parse intermediate text format that can
! be used by \fBlcov\fR or other tools. The output is a single
! \&\fI.gcov\fR file per \fI.gcda\fR file. No source code is required.
! .Sp
! The format of the intermediate \fI.gcov\fR file is plain text with
! one entry per line
! .Sp
! .Vb 4
! \&        file:<source_file_name>
! \&        function:<line_number>,<execution_count>,<function_name>
! \&        lcount:<line number>,<execution_count>
! \&        branch:<line_number>,<branch_coverage_type>
! \&        
! \&        Where the <branch_coverage_type> is
! \&           notexec (Branch not executed)
! \&           taken (Branch executed and taken)
! \&           nottaken (Branch executed, but not taken)
! \&        
! \&        There can be multiple <file> entries in an intermediate gcov
! \&        file. All entries following a <file> pertain to that source file
! \&        until the next <file> entry.
! .Ve
! .Sp
! Here is a sample when \fB\-i\fR is used in conjunction with \fB\-b\fR option:
! .Sp
! .Vb 9
! \&        file:array.cc
! \&        function:11,1,_Z3sumRKSt6vectorIPiSaIS0_EE
! \&        function:22,1,main
! \&        lcount:11,1
! \&        lcount:12,1
! \&        lcount:14,1
! \&        branch:14,taken
! \&        lcount:26,1
! \&        branch:28,nottaken
! .Ve
! .IP "\fB\-m\fR" 4
! .IX Item "-m"
  .PD 0
! .IP "\fB\-\-demangled\-names\fR" 4
! .IX Item "--demangled-names"
  .PD
! Display demangled function names in output. The default is to show
! mangled function names.
  .IP "\fB\-x\fR" 4
  .IX Item "-x"
  .PD 0
--- 392,412 ----
  .PD
  When branch probabilities are given, include those of unconditional branches.
  Unconditional branches are normally not interesting.
! .IP "\fB\-v\fR" 4
! .IX Item "-v"
  .PD 0
! .IP "\fB\-\-version\fR" 4
! .IX Item "--version"
  .PD
! Display the \fBgcov\fR version number (on the standard output),
! and exit without doing any further processing.
! .IP "\fB\-w\fR" 4
! .IX Item "-w"
  .PD 0
! .IP "\fB\-\-verbose\fR" 4
! .IX Item "--verbose"
  .PD
! Print verbose informations related to basic blocks and arcs.
  .IP "\fB\-x\fR" 4
  .IX Item "-x"
  .PD 0
*************** command line option.  The \fIexecution_c
*** 438,444 ****
  containing no code.  Unexecuted lines are marked \fB#####\fR or
  \&\fB====\fR, depending on whether they are reachable by
  non-exceptional paths or only exceptional paths such as \*(C+ exception
! handlers, respectively.
  .PP
  Some lines of information at the start have \fIline_number\fR of zero.
  These preamble lines are of the form
--- 449,457 ----
  containing no code.  Unexecuted lines are marked \fB#####\fR or
  \&\fB====\fR, depending on whether they are reachable by
  non-exceptional paths or only exceptional paths such as \*(C+ exception
! handlers, respectively. Given \fB\-a\fR option, unexecuted blocks are
! marked \fB$$$$$\fR or \fB%%%%%\fR, depending on whether a basic block
! is reachable via non-exceptional or exceptional paths.
  .PP
  Some lines of information at the start have \fIline_number\fR of zero.
  These preamble lines are of the form
diff -Nrcpad gcc-7.1.0/gcc/doc/gcov.texi gcc-7.2.0/gcc/doc/gcov.texi
*** gcc-7.1.0/gcc/doc/gcov.texi	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/doc/gcov.texi	Thu Jun 22 11:38:40 2017
*************** gpl(7), gfdl(7), fsf-funding(7), gcc(1)
*** 143,157 ****
  
  @c man begin OPTIONS
  @table @gcctabopt
- @item -h
- @itemx --help
- Display help about using @command{gcov} (on the standard output), and
- exit without doing any further processing.
- 
- @item -v
- @itemx --version
- Display the @command{gcov} version number (on the standard output),
- and exit without doing any further processing.
  
  @item -a
  @itemx --all-blocks
--- 143,148 ----
*************** be shown, unless the @option{-u} option
*** 172,239 ****
  Write branch frequencies as the number of branches taken, rather than
  the percentage of branches taken.
  
! @item -n
! @itemx --no-output
! Do not create the @command{gcov} output file.
! 
! @item -l
! @itemx --long-file-names
! Create long file names for included source files.  For example, if the
! header file @file{x.h} contains code, and was included in the file
! @file{a.c}, then running @command{gcov} on the file @file{a.c} will
! produce an output file called @file{a.c##x.h.gcov} instead of
! @file{x.h.gcov}.  This can be useful if @file{x.h} is included in
! multiple source files and you want to see the individual
! contributions.  If you use the @samp{-p} option, both the including
! and included file names will be complete path names.
! 
! @item -p
! @itemx --preserve-paths
! Preserve complete path information in the names of generated
! @file{.gcov} files.  Without this option, just the filename component is
! used.  With this option, all directories are used, with @samp{/} characters
! translated to @samp{#} characters, @file{.} directory components
! removed and unremoveable @file{..}
! components renamed to @samp{^}.  This is useful if sourcefiles are in several
! different directories.
! 
! @item -r
! @itemx --relative-only
! Only output information about source files with a relative pathname
! (after source prefix elision).  Absolute paths are usually system
! header files and coverage of any inline functions therein is normally
! uninteresting.
  
  @item -f
  @itemx --function-summaries
  Output summaries for each function in addition to the file level summary.
  
! @item -o @var{directory|file}
! @itemx --object-directory @var{directory}
! @itemx --object-file @var{file}
! Specify either the directory containing the gcov data files, or the
! object path name.  The @file{.gcno}, and
! @file{.gcda} data files are searched for using this option.  If a directory
! is specified, the data files are in that directory and named after the
! input file name, without its extension.  If a file is specified here,
! the data files are named after that file, without its extension.
! 
! @item -s @var{directory}
! @itemx --source-prefix @var{directory}
! A prefix for source file names to remove when generating the output
! coverage files.  This option is useful when building in a separate
! directory, and the pathname to the source directory is not wanted when
! determining the output file names.  Note that this prefix detection is
! applied before determining whether the source file is absolute.
! 
! @item -u
! @itemx --unconditional-branches
! When branch probabilities are given, include those of unconditional branches.
! Unconditional branches are normally not interesting.
! 
! @item -d
! @itemx --display-progress
! Display the progress on the standard output.
  
  @item -i
  @itemx --intermediate-format
--- 163,180 ----
  Write branch frequencies as the number of branches taken, rather than
  the percentage of branches taken.
  
! @item -d
! @itemx --display-progress
! Display the progress on the standard output.
  
  @item -f
  @itemx --function-summaries
  Output summaries for each function in addition to the file level summary.
  
! @item -h
! @itemx --help
! Display help about using @command{gcov} (on the standard output), and
! exit without doing any further processing.
  
  @item -i
  @itemx --intermediate-format
*************** lcount:26,1
*** 274,284 ****
--- 215,289 ----
  branch:28,nottaken
  @end smallexample
  
+ @item -l
+ @itemx --long-file-names
+ Create long file names for included source files.  For example, if the
+ header file @file{x.h} contains code, and was included in the file
+ @file{a.c}, then running @command{gcov} on the file @file{a.c} will
+ produce an output file called @file{a.c##x.h.gcov} instead of
+ @file{x.h.gcov}.  This can be useful if @file{x.h} is included in
+ multiple source files and you want to see the individual
+ contributions.  If you use the @samp{-p} option, both the including
+ and included file names will be complete path names.
+ 
  @item -m
  @itemx --demangled-names
  Display demangled function names in output. The default is to show
  mangled function names.
  
+ @item -n
+ @itemx --no-output
+ Do not create the @command{gcov} output file.
+ 
+ @item -o @var{directory|file}
+ @itemx --object-directory @var{directory}
+ @itemx --object-file @var{file}
+ Specify either the directory containing the gcov data files, or the
+ object path name.  The @file{.gcno}, and
+ @file{.gcda} data files are searched for using this option.  If a directory
+ is specified, the data files are in that directory and named after the
+ input file name, without its extension.  If a file is specified here,
+ the data files are named after that file, without its extension.
+ 
+ @item -p
+ @itemx --preserve-paths
+ Preserve complete path information in the names of generated
+ @file{.gcov} files.  Without this option, just the filename component is
+ used.  With this option, all directories are used, with @samp{/} characters
+ translated to @samp{#} characters, @file{.} directory components
+ removed and unremoveable @file{..}
+ components renamed to @samp{^}.  This is useful if sourcefiles are in several
+ different directories.
+ 
+ @item -r
+ @itemx --relative-only
+ Only output information about source files with a relative pathname
+ (after source prefix elision).  Absolute paths are usually system
+ header files and coverage of any inline functions therein is normally
+ uninteresting.
+ 
+ @item -s @var{directory}
+ @itemx --source-prefix @var{directory}
+ A prefix for source file names to remove when generating the output
+ coverage files.  This option is useful when building in a separate
+ directory, and the pathname to the source directory is not wanted when
+ determining the output file names.  Note that this prefix detection is
+ applied before determining whether the source file is absolute.
+ 
+ @item -u
+ @itemx --unconditional-branches
+ When branch probabilities are given, include those of unconditional branches.
+ Unconditional branches are normally not interesting.
+ 
+ @item -v
+ @itemx --version
+ Display the @command{gcov} version number (on the standard output),
+ and exit without doing any further processing.
+ 
+ @item -w
+ @itemx --verbose
+ Print verbose informations related to basic blocks and arcs.
+ 
  @item -x
  @itemx --hash-filenames
  By default, gcov uses the full pathname of the source files to to create
*************** command line option.  The @var{execution
*** 319,325 ****
  containing no code.  Unexecuted lines are marked @samp{#####} or
  @samp{====}, depending on whether they are reachable by
  non-exceptional paths or only exceptional paths such as C++ exception
! handlers, respectively.
  
  Some lines of information at the start have @var{line_number} of zero.
  These preamble lines are of the form
--- 324,332 ----
  containing no code.  Unexecuted lines are marked @samp{#####} or
  @samp{====}, depending on whether they are reachable by
  non-exceptional paths or only exceptional paths such as C++ exception
! handlers, respectively. Given @samp{-a} option, unexecuted blocks are
! marked @samp{$$$$$} or @samp{%%%%%}, depending on whether a basic block
! is reachable via non-exceptional or exceptional paths.
  
  Some lines of information at the start have @var{line_number} of zero.
  These preamble lines are of the form
*************** it.  This can be overcome by, for exampl
*** 670,674 ****
  setting will name the data file @file{/target/run/build/foo.gcda}.
  
  You must move the data files to the expected directory tree in order to
! use them for profile directed optimizations (@option{--use-profile}), or to
  use the @command{gcov} tool.
--- 677,681 ----
  setting will name the data file @file{/target/run/build/foo.gcda}.
  
  You must move the data files to the expected directory tree in order to
! use them for profile directed optimizations (@option{-fprofile-use}), or to
  use the @command{gcov} tool.
diff -Nrcpad gcc-7.1.0/gcc/doc/gfdl.7 gcc-7.2.0/gcc/doc/gfdl.7
*** gcc-7.1.0/gcc/doc/gfdl.7	Tue May  2 12:55:13 2017
--- gcc-7.2.0/gcc/doc/gfdl.7	Mon Aug 14 08:05:17 2017
***************
*** 1,4 ****
! .\" Automatically generated by Pod::Man 4.09 (Pod::Simple 3.35)
  .\"
  .\" Standard preamble:
  .\" ========================================================================
--- 1,4 ----
! .\" Automatically generated by Pod::Man 2.27 (Pod::Simple 3.28)
  .\"
  .\" Standard preamble:
  .\" ========================================================================
***************
*** 46,52 ****
  .ie \n(.g .ds Aq \(aq
  .el       .ds Aq '
  .\"
! .\" If the F register is >0, we'll generate index entries on stderr for
  .\" titles (.TH), headers (.SH), subsections (.SS), items (.Ip), and index
  .\" entries marked with X<> in POD.  Of course, you'll have to process the
  .\" output yourself in some meaningful fashion.
--- 46,52 ----
  .ie \n(.g .ds Aq \(aq
  .el       .ds Aq '
  .\"
! .\" If the F register is turned on, we'll generate index entries on stderr for
  .\" titles (.TH), headers (.SH), subsections (.SS), items (.Ip), and index
  .\" entries marked with X<> in POD.  Of course, you'll have to process the
  .\" output yourself in some meaningful fashion.
***************
*** 54,69 ****
  .\" Avoid warning from groff about undefined register 'F'.
  .de IX
  ..
! .if !\nF .nr F 0
! .if \nF>0 \{\
! .    de IX
! .    tm Index:\\$1\t\\n%\t"\\$2"
  ..
! .    if !\nF==2 \{\
! .        nr % 0
! .        nr F 2
  .    \}
  .\}
  .\"
  .\" Accent mark definitions (@(#)ms.acc 1.5 88/02/08 SMI; from UCB 4.2).
  .\" Fear.  Run.  Save yourself.  No user-serviceable parts.
--- 54,73 ----
  .\" Avoid warning from groff about undefined register 'F'.
  .de IX
  ..
! .nr rF 0
! .if \n(.g .if rF .nr rF 1
! .if (\n(rF:(\n(.g==0)) \{
! .    if \nF \{
! .        de IX
! .        tm Index:\\$1\t\\n%\t"\\$2"
  ..
! .        if !\nF==2 \{
! .            nr % 0
! .            nr F 2
! .        \}
  .    \}
  .\}
+ .rr rF
  .\"
  .\" Accent mark definitions (@(#)ms.acc 1.5 88/02/08 SMI; from UCB 4.2).
  .\" Fear.  Run.  Save yourself.  No user-serviceable parts.
***************
*** 129,135 ****
  .\" ========================================================================
  .\"
  .IX Title "GFDL 7"
! .TH GFDL 7 "2017-05-02" "gcc-7.1.0" "GNU"
  .\" For nroff, turn off justification.  Always turn off hyphenation; it makes
  .\" way too many mistakes in technical documents.
  .if n .ad l
--- 133,139 ----
  .\" ========================================================================
  .\"
  .IX Title "GFDL 7"
! .TH GFDL 7 "2017-08-14" "gcc-7.2.0" "GNU"
  .\" For nroff, turn off justification.  Always turn off hyphenation; it makes
  .\" way too many mistakes in technical documents.
  .if n .ad l
*************** format, \s-1SGML\s0 or \s-1XML\s0 using
*** 239,245 ****
  \&\s-1DTD,\s0 and standard-conforming simple \s-1HTML,\s0
  PostScript or \s-1PDF\s0 designed for human modification.  Examples
  of transparent image formats include \s-1PNG, XCF\s0 and
! \&\s-1JPG.\s0  Opaque formats include proprietary formats that can be
  read and edited only by proprietary word processors, \s-1SGML\s0 or
  \&\s-1XML\s0 for which the \s-1DTD\s0 and/or processing tools are
  not generally available, and the machine-generated \s-1HTML,\s0
--- 243,249 ----
  \&\s-1DTD,\s0 and standard-conforming simple \s-1HTML,\s0
  PostScript or \s-1PDF\s0 designed for human modification.  Examples
  of transparent image formats include \s-1PNG, XCF\s0 and
! \&\s-1JPG. \s0 Opaque formats include proprietary formats that can be
  read and edited only by proprietary word processors, \s-1SGML\s0 or
  \&\s-1XML\s0 for which the \s-1DTD\s0 and/or processing tools are
  not generally available, and the machine-generated \s-1HTML,\s0
*************** in part, as part of another Document.
*** 596,602 ****
  An \s-1MMC\s0 is \*(L"eligible for relicensing\*(R" if it is licensed under this
  License, and if all works that were first published under this License
  somewhere other than this \s-1MMC,\s0 and subsequently incorporated in whole
! or in part into the \s-1MMC,\s0 (1) had no cover texts or invariant sections,
  and (2) were thus incorporated prior to November 1, 2008.
  .Sp
  The operator of an \s-1MMC\s0 Site may republish an \s-1MMC\s0 contained in the site
--- 600,606 ----
  An \s-1MMC\s0 is \*(L"eligible for relicensing\*(R" if it is licensed under this
  License, and if all works that were first published under this License
  somewhere other than this \s-1MMC,\s0 and subsequently incorporated in whole
! or in part into the \s-1MMC, \\fIs0\fR\|(1) had no cover texts or invariant sections,
  and (2) were thus incorporated prior to November 1, 2008.
  .Sp
  The operator of an \s-1MMC\s0 Site may republish an \s-1MMC\s0 contained in the site
diff -Nrcpad gcc-7.1.0/gcc/doc/gfortran.1 gcc-7.2.0/gcc/doc/gfortran.1
*** gcc-7.1.0/gcc/doc/gfortran.1	Tue May  2 14:30:16 2017
--- gcc-7.2.0/gcc/doc/gfortran.1	Mon Aug 14 08:30:41 2017
***************
*** 1,4 ****
! .\" Automatically generated by Pod::Man 4.09 (Pod::Simple 3.35)
  .\"
  .\" Standard preamble:
  .\" ========================================================================
--- 1,4 ----
! .\" Automatically generated by Pod::Man 2.27 (Pod::Simple 3.28)
  .\"
  .\" Standard preamble:
  .\" ========================================================================
***************
*** 46,52 ****
  .ie \n(.g .ds Aq \(aq
  .el       .ds Aq '
  .\"
! .\" If the F register is >0, we'll generate index entries on stderr for
  .\" titles (.TH), headers (.SH), subsections (.SS), items (.Ip), and index
  .\" entries marked with X<> in POD.  Of course, you'll have to process the
  .\" output yourself in some meaningful fashion.
--- 46,52 ----
  .ie \n(.g .ds Aq \(aq
  .el       .ds Aq '
  .\"
! .\" If the F register is turned on, we'll generate index entries on stderr for
  .\" titles (.TH), headers (.SH), subsections (.SS), items (.Ip), and index
  .\" entries marked with X<> in POD.  Of course, you'll have to process the
  .\" output yourself in some meaningful fashion.
***************
*** 54,69 ****
  .\" Avoid warning from groff about undefined register 'F'.
  .de IX
  ..
! .if !\nF .nr F 0
! .if \nF>0 \{\
! .    de IX
! .    tm Index:\\$1\t\\n%\t"\\$2"
  ..
! .    if !\nF==2 \{\
! .        nr % 0
! .        nr F 2
  .    \}
  .\}
  .\"
  .\" Accent mark definitions (@(#)ms.acc 1.5 88/02/08 SMI; from UCB 4.2).
  .\" Fear.  Run.  Save yourself.  No user-serviceable parts.
--- 54,73 ----
  .\" Avoid warning from groff about undefined register 'F'.
  .de IX
  ..
! .nr rF 0
! .if \n(.g .if rF .nr rF 1
! .if (\n(rF:(\n(.g==0)) \{
! .    if \nF \{
! .        de IX
! .        tm Index:\\$1\t\\n%\t"\\$2"
  ..
! .        if !\nF==2 \{
! .            nr % 0
! .            nr F 2
! .        \}
  .    \}
  .\}
+ .rr rF
  .\"
  .\" Accent mark definitions (@(#)ms.acc 1.5 88/02/08 SMI; from UCB 4.2).
  .\" Fear.  Run.  Save yourself.  No user-serviceable parts.
***************
*** 129,135 ****
  .\" ========================================================================
  .\"
  .IX Title "GFORTRAN 1"
! .TH GFORTRAN 1 "2017-05-02" "gcc-7.1.0" "GNU"
  .\" For nroff, turn off justification.  Always turn off hyphenation; it makes
  .\" way too many mistakes in technical documents.
  .if n .ad l
--- 133,139 ----
  .\" ========================================================================
  .\"
  .IX Title "GFORTRAN 1"
! .TH GFORTRAN 1 "2017-08-14" "gcc-7.2.0" "GNU"
  .\" For nroff, turn off justification.  Always turn off hyphenation; it makes
  .\" way too many mistakes in technical documents.
  .if n .ad l
*************** If \fB\-fd\-lines\-as\-code\fR/\fB\-fd\-
*** 283,289 ****
  \&\fB\-fdec\fR also sets \fB\-fd\-lines\-as\-comments\fR.
  .IP "\fB\-fdec\-structure\fR" 4
  .IX Item "-fdec-structure"
! Enable \s-1DEC\s0 \f(CW\*(C`STRUCTURE\*(C'\fR and \f(CW\*(C`RECORD\*(C'\fR as well as \f(CW\*(C`UNION\*(C'\fR,
  \&\f(CW\*(C`MAP\*(C'\fR, and dot ('.') as a member separator (in addition to '%'). This is
  provided for compatibility only; Fortran 90 derived types should be used
  instead where possible.
--- 287,293 ----
  \&\fB\-fdec\fR also sets \fB\-fd\-lines\-as\-comments\fR.
  .IP "\fB\-fdec\-structure\fR" 4
  .IX Item "-fdec-structure"
! Enable \s-1DEC \s0\f(CW\*(C`STRUCTURE\*(C'\fR and \f(CW\*(C`RECORD\*(C'\fR as well as \f(CW\*(C`UNION\*(C'\fR,
  \&\f(CW\*(C`MAP\*(C'\fR, and dot ('.') as a member separator (in addition to '%'). This is
  provided for compatibility only; Fortran 90 derived types should be used
  instead where possible.
*************** compilation sentinels in free form and \
*** 367,373 ****
  OpenACC runtime library to be linked in.
  .Sp
  Note that this is an experimental feature, incomplete, and subject to
! change in future versions of \s-1GCC.\s0  See
  <\fBhttps://gcc.gnu.org/wiki/OpenACC\fR> for more information.
  .IP "\fB\-fopenmp\fR" 4
  .IX Item "-fopenmp"
--- 371,377 ----
  OpenACC runtime library to be linked in.
  .Sp
  Note that this is an experimental feature, incomplete, and subject to
! change in future versions of \s-1GCC. \s0 See
  <\fBhttps://gcc.gnu.org/wiki/OpenACC\fR> for more information.
  .IP "\fB\-fopenmp\fR" 4
  .IX Item "-fopenmp"
diff -Nrcpad gcc-7.1.0/gcc/doc/gpl.7 gcc-7.2.0/gcc/doc/gpl.7
*** gcc-7.1.0/gcc/doc/gpl.7	Tue May  2 12:55:13 2017
--- gcc-7.2.0/gcc/doc/gpl.7	Mon Aug 14 08:05:17 2017
***************
*** 1,4 ****
! .\" Automatically generated by Pod::Man 4.09 (Pod::Simple 3.35)
  .\"
  .\" Standard preamble:
  .\" ========================================================================
--- 1,4 ----
! .\" Automatically generated by Pod::Man 2.27 (Pod::Simple 3.28)
  .\"
  .\" Standard preamble:
  .\" ========================================================================
***************
*** 46,52 ****
  .ie \n(.g .ds Aq \(aq
  .el       .ds Aq '
  .\"
! .\" If the F register is >0, we'll generate index entries on stderr for
  .\" titles (.TH), headers (.SH), subsections (.SS), items (.Ip), and index
  .\" entries marked with X<> in POD.  Of course, you'll have to process the
  .\" output yourself in some meaningful fashion.
--- 46,52 ----
  .ie \n(.g .ds Aq \(aq
  .el       .ds Aq '
  .\"
! .\" If the F register is turned on, we'll generate index entries on stderr for
  .\" titles (.TH), headers (.SH), subsections (.SS), items (.Ip), and index
  .\" entries marked with X<> in POD.  Of course, you'll have to process the
  .\" output yourself in some meaningful fashion.
***************
*** 54,69 ****
  .\" Avoid warning from groff about undefined register 'F'.
  .de IX
  ..
! .if !\nF .nr F 0
! .if \nF>0 \{\
! .    de IX
! .    tm Index:\\$1\t\\n%\t"\\$2"
  ..
! .    if !\nF==2 \{\
! .        nr % 0
! .        nr F 2
  .    \}
  .\}
  .\"
  .\" Accent mark definitions (@(#)ms.acc 1.5 88/02/08 SMI; from UCB 4.2).
  .\" Fear.  Run.  Save yourself.  No user-serviceable parts.
--- 54,73 ----
  .\" Avoid warning from groff about undefined register 'F'.
  .de IX
  ..
! .nr rF 0
! .if \n(.g .if rF .nr rF 1
! .if (\n(rF:(\n(.g==0)) \{
! .    if \nF \{
! .        de IX
! .        tm Index:\\$1\t\\n%\t"\\$2"
  ..
! .        if !\nF==2 \{
! .            nr % 0
! .            nr F 2
! .        \}
  .    \}
  .\}
+ .rr rF
  .\"
  .\" Accent mark definitions (@(#)ms.acc 1.5 88/02/08 SMI; from UCB 4.2).
  .\" Fear.  Run.  Save yourself.  No user-serviceable parts.
***************
*** 129,135 ****
  .\" ========================================================================
  .\"
  .IX Title "GPL 7"
! .TH GPL 7 "2017-05-02" "gcc-7.1.0" "GNU"
  .\" For nroff, turn off justification.  Always turn off hyphenation; it makes
  .\" way too many mistakes in technical documents.
  .if n .ad l
--- 133,139 ----
  .\" ========================================================================
  .\"
  .IX Title "GPL 7"
! .TH GPL 7 "2017-08-14" "gcc-7.2.0" "GNU"
  .\" For nroff, turn off justification.  Always turn off hyphenation; it makes
  .\" way too many mistakes in technical documents.
  .if n .ad l
*************** later version.
*** 748,759 ****
  .IP "15. Disclaimer of Warranty." 4
  .IX Item "15. Disclaimer of Warranty."
  \&\s-1THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY
! APPLICABLE LAW.\s0  \s-1EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT
  HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM \*(L"AS IS\*(R" WITHOUT
  WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT
  LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
! A PARTICULAR PURPOSE.\s0  \s-1THE ENTIRE RISK AS TO THE QUALITY AND
! PERFORMANCE OF THE PROGRAM IS WITH YOU.\s0  \s-1SHOULD THE PROGRAM PROVE
  DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR
  CORRECTION.\s0
  .IP "16. Limitation of Liability." 4
--- 752,763 ----
  .IP "15. Disclaimer of Warranty." 4
  .IX Item "15. Disclaimer of Warranty."
  \&\s-1THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY
! APPLICABLE LAW.  EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT
  HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM \*(L"AS IS\*(R" WITHOUT
  WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT
  LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
! A PARTICULAR PURPOSE.  THE ENTIRE RISK AS TO THE QUALITY AND
! PERFORMANCE OF THE PROGRAM IS WITH YOU.  SHOULD THE PROGRAM PROVE
  DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR
  CORRECTION.\s0
  .IP "16. Limitation of Liability." 4
*************** CORRECTION.\s0
*** 762,768 ****
  WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES AND/OR
  CONVEYS THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES,
  INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES
! ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM\s0 (\s-1INCLUDING BUT
  NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR
  LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM
  TO OPERATE WITH ANY OTHER PROGRAMS\s0), \s-1EVEN IF SUCH HOLDER OR OTHER
--- 766,772 ----
  WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES AND/OR
  CONVEYS THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES,
  INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES
! ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM \s0(\s-1INCLUDING BUT
  NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR
  LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM
  TO OPERATE WITH ANY OTHER PROGRAMS\s0), \s-1EVEN IF SUCH HOLDER OR OTHER
diff -Nrcpad gcc-7.1.0/gcc/doc/install.texi gcc-7.2.0/gcc/doc/install.texi
*** gcc-7.1.0/gcc/doc/install.texi	Sat Mar 25 14:17:55 2017
--- gcc-7.2.0/gcc/doc/install.texi	Mon May 29 21:08:29 2017
*************** and for cross builds configured with @op
*** 1047,1052 ****
--- 1047,1057 ----
  More documentation about multiarch can be found at
  @uref{https://wiki.debian.org/Multiarch}.
  
+ @item --enable-sjlj-exceptions
+ Force use of the @code{setjmp}/@code{longjmp}-based scheme for exceptions.
+ @samp{configure} ordinarily picks the correct value based on the platform.
+ Only use this option if you are sure you need a different setting.
+ 
  @item --enable-vtable-verify
  Specify whether to enable or disable the vtable verification feature.
  Enabling this feature causes libstdc++ to be built with its virtual calls
diff -Nrcpad gcc-7.1.0/gcc/doc/invoke.texi gcc-7.2.0/gcc/doc/invoke.texi
*** gcc-7.1.0/gcc/doc/invoke.texi	Mon Apr 10 13:44:39 2017
--- gcc-7.2.0/gcc/doc/invoke.texi	Wed Jul 26 12:42:03 2017
*************** Objective-C and Objective-C++ Dialects}.
*** 272,278 ****
  -Wno-deprecated  -Wno-deprecated-declarations  -Wno-designated-init @gol
  -Wdisabled-optimization @gol
  -Wno-discarded-qualifiers  -Wno-discarded-array-qualifiers @gol
! -Wno-div-by-zero  -Wdouble-promotion  -Wduplicated-cond @gol
  -Wempty-body  -Wenum-compare  -Wno-endif-labels  -Wexpansion-to-defined @gol
  -Werror  -Werror=*  -Wfatal-errors  -Wfloat-equal  -Wformat  -Wformat=2 @gol
  -Wno-format-contains-nul  -Wno-format-extra-args  @gol
--- 272,279 ----
  -Wno-deprecated  -Wno-deprecated-declarations  -Wno-designated-init @gol
  -Wdisabled-optimization @gol
  -Wno-discarded-qualifiers  -Wno-discarded-array-qualifiers @gol
! -Wno-div-by-zero  -Wdouble-promotion @gol
! -Wduplicated-branches  -Wduplicated-cond @gol
  -Wempty-body  -Wenum-compare  -Wno-endif-labels  -Wexpansion-to-defined @gol
  -Werror  -Werror=*  -Wfatal-errors  -Wfloat-equal  -Wformat  -Wformat=2 @gol
  -Wno-format-contains-nul  -Wno-format-extra-args  @gol
*************** See RS/6000 and PowerPC Options.
*** 1116,1124 ****
  -muser-mode  -mno-user-mode @gol
  -mv8plus  -mno-v8plus  -mvis  -mno-vis @gol
  -mvis2  -mno-vis2  -mvis3  -mno-vis3 @gol
! -mcbcond  -mno-cbcond  -mfmaf  -mno-fmaf  @gol
! -mpopc  -mno-popc  -msubxc  -mno-subxc@gol
! -mfix-at697f  -mfix-ut699 @gol
  -mlra  -mno-lra}
  
  @emph{SPU Options}
--- 1117,1126 ----
  -muser-mode  -mno-user-mode @gol
  -mv8plus  -mno-v8plus  -mvis  -mno-vis @gol
  -mvis2  -mno-vis2  -mvis3  -mno-vis3 @gol
! -mvis4 -mno-vis4 -mvis4b -mno-vis4b @gol
! -mcbcond  -mno-cbcond  -mfmaf  -mno-fmaf  -mfsmuld  -mno-fsmuld  @gol
! -mpopc  -mno-popc  -msubxc  -mno-subxc @gol
! -mfix-at697f  -mfix-ut699  -mfix-ut700  -mfix-gr712rc @gol
  -mlra  -mno-lra}
  
  @emph{SPU Options}
*************** to a function that does not have a non-t
*** 2897,2903 ****
  specification (i.e. @code{throw()} or @code{noexcept}) but is known by
  the compiler to never throw an exception.
  
! @item -Wnoexcept @r{(C++ and Objective-C++ only)}
  @opindex Wnoexcept-type
  @opindex Wno-noexcept-type
  Warn if the C++1z feature making @code{noexcept} part of a function
--- 2899,2905 ----
  specification (i.e. @code{throw()} or @code{noexcept}) but is known by
  the compiler to never throw an exception.
  
! @item -Wnoexcept-type @r{(C++ and Objective-C++ only)}
  @opindex Wnoexcept-type
  @opindex Wno-noexcept-type
  Warn if the C++1z feature making @code{noexcept} part of a function
*************** The maximum number of insns of an unswit
*** 9901,9907 ****
  The maximum number of branches unswitched in a single loop.
  
  @item max-loop-headers-insns
! The maximum number of insns in loop header duplicated by he copy loop headers
  pass.
  
  @item lim-expensive
--- 9903,9909 ----
  The maximum number of branches unswitched in a single loop.
  
  @item max-loop-headers-insns
! The maximum number of insns in loop header duplicated by the copy loop headers
  pass.
  
  @item lim-expensive
*************** Permissible names are: @samp{arm2}, @sam
*** 15132,15139 ****
  @samp{cortex-m0.small-multiply},
  @samp{cortex-m0plus.small-multiply},
  @samp{exynos-m1},
- @samp{falkor},
- @samp{qdf24xx},
  @samp{marvell-pj4},
  @samp{xscale}, @samp{iwmmxt}, @samp{iwmmxt2}, @samp{ep9312},
  @samp{fa526}, @samp{fa626},
--- 15134,15139 ----
*************** for machine type @var{cpu_type}.  Suppor
*** 23396,23402 ****
  @samp{leon}, @samp{leon3}, @samp{leon3v7}, @samp{sparclite}, @samp{f930},
  @samp{f934}, @samp{sparclite86x}, @samp{sparclet}, @samp{tsc701}, @samp{v9},
  @samp{ultrasparc}, @samp{ultrasparc3}, @samp{niagara}, @samp{niagara2},
! @samp{niagara3}, @samp{niagara4} and @samp{niagara7}.
  
  Native Solaris and GNU/Linux toolchains also support the value @samp{native},
  which selects the best architecture option for the host processor.
--- 23396,23402 ----
  @samp{leon}, @samp{leon3}, @samp{leon3v7}, @samp{sparclite}, @samp{f930},
  @samp{f934}, @samp{sparclite86x}, @samp{sparclet}, @samp{tsc701}, @samp{v9},
  @samp{ultrasparc}, @samp{ultrasparc3}, @samp{niagara}, @samp{niagara2},
! @samp{niagara3}, @samp{niagara4}, @samp{niagara7} and @samp{m8}.
  
  Native Solaris and GNU/Linux toolchains also support the value @samp{native},
  which selects the best architecture option for the host processor.
*************** f930, f934, sparclite86x
*** 23424,23430 ****
  tsc701
  
  @item v9
! ultrasparc, ultrasparc3, niagara, niagara2, niagara3, niagara4, niagara7
  @end table
  
  By default (unless configured otherwise), GCC generates code for the V7
--- 23424,23431 ----
  tsc701
  
  @item v9
! ultrasparc, ultrasparc3, niagara, niagara2, niagara3, niagara4,
! niagara7, m8
  @end table
  
  By default (unless configured otherwise), GCC generates code for the V7
*************** additionally optimizes it for Sun UltraS
*** 23468,23474 ****
  UltraSPARC T3 chips.  With @option{-mcpu=niagara4}, the compiler
  additionally optimizes it for Sun UltraSPARC T4 chips.  With
  @option{-mcpu=niagara7}, the compiler additionally optimizes it for
! Oracle SPARC M7 chips.
  
  @item -mtune=@var{cpu_type}
  @opindex mtune
--- 23469,23476 ----
  UltraSPARC T3 chips.  With @option{-mcpu=niagara4}, the compiler
  additionally optimizes it for Sun UltraSPARC T4 chips.  With
  @option{-mcpu=niagara7}, the compiler additionally optimizes it for
! Oracle SPARC M7 chips.  With @option{-mcpu=m8}, the compiler
! additionally optimizes it for Oracle M8 chips.
  
  @item -mtune=@var{cpu_type}
  @opindex mtune
*************** that select a particular CPU implementat
*** 23483,23490 ****
  @samp{leon3}, @samp{leon3v7}, @samp{f930}, @samp{f934},
  @samp{sparclite86x}, @samp{tsc701}, @samp{ultrasparc},
  @samp{ultrasparc3}, @samp{niagara}, @samp{niagara2}, @samp{niagara3},
! @samp{niagara4} and @samp{niagara7}.  With native Solaris and
! GNU/Linux toolchains, @samp{native} can also be used.
  
  @item -mv8plus
  @itemx -mno-v8plus
--- 23485,23492 ----
  @samp{leon3}, @samp{leon3v7}, @samp{f930}, @samp{f934},
  @samp{sparclite86x}, @samp{tsc701}, @samp{ultrasparc},
  @samp{ultrasparc3}, @samp{niagara}, @samp{niagara2}, @samp{niagara3},
! @samp{niagara4}, @samp{niagara7} and @samp{m8}.  With native Solaris
! and GNU/Linux toolchains, @samp{native} can also be used.
  
  @item -mv8plus
  @itemx -mno-v8plus
*************** default is @option{-mvis4} when targetin
*** 23532,23537 ****
--- 23534,23551 ----
  instructions, such as niagara-7 and later.  Setting @option{-mvis4}
  also sets @option{-mvis3}, @option{-mvis2} and @option{-mvis}.
  
+ @item -mvis4b
+ @itemx -mno-vis4b
+ @opindex mvis4b
+ @opindex mno-vis4b
+ With @option{-mvis4b}, GCC generates code that takes advantage of
+ version 4.0 of the UltraSPARC Visual Instruction Set extensions, plus
+ the additional VIS instructions introduced in the Oracle SPARC
+ Architecture 2017.  The default is @option{-mvis4b} when targeting a
+ cpu that supports such instructions, such as m8 and later.  Setting
+ @option{-mvis4b} also sets @option{-mvis4}, @option{-mvis3},
+ @option{-mvis2} and @option{-mvis}.
+ 
  @item -mcbcond
  @itemx -mno-cbcond
  @opindex mcbcond
*************** Fused Multiply-Add Floating-point instru
*** 23550,23555 ****
--- 23564,23578 ----
  when targeting a CPU that supports such instructions, such as Niagara-3 and
  later.
  
+ @item -mfsmuld
+ @itemx -mno-fsmuld
+ @opindex mfsmuld
+ @opindex mno-fsmuld
+ With @option{-mfsmuld}, GCC generates code that takes advantage of the
+ Floating-point Multiply Single to Double (FsMULd) instruction.  The default is
+ @option{-mfsmuld} when targeting a CPU supporting the architecture versions V8
+ or V9 with FPU except @option{-mcpu=leon}.
+ 
  @item -mpopc
  @itemx -mno-popc
  @opindex mpopc
*************** processor (which corresponds to erratum
*** 23577,23582 ****
--- 23600,23615 ----
  @opindex mfix-ut699
  Enable the documented workarounds for the floating-point errata and the data
  cache nullify errata of the UT699 processor.
+ 
+ @item -mfix-ut700
+ @opindex mfix-ut700
+ Enable the documented workaround for the back-to-back store errata of
+ the UT699E/UT700 processor.
+ 
+ @item -mfix-gr712rc
+ @opindex mfix-gr712rc
+ Enable the documented workaround for the back-to-back store errata of
+ the GR712RC processor.
  @end table
  
  These @samp{-m} options are supported in addition to the above
*************** This option instructs GCC to use 128-bit
*** 25171,25183 ****
  
  @item -mcx16
  @opindex mcx16
! This option enables GCC to generate @code{CMPXCHG16B} instructions.
! @code{CMPXCHG16B} allows for atomic operations on 128-bit double quadword
! (or oword) data types.  
! This is useful for high-resolution counters that can be updated
! by multiple processors (or cores).  This instruction is generated as part of
! atomic built-in functions: see @ref{__sync Builtins} or
! @ref{__atomic Builtins} for details.
  
  @item -msahf
  @opindex msahf
--- 25204,25215 ----
  
  @item -mcx16
  @opindex mcx16
! This option enables GCC to generate @code{CMPXCHG16B} instructions in 64-bit
! code to implement compare-and-exchange operations on 16-byte aligned 128-bit
! objects.  This is useful for atomic updates of data structures exceeding one
! machine word in size.  The compiler uses this instruction to implement
! @ref{__sync Builtins}.  However, for @ref{__atomic Builtins} operating on
! 128-bit integers, a library call is always used.
  
  @item -msahf
  @opindex msahf
diff -Nrcpad gcc-7.1.0/gcc/dwarf2asm.c gcc-7.2.0/gcc/dwarf2asm.c
*** gcc-7.1.0/gcc/dwarf2asm.c	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/dwarf2asm.c	Fri Jul 28 13:25:40 2017
*************** dw2_asm_output_nstring (const char *str,
*** 345,351 ****
        for (i = 0; i < len; i++)
  	{
  	  int c = str[i];
! 	  if (c == '\"' || c == '\\')
  	    fputc ('\\', asm_out_file);
  	  if (ISPRINT (c))
  	    fputc (c, asm_out_file);
--- 345,353 ----
        for (i = 0; i < len; i++)
  	{
  	  int c = str[i];
! 	  if (c == '\"')
! 	    fputc (XCOFF_DEBUGGING_INFO ? '\"' : '\\', asm_out_file);
! 	  else if (c == '\\')
  	    fputc ('\\', asm_out_file);
  	  if (ISPRINT (c))
  	    fputc (c, asm_out_file);
diff -Nrcpad gcc-7.1.0/gcc/dwarf2out.c gcc-7.2.0/gcc/dwarf2out.c
*** gcc-7.1.0/gcc/dwarf2out.c	Wed Apr 19 16:32:02 2017
--- gcc-7.2.0/gcc/dwarf2out.c	Fri Jul 28 13:25:40 2017
*************** static GTY(()) section *debug_frame_sect
*** 189,194 ****
--- 189,198 ----
  #define DWARF_INITIAL_LENGTH_SIZE (DWARF_OFFSET_SIZE == 4 ? 4 : 12)
  #endif
  
+ #ifndef DWARF_INITIAL_LENGTH_SIZE_STR
+ #define DWARF_INITIAL_LENGTH_SIZE_STR (DWARF_OFFSET_SIZE == 4 ? "-4" : "-12")
+ #endif
+ 
  /* Round SIZE up to the nearest BOUNDARY.  */
  #define DWARF_ROUND(SIZE,BOUNDARY) \
    ((((SIZE) + (BOUNDARY) - 1) / (BOUNDARY)) * (BOUNDARY))
*************** output_macinfo (void)
*** 27072,27077 ****
--- 27076,27082 ----
    macinfo_entry *ref;
    vec<macinfo_entry, va_gc> *files = NULL;
    macinfo_hash_type *macinfo_htab = NULL;
+   char dl_section_ref[MAX_ARTIFICIAL_LABEL_BYTES];
  
    if (! length)
      return;
*************** output_macinfo (void)
*** 27082,27087 ****
--- 27087,27098 ----
  	      && (int) DW_MACINFO_start_file == (int) DW_MACRO_start_file
  	      && (int) DW_MACINFO_end_file == (int) DW_MACRO_end_file);
  
+   /* AIX Assembler inserts the length, so adjust the reference to match the
+      offset expected by debuggers.  */
+   strcpy (dl_section_ref, debug_line_section_label);
+   if (XCOFF_DEBUGGING_INFO)
+     strcat (dl_section_ref, DWARF_INITIAL_LENGTH_SIZE_STR);
+ 
    /* For .debug_macro emit the section header.  */
    if (!dwarf_strict || dwarf_version >= 5)
      {
*************** output_macinfo (void)
*** 27092,27098 ****
        else
  	dw2_asm_output_data (1, 2, "Flags: 32-bit, lineptr present");
        dw2_asm_output_offset (DWARF_OFFSET_SIZE,
!                              (!dwarf_split_debug_info ? debug_line_section_label
                                : debug_skeleton_line_section_label),
                               debug_line_section, NULL);
      }
--- 27103,27109 ----
        else
  	dw2_asm_output_data (1, 2, "Flags: 32-bit, lineptr present");
        dw2_asm_output_offset (DWARF_OFFSET_SIZE,
!                              (!dwarf_split_debug_info ? dl_section_ref
                                : debug_skeleton_line_section_label),
                               debug_line_section, NULL);
      }
*************** dwarf2out_finish (const char *)
*** 29649,29654 ****
--- 29660,29666 ----
    comdat_type_node *ctnode;
    dw_die_ref main_comp_unit_die;
    unsigned char checksum[16];
+   char dl_section_ref[MAX_ARTIFICIAL_LABEL_BYTES];
  
    /* Flush out any latecomers to the limbo party.  */
    flush_limbo_die_list ();
*************** dwarf2out_finish (const char *)
*** 29766,29774 ****
  	}
      }
  
    if (debug_info_level >= DINFO_LEVEL_TERSE)
      add_AT_lineptr (main_comp_unit_die, DW_AT_stmt_list,
! 		    debug_line_section_label);
  
    if (have_macinfo)
      add_AT_macptr (comp_unit_die (),
--- 29778,29792 ----
  	}
      }
  
+   /* AIX Assembler inserts the length, so adjust the reference to match the
+      offset expected by debuggers.  */
+   strcpy (dl_section_ref, debug_line_section_label);
+   if (XCOFF_DEBUGGING_INFO)
+     strcat (dl_section_ref, DWARF_INITIAL_LENGTH_SIZE_STR);
+ 
    if (debug_info_level >= DINFO_LEVEL_TERSE)
      add_AT_lineptr (main_comp_unit_die, DW_AT_stmt_list,
! 		    dl_section_ref);
  
    if (have_macinfo)
      add_AT_macptr (comp_unit_die (),
*************** dwarf2out_finish (const char *)
*** 29844,29850 ****
        if (debug_info_level >= DINFO_LEVEL_TERSE)
          add_AT_lineptr (ctnode->root_die, DW_AT_stmt_list,
                          (!dwarf_split_debug_info
!                          ? debug_line_section_label
                           : debug_skeleton_line_section_label));
  
        output_comdat_type_unit (ctnode);
--- 29862,29868 ----
        if (debug_info_level >= DINFO_LEVEL_TERSE)
          add_AT_lineptr (ctnode->root_die, DW_AT_stmt_list,
                          (!dwarf_split_debug_info
!                          ? dl_section_ref
                           : debug_skeleton_line_section_label));
  
        output_comdat_type_unit (ctnode);
diff -Nrcpad gcc-7.1.0/gcc/expr.c gcc-7.2.0/gcc/expr.c
*** gcc-7.1.0/gcc/expr.c	Wed Apr 12 13:57:45 2017
--- gcc-7.2.0/gcc/expr.c	Mon May  8 09:45:46 2017
*************** expand_expr_real_2 (sepops ops, rtx targ
*** 8792,8845 ****
        expand_operands (treeop0, treeop1, subtarget, &op0, &op1, EXPAND_NORMAL);
        return REDUCE_BIT_FIELD (expand_mult (mode, op0, op1, target, unsignedp));
  
      case TRUNC_DIV_EXPR:
      case FLOOR_DIV_EXPR:
      case CEIL_DIV_EXPR:
      case ROUND_DIV_EXPR:
      case EXACT_DIV_EXPR:
!       /* If this is a fixed-point operation, then we cannot use the code
! 	 below because "expand_divmod" doesn't support sat/no-sat fixed-point
!          divisions.   */
!       if (ALL_FIXED_POINT_MODE_P (mode))
! 	goto binop;
! 
!       if (modifier == EXPAND_STACK_PARM)
! 	target = 0;
!       /* Possible optimization: compute the dividend with EXPAND_SUM
! 	 then if the divisor is constant can optimize the case
! 	 where some terms of the dividend have coeffs divisible by it.  */
!       expand_operands (treeop0, treeop1,
! 		       subtarget, &op0, &op1, EXPAND_NORMAL);
!       if (SCALAR_INT_MODE_P (mode)
! 	  && optimize >= 2
! 	  && get_range_pos_neg (treeop0) == 1
! 	  && get_range_pos_neg (treeop1) == 1)
! 	{
! 	  /* If both arguments are known to be positive when interpreted
! 	     as signed, we can expand it as both signed and unsigned
! 	     division or modulo.  Choose the cheaper sequence in that case.  */
! 	  bool speed_p = optimize_insn_for_speed_p ();
! 	  do_pending_stack_adjust ();
! 	  start_sequence ();
! 	  rtx uns_ret = expand_divmod (0, code, mode, op0, op1, target, 1);
! 	  rtx_insn *uns_insns = get_insns ();
! 	  end_sequence ();
! 	  start_sequence ();
! 	  rtx sgn_ret = expand_divmod (0, code, mode, op0, op1, target, 0);
! 	  rtx_insn *sgn_insns = get_insns ();
! 	  end_sequence ();
! 	  unsigned uns_cost = seq_cost (uns_insns, speed_p);
! 	  unsigned sgn_cost = seq_cost (sgn_insns, speed_p);
! 	  if (uns_cost < sgn_cost || (uns_cost == sgn_cost && unsignedp))
! 	    {
! 	      emit_insn (uns_insns);
! 	      return uns_ret;
! 	    }
! 	  emit_insn (sgn_insns);
! 	  return sgn_ret;
! 	}
!       return expand_divmod (0, code, mode, op0, op1, target, unsignedp);
  
      case RDIV_EXPR:
        goto binop;
  
--- 8792,8853 ----
        expand_operands (treeop0, treeop1, subtarget, &op0, &op1, EXPAND_NORMAL);
        return REDUCE_BIT_FIELD (expand_mult (mode, op0, op1, target, unsignedp));
  
+     case TRUNC_MOD_EXPR:
+     case FLOOR_MOD_EXPR:
+     case CEIL_MOD_EXPR:
+     case ROUND_MOD_EXPR:
+ 
      case TRUNC_DIV_EXPR:
      case FLOOR_DIV_EXPR:
      case CEIL_DIV_EXPR:
      case ROUND_DIV_EXPR:
      case EXACT_DIV_EXPR:
!      {
!        /* If this is a fixed-point operation, then we cannot use the code
! 	  below because "expand_divmod" doesn't support sat/no-sat fixed-point
! 	  divisions.   */
!        if (ALL_FIXED_POINT_MODE_P (mode))
! 	 goto binop;
  
+        if (modifier == EXPAND_STACK_PARM)
+ 	 target = 0;
+        /* Possible optimization: compute the dividend with EXPAND_SUM
+ 	  then if the divisor is constant can optimize the case
+ 	  where some terms of the dividend have coeffs divisible by it.  */
+        expand_operands (treeop0, treeop1,
+ 			subtarget, &op0, &op1, EXPAND_NORMAL);
+        bool mod_p = code == TRUNC_MOD_EXPR || code == FLOOR_MOD_EXPR
+ 		    || code == CEIL_MOD_EXPR || code == ROUND_MOD_EXPR;
+        if (SCALAR_INT_MODE_P (mode)
+ 	   && optimize >= 2
+ 	   && get_range_pos_neg (treeop0) == 1
+ 	   && get_range_pos_neg (treeop1) == 1)
+ 	 {
+ 	   /* If both arguments are known to be positive when interpreted
+ 	      as signed, we can expand it as both signed and unsigned
+ 	      division or modulo.  Choose the cheaper sequence in that case.  */
+ 	   bool speed_p = optimize_insn_for_speed_p ();
+ 	   do_pending_stack_adjust ();
+ 	   start_sequence ();
+ 	   rtx uns_ret = expand_divmod (mod_p, code, mode, op0, op1, target, 1);
+ 	   rtx_insn *uns_insns = get_insns ();
+ 	   end_sequence ();
+ 	   start_sequence ();
+ 	   rtx sgn_ret = expand_divmod (mod_p, code, mode, op0, op1, target, 0);
+ 	   rtx_insn *sgn_insns = get_insns ();
+ 	   end_sequence ();
+ 	   unsigned uns_cost = seq_cost (uns_insns, speed_p);
+ 	   unsigned sgn_cost = seq_cost (sgn_insns, speed_p);
+ 	   if (uns_cost < sgn_cost || (uns_cost == sgn_cost && unsignedp))
+ 	     {
+ 	       emit_insn (uns_insns);
+ 	       return uns_ret;
+ 	     }
+ 	   emit_insn (sgn_insns);
+ 	   return sgn_ret;
+ 	 }
+        return expand_divmod (mod_p, code, mode, op0, op1, target, unsignedp);
+      }
      case RDIV_EXPR:
        goto binop;
  
*************** expand_expr_real_2 (sepops ops, rtx targ
*** 8849,8864 ****
        gcc_assert (temp);
        return temp;
  
-     case TRUNC_MOD_EXPR:
-     case FLOOR_MOD_EXPR:
-     case CEIL_MOD_EXPR:
-     case ROUND_MOD_EXPR:
-       if (modifier == EXPAND_STACK_PARM)
- 	target = 0;
-       expand_operands (treeop0, treeop1,
- 		       subtarget, &op0, &op1, EXPAND_NORMAL);
-       return expand_divmod (1, code, mode, op0, op1, target, unsignedp);
- 
      case FIXED_CONVERT_EXPR:
        op0 = expand_normal (treeop0);
        if (target == 0 || modifier == EXPAND_STACK_PARM)
--- 8857,8862 ----
diff -Nrcpad gcc-7.1.0/gcc/fold-const.c gcc-7.2.0/gcc/fold-const.c
*** gcc-7.1.0/gcc/fold-const.c	Tue Apr 25 17:02:27 2017
--- gcc-7.2.0/gcc/fold-const.c	Wed Jul 26 08:36:34 2017
*************** fold_binary_loc (location_t loc,
*** 9808,9813 ****
--- 9808,9814 ----
  	  if (TREE_CODE (op1) == INTEGER_CST
  	      && tree_int_cst_sgn (op1) == -1
  	      && negate_expr_p (op0)
+ 	      && negate_expr_p (op1)
  	      && (tem = negate_expr (op1)) != op1
  	      && ! TREE_OVERFLOW (tem))
  	    return fold_build2_loc (loc, MULT_EXPR, type,
*************** fold_negate_const (tree arg0, tree type)
*** 13726,13733 ****
  	bool overflow;
  	wide_int val = wi::neg (arg0, &overflow);
  	t = force_fit_type (type, val, 1,
! 			    (overflow | TREE_OVERFLOW (arg0))
! 			    && !TYPE_UNSIGNED (type));
  	break;
        }
  
--- 13727,13734 ----
  	bool overflow;
  	wide_int val = wi::neg (arg0, &overflow);
  	t = force_fit_type (type, val, 1,
! 			    (overflow && ! TYPE_UNSIGNED (type))
! 			    || TREE_OVERFLOW (arg0));
  	break;
        }
  
diff -Nrcpad gcc-7.1.0/gcc/fortran/ChangeLog gcc-7.2.0/gcc/fortran/ChangeLog
*** gcc-7.1.0/gcc/fortran/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/gcc/fortran/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,89 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
+ 2017-06-09  Janus Weil  <janus@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR fortran/70601
+ 	* trans-expr.c (gfc_conv_procedure_call): Fix detection of allocatable
+ 	function results.
+ 
+ 2017-06-05  Janus Weil  <janus@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR fortran/80766
+ 	* resolve.c (resolve_fl_derived): Make sure that vtype symbols are
+ 	properly resolved.
+ 
+ 2017-06-02  Thomas Koenig  <tkoenig@gcc.gnu.org>
+ 
+ 	PR fortran/80904
+ 	* frontend-passes.c (matmul_lhs_realloc):  Correct
+ 	allocation size for case A1B2.
+ 
+ 2017-06-02  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR fortran/80918
+ 	* openmp.c (resolve_omp_clauses): Fix a typo.
+ 
+ 2017-05-23  Jerry DeLisle  <jvdelisle@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR fortran/80741
+ 	* trans-io.c (transfer_namelist_element): Change check from
+ 	NULL_TREE to null_pointer_node.
+ 
+ 2017-05-23  Paul Thomas  <pault@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR fortran/80333
+ 	* trans-io.c (nml_get_addr_expr): If we are dealing with class
+ 	type data set tmp tree to get that address.
+ 	(transfer_namelist_element): Set the array spec to point to the
+ 	the class data.
+ 
+ 2017-05-17  Jerry DeLisle  <jvdelisle@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR fortran/78659
+ 	* io.c (dtio_procs_present): Add new function to check for DTIO
+ 	procedures relative to I/O statement READ or WRITE.
+ 	(gfc_resolve_dt): Add namelist checks using the new function.
+ 	* resolve.c (dtio_procs_present): Remove function and related
+ 	namelist checks. (resolve_fl_namelist): Add check specific to
+ 	Fortran 95 restriction on namelist objects.
+ 
+ 2017-05-15  Steven G. Kargl  <kargl@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR fortran/80752
+ 	* expr.c (gfc_generate_initializer):  If type conversion fails,
+ 	check for error and return NULL.
+ 
+ 2017-05-05  Janus Weil  <janus@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR fortran/80121
+ 	* trans-expr.c (gfc_conv_procedure_call): Deallocate the components
+ 	of allocatable intent(out) arguments.
+ 
+ 2017-05-05  Janus Weil  <janus@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR fortran/80392
+ 	* trans-types.c (gfc_get_derived_type): Prevent an infinite loop when
+ 	building a derived type that includes a procedure pointer component
+ 	with a polymorphic result.
+ 
+ 2017-05-04  Jerry DeLisle  <jvdelisle@gcc.gnu.org>
+ 
+ 	Backport from trunk.
+ 	PR fortran/80484
+ 	* io.c (format_lex): Check for '/' and set token to FMT_SLASH.
+ 	(check_format): Move FMT_DT checking code to data_desc section.
+ 	* module.c (gfc_match_use): Include the case of INTERFACE_DTIO.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/gcc/fortran/expr.c gcc-7.2.0/gcc/fortran/expr.c
*** gcc-7.1.0/gcc/fortran/expr.c	Mon Apr 10 20:28:23 2017
--- gcc-7.2.0/gcc/fortran/expr.c	Mon May 15 20:43:25 2017
*************** gfc_generate_initializer (gfc_typespec *
*** 4395,4401 ****
  	  if ((comp->ts.type != tmp->ts.type
  	       || comp->ts.kind != tmp->ts.kind)
  	      && !comp->attr.pointer && !comp->attr.proc_pointer)
! 	    gfc_convert_type_warn (ctor->expr, &comp->ts, 2, false);
  	}
  
        if (comp->attr.allocatable
--- 4395,4406 ----
  	  if ((comp->ts.type != tmp->ts.type
  	       || comp->ts.kind != tmp->ts.kind)
  	      && !comp->attr.pointer && !comp->attr.proc_pointer)
! 	    {
! 	      bool val;
! 	      val = gfc_convert_type_warn (ctor->expr, &comp->ts, 1, false);
! 	      if (val == false)
! 		return NULL;
! 	    }
  	}
  
        if (comp->attr.allocatable
diff -Nrcpad gcc-7.1.0/gcc/fortran/frontend-passes.c gcc-7.2.0/gcc/fortran/frontend-passes.c
*** gcc-7.1.0/gcc/fortran/frontend-passes.c	Wed Mar 22 15:20:17 2017
--- gcc-7.2.0/gcc/fortran/frontend-passes.c	Fri Jun  2 17:44:19 2017
*************** matmul_lhs_realloc (gfc_expr *c, gfc_exp
*** 2362,2368 ****
        break;
  
      case A1B2:
!       ar->start[0] = get_array_inq_function (GFC_ISYM_SIZE, b, 1);
        cond = build_logical_expr (INTRINSIC_NE,
  				 get_array_inq_function (GFC_ISYM_SIZE, c, 1),
  				 get_array_inq_function (GFC_ISYM_SIZE, b, 2));
--- 2362,2368 ----
        break;
  
      case A1B2:
!       ar->start[0] = get_array_inq_function (GFC_ISYM_SIZE, b, 2);
        cond = build_logical_expr (INTRINSIC_NE,
  				 get_array_inq_function (GFC_ISYM_SIZE, c, 1),
  				 get_array_inq_function (GFC_ISYM_SIZE, b, 2));
diff -Nrcpad gcc-7.1.0/gcc/fortran/gfortran.info gcc-7.2.0/gcc/fortran/gfortran.info
*** gcc-7.1.0/gcc/fortran/gfortran.info	Tue May  2 14:30:14 2017
--- gcc-7.2.0/gcc/fortran/gfortran.info	Mon Aug 14 08:30:40 2017
***************
*** 1,5 ****
! This is gfortran.info, produced by makeinfo version 6.1 from
! gfortran.texi.
  
  Copyright (C) 1999-2017 Free Software Foundation, Inc.
  
--- 1,5 ----
! This is doc/gfortran.info, produced by makeinfo version 4.13 from
! /space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/fortran/gfortran.texi.
  
  Copyright (C) 1999-2017 Free Software Foundation, Inc.
  
*************** Free Documentation License".
*** 18,32 ****
     (b) The FSF's Back-Cover Text is:
  
     You have freedom to copy and modify this GNU Manual, like GNU
! software.  Copies published by the Free Software Foundation raise funds
! for GNU development.
  INFO-DIR-SECTION Software development
  START-INFO-DIR-ENTRY
  * gfortran: (gfortran).                  The GNU Fortran Compiler.
  END-INFO-DIR-ENTRY
- 
     This file documents the use and the internals of the GNU Fortran
! compiler, ('gfortran').
  
     Published by the Free Software Foundation 51 Franklin Street, Fifth
  Floor Boston, MA 02110-1301 USA
--- 18,32 ----
     (b) The FSF's Back-Cover Text is:
  
     You have freedom to copy and modify this GNU Manual, like GNU
! software.  Copies published by the Free Software Foundation raise
! funds for GNU development.
! 
  INFO-DIR-SECTION Software development
  START-INFO-DIR-ENTRY
  * gfortran: (gfortran).                  The GNU Fortran Compiler.
  END-INFO-DIR-ENTRY
     This file documents the use and the internals of the GNU Fortran
! compiler, (`gfortran').
  
     Published by the Free Software Foundation 51 Franklin Street, Fifth
  Floor Boston, MA 02110-1301 USA
*************** Free Documentation License".
*** 48,55 ****
     (b) The FSF's Back-Cover Text is:
  
     You have freedom to copy and modify this GNU Manual, like GNU
! software.  Copies published by the Free Software Foundation raise funds
! for GNU development.
  
  
  File: gfortran.info,  Node: Top,  Next: Introduction,  Up: (dir)
--- 48,55 ----
     (b) The FSF's Back-Cover Text is:
  
     You have freedom to copy and modify this GNU Manual, like GNU
! software.  Copies published by the Free Software Foundation raise
! funds for GNU development.
  
  
  File: gfortran.info,  Node: Top,  Next: Introduction,  Up: (dir)
*************** File: gfortran.info,  Node: Top,  Next:
*** 57,64 ****
  Introduction
  ************
  
! This manual documents the use of 'gfortran', the GNU Fortran compiler.
! You can find in this manual how to invoke 'gfortran', as well as its
  features and incompatibilities.
  
  * Menu:
--- 57,64 ----
  Introduction
  ************
  
! This manual documents the use of `gfortran', the GNU Fortran compiler.
! You can find in this manual how to invoke `gfortran', as well as its
  features and incompatibilities.
  
  * Menu:
*************** features and incompatibilities.
*** 66,72 ****
  * Introduction::
  
  Part I: Invoking GNU Fortran
! * Invoking GNU Fortran:: Command options supported by 'gfortran'.
  * Runtime::              Influencing runtime behavior with environment variables.
  
  Part II: Language Reference
--- 66,72 ----
  * Introduction::
  
  Part I: Invoking GNU Fortran
! * Invoking GNU Fortran:: Command options supported by `gfortran'.
  * Runtime::              Influencing runtime behavior with environment variables.
  
  Part II: Language Reference
*************** File: gfortran.info,  Node: Introduction
*** 94,100 ****
  **************
  
  The GNU Fortran compiler front end was designed initially as a free
! replacement for, or alternative to, the Unix 'f95' command; 'gfortran'
  is the command you will use to invoke the compiler.
  
  * Menu:
--- 94,100 ----
  **************
  
  The GNU Fortran compiler front end was designed initially as a free
! replacement for, or alternative to, the Unix `f95' command; `gfortran'
  is the command you will use to invoke the compiler.
  
  * Menu:
*************** completely, parts of the Fortran 2003 an
*** 117,190 ****
  several vendor extensions.  The development goal is to provide the
  following features:
  
!    * Read a user's program, stored in a file and containing instructions
!      written in Fortran 77, Fortran 90, Fortran 95, Fortran 2003 or
!      Fortran 2008.  This file contains "source code".
  
!    * Translate the user's program into instructions a computer can carry
!      out more quickly than it takes to translate the instructions in the
!      first place.  The result after compilation of a program is "machine
!      code", code designed to be efficiently translated and processed by
!      a machine such as your computer.  Humans usually are not as good
!      writing machine code as they are at writing Fortran (or C++, Ada,
!      or Java), because it is easy to make tiny mistakes writing machine
!      code.
  
     * Provide the user with information about the reasons why the
       compiler is unable to create a binary from the source code.
       Usually this will be the case if the source code is flawed.  The
       Fortran 90 standard requires that the compiler can point out
!      mistakes to the user.  An incorrect usage of the language causes an
!      "error message".
  
       The compiler will also attempt to diagnose cases where the user's
!      program contains a correct usage of the language, but instructs the
!      computer to do something questionable.  This kind of diagnostics
!      message is called a "warning message".
  
     * Provide optional information about the translation passes from the
       source code to machine code.  This can help a user of the compiler
       to find the cause of certain bugs which may not be obvious in the
!      source code, but may be more easily found at a lower level compiler
!      output.  It also helps developers to find bugs in the compiler
!      itself.
  
     * Provide information in the generated machine code that can make it
       easier to find bugs in the program (using a debugging tool, called
!      a "debugger", such as the GNU Debugger 'gdb').
  
!    * Locate and gather machine code already generated to perform actions
!      requested by statements in the user's program.  This machine code
!      is organized into "modules" and is located and "linked" to the user
!      program.
  
     The GNU Fortran compiler consists of several components:
  
!    * A version of the 'gcc' command (which also might be installed as
!      the system's 'cc' command) that also understands and accepts
!      Fortran source code.  The 'gcc' command is the "driver" program for
!      all the languages in the GNU Compiler Collection (GCC); With 'gcc',
       you can compile the source code of any language for which a front
       end is available in GCC.
  
!    * The 'gfortran' command itself, which also might be installed as the
!      system's 'f95' command.  'gfortran' is just another driver program,
       but specifically for the Fortran compiler only.  The difference
!      with 'gcc' is that 'gfortran' will automatically link the correct
       libraries to your program.
  
     * A collection of run-time libraries.  These libraries contain the
!      machine code needed to support capabilities of the Fortran language
!      that are not directly provided by the machine code generated by the
!      'gfortran' compilation phase, such as intrinsic functions and
!      subroutines, and routines for interaction with files and the
!      operating system.
  
!    * The Fortran compiler itself, ('f951').  This is the GNU Fortran
       parser and code generator, linked to and interfaced with the GCC
!      backend library.  'f951' "translates" the source code to assembler
       code.  You would typically not use this program directly; instead,
!      the 'gcc' or 'gfortran' driver programs will call it for you.
  
  
  File: gfortran.info,  Node: GNU Fortran and GCC,  Next: Preprocessing and conditional compilation,  Prev: About GNU Fortran,  Up: Introduction
--- 117,190 ----
  several vendor extensions.  The development goal is to provide the
  following features:
  
!    * Read a user's program, stored in a file and containing
!      instructions written in Fortran 77, Fortran 90, Fortran 95,
!      Fortran 2003 or Fortran 2008.  This file contains "source code".
  
!    * Translate the user's program into instructions a computer can
!      carry out more quickly than it takes to translate the instructions
!      in the first place.  The result after compilation of a program is
!      "machine code", code designed to be efficiently translated and
!      processed by a machine such as your computer.  Humans usually are
!      not as good writing machine code as they are at writing Fortran
!      (or C++, Ada, or Java), because it is easy to make tiny mistakes
!      writing machine code.
  
     * Provide the user with information about the reasons why the
       compiler is unable to create a binary from the source code.
       Usually this will be the case if the source code is flawed.  The
       Fortran 90 standard requires that the compiler can point out
!      mistakes to the user.  An incorrect usage of the language causes
!      an "error message".
  
       The compiler will also attempt to diagnose cases where the user's
!      program contains a correct usage of the language, but instructs
!      the computer to do something questionable.  This kind of
!      diagnostics message is called a "warning message".
  
     * Provide optional information about the translation passes from the
       source code to machine code.  This can help a user of the compiler
       to find the cause of certain bugs which may not be obvious in the
!      source code, but may be more easily found at a lower level
!      compiler output.  It also helps developers to find bugs in the
!      compiler itself.
  
     * Provide information in the generated machine code that can make it
       easier to find bugs in the program (using a debugging tool, called
!      a "debugger", such as the GNU Debugger `gdb').
  
!    * Locate and gather machine code already generated to perform
!      actions requested by statements in the user's program.  This
!      machine code is organized into "modules" and is located and
!      "linked" to the user program.
  
     The GNU Fortran compiler consists of several components:
  
!    * A version of the `gcc' command (which also might be installed as
!      the system's `cc' command) that also understands and accepts
!      Fortran source code.  The `gcc' command is the "driver" program for
!      all the languages in the GNU Compiler Collection (GCC); With `gcc',
       you can compile the source code of any language for which a front
       end is available in GCC.
  
!    * The `gfortran' command itself, which also might be installed as the
!      system's `f95' command.  `gfortran' is just another driver program,
       but specifically for the Fortran compiler only.  The difference
!      with `gcc' is that `gfortran' will automatically link the correct
       libraries to your program.
  
     * A collection of run-time libraries.  These libraries contain the
!      machine code needed to support capabilities of the Fortran
!      language that are not directly provided by the machine code
!      generated by the `gfortran' compilation phase, such as intrinsic
!      functions and subroutines, and routines for interaction with files
!      and the operating system.
  
!    * The Fortran compiler itself, (`f951').  This is the GNU Fortran
       parser and code generator, linked to and interfaced with the GCC
!      backend library.  `f951' "translates" the source code to assembler
       code.  You would typically not use this program directly; instead,
!      the `gcc' or `gfortran' driver programs will call it for you.
  
  
  File: gfortran.info,  Node: GNU Fortran and GCC,  Next: Preprocessing and conditional compilation,  Prev: About GNU Fortran,  Up: Introduction
*************** File: gfortran.info,  Node: GNU Fortran
*** 195,230 ****
  GNU Fortran is a part of GCC, the "GNU Compiler Collection".  GCC
  consists of a collection of front ends for various languages, which
  translate the source code into a language-independent form called
! "GENERIC". This is then processed by a common middle end which provides
! optimization, and then passed to one of a collection of back ends which
! generate code for different computer architectures and operating
! systems.
  
!    Functionally, this is implemented with a driver program ('gcc') which
! provides the command-line interface for the compiler.  It calls the
! relevant compiler front-end program (e.g., 'f951' for Fortran) for each
! file in the source code, and then calls the assembler and linker as
! appropriate to produce the compiled output.  In a copy of GCC which has
! been compiled with Fortran language support enabled, 'gcc' will
! recognize files with '.f', '.for', '.ftn', '.f90', '.f95', '.f03' and
! '.f08' extensions as Fortran source code, and compile it accordingly.  A
! 'gfortran' driver program is also provided, which is identical to 'gcc'
! except that it automatically links the Fortran runtime libraries into
! the compiled program.
  
!    Source files with '.f', '.for', '.fpp', '.ftn', '.F', '.FOR', '.FPP',
! and '.FTN' extensions are treated as fixed form.  Source files with
! '.f90', '.f95', '.f03', '.f08', '.F90', '.F95', '.F03' and '.F08'
! extensions are treated as free form.  The capitalized versions of either
! form are run through preprocessing.  Source files with the lower case
! '.fpp' extension are also run through preprocessing.
  
     This manual specifically documents the Fortran front end, which
! handles the programming language's syntax and semantics.  The aspects of
! GCC which relate to the optimization passes and the back-end code
  generation are documented in the GCC manual; see *note Introduction:
! (gcc)Top.  The two manuals together provide a complete reference for the
! GNU Fortran compiler.
  
  
  File: gfortran.info,  Node: Preprocessing and conditional compilation,  Next: GNU Fortran and G77,  Prev: GNU Fortran and GCC,  Up: Introduction
--- 195,230 ----
  GNU Fortran is a part of GCC, the "GNU Compiler Collection".  GCC
  consists of a collection of front ends for various languages, which
  translate the source code into a language-independent form called
! "GENERIC".  This is then processed by a common middle end which
! provides optimization, and then passed to one of a collection of back
! ends which generate code for different computer architectures and
! operating systems.
  
!    Functionally, this is implemented with a driver program (`gcc')
! which provides the command-line interface for the compiler.  It calls
! the relevant compiler front-end program (e.g., `f951' for Fortran) for
! each file in the source code, and then calls the assembler and linker
! as appropriate to produce the compiled output.  In a copy of GCC which
! has been compiled with Fortran language support enabled, `gcc' will
! recognize files with `.f', `.for', `.ftn', `.f90', `.f95', `.f03' and
! `.f08' extensions as Fortran source code, and compile it accordingly.
! A `gfortran' driver program is also provided, which is identical to
! `gcc' except that it automatically links the Fortran runtime libraries
! into the compiled program.
  
!    Source files with `.f', `.for', `.fpp', `.ftn', `.F', `.FOR',
! `.FPP', and `.FTN' extensions are treated as fixed form.  Source files
! with `.f90', `.f95', `.f03', `.f08', `.F90', `.F95', `.F03' and `.F08'
! extensions are treated as free form.  The capitalized versions of
! either form are run through preprocessing.  Source files with the lower
! case `.fpp' extension are also run through preprocessing.
  
     This manual specifically documents the Fortran front end, which
! handles the programming language's syntax and semantics.  The aspects
! of GCC which relate to the optimization passes and the back-end code
  generation are documented in the GCC manual; see *note Introduction:
! (gcc)Top.  The two manuals together provide a complete reference for
! the GNU Fortran compiler.
  
  
  File: gfortran.info,  Node: Preprocessing and conditional compilation,  Next: GNU Fortran and G77,  Prev: GNU Fortran and GCC,  Up: Introduction
*************** File: gfortran.info,  Node: Preprocessin
*** 234,262 ****
  
  Many Fortran compilers including GNU Fortran allow passing the source
  code through a C preprocessor (CPP; sometimes also called the Fortran
! preprocessor, FPP) to allow for conditional compilation.  In the case of
! GNU Fortran, this is the GNU C Preprocessor in the traditional mode.  On
! systems with case-preserving file names, the preprocessor is
! automatically invoked if the filename extension is '.F', '.FOR', '.FTN',
! '.fpp', '.FPP', '.F90', '.F95', '.F03' or '.F08'.  To manually invoke
! the preprocessor on any file, use '-cpp', to disable preprocessing on
! files where the preprocessor is run automatically, use '-nocpp'.
  
     If a preprocessed file includes another file with the Fortran
! 'INCLUDE' statement, the included file is not preprocessed.  To
  preprocess included files, use the equivalent preprocessor statement
! '#include'.
  
!    If GNU Fortran invokes the preprocessor, '__GFORTRAN__' is defined
! and '__GNUC__', '__GNUC_MINOR__' and '__GNUC_PATCHLEVEL__' can be used
! to determine the version of the compiler.  See *note Overview: (cpp)Top.
! for details.
  
     While CPP is the de-facto standard for preprocessing Fortran code,
  Part 3 of the Fortran 95 standard (ISO/IEC 1539-3:1998) defines
  Conditional Compilation, which is not widely used and not directly
  supported by the GNU Fortran compiler.  You can use the program coco to
! preprocess such files (<http://www.daniellnagle.com/coco.html>).
  
  
  File: gfortran.info,  Node: GNU Fortran and G77,  Next: Project Status,  Prev: Preprocessing and conditional compilation,  Up: Introduction
--- 234,263 ----
  
  Many Fortran compilers including GNU Fortran allow passing the source
  code through a C preprocessor (CPP; sometimes also called the Fortran
! preprocessor, FPP) to allow for conditional compilation.  In the case
! of GNU Fortran, this is the GNU C Preprocessor in the traditional mode.
! On systems with case-preserving file names, the preprocessor is
! automatically invoked if the filename extension is `.F', `.FOR',
! `.FTN', `.fpp', `.FPP', `.F90', `.F95', `.F03' or `.F08'.  To manually
! invoke the preprocessor on any file, use `-cpp', to disable
! preprocessing on files where the preprocessor is run automatically, use
! `-nocpp'.
  
     If a preprocessed file includes another file with the Fortran
! `INCLUDE' statement, the included file is not preprocessed.  To
  preprocess included files, use the equivalent preprocessor statement
! `#include'.
  
!    If GNU Fortran invokes the preprocessor, `__GFORTRAN__' is defined
! and `__GNUC__', `__GNUC_MINOR__' and `__GNUC_PATCHLEVEL__' can be used
! to determine the version of the compiler.  See *note Overview:
! (cpp)Top. for details.
  
     While CPP is the de-facto standard for preprocessing Fortran code,
  Part 3 of the Fortran 95 standard (ISO/IEC 1539-3:1998) defines
  Conditional Compilation, which is not widely used and not directly
  supported by the GNU Fortran compiler.  You can use the program coco to
! preprocess such files (`http://www.daniellnagle.com/coco.html').
  
  
  File: gfortran.info,  Node: GNU Fortran and G77,  Next: Project Status,  Prev: Preprocessing and conditional compilation,  Up: Introduction
*************** File: gfortran.info,  Node: GNU Fortran
*** 264,275 ****
  1.4 GNU Fortran and G77
  =======================
  
! The GNU Fortran compiler is the successor to 'g77', the Fortran 77 front
! end included in GCC prior to version 4.  It is an entirely new program
! that has been designed to provide Fortran 95 support and extensibility
! for future Fortran language standards, as well as providing backwards
! compatibility for Fortran 77 and nearly all of the GNU language
! extensions supported by 'g77'.
  
  
  File: gfortran.info,  Node: Project Status,  Next: Standards,  Prev: GNU Fortran and G77,  Up: Introduction
--- 265,276 ----
  1.4 GNU Fortran and G77
  =======================
  
! The GNU Fortran compiler is the successor to `g77', the Fortran 77
! front end included in GCC prior to version 4.  It is an entirely new
! program that has been designed to provide Fortran 95 support and
! extensibility for future Fortran language standards, as well as
! providing backwards compatibility for Fortran 77 and nearly all of the
! GNU language extensions supported by `g77'.
  
  
  File: gfortran.info,  Node: Project Status,  Next: Standards,  Prev: GNU Fortran and G77,  Up: Introduction
*************** File: gfortran.info,  Node: Project Stat
*** 277,292 ****
  1.5 Project Status
  ==================
  
!      As soon as 'gfortran' can parse all of the statements correctly, it
!      will be in the "larva" state.  When we generate code, the "puppa"
!      state.  When 'gfortran' is done, we'll see if it will be a
       beautiful butterfly, or just a big bug....
  
       -Andy Vaught, April 2000
  
     The start of the GNU Fortran 95 project was announced on the GCC
! homepage in March 18, 2000 (even though Andy had already been working on
! it for a while, of course).
  
     The GNU Fortran compiler is able to compile nearly all
  standard-compliant Fortran 95, Fortran 90, and Fortran 77 programs,
--- 278,293 ----
  1.5 Project Status
  ==================
  
!      As soon as `gfortran' can parse all of the statements correctly,
!      it will be in the "larva" state.  When we generate code, the
!      "puppa" state.  When `gfortran' is done, we'll see if it will be a
       beautiful butterfly, or just a big bug....
  
       -Andy Vaught, April 2000
  
     The start of the GNU Fortran 95 project was announced on the GCC
! homepage in March 18, 2000 (even though Andy had already been working
! on it for a while, of course).
  
     The GNU Fortran compiler is able to compile nearly all
  standard-compliant Fortran 95, Fortran 90, and Fortran 77 programs,
*************** used on real-world programs.  In particu
*** 295,303 ****
  include OpenMP, Cray-style pointers, some old vendor extensions, and
  several Fortran 2003 and Fortran 2008 features, including TR 15581.
  However, it is still under development and has a few remaining rough
! edges.  There also is initial support for OpenACC. Note that this is an
! experimental feature, incomplete, and subject to change in future
! versions of GCC. See <https://gcc.gnu.org/wiki/OpenACC> for more
  information.
  
     At present, the GNU Fortran compiler passes the NIST Fortran 77 Test
--- 296,304 ----
  include OpenMP, Cray-style pointers, some old vendor extensions, and
  several Fortran 2003 and Fortran 2008 features, including TR 15581.
  However, it is still under development and has a few remaining rough
! edges.  There also is initial support for OpenACC.  Note that this is
! an experimental feature, incomplete, and subject to change in future
! versions of GCC.  See `https://gcc.gnu.org/wiki/OpenACC' for more
  information.
  
     At present, the GNU Fortran compiler passes the NIST Fortran 77 Test
*************** compile a number of large real-world pro
*** 312,323 ****
  and HIRLAM weather forecasting code (http://hirlam.org/) and the Tonto
  quantum chemistry package
  (http://physical-chemistry.scb.uwa.edu.au/tonto/wiki/index.php/Main_Page);
! see <https://gcc.gnu.org/wiki/GfortranApps> for an extended list.
  
     Among other things, the GNU Fortran compiler is intended as a
  replacement for G77.  At this point, nearly all programs that could be
! compiled with G77 can be compiled with GNU Fortran, although there are a
! few minor known regressions.
  
     The primary work remaining to be done on GNU Fortran falls into three
  categories: bug fixing (primarily regarding the treatment of invalid
--- 313,324 ----
  and HIRLAM weather forecasting code (http://hirlam.org/) and the Tonto
  quantum chemistry package
  (http://physical-chemistry.scb.uwa.edu.au/tonto/wiki/index.php/Main_Page);
! see `https://gcc.gnu.org/wiki/GfortranApps' for an extended list.
  
     Among other things, the GNU Fortran compiler is intended as a
  replacement for G77.  At this point, nearly all programs that could be
! compiled with G77 can be compiled with GNU Fortran, although there are
! a few minor known regressions.
  
     The primary work remaining to be done on GNU Fortran falls into three
  categories: bug fixing (primarily regarding the treatment of invalid
*************** File: gfortran.info,  Node: Standards,
*** 336,362 ****
  
  * Varying Length Character Strings::
  
! The GNU Fortran compiler implements ISO/IEC 1539:1997 (Fortran 95).  As
! such, it can also compile essentially all standard-compliant Fortran 90
! and Fortran 77 programs.  It also supports the ISO/IEC TR-15581
  enhancements to allocatable arrays.
  
     GNU Fortran also have a partial support for ISO/IEC 1539-1:2004
  (Fortran 2003), ISO/IEC 1539-1:2010 (Fortran 2008), the Technical
! Specification 'Further Interoperability of Fortran with C' (ISO/IEC TS
  29113:2012).  Full support of those standards and future Fortran
! standards is planned.  The current status of the support is can be found
! in the *note Fortran 2003 status::, *note Fortran 2008 status::, *note
! TS 29113 status:: and *note TS 18508 status:: sections of the
  documentation.
  
     Additionally, the GNU Fortran compilers supports the OpenMP
  specification (version 4.0 and most of the features of the 4.5 version,
! <http://openmp.org/wp/openmp-specifications/>).  There also is initial
  support for the OpenACC specification (targeting version 2.0,
! <http://www.openacc.org/>).  Note that this is an experimental feature,
! incomplete, and subject to change in future versions of GCC. See
! <https://gcc.gnu.org/wiki/OpenACC> for more information.
  
  
  File: gfortran.info,  Node: Varying Length Character Strings,  Up: Standards
--- 337,363 ----
  
  * Varying Length Character Strings::
  
!    The GNU Fortran compiler implements ISO/IEC 1539:1997 (Fortran 95).
! As such, it can also compile essentially all standard-compliant Fortran
! 90 and Fortran 77 programs.   It also supports the ISO/IEC TR-15581
  enhancements to allocatable arrays.
  
     GNU Fortran also have a partial support for ISO/IEC 1539-1:2004
  (Fortran 2003), ISO/IEC 1539-1:2010 (Fortran 2008), the Technical
! Specification `Further Interoperability of Fortran with C' (ISO/IEC TS
  29113:2012).  Full support of those standards and future Fortran
! standards is planned.  The current status of the support is can be
! found in the *note Fortran 2003 status::, *note Fortran 2008 status::,
! *note TS 29113 status:: and *note TS 18508 status:: sections of the
  documentation.
  
     Additionally, the GNU Fortran compilers supports the OpenMP
  specification (version 4.0 and most of the features of the 4.5 version,
! `http://openmp.org/wp/openmp-specifications/').  There also is initial
  support for the OpenACC specification (targeting version 2.0,
! `http://www.openacc.org/').  Note that this is an experimental feature,
! incomplete, and subject to change in future versions of GCC.  See
! `https://gcc.gnu.org/wiki/OpenACC' for more information.
  
  
  File: gfortran.info,  Node: Varying Length Character Strings,  Up: Standards
*************** The Fortran 95 standard specifies in Par
*** 368,380 ****
  varying length character strings.  While GNU Fortran currently does not
  support such strings directly, there exist two Fortran implementations
  for them, which work with GNU Fortran.  They can be found at
! <http://www.fortran.com/iso_varying_string.f95> and at
! <ftp://ftp.nag.co.uk/sc22wg5/ISO_VARYING_STRING/>.
  
     Deferred-length character strings of Fortran 2003 supports part of
! the features of 'ISO_VARYING_STRING' and should be considered as
! replacement.  (Namely, allocatable or pointers of the type
! 'character(len=:)'.)
  
  
  File: gfortran.info,  Node: Invoking GNU Fortran,  Next: Runtime,  Prev: Introduction,  Up: Top
--- 369,381 ----
  varying length character strings.  While GNU Fortran currently does not
  support such strings directly, there exist two Fortran implementations
  for them, which work with GNU Fortran.  They can be found at
! `http://www.fortran.com/iso_varying_string.f95' and at
! `ftp://ftp.nag.co.uk/sc22wg5/ISO_VARYING_STRING/'.
  
     Deferred-length character strings of Fortran 2003 supports part of
! the features of `ISO_VARYING_STRING' and should be considered as
! replacement. (Namely, allocatable or pointers of the type
! `character(len=:)'.)
  
  
  File: gfortran.info,  Node: Invoking GNU Fortran,  Next: Runtime,  Prev: Introduction,  Up: Top
*************** File: gfortran.info,  Node: Invoking GNU
*** 382,406 ****
  2 GNU Fortran Command Options
  *****************************
  
! The 'gfortran' command supports all the options supported by the 'gcc'
  command.  Only options specific to GNU Fortran are documented here.
  
     *Note GCC Command Options: (gcc)Invoking GCC, for information on the
! non-Fortran-specific aspects of the 'gcc' command (and, therefore, the
! 'gfortran' command).
  
!    All GCC and GNU Fortran options are accepted both by 'gfortran' and
! by 'gcc' (as well as any other drivers built at the same time, such as
! 'g++'), since adding GNU Fortran to the GCC distribution enables
  acceptance of GNU Fortran options by all of the relevant drivers.
  
!    In some cases, options have positive and negative forms; the negative
! form of '-ffoo' would be '-fno-foo'.  This manual documents only one of
! these two forms, whichever one is not the default.
  
  * Menu:
  
! * Option Summary::      Brief list of all 'gfortran' options,
                          without explanations.
  * Fortran Dialect Options::  Controlling the variant of Fortran language
                               compiled.
--- 383,407 ----
  2 GNU Fortran Command Options
  *****************************
  
! The `gfortran' command supports all the options supported by the `gcc'
  command.  Only options specific to GNU Fortran are documented here.
  
     *Note GCC Command Options: (gcc)Invoking GCC, for information on the
! non-Fortran-specific aspects of the `gcc' command (and, therefore, the
! `gfortran' command).
  
!    All GCC and GNU Fortran options are accepted both by `gfortran' and
! by `gcc' (as well as any other drivers built at the same time, such as
! `g++'), since adding GNU Fortran to the GCC distribution enables
  acceptance of GNU Fortran options by all of the relevant drivers.
  
!    In some cases, options have positive and negative forms; the
! negative form of `-ffoo' would be `-fno-foo'.  This manual documents
! only one of these two forms, whichever one is not the default.
  
  * Menu:
  
! * Option Summary::      Brief list of all `gfortran' options,
                          without explanations.
  * Fortran Dialect Options::  Controlling the variant of Fortran language
                               compiled.
*************** these two forms, whichever one is not th
*** 412,418 ****
  * Runtime Options::     Influencing runtime behavior
  * Code Gen Options::    Specifying conventions for function calls, data layout
                          and register usage.
! * Environment Variables:: Environment variables that affect 'gfortran'.
  
  
  File: gfortran.info,  Node: Option Summary,  Next: Fortran Dialect Options,  Up: Invoking GNU Fortran
--- 413,419 ----
  * Runtime Options::     Influencing runtime behavior
  * Code Gen Options::    Specifying conventions for function calls, data layout
                          and register usage.
! * Environment Variables:: Environment variables that affect `gfortran'.
  
  
  File: gfortran.info,  Node: Option Summary,  Next: Fortran Dialect Options,  Up: Invoking GNU Fortran
*************** File: gfortran.info,  Node: Option Summa
*** 420,427 ****
  2.1 Option summary
  ==================
  
! Here is a summary of all the options specific to GNU Fortran, grouped by
! type.  Explanations are in the following sections.
  
  _Fortran Language Options_
       *Note Options controlling Fortran dialect: Fortran Dialect Options.
--- 421,428 ----
  2.1 Option summary
  ==================
  
! Here is a summary of all the options specific to GNU Fortran, grouped
! by type.  Explanations are in the following sections.
  
  _Fortran Language Options_
       *Note Options controlling Fortran dialect: Fortran Dialect Options.
*************** _Fortran Language Options_
*** 437,443 ****
            -freal-8-real-10 -freal-8-real-16 -freal-8-real-4 -std=STD
            -ftest-forall-temp
  
- 
  _Preprocessing Options_
       *Note Enable and customize preprocessing: Preprocessing Options.
            -A-QUESTION[=ANSWER]
--- 438,443 ----
*************** _Preprocessing Options_
*** 449,458 ****
            -nostdinc
            -undef
  
- 
  _Error and Warning Options_
!      *Note Options to request or suppress errors and warnings: Error and
!      Warning Options.
            -Waliasing -Wall -Wampersand -Wargument-mismatch -Warray-bounds
            -Wc-binding-type -Wcharacter-truncation
            -Wconversion -Wfunction-elimination -Wimplicit-interface
--- 449,457 ----
            -nostdinc
            -undef
  
  _Error and Warning Options_
!      *Note Options to request or suppress errors and warnings: Error
!      and Warning Options.
            -Waliasing -Wall -Wampersand -Wargument-mismatch -Warray-bounds
            -Wc-binding-type -Wcharacter-truncation
            -Wconversion -Wfunction-elimination -Wimplicit-interface
*************** _Error and Warning Options_
*** 461,474 ****
            -Wsurprising -Wunderflow -Wunused-parameter -Wrealloc-lhs -Wrealloc-lhs-all
            -Wtarget-lifetime -fmax-errors=N -fsyntax-only -pedantic -pedantic-errors
  
- 
  _Debugging Options_
       *Note Options for debugging your program or GNU Fortran: Debugging
       Options.
            -fbacktrace -fdump-fortran-optimized -fdump-fortran-original
            -fdump-parse-tree -ffpe-trap=LIST -ffpe-summary=LIST
  
- 
  _Directory Options_
       *Note Options for directory search: Directory Options.
            -IDIR  -JDIR -fintrinsic-modules-path DIR
--- 460,471 ----
*************** _Runtime Options_
*** 482,488 ****
            -fconvert=CONVERSION -fmax-subrecord-length=LENGTH
            -frecord-marker=LENGTH -fsign-zero
  
- 
  _Code Generation Options_
       *Note Options for code generation conventions: Code Gen Options.
            -faggressive-function-elimination -fblas-matmul-limit=N
--- 479,484 ----
*************** File: gfortran.info,  Node: Fortran Dial
*** 511,889 ****
  The following options control the details of the Fortran dialect
  accepted by the compiler:
  
! '-ffree-form'
! '-ffixed-form'
       Specify the layout used by the source file.  The free form layout
       was introduced in Fortran 90.  Fixed form was traditionally used in
       older Fortran programs.  When neither option is specified, the
       source form is determined by the file extension.
  
! '-fall-intrinsics'
       This option causes all intrinsic procedures (including the
       GNU-specific extensions) to be accepted.  This can be useful with
!      '-std=f95' to force standard-compliance but get access to the full
!      range of intrinsics available with 'gfortran'.  As a consequence,
!      '-Wintrinsics-std' will be ignored and no user-defined procedure
       with the same name as any intrinsic will be called except when it
!      is explicitly declared 'EXTERNAL'.
  
! '-fd-lines-as-code'
! '-fd-lines-as-comments'
!      Enable special treatment for lines beginning with 'd' or 'D' in
!      fixed form sources.  If the '-fd-lines-as-code' option is given
       they are treated as if the first column contained a blank.  If the
!      '-fd-lines-as-comments' option is given, they are treated as
       comment lines.
  
! '-fdec'
!      DEC compatibility mode.  Enables extensions and other features that
!      mimic the default behavior of older compilers (such as DEC). These
!      features are non-standard and should be avoided at all costs.  For
!      details on GNU Fortran's implementation of these extensions see the
!      full documentation.
  
!      Other flags enabled by this switch are: '-fdollar-ok'
!      '-fcray-pointer' '-fdec-structure' '-fdec-intrinsic-ints'
!      '-fdec-static' '-fdec-math'
  
!      If '-fd-lines-as-code'/'-fd-lines-as-comments' are unset, then
!      '-fdec' also sets '-fd-lines-as-comments'.
  
! '-fdec-structure'
!      Enable DEC 'STRUCTURE' and 'RECORD' as well as 'UNION', 'MAP', and
!      dot ('.')  as a member separator (in addition to '%').  This is
!      provided for compatibility only; Fortran 90 derived types should be
!      used instead where possible.
  
! '-fdec-intrinsic-ints'
       Enable B/I/J/K kind variants of existing integer functions (e.g.
!      BIAND, IIAND, JIAND, etc...).  For a complete list of intrinsics
       see the full documentation.
  
! '-fdec-math'
       Enable legacy math intrinsics such as COTAN and degree-valued
!      trigonometric functions (e.g.  TAND, ATAND, etc...)  for
       compatability with older code.
  
! '-fdec-static'
       Enable DEC-style STATIC and AUTOMATIC attributes to explicitly
       specify the storage of variables and other objects.
  
! '-fdollar-ok'
!      Allow '$' as a valid non-first character in a symbol name.  Symbols
!      that start with '$' are rejected since it is unclear which rules to
       apply to implicit typing as different vendors implement different
!      rules.  Using '$' in 'IMPLICIT' statements is also rejected.
  
! '-fbackslash'
       Change the interpretation of backslashes in string literals from a
!      single backslash character to "C-style" escape characters.  The
!      following combinations are expanded '\a', '\b', '\f', '\n', '\r',
!      '\t', '\v', '\\', and '\0' to the ASCII characters alert,
       backspace, form feed, newline, carriage return, horizontal tab,
       vertical tab, backslash, and NUL, respectively.  Additionally,
!      '\x'NN, '\u'NNNN and '\U'NNNNNNNN (where each N is a hexadecimal
       digit) are translated into the Unicode characters corresponding to
!      the specified code points.  All other combinations of a character
       preceded by \ are unexpanded.
  
! '-fmodule-private'
!      Set the default accessibility of module entities to 'PRIVATE'.
       Use-associated entities will not be accessible unless they are
!      explicitly declared as 'PUBLIC'.
  
! '-ffixed-line-length-N'
       Set column after which characters are ignored in typical fixed-form
       lines in the source file, and through which spaces are assumed (as
       if padded to that length) after the ends of short fixed-form lines.
  
       Popular values for N include 72 (the standard and the default), 80
       (card image), and 132 (corresponding to "extended-source" options
!      in some popular compilers).  N may also be 'none', meaning that the
!      entire line is meaningful and that continued character constants
!      never have implicit spaces appended to them to fill out the line.
!      '-ffixed-line-length-0' means the same thing as
!      '-ffixed-line-length-none'.
  
! '-ffree-line-length-N'
       Set column after which characters are ignored in typical free-form
!      lines in the source file.  The default value is 132.  N may be
!      'none', meaning that the entire line is meaningful.
!      '-ffree-line-length-0' means the same thing as
!      '-ffree-line-length-none'.
  
! '-fmax-identifier-length=N'
!      Specify the maximum allowed identifier length.  Typical values are
       31 (Fortran 95) and 63 (Fortran 2003 and Fortran 2008).
  
! '-fimplicit-none'
       Specify that no implicit typing is allowed, unless overridden by
!      explicit 'IMPLICIT' statements.  This is the equivalent of adding
!      'implicit none' to the start of every procedure.
  
! '-fcray-pointer'
       Enable the Cray pointer extension, which provides C-like pointer
       functionality.
  
! '-fopenacc'
!      Enable the OpenACC extensions.  This includes OpenACC '!$acc'
!      directives in free form and 'c$acc', '*$acc' and '!$acc' directives
!      in fixed form, '!$' conditional compilation sentinels in free form
!      and 'c$', '*$' and '!$' sentinels in fixed form, and when linking
!      arranges for the OpenACC runtime library to be linked in.
  
       Note that this is an experimental feature, incomplete, and subject
!      to change in future versions of GCC. See
!      <https://gcc.gnu.org/wiki/OpenACC> for more information.
  
! '-fopenmp'
!      Enable the OpenMP extensions.  This includes OpenMP '!$omp'
!      directives in free form and 'c$omp', '*$omp' and '!$omp' directives
!      in fixed form, '!$' conditional compilation sentinels in free form
!      and 'c$', '*$' and '!$' sentinels in fixed form, and when linking
!      arranges for the OpenMP runtime library to be linked in.  The
!      option '-fopenmp' implies '-frecursive'.
  
! '-fno-range-check'
       Disable range checking on results of simplification of constant
       expressions during compilation.  For example, GNU Fortran will give
!      an error at compile time when simplifying 'a = 1. / 0'.  With this
!      option, no error will be given and 'a' will be assigned the value
!      '+Infinity'.  If an expression evaluates to a value outside of the
!      relevant range of ['-HUGE()':'HUGE()'], then the expression will be
!      replaced by '-Inf' or '+Inf' as appropriate.  Similarly, 'DATA
!      i/Z'FFFFFFFF'/' will result in an integer overflow on most systems,
!      but with '-fno-range-check' the value will "wrap around" and 'i'
!      will be initialized to -1 instead.
  
! '-fdefault-integer-8'
       Set the default integer and logical types to an 8 byte wide type.
!      This option also affects the kind of integer constants like '42'.
!      Unlike '-finteger-4-integer-8', it does not promote variables with
       explicit kind declaration.
  
! '-fdefault-real-8'
!      Set the default real type to an 8 byte wide type.  This option also
!      affects the kind of non-double real constants like '1.0', and does
!      promote the default width of 'DOUBLE PRECISION' to 16 bytes if
!      possible, unless '-fdefault-double-8' is given, too.  Unlike
!      '-freal-4-real-8', it does not promote variables with explicit kind
!      declaration.
  
! '-fdefault-double-8'
!      Set the 'DOUBLE PRECISION' type to an 8 byte wide type.  Do nothing
!      if this is already the default.  If '-fdefault-real-8' is given,
!      'DOUBLE PRECISION' would instead be promoted to 16 bytes if
!      possible, and '-fdefault-double-8' can be used to prevent this.
!      The kind of real constants like '1.d0' will not be changed by
!      '-fdefault-real-8' though, so also '-fdefault-double-8' does not
       affect it.
  
! '-finteger-4-integer-8'
!      Promote all 'INTEGER(KIND=4)' entities to an 'INTEGER(KIND=8)'
!      entities.  If 'KIND=8' is unavailable, then an error will be
       issued.  This option should be used with care and may not be
       suitable for your codes.  Areas of possible concern include calls
!      to external procedures, alignment in 'EQUIVALENCE' and/or 'COMMON',
!      generic interfaces, BOZ literal constant conversion, and I/O.
!      Inspection of the intermediate representation of the translated
!      Fortran code, produced by '-fdump-tree-original', is suggested.
  
! '-freal-4-real-8'
! '-freal-4-real-10'
! '-freal-4-real-16'
! '-freal-8-real-4'
! '-freal-8-real-10'
! '-freal-8-real-16'
!      Promote all 'REAL(KIND=M)' entities to 'REAL(KIND=N)' entities.  If
!      'REAL(KIND=N)' is unavailable, then an error will be issued.  All
!      other real kind types are unaffected by this option.  These options
!      should be used with care and may not be suitable for your codes.
!      Areas of possible concern include calls to external procedures,
!      alignment in 'EQUIVALENCE' and/or 'COMMON', generic interfaces, BOZ
!      literal constant conversion, and I/O. Inspection of the
!      intermediate representation of the translated Fortran code,
!      produced by '-fdump-tree-original', is suggested.
  
! '-std=STD'
       Specify the standard to which the program is expected to conform,
!      which may be one of 'f95', 'f2003', 'f2008', 'gnu', or 'legacy'.
!      The default value for STD is 'gnu', which specifies a superset of
       the Fortran 95 standard that includes all of the extensions
       supported by GNU Fortran, although warnings will be given for
       obsolete extensions not recommended for use in new code.  The
!      'legacy' value is equivalent but without the warnings for obsolete
       extensions, and may be useful for old non-standard programs.  The
!      'f95', 'f2003' and 'f2008' values specify strict conformance to the
!      Fortran 95, Fortran 2003 and Fortran 2008 standards, respectively;
!      errors are given for all extensions beyond the relevant language
!      standard, and warnings are given for the Fortran 77 features that
!      are permitted but obsolescent in later standards.  '-std=f2008ts'
!      allows the Fortran 2008 standard including the additions of the
!      Technical Specification (TS) 29113 on Further Interoperability of
!      Fortran with C and TS 18508 on Additional Parallel Features in
!      Fortran.
  
! '-ftest-forall-temp'
       Enhance test coverage by forcing most forall assignments to use
       temporary.
  
  
  File: gfortran.info,  Node: Preprocessing Options,  Next: Error and Warning Options,  Prev: Fortran Dialect Options,  Up: Invoking GNU Fortran
  
  2.3 Enable and customize preprocessing
  ======================================
  
! Preprocessor related options.  See section *note Preprocessing and
! conditional compilation:: for more detailed information on preprocessing
! in 'gfortran'.
  
! '-cpp'
! '-nocpp'
!      Enable preprocessing.  The preprocessor is automatically invoked if
!      the file extension is '.fpp', '.FPP', '.F', '.FOR', '.FTN', '.F90',
!      '.F95', '.F03' or '.F08'.  Use this option to manually enable
!      preprocessing of any kind of Fortran file.
  
       To disable preprocessing of files with any of the above listed
!      extensions, use the negative form: '-nocpp'.
  
!      The preprocessor is run in traditional mode.  Any restrictions of
       the file-format, especially the limits on line length, apply for
       preprocessed output as well, so it might be advisable to use the
!      '-ffree-line-length-none' or '-ffixed-line-length-none' options.
  
! '-dM'
!      Instead of the normal output, generate a list of ''#define''
       directives for all the macros defined during the execution of the
!      preprocessor, including predefined macros.  This gives you a way of
       finding out what is predefined in your version of the preprocessor.
!      Assuming you have no file 'foo.f90', the command
              touch foo.f90; gfortran -cpp -E -dM foo.f90
       will show all the predefined macros.
  
! '-dD'
!      Like '-dM' except in two respects: it does not include the
!      predefined macros, and it outputs both the '#define' directives and
!      the result of preprocessing.  Both kinds of output go to the
       standard output file.
  
! '-dN'
!      Like '-dD', but emit only the macro names, not their expansions.
  
! '-dU'
!      Like 'dD' except that only macros that are expanded, or whose
       definedness is tested in preprocessor directives, are output; the
       output is delayed until the use or test of the macro; and
!      ''#undef'' directives are also output for macros tested but
       undefined at the time.
  
! '-dI'
!      Output ''#include'' directives in addition to the result of
       preprocessing.
  
! '-fworking-directory'
       Enable generation of linemarkers in the preprocessor output that
       will let the compiler know the current working directory at the
!      time of preprocessing.  When this option is enabled, the
       preprocessor will emit, after the initial linemarker, a second
       linemarker with the current working directory followed by two
!      slashes.  GCC will use this directory, when it is present in the
!      preprocessed input, as the directory emitted as the current working
!      directory in some debugging information formats.  This option is
!      implicitly enabled if debugging information is enabled, but this
!      can be inhibited with the negated form '-fno-working-directory'.
!      If the '-P' flag is present in the command line, this option has no
!      effect, since no '#line' directives are emitted whatsoever.
  
! '-idirafter DIR'
       Search DIR for include files, but do it after all directories
!      specified with '-I' and the standard system directories have been
!      exhausted.  DIR is treated as a system include directory.  If dir
!      begins with '=', then the '=' will be replaced by the sysroot
!      prefix; see '--sysroot' and '-isysroot'.
  
! '-imultilib DIR'
       Use DIR as a subdirectory of the directory containing
       target-specific C++ headers.
  
! '-iprefix PREFIX'
!      Specify PREFIX as the prefix for subsequent '-iwithprefix' options.
!      If the PREFIX represents a directory, you should include the final
!      ''/''.
  
! '-isysroot DIR'
!      This option is like the '--sysroot' option, but applies only to
!      header files.  See the '--sysroot' option for more information.
  
! '-iquote DIR'
!      Search DIR only for header files requested with '#include "file"';
!      they are not searched for '#include <file>', before all directories
!      specified by '-I' and before the standard system directories.  If
!      DIR begins with '=', then the '=' will be replaced by the sysroot
!      prefix; see '--sysroot' and '-isysroot'.
  
! '-isystem DIR'
       Search DIR for header files, after all directories specified by
!      '-I' but before the standard system directories.  Mark it as a
       system directory, so that it gets the same special treatment as is
!      applied to the standard system directories.  If DIR begins with
!      '=', then the '=' will be replaced by the sysroot prefix; see
!      '--sysroot' and '-isysroot'.
  
! '-nostdinc'
       Do not search the standard system directories for header files.
!      Only the directories you have specified with '-I' options (and the
       directory of the current file, if appropriate) are searched.
  
! '-undef'
       Do not predefine any system-specific or GCC-specific macros.  The
       standard predefined macros remain defined.
  
! '-APREDICATE=ANSWER'
       Make an assertion with the predicate PREDICATE and answer ANSWER.
       This form is preferred to the older form -A predicate(answer),
       which is still supported, because it does not use shell special
       characters.
  
! '-A-PREDICATE=ANSWER'
       Cancel an assertion with the predicate PREDICATE and answer ANSWER.
  
! '-C'
!      Do not discard comments.  All comments are passed through to the
!      output file, except for comments in processed directives, which are
!      deleted along with the directive.
  
!      You should be prepared for side effects when using '-C'; it causes
       the preprocessor to treat comments as tokens in their own right.
       For example, comments appearing at the start of what would be a
       directive line have the effect of turning that line into an
       ordinary source line, since the first token on the line is no
!      longer a ''#''.
  
!      Warning: this currently handles C-Style comments only.  The
       preprocessor does not yet recognize Fortran-style comments.
  
! '-CC'
!      Do not discard comments, including during macro expansion.  This is
!      like '-C', except that comments contained within macros are also
       passed through to the output file where the macro is expanded.
  
!      In addition to the side-effects of the '-C' option, the '-CC'
!      option causes all C++-style comments inside a macro to be converted
!      to C-style comments.  This is to prevent later use of that macro
!      from inadvertently commenting out the remainder of the source line.
!      The '-CC' option is generally used to support lint comments.
  
!      Warning: this currently handles C- and C++-Style comments only.
!      The preprocessor does not yet recognize Fortran-style comments.
  
! '-DNAME'
!      Predefine name as a macro, with definition '1'.
  
! '-DNAME=DEFINITION'
       The contents of DEFINITION are tokenized and processed as if they
!      appeared during translation phase three in a ''#define'' directive.
       In particular, the definition will be truncated by embedded newline
       characters.
  
--- 507,890 ----
  The following options control the details of the Fortran dialect
  accepted by the compiler:
  
! `-ffree-form'
! `-ffixed-form'
       Specify the layout used by the source file.  The free form layout
       was introduced in Fortran 90.  Fixed form was traditionally used in
       older Fortran programs.  When neither option is specified, the
       source form is determined by the file extension.
  
! `-fall-intrinsics'
       This option causes all intrinsic procedures (including the
       GNU-specific extensions) to be accepted.  This can be useful with
!      `-std=f95' to force standard-compliance but get access to the full
!      range of intrinsics available with `gfortran'.  As a consequence,
!      `-Wintrinsics-std' will be ignored and no user-defined procedure
       with the same name as any intrinsic will be called except when it
!      is explicitly declared `EXTERNAL'.
  
! `-fd-lines-as-code'
! `-fd-lines-as-comments'
!      Enable special treatment for lines beginning with `d' or `D' in
!      fixed form sources.  If the `-fd-lines-as-code' option is given
       they are treated as if the first column contained a blank.  If the
!      `-fd-lines-as-comments' option is given, they are treated as
       comment lines.
  
! `-fdec'
!      DEC compatibility mode. Enables extensions and other features that
!      mimic the default behavior of older compilers (such as DEC).
!      These features are non-standard and should be avoided at all costs.
!      For details on GNU Fortran's implementation of these extensions
!      see the full documentation.
  
!      Other flags enabled by this switch are: `-fdollar-ok'
!      `-fcray-pointer' `-fdec-structure' `-fdec-intrinsic-ints'
!      `-fdec-static' `-fdec-math'
  
!      If `-fd-lines-as-code'/`-fd-lines-as-comments' are unset, then
!      `-fdec' also sets `-fd-lines-as-comments'.
  
! `-fdec-structure'
!      Enable DEC `STRUCTURE' and `RECORD' as well as `UNION', `MAP', and
!      dot ('.') as a member separator (in addition to '%'). This is
!      provided for compatibility only; Fortran 90 derived types should
!      be used instead where possible.
  
! `-fdec-intrinsic-ints'
       Enable B/I/J/K kind variants of existing integer functions (e.g.
!      BIAND, IIAND, JIAND, etc...). For a complete list of intrinsics
       see the full documentation.
  
! `-fdec-math'
       Enable legacy math intrinsics such as COTAN and degree-valued
!      trigonometric functions (e.g. TAND, ATAND, etc...) for
       compatability with older code.
  
! `-fdec-static'
       Enable DEC-style STATIC and AUTOMATIC attributes to explicitly
       specify the storage of variables and other objects.
  
! `-fdollar-ok'
!      Allow `$' as a valid non-first character in a symbol name. Symbols
!      that start with `$' are rejected since it is unclear which rules to
       apply to implicit typing as different vendors implement different
!      rules.  Using `$' in `IMPLICIT' statements is also rejected.
  
! `-fbackslash'
       Change the interpretation of backslashes in string literals from a
!      single backslash character to "C-style" escape characters. The
!      following combinations are expanded `\a', `\b', `\f', `\n', `\r',
!      `\t', `\v', `\\', and `\0' to the ASCII characters alert,
       backspace, form feed, newline, carriage return, horizontal tab,
       vertical tab, backslash, and NUL, respectively.  Additionally,
!      `\x'NN, `\u'NNNN and `\U'NNNNNNNN (where each N is a hexadecimal
       digit) are translated into the Unicode characters corresponding to
!      the specified code points. All other combinations of a character
       preceded by \ are unexpanded.
  
! `-fmodule-private'
!      Set the default accessibility of module entities to `PRIVATE'.
       Use-associated entities will not be accessible unless they are
!      explicitly declared as `PUBLIC'.
  
! `-ffixed-line-length-N'
       Set column after which characters are ignored in typical fixed-form
       lines in the source file, and through which spaces are assumed (as
       if padded to that length) after the ends of short fixed-form lines.
  
       Popular values for N include 72 (the standard and the default), 80
       (card image), and 132 (corresponding to "extended-source" options
!      in some popular compilers).  N may also be `none', meaning that
!      the entire line is meaningful and that continued character
!      constants never have implicit spaces appended to them to fill out
!      the line.  `-ffixed-line-length-0' means the same thing as
!      `-ffixed-line-length-none'.
  
! `-ffree-line-length-N'
       Set column after which characters are ignored in typical free-form
!      lines in the source file. The default value is 132.  N may be
!      `none', meaning that the entire line is meaningful.
!      `-ffree-line-length-0' means the same thing as
!      `-ffree-line-length-none'.
  
! `-fmax-identifier-length=N'
!      Specify the maximum allowed identifier length. Typical values are
       31 (Fortran 95) and 63 (Fortran 2003 and Fortran 2008).
  
! `-fimplicit-none'
       Specify that no implicit typing is allowed, unless overridden by
!      explicit `IMPLICIT' statements.  This is the equivalent of adding
!      `implicit none' to the start of every procedure.
  
! `-fcray-pointer'
       Enable the Cray pointer extension, which provides C-like pointer
       functionality.
  
! `-fopenacc'
!      Enable the OpenACC extensions.  This includes OpenACC `!$acc'
!      directives in free form and `c$acc', `*$acc' and `!$acc'
!      directives in fixed form, `!$' conditional compilation sentinels
!      in free form and `c$', `*$' and `!$' sentinels in fixed form, and
!      when linking arranges for the OpenACC runtime library to be linked
!      in.
  
       Note that this is an experimental feature, incomplete, and subject
!      to change in future versions of GCC.  See
!      `https://gcc.gnu.org/wiki/OpenACC' for more information.
  
! `-fopenmp'
!      Enable the OpenMP extensions.  This includes OpenMP `!$omp'
!      directives in free form and `c$omp', `*$omp' and `!$omp'
!      directives in fixed form, `!$' conditional compilation sentinels
!      in free form and `c$', `*$' and `!$' sentinels in fixed form, and
!      when linking arranges for the OpenMP runtime library to be linked
!      in.  The option `-fopenmp' implies `-frecursive'.
  
! `-fno-range-check'
       Disable range checking on results of simplification of constant
       expressions during compilation.  For example, GNU Fortran will give
!      an error at compile time when simplifying `a = 1. / 0'.  With this
!      option, no error will be given and `a' will be assigned the value
!      `+Infinity'.  If an expression evaluates to a value outside of the
!      relevant range of [`-HUGE()':`HUGE()'], then the expression will
!      be replaced by `-Inf' or `+Inf' as appropriate.  Similarly, `DATA
!      i/Z'FFFFFFFF'/' will result in an integer overflow on most
!      systems, but with `-fno-range-check' the value will "wrap around"
!      and `i' will be initialized to -1 instead.
  
! `-fdefault-integer-8'
       Set the default integer and logical types to an 8 byte wide type.
!      This option also affects the kind of integer constants like `42'.
!      Unlike `-finteger-4-integer-8', it does not promote variables with
       explicit kind declaration.
  
! `-fdefault-real-8'
!      Set the default real type to an 8 byte wide type. This option also
!      affects the kind of non-double real constants like `1.0', and does
!      promote the default width of `DOUBLE PRECISION' to 16 bytes if
!      possible, unless `-fdefault-double-8' is given, too. Unlike
!      `-freal-4-real-8', it does not promote variables with explicit
!      kind declaration.
  
! `-fdefault-double-8'
!      Set the `DOUBLE PRECISION' type to an 8 byte wide type.  Do
!      nothing if this is already the default.  If `-fdefault-real-8' is
!      given, `DOUBLE PRECISION' would instead be promoted to 16 bytes if
!      possible, and `-fdefault-double-8' can be used to prevent this.
!      The kind of real constants like `1.d0' will not be changed by
!      `-fdefault-real-8' though, so also `-fdefault-double-8' does not
       affect it.
  
! `-finteger-4-integer-8'
!      Promote all `INTEGER(KIND=4)' entities to an `INTEGER(KIND=8)'
!      entities.  If `KIND=8' is unavailable, then an error will be
       issued.  This option should be used with care and may not be
       suitable for your codes.  Areas of possible concern include calls
!      to external procedures, alignment in `EQUIVALENCE' and/or
!      `COMMON', generic interfaces, BOZ literal constant conversion, and
!      I/O.  Inspection of the intermediate representation of the
!      translated Fortran code, produced by `-fdump-tree-original', is
!      suggested.
  
! `-freal-4-real-8'
! `-freal-4-real-10'
! `-freal-4-real-16'
! `-freal-8-real-4'
! `-freal-8-real-10'
! `-freal-8-real-16'
!      Promote all `REAL(KIND=M)' entities to `REAL(KIND=N)' entities.
!      If `REAL(KIND=N)' is unavailable, then an error will be issued.
!      All other real kind types are unaffected by this option.  These
!      options should be used with care and may not be suitable for your
!      codes.  Areas of possible concern include calls to external
!      procedures, alignment in `EQUIVALENCE' and/or `COMMON', generic
!      interfaces, BOZ literal constant conversion, and I/O.  Inspection
!      of the intermediate representation of the translated Fortran code,
!      produced by `-fdump-tree-original', is suggested.
  
! `-std=STD'
       Specify the standard to which the program is expected to conform,
!      which may be one of `f95', `f2003', `f2008', `gnu', or `legacy'.
!      The default value for STD is `gnu', which specifies a superset of
       the Fortran 95 standard that includes all of the extensions
       supported by GNU Fortran, although warnings will be given for
       obsolete extensions not recommended for use in new code.  The
!      `legacy' value is equivalent but without the warnings for obsolete
       extensions, and may be useful for old non-standard programs.  The
!      `f95', `f2003' and `f2008' values specify strict conformance to
!      the Fortran 95, Fortran 2003 and Fortran 2008 standards,
!      respectively; errors are given for all extensions beyond the
!      relevant language standard, and warnings are given for the Fortran
!      77 features that are permitted but obsolescent in later standards.
!      `-std=f2008ts' allows the Fortran 2008 standard including the
!      additions of the Technical Specification (TS) 29113 on Further
!      Interoperability of Fortran with C and TS 18508 on Additional
!      Parallel Features in Fortran.
  
! `-ftest-forall-temp'
       Enhance test coverage by forcing most forall assignments to use
       temporary.
  
+ 
  
  File: gfortran.info,  Node: Preprocessing Options,  Next: Error and Warning Options,  Prev: Fortran Dialect Options,  Up: Invoking GNU Fortran
  
  2.3 Enable and customize preprocessing
  ======================================
  
! Preprocessor related options. See section *note Preprocessing and
! conditional compilation:: for more detailed information on
! preprocessing in `gfortran'.
  
! `-cpp'
! `-nocpp'
!      Enable preprocessing. The preprocessor is automatically invoked if
!      the file extension is `.fpp', `.FPP',  `.F', `.FOR', `.FTN',
!      `.F90', `.F95', `.F03' or `.F08'. Use this option to manually
!      enable preprocessing of any kind of Fortran file.
  
       To disable preprocessing of files with any of the above listed
!      extensions, use the negative form: `-nocpp'.
  
!      The preprocessor is run in traditional mode. Any restrictions of
       the file-format, especially the limits on line length, apply for
       preprocessed output as well, so it might be advisable to use the
!      `-ffree-line-length-none' or `-ffixed-line-length-none' options.
  
! `-dM'
!      Instead of the normal output, generate a list of `'#define''
       directives for all the macros defined during the execution of the
!      preprocessor, including predefined macros. This gives you a way of
       finding out what is predefined in your version of the preprocessor.
!      Assuming you have no file `foo.f90', the command
              touch foo.f90; gfortran -cpp -E -dM foo.f90
       will show all the predefined macros.
  
! `-dD'
!      Like `-dM' except in two respects: it does not include the
!      predefined macros, and it outputs both the `#define' directives
!      and the result of preprocessing. Both kinds of output go to the
       standard output file.
  
! `-dN'
!      Like `-dD', but emit only the macro names, not their expansions.
  
! `-dU'
!      Like `dD' except that only macros that are expanded, or whose
       definedness is tested in preprocessor directives, are output; the
       output is delayed until the use or test of the macro; and
!      `'#undef'' directives are also output for macros tested but
       undefined at the time.
  
! `-dI'
!      Output `'#include'' directives in addition to the result of
       preprocessing.
  
! `-fworking-directory'
       Enable generation of linemarkers in the preprocessor output that
       will let the compiler know the current working directory at the
!      time of preprocessing. When this option is enabled, the
       preprocessor will emit, after the initial linemarker, a second
       linemarker with the current working directory followed by two
!      slashes. GCC will use this directory, when it is present in the
!      preprocessed input, as the directory emitted as the current
!      working directory in some debugging information formats.  This
!      option is implicitly enabled if debugging information is enabled,
!      but this can be inhibited with the negated form
!      `-fno-working-directory'. If the `-P' flag is present in the
!      command line, this option has no effect, since no `#line'
!      directives are emitted whatsoever.
  
! `-idirafter DIR'
       Search DIR for include files, but do it after all directories
!      specified with `-I' and the standard system directories have been
!      exhausted. DIR is treated as a system include directory.  If dir
!      begins with `=', then the `=' will be replaced by the sysroot
!      prefix; see `--sysroot' and `-isysroot'.
  
! `-imultilib DIR'
       Use DIR as a subdirectory of the directory containing
       target-specific C++ headers.
  
! `-iprefix PREFIX'
!      Specify PREFIX as the prefix for subsequent `-iwithprefix'
!      options. If the PREFIX represents a directory, you should include
!      the final `'/''.
  
! `-isysroot DIR'
!      This option is like the `--sysroot' option, but applies only to
!      header files. See the `--sysroot' option for more information.
  
! `-iquote DIR'
!      Search DIR only for header files requested with `#include "file"';
!      they are not searched for `#include <file>', before all directories
!      specified by `-I' and before the standard system directories. If
!      DIR begins with `=', then the `=' will be replaced by the sysroot
!      prefix; see `--sysroot' and `-isysroot'.
  
! `-isystem DIR'
       Search DIR for header files, after all directories specified by
!      `-I' but before the standard system directories. Mark it as a
       system directory, so that it gets the same special treatment as is
!      applied to the standard system directories. If DIR begins with
!      `=', then the `=' will be replaced by the sysroot prefix; see
!      `--sysroot' and `-isysroot'.
  
! `-nostdinc'
       Do not search the standard system directories for header files.
!      Only the directories you have specified with `-I' options (and the
       directory of the current file, if appropriate) are searched.
  
! `-undef'
       Do not predefine any system-specific or GCC-specific macros.  The
       standard predefined macros remain defined.
  
! `-APREDICATE=ANSWER'
       Make an assertion with the predicate PREDICATE and answer ANSWER.
       This form is preferred to the older form -A predicate(answer),
       which is still supported, because it does not use shell special
       characters.
  
! `-A-PREDICATE=ANSWER'
       Cancel an assertion with the predicate PREDICATE and answer ANSWER.
  
! `-C'
!      Do not discard comments. All comments are passed through to the
!      output file, except for comments in processed directives, which
!      are deleted along with the directive.
  
!      You should be prepared for side effects when using `-C'; it causes
       the preprocessor to treat comments as tokens in their own right.
       For example, comments appearing at the start of what would be a
       directive line have the effect of turning that line into an
       ordinary source line, since the first token on the line is no
!      longer a `'#''.
  
!      Warning: this currently handles C-Style comments only. The
       preprocessor does not yet recognize Fortran-style comments.
  
! `-CC'
!      Do not discard comments, including during macro expansion. This is
!      like `-C', except that comments contained within macros are also
       passed through to the output file where the macro is expanded.
  
!      In addition to the side-effects of the `-C' option, the `-CC'
!      option causes all C++-style comments inside a macro to be
!      converted to C-style comments. This is to prevent later use of
!      that macro from inadvertently commenting out the remainder of the
!      source line. The `-CC' option is generally used to support lint
!      comments.
  
!      Warning: this currently handles C- and C++-Style comments only. The
!      preprocessor does not yet recognize Fortran-style comments.
  
! `-DNAME'
!      Predefine name as a macro, with definition `1'.
  
! `-DNAME=DEFINITION'
       The contents of DEFINITION are tokenized and processed as if they
!      appeared during translation phase three in a `'#define'' directive.
       In particular, the definition will be truncated by embedded newline
       characters.
  
*************** in 'gfortran'.
*** 893,920 ****
  
       If you wish to define a function-like macro on the command line,
       write its argument list with surrounding parentheses before the
!      equals sign (if any).  Parentheses are meaningful to most shells,
!      so you will need to quote the option.  With sh and csh,
!      '-D'name(args...)=definition'' works.
  
!      '-D' and '-U' options are processed in the order they are given on
!      the command line.  All -imacros file and -include file options are
       processed after all -D and -U options.
  
! '-H'
       Print the name of each header file used, in addition to other
!      normal activities.  Each name is indented to show how deep in the
!      ''#include'' stack it is.
  
! '-P'
       Inhibit generation of linemarkers in the output from the
       preprocessor.  This might be useful when running the preprocessor
       on something that is not C code, and will be sent to a program
       which might be confused by the linemarkers.
  
! '-UNAME'
       Cancel any previous definition of NAME, either built in or provided
!      with a '-D' option.
  
  
  File: gfortran.info,  Node: Error and Warning Options,  Next: Debugging Options,  Prev: Preprocessing Options,  Up: Invoking GNU Fortran
--- 894,921 ----
  
       If you wish to define a function-like macro on the command line,
       write its argument list with surrounding parentheses before the
!      equals sign (if any). Parentheses are meaningful to most shells,
!      so you will need to quote the option. With sh and csh,
!      `-D'name(args...)=definition'' works.
  
!      `-D' and `-U' options are processed in the order they are given on
!      the command line. All -imacros file and -include file options are
       processed after all -D and -U options.
  
! `-H'
       Print the name of each header file used, in addition to other
!      normal activities. Each name is indented to show how deep in the
!      `'#include'' stack it is.
  
! `-P'
       Inhibit generation of linemarkers in the output from the
       preprocessor.  This might be useful when running the preprocessor
       on something that is not C code, and will be sent to a program
       which might be confused by the linemarkers.
  
! `-UNAME'
       Cancel any previous definition of NAME, either built in or provided
!      with a `-D' option.
  
  
  File: gfortran.info,  Node: Error and Warning Options,  Next: Debugging Options,  Prev: Preprocessing Options,  Up: Invoking GNU Fortran
*************** to aid in debugging, but will not produc
*** 929,995 ****
  
     Warnings are diagnostic messages that report constructions which are
  not inherently erroneous but which are risky or suggest there is likely
! to be a bug in the program.  Unless '-Werror' is specified, they do not
  prevent compilation of the program.
  
!    You can request many specific warnings with options beginning '-W',
! for example '-Wimplicit' to request warnings on implicit declarations.
  Each of these specific warning options also has a negative form
! beginning '-Wno-' to turn off warnings; for example, '-Wno-implicit'.
  This manual lists only one of the two forms, whichever is not the
  default.
  
     These options control the amount and kinds of errors and warnings
  produced by GNU Fortran:
  
! '-fmax-errors=N'
       Limits the maximum number of error messages to N, at which point
!      GNU Fortran bails out rather than attempting to continue processing
!      the source code.  If N is 0, there is no limit on the number of
!      error messages produced.
  
! '-fsyntax-only'
       Check the code for syntax errors, but do not actually compile it.
       This will generate module files for each module present in the
       code, but no other output file.
  
! '-Wpedantic'
! '-pedantic'
!      Issue warnings for uses of extensions to Fortran 95.  '-pedantic'
       also applies to C-language constructs where they occur in GNU
!      Fortran source files, such as use of '\e' in a character constant
!      within a directive like '#include'.
  
       Valid Fortran 95 programs should compile properly with or without
       this option.  However, without this option, certain GNU extensions
       and traditional Fortran features are supported as well.  With this
       option, many of them are rejected.
  
!      Some users try to use '-pedantic' to check programs for
       conformance.  They soon find that it does not do quite what they
       want--it finds some nonstandard practices, but not all.  However,
       improvements to GNU Fortran in this area are welcome.
  
!      This should be used in conjunction with '-std=f95', '-std=f2003' or
!      '-std=f2008'.
  
! '-pedantic-errors'
!      Like '-pedantic', except that errors are produced rather than
       warnings.
  
! '-Wall'
       Enables commonly used warning options pertaining to usage that we
       recommend avoiding and that we believe are easy to avoid.  This
!      currently includes '-Waliasing', '-Wampersand', '-Wconversion',
!      '-Wsurprising', '-Wc-binding-type', '-Wintrinsics-std', '-Wtabs',
!      '-Wintrinsic-shadow', '-Wline-truncation', '-Wtarget-lifetime',
!      '-Winteger-division', '-Wreal-q-constant', '-Wunused' and
!      '-Wundefined-do-loop'.
  
! '-Waliasing'
!      Warn about possible aliasing of dummy arguments.  Specifically, it
       warns if the same actual argument is associated with a dummy
!      argument with 'INTENT(IN)' and a dummy argument with 'INTENT(OUT)'
       in a call with an explicit interface.
  
       The following example will trigger the warning.
--- 930,996 ----
  
     Warnings are diagnostic messages that report constructions which are
  not inherently erroneous but which are risky or suggest there is likely
! to be a bug in the program.  Unless `-Werror' is specified, they do not
  prevent compilation of the program.
  
!    You can request many specific warnings with options beginning `-W',
! for example `-Wimplicit' to request warnings on implicit declarations.
  Each of these specific warning options also has a negative form
! beginning `-Wno-' to turn off warnings; for example, `-Wno-implicit'.
  This manual lists only one of the two forms, whichever is not the
  default.
  
     These options control the amount and kinds of errors and warnings
  produced by GNU Fortran:
  
! `-fmax-errors=N'
       Limits the maximum number of error messages to N, at which point
!      GNU Fortran bails out rather than attempting to continue
!      processing the source code.  If N is 0, there is no limit on the
!      number of error messages produced.
  
! `-fsyntax-only'
       Check the code for syntax errors, but do not actually compile it.
       This will generate module files for each module present in the
       code, but no other output file.
  
! `-Wpedantic'
! `-pedantic'
!      Issue warnings for uses of extensions to Fortran 95.  `-pedantic'
       also applies to C-language constructs where they occur in GNU
!      Fortran source files, such as use of `\e' in a character constant
!      within a directive like `#include'.
  
       Valid Fortran 95 programs should compile properly with or without
       this option.  However, without this option, certain GNU extensions
       and traditional Fortran features are supported as well.  With this
       option, many of them are rejected.
  
!      Some users try to use `-pedantic' to check programs for
       conformance.  They soon find that it does not do quite what they
       want--it finds some nonstandard practices, but not all.  However,
       improvements to GNU Fortran in this area are welcome.
  
!      This should be used in conjunction with `-std=f95', `-std=f2003'
!      or `-std=f2008'.
  
! `-pedantic-errors'
!      Like `-pedantic', except that errors are produced rather than
       warnings.
  
! `-Wall'
       Enables commonly used warning options pertaining to usage that we
       recommend avoiding and that we believe are easy to avoid.  This
!      currently includes `-Waliasing', `-Wampersand', `-Wconversion',
!      `-Wsurprising', `-Wc-binding-type', `-Wintrinsics-std', `-Wtabs',
!      `-Wintrinsic-shadow', `-Wline-truncation', `-Wtarget-lifetime',
!      `-Winteger-division', `-Wreal-q-constant', `-Wunused' and
!      `-Wundefined-do-loop'.
  
! `-Waliasing'
!      Warn about possible aliasing of dummy arguments. Specifically, it
       warns if the same actual argument is associated with a dummy
!      argument with `INTENT(IN)' and a dummy argument with `INTENT(OUT)'
       in a call with an explicit interface.
  
       The following example will trigger the warning.
*************** produced by GNU Fortran:
*** 1003,1081 ****
  
              call bar(a,a)
  
! '-Wampersand'
!      Warn about missing ampersand in continued character constants.  The
!      warning is given with '-Wampersand', '-pedantic', '-std=f95',
!      '-std=f2003' and '-std=f2008'.  Note: With no ampersand given in a
       continued character constant, GNU Fortran assumes continuation at
       the first non-comment, non-whitespace character after the ampersand
       that initiated the continuation.
  
! '-Wargument-mismatch'
       Warn about type, rank, and other mismatches between formal
       parameters and actual arguments to functions and subroutines.
       These warnings are recommended and thus enabled by default.
  
! '-Warray-temporaries'
       Warn about array temporaries generated by the compiler.  The
       information generated by this warning is sometimes useful in
       optimization, in order to avoid such temporaries.
  
! '-Wc-binding-type'
       Warn if the a variable might not be C interoperable.  In
       particular, warn if the variable has been declared using an
       intrinsic type with default kind instead of using a kind parameter
!      defined for C interoperability in the intrinsic 'ISO_C_Binding'
!      module.  This option is implied by '-Wall'.
  
! '-Wcharacter-truncation'
       Warn when a character assignment will truncate the assigned string.
  
! '-Wline-truncation'
       Warn when a source code line will be truncated.  This option is
!      implied by '-Wall'.  For free-form source code, the default is
!      '-Werror=line-truncation' such that truncations are reported as
       error.
  
! '-Wconversion'
!      Warn about implicit conversions that are likely to change the value
!      of the expression after conversion.  Implied by '-Wall'.
  
! '-Wconversion-extra'
       Warn about implicit conversions between different types and kinds.
!      This option does _not_ imply '-Wconversion'.
  
! '-Wextra'
       Enables some warning options for usages of language features which
!      may be problematic.  This currently includes '-Wcompare-reals' and
!      '-Wunused-parameter'.
  
! '-Wimplicit-interface'
       Warn if a procedure is called without an explicit interface.  Note
       this only checks that an explicit interface is present.  It does
       not check that the declared interfaces are consistent across
       program units.
  
! '-Wimplicit-procedure'
       Warn if a procedure is called that has neither an explicit
!      interface nor has been declared as 'EXTERNAL'.
  
! '-Winteger-division'
       Warn if a constant integer division truncates it result.  As an
       example, 3/5 evaluates to 0.
  
! '-Wintrinsics-std'
!      Warn if 'gfortran' finds a procedure named like an intrinsic not
!      available in the currently selected standard (with '-std') and
!      treats it as 'EXTERNAL' procedure because of this.
!      '-fall-intrinsics' can be used to never trigger this behavior and
       always link to the intrinsic regardless of the selected standard.
  
! '-Wreal-q-constant'
!      Produce a warning if a real-literal-constant contains a 'q'
       exponent-letter.
  
! '-Wsurprising'
       Produce a warning when "suspicious" code constructs are
       encountered.  While technically legal these usually indicate that
       an error has been made.
--- 1004,1082 ----
  
              call bar(a,a)
  
! `-Wampersand'
!      Warn about missing ampersand in continued character constants. The
!      warning is given with `-Wampersand', `-pedantic', `-std=f95',
!      `-std=f2003' and `-std=f2008'. Note: With no ampersand given in a
       continued character constant, GNU Fortran assumes continuation at
       the first non-comment, non-whitespace character after the ampersand
       that initiated the continuation.
  
! `-Wargument-mismatch'
       Warn about type, rank, and other mismatches between formal
       parameters and actual arguments to functions and subroutines.
       These warnings are recommended and thus enabled by default.
  
! `-Warray-temporaries'
       Warn about array temporaries generated by the compiler.  The
       information generated by this warning is sometimes useful in
       optimization, in order to avoid such temporaries.
  
! `-Wc-binding-type'
       Warn if the a variable might not be C interoperable.  In
       particular, warn if the variable has been declared using an
       intrinsic type with default kind instead of using a kind parameter
!      defined for C interoperability in the intrinsic `ISO_C_Binding'
!      module.  This option is implied by `-Wall'.
  
! `-Wcharacter-truncation'
       Warn when a character assignment will truncate the assigned string.
  
! `-Wline-truncation'
       Warn when a source code line will be truncated.  This option is
!      implied by `-Wall'.  For free-form source code, the default is
!      `-Werror=line-truncation' such that truncations are reported as
       error.
  
! `-Wconversion'
!      Warn about implicit conversions that are likely to change the
!      value of the expression after conversion. Implied by `-Wall'.
  
! `-Wconversion-extra'
       Warn about implicit conversions between different types and kinds.
!      This option does _not_ imply `-Wconversion'.
  
! `-Wextra'
       Enables some warning options for usages of language features which
!      may be problematic. This currently includes `-Wcompare-reals' and
!      `-Wunused-parameter'.
  
! `-Wimplicit-interface'
       Warn if a procedure is called without an explicit interface.  Note
       this only checks that an explicit interface is present.  It does
       not check that the declared interfaces are consistent across
       program units.
  
! `-Wimplicit-procedure'
       Warn if a procedure is called that has neither an explicit
!      interface nor has been declared as `EXTERNAL'.
  
! `-Winteger-division'
       Warn if a constant integer division truncates it result.  As an
       example, 3/5 evaluates to 0.
  
! `-Wintrinsics-std'
!      Warn if `gfortran' finds a procedure named like an intrinsic not
!      available in the currently selected standard (with `-std') and
!      treats it as `EXTERNAL' procedure because of this.
!      `-fall-intrinsics' can be used to never trigger this behavior and
       always link to the intrinsic regardless of the selected standard.
  
! `-Wreal-q-constant'
!      Produce a warning if a real-literal-constant contains a `q'
       exponent-letter.
  
! `-Wsurprising'
       Produce a warning when "suspicious" code constructs are
       encountered.  While technically legal these usually indicate that
       an error has been made.
*************** produced by GNU Fortran:
*** 1092,1187 ****
            destination.
  
          * The type of a function result is declared more than once with
!           the same type.  If '-pedantic' or standard-conforming mode is
            enabled, this is an error.
  
!         * A 'CHARACTER' variable is declared with negative length.
  
! '-Wtabs'
       By default, tabs are accepted as whitespace, but tabs are not
       members of the Fortran Character Set.  For continuation lines, a
!      tab followed by a digit between 1 and 9 is supported.  '-Wtabs'
!      will cause a warning to be issued if a tab is encountered.  Note,
!      '-Wtabs' is active for '-pedantic', '-std=f95', '-std=f2003',
!      '-std=f2008', '-std=f2008ts' and '-Wall'.
  
! '-Wundefined-do-loop'
       Warn if a DO loop with step either 1 or -1 yields an underflow or
       an overflow during iteration of an induction variable of the loop.
!      This option is implied by '-Wall'.
  
! '-Wunderflow'
       Produce a warning when numerical constant expressions are
!      encountered, which yield an UNDERFLOW during compilation.  Enabled
       by default.
  
! '-Wintrinsic-shadow'
       Warn if a user-defined procedure or module procedure has the same
       name as an intrinsic; in this case, an explicit interface or
!      'EXTERNAL' or 'INTRINSIC' declaration might be needed to get calls
       later resolved to the desired intrinsic/procedure.  This option is
!      implied by '-Wall'.
  
! '-Wuse-without-only'
!      Warn if a 'USE' statement has no 'ONLY' qualifier and thus
       implicitly imports all public entities of the used module.
  
! '-Wunused-dummy-argument'
!      Warn about unused dummy arguments.  This option is implied by
!      '-Wall'.
  
! '-Wunused-parameter'
!      Contrary to 'gcc''s meaning of '-Wunused-parameter', 'gfortran''s
       implementation of this option does not warn about unused dummy
!      arguments (see '-Wunused-dummy-argument'), but about unused
!      'PARAMETER' values.  '-Wunused-parameter' is implied by '-Wextra'
!      if also '-Wunused' or '-Wall' is used.
  
! '-Walign-commons'
!      By default, 'gfortran' warns about any occasion of variables being
!      padded for proper alignment inside a 'COMMON' block.  This warning
!      can be turned off via '-Wno-align-commons'.  See also
!      '-falign-commons'.
  
! '-Wfunction-elimination'
       Warn if any calls to functions are eliminated by the optimizations
!      enabled by the '-ffrontend-optimize' option.
  
! '-Wrealloc-lhs'
       Warn when the compiler might insert code to for allocation or
       reallocation of an allocatable array variable of intrinsic type in
!      intrinsic assignments.  In hot loops, the Fortran 2003 reallocation
!      feature may reduce the performance.  If the array is already
!      allocated with the correct shape, consider using a whole-array
!      array-spec (e.g.  '(:,:,:)') for the variable on the left-hand side
!      to prevent the reallocation check.  Note that in some cases the
!      warning is shown, even if the compiler will optimize reallocation
!      checks away.  For instance, when the right-hand side contains the
!      same variable multiplied by a scalar.  See also '-frealloc-lhs'.
  
! '-Wrealloc-lhs-all'
       Warn when the compiler inserts code to for allocation or
       reallocation of an allocatable variable; this includes scalars and
       derived types.
  
! '-Wcompare-reals'
       Warn when comparing real or complex types for equality or
!      inequality.  This option is implied by '-Wextra'.
  
! '-Wtarget-lifetime'
       Warn if the pointer in a pointer assignment might be longer than
!      the its target.  This option is implied by '-Wall'.
  
! '-Wzerotrip'
!      Warn if a 'DO' loop is known to execute zero times at compile time.
!      This option is implied by '-Wall'.
  
! '-Werror'
       Turns all warnings into errors.
  
     *Note Options to Request or Suppress Errors and Warnings:
! (gcc)Warning Options, for information on more options offered by the GBE
! shared by 'gfortran', 'gcc' and other GNU compilers.
  
     Some of these have no effect when compiling programs written in
  Fortran.
--- 1093,1189 ----
            destination.
  
          * The type of a function result is declared more than once with
!           the same type.  If `-pedantic' or standard-conforming mode is
            enabled, this is an error.
  
!         * A `CHARACTER' variable is declared with negative length.
  
! `-Wtabs'
       By default, tabs are accepted as whitespace, but tabs are not
       members of the Fortran Character Set.  For continuation lines, a
!      tab followed by a digit between 1 and 9 is supported.  `-Wtabs'
!      will cause a warning to be issued if a tab is encountered. Note,
!      `-Wtabs' is active for `-pedantic', `-std=f95', `-std=f2003',
!      `-std=f2008', `-std=f2008ts' and `-Wall'.
  
! `-Wundefined-do-loop'
       Warn if a DO loop with step either 1 or -1 yields an underflow or
       an overflow during iteration of an induction variable of the loop.
!      This option is implied by `-Wall'.
  
! `-Wunderflow'
       Produce a warning when numerical constant expressions are
!      encountered, which yield an UNDERFLOW during compilation. Enabled
       by default.
  
! `-Wintrinsic-shadow'
       Warn if a user-defined procedure or module procedure has the same
       name as an intrinsic; in this case, an explicit interface or
!      `EXTERNAL' or `INTRINSIC' declaration might be needed to get calls
       later resolved to the desired intrinsic/procedure.  This option is
!      implied by `-Wall'.
  
! `-Wuse-without-only'
!      Warn if a `USE' statement has no `ONLY' qualifier and thus
       implicitly imports all public entities of the used module.
  
! `-Wunused-dummy-argument'
!      Warn about unused dummy arguments. This option is implied by
!      `-Wall'.
  
! `-Wunused-parameter'
!      Contrary to `gcc''s meaning of `-Wunused-parameter', `gfortran''s
       implementation of this option does not warn about unused dummy
!      arguments (see `-Wunused-dummy-argument'), but about unused
!      `PARAMETER' values. `-Wunused-parameter' is implied by `-Wextra'
!      if also `-Wunused' or `-Wall' is used.
  
! `-Walign-commons'
!      By default, `gfortran' warns about any occasion of variables being
!      padded for proper alignment inside a `COMMON' block. This warning
!      can be turned off via `-Wno-align-commons'. See also
!      `-falign-commons'.
  
! `-Wfunction-elimination'
       Warn if any calls to functions are eliminated by the optimizations
!      enabled by the `-ffrontend-optimize' option.
  
! `-Wrealloc-lhs'
       Warn when the compiler might insert code to for allocation or
       reallocation of an allocatable array variable of intrinsic type in
!      intrinsic assignments.  In hot loops, the Fortran 2003
!      reallocation feature may reduce the performance.  If the array is
!      already allocated with the correct shape, consider using a
!      whole-array array-spec (e.g. `(:,:,:)') for the variable on the
!      left-hand side to prevent the reallocation check. Note that in
!      some cases the warning is shown, even if the compiler will
!      optimize reallocation checks away.  For instance, when the
!      right-hand side contains the same variable multiplied by a scalar.
!      See also `-frealloc-lhs'.
  
! `-Wrealloc-lhs-all'
       Warn when the compiler inserts code to for allocation or
       reallocation of an allocatable variable; this includes scalars and
       derived types.
  
! `-Wcompare-reals'
       Warn when comparing real or complex types for equality or
!      inequality.  This option is implied by `-Wextra'.
  
! `-Wtarget-lifetime'
       Warn if the pointer in a pointer assignment might be longer than
!      the its target. This option is implied by `-Wall'.
  
! `-Wzerotrip'
!      Warn if a `DO' loop is known to execute zero times at compile
!      time.  This option is implied by `-Wall'.
  
! `-Werror'
       Turns all warnings into errors.
  
     *Note Options to Request or Suppress Errors and Warnings:
! (gcc)Warning Options, for information on more options offered by the
! GBE shared by `gfortran', `gcc' and other GNU compilers.
  
     Some of these have no effect when compiling programs written in
  Fortran.
*************** File: gfortran.info,  Node: Debugging Op
*** 1195,1260 ****
  GNU Fortran has various special options that are used for debugging
  either your program or the GNU Fortran compiler.
  
! '-fdump-fortran-original'
       Output the internal parse tree after translating the source program
       into internal representation.  Only really useful for debugging the
       GNU Fortran compiler itself.
  
! '-fdump-fortran-optimized'
       Output the parse tree after front-end optimization.  Only really
       useful for debugging the GNU Fortran compiler itself.
  
! '-fdump-parse-tree'
       Output the internal parse tree after translating the source program
       into internal representation.  Only really useful for debugging the
       GNU Fortran compiler itself.  This option is deprecated; use
!      '-fdump-fortran-original' instead.
  
! '-ffpe-trap=LIST'
       Specify a list of floating point exception traps to enable.  On
!      most systems, if a floating point exception occurs and the trap for
!      that exception is enabled, a SIGFPE signal will be sent and the
!      program being aborted, producing a core file useful for debugging.
!      LIST is a (possibly empty) comma-separated list of the following
!      exceptions: 'invalid' (invalid floating point operation, such as
!      'SQRT(-1.0)'), 'zero' (division by zero), 'overflow' (overflow in a
!      floating point operation), 'underflow' (underflow in a floating
!      point operation), 'inexact' (loss of precision during operation),
!      and 'denormal' (operation performed on a denormal value).  The
!      first five exceptions correspond to the five IEEE 754 exceptions,
!      whereas the last one ('denormal') is not part of the IEEE 754
!      standard but is available on some common architectures such as x86.
  
!      The first three exceptions ('invalid', 'zero', and 'overflow')
       often indicate serious errors, and unless the program has
       provisions for dealing with these exceptions, enabling traps for
       these three exceptions is probably a good idea.
  
       Many, if not most, floating point operations incur loss of
!      precision due to rounding, and hence the 'ffpe-trap=inexact' is
       likely to be uninteresting in practice.
  
       By default no exception traps are enabled.
  
! '-ffpe-summary=LIST'
       Specify a list of floating-point exceptions, whose flag status is
!      printed to 'ERROR_UNIT' when invoking 'STOP' and 'ERROR STOP'.
!      LIST can be either 'none', 'all' or a comma-separated list of the
!      following exceptions: 'invalid', 'zero', 'overflow', 'underflow',
!      'inexact' and 'denormal'.  (See '-ffpe-trap' for a description of
       the exceptions.)
  
!      By default, a summary for all exceptions but 'inexact' is shown.
  
! '-fno-backtrace'
       When a serious runtime error is encountered or a deadly signal is
       emitted (segmentation fault, illegal instruction, bus error,
       floating-point exception, and the other POSIX signals that have the
!      action 'core'), the Fortran runtime library tries to output a
!      backtrace of the error.  '-fno-backtrace' disables the backtrace
!      generation.  This option only has influence for compilation of the
       Fortran main program.
  
     *Note Options for Debugging Your Program or GCC: (gcc)Debugging
  Options, for more information on debugging options.
  
--- 1197,1264 ----
  GNU Fortran has various special options that are used for debugging
  either your program or the GNU Fortran compiler.
  
! `-fdump-fortran-original'
       Output the internal parse tree after translating the source program
       into internal representation.  Only really useful for debugging the
       GNU Fortran compiler itself.
  
! `-fdump-fortran-optimized'
       Output the parse tree after front-end optimization.  Only really
       useful for debugging the GNU Fortran compiler itself.
  
! `-fdump-parse-tree'
       Output the internal parse tree after translating the source program
       into internal representation.  Only really useful for debugging the
       GNU Fortran compiler itself.  This option is deprecated; use
!      `-fdump-fortran-original' instead.
  
! `-ffpe-trap=LIST'
       Specify a list of floating point exception traps to enable.  On
!      most systems, if a floating point exception occurs and the trap
!      for that exception is enabled, a SIGFPE signal will be sent and
!      the program being aborted, producing a core file useful for
!      debugging.  LIST is a (possibly empty) comma-separated list of the
!      following exceptions: `invalid' (invalid floating point operation,
!      such as `SQRT(-1.0)'), `zero' (division by zero), `overflow'
!      (overflow in a floating point operation), `underflow' (underflow
!      in a floating point operation), `inexact' (loss of precision
!      during operation), and `denormal' (operation performed on a
!      denormal value).  The first five exceptions correspond to the five
!      IEEE 754 exceptions, whereas the last one (`denormal') is not part
!      of the IEEE 754 standard but is available on some common
!      architectures such as x86.
  
!      The first three exceptions (`invalid', `zero', and `overflow')
       often indicate serious errors, and unless the program has
       provisions for dealing with these exceptions, enabling traps for
       these three exceptions is probably a good idea.
  
       Many, if not most, floating point operations incur loss of
!      precision due to rounding, and hence the `ffpe-trap=inexact' is
       likely to be uninteresting in practice.
  
       By default no exception traps are enabled.
  
! `-ffpe-summary=LIST'
       Specify a list of floating-point exceptions, whose flag status is
!      printed to `ERROR_UNIT' when invoking `STOP' and `ERROR STOP'.
!      LIST can be either `none', `all' or a comma-separated list of the
!      following exceptions: `invalid', `zero', `overflow', `underflow',
!      `inexact' and `denormal'. (See `-ffpe-trap' for a description of
       the exceptions.)
  
!      By default, a summary for all exceptions but `inexact' is shown.
  
! `-fno-backtrace'
       When a serious runtime error is encountered or a deadly signal is
       emitted (segmentation fault, illegal instruction, bus error,
       floating-point exception, and the other POSIX signals that have the
!      action `core'), the Fortran runtime library tries to output a
!      backtrace of the error. `-fno-backtrace' disables the backtrace
!      generation. This option only has influence for compilation of the
       Fortran main program.
  
+ 
     *Note Options for Debugging Your Program or GCC: (gcc)Debugging
  Options, for more information on debugging options.
  
*************** File: gfortran.info,  Node: Directory Op
*** 1264,1299 ****
  2.6 Options for directory search
  ================================
  
! These options affect how GNU Fortran searches for files specified by the
! 'INCLUDE' directive and where it searches for previously compiled
  modules.
  
!    It also affects the search paths used by 'cpp' when used to
  preprocess Fortran source.
  
! '-IDIR'
!      These affect interpretation of the 'INCLUDE' directive (as well as
!      of the '#include' directive of the 'cpp' preprocessor).
  
!      Also note that the general behavior of '-I' and 'INCLUDE' is pretty
!      much the same as of '-I' with '#include' in the 'cpp' preprocessor,
!      with regard to looking for 'header.gcc' files and other such
!      things.
  
!      This path is also used to search for '.mod' files when previously
!      compiled modules are required by a 'USE' statement.
  
       *Note Options for Directory Search: (gcc)Directory Options, for
!      information on the '-I' option.
  
! '-JDIR'
!      This option specifies where to put '.mod' files for compiled
       modules.  It is also added to the list of directories to searched
!      by an 'USE' statement.
  
       The default is the current directory.
  
! '-fintrinsic-modules-path DIR'
       This option specifies the location of pre-compiled intrinsic
       modules, if they are not in the default location expected by the
       compiler.
--- 1268,1303 ----
  2.6 Options for directory search
  ================================
  
! These options affect how GNU Fortran searches for files specified by
! the `INCLUDE' directive and where it searches for previously compiled
  modules.
  
!    It also affects the search paths used by `cpp' when used to
  preprocess Fortran source.
  
! `-IDIR'
!      These affect interpretation of the `INCLUDE' directive (as well as
!      of the `#include' directive of the `cpp' preprocessor).
  
!      Also note that the general behavior of `-I' and `INCLUDE' is
!      pretty much the same as of `-I' with `#include' in the `cpp'
!      preprocessor, with regard to looking for `header.gcc' files and
!      other such things.
  
!      This path is also used to search for `.mod' files when previously
!      compiled modules are required by a `USE' statement.
  
       *Note Options for Directory Search: (gcc)Directory Options, for
!      information on the `-I' option.
  
! `-JDIR'
!      This option specifies where to put `.mod' files for compiled
       modules.  It is also added to the list of directories to searched
!      by an `USE' statement.
  
       The default is the current directory.
  
! `-fintrinsic-modules-path DIR'
       This option specifies the location of pre-compiled intrinsic
       modules, if they are not in the default location expected by the
       compiler.
*************** File: gfortran.info,  Node: Link Options
*** 1305,1317 ****
  ================================
  
  These options come into play when the compiler links object files into
! an executable output file.  They are meaningless if the compiler is not
  doing a link step.
  
! '-static-libgfortran'
!      On systems that provide 'libgfortran' as a shared and a static
!      library, this option forces the use of the static version.  If no
!      shared version of 'libgfortran' was built when the compiler was
       configured, this option has no effect.
  
  
--- 1309,1321 ----
  ================================
  
  These options come into play when the compiler links object files into
! an executable output file. They are meaningless if the compiler is not
  doing a link step.
  
! `-static-libgfortran'
!      On systems that provide `libgfortran' as a shared and a static
!      library, this option forces the use of the static version. If no
!      shared version of `libgfortran' was built when the compiler was
       configured, this option has no effect.
  
  
*************** File: gfortran.info,  Node: Runtime Opti
*** 1323,1360 ****
  These options affect the runtime behavior of programs compiled with GNU
  Fortran.
  
! '-fconvert=CONVERSION'
       Specify the representation of data for unformatted files.  Valid
!      values for conversion are: 'native', the default; 'swap', swap
!      between big- and little-endian; 'big-endian', use big-endian
!      representation for unformatted files; 'little-endian', use
       little-endian representation for unformatted files.
  
!      _This option has an effect only when used in the main program.  The
!      'CONVERT' specifier and the GFORTRAN_CONVERT_UNIT environment
!      variable override the default specified by '-fconvert'._
  
! '-frecord-marker=LENGTH'
       Specify the length of record markers for unformatted files.  Valid
       values for LENGTH are 4 and 8.  Default is 4.  _This is different
!      from previous versions of 'gfortran'_, which specified a default
       record marker length of 8 on most systems.  If you want to read or
!      write files compatible with earlier versions of 'gfortran', use
!      '-frecord-marker=8'.
  
! '-fmax-subrecord-length=LENGTH'
       Specify the maximum length for a subrecord.  The maximum permitted
       value for length is 2147483639, which is also the default.  Only
       really useful for use by the gfortran testsuite.
  
! '-fsign-zero'
       When enabled, floating point numbers of value zero with the sign
       bit set are written as negative number in formatted output and
!      treated as negative in the 'SIGN' intrinsic.  '-fno-sign-zero' does
!      not print the negative sign of zero values (or values rounded to
!      zero for I/O) and regards zero as positive number in the 'SIGN'
!      intrinsic for compatibility with Fortran 77.  The default is
!      '-fsign-zero'.
  
  
  File: gfortran.info,  Node: Code Gen Options,  Next: Environment Variables,  Prev: Runtime Options,  Up: Invoking GNU Fortran
--- 1327,1364 ----
  These options affect the runtime behavior of programs compiled with GNU
  Fortran.
  
! `-fconvert=CONVERSION'
       Specify the representation of data for unformatted files.  Valid
!      values for conversion are: `native', the default; `swap', swap
!      between big- and little-endian; `big-endian', use big-endian
!      representation for unformatted files; `little-endian', use
       little-endian representation for unformatted files.
  
!      _This option has an effect only when used in the main program.
!      The `CONVERT' specifier and the GFORTRAN_CONVERT_UNIT environment
!      variable override the default specified by `-fconvert'._
  
! `-frecord-marker=LENGTH'
       Specify the length of record markers for unformatted files.  Valid
       values for LENGTH are 4 and 8.  Default is 4.  _This is different
!      from previous versions of `gfortran'_, which specified a default
       record marker length of 8 on most systems.  If you want to read or
!      write files compatible with earlier versions of `gfortran', use
!      `-frecord-marker=8'.
  
! `-fmax-subrecord-length=LENGTH'
       Specify the maximum length for a subrecord.  The maximum permitted
       value for length is 2147483639, which is also the default.  Only
       really useful for use by the gfortran testsuite.
  
! `-fsign-zero'
       When enabled, floating point numbers of value zero with the sign
       bit set are written as negative number in formatted output and
!      treated as negative in the `SIGN' intrinsic.  `-fno-sign-zero'
!      does not print the negative sign of zero values (or values rounded
!      to zero for I/O) and regards zero as positive number in the `SIGN'
!      intrinsic for compatibility with Fortran 77. The default is
!      `-fsign-zero'.
  
  
  File: gfortran.info,  Node: Code Gen Options,  Next: Environment Variables,  Prev: Runtime Options,  Up: Invoking GNU Fortran
*************** File: gfortran.info,  Node: Code Gen Opt
*** 1362,1444 ****
  2.9 Options for code generation conventions
  ===========================================
  
! These machine-independent options control the interface conventions used
! in code generation.
  
     Most of them have both positive and negative forms; the negative form
! of '-ffoo' would be '-fno-foo'.  In the table below, only one of the
  forms is listed--the one which is not the default.  You can figure out
! the other form by either removing 'no-' or adding it.
  
! '-fno-automatic'
       Treat each program unit (except those marked as RECURSIVE) as if
!      the 'SAVE' statement were specified for every local variable and
!      array referenced in it.  Does not affect common blocks.  (Some
!      Fortran compilers provide this option under the name '-static' or
!      '-save'.)  The default, which is '-fautomatic', uses the stack for
       local variables smaller than the value given by
!      '-fmax-stack-var-size'.  Use the option '-frecursive' to use no
       static memory.
  
! '-ff2c'
       Generate code designed to be compatible with code generated by
!      'g77' and 'f2c'.
  
!      The calling conventions used by 'g77' (originally implemented in
!      'f2c') require functions that return type default 'REAL' to
!      actually return the C type 'double', and functions that return type
!      'COMPLEX' to return the values via an extra argument in the calling
!      sequence that points to where to store the return value.  Under the
!      default GNU calling conventions, such functions simply return their
!      results as they would in GNU C--default 'REAL' functions return the
!      C type 'float', and 'COMPLEX' functions return the GNU C type
!      'complex'.  Additionally, this option implies the
!      '-fsecond-underscore' option, unless '-fno-second-underscore' is
!      explicitly requested.
  
       This does not affect the generation of code that interfaces with
!      the 'libgfortran' library.
  
       _Caution:_ It is not a good idea to mix Fortran code compiled with
!      '-ff2c' with code compiled with the default '-fno-f2c' calling
!      conventions as, calling 'COMPLEX' or default 'REAL' functions
       between program parts which were compiled with different calling
       conventions will break at execution time.
  
!      _Caution:_ This will break code which passes intrinsic functions of
!      type default 'REAL' or 'COMPLEX' as actual arguments, as the
!      library implementations use the '-fno-f2c' calling conventions.
  
! '-fno-underscoring'
       Do not transform names of entities specified in the Fortran source
       file by appending underscores to them.
  
!      With '-funderscoring' in effect, GNU Fortran appends one underscore
!      to external names with no underscores.  This is done to ensure
!      compatibility with code produced by many UNIX Fortran compilers.
  
!      _Caution_: The default behavior of GNU Fortran is incompatible with
!      'f2c' and 'g77', please use the '-ff2c' option if you want object
!      files compiled with GNU Fortran to be compatible with object code
!      created with these tools.
  
!      Use of '-fno-underscoring' is not recommended unless you are
       experimenting with issues such as integration of GNU Fortran into
       existing system environments (vis-a`-vis existing libraries, tools,
       and so on).
  
!      For example, with '-funderscoring', and assuming that 'j()' and
!      'max_count()' are external functions while 'my_var' and 'lvar' are
       local variables, a statement like
            I = J() + MAX_COUNT (MY_VAR, LVAR)
       is implemented as something akin to:
            i = j_() + max_count__(&my_var__, &lvar);
  
!      With '-fno-underscoring', the same statement is implemented as:
  
            i = j() + max_count(&my_var, &lvar);
  
!      Use of '-fno-underscoring' allows direct specification of
       user-defined names while debugging and when interfacing GNU Fortran
       code with other languages.
  
--- 1366,1449 ----
  2.9 Options for code generation conventions
  ===========================================
  
! These machine-independent options control the interface conventions
! used in code generation.
  
     Most of them have both positive and negative forms; the negative form
! of `-ffoo' would be `-fno-foo'.  In the table below, only one of the
  forms is listed--the one which is not the default.  You can figure out
! the other form by either removing `no-' or adding it.
  
! `-fno-automatic'
       Treat each program unit (except those marked as RECURSIVE) as if
!      the `SAVE' statement were specified for every local variable and
!      array referenced in it. Does not affect common blocks. (Some
!      Fortran compilers provide this option under the name `-static' or
!      `-save'.)  The default, which is `-fautomatic', uses the stack for
       local variables smaller than the value given by
!      `-fmax-stack-var-size'.  Use the option `-frecursive' to use no
       static memory.
  
! `-ff2c'
       Generate code designed to be compatible with code generated by
!      `g77' and `f2c'.
  
!      The calling conventions used by `g77' (originally implemented in
!      `f2c') require functions that return type default `REAL' to
!      actually return the C type `double', and functions that return
!      type `COMPLEX' to return the values via an extra argument in the
!      calling sequence that points to where to store the return value.
!      Under the default GNU calling conventions, such functions simply
!      return their results as they would in GNU C--default `REAL'
!      functions return the C type `float', and `COMPLEX' functions
!      return the GNU C type `complex'.  Additionally, this option
!      implies the `-fsecond-underscore' option, unless
!      `-fno-second-underscore' is explicitly requested.
  
       This does not affect the generation of code that interfaces with
!      the `libgfortran' library.
  
       _Caution:_ It is not a good idea to mix Fortran code compiled with
!      `-ff2c' with code compiled with the default `-fno-f2c' calling
!      conventions as, calling `COMPLEX' or default `REAL' functions
       between program parts which were compiled with different calling
       conventions will break at execution time.
  
!      _Caution:_ This will break code which passes intrinsic functions
!      of type default `REAL' or `COMPLEX' as actual arguments, as the
!      library implementations use the `-fno-f2c' calling conventions.
  
! `-fno-underscoring'
       Do not transform names of entities specified in the Fortran source
       file by appending underscores to them.
  
!      With `-funderscoring' in effect, GNU Fortran appends one
!      underscore to external names with no underscores.  This is done to
!      ensure compatibility with code produced by many UNIX Fortran
!      compilers.
  
!      _Caution_: The default behavior of GNU Fortran is incompatible
!      with `f2c' and `g77', please use the `-ff2c' option if you want
!      object files compiled with GNU Fortran to be compatible with
!      object code created with these tools.
  
!      Use of `-fno-underscoring' is not recommended unless you are
       experimenting with issues such as integration of GNU Fortran into
       existing system environments (vis-a`-vis existing libraries, tools,
       and so on).
  
!      For example, with `-funderscoring', and assuming that `j()' and
!      `max_count()' are external functions while `my_var' and `lvar' are
       local variables, a statement like
            I = J() + MAX_COUNT (MY_VAR, LVAR)
       is implemented as something akin to:
            i = j_() + max_count__(&my_var__, &lvar);
  
!      With `-fno-underscoring', the same statement is implemented as:
  
            i = j() + max_count(&my_var, &lvar);
  
!      Use of `-fno-underscoring' allows direct specification of
       user-defined names while debugging and when interfacing GNU Fortran
       code with other languages.
  
*************** the other form by either removing 'no-'
*** 1446,1458 ****
       interface implemented by GNU Fortran for an external name matches
       the interface implemented by some other language for that same
       name.  That is, getting code produced by GNU Fortran to link to
!      code produced by some other compiler using this or any other method
!      can be only a small part of the overall solution--getting the code
!      generated by both compilers to agree on issues other than naming
!      can require significant effort, and, unlike naming disagreements,
!      linkers normally cannot detect disagreements in these other areas.
  
!      Also, note that with '-fno-underscoring', the lack of appended
       underscores introduces the very real possibility that a
       user-defined external name will conflict with a name in a system
       library, which could make finding unresolved-reference bugs quite
--- 1451,1464 ----
       interface implemented by GNU Fortran for an external name matches
       the interface implemented by some other language for that same
       name.  That is, getting code produced by GNU Fortran to link to
!      code produced by some other compiler using this or any other
!      method can be only a small part of the overall solution--getting
!      the code generated by both compilers to agree on issues other than
!      naming can require significant effort, and, unlike naming
!      disagreements, linkers normally cannot detect disagreements in
!      these other areas.
  
!      Also, note that with `-fno-underscoring', the lack of appended
       underscores introduces the very real possibility that a
       user-defined external name will conflict with a name in a system
       library, which could make finding unresolved-reference bugs quite
*************** the other form by either removing 'no-'
*** 1460,1520 ****
       show up only as buggy behavior at run time.
  
       In future versions of GNU Fortran we hope to improve naming and
!      linking issues so that debugging always involves using the names as
!      they appear in the source, even if the names as seen by the linker
!      are mangled to prevent accidental linking between procedures with
!      incompatible interfaces.
  
! '-fsecond-underscore'
       By default, GNU Fortran appends an underscore to external names.
!      If this option is used GNU Fortran appends two underscores to names
!      with underscores and one underscore to external names with no
!      underscores.  GNU Fortran also appends two underscores to internal
!      names with underscores to avoid naming collisions with external
!      names.
  
!      This option has no effect if '-fno-underscoring' is in effect.  It
!      is implied by the '-ff2c' option.
  
!      Otherwise, with this option, an external name such as 'MAX_COUNT'
       is implemented as a reference to the link-time external symbol
!      'max_count__', instead of 'max_count_'.  This is required for
!      compatibility with 'g77' and 'f2c', and is implied by use of the
!      '-ff2c' option.
  
! '-fcoarray=<KEYWORD>'
  
!      'none'
            Disable coarray support; using coarray declarations and
            image-control statements will produce a compile-time error.
            (Default)
  
!      'single'
!           Single-image mode, i.e.  'num_images()' is always one.
  
!      'lib'
            Library-based coarray parallelization; a suitable GNU Fortran
            coarray library needs to be linked.
  
! '-fcheck=<KEYWORD>'
! 
       Enable the generation of run-time checks; the argument shall be a
       comma-delimited list of the following keywords.  Prefixing a check
!      with 'no-' disables it if it was activated by a previous
       specification.
  
!      'all'
!           Enable all run-time test of '-fcheck'.
  
!      'array-temps'
            Warns at run time when for passing an actual argument a
!           temporary array had to be generated.  The information
!           generated by this warning is sometimes useful in optimization,
!           in order to avoid such temporaries.
  
            Note: The warning is only printed once per location.
  
!      'bounds'
            Enable generation of run-time checks for array subscripts and
            against the declared minimum and maximum values.  It also
            checks array indices for assumed and deferred shape arrays
--- 1466,1525 ----
       show up only as buggy behavior at run time.
  
       In future versions of GNU Fortran we hope to improve naming and
!      linking issues so that debugging always involves using the names
!      as they appear in the source, even if the names as seen by the
!      linker are mangled to prevent accidental linking between
!      procedures with incompatible interfaces.
  
! `-fsecond-underscore'
       By default, GNU Fortran appends an underscore to external names.
!      If this option is used GNU Fortran appends two underscores to
!      names with underscores and one underscore to external names with
!      no underscores.  GNU Fortran also appends two underscores to
!      internal names with underscores to avoid naming collisions with
!      external names.
  
!      This option has no effect if `-fno-underscoring' is in effect.  It
!      is implied by the `-ff2c' option.
  
!      Otherwise, with this option, an external name such as `MAX_COUNT'
       is implemented as a reference to the link-time external symbol
!      `max_count__', instead of `max_count_'.  This is required for
!      compatibility with `g77' and `f2c', and is implied by use of the
!      `-ff2c' option.
  
! `-fcoarray=<KEYWORD>'
  
!     `none'
            Disable coarray support; using coarray declarations and
            image-control statements will produce a compile-time error.
            (Default)
  
!     `single'
!           Single-image mode, i.e. `num_images()' is always one.
  
!     `lib'
            Library-based coarray parallelization; a suitable GNU Fortran
            coarray library needs to be linked.
  
! `-fcheck=<KEYWORD>'
       Enable the generation of run-time checks; the argument shall be a
       comma-delimited list of the following keywords.  Prefixing a check
!      with `no-' disables it if it was activated by a previous
       specification.
  
!     `all'
!           Enable all run-time test of `-fcheck'.
  
!     `array-temps'
            Warns at run time when for passing an actual argument a
!           temporary array had to be generated. The information
!           generated by this warning is sometimes useful in
!           optimization, in order to avoid such temporaries.
  
            Note: The warning is only printed once per location.
  
!     `bounds'
            Enable generation of run-time checks for array subscripts and
            against the declared minimum and maximum values.  It also
            checks array indices for assumed and deferred shape arrays
*************** the other form by either removing 'no-'
*** 1522,1565 ****
            string lengths are equal for character array constructors
            without an explicit typespec.
  
!           Some checks require that '-fcheck=bounds' is set for the
            compilation of the main program.
  
            Note: In the future this may also include other forms of
            checking, e.g., checking substring references.
  
!      'do'
            Enable generation of run-time checks for invalid modification
            of loop iteration variables.
  
!      'mem'
            Enable generation of run-time checks for memory allocation.
            Note: This option does not affect explicit allocations using
!           the 'ALLOCATE' statement, which will be always checked.
  
!      'pointer'
            Enable generation of run-time checks for pointers and
            allocatables.
  
!      'recursion'
            Enable generation of run-time checks for recursively called
            subroutines and functions which are not marked as recursive.
!           See also '-frecursive'.  Note: This check does not work for
            OpenMP programs and is disabled if used together with
!           '-frecursive' and '-fopenmp'.
  
!      Example: Assuming you have a file 'foo.f90', the command
              gfortran -fcheck=all,no-array-temps foo.f90
       will compile the file with all checks enabled as specified above
       except warnings for generated array temporaries.
  
! '-fbounds-check'
!      Deprecated alias for '-fcheck=bounds'.
  
! '-fcheck-array-temporaries'
!      Deprecated alias for '-fcheck=array-temps'.
  
! '-fmax-array-constructor=N'
       This option can be used to increase the upper limit permitted in
       array constructors.  The code below requires this option to expand
       the array at compile time.
--- 1527,1570 ----
            string lengths are equal for character array constructors
            without an explicit typespec.
  
!           Some checks require that `-fcheck=bounds' is set for the
            compilation of the main program.
  
            Note: In the future this may also include other forms of
            checking, e.g., checking substring references.
  
!     `do'
            Enable generation of run-time checks for invalid modification
            of loop iteration variables.
  
!     `mem'
            Enable generation of run-time checks for memory allocation.
            Note: This option does not affect explicit allocations using
!           the `ALLOCATE' statement, which will be always checked.
  
!     `pointer'
            Enable generation of run-time checks for pointers and
            allocatables.
  
!     `recursion'
            Enable generation of run-time checks for recursively called
            subroutines and functions which are not marked as recursive.
!           See also `-frecursive'.  Note: This check does not work for
            OpenMP programs and is disabled if used together with
!           `-frecursive' and `-fopenmp'.
  
!      Example: Assuming you have a file `foo.f90', the command
              gfortran -fcheck=all,no-array-temps foo.f90
       will compile the file with all checks enabled as specified above
       except warnings for generated array temporaries.
  
! `-fbounds-check'
!      Deprecated alias for `-fcheck=bounds'.
  
! `-fcheck-array-temporaries'
!      Deprecated alias for `-fcheck=array-temps'.
  
! `-fmax-array-constructor=N'
       This option can be used to increase the upper limit permitted in
       array constructors.  The code below requires this option to expand
       the array at compile time.
*************** the other form by either removing 'no-'
*** 1572,1589 ****
            print '(10(I0,1X))', i
            end program test
  
!      _Caution: This option can lead to long compile times and
       excessively large object files._
  
       The default value for N is 65535.
  
! '-fmax-stack-var-size=N'
       This option specifies the size in bytes of the largest array that
       will be put on the stack; if the size is exceeded static memory is
       used (except in procedures marked as RECURSIVE). Use the option
!      '-frecursive' to allow for recursive procedures which do not have a
!      RECURSIVE attribute or for parallel programs.  Use '-fno-automatic'
!      to never use the stack.
  
       This option currently only affects local arrays declared with
       constant bounds, and may not apply to all character variables.
--- 1577,1594 ----
            print '(10(I0,1X))', i
            end program test
  
!      _Caution:  This option can lead to long compile times and
       excessively large object files._
  
       The default value for N is 65535.
  
! `-fmax-stack-var-size=N'
       This option specifies the size in bytes of the largest array that
       will be put on the stack; if the size is exceeded static memory is
       used (except in procedures marked as RECURSIVE). Use the option
!      `-frecursive' to allow for recursive procedures which do not have
!      a RECURSIVE attribute or for parallel programs. Use
!      `-fno-automatic' to never use the stack.
  
       This option currently only affects local arrays declared with
       constant bounds, and may not apply to all character variables.
*************** the other form by either removing 'no-'
*** 1591,1751 ****
  
       The default value for N is 32768.
  
! '-fstack-arrays'
       Adding this option will make the Fortran compiler put all local
       arrays, even those of unknown size onto stack memory.  If your
       program uses very large local arrays it is possible that you will
       have to extend your runtime limits for stack memory on some
!      operating systems.  This flag is enabled by default at optimization
!      level '-Ofast'.
  
! '-fpack-derived'
       This option tells GNU Fortran to pack derived type members as
       closely as possible.  Code compiled with this option is likely to
       be incompatible with code compiled without this option, and may
       execute slower.
  
! '-frepack-arrays'
       In some circumstances GNU Fortran may pass assumed shape array
       sections via a descriptor describing a noncontiguous area of
       memory.  This option adds code to the function prologue to repack
       the data into a contiguous block at runtime.
  
!      This should result in faster accesses to the array.  However it can
!      introduce significant overhead to the function call, especially
!      when the passed data is noncontiguous.
  
! '-fshort-enums'
       This option is provided for interoperability with C code that was
!      compiled with the '-fshort-enums' option.  It will make GNU Fortran
!      choose the smallest 'INTEGER' kind a given enumerator set will fit
!      in, and give all its enumerators this kind.
  
! '-fexternal-blas'
!      This option will make 'gfortran' generate calls to BLAS functions
!      for some matrix operations like 'MATMUL', instead of using our own
       algorithms, if the size of the matrices involved is larger than a
!      given limit (see '-fblas-matmul-limit').  This may be profitable if
!      an optimized vendor BLAS library is available.  The BLAS library
!      will have to be specified at link time.
  
! '-fblas-matmul-limit=N'
!      Only significant when '-fexternal-blas' is in effect.  Matrix
       multiplication of matrices with size larger than (or equal to) N
       will be performed by calls to BLAS functions, while others will be
!      handled by 'gfortran' internal algorithms.  If the matrices
       involved are not square, the size comparison is performed using the
       geometric mean of the dimensions of the argument and result
       matrices.
  
       The default value for N is 30.
  
! '-finline-matmul-limit=N'
!      When front-end optimiztion is active, some calls to the 'MATMUL'
       intrinsic function will be inlined.  This may result in code size
       increase if the size of the matrix cannot be determined at compile
       time, as code for both cases is generated.  Setting
!      '-finline-matmul-limit=0' will disable inlining in all cases.
       Setting this option with a value of N will produce inline code for
!      matrices with size up to N.  If the matrices involved are not
       square, the size comparison is performed using the geometric mean
       of the dimensions of the argument and result matrices.
  
!      The default value for N is 30.  The '-fblas-matmul-limit' can be
       used to change this value.
  
! '-frecursive'
       Allow indirect recursion by forcing all local arrays to be
!      allocated on the stack.  This flag cannot be used together with
!      '-fmax-stack-var-size=' or '-fno-automatic'.
  
! '-finit-local-zero'
! '-finit-derived'
! '-finit-integer=N'
! '-finit-real=<ZERO|INF|-INF|NAN|SNAN>'
! '-finit-logical=<TRUE|FALSE>'
! '-finit-character=N'
!      The '-finit-local-zero' option instructs the compiler to initialize
!      local 'INTEGER', 'REAL', and 'COMPLEX' variables to zero, 'LOGICAL'
!      variables to false, and 'CHARACTER' variables to a string of null
!      bytes.  Finer-grained initialization options are provided by the
!      '-finit-integer=N', '-finit-real=<ZERO|INF|-INF|NAN|SNAN>' (which
!      also initializes the real and imaginary parts of local 'COMPLEX'
!      variables), '-finit-logical=<TRUE|FALSE>', and '-finit-character=N'
!      (where N is an ASCII character value) options.  Components of
!      derived type variables will be initialized according to these flags
!      only with '-finit-derived'.  These options do not initialize
          * allocatable arrays
!         * variables that appear in an 'EQUIVALENCE' statement.
       (These limitations may be removed in future releases).
  
!      Note that the '-finit-real=nan' option initializes 'REAL' and
!      'COMPLEX' variables with a quiet NaN. For a signalling NaN use
!      '-finit-real=snan'; note, however, that compile-time optimizations
       may convert them into quiet NaN and that trapping needs to be
!      enabled (e.g.  via '-ffpe-trap').
  
!      Finally, note that enabling any of the '-finit-*' options will
!      silence warnings that would have been emitted by '-Wuninitialized'
       for the affected local variables.
  
! '-falign-commons'
!      By default, 'gfortran' enforces proper alignment of all variables
!      in a 'COMMON' block by padding them as needed.  On certain
       platforms this is mandatory, on others it increases performance.
!      If a 'COMMON' block is not declared with consistent data types
       everywhere, this padding can cause trouble, and
!      '-fno-align-commons' can be used to disable automatic alignment.
       The same form of this option should be used for all files that
!      share a 'COMMON' block.  To avoid potential alignment issues in
!      'COMMON' blocks, it is recommended to order objects from largest to
!      smallest.
  
! '-fno-protect-parens'
       By default the parentheses in expression are honored for all
       optimization levels such that the compiler does not do any
!      re-association.  Using '-fno-protect-parens' allows the compiler to
!      reorder 'REAL' and 'COMPLEX' expressions to produce faster code.
!      Note that for the re-association optimization '-fno-signed-zeros'
!      and '-fno-trapping-math' need to be in effect.  The parentheses
!      protection is enabled by default, unless '-Ofast' is given.
  
! '-frealloc-lhs'
       An allocatable left-hand side of an intrinsic assignment is
       automatically (re)allocated if it is either unallocated or has a
!      different shape.  The option is enabled by default except when
!      '-std=f95' is given.  See also '-Wrealloc-lhs'.
  
! '-faggressive-function-elimination'
       Functions with identical argument lists are eliminated within
!      statements, regardless of whether these functions are marked 'PURE'
!      or not.  For example, in
              a = f(b,c) + f(b,c)
!      there will only be a single call to 'f'.  This option only works if
!      '-ffrontend-optimize' is in effect.
  
! '-ffrontend-optimize'
       This option performs front-end optimization, based on manipulating
!      parts the Fortran parse tree.  Enabled by default by any '-O'
       option.  Optimizations enabled by this option include inlining
!      calls to 'MATMUL', elimination of identical function calls within
!      expressions, removing unnecessary calls to 'TRIM' in comparisons
!      and assignments and replacing 'TRIM(a)' with 'a(1:LEN_TRIM(a))'.
!      It can be deselected by specifying '-fno-frontend-optimize'.
  
!    *Note Options for Code Generation Conventions: (gcc)Code Gen Options,
! for information on more options offered by the GBE shared by 'gfortran',
! 'gcc', and other GNU compilers.
  
  
  File: gfortran.info,  Node: Environment Variables,  Prev: Code Gen Options,  Up: Invoking GNU Fortran
  
! 2.10 Environment variables affecting 'gfortran'
  ===============================================
  
! The 'gfortran' compiler currently does not make use of any environment
  variables to control its operation above and beyond those that affect
! the operation of 'gcc'.
  
     *Note Environment Variables Affecting GCC: (gcc)Environment
  Variables, for information on environment variables.
--- 1596,1758 ----
  
       The default value for N is 32768.
  
! `-fstack-arrays'
       Adding this option will make the Fortran compiler put all local
       arrays, even those of unknown size onto stack memory.  If your
       program uses very large local arrays it is possible that you will
       have to extend your runtime limits for stack memory on some
!      operating systems. This flag is enabled by default at optimization
!      level `-Ofast'.
  
! `-fpack-derived'
       This option tells GNU Fortran to pack derived type members as
       closely as possible.  Code compiled with this option is likely to
       be incompatible with code compiled without this option, and may
       execute slower.
  
! `-frepack-arrays'
       In some circumstances GNU Fortran may pass assumed shape array
       sections via a descriptor describing a noncontiguous area of
       memory.  This option adds code to the function prologue to repack
       the data into a contiguous block at runtime.
  
!      This should result in faster accesses to the array.  However it
!      can introduce significant overhead to the function call,
!      especially  when the passed data is noncontiguous.
  
! `-fshort-enums'
       This option is provided for interoperability with C code that was
!      compiled with the `-fshort-enums' option.  It will make GNU
!      Fortran choose the smallest `INTEGER' kind a given enumerator set
!      will fit in, and give all its enumerators this kind.
  
! `-fexternal-blas'
!      This option will make `gfortran' generate calls to BLAS functions
!      for some matrix operations like `MATMUL', instead of using our own
       algorithms, if the size of the matrices involved is larger than a
!      given limit (see `-fblas-matmul-limit').  This may be profitable
!      if an optimized vendor BLAS library is available.  The BLAS
!      library will have to be specified at link time.
  
! `-fblas-matmul-limit=N'
!      Only significant when `-fexternal-blas' is in effect.  Matrix
       multiplication of matrices with size larger than (or equal to) N
       will be performed by calls to BLAS functions, while others will be
!      handled by `gfortran' internal algorithms. If the matrices
       involved are not square, the size comparison is performed using the
       geometric mean of the dimensions of the argument and result
       matrices.
  
       The default value for N is 30.
  
! `-finline-matmul-limit=N'
!      When front-end optimiztion is active, some calls to the `MATMUL'
       intrinsic function will be inlined.  This may result in code size
       increase if the size of the matrix cannot be determined at compile
       time, as code for both cases is generated.  Setting
!      `-finline-matmul-limit=0' will disable inlining in all cases.
       Setting this option with a value of N will produce inline code for
!      matrices with size up to N. If the matrices involved are not
       square, the size comparison is performed using the geometric mean
       of the dimensions of the argument and result matrices.
  
!      The default value for N is 30.  The `-fblas-matmul-limit' can be
       used to change this value.
  
! `-frecursive'
       Allow indirect recursion by forcing all local arrays to be
!      allocated on the stack. This flag cannot be used together with
!      `-fmax-stack-var-size=' or `-fno-automatic'.
  
! `-finit-local-zero'
! `-finit-derived'
! `-finit-integer=N'
! `-finit-real=<ZERO|INF|-INF|NAN|SNAN>'
! `-finit-logical=<TRUE|FALSE>'
! `-finit-character=N'
!      The `-finit-local-zero' option instructs the compiler to
!      initialize local `INTEGER', `REAL', and `COMPLEX' variables to
!      zero, `LOGICAL' variables to false, and `CHARACTER' variables to a
!      string of null bytes.  Finer-grained initialization options are
!      provided by the `-finit-integer=N',
!      `-finit-real=<ZERO|INF|-INF|NAN|SNAN>' (which also initializes the
!      real and imaginary parts of local `COMPLEX' variables),
!      `-finit-logical=<TRUE|FALSE>', and `-finit-character=N' (where N
!      is an ASCII character value) options.  Components of derived type
!      variables will be initialized according to these flags only with
!      `-finit-derived'.  These options do not initialize
          * allocatable arrays
! 
!         * variables that appear in an `EQUIVALENCE' statement.
       (These limitations may be removed in future releases).
  
!      Note that the `-finit-real=nan' option initializes `REAL' and
!      `COMPLEX' variables with a quiet NaN. For a signalling NaN use
!      `-finit-real=snan'; note, however, that compile-time optimizations
       may convert them into quiet NaN and that trapping needs to be
!      enabled (e.g. via `-ffpe-trap').
  
!      Finally, note that enabling any of the `-finit-*' options will
!      silence warnings that would have been emitted by `-Wuninitialized'
       for the affected local variables.
  
! `-falign-commons'
!      By default, `gfortran' enforces proper alignment of all variables
!      in a `COMMON' block by padding them as needed. On certain
       platforms this is mandatory, on others it increases performance.
!      If a `COMMON' block is not declared with consistent data types
       everywhere, this padding can cause trouble, and
!      `-fno-align-commons' can be used to disable automatic alignment.
       The same form of this option should be used for all files that
!      share a `COMMON' block.  To avoid potential alignment issues in
!      `COMMON' blocks, it is recommended to order objects from largest
!      to smallest.
  
! `-fno-protect-parens'
       By default the parentheses in expression are honored for all
       optimization levels such that the compiler does not do any
!      re-association. Using `-fno-protect-parens' allows the compiler to
!      reorder `REAL' and `COMPLEX' expressions to produce faster code.
!      Note that for the re-association optimization `-fno-signed-zeros'
!      and `-fno-trapping-math' need to be in effect. The parentheses
!      protection is enabled by default, unless `-Ofast' is given.
  
! `-frealloc-lhs'
       An allocatable left-hand side of an intrinsic assignment is
       automatically (re)allocated if it is either unallocated or has a
!      different shape. The option is enabled by default except when
!      `-std=f95' is given. See also `-Wrealloc-lhs'.
  
! `-faggressive-function-elimination'
       Functions with identical argument lists are eliminated within
!      statements, regardless of whether these functions are marked
!      `PURE' or not. For example, in
              a = f(b,c) + f(b,c)
!      there will only be a single call to `f'.  This option only works
!      if `-ffrontend-optimize' is in effect.
  
! `-ffrontend-optimize'
       This option performs front-end optimization, based on manipulating
!      parts the Fortran parse tree.  Enabled by default by any `-O'
       option.  Optimizations enabled by this option include inlining
!      calls to `MATMUL', elimination of identical function calls within
!      expressions, removing unnecessary calls to `TRIM' in comparisons
!      and assignments and replacing `TRIM(a)' with `a(1:LEN_TRIM(a))'.
!      It can be deselected by specifying `-fno-frontend-optimize'.
  
!    *Note Options for Code Generation Conventions: (gcc)Code Gen
! Options, for information on more options offered by the GBE shared by
! `gfortran', `gcc', and other GNU compilers.
  
  
  File: gfortran.info,  Node: Environment Variables,  Prev: Code Gen Options,  Up: Invoking GNU Fortran
  
! 2.10 Environment variables affecting `gfortran'
  ===============================================
  
! The `gfortran' compiler currently does not make use of any environment
  variables to control its operation above and beyond those that affect
! the operation of `gcc'.
  
     *Note Environment Variables Affecting GCC: (gcc)Environment
  Variables, for information on environment variables.
*************** behavior of programs compiled with GNU F
*** 1756,1765 ****
  
  File: gfortran.info,  Node: Runtime,  Next: Fortran 2003 and 2008 status,  Prev: Invoking GNU Fortran,  Up: Top
  
! 3 Runtime: Influencing runtime behavior with environment variables
! ******************************************************************
  
! The behavior of the 'gfortran' can be influenced by environment
  variables.
  
     Malformed environment variables are silently ignored.
--- 1763,1772 ----
  
  File: gfortran.info,  Node: Runtime,  Next: Fortran 2003 and 2008 status,  Prev: Invoking GNU Fortran,  Up: Top
  
! 3 Runtime:  Influencing runtime behavior with environment variables
! *******************************************************************
  
! The behavior of the `gfortran' can be influenced by environment
  variables.
  
     Malformed environment variables are silently ignored.
*************** variables.
*** 1782,1807 ****
  
  File: gfortran.info,  Node: TMPDIR,  Next: GFORTRAN_STDIN_UNIT,  Up: Runtime
  
! 3.1 'TMPDIR'--Directory for scratch files
  =========================================
  
! When opening a file with 'STATUS='SCRATCH'', GNU Fortran tries to create
! the file in one of the potential directories by testing each directory
! in the order below.
  
!   1. The environment variable 'TMPDIR', if it exists.
  
!   2. On the MinGW target, the directory returned by the 'GetTempPath'
!      function.  Alternatively, on the Cygwin target, the 'TMP' and
!      'TEMP' environment variables, if they exist, in that order.
  
!   3. The 'P_tmpdir' macro if it is defined, otherwise the directory
!      '/tmp'.
  
  
  File: gfortran.info,  Node: GFORTRAN_STDIN_UNIT,  Next: GFORTRAN_STDOUT_UNIT,  Prev: TMPDIR,  Up: Runtime
  
! 3.2 'GFORTRAN_STDIN_UNIT'--Unit number for standard input
  =========================================================
  
  This environment variable can be used to select the unit number
--- 1789,1814 ----
  
  File: gfortran.info,  Node: TMPDIR,  Next: GFORTRAN_STDIN_UNIT,  Up: Runtime
  
! 3.1 `TMPDIR'--Directory for scratch files
  =========================================
  
! When opening a file with `STATUS='SCRATCH'', GNU Fortran tries to
! create the file in one of the potential directories by testing each
! directory in the order below.
  
!   1. The environment variable `TMPDIR', if it exists.
  
!   2. On the MinGW target, the directory returned by the `GetTempPath'
!      function. Alternatively, on the Cygwin target, the `TMP' and
!      `TEMP' environment variables, if they exist, in that order.
  
!   3. The `P_tmpdir' macro if it is defined, otherwise the directory
!      `/tmp'.
  
  
  File: gfortran.info,  Node: GFORTRAN_STDIN_UNIT,  Next: GFORTRAN_STDOUT_UNIT,  Prev: TMPDIR,  Up: Runtime
  
! 3.2 `GFORTRAN_STDIN_UNIT'--Unit number for standard input
  =========================================================
  
  This environment variable can be used to select the unit number
*************** default value is 5.
*** 1811,1817 ****
  
  File: gfortran.info,  Node: GFORTRAN_STDOUT_UNIT,  Next: GFORTRAN_STDERR_UNIT,  Prev: GFORTRAN_STDIN_UNIT,  Up: Runtime
  
! 3.3 'GFORTRAN_STDOUT_UNIT'--Unit number for standard output
  ===========================================================
  
  This environment variable can be used to select the unit number
--- 1818,1824 ----
  
  File: gfortran.info,  Node: GFORTRAN_STDOUT_UNIT,  Next: GFORTRAN_STDERR_UNIT,  Prev: GFORTRAN_STDIN_UNIT,  Up: Runtime
  
! 3.3 `GFORTRAN_STDOUT_UNIT'--Unit number for standard output
  ===========================================================
  
  This environment variable can be used to select the unit number
*************** default value is 6.
*** 1821,1827 ****
  
  File: gfortran.info,  Node: GFORTRAN_STDERR_UNIT,  Next: GFORTRAN_UNBUFFERED_ALL,  Prev: GFORTRAN_STDOUT_UNIT,  Up: Runtime
  
! 3.4 'GFORTRAN_STDERR_UNIT'--Unit number for standard error
  ==========================================================
  
  This environment variable can be used to select the unit number
--- 1828,1834 ----
  
  File: gfortran.info,  Node: GFORTRAN_STDERR_UNIT,  Next: GFORTRAN_UNBUFFERED_ALL,  Prev: GFORTRAN_STDOUT_UNIT,  Up: Runtime
  
! 3.4 `GFORTRAN_STDERR_UNIT'--Unit number for standard error
  ==========================================================
  
  This environment variable can be used to select the unit number
*************** default value is 0.
*** 1831,1893 ****
  
  File: gfortran.info,  Node: GFORTRAN_UNBUFFERED_ALL,  Next: GFORTRAN_UNBUFFERED_PRECONNECTED,  Prev: GFORTRAN_STDERR_UNIT,  Up: Runtime
  
! 3.5 'GFORTRAN_UNBUFFERED_ALL'--Do not buffer I/O on all units
  =============================================================
  
  This environment variable controls whether all I/O is unbuffered.  If
! the first letter is 'y', 'Y' or '1', all I/O is unbuffered.  This will
  slow down small sequential reads and writes.  If the first letter is
! 'n', 'N' or '0', I/O is buffered.  This is the default.
  
  
  File: gfortran.info,  Node: GFORTRAN_UNBUFFERED_PRECONNECTED,  Next: GFORTRAN_SHOW_LOCUS,  Prev: GFORTRAN_UNBUFFERED_ALL,  Up: Runtime
  
! 3.6 'GFORTRAN_UNBUFFERED_PRECONNECTED'--Do not buffer I/O on preconnected units
  ===============================================================================
  
! The environment variable named 'GFORTRAN_UNBUFFERED_PRECONNECTED'
  controls whether I/O on a preconnected unit (i.e. STDOUT or STDERR) is
! unbuffered.  If the first letter is 'y', 'Y' or '1', I/O is unbuffered.
  This will slow down small sequential reads and writes.  If the first
! letter is 'n', 'N' or '0', I/O is buffered.  This is the default.
  
  
  File: gfortran.info,  Node: GFORTRAN_SHOW_LOCUS,  Next: GFORTRAN_OPTIONAL_PLUS,  Prev: GFORTRAN_UNBUFFERED_PRECONNECTED,  Up: Runtime
  
! 3.7 'GFORTRAN_SHOW_LOCUS'--Show location for runtime errors
  ===========================================================
  
! If the first letter is 'y', 'Y' or '1', filename and line numbers for
! runtime errors are printed.  If the first letter is 'n', 'N' or '0', do
  not print filename and line numbers for runtime errors.  The default is
  to print the location.
  
  
  File: gfortran.info,  Node: GFORTRAN_OPTIONAL_PLUS,  Next: GFORTRAN_DEFAULT_RECL,  Prev: GFORTRAN_SHOW_LOCUS,  Up: Runtime
  
! 3.8 'GFORTRAN_OPTIONAL_PLUS'--Print leading + where permitted
  =============================================================
  
! If the first letter is 'y', 'Y' or '1', a plus sign is printed where
! permitted by the Fortran standard.  If the first letter is 'n', 'N' or
! '0', a plus sign is not printed in most cases.  Default is not to print
  plus signs.
  
  
  File: gfortran.info,  Node: GFORTRAN_DEFAULT_RECL,  Next: GFORTRAN_LIST_SEPARATOR,  Prev: GFORTRAN_OPTIONAL_PLUS,  Up: Runtime
  
! 3.9 'GFORTRAN_DEFAULT_RECL'--Default record length for new files
  ================================================================
  
! This environment variable specifies the default record length, in bytes,
! for files which are opened without a 'RECL' tag in the 'OPEN' statement.
! This must be a positive integer.  The default value is 1073741824 bytes
! (1 GB).
  
  
  File: gfortran.info,  Node: GFORTRAN_LIST_SEPARATOR,  Next: GFORTRAN_CONVERT_UNIT,  Prev: GFORTRAN_DEFAULT_RECL,  Up: Runtime
  
! 3.10 'GFORTRAN_LIST_SEPARATOR'--Separator for list output
  =========================================================
  
  This environment variable specifies the separator when writing
--- 1838,1900 ----
  
  File: gfortran.info,  Node: GFORTRAN_UNBUFFERED_ALL,  Next: GFORTRAN_UNBUFFERED_PRECONNECTED,  Prev: GFORTRAN_STDERR_UNIT,  Up: Runtime
  
! 3.5 `GFORTRAN_UNBUFFERED_ALL'--Do not buffer I/O on all units
  =============================================================
  
  This environment variable controls whether all I/O is unbuffered.  If
! the first letter is `y', `Y' or `1', all I/O is unbuffered.  This will
  slow down small sequential reads and writes.  If the first letter is
! `n', `N' or `0', I/O is buffered.  This is the default.
  
  
  File: gfortran.info,  Node: GFORTRAN_UNBUFFERED_PRECONNECTED,  Next: GFORTRAN_SHOW_LOCUS,  Prev: GFORTRAN_UNBUFFERED_ALL,  Up: Runtime
  
! 3.6 `GFORTRAN_UNBUFFERED_PRECONNECTED'--Do not buffer I/O on preconnected units
  ===============================================================================
  
! The environment variable named `GFORTRAN_UNBUFFERED_PRECONNECTED'
  controls whether I/O on a preconnected unit (i.e. STDOUT or STDERR) is
! unbuffered.  If the first letter is `y', `Y' or `1', I/O is unbuffered.
  This will slow down small sequential reads and writes.  If the first
! letter is `n', `N' or `0', I/O is buffered.  This is the default.
  
  
  File: gfortran.info,  Node: GFORTRAN_SHOW_LOCUS,  Next: GFORTRAN_OPTIONAL_PLUS,  Prev: GFORTRAN_UNBUFFERED_PRECONNECTED,  Up: Runtime
  
! 3.7 `GFORTRAN_SHOW_LOCUS'--Show location for runtime errors
  ===========================================================
  
! If the first letter is `y', `Y' or `1', filename and line numbers for
! runtime errors are printed.  If the first letter is `n', `N' or `0', do
  not print filename and line numbers for runtime errors.  The default is
  to print the location.
  
  
  File: gfortran.info,  Node: GFORTRAN_OPTIONAL_PLUS,  Next: GFORTRAN_DEFAULT_RECL,  Prev: GFORTRAN_SHOW_LOCUS,  Up: Runtime
  
! 3.8 `GFORTRAN_OPTIONAL_PLUS'--Print leading + where permitted
  =============================================================
  
! If the first letter is `y', `Y' or `1', a plus sign is printed where
! permitted by the Fortran standard.  If the first letter is `n', `N' or
! `0', a plus sign is not printed in most cases.  Default is not to print
  plus signs.
  
  
  File: gfortran.info,  Node: GFORTRAN_DEFAULT_RECL,  Next: GFORTRAN_LIST_SEPARATOR,  Prev: GFORTRAN_OPTIONAL_PLUS,  Up: Runtime
  
! 3.9 `GFORTRAN_DEFAULT_RECL'--Default record length for new files
  ================================================================
  
! This environment variable specifies the default record length, in
! bytes, for files which are opened without a `RECL' tag in the `OPEN'
! statement.  This must be a positive integer.  The default value is
! 1073741824 bytes (1 GB).
  
  
  File: gfortran.info,  Node: GFORTRAN_LIST_SEPARATOR,  Next: GFORTRAN_CONVERT_UNIT,  Prev: GFORTRAN_DEFAULT_RECL,  Up: Runtime
  
! 3.10 `GFORTRAN_LIST_SEPARATOR'--Separator for list output
  =========================================================
  
  This environment variable specifies the separator when writing
*************** list-directed output.  It may contain an
*** 1895,1944 ****
  one comma.  If you specify this on the command line, be sure to quote
  spaces, as in
       $ GFORTRAN_LIST_SEPARATOR='  ,  ' ./a.out
!    when 'a.out' is the compiled Fortran program that you want to run.
  Default is a single space.
  
  
  File: gfortran.info,  Node: GFORTRAN_CONVERT_UNIT,  Next: GFORTRAN_ERROR_BACKTRACE,  Prev: GFORTRAN_LIST_SEPARATOR,  Up: Runtime
  
! 3.11 'GFORTRAN_CONVERT_UNIT'--Set endianness for unformatted I/O
  ================================================================
  
! By setting the 'GFORTRAN_CONVERT_UNIT' variable, it is possible to
! change the representation of data for unformatted files.  The syntax for
! the 'GFORTRAN_CONVERT_UNIT' variable is:
       GFORTRAN_CONVERT_UNIT: mode | mode ';' exception | exception ;
       mode: 'native' | 'swap' | 'big_endian' | 'little_endian' ;
       exception: mode ':' unit_list | unit_list ;
       unit_list: unit_spec | unit_list unit_spec ;
       unit_spec: INTEGER | INTEGER '-' INTEGER ;
!    The variable consists of an optional default mode, followed by a list
! of optional exceptions, which are separated by semicolons from the
  preceding default and each other.  Each exception consists of a format
! and a comma-separated list of units.  Valid values for the modes are the
! same as for the 'CONVERT' specifier:
  
!      'NATIVE' Use the native format.  This is the default.
!      'SWAP' Swap between little- and big-endian.
!      'LITTLE_ENDIAN' Use the little-endian format for unformatted files.
!      'BIG_ENDIAN' Use the big-endian format for unformatted files.
!    A missing mode for an exception is taken to mean 'BIG_ENDIAN'.
! Examples of values for 'GFORTRAN_CONVERT_UNIT' are:
!      ''big_endian'' Do all unformatted I/O in big_endian mode.
!      ''little_endian;native:10-20,25'' Do all unformatted I/O in
       little_endian mode, except for units 10 to 20 and 25, which are in
       native format.
!      ''10-20'' Units 10 to 20 are big-endian, the rest is native.
  
     Setting the environment variables should be done on the command line
! or via the 'export' command for 'sh'-compatible shells and via 'setenv'
! for 'csh'-compatible shells.
  
!    Example for 'sh':
       $ gfortran foo.f90
       $ GFORTRAN_CONVERT_UNIT='big_endian;native:10-20' ./a.out
  
!    Example code for 'csh':
       % gfortran foo.f90
       % setenv GFORTRAN_CONVERT_UNIT 'big_endian;native:10-20'
       % ./a.out
--- 1902,1956 ----
  one comma.  If you specify this on the command line, be sure to quote
  spaces, as in
       $ GFORTRAN_LIST_SEPARATOR='  ,  ' ./a.out
!    when `a.out' is the compiled Fortran program that you want to run.
  Default is a single space.
  
  
  File: gfortran.info,  Node: GFORTRAN_CONVERT_UNIT,  Next: GFORTRAN_ERROR_BACKTRACE,  Prev: GFORTRAN_LIST_SEPARATOR,  Up: Runtime
  
! 3.11 `GFORTRAN_CONVERT_UNIT'--Set endianness for unformatted I/O
  ================================================================
  
! By setting the `GFORTRAN_CONVERT_UNIT' variable, it is possible to
! change the representation of data for unformatted files.  The syntax
! for the `GFORTRAN_CONVERT_UNIT' variable is:
       GFORTRAN_CONVERT_UNIT: mode | mode ';' exception | exception ;
       mode: 'native' | 'swap' | 'big_endian' | 'little_endian' ;
       exception: mode ':' unit_list | unit_list ;
       unit_list: unit_spec | unit_list unit_spec ;
       unit_spec: INTEGER | INTEGER '-' INTEGER ;
!    The variable consists of an optional default mode, followed by a
! list of optional exceptions, which are separated by semicolons from the
  preceding default and each other.  Each exception consists of a format
! and a comma-separated list of units.  Valid values for the modes are
! the same as for the `CONVERT' specifier:
  
!      `NATIVE' Use the native format.  This is the default.
! 
!      `SWAP' Swap between little- and big-endian.
! 
!      `LITTLE_ENDIAN' Use the little-endian format for unformatted files.
! 
!      `BIG_ENDIAN' Use the big-endian format for unformatted files.
!    A missing mode for an exception is taken to mean `BIG_ENDIAN'.
! Examples of values for `GFORTRAN_CONVERT_UNIT' are:
!      `'big_endian''  Do all unformatted I/O in big_endian mode.
! 
!      `'little_endian;native:10-20,25''  Do all unformatted I/O in
       little_endian mode, except for units 10 to 20 and 25, which are in
       native format.
! 
!      `'10-20''  Units 10 to 20 are big-endian, the rest is native.
  
     Setting the environment variables should be done on the command line
! or via the `export' command for `sh'-compatible shells and via `setenv'
! for `csh'-compatible shells.
  
!    Example for `sh':
       $ gfortran foo.f90
       $ GFORTRAN_CONVERT_UNIT='big_endian;native:10-20' ./a.out
  
!    Example code for `csh':
       % gfortran foo.f90
       % setenv GFORTRAN_CONVERT_UNIT 'big_endian;native:10-20'
       % ./a.out
*************** for 'csh'-compatible shells.
*** 1947,1956 ****
  carries a significant speed overhead.  If speed in this area matters to
  you, it is best if you use this only for data that needs to be portable.
  
!    *Note CONVERT specifier::, for an alternative way to specify the data
! representation for unformatted files.  *Note Runtime Options::, for
  setting a default data representation for the whole program.  The
! 'CONVERT' specifier overrides the '-fconvert' compile options.
  
     _Note that the values specified via the GFORTRAN_CONVERT_UNIT
  environment variable will override the CONVERT specifier in the open
--- 1959,1968 ----
  carries a significant speed overhead.  If speed in this area matters to
  you, it is best if you use this only for data that needs to be portable.
  
!    *Note CONVERT specifier::, for an alternative way to specify the
! data representation for unformatted files.  *Note Runtime Options::, for
  setting a default data representation for the whole program.  The
! `CONVERT' specifier overrides the `-fconvert' compile options.
  
     _Note that the values specified via the GFORTRAN_CONVERT_UNIT
  environment variable will override the CONVERT specifier in the open
*************** not have the source code of their progra
*** 1960,1973 ****
  
  File: gfortran.info,  Node: GFORTRAN_ERROR_BACKTRACE,  Prev: GFORTRAN_CONVERT_UNIT,  Up: Runtime
  
! 3.12 'GFORTRAN_ERROR_BACKTRACE'--Show backtrace on run-time errors
  ==================================================================
  
! If the 'GFORTRAN_ERROR_BACKTRACE' variable is set to 'y', 'Y' or '1'
  (only the first letter is relevant) then a backtrace is printed when a
  serious run-time error occurs.  To disable the backtracing, set the
! variable to 'n', 'N', '0'.  Default is to print a backtrace unless the
! '-fno-backtrace' compile option was used.
  
  
  File: gfortran.info,  Node: Fortran 2003 and 2008 status,  Next: Compiler Characteristics,  Prev: Runtime,  Up: Top
--- 1972,1985 ----
  
  File: gfortran.info,  Node: GFORTRAN_ERROR_BACKTRACE,  Prev: GFORTRAN_CONVERT_UNIT,  Up: Runtime
  
! 3.12 `GFORTRAN_ERROR_BACKTRACE'--Show backtrace on run-time errors
  ==================================================================
  
! If the `GFORTRAN_ERROR_BACKTRACE' variable is set to `y', `Y' or `1'
  (only the first letter is relevant) then a backtrace is printed when a
  serious run-time error occurs.  To disable the backtracing, set the
! variable to `n', `N', `0'.  Default is to print a backtrace unless the
! `-fno-backtrace' compile option was used.
  
  
  File: gfortran.info,  Node: Fortran 2003 and 2008 status,  Next: Compiler Characteristics,  Prev: Runtime,  Up: Top
*************** can be found below.  See also the wiki p
*** 1993,2120 ****
  (https://gcc.gnu.org/wiki/Fortran2003) about Fortran 2003.
  
     * Procedure pointers including procedure-pointer components with
!      'PASS' attribute.
  
     * Procedures which are bound to a derived type (type-bound
!      procedures) including 'PASS', 'PROCEDURE' and 'GENERIC', and
       operators bound to a type.
  
     * Abstract interfaces and type extension with the possibility to
       override type-bound procedures or to have deferred binding.
  
!    * Polymorphic entities ("'CLASS'") for derived types and unlimited
!      polymorphism ("'CLASS(*)'") - including 'SAME_TYPE_AS',
!      'EXTENDS_TYPE_OF' and 'SELECT TYPE' for scalars and arrays and
       finalization.
  
     * Generic interface names, which have the same name as derived types,
!      are now supported.  This allows one to write constructor functions.
       Note that Fortran does not support static constructor functions.
       For static variables, only default initialization or
       structure-constructor initialization are available.
  
!    * The 'ASSOCIATE' construct.
  
     * Interoperability with C including enumerations,
  
     * In structure constructors the components with default values may be
       omitted.
  
!    * Extensions to the 'ALLOCATE' statement, allowing for a
       type-specification with type parameter and for allocation and
!      initialization from a 'SOURCE=' expression; 'ALLOCATE' and
!      'DEALLOCATE' optionally return an error message string via
!      'ERRMSG='.
  
     * Reallocation on assignment: If an intrinsic assignment is used, an
       allocatable variable on the left-hand side is automatically
       allocated (if unallocated) or reallocated (if the shape is
!      different).  Currently, scalar deferred character length left-hand
       sides are correctly handled but arrays are not yet fully
       implemented.
  
     * Deferred-length character variables and scalar deferred-length
!      character components of derived types are supported.  (Note that
       array-valued compoents are not yet implemented.)
  
!    * Transferring of allocations via 'MOVE_ALLOC'.
  
!    * The 'PRIVATE' and 'PUBLIC' attributes may be given individually to
       derived-type components.
  
     * In pointer assignments, the lower bound may be specified and the
       remapping of elements is supported.
  
!    * For pointers an 'INTENT' may be specified which affect the
       association status not the value of the pointer target.
  
!    * Intrinsics 'command_argument_count', 'get_command',
!      'get_command_argument', and 'get_environment_variable'.
  
!    * Support for Unicode characters (ISO 10646) and UTF-8, including the
!      'SELECTED_CHAR_KIND' and 'NEW_LINE' intrinsic functions.
  
     * Support for binary, octal and hexadecimal (BOZ) constants in the
!      intrinsic functions 'INT', 'REAL', 'CMPLX' and 'DBLE'.
  
     * Support for namelist variables with allocatable and pointer
       attribute and nonconstant length type parameter.
  
!    * Array constructors using square brackets.  That is, '[...]' rather
!      than '(/.../)'.  Type-specification for array constructors like '(/
!      some-type :: ... /)'.
  
     * Extensions to the specification and initialization expressions,
       including the support for intrinsics with real and complex
       arguments.
  
!    * Support for the asynchronous input/output syntax; however, the data
!      transfer is currently always synchronously performed.
  
!    * 'FLUSH' statement.
  
!    * 'IOMSG=' specifier for I/O statements.
  
!    * Support for the declaration of enumeration constants via the 'ENUM'
!      and 'ENUMERATOR' statements.  Interoperability with 'gcc' is
!      guaranteed also for the case where the '-fshort-enums' command line
!      option is given.
  
     * TR 15581:
!         * 'ALLOCATABLE' dummy arguments.
!         * 'ALLOCATABLE' function results
!         * 'ALLOCATABLE' components of derived types
  
!    * The 'OPEN' statement supports the 'ACCESS='STREAM'' specifier,
       allowing I/O without any record structure.
  
     * Namelist input/output for internal files.
  
     * Minor I/O features: Rounding during formatted output, using of a
       decimal comma instead of a decimal point, setting whether a plus
!      sign should appear for positive numbers.  On systems where 'strtod'
       honours the rounding mode, the rounding mode is also supported for
       input.
  
!    * The 'PROTECTED' statement and attribute.
  
!    * The 'VALUE' statement and attribute.
  
!    * The 'VOLATILE' statement and attribute.
  
!    * The 'IMPORT' statement, allowing to import host-associated derived
       types.
  
!    * The intrinsic modules 'ISO_FORTRAN_ENVIRONMENT' is supported, which
!      contains parameters of the I/O units, storage sizes.  Additionally,
!      procedures for C interoperability are available in the
!      'ISO_C_BINDING' module.
  
!    * 'USE' statement with 'INTRINSIC' and 'NON_INTRINSIC' attribute;
!      supported intrinsic modules: 'ISO_FORTRAN_ENV', 'ISO_C_BINDING',
!      'OMP_LIB' and 'OMP_LIB_KINDS', and 'OPENACC'.
  
-    * Renaming of operators in the 'USE' statement.
  
  
  File: gfortran.info,  Node: Fortran 2008 status,  Next: TS 29113 status,  Prev: Fortran 2003 status,  Up: Fortran 2003 and 2008 status
--- 2005,2135 ----
  (https://gcc.gnu.org/wiki/Fortran2003) about Fortran 2003.
  
     * Procedure pointers including procedure-pointer components with
!      `PASS' attribute.
  
     * Procedures which are bound to a derived type (type-bound
!      procedures) including `PASS', `PROCEDURE' and `GENERIC', and
       operators bound to a type.
  
     * Abstract interfaces and type extension with the possibility to
       override type-bound procedures or to have deferred binding.
  
!    * Polymorphic entities ("`CLASS'") for derived types and unlimited
!      polymorphism ("`CLASS(*)'") - including `SAME_TYPE_AS',
!      `EXTENDS_TYPE_OF' and `SELECT TYPE' for scalars and arrays and
       finalization.
  
     * Generic interface names, which have the same name as derived types,
!      are now supported. This allows one to write constructor functions.
       Note that Fortran does not support static constructor functions.
       For static variables, only default initialization or
       structure-constructor initialization are available.
  
!    * The `ASSOCIATE' construct.
  
     * Interoperability with C including enumerations,
  
     * In structure constructors the components with default values may be
       omitted.
  
!    * Extensions to the `ALLOCATE' statement, allowing for a
       type-specification with type parameter and for allocation and
!      initialization from a `SOURCE=' expression; `ALLOCATE' and
!      `DEALLOCATE' optionally return an error message string via
!      `ERRMSG='.
  
     * Reallocation on assignment: If an intrinsic assignment is used, an
       allocatable variable on the left-hand side is automatically
       allocated (if unallocated) or reallocated (if the shape is
!      different). Currently, scalar deferred character length left-hand
       sides are correctly handled but arrays are not yet fully
       implemented.
  
     * Deferred-length character variables and scalar deferred-length
!      character components of derived types are supported. (Note that
       array-valued compoents are not yet implemented.)
  
!    * Transferring of allocations via `MOVE_ALLOC'.
  
!    * The `PRIVATE' and `PUBLIC' attributes may be given individually to
       derived-type components.
  
     * In pointer assignments, the lower bound may be specified and the
       remapping of elements is supported.
  
!    * For pointers an `INTENT' may be specified which affect the
       association status not the value of the pointer target.
  
!    * Intrinsics `command_argument_count', `get_command',
!      `get_command_argument', and `get_environment_variable'.
  
!    * Support for Unicode characters (ISO 10646) and UTF-8, including
!      the `SELECTED_CHAR_KIND' and `NEW_LINE' intrinsic functions.
  
     * Support for binary, octal and hexadecimal (BOZ) constants in the
!      intrinsic functions `INT', `REAL', `CMPLX' and `DBLE'.
  
     * Support for namelist variables with allocatable and pointer
       attribute and nonconstant length type parameter.
  
!    * Array constructors using square brackets.  That is, `[...]' rather
!      than `(/.../)'.  Type-specification for array constructors like
!      `(/ some-type :: ... /)'.
  
     * Extensions to the specification and initialization expressions,
       including the support for intrinsics with real and complex
       arguments.
  
!    * Support for the asynchronous input/output syntax; however, the
!      data transfer is currently always synchronously performed.
  
!    * `FLUSH' statement.
  
!    * `IOMSG=' specifier for I/O statements.
  
!    * Support for the declaration of enumeration constants via the
!      `ENUM' and `ENUMERATOR' statements.  Interoperability with `gcc'
!      is guaranteed also for the case where the `-fshort-enums' command
!      line option is given.
  
     * TR 15581:
!         * `ALLOCATABLE' dummy arguments.
  
!         * `ALLOCATABLE' function results
! 
!         * `ALLOCATABLE' components of derived types
! 
!    * The `OPEN' statement supports the `ACCESS='STREAM'' specifier,
       allowing I/O without any record structure.
  
     * Namelist input/output for internal files.
  
     * Minor I/O features: Rounding during formatted output, using of a
       decimal comma instead of a decimal point, setting whether a plus
!      sign should appear for positive numbers. On systems where `strtod'
       honours the rounding mode, the rounding mode is also supported for
       input.
  
!    * The `PROTECTED' statement and attribute.
  
!    * The `VALUE' statement and attribute.
  
!    * The `VOLATILE' statement and attribute.
  
!    * The `IMPORT' statement, allowing to import host-associated derived
       types.
  
!    * The intrinsic modules `ISO_FORTRAN_ENVIRONMENT' is supported,
!      which contains parameters of the I/O units, storage sizes.
!      Additionally, procedures for C interoperability are available in
!      the `ISO_C_BINDING' module.
  
!    * `USE' statement with `INTRINSIC' and `NON_INTRINSIC' attribute;
!      supported intrinsic modules: `ISO_FORTRAN_ENV', `ISO_C_BINDING',
!      `OMP_LIB' and `OMP_LIB_KINDS', and `OPENACC'.
! 
!    * Renaming of operators in the `USE' statement.
  
  
  
  File: gfortran.info,  Node: Fortran 2008 status,  Next: TS 29113 status,  Prev: Fortran 2003 status,  Up: Fortran 2003 and 2008 status
*************** informally known as Fortran 2008.  The o
*** 2127,2136 ****
  from International Organization for Standardization (ISO) or its
  national member organizations.  The the final draft (FDIS) can be
  downloaded free of charge from
! <http://www.nag.co.uk/sc22wg5/links.html>.  Fortran is developed by the
  Working Group 5 of Sub-Committee 22 of the Joint Technical Committee 1
  of the International Organization for Standardization and the
! International Electrotechnical Commission (IEC). This group is known as
  WG5 (http://www.nag.co.uk/sc22wg5/).
  
     The GNU Fortran compiler supports several of the new features of
--- 2142,2151 ----
  from International Organization for Standardization (ISO) or its
  national member organizations.  The the final draft (FDIS) can be
  downloaded free of charge from
! `http://www.nag.co.uk/sc22wg5/links.html'.  Fortran is developed by the
  Working Group 5 of Sub-Committee 22 of the Joint Technical Committee 1
  of the International Organization for Standardization and the
! International Electrotechnical Commission (IEC).  This group is known as
  WG5 (http://www.nag.co.uk/sc22wg5/).
  
     The GNU Fortran compiler supports several of the new features of
*************** Fortran 2008; the wiki (https://gcc.gnu.
*** 2138,2239 ****
  some information about the current Fortran 2008 implementation status.
  In particular, the following is implemented.
  
!    * The '-std=f2008' option and support for the file extensions '.f08'
!      and '.F08'.
  
!    * The 'OPEN' statement now supports the 'NEWUNIT=' option, which
       returns a unique file unit, thus preventing inadvertent use of the
       same unit in different parts of the program.
  
!    * The 'g0' format descriptor and unlimited format items.
  
!    * The mathematical intrinsics 'ASINH', 'ACOSH', 'ATANH', 'ERF',
!      'ERFC', 'GAMMA', 'LOG_GAMMA', 'BESSEL_J0', 'BESSEL_J1',
!      'BESSEL_JN', 'BESSEL_Y0', 'BESSEL_Y1', 'BESSEL_YN', 'HYPOT',
!      'NORM2', and 'ERFC_SCALED'.
  
!    * Using complex arguments with 'TAN', 'SINH', 'COSH', 'TANH', 'ASIN',
!      'ACOS', and 'ATAN' is now possible; 'ATAN'(Y,X) is now an alias for
!      'ATAN2'(Y,X).
  
!    * Support of the 'PARITY' intrinsic functions.
  
!    * The following bit intrinsics: 'LEADZ' and 'TRAILZ' for counting the
!      number of leading and trailing zero bits, 'POPCNT' and 'POPPAR' for
!      counting the number of one bits and returning the parity; 'BGE',
!      'BGT', 'BLE', and 'BLT' for bitwise comparisons; 'DSHIFTL' and
!      'DSHIFTR' for combined left and right shifts, 'MASKL' and 'MASKR'
!      for simple left and right justified masks, 'MERGE_BITS' for a
!      bitwise merge using a mask, 'SHIFTA', 'SHIFTL' and 'SHIFTR' for
!      shift operations, and the transformational bit intrinsics 'IALL',
!      'IANY' and 'IPARITY'.
  
!    * Support of the 'EXECUTE_COMMAND_LINE' intrinsic subroutine.
  
!    * Support for the 'STORAGE_SIZE' intrinsic inquiry function.
  
!    * The 'INT{8,16,32}' and 'REAL{32,64,128}' kind type parameters and
!      the array-valued named constants 'INTEGER_KINDS', 'LOGICAL_KINDS',
!      'REAL_KINDS' and 'CHARACTER_KINDS' of the intrinsic module
!      'ISO_FORTRAN_ENV'.
  
!    * The module procedures 'C_SIZEOF' of the intrinsic module
!      'ISO_C_BINDINGS' and 'COMPILER_VERSION' and 'COMPILER_OPTIONS' of
!      'ISO_FORTRAN_ENV'.
  
!    * Coarray support for serial programs with '-fcoarray=single' flag
       and experimental support for multiple images with the
!      '-fcoarray=lib' flag.
  
!    * Submodules are supported.  It should noted that 'MODULEs' do not
!      produce the smod file needed by the descendent 'SUBMODULEs' unless
!      they contain at least one 'MODULE PROCEDURE' interface.  The reason
!      for this is that 'SUBMODULEs' are useless without 'MODULE
!      PROCEDUREs'.  See http://j3-fortran.org/doc/meeting/207/15-209.txt
!      for a discussion and a draft interpretation.  Adopting this
       interpretation has the advantage that code that does not use
       submodules does not generate smod files.
  
!    * The 'DO CONCURRENT' construct is supported.
  
!    * The 'BLOCK' construct is supported.
  
!    * The 'STOP' and the new 'ERROR STOP' statements now support all
!      constant expressions.  Both show the signals which were signaling
       at termination.
  
!    * Support for the 'CONTIGUOUS' attribute.
  
!    * Support for 'ALLOCATE' with 'MOLD'.
  
!    * Support for the 'IMPURE' attribute for procedures, which allows for
!      'ELEMENTAL' procedures without the restrictions of 'PURE'.
  
!    * Null pointers (including 'NULL()') and not-allocated variables can
       be used as actual argument to optional non-pointer, non-allocatable
       dummy arguments, denoting an absent argument.
  
!    * Non-pointer variables with 'TARGET' attribute can be used as actual
!      argument to 'POINTER' dummies with 'INTENT(IN)'.
  
     * Pointers including procedure pointers and those in a derived type
       (pointer components) can now be initialized by a target instead of
!      only by 'NULL'.
  
!    * The 'EXIT' statement (with construct-name) can be now be used to
!      leave not only the 'DO' but also the 'ASSOCIATE', 'BLOCK', 'IF',
!      'SELECT CASE' and 'SELECT TYPE' constructs.
  
     * Internal procedures can now be used as actual argument.
  
!    * Minor features: obsolesce diagnostics for 'ENTRY' with
!      '-std=f2008'; a line may start with a semicolon; for internal and
!      module procedures 'END' can be used instead of 'END SUBROUTINE' and
!      'END FUNCTION'; 'SELECTED_REAL_KIND' now also takes a 'RADIX'
       argument; intrinsic types are supported for
!      'TYPE'(INTRINSIC-TYPE-SPEC); multiple type-bound procedures can be
!      declared in a single 'PROCEDURE' statement; implied-shape arrays
!      are supported for named constants ('PARAMETER').
  
  
  File: gfortran.info,  Node: TS 29113 status,  Next: TS 18508 status,  Prev: Fortran 2008 status,  Up: Fortran 2003 and 2008 status
--- 2153,2254 ----
  some information about the current Fortran 2008 implementation status.
  In particular, the following is implemented.
  
!    * The `-std=f2008' option and support for the file extensions `.f08'
!      and `.F08'.
  
!    * The `OPEN' statement now supports the `NEWUNIT=' option, which
       returns a unique file unit, thus preventing inadvertent use of the
       same unit in different parts of the program.
  
!    * The `g0' format descriptor and unlimited format items.
  
!    * The mathematical intrinsics `ASINH', `ACOSH', `ATANH', `ERF',
!      `ERFC', `GAMMA', `LOG_GAMMA', `BESSEL_J0', `BESSEL_J1',
!      `BESSEL_JN', `BESSEL_Y0', `BESSEL_Y1', `BESSEL_YN', `HYPOT',
!      `NORM2', and `ERFC_SCALED'.
  
!    * Using complex arguments with `TAN', `SINH', `COSH', `TANH',
!      `ASIN', `ACOS', and `ATAN' is now possible; `ATAN'(Y,X) is now an
!      alias for `ATAN2'(Y,X).
  
!    * Support of the `PARITY' intrinsic functions.
  
!    * The following bit intrinsics: `LEADZ' and `TRAILZ' for counting
!      the number of leading and trailing zero bits, `POPCNT' and
!      `POPPAR' for counting the number of one bits and returning the
!      parity; `BGE', `BGT', `BLE', and `BLT' for bitwise comparisons;
!      `DSHIFTL' and `DSHIFTR' for combined left and right shifts,
!      `MASKL' and `MASKR' for simple left and right justified masks,
!      `MERGE_BITS' for a bitwise merge using a mask, `SHIFTA', `SHIFTL'
!      and `SHIFTR' for shift operations, and the transformational bit
!      intrinsics `IALL', `IANY' and `IPARITY'.
  
!    * Support of the `EXECUTE_COMMAND_LINE' intrinsic subroutine.
  
!    * Support for the `STORAGE_SIZE' intrinsic inquiry function.
  
!    * The `INT{8,16,32}' and `REAL{32,64,128}' kind type parameters and
!      the array-valued named constants `INTEGER_KINDS', `LOGICAL_KINDS',
!      `REAL_KINDS' and `CHARACTER_KINDS' of the intrinsic module
!      `ISO_FORTRAN_ENV'.
  
!    * The module procedures `C_SIZEOF' of the intrinsic module
!      `ISO_C_BINDINGS' and `COMPILER_VERSION' and `COMPILER_OPTIONS' of
!      `ISO_FORTRAN_ENV'.
  
!    * Coarray support for serial programs with `-fcoarray=single' flag
       and experimental support for multiple images with the
!      `-fcoarray=lib' flag.
  
!    * Submodules are supported. It should noted that `MODULEs' do not
!      produce the smod file needed by the descendent `SUBMODULEs' unless
!      they contain at least one `MODULE PROCEDURE' interface. The reason
!      for this is that `SUBMODULEs' are useless without `MODULE
!      PROCEDUREs'. See http://j3-fortran.org/doc/meeting/207/15-209.txt
!      for a discussion and a draft interpretation. Adopting this
       interpretation has the advantage that code that does not use
       submodules does not generate smod files.
  
!    * The `DO CONCURRENT' construct is supported.
  
!    * The `BLOCK' construct is supported.
  
!    * The `STOP' and the new `ERROR STOP' statements now support all
!      constant expressions. Both show the signals which were signaling
       at termination.
  
!    * Support for the `CONTIGUOUS' attribute.
  
!    * Support for `ALLOCATE' with `MOLD'.
  
!    * Support for the `IMPURE' attribute for procedures, which allows
!      for `ELEMENTAL' procedures without the restrictions of `PURE'.
  
!    * Null pointers (including `NULL()') and not-allocated variables can
       be used as actual argument to optional non-pointer, non-allocatable
       dummy arguments, denoting an absent argument.
  
!    * Non-pointer variables with `TARGET' attribute can be used as
!      actual argument to `POINTER' dummies with `INTENT(IN)'.
  
     * Pointers including procedure pointers and those in a derived type
       (pointer components) can now be initialized by a target instead of
!      only by `NULL'.
  
!    * The `EXIT' statement (with construct-name) can be now be used to
!      leave not only the `DO' but also the `ASSOCIATE', `BLOCK', `IF',
!      `SELECT CASE' and `SELECT TYPE' constructs.
  
     * Internal procedures can now be used as actual argument.
  
!    * Minor features: obsolesce diagnostics for `ENTRY' with
!      `-std=f2008'; a line may start with a semicolon; for internal and
!      module procedures `END' can be used instead of `END SUBROUTINE'
!      and `END FUNCTION'; `SELECTED_REAL_KIND' now also takes a `RADIX'
       argument; intrinsic types are supported for
!      `TYPE'(INTRINSIC-TYPE-SPEC); multiple type-bound procedures can be
!      declared in a single `PROCEDURE' statement; implied-shape arrays
!      are supported for named constants (`PARAMETER').
  
  
  File: gfortran.info,  Node: TS 29113 status,  Next: TS 18508 status,  Prev: Fortran 2008 status,  Up: Fortran 2003 and 2008 status
*************** following is implemented.
*** 2249,2267 ****
  
     See also *note Further Interoperability of Fortran with C::.
  
!    * The '-std=f2008ts' option.
  
!    * The 'OPTIONAL' attribute is allowed for dummy arguments of 'BIND(C)
!      procedures.'
  
!    * The 'RANK' intrinsic is supported.
  
!    * GNU Fortran's implementation for variables with 'ASYNCHRONOUS'
       attribute is compatible with TS 29113.
  
!    * Assumed types ('TYPE(*)').
  
!    * Assumed-rank ('DIMENSION(..)').  However, the array descriptor of
       the TS is not yet supported.
  
  
--- 2264,2282 ----
  
     See also *note Further Interoperability of Fortran with C::.
  
!    * The `-std=f2008ts' option.
  
!    * The `OPTIONAL' attribute is allowed for dummy arguments of
!      `BIND(C) procedures.'
  
!    * The `RANK' intrinsic is supported.
  
!    * GNU Fortran's implementation for variables with `ASYNCHRONOUS'
       attribute is compatible with TS 29113.
  
!    * Assumed types (`TYPE(*)').
  
!    * Assumed-rank (`DIMENSION(..)'). However, the array descriptor of
       the TS is not yet supported.
  
  
*************** Specification 18508 on Additional Parall
*** 2276,2290 ****
     * The new atomic ADD, CAS, FETCH and ADD/OR/XOR, OR and XOR
       intrinsics.
  
!    * The 'CO_MIN' and 'CO_MAX' and 'SUM' reduction intrinsics.  And the
!      'CO_BROADCAST' and 'CO_REDUCE' intrinsic, except that those do not
       support polymorphic types or types with allocatable, pointer or
       polymorphic components.
  
!    * Events ('EVENT POST', 'EVENT WAIT', 'EVENT_QUERY')
  
-    * Failed images ('FAIL IMAGE', 'IMAGE_STATUS', 'FAILED_IMAGES',
-      'STOPPED_IMAGES')
  
  
  File: gfortran.info,  Node: Compiler Characteristics,  Next: Extensions,  Prev: Fortran 2003 and 2008 status,  Up: Top
--- 2291,2306 ----
     * The new atomic ADD, CAS, FETCH and ADD/OR/XOR, OR and XOR
       intrinsics.
  
!    * The `CO_MIN' and `CO_MAX' and `SUM' reduction intrinsics.  And the
!      `CO_BROADCAST' and `CO_REDUCE' intrinsic, except that those do not
       support polymorphic types or types with allocatable, pointer or
       polymorphic components.
  
!    * Events (`EVENT POST', `EVENT WAIT', `EVENT_QUERY')
! 
!    * Failed images (`FAIL IMAGE', `IMAGE_STATUS', `FAILED_IMAGES',
!      `STOPPED_IMAGES')
  
  
  
  File: gfortran.info,  Node: Compiler Characteristics,  Next: Extensions,  Prev: Fortran 2003 and 2008 status,  Up: Top
*************** File: gfortran.info,  Node: KIND Type Pa
*** 2311,2351 ****
  5.1 KIND Type Parameters
  ========================
  
! The 'KIND' type parameters supported by GNU Fortran for the primitive
  data types are:
  
! 'INTEGER'
       1, 2, 4, 8*, 16*, default: 4**
  
! 'LOGICAL'
       1, 2, 4, 8*, 16*, default: 4**
  
! 'REAL'
       4, 8, 10*, 16*, default: 4***
  
! 'COMPLEX'
       4, 8, 10*, 16*, default: 4***
  
! 'DOUBLE PRECISION'
       4, 8, 10*, 16*, default: 8***
  
! 'CHARACTER'
       1, 4, default: 1
  
  * not available on all systems
! ** unless '-fdefault-integer-8' is used
! *** unless '-fdefault-real-8' is used (see *note Fortran Dialect
  Options::)
  
! The 'KIND' value matches the storage size in bytes, except for 'COMPLEX'
! where the storage size is twice as much (or both real and imaginary part
! are a real value of the given size).  It is recommended to use the *note
! SELECTED_CHAR_KIND::, *note SELECTED_INT_KIND:: and *note
! SELECTED_REAL_KIND:: intrinsics or the 'INT8', 'INT16', 'INT32',
! 'INT64', 'REAL32', 'REAL64', and 'REAL128' parameters of the
! 'ISO_FORTRAN_ENV' module instead of the concrete values.  The available
! kind parameters can be found in the constant arrays 'CHARACTER_KINDS',
! 'INTEGER_KINDS', 'LOGICAL_KINDS' and 'REAL_KINDS' in the *note
  ISO_FORTRAN_ENV:: module.  For C interoperability, the kind parameters
  of the *note ISO_C_BINDING:: module should be used.
  
--- 2327,2368 ----
  5.1 KIND Type Parameters
  ========================
  
! The `KIND' type parameters supported by GNU Fortran for the primitive
  data types are:
  
! `INTEGER'
       1, 2, 4, 8*, 16*, default: 4**
  
! `LOGICAL'
       1, 2, 4, 8*, 16*, default: 4**
  
! `REAL'
       4, 8, 10*, 16*, default: 4***
  
! `COMPLEX'
       4, 8, 10*, 16*, default: 4***
  
! `DOUBLE PRECISION'
       4, 8, 10*, 16*, default: 8***
  
! `CHARACTER'
       1, 4, default: 1
  
+ 
  * not available on all systems
! ** unless `-fdefault-integer-8' is used
! *** unless `-fdefault-real-8' is used (see *note Fortran Dialect
  Options::)
  
! The `KIND' value matches the storage size in bytes, except for
! `COMPLEX' where the storage size is twice as much (or both real and
! imaginary part are a real value of the given size).  It is recommended
! to use the *note SELECTED_CHAR_KIND::, *note SELECTED_INT_KIND:: and
! *note SELECTED_REAL_KIND:: intrinsics or the `INT8', `INT16', `INT32',
! `INT64', `REAL32', `REAL64', and `REAL128' parameters of the
! `ISO_FORTRAN_ENV' module instead of the concrete values.  The available
! kind parameters can be found in the constant arrays `CHARACTER_KINDS',
! `INTEGER_KINDS', `LOGICAL_KINDS' and `REAL_KINDS' in the *note
  ISO_FORTRAN_ENV:: module.  For C interoperability, the kind parameters
  of the *note ISO_C_BINDING:: module should be used.
  
*************** File: gfortran.info,  Node: Internal rep
*** 2355,2368 ****
  5.2 Internal representation of LOGICAL variables
  ================================================
  
! The Fortran standard does not specify how variables of 'LOGICAL' type
! are represented, beyond requiring that 'LOGICAL' variables of default
! kind have the same storage size as default 'INTEGER' and 'REAL'
  variables.  The GNU Fortran internal representation is as follows.
  
!    A 'LOGICAL(KIND=N)' variable is represented as an 'INTEGER(KIND=N)'
! variable, however, with only two permissible values: '1' for '.TRUE.'
! and '0' for '.FALSE.'.  Any other integer value results in undefined
  behavior.
  
     See also *note Argument passing conventions:: and *note
--- 2372,2385 ----
  5.2 Internal representation of LOGICAL variables
  ================================================
  
! The Fortran standard does not specify how variables of `LOGICAL' type
! are represented, beyond requiring that `LOGICAL' variables of default
! kind have the same storage size as default `INTEGER' and `REAL'
  variables.  The GNU Fortran internal representation is as follows.
  
!    A `LOGICAL(KIND=N)' variable is represented as an `INTEGER(KIND=N)'
! variable, however, with only two permissible values: `1' for `.TRUE.'
! and `0' for `.FALSE.'.  Any other integer value results in undefined
  behavior.
  
     See also *note Argument passing conventions:: and *note
*************** File: gfortran.info,  Node: Thread-safet
*** 2374,2417 ****
  5.3 Thread-safety of the runtime library
  ========================================
  
! GNU Fortran can be used in programs with multiple threads, e.g. by using
! OpenMP, by calling OS thread handling functions via the 'ISO_C_BINDING'
! facility, or by GNU Fortran compiled library code being called from a
! multi-threaded program.
  
!    The GNU Fortran runtime library, ('libgfortran'), supports being
  called concurrently from multiple threads with the following exceptions.
  
!    During library initialization, the C 'getenv' function is used, which
! need not be thread-safe.  Similarly, the 'getenv' function is used to
! implement the 'GET_ENVIRONMENT_VARIABLE' and 'GETENV' intrinsics.  It is
! the responsibility of the user to ensure that the environment is not
! being updated concurrently when any of these actions are taking place.
  
!    The 'EXECUTE_COMMAND_LINE' and 'SYSTEM' intrinsics are implemented
! with the 'system' function, which need not be thread-safe.  It is the
! responsibility of the user to ensure that 'system' is not called
  concurrently.
  
     For platforms not supporting thread-safe POSIX functions, further
! functionality might not be thread-safe.  For details, please consult the
! documentation for your operating system.
  
     The GNU Fortran runtime library uses various C library functions that
! depend on the locale, such as 'strtod' and 'snprintf'.  In order to work
! correctly in locale-aware programs that set the locale using
! 'setlocale', the locale is reset to the default "C" locale while
! executing a formatted 'READ' or 'WRITE' statement.  On targets
  supporting the POSIX 2008 per-thread locale functions (e.g.
! 'newlocale', 'uselocale', 'freelocale'), these are used and thus the
! global locale set using 'setlocale' or the per-thread locales in other
  threads are not affected.  However, on targets lacking this
  functionality, the global LC_NUMERIC locale is set to "C" during the
! formatted I/O. Thus, on such targets it's not safe to call 'setlocale'
! concurrently from another thread while a Fortran formatted I/O operation
! is in progress.  Also, other threads doing something dependent on the
! LC_NUMERIC locale might not work correctly if a formatted I/O operation
! is in progress in another thread.
  
  
  File: gfortran.info,  Node: Data consistency and durability,  Next: Files opened without an explicit ACTION= specifier,  Prev: Thread-safety of the runtime library,  Up: Compiler Characteristics
--- 2391,2435 ----
  5.3 Thread-safety of the runtime library
  ========================================
  
! GNU Fortran can be used in programs with multiple threads, e.g. by
! using OpenMP, by calling OS thread handling functions via the
! `ISO_C_BINDING' facility, or by GNU Fortran compiled library code being
! called from a multi-threaded program.
  
!    The GNU Fortran runtime library, (`libgfortran'), supports being
  called concurrently from multiple threads with the following exceptions.
  
!    During library initialization, the C `getenv' function is used,
! which need not be thread-safe.  Similarly, the `getenv' function is
! used to implement the `GET_ENVIRONMENT_VARIABLE' and `GETENV'
! intrinsics.  It is the responsibility of the user to ensure that the
! environment is not being updated concurrently when any of these actions
! are taking place.
  
!    The `EXECUTE_COMMAND_LINE' and `SYSTEM' intrinsics are implemented
! with the `system' function, which need not be thread-safe.  It is the
! responsibility of the user to ensure that `system' is not called
  concurrently.
  
     For platforms not supporting thread-safe POSIX functions, further
! functionality might not be thread-safe.  For details, please consult
! the documentation for your operating system.
  
     The GNU Fortran runtime library uses various C library functions that
! depend on the locale, such as `strtod' and `snprintf'.  In order to
! work correctly in locale-aware programs that set the locale using
! `setlocale', the locale is reset to the default "C" locale while
! executing a formatted `READ' or `WRITE' statement.  On targets
  supporting the POSIX 2008 per-thread locale functions (e.g.
! `newlocale', `uselocale', `freelocale'), these are used and thus the
! global locale set using `setlocale' or the per-thread locales in other
  threads are not affected.  However, on targets lacking this
  functionality, the global LC_NUMERIC locale is set to "C" during the
! formatted I/O.  Thus, on such targets it's not safe to call `setlocale'
! concurrently from another thread while a Fortran formatted I/O
! operation is in progress.  Also, other threads doing something
! dependent on the LC_NUMERIC locale might not work correctly if a
! formatted I/O operation is in progress in another thread.
  
  
  File: gfortran.info,  Node: Data consistency and durability,  Next: Files opened without an explicit ACTION= specifier,  Prev: Thread-safety of the runtime library,  Up: Compiler Characteristics
*************** This section contains a brief overview o
*** 2423,2434 ****
  and durability issues when doing I/O.
  
     With respect to durability, GNU Fortran makes no effort to ensure
! that data is committed to stable storage.  If this is required, the GNU
! Fortran programmer can use the intrinsic 'FNUM' to retrieve the low
! level file descriptor corresponding to an open Fortran unit.  Then,
! using e.g.  the 'ISO_C_BINDING' feature, one can call the underlying
! system call to flush dirty data to stable storage, such as 'fsync' on
! POSIX, '_commit' on MingW, or 'fcntl(fd, F_FULLSYNC, 0)' on Mac OS X.
  The following example shows how to call fsync:
  
         ! Declare the interface for POSIX fsync function
--- 2441,2452 ----
  and durability issues when doing I/O.
  
     With respect to durability, GNU Fortran makes no effort to ensure
! that data is committed to stable storage. If this is required, the GNU
! Fortran programmer can use the intrinsic `FNUM' to retrieve the low
! level file descriptor corresponding to an open Fortran unit. Then,
! using e.g. the `ISO_C_BINDING' feature, one can call the underlying
! system call to flush dirty data to stable storage, such as `fsync' on
! POSIX, `_commit' on MingW, or `fcntl(fd, F_FULLSYNC, 0)' on Mac OS X.
  The following example shows how to call fsync:
  
         ! Declare the interface for POSIX fsync function
*************** The following example shows how to call
*** 2458,2486 ****
         if (ret /= 0) stop "Error calling FSYNC"
  
     With respect to consistency, for regular files GNU Fortran uses
! buffered I/O in order to improve performance.  This buffer is flushed
! automatically when full and in some other situations, e.g.  when closing
! a unit.  It can also be explicitly flushed with the 'FLUSH' statement.
! Also, the buffering can be turned off with the 'GFORTRAN_UNBUFFERED_ALL'
! and 'GFORTRAN_UNBUFFERED_PRECONNECTED' environment variables.  Special
! files, such as terminals and pipes, are always unbuffered.  Sometimes,
! however, further things may need to be done in order to allow other
! processes to see data that GNU Fortran has written, as follows.
  
     The Windows platform supports a relaxed metadata consistency model,
! where file metadata is written to the directory lazily.  This means
! that, for instance, the 'dir' command can show a stale size for a file.
  One can force a directory metadata update by closing the unit, or by
! calling '_commit' on the file descriptor.  Note, though, that '_commit'
  will force all dirty data to stable storage, which is often a very slow
  operation.
  
     The Network File System (NFS) implements a relaxed consistency model
! called open-to-close consistency.  Closing a file forces dirty data and
  metadata to be flushed to the server, and opening a file forces the
  client to contact the server in order to revalidate cached data.
! 'fsync' will also force a flush of dirty data and metadata to the
! server.  Similar to 'open' and 'close', acquiring and releasing 'fcntl'
  file locks, if the server supports them, will also force cache
  validation and flushing dirty data and metadata.
  
--- 2476,2505 ----
         if (ret /= 0) stop "Error calling FSYNC"
  
     With respect to consistency, for regular files GNU Fortran uses
! buffered I/O in order to improve performance. This buffer is flushed
! automatically when full and in some other situations, e.g. when closing
! a unit. It can also be explicitly flushed with the `FLUSH' statement.
! Also, the buffering can be turned off with the
! `GFORTRAN_UNBUFFERED_ALL' and `GFORTRAN_UNBUFFERED_PRECONNECTED'
! environment variables. Special files, such as terminals and pipes, are
! always unbuffered. Sometimes, however, further things may need to be
! done in order to allow other processes to see data that GNU Fortran has
! written, as follows.
  
     The Windows platform supports a relaxed metadata consistency model,
! where file metadata is written to the directory lazily. This means
! that, for instance, the `dir' command can show a stale size for a file.
  One can force a directory metadata update by closing the unit, or by
! calling `_commit' on the file descriptor. Note, though, that `_commit'
  will force all dirty data to stable storage, which is often a very slow
  operation.
  
     The Network File System (NFS) implements a relaxed consistency model
! called open-to-close consistency. Closing a file forces dirty data and
  metadata to be flushed to the server, and opening a file forces the
  client to contact the server in order to revalidate cached data.
! `fsync' will also force a flush of dirty data and metadata to the
! server. Similar to `open' and `close', acquiring and releasing `fcntl'
  file locks, if the server supports them, will also force cache
  validation and flushing dirty data and metadata.
  
*************** File: gfortran.info,  Node: Files opened
*** 2490,2502 ****
  5.5 Files opened without an explicit ACTION= specifier
  ======================================================
  
! The Fortran standard says that if an 'OPEN' statement is executed
! without an explicit 'ACTION=' specifier, the default value is processor
  dependent.  GNU Fortran behaves as follows:
  
!   1. Attempt to open the file with 'ACTION='READWRITE''
!   2. If that fails, try to open with 'ACTION='READ''
!   3. If that fails, try to open with 'ACTION='WRITE''
    4. If that fails, generate an error
  
  
--- 2509,2524 ----
  5.5 Files opened without an explicit ACTION= specifier
  ======================================================
  
! The Fortran standard says that if an `OPEN' statement is executed
! without an explicit `ACTION=' specifier, the default value is processor
  dependent.  GNU Fortran behaves as follows:
  
!   1. Attempt to open the file with `ACTION='READWRITE''
! 
!   2. If that fails, try to open with `ACTION='READ''
! 
!   3. If that fails, try to open with `ACTION='WRITE''
! 
    4. If that fails, generate an error
  
  
*************** This section documents the behavior of G
*** 2509,2527 ****
  on symbolic links, on systems that support them.
  
     * Results of INQUIRE statements of the "inquire by file" form will
!      relate to the target of the symbolic link.  For example,
!      'INQUIRE(FILE="foo",EXIST=ex)' will set EX to .TRUE. if FOO is a
!      symbolic link pointing to an existing file, and .FALSE. if FOO
       points to an non-existing file ("dangling" symbolic link).
  
!    * Using the 'OPEN' statement with a 'STATUS="NEW"' specifier on a
       symbolic link will result in an error condition, whether the
       symbolic link points to an existing target or is dangling.
  
!    * If a symbolic link was connected, using the 'CLOSE' statement with
!      a 'STATUS="DELETE"' specifier will cause the symbolic link itself
       to be deleted, not its target.
  
  
  File: gfortran.info,  Node: Extensions,  Next: Mixed-Language Programming,  Prev: Compiler Characteristics,  Up: Top
  
--- 2531,2550 ----
  on symbolic links, on systems that support them.
  
     * Results of INQUIRE statements of the "inquire by file" form will
!      relate to the target of the symbolic link. For example,
!      `INQUIRE(FILE="foo",EXIST=ex)' will set EX to .TRUE. if FOO is a
!      symbolic link pointing to an existing file, and .FALSE.  if FOO
       points to an non-existing file ("dangling" symbolic link).
  
!    * Using the `OPEN' statement with a `STATUS="NEW"' specifier on a
       symbolic link will result in an error condition, whether the
       symbolic link points to an existing target or is dangling.
  
!    * If a symbolic link was connected, using the `CLOSE' statement with
!      a `STATUS="DELETE"' specifier will cause the symbolic link itself
       to be deleted, not its target.
  
+ 
  
  File: gfortran.info,  Node: Extensions,  Next: Mixed-Language Programming,  Prev: Compiler Characteristics,  Up: Top
  
*************** GNU Fortran implements a number of exten
*** 2550,2562 ****
  This chapter contains information on their syntax and meaning.  There
  are currently two categories of GNU Fortran extensions, those that
  provide functionality beyond that provided by any standard, and those
! that are supported by GNU Fortran purely for backward compatibility with
! legacy compilers.  By default, '-std=gnu' allows the compiler to accept
! both types of extensions, but to warn about the use of the latter.
! Specifying either '-std=f95', '-std=f2003' or '-std=f2008' disables both
! types of extensions, and '-std=legacy' allows both without warning.  The
! special compile flag '-fdec' enables additional compatibility extensions
! along with those enabled by '-std=legacy'.
  
  * Menu:
  
--- 2573,2585 ----
  This chapter contains information on their syntax and meaning.  There
  are currently two categories of GNU Fortran extensions, those that
  provide functionality beyond that provided by any standard, and those
! that are supported by GNU Fortran purely for backward compatibility
! with legacy compilers.  By default, `-std=gnu' allows the compiler to
! accept both types of extensions, but to warn about the use of the
! latter.  Specifying either `-std=f95', `-std=f2003' or `-std=f2008'
! disables both types of extensions, and `-std=legacy' allows both
! without warning.  The special compile flag `-fdec' enables additional
! compatibility extensions along with those enabled by `-std=legacy'.
  
  * Menu:
  
*************** along with those enabled by '-std=legacy
*** 2567,2573 ****
  * Commas in FORMAT specifications::
  * Missing period in FORMAT specifications::
  * I/O item lists::
! * Q exponent-letter::
  * BOZ literal constants::
  * Real array indices::
  * Unary operators::
--- 2590,2596 ----
  * Commas in FORMAT specifications::
  * Missing period in FORMAT specifications::
  * I/O item lists::
! * `Q' exponent-letter::
  * BOZ literal constants::
  * Real array indices::
  * Unary operators::
*************** File: gfortran.info,  Node: Old-style ki
*** 2602,2618 ****
  GNU Fortran allows old-style kind specifications in declarations.  These
  look like:
             TYPESPEC*size x,y,z
! where 'TYPESPEC' is a basic type ('INTEGER', 'REAL', etc.), and where
! 'size' is a byte count corresponding to the storage size of a valid kind
! for that type.  (For 'COMPLEX' variables, 'size' is the total size of
! the real and imaginary parts.)  The statement then declares 'x', 'y' and
! 'z' to be of type 'TYPESPEC' with the appropriate kind.  This is
! equivalent to the standard-conforming declaration
             TYPESPEC(k) x,y,z
! where 'k' is the kind parameter suitable for the intended precision.  As
! kind parameters are implementation-dependent, use the 'KIND',
! 'SELECTED_INT_KIND' and 'SELECTED_REAL_KIND' intrinsics to retrieve the
! correct value, for instance 'REAL*8 x' can be replaced by:
       INTEGER, PARAMETER :: dbl = KIND(1.0d0)
       REAL(KIND=dbl) :: x
  
--- 2625,2641 ----
  GNU Fortran allows old-style kind specifications in declarations.  These
  look like:
             TYPESPEC*size x,y,z
!    where `TYPESPEC' is a basic type (`INTEGER', `REAL', etc.), and
! where `size' is a byte count corresponding to the storage size of a
! valid kind for that type.  (For `COMPLEX' variables, `size' is the
! total size of the real and imaginary parts.)  The statement then
! declares `x', `y' and `z' to be of type `TYPESPEC' with the appropriate
! kind.  This is equivalent to the standard-conforming declaration
             TYPESPEC(k) x,y,z
!    where `k' is the kind parameter suitable for the intended precision.
! As kind parameters are implementation-dependent, use the `KIND',
! `SELECTED_INT_KIND' and `SELECTED_REAL_KIND' intrinsics to retrieve the
! correct value, for instance `REAL*8 x' can be replaced by:
       INTEGER, PARAMETER :: dbl = KIND(1.0d0)
       REAL(KIND=dbl) :: x
  
*************** File: gfortran.info,  Node: Old-style va
*** 2625,2636 ****
  GNU Fortran allows old-style initialization of variables of the form:
             INTEGER i/1/,j/2/
             REAL x(2,2) /3*0.,1./
!    The syntax for the initializers is as for the 'DATA' statement, but
! unlike in a 'DATA' statement, an initializer only applies to the
  variable immediately preceding the initialization.  In other words,
! something like 'INTEGER I,J/2,3/' is not valid.  This style of
  initialization is only allowed in declarations without double colons
! ('::'); the double colons were introduced in Fortran 90, which also
  introduced a standard syntax for initializing variables in type
  declarations.
  
--- 2648,2659 ----
  GNU Fortran allows old-style initialization of variables of the form:
             INTEGER i/1/,j/2/
             REAL x(2,2) /3*0.,1./
!    The syntax for the initializers is as for the `DATA' statement, but
! unlike in a `DATA' statement, an initializer only applies to the
  variable immediately preceding the initialization.  In other words,
! something like `INTEGER I,J/2,3/' is not valid.  This style of
  initialization is only allowed in declarations without double colons
! (`::'); the double colons were introduced in Fortran 90, which also
  introduced a standard syntax for initializing variables in type
  declarations.
  
*************** are:
*** 2645,2651 ****
             DATA i/1/, j/2/, x/3*0.,1./
  
     Note that variables which are explicitly initialized in declarations
! or in 'DATA' statements automatically acquire the 'SAVE' attribute.
  
  
  File: gfortran.info,  Node: Extensions to namelist,  Next: X format descriptor without count field,  Prev: Old-style variable initialization,  Up: Extensions implemented in GNU Fortran
--- 2668,2674 ----
             DATA i/1/, j/2/, x/3*0.,1./
  
     Note that variables which are explicitly initialized in declarations
! or in `DATA' statements automatically acquire the `SAVE' attribute.
  
  
  File: gfortran.info,  Node: Extensions to namelist,  Next: X format descriptor without count field,  Prev: Old-style variable initialization,  Up: Extensions implemented in GNU Fortran
*************** types.  The output from a namelist write
*** 2659,2675 ****
  read.  The output has all names in upper case and indentation to column
  1 after the namelist name.  Two extensions are permitted:
  
!    Old-style use of '$' instead of '&'
       $MYNML
        X(:)%Y(2) = 1.0 2.0 3.0
        CH(1:4) = "abcd"
       $END
  
!    It should be noted that the default terminator is '/' rather than
! '&END'.
  
     Querying of the namelist when inputting from stdin.  After at least
! one space, entering '?' sends to stdout the namelist name and the names
  of the variables in the namelist:
        ?
  
--- 2682,2698 ----
  read.  The output has all names in upper case and indentation to column
  1 after the namelist name.  Two extensions are permitted:
  
!    Old-style use of `$' instead of `&'
       $MYNML
        X(:)%Y(2) = 1.0 2.0 3.0
        CH(1:4) = "abcd"
       $END
  
!    It should be noted that the default terminator is `/' rather than
! `&END'.
  
     Querying of the namelist when inputting from stdin.  After at least
! one space, entering `?' sends to stdout the namelist name and the names
  of the variables in the namelist:
        ?
  
*************** of the variables in the namelist:
*** 2679,2685 ****
        ch
       &end
  
!    Entering '=?' outputs the namelist to stdout, as if 'WRITE(*,NML =
  mynml)' had been called:
       =?
  
--- 2702,2708 ----
        ch
       &end
  
!    Entering `=?' outputs the namelist to stdout, as if `WRITE(*,NML =
  mynml)' had been called:
       =?
  
*************** mynml)' had been called:
*** 2690,2699 ****
        CH=abcd,  /
  
     To aid this dialog, when input is from stdin, errors send their
! messages to stderr and execution continues, even if 'IOSTAT' is set.
  
!    'PRINT' namelist is permitted.  This causes an error if '-std=f95' is
! used.
       PROGRAM test_print
         REAL, dimension (4)  ::  x = (/1.0, 2.0, 3.0, 4.0/)
         NAMELIST /mynml/ x
--- 2713,2722 ----
        CH=abcd,  /
  
     To aid this dialog, when input is from stdin, errors send their
! messages to stderr and execution continues, even if `IOSTAT' is set.
  
!    `PRINT' namelist is permitted.  This causes an error if `-std=f95'
! is used.
       PROGRAM test_print
         REAL, dimension (4)  ::  x = (/1.0, 2.0, 3.0, 4.0/)
         NAMELIST /mynml/ x
*************** used.
*** 2701,2715 ****
       END PROGRAM test_print
  
     Expanded namelist reads are permitted.  This causes an error if
! '-std=f95' is used.  In the following example, the first element of the
  array will be given the value 0.00 and the two succeeding elements will
  be given the values 1.00 and 2.00.
       &MYNML
         X(1,1) = 0.00 , 1.00 , 2.00
       /
  
!    When writing a namelist, if no 'DELIM=' is specified, by default a
! double quote is used to delimit character strings.  If -std=F95, F2003,
  or F2008, etc, the delim status is set to 'none'.  Defaulting to quotes
  ensures that namelists with character strings can be subsequently read
  back in accurately.
--- 2724,2738 ----
       END PROGRAM test_print
  
     Expanded namelist reads are permitted.  This causes an error if
! `-std=f95' is used.  In the following example, the first element of the
  array will be given the value 0.00 and the two succeeding elements will
  be given the values 1.00 and 2.00.
       &MYNML
         X(1,1) = 0.00 , 1.00 , 2.00
       /
  
!    When writing a namelist, if no `DELIM=' is specified, by default a
! double quote is used to delimit character strings. If -std=F95, F2003,
  or F2008, etc, the delim status is set to 'none'.  Defaulting to quotes
  ensures that namelists with character strings can be subsequently read
  back in accurately.
*************** back in accurately.
*** 2717,2728 ****
  
  File: gfortran.info,  Node: X format descriptor without count field,  Next: Commas in FORMAT specifications,  Prev: Extensions to namelist,  Up: Extensions implemented in GNU Fortran
  
! 6.1.4 'X' format descriptor without count field
  -----------------------------------------------
  
! To support legacy codes, GNU Fortran permits the count field of the 'X'
! edit descriptor in 'FORMAT' statements to be omitted.  When omitted, the
! count is implicitly assumed to be one.
  
              PRINT 10, 2, 3
       10     FORMAT (I1, X, I1)
--- 2740,2751 ----
  
  File: gfortran.info,  Node: X format descriptor without count field,  Next: Commas in FORMAT specifications,  Prev: Extensions to namelist,  Up: Extensions implemented in GNU Fortran
  
! 6.1.4 `X' format descriptor without count field
  -----------------------------------------------
  
! To support legacy codes, GNU Fortran permits the count field of the `X'
! edit descriptor in `FORMAT' statements to be omitted.  When omitted,
! the count is implicitly assumed to be one.
  
              PRINT 10, 2, 3
       10     FORMAT (I1, X, I1)
*************** count is implicitly assumed to be one.
*** 2730,2741 ****
  
  File: gfortran.info,  Node: Commas in FORMAT specifications,  Next: Missing period in FORMAT specifications,  Prev: X format descriptor without count field,  Up: Extensions implemented in GNU Fortran
  
! 6.1.5 Commas in 'FORMAT' specifications
  ---------------------------------------
  
  To support legacy codes, GNU Fortran allows the comma separator to be
  omitted immediately before and after character string edit descriptors
! in 'FORMAT' statements.
  
              PRINT 10, 2, 3
       10     FORMAT ('FOO='I1' BAR='I2)
--- 2753,2764 ----
  
  File: gfortran.info,  Node: Commas in FORMAT specifications,  Next: Missing period in FORMAT specifications,  Prev: X format descriptor without count field,  Up: Extensions implemented in GNU Fortran
  
! 6.1.5 Commas in `FORMAT' specifications
  ---------------------------------------
  
  To support legacy codes, GNU Fortran allows the comma separator to be
  omitted immediately before and after character string edit descriptors
! in `FORMAT' statements.
  
              PRINT 10, 2, 3
       10     FORMAT ('FOO='I1' BAR='I2)
*************** in 'FORMAT' statements.
*** 2743,2753 ****
  
  File: gfortran.info,  Node: Missing period in FORMAT specifications,  Next: I/O item lists,  Prev: Commas in FORMAT specifications,  Up: Extensions implemented in GNU Fortran
  
! 6.1.6 Missing period in 'FORMAT' specifications
  -----------------------------------------------
  
  To support legacy codes, GNU Fortran allows missing periods in format
! specifications if and only if '-std=legacy' is given on the command
  line.  This is considered non-conforming code and is discouraged.
  
              REAL :: value
--- 2766,2776 ----
  
  File: gfortran.info,  Node: Missing period in FORMAT specifications,  Next: I/O item lists,  Prev: Commas in FORMAT specifications,  Up: Extensions implemented in GNU Fortran
  
! 6.1.6 Missing period in `FORMAT' specifications
  -----------------------------------------------
  
  To support legacy codes, GNU Fortran allows missing periods in format
! specifications if and only if `-std=legacy' is given on the command
  line.  This is considered non-conforming code and is discouraged.
  
              REAL :: value
*************** line.  This is considered non-conforming
*** 2755,2827 ****
       10     FORMAT ('F4')
  
  
! File: gfortran.info,  Node: I/O item lists,  Next: Q exponent-letter,  Prev: Missing period in FORMAT specifications,  Up: Extensions implemented in GNU Fortran
  
  6.1.7 I/O item lists
  --------------------
  
  To support legacy codes, GNU Fortran allows the input item list of the
! 'READ' statement, and the output item lists of the 'WRITE' and 'PRINT'
  statements, to start with a comma.
  
  
! File: gfortran.info,  Node: Q exponent-letter,  Next: BOZ literal constants,  Prev: I/O item lists,  Up: Extensions implemented in GNU Fortran
  
! 6.1.8 'Q' exponent-letter
  -------------------------
  
  GNU Fortran accepts real literal constants with an exponent-letter of
! 'Q', for example, '1.23Q45'.  The constant is interpreted as a
! 'REAL(16)' entity on targets that support this type.  If the target does
! not support 'REAL(16)' but has a 'REAL(10)' type, then the
! real-literal-constant will be interpreted as a 'REAL(10)' entity.  In
! the absence of 'REAL(16)' and 'REAL(10)', an error will occur.
  
  
! File: gfortran.info,  Node: BOZ literal constants,  Next: Real array indices,  Prev: Q exponent-letter,  Up: Extensions implemented in GNU Fortran
  
  6.1.9 BOZ literal constants
  ---------------------------
  
! Besides decimal constants, Fortran also supports binary ('b'), octal
! ('o') and hexadecimal ('z') integer constants.  The syntax is: 'prefix
! quote digits quote', were the prefix is either 'b', 'o' or 'z', quote is
! either ''' or '"' and the digits are for binary '0' or '1', for octal
! between '0' and '7', and for hexadecimal between '0' and 'F'.  (Example:
! 'b'01011101''.)
  
     Up to Fortran 95, BOZ literals were only allowed to initialize
  integer variables in DATA statements.  Since Fortran 2003 BOZ literals
! are also allowed as argument of 'REAL', 'DBLE', 'INT' and 'CMPLX'; the
  result is the same as if the integer BOZ literal had been converted by
! 'TRANSFER' to, respectively, 'real', 'double precision', 'integer' or
! 'complex'.  As GNU Fortran extension the intrinsic procedures 'FLOAT',
! 'DFLOAT', 'COMPLEX' and 'DCMPLX' are treated alike.
  
!    As an extension, GNU Fortran allows hexadecimal BOZ literal constants
! to be specified using the 'X' prefix, in addition to the standard 'Z'
! prefix.  The BOZ literal can also be specified by adding a suffix to the
! string, for example, 'Z'ABC'' and ''ABC'Z' are equivalent.
  
     Furthermore, GNU Fortran allows using BOZ literal constants outside
  DATA statements and the four intrinsic functions allowed by Fortran
  2003.  In DATA statements, in direct assignments, where the right-hand
  side only contains a BOZ literal constant, and for old-style
! initializers of the form 'integer i /o'0173'/', the constant is
! transferred as if 'TRANSFER' had been used; for 'COMPLEX' numbers, only
! the real part is initialized unless 'CMPLX' is used.  In all other
! cases, the BOZ literal constant is converted to an 'INTEGER' value with
  the largest decimal representation.  This value is then converted
  numerically to the type and kind of the variable in question.  (For
! instance, 'real :: r = b'0000001' + 1' initializes 'r' with '2.0'.)  As
  different compilers implement the extension differently, one should be
  careful when doing bitwise initialization of non-integer variables.
  
!    Note that initializing an 'INTEGER' variable with a statement such as
! 'DATA i/Z'FFFFFFFF'/' will give an integer overflow error rather than
! the desired result of -1 when 'i' is a 32-bit integer on a system that
! supports 64-bit integers.  The '-fno-range-check' option can be used as
! a workaround for legacy code that initializes integers in this manner.
  
  
  File: gfortran.info,  Node: Real array indices,  Next: Unary operators,  Prev: BOZ literal constants,  Up: Extensions implemented in GNU Fortran
--- 2778,2851 ----
       10     FORMAT ('F4')
  
  
! File: gfortran.info,  Node: I/O item lists,  Next: `Q' exponent-letter,  Prev: Missing period in FORMAT specifications,  Up: Extensions implemented in GNU Fortran
  
  6.1.7 I/O item lists
  --------------------
  
  To support legacy codes, GNU Fortran allows the input item list of the
! `READ' statement, and the output item lists of the `WRITE' and `PRINT'
  statements, to start with a comma.
  
  
! File: gfortran.info,  Node: `Q' exponent-letter,  Next: BOZ literal constants,  Prev: I/O item lists,  Up: Extensions implemented in GNU Fortran
  
! 6.1.8 `Q' exponent-letter
  -------------------------
  
  GNU Fortran accepts real literal constants with an exponent-letter of
! `Q', for example, `1.23Q45'.  The constant is interpreted as a
! `REAL(16)' entity on targets that support this type.  If the target
! does not support `REAL(16)' but has a `REAL(10)' type, then the
! real-literal-constant will be interpreted as a `REAL(10)' entity.  In
! the absence of `REAL(16)' and `REAL(10)', an error will occur.
  
  
! File: gfortran.info,  Node: BOZ literal constants,  Next: Real array indices,  Prev: `Q' exponent-letter,  Up: Extensions implemented in GNU Fortran
  
  6.1.9 BOZ literal constants
  ---------------------------
  
! Besides decimal constants, Fortran also supports binary (`b'), octal
! (`o') and hexadecimal (`z') integer constants.  The syntax is: `prefix
! quote digits quote', were the prefix is either `b', `o' or `z', quote
! is either `'' or `"' and the digits are for binary `0' or `1', for
! octal between `0' and `7', and for hexadecimal between `0' and `F'.
! (Example: `b'01011101''.)
  
     Up to Fortran 95, BOZ literals were only allowed to initialize
  integer variables in DATA statements.  Since Fortran 2003 BOZ literals
! are also allowed as argument of `REAL', `DBLE', `INT' and `CMPLX'; the
  result is the same as if the integer BOZ literal had been converted by
! `TRANSFER' to, respectively, `real', `double precision', `integer' or
! `complex'.  As GNU Fortran extension the intrinsic procedures `FLOAT',
! `DFLOAT', `COMPLEX' and `DCMPLX' are treated alike.
  
!    As an extension, GNU Fortran allows hexadecimal BOZ literal
! constants to be specified using the `X' prefix, in addition to the
! standard `Z' prefix.  The BOZ literal can also be specified by adding a
! suffix to the string, for example, `Z'ABC'' and `'ABC'Z' are equivalent.
  
     Furthermore, GNU Fortran allows using BOZ literal constants outside
  DATA statements and the four intrinsic functions allowed by Fortran
  2003.  In DATA statements, in direct assignments, where the right-hand
  side only contains a BOZ literal constant, and for old-style
! initializers of the form `integer i /o'0173'/', the constant is
! transferred as if `TRANSFER' had been used; for `COMPLEX' numbers, only
! the real part is initialized unless `CMPLX' is used.  In all other
! cases, the BOZ literal constant is converted to an `INTEGER' value with
  the largest decimal representation.  This value is then converted
  numerically to the type and kind of the variable in question.  (For
! instance, `real :: r = b'0000001' + 1' initializes `r' with `2.0'.) As
  different compilers implement the extension differently, one should be
  careful when doing bitwise initialization of non-integer variables.
  
!    Note that initializing an `INTEGER' variable with a statement such
! as `DATA i/Z'FFFFFFFF'/' will give an integer overflow error rather
! than the desired result of -1 when `i' is a 32-bit integer on a system
! that supports 64-bit integers.  The `-fno-range-check' option can be
! used as a workaround for legacy code that initializes integers in this
! manner.
  
  
  File: gfortran.info,  Node: Real array indices,  Next: Unary operators,  Prev: BOZ literal constants,  Up: Extensions implemented in GNU Fortran
*************** File: gfortran.info,  Node: Real array i
*** 2829,2835 ****
  6.1.10 Real array indices
  -------------------------
  
! As an extension, GNU Fortran allows the use of 'REAL' expressions or
  variables as array indices.
  
  
--- 2853,2859 ----
  6.1.10 Real array indices
  -------------------------
  
! As an extension, GNU Fortran allows the use of `REAL' expressions or
  variables as array indices.
  
  
*************** the need for parenthesis.
*** 2847,2870 ****
  
  File: gfortran.info,  Node: Implicitly convert LOGICAL and INTEGER values,  Next: Hollerith constants support,  Prev: Unary operators,  Up: Extensions implemented in GNU Fortran
  
! 6.1.12 Implicitly convert 'LOGICAL' and 'INTEGER' values
  --------------------------------------------------------
  
  As an extension for backwards compatibility with other compilers, GNU
! Fortran allows the implicit conversion of 'LOGICAL' values to 'INTEGER'
! values and vice versa.  When converting from a 'LOGICAL' to an
! 'INTEGER', '.FALSE.' is interpreted as zero, and '.TRUE.' is interpreted
! as one.  When converting from 'INTEGER' to 'LOGICAL', the value zero is
! interpreted as '.FALSE.' and any nonzero value is interpreted as
! '.TRUE.'.
  
               LOGICAL :: l
               l = 1
               INTEGER :: i
               i = .TRUE.
  
!    However, there is no implicit conversion of 'INTEGER' values in
! 'if'-statements, nor of 'LOGICAL' or 'INTEGER' values in I/O operations.
  
  
  File: gfortran.info,  Node: Hollerith constants support,  Next: Cray pointers,  Prev: Implicitly convert LOGICAL and INTEGER values,  Up: Extensions implemented in GNU Fortran
--- 2871,2895 ----
  
  File: gfortran.info,  Node: Implicitly convert LOGICAL and INTEGER values,  Next: Hollerith constants support,  Prev: Unary operators,  Up: Extensions implemented in GNU Fortran
  
! 6.1.12 Implicitly convert `LOGICAL' and `INTEGER' values
  --------------------------------------------------------
  
  As an extension for backwards compatibility with other compilers, GNU
! Fortran allows the implicit conversion of `LOGICAL' values to `INTEGER'
! values and vice versa.  When converting from a `LOGICAL' to an
! `INTEGER', `.FALSE.' is interpreted as zero, and `.TRUE.' is
! interpreted as one.  When converting from `INTEGER' to `LOGICAL', the
! value zero is interpreted as `.FALSE.' and any nonzero value is
! interpreted as `.TRUE.'.
  
               LOGICAL :: l
               l = 1
+ 
               INTEGER :: i
               i = .TRUE.
  
!    However, there is no implicit conversion of `INTEGER' values in
! `if'-statements, nor of `LOGICAL' or `INTEGER' values in I/O operations.
  
  
  File: gfortran.info,  Node: Hollerith constants support,  Next: Cray pointers,  Prev: Implicitly convert LOGICAL and INTEGER values,  Up: Extensions implemented in GNU Fortran
*************** File: gfortran.info,  Node: Hollerith co
*** 2873,2884 ****
  ----------------------------------
  
  GNU Fortran supports Hollerith constants in assignments, function
! arguments, and 'DATA' and 'ASSIGN' statements.  A Hollerith constant is
  written as a string of characters preceded by an integer constant
! indicating the character count, and the letter 'H' or 'h', and stored in
! bytewise fashion in a numeric ('INTEGER', 'REAL', or 'complex') or
! 'LOGICAL' variable.  The constant will be padded or truncated to fit the
! size of the variable in which it is stored.
  
     Examples of valid uses of Hollerith constants:
             complex*16 x(2)
--- 2898,2909 ----
  ----------------------------------
  
  GNU Fortran supports Hollerith constants in assignments, function
! arguments, and `DATA' and `ASSIGN' statements.  A Hollerith constant is
  written as a string of characters preceded by an integer constant
! indicating the character count, and the letter `H' or `h', and stored
! in bytewise fashion in a numeric (`INTEGER', `REAL', or `complex') or
! `LOGICAL' variable.  The constant will be padded or truncated to fit
! the size of the variable in which it is stored.
  
     Examples of valid uses of Hollerith constants:
             complex*16 x(2)
*************** size of the variable in which it is stor
*** 2893,2904 ****
  
     In general, Hollerith constants were used to provide a rudimentary
  facility for handling character strings in early Fortran compilers,
! prior to the introduction of 'CHARACTER' variables in Fortran 77; in
! those cases, the standard-compliant equivalent is to convert the program
! to use proper character strings.  On occasion, there may be a case where
! the intent is specifically to initialize a numeric variable with a given
! byte sequence.  In these cases, the same result can be obtained by using
! the 'TRANSFER' statement, as in this example.
             INTEGER(KIND=4) :: a
             a = TRANSFER ("abcd", a)     ! equivalent to: a = 4Habcd
  
--- 2918,2929 ----
  
     In general, Hollerith constants were used to provide a rudimentary
  facility for handling character strings in early Fortran compilers,
! prior to the introduction of `CHARACTER' variables in Fortran 77; in
! those cases, the standard-compliant equivalent is to convert the
! program to use proper character strings.  On occasion, there may be a
! case where the intent is specifically to initialize a numeric variable
! with a given byte sequence.  In these cases, the same result can be
! obtained by using the `TRANSFER' statement, as in this example.
             INTEGER(KIND=4) :: a
             a = TRANSFER ("abcd", a)     ! equivalent to: a = 4Habcd
  
*************** variables: an integer "pointer" that hol
*** 2918,2934 ****
     or,
               pointer ( <pointer1> , <pointee1> ), ( <pointer2> , <pointee2> ), ...
     The pointer is an integer that is intended to hold a memory address.
! The pointee may be an array or scalar.  A pointee can be an assumed size
! array--that is, the last dimension may be left unspecified by using a
! '*' in place of a value--but a pointee cannot be an assumed shape array.
! No space is allocated for the pointee.
  
     The pointee may have its type declared before or after the pointer
  statement, and its array specification (if any) may be declared before,
  during, or after the pointer statement.  The pointer may be declared as
  an integer prior to the pointer statement.  However, some machines have
! default integer sizes that are different than the size of a pointer, and
! so the following code is not portable:
               integer ipt
               pointer (ipt, iarr)
     If a pointer is declared with a kind that is too small, the compiler
--- 2943,2959 ----
     or,
               pointer ( <pointer1> , <pointee1> ), ( <pointer2> , <pointee2> ), ...
     The pointer is an integer that is intended to hold a memory address.
! The pointee may be an array or scalar.  A pointee can be an assumed
! size array--that is, the last dimension may be left unspecified by
! using a `*' in place of a value--but a pointee cannot be an assumed
! shape array.  No space is allocated for the pointee.
  
     The pointee may have its type declared before or after the pointer
  statement, and its array specification (if any) may be declared before,
  during, or after the pointer statement.  The pointer may be declared as
  an integer prior to the pointer statement.  However, some machines have
! default integer sizes that are different than the size of a pointer,
! and so the following code is not portable:
               integer ipt
               pointer (ipt, iarr)
     If a pointer is declared with a kind that is too small, the compiler
*************** explicit declaration of ipt's type is om
*** 2939,2968 ****
  ensure that ipt is an integer variable large enough to hold a pointer.
  
     Pointer arithmetic is valid with Cray pointers, but it is not the
! same as C pointer arithmetic.  Cray pointers are just ordinary integers,
! so the user is responsible for determining how many bytes to add to a
! pointer in order to increment it.  Consider the following example:
               real target(10)
               real pointee(10)
               pointer (ipt, pointee)
               ipt = loc (target)
               ipt = ipt + 1
!    The last statement does not set 'ipt' to the address of 'target(1)',
! as it would in C pointer arithmetic.  Adding '1' to 'ipt' just adds one
! byte to the address stored in 'ipt'.
  
     Any expression involving the pointee will be translated to use the
  value stored in the pointer as the base address.
  
     To get the address of elements, this extension provides an intrinsic
! function 'LOC()'.  The 'LOC()' function is equivalent to the '&'
  operator in C, except the address is cast to an integer type:
               real ar(10)
               pointer(ipt, arpte(10))
               real arpte
               ipt = loc(ar)  ! Makes arpte is an alias for ar
               arpte(1) = 1.0 ! Sets ar(1) to 1.0
!    The pointer can also be set by a call to the 'MALLOC' intrinsic (see
  *note MALLOC::).
  
     Cray pointees often are used to alias an existing variable.  For
--- 2964,2994 ----
  ensure that ipt is an integer variable large enough to hold a pointer.
  
     Pointer arithmetic is valid with Cray pointers, but it is not the
! same as C pointer arithmetic.  Cray pointers are just ordinary
! integers, so the user is responsible for determining how many bytes to
! add to a pointer in order to increment it.  Consider the following
! example:
               real target(10)
               real pointee(10)
               pointer (ipt, pointee)
               ipt = loc (target)
               ipt = ipt + 1
!    The last statement does not set `ipt' to the address of `target(1)',
! as it would in C pointer arithmetic.  Adding `1' to `ipt' just adds one
! byte to the address stored in `ipt'.
  
     Any expression involving the pointee will be translated to use the
  value stored in the pointer as the base address.
  
     To get the address of elements, this extension provides an intrinsic
! function `LOC()'.  The `LOC()' function is equivalent to the `&'
  operator in C, except the address is cast to an integer type:
               real ar(10)
               pointer(ipt, arpte(10))
               real arpte
               ipt = loc(ar)  ! Makes arpte is an alias for ar
               arpte(1) = 1.0 ! Sets ar(1) to 1.0
!    The pointer can also be set by a call to the `MALLOC' intrinsic (see
  *note MALLOC::).
  
     Cray pointees often are used to alias an existing variable.  For
*************** example:
*** 2971,3000 ****
               integer iarr(10)
               pointer (ipt, iarr)
               ipt = loc(target)
!    As long as 'ipt' remains unchanged, 'iarr' is now an alias for
! 'target'.  The optimizer, however, will not detect this aliasing, so it
! is unsafe to use 'iarr' and 'target' simultaneously.  Using a pointee in
! any way that violates the Fortran aliasing rules or assumptions is
  illegal.  It is the user's responsibility to avoid doing this; the
  compiler works under the assumption that no such aliasing occurs.
  
     Cray pointers will work correctly when there is no aliasing (i.e.,
  when they are used to access a dynamically allocated block of memory),
  and also in any routine where a pointee is used, but any variable with
! which it shares storage is not used.  Code that violates these rules may
! not run as the user intends.  This is not a bug in the optimizer; any
! code that violates the aliasing rules is illegal.  (Note that this is
! not unique to GNU Fortran; any Fortran compiler that supports Cray
  pointers will "incorrectly" optimize code with illegal aliasing.)
  
     There are a number of restrictions on the attributes that can be
  applied to Cray pointers and pointees.  Pointees may not have the
! 'ALLOCATABLE', 'INTENT', 'OPTIONAL', 'DUMMY', 'TARGET', 'INTRINSIC', or
! 'POINTER' attributes.  Pointers may not have the 'DIMENSION', 'POINTER',
! 'TARGET', 'ALLOCATABLE', 'EXTERNAL', or 'INTRINSIC' attributes, nor may
! they be function results.  Pointees may not occur in more than one
! pointer statement.  A pointee cannot be a pointer.  Pointees cannot
! occur in equivalence, common, or data statements.
  
     A Cray pointer may also point to a function or a subroutine.  For
  example, the following excerpt is valid:
--- 2997,3026 ----
               integer iarr(10)
               pointer (ipt, iarr)
               ipt = loc(target)
!    As long as `ipt' remains unchanged, `iarr' is now an alias for
! `target'.  The optimizer, however, will not detect this aliasing, so it
! is unsafe to use `iarr' and `target' simultaneously.  Using a pointee
! in any way that violates the Fortran aliasing rules or assumptions is
  illegal.  It is the user's responsibility to avoid doing this; the
  compiler works under the assumption that no such aliasing occurs.
  
     Cray pointers will work correctly when there is no aliasing (i.e.,
  when they are used to access a dynamically allocated block of memory),
  and also in any routine where a pointee is used, but any variable with
! which it shares storage is not used.  Code that violates these rules
! may not run as the user intends.  This is not a bug in the optimizer;
! any code that violates the aliasing rules is illegal.  (Note that this
! is not unique to GNU Fortran; any Fortran compiler that supports Cray
  pointers will "incorrectly" optimize code with illegal aliasing.)
  
     There are a number of restrictions on the attributes that can be
  applied to Cray pointers and pointees.  Pointees may not have the
! `ALLOCATABLE', `INTENT', `OPTIONAL', `DUMMY', `TARGET', `INTRINSIC', or
! `POINTER' attributes.  Pointers may not have the `DIMENSION',
! `POINTER', `TARGET', `ALLOCATABLE', `EXTERNAL', or `INTRINSIC'
! attributes, nor may they be function results.  Pointees may not occur
! in more than one pointer statement.  A pointee cannot be a pointer.
! Pointees cannot occur in equivalence, common, or data statements.
  
     A Cray pointer may also point to a function or a subroutine.  For
  example, the following excerpt is valid:
*************** example, the following excerpt is valid:
*** 3011,3039 ****
  
     A pointer may be modified during the course of a program, and this
  will change the location to which the pointee refers.  However, when
! pointees are passed as arguments, they are treated as ordinary variables
! in the invoked function.  Subsequent changes to the pointer will not
! change the base address of the array that was passed.
  
  
  File: gfortran.info,  Node: CONVERT specifier,  Next: OpenMP,  Prev: Cray pointers,  Up: Extensions implemented in GNU Fortran
  
! 6.1.15 'CONVERT' specifier
  --------------------------
  
  GNU Fortran allows the conversion of unformatted data between little-
  and big-endian representation to facilitate moving of data between
! different systems.  The conversion can be indicated with the 'CONVERT'
! specifier on the 'OPEN' statement.  *Note GFORTRAN_CONVERT_UNIT::, for
  an alternative way of specifying the data format via an environment
  variable.
  
!    Valid values for 'CONVERT' are:
!      'CONVERT='NATIVE'' Use the native format.  This is the default.
!      'CONVERT='SWAP'' Swap between little- and big-endian.
!      'CONVERT='LITTLE_ENDIAN'' Use the little-endian representation for
       unformatted files.
!      'CONVERT='BIG_ENDIAN'' Use the big-endian representation for
       unformatted files.
  
     Using the option could look like this:
--- 3037,3068 ----
  
     A pointer may be modified during the course of a program, and this
  will change the location to which the pointee refers.  However, when
! pointees are passed as arguments, they are treated as ordinary
! variables in the invoked function.  Subsequent changes to the pointer
! will not change the base address of the array that was passed.
  
  
  File: gfortran.info,  Node: CONVERT specifier,  Next: OpenMP,  Prev: Cray pointers,  Up: Extensions implemented in GNU Fortran
  
! 6.1.15 `CONVERT' specifier
  --------------------------
  
  GNU Fortran allows the conversion of unformatted data between little-
  and big-endian representation to facilitate moving of data between
! different systems.  The conversion can be indicated with the `CONVERT'
! specifier on the `OPEN' statement.  *Note GFORTRAN_CONVERT_UNIT::, for
  an alternative way of specifying the data format via an environment
  variable.
  
!    Valid values for `CONVERT' are:
!      `CONVERT='NATIVE'' Use the native format.  This is the default.
! 
!      `CONVERT='SWAP'' Swap between little- and big-endian.
! 
!      `CONVERT='LITTLE_ENDIAN'' Use the little-endian representation for
       unformatted files.
! 
!      `CONVERT='BIG_ENDIAN'' Use the big-endian representation for
       unformatted files.
  
     Using the option could look like this:
*************** variable.
*** 3041,3054 ****
              convert='big_endian')
  
     The value of the conversion can be queried by using
! 'INQUIRE(CONVERT=ch)'.  The values returned are ''BIG_ENDIAN'' and
! ''LITTLE_ENDIAN''.
  
!    'CONVERT' works between big- and little-endian for 'INTEGER' values
! of all supported kinds and for 'REAL' on IEEE systems of kinds 4 and 8.
  Conversion between different "extended double" types on different
  architectures such as m68k and x86_64, which GNU Fortran supports as
! 'REAL(KIND=10)' and 'REAL(KIND=16)', will probably not work.
  
     _Note that the values specified via the GFORTRAN_CONVERT_UNIT
  environment variable will override the CONVERT specifier in the open
--- 3070,3083 ----
              convert='big_endian')
  
     The value of the conversion can be queried by using
! `INQUIRE(CONVERT=ch)'.  The values returned are `'BIG_ENDIAN'' and
! `'LITTLE_ENDIAN''.
  
!    `CONVERT' works between big- and little-endian for `INTEGER' values
! of all supported kinds and for `REAL' on IEEE systems of kinds 4 and 8.
  Conversion between different "extended double" types on different
  architectures such as m68k and x86_64, which GNU Fortran supports as
! `REAL(KIND=10)' and `REAL(KIND=16)', will probably not work.
  
     _Note that the values specified via the GFORTRAN_CONVERT_UNIT
  environment variable will override the CONVERT specifier in the open
*************** run-time behavior.
*** 3075,3091 ****
     GNU Fortran strives to be compatible to the OpenMP Application
  Program Interface v4.5 (http://openmp.org/wp/openmp-specifications/).
  
!    To enable the processing of the OpenMP directive '!$omp' in free-form
! source code; the 'c$omp', '*$omp' and '!$omp' directives in fixed form;
! the '!$' conditional compilation sentinels in free form; and the 'c$',
! '*$' and '!$' sentinels in fixed form, 'gfortran' needs to be invoked
! with the '-fopenmp'.  This also arranges for automatic linking of the
! GNU Offloading and Multi Processing Runtime Library *note libgomp:
! (libgomp)Top.
  
     The OpenMP Fortran runtime library routines are provided both in a
! form of a Fortran 90 module named 'omp_lib' and in a form of a Fortran
! 'include' file named 'omp_lib.h'.
  
     An example of a parallelized loop taken from Appendix A.1 of the
  OpenMP Application Program Interface v2.5:
--- 3104,3120 ----
     GNU Fortran strives to be compatible to the OpenMP Application
  Program Interface v4.5 (http://openmp.org/wp/openmp-specifications/).
  
!    To enable the processing of the OpenMP directive `!$omp' in
! free-form source code; the `c$omp', `*$omp' and `!$omp' directives in
! fixed form; the `!$' conditional compilation sentinels in free form;
! and the `c$', `*$' and `!$' sentinels in fixed form, `gfortran' needs
! to be invoked with the `-fopenmp'.  This also arranges for automatic
! linking of the GNU Offloading and Multi Processing Runtime Library
! *note libgomp: (libgomp)Top.
  
     The OpenMP Fortran runtime library routines are provided both in a
! form of a Fortran 90 module named `omp_lib' and in a form of a Fortran
! `include' file named `omp_lib.h'.
  
     An example of a parallelized loop taken from Appendix A.1 of the
  OpenMP Application Program Interface v2.5:
*************** OpenMP Application Program Interface v2.
*** 3100,3116 ****
       END SUBROUTINE A1
  
     Please note:
!    * '-fopenmp' implies '-frecursive', i.e., all local arrays will be
!      allocated on the stack.  When porting existing code to OpenMP, this
!      may lead to surprising results, especially to segmentation faults
!      if the stacksize is limited.
  
     * On glibc-based systems, OpenMP enabled applications cannot be
       statically linked due to limitations of the underlying
       pthreads-implementation.  It might be possible to get a working
!      solution if '-Wl,--whole-archive -lpthread -Wl,--no-whole-archive'
       is added to the command line.  However, this is not supported by
!      'gcc' and thus not recommended.
  
  
  File: gfortran.info,  Node: OpenACC,  Next: Argument list functions,  Prev: OpenMP,  Up: Extensions implemented in GNU Fortran
--- 3129,3145 ----
       END SUBROUTINE A1
  
     Please note:
!    * `-fopenmp' implies `-frecursive', i.e., all local arrays will be
!      allocated on the stack.  When porting existing code to OpenMP,
!      this may lead to surprising results, especially to segmentation
!      faults if the stacksize is limited.
  
     * On glibc-based systems, OpenMP enabled applications cannot be
       statically linked due to limitations of the underlying
       pthreads-implementation.  It might be possible to get a working
!      solution if `-Wl,--whole-archive -lpthread -Wl,--no-whole-archive'
       is added to the command line.  However, this is not supported by
!      `gcc' and thus not recommended.
  
  
  File: gfortran.info,  Node: OpenACC,  Next: Argument list functions,  Prev: OpenMP,  Up: Extensions implemented in GNU Fortran
*************** influence run-time behavior.
*** 3126,3168 ****
     GNU Fortran strives to be compatible to the OpenACC Application
  Programming Interface v2.0 (http://www.openacc.org/).
  
!    To enable the processing of the OpenACC directive '!$acc' in
! free-form source code; the 'c$acc', '*$acc' and '!$acc' directives in
! fixed form; the '!$' conditional compilation sentinels in free form; and
! the 'c$', '*$' and '!$' sentinels in fixed form, 'gfortran' needs to be
! invoked with the '-fopenacc'.  This also arranges for automatic linking
! of the GNU Offloading and Multi Processing Runtime Library *note
! libgomp: (libgomp)Top.
  
     The OpenACC Fortran runtime library routines are provided both in a
! form of a Fortran 90 module named 'openacc' and in a form of a Fortran
! 'include' file named 'openacc_lib.h'.
  
     Note that this is an experimental feature, incomplete, and subject to
! change in future versions of GCC. See <https://gcc.gnu.org/wiki/OpenACC>
! for more information.
  
  
  File: gfortran.info,  Node: Argument list functions,  Next: Read/Write after EOF marker,  Prev: OpenACC,  Up: Extensions implemented in GNU Fortran
  
! 6.1.18 Argument list functions '%VAL', '%REF' and '%LOC'
  --------------------------------------------------------
  
! GNU Fortran supports argument list functions '%VAL', '%REF' and '%LOC'
! statements, for backward compatibility with g77.  It is recommended that
! these should be used only for code that is accessing facilities outside
! of GNU Fortran, such as operating system or windowing facilities.  It is
! best to constrain such uses to isolated portions of a program-portions
! that deal specifically and exclusively with low-level, system-dependent
! facilities.  Such portions might well provide a portable interface for
! use by the program as a whole, but are themselves not portable, and
! should be thoroughly tested each time they are rebuilt using a new
! compiler or version of a compiler.
  
!    '%VAL' passes a scalar argument by value, '%REF' passes it by
! reference and '%LOC' passes its memory location.  Since gfortran already
! passes scalar arguments by reference, '%REF' is in effect a do-nothing.
! '%LOC' has the same effect as a Fortran pointer.
  
     An example of passing an argument by value to a C subroutine foo.:
       C
--- 3155,3197 ----
     GNU Fortran strives to be compatible to the OpenACC Application
  Programming Interface v2.0 (http://www.openacc.org/).
  
!    To enable the processing of the OpenACC directive `!$acc' in
! free-form source code; the `c$acc', `*$acc' and `!$acc' directives in
! fixed form; the `!$' conditional compilation sentinels in free form;
! and the `c$', `*$' and `!$' sentinels in fixed form, `gfortran' needs
! to be invoked with the `-fopenacc'.  This also arranges for automatic
! linking of the GNU Offloading and Multi Processing Runtime Library
! *note libgomp: (libgomp)Top.
  
     The OpenACC Fortran runtime library routines are provided both in a
! form of a Fortran 90 module named `openacc' and in a form of a Fortran
! `include' file named `openacc_lib.h'.
  
     Note that this is an experimental feature, incomplete, and subject to
! change in future versions of GCC.  See
! `https://gcc.gnu.org/wiki/OpenACC' for more information.
  
  
  File: gfortran.info,  Node: Argument list functions,  Next: Read/Write after EOF marker,  Prev: OpenACC,  Up: Extensions implemented in GNU Fortran
  
! 6.1.18 Argument list functions `%VAL', `%REF' and `%LOC'
  --------------------------------------------------------
  
! GNU Fortran supports argument list functions `%VAL', `%REF' and `%LOC'
! statements, for backward compatibility with g77.  It is recommended
! that these should be used only for code that is accessing facilities
! outside of GNU Fortran, such as operating system or windowing
! facilities.  It is best to constrain such uses to isolated portions of
! a program-portions that deal specifically and exclusively with
! low-level, system-dependent facilities.  Such portions might well
! provide a portable interface for use by the program as a whole, but are
! themselves not portable, and should be thoroughly tested each time they
! are rebuilt using a new compiler or version of a compiler.
  
!    `%VAL' passes a scalar argument by value, `%REF' passes it by
! reference and `%LOC' passes its memory location.  Since gfortran
! already passes scalar arguments by reference, `%REF' is in effect a
! do-nothing.  `%LOC' has the same effect as a Fortran pointer.
  
     An example of passing an argument by value to a C subroutine foo.:
       C
*************** passes scalar arguments by reference, '%
*** 3175,3183 ****
             end
  
     For details refer to the g77 manual
! <https://gcc.gnu.org/onlinedocs/gcc-3.4.6/g77/index.html#Top>.
  
!    Also, 'c_by_val.f' and its partner 'c_by_val.c' of the GNU Fortran
  testsuite are worth a look.
  
  
--- 3204,3212 ----
             end
  
     For details refer to the g77 manual
! `https://gcc.gnu.org/onlinedocs/gcc-3.4.6/g77/index.html#Top'.
  
!    Also, `c_by_val.f' and its partner `c_by_val.c' of the GNU Fortran
  testsuite are worth a look.
  
  
*************** File: gfortran.info,  Node: Read/Write a
*** 3186,3215 ****
  6.1.19 Read/Write after EOF marker
  ----------------------------------
  
! Some legacy codes rely on allowing 'READ' or 'WRITE' after the EOF file
! marker in order to find the end of a file.  GNU Fortran normally rejects
! these codes with a run-time error message and suggests the user consider
! 'BACKSPACE' or 'REWIND' to properly position the file before the EOF
! marker.  As an extension, the run-time error may be disabled using
! -std=legacy.
  
  
  File: gfortran.info,  Node: STRUCTURE and RECORD,  Next: UNION and MAP,  Prev: Read/Write after EOF marker,  Up: Extensions implemented in GNU Fortran
  
! 6.1.20 'STRUCTURE' and 'RECORD'
  -------------------------------
  
  Record structures are a pre-Fortran-90 vendor extension to create
  user-defined aggregate data types.  Support for record structures in GNU
! Fortran can be enabled with the '-fdec-structure' compile flag.  If you
  have a choice, you should instead use Fortran 90's "derived types",
  which have a different syntax.
  
     In many cases, record structures can easily be converted to derived
! types.  To convert, replace 'STRUCTURE /'STRUCTURE-NAME'/' by 'TYPE'
! TYPE-NAME.  Additionally, replace 'RECORD /'STRUCTURE-NAME'/' by
! 'TYPE('TYPE-NAME')'.  Finally, in the component access, replace the
! period ('.') by the percent sign ('%').
  
     Here is an example of code using the non portable record structure
  syntax:
--- 3215,3244 ----
  6.1.19 Read/Write after EOF marker
  ----------------------------------
  
! Some legacy codes rely on allowing `READ' or `WRITE' after the EOF file
! marker in order to find the end of a file. GNU Fortran normally rejects
! these codes with a run-time error message and suggests the user
! consider `BACKSPACE' or `REWIND' to properly position the file before
! the EOF marker.  As an extension, the run-time error may be disabled
! using -std=legacy.
  
  
  File: gfortran.info,  Node: STRUCTURE and RECORD,  Next: UNION and MAP,  Prev: Read/Write after EOF marker,  Up: Extensions implemented in GNU Fortran
  
! 6.1.20 `STRUCTURE' and `RECORD'
  -------------------------------
  
  Record structures are a pre-Fortran-90 vendor extension to create
  user-defined aggregate data types.  Support for record structures in GNU
! Fortran can be enabled with the `-fdec-structure' compile flag.  If you
  have a choice, you should instead use Fortran 90's "derived types",
  which have a different syntax.
  
     In many cases, record structures can easily be converted to derived
! types.  To convert, replace `STRUCTURE /'STRUCTURE-NAME`/' by `TYPE'
! TYPE-NAME.  Additionally, replace `RECORD /'STRUCTURE-NAME`/' by
! `TYPE('TYPE-NAME`)'. Finally, in the component access, replace the
! period (`.') by the percent sign (`%').
  
     Here is an example of code using the non portable record structure
  syntax:
*************** This code can easily be rewritten in the
*** 3267,3276 ****
  GNU Fortran implements STRUCTURES like derived types with the following
  rules and exceptions:
  
!    * Structures act like derived types with the 'SEQUENCE' attribute.
       Otherwise they may contain no specifiers.
  
!    * Structures may share names with other symbols.  For example, the
       following is invalid for derived types, but valid for structures:
  
            structure /header/
--- 3296,3305 ----
  GNU Fortran implements STRUCTURES like derived types with the following
  rules and exceptions:
  
!    * Structures act like derived types with the `SEQUENCE' attribute.
       Otherwise they may contain no specifiers.
  
!    * Structures may share names with other symbols. For example, the
       following is invalid for derived types, but valid for structures:
  
            structure /header/
*************** rules and exceptions:
*** 3287,3293 ****
  
       The type name may be ommitted, in which case the structure type
       itself is anonymous, and other structures of the same type cannot
!      be instantiated.  The following shows some examples:
  
            structure /appointment/
              ! nested structure definition: app_time is an array of two 'time'
--- 3316,3322 ----
  
       The type name may be ommitted, in which case the structure type
       itself is anonymous, and other structures of the same type cannot
!      be instantiated. The following shows some examples:
  
            structure /appointment/
              ! nested structure definition: app_time is an array of two 'time'
*************** rules and exceptions:
*** 3311,3344 ****
              character(10) memo
            end structure
  
!    * Structures may contain 'UNION' blocks.  For more detail see the
       section on *note UNION and MAP::.
  
     * Structures support old-style initialization of components, like
!      those described in *note Old-style variable initialization::.  For
       array initializers, an initializer may contain a repeat
!      specification of the form '<literal-integer> *
!      <constant-initializer>'.  The value of the integer indicates the
       number of times to repeat the constant initializer when expanding
       the initializer list.
  
  
  File: gfortran.info,  Node: UNION and MAP,  Next: Type variants for integer intrinsics,  Prev: STRUCTURE and RECORD,  Up: Extensions implemented in GNU Fortran
  
! 6.1.21 'UNION' and 'MAP'
  ------------------------
  
  Unions are an old vendor extension which were commonly used with the
! non-standard *note STRUCTURE and RECORD:: extensions.  Use of 'UNION'
! and 'MAP' is automatically enabled with '-fdec-structure'.
  
!    A 'UNION' declaration occurs within a structure; within the
! definition of each union is a number of 'MAP' blocks.  Each 'MAP' shares
  storage with its sibling maps (in the same union), and the size of the
  union is the size of the largest map within it, just as with unions in
  C. The major difference is that component references do not indicate
! which union or map the component is in (the compiler gets to figure that
! out).
  
     Here is a small example:
       structure /myunion/
--- 3340,3373 ----
              character(10) memo
            end structure
  
!    * Structures may contain `UNION' blocks. For more detail see the
       section on *note UNION and MAP::.
  
     * Structures support old-style initialization of components, like
!      those described in *note Old-style variable initialization::. For
       array initializers, an initializer may contain a repeat
!      specification of the form `<literal-integer> *
!      <constant-initializer>'. The value of the integer indicates the
       number of times to repeat the constant initializer when expanding
       the initializer list.
  
  
  File: gfortran.info,  Node: UNION and MAP,  Next: Type variants for integer intrinsics,  Prev: STRUCTURE and RECORD,  Up: Extensions implemented in GNU Fortran
  
! 6.1.21 `UNION' and `MAP'
  ------------------------
  
  Unions are an old vendor extension which were commonly used with the
! non-standard *note STRUCTURE and RECORD:: extensions. Use of `UNION' and
! `MAP' is automatically enabled with `-fdec-structure'.
  
!    A `UNION' declaration occurs within a structure; within the
! definition of each union is a number of `MAP' blocks. Each `MAP' shares
  storage with its sibling maps (in the same union), and the size of the
  union is the size of the largest map within it, just as with unions in
  C. The major difference is that component references do not indicate
! which union or map the component is in (the compiler gets to figure
! that out).
  
     Here is a small example:
       structure /myunion/
*************** File: gfortran.info,  Node: Type variant
*** 3435,3491 ****
  
  Similar to the D/C prefixes to real functions to specify the
  input/output types, GNU Fortran offers B/I/J/K prefixes to integer
! functions for compatibility with DEC programs.  The types implied by
  each are:
  
!      B - INTEGER(kind=1)
!      I - INTEGER(kind=2)
!      J - INTEGER(kind=4)
!      K - INTEGER(kind=8)
  
!    GNU Fortran supports these with the flag '-fdec-intrinsic-ints'.
  Intrinsics for which prefixed versions are available and in what form
! are noted in *note Intrinsic Procedures::.  The complete list of
  supported intrinsics is here:
  
  Intrinsic      B              I              J              K
!                                                             
! ---------------------------------------------------------------------------
! '*note ABS::'  'BABS'         'IIABS'        'JIABS'        'KIABS'
! '*note BTEST::''BBTEST'       'BITEST'       'BJTEST'       'BKTEST'
! '*note IAND::' 'BIAND'        'IIAND'        'JIAND'        'KIAND'
! '*note IBCLR::''BBCLR'        'IIBCLR'       'JIBCLR'       'KIBCLR'
! '*note IBITS::''BBITS'        'IIBITS'       'JIBITS'       'KIBITS'
! '*note IBSET::''BBSET'        'IIBSET'       'JIBSET'       'KIBSET'
! '*note IEOR::' 'BIEOR'        'IIEOR'        'JIEOR'        'KIEOR'
! '*note IOR::'  'BIOR'         'IIOR'         'JIOR'         'KIOR'
! '*note ISHFT::''BSHFT'        'IISHFT'       'JISHFT'       'KISHFT'
! '*note ISHFTC::''BSHFTC'      'IISHFTC'      'JISHFTC'      'KISHFTC'
! '*note MOD::'  'BMOD'         'IMOD'         'JMOD'         'KMOD'
! '*note NOT::'  'BNOT'         'INOT'         'JNOT'         'KNOT'
! '*note REAL::' '--'           'FLOATI'       'FLOATJ'       'FLOATK'
  
  
  File: gfortran.info,  Node: AUTOMATIC and STATIC attributes,  Next: Extended math intrinsics,  Prev: Type variants for integer intrinsics,  Up: Extensions implemented in GNU Fortran
  
! 6.1.23 'AUTOMATIC' and 'STATIC' attributes
  ------------------------------------------
  
! With '-fdec-static' GNU Fortran supports the DEC extended attributes
! 'STATIC' and 'AUTOMATIC' to provide explicit specification of entity
! storage.  These follow the syntax of the Fortran standard 'SAVE'
  attribute.
  
!    'STATIC' is exactly equivalent to 'SAVE', and specifies that an
! entity should be allocated in static memory.  As an example, 'STATIC'
  local variables will retain their values across multiple calls to a
  function.
  
!    Entities marked 'AUTOMATIC' will be stack automatic whenever
! possible.  'AUTOMATIC' is the default for local variables smaller than
! '-fmax-stack-var-size', unless '-fno-automatic' is given.  This
! attribute overrides '-fno-automatic', '-fmax-stack-var-size', and
! blanket 'SAVE' statements.
  
     Examples:
  
--- 3464,3525 ----
  
  Similar to the D/C prefixes to real functions to specify the
  input/output types, GNU Fortran offers B/I/J/K prefixes to integer
! functions for compatibility with DEC programs. The types implied by
  each are:
  
!      `B' - `INTEGER(kind=1)'
!      `I' - `INTEGER(kind=2)'
!      `J' - `INTEGER(kind=4)'
!      `K' - `INTEGER(kind=8)'
  
!    GNU Fortran supports these with the flag `-fdec-intrinsic-ints'.
  Intrinsics for which prefixed versions are available and in what form
! are noted in *note Intrinsic Procedures::. The complete list of
  supported intrinsics is here:
  
  Intrinsic      B              I              J              K
! --------------------------------------------------------------------------- 
! `*note ABS::'  `BABS'         `IIABS'        `JIABS'        `KIABS'
! `*note         `BBTEST'       `BITEST'       `BJTEST'       `BKTEST'
! BTEST::'                                                    
! `*note IAND::' `BIAND'        `IIAND'        `JIAND'        `KIAND'
! `*note         `BBCLR'        `IIBCLR'       `JIBCLR'       `KIBCLR'
! IBCLR::'                                                    
! `*note         `BBITS'        `IIBITS'       `JIBITS'       `KIBITS'
! IBITS::'                                                    
! `*note         `BBSET'        `IIBSET'       `JIBSET'       `KIBSET'
! IBSET::'                                                    
! `*note IEOR::' `BIEOR'        `IIEOR'        `JIEOR'        `KIEOR'
! `*note IOR::'  `BIOR'         `IIOR'         `JIOR'         `KIOR'
! `*note         `BSHFT'        `IISHFT'       `JISHFT'       `KISHFT'
! ISHFT::'                                                    
! `*note         `BSHFTC'       `IISHFTC'      `JISHFTC'      `KISHFTC'
! ISHFTC::'                                                   
! `*note MOD::'  `BMOD'         `IMOD'         `JMOD'         `KMOD'
! `*note NOT::'  `BNOT'         `INOT'         `JNOT'         `KNOT'
! `*note REAL::' `--'           `FLOATI'       `FLOATJ'       `FLOATK'
  
  
  File: gfortran.info,  Node: AUTOMATIC and STATIC attributes,  Next: Extended math intrinsics,  Prev: Type variants for integer intrinsics,  Up: Extensions implemented in GNU Fortran
  
! 6.1.23 `AUTOMATIC' and `STATIC' attributes
  ------------------------------------------
  
! With `-fdec-static' GNU Fortran supports the DEC extended attributes
! `STATIC' and `AUTOMATIC' to provide explicit specification of entity
! storage.  These follow the syntax of the Fortran standard `SAVE'
  attribute.
  
!    `STATIC' is exactly equivalent to `SAVE', and specifies that an
! entity should be allocated in static memory.  As an example, `STATIC'
  local variables will retain their values across multiple calls to a
  function.
  
!    Entities marked `AUTOMATIC' will be stack automatic whenever
! possible.  `AUTOMATIC' is the default for local variables smaller than
! `-fmax-stack-var-size', unless `-fno-automatic' is given.  This
! attribute overrides `-fno-automatic', `-fmax-stack-var-size', and
! blanket `SAVE' statements.
  
     Examples:
  
*************** blanket 'SAVE' statements.
*** 3495,3500 ****
--- 3529,3535 ----
         save
         ...
       endsubroutine
+ 
       subroutine f
         integer a, b, c, x, y, z
         static :: x
*************** blanket 'SAVE' statements.
*** 3503,3508 ****
--- 3538,3544 ----
         ! a, b, c, and z are automatic
         ! x and y are static
       endsubroutine
+ 
       ! Compiled with -fno-automatic
       subroutine f
         integer a, b, c, d
*************** File: gfortran.info,  Node: Extended mat
*** 3517,3550 ****
  -------------------------------
  
  GNU Fortran supports an extended list of mathematical intrinsics with
! the compile flag '-fdec-math' for compatability with legacy code.  These
! intrinsics are described fully in *note Intrinsic Procedures:: where it
! is noted that they are extensions and should be avoided whenever
! possible.
  
!    Specifically, '-fdec-math' enables the *note COTAN:: intrinsic, and
  trigonometric intrinsics which accept or produce values in degrees
  instead of radians.  Here is a summary of the new intrinsics:
  
  Radians                              Degrees
! --------------------------------------------------------------------------
! '*note ACOS::'                       '*note ACOSD::'*
! '*note ASIN::'                       '*note ASIND::'*
! '*note ATAN::'                       '*note ATAND::'*
! '*note ATAN2::'                      '*note ATAN2D::'*
! '*note COS::'                        '*note COSD::'*
! '*note COTAN::'*                     '*note COTAND::'*
! '*note SIN::'                        '*note SIND::'*
! '*note TAN::'                        '*note TAND::'*
  
!    * Enabled with '-fdec-math'.
  
!    For advanced users, it may be important to know the implementation of
! these functions.  They are simply wrappers around the standard radian
! functions, which have more accurate builtin versions.  These functions
  convert their arguments (or results) to degrees (or radians) by taking
  the value modulus 360 (or 2*pi) and then multiplying it by a constant
! radian-to-degree (or degree-to-radian) factor, as appropriate.  The
  factor is computed at compile-time as 180/pi (or pi/180).
  
  
--- 3553,3586 ----
  -------------------------------
  
  GNU Fortran supports an extended list of mathematical intrinsics with
! the compile flag `-fdec-math' for compatability with legacy code.
! These intrinsics are described fully in *note Intrinsic Procedures::
! where it is noted that they are extensions and should be avoided
! whenever possible.
  
!    Specifically, `-fdec-math' enables the *note COTAN:: intrinsic, and
  trigonometric intrinsics which accept or produce values in degrees
  instead of radians.  Here is a summary of the new intrinsics:
  
  Radians                              Degrees
! -------------------------------------------------------------------------- 
! `*note ACOS::'                       `*note ACOSD::'*
! `*note ASIN::'                       `*note ASIND::'*
! `*note ATAN::'                       `*note ATAND::'*
! `*note ATAN2::'                      `*note ATAN2D::'*
! `*note COS::'                        `*note COSD::'*
! `*note COTAN::'*                     `*note COTAND::'*
! `*note SIN::'                        `*note SIND::'*
! `*note TAN::'                        `*note TAND::'*
  
!    * Enabled with `-fdec-math'.
  
!    For advanced users, it may be important to know the implementation
! of these functions. They are simply wrappers around the standard radian
! functions, which have more accurate builtin versions. These functions
  convert their arguments (or results) to degrees (or radians) by taking
  the value modulus 360 (or 2*pi) and then multiplying it by a constant
! radian-to-degree (or degree-to-radian) factor, as appropriate. The
  factor is computed at compile-time as 180/pi (or pi/180).
  
  
*************** File: gfortran.info,  Node: Form feed as
*** 3553,3563 ****
  6.1.25 Form feed as whitespace
  ------------------------------
  
! Historically, legacy compilers allowed insertion of form feed characters
! ('\f', ASCII 0xC) at the beginning of lines for formatted output to line
! printers, though the Fortran standard does not mention this.  GNU
! Fortran supports the interpretation of form feed characters in source as
! whitespace for compatibility.
  
  
  File: gfortran.info,  Node: TYPE as an alias for PRINT,  Next: %LOC as an rvalue,  Prev: Form feed as whitespace,  Up: Extensions implemented in GNU Fortran
--- 3589,3599 ----
  6.1.25 Form feed as whitespace
  ------------------------------
  
! Historically, legacy compilers allowed insertion of form feed
! characters ('\f', ASCII 0xC) at the beginning of lines for formatted
! output to line printers, though the Fortran standard does not mention
! this. GNU Fortran supports the interpretation of form feed characters
! in source as whitespace for compatibility.
  
  
  File: gfortran.info,  Node: TYPE as an alias for PRINT,  Next: %LOC as an rvalue,  Prev: Form feed as whitespace,  Up: Extensions implemented in GNU Fortran
*************** File: gfortran.info,  Node: TYPE as an a
*** 3565,3572 ****
  6.1.26 TYPE as an alias for PRINT
  ---------------------------------
  
! For compatibility, GNU Fortran will interpret 'TYPE' statements as
! 'PRINT' statements with the flag '-fdec'.  With this flag asserted, the
  following two examples are equivalent:
  
       TYPE *, 'hello world'
--- 3601,3608 ----
  6.1.26 TYPE as an alias for PRINT
  ---------------------------------
  
! For compatibility, GNU Fortran will interpret `TYPE' statements as
! `PRINT' statements with the flag `-fdec'.  With this flag asserted, the
  following two examples are equivalent:
  
       TYPE *, 'hello world'
*************** File: gfortran.info,  Node: %LOC as an r
*** 3579,3588 ****
  6.1.27 %LOC as an rvalue
  ------------------------
  
! Normally '%LOC' is allowed only in parameter lists.  However the
! intrinsic function 'LOC' does the same thing, and is usable as the
! right-hand-side of assignments.  For compatibility, GNU Fortran supports
! the use of '%LOC' as an alias for the builtin 'LOC' with '-std=legacy'.
  With this feature enabled the following two examples are equivalent:
  
       integer :: i, l
--- 3615,3624 ----
  6.1.27 %LOC as an rvalue
  ------------------------
  
! Normally `%LOC' is allowed only in parameter lists.  However the
! intrinsic function `LOC' does the same thing, and is usable as the
! right-hand-side of assignments. For compatibility, GNU Fortran supports
! the use of `%LOC' as an alias for the builtin `LOC' with `-std=legacy'.
  With this feature enabled the following two examples are equivalent:
  
       integer :: i, l
*************** File: gfortran.info,  Node: .XOR. operat
*** 3598,3605 ****
  6.1.28 .XOR. operator
  ---------------------
  
! GNU Fortran supports '.XOR.' as a logical operator with '-std=legacy'
! for compatibility with legacy code.  '.XOR.' is equivalent to '.NEQV.'.
  That is, the output is true if and only if the inputs differ.
  
  
--- 3634,3641 ----
  6.1.28 .XOR. operator
  ---------------------
  
! GNU Fortran supports `.XOR.' as a logical operator with `-std=legacy'
! for compatibility with legacy code. `.XOR.' is equivalent to `.NEQV.'.
  That is, the output is true if and only if the inputs differ.
  
  
*************** File: gfortran.info,  Node: Bitwise logi
*** 3608,3614 ****
  6.1.29 Bitwise logical operators
  --------------------------------
  
! With '-fdec', GNU Fortran relaxes the type constraints on logical
  operators to allow integer operands, and performs the corresponding
  bitwise operation instead.  This flag is for compatibility only, and
  should be avoided in new code.  Consider:
--- 3644,3650 ----
  6.1.29 Bitwise logical operators
  --------------------------------
  
! With `-fdec', GNU Fortran relaxes the type constraints on logical
  operators to allow integer operands, and performs the corresponding
  bitwise operation instead.  This flag is for compatibility only, and
  should be avoided in new code.  Consider:
*************** should be avoided in new code.  Consider
*** 3618,3642 ****
         j = z'cc'
         print *, i .AND. j
  
!    In this example, compiled with '-fdec', GNU Fortran will replace the
! '.AND.' operation with a call to the intrinsic '*note IAND::' function,
! yielding the bitwise-and of 'i' and 'j'.
  
     Note that this conversion will occur if at least one operand is of
  integral type.  As a result, a logical operand will be converted to an
! integer when the other operand is an integer in a logical operation.  In
! this case, '.TRUE.' is converted to '1' and '.FALSE.' to '0'.
  
     Here is the mapping of logical operator to bitwise intrinsic used
! with '-fdec':
  
  Operator           Intrinsic          Bitwise operation
! ---------------------------------------------------------------------------
! '.NOT.'            '*note NOT::'      complement
! '.AND.'            '*note IAND::'     intersection
! '.OR.'             '*note IOR::'      union
! '.NEQV.'           '*note IEOR::'     exclusive or
! '.EQV.'            '*note NOT::(*note IEOR::)'complement of exclusive or
  
  
  File: gfortran.info,  Node: Extended I/O specifiers,  Next: Legacy PARAMETER statements,  Prev: Bitwise logical operators,  Up: Extensions implemented in GNU Fortran
--- 3654,3680 ----
         j = z'cc'
         print *, i .AND. j
  
!    In this example, compiled with `-fdec', GNU Fortran will replace the
! `.AND.' operation with a call to the intrinsic `*note IAND::' function,
! yielding the bitwise-and of `i' and `j'.
  
     Note that this conversion will occur if at least one operand is of
  integral type.  As a result, a logical operand will be converted to an
! integer when the other operand is an integer in a logical operation.
! In this case, `.TRUE.' is converted to `1' and `.FALSE.' to `0'.
  
     Here is the mapping of logical operator to bitwise intrinsic used
! with `-fdec':
  
  Operator           Intrinsic          Bitwise operation
! --------------------------------------------------------------------------- 
! `.NOT.'            `*note NOT::'      complement
! `.AND.'            `*note IAND::'     intersection
! `.OR.'             `*note IOR::'      union
! `.NEQV.'           `*note IEOR::'     exclusive or
! `.EQV.'            `*note             complement of exclusive or
!                    NOT::(*note        
!                    IEOR::)'           
  
  
  File: gfortran.info,  Node: Extended I/O specifiers,  Next: Legacy PARAMETER statements,  Prev: Bitwise logical operators,  Up: Extensions implemented in GNU Fortran
*************** File: gfortran.info,  Node: Extended I/O
*** 3645,3723 ****
  ------------------------------
  
  GNU Fortran supports the additional legacy I/O specifiers
! 'CARRIAGECONTROL', 'READONLY', and 'SHARE' with the compile flag
! '-fdec', for compatibility.
  
! 'CARRIAGECONTROL'
!      The 'CARRIAGECONTROL' specifier allows a user to control line
!      termination settings between output records for an I/O unit.  The
!      specifier has no meaning for readonly files.  When
!      'CARRAIGECONTROL' is specified upon opening a unit for formatted
!      writing, the exact 'CARRIAGECONTROL' setting determines what
!      characters to write between output records.  The syntax is:
  
            OPEN(..., CARRIAGECONTROL=cc)
  
       Where _cc_ is a character expression that evaluates to one of the
       following values:
  
!      ''LIST''       One line feed between records (default)
!      ''FORTRAN''    Legacy interpretation of the first character (see below)
!      ''NONE''       No separator between records
  
!      With 'CARRIAGECONTROL='FORTRAN'', when a record is written, the
       first character of the input record is not written, and instead
       determines the output record separator as follows:
  
!      Leading character      Meaning                Output separating
!                                                    character(s)
!      ----------------------------------------------------------------------------
!      ''+''                  Overprinting           Carriage return only
!      ''-''                  New line               Line feed and carriage
!                                                    return
!      ''0''                  Skip line              Two line feeds and carriage
!                                                    return
!      ''1''                  New page               Form feed and carriage
!                                                    return
!      ''$''                  Prompting              Line feed (no carriage
!                                                    return)
!      'CHAR(0)'              Overprinting (no       None
!                             advance)
  
! 'READONLY'
!      The 'READONLY' specifier may be given upon opening a unit, and is
!      equivalent to specifying 'ACTION='READ'', except that the file may
!      not be deleted on close (i.e.  'CLOSE' with 'STATUS="DELETE"').
!      The syntax is:
  
!           OPEN(..., READONLY)
  
! 'SHARE'
!      The 'SHARE' specifier allows system-level locking on a unit upon
       opening it for controlled access from multiple processes/threads.
!      The 'SHARE' specifier has several forms:
  
            OPEN(..., SHARE=sh)
            OPEN(..., SHARED)
            OPEN(..., NOSHARED)
  
       Where _sh_ in the first form is a character expression that
!      evaluates to a value as seen in the table below.  The latter two
       forms are aliases for particular values of _sh_:
  
!      Explicit form          Short form             Meaning
!      ----------------------------------------------------------------------------
!      'SHARE='DENYRW''       'NOSHARED'             Exclusive (write) lock
!      'SHARE='DENYNONE''     'SHARED'               Shared (read) lock
  
       In general only one process may hold an exclusive (write) lock for
       a given file at a time, whereas many processes may hold shared
       (read) locks for the same file.
  
!      The behavior of locking may vary with your operating system.  On
!      POSIX systems, locking is implemented with 'fcntl'.  Consult your
       corresponding operating system's manual pages for further details.
!      Locking via 'SHARE=' is not supported on other systems.
  
  
  File: gfortran.info,  Node: Legacy PARAMETER statements,  Next: Default exponents,  Prev: Extended I/O specifiers,  Up: Extensions implemented in GNU Fortran
--- 3683,3763 ----
  ------------------------------
  
  GNU Fortran supports the additional legacy I/O specifiers
! `CARRIAGECONTROL', `READONLY', and `SHARE' with the compile flag
! `-fdec', for compatibility.
  
! `CARRIAGECONTROL'
!      The `CARRIAGECONTROL' specifier allows a user to control line
!      termination settings between output records for an I/O unit. The
!      specifier has no meaning for readonly files. When
!      `CARRAIGECONTROL' is specified upon opening a unit for formatted
!      writing, the exact `CARRIAGECONTROL' setting determines what
!      characters to write between output records. The syntax is:
  
            OPEN(..., CARRIAGECONTROL=cc)
  
       Where _cc_ is a character expression that evaluates to one of the
       following values:
  
!      `'LIST''      One line feed between records (default)
!      `'FORTRAN''   Legacy interpretation of the first character (see
!                    below)
!      `'NONE''      No separator between records
  
!      With `CARRIAGECONTROL='FORTRAN'', when a record is written, the
       first character of the input record is not written, and instead
       determines the output record separator as follows:
  
!      Leading character    Meaning              Output separating
!                                                character(s)
!      ---------------------------------------------------------------------- 
!      `'+''                Overprinting         Carriage return only
!      `'-''                New line             Line feed and carriage
!                                                return
!      `'0''                Skip line            Two line feeds and
!                                                carriage return
!      `'1''                New page             Form feed and carriage
!                                                return
!      `'$''                Prompting            Line feed (no carriage
!                                                return)
!      `CHAR(0)'            Overprinting (no     None
!                           advance)             
  
! `READONLY'
!      The `READONLY' specifier may be given upon opening a unit, and is
!      equivalent to specifying `ACTION='READ'', except that the file may
!      not be deleted on close (i.e. `CLOSE' with `STATUS="DELETE"'). The
!      syntax is:
  
!           `OPEN(..., READONLY)'
  
! `SHARE'
!      The `SHARE' specifier allows system-level locking on a unit upon
       opening it for controlled access from multiple processes/threads.
!      The `SHARE' specifier has several forms:
  
            OPEN(..., SHARE=sh)
            OPEN(..., SHARED)
            OPEN(..., NOSHARED)
  
       Where _sh_ in the first form is a character expression that
!      evaluates to a value as seen in the table below. The latter two
       forms are aliases for particular values of _sh_:
  
!      Explicit form        Short form           Meaning
!      ---------------------------------------------------------------------- 
!      `SHARE='DENYRW''     `NOSHARED'           Exclusive (write) lock
!      `SHARE='DENYNONE''   `SHARED'             Shared (read) lock
  
       In general only one process may hold an exclusive (write) lock for
       a given file at a time, whereas many processes may hold shared
       (read) locks for the same file.
  
!      The behavior of locking may vary with your operating system. On
!      POSIX systems, locking is implemented with `fcntl'. Consult your
       corresponding operating system's manual pages for further details.
!      Locking via `SHARE=' is not supported on other systems.
! 
  
  
  File: gfortran.info,  Node: Legacy PARAMETER statements,  Next: Default exponents,  Prev: Extended I/O specifiers,  Up: Extensions implemented in GNU Fortran
*************** File: gfortran.info,  Node: Legacy PARAM
*** 3726,3735 ****
  ----------------------------------
  
  For compatibility, GNU Fortran supports legacy PARAMETER statements
! without parentheses with '-std=legacy'.  A warning is emitted if used
! with '-std=gnu', and an error is acknowledged with a real Fortran
! standard flag ('-std=f95', etc...).  These statements take the following
! form:
  
       implicit real (E)
       parameter e = 2.718282
--- 3766,3775 ----
  ----------------------------------
  
  For compatibility, GNU Fortran supports legacy PARAMETER statements
! without parentheses with `-std=legacy'.  A warning is emitted if used
! with `-std=gnu', and an error is acknowledged with a real Fortran
! standard flag (`-std=f95', etc...).  These statements take the
! following form:
  
       implicit real (E)
       parameter e = 2.718282
*************** File: gfortran.info,  Node: Default expo
*** 3743,3750 ****
  ------------------------
  
  For compatibility, GNU Fortran supports a default exponent of zero in
! real constants with '-fdec'.  For example, '9e' would be interpreted as
! '9e0', rather than an error.
  
  
  File: gfortran.info,  Node: Extensions not implemented in GNU Fortran,  Prev: Extensions implemented in GNU Fortran,  Up: Extensions
--- 3783,3790 ----
  ------------------------
  
  For compatibility, GNU Fortran supports a default exponent of zero in
! real constants with `-fdec'.  For example, `9e' would be interpreted as
! `9e0', rather than an error.
  
  
  File: gfortran.info,  Node: Extensions not implemented in GNU Fortran,  Prev: Extensions implemented in GNU Fortran,  Up: Extensions
*************** some features crucial to users in the fi
*** 3758,3765 ****
  existence of a number of important extensions to the language.  While
  some of the most useful or popular extensions are supported by the GNU
  Fortran compiler, not all existing extensions are supported.  This
! section aims at listing these extensions and offering advice on how best
! make code that uses them running with the GNU Fortran compiler.
  
  * Menu:
  
--- 3798,3805 ----
  existence of a number of important extensions to the language.  While
  some of the most useful or popular extensions are supported by the GNU
  Fortran compiler, not all existing extensions are supported.  This
! section aims at listing these extensions and offering advice on how
! best make code that uses them running with the GNU Fortran compiler.
  
  * Menu:
  
*************** make code that uses them running with th
*** 3772,3783 ****
  
  File: gfortran.info,  Node: ENCODE and DECODE statements,  Next: Variable FORMAT expressions,  Up: Extensions not implemented in GNU Fortran
  
! 6.2.1 'ENCODE' and 'DECODE' statements
  --------------------------------------
  
! GNU Fortran does not support the 'ENCODE' and 'DECODE' statements.
! These statements are best replaced by 'READ' and 'WRITE' statements
! involving internal files ('CHARACTER' variables and arrays), which have
  been part of the Fortran standard since Fortran 77.  For example,
  replace a code fragment like
  
--- 3812,3823 ----
  
  File: gfortran.info,  Node: ENCODE and DECODE statements,  Next: Variable FORMAT expressions,  Up: Extensions not implemented in GNU Fortran
  
! 6.2.1 `ENCODE' and `DECODE' statements
  --------------------------------------
  
! GNU Fortran does not support the `ENCODE' and `DECODE' statements.
! These statements are best replaced by `READ' and `WRITE' statements
! involving internal files (`CHARACTER' variables and arrays), which have
  been part of the Fortran standard since Fortran 77.  For example,
  replace a code fragment like
  
*************** with the following:
*** 3814,3828 ****
  
  File: gfortran.info,  Node: Variable FORMAT expressions,  Next: Alternate complex function syntax,  Prev: ENCODE and DECODE statements,  Up: Extensions not implemented in GNU Fortran
  
! 6.2.2 Variable 'FORMAT' expressions
  -----------------------------------
  
! A variable 'FORMAT' expression is format statement which includes angle
! brackets enclosing a Fortran expression: 'FORMAT(I<N>)'.  GNU Fortran
  does not support this legacy extension.  The effect of variable format
  expressions can be reproduced by using the more powerful (and standard)
! combination of internal output and string formats.  For example, replace
! a code fragment like this:
  
             WRITE(6,20) INT1
        20   FORMAT(I<N+1>)
--- 3854,3868 ----
  
  File: gfortran.info,  Node: Variable FORMAT expressions,  Next: Alternate complex function syntax,  Prev: ENCODE and DECODE statements,  Up: Extensions not implemented in GNU Fortran
  
! 6.2.2 Variable `FORMAT' expressions
  -----------------------------------
  
! A variable `FORMAT' expression is format statement which includes angle
! brackets enclosing a Fortran expression: `FORMAT(I<N>)'.  GNU Fortran
  does not support this legacy extension.  The effect of variable format
  expressions can be reproduced by using the more powerful (and standard)
! combination of internal output and string formats.  For example,
! replace a code fragment like this:
  
             WRITE(6,20) INT1
        20   FORMAT(I<N+1>)
*************** File: gfortran.info,  Node: Alternate co
*** 3853,3885 ****
  6.2.3 Alternate complex function syntax
  ---------------------------------------
  
! Some Fortran compilers, including 'g77', let the user declare complex
! functions with the syntax 'COMPLEX FUNCTION name*16()', as well as
! 'COMPLEX*16 FUNCTION name()'.  Both are non-standard, legacy extensions.
! 'gfortran' accepts the latter form, which is more common, but not the
! former.
  
  
  File: gfortran.info,  Node: Volatile COMMON blocks,  Next: OPEN( ... NAME=),  Prev: Alternate complex function syntax,  Up: Extensions not implemented in GNU Fortran
  
! 6.2.4 Volatile 'COMMON' blocks
  ------------------------------
  
! Some Fortran compilers, including 'g77', let the user declare 'COMMON'
! with the 'VOLATILE' attribute.  This is invalid standard Fortran syntax
! and is not supported by 'gfortran'.  Note that 'gfortran' accepts
! 'VOLATILE' variables in 'COMMON' blocks since revision 4.3.
  
  
  File: gfortran.info,  Node: OPEN( ... NAME=),  Prev: Volatile COMMON blocks,  Up: Extensions not implemented in GNU Fortran
  
! 6.2.5 'OPEN( ... NAME=)'
  ------------------------
  
! Some Fortran compilers, including 'g77', let the user declare 'OPEN( ...
! NAME=)'.  This is invalid standard Fortran syntax and is not supported
! by 'gfortran'.  'OPEN( ... NAME=)' should be replaced with 'OPEN( ...
! FILE=)'.
  
  
  File: gfortran.info,  Node: Mixed-Language Programming,  Next: Coarray Programming,  Prev: Extensions,  Up: Top
--- 3893,3925 ----
  6.2.3 Alternate complex function syntax
  ---------------------------------------
  
! Some Fortran compilers, including `g77', let the user declare complex
! functions with the syntax `COMPLEX FUNCTION name*16()', as well as
! `COMPLEX*16 FUNCTION name()'.  Both are non-standard, legacy
! extensions.  `gfortran' accepts the latter form, which is more common,
! but not the former.
  
  
  File: gfortran.info,  Node: Volatile COMMON blocks,  Next: OPEN( ... NAME=),  Prev: Alternate complex function syntax,  Up: Extensions not implemented in GNU Fortran
  
! 6.2.4 Volatile `COMMON' blocks
  ------------------------------
  
! Some Fortran compilers, including `g77', let the user declare `COMMON'
! with the `VOLATILE' attribute. This is invalid standard Fortran syntax
! and is not supported by `gfortran'.  Note that `gfortran' accepts
! `VOLATILE' variables in `COMMON' blocks since revision 4.3.
  
  
  File: gfortran.info,  Node: OPEN( ... NAME=),  Prev: Volatile COMMON blocks,  Up: Extensions not implemented in GNU Fortran
  
! 6.2.5 `OPEN( ... NAME=)'
  ------------------------
  
! Some Fortran compilers, including `g77', let the user declare `OPEN(
! ... NAME=)'. This is invalid standard Fortran syntax and is not
! supported by `gfortran'.  `OPEN( ... NAME=)' should be replaced with
! `OPEN( ... FILE=)'.
  
  
  File: gfortran.info,  Node: Mixed-Language Programming,  Next: Coarray Programming,  Prev: Extensions,  Up: Top
*************** File: gfortran.info,  Node: Mixed-Langua
*** 3894,3903 ****
  * Non-Fortran Main Program::
  * Naming and argument-passing conventions::
  
! This chapter is about mixed-language interoperability, but also applies
! if one links Fortran code compiled by different compilers.  In most
! cases, use of the C Binding features of the Fortran 2003 standard is
! sufficient, and their use is highly recommended.
  
  
  File: gfortran.info,  Node: Interoperability with C,  Next: GNU Fortran Compiler Directives,  Up: Mixed-Language Programming
--- 3934,3943 ----
  * Non-Fortran Main Program::
  * Naming and argument-passing conventions::
  
!    This chapter is about mixed-language interoperability, but also
! applies if one links Fortran code compiled by different compilers.  In
! most cases, use of the C Binding features of the Fortran 2003 standard
! is sufficient, and their use is highly recommended.
  
  
  File: gfortran.info,  Node: Interoperability with C,  Next: GNU Fortran Compiler Directives,  Up: Mixed-Language Programming
*************** File: gfortran.info,  Node: Interoperabi
*** 3914,3934 ****
  * Working with Pointers::
  * Further Interoperability of Fortran with C::
  
! Since Fortran 2003 (ISO/IEC 1539-1:2004(E)) there is a standardized way
! to generate procedure and derived-type declarations and global variables
! which are interoperable with C (ISO/IEC 9899:1999).  The 'bind(C)'
! attribute has been added to inform the compiler that a symbol shall be
! interoperable with C; also, some constraints are added.  Note, however,
! that not all C features have a Fortran equivalent or vice versa.  For
! instance, neither C's unsigned integers nor C's functions with variable
! number of arguments have an equivalent in Fortran.
  
!    Note that array dimensions are reversely ordered in C and that arrays
! in C always start with index 0 while in Fortran they start by default
! with 1.  Thus, an array declaration 'A(n,m)' in Fortran matches
! 'A[m][n]' in C and accessing the element 'A(i,j)' matches 'A[j-1][i-1]'.
! The element following 'A(i,j)' (C: 'A[j-1][i-1]'; assuming i < n) in
! memory is 'A(i+1,j)' (C: 'A[j-1][i]').
  
  
  File: gfortran.info,  Node: Intrinsic Types,  Next: Derived Types and struct,  Up: Interoperability with C
--- 3954,3974 ----
  * Working with Pointers::
  * Further Interoperability of Fortran with C::
  
!    Since Fortran 2003 (ISO/IEC 1539-1:2004(E)) there is a standardized
! way to generate procedure and derived-type declarations and global
! variables which are interoperable with C (ISO/IEC 9899:1999).  The
! `bind(C)' attribute has been added to inform the compiler that a symbol
! shall be interoperable with C; also, some constraints are added.  Note,
! however, that not all C features have a Fortran equivalent or vice
! versa.  For instance, neither C's unsigned integers nor C's functions
! with variable number of arguments have an equivalent in Fortran.
  
!    Note that array dimensions are reversely ordered in C and that
! arrays in C always start with index 0 while in Fortran they start by
! default with 1.  Thus, an array declaration `A(n,m)' in Fortran matches
! `A[m][n]' in C and accessing the element `A(i,j)' matches
! `A[j-1][i-1]'.  The element following `A(i,j)' (C: `A[j-1][i-1]';
! assuming i < n) in memory is `A(i+1,j)' (C: `A[j-1][i]').
  
  
  File: gfortran.info,  Node: Intrinsic Types,  Next: Derived Types and struct,  Up: Interoperability with C
*************** File: gfortran.info,  Node: Intrinsic Ty
*** 3937,3955 ****
  ---------------------
  
  In order to ensure that exactly the same variable type and kind is used
! in C and Fortran, the named constants shall be used which are defined in
! the 'ISO_C_BINDING' intrinsic module.  That module contains named
  constants for kind parameters and character named constants for the
! escape sequences in C. For a list of the constants, see *note
  ISO_C_BINDING::.
  
     For logical types, please note that the Fortran standard only
! guarantees interoperability between C99's '_Bool' and Fortran's
! 'C_Bool'-kind logicals and C99 defines that 'true' has the value 1 and
! 'false' the value 0.  Using any other integer value with GNU Fortran's
! 'LOGICAL' (with any kind parameter) gives an undefined result.  (Passing
! other integer values than 0 and 1 to GCC's '_Bool' is also undefined,
! unless the integer is explicitly or implicitly casted to '_Bool'.)
  
  
  File: gfortran.info,  Node: Derived Types and struct,  Next: Interoperable Global Variables,  Prev: Intrinsic Types,  Up: Interoperability with C
--- 3977,3996 ----
  ---------------------
  
  In order to ensure that exactly the same variable type and kind is used
! in C and Fortran, the named constants shall be used which are defined
! in the `ISO_C_BINDING' intrinsic module.  That module contains named
  constants for kind parameters and character named constants for the
! escape sequences in C.  For a list of the constants, see *note
  ISO_C_BINDING::.
  
     For logical types, please note that the Fortran standard only
! guarantees interoperability between C99's `_Bool' and Fortran's
! `C_Bool'-kind logicals and C99 defines that `true' has the value 1 and
! `false' the value 0.  Using any other integer value with GNU Fortran's
! `LOGICAL' (with any kind parameter) gives an undefined result.
! (Passing other integer values than 0 and 1 to GCC's `_Bool' is also
! undefined, unless the integer is explicitly or implicitly casted to
! `_Bool'.)
  
  
  File: gfortran.info,  Node: Derived Types and struct,  Next: Interoperable Global Variables,  Prev: Intrinsic Types,  Up: Interoperability with C
*************** File: gfortran.info,  Node: Derived Type
*** 3957,3964 ****
  7.1.2 Derived Types and struct
  ------------------------------
  
! For compatibility of derived types with 'struct', one needs to use the
! 'BIND(C)' attribute in the type declaration.  For instance, the
  following type declaration
  
        USE ISO_C_BINDING
--- 3998,4005 ----
  7.1.2 Derived Types and struct
  ------------------------------
  
! For compatibility of derived types with `struct', one needs to use the
! `BIND(C)' attribute in the type declaration.  For instance, the
  following type declaration
  
        USE ISO_C_BINDING
*************** following type declaration
*** 3970,3976 ****
          CHARACTER(KIND=C_CHAR) :: str(5)
        END TYPE
  
!    matches the following 'struct' declaration in C
  
        struct {
          int i1, i2;
--- 4011,4017 ----
          CHARACTER(KIND=C_CHAR) :: str(5)
        END TYPE
  
!    matches the following `struct' declaration in C
  
        struct {
          int i1, i2;
*************** following type declaration
*** 3982,3991 ****
        } myType;
  
     Derived types with the C binding attribute shall not have the
! 'sequence' attribute, type parameters, the 'extends' attribute, nor
  type-bound procedures.  Every component must be of interoperable type
! and kind and may not have the 'pointer' or 'allocatable' attribute.  The
! names of the components are irrelevant for interoperability.
  
     As there exist no direct Fortran equivalents, neither unions nor
  structs with bit field or variable-length array members are
--- 4023,4032 ----
        } myType;
  
     Derived types with the C binding attribute shall not have the
! `sequence' attribute, type parameters, the `extends' attribute, nor
  type-bound procedures.  Every component must be of interoperable type
! and kind and may not have the `pointer' or `allocatable' attribute.
! The names of the components are irrelevant for interoperability.
  
     As there exist no direct Fortran equivalents, neither unions nor
  structs with bit field or variable-length array members are
*************** File: gfortran.info,  Node: Interoperabl
*** 3999,4007 ****
  
  Variables can be made accessible from C using the C binding attribute,
  optionally together with specifying a binding name.  Those variables
! have to be declared in the declaration part of a 'MODULE', be of
! interoperable type, and have neither the 'pointer' nor the 'allocatable'
! attribute.
  
         MODULE m
           USE myType_module
--- 4040,4048 ----
  
  Variables can be made accessible from C using the C binding attribute,
  optionally together with specifying a binding name.  Those variables
! have to be declared in the declaration part of a `MODULE', be of
! interoperable type, and have neither the `pointer' nor the
! `allocatable' attribute.
  
         MODULE m
           USE myType_module
*************** attribute.
*** 4010,4023 ****
           type(myType), bind(C) :: tp
         END MODULE
  
!    Here, '_MyProject_flags' is the case-sensitive name of the variable
! as seen from C programs while 'global_flag' is the case-insensitive name
! as seen from Fortran.  If no binding name is specified, as for TP, the C
! binding name is the (lowercase) Fortran binding name.  If a binding name
! is specified, only a single variable may be after the double colon.
! Note of warning: You cannot use a global variable to access ERRNO of the
! C library as the C standard allows it to be a macro.  Use the 'IERRNO'
! intrinsic (GNU extension) instead.
  
  
  File: gfortran.info,  Node: Interoperable Subroutines and Functions,  Next: Working with Pointers,  Prev: Interoperable Global Variables,  Up: Interoperability with C
--- 4051,4064 ----
           type(myType), bind(C) :: tp
         END MODULE
  
!    Here, `_MyProject_flags' is the case-sensitive name of the variable
! as seen from C programs while `global_flag' is the case-insensitive
! name as seen from Fortran.  If no binding name is specified, as for TP,
! the C binding name is the (lowercase) Fortran binding name.  If a
! binding name is specified, only a single variable may be after the
! double colon.  Note of warning: You cannot use a global variable to
! access ERRNO of the C library as the C standard allows it to be a
! macro.  Use the `IERRNO' intrinsic (GNU extension) instead.
  
  
  File: gfortran.info,  Node: Interoperable Subroutines and Functions,  Next: Working with Pointers,  Prev: Interoperable Global Variables,  Up: Interoperability with C
*************** File: gfortran.info,  Node: Interoperabl
*** 4025,4045 ****
  7.1.4 Interoperable Subroutines and Functions
  ---------------------------------------------
  
! Subroutines and functions have to have the 'BIND(C)' attribute to be
! compatible with C. The dummy argument declaration is relatively
  straightforward.  However, one needs to be careful because C uses
  call-by-value by default while Fortran behaves usually similar to
  call-by-reference.  Furthermore, strings and pointers are handled
  differently.  Note that in Fortran 2003 and 2008 only explicit size and
  assumed-size arrays are supported but not assumed-shape or
! deferred-shape (i.e.  allocatable or pointer) arrays.  However, those
  are allowed since the Technical Specification 29113, see *note Further
  Interoperability of Fortran with C::
  
!    To pass a variable by value, use the 'VALUE' attribute.  Thus, the
  following C prototype
  
!      int func(int i, int *j)
  
     matches the Fortran declaration
  
--- 4066,4086 ----
  7.1.4 Interoperable Subroutines and Functions
  ---------------------------------------------
  
! Subroutines and functions have to have the `BIND(C)' attribute to be
! compatible with C.  The dummy argument declaration is relatively
  straightforward.  However, one needs to be careful because C uses
  call-by-value by default while Fortran behaves usually similar to
  call-by-reference.  Furthermore, strings and pointers are handled
  differently.  Note that in Fortran 2003 and 2008 only explicit size and
  assumed-size arrays are supported but not assumed-shape or
! deferred-shape (i.e. allocatable or pointer) arrays.  However, those
  are allowed since the Technical Specification 29113, see *note Further
  Interoperability of Fortran with C::
  
!    To pass a variable by value, use the `VALUE' attribute.  Thus, the
  following C prototype
  
!      `int func(int i, int *j)'
  
     matches the Fortran declaration
  
*************** following C prototype
*** 4048,4060 ****
           integer(c_int), VALUE :: i
           integer(c_int) :: j
  
!    Note that pointer arguments also frequently need the 'VALUE'
  attribute, see *note Working with Pointers::.
  
     Strings are handled quite differently in C and Fortran.  In C a
! string is a 'NUL'-terminated array of characters while in Fortran each
  string has a length associated with it and is thus not terminated (by
! e.g.  'NUL').  For example, if one wants to use the following C
  function,
  
         #include <stdio.h>
--- 4089,4101 ----
           integer(c_int), VALUE :: i
           integer(c_int) :: j
  
!    Note that pointer arguments also frequently need the `VALUE'
  attribute, see *note Working with Pointers::.
  
     Strings are handled quite differently in C and Fortran.  In C a
! string is a `NUL'-terminated array of characters while in Fortran each
  string has a length associated with it and is thus not terminated (by
! e.g.  `NUL').  For example, if one wants to use the following C
  function,
  
         #include <stdio.h>
*************** function,
*** 4074,4093 ****
         end interface
         call print_c(C_CHAR_"Hello World"//C_NULL_CHAR)
  
!    As the example shows, one needs to ensure that the string is 'NUL'
! terminated.  Additionally, the dummy argument STRING of 'print_C' is a
! length-one assumed-size array; using 'character(len=*)' is not allowed.
! The example above uses 'c_char_"Hello World"' to ensure the string
  literal has the right type; typically the default character kind and
! 'c_char' are the same and thus '"Hello World"' is equivalent.  However,
  the standard does not guarantee this.
  
     The use of strings is now further illustrated using the C library
! function 'strncpy', whose prototype is
  
         char *strncpy(char *restrict s1, const char *restrict s2, size_t n);
  
!    The function 'strncpy' copies at most N characters from string S2 to
  S1 and returns S1.  In the following example, we ignore the return
  value:
  
--- 4115,4134 ----
         end interface
         call print_c(C_CHAR_"Hello World"//C_NULL_CHAR)
  
!    As the example shows, one needs to ensure that the string is `NUL'
! terminated.  Additionally, the dummy argument STRING of `print_C' is a
! length-one assumed-size array; using `character(len=*)' is not allowed.
! The example above uses `c_char_"Hello World"' to ensure the string
  literal has the right type; typically the default character kind and
! `c_char' are the same and thus `"Hello World"' is equivalent.  However,
  the standard does not guarantee this.
  
     The use of strings is now further illustrated using the C library
! function `strncpy', whose prototype is
  
         char *strncpy(char *restrict s1, const char *restrict s2, size_t n);
  
!    The function `strncpy' copies at most N characters from string S2 to
  S1 and returns S1.  In the following example, we ignore the return
  value:
  
*************** File: gfortran.info,  Node: Working with
*** 4120,4129 ****
  ---------------------------
  
  C pointers are represented in Fortran via the special opaque derived
! type 'type(c_ptr)' (with private components).  Thus one needs to use
  intrinsic conversion procedures to convert from or to C pointers.
  
!    For some applications, using an assumed type ('TYPE(*)') can be an
  alternative to a C pointer; see *note Further Interoperability of
  Fortran with C::.
  
--- 4161,4170 ----
  ---------------------------
  
  C pointers are represented in Fortran via the special opaque derived
! type `type(c_ptr)' (with private components).  Thus one needs to use
  intrinsic conversion procedures to convert from or to C pointers.
  
!    For some applications, using an assumed type (`TYPE(*)') can be an
  alternative to a C pointer; see *note Further Interoperability of
  Fortran with C::.
  
*************** Fortran with C::.
*** 4140,4160 ****
         call c_f_pointer(cptr2, ps)
         call c_f_pointer(cptr2, pa, shape=[7])
  
!    When converting C to Fortran arrays, the one-dimensional 'SHAPE'
  argument has to be passed.
  
     If a pointer is a dummy-argument of an interoperable procedure, it
! usually has to be declared using the 'VALUE' attribute.  'void*' matches
! 'TYPE(C_PTR), VALUE', while 'TYPE(C_PTR)' alone matches 'void**'.
  
     Procedure pointers are handled analogously to pointers; the C type is
! 'TYPE(C_FUNPTR)' and the intrinsic conversion procedures are
! 'C_F_PROCPOINTER' and 'C_FUNLOC'.
  
     Let us consider two examples of actually passing a procedure pointer
  from C to Fortran and vice versa.  Note that these examples are also
! very similar to passing ordinary pointers between both languages.
! First, consider this code in C:
  
       /* Procedure implemented in Fortran.  */
       void get_values (void (*)(double));
--- 4181,4202 ----
         call c_f_pointer(cptr2, ps)
         call c_f_pointer(cptr2, pa, shape=[7])
  
!    When converting C to Fortran arrays, the one-dimensional `SHAPE'
  argument has to be passed.
  
     If a pointer is a dummy-argument of an interoperable procedure, it
! usually has to be declared using the `VALUE' attribute.  `void*'
! matches `TYPE(C_PTR), VALUE', while `TYPE(C_PTR)' alone matches
! `void**'.
  
     Procedure pointers are handled analogously to pointers; the C type is
! `TYPE(C_FUNPTR)' and the intrinsic conversion procedures are
! `C_F_PROCPOINTER' and `C_FUNLOC'.
  
     Let us consider two examples of actually passing a procedure pointer
  from C to Fortran and vice versa.  Note that these examples are also
! very similar to passing ordinary pointers between both languages. First,
! consider this code in C:
  
       /* Procedure implemented in Fortran.  */
       void get_values (void (*)(double));
*************** First, consider this code in C:
*** 4173,4181 ****
         get_values (&print_it);
       }
  
!    A matching implementation for 'get_values' in Fortran, that correctly
  receives the procedure pointer from C and is able to call it, is given
! in the following 'MODULE':
  
       MODULE m
         IMPLICIT NONE
--- 4215,4223 ----
         get_values (&print_it);
       }
  
!    A matching implementation for `get_values' in Fortran, that correctly
  receives the procedure pointer from C and is able to call it, is given
! in the following `MODULE':
  
       MODULE m
         IMPLICIT NONE
*************** File: gfortran.info,  Node: Further Inte
*** 4266,4331 ****
  
  The Technical Specification ISO/IEC TS 29113:2012 on further
  interoperability of Fortran with C extends the interoperability support
! of Fortran 2003 and Fortran 2008.  Besides removing some restrictions
! and constraints, it adds assumed-type ('TYPE(*)') and assumed-rank
! ('dimension') variables and allows for interoperability of
  assumed-shape, assumed-rank and deferred-shape arrays, including
  allocatables and pointers.
  
     Note: Currently, GNU Fortran does not support the array descriptor
  (dope vector) as specified in the Technical Specification, but uses an
! array descriptor with different fields.  The Chasm Language
! Interoperability Tools, <http://chasm-interop.sourceforge.net/>, provide
! an interface to GNU Fortran's array descriptor.
  
     The Technical Specification adds the following new features, which
  are supported by GNU Fortran:
  
!    * The 'ASYNCHRONOUS' attribute has been clarified and extended to
       allow its use with asynchronous communication in user-provided
       libraries such as in implementations of the Message Passing
       Interface specification.
  
!    * Many constraints have been relaxed, in particular for the 'C_LOC'
!      and 'C_F_POINTER' intrinsics.
  
!    * The 'OPTIONAL' attribute is now allowed for dummy arguments; an
!      absent argument matches a 'NULL' pointer.
  
!    * Assumed types ('TYPE(*)') have been added, which may only be used
       for dummy arguments.  They are unlimited polymorphic but contrary
!      to 'CLASS(*)' they do not contain any type information, similar to
!      C's 'void *' pointers.  Expressions of any type and kind can be
!      passed; thus, it can be used as replacement for 'TYPE(C_PTR)',
!      avoiding the use of 'C_LOC' in the caller.
  
!      Note, however, that 'TYPE(*)' only accepts scalar arguments, unless
!      the 'DIMENSION' is explicitly specified.  As 'DIMENSION(*)' only
!      supports array (including array elements) but no scalars, it is not
!      a full replacement for 'C_LOC'.  On the other hand, assumed-type
!      assumed-rank dummy arguments ('TYPE(*), DIMENSION(..)') allow for
!      both scalars and arrays, but require special code on the callee
!      side to handle the array descriptor.
  
!    * Assumed-rank arrays ('DIMENSION(..)') as dummy argument allow that
       scalars and arrays of any rank can be passed as actual argument.
!      As the Technical Specification does not provide for direct means to
!      operate with them, they have to be used either from the C side or
!      be converted using 'C_LOC' and 'C_F_POINTER' to scalars or arrays
!      of a specific rank.  The rank can be determined using the 'RANK'
!      intrinisic.
  
     Currently unimplemented:
  
     * GNU Fortran always uses an array descriptor, which does not match
!      the one of the Technical Specification.  The
!      'ISO_Fortran_binding.h' header file and the C functions it
       specifies are not available.
  
     * Using assumed-shape, assumed-rank and deferred-shape arrays in
!      'BIND(C)' procedures is not fully supported.  In particular, C
!      interoperable strings of other length than one are not supported as
!      this requires the new array descriptor.
  
  
  File: gfortran.info,  Node: GNU Fortran Compiler Directives,  Next: Non-Fortran Main Program,  Prev: Interoperability with C,  Up: Mixed-Language Programming
--- 4308,4373 ----
  
  The Technical Specification ISO/IEC TS 29113:2012 on further
  interoperability of Fortran with C extends the interoperability support
! of Fortran 2003 and Fortran 2008. Besides removing some restrictions
! and constraints, it adds assumed-type (`TYPE(*)') and assumed-rank
! (`dimension') variables and allows for interoperability of
  assumed-shape, assumed-rank and deferred-shape arrays, including
  allocatables and pointers.
  
     Note: Currently, GNU Fortran does not support the array descriptor
  (dope vector) as specified in the Technical Specification, but uses an
! array descriptor with different fields. The Chasm Language
! Interoperability Tools, `http://chasm-interop.sourceforge.net/',
! provide an interface to GNU Fortran's array descriptor.
  
     The Technical Specification adds the following new features, which
  are supported by GNU Fortran:
  
!    * The `ASYNCHRONOUS' attribute has been clarified and extended to
       allow its use with asynchronous communication in user-provided
       libraries such as in implementations of the Message Passing
       Interface specification.
  
!    * Many constraints have been relaxed, in particular for the `C_LOC'
!      and `C_F_POINTER' intrinsics.
  
!    * The `OPTIONAL' attribute is now allowed for dummy arguments; an
!      absent argument matches a `NULL' pointer.
  
!    * Assumed types (`TYPE(*)') have been added, which may only be used
       for dummy arguments.  They are unlimited polymorphic but contrary
!      to `CLASS(*)' they do not contain any type information, similar to
!      C's `void *' pointers.  Expressions of any type and kind can be
!      passed; thus, it can be used as replacement for `TYPE(C_PTR)',
!      avoiding the use of `C_LOC' in the caller.
  
!      Note, however, that `TYPE(*)' only accepts scalar arguments,
!      unless the `DIMENSION' is explicitly specified.  As `DIMENSION(*)'
!      only supports array (including array elements) but no scalars, it
!      is not a full replacement for `C_LOC'.  On the other hand,
!      assumed-type assumed-rank dummy arguments (`TYPE(*),
!      DIMENSION(..)') allow for both scalars and arrays, but require
!      special code on the callee side to handle the array descriptor.
  
!    * Assumed-rank arrays (`DIMENSION(..)') as dummy argument allow that
       scalars and arrays of any rank can be passed as actual argument.
!      As the Technical Specification does not provide for direct means
!      to operate with them, they have to be used either from the C side
!      or be converted using `C_LOC' and `C_F_POINTER' to scalars or
!      arrays of a specific rank. The rank can be determined using the
!      `RANK' intrinisic.
  
     Currently unimplemented:
  
     * GNU Fortran always uses an array descriptor, which does not match
!      the one of the Technical Specification. The
!      `ISO_Fortran_binding.h' header file and the C functions it
       specifies are not available.
  
     * Using assumed-shape, assumed-rank and deferred-shape arrays in
!      `BIND(C)' procedures is not fully supported. In particular, C
!      interoperable strings of other length than one are not supported
!      as this requires the new array descriptor.
  
  
  File: gfortran.info,  Node: GNU Fortran Compiler Directives,  Next: Non-Fortran Main Program,  Prev: Interoperability with C,  Up: Mixed-Language Programming
*************** allow the user to choose specific implem
*** 4339,4353 ****
  directives can be used to set attributes of variables and procedures
  which are not part of the standard.  Whether a given attribute is
  supported and its exact effects depend on both the operating system and
! on the processor; see *note C Extensions: (gcc)Top. for details.
  
     For procedures and procedure pointers, the following attributes can
  be used to change the calling convention:
  
!    * 'CDECL' - standard C calling convention
!    * 'STDCALL' - convention where the called procedure pops the stack
!    * 'FASTCALL' - part of the arguments are passed via registers instead
!      using the stack
  
     Besides changing the calling convention, the attributes also
  influence the decoration of the symbol name, e.g., by a leading
--- 4381,4397 ----
  directives can be used to set attributes of variables and procedures
  which are not part of the standard.  Whether a given attribute is
  supported and its exact effects depend on both the operating system and
! on the processor; see *note C Extensions: (gcc)Top.  for details.
  
     For procedures and procedure pointers, the following attributes can
  be used to change the calling convention:
  
!    * `CDECL' - standard C calling convention
! 
!    * `STDCALL' - convention where the called procedure pops the stack
! 
!    * `FASTCALL' - part of the arguments are passed via registers
!      instead using the stack
  
     Besides changing the calling convention, the attributes also
  influence the decoration of the symbol name, e.g., by a leading
*************** the stack.  When assigning a procedure t
*** 4356,4393 ****
  should use the same calling convention.
  
     On some systems, procedures and global variables (module variables
! and 'COMMON' blocks) need special handling to be accessible when they
  are in a shared library.  The following attributes are available:
  
!    * 'DLLEXPORT' - provide a global pointer to a pointer in the DLL
!    * 'DLLIMPORT' - reference the function or variable using a global
       pointer
  
!    For dummy arguments, the 'NO_ARG_CHECK' attribute can be used; in
! other compilers, it is also known as 'IGNORE_TKR'.  For dummy arguments
  with this attribute actual arguments of any type and kind (similar to
! 'TYPE(*)'), scalars and arrays of any rank (no equivalent in Fortran
! standard) are accepted.  As with 'TYPE(*)', the argument is unlimited
  polymorphic and no type information is available.  Additionally, the
! argument may only be passed to dummy arguments with the 'NO_ARG_CHECK'
! attribute and as argument to the 'PRESENT' intrinsic function and to
! 'C_LOC' of the 'ISO_C_BINDING' module.
  
!    Variables with 'NO_ARG_CHECK' attribute shall be of assumed-type
! ('TYPE(*)'; recommended) or of type 'INTEGER', 'LOGICAL', 'REAL' or
! 'COMPLEX'.  They shall not have the 'ALLOCATE', 'CODIMENSION',
! 'INTENT(OUT)', 'POINTER' or 'VALUE' attribute; furthermore, they shall
! be either scalar or of assumed-size ('dimension(*)').  As 'TYPE(*)', the
! 'NO_ARG_CHECK' attribute requires an explicit interface.
  
!    * 'NO_ARG_CHECK' - disable the type, kind and rank checking
  
     The attributes are specified using the syntax
  
!    '!GCC$ ATTRIBUTES' ATTRIBUTE-LIST '::' VARIABLE-LIST
  
     where in free-form source code only whitespace is allowed before
! '!GCC$' and in fixed-form source code '!GCC$', 'cGCC$' or '*GCC$' shall
  start in the first column.
  
     For procedures, the compiler directives shall be placed into the body
--- 4400,4438 ----
  should use the same calling convention.
  
     On some systems, procedures and global variables (module variables
! and `COMMON' blocks) need special handling to be accessible when they
  are in a shared library.  The following attributes are available:
  
!    * `DLLEXPORT' - provide a global pointer to a pointer in the DLL
! 
!    * `DLLIMPORT' - reference the function or variable using a global
       pointer
  
!    For dummy arguments, the `NO_ARG_CHECK' attribute can be used; in
! other compilers, it is also known as `IGNORE_TKR'.  For dummy arguments
  with this attribute actual arguments of any type and kind (similar to
! `TYPE(*)'), scalars and arrays of any rank (no equivalent in Fortran
! standard) are accepted.  As with `TYPE(*)', the argument is unlimited
  polymorphic and no type information is available.  Additionally, the
! argument may only be passed to dummy arguments with the `NO_ARG_CHECK'
! attribute and as argument to the `PRESENT' intrinsic function and to
! `C_LOC' of the `ISO_C_BINDING' module.
  
!    Variables with `NO_ARG_CHECK' attribute shall be of assumed-type
! (`TYPE(*)'; recommended) or of type `INTEGER', `LOGICAL', `REAL' or
! `COMPLEX'. They shall not have the `ALLOCATE', `CODIMENSION',
! `INTENT(OUT)', `POINTER' or `VALUE' attribute; furthermore, they shall
! be either scalar or of assumed-size (`dimension(*)'). As `TYPE(*)', the
! `NO_ARG_CHECK' attribute requires an explicit interface.
  
!    * `NO_ARG_CHECK' - disable the type, kind and rank checking
  
     The attributes are specified using the syntax
  
!    `!GCC$ ATTRIBUTES' ATTRIBUTE-LIST `::' VARIABLE-LIST
  
     where in free-form source code only whitespace is allowed before
! `!GCC$' and in fixed-form source code `!GCC$', `cGCC$' or `*GCC$' shall
  start in the first column.
  
     For procedures, the compiler directives shall be placed into the body
*************** File: gfortran.info,  Node: Non-Fortran
*** 4409,4439 ****
  * _gfortran_set_fpe:: Set when a Floating Point Exception should be raised
  * _gfortran_set_max_subrecord_length:: Set subrecord length
  
! Even if you are doing mixed-language programming, it is very likely that
! you do not need to know or use the information in this section.  Since
! it is about the internal structure of GNU Fortran, it may also change in
! GCC minor releases.
  
!    When you compile a 'PROGRAM' with GNU Fortran, a function with the
! name 'main' (in the symbol table of the object file) is generated, which
! initializes the libgfortran library and then calls the actual program
! which uses the name 'MAIN__', for historic reasons.  If you link GNU
! Fortran compiled procedures to, e.g., a C or C++ program or to a Fortran
! program compiled by a different compiler, the libgfortran library is not
! initialized and thus a few intrinsic procedures do not work properly,
! e.g.  those for obtaining the command-line arguments.
  
!    Therefore, if your 'PROGRAM' is not compiled with GNU Fortran and the
! GNU Fortran compiled procedures require intrinsics relying on the
  library initialization, you need to initialize the library yourself.
! Using the default options, gfortran calls '_gfortran_set_args' and
! '_gfortran_set_options'.  The initialization of the former is needed if
! the called procedures access the command line (and for backtracing); the
! latter sets some flags based on the standard chosen or to enable
  backtracing.  In typical programs, it is not necessary to call any
  initialization function.
  
!    If your 'PROGRAM' is compiled with GNU Fortran, you shall not call
  any of the following functions.  The libgfortran initialization
  functions are shown in C syntax but using C bindings they are also
  accessible from Fortran.
--- 4454,4484 ----
  * _gfortran_set_fpe:: Set when a Floating Point Exception should be raised
  * _gfortran_set_max_subrecord_length:: Set subrecord length
  
!    Even if you are doing mixed-language programming, it is very likely
! that you do not need to know or use the information in this section.
! Since it is about the internal structure of GNU Fortran, it may also
! change in GCC minor releases.
  
!    When you compile a `PROGRAM' with GNU Fortran, a function with the
! name `main' (in the symbol table of the object file) is generated,
! which initializes the libgfortran library and then calls the actual
! program which uses the name `MAIN__', for historic reasons.  If you
! link GNU Fortran compiled procedures to, e.g., a C or C++ program or to
! a Fortran program compiled by a different compiler, the libgfortran
! library is not initialized and thus a few intrinsic procedures do not
! work properly, e.g.  those for obtaining the command-line arguments.
  
!    Therefore, if your `PROGRAM' is not compiled with GNU Fortran and
! the GNU Fortran compiled procedures require intrinsics relying on the
  library initialization, you need to initialize the library yourself.
! Using the default options, gfortran calls `_gfortran_set_args' and
! `_gfortran_set_options'.  The initialization of the former is needed if
! the called procedures access the command line (and for backtracing);
! the latter sets some flags based on the standard chosen or to enable
  backtracing.  In typical programs, it is not necessary to call any
  initialization function.
  
!    If your `PROGRAM' is compiled with GNU Fortran, you shall not call
  any of the following functions.  The libgfortran initialization
  functions are shown in C syntax but using C bindings they are also
  accessible from Fortran.
*************** accessible from Fortran.
*** 4441,4462 ****
  
  File: gfortran.info,  Node: _gfortran_set_args,  Next: _gfortran_set_options,  Up: Non-Fortran Main Program
  
! 7.3.1 '_gfortran_set_args' -- Save command-line arguments
  ---------------------------------------------------------
  
  _Description_:
!      '_gfortran_set_args' saves the command-line arguments; this
!      initialization is required if any of the command-line intrinsics is
!      called.  Additionally, it shall be called if backtracing is enabled
!      (see '_gfortran_set_options').
  
  _Syntax_:
!      'void _gfortran_set_args (int argc, char *argv[])'
  
  _Arguments_:
!      ARGC        number of command line argument strings
!      ARGV        the command-line argument strings; argv[0] is
!                  the pathname of the executable itself.
  
  _Example_:
            int main (int argc, char *argv[])
--- 4486,4507 ----
  
  File: gfortran.info,  Node: _gfortran_set_args,  Next: _gfortran_set_options,  Up: Non-Fortran Main Program
  
! 7.3.1 `_gfortran_set_args' -- Save command-line arguments
  ---------------------------------------------------------
  
  _Description_:
!      `_gfortran_set_args' saves the command-line arguments; this
!      initialization is required if any of the command-line intrinsics
!      is called.  Additionally, it shall be called if backtracing is
!      enabled (see `_gfortran_set_options').
  
  _Syntax_:
!      `void _gfortran_set_args (int argc, char *argv[])'
  
  _Arguments_:
!      ARGC       number of command line argument strings
!      ARGV       the command-line argument strings; argv[0] is
!                 the pathname of the executable itself.
  
  _Example_:
            int main (int argc, char *argv[])
*************** _Example_:
*** 4469,4536 ****
  
  File: gfortran.info,  Node: _gfortran_set_options,  Next: _gfortran_set_convert,  Prev: _gfortran_set_args,  Up: Non-Fortran Main Program
  
! 7.3.2 '_gfortran_set_options' -- Set library option flags
  ---------------------------------------------------------
  
  _Description_:
!      '_gfortran_set_options' sets several flags related to the Fortran
       standard to be used, whether backtracing should be enabled and
       whether range checks should be performed.  The syntax allows for
!      upward compatibility since the number of passed flags is specified;
!      for non-passed flags, the default value is used.  See also *note
!      Code Gen Options::.  Please note that not all flags are actually
!      used.
  
  _Syntax_:
!      'void _gfortran_set_options (int num, int options[])'
  
  _Arguments_:
!      NUM         number of options passed
!      ARGV        The list of flag values
  
  _option flag list_:
!      OPTION[0]   Allowed standard; can give run-time errors if
!                  e.g.  an input-output edit descriptor is invalid
!                  in a given standard.  Possible values are
!                  (bitwise or-ed) 'GFC_STD_F77' (1),
!                  'GFC_STD_F95_OBS' (2), 'GFC_STD_F95_DEL' (4),
!                  'GFC_STD_F95' (8), 'GFC_STD_F2003' (16),
!                  'GFC_STD_GNU' (32), 'GFC_STD_LEGACY' (64),
!                  'GFC_STD_F2008' (128), 'GFC_STD_F2008_OBS' (256)
!                  and GFC_STD_F2008_TS (512).  Default:
!                  'GFC_STD_F95_OBS | GFC_STD_F95_DEL | GFC_STD_F95
!                  | GFC_STD_F2003 | GFC_STD_F2008 |
!                  GFC_STD_F2008_TS | GFC_STD_F2008_OBS |
!                  GFC_STD_F77 | GFC_STD_GNU | GFC_STD_LEGACY'.
!      OPTION[1]   Standard-warning flag; prints a warning to
!                  standard error.  Default: 'GFC_STD_F95_DEL |
!                  GFC_STD_LEGACY'.
!      OPTION[2]   If non zero, enable pedantic checking.  Default:
!                  off.
!      OPTION[3]   Unused.
!      OPTION[4]   If non zero, enable backtracing on run-time
!                  errors.  Default: off.  (Default in the
!                  compiler: on.)  Note: Installs a signal handler
!                  and requires command-line initialization using
!                  '_gfortran_set_args'.
!      OPTION[5]   If non zero, supports signed zeros.  Default:
!                  enabled.
!      OPTION[6]   Enables run-time checking.  Possible values are
!                  (bitwise or-ed): GFC_RTCHECK_BOUNDS (1),
!                  GFC_RTCHECK_ARRAY_TEMPS (2),
!                  GFC_RTCHECK_RECURSION (4), GFC_RTCHECK_DO (16),
!                  GFC_RTCHECK_POINTER (32).  Default: disabled.
!      OPTION[7]   Unused.
!      OPTION[8]   Show a warning when invoking 'STOP' and 'ERROR
!                  STOP' if a floating-point exception occurred.
!                  Possible values are (bitwise or-ed)
!                  'GFC_FPE_INVALID' (1), 'GFC_FPE_DENORMAL' (2),
!                  'GFC_FPE_ZERO' (4), 'GFC_FPE_OVERFLOW' (8),
!                  'GFC_FPE_UNDERFLOW' (16), 'GFC_FPE_INEXACT'
!                  (32).  Default: None (0).  (Default in the
!                  compiler: 'GFC_FPE_INVALID | GFC_FPE_DENORMAL |
!                  GFC_FPE_ZERO | GFC_FPE_OVERFLOW |
!                  GFC_FPE_UNDERFLOW'.)
  
  _Example_:
              /* Use gfortran 4.9 default options.  */
--- 4514,4582 ----
  
  File: gfortran.info,  Node: _gfortran_set_options,  Next: _gfortran_set_convert,  Prev: _gfortran_set_args,  Up: Non-Fortran Main Program
  
! 7.3.2 `_gfortran_set_options' -- Set library option flags
  ---------------------------------------------------------
  
  _Description_:
!      `_gfortran_set_options' sets several flags related to the Fortran
       standard to be used, whether backtracing should be enabled and
       whether range checks should be performed.  The syntax allows for
!      upward compatibility since the number of passed flags is
!      specified; for non-passed flags, the default value is used.  See
!      also *note Code Gen Options::.  Please note that not all flags are
!      actually used.
  
  _Syntax_:
!      `void _gfortran_set_options (int num, int options[])'
  
  _Arguments_:
!      NUM        number of options passed
!      ARGV       The list of flag values
  
  _option flag list_:
!      OPTION[0]  Allowed standard; can give run-time errors if
!                 e.g. an input-output edit descriptor is
!                 invalid in a given standard.  Possible values
!                 are (bitwise or-ed) `GFC_STD_F77' (1),
!                 `GFC_STD_F95_OBS' (2), `GFC_STD_F95_DEL' (4),
!                 `GFC_STD_F95' (8), `GFC_STD_F2003' (16),
!                 `GFC_STD_GNU' (32), `GFC_STD_LEGACY' (64),
!                 `GFC_STD_F2008' (128), `GFC_STD_F2008_OBS'
!                 (256) and GFC_STD_F2008_TS (512). Default:
!                 `GFC_STD_F95_OBS | GFC_STD_F95_DEL |
!                 GFC_STD_F95 | GFC_STD_F2003 | GFC_STD_F2008 |
!                 GFC_STD_F2008_TS | GFC_STD_F2008_OBS |
!                 GFC_STD_F77 | GFC_STD_GNU | GFC_STD_LEGACY'.
!      OPTION[1]  Standard-warning flag; prints a warning to
!                 standard error.  Default: `GFC_STD_F95_DEL |
!                 GFC_STD_LEGACY'.
!      OPTION[2]  If non zero, enable pedantic checking.
!                 Default: off.
!      OPTION[3]  Unused.
!      OPTION[4]  If non zero, enable backtracing on run-time
!                 errors.  Default: off. (Default in the
!                 compiler: on.)  Note: Installs a signal
!                 handler and requires command-line
!                 initialization using `_gfortran_set_args'.
!      OPTION[5]  If non zero, supports signed zeros.  Default:
!                 enabled.
!      OPTION[6]  Enables run-time checking.  Possible values
!                 are (bitwise or-ed): GFC_RTCHECK_BOUNDS (1),
!                 GFC_RTCHECK_ARRAY_TEMPS (2),
!                 GFC_RTCHECK_RECURSION (4), GFC_RTCHECK_DO
!                 (16), GFC_RTCHECK_POINTER (32).  Default:
!                 disabled.
!      OPTION[7]  Unused.
!      OPTION[8]  Show a warning when invoking `STOP' and `ERROR
!                 STOP' if a floating-point exception occurred.
!                 Possible values are (bitwise or-ed)
!                 `GFC_FPE_INVALID' (1), `GFC_FPE_DENORMAL' (2),
!                 `GFC_FPE_ZERO' (4), `GFC_FPE_OVERFLOW' (8),
!                 `GFC_FPE_UNDERFLOW' (16), `GFC_FPE_INEXACT'
!                 (32). Default: None (0).  (Default in the
!                 compiler: `GFC_FPE_INVALID | GFC_FPE_DENORMAL |
!                 GFC_FPE_ZERO | GFC_FPE_OVERFLOW |
!                 GFC_FPE_UNDERFLOW'.)
  
  _Example_:
              /* Use gfortran 4.9 default options.  */
*************** _Example_:
*** 4540,4560 ****
  
  File: gfortran.info,  Node: _gfortran_set_convert,  Next: _gfortran_set_record_marker,  Prev: _gfortran_set_options,  Up: Non-Fortran Main Program
  
! 7.3.3 '_gfortran_set_convert' -- Set endian conversion
  ------------------------------------------------------
  
  _Description_:
!      '_gfortran_set_convert' set the representation of data for
       unformatted files.
  
  _Syntax_:
!      'void _gfortran_set_convert (int conv)'
  
  _Arguments_:
!      CONV        Endian conversion, possible values:
!                  GFC_CONVERT_NATIVE (0, default),
!                  GFC_CONVERT_SWAP (1), GFC_CONVERT_BIG (2),
!                  GFC_CONVERT_LITTLE (3).
  
  _Example_:
            int main (int argc, char *argv[])
--- 4586,4606 ----
  
  File: gfortran.info,  Node: _gfortran_set_convert,  Next: _gfortran_set_record_marker,  Prev: _gfortran_set_options,  Up: Non-Fortran Main Program
  
! 7.3.3 `_gfortran_set_convert' -- Set endian conversion
  ------------------------------------------------------
  
  _Description_:
!      `_gfortran_set_convert' set the representation of data for
       unformatted files.
  
  _Syntax_:
!      `void _gfortran_set_convert (int conv)'
  
  _Arguments_:
!      CONV       Endian conversion, possible values:
!                 GFC_CONVERT_NATIVE (0, default),
!                 GFC_CONVERT_SWAP (1), GFC_CONVERT_BIG (2),
!                 GFC_CONVERT_LITTLE (3).
  
  _Example_:
            int main (int argc, char *argv[])
*************** _Example_:
*** 4568,4586 ****
  
  File: gfortran.info,  Node: _gfortran_set_record_marker,  Next: _gfortran_set_fpe,  Prev: _gfortran_set_convert,  Up: Non-Fortran Main Program
  
! 7.3.4 '_gfortran_set_record_marker' -- Set length of record markers
  -------------------------------------------------------------------
  
  _Description_:
!      '_gfortran_set_record_marker' sets the length of record markers for
!      unformatted files.
  
  _Syntax_:
!      'void _gfortran_set_record_marker (int val)'
  
  _Arguments_:
!      VAL         Length of the record marker; valid values are 4
!                  and 8.  Default is 4.
  
  _Example_:
            int main (int argc, char *argv[])
--- 4614,4632 ----
  
  File: gfortran.info,  Node: _gfortran_set_record_marker,  Next: _gfortran_set_fpe,  Prev: _gfortran_set_convert,  Up: Non-Fortran Main Program
  
! 7.3.4 `_gfortran_set_record_marker' -- Set length of record markers
  -------------------------------------------------------------------
  
  _Description_:
!      `_gfortran_set_record_marker' sets the length of record markers
!      for unformatted files.
  
  _Syntax_:
!      `void _gfortran_set_record_marker (int val)'
  
  _Arguments_:
!      VAL        Length of the record marker; valid values are
!                 4 and 8.  Default is 4.
  
  _Example_:
            int main (int argc, char *argv[])
*************** _Example_:
*** 4594,4617 ****
  
  File: gfortran.info,  Node: _gfortran_set_fpe,  Next: _gfortran_set_max_subrecord_length,  Prev: _gfortran_set_record_marker,  Up: Non-Fortran Main Program
  
! 7.3.5 '_gfortran_set_fpe' -- Enable floating point exception traps
  ------------------------------------------------------------------
  
  _Description_:
!      '_gfortran_set_fpe' enables floating point exception traps for the
       specified exceptions.  On most systems, this will result in a
       SIGFPE signal being sent and the program being aborted.
  
  _Syntax_:
!      'void _gfortran_set_fpe (int val)'
  
  _Arguments_:
!      OPTION[0]   IEEE exceptions.  Possible values are (bitwise
!                  or-ed) zero (0, default) no trapping,
!                  'GFC_FPE_INVALID' (1), 'GFC_FPE_DENORMAL' (2),
!                  'GFC_FPE_ZERO' (4), 'GFC_FPE_OVERFLOW' (8),
!                  'GFC_FPE_UNDERFLOW' (16), and 'GFC_FPE_INEXACT'
!                  (32).
  
  _Example_:
            int main (int argc, char *argv[])
--- 4640,4663 ----
  
  File: gfortran.info,  Node: _gfortran_set_fpe,  Next: _gfortran_set_max_subrecord_length,  Prev: _gfortran_set_record_marker,  Up: Non-Fortran Main Program
  
! 7.3.5 `_gfortran_set_fpe' -- Enable floating point exception traps
  ------------------------------------------------------------------
  
  _Description_:
!      `_gfortran_set_fpe' enables floating point exception traps for the
       specified exceptions.  On most systems, this will result in a
       SIGFPE signal being sent and the program being aborted.
  
  _Syntax_:
!      `void _gfortran_set_fpe (int val)'
  
  _Arguments_:
!      OPTION[0]  IEEE exceptions.  Possible values are (bitwise
!                 or-ed) zero (0, default) no trapping,
!                 `GFC_FPE_INVALID' (1), `GFC_FPE_DENORMAL' (2),
!                 `GFC_FPE_ZERO' (4), `GFC_FPE_OVERFLOW' (8),
!                 `GFC_FPE_UNDERFLOW' (16), and
!                 `GFC_FPE_INEXACT' (32).
  
  _Example_:
            int main (int argc, char *argv[])
*************** _Example_:
*** 4626,4646 ****
  
  File: gfortran.info,  Node: _gfortran_set_max_subrecord_length,  Prev: _gfortran_set_fpe,  Up: Non-Fortran Main Program
  
! 7.3.6 '_gfortran_set_max_subrecord_length' -- Set subrecord length
  ------------------------------------------------------------------
  
  _Description_:
!      '_gfortran_set_max_subrecord_length' set the maximum length for a
       subrecord.  This option only makes sense for testing and debugging
       of unformatted I/O.
  
  _Syntax_:
!      'void _gfortran_set_max_subrecord_length (int val)'
  
  _Arguments_:
!      VAL         the maximum length for a subrecord; the maximum
!                  permitted value is 2147483639, which is also the
!                  default.
  
  _Example_:
            int main (int argc, char *argv[])
--- 4672,4692 ----
  
  File: gfortran.info,  Node: _gfortran_set_max_subrecord_length,  Prev: _gfortran_set_fpe,  Up: Non-Fortran Main Program
  
! 7.3.6 `_gfortran_set_max_subrecord_length' -- Set subrecord length
  ------------------------------------------------------------------
  
  _Description_:
!      `_gfortran_set_max_subrecord_length' set the maximum length for a
       subrecord.  This option only makes sense for testing and debugging
       of unformatted I/O.
  
  _Syntax_:
!      `void _gfortran_set_max_subrecord_length (int val)'
  
  _Arguments_:
!      VAL        the maximum length for a subrecord; the
!                 maximum permitted value is 2147483639, which
!                 is also the default.
  
  _Example_:
            int main (int argc, char *argv[])
*************** File: gfortran.info,  Node: Naming conve
*** 4676,4702 ****
  ------------------------
  
  According the Fortran standard, valid Fortran names consist of a letter
! between 'A' to 'Z', 'a' to 'z', digits '0', '1' to '9' and underscores
! ('_') with the restriction that names may only start with a letter.  As
! vendor extension, the dollar sign ('$') is additionally permitted with
! the option '-fdollar-ok', but not as first character and only if the
  target system supports it.
  
     By default, the procedure name is the lower-cased Fortran name with
! an appended underscore ('_'); using '-fno-underscoring' no underscore is
! appended while '-fsecond-underscore' appends two underscores.  Depending
! on the target system and the calling convention, the procedure might be
! additionally dressed; for instance, on 32bit Windows with 'stdcall', an
! at-sign '@' followed by an integer number is appended.  For the changing
! the calling convention, see *note GNU Fortran Compiler Directives::.
  
!    For common blocks, the same convention is used, i.e.  by default an
  underscore is appended to the lower-cased Fortran name.  Blank commons
! have the name '__BLNK__'.
  
     For procedures and variables declared in the specification space of a
! module, the name is formed by '__', followed by the lower-cased module
! name, '_MOD_', and the lower-cased Fortran name.  Note that no
  underscore is appended.
  
  
--- 4722,4749 ----
  ------------------------
  
  According the Fortran standard, valid Fortran names consist of a letter
! between `A' to `Z', `a' to `z', digits `0', `1' to `9' and underscores
! (`_') with the restriction that names may only start with a letter.  As
! vendor extension, the dollar sign (`$') is additionally permitted with
! the option `-fdollar-ok', but not as first character and only if the
  target system supports it.
  
     By default, the procedure name is the lower-cased Fortran name with
! an appended underscore (`_'); using `-fno-underscoring' no underscore
! is appended while `-fsecond-underscore' appends two underscores.
! Depending on the target system and the calling convention, the
! procedure might be additionally dressed; for instance, on 32bit Windows
! with `stdcall', an at-sign `@' followed by an integer number is
! appended.  For the changing the calling convention, see *note GNU
! Fortran Compiler Directives::.
  
!    For common blocks, the same convention is used, i.e. by default an
  underscore is appended to the lower-cased Fortran name.  Blank commons
! have the name `__BLNK__'.
  
     For procedures and variables declared in the specification space of a
! module, the name is formed by `__', followed by the lower-cased module
! name, `_MOD_', and the lower-cased Fortran name.  Note that no
  underscore is appended.
  
  
*************** File: gfortran.info,  Node: Argument pas
*** 4705,4785 ****
  7.4.2 Argument passing conventions
  ----------------------------------
  
! Subroutines do not return a value (matching C99's 'void') while
  functions either return a value as specified in the platform ABI or the
  result variable is passed as hidden argument to the function and no
  result is returned.  A hidden result variable is used when the result
! variable is an array or of type 'CHARACTER'.
  
     Arguments are passed according to the platform ABI. In particular,
  complex arguments might not be compatible to a struct with two real
! components for the real and imaginary part.  The argument passing
! matches the one of C99's '_Complex'.  Functions with scalar complex
  result variables return their value and do not use a by-reference
! argument.  Note that with the '-ff2c' option, the argument passing is
! modified and no longer completely matches the platform ABI. Some other
! Fortran compilers use 'f2c' semantic by default; this might cause
  problems with interoperablility.
  
!    GNU Fortran passes most arguments by reference, i.e.  by passing a
  pointer to the data.  Note that the compiler might use a temporary
  variable into which the actual argument has been copied, if required
  semantically (copy-in/copy-out).
  
!    For arguments with 'ALLOCATABLE' and 'POINTER' attribute (including
  procedure pointers), a pointer to the pointer is passed such that the
  pointer address can be modified in the procedure.
  
!    For dummy arguments with the 'VALUE' attribute: Scalar arguments of
! the type 'INTEGER', 'LOGICAL', 'REAL' and 'COMPLEX' are passed by value
! according to the platform ABI. (As vendor extension and not recommended,
! using '%VAL()' in the call to a procedure has the same effect.)  For
! 'TYPE(C_PTR)' and procedure pointers, the pointer itself is passed such
! that it can be modified without affecting the caller.
  
!    For Boolean ('LOGICAL') arguments, please note that GCC expects only
! the integer value 0 and 1.  If a GNU Fortran 'LOGICAL' variable contains
! another integer value, the result is undefined.  As some other Fortran
! compilers use -1 for '.TRUE.', extra care has to be taken - such as
! passing the value as 'INTEGER'.  (The same value restriction also
! applies to other front ends of GCC, e.g.  to GCC's C99 compiler for
! '_Bool' or GCC's Ada compiler for 'Boolean'.)
  
!    For arguments of 'CHARACTER' type, the character length is passed as
  hidden argument.  For deferred-length strings, the value is passed by
  reference, otherwise by value.  The character length has the type
! 'INTEGER(kind=4)'.  Note with C binding, 'CHARACTER(len=1)' result
  variables are returned according to the platform ABI and no hidden
! length argument is used for dummy arguments; with 'VALUE', those
  variables are passed by value.
  
!    For 'OPTIONAL' dummy arguments, an absent argument is denoted by a
! NULL pointer, except for scalar dummy arguments of type 'INTEGER',
! 'LOGICAL', 'REAL' and 'COMPLEX' which have the 'VALUE' attribute.  For
! those, a hidden Boolean argument ('logical(kind=C_bool),value') is used
  to indicate whether the argument is present.
  
     Arguments which are assumed-shape, assumed-rank or deferred-rank
! arrays or, with '-fcoarray=lib', allocatable scalar coarrays use an
  array descriptor.  All other arrays pass the address of the first
! element of the array.  With '-fcoarray=lib', the token and the offset
  belonging to nonallocatable coarrays dummy arguments are passed as
  hidden argument along the character length hidden arguments.  The token
  is an oparque pointer identifying the coarray and the offset is a
! passed-by-value integer of kind 'C_PTRDIFF_T', denoting the byte offset
  between the base address of the coarray and the passed scalar or first
  element of the passed array.
  
     The arguments are passed in the following order
     * Result variable, when the function result is passed by reference
     * Character length of the function result, if it is a of type
!      'CHARACTER' and no C binding is used
     * The arguments in the order in which they appear in the Fortran
       declaration
     * The the present status for optional arguments with value attribute,
       which are internally passed by value
     * The character length and/or coarray token and offset for the first
!      argument which is a 'CHARACTER' or a nonallocatable coarray dummy
       argument, followed by the hidden arguments of the next dummy
       argument of such a type
  
--- 4752,4836 ----
  7.4.2 Argument passing conventions
  ----------------------------------
  
! Subroutines do not return a value (matching C99's `void') while
  functions either return a value as specified in the platform ABI or the
  result variable is passed as hidden argument to the function and no
  result is returned.  A hidden result variable is used when the result
! variable is an array or of type `CHARACTER'.
  
     Arguments are passed according to the platform ABI. In particular,
  complex arguments might not be compatible to a struct with two real
! components for the real and imaginary part. The argument passing
! matches the one of C99's `_Complex'.  Functions with scalar complex
  result variables return their value and do not use a by-reference
! argument.  Note that with the `-ff2c' option, the argument passing is
! modified and no longer completely matches the platform ABI.  Some other
! Fortran compilers use `f2c' semantic by default; this might cause
  problems with interoperablility.
  
!    GNU Fortran passes most arguments by reference, i.e. by passing a
  pointer to the data.  Note that the compiler might use a temporary
  variable into which the actual argument has been copied, if required
  semantically (copy-in/copy-out).
  
!    For arguments with `ALLOCATABLE' and `POINTER' attribute (including
  procedure pointers), a pointer to the pointer is passed such that the
  pointer address can be modified in the procedure.
  
!    For dummy arguments with the `VALUE' attribute: Scalar arguments of
! the type `INTEGER', `LOGICAL', `REAL' and `COMPLEX' are passed by value
! according to the platform ABI.  (As vendor extension and not
! recommended, using `%VAL()' in the call to a procedure has the same
! effect.) For `TYPE(C_PTR)' and procedure pointers, the pointer itself
! is passed such that it can be modified without affecting the caller.
  
!    For Boolean (`LOGICAL') arguments, please note that GCC expects only
! the integer value 0 and 1.  If a GNU Fortran `LOGICAL' variable
! contains another integer value, the result is undefined.  As some other
! Fortran compilers use -1 for `.TRUE.', extra care has to be taken -
! such as passing the value as `INTEGER'.  (The same value restriction
! also applies to other front ends of GCC, e.g. to GCC's C99 compiler for
! `_Bool' or GCC's Ada compiler for `Boolean'.)
  
!    For arguments of `CHARACTER' type, the character length is passed as
  hidden argument.  For deferred-length strings, the value is passed by
  reference, otherwise by value.  The character length has the type
! `INTEGER(kind=4)'.  Note with C binding, `CHARACTER(len=1)' result
  variables are returned according to the platform ABI and no hidden
! length argument is used for dummy arguments; with `VALUE', those
  variables are passed by value.
  
!    For `OPTIONAL' dummy arguments, an absent argument is denoted by a
! NULL pointer, except for scalar dummy arguments of type `INTEGER',
! `LOGICAL', `REAL' and `COMPLEX' which have the `VALUE' attribute.  For
! those, a hidden Boolean argument (`logical(kind=C_bool),value') is used
  to indicate whether the argument is present.
  
     Arguments which are assumed-shape, assumed-rank or deferred-rank
! arrays or, with `-fcoarray=lib', allocatable scalar coarrays use an
  array descriptor.  All other arrays pass the address of the first
! element of the array.  With `-fcoarray=lib', the token and the offset
  belonging to nonallocatable coarrays dummy arguments are passed as
  hidden argument along the character length hidden arguments.  The token
  is an oparque pointer identifying the coarray and the offset is a
! passed-by-value integer of kind `C_PTRDIFF_T', denoting the byte offset
  between the base address of the coarray and the passed scalar or first
  element of the passed array.
  
     The arguments are passed in the following order
     * Result variable, when the function result is passed by reference
+ 
     * Character length of the function result, if it is a of type
!      `CHARACTER' and no C binding is used
! 
     * The arguments in the order in which they appear in the Fortran
       declaration
+ 
     * The the present status for optional arguments with value attribute,
       which are internally passed by value
+ 
     * The character length and/or coarray token and offset for the first
!      argument which is a `CHARACTER' or a nonallocatable coarray dummy
       argument, followed by the hidden arguments of the next dummy
       argument of such a type
  
*************** File: gfortran.info,  Node: Type and enu
*** 4811,4826 ****
  
  File: gfortran.info,  Node: caf_token_t,  Next: caf_register_t,  Up: Type and enum ABI Documentation
  
! 8.1.1 'caf_token_t'
  -------------------
  
! Typedef of type 'void *' on the compiler side.  Can be any data type on
  the library side.
  
  
  File: gfortran.info,  Node: caf_register_t,  Next: caf_deregister_t,  Prev: caf_token_t,  Up: Type and enum ABI Documentation
  
! 8.1.2 'caf_register_t'
  ----------------------
  
  Indicates which kind of coarray variable should be registered.
--- 4862,4877 ----
  
  File: gfortran.info,  Node: caf_token_t,  Next: caf_register_t,  Up: Type and enum ABI Documentation
  
! 8.1.1 `caf_token_t'
  -------------------
  
! Typedef of type `void *' on the compiler side. Can be any data type on
  the library side.
  
  
  File: gfortran.info,  Node: caf_register_t,  Next: caf_deregister_t,  Prev: caf_token_t,  Up: Type and enum ABI Documentation
  
! 8.1.2 `caf_register_t'
  ----------------------
  
  Indicates which kind of coarray variable should be registered.
*************** typedef enum caf_register_t {
*** 4838,4858 ****
  }
  caf_register_t;
  
!    The values 'CAF_REGTYPE_COARRAY_ALLOC_REGISTER_ONLY' and
! 'CAF_REGTYPE_COARRAY_ALLOC_ALLOCATE_ONLY' are for allocatable components
  in derived type coarrays only.  The first one sets up the token without
  allocating memory for allocatable component.  The latter one only
  allocates the memory for an allocatable component in a derived type
  coarray.  The token needs to be setup previously by the REGISTER_ONLY.
  This allows to have allocatable components un-allocated on some images.
  The status whether an allocatable component is allocated on a remote
! image can be queried by '_caf_is_present' which used internally by the
! 'ALLOCATED' intrinsic.
  
  
  File: gfortran.info,  Node: caf_deregister_t,  Next: caf_reference_t,  Prev: caf_register_t,  Up: Type and enum ABI Documentation
  
! 8.1.3 'caf_deregister_t'
  ------------------------
  
  typedef enum caf_deregister_t {
--- 4889,4909 ----
  }
  caf_register_t;
  
!    The values `CAF_REGTYPE_COARRAY_ALLOC_REGISTER_ONLY' and
! `CAF_REGTYPE_COARRAY_ALLOC_ALLOCATE_ONLY' are for allocatable components
  in derived type coarrays only.  The first one sets up the token without
  allocating memory for allocatable component.  The latter one only
  allocates the memory for an allocatable component in a derived type
  coarray.  The token needs to be setup previously by the REGISTER_ONLY.
  This allows to have allocatable components un-allocated on some images.
  The status whether an allocatable component is allocated on a remote
! image can be queried by `_caf_is_present' which used internally by the
! `ALLOCATED' intrinsic.
  
  
  File: gfortran.info,  Node: caf_deregister_t,  Next: caf_reference_t,  Prev: caf_register_t,  Up: Type and enum ABI Documentation
  
! 8.1.3 `caf_deregister_t'
  ------------------------
  
  typedef enum caf_deregister_t {
*************** typedef enum caf_deregister_t {
*** 4861,4881 ****
  }
  caf_deregister_t;
  
!    Allows to specifiy the type of deregistration of a coarray object.
! The 'CAF_DEREGTYPE_COARRAY_DEALLOCATE_ONLY' flag is only allowed for
  allocatable components in derived type coarrays.
  
  
  File: gfortran.info,  Node: caf_reference_t,  Next: caf_team_t,  Prev: caf_deregister_t,  Up: Type and enum ABI Documentation
  
! 8.1.4 'caf_reference_t'
  -----------------------
  
  The structure used for implementing arbitrary reference chains.  A
! 'CAF_REFERENCE_T' allows to specify a component reference or any kind of
! array reference of any rank supported by gfortran.  For array references
! all kinds as known by the compiler/Fortran standard are supported
! indicated by a 'MODE'.
  
  typedef enum caf_ref_type_t {
    /* Reference a component of a derived type, either regular one or an
--- 4912,4932 ----
  }
  caf_deregister_t;
  
! Allows to specifiy the type of deregistration of a coarray object.  The
! `CAF_DEREGTYPE_COARRAY_DEALLOCATE_ONLY' flag is only allowed for
  allocatable components in derived type coarrays.
  
  
  File: gfortran.info,  Node: caf_reference_t,  Next: caf_team_t,  Prev: caf_deregister_t,  Up: Type and enum ABI Documentation
  
! 8.1.4 `caf_reference_t'
  -----------------------
  
  The structure used for implementing arbitrary reference chains.  A
! `CAF_REFERENCE_T' allows to specify a component reference or any kind
! of array reference of any rank supported by gfortran.  For array
! references all kinds as known by the compiler/Fortran standard are
! supported indicated by a `MODE'.
  
  typedef enum caf_ref_type_t {
    /* Reference a component of a derived type, either regular one or an
*************** typedef struct caf_reference_t {
*** 4957,4980 ****
  } caf_reference_t;
  
     The references make up a single linked list of reference operations.
! The 'NEXT' member links to the next reference or NULL to indicate the
  end of the chain.  Component and array refs can be arbitrarly mixed as
  long as they comply to the Fortran standard.
  
!    _NOTES_ The member 'STATIC_ARRAY_TYPE' is used only when the 'TYPE'
! is 'CAF_REF_STATIC_ARRAY'.  The member gives the type of the data
  referenced.  Because no array descriptor is available for a
  descriptor-less array and type conversion still needs to take place the
  type is transported here.
  
!    At the moment 'CAF_ARR_REF_VECTOR' is not implemented in the front
  end for descriptor-less arrays.  The library caf_single has untested
  support for it.
  
  
  File: gfortran.info,  Node: caf_team_t,  Prev: caf_reference_t,  Up: Type and enum ABI Documentation
  
! 8.1.5 'caf_team_t'
  ------------------
  
  Opaque pointer to represent a team-handle.  This type is a stand-in for
--- 5008,5031 ----
  } caf_reference_t;
  
     The references make up a single linked list of reference operations.
! The `NEXT' member links to the next reference or NULL to indicate the
  end of the chain.  Component and array refs can be arbitrarly mixed as
  long as they comply to the Fortran standard.
  
!    _NOTES_ The member `STATIC_ARRAY_TYPE' is used only when the `TYPE'
! is `CAF_REF_STATIC_ARRAY'.  The member gives the type of the data
  referenced.  Because no array descriptor is available for a
  descriptor-less array and type conversion still needs to take place the
  type is transported here.
  
!    At the moment `CAF_ARR_REF_VECTOR' is not implemented in the front
  end for descriptor-less arrays.  The library caf_single has untested
  support for it.
  
  
  File: gfortran.info,  Node: caf_team_t,  Prev: caf_reference_t,  Up: Type and enum ABI Documentation
  
! 8.1.5 `caf_team_t'
  ------------------
  
  Opaque pointer to represent a team-handle.  This type is a stand-in for
*************** File: gfortran.info,  Node: Function ABI
*** 5029,5053 ****
  
  File: gfortran.info,  Node: _gfortran_caf_init,  Next: _gfortran_caf_finish,  Up: Function ABI Documentation
  
! 8.2.1 '_gfortran_caf_init' -- Initialiation function
  ----------------------------------------------------
  
  _Description_:
       This function is called at startup of the program before the
       Fortran main program, if the latter has been compiled with
!      '-fcoarray=lib'.  It takes as arguments the command-line arguments
!      of the program.  It is permitted to pass two 'NULL' pointers as
!      argument; if non-'NULL', the library is permitted to modify the
       arguments.
  
  _Syntax_:
!      'void _gfortran_caf_init (int *argc, char ***argv)'
  
  _Arguments_:
!      ARGC        intent(inout) An integer pointer with the number
!                  of arguments passed to the program or 'NULL'.
!      ARGV        intent(inout) A pointer to an array of strings
!                  with the command-line arguments or 'NULL'.
  
  _NOTES_
       The function is modelled after the initialization function of the
--- 5080,5105 ----
  
  File: gfortran.info,  Node: _gfortran_caf_init,  Next: _gfortran_caf_finish,  Up: Function ABI Documentation
  
! 8.2.1 `_gfortran_caf_init' -- Initialiation function
  ----------------------------------------------------
  
  _Description_:
       This function is called at startup of the program before the
       Fortran main program, if the latter has been compiled with
!      `-fcoarray=lib'.  It takes as arguments the command-line arguments
!      of the program.  It is permitted to pass two `NULL' pointers as
!      argument; if non-`NULL', the library is permitted to modify the
       arguments.
  
  _Syntax_:
!      `void _gfortran_caf_init (int *argc, char ***argv)'
  
  _Arguments_:
!      ARGC       intent(inout) An integer pointer with the
!                 number of arguments passed to the program or
!                 `NULL'.
!      ARGV       intent(inout) A pointer to an array of strings
!                 with the command-line arguments or `NULL'.
  
  _NOTES_
       The function is modelled after the initialization function of the
*************** _NOTES_
*** 5061,5156 ****
  
  File: gfortran.info,  Node: _gfortran_caf_finish,  Next: _gfortran_caf_this_image,  Prev: _gfortran_caf_init,  Up: Function ABI Documentation
  
! 8.2.2 '_gfortran_caf_finish' -- Finalization function
  -----------------------------------------------------
  
  _Description_:
       This function is called at the end of the Fortran main program, if
!      it has been compiled with the '-fcoarray=lib' option.
  
  _Syntax_:
!      'void _gfortran_caf_finish (void)'
  
  _NOTES_
!      For non-Fortran programs, it is recommended to call the function at
!      the end of the main program.  To ensure that the shutdown is also
!      performed for programs where this function is not explicitly
!      invoked, for instance non-Fortran programs or calls to the system's
!      exit() function, the library can use a destructor function.  Note
!      that programs can also be terminated using the STOP and ERROR STOP
!      statements; those use different library calls.
  
  
  File: gfortran.info,  Node: _gfortran_caf_this_image,  Next: _gfortran_caf_num_images,  Prev: _gfortran_caf_finish,  Up: Function ABI Documentation
  
! 8.2.3 '_gfortran_caf_this_image' -- Querying the image number
  -------------------------------------------------------------
  
  _Description_:
!      This function returns the current image number, which is a positive
!      number.
  
  _Syntax_:
!      'int _gfortran_caf_this_image (int distance)'
  
  _Arguments_:
!      DISTANCE    As specified for the 'this_image' intrinsic in
!                  TS18508.  Shall be a non-negative number.
  
  _NOTES_
!      If the Fortran intrinsic 'this_image' is invoked without an
       argument, which is the only permitted form in Fortran 2008, GCC
!      passes '0' as first argument.
  
  
  File: gfortran.info,  Node: _gfortran_caf_num_images,  Next: _gfortran_caf_image_status,  Prev: _gfortran_caf_this_image,  Up: Function ABI Documentation
  
! 8.2.4 '_gfortran_caf_num_images' -- Querying the maximal number of images
  -------------------------------------------------------------------------
  
  _Description_:
       This function returns the number of images in the current team, if
       DISTANCE is 0 or the number of images in the parent team at the
!      specified distance.  If failed is -1, the function returns the
       number of all images at the specified distance; if it is 0, the
!      function returns the number of nonfailed images, and if it is 1, it
!      returns the number of failed images.
  
  _Syntax_:
!      'int _gfortran_caf_num_images(int distance, int failed)'
  
  _Arguments_:
!      DISTANCE    the distance from this image to the ancestor.
!                  Shall be positive.
!      FAILED      shall be -1, 0, or 1
  
  _NOTES_
!      This function follows TS18508.  If the num_image intrinsic has no
!      arguments, then the compiler passes 'distance=0' and 'failed=-1' to
!      the function.
  
  
  File: gfortran.info,  Node: _gfortran_caf_image_status,  Next: _gfortran_caf_failed_images,  Prev: _gfortran_caf_num_images,  Up: Function ABI Documentation
  
! 8.2.5 '_gfortran_caf_image_status' -- Query the status of an image
  ------------------------------------------------------------------
  
  _Description_:
!      Get the status of the image given by the id IMAGE of the team given
!      by TEAM.  Valid results are zero, for image is ok,
!      'STAT_STOPPED_IMAGE' from the ISO_FORTRAN_ENV module to indicate
!      that the image has been stopped and 'STAT_FAILED_IMAGE' also from
!      ISO_FORTRAN_ENV to indicate that the image has executed a 'FAIL
       IMAGE' statement.
  
  _Syntax_:
!      'int _gfortran_caf_image_status (int image, caf_team_t * team)'
  
  _Arguments_:
!      IMAGE       the positive scalar id of the image in the
!                  current TEAM.
!      TEAM        optional; team on the which the inquiry is to be
!                  performed.
  
  _NOTES_
       This function follows TS18508.  Because team-functionality is not
--- 5113,5208 ----
  
  File: gfortran.info,  Node: _gfortran_caf_finish,  Next: _gfortran_caf_this_image,  Prev: _gfortran_caf_init,  Up: Function ABI Documentation
  
! 8.2.2 `_gfortran_caf_finish' -- Finalization function
  -----------------------------------------------------
  
  _Description_:
       This function is called at the end of the Fortran main program, if
!      it has been compiled with the `-fcoarray=lib' option.
  
  _Syntax_:
!      `void _gfortran_caf_finish (void)'
  
  _NOTES_
!      For non-Fortran programs, it is recommended to call the function
!      at the end of the main program.  To ensure that the shutdown is
!      also performed for programs where this function is not explicitly
!      invoked, for instance non-Fortran programs or calls to the
!      system's exit() function, the library can use a destructor
!      function.  Note that programs can also be terminated using the
!      STOP and ERROR STOP statements; those use different library calls.
  
  
  File: gfortran.info,  Node: _gfortran_caf_this_image,  Next: _gfortran_caf_num_images,  Prev: _gfortran_caf_finish,  Up: Function ABI Documentation
  
! 8.2.3 `_gfortran_caf_this_image' -- Querying the image number
  -------------------------------------------------------------
  
  _Description_:
!      This function returns the current image number, which is a
!      positive number.
  
  _Syntax_:
!      `int _gfortran_caf_this_image (int distance)'
  
  _Arguments_:
!      DISTANCE   As specified for the `this_image' intrinsic in
!                 TS18508.  Shall be a non-negative number.
  
  _NOTES_
!      If the Fortran intrinsic `this_image' is invoked without an
       argument, which is the only permitted form in Fortran 2008, GCC
!      passes `0' as first argument.
  
  
  File: gfortran.info,  Node: _gfortran_caf_num_images,  Next: _gfortran_caf_image_status,  Prev: _gfortran_caf_this_image,  Up: Function ABI Documentation
  
! 8.2.4 `_gfortran_caf_num_images' -- Querying the maximal number of images
  -------------------------------------------------------------------------
  
  _Description_:
       This function returns the number of images in the current team, if
       DISTANCE is 0 or the number of images in the parent team at the
!      specified distance. If failed is -1, the function returns the
       number of all images at the specified distance; if it is 0, the
!      function returns the number of nonfailed images, and if it is 1,
!      it returns the number of failed images.
  
  _Syntax_:
!      `int _gfortran_caf_num_images(int distance, int failed)'
  
  _Arguments_:
!      DISTANCE   the distance from this image to the ancestor.
!                 Shall be positive.
!      FAILED     shall be -1, 0, or 1
  
  _NOTES_
!      This function follows TS18508. If the num_image intrinsic has no
!      arguments, then the compiler passes `distance=0' and `failed=-1'
!      to the function.
  
  
  File: gfortran.info,  Node: _gfortran_caf_image_status,  Next: _gfortran_caf_failed_images,  Prev: _gfortran_caf_num_images,  Up: Function ABI Documentation
  
! 8.2.5 `_gfortran_caf_image_status' -- Query the status of an image
  ------------------------------------------------------------------
  
  _Description_:
!      Get the status of the image given by the id IMAGE of the team
!      given by TEAM.  Valid results are zero, for image is ok,
!      `STAT_STOPPED_IMAGE' from the ISO_FORTRAN_ENV module to indicate
!      that the image has been stopped and `STAT_FAILED_IMAGE' also from
!      ISO_FORTRAN_ENV to indicate that the image has executed a `FAIL
       IMAGE' statement.
  
  _Syntax_:
!      `int _gfortran_caf_image_status (int image, caf_team_t * team)'
  
  _Arguments_:
!      IMAGE      the positive scalar id of the image in the
!                 current TEAM.
!      TEAM       optional; team on the which the inquiry is to
!                 be performed.
  
  _NOTES_
       This function follows TS18508.  Because team-functionality is not
*************** _NOTES_
*** 5160,5184 ****
  
  File: gfortran.info,  Node: _gfortran_caf_failed_images,  Next: _gfortran_caf_stopped_images,  Prev: _gfortran_caf_image_status,  Up: Function ABI Documentation
  
! 8.2.6 '_gfortran_caf_failed_images' -- Get an array of the indexes of the failed images
  ---------------------------------------------------------------------------------------
  
  _Description_:
!      Get an array of image indexes in the current TEAM that have failed.
!      The array is sorted ascendingly.  When TEAM is not provided the
!      current team is to be used.  When KIND is provided then the
!      resulting array is of that integer kind else it is of default
!      integer kind.  The returns an unallocated size zero array when no
!      images have failed.
  
  _Syntax_:
!      'int _gfortran_caf_failed_images (caf_team_t * team, int * kind)'
  
  _Arguments_:
!      TEAM        optional; team on the which the inquiry is to be
!                  performed.
!      IMAGE       optional; the kind of the resulting integer
!                  array.
  
  _NOTES_
       This function follows TS18508.  Because team-functionality is not
--- 5212,5236 ----
  
  File: gfortran.info,  Node: _gfortran_caf_failed_images,  Next: _gfortran_caf_stopped_images,  Prev: _gfortran_caf_image_status,  Up: Function ABI Documentation
  
! 8.2.6 `_gfortran_caf_failed_images' -- Get an array of the indexes of the failed images
  ---------------------------------------------------------------------------------------
  
  _Description_:
!      Get an array of image indexes in the current TEAM that have
!      failed.  The array is sorted ascendingly.  When TEAM is not
!      provided the current team is to be used.  When KIND is provided
!      then the resulting array is of that integer kind else it is of
!      default integer kind.  The returns an unallocated size zero array
!      when no images have failed.
  
  _Syntax_:
!      `int _gfortran_caf_failed_images (caf_team_t * team, int * kind)'
  
  _Arguments_:
!      TEAM       optional; team on the which the inquiry is to
!                 be performed.
!      IMAGE      optional; the kind of the resulting integer
!                 array.
  
  _NOTES_
       This function follows TS18508.  Because team-functionality is not
*************** _NOTES_
*** 5188,5194 ****
  
  File: gfortran.info,  Node: _gfortran_caf_stopped_images,  Next: _gfortran_caf_register,  Prev: _gfortran_caf_failed_images,  Up: Function ABI Documentation
  
! 8.2.7 '_gfortran_caf_stopped_images' -- Get an array of the indexes of the stopped images
  -----------------------------------------------------------------------------------------
  
  _Description_:
--- 5240,5246 ----
  
  File: gfortran.info,  Node: _gfortran_caf_stopped_images,  Next: _gfortran_caf_register,  Prev: _gfortran_caf_failed_images,  Up: Function ABI Documentation
  
! 8.2.7 `_gfortran_caf_stopped_images' -- Get an array of the indexes of the stopped images
  -----------------------------------------------------------------------------------------
  
  _Description_:
*************** _Description_:
*** 5200,5212 ****
       when no images have failed.
  
  _Syntax_:
!      'int _gfortran_caf_stopped_images (caf_team_t * team, int * kind)'
  
  _Arguments_:
!      TEAM        optional; team on the which the inquiry is to be
!                  performed.
!      IMAGE       optional; the kind of the resulting integer
!                  array.
  
  _NOTES_
       This function follows TS18508.  Because team-functionality is not
--- 5252,5264 ----
       when no images have failed.
  
  _Syntax_:
!      `int _gfortran_caf_stopped_images (caf_team_t * team, int * kind)'
  
  _Arguments_:
!      TEAM       optional; team on the which the inquiry is to
!                 be performed.
!      IMAGE      optional; the kind of the resulting integer
!                 array.
  
  _NOTES_
       This function follows TS18508.  Because team-functionality is not
*************** _NOTES_
*** 5216,5326 ****
  
  File: gfortran.info,  Node: _gfortran_caf_register,  Next: _gfortran_caf_deregister,  Prev: _gfortran_caf_stopped_images,  Up: Function ABI Documentation
  
! 8.2.8 '_gfortran_caf_register' -- Registering coarrays
  ------------------------------------------------------
  
  _Description_:
       Registers memory for a coarray and creates a token to identify the
!      coarray.  The routine is called for both coarrays with 'SAVE'
!      attribute and using an explicit 'ALLOCATE' statement.  If an error
!      occurs and STAT is a 'NULL' pointer, the function shall abort with
       printing an error message and starting the error termination.  If
       no error occurs and STAT is present, it shall be set to zero.
!      Otherwise, it shall be set to a positive value and, if not-'NULL',
       ERRMSG shall be set to a string describing the failure.  The
!      routine shall register the memory provided in the 'DATA'-component
!      of the array descriptor DESC, when that component is non-'NULL',
       else it shall allocate sufficient memory and provide a pointer to
!      it in the 'DATA'-component of DESC.  The array descriptor has rank
       zero, when a scalar object is to be registered and the array
       descriptor may be invalid after the call to
!      '_gfortran_caf_register'.  When an array is to be allocated the
       descriptor persists.
  
!      For 'CAF_REGTYPE_COARRAY_STATIC' and 'CAF_REGTYPE_COARRAY_ALLOC',
       the passed size is the byte size requested.  For
!      'CAF_REGTYPE_LOCK_STATIC', 'CAF_REGTYPE_LOCK_ALLOC' and
!      'CAF_REGTYPE_CRITICAL' it is the array size or one for a scalar.
  
!      When 'CAF_REGTYPE_COARRAY_ALLOC_REGISTER_ONLY' is used, then only a
!      token for an allocatable or pointer component is created.  The
!      'SIZE' parameter is not used then.  On the contrary when
!      'CAF_REGTYPE_COARRAY_ALLOC_ALLOCATE_ONLY' is specified, then the
       TOKEN needs to be registered by a previous call with regtype
!      'CAF_REGTYPE_COARRAY_ALLOC_REGISTER_ONLY' and either the memory
!      specified in the DESC's data-ptr is registered or allocate when the
!      data-ptr is NULL.
  
  _Syntax_:
!      'void caf_register (size_t size, caf_register_t type, caf_token_t
       *token, gfc_descriptor_t *desc, int *stat, char *errmsg, int
       errmsg_len)'
  
  _Arguments_:
!      SIZE        For normal coarrays, the byte size of the
!                  coarray to be allocated; for lock types and
!                  event types, the number of elements.
!      TYPE        one of the caf_register_t types.
!      TOKEN       intent(out) An opaque pointer identifying the
!                  coarray.
!      DESC        intent(inout) The (pseudo) array descriptor.
!      STAT        intent(out) For allocatable coarrays, stores the
!                  STAT=; may be NULL
!      ERRMSG      intent(out) When an error occurs, this will be
!                  set to an error message; may be NULL
!      ERRMSG_LEN  the buffer size of errmsg.
  
  _NOTES_
       Nonalloatable coarrays have to be registered prior use from remote
       images.  In order to guarantee this, they have to be registered
!      before the main program.  This can be achieved by creating
!      constructor functions.  That is what GCC does such that also
       nonallocatable coarrays the memory is allocated and no static
       memory is used.  The token permits to identify the coarray; to the
!      processor, the token is a nonaliasing pointer.  The library can,
       for instance, store the base address of the coarray in the token,
       some handle or a more complicated struct.  The library may also
       store the array descriptor DESC when its rank is non-zero.
  
       For lock types, the value shall only used for checking the
!      allocation status.  Note that for critical blocks, the locking is
!      only required on one image; in the locking statement, the processor
!      shall always pass an image index of one for critical-block lock
!      variables ('CAF_REGTYPE_CRITICAL').  For lock types and
!      critical-block variables, the initial value shall be unlocked (or,
!      respecitively, not in critical section) such as the value false;
!      for event types, the initial state should be no event, e.g.  zero.
  
  
  File: gfortran.info,  Node: _gfortran_caf_deregister,  Next: _gfortran_caf_is_present,  Prev: _gfortran_caf_register,  Up: Function ABI Documentation
  
! 8.2.9 '_gfortran_caf_deregister' -- Deregistering coarrays
  ----------------------------------------------------------
  
  _Description_:
!      Called to free or deregister the memory of a coarray; the processor
!      calls this function for automatic and explicit deallocation.  In
!      case of an error, this function shall fail with an error message,
!      unless the STAT variable is not null.  The library is only expected
!      to free memory it allocated itself during a call to
!      '_gfortran_caf_register'.
  
  _Syntax_:
!      'void caf_deregister (caf_token_t *token, caf_deregister_t type,
       int *stat, char *errmsg, int errmsg_len)'
  
  _Arguments_:
!      TOKEN       the token to free.
!      TYPE        the type of action to take for the coarray.  A
!                  'CAF_DEREGTYPE_COARRAY_DEALLOCATE_ONLY' is
!                  allowed only for allocatable or pointer
!                  components of derived type coarrays.  The action
!                  only deallocates the local memory without
!                  deleting the token.
!      STAT        intent(out) Stores the STAT=; may be NULL
!      ERRMSG      intent(out) When an error occurs, this will be
!                  set to an error message; may be NULL
!      ERRMSG_LEN  the buffer size of errmsg.
  
  _NOTES_
       For nonalloatable coarrays this function is never called.  If a
--- 5268,5379 ----
  
  File: gfortran.info,  Node: _gfortran_caf_register,  Next: _gfortran_caf_deregister,  Prev: _gfortran_caf_stopped_images,  Up: Function ABI Documentation
  
! 8.2.8 `_gfortran_caf_register' -- Registering coarrays
  ------------------------------------------------------
  
  _Description_:
       Registers memory for a coarray and creates a token to identify the
!      coarray.  The routine is called for both coarrays with `SAVE'
!      attribute and using an explicit `ALLOCATE' statement.  If an error
!      occurs and STAT is a `NULL' pointer, the function shall abort with
       printing an error message and starting the error termination.  If
       no error occurs and STAT is present, it shall be set to zero.
!      Otherwise, it shall be set to a positive value and, if not-`NULL',
       ERRMSG shall be set to a string describing the failure.  The
!      routine shall register the memory provided in the `DATA'-component
!      of the array descriptor DESC, when that component is non-`NULL',
       else it shall allocate sufficient memory and provide a pointer to
!      it in the `DATA'-component of DESC.  The array descriptor has rank
       zero, when a scalar object is to be registered and the array
       descriptor may be invalid after the call to
!      `_gfortran_caf_register'.  When an array is to be allocated the
       descriptor persists.
  
!      For `CAF_REGTYPE_COARRAY_STATIC' and `CAF_REGTYPE_COARRAY_ALLOC',
       the passed size is the byte size requested.  For
!      `CAF_REGTYPE_LOCK_STATIC', `CAF_REGTYPE_LOCK_ALLOC' and
!      `CAF_REGTYPE_CRITICAL' it is the array size or one for a scalar.
  
!      When `CAF_REGTYPE_COARRAY_ALLOC_REGISTER_ONLY' is used, then only
!      a token for an allocatable or pointer component is created.  The
!      `SIZE' parameter is not used then.  On the contrary when
!      `CAF_REGTYPE_COARRAY_ALLOC_ALLOCATE_ONLY' is specified, then the
       TOKEN needs to be registered by a previous call with regtype
!      `CAF_REGTYPE_COARRAY_ALLOC_REGISTER_ONLY' and either the memory
!      specified in the DESC's data-ptr is registered or allocate when
!      the data-ptr is NULL.
  
  _Syntax_:
!      `void caf_register (size_t size, caf_register_t type, caf_token_t
       *token, gfc_descriptor_t *desc, int *stat, char *errmsg, int
       errmsg_len)'
  
  _Arguments_:
!      SIZE       For normal coarrays, the byte size of the
!                 coarray to be allocated; for lock types and
!                 event types, the number of elements.
!      TYPE       one of the caf_register_t types.
!      TOKEN      intent(out) An opaque pointer identifying the
!                 coarray.
!      DESC       intent(inout) The (pseudo) array descriptor.
!      STAT       intent(out) For allocatable coarrays, stores
!                 the STAT=; may be NULL
!      ERRMSG     intent(out) When an error occurs, this will be
!                 set to an error message; may be NULL
!      ERRMSG_LEN the buffer size of errmsg.
  
  _NOTES_
       Nonalloatable coarrays have to be registered prior use from remote
       images.  In order to guarantee this, they have to be registered
!      before the main program. This can be achieved by creating
!      constructor functions. That is what GCC does such that also
       nonallocatable coarrays the memory is allocated and no static
       memory is used.  The token permits to identify the coarray; to the
!      processor, the token is a nonaliasing pointer. The library can,
       for instance, store the base address of the coarray in the token,
       some handle or a more complicated struct.  The library may also
       store the array descriptor DESC when its rank is non-zero.
  
       For lock types, the value shall only used for checking the
!      allocation status. Note that for critical blocks, the locking is
!      only required on one image; in the locking statement, the
!      processor shall always pass an image index of one for
!      critical-block lock variables (`CAF_REGTYPE_CRITICAL'). For lock
!      types and critical-block variables, the initial value shall be
!      unlocked (or, respecitively, not in critical section) such as the
!      value false; for event types, the initial state should be no
!      event, e.g. zero.
  
  
  File: gfortran.info,  Node: _gfortran_caf_deregister,  Next: _gfortran_caf_is_present,  Prev: _gfortran_caf_register,  Up: Function ABI Documentation
  
! 8.2.9 `_gfortran_caf_deregister' -- Deregistering coarrays
  ----------------------------------------------------------
  
  _Description_:
!      Called to free or deregister the memory of a coarray; the
!      processor calls this function for automatic and explicit
!      deallocation.  In case of an error, this function shall fail with
!      an error message, unless the STAT variable is not null.  The
!      library is only expected to free memory it allocated itself during
!      a call to `_gfortran_caf_register'.
  
  _Syntax_:
!      `void caf_deregister (caf_token_t *token, caf_deregister_t type,
       int *stat, char *errmsg, int errmsg_len)'
  
  _Arguments_:
!      TOKEN      the token to free.
!      TYPE       the type of action to take for the coarray.  A
!                 `CAF_DEREGTYPE_COARRAY_DEALLOCATE_ONLY' is
!                 allowed only for allocatable or pointer
!                 components of derived type coarrays.  The
!                 action only deallocates the local memory
!                 without deleting the token.
!      STAT       intent(out) Stores the STAT=; may be NULL
!      ERRMSG     intent(out) When an error occurs, this will be
!                 set to an error message; may be NULL
!      ERRMSG_LEN the buffer size of errmsg.
  
  _NOTES_
       For nonalloatable coarrays this function is never called.  If a
*************** _NOTES_
*** 5330,5336 ****
  
  File: gfortran.info,  Node: _gfortran_caf_is_present,  Next: _gfortran_caf_send,  Prev: _gfortran_caf_deregister,  Up: Function ABI Documentation
  
! 8.2.10 '_gfortran_caf_is_present' -- Query whether an allocatable or pointer component in a derived type coarray is allocated
  -----------------------------------------------------------------------------------------------------------------------------
  
  _Description_:
--- 5383,5389 ----
  
  File: gfortran.info,  Node: _gfortran_caf_is_present,  Next: _gfortran_caf_send,  Prev: _gfortran_caf_deregister,  Up: Function ABI Documentation
  
! 8.2.10 `_gfortran_caf_is_present' -- Query whether an allocatable or pointer component in a derived type coarray is allocated
  -----------------------------------------------------------------------------------------------------------------------------
  
  _Description_:
*************** _Description_:
*** 5338,5359 ****
       in a derived type coarray is allocated on a remote image.
  
  _Syntax_:
!      'void _gfortran_caf_is_present (caf_token_t token, int image_index,
       gfc_reference_t *ref)'
  
  _Arguments_:
!      TOKEN       An opaque pointer identifying the coarray.
!      IMAGE_INDEX The ID of the remote image; must be a positive
!                  number.
!      REF         A chain of references to address the allocatable
!                  or pointer component in the derived type
!                  coarray.  The object reference needs to be a
!                  scalar or a full array reference, respectively.
  
  
  File: gfortran.info,  Node: _gfortran_caf_send,  Next: _gfortran_caf_get,  Prev: _gfortran_caf_is_present,  Up: Function ABI Documentation
  
! 8.2.11 '_gfortran_caf_send' -- Sending data from a local image to a remote image
  --------------------------------------------------------------------------------
  
  _Description_:
--- 5391,5414 ----
       in a derived type coarray is allocated on a remote image.
  
  _Syntax_:
!      `void _gfortran_caf_is_present (caf_token_t token, int image_index,
       gfc_reference_t *ref)'
  
  _Arguments_:
!      TOKEN      An opaque pointer identifying the coarray.
!      IMAGE_INDEXThe ID of the remote image; must be a positive
!                 number.
!      REF        A chain of references to address the
!                 allocatable or pointer component in the
!                 derived type coarray.  The object reference
!                 needs to be a scalar or a full array
!                 reference, respectively.
! 
  
  
  File: gfortran.info,  Node: _gfortran_caf_send,  Next: _gfortran_caf_get,  Prev: _gfortran_caf_is_present,  Up: Function ABI Documentation
  
! 8.2.11 `_gfortran_caf_send' -- Sending data from a local image to a remote image
  --------------------------------------------------------------------------------
  
  _Description_:
*************** _Description_:
*** 5361,5422 ****
       local to a remote image identified by the image_index.
  
  _Syntax_:
!      'void _gfortran_caf_send (caf_token_t token, size_t offset, int
       image_index, gfc_descriptor_t *dest, caf_vector_t *dst_vector,
       gfc_descriptor_t *src, int dst_kind, int src_kind, bool
       may_require_tmp, int *stat)'
  
  _Arguments_:
!      TOKEN       intent(in) An opaque pointer identifying the
!                  coarray.
!      OFFSET      intent(in) By which amount of bytes the actual
!                  data is shifted compared to the base address of
!                  the coarray.
!      IMAGE_INDEX intent(in) The ID of the remote image; must be a
!                  positive number.
!      DEST        intent(in) Array descriptor for the remote image
!                  for the bounds and the size.  The 'base_addr'
!                  shall not be accessed.
!      DST_VECTOR  intent(in) If not NULL, it contains the vector
!                  subscript of the destination array; the values
!                  are relative to the dimension triplet of the
!                  dest argument.
!      SRC         intent(in) Array descriptor of the local array
!                  to be transferred to the remote image
!      DST_KIND    intent(in) Kind of the destination argument
!      SRC_KIND    intent(in) Kind of the source argument
!      MAY_REQUIRE_TMPintent(in) The variable is 'false' when it is
!                  known at compile time that the DEST and SRC
!                  either cannot overlap or overlap (fully or
!                  partially) such that walking SRC and DEST in
!                  element wise element order (honoring the stride
!                  value) will not lead to wrong results.
!                  Otherwise, the value is 'true'.
!      STAT        intent(out) when non-NULL give the result of the
!                  operation, i.e., zero on success and non-zero on
!                  error.  When NULL and an error occurs, then an
!                  error message is printed and the program is
!                  terminated.
  
  _NOTES_
       It is permitted to have IMAGE_INDEX equal the current image; the
       memory of the send-to and the send-from might (partially) overlap
       in that case.  The implementation has to take care that it handles
!      this case, e.g.  using 'memmove' which handles (partially)
!      overlapping memory.  If MAY_REQUIRE_TMP is true, the library might
       additionally create a temporary variable, unless additional checks
!      show that this is not required (e.g.  because walking backward is
!      possible or because both arrays are contiguous and 'memmove' takes
       care of overlap issues).
  
!      Note that the assignment of a scalar to an array is permitted.  In
!      addition, the library has to handle numeric-type conversion and for
!      strings, padding and different character kinds.
  
  
  File: gfortran.info,  Node: _gfortran_caf_get,  Next: _gfortran_caf_sendget,  Prev: _gfortran_caf_send,  Up: Function ABI Documentation
  
! 8.2.12 '_gfortran_caf_get' -- Getting data from a remote image
  --------------------------------------------------------------
  
  _Description_:
--- 5416,5477 ----
       local to a remote image identified by the image_index.
  
  _Syntax_:
!      `void _gfortran_caf_send (caf_token_t token, size_t offset, int
       image_index, gfc_descriptor_t *dest, caf_vector_t *dst_vector,
       gfc_descriptor_t *src, int dst_kind, int src_kind, bool
       may_require_tmp, int *stat)'
  
  _Arguments_:
!      TOKEN      intent(in)  An opaque pointer identifying the
!                 coarray.
!      OFFSET     intent(in)  By which amount of bytes the
!                 actual data is shifted compared to the base
!                 address of the coarray.
!      IMAGE_INDEXintent(in)  The ID of the remote image; must
!                 be a positive number.
!      DEST       intent(in)  Array descriptor for the remote
!                 image for the bounds and the size.  The
!                 `base_addr' shall not be accessed.
!      DST_VECTOR intent(in)  If not NULL, it contains the vector
!                 subscript of the destination array; the values
!                 are relative to the dimension triplet of the
!                 dest argument.
!      SRC        intent(in)  Array descriptor of the local
!                 array to be transferred to the remote image
!      DST_KIND   intent(in)  Kind of the destination argument
!      SRC_KIND   intent(in)  Kind of the source argument
!      MAY_REQUIRE_TMPintent(in)  The variable is `false' when it is
!                 known at compile time that the DEST and SRC
!                 either cannot overlap or overlap (fully or
!                 partially) such that walking SRC and DEST in
!                 element wise element order (honoring the
!                 stride value) will not lead to wrong results.
!                 Otherwise, the value is `true'.
!      STAT       intent(out) when non-NULL give the result of
!                 the operation, i.e., zero on success and
!                 non-zero on error.  When NULL and an error
!                 occurs, then an error message is printed and
!                 the program is terminated.
  
  _NOTES_
       It is permitted to have IMAGE_INDEX equal the current image; the
       memory of the send-to and the send-from might (partially) overlap
       in that case.  The implementation has to take care that it handles
!      this case, e.g. using `memmove' which handles (partially)
!      overlapping memory. If MAY_REQUIRE_TMP is true, the library might
       additionally create a temporary variable, unless additional checks
!      show that this is not required (e.g. because walking backward is
!      possible or because both arrays are contiguous and `memmove' takes
       care of overlap issues).
  
!      Note that the assignment of a scalar to an array is permitted. In
!      addition, the library has to handle numeric-type conversion and
!      for strings, padding and different character kinds.
  
  
  File: gfortran.info,  Node: _gfortran_caf_get,  Next: _gfortran_caf_sendget,  Prev: _gfortran_caf_send,  Up: Function ABI Documentation
  
! 8.2.12 `_gfortran_caf_get' -- Getting data from a remote image
  --------------------------------------------------------------
  
  _Description_:
*************** _Description_:
*** 5424,5485 ****
       image identified by the image_index.
  
  _Syntax_:
!      'void _gfortran_caf_get (caf_token_t token, size_t offset, int
       image_index, gfc_descriptor_t *src, caf_vector_t *src_vector,
       gfc_descriptor_t *dest, int src_kind, int dst_kind, bool
       may_require_tmp, int *stat)'
  
  _Arguments_:
!      TOKEN       intent(in) An opaque pointer identifying the
!                  coarray.
!      OFFSET      intent(in) By which amount of bytes the actual
!                  data is shifted compared to the base address of
!                  the coarray.
!      IMAGE_INDEX intent(in) The ID of the remote image; must be a
!                  positive number.
!      DEST        intent(out) Array descriptor of the local array
!                  to store the data retrieved from the remote
!                  image
!      SRC         intent(in) Array descriptor for the remote image
!                  for the bounds and the size.  The 'base_addr'
!                  shall not be accessed.
!      SRC_VECTOR  intent(in) If not NULL, it contains the vector
!                  subscript of the source array; the values are
!                  relative to the dimension triplet of the SRC
!                  argument.
!      DST_KIND    intent(in) Kind of the destination argument
!      SRC_KIND    intent(in) Kind of the source argument
!      MAY_REQUIRE_TMPintent(in) The variable is 'false' when it is
!                  known at compile time that the DEST and SRC
!                  either cannot overlap or overlap (fully or
!                  partially) such that walking SRC and DEST in
!                  element wise element order (honoring the stride
!                  value) will not lead to wrong results.
!                  Otherwise, the value is 'true'.
!      STAT        intent(out) When non-NULL give the result of the
!                  operation, i.e., zero on success and non-zero on
!                  error.  When NULL and an error occurs, then an
!                  error message is printed and the program is
!                  terminated.
  
  _NOTES_
       It is permitted to have IMAGE_INDEX equal the current image; the
       memory of the send-to and the send-from might (partially) overlap
       in that case.  The implementation has to take care that it handles
!      this case, e.g.  using 'memmove' which handles (partially)
!      overlapping memory.  If MAY_REQUIRE_TMP is true, the library might
       additionally create a temporary variable, unless additional checks
!      show that this is not required (e.g.  because walking backward is
!      possible or because both arrays are contiguous and 'memmove' takes
       care of overlap issues).
  
!      Note that the library has to handle numeric-type conversion and for
!      strings, padding and different character kinds.
  
  
  File: gfortran.info,  Node: _gfortran_caf_sendget,  Next: _gfortran_caf_send_by_ref,  Prev: _gfortran_caf_get,  Up: Function ABI Documentation
  
! 8.2.13 '_gfortran_caf_sendget' -- Sending data between remote images
  --------------------------------------------------------------------
  
  _Description_:
--- 5479,5540 ----
       image identified by the image_index.
  
  _Syntax_:
!      `void _gfortran_caf_get (caf_token_t token, size_t offset, int
       image_index, gfc_descriptor_t *src, caf_vector_t *src_vector,
       gfc_descriptor_t *dest, int src_kind, int dst_kind, bool
       may_require_tmp, int *stat)'
  
  _Arguments_:
!      TOKEN      intent(in)  An opaque pointer identifying the
!                 coarray.
!      OFFSET     intent(in)  By which amount of bytes the
!                 actual data is shifted compared to the base
!                 address of the coarray.
!      IMAGE_INDEXintent(in)  The ID of the remote image; must
!                 be a positive number.
!      DEST       intent(out) Array descriptor of the local
!                 array to store the data retrieved from the
!                 remote image
!      SRC        intent(in) Array descriptor for the remote
!                 image for the bounds and the size.  The
!                 `base_addr' shall not be accessed.
!      SRC_VECTOR intent(in)  If not NULL, it contains the vector
!                 subscript of the source array; the values are
!                 relative to the dimension triplet of the SRC
!                 argument.
!      DST_KIND   intent(in)  Kind of the destination argument
!      SRC_KIND   intent(in)  Kind of the source argument
!      MAY_REQUIRE_TMPintent(in)  The variable is `false' when it is
!                 known at compile time that the DEST and SRC
!                 either cannot overlap or overlap (fully or
!                 partially) such that walking SRC and DEST in
!                 element wise element order (honoring the
!                 stride value) will not lead to wrong results.
!                 Otherwise, the value is `true'.
!      STAT       intent(out) When non-NULL give the result of
!                 the operation, i.e., zero on success and
!                 non-zero on error.  When NULL and an error
!                 occurs, then an error message is printed and
!                 the program is terminated.
  
  _NOTES_
       It is permitted to have IMAGE_INDEX equal the current image; the
       memory of the send-to and the send-from might (partially) overlap
       in that case.  The implementation has to take care that it handles
!      this case, e.g. using `memmove' which handles (partially)
!      overlapping memory. If MAY_REQUIRE_TMP is true, the library might
       additionally create a temporary variable, unless additional checks
!      show that this is not required (e.g. because walking backward is
!      possible or because both arrays are contiguous and `memmove' takes
       care of overlap issues).
  
!      Note that the library has to handle numeric-type conversion and
!      for strings, padding and different character kinds.
  
  
  File: gfortran.info,  Node: _gfortran_caf_sendget,  Next: _gfortran_caf_send_by_ref,  Prev: _gfortran_caf_get,  Up: Function ABI Documentation
  
! 8.2.13 `_gfortran_caf_sendget' -- Sending data between remote images
  --------------------------------------------------------------------
  
  _Description_:
*************** _Description_:
*** 5488,5561 ****
       identified by the DST_IMAGE_INDEX.
  
  _Syntax_:
!      'void _gfortran_caf_sendget (caf_token_t dst_token, size_t
       dst_offset, int dst_image_index, gfc_descriptor_t *dest,
!      caf_vector_t *dst_vector, caf_token_t src_token, size_t src_offset,
!      int src_image_index, gfc_descriptor_t *src, caf_vector_t
!      *src_vector, int dst_kind, int src_kind, bool may_require_tmp, int
!      *stat)'
  
  _Arguments_:
!      DST_TOKEN   intent(in) An opaque pointer identifying the
!                  destination coarray.
!      DST_OFFSET  intent(in) By which amount of bytes the actual
!                  data is shifted compared to the base address of
!                  the destination coarray.
!      DST_IMAGE_INDEXintent(in) The ID of the destination remote
!                  image; must be a positive number.
!      DEST        intent(in) Array descriptor for the destination
!                  remote image for the bounds and the size.  The
!                  'base_addr' shall not be accessed.
!      DST_VECTOR  intent(int) If not NULL, it contains the vector
!                  subscript of the destination array; the values
!                  are relative to the dimension triplet of the
!                  DEST argument.
!      SRC_TOKEN   intent(in) An opaque pointer identifying the
!                  source coarray.
!      SRC_OFFSET  intent(in) By which amount of bytes the actual
!                  data is shifted compared to the base address of
!                  the source coarray.
!      SRC_IMAGE_INDEXintent(in) The ID of the source remote image;
!                  must be a positive number.
!      SRC         intent(in) Array descriptor of the local array
!                  to be transferred to the remote image.
!      SRC_VECTOR  intent(in) Array descriptor of the local array
!                  to be transferred to the remote image
!      DST_KIND    intent(in) Kind of the destination argument
!      SRC_KIND    intent(in) Kind of the source argument
!      MAY_REQUIRE_TMPintent(in) The variable is 'false' when it is
!                  known at compile time that the DEST and SRC
!                  either cannot overlap or overlap (fully or
!                  partially) such that walking SRC and DEST in
!                  element wise element order (honoring the stride
!                  value) will not lead to wrong results.
!                  Otherwise, the value is 'true'.
!      STAT        intent(out) when non-NULL give the result of the
!                  operation, i.e., zero on success and non-zero on
!                  error.  When NULL and an error occurs, then an
!                  error message is printed and the program is
!                  terminated.
  
  _NOTES_
       It is permitted to have the same image index for both
       SRC_IMAGE_INDEX and DST_IMAGE_INDEX; the memory of the send-to and
       the send-from might (partially) overlap in that case.  The
       implementation has to take care that it handles this case, e.g.
!      using 'memmove' which handles (partially) overlapping memory.  If
       MAY_REQUIRE_TMP is true, the library might additionally create a
       temporary variable, unless additional checks show that this is not
!      required (e.g.  because walking backward is possible or because
!      both arrays are contiguous and 'memmove' takes care of overlap
       issues).
  
!      Note that the assignment of a scalar to an array is permitted.  In
!      addition, the library has to handle numeric-type conversion and for
!      strings, padding and different character kinds.
  
  
  File: gfortran.info,  Node: _gfortran_caf_send_by_ref,  Next: _gfortran_caf_get_by_ref,  Prev: _gfortran_caf_sendget,  Up: Function ABI Documentation
  
! 8.2.14 '_gfortran_caf_send_by_ref' -- Sending data from a local image to a remote image with enhanced referencing options
  -------------------------------------------------------------------------------------------------------------------------
  
  _Description_:
--- 5543,5616 ----
       identified by the DST_IMAGE_INDEX.
  
  _Syntax_:
!      `void _gfortran_caf_sendget (caf_token_t dst_token, size_t
       dst_offset, int dst_image_index, gfc_descriptor_t *dest,
!      caf_vector_t *dst_vector, caf_token_t src_token, size_t
!      src_offset, int src_image_index, gfc_descriptor_t *src,
!      caf_vector_t *src_vector, int dst_kind, int src_kind, bool
!      may_require_tmp, int *stat)'
  
  _Arguments_:
!      DST_TOKEN  intent(in)  An opaque pointer identifying the
!                 destination coarray.
!      DST_OFFSET intent(in)  By which amount of bytes the
!                 actual data is shifted compared to the base
!                 address of the destination coarray.
!      DST_IMAGE_INDEXintent(in)  The ID of the destination remote
!                 image; must be a positive number.
!      DEST       intent(in) Array descriptor for the destination
!                 remote image for the bounds and the size.  The
!                 `base_addr' shall not be accessed.
!      DST_VECTOR intent(int)  If not NULL, it contains the
!                 vector subscript of the destination array; the
!                 values are relative to the dimension triplet
!                 of the DEST argument.
!      SRC_TOKEN  intent(in)  An opaque pointer identifying the
!                 source coarray.
!      SRC_OFFSET intent(in)  By which amount of bytes the
!                 actual data is shifted compared to the base
!                 address of the source coarray.
!      SRC_IMAGE_INDEXintent(in)  The ID of the source remote image;
!                 must be a positive number.
!      SRC        intent(in) Array descriptor of the local array
!                 to be transferred to the remote image.
!      SRC_VECTOR intent(in) Array descriptor of the local array
!                 to be transferred to the remote image
!      DST_KIND   intent(in)  Kind of the destination argument
!      SRC_KIND   intent(in)  Kind of the source argument
!      MAY_REQUIRE_TMPintent(in)  The variable is `false' when it is
!                 known at compile time that the DEST and SRC
!                 either cannot overlap or overlap (fully or
!                 partially) such that walking SRC and DEST in
!                 element wise element order (honoring the
!                 stride value) will not lead to wrong results.
!                 Otherwise, the value is `true'.
!      STAT       intent(out) when non-NULL give the result of
!                 the operation, i.e., zero on success and
!                 non-zero on error.  When NULL and an error
!                 occurs, then an error message is printed and
!                 the program is terminated.
  
  _NOTES_
       It is permitted to have the same image index for both
       SRC_IMAGE_INDEX and DST_IMAGE_INDEX; the memory of the send-to and
       the send-from might (partially) overlap in that case.  The
       implementation has to take care that it handles this case, e.g.
!      using `memmove' which handles (partially) overlapping memory.  If
       MAY_REQUIRE_TMP is true, the library might additionally create a
       temporary variable, unless additional checks show that this is not
!      required (e.g. because walking backward is possible or because
!      both arrays are contiguous and `memmove' takes care of overlap
       issues).
  
!      Note that the assignment of a scalar to an array is permitted. In
!      addition, the library has to handle numeric-type conversion and
!      for strings, padding and different character kinds.
  
  
  File: gfortran.info,  Node: _gfortran_caf_send_by_ref,  Next: _gfortran_caf_get_by_ref,  Prev: _gfortran_caf_sendget,  Up: Function ABI Documentation
  
! 8.2.14 `_gfortran_caf_send_by_ref' -- Sending data from a local image to a remote image with enhanced referencing options
  -------------------------------------------------------------------------------------------------------------------------
  
  _Description_:
*************** _Description_:
*** 5563,5626 ****
       local to a remote image identified by the IMAGE_INDEX.
  
  _Syntax_:
!      'void _gfortran_caf_send_by_ref (caf_token_t token, int
       image_index, gfc_descriptor_t *src, caf_reference_t *refs, int
       dst_kind, int src_kind, bool may_require_tmp, bool
       dst_reallocatable, int *stat)'
  
  _Arguments_:
!      TOKEN       intent(in) An opaque pointer identifying the
!                  coarray.
!      IMAGE_INDEX intent(in) The ID of the remote image; must be a
!                  positive number.
!      SRC         intent(in) Array descriptor of the local array
!                  to be transferred to the remote image
!      REFS        intent(in) The references on the remote array to
!                  store the data given by src.  Guaranteed to have
!                  at least one entry.
!      DST_KIND    intent(in) Kind of the destination argument
!      SRC_KIND    intent(in) Kind of the source argument
!      MAY_REQUIRE_TMPintent(in) The variable is 'false' when it is
!                  known at compile time that the DEST and SRC
!                  either cannot overlap or overlap (fully or
!                  partially) such that walking SRC and DEST in
!                  element wise element order (honoring the stride
!                  value) will not lead to wrong results.
!                  Otherwise, the value is 'true'.
!      DST_REALLOCATABLEintent(in) Set when the destination is of
!                  allocatable or pointer type and the refs will
!                  allow reallocation, i.e., the ref is a full
!                  array or component ref.
!      STAT        intent(out) When non-'NULL' give the result of
!                  the operation, i.e., zero on success and
!                  non-zero on error.  When 'NULL' and an error
!                  occurs, then an error message is printed and the
!                  program is terminated.
  
  _NOTES_
       It is permitted to have IMAGE_INDEX equal the current image; the
       memory of the send-to and the send-from might (partially) overlap
       in that case.  The implementation has to take care that it handles
!      this case, e.g.  using 'memmove' which handles (partially)
       overlapping memory.  If MAY_REQUIRE_TMP is true, the library might
       additionally create a temporary variable, unless additional checks
!      show that this is not required (e.g.  because walking backward is
!      possible or because both arrays are contiguous and 'memmove' takes
       care of overlap issues).
  
       Note that the assignment of a scalar to an array is permitted.  In
!      addition, the library has to handle numeric-type conversion and for
!      strings, padding and different character kinds.
  
!      Because of the more complicated references possible some operations
!      may be unsupported by certain libraries.  The library is expected
!      to issue a precise error message why the operation is not
!      permitted.
  
  
  File: gfortran.info,  Node: _gfortran_caf_get_by_ref,  Next: _gfortran_caf_sendget_by_ref,  Prev: _gfortran_caf_send_by_ref,  Up: Function ABI Documentation
  
! 8.2.15 '_gfortran_caf_get_by_ref' -- Getting data from a remote image using enhanced references
  -----------------------------------------------------------------------------------------------
  
  _Description_:
--- 5618,5681 ----
       local to a remote image identified by the IMAGE_INDEX.
  
  _Syntax_:
!      `void _gfortran_caf_send_by_ref (caf_token_t token, int
       image_index, gfc_descriptor_t *src, caf_reference_t *refs, int
       dst_kind, int src_kind, bool may_require_tmp, bool
       dst_reallocatable, int *stat)'
  
  _Arguments_:
!      TOKEN      intent(in)  An opaque pointer identifying the
!                 coarray.
!      IMAGE_INDEXintent(in)  The ID of the remote image; must
!                 be a positive number.
!      SRC        intent(in) Array descriptor of the local array
!                 to be transferred to the remote image
!      REFS       intent(in) The references on the remote array
!                 to store the data given by src.  Guaranteed to
!                 have at least one entry.
!      DST_KIND   intent(in)  Kind of the destination argument
!      SRC_KIND   intent(in)  Kind of the source argument
!      MAY_REQUIRE_TMPintent(in)  The variable is `false' when it is
!                 known at compile time that the DEST and SRC
!                 either cannot overlap or overlap (fully or
!                 partially) such that walking SRC and DEST in
!                 element wise element order (honoring the
!                 stride value) will not lead to wrong results.
!                 Otherwise, the value is `true'.
!      DST_REALLOCATABLEintent(in)  Set when the destination is of
!                 allocatable or pointer type and the refs will
!                 allow reallocation, i.e., the ref is a full
!                 array or component ref.
!      STAT       intent(out) When non-`NULL' give the result of
!                 the operation, i.e., zero on success and
!                 non-zero on error.  When `NULL' and an error
!                 occurs, then an error message is printed and
!                 the program is terminated.
  
  _NOTES_
       It is permitted to have IMAGE_INDEX equal the current image; the
       memory of the send-to and the send-from might (partially) overlap
       in that case.  The implementation has to take care that it handles
!      this case, e.g. using `memmove' which handles (partially)
       overlapping memory.  If MAY_REQUIRE_TMP is true, the library might
       additionally create a temporary variable, unless additional checks
!      show that this is not required (e.g. because walking backward is
!      possible or because both arrays are contiguous and `memmove' takes
       care of overlap issues).
  
       Note that the assignment of a scalar to an array is permitted.  In
!      addition, the library has to handle numeric-type conversion and
!      for strings, padding and different character kinds.
  
!      Because of the more complicated references possible some
!      operations may be unsupported by certain libraries.  The library
!      is expected to issue a precise error message why the operation is
!      not permitted.
  
  
  File: gfortran.info,  Node: _gfortran_caf_get_by_ref,  Next: _gfortran_caf_sendget_by_ref,  Prev: _gfortran_caf_send_by_ref,  Up: Function ABI Documentation
  
! 8.2.15 `_gfortran_caf_get_by_ref' -- Getting data from a remote image using enhanced references
  -----------------------------------------------------------------------------------------------
  
  _Description_:
*************** _Description_:
*** 5628,5690 ****
       remote image identified by the IMAGE_INDEX.
  
  _Syntax_:
!      'void _gfortran_caf_get_by_ref (caf_token_t token, int image_index,
       caf_reference_t *refs, gfc_descriptor_t *dst, int dst_kind, int
       src_kind, bool may_require_tmp, bool dst_reallocatable, int *stat)'
  
  _Arguments_:
!      TOKEN       intent(in) An opaque pointer identifying the
!                  coarray.
!      IMAGE_INDEX intent(in) The ID of the remote image; must be a
!                  positive number.
!      REFS        intent(in) The references to apply to the remote
!                  structure to get the data.
!      DST         intent(in) Array descriptor of the local array
!                  to store the data transferred from the remote
!                  image.  May be reallocated where needed and when
!                  DST_REALLOCATABLE allows it.
!      DST_KIND    intent(in) Kind of the destination argument
!      SRC_KIND    intent(in) Kind of the source argument
!      MAY_REQUIRE_TMPintent(in) The variable is 'false' when it is
!                  known at compile time that the DEST and SRC
!                  either cannot overlap or overlap (fully or
!                  partially) such that walking SRC and DEST in
!                  element wise element order (honoring the stride
!                  value) will not lead to wrong results.
!                  Otherwise, the value is 'true'.
!      DST_REALLOCATABLEintent(in) Set when DST is of allocatable or
!                  pointer type and its refs allow reallocation,
!                  i.e., the full array or a component is
!                  referenced.
!      STAT        intent(out) When non-'NULL' give the result of
!                  the operation, i.e., zero on success and
!                  non-zero on error.  When 'NULL' and an error
!                  occurs, then an error message is printed and the
!                  program is terminated.
  
  _NOTES_
!      It is permitted to have 'image_index' equal the current image; the
       memory of the send-to and the send-from might (partially) overlap
       in that case.  The implementation has to take care that it handles
!      this case, e.g.  using 'memmove' which handles (partially)
       overlapping memory.  If MAY_REQUIRE_TMP is true, the library might
       additionally create a temporary variable, unless additional checks
!      show that this is not required (e.g.  because walking backward is
!      possible or because both arrays are contiguous and 'memmove' takes
       care of overlap issues).
  
!      Note that the library has to handle numeric-type conversion and for
!      strings, padding and different character kinds.
  
!      Because of the more complicated references possible some operations
!      may be unsupported by certain libraries.  The library is expected
!      to issue a precise error message why the operation is not
!      permitted.
  
  
  File: gfortran.info,  Node: _gfortran_caf_sendget_by_ref,  Next: _gfortran_caf_lock,  Prev: _gfortran_caf_get_by_ref,  Up: Function ABI Documentation
  
! 8.2.16 '_gfortran_caf_sendget_by_ref' -- Sending data between remote images using enhanced references on both sides
  -------------------------------------------------------------------------------------------------------------------
  
  _Description_:
--- 5683,5745 ----
       remote image identified by the IMAGE_INDEX.
  
  _Syntax_:
!      `void _gfortran_caf_get_by_ref (caf_token_t token, int image_index,
       caf_reference_t *refs, gfc_descriptor_t *dst, int dst_kind, int
       src_kind, bool may_require_tmp, bool dst_reallocatable, int *stat)'
  
  _Arguments_:
!      TOKEN      intent(in)  An opaque pointer identifying the
!                 coarray.
!      IMAGE_INDEXintent(in)  The ID of the remote image; must
!                 be a positive number.
!      REFS       intent(in) The references to apply to the
!                 remote structure to get the data.
!      DST        intent(in) Array descriptor of the local array
!                 to store the data transferred from the remote
!                 image.  May be reallocated where needed and
!                 when DST_REALLOCATABLE allows it.
!      DST_KIND   intent(in)  Kind of the destination argument
!      SRC_KIND   intent(in)  Kind of the source argument
!      MAY_REQUIRE_TMPintent(in)  The variable is `false' when it is
!                 known at compile time that the DEST and SRC
!                 either cannot overlap or overlap (fully or
!                 partially) such that walking SRC and DEST in
!                 element wise element order (honoring the
!                 stride value) will not lead to wrong results.
!                 Otherwise, the value is `true'.
!      DST_REALLOCATABLEintent(in)  Set when DST is of allocatable or
!                 pointer type and its refs allow reallocation,
!                 i.e., the full array or a component is
!                 referenced.
!      STAT       intent(out) When non-`NULL' give the result of
!                 the operation, i.e., zero on success and
!                 non-zero on error.  When `NULL' and an error
!                 occurs, then an error message is printed and
!                 the program is terminated.
  
  _NOTES_
!      It is permitted to have `image_index' equal the current image; the
       memory of the send-to and the send-from might (partially) overlap
       in that case.  The implementation has to take care that it handles
!      this case, e.g. using `memmove' which handles (partially)
       overlapping memory.  If MAY_REQUIRE_TMP is true, the library might
       additionally create a temporary variable, unless additional checks
!      show that this is not required (e.g. because walking backward is
!      possible or because both arrays are contiguous and `memmove' takes
       care of overlap issues).
  
!      Note that the library has to handle numeric-type conversion and
!      for strings, padding and different character kinds.
  
!      Because of the more complicated references possible some
!      operations may be unsupported by certain libraries.  The library
!      is expected to issue a precise error message why the operation is
!      not permitted.
  
  
  File: gfortran.info,  Node: _gfortran_caf_sendget_by_ref,  Next: _gfortran_caf_lock,  Prev: _gfortran_caf_get_by_ref,  Up: Function ABI Documentation
  
! 8.2.16 `_gfortran_caf_sendget_by_ref' -- Sending data between remote images using enhanced references on both sides
  -------------------------------------------------------------------------------------------------------------------
  
  _Description_:
*************** _Description_:
*** 5693,5791 ****
       identified by the DST_IMAGE_INDEX.
  
  _Syntax_:
!      'void _gfortran_caf_sendget_by_ref (caf_token_t dst_token, int
       dst_image_index, caf_reference_t *dst_refs, caf_token_t src_token,
       int src_image_index, caf_reference_t *src_refs, int dst_kind, int
       src_kind, bool may_require_tmp, int *dst_stat, int *src_stat)'
  
  _Arguments_:
!      DST_TOKEN   intent(in) An opaque pointer identifying the
!                  destination coarray.
!      DST_IMAGE_INDEXintent(in) The ID of the destination remote
!                  image; must be a positive number.
!      DST_REFS    intent(in) The references on the remote array to
!                  store the data given by the source.  Guaranteed
!                  to have at least one entry.
!      SRC_TOKEN   intent(in) An opaque pointer identifying the
!                  source coarray.
!      SRC_IMAGE_INDEXintent(in) The ID of the source remote image;
!                  must be a positive number.
!      SRC_REFS    intent(in) The references to apply to the remote
!                  structure to get the data.
!      DST_KIND    intent(in) Kind of the destination argument
!      SRC_KIND    intent(in) Kind of the source argument
!      MAY_REQUIRE_TMPintent(in) The variable is 'false' when it is
!                  known at compile time that the DEST and SRC
!                  either cannot overlap or overlap (fully or
!                  partially) such that walking SRC and DEST in
!                  element wise element order (honoring the stride
!                  value) will not lead to wrong results.
!                  Otherwise, the value is 'true'.
!      DST_STAT    intent(out) when non-'NULL' give the result of
!                  the send-operation, i.e., zero on success and
!                  non-zero on error.  When 'NULL' and an error
!                  occurs, then an error message is printed and the
!                  program is terminated.
!      SRC_STAT    intent(out) When non-'NULL' give the result of
!                  the get-operation, i.e., zero on success and
!                  non-zero on error.  When 'NULL' and an error
!                  occurs, then an error message is printed and the
!                  program is terminated.
  
  _NOTES_
       It is permitted to have the same image index for both
       SRC_IMAGE_INDEX and DST_IMAGE_INDEX; the memory of the send-to and
       the send-from might (partially) overlap in that case.  The
       implementation has to take care that it handles this case, e.g.
!      using 'memmove' which handles (partially) overlapping memory.  If
       MAY_REQUIRE_TMP is true, the library might additionally create a
       temporary variable, unless additional checks show that this is not
!      required (e.g.  because walking backward is possible or because
!      both arrays are contiguous and 'memmove' takes care of overlap
       issues).
  
       Note that the assignment of a scalar to an array is permitted.  In
!      addition, the library has to handle numeric-type conversion and for
!      strings, padding and different character kinds.
  
!      Because of the more complicated references possible some operations
!      may be unsupported by certain libraries.  The library is expected
!      to issue a precise error message why the operation is not
!      permitted.
  
  
  File: gfortran.info,  Node: _gfortran_caf_lock,  Next: _gfortran_caf_unlock,  Prev: _gfortran_caf_sendget_by_ref,  Up: Function ABI Documentation
  
! 8.2.17 '_gfortran_caf_lock' -- Locking a lock variable
  ------------------------------------------------------
  
  _Description_:
       Acquire a lock on the given image on a scalar locking variable or
       for the given array element for an array-valued variable.  If the
!      AQUIRED_LOCK is 'NULL', the function returns after having obtained
!      the lock.  If it is non-'NULL', then ACQUIRED_LOCK is assigned the
       value true (one) when the lock could be obtained and false (zero)
       otherwise.  Locking a lock variable which has already been locked
       by the same image is an error.
  
  _Syntax_:
!      'void _gfortran_caf_lock (caf_token_t token, size_t index, int
       image_index, int *aquired_lock, int *stat, char *errmsg, int
       errmsg_len)'
  
  _Arguments_:
!      TOKEN       intent(in) An opaque pointer identifying the
!                  coarray.
!      INDEX       intent(in) Array index; first array index is 0.
!                  For scalars, it is always 0.
!      IMAGE_INDEX intent(in) The ID of the remote image; must be a
!                  positive number.
!      AQUIRED_LOCKintent(out) If not NULL, it returns whether lock
!                  could be obtained.
!      STAT        intent(out) Stores the STAT=; may be NULL.
!      ERRMSG      intent(out) When an error occurs, this will be
!                  set to an error message; may be NULL.
!      ERRMSG_LEN  intent(in) the buffer size of errmsg
  
  _NOTES_
       This function is also called for critical blocks; for those, the
--- 5748,5846 ----
       identified by the DST_IMAGE_INDEX.
  
  _Syntax_:
!      `void _gfortran_caf_sendget_by_ref (caf_token_t dst_token, int
       dst_image_index, caf_reference_t *dst_refs, caf_token_t src_token,
       int src_image_index, caf_reference_t *src_refs, int dst_kind, int
       src_kind, bool may_require_tmp, int *dst_stat, int *src_stat)'
  
  _Arguments_:
!      DST_TOKEN  intent(in)  An opaque pointer identifying the
!                 destination coarray.
!      DST_IMAGE_INDEXintent(in)  The ID of the destination remote
!                 image; must be a positive number.
!      DST_REFS   intent(in) The references on the remote array
!                 to store the data given by the source.
!                 Guaranteed to have at least one entry.
!      SRC_TOKEN  intent(in)  An opaque pointer identifying the
!                 source coarray.
!      SRC_IMAGE_INDEXintent(in)  The ID of the source remote image;
!                 must be a positive number.
!      SRC_REFS   intent(in) The references to apply to the
!                 remote structure to get the data.
!      DST_KIND   intent(in)  Kind of the destination argument
!      SRC_KIND   intent(in)  Kind of the source argument
!      MAY_REQUIRE_TMPintent(in)  The variable is `false' when it is
!                 known at compile time that the DEST and SRC
!                 either cannot overlap or overlap (fully or
!                 partially) such that walking SRC and DEST in
!                 element wise element order (honoring the
!                 stride value) will not lead to wrong results.
!                 Otherwise, the value is `true'.
!      DST_STAT   intent(out) when non-`NULL' give the result of
!                 the send-operation, i.e., zero on success and
!                 non-zero on error.  When `NULL' and an error
!                 occurs, then an error message is printed and
!                 the program is terminated.
!      SRC_STAT   intent(out) When non-`NULL' give the result of
!                 the get-operation, i.e., zero on success and
!                 non-zero on error.  When `NULL' and an error
!                 occurs, then an error message is printed and
!                 the program is terminated.
  
  _NOTES_
       It is permitted to have the same image index for both
       SRC_IMAGE_INDEX and DST_IMAGE_INDEX; the memory of the send-to and
       the send-from might (partially) overlap in that case.  The
       implementation has to take care that it handles this case, e.g.
!      using `memmove' which handles (partially) overlapping memory.  If
       MAY_REQUIRE_TMP is true, the library might additionally create a
       temporary variable, unless additional checks show that this is not
!      required (e.g. because walking backward is possible or because
!      both arrays are contiguous and `memmove' takes care of overlap
       issues).
  
       Note that the assignment of a scalar to an array is permitted.  In
!      addition, the library has to handle numeric-type conversion and
!      for strings, padding and different character kinds.
  
!      Because of the more complicated references possible some
!      operations may be unsupported by certain libraries.  The library
!      is expected to issue a precise error message why the operation is
!      not permitted.
  
  
  File: gfortran.info,  Node: _gfortran_caf_lock,  Next: _gfortran_caf_unlock,  Prev: _gfortran_caf_sendget_by_ref,  Up: Function ABI Documentation
  
! 8.2.17 `_gfortran_caf_lock' -- Locking a lock variable
  ------------------------------------------------------
  
  _Description_:
       Acquire a lock on the given image on a scalar locking variable or
       for the given array element for an array-valued variable.  If the
!      AQUIRED_LOCK is `NULL', the function returns after having obtained
!      the lock.  If it is non-`NULL', then ACQUIRED_LOCK is assigned the
       value true (one) when the lock could be obtained and false (zero)
       otherwise.  Locking a lock variable which has already been locked
       by the same image is an error.
  
  _Syntax_:
!      `void _gfortran_caf_lock (caf_token_t token, size_t index, int
       image_index, int *aquired_lock, int *stat, char *errmsg, int
       errmsg_len)'
  
  _Arguments_:
!      TOKEN      intent(in)  An opaque pointer identifying the
!                 coarray.
!      INDEX      intent(in)  Array index; first array index is
!                 0.  For scalars, it is always 0.
!      IMAGE_INDEXintent(in)  The ID of the remote image; must
!                 be a positive number.
!      AQUIRED_LOCKintent(out) If not NULL, it returns whether
!                 lock could be obtained.
!      STAT       intent(out) Stores the STAT=; may be NULL.
!      ERRMSG     intent(out) When an error occurs, this will be
!                 set to an error message; may be NULL.
!      ERRMSG_LEN intent(in)  the buffer size of errmsg
  
  _NOTES_
       This function is also called for critical blocks; for those, the
*************** _NOTES_
*** 5796,5826 ****
  
  File: gfortran.info,  Node: _gfortran_caf_unlock,  Next: _gfortran_caf_event_post,  Prev: _gfortran_caf_lock,  Up: Function ABI Documentation
  
! 8.2.18 '_gfortran_caf_lock' -- Unlocking a lock variable
  --------------------------------------------------------
  
  _Description_:
       Release a lock on the given image on a scalar locking variable or
       for the given array element for an array-valued variable.
!      Unlocking a lock variable which is unlocked or has been locked by a
!      different image is an error.
  
  _Syntax_:
!      'void _gfortran_caf_unlock (caf_token_t token, size_t index, int
       image_index, int *stat, char *errmsg, int errmsg_len)'
  
  _Arguments_:
!      TOKEN       intent(in) An opaque pointer identifying the
!                  coarray.
!      INDEX       intent(in) Array index; first array index is 0.
!                  For scalars, it is always 0.
!      IMAGE_INDEX intent(in) The ID of the remote image; must be a
!                  positive number.
!      STAT        intent(out) For allocatable coarrays, stores the
!                  STAT=; may be NULL.
!      ERRMSG      intent(out) When an error occurs, this will be
!                  set to an error message; may be NULL.
!      ERRMSG_LEN  intent(in) the buffer size of errmsg
  
  _NOTES_
       This function is also called for critical block; for those, the
--- 5851,5881 ----
  
  File: gfortran.info,  Node: _gfortran_caf_unlock,  Next: _gfortran_caf_event_post,  Prev: _gfortran_caf_lock,  Up: Function ABI Documentation
  
! 8.2.18 `_gfortran_caf_lock' -- Unlocking a lock variable
  --------------------------------------------------------
  
  _Description_:
       Release a lock on the given image on a scalar locking variable or
       for the given array element for an array-valued variable.
!      Unlocking a lock variable which is unlocked or has been locked by
!      a different image is an error.
  
  _Syntax_:
!      `void _gfortran_caf_unlock (caf_token_t token, size_t index, int
       image_index, int *stat, char *errmsg, int errmsg_len)'
  
  _Arguments_:
!      TOKEN      intent(in)  An opaque pointer identifying the
!                 coarray.
!      INDEX      intent(in)  Array index; first array index is
!                 0.  For scalars, it is always 0.
!      IMAGE_INDEXintent(in)  The ID of the remote image; must
!                 be a positive number.
!      STAT       intent(out) For allocatable coarrays, stores
!                 the STAT=; may be NULL.
!      ERRMSG     intent(out) When an error occurs, this will be
!                 set to an error message; may be NULL.
!      ERRMSG_LEN intent(in)  the buffer size of errmsg
  
  _NOTES_
       This function is also called for critical block; for those, the
*************** _NOTES_
*** 5831,5870 ****
  
  File: gfortran.info,  Node: _gfortran_caf_event_post,  Next: _gfortran_caf_event_wait,  Prev: _gfortran_caf_unlock,  Up: Function ABI Documentation
  
! 8.2.19 '_gfortran_caf_event_post' -- Post an event
  --------------------------------------------------
  
  _Description_:
       Increment the event count of the specified event variable.
  
  _Syntax_:
!      'void _gfortran_caf_event_post (caf_token_t token, size_t index,
       int image_index, int *stat, char *errmsg, int errmsg_len)'
  
  _Arguments_:
!      TOKEN       intent(in) An opaque pointer identifying the
!                  coarray.
!      INDEX       intent(in) Array index; first array index is 0.
!                  For scalars, it is always 0.
!      IMAGE_INDEX intent(in) The ID of the remote image; must be a
!                  positive number; zero indicates the current
!                  image, when accessed noncoindexed.
!      STAT        intent(out) Stores the STAT=; may be NULL.
!      ERRMSG      intent(out) When an error occurs, this will be
!                  set to an error message; may be NULL.
!      ERRMSG_LEN  intent(in) the buffer size of errmsg
  
  _NOTES_
       This acts like an atomic add of one to the remote image's event
!      variable.  The statement is an image-control statement but does not
!      imply sync memory.  Still, all preceeding push communications of
!      this image to the specified remote image have to be completed
!      before 'event_wait' on the remote image returns.
  
  
  File: gfortran.info,  Node: _gfortran_caf_event_wait,  Next: _gfortran_caf_event_query,  Prev: _gfortran_caf_event_post,  Up: Function ABI Documentation
  
! 8.2.20 '_gfortran_caf_event_wait' -- Wait that an event occurred
  ----------------------------------------------------------------
  
  _Description_:
--- 5886,5925 ----
  
  File: gfortran.info,  Node: _gfortran_caf_event_post,  Next: _gfortran_caf_event_wait,  Prev: _gfortran_caf_unlock,  Up: Function ABI Documentation
  
! 8.2.19 `_gfortran_caf_event_post' -- Post an event
  --------------------------------------------------
  
  _Description_:
       Increment the event count of the specified event variable.
  
  _Syntax_:
!      `void _gfortran_caf_event_post (caf_token_t token, size_t index,
       int image_index, int *stat, char *errmsg, int errmsg_len)'
  
  _Arguments_:
!      TOKEN      intent(in)  An opaque pointer identifying the
!                 coarray.
!      INDEX      intent(in)  Array index; first array index is
!                 0.  For scalars, it is always 0.
!      IMAGE_INDEXintent(in)  The ID of the remote image; must
!                 be a positive number; zero indicates the
!                 current image, when accessed noncoindexed.
!      STAT       intent(out)  Stores the STAT=; may be NULL.
!      ERRMSG     intent(out)  When an error occurs, this will
!                 be set to an error message; may be NULL.
!      ERRMSG_LEN intent(in)  the buffer size of errmsg
  
  _NOTES_
       This acts like an atomic add of one to the remote image's event
!      variable.  The statement is an image-control statement but does
!      not imply sync memory.  Still, all preceeding push communications
!      of this image to the specified remote image have to be completed
!      before `event_wait' on the remote image returns.
  
  
  File: gfortran.info,  Node: _gfortran_caf_event_wait,  Next: _gfortran_caf_event_query,  Prev: _gfortran_caf_event_post,  Up: Function ABI Documentation
  
! 8.2.20 `_gfortran_caf_event_wait' -- Wait that an event occurred
  ----------------------------------------------------------------
  
  _Description_:
*************** _Description_:
*** 5873,5938 ****
       amount and return.
  
  _Syntax_:
!      'void _gfortran_caf_event_wait (caf_token_t token, size_t index,
       int until_count, int *stat, char *errmsg, int errmsg_len)'
  
  _Arguments_:
!      TOKEN       intent(in) An opaque pointer identifying the
!                  coarray.
!      INDEX       intent(in) Array index; first array index is 0.
!                  For scalars, it is always 0.
!      UNTIL_COUNT intent(in) The number of events which have to be
!                  available before the function returns.
!      STAT        intent(out) Stores the STAT=; may be NULL.
!      ERRMSG      intent(out) When an error occurs, this will be
!                  set to an error message; may be NULL.
!      ERRMSG_LEN  intent(in) the buffer size of errmsg
  
  _NOTES_
!      This function only operates on a local coarray.  It acts like a
       loop checking atomically the value of the event variable, breaking
       if the value is greater or equal the requested number of counts.
       Before the function returns, the event variable has to be
       decremented by the requested UNTIL_COUNT value.  A possible
       implementation would be a busy loop for a certain number of spins
!      (possibly depending on the number of threads relative to the number
!      of available cores) followed by another waiting strategy such as a
!      sleeping wait (possibly with an increasing number of sleep time)
!      or, if possible, a futex wait.
  
!      The statement is an image-control statement but does not imply sync
!      memory.  Still, all preceeding push communications of this image to
!      the specified remote image have to be completed before 'event_wait'
!      on the remote image returns.
  
  
  File: gfortran.info,  Node: _gfortran_caf_event_query,  Next: _gfortran_caf_sync_all,  Prev: _gfortran_caf_event_wait,  Up: Function ABI Documentation
  
! 8.2.21 '_gfortran_caf_event_query' -- Query event count
  -------------------------------------------------------
  
  _Description_:
       Return the event count of the specified event variable.
  
  _Syntax_:
!      'void _gfortran_caf_event_query (caf_token_t token, size_t index,
       int image_index, int *count, int *stat)'
  
  _Arguments_:
!      TOKEN       intent(in) An opaque pointer identifying the
!                  coarray.
!      INDEX       intent(in) Array index; first array index is 0.
!                  For scalars, it is always 0.
!      IMAGE_INDEX intent(in) The ID of the remote image; must be a
!                  positive number; zero indicates the current
!                  image when accessed noncoindexed.
!      COUNT       intent(out) The number of events currently
!                  posted to the event variable.
!      STAT        intent(out) Stores the STAT=; may be NULL.
  
  _NOTES_
       The typical use is to check the local event variable to only call
!      'event_wait' when the data is available.  However, a coindexed
       variable is permitted; there is no ordering or synchronization
       implied.  It acts like an atomic fetch of the value of the event
       variable.
--- 5928,5993 ----
       amount and return.
  
  _Syntax_:
!      `void _gfortran_caf_event_wait (caf_token_t token, size_t index,
       int until_count, int *stat, char *errmsg, int errmsg_len)'
  
  _Arguments_:
!      TOKEN      intent(in)  An opaque pointer identifying the
!                 coarray.
!      INDEX      intent(in)  Array index; first array index is
!                 0.  For scalars, it is always 0.
!      UNTIL_COUNTintent(in)  The number of events which have to
!                 be available before the function returns.
!      STAT       intent(out)  Stores the STAT=; may be NULL.
!      ERRMSG     intent(out)  When an error occurs, this will
!                 be set to an error message; may be NULL.
!      ERRMSG_LEN intent(in)  the buffer size of errmsg
  
  _NOTES_
!      This function only operates on a local coarray. It acts like a
       loop checking atomically the value of the event variable, breaking
       if the value is greater or equal the requested number of counts.
       Before the function returns, the event variable has to be
       decremented by the requested UNTIL_COUNT value.  A possible
       implementation would be a busy loop for a certain number of spins
!      (possibly depending on the number of threads relative to the
!      number of available cores) followed by another waiting strategy
!      such as a sleeping wait (possibly with an increasing number of
!      sleep time) or, if possible, a futex wait.
  
!      The statement is an image-control statement but does not imply
!      sync memory.  Still, all preceeding push communications of this
!      image to the specified remote image have to be completed before
!      `event_wait' on the remote image returns.
  
  
  File: gfortran.info,  Node: _gfortran_caf_event_query,  Next: _gfortran_caf_sync_all,  Prev: _gfortran_caf_event_wait,  Up: Function ABI Documentation
  
! 8.2.21 `_gfortran_caf_event_query' -- Query event count
  -------------------------------------------------------
  
  _Description_:
       Return the event count of the specified event variable.
  
  _Syntax_:
!      `void _gfortran_caf_event_query (caf_token_t token, size_t index,
       int image_index, int *count, int *stat)'
  
  _Arguments_:
!      TOKEN      intent(in)  An opaque pointer identifying the
!                 coarray.
!      INDEX      intent(in)  Array index; first array index is
!                 0.  For scalars, it is always 0.
!      IMAGE_INDEXintent(in)  The ID of the remote image; must
!                 be a positive number; zero indicates the
!                 current image when accessed noncoindexed.
!      COUNT      intent(out)  The number of events currently
!                 posted to the event variable.
!      STAT       intent(out)  Stores the STAT=; may be NULL.
  
  _NOTES_
       The typical use is to check the local event variable to only call
!      `event_wait' when the data is available. However, a coindexed
       variable is permitted; there is no ordering or synchronization
       implied.  It acts like an atomic fetch of the value of the event
       variable.
*************** _NOTES_
*** 5940,6071 ****
  
  File: gfortran.info,  Node: _gfortran_caf_sync_all,  Next: _gfortran_caf_sync_images,  Prev: _gfortran_caf_event_query,  Up: Function ABI Documentation
  
! 8.2.22 '_gfortran_caf_sync_all' -- All-image barrier
  ----------------------------------------------------
  
  _Description_:
!      Synchronization of all images in the current team; the program only
!      continues on a given image after this function has been called on
!      all images of the current team.  Additionally, it ensures that all
!      pending data transfers of previous segment have completed.
  
  _Syntax_:
!      'void _gfortran_caf_sync_all (int *stat, char *errmsg, int
       errmsg_len)'
  
  _Arguments_:
!      STAT        intent(out) Stores the status STAT= and may be
!                  NULL.
!      ERRMSG      intent(out) When an error occurs, this will be
!                  set to an error message; may be NULL.
!      ERRMSG_LEN  intent(in) the buffer size of errmsg
  
  
  File: gfortran.info,  Node: _gfortran_caf_sync_images,  Next: _gfortran_caf_sync_memory,  Prev: _gfortran_caf_sync_all,  Up: Function ABI Documentation
  
! 8.2.23 '_gfortran_caf_sync_images' -- Barrier for selected images
  -----------------------------------------------------------------
  
  _Description_:
       Synchronization between the specified images; the program only
       continues on a given image after this function has been called on
!      all images specified for that image.  Note that one image can wait
!      for all other images in the current team (e.g.  via 'sync
       images(*)') while those only wait for that specific image.
!      Additionally, 'sync images' ensures that all pending data transfers
!      of previous segments have completed.
  
  _Syntax_:
!      'void _gfortran_caf_sync_images (int count, int images[], int
       *stat, char *errmsg, int errmsg_len)'
  
  _Arguments_:
!      COUNT       intent(in) The number of images which are
!                  provided in the next argument.  For a zero-sized
!                  array, the value is zero.  For 'sync images
!                  (*)', the value is -1.
!      IMAGES      intent(in) An array with the images provided by
!                  the user.  If COUNT is zero, a NULL pointer is
!                  passed.
!      STAT        intent(out) Stores the status STAT= and may be
!                  NULL.
!      ERRMSG      intent(out) When an error occurs, this will be
!                  set to an error message; may be NULL.
!      ERRMSG_LEN  intent(in) the buffer size of errmsg
  
  
  File: gfortran.info,  Node: _gfortran_caf_sync_memory,  Next: _gfortran_caf_error_stop,  Prev: _gfortran_caf_sync_images,  Up: Function ABI Documentation
  
! 8.2.24 '_gfortran_caf_sync_memory' -- Wait for completion of segment-memory operations
  --------------------------------------------------------------------------------------
  
  _Description_:
!      Acts as optimization barrier between different segments.  It also
       ensures that all pending memory operations of this image have been
       completed.
  
  _Syntax_:
!      'void _gfortran_caf_sync_memory (int *stat, char *errmsg, int
       errmsg_len)'
  
  _Arguments_:
!      STAT        intent(out) Stores the status STAT= and may be
!                  NULL.
!      ERRMSG      intent(out) When an error occurs, this will be
!                  set to an error message; may be NULL.
!      ERRMSG_LEN  intent(in) the buffer size of errmsg
  
  _NOTE_ A simple implementation could be
!      '__asm__ __volatile__ ("":::"memory")' to prevent code movements.
  
  
  File: gfortran.info,  Node: _gfortran_caf_error_stop,  Next: _gfortran_caf_error_stop_str,  Prev: _gfortran_caf_sync_memory,  Up: Function ABI Documentation
  
! 8.2.25 '_gfortran_caf_error_stop' -- Error termination with exit code
  ---------------------------------------------------------------------
  
  _Description_:
!      Invoked for an 'ERROR STOP' statement which has an integer
       argument.  The function should terminate the program with the
       specified exit code.
  
  _Syntax_:
!      'void _gfortran_caf_error_stop (int32_t error)'
  
  _Arguments_:
!      ERROR       intent(in) The exit status to be used.
  
  
  File: gfortran.info,  Node: _gfortran_caf_error_stop_str,  Next: _gfortran_caf_fail_image,  Prev: _gfortran_caf_error_stop,  Up: Function ABI Documentation
  
! 8.2.26 '_gfortran_caf_error_stop_str' -- Error termination with string
  ----------------------------------------------------------------------
  
  _Description_:
!      Invoked for an 'ERROR STOP' statement which has a string as
       argument.  The function should terminate the program with a
       nonzero-exit code.
  
  _Syntax_:
!      'void _gfortran_caf_error_stop (const char *string, int32_t len)'
  
  _Arguments_:
!      STRING      intent(in) the error message (not zero
!                  terminated)
!      LEN         intent(in) the length of the string
  
  
  File: gfortran.info,  Node: _gfortran_caf_fail_image,  Next: _gfortran_caf_atomic_define,  Prev: _gfortran_caf_error_stop_str,  Up: Function ABI Documentation
  
! 8.2.27 '_gfortran_caf_fail_image' -- Mark the image failed and end its execution
  --------------------------------------------------------------------------------
  
  _Description_:
!      Invoked for an 'FAIL IMAGE' statement.  The function should
       terminate the current image.
  
  _Syntax_:
!      'void _gfortran_caf_fail_image ()'
  
  _NOTES_
       This function follows TS18508.
--- 5995,6127 ----
  
  File: gfortran.info,  Node: _gfortran_caf_sync_all,  Next: _gfortran_caf_sync_images,  Prev: _gfortran_caf_event_query,  Up: Function ABI Documentation
  
! 8.2.22 `_gfortran_caf_sync_all' -- All-image barrier
  ----------------------------------------------------
  
  _Description_:
!      Synchronization of all images in the current team; the program
!      only continues on a given image after this function has been
!      called on all images of the current team.  Additionally, it
!      ensures that all pending data transfers of previous segment have
!      completed.
  
  _Syntax_:
!      `void _gfortran_caf_sync_all (int *stat, char *errmsg, int
       errmsg_len)'
  
  _Arguments_:
!      STAT       intent(out)  Stores the status STAT= and may
!                 be NULL.
!      ERRMSG     intent(out)  When an error occurs, this will
!                 be set to an error message; may be NULL.
!      ERRMSG_LEN intent(in)  the buffer size of errmsg
  
  
  File: gfortran.info,  Node: _gfortran_caf_sync_images,  Next: _gfortran_caf_sync_memory,  Prev: _gfortran_caf_sync_all,  Up: Function ABI Documentation
  
! 8.2.23 `_gfortran_caf_sync_images' -- Barrier for selected images
  -----------------------------------------------------------------
  
  _Description_:
       Synchronization between the specified images; the program only
       continues on a given image after this function has been called on
!      all images specified for that image. Note that one image can wait
!      for all other images in the current team (e.g. via `sync
       images(*)') while those only wait for that specific image.
!      Additionally, `sync images' ensures that all pending data
!      transfers of previous segments have completed.
  
  _Syntax_:
!      `void _gfortran_caf_sync_images (int count, int images[], int
       *stat, char *errmsg, int errmsg_len)'
  
  _Arguments_:
!      COUNT      intent(in)  The number of images which are
!                 provided in the next argument.  For a
!                 zero-sized array, the value is zero.  For
!                 `sync images (*)', the value is -1.
!      IMAGES     intent(in)  An array with the images provided
!                 by the user.  If COUNT is zero, a NULL pointer
!                 is passed.
!      STAT       intent(out)  Stores the status STAT= and may
!                 be NULL.
!      ERRMSG     intent(out)  When an error occurs, this will
!                 be set to an error message; may be NULL.
!      ERRMSG_LEN intent(in)  the buffer size of errmsg
  
  
  File: gfortran.info,  Node: _gfortran_caf_sync_memory,  Next: _gfortran_caf_error_stop,  Prev: _gfortran_caf_sync_images,  Up: Function ABI Documentation
  
! 8.2.24 `_gfortran_caf_sync_memory' -- Wait for completion of segment-memory operations
  --------------------------------------------------------------------------------------
  
  _Description_:
!      Acts as optimization barrier between different segments. It also
       ensures that all pending memory operations of this image have been
       completed.
  
  _Syntax_:
!      `void _gfortran_caf_sync_memory (int *stat, char *errmsg, int
       errmsg_len)'
  
  _Arguments_:
!      STAT       intent(out)  Stores the status STAT= and may
!                 be NULL.
!      ERRMSG     intent(out)  When an error occurs, this will
!                 be set to an error message; may be NULL.
!      ERRMSG_LEN intent(in)  the buffer size of errmsg
  
  _NOTE_ A simple implementation could be
!      `__asm__ __volatile__ ("":::"memory")' to prevent code movements.
  
  
  File: gfortran.info,  Node: _gfortran_caf_error_stop,  Next: _gfortran_caf_error_stop_str,  Prev: _gfortran_caf_sync_memory,  Up: Function ABI Documentation
  
! 8.2.25 `_gfortran_caf_error_stop' -- Error termination with exit code
  ---------------------------------------------------------------------
  
  _Description_:
!      Invoked for an `ERROR STOP' statement which has an integer
       argument.  The function should terminate the program with the
       specified exit code.
  
  _Syntax_:
!      `void _gfortran_caf_error_stop (int32_t error)'
  
  _Arguments_:
!      ERROR      intent(in)  The exit status to be used.
  
  
  File: gfortran.info,  Node: _gfortran_caf_error_stop_str,  Next: _gfortran_caf_fail_image,  Prev: _gfortran_caf_error_stop,  Up: Function ABI Documentation
  
! 8.2.26 `_gfortran_caf_error_stop_str' -- Error termination with string
  ----------------------------------------------------------------------
  
  _Description_:
!      Invoked for an `ERROR STOP' statement which has a string as
       argument.  The function should terminate the program with a
       nonzero-exit code.
  
  _Syntax_:
!      `void _gfortran_caf_error_stop (const char *string, int32_t len)'
  
  _Arguments_:
!      STRING     intent(in)  the error message (not zero
!                 terminated)
!      LEN        intent(in)  the length of the string
  
  
  File: gfortran.info,  Node: _gfortran_caf_fail_image,  Next: _gfortran_caf_atomic_define,  Prev: _gfortran_caf_error_stop_str,  Up: Function ABI Documentation
  
! 8.2.27 `_gfortran_caf_fail_image' -- Mark the image failed and end its execution
  --------------------------------------------------------------------------------
  
  _Description_:
!      Invoked for an `FAIL IMAGE' statement.  The function should
       terminate the current image.
  
  _Syntax_:
!      `void _gfortran_caf_fail_image ()'
  
  _NOTES_
       This function follows TS18508.
*************** _NOTES_
*** 6073,6110 ****
  
  File: gfortran.info,  Node: _gfortran_caf_atomic_define,  Next: _gfortran_caf_atomic_ref,  Prev: _gfortran_caf_fail_image,  Up: Function ABI Documentation
  
! 8.2.28 '_gfortran_caf_atomic_define' -- Atomic variable assignment
  ------------------------------------------------------------------
  
  _Description_:
       Assign atomically a value to an integer or logical variable.
  
  _Syntax_:
!      'void _gfortran_caf_atomic_define (caf_token_t token, size_t
       offset, int image_index, void *value, int *stat, int type, int
       kind)'
  
  _Arguments_:
!      TOKEN       intent(in) An opaque pointer identifying the
!                  coarray.
!      OFFSET      intent(in) By which amount of bytes the actual
!                  data is shifted compared to the base address of
!                  the coarray.
!      IMAGE_INDEX intent(in) The ID of the remote image; must be a
!                  positive number; zero indicates the current
!                  image when used noncoindexed.
!      VALUE       intent(in) the value to be assigned, passed by
!                  reference
!      STAT        intent(out) Stores the status STAT= and may be
!                  NULL.
!      TYPE        intent(in) The data type, i.e.  'BT_INTEGER' (1)
!                  or 'BT_LOGICAL' (2).
!      KIND        intent(in) The kind value (only 4; always 'int')
  
  
  File: gfortran.info,  Node: _gfortran_caf_atomic_ref,  Next: _gfortran_caf_atomic_cas,  Prev: _gfortran_caf_atomic_define,  Up: Function ABI Documentation
  
! 8.2.29 '_gfortran_caf_atomic_ref' -- Atomic variable reference
  --------------------------------------------------------------
  
  _Description_:
--- 6129,6167 ----
  
  File: gfortran.info,  Node: _gfortran_caf_atomic_define,  Next: _gfortran_caf_atomic_ref,  Prev: _gfortran_caf_fail_image,  Up: Function ABI Documentation
  
! 8.2.28 `_gfortran_caf_atomic_define' -- Atomic variable assignment
  ------------------------------------------------------------------
  
  _Description_:
       Assign atomically a value to an integer or logical variable.
  
  _Syntax_:
!      `void _gfortran_caf_atomic_define (caf_token_t token, size_t
       offset, int image_index, void *value, int *stat, int type, int
       kind)'
  
  _Arguments_:
!      TOKEN      intent(in)  An opaque pointer identifying the
!                 coarray.
!      OFFSET     intent(in)  By which amount of bytes the
!                 actual data is shifted compared to the base
!                 address of the coarray.
!      IMAGE_INDEXintent(in)  The ID of the remote image; must
!                 be a positive number; zero indicates the
!                 current image when used noncoindexed.
!      VALUE      intent(in)  the value to be assigned, passed
!                 by reference
!      STAT       intent(out)  Stores the status STAT= and may
!                 be NULL.
!      TYPE       intent(in)  The data type, i.e. `BT_INTEGER'
!                 (1) or `BT_LOGICAL' (2).
!      KIND       intent(in)  The kind value (only 4; always
!                 `int')
  
  
  File: gfortran.info,  Node: _gfortran_caf_atomic_ref,  Next: _gfortran_caf_atomic_cas,  Prev: _gfortran_caf_atomic_define,  Up: Function ABI Documentation
  
! 8.2.29 `_gfortran_caf_atomic_ref' -- Atomic variable reference
  --------------------------------------------------------------
  
  _Description_:
*************** _Description_:
*** 6112,6141 ****
       variable.
  
  _Syntax_:
!      'void _gfortran_caf_atomic_ref (caf_token_t token, size_t offset,
       int image_index, void *value, int *stat, int type, int kind)'
  
  _Arguments_:
!      TOKEN       intent(in) An opaque pointer identifying the
!                  coarray.
!      OFFSET      intent(in) By which amount of bytes the actual
!                  data is shifted compared to the base address of
!                  the coarray.
!      IMAGE_INDEX intent(in) The ID of the remote image; must be a
!                  positive number; zero indicates the current
!                  image when used noncoindexed.
!      VALUE       intent(out) The variable assigned the atomically
!                  referenced variable.
!      STAT        intent(out) Stores the status STAT= and may be
!                  NULL.
!      TYPE        the data type, i.e.  'BT_INTEGER' (1) or
!                  'BT_LOGICAL' (2).
!      KIND        The kind value (only 4; always 'int')
  
  
  File: gfortran.info,  Node: _gfortran_caf_atomic_cas,  Next: _gfortran_caf_atomic_op,  Prev: _gfortran_caf_atomic_ref,  Up: Function ABI Documentation
  
! 8.2.30 '_gfortran_caf_atomic_cas' -- Atomic compare and swap
  ------------------------------------------------------------
  
  _Description_:
--- 6169,6198 ----
       variable.
  
  _Syntax_:
!      `void _gfortran_caf_atomic_ref (caf_token_t token, size_t offset,
       int image_index, void *value, int *stat, int type, int kind)'
  
  _Arguments_:
!      TOKEN      intent(in)  An opaque pointer identifying the
!                 coarray.
!      OFFSET     intent(in)  By which amount of bytes the
!                 actual data is shifted compared to the base
!                 address of the coarray.
!      IMAGE_INDEXintent(in)  The ID of the remote image; must
!                 be a positive number; zero indicates the
!                 current image when used noncoindexed.
!      VALUE      intent(out)  The variable assigned the
!                 atomically referenced variable.
!      STAT       intent(out) Stores the status STAT= and may be
!                 NULL.
!      TYPE       the data type, i.e. `BT_INTEGER' (1) or
!                 `BT_LOGICAL' (2).
!      KIND       The kind value (only 4; always `int')
  
  
  File: gfortran.info,  Node: _gfortran_caf_atomic_cas,  Next: _gfortran_caf_atomic_op,  Prev: _gfortran_caf_atomic_ref,  Up: Function ABI Documentation
  
! 8.2.30 `_gfortran_caf_atomic_cas' -- Atomic compare and swap
  ------------------------------------------------------------
  
  _Description_:
*************** _Description_:
*** 6144,6321 ****
       the latter has the value specified by the passed condition value.
  
  _Syntax_:
!      'void _gfortran_caf_atomic_cas (caf_token_t token, size_t offset,
       int image_index, void *old, void *compare, void *new_val, int
       *stat, int type, int kind)'
  
  _Arguments_:
!      TOKEN       intent(in) An opaque pointer identifying the
!                  coarray.
!      OFFSET      intent(in) By which amount of bytes the actual
!                  data is shifted compared to the base address of
!                  the coarray.
!      IMAGE_INDEX intent(in) The ID of the remote image; must be a
!                  positive number; zero indicates the current
!                  image when used noncoindexed.
!      OLD         intent(out) The value which the atomic variable
!                  had just before the cas operation.
!      COMPARE     intent(in) The value used for comparision.
!      NEW_VAL     intent(in) The new value for the atomic
!                  variable, assigned to the atomic variable, if
!                  'compare' equals the value of the atomic
!                  variable.
!      STAT        intent(out) Stores the status STAT= and may be
!                  NULL.
!      TYPE        intent(in) the data type, i.e.  'BT_INTEGER' (1)
!                  or 'BT_LOGICAL' (2).
!      KIND        intent(in) The kind value (only 4; always 'int')
  
  
  File: gfortran.info,  Node: _gfortran_caf_atomic_op,  Next: _gfortran_caf_co_broadcast,  Prev: _gfortran_caf_atomic_cas,  Up: Function ABI Documentation
  
! 8.2.31 '_gfortran_caf_atomic_op' -- Atomic operation
  ----------------------------------------------------
  
  _Description_:
       Apply an operation atomically to an atomic integer or logical
       variable.  After the operation, OLD contains the value just before
       the operation, which, respectively, adds (GFC_CAF_ATOMIC_ADD)
!      atomically the 'value' to the atomic integer variable or does a
       bitwise AND, OR or exclusive OR between the atomic variable and
       VALUE; the result is then stored in the atomic variable.
  
  _Syntax_:
!      'void _gfortran_caf_atomic_op (int op, caf_token_t token, size_t
       offset, int image_index, void *value, void *old, int *stat, int
       type, int kind)'
  
  _Arguments_:
!      OP          intent(in) the operation to be performed;
!                  possible values 'GFC_CAF_ATOMIC_ADD' (1),
!                  'GFC_CAF_ATOMIC_AND' (2), 'GFC_CAF_ATOMIC_OR'
!                  (3), 'GFC_CAF_ATOMIC_XOR' (4).
!      TOKEN       intent(in) An opaque pointer identifying the
!                  coarray.
!      OFFSET      intent(in) By which amount of bytes the actual
!                  data is shifted compared to the base address of
!                  the coarray.
!      IMAGE_INDEX intent(in) The ID of the remote image; must be a
!                  positive number; zero indicates the current
!                  image when used noncoindexed.
!      OLD         intent(out) The value which the atomic variable
!                  had just before the atomic operation.
!      VAL         intent(in) The new value for the atomic
!                  variable, assigned to the atomic variable, if
!                  'compare' equals the value of the atomic
!                  variable.
!      STAT        intent(out) Stores the status STAT= and may be
!                  NULL.
!      TYPE        intent(in) the data type, i.e.  'BT_INTEGER' (1)
!                  or 'BT_LOGICAL' (2)
!      KIND        intent(in) the kind value (only 4; always 'int')
  
  
  File: gfortran.info,  Node: _gfortran_caf_co_broadcast,  Next: _gfortran_caf_co_max,  Prev: _gfortran_caf_atomic_op,  Up: Function ABI Documentation
  
! 8.2.32 '_gfortran_caf_co_broadcast' -- Sending data to all images
  -----------------------------------------------------------------
  
  _Description_:
       Distribute a value from a given image to all other images in the
!      team.  Has to be called collectively.
  
  _Syntax_:
!      'void _gfortran_caf_co_broadcast (gfc_descriptor_t *a, int
       source_image, int *stat, char *errmsg, int errmsg_len)'
  
  _Arguments_:
!      A           intent(inout) An array descriptor with the data
!                  to be broadcasted (on SOURCE_IMAGE) or to be
!                  received (other images).
!      SOURCE_IMAGEintent(in) The ID of the image from which the
!                  data should be broadcasted.
!      STAT        intent(out) Stores the status STAT= and may be
!                  NULL.
!      ERRMSG      intent(out) When an error occurs, this will be
!                  set to an error message; may be NULL.
!      ERRMSG_LEN  intent(in) the buffer size of errmsg.
  
  
  File: gfortran.info,  Node: _gfortran_caf_co_max,  Next: _gfortran_caf_co_min,  Prev: _gfortran_caf_co_broadcast,  Up: Function ABI Documentation
  
! 8.2.33 '_gfortran_caf_co_max' -- Collective maximum reduction
  -------------------------------------------------------------
  
  _Description_:
       Calculates for each array element of the variable A the maximum
       value for that element in the current team; if RESULT_IMAGE has the
       value 0, the result shall be stored on all images, otherwise, only
!      on the specified image.  This function operates on numeric values
       and character strings.
  
  _Syntax_:
!      'void _gfortran_caf_co_max (gfc_descriptor_t *a, int result_image,
       int *stat, char *errmsg, int a_len, int errmsg_len)'
  
  _Arguments_:
!      A           intent(inout) An array descriptor for the data
!                  to be processed.  On the destination image(s)
!                  the result overwrites the old content.
!      RESULT_IMAGEintent(in) The ID of the image to which the
!                  reduced value should be copied to; if zero, it
!                  has to be copied to all images.
!      STAT        intent(out) Stores the status STAT= and may be
!                  NULL.
!      ERRMSG      intent(out) When an error occurs, this will be
!                  set to an error message; may be NULL.
!      A_LEN       intent(in) the string length of argument A
!      ERRMSG_LEN  intent(in) the buffer size of errmsg
  
  _NOTES_
       If RESULT_IMAGE is nonzero, the data in the array descriptor A on
!      all images except of the specified one become undefined; hence, the
!      library may make use of this.
  
  
  File: gfortran.info,  Node: _gfortran_caf_co_min,  Next: _gfortran_caf_co_sum,  Prev: _gfortran_caf_co_max,  Up: Function ABI Documentation
  
! 8.2.34 '_gfortran_caf_co_min' -- Collective minimum reduction
  -------------------------------------------------------------
  
  _Description_:
       Calculates for each array element of the variable A the minimum
       value for that element in the current team; if RESULT_IMAGE has the
       value 0, the result shall be stored on all images, otherwise, only
!      on the specified image.  This function operates on numeric values
       and character strings.
  
  _Syntax_:
!      'void _gfortran_caf_co_min (gfc_descriptor_t *a, int result_image,
       int *stat, char *errmsg, int a_len, int errmsg_len)'
  
  _Arguments_:
!      A           intent(inout) An array descriptor for the data
!                  to be processed.  On the destination image(s)
!                  the result overwrites the old content.
!      RESULT_IMAGEintent(in) The ID of the image to which the
!                  reduced value should be copied to; if zero, it
!                  has to be copied to all images.
!      STAT        intent(out) Stores the status STAT= and may be
!                  NULL.
!      ERRMSG      intent(out) When an error occurs, this will be
!                  set to an error message; may be NULL.
!      A_LEN       intent(in) the string length of argument A
!      ERRMSG_LEN  intent(in) the buffer size of errmsg
  
  _NOTES_
       If RESULT_IMAGE is nonzero, the data in the array descriptor A on
!      all images except of the specified one become undefined; hence, the
!      library may make use of this.
  
  
  File: gfortran.info,  Node: _gfortran_caf_co_sum,  Next: _gfortran_caf_co_reduce,  Prev: _gfortran_caf_co_min,  Up: Function ABI Documentation
  
! 8.2.35 '_gfortran_caf_co_sum' -- Collective summing reduction
  -------------------------------------------------------------
  
  _Description_:
--- 6201,6380 ----
       the latter has the value specified by the passed condition value.
  
  _Syntax_:
!      `void _gfortran_caf_atomic_cas (caf_token_t token, size_t offset,
       int image_index, void *old, void *compare, void *new_val, int
       *stat, int type, int kind)'
  
  _Arguments_:
!      TOKEN      intent(in)  An opaque pointer identifying the
!                 coarray.
!      OFFSET     intent(in)  By which amount of bytes the
!                 actual data is shifted compared to the base
!                 address of the coarray.
!      IMAGE_INDEXintent(in)  The ID of the remote image; must
!                 be a positive number; zero indicates the
!                 current image when used noncoindexed.
!      OLD        intent(out)  The value which the atomic
!                 variable had just before the cas operation.
!      COMPARE    intent(in)  The value used for comparision.
!      NEW_VAL    intent(in)  The new value for the atomic
!                 variable, assigned to the atomic variable, if
!                 `compare' equals the value of the atomic
!                 variable.
!      STAT       intent(out)  Stores the status STAT= and may
!                 be NULL.
!      TYPE       intent(in)  the data type, i.e. `BT_INTEGER'
!                 (1) or `BT_LOGICAL' (2).
!      KIND       intent(in)  The kind value (only 4; always
!                 `int')
  
  
  File: gfortran.info,  Node: _gfortran_caf_atomic_op,  Next: _gfortran_caf_co_broadcast,  Prev: _gfortran_caf_atomic_cas,  Up: Function ABI Documentation
  
! 8.2.31 `_gfortran_caf_atomic_op' -- Atomic operation
  ----------------------------------------------------
  
  _Description_:
       Apply an operation atomically to an atomic integer or logical
       variable.  After the operation, OLD contains the value just before
       the operation, which, respectively, adds (GFC_CAF_ATOMIC_ADD)
!      atomically the `value' to the atomic integer variable or does a
       bitwise AND, OR or exclusive OR between the atomic variable and
       VALUE; the result is then stored in the atomic variable.
  
  _Syntax_:
!      `void _gfortran_caf_atomic_op (int op, caf_token_t token, size_t
       offset, int image_index, void *value, void *old, int *stat, int
       type, int kind)'
  
  _Arguments_:
!      OP         intent(in)  the operation to be performed;
!                 possible values `GFC_CAF_ATOMIC_ADD' (1),
!                 `GFC_CAF_ATOMIC_AND' (2), `GFC_CAF_ATOMIC_OR'
!                 (3), `GFC_CAF_ATOMIC_XOR' (4).
!      TOKEN      intent(in)  An opaque pointer identifying the
!                 coarray.
!      OFFSET     intent(in)  By which amount of bytes the
!                 actual data is shifted compared to the base
!                 address of the coarray.
!      IMAGE_INDEXintent(in)  The ID of the remote image; must
!                 be a positive number; zero indicates the
!                 current image when used noncoindexed.
!      OLD        intent(out)  The value which the atomic
!                 variable had just before the atomic operation.
!      VAL        intent(in)  The new value for the atomic
!                 variable, assigned to the atomic variable, if
!                 `compare' equals the value of the atomic
!                 variable.
!      STAT       intent(out)  Stores the status STAT= and may
!                 be NULL.
!      TYPE       intent(in)  the data type, i.e. `BT_INTEGER'
!                 (1) or `BT_LOGICAL' (2)
!      KIND       intent(in)  the kind value (only 4; always
!                 `int')
  
  
  File: gfortran.info,  Node: _gfortran_caf_co_broadcast,  Next: _gfortran_caf_co_max,  Prev: _gfortran_caf_atomic_op,  Up: Function ABI Documentation
  
! 8.2.32 `_gfortran_caf_co_broadcast' -- Sending data to all images
  -----------------------------------------------------------------
  
  _Description_:
       Distribute a value from a given image to all other images in the
!      team. Has to be called collectively.
  
  _Syntax_:
!      `void _gfortran_caf_co_broadcast (gfc_descriptor_t *a, int
       source_image, int *stat, char *errmsg, int errmsg_len)'
  
  _Arguments_:
!      A          intent(inout)  An array descriptor with the
!                 data to be broadcasted (on SOURCE_IMAGE) or to
!                 be received (other images).
!      SOURCE_IMAGEintent(in)  The ID of the image from which the
!                 data should be broadcasted.
!      STAT       intent(out)  Stores the status STAT= and may
!                 be NULL.
!      ERRMSG     intent(out)  When an error occurs, this will
!                 be set to an error message; may be NULL.
!      ERRMSG_LEN intent(in)  the buffer size of errmsg.
  
  
  File: gfortran.info,  Node: _gfortran_caf_co_max,  Next: _gfortran_caf_co_min,  Prev: _gfortran_caf_co_broadcast,  Up: Function ABI Documentation
  
! 8.2.33 `_gfortran_caf_co_max' -- Collective maximum reduction
  -------------------------------------------------------------
  
  _Description_:
       Calculates for each array element of the variable A the maximum
       value for that element in the current team; if RESULT_IMAGE has the
       value 0, the result shall be stored on all images, otherwise, only
!      on the specified image. This function operates on numeric values
       and character strings.
  
  _Syntax_:
!      `void _gfortran_caf_co_max (gfc_descriptor_t *a, int result_image,
       int *stat, char *errmsg, int a_len, int errmsg_len)'
  
  _Arguments_:
!      A          intent(inout)  An array descriptor for the
!                 data to be processed.  On the destination
!                 image(s) the result overwrites the old content.
!      RESULT_IMAGEintent(in)  The ID of the image to which the
!                 reduced value should be copied to; if zero, it
!                 has to be copied to all images.
!      STAT       intent(out)  Stores the status STAT= and may
!                 be NULL.
!      ERRMSG     intent(out)  When an error occurs, this will
!                 be set to an error message; may be NULL.
!      A_LEN      intent(in)  the string length of argument A
!      ERRMSG_LEN intent(in)  the buffer size of errmsg
  
  _NOTES_
       If RESULT_IMAGE is nonzero, the data in the array descriptor A on
!      all images except of the specified one become undefined; hence,
!      the library may make use of this.
  
  
  File: gfortran.info,  Node: _gfortran_caf_co_min,  Next: _gfortran_caf_co_sum,  Prev: _gfortran_caf_co_max,  Up: Function ABI Documentation
  
! 8.2.34 `_gfortran_caf_co_min' -- Collective minimum reduction
  -------------------------------------------------------------
  
  _Description_:
       Calculates for each array element of the variable A the minimum
       value for that element in the current team; if RESULT_IMAGE has the
       value 0, the result shall be stored on all images, otherwise, only
!      on the specified image. This function operates on numeric values
       and character strings.
  
  _Syntax_:
!      `void _gfortran_caf_co_min (gfc_descriptor_t *a, int result_image,
       int *stat, char *errmsg, int a_len, int errmsg_len)'
  
  _Arguments_:
!      A          intent(inout)  An array descriptor for the
!                 data to be processed.  On the destination
!                 image(s) the result overwrites the old content.
!      RESULT_IMAGEintent(in)  The ID of the image to which the
!                 reduced value should be copied to; if zero, it
!                 has to be copied to all images.
!      STAT       intent(out)  Stores the status STAT= and may
!                 be NULL.
!      ERRMSG     intent(out)  When an error occurs, this will
!                 be set to an error message; may be NULL.
!      A_LEN      intent(in)  the string length of argument A
!      ERRMSG_LEN intent(in)  the buffer size of errmsg
  
  _NOTES_
       If RESULT_IMAGE is nonzero, the data in the array descriptor A on
!      all images except of the specified one become undefined; hence,
!      the library may make use of this.
  
  
  File: gfortran.info,  Node: _gfortran_caf_co_sum,  Next: _gfortran_caf_co_reduce,  Prev: _gfortran_caf_co_min,  Up: Function ABI Documentation
  
! 8.2.35 `_gfortran_caf_co_sum' -- Collective summing reduction
  -------------------------------------------------------------
  
  _Description_:
*************** _Description_:
*** 6326,6356 ****
       values only.
  
  _Syntax_:
!      'void _gfortran_caf_co_sum (gfc_descriptor_t *a, int result_image,
       int *stat, char *errmsg, int errmsg_len)'
  
  _Arguments_:
!      A           intent(inout) An array descriptor with the data
!                  to be processed.  On the destination image(s)
!                  the result overwrites the old content.
!      RESULT_IMAGEintent(in) The ID of the image to which the
!                  reduced value should be copied to; if zero, it
!                  has to be copied to all images.
!      STAT        intent(out) Stores the status STAT= and may be
!                  NULL.
!      ERRMSG      intent(out) When an error occurs, this will be
!                  set to an error message; may be NULL.
!      ERRMSG_LEN  intent(in) the buffer size of errmsg
  
  _NOTES_
       If RESULT_IMAGE is nonzero, the data in the array descriptor A on
!      all images except of the specified one become undefined; hence, the
!      library may make use of this.
  
  
  File: gfortran.info,  Node: _gfortran_caf_co_reduce,  Prev: _gfortran_caf_co_sum,  Up: Function ABI Documentation
  
! 8.2.36 '_gfortran_caf_co_reduce' -- Generic collective reduction
  ----------------------------------------------------------------
  
  _Description_:
--- 6385,6415 ----
       values only.
  
  _Syntax_:
!      `void _gfortran_caf_co_sum (gfc_descriptor_t *a, int result_image,
       int *stat, char *errmsg, int errmsg_len)'
  
  _Arguments_:
!      A          intent(inout)  An array descriptor with the
!                 data to be processed.  On the destination
!                 image(s) the result overwrites the old content.
!      RESULT_IMAGEintent(in)  The ID of the image to which the
!                 reduced value should be copied to; if zero, it
!                 has to be copied to all images.
!      STAT       intent(out)  Stores the status STAT= and may
!                 be NULL.
!      ERRMSG     intent(out)  When an error occurs, this will
!                 be set to an error message; may be NULL.
!      ERRMSG_LEN intent(in)  the buffer size of errmsg
  
  _NOTES_
       If RESULT_IMAGE is nonzero, the data in the array descriptor A on
!      all images except of the specified one become undefined; hence,
!      the library may make use of this.
  
  
  File: gfortran.info,  Node: _gfortran_caf_co_reduce,  Prev: _gfortran_caf_co_sum,  Up: Function ABI Documentation
  
! 8.2.36 `_gfortran_caf_co_reduce' -- Generic collective reduction
  ----------------------------------------------------------------
  
  _Description_:
*************** _Description_:
*** 6361,6400 ****
       mathematically commutative and associative operation.
  
       The OPR_FLAGS denote the following; the values are bitwise ored.
!      'GFC_CAF_BYREF' (1) if the result should be returned by reference;
!      'GFC_CAF_HIDDENLEN' (2) whether the result and argument string
!      lengths shall be specified as hidden arguments; 'GFC_CAF_ARG_VALUE'
!      (4) whether the arguments shall be passed by value,
!      'GFC_CAF_ARG_DESC' (8) whether the arguments shall be passed by
!      descriptor.
  
  _Syntax_:
!      'void _gfortran_caf_co_reduce (gfc_descriptor_t *a, void * (*opr)
       (void *, void *), int opr_flags, int result_image, int *stat, char
       *errmsg, int a_len, int errmsg_len)'
  
  _Arguments_:
!      A           intent(inout) An array descriptor with the data
!                  to be processed.  On the destination image(s)
!                  the result overwrites the old content.
!      OPR         intent(in) Function pointer to the reduction
!                  function
!      OPR_FLAGS   intent(in) Flags regarding the reduction
!                  function
!      RESULT_IMAGEintent(in) The ID of the image to which the
!                  reduced value should be copied to; if zero, it
!                  has to be copied to all images.
!      STAT        intent(out) Stores the status STAT= and may be
!                  NULL.
!      ERRMSG      intent(out) When an error occurs, this will be
!                  set to an error message; may be NULL.
!      A_LEN       intent(in) the string length of argument A
!      ERRMSG_LEN  intent(in) the buffer size of errmsg
  
  _NOTES_
       If RESULT_IMAGE is nonzero, the data in the array descriptor A on
!      all images except of the specified one become undefined; hence, the
!      library may make use of this.
  
       For character arguments, the result is passed as first argument,
       followed by the result string length, next come the two string
--- 6420,6459 ----
       mathematically commutative and associative operation.
  
       The OPR_FLAGS denote the following; the values are bitwise ored.
!      `GFC_CAF_BYREF' (1) if the result should be returned by reference;
!      `GFC_CAF_HIDDENLEN' (2) whether the result and argument string
!      lengths shall be specified as hidden arguments;
!      `GFC_CAF_ARG_VALUE' (4) whether the arguments shall be passed by
!      value, `GFC_CAF_ARG_DESC' (8) whether the arguments shall be
!      passed by descriptor.
  
  _Syntax_:
!      `void _gfortran_caf_co_reduce (gfc_descriptor_t *a, void * (*opr)
       (void *, void *), int opr_flags, int result_image, int *stat, char
       *errmsg, int a_len, int errmsg_len)'
  
  _Arguments_:
!      A          intent(inout)  An array descriptor with the
!                 data to be processed.  On the destination
!                 image(s) the result overwrites the old content.
!      OPR        intent(in)  Function pointer to the reduction
!                 function
!      OPR_FLAGS  intent(in)  Flags regarding the reduction
!                 function
!      RESULT_IMAGEintent(in)  The ID of the image to which the
!                 reduced value should be copied to; if zero, it
!                 has to be copied to all images.
!      STAT       intent(out)  Stores the status STAT= and may
!                 be NULL.
!      ERRMSG     intent(out)  When an error occurs, this will
!                 be set to an error message; may be NULL.
!      A_LEN      intent(in)  the string length of argument A
!      ERRMSG_LEN intent(in)  the buffer size of errmsg
  
  _NOTES_
       If RESULT_IMAGE is nonzero, the data in the array descriptor A on
!      all images except of the specified one become undefined; hence,
!      the library may make use of this.
  
       For character arguments, the result is passed as first argument,
       followed by the result string length, next come the two string
*************** File: gfortran.info,  Node: Intrinsic Pr
*** 6412,6697 ****
  * Menu:
  
  * Introduction:         Introduction to Intrinsics
! * 'ABORT':         ABORT,     Abort the program
! * 'ABS':           ABS,       Absolute value
! * 'ACCESS':        ACCESS,    Checks file access modes
! * 'ACHAR':         ACHAR,     Character in ASCII collating sequence
! * 'ACOS':          ACOS,      Arccosine function
! * 'ACOSD':         ACOSD,     Arccosine function, degrees
! * 'ACOSH':         ACOSH,     Inverse hyperbolic cosine function
! * 'ADJUSTL':       ADJUSTL,   Left adjust a string
! * 'ADJUSTR':       ADJUSTR,   Right adjust a string
! * 'AIMAG':         AIMAG,     Imaginary part of complex number
! * 'AINT':          AINT,      Truncate to a whole number
! * 'ALARM':         ALARM,     Set an alarm clock
! * 'ALL':           ALL,       Determine if all values are true
! * 'ALLOCATED':     ALLOCATED, Status of allocatable entity
! * 'AND':           AND,       Bitwise logical AND
! * 'ANINT':         ANINT,     Nearest whole number
! * 'ANY':           ANY,       Determine if any values are true
! * 'ASIN':          ASIN,      Arcsine function
! * 'ASIND':         ASIND,     Arcsine function, degrees
! * 'ASINH':         ASINH,     Inverse hyperbolic sine function
! * 'ASSOCIATED':    ASSOCIATED, Status of a pointer or pointer/target pair
! * 'ATAN':          ATAN,      Arctangent function
! * 'ATAND':         ATAND,     Arctangent function, degrees
! * 'ATAN2':         ATAN2,     Arctangent function
! * 'ATAN2D':        ATAN2D,    Arctangent function, degrees
! * 'ATANH':         ATANH,     Inverse hyperbolic tangent function
! * 'ATOMIC_ADD':    ATOMIC_ADD, Atomic ADD operation
! * 'ATOMIC_AND':    ATOMIC_AND, Atomic bitwise AND operation
! * 'ATOMIC_CAS':    ATOMIC_CAS, Atomic compare and swap
! * 'ATOMIC_DEFINE': ATOMIC_DEFINE, Setting a variable atomically
! * 'ATOMIC_FETCH_ADD': ATOMIC_FETCH_ADD, Atomic ADD operation with prior fetch
! * 'ATOMIC_FETCH_AND': ATOMIC_FETCH_AND, Atomic bitwise AND operation with prior fetch
! * 'ATOMIC_FETCH_OR': ATOMIC_FETCH_OR, Atomic bitwise OR operation with prior fetch
! * 'ATOMIC_FETCH_XOR': ATOMIC_FETCH_XOR, Atomic bitwise XOR operation with prior fetch
! * 'ATOMIC_OR':     ATOMIC_OR, Atomic bitwise OR operation
! * 'ATOMIC_REF':    ATOMIC_REF, Obtaining the value of a variable atomically
! * 'ATOMIC_XOR':    ATOMIC_XOR, Atomic bitwise OR operation
! * 'BACKTRACE':     BACKTRACE, Show a backtrace
! * 'BESSEL_J0':     BESSEL_J0, Bessel function of the first kind of order 0
! * 'BESSEL_J1':     BESSEL_J1, Bessel function of the first kind of order 1
! * 'BESSEL_JN':     BESSEL_JN, Bessel function of the first kind
! * 'BESSEL_Y0':     BESSEL_Y0, Bessel function of the second kind of order 0
! * 'BESSEL_Y1':     BESSEL_Y1, Bessel function of the second kind of order 1
! * 'BESSEL_YN':     BESSEL_YN, Bessel function of the second kind
! * 'BGE':           BGE,       Bitwise greater than or equal to
! * 'BGT':           BGT,       Bitwise greater than
! * 'BIT_SIZE':      BIT_SIZE,  Bit size inquiry function
! * 'BLE':           BLE,       Bitwise less than or equal to
! * 'BLT':           BLT,       Bitwise less than
! * 'BTEST':         BTEST,     Bit test function
! * 'C_ASSOCIATED':  C_ASSOCIATED, Status of a C pointer
! * 'C_F_POINTER':   C_F_POINTER, Convert C into Fortran pointer
! * 'C_F_PROCPOINTER': C_F_PROCPOINTER, Convert C into Fortran procedure pointer
! * 'C_FUNLOC':      C_FUNLOC,  Obtain the C address of a procedure
! * 'C_LOC':         C_LOC,     Obtain the C address of an object
! * 'C_SIZEOF':      C_SIZEOF,  Size in bytes of an expression
! * 'CEILING':       CEILING,   Integer ceiling function
! * 'CHAR':          CHAR,      Integer-to-character conversion function
! * 'CHDIR':         CHDIR,     Change working directory
! * 'CHMOD':         CHMOD,     Change access permissions of files
! * 'CMPLX':         CMPLX,     Complex conversion function
! * 'CO_BROADCAST':  CO_BROADCAST, Copy a value to all images the current set of images
! * 'CO_MAX':        CO_MAX,    Maximal value on the current set of images
! * 'CO_MIN':        CO_MIN,    Minimal value on the current set of images
! * 'CO_REDUCE':     CO_REDUCE, Reduction of values on the current set of images
! * 'CO_SUM':        CO_SUM,    Sum of values on the current set of images
! * 'COMMAND_ARGUMENT_COUNT': COMMAND_ARGUMENT_COUNT, Get number of command line arguments
! * 'COMPILER_OPTIONS': COMPILER_OPTIONS, Options passed to the compiler
! * 'COMPILER_VERSION': COMPILER_VERSION, Compiler version string
! * 'COMPLEX':       COMPLEX,   Complex conversion function
! * 'CONJG':         CONJG,     Complex conjugate function
! * 'COS':           COS,       Cosine function
! * 'COSD':          COSD,      Cosine function, degrees
! * 'COSH':          COSH,      Hyperbolic cosine function
! * 'COTAN':         COTAN,     Cotangent function
! * 'COTAND':        COTAND,    Cotangent function, degrees
! * 'COUNT':         COUNT,     Count occurrences of TRUE in an array
! * 'CPU_TIME':      CPU_TIME,  CPU time subroutine
! * 'CSHIFT':        CSHIFT,    Circular shift elements of an array
! * 'CTIME':         CTIME,     Subroutine (or function) to convert a time into a string
! * 'DATE_AND_TIME': DATE_AND_TIME, Date and time subroutine
! * 'DBLE':          DBLE,      Double precision conversion function
! * 'DCMPLX':        DCMPLX,    Double complex conversion function
! * 'DIGITS':        DIGITS,    Significant digits function
! * 'DIM':           DIM,       Positive difference
! * 'DOT_PRODUCT':   DOT_PRODUCT, Dot product function
! * 'DPROD':         DPROD,     Double product function
! * 'DREAL':         DREAL,     Double real part function
! * 'DSHIFTL':       DSHIFTL,   Combined left shift
! * 'DSHIFTR':       DSHIFTR,   Combined right shift
! * 'DTIME':         DTIME,     Execution time subroutine (or function)
! * 'EOSHIFT':       EOSHIFT,   End-off shift elements of an array
! * 'EPSILON':       EPSILON,   Epsilon function
! * 'ERF':           ERF,       Error function
! * 'ERFC':          ERFC,      Complementary error function
! * 'ERFC_SCALED':   ERFC_SCALED, Exponentially-scaled complementary error function
! * 'ETIME':         ETIME,     Execution time subroutine (or function)
! * 'EVENT_QUERY': EVENT_QUERY, Query whether a coarray event has occurred
! * 'EXECUTE_COMMAND_LINE': EXECUTE_COMMAND_LINE, Execute a shell command
! * 'EXIT':          EXIT,      Exit the program with status.
! * 'EXP':           EXP,       Exponential function
! * 'EXPONENT':      EXPONENT,  Exponent function
! * 'EXTENDS_TYPE_OF': EXTENDS_TYPE_OF,  Query dynamic type for extension
! * 'FDATE':         FDATE,     Subroutine (or function) to get the current time as a string
! * 'FGET':          FGET,      Read a single character in stream mode from stdin
! * 'FGETC':         FGETC,     Read a single character in stream mode
! * 'FLOOR':         FLOOR,     Integer floor function
! * 'FLUSH':         FLUSH,     Flush I/O unit(s)
! * 'FNUM':          FNUM,      File number function
! * 'FPUT':          FPUT,      Write a single character in stream mode to stdout
! * 'FPUTC':         FPUTC,     Write a single character in stream mode
! * 'FRACTION':      FRACTION,  Fractional part of the model representation
! * 'FREE':          FREE,      Memory de-allocation subroutine
! * 'FSEEK':         FSEEK,     Low level file positioning subroutine
! * 'FSTAT':         FSTAT,     Get file status
! * 'FTELL':         FTELL,     Current stream position
! * 'GAMMA':         GAMMA,     Gamma function
! * 'GERROR':        GERROR,    Get last system error message
! * 'GETARG':        GETARG,    Get command line arguments
! * 'GET_COMMAND':   GET_COMMAND, Get the entire command line
! * 'GET_COMMAND_ARGUMENT': GET_COMMAND_ARGUMENT, Get command line arguments
! * 'GETCWD':        GETCWD,    Get current working directory
! * 'GETENV':        GETENV,    Get an environmental variable
! * 'GET_ENVIRONMENT_VARIABLE': GET_ENVIRONMENT_VARIABLE, Get an environmental variable
! * 'GETGID':        GETGID,    Group ID function
! * 'GETLOG':        GETLOG,    Get login name
! * 'GETPID':        GETPID,    Process ID function
! * 'GETUID':        GETUID,    User ID function
! * 'GMTIME':        GMTIME,    Convert time to GMT info
! * 'HOSTNM':        HOSTNM,    Get system host name
! * 'HUGE':          HUGE,      Largest number of a kind
! * 'HYPOT':         HYPOT,     Euclidean distance function
! * 'IACHAR':        IACHAR,    Code in ASCII collating sequence
! * 'IALL':          IALL,      Bitwise AND of array elements
! * 'IAND':          IAND,      Bitwise logical and
! * 'IANY':          IANY,      Bitwise OR of array elements
! * 'IARGC':         IARGC,     Get the number of command line arguments
! * 'IBCLR':         IBCLR,     Clear bit
! * 'IBITS':         IBITS,     Bit extraction
! * 'IBSET':         IBSET,     Set bit
! * 'ICHAR':         ICHAR,     Character-to-integer conversion function
! * 'IDATE':         IDATE,     Current local time (day/month/year)
! * 'IEOR':          IEOR,      Bitwise logical exclusive or
! * 'IERRNO':        IERRNO,    Function to get the last system error number
! * 'IMAGE_INDEX':   IMAGE_INDEX, Cosubscript to image index conversion
! * 'INDEX':         INDEX intrinsic, Position of a substring within a string
! * 'INT':           INT,       Convert to integer type
! * 'INT2':          INT2,      Convert to 16-bit integer type
! * 'INT8':          INT8,      Convert to 64-bit integer type
! * 'IOR':           IOR,       Bitwise logical or
! * 'IPARITY':       IPARITY,   Bitwise XOR of array elements
! * 'IRAND':         IRAND,     Integer pseudo-random number
! * 'IS_IOSTAT_END':  IS_IOSTAT_END, Test for end-of-file value
! * 'IS_IOSTAT_EOR':  IS_IOSTAT_EOR, Test for end-of-record value
! * 'ISATTY':        ISATTY,    Whether a unit is a terminal device
! * 'ISHFT':         ISHFT,     Shift bits
! * 'ISHFTC':        ISHFTC,    Shift bits circularly
! * 'ISNAN':         ISNAN,     Tests for a NaN
! * 'ITIME':         ITIME,     Current local time (hour/minutes/seconds)
! * 'KILL':          KILL,      Send a signal to a process
! * 'KIND':          KIND,      Kind of an entity
! * 'LBOUND':        LBOUND,    Lower dimension bounds of an array
! * 'LCOBOUND':      LCOBOUND,  Lower codimension bounds of an array
! * 'LEADZ':         LEADZ,     Number of leading zero bits of an integer
! * 'LEN':           LEN,       Length of a character entity
! * 'LEN_TRIM':      LEN_TRIM,  Length of a character entity without trailing blank characters
! * 'LGE':           LGE,       Lexical greater than or equal
! * 'LGT':           LGT,       Lexical greater than
! * 'LINK':          LINK,      Create a hard link
! * 'LLE':           LLE,       Lexical less than or equal
! * 'LLT':           LLT,       Lexical less than
! * 'LNBLNK':        LNBLNK,    Index of the last non-blank character in a string
! * 'LOC':           LOC,       Returns the address of a variable
! * 'LOG':           LOG,       Logarithm function
! * 'LOG10':         LOG10,     Base 10 logarithm function
! * 'LOG_GAMMA':     LOG_GAMMA, Logarithm of the Gamma function
! * 'LOGICAL':       LOGICAL,   Convert to logical type
! * 'LONG':          LONG,      Convert to integer type
! * 'LSHIFT':        LSHIFT,    Left shift bits
! * 'LSTAT':         LSTAT,     Get file status
! * 'LTIME':         LTIME,     Convert time to local time info
! * 'MALLOC':        MALLOC,    Dynamic memory allocation function
! * 'MASKL':         MASKL,     Left justified mask
! * 'MASKR':         MASKR,     Right justified mask
! * 'MATMUL':        MATMUL,    matrix multiplication
! * 'MAX':           MAX,       Maximum value of an argument list
! * 'MAXEXPONENT':   MAXEXPONENT, Maximum exponent of a real kind
! * 'MAXLOC':        MAXLOC,    Location of the maximum value within an array
! * 'MAXVAL':        MAXVAL,    Maximum value of an array
! * 'MCLOCK':        MCLOCK,    Time function
! * 'MCLOCK8':       MCLOCK8,   Time function (64-bit)
! * 'MERGE':         MERGE,     Merge arrays
! * 'MERGE_BITS':    MERGE_BITS, Merge of bits under mask
! * 'MIN':           MIN,       Minimum value of an argument list
! * 'MINEXPONENT':   MINEXPONENT, Minimum exponent of a real kind
! * 'MINLOC':        MINLOC,    Location of the minimum value within an array
! * 'MINVAL':        MINVAL,    Minimum value of an array
! * 'MOD':           MOD,       Remainder function
! * 'MODULO':        MODULO,    Modulo function
! * 'MOVE_ALLOC':    MOVE_ALLOC, Move allocation from one object to another
! * 'MVBITS':        MVBITS,    Move bits from one integer to another
! * 'NEAREST':       NEAREST,   Nearest representable number
! * 'NEW_LINE':      NEW_LINE,  New line character
! * 'NINT':          NINT,      Nearest whole number
! * 'NORM2':         NORM2,     Euclidean vector norm
! * 'NOT':           NOT,       Logical negation
! * 'NULL':          NULL,      Function that returns an disassociated pointer
! * 'NUM_IMAGES':    NUM_IMAGES, Number of images
! * 'OR':            OR,        Bitwise logical OR
! * 'PACK':          PACK,      Pack an array into an array of rank one
! * 'PARITY':        PARITY,    Reduction with exclusive OR
! * 'PERROR':        PERROR,    Print system error message
! * 'POPCNT':        POPCNT,    Number of bits set
! * 'POPPAR':        POPPAR,    Parity of the number of bits set
! * 'PRECISION':     PRECISION, Decimal precision of a real kind
! * 'PRESENT':       PRESENT,   Determine whether an optional dummy argument is specified
! * 'PRODUCT':       PRODUCT,   Product of array elements
! * 'RADIX':         RADIX,     Base of a data model
! * 'RAN':           RAN,       Real pseudo-random number
! * 'RAND':          RAND,      Real pseudo-random number
! * 'RANDOM_NUMBER': RANDOM_NUMBER, Pseudo-random number
! * 'RANDOM_SEED':   RANDOM_SEED, Initialize a pseudo-random number sequence
! * 'RANGE':         RANGE,     Decimal exponent range
! * 'RANK' :         RANK,      Rank of a data object
! * 'REAL':          REAL,      Convert to real type
! * 'RENAME':        RENAME,    Rename a file
! * 'REPEAT':        REPEAT,    Repeated string concatenation
! * 'RESHAPE':       RESHAPE,   Function to reshape an array
! * 'RRSPACING':     RRSPACING, Reciprocal of the relative spacing
! * 'RSHIFT':        RSHIFT,    Right shift bits
! * 'SAME_TYPE_AS':  SAME_TYPE_AS,  Query dynamic types for equality
! * 'SCALE':         SCALE,     Scale a real value
! * 'SCAN':          SCAN,      Scan a string for the presence of a set of characters
! * 'SECNDS':        SECNDS,    Time function
! * 'SECOND':        SECOND,    CPU time function
! * 'SELECTED_CHAR_KIND': SELECTED_CHAR_KIND,  Choose character kind
! * 'SELECTED_INT_KIND': SELECTED_INT_KIND,  Choose integer kind
! * 'SELECTED_REAL_KIND': SELECTED_REAL_KIND,  Choose real kind
! * 'SET_EXPONENT':  SET_EXPONENT, Set the exponent of the model
! * 'SHAPE':         SHAPE,     Determine the shape of an array
! * 'SHIFTA':        SHIFTA,    Right shift with fill
! * 'SHIFTL':        SHIFTL,    Left shift
! * 'SHIFTR':        SHIFTR,    Right shift
! * 'SIGN':          SIGN,      Sign copying function
! * 'SIGNAL':        SIGNAL,    Signal handling subroutine (or function)
! * 'SIN':           SIN,       Sine function
! * 'SIND':          SIND,      Sine function, degrees
! * 'SINH':          SINH,      Hyperbolic sine function
! * 'SIZE':          SIZE,      Function to determine the size of an array
! * 'SIZEOF':        SIZEOF,    Determine the size in bytes of an expression
! * 'SLEEP':         SLEEP,     Sleep for the specified number of seconds
! * 'SPACING':       SPACING,   Smallest distance between two numbers of a given type
! * 'SPREAD':        SPREAD,    Add a dimension to an array
! * 'SQRT':          SQRT,      Square-root function
! * 'SRAND':         SRAND,     Reinitialize the random number generator
! * 'STAT':          STAT,      Get file status
! * 'STORAGE_SIZE':  STORAGE_SIZE, Storage size in bits
! * 'SUM':           SUM,       Sum of array elements
! * 'SYMLNK':        SYMLNK,    Create a symbolic link
! * 'SYSTEM':        SYSTEM,    Execute a shell command
! * 'SYSTEM_CLOCK':  SYSTEM_CLOCK, Time function
! * 'TAN':           TAN,       Tangent function
! * 'TAND':          TAND,      Tangent function, degrees
! * 'TANH':          TANH,      Hyperbolic tangent function
! * 'THIS_IMAGE':    THIS_IMAGE, Cosubscript index of this image
! * 'TIME':          TIME,      Time function
! * 'TIME8':         TIME8,     Time function (64-bit)
! * 'TINY':          TINY,      Smallest positive number of a real kind
! * 'TRAILZ':        TRAILZ,    Number of trailing zero bits of an integer
! * 'TRANSFER':      TRANSFER,  Transfer bit patterns
! * 'TRANSPOSE':     TRANSPOSE, Transpose an array of rank two
! * 'TRIM':          TRIM,      Remove trailing blank characters of a string
! * 'TTYNAM':        TTYNAM,    Get the name of a terminal device.
! * 'UBOUND':        UBOUND,    Upper dimension bounds of an array
! * 'UCOBOUND':      UCOBOUND,  Upper codimension bounds of an array
! * 'UMASK':         UMASK,     Set the file creation mask
! * 'UNLINK':        UNLINK,    Remove a file from the file system
! * 'UNPACK':        UNPACK,    Unpack an array of rank one into an array
! * 'VERIFY':        VERIFY,    Scan a string for the absence of a set of characters
! * 'XOR':           XOR,       Bitwise logical exclusive or
  
  
  File: gfortran.info,  Node: Introduction to Intrinsics,  Next: ABORT,  Up: Intrinsic Procedures
--- 6471,6756 ----
  * Menu:
  
  * Introduction:         Introduction to Intrinsics
! * `ABORT':         ABORT,     Abort the program
! * `ABS':           ABS,       Absolute value
! * `ACCESS':        ACCESS,    Checks file access modes
! * `ACHAR':         ACHAR,     Character in ASCII collating sequence
! * `ACOS':          ACOS,      Arccosine function
! * `ACOSD':         ACOSD,     Arccosine function, degrees
! * `ACOSH':         ACOSH,     Inverse hyperbolic cosine function
! * `ADJUSTL':       ADJUSTL,   Left adjust a string
! * `ADJUSTR':       ADJUSTR,   Right adjust a string
! * `AIMAG':         AIMAG,     Imaginary part of complex number
! * `AINT':          AINT,      Truncate to a whole number
! * `ALARM':         ALARM,     Set an alarm clock
! * `ALL':           ALL,       Determine if all values are true
! * `ALLOCATED':     ALLOCATED, Status of allocatable entity
! * `AND':           AND,       Bitwise logical AND
! * `ANINT':         ANINT,     Nearest whole number
! * `ANY':           ANY,       Determine if any values are true
! * `ASIN':          ASIN,      Arcsine function
! * `ASIND':         ASIND,     Arcsine function, degrees
! * `ASINH':         ASINH,     Inverse hyperbolic sine function
! * `ASSOCIATED':    ASSOCIATED, Status of a pointer or pointer/target pair
! * `ATAN':          ATAN,      Arctangent function
! * `ATAND':         ATAND,     Arctangent function, degrees
! * `ATAN2':         ATAN2,     Arctangent function
! * `ATAN2D':        ATAN2D,    Arctangent function, degrees
! * `ATANH':         ATANH,     Inverse hyperbolic tangent function
! * `ATOMIC_ADD':    ATOMIC_ADD, Atomic ADD operation
! * `ATOMIC_AND':    ATOMIC_AND, Atomic bitwise AND operation
! * `ATOMIC_CAS':    ATOMIC_CAS, Atomic compare and swap
! * `ATOMIC_DEFINE': ATOMIC_DEFINE, Setting a variable atomically
! * `ATOMIC_FETCH_ADD': ATOMIC_FETCH_ADD, Atomic ADD operation with prior fetch
! * `ATOMIC_FETCH_AND': ATOMIC_FETCH_AND, Atomic bitwise AND operation with prior fetch
! * `ATOMIC_FETCH_OR': ATOMIC_FETCH_OR, Atomic bitwise OR operation with prior fetch
! * `ATOMIC_FETCH_XOR': ATOMIC_FETCH_XOR, Atomic bitwise XOR operation with prior fetch
! * `ATOMIC_OR':     ATOMIC_OR, Atomic bitwise OR operation
! * `ATOMIC_REF':    ATOMIC_REF, Obtaining the value of a variable atomically
! * `ATOMIC_XOR':    ATOMIC_XOR, Atomic bitwise OR operation
! * `BACKTRACE':     BACKTRACE, Show a backtrace
! * `BESSEL_J0':     BESSEL_J0, Bessel function of the first kind of order 0
! * `BESSEL_J1':     BESSEL_J1, Bessel function of the first kind of order 1
! * `BESSEL_JN':     BESSEL_JN, Bessel function of the first kind
! * `BESSEL_Y0':     BESSEL_Y0, Bessel function of the second kind of order 0
! * `BESSEL_Y1':     BESSEL_Y1, Bessel function of the second kind of order 1
! * `BESSEL_YN':     BESSEL_YN, Bessel function of the second kind
! * `BGE':           BGE,       Bitwise greater than or equal to
! * `BGT':           BGT,       Bitwise greater than
! * `BIT_SIZE':      BIT_SIZE,  Bit size inquiry function
! * `BLE':           BLE,       Bitwise less than or equal to
! * `BLT':           BLT,       Bitwise less than
! * `BTEST':         BTEST,     Bit test function
! * `C_ASSOCIATED':  C_ASSOCIATED, Status of a C pointer
! * `C_F_POINTER':   C_F_POINTER, Convert C into Fortran pointer
! * `C_F_PROCPOINTER': C_F_PROCPOINTER, Convert C into Fortran procedure pointer
! * `C_FUNLOC':      C_FUNLOC,  Obtain the C address of a procedure
! * `C_LOC':         C_LOC,     Obtain the C address of an object
! * `C_SIZEOF':      C_SIZEOF,  Size in bytes of an expression
! * `CEILING':       CEILING,   Integer ceiling function
! * `CHAR':          CHAR,      Integer-to-character conversion function
! * `CHDIR':         CHDIR,     Change working directory
! * `CHMOD':         CHMOD,     Change access permissions of files
! * `CMPLX':         CMPLX,     Complex conversion function
! * `CO_BROADCAST':  CO_BROADCAST, Copy a value to all images the current set of images
! * `CO_MAX':        CO_MAX,    Maximal value on the current set of images
! * `CO_MIN':        CO_MIN,    Minimal value on the current set of images
! * `CO_REDUCE':     CO_REDUCE, Reduction of values on the current set of images
! * `CO_SUM':        CO_SUM,    Sum of values on the current set of images
! * `COMMAND_ARGUMENT_COUNT': COMMAND_ARGUMENT_COUNT, Get number of command line arguments
! * `COMPILER_OPTIONS': COMPILER_OPTIONS, Options passed to the compiler
! * `COMPILER_VERSION': COMPILER_VERSION, Compiler version string
! * `COMPLEX':       COMPLEX,   Complex conversion function
! * `CONJG':         CONJG,     Complex conjugate function
! * `COS':           COS,       Cosine function
! * `COSD':          COSD,      Cosine function, degrees
! * `COSH':          COSH,      Hyperbolic cosine function
! * `COTAN':         COTAN,     Cotangent function
! * `COTAND':        COTAND,    Cotangent function, degrees
! * `COUNT':         COUNT,     Count occurrences of TRUE in an array
! * `CPU_TIME':      CPU_TIME,  CPU time subroutine
! * `CSHIFT':        CSHIFT,    Circular shift elements of an array
! * `CTIME':         CTIME,     Subroutine (or function) to convert a time into a string
! * `DATE_AND_TIME': DATE_AND_TIME, Date and time subroutine
! * `DBLE':          DBLE,      Double precision conversion function
! * `DCMPLX':        DCMPLX,    Double complex conversion function
! * `DIGITS':        DIGITS,    Significant digits function
! * `DIM':           DIM,       Positive difference
! * `DOT_PRODUCT':   DOT_PRODUCT, Dot product function
! * `DPROD':         DPROD,     Double product function
! * `DREAL':         DREAL,     Double real part function
! * `DSHIFTL':       DSHIFTL,   Combined left shift
! * `DSHIFTR':       DSHIFTR,   Combined right shift
! * `DTIME':         DTIME,     Execution time subroutine (or function)
! * `EOSHIFT':       EOSHIFT,   End-off shift elements of an array
! * `EPSILON':       EPSILON,   Epsilon function
! * `ERF':           ERF,       Error function
! * `ERFC':          ERFC,      Complementary error function
! * `ERFC_SCALED':   ERFC_SCALED, Exponentially-scaled complementary error function
! * `ETIME':         ETIME,     Execution time subroutine (or function)
! * `EVENT_QUERY': EVENT_QUERY, Query whether a coarray event has occurred
! * `EXECUTE_COMMAND_LINE': EXECUTE_COMMAND_LINE, Execute a shell command
! * `EXIT':          EXIT,      Exit the program with status.
! * `EXP':           EXP,       Exponential function
! * `EXPONENT':      EXPONENT,  Exponent function
! * `EXTENDS_TYPE_OF': EXTENDS_TYPE_OF,  Query dynamic type for extension
! * `FDATE':         FDATE,     Subroutine (or function) to get the current time as a string
! * `FGET':          FGET,      Read a single character in stream mode from stdin
! * `FGETC':         FGETC,     Read a single character in stream mode
! * `FLOOR':         FLOOR,     Integer floor function
! * `FLUSH':         FLUSH,     Flush I/O unit(s)
! * `FNUM':          FNUM,      File number function
! * `FPUT':          FPUT,      Write a single character in stream mode to stdout
! * `FPUTC':         FPUTC,     Write a single character in stream mode
! * `FRACTION':      FRACTION,  Fractional part of the model representation
! * `FREE':          FREE,      Memory de-allocation subroutine
! * `FSEEK':         FSEEK,     Low level file positioning subroutine
! * `FSTAT':         FSTAT,     Get file status
! * `FTELL':         FTELL,     Current stream position
! * `GAMMA':         GAMMA,     Gamma function
! * `GERROR':        GERROR,    Get last system error message
! * `GETARG':        GETARG,    Get command line arguments
! * `GET_COMMAND':   GET_COMMAND, Get the entire command line
! * `GET_COMMAND_ARGUMENT': GET_COMMAND_ARGUMENT, Get command line arguments
! * `GETCWD':        GETCWD,    Get current working directory
! * `GETENV':        GETENV,    Get an environmental variable
! * `GET_ENVIRONMENT_VARIABLE': GET_ENVIRONMENT_VARIABLE, Get an environmental variable
! * `GETGID':        GETGID,    Group ID function
! * `GETLOG':        GETLOG,    Get login name
! * `GETPID':        GETPID,    Process ID function
! * `GETUID':        GETUID,    User ID function
! * `GMTIME':        GMTIME,    Convert time to GMT info
! * `HOSTNM':        HOSTNM,    Get system host name
! * `HUGE':          HUGE,      Largest number of a kind
! * `HYPOT':         HYPOT,     Euclidean distance function
! * `IACHAR':        IACHAR,    Code in ASCII collating sequence
! * `IALL':          IALL,      Bitwise AND of array elements
! * `IAND':          IAND,      Bitwise logical and
! * `IANY':          IANY,      Bitwise OR of array elements
! * `IARGC':         IARGC,     Get the number of command line arguments
! * `IBCLR':         IBCLR,     Clear bit
! * `IBITS':         IBITS,     Bit extraction
! * `IBSET':         IBSET,     Set bit
! * `ICHAR':         ICHAR,     Character-to-integer conversion function
! * `IDATE':         IDATE,     Current local time (day/month/year)
! * `IEOR':          IEOR,      Bitwise logical exclusive or
! * `IERRNO':        IERRNO,    Function to get the last system error number
! * `IMAGE_INDEX':   IMAGE_INDEX, Cosubscript to image index conversion
! * `INDEX':         INDEX intrinsic, Position of a substring within a string
! * `INT':           INT,       Convert to integer type
! * `INT2':          INT2,      Convert to 16-bit integer type
! * `INT8':          INT8,      Convert to 64-bit integer type
! * `IOR':           IOR,       Bitwise logical or
! * `IPARITY':       IPARITY,   Bitwise XOR of array elements
! * `IRAND':         IRAND,     Integer pseudo-random number
! * `IS_IOSTAT_END':  IS_IOSTAT_END, Test for end-of-file value
! * `IS_IOSTAT_EOR':  IS_IOSTAT_EOR, Test for end-of-record value
! * `ISATTY':        ISATTY,    Whether a unit is a terminal device
! * `ISHFT':         ISHFT,     Shift bits
! * `ISHFTC':        ISHFTC,    Shift bits circularly
! * `ISNAN':         ISNAN,     Tests for a NaN
! * `ITIME':         ITIME,     Current local time (hour/minutes/seconds)
! * `KILL':          KILL,      Send a signal to a process
! * `KIND':          KIND,      Kind of an entity
! * `LBOUND':        LBOUND,    Lower dimension bounds of an array
! * `LCOBOUND':      LCOBOUND,  Lower codimension bounds of an array
! * `LEADZ':         LEADZ,     Number of leading zero bits of an integer
! * `LEN':           LEN,       Length of a character entity
! * `LEN_TRIM':      LEN_TRIM,  Length of a character entity without trailing blank characters
! * `LGE':           LGE,       Lexical greater than or equal
! * `LGT':           LGT,       Lexical greater than
! * `LINK':          LINK,      Create a hard link
! * `LLE':           LLE,       Lexical less than or equal
! * `LLT':           LLT,       Lexical less than
! * `LNBLNK':        LNBLNK,    Index of the last non-blank character in a string
! * `LOC':           LOC,       Returns the address of a variable
! * `LOG':           LOG,       Logarithm function
! * `LOG10':         LOG10,     Base 10 logarithm function
! * `LOG_GAMMA':     LOG_GAMMA, Logarithm of the Gamma function
! * `LOGICAL':       LOGICAL,   Convert to logical type
! * `LONG':          LONG,      Convert to integer type
! * `LSHIFT':        LSHIFT,    Left shift bits
! * `LSTAT':         LSTAT,     Get file status
! * `LTIME':         LTIME,     Convert time to local time info
! * `MALLOC':        MALLOC,    Dynamic memory allocation function
! * `MASKL':         MASKL,     Left justified mask
! * `MASKR':         MASKR,     Right justified mask
! * `MATMUL':        MATMUL,    matrix multiplication
! * `MAX':           MAX,       Maximum value of an argument list
! * `MAXEXPONENT':   MAXEXPONENT, Maximum exponent of a real kind
! * `MAXLOC':        MAXLOC,    Location of the maximum value within an array
! * `MAXVAL':        MAXVAL,    Maximum value of an array
! * `MCLOCK':        MCLOCK,    Time function
! * `MCLOCK8':       MCLOCK8,   Time function (64-bit)
! * `MERGE':         MERGE,     Merge arrays
! * `MERGE_BITS':    MERGE_BITS, Merge of bits under mask
! * `MIN':           MIN,       Minimum value of an argument list
! * `MINEXPONENT':   MINEXPONENT, Minimum exponent of a real kind
! * `MINLOC':        MINLOC,    Location of the minimum value within an array
! * `MINVAL':        MINVAL,    Minimum value of an array
! * `MOD':           MOD,       Remainder function
! * `MODULO':        MODULO,    Modulo function
! * `MOVE_ALLOC':    MOVE_ALLOC, Move allocation from one object to another
! * `MVBITS':        MVBITS,    Move bits from one integer to another
! * `NEAREST':       NEAREST,   Nearest representable number
! * `NEW_LINE':      NEW_LINE,  New line character
! * `NINT':          NINT,      Nearest whole number
! * `NORM2':         NORM2,     Euclidean vector norm
! * `NOT':           NOT,       Logical negation
! * `NULL':          NULL,      Function that returns an disassociated pointer
! * `NUM_IMAGES':    NUM_IMAGES, Number of images
! * `OR':            OR,        Bitwise logical OR
! * `PACK':          PACK,      Pack an array into an array of rank one
! * `PARITY':        PARITY,    Reduction with exclusive OR
! * `PERROR':        PERROR,    Print system error message
! * `POPCNT':        POPCNT,    Number of bits set
! * `POPPAR':        POPPAR,    Parity of the number of bits set
! * `PRECISION':     PRECISION, Decimal precision of a real kind
! * `PRESENT':       PRESENT,   Determine whether an optional dummy argument is specified
! * `PRODUCT':       PRODUCT,   Product of array elements
! * `RADIX':         RADIX,     Base of a data model
! * `RAN':           RAN,       Real pseudo-random number
! * `RAND':          RAND,      Real pseudo-random number
! * `RANDOM_NUMBER': RANDOM_NUMBER, Pseudo-random number
! * `RANDOM_SEED':   RANDOM_SEED, Initialize a pseudo-random number sequence
! * `RANGE':         RANGE,     Decimal exponent range
! * `RANK' :         RANK,      Rank of a data object
! * `REAL':          REAL,      Convert to real type
! * `RENAME':        RENAME,    Rename a file
! * `REPEAT':        REPEAT,    Repeated string concatenation
! * `RESHAPE':       RESHAPE,   Function to reshape an array
! * `RRSPACING':     RRSPACING, Reciprocal of the relative spacing
! * `RSHIFT':        RSHIFT,    Right shift bits
! * `SAME_TYPE_AS':  SAME_TYPE_AS,  Query dynamic types for equality
! * `SCALE':         SCALE,     Scale a real value
! * `SCAN':          SCAN,      Scan a string for the presence of a set of characters
! * `SECNDS':        SECNDS,    Time function
! * `SECOND':        SECOND,    CPU time function
! * `SELECTED_CHAR_KIND': SELECTED_CHAR_KIND,  Choose character kind
! * `SELECTED_INT_KIND': SELECTED_INT_KIND,  Choose integer kind
! * `SELECTED_REAL_KIND': SELECTED_REAL_KIND,  Choose real kind
! * `SET_EXPONENT':  SET_EXPONENT, Set the exponent of the model
! * `SHAPE':         SHAPE,     Determine the shape of an array
! * `SHIFTA':        SHIFTA,    Right shift with fill
! * `SHIFTL':        SHIFTL,    Left shift
! * `SHIFTR':        SHIFTR,    Right shift
! * `SIGN':          SIGN,      Sign copying function
! * `SIGNAL':        SIGNAL,    Signal handling subroutine (or function)
! * `SIN':           SIN,       Sine function
! * `SIND':          SIND,      Sine function, degrees
! * `SINH':          SINH,      Hyperbolic sine function
! * `SIZE':          SIZE,      Function to determine the size of an array
! * `SIZEOF':        SIZEOF,    Determine the size in bytes of an expression
! * `SLEEP':         SLEEP,     Sleep for the specified number of seconds
! * `SPACING':       SPACING,   Smallest distance between two numbers of a given type
! * `SPREAD':        SPREAD,    Add a dimension to an array
! * `SQRT':          SQRT,      Square-root function
! * `SRAND':         SRAND,     Reinitialize the random number generator
! * `STAT':          STAT,      Get file status
! * `STORAGE_SIZE':  STORAGE_SIZE, Storage size in bits
! * `SUM':           SUM,       Sum of array elements
! * `SYMLNK':        SYMLNK,    Create a symbolic link
! * `SYSTEM':        SYSTEM,    Execute a shell command
! * `SYSTEM_CLOCK':  SYSTEM_CLOCK, Time function
! * `TAN':           TAN,       Tangent function
! * `TAND':          TAND,      Tangent function, degrees
! * `TANH':          TANH,      Hyperbolic tangent function
! * `THIS_IMAGE':    THIS_IMAGE, Cosubscript index of this image
! * `TIME':          TIME,      Time function
! * `TIME8':         TIME8,     Time function (64-bit)
! * `TINY':          TINY,      Smallest positive number of a real kind
! * `TRAILZ':        TRAILZ,    Number of trailing zero bits of an integer
! * `TRANSFER':      TRANSFER,  Transfer bit patterns
! * `TRANSPOSE':     TRANSPOSE, Transpose an array of rank two
! * `TRIM':          TRIM,      Remove trailing blank characters of a string
! * `TTYNAM':        TTYNAM,    Get the name of a terminal device.
! * `UBOUND':        UBOUND,    Upper dimension bounds of an array
! * `UCOBOUND':      UCOBOUND,  Upper codimension bounds of an array
! * `UMASK':         UMASK,     Set the file creation mask
! * `UNLINK':        UNLINK,    Remove a file from the file system
! * `UNPACK':        UNPACK,    Unpack an array of rank one into an array
! * `VERIFY':        VERIFY,    Scan a string for the absence of a set of characters
! * `XOR':           XOR,       Bitwise logical exclusive or
  
  
  File: gfortran.info,  Node: Introduction to Intrinsics,  Next: ABORT,  Up: Intrinsic Procedures
*************** either the Fortran 95 standard, the Fort
*** 6708,6751 ****
  2008 standard is unintentional, and the standard(s) should be considered
  authoritative.
  
!    The enumeration of the 'KIND' type parameter is processor defined in
  the Fortran 95 standard.  GNU Fortran defines the default integer type
! and default real type by 'INTEGER(KIND=4)' and 'REAL(KIND=4)',
  respectively.  The standard mandates that both data types shall have
  another kind, which have more precision.  On typical target
! architectures supported by 'gfortran', this kind type parameter is
! 'KIND=8'.  Hence, 'REAL(KIND=8)' and 'DOUBLE PRECISION' are equivalent.
  In the description of generic intrinsic procedures, the kind type
! parameter will be specified by 'KIND=*', and in the description of
  specific names for an intrinsic procedure the kind type parameter will
! be explicitly given (e.g., 'REAL(KIND=4)' or 'REAL(KIND=8)').  Finally,
! for brevity the optional 'KIND=' syntax will be omitted.
  
     Many of the intrinsic procedures take one or more optional arguments.
  This document follows the convention used in the Fortran 95 standard,
  and denotes such arguments by square brackets.
  
!    GNU Fortran offers the '-std=f95' and '-std=gnu' options, which can
! be used to restrict the set of intrinsic procedures to a given standard.
! By default, 'gfortran' sets the '-std=gnu' option, and so all intrinsic
! procedures described here are accepted.  There is one caveat.  For a
! select group of intrinsic procedures, 'g77' implemented both a function
! and a subroutine.  Both classes have been implemented in 'gfortran' for
! backwards compatibility with 'g77'.  It is noted here that these
! functions and subroutines cannot be intermixed in a given subprogram.
! In the descriptions that follow, the applicable standard for each
! intrinsic procedure is noted.
  
  
  File: gfortran.info,  Node: ABORT,  Next: ABS,  Prev: Introduction to Intrinsics,  Up: Intrinsic Procedures
  
! 9.2 'ABORT' -- Abort the program
  ================================
  
  _Description_:
!      'ABORT' causes immediate termination of the program.  On operating
!      systems that support a core dump, 'ABORT' will produce a core dump.
!      It will also print a backtrace, unless '-fno-backtrace' is given.
  
  _Standard_:
       GNU extension
--- 6767,6810 ----
  2008 standard is unintentional, and the standard(s) should be considered
  authoritative.
  
!    The enumeration of the `KIND' type parameter is processor defined in
  the Fortran 95 standard.  GNU Fortran defines the default integer type
! and default real type by `INTEGER(KIND=4)' and `REAL(KIND=4)',
  respectively.  The standard mandates that both data types shall have
  another kind, which have more precision.  On typical target
! architectures supported by `gfortran', this kind type parameter is
! `KIND=8'.  Hence, `REAL(KIND=8)' and `DOUBLE PRECISION' are equivalent.
  In the description of generic intrinsic procedures, the kind type
! parameter will be specified by `KIND=*', and in the description of
  specific names for an intrinsic procedure the kind type parameter will
! be explicitly given (e.g., `REAL(KIND=4)' or `REAL(KIND=8)').  Finally,
! for brevity the optional `KIND=' syntax will be omitted.
  
     Many of the intrinsic procedures take one or more optional arguments.
  This document follows the convention used in the Fortran 95 standard,
  and denotes such arguments by square brackets.
  
!    GNU Fortran offers the `-std=f95' and `-std=gnu' options, which can
! be used to restrict the set of intrinsic procedures to a given
! standard.  By default, `gfortran' sets the `-std=gnu' option, and so
! all intrinsic procedures described here are accepted.  There is one
! caveat.  For a select group of intrinsic procedures, `g77' implemented
! both a function and a subroutine.  Both classes have been implemented
! in `gfortran' for backwards compatibility with `g77'.  It is noted here
! that these functions and subroutines cannot be intermixed in a given
! subprogram.  In the descriptions that follow, the applicable standard
! for each intrinsic procedure is noted.
  
  
  File: gfortran.info,  Node: ABORT,  Next: ABS,  Prev: Introduction to Intrinsics,  Up: Intrinsic Procedures
  
! 9.2 `ABORT' -- Abort the program
  ================================
  
  _Description_:
!      `ABORT' causes immediate termination of the program.  On operating
!      systems that support a core dump, `ABORT' will produce a core dump.
!      It will also print a backtrace, unless `-fno-backtrace' is given.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 6754,6760 ****
       Subroutine
  
  _Syntax_:
!      'CALL ABORT'
  
  _Return value_:
       Does not return.
--- 6813,6819 ----
       Subroutine
  
  _Syntax_:
!      `CALL ABORT'
  
  _Return value_:
       Does not return.
*************** _Example_:
*** 6768,6781 ****
  _See also_:
       *note EXIT::, *note KILL::, *note BACKTRACE::
  
  
  File: gfortran.info,  Node: ABS,  Next: ACCESS,  Prev: ABORT,  Up: Intrinsic Procedures
  
! 9.3 'ABS' -- Absolute value
  ===========================
  
  _Description_:
!      'ABS(A)' computes the absolute value of 'A'.
  
  _Standard_:
       Fortran 77 and later, has overloads that are GNU extensions
--- 6827,6841 ----
  _See also_:
       *note EXIT::, *note KILL::, *note BACKTRACE::
  
+ 
  
  File: gfortran.info,  Node: ABS,  Next: ACCESS,  Prev: ABORT,  Up: Intrinsic Procedures
  
! 9.3 `ABS' -- Absolute value
  ===========================
  
  _Description_:
!      `ABS(A)' computes the absolute value of `A'.
  
  _Standard_:
       Fortran 77 and later, has overloads that are GNU extensions
*************** _Class_:
*** 6784,6798 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = ABS(A)'
  
  _Arguments_:
!      A           The type of the argument shall be an 'INTEGER',
!                  'REAL', or 'COMPLEX'.
  
  _Return value_:
       The return value is of the same type and kind as the argument
!      except the return value is 'REAL' for a 'COMPLEX' argument.
  
  _Example_:
            program test_abs
--- 6844,6858 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = ABS(A)'
  
  _Arguments_:
!      A          The type of the argument shall be an `INTEGER',
!                 `REAL', or `COMPLEX'.
  
  _Return value_:
       The return value is of the same type and kind as the argument
!      except the return value is `REAL' for a `COMPLEX' argument.
  
  _Example_:
            program test_abs
*************** _Example_:
*** 6805,6842 ****
            end program test_abs
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'ABS(A)'       'REAL(4) A'    'REAL(4)'      Fortran 77 and
!                                                   later
!      'CABS(A)'      'COMPLEX(4)    'REAL(4)'      Fortran 77 and
!                     A'                            later
!      'DABS(A)'      'REAL(8) A'    'REAL(8)'      Fortran 77 and
!                                                   later
!      'IABS(A)'      'INTEGER(4)    'INTEGER(4)'   Fortran 77 and
!                     A'                            later
!      'BABS(A)'      'INTEGER(1)    'INTEGER(1)'   GNU extension
!                     A'
!      'IIABS(A)'     'INTEGER(2)    'INTEGER(2)'   GNU extension
!                     A'
!      'JIABS(A)'     'INTEGER(4)    'INTEGER(4)'   GNU extension
!                     A'
!      'KIABS(A)'     'INTEGER(8)    'INTEGER(8)'   GNU extension
!                     A'
!      'ZABS(A)'      'COMPLEX(8)    'COMPLEX(8)'   GNU extension
!                     A'
!      'CDABS(A)'     'COMPLEX(8)    'COMPLEX(8)'   GNU extension
!                     A'
  
  
  File: gfortran.info,  Node: ACCESS,  Next: ACHAR,  Prev: ABS,  Up: Intrinsic Procedures
  
! 9.4 'ACCESS' -- Checks file access modes
  ========================================
  
  _Description_:
!      'ACCESS(NAME, MODE)' checks whether the file NAME exists, is
!      readable, writable or executable.  Except for the executable check,
!      'ACCESS' can be replaced by Fortran 95's 'INQUIRE'.
  
  _Standard_:
       GNU extension
--- 6865,6902 ----
            end program test_abs
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `ABS(A)'      `REAL(4) A'   `REAL(4)'     Fortran 77 and
!                                                later
!      `CABS(A)'     `COMPLEX(4)   `REAL(4)'     Fortran 77 and
!                    A'                          later
!      `DABS(A)'     `REAL(8) A'   `REAL(8)'     Fortran 77 and
!                                                later
!      `IABS(A)'     `INTEGER(4)   `INTEGER(4)'  Fortran 77 and
!                    A'                          later
!      `BABS(A)'     `INTEGER(1)   `INTEGER(1)'  GNU extension
!                    A'                          
!      `IIABS(A)'    `INTEGER(2)   `INTEGER(2)'  GNU extension
!                    A'                          
!      `JIABS(A)'    `INTEGER(4)   `INTEGER(4)'  GNU extension
!                    A'                          
!      `KIABS(A)'    `INTEGER(8)   `INTEGER(8)'  GNU extension
!                    A'                          
!      `ZABS(A)'     `COMPLEX(8)   `COMPLEX(8)'  GNU extension
!                    A'                          
!      `CDABS(A)'    `COMPLEX(8)   `COMPLEX(8)'  GNU extension
!                    A'                          
  
  
  File: gfortran.info,  Node: ACCESS,  Next: ACHAR,  Prev: ABS,  Up: Intrinsic Procedures
  
! 9.4 `ACCESS' -- Checks file access modes
  ========================================
  
  _Description_:
!      `ACCESS(NAME, MODE)' checks whether the file NAME exists, is
!      readable, writable or executable. Except for the executable check,
!      `ACCESS' can be replaced by Fortran 95's `INQUIRE'.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 6845,6867 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = ACCESS(NAME, MODE)'
  
  _Arguments_:
!      NAME        Scalar 'CHARACTER' of default kind with the file
!                  name.  Tailing blank are ignored unless the
!                  character 'achar(0)' is present, then all
!                  characters up to and excluding 'achar(0)' are
!                  used as file name.
!      MODE        Scalar 'CHARACTER' of default kind with the file
!                  access mode, may be any concatenation of '"r"'
!                  (readable), '"w"' (writable) and '"x"'
!                  (executable), or '" "' to check for existence.
  
  _Return value_:
!      Returns a scalar 'INTEGER', which is '0' if the file is accessible
       in the given mode; otherwise or if an invalid argument has been
!      given for 'MODE' the value '1' is returned.
  
  _Example_:
            program access_test
--- 6905,6927 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = ACCESS(NAME, MODE)'
  
  _Arguments_:
!      NAME       Scalar `CHARACTER' of default kind with the
!                 file name. Tailing blank are ignored unless
!                 the character `achar(0)' is present, then all
!                 characters up to and excluding `achar(0)' are
!                 used as file name.
!      MODE       Scalar `CHARACTER' of default kind with the
!                 file access mode, may be any concatenation of
!                 `"r"' (readable), `"w"' (writable) and `"x"'
!                 (executable), or `" "' to check for existence.
  
  _Return value_:
!      Returns a scalar `INTEGER', which is `0' if the file is accessible
       in the given mode; otherwise or if an invalid argument has been
!      given for `MODE' the value `1' is returned.
  
  _Example_:
            program access_test
*************** _Example_:
*** 6875,6891 ****
              if(access(file2,'rwx') == 0) &
                print *, trim(file2),' is readable, writable and executable'
            end program access_test
  _Specific names_:
  _See also_:
  
  
  File: gfortran.info,  Node: ACHAR,  Next: ACOS,  Prev: ACCESS,  Up: Intrinsic Procedures
  
! 9.5 'ACHAR' -- Character in ASCII collating sequence
  ====================================================
  
  _Description_:
!      'ACHAR(I)' returns the character located at position 'I' in the
       ASCII collating sequence.
  
  _Standard_:
--- 6935,6953 ----
              if(access(file2,'rwx') == 0) &
                print *, trim(file2),' is readable, writable and executable'
            end program access_test
+ 
  _Specific names_:
+ 
  _See also_:
  
  
  File: gfortran.info,  Node: ACHAR,  Next: ACOS,  Prev: ACCESS,  Up: Intrinsic Procedures
  
! 9.5 `ACHAR' -- Character in ASCII collating sequence
  ====================================================
  
  _Description_:
!      `ACHAR(I)' returns the character located at position `I' in the
       ASCII collating sequence.
  
  _Standard_:
*************** _Class_:
*** 6895,6910 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = ACHAR(I [, KIND])'
  
  _Arguments_:
!      I           The type shall be 'INTEGER'.
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      The return value is of type 'CHARACTER' with a length of one.  If
       the KIND argument is present, the return value is of the specified
       kind and of the default kind otherwise.
  
--- 6957,6972 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = ACHAR(I [, KIND])'
  
  _Arguments_:
!      I          The type shall be `INTEGER'.
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      The return value is of type `CHARACTER' with a length of one.  If
       the KIND argument is present, the return value is of the specified
       kind and of the default kind otherwise.
  
*************** _Note_:
*** 6921,6934 ****
  _See also_:
       *note CHAR::, *note IACHAR::, *note ICHAR::
  
  
  File: gfortran.info,  Node: ACOS,  Next: ACOSD,  Prev: ACHAR,  Up: Intrinsic Procedures
  
! 9.6 'ACOS' -- Arccosine function
  ================================
  
  _Description_:
!      'ACOS(X)' computes the arccosine of X (inverse of 'COS(X)').
  
  _Standard_:
       Fortran 77 and later, for a complex argument Fortran 2008 or later
--- 6983,6997 ----
  _See also_:
       *note CHAR::, *note IACHAR::, *note ICHAR::
  
+ 
  
  File: gfortran.info,  Node: ACOS,  Next: ACOSD,  Prev: ACHAR,  Up: Intrinsic Procedures
  
! 9.6 `ACOS' -- Arccosine function
  ================================
  
  _Description_:
!      `ACOS(X)' computes the arccosine of X (inverse of `COS(X)').
  
  _Standard_:
       Fortran 77 and later, for a complex argument Fortran 2008 or later
*************** _Class_:
*** 6937,6948 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = ACOS(X)'
  
  _Arguments_:
!      X           The type shall either be 'REAL' with a magnitude
!                  that is less than or equal to one - or the type
!                  shall be 'COMPLEX'.
  
  _Return value_:
       The return value is of the same type and kind as X.  The real part
--- 7000,7011 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = ACOS(X)'
  
  _Arguments_:
!      X          The type shall either be `REAL' with a
!                 magnitude that is less than or equal to one -
!                 or the type shall be `COMPLEX'.
  
  _Return value_:
       The return value is of the same type and kind as X.  The real part
*************** _Example_:
*** 6956,6996 ****
            end program test_acos
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'ACOS(X)'      'REAL(4) X'    'REAL(4)'      Fortran 77 and
!                                                   later
!      'DACOS(X)'     'REAL(8) X'    'REAL(8)'      Fortran 77 and
!                                                   later
  
  _See also_:
       Inverse function: *note COS:: Degrees function: *note ACOSD::
  
  
  File: gfortran.info,  Node: ACOSD,  Next: ACOSH,  Prev: ACOS,  Up: Intrinsic Procedures
  
! 9.7 'ACOSD' -- Arccosine function, degrees
  ==========================================
  
  _Description_:
!      'ACOSD(X)' computes the arccosine of X in degrees (inverse of
!      'COSD(X)').
  
       This function is for compatibility only and should be avoided in
       favor of standard constructs wherever possible.
  
  _Standard_:
!      GNU Extension, enabled with '-fdec-math'
  
  _Class_:
       Elemental function
  
  _Syntax_:
!      'RESULT = ACOSD(X)'
  
  _Arguments_:
!      X           The type shall either be 'REAL' with a magnitude
!                  that is less than or equal to one - or the type
!                  shall be 'COMPLEX'.
  
  _Return value_:
       The return value is of the same type and kind as X.  The real part
--- 7019,7060 ----
            end program test_acos
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `ACOS(X)'     `REAL(4) X'   `REAL(4)'     Fortran 77 and
!                                                later
!      `DACOS(X)'    `REAL(8) X'   `REAL(8)'     Fortran 77 and
!                                                later
  
  _See also_:
       Inverse function: *note COS:: Degrees function: *note ACOSD::
  
+ 
  
  File: gfortran.info,  Node: ACOSD,  Next: ACOSH,  Prev: ACOS,  Up: Intrinsic Procedures
  
! 9.7 `ACOSD' -- Arccosine function, degrees
  ==========================================
  
  _Description_:
!      `ACOSD(X)' computes the arccosine of X in degrees (inverse of
!      `COSD(X)').
  
       This function is for compatibility only and should be avoided in
       favor of standard constructs wherever possible.
  
  _Standard_:
!      GNU Extension, enabled with `-fdec-math'
  
  _Class_:
       Elemental function
  
  _Syntax_:
!      `RESULT = ACOSD(X)'
  
  _Arguments_:
!      X          The type shall either be `REAL' with a
!                 magnitude that is less than or equal to one -
!                 or the type shall be `COMPLEX'.
  
  _Return value_:
       The return value is of the same type and kind as X.  The real part
*************** _Example_:
*** 7004,7024 ****
            end program test_acosd
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'ACOSD(X)'     'REAL(4) X'    'REAL(4)'      GNU Extension
!      'DACOSD(X)'    'REAL(8) X'    'REAL(8)'      GNU Extension
  
  _See also_:
       Inverse function: *note COSD:: Radians function: *note ACOS::
  
  
  File: gfortran.info,  Node: ACOSH,  Next: ADJUSTL,  Prev: ACOSD,  Up: Intrinsic Procedures
  
! 9.8 'ACOSH' -- Inverse hyperbolic cosine function
  =================================================
  
  _Description_:
!      'ACOSH(X)' computes the inverse hyperbolic cosine of X.
  
  _Standard_:
       Fortran 2008 and later
--- 7068,7089 ----
            end program test_acosd
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `ACOSD(X)'    `REAL(4) X'   `REAL(4)'     GNU Extension
!      `DACOSD(X)'   `REAL(8) X'   `REAL(8)'     GNU Extension
  
  _See also_:
       Inverse function: *note COSD:: Radians function: *note ACOS::
  
+ 
  
  File: gfortran.info,  Node: ACOSH,  Next: ADJUSTL,  Prev: ACOSD,  Up: Intrinsic Procedures
  
! 9.8 `ACOSH' -- Inverse hyperbolic cosine function
  =================================================
  
  _Description_:
!      `ACOSH(X)' computes the inverse hyperbolic cosine of X.
  
  _Standard_:
       Fortran 2008 and later
*************** _Class_:
*** 7027,7040 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = ACOSH(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL' or 'COMPLEX'.
  
  _Return value_:
!      The return value has the same type and kind as X.  If X is complex,
!      the imaginary part of the result is in radians and lies between 0
       \leq \Im \acosh(x) \leq \pi.
  
  _Example_:
--- 7092,7105 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = ACOSH(X)'
  
  _Arguments_:
!      X          The type shall be `REAL' or `COMPLEX'.
  
  _Return value_:
!      The return value has the same type and kind as X. If X is complex,
!      the imaginary part of the result is in radians and lies between  0
       \leq \Im \acosh(x) \leq \pi.
  
  _Example_:
*************** _Example_:
*** 7044,7051 ****
            END PROGRAM
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'DACOSH(X)'    'REAL(8) X'    'REAL(8)'      GNU extension
  
  _See also_:
       Inverse function: *note COSH::
--- 7109,7116 ----
            END PROGRAM
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `DACOSH(X)'   `REAL(8) X'   `REAL(8)'     GNU extension
  
  _See also_:
       Inverse function: *note COSH::
*************** _See also_:
*** 7053,7063 ****
  
  File: gfortran.info,  Node: ADJUSTL,  Next: ADJUSTR,  Prev: ACOSH,  Up: Intrinsic Procedures
  
! 9.9 'ADJUSTL' -- Left adjust a string
  =====================================
  
  _Description_:
!      'ADJUSTL(STRING)' will left adjust a string by removing leading
       spaces.  Spaces are inserted at the end of the string as needed.
  
  _Standard_:
--- 7118,7128 ----
  
  File: gfortran.info,  Node: ADJUSTL,  Next: ADJUSTR,  Prev: ACOSH,  Up: Intrinsic Procedures
  
! 9.9 `ADJUSTL' -- Left adjust a string
  =====================================
  
  _Description_:
!      `ADJUSTL(STRING)' will left adjust a string by removing leading
       spaces.  Spaces are inserted at the end of the string as needed.
  
  _Standard_:
*************** _Class_:
*** 7067,7079 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = ADJUSTL(STRING)'
  
  _Arguments_:
!      STRING      The type shall be 'CHARACTER'.
  
  _Return value_:
!      The return value is of type 'CHARACTER' and of the same kind as
       STRING where leading spaces are removed and the same number of
       spaces are inserted on the end of STRING.
  
--- 7132,7144 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = ADJUSTL(STRING)'
  
  _Arguments_:
!      STRING     The type shall be `CHARACTER'.
  
  _Return value_:
!      The return value is of type `CHARACTER' and of the same kind as
       STRING where leading spaces are removed and the same number of
       spaces are inserted on the end of STRING.
  
*************** _See also_:
*** 7090,7100 ****
  
  File: gfortran.info,  Node: ADJUSTR,  Next: AIMAG,  Prev: ADJUSTL,  Up: Intrinsic Procedures
  
! 9.10 'ADJUSTR' -- Right adjust a string
  =======================================
  
  _Description_:
!      'ADJUSTR(STRING)' will right adjust a string by removing trailing
       spaces.  Spaces are inserted at the start of the string as needed.
  
  _Standard_:
--- 7155,7165 ----
  
  File: gfortran.info,  Node: ADJUSTR,  Next: AIMAG,  Prev: ADJUSTL,  Up: Intrinsic Procedures
  
! 9.10 `ADJUSTR' -- Right adjust a string
  =======================================
  
  _Description_:
!      `ADJUSTR(STRING)' will right adjust a string by removing trailing
       spaces.  Spaces are inserted at the start of the string as needed.
  
  _Standard_:
*************** _Class_:
*** 7104,7116 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = ADJUSTR(STRING)'
  
  _Arguments_:
!      STR         The type shall be 'CHARACTER'.
  
  _Return value_:
!      The return value is of type 'CHARACTER' and of the same kind as
       STRING where trailing spaces are removed and the same number of
       spaces are inserted at the start of STRING.
  
--- 7169,7181 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = ADJUSTR(STRING)'
  
  _Arguments_:
!      STR        The type shall be `CHARACTER'.
  
  _Return value_:
!      The return value is of type `CHARACTER' and of the same kind as
       STRING where trailing spaces are removed and the same number of
       spaces are inserted at the start of STRING.
  
*************** _See also_:
*** 7127,7139 ****
  
  File: gfortran.info,  Node: AIMAG,  Next: AINT,  Prev: ADJUSTR,  Up: Intrinsic Procedures
  
! 9.11 'AIMAG' -- Imaginary part of complex number
  ================================================
  
  _Description_:
!      'AIMAG(Z)' yields the imaginary part of complex argument 'Z'.  The
!      'IMAG(Z)' and 'IMAGPART(Z)' intrinsic functions are provided for
!      compatibility with 'g77', and their use in new code is strongly
       discouraged.
  
  _Standard_:
--- 7192,7204 ----
  
  File: gfortran.info,  Node: AIMAG,  Next: AINT,  Prev: ADJUSTR,  Up: Intrinsic Procedures
  
! 9.11 `AIMAG' -- Imaginary part of complex number
  ================================================
  
  _Description_:
!      `AIMAG(Z)' yields the imaginary part of complex argument `Z'.  The
!      `IMAG(Z)' and `IMAGPART(Z)' intrinsic functions are provided for
!      compatibility with `g77', and their use in new code is strongly
       discouraged.
  
  _Standard_:
*************** _Class_:
*** 7143,7155 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = AIMAG(Z)'
  
  _Arguments_:
!      Z           The type of the argument shall be 'COMPLEX'.
  
  _Return value_:
!      The return value is of type 'REAL' with the kind type parameter of
       the argument.
  
  _Example_:
--- 7208,7220 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = AIMAG(Z)'
  
  _Arguments_:
!      Z          The type of the argument shall be `COMPLEX'.
  
  _Return value_:
!      The return value is of type `REAL' with the kind type parameter of
       the argument.
  
  _Example_:
*************** _Example_:
*** 7162,7182 ****
            end program test_aimag
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'AIMAG(Z)'     'COMPLEX Z'    'REAL'         GNU extension
!      'DIMAG(Z)'     'COMPLEX(8)    'REAL(8)'      GNU extension
!                     Z'
!      'IMAG(Z)'      'COMPLEX Z'    'REAL'         GNU extension
!      'IMAGPART(Z)'  'COMPLEX Z'    'REAL'         GNU extension
  
  
  File: gfortran.info,  Node: AINT,  Next: ALARM,  Prev: AIMAG,  Up: Intrinsic Procedures
  
! 9.12 'AINT' -- Truncate to a whole number
  =========================================
  
  _Description_:
!      'AINT(A [, KIND])' truncates its argument to a whole number.
  
  _Standard_:
       Fortran 77 and later
--- 7227,7247 ----
            end program test_aimag
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `AIMAG(Z)'    `COMPLEX Z'   `REAL'        GNU extension
!      `DIMAG(Z)'    `COMPLEX(8)   `REAL(8)'     GNU extension
!                    Z'                          
!      `IMAG(Z)'     `COMPLEX Z'   `REAL'        GNU extension
!      `IMAGPART(Z)' `COMPLEX Z'   `REAL'        GNU extension
  
  
  File: gfortran.info,  Node: AINT,  Next: ALARM,  Prev: AIMAG,  Up: Intrinsic Procedures
  
! 9.12 `AINT' -- Truncate to a whole number
  =========================================
  
  _Description_:
!      `AINT(A [, KIND])' truncates its argument to a whole number.
  
  _Standard_:
       Fortran 77 and later
*************** _Class_:
*** 7185,7203 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = AINT(A [, KIND])'
  
  _Arguments_:
!      A           The type of the argument shall be 'REAL'.
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      The return value is of type 'REAL' with the kind type parameter of
       the argument if the optional KIND is absent; otherwise, the kind
       type parameter will be given by KIND.  If the magnitude of X is
!      less than one, 'AINT(X)' returns zero.  If the magnitude is equal
       to or greater than one then it returns the largest whole number
       that does not exceed its magnitude.  The sign is the same as the
       sign of X.
--- 7250,7268 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = AINT(A [, KIND])'
  
  _Arguments_:
!      A          The type of the argument shall be `REAL'.
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      The return value is of type `REAL' with the kind type parameter of
       the argument if the optional KIND is absent; otherwise, the kind
       type parameter will be given by KIND.  If the magnitude of X is
!      less than one, `AINT(X)' returns zero.  If the magnitude is equal
       to or greater than one then it returns the largest whole number
       that does not exceed its magnitude.  The sign is the same as the
       sign of X.
*************** _Example_:
*** 7213,7237 ****
            end program test_aint
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'AINT(A)'      'REAL(4) A'    'REAL(4)'      Fortran 77 and
!                                                   later
!      'DINT(A)'      'REAL(8) A'    'REAL(8)'      Fortran 77 and
!                                                   later
  
  
  File: gfortran.info,  Node: ALARM,  Next: ALL,  Prev: AINT,  Up: Intrinsic Procedures
  
! 9.13 'ALARM' -- Execute a routine after a given delay
  =====================================================
  
  _Description_:
!      'ALARM(SECONDS, HANDLER [, STATUS])' causes external subroutine
!      HANDLER to be executed after a delay of SECONDS by using 'alarm(2)'
!      to set up a signal and 'signal(2)' to catch it.  If STATUS is
!      supplied, it will be returned with the number of seconds remaining
!      until any previously scheduled alarm was due to be delivered, or
!      zero if there was no previously scheduled alarm.
  
  _Standard_:
       GNU extension
--- 7278,7302 ----
            end program test_aint
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `AINT(A)'     `REAL(4) A'   `REAL(4)'     Fortran 77 and
!                                                later
!      `DINT(A)'     `REAL(8) A'   `REAL(8)'     Fortran 77 and
!                                                later
  
  
  File: gfortran.info,  Node: ALARM,  Next: ALL,  Prev: AINT,  Up: Intrinsic Procedures
  
! 9.13 `ALARM' -- Execute a routine after a given delay
  =====================================================
  
  _Description_:
!      `ALARM(SECONDS, HANDLER [, STATUS])' causes external subroutine
!      HANDLER to be executed after a delay of SECONDS by using
!      `alarm(2)' to set up a signal and `signal(2)' to catch it. If
!      STATUS is supplied, it will be returned with the number of seconds
!      remaining until any previously scheduled alarm was due to be
!      delivered, or zero if there was no previously scheduled alarm.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 7240,7258 ****
       Subroutine
  
  _Syntax_:
!      'CALL ALARM(SECONDS, HANDLER [, STATUS])'
  
  _Arguments_:
!      SECONDS     The type of the argument shall be a scalar
!                  'INTEGER'.  It is 'INTENT(IN)'.
!      HANDLER     Signal handler ('INTEGER FUNCTION' or
!                  'SUBROUTINE') or dummy/global 'INTEGER' scalar.
!                  The scalar values may be either 'SIG_IGN=1' to
!                  ignore the alarm generated or 'SIG_DFL=0' to set
!                  the default action.  It is 'INTENT(IN)'.
!      STATUS      (Optional) STATUS shall be a scalar variable of
!                  the default 'INTEGER' kind.  It is
!                  'INTENT(OUT)'.
  
  _Example_:
            program test_alarm
--- 7305,7324 ----
       Subroutine
  
  _Syntax_:
!      `CALL ALARM(SECONDS, HANDLER [, STATUS])'
  
  _Arguments_:
!      SECONDS    The type of the argument shall be a scalar
!                 `INTEGER'. It is `INTENT(IN)'.
!      HANDLER    Signal handler (`INTEGER FUNCTION' or
!                 `SUBROUTINE') or dummy/global `INTEGER'
!                 scalar. The scalar values may be either
!                 `SIG_IGN=1' to ignore the alarm generated or
!                 `SIG_DFL=0' to set the default action. It is
!                 `INTENT(IN)'.
!      STATUS     (Optional) STATUS shall be a scalar variable
!                 of the default `INTEGER' kind. It is
!                 `INTENT(OUT)'.
  
  _Example_:
            program test_alarm
*************** _Example_:
*** 7268,7278 ****
  
  File: gfortran.info,  Node: ALL,  Next: ALLOCATED,  Prev: ALARM,  Up: Intrinsic Procedures
  
! 9.14 'ALL' -- All values in MASK along DIM are true
  ===================================================
  
  _Description_:
!      'ALL(MASK [, DIM])' determines if all the values are true in MASK
       in the array along dimension DIM.
  
  _Standard_:
--- 7334,7344 ----
  
  File: gfortran.info,  Node: ALL,  Next: ALLOCATED,  Prev: ALARM,  Up: Intrinsic Procedures
  
! 9.14 `ALL' -- All values in MASK along DIM are true
  ===================================================
  
  _Description_:
!      `ALL(MASK [, DIM])' determines if all the values are true in MASK
       in the array along dimension DIM.
  
  _Standard_:
*************** _Class_:
*** 7282,7310 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = ALL(MASK [, DIM])'
  
  _Arguments_:
!      MASK        The type of the argument shall be 'LOGICAL' and
!                  it shall not be scalar.
!      DIM         (Optional) DIM shall be a scalar integer with a
!                  value that lies between one and the rank of
!                  MASK.
  
  _Return value_:
!      'ALL(MASK)' returns a scalar value of type 'LOGICAL' where the kind
!      type parameter is the same as the kind type parameter of MASK.  If
!      DIM is present, then 'ALL(MASK, DIM)' returns an array with the
!      rank of MASK minus 1.  The shape is determined from the shape of
!      MASK where the DIM dimension is elided.
  
!      (A)
!           'ALL(MASK)' is true if all elements of MASK are true.  It also
!           is true if MASK has zero size; otherwise, it is false.
!      (B)
!           If the rank of MASK is one, then 'ALL(MASK,DIM)' is equivalent
!           to 'ALL(MASK)'.  If the rank is greater than one, then
!           'ALL(MASK,DIM)' is determined by applying 'ALL' to the array
            sections.
  
  _Example_:
--- 7348,7377 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = ALL(MASK [, DIM])'
  
  _Arguments_:
!      MASK       The type of the argument shall be `LOGICAL' and
!                 it shall not be scalar.
!      DIM        (Optional) DIM shall be a scalar integer with
!                 a value that lies between one and the rank of
!                 MASK.
  
  _Return value_:
!      `ALL(MASK)' returns a scalar value of type `LOGICAL' where the
!      kind type parameter is the same as the kind type parameter of
!      MASK.  If DIM is present, then `ALL(MASK, DIM)' returns an array
!      with the rank of MASK minus 1.  The shape is determined from the
!      shape of MASK where the DIM dimension is elided.
  
!     (A)
!           `ALL(MASK)' is true if all elements of MASK are true.  It
!           also is true if MASK has zero size; otherwise, it is false.
! 
!     (B)
!           If the rank of MASK is one, then `ALL(MASK,DIM)' is equivalent
!           to `ALL(MASK)'.  If the rank is greater than one, then
!           `ALL(MASK,DIM)' is determined by applying `ALL' to the array
            sections.
  
  _Example_:
*************** _Example_:
*** 7327,7358 ****
  
  File: gfortran.info,  Node: ALLOCATED,  Next: AND,  Prev: ALL,  Up: Intrinsic Procedures
  
! 9.15 'ALLOCATED' -- Status of an allocatable entity
  ===================================================
  
  _Description_:
!      'ALLOCATED(ARRAY)' and 'ALLOCATED(SCALAR)' check the allocation
       status of ARRAY and SCALAR, respectively.
  
  _Standard_:
!      Fortran 95 and later.  Note, the 'SCALAR=' keyword and allocatable
       scalar entities are available in Fortran 2003 and later.
  
  _Class_:
       Inquiry function
  
  _Syntax_:
!      'RESULT = ALLOCATED(ARRAY)'
!      'RESULT = ALLOCATED(SCALAR)'
  
  _Arguments_:
!      ARRAY       The argument shall be an 'ALLOCATABLE' array.
!      SCALAR      The argument shall be an 'ALLOCATABLE' scalar.
  
  _Return value_:
!      The return value is a scalar 'LOGICAL' with the default logical
!      kind type parameter.  If the argument is allocated, then the result
!      is '.TRUE.'; otherwise, it returns '.FALSE.'
  
  _Example_:
            program test_allocated
--- 7394,7425 ----
  
  File: gfortran.info,  Node: ALLOCATED,  Next: AND,  Prev: ALL,  Up: Intrinsic Procedures
  
! 9.15 `ALLOCATED' -- Status of an allocatable entity
  ===================================================
  
  _Description_:
!      `ALLOCATED(ARRAY)' and `ALLOCATED(SCALAR)' check the allocation
       status of ARRAY and SCALAR, respectively.
  
  _Standard_:
!      Fortran 95 and later.  Note, the `SCALAR=' keyword and allocatable
       scalar entities are available in Fortran 2003 and later.
  
  _Class_:
       Inquiry function
  
  _Syntax_:
!      `RESULT = ALLOCATED(ARRAY)'
!      `RESULT = ALLOCATED(SCALAR)'
  
  _Arguments_:
!      ARRAY      The argument shall be an `ALLOCATABLE' array.
!      SCALAR     The argument shall be an `ALLOCATABLE' scalar.
  
  _Return value_:
!      The return value is a scalar `LOGICAL' with the default logical
!      kind type parameter.  If the argument is allocated, then the
!      result is `.TRUE.'; otherwise, it returns `.FALSE.'
  
  _Example_:
            program test_allocated
*************** _Example_:
*** 7364,7374 ****
  
  File: gfortran.info,  Node: AND,  Next: ANINT,  Prev: ALLOCATED,  Up: Intrinsic Procedures
  
! 9.16 'AND' -- Bitwise logical AND
  =================================
  
  _Description_:
!      Bitwise logical 'AND'.
  
       This intrinsic routine is provided for backwards compatibility with
       GNU Fortran 77.  For integer arguments, programmers should consider
--- 7431,7441 ----
  
  File: gfortran.info,  Node: AND,  Next: ANINT,  Prev: ALLOCATED,  Up: Intrinsic Procedures
  
! 9.16 `AND' -- Bitwise logical AND
  =================================
  
  _Description_:
!      Bitwise logical `AND'.
  
       This intrinsic routine is provided for backwards compatibility with
       GNU Fortran 77.  For integer arguments, programmers should consider
*************** _Class_:
*** 7382,7399 ****
       Function
  
  _Syntax_:
!      'RESULT = AND(I, J)'
  
  _Arguments_:
!      I           The type shall be either a scalar 'INTEGER' type
!                  or a scalar 'LOGICAL' type.
!      J           The type shall be the same as the type of I.
  
  _Return value_:
!      The return type is either a scalar 'INTEGER' or a scalar 'LOGICAL'.
!      If the kind type parameters differ, then the smaller kind type is
!      implicitly converted to larger kind, and the return has the larger
!      kind.
  
  _Example_:
            PROGRAM test_and
--- 7449,7466 ----
       Function
  
  _Syntax_:
!      `RESULT = AND(I, J)'
  
  _Arguments_:
!      I          The type shall be either a scalar `INTEGER'
!                 type or a scalar `LOGICAL' type.
!      J          The type shall be the same as the type of I.
  
  _Return value_:
!      The return type is either a scalar `INTEGER' or a scalar
!      `LOGICAL'.  If the kind type parameters differ, then the smaller
!      kind type is implicitly converted to larger kind, and the return
!      has the larger kind.
  
  _Example_:
            PROGRAM test_and
*************** _See also_:
*** 7411,7421 ****
  
  File: gfortran.info,  Node: ANINT,  Next: ANY,  Prev: AND,  Up: Intrinsic Procedures
  
! 9.17 'ANINT' -- Nearest whole number
  ====================================
  
  _Description_:
!      'ANINT(A [, KIND])' rounds its argument to the nearest whole
       number.
  
  _Standard_:
--- 7478,7488 ----
  
  File: gfortran.info,  Node: ANINT,  Next: ANY,  Prev: AND,  Up: Intrinsic Procedures
  
! 9.17 `ANINT' -- Nearest whole number
  ====================================
  
  _Description_:
!      `ANINT(A [, KIND])' rounds its argument to the nearest whole
       number.
  
  _Standard_:
*************** _Class_:
*** 7425,7444 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = ANINT(A [, KIND])'
  
  _Arguments_:
!      A           The type of the argument shall be 'REAL'.
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
       The return value is of type real with the kind type parameter of
       the argument if the optional KIND is absent; otherwise, the kind
       type parameter will be given by KIND.  If A is greater than zero,
!      'ANINT(A)' returns 'AINT(X+0.5)'.  If A is less than or equal to
!      zero then it returns 'AINT(X-0.5)'.
  
  _Example_:
            program test_anint
--- 7492,7511 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = ANINT(A [, KIND])'
  
  _Arguments_:
!      A          The type of the argument shall be `REAL'.
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
       The return value is of type real with the kind type parameter of
       the argument if the optional KIND is absent; otherwise, the kind
       type parameter will be given by KIND.  If A is greater than zero,
!      `ANINT(A)' returns `AINT(X+0.5)'.  If A is less than or equal to
!      zero then it returns `AINT(X-0.5)'.
  
  _Example_:
            program test_anint
*************** _Example_:
*** 7451,7471 ****
            end program test_anint
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'AINT(A)'      'REAL(4) A'    'REAL(4)'      Fortran 77 and
!                                                   later
!      'DNINT(A)'     'REAL(8) A'    'REAL(8)'      Fortran 77 and
!                                                   later
  
  
  File: gfortran.info,  Node: ANY,  Next: ASIN,  Prev: ANINT,  Up: Intrinsic Procedures
  
! 9.18 'ANY' -- Any value in MASK along DIM is true
  =================================================
  
  _Description_:
!      'ANY(MASK [, DIM])' determines if any of the values in the logical
!      array MASK along dimension DIM are '.TRUE.'.
  
  _Standard_:
       Fortran 95 and later
--- 7518,7538 ----
            end program test_anint
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `AINT(A)'     `REAL(4) A'   `REAL(4)'     Fortran 77 and
!                                                later
!      `DNINT(A)'    `REAL(8) A'   `REAL(8)'     Fortran 77 and
!                                                later
  
  
  File: gfortran.info,  Node: ANY,  Next: ASIN,  Prev: ANINT,  Up: Intrinsic Procedures
  
! 9.18 `ANY' -- Any value in MASK along DIM is true
  =================================================
  
  _Description_:
!      `ANY(MASK [, DIM])' determines if any of the values in the logical
!      array MASK along dimension DIM are `.TRUE.'.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 7474,7502 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = ANY(MASK [, DIM])'
  
  _Arguments_:
!      MASK        The type of the argument shall be 'LOGICAL' and
!                  it shall not be scalar.
!      DIM         (Optional) DIM shall be a scalar integer with a
!                  value that lies between one and the rank of
!                  MASK.
  
  _Return value_:
!      'ANY(MASK)' returns a scalar value of type 'LOGICAL' where the kind
!      type parameter is the same as the kind type parameter of MASK.  If
!      DIM is present, then 'ANY(MASK, DIM)' returns an array with the
!      rank of MASK minus 1.  The shape is determined from the shape of
!      MASK where the DIM dimension is elided.
  
!      (A)
!           'ANY(MASK)' is true if any element of MASK is true; otherwise,
!           it is false.  It also is false if MASK has zero size.
!      (B)
!           If the rank of MASK is one, then 'ANY(MASK,DIM)' is equivalent
!           to 'ANY(MASK)'.  If the rank is greater than one, then
!           'ANY(MASK,DIM)' is determined by applying 'ANY' to the array
            sections.
  
  _Example_:
--- 7541,7571 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = ANY(MASK [, DIM])'
  
  _Arguments_:
!      MASK       The type of the argument shall be `LOGICAL' and
!                 it shall not be scalar.
!      DIM        (Optional) DIM shall be a scalar integer with
!                 a value that lies between one and the rank of
!                 MASK.
  
  _Return value_:
!      `ANY(MASK)' returns a scalar value of type `LOGICAL' where the
!      kind type parameter is the same as the kind type parameter of
!      MASK.  If DIM is present, then `ANY(MASK, DIM)' returns an array
!      with the rank of MASK minus 1.  The shape is determined from the
!      shape of MASK where the DIM dimension is elided.
  
!     (A)
!           `ANY(MASK)' is true if any element of MASK is true;
!           otherwise, it is false.  It also is false if MASK has zero
!           size.
! 
!     (B)
!           If the rank of MASK is one, then `ANY(MASK,DIM)' is equivalent
!           to `ANY(MASK)'.  If the rank is greater than one, then
!           `ANY(MASK,DIM)' is determined by applying `ANY' to the array
            sections.
  
  _Example_:
*************** _Example_:
*** 7519,7529 ****
  
  File: gfortran.info,  Node: ASIN,  Next: ASIND,  Prev: ANY,  Up: Intrinsic Procedures
  
! 9.19 'ASIN' -- Arcsine function
  ===============================
  
  _Description_:
!      'ASIN(X)' computes the arcsine of its X (inverse of 'SIN(X)').
  
  _Standard_:
       Fortran 77 and later, for a complex argument Fortran 2008 or later
--- 7588,7598 ----
  
  File: gfortran.info,  Node: ASIN,  Next: ASIND,  Prev: ANY,  Up: Intrinsic Procedures
  
! 9.19 `ASIN' -- Arcsine function
  ===============================
  
  _Description_:
!      `ASIN(X)' computes the arcsine of its X (inverse of `SIN(X)').
  
  _Standard_:
       Fortran 77 and later, for a complex argument Fortran 2008 or later
*************** _Class_:
*** 7532,7543 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = ASIN(X)'
  
  _Arguments_:
!      X           The type shall be either 'REAL' and a magnitude
!                  that is less than or equal to one - or be
!                  'COMPLEX'.
  
  _Return value_:
       The return value is of the same type and kind as X.  The real part
--- 7601,7612 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = ASIN(X)'
  
  _Arguments_:
!      X          The type shall be either `REAL' and a
!                 magnitude that is less than or equal to one -
!                 or be `COMPLEX'.
  
  _Return value_:
       The return value is of the same type and kind as X.  The real part
*************** _Example_:
*** 7551,7591 ****
            end program test_asin
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'ASIN(X)'      'REAL(4) X'    'REAL(4)'      Fortran 77 and
!                                                   later
!      'DASIN(X)'     'REAL(8) X'    'REAL(8)'      Fortran 77 and
!                                                   later
  
  _See also_:
       Inverse function: *note SIN:: Degrees function: *note ASIND::
  
  
  File: gfortran.info,  Node: ASIND,  Next: ASINH,  Prev: ASIN,  Up: Intrinsic Procedures
  
! 9.20 'ASIND' -- Arcsine function, degrees
  =========================================
  
  _Description_:
!      'ASIND(X)' computes the arcsine of its X in degrees (inverse of
!      'SIND(X)').
  
       This function is for compatibility only and should be avoided in
       favor of standard constructs wherever possible.
  
  _Standard_:
!      GNU Extension, enabled with '-fdec-math'.
  
  _Class_:
       Elemental function
  
  _Syntax_:
!      'RESULT = ASIND(X)'
  
  _Arguments_:
!      X           The type shall be either 'REAL' and a magnitude
!                  that is less than or equal to one - or be
!                  'COMPLEX'.
  
  _Return value_:
       The return value is of the same type and kind as X.  The real part
--- 7620,7661 ----
            end program test_asin
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `ASIN(X)'     `REAL(4) X'   `REAL(4)'     Fortran 77 and
!                                                later
!      `DASIN(X)'    `REAL(8) X'   `REAL(8)'     Fortran 77 and
!                                                later
  
  _See also_:
       Inverse function: *note SIN:: Degrees function: *note ASIND::
  
+ 
  
  File: gfortran.info,  Node: ASIND,  Next: ASINH,  Prev: ASIN,  Up: Intrinsic Procedures
  
! 9.20 `ASIND' -- Arcsine function, degrees
  =========================================
  
  _Description_:
!      `ASIND(X)' computes the arcsine of its X in degrees (inverse of
!      `SIND(X)').
  
       This function is for compatibility only and should be avoided in
       favor of standard constructs wherever possible.
  
  _Standard_:
!      GNU Extension, enabled with `-fdec-math'.
  
  _Class_:
       Elemental function
  
  _Syntax_:
!      `RESULT = ASIND(X)'
  
  _Arguments_:
!      X          The type shall be either `REAL' and a
!                 magnitude that is less than or equal to one -
!                 or be `COMPLEX'.
  
  _Return value_:
       The return value is of the same type and kind as X.  The real part
*************** _Example_:
*** 7599,7619 ****
            end program test_asind
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'ASIND(X)'     'REAL(4) X'    'REAL(4)'      GNU Extension
!      'DASIND(X)'    'REAL(8) X'    'REAL(8)'      GNU Extension
  
  _See also_:
       Inverse function: *note SIND:: Radians function: *note ASIN::
  
  
  File: gfortran.info,  Node: ASINH,  Next: ASSOCIATED,  Prev: ASIND,  Up: Intrinsic Procedures
  
! 9.21 'ASINH' -- Inverse hyperbolic sine function
  ================================================
  
  _Description_:
!      'ASINH(X)' computes the inverse hyperbolic sine of X.
  
  _Standard_:
       Fortran 2008 and later
--- 7669,7690 ----
            end program test_asind
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `ASIND(X)'    `REAL(4) X'   `REAL(4)'     GNU Extension
!      `DASIND(X)'   `REAL(8) X'   `REAL(8)'     GNU Extension
  
  _See also_:
       Inverse function: *note SIND:: Radians function: *note ASIN::
  
+ 
  
  File: gfortran.info,  Node: ASINH,  Next: ASSOCIATED,  Prev: ASIND,  Up: Intrinsic Procedures
  
! 9.21 `ASINH' -- Inverse hyperbolic sine function
  ================================================
  
  _Description_:
!      `ASINH(X)' computes the inverse hyperbolic sine of X.
  
  _Standard_:
       Fortran 2008 and later
*************** _Class_:
*** 7622,7634 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = ASINH(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL' or 'COMPLEX'.
  
  _Return value_:
!      The return value is of the same type and kind as X.  If X is
       complex, the imaginary part of the result is in radians and lies
       between -\pi/2 \leq \Im \asinh(x) \leq \pi/2.
  
--- 7693,7705 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = ASINH(X)'
  
  _Arguments_:
!      X          The type shall be `REAL' or `COMPLEX'.
  
  _Return value_:
!      The return value is of the same type and kind as  X. If X is
       complex, the imaginary part of the result is in radians and lies
       between -\pi/2 \leq \Im \asinh(x) \leq \pi/2.
  
*************** _Example_:
*** 7639,7646 ****
            END PROGRAM
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'DASINH(X)'    'REAL(8) X'    'REAL(8)'      GNU extension.
  
  _See also_:
       Inverse function: *note SINH::
--- 7710,7717 ----
            END PROGRAM
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `DASINH(X)'   `REAL(8) X'   `REAL(8)'     GNU extension.
  
  _See also_:
       Inverse function: *note SINH::
*************** _See also_:
*** 7648,7658 ****
  
  File: gfortran.info,  Node: ASSOCIATED,  Next: ATAN,  Prev: ASINH,  Up: Intrinsic Procedures
  
! 9.22 'ASSOCIATED' -- Status of a pointer or pointer/target pair
  ===============================================================
  
  _Description_:
!      'ASSOCIATED(POINTER [, TARGET])' determines the status of the
       pointer POINTER or if POINTER is associated with the target TARGET.
  
  _Standard_:
--- 7719,7729 ----
  
  File: gfortran.info,  Node: ASSOCIATED,  Next: ATAN,  Prev: ASINH,  Up: Intrinsic Procedures
  
! 9.22 `ASSOCIATED' -- Status of a pointer or pointer/target pair
  ===============================================================
  
  _Description_:
!      `ASSOCIATED(POINTER [, TARGET])' determines the status of the
       pointer POINTER or if POINTER is associated with the target TARGET.
  
  _Standard_:
*************** _Class_:
*** 7662,7700 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = ASSOCIATED(POINTER [, TARGET])'
  
  _Arguments_:
!      POINTER     POINTER shall have the 'POINTER' attribute and
!                  it can be of any type.
!      TARGET      (Optional) TARGET shall be a pointer or a
!                  target.  It must have the same type, kind type
!                  parameter, and array rank as POINTER.
       The association status of neither POINTER nor TARGET shall be
       undefined.
  
  _Return value_:
!      'ASSOCIATED(POINTER)' returns a scalar value of type 'LOGICAL(4)'.
       There are several cases:
!      (A) When the optional TARGET is not present then
!           'ASSOCIATED(POINTER)' is true if POINTER is associated with a
            target; otherwise, it returns false.
!      (B) If TARGET is present and a scalar target, the result is true if
            TARGET is not a zero-sized storage sequence and the target
            associated with POINTER occupies the same storage units.  If
            POINTER is disassociated, the result is false.
!      (C) If TARGET is present and an array target, the result is true if
            TARGET and POINTER have the same shape, are not zero-sized
            arrays, are arrays whose elements are not zero-sized storage
            sequences, and TARGET and POINTER occupy the same storage
            units in array element order.  As in case(B), the result is
            false, if POINTER is disassociated.
!      (D) If TARGET is present and an scalar pointer, the result is true
            if TARGET is associated with POINTER, the target associated
            with TARGET are not zero-sized storage sequences and occupy
!           the same storage units.  The result is false, if either TARGET
!           or POINTER is disassociated.
!      (E) If TARGET is present and an array pointer, the result is true if
            target associated with POINTER and the target associated with
            TARGET have the same shape, are not zero-sized arrays, are
            arrays whose elements are not zero-sized storage sequences,
--- 7733,7775 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = ASSOCIATED(POINTER [, TARGET])'
  
  _Arguments_:
!      POINTER    POINTER shall have the `POINTER' attribute and
!                 it can be of any type.
!      TARGET     (Optional) TARGET shall be a pointer or a
!                 target.  It must have the same type, kind type
!                 parameter, and array rank as POINTER.
       The association status of neither POINTER nor TARGET shall be
       undefined.
  
  _Return value_:
!      `ASSOCIATED(POINTER)' returns a scalar value of type `LOGICAL(4)'.
       There are several cases:
!     (A) When the optional TARGET is not present then
!           `ASSOCIATED(POINTER)' is true if POINTER is associated with a
            target; otherwise, it returns false.
! 
!     (B) If TARGET is present and a scalar target, the result is true if
            TARGET is not a zero-sized storage sequence and the target
            associated with POINTER occupies the same storage units.  If
            POINTER is disassociated, the result is false.
! 
!     (C) If TARGET is present and an array target, the result is true if
            TARGET and POINTER have the same shape, are not zero-sized
            arrays, are arrays whose elements are not zero-sized storage
            sequences, and TARGET and POINTER occupy the same storage
            units in array element order.  As in case(B), the result is
            false, if POINTER is disassociated.
! 
!     (D) If TARGET is present and an scalar pointer, the result is true
            if TARGET is associated with POINTER, the target associated
            with TARGET are not zero-sized storage sequences and occupy
!           the same storage units.  The result is false, if either
!           TARGET or POINTER is disassociated.
! 
!     (E) If TARGET is present and an array pointer, the result is true if
            target associated with POINTER and the target associated with
            TARGET have the same shape, are not zero-sized arrays, are
            arrays whose elements are not zero-sized storage sequences,
*************** _See also_:
*** 7718,7728 ****
  
  File: gfortran.info,  Node: ATAN,  Next: ATAND,  Prev: ASSOCIATED,  Up: Intrinsic Procedures
  
! 9.23 'ATAN' -- Arctangent function
  ==================================
  
  _Description_:
!      'ATAN(X)' computes the arctangent of X.
  
  _Standard_:
       Fortran 77 and later, for a complex argument and for two arguments
--- 7793,7803 ----
  
  File: gfortran.info,  Node: ATAN,  Next: ATAND,  Prev: ASSOCIATED,  Up: Intrinsic Procedures
  
! 9.23 `ATAN' -- Arctangent function
  ==================================
  
  _Description_:
!      `ATAN(X)' computes the arctangent of X.
  
  _Standard_:
       Fortran 77 and later, for a complex argument and for two arguments
*************** _Class_:
*** 7732,7752 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = ATAN(X)'
!      'RESULT = ATAN(Y, X)'
  
  _Arguments_:
!      X           The type shall be 'REAL' or 'COMPLEX'; if Y is
!                  present, X shall be REAL.
!      Y shall
!      be of the
!      same type
!      and kind
!      as X.
  
  _Return value_:
       The return value is of the same type and kind as X.  If Y is
!      present, the result is identical to 'ATAN2(Y,X)'.  Otherwise, it
       the arcus tangent of X, where the real part of the result is in
       radians and lies in the range -\pi/2 \leq \Re \atan(x) \leq \pi/2.
  
--- 7807,7827 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = ATAN(X)'
!      `RESULT = ATAN(Y, X)'
  
  _Arguments_:
!      X          The type shall be `REAL' or `COMPLEX'; if Y is
!                 present, X shall be REAL.
!      Y shall    
!      be of the  
!      same type  
!      and kind   
!      as X.      
  
  _Return value_:
       The return value is of the same type and kind as X.  If Y is
!      present, the result is identical to `ATAN2(Y,X)'.  Otherwise, it
       the arcus tangent of X, where the real part of the result is in
       radians and lies in the range -\pi/2 \leq \Re \atan(x) \leq \pi/2.
  
*************** _Example_:
*** 7757,7806 ****
            end program test_atan
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'ATAN(X)'      'REAL(4) X'    'REAL(4)'      Fortran 77 and
!                                                   later
!      'DATAN(X)'     'REAL(8) X'    'REAL(8)'      Fortran 77 and
!                                                   later
  
  _See also_:
       Inverse function: *note TAN:: Degrees function: *note ATAND::
  
  
  File: gfortran.info,  Node: ATAND,  Next: ATAN2,  Prev: ATAN,  Up: Intrinsic Procedures
  
! 9.24 'ATAND' -- Arctangent function, degrees
  ============================================
  
  _Description_:
!      'ATAND(X)' computes the arctangent of X in degrees (inverse of
       *note TAND::).
  
       This function is for compatibility only and should be avoided in
       favor of standard constructs wherever possible.
  
  _Standard_:
!      GNU Extension, enabled with '-fdec-math'.
  
  _Class_:
       Elemental function
  
  _Syntax_:
!      'RESULT = ATAND(X)'
!      'RESULT = ATAND(Y, X)'
  
  _Arguments_:
!      X           The type shall be 'REAL' or 'COMPLEX'; if Y is
!                  present, X shall be REAL.
!      Y shall
!      be of the
!      same type
!      and kind
!      as X.
  
  _Return value_:
       The return value is of the same type and kind as X.  If Y is
!      present, the result is identical to 'ATAND2(Y,X)'.  Otherwise, it
       is the arcus tangent of X, where the real part of the result is in
       degrees and lies in the range -90 \leq \Re \atand(x) \leq 90.
  
--- 7832,7882 ----
            end program test_atan
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `ATAN(X)'     `REAL(4) X'   `REAL(4)'     Fortran 77 and
!                                                later
!      `DATAN(X)'    `REAL(8) X'   `REAL(8)'     Fortran 77 and
!                                                later
  
  _See also_:
       Inverse function: *note TAN:: Degrees function: *note ATAND::
  
+ 
  
  File: gfortran.info,  Node: ATAND,  Next: ATAN2,  Prev: ATAN,  Up: Intrinsic Procedures
  
! 9.24 `ATAND' -- Arctangent function, degrees
  ============================================
  
  _Description_:
!      `ATAND(X)' computes the arctangent of X in degrees (inverse of
       *note TAND::).
  
       This function is for compatibility only and should be avoided in
       favor of standard constructs wherever possible.
  
  _Standard_:
!      GNU Extension, enabled with `-fdec-math'.
  
  _Class_:
       Elemental function
  
  _Syntax_:
!      `RESULT = ATAND(X)'
!      `RESULT = ATAND(Y, X)'
  
  _Arguments_:
!      X          The type shall be `REAL' or `COMPLEX'; if Y is
!                 present, X shall be REAL.
!      Y shall    
!      be of the  
!      same type  
!      and kind   
!      as X.      
  
  _Return value_:
       The return value is of the same type and kind as X.  If Y is
!      present, the result is identical to `ATAND2(Y,X)'.  Otherwise, it
       is the arcus tangent of X, where the real part of the result is in
       degrees and lies in the range -90 \leq \Re \atand(x) \leq 90.
  
*************** _Example_:
*** 7811,7833 ****
            end program test_atand
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'ATAND(X)'     'REAL(4) X'    'REAL(4)'      GNU Extension
!      'DATAND(X)'    'REAL(8) X'    'REAL(8)'      GNU Extension
  
  _See also_:
       Inverse function: *note TAND:: Radians function: *note ATAN::
  
  
  File: gfortran.info,  Node: ATAN2,  Next: ATAN2D,  Prev: ATAND,  Up: Intrinsic Procedures
  
! 9.25 'ATAN2' -- Arctangent function
  ===================================
  
  _Description_:
!      'ATAN2(Y, X)' computes the principal value of the argument function
!      of the complex number X + i Y. This function can be used to
!      transform from Cartesian into polar coordinates and allows to
       determine the angle in the correct quadrant.
  
  _Standard_:
--- 7887,7910 ----
            end program test_atand
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `ATAND(X)'    `REAL(4) X'   `REAL(4)'     GNU Extension
!      `DATAND(X)'   `REAL(8) X'   `REAL(8)'     GNU Extension
  
  _See also_:
       Inverse function: *note TAND:: Radians function: *note ATAN::
  
+ 
  
  File: gfortran.info,  Node: ATAN2,  Next: ATAN2D,  Prev: ATAND,  Up: Intrinsic Procedures
  
! 9.25 `ATAN2' -- Arctangent function
  ===================================
  
  _Description_:
!      `ATAN2(Y, X)' computes the principal value of the argument
!      function of the complex number X + i Y.  This function can be used
!      to transform from Cartesian into polar coordinates and allows to
       determine the angle in the correct quadrant.
  
  _Standard_:
*************** _Class_:
*** 7837,7853 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = ATAN2(Y, X)'
  
  _Arguments_:
!      Y           The type shall be 'REAL'.
!      X           The type and kind type parameter shall be the
!                  same as Y.  If Y is zero, then X must be
!                  nonzero.
  
  _Return value_:
!      The return value has the same type and kind type parameter as Y.
!      It is the principal value of the complex number X + i Y. If X is
       nonzero, then it lies in the range -\pi \le \atan (x) \leq \pi.
       The sign is positive if Y is positive.  If Y is zero, then the
       return value is zero if X is strictly positive, \pi if X is
--- 7914,7930 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = ATAN2(Y, X)'
  
  _Arguments_:
!      Y          The type shall be `REAL'.
!      X          The type and kind type parameter shall be the
!                 same as Y.  If Y is zero, then X must be
!                 nonzero.
  
  _Return value_:
!      The return value has the same type and kind type parameter as Y. It
!      is the principal value of the complex number X + i Y.  If X is
       nonzero, then it lies in the range -\pi \le \atan (x) \leq \pi.
       The sign is positive if Y is positive.  If Y is zero, then the
       return value is zero if X is strictly positive, \pi if X is
*************** _Example_:
*** 7862,7884 ****
            end program test_atan2
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'ATAN2(X,      'REAL(4) X,    'REAL(4)'      Fortran 77 and
!      Y)'            Y'                            later
!      'DATAN2(X,     'REAL(8) X,    'REAL(8)'      Fortran 77 and
!      Y)'            Y'                            later
  
  _See also_:
       Alias: *note ATAN:: Degrees function: *note ATAN2D::
  
  
  File: gfortran.info,  Node: ATAN2D,  Next: ATANH,  Prev: ATAN2,  Up: Intrinsic Procedures
  
! 9.26 'ATAN2D' -- Arctangent function, degrees
  =============================================
  
  _Description_:
!      'ATAN2D(Y, X)' computes the principal value of the argument
       function of the complex number X + i Y in degrees.  This function
       can be used to transform from Cartesian into polar coordinates and
       allows to determine the angle in the correct quadrant.
--- 7939,7962 ----
            end program test_atan2
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `ATAN2(X,     `REAL(4) X,   `REAL(4)'     Fortran 77 and
!      Y)'           Y'                          later
!      `DATAN2(X,    `REAL(8) X,   `REAL(8)'     Fortran 77 and
!      Y)'           Y'                          later
  
  _See also_:
       Alias: *note ATAN:: Degrees function: *note ATAN2D::
  
+ 
  
  File: gfortran.info,  Node: ATAN2D,  Next: ATANH,  Prev: ATAN2,  Up: Intrinsic Procedures
  
! 9.26 `ATAN2D' -- Arctangent function, degrees
  =============================================
  
  _Description_:
!      `ATAN2D(Y, X)' computes the principal value of the argument
       function of the complex number X + i Y in degrees.  This function
       can be used to transform from Cartesian into polar coordinates and
       allows to determine the angle in the correct quadrant.
*************** _Description_:
*** 7887,7909 ****
       favor of standard constructs wherever possible.
  
  _Standard_:
!      GNU Extension, enabled with '-fdec-math'.
  
  _Class_:
       Elemental function
  
  _Syntax_:
!      'RESULT = ATAN2D(Y, X)'
  
  _Arguments_:
!      Y           The type shall be 'REAL'.
!      X           The type and kind type parameter shall be the
!                  same as Y.  If Y is zero, then X must be
!                  nonzero.
  
  _Return value_:
!      The return value has the same type and kind type parameter as Y.
!      It is the principal value of the complex number X + i Y. If X is
       nonzero, then it lies in the range -180 \le \atan (x) \leq 180.
       The sign is positive if Y is positive.  If Y is zero, then the
       return value is zero if X is strictly positive, 180 if X is
--- 7965,7987 ----
       favor of standard constructs wherever possible.
  
  _Standard_:
!      GNU Extension, enabled with `-fdec-math'.
  
  _Class_:
       Elemental function
  
  _Syntax_:
!      `RESULT = ATAN2D(Y, X)'
  
  _Arguments_:
!      Y          The type shall be `REAL'.
!      X          The type and kind type parameter shall be the
!                 same as Y.  If Y is zero, then X must be
!                 nonzero.
  
  _Return value_:
!      The return value has the same type and kind type parameter as Y. It
!      is the principal value of the complex number X + i Y.  If X is
       nonzero, then it lies in the range -180 \le \atan (x) \leq 180.
       The sign is positive if Y is positive.  If Y is zero, then the
       return value is zero if X is strictly positive, 180 if X is
*************** _Example_:
*** 7918,7940 ****
            end program test_atan2d
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'ATAN2D(X,     'REAL(4) X,    'REAL(4)'      GNU Extension
!      Y)'            Y'
!      'DATAN2D(X,    'REAL(8) X,    'REAL(8)'      GNU Extension
!      Y)'            Y'
  
  _See also_:
       Alias: *note ATAND:: Radians function: *note ATAN2::
  
  
  File: gfortran.info,  Node: ATANH,  Next: ATOMIC_ADD,  Prev: ATAN2D,  Up: Intrinsic Procedures
  
! 9.27 'ATANH' -- Inverse hyperbolic tangent function
  ===================================================
  
  _Description_:
!      'ATANH(X)' computes the inverse hyperbolic tangent of X.
  
  _Standard_:
       Fortran 2008 and later
--- 7996,8019 ----
            end program test_atan2d
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `ATAN2D(X,    `REAL(4) X,   `REAL(4)'     GNU Extension
!      Y)'           Y'                          
!      `DATAN2D(X,   `REAL(8) X,   `REAL(8)'     GNU Extension
!      Y)'           Y'                          
  
  _See also_:
       Alias: *note ATAND:: Radians function: *note ATAN2::
  
+ 
  
  File: gfortran.info,  Node: ATANH,  Next: ATOMIC_ADD,  Prev: ATAN2D,  Up: Intrinsic Procedures
  
! 9.27 `ATANH' -- Inverse hyperbolic tangent function
  ===================================================
  
  _Description_:
!      `ATANH(X)' computes the inverse hyperbolic tangent of X.
  
  _Standard_:
       Fortran 2008 and later
*************** _Class_:
*** 7943,7955 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = ATANH(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL' or 'COMPLEX'.
  
  _Return value_:
!      The return value has same type and kind as X.  If X is complex, the
       imaginary part of the result is in radians and lies between -\pi/2
       \leq \Im \atanh(x) \leq \pi/2.
  
--- 8022,8034 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = ATANH(X)'
  
  _Arguments_:
!      X          The type shall be `REAL' or `COMPLEX'.
  
  _Return value_:
!      The return value has same type and kind as X. If X is complex, the
       imaginary part of the result is in radians and lies between -\pi/2
       \leq \Im \atanh(x) \leq \pi/2.
  
*************** _Example_:
*** 7960,7967 ****
            END PROGRAM
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'DATANH(X)'    'REAL(8) X'    'REAL(8)'      GNU extension
  
  _See also_:
       Inverse function: *note TANH::
--- 8039,8046 ----
            END PROGRAM
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `DATANH(X)'   `REAL(8) X'   `REAL(8)'     GNU extension
  
  _See also_:
       Inverse function: *note TANH::
*************** _See also_:
*** 7969,7986 ****
  
  File: gfortran.info,  Node: ATOMIC_ADD,  Next: ATOMIC_AND,  Prev: ATANH,  Up: Intrinsic Procedures
  
! 9.28 'ATOMIC_ADD' -- Atomic ADD operation
  =========================================
  
  _Description_:
!      'ATOMIC_ADD(ATOM, VALUE)' atomically adds the value of VAR to the
!      variable ATOM.  When STAT is present and the invocation was
!      successful, it is assigned the value 0.  If it is present and the
       invocation has failed, it is assigned a positive value; in
       particular, for a coindexed ATOM, if the remote image has stopped,
!      it is assigned the value of 'ISO_FORTRAN_ENV''s
!      'STAT_STOPPED_IMAGE' and if the remote image has failed, the value
!      'STAT_FAILED_IMAGE'.
  
  _Standard_:
       TS 18508 or later
--- 8048,8065 ----
  
  File: gfortran.info,  Node: ATOMIC_ADD,  Next: ATOMIC_AND,  Prev: ATANH,  Up: Intrinsic Procedures
  
! 9.28 `ATOMIC_ADD' -- Atomic ADD operation
  =========================================
  
  _Description_:
!      `ATOMIC_ADD(ATOM, VALUE)' atomically adds the value of VAR to the
!      variable ATOM. When STAT is present and the invocation was
!      successful, it is assigned the value 0. If it is present and the
       invocation has failed, it is assigned a positive value; in
       particular, for a coindexed ATOM, if the remote image has stopped,
!      it is assigned the value of `ISO_FORTRAN_ENV''s
!      `STAT_STOPPED_IMAGE' and if the remote image has failed, the value
!      `STAT_FAILED_IMAGE'.
  
  _Standard_:
       TS 18508 or later
*************** _Class_:
*** 7989,8003 ****
       Atomic subroutine
  
  _Syntax_:
!      'CALL ATOMIC_ADD (ATOM, VALUE [, STAT])'
  
  _Arguments_:
!      ATOM        Scalar coarray or coindexed variable of integer
!                  type with 'ATOMIC_INT_KIND' kind.
!      VALUE       Scalar of the same type as ATOM.  If the kind is
!                  different, the value is converted to the kind of
!                  ATOM.
!      STAT        (optional) Scalar default-kind integer variable.
  
  _Example_:
            program atomic
--- 8068,8083 ----
       Atomic subroutine
  
  _Syntax_:
!      `CALL ATOMIC_ADD (ATOM, VALUE [, STAT])'
  
  _Arguments_:
!      ATOM       Scalar coarray or coindexed variable of integer
!                 type with `ATOMIC_INT_KIND' kind.
!      VALUE      Scalar of the same type as ATOM. If the kind
!                 is different, the value is converted to the
!                 kind of ATOM.
!      STAT       (optional) Scalar default-kind integer
!                 variable.
  
  _Example_:
            program atomic
*************** _See also_:
*** 8014,8031 ****
  
  File: gfortran.info,  Node: ATOMIC_AND,  Next: ATOMIC_CAS,  Prev: ATOMIC_ADD,  Up: Intrinsic Procedures
  
! 9.29 'ATOMIC_AND' -- Atomic bitwise AND operation
  =================================================
  
  _Description_:
!      'ATOMIC_AND(ATOM, VALUE)' atomically defines ATOM with the bitwise
!      AND between the values of ATOM and VALUE.  When STAT is present and
!      the invocation was successful, it is assigned the value 0.  If it
!      is present and the invocation has failed, it is assigned a positive
!      value; in particular, for a coindexed ATOM, if the remote image has
!      stopped, it is assigned the value of 'ISO_FORTRAN_ENV''s
!      'STAT_STOPPED_IMAGE' and if the remote image has failed, the value
!      'STAT_FAILED_IMAGE'.
  
  _Standard_:
       TS 18508 or later
--- 8094,8111 ----
  
  File: gfortran.info,  Node: ATOMIC_AND,  Next: ATOMIC_CAS,  Prev: ATOMIC_ADD,  Up: Intrinsic Procedures
  
! 9.29 `ATOMIC_AND' -- Atomic bitwise AND operation
  =================================================
  
  _Description_:
!      `ATOMIC_AND(ATOM, VALUE)' atomically defines ATOM with the bitwise
!      AND between the values of ATOM and VALUE. When STAT is present and
!      the invocation was successful, it is assigned the value 0. If it
!      is present and the invocation has failed, it is assigned a
!      positive value; in particular, for a coindexed ATOM, if the remote
!      image has stopped, it is assigned the value of `ISO_FORTRAN_ENV''s
!      `STAT_STOPPED_IMAGE' and if the remote image has failed, the value
!      `STAT_FAILED_IMAGE'.
  
  _Standard_:
       TS 18508 or later
*************** _Class_:
*** 8034,8048 ****
       Atomic subroutine
  
  _Syntax_:
!      'CALL ATOMIC_AND (ATOM, VALUE [, STAT])'
  
  _Arguments_:
!      ATOM        Scalar coarray or coindexed variable of integer
!                  type with 'ATOMIC_INT_KIND' kind.
!      VALUE       Scalar of the same type as ATOM.  If the kind is
!                  different, the value is converted to the kind of
!                  ATOM.
!      STAT        (optional) Scalar default-kind integer variable.
  
  _Example_:
            program atomic
--- 8114,8129 ----
       Atomic subroutine
  
  _Syntax_:
!      `CALL ATOMIC_AND (ATOM, VALUE [, STAT])'
  
  _Arguments_:
!      ATOM       Scalar coarray or coindexed variable of integer
!                 type with `ATOMIC_INT_KIND' kind.
!      VALUE      Scalar of the same type as ATOM. If the kind
!                 is different, the value is converted to the
!                 kind of ATOM.
!      STAT       (optional) Scalar default-kind integer
!                 variable.
  
  _Example_:
            program atomic
*************** _See also_:
*** 8059,8078 ****
  
  File: gfortran.info,  Node: ATOMIC_CAS,  Next: ATOMIC_DEFINE,  Prev: ATOMIC_AND,  Up: Intrinsic Procedures
  
! 9.30 'ATOMIC_CAS' -- Atomic compare and swap
  ============================================
  
  _Description_:
!      'ATOMIC_CAS' compares the variable ATOM with the value of COMPARE;
       if the value is the same, ATOM is set to the value of NEW.
!      Additionally, OLD is set to the value of ATOM that was used for the
!      comparison.  When STAT is present and the invocation was
!      successful, it is assigned the value 0.  If it is present and the
       invocation has failed, it is assigned a positive value; in
       particular, for a coindexed ATOM, if the remote image has stopped,
!      it is assigned the value of 'ISO_FORTRAN_ENV''s
!      'STAT_STOPPED_IMAGE' and if the remote image has failed, the value
!      'STAT_FAILED_IMAGE'.
  
  _Standard_:
       TS 18508 or later
--- 8140,8159 ----
  
  File: gfortran.info,  Node: ATOMIC_CAS,  Next: ATOMIC_DEFINE,  Prev: ATOMIC_AND,  Up: Intrinsic Procedures
  
! 9.30 `ATOMIC_CAS' -- Atomic compare and swap
  ============================================
  
  _Description_:
!      `ATOMIC_CAS' compares the variable ATOM with the value of COMPARE;
       if the value is the same, ATOM is set to the value of NEW.
!      Additionally, OLD is set to the value of ATOM that was used for
!      the comparison.  When STAT is present and the invocation was
!      successful, it is assigned the value 0. If it is present and the
       invocation has failed, it is assigned a positive value; in
       particular, for a coindexed ATOM, if the remote image has stopped,
!      it is assigned the value of `ISO_FORTRAN_ENV''s
!      `STAT_STOPPED_IMAGE' and if the remote image has failed, the value
!      `STAT_FAILED_IMAGE'.
  
  _Standard_:
       TS 18508 or later
*************** _Class_:
*** 8081,8099 ****
       Atomic subroutine
  
  _Syntax_:
!      'CALL ATOMIC_CAS (ATOM, OLD, COMPARE, NEW [, STAT])'
  
  _Arguments_:
!      ATOM        Scalar coarray or coindexed variable of either
!                  integer type with 'ATOMIC_INT_KIND' kind or
!                  logical type with 'ATOMIC_LOGICAL_KIND' kind.
!      OLD         Scalar of the same type and kind as ATOM.
!      COMPARE     Scalar variable of the same type and kind as
!                  ATOM.
!      NEW         Scalar variable of the same type as ATOM.  If
!                  kind is different, the value is converted to the
!                  kind of ATOM.
!      STAT        (optional) Scalar default-kind integer variable.
  
  _Example_:
            program atomic
--- 8162,8181 ----
       Atomic subroutine
  
  _Syntax_:
!      `CALL ATOMIC_CAS (ATOM, OLD, COMPARE, NEW [, STAT])'
  
  _Arguments_:
!      ATOM       Scalar coarray or coindexed variable of either
!                 integer type with `ATOMIC_INT_KIND' kind or
!                 logical type with `ATOMIC_LOGICAL_KIND' kind.
!      OLD        Scalar of the same type and kind as ATOM.
!      COMPARE    Scalar variable of the same type and kind as
!                 ATOM.
!      NEW        Scalar variable of the same type as ATOM. If
!                 kind is different, the value is converted to
!                 the kind of ATOM.
!      STAT       (optional) Scalar default-kind integer
!                 variable.
  
  _Example_:
            program atomic
*************** _See also_:
*** 8108,8125 ****
  
  File: gfortran.info,  Node: ATOMIC_DEFINE,  Next: ATOMIC_FETCH_ADD,  Prev: ATOMIC_CAS,  Up: Intrinsic Procedures
  
! 9.31 'ATOMIC_DEFINE' -- Setting a variable atomically
  =====================================================
  
  _Description_:
!      'ATOMIC_DEFINE(ATOM, VALUE)' defines the variable ATOM with the
!      value VALUE atomically.  When STAT is present and the invocation
!      was successful, it is assigned the value 0.  If it is present and
!      the invocation has failed, it is assigned a positive value; in
       particular, for a coindexed ATOM, if the remote image has stopped,
!      it is assigned the value of 'ISO_FORTRAN_ENV''s
!      'STAT_STOPPED_IMAGE' and if the remote image has failed, the value
!      'STAT_FAILED_IMAGE'.
  
  _Standard_:
       Fortran 2008 and later; with STAT, TS 18508 or later
--- 8190,8207 ----
  
  File: gfortran.info,  Node: ATOMIC_DEFINE,  Next: ATOMIC_FETCH_ADD,  Prev: ATOMIC_CAS,  Up: Intrinsic Procedures
  
! 9.31 `ATOMIC_DEFINE' -- Setting a variable atomically
  =====================================================
  
  _Description_:
!      `ATOMIC_DEFINE(ATOM, VALUE)' defines the variable ATOM with the
!      value VALUE atomically. When STAT is present and the invocation was
!      successful, it is assigned the value 0. If it is present and the
!      invocation has failed, it is assigned a positive value; in
       particular, for a coindexed ATOM, if the remote image has stopped,
!      it is assigned the value of `ISO_FORTRAN_ENV''s
!      `STAT_STOPPED_IMAGE' and if the remote image has failed, the value
!      `STAT_FAILED_IMAGE'.
  
  _Standard_:
       Fortran 2008 and later; with STAT, TS 18508 or later
*************** _Class_:
*** 8128,8144 ****
       Atomic subroutine
  
  _Syntax_:
!      'CALL ATOMIC_DEFINE (ATOM, VALUE [, STAT])'
  
  _Arguments_:
!      ATOM        Scalar coarray or coindexed variable of either
!                  integer type with 'ATOMIC_INT_KIND' kind or
!                  logical type with 'ATOMIC_LOGICAL_KIND' kind.
!                  
!      VALUE       Scalar of the same type as ATOM.  If the kind is
!                  different, the value is converted to the kind of
!                  ATOM.
!      STAT        (optional) Scalar default-kind integer variable.
  
  _Example_:
            program atomic
--- 8210,8226 ----
       Atomic subroutine
  
  _Syntax_:
!      `CALL ATOMIC_DEFINE (ATOM, VALUE [, STAT])'
  
  _Arguments_:
!      ATOM       Scalar coarray or coindexed variable of either
!                 integer type with `ATOMIC_INT_KIND' kind or
!                 logical type with `ATOMIC_LOGICAL_KIND' kind.
!      VALUE      Scalar of the same type as ATOM. If the kind
!                 is different, the value is converted to the
!                 kind of ATOM.
!      STAT       (optional) Scalar default-kind integer
!                 variable.
  
  _Example_:
            program atomic
*************** _See also_:
*** 8155,8172 ****
  
  File: gfortran.info,  Node: ATOMIC_FETCH_ADD,  Next: ATOMIC_FETCH_AND,  Prev: ATOMIC_DEFINE,  Up: Intrinsic Procedures
  
! 9.32 'ATOMIC_FETCH_ADD' -- Atomic ADD operation with prior fetch
  ================================================================
  
  _Description_:
!      'ATOMIC_FETCH_ADD(ATOM, VALUE, OLD)' atomically stores the value of
!      ATOM in OLD and adds the value of VAR to the variable ATOM.  When
       STAT is present and the invocation was successful, it is assigned
!      the value 0.  If it is present and the invocation has failed, it is
       assigned a positive value; in particular, for a coindexed ATOM, if
       the remote image has stopped, it is assigned the value of
!      'ISO_FORTRAN_ENV''s 'STAT_STOPPED_IMAGE' and if the remote image
!      has failed, the value 'STAT_FAILED_IMAGE'.
  
  _Standard_:
       TS 18508 or later
--- 8237,8254 ----
  
  File: gfortran.info,  Node: ATOMIC_FETCH_ADD,  Next: ATOMIC_FETCH_AND,  Prev: ATOMIC_DEFINE,  Up: Intrinsic Procedures
  
! 9.32 `ATOMIC_FETCH_ADD' -- Atomic ADD operation with prior fetch
  ================================================================
  
  _Description_:
!      `ATOMIC_FETCH_ADD(ATOM, VALUE, OLD)' atomically stores the value of
!      ATOM in OLD and adds the value of VAR to the variable ATOM. When
       STAT is present and the invocation was successful, it is assigned
!      the value 0. If it is present and the invocation has failed, it is
       assigned a positive value; in particular, for a coindexed ATOM, if
       the remote image has stopped, it is assigned the value of
!      `ISO_FORTRAN_ENV''s `STAT_STOPPED_IMAGE' and if the remote image
!      has failed, the value `STAT_FAILED_IMAGE'.
  
  _Standard_:
       TS 18508 or later
*************** _Class_:
*** 8175,8192 ****
       Atomic subroutine
  
  _Syntax_:
!      'CALL ATOMIC_FETCH_ADD (ATOM, VALUE, old [, STAT])'
  
  _Arguments_:
!      ATOM        Scalar coarray or coindexed variable of integer
!                  type with 'ATOMIC_INT_KIND' kind.
!                  'ATOMIC_LOGICAL_KIND' kind.
!                  
!      VALUE       Scalar of the same type as ATOM.  If the kind is
!                  different, the value is converted to the kind of
!                  ATOM.
!      OLD         Scalar of the same type and kind as ATOM.
!      STAT        (optional) Scalar default-kind integer variable.
  
  _Example_:
            program atomic
--- 8257,8274 ----
       Atomic subroutine
  
  _Syntax_:
!      `CALL ATOMIC_FETCH_ADD (ATOM, VALUE, old [, STAT])'
  
  _Arguments_:
!      ATOM       Scalar coarray or coindexed variable of integer
!                 type with `ATOMIC_INT_KIND' kind.
!                 `ATOMIC_LOGICAL_KIND' kind.
!      VALUE      Scalar of the same type as ATOM. If the kind
!                 is different, the value is converted to the
!                 kind of ATOM.
!      OLD        Scalar of the same type and kind as ATOM.
!      STAT       (optional) Scalar default-kind integer
!                 variable.
  
  _Example_:
            program atomic
*************** _See also_:
*** 8203,8221 ****
  
  File: gfortran.info,  Node: ATOMIC_FETCH_AND,  Next: ATOMIC_FETCH_OR,  Prev: ATOMIC_FETCH_ADD,  Up: Intrinsic Procedures
  
! 9.33 'ATOMIC_FETCH_AND' -- Atomic bitwise AND operation with prior fetch
  ========================================================================
  
  _Description_:
!      'ATOMIC_AND(ATOM, VALUE)' atomically stores the value of ATOM in
       OLD and defines ATOM with the bitwise AND between the values of
!      ATOM and VALUE.  When STAT is present and the invocation was
!      successful, it is assigned the value 0.  If it is present and the
       invocation has failed, it is assigned a positive value; in
       particular, for a coindexed ATOM, if the remote image has stopped,
!      it is assigned the value of 'ISO_FORTRAN_ENV''s
!      'STAT_STOPPED_IMAGE' and if the remote image has failed, the value
!      'STAT_FAILED_IMAGE'.
  
  _Standard_:
       TS 18508 or later
--- 8285,8303 ----
  
  File: gfortran.info,  Node: ATOMIC_FETCH_AND,  Next: ATOMIC_FETCH_OR,  Prev: ATOMIC_FETCH_ADD,  Up: Intrinsic Procedures
  
! 9.33 `ATOMIC_FETCH_AND' -- Atomic bitwise AND operation with prior fetch
  ========================================================================
  
  _Description_:
!      `ATOMIC_AND(ATOM, VALUE)' atomically stores the value of ATOM in
       OLD and defines ATOM with the bitwise AND between the values of
!      ATOM and VALUE. When STAT is present and the invocation was
!      successful, it is assigned the value 0. If it is present and the
       invocation has failed, it is assigned a positive value; in
       particular, for a coindexed ATOM, if the remote image has stopped,
!      it is assigned the value of `ISO_FORTRAN_ENV''s
!      `STAT_STOPPED_IMAGE' and if the remote image has failed, the value
!      `STAT_FAILED_IMAGE'.
  
  _Standard_:
       TS 18508 or later
*************** _Class_:
*** 8224,8239 ****
       Atomic subroutine
  
  _Syntax_:
!      'CALL ATOMIC_FETCH_AND (ATOM, VALUE, OLD [, STAT])'
  
  _Arguments_:
!      ATOM        Scalar coarray or coindexed variable of integer
!                  type with 'ATOMIC_INT_KIND' kind.
!      VALUE       Scalar of the same type as ATOM.  If the kind is
!                  different, the value is converted to the kind of
!                  ATOM.
!      OLD         Scalar of the same type and kind as ATOM.
!      STAT        (optional) Scalar default-kind integer variable.
  
  _Example_:
            program atomic
--- 8306,8322 ----
       Atomic subroutine
  
  _Syntax_:
!      `CALL ATOMIC_FETCH_AND (ATOM, VALUE, OLD [, STAT])'
  
  _Arguments_:
!      ATOM       Scalar coarray or coindexed variable of integer
!                 type with `ATOMIC_INT_KIND' kind.
!      VALUE      Scalar of the same type as ATOM. If the kind
!                 is different, the value is converted to the
!                 kind of ATOM.
!      OLD        Scalar of the same type and kind as ATOM.
!      STAT       (optional) Scalar default-kind integer
!                 variable.
  
  _Example_:
            program atomic
*************** _See also_:
*** 8250,8267 ****
  
  File: gfortran.info,  Node: ATOMIC_FETCH_OR,  Next: ATOMIC_FETCH_XOR,  Prev: ATOMIC_FETCH_AND,  Up: Intrinsic Procedures
  
! 9.34 'ATOMIC_FETCH_OR' -- Atomic bitwise OR operation with prior fetch
  ======================================================================
  
  _Description_:
!      'ATOMIC_OR(ATOM, VALUE)' atomically stores the value of ATOM in OLD
!      and defines ATOM with the bitwise OR between the values of ATOM and
!      VALUE.  When STAT is present and the invocation was successful, it
!      is assigned the value 0.  If it is present and the invocation has
!      failed, it is assigned a positive value; in particular, for a
!      coindexed ATOM, if the remote image has stopped, it is assigned the
!      value of 'ISO_FORTRAN_ENV''s 'STAT_STOPPED_IMAGE' and if the remote
!      image has failed, the value 'STAT_FAILED_IMAGE'.
  
  _Standard_:
       TS 18508 or later
--- 8333,8351 ----
  
  File: gfortran.info,  Node: ATOMIC_FETCH_OR,  Next: ATOMIC_FETCH_XOR,  Prev: ATOMIC_FETCH_AND,  Up: Intrinsic Procedures
  
! 9.34 `ATOMIC_FETCH_OR' -- Atomic bitwise OR operation with prior fetch
  ======================================================================
  
  _Description_:
!      `ATOMIC_OR(ATOM, VALUE)' atomically stores the value of ATOM in
!      OLD and defines ATOM with the bitwise OR between the values of
!      ATOM and VALUE. When STAT is present and the invocation was
!      successful, it is assigned the value 0. If it is present and the
!      invocation has failed, it is assigned a positive value; in
!      particular, for a coindexed ATOM, if the remote image has stopped,
!      it is assigned the value of `ISO_FORTRAN_ENV''s
!      `STAT_STOPPED_IMAGE' and if the remote image has failed, the value
!      `STAT_FAILED_IMAGE'.
  
  _Standard_:
       TS 18508 or later
*************** _Class_:
*** 8270,8285 ****
       Atomic subroutine
  
  _Syntax_:
!      'CALL ATOMIC_FETCH_OR (ATOM, VALUE, OLD [, STAT])'
  
  _Arguments_:
!      ATOM        Scalar coarray or coindexed variable of integer
!                  type with 'ATOMIC_INT_KIND' kind.
!      VALUE       Scalar of the same type as ATOM.  If the kind is
!                  different, the value is converted to the kind of
!                  ATOM.
!      OLD         Scalar of the same type and kind as ATOM.
!      STAT        (optional) Scalar default-kind integer variable.
  
  _Example_:
            program atomic
--- 8354,8370 ----
       Atomic subroutine
  
  _Syntax_:
!      `CALL ATOMIC_FETCH_OR (ATOM, VALUE, OLD [, STAT])'
  
  _Arguments_:
!      ATOM       Scalar coarray or coindexed variable of integer
!                 type with `ATOMIC_INT_KIND' kind.
!      VALUE      Scalar of the same type as ATOM. If the kind
!                 is different, the value is converted to the
!                 kind of ATOM.
!      OLD        Scalar of the same type and kind as ATOM.
!      STAT       (optional) Scalar default-kind integer
!                 variable.
  
  _Example_:
            program atomic
*************** _See also_:
*** 8296,8314 ****
  
  File: gfortran.info,  Node: ATOMIC_FETCH_XOR,  Next: ATOMIC_OR,  Prev: ATOMIC_FETCH_OR,  Up: Intrinsic Procedures
  
! 9.35 'ATOMIC_FETCH_XOR' -- Atomic bitwise XOR operation with prior fetch
  ========================================================================
  
  _Description_:
!      'ATOMIC_XOR(ATOM, VALUE)' atomically stores the value of ATOM in
       OLD and defines ATOM with the bitwise XOR between the values of
!      ATOM and VALUE.  When STAT is present and the invocation was
!      successful, it is assigned the value 0.  If it is present and the
       invocation has failed, it is assigned a positive value; in
       particular, for a coindexed ATOM, if the remote image has stopped,
!      it is assigned the value of 'ISO_FORTRAN_ENV''s
!      'STAT_STOPPED_IMAGE' and if the remote image has failed, the value
!      'STAT_FAILED_IMAGE'.
  
  _Standard_:
       TS 18508 or later
--- 8381,8399 ----
  
  File: gfortran.info,  Node: ATOMIC_FETCH_XOR,  Next: ATOMIC_OR,  Prev: ATOMIC_FETCH_OR,  Up: Intrinsic Procedures
  
! 9.35 `ATOMIC_FETCH_XOR' -- Atomic bitwise XOR operation with prior fetch
  ========================================================================
  
  _Description_:
!      `ATOMIC_XOR(ATOM, VALUE)' atomically stores the value of ATOM in
       OLD and defines ATOM with the bitwise XOR between the values of
!      ATOM and VALUE. When STAT is present and the invocation was
!      successful, it is assigned the value 0. If it is present and the
       invocation has failed, it is assigned a positive value; in
       particular, for a coindexed ATOM, if the remote image has stopped,
!      it is assigned the value of `ISO_FORTRAN_ENV''s
!      `STAT_STOPPED_IMAGE' and if the remote image has failed, the value
!      `STAT_FAILED_IMAGE'.
  
  _Standard_:
       TS 18508 or later
*************** _Class_:
*** 8317,8332 ****
       Atomic subroutine
  
  _Syntax_:
!      'CALL ATOMIC_FETCH_XOR (ATOM, VALUE, OLD [, STAT])'
  
  _Arguments_:
!      ATOM        Scalar coarray or coindexed variable of integer
!                  type with 'ATOMIC_INT_KIND' kind.
!      VALUE       Scalar of the same type as ATOM.  If the kind is
!                  different, the value is converted to the kind of
!                  ATOM.
!      OLD         Scalar of the same type and kind as ATOM.
!      STAT        (optional) Scalar default-kind integer variable.
  
  _Example_:
            program atomic
--- 8402,8418 ----
       Atomic subroutine
  
  _Syntax_:
!      `CALL ATOMIC_FETCH_XOR (ATOM, VALUE, OLD [, STAT])'
  
  _Arguments_:
!      ATOM       Scalar coarray or coindexed variable of integer
!                 type with `ATOMIC_INT_KIND' kind.
!      VALUE      Scalar of the same type as ATOM. If the kind
!                 is different, the value is converted to the
!                 kind of ATOM.
!      OLD        Scalar of the same type and kind as ATOM.
!      STAT       (optional) Scalar default-kind integer
!                 variable.
  
  _Example_:
            program atomic
*************** _See also_:
*** 8343,8360 ****
  
  File: gfortran.info,  Node: ATOMIC_OR,  Next: ATOMIC_REF,  Prev: ATOMIC_FETCH_XOR,  Up: Intrinsic Procedures
  
! 9.36 'ATOMIC_OR' -- Atomic bitwise OR operation
  ===============================================
  
  _Description_:
!      'ATOMIC_OR(ATOM, VALUE)' atomically defines ATOM with the bitwise
!      AND between the values of ATOM and VALUE.  When STAT is present and
!      the invocation was successful, it is assigned the value 0.  If it
!      is present and the invocation has failed, it is assigned a positive
!      value; in particular, for a coindexed ATOM, if the remote image has
!      stopped, it is assigned the value of 'ISO_FORTRAN_ENV''s
!      'STAT_STOPPED_IMAGE' and if the remote image has failed, the value
!      'STAT_FAILED_IMAGE'.
  
  _Standard_:
       TS 18508 or later
--- 8429,8446 ----
  
  File: gfortran.info,  Node: ATOMIC_OR,  Next: ATOMIC_REF,  Prev: ATOMIC_FETCH_XOR,  Up: Intrinsic Procedures
  
! 9.36 `ATOMIC_OR' -- Atomic bitwise OR operation
  ===============================================
  
  _Description_:
!      `ATOMIC_OR(ATOM, VALUE)' atomically defines ATOM with the bitwise
!      AND between the values of ATOM and VALUE. When STAT is present and
!      the invocation was successful, it is assigned the value 0. If it
!      is present and the invocation has failed, it is assigned a
!      positive value; in particular, for a coindexed ATOM, if the remote
!      image has stopped, it is assigned the value of `ISO_FORTRAN_ENV''s
!      `STAT_STOPPED_IMAGE' and if the remote image has failed, the value
!      `STAT_FAILED_IMAGE'.
  
  _Standard_:
       TS 18508 or later
*************** _Class_:
*** 8363,8377 ****
       Atomic subroutine
  
  _Syntax_:
!      'CALL ATOMIC_OR (ATOM, VALUE [, STAT])'
  
  _Arguments_:
!      ATOM        Scalar coarray or coindexed variable of integer
!                  type with 'ATOMIC_INT_KIND' kind.
!      VALUE       Scalar of the same type as ATOM.  If the kind is
!                  different, the value is converted to the kind of
!                  ATOM.
!      STAT        (optional) Scalar default-kind integer variable.
  
  _Example_:
            program atomic
--- 8449,8464 ----
       Atomic subroutine
  
  _Syntax_:
!      `CALL ATOMIC_OR (ATOM, VALUE [, STAT])'
  
  _Arguments_:
!      ATOM       Scalar coarray or coindexed variable of integer
!                 type with `ATOMIC_INT_KIND' kind.
!      VALUE      Scalar of the same type as ATOM. If the kind
!                 is different, the value is converted to the
!                 kind of ATOM.
!      STAT       (optional) Scalar default-kind integer
!                 variable.
  
  _Example_:
            program atomic
*************** _See also_:
*** 8388,8405 ****
  
  File: gfortran.info,  Node: ATOMIC_REF,  Next: ATOMIC_XOR,  Prev: ATOMIC_OR,  Up: Intrinsic Procedures
  
! 9.37 'ATOMIC_REF' -- Obtaining the value of a variable atomically
  =================================================================
  
  _Description_:
!      'ATOMIC_DEFINE(ATOM, VALUE)' atomically assigns the value of the
!      variable ATOM to VALUE.  When STAT is present and the invocation
!      was successful, it is assigned the value 0.  If it is present and
       the invocation has failed, it is assigned a positive value; in
       particular, for a coindexed ATOM, if the remote image has stopped,
!      it is assigned the value of 'ISO_FORTRAN_ENV''s
!      'STAT_STOPPED_IMAGE' and if the remote image has failed, the value
!      'STAT_FAILED_IMAGE'.
  
  _Standard_:
       Fortran 2008 and later; with STAT, TS 18508 or later
--- 8475,8492 ----
  
  File: gfortran.info,  Node: ATOMIC_REF,  Next: ATOMIC_XOR,  Prev: ATOMIC_OR,  Up: Intrinsic Procedures
  
! 9.37 `ATOMIC_REF' -- Obtaining the value of a variable atomically
  =================================================================
  
  _Description_:
!      `ATOMIC_DEFINE(ATOM, VALUE)' atomically assigns the value of the
!      variable ATOM to VALUE. When STAT is present and the invocation
!      was successful, it is assigned the value 0. If it is present and
       the invocation has failed, it is assigned a positive value; in
       particular, for a coindexed ATOM, if the remote image has stopped,
!      it is assigned the value of `ISO_FORTRAN_ENV''s
!      `STAT_STOPPED_IMAGE' and if the remote image has failed, the value
!      `STAT_FAILED_IMAGE'.
  
  _Standard_:
       Fortran 2008 and later; with STAT, TS 18508 or later
*************** _Class_:
*** 8408,8423 ****
       Atomic subroutine
  
  _Syntax_:
!      'CALL ATOMIC_REF(VALUE, ATOM [, STAT])'
  
  _Arguments_:
!      VALUE       Scalar of the same type as ATOM.  If the kind is
!                  different, the value is converted to the kind of
!                  ATOM.
!      ATOM        Scalar coarray or coindexed variable of either
!                  integer type with 'ATOMIC_INT_KIND' kind or
!                  logical type with 'ATOMIC_LOGICAL_KIND' kind.
!      STAT        (optional) Scalar default-kind integer variable.
  
  _Example_:
            program atomic
--- 8495,8511 ----
       Atomic subroutine
  
  _Syntax_:
!      `CALL ATOMIC_REF(VALUE, ATOM [, STAT])'
  
  _Arguments_:
!      VALUE      Scalar of the same type as ATOM. If the kind
!                 is different, the value is converted to the
!                 kind of ATOM.
!      ATOM       Scalar coarray or coindexed variable of either
!                 integer type with `ATOMIC_INT_KIND' kind or
!                 logical type with `ATOMIC_LOGICAL_KIND' kind.
!      STAT       (optional) Scalar default-kind integer
!                 variable.
  
  _Example_:
            program atomic
*************** _See also_:
*** 8440,8457 ****
  
  File: gfortran.info,  Node: ATOMIC_XOR,  Next: BACKTRACE,  Prev: ATOMIC_REF,  Up: Intrinsic Procedures
  
! 9.38 'ATOMIC_XOR' -- Atomic bitwise OR operation
  ================================================
  
  _Description_:
!      'ATOMIC_AND(ATOM, VALUE)' atomically defines ATOM with the bitwise
!      XOR between the values of ATOM and VALUE.  When STAT is present and
!      the invocation was successful, it is assigned the value 0.  If it
!      is present and the invocation has failed, it is assigned a positive
!      value; in particular, for a coindexed ATOM, if the remote image has
!      stopped, it is assigned the value of 'ISO_FORTRAN_ENV''s
!      'STAT_STOPPED_IMAGE' and if the remote image has failed, the value
!      'STAT_FAILED_IMAGE'.
  
  _Standard_:
       TS 18508 or later
--- 8528,8545 ----
  
  File: gfortran.info,  Node: ATOMIC_XOR,  Next: BACKTRACE,  Prev: ATOMIC_REF,  Up: Intrinsic Procedures
  
! 9.38 `ATOMIC_XOR' -- Atomic bitwise OR operation
  ================================================
  
  _Description_:
!      `ATOMIC_AND(ATOM, VALUE)' atomically defines ATOM with the bitwise
!      XOR between the values of ATOM and VALUE. When STAT is present and
!      the invocation was successful, it is assigned the value 0. If it
!      is present and the invocation has failed, it is assigned a
!      positive value; in particular, for a coindexed ATOM, if the remote
!      image has stopped, it is assigned the value of `ISO_FORTRAN_ENV''s
!      `STAT_STOPPED_IMAGE' and if the remote image has failed, the value
!      `STAT_FAILED_IMAGE'.
  
  _Standard_:
       TS 18508 or later
*************** _Class_:
*** 8460,8474 ****
       Atomic subroutine
  
  _Syntax_:
!      'CALL ATOMIC_XOR (ATOM, VALUE [, STAT])'
  
  _Arguments_:
!      ATOM        Scalar coarray or coindexed variable of integer
!                  type with 'ATOMIC_INT_KIND' kind.
!      VALUE       Scalar of the same type as ATOM.  If the kind is
!                  different, the value is converted to the kind of
!                  ATOM.
!      STAT        (optional) Scalar default-kind integer variable.
  
  _Example_:
            program atomic
--- 8548,8563 ----
       Atomic subroutine
  
  _Syntax_:
!      `CALL ATOMIC_XOR (ATOM, VALUE [, STAT])'
  
  _Arguments_:
!      ATOM       Scalar coarray or coindexed variable of integer
!                 type with `ATOMIC_INT_KIND' kind.
!      VALUE      Scalar of the same type as ATOM. If the kind
!                 is different, the value is converted to the
!                 kind of ATOM.
!      STAT       (optional) Scalar default-kind integer
!                 variable.
  
  _Example_:
            program atomic
*************** _See also_:
*** 8485,8498 ****
  
  File: gfortran.info,  Node: BACKTRACE,  Next: BESSEL_J0,  Prev: ATOMIC_XOR,  Up: Intrinsic Procedures
  
! 9.39 'BACKTRACE' -- Show a backtrace
  ====================================
  
  _Description_:
!      'BACKTRACE' shows a backtrace at an arbitrary place in user code.
!      Program execution continues normally afterwards.  The backtrace
!      information is printed to the unit corresponding to 'ERROR_UNIT' in
!      'ISO_FORTRAN_ENV'.
  
  _Standard_:
       GNU Extension
--- 8574,8587 ----
  
  File: gfortran.info,  Node: BACKTRACE,  Next: BESSEL_J0,  Prev: ATOMIC_XOR,  Up: Intrinsic Procedures
  
! 9.39 `BACKTRACE' -- Show a backtrace
  ====================================
  
  _Description_:
!      `BACKTRACE' shows a backtrace at an arbitrary place in user code.
!      Program execution continues normally afterwards. The backtrace
!      information is printed to the unit corresponding to `ERROR_UNIT'
!      in `ISO_FORTRAN_ENV'.
  
  _Standard_:
       GNU Extension
*************** _Class_:
*** 8501,8507 ****
       Subroutine
  
  _Syntax_:
!      'CALL BACKTRACE'
  
  _Arguments_:
       None
--- 8590,8596 ----
       Subroutine
  
  _Syntax_:
!      `CALL BACKTRACE'
  
  _Arguments_:
       None
*************** _See also_:
*** 8512,8523 ****
  
  File: gfortran.info,  Node: BESSEL_J0,  Next: BESSEL_J1,  Prev: BACKTRACE,  Up: Intrinsic Procedures
  
! 9.40 'BESSEL_J0' -- Bessel function of the first kind of order 0
  ================================================================
  
  _Description_:
!      'BESSEL_J0(X)' computes the Bessel function of the first kind of
!      order 0 of X.  This function is available under the name 'BESJ0' as
       a GNU extension.
  
  _Standard_:
--- 8601,8612 ----
  
  File: gfortran.info,  Node: BESSEL_J0,  Next: BESSEL_J1,  Prev: BACKTRACE,  Up: Intrinsic Procedures
  
! 9.40 `BESSEL_J0' -- Bessel function of the first kind of order 0
  ================================================================
  
  _Description_:
!      `BESSEL_J0(X)' computes the Bessel function of the first kind of
!      order 0 of X. This function is available under the name `BESJ0' as
       a GNU extension.
  
  _Standard_:
*************** _Class_:
*** 8527,8540 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = BESSEL_J0(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL'.
  
  _Return value_:
!      The return value is of type 'REAL' and lies in the range -
!      0.4027... \leq Bessel (0,x) \leq 1.  It has the same kind as X.
  
  _Example_:
            program test_besj0
--- 8616,8629 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = BESSEL_J0(X)'
  
  _Arguments_:
!      X          The type shall be `REAL'.
  
  _Return value_:
!      The return value is of type `REAL' and lies in the range  -
!      0.4027... \leq Bessel (0,x) \leq 1. It has the same kind as X.
  
  _Example_:
            program test_besj0
*************** _Example_:
*** 8543,8560 ****
            end program test_besj0
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'DBESJ0(X)'    'REAL(8) X'    'REAL(8)'      GNU extension
  
  
  File: gfortran.info,  Node: BESSEL_J1,  Next: BESSEL_JN,  Prev: BESSEL_J0,  Up: Intrinsic Procedures
  
! 9.41 'BESSEL_J1' -- Bessel function of the first kind of order 1
  ================================================================
  
  _Description_:
!      'BESSEL_J1(X)' computes the Bessel function of the first kind of
!      order 1 of X.  This function is available under the name 'BESJ1' as
       a GNU extension.
  
  _Standard_:
--- 8632,8649 ----
            end program test_besj0
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `DBESJ0(X)'   `REAL(8) X'   `REAL(8)'     GNU extension
  
  
  File: gfortran.info,  Node: BESSEL_J1,  Next: BESSEL_JN,  Prev: BESSEL_J0,  Up: Intrinsic Procedures
  
! 9.41 `BESSEL_J1' -- Bessel function of the first kind of order 1
  ================================================================
  
  _Description_:
!      `BESSEL_J1(X)' computes the Bessel function of the first kind of
!      order 1 of X. This function is available under the name `BESJ1' as
       a GNU extension.
  
  _Standard_:
*************** _Class_:
*** 8564,8577 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = BESSEL_J1(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL'.
  
  _Return value_:
!      The return value is of type 'REAL' and lies in the range -
!      0.5818... \leq Bessel (0,x) \leq 0.5818 .  It has the same kind as
       X.
  
  _Example_:
--- 8653,8666 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = BESSEL_J1(X)'
  
  _Arguments_:
!      X          The type shall be `REAL'.
  
  _Return value_:
!      The return value is of type `REAL' and lies in the range  -
!      0.5818... \leq Bessel (0,x) \leq 0.5818 . It has the same kind as
       X.
  
  _Example_:
*************** _Example_:
*** 8581,8602 ****
            end program test_besj1
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'DBESJ1(X)'    'REAL(8) X'    'REAL(8)'      GNU extension
  
  
  File: gfortran.info,  Node: BESSEL_JN,  Next: BESSEL_Y0,  Prev: BESSEL_J1,  Up: Intrinsic Procedures
  
! 9.42 'BESSEL_JN' -- Bessel function of the first kind
  =====================================================
  
  _Description_:
!      'BESSEL_JN(N, X)' computes the Bessel function of the first kind of
!      order N of X.  This function is available under the name 'BESJN' as
       a GNU extension.  If N and X are arrays, their ranks and shapes
       shall conform.
  
!      'BESSEL_JN(N1, N2, X)' returns an array with the Bessel functions
       of the first kind of the orders N1 to N2.
  
  _Standard_:
--- 8670,8691 ----
            end program test_besj1
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `DBESJ1(X)'   `REAL(8) X'   `REAL(8)'     GNU extension
  
  
  File: gfortran.info,  Node: BESSEL_JN,  Next: BESSEL_Y0,  Prev: BESSEL_J1,  Up: Intrinsic Procedures
  
! 9.42 `BESSEL_JN' -- Bessel function of the first kind
  =====================================================
  
  _Description_:
!      `BESSEL_JN(N, X)' computes the Bessel function of the first kind of
!      order N of X. This function is available under the name `BESJN' as
       a GNU extension.  If N and X are arrays, their ranks and shapes
       shall conform.
  
!      `BESSEL_JN(N1, N2, X)' returns an array with the Bessel functions
       of the first kind of the orders N1 to N2.
  
  _Standard_:
*************** _Standard_:
*** 8604,8626 ****
  
  _Class_:
       Elemental function, except for the transformational function
!      'BESSEL_JN(N1, N2, X)'
  
  _Syntax_:
!      'RESULT = BESSEL_JN(N, X)'
!      'RESULT = BESSEL_JN(N1, N2, X)'
  
  _Arguments_:
!      N           Shall be a scalar or an array of type 'INTEGER'.
!      N1          Shall be a non-negative scalar of type
!                  'INTEGER'.
!      N2          Shall be a non-negative scalar of type
!                  'INTEGER'.
!      X           Shall be a scalar or an array of type 'REAL';
!                  for 'BESSEL_JN(N1, N2, X)' it shall be scalar.
  
  _Return value_:
!      The return value is a scalar of type 'REAL'.  It has the same kind
       as X.
  
  _Note_:
--- 8693,8716 ----
  
  _Class_:
       Elemental function, except for the transformational function
!      `BESSEL_JN(N1, N2, X)'
  
  _Syntax_:
!      `RESULT = BESSEL_JN(N, X)'
!      `RESULT = BESSEL_JN(N1, N2, X)'
  
  _Arguments_:
!      N          Shall be a scalar or an array of type
!                 `INTEGER'.
!      N1         Shall be a non-negative scalar of type
!                 `INTEGER'.
!      N2         Shall be a non-negative scalar of type
!                 `INTEGER'.
!      X          Shall be a scalar or an array of type  `REAL';
!                 for `BESSEL_JN(N1, N2, X)' it shall be scalar.
  
  _Return value_:
!      The return value is a scalar of type `REAL'. It has the same kind
       as X.
  
  _Note_:
*************** _Example_:
*** 8635,8654 ****
            end program test_besjn
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'DBESJN(N,     'INTEGER N'    'REAL(8)'      GNU extension
!      X)'
!                     'REAL(8) X'
  
  
  File: gfortran.info,  Node: BESSEL_Y0,  Next: BESSEL_Y1,  Prev: BESSEL_JN,  Up: Intrinsic Procedures
  
! 9.43 'BESSEL_Y0' -- Bessel function of the second kind of order 0
  =================================================================
  
  _Description_:
!      'BESSEL_Y0(X)' computes the Bessel function of the second kind of
!      order 0 of X.  This function is available under the name 'BESY0' as
       a GNU extension.
  
  _Standard_:
--- 8725,8744 ----
            end program test_besjn
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `DBESJN(N,    `INTEGER N'   `REAL(8)'     GNU extension
!      X)'                                       
!                    `REAL(8) X'                 
  
  
  File: gfortran.info,  Node: BESSEL_Y0,  Next: BESSEL_Y1,  Prev: BESSEL_JN,  Up: Intrinsic Procedures
  
! 9.43 `BESSEL_Y0' -- Bessel function of the second kind of order 0
  =================================================================
  
  _Description_:
!      `BESSEL_Y0(X)' computes the Bessel function of the second kind of
!      order 0 of X. This function is available under the name `BESY0' as
       a GNU extension.
  
  _Standard_:
*************** _Class_:
*** 8658,8670 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = BESSEL_Y0(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL'.
  
  _Return value_:
!      The return value is of type 'REAL'.  It has the same kind as X.
  
  _Example_:
            program test_besy0
--- 8748,8760 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = BESSEL_Y0(X)'
  
  _Arguments_:
!      X          The type shall be `REAL'.
  
  _Return value_:
!      The return value is of type `REAL'. It has the same kind as X.
  
  _Example_:
            program test_besy0
*************** _Example_:
*** 8673,8690 ****
            end program test_besy0
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'DBESY0(X)'    'REAL(8) X'    'REAL(8)'      GNU extension
  
  
  File: gfortran.info,  Node: BESSEL_Y1,  Next: BESSEL_YN,  Prev: BESSEL_Y0,  Up: Intrinsic Procedures
  
! 9.44 'BESSEL_Y1' -- Bessel function of the second kind of order 1
  =================================================================
  
  _Description_:
!      'BESSEL_Y1(X)' computes the Bessel function of the second kind of
!      order 1 of X.  This function is available under the name 'BESY1' as
       a GNU extension.
  
  _Standard_:
--- 8763,8780 ----
            end program test_besy0
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `DBESY0(X)'   `REAL(8) X'   `REAL(8)'     GNU extension
  
  
  File: gfortran.info,  Node: BESSEL_Y1,  Next: BESSEL_YN,  Prev: BESSEL_Y0,  Up: Intrinsic Procedures
  
! 9.44 `BESSEL_Y1' -- Bessel function of the second kind of order 1
  =================================================================
  
  _Description_:
!      `BESSEL_Y1(X)' computes the Bessel function of the second kind of
!      order 1 of X. This function is available under the name `BESY1' as
       a GNU extension.
  
  _Standard_:
*************** _Class_:
*** 8694,8706 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = BESSEL_Y1(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL'.
  
  _Return value_:
!      The return value is of type 'REAL'.  It has the same kind as X.
  
  _Example_:
            program test_besy1
--- 8784,8796 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = BESSEL_Y1(X)'
  
  _Arguments_:
!      X          The type shall be `REAL'.
  
  _Return value_:
!      The return value is of type `REAL'. It has the same kind as X.
  
  _Example_:
            program test_besy1
*************** _Example_:
*** 8709,8730 ****
            end program test_besy1
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'DBESY1(X)'    'REAL(8) X'    'REAL(8)'      GNU extension
  
  
  File: gfortran.info,  Node: BESSEL_YN,  Next: BGE,  Prev: BESSEL_Y1,  Up: Intrinsic Procedures
  
! 9.45 'BESSEL_YN' -- Bessel function of the second kind
  ======================================================
  
  _Description_:
!      'BESSEL_YN(N, X)' computes the Bessel function of the second kind
!      of order N of X.  This function is available under the name 'BESYN'
       as a GNU extension.  If N and X are arrays, their ranks and shapes
       shall conform.
  
!      'BESSEL_YN(N1, N2, X)' returns an array with the Bessel functions
       of the first kind of the orders N1 to N2.
  
  _Standard_:
--- 8799,8820 ----
            end program test_besy1
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `DBESY1(X)'   `REAL(8) X'   `REAL(8)'     GNU extension
  
  
  File: gfortran.info,  Node: BESSEL_YN,  Next: BGE,  Prev: BESSEL_Y1,  Up: Intrinsic Procedures
  
! 9.45 `BESSEL_YN' -- Bessel function of the second kind
  ======================================================
  
  _Description_:
!      `BESSEL_YN(N, X)' computes the Bessel function of the second kind
!      of order N of X. This function is available under the name `BESYN'
       as a GNU extension.  If N and X are arrays, their ranks and shapes
       shall conform.
  
!      `BESSEL_YN(N1, N2, X)' returns an array with the Bessel functions
       of the first kind of the orders N1 to N2.
  
  _Standard_:
*************** _Standard_:
*** 8732,8755 ****
  
  _Class_:
       Elemental function, except for the transformational function
!      'BESSEL_YN(N1, N2, X)'
  
  _Syntax_:
!      'RESULT = BESSEL_YN(N, X)'
!      'RESULT = BESSEL_YN(N1, N2, X)'
  
  _Arguments_:
!      N           Shall be a scalar or an array of type 'INTEGER'
!                  .
!      N1          Shall be a non-negative scalar of type
!                  'INTEGER'.
!      N2          Shall be a non-negative scalar of type
!                  'INTEGER'.
!      X           Shall be a scalar or an array of type 'REAL';
!                  for 'BESSEL_YN(N1, N2, X)' it shall be scalar.
  
  _Return value_:
!      The return value is a scalar of type 'REAL'.  It has the same kind
       as X.
  
  _Note_:
--- 8822,8845 ----
  
  _Class_:
       Elemental function, except for the transformational function
!      `BESSEL_YN(N1, N2, X)'
  
  _Syntax_:
!      `RESULT = BESSEL_YN(N, X)'
!      `RESULT = BESSEL_YN(N1, N2, X)'
  
  _Arguments_:
!      N          Shall be a scalar or an array of type
!                 `INTEGER' .
!      N1         Shall be a non-negative scalar of type
!                 `INTEGER'.
!      N2         Shall be a non-negative scalar of type
!                 `INTEGER'.
!      X          Shall be a scalar or an array of type  `REAL';
!                 for `BESSEL_YN(N1, N2, X)' it shall be scalar.
  
  _Return value_:
!      The return value is a scalar of type `REAL'. It has the same kind
       as X.
  
  _Note_:
*************** _Example_:
*** 8764,8777 ****
            end program test_besyn
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'DBESYN(N,X)'  'INTEGER N'    'REAL(8)'      GNU extension
!                     'REAL(8) X'
  
  
  File: gfortran.info,  Node: BGE,  Next: BGT,  Prev: BESSEL_YN,  Up: Intrinsic Procedures
  
! 9.46 'BGE' -- Bitwise greater than or equal to
  ==============================================
  
  _Description_:
--- 8854,8867 ----
            end program test_besyn
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `DBESYN(N,X)' `INTEGER N'   `REAL(8)'     GNU extension
!                    `REAL(8) X'                 
  
  
  File: gfortran.info,  Node: BGE,  Next: BGT,  Prev: BESSEL_YN,  Up: Intrinsic Procedures
  
! 9.46 `BGE' -- Bitwise greater than or equal to
  ==============================================
  
  _Description_:
*************** _Class_:
*** 8785,8799 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = BGE(I, J)'
  
  _Arguments_:
!      I           Shall be of 'INTEGER' type.
!      J           Shall be of 'INTEGER' type, and of the same kind
!                  as I.
  
  _Return value_:
!      The return value is of type 'LOGICAL' and of the default kind.
  
  _See also_:
       *note BGT::, *note BLE::, *note BLT::
--- 8875,8889 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = BGE(I, J)'
  
  _Arguments_:
!      I          Shall be of `INTEGER' type.
!      J          Shall be of `INTEGER' type, and of the same
!                 kind as I.
  
  _Return value_:
!      The return value is of type `LOGICAL' and of the default kind.
  
  _See also_:
       *note BGT::, *note BLE::, *note BLT::
*************** _See also_:
*** 8801,8807 ****
  
  File: gfortran.info,  Node: BGT,  Next: BIT_SIZE,  Prev: BGE,  Up: Intrinsic Procedures
  
! 9.47 'BGT' -- Bitwise greater than
  ==================================
  
  _Description_:
--- 8891,8897 ----
  
  File: gfortran.info,  Node: BGT,  Next: BIT_SIZE,  Prev: BGE,  Up: Intrinsic Procedures
  
! 9.47 `BGT' -- Bitwise greater than
  ==================================
  
  _Description_:
*************** _Class_:
*** 8814,8828 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = BGT(I, J)'
  
  _Arguments_:
!      I           Shall be of 'INTEGER' type.
!      J           Shall be of 'INTEGER' type, and of the same kind
!                  as I.
  
  _Return value_:
!      The return value is of type 'LOGICAL' and of the default kind.
  
  _See also_:
       *note BGE::, *note BLE::, *note BLT::
--- 8904,8918 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = BGT(I, J)'
  
  _Arguments_:
!      I          Shall be of `INTEGER' type.
!      J          Shall be of `INTEGER' type, and of the same
!                 kind as I.
  
  _Return value_:
!      The return value is of type `LOGICAL' and of the default kind.
  
  _See also_:
       *note BGE::, *note BLE::, *note BLT::
*************** _See also_:
*** 8830,8842 ****
  
  File: gfortran.info,  Node: BIT_SIZE,  Next: BLE,  Prev: BGT,  Up: Intrinsic Procedures
  
! 9.48 'BIT_SIZE' -- Bit size inquiry function
  ============================================
  
  _Description_:
!      'BIT_SIZE(I)' returns the number of bits (integer precision plus
       sign bit) represented by the type of I.  The result of
!      'BIT_SIZE(I)' is independent of the actual value of I.
  
  _Standard_:
       Fortran 95 and later
--- 8920,8932 ----
  
  File: gfortran.info,  Node: BIT_SIZE,  Next: BLE,  Prev: BGT,  Up: Intrinsic Procedures
  
! 9.48 `BIT_SIZE' -- Bit size inquiry function
  ============================================
  
  _Description_:
!      `BIT_SIZE(I)' returns the number of bits (integer precision plus
       sign bit) represented by the type of I.  The result of
!      `BIT_SIZE(I)' is independent of the actual value of I.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 8845,8857 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = BIT_SIZE(I)'
  
  _Arguments_:
!      I           The type shall be 'INTEGER'.
  
  _Return value_:
!      The return value is of type 'INTEGER'
  
  _Example_:
            program test_bit_size
--- 8935,8947 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = BIT_SIZE(I)'
  
  _Arguments_:
!      I          The type shall be `INTEGER'.
  
  _Return value_:
!      The return value is of type `INTEGER'
  
  _Example_:
            program test_bit_size
*************** _Example_:
*** 8864,8870 ****
  
  File: gfortran.info,  Node: BLE,  Next: BLT,  Prev: BIT_SIZE,  Up: Intrinsic Procedures
  
! 9.49 'BLE' -- Bitwise less than or equal to
  ===========================================
  
  _Description_:
--- 8954,8960 ----
  
  File: gfortran.info,  Node: BLE,  Next: BLT,  Prev: BIT_SIZE,  Up: Intrinsic Procedures
  
! 9.49 `BLE' -- Bitwise less than or equal to
  ===========================================
  
  _Description_:
*************** _Class_:
*** 8878,8892 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = BLE(I, J)'
  
  _Arguments_:
!      I           Shall be of 'INTEGER' type.
!      J           Shall be of 'INTEGER' type, and of the same kind
!                  as I.
  
  _Return value_:
!      The return value is of type 'LOGICAL' and of the default kind.
  
  _See also_:
       *note BGT::, *note BGE::, *note BLT::
--- 8968,8982 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = BLE(I, J)'
  
  _Arguments_:
!      I          Shall be of `INTEGER' type.
!      J          Shall be of `INTEGER' type, and of the same
!                 kind as I.
  
  _Return value_:
!      The return value is of type `LOGICAL' and of the default kind.
  
  _See also_:
       *note BGT::, *note BGE::, *note BLT::
*************** _See also_:
*** 8894,8900 ****
  
  File: gfortran.info,  Node: BLT,  Next: BTEST,  Prev: BLE,  Up: Intrinsic Procedures
  
! 9.50 'BLT' -- Bitwise less than
  ===============================
  
  _Description_:
--- 8984,8990 ----
  
  File: gfortran.info,  Node: BLT,  Next: BTEST,  Prev: BLE,  Up: Intrinsic Procedures
  
! 9.50 `BLT' -- Bitwise less than
  ===============================
  
  _Description_:
*************** _Class_:
*** 8907,8921 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = BLT(I, J)'
  
  _Arguments_:
!      I           Shall be of 'INTEGER' type.
!      J           Shall be of 'INTEGER' type, and of the same kind
!                  as I.
  
  _Return value_:
!      The return value is of type 'LOGICAL' and of the default kind.
  
  _See also_:
       *note BGE::, *note BGT::, *note BLE::
--- 8997,9011 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = BLT(I, J)'
  
  _Arguments_:
!      I          Shall be of `INTEGER' type.
!      J          Shall be of `INTEGER' type, and of the same
!                 kind as I.
  
  _Return value_:
!      The return value is of type `LOGICAL' and of the default kind.
  
  _See also_:
       *note BGE::, *note BGT::, *note BLE::
*************** _See also_:
*** 8923,8933 ****
  
  File: gfortran.info,  Node: BTEST,  Next: C_ASSOCIATED,  Prev: BLT,  Up: Intrinsic Procedures
  
! 9.51 'BTEST' -- Bit test function
  =================================
  
  _Description_:
!      'BTEST(I,POS)' returns logical '.TRUE.' if the bit at POS in I is
       set.  The counting of the bits starts at 0.
  
  _Standard_:
--- 9013,9023 ----
  
  File: gfortran.info,  Node: BTEST,  Next: C_ASSOCIATED,  Prev: BLT,  Up: Intrinsic Procedures
  
! 9.51 `BTEST' -- Bit test function
  =================================
  
  _Description_:
!      `BTEST(I,POS)' returns logical `.TRUE.' if the bit at POS in I is
       set.  The counting of the bits starts at 0.
  
  _Standard_:
*************** _Class_:
*** 8937,8950 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = BTEST(I, POS)'
  
  _Arguments_:
!      I           The type shall be 'INTEGER'.
!      POS         The type shall be 'INTEGER'.
  
  _Return value_:
!      The return value is of type 'LOGICAL'
  
  _Example_:
            program test_btest
--- 9027,9040 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = BTEST(I, POS)'
  
  _Arguments_:
!      I          The type shall be `INTEGER'.
!      POS        The type shall be `INTEGER'.
  
  _Return value_:
!      The return value is of type `LOGICAL'
  
  _Example_:
            program test_btest
*************** _Example_:
*** 8958,8983 ****
            end program test_btest
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'BTEST(I,POS)' 'INTEGER       'LOGICAL'      F95 and later
!                     I,POS'
!      'BBTEST(I,POS)''INTEGER(1)    'LOGICAL(1)'   GNU extension
!                     I,POS'
!      'BITEST(I,POS)''INTEGER(2)    'LOGICAL(2)'   GNU extension
!                     I,POS'
!      'BJTEST(I,POS)''INTEGER(4)    'LOGICAL(4)'   GNU extension
!                     I,POS'
!      'BKTEST(I,POS)''INTEGER(8)    'LOGICAL(8)'   GNU extension
!                     I,POS'
  
  
  File: gfortran.info,  Node: C_ASSOCIATED,  Next: C_F_POINTER,  Prev: BTEST,  Up: Intrinsic Procedures
  
! 9.52 'C_ASSOCIATED' -- Status of a C pointer
  ============================================
  
  _Description_:
!      'C_ASSOCIATED(c_ptr_1[, c_ptr_2])' determines the status of the C
       pointer C_PTR_1 or if C_PTR_1 is associated with the target
       C_PTR_2.
  
--- 9048,9073 ----
            end program test_btest
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `BTEST(I,POS)'`INTEGER      `LOGICAL'     F95 and later
!                    I,POS'                      
!      `BBTEST(I,POS)'`INTEGER(1)   `LOGICAL(1)'  GNU extension
!                    I,POS'                      
!      `BITEST(I,POS)'`INTEGER(2)   `LOGICAL(2)'  GNU extension
!                    I,POS'                      
!      `BJTEST(I,POS)'`INTEGER(4)   `LOGICAL(4)'  GNU extension
!                    I,POS'                      
!      `BKTEST(I,POS)'`INTEGER(8)   `LOGICAL(8)'  GNU extension
!                    I,POS'                      
  
  
  File: gfortran.info,  Node: C_ASSOCIATED,  Next: C_F_POINTER,  Prev: BTEST,  Up: Intrinsic Procedures
  
! 9.52 `C_ASSOCIATED' -- Status of a C pointer
  ============================================
  
  _Description_:
!      `C_ASSOCIATED(c_ptr_1[, c_ptr_2])' determines the status of the C
       pointer C_PTR_1 or if C_PTR_1 is associated with the target
       C_PTR_2.
  
*************** _Class_:
*** 8988,9001 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = C_ASSOCIATED(c_ptr_1[, c_ptr_2])'
  
  _Arguments_:
!      C_PTR_1     Scalar of the type 'C_PTR' or 'C_FUNPTR'.
!      C_PTR_2     (Optional) Scalar of the same type as C_PTR_1.
  
  _Return value_:
!      The return value is of type 'LOGICAL'; it is '.false.' if either
       C_PTR_1 is a C NULL pointer or if C_PTR1 and C_PTR_2 point to
       different addresses.
  
--- 9078,9091 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = C_ASSOCIATED(c_ptr_1[, c_ptr_2])'
  
  _Arguments_:
!      C_PTR_1    Scalar of the type `C_PTR' or `C_FUNPTR'.
!      C_PTR_2    (Optional) Scalar of the same type as C_PTR_1.
  
  _Return value_:
!      The return value is of type `LOGICAL'; it is `.false.' if either
       C_PTR_1 is a C NULL pointer or if C_PTR1 and C_PTR_2 point to
       different addresses.
  
*************** _See also_:
*** 9015,9025 ****
  
  File: gfortran.info,  Node: C_F_POINTER,  Next: C_F_PROCPOINTER,  Prev: C_ASSOCIATED,  Up: Intrinsic Procedures
  
! 9.53 'C_F_POINTER' -- Convert C into Fortran pointer
  ====================================================
  
  _Description_:
!      'C_F_POINTER(CPTR, FPTR[, SHAPE])' assigns the target of the C
       pointer CPTR to the Fortran pointer FPTR and specifies its shape.
  
  _Standard_:
--- 9105,9115 ----
  
  File: gfortran.info,  Node: C_F_POINTER,  Next: C_F_PROCPOINTER,  Prev: C_ASSOCIATED,  Up: Intrinsic Procedures
  
! 9.53 `C_F_POINTER' -- Convert C into Fortran pointer
  ====================================================
  
  _Description_:
!      `C_F_POINTER(CPTR, FPTR[, SHAPE])' assigns the target of the C
       pointer CPTR to the Fortran pointer FPTR and specifies its shape.
  
  _Standard_:
*************** _Class_:
*** 9029,9044 ****
       Subroutine
  
  _Syntax_:
!      'CALL C_F_POINTER(CPTR, FPTR[, SHAPE])'
  
  _Arguments_:
!      CPTR        scalar of the type 'C_PTR'.  It is 'INTENT(IN)'.
!      FPTR        pointer interoperable with CPTR.  It is
!                  'INTENT(OUT)'.
!      SHAPE       (Optional) Rank-one array of type 'INTEGER' with
!                  'INTENT(IN)'.  It shall be present if and only
!                  if FPTR is an array.  The size must be equal to
!                  the rank of FPTR.
  
  _Example_:
            program main
--- 9119,9134 ----
       Subroutine
  
  _Syntax_:
!      `CALL C_F_POINTER(CPTR, FPTR[, SHAPE])'
  
  _Arguments_:
!      CPTR       scalar of the type `C_PTR'. It is `INTENT(IN)'.
!      FPTR       pointer interoperable with CPTR. It is
!                 `INTENT(OUT)'.
!      SHAPE      (Optional) Rank-one array of type `INTEGER'
!                 with `INTENT(IN)'. It shall be present if and
!                 only if FPTR is an array. The size must be
!                 equal to the rank of FPTR.
  
  _Example_:
            program main
*************** _See also_:
*** 9062,9072 ****
  
  File: gfortran.info,  Node: C_F_PROCPOINTER,  Next: C_FUNLOC,  Prev: C_F_POINTER,  Up: Intrinsic Procedures
  
! 9.54 'C_F_PROCPOINTER' -- Convert C into Fortran procedure pointer
  ==================================================================
  
  _Description_:
!      'C_F_PROCPOINTER(CPTR, FPTR)' Assign the target of the C function
       pointer CPTR to the Fortran procedure pointer FPTR.
  
  _Standard_:
--- 9152,9162 ----
  
  File: gfortran.info,  Node: C_F_PROCPOINTER,  Next: C_FUNLOC,  Prev: C_F_POINTER,  Up: Intrinsic Procedures
  
! 9.54 `C_F_PROCPOINTER' -- Convert C into Fortran procedure pointer
  ==================================================================
  
  _Description_:
!      `C_F_PROCPOINTER(CPTR, FPTR)' Assign the target of the C function
       pointer CPTR to the Fortran procedure pointer FPTR.
  
  _Standard_:
*************** _Class_:
*** 9076,9088 ****
       Subroutine
  
  _Syntax_:
!      'CALL C_F_PROCPOINTER(cptr, fptr)'
  
  _Arguments_:
!      CPTR        scalar of the type 'C_FUNPTR'.  It is
!                  'INTENT(IN)'.
!      FPTR        procedure pointer interoperable with CPTR.  It
!                  is 'INTENT(OUT)'.
  
  _Example_:
            program main
--- 9166,9178 ----
       Subroutine
  
  _Syntax_:
!      `CALL C_F_PROCPOINTER(cptr, fptr)'
  
  _Arguments_:
!      CPTR       scalar of the type `C_FUNPTR'. It is
!                 `INTENT(IN)'.
!      FPTR       procedure pointer interoperable with CPTR. It
!                 is `INTENT(OUT)'.
  
  _Example_:
            program main
*************** _See also_:
*** 9113,9123 ****
  
  File: gfortran.info,  Node: C_FUNLOC,  Next: C_LOC,  Prev: C_F_PROCPOINTER,  Up: Intrinsic Procedures
  
! 9.55 'C_FUNLOC' -- Obtain the C address of a procedure
  ======================================================
  
  _Description_:
!      'C_FUNLOC(x)' determines the C address of the argument.
  
  _Standard_:
       Fortran 2003 and later
--- 9203,9213 ----
  
  File: gfortran.info,  Node: C_FUNLOC,  Next: C_LOC,  Prev: C_F_PROCPOINTER,  Up: Intrinsic Procedures
  
! 9.55 `C_FUNLOC' -- Obtain the C address of a procedure
  ======================================================
  
  _Description_:
!      `C_FUNLOC(x)' determines the C address of the argument.
  
  _Standard_:
       Fortran 2003 and later
*************** _Class_:
*** 9126,9139 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = C_FUNLOC(x)'
  
  _Arguments_:
!      X           Interoperable function or pointer to such
!                  function.
  
  _Return value_:
!      The return value is of type 'C_FUNPTR' and contains the C address
       of the argument.
  
  _Example_:
--- 9216,9229 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = C_FUNLOC(x)'
  
  _Arguments_:
!      X          Interoperable function or pointer to such
!                 function.
  
  _Return value_:
!      The return value is of type `C_FUNPTR' and contains the C address
       of the argument.
  
  _Example_:
*************** _See also_:
*** 9166,9176 ****
  
  File: gfortran.info,  Node: C_LOC,  Next: C_SIZEOF,  Prev: C_FUNLOC,  Up: Intrinsic Procedures
  
! 9.56 'C_LOC' -- Obtain the C address of an object
  =================================================
  
  _Description_:
!      'C_LOC(X)' determines the C address of the argument.
  
  _Standard_:
       Fortran 2003 and later
--- 9256,9266 ----
  
  File: gfortran.info,  Node: C_LOC,  Next: C_SIZEOF,  Prev: C_FUNLOC,  Up: Intrinsic Procedures
  
! 9.56 `C_LOC' -- Obtain the C address of an object
  =================================================
  
  _Description_:
!      `C_LOC(X)' determines the C address of the argument.
  
  _Standard_:
       Fortran 2003 and later
*************** _Class_:
*** 9179,9196 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = C_LOC(X)'
  
  _Arguments_:
!      X       Shall have either the POINTER or TARGET attribute.
!              It shall not be a coindexed object.  It shall either
!              be a variable with interoperable type and kind type
!              parameters, or be a scalar, nonpolymorphic variable
!              with no length type parameters.
!              
  
  _Return value_:
!      The return value is of type 'C_PTR' and contains the C address of
       the argument.
  
  _Example_:
--- 9269,9286 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = C_LOC(X)'
  
  _Arguments_:
!      X       Shall have either the POINTER or TARGET
!              attribute. It shall not be a coindexed object. It
!              shall either be a variable with interoperable
!              type and kind type parameters, or be a scalar,
!              nonpolymorphic variable with no length type
!              parameters.
  
  _Return value_:
!      The return value is of type `C_PTR' and contains the C address of
       the argument.
  
  _Example_:
*************** _See also_:
*** 9210,9242 ****
  
  File: gfortran.info,  Node: C_SIZEOF,  Next: CEILING,  Prev: C_LOC,  Up: Intrinsic Procedures
  
! 9.57 'C_SIZEOF' -- Size in bytes of an expression
  =================================================
  
  _Description_:
!      'C_SIZEOF(X)' calculates the number of bytes of storage the
!      expression 'X' occupies.
  
  _Standard_:
       Fortran 2008
  
  _Class_:
!      Inquiry function of the module 'ISO_C_BINDING'
  
  _Syntax_:
!      'N = C_SIZEOF(X)'
  
  _Arguments_:
!      X           The argument shall be an interoperable data
!                  entity.
  
  _Return value_:
       The return value is of type integer and of the system-dependent
!      kind 'C_SIZE_T' (from the 'ISO_C_BINDING' module).  Its value is
!      the number of bytes occupied by the argument.  If the argument has
!      the 'POINTER' attribute, the number of bytes of the storage area
       pointed to is returned.  If the argument is of a derived type with
!      'POINTER' or 'ALLOCATABLE' components, the return value does not
       account for the sizes of the data pointed to by these components.
  
  _Example_:
--- 9300,9332 ----
  
  File: gfortran.info,  Node: C_SIZEOF,  Next: CEILING,  Prev: C_LOC,  Up: Intrinsic Procedures
  
! 9.57 `C_SIZEOF' -- Size in bytes of an expression
  =================================================
  
  _Description_:
!      `C_SIZEOF(X)' calculates the number of bytes of storage the
!      expression `X' occupies.
  
  _Standard_:
       Fortran 2008
  
  _Class_:
!      Inquiry function of the module `ISO_C_BINDING'
  
  _Syntax_:
!      `N = C_SIZEOF(X)'
  
  _Arguments_:
!      X          The argument shall be an interoperable data
!                 entity.
  
  _Return value_:
       The return value is of type integer and of the system-dependent
!      kind `C_SIZE_T' (from the `ISO_C_BINDING' module). Its value is the
!      number of bytes occupied by the argument.  If the argument has the
!      `POINTER' attribute, the number of bytes of the storage area
       pointed to is returned.  If the argument is of a derived type with
!      `POINTER' or `ALLOCATABLE' components, the return value does not
       account for the sizes of the data pointed to by these components.
  
  _Example_:
*************** _Example_:
*** 9245,9252 ****
               real(c_float) :: r, s(5)
               print *, (c_sizeof(s)/c_sizeof(r) == 5)
               end
!      The example will print '.TRUE.' unless you are using a platform
!      where default 'REAL' variables are unusually padded.
  
  _See also_:
       *note SIZEOF::, *note STORAGE_SIZE::
--- 9335,9342 ----
               real(c_float) :: r, s(5)
               print *, (c_sizeof(s)/c_sizeof(r) == 5)
               end
!      The example will print `.TRUE.' unless you are using a platform
!      where default `REAL' variables are unusually padded.
  
  _See also_:
       *note SIZEOF::, *note STORAGE_SIZE::
*************** _See also_:
*** 9254,9264 ****
  
  File: gfortran.info,  Node: CEILING,  Next: CHAR,  Prev: C_SIZEOF,  Up: Intrinsic Procedures
  
! 9.58 'CEILING' -- Integer ceiling function
  ==========================================
  
  _Description_:
!      'CEILING(A)' returns the least integer greater than or equal to A.
  
  _Standard_:
       Fortran 95 and later
--- 9344,9354 ----
  
  File: gfortran.info,  Node: CEILING,  Next: CHAR,  Prev: C_SIZEOF,  Up: Intrinsic Procedures
  
! 9.58 `CEILING' -- Integer ceiling function
  ==========================================
  
  _Description_:
!      `CEILING(A)' returns the least integer greater than or equal to A.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 9267,9283 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = CEILING(A [, KIND])'
  
  _Arguments_:
!      A           The type shall be 'REAL'.
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      The return value is of type 'INTEGER(KIND)' if KIND is present and
!      a default-kind 'INTEGER' otherwise.
  
  _Example_:
            program test_ceiling
--- 9357,9373 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = CEILING(A [, KIND])'
  
  _Arguments_:
!      A          The type shall be `REAL'.
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      The return value is of type `INTEGER(KIND)' if KIND is present and
!      a default-kind `INTEGER' otherwise.
  
  _Example_:
            program test_ceiling
*************** _Example_:
*** 9290,9304 ****
  _See also_:
       *note FLOOR::, *note NINT::
  
  
  File: gfortran.info,  Node: CHAR,  Next: CHDIR,  Prev: CEILING,  Up: Intrinsic Procedures
  
! 9.59 'CHAR' -- Character conversion function
  ============================================
  
  _Description_:
!      'CHAR(I [, KIND])' returns the character represented by the integer
!      I.
  
  _Standard_:
       Fortran 77 and later
--- 9380,9395 ----
  _See also_:
       *note FLOOR::, *note NINT::
  
+ 
  
  File: gfortran.info,  Node: CHAR,  Next: CHDIR,  Prev: CEILING,  Up: Intrinsic Procedures
  
! 9.59 `CHAR' -- Character conversion function
  ============================================
  
  _Description_:
!      `CHAR(I [, KIND])' returns the character represented by the
!      integer I.
  
  _Standard_:
       Fortran 77 and later
*************** _Class_:
*** 9307,9322 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = CHAR(I [, KIND])'
  
  _Arguments_:
!      I           The type shall be 'INTEGER'.
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      The return value is of type 'CHARACTER(1)'
  
  _Example_:
            program test_char
--- 9398,9413 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = CHAR(I [, KIND])'
  
  _Arguments_:
!      I          The type shall be `INTEGER'.
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      The return value is of type `CHARACTER(1)'
  
  _Example_:
            program test_char
*************** _Example_:
*** 9327,9334 ****
            end program test_char
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'CHAR(I)'      'INTEGER I'    'CHARACTER(LEN=1)'F77 and later
  
  _Note_:
       See *note ICHAR:: for a discussion of converting between numerical
--- 9418,9425 ----
            end program test_char
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `CHAR(I)'     `INTEGER I'   `CHARACTER(LEN=1)'F77 and later
  
  _Note_:
       See *note ICHAR:: for a discussion of converting between numerical
*************** _Note_:
*** 9337,9346 ****
  _See also_:
       *note ACHAR::, *note IACHAR::, *note ICHAR::
  
  
  File: gfortran.info,  Node: CHDIR,  Next: CHMOD,  Prev: CHAR,  Up: Intrinsic Procedures
  
! 9.60 'CHDIR' -- Change working directory
  ========================================
  
  _Description_:
--- 9428,9438 ----
  _See also_:
       *note ACHAR::, *note IACHAR::, *note ICHAR::
  
+ 
  
  File: gfortran.info,  Node: CHDIR,  Next: CHMOD,  Prev: CHAR,  Up: Intrinsic Procedures
  
! 9.60 `CHDIR' -- Change working directory
  ========================================
  
  _Description_:
*************** _Class_:
*** 9356,9371 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL CHDIR(NAME [, STATUS])'
!      'STATUS = CHDIR(NAME)'
  
  _Arguments_:
!      NAME        The type shall be 'CHARACTER' of default kind
!                  and shall specify a valid path within the file
!                  system.
!      STATUS      (Optional) 'INTEGER' status flag of the default
!                  kind.  Returns 0 on success, and a system
!                  specific and nonzero error code otherwise.
  
  _Example_:
            PROGRAM test_chdir
--- 9448,9463 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL CHDIR(NAME [, STATUS])'
!      `STATUS = CHDIR(NAME)'
  
  _Arguments_:
!      NAME       The type shall be `CHARACTER' of default kind
!                 and shall specify a valid path within the file
!                 system.
!      STATUS     (Optional) `INTEGER' status flag of the default
!                 kind.  Returns 0 on success, and a system
!                 specific and nonzero error code otherwise.
  
  _Example_:
            PROGRAM test_chdir
*************** _See also_:
*** 9383,9393 ****
  
  File: gfortran.info,  Node: CHMOD,  Next: CMPLX,  Prev: CHDIR,  Up: Intrinsic Procedures
  
! 9.61 'CHMOD' -- Change access permissions of files
  ==================================================
  
  _Description_:
!      'CHMOD' changes the permissions of a file.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
--- 9475,9485 ----
  
  File: gfortran.info,  Node: CHMOD,  Next: CMPLX,  Prev: CHDIR,  Up: Intrinsic Procedures
  
! 9.61 `CHMOD' -- Change access permissions of files
  ==================================================
  
  _Description_:
!      `CHMOD' changes the permissions of a file.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
*************** _Class_:
*** 9399,9438 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL CHMOD(NAME, MODE[, STATUS])'
!      'STATUS = CHMOD(NAME, MODE)'
  
  _Arguments_:
! 
!      NAME        Scalar 'CHARACTER' of default kind with the file
!                  name.  Trailing blanks are ignored unless the
!                  character 'achar(0)' is present, then all
!                  characters up to and excluding 'achar(0)' are
!                  used as the file name.
!                  
!      MODE        Scalar 'CHARACTER' of default kind giving the
!                  file permission.  MODE uses the same syntax as
!                  the 'chmod' utility as defined by the POSIX
!                  standard.  The argument shall either be a string
!                  of a nonnegative octal number or a symbolic
!                  mode.
!                  
!      STATUS      (optional) scalar 'INTEGER', which is '0' on
!                  success and nonzero otherwise.
  
  _Return value_:
!      In either syntax, STATUS is set to '0' on success and nonzero
       otherwise.
  
  _Example_:
!      'CHMOD' as subroutine
            program chmod_test
              implicit none
              integer :: status
              call chmod('test.dat','u+x',status)
              print *, 'Status: ', status
            end program chmod_test
!      'CHMOD' as function:
            program chmod_test
              implicit none
              integer :: status
--- 9491,9527 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL CHMOD(NAME, MODE[, STATUS])'
!      `STATUS = CHMOD(NAME, MODE)'
  
  _Arguments_:
!      NAME       Scalar `CHARACTER' of default kind with the
!                 file name. Trailing blanks are ignored unless
!                 the character `achar(0)' is present, then all
!                 characters up to and excluding `achar(0)' are
!                 used as the file name.
!      MODE       Scalar `CHARACTER' of default kind giving the
!                 file permission. MODE uses the same syntax as
!                 the `chmod' utility as defined by the POSIX
!                 standard. The argument shall either be a
!                 string of a nonnegative octal number or a
!                 symbolic mode.
!      STATUS     (optional) scalar `INTEGER', which is `0' on
!                 success and nonzero otherwise.
  
  _Return value_:
!      In either syntax, STATUS is set to `0' on success and nonzero
       otherwise.
  
  _Example_:
!      `CHMOD' as subroutine
            program chmod_test
              implicit none
              integer :: status
              call chmod('test.dat','u+x',status)
              print *, 'Status: ', status
            end program chmod_test
!      `CHMOD' as function:
            program chmod_test
              implicit none
              integer :: status
*************** _Example_:
*** 9440,9457 ****
              print *, 'Status: ', status
            end program chmod_test
  
  
  File: gfortran.info,  Node: CMPLX,  Next: CO_BROADCAST,  Prev: CHMOD,  Up: Intrinsic Procedures
  
! 9.62 'CMPLX' -- Complex conversion function
  ===========================================
  
  _Description_:
!      'CMPLX(X [, Y [, KIND]])' returns a complex number where X is
       converted to the real component.  If Y is present it is converted
!      to the imaginary component.  If Y is not present then the imaginary
!      component is set to 0.0.  If X is complex then Y must not be
!      present.
  
  _Standard_:
       Fortran 77 and later
--- 9529,9547 ----
              print *, 'Status: ', status
            end program chmod_test
  
+ 
  
  File: gfortran.info,  Node: CMPLX,  Next: CO_BROADCAST,  Prev: CHMOD,  Up: Intrinsic Procedures
  
! 9.62 `CMPLX' -- Complex conversion function
  ===========================================
  
  _Description_:
!      `CMPLX(X [, Y [, KIND]])' returns a complex number where X is
       converted to the real component.  If Y is present it is converted
!      to the imaginary component.  If Y is not present then the
!      imaginary component is set to 0.0.  If X is complex then Y must
!      not be present.
  
  _Standard_:
       Fortran 77 and later
*************** _Class_:
*** 9460,9479 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = CMPLX(X [, Y [, KIND]])'
  
  _Arguments_:
!      X           The type may be 'INTEGER', 'REAL', or 'COMPLEX'.
!      Y           (Optional; only allowed if X is not 'COMPLEX'.)
!                  May be 'INTEGER' or 'REAL'.
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      The return value is of 'COMPLEX' type, with a kind equal to KIND if
!      it is specified.  If KIND is not specified, the result is of the
!      default 'COMPLEX' kind, regardless of the kinds of X and Y.
  
  _Example_:
            program test_cmplx
--- 9550,9570 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = CMPLX(X [, Y [, KIND]])'
  
  _Arguments_:
!      X          The type may be `INTEGER', `REAL', or
!                 `COMPLEX'.
!      Y          (Optional; only allowed if X is not
!                 `COMPLEX'.)  May be `INTEGER' or `REAL'.
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      The return value is of `COMPLEX' type, with a kind equal to KIND
!      if it is specified.  If KIND is not specified, the result is of
!      the default `COMPLEX' kind, regardless of the kinds of X and Y.
  
  _Example_:
            program test_cmplx
*************** _See also_:
*** 9490,9505 ****
  
  File: gfortran.info,  Node: CO_BROADCAST,  Next: CO_MAX,  Prev: CMPLX,  Up: Intrinsic Procedures
  
! 9.63 'CO_BROADCAST' -- Copy a value to all images the current set of images
  ===========================================================================
  
  _Description_:
!      'CO_BROADCAST' copies the value of argument A on the image with
!      image index 'SOURCE_IMAGE' to all images in the current team.  A
       becomes defined as if by intrinsic assignment.  If the execution
       was successful and STAT is present, it is assigned the value zero.
!      If the execution failed, STAT gets assigned a nonzero value and, if
!      present, ERRMSG gets assigned a value describing the occurred
       error.
  
  _Standard_:
--- 9581,9596 ----
  
  File: gfortran.info,  Node: CO_BROADCAST,  Next: CO_MAX,  Prev: CMPLX,  Up: Intrinsic Procedures
  
! 9.63 `CO_BROADCAST' -- Copy a value to all images the current set of images
  ===========================================================================
  
  _Description_:
!      `CO_BROADCAST' copies the value of argument A on the image with
!      image index `SOURCE_IMAGE' to all images in the current team.  A
       becomes defined as if by intrinsic assignment.  If the execution
       was successful and STAT is present, it is assigned the value zero.
!      If the execution failed, STAT gets assigned a nonzero value and,
!      if present, ERRMSG gets assigned a value describing the occurred
       error.
  
  _Standard_:
*************** _Class_:
*** 9509,9526 ****
       Collective subroutine
  
  _Syntax_:
!      'CALL CO_BROADCAST(A, SOURCE_IMAGE [, STAT, ERRMSG])'
  
  _Arguments_:
!      A           INTENT(INOUT) argument; shall have the same
!                  dynamic type and type paramters on all images of
!                  the current team.  If it is an array, it shall
!                  have the same shape on all images.
!      SOURCE_IMAGEa scalar integer expression.  It shall have the
!                  same the same value on all images and refer to
!                  an image of the current team.
!      STAT        (optional) a scalar integer variable
!      ERRMSG      (optional) a scalar character variable
  
  _Example_:
            program test
--- 9600,9617 ----
       Collective subroutine
  
  _Syntax_:
!      `CALL CO_BROADCAST(A, SOURCE_IMAGE [, STAT, ERRMSG])'
  
  _Arguments_:
!      A          INTENT(INOUT) argument; shall have the same
!                 dynamic type and type paramters on all images
!                 of the current team. If it is an array, it
!                 shall have the same shape on all images.
!      SOURCE_IMAGEa scalar integer expression.  It shall have
!                 the same the same value on all images and
!                 refer to an image of the current team.
!      STAT       (optional) a scalar integer variable
!      ERRMSG     (optional) a scalar character variable
  
  _Example_:
            program test
*************** _See also_:
*** 9538,9556 ****
  
  File: gfortran.info,  Node: CO_MAX,  Next: CO_MIN,  Prev: CO_BROADCAST,  Up: Intrinsic Procedures
  
! 9.64 'CO_MAX' -- Maximal value on the current set of images
  ===========================================================
  
  _Description_:
!      'CO_MAX' determines element-wise the maximal value of A on all
       images of the current team.  If RESULT_IMAGE is present, the
       maximum values are returned in A on the specified image only and
       the value of A on the other images become undefined.  If
       RESULT_IMAGE is not present, the value is returned on all images.
!      If the execution was successful and STAT is present, it is assigned
!      the value zero.  If the execution failed, STAT gets assigned a
!      nonzero value and, if present, ERRMSG gets assigned a value
!      describing the occurred error.
  
  _Standard_:
       Technical Specification (TS) 18508 or later
--- 9629,9647 ----
  
  File: gfortran.info,  Node: CO_MAX,  Next: CO_MIN,  Prev: CO_BROADCAST,  Up: Intrinsic Procedures
  
! 9.64 `CO_MAX' -- Maximal value on the current set of images
  ===========================================================
  
  _Description_:
!      `CO_MAX' determines element-wise the maximal value of A on all
       images of the current team.  If RESULT_IMAGE is present, the
       maximum values are returned in A on the specified image only and
       the value of A on the other images become undefined.  If
       RESULT_IMAGE is not present, the value is returned on all images.
!      If the execution was successful and STAT is present, it is
!      assigned the value zero.  If the execution failed, STAT gets
!      assigned a nonzero value and, if present, ERRMSG gets assigned a
!      value describing the occurred error.
  
  _Standard_:
       Technical Specification (TS) 18508 or later
*************** _Class_:
*** 9559,9576 ****
       Collective subroutine
  
  _Syntax_:
!      'CALL CO_MAX(A [, RESULT_IMAGE, STAT, ERRMSG])'
  
  _Arguments_:
!      A           shall be an integer, real or character variable,
!                  which has the same type and type parameters on
!                  all images of the team.
       RESULT_IMAGE(optional) a scalar integer expression; if
!                  present, it shall have the same the same value
!                  on all images and refer to an image of the
!                  current team.
!      STAT        (optional) a scalar integer variable
!      ERRMSG      (optional) a scalar character variable
  
  _Example_:
            program test
--- 9650,9667 ----
       Collective subroutine
  
  _Syntax_:
!      `CALL CO_MAX(A [, RESULT_IMAGE, STAT, ERRMSG])'
  
  _Arguments_:
!      A          shall be an integer, real or character
!                 variable, which has the same type and type
!                 parameters on all images of the team.
       RESULT_IMAGE(optional) a scalar integer expression; if
!                 present, it shall have the same the same value
!                 on all images and refer to an image of the
!                 current team.
!      STAT       (optional) a scalar integer variable
!      ERRMSG     (optional) a scalar character variable
  
  _Example_:
            program test
*************** _See also_:
*** 9589,9607 ****
  
  File: gfortran.info,  Node: CO_MIN,  Next: CO_REDUCE,  Prev: CO_MAX,  Up: Intrinsic Procedures
  
! 9.65 'CO_MIN' -- Minimal value on the current set of images
  ===========================================================
  
  _Description_:
!      'CO_MIN' determines element-wise the minimal value of A on all
       images of the current team.  If RESULT_IMAGE is present, the
       minimal values are returned in A on the specified image only and
       the value of A on the other images become undefined.  If
       RESULT_IMAGE is not present, the value is returned on all images.
!      If the execution was successful and STAT is present, it is assigned
!      the value zero.  If the execution failed, STAT gets assigned a
!      nonzero value and, if present, ERRMSG gets assigned a value
!      describing the occurred error.
  
  _Standard_:
       Technical Specification (TS) 18508 or later
--- 9680,9698 ----
  
  File: gfortran.info,  Node: CO_MIN,  Next: CO_REDUCE,  Prev: CO_MAX,  Up: Intrinsic Procedures
  
! 9.65 `CO_MIN' -- Minimal value on the current set of images
  ===========================================================
  
  _Description_:
!      `CO_MIN' determines element-wise the minimal value of A on all
       images of the current team.  If RESULT_IMAGE is present, the
       minimal values are returned in A on the specified image only and
       the value of A on the other images become undefined.  If
       RESULT_IMAGE is not present, the value is returned on all images.
!      If the execution was successful and STAT is present, it is
!      assigned the value zero.  If the execution failed, STAT gets
!      assigned a nonzero value and, if present, ERRMSG gets assigned a
!      value describing the occurred error.
  
  _Standard_:
       Technical Specification (TS) 18508 or later
*************** _Class_:
*** 9610,9627 ****
       Collective subroutine
  
  _Syntax_:
!      'CALL CO_MIN(A [, RESULT_IMAGE, STAT, ERRMSG])'
  
  _Arguments_:
!      A           shall be an integer, real or character variable,
!                  which has the same type and type parameters on
!                  all images of the team.
       RESULT_IMAGE(optional) a scalar integer expression; if
!                  present, it shall have the same the same value
!                  on all images and refer to an image of the
!                  current team.
!      STAT        (optional) a scalar integer variable
!      ERRMSG      (optional) a scalar character variable
  
  _Example_:
            program test
--- 9701,9718 ----
       Collective subroutine
  
  _Syntax_:
!      `CALL CO_MIN(A [, RESULT_IMAGE, STAT, ERRMSG])'
  
  _Arguments_:
!      A          shall be an integer, real or character
!                 variable, which has the same type and type
!                 parameters on all images of the team.
       RESULT_IMAGE(optional) a scalar integer expression; if
!                 present, it shall have the same the same value
!                 on all images and refer to an image of the
!                 current team.
!      STAT       (optional) a scalar integer variable
!      ERRMSG     (optional) a scalar character variable
  
  _Example_:
            program test
*************** _See also_:
*** 9640,9661 ****
  
  File: gfortran.info,  Node: CO_REDUCE,  Next: CO_SUM,  Prev: CO_MIN,  Up: Intrinsic Procedures
  
! 9.66 'CO_REDUCE' -- Reduction of values on the current set of images
  ====================================================================
  
  _Description_:
!      'CO_REDUCE' determines element-wise the reduction of the value of A
       on all images of the current team.  The pure function passed as
       OPERATOR is used to pairwise reduce the values of A by passing
       either the value of A of different images or the result values of
       such a reduction as argument.  If A is an array, the deduction is
!      done element wise.  If RESULT_IMAGE is present, the result values
!      are returned in A on the specified image only and the value of A on
!      the other images become undefined.  If RESULT_IMAGE is not present,
!      the value is returned on all images.  If the execution was
!      successful and STAT is present, it is assigned the value zero.  If
!      the execution failed, STAT gets assigned a nonzero value and, if
!      present, ERRMSG gets assigned a value describing the occurred
       error.
  
  _Standard_:
--- 9731,9752 ----
  
  File: gfortran.info,  Node: CO_REDUCE,  Next: CO_SUM,  Prev: CO_MIN,  Up: Intrinsic Procedures
  
! 9.66 `CO_REDUCE' -- Reduction of values on the current set of images
  ====================================================================
  
  _Description_:
!      `CO_REDUCE' determines element-wise the reduction of the value of A
       on all images of the current team.  The pure function passed as
       OPERATOR is used to pairwise reduce the values of A by passing
       either the value of A of different images or the result values of
       such a reduction as argument.  If A is an array, the deduction is
!      done element wise. If RESULT_IMAGE is present, the result values
!      are returned in A on the specified image only and the value of A
!      on the other images become undefined.  If RESULT_IMAGE is not
!      present, the value is returned on all images.  If the execution
!      was successful and STAT is present, it is assigned the value zero.
!      If the execution failed, STAT gets assigned a nonzero value and,
!      if present, ERRMSG gets assigned a value describing the occurred
       error.
  
  _Standard_:
*************** _Class_:
*** 9665,9696 ****
       Collective subroutine
  
  _Syntax_:
!      'CALL CO_REDUCE(A, OPERATOR, [, RESULT_IMAGE, STAT, ERRMSG])'
  
  _Arguments_:
!      A           is an 'INTENT(INOUT)' argument and shall be
!                  nonpolymorphic.  If it is allocatable, it shall
!                  be allocated; if it is a pointer, it shall be
!                  associated.  A shall have the same type and type
!                  parameters on all images of the team; if it is
!                  an array, it shall have the same shape on all
!                  images.
!      OPERATOR    pure function with two scalar nonallocatable
!                  arguments, which shall be nonpolymorphic and
!                  have the same type and type parameters as A.
!                  The function shall return a nonallocatable
!                  scalar of the same type and type parameters as
!                  A.  The function shall be the same on all images
!                  and with regards to the arguments mathematically
!                  commutative and associative.  Note that OPERATOR
!                  may not be an elemental function, unless it is
!                  an intrisic function.
       RESULT_IMAGE(optional) a scalar integer expression; if
!                  present, it shall have the same the same value
!                  on all images and refer to an image of the
!                  current team.
!      STAT        (optional) a scalar integer variable
!      ERRMSG      (optional) a scalar character variable
  
  _Example_:
            program test
--- 9756,9787 ----
       Collective subroutine
  
  _Syntax_:
!      `CALL CO_REDUCE(A, OPERATOR, [, RESULT_IMAGE, STAT, ERRMSG])'
  
  _Arguments_:
!      A          is an `INTENT(INOUT)' argument and shall be
!                 nonpolymorphic. If it is allocatable, it shall
!                 be allocated; if it is a pointer, it shall be
!                 associated.  A shall have the same type and
!                 type parameters on all images of the team; if
!                 it is an array, it shall have the same shape
!                 on all images.
!      OPERATOR   pure function with two scalar nonallocatable
!                 arguments, which shall be nonpolymorphic and
!                 have the same type and type parameters as A.
!                 The function shall return a nonallocatable
!                 scalar of the same type and type parameters as
!                 A.  The function shall be the same on all
!                 images and with regards to the arguments
!                 mathematically commutative and associative.
!                 Note that OPERATOR may not be an elemental
!                 function, unless it is an intrisic function.
       RESULT_IMAGE(optional) a scalar integer expression; if
!                 present, it shall have the same the same value
!                 on all images and refer to an image of the
!                 current team.
!      STAT       (optional) a scalar integer variable
!      ERRMSG     (optional) a scalar character variable
  
  _Example_:
            program test
*************** _See also_:
*** 9721,9735 ****
  
  File: gfortran.info,  Node: CO_SUM,  Next: COMMAND_ARGUMENT_COUNT,  Prev: CO_REDUCE,  Up: Intrinsic Procedures
  
! 9.67 'CO_SUM' -- Sum of values on the current set of images
  ===========================================================
  
  _Description_:
!      'CO_SUM' sums up the values of each element of A on all images of
!      the current team.  If RESULT_IMAGE is present, the summed-up values
!      are returned in A on the specified image only and the value of A on
!      the other images become undefined.  If RESULT_IMAGE is not present,
!      the value is returned on all images.  If the execution was
       successful and STAT is present, it is assigned the value zero.  If
       the execution failed, STAT gets assigned a nonzero value and, if
       present, ERRMSG gets assigned a value describing the occurred
--- 9812,9826 ----
  
  File: gfortran.info,  Node: CO_SUM,  Next: COMMAND_ARGUMENT_COUNT,  Prev: CO_REDUCE,  Up: Intrinsic Procedures
  
! 9.67 `CO_SUM' -- Sum of values on the current set of images
  ===========================================================
  
  _Description_:
!      `CO_SUM' sums up the values of each element of A on all images of
!      the current team.  If RESULT_IMAGE is present, the summed-up
!      values are returned in A on the specified image only and the value
!      of A on the other images become undefined.  If RESULT_IMAGE is not
!      present, the value is returned on all images.  If the execution was
       successful and STAT is present, it is assigned the value zero.  If
       the execution failed, STAT gets assigned a nonzero value and, if
       present, ERRMSG gets assigned a value describing the occurred
*************** _Class_:
*** 9742,9759 ****
       Collective subroutine
  
  _Syntax_:
!      'CALL CO_MIN(A [, RESULT_IMAGE, STAT, ERRMSG])'
  
  _Arguments_:
!      A           shall be an integer, real or complex variable,
!                  which has the same type and type parameters on
!                  all images of the team.
       RESULT_IMAGE(optional) a scalar integer expression; if
!                  present, it shall have the same the same value
!                  on all images and refer to an image of the
!                  current team.
!      STAT        (optional) a scalar integer variable
!      ERRMSG      (optional) a scalar character variable
  
  _Example_:
            program test
--- 9833,9850 ----
       Collective subroutine
  
  _Syntax_:
!      `CALL CO_MIN(A [, RESULT_IMAGE, STAT, ERRMSG])'
  
  _Arguments_:
!      A          shall be an integer, real or complex variable,
!                 which has the same type and type parameters on
!                 all images of the team.
       RESULT_IMAGE(optional) a scalar integer expression; if
!                 present, it shall have the same the same value
!                 on all images and refer to an image of the
!                 current team.
!      STAT       (optional) a scalar integer variable
!      ERRMSG     (optional) a scalar character variable
  
  _Example_:
            program test
*************** _See also_:
*** 9772,9782 ****
  
  File: gfortran.info,  Node: COMMAND_ARGUMENT_COUNT,  Next: COMPILER_OPTIONS,  Prev: CO_SUM,  Up: Intrinsic Procedures
  
! 9.68 'COMMAND_ARGUMENT_COUNT' -- Get number of command line arguments
  =====================================================================
  
  _Description_:
!      'COMMAND_ARGUMENT_COUNT' returns the number of arguments passed on
       the command line when the containing program was invoked.
  
  _Standard_:
--- 9863,9873 ----
  
  File: gfortran.info,  Node: COMMAND_ARGUMENT_COUNT,  Next: COMPILER_OPTIONS,  Prev: CO_SUM,  Up: Intrinsic Procedures
  
! 9.68 `COMMAND_ARGUMENT_COUNT' -- Get number of command line arguments
  =====================================================================
  
  _Description_:
!      `COMMAND_ARGUMENT_COUNT' returns the number of arguments passed on
       the command line when the containing program was invoked.
  
  _Standard_:
*************** _Class_:
*** 9786,9798 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = COMMAND_ARGUMENT_COUNT()'
  
  _Arguments_:
!      None
  
  _Return value_:
!      The return value is an 'INTEGER' of default kind.
  
  _Example_:
            program test_command_argument_count
--- 9877,9889 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = COMMAND_ARGUMENT_COUNT()'
  
  _Arguments_:
!      None       
  
  _Return value_:
!      The return value is an `INTEGER' of default kind.
  
  _Example_:
            program test_command_argument_count
*************** _See also_:
*** 9807,9827 ****
  
  File: gfortran.info,  Node: COMPILER_OPTIONS,  Next: COMPILER_VERSION,  Prev: COMMAND_ARGUMENT_COUNT,  Up: Intrinsic Procedures
  
! 9.69 'COMPILER_OPTIONS' -- Options passed to the compiler
  =========================================================
  
  _Description_:
!      'COMPILER_OPTIONS' returns a string with the options used for
       compiling.
  
  _Standard_:
       Fortran 2008
  
  _Class_:
!      Inquiry function of the module 'ISO_FORTRAN_ENV'
  
  _Syntax_:
!      'STR = COMPILER_OPTIONS()'
  
  _Arguments_:
       None.
--- 9898,9918 ----
  
  File: gfortran.info,  Node: COMPILER_OPTIONS,  Next: COMPILER_VERSION,  Prev: COMMAND_ARGUMENT_COUNT,  Up: Intrinsic Procedures
  
! 9.69 `COMPILER_OPTIONS' -- Options passed to the compiler
  =========================================================
  
  _Description_:
!      `COMPILER_OPTIONS' returns a string with the options used for
       compiling.
  
  _Standard_:
       Fortran 2008
  
  _Class_:
!      Inquiry function of the module `ISO_FORTRAN_ENV'
  
  _Syntax_:
!      `STR = COMPILER_OPTIONS()'
  
  _Arguments_:
       None.
*************** _Arguments_:
*** 9829,9835 ****
  _Return value_:
       The return value is a default-kind string with system-dependent
       length.  It contains the compiler flags used to compile the file,
!      which called the 'COMPILER_OPTIONS' intrinsic.
  
  _Example_:
               use iso_fortran_env
--- 9920,9926 ----
  _Return value_:
       The return value is a default-kind string with system-dependent
       length.  It contains the compiler flags used to compile the file,
!      which called the `COMPILER_OPTIONS' intrinsic.
  
  _Example_:
               use iso_fortran_env
*************** _See also_:
*** 9844,9864 ****
  
  File: gfortran.info,  Node: COMPILER_VERSION,  Next: COMPLEX,  Prev: COMPILER_OPTIONS,  Up: Intrinsic Procedures
  
! 9.70 'COMPILER_VERSION' -- Compiler version string
  ==================================================
  
  _Description_:
!      'COMPILER_VERSION' returns a string with the name and the version
       of the compiler.
  
  _Standard_:
       Fortran 2008
  
  _Class_:
!      Inquiry function of the module 'ISO_FORTRAN_ENV'
  
  _Syntax_:
!      'STR = COMPILER_VERSION()'
  
  _Arguments_:
       None.
--- 9935,9955 ----
  
  File: gfortran.info,  Node: COMPILER_VERSION,  Next: COMPLEX,  Prev: COMPILER_OPTIONS,  Up: Intrinsic Procedures
  
! 9.70 `COMPILER_VERSION' -- Compiler version string
  ==================================================
  
  _Description_:
!      `COMPILER_VERSION' returns a string with the name and the version
       of the compiler.
  
  _Standard_:
       Fortran 2008
  
  _Class_:
!      Inquiry function of the module `ISO_FORTRAN_ENV'
  
  _Syntax_:
!      `STR = COMPILER_VERSION()'
  
  _Arguments_:
       None.
*************** _See also_:
*** 9881,9891 ****
  
  File: gfortran.info,  Node: COMPLEX,  Next: CONJG,  Prev: COMPILER_VERSION,  Up: Intrinsic Procedures
  
! 9.71 'COMPLEX' -- Complex conversion function
  =============================================
  
  _Description_:
!      'COMPLEX(X, Y)' returns a complex number where X is converted to
       the real component and Y is converted to the imaginary component.
  
  _Standard_:
--- 9972,9982 ----
  
  File: gfortran.info,  Node: COMPLEX,  Next: CONJG,  Prev: COMPILER_VERSION,  Up: Intrinsic Procedures
  
! 9.71 `COMPLEX' -- Complex conversion function
  =============================================
  
  _Description_:
!      `COMPLEX(X, Y)' returns a complex number where X is converted to
       the real component and Y is converted to the imaginary component.
  
  _Standard_:
*************** _Class_:
*** 9895,9913 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = COMPLEX(X, Y)'
  
  _Arguments_:
!      X           The type may be 'INTEGER' or 'REAL'.
!      Y           The type may be 'INTEGER' or 'REAL'.
  
  _Return value_:
!      If X and Y are both of 'INTEGER' type, then the return value is of
!      default 'COMPLEX' type.
  
!      If X and Y are of 'REAL' type, or one is of 'REAL' type and one is
!      of 'INTEGER' type, then the return value is of 'COMPLEX' type with
!      a kind equal to that of the 'REAL' argument with the highest
       precision.
  
  _Example_:
--- 9986,10004 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = COMPLEX(X, Y)'
  
  _Arguments_:
!      X          The type may be `INTEGER' or `REAL'.
!      Y          The type may be `INTEGER' or `REAL'.
  
  _Return value_:
!      If X and Y are both of `INTEGER' type, then the return value is of
!      default `COMPLEX' type.
  
!      If X and Y are of `REAL' type, or one is of `REAL' type and one is
!      of `INTEGER' type, then the return value is of `COMPLEX' type with
!      a kind equal to that of the `REAL' argument with the highest
       precision.
  
  _Example_:
*************** _See also_:
*** 9923,9934 ****
  
  File: gfortran.info,  Node: CONJG,  Next: COS,  Prev: COMPLEX,  Up: Intrinsic Procedures
  
! 9.72 'CONJG' -- Complex conjugate function
  ==========================================
  
  _Description_:
!      'CONJG(Z)' returns the conjugate of Z.  If Z is '(x, y)' then the
!      result is '(x, -y)'
  
  _Standard_:
       Fortran 77 and later, has overloads that are GNU extensions
--- 10014,10025 ----
  
  File: gfortran.info,  Node: CONJG,  Next: COS,  Prev: COMPLEX,  Up: Intrinsic Procedures
  
! 9.72 `CONJG' -- Complex conjugate function
  ==========================================
  
  _Description_:
!      `CONJG(Z)' returns the conjugate of Z.  If Z is `(x, y)' then the
!      result is `(x, -y)'
  
  _Standard_:
       Fortran 77 and later, has overloads that are GNU extensions
*************** _Class_:
*** 9937,9949 ****
       Elemental function
  
  _Syntax_:
!      'Z = CONJG(Z)'
  
  _Arguments_:
!      Z           The type shall be 'COMPLEX'.
  
  _Return value_:
!      The return value is of type 'COMPLEX'.
  
  _Example_:
            program test_conjg
--- 10028,10040 ----
       Elemental function
  
  _Syntax_:
!      `Z = CONJG(Z)'
  
  _Arguments_:
!      Z          The type shall be `COMPLEX'.
  
  _Return value_:
!      The return value is of type `COMPLEX'.
  
  _Example_:
            program test_conjg
*************** _Example_:
*** 9956,9974 ****
            end program test_conjg
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'CONJG(Z)'     'COMPLEX Z'    'COMPLEX'      GNU extension
!      'DCONJG(Z)'    'COMPLEX(8)    'COMPLEX(8)'   GNU extension
!                     Z'
  
  
  File: gfortran.info,  Node: COS,  Next: COSD,  Prev: CONJG,  Up: Intrinsic Procedures
  
! 9.73 'COS' -- Cosine function
  =============================
  
  _Description_:
!      'COS(X)' computes the cosine of X.
  
  _Standard_:
       Fortran 77 and later, has overloads that are GNU extensions
--- 10047,10065 ----
            end program test_conjg
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `CONJG(Z)'    `COMPLEX Z'   `COMPLEX'     GNU extension
!      `DCONJG(Z)'   `COMPLEX(8)   `COMPLEX(8)'  GNU extension
!                    Z'                          
  
  
  File: gfortran.info,  Node: COS,  Next: COSD,  Prev: CONJG,  Up: Intrinsic Procedures
  
! 9.73 `COS' -- Cosine function
  =============================
  
  _Description_:
!      `COS(X)' computes the cosine of X.
  
  _Standard_:
       Fortran 77 and later, has overloads that are GNU extensions
*************** _Class_:
*** 9977,9991 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = COS(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL' or 'COMPLEX'.
  
  _Return value_:
!      The return value is of the same type and kind as X.  The real part
!      of the result is in radians.  If X is of the type 'REAL', the
!      return value lies in the range -1 \leq \cos (x) \leq 1.
  
  _Example_:
            program test_cos
--- 10068,10082 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = COS(X)'
  
  _Arguments_:
!      X          The type shall be `REAL' or `COMPLEX'.
  
  _Return value_:
!      The return value is of the same type and kind as X. The real part
!      of the result is in radians. If X is of the type `REAL', the
!      return value lies in the range  -1 \leq \cos (x) \leq 1.
  
  _Example_:
            program test_cos
*************** _Example_:
*** 9994,10042 ****
            end program test_cos
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'COS(X)'       'REAL(4) X'    'REAL(4)'      Fortran 77 and
!                                                   later
!      'DCOS(X)'      'REAL(8) X'    'REAL(8)'      Fortran 77 and
!                                                   later
!      'CCOS(X)'      'COMPLEX(4)    'COMPLEX(4)'   Fortran 77 and
!                     X'                            later
!      'ZCOS(X)'      'COMPLEX(8)    'COMPLEX(8)'   GNU extension
!                     X'
!      'CDCOS(X)'     'COMPLEX(8)    'COMPLEX(8)'   GNU extension
!                     X'
  
  _See also_:
       Inverse function: *note ACOS:: Degrees function: *note COSD::
  
  
  File: gfortran.info,  Node: COSD,  Next: COSH,  Prev: COS,  Up: Intrinsic Procedures
  
! 9.74 'COSD' -- Cosine function, degrees
  =======================================
  
  _Description_:
!      'COSD(X)' computes the cosine of X in degrees.
  
       This function is for compatibility only and should be avoided in
       favor of standard constructs wherever possible.
  
  _Standard_:
!      GNU Extension, enabled with '-fdec-math'.
  
  _Class_:
       Elemental function
  
  _Syntax_:
!      'RESULT = COSD(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL' or 'COMPLEX'.
  
  _Return value_:
!      The return value is of the same type and kind as X.  The real part
!      of the result is in degrees.  If X is of the type 'REAL', the
!      return value lies in the range -1 \leq \cosd (x) \leq 1.
  
  _Example_:
            program test_cosd
--- 10085,10134 ----
            end program test_cos
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `COS(X)'      `REAL(4) X'   `REAL(4)'     Fortran 77 and
!                                                later
!      `DCOS(X)'     `REAL(8) X'   `REAL(8)'     Fortran 77 and
!                                                later
!      `CCOS(X)'     `COMPLEX(4)   `COMPLEX(4)'  Fortran 77 and
!                    X'                          later
!      `ZCOS(X)'     `COMPLEX(8)   `COMPLEX(8)'  GNU extension
!                    X'                          
!      `CDCOS(X)'    `COMPLEX(8)   `COMPLEX(8)'  GNU extension
!                    X'                          
  
  _See also_:
       Inverse function: *note ACOS:: Degrees function: *note COSD::
  
+ 
  
  File: gfortran.info,  Node: COSD,  Next: COSH,  Prev: COS,  Up: Intrinsic Procedures
  
! 9.74 `COSD' -- Cosine function, degrees
  =======================================
  
  _Description_:
!      `COSD(X)' computes the cosine of X in degrees.
  
       This function is for compatibility only and should be avoided in
       favor of standard constructs wherever possible.
  
  _Standard_:
!      GNU Extension, enabled with `-fdec-math'.
  
  _Class_:
       Elemental function
  
  _Syntax_:
!      `RESULT = COSD(X)'
  
  _Arguments_:
!      X          The type shall be `REAL' or `COMPLEX'.
  
  _Return value_:
!      The return value is of the same type and kind as X. The real part
!      of the result is in degrees.  If X is of the type `REAL', the
!      return value lies in the range  -1 \leq \cosd (x) \leq 1.
  
  _Example_:
            program test_cosd
*************** _Example_:
*** 10045,10071 ****
            end program test_cosd
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'COSD(X)'      'REAL(4) X'    'REAL(4)'      GNU Extension
!      'DCOSD(X)'     'REAL(8) X'    'REAL(8)'      GNU Extension
!      'CCOSD(X)'     'COMPLEX(4)    'COMPLEX(4)'   GNU Extension
!                     X'
!      'ZCOSD(X)'     'COMPLEX(8)    'COMPLEX(8)'   GNU extension
!                     X'
!      'CDCOSD(X)'    'COMPLEX(8)    'COMPLEX(8)'   GNU extension
!                     X'
  
  _See also_:
       Inverse function: *note ACOSD:: Radians function: *note COS::
  
  
  File: gfortran.info,  Node: COSH,  Next: COTAN,  Prev: COSD,  Up: Intrinsic Procedures
  
! 9.75 'COSH' -- Hyperbolic cosine function
  =========================================
  
  _Description_:
!      'COSH(X)' computes the hyperbolic cosine of X.
  
  _Standard_:
       Fortran 77 and later, for a complex argument Fortran 2008 or later
--- 10137,10164 ----
            end program test_cosd
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `COSD(X)'     `REAL(4) X'   `REAL(4)'     GNU Extension
!      `DCOSD(X)'    `REAL(8) X'   `REAL(8)'     GNU Extension
!      `CCOSD(X)'    `COMPLEX(4)   `COMPLEX(4)'  GNU Extension
!                    X'                          
!      `ZCOSD(X)'    `COMPLEX(8)   `COMPLEX(8)'  GNU extension
!                    X'                          
!      `CDCOSD(X)'   `COMPLEX(8)   `COMPLEX(8)'  GNU extension
!                    X'                          
  
  _See also_:
       Inverse function: *note ACOSD:: Radians function: *note COS::
  
+ 
  
  File: gfortran.info,  Node: COSH,  Next: COTAN,  Prev: COSD,  Up: Intrinsic Procedures
  
! 9.75 `COSH' -- Hyperbolic cosine function
  =========================================
  
  _Description_:
!      `COSH(X)' computes the hyperbolic cosine of X.
  
  _Standard_:
       Fortran 77 and later, for a complex argument Fortran 2008 or later
*************** _Class_:
*** 10074,10087 ****
       Elemental function
  
  _Syntax_:
!      'X = COSH(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL' or 'COMPLEX'.
  
  _Return value_:
!      The return value has same type and kind as X.  If X is complex, the
!      imaginary part of the result is in radians.  If X is 'REAL', the
       return value has a lower bound of one, \cosh (x) \geq 1.
  
  _Example_:
--- 10167,10180 ----
       Elemental function
  
  _Syntax_:
!      `X = COSH(X)'
  
  _Arguments_:
!      X          The type shall be `REAL' or `COMPLEX'.
  
  _Return value_:
!      The return value has same type and kind as X. If X is complex, the
!      imaginary part of the result is in radians. If X is `REAL', the
       return value has a lower bound of one, \cosh (x) \geq 1.
  
  _Example_:
*************** _Example_:
*** 10091,10129 ****
            end program test_cosh
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'COSH(X)'      'REAL(4) X'    'REAL(4)'      Fortran 77 and
!                                                   later
!      'DCOSH(X)'     'REAL(8) X'    'REAL(8)'      Fortran 77 and
!                                                   later
  
  _See also_:
       Inverse function: *note ACOSH::
  
  
  File: gfortran.info,  Node: COTAN,  Next: COTAND,  Prev: COSH,  Up: Intrinsic Procedures
  
! 9.76 'COTAN' -- Cotangent function
  ==================================
  
  _Description_:
!      'COTAN(X)' computes the cotangent of X.  Equivalent to 'COS(x)'
!      divided by 'SIN(x)', or '1 / TAN(x)'.
  
       This function is for compatibility only and should be avoided in
       favor of standard constructs wherever possible.
  
  _Standard_:
!      GNU Extension, enabled with '-fdec-math'.
  
  _Class_:
       Elemental function
  
  _Syntax_:
!      'RESULT = COTAN(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL' or 'COMPLEX'.
  
  _Return value_:
       The return value has same type and kind as X, and its value is in
--- 10184,10223 ----
            end program test_cosh
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `COSH(X)'     `REAL(4) X'   `REAL(4)'     Fortran 77 and
!                                                later
!      `DCOSH(X)'    `REAL(8) X'   `REAL(8)'     Fortran 77 and
!                                                later
  
  _See also_:
       Inverse function: *note ACOSH::
  
+ 
  
  File: gfortran.info,  Node: COTAN,  Next: COTAND,  Prev: COSH,  Up: Intrinsic Procedures
  
! 9.76 `COTAN' -- Cotangent function
  ==================================
  
  _Description_:
!      `COTAN(X)' computes the cotangent of X. Equivalent to `COS(x)'
!      divided by `SIN(x)', or `1 / TAN(x)'.
  
       This function is for compatibility only and should be avoided in
       favor of standard constructs wherever possible.
  
  _Standard_:
!      GNU Extension, enabled with `-fdec-math'.
  
  _Class_:
       Elemental function
  
  _Syntax_:
!      `RESULT = COTAN(X)'
  
  _Arguments_:
!      X          The type shall be `REAL' or `COMPLEX'.
  
  _Return value_:
       The return value has same type and kind as X, and its value is in
*************** _Example_:
*** 10136,10144 ****
            end program test_cotan
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'COTAN(X)'     'REAL(4) X'    'REAL(4)'      GNU Extension
!      'DCOTAN(X)'    'REAL(8) X'    'REAL(8)'      GNU Extension
  
  _See also_:
       Converse function: *note TAN:: Degrees function: *note COTAND::
--- 10230,10238 ----
            end program test_cotan
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `COTAN(X)'    `REAL(4) X'   `REAL(4)'     GNU Extension
!      `DCOTAN(X)'   `REAL(8) X'   `REAL(8)'     GNU Extension
  
  _See also_:
       Converse function: *note TAN:: Degrees function: *note COTAND::
*************** _See also_:
*** 10146,10160 ****
  
  File: gfortran.info,  Node: COTAND,  Next: COUNT,  Prev: COTAN,  Up: Intrinsic Procedures
  
! 9.77 'COTAND' -- Cotangent function, degrees
  ============================================
  
  _Description_:
!      'COTAND(X)' computes the cotangent of X in degrees.  Equivalent to
!      'COSD(x)' divided by 'SIND(x)', or '1 / TAND(x)'.
  
  _Standard_:
!      GNU Extension, enabled with '-fdec-math'.
  
       This function is for compatibility only and should be avoided in
       favor of standard constructs wherever possible.
--- 10240,10254 ----
  
  File: gfortran.info,  Node: COTAND,  Next: COUNT,  Prev: COTAN,  Up: Intrinsic Procedures
  
! 9.77 `COTAND' -- Cotangent function, degrees
  ============================================
  
  _Description_:
!      `COTAND(X)' computes the cotangent of X in degrees.  Equivalent to
!      `COSD(x)' divided by `SIND(x)', or `1 / TAND(x)'.
  
  _Standard_:
!      GNU Extension, enabled with `-fdec-math'.
  
       This function is for compatibility only and should be avoided in
       favor of standard constructs wherever possible.
*************** _Class_:
*** 10163,10172 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = COTAND(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL' or 'COMPLEX'.
  
  _Return value_:
       The return value has same type and kind as X, and its value is in
--- 10257,10266 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = COTAND(X)'
  
  _Arguments_:
!      X          The type shall be `REAL' or `COMPLEX'.
  
  _Return value_:
       The return value has same type and kind as X, and its value is in
*************** _Example_:
*** 10179,10204 ****
            end program test_cotand
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'COTAND(X)'    'REAL(4) X'    'REAL(4)'      GNU Extension
!      'DCOTAND(X)'   'REAL(8) X'    'REAL(8)'      GNU Extension
  
  _See also_:
       Converse function: *note TAND:: Radians function: *note COTAN::
  
  
  File: gfortran.info,  Node: COUNT,  Next: CPU_TIME,  Prev: COTAND,  Up: Intrinsic Procedures
  
! 9.78 'COUNT' -- Count function
  ==============================
  
  _Description_:
! 
!      Counts the number of '.TRUE.' elements in a logical MASK, or, if
       the DIM argument is supplied, counts the number of elements along
       each row of the array in the DIM direction.  If the array has zero
!      size, or all of the elements of MASK are '.FALSE.', then the result
!      is '0'.
  
  _Standard_:
       Fortran 95 and later, with KIND argument Fortran 2003 and later
--- 10273,10298 ----
            end program test_cotand
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `COTAND(X)'   `REAL(4) X'   `REAL(4)'     GNU Extension
!      `DCOTAND(X)'  `REAL(8) X'   `REAL(8)'     GNU Extension
  
  _See also_:
       Converse function: *note TAND:: Radians function: *note COTAN::
  
+ 
  
  File: gfortran.info,  Node: COUNT,  Next: CPU_TIME,  Prev: COTAND,  Up: Intrinsic Procedures
  
! 9.78 `COUNT' -- Count function
  ==============================
  
  _Description_:
!      Counts the number of `.TRUE.' elements in a logical MASK, or, if
       the DIM argument is supplied, counts the number of elements along
       each row of the array in the DIM direction.  If the array has zero
!      size, or all of the elements of MASK are `.FALSE.', then the
!      result is `0'.
  
  _Standard_:
       Fortran 95 and later, with KIND argument Fortran 2003 and later
*************** _Class_:
*** 10207,10223 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = COUNT(MASK [, DIM, KIND])'
  
  _Arguments_:
!      MASK        The type shall be 'LOGICAL'.
!      DIM         (Optional) The type shall be 'INTEGER'.
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of kind KIND.  If KIND is
       absent, the return value is of default integer kind.  If DIM is
       present, the result is an array with a rank one less than the rank
       of ARRAY, and a size corresponding to the shape of ARRAY with the
--- 10301,10317 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = COUNT(MASK [, DIM, KIND])'
  
  _Arguments_:
!      MASK       The type shall be `LOGICAL'.
!      DIM        (Optional) The type shall be `INTEGER'.
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      The return value is of type `INTEGER' and of kind KIND. If KIND is
       absent, the return value is of default integer kind.  If DIM is
       present, the result is an array with a rank one less than the rank
       of ARRAY, and a size corresponding to the shape of ARRAY with the
*************** _Example_:
*** 10249,10268 ****
  
  File: gfortran.info,  Node: CPU_TIME,  Next: CSHIFT,  Prev: COUNT,  Up: Intrinsic Procedures
  
! 9.79 'CPU_TIME' -- CPU elapsed time in seconds
  ==============================================
  
  _Description_:
!      Returns a 'REAL' value representing the elapsed CPU time in
       seconds.  This is useful for testing segments of code to determine
       execution time.
  
       If a time source is available, time will be reported with
!      microsecond resolution.  If no time source is available, TIME is
!      set to '-1.0'.
  
       Note that TIME may contain a, system dependent, arbitrary offset
!      and may not start with '0.0'.  For 'CPU_TIME', the absolute value
       is meaningless, only differences between subsequent calls to this
       subroutine, as shown in the example below, should be used.
  
--- 10343,10362 ----
  
  File: gfortran.info,  Node: CPU_TIME,  Next: CSHIFT,  Prev: COUNT,  Up: Intrinsic Procedures
  
! 9.79 `CPU_TIME' -- CPU elapsed time in seconds
  ==============================================
  
  _Description_:
!      Returns a `REAL' value representing the elapsed CPU time in
       seconds.  This is useful for testing segments of code to determine
       execution time.
  
       If a time source is available, time will be reported with
!      microsecond resolution. If no time source is available, TIME is
!      set to `-1.0'.
  
       Note that TIME may contain a, system dependent, arbitrary offset
!      and may not start with `0.0'. For `CPU_TIME', the absolute value
       is meaningless, only differences between subsequent calls to this
       subroutine, as shown in the example below, should be used.
  
*************** _Class_:
*** 10273,10282 ****
       Subroutine
  
  _Syntax_:
!      'CALL CPU_TIME(TIME)'
  
  _Arguments_:
!      TIME        The type shall be 'REAL' with 'INTENT(OUT)'.
  
  _Return value_:
       None
--- 10367,10376 ----
       Subroutine
  
  _Syntax_:
!      `CALL CPU_TIME(TIME)'
  
  _Arguments_:
!      TIME       The type shall be `REAL' with `INTENT(OUT)'.
  
  _Return value_:
       None
*************** _See also_:
*** 10296,10314 ****
  
  File: gfortran.info,  Node: CSHIFT,  Next: CTIME,  Prev: CPU_TIME,  Up: Intrinsic Procedures
  
! 9.80 'CSHIFT' -- Circular shift elements of an array
  ====================================================
  
  _Description_:
!      'CSHIFT(ARRAY, SHIFT [, DIM])' performs a circular shift on
!      elements of ARRAY along the dimension of DIM.  If DIM is omitted it
!      is taken to be '1'.  DIM is a scalar of type 'INTEGER' in the range
!      of 1 \leq DIM \leq n) where n is the rank of ARRAY.  If the rank of
!      ARRAY is one, then all elements of ARRAY are shifted by SHIFT
!      places.  If rank is greater than one, then all complete rank one
!      sections of ARRAY along the given dimension are shifted.  Elements
!      shifted out one end of each rank one section are shifted back in
!      the other end.
  
  _Standard_:
       Fortran 95 and later
--- 10390,10408 ----
  
  File: gfortran.info,  Node: CSHIFT,  Next: CTIME,  Prev: CPU_TIME,  Up: Intrinsic Procedures
  
! 9.80 `CSHIFT' -- Circular shift elements of an array
  ====================================================
  
  _Description_:
!      `CSHIFT(ARRAY, SHIFT [, DIM])' performs a circular shift on
!      elements of ARRAY along the dimension of DIM.  If DIM is omitted
!      it is taken to be `1'.  DIM is a scalar of type `INTEGER' in the
!      range of 1 \leq DIM \leq n) where n is the rank of ARRAY.  If the
!      rank of ARRAY is one, then all elements of ARRAY are shifted by
!      SHIFT places.  If rank is greater than one, then all complete rank
!      one sections of ARRAY along the given dimension are shifted.
!      Elements shifted out one end of each rank one section are shifted
!      back in the other end.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 10317,10328 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = CSHIFT(ARRAY, SHIFT [, DIM])'
  
  _Arguments_:
!      ARRAY       Shall be an array of any type.
!      SHIFT       The type shall be 'INTEGER'.
!      DIM         The type shall be 'INTEGER'.
  
  _Return value_:
       Returns an array of same type and rank as the ARRAY argument.
--- 10411,10422 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = CSHIFT(ARRAY, SHIFT [, DIM])'
  
  _Arguments_:
!      ARRAY      Shall be an array of any type.
!      SHIFT      The type shall be `INTEGER'.
!      DIM        The type shall be `INTEGER'.
  
  _Return value_:
       Returns an array of same type and rank as the ARRAY argument.
*************** _Example_:
*** 10344,10355 ****
  
  File: gfortran.info,  Node: CTIME,  Next: DATE_AND_TIME,  Prev: CSHIFT,  Up: Intrinsic Procedures
  
! 9.81 'CTIME' -- Convert a time into a string
  ============================================
  
  _Description_:
!      'CTIME' converts a system time value, such as returned by *note
!      TIME8::, to a string.  The output will be of the form 'Sat Aug 19
       18:13:14 1995'.
  
       This intrinsic is provided in both subroutine and function forms;
--- 10438,10449 ----
  
  File: gfortran.info,  Node: CTIME,  Next: DATE_AND_TIME,  Prev: CSHIFT,  Up: Intrinsic Procedures
  
! 9.81 `CTIME' -- Convert a time into a string
  ============================================
  
  _Description_:
!      `CTIME' converts a system time value, such as returned by *note
!      TIME8::, to a string. The output will be of the form `Sat Aug 19
       18:13:14 1995'.
  
       This intrinsic is provided in both subroutine and function forms;
*************** _Class_:
*** 10362,10377 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL CTIME(TIME, RESULT)'.
!      'RESULT = CTIME(TIME)'.
  
  _Arguments_:
!      TIME        The type shall be of type 'INTEGER'.
!      RESULT      The type shall be of type 'CHARACTER' and of
!                  default kind.  It is an 'INTENT(OUT)' argument.
!                  If the length of this variable is too short for
!                  the time and date string to fit completely, it
!                  will be blank on procedure return.
  
  _Return value_:
       The converted date and time as a string.
--- 10456,10472 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL CTIME(TIME, RESULT)'.
!      `RESULT = CTIME(TIME)'.
  
  _Arguments_:
!      TIME       The type shall be of type `INTEGER'.
!      RESULT     The type shall be of type `CHARACTER' and of
!                 default kind. It is an `INTENT(OUT)' argument.
!                 If the length of this variable is too short
!                 for the time and date string to fit
!                 completely, it will be blank on procedure
!                 return.
  
  _Return value_:
       The converted date and time as a string.
*************** _Example_:
*** 10389,10423 ****
            end program test_ctime
  
  _See Also_:
!      *note DATE_AND_TIME::, *note GMTIME::, *note LTIME::, *note TIME::,
!      *note TIME8::
  
  
  File: gfortran.info,  Node: DATE_AND_TIME,  Next: DBLE,  Prev: CTIME,  Up: Intrinsic Procedures
  
! 9.82 'DATE_AND_TIME' -- Date and time subroutine
  ================================================
  
  _Description_:
!      'DATE_AND_TIME(DATE, TIME, ZONE, VALUES)' gets the corresponding
       date and time information from the real-time system clock.  DATE is
!      'INTENT(OUT)' and has form ccyymmdd.  TIME is 'INTENT(OUT)' and has
!      form hhmmss.sss.  ZONE is 'INTENT(OUT)' and has form (+-)hhmm,
       representing the difference with respect to Coordinated Universal
!      Time (UTC). Unavailable time and date parameters return blanks.
  
!      VALUES is 'INTENT(OUT)' and provides the following:
  
!                  'VALUE(1)':            The year
!                  'VALUE(2)':            The month
!                  'VALUE(3)':            The day of the month
!                  'VALUE(4)':            Time difference with UTC in
!                                         minutes
!                  'VALUE(5)':            The hour of the day
!                  'VALUE(6)':            The minutes of the hour
!                  'VALUE(7)':            The seconds of the minute
!                  'VALUE(8)':            The milliseconds of the
!                                         second
  
  _Standard_:
       Fortran 95 and later
--- 10484,10518 ----
            end program test_ctime
  
  _See Also_:
!      *note DATE_AND_TIME::, *note GMTIME::, *note LTIME::, *note
!      TIME::, *note TIME8::
  
  
  File: gfortran.info,  Node: DATE_AND_TIME,  Next: DBLE,  Prev: CTIME,  Up: Intrinsic Procedures
  
! 9.82 `DATE_AND_TIME' -- Date and time subroutine
  ================================================
  
  _Description_:
!      `DATE_AND_TIME(DATE, TIME, ZONE, VALUES)' gets the corresponding
       date and time information from the real-time system clock.  DATE is
!      `INTENT(OUT)' and has form ccyymmdd.  TIME is `INTENT(OUT)' and
!      has form hhmmss.sss.  ZONE is `INTENT(OUT)' and has form (+-)hhmm,
       representing the difference with respect to Coordinated Universal
!      Time (UTC).  Unavailable time and date parameters return blanks.
  
!      VALUES is `INTENT(OUT)' and provides the following:
  
!                 `VALUE(1)':          The year
!                 `VALUE(2)':          The month
!                 `VALUE(3)':          The day of the month
!                 `VALUE(4)':          Time difference with UTC
!                                      in minutes
!                 `VALUE(5)':          The hour of the day
!                 `VALUE(6)':          The minutes of the hour
!                 `VALUE(7)':          The seconds of the minute
!                 `VALUE(8)':          The milliseconds of the
!                                      second
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 10426,10441 ****
       Subroutine
  
  _Syntax_:
!      'CALL DATE_AND_TIME([DATE, TIME, ZONE, VALUES])'
  
  _Arguments_:
!      DATE        (Optional) The type shall be 'CHARACTER(LEN=8)'
!                  or larger, and of default kind.
!      TIME        (Optional) The type shall be 'CHARACTER(LEN=10)'
!                  or larger, and of default kind.
!      ZONE        (Optional) The type shall be 'CHARACTER(LEN=5)'
!                  or larger, and of default kind.
!      VALUES      (Optional) The type shall be 'INTEGER(8)'.
  
  _Return value_:
       None
--- 10521,10537 ----
       Subroutine
  
  _Syntax_:
!      `CALL DATE_AND_TIME([DATE, TIME, ZONE, VALUES])'
  
  _Arguments_:
!      DATE       (Optional) The type shall be `CHARACTER(LEN=8)'
!                 or larger, and of default kind.
!      TIME       (Optional) The type shall be
!                 `CHARACTER(LEN=10)' or larger, and of default
!                 kind.
!      ZONE       (Optional) The type shall be `CHARACTER(LEN=5)'
!                 or larger, and of default kind.
!      VALUES     (Optional) The type shall be `INTEGER(8)'.
  
  _Return value_:
       None
*************** _See also_:
*** 10461,10471 ****
  
  File: gfortran.info,  Node: DBLE,  Next: DCMPLX,  Prev: DATE_AND_TIME,  Up: Intrinsic Procedures
  
! 9.83 'DBLE' -- Double conversion function
  =========================================
  
  _Description_:
!      'DBLE(A)' Converts A to double precision real type.
  
  _Standard_:
       Fortran 77 and later
--- 10557,10567 ----
  
  File: gfortran.info,  Node: DBLE,  Next: DCMPLX,  Prev: DATE_AND_TIME,  Up: Intrinsic Procedures
  
! 9.83 `DBLE' -- Double conversion function
  =========================================
  
  _Description_:
!      `DBLE(A)' Converts A to double precision real type.
  
  _Standard_:
       Fortran 77 and later
*************** _Class_:
*** 10474,10484 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = DBLE(A)'
  
  _Arguments_:
!      A           The type shall be 'INTEGER', 'REAL', or
!                  'COMPLEX'.
  
  _Return value_:
       The return value is of type double precision real.
--- 10570,10580 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = DBLE(A)'
  
  _Arguments_:
!      A          The type shall be `INTEGER', `REAL', or
!                 `COMPLEX'.
  
  _Return value_:
       The return value is of type double precision real.
*************** _See also_:
*** 10497,10511 ****
  
  File: gfortran.info,  Node: DCMPLX,  Next: DIGITS,  Prev: DBLE,  Up: Intrinsic Procedures
  
! 9.84 'DCMPLX' -- Double complex conversion function
  ===================================================
  
  _Description_:
!      'DCMPLX(X [,Y])' returns a double complex number where X is
       converted to the real component.  If Y is present it is converted
!      to the imaginary component.  If Y is not present then the imaginary
!      component is set to 0.0.  If X is complex then Y must not be
!      present.
  
  _Standard_:
       GNU extension
--- 10593,10607 ----
  
  File: gfortran.info,  Node: DCMPLX,  Next: DIGITS,  Prev: DBLE,  Up: Intrinsic Procedures
  
! 9.84 `DCMPLX' -- Double complex conversion function
  ===================================================
  
  _Description_:
!      `DCMPLX(X [,Y])' returns a double complex number where X is
       converted to the real component.  If Y is present it is converted
!      to the imaginary component.  If Y is not present then the
!      imaginary component is set to 0.0.  If X is complex then Y must
!      not be present.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 10514,10528 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = DCMPLX(X [, Y])'
  
  _Arguments_:
!      X           The type may be 'INTEGER', 'REAL', or 'COMPLEX'.
!      Y           (Optional if X is not 'COMPLEX'.)  May be
!                  'INTEGER' or 'REAL'.
  
  _Return value_:
!      The return value is of type 'COMPLEX(8)'
  
  _Example_:
            program test_dcmplx
--- 10610,10625 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = DCMPLX(X [, Y])'
  
  _Arguments_:
!      X          The type may be `INTEGER', `REAL', or
!                 `COMPLEX'.
!      Y          (Optional if X is not `COMPLEX'.) May be
!                 `INTEGER' or `REAL'.
  
  _Return value_:
!      The return value is of type `COMPLEX(8)'
  
  _Example_:
            program test_dcmplx
*************** _Example_:
*** 10539,10552 ****
  
  File: gfortran.info,  Node: DIGITS,  Next: DIM,  Prev: DCMPLX,  Up: Intrinsic Procedures
  
! 9.85 'DIGITS' -- Significant binary digits function
  ===================================================
  
  _Description_:
!      'DIGITS(X)' returns the number of significant binary digits of the
!      internal model representation of X.  For example, on a system using
!      a 32-bit floating point representation, a default real number would
!      likely return 24.
  
  _Standard_:
       Fortran 95 and later
--- 10636,10649 ----
  
  File: gfortran.info,  Node: DIGITS,  Next: DIM,  Prev: DCMPLX,  Up: Intrinsic Procedures
  
! 9.85 `DIGITS' -- Significant binary digits function
  ===================================================
  
  _Description_:
!      `DIGITS(X)' returns the number of significant binary digits of the
!      internal model representation of X.  For example, on a system
!      using a 32-bit floating point representation, a default real
!      number would likely return 24.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 10555,10567 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = DIGITS(X)'
  
  _Arguments_:
!      X           The type may be 'INTEGER' or 'REAL'.
  
  _Return value_:
!      The return value is of type 'INTEGER'.
  
  _Example_:
            program test_digits
--- 10652,10664 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = DIGITS(X)'
  
  _Arguments_:
!      X          The type may be `INTEGER' or `REAL'.
  
  _Return value_:
!      The return value is of type `INTEGER'.
  
  _Example_:
            program test_digits
*************** _Example_:
*** 10576,10586 ****
  
  File: gfortran.info,  Node: DIM,  Next: DOT_PRODUCT,  Prev: DIGITS,  Up: Intrinsic Procedures
  
! 9.86 'DIM' -- Positive difference
  =================================
  
  _Description_:
!      'DIM(X,Y)' returns the difference 'X-Y' if the result is positive;
       otherwise returns zero.
  
  _Standard_:
--- 10673,10683 ----
  
  File: gfortran.info,  Node: DIM,  Next: DOT_PRODUCT,  Prev: DIGITS,  Up: Intrinsic Procedures
  
! 9.86 `DIM' -- Positive difference
  =================================
  
  _Description_:
!      `DIM(X,Y)' returns the difference `X-Y' if the result is positive;
       otherwise returns zero.
  
  _Standard_:
*************** _Class_:
*** 10590,10603 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = DIM(X, Y)'
  
  _Arguments_:
!      X           The type shall be 'INTEGER' or 'REAL'
!      Y           The type shall be the same type and kind as X.
  
  _Return value_:
!      The return value is of type 'INTEGER' or 'REAL'.
  
  _Example_:
            program test_dim
--- 10687,10700 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = DIM(X, Y)'
  
  _Arguments_:
!      X          The type shall be `INTEGER' or `REAL'
!      Y          The type shall be the same type and kind as X.
  
  _Return value_:
!      The return value is of type `INTEGER' or `REAL'.
  
  _Example_:
            program test_dim
*************** _Example_:
*** 10610,10637 ****
            end program test_dim
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'DIM(X,Y)'     'REAL(4) X,    'REAL(4)'      Fortran 77 and
!                     Y'                            later
!      'IDIM(X,Y)'    'INTEGER(4)    'INTEGER(4)'   Fortran 77 and
!                     X, Y'                         later
!      'DDIM(X,Y)'    'REAL(8) X,    'REAL(8)'      Fortran 77 and
!                     Y'                            later
  
  
  File: gfortran.info,  Node: DOT_PRODUCT,  Next: DPROD,  Prev: DIM,  Up: Intrinsic Procedures
  
! 9.87 'DOT_PRODUCT' -- Dot product function
  ==========================================
  
  _Description_:
!      'DOT_PRODUCT(VECTOR_A, VECTOR_B)' computes the dot product
       multiplication of two vectors VECTOR_A and VECTOR_B.  The two
!      vectors may be either numeric or logical and must be arrays of rank
!      one and of equal size.  If the vectors are 'INTEGER' or 'REAL', the
!      result is 'SUM(VECTOR_A*VECTOR_B)'.  If the vectors are 'COMPLEX',
!      the result is 'SUM(CONJG(VECTOR_A)*VECTOR_B)'.  If the vectors are
!      'LOGICAL', the result is 'ANY(VECTOR_A .AND. VECTOR_B)'.
  
  _Standard_:
       Fortran 95 and later
--- 10707,10735 ----
            end program test_dim
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `DIM(X,Y)'    `REAL(4) X,   `REAL(4)'     Fortran 77 and
!                    Y'                          later
!      `IDIM(X,Y)'   `INTEGER(4)   `INTEGER(4)'  Fortran 77 and
!                    X, Y'                       later
!      `DDIM(X,Y)'   `REAL(8) X,   `REAL(8)'     Fortran 77 and
!                    Y'                          later
  
  
  File: gfortran.info,  Node: DOT_PRODUCT,  Next: DPROD,  Prev: DIM,  Up: Intrinsic Procedures
  
! 9.87 `DOT_PRODUCT' -- Dot product function
  ==========================================
  
  _Description_:
!      `DOT_PRODUCT(VECTOR_A, VECTOR_B)' computes the dot product
       multiplication of two vectors VECTOR_A and VECTOR_B.  The two
!      vectors may be either numeric or logical and must be arrays of
!      rank one and of equal size. If the vectors are `INTEGER' or
!      `REAL', the result is `SUM(VECTOR_A*VECTOR_B)'. If the vectors are
!      `COMPLEX', the result is `SUM(CONJG(VECTOR_A)*VECTOR_B)'. If the
!      vectors are `LOGICAL', the result is `ANY(VECTOR_A .AND.
!      VECTOR_B)'.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 10640,10657 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = DOT_PRODUCT(VECTOR_A, VECTOR_B)'
  
  _Arguments_:
!      VECTOR_A    The type shall be numeric or 'LOGICAL', rank 1.
!      VECTOR_B    The type shall be numeric if VECTOR_A is of
!                  numeric type or 'LOGICAL' if VECTOR_A is of type
!                  'LOGICAL'.  VECTOR_B shall be a rank-one array.
  
  _Return value_:
       If the arguments are numeric, the return value is a scalar of
!      numeric type, 'INTEGER', 'REAL', or 'COMPLEX'.  If the arguments
!      are 'LOGICAL', the return value is '.TRUE.' or '.FALSE.'.
  
  _Example_:
            program test_dot_prod
--- 10738,10756 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = DOT_PRODUCT(VECTOR_A, VECTOR_B)'
  
  _Arguments_:
!      VECTOR_A   The type shall be numeric or `LOGICAL', rank 1.
!      VECTOR_B   The type shall be numeric if VECTOR_A is of
!                 numeric type or `LOGICAL' if VECTOR_A is of
!                 type `LOGICAL'. VECTOR_B shall be a rank-one
!                 array.
  
  _Return value_:
       If the arguments are numeric, the return value is a scalar of
!      numeric type, `INTEGER', `REAL', or `COMPLEX'.  If the arguments
!      are `LOGICAL', the return value is `.TRUE.' or `.FALSE.'.
  
  _Example_:
            program test_dot_prod
*************** _Example_:
*** 10668,10678 ****
  
  File: gfortran.info,  Node: DPROD,  Next: DREAL,  Prev: DOT_PRODUCT,  Up: Intrinsic Procedures
  
! 9.88 'DPROD' -- Double product function
  =======================================
  
  _Description_:
!      'DPROD(X,Y)' returns the product 'X*Y'.
  
  _Standard_:
       Fortran 77 and later
--- 10767,10777 ----
  
  File: gfortran.info,  Node: DPROD,  Next: DREAL,  Prev: DOT_PRODUCT,  Up: Intrinsic Procedures
  
! 9.88 `DPROD' -- Double product function
  =======================================
  
  _Description_:
!      `DPROD(X,Y)' returns the product `X*Y'.
  
  _Standard_:
       Fortran 77 and later
*************** _Class_:
*** 10681,10694 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = DPROD(X, Y)'
  
  _Arguments_:
!      X           The type shall be 'REAL'.
!      Y           The type shall be 'REAL'.
  
  _Return value_:
!      The return value is of type 'REAL(8)'.
  
  _Example_:
            program test_dprod
--- 10780,10793 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = DPROD(X, Y)'
  
  _Arguments_:
!      X          The type shall be `REAL'.
!      Y          The type shall be `REAL'.
  
  _Return value_:
!      The return value is of type `REAL(8)'.
  
  _Example_:
            program test_dprod
*************** _Example_:
*** 10700,10717 ****
            end program test_dprod
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'DPROD(X,Y)'   'REAL(4) X,    'REAL(8)'      Fortran 77 and
!                     Y'                            later
  
  
  File: gfortran.info,  Node: DREAL,  Next: DSHIFTL,  Prev: DPROD,  Up: Intrinsic Procedures
  
! 9.89 'DREAL' -- Double real part function
  =========================================
  
  _Description_:
!      'DREAL(Z)' returns the real part of complex variable Z.
  
  _Standard_:
       GNU extension
--- 10799,10817 ----
            end program test_dprod
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `DPROD(X,Y)'  `REAL(4) X,   `REAL(8)'     Fortran 77 and
!                    Y'                          later
! 
  
  
  File: gfortran.info,  Node: DREAL,  Next: DSHIFTL,  Prev: DPROD,  Up: Intrinsic Procedures
  
! 9.89 `DREAL' -- Double real part function
  =========================================
  
  _Description_:
!      `DREAL(Z)' returns the real part of complex variable Z.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 10720,10732 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = DREAL(A)'
  
  _Arguments_:
!      A           The type shall be 'COMPLEX(8)'.
  
  _Return value_:
!      The return value is of type 'REAL(8)'.
  
  _Example_:
            program test_dreal
--- 10820,10832 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = DREAL(A)'
  
  _Arguments_:
!      A          The type shall be `COMPLEX(8)'.
  
  _Return value_:
!      The return value is of type `REAL(8)'.
  
  _Example_:
            program test_dreal
*************** _Example_:
*** 10737,10750 ****
  _See also_:
       *note AIMAG::
  
  
  File: gfortran.info,  Node: DSHIFTL,  Next: DSHIFTR,  Prev: DREAL,  Up: Intrinsic Procedures
  
! 9.90 'DSHIFTL' -- Combined left shift
  =====================================
  
  _Description_:
!      'DSHIFTL(I, J, SHIFT)' combines bits of I and J.  The rightmost
       SHIFT bits of the result are the leftmost SHIFT bits of J, and the
       remaining bits are the rightmost bits of I.
  
--- 10837,10851 ----
  _See also_:
       *note AIMAG::
  
+ 
  
  File: gfortran.info,  Node: DSHIFTL,  Next: DSHIFTR,  Prev: DREAL,  Up: Intrinsic Procedures
  
! 9.90 `DSHIFTL' -- Combined left shift
  =====================================
  
  _Description_:
!      `DSHIFTL(I, J, SHIFT)' combines bits of I and J. The rightmost
       SHIFT bits of the result are the leftmost SHIFT bits of J, and the
       remaining bits are the rightmost bits of I.
  
*************** _Class_:
*** 10755,10777 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = DSHIFTL(I, J, SHIFT)'
  
  _Arguments_:
!      I           Shall be of type 'INTEGER' or a BOZ constant.
!      J           Shall be of type 'INTEGER' or a BOZ constant.
!                  If both I and J have integer type, then they
!                  shall have the same kind type parameter.  I and
!                  J shall not both be BOZ constants.
!      SHIFT       Shall be of type 'INTEGER'.  It shall be
!                  nonnegative.  If I is not a BOZ constant, then
!                  SHIFT shall be less than or equal to
!                  'BIT_SIZE(I)'; otherwise, SHIFT shall be less
!                  than or equal to 'BIT_SIZE(J)'.
  
  _Return value_:
       If either I or J is a BOZ constant, it is first converted as if by
!      the intrinsic function 'INT' to an integer type with the kind type
       parameter of the other.
  
  _See also_:
--- 10856,10878 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = DSHIFTL(I, J, SHIFT)'
  
  _Arguments_:
!      I          Shall be of type `INTEGER' or a BOZ constant.
!      J          Shall be of type `INTEGER' or a BOZ constant.
!                 If both I and J have integer type, then they
!                 shall have the same kind type parameter. I and
!                 J shall not both be BOZ constants.
!      SHIFT      Shall be of type `INTEGER'. It shall be
!                 nonnegative.  If I is not a BOZ constant, then
!                 SHIFT shall be less than or equal to
!                 `BIT_SIZE(I)'; otherwise, SHIFT shall be less
!                 than or equal to `BIT_SIZE(J)'.
  
  _Return value_:
       If either I or J is a BOZ constant, it is first converted as if by
!      the intrinsic function `INT' to an integer type with the kind type
       parameter of the other.
  
  _See also_:
*************** _See also_:
*** 10780,10792 ****
  
  File: gfortran.info,  Node: DSHIFTR,  Next: DTIME,  Prev: DSHIFTL,  Up: Intrinsic Procedures
  
! 9.91 'DSHIFTR' -- Combined right shift
  ======================================
  
  _Description_:
!      'DSHIFTR(I, J, SHIFT)' combines bits of I and J.  The leftmost
!      SHIFT bits of the result are the rightmost SHIFT bits of I, and the
!      remaining bits are the leftmost bits of J.
  
  _Standard_:
       Fortran 2008 and later
--- 10881,10893 ----
  
  File: gfortran.info,  Node: DSHIFTR,  Next: DTIME,  Prev: DSHIFTL,  Up: Intrinsic Procedures
  
! 9.91 `DSHIFTR' -- Combined right shift
  ======================================
  
  _Description_:
!      `DSHIFTR(I, J, SHIFT)' combines bits of I and J. The leftmost
!      SHIFT bits of the result are the rightmost SHIFT bits of I, and
!      the remaining bits are the leftmost bits of J.
  
  _Standard_:
       Fortran 2008 and later
*************** _Class_:
*** 10795,10817 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = DSHIFTR(I, J, SHIFT)'
  
  _Arguments_:
!      I           Shall be of type 'INTEGER' or a BOZ constant.
!      J           Shall be of type 'INTEGER' or a BOZ constant.
!                  If both I and J have integer type, then they
!                  shall have the same kind type parameter.  I and
!                  J shall not both be BOZ constants.
!      SHIFT       Shall be of type 'INTEGER'.  It shall be
!                  nonnegative.  If I is not a BOZ constant, then
!                  SHIFT shall be less than or equal to
!                  'BIT_SIZE(I)'; otherwise, SHIFT shall be less
!                  than or equal to 'BIT_SIZE(J)'.
  
  _Return value_:
       If either I or J is a BOZ constant, it is first converted as if by
!      the intrinsic function 'INT' to an integer type with the kind type
       parameter of the other.
  
  _See also_:
--- 10896,10918 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = DSHIFTR(I, J, SHIFT)'
  
  _Arguments_:
!      I          Shall be of type `INTEGER' or a BOZ constant.
!      J          Shall be of type `INTEGER' or a BOZ constant.
!                 If both I and J have integer type, then they
!                 shall have the same kind type parameter. I and
!                 J shall not both be BOZ constants.
!      SHIFT      Shall be of type `INTEGER'. It shall be
!                 nonnegative.  If I is not a BOZ constant, then
!                 SHIFT shall be less than or equal to
!                 `BIT_SIZE(I)'; otherwise, SHIFT shall be less
!                 than or equal to `BIT_SIZE(J)'.
  
  _Return value_:
       If either I or J is a BOZ constant, it is first converted as if by
!      the intrinsic function `INT' to an integer type with the kind type
       parameter of the other.
  
  _See also_:
*************** _See also_:
*** 10820,10860 ****
  
  File: gfortran.info,  Node: DTIME,  Next: EOSHIFT,  Prev: DSHIFTR,  Up: Intrinsic Procedures
  
! 9.92 'DTIME' -- Execution time subroutine (or function)
  =======================================================
  
  _Description_:
!      'DTIME(VALUES, TIME)' initially returns the number of seconds of
       runtime since the start of the process's execution in TIME.  VALUES
!      returns the user and system components of this time in 'VALUES(1)'
!      and 'VALUES(2)' respectively.  TIME is equal to 'VALUES(1) +
       VALUES(2)'.
  
!      Subsequent invocations of 'DTIME' return values accumulated since
       the previous invocation.
  
!      On some systems, the underlying timings are represented using types
!      with sufficiently small limits that overflows (wrap around) are
!      possible, such as 32-bit types.  Therefore, the values returned by
!      this intrinsic might be, or become, negative, or numerically less
!      than previous values, during a single run of the compiled program.
  
!      Please note, that this implementation is thread safe if used within
!      OpenMP directives, i.e., its state will be consistent while called
!      from multiple threads.  However, if 'DTIME' is called from multiple
!      threads, the result is still the time since the last invocation.
!      This may not give the intended results.  If possible, use
!      'CPU_TIME' instead.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
  
!      VALUES and TIME are 'INTENT(OUT)' and provide the following:
  
!                  'VALUES(1)':           User time in seconds.
!                  'VALUES(2)':           System time in seconds.
!                  'TIME':                Run time since start in
!                                         seconds.
  
  _Standard_:
       GNU extension
--- 10921,10962 ----
  
  File: gfortran.info,  Node: DTIME,  Next: EOSHIFT,  Prev: DSHIFTR,  Up: Intrinsic Procedures
  
! 9.92 `DTIME' -- Execution time subroutine (or function)
  =======================================================
  
  _Description_:
!      `DTIME(VALUES, TIME)' initially returns the number of seconds of
       runtime since the start of the process's execution in TIME.  VALUES
!      returns the user and system components of this time in `VALUES(1)'
!      and `VALUES(2)' respectively. TIME is equal to `VALUES(1) +
       VALUES(2)'.
  
!      Subsequent invocations of `DTIME' return values accumulated since
       the previous invocation.
  
!      On some systems, the underlying timings are represented using
!      types with sufficiently small limits that overflows (wrap around)
!      are possible, such as 32-bit types. Therefore, the values returned
!      by this intrinsic might be, or become, negative, or numerically
!      less than previous values, during a single run of the compiled
!      program.
  
!      Please note, that this implementation is thread safe if used
!      within OpenMP directives, i.e., its state will be consistent while
!      called from multiple threads. However, if `DTIME' is called from
!      multiple threads, the result is still the time since the last
!      invocation. This may not give the intended results. If possible,
!      use `CPU_TIME' instead.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
  
!      VALUES and TIME are `INTENT(OUT)' and provide the following:
  
!                 `VALUES(1)':         User time in seconds.
!                 `VALUES(2)':         System time in seconds.
!                 `TIME':              Run time since start in
!                                      seconds.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 10863,10874 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL DTIME(VALUES, TIME)'.
!      'TIME = DTIME(VALUES)', (not recommended).
  
  _Arguments_:
!      VALUES      The type shall be 'REAL(4), DIMENSION(2)'.
!      TIME        The type shall be 'REAL(4)'.
  
  _Return value_:
       Elapsed time in seconds since the last invocation or since the
--- 10965,10976 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL DTIME(VALUES, TIME)'.
!      `TIME = DTIME(VALUES)', (not recommended).
  
  _Arguments_:
!      VALUES     The type shall be `REAL(4), DIMENSION(2)'.
!      TIME       The type shall be `REAL(4)'.
  
  _Return value_:
       Elapsed time in seconds since the last invocation or since the
*************** _Example_:
*** 10895,10924 ****
  _See also_:
       *note CPU_TIME::
  
  
  File: gfortran.info,  Node: EOSHIFT,  Next: EPSILON,  Prev: DTIME,  Up: Intrinsic Procedures
  
! 9.93 'EOSHIFT' -- End-off shift elements of an array
  ====================================================
  
  _Description_:
!      'EOSHIFT(ARRAY, SHIFT[, BOUNDARY, DIM])' performs an end-off shift
!      on elements of ARRAY along the dimension of DIM.  If DIM is omitted
!      it is taken to be '1'.  DIM is a scalar of type 'INTEGER' in the
!      range of 1 \leq DIM \leq n) where n is the rank of ARRAY.  If the
!      rank of ARRAY is one, then all elements of ARRAY are shifted by
!      SHIFT places.  If rank is greater than one, then all complete rank
!      one sections of ARRAY along the given dimension are shifted.
!      Elements shifted out one end of each rank one section are dropped.
!      If BOUNDARY is present then the corresponding value of from
!      BOUNDARY is copied back in the other end.  If BOUNDARY is not
!      present then the following are copied in depending on the type of
!      ARRAY.
  
!      _Array      _Boundary Value_
!      Type_
!      Numeric     0 of the type and kind of ARRAY.
!      Logical     '.FALSE.'.
       Character(LEN)LEN blanks.
  
  _Standard_:
--- 10997,11027 ----
  _See also_:
       *note CPU_TIME::
  
+ 
  
  File: gfortran.info,  Node: EOSHIFT,  Next: EPSILON,  Prev: DTIME,  Up: Intrinsic Procedures
  
! 9.93 `EOSHIFT' -- End-off shift elements of an array
  ====================================================
  
  _Description_:
!      `EOSHIFT(ARRAY, SHIFT[, BOUNDARY, DIM])' performs an end-off shift
!      on elements of ARRAY along the dimension of DIM.  If DIM is
!      omitted it is taken to be `1'.  DIM is a scalar of type `INTEGER'
!      in the range of 1 \leq DIM \leq n) where n is the rank of ARRAY.
!      If the rank of ARRAY is one, then all elements of ARRAY are
!      shifted by SHIFT places.  If rank is greater than one, then all
!      complete rank one sections of ARRAY along the given dimension are
!      shifted.  Elements shifted out one end of each rank one section
!      are dropped.  If BOUNDARY is present then the corresponding value
!      of from BOUNDARY is copied back in the other end.  If BOUNDARY is
!      not present then the following are copied in depending on the type
!      of ARRAY.
  
!      _Array     _Boundary Value_
!      Type_      
!      Numeric    0 of the type and kind of ARRAY.
!      Logical    `.FALSE.'.
       Character(LEN)LEN blanks.
  
  _Standard_:
*************** _Class_:
*** 10928,10940 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = EOSHIFT(ARRAY, SHIFT [, BOUNDARY, DIM])'
  
  _Arguments_:
!      ARRAY       May be any type, not scalar.
!      SHIFT       The type shall be 'INTEGER'.
!      BOUNDARY    Same type as ARRAY.
!      DIM         The type shall be 'INTEGER'.
  
  _Return value_:
       Returns an array of same type and rank as the ARRAY argument.
--- 11031,11043 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = EOSHIFT(ARRAY, SHIFT [, BOUNDARY, DIM])'
  
  _Arguments_:
!      ARRAY      May be any type, not scalar.
!      SHIFT      The type shall be `INTEGER'.
!      BOUNDARY   Same type as ARRAY.
!      DIM        The type shall be `INTEGER'.
  
  _Return value_:
       Returns an array of same type and rank as the ARRAY argument.
*************** _Example_:
*** 10956,10966 ****
  
  File: gfortran.info,  Node: EPSILON,  Next: ERF,  Prev: EOSHIFT,  Up: Intrinsic Procedures
  
! 9.94 'EPSILON' -- Epsilon function
  ==================================
  
  _Description_:
!      'EPSILON(X)' returns the smallest number E of the same kind as X
       such that 1 + E > 1.
  
  _Standard_:
--- 11059,11069 ----
  
  File: gfortran.info,  Node: EPSILON,  Next: ERF,  Prev: EOSHIFT,  Up: Intrinsic Procedures
  
! 9.94 `EPSILON' -- Epsilon function
  ==================================
  
  _Description_:
!      `EPSILON(X)' returns the smallest number E of the same kind as X
       such that 1 + E > 1.
  
  _Standard_:
*************** _Class_:
*** 10970,10979 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = EPSILON(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL'.
  
  _Return value_:
       The return value is of same type as the argument.
--- 11073,11082 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = EPSILON(X)'
  
  _Arguments_:
!      X          The type shall be `REAL'.
  
  _Return value_:
       The return value is of same type as the argument.
*************** _Example_:
*** 10989,10999 ****
  
  File: gfortran.info,  Node: ERF,  Next: ERFC,  Prev: EPSILON,  Up: Intrinsic Procedures
  
! 9.95 'ERF' -- Error function
  ============================
  
  _Description_:
!      'ERF(X)' computes the error function of X.
  
  _Standard_:
       Fortran 2008 and later
--- 11092,11102 ----
  
  File: gfortran.info,  Node: ERF,  Next: ERFC,  Prev: EPSILON,  Up: Intrinsic Procedures
  
! 9.95 `ERF' -- Error function
  ============================
  
  _Description_:
!      `ERF(X)' computes the error function of X.
  
  _Standard_:
       Fortran 2008 and later
*************** _Class_:
*** 11002,11014 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = ERF(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL'.
  
  _Return value_:
!      The return value is of type 'REAL', of the same kind as X and lies
       in the range -1 \leq erf (x) \leq 1 .
  
  _Example_:
--- 11105,11117 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = ERF(X)'
  
  _Arguments_:
!      X          The type shall be `REAL'.
  
  _Return value_:
!      The return value is of type `REAL', of the same kind as X and lies
       in the range -1 \leq erf (x) \leq 1 .
  
  _Example_:
*************** _Example_:
*** 11018,11034 ****
            end program test_erf
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'DERF(X)'      'REAL(8) X'    'REAL(8)'      GNU extension
  
  
  File: gfortran.info,  Node: ERFC,  Next: ERFC_SCALED,  Prev: ERF,  Up: Intrinsic Procedures
  
! 9.96 'ERFC' -- Error function
  =============================
  
  _Description_:
!      'ERFC(X)' computes the complementary error function of X.
  
  _Standard_:
       Fortran 2008 and later
--- 11121,11137 ----
            end program test_erf
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `DERF(X)'     `REAL(8) X'   `REAL(8)'     GNU extension
  
  
  File: gfortran.info,  Node: ERFC,  Next: ERFC_SCALED,  Prev: ERF,  Up: Intrinsic Procedures
  
! 9.96 `ERFC' -- Error function
  =============================
  
  _Description_:
!      `ERFC(X)' computes the complementary error function of X.
  
  _Standard_:
       Fortran 2008 and later
*************** _Class_:
*** 11037,11050 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = ERFC(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL'.
  
  _Return value_:
!      The return value is of type 'REAL' and of the same kind as X.  It
!      lies in the range 0 \leq erfc (x) \leq 2 .
  
  _Example_:
            program test_erfc
--- 11140,11153 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = ERFC(X)'
  
  _Arguments_:
!      X          The type shall be `REAL'.
  
  _Return value_:
!      The return value is of type `REAL' and of the same kind as X.  It
!      lies in the range  0 \leq erfc (x) \leq 2 .
  
  _Example_:
            program test_erfc
*************** _Example_:
*** 11053,11069 ****
            end program test_erfc
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'DERFC(X)'     'REAL(8) X'    'REAL(8)'      GNU extension
  
  
  File: gfortran.info,  Node: ERFC_SCALED,  Next: ETIME,  Prev: ERFC,  Up: Intrinsic Procedures
  
! 9.97 'ERFC_SCALED' -- Error function
  ====================================
  
  _Description_:
!      'ERFC_SCALED(X)' computes the exponentially-scaled complementary
       error function of X.
  
  _Standard_:
--- 11156,11172 ----
            end program test_erfc
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `DERFC(X)'    `REAL(8) X'   `REAL(8)'     GNU extension
  
  
  File: gfortran.info,  Node: ERFC_SCALED,  Next: ETIME,  Prev: ERFC,  Up: Intrinsic Procedures
  
! 9.97 `ERFC_SCALED' -- Error function
  ====================================
  
  _Description_:
!      `ERFC_SCALED(X)' computes the exponentially-scaled complementary
       error function of X.
  
  _Standard_:
*************** _Class_:
*** 11073,11085 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = ERFC_SCALED(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL'.
  
  _Return value_:
!      The return value is of type 'REAL' and of the same kind as X.
  
  _Example_:
            program test_erfc_scaled
--- 11176,11188 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = ERFC_SCALED(X)'
  
  _Arguments_:
!      X          The type shall be `REAL'.
  
  _Return value_:
!      The return value is of type `REAL' and of the same kind as X.
  
  _Example_:
            program test_erfc_scaled
*************** _Example_:
*** 11090,11119 ****
  
  File: gfortran.info,  Node: ETIME,  Next: EVENT_QUERY,  Prev: ERFC_SCALED,  Up: Intrinsic Procedures
  
! 9.98 'ETIME' -- Execution time subroutine (or function)
  =======================================================
  
  _Description_:
!      'ETIME(VALUES, TIME)' returns the number of seconds of runtime
!      since the start of the process's execution in TIME.  VALUES returns
!      the user and system components of this time in 'VALUES(1)' and
!      'VALUES(2)' respectively.  TIME is equal to 'VALUES(1) +
       VALUES(2)'.
  
!      On some systems, the underlying timings are represented using types
!      with sufficiently small limits that overflows (wrap around) are
!      possible, such as 32-bit types.  Therefore, the values returned by
!      this intrinsic might be, or become, negative, or numerically less
!      than previous values, during a single run of the compiled program.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
  
!      VALUES and TIME are 'INTENT(OUT)' and provide the following:
  
!                  'VALUES(1)':           User time in seconds.
!                  'VALUES(2)':           System time in seconds.
!                  'TIME':                Run time since start in seconds.
  
  _Standard_:
       GNU extension
--- 11193,11223 ----
  
  File: gfortran.info,  Node: ETIME,  Next: EVENT_QUERY,  Prev: ERFC_SCALED,  Up: Intrinsic Procedures
  
! 9.98 `ETIME' -- Execution time subroutine (or function)
  =======================================================
  
  _Description_:
!      `ETIME(VALUES, TIME)' returns the number of seconds of runtime
!      since the start of the process's execution in TIME.  VALUES
!      returns the user and system components of this time in `VALUES(1)'
!      and `VALUES(2)' respectively. TIME is equal to `VALUES(1) +
       VALUES(2)'.
  
!      On some systems, the underlying timings are represented using
!      types with sufficiently small limits that overflows (wrap around)
!      are possible, such as 32-bit types. Therefore, the values returned
!      by this intrinsic might be, or become, negative, or numerically
!      less than previous values, during a single run of the compiled
!      program.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
  
!      VALUES and TIME are `INTENT(OUT)' and provide the following:
  
!                 `VALUES(1)':         User time in seconds.
!                 `VALUES(2)':         System time in seconds.
!                 `TIME':              Run time since start in seconds.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 11122,11133 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL ETIME(VALUES, TIME)'.
!      'TIME = ETIME(VALUES)', (not recommended).
  
  _Arguments_:
!      VALUES      The type shall be 'REAL(4), DIMENSION(2)'.
!      TIME        The type shall be 'REAL(4)'.
  
  _Return value_:
       Elapsed time in seconds since the start of program execution.
--- 11226,11237 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL ETIME(VALUES, TIME)'.
!      `TIME = ETIME(VALUES)', (not recommended).
  
  _Arguments_:
!      VALUES     The type shall be `REAL(4), DIMENSION(2)'.
!      TIME       The type shall be `REAL(4)'.
  
  _Return value_:
       Elapsed time in seconds since the start of program execution.
*************** _Example_:
*** 11153,11171 ****
  _See also_:
       *note CPU_TIME::
  
  
  File: gfortran.info,  Node: EVENT_QUERY,  Next: EXECUTE_COMMAND_LINE,  Prev: ETIME,  Up: Intrinsic Procedures
  
! 9.99 'EVENT_QUERY' -- Query whether a coarray event has occurred
  ================================================================
  
  _Description_:
!      'EVENT_QUERY' assignes the number of events to COUNT which have
       been posted to the EVENT variable and not yet been removed by
!      calling 'EVENT WAIT'.  When STAT is present and the invocation was
!      successful, it is assigned the value 0.  If it is present and the
!      invocation has failed, it is assigned a positive value and COUNT is
!      assigned the value -1.
  
  _Standard_:
       TS 18508 or later
--- 11257,11276 ----
  _See also_:
       *note CPU_TIME::
  
+ 
  
  File: gfortran.info,  Node: EVENT_QUERY,  Next: EXECUTE_COMMAND_LINE,  Prev: ETIME,  Up: Intrinsic Procedures
  
! 9.99 `EVENT_QUERY' -- Query whether a coarray event has occurred
  ================================================================
  
  _Description_:
!      `EVENT_QUERY' assignes the number of events to COUNT which have
       been posted to the EVENT variable and not yet been removed by
!      calling `EVENT WAIT'. When STAT is present and the invocation was
!      successful, it is assigned the value 0. If it is present and the
!      invocation has failed, it is assigned a positive value and COUNT
!      is assigned the value -1.
  
  _Standard_:
       TS 18508 or later
*************** _Class_:
*** 11174,11188 ****
       subroutine
  
  _Syntax_:
!      'CALL EVENT_QUERY (EVENT, COUNT [, STAT])'
  
  _Arguments_:
!      EVENT       (intent(IN)) Scalar of type 'EVENT_TYPE',
!                  defined in 'ISO_FORTRAN_ENV'; shall not be
!                  coindexed.
!      COUNT       (intent(out))Scalar integer with at least the
!                  precision of default integer.
!      STAT        (optional) Scalar default-kind integer variable.
  
  _Example_:
            program atomic
--- 11279,11294 ----
       subroutine
  
  _Syntax_:
!      `CALL EVENT_QUERY (EVENT, COUNT [, STAT])'
  
  _Arguments_:
!      EVENT      (intent(IN)) Scalar of type `EVENT_TYPE',
!                 defined in `ISO_FORTRAN_ENV'; shall not be
!                 coindexed.
!      COUNT      (intent(out))Scalar integer with at least the
!                 precision of default integer.
!      STAT       (optional) Scalar default-kind integer
!                 variable.
  
  _Example_:
            program atomic
*************** _Example_:
*** 11198,11228 ****
              end if
            end program atomic
  
  
  File: gfortran.info,  Node: EXECUTE_COMMAND_LINE,  Next: EXIT,  Prev: EVENT_QUERY,  Up: Intrinsic Procedures
  
! 9.100 'EXECUTE_COMMAND_LINE' -- Execute a shell command
  =======================================================
  
  _Description_:
!      'EXECUTE_COMMAND_LINE' runs a shell command, synchronously or
       asynchronously.
  
!      The 'COMMAND' argument is passed to the shell and executed, using
!      the C library's 'system' call.  (The shell is 'sh' on Unix systems,
!      and 'cmd.exe' on Windows.)  If 'WAIT' is present and has the value
!      false, the execution of the command is asynchronous if the system
!      supports it; otherwise, the command is executed synchronously.
  
       The three last arguments allow the user to get status information.
!      After synchronous execution, 'EXITSTAT' contains the integer exit
!      code of the command, as returned by 'system'.  'CMDSTAT' is set to
       zero if the command line was executed (whatever its exit status
!      was).  'CMDMSG' is assigned an error message if an error has
       occurred.
  
!      Note that the 'system' function need not be thread-safe.  It is the
!      responsibility of the user to ensure that 'system' is not called
       concurrently.
  
  _Standard_:
--- 11304,11336 ----
              end if
            end program atomic
  
+ 
  
  File: gfortran.info,  Node: EXECUTE_COMMAND_LINE,  Next: EXIT,  Prev: EVENT_QUERY,  Up: Intrinsic Procedures
  
! 9.100 `EXECUTE_COMMAND_LINE' -- Execute a shell command
  =======================================================
  
  _Description_:
!      `EXECUTE_COMMAND_LINE' runs a shell command, synchronously or
       asynchronously.
  
!      The `COMMAND' argument is passed to the shell and executed, using
!      the C library's `system' call.  (The shell is `sh' on Unix
!      systems, and `cmd.exe' on Windows.)  If `WAIT' is present and has
!      the value false, the execution of the command is asynchronous if
!      the system supports it; otherwise, the command is executed
!      synchronously.
  
       The three last arguments allow the user to get status information.
!      After synchronous execution, `EXITSTAT' contains the integer exit
!      code of the command, as returned by `system'.  `CMDSTAT' is set to
       zero if the command line was executed (whatever its exit status
!      was).  `CMDMSG' is assigned an error message if an error has
       occurred.
  
!      Note that the `system' function need not be thread-safe. It is the
!      responsibility of the user to ensure that `system' is not called
       concurrently.
  
  _Standard_:
*************** _Class_:
*** 11232,11249 ****
       Subroutine
  
  _Syntax_:
!      'CALL EXECUTE_COMMAND_LINE(COMMAND [, WAIT, EXITSTAT, CMDSTAT,
       CMDMSG ])'
  
  _Arguments_:
!      COMMAND     Shall be a default 'CHARACTER' scalar.
!      WAIT        (Optional) Shall be a default 'LOGICAL' scalar.
!      EXITSTAT    (Optional) Shall be an 'INTEGER' of the default
!                  kind.
!      CMDSTAT     (Optional) Shall be an 'INTEGER' of the default
!                  kind.
!      CMDMSG      (Optional) Shall be an 'CHARACTER' scalar of the
!                  default kind.
  
  _Example_:
            program test_exec
--- 11340,11357 ----
       Subroutine
  
  _Syntax_:
!      `CALL EXECUTE_COMMAND_LINE(COMMAND [, WAIT, EXITSTAT, CMDSTAT,
       CMDMSG ])'
  
  _Arguments_:
!      COMMAND    Shall be a default `CHARACTER' scalar.
!      WAIT       (Optional) Shall be a default `LOGICAL' scalar.
!      EXITSTAT   (Optional) Shall be an `INTEGER' of the
!                 default kind.
!      CMDSTAT    (Optional) Shall be an `INTEGER' of the
!                 default kind.
!      CMDMSG     (Optional) Shall be an `CHARACTER' scalar of
!                 the default kind.
  
  _Example_:
            program test_exec
*************** _Example_:
*** 11258,11269 ****
            end program test_exec
  
  _Note_:
! 
!      Because this intrinsic is implemented in terms of the 'system'
       function call, its behavior with respect to signaling is processor
!      dependent.  In particular, on POSIX-compliant systems, the SIGINT
       and SIGQUIT signals will be ignored, and the SIGCHLD will be
!      blocked.  As such, if the parent process is terminated, the child
       process might not be terminated alongside.
  
  _See also_:
--- 11366,11376 ----
            end program test_exec
  
  _Note_:
!      Because this intrinsic is implemented in terms of the `system'
       function call, its behavior with respect to signaling is processor
!      dependent. In particular, on POSIX-compliant systems, the SIGINT
       and SIGQUIT signals will be ignored, and the SIGCHLD will be
!      blocked. As such, if the parent process is terminated, the child
       process might not be terminated alongside.
  
  _See also_:
*************** _See also_:
*** 11272,11283 ****
  
  File: gfortran.info,  Node: EXIT,  Next: EXP,  Prev: EXECUTE_COMMAND_LINE,  Up: Intrinsic Procedures
  
! 9.101 'EXIT' -- Exit the program with status.
  =============================================
  
  _Description_:
!      'EXIT' causes immediate termination of the program with status.  If
!      status is omitted it returns the canonical _success_ for the
       system.  All Fortran I/O units are closed.
  
  _Standard_:
--- 11379,11390 ----
  
  File: gfortran.info,  Node: EXIT,  Next: EXP,  Prev: EXECUTE_COMMAND_LINE,  Up: Intrinsic Procedures
  
! 9.101 `EXIT' -- Exit the program with status.
  =============================================
  
  _Description_:
!      `EXIT' causes immediate termination of the program with status.
!      If status is omitted it returns the canonical _success_ for the
       system.  All Fortran I/O units are closed.
  
  _Standard_:
*************** _Class_:
*** 11287,11299 ****
       Subroutine
  
  _Syntax_:
!      'CALL EXIT([STATUS])'
  
  _Arguments_:
!      STATUS      Shall be an 'INTEGER' of the default kind.
  
  _Return value_:
!      'STATUS' is passed to the parent process on exit.
  
  _Example_:
            program test_exit
--- 11394,11406 ----
       Subroutine
  
  _Syntax_:
!      `CALL EXIT([STATUS])'
  
  _Arguments_:
!      STATUS     Shall be an `INTEGER' of the default kind.
  
  _Return value_:
!      `STATUS' is passed to the parent process on exit.
  
  _Example_:
            program test_exit
*************** _See also_:
*** 11308,11318 ****
  
  File: gfortran.info,  Node: EXP,  Next: EXPONENT,  Prev: EXIT,  Up: Intrinsic Procedures
  
! 9.102 'EXP' -- Exponential function
  ===================================
  
  _Description_:
!      'EXP(X)' computes the base e exponential of X.
  
  _Standard_:
       Fortran 77 and later, has overloads that are GNU extensions
--- 11415,11425 ----
  
  File: gfortran.info,  Node: EXP,  Next: EXPONENT,  Prev: EXIT,  Up: Intrinsic Procedures
  
! 9.102 `EXP' -- Exponential function
  ===================================
  
  _Description_:
!      `EXP(X)' computes the base e exponential of X.
  
  _Standard_:
       Fortran 77 and later, has overloads that are GNU extensions
*************** _Class_:
*** 11321,11330 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = EXP(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL' or 'COMPLEX'.
  
  _Return value_:
       The return value has same type and kind as X.
--- 11428,11437 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = EXP(X)'
  
  _Arguments_:
!      X          The type shall be `REAL' or `COMPLEX'.
  
  _Return value_:
       The return value has same type and kind as X.
*************** _Example_:
*** 11336,11361 ****
            end program test_exp
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'EXP(X)'       'REAL(4) X'    'REAL(4)'      Fortran 77 and
!                                                   later
!      'DEXP(X)'      'REAL(8) X'    'REAL(8)'      Fortran 77 and
!                                                   later
!      'CEXP(X)'      'COMPLEX(4)    'COMPLEX(4)'   Fortran 77 and
!                     X'                            later
!      'ZEXP(X)'      'COMPLEX(8)    'COMPLEX(8)'   GNU extension
!                     X'
!      'CDEXP(X)'     'COMPLEX(8)    'COMPLEX(8)'   GNU extension
!                     X'
  
  
  File: gfortran.info,  Node: EXPONENT,  Next: EXTENDS_TYPE_OF,  Prev: EXP,  Up: Intrinsic Procedures
  
! 9.103 'EXPONENT' -- Exponent function
  =====================================
  
  _Description_:
!      'EXPONENT(X)' returns the value of the exponent part of X.  If X is
       zero the value returned is zero.
  
  _Standard_:
--- 11443,11468 ----
            end program test_exp
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `EXP(X)'      `REAL(4) X'   `REAL(4)'     Fortran 77 and
!                                                later
!      `DEXP(X)'     `REAL(8) X'   `REAL(8)'     Fortran 77 and
!                                                later
!      `CEXP(X)'     `COMPLEX(4)   `COMPLEX(4)'  Fortran 77 and
!                    X'                          later
!      `ZEXP(X)'     `COMPLEX(8)   `COMPLEX(8)'  GNU extension
!                    X'                          
!      `CDEXP(X)'    `COMPLEX(8)   `COMPLEX(8)'  GNU extension
!                    X'                          
  
  
  File: gfortran.info,  Node: EXPONENT,  Next: EXTENDS_TYPE_OF,  Prev: EXP,  Up: Intrinsic Procedures
  
! 9.103 `EXPONENT' -- Exponent function
  =====================================
  
  _Description_:
!      `EXPONENT(X)' returns the value of the exponent part of X. If X is
       zero the value returned is zero.
  
  _Standard_:
*************** _Class_:
*** 11365,11377 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = EXPONENT(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL'.
  
  _Return value_:
!      The return value is of type default 'INTEGER'.
  
  _Example_:
            program test_exponent
--- 11472,11484 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = EXPONENT(X)'
  
  _Arguments_:
!      X          The type shall be `REAL'.
  
  _Return value_:
!      The return value is of type default `INTEGER'.
  
  _Example_:
            program test_exponent
*************** _Example_:
*** 11385,11392 ****
  
  File: gfortran.info,  Node: EXTENDS_TYPE_OF,  Next: FDATE,  Prev: EXPONENT,  Up: Intrinsic Procedures
  
! 9.104 'EXTENDS_TYPE_OF' -- Query dynamic type for extension
! ===========================================================
  
  _Description_:
       Query dynamic type for extension.
--- 11492,11499 ----
  
  File: gfortran.info,  Node: EXTENDS_TYPE_OF,  Next: FDATE,  Prev: EXPONENT,  Up: Intrinsic Procedures
  
! 9.104 `EXTENDS_TYPE_OF' --  Query dynamic type for extension
! ============================================================
  
  _Description_:
       Query dynamic type for extension.
*************** _Class_:
*** 11398,11413 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = EXTENDS_TYPE_OF(A, MOLD)'
  
  _Arguments_:
!      A           Shall be an object of extensible declared type
!                  or unlimited polymorphic.
!      MOLD        Shall be an object of extensible declared type
!                  or unlimited polymorphic.
  
  _Return value_:
!      The return value is a scalar of type default logical.  It is true
       if and only if the dynamic type of A is an extension type of the
       dynamic type of MOLD.
  
--- 11505,11520 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = EXTENDS_TYPE_OF(A, MOLD)'
  
  _Arguments_:
!      A          Shall be an object of extensible declared type
!                 or unlimited polymorphic.
!      MOLD       Shall be an object of extensible declared type
!                 or unlimited polymorphic.
  
  _Return value_:
!      The return value is a scalar of type default logical. It is true
       if and only if the dynamic type of A is an extension type of the
       dynamic type of MOLD.
  
*************** _See also_:
*** 11417,11428 ****
  
  File: gfortran.info,  Node: FDATE,  Next: FGET,  Prev: EXTENDS_TYPE_OF,  Up: Intrinsic Procedures
  
! 9.105 'FDATE' -- Get the current time as a string
  =================================================
  
  _Description_:
!      'FDATE(DATE)' returns the current date (using the same format as
!      *note CTIME::) in DATE.  It is equivalent to 'CALL CTIME(DATE,
       TIME())'.
  
       This intrinsic is provided in both subroutine and function forms;
--- 11524,11535 ----
  
  File: gfortran.info,  Node: FDATE,  Next: FGET,  Prev: EXTENDS_TYPE_OF,  Up: Intrinsic Procedures
  
! 9.105 `FDATE' -- Get the current time as a string
  =================================================
  
  _Description_:
!      `FDATE(DATE)' returns the current date (using the same format as
!      *note CTIME::) in DATE. It is equivalent to `CALL CTIME(DATE,
       TIME())'.
  
       This intrinsic is provided in both subroutine and function forms;
*************** _Class_:
*** 11435,11449 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL FDATE(DATE)'.
!      'DATE = FDATE()'.
  
  _Arguments_:
!      DATE        The type shall be of type 'CHARACTER' of the
!                  default kind.  It is an 'INTENT(OUT)' argument.
!                  If the length of this variable is too short for
!                  the date and time string to fit completely, it
!                  will be blank on procedure return.
  
  _Return value_:
       The current date and time as a string.
--- 11542,11557 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL FDATE(DATE)'.
!      `DATE = FDATE()'.
  
  _Arguments_:
!      DATE       The type shall be of type `CHARACTER' of the
!                 default kind. It is an `INTENT(OUT)' argument.
!                 If the length of this variable is too short
!                 for the date and time string to fit
!                 completely, it will be blank on procedure
!                 return.
  
  _Return value_:
       The current date and time as a string.
*************** _See also_:
*** 11467,11489 ****
  
  File: gfortran.info,  Node: FGET,  Next: FGETC,  Prev: FDATE,  Up: Intrinsic Procedures
  
! 9.106 'FGET' -- Read a single character in stream mode from stdin
  =================================================================
  
  _Description_:
       Read a single character in stream mode from stdin by bypassing
!      normal formatted output.  Stream I/O should not be mixed with
       normal record-oriented (formatted or unformatted) I/O on the same
       unit; the results are unpredictable.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
  
!      Note that the 'FGET' intrinsic is provided for backwards
!      compatibility with 'g77'.  GNU Fortran provides the Fortran 2003
!      Stream facility.  Programmers should consider the use of new stream
!      IO feature in new code for future portability.  See also *note
!      Fortran 2003 status::.
  
  _Standard_:
       GNU extension
--- 11575,11597 ----
  
  File: gfortran.info,  Node: FGET,  Next: FGETC,  Prev: FDATE,  Up: Intrinsic Procedures
  
! 9.106 `FGET' -- Read a single character in stream mode from stdin
  =================================================================
  
  _Description_:
       Read a single character in stream mode from stdin by bypassing
!      normal formatted output. Stream I/O should not be mixed with
       normal record-oriented (formatted or unformatted) I/O on the same
       unit; the results are unpredictable.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
  
!      Note that the `FGET' intrinsic is provided for backwards
!      compatibility with `g77'.  GNU Fortran provides the Fortran 2003
!      Stream facility.  Programmers should consider the use of new
!      stream IO feature in new code for future portability. See also
!      *note Fortran 2003 status::.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 11492,11506 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL FGET(C [, STATUS])'
!      'STATUS = FGET(C)'
  
  _Arguments_:
!      C           The type shall be 'CHARACTER' and of default
!                  kind.
!      STATUS      (Optional) status flag of type 'INTEGER'.
!                  Returns 0 on success, -1 on end-of-file, and a
!                  system specific positive error code otherwise.
  
  _Example_:
            PROGRAM test_fget
--- 11600,11614 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL FGET(C [, STATUS])'
!      `STATUS = FGET(C)'
  
  _Arguments_:
!      C          The type shall be `CHARACTER' and of default
!                 kind.
!      STATUS     (Optional) status flag of type `INTEGER'.
!                 Returns 0 on success, -1 on end-of-file, and a
!                 system specific positive error code otherwise.
  
  _Example_:
            PROGRAM test_fget
*************** _See also_:
*** 11523,11529 ****
  
  File: gfortran.info,  Node: FGETC,  Next: FLOOR,  Prev: FGET,  Up: Intrinsic Procedures
  
! 9.107 'FGETC' -- Read a single character in stream mode
  =======================================================
  
  _Description_:
--- 11631,11637 ----
  
  File: gfortran.info,  Node: FGETC,  Next: FLOOR,  Prev: FGET,  Up: Intrinsic Procedures
  
! 9.107 `FGETC' -- Read a single character in stream mode
  =======================================================
  
  _Description_:
*************** _Description_:
*** 11535,11545 ****
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
  
!      Note that the 'FGET' intrinsic is provided for backwards
!      compatibility with 'g77'.  GNU Fortran provides the Fortran 2003
!      Stream facility.  Programmers should consider the use of new stream
!      IO feature in new code for future portability.  See also *note
!      Fortran 2003 status::.
  
  _Standard_:
       GNU extension
--- 11643,11653 ----
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
  
!      Note that the `FGET' intrinsic is provided for backwards
!      compatibility with `g77'.  GNU Fortran provides the Fortran 2003
!      Stream facility.  Programmers should consider the use of new
!      stream IO feature in new code for future portability. See also
!      *note Fortran 2003 status::.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 11548,11563 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL FGETC(UNIT, C [, STATUS])'
!      'STATUS = FGETC(UNIT, C)'
  
  _Arguments_:
!      UNIT        The type shall be 'INTEGER'.
!      C           The type shall be 'CHARACTER' and of default
!                  kind.
!      STATUS      (Optional) status flag of type 'INTEGER'.
!                  Returns 0 on success, -1 on end-of-file and a
!                  system specific positive error code otherwise.
  
  _Example_:
            PROGRAM test_fgetc
--- 11656,11671 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL FGETC(UNIT, C [, STATUS])'
!      `STATUS = FGETC(UNIT, C)'
  
  _Arguments_:
!      UNIT       The type shall be `INTEGER'.
!      C          The type shall be `CHARACTER' and of default
!                 kind.
!      STATUS     (Optional) status flag of type `INTEGER'.
!                 Returns 0 on success, -1 on end-of-file and a
!                 system specific positive error code otherwise.
  
  _Example_:
            PROGRAM test_fgetc
*************** _See also_:
*** 11579,11589 ****
  
  File: gfortran.info,  Node: FLOOR,  Next: FLUSH,  Prev: FGETC,  Up: Intrinsic Procedures
  
! 9.108 'FLOOR' -- Integer floor function
  =======================================
  
  _Description_:
!      'FLOOR(A)' returns the greatest integer less than or equal to X.
  
  _Standard_:
       Fortran 95 and later
--- 11687,11697 ----
  
  File: gfortran.info,  Node: FLOOR,  Next: FLUSH,  Prev: FGETC,  Up: Intrinsic Procedures
  
! 9.108 `FLOOR' -- Integer floor function
  =======================================
  
  _Description_:
!      `FLOOR(A)' returns the greatest integer less than or equal to X.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 11592,11608 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = FLOOR(A [, KIND])'
  
  _Arguments_:
!      A           The type shall be 'REAL'.
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      The return value is of type 'INTEGER(KIND)' if KIND is present and
!      of default-kind 'INTEGER' otherwise.
  
  _Example_:
            program test_floor
--- 11700,11716 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = FLOOR(A [, KIND])'
  
  _Arguments_:
!      A          The type shall be `REAL'.
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      The return value is of type `INTEGER(KIND)' if KIND is present and
!      of default-kind `INTEGER' otherwise.
  
  _Example_:
            program test_floor
*************** _Example_:
*** 11615,11628 ****
  _See also_:
       *note CEILING::, *note NINT::
  
  
  File: gfortran.info,  Node: FLUSH,  Next: FNUM,  Prev: FLOOR,  Up: Intrinsic Procedures
  
! 9.109 'FLUSH' -- Flush I/O unit(s)
  ==================================
  
  _Description_:
!      Flushes Fortran unit(s) currently open for output.  Without the
       optional argument, all units are flushed, otherwise just the unit
       specified.
  
--- 11723,11737 ----
  _See also_:
       *note CEILING::, *note NINT::
  
+ 
  
  File: gfortran.info,  Node: FLUSH,  Next: FNUM,  Prev: FLOOR,  Up: Intrinsic Procedures
  
! 9.109 `FLUSH' -- Flush I/O unit(s)
  ==================================
  
  _Description_:
!      Flushes Fortran unit(s) currently open for output. Without the
       optional argument, all units are flushed, otherwise just the unit
       specified.
  
*************** _Class_:
*** 11633,11656 ****
       Subroutine
  
  _Syntax_:
!      'CALL FLUSH(UNIT)'
  
  _Arguments_:
!      UNIT        (Optional) The type shall be 'INTEGER'.
  
  _Note_:
!      Beginning with the Fortran 2003 standard, there is a 'FLUSH'
!      statement that should be preferred over the 'FLUSH' intrinsic.
  
!      The 'FLUSH' intrinsic and the Fortran 2003 'FLUSH' statement have
       identical effect: they flush the runtime library's I/O buffer so
!      that the data becomes visible to other processes.  This does not
       guarantee that the data is committed to disk.
  
!      On POSIX systems, you can request that all data is transferred to
!      the storage device by calling the 'fsync' function, with the POSIX
       file descriptor of the I/O unit as argument (retrieved with GNU
!      intrinsic 'FNUM').  The following example shows how:
  
              ! Declare the interface for POSIX fsync function
              interface
--- 11742,11765 ----
       Subroutine
  
  _Syntax_:
!      `CALL FLUSH(UNIT)'
  
  _Arguments_:
!      UNIT       (Optional) The type shall be `INTEGER'.
  
  _Note_:
!      Beginning with the Fortran 2003 standard, there is a `FLUSH'
!      statement that should be preferred over the `FLUSH' intrinsic.
  
!      The `FLUSH' intrinsic and the Fortran 2003 `FLUSH' statement have
       identical effect: they flush the runtime library's I/O buffer so
!      that the data becomes visible to other processes. This does not
       guarantee that the data is committed to disk.
  
!      On POSIX systems, you can request that all data is transferred  to
!      the storage device by calling the `fsync' function, with the POSIX
       file descriptor of the I/O unit as argument (retrieved with GNU
!      intrinsic `FNUM'). The following example shows how:
  
              ! Declare the interface for POSIX fsync function
              interface
*************** _Note_:
*** 11678,11692 ****
              ! Handle possible error
              if (ret /= 0) stop "Error calling FSYNC"
  
  
  File: gfortran.info,  Node: FNUM,  Next: FPUT,  Prev: FLUSH,  Up: Intrinsic Procedures
  
! 9.110 'FNUM' -- File number function
  ====================================
  
  _Description_:
!      'FNUM(UNIT)' returns the POSIX file descriptor number corresponding
!      to the open Fortran I/O unit 'UNIT'.
  
  _Standard_:
       GNU extension
--- 11787,11802 ----
              ! Handle possible error
              if (ret /= 0) stop "Error calling FSYNC"
  
+ 
  
  File: gfortran.info,  Node: FNUM,  Next: FPUT,  Prev: FLUSH,  Up: Intrinsic Procedures
  
! 9.110 `FNUM' -- File number function
  ====================================
  
  _Description_:
!      `FNUM(UNIT)' returns the POSIX file descriptor number
!      corresponding to the open Fortran I/O unit `UNIT'.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 11695,11707 ****
       Function
  
  _Syntax_:
!      'RESULT = FNUM(UNIT)'
  
  _Arguments_:
!      UNIT        The type shall be 'INTEGER'.
  
  _Return value_:
!      The return value is of type 'INTEGER'
  
  _Example_:
            program test_fnum
--- 11805,11817 ----
       Function
  
  _Syntax_:
!      `RESULT = FNUM(UNIT)'
  
  _Arguments_:
!      UNIT       The type shall be `INTEGER'.
  
  _Return value_:
!      The return value is of type `INTEGER'
  
  _Example_:
            program test_fnum
*************** _Example_:
*** 11715,11737 ****
  
  File: gfortran.info,  Node: FPUT,  Next: FPUTC,  Prev: FNUM,  Up: Intrinsic Procedures
  
! 9.111 'FPUT' -- Write a single character in stream mode to stdout
  =================================================================
  
  _Description_:
       Write a single character in stream mode to stdout by bypassing
!      normal formatted output.  Stream I/O should not be mixed with
       normal record-oriented (formatted or unformatted) I/O on the same
       unit; the results are unpredictable.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
  
!      Note that the 'FGET' intrinsic is provided for backwards
!      compatibility with 'g77'.  GNU Fortran provides the Fortran 2003
!      Stream facility.  Programmers should consider the use of new stream
!      IO feature in new code for future portability.  See also *note
!      Fortran 2003 status::.
  
  _Standard_:
       GNU extension
--- 11825,11847 ----
  
  File: gfortran.info,  Node: FPUT,  Next: FPUTC,  Prev: FNUM,  Up: Intrinsic Procedures
  
! 9.111 `FPUT' -- Write a single character in stream mode to stdout
  =================================================================
  
  _Description_:
       Write a single character in stream mode to stdout by bypassing
!      normal formatted output. Stream I/O should not be mixed with
       normal record-oriented (formatted or unformatted) I/O on the same
       unit; the results are unpredictable.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
  
!      Note that the `FGET' intrinsic is provided for backwards
!      compatibility with `g77'.  GNU Fortran provides the Fortran 2003
!      Stream facility.  Programmers should consider the use of new
!      stream IO feature in new code for future portability. See also
!      *note Fortran 2003 status::.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 11740,11754 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL FPUT(C [, STATUS])'
!      'STATUS = FPUT(C)'
  
  _Arguments_:
!      C           The type shall be 'CHARACTER' and of default
!                  kind.
!      STATUS      (Optional) status flag of type 'INTEGER'.
!                  Returns 0 on success, -1 on end-of-file and a
!                  system specific positive error code otherwise.
  
  _Example_:
            PROGRAM test_fput
--- 11850,11864 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL FPUT(C [, STATUS])'
!      `STATUS = FPUT(C)'
  
  _Arguments_:
!      C          The type shall be `CHARACTER' and of default
!                 kind.
!      STATUS     (Optional) status flag of type `INTEGER'.
!                 Returns 0 on success, -1 on end-of-file and a
!                 system specific positive error code otherwise.
  
  _Example_:
            PROGRAM test_fput
*************** _See also_:
*** 11765,11787 ****
  
  File: gfortran.info,  Node: FPUTC,  Next: FRACTION,  Prev: FPUT,  Up: Intrinsic Procedures
  
! 9.112 'FPUTC' -- Write a single character in stream mode
  ========================================================
  
  _Description_:
       Write a single character in stream mode by bypassing normal
!      formatted output.  Stream I/O should not be mixed with normal
       record-oriented (formatted or unformatted) I/O on the same unit;
       the results are unpredictable.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
  
!      Note that the 'FGET' intrinsic is provided for backwards
!      compatibility with 'g77'.  GNU Fortran provides the Fortran 2003
!      Stream facility.  Programmers should consider the use of new stream
!      IO feature in new code for future portability.  See also *note
!      Fortran 2003 status::.
  
  _Standard_:
       GNU extension
--- 11875,11897 ----
  
  File: gfortran.info,  Node: FPUTC,  Next: FRACTION,  Prev: FPUT,  Up: Intrinsic Procedures
  
! 9.112 `FPUTC' -- Write a single character in stream mode
  ========================================================
  
  _Description_:
       Write a single character in stream mode by bypassing normal
!      formatted output. Stream I/O should not be mixed with normal
       record-oriented (formatted or unformatted) I/O on the same unit;
       the results are unpredictable.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
  
!      Note that the `FGET' intrinsic is provided for backwards
!      compatibility with `g77'.  GNU Fortran provides the Fortran 2003
!      Stream facility.  Programmers should consider the use of new
!      stream IO feature in new code for future portability. See also
!      *note Fortran 2003 status::.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 11790,11805 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL FPUTC(UNIT, C [, STATUS])'
!      'STATUS = FPUTC(UNIT, C)'
  
  _Arguments_:
!      UNIT        The type shall be 'INTEGER'.
!      C           The type shall be 'CHARACTER' and of default
!                  kind.
!      STATUS      (Optional) status flag of type 'INTEGER'.
!                  Returns 0 on success, -1 on end-of-file and a
!                  system specific positive error code otherwise.
  
  _Example_:
            PROGRAM test_fputc
--- 11900,11915 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL FPUTC(UNIT, C [, STATUS])'
!      `STATUS = FPUTC(UNIT, C)'
  
  _Arguments_:
!      UNIT       The type shall be `INTEGER'.
!      C          The type shall be `CHARACTER' and of default
!                 kind.
!      STATUS     (Optional) status flag of type `INTEGER'.
!                 Returns 0 on success, -1 on end-of-file and a
!                 system specific positive error code otherwise.
  
  _Example_:
            PROGRAM test_fputc
*************** _See also_:
*** 11819,11830 ****
  
  File: gfortran.info,  Node: FRACTION,  Next: FREE,  Prev: FPUTC,  Up: Intrinsic Procedures
  
! 9.113 'FRACTION' -- Fractional part of the model representation
  ===============================================================
  
  _Description_:
!      'FRACTION(X)' returns the fractional part of the model
!      representation of 'X'.
  
  _Standard_:
       Fortran 95 and later
--- 11929,11940 ----
  
  File: gfortran.info,  Node: FRACTION,  Next: FREE,  Prev: FPUTC,  Up: Intrinsic Procedures
  
! 9.113 `FRACTION' -- Fractional part of the model representation
  ===============================================================
  
  _Description_:
!      `FRACTION(X)' returns the fractional part of the model
!      representation of `X'.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 11833,11847 ****
       Elemental function
  
  _Syntax_:
!      'Y = FRACTION(X)'
  
  _Arguments_:
!      X           The type of the argument shall be a 'REAL'.
  
  _Return value_:
!      The return value is of the same type and kind as the argument.  The
!      fractional part of the model representation of 'X' is returned; it
!      is 'X * RADIX(X)**(-EXPONENT(X))'.
  
  _Example_:
            program test_fraction
--- 11943,11957 ----
       Elemental function
  
  _Syntax_:
!      `Y = FRACTION(X)'
  
  _Arguments_:
!      X          The type of the argument shall be a `REAL'.
  
  _Return value_:
!      The return value is of the same type and kind as the argument.
!      The fractional part of the model representation of `X' is returned;
!      it is `X * RADIX(X)**(-EXPONENT(X))'.
  
  _Example_:
            program test_fraction
*************** _Example_:
*** 11850,11867 ****
              print *, fraction(x), x * radix(x)**(-exponent(x))
            end program test_fraction
  
  
  File: gfortran.info,  Node: FREE,  Next: FSEEK,  Prev: FRACTION,  Up: Intrinsic Procedures
  
! 9.114 'FREE' -- Frees memory
  ============================
  
  _Description_:
!      Frees memory previously allocated by 'MALLOC'.  The 'FREE'
       intrinsic is an extension intended to be used with Cray pointers,
       and is provided in GNU Fortran to allow user to compile legacy
!      code.  For new code using Fortran 95 pointers, the memory
!      de-allocation intrinsic is 'DEALLOCATE'.
  
  _Standard_:
       GNU extension
--- 11960,11978 ----
              print *, fraction(x), x * radix(x)**(-exponent(x))
            end program test_fraction
  
+ 
  
  File: gfortran.info,  Node: FREE,  Next: FSEEK,  Prev: FRACTION,  Up: Intrinsic Procedures
  
! 9.114 `FREE' -- Frees memory
  ============================
  
  _Description_:
!      Frees memory previously allocated by `MALLOC'. The `FREE'
       intrinsic is an extension intended to be used with Cray pointers,
       and is provided in GNU Fortran to allow user to compile legacy
!      code. For new code using Fortran 95 pointers, the memory
!      de-allocation intrinsic is `DEALLOCATE'.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 11870,11887 ****
       Subroutine
  
  _Syntax_:
!      'CALL FREE(PTR)'
  
  _Arguments_:
!      PTR         The type shall be 'INTEGER'.  It represents the
!                  location of the memory that should be
!                  de-allocated.
  
  _Return value_:
       None
  
  _Example_:
!      See 'MALLOC' for an example.
  
  _See also_:
       *note MALLOC::
--- 11981,11998 ----
       Subroutine
  
  _Syntax_:
!      `CALL FREE(PTR)'
  
  _Arguments_:
!      PTR        The type shall be `INTEGER'. It represents the
!                 location of the memory that should be
!                 de-allocated.
  
  _Return value_:
       None
  
  _Example_:
!      See `MALLOC' for an example.
  
  _See also_:
       *note MALLOC::
*************** _See also_:
*** 11889,11908 ****
  
  File: gfortran.info,  Node: FSEEK,  Next: FSTAT,  Prev: FREE,  Up: Intrinsic Procedures
  
! 9.115 'FSEEK' -- Low level file positioning subroutine
  ======================================================
  
  _Description_:
!      Moves UNIT to the specified OFFSET.  If WHENCE is set to 0, the
!      OFFSET is taken as an absolute value 'SEEK_SET', if set to 1,
!      OFFSET is taken to be relative to the current position 'SEEK_CUR',
!      and if set to 2 relative to the end of the file 'SEEK_END'.  On
!      error, STATUS is set to a nonzero value.  If STATUS the seek fails
       silently.
  
       This intrinsic routine is not fully backwards compatible with
!      'g77'.  In 'g77', the 'FSEEK' takes a statement label instead of a
!      STATUS variable.  If FSEEK is used in old code, change
              CALL FSEEK(UNIT, OFFSET, WHENCE, *label)
       to
              INTEGER :: status
--- 12000,12019 ----
  
  File: gfortran.info,  Node: FSEEK,  Next: FSTAT,  Prev: FREE,  Up: Intrinsic Procedures
  
! 9.115 `FSEEK' -- Low level file positioning subroutine
  ======================================================
  
  _Description_:
!      Moves UNIT to the specified OFFSET. If WHENCE is set to 0, the
!      OFFSET is taken as an absolute value `SEEK_SET', if set to 1,
!      OFFSET is taken to be relative to the current position `SEEK_CUR',
!      and if set to 2 relative to the end of the file `SEEK_END'.  On
!      error, STATUS is set to a nonzero value. If STATUS the seek fails
       silently.
  
       This intrinsic routine is not fully backwards compatible with
!      `g77'.  In `g77', the `FSEEK' takes a statement label instead of a
!      STATUS variable. If FSEEK is used in old code, change
              CALL FSEEK(UNIT, OFFSET, WHENCE, *label)
       to
              INTEGER :: status
*************** _Description_:
*** 11911,11917 ****
  
       Please note that GNU Fortran provides the Fortran 2003 Stream
       facility.  Programmers should consider the use of new stream IO
!      feature in new code for future portability.  See also *note Fortran
       2003 status::.
  
  _Standard_:
--- 12022,12028 ----
  
       Please note that GNU Fortran provides the Fortran 2003 Stream
       facility.  Programmers should consider the use of new stream IO
!      feature in new code for future portability. See also *note Fortran
       2003 status::.
  
  _Standard_:
*************** _Class_:
*** 11921,11935 ****
       Subroutine
  
  _Syntax_:
!      'CALL FSEEK(UNIT, OFFSET, WHENCE[, STATUS])'
  
  _Arguments_:
!      UNIT        Shall be a scalar of type 'INTEGER'.
!      OFFSET      Shall be a scalar of type 'INTEGER'.
!      WHENCE      Shall be a scalar of type 'INTEGER'.  Its value
!                  shall be either 0, 1 or 2.
!      STATUS      (Optional) shall be a scalar of type
!                  'INTEGER(4)'.
  
  _Example_:
            PROGRAM test_fseek
--- 12032,12046 ----
       Subroutine
  
  _Syntax_:
!      `CALL FSEEK(UNIT, OFFSET, WHENCE[, STATUS])'
  
  _Arguments_:
!      UNIT       Shall be a scalar of type `INTEGER'.
!      OFFSET     Shall be a scalar of type `INTEGER'.
!      WHENCE     Shall be a scalar of type `INTEGER'.  Its
!                 value shall be either 0, 1 or 2.
!      STATUS     (Optional) shall be a scalar of type
!                 `INTEGER(4)'.
  
  _Example_:
            PROGRAM test_fseek
*************** _See also_:
*** 11959,11972 ****
  
  File: gfortran.info,  Node: FSTAT,  Next: FTELL,  Prev: FSEEK,  Up: Intrinsic Procedures
  
! 9.116 'FSTAT' -- Get file status
  ================================
  
  _Description_:
!      'FSTAT' is identical to *note STAT::, except that information about
!      an already opened file is obtained.
  
!      The elements in 'VALUES' are the same as described by *note STAT::.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
--- 12070,12083 ----
  
  File: gfortran.info,  Node: FSTAT,  Next: FTELL,  Prev: FSEEK,  Up: Intrinsic Procedures
  
! 9.116 `FSTAT' -- Get file status
  ================================
  
  _Description_:
!      `FSTAT' is identical to *note STAT::, except that information
!      about an already opened file is obtained.
  
!      The elements in `VALUES' are the same as described by *note STAT::.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
*************** _Class_:
*** 11978,11992 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL FSTAT(UNIT, VALUES [, STATUS])'
!      'STATUS = FSTAT(UNIT, VALUES)'
  
  _Arguments_:
!      UNIT        An open I/O unit number of type 'INTEGER'.
!      VALUES      The type shall be 'INTEGER(4), DIMENSION(13)'.
!      STATUS      (Optional) status flag of type 'INTEGER(4)'.
!                  Returns 0 on success and a system specific error
!                  code otherwise.
  
  _Example_:
       See *note STAT:: for an example.
--- 12089,12103 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL FSTAT(UNIT, VALUES [, STATUS])'
!      `STATUS = FSTAT(UNIT, VALUES)'
  
  _Arguments_:
!      UNIT       An open I/O unit number of type `INTEGER'.
!      VALUES     The type shall be `INTEGER(4), DIMENSION(13)'.
!      STATUS     (Optional) status flag of type `INTEGER(4)'.
!                 Returns 0 on success and a system specific
!                 error code otherwise.
  
  _Example_:
       See *note STAT:: for an example.
*************** _See also_:
*** 11997,12003 ****
  
  File: gfortran.info,  Node: FTELL,  Next: GAMMA,  Prev: FSTAT,  Up: Intrinsic Procedures
  
! 9.117 'FTELL' -- Current stream position
  ========================================
  
  _Description_:
--- 12108,12114 ----
  
  File: gfortran.info,  Node: FTELL,  Next: GAMMA,  Prev: FSTAT,  Up: Intrinsic Procedures
  
! 9.117 `FTELL' -- Current stream position
  ========================================
  
  _Description_:
*************** _Class_:
*** 12013,12024 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL FTELL(UNIT, OFFSET)'
!      'OFFSET = FTELL(UNIT)'
  
  _Arguments_:
!      OFFSET      Shall of type 'INTEGER'.
!      UNIT        Shall of type 'INTEGER'.
  
  _Return value_:
       In either syntax, OFFSET is set to the current offset of unit
--- 12124,12135 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL FTELL(UNIT, OFFSET)'
!      `OFFSET = FTELL(UNIT)'
  
  _Arguments_:
!      OFFSET     Shall of type `INTEGER'.
!      UNIT       Shall of type `INTEGER'.
  
  _Return value_:
       In either syntax, OFFSET is set to the current offset of unit
*************** _See also_:
*** 12038,12050 ****
  
  File: gfortran.info,  Node: GAMMA,  Next: GERROR,  Prev: FTELL,  Up: Intrinsic Procedures
  
! 9.118 'GAMMA' -- Gamma function
  ===============================
  
  _Description_:
!      'GAMMA(X)' computes Gamma (\Gamma) of X.  For positive, integer
!      values of X the Gamma function simplifies to the factorial function
!      \Gamma(x)=(x-1)!.
  
  _Standard_:
       Fortran 2008 and later
--- 12149,12161 ----
  
  File: gfortran.info,  Node: GAMMA,  Next: GERROR,  Prev: FTELL,  Up: Intrinsic Procedures
  
! 9.118 `GAMMA' -- Gamma function
  ===============================
  
  _Description_:
!      `GAMMA(X)' computes Gamma (\Gamma) of X. For positive, integer
!      values of X the Gamma function simplifies to the factorial
!      function \Gamma(x)=(x-1)!.
  
  _Standard_:
       Fortran 2008 and later
*************** _Class_:
*** 12053,12066 ****
       Elemental function
  
  _Syntax_:
!      'X = GAMMA(X)'
  
  _Arguments_:
!      X           Shall be of type 'REAL' and neither zero nor a
!                  negative integer.
  
  _Return value_:
!      The return value is of type 'REAL' of the same kind as X.
  
  _Example_:
            program test_gamma
--- 12164,12177 ----
       Elemental function
  
  _Syntax_:
!      `X = GAMMA(X)'
  
  _Arguments_:
!      X          Shall be of type `REAL' and neither zero nor a
!                 negative integer.
  
  _Return value_:
!      The return value is of type `REAL' of the same kind as X.
  
  _Example_:
            program test_gamma
*************** _Example_:
*** 12069,12090 ****
            end program test_gamma
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'GAMMA(X)'     'REAL(4) X'    'REAL(4)'      GNU Extension
!      'DGAMMA(X)'    'REAL(8) X'    'REAL(8)'      GNU Extension
  
  _See also_:
       Logarithm of the Gamma function: *note LOG_GAMMA::
  
  
  File: gfortran.info,  Node: GERROR,  Next: GETARG,  Prev: GAMMA,  Up: Intrinsic Procedures
  
! 9.119 'GERROR' -- Get last system error message
  ===============================================
  
  _Description_:
       Returns the system error message corresponding to the last system
!      error.  This resembles the functionality of 'strerror(3)' in C.
  
  _Standard_:
       GNU extension
--- 12180,12202 ----
            end program test_gamma
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `GAMMA(X)'    `REAL(4) X'   `REAL(4)'     GNU Extension
!      `DGAMMA(X)'   `REAL(8) X'   `REAL(8)'     GNU Extension
  
  _See also_:
       Logarithm of the Gamma function: *note LOG_GAMMA::
  
+ 
  
  File: gfortran.info,  Node: GERROR,  Next: GETARG,  Prev: GAMMA,  Up: Intrinsic Procedures
  
! 9.119 `GERROR' -- Get last system error message
  ===============================================
  
  _Description_:
       Returns the system error message corresponding to the last system
!      error.  This resembles the functionality of `strerror(3)' in C.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 12093,12102 ****
       Subroutine
  
  _Syntax_:
!      'CALL GERROR(RESULT)'
  
  _Arguments_:
!      RESULT      Shall of type 'CHARACTER' and of default
  
  _Example_:
            PROGRAM test_gerror
--- 12205,12214 ----
       Subroutine
  
  _Syntax_:
!      `CALL GERROR(RESULT)'
  
  _Arguments_:
!      RESULT     Shall of type `CHARACTER' and of default
  
  _Example_:
            PROGRAM test_gerror
*************** _See also_:
*** 12111,12117 ****
  
  File: gfortran.info,  Node: GETARG,  Next: GET_COMMAND,  Prev: GERROR,  Up: Intrinsic Procedures
  
! 9.120 'GETARG' -- Get command line arguments
  ============================================
  
  _Description_:
--- 12223,12229 ----
  
  File: gfortran.info,  Node: GETARG,  Next: GET_COMMAND,  Prev: GERROR,  Up: Intrinsic Procedures
  
! 9.120 `GETARG' -- Get command line arguments
  ============================================
  
  _Description_:
*************** _Class_:
*** 12130,12148 ****
       Subroutine
  
  _Syntax_:
!      'CALL GETARG(POS, VALUE)'
  
  _Arguments_:
!      POS         Shall be of type 'INTEGER' and not wider than
!                  the default integer kind; POS \geq 0
!      VALUE       Shall be of type 'CHARACTER' and of default
!                  kind.
!      VALUE       Shall be of type 'CHARACTER'.
  
  _Return value_:
!      After 'GETARG' returns, the VALUE argument holds the POSth command
!      line argument.  If VALUE can not hold the argument, it is truncated
!      to fit the length of VALUE.  If there are less than POS arguments
       specified at the command line, VALUE will be filled with blanks.
       If POS = 0, VALUE is set to the name of the program (on systems
       that support this feature).
--- 12242,12260 ----
       Subroutine
  
  _Syntax_:
!      `CALL GETARG(POS, VALUE)'
  
  _Arguments_:
!      POS        Shall be of type `INTEGER' and not wider than
!                 the default integer kind; POS \geq 0
!      VALUE      Shall be of type `CHARACTER' and of default
!                 kind.
!      VALUE      Shall be of type `CHARACTER'.
  
  _Return value_:
!      After `GETARG' returns, the VALUE argument holds the POSth command
!      line argument. If VALUE can not hold the argument, it is truncated
!      to fit the length of VALUE. If there are less than POS arguments
       specified at the command line, VALUE will be filled with blanks.
       If POS = 0, VALUE is set to the name of the program (on systems
       that support this feature).
*************** _See also_:
*** 12167,12173 ****
  
  File: gfortran.info,  Node: GET_COMMAND,  Next: GET_COMMAND_ARGUMENT,  Prev: GETARG,  Up: Intrinsic Procedures
  
! 9.121 'GET_COMMAND' -- Get the entire command line
  ==================================================
  
  _Description_:
--- 12279,12285 ----
  
  File: gfortran.info,  Node: GET_COMMAND,  Next: GET_COMMAND_ARGUMENT,  Prev: GETARG,  Up: Intrinsic Procedures
  
! 9.121 `GET_COMMAND' -- Get the entire command line
  ==================================================
  
  _Description_:
*************** _Class_:
*** 12181,12200 ****
       Subroutine
  
  _Syntax_:
!      'CALL GET_COMMAND([COMMAND, LENGTH, STATUS])'
  
  _Arguments_:
!      COMMAND     (Optional) shall be of type 'CHARACTER' and of
!                  default kind.
!      LENGTH      (Optional) Shall be of type 'INTEGER' and of
!                  default kind.
!      STATUS      (Optional) Shall be of type 'INTEGER' and of
!                  default kind.
  
  _Return value_:
       If COMMAND is present, stores the entire command line that was used
!      to invoke the program in COMMAND.  If LENGTH is present, it is
!      assigned the length of the command line.  If STATUS is present, it
       is assigned 0 upon success of the command, -1 if COMMAND is too
       short to store the command line, or a positive value in case of an
       error.
--- 12293,12312 ----
       Subroutine
  
  _Syntax_:
!      `CALL GET_COMMAND([COMMAND, LENGTH, STATUS])'
  
  _Arguments_:
!      COMMAND    (Optional) shall be of type `CHARACTER' and of
!                 default kind.
!      LENGTH     (Optional) Shall be of type `INTEGER' and of
!                 default kind.
!      STATUS     (Optional) Shall be of type `INTEGER' and of
!                 default kind.
  
  _Return value_:
       If COMMAND is present, stores the entire command line that was used
!      to invoke the program in COMMAND. If LENGTH is present, it is
!      assigned the length of the command line. If STATUS is present, it
       is assigned 0 upon success of the command, -1 if COMMAND is too
       short to store the command line, or a positive value in case of an
       error.
*************** _See also_:
*** 12212,12223 ****
  
  File: gfortran.info,  Node: GET_COMMAND_ARGUMENT,  Next: GETCWD,  Prev: GET_COMMAND,  Up: Intrinsic Procedures
  
! 9.122 'GET_COMMAND_ARGUMENT' -- Get command line arguments
  ==========================================================
  
  _Description_:
!      Retrieve the NUMBER-th argument that was passed on the command line
!      when the containing program was invoked.
  
  _Standard_:
       Fortran 2003 and later
--- 12324,12335 ----
  
  File: gfortran.info,  Node: GET_COMMAND_ARGUMENT,  Next: GETCWD,  Prev: GET_COMMAND,  Up: Intrinsic Procedures
  
! 9.122 `GET_COMMAND_ARGUMENT' -- Get command line arguments
  ==========================================================
  
  _Description_:
!      Retrieve the NUMBER-th argument that was passed on the command
!      line when the containing program was invoked.
  
  _Standard_:
       Fortran 2003 and later
*************** _Class_:
*** 12226,12254 ****
       Subroutine
  
  _Syntax_:
!      'CALL GET_COMMAND_ARGUMENT(NUMBER [, VALUE, LENGTH, STATUS])'
  
  _Arguments_:
!      NUMBER      Shall be a scalar of type 'INTEGER' and of
!                  default kind, NUMBER \geq 0
!      VALUE       (Optional) Shall be a scalar of type 'CHARACTER'
!                  and of default kind.
!      LENGTH      (Optional) Shall be a scalar of type 'INTEGER'
!                  and of default kind.
!      STATUS      (Optional) Shall be a scalar of type 'INTEGER'
!                  and of default kind.
  
  _Return value_:
!      After 'GET_COMMAND_ARGUMENT' returns, the VALUE argument holds the
!      NUMBER-th command line argument.  If VALUE can not hold the
!      argument, it is truncated to fit the length of VALUE.  If there are
       less than NUMBER arguments specified at the command line, VALUE
       will be filled with blanks.  If NUMBER = 0, VALUE is set to the
!      name of the program (on systems that support this feature).  The
       LENGTH argument contains the length of the NUMBER-th command line
!      argument.  If the argument retrieval fails, STATUS is a positive
!      number; if VALUE contains a truncated command line argument, STATUS
!      is -1; and otherwise the STATUS is zero.
  
  _Example_:
            PROGRAM test_get_command_argument
--- 12338,12366 ----
       Subroutine
  
  _Syntax_:
!      `CALL GET_COMMAND_ARGUMENT(NUMBER [, VALUE, LENGTH, STATUS])'
  
  _Arguments_:
!      NUMBER     Shall be a scalar of type `INTEGER' and of
!                 default kind, NUMBER \geq 0
!      VALUE      (Optional) Shall be a scalar of type
!                 `CHARACTER' and of default kind.
!      LENGTH     (Optional) Shall be a scalar of type `INTEGER'
!                 and of default kind.
!      STATUS     (Optional) Shall be a scalar of type `INTEGER'
!                 and of default kind.
  
  _Return value_:
!      After `GET_COMMAND_ARGUMENT' returns, the VALUE argument holds the
!      NUMBER-th command line argument. If VALUE can not hold the
!      argument, it is truncated to fit the length of VALUE. If there are
       less than NUMBER arguments specified at the command line, VALUE
       will be filled with blanks.  If NUMBER = 0, VALUE is set to the
!      name of the program (on systems that support this feature). The
       LENGTH argument contains the length of the NUMBER-th command line
!      argument. If the argument retrieval fails, STATUS is a positive
!      number; if VALUE contains a truncated command line argument,
!      STATUS is -1; and otherwise the STATUS is zero.
  
  _Example_:
            PROGRAM test_get_command_argument
*************** _See also_:
*** 12271,12277 ****
  
  File: gfortran.info,  Node: GETCWD,  Next: GETENV,  Prev: GET_COMMAND_ARGUMENT,  Up: Intrinsic Procedures
  
! 9.123 'GETCWD' -- Get current working directory
  ===============================================
  
  _Description_:
--- 12383,12389 ----
  
  File: gfortran.info,  Node: GETCWD,  Next: GETENV,  Prev: GET_COMMAND_ARGUMENT,  Up: Intrinsic Procedures
  
! 9.123 `GETCWD' -- Get current working directory
  ===============================================
  
  _Description_:
*************** _Class_:
*** 12287,12301 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL GETCWD(C [, STATUS])'
!      'STATUS = GETCWD(C)'
  
  _Arguments_:
!      C           The type shall be 'CHARACTER' and of default
!                  kind.
!      STATUS      (Optional) status flag.  Returns 0 on success, a
!                  system specific and nonzero error code
!                  otherwise.
  
  _Example_:
            PROGRAM test_getcwd
--- 12399,12413 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL GETCWD(C [, STATUS])'
!      `STATUS = GETCWD(C)'
  
  _Arguments_:
!      C          The type shall be `CHARACTER' and of default
!                 kind.
!      STATUS     (Optional) status flag. Returns 0 on success,
!                 a system specific and nonzero error code
!                 otherwise.
  
  _Example_:
            PROGRAM test_getcwd
*************** _See also_:
*** 12310,12316 ****
  
  File: gfortran.info,  Node: GETENV,  Next: GET_ENVIRONMENT_VARIABLE,  Prev: GETCWD,  Up: Intrinsic Procedures
  
! 9.124 'GETENV' -- Get an environmental variable
  ===============================================
  
  _Description_:
--- 12422,12428 ----
  
  File: gfortran.info,  Node: GETENV,  Next: GET_ENVIRONMENT_VARIABLE,  Prev: GETCWD,  Up: Intrinsic Procedures
  
! 9.124 `GETENV' -- Get an environmental variable
  ===============================================
  
  _Description_:
*************** _Description_:
*** 12321,12329 ****
       of the *note GET_ENVIRONMENT_VARIABLE:: intrinsic defined by the
       Fortran 2003 standard.
  
!      Note that 'GETENV' need not be thread-safe.  It is the
       responsibility of the user to ensure that the environment is not
!      being updated concurrently with a call to the 'GETENV' intrinsic.
  
  _Standard_:
       GNU extension
--- 12433,12441 ----
       of the *note GET_ENVIRONMENT_VARIABLE:: intrinsic defined by the
       Fortran 2003 standard.
  
!      Note that `GETENV' need not be thread-safe. It is the
       responsibility of the user to ensure that the environment is not
!      being updated concurrently with a call to the `GETENV' intrinsic.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 12332,12348 ****
       Subroutine
  
  _Syntax_:
!      'CALL GETENV(NAME, VALUE)'
  
  _Arguments_:
!      NAME        Shall be of type 'CHARACTER' and of default
!                  kind.
!      VALUE       Shall be of type 'CHARACTER' and of default
!                  kind.
  
  _Return value_:
!      Stores the value of NAME in VALUE.  If VALUE is not large enough to
!      hold the data, it is truncated.  If NAME is not set, VALUE will be
       filled with blanks.
  
  _Example_:
--- 12444,12460 ----
       Subroutine
  
  _Syntax_:
!      `CALL GETENV(NAME, VALUE)'
  
  _Arguments_:
!      NAME       Shall be of type `CHARACTER' and of default
!                 kind.
!      VALUE      Shall be of type `CHARACTER' and of default
!                 kind.
  
  _Return value_:
!      Stores the value of NAME in VALUE. If VALUE is not large enough to
!      hold the data, it is truncated. If NAME is not set, VALUE will be
       filled with blanks.
  
  _Example_:
*************** _See also_:
*** 12358,12373 ****
  
  File: gfortran.info,  Node: GET_ENVIRONMENT_VARIABLE,  Next: GETGID,  Prev: GETENV,  Up: Intrinsic Procedures
  
! 9.125 'GET_ENVIRONMENT_VARIABLE' -- Get an environmental variable
  =================================================================
  
  _Description_:
       Get the VALUE of the environmental variable NAME.
  
!      Note that 'GET_ENVIRONMENT_VARIABLE' need not be thread-safe.  It
       is the responsibility of the user to ensure that the environment is
       not being updated concurrently with a call to the
!      'GET_ENVIRONMENT_VARIABLE' intrinsic.
  
  _Standard_:
       Fortran 2003 and later
--- 12470,12485 ----
  
  File: gfortran.info,  Node: GET_ENVIRONMENT_VARIABLE,  Next: GETGID,  Prev: GETENV,  Up: Intrinsic Procedures
  
! 9.125 `GET_ENVIRONMENT_VARIABLE' -- Get an environmental variable
  =================================================================
  
  _Description_:
       Get the VALUE of the environmental variable NAME.
  
!      Note that `GET_ENVIRONMENT_VARIABLE' need not be thread-safe. It
       is the responsibility of the user to ensure that the environment is
       not being updated concurrently with a call to the
!      `GET_ENVIRONMENT_VARIABLE' intrinsic.
  
  _Standard_:
       Fortran 2003 and later
*************** _Class_:
*** 12376,12407 ****
       Subroutine
  
  _Syntax_:
!      'CALL GET_ENVIRONMENT_VARIABLE(NAME[, VALUE, LENGTH, STATUS,
       TRIM_NAME)'
  
  _Arguments_:
!      NAME        Shall be a scalar of type 'CHARACTER' and of
!                  default kind.
!      VALUE       (Optional) Shall be a scalar of type 'CHARACTER'
!                  and of default kind.
!      LENGTH      (Optional) Shall be a scalar of type 'INTEGER'
!                  and of default kind.
!      STATUS      (Optional) Shall be a scalar of type 'INTEGER'
!                  and of default kind.
!      TRIM_NAME   (Optional) Shall be a scalar of type 'LOGICAL'
!                  and of default kind.
  
  _Return value_:
!      Stores the value of NAME in VALUE.  If VALUE is not large enough to
!      hold the data, it is truncated.  If NAME is not set, VALUE will be
!      filled with blanks.  Argument LENGTH contains the length needed for
!      storing the environment variable NAME or zero if it is not present.
!      STATUS is -1 if VALUE is present but too short for the environment
!      variable; it is 1 if the environment variable does not exist and 2
!      if the processor does not support environment variables; in all
!      other cases STATUS is zero.  If TRIM_NAME is present with the value
!      '.FALSE.', the trailing blanks in NAME are significant; otherwise
!      they are not part of the environment variable name.
  
  _Example_:
            PROGRAM test_getenv
--- 12488,12520 ----
       Subroutine
  
  _Syntax_:
!      `CALL GET_ENVIRONMENT_VARIABLE(NAME[, VALUE, LENGTH, STATUS,
       TRIM_NAME)'
  
  _Arguments_:
!      NAME       Shall be a scalar of type `CHARACTER' and of
!                 default kind.
!      VALUE      (Optional) Shall be a scalar of type
!                 `CHARACTER' and of default kind.
!      LENGTH     (Optional) Shall be a scalar of type `INTEGER'
!                 and of default kind.
!      STATUS     (Optional) Shall be a scalar of type `INTEGER'
!                 and of default kind.
!      TRIM_NAME  (Optional) Shall be a scalar of type `LOGICAL'
!                 and of default kind.
  
  _Return value_:
!      Stores the value of NAME in VALUE. If VALUE is not large enough to
!      hold the data, it is truncated. If NAME is not set, VALUE will be
!      filled with blanks. Argument LENGTH contains the length needed for
!      storing the environment variable NAME or zero if it is not
!      present. STATUS is -1 if VALUE is present but too short for the
!      environment variable; it is 1 if the environment variable does not
!      exist and 2 if the processor does not support environment
!      variables; in all other cases STATUS is zero. If TRIM_NAME is
!      present with the value `.FALSE.', the trailing blanks in NAME are
!      significant; otherwise they are not part of the environment
!      variable name.
  
  _Example_:
            PROGRAM test_getenv
*************** _Example_:
*** 12413,12419 ****
  
  File: gfortran.info,  Node: GETGID,  Next: GETLOG,  Prev: GET_ENVIRONMENT_VARIABLE,  Up: Intrinsic Procedures
  
! 9.126 'GETGID' -- Group ID function
  ===================================
  
  _Description_:
--- 12526,12532 ----
  
  File: gfortran.info,  Node: GETGID,  Next: GETLOG,  Prev: GET_ENVIRONMENT_VARIABLE,  Up: Intrinsic Procedures
  
! 9.126 `GETGID' -- Group ID function
  ===================================
  
  _Description_:
*************** _Class_:
*** 12426,12438 ****
       Function
  
  _Syntax_:
!      'RESULT = GETGID()'
  
  _Return value_:
!      The return value of 'GETGID' is an 'INTEGER' of the default kind.
  
  _Example_:
!      See 'GETPID' for an example.
  
  _See also_:
       *note GETPID::, *note GETUID::
--- 12539,12551 ----
       Function
  
  _Syntax_:
!      `RESULT = GETGID()'
  
  _Return value_:
!      The return value of `GETGID' is an `INTEGER' of the default kind.
  
  _Example_:
!      See `GETPID' for an example.
  
  _See also_:
       *note GETPID::, *note GETUID::
*************** _See also_:
*** 12440,12446 ****
  
  File: gfortran.info,  Node: GETLOG,  Next: GETPID,  Prev: GETGID,  Up: Intrinsic Procedures
  
! 9.127 'GETLOG' -- Get login name
  ================================
  
  _Description_:
--- 12553,12559 ----
  
  File: gfortran.info,  Node: GETLOG,  Next: GETPID,  Prev: GETGID,  Up: Intrinsic Procedures
  
! 9.127 `GETLOG' -- Get login name
  ================================
  
  _Description_:
*************** _Class_:
*** 12453,12468 ****
       Subroutine
  
  _Syntax_:
!      'CALL GETLOG(C)'
  
  _Arguments_:
!      C           Shall be of type 'CHARACTER' and of default
!                  kind.
  
  _Return value_:
       Stores the current user name in LOGIN.  (On systems where POSIX
!      functions 'geteuid' and 'getpwuid' are not available, and the
!      'getlogin' function is not implemented either, this will return a
       blank string.)
  
  _Example_:
--- 12566,12581 ----
       Subroutine
  
  _Syntax_:
!      `CALL GETLOG(C)'
  
  _Arguments_:
!      C          Shall be of type `CHARACTER' and of default
!                 kind.
  
  _Return value_:
       Stores the current user name in LOGIN.  (On systems where POSIX
!      functions `geteuid' and `getpwuid' are not available, and the
!      `getlogin' function is not implemented either, this will return a
       blank string.)
  
  _Example_:
*************** _See also_:
*** 12478,12484 ****
  
  File: gfortran.info,  Node: GETPID,  Next: GETUID,  Prev: GETLOG,  Up: Intrinsic Procedures
  
! 9.128 'GETPID' -- Process ID function
  =====================================
  
  _Description_:
--- 12591,12597 ----
  
  File: gfortran.info,  Node: GETPID,  Next: GETUID,  Prev: GETLOG,  Up: Intrinsic Procedures
  
! 9.128 `GETPID' -- Process ID function
  =====================================
  
  _Description_:
*************** _Class_:
*** 12491,12500 ****
       Function
  
  _Syntax_:
!      'RESULT = GETPID()'
  
  _Return value_:
!      The return value of 'GETPID' is an 'INTEGER' of the default kind.
  
  _Example_:
            program info
--- 12604,12613 ----
       Function
  
  _Syntax_:
!      `RESULT = GETPID()'
  
  _Return value_:
!      The return value of `GETPID' is an `INTEGER' of the default kind.
  
  _Example_:
            program info
*************** _See also_:
*** 12509,12515 ****
  
  File: gfortran.info,  Node: GETUID,  Next: GMTIME,  Prev: GETPID,  Up: Intrinsic Procedures
  
! 9.129 'GETUID' -- User ID function
  ==================================
  
  _Description_:
--- 12622,12628 ----
  
  File: gfortran.info,  Node: GETUID,  Next: GMTIME,  Prev: GETPID,  Up: Intrinsic Procedures
  
! 9.129 `GETUID' -- User ID function
  ==================================
  
  _Description_:
*************** _Class_:
*** 12522,12534 ****
       Function
  
  _Syntax_:
!      'RESULT = GETUID()'
  
  _Return value_:
!      The return value of 'GETUID' is an 'INTEGER' of the default kind.
  
  _Example_:
!      See 'GETPID' for an example.
  
  _See also_:
       *note GETPID::, *note GETLOG::
--- 12635,12647 ----
       Function
  
  _Syntax_:
!      `RESULT = GETUID()'
  
  _Return value_:
!      The return value of `GETUID' is an `INTEGER' of the default kind.
  
  _Example_:
!      See `GETPID' for an example.
  
  _See also_:
       *note GETPID::, *note GETLOG::
*************** _See also_:
*** 12536,12549 ****
  
  File: gfortran.info,  Node: GMTIME,  Next: HOSTNM,  Prev: GETUID,  Up: Intrinsic Procedures
  
! 9.130 'GMTIME' -- Convert time to GMT info
  ==========================================
  
  _Description_:
       Given a system time value TIME (as provided by the *note TIME::
       intrinsic), fills VALUES with values extracted from it appropriate
       to the UTC time zone (Universal Coordinated Time, also known in
!      some countries as GMT, Greenwich Mean Time), using 'gmtime(3)'.
  
       This intrinsic routine is provided for backwards compatibility with
       GNU Fortran 77.  In new code, programmers should consider the use
--- 12649,12662 ----
  
  File: gfortran.info,  Node: GMTIME,  Next: HOSTNM,  Prev: GETUID,  Up: Intrinsic Procedures
  
! 9.130 `GMTIME' -- Convert time to GMT info
  ==========================================
  
  _Description_:
       Given a system time value TIME (as provided by the *note TIME::
       intrinsic), fills VALUES with values extracted from it appropriate
       to the UTC time zone (Universal Coordinated Time, also known in
!      some countries as GMT, Greenwich Mean Time), using `gmtime(3)'.
  
       This intrinsic routine is provided for backwards compatibility with
       GNU Fortran 77.  In new code, programmers should consider the use
*************** _Class_:
*** 12557,12581 ****
       Subroutine
  
  _Syntax_:
!      'CALL GMTIME(TIME, VALUES)'
  
  _Arguments_:
!      TIME        An 'INTEGER' scalar expression corresponding to
!                  a system time, with 'INTENT(IN)'.
!      VALUES      A default 'INTEGER' array with 9 elements, with
!                  'INTENT(OUT)'.
  
  _Return value_:
       The elements of VALUES are assigned as follows:
         1. Seconds after the minute, range 0-59 or 0-61 to allow for leap
            seconds
         2. Minutes after the hour, range 0-59
         3. Hours past midnight, range 0-23
         4. Day of month, range 1-31
         5. Number of months since January, range 0-11
         6. Years since 1900
         7. Number of days since Sunday, range 0-6
         8. Days since January 1, range 0-365
         9. Daylight savings indicator: positive if daylight savings is in
            effect, zero if not, and negative if the information is not
            available.
--- 12670,12702 ----
       Subroutine
  
  _Syntax_:
!      `CALL GMTIME(TIME, VALUES)'
  
  _Arguments_:
!      TIME       An `INTEGER' scalar expression corresponding
!                 to a system time, with `INTENT(IN)'.
!      VALUES     A default `INTEGER' array with 9 elements,
!                 with `INTENT(OUT)'.
  
  _Return value_:
       The elements of VALUES are assigned as follows:
         1. Seconds after the minute, range 0-59 or 0-61 to allow for leap
            seconds
+ 
         2. Minutes after the hour, range 0-59
+ 
         3. Hours past midnight, range 0-23
+ 
         4. Day of month, range 1-31
+ 
         5. Number of months since January, range 0-11
+ 
         6. Years since 1900
+ 
         7. Number of days since Sunday, range 0-6
+ 
         8. Days since January 1, range 0-365
+ 
         9. Daylight savings indicator: positive if daylight savings is in
            effect, zero if not, and negative if the information is not
            available.
*************** _See also_:
*** 12584,12593 ****
       *note DATE_AND_TIME::, *note CTIME::, *note LTIME::, *note TIME::,
       *note TIME8::
  
  
  File: gfortran.info,  Node: HOSTNM,  Next: HUGE,  Prev: GMTIME,  Up: Intrinsic Procedures
  
! 9.131 'HOSTNM' -- Get system host name
  ======================================
  
  _Description_:
--- 12705,12715 ----
       *note DATE_AND_TIME::, *note CTIME::, *note LTIME::, *note TIME::,
       *note TIME8::
  
+ 
  
  File: gfortran.info,  Node: HOSTNM,  Next: HUGE,  Prev: GMTIME,  Up: Intrinsic Procedures
  
! 9.131 `HOSTNM' -- Get system host name
  ======================================
  
  _Description_:
*************** _Class_:
*** 12604,12631 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL HOSTNM(C [, STATUS])'
!      'STATUS = HOSTNM(NAME)'
  
  _Arguments_:
!      C           Shall of type 'CHARACTER' and of default kind.
!      STATUS      (Optional) status flag of type 'INTEGER'.
!                  Returns 0 on success, or a system specific error
!                  code otherwise.
  
  _Return value_:
       In either syntax, NAME is set to the current hostname if it can be
       obtained, or to a blank string otherwise.
  
  
  File: gfortran.info,  Node: HUGE,  Next: HYPOT,  Prev: HOSTNM,  Up: Intrinsic Procedures
  
! 9.132 'HUGE' -- Largest number of a kind
  ========================================
  
  _Description_:
!      'HUGE(X)' returns the largest number that is not an infinity in the
!      model of the type of 'X'.
  
  _Standard_:
       Fortran 95 and later
--- 12726,12754 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL HOSTNM(C [, STATUS])'
!      `STATUS = HOSTNM(NAME)'
  
  _Arguments_:
!      C          Shall of type `CHARACTER' and of default kind.
!      STATUS     (Optional) status flag of type `INTEGER'.
!                 Returns 0 on success, or a system specific
!                 error code otherwise.
  
  _Return value_:
       In either syntax, NAME is set to the current hostname if it can be
       obtained, or to a blank string otherwise.
  
+ 
  
  File: gfortran.info,  Node: HUGE,  Next: HYPOT,  Prev: HOSTNM,  Up: Intrinsic Procedures
  
! 9.132 `HUGE' -- Largest number of a kind
  ========================================
  
  _Description_:
!      `HUGE(X)' returns the largest number that is not an infinity in
!      the model of the type of `X'.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 12634,12643 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = HUGE(X)'
  
  _Arguments_:
!      X           Shall be of type 'REAL' or 'INTEGER'.
  
  _Return value_:
       The return value is of the same type and kind as X
--- 12757,12766 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = HUGE(X)'
  
  _Arguments_:
!      X          Shall be of type `REAL' or `INTEGER'.
  
  _Return value_:
       The return value is of the same type and kind as X
*************** _Example_:
*** 12651,12662 ****
  
  File: gfortran.info,  Node: HYPOT,  Next: IACHAR,  Prev: HUGE,  Up: Intrinsic Procedures
  
! 9.133 'HYPOT' -- Euclidean distance function
  ============================================
  
  _Description_:
!      'HYPOT(X,Y)' is the Euclidean distance function.  It is equal to
!      \sqrt{X^2 + Y^2}, without undue underflow or overflow.
  
  _Standard_:
       Fortran 2008 and later
--- 12774,12785 ----
  
  File: gfortran.info,  Node: HYPOT,  Next: IACHAR,  Prev: HUGE,  Up: Intrinsic Procedures
  
! 9.133 `HYPOT' -- Euclidean distance function
  ============================================
  
  _Description_:
!      `HYPOT(X,Y)' is the Euclidean distance function. It is equal to
!      \sqrtX^2 + Y^2, without undue underflow or overflow.
  
  _Standard_:
       Fortran 2008 and later
*************** _Class_:
*** 12665,12676 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = HYPOT(X, Y)'
  
  _Arguments_:
!      X           The type shall be 'REAL'.
!      Y           The type and kind type parameter shall be the
!                  same as X.
  
  _Return value_:
       The return value has the same type and kind type parameter as X.
--- 12788,12799 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = HYPOT(X, Y)'
  
  _Arguments_:
!      X          The type shall be `REAL'.
!      Y          The type and kind type parameter shall be the
!                 same as X.
  
  _Return value_:
       The return value has the same type and kind type parameter as X.
*************** _Example_:
*** 12684,12695 ****
  
  File: gfortran.info,  Node: IACHAR,  Next: IALL,  Prev: HYPOT,  Up: Intrinsic Procedures
  
! 9.134 'IACHAR' -- Code in ASCII collating sequence
  ==================================================
  
  _Description_:
!      'IACHAR(C)' returns the code for the ASCII character in the first
!      character position of 'C'.
  
  _Standard_:
       Fortran 95 and later, with KIND argument Fortran 2003 and later
--- 12807,12818 ----
  
  File: gfortran.info,  Node: IACHAR,  Next: IALL,  Prev: HYPOT,  Up: Intrinsic Procedures
  
! 9.134 `IACHAR' -- Code in ASCII collating sequence
  ==================================================
  
  _Description_:
!      `IACHAR(C)' returns the code for the ASCII character in the first
!      character position of `C'.
  
  _Standard_:
       Fortran 95 and later, with KIND argument Fortran 2003 and later
*************** _Class_:
*** 12698,12713 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = IACHAR(C [, KIND])'
  
  _Arguments_:
!      C           Shall be a scalar 'CHARACTER', with 'INTENT(IN)'
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of kind KIND.  If KIND is
       absent, the return value is of default integer kind.
  
  _Example_:
--- 12821,12837 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = IACHAR(C [, KIND])'
  
  _Arguments_:
!      C          Shall be a scalar `CHARACTER', with
!                 `INTENT(IN)'
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      The return value is of type `INTEGER' and of kind KIND. If KIND is
       absent, the return value is of default integer kind.
  
  _Example_:
*************** _Note_:
*** 12723,12737 ****
  _See also_:
       *note ACHAR::, *note CHAR::, *note ICHAR::
  
  
  File: gfortran.info,  Node: IALL,  Next: IAND,  Prev: IACHAR,  Up: Intrinsic Procedures
  
! 9.135 'IALL' -- Bitwise AND of array elements
  =============================================
  
  _Description_:
       Reduces with bitwise AND the elements of ARRAY along dimension DIM
!      if the corresponding element in MASK is 'TRUE'.
  
  _Standard_:
       Fortran 2008 and later
--- 12847,12862 ----
  _See also_:
       *note ACHAR::, *note CHAR::, *note ICHAR::
  
+ 
  
  File: gfortran.info,  Node: IALL,  Next: IAND,  Prev: IACHAR,  Up: Intrinsic Procedures
  
! 9.135 `IALL' -- Bitwise AND of array elements
  =============================================
  
  _Description_:
       Reduces with bitwise AND the elements of ARRAY along dimension DIM
!      if the corresponding element in MASK is `TRUE'.
  
  _Standard_:
       Fortran 2008 and later
*************** _Class_:
*** 12740,12762 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = IALL(ARRAY[, MASK])'
!      'RESULT = IALL(ARRAY, DIM[, MASK])'
  
  _Arguments_:
!      ARRAY       Shall be an array of type 'INTEGER'
!      DIM         (Optional) shall be a scalar of type 'INTEGER'
!                  with a value in the range from 1 to n, where n
!                  equals the rank of ARRAY.
!      MASK        (Optional) shall be of type 'LOGICAL' and either
!                  be a scalar or an array of the same shape as
!                  ARRAY.
  
  _Return value_:
       The result is of the same type as ARRAY.
  
       If DIM is absent, a scalar with the bitwise ALL of all elements in
!      ARRAY is returned.  Otherwise, an array of rank n-1, where n equals
       the rank of ARRAY, and a shape similar to that of ARRAY with
       dimension DIM dropped is returned.
  
--- 12865,12887 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = IALL(ARRAY[, MASK])'
!      `RESULT = IALL(ARRAY, DIM[, MASK])'
  
  _Arguments_:
!      ARRAY      Shall be an array of type `INTEGER'
!      DIM        (Optional) shall be a scalar of type `INTEGER'
!                 with a value in the range from 1 to n, where n
!                 equals the rank of ARRAY.
!      MASK       (Optional) shall be of type `LOGICAL' and
!                 either be a scalar or an array of the same
!                 shape as ARRAY.
  
  _Return value_:
       The result is of the same type as ARRAY.
  
       If DIM is absent, a scalar with the bitwise ALL of all elements in
!      ARRAY is returned. Otherwise, an array of rank n-1, where n equals
       the rank of ARRAY, and a shape similar to that of ARRAY with
       dimension DIM dropped is returned.
  
*************** _See also_:
*** 12777,12787 ****
  
  File: gfortran.info,  Node: IAND,  Next: IANY,  Prev: IALL,  Up: Intrinsic Procedures
  
! 9.136 'IAND' -- Bitwise logical and
  ===================================
  
  _Description_:
!      Bitwise logical 'AND'.
  
  _Standard_:
       Fortran 95 and later, has overloads that are GNU extensions
--- 12902,12912 ----
  
  File: gfortran.info,  Node: IAND,  Next: IANY,  Prev: IALL,  Up: Intrinsic Procedures
  
! 9.136 `IAND' -- Bitwise logical and
  ===================================
  
  _Description_:
!      Bitwise logical `AND'.
  
  _Standard_:
       Fortran 95 and later, has overloads that are GNU extensions
*************** _Class_:
*** 12790,12807 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = IAND(I, J)'
  
  _Arguments_:
!      I           The type shall be 'INTEGER'.
!      J           The type shall be 'INTEGER', of the same kind as
!                  I.  (As a GNU extension, different kinds are
!                  also permitted.)
  
  _Return value_:
!      The return type is 'INTEGER', of the same kind as the arguments.
!      (If the argument kinds differ, it is of the same kind as the larger
!      argument.)
  
  _Example_:
            PROGRAM test_iand
--- 12915,12932 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = IAND(I, J)'
  
  _Arguments_:
!      I          The type shall be `INTEGER'.
!      J          The type shall be `INTEGER', of the same kind
!                 as I.  (As a GNU extension, different kinds
!                 are also permitted.)
  
  _Return value_:
!      The return type is `INTEGER', of the same kind as the arguments.
!      (If the argument kinds differ, it is of the same kind as the
!      larger argument.)
  
  _Example_:
            PROGRAM test_iand
*************** _Example_:
*** 12811,12841 ****
            END PROGRAM
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'IAND(A)'      'INTEGER A'    'INTEGER'      Fortran 95 and
!                                                   later
!      'BIAND(A)'     'INTEGER(1)    'INTEGER(1)'   GNU extension
!                     A'
!      'IIAND(A)'     'INTEGER(2)    'INTEGER(2)'   GNU extension
!                     A'
!      'JIAND(A)'     'INTEGER(4)    'INTEGER(4)'   GNU extension
!                     A'
!      'KIAND(A)'     'INTEGER(8)    'INTEGER(8)'   GNU extension
!                     A'
  
  _See also_:
       *note IOR::, *note IEOR::, *note IBITS::, *note IBSET::, *note
       IBCLR::, *note NOT::
  
  
  File: gfortran.info,  Node: IANY,  Next: IARGC,  Prev: IAND,  Up: Intrinsic Procedures
  
! 9.137 'IANY' -- Bitwise OR of array elements
  ============================================
  
  _Description_:
       Reduces with bitwise OR (inclusive or) the elements of ARRAY along
!      dimension DIM if the corresponding element in MASK is 'TRUE'.
  
  _Standard_:
       Fortran 2008 and later
--- 12936,12967 ----
            END PROGRAM
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `IAND(A)'     `INTEGER A'   `INTEGER'     Fortran 95 and
!                                                later
!      `BIAND(A)'    `INTEGER(1)   `INTEGER(1)'  GNU extension
!                    A'                          
!      `IIAND(A)'    `INTEGER(2)   `INTEGER(2)'  GNU extension
!                    A'                          
!      `JIAND(A)'    `INTEGER(4)   `INTEGER(4)'  GNU extension
!                    A'                          
!      `KIAND(A)'    `INTEGER(8)   `INTEGER(8)'  GNU extension
!                    A'                          
  
  _See also_:
       *note IOR::, *note IEOR::, *note IBITS::, *note IBSET::, *note
       IBCLR::, *note NOT::
  
+ 
  
  File: gfortran.info,  Node: IANY,  Next: IARGC,  Prev: IAND,  Up: Intrinsic Procedures
  
! 9.137 `IANY' -- Bitwise OR of array elements
  ============================================
  
  _Description_:
       Reduces with bitwise OR (inclusive or) the elements of ARRAY along
!      dimension DIM if the corresponding element in MASK is `TRUE'.
  
  _Standard_:
       Fortran 2008 and later
*************** _Class_:
*** 12844,12866 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = IANY(ARRAY[, MASK])'
!      'RESULT = IANY(ARRAY, DIM[, MASK])'
  
  _Arguments_:
!      ARRAY       Shall be an array of type 'INTEGER'
!      DIM         (Optional) shall be a scalar of type 'INTEGER'
!                  with a value in the range from 1 to n, where n
!                  equals the rank of ARRAY.
!      MASK        (Optional) shall be of type 'LOGICAL' and either
!                  be a scalar or an array of the same shape as
!                  ARRAY.
  
  _Return value_:
       The result is of the same type as ARRAY.
  
       If DIM is absent, a scalar with the bitwise OR of all elements in
!      ARRAY is returned.  Otherwise, an array of rank n-1, where n equals
       the rank of ARRAY, and a shape similar to that of ARRAY with
       dimension DIM dropped is returned.
  
--- 12970,12992 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = IANY(ARRAY[, MASK])'
!      `RESULT = IANY(ARRAY, DIM[, MASK])'
  
  _Arguments_:
!      ARRAY      Shall be an array of type `INTEGER'
!      DIM        (Optional) shall be a scalar of type `INTEGER'
!                 with a value in the range from 1 to n, where n
!                 equals the rank of ARRAY.
!      MASK       (Optional) shall be of type `LOGICAL' and
!                 either be a scalar or an array of the same
!                 shape as ARRAY.
  
  _Return value_:
       The result is of the same type as ARRAY.
  
       If DIM is absent, a scalar with the bitwise OR of all elements in
!      ARRAY is returned. Otherwise, an array of rank n-1, where n equals
       the rank of ARRAY, and a shape similar to that of ARRAY with
       dimension DIM dropped is returned.
  
*************** _See also_:
*** 12881,12891 ****
  
  File: gfortran.info,  Node: IARGC,  Next: IBCLR,  Prev: IANY,  Up: Intrinsic Procedures
  
! 9.138 'IARGC' -- Get the number of command line arguments
  =========================================================
  
  _Description_:
!      'IARGC' returns the number of arguments passed on the command line
       when the containing program was invoked.
  
       This intrinsic routine is provided for backwards compatibility with
--- 13007,13017 ----
  
  File: gfortran.info,  Node: IARGC,  Next: IBCLR,  Prev: IANY,  Up: Intrinsic Procedures
  
! 9.138 `IARGC' -- Get the number of command line arguments
  =========================================================
  
  _Description_:
!      `IARGC' returns the number of arguments passed on the command line
       when the containing program was invoked.
  
       This intrinsic routine is provided for backwards compatibility with
*************** _Class_:
*** 12900,12912 ****
       Function
  
  _Syntax_:
!      'RESULT = IARGC()'
  
  _Arguments_:
       None.
  
  _Return value_:
!      The number of command line arguments, type 'INTEGER(4)'.
  
  _Example_:
       See *note GETARG::
--- 13026,13038 ----
       Function
  
  _Syntax_:
!      `RESULT = IARGC()'
  
  _Arguments_:
       None.
  
  _Return value_:
!      The number of command line arguments, type `INTEGER(4)'.
  
  _Example_:
       See *note GETARG::
*************** _See also_:
*** 12920,12930 ****
  
  File: gfortran.info,  Node: IBCLR,  Next: IBITS,  Prev: IARGC,  Up: Intrinsic Procedures
  
! 9.139 'IBCLR' -- Clear bit
  ==========================
  
  _Description_:
!      'IBCLR' returns the value of I with the bit at position POS set to
       zero.
  
  _Standard_:
--- 13046,13056 ----
  
  File: gfortran.info,  Node: IBCLR,  Next: IBITS,  Prev: IARGC,  Up: Intrinsic Procedures
  
! 9.139 `IBCLR' -- Clear bit
  ==========================
  
  _Description_:
!      `IBCLR' returns the value of I with the bit at position POS set to
       zero.
  
  _Standard_:
*************** _Class_:
*** 12934,12976 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = IBCLR(I, POS)'
  
  _Arguments_:
!      I           The type shall be 'INTEGER'.
!      POS         The type shall be 'INTEGER'.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of the same kind as I.
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'IBCLR(A)'     'INTEGER A'    'INTEGER'      Fortran 95 and
!                                                   later
!      'BBCLR(A)'     'INTEGER(1)    'INTEGER(1)'   GNU extension
!                     A'
!      'IIBCLR(A)'    'INTEGER(2)    'INTEGER(2)'   GNU extension
!                     A'
!      'JIBCLR(A)'    'INTEGER(4)    'INTEGER(4)'   GNU extension
!                     A'
!      'KIBCLR(A)'    'INTEGER(8)    'INTEGER(8)'   GNU extension
!                     A'
  
  _See also_:
       *note IBITS::, *note IBSET::, *note IAND::, *note IOR::, *note
       IEOR::, *note MVBITS::
  
  
  File: gfortran.info,  Node: IBITS,  Next: IBSET,  Prev: IBCLR,  Up: Intrinsic Procedures
  
! 9.140 'IBITS' -- Bit extraction
  ===============================
  
  _Description_:
!      'IBITS' extracts a field of length LEN from I, starting from bit
       position POS and extending left for LEN bits.  The result is
       right-justified and the remaining bits are zeroed.  The value of
!      'POS+LEN' must be less than or equal to the value 'BIT_SIZE(I)'.
  
  _Standard_:
       Fortran 95 and later, has overloads that are GNU extensions
--- 13060,13103 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = IBCLR(I, POS)'
  
  _Arguments_:
!      I          The type shall be `INTEGER'.
!      POS        The type shall be `INTEGER'.
  
  _Return value_:
!      The return value is of type `INTEGER' and of the same kind as I.
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `IBCLR(A)'    `INTEGER A'   `INTEGER'     Fortran 95 and
!                                                later
!      `BBCLR(A)'    `INTEGER(1)   `INTEGER(1)'  GNU extension
!                    A'                          
!      `IIBCLR(A)'   `INTEGER(2)   `INTEGER(2)'  GNU extension
!                    A'                          
!      `JIBCLR(A)'   `INTEGER(4)   `INTEGER(4)'  GNU extension
!                    A'                          
!      `KIBCLR(A)'   `INTEGER(8)   `INTEGER(8)'  GNU extension
!                    A'                          
  
  _See also_:
       *note IBITS::, *note IBSET::, *note IAND::, *note IOR::, *note
       IEOR::, *note MVBITS::
  
+ 
  
  File: gfortran.info,  Node: IBITS,  Next: IBSET,  Prev: IBCLR,  Up: Intrinsic Procedures
  
! 9.140 `IBITS' -- Bit extraction
  ===============================
  
  _Description_:
!      `IBITS' extracts a field of length LEN from I, starting from bit
       position POS and extending left for LEN bits.  The result is
       right-justified and the remaining bits are zeroed.  The value of
!      `POS+LEN' must be less than or equal to the value `BIT_SIZE(I)'.
  
  _Standard_:
       Fortran 95 and later, has overloads that are GNU extensions
*************** _Class_:
*** 12979,13019 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = IBITS(I, POS, LEN)'
  
  _Arguments_:
!      I           The type shall be 'INTEGER'.
!      POS         The type shall be 'INTEGER'.
!      LEN         The type shall be 'INTEGER'.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of the same kind as I.
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'IBITS(A)'     'INTEGER A'    'INTEGER'      Fortran 95 and
!                                                   later
!      'BBITS(A)'     'INTEGER(1)    'INTEGER(1)'   GNU extension
!                     A'
!      'IIBITS(A)'    'INTEGER(2)    'INTEGER(2)'   GNU extension
!                     A'
!      'JIBITS(A)'    'INTEGER(4)    'INTEGER(4)'   GNU extension
!                     A'
!      'KIBITS(A)'    'INTEGER(8)    'INTEGER(8)'   GNU extension
!                     A'
  
  _See also_:
!      *note BIT_SIZE::, *note IBCLR::, *note IBSET::, *note IAND::, *note
!      IOR::, *note IEOR::
  
  
  File: gfortran.info,  Node: IBSET,  Next: ICHAR,  Prev: IBITS,  Up: Intrinsic Procedures
  
! 9.141 'IBSET' -- Set bit
  ========================
  
  _Description_:
!      'IBSET' returns the value of I with the bit at position POS set to
       one.
  
  _Standard_:
--- 13106,13146 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = IBITS(I, POS, LEN)'
  
  _Arguments_:
!      I          The type shall be `INTEGER'.
!      POS        The type shall be `INTEGER'.
!      LEN        The type shall be `INTEGER'.
  
  _Return value_:
!      The return value is of type `INTEGER' and of the same kind as I.
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `IBITS(A)'    `INTEGER A'   `INTEGER'     Fortran 95 and
!                                                later
!      `BBITS(A)'    `INTEGER(1)   `INTEGER(1)'  GNU extension
!                    A'                          
!      `IIBITS(A)'   `INTEGER(2)   `INTEGER(2)'  GNU extension
!                    A'                          
!      `JIBITS(A)'   `INTEGER(4)   `INTEGER(4)'  GNU extension
!                    A'                          
!      `KIBITS(A)'   `INTEGER(8)   `INTEGER(8)'  GNU extension
!                    A'                          
  
  _See also_:
!      *note BIT_SIZE::, *note IBCLR::, *note IBSET::, *note IAND::,
!      *note IOR::, *note IEOR::
  
  
  File: gfortran.info,  Node: IBSET,  Next: ICHAR,  Prev: IBITS,  Up: Intrinsic Procedures
  
! 9.141 `IBSET' -- Set bit
  ========================
  
  _Description_:
!      `IBSET' returns the value of I with the bit at position POS set to
       one.
  
  _Standard_:
*************** _Class_:
*** 13023,13063 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = IBSET(I, POS)'
  
  _Arguments_:
!      I           The type shall be 'INTEGER'.
!      POS         The type shall be 'INTEGER'.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of the same kind as I.
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'IBSET(A)'     'INTEGER A'    'INTEGER'      Fortran 95 and
!                                                   later
!      'BBSET(A)'     'INTEGER(1)    'INTEGER(1)'   GNU extension
!                     A'
!      'IIBSET(A)'    'INTEGER(2)    'INTEGER(2)'   GNU extension
!                     A'
!      'JIBSET(A)'    'INTEGER(4)    'INTEGER(4)'   GNU extension
!                     A'
!      'KIBSET(A)'    'INTEGER(8)    'INTEGER(8)'   GNU extension
!                     A'
  
  _See also_:
       *note IBCLR::, *note IBITS::, *note IAND::, *note IOR::, *note
       IEOR::, *note MVBITS::
  
  
  File: gfortran.info,  Node: ICHAR,  Next: IDATE,  Prev: IBSET,  Up: Intrinsic Procedures
  
! 9.142 'ICHAR' -- Character-to-integer conversion function
  =========================================================
  
  _Description_:
!      'ICHAR(C)' returns the code for the character in the first
!      character position of 'C' in the system's native character set.
       The correspondence between characters and their codes is not
       necessarily the same across different GNU Fortran implementations.
  
--- 13150,13191 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = IBSET(I, POS)'
  
  _Arguments_:
!      I          The type shall be `INTEGER'.
!      POS        The type shall be `INTEGER'.
  
  _Return value_:
!      The return value is of type `INTEGER' and of the same kind as I.
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `IBSET(A)'    `INTEGER A'   `INTEGER'     Fortran 95 and
!                                                later
!      `BBSET(A)'    `INTEGER(1)   `INTEGER(1)'  GNU extension
!                    A'                          
!      `IIBSET(A)'   `INTEGER(2)   `INTEGER(2)'  GNU extension
!                    A'                          
!      `JIBSET(A)'   `INTEGER(4)   `INTEGER(4)'  GNU extension
!                    A'                          
!      `KIBSET(A)'   `INTEGER(8)   `INTEGER(8)'  GNU extension
!                    A'                          
  
  _See also_:
       *note IBCLR::, *note IBITS::, *note IAND::, *note IOR::, *note
       IEOR::, *note MVBITS::
  
+ 
  
  File: gfortran.info,  Node: ICHAR,  Next: IDATE,  Prev: IBSET,  Up: Intrinsic Procedures
  
! 9.142 `ICHAR' -- Character-to-integer conversion function
  =========================================================
  
  _Description_:
!      `ICHAR(C)' returns the code for the character in the first
!      character position of `C' in the system's native character set.
       The correspondence between characters and their codes is not
       necessarily the same across different GNU Fortran implementations.
  
*************** _Class_:
*** 13068,13083 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = ICHAR(C [, KIND])'
  
  _Arguments_:
!      C           Shall be a scalar 'CHARACTER', with 'INTENT(IN)'
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of kind KIND.  If KIND is
       absent, the return value is of default integer kind.
  
  _Example_:
--- 13196,13212 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = ICHAR(C [, KIND])'
  
  _Arguments_:
!      C          Shall be a scalar `CHARACTER', with
!                 `INTENT(IN)'
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      The return value is of type `INTEGER' and of kind KIND. If KIND is
       absent, the return value is of default integer kind.
  
  _Example_:
*************** _Example_:
*** 13087,13101 ****
            end program test_ichar
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'ICHAR(C)'     'CHARACTER     'INTEGER(4)'   Fortran 77 and
!                     C'                            later
  
  _Note_:
       No intrinsic exists to convert between a numeric value and a
       formatted character string representation - for instance, given the
!      'CHARACTER' value ''154'', obtaining an 'INTEGER' or 'REAL' value
!      with the value 154, or vice versa.  Instead, this functionality is
       provided by internal-file I/O, as in the following example:
            program read_val
              integer value
--- 13216,13230 ----
            end program test_ichar
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `ICHAR(C)'    `CHARACTER    `INTEGER(4)'  Fortran 77 and
!                    C'                          later
  
  _Note_:
       No intrinsic exists to convert between a numeric value and a
       formatted character string representation - for instance, given the
!      `CHARACTER' value `'154'', obtaining an `INTEGER' or `REAL' value
!      with the value 154, or vice versa. Instead, this functionality is
       provided by internal-file I/O, as in the following example:
            program read_val
              integer value
*************** _Note_:
*** 13114,13128 ****
  _See also_:
       *note ACHAR::, *note CHAR::, *note IACHAR::
  
  
  File: gfortran.info,  Node: IDATE,  Next: IEOR,  Prev: ICHAR,  Up: Intrinsic Procedures
  
! 9.143 'IDATE' -- Get current local time subroutine (day/month/year)
  ===================================================================
  
  _Description_:
!      'IDATE(VALUES)' Fills VALUES with the numerical values at the
!      current local time.  The day (in the range 1-31), month (in the
       range 1-12), and year appear in elements 1, 2, and 3 of VALUES,
       respectively.  The year has four significant digits.
  
--- 13243,13258 ----
  _See also_:
       *note ACHAR::, *note CHAR::, *note IACHAR::
  
+ 
  
  File: gfortran.info,  Node: IDATE,  Next: IEOR,  Prev: ICHAR,  Up: Intrinsic Procedures
  
! 9.143 `IDATE' -- Get current local time subroutine (day/month/year)
  ===================================================================
  
  _Description_:
!      `IDATE(VALUES)' Fills VALUES with the numerical values at the
!      current local time. The day (in the range 1-31), month (in the
       range 1-12), and year appear in elements 1, 2, and 3 of VALUES,
       respectively.  The year has four significant digits.
  
*************** _Class_:
*** 13138,13148 ****
       Subroutine
  
  _Syntax_:
!      'CALL IDATE(VALUES)'
  
  _Arguments_:
!      VALUES      The type shall be 'INTEGER, DIMENSION(3)' and
!                  the kind shall be the default integer kind.
  
  _Return value_:
       Does not return anything.
--- 13268,13278 ----
       Subroutine
  
  _Syntax_:
!      `CALL IDATE(VALUES)'
  
  _Arguments_:
!      VALUES     The type shall be `INTEGER, DIMENSION(3)' and
!                 the kind shall be the default integer kind.
  
  _Return value_:
       Does not return anything.
*************** _See also_:
*** 13162,13172 ****
  
  File: gfortran.info,  Node: IEOR,  Next: IERRNO,  Prev: IDATE,  Up: Intrinsic Procedures
  
! 9.144 'IEOR' -- Bitwise logical exclusive or
  ============================================
  
  _Description_:
!      'IEOR' returns the bitwise Boolean exclusive-OR of I and J.
  
  _Standard_:
       Fortran 95 and later, has overloads that are GNU extensions
--- 13292,13302 ----
  
  File: gfortran.info,  Node: IEOR,  Next: IERRNO,  Prev: IDATE,  Up: Intrinsic Procedures
  
! 9.144 `IEOR' -- Bitwise logical exclusive or
  ============================================
  
  _Description_:
!      `IEOR' returns the bitwise Boolean exclusive-OR of I and J.
  
  _Standard_:
       Fortran 95 and later, has overloads that are GNU extensions
*************** _Class_:
*** 13175,13205 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = IEOR(I, J)'
  
  _Arguments_:
!      I           The type shall be 'INTEGER'.
!      J           The type shall be 'INTEGER', of the same kind as
!                  I.  (As a GNU extension, different kinds are
!                  also permitted.)
  
  _Return value_:
!      The return type is 'INTEGER', of the same kind as the arguments.
!      (If the argument kinds differ, it is of the same kind as the larger
!      argument.)
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'IEOR(A)'      'INTEGER A'    'INTEGER'      Fortran 95 and
!                                                   later
!      'BIEOR(A)'     'INTEGER(1)    'INTEGER(1)'   GNU extension
!                     A'
!      'IIEOR(A)'     'INTEGER(2)    'INTEGER(2)'   GNU extension
!                     A'
!      'JIEOR(A)'     'INTEGER(4)    'INTEGER(4)'   GNU extension
!                     A'
!      'KIEOR(A)'     'INTEGER(8)    'INTEGER(8)'   GNU extension
!                     A'
  
  _See also_:
       *note IOR::, *note IAND::, *note IBITS::, *note IBSET::, *note
--- 13305,13335 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = IEOR(I, J)'
  
  _Arguments_:
!      I          The type shall be `INTEGER'.
!      J          The type shall be `INTEGER', of the same kind
!                 as I.  (As a GNU extension, different kinds
!                 are also permitted.)
  
  _Return value_:
!      The return type is `INTEGER', of the same kind as the arguments.
!      (If the argument kinds differ, it is of the same kind as the
!      larger argument.)
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `IEOR(A)'     `INTEGER A'   `INTEGER'     Fortran 95 and
!                                                later
!      `BIEOR(A)'    `INTEGER(1)   `INTEGER(1)'  GNU extension
!                    A'                          
!      `IIEOR(A)'    `INTEGER(2)   `INTEGER(2)'  GNU extension
!                    A'                          
!      `JIEOR(A)'    `INTEGER(4)   `INTEGER(4)'  GNU extension
!                    A'                          
!      `KIEOR(A)'    `INTEGER(8)   `INTEGER(8)'  GNU extension
!                    A'                          
  
  _See also_:
       *note IOR::, *note IAND::, *note IBITS::, *note IBSET::, *note
*************** _See also_:
*** 13208,13218 ****
  
  File: gfortran.info,  Node: IERRNO,  Next: IMAGE_INDEX,  Prev: IEOR,  Up: Intrinsic Procedures
  
! 9.145 'IERRNO' -- Get the last system error number
  ==================================================
  
  _Description_:
!      Returns the last system error number, as given by the C 'errno'
       variable.
  
  _Standard_:
--- 13338,13348 ----
  
  File: gfortran.info,  Node: IERRNO,  Next: IMAGE_INDEX,  Prev: IEOR,  Up: Intrinsic Procedures
  
! 9.145 `IERRNO' -- Get the last system error number
  ==================================================
  
  _Description_:
!      Returns the last system error number, as given by the C `errno'
       variable.
  
  _Standard_:
*************** _Class_:
*** 13222,13234 ****
       Function
  
  _Syntax_:
!      'RESULT = IERRNO()'
  
  _Arguments_:
       None.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of the default integer
       kind.
  
  _See also_:
--- 13352,13364 ----
       Function
  
  _Syntax_:
!      `RESULT = IERRNO()'
  
  _Arguments_:
       None.
  
  _Return value_:
!      The return value is of type `INTEGER' and of the default integer
       kind.
  
  _See also_:
*************** _See also_:
*** 13237,13243 ****
  
  File: gfortran.info,  Node: IMAGE_INDEX,  Next: INDEX intrinsic,  Prev: IERRNO,  Up: Intrinsic Procedures
  
! 9.146 'IMAGE_INDEX' -- Function that converts a cosubscript to an image index
  =============================================================================
  
  _Description_:
--- 13367,13373 ----
  
  File: gfortran.info,  Node: IMAGE_INDEX,  Next: INDEX intrinsic,  Prev: IERRNO,  Up: Intrinsic Procedures
  
! 9.146 `IMAGE_INDEX' -- Function that converts a cosubscript to an image index
  =============================================================================
  
  _Description_:
*************** _Class_:
*** 13250,13265 ****
       Inquiry function.
  
  _Syntax_:
!      'RESULT = IMAGE_INDEX(COARRAY, SUB)'
  
  _Arguments_: None.
!      COARRAY     Coarray of any type.
!      SUB         default integer rank-1 array of a size equal to
!                  the corank of COARRAY.
  
  _Return value_:
       Scalar default integer with the value of the image index which
!      corresponds to the cosubscripts.  For invalid cosubscripts the
       result is zero.
  
  _Example_:
--- 13380,13395 ----
       Inquiry function.
  
  _Syntax_:
!      `RESULT = IMAGE_INDEX(COARRAY, SUB)'
  
  _Arguments_: None.
!      COARRAY    Coarray of any type.
!      SUB        default integer rank-1 array of a size equal to
!                 the corank of COARRAY.
  
  _Return value_:
       Scalar default integer with the value of the image index which
!      corresponds to the cosubscripts. For invalid cosubscripts the
       result is zero.
  
  _Example_:
*************** _See also_:
*** 13273,13279 ****
  
  File: gfortran.info,  Node: INDEX intrinsic,  Next: INT,  Prev: IMAGE_INDEX,  Up: Intrinsic Procedures
  
! 9.147 'INDEX' -- Position of a substring within a string
  ========================================================
  
  _Description_:
--- 13403,13409 ----
  
  File: gfortran.info,  Node: INDEX intrinsic,  Next: INT,  Prev: IMAGE_INDEX,  Up: Intrinsic Procedures
  
! 9.147 `INDEX' -- Position of a substring within a string
  ========================================================
  
  _Description_:
*************** _Class_:
*** 13290,13314 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = INDEX(STRING, SUBSTRING [, BACK [, KIND]])'
  
  _Arguments_:
!      STRING      Shall be a scalar 'CHARACTER', with 'INTENT(IN)'
!      SUBSTRING   Shall be a scalar 'CHARACTER', with 'INTENT(IN)'
!      BACK        (Optional) Shall be a scalar 'LOGICAL', with
!                  'INTENT(IN)'
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of kind KIND.  If KIND is
       absent, the return value is of default integer kind.
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'INDEX(STRING, 'CHARACTER'    'INTEGER(4)'   Fortran 77 and
!      SUBSTRING)'                                  later
  
  _See also_:
       *note SCAN::, *note VERIFY::
--- 13420,13446 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = INDEX(STRING, SUBSTRING [, BACK [, KIND]])'
  
  _Arguments_:
!      STRING     Shall be a scalar `CHARACTER', with
!                 `INTENT(IN)'
!      SUBSTRING  Shall be a scalar `CHARACTER', with
!                 `INTENT(IN)'
!      BACK       (Optional) Shall be a scalar `LOGICAL', with
!                 `INTENT(IN)'
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      The return value is of type `INTEGER' and of kind KIND. If KIND is
       absent, the return value is of default integer kind.
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `INDEX(STRING,`CHARACTER'   `INTEGER(4)'  Fortran 77 and
!      SUBSTRING)'                               later
  
  _See also_:
       *note SCAN::, *note VERIFY::
*************** _See also_:
*** 13316,13322 ****
  
  File: gfortran.info,  Node: INT,  Next: INT2,  Prev: INDEX intrinsic,  Up: Intrinsic Procedures
  
! 9.148 'INT' -- Convert to integer type
  ======================================
  
  _Description_:
--- 13448,13454 ----
  
  File: gfortran.info,  Node: INT,  Next: INT2,  Prev: INDEX intrinsic,  Up: Intrinsic Procedures
  
! 9.148 `INT' -- Convert to integer type
  ======================================
  
  _Description_:
*************** _Class_:
*** 13329,13356 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = INT(A [, KIND))'
  
  _Arguments_:
!      A           Shall be of type 'INTEGER', 'REAL', or
!                  'COMPLEX'.
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      These functions return a 'INTEGER' variable or array under the
       following rules:
  
!      (A)
!           If A is of type 'INTEGER', 'INT(A) = A'
!      (B)
!           If A is of type 'REAL' and |A| < 1, 'INT(A)' equals '0'.  If
!           |A| \geq 1, then 'INT(A)' is the integer whose magnitude is
            the largest integer that does not exceed the magnitude of A
            and whose sign is the same as the sign of A.
!      (C)
!           If A is of type 'COMPLEX', rule B is applied to the real part
            of A.
  
  _Example_:
--- 13461,13490 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = INT(A [, KIND))'
  
  _Arguments_:
!      A          Shall be of type `INTEGER', `REAL', or
!                 `COMPLEX'.
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      These functions return a `INTEGER' variable or array under the
       following rules:
  
!     (A)
!           If A is of type `INTEGER', `INT(A) = A'
! 
!     (B)
!           If A is of type `REAL' and |A| < 1, `INT(A)' equals `0'. If
!           |A| \geq 1, then `INT(A)' is the integer whose magnitude is
            the largest integer that does not exceed the magnitude of A
            and whose sign is the same as the sign of A.
! 
!     (C)
!           If A is of type `COMPLEX', rule B is applied to the real part
            of A.
  
  _Example_:
*************** _Example_:
*** 13362,13387 ****
            end program
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'INT(A)'       'REAL(4) A'    'INTEGER'      Fortran 77 and
!                                                   later
!      'IFIX(A)'      'REAL(4) A'    'INTEGER'      Fortran 77 and
!                                                   later
!      'IDINT(A)'     'REAL(8) A'    'INTEGER'      Fortran 77 and
!                                                   later
  
  
  File: gfortran.info,  Node: INT2,  Next: INT8,  Prev: INT,  Up: Intrinsic Procedures
  
! 9.149 'INT2' -- Convert to 16-bit integer type
  ==============================================
  
  _Description_:
!      Convert to a 'KIND=2' integer type.  This is equivalent to the
!      standard 'INT' intrinsic with an optional argument of 'KIND=2', and
!      is only included for backwards compatibility.
  
!      The 'SHORT' intrinsic is equivalent to 'INT2'.
  
  _Standard_:
       GNU extension
--- 13496,13522 ----
            end program
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `INT(A)'      `REAL(4) A'   `INTEGER'     Fortran 77 and
!                                                later
!      `IFIX(A)'     `REAL(4) A'   `INTEGER'     Fortran 77 and
!                                                later
!      `IDINT(A)'    `REAL(8) A'   `INTEGER'     Fortran 77 and
!                                                later
! 
  
  
  File: gfortran.info,  Node: INT2,  Next: INT8,  Prev: INT,  Up: Intrinsic Procedures
  
! 9.149 `INT2' -- Convert to 16-bit integer type
  ==============================================
  
  _Description_:
!      Convert to a `KIND=2' integer type. This is equivalent to the
!      standard `INT' intrinsic with an optional argument of `KIND=2',
!      and is only included for backwards compatibility.
  
!      The `SHORT' intrinsic is equivalent to `INT2'.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 13390,13403 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = INT2(A)'
  
  _Arguments_:
!      A           Shall be of type 'INTEGER', 'REAL', or
!                  'COMPLEX'.
  
  _Return value_:
!      The return value is a 'INTEGER(2)' variable.
  
  _See also_:
       *note INT::, *note INT8::, *note LONG::
--- 13525,13538 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = INT2(A)'
  
  _Arguments_:
!      A          Shall be of type `INTEGER', `REAL', or
!                 `COMPLEX'.
  
  _Return value_:
!      The return value is a `INTEGER(2)' variable.
  
  _See also_:
       *note INT::, *note INT8::, *note LONG::
*************** _See also_:
*** 13405,13417 ****
  
  File: gfortran.info,  Node: INT8,  Next: IOR,  Prev: INT2,  Up: Intrinsic Procedures
  
! 9.150 'INT8' -- Convert to 64-bit integer type
  ==============================================
  
  _Description_:
!      Convert to a 'KIND=8' integer type.  This is equivalent to the
!      standard 'INT' intrinsic with an optional argument of 'KIND=8', and
!      is only included for backwards compatibility.
  
  _Standard_:
       GNU extension
--- 13540,13552 ----
  
  File: gfortran.info,  Node: INT8,  Next: IOR,  Prev: INT2,  Up: Intrinsic Procedures
  
! 9.150 `INT8' -- Convert to 64-bit integer type
  ==============================================
  
  _Description_:
!      Convert to a `KIND=8' integer type. This is equivalent to the
!      standard `INT' intrinsic with an optional argument of `KIND=8',
!      and is only included for backwards compatibility.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 13420,13433 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = INT8(A)'
  
  _Arguments_:
!      A           Shall be of type 'INTEGER', 'REAL', or
!                  'COMPLEX'.
  
  _Return value_:
!      The return value is a 'INTEGER(8)' variable.
  
  _See also_:
       *note INT::, *note INT2::, *note LONG::
--- 13555,13568 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = INT8(A)'
  
  _Arguments_:
!      A          Shall be of type `INTEGER', `REAL', or
!                 `COMPLEX'.
  
  _Return value_:
!      The return value is a `INTEGER(8)' variable.
  
  _See also_:
       *note INT::, *note INT2::, *note LONG::
*************** _See also_:
*** 13435,13445 ****
  
  File: gfortran.info,  Node: IOR,  Next: IPARITY,  Prev: INT8,  Up: Intrinsic Procedures
  
! 9.151 'IOR' -- Bitwise logical or
  =================================
  
  _Description_:
!      'IOR' returns the bitwise Boolean inclusive-OR of I and J.
  
  _Standard_:
       Fortran 95 and later, has overloads that are GNU extensions
--- 13570,13580 ----
  
  File: gfortran.info,  Node: IOR,  Next: IPARITY,  Prev: INT8,  Up: Intrinsic Procedures
  
! 9.151 `IOR' -- Bitwise logical or
  =================================
  
  _Description_:
!      `IOR' returns the bitwise Boolean inclusive-OR of I and J.
  
  _Standard_:
       Fortran 95 and later, has overloads that are GNU extensions
*************** _Class_:
*** 13448,13478 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = IOR(I, J)'
  
  _Arguments_:
!      I           The type shall be 'INTEGER'.
!      J           The type shall be 'INTEGER', of the same kind as
!                  I.  (As a GNU extension, different kinds are
!                  also permitted.)
  
  _Return value_:
!      The return type is 'INTEGER', of the same kind as the arguments.
!      (If the argument kinds differ, it is of the same kind as the larger
!      argument.)
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'IOR(A)'       'INTEGER A'    'INTEGER'      Fortran 95 and
!                                                   later
!      'BIOR(A)'      'INTEGER(1)    'INTEGER(1)'   GNU extension
!                     A'
!      'IIOR(A)'      'INTEGER(2)    'INTEGER(2)'   GNU extension
!                     A'
!      'JIOR(A)'      'INTEGER(4)    'INTEGER(4)'   GNU extension
!                     A'
!      'KIOR(A)'      'INTEGER(8)    'INTEGER(8)'   GNU extension
!                     A'
  
  _See also_:
       *note IEOR::, *note IAND::, *note IBITS::, *note IBSET::, *note
--- 13583,13613 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = IOR(I, J)'
  
  _Arguments_:
!      I          The type shall be `INTEGER'.
!      J          The type shall be `INTEGER', of the same kind
!                 as I.  (As a GNU extension, different kinds
!                 are also permitted.)
  
  _Return value_:
!      The return type is `INTEGER', of the same kind as the arguments.
!      (If the argument kinds differ, it is of the same kind as the
!      larger argument.)
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `IOR(A)'      `INTEGER A'   `INTEGER'     Fortran 95 and
!                                                later
!      `BIOR(A)'     `INTEGER(1)   `INTEGER(1)'  GNU extension
!                    A'                          
!      `IIOR(A)'     `INTEGER(2)   `INTEGER(2)'  GNU extension
!                    A'                          
!      `JIOR(A)'     `INTEGER(4)   `INTEGER(4)'  GNU extension
!                    A'                          
!      `KIOR(A)'     `INTEGER(8)   `INTEGER(8)'  GNU extension
!                    A'                          
  
  _See also_:
       *note IEOR::, *note IAND::, *note IBITS::, *note IBSET::, *note
*************** _See also_:
*** 13481,13492 ****
  
  File: gfortran.info,  Node: IPARITY,  Next: IRAND,  Prev: IOR,  Up: Intrinsic Procedures
  
! 9.152 'IPARITY' -- Bitwise XOR of array elements
  ================================================
  
  _Description_:
       Reduces with bitwise XOR (exclusive or) the elements of ARRAY along
!      dimension DIM if the corresponding element in MASK is 'TRUE'.
  
  _Standard_:
       Fortran 2008 and later
--- 13616,13627 ----
  
  File: gfortran.info,  Node: IPARITY,  Next: IRAND,  Prev: IOR,  Up: Intrinsic Procedures
  
! 9.152 `IPARITY' -- Bitwise XOR of array elements
  ================================================
  
  _Description_:
       Reduces with bitwise XOR (exclusive or) the elements of ARRAY along
!      dimension DIM if the corresponding element in MASK is `TRUE'.
  
  _Standard_:
       Fortran 2008 and later
*************** _Class_:
*** 13495,13517 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = IPARITY(ARRAY[, MASK])'
!      'RESULT = IPARITY(ARRAY, DIM[, MASK])'
  
  _Arguments_:
!      ARRAY       Shall be an array of type 'INTEGER'
!      DIM         (Optional) shall be a scalar of type 'INTEGER'
!                  with a value in the range from 1 to n, where n
!                  equals the rank of ARRAY.
!      MASK        (Optional) shall be of type 'LOGICAL' and either
!                  be a scalar or an array of the same shape as
!                  ARRAY.
  
  _Return value_:
       The result is of the same type as ARRAY.
  
       If DIM is absent, a scalar with the bitwise XOR of all elements in
!      ARRAY is returned.  Otherwise, an array of rank n-1, where n equals
       the rank of ARRAY, and a shape similar to that of ARRAY with
       dimension DIM dropped is returned.
  
--- 13630,13652 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = IPARITY(ARRAY[, MASK])'
!      `RESULT = IPARITY(ARRAY, DIM[, MASK])'
  
  _Arguments_:
!      ARRAY      Shall be an array of type `INTEGER'
!      DIM        (Optional) shall be a scalar of type `INTEGER'
!                 with a value in the range from 1 to n, where n
!                 equals the rank of ARRAY.
!      MASK       (Optional) shall be of type `LOGICAL' and
!                 either be a scalar or an array of the same
!                 shape as ARRAY.
  
  _Return value_:
       The result is of the same type as ARRAY.
  
       If DIM is absent, a scalar with the bitwise XOR of all elements in
!      ARRAY is returned. Otherwise, an array of rank n-1, where n equals
       the rank of ARRAY, and a shape similar to that of ARRAY with
       dimension DIM dropped is returned.
  
*************** _See also_:
*** 13532,13552 ****
  
  File: gfortran.info,  Node: IRAND,  Next: IS_IOSTAT_END,  Prev: IPARITY,  Up: Intrinsic Procedures
  
! 9.153 'IRAND' -- Integer pseudo-random number
  =============================================
  
  _Description_:
!      'IRAND(FLAG)' returns a pseudo-random number from a uniform
       distribution between 0 and a system-dependent limit (which is in
!      most cases 2147483647).  If FLAG is 0, the next number in the
       current sequence is returned; if FLAG is 1, the generator is
!      restarted by 'CALL SRAND(0)'; if FLAG has any other value, it is
!      used as a new seed with 'SRAND'.
  
       This intrinsic routine is provided for backwards compatibility with
!      GNU Fortran 77.  It implements a simple modulo generator as
!      provided by 'g77'.  For new code, one should consider the use of
!      *note RANDOM_NUMBER:: as it implements a superior algorithm.
  
  _Standard_:
       GNU extension
--- 13667,13687 ----
  
  File: gfortran.info,  Node: IRAND,  Next: IS_IOSTAT_END,  Prev: IPARITY,  Up: Intrinsic Procedures
  
! 9.153 `IRAND' -- Integer pseudo-random number
  =============================================
  
  _Description_:
!      `IRAND(FLAG)' returns a pseudo-random number from a uniform
       distribution between 0 and a system-dependent limit (which is in
!      most cases 2147483647). If FLAG is 0, the next number in the
       current sequence is returned; if FLAG is 1, the generator is
!      restarted by `CALL SRAND(0)'; if FLAG has any other value, it is
!      used as a new seed with `SRAND'.
  
       This intrinsic routine is provided for backwards compatibility with
!      GNU Fortran 77. It implements a simple modulo generator as provided
!      by `g77'. For new code, one should consider the use of *note
!      RANDOM_NUMBER:: as it implements a superior algorithm.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 13555,13567 ****
       Function
  
  _Syntax_:
!      'RESULT = IRAND(I)'
  
  _Arguments_:
!      I           Shall be a scalar 'INTEGER' of kind 4.
  
  _Return value_:
!      The return value is of 'INTEGER(kind=4)' type.
  
  _Example_:
            program test_irand
--- 13690,13702 ----
       Function
  
  _Syntax_:
!      `RESULT = IRAND(I)'
  
  _Arguments_:
!      I          Shall be a scalar `INTEGER' of kind 4.
  
  _Return value_:
!      The return value is of `INTEGER(kind=4)' type.
  
  _Example_:
            program test_irand
*************** _Example_:
*** 13572,13588 ****
              print *, irand(seed), irand(), irand(), irand()
            end program test_irand
  
  
  File: gfortran.info,  Node: IS_IOSTAT_END,  Next: IS_IOSTAT_EOR,  Prev: IRAND,  Up: Intrinsic Procedures
  
! 9.154 'IS_IOSTAT_END' -- Test for end-of-file value
  ===================================================
  
  _Description_:
!      'IS_IOSTAT_END' tests whether an variable has the value of the I/O
!      status "end of file".  The function is equivalent to comparing the
!      variable with the 'IOSTAT_END' parameter of the intrinsic module
!      'ISO_FORTRAN_ENV'.
  
  _Standard_:
       Fortran 2003 and later
--- 13707,13724 ----
              print *, irand(seed), irand(), irand(), irand()
            end program test_irand
  
+ 
  
  File: gfortran.info,  Node: IS_IOSTAT_END,  Next: IS_IOSTAT_EOR,  Prev: IRAND,  Up: Intrinsic Procedures
  
! 9.154 `IS_IOSTAT_END' -- Test for end-of-file value
  ===================================================
  
  _Description_:
!      `IS_IOSTAT_END' tests whether an variable has the value of the I/O
!      status "end of file". The function is equivalent to comparing the
!      variable with the `IOSTAT_END' parameter of the intrinsic module
!      `ISO_FORTRAN_ENV'.
  
  _Standard_:
       Fortran 2003 and later
*************** _Class_:
*** 13591,13605 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = IS_IOSTAT_END(I)'
  
  _Arguments_:
!      I           Shall be of the type 'INTEGER'.
  
  _Return value_:
!      Returns a 'LOGICAL' of the default kind, which '.TRUE.' if I has
!      the value which indicates an end of file condition for 'IOSTAT='
!      specifiers, and is '.FALSE.' otherwise.
  
  _Example_:
            PROGRAM iostat
--- 13727,13741 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = IS_IOSTAT_END(I)'
  
  _Arguments_:
!      I          Shall be of the type `INTEGER'.
  
  _Return value_:
!      Returns a `LOGICAL' of the default kind, which `.TRUE.' if I has
!      the value which indicates an end of file condition for `IOSTAT='
!      specifiers, and is `.FALSE.' otherwise.
  
  _Example_:
            PROGRAM iostat
*************** _Example_:
*** 13613,13626 ****
  
  File: gfortran.info,  Node: IS_IOSTAT_EOR,  Next: ISATTY,  Prev: IS_IOSTAT_END,  Up: Intrinsic Procedures
  
! 9.155 'IS_IOSTAT_EOR' -- Test for end-of-record value
  =====================================================
  
  _Description_:
!      'IS_IOSTAT_EOR' tests whether an variable has the value of the I/O
!      status "end of record".  The function is equivalent to comparing
!      the variable with the 'IOSTAT_EOR' parameter of the intrinsic
!      module 'ISO_FORTRAN_ENV'.
  
  _Standard_:
       Fortran 2003 and later
--- 13749,13762 ----
  
  File: gfortran.info,  Node: IS_IOSTAT_EOR,  Next: ISATTY,  Prev: IS_IOSTAT_END,  Up: Intrinsic Procedures
  
! 9.155 `IS_IOSTAT_EOR' -- Test for end-of-record value
  =====================================================
  
  _Description_:
!      `IS_IOSTAT_EOR' tests whether an variable has the value of the I/O
!      status "end of record". The function is equivalent to comparing the
!      variable with the `IOSTAT_EOR' parameter of the intrinsic module
!      `ISO_FORTRAN_ENV'.
  
  _Standard_:
       Fortran 2003 and later
*************** _Class_:
*** 13629,13643 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = IS_IOSTAT_EOR(I)'
  
  _Arguments_:
!      I           Shall be of the type 'INTEGER'.
  
  _Return value_:
!      Returns a 'LOGICAL' of the default kind, which '.TRUE.' if I has
!      the value which indicates an end of file condition for 'IOSTAT='
!      specifiers, and is '.FALSE.' otherwise.
  
  _Example_:
            PROGRAM iostat
--- 13765,13779 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = IS_IOSTAT_EOR(I)'
  
  _Arguments_:
!      I          Shall be of the type `INTEGER'.
  
  _Return value_:
!      Returns a `LOGICAL' of the default kind, which `.TRUE.' if I has
!      the value which indicates an end of file condition for `IOSTAT='
!      specifiers, and is `.FALSE.' otherwise.
  
  _Example_:
            PROGRAM iostat
*************** _Example_:
*** 13651,13657 ****
  
  File: gfortran.info,  Node: ISATTY,  Next: ISHFT,  Prev: IS_IOSTAT_EOR,  Up: Intrinsic Procedures
  
! 9.156 'ISATTY' -- Whether a unit is a terminal device.
  ======================================================
  
  _Description_:
--- 13787,13793 ----
  
  File: gfortran.info,  Node: ISATTY,  Next: ISHFT,  Prev: IS_IOSTAT_EOR,  Up: Intrinsic Procedures
  
! 9.156 `ISATTY' -- Whether a unit is a terminal device.
  ======================================================
  
  _Description_:
*************** _Class_:
*** 13664,13677 ****
       Function
  
  _Syntax_:
!      'RESULT = ISATTY(UNIT)'
  
  _Arguments_:
!      UNIT        Shall be a scalar 'INTEGER'.
  
  _Return value_:
!      Returns '.TRUE.' if the UNIT is connected to a terminal device,
!      '.FALSE.' otherwise.
  
  _Example_:
            PROGRAM test_isatty
--- 13800,13813 ----
       Function
  
  _Syntax_:
!      `RESULT = ISATTY(UNIT)'
  
  _Arguments_:
!      UNIT       Shall be a scalar `INTEGER'.
  
  _Return value_:
!      Returns `.TRUE.' if the UNIT is connected to a terminal device,
!      `.FALSE.' otherwise.
  
  _Example_:
            PROGRAM test_isatty
*************** _Example_:
*** 13680,13700 ****
                write(*,*) isatty(unit=unit)
              END DO
            END PROGRAM
  _See also_:
       *note TTYNAM::
  
  
  File: gfortran.info,  Node: ISHFT,  Next: ISHFTC,  Prev: ISATTY,  Up: Intrinsic Procedures
  
! 9.157 'ISHFT' -- Shift bits
  ===========================
  
  _Description_:
!      'ISHFT' returns a value corresponding to I with all of the bits
       shifted SHIFT places.  A value of SHIFT greater than zero
       corresponds to a left shift, a value of zero corresponds to no
!      shift, and a value less than zero corresponds to a right shift.  If
!      the absolute value of SHIFT is greater than 'BIT_SIZE(I)', the
       value is undefined.  Bits shifted out from the left end or right
       end are lost; zeros are shifted in from the opposite end.
  
--- 13816,13837 ----
                write(*,*) isatty(unit=unit)
              END DO
            END PROGRAM
+ 
  _See also_:
       *note TTYNAM::
  
  
  File: gfortran.info,  Node: ISHFT,  Next: ISHFTC,  Prev: ISATTY,  Up: Intrinsic Procedures
  
! 9.157 `ISHFT' -- Shift bits
  ===========================
  
  _Description_:
!      `ISHFT' returns a value corresponding to I with all of the bits
       shifted SHIFT places.  A value of SHIFT greater than zero
       corresponds to a left shift, a value of zero corresponds to no
!      shift, and a value less than zero corresponds to a right shift.
!      If the absolute value of SHIFT is greater than `BIT_SIZE(I)', the
       value is undefined.  Bits shifted out from the left end or right
       end are lost; zeros are shifted in from the opposite end.
  
*************** _Class_:
*** 13705,13731 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = ISHFT(I, SHIFT)'
  
  _Arguments_:
!      I           The type shall be 'INTEGER'.
!      SHIFT       The type shall be 'INTEGER'.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of the same kind as I.
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'ISHFT(A)'     'INTEGER A'    'INTEGER'      Fortran 95 and
!                                                   later
!      'BSHFT(A)'     'INTEGER(1)    'INTEGER(1)'   GNU extension
!                     A'
!      'IISHFT(A)'    'INTEGER(2)    'INTEGER(2)'   GNU extension
!                     A'
!      'JISHFT(A)'    'INTEGER(4)    'INTEGER(4)'   GNU extension
!                     A'
!      'KISHFT(A)'    'INTEGER(8)    'INTEGER(8)'   GNU extension
!                     A'
  
  _See also_:
       *note ISHFTC::
--- 13842,13868 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = ISHFT(I, SHIFT)'
  
  _Arguments_:
!      I          The type shall be `INTEGER'.
!      SHIFT      The type shall be `INTEGER'.
  
  _Return value_:
!      The return value is of type `INTEGER' and of the same kind as I.
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `ISHFT(A)'    `INTEGER A'   `INTEGER'     Fortran 95 and
!                                                later
!      `BSHFT(A)'    `INTEGER(1)   `INTEGER(1)'  GNU extension
!                    A'                          
!      `IISHFT(A)'   `INTEGER(2)   `INTEGER(2)'  GNU extension
!                    A'                          
!      `JISHFT(A)'   `INTEGER(4)   `INTEGER(4)'  GNU extension
!                    A'                          
!      `KISHFT(A)'   `INTEGER(8)   `INTEGER(8)'  GNU extension
!                    A'                          
  
  _See also_:
       *note ISHFTC::
*************** _See also_:
*** 13733,13750 ****
  
  File: gfortran.info,  Node: ISHFTC,  Next: ISNAN,  Prev: ISHFT,  Up: Intrinsic Procedures
  
! 9.158 'ISHFTC' -- Shift bits circularly
  =======================================
  
  _Description_:
!      'ISHFTC' returns a value corresponding to I with the rightmost SIZE
!      bits shifted circularly SHIFT places; that is, bits shifted out one
!      end are shifted into the opposite end.  A value of SHIFT greater
!      than zero corresponds to a left shift, a value of zero corresponds
!      to no shift, and a value less than zero corresponds to a right
!      shift.  The absolute value of SHIFT must be less than SIZE.  If the
!      SIZE argument is omitted, it is taken to be equivalent to
!      'BIT_SIZE(I)'.
  
  _Standard_:
       Fortran 95 and later, has overloads that are GNU extensions
--- 13870,13887 ----
  
  File: gfortran.info,  Node: ISHFTC,  Next: ISNAN,  Prev: ISHFT,  Up: Intrinsic Procedures
  
! 9.158 `ISHFTC' -- Shift bits circularly
  =======================================
  
  _Description_:
!      `ISHFTC' returns a value corresponding to I with the rightmost
!      SIZE bits shifted circularly SHIFT places; that is, bits shifted
!      out one end are shifted into the opposite end.  A value of SHIFT
!      greater than zero corresponds to a left shift, a value of zero
!      corresponds to no shift, and a value less than zero corresponds to
!      a right shift.  The absolute value of SHIFT must be less than
!      SIZE.  If the SIZE argument is omitted, it is taken to be
!      equivalent to `BIT_SIZE(I)'.
  
  _Standard_:
       Fortran 95 and later, has overloads that are GNU extensions
*************** _Class_:
*** 13753,13782 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = ISHFTC(I, SHIFT [, SIZE])'
  
  _Arguments_:
!      I           The type shall be 'INTEGER'.
!      SHIFT       The type shall be 'INTEGER'.
!      SIZE        (Optional) The type shall be 'INTEGER'; the
!                  value must be greater than zero and less than or
!                  equal to 'BIT_SIZE(I)'.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of the same kind as I.
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'ISHFTC(A)'    'INTEGER A'    'INTEGER'      Fortran 95 and
!                                                   later
!      'BSHFTC(A)'    'INTEGER(1)    'INTEGER(1)'   GNU extension
!                     A'
!      'IISHFTC(A)'   'INTEGER(2)    'INTEGER(2)'   GNU extension
!                     A'
!      'JISHFTC(A)'   'INTEGER(4)    'INTEGER(4)'   GNU extension
!                     A'
!      'KISHFTC(A)'   'INTEGER(8)    'INTEGER(8)'   GNU extension
!                     A'
  
  _See also_:
       *note ISHFT::
--- 13890,13919 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = ISHFTC(I, SHIFT [, SIZE])'
  
  _Arguments_:
!      I          The type shall be `INTEGER'.
!      SHIFT      The type shall be `INTEGER'.
!      SIZE       (Optional) The type shall be `INTEGER'; the
!                 value must be greater than zero and less than
!                 or equal to `BIT_SIZE(I)'.
  
  _Return value_:
!      The return value is of type `INTEGER' and of the same kind as I.
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `ISHFTC(A)'   `INTEGER A'   `INTEGER'     Fortran 95 and
!                                                later
!      `BSHFTC(A)'   `INTEGER(1)   `INTEGER(1)'  GNU extension
!                    A'                          
!      `IISHFTC(A)'  `INTEGER(2)   `INTEGER(2)'  GNU extension
!                    A'                          
!      `JISHFTC(A)'  `INTEGER(4)   `INTEGER(4)'  GNU extension
!                    A'                          
!      `KISHFTC(A)'  `INTEGER(8)   `INTEGER(8)'  GNU extension
!                    A'                          
  
  _See also_:
       *note ISHFT::
*************** _See also_:
*** 13784,13795 ****
  
  File: gfortran.info,  Node: ISNAN,  Next: ITIME,  Prev: ISHFTC,  Up: Intrinsic Procedures
  
! 9.159 'ISNAN' -- Test for a NaN
  ===============================
  
  _Description_:
!      'ISNAN' tests whether a floating-point value is an IEEE
       Not-a-Number (NaN).
  _Standard_:
       GNU extension
  
--- 13921,13933 ----
  
  File: gfortran.info,  Node: ISNAN,  Next: ITIME,  Prev: ISHFTC,  Up: Intrinsic Procedures
  
! 9.159 `ISNAN' -- Test for a NaN
  ===============================
  
  _Description_:
!      `ISNAN' tests whether a floating-point value is an IEEE
       Not-a-Number (NaN).
+ 
  _Standard_:
       GNU extension
  
*************** _Class_:
*** 13797,13811 ****
       Elemental function
  
  _Syntax_:
!      'ISNAN(X)'
  
  _Arguments_:
!      X           Variable of the type 'REAL'.
!                  
  
  _Return value_:
!      Returns a default-kind 'LOGICAL'.  The returned value is 'TRUE' if
!      X is a NaN and 'FALSE' otherwise.
  
  _Example_:
            program test_nan
--- 13935,13948 ----
       Elemental function
  
  _Syntax_:
!      `ISNAN(X)'
  
  _Arguments_:
!      X          Variable of the type `REAL'.
  
  _Return value_:
!      Returns a default-kind `LOGICAL'. The returned value is `TRUE' if
!      X is a NaN and `FALSE' otherwise.
  
  _Example_:
            program test_nan
*************** _Example_:
*** 13819,13830 ****
  
  File: gfortran.info,  Node: ITIME,  Next: KILL,  Prev: ISNAN,  Up: Intrinsic Procedures
  
! 9.160 'ITIME' -- Get current local time subroutine (hour/minutes/seconds)
  =========================================================================
  
  _Description_:
!      'ITIME(VALUES)' Fills VALUES with the numerical values at the
!      current local time.  The hour (in the range 1-24), minute (in the
       range 1-60), and seconds (in the range 1-60) appear in elements 1,
       2, and 3 of VALUES, respectively.
  
--- 13956,13967 ----
  
  File: gfortran.info,  Node: ITIME,  Next: KILL,  Prev: ISNAN,  Up: Intrinsic Procedures
  
! 9.160 `ITIME' -- Get current local time subroutine (hour/minutes/seconds)
  =========================================================================
  
  _Description_:
!      `ITIME(VALUES)' Fills VALUES with the numerical values at the
!      current local time. The hour (in the range 1-24), minute (in the
       range 1-60), and seconds (in the range 1-60) appear in elements 1,
       2, and 3 of VALUES, respectively.
  
*************** _Class_:
*** 13840,13850 ****
       Subroutine
  
  _Syntax_:
!      'CALL ITIME(VALUES)'
  
  _Arguments_:
!      VALUES      The type shall be 'INTEGER, DIMENSION(3)' and
!                  the kind shall be the default integer kind.
  
  _Return value_:
       Does not return anything.
--- 13977,13987 ----
       Subroutine
  
  _Syntax_:
!      `CALL ITIME(VALUES)'
  
  _Arguments_:
!      VALUES     The type shall be `INTEGER, DIMENSION(3)' and
!                 the kind shall be the default integer kind.
  
  _Return value_:
       Does not return anything.
*************** _See also_:
*** 13864,13876 ****
  
  File: gfortran.info,  Node: KILL,  Next: KIND,  Prev: ITIME,  Up: Intrinsic Procedures
  
! 9.161 'KILL' -- Send a signal to a process
  ==========================================
  
  _Description_:
  _Standard_:
       Sends the signal specified by SIGNAL to the process PID.  See
!      'kill(2)'.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
--- 14001,14014 ----
  
  File: gfortran.info,  Node: KILL,  Next: KIND,  Prev: ITIME,  Up: Intrinsic Procedures
  
! 9.161 `KILL' -- Send a signal to a process
  ==========================================
  
  _Description_:
+ 
  _Standard_:
       Sends the signal specified by SIGNAL to the process PID.  See
!      `kill(2)'.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
*************** _Class_:
*** 13879,13893 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL KILL(C, VALUE [, STATUS])'
!      'STATUS = KILL(C, VALUE)'
  
  _Arguments_:
!      C           Shall be a scalar 'INTEGER', with 'INTENT(IN)'
!      VALUE       Shall be a scalar 'INTEGER', with 'INTENT(IN)'
!      STATUS      (Optional) status flag of type 'INTEGER(4)' or
!                  'INTEGER(8)'.  Returns 0 on success, or a
!                  system-specific error code otherwise.
  
  _See also_:
       *note ABORT::, *note EXIT::
--- 14017,14031 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL KILL(C, VALUE [, STATUS])'
!      `STATUS = KILL(C, VALUE)'
  
  _Arguments_:
!      C          Shall be a scalar `INTEGER', with `INTENT(IN)'
!      VALUE      Shall be a scalar `INTEGER', with `INTENT(IN)'
!      STATUS     (Optional) status flag of type `INTEGER(4)' or
!                 `INTEGER(8)'. Returns 0 on success, or a
!                 system-specific error code otherwise.
  
  _See also_:
       *note ABORT::, *note EXIT::
*************** _See also_:
*** 13895,13905 ****
  
  File: gfortran.info,  Node: KIND,  Next: LBOUND,  Prev: KILL,  Up: Intrinsic Procedures
  
! 9.162 'KIND' -- Kind of an entity
  =================================
  
  _Description_:
!      'KIND(X)' returns the kind value of the entity X.
  
  _Standard_:
       Fortran 95 and later
--- 14033,14043 ----
  
  File: gfortran.info,  Node: KIND,  Next: LBOUND,  Prev: KILL,  Up: Intrinsic Procedures
  
! 9.162 `KIND' -- Kind of an entity
  =================================
  
  _Description_:
!      `KIND(X)' returns the kind value of the entity X.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 13908,13921 ****
       Inquiry function
  
  _Syntax_:
!      'K = KIND(X)'
  
  _Arguments_:
!      X           Shall be of type 'LOGICAL', 'INTEGER', 'REAL',
!                  'COMPLEX' or 'CHARACTER'.
  
  _Return value_:
!      The return value is a scalar of type 'INTEGER' and of the default
       integer kind.
  
  _Example_:
--- 14046,14059 ----
       Inquiry function
  
  _Syntax_:
!      `K = KIND(X)'
  
  _Arguments_:
!      X          Shall be of type `LOGICAL', `INTEGER', `REAL',
!                 `COMPLEX' or `CHARACTER'.
  
  _Return value_:
!      The return value is a scalar of type `INTEGER' and of the default
       integer kind.
  
  _Example_:
*************** _Example_:
*** 13927,13941 ****
              print *, "The default logical kind is ", kl
            end program test_kind
  
  
  File: gfortran.info,  Node: LBOUND,  Next: LCOBOUND,  Prev: KIND,  Up: Intrinsic Procedures
  
! 9.163 'LBOUND' -- Lower dimension bounds of an array
  ====================================================
  
  _Description_:
!      Returns the lower bounds of an array, or a single lower bound along
!      the DIM dimension.
  _Standard_:
       Fortran 95 and later, with KIND argument Fortran 2003 and later
  
--- 14065,14081 ----
              print *, "The default logical kind is ", kl
            end program test_kind
  
+ 
  
  File: gfortran.info,  Node: LBOUND,  Next: LCOBOUND,  Prev: KIND,  Up: Intrinsic Procedures
  
! 9.163 `LBOUND' -- Lower dimension bounds of an array
  ====================================================
  
  _Description_:
!      Returns the lower bounds of an array, or a single lower bound
!      along the DIM dimension.
! 
  _Standard_:
       Fortran 95 and later, with KIND argument Fortran 2003 and later
  
*************** _Class_:
*** 13943,13966 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = LBOUND(ARRAY [, DIM [, KIND]])'
  
  _Arguments_:
!      ARRAY       Shall be an array, of any type.
!      DIM         (Optional) Shall be a scalar 'INTEGER'.
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of kind KIND.  If KIND is
       absent, the return value is of default integer kind.  If DIM is
       absent, the result is an array of the lower bounds of ARRAY.  If
       DIM is present, the result is a scalar corresponding to the lower
!      bound of the array along that dimension.  If ARRAY is an expression
!      rather than a whole array or array structure component, or if it
!      has a zero extent along the relevant dimension, the lower bound is
!      taken to be 1.
  
  _See also_:
       *note UBOUND::, *note LCOBOUND::
--- 14083,14106 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = LBOUND(ARRAY [, DIM [, KIND]])'
  
  _Arguments_:
!      ARRAY      Shall be an array, of any type.
!      DIM        (Optional) Shall be a scalar `INTEGER'.
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      The return value is of type `INTEGER' and of kind KIND. If KIND is
       absent, the return value is of default integer kind.  If DIM is
       absent, the result is an array of the lower bounds of ARRAY.  If
       DIM is present, the result is a scalar corresponding to the lower
!      bound of the array along that dimension.  If ARRAY is an
!      expression rather than a whole array or array structure component,
!      or if it has a zero extent along the relevant dimension, the lower
!      bound is taken to be 1.
  
  _See also_:
       *note UBOUND::, *note LCOBOUND::
*************** _See also_:
*** 13968,13979 ****
  
  File: gfortran.info,  Node: LCOBOUND,  Next: LEADZ,  Prev: LBOUND,  Up: Intrinsic Procedures
  
! 9.164 'LCOBOUND' -- Lower codimension bounds of an array
  ========================================================
  
  _Description_:
       Returns the lower bounds of a coarray, or a single lower cobound
       along the DIM codimension.
  _Standard_:
       Fortran 2008 and later
  
--- 14108,14120 ----
  
  File: gfortran.info,  Node: LCOBOUND,  Next: LEADZ,  Prev: LBOUND,  Up: Intrinsic Procedures
  
! 9.164 `LCOBOUND' -- Lower codimension bounds of an array
  ========================================================
  
  _Description_:
       Returns the lower bounds of a coarray, or a single lower cobound
       along the DIM codimension.
+ 
  _Standard_:
       Fortran 2008 and later
  
*************** _Class_:
*** 13981,13997 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = LCOBOUND(COARRAY [, DIM [, KIND]])'
  
  _Arguments_:
!      ARRAY       Shall be an coarray, of any type.
!      DIM         (Optional) Shall be a scalar 'INTEGER'.
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of kind KIND.  If KIND is
       absent, the return value is of default integer kind.  If DIM is
       absent, the result is an array of the lower cobounds of COARRAY.
       If DIM is present, the result is a scalar corresponding to the
--- 14122,14138 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = LCOBOUND(COARRAY [, DIM [, KIND]])'
  
  _Arguments_:
!      ARRAY      Shall be an coarray, of any type.
!      DIM        (Optional) Shall be a scalar `INTEGER'.
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      The return value is of type `INTEGER' and of kind KIND. If KIND is
       absent, the return value is of default integer kind.  If DIM is
       absent, the result is an array of the lower cobounds of COARRAY.
       If DIM is present, the result is a scalar corresponding to the
*************** _See also_:
*** 14003,14013 ****
  
  File: gfortran.info,  Node: LEADZ,  Next: LEN,  Prev: LCOBOUND,  Up: Intrinsic Procedures
  
! 9.165 'LEADZ' -- Number of leading zero bits of an integer
  ==========================================================
  
  _Description_:
!      'LEADZ' returns the number of leading zero bits of an integer.
  
  _Standard_:
       Fortran 2008 and later
--- 14144,14154 ----
  
  File: gfortran.info,  Node: LEADZ,  Next: LEN,  Prev: LCOBOUND,  Up: Intrinsic Procedures
  
! 9.165 `LEADZ' -- Number of leading zero bits of an integer
  ==========================================================
  
  _Description_:
!      `LEADZ' returns the number of leading zero bits of an integer.
  
  _Standard_:
       Fortran 2008 and later
*************** _Class_:
*** 14016,14029 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = LEADZ(I)'
  
  _Arguments_:
!      I           Shall be of type 'INTEGER'.
  
  _Return value_:
!      The type of the return value is the default 'INTEGER'.  If all the
!      bits of 'I' are zero, the result value is 'BIT_SIZE(I)'.
  
  _Example_:
            PROGRAM test_leadz
--- 14157,14170 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = LEADZ(I)'
  
  _Arguments_:
!      I          Shall be of type `INTEGER'.
  
  _Return value_:
!      The type of the return value is the default `INTEGER'.  If all the
!      bits of `I' are zero, the result value is `BIT_SIZE(I)'.
  
  _Example_:
            PROGRAM test_leadz
*************** _See also_:
*** 14037,14043 ****
  
  File: gfortran.info,  Node: LEN,  Next: LEN_TRIM,  Prev: LEADZ,  Up: Intrinsic Procedures
  
! 9.166 'LEN' -- Length of a character entity
  ===========================================
  
  _Description_:
--- 14178,14184 ----
  
  File: gfortran.info,  Node: LEN,  Next: LEN_TRIM,  Prev: LEADZ,  Up: Intrinsic Procedures
  
! 9.166 `LEN' -- Length of a character entity
  ===========================================
  
  _Description_:
*************** _Class_:
*** 14053,14075 ****
       Inquiry function
  
  _Syntax_:
!      'L = LEN(STRING [, KIND])'
  
  _Arguments_:
!      STRING      Shall be a scalar or array of type 'CHARACTER',
!                  with 'INTENT(IN)'
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of kind KIND.  If KIND is
       absent, the return value is of default integer kind.
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'LEN(STRING)'  'CHARACTER'    'INTEGER'      Fortran 77 and
!                                                   later
  
  _See also_:
       *note LEN_TRIM::, *note ADJUSTL::, *note ADJUSTR::
--- 14194,14216 ----
       Inquiry function
  
  _Syntax_:
!      `L = LEN(STRING [, KIND])'
  
  _Arguments_:
!      STRING     Shall be a scalar or array of type
!                 `CHARACTER', with `INTENT(IN)'
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      The return value is of type `INTEGER' and of kind KIND. If KIND is
       absent, the return value is of default integer kind.
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `LEN(STRING)' `CHARACTER'   `INTEGER'     Fortran 77 and
!                                                later
  
  _See also_:
       *note LEN_TRIM::, *note ADJUSTL::, *note ADJUSTR::
*************** _See also_:
*** 14077,14083 ****
  
  File: gfortran.info,  Node: LEN_TRIM,  Next: LGE,  Prev: LEN,  Up: Intrinsic Procedures
  
! 9.167 'LEN_TRIM' -- Length of a character entity without trailing blank characters
  ==================================================================================
  
  _Description_:
--- 14218,14224 ----
  
  File: gfortran.info,  Node: LEN_TRIM,  Next: LGE,  Prev: LEN,  Up: Intrinsic Procedures
  
! 9.167 `LEN_TRIM' -- Length of a character entity without trailing blank characters
  ==================================================================================
  
  _Description_:
*************** _Class_:
*** 14091,14107 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = LEN_TRIM(STRING [, KIND])'
  
  _Arguments_:
!      STRING      Shall be a scalar of type 'CHARACTER', with
!                  'INTENT(IN)'
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of kind KIND.  If KIND is
       absent, the return value is of default integer kind.
  
  _See also_:
--- 14232,14248 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = LEN_TRIM(STRING [, KIND])'
  
  _Arguments_:
!      STRING     Shall be a scalar of type `CHARACTER', with
!                 `INTENT(IN)'
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      The return value is of type `INTEGER' and of kind KIND. If KIND is
       absent, the return value is of default integer kind.
  
  _See also_:
*************** _See also_:
*** 14110,14116 ****
  
  File: gfortran.info,  Node: LGE,  Next: LGT,  Prev: LEN_TRIM,  Up: Intrinsic Procedures
  
! 9.168 'LGE' -- Lexical greater than or equal
  ============================================
  
  _Description_:
--- 14251,14257 ----
  
  File: gfortran.info,  Node: LGE,  Next: LGT,  Prev: LEN_TRIM,  Up: Intrinsic Procedures
  
! 9.168 `LGE' -- Lexical greater than or equal
  ============================================
  
  _Description_:
*************** _Description_:
*** 14120,14130 ****
       same length, the shorter is compared as if spaces were appended to
       it to form a value that has the same length as the longer.
  
!      In general, the lexical comparison intrinsics 'LGE', 'LGT', 'LLE',
!      and 'LLT' differ from the corresponding intrinsic operators '.GE.',
!      '.GT.', '.LE.', and '.LT.', in that the latter use the processor's
!      character ordering (which is not ASCII on some targets), whereas
!      the former always use the ASCII ordering.
  
  _Standard_:
       Fortran 77 and later
--- 14261,14271 ----
       same length, the shorter is compared as if spaces were appended to
       it to form a value that has the same length as the longer.
  
!      In general, the lexical comparison intrinsics `LGE', `LGT', `LLE',
!      and `LLT' differ from the corresponding intrinsic operators
!      `.GE.', `.GT.', `.LE.', and `.LT.', in that the latter use the
!      processor's character ordering (which is not ASCII on some
!      targets), whereas the former always use the ASCII ordering.
  
  _Standard_:
       Fortran 77 and later
*************** _Class_:
*** 14133,14152 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = LGE(STRING_A, STRING_B)'
  
  _Arguments_:
!      STRING_A    Shall be of default 'CHARACTER' type.
!      STRING_B    Shall be of default 'CHARACTER' type.
  
  _Return value_:
!      Returns '.TRUE.' if 'STRING_A >= STRING_B', and '.FALSE.'
       otherwise, based on the ASCII ordering.
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'LGE(STRING_A, 'CHARACTER'    'LOGICAL'      Fortran 77 and
!      STRING_B)'                                   later
  
  _See also_:
       *note LGT::, *note LLE::, *note LLT::
--- 14274,14293 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = LGE(STRING_A, STRING_B)'
  
  _Arguments_:
!      STRING_A   Shall be of default `CHARACTER' type.
!      STRING_B   Shall be of default `CHARACTER' type.
  
  _Return value_:
!      Returns `.TRUE.' if `STRING_A >= STRING_B', and `.FALSE.'
       otherwise, based on the ASCII ordering.
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `LGE(STRING_A,`CHARACTER'   `LOGICAL'     Fortran 77 and
!      STRING_B)'                                later
  
  _See also_:
       *note LGT::, *note LLE::, *note LLT::
*************** _See also_:
*** 14154,14174 ****
  
  File: gfortran.info,  Node: LGT,  Next: LINK,  Prev: LGE,  Up: Intrinsic Procedures
  
! 9.169 'LGT' -- Lexical greater than
  ===================================
  
  _Description_:
       Determines whether one string is lexically greater than another
       string, where the two strings are interpreted as containing ASCII
       character codes.  If the String A and String B are not the same
!      length, the shorter is compared as if spaces were appended to it to
!      form a value that has the same length as the longer.
  
!      In general, the lexical comparison intrinsics 'LGE', 'LGT', 'LLE',
!      and 'LLT' differ from the corresponding intrinsic operators '.GE.',
!      '.GT.', '.LE.', and '.LT.', in that the latter use the processor's
!      character ordering (which is not ASCII on some targets), whereas
!      the former always use the ASCII ordering.
  
  _Standard_:
       Fortran 77 and later
--- 14295,14315 ----
  
  File: gfortran.info,  Node: LGT,  Next: LINK,  Prev: LGE,  Up: Intrinsic Procedures
  
! 9.169 `LGT' -- Lexical greater than
  ===================================
  
  _Description_:
       Determines whether one string is lexically greater than another
       string, where the two strings are interpreted as containing ASCII
       character codes.  If the String A and String B are not the same
!      length, the shorter is compared as if spaces were appended to it
!      to form a value that has the same length as the longer.
  
!      In general, the lexical comparison intrinsics `LGE', `LGT', `LLE',
!      and `LLT' differ from the corresponding intrinsic operators
!      `.GE.', `.GT.', `.LE.', and `.LT.', in that the latter use the
!      processor's character ordering (which is not ASCII on some
!      targets), whereas the former always use the ASCII ordering.
  
  _Standard_:
       Fortran 77 and later
*************** _Class_:
*** 14177,14196 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = LGT(STRING_A, STRING_B)'
  
  _Arguments_:
!      STRING_A    Shall be of default 'CHARACTER' type.
!      STRING_B    Shall be of default 'CHARACTER' type.
  
  _Return value_:
!      Returns '.TRUE.' if 'STRING_A > STRING_B', and '.FALSE.' otherwise,
!      based on the ASCII ordering.
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'LGT(STRING_A, 'CHARACTER'    'LOGICAL'      Fortran 77 and
!      STRING_B)'                                   later
  
  _See also_:
       *note LGE::, *note LLE::, *note LLT::
--- 14318,14337 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = LGT(STRING_A, STRING_B)'
  
  _Arguments_:
!      STRING_A   Shall be of default `CHARACTER' type.
!      STRING_B   Shall be of default `CHARACTER' type.
  
  _Return value_:
!      Returns `.TRUE.' if `STRING_A > STRING_B', and `.FALSE.'
!      otherwise, based on the ASCII ordering.
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `LGT(STRING_A,`CHARACTER'   `LOGICAL'     Fortran 77 and
!      STRING_B)'                                later
  
  _See also_:
       *note LGE::, *note LLE::, *note LLT::
*************** _See also_:
*** 14198,14212 ****
  
  File: gfortran.info,  Node: LINK,  Next: LLE,  Prev: LGT,  Up: Intrinsic Procedures
  
! 9.170 'LINK' -- Create a hard link
  ==================================
  
  _Description_:
!      Makes a (hard) link from file PATH1 to PATH2.  A null character
!      ('CHAR(0)') can be used to mark the end of the names in PATH1 and
       PATH2; otherwise, trailing blanks in the file names are ignored.
       If the STATUS argument is supplied, it contains 0 on success or a
!      nonzero error code upon return; see 'link(2)'.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
--- 14339,14353 ----
  
  File: gfortran.info,  Node: LINK,  Next: LLE,  Prev: LGT,  Up: Intrinsic Procedures
  
! 9.170 `LINK' -- Create a hard link
  ==================================
  
  _Description_:
!      Makes a (hard) link from file PATH1 to PATH2. A null character
!      (`CHAR(0)') can be used to mark the end of the names in PATH1 and
       PATH2; otherwise, trailing blanks in the file names are ignored.
       If the STATUS argument is supplied, it contains 0 on success or a
!      nonzero error code upon return; see `link(2)'.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
*************** _Class_:
*** 14218,14230 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL LINK(PATH1, PATH2 [, STATUS])'
!      'STATUS = LINK(PATH1, PATH2)'
  
  _Arguments_:
!      PATH1       Shall be of default 'CHARACTER' type.
!      PATH2       Shall be of default 'CHARACTER' type.
!      STATUS      (Optional) Shall be of default 'INTEGER' type.
  
  _See also_:
       *note SYMLNK::, *note UNLINK::
--- 14359,14371 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL LINK(PATH1, PATH2 [, STATUS])'
!      `STATUS = LINK(PATH1, PATH2)'
  
  _Arguments_:
!      PATH1      Shall be of default `CHARACTER' type.
!      PATH2      Shall be of default `CHARACTER' type.
!      STATUS     (Optional) Shall be of default `INTEGER' type.
  
  _See also_:
       *note SYMLNK::, *note UNLINK::
*************** _See also_:
*** 14232,14252 ****
  
  File: gfortran.info,  Node: LLE,  Next: LLT,  Prev: LINK,  Up: Intrinsic Procedures
  
! 9.171 'LLE' -- Lexical less than or equal
  =========================================
  
  _Description_:
       Determines whether one string is lexically less than or equal to
!      another string, where the two strings are interpreted as containing
!      ASCII character codes.  If the String A and String B are not the
!      same length, the shorter is compared as if spaces were appended to
!      it to form a value that has the same length as the longer.
  
!      In general, the lexical comparison intrinsics 'LGE', 'LGT', 'LLE',
!      and 'LLT' differ from the corresponding intrinsic operators '.GE.',
!      '.GT.', '.LE.', and '.LT.', in that the latter use the processor's
!      character ordering (which is not ASCII on some targets), whereas
!      the former always use the ASCII ordering.
  
  _Standard_:
       Fortran 77 and later
--- 14373,14394 ----
  
  File: gfortran.info,  Node: LLE,  Next: LLT,  Prev: LINK,  Up: Intrinsic Procedures
  
! 9.171 `LLE' -- Lexical less than or equal
  =========================================
  
  _Description_:
       Determines whether one string is lexically less than or equal to
!      another string, where the two strings are interpreted as
!      containing ASCII character codes.  If the String A and String B
!      are not the same length, the shorter is compared as if spaces were
!      appended to it to form a value that has the same length as the
!      longer.
  
!      In general, the lexical comparison intrinsics `LGE', `LGT', `LLE',
!      and `LLT' differ from the corresponding intrinsic operators
!      `.GE.', `.GT.', `.LE.', and `.LT.', in that the latter use the
!      processor's character ordering (which is not ASCII on some
!      targets), whereas the former always use the ASCII ordering.
  
  _Standard_:
       Fortran 77 and later
*************** _Class_:
*** 14255,14274 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = LLE(STRING_A, STRING_B)'
  
  _Arguments_:
!      STRING_A    Shall be of default 'CHARACTER' type.
!      STRING_B    Shall be of default 'CHARACTER' type.
  
  _Return value_:
!      Returns '.TRUE.' if 'STRING_A <= STRING_B', and '.FALSE.'
       otherwise, based on the ASCII ordering.
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'LLE(STRING_A, 'CHARACTER'    'LOGICAL'      Fortran 77 and
!      STRING_B)'                                   later
  
  _See also_:
       *note LGE::, *note LGT::, *note LLT::
--- 14397,14416 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = LLE(STRING_A, STRING_B)'
  
  _Arguments_:
!      STRING_A   Shall be of default `CHARACTER' type.
!      STRING_B   Shall be of default `CHARACTER' type.
  
  _Return value_:
!      Returns `.TRUE.' if `STRING_A <= STRING_B', and `.FALSE.'
       otherwise, based on the ASCII ordering.
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `LLE(STRING_A,`CHARACTER'   `LOGICAL'     Fortran 77 and
!      STRING_B)'                                later
  
  _See also_:
       *note LGE::, *note LGT::, *note LLT::
*************** _See also_:
*** 14276,14296 ****
  
  File: gfortran.info,  Node: LLT,  Next: LNBLNK,  Prev: LLE,  Up: Intrinsic Procedures
  
! 9.172 'LLT' -- Lexical less than
  ================================
  
  _Description_:
       Determines whether one string is lexically less than another
       string, where the two strings are interpreted as containing ASCII
       character codes.  If the String A and String B are not the same
!      length, the shorter is compared as if spaces were appended to it to
!      form a value that has the same length as the longer.
  
!      In general, the lexical comparison intrinsics 'LGE', 'LGT', 'LLE',
!      and 'LLT' differ from the corresponding intrinsic operators '.GE.',
!      '.GT.', '.LE.', and '.LT.', in that the latter use the processor's
!      character ordering (which is not ASCII on some targets), whereas
!      the former always use the ASCII ordering.
  
  _Standard_:
       Fortran 77 and later
--- 14418,14438 ----
  
  File: gfortran.info,  Node: LLT,  Next: LNBLNK,  Prev: LLE,  Up: Intrinsic Procedures
  
! 9.172 `LLT' -- Lexical less than
  ================================
  
  _Description_:
       Determines whether one string is lexically less than another
       string, where the two strings are interpreted as containing ASCII
       character codes.  If the String A and String B are not the same
!      length, the shorter is compared as if spaces were appended to it
!      to form a value that has the same length as the longer.
  
!      In general, the lexical comparison intrinsics `LGE', `LGT', `LLE',
!      and `LLT' differ from the corresponding intrinsic operators
!      `.GE.', `.GT.', `.LE.', and `.LT.', in that the latter use the
!      processor's character ordering (which is not ASCII on some
!      targets), whereas the former always use the ASCII ordering.
  
  _Standard_:
       Fortran 77 and later
*************** _Class_:
*** 14299,14318 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = LLT(STRING_A, STRING_B)'
  
  _Arguments_:
!      STRING_A    Shall be of default 'CHARACTER' type.
!      STRING_B    Shall be of default 'CHARACTER' type.
  
  _Return value_:
!      Returns '.TRUE.' if 'STRING_A < STRING_B', and '.FALSE.' otherwise,
!      based on the ASCII ordering.
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'LLT(STRING_A, 'CHARACTER'    'LOGICAL'      Fortran 77 and
!      STRING_B)'                                   later
  
  _See also_:
       *note LGE::, *note LGT::, *note LLE::
--- 14441,14460 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = LLT(STRING_A, STRING_B)'
  
  _Arguments_:
!      STRING_A   Shall be of default `CHARACTER' type.
!      STRING_B   Shall be of default `CHARACTER' type.
  
  _Return value_:
!      Returns `.TRUE.' if `STRING_A < STRING_B', and `.FALSE.'
!      otherwise, based on the ASCII ordering.
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `LLT(STRING_A,`CHARACTER'   `LOGICAL'     Fortran 77 and
!      STRING_B)'                                later
  
  _See also_:
       *note LGE::, *note LGT::, *note LLE::
*************** _See also_:
*** 14320,14331 ****
  
  File: gfortran.info,  Node: LNBLNK,  Next: LOC,  Prev: LLT,  Up: Intrinsic Procedures
  
! 9.173 'LNBLNK' -- Index of the last non-blank character in a string
  ===================================================================
  
  _Description_:
       Returns the length of a character string, ignoring any trailing
!      blanks.  This is identical to the standard 'LEN_TRIM' intrinsic,
       and is only included for backwards compatibility.
  
  _Standard_:
--- 14462,14473 ----
  
  File: gfortran.info,  Node: LNBLNK,  Next: LOC,  Prev: LLT,  Up: Intrinsic Procedures
  
! 9.173 `LNBLNK' -- Index of the last non-blank character in a string
  ===================================================================
  
  _Description_:
       Returns the length of a character string, ignoring any trailing
!      blanks.  This is identical to the standard `LEN_TRIM' intrinsic,
       and is only included for backwards compatibility.
  
  _Standard_:
*************** _Class_:
*** 14335,14348 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = LNBLNK(STRING)'
  
  _Arguments_:
!      STRING      Shall be a scalar of type 'CHARACTER', with
!                  'INTENT(IN)'
  
  _Return value_:
!      The return value is of 'INTEGER(kind=4)' type.
  
  _See also_:
       *note INDEX intrinsic::, *note LEN_TRIM::
--- 14477,14490 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = LNBLNK(STRING)'
  
  _Arguments_:
!      STRING     Shall be a scalar of type `CHARACTER', with
!                 `INTENT(IN)'
  
  _Return value_:
!      The return value is of `INTEGER(kind=4)' type.
  
  _See also_:
       *note INDEX intrinsic::, *note LEN_TRIM::
*************** _See also_:
*** 14350,14360 ****
  
  File: gfortran.info,  Node: LOC,  Next: LOG,  Prev: LNBLNK,  Up: Intrinsic Procedures
  
! 9.174 'LOC' -- Returns the address of a variable
  ================================================
  
  _Description_:
!      'LOC(X)' returns the address of X as an integer.
  
  _Standard_:
       GNU extension
--- 14492,14502 ----
  
  File: gfortran.info,  Node: LOC,  Next: LOG,  Prev: LNBLNK,  Up: Intrinsic Procedures
  
! 9.174 `LOC' -- Returns the address of a variable
  ================================================
  
  _Description_:
!      `LOC(X)' returns the address of X as an integer.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 14363,14375 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = LOC(X)'
  
  _Arguments_:
!      X           Variable of any type.
  
  _Return value_:
!      The return value is of type 'INTEGER', with a 'KIND' corresponding
       to the size (in bytes) of a memory address on the target machine.
  
  _Example_:
--- 14505,14517 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = LOC(X)'
  
  _Arguments_:
!      X          Variable of any type.
  
  _Return value_:
!      The return value is of type `INTEGER', with a `KIND' corresponding
       to the size (in bytes) of a memory address on the target machine.
  
  _Example_:
*************** _Example_:
*** 14383,14393 ****
  
  File: gfortran.info,  Node: LOG,  Next: LOG10,  Prev: LOC,  Up: Intrinsic Procedures
  
! 9.175 'LOG' -- Natural logarithm function
  =========================================
  
  _Description_:
!      'LOG(X)' computes the natural logarithm of X, i.e.  the logarithm
       to the base e.
  
  _Standard_:
--- 14525,14535 ----
  
  File: gfortran.info,  Node: LOG,  Next: LOG10,  Prev: LOC,  Up: Intrinsic Procedures
  
! 9.175 `LOG' -- Natural logarithm function
  =========================================
  
  _Description_:
!      `LOG(X)' computes the natural logarithm of X, i.e. the logarithm
       to the base e.
  
  _Standard_:
*************** _Class_:
*** 14397,14410 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = LOG(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL' or 'COMPLEX'.
  
  _Return value_:
!      The return value is of type 'REAL' or 'COMPLEX'.  The kind type
!      parameter is the same as X.  If X is 'COMPLEX', the imaginary part
       \omega is in the range -\pi < \omega \leq \pi.
  
  _Example_:
--- 14539,14552 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = LOG(X)'
  
  _Arguments_:
!      X          The type shall be `REAL' or `COMPLEX'.
  
  _Return value_:
!      The return value is of type `REAL' or `COMPLEX'.  The kind type
!      parameter is the same as X.  If X is `COMPLEX', the imaginary part
       \omega is in the range -\pi < \omega \leq \pi.
  
  _Example_:
*************** _Example_:
*** 14416,14439 ****
            end program test_log
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'ALOG(X)'      'REAL(4) X'    'REAL(4)'      f95, gnu
!      'DLOG(X)'      'REAL(8) X'    'REAL(8)'      f95, gnu
!      'CLOG(X)'      'COMPLEX(4)    'COMPLEX(4)'   f95, gnu
!                     X'
!      'ZLOG(X)'      'COMPLEX(8)    'COMPLEX(8)'   f95, gnu
!                     X'
!      'CDLOG(X)'     'COMPLEX(8)    'COMPLEX(8)'   f95, gnu
!                     X'
  
  
  File: gfortran.info,  Node: LOG10,  Next: LOG_GAMMA,  Prev: LOG,  Up: Intrinsic Procedures
  
! 9.176 'LOG10' -- Base 10 logarithm function
  ===========================================
  
  _Description_:
!      'LOG10(X)' computes the base 10 logarithm of X.
  
  _Standard_:
       Fortran 77 and later
--- 14558,14581 ----
            end program test_log
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `ALOG(X)'     `REAL(4) X'   `REAL(4)'     f95, gnu
!      `DLOG(X)'     `REAL(8) X'   `REAL(8)'     f95, gnu
!      `CLOG(X)'     `COMPLEX(4)   `COMPLEX(4)'  f95, gnu
!                    X'                          
!      `ZLOG(X)'     `COMPLEX(8)   `COMPLEX(8)'  f95, gnu
!                    X'                          
!      `CDLOG(X)'    `COMPLEX(8)   `COMPLEX(8)'  f95, gnu
!                    X'                          
  
  
  File: gfortran.info,  Node: LOG10,  Next: LOG_GAMMA,  Prev: LOG,  Up: Intrinsic Procedures
  
! 9.176 `LOG10' -- Base 10 logarithm function
  ===========================================
  
  _Description_:
!      `LOG10(X)' computes the base 10 logarithm of X.
  
  _Standard_:
       Fortran 77 and later
*************** _Class_:
*** 14442,14454 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = LOG10(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL'.
  
  _Return value_:
!      The return value is of type 'REAL' or 'COMPLEX'.  The kind type
       parameter is the same as X.
  
  _Example_:
--- 14584,14596 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = LOG10(X)'
  
  _Arguments_:
!      X          The type shall be `REAL'.
  
  _Return value_:
!      The return value is of type `REAL' or `COMPLEX'.  The kind type
       parameter is the same as X.
  
  _Example_:
*************** _Example_:
*** 14458,14477 ****
            end program test_log10
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'ALOG10(X)'    'REAL(4) X'    'REAL(4)'      Fortran 95 and
!                                                   later
!      'DLOG10(X)'    'REAL(8) X'    'REAL(8)'      Fortran 95 and
!                                                   later
  
  
  File: gfortran.info,  Node: LOG_GAMMA,  Next: LOGICAL,  Prev: LOG10,  Up: Intrinsic Procedures
  
! 9.177 'LOG_GAMMA' -- Logarithm of the Gamma function
  ====================================================
  
  _Description_:
!      'LOG_GAMMA(X)' computes the natural logarithm of the absolute value
       of the Gamma (\Gamma) function.
  
  _Standard_:
--- 14600,14619 ----
            end program test_log10
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `ALOG10(X)'   `REAL(4) X'   `REAL(4)'     Fortran 95 and
!                                                later
!      `DLOG10(X)'   `REAL(8) X'   `REAL(8)'     Fortran 95 and
!                                                later
  
  
  File: gfortran.info,  Node: LOG_GAMMA,  Next: LOGICAL,  Prev: LOG10,  Up: Intrinsic Procedures
  
! 9.177 `LOG_GAMMA' -- Logarithm of the Gamma function
  ====================================================
  
  _Description_:
!      `LOG_GAMMA(X)' computes the natural logarithm of the absolute value
       of the Gamma (\Gamma) function.
  
  _Standard_:
*************** _Class_:
*** 14481,14494 ****
       Elemental function
  
  _Syntax_:
!      'X = LOG_GAMMA(X)'
  
  _Arguments_:
!      X           Shall be of type 'REAL' and neither zero nor a
!                  negative integer.
  
  _Return value_:
!      The return value is of type 'REAL' of the same kind as X.
  
  _Example_:
            program test_log_gamma
--- 14623,14636 ----
       Elemental function
  
  _Syntax_:
!      `X = LOG_GAMMA(X)'
  
  _Arguments_:
!      X          Shall be of type `REAL' and neither zero nor a
!                 negative integer.
  
  _Return value_:
!      The return value is of type `REAL' of the same kind as X.
  
  _Example_:
            program test_log_gamma
*************** _Example_:
*** 14497,14518 ****
            end program test_log_gamma
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'LGAMMA(X)'    'REAL(4) X'    'REAL(4)'      GNU Extension
!      'ALGAMA(X)'    'REAL(4) X'    'REAL(4)'      GNU Extension
!      'DLGAMA(X)'    'REAL(8) X'    'REAL(8)'      GNU Extension
  
  _See also_:
       Gamma function: *note GAMMA::
  
  
  File: gfortran.info,  Node: LOGICAL,  Next: LONG,  Prev: LOG_GAMMA,  Up: Intrinsic Procedures
  
! 9.178 'LOGICAL' -- Convert to logical type
  ==========================================
  
  _Description_:
!      Converts one kind of 'LOGICAL' variable to another.
  
  _Standard_:
       Fortran 95 and later
--- 14639,14661 ----
            end program test_log_gamma
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `LGAMMA(X)'   `REAL(4) X'   `REAL(4)'     GNU Extension
!      `ALGAMA(X)'   `REAL(4) X'   `REAL(4)'     GNU Extension
!      `DLGAMA(X)'   `REAL(8) X'   `REAL(8)'     GNU Extension
  
  _See also_:
       Gamma function: *note GAMMA::
  
+ 
  
  File: gfortran.info,  Node: LOGICAL,  Next: LONG,  Prev: LOG_GAMMA,  Up: Intrinsic Procedures
  
! 9.178 `LOGICAL' -- Convert to logical type
  ==========================================
  
  _Description_:
!      Converts one kind of `LOGICAL' variable to another.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 14521,14536 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = LOGICAL(L [, KIND])'
  
  _Arguments_:
!      L           The type shall be 'LOGICAL'.
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      The return value is a 'LOGICAL' value equal to L, with a kind
       corresponding to KIND, or of the default logical kind if KIND is
       not given.
  
--- 14664,14679 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = LOGICAL(L [, KIND])'
  
  _Arguments_:
!      L          The type shall be `LOGICAL'.
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      The return value is a `LOGICAL' value equal to L, with a kind
       corresponding to KIND, or of the default logical kind if KIND is
       not given.
  
*************** _See also_:
*** 14540,14553 ****
  
  File: gfortran.info,  Node: LONG,  Next: LSHIFT,  Prev: LOGICAL,  Up: Intrinsic Procedures
  
! 9.179 'LONG' -- Convert to integer type
  =======================================
  
  _Description_:
!      Convert to a 'KIND=4' integer type, which is the same size as a C
!      'long' integer.  This is equivalent to the standard 'INT' intrinsic
!      with an optional argument of 'KIND=4', and is only included for
!      backwards compatibility.
  
  _Standard_:
       GNU extension
--- 14683,14696 ----
  
  File: gfortran.info,  Node: LONG,  Next: LSHIFT,  Prev: LOGICAL,  Up: Intrinsic Procedures
  
! 9.179 `LONG' -- Convert to integer type
  =======================================
  
  _Description_:
!      Convert to a `KIND=4' integer type, which is the same size as a C
!      `long' integer.  This is equivalent to the standard `INT'
!      intrinsic with an optional argument of `KIND=4', and is only
!      included for backwards compatibility.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 14556,14569 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = LONG(A)'
  
  _Arguments_:
!      A           Shall be of type 'INTEGER', 'REAL', or
!                  'COMPLEX'.
  
  _Return value_:
!      The return value is a 'INTEGER(4)' variable.
  
  _See also_:
       *note INT::, *note INT2::, *note INT8::
--- 14699,14712 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = LONG(A)'
  
  _Arguments_:
!      A          Shall be of type `INTEGER', `REAL', or
!                 `COMPLEX'.
  
  _Return value_:
!      The return value is a `INTEGER(4)' variable.
  
  _See also_:
       *note INT::, *note INT2::, *note INT8::
*************** _See also_:
*** 14571,14588 ****
  
  File: gfortran.info,  Node: LSHIFT,  Next: LSTAT,  Prev: LONG,  Up: Intrinsic Procedures
  
! 9.180 'LSHIFT' -- Left shift bits
  =================================
  
  _Description_:
!      'LSHIFT' returns a value corresponding to I with all of the bits
       shifted left by SHIFT places.  If the absolute value of SHIFT is
!      greater than 'BIT_SIZE(I)', the value is undefined.  Bits shifted
       out from the left end are lost; zeros are shifted in from the
       opposite end.
  
!      This function has been superseded by the 'ISHFT' intrinsic, which
!      is standard in Fortran 95 and later, and the 'SHIFTL' intrinsic,
       which is standard in Fortran 2008 and later.
  
  _Standard_:
--- 14714,14731 ----
  
  File: gfortran.info,  Node: LSHIFT,  Next: LSTAT,  Prev: LONG,  Up: Intrinsic Procedures
  
! 9.180 `LSHIFT' -- Left shift bits
  =================================
  
  _Description_:
!      `LSHIFT' returns a value corresponding to I with all of the bits
       shifted left by SHIFT places.  If the absolute value of SHIFT is
!      greater than `BIT_SIZE(I)', the value is undefined.  Bits shifted
       out from the left end are lost; zeros are shifted in from the
       opposite end.
  
!      This function has been superseded by the `ISHFT' intrinsic, which
!      is standard in Fortran 95 and later, and the `SHIFTL' intrinsic,
       which is standard in Fortran 2008 and later.
  
  _Standard_:
*************** _Class_:
*** 14592,14622 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = LSHIFT(I, SHIFT)'
  
  _Arguments_:
!      I           The type shall be 'INTEGER'.
!      SHIFT       The type shall be 'INTEGER'.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of the same kind as I.
  
  _See also_:
       *note ISHFT::, *note ISHFTC::, *note RSHIFT::, *note SHIFTA::,
       *note SHIFTL::, *note SHIFTR::
  
  
  File: gfortran.info,  Node: LSTAT,  Next: LTIME,  Prev: LSHIFT,  Up: Intrinsic Procedures
  
! 9.181 'LSTAT' -- Get file status
  ================================
  
  _Description_:
!      'LSTAT' is identical to *note STAT::, except that if path is a
       symbolic link, then the link itself is statted, not the file that
       it refers to.
  
!      The elements in 'VALUES' are the same as described by *note STAT::.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
--- 14735,14766 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = LSHIFT(I, SHIFT)'
  
  _Arguments_:
!      I          The type shall be `INTEGER'.
!      SHIFT      The type shall be `INTEGER'.
  
  _Return value_:
!      The return value is of type `INTEGER' and of the same kind as I.
  
  _See also_:
       *note ISHFT::, *note ISHFTC::, *note RSHIFT::, *note SHIFTA::,
       *note SHIFTL::, *note SHIFTR::
  
+ 
  
  File: gfortran.info,  Node: LSTAT,  Next: LTIME,  Prev: LSHIFT,  Up: Intrinsic Procedures
  
! 9.181 `LSTAT' -- Get file status
  ================================
  
  _Description_:
!      `LSTAT' is identical to *note STAT::, except that if path is a
       symbolic link, then the link itself is statted, not the file that
       it refers to.
  
!      The elements in `VALUES' are the same as described by *note STAT::.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
*************** _Class_:
*** 14628,14643 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL LSTAT(NAME, VALUES [, STATUS])'
!      'STATUS = LSTAT(NAME, VALUES)'
  
  _Arguments_:
!      NAME        The type shall be 'CHARACTER' of the default
!                  kind, a valid path within the file system.
!      VALUES      The type shall be 'INTEGER(4), DIMENSION(13)'.
!      STATUS      (Optional) status flag of type 'INTEGER(4)'.
!                  Returns 0 on success and a system specific error
!                  code otherwise.
  
  _Example_:
       See *note STAT:: for an example.
--- 14772,14787 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL LSTAT(NAME, VALUES [, STATUS])'
!      `STATUS = LSTAT(NAME, VALUES)'
  
  _Arguments_:
!      NAME       The type shall be `CHARACTER' of the default
!                 kind, a valid path within the file system.
!      VALUES     The type shall be `INTEGER(4), DIMENSION(13)'.
!      STATUS     (Optional) status flag of type `INTEGER(4)'.
!                 Returns 0 on success and a system specific
!                 error code otherwise.
  
  _Example_:
       See *note STAT:: for an example.
*************** _See also_:
*** 14648,14660 ****
  
  File: gfortran.info,  Node: LTIME,  Next: MALLOC,  Prev: LSTAT,  Up: Intrinsic Procedures
  
! 9.182 'LTIME' -- Convert time to local time info
  ================================================
  
  _Description_:
       Given a system time value TIME (as provided by the *note TIME::
       intrinsic), fills VALUES with values extracted from it appropriate
!      to the local time zone using 'localtime(3)'.
  
       This intrinsic routine is provided for backwards compatibility with
       GNU Fortran 77.  In new code, programmers should consider the use
--- 14792,14804 ----
  
  File: gfortran.info,  Node: LTIME,  Next: MALLOC,  Prev: LSTAT,  Up: Intrinsic Procedures
  
! 9.182 `LTIME' -- Convert time to local time info
  ================================================
  
  _Description_:
       Given a system time value TIME (as provided by the *note TIME::
       intrinsic), fills VALUES with values extracted from it appropriate
!      to the local time zone using `localtime(3)'.
  
       This intrinsic routine is provided for backwards compatibility with
       GNU Fortran 77.  In new code, programmers should consider the use
*************** _Class_:
*** 14668,14713 ****
       Subroutine
  
  _Syntax_:
!      'CALL LTIME(TIME, VALUES)'
  
  _Arguments_:
!      TIME        An 'INTEGER' scalar expression corresponding to
!                  a system time, with 'INTENT(IN)'.
!      VALUES      A default 'INTEGER' array with 9 elements, with
!                  'INTENT(OUT)'.
  
  _Return value_:
       The elements of VALUES are assigned as follows:
         1. Seconds after the minute, range 0-59 or 0-61 to allow for leap
            seconds
         2. Minutes after the hour, range 0-59
         3. Hours past midnight, range 0-23
         4. Day of month, range 1-31
         5. Number of months since January, range 0-11
         6. Years since 1900
         7. Number of days since Sunday, range 0-6
         8. Days since January 1, range 0-365
         9. Daylight savings indicator: positive if daylight savings is in
            effect, zero if not, and negative if the information is not
            available.
  
  _See also_:
!      *note DATE_AND_TIME::, *note CTIME::, *note GMTIME::, *note TIME::,
!      *note TIME8::
  
  
  File: gfortran.info,  Node: MALLOC,  Next: MASKL,  Prev: LTIME,  Up: Intrinsic Procedures
  
! 9.183 'MALLOC' -- Allocate dynamic memory
  =========================================
  
  _Description_:
!      'MALLOC(SIZE)' allocates SIZE bytes of dynamic memory and returns
!      the address of the allocated memory.  The 'MALLOC' intrinsic is an
       extension intended to be used with Cray pointers, and is provided
!      in GNU Fortran to allow the user to compile legacy code.  For new
       code using Fortran 95 pointers, the memory allocation intrinsic is
!      'ALLOCATE'.
  
  _Standard_:
       GNU extension
--- 14812,14866 ----
       Subroutine
  
  _Syntax_:
!      `CALL LTIME(TIME, VALUES)'
  
  _Arguments_:
!      TIME       An `INTEGER' scalar expression corresponding
!                 to a system time, with `INTENT(IN)'.
!      VALUES     A default `INTEGER' array with 9 elements,
!                 with `INTENT(OUT)'.
  
  _Return value_:
       The elements of VALUES are assigned as follows:
         1. Seconds after the minute, range 0-59 or 0-61 to allow for leap
            seconds
+ 
         2. Minutes after the hour, range 0-59
+ 
         3. Hours past midnight, range 0-23
+ 
         4. Day of month, range 1-31
+ 
         5. Number of months since January, range 0-11
+ 
         6. Years since 1900
+ 
         7. Number of days since Sunday, range 0-6
+ 
         8. Days since January 1, range 0-365
+ 
         9. Daylight savings indicator: positive if daylight savings is in
            effect, zero if not, and negative if the information is not
            available.
  
  _See also_:
!      *note DATE_AND_TIME::, *note CTIME::, *note GMTIME::, *note
!      TIME::, *note TIME8::
! 
  
  
  File: gfortran.info,  Node: MALLOC,  Next: MASKL,  Prev: LTIME,  Up: Intrinsic Procedures
  
! 9.183 `MALLOC' -- Allocate dynamic memory
  =========================================
  
  _Description_:
!      `MALLOC(SIZE)' allocates SIZE bytes of dynamic memory and returns
!      the address of the allocated memory. The `MALLOC' intrinsic is an
       extension intended to be used with Cray pointers, and is provided
!      in GNU Fortran to allow the user to compile legacy code. For new
       code using Fortran 95 pointers, the memory allocation intrinsic is
!      `ALLOCATE'.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 14716,14733 ****
       Function
  
  _Syntax_:
!      'PTR = MALLOC(SIZE)'
  
  _Arguments_:
!      SIZE        The type shall be 'INTEGER'.
  
  _Return value_:
!      The return value is of type 'INTEGER(K)', with K such that
!      variables of type 'INTEGER(K)' have the same size as C pointers
!      ('sizeof(void *)').
  
  _Example_:
!      The following example demonstrates the use of 'MALLOC' and 'FREE'
       with Cray pointers.
  
            program test_malloc
--- 14869,14886 ----
       Function
  
  _Syntax_:
!      `PTR = MALLOC(SIZE)'
  
  _Arguments_:
!      SIZE       The type shall be `INTEGER'.
  
  _Return value_:
!      The return value is of type `INTEGER(K)', with K such that
!      variables of type `INTEGER(K)' have the same size as C pointers
!      (`sizeof(void *)').
  
  _Example_:
!      The following example demonstrates the use of `MALLOC' and `FREE'
       with Cray pointers.
  
            program test_malloc
*************** _See also_:
*** 14754,14764 ****
  
  File: gfortran.info,  Node: MASKL,  Next: MASKR,  Prev: MALLOC,  Up: Intrinsic Procedures
  
! 9.184 'MASKL' -- Left justified mask
  ====================================
  
  _Description_:
!      'MASKL(I[, KIND])' has its leftmost I bits set to 1, and the
       remaining bits set to 0.
  
  _Standard_:
--- 14907,14917 ----
  
  File: gfortran.info,  Node: MASKL,  Next: MASKR,  Prev: MALLOC,  Up: Intrinsic Procedures
  
! 9.184 `MASKL' -- Left justified mask
  ====================================
  
  _Description_:
!      `MASKL(I[, KIND])' has its leftmost I bits set to 1, and the
       remaining bits set to 0.
  
  _Standard_:
*************** _Class_:
*** 14768,14782 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = MASKL(I[, KIND])'
  
  _Arguments_:
!      I           Shall be of type 'INTEGER'.
!      KIND        Shall be a scalar constant expression of type
!                  'INTEGER'.
  
  _Return value_:
!      The return value is of type 'INTEGER'.  If KIND is present, it
       specifies the kind value of the return type; otherwise, it is of
       the default integer kind.
  
--- 14921,14935 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = MASKL(I[, KIND])'
  
  _Arguments_:
!      I          Shall be of type `INTEGER'.
!      KIND       Shall be a scalar constant expression of type
!                 `INTEGER'.
  
  _Return value_:
!      The return value is of type `INTEGER'. If KIND is present, it
       specifies the kind value of the return type; otherwise, it is of
       the default integer kind.
  
*************** _See also_:
*** 14786,14796 ****
  
  File: gfortran.info,  Node: MASKR,  Next: MATMUL,  Prev: MASKL,  Up: Intrinsic Procedures
  
! 9.185 'MASKR' -- Right justified mask
  =====================================
  
  _Description_:
!      'MASKL(I[, KIND])' has its rightmost I bits set to 1, and the
       remaining bits set to 0.
  
  _Standard_:
--- 14939,14949 ----
  
  File: gfortran.info,  Node: MASKR,  Next: MATMUL,  Prev: MASKL,  Up: Intrinsic Procedures
  
! 9.185 `MASKR' -- Right justified mask
  =====================================
  
  _Description_:
!      `MASKL(I[, KIND])' has its rightmost I bits set to 1, and the
       remaining bits set to 0.
  
  _Standard_:
*************** _Class_:
*** 14800,14814 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = MASKR(I[, KIND])'
  
  _Arguments_:
!      I           Shall be of type 'INTEGER'.
!      KIND        Shall be a scalar constant expression of type
!                  'INTEGER'.
  
  _Return value_:
!      The return value is of type 'INTEGER'.  If KIND is present, it
       specifies the kind value of the return type; otherwise, it is of
       the default integer kind.
  
--- 14953,14967 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = MASKR(I[, KIND])'
  
  _Arguments_:
!      I          Shall be of type `INTEGER'.
!      KIND       Shall be a scalar constant expression of type
!                 `INTEGER'.
  
  _Return value_:
!      The return value is of type `INTEGER'. If KIND is present, it
       specifies the kind value of the return type; otherwise, it is of
       the default integer kind.
  
*************** _See also_:
*** 14818,14824 ****
  
  File: gfortran.info,  Node: MATMUL,  Next: MAX,  Prev: MASKR,  Up: Intrinsic Procedures
  
! 9.186 'MATMUL' -- matrix multiplication
  =======================================
  
  _Description_:
--- 14971,14977 ----
  
  File: gfortran.info,  Node: MATMUL,  Next: MAX,  Prev: MASKR,  Up: Intrinsic Procedures
  
! 9.186 `MATMUL' -- matrix multiplication
  =======================================
  
  _Description_:
*************** _Class_:
*** 14831,14859 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = MATMUL(MATRIX_A, MATRIX_B)'
  
  _Arguments_:
!      MATRIX_A    An array of 'INTEGER', 'REAL', 'COMPLEX', or
!                  'LOGICAL' type, with a rank of one or two.
!      MATRIX_B    An array of 'INTEGER', 'REAL', or 'COMPLEX' type
!                  if MATRIX_A is of a numeric type; otherwise, an
!                  array of 'LOGICAL' type.  The rank shall be one
!                  or two, and the first (or only) dimension of
!                  MATRIX_B shall be equal to the last (or only)
!                  dimension of MATRIX_A.
  
  _Return value_:
       The matrix product of MATRIX_A and MATRIX_B.  The type and kind of
       the result follow the usual type and kind promotion rules, as for
!      the '*' or '.AND.' operators.
  
  _See also_:
  
  
  File: gfortran.info,  Node: MAX,  Next: MAXEXPONENT,  Prev: MATMUL,  Up: Intrinsic Procedures
  
! 9.187 'MAX' -- Maximum value of an argument list
  ================================================
  
  _Description_:
--- 14984,15012 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = MATMUL(MATRIX_A, MATRIX_B)'
  
  _Arguments_:
!      MATRIX_A   An array of `INTEGER', `REAL', `COMPLEX', or
!                 `LOGICAL' type, with a rank of one or two.
!      MATRIX_B   An array of `INTEGER', `REAL', or `COMPLEX'
!                 type if MATRIX_A is of a numeric type;
!                 otherwise, an array of `LOGICAL' type. The
!                 rank shall be one or two, and the first (or
!                 only) dimension of MATRIX_B shall be equal to
!                 the last (or only) dimension of MATRIX_A.
  
  _Return value_:
       The matrix product of MATRIX_A and MATRIX_B.  The type and kind of
       the result follow the usual type and kind promotion rules, as for
!      the `*' or `.AND.' operators.
  
  _See also_:
  
  
  File: gfortran.info,  Node: MAX,  Next: MAXEXPONENT,  Prev: MATMUL,  Up: Intrinsic Procedures
  
! 9.187 `MAX' -- Maximum value of an argument list
  ================================================
  
  _Description_:
*************** _Class_:
*** 14866,14908 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = MAX(A1, A2 [, A3 [, ...]])'
  
  _Arguments_:
!      A1          The type shall be 'INTEGER' or 'REAL'.
!      A2, A3,     An expression of the same type and kind as A1.
!      ...         (As a GNU extension, arguments of different
!                  kinds are permitted.)
  
  _Return value_:
       The return value corresponds to the maximum value among the
       arguments, and has the same type and kind as the first argument.
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'MAX0(A1)'     'INTEGER(4)    'INTEGER(4)'   Fortran 77 and
!                     A1'                           later
!      'AMAX0(A1)'    'INTEGER(4)    'REAL(MAX(X))' Fortran 77 and
!                     A1'                           later
!      'MAX1(A1)'     'REAL A1'      'INT(MAX(X))'  Fortran 77 and
!                                                   later
!      'AMAX1(A1)'    'REAL(4) A1'   'REAL(4)'      Fortran 77 and
!                                                   later
!      'DMAX1(A1)'    'REAL(8) A1'   'REAL(8)'      Fortran 77 and
!                                                   later
  
  _See also_:
       *note MAXLOC:: *note MAXVAL::, *note MIN::
  
  
  File: gfortran.info,  Node: MAXEXPONENT,  Next: MAXLOC,  Prev: MAX,  Up: Intrinsic Procedures
  
! 9.188 'MAXEXPONENT' -- Maximum exponent of a real kind
  ======================================================
  
  _Description_:
!      'MAXEXPONENT(X)' returns the maximum exponent in the model of the
!      type of 'X'.
  
  _Standard_:
       Fortran 95 and later
--- 15019,15062 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = MAX(A1, A2 [, A3 [, ...]])'
  
  _Arguments_:
!      A1         The type shall be `INTEGER' or `REAL'.
!      A2, A3,    An expression of the same type and kind as A1.
!      ...        (As a GNU extension, arguments of different
!                 kinds are permitted.)
  
  _Return value_:
       The return value corresponds to the maximum value among the
       arguments, and has the same type and kind as the first argument.
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `MAX0(A1)'    `INTEGER(4)   `INTEGER(4)'  Fortran 77 and
!                    A1'                         later
!      `AMAX0(A1)'   `INTEGER(4)   `REAL(MAX(X))'Fortran 77 and
!                    A1'                         later
!      `MAX1(A1)'    `REAL A1'     `INT(MAX(X))' Fortran 77 and
!                                                later
!      `AMAX1(A1)'   `REAL(4) A1'  `REAL(4)'     Fortran 77 and
!                                                later
!      `DMAX1(A1)'   `REAL(8) A1'  `REAL(8)'     Fortran 77 and
!                                                later
  
  _See also_:
       *note MAXLOC:: *note MAXVAL::, *note MIN::
  
+ 
  
  File: gfortran.info,  Node: MAXEXPONENT,  Next: MAXLOC,  Prev: MAX,  Up: Intrinsic Procedures
  
! 9.188 `MAXEXPONENT' -- Maximum exponent of a real kind
  ======================================================
  
  _Description_:
!      `MAXEXPONENT(X)' returns the maximum exponent in the model of the
!      type of `X'.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 14911,14923 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = MAXEXPONENT(X)'
  
  _Arguments_:
!      X           Shall be of type 'REAL'.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of the default integer
       kind.
  
  _Example_:
--- 15065,15077 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = MAXEXPONENT(X)'
  
  _Arguments_:
!      X          Shall be of type `REAL'.
  
  _Return value_:
!      The return value is of type `INTEGER' and of the default integer
       kind.
  
  _Example_:
*************** _Example_:
*** 14932,14938 ****
  
  File: gfortran.info,  Node: MAXLOC,  Next: MAXVAL,  Prev: MAXEXPONENT,  Up: Intrinsic Procedures
  
! 9.189 'MAXLOC' -- Location of the maximum value within an array
  ===============================================================
  
  _Description_:
--- 15086,15092 ----
  
  File: gfortran.info,  Node: MAXLOC,  Next: MAXVAL,  Prev: MAXEXPONENT,  Up: Intrinsic Procedures
  
! 9.189 `MAXLOC' -- Location of the maximum value within an array
  ===============================================================
  
  _Description_:
*************** _Description_:
*** 14940,14952 ****
       maximum value, or, if the DIM argument is supplied, determines the
       locations of the maximum element along each row of the array in the
       DIM direction.  If MASK is present, only the elements for which
!      MASK is '.TRUE.' are considered.  If more than one element in the
       array has the maximum value, the location returned is that of the
       first such element in array element order.  If the array has zero
!      size, or all of the elements of MASK are '.FALSE.', then the result
!      is an array of zeroes.  Similarly, if DIM is supplied and all of
!      the elements of MASK along a given row are zero, the result value
!      for that row is zero.
  
  _Standard_:
       Fortran 95 and later
--- 15094,15106 ----
       maximum value, or, if the DIM argument is supplied, determines the
       locations of the maximum element along each row of the array in the
       DIM direction.  If MASK is present, only the elements for which
!      MASK is `.TRUE.' are considered.  If more than one element in the
       array has the maximum value, the location returned is that of the
       first such element in array element order.  If the array has zero
!      size, or all of the elements of MASK are `.FALSE.', then the
!      result is an array of zeroes.  Similarly, if DIM is supplied and
!      all of the elements of MASK along a given row are zero, the result
!      value for that row is zero.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 14955,14971 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = MAXLOC(ARRAY, DIM [, MASK])'
!      'RESULT = MAXLOC(ARRAY [, MASK])'
  
  _Arguments_:
!      ARRAY       Shall be an array of type 'INTEGER' or 'REAL'.
!      DIM         (Optional) Shall be a scalar of type 'INTEGER',
!                  with a value between one and the rank of ARRAY,
!                  inclusive.  It may not be an optional dummy
!                  argument.
!      MASK        Shall be an array of type 'LOGICAL', and
!                  conformable with ARRAY.
  
  _Return value_:
       If DIM is absent, the result is a rank-one array with a length
--- 15109,15125 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = MAXLOC(ARRAY, DIM [, MASK])'
!      `RESULT = MAXLOC(ARRAY [, MASK])'
  
  _Arguments_:
!      ARRAY      Shall be an array of type `INTEGER' or `REAL'.
!      DIM        (Optional) Shall be a scalar of type
!                 `INTEGER', with a value between one and the
!                 rank of ARRAY, inclusive.  It may not be an
!                 optional dummy argument.
!      MASK       Shall be an array of type `LOGICAL', and
!                 conformable with ARRAY.
  
  _Return value_:
       If DIM is absent, the result is a rank-one array with a length
*************** _Return value_:
*** 14973,14997 ****
       array with a rank one less than the rank of ARRAY, and a size
       corresponding to the size of ARRAY with the DIM dimension removed.
       If DIM is present and ARRAY has a rank of one, the result is a
!      scalar.  In all cases, the result is of default 'INTEGER' type.
  
  _See also_:
       *note MAX::, *note MAXVAL::
  
  
  File: gfortran.info,  Node: MAXVAL,  Next: MCLOCK,  Prev: MAXLOC,  Up: Intrinsic Procedures
  
! 9.190 'MAXVAL' -- Maximum value of an array
  ===========================================
  
  _Description_:
!      Determines the maximum value of the elements in an array value, or,
!      if the DIM argument is supplied, determines the maximum value along
!      each row of the array in the DIM direction.  If MASK is present,
!      only the elements for which MASK is '.TRUE.' are considered.  If
!      the array has zero size, or all of the elements of MASK are
!      '.FALSE.', then the result is '-HUGE(ARRAY)' if ARRAY is numeric,
!      or a string of nulls if ARRAY is of character type.
  
  _Standard_:
       Fortran 95 and later
--- 15127,15152 ----
       array with a rank one less than the rank of ARRAY, and a size
       corresponding to the size of ARRAY with the DIM dimension removed.
       If DIM is present and ARRAY has a rank of one, the result is a
!      scalar.  In all cases, the result is of default `INTEGER' type.
  
  _See also_:
       *note MAX::, *note MAXVAL::
  
+ 
  
  File: gfortran.info,  Node: MAXVAL,  Next: MCLOCK,  Prev: MAXLOC,  Up: Intrinsic Procedures
  
! 9.190 `MAXVAL' -- Maximum value of an array
  ===========================================
  
  _Description_:
!      Determines the maximum value of the elements in an array value,
!      or, if the DIM argument is supplied, determines the maximum value
!      along each row of the array in the DIM direction.  If MASK is
!      present, only the elements for which MASK is `.TRUE.' are
!      considered.  If the array has zero size, or all of the elements of
!      MASK are `.FALSE.', then the result is `-HUGE(ARRAY)' if ARRAY is
!      numeric, or a string of nulls if ARRAY is of character type.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 15000,15016 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = MAXVAL(ARRAY, DIM [, MASK])'
!      'RESULT = MAXVAL(ARRAY [, MASK])'
  
  _Arguments_:
!      ARRAY       Shall be an array of type 'INTEGER' or 'REAL'.
!      DIM         (Optional) Shall be a scalar of type 'INTEGER',
!                  with a value between one and the rank of ARRAY,
!                  inclusive.  It may not be an optional dummy
!                  argument.
!      MASK        Shall be an array of type 'LOGICAL', and
!                  conformable with ARRAY.
  
  _Return value_:
       If DIM is absent, or if ARRAY has a rank of one, the result is a
--- 15155,15171 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = MAXVAL(ARRAY, DIM [, MASK])'
!      `RESULT = MAXVAL(ARRAY [, MASK])'
  
  _Arguments_:
!      ARRAY      Shall be an array of type `INTEGER' or `REAL'.
!      DIM        (Optional) Shall be a scalar of type
!                 `INTEGER', with a value between one and the
!                 rank of ARRAY, inclusive.  It may not be an
!                 optional dummy argument.
!      MASK       Shall be an array of type `LOGICAL', and
!                 conformable with ARRAY.
  
  _Return value_:
       If DIM is absent, or if ARRAY has a rank of one, the result is a
*************** _See also_:
*** 15025,15039 ****
  
  File: gfortran.info,  Node: MCLOCK,  Next: MCLOCK8,  Prev: MAXVAL,  Up: Intrinsic Procedures
  
! 9.191 'MCLOCK' -- Time function
  ===============================
  
  _Description_:
       Returns the number of clock ticks since the start of the process,
!      based on the function 'clock(3)' in the C standard library.
  
       This intrinsic is not fully portable, such as to systems with
!      32-bit 'INTEGER' types but supporting times wider than 32 bits.
       Therefore, the values returned by this intrinsic might be, or
       become, negative, or numerically less than previous values, during
       a single run of the compiled program.
--- 15180,15194 ----
  
  File: gfortran.info,  Node: MCLOCK,  Next: MCLOCK8,  Prev: MAXVAL,  Up: Intrinsic Procedures
  
! 9.191 `MCLOCK' -- Time function
  ===============================
  
  _Description_:
       Returns the number of clock ticks since the start of the process,
!      based on the function `clock(3)' in the C standard library.
  
       This intrinsic is not fully portable, such as to systems with
!      32-bit `INTEGER' types but supporting times wider than 32 bits.
       Therefore, the values returned by this intrinsic might be, or
       become, negative, or numerically less than previous values, during
       a single run of the compiled program.
*************** _Class_:
*** 15045,15078 ****
       Function
  
  _Syntax_:
!      'RESULT = MCLOCK()'
  
  _Return value_:
!      The return value is a scalar of type 'INTEGER(4)', equal to the
!      number of clock ticks since the start of the process, or '-1' if
!      the system does not support 'clock(3)'.
  
  _See also_:
!      *note CTIME::, *note GMTIME::, *note LTIME::, *note MCLOCK::, *note
!      TIME::
  
  
  File: gfortran.info,  Node: MCLOCK8,  Next: MERGE,  Prev: MCLOCK,  Up: Intrinsic Procedures
  
! 9.192 'MCLOCK8' -- Time function (64-bit)
  =========================================
  
  _Description_:
       Returns the number of clock ticks since the start of the process,
!      based on the function 'clock(3)' in the C standard library.
  
       _Warning:_ this intrinsic does not increase the range of the timing
!      values over that returned by 'clock(3)'.  On a system with a 32-bit
!      'clock(3)', 'MCLOCK8' will return a 32-bit value, even though it is
!      converted to a 64-bit 'INTEGER(8)' value.  That means overflows of
!      the 32-bit value can still occur.  Therefore, the values returned
!      by this intrinsic might be or become negative or numerically less
!      than previous values during a single run of the compiled program.
  
  _Standard_:
       GNU extension
--- 15200,15235 ----
       Function
  
  _Syntax_:
!      `RESULT = MCLOCK()'
  
  _Return value_:
!      The return value is a scalar of type `INTEGER(4)', equal to the
!      number of clock ticks since the start of the process, or `-1' if
!      the system does not support `clock(3)'.
  
  _See also_:
!      *note CTIME::, *note GMTIME::, *note LTIME::, *note MCLOCK::,
!      *note TIME::
! 
  
  
  File: gfortran.info,  Node: MCLOCK8,  Next: MERGE,  Prev: MCLOCK,  Up: Intrinsic Procedures
  
! 9.192 `MCLOCK8' -- Time function (64-bit)
  =========================================
  
  _Description_:
       Returns the number of clock ticks since the start of the process,
!      based on the function `clock(3)' in the C standard library.
  
       _Warning:_ this intrinsic does not increase the range of the timing
!      values over that returned by `clock(3)'. On a system with a 32-bit
!      `clock(3)', `MCLOCK8' will return a 32-bit value, even though it
!      is converted to a 64-bit `INTEGER(8)' value. That means overflows
!      of the 32-bit value can still occur. Therefore, the values
!      returned by this intrinsic might be or become negative or
!      numerically less than previous values during a single run of the
!      compiled program.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 15081,15107 ****
       Function
  
  _Syntax_:
!      'RESULT = MCLOCK8()'
  
  _Return value_:
!      The return value is a scalar of type 'INTEGER(8)', equal to the
!      number of clock ticks since the start of the process, or '-1' if
!      the system does not support 'clock(3)'.
  
  _See also_:
!      *note CTIME::, *note GMTIME::, *note LTIME::, *note MCLOCK::, *note
!      TIME8::
  
  
  File: gfortran.info,  Node: MERGE,  Next: MERGE_BITS,  Prev: MCLOCK8,  Up: Intrinsic Procedures
  
! 9.193 'MERGE' -- Merge variables
  ================================
  
  _Description_:
       Select values from two arrays according to a logical mask.  The
!      result is equal to TSOURCE if MASK is '.TRUE.', or equal to FSOURCE
!      if it is '.FALSE.'.
  
  _Standard_:
       Fortran 95 and later
--- 15238,15265 ----
       Function
  
  _Syntax_:
!      `RESULT = MCLOCK8()'
  
  _Return value_:
!      The return value is a scalar of type `INTEGER(8)', equal to the
!      number of clock ticks since the start of the process, or `-1' if
!      the system does not support `clock(3)'.
  
  _See also_:
!      *note CTIME::, *note GMTIME::, *note LTIME::, *note MCLOCK::,
!      *note TIME8::
! 
  
  
  File: gfortran.info,  Node: MERGE,  Next: MERGE_BITS,  Prev: MCLOCK8,  Up: Intrinsic Procedures
  
! 9.193 `MERGE' -- Merge variables
  ================================
  
  _Description_:
       Select values from two arrays according to a logical mask.  The
!      result is equal to TSOURCE if MASK is `.TRUE.', or equal to
!      FSOURCE if it is `.FALSE.'.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 15110,15137 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = MERGE(TSOURCE, FSOURCE, MASK)'
  
  _Arguments_:
!      TSOURCE     May be of any type.
!      FSOURCE     Shall be of the same type and type parameters as
!                  TSOURCE.
!      MASK        Shall be of type 'LOGICAL'.
  
  _Return value_:
       The result is of the same type and type parameters as TSOURCE.
  
  
  File: gfortran.info,  Node: MERGE_BITS,  Next: MIN,  Prev: MERGE,  Up: Intrinsic Procedures
  
! 9.194 'MERGE_BITS' -- Merge of bits under mask
  ==============================================
  
  _Description_:
!      'MERGE_BITS(I, J, MASK)' merges the bits of I and J as determined
       by the mask.  The i-th bit of the result is equal to the i-th bit
!      of I if the i-th bit of MASK is 1; it is equal to the i-th bit of J
!      otherwise.
  
  _Standard_:
       Fortran 2008 and later
--- 15268,15296 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = MERGE(TSOURCE, FSOURCE, MASK)'
  
  _Arguments_:
!      TSOURCE    May be of any type.
!      FSOURCE    Shall be of the same type and type parameters
!                 as TSOURCE.
!      MASK       Shall be of type `LOGICAL'.
  
  _Return value_:
       The result is of the same type and type parameters as TSOURCE.
  
+ 
  
  File: gfortran.info,  Node: MERGE_BITS,  Next: MIN,  Prev: MERGE,  Up: Intrinsic Procedures
  
! 9.194 `MERGE_BITS' -- Merge of bits under mask
  ==============================================
  
  _Description_:
!      `MERGE_BITS(I, J, MASK)' merges the bits of I and J as determined
       by the mask.  The i-th bit of the result is equal to the i-th bit
!      of I if the i-th bit of MASK is 1; it is equal to the i-th bit of
!      J otherwise.
  
  _Standard_:
       Fortran 2008 and later
*************** _Class_:
*** 15140,15161 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = MERGE_BITS(I, J, MASK)'
  
  _Arguments_:
!      I           Shall be of type 'INTEGER'.
!      J           Shall be of type 'INTEGER' and of the same kind
!                  as I.
!      MASK        Shall be of type 'INTEGER' and of the same kind
!                  as I.
  
  _Return value_:
       The result is of the same type and kind as I.
  
  
  File: gfortran.info,  Node: MIN,  Next: MINEXPONENT,  Prev: MERGE_BITS,  Up: Intrinsic Procedures
  
! 9.195 'MIN' -- Minimum value of an argument list
  ================================================
  
  _Description_:
--- 15299,15321 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = MERGE_BITS(I, J, MASK)'
  
  _Arguments_:
!      I          Shall be of type `INTEGER'.
!      J          Shall be of type `INTEGER' and of the same
!                 kind as I.
!      MASK       Shall be of type `INTEGER' and of the same
!                 kind as I.
  
  _Return value_:
       The result is of the same type and kind as I.
  
+ 
  
  File: gfortran.info,  Node: MIN,  Next: MINEXPONENT,  Prev: MERGE_BITS,  Up: Intrinsic Procedures
  
! 9.195 `MIN' -- Minimum value of an argument list
  ================================================
  
  _Description_:
*************** _Class_:
*** 15168,15197 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = MIN(A1, A2 [, A3, ...])'
  
  _Arguments_:
!      A1          The type shall be 'INTEGER' or 'REAL'.
!      A2, A3,     An expression of the same type and kind as A1.
!      ...         (As a GNU extension, arguments of different
!                  kinds are permitted.)
  
  _Return value_:
       The return value corresponds to the maximum value among the
       arguments, and has the same type and kind as the first argument.
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'MIN0(A1)'     'INTEGER(4)    'INTEGER(4)'   Fortran 77 and
!                     A1'                           later
!      'AMIN0(A1)'    'INTEGER(4)    'REAL(4)'      Fortran 77 and
!                     A1'                           later
!      'MIN1(A1)'     'REAL A1'      'INTEGER(4)'   Fortran 77 and
!                                                   later
!      'AMIN1(A1)'    'REAL(4) A1'   'REAL(4)'      Fortran 77 and
!                                                   later
!      'DMIN1(A1)'    'REAL(8) A1'   'REAL(8)'      Fortran 77 and
!                                                   later
  
  _See also_:
       *note MAX::, *note MINLOC::, *note MINVAL::
--- 15328,15357 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = MIN(A1, A2 [, A3, ...])'
  
  _Arguments_:
!      A1         The type shall be `INTEGER' or `REAL'.
!      A2, A3,    An expression of the same type and kind as A1.
!      ...        (As a GNU extension, arguments of different
!                 kinds are permitted.)
  
  _Return value_:
       The return value corresponds to the maximum value among the
       arguments, and has the same type and kind as the first argument.
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `MIN0(A1)'    `INTEGER(4)   `INTEGER(4)'  Fortran 77 and
!                    A1'                         later
!      `AMIN0(A1)'   `INTEGER(4)   `REAL(4)'     Fortran 77 and
!                    A1'                         later
!      `MIN1(A1)'    `REAL A1'     `INTEGER(4)'  Fortran 77 and
!                                                later
!      `AMIN1(A1)'   `REAL(4) A1'  `REAL(4)'     Fortran 77 and
!                                                later
!      `DMIN1(A1)'   `REAL(8) A1'  `REAL(8)'     Fortran 77 and
!                                                later
  
  _See also_:
       *note MAX::, *note MINLOC::, *note MINVAL::
*************** _See also_:
*** 15199,15210 ****
  
  File: gfortran.info,  Node: MINEXPONENT,  Next: MINLOC,  Prev: MIN,  Up: Intrinsic Procedures
  
! 9.196 'MINEXPONENT' -- Minimum exponent of a real kind
  ======================================================
  
  _Description_:
!      'MINEXPONENT(X)' returns the minimum exponent in the model of the
!      type of 'X'.
  
  _Standard_:
       Fortran 95 and later
--- 15359,15370 ----
  
  File: gfortran.info,  Node: MINEXPONENT,  Next: MINLOC,  Prev: MIN,  Up: Intrinsic Procedures
  
! 9.196 `MINEXPONENT' -- Minimum exponent of a real kind
  ======================================================
  
  _Description_:
!      `MINEXPONENT(X)' returns the minimum exponent in the model of the
!      type of `X'.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 15213,15234 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = MINEXPONENT(X)'
  
  _Arguments_:
!      X           Shall be of type 'REAL'.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of the default integer
       kind.
  
  _Example_:
!      See 'MAXEXPONENT' for an example.
  
  
  File: gfortran.info,  Node: MINLOC,  Next: MINVAL,  Prev: MINEXPONENT,  Up: Intrinsic Procedures
  
! 9.197 'MINLOC' -- Location of the minimum value within an array
  ===============================================================
  
  _Description_:
--- 15373,15394 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = MINEXPONENT(X)'
  
  _Arguments_:
!      X          Shall be of type `REAL'.
  
  _Return value_:
!      The return value is of type `INTEGER' and of the default integer
       kind.
  
  _Example_:
!      See `MAXEXPONENT' for an example.
  
  
  File: gfortran.info,  Node: MINLOC,  Next: MINVAL,  Prev: MINEXPONENT,  Up: Intrinsic Procedures
  
! 9.197 `MINLOC' -- Location of the minimum value within an array
  ===============================================================
  
  _Description_:
*************** _Description_:
*** 15236,15248 ****
       minimum value, or, if the DIM argument is supplied, determines the
       locations of the minimum element along each row of the array in the
       DIM direction.  If MASK is present, only the elements for which
!      MASK is '.TRUE.' are considered.  If more than one element in the
       array has the minimum value, the location returned is that of the
       first such element in array element order.  If the array has zero
!      size, or all of the elements of MASK are '.FALSE.', then the result
!      is an array of zeroes.  Similarly, if DIM is supplied and all of
!      the elements of MASK along a given row are zero, the result value
!      for that row is zero.
  
  _Standard_:
       Fortran 95 and later
--- 15396,15408 ----
       minimum value, or, if the DIM argument is supplied, determines the
       locations of the minimum element along each row of the array in the
       DIM direction.  If MASK is present, only the elements for which
!      MASK is `.TRUE.' are considered.  If more than one element in the
       array has the minimum value, the location returned is that of the
       first such element in array element order.  If the array has zero
!      size, or all of the elements of MASK are `.FALSE.', then the
!      result is an array of zeroes.  Similarly, if DIM is supplied and
!      all of the elements of MASK along a given row are zero, the result
!      value for that row is zero.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 15251,15267 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = MINLOC(ARRAY, DIM [, MASK])'
!      'RESULT = MINLOC(ARRAY [, MASK])'
  
  _Arguments_:
!      ARRAY       Shall be an array of type 'INTEGER' or 'REAL'.
!      DIM         (Optional) Shall be a scalar of type 'INTEGER',
!                  with a value between one and the rank of ARRAY,
!                  inclusive.  It may not be an optional dummy
!                  argument.
!      MASK        Shall be an array of type 'LOGICAL', and
!                  conformable with ARRAY.
  
  _Return value_:
       If DIM is absent, the result is a rank-one array with a length
--- 15411,15427 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = MINLOC(ARRAY, DIM [, MASK])'
!      `RESULT = MINLOC(ARRAY [, MASK])'
  
  _Arguments_:
!      ARRAY      Shall be an array of type `INTEGER' or `REAL'.
!      DIM        (Optional) Shall be a scalar of type
!                 `INTEGER', with a value between one and the
!                 rank of ARRAY, inclusive.  It may not be an
!                 optional dummy argument.
!      MASK       Shall be an array of type `LOGICAL', and
!                 conformable with ARRAY.
  
  _Return value_:
       If DIM is absent, the result is a rank-one array with a length
*************** _Return value_:
*** 15269,15293 ****
       array with a rank one less than the rank of ARRAY, and a size
       corresponding to the size of ARRAY with the DIM dimension removed.
       If DIM is present and ARRAY has a rank of one, the result is a
!      scalar.  In all cases, the result is of default 'INTEGER' type.
  
  _See also_:
       *note MIN::, *note MINVAL::
  
  
  File: gfortran.info,  Node: MINVAL,  Next: MOD,  Prev: MINLOC,  Up: Intrinsic Procedures
  
! 9.198 'MINVAL' -- Minimum value of an array
  ===========================================
  
  _Description_:
!      Determines the minimum value of the elements in an array value, or,
!      if the DIM argument is supplied, determines the minimum value along
!      each row of the array in the DIM direction.  If MASK is present,
!      only the elements for which MASK is '.TRUE.' are considered.  If
!      the array has zero size, or all of the elements of MASK are
!      '.FALSE.', then the result is 'HUGE(ARRAY)' if ARRAY is numeric, or
!      a string of 'CHAR(255)' characters if ARRAY is of character type.
  
  _Standard_:
       Fortran 95 and later
--- 15429,15455 ----
       array with a rank one less than the rank of ARRAY, and a size
       corresponding to the size of ARRAY with the DIM dimension removed.
       If DIM is present and ARRAY has a rank of one, the result is a
!      scalar.  In all cases, the result is of default `INTEGER' type.
  
  _See also_:
       *note MIN::, *note MINVAL::
  
+ 
  
  File: gfortran.info,  Node: MINVAL,  Next: MOD,  Prev: MINLOC,  Up: Intrinsic Procedures
  
! 9.198 `MINVAL' -- Minimum value of an array
  ===========================================
  
  _Description_:
!      Determines the minimum value of the elements in an array value,
!      or, if the DIM argument is supplied, determines the minimum value
!      along each row of the array in the DIM direction.  If MASK is
!      present, only the elements for which MASK is `.TRUE.' are
!      considered.  If the array has zero size, or all of the elements of
!      MASK are `.FALSE.', then the result is `HUGE(ARRAY)' if ARRAY is
!      numeric, or a string of `CHAR(255)' characters if ARRAY is of
!      character type.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 15296,15312 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = MINVAL(ARRAY, DIM [, MASK])'
!      'RESULT = MINVAL(ARRAY [, MASK])'
  
  _Arguments_:
!      ARRAY       Shall be an array of type 'INTEGER' or 'REAL'.
!      DIM         (Optional) Shall be a scalar of type 'INTEGER',
!                  with a value between one and the rank of ARRAY,
!                  inclusive.  It may not be an optional dummy
!                  argument.
!      MASK        Shall be an array of type 'LOGICAL', and
!                  conformable with ARRAY.
  
  _Return value_:
       If DIM is absent, or if ARRAY has a rank of one, the result is a
--- 15458,15474 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = MINVAL(ARRAY, DIM [, MASK])'
!      `RESULT = MINVAL(ARRAY [, MASK])'
  
  _Arguments_:
!      ARRAY      Shall be an array of type `INTEGER' or `REAL'.
!      DIM        (Optional) Shall be a scalar of type
!                 `INTEGER', with a value between one and the
!                 rank of ARRAY, inclusive.  It may not be an
!                 optional dummy argument.
!      MASK       Shall be an array of type `LOGICAL', and
!                 conformable with ARRAY.
  
  _Return value_:
       If DIM is absent, or if ARRAY has a rank of one, the result is a
*************** _Return value_:
*** 15318,15331 ****
  _See also_:
       *note MIN::, *note MINLOC::
  
  
  File: gfortran.info,  Node: MOD,  Next: MODULO,  Prev: MINVAL,  Up: Intrinsic Procedures
  
! 9.199 'MOD' -- Remainder function
  =================================
  
  _Description_:
!      'MOD(A,P)' computes the remainder of the division of A by P.
  
  _Standard_:
       Fortran 77 and later, has overloads that are GNU extensions
--- 15480,15494 ----
  _See also_:
       *note MIN::, *note MINLOC::
  
+ 
  
  File: gfortran.info,  Node: MOD,  Next: MODULO,  Prev: MINVAL,  Up: Intrinsic Procedures
  
! 9.199 `MOD' -- Remainder function
  =================================
  
  _Description_:
!      `MOD(A,P)' computes the remainder of the division of A by P.
  
  _Standard_:
       Fortran 77 and later, has overloads that are GNU extensions
*************** _Class_:
*** 15334,15351 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = MOD(A, P)'
  
  _Arguments_:
!      A           Shall be a scalar of type 'INTEGER' or 'REAL'.
!      P           Shall be a scalar of the same type and kind as A
!                  and not equal to zero.
  
  _Return value_:
!      The return value is the result of 'A - (INT(A/P) * P)'.  The type
       and kind of the return value is the same as that of the arguments.
!      The returned value has the same sign as A and a magnitude less than
!      the magnitude of P.
  
  _Example_:
            program test_mod
--- 15497,15514 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = MOD(A, P)'
  
  _Arguments_:
!      A          Shall be a scalar of type `INTEGER' or `REAL'.
!      P          Shall be a scalar of the same type and kind as
!                 A and not equal to zero.
  
  _Return value_:
!      The return value is the result of `A - (INT(A/P) * P)'. The type
       and kind of the return value is the same as that of the arguments.
!      The returned value has the same sign as A and a magnitude less
!      than the magnitude of P.
  
  _Example_:
            program test_mod
*************** _Example_:
*** 15366,15398 ****
            end program test_mod
  
  _Specific names_:
!      Name           Arguments      Return type    Standard
!      'MOD(A,P)'     'INTEGER       'INTEGER'      Fortran 95 and
!                     A,P'                          later
!      'AMOD(A,P)'    'REAL(4)       'REAL(4)'      Fortran 95 and
!                     A,P'                          later
!      'DMOD(A,P)'    'REAL(8)       'REAL(8)'      Fortran 95 and
!                     A,P'                          later
!      'BMOD(A,P)'    'INTEGER(1)    'INTEGER(1)'   GNU extension
!                     A,P'
!      'IMOD(A,P)'    'INTEGER(2)    'INTEGER(2)'   GNU extension
!                     A,P'
!      'JMOD(A,P)'    'INTEGER(4)    'INTEGER(4)'   GNU extension
!                     A,P'
!      'KMOD(A,P)'    'INTEGER(8)    'INTEGER(8)'   GNU extension
!                     A,P'
  
  _See also_:
       *note MODULO::
  
  
  File: gfortran.info,  Node: MODULO,  Next: MOVE_ALLOC,  Prev: MOD,  Up: Intrinsic Procedures
  
! 9.200 'MODULO' -- Modulo function
  =================================
  
  _Description_:
!      'MODULO(A,P)' computes the A modulo P.
  
  _Standard_:
       Fortran 95 and later
--- 15529,15562 ----
            end program test_mod
  
  _Specific names_:
!      Name          Arguments     Return type   Standard
!      `MOD(A,P)'    `INTEGER      `INTEGER'     Fortran 95 and
!                    A,P'                        later
!      `AMOD(A,P)'   `REAL(4)      `REAL(4)'     Fortran 95 and
!                    A,P'                        later
!      `DMOD(A,P)'   `REAL(8)      `REAL(8)'     Fortran 95 and
!                    A,P'                        later
!      `BMOD(A,P)'   `INTEGER(1)   `INTEGER(1)'  GNU extension
!                    A,P'                        
!      `IMOD(A,P)'   `INTEGER(2)   `INTEGER(2)'  GNU extension
!                    A,P'                        
!      `JMOD(A,P)'   `INTEGER(4)   `INTEGER(4)'  GNU extension
!                    A,P'                        
!      `KMOD(A,P)'   `INTEGER(8)   `INTEGER(8)'  GNU extension
!                    A,P'                        
  
  _See also_:
       *note MODULO::
  
+ 
  
  File: gfortran.info,  Node: MODULO,  Next: MOVE_ALLOC,  Prev: MOD,  Up: Intrinsic Procedures
  
! 9.200 `MODULO' -- Modulo function
  =================================
  
  _Description_:
!      `MODULO(A,P)' computes the A modulo P.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 15401,15420 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = MODULO(A, P)'
  
  _Arguments_:
!      A           Shall be a scalar of type 'INTEGER' or 'REAL'.
!      P           Shall be a scalar of the same type and kind as
!                  A.  It shall not be zero.
  
  _Return value_:
       The type and kind of the result are those of the arguments.
!      If A and P are of type 'INTEGER':
!           'MODULO(A,P)' has the value R such that 'A=Q*P+R', where Q is
            an integer and R is between 0 (inclusive) and P (exclusive).
!      If A and P are of type 'REAL':
!           'MODULO(A,P)' has the value of 'A - FLOOR (A / P) * P'.
       The returned value has the same sign as P and a magnitude less than
       the magnitude of P.
  
--- 15565,15585 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = MODULO(A, P)'
  
  _Arguments_:
!      A          Shall be a scalar of type `INTEGER' or `REAL'.
!      P          Shall be a scalar of the same type and kind as
!                 A.  It shall not be zero.
  
  _Return value_:
       The type and kind of the result are those of the arguments.
!     If A and P are of type `INTEGER':
!           `MODULO(A,P)' has the value R such that `A=Q*P+R', where Q is
            an integer and R is between 0 (inclusive) and P (exclusive).
! 
!     If A and P are of type `REAL':
!           `MODULO(A,P)' has the value of `A - FLOOR (A / P) * P'.
       The returned value has the same sign as P and a magnitude less than
       the magnitude of P.
  
*************** _Example_:
*** 15433,15446 ****
  _See also_:
       *note MOD::
  
  
  File: gfortran.info,  Node: MOVE_ALLOC,  Next: MVBITS,  Prev: MODULO,  Up: Intrinsic Procedures
  
! 9.201 'MOVE_ALLOC' -- Move allocation from one object to another
  ================================================================
  
  _Description_:
!      'MOVE_ALLOC(FROM, TO)' moves the allocation from FROM to TO.  FROM
       will become deallocated in the process.
  
  _Standard_:
--- 15598,15612 ----
  _See also_:
       *note MOD::
  
+ 
  
  File: gfortran.info,  Node: MOVE_ALLOC,  Next: MVBITS,  Prev: MODULO,  Up: Intrinsic Procedures
  
! 9.201 `MOVE_ALLOC' -- Move allocation from one object to another
  ================================================================
  
  _Description_:
!      `MOVE_ALLOC(FROM, TO)' moves the allocation from FROM to TO.  FROM
       will become deallocated in the process.
  
  _Standard_:
*************** _Class_:
*** 15450,15462 ****
       Pure subroutine
  
  _Syntax_:
!      'CALL MOVE_ALLOC(FROM, TO)'
  
  _Arguments_:
!      FROM        'ALLOCATABLE', 'INTENT(INOUT)', may be of any
!                  type and kind.
!      TO          'ALLOCATABLE', 'INTENT(OUT)', shall be of the
!                  same type, kind and rank as FROM.
  
  _Return value_:
       None
--- 15616,15628 ----
       Pure subroutine
  
  _Syntax_:
!      `CALL MOVE_ALLOC(FROM, TO)'
  
  _Arguments_:
!      FROM       `ALLOCATABLE', `INTENT(INOUT)', may be of any
!                 type and kind.
!      TO         `ALLOCATABLE', `INTENT(OUT)', shall be of the
!                 same type, kind and rank as FROM.
  
  _Return value_:
       None
*************** _Example_:
*** 15475,15489 ****
  
  File: gfortran.info,  Node: MVBITS,  Next: NEAREST,  Prev: MOVE_ALLOC,  Up: Intrinsic Procedures
  
! 9.202 'MVBITS' -- Move bits from one integer to another
  =======================================================
  
  _Description_:
!      Moves LEN bits from positions FROMPOS through 'FROMPOS+LEN-1' of
!      FROM to positions TOPOS through 'TOPOS+LEN-1' of TO.  The portion
       of argument TO not affected by the movement of bits is unchanged.
!      The values of 'FROMPOS+LEN-1' and 'TOPOS+LEN-1' must be less than
!      'BIT_SIZE(FROM)'.
  
  _Standard_:
       Fortran 95 and later, has overloads that are GNU extensions
--- 15641,15655 ----
  
  File: gfortran.info,  Node: MVBITS,  Next: NEAREST,  Prev: MOVE_ALLOC,  Up: Intrinsic Procedures
  
! 9.202 `MVBITS' -- Move bits from one integer to another
  =======================================================
  
  _Description_:
!      Moves LEN bits from positions FROMPOS through `FROMPOS+LEN-1' of
!      FROM to positions TOPOS through `TOPOS+LEN-1' of TO. The portion
       of argument TO not affected by the movement of bits is unchanged.
!      The values of `FROMPOS+LEN-1' and `TOPOS+LEN-1' must be less than
!      `BIT_SIZE(FROM)'.
  
  _Standard_:
       Fortran 95 and later, has overloads that are GNU extensions
*************** _Class_:
*** 15492,15519 ****
       Elemental subroutine
  
  _Syntax_:
!      'CALL MVBITS(FROM, FROMPOS, LEN, TO, TOPOS)'
  
  _Arguments_:
!      FROM        The type shall be 'INTEGER'.
!      FROMPOS     The type shall be 'INTEGER'.
!      LEN         The type shall be 'INTEGER'.
!      TO          The type shall be 'INTEGER', of the same kind as
!                  FROM.
!      TOPOS       The type shall be 'INTEGER'.
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'MVBITS(A)'    'INTEGER A'    'INTEGER'      Fortran 95 and
!                                                   later
!      'BMVBITS(A)'   'INTEGER(1)    'INTEGER(1)'   GNU extension
!                     A'
!      'IMVBITS(A)'   'INTEGER(2)    'INTEGER(2)'   GNU extension
!                     A'
!      'JMVBITS(A)'   'INTEGER(4)    'INTEGER(4)'   GNU extension
!                     A'
!      'KMVBITS(A)'   'INTEGER(8)    'INTEGER(8)'   GNU extension
!                     A'
  
  _See also_:
       *note IBCLR::, *note IBSET::, *note IBITS::, *note IAND::, *note
--- 15658,15685 ----
       Elemental subroutine
  
  _Syntax_:
!      `CALL MVBITS(FROM, FROMPOS, LEN, TO, TOPOS)'
  
  _Arguments_:
!      FROM       The type shall be `INTEGER'.
!      FROMPOS    The type shall be `INTEGER'.
!      LEN        The type shall be `INTEGER'.
!      TO         The type shall be `INTEGER', of the same kind
!                 as FROM.
!      TOPOS      The type shall be `INTEGER'.
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `MVBITS(A)'   `INTEGER A'   `INTEGER'     Fortran 95 and
!                                                later
!      `BMVBITS(A)'  `INTEGER(1)   `INTEGER(1)'  GNU extension
!                    A'                          
!      `IMVBITS(A)'  `INTEGER(2)   `INTEGER(2)'  GNU extension
!                    A'                          
!      `JMVBITS(A)'  `INTEGER(4)   `INTEGER(4)'  GNU extension
!                    A'                          
!      `KMVBITS(A)'  `INTEGER(8)   `INTEGER(8)'  GNU extension
!                    A'                          
  
  _See also_:
       *note IBCLR::, *note IBSET::, *note IBITS::, *note IAND::, *note
*************** _See also_:
*** 15522,15533 ****
  
  File: gfortran.info,  Node: NEAREST,  Next: NEW_LINE,  Prev: MVBITS,  Up: Intrinsic Procedures
  
! 9.203 'NEAREST' -- Nearest representable number
  ===============================================
  
  _Description_:
!      'NEAREST(X, S)' returns the processor-representable number nearest
!      to 'X' in the direction indicated by the sign of 'S'.
  
  _Standard_:
       Fortran 95 and later
--- 15688,15699 ----
  
  File: gfortran.info,  Node: NEAREST,  Next: NEW_LINE,  Prev: MVBITS,  Up: Intrinsic Procedures
  
! 9.203 `NEAREST' -- Nearest representable number
  ===============================================
  
  _Description_:
!      `NEAREST(X, S)' returns the processor-representable number nearest
!      to `X' in the direction indicated by the sign of `S'.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 15536,15552 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = NEAREST(X, S)'
  
  _Arguments_:
!      X           Shall be of type 'REAL'.
!      S           Shall be of type 'REAL' and not equal to zero.
  
  _Return value_:
!      The return value is of the same type as 'X'.  If 'S' is positive,
!      'NEAREST' returns the processor-representable number greater than
!      'X' and nearest to it.  If 'S' is negative, 'NEAREST' returns the
!      processor-representable number smaller than 'X' and nearest to it.
  
  _Example_:
            program test_nearest
--- 15702,15718 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = NEAREST(X, S)'
  
  _Arguments_:
!      X          Shall be of type `REAL'.
!      S          Shall be of type `REAL' and not equal to zero.
  
  _Return value_:
!      The return value is of the same type as `X'. If `S' is positive,
!      `NEAREST' returns the processor-representable number greater than
!      `X' and nearest to it. If `S' is negative, `NEAREST' returns the
!      processor-representable number smaller than `X' and nearest to it.
  
  _Example_:
            program test_nearest
*************** _Example_:
*** 15559,15569 ****
  
  File: gfortran.info,  Node: NEW_LINE,  Next: NINT,  Prev: NEAREST,  Up: Intrinsic Procedures
  
! 9.204 'NEW_LINE' -- New line character
  ======================================
  
  _Description_:
!      'NEW_LINE(C)' returns the new-line character.
  
  _Standard_:
       Fortran 2003 and later
--- 15725,15735 ----
  
  File: gfortran.info,  Node: NEW_LINE,  Next: NINT,  Prev: NEAREST,  Up: Intrinsic Procedures
  
! 9.204 `NEW_LINE' -- New line character
  ======================================
  
  _Description_:
!      `NEW_LINE(C)' returns the new-line character.
  
  _Standard_:
       Fortran 2003 and later
*************** _Class_:
*** 15572,15582 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = NEW_LINE(C)'
  
  _Arguments_:
!      C           The argument shall be a scalar or array of the
!                  type 'CHARACTER'.
  
  _Return value_:
       Returns a CHARACTER scalar of length one with the new-line
--- 15738,15748 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = NEW_LINE(C)'
  
  _Arguments_:
!      C          The argument shall be a scalar or array of the
!                 type `CHARACTER'.
  
  _Return value_:
       Returns a CHARACTER scalar of length one with the new-line
*************** _Example_:
*** 15591,15601 ****
  
  File: gfortran.info,  Node: NINT,  Next: NORM2,  Prev: NEW_LINE,  Up: Intrinsic Procedures
  
! 9.205 'NINT' -- Nearest whole number
  ====================================
  
  _Description_:
!      'NINT(A)' rounds its argument to the nearest whole number.
  
  _Standard_:
       Fortran 77 and later, with KIND argument Fortran 90 and later
--- 15757,15767 ----
  
  File: gfortran.info,  Node: NINT,  Next: NORM2,  Prev: NEW_LINE,  Up: Intrinsic Procedures
  
! 9.205 `NINT' -- Nearest whole number
  ====================================
  
  _Description_:
!      `NINT(A)' rounds its argument to the nearest whole number.
  
  _Standard_:
       Fortran 77 and later, with KIND argument Fortran 90 and later
*************** _Class_:
*** 15604,15621 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = NINT(A [, KIND])'
  
  _Arguments_:
!      A           The type of the argument shall be 'REAL'.
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
       Returns A with the fractional portion of its magnitude eliminated
       by rounding to the nearest whole number and with its sign
!      preserved, converted to an 'INTEGER' of the default kind.
  
  _Example_:
            program test_nint
--- 15770,15787 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = NINT(A [, KIND])'
  
  _Arguments_:
!      A          The type of the argument shall be `REAL'.
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
       Returns A with the fractional portion of its magnitude eliminated
       by rounding to the nearest whole number and with its sign
!      preserved, converted to an `INTEGER' of the default kind.
  
  _Example_:
            program test_nint
*************** _Example_:
*** 15627,15645 ****
            end program test_nint
  
  _Specific names_:
!      Name           Argument       Return Type    Standard
!      'NINT(A)'      'REAL(4) A'    'INTEGER'      Fortran 95 and
!                                                   later
!      'IDNINT(A)'    'REAL(8) A'    'INTEGER'      Fortran 95 and
!                                                   later
  
  _See also_:
       *note CEILING::, *note FLOOR::
  
  
  File: gfortran.info,  Node: NORM2,  Next: NOT,  Prev: NINT,  Up: Intrinsic Procedures
  
! 9.206 'NORM2' -- Euclidean vector norms
  =======================================
  
  _Description_:
--- 15793,15812 ----
            end program test_nint
  
  _Specific names_:
!      Name          Argument      Return Type   Standard
!      `NINT(A)'     `REAL(4) A'   `INTEGER'     Fortran 95 and
!                                                later
!      `IDNINT(A)'   `REAL(8) A'   `INTEGER'     Fortran 95 and
!                                                later
  
  _See also_:
       *note CEILING::, *note FLOOR::
  
+ 
  
  File: gfortran.info,  Node: NORM2,  Next: NOT,  Prev: NINT,  Up: Intrinsic Procedures
  
! 9.206 `NORM2' -- Euclidean vector norms
  =======================================
  
  _Description_:
*************** _Class_:
*** 15653,15673 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = NORM2(ARRAY[, DIM])'
  
  _Arguments_:
!      ARRAY       Shall be an array of type 'REAL'
!      DIM         (Optional) shall be a scalar of type 'INTEGER'
!                  with a value in the range from 1 to n, where n
!                  equals the rank of ARRAY.
  
  _Return value_:
       The result is of the same type as ARRAY.
  
       If DIM is absent, a scalar with the square root of the sum of all
!      elements in ARRAY squared is returned.  Otherwise, an array of rank
!      n-1, where n equals the rank of ARRAY, and a shape similar to that
!      of ARRAY with dimension DIM dropped is returned.
  
  _Example_:
            PROGRAM test_sum
--- 15820,15840 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = NORM2(ARRAY[, DIM])'
  
  _Arguments_:
!      ARRAY      Shall be an array of type `REAL'
!      DIM        (Optional) shall be a scalar of type `INTEGER'
!                 with a value in the range from 1 to n, where n
!                 equals the rank of ARRAY.
  
  _Return value_:
       The result is of the same type as ARRAY.
  
       If DIM is absent, a scalar with the square root of the sum of all
!      elements in ARRAY squared  is returned. Otherwise, an array of
!      rank n-1, where n equals the rank of ARRAY, and a shape similar to
!      that of ARRAY with dimension DIM dropped is returned.
  
  _Example_:
            PROGRAM test_sum
*************** _Example_:
*** 15678,15688 ****
  
  File: gfortran.info,  Node: NOT,  Next: NULL,  Prev: NORM2,  Up: Intrinsic Procedures
  
! 9.207 'NOT' -- Logical negation
  ===============================
  
  _Description_:
!      'NOT' returns the bitwise Boolean inverse of I.
  
  _Standard_:
       Fortran 95 and later, has overloads that are GNU extensions
--- 15845,15855 ----
  
  File: gfortran.info,  Node: NOT,  Next: NULL,  Prev: NORM2,  Up: Intrinsic Procedures
  
! 9.207 `NOT' -- Logical negation
  ===============================
  
  _Description_:
!      `NOT' returns the bitwise Boolean inverse of I.
  
  _Standard_:
       Fortran 95 and later, has overloads that are GNU extensions
*************** _Class_:
*** 15691,15725 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = NOT(I)'
  
  _Arguments_:
!      I           The type shall be 'INTEGER'.
  
  _Return value_:
!      The return type is 'INTEGER', of the same kind as the argument.
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'NOT(A)'       'INTEGER A'    'INTEGER'      Fortran 95 and
!                                                   later
!      'BNOT(A)'      'INTEGER(1)    'INTEGER(1)'   GNU extension
!                     A'
!      'INOT(A)'      'INTEGER(2)    'INTEGER(2)'   GNU extension
!                     A'
!      'JNOT(A)'      'INTEGER(4)    'INTEGER(4)'   GNU extension
!                     A'
!      'KNOT(A)'      'INTEGER(8)    'INTEGER(8)'   GNU extension
!                     A'
  
  _See also_:
       *note IAND::, *note IEOR::, *note IOR::, *note IBITS::, *note
       IBSET::, *note IBCLR::
  
  
  File: gfortran.info,  Node: NULL,  Next: NUM_IMAGES,  Prev: NOT,  Up: Intrinsic Procedures
  
! 9.208 'NULL' -- Function that returns an disassociated pointer
  ==============================================================
  
  _Description_:
--- 15858,15893 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = NOT(I)'
  
  _Arguments_:
!      I          The type shall be `INTEGER'.
  
  _Return value_:
!      The return type is `INTEGER', of the same kind as the argument.
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `NOT(A)'      `INTEGER A'   `INTEGER'     Fortran 95 and
!                                                later
!      `BNOT(A)'     `INTEGER(1)   `INTEGER(1)'  GNU extension
!                    A'                          
!      `INOT(A)'     `INTEGER(2)   `INTEGER(2)'  GNU extension
!                    A'                          
!      `JNOT(A)'     `INTEGER(4)   `INTEGER(4)'  GNU extension
!                    A'                          
!      `KNOT(A)'     `INTEGER(8)   `INTEGER(8)'  GNU extension
!                    A'                          
  
  _See also_:
       *note IAND::, *note IEOR::, *note IOR::, *note IBITS::, *note
       IBSET::, *note IBCLR::
  
+ 
  
  File: gfortran.info,  Node: NULL,  Next: NUM_IMAGES,  Prev: NOT,  Up: Intrinsic Procedures
  
! 9.208 `NULL' -- Function that returns an disassociated pointer
  ==============================================================
  
  _Description_:
*************** _Description_:
*** 15728,15734 ****
       If MOLD is present, a disassociated pointer of the same type is
       returned, otherwise the type is determined by context.
  
!      In Fortran 95, MOLD is optional.  Please note that Fortran 2003
       includes cases where it is required.
  
  _Standard_:
--- 15896,15902 ----
       If MOLD is present, a disassociated pointer of the same type is
       returned, otherwise the type is determined by context.
  
!      In Fortran 95, MOLD is optional. Please note that Fortran 2003
       includes cases where it is required.
  
  _Standard_:
*************** _Class_:
*** 15738,15748 ****
       Transformational function
  
  _Syntax_:
!      'PTR => NULL([MOLD])'
  
  _Arguments_:
!      MOLD        (Optional) shall be a pointer of any association
!                  status and of any type.
  
  _Return value_:
       A disassociated pointer.
--- 15906,15916 ----
       Transformational function
  
  _Syntax_:
!      `PTR => NULL([MOLD])'
  
  _Arguments_:
!      MOLD       (Optional) shall be a pointer of any
!                 association status and of any type.
  
  _Return value_:
       A disassociated pointer.
*************** _See also_:
*** 15756,15791 ****
  
  File: gfortran.info,  Node: NUM_IMAGES,  Next: OR,  Prev: NULL,  Up: Intrinsic Procedures
  
! 9.209 'NUM_IMAGES' -- Function that returns the number of images
  ================================================================
  
  _Description_:
       Returns the number of images.
  
  _Standard_:
!      Fortran 2008 and later.  With DISTANCE or FAILED argument,
       Technical Specification (TS) 18508 or later
  
  _Class_:
       Transformational function
  
  _Syntax_:
!      'RESULT = NUM_IMAGES(DISTANCE, FAILED)'
  
  _Arguments_:
!      DISTANCE    (optional, intent(in)) Nonnegative scalar
!                  integer
!      FAILED      (optional, intent(in)) Scalar logical expression
  
  _Return value_:
       Scalar default-kind integer.  If DISTANCE is not present or has
!      value 0, the number of images in the current team is returned.  For
       values smaller or equal distance to the initial team, it returns
       the number of images index on the ancestor team which has a
!      distance of DISTANCE from the invoking team.  If DISTANCE is larger
       than the distance to the initial team, the number of images of the
!      initial team is returned.  If FAILED is not present the total
!      number of images is returned; if it has the value '.TRUE.', the
       number of failed images is returned, otherwise, the number of
       images which do have not the failed status.
  
--- 15924,15960 ----
  
  File: gfortran.info,  Node: NUM_IMAGES,  Next: OR,  Prev: NULL,  Up: Intrinsic Procedures
  
! 9.209 `NUM_IMAGES' -- Function that returns the number of images
  ================================================================
  
  _Description_:
       Returns the number of images.
  
  _Standard_:
!      Fortran 2008 and later. With DISTANCE or FAILED argument,
       Technical Specification (TS) 18508 or later
  
  _Class_:
       Transformational function
  
  _Syntax_:
!      `RESULT = NUM_IMAGES(DISTANCE, FAILED)'
  
  _Arguments_:
!      DISTANCE   (optional, intent(in)) Nonnegative scalar
!                 integer
!      FAILED     (optional, intent(in)) Scalar logical
!                 expression
  
  _Return value_:
       Scalar default-kind integer.  If DISTANCE is not present or has
!      value 0, the number of images in the current team is returned. For
       values smaller or equal distance to the initial team, it returns
       the number of images index on the ancestor team which has a
!      distance of DISTANCE from the invoking team. If DISTANCE is larger
       than the distance to the initial team, the number of images of the
!      initial team is returned. If FAILED is not present the total
!      number of images is returned; if it has the value `.TRUE.', the
       number of failed images is returned, otherwise, the number of
       images which do have not the failed status.
  
*************** _See also_:
*** 15806,15816 ****
  
  File: gfortran.info,  Node: OR,  Next: PACK,  Prev: NUM_IMAGES,  Up: Intrinsic Procedures
  
! 9.210 'OR' -- Bitwise logical OR
  ================================
  
  _Description_:
!      Bitwise logical 'OR'.
  
       This intrinsic routine is provided for backwards compatibility with
       GNU Fortran 77.  For integer arguments, programmers should consider
--- 15975,15985 ----
  
  File: gfortran.info,  Node: OR,  Next: PACK,  Prev: NUM_IMAGES,  Up: Intrinsic Procedures
  
! 9.210 `OR' -- Bitwise logical OR
  ================================
  
  _Description_:
!      Bitwise logical `OR'.
  
       This intrinsic routine is provided for backwards compatibility with
       GNU Fortran 77.  For integer arguments, programmers should consider
*************** _Class_:
*** 15824,15841 ****
       Function
  
  _Syntax_:
!      'RESULT = OR(I, J)'
  
  _Arguments_:
!      I           The type shall be either a scalar 'INTEGER' type
!                  or a scalar 'LOGICAL' type.
!      J           The type shall be the same as the type of J.
  
  _Return value_:
!      The return type is either a scalar 'INTEGER' or a scalar 'LOGICAL'.
!      If the kind type parameters differ, then the smaller kind type is
!      implicitly converted to larger kind, and the return has the larger
!      kind.
  
  _Example_:
            PROGRAM test_or
--- 15993,16010 ----
       Function
  
  _Syntax_:
!      `RESULT = OR(I, J)'
  
  _Arguments_:
!      I          The type shall be either a scalar `INTEGER'
!                 type or a scalar `LOGICAL' type.
!      J          The type shall be the same as the type of J.
  
  _Return value_:
!      The return type is either a scalar `INTEGER' or a scalar
!      `LOGICAL'.  If the kind type parameters differ, then the smaller
!      kind type is implicitly converted to larger kind, and the return
!      has the larger kind.
  
  _Example_:
            PROGRAM test_or
*************** _See also_:
*** 15853,15866 ****
  
  File: gfortran.info,  Node: PACK,  Next: PARITY,  Prev: OR,  Up: Intrinsic Procedures
  
! 9.211 'PACK' -- Pack an array into an array of rank one
  =======================================================
  
  _Description_:
       Stores the elements of ARRAY in an array of rank one.
  
       The beginning of the resulting array is made up of elements whose
!      MASK equals 'TRUE'.  Afterwards, positions are filled with elements
       taken from VECTOR.
  
  _Standard_:
--- 16022,16035 ----
  
  File: gfortran.info,  Node: PACK,  Next: PARITY,  Prev: OR,  Up: Intrinsic Procedures
  
! 9.211 `PACK' -- Pack an array into an array of rank one
  =======================================================
  
  _Description_:
       Stores the elements of ARRAY in an array of rank one.
  
       The beginning of the resulting array is made up of elements whose
!      MASK equals `TRUE'. Afterwards, positions are filled with elements
       taken from VECTOR.
  
  _Standard_:
*************** _Class_:
*** 15870,15894 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = PACK(ARRAY, MASK[,VECTOR])'
  
  _Arguments_:
!      ARRAY       Shall be an array of any type.
!      MASK        Shall be an array of type 'LOGICAL' and of the
!                  same size as ARRAY.  Alternatively, it may be a
!                  'LOGICAL' scalar.
!      VECTOR      (Optional) shall be an array of the same type as
!                  ARRAY and of rank one.  If present, the number
!                  of elements in VECTOR shall be equal to or
!                  greater than the number of true elements in
!                  MASK.  If MASK is scalar, the number of elements
!                  in VECTOR shall be equal to or greater than the
!                  number of elements in ARRAY.
  
  _Return value_:
       The result is an array of rank one and the same type as that of
       ARRAY.  If VECTOR is present, the result size is that of VECTOR,
!      the number of 'TRUE' values in MASK otherwise.
  
  _Example_:
       Gathering nonzero elements from an array:
--- 16039,16063 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = PACK(ARRAY, MASK[,VECTOR])'
  
  _Arguments_:
!      ARRAY      Shall be an array of any type.
!      MASK       Shall be an array of type `LOGICAL' and of the
!                 same size as ARRAY. Alternatively, it may be a
!                 `LOGICAL' scalar.
!      VECTOR     (Optional) shall be an array of the same type
!                 as ARRAY and of rank one. If present, the
!                 number of elements in VECTOR shall be equal to
!                 or greater than the number of true elements in
!                 MASK. If MASK is scalar, the number of
!                 elements in VECTOR shall be equal to or
!                 greater than the number of elements in ARRAY.
  
  _Return value_:
       The result is an array of rank one and the same type as that of
       ARRAY.  If VECTOR is present, the result size is that of VECTOR,
!      the number of `TRUE' values in MASK otherwise.
  
  _Example_:
       Gathering nonzero elements from an array:
*************** _See also_:
*** 15912,15922 ****
  
  File: gfortran.info,  Node: PARITY,  Next: PERROR,  Prev: PACK,  Up: Intrinsic Procedures
  
! 9.212 'PARITY' -- Reduction with exclusive OR
  =============================================
  
  _Description_:
!      Calculates the parity, i.e.  the reduction using '.XOR.', of MASK
       along dimension DIM.
  
  _Standard_:
--- 16081,16091 ----
  
  File: gfortran.info,  Node: PARITY,  Next: PERROR,  Prev: PACK,  Up: Intrinsic Procedures
  
! 9.212 `PARITY' -- Reduction with exclusive OR
  =============================================
  
  _Description_:
!      Calculates the parity, i.e. the reduction using `.XOR.', of MASK
       along dimension DIM.
  
  _Standard_:
*************** _Class_:
*** 15926,15944 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = PARITY(MASK[, DIM])'
  
  _Arguments_:
!      LOGICAL     Shall be an array of type 'LOGICAL'
!      DIM         (Optional) shall be a scalar of type 'INTEGER'
!                  with a value in the range from 1 to n, where n
!                  equals the rank of MASK.
  
  _Return value_:
       The result is of the same type as MASK.
  
       If DIM is absent, a scalar with the parity of all elements in MASK
!      is returned, i.e.  true if an odd number of elements is '.true.'
       and false otherwise.  If DIM is present, an array of rank n-1,
       where n equals the rank of ARRAY, and a shape similar to that of
       MASK with dimension DIM dropped is returned.
--- 16095,16113 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = PARITY(MASK[, DIM])'
  
  _Arguments_:
!      LOGICAL    Shall be an array of type `LOGICAL'
!      DIM        (Optional) shall be a scalar of type `INTEGER'
!                 with a value in the range from 1 to n, where n
!                 equals the rank of MASK.
  
  _Return value_:
       The result is of the same type as MASK.
  
       If DIM is absent, a scalar with the parity of all elements in MASK
!      is returned, i.e. true if an odd number of elements is `.true.'
       and false otherwise.  If DIM is present, an array of rank n-1,
       where n equals the rank of ARRAY, and a shape similar to that of
       MASK with dimension DIM dropped is returned.
*************** _Example_:
*** 15952,15964 ****
  
  File: gfortran.info,  Node: PERROR,  Next: POPCNT,  Prev: PARITY,  Up: Intrinsic Procedures
  
! 9.213 'PERROR' -- Print system error message
  ============================================
  
  _Description_:
!      Prints (on the C 'stderr' stream) a newline-terminated error
!      message corresponding to the last system error.  This is prefixed
!      by STRING, a colon and a space.  See 'perror(3)'.
  
  _Standard_:
       GNU extension
--- 16121,16133 ----
  
  File: gfortran.info,  Node: PERROR,  Next: POPCNT,  Prev: PARITY,  Up: Intrinsic Procedures
  
! 9.213 `PERROR' -- Print system error message
  ============================================
  
  _Description_:
!      Prints (on the C `stderr' stream) a newline-terminated error
!      message corresponding to the last system error. This is prefixed by
!      STRING, a colon and a space. See `perror(3)'.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 15967,15977 ****
       Subroutine
  
  _Syntax_:
!      'CALL PERROR(STRING)'
  
  _Arguments_:
!      STRING      A scalar of type 'CHARACTER' and of the default
!                  kind.
  
  _See also_:
       *note IERRNO::
--- 16136,16146 ----
       Subroutine
  
  _Syntax_:
!      `CALL PERROR(STRING)'
  
  _Arguments_:
!      STRING     A scalar of type `CHARACTER' and of the
!                 default kind.
  
  _See also_:
       *note IERRNO::
*************** _See also_:
*** 15979,15990 ****
  
  File: gfortran.info,  Node: POPCNT,  Next: POPPAR,  Prev: PERROR,  Up: Intrinsic Procedures
  
! 9.214 'POPCNT' -- Number of bits set
  ====================================
  
  _Description_:
!      'POPCNT(I)' returns the number of bits set ('1' bits) in the binary
!      representation of 'I'.
  
  _Standard_:
       Fortran 2008 and later
--- 16148,16159 ----
  
  File: gfortran.info,  Node: POPCNT,  Next: POPPAR,  Prev: PERROR,  Up: Intrinsic Procedures
  
! 9.214 `POPCNT' -- Number of bits set
  ====================================
  
  _Description_:
!      `POPCNT(I)' returns the number of bits set ('1' bits) in the binary
!      representation of `I'.
  
  _Standard_:
       Fortran 2008 and later
*************** _Class_:
*** 15993,16005 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = POPCNT(I)'
  
  _Arguments_:
!      I           Shall be of type 'INTEGER'.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of the default integer
       kind.
  
  _See also_:
--- 16162,16174 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = POPCNT(I)'
  
  _Arguments_:
!      I          Shall be of type `INTEGER'.
  
  _Return value_:
!      The return value is of type `INTEGER' and of the default integer
       kind.
  
  _See also_:
*************** _Example_:
*** 16015,16027 ****
  
  File: gfortran.info,  Node: POPPAR,  Next: PRECISION,  Prev: POPCNT,  Up: Intrinsic Procedures
  
! 9.215 'POPPAR' -- Parity of the number of bits set
  ==================================================
  
  _Description_:
!      'POPPAR(I)' returns parity of the integer 'I', i.e.  the parity of
       the number of bits set ('1' bits) in the binary representation of
!      'I'.  It is equal to 0 if 'I' has an even number of bits set, and 1
       for an odd number of '1' bits.
  
  _Standard_:
--- 16184,16196 ----
  
  File: gfortran.info,  Node: POPPAR,  Next: PRECISION,  Prev: POPCNT,  Up: Intrinsic Procedures
  
! 9.215 `POPPAR' -- Parity of the number of bits set
  ==================================================
  
  _Description_:
!      `POPPAR(I)' returns parity of the integer `I', i.e. the parity of
       the number of bits set ('1' bits) in the binary representation of
!      `I'. It is equal to 0 if `I' has an even number of bits set, and 1
       for an odd number of '1' bits.
  
  _Standard_:
*************** _Class_:
*** 16031,16043 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = POPPAR(I)'
  
  _Arguments_:
!      I           Shall be of type 'INTEGER'.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of the default integer
       kind.
  
  _See also_:
--- 16200,16212 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = POPPAR(I)'
  
  _Arguments_:
!      I          Shall be of type `INTEGER'.
  
  _Return value_:
!      The return value is of type `INTEGER' and of the default integer
       kind.
  
  _See also_:
*************** _Example_:
*** 16053,16064 ****
  
  File: gfortran.info,  Node: PRECISION,  Next: PRESENT,  Prev: POPPAR,  Up: Intrinsic Procedures
  
! 9.216 'PRECISION' -- Decimal precision of a real kind
  =====================================================
  
  _Description_:
!      'PRECISION(X)' returns the decimal precision in the model of the
!      type of 'X'.
  
  _Standard_:
       Fortran 95 and later
--- 16222,16233 ----
  
  File: gfortran.info,  Node: PRECISION,  Next: PRESENT,  Prev: POPPAR,  Up: Intrinsic Procedures
  
! 9.216 `PRECISION' -- Decimal precision of a real kind
  =====================================================
  
  _Description_:
!      `PRECISION(X)' returns the decimal precision in the model of the
!      type of `X'.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 16067,16079 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = PRECISION(X)'
  
  _Arguments_:
!      X           Shall be of type 'REAL' or 'COMPLEX'.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of the default integer
       kind.
  
  _See also_:
--- 16236,16248 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = PRECISION(X)'
  
  _Arguments_:
!      X          Shall be of type `REAL' or `COMPLEX'.
  
  _Return value_:
!      The return value is of type `INTEGER' and of the default integer
       kind.
  
  _See also_:
*************** _Example_:
*** 16091,16097 ****
  
  File: gfortran.info,  Node: PRESENT,  Next: PRODUCT,  Prev: PRECISION,  Up: Intrinsic Procedures
  
! 9.217 'PRESENT' -- Determine whether an optional dummy argument is specified
  ============================================================================
  
  _Description_:
--- 16260,16266 ----
  
  File: gfortran.info,  Node: PRESENT,  Next: PRODUCT,  Prev: PRECISION,  Up: Intrinsic Procedures
  
! 9.217 `PRESENT' -- Determine whether an optional dummy argument is specified
  ============================================================================
  
  _Description_:
*************** _Class_:
*** 16104,16121 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = PRESENT(A)'
  
  _Arguments_:
!      A           May be of any type and may be a pointer, scalar
!                  or array value, or a dummy procedure.  It shall
!                  be the name of an optional dummy argument
!                  accessible within the current subroutine or
!                  function.
  
  _Return value_:
!      Returns either 'TRUE' if the optional argument A is present, or
!      'FALSE' otherwise.
  
  _Example_:
            PROGRAM test_present
--- 16273,16290 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = PRESENT(A)'
  
  _Arguments_:
!      A          May be of any type and may be a pointer,
!                 scalar or array value, or a dummy procedure.
!                 It shall be the name of an optional dummy
!                 argument accessible within the current
!                 subroutine or function.
  
  _Return value_:
!      Returns either `TRUE' if the optional argument A is present, or
!      `FALSE' otherwise.
  
  _Example_:
            PROGRAM test_present
*************** _Example_:
*** 16130,16141 ****
  
  File: gfortran.info,  Node: PRODUCT,  Next: RADIX,  Prev: PRESENT,  Up: Intrinsic Procedures
  
! 9.218 'PRODUCT' -- Product of array elements
  ============================================
  
  _Description_:
       Multiplies the elements of ARRAY along dimension DIM if the
!      corresponding element in MASK is 'TRUE'.
  
  _Standard_:
       Fortran 95 and later
--- 16299,16310 ----
  
  File: gfortran.info,  Node: PRODUCT,  Next: RADIX,  Prev: PRESENT,  Up: Intrinsic Procedures
  
! 9.218 `PRODUCT' -- Product of array elements
  ============================================
  
  _Description_:
       Multiplies the elements of ARRAY along dimension DIM if the
!      corresponding element in MASK is `TRUE'.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 16144,16167 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = PRODUCT(ARRAY[, MASK])'
!      'RESULT = PRODUCT(ARRAY, DIM[, MASK])'
  
  _Arguments_:
!      ARRAY       Shall be an array of type 'INTEGER', 'REAL' or
!                  'COMPLEX'.
!      DIM         (Optional) shall be a scalar of type 'INTEGER'
!                  with a value in the range from 1 to n, where n
!                  equals the rank of ARRAY.
!      MASK        (Optional) shall be of type 'LOGICAL' and either
!                  be a scalar or an array of the same shape as
!                  ARRAY.
  
  _Return value_:
       The result is of the same type as ARRAY.
  
       If DIM is absent, a scalar with the product of all elements in
!      ARRAY is returned.  Otherwise, an array of rank n-1, where n equals
       the rank of ARRAY, and a shape similar to that of ARRAY with
       dimension DIM dropped is returned.
  
--- 16313,16336 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = PRODUCT(ARRAY[, MASK])'
!      `RESULT = PRODUCT(ARRAY, DIM[, MASK])'
  
  _Arguments_:
!      ARRAY      Shall be an array of type `INTEGER', `REAL' or
!                 `COMPLEX'.
!      DIM        (Optional) shall be a scalar of type `INTEGER'
!                 with a value in the range from 1 to n, where n
!                 equals the rank of ARRAY.
!      MASK       (Optional) shall be of type `LOGICAL' and
!                 either be a scalar or an array of the same
!                 shape as ARRAY.
  
  _Return value_:
       The result is of the same type as ARRAY.
  
       If DIM is absent, a scalar with the product of all elements in
!      ARRAY is returned. Otherwise, an array of rank n-1, where n equals
       the rank of ARRAY, and a shape similar to that of ARRAY with
       dimension DIM dropped is returned.
  
*************** _See also_:
*** 16178,16188 ****
  
  File: gfortran.info,  Node: RADIX,  Next: RAN,  Prev: PRODUCT,  Up: Intrinsic Procedures
  
! 9.219 'RADIX' -- Base of a model number
  =======================================
  
  _Description_:
!      'RADIX(X)' returns the base of the model representing the entity X.
  
  _Standard_:
       Fortran 95 and later
--- 16347,16357 ----
  
  File: gfortran.info,  Node: RADIX,  Next: RAN,  Prev: PRODUCT,  Up: Intrinsic Procedures
  
! 9.219 `RADIX' -- Base of a model number
  =======================================
  
  _Description_:
!      `RADIX(X)' returns the base of the model representing the entity X.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 16191,16203 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = RADIX(X)'
  
  _Arguments_:
!      X           Shall be of type 'INTEGER' or 'REAL'
  
  _Return value_:
!      The return value is a scalar of type 'INTEGER' and of the default
       integer kind.
  
  _See also_:
--- 16360,16372 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = RADIX(X)'
  
  _Arguments_:
!      X          Shall be of type `INTEGER' or `REAL'
  
  _Return value_:
!      The return value is a scalar of type `INTEGER' and of the default
       integer kind.
  
  _See also_:
*************** _Example_:
*** 16209,16223 ****
              print *, "The radix for the default real kind is", radix(0.0)
            end program test_radix
  
  
  File: gfortran.info,  Node: RAN,  Next: RAND,  Prev: RADIX,  Up: Intrinsic Procedures
  
! 9.220 'RAN' -- Real pseudo-random number
  ========================================
  
  _Description_:
!      For compatibility with HP FORTRAN 77/iX, the 'RAN' intrinsic is
!      provided as an alias for 'RAND'.  See *note RAND:: for complete
       documentation.
  
  _Standard_:
--- 16378,16393 ----
              print *, "The radix for the default real kind is", radix(0.0)
            end program test_radix
  
+ 
  
  File: gfortran.info,  Node: RAN,  Next: RAND,  Prev: RADIX,  Up: Intrinsic Procedures
  
! 9.220 `RAN' -- Real pseudo-random number
  ========================================
  
  _Description_:
!      For compatibility with HP FORTRAN 77/iX, the `RAN' intrinsic is
!      provided as an alias for `RAND'.  See *note RAND:: for complete
       documentation.
  
  _Standard_:
*************** _See also_:
*** 16232,16251 ****
  
  File: gfortran.info,  Node: RAND,  Next: RANDOM_NUMBER,  Prev: RAN,  Up: Intrinsic Procedures
  
! 9.221 'RAND' -- Real pseudo-random number
  =========================================
  
  _Description_:
!      'RAND(FLAG)' returns a pseudo-random number from a uniform
!      distribution between 0 and 1.  If FLAG is 0, the next number in the
       current sequence is returned; if FLAG is 1, the generator is
!      restarted by 'CALL SRAND(0)'; if FLAG has any other value, it is
!      used as a new seed with 'SRAND'.
  
       This intrinsic routine is provided for backwards compatibility with
!      GNU Fortran 77.  It implements a simple modulo generator as
!      provided by 'g77'.  For new code, one should consider the use of
!      *note RANDOM_NUMBER:: as it implements a superior algorithm.
  
  _Standard_:
       GNU extension
--- 16402,16421 ----
  
  File: gfortran.info,  Node: RAND,  Next: RANDOM_NUMBER,  Prev: RAN,  Up: Intrinsic Procedures
  
! 9.221 `RAND' -- Real pseudo-random number
  =========================================
  
  _Description_:
!      `RAND(FLAG)' returns a pseudo-random number from a uniform
!      distribution between 0 and 1. If FLAG is 0, the next number in the
       current sequence is returned; if FLAG is 1, the generator is
!      restarted by `CALL SRAND(0)'; if FLAG has any other value, it is
!      used as a new seed with `SRAND'.
  
       This intrinsic routine is provided for backwards compatibility with
!      GNU Fortran 77. It implements a simple modulo generator as provided
!      by `g77'. For new code, one should consider the use of *note
!      RANDOM_NUMBER:: as it implements a superior algorithm.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 16254,16266 ****
       Function
  
  _Syntax_:
!      'RESULT = RAND(I)'
  
  _Arguments_:
!      I           Shall be a scalar 'INTEGER' of kind 4.
  
  _Return value_:
!      The return value is of 'REAL' type and the default kind.
  
  _Example_:
            program test_rand
--- 16424,16436 ----
       Function
  
  _Syntax_:
!      `RESULT = RAND(I)'
  
  _Arguments_:
!      I          Shall be a scalar `INTEGER' of kind 4.
  
  _Return value_:
!      The return value is of `REAL' type and the default kind.
  
  _Example_:
            program test_rand
*************** _Example_:
*** 16274,16298 ****
  _See also_:
       *note SRAND::, *note RANDOM_NUMBER::
  
  
  File: gfortran.info,  Node: RANDOM_NUMBER,  Next: RANDOM_SEED,  Prev: RAND,  Up: Intrinsic Procedures
  
! 9.222 'RANDOM_NUMBER' -- Pseudo-random number
  =============================================
  
  _Description_:
       Returns a single pseudorandom number or an array of pseudorandom
!      numbers from the uniform distribution over the range 0 \leq x < 1.
  
       The runtime-library implements the xorshift1024* random number
!      generator (RNG). This generator has a period of 2^{1024} - 1, and
!      when using multiple threads up to 2^{512} threads can each generate
!      2^{512} random numbers before any aliasing occurs.
  
!      Note that in a multi-threaded program (e.g.  using OpenMP
       directives), each thread will have its own random number state.
!      For details of the seeding procedure, see the documentation for the
!      'RANDOM_SEED' intrinsic.
  
  _Standard_:
       Fortran 95 and later
--- 16444,16469 ----
  _See also_:
       *note SRAND::, *note RANDOM_NUMBER::
  
+ 
  
  File: gfortran.info,  Node: RANDOM_NUMBER,  Next: RANDOM_SEED,  Prev: RAND,  Up: Intrinsic Procedures
  
! 9.222 `RANDOM_NUMBER' -- Pseudo-random number
  =============================================
  
  _Description_:
       Returns a single pseudorandom number or an array of pseudorandom
!      numbers from the uniform distribution over the range  0 \leq x < 1.
  
       The runtime-library implements the xorshift1024* random number
!      generator (RNG). This generator has a period of 2^1024 - 1, and
!      when using multiple threads up to 2^512 threads can each generate
!      2^512 random numbers before any aliasing occurs.
  
!      Note that in a multi-threaded program (e.g. using OpenMP
       directives), each thread will have its own random number state.
!      For details of the seeding procedure, see the documentation for
!      the `RANDOM_SEED' intrinsic.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 16301,16310 ****
       Subroutine
  
  _Syntax_:
!      'RANDOM_NUMBER(HARVEST)'
  
  _Arguments_:
!      HARVEST     Shall be a scalar or an array of type 'REAL'.
  
  _Example_:
            program test_random_number
--- 16472,16481 ----
       Subroutine
  
  _Syntax_:
!      `RANDOM_NUMBER(HARVEST)'
  
  _Arguments_:
!      HARVEST    Shall be a scalar or an array of type `REAL'.
  
  _Example_:
            program test_random_number
*************** _See also_:
*** 16318,16344 ****
  
  File: gfortran.info,  Node: RANDOM_SEED,  Next: RANGE,  Prev: RANDOM_NUMBER,  Up: Intrinsic Procedures
  
! 9.223 'RANDOM_SEED' -- Initialize a pseudo-random number sequence
  =================================================================
  
  _Description_:
       Restarts or queries the state of the pseudorandom number generator
!      used by 'RANDOM_NUMBER'.
  
!      If 'RANDOM_SEED' is called without arguments, it is seeded with
       random data retrieved from the operating system.
  
       As an extension to the Fortran standard, the GFortran
!      'RANDOM_NUMBER' supports multiple threads.  Each thread in a
!      multi-threaded program has its own seed.  When 'RANDOM_SEED' is
!      called either without arguments or with the PUT argument, the given
!      seed is copied into a master seed as well as the seed of the
!      current thread.  When a new thread uses 'RANDOM_NUMBER' for the
       first time, the seed is copied from the master seed, and forwarded
!      N * 2^{512} steps to guarantee that the random stream does not
!      alias any other stream in the system, where N is the number of
!      threads that have used 'RANDOM_NUMBER' so far during the program
!      execution.
  
  _Standard_:
       Fortran 95 and later
--- 16489,16514 ----
  
  File: gfortran.info,  Node: RANDOM_SEED,  Next: RANGE,  Prev: RANDOM_NUMBER,  Up: Intrinsic Procedures
  
! 9.223 `RANDOM_SEED' -- Initialize a pseudo-random number sequence
  =================================================================
  
  _Description_:
       Restarts or queries the state of the pseudorandom number generator
!      used by `RANDOM_NUMBER'.
  
!      If `RANDOM_SEED' is called without arguments, it is seeded with
       random data retrieved from the operating system.
  
       As an extension to the Fortran standard, the GFortran
!      `RANDOM_NUMBER' supports multiple threads. Each thread in a
!      multi-threaded program has its own seed.  When `RANDOM_SEED' is
!      called either without arguments or with the PUT argument, the
!      given seed is copied into a master seed as well as the seed of the
!      current thread. When a new thread uses `RANDOM_NUMBER' for the
       first time, the seed is copied from the master seed, and forwarded
!      N * 2^512 steps to guarantee that the random stream does not alias
!      any other stream in the system, where N is the number of threads
!      that have used `RANDOM_NUMBER' so far during the program execution.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 16347,16369 ****
       Subroutine
  
  _Syntax_:
!      'CALL RANDOM_SEED([SIZE, PUT, GET])'
  
  _Arguments_:
!      SIZE        (Optional) Shall be a scalar and of type default
!                  'INTEGER', with 'INTENT(OUT)'.  It specifies the
!                  minimum size of the arrays used with the PUT and
!                  GET arguments.
!      PUT         (Optional) Shall be an array of type default
!                  'INTEGER' and rank one.  It is 'INTENT(IN)' and
!                  the size of the array must be larger than or
!                  equal to the number returned by the SIZE
!                  argument.
!      GET         (Optional) Shall be an array of type default
!                  'INTEGER' and rank one.  It is 'INTENT(OUT)' and
!                  the size of the array must be larger than or
!                  equal to the number returned by the SIZE
!                  argument.
  
  _Example_:
            program test_random_seed
--- 16517,16539 ----
       Subroutine
  
  _Syntax_:
!      `CALL RANDOM_SEED([SIZE, PUT, GET])'
  
  _Arguments_:
!      SIZE       (Optional) Shall be a scalar and of type
!                 default `INTEGER', with `INTENT(OUT)'. It
!                 specifies the minimum size of the arrays used
!                 with the PUT and GET arguments.
!      PUT        (Optional) Shall be an array of type default
!                 `INTEGER' and rank one. It is `INTENT(IN)' and
!                 the size of the array must be larger than or
!                 equal to the number returned by the SIZE
!                 argument.
!      GET        (Optional) Shall be an array of type default
!                 `INTEGER' and rank one. It is `INTENT(OUT)'
!                 and the size of the array must be larger than
!                 or equal to the number returned by the SIZE
!                 argument.
  
  _Example_:
            program test_random_seed
*************** _See also_:
*** 16383,16394 ****
  
  File: gfortran.info,  Node: RANGE,  Next: RANK,  Prev: RANDOM_SEED,  Up: Intrinsic Procedures
  
! 9.224 'RANGE' -- Decimal exponent range
  =======================================
  
  _Description_:
!      'RANGE(X)' returns the decimal exponent range in the model of the
!      type of 'X'.
  
  _Standard_:
       Fortran 95 and later
--- 16553,16564 ----
  
  File: gfortran.info,  Node: RANGE,  Next: RANK,  Prev: RANDOM_SEED,  Up: Intrinsic Procedures
  
! 9.224 `RANGE' -- Decimal exponent range
  =======================================
  
  _Description_:
!      `RANGE(X)' returns the decimal exponent range in the model of the
!      type of `X'.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 16397,16425 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = RANGE(X)'
  
  _Arguments_:
!      X           Shall be of type 'INTEGER', 'REAL' or 'COMPLEX'.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of the default integer
       kind.
  
  _See also_:
       *note SELECTED_REAL_KIND::, *note PRECISION::
  
  _Example_:
!      See 'PRECISION' for an example.
  
  
  File: gfortran.info,  Node: RANK,  Next: REAL,  Prev: RANGE,  Up: Intrinsic Procedures
  
! 9.225 'RANK' -- Rank of a data object
  =====================================
  
  _Description_:
!      'RANK(A)' returns the rank of a scalar or array data object.
  
  _Standard_:
       Technical Specification (TS) 29113
--- 16567,16596 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = RANGE(X)'
  
  _Arguments_:
!      X          Shall be of type `INTEGER', `REAL' or
!                 `COMPLEX'.
  
  _Return value_:
!      The return value is of type `INTEGER' and of the default integer
       kind.
  
  _See also_:
       *note SELECTED_REAL_KIND::, *note PRECISION::
  
  _Example_:
!      See `PRECISION' for an example.
  
  
  File: gfortran.info,  Node: RANK,  Next: REAL,  Prev: RANGE,  Up: Intrinsic Procedures
  
! 9.225 `RANK' -- Rank of a data object
  =====================================
  
  _Description_:
!      `RANK(A)' returns the rank of a scalar or array data object.
  
  _Standard_:
       Technical Specification (TS) 29113
*************** _Class_:
*** 16428,16441 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = RANK(A)'
  
  _Arguments_:
!      A           can be of any type
  
  _Return value_:
!      The return value is of type 'INTEGER' and of the default integer
!      kind.  For arrays, their rank is returned; for scalars zero is
       returned.
  
  _Example_:
--- 16599,16612 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = RANK(A)'
  
  _Arguments_:
!      A          can be of any type
  
  _Return value_:
!      The return value is of type `INTEGER' and of the default integer
!      kind. For arrays, their rank is returned; for scalars zero is
       returned.
  
  _Example_:
*************** _Example_:
*** 16446,16460 ****
              print *, rank(a), rank(b) ! Prints:  0  2
            end program test_rank
  
  
  File: gfortran.info,  Node: REAL,  Next: RENAME,  Prev: RANK,  Up: Intrinsic Procedures
  
! 9.226 'REAL' -- Convert to real type
  ====================================
  
  _Description_:
!      'REAL(A [, KIND])' converts its argument A to a real type.  The
!      'REALPART' function is provided for compatibility with 'g77', and
       its use is strongly discouraged.
  
  _Standard_:
--- 16617,16632 ----
              print *, rank(a), rank(b) ! Prints:  0  2
            end program test_rank
  
+ 
  
  File: gfortran.info,  Node: REAL,  Next: RENAME,  Prev: RANK,  Up: Intrinsic Procedures
  
! 9.226 `REAL' -- Convert to real type
  ====================================
  
  _Description_:
!      `REAL(A [, KIND])' converts its argument A to a real type.  The
!      `REALPART' function is provided for compatibility with `g77', and
       its use is strongly discouraged.
  
  _Standard_:
*************** _Class_:
*** 16464,16490 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = REAL(A [, KIND])'
!      'RESULT = REALPART(Z)'
  
  _Arguments_:
!      A           Shall be 'INTEGER', 'REAL', or 'COMPLEX'.
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      These functions return a 'REAL' variable or array under the
       following rules:
  
!      (A)
!           'REAL(A)' is converted to a default real type if A is an
            integer or real variable.
!      (B)
!           'REAL(A)' is converted to a real type with the kind type
            parameter of A if A is a complex variable.
!      (C)
!           'REAL(A, KIND)' is converted to a real type with kind type
            parameter KIND if A is a complex, integer, or real variable.
  
  _Example_:
--- 16636,16664 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = REAL(A [, KIND])'
!      `RESULT = REALPART(Z)'
  
  _Arguments_:
!      A          Shall be `INTEGER', `REAL', or `COMPLEX'.
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      These functions return a `REAL' variable or array under the
       following rules:
  
!     (A)
!           `REAL(A)' is converted to a default real type if A is an
            integer or real variable.
! 
!     (B)
!           `REAL(A)' is converted to a real type with the kind type
            parameter of A if A is a complex variable.
! 
!     (C)
!           `REAL(A, KIND)' is converted to a real type with kind type
            parameter KIND if A is a complex, integer, or real variable.
  
  _Example_:
*************** _Example_:
*** 16494,16524 ****
            end program test_real
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'FLOAT(A)'     'INTEGER(4)'   'REAL(4)'      Fortran 77 and
!                                                   later
!      'DFLOAT(A)'    'INTEGER(4)'   'REAL(8)'      GNU extension
!      'FLOATI(A)'    'INTEGER(2)'   'REAL(4)'      GNU extension
!      'FLOATJ(A)'    'INTEGER(4)'   'REAL(4)'      GNU extension
!      'FLOATK(A)'    'INTEGER(8)'   'REAL(4)'      GNU extension
!      'SNGL(A)'      'INTEGER(8)'   'REAL(4)'      Fortran 77 and
!                                                   later
  
  _See also_:
       *note DBLE::
  
  
  File: gfortran.info,  Node: RENAME,  Next: REPEAT,  Prev: REAL,  Up: Intrinsic Procedures
  
! 9.227 'RENAME' -- Rename a file
  ===============================
  
  _Description_:
!      Renames a file from file PATH1 to PATH2.  A null character
!      ('CHAR(0)') can be used to mark the end of the names in PATH1 and
       PATH2; otherwise, trailing blanks in the file names are ignored.
       If the STATUS argument is supplied, it contains 0 on success or a
!      nonzero error code upon return; see 'rename(2)'.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
--- 16668,16699 ----
            end program test_real
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `FLOAT(A)'    `INTEGER(4)'  `REAL(4)'     Fortran 77 and
!                                                later
!      `DFLOAT(A)'   `INTEGER(4)'  `REAL(8)'     GNU extension
!      `FLOATI(A)'   `INTEGER(2)'  `REAL(4)'     GNU extension
!      `FLOATJ(A)'   `INTEGER(4)'  `REAL(4)'     GNU extension
!      `FLOATK(A)'   `INTEGER(8)'  `REAL(4)'     GNU extension
!      `SNGL(A)'     `INTEGER(8)'  `REAL(4)'     Fortran 77 and
!                                                later
  
  _See also_:
       *note DBLE::
  
+ 
  
  File: gfortran.info,  Node: RENAME,  Next: REPEAT,  Prev: REAL,  Up: Intrinsic Procedures
  
! 9.227 `RENAME' -- Rename a file
  ===============================
  
  _Description_:
!      Renames a file from file PATH1 to PATH2. A null character
!      (`CHAR(0)') can be used to mark the end of the names in PATH1 and
       PATH2; otherwise, trailing blanks in the file names are ignored.
       If the STATUS argument is supplied, it contains 0 on success or a
!      nonzero error code upon return; see `rename(2)'.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
*************** _Class_:
*** 16530,16550 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL RENAME(PATH1, PATH2 [, STATUS])'
!      'STATUS = RENAME(PATH1, PATH2)'
  
  _Arguments_:
!      PATH1       Shall be of default 'CHARACTER' type.
!      PATH2       Shall be of default 'CHARACTER' type.
!      STATUS      (Optional) Shall be of default 'INTEGER' type.
  
  _See also_:
       *note LINK::
  
  
  File: gfortran.info,  Node: REPEAT,  Next: RESHAPE,  Prev: RENAME,  Up: Intrinsic Procedures
  
! 9.228 'REPEAT' -- Repeated string concatenation
  ===============================================
  
  _Description_:
--- 16705,16726 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL RENAME(PATH1, PATH2 [, STATUS])'
!      `STATUS = RENAME(PATH1, PATH2)'
  
  _Arguments_:
!      PATH1      Shall be of default `CHARACTER' type.
!      PATH2      Shall be of default `CHARACTER' type.
!      STATUS     (Optional) Shall be of default `INTEGER' type.
  
  _See also_:
       *note LINK::
  
+ 
  
  File: gfortran.info,  Node: REPEAT,  Next: RESHAPE,  Prev: RENAME,  Up: Intrinsic Procedures
  
! 9.228 `REPEAT' -- Repeated string concatenation
  ===============================================
  
  _Description_:
*************** _Class_:
*** 16557,16570 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = REPEAT(STRING, NCOPIES)'
  
  _Arguments_:
!      STRING      Shall be scalar and of type 'CHARACTER'.
!      NCOPIES     Shall be scalar and of type 'INTEGER'.
  
  _Return value_:
!      A new scalar of type 'CHARACTER' built up from NCOPIES copies of
       STRING.
  
  _Example_:
--- 16733,16746 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = REPEAT(STRING, NCOPIES)'
  
  _Arguments_:
!      STRING     Shall be scalar and of type `CHARACTER'.
!      NCOPIES    Shall be scalar and of type `INTEGER'.
  
  _Return value_:
!      A new scalar of type `CHARACTER' built up from NCOPIES copies of
       STRING.
  
  _Example_:
*************** _Example_:
*** 16575,16585 ****
  
  File: gfortran.info,  Node: RESHAPE,  Next: RRSPACING,  Prev: REPEAT,  Up: Intrinsic Procedures
  
! 9.229 'RESHAPE' -- Function to reshape an array
  ===============================================
  
  _Description_:
!      Reshapes SOURCE to correspond to SHAPE.  If necessary, the new
       array may be padded with elements from PAD or permuted as defined
       by ORDER.
  
--- 16751,16761 ----
  
  File: gfortran.info,  Node: RESHAPE,  Next: RRSPACING,  Prev: REPEAT,  Up: Intrinsic Procedures
  
! 9.229 `RESHAPE' -- Function to reshape an array
  ===============================================
  
  _Description_:
!      Reshapes SOURCE to correspond to SHAPE. If necessary, the new
       array may be padded with elements from PAD or permuted as defined
       by ORDER.
  
*************** _Class_:
*** 16590,16608 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = RESHAPE(SOURCE, SHAPE[, PAD, ORDER])'
  
  _Arguments_:
!      SOURCE      Shall be an array of any type.
!      SHAPE       Shall be of type 'INTEGER' and an array of rank
!                  one.  Its values must be positive or zero.
!      PAD         (Optional) shall be an array of the same type as
!                  SOURCE.
!      ORDER       (Optional) shall be of type 'INTEGER' and an
!                  array of the same shape as SHAPE.  Its values
!                  shall be a permutation of the numbers from 1 to
!                  n, where n is the size of SHAPE.  If ORDER is
!                  absent, the natural ordering shall be assumed.
  
  _Return value_:
       The result is an array of shape SHAPE with the same type as SOURCE.
--- 16766,16785 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = RESHAPE(SOURCE, SHAPE[, PAD, ORDER])'
  
  _Arguments_:
!      SOURCE     Shall be an array of any type.
!      SHAPE      Shall be of type `INTEGER' and an array of
!                 rank one. Its values must be positive or zero.
!      PAD        (Optional) shall be an array of the same type
!                 as SOURCE.
!      ORDER      (Optional) shall be of type `INTEGER' and an
!                 array of the same shape as SHAPE. Its values
!                 shall be a permutation of the numbers from 1
!                 to n, where n is the size of SHAPE. If ORDER
!                 is absent, the natural ordering shall be
!                 assumed.
  
  _Return value_:
       The result is an array of shape SHAPE with the same type as SOURCE.
*************** _See also_:
*** 16620,16630 ****
  
  File: gfortran.info,  Node: RRSPACING,  Next: RSHIFT,  Prev: RESHAPE,  Up: Intrinsic Procedures
  
! 9.230 'RRSPACING' -- Reciprocal of the relative spacing
  =======================================================
  
  _Description_:
!      'RRSPACING(X)' returns the reciprocal of the relative spacing of
       model numbers near X.
  
  _Standard_:
--- 16797,16807 ----
  
  File: gfortran.info,  Node: RRSPACING,  Next: RSHIFT,  Prev: RESHAPE,  Up: Intrinsic Procedures
  
! 9.230 `RRSPACING' -- Reciprocal of the relative spacing
  =======================================================
  
  _Description_:
!      `RRSPACING(X)' returns the  reciprocal of the relative spacing of
       model numbers near X.
  
  _Standard_:
*************** _Class_:
*** 16634,16647 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = RRSPACING(X)'
  
  _Arguments_:
!      X           Shall be of type 'REAL'.
  
  _Return value_:
       The return value is of the same type and kind as X.  The value
!      returned is equal to 'ABS(FRACTION(X)) *
       FLOAT(RADIX(X))**DIGITS(X)'.
  
  _See also_:
--- 16811,16824 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = RRSPACING(X)'
  
  _Arguments_:
!      X          Shall be of type `REAL'.
  
  _Return value_:
       The return value is of the same type and kind as X.  The value
!      returned is equal to `ABS(FRACTION(X)) *
       FLOAT(RADIX(X))**DIGITS(X)'.
  
  _See also_:
*************** _See also_:
*** 16650,16667 ****
  
  File: gfortran.info,  Node: RSHIFT,  Next: SAME_TYPE_AS,  Prev: RRSPACING,  Up: Intrinsic Procedures
  
! 9.231 'RSHIFT' -- Right shift bits
  ==================================
  
  _Description_:
!      'RSHIFT' returns a value corresponding to I with all of the bits
       shifted right by SHIFT places.  If the absolute value of SHIFT is
!      greater than 'BIT_SIZE(I)', the value is undefined.  Bits shifted
!      out from the right end are lost.  The fill is arithmetic: the bits
       shifted in from the left end are equal to the leftmost bit, which
       in two's complement representation is the sign bit.
  
!      This function has been superseded by the 'SHIFTA' intrinsic, which
       is standard in Fortran 2008 and later.
  
  _Standard_:
--- 16827,16844 ----
  
  File: gfortran.info,  Node: RSHIFT,  Next: SAME_TYPE_AS,  Prev: RRSPACING,  Up: Intrinsic Procedures
  
! 9.231 `RSHIFT' -- Right shift bits
  ==================================
  
  _Description_:
!      `RSHIFT' returns a value corresponding to I with all of the bits
       shifted right by SHIFT places.  If the absolute value of SHIFT is
!      greater than `BIT_SIZE(I)', the value is undefined.  Bits shifted
!      out from the right end are lost. The fill is arithmetic: the bits
       shifted in from the left end are equal to the leftmost bit, which
       in two's complement representation is the sign bit.
  
!      This function has been superseded by the `SHIFTA' intrinsic, which
       is standard in Fortran 2008 and later.
  
  _Standard_:
*************** _Class_:
*** 16671,16694 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = RSHIFT(I, SHIFT)'
  
  _Arguments_:
!      I           The type shall be 'INTEGER'.
!      SHIFT       The type shall be 'INTEGER'.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of the same kind as I.
  
  _See also_:
       *note ISHFT::, *note ISHFTC::, *note LSHIFT::, *note SHIFTA::,
       *note SHIFTR::, *note SHIFTL::
  
  
  File: gfortran.info,  Node: SAME_TYPE_AS,  Next: SCALE,  Prev: RSHIFT,  Up: Intrinsic Procedures
  
! 9.232 'SAME_TYPE_AS' -- Query dynamic types for equality
! ========================================================
  
  _Description_:
       Query dynamic types for equality.
--- 16848,16872 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = RSHIFT(I, SHIFT)'
  
  _Arguments_:
!      I          The type shall be `INTEGER'.
!      SHIFT      The type shall be `INTEGER'.
  
  _Return value_:
!      The return value is of type `INTEGER' and of the same kind as I.
  
  _See also_:
       *note ISHFT::, *note ISHFTC::, *note LSHIFT::, *note SHIFTA::,
       *note SHIFTR::, *note SHIFTL::
  
+ 
  
  File: gfortran.info,  Node: SAME_TYPE_AS,  Next: SCALE,  Prev: RSHIFT,  Up: Intrinsic Procedures
  
! 9.232 `SAME_TYPE_AS' --  Query dynamic types for equality
! =========================================================
  
  _Description_:
       Query dynamic types for equality.
*************** _Class_:
*** 16700,16729 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = SAME_TYPE_AS(A, B)'
  
  _Arguments_:
!      A           Shall be an object of extensible declared type
!                  or unlimited polymorphic.
!      B           Shall be an object of extensible declared type
!                  or unlimited polymorphic.
  
  _Return value_:
!      The return value is a scalar of type default logical.  It is true
       if and only if the dynamic type of A is the same as the dynamic
       type of B.
  
  _See also_:
       *note EXTENDS_TYPE_OF::
  
  
  File: gfortran.info,  Node: SCALE,  Next: SCAN,  Prev: SAME_TYPE_AS,  Up: Intrinsic Procedures
  
! 9.233 'SCALE' -- Scale a real value
  ===================================
  
  _Description_:
!      'SCALE(X,I)' returns 'X * RADIX(X)**I'.
  
  _Standard_:
       Fortran 95 and later
--- 16878,16908 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = SAME_TYPE_AS(A, B)'
  
  _Arguments_:
!      A          Shall be an object of extensible declared type
!                 or unlimited polymorphic.
!      B          Shall be an object of extensible declared type
!                 or unlimited polymorphic.
  
  _Return value_:
!      The return value is a scalar of type default logical. It is true
       if and only if the dynamic type of A is the same as the dynamic
       type of B.
  
  _See also_:
       *note EXTENDS_TYPE_OF::
  
+ 
  
  File: gfortran.info,  Node: SCALE,  Next: SCAN,  Prev: SAME_TYPE_AS,  Up: Intrinsic Procedures
  
! 9.233 `SCALE' -- Scale a real value
  ===================================
  
  _Description_:
!      `SCALE(X,I)' returns `X * RADIX(X)**I'.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 16732,16746 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = SCALE(X, I)'
  
  _Arguments_:
!      X           The type of the argument shall be a 'REAL'.
!      I           The type of the argument shall be a 'INTEGER'.
  
  _Return value_:
       The return value is of the same type and kind as X.  Its value is
!      'X * RADIX(X)**I'.
  
  _Example_:
            program test_scale
--- 16911,16925 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = SCALE(X, I)'
  
  _Arguments_:
!      X          The type of the argument shall be a `REAL'.
!      I          The type of the argument shall be a `INTEGER'.
  
  _Return value_:
       The return value is of the same type and kind as X.  Its value is
!      `X * RADIX(X)**I'.
  
  _Example_:
            program test_scale
*************** _Example_:
*** 16749,16766 ****
              print *, scale(x,i), x*radix(x)**i
            end program test_scale
  
  
  File: gfortran.info,  Node: SCAN,  Next: SECNDS,  Prev: SCALE,  Up: Intrinsic Procedures
  
! 9.234 'SCAN' -- Scan a string for the presence of a set of characters
  =====================================================================
  
  _Description_:
       Scans a STRING for any of the characters in a SET of characters.
  
!      If BACK is either absent or equals 'FALSE', this function returns
       the position of the leftmost character of STRING that is in SET.
!      If BACK equals 'TRUE', the rightmost position is returned.  If no
       character of SET is found in STRING, the result is zero.
  
  _Standard_:
--- 16928,16946 ----
              print *, scale(x,i), x*radix(x)**i
            end program test_scale
  
+ 
  
  File: gfortran.info,  Node: SCAN,  Next: SECNDS,  Prev: SCALE,  Up: Intrinsic Procedures
  
! 9.234 `SCAN' -- Scan a string for the presence of a set of characters
  =====================================================================
  
  _Description_:
       Scans a STRING for any of the characters in a SET of characters.
  
!      If BACK is either absent or equals `FALSE', this function returns
       the position of the leftmost character of STRING that is in SET.
!      If BACK equals `TRUE', the rightmost position is returned. If no
       character of SET is found in STRING, the result is zero.
  
  _Standard_:
*************** _Class_:
*** 16770,16787 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = SCAN(STRING, SET[, BACK [, KIND]])'
  
  _Arguments_:
!      STRING      Shall be of type 'CHARACTER'.
!      SET         Shall be of type 'CHARACTER'.
!      BACK        (Optional) shall be of type 'LOGICAL'.
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of kind KIND.  If KIND is
       absent, the return value is of default integer kind.
  
  _Example_:
--- 16950,16967 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = SCAN(STRING, SET[, BACK [, KIND]])'
  
  _Arguments_:
!      STRING     Shall be of type `CHARACTER'.
!      SET        Shall be of type `CHARACTER'.
!      BACK       (Optional) shall be of type `LOGICAL'.
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      The return value is of type `INTEGER' and of kind KIND. If KIND is
       absent, the return value is of default integer kind.
  
  _Example_:
*************** _See also_:
*** 16797,16809 ****
  
  File: gfortran.info,  Node: SECNDS,  Next: SECOND,  Prev: SCAN,  Up: Intrinsic Procedures
  
! 9.235 'SECNDS' -- Time function
  ===============================
  
  _Description_:
!      'SECNDS(X)' gets the time in seconds from the real-time system
!      clock.  X is a reference time, also in seconds.  If this is zero,
!      the time in seconds from midnight is returned.  This function is
       non-standard and its use is discouraged.
  
  _Standard_:
--- 16977,16989 ----
  
  File: gfortran.info,  Node: SECNDS,  Next: SECOND,  Prev: SCAN,  Up: Intrinsic Procedures
  
! 9.235 `SECNDS' -- Time function
  ===============================
  
  _Description_:
!      `SECNDS(X)' gets the time in seconds from the real-time system
!      clock.  X is a reference time, also in seconds. If this is zero,
!      the time in seconds from midnight is returned. This function is
       non-standard and its use is discouraged.
  
  _Standard_:
*************** _Class_:
*** 16813,16823 ****
       Function
  
  _Syntax_:
!      'RESULT = SECNDS (X)'
  
  _Arguments_:
!      T           Shall be of type 'REAL(4)'.
!      X           Shall be of type 'REAL(4)'.
  
  _Return value_:
       None
--- 16993,17003 ----
       Function
  
  _Syntax_:
!      `RESULT = SECNDS (X)'
  
  _Arguments_:
!      T          Shall be of type `REAL(4)'.
!      X          Shall be of type `REAL(4)'.
  
  _Return value_:
       None
*************** _Example_:
*** 16837,16849 ****
  
  File: gfortran.info,  Node: SECOND,  Next: SELECTED_CHAR_KIND,  Prev: SECNDS,  Up: Intrinsic Procedures
  
! 9.236 'SECOND' -- CPU time function
  ===================================
  
  _Description_:
!      Returns a 'REAL(4)' value representing the elapsed CPU time in
       seconds.  This provides the same functionality as the standard
!      'CPU_TIME' intrinsic, and is only included for backwards
       compatibility.
  
       This intrinsic is provided in both subroutine and function forms;
--- 17017,17029 ----
  
  File: gfortran.info,  Node: SECOND,  Next: SELECTED_CHAR_KIND,  Prev: SECNDS,  Up: Intrinsic Procedures
  
! 9.236 `SECOND' -- CPU time function
  ===================================
  
  _Description_:
!      Returns a `REAL(4)' value representing the elapsed CPU time in
       seconds.  This provides the same functionality as the standard
!      `CPU_TIME' intrinsic, and is only included for backwards
       compatibility.
  
       This intrinsic is provided in both subroutine and function forms;
*************** _Class_:
*** 16856,16866 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL SECOND(TIME)'
!      'TIME = SECOND()'
  
  _Arguments_:
!      TIME        Shall be of type 'REAL(4)'.
  
  _Return value_:
       In either syntax, TIME is set to the process's current runtime in
--- 17036,17046 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL SECOND(TIME)'
!      `TIME = SECOND()'
  
  _Arguments_:
!      TIME       Shall be of type `REAL(4)'.
  
  _Return value_:
       In either syntax, TIME is set to the process's current runtime in
*************** _Return value_:
*** 16869,16885 ****
  _See also_:
       *note CPU_TIME::
  
  
  File: gfortran.info,  Node: SELECTED_CHAR_KIND,  Next: SELECTED_INT_KIND,  Prev: SECOND,  Up: Intrinsic Procedures
  
! 9.237 'SELECTED_CHAR_KIND' -- Choose character kind
  ===================================================
  
  _Description_:
! 
!      'SELECTED_CHAR_KIND(NAME)' returns the kind value for the character
       set named NAME, if a character set with such a name is supported,
!      or -1 otherwise.  Currently, supported character sets include
       "ASCII" and "DEFAULT", which are equivalent, and "ISO_10646"
       (Universal Character Set, UCS-4) which is commonly known as
       Unicode.
--- 17049,17065 ----
  _See also_:
       *note CPU_TIME::
  
+ 
  
  File: gfortran.info,  Node: SELECTED_CHAR_KIND,  Next: SELECTED_INT_KIND,  Prev: SECOND,  Up: Intrinsic Procedures
  
! 9.237 `SELECTED_CHAR_KIND' -- Choose character kind
  ===================================================
  
  _Description_:
!      `SELECTED_CHAR_KIND(NAME)' returns the kind value for the character
       set named NAME, if a character set with such a name is supported,
!      or -1 otherwise. Currently, supported character sets include
       "ASCII" and "DEFAULT", which are equivalent, and "ISO_10646"
       (Universal Character Set, UCS-4) which is commonly known as
       Unicode.
*************** _Class_:
*** 16891,16901 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = SELECTED_CHAR_KIND(NAME)'
  
  _Arguments_:
!      NAME        Shall be a scalar and of the default character
!                  type.
  
  _Example_:
            program character_kind
--- 17071,17081 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = SELECTED_CHAR_KIND(NAME)'
  
  _Arguments_:
!      NAME       Shall be a scalar and of the default character
!                 type.
  
  _Example_:
            program character_kind
*************** _Example_:
*** 16921,16934 ****
  
  File: gfortran.info,  Node: SELECTED_INT_KIND,  Next: SELECTED_REAL_KIND,  Prev: SELECTED_CHAR_KIND,  Up: Intrinsic Procedures
  
! 9.238 'SELECTED_INT_KIND' -- Choose integer kind
  ================================================
  
  _Description_:
!      'SELECTED_INT_KIND(R)' return the kind value of the smallest
       integer type that can represent all values ranging from -10^R
!      (exclusive) to 10^R (exclusive).  If there is no integer kind that
!      accommodates this range, 'SELECTED_INT_KIND' returns -1.
  
  _Standard_:
       Fortran 95 and later
--- 17101,17114 ----
  
  File: gfortran.info,  Node: SELECTED_INT_KIND,  Next: SELECTED_REAL_KIND,  Prev: SELECTED_CHAR_KIND,  Up: Intrinsic Procedures
  
! 9.238 `SELECTED_INT_KIND' -- Choose integer kind
  ================================================
  
  _Description_:
!      `SELECTED_INT_KIND(R)' return the kind value of the smallest
       integer type that can represent all values ranging from -10^R
!      (exclusive) to 10^R (exclusive). If there is no integer kind that
!      accommodates this range, `SELECTED_INT_KIND' returns -1.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 16937,16946 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = SELECTED_INT_KIND(R)'
  
  _Arguments_:
!      R           Shall be a scalar and of type 'INTEGER'.
  
  _Example_:
            program large_integers
--- 17117,17126 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = SELECTED_INT_KIND(R)'
  
  _Arguments_:
!      R          Shall be a scalar and of type `INTEGER'.
  
  _Example_:
            program large_integers
*************** _Example_:
*** 16959,17012 ****
  
  File: gfortran.info,  Node: SELECTED_REAL_KIND,  Next: SET_EXPONENT,  Prev: SELECTED_INT_KIND,  Up: Intrinsic Procedures
  
! 9.239 'SELECTED_REAL_KIND' -- Choose real kind
  ==============================================
  
  _Description_:
!      'SELECTED_REAL_KIND(P,R)' returns the kind value of a real data
!      type with decimal precision of at least 'P' digits, exponent range
!      of at least 'R', and with a radix of 'RADIX'.
  
  _Standard_:
!      Fortran 95 and later, with 'RADIX' Fortran 2008 or later
  
  _Class_:
       Transformational function
  
  _Syntax_:
!      'RESULT = SELECTED_REAL_KIND([P, R, RADIX])'
  
  _Arguments_:
!      P           (Optional) shall be a scalar and of type
!                  'INTEGER'.
!      R           (Optional) shall be a scalar and of type
!                  'INTEGER'.
!      RADIX       (Optional) shall be a scalar and of type
!                  'INTEGER'.
       Before Fortran 2008, at least one of the arguments R or P shall be
       present; since Fortran 2008, they are assumed to be zero if absent.
  
  _Return value_:
! 
!      'SELECTED_REAL_KIND' returns the value of the kind type parameter
!      of a real data type with decimal precision of at least 'P' digits,
!      a decimal exponent range of at least 'R', and with the requested
!      'RADIX'.  If the 'RADIX' parameter is absent, real kinds with any
!      radix can be returned.  If more than one real data type meet the
       criteria, the kind of the data type with the smallest decimal
!      precision is returned.  If no real data type matches the criteria,
       the result is
!      -1 if the processor does not support a real data type with a
!           precision greater than or equal to 'P', but the 'R' and
!           'RADIX' requirements can be fulfilled
!      -2 if the processor does not support a real type with an exponent
!           range greater than or equal to 'R', but 'P' and 'RADIX' are
            fulfillable
!      -3 if 'RADIX' but not 'P' and 'R' requirements
            are fulfillable
!      -4 if 'RADIX' and either 'P' or 'R' requirements
            are fulfillable
!      -5 if there is no real type with the given 'RADIX'
  
  _See also_:
       *note PRECISION::, *note RANGE::, *note RADIX::
--- 17139,17195 ----
  
  File: gfortran.info,  Node: SELECTED_REAL_KIND,  Next: SET_EXPONENT,  Prev: SELECTED_INT_KIND,  Up: Intrinsic Procedures
  
! 9.239 `SELECTED_REAL_KIND' -- Choose real kind
  ==============================================
  
  _Description_:
!      `SELECTED_REAL_KIND(P,R)' returns the kind value of a real data
!      type with decimal precision of at least `P' digits, exponent range
!      of at least `R', and with a radix of `RADIX'.
  
  _Standard_:
!      Fortran 95 and later, with `RADIX' Fortran 2008 or later
  
  _Class_:
       Transformational function
  
  _Syntax_:
!      `RESULT = SELECTED_REAL_KIND([P, R, RADIX])'
  
  _Arguments_:
!      P          (Optional) shall be a scalar and of type
!                 `INTEGER'.
!      R          (Optional) shall be a scalar and of type
!                 `INTEGER'.
!      RADIX      (Optional) shall be a scalar and of type
!                 `INTEGER'.
       Before Fortran 2008, at least one of the arguments R or P shall be
       present; since Fortran 2008, they are assumed to be zero if absent.
  
  _Return value_:
!      `SELECTED_REAL_KIND' returns the value of the kind type parameter
!      of a real data type with decimal precision of at least `P' digits,
!      a decimal exponent range of at least `R', and with the requested
!      `RADIX'. If the `RADIX' parameter is absent, real kinds with any
!      radix can be returned. If more than one real data type meet the
       criteria, the kind of the data type with the smallest decimal
!      precision is returned. If no real data type matches the criteria,
       the result is
!     -1 if the processor does not support a real data type with a
!           precision greater than or equal to `P', but the `R' and
!           `RADIX' requirements can be fulfilled
! 
!     -2 if the processor does not support a real type with an exponent
!           range greater than or equal to `R', but `P' and `RADIX' are
            fulfillable
! 
!     -3 if `RADIX' but not `P' and `R' requirements
            are fulfillable
! 
!     -4 if `RADIX' and either `P' or `R' requirements
            are fulfillable
! 
!     -5 if there is no real type with the given `RADIX'
  
  _See also_:
       *note PRECISION::, *note RANGE::, *note RADIX::
*************** _Example_:
*** 17028,17038 ****
  
  File: gfortran.info,  Node: SET_EXPONENT,  Next: SHAPE,  Prev: SELECTED_REAL_KIND,  Up: Intrinsic Procedures
  
! 9.240 'SET_EXPONENT' -- Set the exponent of the model
  =====================================================
  
  _Description_:
!      'SET_EXPONENT(X, I)' returns the real number whose fractional part
       is that that of X and whose exponent part is I.
  
  _Standard_:
--- 17211,17221 ----
  
  File: gfortran.info,  Node: SET_EXPONENT,  Next: SHAPE,  Prev: SELECTED_REAL_KIND,  Up: Intrinsic Procedures
  
! 9.240 `SET_EXPONENT' -- Set the exponent of the model
  =====================================================
  
  _Description_:
!      `SET_EXPONENT(X, I)' returns the real number whose fractional part
       is that that of X and whose exponent part is I.
  
  _Standard_:
*************** _Class_:
*** 17042,17057 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = SET_EXPONENT(X, I)'
  
  _Arguments_:
!      X           Shall be of type 'REAL'.
!      I           Shall be of type 'INTEGER'.
  
  _Return value_:
       The return value is of the same type and kind as X.  The real
       number whose fractional part is that that of X and whose exponent
!      part if I is returned; it is 'FRACTION(X) * RADIX(X)**I'.
  
  _Example_:
            PROGRAM test_setexp
--- 17225,17240 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = SET_EXPONENT(X, I)'
  
  _Arguments_:
!      X          Shall be of type `REAL'.
!      I          Shall be of type `INTEGER'.
  
  _Return value_:
       The return value is of the same type and kind as X.  The real
       number whose fractional part is that that of X and whose exponent
!      part if I is returned; it is `FRACTION(X) * RADIX(X)**I'.
  
  _Example_:
            PROGRAM test_setexp
*************** _Example_:
*** 17060,17069 ****
              PRINT *, SET_EXPONENT(x, i), FRACTION(x) * RADIX(x)**i
            END PROGRAM
  
  
  File: gfortran.info,  Node: SHAPE,  Next: SHIFTA,  Prev: SET_EXPONENT,  Up: Intrinsic Procedures
  
! 9.241 'SHAPE' -- Determine the shape of an array
  ================================================
  
  _Description_:
--- 17243,17253 ----
              PRINT *, SET_EXPONENT(x, i), FRACTION(x) * RADIX(x)**i
            END PROGRAM
  
+ 
  
  File: gfortran.info,  Node: SHAPE,  Next: SHIFTA,  Prev: SET_EXPONENT,  Up: Intrinsic Procedures
  
! 9.241 `SHAPE' -- Determine the shape of an array
  ================================================
  
  _Description_:
*************** _Class_:
*** 17076,17098 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = SHAPE(SOURCE [, KIND])'
  
  _Arguments_:
!      SOURCE      Shall be an array or scalar of any type.  If
!                  SOURCE is a pointer it must be associated and
!                  allocatable arrays must be allocated.
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      An 'INTEGER' array of rank one with as many elements as SOURCE has
!      dimensions.  The elements of the resulting array correspond to the
!      extend of SOURCE along the respective dimensions.  If SOURCE is a
!      scalar, the result is the rank one array of size zero.  If KIND is
!      absent, the return value has the default integer kind otherwise the
!      specified kind.
  
  _Example_:
            PROGRAM test_shape
--- 17260,17282 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = SHAPE(SOURCE [, KIND])'
  
  _Arguments_:
!      SOURCE     Shall be an array or scalar of any type.  If
!                 SOURCE is a pointer it must be associated and
!                 allocatable arrays must be allocated.
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      An `INTEGER' array of rank one with as many elements as SOURCE has
!      dimensions. The elements of the resulting array correspond to the
!      extend of SOURCE along the respective dimensions. If SOURCE is a
!      scalar, the result is the rank one array of size zero. If KIND is
!      absent, the return value has the default integer kind otherwise
!      the specified kind.
  
  _Example_:
            PROGRAM test_shape
*************** _See also_:
*** 17107,17120 ****
  
  File: gfortran.info,  Node: SHIFTA,  Next: SHIFTL,  Prev: SHAPE,  Up: Intrinsic Procedures
  
! 9.242 'SHIFTA' -- Right shift with fill
  =======================================
  
  _Description_:
!      'SHIFTA' returns a value corresponding to I with all of the bits
       shifted right by SHIFT places.  If the absolute value of SHIFT is
!      greater than 'BIT_SIZE(I)', the value is undefined.  Bits shifted
!      out from the right end are lost.  The fill is arithmetic: the bits
       shifted in from the left end are equal to the leftmost bit, which
       in two's complement representation is the sign bit.
  
--- 17291,17304 ----
  
  File: gfortran.info,  Node: SHIFTA,  Next: SHIFTL,  Prev: SHAPE,  Up: Intrinsic Procedures
  
! 9.242 `SHIFTA' -- Right shift with fill
  =======================================
  
  _Description_:
!      `SHIFTA' returns a value corresponding to I with all of the bits
       shifted right by SHIFT places.  If the absolute value of SHIFT is
!      greater than `BIT_SIZE(I)', the value is undefined.  Bits shifted
!      out from the right end are lost. The fill is arithmetic: the bits
       shifted in from the left end are equal to the leftmost bit, which
       in two's complement representation is the sign bit.
  
*************** _Class_:
*** 17125,17138 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = SHIFTA(I, SHIFT)'
  
  _Arguments_:
!      I           The type shall be 'INTEGER'.
!      SHIFT       The type shall be 'INTEGER'.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of the same kind as I.
  
  _See also_:
       *note SHIFTL::, *note SHIFTR::
--- 17309,17322 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = SHIFTA(I, SHIFT)'
  
  _Arguments_:
!      I          The type shall be `INTEGER'.
!      SHIFT      The type shall be `INTEGER'.
  
  _Return value_:
!      The return value is of type `INTEGER' and of the same kind as I.
  
  _See also_:
       *note SHIFTL::, *note SHIFTR::
*************** _See also_:
*** 17140,17152 ****
  
  File: gfortran.info,  Node: SHIFTL,  Next: SHIFTR,  Prev: SHIFTA,  Up: Intrinsic Procedures
  
! 9.243 'SHIFTL' -- Left shift
  ============================
  
  _Description_:
!      'SHIFTL' returns a value corresponding to I with all of the bits
       shifted left by SHIFT places.  If the absolute value of SHIFT is
!      greater than 'BIT_SIZE(I)', the value is undefined.  Bits shifted
       out from the left end are lost, and bits shifted in from the right
       end are set to 0.
  
--- 17324,17336 ----
  
  File: gfortran.info,  Node: SHIFTL,  Next: SHIFTR,  Prev: SHIFTA,  Up: Intrinsic Procedures
  
! 9.243 `SHIFTL' -- Left shift
  ============================
  
  _Description_:
!      `SHIFTL' returns a value corresponding to I with all of the bits
       shifted left by SHIFT places.  If the absolute value of SHIFT is
!      greater than `BIT_SIZE(I)', the value is undefined.  Bits shifted
       out from the left end are lost, and bits shifted in from the right
       end are set to 0.
  
*************** _Class_:
*** 17157,17170 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = SHIFTL(I, SHIFT)'
  
  _Arguments_:
!      I           The type shall be 'INTEGER'.
!      SHIFT       The type shall be 'INTEGER'.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of the same kind as I.
  
  _See also_:
       *note SHIFTA::, *note SHIFTR::
--- 17341,17354 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = SHIFTL(I, SHIFT)'
  
  _Arguments_:
!      I          The type shall be `INTEGER'.
!      SHIFT      The type shall be `INTEGER'.
  
  _Return value_:
!      The return value is of type `INTEGER' and of the same kind as I.
  
  _See also_:
       *note SHIFTA::, *note SHIFTR::
*************** _See also_:
*** 17172,17184 ****
  
  File: gfortran.info,  Node: SHIFTR,  Next: SIGN,  Prev: SHIFTL,  Up: Intrinsic Procedures
  
! 9.244 'SHIFTR' -- Right shift
  =============================
  
  _Description_:
!      'SHIFTR' returns a value corresponding to I with all of the bits
       shifted right by SHIFT places.  If the absolute value of SHIFT is
!      greater than 'BIT_SIZE(I)', the value is undefined.  Bits shifted
       out from the right end are lost, and bits shifted in from the left
       end are set to 0.
  
--- 17356,17368 ----
  
  File: gfortran.info,  Node: SHIFTR,  Next: SIGN,  Prev: SHIFTL,  Up: Intrinsic Procedures
  
! 9.244 `SHIFTR' -- Right shift
  =============================
  
  _Description_:
!      `SHIFTR' returns a value corresponding to I with all of the bits
       shifted right by SHIFT places.  If the absolute value of SHIFT is
!      greater than `BIT_SIZE(I)', the value is undefined.  Bits shifted
       out from the right end are lost, and bits shifted in from the left
       end are set to 0.
  
*************** _Class_:
*** 17189,17202 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = SHIFTR(I, SHIFT)'
  
  _Arguments_:
!      I           The type shall be 'INTEGER'.
!      SHIFT       The type shall be 'INTEGER'.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of the same kind as I.
  
  _See also_:
       *note SHIFTA::, *note SHIFTL::
--- 17373,17386 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = SHIFTR(I, SHIFT)'
  
  _Arguments_:
!      I          The type shall be `INTEGER'.
!      SHIFT      The type shall be `INTEGER'.
  
  _Return value_:
!      The return value is of type `INTEGER' and of the same kind as I.
  
  _See also_:
       *note SHIFTA::, *note SHIFTL::
*************** _See also_:
*** 17204,17214 ****
  
  File: gfortran.info,  Node: SIGN,  Next: SIGNAL,  Prev: SHIFTR,  Up: Intrinsic Procedures
  
! 9.245 'SIGN' -- Sign copying function
  =====================================
  
  _Description_:
!      'SIGN(A,B)' returns the value of A with the sign of B.
  
  _Standard_:
       Fortran 77 and later
--- 17388,17398 ----
  
  File: gfortran.info,  Node: SIGN,  Next: SIGNAL,  Prev: SHIFTR,  Up: Intrinsic Procedures
  
! 9.245 `SIGN' -- Sign copying function
  =====================================
  
  _Description_:
!      `SIGN(A,B)' returns the value of A with the sign of B.
  
  _Standard_:
       Fortran 77 and later
*************** _Class_:
*** 17217,17231 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = SIGN(A, B)'
  
  _Arguments_:
!      A           Shall be of type 'INTEGER' or 'REAL'
!      B           Shall be of the same type and kind as A
  
  _Return value_:
       The kind of the return value is that of A and B.  If B\ge 0 then
!      the result is 'ABS(A)', else it is '-ABS(A)'.
  
  _Example_:
            program test_sign
--- 17401,17415 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = SIGN(A, B)'
  
  _Arguments_:
!      A          Shall be of type `INTEGER' or `REAL'
!      B          Shall be of the same type and kind as A
  
  _Return value_:
       The kind of the return value is that of A and B.  If B\ge 0 then
!      the result is `ABS(A)', else it is `-ABS(A)'.
  
  _Example_:
            program test_sign
*************** _Example_:
*** 17239,17267 ****
            end program test_sign
  
  _Specific names_:
!      Name           Arguments      Return type    Standard
!      'SIGN(A,B)'    'REAL(4) A,    'REAL(4)'      f77, gnu
!                     B'
!      'ISIGN(A,B)'   'INTEGER(4)    'INTEGER(4)'   f77, gnu
!                     A, B'
!      'DSIGN(A,B)'   'REAL(8) A,    'REAL(8)'      f77, gnu
!                     B'
  
  
  File: gfortran.info,  Node: SIGNAL,  Next: SIN,  Prev: SIGN,  Up: Intrinsic Procedures
  
! 9.246 'SIGNAL' -- Signal handling subroutine (or function)
  ==========================================================
  
  _Description_:
!      'SIGNAL(NUMBER, HANDLER [, STATUS])' causes external subroutine
       HANDLER to be executed with a single integer argument when signal
       NUMBER occurs.  If HANDLER is an integer, it can be used to turn
!      off handling of signal NUMBER or revert to its default action.  See
!      'signal(2)'.
  
!      If 'SIGNAL' is called as a subroutine and the STATUS argument is
!      supplied, it is set to the value returned by 'signal(2)'.
  
  _Standard_:
       GNU extension
--- 17423,17451 ----
            end program test_sign
  
  _Specific names_:
!      Name          Arguments     Return type   Standard
!      `SIGN(A,B)'   `REAL(4) A,   `REAL(4)'     f77, gnu
!                    B'                          
!      `ISIGN(A,B)'  `INTEGER(4)   `INTEGER(4)'  f77, gnu
!                    A, B'                       
!      `DSIGN(A,B)'  `REAL(8) A,   `REAL(8)'     f77, gnu
!                    B'                          
  
  
  File: gfortran.info,  Node: SIGNAL,  Next: SIN,  Prev: SIGN,  Up: Intrinsic Procedures
  
! 9.246 `SIGNAL' -- Signal handling subroutine (or function)
  ==========================================================
  
  _Description_:
!      `SIGNAL(NUMBER, HANDLER [, STATUS])' causes external subroutine
       HANDLER to be executed with a single integer argument when signal
       NUMBER occurs.  If HANDLER is an integer, it can be used to turn
!      off handling of signal NUMBER or revert to its default action.
!      See `signal(2)'.
  
!      If `SIGNAL' is called as a subroutine and the STATUS argument is
!      supplied, it is set to the value returned by `signal(2)'.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 17270,17288 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL SIGNAL(NUMBER, HANDLER [, STATUS])'
!      'STATUS = SIGNAL(NUMBER, HANDLER)'
  
  _Arguments_:
!      NUMBER      Shall be a scalar integer, with 'INTENT(IN)'
!      HANDLER     Signal handler ('INTEGER FUNCTION' or
!                  'SUBROUTINE') or dummy/global 'INTEGER' scalar.
!                  'INTEGER'.  It is 'INTENT(IN)'.
!      STATUS      (Optional) STATUS shall be a scalar integer.  It
!                  has 'INTENT(OUT)'.
  
  _Return value_:
!      The 'SIGNAL' function returns the value returned by 'signal(2)'.
  
  _Example_:
            program test_signal
--- 17454,17472 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL SIGNAL(NUMBER, HANDLER [, STATUS])'
!      `STATUS = SIGNAL(NUMBER, HANDLER)'
  
  _Arguments_:
!      NUMBER     Shall be a scalar integer, with `INTENT(IN)'
!      HANDLER    Signal handler (`INTEGER FUNCTION' or
!                 `SUBROUTINE') or dummy/global `INTEGER' scalar.
!                 `INTEGER'. It is `INTENT(IN)'.
!      STATUS     (Optional) STATUS shall be a scalar integer.
!                 It has `INTENT(OUT)'.
  
  _Return value_:
!      The `SIGNAL' function returns the value returned by `signal(2)'.
  
  _Example_:
            program test_signal
*************** _Example_:
*** 17298,17308 ****
  
  File: gfortran.info,  Node: SIN,  Next: SIND,  Prev: SIGNAL,  Up: Intrinsic Procedures
  
! 9.247 'SIN' -- Sine function
  ============================
  
  _Description_:
!      'SIN(X)' computes the sine of X.
  
  _Standard_:
       Fortran 77 and later
--- 17482,17492 ----
  
  File: gfortran.info,  Node: SIN,  Next: SIND,  Prev: SIGNAL,  Up: Intrinsic Procedures
  
! 9.247 `SIN' -- Sine function
  ============================
  
  _Description_:
!      `SIN(X)' computes the sine of X.
  
  _Standard_:
       Fortran 77 and later
*************** _Class_:
*** 17311,17320 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = SIN(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL' or 'COMPLEX'.
  
  _Return value_:
       The return value has same type and kind as X.
--- 17495,17504 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = SIN(X)'
  
  _Arguments_:
!      X          The type shall be `REAL' or `COMPLEX'.
  
  _Return value_:
       The return value has same type and kind as X.
*************** _Example_:
*** 17326,17340 ****
            end program test_sin
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'SIN(X)'       'REAL(4) X'    'REAL(4)'      f77, gnu
!      'DSIN(X)'      'REAL(8) X'    'REAL(8)'      f95, gnu
!      'CSIN(X)'      'COMPLEX(4)    'COMPLEX(4)'   f95, gnu
!                     X'
!      'ZSIN(X)'      'COMPLEX(8)    'COMPLEX(8)'   f95, gnu
!                     X'
!      'CDSIN(X)'     'COMPLEX(8)    'COMPLEX(8)'   f95, gnu
!                     X'
  
  _See also_:
       Inverse function: *note ASIN:: Degrees function: *note SIND::
--- 17510,17524 ----
            end program test_sin
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `SIN(X)'      `REAL(4) X'   `REAL(4)'     f77, gnu
!      `DSIN(X)'     `REAL(8) X'   `REAL(8)'     f95, gnu
!      `CSIN(X)'     `COMPLEX(4)   `COMPLEX(4)'  f95, gnu
!                    X'                          
!      `ZSIN(X)'     `COMPLEX(8)   `COMPLEX(8)'  f95, gnu
!                    X'                          
!      `CDSIN(X)'    `COMPLEX(8)   `COMPLEX(8)'  f95, gnu
!                    X'                          
  
  _See also_:
       Inverse function: *note ASIN:: Degrees function: *note SIND::
*************** _See also_:
*** 17342,17367 ****
  
  File: gfortran.info,  Node: SIND,  Next: SINH,  Prev: SIN,  Up: Intrinsic Procedures
  
! 9.248 'SIND' -- Sine function, degrees
  ======================================
  
  _Description_:
!      'SIND(X)' computes the sine of X in degrees.
  
       This function is for compatibility only and should be avoided in
       favor of standard constructs wherever possible.
  
  _Standard_:
!      GNU Extension, enabled with '-fdec-math'.
  
  _Class_:
       Elemental function
  
  _Syntax_:
!      'RESULT = SIND(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL' or 'COMPLEX'.
  
  _Return value_:
       The return value has same type and kind as X, and its value is in
--- 17526,17551 ----
  
  File: gfortran.info,  Node: SIND,  Next: SINH,  Prev: SIN,  Up: Intrinsic Procedures
  
! 9.248 `SIND' -- Sine function, degrees
  ======================================
  
  _Description_:
!      `SIND(X)' computes the sine of X in degrees.
  
       This function is for compatibility only and should be avoided in
       favor of standard constructs wherever possible.
  
  _Standard_:
!      GNU Extension, enabled with `-fdec-math'.
  
  _Class_:
       Elemental function
  
  _Syntax_:
!      `RESULT = SIND(X)'
  
  _Arguments_:
!      X          The type shall be `REAL' or `COMPLEX'.
  
  _Return value_:
       The return value has same type and kind as X, and its value is in
*************** _Example_:
*** 17374,17400 ****
            end program test_sind
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'SIND(X)'      'REAL(4) X'    'REAL(4)'      GNU Extension
!      'DSIND(X)'     'REAL(8) X'    'REAL(8)'      GNU Extension
!      'CSIND(X)'     'COMPLEX(4)    'COMPLEX(4)'   GNU Extension
!                     X'
!      'ZSIND(X)'     'COMPLEX(8)    'COMPLEX(8)'   GNU Extension
!                     X'
!      'CDSIND(X)'    'COMPLEX(8)    'COMPLEX(8)'   GNU Extension
!                     X'
  
  _See also_:
       Inverse function: *note ASIND:: Radians function: *note SIN::
  
  
  File: gfortran.info,  Node: SINH,  Next: SIZE,  Prev: SIND,  Up: Intrinsic Procedures
  
! 9.249 'SINH' -- Hyperbolic sine function
  ========================================
  
  _Description_:
!      'SINH(X)' computes the hyperbolic sine of X.
  
  _Standard_:
       Fortran 95 and later, for a complex argument Fortran 2008 or later
--- 17558,17585 ----
            end program test_sind
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `SIND(X)'     `REAL(4) X'   `REAL(4)'     GNU Extension
!      `DSIND(X)'    `REAL(8) X'   `REAL(8)'     GNU Extension
!      `CSIND(X)'    `COMPLEX(4)   `COMPLEX(4)'  GNU Extension
!                    X'                          
!      `ZSIND(X)'    `COMPLEX(8)   `COMPLEX(8)'  GNU Extension
!                    X'                          
!      `CDSIND(X)'   `COMPLEX(8)   `COMPLEX(8)'  GNU Extension
!                    X'                          
  
  _See also_:
       Inverse function: *note ASIND:: Radians function: *note SIN::
  
+ 
  
  File: gfortran.info,  Node: SINH,  Next: SIZE,  Prev: SIND,  Up: Intrinsic Procedures
  
! 9.249 `SINH' -- Hyperbolic sine function
  ========================================
  
  _Description_:
!      `SINH(X)' computes the hyperbolic sine of X.
  
  _Standard_:
       Fortran 95 and later, for a complex argument Fortran 2008 or later
*************** _Class_:
*** 17403,17412 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = SINH(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL' or 'COMPLEX'.
  
  _Return value_:
       The return value has same type and kind as X.
--- 17588,17597 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = SINH(X)'
  
  _Arguments_:
!      X          The type shall be `REAL' or `COMPLEX'.
  
  _Return value_:
       The return value has same type and kind as X.
*************** _Example_:
*** 17418,17428 ****
            end program test_sinh
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'SINH(X)'      'REAL(4) X'    'REAL(4)'      Fortran 95 and
!                                                   later
!      'DSINH(X)'     'REAL(8) X'    'REAL(8)'      Fortran 95 and
!                                                   later
  
  _See also_:
       *note ASINH::
--- 17603,17613 ----
            end program test_sinh
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `SINH(X)'     `REAL(4) X'   `REAL(4)'     Fortran 95 and
!                                                later
!      `DSINH(X)'    `REAL(8) X'   `REAL(8)'     Fortran 95 and
!                                                later
  
  _See also_:
       *note ASINH::
*************** _See also_:
*** 17430,17436 ****
  
  File: gfortran.info,  Node: SIZE,  Next: SIZEOF,  Prev: SINH,  Up: Intrinsic Procedures
  
! 9.250 'SIZE' -- Determine the size of an array
  ==============================================
  
  _Description_:
--- 17615,17621 ----
  
  File: gfortran.info,  Node: SIZE,  Next: SIZEOF,  Prev: SINH,  Up: Intrinsic Procedures
  
! 9.250 `SIZE' -- Determine the size of an array
  ==============================================
  
  _Description_:
*************** _Class_:
*** 17444,17464 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = SIZE(ARRAY[, DIM [, KIND]])'
  
  _Arguments_:
!      ARRAY       Shall be an array of any type.  If ARRAY is a
!                  pointer it must be associated and allocatable
!                  arrays must be allocated.
!      DIM         (Optional) shall be a scalar of type 'INTEGER'
!                  and its value shall be in the range from 1 to n,
!                  where n equals the rank of ARRAY.
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of kind KIND.  If KIND is
       absent, the return value is of default integer kind.
  
  _Example_:
--- 17629,17649 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = SIZE(ARRAY[, DIM [, KIND]])'
  
  _Arguments_:
!      ARRAY      Shall be an array of any type. If ARRAY is a
!                 pointer it must be associated and allocatable
!                 arrays must be allocated.
!      DIM        (Optional) shall be a scalar of type `INTEGER'
!                 and its value shall be in the range from 1 to
!                 n, where n equals the rank of ARRAY.
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      The return value is of type `INTEGER' and of kind KIND. If KIND is
       absent, the return value is of default integer kind.
  
  _Example_:
*************** _See also_:
*** 17472,17483 ****
  
  File: gfortran.info,  Node: SIZEOF,  Next: SLEEP,  Prev: SIZE,  Up: Intrinsic Procedures
  
! 9.251 'SIZEOF' -- Size in bytes of an expression
  ================================================
  
  _Description_:
!      'SIZEOF(X)' calculates the number of bytes of storage the
!      expression 'X' occupies.
  
  _Standard_:
       GNU extension
--- 17657,17668 ----
  
  File: gfortran.info,  Node: SIZEOF,  Next: SLEEP,  Prev: SIZE,  Up: Intrinsic Procedures
  
! 9.251 `SIZEOF' -- Size in bytes of an expression
  ================================================
  
  _Description_:
!      `SIZEOF(X)' calculates the number of bytes of storage the
!      expression `X' occupies.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 17486,17508 ****
       Inquiry function
  
  _Syntax_:
!      'N = SIZEOF(X)'
  
  _Arguments_:
!      X           The argument shall be of any type, rank or
!                  shape.
  
  _Return value_:
       The return value is of type integer and of the system-dependent
!      kind C_SIZE_T (from the ISO_C_BINDING module).  Its value is the
       number of bytes occupied by the argument.  If the argument has the
!      'POINTER' attribute, the number of bytes of the storage area
       pointed to is returned.  If the argument is of a derived type with
!      'POINTER' or 'ALLOCATABLE' components, the return value does not
       account for the sizes of the data pointed to by these components.
       If the argument is polymorphic, the size according to the dynamic
!      type is returned.  The argument may not be a procedure or procedure
!      pointer.  Note that the code assumes for arrays that those are
       contiguous; for contiguous arrays, it returns the storage or an
       array element multiplied by the size of the array.
  
--- 17671,17693 ----
       Inquiry function
  
  _Syntax_:
!      `N = SIZEOF(X)'
  
  _Arguments_:
!      X          The argument shall be of any type, rank or
!                 shape.
  
  _Return value_:
       The return value is of type integer and of the system-dependent
!      kind C_SIZE_T (from the ISO_C_BINDING module). Its value is the
       number of bytes occupied by the argument.  If the argument has the
!      `POINTER' attribute, the number of bytes of the storage area
       pointed to is returned.  If the argument is of a derived type with
!      `POINTER' or `ALLOCATABLE' components, the return value does not
       account for the sizes of the data pointed to by these components.
       If the argument is polymorphic, the size according to the dynamic
!      type is returned. The argument may not be a procedure or procedure
!      pointer. Note that the code assumes for arrays that those are
       contiguous; for contiguous arrays, it returns the storage or an
       array element multiplied by the size of the array.
  
*************** _Example_:
*** 17511,17518 ****
               real :: r, s(5)
               print *, (sizeof(s)/sizeof(r) == 5)
               end
!      The example will print '.TRUE.' unless you are using a platform
!      where default 'REAL' variables are unusually padded.
  
  _See also_:
       *note C_SIZEOF::, *note STORAGE_SIZE::
--- 17696,17703 ----
               real :: r, s(5)
               print *, (sizeof(s)/sizeof(r) == 5)
               end
!      The example will print `.TRUE.' unless you are using a platform
!      where default `REAL' variables are unusually padded.
  
  _See also_:
       *note C_SIZEOF::, *note STORAGE_SIZE::
*************** _See also_:
*** 17520,17526 ****
  
  File: gfortran.info,  Node: SLEEP,  Next: SPACING,  Prev: SIZEOF,  Up: Intrinsic Procedures
  
! 9.252 'SLEEP' -- Sleep for the specified number of seconds
  ==========================================================
  
  _Description_:
--- 17705,17711 ----
  
  File: gfortran.info,  Node: SLEEP,  Next: SPACING,  Prev: SIZEOF,  Up: Intrinsic Procedures
  
! 9.252 `SLEEP' -- Sleep for the specified number of seconds
  ==========================================================
  
  _Description_:
*************** _Class_:
*** 17534,17543 ****
       Subroutine
  
  _Syntax_:
!      'CALL SLEEP(SECONDS)'
  
  _Arguments_:
!      SECONDS     The type shall be of default 'INTEGER'.
  
  _Example_:
            program test_sleep
--- 17719,17728 ----
       Subroutine
  
  _Syntax_:
!      `CALL SLEEP(SECONDS)'
  
  _Arguments_:
!      SECONDS    The type shall be of default `INTEGER'.
  
  _Example_:
            program test_sleep
*************** _Example_:
*** 17547,17553 ****
  
  File: gfortran.info,  Node: SPACING,  Next: SPREAD,  Prev: SLEEP,  Up: Intrinsic Procedures
  
! 9.253 'SPACING' -- Smallest distance between two numbers of a given type
  ========================================================================
  
  _Description_:
--- 17732,17738 ----
  
  File: gfortran.info,  Node: SPACING,  Next: SPREAD,  Prev: SLEEP,  Up: Intrinsic Procedures
  
! 9.253 `SPACING' -- Smallest distance between two numbers of a given type
  ========================================================================
  
  _Description_:
*************** _Class_:
*** 17561,17570 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = SPACING(X)'
  
  _Arguments_:
!      X           Shall be of type 'REAL'.
  
  _Return value_:
       The result is of the same type as the input argument X.
--- 17746,17755 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = SPACING(X)'
  
  _Arguments_:
!      X          Shall be of type `REAL'.
  
  _Return value_:
       The result is of the same type as the input argument X.
*************** _See also_:
*** 17584,17595 ****
  
  File: gfortran.info,  Node: SPREAD,  Next: SQRT,  Prev: SPACING,  Up: Intrinsic Procedures
  
! 9.254 'SPREAD' -- Add a dimension to an array
  =============================================
  
  _Description_:
!      Replicates a SOURCE array NCOPIES times along a specified dimension
!      DIM.
  
  _Standard_:
       Fortran 95 and later
--- 17769,17780 ----
  
  File: gfortran.info,  Node: SPREAD,  Next: SQRT,  Prev: SPACING,  Up: Intrinsic Procedures
  
! 9.254 `SPREAD' -- Add a dimension to an array
  =============================================
  
  _Description_:
!      Replicates a SOURCE array NCOPIES times along a specified
!      dimension DIM.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 17598,17612 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = SPREAD(SOURCE, DIM, NCOPIES)'
  
  _Arguments_:
!      SOURCE      Shall be a scalar or an array of any type and a
!                  rank less than seven.
!      DIM         Shall be a scalar of type 'INTEGER' with a value
!                  in the range from 1 to n+1, where n equals the
!                  rank of SOURCE.
!      NCOPIES     Shall be a scalar of type 'INTEGER'.
  
  _Return value_:
       The result is an array of the same type as SOURCE and has rank n+1
--- 17783,17797 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = SPREAD(SOURCE, DIM, NCOPIES)'
  
  _Arguments_:
!      SOURCE     Shall be a scalar or an array of any type and
!                 a rank less than seven.
!      DIM        Shall be a scalar of type `INTEGER' with a
!                 value in the range from 1 to n+1, where n
!                 equals the rank of SOURCE.
!      NCOPIES    Shall be a scalar of type `INTEGER'.
  
  _Return value_:
       The result is an array of the same type as SOURCE and has rank n+1
*************** _See also_:
*** 17625,17635 ****
  
  File: gfortran.info,  Node: SQRT,  Next: SRAND,  Prev: SPREAD,  Up: Intrinsic Procedures
  
! 9.255 'SQRT' -- Square-root function
  ====================================
  
  _Description_:
!      'SQRT(X)' computes the square root of X.
  
  _Standard_:
       Fortran 77 and later
--- 17810,17820 ----
  
  File: gfortran.info,  Node: SQRT,  Next: SRAND,  Prev: SPREAD,  Up: Intrinsic Procedures
  
! 9.255 `SQRT' -- Square-root function
  ====================================
  
  _Description_:
!      `SQRT(X)' computes the square root of X.
  
  _Standard_:
       Fortran 77 and later
*************** _Class_:
*** 17638,17650 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = SQRT(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL' or 'COMPLEX'.
  
  _Return value_:
!      The return value is of type 'REAL' or 'COMPLEX'.  The kind type
       parameter is the same as X.
  
  _Example_:
--- 17823,17835 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = SQRT(X)'
  
  _Arguments_:
!      X          The type shall be `REAL' or `COMPLEX'.
  
  _Return value_:
!      The return value is of type `REAL' or `COMPLEX'.  The kind type
       parameter is the same as X.
  
  _Example_:
*************** _Example_:
*** 17656,17682 ****
            end program test_sqrt
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'SQRT(X)'      'REAL(4) X'    'REAL(4)'      Fortran 95 and
!                                                   later
!      'DSQRT(X)'     'REAL(8) X'    'REAL(8)'      Fortran 95 and
!                                                   later
!      'CSQRT(X)'     'COMPLEX(4)    'COMPLEX(4)'   Fortran 95 and
!                     X'                            later
!      'ZSQRT(X)'     'COMPLEX(8)    'COMPLEX(8)'   GNU extension
!                     X'
!      'CDSQRT(X)'    'COMPLEX(8)    'COMPLEX(8)'   GNU extension
!                     X'
  
  
  File: gfortran.info,  Node: SRAND,  Next: STAT,  Prev: SQRT,  Up: Intrinsic Procedures
  
! 9.256 'SRAND' -- Reinitialize the random number generator
  =========================================================
  
  _Description_:
!      'SRAND' reinitializes the pseudo-random number generator called by
!      'RAND' and 'IRAND'.  The new seed used by the generator is
       specified by the required argument SEED.
  
  _Standard_:
--- 17841,17867 ----
            end program test_sqrt
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `SQRT(X)'     `REAL(4) X'   `REAL(4)'     Fortran 95 and
!                                                later
!      `DSQRT(X)'    `REAL(8) X'   `REAL(8)'     Fortran 95 and
!                                                later
!      `CSQRT(X)'    `COMPLEX(4)   `COMPLEX(4)'  Fortran 95 and
!                    X'                          later
!      `ZSQRT(X)'    `COMPLEX(8)   `COMPLEX(8)'  GNU extension
!                    X'                          
!      `CDSQRT(X)'   `COMPLEX(8)   `COMPLEX(8)'  GNU extension
!                    X'                          
  
  
  File: gfortran.info,  Node: SRAND,  Next: STAT,  Prev: SQRT,  Up: Intrinsic Procedures
  
! 9.256 `SRAND' -- Reinitialize the random number generator
  =========================================================
  
  _Description_:
!      `SRAND' reinitializes the pseudo-random number generator called by
!      `RAND' and `IRAND'. The new seed used by the generator is
       specified by the required argument SEED.
  
  _Standard_:
*************** _Class_:
*** 17686,17742 ****
       Subroutine
  
  _Syntax_:
!      'CALL SRAND(SEED)'
  
  _Arguments_:
!      SEED        Shall be a scalar 'INTEGER(kind=4)'.
  
  _Return value_:
       Does not return anything.
  
  _Example_:
!      See 'RAND' and 'IRAND' for examples.
  
  _Notes_:
       The Fortran standard specifies the intrinsic subroutines
!      'RANDOM_SEED' to initialize the pseudo-random number generator and
!      'RANDOM_NUMBER' to generate pseudo-random numbers.  These
       subroutines should be used in new codes.
  
       Please note that in GNU Fortran, these two sets of intrinsics
!      ('RAND', 'IRAND' and 'SRAND' on the one hand, 'RANDOM_NUMBER' and
!      'RANDOM_SEED' on the other hand) access two independent
       pseudo-random number generators.
  
  _See also_:
       *note RAND::, *note RANDOM_SEED::, *note RANDOM_NUMBER::
  
  
  File: gfortran.info,  Node: STAT,  Next: STORAGE_SIZE,  Prev: SRAND,  Up: Intrinsic Procedures
  
! 9.257 'STAT' -- Get file status
  ===============================
  
  _Description_:
!      This function returns information about a file.  No permissions are
       required on the file itself, but execute (search) permission is
       required on all of the directories in path that lead to the file.
  
!      The elements that are obtained and stored in the array 'VALUES':
!      'VALUES(1)' Device ID
!      'VALUES(2)' Inode number
!      'VALUES(3)' File mode
!      'VALUES(4)' Number of links
!      'VALUES(5)' Owner's uid
!      'VALUES(6)' Owner's gid
!      'VALUES(7)' ID of device containing directory entry for file
!                  (0 if not available)
!      'VALUES(8)' File size (bytes)
!      'VALUES(9)' Last access time
!      'VALUES(10)'Last modification time
!      'VALUES(11)'Last file status change time
!      'VALUES(12)'Preferred I/O block size (-1 if not available)
!      'VALUES(13)'Number of blocks allocated (-1 if not available)
  
       Not all these elements are relevant on all systems.  If an element
       is not relevant, it is returned as 0.
--- 17871,17929 ----
       Subroutine
  
  _Syntax_:
!      `CALL SRAND(SEED)'
  
  _Arguments_:
!      SEED       Shall be a scalar `INTEGER(kind=4)'.
  
  _Return value_:
       Does not return anything.
  
  _Example_:
!      See `RAND' and `IRAND' for examples.
  
  _Notes_:
       The Fortran standard specifies the intrinsic subroutines
!      `RANDOM_SEED' to initialize the pseudo-random number generator and
!      `RANDOM_NUMBER' to generate pseudo-random numbers.  These
       subroutines should be used in new codes.
  
       Please note that in GNU Fortran, these two sets of intrinsics
!      (`RAND', `IRAND' and `SRAND' on the one hand, `RANDOM_NUMBER' and
!      `RANDOM_SEED' on the other hand) access two independent
       pseudo-random number generators.
  
  _See also_:
       *note RAND::, *note RANDOM_SEED::, *note RANDOM_NUMBER::
  
+ 
  
  File: gfortran.info,  Node: STAT,  Next: STORAGE_SIZE,  Prev: SRAND,  Up: Intrinsic Procedures
  
! 9.257 `STAT' -- Get file status
  ===============================
  
  _Description_:
!      This function returns information about a file. No permissions are
       required on the file itself, but execute (search) permission is
       required on all of the directories in path that lead to the file.
  
!      The elements that are obtained and stored in the array `VALUES':
!      `VALUES(1)'Device ID
!      `VALUES(2)'Inode number
!      `VALUES(3)'File mode
!      `VALUES(4)'Number of links
!      `VALUES(5)'Owner's uid
!      `VALUES(6)'Owner's gid
!      `VALUES(7)'ID of device containing directory entry for
!                 file (0 if not available)
!      `VALUES(8)'File size (bytes)
!      `VALUES(9)'Last access time
!      `VALUES(10)'Last modification time
!      `VALUES(11)'Last file status change time
!      `VALUES(12)'Preferred I/O block size (-1 if not available)
!      `VALUES(13)'Number of blocks allocated (-1 if not
!                 available)
  
       Not all these elements are relevant on all systems.  If an element
       is not relevant, it is returned as 0.
*************** _Class_:
*** 17751,17766 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL STAT(NAME, VALUES [, STATUS])'
!      'STATUS = STAT(NAME, VALUES)'
  
  _Arguments_:
!      NAME        The type shall be 'CHARACTER', of the default
!                  kind and a valid path within the file system.
!      VALUES      The type shall be 'INTEGER(4), DIMENSION(13)'.
!      STATUS      (Optional) status flag of type 'INTEGER(4)'.
!                  Returns 0 on success and a system specific error
!                  code otherwise.
  
  _Example_:
            PROGRAM test_stat
--- 17938,17953 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL STAT(NAME, VALUES [, STATUS])'
!      `STATUS = STAT(NAME, VALUES)'
  
  _Arguments_:
!      NAME       The type shall be `CHARACTER', of the default
!                 kind and a valid path within the file system.
!      VALUES     The type shall be `INTEGER(4), DIMENSION(13)'.
!      STATUS     (Optional) status flag of type `INTEGER(4)'.
!                 Returns 0 on success and a system specific
!                 error code otherwise.
  
  _Example_:
            PROGRAM test_stat
*************** _See also_:
*** 17792,17819 ****
  
  File: gfortran.info,  Node: STORAGE_SIZE,  Next: SUM,  Prev: STAT,  Up: Intrinsic Procedures
  
! 9.258 'STORAGE_SIZE' -- Storage size in bits
  ============================================
  
  _Description_:
       Returns the storage size of argument A in bits.
  _Standard_:
       Fortran 2008 and later
  _Class_:
       Inquiry function
  _Syntax_:
!      'RESULT = STORAGE_SIZE(A [, KIND])'
  
  _Arguments_:
!      A           Shall be a scalar or array of any type.
!      KIND        (Optional) shall be a scalar integer constant
!                  expression.
  
  _Return Value_:
       The result is a scalar integer with the kind type parameter
       specified by KIND (or default integer type if KIND is missing).
!      The result value is the size expressed in bits for an element of an
!      array that has the dynamic type and type parameters of A.
  
  _See also_:
       *note C_SIZEOF::, *note SIZEOF::
--- 17979,18009 ----
  
  File: gfortran.info,  Node: STORAGE_SIZE,  Next: SUM,  Prev: STAT,  Up: Intrinsic Procedures
  
! 9.258 `STORAGE_SIZE' -- Storage size in bits
  ============================================
  
  _Description_:
       Returns the storage size of argument A in bits.
+ 
  _Standard_:
       Fortran 2008 and later
+ 
  _Class_:
       Inquiry function
+ 
  _Syntax_:
!      `RESULT = STORAGE_SIZE(A [, KIND])'
  
  _Arguments_:
!      A          Shall be a scalar or array of any type.
!      KIND       (Optional) shall be a scalar integer constant
!                 expression.
  
  _Return Value_:
       The result is a scalar integer with the kind type parameter
       specified by KIND (or default integer type if KIND is missing).
!      The result value is the size expressed in bits for an element of
!      an array that has the dynamic type and type parameters of A.
  
  _See also_:
       *note C_SIZEOF::, *note SIZEOF::
*************** _See also_:
*** 17821,17832 ****
  
  File: gfortran.info,  Node: SUM,  Next: SYMLNK,  Prev: STORAGE_SIZE,  Up: Intrinsic Procedures
  
! 9.259 'SUM' -- Sum of array elements
  ====================================
  
  _Description_:
!      Adds the elements of ARRAY along dimension DIM if the corresponding
!      element in MASK is 'TRUE'.
  
  _Standard_:
       Fortran 95 and later
--- 18011,18022 ----
  
  File: gfortran.info,  Node: SUM,  Next: SYMLNK,  Prev: STORAGE_SIZE,  Up: Intrinsic Procedures
  
! 9.259 `SUM' -- Sum of array elements
  ====================================
  
  _Description_:
!      Adds the elements of ARRAY along dimension DIM if the
!      corresponding element in MASK is `TRUE'.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 17835,17860 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = SUM(ARRAY[, MASK])'
!      'RESULT = SUM(ARRAY, DIM[, MASK])'
  
  _Arguments_:
!      ARRAY       Shall be an array of type 'INTEGER', 'REAL' or
!                  'COMPLEX'.
!      DIM         (Optional) shall be a scalar of type 'INTEGER'
!                  with a value in the range from 1 to n, where n
!                  equals the rank of ARRAY.
!      MASK        (Optional) shall be of type 'LOGICAL' and either
!                  be a scalar or an array of the same shape as
!                  ARRAY.
  
  _Return value_:
       The result is of the same type as ARRAY.
  
!      If DIM is absent, a scalar with the sum of all elements in ARRAY is
!      returned.  Otherwise, an array of rank n-1, where n equals the rank
!      of ARRAY, and a shape similar to that of ARRAY with dimension DIM
!      dropped is returned.
  
  _Example_:
            PROGRAM test_sum
--- 18025,18050 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = SUM(ARRAY[, MASK])'
!      `RESULT = SUM(ARRAY, DIM[, MASK])'
  
  _Arguments_:
!      ARRAY      Shall be an array of type `INTEGER', `REAL' or
!                 `COMPLEX'.
!      DIM        (Optional) shall be a scalar of type `INTEGER'
!                 with a value in the range from 1 to n, where n
!                 equals the rank of ARRAY.
!      MASK       (Optional) shall be of type `LOGICAL' and
!                 either be a scalar or an array of the same
!                 shape as ARRAY.
  
  _Return value_:
       The result is of the same type as ARRAY.
  
!      If DIM is absent, a scalar with the sum of all elements in ARRAY
!      is returned. Otherwise, an array of rank n-1, where n equals the
!      rank of ARRAY, and a shape similar to that of ARRAY with dimension
!      DIM dropped is returned.
  
  _Example_:
            PROGRAM test_sum
*************** _See also_:
*** 17869,17884 ****
  
  File: gfortran.info,  Node: SYMLNK,  Next: SYSTEM,  Prev: SUM,  Up: Intrinsic Procedures
  
! 9.260 'SYMLNK' -- Create a symbolic link
  ========================================
  
  _Description_:
!      Makes a symbolic link from file PATH1 to PATH2.  A null character
!      ('CHAR(0)') can be used to mark the end of the names in PATH1 and
       PATH2; otherwise, trailing blanks in the file names are ignored.
       If the STATUS argument is supplied, it contains 0 on success or a
!      nonzero error code upon return; see 'symlink(2)'.  If the system
!      does not supply 'symlink(2)', 'ENOSYS' is returned.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
--- 18059,18074 ----
  
  File: gfortran.info,  Node: SYMLNK,  Next: SYSTEM,  Prev: SUM,  Up: Intrinsic Procedures
  
! 9.260 `SYMLNK' -- Create a symbolic link
  ========================================
  
  _Description_:
!      Makes a symbolic link from file PATH1 to PATH2. A null character
!      (`CHAR(0)') can be used to mark the end of the names in PATH1 and
       PATH2; otherwise, trailing blanks in the file names are ignored.
       If the STATUS argument is supplied, it contains 0 on success or a
!      nonzero error code upon return; see `symlink(2)'.  If the system
!      does not supply `symlink(2)', `ENOSYS' is returned.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
*************** _Class_:
*** 17890,17924 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL SYMLNK(PATH1, PATH2 [, STATUS])'
!      'STATUS = SYMLNK(PATH1, PATH2)'
  
  _Arguments_:
!      PATH1       Shall be of default 'CHARACTER' type.
!      PATH2       Shall be of default 'CHARACTER' type.
!      STATUS      (Optional) Shall be of default 'INTEGER' type.
  
  _See also_:
       *note LINK::, *note UNLINK::
  
  
  File: gfortran.info,  Node: SYSTEM,  Next: SYSTEM_CLOCK,  Prev: SYMLNK,  Up: Intrinsic Procedures
  
! 9.261 'SYSTEM' -- Execute a shell command
  =========================================
  
  _Description_:
!      Passes the command COMMAND to a shell (see 'system(3)').  If
       argument STATUS is present, it contains the value returned by
!      'system(3)', which is presumably 0 if the shell command succeeded.
       Note that which shell is used to invoke the command is
       system-dependent and environment-dependent.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
  
!      Note that the 'system' function need not be thread-safe.  It is the
!      responsibility of the user to ensure that 'system' is not called
       concurrently.
  
  _Standard_:
--- 18080,18115 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL SYMLNK(PATH1, PATH2 [, STATUS])'
!      `STATUS = SYMLNK(PATH1, PATH2)'
  
  _Arguments_:
!      PATH1      Shall be of default `CHARACTER' type.
!      PATH2      Shall be of default `CHARACTER' type.
!      STATUS     (Optional) Shall be of default `INTEGER' type.
  
  _See also_:
       *note LINK::, *note UNLINK::
  
+ 
  
  File: gfortran.info,  Node: SYSTEM,  Next: SYSTEM_CLOCK,  Prev: SYMLNK,  Up: Intrinsic Procedures
  
! 9.261 `SYSTEM' -- Execute a shell command
  =========================================
  
  _Description_:
!      Passes the command COMMAND to a shell (see `system(3)'). If
       argument STATUS is present, it contains the value returned by
!      `system(3)', which is presumably 0 if the shell command succeeded.
       Note that which shell is used to invoke the command is
       system-dependent and environment-dependent.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
  
!      Note that the `system' function need not be thread-safe. It is the
!      responsibility of the user to ensure that `system' is not called
       concurrently.
  
  _Standard_:
*************** _Class_:
*** 17928,17939 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL SYSTEM(COMMAND [, STATUS])'
!      'STATUS = SYSTEM(COMMAND)'
  
  _Arguments_:
!      COMMAND     Shall be of default 'CHARACTER' type.
!      STATUS      (Optional) Shall be of default 'INTEGER' type.
  
  _See also_:
       *note EXECUTE_COMMAND_LINE::, which is part of the Fortran 2008
--- 18119,18130 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL SYSTEM(COMMAND [, STATUS])'
!      `STATUS = SYSTEM(COMMAND)'
  
  _Arguments_:
!      COMMAND    Shall be of default `CHARACTER' type.
!      STATUS     (Optional) Shall be of default `INTEGER' type.
  
  _See also_:
       *note EXECUTE_COMMAND_LINE::, which is part of the Fortran 2008
*************** _See also_:
*** 17942,17982 ****
  
  File: gfortran.info,  Node: SYSTEM_CLOCK,  Next: TAN,  Prev: SYSTEM,  Up: Intrinsic Procedures
  
! 9.262 'SYSTEM_CLOCK' -- Time function
  =====================================
  
  _Description_:
!      Determines the COUNT of a processor clock since an unspecified time
!      in the past modulo COUNT_MAX, COUNT_RATE determines the number of
!      clock ticks per second.  If the platform supports a monotonic
!      clock, that clock is used and can, depending on the platform clock
!      implementation, provide up to nanosecond resolution.  If a
!      monotonic clock is not available, the implementation falls back to
!      a realtime clock.
  
       COUNT_RATE is system dependent and can vary depending on the kind
!      of the arguments.  For KIND=4 arguments (and smaller integer
!      kinds), COUNT represents milliseconds, while for KIND=8 arguments
!      (and larger integer kinds), COUNT typically represents micro- or
       nanoseconds depending on resolution of the underlying platform
!      clock.  COUNT_MAX usually equals 'HUGE(COUNT_MAX)'.  Note that the
!      millisecond resolution of the KIND=4 version implies that the COUNT
!      will wrap around in roughly 25 days.  In order to avoid issues with
!      the wrap around and for more precise timing, please use the KIND=8
!      version.
  
       If there is no clock, or querying the clock fails, COUNT is set to
!      '-HUGE(COUNT)', and COUNT_RATE and COUNT_MAX are set to zero.
  
       When running on a platform using the GNU C library (glibc) version
       2.16 or older, or a derivative thereof, the high resolution
!      monotonic clock is available only when linking with the RT library.
!      This can be done explicitly by adding the '-lrt' flag when linking
!      the application, but is also done implicitly when using OpenMP.
  
!      On the Windows platform, the version with KIND=4 arguments uses the
!      'GetTickCount' function, whereas the KIND=8 version uses
!      'QueryPerformanceCounter' and 'QueryPerformanceCounterFrequency'.
       For more information, and potential caveats, please see the
       platform documentation.
  
--- 18133,18174 ----
  
  File: gfortran.info,  Node: SYSTEM_CLOCK,  Next: TAN,  Prev: SYSTEM,  Up: Intrinsic Procedures
  
! 9.262 `SYSTEM_CLOCK' -- Time function
  =====================================
  
  _Description_:
!      Determines the COUNT of a processor clock since an unspecified
!      time in the past modulo COUNT_MAX, COUNT_RATE determines the
!      number of clock ticks per second.  If the platform supports a
!      monotonic clock, that clock is used and can, depending on the
!      platform clock implementation, provide up to nanosecond
!      resolution.  If a monotonic clock is not available, the
!      implementation falls back to a realtime clock.
  
       COUNT_RATE is system dependent and can vary depending on the kind
!      of the arguments. For KIND=4 arguments (and smaller integer kinds),
!      COUNT represents milliseconds, while for KIND=8 arguments (and
!      larger integer kinds), COUNT typically represents micro- or
       nanoseconds depending on resolution of the underlying platform
!      clock.  COUNT_MAX usually equals `HUGE(COUNT_MAX)'. Note that the
!      millisecond resolution of the KIND=4 version implies that the
!      COUNT will wrap around in roughly 25 days. In order to avoid issues
!      with the wrap around and for more precise timing, please use the
!      KIND=8 version.
  
       If there is no clock, or querying the clock fails, COUNT is set to
!      `-HUGE(COUNT)', and COUNT_RATE and COUNT_MAX are set to zero.
  
       When running on a platform using the GNU C library (glibc) version
       2.16 or older, or a derivative thereof, the high resolution
!      monotonic clock is available only when linking with the RT
!      library.  This can be done explicitly by adding the `-lrt' flag
!      when linking the application, but is also done implicitly when
!      using OpenMP.
  
!      On the Windows platform, the version with KIND=4 arguments uses
!      the `GetTickCount' function, whereas the KIND=8 version uses
!      `QueryPerformanceCounter' and `QueryPerformanceCounterFrequency'.
       For more information, and potential caveats, please see the
       platform documentation.
  
*************** _Class_:
*** 17987,18001 ****
       Subroutine
  
  _Syntax_:
!      'CALL SYSTEM_CLOCK([COUNT, COUNT_RATE, COUNT_MAX])'
  
  _Arguments_:
!      COUNT       (Optional) shall be a scalar of type 'INTEGER'
!                  with 'INTENT(OUT)'.
!      COUNT_RATE  (Optional) shall be a scalar of type 'INTEGER'
!                  or 'REAL', with 'INTENT(OUT)'.
!      COUNT_MAX   (Optional) shall be a scalar of type 'INTEGER'
!                  with 'INTENT(OUT)'.
  
  _Example_:
            PROGRAM test_system_clock
--- 18179,18193 ----
       Subroutine
  
  _Syntax_:
!      `CALL SYSTEM_CLOCK([COUNT, COUNT_RATE, COUNT_MAX])'
  
  _Arguments_:
!      COUNT      (Optional) shall be a scalar of type `INTEGER'
!                 with `INTENT(OUT)'.
!      COUNT_RATE (Optional) shall be a scalar of type `INTEGER'
!                 or `REAL', with `INTENT(OUT)'.
!      COUNT_MAX  (Optional) shall be a scalar of type `INTEGER'
!                 with `INTENT(OUT)'.
  
  _Example_:
            PROGRAM test_system_clock
*************** _See also_:
*** 18010,18020 ****
  
  File: gfortran.info,  Node: TAN,  Next: TAND,  Prev: SYSTEM_CLOCK,  Up: Intrinsic Procedures
  
! 9.263 'TAN' -- Tangent function
  ===============================
  
  _Description_:
!      'TAN(X)' computes the tangent of X.
  
  _Standard_:
       Fortran 77 and later, for a complex argument Fortran 2008 or later
--- 18202,18212 ----
  
  File: gfortran.info,  Node: TAN,  Next: TAND,  Prev: SYSTEM_CLOCK,  Up: Intrinsic Procedures
  
! 9.263 `TAN' -- Tangent function
  ===============================
  
  _Description_:
!      `TAN(X)' computes the tangent of X.
  
  _Standard_:
       Fortran 77 and later, for a complex argument Fortran 2008 or later
*************** _Class_:
*** 18023,18032 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = TAN(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL' or 'COMPLEX'.
  
  _Return value_:
       The return value has same type and kind as X, and its value is in
--- 18215,18224 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = TAN(X)'
  
  _Arguments_:
!      X          The type shall be `REAL' or `COMPLEX'.
  
  _Return value_:
       The return value has same type and kind as X, and its value is in
*************** _Example_:
*** 18039,18049 ****
            end program test_tan
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'TAN(X)'       'REAL(4) X'    'REAL(4)'      Fortran 95 and
!                                                   later
!      'DTAN(X)'      'REAL(8) X'    'REAL(8)'      Fortran 95 and
!                                                   later
  
  _See also_:
       Inverse function: *note ATAN:: Degrees function: *note TAND::
--- 18231,18241 ----
            end program test_tan
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `TAN(X)'      `REAL(4) X'   `REAL(4)'     Fortran 95 and
!                                                later
!      `DTAN(X)'     `REAL(8) X'   `REAL(8)'     Fortran 95 and
!                                                later
  
  _See also_:
       Inverse function: *note ATAN:: Degrees function: *note TAND::
*************** _See also_:
*** 18051,18076 ****
  
  File: gfortran.info,  Node: TAND,  Next: TANH,  Prev: TAN,  Up: Intrinsic Procedures
  
! 9.264 'TAND' -- Tangent function, degrees
  =========================================
  
  _Description_:
!      'TAND(X)' computes the tangent of X in degrees.
  
       This function is for compatibility only and should be avoided in
       favor of standard constructs wherever possible.
  
  _Standard_:
!      GNU Extension, enabled with '-fdec-math'.
  
  _Class_:
       Elemental function
  
  _Syntax_:
!      'RESULT = TAND(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL' or 'COMPLEX'.
  
  _Return value_:
       The return value has same type and kind as X, and its value is in
--- 18243,18268 ----
  
  File: gfortran.info,  Node: TAND,  Next: TANH,  Prev: TAN,  Up: Intrinsic Procedures
  
! 9.264 `TAND' -- Tangent function, degrees
  =========================================
  
  _Description_:
!      `TAND(X)' computes the tangent of X in degrees.
  
       This function is for compatibility only and should be avoided in
       favor of standard constructs wherever possible.
  
  _Standard_:
!      GNU Extension, enabled with `-fdec-math'.
  
  _Class_:
       Elemental function
  
  _Syntax_:
!      `RESULT = TAND(X)'
  
  _Arguments_:
!      X          The type shall be `REAL' or `COMPLEX'.
  
  _Return value_:
       The return value has same type and kind as X, and its value is in
*************** _Example_:
*** 18083,18091 ****
            end program test_tand
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'TAND(X)'      'REAL(4) X'    'REAL(4)'      GNU Extension
!      'DTAND(X)'     'REAL(8) X'    'REAL(8)'      GNU Extension
  
  _See also_:
       Inverse function: *note ATAND:: Radians function: *note TAN::
--- 18275,18283 ----
            end program test_tand
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `TAND(X)'     `REAL(4) X'   `REAL(4)'     GNU Extension
!      `DTAND(X)'    `REAL(8) X'   `REAL(8)'     GNU Extension
  
  _See also_:
       Inverse function: *note ATAND:: Radians function: *note TAN::
*************** _See also_:
*** 18093,18103 ****
  
  File: gfortran.info,  Node: TANH,  Next: THIS_IMAGE,  Prev: TAND,  Up: Intrinsic Procedures
  
! 9.265 'TANH' -- Hyperbolic tangent function
  ===========================================
  
  _Description_:
!      'TANH(X)' computes the hyperbolic tangent of X.
  
  _Standard_:
       Fortran 77 and later, for a complex argument Fortran 2008 or later
--- 18285,18295 ----
  
  File: gfortran.info,  Node: TANH,  Next: THIS_IMAGE,  Prev: TAND,  Up: Intrinsic Procedures
  
! 9.265 `TANH' -- Hyperbolic tangent function
  ===========================================
  
  _Description_:
!      `TANH(X)' computes the hyperbolic tangent of X.
  
  _Standard_:
       Fortran 77 and later, for a complex argument Fortran 2008 or later
*************** _Class_:
*** 18106,18120 ****
       Elemental function
  
  _Syntax_:
!      'X = TANH(X)'
  
  _Arguments_:
!      X           The type shall be 'REAL' or 'COMPLEX'.
  
  _Return value_:
!      The return value has same type and kind as X.  If X is complex, the
!      imaginary part of the result is in radians.  If X is 'REAL', the
!      return value lies in the range - 1 \leq tanh(x) \leq 1 .
  
  _Example_:
            program test_tanh
--- 18298,18312 ----
       Elemental function
  
  _Syntax_:
!      `X = TANH(X)'
  
  _Arguments_:
!      X          The type shall be `REAL' or `COMPLEX'.
  
  _Return value_:
!      The return value has same type and kind as X. If X is complex, the
!      imaginary part of the result is in radians. If X is `REAL', the
!      return value lies in the range  - 1 \leq tanh(x) \leq 1 .
  
  _Example_:
            program test_tanh
*************** _Example_:
*** 18123,18133 ****
            end program test_tanh
  
  _Specific names_:
!      Name           Argument       Return type    Standard
!      'TANH(X)'      'REAL(4) X'    'REAL(4)'      Fortran 95 and
!                                                   later
!      'DTANH(X)'     'REAL(8) X'    'REAL(8)'      Fortran 95 and
!                                                   later
  
  _See also_:
       *note ATANH::
--- 18315,18325 ----
            end program test_tanh
  
  _Specific names_:
!      Name          Argument      Return type   Standard
!      `TANH(X)'     `REAL(4) X'   `REAL(4)'     Fortran 95 and
!                                                later
!      `DTANH(X)'    `REAL(8) X'   `REAL(8)'     Fortran 95 and
!                                                later
  
  _See also_:
       *note ATANH::
*************** _See also_:
*** 18135,18180 ****
  
  File: gfortran.info,  Node: THIS_IMAGE,  Next: TIME,  Prev: TANH,  Up: Intrinsic Procedures
  
! 9.266 'THIS_IMAGE' -- Function that returns the cosubscript index of this image
  ===============================================================================
  
  _Description_:
       Returns the cosubscript for this image.
  
  _Standard_:
!      Fortran 2008 and later.  With DISTANCE argument, Technical
       Specification (TS) 18508 or later
  
  _Class_:
       Transformational function
  
  _Syntax_:
!      'RESULT = THIS_IMAGE()'
!      'RESULT = THIS_IMAGE(DISTANCE)'
!      'RESULT = THIS_IMAGE(COARRAY [, DIM])'
  
  _Arguments_:
!      DISTANCE    (optional, intent(in)) Nonnegative scalar
!                  integer (not permitted together with COARRAY).
!      COARRAY     Coarray of any type (optional; if DIM present,
!                  required).
!      DIM         default integer scalar (optional).  If present,
!                  DIM shall be between one and the corank of
!                  COARRAY.
  
  _Return value_:
!      Default integer.  If COARRAY is not present, it is scalar; if
       DISTANCE is not present or has value 0, its value is the image
       index on the invoking image for the current team, for values
!      smaller or equal distance to the initial team, it returns the image
!      index on the ancestor team which has a distance of DISTANCE from
!      the invoking team.  If DISTANCE is larger than the distance to the
!      initial team, the image index of the initial team is returned.
       Otherwise when the COARRAY is present, if DIM is not present, a
       rank-1 array with corank elements is returned, containing the
!      cosubscripts for COARRAY specifying the invoking image.  If DIM is
!      present, a scalar is returned, with the value of the DIM element of
!      'THIS_IMAGE(COARRAY)'.
  
  _Example_:
            INTEGER :: value[*]
--- 18327,18372 ----
  
  File: gfortran.info,  Node: THIS_IMAGE,  Next: TIME,  Prev: TANH,  Up: Intrinsic Procedures
  
! 9.266 `THIS_IMAGE' -- Function that returns the cosubscript index of this image
  ===============================================================================
  
  _Description_:
       Returns the cosubscript for this image.
  
  _Standard_:
!      Fortran 2008 and later. With DISTANCE argument, Technical
       Specification (TS) 18508 or later
  
  _Class_:
       Transformational function
  
  _Syntax_:
!      `RESULT = THIS_IMAGE()'
!      `RESULT = THIS_IMAGE(DISTANCE)'
!      `RESULT = THIS_IMAGE(COARRAY [, DIM])'
  
  _Arguments_:
!      DISTANCE   (optional, intent(in)) Nonnegative scalar
!                 integer (not permitted together with COARRAY).
!      COARRAY    Coarray of any type  (optional; if DIM
!                 present, required).
!      DIM        default integer scalar (optional). If present,
!                 DIM shall be between one and the corank of
!                 COARRAY.
  
  _Return value_:
!      Default integer. If COARRAY is not present, it is scalar; if
       DISTANCE is not present or has value 0, its value is the image
       index on the invoking image for the current team, for values
!      smaller or equal distance to the initial team, it returns the
!      image index on the ancestor team which has a distance of DISTANCE
!      from the invoking team. If DISTANCE is larger than the distance to
!      the initial team, the image index of the initial team is returned.
       Otherwise when the COARRAY is present, if DIM is not present, a
       rank-1 array with corank elements is returned, containing the
!      cosubscripts for COARRAY specifying the invoking image. If DIM is
!      present, a scalar is returned, with the value of the DIM element
!      of `THIS_IMAGE(COARRAY)'.
  
  _Example_:
            INTEGER :: value[*]
*************** _See also_:
*** 18197,18213 ****
  
  File: gfortran.info,  Node: TIME,  Next: TIME8,  Prev: THIS_IMAGE,  Up: Intrinsic Procedures
  
! 9.267 'TIME' -- Time function
  =============================
  
  _Description_:
       Returns the current time encoded as an integer (in the manner of
!      the function 'time(3)' in the C standard library).  This value is
       suitable for passing to *note CTIME::, *note GMTIME::, and *note
       LTIME::.
  
       This intrinsic is not fully portable, such as to systems with
!      32-bit 'INTEGER' types but supporting times wider than 32 bits.
       Therefore, the values returned by this intrinsic might be, or
       become, negative, or numerically less than previous values, during
       a single run of the compiled program.
--- 18389,18405 ----
  
  File: gfortran.info,  Node: TIME,  Next: TIME8,  Prev: THIS_IMAGE,  Up: Intrinsic Procedures
  
! 9.267 `TIME' -- Time function
  =============================
  
  _Description_:
       Returns the current time encoded as an integer (in the manner of
!      the function `time(3)' in the C standard library). This value is
       suitable for passing to *note CTIME::, *note GMTIME::, and *note
       LTIME::.
  
       This intrinsic is not fully portable, such as to systems with
!      32-bit `INTEGER' types but supporting times wider than 32 bits.
       Therefore, the values returned by this intrinsic might be, or
       become, negative, or numerically less than previous values, during
       a single run of the compiled program.
*************** _Class_:
*** 18223,18254 ****
       Function
  
  _Syntax_:
!      'RESULT = TIME()'
  
  _Return value_:
!      The return value is a scalar of type 'INTEGER(4)'.
  
  _See also_:
       *note DATE_AND_TIME::, *note CTIME::, *note GMTIME::, *note
       LTIME::, *note MCLOCK::, *note TIME8::
  
  
  File: gfortran.info,  Node: TIME8,  Next: TINY,  Prev: TIME,  Up: Intrinsic Procedures
  
! 9.268 'TIME8' -- Time function (64-bit)
  =======================================
  
  _Description_:
       Returns the current time encoded as an integer (in the manner of
!      the function 'time(3)' in the C standard library).  This value is
       suitable for passing to *note CTIME::, *note GMTIME::, and *note
       LTIME::.
  
       _Warning:_ this intrinsic does not increase the range of the timing
!      values over that returned by 'time(3)'.  On a system with a 32-bit
!      'time(3)', 'TIME8' will return a 32-bit value, even though it is
!      converted to a 64-bit 'INTEGER(8)' value.  That means overflows of
!      the 32-bit value can still occur.  Therefore, the values returned
       by this intrinsic might be or become negative or numerically less
       than previous values during a single run of the compiled program.
  
--- 18415,18447 ----
       Function
  
  _Syntax_:
!      `RESULT = TIME()'
  
  _Return value_:
!      The return value is a scalar of type `INTEGER(4)'.
  
  _See also_:
       *note DATE_AND_TIME::, *note CTIME::, *note GMTIME::, *note
       LTIME::, *note MCLOCK::, *note TIME8::
  
+ 
  
  File: gfortran.info,  Node: TIME8,  Next: TINY,  Prev: TIME,  Up: Intrinsic Procedures
  
! 9.268 `TIME8' -- Time function (64-bit)
  =======================================
  
  _Description_:
       Returns the current time encoded as an integer (in the manner of
!      the function `time(3)' in the C standard library). This value is
       suitable for passing to *note CTIME::, *note GMTIME::, and *note
       LTIME::.
  
       _Warning:_ this intrinsic does not increase the range of the timing
!      values over that returned by `time(3)'. On a system with a 32-bit
!      `time(3)', `TIME8' will return a 32-bit value, even though it is
!      converted to a 64-bit `INTEGER(8)' value. That means overflows of
!      the 32-bit value can still occur. Therefore, the values returned
       by this intrinsic might be or become negative or numerically less
       than previous values during a single run of the compiled program.
  
*************** _Class_:
*** 18259,18282 ****
       Function
  
  _Syntax_:
!      'RESULT = TIME8()'
  
  _Return value_:
!      The return value is a scalar of type 'INTEGER(8)'.
  
  _See also_:
       *note DATE_AND_TIME::, *note CTIME::, *note GMTIME::, *note
       LTIME::, *note MCLOCK8::, *note TIME::
  
  
  File: gfortran.info,  Node: TINY,  Next: TRAILZ,  Prev: TIME8,  Up: Intrinsic Procedures
  
! 9.269 'TINY' -- Smallest positive number of a real kind
  =======================================================
  
  _Description_:
!      'TINY(X)' returns the smallest positive (non zero) number in the
!      model of the type of 'X'.
  
  _Standard_:
       Fortran 95 and later
--- 18452,18476 ----
       Function
  
  _Syntax_:
!      `RESULT = TIME8()'
  
  _Return value_:
!      The return value is a scalar of type `INTEGER(8)'.
  
  _See also_:
       *note DATE_AND_TIME::, *note CTIME::, *note GMTIME::, *note
       LTIME::, *note MCLOCK8::, *note TIME::
  
+ 
  
  File: gfortran.info,  Node: TINY,  Next: TRAILZ,  Prev: TIME8,  Up: Intrinsic Procedures
  
! 9.269 `TINY' -- Smallest positive number of a real kind
  =======================================================
  
  _Description_:
!      `TINY(X)' returns the smallest positive (non zero) number in the
!      model of the type of `X'.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 18285,18309 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = TINY(X)'
  
  _Arguments_:
!      X           Shall be of type 'REAL'.
  
  _Return value_:
       The return value is of the same type and kind as X
  
  _Example_:
!      See 'HUGE' for an example.
  
  
  File: gfortran.info,  Node: TRAILZ,  Next: TRANSFER,  Prev: TINY,  Up: Intrinsic Procedures
  
! 9.270 'TRAILZ' -- Number of trailing zero bits of an integer
  ============================================================
  
  _Description_:
!      'TRAILZ' returns the number of trailing zero bits of an integer.
  
  _Standard_:
       Fortran 2008 and later
--- 18479,18503 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = TINY(X)'
  
  _Arguments_:
!      X          Shall be of type `REAL'.
  
  _Return value_:
       The return value is of the same type and kind as X
  
  _Example_:
!      See `HUGE' for an example.
  
  
  File: gfortran.info,  Node: TRAILZ,  Next: TRANSFER,  Prev: TINY,  Up: Intrinsic Procedures
  
! 9.270 `TRAILZ' -- Number of trailing zero bits of an integer
  ============================================================
  
  _Description_:
!      `TRAILZ' returns the number of trailing zero bits of an integer.
  
  _Standard_:
       Fortran 2008 and later
*************** _Class_:
*** 18312,18325 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = TRAILZ(I)'
  
  _Arguments_:
!      I           Shall be of type 'INTEGER'.
  
  _Return value_:
!      The type of the return value is the default 'INTEGER'.  If all the
!      bits of 'I' are zero, the result value is 'BIT_SIZE(I)'.
  
  _Example_:
            PROGRAM test_trailz
--- 18506,18519 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = TRAILZ(I)'
  
  _Arguments_:
!      I          Shall be of type `INTEGER'.
  
  _Return value_:
!      The type of the return value is the default `INTEGER'.  If all the
!      bits of `I' are zero, the result value is `BIT_SIZE(I)'.
  
  _Example_:
            PROGRAM test_trailz
*************** _See also_:
*** 18332,18338 ****
  
  File: gfortran.info,  Node: TRANSFER,  Next: TRANSPOSE,  Prev: TRAILZ,  Up: Intrinsic Procedures
  
! 9.271 'TRANSFER' -- Transfer bit patterns
  =========================================
  
  _Description_:
--- 18526,18532 ----
  
  File: gfortran.info,  Node: TRANSFER,  Next: TRANSPOSE,  Prev: TRAILZ,  Up: Intrinsic Procedures
  
! 9.271 `TRANSFER' -- Transfer bit patterns
  =========================================
  
  _Description_:
*************** _Class_:
*** 18350,18361 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = TRANSFER(SOURCE, MOLD[, SIZE])'
  
  _Arguments_:
!      SOURCE      Shall be a scalar or an array of any type.
!      MOLD        Shall be a scalar or an array of any type.
!      SIZE        (Optional) shall be a scalar of type 'INTEGER'.
  
  _Return value_:
       The result has the same type as MOLD, with the bit level
--- 18544,18555 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = TRANSFER(SOURCE, MOLD[, SIZE])'
  
  _Arguments_:
!      SOURCE     Shall be a scalar or an array of any type.
!      MOLD       Shall be a scalar or an array of any type.
!      SIZE       (Optional) shall be a scalar of type `INTEGER'.
  
  _Return value_:
       The result has the same type as MOLD, with the bit level
*************** _Return value_:
*** 18363,18369 ****
       one-dimensional array of length SIZE.  If SIZE is absent but MOLD
       is an array (of any size or shape), the result is a one-
       dimensional array of the minimum length needed to contain the
!      entirety of the bitwise representation of SOURCE.  If SIZE is
       absent and MOLD is a scalar, the result is a scalar.
  
       If the bitwise representation of the result is longer than that of
--- 18557,18563 ----
       one-dimensional array of length SIZE.  If SIZE is absent but MOLD
       is an array (of any size or shape), the result is a one-
       dimensional array of the minimum length needed to contain the
!      entirety of the bitwise representation of SOURCE.   If SIZE is
       absent and MOLD is a scalar, the result is a scalar.
  
       If the bitwise representation of the result is longer than that of
*************** _Return value_:
*** 18373,18381 ****
       When the resulting bit representation does not correspond to a
       valid representation of a variable of the same type as MOLD, the
       results are undefined, and subsequent operations on the result
!      cannot be guaranteed to produce sensible behavior.  For example, it
!      is possible to create 'LOGICAL' variables for which 'VAR' and
!      '.NOT.VAR' both appear to be true.
  
  _Example_:
            PROGRAM test_transfer
--- 18567,18575 ----
       When the resulting bit representation does not correspond to a
       valid representation of a variable of the same type as MOLD, the
       results are undefined, and subsequent operations on the result
!      cannot be guaranteed to produce sensible behavior.  For example,
!      it is possible to create `LOGICAL' variables for which `VAR' and
!      `.NOT.VAR' both appear to be true.
  
  _Example_:
            PROGRAM test_transfer
*************** _Example_:
*** 18386,18397 ****
  
  File: gfortran.info,  Node: TRANSPOSE,  Next: TRIM,  Prev: TRANSFER,  Up: Intrinsic Procedures
  
! 9.272 'TRANSPOSE' -- Transpose an array of rank two
  ===================================================
  
  _Description_:
!      Transpose an array of rank two.  Element (i, j) of the result has
!      the value 'MATRIX(j, i)', for all i, j.
  
  _Standard_:
       Fortran 95 and later
--- 18580,18591 ----
  
  File: gfortran.info,  Node: TRANSPOSE,  Next: TRIM,  Prev: TRANSFER,  Up: Intrinsic Procedures
  
! 9.272 `TRANSPOSE' -- Transpose an array of rank two
  ===================================================
  
  _Description_:
!      Transpose an array of rank two. Element (i, j) of the result has
!      the value `MATRIX(j, i)', for all i, j.
  
  _Standard_:
       Fortran 95 and later
*************** _Class_:
*** 18400,18419 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = TRANSPOSE(MATRIX)'
  
  _Arguments_:
!      MATRIX      Shall be an array of any type and have a rank of
!                  two.
  
  _Return value_:
!      The result has the same type as MATRIX, and has shape '(/ m, n /)'
!      if MATRIX has shape '(/ n, m /)'.
  
  
  File: gfortran.info,  Node: TRIM,  Next: TTYNAM,  Prev: TRANSPOSE,  Up: Intrinsic Procedures
  
! 9.273 'TRIM' -- Remove trailing blank characters of a string
  ============================================================
  
  _Description_:
--- 18594,18613 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = TRANSPOSE(MATRIX)'
  
  _Arguments_:
!      MATRIX     Shall be an array of any type and have a rank
!                 of two.
  
  _Return value_:
!      The result has the same type as MATRIX, and has shape `(/ m, n /)'
!      if MATRIX has shape `(/ n, m /)'.
  
  
  File: gfortran.info,  Node: TRIM,  Next: TTYNAM,  Prev: TRANSPOSE,  Up: Intrinsic Procedures
  
! 9.273 `TRIM' -- Remove trailing blank characters of a string
  ============================================================
  
  _Description_:
*************** _Class_:
*** 18426,18438 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = TRIM(STRING)'
  
  _Arguments_:
!      STRING      Shall be a scalar of type 'CHARACTER'.
  
  _Return value_:
!      A scalar of type 'CHARACTER' which length is that of STRING less
       the number of trailing blanks.
  
  _Example_:
--- 18620,18632 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = TRIM(STRING)'
  
  _Arguments_:
!      STRING     Shall be a scalar of type `CHARACTER'.
  
  _Return value_:
!      A scalar of type `CHARACTER' which length is that of STRING less
       the number of trailing blanks.
  
  _Example_:
*************** _See also_:
*** 18447,18458 ****
  
  File: gfortran.info,  Node: TTYNAM,  Next: UBOUND,  Prev: TRIM,  Up: Intrinsic Procedures
  
! 9.274 'TTYNAM' -- Get the name of a terminal device.
  ====================================================
  
  _Description_:
!      Get the name of a terminal device.  For more information, see
!      'ttyname(3)'.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
--- 18641,18652 ----
  
  File: gfortran.info,  Node: TTYNAM,  Next: UBOUND,  Prev: TRIM,  Up: Intrinsic Procedures
  
! 9.274 `TTYNAM' -- Get the name of a terminal device.
  ====================================================
  
  _Description_:
!      Get the name of a terminal device. For more information, see
!      `ttyname(3)'.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
*************** _Class_:
*** 18464,18475 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL TTYNAM(UNIT, NAME)'
!      'NAME = TTYNAM(UNIT)'
  
  _Arguments_:
!      UNIT        Shall be a scalar 'INTEGER'.
!      NAME        Shall be of type 'CHARACTER'.
  
  _Example_:
            PROGRAM test_ttynam
--- 18658,18669 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL TTYNAM(UNIT, NAME)'
!      `NAME = TTYNAM(UNIT)'
  
  _Arguments_:
!      UNIT       Shall be a scalar `INTEGER'.
!      NAME       Shall be of type `CHARACTER'.
  
  _Example_:
            PROGRAM test_ttynam
*************** _See also_:
*** 18485,18496 ****
  
  File: gfortran.info,  Node: UBOUND,  Next: UCOBOUND,  Prev: TTYNAM,  Up: Intrinsic Procedures
  
! 9.275 'UBOUND' -- Upper dimension bounds of an array
  ====================================================
  
  _Description_:
!      Returns the upper bounds of an array, or a single upper bound along
!      the DIM dimension.
  _Standard_:
       Fortran 95 and later, with KIND argument Fortran 2003 and later
  
--- 18679,18691 ----
  
  File: gfortran.info,  Node: UBOUND,  Next: UCOBOUND,  Prev: TTYNAM,  Up: Intrinsic Procedures
  
! 9.275 `UBOUND' -- Upper dimension bounds of an array
  ====================================================
  
  _Description_:
!      Returns the upper bounds of an array, or a single upper bound
!      along the DIM dimension.
! 
  _Standard_:
       Fortran 95 and later, with KIND argument Fortran 2003 and later
  
*************** _Class_:
*** 18498,18521 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = UBOUND(ARRAY [, DIM [, KIND]])'
  
  _Arguments_:
!      ARRAY       Shall be an array, of any type.
!      DIM         (Optional) Shall be a scalar 'INTEGER'.
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of kind KIND.  If KIND is
       absent, the return value is of default integer kind.  If DIM is
       absent, the result is an array of the upper bounds of ARRAY.  If
       DIM is present, the result is a scalar corresponding to the upper
!      bound of the array along that dimension.  If ARRAY is an expression
!      rather than a whole array or array structure component, or if it
!      has a zero extent along the relevant dimension, the upper bound is
!      taken to be the number of elements along the relevant dimension.
  
  _See also_:
       *note LBOUND::, *note LCOBOUND::
--- 18693,18717 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = UBOUND(ARRAY [, DIM [, KIND]])'
  
  _Arguments_:
!      ARRAY      Shall be an array, of any type.
!      DIM        (Optional) Shall be a scalar `INTEGER'.
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      The return value is of type `INTEGER' and of kind KIND. If KIND is
       absent, the return value is of default integer kind.  If DIM is
       absent, the result is an array of the upper bounds of ARRAY.  If
       DIM is present, the result is a scalar corresponding to the upper
!      bound of the array along that dimension.  If ARRAY is an
!      expression rather than a whole array or array structure component,
!      or if it has a zero extent along the relevant dimension, the upper
!      bound is taken to be the number of elements along the relevant
!      dimension.
  
  _See also_:
       *note LBOUND::, *note LCOBOUND::
*************** _See also_:
*** 18523,18534 ****
  
  File: gfortran.info,  Node: UCOBOUND,  Next: UMASK,  Prev: UBOUND,  Up: Intrinsic Procedures
  
! 9.276 'UCOBOUND' -- Upper codimension bounds of an array
  ========================================================
  
  _Description_:
       Returns the upper cobounds of a coarray, or a single upper cobound
       along the DIM codimension.
  _Standard_:
       Fortran 2008 and later
  
--- 18719,18731 ----
  
  File: gfortran.info,  Node: UCOBOUND,  Next: UMASK,  Prev: UBOUND,  Up: Intrinsic Procedures
  
! 9.276 `UCOBOUND' -- Upper codimension bounds of an array
  ========================================================
  
  _Description_:
       Returns the upper cobounds of a coarray, or a single upper cobound
       along the DIM codimension.
+ 
  _Standard_:
       Fortran 2008 and later
  
*************** _Class_:
*** 18536,18552 ****
       Inquiry function
  
  _Syntax_:
!      'RESULT = UCOBOUND(COARRAY [, DIM [, KIND]])'
  
  _Arguments_:
!      ARRAY       Shall be an coarray, of any type.
!      DIM         (Optional) Shall be a scalar 'INTEGER'.
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of kind KIND.  If KIND is
       absent, the return value is of default integer kind.  If DIM is
       absent, the result is an array of the lower cobounds of COARRAY.
       If DIM is present, the result is a scalar corresponding to the
--- 18733,18749 ----
       Inquiry function
  
  _Syntax_:
!      `RESULT = UCOBOUND(COARRAY [, DIM [, KIND]])'
  
  _Arguments_:
!      ARRAY      Shall be an coarray, of any type.
!      DIM        (Optional) Shall be a scalar `INTEGER'.
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      The return value is of type `INTEGER' and of kind KIND. If KIND is
       absent, the return value is of default integer kind.  If DIM is
       absent, the result is an array of the lower cobounds of COARRAY.
       If DIM is present, the result is a scalar corresponding to the
*************** _See also_:
*** 18558,18570 ****
  
  File: gfortran.info,  Node: UMASK,  Next: UNLINK,  Prev: UCOBOUND,  Up: Intrinsic Procedures
  
! 9.277 'UMASK' -- Set the file creation mask
  ===========================================
  
  _Description_:
!      Sets the file creation mask to MASK.  If called as a function, it
!      returns the old value.  If called as a subroutine and argument OLD
!      if it is supplied, it is set to the old value.  See 'umask(2)'.
  
  _Standard_:
       GNU extension
--- 18755,18767 ----
  
  File: gfortran.info,  Node: UMASK,  Next: UNLINK,  Prev: UCOBOUND,  Up: Intrinsic Procedures
  
! 9.277 `UMASK' -- Set the file creation mask
  ===========================================
  
  _Description_:
!      Sets the file creation mask to MASK. If called as a function, it
!      returns the old value. If called as a subroutine and argument OLD
!      if it is supplied, it is set to the old value. See `umask(2)'.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 18573,18597 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL UMASK(MASK [, OLD])'
!      'OLD = UMASK(MASK)'
  
  _Arguments_:
!      MASK        Shall be a scalar of type 'INTEGER'.
!      OLD         (Optional) Shall be a scalar of type 'INTEGER'.
  
  
  File: gfortran.info,  Node: UNLINK,  Next: UNPACK,  Prev: UMASK,  Up: Intrinsic Procedures
  
! 9.278 'UNLINK' -- Remove a file from the file system
  ====================================================
  
  _Description_:
!      Unlinks the file PATH.  A null character ('CHAR(0)') can be used to
!      mark the end of the name in PATH; otherwise, trailing blanks in the
!      file name are ignored.  If the STATUS argument is supplied, it
       contains 0 on success or a nonzero error code upon return; see
!      'unlink(2)'.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
--- 18770,18795 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL UMASK(MASK [, OLD])'
!      `OLD = UMASK(MASK)'
  
  _Arguments_:
!      MASK       Shall be a scalar of type `INTEGER'.
!      OLD        (Optional) Shall be a scalar of type `INTEGER'.
! 
  
  
  File: gfortran.info,  Node: UNLINK,  Next: UNPACK,  Prev: UMASK,  Up: Intrinsic Procedures
  
! 9.278 `UNLINK' -- Remove a file from the file system
  ====================================================
  
  _Description_:
!      Unlinks the file PATH. A null character (`CHAR(0)') can be used to
!      mark the end of the name in PATH; otherwise, trailing blanks in
!      the file name are ignored.  If the STATUS argument is supplied, it
       contains 0 on success or a nonzero error code upon return; see
!      `unlink(2)'.
  
       This intrinsic is provided in both subroutine and function forms;
       however, only one form can be used in any given program unit.
*************** _Class_:
*** 18603,18614 ****
       Subroutine, function
  
  _Syntax_:
!      'CALL UNLINK(PATH [, STATUS])'
!      'STATUS = UNLINK(PATH)'
  
  _Arguments_:
!      PATH        Shall be of default 'CHARACTER' type.
!      STATUS      (Optional) Shall be of default 'INTEGER' type.
  
  _See also_:
       *note LINK::, *note SYMLNK::
--- 18801,18812 ----
       Subroutine, function
  
  _Syntax_:
!      `CALL UNLINK(PATH [, STATUS])'
!      `STATUS = UNLINK(PATH)'
  
  _Arguments_:
!      PATH       Shall be of default `CHARACTER' type.
!      STATUS     (Optional) Shall be of default `INTEGER' type.
  
  _See also_:
       *note LINK::, *note SYMLNK::
*************** _See also_:
*** 18616,18622 ****
  
  File: gfortran.info,  Node: UNPACK,  Next: VERIFY,  Prev: UNLINK,  Up: Intrinsic Procedures
  
! 9.279 'UNPACK' -- Unpack an array of rank one into an array
  ===========================================================
  
  _Description_:
--- 18814,18820 ----
  
  File: gfortran.info,  Node: UNPACK,  Next: VERIFY,  Prev: UNLINK,  Up: Intrinsic Procedures
  
! 9.279 `UNPACK' -- Unpack an array of rank one into an array
  ===========================================================
  
  _Description_:
*************** _Class_:
*** 18629,18646 ****
       Transformational function
  
  _Syntax_:
!      'RESULT = UNPACK(VECTOR, MASK, FIELD)'
  
  _Arguments_:
!      VECTOR      Shall be an array of any type and rank one.  It
!                  shall have at least as many elements as MASK has
!                  'TRUE' values.
!      MASK        Shall be an array of type 'LOGICAL'.
!      FIELD       Shall be of the same type as VECTOR and have the
!                  same shape as MASK.
  
  _Return value_:
!      The resulting array corresponds to FIELD with 'TRUE' elements of
       MASK replaced by values from VECTOR in array element order.
  
  _Example_:
--- 18827,18844 ----
       Transformational function
  
  _Syntax_:
!      `RESULT = UNPACK(VECTOR, MASK, FIELD)'
  
  _Arguments_:
!      VECTOR     Shall be an array of any type and rank one. It
!                 shall have at least as many elements as MASK
!                 has `TRUE' values.
!      MASK       Shall be an array of type `LOGICAL'.
!      FIELD      Shall be of the same type as VECTOR and have
!                 the same shape as MASK.
  
  _Return value_:
!      The resulting array corresponds to FIELD with `TRUE' elements of
       MASK replaced by values from VECTOR in array element order.
  
  _Example_:
*************** _See also_:
*** 18659,18675 ****
  
  File: gfortran.info,  Node: VERIFY,  Next: XOR,  Prev: UNPACK,  Up: Intrinsic Procedures
  
! 9.280 'VERIFY' -- Scan a string for characters not a given set
  ==============================================================
  
  _Description_:
       Verifies that all the characters in STRING belong to the set of
       characters in SET.
  
!      If BACK is either absent or equals 'FALSE', this function returns
       the position of the leftmost character of STRING that is not in
!      SET.  If BACK equals 'TRUE', the rightmost position is returned.
!      If all characters of STRING are found in SET, the result is zero.
  
  _Standard_:
       Fortran 95 and later, with KIND argument Fortran 2003 and later
--- 18857,18873 ----
  
  File: gfortran.info,  Node: VERIFY,  Next: XOR,  Prev: UNPACK,  Up: Intrinsic Procedures
  
! 9.280 `VERIFY' -- Scan a string for characters not a given set
  ==============================================================
  
  _Description_:
       Verifies that all the characters in STRING belong to the set of
       characters in SET.
  
!      If BACK is either absent or equals `FALSE', this function returns
       the position of the leftmost character of STRING that is not in
!      SET. If BACK equals `TRUE', the rightmost position is returned. If
!      all characters of STRING are found in SET, the result is zero.
  
  _Standard_:
       Fortran 95 and later, with KIND argument Fortran 2003 and later
*************** _Class_:
*** 18678,18695 ****
       Elemental function
  
  _Syntax_:
!      'RESULT = VERIFY(STRING, SET[, BACK [, KIND]])'
  
  _Arguments_:
!      STRING      Shall be of type 'CHARACTER'.
!      SET         Shall be of type 'CHARACTER'.
!      BACK        (Optional) shall be of type 'LOGICAL'.
!      KIND        (Optional) An 'INTEGER' initialization
!                  expression indicating the kind parameter of the
!                  result.
  
  _Return value_:
!      The return value is of type 'INTEGER' and of kind KIND.  If KIND is
       absent, the return value is of default integer kind.
  
  _Example_:
--- 18876,18893 ----
       Elemental function
  
  _Syntax_:
!      `RESULT = VERIFY(STRING, SET[, BACK [, KIND]])'
  
  _Arguments_:
!      STRING     Shall be of type `CHARACTER'.
!      SET        Shall be of type `CHARACTER'.
!      BACK       (Optional) shall be of type `LOGICAL'.
!      KIND       (Optional) An `INTEGER' initialization
!                 expression indicating the kind parameter of
!                 the result.
  
  _Return value_:
!      The return value is of type `INTEGER' and of kind KIND. If KIND is
       absent, the return value is of default integer kind.
  
  _Example_:
*************** _See also_:
*** 18707,18713 ****
  
  File: gfortran.info,  Node: XOR,  Prev: VERIFY,  Up: Intrinsic Procedures
  
! 9.281 'XOR' -- Bitwise logical exclusive OR
  ===========================================
  
  _Description_:
--- 18905,18911 ----
  
  File: gfortran.info,  Node: XOR,  Prev: VERIFY,  Up: Intrinsic Procedures
  
! 9.281 `XOR' -- Bitwise logical exclusive OR
  ===========================================
  
  _Description_:
*************** _Description_:
*** 18716,18722 ****
       This intrinsic routine is provided for backwards compatibility with
       GNU Fortran 77.  For integer arguments, programmers should consider
       the use of the *note IEOR:: intrinsic and for logical arguments the
!      '.NEQV.' operator, which are both defined by the Fortran standard.
  
  _Standard_:
       GNU extension
--- 18914,18920 ----
       This intrinsic routine is provided for backwards compatibility with
       GNU Fortran 77.  For integer arguments, programmers should consider
       the use of the *note IEOR:: intrinsic and for logical arguments the
!      `.NEQV.' operator, which are both defined by the Fortran standard.
  
  _Standard_:
       GNU extension
*************** _Class_:
*** 18725,18742 ****
       Function
  
  _Syntax_:
!      'RESULT = XOR(I, J)'
  
  _Arguments_:
!      I           The type shall be either a scalar 'INTEGER' type
!                  or a scalar 'LOGICAL' type.
!      J           The type shall be the same as the type of I.
  
  _Return value_:
!      The return type is either a scalar 'INTEGER' or a scalar 'LOGICAL'.
!      If the kind type parameters differ, then the smaller kind type is
!      implicitly converted to larger kind, and the return has the larger
!      kind.
  
  _Example_:
            PROGRAM test_xor
--- 18923,18940 ----
       Function
  
  _Syntax_:
!      `RESULT = XOR(I, J)'
  
  _Arguments_:
!      I          The type shall be either  a scalar `INTEGER'
!                 type or a scalar `LOGICAL' type.
!      J          The type shall be the same as the type of I.
  
  _Return value_:
!      The return type is either a scalar `INTEGER' or a scalar
!      `LOGICAL'.  If the kind type parameters differ, then the smaller
!      kind type is implicitly converted to larger kind, and the return
!      has the larger kind.
  
  _Example_:
            PROGRAM test_xor
*************** File: gfortran.info,  Node: Intrinsic Mo
*** 18768,18888 ****
  
  File: gfortran.info,  Node: ISO_FORTRAN_ENV,  Next: ISO_C_BINDING,  Up: Intrinsic Modules
  
! 10.1 'ISO_FORTRAN_ENV'
  ======================
  
  _Standard_:
       Fortran 2003 and later, except when otherwise noted
  
!    The 'ISO_FORTRAN_ENV' module provides the following scalar
  default-integer named constants:
  
! 'ATOMIC_INT_KIND':
       Default-kind integer constant to be used as kind parameter when
!      defining integer variables used in atomic operations.  (Fortran
       2008 or later.)
  
! 'ATOMIC_LOGICAL_KIND':
       Default-kind integer constant to be used as kind parameter when
!      defining logical variables used in atomic operations.  (Fortran
       2008 or later.)
  
! 'CHARACTER_KINDS':
       Default-kind integer constant array of rank one containing the
!      supported kind parameters of the 'CHARACTER' type.  (Fortran 2008
       or later.)
  
! 'CHARACTER_STORAGE_SIZE':
       Size in bits of the character storage unit.
  
! 'ERROR_UNIT':
       Identifies the preconnected unit used for error reporting.
  
! 'FILE_STORAGE_SIZE':
       Size in bits of the file-storage unit.
  
! 'INPUT_UNIT':
!      Identifies the preconnected unit identified by the asterisk ('*')
!      in 'READ' statement.
  
! 'INT8', 'INT16', 'INT32', 'INT64':
!      Kind type parameters to specify an INTEGER type with a storage size
!      of 16, 32, and 64 bits.  It is negative if a target platform does
!      not support the particular kind.  (Fortran 2008 or later.)
  
! 'INTEGER_KINDS':
       Default-kind integer constant array of rank one containing the
!      supported kind parameters of the 'INTEGER' type.  (Fortran 2008 or
       later.)
  
! 'IOSTAT_END':
!      The value assigned to the variable passed to the 'IOSTAT='
       specifier of an input/output statement if an end-of-file condition
       occurred.
  
! 'IOSTAT_EOR':
!      The value assigned to the variable passed to the 'IOSTAT='
       specifier of an input/output statement if an end-of-record
       condition occurred.
  
! 'IOSTAT_INQUIRE_INTERNAL_UNIT':
!      Scalar default-integer constant, used by 'INQUIRE' for the
!      'IOSTAT=' specifier to denote an that a unit number identifies an
!      internal unit.  (Fortran 2008 or later.)
  
! 'NUMERIC_STORAGE_SIZE':
       The size in bits of the numeric storage unit.
  
! 'LOGICAL_KINDS':
       Default-kind integer constant array of rank one containing the
!      supported kind parameters of the 'LOGICAL' type.  (Fortran 2008 or
       later.)
  
! 'OUTPUT_UNIT':
!      Identifies the preconnected unit identified by the asterisk ('*')
!      in 'WRITE' statement.
  
! 'REAL32', 'REAL64', 'REAL128':
       Kind type parameters to specify a REAL type with a storage size of
!      32, 64, and 128 bits.  It is negative if a target platform does not
!      support the particular kind.  (Fortran 2008 or later.)
  
! 'REAL_KINDS':
       Default-kind integer constant array of rank one containing the
!      supported kind parameters of the 'REAL' type.  (Fortran 2008 or
       later.)
  
! 'STAT_LOCKED':
       Scalar default-integer constant used as STAT= return value by
!      'LOCK' to denote that the lock variable is locked by the executing
!      image.  (Fortran 2008 or later.)
  
! 'STAT_LOCKED_OTHER_IMAGE':
       Scalar default-integer constant used as STAT= return value by
!      'UNLOCK' to denote that the lock variable is locked by another
!      image.  (Fortran 2008 or later.)
  
! 'STAT_STOPPED_IMAGE':
       Positive, scalar default-integer constant used as STAT= return
       value if the argument in the statement requires synchronisation
       with an image, which has initiated the termination of the
!      execution.  (Fortran 2008 or later.)
  
! 'STAT_FAILED_IMAGE':
       Positive, scalar default-integer constant used as STAT= return
       value if the argument in the statement requires communication with
!      an image, which has is in the failed state.  (TS 18508 or later.)
  
! 'STAT_UNLOCKED':
       Scalar default-integer constant used as STAT= return value by
!      'UNLOCK' to denote that the lock variable is unlocked.  (Fortran
       2008 or later.)
  
     The module provides the following derived type:
  
! 'LOCK_TYPE':
!      Derived type with private components to be use with the 'LOCK' and
!      'UNLOCK' statement.  A variable of its type has to be always
       declared as coarray and may not appear in a variable-definition
       context.  (Fortran 2008 or later.)
  
--- 18966,19086 ----
  
  File: gfortran.info,  Node: ISO_FORTRAN_ENV,  Next: ISO_C_BINDING,  Up: Intrinsic Modules
  
! 10.1 `ISO_FORTRAN_ENV'
  ======================
  
  _Standard_:
       Fortran 2003 and later, except when otherwise noted
  
!    The `ISO_FORTRAN_ENV' module provides the following scalar
  default-integer named constants:
  
! `ATOMIC_INT_KIND':
       Default-kind integer constant to be used as kind parameter when
!      defining integer variables used in atomic operations. (Fortran
       2008 or later.)
  
! `ATOMIC_LOGICAL_KIND':
       Default-kind integer constant to be used as kind parameter when
!      defining logical variables used in atomic operations. (Fortran
       2008 or later.)
  
! `CHARACTER_KINDS':
       Default-kind integer constant array of rank one containing the
!      supported kind parameters of the `CHARACTER' type. (Fortran 2008
       or later.)
  
! `CHARACTER_STORAGE_SIZE':
       Size in bits of the character storage unit.
  
! `ERROR_UNIT':
       Identifies the preconnected unit used for error reporting.
  
! `FILE_STORAGE_SIZE':
       Size in bits of the file-storage unit.
  
! `INPUT_UNIT':
!      Identifies the preconnected unit identified by the asterisk (`*')
!      in `READ' statement.
  
! `INT8', `INT16', `INT32', `INT64':
!      Kind type parameters to specify an INTEGER type with a storage
!      size of 16, 32, and 64 bits. It is negative if a target platform
!      does not support the particular kind. (Fortran 2008 or later.)
  
! `INTEGER_KINDS':
       Default-kind integer constant array of rank one containing the
!      supported kind parameters of the `INTEGER' type. (Fortran 2008 or
       later.)
  
! `IOSTAT_END':
!      The value assigned to the variable passed to the `IOSTAT='
       specifier of an input/output statement if an end-of-file condition
       occurred.
  
! `IOSTAT_EOR':
!      The value assigned to the variable passed to the `IOSTAT='
       specifier of an input/output statement if an end-of-record
       condition occurred.
  
! `IOSTAT_INQUIRE_INTERNAL_UNIT':
!      Scalar default-integer constant, used by `INQUIRE' for the
!      `IOSTAT=' specifier to denote an that a unit number identifies an
!      internal unit. (Fortran 2008 or later.)
  
! `NUMERIC_STORAGE_SIZE':
       The size in bits of the numeric storage unit.
  
! `LOGICAL_KINDS':
       Default-kind integer constant array of rank one containing the
!      supported kind parameters of the `LOGICAL' type. (Fortran 2008 or
       later.)
  
! `OUTPUT_UNIT':
!      Identifies the preconnected unit identified by the asterisk (`*')
!      in `WRITE' statement.
  
! `REAL32', `REAL64', `REAL128':
       Kind type parameters to specify a REAL type with a storage size of
!      32, 64, and 128 bits. It is negative if a target platform does not
!      support the particular kind. (Fortran 2008 or later.)
  
! `REAL_KINDS':
       Default-kind integer constant array of rank one containing the
!      supported kind parameters of the `REAL' type. (Fortran 2008 or
       later.)
  
! `STAT_LOCKED':
       Scalar default-integer constant used as STAT= return value by
!      `LOCK' to denote that the lock variable is locked by the executing
!      image. (Fortran 2008 or later.)
  
! `STAT_LOCKED_OTHER_IMAGE':
       Scalar default-integer constant used as STAT= return value by
!      `UNLOCK' to denote that the lock variable is locked by another
!      image. (Fortran 2008 or later.)
  
! `STAT_STOPPED_IMAGE':
       Positive, scalar default-integer constant used as STAT= return
       value if the argument in the statement requires synchronisation
       with an image, which has initiated the termination of the
!      execution. (Fortran 2008 or later.)
  
! `STAT_FAILED_IMAGE':
       Positive, scalar default-integer constant used as STAT= return
       value if the argument in the statement requires communication with
!      an image, which has is in the failed state. (TS 18508 or later.)
  
! `STAT_UNLOCKED':
       Scalar default-integer constant used as STAT= return value by
!      `UNLOCK' to denote that the lock variable is unlocked. (Fortran
       2008 or later.)
  
     The module provides the following derived type:
  
! `LOCK_TYPE':
!      Derived type with private components to be use with the `LOCK' and
!      `UNLOCK' statement. A variable of its type has to be always
       declared as coarray and may not appear in a variable-definition
       context.  (Fortran 2008 or later.)
  
*************** COMPILER_OPTIONS:: and *note COMPILER_VE
*** 18892,18898 ****
  
  File: gfortran.info,  Node: ISO_C_BINDING,  Next: IEEE modules,  Prev: ISO_FORTRAN_ENV,  Up: Intrinsic Modules
  
! 10.2 'ISO_C_BINDING'
  ====================
  
  _Standard_:
--- 19090,19096 ----
  
  File: gfortran.info,  Node: ISO_C_BINDING,  Next: IEEE modules,  Prev: ISO_FORTRAN_ENV,  Up: Intrinsic Modules
  
! 10.2 `ISO_C_BINDING'
  ====================
  
  _Standard_:
*************** _Standard_:
*** 18902,19081 ****
  definition can be found in the section Intrinsic Procedures of this
  manual.
  
! 'C_ASSOCIATED'
! 'C_F_POINTER'
! 'C_F_PROCPOINTER'
! 'C_FUNLOC'
! 'C_LOC'
! 'C_SIZEOF'
  
!    The 'ISO_C_BINDING' module provides the following named constants of
  type default integer, which can be used as KIND type parameters.
  
     In addition to the integer named constants required by the Fortran
! 2003 standard and 'C_PTRDIFF_T' of TS 29113, GNU Fortran provides as an
  extension named constants for the 128-bit integer types supported by the
! C compiler: 'C_INT128_T, C_INT_LEAST128_T, C_INT_FAST128_T'.
! Furthermore, if '__float128' is supported in C, the named constants
! 'C_FLOAT128, C_FLOAT128_COMPLEX' are defined.
  
  Fortran     Named constant            C type                    Extension
! Type
! 'INTEGER'   'C_INT'                   'int'
! 'INTEGER'   'C_SHORT'                 'short int'
! 'INTEGER'   'C_LONG'                  'long int'
! 'INTEGER'   'C_LONG_LONG'             'long long int'
! 'INTEGER'   'C_SIGNED_CHAR'           'signed char'/'unsigned
!                                       char'
! 'INTEGER'   'C_SIZE_T'                'size_t'
! 'INTEGER'   'C_INT8_T'                'int8_t'
! 'INTEGER'   'C_INT16_T'               'int16_t'
! 'INTEGER'   'C_INT32_T'               'int32_t'
! 'INTEGER'   'C_INT64_T'               'int64_t'
! 'INTEGER'   'C_INT128_T'              'int128_t'                Ext.
! 'INTEGER'   'C_INT_LEAST8_T'          'int_least8_t'
! 'INTEGER'   'C_INT_LEAST16_T'         'int_least16_t'
! 'INTEGER'   'C_INT_LEAST32_T'         'int_least32_t'
! 'INTEGER'   'C_INT_LEAST64_T'         'int_least64_t'
! 'INTEGER'   'C_INT_LEAST128_T'        'int_least128_t'          Ext.
! 'INTEGER'   'C_INT_FAST8_T'           'int_fast8_t'
! 'INTEGER'   'C_INT_FAST16_T'          'int_fast16_t'
! 'INTEGER'   'C_INT_FAST32_T'          'int_fast32_t'
! 'INTEGER'   'C_INT_FAST64_T'          'int_fast64_t'
! 'INTEGER'   'C_INT_FAST128_T'         'int_fast128_t'           Ext.
! 'INTEGER'   'C_INTMAX_T'              'intmax_t'
! 'INTEGER'   'C_INTPTR_T'              'intptr_t'
! 'INTEGER'   'C_PTRDIFF_T'             'ptrdiff_t'               TS 29113
! 'REAL'      'C_FLOAT'                 'float'
! 'REAL'      'C_DOUBLE'                'double'
! 'REAL'      'C_LONG_DOUBLE'           'long double'
! 'REAL'      'C_FLOAT128'              '__float128'              Ext.
! 'COMPLEX'   'C_FLOAT_COMPLEX'         'float _Complex'
! 'COMPLEX'   'C_DOUBLE_COMPLEX'        'double _Complex'
! 'COMPLEX'   'C_LONG_DOUBLE_COMPLEX'   'long double _Complex'
! 'REAL'      'C_FLOAT128_COMPLEX'      '__float128 _Complex'     Ext.
! 'LOGICAL'   'C_BOOL'                  '_Bool'
! 'CHARACTER' 'C_CHAR'                  'char'
  
     Additionally, the following parameters of type
! 'CHARACTER(KIND=C_CHAR)' are defined.
  
  Name           C definition                     Value
! 'C_NULL_CHAR'  null character                   ''\0''
! 'C_ALERT'      alert                            ''\a''
! 'C_BACKSPACE'  backspace                        ''\b''
! 'C_FORM_FEED'  form feed                        ''\f''
! 'C_NEW_LINE'   new line                         ''\n''
! 'C_CARRIAGE_RETURN'carriage return              ''\r''
! 'C_HORIZONTAL_TAB'horizontal tab                ''\t''
! 'C_VERTICAL_TAB'vertical tab                    ''\v''
  
     Moreover, the following two named constants are defined:
  
  Name           Type
! 'C_NULL_PTR'   'C_PTR'
! 'C_NULL_FUNPTR''C_FUNPTR'
  
!    Both are equivalent to the value 'NULL' in C.
  
  
  File: gfortran.info,  Node: IEEE modules,  Next: OpenMP Modules OMP_LIB and OMP_LIB_KINDS,  Prev: ISO_C_BINDING,  Up: Intrinsic Modules
  
! 10.3 IEEE modules: 'IEEE_EXCEPTIONS', 'IEEE_ARITHMETIC', and 'IEEE_FEATURES'
  ============================================================================
  
  _Standard_:
       Fortran 2003 and later
  
!    The 'IEEE_EXCEPTIONS', 'IEEE_ARITHMETIC', and 'IEEE_FEATURES'
  intrinsic modules provide support for exceptions and IEEE arithmetic, as
  defined in Fortran 2003 and later standards, and the IEC 60559:1989
  standard (_Binary floating-point arithmetic for microprocessor
! systems_).  These modules are only provided on the following supported
  platforms:
  
     * i386 and x86_64 processors
     * platforms which use the GNU C Library (glibc)
     * platforms with support for SysV/386 routines for floating point
       interface (including Solaris and BSDs)
     * platforms with the AIX OS
  
     For full compliance with the Fortran standards, code using the
! 'IEEE_EXCEPTIONS' or 'IEEE_ARITHMETIC' modules should be compiled with
! the following options: '-fno-unsafe-math-optimizations -frounding-math
  -fsignaling-nans'.
  
  
  File: gfortran.info,  Node: OpenMP Modules OMP_LIB and OMP_LIB_KINDS,  Next: OpenACC Module OPENACC,  Prev: IEEE modules,  Up: Intrinsic Modules
  
! 10.4 OpenMP Modules 'OMP_LIB' and 'OMP_LIB_KINDS'
  =================================================
  
  _Standard_:
       OpenMP Application Program Interface v4.5
  
     The OpenMP Fortran runtime library routines are provided both in a
! form of two Fortran 90 modules, named 'OMP_LIB' and 'OMP_LIB_KINDS', and
! in a form of a Fortran 'include' file named 'omp_lib.h'.  The procedures
! provided by 'OMP_LIB' can be found in the *note Introduction:
! (libgomp)Top. manual, the named constants defined in the modules are
! listed below.
  
     For details refer to the actual OpenMP Application Program Interface
  v4.5 (http://www.openmp.org/wp-content/uploads/openmp-4.5.pdf).
  
!    'OMP_LIB_KINDS' provides the following scalar default-integer named
  constants:
  
! 'omp_lock_kind'
! 'omp_nest_lock_kind'
! 'omp_proc_bind_kind'
! 'omp_sched_kind'
  
!    'OMP_LIB' provides the scalar default-integer named constant
! 'openmp_version' with a value of the form YYYYMM, where 'yyyy' is the
  year and MM the month of the OpenMP version; for OpenMP v4.5 the value
! is '201511'.
  
     The following scalar integer named constants of the kind
! 'omp_sched_kind':
  
! 'omp_sched_static'
! 'omp_sched_dynamic'
! 'omp_sched_guided'
! 'omp_sched_auto'
  
     And the following scalar integer named constants of the kind
! 'omp_proc_bind_kind':
  
! 'omp_proc_bind_false'
! 'omp_proc_bind_true'
! 'omp_proc_bind_master'
! 'omp_proc_bind_close'
! 'omp_proc_bind_spread'
  
  
  File: gfortran.info,  Node: OpenACC Module OPENACC,  Prev: OpenMP Modules OMP_LIB and OMP_LIB_KINDS,  Up: Intrinsic Modules
  
! 10.5 OpenACC Module 'OPENACC'
  =============================
  
  _Standard_:
       OpenACC Application Programming Interface v2.0
  
     The OpenACC Fortran runtime library routines are provided both in a
! form of a Fortran 90 module, named 'OPENACC', and in form of a Fortran
! 'include' file named 'openacc_lib.h'.  The procedures provided by
! 'OPENACC' can be found in the *note Introduction: (libgomp)Top. manual,
  the named constants defined in the modules are listed below.
  
     For details refer to the actual OpenACC Application Programming
  Interface v2.0 (http://www.openacc.org/).
  
!    'OPENACC' provides the scalar default-integer named constant
! 'openacc_version' with a value of the form YYYYMM, where 'yyyy' is the
! year and MM the month of the OpenACC version; for OpenACC v2.0 the value
! is '201306'.
  
  
  File: gfortran.info,  Node: Contributing,  Next: Copying,  Prev: Intrinsic Modules,  Up: Top
--- 19100,19297 ----
  definition can be found in the section Intrinsic Procedures of this
  manual.
  
! `C_ASSOCIATED'
  
! `C_F_POINTER'
! 
! `C_F_PROCPOINTER'
! 
! `C_FUNLOC'
! 
! `C_LOC'
! 
! `C_SIZEOF'
! 
!    The `ISO_C_BINDING' module provides the following named constants of
  type default integer, which can be used as KIND type parameters.
  
     In addition to the integer named constants required by the Fortran
! 2003 standard and `C_PTRDIFF_T' of TS 29113, GNU Fortran provides as an
  extension named constants for the 128-bit integer types supported by the
! C compiler: `C_INT128_T, C_INT_LEAST128_T, C_INT_FAST128_T'.
! Furthermore, if `__float128' is supported in C, the named constants
! `C_FLOAT128, C_FLOAT128_COMPLEX' are defined.
  
  Fortran     Named constant            C type                    Extension
! Type                                                            
! `INTEGER'   `C_INT'                   `int'                     
! `INTEGER'   `C_SHORT'                 `short int'               
! `INTEGER'   `C_LONG'                  `long int'                
! `INTEGER'   `C_LONG_LONG'             `long long int'           
! `INTEGER'   `C_SIGNED_CHAR'           `signed char'/`unsigned   
!                                       char'                     
! `INTEGER'   `C_SIZE_T'                `size_t'                  
! `INTEGER'   `C_INT8_T'                `int8_t'                  
! `INTEGER'   `C_INT16_T'               `int16_t'                 
! `INTEGER'   `C_INT32_T'               `int32_t'                 
! `INTEGER'   `C_INT64_T'               `int64_t'                 
! `INTEGER'   `C_INT128_T'              `int128_t'                Ext.
! `INTEGER'   `C_INT_LEAST8_T'          `int_least8_t'            
! `INTEGER'   `C_INT_LEAST16_T'         `int_least16_t'           
! `INTEGER'   `C_INT_LEAST32_T'         `int_least32_t'           
! `INTEGER'   `C_INT_LEAST64_T'         `int_least64_t'           
! `INTEGER'   `C_INT_LEAST128_T'        `int_least128_t'          Ext.
! `INTEGER'   `C_INT_FAST8_T'           `int_fast8_t'             
! `INTEGER'   `C_INT_FAST16_T'          `int_fast16_t'            
! `INTEGER'   `C_INT_FAST32_T'          `int_fast32_t'            
! `INTEGER'   `C_INT_FAST64_T'          `int_fast64_t'            
! `INTEGER'   `C_INT_FAST128_T'         `int_fast128_t'           Ext.
! `INTEGER'   `C_INTMAX_T'              `intmax_t'                
! `INTEGER'   `C_INTPTR_T'              `intptr_t'                
! `INTEGER'   `C_PTRDIFF_T'             `ptrdiff_t'               TS 29113
! `REAL'      `C_FLOAT'                 `float'                   
! `REAL'      `C_DOUBLE'                `double'                  
! `REAL'      `C_LONG_DOUBLE'           `long double'             
! `REAL'      `C_FLOAT128'              `__float128'              Ext.
! `COMPLEX'   `C_FLOAT_COMPLEX'         `float _Complex'          
! `COMPLEX'   `C_DOUBLE_COMPLEX'        `double _Complex'         
! `COMPLEX'   `C_LONG_DOUBLE_COMPLEX'   `long double _Complex'    
! `REAL'      `C_FLOAT128_COMPLEX'      `__float128 _Complex'     Ext.
! `LOGICAL'   `C_BOOL'                  `_Bool'                   
! `CHARACTER' `C_CHAR'                  `char'                    
  
     Additionally, the following parameters of type
! `CHARACTER(KIND=C_CHAR)' are defined.
  
  Name           C definition                     Value
! `C_NULL_CHAR'  null character                   `'\0''
! `C_ALERT'      alert                            `'\a''
! `C_BACKSPACE'  backspace                        `'\b''
! `C_FORM_FEED'  form feed                        `'\f''
! `C_NEW_LINE'   new line                         `'\n''
! `C_CARRIAGE_RETURN'carriage return                  `'\r''
! `C_HORIZONTAL_TAB'horizontal tab                   `'\t''
! `C_VERTICAL_TAB'vertical tab                     `'\v''
  
     Moreover, the following two named constants are defined:
  
  Name           Type
! `C_NULL_PTR'   `C_PTR'
! `C_NULL_FUNPTR'`C_FUNPTR'
  
!    Both are equivalent to the value `NULL' in C.
  
  
  File: gfortran.info,  Node: IEEE modules,  Next: OpenMP Modules OMP_LIB and OMP_LIB_KINDS,  Prev: ISO_C_BINDING,  Up: Intrinsic Modules
  
! 10.3 IEEE modules: `IEEE_EXCEPTIONS', `IEEE_ARITHMETIC', and `IEEE_FEATURES'
  ============================================================================
  
  _Standard_:
       Fortran 2003 and later
  
!    The `IEEE_EXCEPTIONS', `IEEE_ARITHMETIC', and `IEEE_FEATURES'
  intrinsic modules provide support for exceptions and IEEE arithmetic, as
  defined in Fortran 2003 and later standards, and the IEC 60559:1989
  standard (_Binary floating-point arithmetic for microprocessor
! systems_). These modules are only provided on the following supported
  platforms:
  
     * i386 and x86_64 processors
+ 
     * platforms which use the GNU C Library (glibc)
+ 
     * platforms with support for SysV/386 routines for floating point
       interface (including Solaris and BSDs)
+ 
     * platforms with the AIX OS
  
     For full compliance with the Fortran standards, code using the
! `IEEE_EXCEPTIONS' or `IEEE_ARITHMETIC' modules should be compiled with
! the following options: `-fno-unsafe-math-optimizations -frounding-math
  -fsignaling-nans'.
  
  
  File: gfortran.info,  Node: OpenMP Modules OMP_LIB and OMP_LIB_KINDS,  Next: OpenACC Module OPENACC,  Prev: IEEE modules,  Up: Intrinsic Modules
  
! 10.4 OpenMP Modules `OMP_LIB' and `OMP_LIB_KINDS'
  =================================================
  
  _Standard_:
       OpenMP Application Program Interface v4.5
  
     The OpenMP Fortran runtime library routines are provided both in a
! form of two Fortran 90 modules, named `OMP_LIB' and `OMP_LIB_KINDS',
! and in a form of a Fortran `include' file named `omp_lib.h'. The
! procedures provided by `OMP_LIB' can be found in the *note
! Introduction: (libgomp)Top. manual, the named constants defined in the
! modules are listed below.
  
     For details refer to the actual OpenMP Application Program Interface
  v4.5 (http://www.openmp.org/wp-content/uploads/openmp-4.5.pdf).
  
!    `OMP_LIB_KINDS' provides the following scalar default-integer named
  constants:
  
! `omp_lock_kind'
  
! `omp_nest_lock_kind'
! 
! `omp_proc_bind_kind'
! 
! `omp_sched_kind'
! 
!    `OMP_LIB' provides the scalar default-integer named constant
! `openmp_version' with a value of the form YYYYMM, where `yyyy' is the
  year and MM the month of the OpenMP version; for OpenMP v4.5 the value
! is `201511'.
  
     The following scalar integer named constants of the kind
! `omp_sched_kind':
  
! `omp_sched_static'
! 
! `omp_sched_dynamic'
! 
! `omp_sched_guided'
! 
! `omp_sched_auto'
  
     And the following scalar integer named constants of the kind
! `omp_proc_bind_kind':
  
! `omp_proc_bind_false'
! 
! `omp_proc_bind_true'
! 
! `omp_proc_bind_master'
! 
! `omp_proc_bind_close'
! 
! `omp_proc_bind_spread'
  
  
  File: gfortran.info,  Node: OpenACC Module OPENACC,  Prev: OpenMP Modules OMP_LIB and OMP_LIB_KINDS,  Up: Intrinsic Modules
  
! 10.5 OpenACC Module `OPENACC'
  =============================
  
  _Standard_:
       OpenACC Application Programming Interface v2.0
  
     The OpenACC Fortran runtime library routines are provided both in a
! form of a Fortran 90 module, named `OPENACC', and in form of a Fortran
! `include' file named `openacc_lib.h'.  The procedures provided by
! `OPENACC' can be found in the *note Introduction: (libgomp)Top. manual,
  the named constants defined in the modules are listed below.
  
     For details refer to the actual OpenACC Application Programming
  Interface v2.0 (http://www.openacc.org/).
  
!    `OPENACC' provides the scalar default-integer named constant
! `openacc_version' with a value of the form YYYYMM, where `yyyy' is the
! year and MM the month of the OpenACC version; for OpenACC v2.0 the
! value is `201306'.
  
  
  File: gfortran.info,  Node: Contributing,  Next: Copying,  Prev: Intrinsic Modules,  Up: Top
*************** File: gfortran.info,  Node: Contributing
*** 19083,19091 ****
  Contributing
  ************
  
! Free software is only possible if people contribute to efforts to create
! it.  We're always in need of more people helping out with ideas and
! comments, writing documentation and contributing code.
  
     If you want to contribute to GNU Fortran, have a look at the long
  lists of projects you can take on.  Some of these projects are small,
--- 19299,19307 ----
  Contributing
  ************
  
! Free software is only possible if people contribute to efforts to
! create it.  We're always in need of more people helping out with ideas
! and comments, writing documentation and contributing code.
  
     If you want to contribute to GNU Fortran, have a look at the long
  lists of projects you can take on.  Some of these projects are small,
*************** with GCC was written by _Paul Brook_.
*** 19115,19151 ****
--- 19331,19399 ----
  significant help to the GNU Fortran project (in alphabetical order):
  
     - Janne Blomqvist
+ 
     - Steven Bosscher
+ 
     - Paul Brook
+ 
     - Tobias Burnus
+ 
     - Franc,ois-Xavier Coudert
+ 
     - Bud Davis
+ 
     - Jerry DeLisle
+ 
     - Erik Edelmann
+ 
     - Bernhard Fischer
+ 
     - Daniel Franke
+ 
     - Richard Guenther
+ 
     - Richard Henderson
+ 
     - Katherine Holcomb
+ 
     - Jakub Jelinek
+ 
     - Niels Kristian Bech Jensen
+ 
     - Steven Johnson
+ 
     - Steven G. Kargl
+ 
     - Thomas Koenig
+ 
     - Asher Langton
+ 
     - H. J. Lu
+ 
     - Toon Moene
+ 
     - Brooks Moses
+ 
     - Andrew Pinski
+ 
     - Tim Prince
+ 
     - Christopher D. Rickett
+ 
     - Richard Sandiford
+ 
     - Tobias Schlu"ter
+ 
     - Roger Sayle
+ 
     - Paul Thomas
+ 
     - Andy Vaught
+ 
     - Feng Wang
+ 
     - Janus Weil
+ 
     - Daniel Kraft
  
     The following people have contributed bug reports, smaller or larger
*************** patches, and much needed feedback and en
*** 19153,19161 ****
--- 19401,19413 ----
  project:
  
     - Bill Clodius
+ 
     - Dominique d'Humie`res
+ 
     - Kate Hedstrom
+ 
     - Erik Schnetter
+ 
     - Joost VandeVondele
  
     Many other individuals have helped debug, test and improve the GNU
*************** Projects
*** 19171,19198 ****
  
  _Help build the test suite_
       Solicit more code for donation to the test suite: the more
!      extensive the testsuite, the smaller the risk of breaking things in
!      the future!  We can keep code private on request.
  
  _Bug hunting/squishing_
!      Find bugs and write more test cases!  Test cases are especially
!      very welcome, because it allows us to concentrate on fixing bugs
       instead of isolating them.  Going through the bugzilla database at
!      <https://gcc.gnu.org/bugzilla/> to reduce testcases posted there
       and add more information (for example, for which version does the
!      testcase work, for which versions does it fail?)  is also very
       helpful.
  
  
  File: gfortran.info,  Node: Proposed Extensions,  Prev: Projects,  Up: Contributing
  
  Proposed Extensions
  ===================
  
! Here's a list of proposed extensions for the GNU Fortran compiler, in no
! particular order.  Most of these are necessary to be fully compatible
! with existing Fortran compilers, but they are not part of the official
! J3 Fortran 95 standard.
  
  Compiler extensions:
  --------------------
--- 19423,19451 ----
  
  _Help build the test suite_
       Solicit more code for donation to the test suite: the more
!      extensive the testsuite, the smaller the risk of breaking things
!      in the future! We can keep code private on request.
  
  _Bug hunting/squishing_
!      Find bugs and write more test cases! Test cases are especially very
!      welcome, because it allows us to concentrate on fixing bugs
       instead of isolating them.  Going through the bugzilla database at
!      `https://gcc.gnu.org/bugzilla/' to reduce testcases posted there
       and add more information (for example, for which version does the
!      testcase work, for which versions does it fail?) is also very
       helpful.
  
+ 
  
  File: gfortran.info,  Node: Proposed Extensions,  Prev: Projects,  Up: Contributing
  
  Proposed Extensions
  ===================
  
! Here's a list of proposed extensions for the GNU Fortran compiler, in
! no particular order.  Most of these are necessary to be fully
! compatible with existing Fortran compilers, but they are not part of
! the official J3 Fortran 95 standard.
  
  Compiler extensions:
  --------------------
*************** Compiler extensions:
*** 19201,19208 ****
  
     * Automatically extend single precision constants to double.
  
!    * Compile code that conserves memory by dynamically allocating common
!      and module storage either on stack or heap.
  
     * Compile flag to generate code for array conformance checking
       (suggest -CC).
--- 19454,19461 ----
  
     * Automatically extend single precision constants to double.
  
!    * Compile code that conserves memory by dynamically allocating
!      common and module storage either on stack or heap.
  
     * Compile flag to generate code for array conformance checking
       (suggest -CC).
*************** Environment Options
*** 19250,19255 ****
--- 19503,19509 ----
     * Environment variable forcing standard output to be line buffered
       (Unix).
  
+ 
  
  File: gfortran.info,  Node: Copying,  Next: GNU Free Documentation License,  Prev: Contributing,  Up: Top
  
*************** GNU General Public License
*** 19258,19264 ****
  
                          Version 3, 29 June 2007
  
!      Copyright (C) 2007 Free Software Foundation, Inc. <http://fsf.org/>
  
       Everyone is permitted to copy and distribute verbatim copies of this
       license document, but changing it is not allowed.
--- 19512,19518 ----
  
                          Version 3, 29 June 2007
  
!      Copyright (C) 2007 Free Software Foundation, Inc. `http://fsf.org/'
  
       Everyone is permitted to copy and distribute verbatim copies of this
       license document, but changing it is not allowed.
*************** want it, that you can change the softwar
*** 19286,19294 ****
  free programs, and that you know you can do these things.
  
     To protect your rights, we need to prevent others from denying you
! these rights or asking you to surrender the rights.  Therefore, you have
! certain responsibilities if you distribute copies of the software, or if
! you modify it: responsibilities to respect the freedom of others.
  
     For example, if you distribute copies of such a program, whether
  gratis or for a fee, you must pass on to the recipients the same
--- 19540,19548 ----
  free programs, and that you know you can do these things.
  
     To protect your rights, we need to prevent others from denying you
! these rights or asking you to surrender the rights.  Therefore, you
! have certain responsibilities if you distribute copies of the software,
! or if you modify it: responsibilities to respect the freedom of others.
  
     For example, if you distribute copies of such a program, whether
  gratis or for a fee, you must pass on to the recipients the same
*************** changed, so that their problems will not
*** 19307,19321 ****
  authors of previous versions.
  
     Some devices are designed to deny users access to install or run
! modified versions of the software inside them, although the manufacturer
! can do so.  This is fundamentally incompatible with the aim of
! protecting users' freedom to change the software.  The systematic
! pattern of such abuse occurs in the area of products for individuals to
! use, which is precisely where it is most unacceptable.  Therefore, we
! have designed this version of the GPL to prohibit the practice for those
! products.  If such problems arise substantially in other domains, we
! stand ready to extend this provision to those domains in future versions
! of the GPL, as needed to protect the freedom of users.
  
     Finally, every program is threatened constantly by software patents.
  States should not allow patents to restrict development and use of
--- 19561,19576 ----
  authors of previous versions.
  
     Some devices are designed to deny users access to install or run
! modified versions of the software inside them, although the
! manufacturer can do so.  This is fundamentally incompatible with the
! aim of protecting users' freedom to change the software.  The
! systematic pattern of such abuse occurs in the area of products for
! individuals to use, which is precisely where it is most unacceptable.
! Therefore, we have designed this version of the GPL to prohibit the
! practice for those products.  If such problems arise substantially in
! other domains, we stand ready to extend this provision to those domains
! in future versions of the GPL, as needed to protect the freedom of
! users.
  
     Finally, every program is threatened constantly by software patents.
  States should not allow patents to restrict development and use of
*************** TERMS AND CONDITIONS
*** 19352,19359 ****
  
       To "propagate" a work means to do anything with it that, without
       permission, would make you directly or secondarily liable for
!      infringement under applicable copyright law, except executing it on
!      a computer or modifying a private copy.  Propagation includes
       copying, distribution (with or without modification), making
       available to the public, and in some countries other activities as
       well.
--- 19607,19614 ----
  
       To "propagate" a work means to do anything with it that, without
       permission, would make you directly or secondarily liable for
!      infringement under applicable copyright law, except executing it
!      on a computer or modifying a private copy.  Propagation includes
       copying, distribution (with or without modification), making
       available to the public, and in some countries other activities as
       well.
*************** TERMS AND CONDITIONS
*** 19367,19374 ****
       to the extent that it includes a convenient and prominently visible
       feature that (1) displays an appropriate copyright notice, and (2)
       tells the user that there is no warranty for the work (except to
!      the extent that warranties are provided), that licensees may convey
!      the work under this License, and how to view a copy of this
       License.  If the interface presents a list of user commands or
       options, such as a menu, a prominent item in the list meets this
       criterion.
--- 19622,19629 ----
       to the extent that it includes a convenient and prominently visible
       feature that (1) displays an appropriate copyright notice, and (2)
       tells the user that there is no warranty for the work (except to
!      the extent that warranties are provided), that licensees may
!      convey the work under this License, and how to view a copy of this
       License.  If the interface presents a list of user commands or
       options, such as a menu, a prominent item in the list meets this
       criterion.
*************** TERMS AND CONDITIONS
*** 19376,19383 ****
    1. Source Code.
  
       The "source code" for a work means the preferred form of the work
!      for making modifications to it.  "Object code" means any non-source
!      form of a work.
  
       A "Standard Interface" means an interface that either is an
       official standard defined by a recognized standards body, or, in
--- 19631,19638 ----
    1. Source Code.
  
       The "source code" for a work means the preferred form of the work
!      for making modifications to it.  "Object code" means any
!      non-source form of a work.
  
       A "Standard Interface" means an interface that either is an
       official standard defined by a recognized standards body, or, in
*************** TERMS AND CONDITIONS
*** 19388,19397 ****
       The "System Libraries" of an executable work include anything,
       other than the work as a whole, that (a) is included in the normal
       form of packaging a Major Component, but which is not part of that
!      Major Component, and (b) serves only to enable use of the work with
!      that Major Component, or to implement a Standard Interface for
!      which an implementation is available to the public in source code
!      form.  A "Major Component", in this context, means a major
       essential component (kernel, window system, and so on) of the
       specific operating system (if any) on which the executable work
       runs, or a compiler used to produce the work, or an object code
--- 19643,19652 ----
       The "System Libraries" of an executable work include anything,
       other than the work as a whole, that (a) is included in the normal
       form of packaging a Major Component, but which is not part of that
!      Major Component, and (b) serves only to enable use of the work
!      with that Major Component, or to implement a Standard Interface
!      for which an implementation is available to the public in source
!      code form.  A "Major Component", in this context, means a major
       essential component (kernel, window system, and so on) of the
       specific operating system (if any) on which the executable work
       runs, or a compiler used to produce the work, or an object code
*************** TERMS AND CONDITIONS
*** 19399,19413 ****
  
       The "Corresponding Source" for a work in object code form means all
       the source code needed to generate, install, and (for an executable
!      work) run the object code and to modify the work, including scripts
!      to control those activities.  However, it does not include the
!      work's System Libraries, or general-purpose tools or generally
       available free programs which are used unmodified in performing
       those activities but which are not part of the work.  For example,
!      Corresponding Source includes interface definition files associated
!      with source files for the work, and the source code for shared
!      libraries and dynamically linked subprograms that the work is
!      specifically designed to require, such as by intimate data
       communication or control flow between those subprograms and other
       parts of the work.
  
--- 19654,19668 ----
  
       The "Corresponding Source" for a work in object code form means all
       the source code needed to generate, install, and (for an executable
!      work) run the object code and to modify the work, including
!      scripts to control those activities.  However, it does not include
!      the work's System Libraries, or general-purpose tools or generally
       available free programs which are used unmodified in performing
       those activities but which are not part of the work.  For example,
!      Corresponding Source includes interface definition files
!      associated with source files for the work, and the source code for
!      shared libraries and dynamically linked subprograms that the work
!      is specifically designed to require, such as by intimate data
       communication or control flow between those subprograms and other
       parts of the work.
  
*************** TERMS AND CONDITIONS
*** 19424,19445 ****
       copyright on the Program, and are irrevocable provided the stated
       conditions are met.  This License explicitly affirms your unlimited
       permission to run the unmodified Program.  The output from running
!      a covered work is covered by this License only if the output, given
!      its content, constitutes a covered work.  This License acknowledges
!      your rights of fair use or other equivalent, as provided by
!      copyright law.
  
       You may make, run and propagate covered works that you do not
       convey, without conditions so long as your license otherwise
       remains in force.  You may convey covered works to others for the
!      sole purpose of having them make modifications exclusively for you,
!      or provide you with facilities for running those works, provided
!      that you comply with the terms of this License in conveying all
!      material for which you do not control copyright.  Those thus making
!      or running the covered works for you must do so exclusively on your
!      behalf, under your direction and control, on terms that prohibit
!      them from making any copies of your copyrighted material outside
!      their relationship with you.
  
       Conveying under any other circumstances is permitted solely under
       the conditions stated below.  Sublicensing is not allowed; section
--- 19679,19700 ----
       copyright on the Program, and are irrevocable provided the stated
       conditions are met.  This License explicitly affirms your unlimited
       permission to run the unmodified Program.  The output from running
!      a covered work is covered by this License only if the output,
!      given its content, constitutes a covered work.  This License
!      acknowledges your rights of fair use or other equivalent, as
!      provided by copyright law.
  
       You may make, run and propagate covered works that you do not
       convey, without conditions so long as your license otherwise
       remains in force.  You may convey covered works to others for the
!      sole purpose of having them make modifications exclusively for
!      you, or provide you with facilities for running those works,
!      provided that you comply with the terms of this License in
!      conveying all material for which you do not control copyright.
!      Those thus making or running the covered works for you must do so
!      exclusively on your behalf, under your direction and control, on
!      terms that prohibit them from making any copies of your
!      copyrighted material outside their relationship with you.
  
       Conveying under any other circumstances is permitted solely under
       the conditions stated below.  Sublicensing is not allowed; section
*************** TERMS AND CONDITIONS
*** 19456,19463 ****
       When you convey a covered work, you waive any legal power to forbid
       circumvention of technological measures to the extent such
       circumvention is effected by exercising rights under this License
!      with respect to the covered work, and you disclaim any intention to
!      limit operation or modification of the work as a means of
       enforcing, against the work's users, your or third parties' legal
       rights to forbid circumvention of technological measures.
  
--- 19711,19718 ----
       When you convey a covered work, you waive any legal power to forbid
       circumvention of technological measures to the extent such
       circumvention is effected by exercising rights under this License
!      with respect to the covered work, and you disclaim any intention
!      to limit operation or modification of the work as a means of
       enforcing, against the work's users, your or third parties' legal
       rights to forbid circumvention of technological measures.
  
*************** TERMS AND CONDITIONS
*** 19527,19534 ****
  
         b. Convey the object code in, or embodied in, a physical product
            (including a physical distribution medium), accompanied by a
!           written offer, valid for at least three years and valid for as
!           long as you offer spare parts or customer support for that
            product model, to give anyone who possesses the object code
            either (1) a copy of the Corresponding Source for all the
            software in the product that is covered by this License, on a
--- 19782,19789 ----
  
         b. Convey the object code in, or embodied in, a physical product
            (including a physical distribution medium), accompanied by a
!           written offer, valid for at least three years and valid for
!           as long as you offer spare parts or customer support for that
            product model, to give anyone who possesses the object code
            either (1) a copy of the Corresponding Source for all the
            software in the product that is covered by this License, on a
*************** TERMS AND CONDITIONS
*** 19538,19568 ****
            to copy the Corresponding Source from a network server at no
            charge.
  
!        c. Convey individual copies of the object code with a copy of the
!           written offer to provide the Corresponding Source.  This
            alternative is allowed only occasionally and noncommercially,
            and only if you received the object code with such an offer,
            in accord with subsection 6b.
  
         d. Convey the object code by offering access from a designated
!           place (gratis or for a charge), and offer equivalent access to
!           the Corresponding Source in the same way through the same
            place at no further charge.  You need not require recipients
            to copy the Corresponding Source along with the object code.
            If the place to copy the object code is a network server, the
!           Corresponding Source may be on a different server (operated by
!           you or a third party) that supports equivalent copying
!           facilities, provided you maintain clear directions next to the
!           object code saying where to find the Corresponding Source.
            Regardless of what server hosts the Corresponding Source, you
!           remain obligated to ensure that it is available for as long as
!           needed to satisfy these requirements.
  
         e. Convey the object code using peer-to-peer transmission,
            provided you inform other peers where the object code and
            Corresponding Source of the work are being offered to the
            general public at no charge under subsection 6d.
  
       A separable portion of the object code, whose source code is
       excluded from the Corresponding Source as a System Library, need
       not be included in conveying the object code work.
--- 19793,19824 ----
            to copy the Corresponding Source from a network server at no
            charge.
  
!        c. Convey individual copies of the object code with a copy of
!           the written offer to provide the Corresponding Source.  This
            alternative is allowed only occasionally and noncommercially,
            and only if you received the object code with such an offer,
            in accord with subsection 6b.
  
         d. Convey the object code by offering access from a designated
!           place (gratis or for a charge), and offer equivalent access
!           to the Corresponding Source in the same way through the same
            place at no further charge.  You need not require recipients
            to copy the Corresponding Source along with the object code.
            If the place to copy the object code is a network server, the
!           Corresponding Source may be on a different server (operated
!           by you or a third party) that supports equivalent copying
!           facilities, provided you maintain clear directions next to
!           the object code saying where to find the Corresponding Source.
            Regardless of what server hosts the Corresponding Source, you
!           remain obligated to ensure that it is available for as long
!           as needed to satisfy these requirements.
  
         e. Convey the object code using peer-to-peer transmission,
            provided you inform other peers where the object code and
            Corresponding Source of the work are being offered to the
            general public at no charge under subsection 6d.
  
+ 
       A separable portion of the object code, whose source code is
       excluded from the Corresponding Source as a System Library, need
       not be included in conveying the object code work.
*************** TERMS AND CONDITIONS
*** 19570,19577 ****
       A "User Product" is either (1) a "consumer product", which means
       any tangible personal property which is normally used for personal,
       family, or household purposes, or (2) anything designed or sold for
!      incorporation into a dwelling.  In determining whether a product is
!      a consumer product, doubtful cases shall be resolved in favor of
       coverage.  For a particular product received by a particular user,
       "normally used" refers to a typical or common use of that class of
       product, regardless of the status of the particular user or of the
--- 19826,19833 ----
       A "User Product" is either (1) a "consumer product", which means
       any tangible personal property which is normally used for personal,
       family, or household purposes, or (2) anything designed or sold for
!      incorporation into a dwelling.  In determining whether a product
!      is a consumer product, doubtful cases shall be resolved in favor of
       coverage.  For a particular product received by a particular user,
       "normally used" refers to a typical or common use of that class of
       product, regardless of the status of the particular user or of the
*************** TERMS AND CONDITIONS
*** 19602,19612 ****
  
       The requirement to provide Installation Information does not
       include a requirement to continue to provide support service,
!      warranty, or updates for a work that has been modified or installed
!      by the recipient, or for the User Product in which it has been
!      modified or installed.  Access to a network may be denied when the
!      modification itself materially and adversely affects the operation
!      of the network or violates the rules and protocols for
       communication across the network.
  
       Corresponding Source conveyed, and Installation Information
--- 19858,19868 ----
  
       The requirement to provide Installation Information does not
       include a requirement to continue to provide support service,
!      warranty, or updates for a work that has been modified or
!      installed by the recipient, or for the User Product in which it
!      has been modified or installed.  Access to a network may be denied
!      when the modification itself materially and adversely affects the
!      operation of the network or violates the rules and protocols for
       communication across the network.
  
       Corresponding Source conveyed, and Installation Information
*************** TERMS AND CONDITIONS
*** 19636,19643 ****
  
       Notwithstanding any other provision of this License, for material
       you add to a covered work, you may (if authorized by the copyright
!      holders of that material) supplement the terms of this License with
!      terms:
  
         a. Disclaiming warranty or limiting liability differently from
            the terms of sections 15 and 16 of this License; or
--- 19892,19899 ----
  
       Notwithstanding any other provision of this License, for material
       you add to a covered work, you may (if authorized by the copyright
!      holders of that material) supplement the terms of this License
!      with terms:
  
         a. Disclaiming warranty or limiting liability differently from
            the terms of sections 15 and 16 of this License; or
*************** TERMS AND CONDITIONS
*** 19647,19654 ****
            Legal Notices displayed by works containing it; or
  
         c. Prohibiting misrepresentation of the origin of that material,
!           or requiring that modified versions of such material be marked
!           in reasonable ways as different from the original version; or
  
         d. Limiting the use for publicity purposes of names of licensors
            or authors of the material; or
--- 19903,19911 ----
            Legal Notices displayed by works containing it; or
  
         c. Prohibiting misrepresentation of the origin of that material,
!           or requiring that modified versions of such material be
!           marked in reasonable ways as different from the original
!           version; or
  
         d. Limiting the use for publicity purposes of names of licensors
            or authors of the material; or
*************** TERMS AND CONDITIONS
*** 19667,19676 ****
       you received it, or any part of it, contains a notice stating that
       it is governed by this License along with a term that is a further
       restriction, you may remove that term.  If a license document
!      contains a further restriction but permits relicensing or conveying
!      under this License, you may add to a covered work material governed
!      by the terms of that license document, provided that the further
!      restriction does not survive such relicensing or conveying.
  
       If you add terms to a covered work in accord with this section, you
       must place, in the relevant source files, a statement of the
--- 19924,19934 ----
       you received it, or any part of it, contains a notice stating that
       it is governed by this License along with a term that is a further
       restriction, you may remove that term.  If a license document
!      contains a further restriction but permits relicensing or
!      conveying under this License, you may add to a covered work
!      material governed by the terms of that license document, provided
!      that the further restriction does not survive such relicensing or
!      conveying.
  
       If you add terms to a covered work in accord with this section, you
       must place, in the relevant source files, a statement of the
*************** TERMS AND CONDITIONS
*** 19686,19698 ****
       You may not propagate or modify a covered work except as expressly
       provided under this License.  Any attempt otherwise to propagate or
       modify it is void, and will automatically terminate your rights
!      under this License (including any patent licenses granted under the
!      third paragraph of section 11).
  
       However, if you cease all violation of this License, then your
       license from a particular copyright holder is reinstated (a)
!      provisionally, unless and until the copyright holder explicitly and
!      finally terminates your license, and (b) permanently, if the
       copyright holder fails to notify you of the violation by some
       reasonable means prior to 60 days after the cessation.
  
--- 19944,19956 ----
       You may not propagate or modify a covered work except as expressly
       provided under this License.  Any attempt otherwise to propagate or
       modify it is void, and will automatically terminate your rights
!      under this License (including any patent licenses granted under
!      the third paragraph of section 11).
  
       However, if you cease all violation of this License, then your
       license from a particular copyright holder is reinstated (a)
!      provisionally, unless and until the copyright holder explicitly
!      and finally terminates your license, and (b) permanently, if the
       copyright holder fails to notify you of the violation by some
       reasonable means prior to 60 days after the cessation.
  
*************** TERMS AND CONDITIONS
*** 19704,19713 ****
       after your receipt of the notice.
  
       Termination of your rights under this section does not terminate
!      the licenses of parties who have received copies or rights from you
!      under this License.  If your rights have been terminated and not
!      permanently reinstated, you do not qualify to receive new licenses
!      for the same material under section 10.
  
    9. Acceptance Not Required for Having Copies.
  
--- 19962,19971 ----
       after your receipt of the notice.
  
       Termination of your rights under this section does not terminate
!      the licenses of parties who have received copies or rights from
!      you under this License.  If your rights have been terminated and
!      not permanently reinstated, you do not qualify to receive new
!      licenses for the same material under section 10.
  
    9. Acceptance Not Required for Having Copies.
  
*************** TERMS AND CONDITIONS
*** 19721,19727 ****
       by modifying or propagating a covered work, you indicate your
       acceptance of this License to do so.
  
!   10. Automatic Licensing of Downstream Recipients.
  
       Each time you convey a covered work, the recipient automatically
       receives a license from the original licensors, to run, modify and
--- 19979,19985 ----
       by modifying or propagating a covered work, you indicate your
       acceptance of this License to do so.
  
!  10. Automatic Licensing of Downstream Recipients.
  
       Each time you convey a covered work, the recipient automatically
       receives a license from the original licensors, to run, modify and
*************** TERMS AND CONDITIONS
*** 19735,19755 ****
       covered work results from an entity transaction, each party to that
       transaction who receives a copy of the work also receives whatever
       licenses to the work the party's predecessor in interest had or
!      could give under the previous paragraph, plus a right to possession
!      of the Corresponding Source of the work from the predecessor in
!      interest, if the predecessor has it or can get it with reasonable
!      efforts.
  
       You may not impose any further restrictions on the exercise of the
       rights granted or affirmed under this License.  For example, you
!      may not impose a license fee, royalty, or other charge for exercise
!      of rights granted under this License, and you may not initiate
!      litigation (including a cross-claim or counterclaim in a lawsuit)
!      alleging that any patent claim is infringed by making, using,
!      selling, offering for sale, or importing the Program or any portion
!      of it.
  
!   11. Patents.
  
       A "contributor" is a copyright holder who authorizes use under this
       License of the Program or a work on which the Program is based.
--- 19993,20013 ----
       covered work results from an entity transaction, each party to that
       transaction who receives a copy of the work also receives whatever
       licenses to the work the party's predecessor in interest had or
!      could give under the previous paragraph, plus a right to
!      possession of the Corresponding Source of the work from the
!      predecessor in interest, if the predecessor has it or can get it
!      with reasonable efforts.
  
       You may not impose any further restrictions on the exercise of the
       rights granted or affirmed under this License.  For example, you
!      may not impose a license fee, royalty, or other charge for
!      exercise of rights granted under this License, and you may not
!      initiate litigation (including a cross-claim or counterclaim in a
!      lawsuit) alleging that any patent claim is infringed by making,
!      using, selling, offering for sale, or importing the Program or any
!      portion of it.
  
!  11. Patents.
  
       A "contributor" is a copyright holder who authorizes use under this
       License of the Program or a work on which the Program is based.
*************** TERMS AND CONDITIONS
*** 19769,19783 ****
       Each contributor grants you a non-exclusive, worldwide,
       royalty-free patent license under the contributor's essential
       patent claims, to make, use, sell, offer for sale, import and
!      otherwise run, modify and propagate the contents of its contributor
!      version.
  
       In the following three paragraphs, a "patent license" is any
       express agreement or commitment, however denominated, not to
       enforce a patent (such as an express permission to practice a
!      patent or covenant not to sue for patent infringement).  To "grant"
!      such a patent license to a party means to make such an agreement or
!      commitment not to enforce a patent against the party.
  
       If you convey a covered work, knowingly relying on a patent
       license, and the Corresponding Source of the work is not available
--- 20027,20041 ----
       Each contributor grants you a non-exclusive, worldwide,
       royalty-free patent license under the contributor's essential
       patent claims, to make, use, sell, offer for sale, import and
!      otherwise run, modify and propagate the contents of its
!      contributor version.
  
       In the following three paragraphs, a "patent license" is any
       express agreement or commitment, however denominated, not to
       enforce a patent (such as an express permission to practice a
!      patent or covenant not to sue for patent infringement).  To
!      "grant" such a patent license to a party means to make such an
!      agreement or commitment not to enforce a patent against the party.
  
       If you convey a covered work, knowingly relying on a patent
       license, and the Corresponding Source of the work is not available
*************** TERMS AND CONDITIONS
*** 19807,19841 ****
       conditioned on the non-exercise of one or more of the rights that
       are specifically granted under this License.  You may not convey a
       covered work if you are a party to an arrangement with a third
!      party that is in the business of distributing software, under which
!      you make payment to the third party based on the extent of your
!      activity of conveying the work, and under which the third party
!      grants, to any of the parties who would receive the covered work
!      from you, a discriminatory patent license (a) in connection with
!      copies of the covered work conveyed by you (or copies made from
!      those copies), or (b) primarily for and in connection with specific
!      products or compilations that contain the covered work, unless you
!      entered into that arrangement, or that patent license was granted,
!      prior to 28 March 2007.
  
       Nothing in this License shall be construed as excluding or limiting
       any implied license or other defenses to infringement that may
       otherwise be available to you under applicable patent law.
  
!   12. No Surrender of Others' Freedom.
  
!      If conditions are imposed on you (whether by court order, agreement
!      or otherwise) that contradict the conditions of this License, they
!      do not excuse you from the conditions of this License.  If you
!      cannot convey a covered work so as to satisfy simultaneously your
!      obligations under this License and any other pertinent obligations,
!      then as a consequence you may not convey it at all.  For example,
!      if you agree to terms that obligate you to collect a royalty for
!      further conveying from those to whom you convey the Program, the
!      only way you could satisfy both those terms and this License would
!      be to refrain entirely from conveying the Program.
  
!   13. Use with the GNU Affero General Public License.
  
       Notwithstanding any other provision of this License, you have
       permission to link or combine any covered work with a work licensed
--- 20065,20100 ----
       conditioned on the non-exercise of one or more of the rights that
       are specifically granted under this License.  You may not convey a
       covered work if you are a party to an arrangement with a third
!      party that is in the business of distributing software, under
!      which you make payment to the third party based on the extent of
!      your activity of conveying the work, and under which the third
!      party grants, to any of the parties who would receive the covered
!      work from you, a discriminatory patent license (a) in connection
!      with copies of the covered work conveyed by you (or copies made
!      from those copies), or (b) primarily for and in connection with
!      specific products or compilations that contain the covered work,
!      unless you entered into that arrangement, or that patent license
!      was granted, prior to 28 March 2007.
  
       Nothing in this License shall be construed as excluding or limiting
       any implied license or other defenses to infringement that may
       otherwise be available to you under applicable patent law.
  
!  12. No Surrender of Others' Freedom.
  
!      If conditions are imposed on you (whether by court order,
!      agreement or otherwise) that contradict the conditions of this
!      License, they do not excuse you from the conditions of this
!      License.  If you cannot convey a covered work so as to satisfy
!      simultaneously your obligations under this License and any other
!      pertinent obligations, then as a consequence you may not convey it
!      at all.  For example, if you agree to terms that obligate you to
!      collect a royalty for further conveying from those to whom you
!      convey the Program, the only way you could satisfy both those
!      terms and this License would be to refrain entirely from conveying
!      the Program.
  
!  13. Use with the GNU Affero General Public License.
  
       Notwithstanding any other provision of this License, you have
       permission to link or combine any covered work with a work licensed
*************** TERMS AND CONDITIONS
*** 19846,19866 ****
       General Public License, section 13, concerning interaction through
       a network will apply to the combination as such.
  
!   14. Revised Versions of this License.
  
       The Free Software Foundation may publish revised and/or new
!      versions of the GNU General Public License from time to time.  Such
!      new versions will be similar in spirit to the present version, but
!      may differ in detail to address new problems or concerns.
  
       Each version is given a distinguishing version number.  If the
       Program specifies that a certain numbered version of the GNU
       General Public License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
!      that numbered version or of any later version published by the Free
!      Software Foundation.  If the Program does not specify a version
!      number of the GNU General Public License, you may choose any
!      version ever published by the Free Software Foundation.
  
       If the Program specifies that a proxy can decide which future
       versions of the GNU General Public License can be used, that
--- 20105,20126 ----
       General Public License, section 13, concerning interaction through
       a network will apply to the combination as such.
  
!  14. Revised Versions of this License.
  
       The Free Software Foundation may publish revised and/or new
!      versions of the GNU General Public License from time to time.
!      Such new versions will be similar in spirit to the present
!      version, but may differ in detail to address new problems or
!      concerns.
  
       Each version is given a distinguishing version number.  If the
       Program specifies that a certain numbered version of the GNU
       General Public License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
!      that numbered version or of any later version published by the
!      Free Software Foundation.  If the Program does not specify a
!      version number of the GNU General Public License, you may choose
!      any version ever published by the Free Software Foundation.
  
       If the Program specifies that a proxy can decide which future
       versions of the GNU General Public License can be used, that
*************** TERMS AND CONDITIONS
*** 19872,19895 ****
       author or copyright holder as a result of your choosing to follow a
       later version.
  
!   15. Disclaimer of Warranty.
  
       THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY
!      APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE
       COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS"
       WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED,
       INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
!      MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE
       RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU.
       SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL
       NECESSARY SERVICING, REPAIR OR CORRECTION.
  
!   16. Limitation of Liability.
  
       IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN
       WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES
!      AND/OR CONVEYS THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR
!      DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR
       CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE
       THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA
       BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD
--- 20132,20155 ----
       author or copyright holder as a result of your choosing to follow a
       later version.
  
!  15. Disclaimer of Warranty.
  
       THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY
!      APPLICABLE LAW.  EXCEPT WHEN OTHERWISE STATED IN WRITING THE
       COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS"
       WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED,
       INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
!      MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.  THE ENTIRE
       RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU.
       SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL
       NECESSARY SERVICING, REPAIR OR CORRECTION.
  
!  16. Limitation of Liability.
  
       IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN
       WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES
!      AND/OR CONVEYS THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU
!      FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR
       CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE
       THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA
       BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD
*************** TERMS AND CONDITIONS
*** 19897,19903 ****
       PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF
       THE POSSIBILITY OF SUCH DAMAGES.
  
!   17. Interpretation of Sections 15 and 16.
  
       If the disclaimer of warranty and limitation of liability provided
       above cannot be given local legal effect according to their terms,
--- 20157,20163 ----
       PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF
       THE POSSIBILITY OF SUCH DAMAGES.
  
!  17. Interpretation of Sections 15 and 16.
  
       If the disclaimer of warranty and limitation of liability provided
       above cannot be given local legal effect according to their terms,
*************** TERMS AND CONDITIONS
*** 19906,19911 ****
--- 20166,20172 ----
       connection with the Program, unless a warranty or assumption of
       liability accompanies a copy of the Program in return for a fee.
  
+ 
  END OF TERMS AND CONDITIONS
  ===========================
  
*************** state the exclusion of warranty; and eac
*** 19936,19942 ****
       General Public License for more details.
  
       You should have received a copy of the GNU General Public License
!      along with this program.  If not, see <http://www.gnu.org/licenses/>.
  
     Also add information on how to contact you by electronic and paper
  mail.
--- 20197,20203 ----
       General Public License for more details.
  
       You should have received a copy of the GNU General Public License
!      along with this program.  If not, see `http://www.gnu.org/licenses/'.
  
     Also add information on how to contact you by electronic and paper
  mail.
*************** mail.
*** 19945,19955 ****
  notice like this when it starts in an interactive mode:
  
       PROGRAM Copyright (C) YEAR NAME OF AUTHOR
!      This program comes with ABSOLUTELY NO WARRANTY; for details type 'show w'.
       This is free software, and you are welcome to redistribute it
!      under certain conditions; type 'show c' for details.
  
!    The hypothetical commands 'show w' and 'show c' should show the
  appropriate parts of the General Public License.  Of course, your
  program's commands might be different; for a GUI interface, you would
  use an "about box".
--- 20206,20216 ----
  notice like this when it starts in an interactive mode:
  
       PROGRAM Copyright (C) YEAR NAME OF AUTHOR
!      This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
       This is free software, and you are welcome to redistribute it
!      under certain conditions; type `show c' for details.
  
!    The hypothetical commands `show w' and `show c' should show the
  appropriate parts of the General Public License.  Of course, your
  program's commands might be different; for a GUI interface, you would
  use an "about box".
*************** use an "about box".
*** 19957,19970 ****
     You should also get your employer (if you work as a programmer) or
  school, if any, to sign a "copyright disclaimer" for the program, if
  necessary.  For more information on this, and how to apply and follow
! the GNU GPL, see <http://www.gnu.org/licenses/>.
  
     The GNU General Public License does not permit incorporating your
  program into proprietary programs.  If your program is a subroutine
  library, you may consider it more useful to permit linking proprietary
  applications with the library.  If this is what you want to do, use the
  GNU Lesser General Public License instead of this License.  But first,
! please read <http://www.gnu.org/philosophy/why-not-lgpl.html>.
  
  
  File: gfortran.info,  Node: GNU Free Documentation License,  Next: Funding,  Prev: Copying,  Up: Top
--- 20218,20231 ----
     You should also get your employer (if you work as a programmer) or
  school, if any, to sign a "copyright disclaimer" for the program, if
  necessary.  For more information on this, and how to apply and follow
! the GNU GPL, see `http://www.gnu.org/licenses/'.
  
     The GNU General Public License does not permit incorporating your
  program into proprietary programs.  If your program is a subroutine
  library, you may consider it more useful to permit linking proprietary
  applications with the library.  If this is what you want to do, use the
  GNU Lesser General Public License instead of this License.  But first,
! please read `http://www.gnu.org/philosophy/why-not-lgpl.html'.
  
  
  File: gfortran.info,  Node: GNU Free Documentation License,  Next: Funding,  Prev: Copying,  Up: Top
*************** GNU Free Documentation License
*** 19975,19981 ****
                       Version 1.3, 3 November 2008
  
       Copyright (C) 2000, 2001, 2002, 2007, 2008 Free Software Foundation, Inc.
!      <http://fsf.org/>
  
       Everyone is permitted to copy and distribute verbatim copies
       of this license document, but changing it is not allowed.
--- 20236,20242 ----
                       Version 1.3, 3 November 2008
  
       Copyright (C) 2000, 2001, 2002, 2007, 2008 Free Software Foundation, Inc.
!      `http://fsf.org/'
  
       Everyone is permitted to copy and distribute verbatim copies
       of this license document, but changing it is not allowed.
*************** GNU Free Documentation License
*** 20000,20020 ****
       free program should come with manuals providing the same freedoms
       that the software does.  But this License is not limited to
       software manuals; it can be used for any textual work, regardless
!      of subject matter or whether it is published as a printed book.  We
!      recommend this License principally for works whose purpose is
       instruction or reference.
  
    1. APPLICABILITY AND DEFINITIONS
  
       This License applies to any manual or other work, in any medium,
!      that contains a notice placed by the copyright holder saying it can
!      be distributed under the terms of this License.  Such a notice
       grants a world-wide, royalty-free license, unlimited in duration,
       to use that work under the conditions stated herein.  The
       "Document", below, refers to any such manual or work.  Any member
!      of the public is a licensee, and is addressed as "you".  You accept
!      the license if you copy, modify or distribute the work in a way
!      requiring permission under copyright law.
  
       A "Modified Version" of the Document means any work containing the
       Document or a portion of it, either copied verbatim, or with
--- 20261,20281 ----
       free program should come with manuals providing the same freedoms
       that the software does.  But this License is not limited to
       software manuals; it can be used for any textual work, regardless
!      of subject matter or whether it is published as a printed book.
!      We recommend this License principally for works whose purpose is
       instruction or reference.
  
    1. APPLICABILITY AND DEFINITIONS
  
       This License applies to any manual or other work, in any medium,
!      that contains a notice placed by the copyright holder saying it
!      can be distributed under the terms of this License.  Such a notice
       grants a world-wide, royalty-free license, unlimited in duration,
       to use that work under the conditions stated herein.  The
       "Document", below, refers to any such manual or work.  Any member
!      of the public is a licensee, and is addressed as "you".  You
!      accept the license if you copy, modify or distribute the work in a
!      way requiring permission under copyright law.
  
       A "Modified Version" of the Document means any work containing the
       Document or a portion of it, either copied verbatim, or with
*************** GNU Free Documentation License
*** 20032,20043 ****
       regarding them.
  
       The "Invariant Sections" are certain Secondary Sections whose
!      titles are designated, as being those of Invariant Sections, in the
!      notice that says that the Document is released under this License.
!      If a section does not fit the above definition of Secondary then it
!      is not allowed to be designated as Invariant.  The Document may
!      contain zero Invariant Sections.  If the Document does not identify
!      any Invariant Sections then there are none.
  
       The "Cover Texts" are certain short passages of text that are
       listed, as Front-Cover Texts or Back-Cover Texts, in the notice
--- 20293,20304 ----
       regarding them.
  
       The "Invariant Sections" are certain Secondary Sections whose
!      titles are designated, as being those of Invariant Sections, in
!      the notice that says that the Document is released under this
!      License.  If a section does not fit the above definition of
!      Secondary then it is not allowed to be designated as Invariant.
!      The Document may contain zero Invariant Sections.  If the Document
!      does not identify any Invariant Sections then there are none.
  
       The "Cover Texts" are certain short passages of text that are
       listed, as Front-Cover Texts or Back-Cover Texts, in the notice
*************** GNU Free Documentation License
*** 20048,20074 ****
       A "Transparent" copy of the Document means a machine-readable copy,
       represented in a format whose specification is available to the
       general public, that is suitable for revising the document
!      straightforwardly with generic text editors or (for images composed
!      of pixels) generic paint programs or (for drawings) some widely
!      available drawing editor, and that is suitable for input to text
!      formatters or for automatic translation to a variety of formats
!      suitable for input to text formatters.  A copy made in an otherwise
!      Transparent file format whose markup, or absence of markup, has
!      been arranged to thwart or discourage subsequent modification by
!      readers is not Transparent.  An image format is not Transparent if
!      used for any substantial amount of text.  A copy that is not
!      "Transparent" is called "Opaque".
  
       Examples of suitable formats for Transparent copies include plain
       ASCII without markup, Texinfo input format, LaTeX input format,
!      SGML or XML using a publicly available DTD, and standard-conforming
!      simple HTML, PostScript or PDF designed for human modification.
!      Examples of transparent image formats include PNG, XCF and JPG.
!      Opaque formats include proprietary formats that can be read and
!      edited only by proprietary word processors, SGML or XML for which
!      the DTD and/or processing tools are not generally available, and
!      the machine-generated HTML, PostScript or PDF produced by some word
!      processors for output purposes only.
  
       The "Title Page" means, for a printed book, the title page itself,
       plus such following pages as are needed to hold, legibly, the
--- 20309,20335 ----
       A "Transparent" copy of the Document means a machine-readable copy,
       represented in a format whose specification is available to the
       general public, that is suitable for revising the document
!      straightforwardly with generic text editors or (for images
!      composed of pixels) generic paint programs or (for drawings) some
!      widely available drawing editor, and that is suitable for input to
!      text formatters or for automatic translation to a variety of
!      formats suitable for input to text formatters.  A copy made in an
!      otherwise Transparent file format whose markup, or absence of
!      markup, has been arranged to thwart or discourage subsequent
!      modification by readers is not Transparent.  An image format is
!      not Transparent if used for any substantial amount of text.  A
!      copy that is not "Transparent" is called "Opaque".
  
       Examples of suitable formats for Transparent copies include plain
       ASCII without markup, Texinfo input format, LaTeX input format,
!      SGML or XML using a publicly available DTD, and
!      standard-conforming simple HTML, PostScript or PDF designed for
!      human modification.  Examples of transparent image formats include
!      PNG, XCF and JPG.  Opaque formats include proprietary formats that
!      can be read and edited only by proprietary word processors, SGML or
!      XML for which the DTD and/or processing tools are not generally
!      available, and the machine-generated HTML, PostScript or PDF
!      produced by some word processors for output purposes only.
  
       The "Title Page" means, for a printed book, the title page itself,
       plus such following pages as are needed to hold, legibly, the
*************** GNU Free Documentation License
*** 20106,20113 ****
       may not use technical measures to obstruct or control the reading
       or further copying of the copies you make or distribute.  However,
       you may accept compensation in exchange for copies.  If you
!      distribute a large enough number of copies you must also follow the
!      conditions in section 3.
  
       You may also lend copies, under the same conditions stated above,
       and you may publicly display copies.
--- 20367,20374 ----
       may not use technical measures to obstruct or control the reading
       or further copying of the copies you make or distribute.  However,
       you may accept compensation in exchange for copies.  If you
!      distribute a large enough number of copies you must also follow
!      the conditions in section 3.
  
       You may also lend copies, under the same conditions stated above,
       and you may publicly display copies.
*************** GNU Free Documentation License
*** 20121,20131 ****
       these Cover Texts: Front-Cover Texts on the front cover, and
       Back-Cover Texts on the back cover.  Both covers must also clearly
       and legibly identify you as the publisher of these copies.  The
!      front cover must present the full title with all words of the title
!      equally prominent and visible.  You may add other material on the
!      covers in addition.  Copying with changes limited to the covers, as
!      long as they preserve the title of the Document and satisfy these
!      conditions, can be treated as verbatim copying in other respects.
  
       If the required texts for either cover are too voluminous to fit
       legibly, you should put the first ones listed (as many as fit
--- 20382,20393 ----
       these Cover Texts: Front-Cover Texts on the front cover, and
       Back-Cover Texts on the back cover.  Both covers must also clearly
       and legibly identify you as the publisher of these copies.  The
!      front cover must present the full title with all words of the
!      title equally prominent and visible.  You may add other material
!      on the covers in addition.  Copying with changes limited to the
!      covers, as long as they preserve the title of the Document and
!      satisfy these conditions, can be treated as verbatim copying in
!      other respects.
  
       If the required texts for either cover are too voluminous to fit
       legibly, you should put the first ones listed (as many as fit
*************** GNU Free Documentation License
*** 20133,20171 ****
       adjacent pages.
  
       If you publish or distribute Opaque copies of the Document
!      numbering more than 100, you must either include a machine-readable
!      Transparent copy along with each Opaque copy, or state in or with
!      each Opaque copy a computer-network location from which the general
!      network-using public has access to download using public-standard
!      network protocols a complete Transparent copy of the Document, free
!      of added material.  If you use the latter option, you must take
!      reasonably prudent steps, when you begin distribution of Opaque
!      copies in quantity, to ensure that this Transparent copy will
!      remain thus accessible at the stated location until at least one
!      year after the last time you distribute an Opaque copy (directly or
!      through your agents or retailers) of that edition to the public.
  
       It is requested, but not required, that you contact the authors of
!      the Document well before redistributing any large number of copies,
!      to give them a chance to provide you with an updated version of the
!      Document.
  
    4. MODIFICATIONS
  
       You may copy and distribute a Modified Version of the Document
       under the conditions of sections 2 and 3 above, provided that you
!      release the Modified Version under precisely this License, with the
!      Modified Version filling the role of the Document, thus licensing
!      distribution and modification of the Modified Version to whoever
!      possesses a copy of it.  In addition, you must do these things in
!      the Modified Version:
  
         A. Use in the Title Page (and on the covers, if any) a title
!           distinct from that of the Document, and from those of previous
!           versions (which should, if there were any, be listed in the
!           History section of the Document).  You may use the same title
!           as a previous version if the original publisher of that
!           version gives permission.
  
         B. List on the Title Page, as authors, one or more persons or
            entities responsible for authorship of the modifications in
--- 20395,20434 ----
       adjacent pages.
  
       If you publish or distribute Opaque copies of the Document
!      numbering more than 100, you must either include a
!      machine-readable Transparent copy along with each Opaque copy, or
!      state in or with each Opaque copy a computer-network location from
!      which the general network-using public has access to download
!      using public-standard network protocols a complete Transparent
!      copy of the Document, free of added material.  If you use the
!      latter option, you must take reasonably prudent steps, when you
!      begin distribution of Opaque copies in quantity, to ensure that
!      this Transparent copy will remain thus accessible at the stated
!      location until at least one year after the last time you
!      distribute an Opaque copy (directly or through your agents or
!      retailers) of that edition to the public.
  
       It is requested, but not required, that you contact the authors of
!      the Document well before redistributing any large number of
!      copies, to give them a chance to provide you with an updated
!      version of the Document.
  
    4. MODIFICATIONS
  
       You may copy and distribute a Modified Version of the Document
       under the conditions of sections 2 and 3 above, provided that you
!      release the Modified Version under precisely this License, with
!      the Modified Version filling the role of the Document, thus
!      licensing distribution and modification of the Modified Version to
!      whoever possesses a copy of it.  In addition, you must do these
!      things in the Modified Version:
  
         A. Use in the Title Page (and on the covers, if any) a title
!           distinct from that of the Document, and from those of
!           previous versions (which should, if there were any, be listed
!           in the History section of the Document).  You may use the
!           same title as a previous version if the original publisher of
!           that version gives permission.
  
         B. List on the Title Page, as authors, one or more persons or
            entities responsible for authorship of the modifications in
*************** GNU Free Documentation License
*** 20195,20224 ****
  
         I. Preserve the section Entitled "History", Preserve its Title,
            and add to it an item stating at least the title, year, new
!           authors, and publisher of the Modified Version as given on the
!           Title Page.  If there is no section Entitled "History" in the
!           Document, create one stating the title, year, authors, and
!           publisher of the Document as given on its Title Page, then add
!           an item describing the Modified Version as stated in the
!           previous sentence.
  
         J. Preserve the network location, if any, given in the Document
            for public access to a Transparent copy of the Document, and
            likewise the network locations given in the Document for
!           previous versions it was based on.  These may be placed in the
!           "History" section.  You may omit a network location for a work
!           that was published at least four years before the Document
!           itself, or if the original publisher of the version it refers
!           to gives permission.
  
         K. For any section Entitled "Acknowledgements" or "Dedications",
!           Preserve the Title of the section, and preserve in the section
!           all the substance and tone of each of the contributor
            acknowledgements and/or dedications given therein.
  
!        L. Preserve all the Invariant Sections of the Document, unaltered
!           in their text and in their titles.  Section numbers or the
!           equivalent are not considered part of the section titles.
  
         M. Delete any section Entitled "Endorsements".  Such a section
            may not be included in the Modified Version.
--- 20458,20488 ----
  
         I. Preserve the section Entitled "History", Preserve its Title,
            and add to it an item stating at least the title, year, new
!           authors, and publisher of the Modified Version as given on
!           the Title Page.  If there is no section Entitled "History" in
!           the Document, create one stating the title, year, authors,
!           and publisher of the Document as given on its Title Page,
!           then add an item describing the Modified Version as stated in
!           the previous sentence.
  
         J. Preserve the network location, if any, given in the Document
            for public access to a Transparent copy of the Document, and
            likewise the network locations given in the Document for
!           previous versions it was based on.  These may be placed in
!           the "History" section.  You may omit a network location for a
!           work that was published at least four years before the
!           Document itself, or if the original publisher of the version
!           it refers to gives permission.
  
         K. For any section Entitled "Acknowledgements" or "Dedications",
!           Preserve the Title of the section, and preserve in the
!           section all the substance and tone of each of the contributor
            acknowledgements and/or dedications given therein.
  
!        L. Preserve all the Invariant Sections of the Document,
!           unaltered in their text and in their titles.  Section numbers
!           or the equivalent are not considered part of the section
!           titles.
  
         M. Delete any section Entitled "Endorsements".  Such a section
            may not be included in the Modified Version.
*************** GNU Free Documentation License
*** 20231,20241 ****
  
       If the Modified Version includes new front-matter sections or
       appendices that qualify as Secondary Sections and contain no
!      material copied from the Document, you may at your option designate
!      some or all of these sections as invariant.  To do this, add their
!      titles to the list of Invariant Sections in the Modified Version's
!      license notice.  These titles must be distinct from any other
!      section titles.
  
       You may add a section Entitled "Endorsements", provided it contains
       nothing but endorsements of your Modified Version by various
--- 20495,20505 ----
  
       If the Modified Version includes new front-matter sections or
       appendices that qualify as Secondary Sections and contain no
!      material copied from the Document, you may at your option
!      designate some or all of these sections as invariant.  To do this,
!      add their titles to the list of Invariant Sections in the Modified
!      Version's license notice.  These titles must be distinct from any
!      other section titles.
  
       You may add a section Entitled "Endorsements", provided it contains
       nothing but endorsements of your Modified Version by various
*************** GNU Free Documentation License
*** 20244,20258 ****
       definition of a standard.
  
       You may add a passage of up to five words as a Front-Cover Text,
!      and a passage of up to 25 words as a Back-Cover Text, to the end of
!      the list of Cover Texts in the Modified Version.  Only one passage
!      of Front-Cover Text and one of Back-Cover Text may be added by (or
!      through arrangements made by) any one entity.  If the Document
!      already includes a cover text for the same cover, previously added
!      by you or by arrangement made by the same entity you are acting on
!      behalf of, you may not add another; but you may replace the old
!      one, on explicit permission from the previous publisher that added
!      the old one.
  
       The author(s) and publisher(s) of the Document do not by this
       License give permission to use their names for publicity for or to
--- 20508,20522 ----
       definition of a standard.
  
       You may add a passage of up to five words as a Front-Cover Text,
!      and a passage of up to 25 words as a Back-Cover Text, to the end
!      of the list of Cover Texts in the Modified Version.  Only one
!      passage of Front-Cover Text and one of Back-Cover Text may be
!      added by (or through arrangements made by) any one entity.  If the
!      Document already includes a cover text for the same cover,
!      previously added by you or by arrangement made by the same entity
!      you are acting on behalf of, you may not add another; but you may
!      replace the old one, on explicit permission from the previous
!      publisher that added the old one.
  
       The author(s) and publisher(s) of the Document do not by this
       License give permission to use their names for publicity for or to
*************** GNU Free Documentation License
*** 20262,20269 ****
  
       You may combine the Document with other documents released under
       this License, under the terms defined in section 4 above for
!      modified versions, provided that you include in the combination all
!      of the Invariant Sections of all of the original documents,
       unmodified, and list them all as Invariant Sections of your
       combined work in its license notice, and that you preserve all
       their Warranty Disclaimers.
--- 20526,20533 ----
  
       You may combine the Document with other documents released under
       this License, under the terms defined in section 4 above for
!      modified versions, provided that you include in the combination
!      all of the Invariant Sections of all of the original documents,
       unmodified, and list them all as Invariant Sections of your
       combined work in its license notice, and that you preserve all
       their Warranty Disclaimers.
*************** GNU Free Documentation License
*** 20290,20309 ****
       documents released under this License, and replace the individual
       copies of this License in the various documents with a single copy
       that is included in the collection, provided that you follow the
!      rules of this License for verbatim copying of each of the documents
!      in all other respects.
  
       You may extract a single document from such a collection, and
       distribute it individually under this License, provided you insert
!      a copy of this License into the extracted document, and follow this
!      License in all other respects regarding verbatim copying of that
!      document.
  
    7. AGGREGATION WITH INDEPENDENT WORKS
  
       A compilation of the Document or its derivatives with other
!      separate and independent documents or works, in or on a volume of a
!      storage or distribution medium, is called an "aggregate" if the
       copyright resulting from the compilation is not used to limit the
       legal rights of the compilation's users beyond what the individual
       works permit.  When the Document is included in an aggregate, this
--- 20554,20573 ----
       documents released under this License, and replace the individual
       copies of this License in the various documents with a single copy
       that is included in the collection, provided that you follow the
!      rules of this License for verbatim copying of each of the
!      documents in all other respects.
  
       You may extract a single document from such a collection, and
       distribute it individually under this License, provided you insert
!      a copy of this License into the extracted document, and follow
!      this License in all other respects regarding verbatim copying of
!      that document.
  
    7. AGGREGATION WITH INDEPENDENT WORKS
  
       A compilation of the Document or its derivatives with other
!      separate and independent documents or works, in or on a volume of
!      a storage or distribution medium, is called an "aggregate" if the
       copyright resulting from the compilation is not used to limit the
       legal rights of the compilation's users beyond what the individual
       works permit.  When the Document is included in an aggregate, this
*************** GNU Free Documentation License
*** 20348,20355 ****
  
       However, if you cease all violation of this License, then your
       license from a particular copyright holder is reinstated (a)
!      provisionally, unless and until the copyright holder explicitly and
!      finally terminates your license, and (b) permanently, if the
       copyright holder fails to notify you of the violation by some
       reasonable means prior to 60 days after the cessation.
  
--- 20612,20619 ----
  
       However, if you cease all violation of this License, then your
       license from a particular copyright holder is reinstated (a)
!      provisionally, unless and until the copyright holder explicitly
!      and finally terminates your license, and (b) permanently, if the
       copyright holder fails to notify you of the violation by some
       reasonable means prior to 60 days after the cessation.
  
*************** GNU Free Documentation License
*** 20361,20393 ****
       after your receipt of the notice.
  
       Termination of your rights under this section does not terminate
!      the licenses of parties who have received copies or rights from you
!      under this License.  If your rights have been terminated and not
!      permanently reinstated, receipt of a copy of some or all of the
!      same material does not give you any rights to use it.
  
!   10. FUTURE REVISIONS OF THIS LICENSE
  
       The Free Software Foundation may publish new, revised versions of
       the GNU Free Documentation License from time to time.  Such new
       versions will be similar in spirit to the present version, but may
       differ in detail to address new problems or concerns.  See
!      <http://www.gnu.org/copyleft/>.
  
       Each version of the License is given a distinguishing version
       number.  If the Document specifies that a particular numbered
       version of this License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
       that specified version or of any later version that has been
!      published (not as a draft) by the Free Software Foundation.  If the
!      Document does not specify a version number of this License, you may
!      choose any version ever published (not as a draft) by the Free
!      Software Foundation.  If the Document specifies that a proxy can
!      decide which future versions of this License can be used, that
       proxy's public statement of acceptance of a version permanently
       authorizes you to choose that version for the Document.
  
!   11. RELICENSING
  
       "Massive Multiauthor Collaboration Site" (or "MMC Site") means any
       World Wide Web server that publishes copyrightable works and also
--- 20625,20657 ----
       after your receipt of the notice.
  
       Termination of your rights under this section does not terminate
!      the licenses of parties who have received copies or rights from
!      you under this License.  If your rights have been terminated and
!      not permanently reinstated, receipt of a copy of some or all of
!      the same material does not give you any rights to use it.
  
!  10. FUTURE REVISIONS OF THIS LICENSE
  
       The Free Software Foundation may publish new, revised versions of
       the GNU Free Documentation License from time to time.  Such new
       versions will be similar in spirit to the present version, but may
       differ in detail to address new problems or concerns.  See
!      `http://www.gnu.org/copyleft/'.
  
       Each version of the License is given a distinguishing version
       number.  If the Document specifies that a particular numbered
       version of this License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
       that specified version or of any later version that has been
!      published (not as a draft) by the Free Software Foundation.  If
!      the Document does not specify a version number of this License,
!      you may choose any version ever published (not as a draft) by the
!      Free Software Foundation.  If the Document specifies that a proxy
!      can decide which future versions of this License can be used, that
       proxy's public statement of acceptance of a version permanently
       authorizes you to choose that version for the Document.
  
!  11. RELICENSING
  
       "Massive Multiauthor Collaboration Site" (or "MMC Site") means any
       World Wide Web server that publishes copyrightable works and also
*************** GNU Free Documentation License
*** 20417,20422 ****
--- 20681,20687 ----
       site under CC-BY-SA on the same site at any time before August 1,
       2009, provided the MMC is eligible for relicensing.
  
+ 
  ADDENDUM: How to use this License for your documents
  ====================================================
  
*************** notices just after the title page:
*** 20433,20439 ****
         Free Documentation License''.
  
     If you have Invariant Sections, Front-Cover Texts and Back-Cover
! Texts, replace the "with...Texts."  line with this:
  
           with the Invariant Sections being LIST THEIR TITLES, with
           the Front-Cover Texts being LIST, and with the Back-Cover Texts
--- 20698,20704 ----
         Free Documentation License''.
  
     If you have Invariant Sections, Front-Cover Texts and Back-Cover
! Texts, replace the "with...Texts." line with this:
  
           with the Invariant Sections being LIST THEIR TITLES, with
           the Front-Cover Texts being LIST, and with the Back-Cover Texts
*************** combination of the three, merge those tw
*** 20444,20452 ****
  situation.
  
     If your document contains nontrivial examples of program code, we
! recommend releasing these examples in parallel under your choice of free
! software license, such as the GNU General Public License, to permit
! their use in free software.
  
  
  File: gfortran.info,  Node: Funding,  Next: Option Index,  Prev: GNU Free Documentation License,  Up: Top
--- 20709,20717 ----
  situation.
  
     If your document contains nontrivial examples of program code, we
! recommend releasing these examples in parallel under your choice of
! free software license, such as the GNU General Public License, to
! permit their use in free software.
  
  
  File: gfortran.info,  Node: Funding,  Next: Option Index,  Prev: GNU Free Documentation License,  Up: Top
*************** for comparison.
*** 20476,20483 ****
  
     Even a precise fraction "of the profits from this disk" is not very
  meaningful, since creative accounting and unrelated business decisions
! can greatly alter what fraction of the sales price counts as profit.  If
! the price you pay is $50, ten percent of the profit is probably less
  than a dollar; it might be a few cents, or nothing at all.
  
     Some redistributors do development work themselves.  This is useful
--- 20741,20748 ----
  
     Even a precise fraction "of the profits from this disk" is not very
  meaningful, since creative accounting and unrelated business decisions
! can greatly alter what fraction of the sales price counts as profit.
! If the price you pay is $50, ten percent of the profit is probably less
  than a dollar; it might be a few cents, or nothing at all.
  
     Some redistributors do development work themselves.  This is useful
*************** difference than others.  For example, ma
*** 20487,20494 ****
  a program contributes very little; maintaining the standard version of a
  program for the whole community contributes much.  Easy new ports
  contribute little, since someone else would surely do them; difficult
! ports such as adding a new CPU to the GNU Compiler Collection contribute
! more; major new features or packages contribute the most.
  
     By establishing the idea that supporting further development is "the
  proper thing to do" when distributing free software for a fee, we can
--- 20752,20759 ----
  a program contributes very little; maintaining the standard version of a
  program for the whole community contributes much.  Easy new ports
  contribute little, since someone else would surely do them; difficult
! ports such as adding a new CPU to the GNU Compiler Collection
! contribute more; major new features or packages contribute the most.
  
     By establishing the idea that supporting further development is "the
  proper thing to do" when distributing free software for a fee, we can
*************** File: gfortran.info,  Node: Option Index
*** 20504,20528 ****
  Option Index
  ************
  
! 'gfortran''s command line options are indexed here without any initial
! '-' or '--'.  Where an option has both positive and negative forms (such
! as -foption and -fno-option), relevant entries in the manual are indexed
! under the most appropriate form; it may sometimes be useful to look up
! both forms.
  
  [index]
  * Menu:
  
  * A-PREDICATE=ANSWER:                    Preprocessing Options.
!                                                               (line 119)
  * APREDICATE=ANSWER:                     Preprocessing Options.
!                                                               (line 113)
  * backslash:                             Fortran Dialect Options.
                                                                (line  74)
  * C:                                     Preprocessing Options.
!                                                               (line 122)
  * CC:                                    Preprocessing Options.
!                                                               (line 137)
  * cpp:                                   Preprocessing Options.
                                                                (line  12)
  * dD:                                    Preprocessing Options.
--- 20769,20793 ----
  Option Index
  ************
  
! `gfortran''s command line options are indexed here without any initial
! `-' or `--'.  Where an option has both positive and negative forms
! (such as -foption and -fno-option), relevant entries in the manual are
! indexed under the most appropriate form; it may sometimes be useful to
! look up both forms.
  
  [index]
  * Menu:
  
  * A-PREDICATE=ANSWER:                    Preprocessing Options.
!                                                               (line 120)
  * APREDICATE=ANSWER:                     Preprocessing Options.
!                                                               (line 114)
  * backslash:                             Fortran Dialect Options.
                                                                (line  74)
  * C:                                     Preprocessing Options.
!                                                               (line 123)
  * CC:                                    Preprocessing Options.
!                                                               (line 138)
  * cpp:                                   Preprocessing Options.
                                                                (line  12)
  * dD:                                    Preprocessing Options.
*************** both forms.
*** 20534,20553 ****
  * dN:                                    Preprocessing Options.
                                                                (line  41)
  * DNAME:                                 Preprocessing Options.
!                                                               (line 151)
  * DNAME=DEFINITION:                      Preprocessing Options.
!                                                               (line 154)
  * dU:                                    Preprocessing Options.
                                                                (line  44)
! * faggressive-function-elimination:      Code Gen Options.    (line 361)
! * falign-commons:                        Code Gen Options.    (line 334)
  * fall-intrinsics:                       Fortran Dialect Options.
                                                                (line  17)
! * fblas-matmul-limit:                    Code Gen Options.    (line 274)
! * fbounds-check:                         Code Gen Options.    (line 198)
! * fcheck:                                Code Gen Options.    (line 141)
! * fcheck-array-temporaries:              Code Gen Options.    (line 201)
! * fcoarray:                              Code Gen Options.    (line 127)
  * fconvert=CONVERSION:                   Runtime Options.     (line  10)
  * fcray-pointer:                         Fortran Dialect Options.
                                                                (line 120)
--- 20799,20818 ----
  * dN:                                    Preprocessing Options.
                                                                (line  41)
  * DNAME:                                 Preprocessing Options.
!                                                               (line 153)
  * DNAME=DEFINITION:                      Preprocessing Options.
!                                                               (line 156)
  * dU:                                    Preprocessing Options.
                                                                (line  44)
! * faggressive-function-elimination:      Code Gen Options.    (line 364)
! * falign-commons:                        Code Gen Options.    (line 337)
  * fall-intrinsics:                       Fortran Dialect Options.
                                                                (line  17)
! * fblas-matmul-limit:                    Code Gen Options.    (line 275)
! * fbounds-check:                         Code Gen Options.    (line 199)
! * fcheck:                                Code Gen Options.    (line 143)
! * fcheck-array-temporaries:              Code Gen Options.    (line 202)
! * fcoarray:                              Code Gen Options.    (line 129)
  * fconvert=CONVERSION:                   Runtime Options.     (line  10)
  * fcray-pointer:                         Fortran Dialect Options.
                                                                (line 120)
*************** both forms.
*** 20566,20588 ****
  * fdec-structure:                        Fortran Dialect Options.
                                                                (line  48)
  * fdefault-double-8:                     Fortran Dialect Options.
!                                                               (line 169)
  * fdefault-integer-8:                    Fortran Dialect Options.
!                                                               (line 155)
  * fdefault-real-8:                       Fortran Dialect Options.
!                                                               (line 161)
  * fdollar-ok:                            Fortran Dialect Options.
                                                                (line  68)
  * fdump-fortran-optimized:               Debugging Options.   (line  15)
  * fdump-fortran-original:                Debugging Options.   (line  10)
  * fdump-parse-tree:                      Debugging Options.   (line  19)
! * fexternal-blas:                        Code Gen Options.    (line 266)
  * ff2c:                                  Code Gen Options.    (line  25)
  * ffixed-form:                           Fortran Dialect Options.
                                                                (line  11)
  * ffixed-line-length-N:                  Fortran Dialect Options.
                                                                (line  91)
! * ffpe-summary=LIST:                     Debugging Options.   (line  51)
  * ffpe-trap=LIST:                        Debugging Options.   (line  25)
  * ffree-form:                            Fortran Dialect Options.
                                                                (line  11)
--- 20831,20853 ----
  * fdec-structure:                        Fortran Dialect Options.
                                                                (line  48)
  * fdefault-double-8:                     Fortran Dialect Options.
!                                                               (line 170)
  * fdefault-integer-8:                    Fortran Dialect Options.
!                                                               (line 156)
  * fdefault-real-8:                       Fortran Dialect Options.
!                                                               (line 162)
  * fdollar-ok:                            Fortran Dialect Options.
                                                                (line  68)
  * fdump-fortran-optimized:               Debugging Options.   (line  15)
  * fdump-fortran-original:                Debugging Options.   (line  10)
  * fdump-parse-tree:                      Debugging Options.   (line  19)
! * fexternal-blas:                        Code Gen Options.    (line 267)
  * ff2c:                                  Code Gen Options.    (line  25)
  * ffixed-form:                           Fortran Dialect Options.
                                                                (line  11)
  * ffixed-line-length-N:                  Fortran Dialect Options.
                                                                (line  91)
! * ffpe-summary=LIST:                     Debugging Options.   (line  52)
  * ffpe-trap=LIST:                        Debugging Options.   (line  25)
  * ffree-form:                            Fortran Dialect Options.
                                                                (line  11)
*************** both forms.
*** 20590,20687 ****
                                                                (line 104)
  * fimplicit-none:                        Fortran Dialect Options.
                                                                (line 115)
! * finit-character:                       Code Gen Options.    (line 309)
! * finit-derived:                         Code Gen Options.    (line 309)
! * finit-integer:                         Code Gen Options.    (line 309)
! * finit-local-zero:                      Code Gen Options.    (line 309)
! * finit-logical:                         Code Gen Options.    (line 309)
! * finit-real:                            Code Gen Options.    (line 309)
! * finline-matmul-limit:                  Code Gen Options.    (line 285)
  * finteger-4-integer-8:                  Fortran Dialect Options.
!                                                               (line 178)
  * fintrinsic-modules-path DIR:           Directory Options.   (line  36)
! * fmax-array-constructor:                Code Gen Options.    (line 204)
  * fmax-errors=N:                         Error and Warning Options.
                                                                (line  27)
  * fmax-identifier-length=N:              Fortran Dialect Options.
                                                                (line 111)
! * fmax-stack-var-size:                   Code Gen Options.    (line 222)
  * fmax-subrecord-length=LENGTH:          Runtime Options.     (line  29)
  * fmodule-private:                       Fortran Dialect Options.
                                                                (line  86)
  * fno-automatic:                         Code Gen Options.    (line  15)
! * fno-backtrace:                         Debugging Options.   (line  61)
! * fno-protect-parens:                    Code Gen Options.    (line 346)
  * fno-underscoring:                      Code Gen Options.    (line  54)
  * fopenacc:                              Fortran Dialect Options.
                                                                (line 124)
  * fopenmp:                               Fortran Dialect Options.
!                                                               (line 135)
! * fpack-derived:                         Code Gen Options.    (line 244)
  * fpp:                                   Preprocessing Options.
                                                                (line  12)
  * frange-check:                          Fortran Dialect Options.
!                                                               (line 143)
  * freal-4-real-10:                       Fortran Dialect Options.
!                                                               (line 193)
  * freal-4-real-16:                       Fortran Dialect Options.
!                                                               (line 193)
  * freal-4-real-8:                        Fortran Dialect Options.
!                                                               (line 193)
  * freal-8-real-10:                       Fortran Dialect Options.
!                                                               (line 193)
  * freal-8-real-16:                       Fortran Dialect Options.
!                                                               (line 193)
  * freal-8-real-4:                        Fortran Dialect Options.
!                                                               (line 193)
! * frealloc-lhs:                          Code Gen Options.    (line 355)
  * frecord-marker=LENGTH:                 Runtime Options.     (line  21)
! * frecursive:                            Code Gen Options.    (line 299)
! * frepack-arrays:                        Code Gen Options.    (line 250)
! * frontend-optimize:                     Code Gen Options.    (line 369)
! * fsecond-underscore:                    Code Gen Options.    (line 110)
! * fshort-enums:                          Code Gen Options.    (line 260)
  * fshort-enums <1>:                      Fortran 2003 status. (line  93)
  * fsign-zero:                            Runtime Options.     (line  34)
! * fstack-arrays:                         Code Gen Options.    (line 236)
  * fsyntax-only:                          Error and Warning Options.
                                                                (line  33)
  * ftest-forall-temp:                     Fortran Dialect Options.
!                                                               (line 223)
  * fworking-directory:                    Preprocessing Options.
                                                                (line  55)
  * H:                                     Preprocessing Options.
!                                                               (line 174)
  * IDIR:                                  Directory Options.   (line  14)
  * idirafter DIR:                         Preprocessing Options.
!                                                               (line  69)
  * imultilib DIR:                         Preprocessing Options.
!                                                               (line  76)
  * iprefix PREFIX:                        Preprocessing Options.
!                                                               (line  80)
  * iquote DIR:                            Preprocessing Options.
!                                                               (line  89)
  * isysroot DIR:                          Preprocessing Options.
!                                                               (line  85)
  * isystem DIR:                           Preprocessing Options.
!                                                               (line  96)
  * JDIR:                                  Directory Options.   (line  29)
  * MDIR:                                  Directory Options.   (line  29)
  * nostdinc:                              Preprocessing Options.
!                                                               (line 104)
  * P:                                     Preprocessing Options.
!                                                               (line 179)
  * pedantic:                              Error and Warning Options.
                                                                (line  39)
  * pedantic-errors:                       Error and Warning Options.
                                                                (line  58)
  * static-libgfortran:                    Link Options.        (line  11)
  * std=STD option:                        Fortran Dialect Options.
!                                                               (line 204)
  * UNAME:                                 Preprocessing Options.
!                                                               (line 185)
  * undef:                                 Preprocessing Options.
!                                                               (line 109)
  * Waliasing:                             Error and Warning Options.
                                                                (line  71)
  * Walign-commons:                        Error and Warning Options.
--- 20855,20952 ----
                                                                (line 104)
  * fimplicit-none:                        Fortran Dialect Options.
                                                                (line 115)
! * finit-character:                       Code Gen Options.    (line 310)
! * finit-derived:                         Code Gen Options.    (line 310)
! * finit-integer:                         Code Gen Options.    (line 310)
! * finit-local-zero:                      Code Gen Options.    (line 310)
! * finit-logical:                         Code Gen Options.    (line 310)
! * finit-real:                            Code Gen Options.    (line 310)
! * finline-matmul-limit:                  Code Gen Options.    (line 286)
  * finteger-4-integer-8:                  Fortran Dialect Options.
!                                                               (line 179)
  * fintrinsic-modules-path DIR:           Directory Options.   (line  36)
! * fmax-array-constructor:                Code Gen Options.    (line 205)
  * fmax-errors=N:                         Error and Warning Options.
                                                                (line  27)
  * fmax-identifier-length=N:              Fortran Dialect Options.
                                                                (line 111)
! * fmax-stack-var-size:                   Code Gen Options.    (line 223)
  * fmax-subrecord-length=LENGTH:          Runtime Options.     (line  29)
  * fmodule-private:                       Fortran Dialect Options.
                                                                (line  86)
  * fno-automatic:                         Code Gen Options.    (line  15)
! * fno-backtrace:                         Debugging Options.   (line  62)
! * fno-protect-parens:                    Code Gen Options.    (line 349)
  * fno-underscoring:                      Code Gen Options.    (line  54)
  * fopenacc:                              Fortran Dialect Options.
                                                                (line 124)
  * fopenmp:                               Fortran Dialect Options.
!                                                               (line 136)
! * fpack-derived:                         Code Gen Options.    (line 245)
  * fpp:                                   Preprocessing Options.
                                                                (line  12)
  * frange-check:                          Fortran Dialect Options.
!                                                               (line 144)
  * freal-4-real-10:                       Fortran Dialect Options.
!                                                               (line 195)
  * freal-4-real-16:                       Fortran Dialect Options.
!                                                               (line 195)
  * freal-4-real-8:                        Fortran Dialect Options.
!                                                               (line 195)
  * freal-8-real-10:                       Fortran Dialect Options.
!                                                               (line 195)
  * freal-8-real-16:                       Fortran Dialect Options.
!                                                               (line 195)
  * freal-8-real-4:                        Fortran Dialect Options.
!                                                               (line 195)
! * frealloc-lhs:                          Code Gen Options.    (line 358)
  * frecord-marker=LENGTH:                 Runtime Options.     (line  21)
! * frecursive:                            Code Gen Options.    (line 300)
! * frepack-arrays:                        Code Gen Options.    (line 251)
! * frontend-optimize:                     Code Gen Options.    (line 372)
! * fsecond-underscore:                    Code Gen Options.    (line 112)
  * fshort-enums <1>:                      Fortran 2003 status. (line  93)
+ * fshort-enums:                          Code Gen Options.    (line 261)
  * fsign-zero:                            Runtime Options.     (line  34)
! * fstack-arrays:                         Code Gen Options.    (line 237)
  * fsyntax-only:                          Error and Warning Options.
                                                                (line  33)
  * ftest-forall-temp:                     Fortran Dialect Options.
!                                                               (line 225)
  * fworking-directory:                    Preprocessing Options.
                                                                (line  55)
  * H:                                     Preprocessing Options.
!                                                               (line 176)
  * IDIR:                                  Directory Options.   (line  14)
  * idirafter DIR:                         Preprocessing Options.
!                                                               (line  70)
  * imultilib DIR:                         Preprocessing Options.
!                                                               (line  77)
  * iprefix PREFIX:                        Preprocessing Options.
!                                                               (line  81)
  * iquote DIR:                            Preprocessing Options.
!                                                               (line  90)
  * isysroot DIR:                          Preprocessing Options.
!                                                               (line  86)
  * isystem DIR:                           Preprocessing Options.
!                                                               (line  97)
  * JDIR:                                  Directory Options.   (line  29)
  * MDIR:                                  Directory Options.   (line  29)
  * nostdinc:                              Preprocessing Options.
!                                                               (line 105)
  * P:                                     Preprocessing Options.
!                                                               (line 181)
  * pedantic:                              Error and Warning Options.
                                                                (line  39)
  * pedantic-errors:                       Error and Warning Options.
                                                                (line  58)
  * static-libgfortran:                    Link Options.        (line  11)
  * std=STD option:                        Fortran Dialect Options.
!                                                               (line 206)
  * UNAME:                                 Preprocessing Options.
!                                                               (line 187)
  * undef:                                 Preprocessing Options.
!                                                               (line 110)
  * Waliasing:                             Error and Warning Options.
                                                                (line  71)
  * Walign-commons:                        Error and Warning Options.
*************** both forms.
*** 20699,20711 ****
  * Wcharacter-truncation:                 Error and Warning Options.
                                                                (line 113)
  * Wcompare-reals:                        Error and Warning Options.
!                                                               (line 249)
  * Wconversion:                           Error and Warning Options.
                                                                (line 122)
  * Wconversion-extra:                     Error and Warning Options.
                                                                (line 126)
  * Werror:                                Error and Warning Options.
!                                                               (line 261)
  * Wextra:                                Error and Warning Options.
                                                                (line 130)
  * Wfunction-elimination:                 Error and Warning Options.
--- 20964,20976 ----
  * Wcharacter-truncation:                 Error and Warning Options.
                                                                (line 113)
  * Wcompare-reals:                        Error and Warning Options.
!                                                               (line 250)
  * Wconversion:                           Error and Warning Options.
                                                                (line 122)
  * Wconversion-extra:                     Error and Warning Options.
                                                                (line 126)
  * Werror:                                Error and Warning Options.
!                                                               (line 262)
  * Wextra:                                Error and Warning Options.
                                                                (line 130)
  * Wfunction-elimination:                 Error and Warning Options.
*************** both forms.
*** 20729,20741 ****
  * Wrealloc-lhs:                          Error and Warning Options.
                                                                (line 232)
  * Wrealloc-lhs-all:                      Error and Warning Options.
!                                                               (line 244)
  * Wsurprising:                           Error and Warning Options.
                                                                (line 160)
  * Wtabs:                                 Error and Warning Options.
                                                                (line 182)
  * Wtargt-lifetime:                       Error and Warning Options.
!                                                               (line 253)
  * Wundefined-do-loop:                    Error and Warning Options.
                                                                (line 190)
  * Wunderflow:                            Error and Warning Options.
--- 20994,21006 ----
  * Wrealloc-lhs:                          Error and Warning Options.
                                                                (line 232)
  * Wrealloc-lhs-all:                      Error and Warning Options.
!                                                               (line 245)
  * Wsurprising:                           Error and Warning Options.
                                                                (line 160)
  * Wtabs:                                 Error and Warning Options.
                                                                (line 182)
  * Wtargt-lifetime:                       Error and Warning Options.
!                                                               (line 254)
  * Wundefined-do-loop:                    Error and Warning Options.
                                                                (line 190)
  * Wunderflow:                            Error and Warning Options.
*************** both forms.
*** 20747,20753 ****
  * Wuse-without-only:                     Error and Warning Options.
                                                                (line 207)
  * Wzerotrip:                             Error and Warning Options.
!                                                               (line 257)
  
  
  File: gfortran.info,  Node: Keyword Index,  Prev: Option Index,  Up: Top
--- 21012,21018 ----
  * Wuse-without-only:                     Error and Warning Options.
                                                                (line 207)
  * Wzerotrip:                             Error and Warning Options.
!                                                               (line 258)
  
  
  File: gfortran.info,  Node: Keyword Index,  Prev: Option Index,  Up: Top
*************** Keyword Index
*** 20783,20795 ****
  * ABS:                                   ABS.                 (line   6)
  * absolute value:                        ABS.                 (line   6)
  * ACCESS:                                ACCESS.              (line   6)
! * ACCESS='STREAM' I/O:                   Fortran 2003 status. (line 103)
  * ACHAR:                                 ACHAR.               (line   6)
  * ACOS:                                  ACOS.                (line   6)
  * ACOSD:                                 ACOSD.               (line   6)
  * ACOSH:                                 ACOSH.               (line   6)
- * adjust string:                         ADJUSTL.             (line   6)
  * adjust string <1>:                     ADJUSTR.             (line   6)
  * ADJUSTL:                               ADJUSTL.             (line   6)
  * ADJUSTR:                               ADJUSTR.             (line   6)
  * AIMAG:                                 AIMAG.               (line   6)
--- 21048,21060 ----
  * ABS:                                   ABS.                 (line   6)
  * absolute value:                        ABS.                 (line   6)
  * ACCESS:                                ACCESS.              (line   6)
! * ACCESS='STREAM' I/O:                   Fortran 2003 status. (line 105)
  * ACHAR:                                 ACHAR.               (line   6)
  * ACOS:                                  ACOS.                (line   6)
  * ACOSD:                                 ACOSD.               (line   6)
  * ACOSH:                                 ACOSH.               (line   6)
  * adjust string <1>:                     ADJUSTR.             (line   6)
+ * adjust string:                         ADJUSTL.             (line   6)
  * ADJUSTL:                               ADJUSTL.             (line   6)
  * ADJUSTR:                               ADJUSTR.             (line   6)
  * AIMAG:                                 AIMAG.               (line   6)
*************** Keyword Index
*** 20798,20813 ****
  * ALGAMA:                                LOG_GAMMA.           (line   6)
  * aliasing:                              Error and Warning Options.
                                                                (line  71)
  * alignment of COMMON blocks:            Error and Warning Options.
                                                                (line 222)
- * alignment of COMMON blocks <1>:        Code Gen Options.    (line 334)
  * ALL:                                   ALL.                 (line   6)
  * all warnings:                          Error and Warning Options.
                                                                (line  62)
  * ALLOCATABLE components of derived types: Fortran 2003 status.
!                                                               (line 101)
  * ALLOCATABLE dummy arguments:           Fortran 2003 status. (line  99)
! * ALLOCATABLE function results:          Fortran 2003 status. (line 100)
  * ALLOCATED:                             ALLOCATED.           (line   6)
  * allocation, moving:                    MOVE_ALLOC.          (line   6)
  * allocation, status:                    ALLOCATED.           (line   6)
--- 21063,21078 ----
  * ALGAMA:                                LOG_GAMMA.           (line   6)
  * aliasing:                              Error and Warning Options.
                                                                (line  71)
+ * alignment of COMMON blocks <1>:        Code Gen Options.    (line 337)
  * alignment of COMMON blocks:            Error and Warning Options.
                                                                (line 222)
  * ALL:                                   ALL.                 (line   6)
  * all warnings:                          Error and Warning Options.
                                                                (line  62)
  * ALLOCATABLE components of derived types: Fortran 2003 status.
!                                                               (line 103)
  * ALLOCATABLE dummy arguments:           Fortran 2003 status. (line  99)
! * ALLOCATABLE function results:          Fortran 2003 status. (line 101)
  * ALLOCATED:                             ALLOCATED.           (line   6)
  * allocation, moving:                    MOVE_ALLOC.          (line   6)
  * allocation, status:                    ALLOCATED.           (line   6)
*************** Keyword Index
*** 20826,20847 ****
  * area hyperbolic tangent:               ATANH.               (line   6)
  * argument list functions:               Argument list functions.
                                                                (line   6)
! * arguments, to program:                 COMMAND_ARGUMENT_COUNT.
                                                                (line   6)
! * arguments, to program <1>:             GETARG.              (line   6)
! * arguments, to program <2>:             GET_COMMAND.         (line   6)
! * arguments, to program <3>:             GET_COMMAND_ARGUMENT.
                                                                (line   6)
- * arguments, to program <4>:             IARGC.               (line   6)
  * array, add elements:                   SUM.                 (line   6)
  * array, AND:                            IALL.                (line   6)
- * array, apply condition:                ALL.                 (line   6)
  * array, apply condition <1>:            ANY.                 (line   6)
! * array, bounds checking:                Code Gen Options.    (line 141)
  * array, change dimensions:              RESHAPE.             (line   6)
  * array, combine arrays:                 MERGE.               (line   6)
- * array, condition testing:              ALL.                 (line   6)
  * array, condition testing <1>:          ANY.                 (line   6)
  * array, conditionally add elements:     SUM.                 (line   6)
  * array, conditionally count elements:   COUNT.               (line   6)
  * array, conditionally multiply elements: PRODUCT.            (line   6)
--- 21091,21112 ----
  * area hyperbolic tangent:               ATANH.               (line   6)
  * argument list functions:               Argument list functions.
                                                                (line   6)
! * arguments, to program <1>:             IARGC.               (line   6)
! * arguments, to program <2>:             GET_COMMAND_ARGUMENT.
                                                                (line   6)
! * arguments, to program <3>:             GET_COMMAND.         (line   6)
! * arguments, to program <4>:             GETARG.              (line   6)
! * arguments, to program:                 COMMAND_ARGUMENT_COUNT.
                                                                (line   6)
  * array, add elements:                   SUM.                 (line   6)
  * array, AND:                            IALL.                (line   6)
  * array, apply condition <1>:            ANY.                 (line   6)
! * array, apply condition:                ALL.                 (line   6)
! * array, bounds checking:                Code Gen Options.    (line 143)
  * array, change dimensions:              RESHAPE.             (line   6)
  * array, combine arrays:                 MERGE.               (line   6)
  * array, condition testing <1>:          ANY.                 (line   6)
+ * array, condition testing:              ALL.                 (line   6)
  * array, conditionally add elements:     SUM.                 (line   6)
  * array, conditionally count elements:   COUNT.               (line   6)
  * array, conditionally multiply elements: PRODUCT.            (line   6)
*************** Keyword Index
*** 20851,20858 ****
  * array, duplicate elements:             SPREAD.              (line   6)
  * array, element counting:               COUNT.               (line   6)
  * array, gather elements:                PACK.                (line   6)
- * array, increase dimension:             SPREAD.              (line   6)
  * array, increase dimension <1>:         UNPACK.              (line   6)
  * array, indices of type real:           Real array indices.  (line   6)
  * array, location of maximum element:    MAXLOC.              (line   6)
  * array, location of minimum element:    MINLOC.              (line   6)
--- 21116,21123 ----
  * array, duplicate elements:             SPREAD.              (line   6)
  * array, element counting:               COUNT.               (line   6)
  * array, gather elements:                PACK.                (line   6)
  * array, increase dimension <1>:         UNPACK.              (line   6)
+ * array, increase dimension:             SPREAD.              (line   6)
  * array, indices of type real:           Real array indices.  (line   6)
  * array, location of maximum element:    MAXLOC.              (line   6)
  * array, location of minimum element:    MINLOC.              (line   6)
*************** Keyword Index
*** 20861,20868 ****
  * array, merge arrays:                   MERGE.               (line   6)
  * array, minimum value:                  MINVAL.              (line   6)
  * array, multiply elements:              PRODUCT.             (line   6)
- * array, number of elements:             COUNT.               (line   6)
  * array, number of elements <1>:         SIZE.                (line   6)
  * array, OR:                             IANY.                (line   6)
  * array, packing:                        PACK.                (line   6)
  * array, parity:                         IPARITY.             (line   6)
--- 21126,21133 ----
  * array, merge arrays:                   MERGE.               (line   6)
  * array, minimum value:                  MINVAL.              (line   6)
  * array, multiply elements:              PRODUCT.             (line   6)
  * array, number of elements <1>:         SIZE.                (line   6)
+ * array, number of elements:             COUNT.               (line   6)
  * array, OR:                             IANY.                (line   6)
  * array, packing:                        PACK.                (line   6)
  * array, parity:                         IPARITY.             (line   6)
*************** Keyword Index
*** 20881,20888 ****
  * array, unpacking:                      UNPACK.              (line   6)
  * array, upper bound:                    UBOUND.              (line   6)
  * array, XOR:                            IPARITY.             (line   6)
- * ASCII collating sequence:              ACHAR.               (line   6)
  * ASCII collating sequence <1>:          IACHAR.              (line   6)
  * ASIN:                                  ASIN.                (line   6)
  * ASIND:                                 ASIND.               (line   6)
  * ASINH:                                 ASINH.               (line   6)
--- 21146,21153 ----
  * array, unpacking:                      UNPACK.              (line   6)
  * array, upper bound:                    UBOUND.              (line   6)
  * array, XOR:                            IPARITY.             (line   6)
  * ASCII collating sequence <1>:          IACHAR.              (line   6)
+ * ASCII collating sequence:              ACHAR.               (line   6)
  * ASIN:                                  ASIN.                (line   6)
  * ASIND:                                 ASIND.               (line   6)
  * ASINH:                                 ASINH.               (line   6)
*************** Keyword Index
*** 20907,20914 ****
  * Atomic subroutine, XOR with fetch:     ATOMIC_FETCH_XOR.    (line   6)
  * ATOMIC_ADD:                            ATOMIC_ADD.          (line   6)
  * ATOMIC_AND:                            ATOMIC_AND.          (line   6)
- * ATOMIC_DEFINE:                         ATOMIC_CAS.          (line   6)
  * ATOMIC_DEFINE <1>:                     ATOMIC_DEFINE.       (line   6)
  * ATOMIC_FETCH_ADD:                      ATOMIC_FETCH_ADD.    (line   6)
  * ATOMIC_FETCH_AND:                      ATOMIC_FETCH_AND.    (line   6)
  * ATOMIC_FETCH_OR:                       ATOMIC_FETCH_OR.     (line   6)
--- 21172,21179 ----
  * Atomic subroutine, XOR with fetch:     ATOMIC_FETCH_XOR.    (line   6)
  * ATOMIC_ADD:                            ATOMIC_ADD.          (line   6)
  * ATOMIC_AND:                            ATOMIC_AND.          (line   6)
  * ATOMIC_DEFINE <1>:                     ATOMIC_DEFINE.       (line   6)
+ * ATOMIC_DEFINE:                         ATOMIC_CAS.          (line   6)
  * ATOMIC_FETCH_ADD:                      ATOMIC_FETCH_ADD.    (line   6)
  * ATOMIC_FETCH_AND:                      ATOMIC_FETCH_AND.    (line   6)
  * ATOMIC_FETCH_OR:                       ATOMIC_FETCH_OR.     (line   6)
*************** Keyword Index
*** 20924,20932 ****
                                                                (line  74)
  * BACKSPACE:                             Read/Write after EOF marker.
                                                                (line   6)
  * BACKTRACE:                             BACKTRACE.           (line   6)
! * backtrace:                             Debugging Options.   (line  61)
! * backtrace <1>:                         BACKTRACE.           (line   6)
  * base 10 logarithm function:            LOG10.               (line   6)
  * BBCLR:                                 IBCLR.               (line   6)
  * BBITS:                                 IBITS.               (line   6)
--- 21189,21197 ----
                                                                (line  74)
  * BACKSPACE:                             Read/Write after EOF marker.
                                                                (line   6)
+ * backtrace:                             BACKTRACE.           (line   6)
  * BACKTRACE:                             BACKTRACE.           (line   6)
! * backtrace:                             Debugging Options.   (line  62)
  * base 10 logarithm function:            LOG10.               (line   6)
  * BBCLR:                                 IBCLR.               (line   6)
  * BBITS:                                 IBITS.               (line   6)
*************** Keyword Index
*** 20935,20946 ****
  * BESJ0:                                 BESSEL_J0.           (line   6)
  * BESJ1:                                 BESSEL_J1.           (line   6)
  * BESJN:                                 BESSEL_JN.           (line   6)
  * Bessel function, first kind:           BESSEL_J0.           (line   6)
! * Bessel function, first kind <1>:       BESSEL_J1.           (line   6)
! * Bessel function, first kind <2>:       BESSEL_JN.           (line   6)
  * Bessel function, second kind:          BESSEL_Y0.           (line   6)
- * Bessel function, second kind <1>:      BESSEL_Y1.           (line   6)
- * Bessel function, second kind <2>:      BESSEL_YN.           (line   6)
  * BESSEL_J0:                             BESSEL_J0.           (line   6)
  * BESSEL_J1:                             BESSEL_J1.           (line   6)
  * BESSEL_JN:                             BESSEL_JN.           (line   6)
--- 21200,21211 ----
  * BESJ0:                                 BESSEL_J0.           (line   6)
  * BESJ1:                                 BESSEL_J1.           (line   6)
  * BESJN:                                 BESSEL_JN.           (line   6)
+ * Bessel function, first kind <1>:       BESSEL_JN.           (line   6)
+ * Bessel function, first kind <2>:       BESSEL_J1.           (line   6)
  * Bessel function, first kind:           BESSEL_J0.           (line   6)
! * Bessel function, second kind <1>:      BESSEL_YN.           (line   6)
! * Bessel function, second kind <2>:      BESSEL_Y1.           (line   6)
  * Bessel function, second kind:          BESSEL_Y0.           (line   6)
  * BESSEL_J0:                             BESSEL_J0.           (line   6)
  * BESSEL_J1:                             BESSEL_J1.           (line   6)
  * BESSEL_JN:                             BESSEL_JN.           (line   6)
*************** Keyword Index
*** 20954,20962 ****
  * BGT:                                   BGT.                 (line   6)
  * BIAND:                                 IAND.                (line   6)
  * BIEOR:                                 IEOR.                (line   6)
- * binary representation:                 POPCNT.              (line   6)
  * binary representation <1>:             POPPAR.              (line   6)
  * BIOR:                                  IOR.                 (line   6)
  * BITEST:                                BTEST.               (line   6)
  * bits set:                              POPCNT.              (line   6)
  * bits, AND of array elements:           IALL.                (line   6)
--- 21219,21228 ----
  * BGT:                                   BGT.                 (line   6)
  * BIAND:                                 IAND.                (line   6)
  * BIEOR:                                 IEOR.                (line   6)
  * binary representation <1>:             POPPAR.              (line   6)
+ * binary representation:                 POPCNT.              (line   6)
  * BIOR:                                  IOR.                 (line   6)
+ * BIT_SIZE:                              BIT_SIZE.            (line   6)
  * BITEST:                                BTEST.               (line   6)
  * bits set:                              POPCNT.              (line   6)
  * bits, AND of array elements:           IALL.                (line   6)
*************** Keyword Index
*** 20964,20997 ****
  * bits, extract:                         IBITS.               (line   6)
  * bits, get:                             IBITS.               (line   6)
  * bits, merge:                           MERGE_BITS.          (line   6)
- * bits, move:                            MVBITS.              (line   6)
  * bits, move <1>:                        TRANSFER.            (line   6)
  * bits, negate:                          NOT.                 (line   6)
  * bits, number of:                       BIT_SIZE.            (line   6)
  * bits, OR of array elements:            IANY.                (line   6)
  * bits, set:                             IBSET.               (line   6)
  * bits, shift:                           ISHFT.               (line   6)
  * bits, shift circular:                  ISHFTC.              (line   6)
- * bits, shift left:                      LSHIFT.              (line   6)
  * bits, shift left <1>:                  SHIFTL.              (line   6)
  * bits, shift right:                     RSHIFT.              (line   6)
- * bits, shift right <1>:                 SHIFTA.              (line   6)
- * bits, shift right <2>:                 SHIFTR.              (line   6)
  * bits, testing:                         BTEST.               (line   6)
  * bits, unset:                           IBCLR.               (line   6)
  * bits, XOR of array elements:           IPARITY.             (line   6)
! * bitwise comparison:                    BGE.                 (line   6)
! * bitwise comparison <1>:                BGT.                 (line   6)
  * bitwise comparison <2>:                BLE.                 (line   6)
! * bitwise comparison <3>:                BLT.                 (line   6)
! * bitwise logical and:                   AND.                 (line   6)
  * bitwise logical and <1>:               IAND.                (line   6)
! * bitwise logical exclusive or:          IEOR.                (line   6)
  * bitwise logical exclusive or <1>:      XOR.                 (line   6)
  * bitwise logical not:                   NOT.                 (line   6)
- * bitwise logical or:                    IOR.                 (line   6)
  * bitwise logical or <1>:                OR.                  (line   6)
! * BIT_SIZE:                              BIT_SIZE.            (line   6)
  * BJTEST:                                BTEST.               (line   6)
  * BKTEST:                                BTEST.               (line   6)
  * BLE:                                   BLE.                 (line   6)
--- 21230,21262 ----
  * bits, extract:                         IBITS.               (line   6)
  * bits, get:                             IBITS.               (line   6)
  * bits, merge:                           MERGE_BITS.          (line   6)
  * bits, move <1>:                        TRANSFER.            (line   6)
+ * bits, move:                            MVBITS.              (line   6)
  * bits, negate:                          NOT.                 (line   6)
  * bits, number of:                       BIT_SIZE.            (line   6)
  * bits, OR of array elements:            IANY.                (line   6)
  * bits, set:                             IBSET.               (line   6)
  * bits, shift:                           ISHFT.               (line   6)
  * bits, shift circular:                  ISHFTC.              (line   6)
  * bits, shift left <1>:                  SHIFTL.              (line   6)
+ * bits, shift left:                      LSHIFT.              (line   6)
+ * bits, shift right <1>:                 SHIFTR.              (line   6)
+ * bits, shift right <2>:                 SHIFTA.              (line   6)
  * bits, shift right:                     RSHIFT.              (line   6)
  * bits, testing:                         BTEST.               (line   6)
  * bits, unset:                           IBCLR.               (line   6)
  * bits, XOR of array elements:           IPARITY.             (line   6)
! * bitwise comparison <1>:                BLT.                 (line   6)
  * bitwise comparison <2>:                BLE.                 (line   6)
! * bitwise comparison <3>:                BGT.                 (line   6)
! * bitwise comparison:                    BGE.                 (line   6)
  * bitwise logical and <1>:               IAND.                (line   6)
! * bitwise logical and:                   AND.                 (line   6)
  * bitwise logical exclusive or <1>:      XOR.                 (line   6)
+ * bitwise logical exclusive or:          IEOR.                (line   6)
  * bitwise logical not:                   NOT.                 (line   6)
  * bitwise logical or <1>:                OR.                  (line   6)
! * bitwise logical or:                    IOR.                 (line   6)
  * BJTEST:                                BTEST.               (line   6)
  * BKTEST:                                BTEST.               (line   6)
  * BLE:                                   BLE.                 (line   6)
*************** Keyword Index
*** 20999,21010 ****
  * BMOD:                                  MOD.                 (line   6)
  * BMVBITS:                               MVBITS.              (line   6)
  * BNOT:                                  NOT.                 (line   6)
! * bounds checking:                       Code Gen Options.    (line 141)
  * BOZ literal constants:                 BOZ literal constants.
                                                                (line   6)
  * BSHFT:                                 ISHFT.               (line   6)
  * BSHFTC:                                ISHFTC.              (line   6)
  * BTEST:                                 BTEST.               (line   6)
  * CABS:                                  ABS.                 (line   6)
  * calling convention:                    Code Gen Options.    (line  25)
  * CARRIAGECONTROL:                       Extended I/O specifiers.
--- 21264,21281 ----
  * BMOD:                                  MOD.                 (line   6)
  * BMVBITS:                               MVBITS.              (line   6)
  * BNOT:                                  NOT.                 (line   6)
! * bounds checking:                       Code Gen Options.    (line 143)
  * BOZ literal constants:                 BOZ literal constants.
                                                                (line   6)
  * BSHFT:                                 ISHFT.               (line   6)
  * BSHFTC:                                ISHFTC.              (line   6)
  * BTEST:                                 BTEST.               (line   6)
+ * C_ASSOCIATED:                          C_ASSOCIATED.        (line   6)
+ * C_F_POINTER:                           C_F_POINTER.         (line   6)
+ * C_F_PROCPOINTER:                       C_F_PROCPOINTER.     (line   6)
+ * C_FUNLOC:                              C_FUNLOC.            (line   6)
+ * C_LOC:                                 C_LOC.               (line   6)
+ * C_SIZEOF:                              C_SIZEOF.            (line   6)
  * CABS:                                  ABS.                 (line   6)
  * calling convention:                    Code Gen Options.    (line  25)
  * CARRIAGECONTROL:                       Extended I/O specifiers.
*************** Keyword Index
*** 21019,21046 ****
  * CDSIN:                                 SIN.                 (line   6)
  * CDSIND:                                SIND.                (line   6)
  * CDSQRT:                                SQRT.                (line   6)
  * CEILING:                               CEILING.             (line   6)
  * ceiling:                               ANINT.               (line   6)
- * ceiling <1>:                           CEILING.             (line   6)
  * CEXP:                                  EXP.                 (line   6)
  * CHAR:                                  CHAR.                (line   6)
  * character kind:                        SELECTED_CHAR_KIND.  (line   6)
  * character set:                         Fortran Dialect Options.
                                                                (line  68)
  * CHDIR:                                 CHDIR.               (line   6)
! * checking array temporaries:            Code Gen Options.    (line 141)
! * checking subscripts:                   Code Gen Options.    (line 141)
  * CHMOD:                                 CHMOD.               (line   6)
  * clock ticks:                           MCLOCK.              (line   6)
- * clock ticks <1>:                       MCLOCK8.             (line   6)
- * clock ticks <2>:                       SYSTEM_CLOCK.        (line   6)
  * CLOG:                                  LOG.                 (line   6)
  * CMPLX:                                 CMPLX.               (line   6)
! * coarray, IMAGE_INDEX:                  IMAGE_INDEX.         (line   6)
! * coarray, lower bound:                  LCOBOUND.            (line   6)
! * coarray, NUM_IMAGES:                   NUM_IMAGES.          (line   6)
! * coarray, THIS_IMAGE:                   THIS_IMAGE.          (line   6)
! * coarray, upper bound:                  UCOBOUND.            (line   6)
  * Coarray, _gfortran_caf_atomic_cas:     _gfortran_caf_atomic_cas.
                                                                (line   6)
  * Coarray, _gfortran_caf_atomic_define:  _gfortran_caf_atomic_define.
--- 21290,21317 ----
  * CDSIN:                                 SIN.                 (line   6)
  * CDSIND:                                SIND.                (line   6)
  * CDSQRT:                                SQRT.                (line   6)
+ * ceiling:                               CEILING.             (line   6)
  * CEILING:                               CEILING.             (line   6)
  * ceiling:                               ANINT.               (line   6)
  * CEXP:                                  EXP.                 (line   6)
  * CHAR:                                  CHAR.                (line   6)
  * character kind:                        SELECTED_CHAR_KIND.  (line   6)
  * character set:                         Fortran Dialect Options.
                                                                (line  68)
  * CHDIR:                                 CHDIR.               (line   6)
! * checking array temporaries:            Code Gen Options.    (line 143)
! * checking subscripts:                   Code Gen Options.    (line 143)
  * CHMOD:                                 CHMOD.               (line   6)
+ * clock ticks <1>:                       SYSTEM_CLOCK.        (line   6)
+ * clock ticks <2>:                       MCLOCK8.             (line   6)
  * clock ticks:                           MCLOCK.              (line   6)
  * CLOG:                                  LOG.                 (line   6)
  * CMPLX:                                 CMPLX.               (line   6)
! * CO_BROADCAST:                          CO_BROADCAST.        (line   6)
! * CO_MAX:                                CO_MAX.              (line   6)
! * CO_MIN:                                CO_MIN.              (line   6)
! * CO_REDUCE:                             CO_REDUCE.           (line   6)
! * CO_SUM:                                CO_SUM.              (line   6)
  * Coarray, _gfortran_caf_atomic_cas:     _gfortran_caf_atomic_cas.
                                                                (line   6)
  * Coarray, _gfortran_caf_atomic_define:  _gfortran_caf_atomic_define.
*************** Keyword Index
*** 21071,21080 ****
                                                                (line   6)
  * Coarray, _gfortran_caf_event_wait:     _gfortran_caf_event_wait.
                                                                (line   6)
- * Coarray, _gfortran_caf_failed_images:  _gfortran_caf_failed_images.
-                                                               (line   6)
  * Coarray, _gfortran_caf_fail_image:     _gfortran_caf_fail_image.
                                                                (line   6)
  * Coarray, _gfortran_caf_finish:         _gfortran_caf_finish.
                                                                (line   6)
  * Coarray, _gfortran_caf_get:            _gfortran_caf_get.   (line   6)
--- 21342,21351 ----
                                                                (line   6)
  * Coarray, _gfortran_caf_event_wait:     _gfortran_caf_event_wait.
                                                                (line   6)
  * Coarray, _gfortran_caf_fail_image:     _gfortran_caf_fail_image.
                                                                (line   6)
+ * Coarray, _gfortran_caf_failed_images:  _gfortran_caf_failed_images.
+                                                               (line   6)
  * Coarray, _gfortran_caf_finish:         _gfortran_caf_finish.
                                                                (line   6)
  * Coarray, _gfortran_caf_get:            _gfortran_caf_get.   (line   6)
*************** Keyword Index
*** 21091,21102 ****
  * Coarray, _gfortran_caf_register:       _gfortran_caf_register.
                                                                (line   6)
  * Coarray, _gfortran_caf_send:           _gfortran_caf_send.  (line   6)
  * Coarray, _gfortran_caf_sendget:        _gfortran_caf_sendget.
                                                                (line   6)
  * Coarray, _gfortran_caf_sendget_by_ref: _gfortran_caf_sendget_by_ref.
                                                                (line   6)
- * Coarray, _gfortran_caf_send_by_ref:    _gfortran_caf_send_by_ref.
-                                                               (line   6)
  * Coarray, _gfortran_caf_stopped_images: _gfortran_caf_stopped_images.
                                                                (line   6)
  * Coarray, _gfortran_caf_sync_all:       _gfortran_caf_sync_all.
--- 21362,21373 ----
  * Coarray, _gfortran_caf_register:       _gfortran_caf_register.
                                                                (line   6)
  * Coarray, _gfortran_caf_send:           _gfortran_caf_send.  (line   6)
+ * Coarray, _gfortran_caf_send_by_ref:    _gfortran_caf_send_by_ref.
+                                                               (line   6)
  * Coarray, _gfortran_caf_sendget:        _gfortran_caf_sendget.
                                                                (line   6)
  * Coarray, _gfortran_caf_sendget_by_ref: _gfortran_caf_sendget_by_ref.
                                                                (line   6)
  * Coarray, _gfortran_caf_stopped_images: _gfortran_caf_stopped_images.
                                                                (line   6)
  * Coarray, _gfortran_caf_sync_all:       _gfortran_caf_sync_all.
*************** Keyword Index
*** 21109,21119 ****
                                                                (line   6)
  * Coarray, _gfortran_caf_unlock:         _gfortran_caf_unlock.
                                                                (line   6)
! * coarrays:                              Code Gen Options.    (line 127)
  * Coarrays:                              Coarray Programming. (line   6)
  * code generation, conventions:          Code Gen Options.    (line   6)
- * collating sequence, ASCII:             ACHAR.               (line   6)
  * collating sequence, ASCII <1>:         IACHAR.              (line   6)
  * Collectives, generic reduction:        CO_REDUCE.           (line   6)
  * Collectives, maximal value:            CO_MAX.              (line   6)
  * Collectives, minimal value:            CO_MIN.              (line   6)
--- 21380,21395 ----
                                                                (line   6)
  * Coarray, _gfortran_caf_unlock:         _gfortran_caf_unlock.
                                                                (line   6)
! * coarray, IMAGE_INDEX:                  IMAGE_INDEX.         (line   6)
! * coarray, lower bound:                  LCOBOUND.            (line   6)
! * coarray, NUM_IMAGES:                   NUM_IMAGES.          (line   6)
! * coarray, THIS_IMAGE:                   THIS_IMAGE.          (line   6)
! * coarray, upper bound:                  UCOBOUND.            (line   6)
  * Coarrays:                              Coarray Programming. (line   6)
+ * coarrays:                              Code Gen Options.    (line 129)
  * code generation, conventions:          Code Gen Options.    (line   6)
  * collating sequence, ASCII <1>:         IACHAR.              (line   6)
+ * collating sequence, ASCII:             ACHAR.               (line   6)
  * Collectives, generic reduction:        CO_REDUCE.           (line   6)
  * Collectives, maximal value:            CO_MAX.              (line   6)
  * Collectives, minimal value:            CO_MIN.              (line   6)
*************** Keyword Index
*** 21123,21138 ****
                                                                (line   6)
  * command options:                       Invoking GNU Fortran.
                                                                (line   6)
! * command-line arguments:                COMMAND_ARGUMENT_COUNT.
                                                                (line   6)
! * command-line arguments <1>:            GETARG.              (line   6)
! * command-line arguments <2>:            GET_COMMAND.         (line   6)
! * command-line arguments <3>:            GET_COMMAND_ARGUMENT.
                                                                (line   6)
! * command-line arguments <4>:            IARGC.               (line   6)
  * command-line arguments, number of:     COMMAND_ARGUMENT_COUNT.
                                                                (line   6)
- * command-line arguments, number of <1>: IARGC.               (line   6)
  * COMMAND_ARGUMENT_COUNT:                COMMAND_ARGUMENT_COUNT.
                                                                (line   6)
  * COMMON:                                Volatile COMMON blocks.
--- 21399,21414 ----
                                                                (line   6)
  * command options:                       Invoking GNU Fortran.
                                                                (line   6)
! * command-line arguments <1>:            IARGC.               (line   6)
! * command-line arguments <2>:            GET_COMMAND_ARGUMENT.
                                                                (line   6)
! * command-line arguments <3>:            GET_COMMAND.         (line   6)
! * command-line arguments <4>:            GETARG.              (line   6)
! * command-line arguments:                COMMAND_ARGUMENT_COUNT.
                                                                (line   6)
! * command-line arguments, number of <1>: IARGC.               (line   6)
  * command-line arguments, number of:     COMMAND_ARGUMENT_COUNT.
                                                                (line   6)
  * COMMAND_ARGUMENT_COUNT:                COMMAND_ARGUMENT_COUNT.
                                                                (line   6)
  * COMMON:                                Volatile COMMON blocks.
*************** Keyword Index
*** 21145,21156 ****
  * complex conjugate:                     CONJG.               (line   6)
  * Complex function:                      Alternate complex function syntax.
                                                                (line   6)
  * complex numbers, conversion to:        CMPLX.               (line   6)
- * complex numbers, conversion to <1>:    COMPLEX.             (line   6)
- * complex numbers, conversion to <2>:    DCMPLX.              (line   6)
  * complex numbers, imaginary part:       AIMAG.               (line   6)
- * complex numbers, real part:            DREAL.               (line   6)
  * complex numbers, real part <1>:        REAL.                (line   6)
  * Conditional compilation:               Preprocessing and conditional compilation.
                                                                (line   6)
  * CONJG:                                 CONJG.               (line   6)
--- 21421,21432 ----
  * complex conjugate:                     CONJG.               (line   6)
  * Complex function:                      Alternate complex function syntax.
                                                                (line   6)
+ * complex numbers, conversion to <1>:    DCMPLX.              (line   6)
+ * complex numbers, conversion to <2>:    COMPLEX.             (line   6)
  * complex numbers, conversion to:        CMPLX.               (line   6)
  * complex numbers, imaginary part:       AIMAG.               (line   6)
  * complex numbers, real part <1>:        REAL.                (line   6)
+ * complex numbers, real part:            DREAL.               (line   6)
  * Conditional compilation:               Preprocessing and conditional compilation.
                                                                (line   6)
  * CONJG:                                 CONJG.               (line   6)
*************** Keyword Index
*** 21160,21184 ****
  * Contributors:                          Contributors.        (line   6)
  * conversion:                            Error and Warning Options.
                                                                (line 122)
- * conversion <1>:                        Error and Warning Options.
-                                                               (line 126)
  * conversion, to character:              CHAR.                (line   6)
  * conversion, to complex:                CMPLX.               (line   6)
! * conversion, to complex <1>:            COMPLEX.             (line   6)
! * conversion, to complex <2>:            DCMPLX.              (line   6)
  * conversion, to integer:                Implicitly convert LOGICAL and INTEGER values.
                                                                (line   6)
! * conversion, to integer <1>:            IACHAR.              (line   6)
! * conversion, to integer <2>:            ICHAR.               (line   6)
! * conversion, to integer <3>:            INT.                 (line   6)
! * conversion, to integer <4>:            INT2.                (line   6)
! * conversion, to integer <5>:            INT8.                (line   6)
! * conversion, to integer <6>:            LONG.                (line   6)
  * conversion, to logical:                Implicitly convert LOGICAL and INTEGER values.
                                                                (line   6)
- * conversion, to logical <1>:            LOGICAL.             (line   6)
- * conversion, to real:                   DBLE.                (line   6)
  * conversion, to real <1>:               REAL.                (line   6)
  * conversion, to string:                 CTIME.               (line   6)
  * CONVERT specifier:                     CONVERT specifier.   (line   6)
  * core, dump:                            ABORT.               (line   6)
--- 21436,21458 ----
  * Contributors:                          Contributors.        (line   6)
  * conversion:                            Error and Warning Options.
                                                                (line 122)
  * conversion, to character:              CHAR.                (line   6)
+ * conversion, to complex <1>:            DCMPLX.              (line   6)
+ * conversion, to complex <2>:            COMPLEX.             (line   6)
  * conversion, to complex:                CMPLX.               (line   6)
! * conversion, to integer <1>:            LONG.                (line   6)
! * conversion, to integer <2>:            INT8.                (line   6)
! * conversion, to integer <3>:            INT2.                (line   6)
! * conversion, to integer <4>:            INT.                 (line   6)
! * conversion, to integer <5>:            ICHAR.               (line   6)
! * conversion, to integer <6>:            IACHAR.              (line   6)
  * conversion, to integer:                Implicitly convert LOGICAL and INTEGER values.
                                                                (line   6)
! * conversion, to logical <1>:            LOGICAL.             (line   6)
  * conversion, to logical:                Implicitly convert LOGICAL and INTEGER values.
                                                                (line   6)
  * conversion, to real <1>:               REAL.                (line   6)
+ * conversion, to real:                   DBLE.                (line   6)
  * conversion, to string:                 CTIME.               (line   6)
  * CONVERT specifier:                     CONVERT specifier.   (line   6)
  * core, dump:                            ABORT.               (line   6)
*************** Keyword Index
*** 21196,21210 ****
  * cotangent:                             COTAN.               (line   6)
  * cotangent, degrees:                    COTAND.              (line   6)
  * COUNT:                                 COUNT.               (line   6)
- * CO_BROADCAST:                          CO_BROADCAST.        (line   6)
- * CO_MAX:                                CO_MAX.              (line   6)
- * CO_MIN:                                CO_MIN.              (line   6)
- * CO_REDUCE:                             CO_REDUCE.           (line   6)
- * CO_SUM:                                CO_SUM.              (line   6)
- * CPP:                                   Preprocessing and conditional compilation.
-                                                               (line   6)
  * CPP <1>:                               Preprocessing Options.
                                                                (line   6)
  * CPU_TIME:                              CPU_TIME.            (line   6)
  * Credits:                               Contributors.        (line   6)
  * CSHIFT:                                CSHIFT.              (line   6)
--- 21470,21479 ----
  * cotangent:                             COTAN.               (line   6)
  * cotangent, degrees:                    COTAND.              (line   6)
  * COUNT:                                 COUNT.               (line   6)
  * CPP <1>:                               Preprocessing Options.
                                                                (line   6)
+ * CPP:                                   Preprocessing and conditional compilation.
+                                                               (line   6)
  * CPU_TIME:                              CPU_TIME.            (line   6)
  * Credits:                               Contributors.        (line   6)
  * CSHIFT:                                CSHIFT.              (line   6)
*************** Keyword Index
*** 21212,21231 ****
  * CSIND:                                 SIND.                (line   6)
  * CSQRT:                                 SQRT.                (line   6)
  * CTIME:                                 CTIME.               (line   6)
  * current date:                          DATE_AND_TIME.       (line   6)
! * current date <1>:                      FDATE.               (line   6)
! * current date <2>:                      IDATE.               (line   6)
  * current time:                          DATE_AND_TIME.       (line   6)
- * current time <1>:                      FDATE.               (line   6)
- * current time <2>:                      ITIME.               (line   6)
- * current time <3>:                      TIME.                (line   6)
- * current time <4>:                      TIME8.               (line   6)
- * C_ASSOCIATED:                          C_ASSOCIATED.        (line   6)
- * C_FUNLOC:                              C_FUNLOC.            (line   6)
- * C_F_POINTER:                           C_F_POINTER.         (line   6)
- * C_F_PROCPOINTER:                       C_F_PROCPOINTER.     (line   6)
- * C_LOC:                                 C_LOC.               (line   6)
- * C_SIZEOF:                              C_SIZEOF.            (line   6)
  * DABS:                                  ABS.                 (line   6)
  * DACOS:                                 ACOS.                (line   6)
  * DACOSD:                                ACOSD.               (line   6)
--- 21481,21494 ----
  * CSIND:                                 SIND.                (line   6)
  * CSQRT:                                 SQRT.                (line   6)
  * CTIME:                                 CTIME.               (line   6)
+ * current date <1>:                      IDATE.               (line   6)
+ * current date <2>:                      FDATE.               (line   6)
  * current date:                          DATE_AND_TIME.       (line   6)
! * current time <1>:                      TIME8.               (line   6)
! * current time <2>:                      TIME.                (line   6)
! * current time <3>:                      ITIME.               (line   6)
! * current time <4>:                      FDATE.               (line   6)
  * current time:                          DATE_AND_TIME.       (line   6)
  * DABS:                                  ABS.                 (line   6)
  * DACOS:                                 ACOS.                (line   6)
  * DACOSD:                                ACOSD.               (line   6)
*************** Keyword Index
*** 21238,21246 ****
  * DATAN2D:                               ATAN2D.              (line   6)
  * DATAND:                                ATAND.               (line   6)
  * DATANH:                                ATANH.               (line   6)
  * date, current:                         DATE_AND_TIME.       (line   6)
- * date, current <1>:                     FDATE.               (line   6)
- * date, current <2>:                     IDATE.               (line   6)
  * DATE_AND_TIME:                         DATE_AND_TIME.       (line   6)
  * DBESJ0:                                BESSEL_J0.           (line   6)
  * DBESJ1:                                BESSEL_J1.           (line   6)
--- 21501,21509 ----
  * DATAN2D:                               ATAN2D.              (line   6)
  * DATAND:                                ATAND.               (line   6)
  * DATANH:                                ATANH.               (line   6)
+ * date, current <1>:                     IDATE.               (line   6)
+ * date, current <2>:                     FDATE.               (line   6)
  * date, current:                         DATE_AND_TIME.       (line   6)
  * DATE_AND_TIME:                         DATE_AND_TIME.       (line   6)
  * DBESJ0:                                BESSEL_J0.           (line   6)
  * DBESJ1:                                BESSEL_J1.           (line   6)
*************** Keyword Index
*** 21260,21277 ****
  * debugging information options:         Debugging Options.   (line   6)
  * debugging, preprocessor:               Preprocessing Options.
                                                                (line  26)
- * debugging, preprocessor <1>:           Preprocessing Options.
-                                                               (line  35)
- * debugging, preprocessor <2>:           Preprocessing Options.
-                                                               (line  41)
- * debugging, preprocessor <3>:           Preprocessing Options.
-                                                               (line  44)
- * debugging, preprocessor <4>:           Preprocessing Options.
-                                                               (line  51)
  * DECODE:                                ENCODE and DECODE statements.
                                                                (line   6)
- * delayed execution:                     ALARM.               (line   6)
  * delayed execution <1>:                 SLEEP.               (line   6)
  * DEXP:                                  EXP.                 (line   6)
  * DFLOAT:                                REAL.                (line   6)
  * DGAMMA:                                GAMMA.               (line   6)
--- 21523,21532 ----
  * debugging information options:         Debugging Options.   (line   6)
  * debugging, preprocessor:               Preprocessing Options.
                                                                (line  26)
  * DECODE:                                ENCODE and DECODE statements.
                                                                (line   6)
  * delayed execution <1>:                 SLEEP.               (line   6)
+ * delayed execution:                     ALARM.               (line   6)
  * DEXP:                                  EXP.                 (line   6)
  * DFLOAT:                                REAL.                (line   6)
  * DGAMMA:                                GAMMA.               (line   6)
*************** Keyword Index
*** 21310,21329 ****
  * DTIME:                                 DTIME.               (line   6)
  * dummy argument, unused:                Error and Warning Options.
                                                                (line 211)
  * elapsed time:                          DTIME.               (line   6)
- * elapsed time <1>:                      SECNDS.              (line   6)
- * elapsed time <2>:                      SECOND.              (line   6)
  * Elimination of functions with identical argument lists: Code Gen Options.
!                                                               (line 361)
  * ENCODE:                                ENCODE and DECODE statements.
                                                                (line   6)
  * ENUM statement:                        Fortran 2003 status. (line  93)
  * ENUMERATOR statement:                  Fortran 2003 status. (line  93)
! * environment variable:                  Environment Variables.
                                                                (line   6)
- * environment variable <1>:              Runtime.             (line   6)
  * environment variable <2>:              GETENV.              (line   6)
! * environment variable <3>:              GET_ENVIRONMENT_VARIABLE.
                                                                (line   6)
  * EOF:                                   Read/Write after EOF marker.
                                                                (line   6)
--- 21565,21584 ----
  * DTIME:                                 DTIME.               (line   6)
  * dummy argument, unused:                Error and Warning Options.
                                                                (line 211)
+ * elapsed time <1>:                      SECOND.              (line   6)
+ * elapsed time <2>:                      SECNDS.              (line   6)
  * elapsed time:                          DTIME.               (line   6)
  * Elimination of functions with identical argument lists: Code Gen Options.
!                                                               (line 364)
  * ENCODE:                                ENCODE and DECODE statements.
                                                                (line   6)
  * ENUM statement:                        Fortran 2003 status. (line  93)
  * ENUMERATOR statement:                  Fortran 2003 status. (line  93)
! * environment variable <1>:              GET_ENVIRONMENT_VARIABLE.
                                                                (line   6)
  * environment variable <2>:              GETENV.              (line   6)
! * environment variable <3>:              Runtime.             (line   6)
! * environment variable:                  Environment Variables.
                                                                (line   6)
  * EOF:                                   Read/Write after EOF marker.
                                                                (line   6)
*************** Keyword Index
*** 21343,21350 ****
  * ETIME:                                 ETIME.               (line   6)
  * Euclidean distance:                    HYPOT.               (line   6)
  * Euclidean vector norm:                 NORM2.               (line   6)
- * Events, EVENT_QUERY:                   EVENT_QUERY.         (line   6)
  * EVENT_QUERY:                           EVENT_QUERY.         (line   6)
  * EXECUTE_COMMAND_LINE:                  EXECUTE_COMMAND_LINE.
                                                                (line   6)
  * EXIT:                                  EXIT.                (line   6)
--- 21598,21605 ----
  * ETIME:                                 ETIME.               (line   6)
  * Euclidean distance:                    HYPOT.               (line   6)
  * Euclidean vector norm:                 NORM2.               (line   6)
  * EVENT_QUERY:                           EVENT_QUERY.         (line   6)
+ * Events, EVENT_QUERY:                   EVENT_QUERY.         (line   6)
  * EXECUTE_COMMAND_LINE:                  EXECUTE_COMMAND_LINE.
                                                                (line   6)
  * EXIT:                                  EXIT.                (line   6)
*************** Keyword Index
*** 21352,21361 ****
  * EXPONENT:                              EXPONENT.            (line   6)
  * exponent:                              Default exponents.   (line   6)
  * exponential function:                  EXP.                 (line   6)
- * exponential function, inverse:         LOG.                 (line   6)
  * exponential function, inverse <1>:     LOG10.               (line   6)
! * expression size:                       C_SIZEOF.            (line   6)
  * expression size <1>:                   SIZEOF.              (line   6)
  * EXTENDS_TYPE_OF:                       EXTENDS_TYPE_OF.     (line   6)
  * extensions:                            Extensions.          (line   6)
  * extensions, implemented:               Extensions implemented in GNU Fortran.
--- 21607,21616 ----
  * EXPONENT:                              EXPONENT.            (line   6)
  * exponent:                              Default exponents.   (line   6)
  * exponential function:                  EXP.                 (line   6)
  * exponential function, inverse <1>:     LOG10.               (line   6)
! * exponential function, inverse:         LOG.                 (line   6)
  * expression size <1>:                   SIZEOF.              (line   6)
+ * expression size:                       C_SIZEOF.            (line   6)
  * EXTENDS_TYPE_OF:                       EXTENDS_TYPE_OF.     (line   6)
  * extensions:                            Extensions.          (line   6)
  * extensions, implemented:               Extensions implemented in GNU Fortran.
*************** Keyword Index
*** 21365,21371 ****
  * extra warnings:                        Error and Warning Options.
                                                                (line 130)
  * f2c calling convention:                Code Gen Options.    (line  25)
- * f2c calling convention <1>:            Code Gen Options.    (line 110)
  * Factorial function:                    GAMMA.               (line   6)
  * FDATE:                                 FDATE.               (line   6)
  * FDL, GNU Free Documentation License:   GNU Free Documentation License.
--- 21620,21625 ----
*************** Keyword Index
*** 21374,21402 ****
  * FGETC:                                 FGETC.               (line   6)
  * file format, fixed:                    Fortran Dialect Options.
                                                                (line  11)
- * file format, fixed <1>:                Fortran Dialect Options.
-                                                               (line  91)
  * file format, free:                     Fortran Dialect Options.
                                                                (line  11)
- * file format, free <1>:                 Fortran Dialect Options.
-                                                               (line 104)
  * file operation, file number:           FNUM.                (line   6)
  * file operation, flush:                 FLUSH.               (line   6)
- * file operation, position:              FSEEK.               (line   6)
  * file operation, position <1>:          FTELL.               (line   6)
! * file operation, read character:        FGET.                (line   6)
  * file operation, read character <1>:    FGETC.               (line   6)
  * file operation, seek:                  FSEEK.               (line   6)
- * file operation, write character:       FPUT.                (line   6)
  * file operation, write character <1>:   FPUTC.               (line   6)
  * file system, access mode:              ACCESS.              (line   6)
  * file system, change access mode:       CHMOD.               (line   6)
- * file system, create link:              LINK.                (line   6)
  * file system, create link <1>:          SYMLNK.              (line   6)
  * file system, file creation mask:       UMASK.               (line   6)
  * file system, file status:              FSTAT.               (line   6)
- * file system, file status <1>:          LSTAT.               (line   6)
- * file system, file status <2>:          STAT.                (line   6)
  * file system, hard link:                LINK.                (line   6)
  * file system, remove file:              UNLINK.              (line   6)
  * file system, rename file:              RENAME.              (line   6)
--- 21628,21652 ----
  * FGETC:                                 FGETC.               (line   6)
  * file format, fixed:                    Fortran Dialect Options.
                                                                (line  11)
  * file format, free:                     Fortran Dialect Options.
                                                                (line  11)
  * file operation, file number:           FNUM.                (line   6)
  * file operation, flush:                 FLUSH.               (line   6)
  * file operation, position <1>:          FTELL.               (line   6)
! * file operation, position:              FSEEK.               (line   6)
  * file operation, read character <1>:    FGETC.               (line   6)
+ * file operation, read character:        FGET.                (line   6)
  * file operation, seek:                  FSEEK.               (line   6)
  * file operation, write character <1>:   FPUTC.               (line   6)
+ * file operation, write character:       FPUT.                (line   6)
  * file system, access mode:              ACCESS.              (line   6)
  * file system, change access mode:       CHMOD.               (line   6)
  * file system, create link <1>:          SYMLNK.              (line   6)
+ * file system, create link:              LINK.                (line   6)
  * file system, file creation mask:       UMASK.               (line   6)
+ * file system, file status <1>:          STAT.                (line   6)
+ * file system, file status <2>:          LSTAT.               (line   6)
  * file system, file status:              FSTAT.               (line   6)
  * file system, hard link:                LINK.                (line   6)
  * file system, remove file:              UNLINK.              (line   6)
  * file system, rename file:              RENAME.              (line   6)
*************** Keyword Index
*** 21409,21423 ****
  * floating point, exponent:              EXPONENT.            (line   6)
  * floating point, fraction:              FRACTION.            (line   6)
  * floating point, nearest different:     NEAREST.             (line   6)
- * floating point, relative spacing:      RRSPACING.           (line   6)
  * floating point, relative spacing <1>:  SPACING.             (line   6)
  * floating point, scale:                 SCALE.               (line   6)
  * floating point, set exponent:          SET_EXPONENT.        (line   6)
  * FLOATJ:                                REAL.                (line   6)
  * FLOATK:                                REAL.                (line   6)
  * FLOOR:                                 FLOOR.               (line   6)
  * floor:                                 AINT.                (line   6)
- * floor <1>:                             FLOOR.               (line   6)
  * FLUSH:                                 FLUSH.               (line   6)
  * FLUSH statement:                       Fortran 2003 status. (line  89)
  * FNUM:                                  FNUM.                (line   6)
--- 21659,21673 ----
  * floating point, exponent:              EXPONENT.            (line   6)
  * floating point, fraction:              FRACTION.            (line   6)
  * floating point, nearest different:     NEAREST.             (line   6)
  * floating point, relative spacing <1>:  SPACING.             (line   6)
+ * floating point, relative spacing:      RRSPACING.           (line   6)
  * floating point, scale:                 SCALE.               (line   6)
  * floating point, set exponent:          SET_EXPONENT.        (line   6)
  * FLOATJ:                                REAL.                (line   6)
  * FLOATK:                                REAL.                (line   6)
+ * floor:                                 FLOOR.               (line   6)
  * FLOOR:                                 FLOOR.               (line   6)
  * floor:                                 AINT.                (line   6)
  * FLUSH:                                 FLUSH.               (line   6)
  * FLUSH statement:                       Fortran 2003 status. (line  89)
  * FNUM:                                  FNUM.                (line   6)
*************** Keyword Index
*** 21432,21438 ****
  * FPUTC:                                 FPUTC.               (line   6)
  * FRACTION:                              FRACTION.            (line   6)
  * FREE:                                  FREE.                (line   6)
! * Front-end optimization:                Code Gen Options.    (line 369)
  * FSEEK:                                 FSEEK.               (line   6)
  * FSTAT:                                 FSTAT.               (line   6)
  * FTELL:                                 FTELL.               (line   6)
--- 21682,21688 ----
  * FPUTC:                                 FPUTC.               (line   6)
  * FRACTION:                              FRACTION.            (line   6)
  * FREE:                                  FREE.                (line   6)
! * Front-end optimization:                Code Gen Options.    (line 372)
  * FSEEK:                                 FSEEK.               (line   6)
  * FSTAT:                                 FSTAT.               (line   6)
  * FTELL:                                 FTELL.               (line   6)
*************** Keyword Index
*** 21440,21451 ****
                                                                (line 228)
  * g77:                                   GNU Fortran and G77. (line   6)
  * g77 calling convention:                Code Gen Options.    (line  25)
- * g77 calling convention <1>:            Code Gen Options.    (line 110)
  * GAMMA:                                 GAMMA.               (line   6)
  * Gamma function:                        GAMMA.               (line   6)
  * Gamma function, logarithm of:          LOG_GAMMA.           (line   6)
  * GCC:                                   GNU Fortran and GCC. (line   6)
  * GERROR:                                GERROR.              (line   6)
  * GETARG:                                GETARG.              (line   6)
  * GETCWD:                                GETCWD.              (line   6)
  * GETENV:                                GETENV.              (line   6)
--- 21690,21705 ----
                                                                (line 228)
  * g77:                                   GNU Fortran and G77. (line   6)
  * g77 calling convention:                Code Gen Options.    (line  25)
  * GAMMA:                                 GAMMA.               (line   6)
  * Gamma function:                        GAMMA.               (line   6)
  * Gamma function, logarithm of:          LOG_GAMMA.           (line   6)
  * GCC:                                   GNU Fortran and GCC. (line   6)
  * GERROR:                                GERROR.              (line   6)
+ * GET_COMMAND:                           GET_COMMAND.         (line   6)
+ * GET_COMMAND_ARGUMENT:                  GET_COMMAND_ARGUMENT.
+                                                               (line   6)
+ * GET_ENVIRONMENT_VARIABLE:              GET_ENVIRONMENT_VARIABLE.
+                                                               (line   6)
  * GETARG:                                GETARG.              (line   6)
  * GETCWD:                                GETCWD.              (line   6)
  * GETENV:                                GETENV.              (line   6)
*************** Keyword Index
*** 21453,21463 ****
  * GETLOG:                                GETLOG.              (line   6)
  * GETPID:                                GETPID.              (line   6)
  * GETUID:                                GETUID.              (line   6)
- * GET_COMMAND:                           GET_COMMAND.         (line   6)
- * GET_COMMAND_ARGUMENT:                  GET_COMMAND_ARGUMENT.
-                                                               (line   6)
- * GET_ENVIRONMENT_VARIABLE:              GET_ENVIRONMENT_VARIABLE.
-                                                               (line   6)
  * GMTIME:                                GMTIME.              (line   6)
  * GNU Compiler Collection:               GNU Fortran and GCC. (line   6)
  * GNU Fortran command options:           Invoking GNU Fortran.
--- 21707,21712 ----
*************** Keyword Index
*** 21507,21519 ****
  * IISHFT:                                ISHFT.               (line   6)
  * IISHFTC:                               ISHFTC.              (line   6)
  * IMAG:                                  AIMAG.               (line   6)
  * images, cosubscript to image index conversion: IMAGE_INDEX. (line   6)
  * images, index of this image:           THIS_IMAGE.          (line   6)
  * images, number of:                     NUM_IMAGES.          (line   6)
- * IMAGE_INDEX:                           IMAGE_INDEX.         (line   6)
  * IMAGPART:                              AIMAG.               (line   6)
  * IMOD:                                  MOD.                 (line   6)
! * IMPORT statement:                      Fortran 2003 status. (line 120)
  * IMVBITS:                               MVBITS.              (line   6)
  * INCLUDE directive:                     Directory Options.   (line   6)
  * inclusion, directory search paths for: Directory Options.   (line  14)
--- 21756,21768 ----
  * IISHFT:                                ISHFT.               (line   6)
  * IISHFTC:                               ISHFTC.              (line   6)
  * IMAG:                                  AIMAG.               (line   6)
+ * IMAGE_INDEX:                           IMAGE_INDEX.         (line   6)
  * images, cosubscript to image index conversion: IMAGE_INDEX. (line   6)
  * images, index of this image:           THIS_IMAGE.          (line   6)
  * images, number of:                     NUM_IMAGES.          (line   6)
  * IMAGPART:                              AIMAG.               (line   6)
  * IMOD:                                  MOD.                 (line   6)
! * IMPORT statement:                      Fortran 2003 status. (line 122)
  * IMVBITS:                               MVBITS.              (line   6)
  * INCLUDE directive:                     Directory Options.   (line   6)
  * inclusion, directory search paths for: Directory Options.   (line  14)
*************** Keyword Index
*** 21527,21534 ****
                                                                (line   6)
  * intrinsic:                             Error and Warning Options.
                                                                (line 200)
- * intrinsic <1>:                         Error and Warning Options.
-                                                               (line 207)
  * intrinsic Modules:                     Intrinsic Modules.   (line   6)
  * intrinsic procedures:                  Intrinsic Procedures.
                                                                (line   6)
--- 21776,21781 ----
*************** Keyword Index
*** 21548,21561 ****
  * IOSTAT, end of record:                 IS_IOSTAT_EOR.       (line   6)
  * IPARITY:                               IPARITY.             (line   6)
  * IRAND:                                 IRAND.               (line   6)
  * ISATTY:                                ISATTY.              (line   6)
  * ISHFT:                                 ISHFT.               (line   6)
  * ISHFTC:                                ISHFTC.              (line   6)
  * ISIGN:                                 SIGN.                (line   6)
  * ISNAN:                                 ISNAN.               (line   6)
! * ISO_FORTRAN_ENV statement:             Fortran 2003 status. (line 128)
! * IS_IOSTAT_END:                         IS_IOSTAT_END.       (line   6)
! * IS_IOSTAT_EOR:                         IS_IOSTAT_EOR.       (line   6)
  * ITIME:                                 ITIME.               (line   6)
  * JIABS:                                 ABS.                 (line   6)
  * JIAND:                                 IAND.                (line   6)
--- 21795,21808 ----
  * IOSTAT, end of record:                 IS_IOSTAT_EOR.       (line   6)
  * IPARITY:                               IPARITY.             (line   6)
  * IRAND:                                 IRAND.               (line   6)
+ * IS_IOSTAT_END:                         IS_IOSTAT_END.       (line   6)
+ * IS_IOSTAT_EOR:                         IS_IOSTAT_EOR.       (line   6)
  * ISATTY:                                ISATTY.              (line   6)
  * ISHFT:                                 ISHFT.               (line   6)
  * ISHFTC:                                ISHFTC.              (line   6)
  * ISIGN:                                 SIGN.                (line   6)
  * ISNAN:                                 ISNAN.               (line   6)
! * ISO_FORTRAN_ENV statement:             Fortran 2003 status. (line 130)
  * ITIME:                                 ITIME.               (line   6)
  * JIABS:                                 ABS.                 (line   6)
  * JIAND:                                 IAND.                (line   6)
*************** Keyword Index
*** 21576,21585 ****
  * KIBSET:                                IBSET.               (line   6)
  * KIEOR:                                 IEOR.                (line   6)
  * KILL:                                  KILL.                (line   6)
  * kind:                                  KIND Type Parameters.
                                                                (line   6)
- * KIND:                                  KIND.                (line   6)
- * kind <1>:                              KIND.                (line   6)
  * kind, character:                       SELECTED_CHAR_KIND.  (line   6)
  * kind, integer:                         SELECTED_INT_KIND.   (line   6)
  * kind, old-style:                       Old-style kind specifications.
--- 21823,21832 ----
  * KIBSET:                                IBSET.               (line   6)
  * KIEOR:                                 IEOR.                (line   6)
  * KILL:                                  KILL.                (line   6)
+ * kind:                                  KIND.                (line   6)
+ * KIND:                                  KIND.                (line   6)
  * kind:                                  KIND Type Parameters.
                                                                (line   6)
  * kind, character:                       SELECTED_CHAR_KIND.  (line   6)
  * kind, integer:                         SELECTED_INT_KIND.   (line   6)
  * kind, old-style:                       Old-style kind specifications.
*************** Keyword Index
*** 21600,21614 ****
  * left shift, combined:                  DSHIFTL.             (line   6)
  * LEN:                                   LEN.                 (line   6)
  * LEN_TRIM:                              LEN_TRIM.            (line   6)
! * lexical comparison of strings:         LGE.                 (line   6)
! * lexical comparison of strings <1>:     LGT.                 (line   6)
  * lexical comparison of strings <2>:     LLE.                 (line   6)
! * lexical comparison of strings <3>:     LLT.                 (line   6)
  * LGAMMA:                                LOG_GAMMA.           (line   6)
  * LGE:                                   LGE.                 (line   6)
  * LGT:                                   LGT.                 (line   6)
  * libf2c calling convention:             Code Gen Options.    (line  25)
- * libf2c calling convention <1>:         Code Gen Options.    (line 110)
  * libgfortran initialization, set_args:  _gfortran_set_args.  (line   6)
  * libgfortran initialization, set_convert: _gfortran_set_convert.
                                                                (line   6)
--- 21847,21860 ----
  * left shift, combined:                  DSHIFTL.             (line   6)
  * LEN:                                   LEN.                 (line   6)
  * LEN_TRIM:                              LEN_TRIM.            (line   6)
! * lexical comparison of strings <1>:     LLT.                 (line   6)
  * lexical comparison of strings <2>:     LLE.                 (line   6)
! * lexical comparison of strings <3>:     LGT.                 (line   6)
! * lexical comparison of strings:         LGE.                 (line   6)
  * LGAMMA:                                LOG_GAMMA.           (line   6)
  * LGE:                                   LGE.                 (line   6)
  * LGT:                                   LGT.                 (line   6)
  * libf2c calling convention:             Code Gen Options.    (line  25)
  * libgfortran initialization, set_args:  _gfortran_set_args.  (line   6)
  * libgfortran initialization, set_convert: _gfortran_set_convert.
                                                                (line   6)
*************** Keyword Index
*** 21626,21653 ****
  * LLE:                                   LLE.                 (line   6)
  * LLT:                                   LLT.                 (line   6)
  * LNBLNK:                                LNBLNK.              (line   6)
- * LOC:                                   %LOC as an rvalue.   (line   6)
  * LOC <1>:                               LOC.                 (line   6)
  * location of a variable in memory:      LOC.                 (line   6)
  * LOG:                                   LOG.                 (line   6)
  * LOG10:                                 LOG10.               (line   6)
  * logarithm function:                    LOG.                 (line   6)
  * logarithm function with base 10:       LOG10.               (line   6)
  * logarithm function, inverse:           EXP.                 (line   6)
  * LOGICAL:                               LOGICAL.             (line   6)
- * logical and, bitwise:                  AND.                 (line   6)
  * logical and, bitwise <1>:              IAND.                (line   6)
! * logical exclusive or, bitwise:         IEOR.                (line   6)
  * logical exclusive or, bitwise <1>:     XOR.                 (line   6)
  * logical not, bitwise:                  NOT.                 (line   6)
- * logical or, bitwise:                   IOR.                 (line   6)
  * logical or, bitwise <1>:               OR.                  (line   6)
  * logical, bitwise:                      Bitwise logical operators.
                                                                (line   6)
  * logical, variable representation:      Internal representation of LOGICAL variables.
                                                                (line   6)
  * login name:                            GETLOG.              (line   6)
- * LOG_GAMMA:                             LOG_GAMMA.           (line   6)
  * LONG:                                  LONG.                (line   6)
  * LSHIFT:                                LSHIFT.              (line   6)
  * LSTAT:                                 LSTAT.               (line   6)
--- 21872,21899 ----
  * LLE:                                   LLE.                 (line   6)
  * LLT:                                   LLT.                 (line   6)
  * LNBLNK:                                LNBLNK.              (line   6)
  * LOC <1>:                               LOC.                 (line   6)
+ * LOC:                                   %LOC as an rvalue.   (line   6)
  * location of a variable in memory:      LOC.                 (line   6)
  * LOG:                                   LOG.                 (line   6)
  * LOG10:                                 LOG10.               (line   6)
+ * LOG_GAMMA:                             LOG_GAMMA.           (line   6)
  * logarithm function:                    LOG.                 (line   6)
  * logarithm function with base 10:       LOG10.               (line   6)
  * logarithm function, inverse:           EXP.                 (line   6)
  * LOGICAL:                               LOGICAL.             (line   6)
  * logical and, bitwise <1>:              IAND.                (line   6)
! * logical and, bitwise:                  AND.                 (line   6)
  * logical exclusive or, bitwise <1>:     XOR.                 (line   6)
+ * logical exclusive or, bitwise:         IEOR.                (line   6)
  * logical not, bitwise:                  NOT.                 (line   6)
  * logical or, bitwise <1>:               OR.                  (line   6)
+ * logical or, bitwise:                   IOR.                 (line   6)
  * logical, bitwise:                      Bitwise logical operators.
                                                                (line   6)
  * logical, variable representation:      Internal representation of LOGICAL variables.
                                                                (line   6)
  * login name:                            GETLOG.              (line   6)
  * LONG:                                  LONG.                (line   6)
  * LSHIFT:                                LSHIFT.              (line   6)
  * LSTAT:                                 LSTAT.               (line   6)
*************** Keyword Index
*** 21665,21677 ****
  * MAX0:                                  MAX.                 (line   6)
  * MAX1:                                  MAX.                 (line   6)
  * MAXEXPONENT:                           MAXEXPONENT.         (line   6)
- * maximum value:                         MAX.                 (line   6)
  * maximum value <1>:                     MAXVAL.              (line   6)
  * MAXLOC:                                MAXLOC.              (line   6)
  * MAXVAL:                                MAXVAL.              (line   6)
  * MCLOCK:                                MCLOCK.              (line   6)
  * MCLOCK8:                               MCLOCK8.             (line   6)
! * memory checking:                       Code Gen Options.    (line 141)
  * MERGE:                                 MERGE.               (line   6)
  * MERGE_BITS:                            MERGE_BITS.          (line   6)
  * messages, error:                       Error and Warning Options.
--- 21911,21923 ----
  * MAX0:                                  MAX.                 (line   6)
  * MAX1:                                  MAX.                 (line   6)
  * MAXEXPONENT:                           MAXEXPONENT.         (line   6)
  * maximum value <1>:                     MAXVAL.              (line   6)
+ * maximum value:                         MAX.                 (line   6)
  * MAXLOC:                                MAXLOC.              (line   6)
  * MAXVAL:                                MAXVAL.              (line   6)
  * MCLOCK:                                MCLOCK.              (line   6)
  * MCLOCK8:                               MCLOCK8.             (line   6)
! * memory checking:                       Code Gen Options.    (line 143)
  * MERGE:                                 MERGE.               (line   6)
  * MERGE_BITS:                            MERGE_BITS.          (line   6)
  * messages, error:                       Error and Warning Options.
*************** Keyword Index
*** 21682,21689 ****
  * MIN0:                                  MIN.                 (line   6)
  * MIN1:                                  MIN.                 (line   6)
  * MINEXPONENT:                           MINEXPONENT.         (line   6)
- * minimum value:                         MIN.                 (line   6)
  * minimum value <1>:                     MINVAL.              (line   6)
  * MINLOC:                                MINLOC.              (line   6)
  * MINVAL:                                MINVAL.              (line   6)
  * Mixed-language programming:            Mixed-Language Programming.
--- 21928,21935 ----
  * MIN0:                                  MIN.                 (line   6)
  * MIN1:                                  MIN.                 (line   6)
  * MINEXPONENT:                           MINEXPONENT.         (line   6)
  * minimum value <1>:                     MINVAL.              (line   6)
+ * minimum value:                         MIN.                 (line   6)
  * MINLOC:                                MINLOC.              (line   6)
  * MINVAL:                                MINVAL.              (line   6)
  * Mixed-language programming:            Mixed-Language Programming.
*************** Keyword Index
*** 21702,21711 ****
  * module entities:                       Fortran Dialect Options.
                                                                (line  86)
  * module search path:                    Directory Options.   (line  14)
- * module search path <1>:                Directory Options.   (line  29)
- * module search path <2>:                Directory Options.   (line  36)
- * MODULO:                                MODULO.              (line   6)
  * modulo:                                MODULO.              (line   6)
  * MOVE_ALLOC:                            MOVE_ALLOC.          (line   6)
  * moving allocation:                     MOVE_ALLOC.          (line   6)
  * multiply array elements:               PRODUCT.             (line   6)
--- 21948,21955 ----
  * module entities:                       Fortran Dialect Options.
                                                                (line  86)
  * module search path:                    Directory Options.   (line  14)
  * modulo:                                MODULO.              (line   6)
+ * MODULO:                                MODULO.              (line   6)
  * MOVE_ALLOC:                            MOVE_ALLOC.          (line   6)
  * moving allocation:                     MOVE_ALLOC.          (line   6)
  * multiply array elements:               PRODUCT.             (line   6)
*************** Keyword Index
*** 21715,21722 ****
                                                                (line   6)
  * natural logarithm function:            LOG.                 (line   6)
  * NEAREST:                               NEAREST.             (line   6)
- * newline:                               NEW_LINE.            (line   6)
  * NEW_LINE:                              NEW_LINE.            (line   6)
  * NINT:                                  NINT.                (line   6)
  * norm, Euclidean:                       NORM2.               (line   6)
  * NORM2:                                 NORM2.               (line   6)
--- 21959,21966 ----
                                                                (line   6)
  * natural logarithm function:            LOG.                 (line   6)
  * NEAREST:                               NEAREST.             (line   6)
  * NEW_LINE:                              NEW_LINE.            (line   6)
+ * newline:                               NEW_LINE.            (line   6)
  * NINT:                                  NINT.                (line   6)
  * norm, Euclidean:                       NORM2.               (line   6)
  * NORM2:                                 NORM2.               (line   6)
*************** Keyword Index
*** 21727,21738 ****
  * NUM_IMAGES:                            NUM_IMAGES.          (line   6)
  * open, action:                          Files opened without an explicit ACTION= specifier.
                                                                (line   6)
  * OpenACC:                               Fortran Dialect Options.
                                                                (line 124)
- * OpenACC <1>:                           OpenACC.             (line   6)
- * OpenMP:                                Fortran Dialect Options.
-                                                               (line 135)
  * OpenMP <1>:                            OpenMP.              (line   6)
  * operators, unary:                      Unary operators.     (line   6)
  * operators, xor:                        .XOR. operator.      (line   6)
  * options inquiry function:              COMPILER_OPTIONS.    (line   6)
--- 21971,21982 ----
  * NUM_IMAGES:                            NUM_IMAGES.          (line   6)
  * open, action:                          Files opened without an explicit ACTION= specifier.
                                                                (line   6)
+ * OpenACC <1>:                           OpenACC.             (line   6)
  * OpenACC:                               Fortran Dialect Options.
                                                                (line 124)
  * OpenMP <1>:                            OpenMP.              (line   6)
+ * OpenMP:                                Fortran Dialect Options.
+                                                               (line 136)
  * operators, unary:                      Unary operators.     (line   6)
  * operators, xor:                        .XOR. operator.      (line   6)
  * options inquiry function:              COMPILER_OPTIONS.    (line   6)
*************** Keyword Index
*** 21753,21759 ****
  * options, preprocessor:                 Preprocessing Options.
                                                                (line   6)
  * options, real kind type promotion:     Fortran Dialect Options.
!                                                               (line 193)
  * options, run-time:                     Code Gen Options.    (line   6)
  * options, runtime:                      Runtime Options.     (line   6)
  * options, warnings:                     Error and Warning Options.
--- 21997,22003 ----
  * options, preprocessor:                 Preprocessing Options.
                                                                (line   6)
  * options, real kind type promotion:     Fortran Dialect Options.
!                                                               (line 195)
  * options, run-time:                     Code Gen Options.    (line   6)
  * options, runtime:                      Runtime Options.     (line   6)
  * options, warnings:                     Error and Warning Options.
*************** Keyword Index
*** 21763,21786 ****
  * PACK:                                  PACK.                (line   6)
  * PARAMETER:                             Legacy PARAMETER statements.
                                                                (line   6)
- * PARITY:                                PARITY.              (line   6)
- * Parity:                                PARITY.              (line   6)
  * parity:                                POPPAR.              (line   6)
  * paths, search:                         Directory Options.   (line  14)
- * paths, search <1>:                     Directory Options.   (line  29)
- * paths, search <2>:                     Directory Options.   (line  36)
  * PERROR:                                PERROR.              (line   6)
! * pointer checking:                      Code Gen Options.    (line 141)
  * pointer, C address of pointers:        C_F_PROCPOINTER.     (line   6)
  * pointer, C address of procedures:      C_FUNLOC.            (line   6)
  * pointer, C association status:         C_ASSOCIATED.        (line   6)
  * pointer, convert C to Fortran:         C_F_POINTER.         (line   6)
- * pointer, Cray:                         Cray pointers.       (line   6)
- * pointer, cray:                         FREE.                (line   6)
  * pointer, cray <1>:                     MALLOC.              (line   6)
  * pointer, disassociated:                NULL.                (line   6)
- * pointer, status:                       ASSOCIATED.          (line   6)
  * pointer, status <1>:                   NULL.                (line   6)
  * POPCNT:                                POPCNT.              (line   6)
  * POPPAR:                                POPPAR.              (line   6)
  * positive difference:                   DIM.                 (line   6)
--- 22007,22028 ----
  * PACK:                                  PACK.                (line   6)
  * PARAMETER:                             Legacy PARAMETER statements.
                                                                (line   6)
  * parity:                                POPPAR.              (line   6)
+ * Parity:                                PARITY.              (line   6)
+ * PARITY:                                PARITY.              (line   6)
  * paths, search:                         Directory Options.   (line  14)
  * PERROR:                                PERROR.              (line   6)
! * pointer checking:                      Code Gen Options.    (line 143)
  * pointer, C address of pointers:        C_F_PROCPOINTER.     (line   6)
  * pointer, C address of procedures:      C_FUNLOC.            (line   6)
  * pointer, C association status:         C_ASSOCIATED.        (line   6)
  * pointer, convert C to Fortran:         C_F_POINTER.         (line   6)
  * pointer, cray <1>:                     MALLOC.              (line   6)
+ * pointer, cray:                         FREE.                (line   6)
+ * pointer, Cray:                         Cray pointers.       (line   6)
  * pointer, disassociated:                NULL.                (line   6)
  * pointer, status <1>:                   NULL.                (line   6)
+ * pointer, status:                       ASSOCIATED.          (line   6)
  * POPCNT:                                POPCNT.              (line   6)
  * POPPAR:                                POPPAR.              (line   6)
  * positive difference:                   DIM.                 (line   6)
*************** Keyword Index
*** 21788,21832 ****
  * Preprocessing:                         Preprocessing and conditional compilation.
                                                                (line   6)
  * preprocessing, assertion:              Preprocessing Options.
!                                                               (line 113)
! * preprocessing, assertion <1>:          Preprocessing Options.
!                                                               (line 119)
  * preprocessing, define macros:          Preprocessing Options.
!                                                               (line 151)
! * preprocessing, define macros <1>:      Preprocessing Options.
!                                                               (line 154)
  * preprocessing, include path:           Preprocessing Options.
!                                                               (line  69)
! * preprocessing, include path <1>:       Preprocessing Options.
!                                                               (line  76)
! * preprocessing, include path <2>:       Preprocessing Options.
!                                                               (line  80)
! * preprocessing, include path <3>:       Preprocessing Options.
!                                                               (line  85)
! * preprocessing, include path <4>:       Preprocessing Options.
!                                                               (line  89)
! * preprocessing, include path <5>:       Preprocessing Options.
!                                                               (line  96)
  * preprocessing, keep comments:          Preprocessing Options.
!                                                               (line 122)
! * preprocessing, keep comments <1>:      Preprocessing Options.
!                                                               (line 137)
  * preprocessing, no linemarkers:         Preprocessing Options.
!                                                               (line 179)
  * preprocessing, undefine macros:        Preprocessing Options.
!                                                               (line 185)
  * preprocessor:                          Preprocessing Options.
                                                                (line   6)
  * preprocessor, debugging:               Preprocessing Options.
                                                                (line  26)
- * preprocessor, debugging <1>:           Preprocessing Options.
-                                                               (line  35)
- * preprocessor, debugging <2>:           Preprocessing Options.
-                                                               (line  41)
- * preprocessor, debugging <3>:           Preprocessing Options.
-                                                               (line  44)
- * preprocessor, debugging <4>:           Preprocessing Options.
-                                                               (line  51)
  * preprocessor, disable:                 Preprocessing Options.
                                                                (line  12)
  * preprocessor, enable:                  Preprocessing Options.
--- 22030,22050 ----
  * Preprocessing:                         Preprocessing and conditional compilation.
                                                                (line   6)
  * preprocessing, assertion:              Preprocessing Options.
!                                                               (line 114)
  * preprocessing, define macros:          Preprocessing Options.
!                                                               (line 153)
  * preprocessing, include path:           Preprocessing Options.
!                                                               (line  70)
  * preprocessing, keep comments:          Preprocessing Options.
!                                                               (line 123)
  * preprocessing, no linemarkers:         Preprocessing Options.
!                                                               (line 181)
  * preprocessing, undefine macros:        Preprocessing Options.
!                                                               (line 187)
  * preprocessor:                          Preprocessing Options.
                                                                (line   6)
  * preprocessor, debugging:               Preprocessing Options.
                                                                (line  26)
  * preprocessor, disable:                 Preprocessing Options.
                                                                (line  12)
  * preprocessor, enable:                  Preprocessing Options.
*************** Keyword Index
*** 21846,21873 ****
  * product, vector:                       DOT_PRODUCT.         (line   6)
  * program termination:                   EXIT.                (line   6)
  * program termination, with core dump:   ABORT.               (line   6)
! * PROTECTED statement:                   Fortran 2003 status. (line 114)
  * Q exponent-letter:                     Q exponent-letter.   (line   6)
  * RADIX:                                 RADIX.               (line   6)
  * radix, real:                           SELECTED_REAL_KIND.  (line   6)
  * RAN:                                   RAN.                 (line   6)
  * RAND:                                  RAND.                (line   6)
! * random number generation:              IRAND.               (line   6)
! * random number generation <1>:          RAN.                 (line   6)
  * random number generation <2>:          RAND.                (line   6)
! * random number generation <3>:          RANDOM_NUMBER.       (line   6)
! * random number generation, seeding:     RANDOM_SEED.         (line   6)
  * random number generation, seeding <1>: SRAND.               (line   6)
  * RANDOM_NUMBER:                         RANDOM_NUMBER.       (line   6)
  * RANDOM_SEED:                           RANDOM_SEED.         (line   6)
  * RANGE:                                 RANGE.               (line   6)
! * range checking:                        Code Gen Options.    (line 141)
! * RANK:                                  RANK.                (line   6)
  * rank:                                  RANK.                (line   6)
  * re-association of parenthesized expressions: Code Gen Options.
!                                                               (line 346)
! * read character, stream mode:           FGET.                (line   6)
  * read character, stream mode <1>:       FGETC.               (line   6)
  * READONLY:                              Extended I/O specifiers.
                                                                (line   6)
  * REAL:                                  REAL.                (line   6)
--- 22064,22091 ----
  * product, vector:                       DOT_PRODUCT.         (line   6)
  * program termination:                   EXIT.                (line   6)
  * program termination, with core dump:   ABORT.               (line   6)
! * PROTECTED statement:                   Fortran 2003 status. (line 116)
  * Q exponent-letter:                     Q exponent-letter.   (line   6)
  * RADIX:                                 RADIX.               (line   6)
  * radix, real:                           SELECTED_REAL_KIND.  (line   6)
  * RAN:                                   RAN.                 (line   6)
  * RAND:                                  RAND.                (line   6)
! * random number generation <1>:          RANDOM_NUMBER.       (line   6)
  * random number generation <2>:          RAND.                (line   6)
! * random number generation <3>:          RAN.                 (line   6)
! * random number generation:              IRAND.               (line   6)
  * random number generation, seeding <1>: SRAND.               (line   6)
+ * random number generation, seeding:     RANDOM_SEED.         (line   6)
  * RANDOM_NUMBER:                         RANDOM_NUMBER.       (line   6)
  * RANDOM_SEED:                           RANDOM_SEED.         (line   6)
  * RANGE:                                 RANGE.               (line   6)
! * range checking:                        Code Gen Options.    (line 143)
  * rank:                                  RANK.                (line   6)
+ * RANK:                                  RANK.                (line   6)
  * re-association of parenthesized expressions: Code Gen Options.
!                                                               (line 349)
  * read character, stream mode <1>:       FGETC.               (line   6)
+ * read character, stream mode:           FGET.                (line   6)
  * READONLY:                              Extended I/O specifiers.
                                                                (line   6)
  * REAL:                                  REAL.                (line   6)
*************** Keyword Index
*** 21875,21885 ****
  * real number, exponent:                 EXPONENT.            (line   6)
  * real number, fraction:                 FRACTION.            (line   6)
  * real number, nearest different:        NEAREST.             (line   6)
- * real number, relative spacing:         RRSPACING.           (line   6)
  * real number, relative spacing <1>:     SPACING.             (line   6)
  * real number, scale:                    SCALE.               (line   6)
  * real number, set exponent:             SET_EXPONENT.        (line   6)
! * Reallocate the LHS in assignments:     Code Gen Options.    (line 355)
  * Reallocate the LHS in assignments, notification: Error and Warning Options.
                                                                (line 232)
  * REALPART:                              REAL.                (line   6)
--- 22093,22103 ----
  * real number, exponent:                 EXPONENT.            (line   6)
  * real number, fraction:                 FRACTION.            (line   6)
  * real number, nearest different:        NEAREST.             (line   6)
  * real number, relative spacing <1>:     SPACING.             (line   6)
+ * real number, relative spacing:         RRSPACING.           (line   6)
  * real number, scale:                    SCALE.               (line   6)
  * real number, set exponent:             SET_EXPONENT.        (line   6)
! * Reallocate the LHS in assignments:     Code Gen Options.    (line 358)
  * Reallocate the LHS in assignments, notification: Error and Warning Options.
                                                                (line 232)
  * REALPART:                              REAL.                (line   6)
*************** Keyword Index
*** 21888,21908 ****
  * Reduction, XOR:                        PARITY.              (line   6)
  * remainder:                             MOD.                 (line   6)
  * RENAME:                                RENAME.              (line   6)
! * repacking arrays:                      Code Gen Options.    (line 250)
  * REPEAT:                                REPEAT.              (line   6)
  * RESHAPE:                               RESHAPE.             (line   6)
  * REWIND:                                Read/Write after EOF marker.
                                                                (line   6)
  * right shift, combined:                 DSHIFTR.             (line   6)
  * root:                                  SQRT.                (line   6)
- * rounding, ceiling:                     ANINT.               (line   6)
  * rounding, ceiling <1>:                 CEILING.             (line   6)
! * rounding, floor:                       AINT.                (line   6)
  * rounding, floor <1>:                   FLOOR.               (line   6)
  * rounding, nearest whole number:        NINT.                (line   6)
  * RRSPACING:                             RRSPACING.           (line   6)
  * RSHIFT:                                RSHIFT.              (line   6)
! * run-time checking:                     Code Gen Options.    (line 141)
  * SAME_TYPE_AS:                          SAME_TYPE_AS.        (line   6)
  * SAVE statement:                        Code Gen Options.    (line  15)
  * SCALE:                                 SCALE.               (line   6)
--- 22106,22126 ----
  * Reduction, XOR:                        PARITY.              (line   6)
  * remainder:                             MOD.                 (line   6)
  * RENAME:                                RENAME.              (line   6)
! * repacking arrays:                      Code Gen Options.    (line 251)
  * REPEAT:                                REPEAT.              (line   6)
  * RESHAPE:                               RESHAPE.             (line   6)
  * REWIND:                                Read/Write after EOF marker.
                                                                (line   6)
  * right shift, combined:                 DSHIFTR.             (line   6)
  * root:                                  SQRT.                (line   6)
  * rounding, ceiling <1>:                 CEILING.             (line   6)
! * rounding, ceiling:                     ANINT.               (line   6)
  * rounding, floor <1>:                   FLOOR.               (line   6)
+ * rounding, floor:                       AINT.                (line   6)
  * rounding, nearest whole number:        NINT.                (line   6)
  * RRSPACING:                             RRSPACING.           (line   6)
  * RSHIFT:                                RSHIFT.              (line   6)
! * run-time checking:                     Code Gen Options.    (line 143)
  * SAME_TYPE_AS:                          SAME_TYPE_AS.        (line   6)
  * SAVE statement:                        Code Gen Options.    (line  15)
  * SCALE:                                 SCALE.               (line   6)
*************** Keyword Index
*** 21911,21918 ****
  * search paths, for included files:      Directory Options.   (line  14)
  * SECNDS:                                SECNDS.              (line   6)
  * SECOND:                                SECOND.              (line   6)
- * seeding a random number generator:     RANDOM_SEED.         (line   6)
  * seeding a random number generator <1>: SRAND.               (line   6)
  * SELECTED_CHAR_KIND:                    SELECTED_CHAR_KIND.  (line   6)
  * SELECTED_INT_KIND:                     SELECTED_INT_KIND.   (line   6)
  * SELECTED_REAL_KIND:                    SELECTED_REAL_KIND.  (line   6)
--- 22129,22136 ----
  * search paths, for included files:      Directory Options.   (line  14)
  * SECNDS:                                SECNDS.              (line   6)
  * SECOND:                                SECOND.              (line   6)
  * seeding a random number generator <1>: SRAND.               (line   6)
+ * seeding a random number generator:     RANDOM_SEED.         (line   6)
  * SELECTED_CHAR_KIND:                    SELECTED_CHAR_KIND.  (line   6)
  * SELECTED_INT_KIND:                     SELECTED_INT_KIND.   (line   6)
  * SELECTED_REAL_KIND:                    SELECTED_REAL_KIND.  (line   6)
*************** Keyword Index
*** 21922,21931 ****
                                                                (line   6)
  * SHARED:                                Extended I/O specifiers.
                                                                (line   6)
- * shift, left:                           DSHIFTL.             (line   6)
  * shift, left <1>:                       SHIFTL.              (line   6)
! * shift, right:                          DSHIFTR.             (line   6)
  * shift, right <1>:                      SHIFTR.              (line   6)
  * shift, right with fill:                SHIFTA.              (line   6)
  * SHIFTA:                                SHIFTA.              (line   6)
  * SHIFTL:                                SHIFTL.              (line   6)
--- 22140,22149 ----
                                                                (line   6)
  * SHARED:                                Extended I/O specifiers.
                                                                (line   6)
  * shift, left <1>:                       SHIFTL.              (line   6)
! * shift, left:                           DSHIFTL.             (line   6)
  * shift, right <1>:                      SHIFTR.              (line   6)
+ * shift, right:                          DSHIFTR.             (line   6)
  * shift, right with fill:                SHIFTA.              (line   6)
  * SHIFTA:                                SHIFTA.              (line   6)
  * SHIFTL:                                SHIFTL.              (line   6)
*************** Keyword Index
*** 21945,21952 ****
  * SINH:                                  SINH.                (line   6)
  * SIZE:                                  SIZE.                (line   6)
  * size of a variable, in bits:           BIT_SIZE.            (line   6)
- * size of an expression:                 C_SIZEOF.            (line   6)
  * size of an expression <1>:             SIZEOF.              (line   6)
  * SIZEOF:                                SIZEOF.              (line   6)
  * SLEEP:                                 SLEEP.               (line   6)
  * SNGL:                                  REAL.                (line   6)
--- 22163,22170 ----
  * SINH:                                  SINH.                (line   6)
  * SIZE:                                  SIZE.                (line   6)
  * size of a variable, in bits:           BIT_SIZE.            (line   6)
  * size of an expression <1>:             SIZEOF.              (line   6)
+ * size of an expression:                 C_SIZEOF.            (line   6)
  * SIZEOF:                                SIZEOF.              (line   6)
  * SLEEP:                                 SLEEP.               (line   6)
  * SNGL:                                  REAL.                (line   6)
*************** Keyword Index
*** 21960,21987 ****
  * statement, ENUM:                       Fortran 2003 status. (line  93)
  * statement, ENUMERATOR:                 Fortran 2003 status. (line  93)
  * statement, FLUSH:                      Fortran 2003 status. (line  89)
! * statement, IMPORT:                     Fortran 2003 status. (line 120)
! * statement, ISO_FORTRAN_ENV:            Fortran 2003 status. (line 128)
! * statement, PROTECTED:                  Fortran 2003 status. (line 114)
  * statement, SAVE:                       Code Gen Options.    (line  15)
! * statement, USE, INTRINSIC:             Fortran 2003 status. (line 128)
! * statement, VALUE:                      Fortran 2003 status. (line 116)
! * statement, VOLATILE:                   Fortran 2003 status. (line 118)
  * STATIC:                                AUTOMATIC and STATIC attributes.
                                                                (line   6)
  * storage size:                          STORAGE_SIZE.        (line   6)
  * STORAGE_SIZE:                          STORAGE_SIZE.        (line   6)
! * STREAM I/O:                            Fortran 2003 status. (line 103)
! * stream mode, read character:           FGET.                (line   6)
  * stream mode, read character <1>:       FGETC.               (line   6)
! * stream mode, write character:          FPUT.                (line   6)
  * stream mode, write character <1>:      FPUTC.               (line   6)
  * string, adjust left:                   ADJUSTL.             (line   6)
  * string, adjust right:                  ADJUSTR.             (line   6)
! * string, comparison:                    LGE.                 (line   6)
! * string, comparison <1>:                LGT.                 (line   6)
  * string, comparison <2>:                LLE.                 (line   6)
! * string, comparison <3>:                LLT.                 (line   6)
  * string, concatenate:                   REPEAT.              (line   6)
  * string, find missing set:              VERIFY.              (line   6)
  * string, find non-blank character:      LNBLNK.              (line   6)
--- 22178,22205 ----
  * statement, ENUM:                       Fortran 2003 status. (line  93)
  * statement, ENUMERATOR:                 Fortran 2003 status. (line  93)
  * statement, FLUSH:                      Fortran 2003 status. (line  89)
! * statement, IMPORT:                     Fortran 2003 status. (line 122)
! * statement, ISO_FORTRAN_ENV:            Fortran 2003 status. (line 130)
! * statement, PROTECTED:                  Fortran 2003 status. (line 116)
  * statement, SAVE:                       Code Gen Options.    (line  15)
! * statement, USE, INTRINSIC:             Fortran 2003 status. (line 130)
! * statement, VALUE:                      Fortran 2003 status. (line 118)
! * statement, VOLATILE:                   Fortran 2003 status. (line 120)
  * STATIC:                                AUTOMATIC and STATIC attributes.
                                                                (line   6)
  * storage size:                          STORAGE_SIZE.        (line   6)
  * STORAGE_SIZE:                          STORAGE_SIZE.        (line   6)
! * STREAM I/O:                            Fortran 2003 status. (line 105)
  * stream mode, read character <1>:       FGETC.               (line   6)
! * stream mode, read character:           FGET.                (line   6)
  * stream mode, write character <1>:      FPUTC.               (line   6)
+ * stream mode, write character:          FPUT.                (line   6)
  * string, adjust left:                   ADJUSTL.             (line   6)
  * string, adjust right:                  ADJUSTR.             (line   6)
! * string, comparison <1>:                LLT.                 (line   6)
  * string, comparison <2>:                LLE.                 (line   6)
! * string, comparison <3>:                LGT.                 (line   6)
! * string, comparison:                    LGE.                 (line   6)
  * string, concatenate:                   REPEAT.              (line   6)
  * string, find missing set:              VERIFY.              (line   6)
  * string, find non-blank character:      LNBLNK.              (line   6)
*************** Keyword Index
*** 21995,22002 ****
                                                                (line   6)
  * STRUCTURE:                             STRUCTURE and RECORD.
                                                                (line   6)
! * structure packing:                     Code Gen Options.    (line 244)
! * subscript checking:                    Code Gen Options.    (line 141)
  * substring position:                    INDEX intrinsic.     (line   6)
  * SUM:                                   SUM.                 (line   6)
  * sum array elements:                    SUM.                 (line   6)
--- 22213,22220 ----
                                                                (line   6)
  * STRUCTURE:                             STRUCTURE and RECORD.
                                                                (line   6)
! * structure packing:                     Code Gen Options.    (line 245)
! * subscript checking:                    Code Gen Options.    (line 143)
  * substring position:                    INDEX intrinsic.     (line   6)
  * SUM:                                   SUM.                 (line   6)
  * sum array elements:                    SUM.                 (line   6)
*************** Keyword Index
*** 22005,22033 ****
  * symbol names:                          Fortran Dialect Options.
                                                                (line  68)
  * symbol names, transforming:            Code Gen Options.    (line  54)
- * symbol names, transforming <1>:        Code Gen Options.    (line 110)
  * symbol names, underscores:             Code Gen Options.    (line  54)
- * symbol names, underscores <1>:         Code Gen Options.    (line 110)
  * SYMLNK:                                SYMLNK.              (line   6)
  * syntax checking:                       Error and Warning Options.
                                                                (line  33)
  * SYSTEM:                                SYSTEM.              (line   6)
  * system, error handling:                GERROR.              (line   6)
- * system, error handling <1>:            IERRNO.              (line   6)
- * system, error handling <2>:            PERROR.              (line   6)
  * system, group ID:                      GETGID.              (line   6)
  * system, host name:                     HOSTNM.              (line   6)
  * system, login name:                    GETLOG.              (line   6)
  * system, process ID:                    GETPID.              (line   6)
  * system, signal handling:               SIGNAL.              (line   6)
  * system, system call:                   EXECUTE_COMMAND_LINE.
                                                                (line   6)
- * system, system call <1>:               SYSTEM.              (line   6)
- * system, terminal:                      ISATTY.              (line   6)
  * system, terminal <1>:                  TTYNAM.              (line   6)
  * system, user ID:                       GETUID.              (line   6)
- * system, working directory:             CHDIR.               (line   6)
  * system, working directory <1>:         GETCWD.              (line   6)
  * SYSTEM_CLOCK:                          SYSTEM_CLOCK.        (line   6)
  * tabulators:                            Error and Warning Options.
                                                                (line 182)
--- 22223,22249 ----
  * symbol names:                          Fortran Dialect Options.
                                                                (line  68)
  * symbol names, transforming:            Code Gen Options.    (line  54)
  * symbol names, underscores:             Code Gen Options.    (line  54)
  * SYMLNK:                                SYMLNK.              (line   6)
  * syntax checking:                       Error and Warning Options.
                                                                (line  33)
  * SYSTEM:                                SYSTEM.              (line   6)
+ * system, error handling <1>:            PERROR.              (line   6)
+ * system, error handling <2>:            IERRNO.              (line   6)
  * system, error handling:                GERROR.              (line   6)
  * system, group ID:                      GETGID.              (line   6)
  * system, host name:                     HOSTNM.              (line   6)
  * system, login name:                    GETLOG.              (line   6)
  * system, process ID:                    GETPID.              (line   6)
  * system, signal handling:               SIGNAL.              (line   6)
+ * system, system call <1>:               SYSTEM.              (line   6)
  * system, system call:                   EXECUTE_COMMAND_LINE.
                                                                (line   6)
  * system, terminal <1>:                  TTYNAM.              (line   6)
+ * system, terminal:                      ISATTY.              (line   6)
  * system, user ID:                       GETUID.              (line   6)
  * system, working directory <1>:         GETCWD.              (line   6)
+ * system, working directory:             CHDIR.               (line   6)
  * SYSTEM_CLOCK:                          SYSTEM_CLOCK.        (line   6)
  * tabulators:                            Error and Warning Options.
                                                                (line 182)
*************** Keyword Index
*** 22037,22046 ****
  * tangent, degrees:                      TAND.                (line   6)
  * tangent, hyperbolic:                   TANH.                (line   6)
  * tangent, hyperbolic, inverse:          ATANH.               (line   6)
- * tangent, inverse:                      ATAN.                (line   6)
  * tangent, inverse <1>:                  ATAN2.               (line   6)
! * tangent, inverse, degrees:             ATAND.               (line   6)
  * tangent, inverse, degrees <1>:         ATAN2D.              (line   6)
  * TANH:                                  TANH.                (line   6)
  * terminate program:                     EXIT.                (line   6)
  * terminate program, with core dump:     ABORT.               (line   6)
--- 22253,22262 ----
  * tangent, degrees:                      TAND.                (line   6)
  * tangent, hyperbolic:                   TANH.                (line   6)
  * tangent, hyperbolic, inverse:          ATANH.               (line   6)
  * tangent, inverse <1>:                  ATAN2.               (line   6)
! * tangent, inverse:                      ATAN.                (line   6)
  * tangent, inverse, degrees <1>:         ATAN2D.              (line   6)
+ * tangent, inverse, degrees:             ATAND.               (line   6)
  * TANH:                                  TANH.                (line   6)
  * terminate program:                     EXIT.                (line   6)
  * terminate program, with core dump:     ABORT.               (line   6)
*************** Keyword Index
*** 22048,22079 ****
  * thread-safety, threads:                Thread-safety of the runtime library.
                                                                (line   6)
  * TIME:                                  TIME.                (line   6)
  * time, clock ticks:                     MCLOCK.              (line   6)
- * time, clock ticks <1>:                 MCLOCK8.             (line   6)
- * time, clock ticks <2>:                 SYSTEM_CLOCK.        (line   6)
  * time, conversion to GMT info:          GMTIME.              (line   6)
  * time, conversion to local time info:   LTIME.               (line   6)
  * time, conversion to string:            CTIME.               (line   6)
  * time, current:                         DATE_AND_TIME.       (line   6)
! * time, current <1>:                     FDATE.               (line   6)
! * time, current <2>:                     ITIME.               (line   6)
! * time, current <3>:                     TIME.                (line   6)
! * time, current <4>:                     TIME8.               (line   6)
  * time, elapsed:                         CPU_TIME.            (line   6)
- * time, elapsed <1>:                     DTIME.               (line   6)
- * time, elapsed <2>:                     ETIME.               (line   6)
- * time, elapsed <3>:                     SECNDS.              (line   6)
- * time, elapsed <4>:                     SECOND.              (line   6)
  * TIME8:                                 TIME8.               (line   6)
  * TINY:                                  TINY.                (line   6)
  * TR 15581:                              Fortran 2003 status. (line  98)
! * trace:                                 Debugging Options.   (line  61)
  * TRAILZ:                                TRAILZ.              (line   6)
  * TRANSFER:                              TRANSFER.            (line   6)
  * transforming symbol names:             Code Gen Options.    (line  54)
- * transforming symbol names <1>:         Code Gen Options.    (line 110)
- * TRANSPOSE:                             TRANSPOSE.           (line   6)
  * transpose:                             TRANSPOSE.           (line   6)
  * trigonometric function, cosine:        COS.                 (line   6)
  * trigonometric function, cosine, degrees: COSD.              (line   6)
  * trigonometric function, cosine, inverse: ACOS.              (line   6)
--- 22264,22294 ----
  * thread-safety, threads:                Thread-safety of the runtime library.
                                                                (line   6)
  * TIME:                                  TIME.                (line   6)
+ * time, clock ticks <1>:                 SYSTEM_CLOCK.        (line   6)
+ * time, clock ticks <2>:                 MCLOCK8.             (line   6)
  * time, clock ticks:                     MCLOCK.              (line   6)
  * time, conversion to GMT info:          GMTIME.              (line   6)
  * time, conversion to local time info:   LTIME.               (line   6)
  * time, conversion to string:            CTIME.               (line   6)
+ * time, current <1>:                     TIME8.               (line   6)
+ * time, current <2>:                     TIME.                (line   6)
+ * time, current <3>:                     ITIME.               (line   6)
+ * time, current <4>:                     FDATE.               (line   6)
  * time, current:                         DATE_AND_TIME.       (line   6)
! * time, elapsed <1>:                     SECOND.              (line   6)
! * time, elapsed <2>:                     SECNDS.              (line   6)
! * time, elapsed <3>:                     ETIME.               (line   6)
! * time, elapsed <4>:                     DTIME.               (line   6)
  * time, elapsed:                         CPU_TIME.            (line   6)
  * TIME8:                                 TIME8.               (line   6)
  * TINY:                                  TINY.                (line   6)
  * TR 15581:                              Fortran 2003 status. (line  98)
! * trace:                                 Debugging Options.   (line  62)
  * TRAILZ:                                TRAILZ.              (line   6)
  * TRANSFER:                              TRANSFER.            (line   6)
  * transforming symbol names:             Code Gen Options.    (line  54)
  * transpose:                             TRANSPOSE.           (line   6)
+ * TRANSPOSE:                             TRANSPOSE.           (line   6)
  * trigonometric function, cosine:        COS.                 (line   6)
  * trigonometric function, cosine, degrees: COSD.              (line   6)
  * trigonometric function, cosine, inverse: ACOS.              (line   6)
*************** Keyword Index
*** 22086,22096 ****
  * trigonometric function, sine, inverse, degrees: ASIND.      (line   6)
  * trigonometric function, tangent:       TAN.                 (line   6)
  * trigonometric function, tangent, degrees: TAND.             (line   6)
- * trigonometric function, tangent, inverse: ATAN.             (line   6)
  * trigonometric function, tangent, inverse <1>: ATAN2.        (line   6)
! * trigonometric function, tangent, inverse, degrees: ATAND.   (line   6)
  * trigonometric function, tangent, inverse, degrees <1>: ATAN2D.
                                                                (line   6)
  * TRIM:                                  TRIM.                (line   6)
  * TTYNAM:                                TTYNAM.              (line   6)
  * type alias print:                      TYPE as an alias for PRINT.
--- 22301,22311 ----
  * trigonometric function, sine, inverse, degrees: ASIND.      (line   6)
  * trigonometric function, tangent:       TAN.                 (line   6)
  * trigonometric function, tangent, degrees: TAND.             (line   6)
  * trigonometric function, tangent, inverse <1>: ATAN2.        (line   6)
! * trigonometric function, tangent, inverse: ATAN.             (line   6)
  * trigonometric function, tangent, inverse, degrees <1>: ATAN2D.
                                                                (line   6)
+ * trigonometric function, tangent, inverse, degrees: ATAND.   (line   6)
  * TRIM:                                  TRIM.                (line   6)
  * TTYNAM:                                TTYNAM.              (line   6)
  * type alias print:                      TYPE as an alias for PRINT.
*************** Keyword Index
*** 22102,22108 ****
  * underflow:                             Error and Warning Options.
                                                                (line 195)
  * underscore:                            Code Gen Options.    (line  54)
- * underscore <1>:                        Code Gen Options.    (line 110)
  * UNION:                                 UNION and MAP.       (line   6)
  * UNLINK:                                UNLINK.              (line   6)
  * UNPACK:                                UNPACK.              (line   6)
--- 22317,22322 ----
*************** Keyword Index
*** 22110,22118 ****
                                                                (line 211)
  * unused parameter:                      Error and Warning Options.
                                                                (line 215)
! * USE, INTRINSIC statement:              Fortran 2003 status. (line 128)
  * user id:                               GETUID.              (line   6)
! * VALUE statement:                       Fortran 2003 status. (line 116)
  * variable attributes:                   AUTOMATIC and STATIC attributes.
                                                                (line   6)
  * Varying length character strings:      Varying Length Character Strings.
--- 22324,22332 ----
                                                                (line 211)
  * unused parameter:                      Error and Warning Options.
                                                                (line 215)
! * USE, INTRINSIC statement:              Fortran 2003 status. (line 130)
  * user id:                               GETUID.              (line   6)
! * VALUE statement:                       Fortran 2003 status. (line 118)
  * variable attributes:                   AUTOMATIC and STATIC attributes.
                                                                (line   6)
  * Varying length character strings:      Varying Length Character Strings.
*************** Keyword Index
*** 22124,22130 ****
  * version of the compiler:               COMPILER_VERSION.    (line   6)
  * VOLATILE:                              Volatile COMMON blocks.
                                                                (line   6)
! * VOLATILE statement:                    Fortran 2003 status. (line 118)
  * warning, C binding type:               Error and Warning Options.
                                                                (line 106)
  * warnings, aliasing:                    Error and Warning Options.
--- 22338,22344 ----
  * version of the compiler:               COMPILER_VERSION.    (line   6)
  * VOLATILE:                              Volatile COMMON blocks.
                                                                (line   6)
! * VOLATILE statement:                    Fortran 2003 status. (line 120)
  * warning, C binding type:               Error and Warning Options.
                                                                (line 106)
  * warnings, aliasing:                    Error and Warning Options.
*************** Keyword Index
*** 22143,22150 ****
                                                                (line 113)
  * warnings, conversion:                  Error and Warning Options.
                                                                (line 122)
- * warnings, conversion <1>:              Error and Warning Options.
-                                                               (line 126)
  * warnings, division of integers:        Error and Warning Options.
                                                                (line 145)
  * warnings, extra:                       Error and Warning Options.
--- 22357,22362 ----
*************** Keyword Index
*** 22178,22184 ****
  * warnings, tabs:                        Error and Warning Options.
                                                                (line 182)
  * warnings, to errors:                   Error and Warning Options.
!                                                               (line 261)
  * warnings, undefined do loop:           Error and Warning Options.
                                                                (line 190)
  * warnings, underflow:                   Error and Warning Options.
--- 22390,22396 ----
  * warnings, tabs:                        Error and Warning Options.
                                                                (line 182)
  * warnings, to errors:                   Error and Warning Options.
!                                                               (line 262)
  * warnings, undefined do loop:           Error and Warning Options.
                                                                (line 190)
  * warnings, underflow:                   Error and Warning Options.
*************** Keyword Index
*** 22189,22203 ****
                                                                (line 215)
  * warnings, use statements:              Error and Warning Options.
                                                                (line 207)
- * write character, stream mode:          FPUT.                (line   6)
  * write character, stream mode <1>:      FPUTC.               (line   6)
  * XOR:                                   XOR.                 (line   6)
  * XOR reduction:                         PARITY.              (line   6)
  * ZABS:                                  ABS.                 (line   6)
  * ZCOS:                                  COS.                 (line   6)
  * ZCOSD:                                 COSD.                (line   6)
- * zero bits:                             LEADZ.               (line   6)
  * zero bits <1>:                         TRAILZ.              (line   6)
  * ZEXP:                                  EXP.                 (line   6)
  * ZLOG:                                  LOG.                 (line   6)
  * ZSIN:                                  SIN.                 (line   6)
--- 22401,22415 ----
                                                                (line 215)
  * warnings, use statements:              Error and Warning Options.
                                                                (line 207)
  * write character, stream mode <1>:      FPUTC.               (line   6)
+ * write character, stream mode:          FPUT.                (line   6)
  * XOR:                                   XOR.                 (line   6)
  * XOR reduction:                         PARITY.              (line   6)
  * ZABS:                                  ABS.                 (line   6)
  * ZCOS:                                  COS.                 (line   6)
  * ZCOSD:                                 COSD.                (line   6)
  * zero bits <1>:                         TRAILZ.              (line   6)
+ * zero bits:                             LEADZ.               (line   6)
  * ZEXP:                                  EXP.                 (line   6)
  * ZLOG:                                  LOG.                 (line   6)
  * ZSIN:                                  SIN.                 (line   6)
*************** Keyword Index
*** 22207,22656 ****
  
  
  Tag Table:
! Node: Top1950
! Node: Introduction3361
! Node: About GNU Fortran4110
! Node: GNU Fortran and GCC8099
! Node: Preprocessing and conditional compilation10213
! Node: GNU Fortran and G7711858
! Node: Project Status12431
! Node: Standards15159
! Node: Varying Length Character Strings16517
! Node: Invoking GNU Fortran17269
! Node: Option Summary18992
! Node: Fortran Dialect Options22625
! Node: Preprocessing Options33380
! Node: Error and Warning Options41621
! Node: Debugging Options52789
! Node: Directory Options56257
! Node: Link Options57692
! Node: Runtime Options58318
! Node: Code Gen Options60225
! Node: Environment Variables77582
! Node: Runtime78187
! Node: TMPDIR79287
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! Node: GFORTRAN_UNBUFFERED_PRECONNECTED81673
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! Node: GFORTRAN_ERROR_BACKTRACE87241
! Node: Fortran 2003 and 2008 status87798
! Node: Fortran 2003 status88078
! Node: Fortran 2008 status93321
! Node: TS 29113 status98699
! Node: TS 18508 status99702
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! Node: KIND Type Parameters101122
! Node: Internal representation of LOGICAL variables102550
! Node: Thread-safety of the runtime library103410
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! Node: Files opened without an explicit ACTION= specifier108926
! Node: File operations on symbolic links109617
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! Node: Extensions implemented in GNU Fortran111292
! Node: Old-style kind specifications113173
! Node: Old-style variable initialization114275
! Node: Extensions to namelist115587
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! Node: Commas in FORMAT specifications118417
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! Node: BOZ literal constants120479
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! Node: Bitwise logical operators154599
! Node: Extended I/O specifiers156100
! Node: Legacy PARAMETER statements159820
! Node: Default exponents160425
! Node: Extensions not implemented in GNU Fortran160777
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! Node: _gfortran_caf_co_min270364
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! Node: Copying676850
! Node: GNU Free Documentation License714396
! Node: Funding739520
! Node: Option Index742046
! Node: Keyword Index759002
  
  End Tag Table
--- 22419,22868 ----
  
  
  Tag Table:
! Node: Top2004
! Node: Introduction3415
! Node: About GNU Fortran4164
! Node: GNU Fortran and GCC8153
! Node: Preprocessing and conditional compilation10267
! Node: GNU Fortran and G7711911
! Node: Project Status12484
! Node: Standards15214
! Node: Varying Length Character Strings16576
! Node: Invoking GNU Fortran17327
! Node: Option Summary19050
! Node: Fortran Dialect Options22678
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! Node: Debugging Options52822
! Node: Directory Options56294
! Node: Link Options57729
! Node: Runtime Options58353
! Node: Code Gen Options60258
! Node: Environment Variables77605
! Node: Runtime78210
! Node: TMPDIR79312
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! Node: GFORTRAN_STDOUT_UNIT80363
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! Node: GFORTRAN_OPTIONAL_PLUS82837
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! Node: KIND Type Parameters101149
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! Node: Extensions implemented in GNU Fortran111311
! Node: Old-style kind specifications113195
! Node: Old-style variable initialization114302
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! Node: X format descriptor without count field117916
! Node: Commas in FORMAT specifications118443
! Node: Missing period in FORMAT specifications118960
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! Node: `Q' exponent-letter119909
! Node: BOZ literal constants120509
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! Node: Bitwise logical operators154942
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! Node: _gfortran_caf_sync_images256918
! Node: _gfortran_caf_sync_memory258441
! Node: _gfortran_caf_error_stop259427
! Node: _gfortran_caf_error_stop_str260035
! Node: _gfortran_caf_fail_image260740
! Node: _gfortran_caf_atomic_define261276
! Node: _gfortran_caf_atomic_ref262598
! Node: _gfortran_caf_atomic_cas263890
! Node: _gfortran_caf_atomic_op265655
! Node: _gfortran_caf_co_broadcast267758
! Node: _gfortran_caf_co_max268855
! Node: _gfortran_caf_co_min270472
! Node: _gfortran_caf_co_sum272083
! Node: _gfortran_caf_co_reduce273615
! Node: Intrinsic Procedures276249
! Node: Introduction to Intrinsics293305
! Node: ABORT295657
! Node: ABS296403
! Node: ACCESS298456
! Node: ACHAR300377
! Node: ACOS301578
! Node: ACOSD302847
! Node: ACOSH304148
! Node: ADJUSTL305137
! Node: ADJUSTR306078
! Node: AIMAG307027
! Node: AINT308408
! Node: ALARM309995
! Node: ALL311629
! Node: ALLOCATED313547
! Node: AND314684
! Node: ANINT315981
! Node: ANY317459
! Node: ASIN319389
! Node: ASIND320647
! Node: ASINH321934
! Node: ASSOCIATED322933
! Node: ATAN325938
! Node: ATAND327389
! Node: ATAN2328866
! Node: ATAN2D330713
! Node: ATANH332726
! Node: ATOMIC_ADD333724
! Node: ATOMIC_AND335263
! Node: ATOMIC_CAS336858
! Node: ATOMIC_DEFINE338721
! Node: ATOMIC_FETCH_ADD340428
! Node: ATOMIC_FETCH_AND342215
! Node: ATOMIC_FETCH_OR344011
! Node: ATOMIC_FETCH_XOR345799
! Node: ATOMIC_OR347588
! Node: ATOMIC_REF349180
! Node: ATOMIC_XOR351082
! Node: BACKTRACE352674
! Node: BESSEL_J0353253
! Node: BESSEL_J1354261
! Node: BESSEL_JN355270
! Node: BESSEL_Y0357152
! Node: BESSEL_Y1358098
! Node: BESSEL_YN359044
! Node: BGE360876
! Node: BGT361565
! Node: BIT_SIZE362212
! Node: BLE363033
! Node: BLT363712
! Node: BTEST364347
! Node: C_ASSOCIATED365893
! Node: C_F_POINTER367102
! Node: C_F_PROCPOINTER368526
! Node: C_FUNLOC370027
! Node: C_LOC371396
! Node: C_SIZEOF372673
! Node: CEILING374083
! Node: CHAR375088
! Node: CHDIR376292
! Node: CHMOD377460
! Node: CMPLX379323
! Node: CO_BROADCAST380777
! Node: CO_MAX382541
! Node: CO_MIN384413
! Node: CO_REDUCE386271
! Node: CO_SUM389748
! Node: COMMAND_ARGUMENT_COUNT391647
! Node: COMPILER_OPTIONS392571
! Node: COMPILER_VERSION393597
! Node: COMPLEX394561
! Node: CONJG395698
! Node: COS396769
! Node: COSD398246
! Node: COSH399752
! Node: COTAN400918
! Node: COTAND402046
! Node: COUNT403216
! Node: CPU_TIME405234
! Node: CSHIFT406588
! Node: CTIME408244
! Node: DATE_AND_TIME409760
! Node: DBLE412220
! Node: DCMPLX413013
! Node: DIGITS414207
! Node: DIM415173
! Node: DOT_PRODUCT416431
! Node: DPROD418087
! Node: DREAL419004
! Node: DSHIFTL419670
! Node: DSHIFTR420990
! Node: DTIME422311
! Node: EOSHIFT425114
! Node: EPSILON427187
! Node: ERF427913
! Node: ERFC428687
! Node: ERFC_SCALED429491
! Node: ETIME430183
! Node: EVENT_QUERY432415
! Node: EXECUTE_COMMAND_LINE434013
! Node: EXIT436601
! Node: EXP437477
! Node: EXPONENT438752
! Node: EXTENDS_TYPE_OF439514
! Node: FDATE440369
! Node: FGET441864
! Node: FGETC443684
! Node: FLOOR445485
! Node: FLUSH446471
! Node: FNUM448348
! Node: FPUT449072
! Node: FPUTC450699
! Node: FRACTION452472
! Node: FREE453375
! Node: FSEEK454212
! Node: FSTAT456508
! Node: FTELL457590
! Node: GAMMA458570
! Node: GERROR459613
! Node: GETARG460334
! Node: GET_COMMAND462100
! Node: GET_COMMAND_ARGUMENT463466
! Node: GETCWD465502
! Node: GETENV466476
! Node: GET_ENVIRONMENT_VARIABLE467901
! Node: GETGID470054
! Node: GETLOG470591
! Node: GETPID471451
! Node: GETUID472181
! Node: GMTIME472697
! Node: HOSTNM474462
! Node: HUGE475380
! Node: HYPOT476101
! Node: IACHAR476921
! Node: IALL478101
! Node: IAND479578
! Node: IANY481227
! Node: IARGC482713
! Node: IBCLR483734
! Node: IBITS485060
! Node: IBSET486640
! Node: ICHAR487961
! Node: IDATE490133
! Node: IEOR491430
! Node: IERRNO492971
! Node: IMAGE_INDEX493520
! Node: INDEX intrinsic494544
! Node: INT496085
! Node: INT2497817
! Node: INT8498582
! Node: IOR499294
! Node: IPARITY500811
! Node: IRAND502335
! Node: IS_IOSTAT_END503691
! Node: IS_IOSTAT_EOR504788
! Node: ISATTY505915
! Node: ISHFT506698
! Node: ISHFTC508343
! Node: ISNAN510224
! Node: ITIME510972
! Node: KILL512267
! Node: KIND513171
! Node: LBOUND514016
! Node: LCOBOUND515349
! Node: LEADZ516479
! Node: LEN517339
! Node: LEN_TRIM518620
! Node: LGE519602
! Node: LGT521104
! Node: LINK522571
! Node: LLE523606
! Node: LLT525100
! Node: LNBLNK526560
! Node: LOC527336
! Node: LOG528067
! Node: LOG10529467
! Node: LOG_GAMMA530441
! Node: LOGICAL531530
! Node: LONG532338
! Node: LSHIFT533094
! Node: LSTAT534179
! Node: LTIME535373
! Node: MALLOC537060
! Node: MASKL538519
! Node: MASKR539282
! Node: MATMUL540048
! Node: MAX541137
! Node: MAXEXPONENT542636
! Node: MAXLOC543452
! Node: MAXVAL545471
! Node: MCLOCK547104
! Node: MCLOCK8548128
! Node: MERGE549361
! Node: MERGE_BITS550110
! Node: MIN550971
! Node: MINEXPONENT552472
! Node: MINLOC553102
! Node: MINVAL555121
! Node: MOD556773
! Node: MODULO558993
! Node: MOVE_ALLOC560293
! Node: MVBITS561322
! Node: NEAREST563046
! Node: NEW_LINE564142
! Node: NINT564913
! Node: NORM2566316
! Node: NOT567454
! Node: NULL568703
! Node: NUM_IMAGES569608
! Node: OR571318
! Node: PACK572602
! Node: PARITY574595
! Node: PERROR575810
! Node: POPCNT576431
! Node: POPPAR577302
! Node: PRECISION578353
! Node: PRESENT579239
! Node: PRODUCT580345
! Node: RADIX581870
! Node: RAN582682
! Node: RAND583138
! Node: RANDOM_NUMBER584470
! Node: RANDOM_SEED585677
! Node: RANGE588100
! Node: RANK588796
! Node: REAL589576
! Node: RENAME591534
! Node: REPEAT592553
! Node: RESHAPE593279
! Node: RRSPACING594748
! Node: RSHIFT595441
! Node: SAME_TYPE_AS596579
! Node: SCALE597409
! Node: SCAN598189
! Node: SECNDS599739
! Node: SECOND600827
! Node: SELECTED_CHAR_KIND601703
! Node: SELECTED_INT_KIND603294
! Node: SELECTED_REAL_KIND604469
! Node: SET_EXPONENT607135
! Node: SHAPE608131
! Node: SHIFTA609546
! Node: SHIFTL610507
! Node: SHIFTR611342
! Node: SIGN612178
! Node: SIGNAL613462
! Node: SIN614959
! Node: SIND616106
! Node: SINH617492
! Node: SIZE618489
! Node: SIZEOF619797
! Node: SLEEP621447
! Node: SPACING622007
! Node: SPREAD623020
! Node: SQRT624165
! Node: SRAND625519
! Node: STAT626752
! Node: STORAGE_SIZE629919
! Node: SUM630798
! Node: SYMLNK632281
! Node: SYSTEM633413
! Node: SYSTEM_CLOCK634664
! Node: TAN637491
! Node: TAND638546
! Node: TANH639620
! Node: THIS_IMAGE640778
! Node: TIME643067
! Node: TIME8644238
! Node: TINY645434
! Node: TRAILZ646034
! Node: TRANSFER646851
! Node: TRANSPOSE648885
! Node: TRIM649572
! Node: TTYNAM650429
! Node: UBOUND651344
! Node: UCOBOUND652734
! Node: UMASK653866
! Node: UNLINK654544
! Node: UNPACK655521
! Node: VERIFY656809
! Node: XOR658530
! Node: Intrinsic Modules659902
! Node: ISO_FORTRAN_ENV660191
! Node: ISO_C_BINDING664577
! Node: IEEE modules668768
! Node: OpenMP Modules OMP_LIB and OMP_LIB_KINDS669913
! Node: OpenACC Module OPENACC671462
! Node: Contributing672389
! Node: Contributors673243
! Node: Projects674910
! Node: Proposed Extensions675715
! Node: Copying677726
! Node: GNU Free Documentation License715290
! Node: Funding740433
! Node: Option Index742958
! Node: Keyword Index759914
  
  End Tag Table
diff -Nrcpad gcc-7.1.0/gcc/fortran/io.c gcc-7.2.0/gcc/fortran/io.c
*** gcc-7.1.0/gcc/fortran/io.c	Wed Mar 22 16:29:30 2017
--- gcc-7.2.0/gcc/fortran/io.c	Wed May 17 18:09:48 2017
*************** format_lex (void)
*** 491,496 ****
--- 491,501 ----
  			  token = FMT_END;
  			  break;
  			}
+ 		      if (c == '/')
+ 			{
+ 			  token = FMT_SLASH;
+ 			  break;
+ 			}
  		      if (c == delim)
  			continue;
  		      unget_char ();
*************** format_lex (void)
*** 498,503 ****
--- 503,513 ----
  		    }
  		}
  	    }
+ 	  else if (c == '/')
+ 	    {
+ 	      token = FMT_SLASH;
+ 	      break;
+ 	    }
  	  else
  	    unget_char ();
  	}
*************** format_item_1:
*** 687,740 ****
  	return false;
        goto between_desc;
  
-     case FMT_DT:
-       t = format_lex ();
-       if (t == FMT_ERROR)
- 	goto fail;
-       switch (t)
- 	{
- 	case FMT_RPAREN:
- 	  level--;
- 	  if (level < 0)
- 	    goto finished;
- 	  goto between_desc;
- 
- 	case FMT_COMMA:
- 	  goto format_item;
- 
- 	case FMT_LPAREN:
- 
-   dtio_vlist:
- 	  t = format_lex ();
- 	  if (t == FMT_ERROR)
- 	    goto fail;
- 
- 	  if (t != FMT_POSINT)
- 	    {
- 	      error = posint_required;
- 	      goto syntax;
- 	    }
- 
- 	  t = format_lex ();
- 	  if (t == FMT_ERROR)
- 	    goto fail;
- 
- 	  if (t == FMT_COMMA)
- 	    goto dtio_vlist;
- 	  if (t != FMT_RPAREN)
- 	    {
- 	      error = _("Right parenthesis expected at %C");
- 	      goto syntax;
- 	    }
- 	  goto between_desc;
- 
- 	default:
- 	  error = unexpected_element;
- 	  goto syntax;
- 	}
- 
-       goto format_item;
- 
      case FMT_SIGN:
      case FMT_BLANK:
      case FMT_DP:
--- 697,702 ----
*************** format_item_1:
*** 783,788 ****
--- 745,751 ----
      case FMT_A:
      case FMT_D:
      case FMT_H:
+     case FMT_DT:
        goto data_desc;
  
      case FMT_END:
*************** data_desc:
*** 1004,1009 ****
--- 967,1019 ----
  
        break;
  
+     case FMT_DT:
+       t = format_lex ();
+       if (t == FMT_ERROR)
+ 	goto fail;
+       switch (t)
+ 	{
+ 	case FMT_RPAREN:
+ 	  level--;
+ 	  if (level < 0)
+ 	    goto finished;
+ 	  goto between_desc;
+ 
+ 	case FMT_COMMA:
+ 	  goto format_item;
+ 
+ 	case FMT_LPAREN:
+ 
+   dtio_vlist:
+ 	  t = format_lex ();
+ 	  if (t == FMT_ERROR)
+ 	    goto fail;
+ 
+ 	  if (t != FMT_POSINT)
+ 	    {
+ 	      error = posint_required;
+ 	      goto syntax;
+ 	    }
+ 
+ 	  t = format_lex ();
+ 	  if (t == FMT_ERROR)
+ 	    goto fail;
+ 
+ 	  if (t == FMT_COMMA)
+ 	    goto dtio_vlist;
+ 	  if (t != FMT_RPAREN)
+ 	    {
+ 	      error = _("Right parenthesis expected at %C");
+ 	      goto syntax;
+ 	    }
+ 	  goto between_desc;
+ 
+ 	default:
+ 	  error = unexpected_element;
+ 	  goto syntax;
+ 	}
+       break;
+ 
      case FMT_F:
        t = format_lex ();
        if (t == FMT_ERROR)
*************** conflict:
*** 2956,2961 ****
--- 2966,2995 ----
    return MATCH_ERROR;
  }
  
+ /* Check for formatted read and write DTIO procedures.  */
+ 
+ static bool
+ dtio_procs_present (gfc_symbol *sym, io_kind k)
+ {
+   gfc_symbol *derived;
+ 
+   if (sym && sym->ts.u.derived)
+     {
+       if (sym->ts.type == BT_CLASS && CLASS_DATA (sym))
+ 	derived = CLASS_DATA (sym)->ts.u.derived;
+       else if (sym->ts.type == BT_DERIVED)
+ 	derived = sym->ts.u.derived;
+       else
+ 	return false;
+       if ((k == M_WRITE || k == M_PRINT) && 
+ 	  (gfc_find_specific_dtio_proc (derived, true, true) != NULL))
+ 	return true;
+       if ((k == M_READ) &&
+ 	  (gfc_find_specific_dtio_proc (derived, false, true) != NULL))
+ 	return true;
+     }
+   return false;
+ }
  
  /* Traverse a namelist that is part of a READ statement to make sure
     that none of the variables in the namelist are INTENT(IN).  Returns
*************** gfc_resolve_dt (gfc_dt *dt, locus *loc)
*** 3234,3240 ****
  
    /* If we are reading and have a namelist, check that all namelist symbols
       can appear in a variable definition context.  */
!   if (k == M_READ && dt->namelist)
      {
        gfc_namelist* n;
        for (n = dt->namelist->namelist; n; n = n->next)
--- 3268,3274 ----
  
    /* If we are reading and have a namelist, check that all namelist symbols
       can appear in a variable definition context.  */
!   if (dt->namelist)
      {
        gfc_namelist* n;
        for (n = dt->namelist->namelist; n; n = n->next)
*************** gfc_resolve_dt (gfc_dt *dt, locus *loc)
*** 3242,3258 ****
  	  gfc_expr* e;
  	  bool t;
  
! 	  e = gfc_get_variable_expr (gfc_find_sym_in_symtree (n->sym));
! 	  t = gfc_check_vardef_context (e, false, false, false, NULL);
! 	  gfc_free_expr (e);
  
! 	  if (!t)
  	    {
! 	      gfc_error ("NAMELIST %qs in READ statement at %L contains"
! 			 " the symbol %qs which may not appear in a"
! 			 " variable definition context",
! 			 dt->namelist->name, loc, n->sym->name);
! 	      return false;
  	    }
  	}
      }
--- 3276,3325 ----
  	  gfc_expr* e;
  	  bool t;
  
! 	  if (k == M_READ)
! 	    {
! 	      e = gfc_get_variable_expr (gfc_find_sym_in_symtree (n->sym));
! 	      t = gfc_check_vardef_context (e, false, false, false, NULL);
! 	      gfc_free_expr (e);
!     
! 	      if (!t)
! 		{
! 		  gfc_error ("NAMELIST %qs in READ statement at %L contains"
! 			     " the symbol %qs which may not appear in a"
! 			     " variable definition context",
! 			     dt->namelist->name, loc, n->sym->name);
! 		  return false;
! 		}
! 	    }
  
! 	  t = dtio_procs_present (n->sym, k);
! 
! 	  if (n->sym->ts.type == BT_CLASS && !t)
  	    {
! 	      gfc_error ("NAMELIST object %qs in namelist %qs at %L is "
! 			 "polymorphic and requires a defined input/output "
! 			 "procedure", n->sym->name, dt->namelist->name, loc);
! 	      return 1;
! 	    }
!     
! 	  if ((n->sym->ts.type == BT_DERIVED)
! 	      && (n->sym->ts.u.derived->attr.alloc_comp
! 		  || n->sym->ts.u.derived->attr.pointer_comp))
! 	    {
! 	      if (!gfc_notify_std (GFC_STD_F2003, "NAMELIST object %qs in "
! 				   "namelist %qs at %L with ALLOCATABLE "
! 				   "or POINTER components", n->sym->name,
! 				   dt->namelist->name, loc))
! 		return 1;
!     
! 	      if (!t)
! 		{
! 		  gfc_error ("NAMELIST object %qs in namelist %qs at %L has "
! 			     "ALLOCATABLE or POINTER components and thus requires "
! 			     "a defined input/output procedure", n->sym->name,
! 			     dt->namelist->name, loc);
! 		  return 1;
! 		}
  	    }
  	}
      }
diff -Nrcpad gcc-7.1.0/gcc/fortran/module.c gcc-7.2.0/gcc/fortran/module.c
*** gcc-7.1.0/gcc/fortran/module.c	Mon Apr 17 18:22:03 2017
--- gcc-7.2.0/gcc/fortran/module.c	Thu May  4 18:45:50 2017
*************** gfc_match_use (void)
*** 631,636 ****
--- 631,637 ----
  
  	case INTERFACE_USER_OP:
  	case INTERFACE_GENERIC:
+ 	case INTERFACE_DTIO:
  	  m = gfc_match (" =>");
  
  	  if (type == INTERFACE_USER_OP && m == MATCH_YES
diff -Nrcpad gcc-7.1.0/gcc/fortran/openmp.c gcc-7.2.0/gcc/fortran/openmp.c
*** gcc-7.1.0/gcc/fortran/openmp.c	Wed Mar 22 16:29:30 2017
--- gcc-7.2.0/gcc/fortran/openmp.c	Fri Jun  2 07:10:10 2017
*************** resolve_omp_clauses (gfc_code *code, gfc
*** 4374,4380 ****
  		    else
  		      resolve_oacc_data_clauses (n->sym, n->where, name);
  		  }
! 		else if (list != OMP_CLAUSE_DEPEND
  			 && n->sym->as
  			 && n->sym->as->type == AS_ASSUMED_SIZE)
  		  gfc_error ("Assumed size array %qs in %s clause at %L",
--- 4374,4380 ----
  		    else
  		      resolve_oacc_data_clauses (n->sym, n->where, name);
  		  }
! 		else if (list != OMP_LIST_DEPEND
  			 && n->sym->as
  			 && n->sym->as->type == AS_ASSUMED_SIZE)
  		  gfc_error ("Assumed size array %qs in %s clause at %L",
diff -Nrcpad gcc-7.1.0/gcc/fortran/resolve.c gcc-7.2.0/gcc/fortran/resolve.c
*** gcc-7.1.0/gcc/fortran/resolve.c	Wed Mar 22 16:29:30 2017
--- gcc-7.2.0/gcc/fortran/resolve.c	Mon Jun  5 09:31:32 2017
*************** resolve_fl_derived (gfc_symbol *sym)
*** 13835,13840 ****
--- 13835,13842 ----
  	  gfc_symbol *vtab = gfc_find_derived_vtab (data->ts.u.derived);
  	  gcc_assert (vtab);
  	  vptr->ts.u.derived = vtab->ts.u.derived;
+ 	  if (!resolve_fl_derived0 (vptr->ts.u.derived))
+ 	    return false;
  	}
      }
  
*************** resolve_fl_derived (gfc_symbol *sym)
*** 13849,13879 ****
  }
  
  
- /* Check for formatted read and write DTIO procedures.  */
- 
- static bool
- dtio_procs_present (gfc_symbol *sym)
- {
-   gfc_symbol *derived;
- 
-   if (sym->ts.type == BT_CLASS)
-     derived = CLASS_DATA (sym)->ts.u.derived;
-   else if (sym->ts.type == BT_DERIVED)
-     derived = sym->ts.u.derived;
-   else
-     return false;
- 
-   return gfc_find_specific_dtio_proc (derived, true, true) != NULL
- 	 && gfc_find_specific_dtio_proc (derived, false, true) != NULL;
- }
- 
- 
  static bool
  resolve_fl_namelist (gfc_symbol *sym)
  {
    gfc_namelist *nl;
    gfc_symbol *nlsym;
-   bool dtio;
  
    for (nl = sym->namelist; nl; nl = nl->next)
      {
--- 13851,13861 ----
*************** resolve_fl_namelist (gfc_symbol *sym)
*** 13907,13933 ****
  			      sym->name, &sym->declared_at))
  	return false;
  
-       dtio = dtio_procs_present (nl->sym);
- 
-       if (nl->sym->ts.type == BT_CLASS && !dtio)
- 	{
- 	  gfc_error ("NAMELIST object %qs in namelist %qs at %L is "
- 		     "polymorphic and requires a defined input/output "
- 		     "procedure", nl->sym->name, sym->name, &sym->declared_at);
- 	  return false;
- 	}
- 
-       if (nl->sym->ts.type == BT_DERIVED
- 	  && (nl->sym->ts.u.derived->attr.alloc_comp
- 	      || nl->sym->ts.u.derived->attr.pointer_comp))
- 	{
- 	  if (!gfc_notify_std (GFC_STD_F2003, "NAMELIST object %qs in "
- 			       "namelist %qs at %L with ALLOCATABLE "
- 			       "or POINTER components", nl->sym->name,
- 			       sym->name, &sym->declared_at))
- 	    return false;
- 	  return true;
- 	}
      }
  
    /* Reject PRIVATE objects in a PUBLIC namelist.  */
--- 13889,13894 ----
*************** resolve_fl_namelist (gfc_symbol *sym)
*** 13945,13954 ****
  	      return false;
  	    }
  
! 	  /* If the derived type has specific DTIO procedures for both read and
! 	     write then namelist objects with private components are OK.  */
! 	  if (dtio_procs_present (nl->sym))
! 	    continue;
  
  	  /* Types with private components that came here by USE-association.  */
  	  if (nl->sym->ts.type == BT_DERIVED
--- 13906,13922 ----
  	      return false;
  	    }
  
! 	  if (nl->sym->ts.type == BT_DERIVED
! 	     && (nl->sym->ts.u.derived->attr.alloc_comp
! 		 || nl->sym->ts.u.derived->attr.pointer_comp))
! 	   {
! 	     if (!gfc_notify_std (GFC_STD_F2003, "NAMELIST object %qs in "
! 				  "namelist %qs at %L with ALLOCATABLE "
! 				  "or POINTER components", nl->sym->name,
! 				  sym->name, &sym->declared_at))
! 	       return false;
! 	     return true;
! 	   }
  
  	  /* Types with private components that came here by USE-association.  */
  	  if (nl->sym->ts.type == BT_DERIVED
diff -Nrcpad gcc-7.1.0/gcc/fortran/trans-expr.c gcc-7.2.0/gcc/fortran/trans-expr.c
*** gcc-7.1.0/gcc/fortran/trans-expr.c	Sun Mar  5 11:35:47 2017
--- gcc-7.2.0/gcc/fortran/trans-expr.c	Fri Jun  9 17:45:53 2017
*************** gfc_conv_procedure_call (gfc_se * se, gf
*** 5454,5459 ****
--- 5454,5469 ----
  	      if (fsym && fsym->attr.allocatable
  		  && fsym->attr.intent == INTENT_OUT)
  		{
+ 		  if (fsym->ts.type == BT_DERIVED
+ 		      && fsym->ts.u.derived->attr.alloc_comp)
+ 		  {
+ 		    // deallocate the components first
+ 		    tmp = gfc_deallocate_alloc_comp (fsym->ts.u.derived,
+ 						     parmse.expr, e->rank);
+ 		    if (tmp != NULL_TREE)
+ 		      gfc_add_expr_to_block (&se->pre, tmp);
+ 		  }
+ 
  		  tmp = build_fold_indirect_ref_loc (input_location,
  						     parmse.expr);
  		  if (GFC_DESCRIPTOR_TYPE_P (TREE_TYPE (tmp)))
*************** gfc_conv_procedure_call (gfc_se * se, gf
*** 6122,6128 ****
       after use. This necessitates the creation of a temporary to
       hold the result to prevent duplicate calls.  */
    if (!byref && sym->ts.type != BT_CHARACTER
!       && sym->attr.allocatable && !sym->attr.dimension)
      {
        tmp = gfc_create_var (TREE_TYPE (se->expr), NULL);
        gfc_add_modify (&se->pre, tmp, se->expr);
--- 6132,6138 ----
       after use. This necessitates the creation of a temporary to
       hold the result to prevent duplicate calls.  */
    if (!byref && sym->ts.type != BT_CHARACTER
!       && sym->attr.allocatable && !sym->attr.dimension && !comp)
      {
        tmp = gfc_create_var (TREE_TYPE (se->expr), NULL);
        gfc_add_modify (&se->pre, tmp, se->expr);
diff -Nrcpad gcc-7.1.0/gcc/fortran/trans-io.c gcc-7.2.0/gcc/fortran/trans-io.c
*** gcc-7.1.0/gcc/fortran/trans-io.c	Tue Mar 28 17:01:05 2017
--- gcc-7.2.0/gcc/fortran/trans-io.c	Tue May 23 22:05:56 2017
*************** nml_get_addr_expr (gfc_symbol * sym, gfc
*** 1613,1618 ****
--- 1613,1622 ----
      tmp = fold_build3_loc (input_location, COMPONENT_REF, TREE_TYPE (tmp),
  			   base_addr, tmp, NULL_TREE);
  
+   if (GFC_CLASS_TYPE_P (TREE_TYPE (tmp))
+       && GFC_DESCRIPTOR_TYPE_P (TREE_TYPE (gfc_class_data_get (tmp))))
+     tmp = gfc_class_data_get (tmp);
+ 
    if (GFC_DESCRIPTOR_TYPE_P (TREE_TYPE (tmp)))
      tmp = gfc_conv_array_data (tmp);
    else
*************** transfer_namelist_element (stmtblock_t *
*** 1670,1677 ****
  
    /* Build ts, as and data address using symbol or component.  */
  
!   ts = (sym) ? &sym->ts : &c->ts;
!   as = (sym) ? sym->as : c->as;
  
    addr_expr = nml_get_addr_expr (sym, c, base_addr);
  
--- 1674,1685 ----
  
    /* Build ts, as and data address using symbol or component.  */
  
!   ts = sym ? &sym->ts : &c->ts;
! 
!   if (ts->type != BT_CLASS)
!     as = sym ? sym->as : c->as;
!   else
!     as = sym ? CLASS_DATA (sym)->as : CLASS_DATA (c)->as;
  
    addr_expr = nml_get_addr_expr (sym, c, base_addr);
  
*************** transfer_namelist_element (stmtblock_t *
*** 1680,1688 ****
  
    if (rank)
      {
!       decl = (sym) ? sym->backend_decl : c->backend_decl;
        if (sym && sym->attr.dummy)
          decl = build_fold_indirect_ref_loc (input_location, decl);
        dt =  TREE_TYPE (decl);
        dtype = gfc_get_dtype (dt);
      }
--- 1688,1699 ----
  
    if (rank)
      {
!       decl = sym ? sym->backend_decl : c->backend_decl;
        if (sym && sym->attr.dummy)
          decl = build_fold_indirect_ref_loc (input_location, decl);
+ 
+       if (ts->type == BT_CLASS)
+ 	decl = gfc_class_data_get (decl);
        dt =  TREE_TYPE (decl);
        dtype = gfc_get_dtype (dt);
      }
*************** transfer_namelist_element (stmtblock_t *
*** 1756,1762 ****
    else
      tmp = build_int_cst (gfc_charlen_type_node, 0);
  
!   if (dtio_proc == NULL_TREE)
      tmp = build_call_expr_loc (input_location,
  			   iocall[IOCALL_SET_NML_VAL], 6,
  			   dt_parm_addr, addr_expr, string,
--- 1767,1773 ----
    else
      tmp = build_int_cst (gfc_charlen_type_node, 0);
  
!   if (dtio_proc == null_pointer_node)
      tmp = build_call_expr_loc (input_location,
  			   iocall[IOCALL_SET_NML_VAL], 6,
  			   dt_parm_addr, addr_expr, string,
diff -Nrcpad gcc-7.1.0/gcc/fortran/trans-types.c gcc-7.2.0/gcc/fortran/trans-types.c
*** gcc-7.1.0/gcc/fortran/trans-types.c	Tue Feb  7 21:28:08 2017
--- gcc-7.2.0/gcc/fortran/trans-types.c	Fri May  5 20:09:20 2017
*************** gfc_get_derived_type (gfc_symbol * deriv
*** 2617,2625 ****
  	 the same as derived, by forcing the procedure pointer component to
  	 be built as if the explicit interface does not exist.  */
        if (c->attr.proc_pointer
! 	  && ((c->ts.type != BT_DERIVED && c->ts.type != BT_CLASS)
! 	       || (c->ts.u.derived
! 		   && !gfc_compare_derived_types (derived, c->ts.u.derived))))
  	field_type = gfc_get_ppc_type (c);
        else if (c->attr.proc_pointer && derived->backend_decl)
  	{
--- 2617,2626 ----
  	 the same as derived, by forcing the procedure pointer component to
  	 be built as if the explicit interface does not exist.  */
        if (c->attr.proc_pointer
! 	  && (c->ts.type != BT_DERIVED || (c->ts.u.derived
! 		    && !gfc_compare_derived_types (derived, c->ts.u.derived)))
! 	  && (c->ts.type != BT_CLASS || (CLASS_DATA (c)->ts.u.derived
! 		    && !gfc_compare_derived_types (derived, CLASS_DATA (c)->ts.u.derived))))
  	field_type = gfc_get_ppc_type (c);
        else if (c->attr.proc_pointer && derived->backend_decl)
  	{
diff -Nrcpad gcc-7.1.0/gcc/function.c gcc-7.2.0/gcc/function.c
*** gcc-7.1.0/gcc/function.c	Fri Jan 13 12:56:54 2017
--- gcc-7.2.0/gcc/function.c	Tue Aug  8 13:21:12 2017
*************** expand_function_start (tree subr)
*** 5263,5268 ****
--- 5263,5278 ----
  	}
      }
  
+   /* The following was moved from init_function_start.
+      The move is supposed to make sdb output more accurate.  */
+   /* Indicate the beginning of the function body,
+      as opposed to parm setup.  */
+   emit_note (NOTE_INSN_FUNCTION_BEG);
+ 
+   gcc_assert (NOTE_P (get_last_insn ()));
+ 
+   parm_birth_insn = get_last_insn ();
+ 
    /* If the function receives a non-local goto, then store the
       bits we need to restore the frame pointer.  */
    if (cfun->nonlocal_goto_save_area)
*************** expand_function_start (tree subr)
*** 5284,5299 ****
        update_nonlocal_goto_save_area ();
      }
  
-   /* The following was moved from init_function_start.
-      The move is supposed to make sdb output more accurate.  */
-   /* Indicate the beginning of the function body,
-      as opposed to parm setup.  */
-   emit_note (NOTE_INSN_FUNCTION_BEG);
- 
-   gcc_assert (NOTE_P (get_last_insn ()));
- 
-   parm_birth_insn = get_last_insn ();
- 
    if (crtl->profile)
      {
  #ifdef PROFILE_HOOK
--- 5294,5299 ----
*************** thread_prologue_and_epilogue_insns (void
*** 6057,6073 ****
  
    if (split_prologue_seq || prologue_seq)
      {
        if (split_prologue_seq)
! 	insert_insn_on_edge (split_prologue_seq, orig_entry_edge);
  
        if (prologue_seq)
! 	insert_insn_on_edge (prologue_seq, entry_edge);
  
        commit_edge_insertions ();
  
        /* Look for basic blocks within the prologue insns.  */
        auto_sbitmap blocks (last_basic_block_for_fn (cfun));
        bitmap_clear (blocks);
        bitmap_set_bit (blocks, entry_edge->dest->index);
        bitmap_set_bit (blocks, orig_entry_edge->dest->index);
        find_many_sub_basic_blocks (blocks);
--- 6057,6094 ----
  
    if (split_prologue_seq || prologue_seq)
      {
+       rtx_insn *split_prologue_insn = split_prologue_seq;
        if (split_prologue_seq)
! 	{
! 	  while (split_prologue_insn && !NONDEBUG_INSN_P (split_prologue_insn))
! 	    split_prologue_insn = NEXT_INSN (split_prologue_insn);
! 	  insert_insn_on_edge (split_prologue_seq, orig_entry_edge);
! 	}
  
+       rtx_insn *prologue_insn = prologue_seq;
        if (prologue_seq)
! 	{
! 	  while (prologue_insn && !NONDEBUG_INSN_P (prologue_insn))
! 	    prologue_insn = NEXT_INSN (prologue_insn);
! 	  insert_insn_on_edge (prologue_seq, entry_edge);
! 	}
  
        commit_edge_insertions ();
  
        /* Look for basic blocks within the prologue insns.  */
+       if (split_prologue_insn
+ 	  && BLOCK_FOR_INSN (split_prologue_insn) == NULL)
+ 	split_prologue_insn = NULL;
+       if (prologue_insn
+ 	  && BLOCK_FOR_INSN (prologue_insn) == NULL)
+ 	prologue_insn = NULL;
        auto_sbitmap blocks (last_basic_block_for_fn (cfun));
        bitmap_clear (blocks);
+       if (split_prologue_insn)
+ 	bitmap_set_bit (blocks,
+ 			BLOCK_FOR_INSN (split_prologue_insn)->index);
+       if (prologue_insn)
+ 	bitmap_set_bit (blocks, BLOCK_FOR_INSN (prologue_insn)->index);
        bitmap_set_bit (blocks, entry_edge->dest->index);
        bitmap_set_bit (blocks, orig_entry_edge->dest->index);
        find_many_sub_basic_blocks (blocks);
diff -Nrcpad gcc-7.1.0/gcc/gcc.c gcc-7.2.0/gcc/gcc.c
*** gcc-7.1.0/gcc/gcc.c	Tue Jan 17 09:38:48 2017
--- gcc-7.2.0/gcc/gcc.c	Thu Jun 22 11:38:56 2017
*************** process_command (unsigned int decoded_op
*** 4472,4477 ****
--- 4472,4480 ----
  		       output_file);
      }
  
+   if (output_file != NULL && output_file[0] == '\0')
+     fatal_error (input_location, "output filename may not be empty");
+ 
    /* If -save-temps=obj and -o name, create the prefix to use for %b.
       Otherwise just make -save-temps=obj the same as -save-temps=cwd.  */
    if (save_temps_flag == SAVE_TEMPS_OBJ && save_temps_prefix != NULL)
diff -Nrcpad gcc-7.1.0/gcc/gcov-dump.c gcc-7.2.0/gcc/gcov-dump.c
*** gcc-7.1.0/gcc/gcov-dump.c	Fri Mar 17 12:14:50 2017
--- gcc-7.2.0/gcc/gcov-dump.c	Thu Jun 22 11:37:38 2017
*************** print_usage (void)
*** 132,140 ****
    printf ("Usage: gcov-dump [OPTION] ... gcovfiles\n");
    printf ("Print coverage file contents\n");
    printf ("  -h, --help           Print this help\n");
-   printf ("  -v, --version        Print version number\n");
    printf ("  -l, --long           Dump record contents too\n");
    printf ("  -p, --positions      Dump record positions\n");
    printf ("  -w, --working-sets   Dump working set computed from summary\n");
    printf ("\nFor bug reporting instructions, please see:\n%s.\n",
  	   bug_report_url);
--- 132,140 ----
    printf ("Usage: gcov-dump [OPTION] ... gcovfiles\n");
    printf ("Print coverage file contents\n");
    printf ("  -h, --help           Print this help\n");
    printf ("  -l, --long           Dump record contents too\n");
    printf ("  -p, --positions      Dump record positions\n");
+   printf ("  -v, --version        Print version number\n");
    printf ("  -w, --working-sets   Dump working set computed from summary\n");
    printf ("\nFor bug reporting instructions, please see:\n%s.\n",
  	   bug_report_url);
diff -Nrcpad gcc-7.1.0/gcc/gcov-tool.c gcc-7.2.0/gcc/gcov-tool.c
*** gcc-7.1.0/gcc/gcov-tool.c	Tue Apr 18 07:24:20 2017
--- gcc-7.2.0/gcc/gcov-tool.c	Thu Jun 22 11:37:38 2017
*************** print_merge_usage_message (int error_p)
*** 173,180 ****
    FILE *file = error_p ? stderr : stdout;
  
    fnotice (file, "  merge [options] <dir1> <dir2>         Merge coverage file contents\n");
-   fnotice (file, "    -v, --verbose                       Verbose mode\n");
    fnotice (file, "    -o, --output <dir>                  Output directory\n");
    fnotice (file, "    -w, --weight <w1,w2>                Set weights (float point values)\n");
  }
  
--- 173,180 ----
    FILE *file = error_p ? stderr : stdout;
  
    fnotice (file, "  merge [options] <dir1> <dir2>         Merge coverage file contents\n");
    fnotice (file, "    -o, --output <dir>                  Output directory\n");
+   fnotice (file, "    -v, --verbose                       Verbose mode\n");
    fnotice (file, "    -w, --weight <w1,w2>                Set weights (float point values)\n");
  }
  
*************** print_rewrite_usage_message (int error_p
*** 267,276 ****
    FILE *file = error_p ? stderr : stdout;
  
    fnotice (file, "  rewrite [options] <dir>               Rewrite coverage file contents\n");
!   fnotice (file, "    -v, --verbose                       Verbose mode\n");
    fnotice (file, "    -o, --output <dir>                  Output directory\n");
    fnotice (file, "    -s, --scale <float or simple-frac>  Scale the profile counters\n");
!   fnotice (file, "    -n, --normalize <int64_t>           Normalize the profile\n");
  }
  
  static const struct option rewrite_options[] =
--- 267,276 ----
    FILE *file = error_p ? stderr : stdout;
  
    fnotice (file, "  rewrite [options] <dir>               Rewrite coverage file contents\n");
!   fnotice (file, "    -n, --normalize <int64_t>           Normalize the profile\n");
    fnotice (file, "    -o, --output <dir>                  Output directory\n");
    fnotice (file, "    -s, --scale <float or simple-frac>  Scale the profile counters\n");
!   fnotice (file, "    -v, --verbose                       Verbose mode\n");
  }
  
  static const struct option rewrite_options[] =
*************** print_overlap_usage_message (int error_p
*** 417,428 ****
    FILE *file = error_p ? stderr : stdout;
  
    fnotice (file, "  overlap [options] <dir1> <dir2>       Compute the overlap of two profiles\n");
-   fnotice (file, "    -v, --verbose                       Verbose mode\n");
-   fnotice (file, "    -h, --hotonly                       Only print info for hot objects/functions\n");
    fnotice (file, "    -f, --function                      Print function level info\n");
    fnotice (file, "    -F, --fullname                      Print full filename\n");
    fnotice (file, "    -o, --object                        Print object level info\n");
    fnotice (file, "    -t <float>, --hot_threshold <float> Set the threshold for hotness\n");
  
  }
  
--- 417,428 ----
    FILE *file = error_p ? stderr : stdout;
  
    fnotice (file, "  overlap [options] <dir1> <dir2>       Compute the overlap of two profiles\n");
    fnotice (file, "    -f, --function                      Print function level info\n");
    fnotice (file, "    -F, --fullname                      Print full filename\n");
+   fnotice (file, "    -h, --hotonly                       Only print info for hot objects/functions\n");
    fnotice (file, "    -o, --object                        Print object level info\n");
    fnotice (file, "    -t <float>, --hot_threshold <float> Set the threshold for hotness\n");
+   fnotice (file, "    -v, --verbose                       Verbose mode\n");
  
  }
  
diff -Nrcpad gcc-7.1.0/gcc/gcov.c gcc-7.2.0/gcc/gcov.c
*** gcc-7.1.0/gcc/gcov.c	Mon Apr 10 11:37:14 2017
--- gcc-7.2.0/gcc/gcov.c	Tue Aug  1 14:49:54 2017
*************** unblock (const block_t *u, block_vector_
*** 499,511 ****
    unsigned index = it - blocked.begin ();
    blocked.erase (it);
  
!   for (block_vector_t::iterator it2 = block_lists[index].begin ();
!        it2 != block_lists[index].end (); it2++)
!     unblock (*it2, blocked, block_lists);
!   for (unsigned j = 0; j < block_lists[index].size (); j++)
!     unblock (u, blocked, block_lists);
  
    block_lists.erase (block_lists.begin () + index);
  }
  
  /* Find circuit going to block V, PATH is provisional seen cycle.
--- 499,511 ----
    unsigned index = it - blocked.begin ();
    blocked.erase (it);
  
!   block_vector_t to_unblock (block_lists[index]);
  
    block_lists.erase (block_lists.begin () + index);
+ 
+   for (block_vector_t::iterator it = to_unblock.begin ();
+        it != to_unblock.end (); it++)
+     unblock (*it, blocked, block_lists);
  }
  
  /* Find circuit going to block V, PATH is provisional seen cycle.
*************** print_usage (int error_p)
*** 655,667 ****
  
    fnotice (file, "Usage: gcov [OPTION...] SOURCE|OBJ...\n\n");
    fnotice (file, "Print code coverage information.\n\n");
-   fnotice (file, "  -h, --help                      Print this help, then exit\n");
    fnotice (file, "  -a, --all-blocks                Show information for every basic block\n");
    fnotice (file, "  -b, --branch-probabilities      Include branch probabilities in output\n");
    fnotice (file, "  -c, --branch-counts             Output counts of branches taken\n\
                                      rather than percentages\n");
    fnotice (file, "  -d, --display-progress          Display progress information\n");
    fnotice (file, "  -f, --function-summaries        Output summaries for each function\n");
    fnotice (file, "  -i, --intermediate-format       Output .gcov file in intermediate text format\n");
    fnotice (file, "  -l, --long-file-names           Use long output file names for included\n\
                                      source files\n");
--- 655,667 ----
  
    fnotice (file, "Usage: gcov [OPTION...] SOURCE|OBJ...\n\n");
    fnotice (file, "Print code coverage information.\n\n");
    fnotice (file, "  -a, --all-blocks                Show information for every basic block\n");
    fnotice (file, "  -b, --branch-probabilities      Include branch probabilities in output\n");
    fnotice (file, "  -c, --branch-counts             Output counts of branches taken\n\
                                      rather than percentages\n");
    fnotice (file, "  -d, --display-progress          Display progress information\n");
    fnotice (file, "  -f, --function-summaries        Output summaries for each function\n");
+   fnotice (file, "  -h, --help                      Print this help, then exit\n");
    fnotice (file, "  -i, --intermediate-format       Output .gcov file in intermediate text format\n");
    fnotice (file, "  -l, --long-file-names           Use long output file names for included\n\
                                      source files\n");
*************** format_gcov (gcov_type top, gcov_type bo
*** 1959,1964 ****
--- 1959,1971 ----
  {
    static char buffer[20];
  
+   /* Handle invalid values that would result in a misleading value.  */
+   if (bottom != 0 && top > bottom && dp >= 0)
+     {
+       sprintf (buffer, "NAN %%");
+       return buffer;
+     }
+ 
    if (dp >= 0)
      {
        float ratio = bottom ? (float)top / bottom : 0;
diff -Nrcpad gcc-7.1.0/gcc/gengtype-lex.c gcc-7.2.0/gcc/gengtype-lex.c
*** gcc-7.1.0/gcc/gengtype-lex.c	Tue May  2 12:47:29 2017
--- gcc-7.2.0/gcc/gengtype-lex.c	Mon Aug 14 08:05:16 2017
***************
*** 9,16 ****
  
  #define FLEX_SCANNER
  #define YY_FLEX_MAJOR_VERSION 2
! #define YY_FLEX_MINOR_VERSION 6
! #define YY_FLEX_SUBMINOR_VERSION 0
  #if YY_FLEX_SUBMINOR_VERSION > 0
  #define FLEX_BETA
  #endif
--- 9,16 ----
  
  #define FLEX_SCANNER
  #define YY_FLEX_MAJOR_VERSION 2
! #define YY_FLEX_MINOR_VERSION 5
! #define YY_FLEX_SUBMINOR_VERSION 37
  #if YY_FLEX_SUBMINOR_VERSION > 0
  #define FLEX_BETA
  #endif
*************** typedef unsigned int flex_uint32_t;
*** 143,157 ****
  
  /* Size of default input buffer. */
  #ifndef YY_BUF_SIZE
- #ifdef __ia64__
- /* On IA-64, the buffer size is 16k, not 8k.
-  * Moreover, YY_BUF_SIZE is 2*YY_READ_BUF_SIZE in the general case.
-  * Ditto for the __ia64__ case accordingly.
-  */
- #define YY_BUF_SIZE 32768
- #else
  #define YY_BUF_SIZE 16384
- #endif /* __ia64__ */
  #endif
  
  /* The state buf must be large enough to hold one state per character in the main buffer.
--- 143,149 ----
*************** extern FILE *yyin, *yyout;
*** 177,190 ****
  #define EOB_ACT_LAST_MATCH 2
  
      #define YY_LESS_LINENO(n)
-     #define YY_LINENO_REWIND_TO(ptr)
      
  /* Return all but the first "n" matched characters back to the input stream. */
  #define yyless(n) \
  	do \
  		{ \
  		/* Undo effects of setting up yytext. */ \
!         yy_size_t yyless_macro_arg = (n); \
          YY_LESS_LINENO(yyless_macro_arg);\
  		*yy_cp = (yy_hold_char); \
  		YY_RESTORE_YY_MORE_OFFSET \
--- 169,181 ----
  #define EOB_ACT_LAST_MATCH 2
  
      #define YY_LESS_LINENO(n)
      
  /* Return all but the first "n" matched characters back to the input stream. */
  #define yyless(n) \
  	do \
  		{ \
  		/* Undo effects of setting up yytext. */ \
!         int yyless_macro_arg = (n); \
          YY_LESS_LINENO(yyless_macro_arg);\
  		*yy_cp = (yy_hold_char); \
  		YY_RESTORE_YY_MORE_OFFSET \
*************** struct yy_buffer_state
*** 207,218 ****
  	/* Size of input buffer in bytes, not including room for EOB
  	 * characters.
  	 */
! 	yy_size_t yy_buf_size;
  
  	/* Number of characters read into yy_ch_buf, not including EOB
  	 * characters.
  	 */
! 	yy_size_t yy_n_chars;
  
  	/* Whether we "own" the buffer - i.e., we know we created it,
  	 * and can realloc() it to grow it, and should free() it to
--- 198,209 ----
  	/* Size of input buffer in bytes, not including room for EOB
  	 * characters.
  	 */
! 	int yy_buf_size;
  
  	/* Number of characters read into yy_ch_buf, not including EOB
  	 * characters.
  	 */
! 	int yy_n_chars;
  
  	/* Whether we "own" the buffer - i.e., we know we created it,
  	 * and can realloc() it to grow it, and should free() it to
*************** static YY_BUFFER_STATE * yy_buffer_stack
*** 282,288 ****
  
  /* yy_hold_char holds the character lost when yytext is formed. */
  static char yy_hold_char;
! static yy_size_t yy_n_chars;		/* number of characters read into yy_ch_buf */
  yy_size_t yyleng;
  
  /* Points to current character in buffer. */
--- 273,279 ----
  
  /* yy_hold_char holds the character lost when yytext is formed. */
  static char yy_hold_char;
! static int yy_n_chars;		/* number of characters read into yy_ch_buf */
  yy_size_t yyleng;
  
  /* Points to current character in buffer. */
*************** void yyfree (void *  );
*** 343,349 ****
  
  /* Begin user sect3 */
  
! #define yywrap() (/*CONSTCOND*/1)
  #define YY_SKIP_YYWRAP
  
  typedef unsigned char YY_CHAR;
--- 334,340 ----
  
  /* Begin user sect3 */
  
! #define yywrap() 1
  #define YY_SKIP_YYWRAP
  
  typedef unsigned char YY_CHAR;
*************** extern int yylineno;
*** 357,373 ****
  int yylineno = 1;
  
  extern char *yytext;
- #ifdef yytext_ptr
- #undef yytext_ptr
- #endif
  #define yytext_ptr yytext
  
  static yy_state_type yy_get_previous_state (void );
  static yy_state_type yy_try_NUL_trans (yy_state_type current_state  );
  static int yy_get_next_buffer (void );
- #if defined(__GNUC__) && __GNUC__ >= 3
- __attribute__((__noreturn__))
- #endif
  static void yy_fatal_error (yyconst char msg[]  );
  
  /* Done after the current pattern has been matched and before the
--- 348,358 ----
*************** static void yy_fatal_error (yyconst char
*** 375,381 ****
   */
  #define YY_DO_BEFORE_ACTION \
  	(yytext_ptr) = yy_bp; \
! 	yyleng = (size_t) (yy_cp - yy_bp); \
  	(yy_hold_char) = *yy_cp; \
  	*yy_cp = '\0'; \
  	(yy_c_buf_p) = yy_cp;
--- 360,366 ----
   */
  #define YY_DO_BEFORE_ACTION \
  	(yytext_ptr) = yy_bp; \
! 	yyleng = (int) (yy_cp - yy_bp); \
  	(yy_hold_char) = *yy_cp; \
  	*yy_cp = '\0'; \
  	(yy_c_buf_p) = yy_cp;
*************** static yyconst flex_int16_t yy_accept[56
*** 454,460 ****
          0,   45,    0,    0,    0,    0,    0,    0,    0,    0
      } ;
  
! static yyconst YY_CHAR yy_ec[256] =
      {   0,
          1,    1,    1,    1,    1,    1,    1,    1,    2,    3,
          2,    2,    2,    1,    1,    1,    1,    1,    1,    1,
--- 439,445 ----
          0,   45,    0,    0,    0,    0,    0,    0,    0,    0
      } ;
  
! static yyconst flex_int32_t yy_ec[256] =
      {   0,
          1,    1,    1,    1,    1,    1,    1,    1,    2,    3,
          2,    2,    2,    1,    1,    1,    1,    1,    1,    1,
*************** static yyconst YY_CHAR yy_ec[256] =
*** 486,492 ****
          1,    1,    1,    1,    1
      } ;
  
! static yyconst YY_CHAR yy_meta[68] =
      {   0,
          1,    2,    3,    1,    1,    1,    1,    1,    1,    4,
          5,    1,    1,    6,    6,    7,    8,    9,    9,    9,
--- 471,477 ----
          1,    1,    1,    1,    1
      } ;
  
! static yyconst flex_int32_t yy_meta[68] =
      {   0,
          1,    2,    3,    1,    1,    1,    1,    1,    1,    4,
          5,    1,    1,    6,    6,    7,    8,    9,    9,    9,
*************** static yyconst YY_CHAR yy_meta[68] =
*** 497,503 ****
         11,   11,   11,   11,   11,   11,    1
      } ;
  
! static yyconst flex_uint16_t yy_base[608] =
      {   0,
          0,   67,  134,   16,   16,   17,   18,   20, 1232, 2403,
       2403,   19, 1191,   19,   31,   41,   43,   32,   33,   34,
--- 482,488 ----
         11,   11,   11,   11,   11,   11,    1
      } ;
  
! static yyconst flex_int16_t yy_base[608] =
      {   0,
          0,   67,  134,   16,   16,   17,   18,   20, 1232, 2403,
       2403,   19, 1191,   19,   31,   41,   43,   32,   33,   34,
*************** static yyconst flex_int16_t yy_def[608]
*** 639,645 ****
        560,  560,  560,  560,  560,  560,  560
      } ;
  
! static yyconst flex_uint16_t yy_nxt[2471] =
      {   0,
         10,   10,   11,   10,   12,   10,   10,   13,   10,   10,
         10,   10,   14,   10,   10,   10,   10,   56,   59,   59,
--- 624,630 ----
        560,  560,  560,  560,  560,  560,  560
      } ;
  
! static yyconst flex_int16_t yy_nxt[2471] =
      {   0,
         10,   10,   11,   10,   12,   10,   10,   13,   10,   10,
         10,   10,   14,   10,   10,   10,   10,   56,   59,   59,
*************** int yy_flex_debug = 0;
*** 1203,1209 ****
  #define YY_MORE_ADJ 0
  #define YY_RESTORE_YY_MORE_OFFSET
  char *yytext;
! #line 1 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  /* -*- indented-text -*- */
  /* Process source files and output type information.
     Copyright (C) 2002-2017 Free Software Foundation, Inc.
--- 1188,1194 ----
  #define YY_MORE_ADJ 0
  #define YY_RESTORE_YY_MORE_OFFSET
  char *yytext;
! #line 1 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  /* -*- indented-text -*- */
  /* Process source files and output type information.
     Copyright (C) 2002-2017 Free Software Foundation, Inc.
*************** You should have received a copy of the G
*** 1224,1230 ****
  along with GCC; see the file COPYING3.  If not see
  <http://www.gnu.org/licenses/>.  */
  #define YY_NO_INPUT 1
! #line 24 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  #ifdef HOST_GENERATOR_FILE
  #include "config.h"
  #define GENERATOR_FILE 1
--- 1209,1215 ----
  along with GCC; see the file COPYING3.  If not see
  <http://www.gnu.org/licenses/>.  */
  #define YY_NO_INPUT 1
! #line 24 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  #ifdef HOST_GENERATOR_FILE
  #include "config.h"
  #define GENERATOR_FILE 1
*************** update_lineno (const char *l, size_t len
*** 1254,1260 ****
  
  /* Include '::' in identifiers to capture C++ scope qualifiers.  */
  
! #line 1257 "gengtype-lex.c"
  
  #define INITIAL 0
  #define in_struct 1
--- 1239,1245 ----
  
  /* Include '::' in identifiers to capture C++ scope qualifiers.  */
  
! #line 1242 "gengtype-lex.c"
  
  #define INITIAL 0
  #define in_struct 1
*************** void yyset_extra (YY_EXTRA_TYPE user_def
*** 1290,1300 ****
  
  FILE *yyget_in (void );
  
! void yyset_in  (FILE * _in_str  );
  
  FILE *yyget_out (void );
  
! void yyset_out  (FILE * _out_str  );
  
  yy_size_t yyget_leng (void );
  
--- 1275,1285 ----
  
  FILE *yyget_in (void );
  
! void yyset_in  (FILE * in_str  );
  
  FILE *yyget_out (void );
  
! void yyset_out  (FILE * out_str  );
  
  yy_size_t yyget_leng (void );
  
*************** char *yyget_text (void );
*** 1302,1308 ****
  
  int yyget_lineno (void );
  
! void yyset_lineno (int _line_number  );
  
  /* Macros after this point can all be overridden by user definitions in
   * section 1.
--- 1287,1293 ----
  
  int yyget_lineno (void );
  
! void yyset_lineno (int line_number  );
  
  /* Macros after this point can all be overridden by user definitions in
   * section 1.
*************** extern int yywrap (void );
*** 1316,1325 ****
  #endif
  #endif
  
- #ifndef YY_NO_UNPUT
-     
- #endif
- 
  #ifndef yytext_ptr
  static void yy_flex_strncpy (char *,yyconst char *,int );
  #endif
--- 1301,1306 ----
*************** static int input (void );
*** 1340,1351 ****
  
  /* Amount of stuff to slurp up with each read. */
  #ifndef YY_READ_BUF_SIZE
- #ifdef __ia64__
- /* On IA-64, the buffer size is 16k, not 8k */
- #define YY_READ_BUF_SIZE 16384
- #else
  #define YY_READ_BUF_SIZE 8192
- #endif /* __ia64__ */
  #endif
  
  /* Copy whatever the last rule matched to the standard output. */
--- 1321,1327 ----
*************** static int input (void );
*** 1377,1383 ****
  	else \
  		{ \
  		errno=0; \
! 		while ( (result = fread(buf, 1, max_size, yyin))==0 && ferror(yyin)) \
  			{ \
  			if( errno != EINTR) \
  				{ \
--- 1353,1359 ----
  	else \
  		{ \
  		errno=0; \
! 		while ( (result = (int) fread(buf, 1, max_size, yyin))==0 && ferror(yyin)) \
  			{ \
  			if( errno != EINTR) \
  				{ \
*************** extern int yylex (void);
*** 1432,1438 ****
  
  /* Code executed at the end of each rule. */
  #ifndef YY_BREAK
! #define YY_BREAK /*LINTED*/break;
  #endif
  
  #define YY_RULE_SETUP \
--- 1408,1414 ----
  
  /* Code executed at the end of each rule. */
  #ifndef YY_BREAK
! #define YY_BREAK break;
  #endif
  
  #define YY_RULE_SETUP \
*************** extern int yylex (void);
*** 1445,1454 ****
   */
  YY_DECL
  {
! 	yy_state_type yy_current_state;
! 	char *yy_cp, *yy_bp;
! 	int yy_act;
      
  	if ( !(yy_init) )
  		{
  		(yy_init) = 1;
--- 1421,1443 ----
   */
  YY_DECL
  {
! 	register yy_state_type yy_current_state;
! 	register char *yy_cp, *yy_bp;
! 	register int yy_act;
      
+ #line 66 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
+ 
+   /* Do this on entry to yylex():  */
+   *yylval = 0;
+   if (lexer_toplevel_done)
+     {
+       BEGIN(INITIAL);
+       lexer_toplevel_done = 0;
+     }
+ 
+   /* Things we look for in skipping mode: */
+ #line 1439 "gengtype-lex.c"
+ 
  	if ( !(yy_init) )
  		{
  		(yy_init) = 1;
*************** YY_DECL
*** 1475,1495 ****
  		yy_load_buffer_state( );
  		}
  
! 	{
! #line 66 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
! 
!   /* Do this on entry to yylex():  */
!   *yylval = 0;
!   if (lexer_toplevel_done)
!     {
!       BEGIN(INITIAL);
!       lexer_toplevel_done = 0;
!     }
! 
!   /* Things we look for in skipping mode: */
! #line 1490 "gengtype-lex.c"
! 
! 	while ( /*CONSTCOND*/1 )		/* loops until end-of-file is reached */
  		{
  		yy_cp = (yy_c_buf_p);
  
--- 1464,1470 ----
  		yy_load_buffer_state( );
  		}
  
! 	while ( 1 )		/* loops until end-of-file is reached */
  		{
  		yy_cp = (yy_c_buf_p);
  
*************** YY_DECL
*** 1506,1512 ****
  yy_match:
  		do
  			{
! 			YY_CHAR yy_c = yy_ec[YY_SC_TO_UI(*yy_cp)] ;
  			if ( yy_accept[yy_current_state] )
  				{
  				(yy_last_accepting_state) = yy_current_state;
--- 1481,1487 ----
  yy_match:
  		do
  			{
! 			register YY_CHAR yy_c = yy_ec[YY_SC_TO_UI(*yy_cp)];
  			if ( yy_accept[yy_current_state] )
  				{
  				(yy_last_accepting_state) = yy_current_state;
*************** yy_match:
*** 1518,1524 ****
  				if ( yy_current_state >= 561 )
  					yy_c = yy_meta[(unsigned int) yy_c];
  				}
! 			yy_current_state = yy_nxt[yy_base[yy_current_state] + (unsigned int) yy_c];
  			++yy_cp;
  			}
  		while ( yy_current_state != 560 );
--- 1493,1499 ----
  				if ( yy_current_state >= 561 )
  					yy_c = yy_meta[(unsigned int) yy_c];
  				}
! 			yy_current_state = yy_nxt[yy_base[yy_current_state] + (flex_int16_t) yy_c];
  			++yy_cp;
  			}
  		while ( yy_current_state != 560 );
*************** do_action:	/* This label is used only to
*** 1544,1554 ****
  case 1:
  /* rule 1 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
- YY_LINENO_REWIND_TO(yy_cp - 1);
  (yy_c_buf_p) = yy_cp -= 1;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 77 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  {
    BEGIN(in_struct);
    return TYPEDEF;
--- 1519,1528 ----
  case 1:
  /* rule 1 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
  (yy_c_buf_p) = yy_cp -= 1;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 77 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  {
    BEGIN(in_struct);
    return TYPEDEF;
*************** YY_RULE_SETUP
*** 1557,1567 ****
  case 2:
  /* rule 2 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
- YY_LINENO_REWIND_TO(yy_cp - 1);
  (yy_c_buf_p) = yy_cp -= 1;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 81 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  {
    BEGIN(in_struct);
    return STRUCT;
--- 1531,1540 ----
  case 2:
  /* rule 2 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
  (yy_c_buf_p) = yy_cp -= 1;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 81 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  {
    BEGIN(in_struct);
    return STRUCT;
*************** YY_RULE_SETUP
*** 1570,1580 ****
  case 3:
  /* rule 3 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
- YY_LINENO_REWIND_TO(yy_cp - 1);
  (yy_c_buf_p) = yy_cp -= 1;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 85 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  {
    BEGIN(in_struct);
    return UNION;
--- 1543,1552 ----
  case 3:
  /* rule 3 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
  (yy_c_buf_p) = yy_cp -= 1;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 85 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  {
    BEGIN(in_struct);
    return UNION;
*************** YY_RULE_SETUP
*** 1583,1593 ****
  case 4:
  /* rule 4 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
- YY_LINENO_REWIND_TO(yy_cp - 1);
  (yy_c_buf_p) = yy_cp -= 1;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 89 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  {
    BEGIN(in_struct);
    return STRUCT;
--- 1555,1564 ----
  case 4:
  /* rule 4 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
  (yy_c_buf_p) = yy_cp -= 1;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 89 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  {
    BEGIN(in_struct);
    return STRUCT;
*************** YY_RULE_SETUP
*** 1596,1606 ****
  case 5:
  /* rule 5 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
- YY_LINENO_REWIND_TO(yy_cp - 1);
  (yy_c_buf_p) = yy_cp -= 1;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 93 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  {
    BEGIN(in_struct);
    return EXTERN;
--- 1567,1576 ----
  case 5:
  /* rule 5 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
  (yy_c_buf_p) = yy_cp -= 1;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 93 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  {
    BEGIN(in_struct);
    return EXTERN;
*************** YY_RULE_SETUP
*** 1609,1619 ****
  case 6:
  /* rule 6 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
- YY_LINENO_REWIND_TO(yy_cp - 1);
  (yy_c_buf_p) = yy_cp -= 1;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 97 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  {
    BEGIN(in_struct);
    return STATIC;
--- 1579,1588 ----
  case 6:
  /* rule 6 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
  (yy_c_buf_p) = yy_cp -= 1;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 97 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  {
    BEGIN(in_struct);
    return STATIC;
*************** YY_RULE_SETUP
*** 1624,1677 ****
  
  case 7:
  YY_RULE_SETUP
! #line 105 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { BEGIN(in_struct_comment); }
  	YY_BREAK
  case 8:
  /* rule 8 can match eol */
  YY_RULE_SETUP
! #line 106 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { lexer_line.line++; }
  	YY_BREAK
  case 9:
  /* rule 9 can match eol */
  YY_RULE_SETUP
! #line 108 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { update_lineno (yytext, yyleng); }
  	YY_BREAK
  case 10:
  /* rule 10 can match eol */
  YY_RULE_SETUP
! #line 109 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { lexer_line.line++; }
  	YY_BREAK
  case 11:
  /* rule 11 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
- YY_LINENO_REWIND_TO(yy_bp + 5);
  (yy_c_buf_p) = yy_cp = yy_bp + 5;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 111 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  /* don't care */
  	YY_BREAK
  case 12:
  /* rule 12 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
- YY_LINENO_REWIND_TO(yy_cp - 1);
  (yy_c_buf_p) = yy_cp -= 1;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
! #line 113 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  case 13:
  /* rule 13 can match eol */
! #line 114 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  case 14:
  /* rule 14 can match eol */
! #line 115 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  case 15:
  /* rule 15 can match eol */
  YY_RULE_SETUP
! #line 115 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  {
      *yylval = XDUPVAR (const char, yytext, yyleng, yyleng + 1);
      return IGNORABLE_CXX_KEYWORD;
--- 1593,1644 ----
  
  case 7:
  YY_RULE_SETUP
! #line 105 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { BEGIN(in_struct_comment); }
  	YY_BREAK
  case 8:
  /* rule 8 can match eol */
  YY_RULE_SETUP
! #line 106 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { lexer_line.line++; }
  	YY_BREAK
  case 9:
  /* rule 9 can match eol */
  YY_RULE_SETUP
! #line 108 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { update_lineno (yytext, yyleng); }
  	YY_BREAK
  case 10:
  /* rule 10 can match eol */
  YY_RULE_SETUP
! #line 109 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { lexer_line.line++; }
  	YY_BREAK
  case 11:
  /* rule 11 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
  (yy_c_buf_p) = yy_cp = yy_bp + 5;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 111 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  /* don't care */
  	YY_BREAK
  case 12:
  /* rule 12 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
  (yy_c_buf_p) = yy_cp -= 1;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
! #line 113 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  case 13:
  /* rule 13 can match eol */
! #line 114 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  case 14:
  /* rule 14 can match eol */
! #line 115 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  case 15:
  /* rule 15 can match eol */
  YY_RULE_SETUP
! #line 115 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  {
      *yylval = XDUPVAR (const char, yytext, yyleng, yyleng + 1);
      return IGNORABLE_CXX_KEYWORD;
*************** YY_RULE_SETUP
*** 1680,1788 ****
  case 16:
  /* rule 16 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
- YY_LINENO_REWIND_TO(yy_bp + 3);
  (yy_c_buf_p) = yy_cp = yy_bp + 3;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 119 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { return GTY_TOKEN; }
  	YY_BREAK
  case 17:
  /* rule 17 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
- YY_LINENO_REWIND_TO(yy_bp + 5);
  (yy_c_buf_p) = yy_cp = yy_bp + 5;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 120 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { return UNION; }
  	YY_BREAK
  case 18:
  /* rule 18 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
- YY_LINENO_REWIND_TO(yy_bp + 6);
  (yy_c_buf_p) = yy_cp = yy_bp + 6;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 121 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { return STRUCT; }
  	YY_BREAK
  case 19:
  /* rule 19 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
- YY_LINENO_REWIND_TO(yy_bp + 5);
  (yy_c_buf_p) = yy_cp = yy_bp + 5;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 122 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { return STRUCT; }
  	YY_BREAK
  case 20:
  /* rule 20 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
- YY_LINENO_REWIND_TO(yy_bp + 7);
  (yy_c_buf_p) = yy_cp = yy_bp + 7;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 123 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { return TYPEDEF; }
  	YY_BREAK
  case 21:
  /* rule 21 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
- YY_LINENO_REWIND_TO(yy_bp + 4);
  (yy_c_buf_p) = yy_cp = yy_bp + 4;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 124 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { return ENUM; }
  	YY_BREAK
  case 22:
  /* rule 22 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
- YY_LINENO_REWIND_TO(yy_bp + 9);
  (yy_c_buf_p) = yy_cp = yy_bp + 9;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 125 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { return PTR_ALIAS; }
  	YY_BREAK
  case 23:
  /* rule 23 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
- YY_LINENO_REWIND_TO(yy_bp + 10);
  (yy_c_buf_p) = yy_cp = yy_bp + 10;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 126 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { return NESTED_PTR; }
  	YY_BREAK
  case 24:
  /* rule 24 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
- YY_LINENO_REWIND_TO(yy_bp + 4);
  (yy_c_buf_p) = yy_cp = yy_bp + 4;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 127 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { return USER_GTY; }
  	YY_BREAK
  case 25:
  YY_RULE_SETUP
! #line 128 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { return NUM; }
  	YY_BREAK
  case 26:
  /* rule 26 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
- YY_LINENO_REWIND_TO(yy_cp - 1);
  (yy_c_buf_p) = yy_cp -= 1;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
! #line 131 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  case 27:
  /* rule 27 can match eol */
  YY_RULE_SETUP
! #line 131 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  {
    size_t len;
  
--- 1647,1745 ----
  case 16:
  /* rule 16 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
  (yy_c_buf_p) = yy_cp = yy_bp + 3;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 119 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { return GTY_TOKEN; }
  	YY_BREAK
  case 17:
  /* rule 17 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
  (yy_c_buf_p) = yy_cp = yy_bp + 5;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 120 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { return UNION; }
  	YY_BREAK
  case 18:
  /* rule 18 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
  (yy_c_buf_p) = yy_cp = yy_bp + 6;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 121 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { return STRUCT; }
  	YY_BREAK
  case 19:
  /* rule 19 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
  (yy_c_buf_p) = yy_cp = yy_bp + 5;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 122 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { return STRUCT; }
  	YY_BREAK
  case 20:
  /* rule 20 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
  (yy_c_buf_p) = yy_cp = yy_bp + 7;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 123 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { return TYPEDEF; }
  	YY_BREAK
  case 21:
  /* rule 21 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
  (yy_c_buf_p) = yy_cp = yy_bp + 4;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 124 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { return ENUM; }
  	YY_BREAK
  case 22:
  /* rule 22 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
  (yy_c_buf_p) = yy_cp = yy_bp + 9;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 125 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { return PTR_ALIAS; }
  	YY_BREAK
  case 23:
  /* rule 23 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
  (yy_c_buf_p) = yy_cp = yy_bp + 10;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 126 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { return NESTED_PTR; }
  	YY_BREAK
  case 24:
  /* rule 24 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
  (yy_c_buf_p) = yy_cp = yy_bp + 4;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 127 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { return USER_GTY; }
  	YY_BREAK
  case 25:
  YY_RULE_SETUP
! #line 128 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { return NUM; }
  	YY_BREAK
  case 26:
  /* rule 26 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
  (yy_c_buf_p) = yy_cp -= 1;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
! #line 131 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  case 27:
  /* rule 27 can match eol */
  YY_RULE_SETUP
! #line 131 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  {
    size_t len;
  
*************** YY_RULE_SETUP
*** 1797,1807 ****
  case 28:
  /* rule 28 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
- YY_LINENO_REWIND_TO(yy_cp - 1);
  (yy_c_buf_p) = yy_cp -= 1;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 142 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  {
    *yylval = XDUPVAR (const char, yytext, yyleng, yyleng+1);
    return ID;
--- 1754,1763 ----
  case 28:
  /* rule 28 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
  (yy_c_buf_p) = yy_cp -= 1;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 142 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  {
    *yylval = XDUPVAR (const char, yytext, yyleng, yyleng+1);
    return ID;
*************** YY_RULE_SETUP
*** 1810,1816 ****
  case 29:
  /* rule 29 can match eol */
  YY_RULE_SETUP
! #line 147 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  {
    *yylval = XDUPVAR (const char, yytext+1, yyleng-2, yyleng-1);
    return STRING;
--- 1766,1772 ----
  case 29:
  /* rule 29 can match eol */
  YY_RULE_SETUP
! #line 147 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  {
    *yylval = XDUPVAR (const char, yytext+1, yyleng-2, yyleng-1);
    return STRING;
*************** YY_RULE_SETUP
*** 1820,1826 ****
  case 30:
  /* rule 30 can match eol */
  YY_RULE_SETUP
! #line 152 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  {
    *yylval = XDUPVAR (const char, yytext+1, yyleng-2, yyleng-1);
    return ARRAY;
--- 1776,1782 ----
  case 30:
  /* rule 30 can match eol */
  YY_RULE_SETUP
! #line 152 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  {
    *yylval = XDUPVAR (const char, yytext+1, yyleng-2, yyleng-1);
    return ARRAY;
*************** YY_RULE_SETUP
*** 1829,1835 ****
  case 31:
  /* rule 31 can match eol */
  YY_RULE_SETUP
! #line 156 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  {
    *yylval = XDUPVAR (const char, yytext+1, yyleng-2, yyleng);
    return CHAR;
--- 1785,1791 ----
  case 31:
  /* rule 31 can match eol */
  YY_RULE_SETUP
! #line 156 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  {
    *yylval = XDUPVAR (const char, yytext+1, yyleng-2, yyleng);
    return CHAR;
*************** YY_RULE_SETUP
*** 1837,1860 ****
  	YY_BREAK
  case 32:
  YY_RULE_SETUP
! #line 161 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { return ELLIPSIS; }
  	YY_BREAK
  case 33:
  YY_RULE_SETUP
! #line 162 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { return yytext[0]; }
  	YY_BREAK
  /* ignore pp-directives */
  case 34:
  /* rule 34 can match eol */
  YY_RULE_SETUP
! #line 165 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  {lexer_line.line++;}
  	YY_BREAK
  case 35:
  YY_RULE_SETUP
! #line 167 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  {
    error_at_line (&lexer_line, "unexpected character `%s'", yytext);
  }
--- 1793,1816 ----
  	YY_BREAK
  case 32:
  YY_RULE_SETUP
! #line 161 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { return ELLIPSIS; }
  	YY_BREAK
  case 33:
  YY_RULE_SETUP
! #line 162 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { return yytext[0]; }
  	YY_BREAK
  /* ignore pp-directives */
  case 34:
  /* rule 34 can match eol */
  YY_RULE_SETUP
! #line 165 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  {lexer_line.line++;}
  	YY_BREAK
  case 35:
  YY_RULE_SETUP
! #line 167 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  {
    error_at_line (&lexer_line, "unexpected character `%s'", yytext);
  }
*************** YY_RULE_SETUP
*** 1862,1949 ****
  
  case 36:
  YY_RULE_SETUP
! #line 172 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { BEGIN(in_comment); }
  	YY_BREAK
  case 37:
  /* rule 37 can match eol */
  YY_RULE_SETUP
! #line 173 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { lexer_line.line++; }
  	YY_BREAK
  case 38:
  /* rule 38 can match eol */
  YY_RULE_SETUP
! #line 174 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { lexer_line.line++; }
  	YY_BREAK
  case 39:
! #line 176 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  case 40:
  /* rule 40 can match eol */
! #line 177 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  case 41:
  /* rule 41 can match eol */
  YY_RULE_SETUP
! #line 177 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  /* do nothing */
  	YY_BREAK
  case 42:
  /* rule 42 can match eol */
  YY_RULE_SETUP
! #line 178 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { update_lineno (yytext, yyleng); }
  	YY_BREAK
  case 43:
  /* rule 43 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
- YY_LINENO_REWIND_TO(yy_bp + 1);
  (yy_c_buf_p) = yy_cp = yy_bp + 1;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 179 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  /* do nothing */
  	YY_BREAK
  
  case 44:
  /* rule 44 can match eol */
  YY_RULE_SETUP
! #line 182 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { lexer_line.line++; }
  	YY_BREAK
  case 45:
! #line 184 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  case 46:
  YY_RULE_SETUP
! #line 184 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  /* do nothing */
  	YY_BREAK
  case 47:
  /* rule 47 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
- YY_LINENO_REWIND_TO(yy_bp + 1);
  (yy_c_buf_p) = yy_cp = yy_bp + 1;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 185 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  /* do nothing */
  	YY_BREAK
  
  case 48:
  YY_RULE_SETUP
! #line 188 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { BEGIN(INITIAL); } 
  	YY_BREAK
  case 49:
  YY_RULE_SETUP
! #line 189 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  { BEGIN(in_struct); }
  	YY_BREAK
  case 50:
! #line 192 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  case 51:
  YY_RULE_SETUP
! #line 192 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  {
    error_at_line (&lexer_line, 
  		 "unterminated comment or string; unexpected EOF");
--- 1818,1903 ----
  
  case 36:
  YY_RULE_SETUP
! #line 172 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { BEGIN(in_comment); }
  	YY_BREAK
  case 37:
  /* rule 37 can match eol */
  YY_RULE_SETUP
! #line 173 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { lexer_line.line++; }
  	YY_BREAK
  case 38:
  /* rule 38 can match eol */
  YY_RULE_SETUP
! #line 174 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { lexer_line.line++; }
  	YY_BREAK
  case 39:
! #line 176 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  case 40:
  /* rule 40 can match eol */
! #line 177 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  case 41:
  /* rule 41 can match eol */
  YY_RULE_SETUP
! #line 177 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  /* do nothing */
  	YY_BREAK
  case 42:
  /* rule 42 can match eol */
  YY_RULE_SETUP
! #line 178 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { update_lineno (yytext, yyleng); }
  	YY_BREAK
  case 43:
  /* rule 43 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
  (yy_c_buf_p) = yy_cp = yy_bp + 1;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 179 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  /* do nothing */
  	YY_BREAK
  
  case 44:
  /* rule 44 can match eol */
  YY_RULE_SETUP
! #line 182 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { lexer_line.line++; }
  	YY_BREAK
  case 45:
! #line 184 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  case 46:
  YY_RULE_SETUP
! #line 184 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  /* do nothing */
  	YY_BREAK
  case 47:
  /* rule 47 can match eol */
  *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */
  (yy_c_buf_p) = yy_cp = yy_bp + 1;
  YY_DO_BEFORE_ACTION; /* set up yytext again */
  YY_RULE_SETUP
! #line 185 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  /* do nothing */
  	YY_BREAK
  
  case 48:
  YY_RULE_SETUP
! #line 188 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { BEGIN(INITIAL); } 
  	YY_BREAK
  case 49:
  YY_RULE_SETUP
! #line 189 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  { BEGIN(in_struct); }
  	YY_BREAK
  case 50:
! #line 192 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  case 51:
  YY_RULE_SETUP
! #line 192 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  {
    error_at_line (&lexer_line, 
  		 "unterminated comment or string; unexpected EOF");
*************** YY_RULE_SETUP
*** 1952,1966 ****
  case 52:
  /* rule 52 can match eol */
  YY_RULE_SETUP
! #line 197 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  /* do nothing */
  	YY_BREAK
  case 53:
  YY_RULE_SETUP
! #line 199 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  YY_FATAL_ERROR( "flex scanner jammed" );
  	YY_BREAK
! #line 1963 "gengtype-lex.c"
  case YY_STATE_EOF(INITIAL):
  case YY_STATE_EOF(in_struct):
  case YY_STATE_EOF(in_struct_comment):
--- 1906,1920 ----
  case 52:
  /* rule 52 can match eol */
  YY_RULE_SETUP
! #line 197 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  /* do nothing */
  	YY_BREAK
  case 53:
  YY_RULE_SETUP
! #line 199 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  YY_FATAL_ERROR( "flex scanner jammed" );
  	YY_BREAK
! #line 1917 "gengtype-lex.c"
  case YY_STATE_EOF(INITIAL):
  case YY_STATE_EOF(in_struct):
  case YY_STATE_EOF(in_struct_comment):
*************** case YY_STATE_EOF(in_comment):
*** 2095,2101 ****
  			"fatal flex scanner internal error--no action found" );
  	} /* end of action switch */
  		} /* end of scanning one token */
- 	} /* end of user's declarations */
  } /* end of yylex */
  
  /* yy_get_next_buffer - try to read in a new buffer
--- 2049,2054 ----
*************** case YY_STATE_EOF(in_comment):
*** 2107,2115 ****
   */
  static int yy_get_next_buffer (void)
  {
!     	char *dest = YY_CURRENT_BUFFER_LVALUE->yy_ch_buf;
! 	char *source = (yytext_ptr);
! 	yy_size_t number_to_move, i;
  	int ret_val;
  
  	if ( (yy_c_buf_p) > &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars) + 1] )
--- 2060,2068 ----
   */
  static int yy_get_next_buffer (void)
  {
!     	register char *dest = YY_CURRENT_BUFFER_LVALUE->yy_ch_buf;
! 	register char *source = (yytext_ptr);
! 	register int number_to_move, i;
  	int ret_val;
  
  	if ( (yy_c_buf_p) > &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars) + 1] )
*************** static int yy_get_next_buffer (void)
*** 2138,2144 ****
  	/* Try to read more data. */
  
  	/* First move last chars to start of buffer. */
! 	number_to_move = (yy_size_t) ((yy_c_buf_p) - (yytext_ptr)) - 1;
  
  	for ( i = 0; i < number_to_move; ++i )
  		*(dest++) = *(source++);
--- 2091,2097 ----
  	/* Try to read more data. */
  
  	/* First move last chars to start of buffer. */
! 	number_to_move = (int) ((yy_c_buf_p) - (yytext_ptr)) - 1;
  
  	for ( i = 0; i < number_to_move; ++i )
  		*(dest++) = *(source++);
*************** static int yy_get_next_buffer (void)
*** 2186,2192 ****
  
  			(yy_c_buf_p) = &b->yy_ch_buf[yy_c_buf_p_offset];
  
! 			num_to_read = YY_CURRENT_BUFFER_LVALUE->yy_buf_size -
  						number_to_move - 1;
  
  			}
--- 2139,2145 ----
  
  			(yy_c_buf_p) = &b->yy_ch_buf[yy_c_buf_p_offset];
  
! 			num_to_read = (int) YY_CURRENT_BUFFER_LVALUE->yy_buf_size -
  						number_to_move - 1;
  
  			}
*************** static int yy_get_next_buffer (void)
*** 2220,2228 ****
  	else
  		ret_val = EOB_ACT_CONTINUE_SCAN;
  
! 	if ((yy_size_t) ((yy_n_chars) + number_to_move) > YY_CURRENT_BUFFER_LVALUE->yy_buf_size) {
  		/* Extend the array by 50%, plus the number we really need. */
! 		yy_size_t new_size = (yy_n_chars) + number_to_move + ((yy_n_chars) >> 1);
  		YY_CURRENT_BUFFER_LVALUE->yy_ch_buf = (char *) yyrealloc((void *) YY_CURRENT_BUFFER_LVALUE->yy_ch_buf,new_size  );
  		if ( ! YY_CURRENT_BUFFER_LVALUE->yy_ch_buf )
  			YY_FATAL_ERROR( "out of dynamic memory in yy_get_next_buffer()" );
--- 2173,2181 ----
  	else
  		ret_val = EOB_ACT_CONTINUE_SCAN;
  
! 	if ((int) ((yy_n_chars) + number_to_move) > YY_CURRENT_BUFFER_LVALUE->yy_buf_size) {
  		/* Extend the array by 50%, plus the number we really need. */
! 		int new_size = (yy_n_chars) + number_to_move + ((yy_n_chars) >> 1);
  		YY_CURRENT_BUFFER_LVALUE->yy_ch_buf = (char *) yyrealloc((void *) YY_CURRENT_BUFFER_LVALUE->yy_ch_buf,new_size  );
  		if ( ! YY_CURRENT_BUFFER_LVALUE->yy_ch_buf )
  			YY_FATAL_ERROR( "out of dynamic memory in yy_get_next_buffer()" );
*************** static int yy_get_next_buffer (void)
*** 2241,2255 ****
  
      static yy_state_type yy_get_previous_state (void)
  {
! 	yy_state_type yy_current_state;
! 	char *yy_cp;
      
  	yy_current_state = (yy_start);
  	yy_current_state += YY_AT_BOL();
  
  	for ( yy_cp = (yytext_ptr) + YY_MORE_ADJ; yy_cp < (yy_c_buf_p); ++yy_cp )
  		{
! 		YY_CHAR yy_c = (*yy_cp ? yy_ec[YY_SC_TO_UI(*yy_cp)] : 1);
  		if ( yy_accept[yy_current_state] )
  			{
  			(yy_last_accepting_state) = yy_current_state;
--- 2194,2208 ----
  
      static yy_state_type yy_get_previous_state (void)
  {
! 	register yy_state_type yy_current_state;
! 	register char *yy_cp;
      
  	yy_current_state = (yy_start);
  	yy_current_state += YY_AT_BOL();
  
  	for ( yy_cp = (yytext_ptr) + YY_MORE_ADJ; yy_cp < (yy_c_buf_p); ++yy_cp )
  		{
! 		register YY_CHAR yy_c = (*yy_cp ? yy_ec[YY_SC_TO_UI(*yy_cp)] : 1);
  		if ( yy_accept[yy_current_state] )
  			{
  			(yy_last_accepting_state) = yy_current_state;
*************** static int yy_get_next_buffer (void)
*** 2261,2267 ****
  			if ( yy_current_state >= 561 )
  				yy_c = yy_meta[(unsigned int) yy_c];
  			}
! 		yy_current_state = yy_nxt[yy_base[yy_current_state] + (unsigned int) yy_c];
  		}
  
  	return yy_current_state;
--- 2214,2220 ----
  			if ( yy_current_state >= 561 )
  				yy_c = yy_meta[(unsigned int) yy_c];
  			}
! 		yy_current_state = yy_nxt[yy_base[yy_current_state] + (flex_int16_t) yy_c];
  		}
  
  	return yy_current_state;
*************** static int yy_get_next_buffer (void)
*** 2274,2283 ****
   */
      static yy_state_type yy_try_NUL_trans  (yy_state_type yy_current_state )
  {
! 	int yy_is_jam;
!     	char *yy_cp = (yy_c_buf_p);
  
! 	YY_CHAR yy_c = 1;
  	if ( yy_accept[yy_current_state] )
  		{
  		(yy_last_accepting_state) = yy_current_state;
--- 2227,2236 ----
   */
      static yy_state_type yy_try_NUL_trans  (yy_state_type yy_current_state )
  {
! 	register int yy_is_jam;
!     	register char *yy_cp = (yy_c_buf_p);
  
! 	register YY_CHAR yy_c = 1;
  	if ( yy_accept[yy_current_state] )
  		{
  		(yy_last_accepting_state) = yy_current_state;
*************** static int yy_get_next_buffer (void)
*** 2289,2304 ****
  		if ( yy_current_state >= 561 )
  			yy_c = yy_meta[(unsigned int) yy_c];
  		}
! 	yy_current_state = yy_nxt[yy_base[yy_current_state] + (unsigned int) yy_c];
  	yy_is_jam = (yy_current_state == 560);
  
  		return yy_is_jam ? 0 : yy_current_state;
  }
  
- #ifndef YY_NO_UNPUT
- 
- #endif
- 
  #ifndef YY_NO_INPUT
  #ifdef __cplusplus
      static int yyinput (void)
--- 2242,2253 ----
  		if ( yy_current_state >= 561 )
  			yy_c = yy_meta[(unsigned int) yy_c];
  		}
! 	yy_current_state = yy_nxt[yy_base[yy_current_state] + (flex_int16_t) yy_c];
  	yy_is_jam = (yy_current_state == 560);
  
  		return yy_is_jam ? 0 : yy_current_state;
  }
  
  #ifndef YY_NO_INPUT
  #ifdef __cplusplus
      static int yyinput (void)
*************** static void yy_load_buffer_state  (void)
*** 2450,2456 ****
  	if ( ! b )
  		YY_FATAL_ERROR( "out of dynamic memory in yy_create_buffer()" );
  
! 	b->yy_buf_size = (yy_size_t)size;
  
  	/* yy_ch_buf has to be 2 characters longer than the size given because
  	 * we need to put in 2 end-of-buffer characters.
--- 2399,2405 ----
  	if ( ! b )
  		YY_FATAL_ERROR( "out of dynamic memory in yy_create_buffer()" );
  
! 	b->yy_buf_size = size;
  
  	/* yy_ch_buf has to be 2 characters longer than the size given because
  	 * we need to put in 2 end-of-buffer characters.
*************** static void yyensure_buffer_stack (void)
*** 2605,2611 ****
  		 * scanner will even need a stack. We use 2 instead of 1 to avoid an
  		 * immediate realloc on the next call.
           */
!       num_to_alloc = 1; /* After all that talk, this was set to 1 anyways... */
  		(yy_buffer_stack) = (struct yy_buffer_state**)yyalloc
  								(num_to_alloc * sizeof(struct yy_buffer_state*)
  								);
--- 2554,2560 ----
  		 * scanner will even need a stack. We use 2 instead of 1 to avoid an
  		 * immediate realloc on the next call.
           */
! 		num_to_alloc = 1;
  		(yy_buffer_stack) = (struct yy_buffer_state**)yyalloc
  								(num_to_alloc * sizeof(struct yy_buffer_state*)
  								);
*************** static void yyensure_buffer_stack (void)
*** 2622,2628 ****
  	if ((yy_buffer_stack_top) >= ((yy_buffer_stack_max)) - 1){
  
  		/* Increase the buffer to prepare for a possible push. */
! 		yy_size_t grow_size = 8 /* arbitrary grow size */;
  
  		num_to_alloc = (yy_buffer_stack_max) + grow_size;
  		(yy_buffer_stack) = (struct yy_buffer_state**)yyrealloc
--- 2571,2577 ----
  	if ((yy_buffer_stack_top) >= ((yy_buffer_stack_max)) - 1){
  
  		/* Increase the buffer to prepare for a possible push. */
! 		int grow_size = 8 /* arbitrary grow size */;
  
  		num_to_alloc = (yy_buffer_stack_max) + grow_size;
  		(yy_buffer_stack) = (struct yy_buffer_state**)yyrealloc
*************** YY_BUFFER_STATE yy_scan_buffer  (char *
*** 2684,2690 ****
  YY_BUFFER_STATE yy_scan_string (yyconst char * yystr )
  {
      
! 	return yy_scan_bytes(yystr,strlen(yystr) );
  }
  
  /** Setup the input buffer state to scan the given bytes. The next call to yylex() will
--- 2633,2639 ----
  YY_BUFFER_STATE yy_scan_string (yyconst char * yystr )
  {
      
! 	return yy_scan_bytes(yystr,(int) strlen(yystr) );
  }
  
  /** Setup the input buffer state to scan the given bytes. The next call to yylex() will
*************** YY_BUFFER_STATE yy_scan_bytes  (yyconst
*** 2699,2708 ****
  	YY_BUFFER_STATE b;
  	char *buf;
  	yy_size_t n;
! 	yy_size_t i;
      
  	/* Get memory for full buffer, including space for trailing EOB's. */
! 	n = _yybytes_len + 2;
  	buf = (char *) yyalloc(n  );
  	if ( ! buf )
  		YY_FATAL_ERROR( "out of dynamic memory in yy_scan_bytes()" );
--- 2648,2657 ----
  	YY_BUFFER_STATE b;
  	char *buf;
  	yy_size_t n;
! 	int i;
      
  	/* Get memory for full buffer, including space for trailing EOB's. */
! 	n = (yy_size_t) _yybytes_len + 2;
  	buf = (char *) yyalloc(n  );
  	if ( ! buf )
  		YY_FATAL_ERROR( "out of dynamic memory in yy_scan_bytes()" );
*************** YY_BUFFER_STATE yy_scan_bytes  (yyconst
*** 2730,2736 ****
  
  static void yy_fatal_error (yyconst char* msg )
  {
! 			(void) fprintf( stderr, "%s\n", msg );
  	exit( YY_EXIT_FAILURE );
  }
  
--- 2679,2685 ----
  
  static void yy_fatal_error (yyconst char* msg )
  {
!     	(void) fprintf( stderr, "%s\n", msg );
  	exit( YY_EXIT_FAILURE );
  }
  
*************** static void yy_fatal_error (yyconst char
*** 2741,2747 ****
  	do \
  		{ \
  		/* Undo effects of setting up yytext. */ \
!         yy_size_t yyless_macro_arg = (n); \
          YY_LESS_LINENO(yyless_macro_arg);\
  		yytext[yyleng] = (yy_hold_char); \
  		(yy_c_buf_p) = yytext + yyless_macro_arg; \
--- 2690,2696 ----
  	do \
  		{ \
  		/* Undo effects of setting up yytext. */ \
!         int yyless_macro_arg = (n); \
          YY_LESS_LINENO(yyless_macro_arg);\
  		yytext[yyleng] = (yy_hold_char); \
  		(yy_c_buf_p) = yytext + yyless_macro_arg; \
*************** char *yyget_text  (void)
*** 2796,2824 ****
  }
  
  /** Set the current line number.
!  * @param _line_number line number
   * 
   */
! void yyset_lineno (int  _line_number )
  {
      
!     yylineno = _line_number;
  }
  
  /** Set the input stream. This does not discard the current
   * input buffer.
!  * @param _in_str A readable stream.
   * 
   * @see yy_switch_to_buffer
   */
! void yyset_in (FILE *  _in_str )
  {
!         yyin = _in_str ;
  }
  
! void yyset_out (FILE *  _out_str )
  {
!         yyout = _out_str ;
  }
  
  int yyget_debug  (void)
--- 2745,2773 ----
  }
  
  /** Set the current line number.
!  * @param line_number
   * 
   */
! void yyset_lineno (int  line_number )
  {
      
!     yylineno = line_number;
  }
  
  /** Set the input stream. This does not discard the current
   * input buffer.
!  * @param in_str A readable stream.
   * 
   * @see yy_switch_to_buffer
   */
! void yyset_in (FILE *  in_str )
  {
!         yyin = in_str ;
  }
  
! void yyset_out (FILE *  out_str )
  {
!         yyout = out_str ;
  }
  
  int yyget_debug  (void)
*************** int yyget_debug  (void)
*** 2826,2834 ****
          return yy_flex_debug;
  }
  
! void yyset_debug (int  _bdebug )
  {
!         yy_flex_debug = _bdebug ;
  }
  
  static int yy_init_globals (void)
--- 2775,2783 ----
          return yy_flex_debug;
  }
  
! void yyset_debug (int  bdebug )
  {
!         yy_flex_debug = bdebug ;
  }
  
  static int yy_init_globals (void)
*************** int yylex_destroy  (void)
*** 2888,2895 ****
  #ifndef yytext_ptr
  static void yy_flex_strncpy (char* s1, yyconst char * s2, int n )
  {
! 		
! 	int i;
  	for ( i = 0; i < n; ++i )
  		s1[i] = s2[i];
  }
--- 2837,2843 ----
  #ifndef yytext_ptr
  static void yy_flex_strncpy (char* s1, yyconst char * s2, int n )
  {
! 	register int i;
  	for ( i = 0; i < n; ++i )
  		s1[i] = s2[i];
  }
*************** static void yy_flex_strncpy (char* s1, y
*** 2898,2904 ****
  #ifdef YY_NEED_STRLEN
  static int yy_flex_strlen (yyconst char * s )
  {
! 	int n;
  	for ( n = 0; s[n]; ++n )
  		;
  
--- 2846,2852 ----
  #ifdef YY_NEED_STRLEN
  static int yy_flex_strlen (yyconst char * s )
  {
! 	register int n;
  	for ( n = 0; s[n]; ++n )
  		;
  
*************** static int yy_flex_strlen (yyconst char
*** 2908,2919 ****
  
  void *yyalloc (yy_size_t  size )
  {
! 			return (void *) malloc( size );
  }
  
  void *yyrealloc  (void * ptr, yy_size_t  size )
  {
- 		
  	/* The cast to (char *) in the following accommodates both
  	 * implementations that use char* generic pointers, and those
  	 * that use void* generic pointers.  It works with the latter
--- 2856,2866 ----
  
  void *yyalloc (yy_size_t  size )
  {
! 	return (void *) malloc( size );
  }
  
  void *yyrealloc  (void * ptr, yy_size_t  size )
  {
  	/* The cast to (char *) in the following accommodates both
  	 * implementations that use char* generic pointers, and those
  	 * that use void* generic pointers.  It works with the latter
*************** void *yyrealloc  (void * ptr, yy_size_t
*** 2926,2937 ****
  
  void yyfree (void * ptr )
  {
! 			free( (char *) ptr );	/* see yyrealloc() for (char *) cast */
  }
  
  #define YYTABLES_NAME "yytables"
  
! #line 199 "/d/gcc-7.1.0/gcc-7.1.0/gcc/gengtype-lex.l"
  
  
  
--- 2873,2884 ----
  
  void yyfree (void * ptr )
  {
! 	free( (char *) ptr );	/* see yyrealloc() for (char *) cast */
  }
  
  #define YYTABLES_NAME "yytables"
  
! #line 199 "/space/rguenther/gcc-7.2.0/gcc-7.2.0/gcc/gengtype-lex.l"
  
  
  
diff -Nrcpad gcc-7.1.0/gcc/gimple-fold.c gcc-7.2.0/gcc/gimple-fold.c
*** gcc-7.1.0/gcc/gimple-fold.c	Tue Mar 28 10:10:01 2017
--- gcc-7.2.0/gcc/gimple-fold.c	Tue Jun 27 08:16:10 2017
*************** replace_call_with_call_and_fold (gimple_
*** 606,614 ****
        && TREE_CODE (gimple_vdef (stmt)) == SSA_NAME)
      {
        gimple_set_vdef (repl, gimple_vdef (stmt));
-       gimple_set_vuse (repl, gimple_vuse (stmt));
        SSA_NAME_DEF_STMT (gimple_vdef (repl)) = repl;
      }
    gsi_replace (gsi, repl, false);
    fold_stmt (gsi);
  }
--- 606,615 ----
        && TREE_CODE (gimple_vdef (stmt)) == SSA_NAME)
      {
        gimple_set_vdef (repl, gimple_vdef (stmt));
        SSA_NAME_DEF_STMT (gimple_vdef (repl)) = repl;
      }
+   if (gimple_vuse (stmt))
+     gimple_set_vuse (repl, gimple_vuse (stmt));
    gsi_replace (gsi, repl, false);
    fold_stmt (gsi);
  }
diff -Nrcpad gcc-7.1.0/gcc/gimple-pretty-print.c gcc-7.2.0/gcc/gimple-pretty-print.c
*** gcc-7.1.0/gcc/gimple-pretty-print.c	Sun Feb 19 09:06:30 2017
--- gcc-7.2.0/gcc/gimple-pretty-print.c	Wed Jul 26 08:58:37 2017
*************** dump_probability (int value)
*** 89,95 ****
      return "[0.01%]";
  
    char *buf;
!   asprintf (&buf, "[%.2f%%]", fvalue);
    const char *ret = xstrdup_for_dump (buf);
    free (buf);
  
--- 89,95 ----
      return "[0.01%]";
  
    char *buf;
!   buf = xasprintf ("[%.2f%%]", fvalue);
    const char *ret = xstrdup_for_dump (buf);
    free (buf);
  
diff -Nrcpad gcc-7.1.0/gcc/gimple-ssa-strength-reduction.c gcc-7.2.0/gcc/gimple-ssa-strength-reduction.c
*** gcc-7.1.0/gcc/gimple-ssa-strength-reduction.c	Wed Mar 29 12:56:26 2017
--- gcc-7.2.0/gcc/gimple-ssa-strength-reduction.c	Tue Jul 25 19:40:50 2017
*************** replace_mult_candidate (slsr_cand_t c, t
*** 2051,2063 ****
       types but allows for safe negation without twisted logic.  */
    if (wi::fits_shwi_p (bump)
        && bump.to_shwi () != HOST_WIDE_INT_MIN
!       /* It is not useful to replace casts, copies, or adds of
  	 an SSA name and a constant.  */
        && cand_code != SSA_NAME
        && !CONVERT_EXPR_CODE_P (cand_code)
        && cand_code != PLUS_EXPR
        && cand_code != POINTER_PLUS_EXPR
!       && cand_code != MINUS_EXPR)
      {
        enum tree_code code = PLUS_EXPR;
        tree bump_tree;
--- 2051,2064 ----
       types but allows for safe negation without twisted logic.  */
    if (wi::fits_shwi_p (bump)
        && bump.to_shwi () != HOST_WIDE_INT_MIN
!       /* It is not useful to replace casts, copies, negates, or adds of
  	 an SSA name and a constant.  */
        && cand_code != SSA_NAME
        && !CONVERT_EXPR_CODE_P (cand_code)
        && cand_code != PLUS_EXPR
        && cand_code != POINTER_PLUS_EXPR
!       && cand_code != MINUS_EXPR
!       && cand_code != NEGATE_EXPR)
      {
        enum tree_code code = PLUS_EXPR;
        tree bump_tree;
diff -Nrcpad gcc-7.1.0/gcc/gimplify.c gcc-7.2.0/gcc/gimplify.c
*** gcc-7.1.0/gcc/gimplify.c	Mon Apr 10 08:58:02 2017
--- gcc-7.2.0/gcc/gimplify.c	Thu Jun 22 11:41:09 2017
*************** gimplify_switch_expr (tree *expr_p, gimp
*** 2276,2282 ****
  
        /* Do not create live_switch_vars if SWITCH_BODY is not a BIND_EXPR.  */
        saved_live_switch_vars = gimplify_ctxp->live_switch_vars;
!       if (TREE_CODE (SWITCH_BODY (switch_expr)) == BIND_EXPR)
  	gimplify_ctxp->live_switch_vars = new hash_set<tree> (4);
        else
  	gimplify_ctxp->live_switch_vars = NULL;
--- 2276,2283 ----
  
        /* Do not create live_switch_vars if SWITCH_BODY is not a BIND_EXPR.  */
        saved_live_switch_vars = gimplify_ctxp->live_switch_vars;
!       tree_code body_type = TREE_CODE (SWITCH_BODY (switch_expr));
!       if (body_type == BIND_EXPR || body_type == STATEMENT_LIST)
  	gimplify_ctxp->live_switch_vars = new hash_set<tree> (4);
        else
  	gimplify_ctxp->live_switch_vars = NULL;
*************** omp_add_variable (struct gimplify_omp_ct
*** 6608,6616 ****
      return;
  
    /* Never elide decls whose type has TREE_ADDRESSABLE set.  This means
!      there are constructors involved somewhere.  */
!   if (TREE_ADDRESSABLE (TREE_TYPE (decl))
!       || TYPE_NEEDS_CONSTRUCTING (TREE_TYPE (decl)))
      flags |= GOVD_SEEN;
  
    n = splay_tree_lookup (ctx->variables, (splay_tree_key)decl);
--- 6609,6619 ----
      return;
  
    /* Never elide decls whose type has TREE_ADDRESSABLE set.  This means
!      there are constructors involved somewhere.  Exception is a shared clause,
!      there is nothing privatized in that case.  */
!   if ((flags & GOVD_SHARED) == 0
!       && (TREE_ADDRESSABLE (TREE_TYPE (decl))
! 	  || TYPE_NEEDS_CONSTRUCTING (TREE_TYPE (decl))))
      flags |= GOVD_SEEN;
  
    n = splay_tree_lookup (ctx->variables, (splay_tree_key)decl);
*************** omp_add_variable (struct gimplify_omp_ct
*** 6669,6675 ****
  	 of PRIVATE.  The sharing would take place via the pointer variable
  	 which we remapped above.  */
        if (flags & GOVD_SHARED)
! 	flags = GOVD_PRIVATE | GOVD_DEBUG_PRIVATE
  		| (flags & (GOVD_SEEN | GOVD_EXPLICIT));
  
        /* We're going to make use of the TYPE_SIZE_UNIT at least in the
--- 6672,6678 ----
  	 of PRIVATE.  The sharing would take place via the pointer variable
  	 which we remapped above.  */
        if (flags & GOVD_SHARED)
! 	flags = GOVD_SHARED | GOVD_DEBUG_PRIVATE
  		| (flags & (GOVD_SEEN | GOVD_EXPLICIT));
  
        /* We're going to make use of the TYPE_SIZE_UNIT at least in the
*************** gimplify_adjust_omp_clauses_1 (splay_tre
*** 8576,8582 ****
      return 0;
    if (flags & GOVD_DEBUG_PRIVATE)
      {
!       gcc_assert ((flags & GOVD_DATA_SHARE_CLASS) == GOVD_PRIVATE);
        private_debug = true;
      }
    else if (flags & GOVD_MAP)
--- 8579,8585 ----
      return 0;
    if (flags & GOVD_DEBUG_PRIVATE)
      {
!       gcc_assert ((flags & GOVD_DATA_SHARE_CLASS) == GOVD_SHARED);
        private_debug = true;
      }
    else if (flags & GOVD_MAP)
*************** gimplify_adjust_omp_clauses (gimple_seq
*** 8819,8825 ****
  		{
  		  gcc_assert ((n->value & GOVD_DEBUG_PRIVATE) == 0
  			      || ((n->value & GOVD_DATA_SHARE_CLASS)
! 				  == GOVD_PRIVATE));
  		  OMP_CLAUSE_SET_CODE (c, OMP_CLAUSE_PRIVATE);
  		  OMP_CLAUSE_PRIVATE_DEBUG (c) = 1;
  		}
--- 8822,8828 ----
  		{
  		  gcc_assert ((n->value & GOVD_DEBUG_PRIVATE) == 0
  			      || ((n->value & GOVD_DATA_SHARE_CLASS)
! 				  == GOVD_SHARED));
  		  OMP_CLAUSE_SET_CODE (c, OMP_CLAUSE_PRIVATE);
  		  OMP_CLAUSE_PRIVATE_DEBUG (c) = 1;
  		}
diff -Nrcpad gcc-7.1.0/gcc/go/ChangeLog gcc-7.2.0/gcc/go/ChangeLog
*** gcc-7.1.0/gcc/go/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/gcc/go/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,13 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
+ 2017-05-11  Ian Lance Taylor  <iant@google.com>
+ 
+ 	PR go/64238
+ 	* go-gcc.cc (Gcc_backend::implicit_variable_reference): Set
+ 	DECL_EXTERNAL, clear TREE_STATIC.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/gcc/go/go-gcc.cc gcc-7.2.0/gcc/go/go-gcc.cc
*** gcc-7.1.0/gcc/go/go-gcc.cc	Tue Mar 28 20:08:31 2017
--- gcc-7.2.0/gcc/go/go-gcc.cc	Thu May 11 23:53:13 2017
*************** Gcc_backend::implicit_variable_reference
*** 2811,2819 ****
  
    tree decl = build_decl(BUILTINS_LOCATION, VAR_DECL,
                           get_identifier_from_string(name), type_tree);
!   DECL_EXTERNAL(decl) = 0;
    TREE_PUBLIC(decl) = 1;
!   TREE_STATIC(decl) = 1;
    DECL_ARTIFICIAL(decl) = 1;
    if (! asm_name.empty())
      SET_DECL_ASSEMBLER_NAME(decl, get_identifier_from_string(asm_name));
--- 2811,2819 ----
  
    tree decl = build_decl(BUILTINS_LOCATION, VAR_DECL,
                           get_identifier_from_string(name), type_tree);
!   DECL_EXTERNAL(decl) = 1;
    TREE_PUBLIC(decl) = 1;
!   TREE_STATIC(decl) = 0;
    DECL_ARTIFICIAL(decl) = 1;
    if (! asm_name.empty())
      SET_DECL_ASSEMBLER_NAME(decl, get_identifier_from_string(asm_name));
diff -Nrcpad gcc-7.1.0/gcc/go/gofrontend/gogo.cc gcc-7.2.0/gcc/go/gofrontend/gogo.cc
*** gcc-7.1.0/gcc/go/gofrontend/gogo.cc	Wed Mar 22 21:02:53 2017
--- gcc-7.2.0/gcc/go/gofrontend/gogo.cc	Wed Aug  2 16:27:42 2017
*************** Finalize_methods::type(Type* t)
*** 2973,2998 ****
  
      case Type::TYPE_NAMED:
        {
- 	// We have to finalize the methods of the real type first.
- 	// But if the real type is a struct type, then we only want to
- 	// finalize the methods of the field types, not of the struct
- 	// type itself.  We don't want to add methods to the struct,
- 	// since it has a name.
  	Named_type* nt = t->named_type();
  	Type* rt = nt->real_type();
  	if (rt->classification() != Type::TYPE_STRUCT)
  	  {
  	    if (Type::traverse(rt, this) == TRAVERSE_EXIT)
  	      return TRAVERSE_EXIT;
  	  }
  	else
  	  {
  	    if (rt->struct_type()->traverse_field_types(this) == TRAVERSE_EXIT)
  	      return TRAVERSE_EXIT;
  	  }
  
- 	nt->finalize_methods(this->gogo_);
- 
  	// If this type is defined in a different package, then finalize the
  	// types of all the methods, since we won't see them otherwise.
  	if (nt->named_object()->package() != NULL && nt->has_any_methods())
--- 2973,3025 ----
  
      case Type::TYPE_NAMED:
        {
  	Named_type* nt = t->named_type();
  	Type* rt = nt->real_type();
  	if (rt->classification() != Type::TYPE_STRUCT)
  	  {
+ 	    // Finalize the methods of the real type first.
  	    if (Type::traverse(rt, this) == TRAVERSE_EXIT)
  	      return TRAVERSE_EXIT;
+ 
+ 	    // Finalize the methods of this type.
+ 	    nt->finalize_methods(this->gogo_);
  	  }
  	else
  	  {
+ 	    // We don't want to finalize the methods of a named struct
+ 	    // type, as the methods should be attached to the named
+ 	    // type, not the struct type.  We just want to finalize
+ 	    // the field types.
+ 	    //
+ 	    // It is possible that a field type refers indirectly to
+ 	    // this type, such as via a field with function type with
+ 	    // an argument or result whose type is this type.  To
+ 	    // avoid the cycle, first finalize the methods of any
+ 	    // embedded types, which are the only types we need to
+ 	    // know to finalize the methods of this type.
+ 	    const Struct_field_list* fields = rt->struct_type()->fields();
+ 	    if (fields != NULL)
+ 	      {
+ 		for (Struct_field_list::const_iterator pf = fields->begin();
+ 		     pf != fields->end();
+ 		     ++pf)
+ 		  {
+ 		    if (pf->is_anonymous())
+ 		      {
+ 			if (Type::traverse(pf->type(), this) == TRAVERSE_EXIT)
+ 			  return TRAVERSE_EXIT;
+ 		      }
+ 		  }
+ 	      }
+ 
+ 	    // Finalize the methods of this type.
+ 	    nt->finalize_methods(this->gogo_);
+ 
+ 	    // Finalize all the struct fields.
  	    if (rt->struct_type()->traverse_field_types(this) == TRAVERSE_EXIT)
  	      return TRAVERSE_EXIT;
  	  }
  
  	// If this type is defined in a different package, then finalize the
  	// types of all the methods, since we won't see them otherwise.
  	if (nt->named_object()->package() != NULL && nt->has_any_methods())
diff -Nrcpad gcc-7.1.0/gcc/go/gofrontend/types.cc gcc-7.2.0/gcc/go/gofrontend/types.cc
*** gcc-7.1.0/gcc/go/gofrontend/types.cc	Wed Mar 22 13:59:01 2017
--- gcc-7.2.0/gcc/go/gofrontend/types.cc	Thu May 18 18:04:51 2017
*************** bool
*** 317,322 ****
--- 317,332 ----
  Type::are_identical(const Type* t1, const Type* t2, bool errors_are_identical,
  		    std::string* reason)
  {
+   return Type::are_identical_cmp_tags(t1, t2, COMPARE_TAGS,
+ 				      errors_are_identical, reason);
+ }
+ 
+ // Like are_identical, but with a CMP_TAGS parameter.
+ 
+ bool
+ Type::are_identical_cmp_tags(const Type* t1, const Type* t2, Cmp_tags cmp_tags,
+ 			     bool errors_are_identical, std::string* reason)
+ {
    if (t1 == NULL || t2 == NULL)
      {
        // Something is wrong.
*************** Type::are_identical(const Type* t1, cons
*** 387,417 ****
      case TYPE_FUNCTION:
        return t1->function_type()->is_identical(t2->function_type(),
  					       false,
  					       errors_are_identical,
  					       reason);
  
      case TYPE_POINTER:
!       return Type::are_identical(t1->points_to(), t2->points_to(),
! 				 errors_are_identical, reason);
  
      case TYPE_STRUCT:
!       return t1->struct_type()->is_identical(t2->struct_type(),
  					     errors_are_identical);
  
      case TYPE_ARRAY:
!       return t1->array_type()->is_identical(t2->array_type(),
  					    errors_are_identical);
  
      case TYPE_MAP:
!       return t1->map_type()->is_identical(t2->map_type(),
  					  errors_are_identical);
  
      case TYPE_CHANNEL:
!       return t1->channel_type()->is_identical(t2->channel_type(),
  					      errors_are_identical);
  
      case TYPE_INTERFACE:
!       return t1->interface_type()->is_identical(t2->interface_type(),
  						errors_are_identical);
  
      case TYPE_CALL_MULTIPLE_RESULT:
--- 397,429 ----
      case TYPE_FUNCTION:
        return t1->function_type()->is_identical(t2->function_type(),
  					       false,
+ 					       cmp_tags,
  					       errors_are_identical,
  					       reason);
  
      case TYPE_POINTER:
!       return Type::are_identical_cmp_tags(t1->points_to(), t2->points_to(),
! 					  cmp_tags, errors_are_identical,
! 					  reason);
  
      case TYPE_STRUCT:
!       return t1->struct_type()->is_identical(t2->struct_type(), cmp_tags,
  					     errors_are_identical);
  
      case TYPE_ARRAY:
!       return t1->array_type()->is_identical(t2->array_type(), cmp_tags,
  					    errors_are_identical);
  
      case TYPE_MAP:
!       return t1->map_type()->is_identical(t2->map_type(), cmp_tags,
  					  errors_are_identical);
  
      case TYPE_CHANNEL:
!       return t1->channel_type()->is_identical(t2->channel_type(), cmp_tags,
  					      errors_are_identical);
  
      case TYPE_INTERFACE:
!       return t1->interface_type()->is_identical(t2->interface_type(), cmp_tags,
  						errors_are_identical);
  
      case TYPE_CALL_MULTIPLE_RESULT:
*************** Type::are_convertible(const Type* lhs, c
*** 735,757 ****
      return true;
  
    // The types are convertible if they have identical underlying
!   // types.
    if ((lhs->named_type() != NULL || rhs->named_type() != NULL)
!       && Type::are_identical(lhs->base(), rhs->base(), true, reason))
      return true;
  
    // The types are convertible if they are both unnamed pointer types
!   // and their pointer base types have identical underlying types.
    if (lhs->named_type() == NULL
        && rhs->named_type() == NULL
        && lhs->points_to() != NULL
        && rhs->points_to() != NULL
        && (lhs->points_to()->named_type() != NULL
  	  || rhs->points_to()->named_type() != NULL)
!       && Type::are_identical(lhs->points_to()->base(),
! 			     rhs->points_to()->base(),
! 			     true,
! 			     reason))
      return true;
  
    // Integer and floating point types are convertible to each other.
--- 747,772 ----
      return true;
  
    // The types are convertible if they have identical underlying
!   // types, ignoring struct field tags.
    if ((lhs->named_type() != NULL || rhs->named_type() != NULL)
!       && Type::are_identical_cmp_tags(lhs->base(), rhs->base(), IGNORE_TAGS,
! 				      true, reason))
      return true;
  
    // The types are convertible if they are both unnamed pointer types
!   // and their pointer base types have identical underlying types,
!   // ignoring struct field tags.
    if (lhs->named_type() == NULL
        && rhs->named_type() == NULL
        && lhs->points_to() != NULL
        && rhs->points_to() != NULL
        && (lhs->points_to()->named_type() != NULL
  	  || rhs->points_to()->named_type() != NULL)
!       && Type::are_identical_cmp_tags(lhs->points_to()->base(),
! 				      rhs->points_to()->base(),
! 				      IGNORE_TAGS,
! 				      true,
! 				      reason))
      return true;
  
    // Integer and floating point types are convertible to each other.
*************** bool
*** 3758,3764 ****
  Function_type::is_valid_redeclaration(const Function_type* t,
  				      std::string* reason) const
  {
!   if (!this->is_identical(t, false, true, reason))
      return false;
  
    // A redeclaration of a function is required to use the same names
--- 3773,3779 ----
  Function_type::is_valid_redeclaration(const Function_type* t,
  				      std::string* reason) const
  {
!   if (!this->is_identical(t, false, COMPARE_TAGS, true, reason))
      return false;
  
    // A redeclaration of a function is required to use the same names
*************** Function_type::is_valid_redeclaration(co
*** 3836,3842 ****
  
  bool
  Function_type::is_identical(const Function_type* t, bool ignore_receiver,
! 			    bool errors_are_identical,
  			    std::string* reason) const
  {
    if (!ignore_receiver)
--- 3851,3857 ----
  
  bool
  Function_type::is_identical(const Function_type* t, bool ignore_receiver,
! 			    Cmp_tags cmp_tags, bool errors_are_identical,
  			    std::string* reason) const
  {
    if (!ignore_receiver)
*************** Function_type::is_identical(const Functi
*** 3851,3858 ****
  	}
        if (r1 != NULL)
  	{
! 	  if (!Type::are_identical(r1->type(), r2->type(), errors_are_identical,
! 				   reason))
  	    {
  	      if (reason != NULL && !reason->empty())
  		*reason = "receiver: " + *reason;
--- 3866,3873 ----
  	}
        if (r1 != NULL)
  	{
! 	  if (!Type::are_identical_cmp_tags(r1->type(), r2->type(), cmp_tags,
! 					    errors_are_identical, reason))
  	    {
  	      if (reason != NULL && !reason->empty())
  		*reason = "receiver: " + *reason;
*************** Function_type::is_identical(const Functi
*** 3883,3890 ****
  	      return false;
  	    }
  
! 	  if (!Type::are_identical(p1->type(), p2->type(),
! 				   errors_are_identical, NULL))
  	    {
  	      if (reason != NULL)
  		*reason = _("different parameter types");
--- 3898,3905 ----
  	      return false;
  	    }
  
! 	  if (!Type::are_identical_cmp_tags(p1->type(), p2->type(), cmp_tags,
! 					    errors_are_identical, NULL))
  	    {
  	      if (reason != NULL)
  		*reason = _("different parameter types");
*************** Function_type::is_identical(const Functi
*** 3928,3935 ****
  	      return false;
  	    }
  
! 	  if (!Type::are_identical(res1->type(), res2->type(),
! 				   errors_are_identical, NULL))
  	    {
  	      if (reason != NULL)
  		*reason = _("different result types");
--- 3943,3951 ----
  	      return false;
  	    }
  
! 	  if (!Type::are_identical_cmp_tags(res1->type(), res2->type(),
! 					    cmp_tags, errors_are_identical,
! 					    NULL))
  	    {
  	      if (reason != NULL)
  		*reason = _("different result types");
*************** Struct_type::do_has_pointer() const
*** 5103,5109 ****
  // Whether this type is identical to T.
  
  bool
! Struct_type::is_identical(const Struct_type* t,
  			  bool errors_are_identical) const
  {
    if (this->is_struct_incomparable_ != t->is_struct_incomparable_)
--- 5119,5125 ----
  // Whether this type is identical to T.
  
  bool
! Struct_type::is_identical(const Struct_type* t, Cmp_tags cmp_tags,
  			  bool errors_are_identical) const
  {
    if (this->is_struct_incomparable_ != t->is_struct_incomparable_)
*************** Struct_type::is_identical(const Struct_t
*** 5122,5141 ****
        if (pf1->field_name() != pf2->field_name())
  	return false;
        if (pf1->is_anonymous() != pf2->is_anonymous()
! 	  || !Type::are_identical(pf1->type(), pf2->type(),
! 				  errors_are_identical, NULL))
  	return false;
!       if (!pf1->has_tag())
! 	{
! 	  if (pf2->has_tag())
! 	    return false;
! 	}
!       else
  	{
! 	  if (!pf2->has_tag())
! 	    return false;
! 	  if (pf1->tag() != pf2->tag())
! 	    return false;
  	}
      }
    if (pf2 != fields2->end())
--- 5138,5160 ----
        if (pf1->field_name() != pf2->field_name())
  	return false;
        if (pf1->is_anonymous() != pf2->is_anonymous()
! 	  || !Type::are_identical_cmp_tags(pf1->type(), pf2->type(), cmp_tags,
! 					   errors_are_identical, NULL))
  	return false;
!       if (cmp_tags == COMPARE_TAGS)
  	{
! 	  if (!pf1->has_tag())
! 	    {
! 	      if (pf2->has_tag())
! 		return false;
! 	    }
! 	  else
! 	    {
! 	      if (!pf2->has_tag())
! 		return false;
! 	      if (pf1->tag() != pf2->tag())
! 		return false;
! 	    }
  	}
      }
    if (pf2 != fields2->end())
*************** Type::make_struct_type(Struct_field_list
*** 6363,6372 ****
  // Whether two array types are identical.
  
  bool
! Array_type::is_identical(const Array_type* t, bool errors_are_identical) const
  {
!   if (!Type::are_identical(this->element_type(), t->element_type(),
! 			   errors_are_identical, NULL))
      return false;
  
    if (this->is_array_incomparable_ != t->is_array_incomparable_)
--- 6382,6392 ----
  // Whether two array types are identical.
  
  bool
! Array_type::is_identical(const Array_type* t, Cmp_tags cmp_tags,
! 			 bool errors_are_identical) const
  {
!   if (!Type::are_identical_cmp_tags(this->element_type(), t->element_type(),
! 				    cmp_tags, errors_are_identical, NULL))
      return false;
  
    if (this->is_array_incomparable_ != t->is_array_incomparable_)
*************** Map_type::do_verify()
*** 7370,7381 ****
  // Whether two map types are identical.
  
  bool
! Map_type::is_identical(const Map_type* t, bool errors_are_identical) const
  {
!   return (Type::are_identical(this->key_type(), t->key_type(),
! 			      errors_are_identical, NULL)
! 	  && Type::are_identical(this->val_type(), t->val_type(),
! 				 errors_are_identical, NULL));
  }
  
  // Hash code.
--- 7390,7403 ----
  // Whether two map types are identical.
  
  bool
! Map_type::is_identical(const Map_type* t, Cmp_tags cmp_tags,
! 		       bool errors_are_identical) const
  {
!   return (Type::are_identical_cmp_tags(this->key_type(), t->key_type(),
! 				       cmp_tags, errors_are_identical, NULL)
! 	  && Type::are_identical_cmp_tags(this->val_type(), t->val_type(),
! 					  cmp_tags, errors_are_identical,
! 					  NULL));
  }
  
  // Hash code.
*************** Channel_type::do_hash_for_method(Gogo* g
*** 7909,7919 ****
  // Whether this type is the same as T.
  
  bool
! Channel_type::is_identical(const Channel_type* t,
  			   bool errors_are_identical) const
  {
!   if (!Type::are_identical(this->element_type(), t->element_type(),
! 			   errors_are_identical, NULL))
      return false;
    return (this->may_send_ == t->may_send_
  	  && this->may_receive_ == t->may_receive_);
--- 7931,7941 ----
  // Whether this type is the same as T.
  
  bool
! Channel_type::is_identical(const Channel_type* t, Cmp_tags cmp_tags,
  			   bool errors_are_identical) const
  {
!   if (!Type::are_identical_cmp_tags(this->element_type(), t->element_type(),
! 				    cmp_tags, errors_are_identical, NULL))
      return false;
    return (this->may_send_ == t->may_send_
  	  && this->may_receive_ == t->may_receive_);
*************** Interface_type::is_unexported_method(Gog
*** 8341,8347 ****
  // Whether this type is identical with T.
  
  bool
! Interface_type::is_identical(const Interface_type* t,
  			     bool errors_are_identical) const
  {
    // If methods have not been finalized, then we are asking whether
--- 8363,8369 ----
  // Whether this type is identical with T.
  
  bool
! Interface_type::is_identical(const Interface_type* t, Cmp_tags cmp_tags,
  			     bool errors_are_identical) const
  {
    // If methods have not been finalized, then we are asking whether
*************** Interface_type::is_identical(const Inter
*** 8372,8379 ****
        if (p1 == this->all_methods_->end())
  	break;
        if (p1->name() != p2->name()
! 	  || !Type::are_identical(p1->type(), p2->type(),
! 				  errors_are_identical, NULL))
  	break;
      }
  
--- 8394,8401 ----
        if (p1 == this->all_methods_->end())
  	break;
        if (p1->name() != p2->name()
! 	  || !Type::are_identical_cmp_tags(p1->type(), p2->type(), cmp_tags,
! 					   errors_are_identical, NULL))
  	break;
      }
  
*************** Interface_type::implements_interface(con
*** 8571,8577 ****
        Function_type* m_fn_type = m->type()->function_type();
        go_assert(p_fn_type != NULL && m_fn_type != NULL);
        std::string subreason;
!       if (!p_fn_type->is_identical(m_fn_type, true, true, &subreason))
  	{
  	  if (reason != NULL)
  	    {
--- 8593,8600 ----
        Function_type* m_fn_type = m->type()->function_type();
        go_assert(p_fn_type != NULL && m_fn_type != NULL);
        std::string subreason;
!       if (!p_fn_type->is_identical(m_fn_type, true, COMPARE_TAGS, true,
! 				   &subreason))
  	{
  	  if (reason != NULL)
  	    {
diff -Nrcpad gcc-7.1.0/gcc/go/gofrontend/types.h gcc-7.2.0/gcc/go/gofrontend/types.h
*** gcc-7.1.0/gcc/go/gofrontend/types.h	Wed Mar 22 13:59:01 2017
--- gcc-7.2.0/gcc/go/gofrontend/types.h	Thu May 18 18:04:51 2017
*************** class Type
*** 590,595 ****
--- 590,611 ----
    are_identical(const Type* lhs, const Type* rhs, bool errors_are_identical,
  		std::string* reason);
  
+   // An argument to are_identical_cmp_tags, indicating whether or not
+   // to compare struct field tags.
+   enum Cmp_tags {
+     COMPARE_TAGS,
+     IGNORE_TAGS
+   };
+ 
+   // Return true if two types are identical.  This is like the
+   // are_identical function, but also takes a CMP_TAGS argument
+   // indicating whether to compare struct tags.  Otherwise the
+   // parameters are as for are_identical.
+   static bool
+   are_identical_cmp_tags(const Type* lhs, const Type* rhs,
+ 			 Cmp_tags, bool errors_are_identical,
+ 			 std::string* reason);
+ 
    // Return true if two types are compatible for use in a binary
    // operation, other than a shift, comparison, or channel send.  This
    // is an equivalence relation.
*************** class Function_type : public Type
*** 1922,1928 ****
    // Whether this type is the same as T.
    bool
    is_identical(const Function_type* t, bool ignore_receiver,
! 	       bool errors_are_identical, std::string*) const;
  
    // Record that this is a varargs function.
    void
--- 1938,1944 ----
    // Whether this type is the same as T.
    bool
    is_identical(const Function_type* t, bool ignore_receiver,
! 	       Cmp_tags, bool errors_are_identical, std::string*) const;
  
    // Record that this is a varargs function.
    void
*************** class Struct_type : public Type
*** 2322,2328 ****
  
    // Whether this type is identical with T.
    bool
!   is_identical(const Struct_type* t, bool errors_are_identical) const;
  
    // Return whether NAME is a local field which is not exported.  This
    // is only used for better error reporting.
--- 2338,2345 ----
  
    // Whether this type is identical with T.
    bool
!   is_identical(const Struct_type* t, Cmp_tags,
! 	       bool errors_are_identical) const;
  
    // Return whether NAME is a local field which is not exported.  This
    // is only used for better error reporting.
*************** class Array_type : public Type
*** 2521,2527 ****
  
    // Whether this type is identical with T.
    bool
!   is_identical(const Array_type* t, bool errors_are_identical) const;
  
    // Return an expression for the pointer to the values in an array.
    Expression*
--- 2538,2545 ----
  
    // Whether this type is identical with T.
    bool
!   is_identical(const Array_type* t, Cmp_tags,
! 	       bool errors_are_identical) const;
  
    // Return an expression for the pointer to the values in an array.
    Expression*
*************** class Map_type : public Type
*** 2694,2700 ****
  
    // Whether this type is identical with T.
    bool
!   is_identical(const Map_type* t, bool errors_are_identical) const;
  
    // Import a map type.
    static Map_type*
--- 2712,2719 ----
  
    // Whether this type is identical with T.
    bool
!   is_identical(const Map_type* t, Cmp_tags,
! 	       bool errors_are_identical) const;
  
    // Import a map type.
    static Map_type*
*************** class Channel_type : public Type
*** 2814,2820 ****
  
    // Whether this type is identical with T.
    bool
!   is_identical(const Channel_type* t, bool errors_are_identical) const;
  
    // Import a channel type.
    static Channel_type*
--- 2833,2840 ----
  
    // Whether this type is identical with T.
    bool
!   is_identical(const Channel_type* t, Cmp_tags,
! 	       bool errors_are_identical) const;
  
    // Import a channel type.
    static Channel_type*
*************** class Interface_type : public Type
*** 2927,2933 ****
    // Whether this type is identical with T.  REASON is as in
    // implements_interface.
    bool
!   is_identical(const Interface_type* t, bool errors_are_identical) const;
  
    // Whether we can assign T to this type.  is_identical is known to
    // be false.
--- 2947,2954 ----
    // Whether this type is identical with T.  REASON is as in
    // implements_interface.
    bool
!   is_identical(const Interface_type* t, Cmp_tags,
! 	       bool errors_are_identical) const;
  
    // Whether we can assign T to this type.  is_identical is known to
    // be false.
diff -Nrcpad gcc-7.1.0/gcc/graphite-isl-ast-to-gimple.c gcc-7.2.0/gcc/graphite-isl-ast-to-gimple.c
*** gcc-7.1.0/gcc/graphite-isl-ast-to-gimple.c	Fri Mar 24 12:16:43 2017
--- gcc-7.2.0/gcc/graphite-isl-ast-to-gimple.c	Wed Jun  7 13:07:06 2017
*************** class translate_isl_ast_to_gimple
*** 229,236 ****
    tree add_close_phis_to_outer_loops (tree last_merge_name, edge merge_e,
  				      gimple *old_close_phi);
    bool copy_loop_close_phi_args (basic_block old_bb, basic_block new_bb,
! 				 bool postpone);
!   bool copy_loop_close_phi_nodes (basic_block old_bb, basic_block new_bb);
    bool copy_cond_phi_args (gphi *phi, gphi *new_phi, vec<tree> iv_map,
  			   bool postpone);
    bool copy_cond_phi_nodes (basic_block bb, basic_block new_bb,
--- 229,237 ----
    tree add_close_phis_to_outer_loops (tree last_merge_name, edge merge_e,
  				      gimple *old_close_phi);
    bool copy_loop_close_phi_args (basic_block old_bb, basic_block new_bb,
! 				 vec<tree> iv_map, bool postpone);
!   bool copy_loop_close_phi_nodes (basic_block old_bb, basic_block new_bb,
! 				  vec<tree> iv_map);
    bool copy_cond_phi_args (gphi *phi, gphi *new_phi, vec<tree> iv_map,
  			   bool postpone);
    bool copy_cond_phi_nodes (basic_block bb, basic_block new_bb,
*************** add_close_phis_to_merge_points (gphi *ol
*** 2079,2085 ****
  /* Copy all the loop-close phi args from BB to NEW_BB.  */
  
  bool translate_isl_ast_to_gimple::
! copy_loop_close_phi_args (basic_block old_bb, basic_block new_bb, bool postpone)
  {
    for (gphi_iterator psi = gsi_start_phis (old_bb); !gsi_end_p (psi);
         gsi_next (&psi))
--- 2080,2087 ----
  /* Copy all the loop-close phi args from BB to NEW_BB.  */
  
  bool translate_isl_ast_to_gimple::
! copy_loop_close_phi_args (basic_block old_bb, basic_block new_bb,
! 			  vec<tree> iv_map, bool postpone)
  {
    for (gphi_iterator psi = gsi_start_phis (old_bb); !gsi_end_p (psi);
         gsi_next (&psi))
*************** copy_loop_close_phi_args (basic_block ol
*** 2089,2110 ****
        if (virtual_operand_p (res))
  	continue;
  
-       if (is_gimple_reg (res) && scev_analyzable_p (res, region->region))
- 	/* Loop close phi nodes should not be scev_analyzable_p.  */
- 	gcc_unreachable ();
- 
        gphi *new_close_phi = create_phi_node (NULL_TREE, new_bb);
        tree new_res = create_new_def_for (res, new_close_phi,
  					 gimple_phi_result_ptr (new_close_phi));
        set_rename (res, new_res);
  
        tree old_name = gimple_phi_arg_def (old_close_phi, 0);
!       tree new_name = get_new_name (new_bb, old_name, old_bb, close_phi);
  
        /* Predecessor basic blocks of a loop close phi should have been code
  	 generated before.  FIXME: This is fixable by merging PHIs from inner
  	 loops as well.  See: gfortran.dg/graphite/interchange-3.f90.  */
!       if (!new_name)
  	return false;
  
        add_phi_arg (new_close_phi, new_name, single_pred_edge (new_bb),
--- 2091,2119 ----
        if (virtual_operand_p (res))
  	continue;
  
        gphi *new_close_phi = create_phi_node (NULL_TREE, new_bb);
        tree new_res = create_new_def_for (res, new_close_phi,
  					 gimple_phi_result_ptr (new_close_phi));
        set_rename (res, new_res);
  
        tree old_name = gimple_phi_arg_def (old_close_phi, 0);
!       tree new_name;
!       if (is_gimple_reg (res) && scev_analyzable_p (res, region->region))
! 	{
! 	  gimple_seq stmts;
! 	  new_name = get_rename_from_scev (old_name, &stmts,
! 					   old_bb->loop_father,
! 					   new_bb, old_bb, iv_map);
! 	  if (! codegen_error_p ())
! 	    gsi_insert_earliest (stmts);
! 	}
!       else
! 	new_name = get_new_name (new_bb, old_name, old_bb, close_phi);
  
        /* Predecessor basic blocks of a loop close phi should have been code
  	 generated before.  FIXME: This is fixable by merging PHIs from inner
  	 loops as well.  See: gfortran.dg/graphite/interchange-3.f90.  */
!       if (!new_name || codegen_error_p ())
  	return false;
  
        add_phi_arg (new_close_phi, new_name, single_pred_edge (new_bb),
*************** copy_loop_close_phi_args (basic_block ol
*** 2152,2158 ****
  /* Copy loop close phi nodes from BB to NEW_BB.  */
  
  bool translate_isl_ast_to_gimple::
! copy_loop_close_phi_nodes (basic_block old_bb, basic_block new_bb)
  {
    if (dump_file)
      fprintf (dump_file, "[codegen] copying loop close phi nodes in bb_%d.\n",
--- 2161,2168 ----
  /* Copy loop close phi nodes from BB to NEW_BB.  */
  
  bool translate_isl_ast_to_gimple::
! copy_loop_close_phi_nodes (basic_block old_bb, basic_block new_bb,
! 			   vec<tree> iv_map)
  {
    if (dump_file)
      fprintf (dump_file, "[codegen] copying loop close phi nodes in bb_%d.\n",
*************** copy_loop_close_phi_nodes (basic_block o
*** 2160,2166 ****
    /* Loop close phi nodes should have only one argument.  */
    gcc_assert (1 == EDGE_COUNT (old_bb->preds));
  
!   return copy_loop_close_phi_args (old_bb, new_bb, true);
  }
  
  
--- 2170,2176 ----
    /* Loop close phi nodes should have only one argument.  */
    gcc_assert (1 == EDGE_COUNT (old_bb->preds));
  
!   return copy_loop_close_phi_args (old_bb, new_bb, iv_map, true);
  }
  
  
*************** copy_bb_and_scalar_dependences (basic_bl
*** 2690,2696 ****
        gcc_assert (single_pred_edge (phi_bb)->src->loop_father
  		  != single_pred_edge (phi_bb)->dest->loop_father);
  
!       if (!copy_loop_close_phi_nodes (bb, phi_bb))
  	{
  	  codegen_error = true;
  	  return NULL;
--- 2700,2706 ----
        gcc_assert (single_pred_edge (phi_bb)->src->loop_father
  		  != single_pred_edge (phi_bb)->dest->loop_father);
  
!       if (!copy_loop_close_phi_nodes (bb, phi_bb, iv_map))
  	{
  	  codegen_error = true;
  	  return NULL;
*************** translate_pending_phi_nodes ()
*** 2824,2830 ****
  	codegen_error = !copy_loop_phi_args (old_phi, ibp_old_bb, new_phi,
  					    ibp_new_bb, false);
        else if (bb_contains_loop_close_phi_nodes (new_bb))
! 	codegen_error = !copy_loop_close_phi_args (old_bb, new_bb, false);
        else
  	codegen_error = !copy_cond_phi_args (old_phi, new_phi, iv_map, false);
  
--- 2834,2840 ----
  	codegen_error = !copy_loop_phi_args (old_phi, ibp_old_bb, new_phi,
  					    ibp_new_bb, false);
        else if (bb_contains_loop_close_phi_nodes (new_bb))
! 	codegen_error = !copy_loop_close_phi_args (old_bb, new_bb, iv_map, false);
        else
  	codegen_error = !copy_cond_phi_args (old_phi, new_phi, iv_map, false);
  
diff -Nrcpad gcc-7.1.0/gcc/hsa-brig.c gcc-7.2.0/gcc/hsa-brig.c
*** gcc-7.1.0/gcc/hsa-brig.c	Fri Jan 20 13:33:29 2017
--- gcc-7.2.0/gcc/hsa-brig.c	Wed Jul 26 08:58:37 2017
*************** brig_init (void)
*** 499,505 ****
  	  else
  	    part++;
  	  char *modname2;
! 	  asprintf (&modname2, "%s_%s", modname, part);
  	  free (modname);
  	  modname = modname2;
  	}
--- 499,505 ----
  	  else
  	    part++;
  	  char *modname2;
! 	  modname2 = xasprintf ("%s_%s", modname, part);
  	  free (modname);
  	  modname = modname2;
  	}
diff -Nrcpad gcc-7.1.0/gcc/ipa-devirt.c gcc-7.2.0/gcc/ipa-devirt.c
*** gcc-7.1.0/gcc/ipa-devirt.c	Mon Apr 24 14:48:43 2017
--- gcc-7.2.0/gcc/ipa-devirt.c	Thu Jun 22 11:39:26 2017
*************** warn_types_mismatch (tree t1, tree t2, l
*** 1226,1232 ****
    if (types_odr_comparable (t1, t2, true)
        && types_same_for_odr (t1, t2, true))
      inform (loc_t1,
! 	    "type %qT itself violate the C++ One Definition Rule", t1);
    /* Prevent pointless warnings like "struct aa" should match "struct aa".  */
    else if (TYPE_NAME (t1) == TYPE_NAME (t2)
  	   && TREE_CODE (t1) == TREE_CODE (t2) && !loc_t2_useful)
--- 1226,1232 ----
    if (types_odr_comparable (t1, t2, true)
        && types_same_for_odr (t1, t2, true))
      inform (loc_t1,
! 	    "type %qT itself violates the C++ One Definition Rule", t1);
    /* Prevent pointless warnings like "struct aa" should match "struct aa".  */
    else if (TYPE_NAME (t1) == TYPE_NAME (t2)
  	   && TREE_CODE (t1) == TREE_CODE (t2) && !loc_t2_useful)
*************** odr_types_equivalent_p (tree t1, tree t2
*** 1573,1579 ****
  		    if (DECL_ARTIFICIAL (f1))
  		      break;
  		    warn_odr (t1, t2, f1, f2, warn, warned,
! 			      G_("fields has different layout "
  				 "in another translation unit"));
  		    return false;
  		  }
--- 1573,1579 ----
  		    if (DECL_ARTIFICIAL (f1))
  		      break;
  		    warn_odr (t1, t2, f1, f2, warn, warned,
! 			      G_("fields have different layout "
  				 "in another translation unit"));
  		    return false;
  		  }
diff -Nrcpad gcc-7.1.0/gcc/ipa-polymorphic-call.c gcc-7.2.0/gcc/ipa-polymorphic-call.c
*** gcc-7.1.0/gcc/ipa-polymorphic-call.c	Mon Apr  3 22:30:56 2017
--- gcc-7.2.0/gcc/ipa-polymorphic-call.c	Wed Jun 28 13:25:33 2017
*************** ipa_polymorphic_call_context::restrict_t
*** 267,273 ****
  	{
  	  for (fld = TYPE_FIELDS (type); fld; fld = DECL_CHAIN (fld))
  	    {
! 	      if (TREE_CODE (fld) != FIELD_DECL)
  		continue;
  
  	      pos = int_bit_position (fld);
--- 267,274 ----
  	{
  	  for (fld = TYPE_FIELDS (type); fld; fld = DECL_CHAIN (fld))
  	    {
! 	      if (TREE_CODE (fld) != FIELD_DECL
! 		  || TREE_TYPE (fld) == error_mark_node)
  		continue;
  
  	      pos = int_bit_position (fld);
diff -Nrcpad gcc-7.1.0/gcc/ipa-prop.c gcc-7.2.0/gcc/ipa-prop.c
*** gcc-7.1.0/gcc/ipa-prop.c	Thu Mar  9 13:20:03 2017
--- gcc-7.2.0/gcc/ipa-prop.c	Thu Jun 29 08:53:27 2017
*************** find_constructor_constant_at_offset (tre
*** 3030,3036 ****
  
           if (index)
             {
!              off = wi::to_offset (index);
               if (TYPE_DOMAIN (type) && TYPE_MIN_VALUE (TYPE_DOMAIN (type)))
                 {
                   tree low_bound = TYPE_MIN_VALUE (TYPE_DOMAIN (type));
--- 3030,3039 ----
  
           if (index)
             {
! 	     if (TREE_CODE (index) == RANGE_EXPR)
! 	       off = wi::to_offset (TREE_OPERAND (index, 0));
! 	     else
! 	       off = wi::to_offset (index);
               if (TYPE_DOMAIN (type) && TYPE_MIN_VALUE (TYPE_DOMAIN (type)))
                 {
                   tree low_bound = TYPE_MIN_VALUE (TYPE_DOMAIN (type));
*************** find_constructor_constant_at_offset (tre
*** 3039,3044 ****
--- 3042,3049 ----
                                   TYPE_PRECISION (TREE_TYPE (index)));
                 }
               off *= wi::to_offset (unit_size);
+ 	     /* ???  Handle more than just the first index of a
+ 	        RANGE_EXPR.  */
             }
           else
             off = wi::to_offset (unit_size) * ix;
diff -Nrcpad gcc-7.1.0/gcc/jit/ChangeLog gcc-7.2.0/gcc/jit/ChangeLog
*** gcc-7.1.0/gcc/jit/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/gcc/jit/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/gcc/loop-doloop.c gcc-7.2.0/gcc/loop-doloop.c
*** gcc-7.1.0/gcc/loop-doloop.c	Fri Mar 24 13:37:01 2017
--- gcc-7.2.0/gcc/loop-doloop.c	Fri Jun  2 08:12:33 2017
*************** add_test (rtx cond, edge *e, basic_block
*** 367,372 ****
--- 367,373 ----
      }
  
    seq = get_insns ();
+   unshare_all_rtl_in_chain (seq);
    end_sequence ();
  
    /* There always is at least the jump insn in the sequence.  */
diff -Nrcpad gcc-7.1.0/gcc/lra-remat.c gcc-7.2.0/gcc/lra-remat.c
*** gcc-7.1.0/gcc/lra-remat.c	Thu Apr 13 18:08:51 2017
--- gcc-7.2.0/gcc/lra-remat.c	Thu May 25 15:12:49 2017
*************** do_remat (void)
*** 1122,1127 ****
--- 1122,1128 ----
  		  break;
  	    }
  	  int i, hard_regno, nregs;
+ 	  int dst_hard_regno, dst_nregs;
  	  rtx_insn *remat_insn = NULL;
  	  HOST_WIDE_INT cand_sp_offset = 0;
  	  if (cand != NULL)
*************** do_remat (void)
*** 1136,1141 ****
--- 1137,1148 ----
  	      gcc_assert (REG_P (saved_op));
  	      int ignore_regno = REGNO (saved_op); 
  
+ 	      dst_hard_regno = dst_regno < FIRST_PSEUDO_REGISTER
+ 		? dst_regno : reg_renumber[dst_regno];
+ 	      gcc_assert (dst_hard_regno >= 0);
+ 	      machine_mode mode = GET_MODE (SET_DEST (set));
+ 	      dst_nregs = hard_regno_nregs[dst_hard_regno][mode];
+ 
  	      for (reg = cand_id->regs; reg != NULL; reg = reg->next)
  		if (reg->type != OP_IN && reg->regno != ignore_regno)
  		  {
*************** do_remat (void)
*** 1146,1151 ****
--- 1153,1162 ----
  			break;
  		    if (i < nregs)
  		      break;
+ 		    /* Ensure the clobber also doesn't overlap dst_regno.  */
+ 		    if (hard_regno + nregs > dst_hard_regno
+ 			&& hard_regno < dst_hard_regno + dst_nregs)
+ 		      break;
  		  }
  
  	      if (reg == NULL)
*************** do_remat (void)
*** 1153,1161 ****
  		  for (reg = static_cand_id->hard_regs;
  		       reg != NULL;
  		       reg = reg->next)
! 		    if (reg->type != OP_IN
! 			&& TEST_HARD_REG_BIT (live_hard_regs, reg->regno))
! 		      break;
  		}
  
  	      if (reg == NULL)
--- 1164,1177 ----
  		  for (reg = static_cand_id->hard_regs;
  		       reg != NULL;
  		       reg = reg->next)
! 		    if (reg->type != OP_IN)
! 		      {
! 			if (TEST_HARD_REG_BIT (live_hard_regs, reg->regno))
! 			  break;
! 			if (reg->regno >= dst_hard_regno
! 			    && reg->regno < dst_hard_regno + dst_nregs)
! 			  break;
! 		      }
  		}
  
  	      if (reg == NULL)
diff -Nrcpad gcc-7.1.0/gcc/lto/ChangeLog gcc-7.2.0/gcc/lto/ChangeLog
*** gcc-7.1.0/gcc/lto/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/gcc/lto/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/gcc/match.pd gcc-7.2.0/gcc/match.pd
*** gcc-7.1.0/gcc/match.pd	Tue Apr  4 09:06:04 2017
--- gcc-7.2.0/gcc/match.pd	Mon Jul 17 19:45:59 2017
*************** DEFINE_INT_AND_FLOAT_ROUND_FN (RINT)
*** 165,172 ****
   /* X / X is one.  */
   (simplify
    (div @0 @0)
!   /* But not for 0 / 0 so that we can get the proper warnings and errors.  */
!   (if (!integer_zerop (@0))
     { build_one_cst (type); }))
   /* X / abs (X) is X < 0 ? -1 : 1.  */ 
   (simplify
--- 165,173 ----
   /* X / X is one.  */
   (simplify
    (div @0 @0)
!   /* But not for 0 / 0 so that we can get the proper warnings and errors.
!      And not for _Fract types where we can't build 1.  */
!   (if (!integer_zerop (@0) && !ALL_FRACT_MODE_P (TYPE_MODE (type)))
     { build_one_cst (type); }))
   /* X / abs (X) is X < 0 ? -1 : 1.  */ 
   (simplify
diff -Nrcpad gcc-7.1.0/gcc/objc/ChangeLog gcc-7.2.0/gcc/objc/ChangeLog
*** gcc-7.1.0/gcc/objc/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/gcc/objc/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/gcc/objcp/ChangeLog gcc-7.2.0/gcc/objcp/ChangeLog
*** gcc-7.1.0/gcc/objcp/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/gcc/objcp/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/gcc/omp-low.c gcc-7.2.0/gcc/omp-low.c
*** gcc-7.1.0/gcc/omp-low.c	Thu Apr 20 17:59:25 2017
--- gcc-7.2.0/gcc/omp-low.c	Fri May 26 10:14:37 2017
*************** scan_omp_task (gimple_stmt_iterator *gsi
*** 1913,1918 ****
--- 1913,1941 ----
      }
  }
  
+ /* Helper function for finish_taskreg_scan, called through walk_tree.
+    If maybe_lookup_decl_in_outer_context returns non-NULL for some
+    tree, replace it in the expression.  */
+ 
+ static tree
+ finish_taskreg_remap (tree *tp, int *walk_subtrees, void *data)
+ {
+   if (VAR_P (*tp))
+     {
+       omp_context *ctx = (omp_context *) data;
+       tree t = maybe_lookup_decl_in_outer_ctx (*tp, ctx);
+       if (t != *tp)
+ 	{
+ 	  if (DECL_HAS_VALUE_EXPR_P (t))
+ 	    t = unshare_expr (DECL_VALUE_EXPR (t));
+ 	  *tp = t;
+ 	}
+       *walk_subtrees = 0;
+     }
+   else if (IS_TYPE_OR_DECL_P (*tp))
+     *walk_subtrees = 0;
+   return NULL_TREE;
+ }
  
  /* If any decls have been made addressable during scan_omp,
     adjust their fields if needed, and layout record types
*************** finish_taskreg_scan (omp_context *ctx)
*** 2033,2038 ****
--- 2056,2066 ----
  	layout_type (ctx->srecord_type);
        tree t = fold_convert_loc (loc, long_integer_type_node,
  				 TYPE_SIZE_UNIT (ctx->record_type));
+       if (TREE_CODE (t) != INTEGER_CST)
+ 	{
+ 	  t = unshare_expr (t);
+ 	  walk_tree (&t, finish_taskreg_remap, ctx, NULL);
+ 	}
        gimple_omp_task_set_arg_size (ctx->stmt, t);
        t = build_int_cst (long_integer_type_node,
  			 TYPE_ALIGN_UNIT (ctx->record_type));
*************** lower_reduction_clauses (tree clauses, g
*** 5140,5154 ****
        if (OMP_CLAUSE_CODE (c) != OMP_CLAUSE_REDUCTION)
  	continue;
  
        orig_var = var = OMP_CLAUSE_DECL (c);
        if (TREE_CODE (var) == MEM_REF)
  	{
  	  var = TREE_OPERAND (var, 0);
  	  if (TREE_CODE (var) == POINTER_PLUS_EXPR)
  	    var = TREE_OPERAND (var, 0);
! 	  if (TREE_CODE (var) == INDIRECT_REF
! 	      || TREE_CODE (var) == ADDR_EXPR)
  	    var = TREE_OPERAND (var, 0);
  	  orig_var = var;
  	  if (is_variable_sized (var))
  	    {
--- 5168,5192 ----
        if (OMP_CLAUSE_CODE (c) != OMP_CLAUSE_REDUCTION)
  	continue;
  
+       enum omp_clause_code ccode = OMP_CLAUSE_REDUCTION;
        orig_var = var = OMP_CLAUSE_DECL (c);
        if (TREE_CODE (var) == MEM_REF)
  	{
  	  var = TREE_OPERAND (var, 0);
  	  if (TREE_CODE (var) == POINTER_PLUS_EXPR)
  	    var = TREE_OPERAND (var, 0);
! 	  if (TREE_CODE (var) == ADDR_EXPR)
  	    var = TREE_OPERAND (var, 0);
+ 	  else
+ 	    {
+ 	      /* If this is a pointer or referenced based array
+ 		 section, the var could be private in the outer
+ 		 context e.g. on orphaned loop construct.  Pretend this
+ 		 is private variable's outer reference.  */
+ 	      ccode = OMP_CLAUSE_PRIVATE;
+ 	      if (TREE_CODE (var) == INDIRECT_REF)
+ 		var = TREE_OPERAND (var, 0);
+ 	    }
  	  orig_var = var;
  	  if (is_variable_sized (var))
  	    {
*************** lower_reduction_clauses (tree clauses, g
*** 5162,5168 ****
        new_var = lookup_decl (var, ctx);
        if (var == OMP_CLAUSE_DECL (c) && omp_is_reference (var))
  	new_var = build_simple_mem_ref_loc (clause_loc, new_var);
!       ref = build_outer_var_ref (var, ctx);
        code = OMP_CLAUSE_REDUCTION_CODE (c);
  
        /* reduction(-:var) sums up the partial results, so it acts
--- 5200,5206 ----
        new_var = lookup_decl (var, ctx);
        if (var == OMP_CLAUSE_DECL (c) && omp_is_reference (var))
  	new_var = build_simple_mem_ref_loc (clause_loc, new_var);
!       ref = build_outer_var_ref (var, ctx, ccode);
        code = OMP_CLAUSE_REDUCTION_CODE (c);
  
        /* reduction(-:var) sums up the partial results, so it acts
diff -Nrcpad gcc-7.1.0/gcc/optabs.c gcc-7.2.0/gcc/optabs.c
*** gcc-7.1.0/gcc/optabs.c	Wed Apr 12 18:09:47 2017
--- gcc-7.2.0/gcc/optabs.c	Sun Jul 16 22:07:15 2017
*************** prepare_cmp_insn (rtx x, rtx y, enum rtx
*** 3844,3852 ****
    if (cfun->can_throw_non_call_exceptions)
      {
        if (may_trap_p (x))
! 	x = force_reg (mode, x);
        if (may_trap_p (y))
! 	y = force_reg (mode, y);
      }
  
    if (GET_MODE_CLASS (mode) == MODE_CC)
--- 3844,3852 ----
    if (cfun->can_throw_non_call_exceptions)
      {
        if (may_trap_p (x))
! 	x = copy_to_reg (x);
        if (may_trap_p (y))
! 	y = copy_to_reg (y);
      }
  
    if (GET_MODE_CLASS (mode) == MODE_CC)
diff -Nrcpad gcc-7.1.0/gcc/opts.c gcc-7.2.0/gcc/opts.c
*** gcc-7.1.0/gcc/opts.c	Fri Mar 10 19:22:35 2017
--- gcc-7.2.0/gcc/opts.c	Thu Jul 27 08:38:35 2017
*************** finish_options (struct gcc_options *opts
*** 1007,1012 ****
--- 1007,1019 ----
  
        opts->x_flag_stack_reuse = SR_NONE;
      }
+ 
+   if ((opts->x_flag_sanitize & SANITIZE_USER_ADDRESS) && opts->x_flag_tm)
+     sorry ("transactional memory is not supported with %<-fsanitize=address%>");
+ 
+   if ((opts->x_flag_sanitize & SANITIZE_KERNEL_ADDRESS) && opts->x_flag_tm)
+     sorry ("transactional memory is not supported with "
+ 	   "%<-fsanitize=kernel-address%>");
  }
  
  #define LEFT_COLUMN	27
diff -Nrcpad gcc-7.1.0/gcc/params.def gcc-7.2.0/gcc/params.def
*** gcc-7.1.0/gcc/params.def	Mon Mar 13 09:13:14 2017
--- gcc-7.2.0/gcc/params.def	Thu Jun 22 11:40:00 2017
*************** DEFPARAM (PARAM_COMDAT_SHARING_PROBABILI
*** 126,132 ****
  DEFPARAM (PARAM_PARTIAL_INLINING_ENTRY_PROBABILITY,
  	  "partial-inlining-entry-probability",
  	  "Maximum probability of the entry BB of split region (in percent relative to entry BB of the function) to make partial inlining happen.",
! 	  70, 0, 0)
  
  /* Limit the number of expansions created by the variable expansion
     optimization to avoid register pressure.  */
--- 126,132 ----
  DEFPARAM (PARAM_PARTIAL_INLINING_ENTRY_PROBABILITY,
  	  "partial-inlining-entry-probability",
  	  "Maximum probability of the entry BB of split region (in percent relative to entry BB of the function) to make partial inlining happen.",
! 	  70, 0, 100)
  
  /* Limit the number of expansions created by the variable expansion
     optimization to avoid register pressure.  */
diff -Nrcpad gcc-7.1.0/gcc/passes.def gcc-7.2.0/gcc/passes.def
*** gcc-7.1.0/gcc/passes.def	Tue Feb 28 16:59:16 2017
--- gcc-7.2.0/gcc/passes.def	Wed Jun 28 13:25:33 2017
*************** along with GCC; see the file COPYING3.
*** 42,50 ****
    NEXT_PASS (pass_build_cfg);
    NEXT_PASS (pass_warn_function_return);
    NEXT_PASS (pass_expand_omp);
-   NEXT_PASS (pass_build_cgraph_edges);
    NEXT_PASS (pass_sprintf_length, false);
    NEXT_PASS (pass_walloca, /*strict_mode_p=*/true);
    TERMINATE_PASS_LIST (all_lowering_passes)
  
    /* Interprocedural optimization passes.  */
--- 42,50 ----
    NEXT_PASS (pass_build_cfg);
    NEXT_PASS (pass_warn_function_return);
    NEXT_PASS (pass_expand_omp);
    NEXT_PASS (pass_sprintf_length, false);
    NEXT_PASS (pass_walloca, /*strict_mode_p=*/true);
+   NEXT_PASS (pass_build_cgraph_edges);
    TERMINATE_PASS_LIST (all_lowering_passes)
  
    /* Interprocedural optimization passes.  */
diff -Nrcpad gcc-7.1.0/gcc/po/ChangeLog gcc-7.2.0/gcc/po/ChangeLog
*** gcc-7.1.0/gcc/po/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/gcc/po/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,60 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
+ 2017-08-07  Joseph Myers  <joseph@codesourcery.com>
+ 
+ 	* es.po: Update.
+ 
+ 2017-08-04  Joseph Myers  <joseph@codesourcery.com>
+ 
+ 	* gcc.pot: Regenerate.
+ 
+ 2017-08-01  Joseph Myers  <joseph@codesourcery.com>
+ 
+ 	* fr.po: Update.
+ 
+ 2017-07-31  Joseph Myers  <joseph@codesourcery.com>
+ 
+ 	* es.po, uk.po: Update.
+ 
+ 2017-06-01  Joseph Myers  <joseph@codesourcery.com>
+ 
+ 	* es.po: Update.
+ 
+ 2017-05-22  Joseph Myers  <joseph@codesourcery.com>
+ 
+ 	* da.po, es.po: Update.
+ 
+ 2017-05-15  Joseph Myers  <joseph@codesourcery.com>
+ 
+ 	* sv.po: Update.
+ 
+ 2017-05-12  Joseph Myers  <joseph@codesourcery.com>
+ 
+ 	* sv.po: Update.
+ 
+ 2017-05-08  Joseph Myers  <joseph@codesourcery.com>
+ 
+ 	* es.po, sv.po: Update.
+ 
+ 2017-05-04  Joseph Myers  <joseph@codesourcery.com>
+ 
+ 	* be.po, da.po, el.po, fi.po, hr.po, id.po, ja.po, nl.po, ru.po,
+ 	sr.po, sv.po, tr.po, uk.po, vi.po, zh_CN.po, zh_TW.po: Update.
+ 
+ 2017-05-03  Joseph Myers  <joseph@codesourcery.com>
+ 
+ 	* de.po: Update.
+ 
+ 2017-05-02  Joseph Myers  <joseph@codesourcery.com>
+ 
+ 	* es.po: Update.
+ 
+ 2017-05-02  Joseph Myers  <joseph@codesourcery.com>
+ 
+ 	* fr.po: Update.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/gcc/po/be.gmo gcc-7.2.0/gcc/po/be.gmo
*** gcc-7.1.0/gcc/po/be.gmo	Tue May  2 14:16:35 2017
--- gcc-7.2.0/gcc/po/be.gmo	Mon Aug 14 08:30:39 2017
*************** For bug reporting instructions, please s
*** 20,26 ****
  missing terminating %c characterno argumentsoptions enabled: previous definition hereprograms: %s
  section attributes are not supported for this targetsize of array is negativetoo few arguments to functiontoo many arguments to functiontoo many input filesunknown register name: %sunrecognized addressvirtual functions cannot be friendsProject-Id-Version: gcc 3.1
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-04-24 20:38+0000
  PO-Revision-Date: 2002-05-17 15:54+0200
  Last-Translator: Ales Nyakhaychyk <nyakhaychyk@i18n.linux.by>
  Language-Team: Belarusian <i18n@tut.by>
--- 20,26 ----
  missing terminating %c characterno argumentsoptions enabled: previous definition hereprograms: %s
  section attributes are not supported for this targetsize of array is negativetoo few arguments to functiontoo many arguments to functiontoo many input filesunknown register name: %sunrecognized addressvirtual functions cannot be friendsProject-Id-Version: gcc 3.1
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-05-01 22:24+0000
  PO-Revision-Date: 2002-05-17 15:54+0200
  Last-Translator: Ales Nyakhaychyk <nyakhaychyk@i18n.linux.by>
  Language-Team: Belarusian <i18n@tut.by>
diff -Nrcpad gcc-7.1.0/gcc/po/be.po gcc-7.2.0/gcc/po/be.po
*** gcc-7.1.0/gcc/po/be.po	Sun Apr 30 23:16:59 2017
--- gcc-7.2.0/gcc/po/be.po	Thu May  4 15:54:38 2017
*************** msgid ""
*** 6,12 ****
  msgstr ""
  "Project-Id-Version: gcc 3.1\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-04-24 20:38+0000\n"
  "PO-Revision-Date: 2002-05-17 15:54+0200\n"
  "Last-Translator: Ales Nyakhaychyk <nyakhaychyk@i18n.linux.by>\n"
  "Language-Team: Belarusian <i18n@tut.by>\n"
--- 6,12 ----
  msgstr ""
  "Project-Id-Version: gcc 3.1\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-05-01 22:24+0000\n"
  "PO-Revision-Date: 2002-05-17 15:54+0200\n"
  "Last-Translator: Ales Nyakhaychyk <nyakhaychyk@i18n.linux.by>\n"
  "Language-Team: Belarusian <i18n@tut.by>\n"
*************** msgstr ""
*** 2843,2885 ****
  msgid "<command-line>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:4926 config/arm/arm.c:21795 config/arm/arm.c:21808
! #: config/arm/arm.c:21833 config/nios2/nios2.c:2653
  #, fuzzy, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "Ð�ÐµÑ€Ñ�Ñ‡Ð°Ñ–Ñ�Ð½Ñ‹ Ð²Ñ‹Ð±Ð°Ñ€ \"%s\""
  
! #: config/aarch64/aarch64.c:4938 config/aarch64/aarch64.c:4954
! #: config/aarch64/aarch64.c:4967 config/aarch64/aarch64.c:4979
! #: config/aarch64/aarch64.c:4990 config/aarch64/aarch64.c:5013
! #: config/aarch64/aarch64.c:5066 config/aarch64/aarch64.c:5269
  #, fuzzy, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "Ð�ÐµÑ€Ñ�Ñ‡Ð°Ñ–Ñ�Ð½Ñ‹ Ð²Ñ‹Ð±Ð°Ñ€ \"%s\""
  
! #: config/aarch64/aarch64.c:5033 config/aarch64/aarch64.c:5046
! #: config/aarch64/aarch64.c:5056
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5102 config/arm/arm.c:22340
  #, fuzzy, c-format
  msgid "missing operand"
  msgstr "Ð¿Ñ€Ð°Ð¿ÑƒÑˆÑ‡Ð°Ð½ Ñ–Ð½Ñ–Ñ†Ñ‹Ñ�Ð»Ñ–Ð·Ð°Ñ‚Ð°Ñ€"
  
! #: config/aarch64/aarch64.c:5164
  #, fuzzy, c-format
  msgid "invalid constant"
  msgstr "Ð�ÐµÑ€Ñ�Ñ‡Ð°Ñ–Ñ�Ð½Ñ‹ Ð²Ñ‹Ð±Ð°Ñ€ %s"
  
! #: config/aarch64/aarch64.c:5167
  #, fuzzy, c-format
  #| msgid "invalid %%d operand"
  msgid "invalid operand"
  msgstr "Ð½ÐµÑ€Ñ�Ñ‡Ð°Ñ–Ñ�Ð½Ñ‹ %%d Ð°Ð¿ÐµÑ€Ð°Ð½Ð´"
  
! #: config/aarch64/aarch64.c:5280
  #, fuzzy, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "Ð�ÐµÑ€Ñ�Ñ‡Ð°Ñ–Ñ�Ð½Ñ‹ Ð²Ñ‹Ð±Ð°Ñ€ \"%s\""
--- 2843,2885 ----
  msgid "<command-line>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:4927 config/arm/arm.c:21832 config/arm/arm.c:21845
! #: config/arm/arm.c:21870 config/nios2/nios2.c:2653
  #, fuzzy, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "Ð�ÐµÑ€Ñ�Ñ‡Ð°Ñ–Ñ�Ð½Ñ‹ Ð²Ñ‹Ð±Ð°Ñ€ \"%s\""
  
! #: config/aarch64/aarch64.c:4939 config/aarch64/aarch64.c:4955
! #: config/aarch64/aarch64.c:4968 config/aarch64/aarch64.c:4980
! #: config/aarch64/aarch64.c:4991 config/aarch64/aarch64.c:5014
! #: config/aarch64/aarch64.c:5067 config/aarch64/aarch64.c:5270
  #, fuzzy, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "Ð�ÐµÑ€Ñ�Ñ‡Ð°Ñ–Ñ�Ð½Ñ‹ Ð²Ñ‹Ð±Ð°Ñ€ \"%s\""
  
! #: config/aarch64/aarch64.c:5034 config/aarch64/aarch64.c:5047
! #: config/aarch64/aarch64.c:5057
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5103 config/arm/arm.c:22377
  #, fuzzy, c-format
  msgid "missing operand"
  msgstr "Ð¿Ñ€Ð°Ð¿ÑƒÑˆÑ‡Ð°Ð½ Ñ–Ð½Ñ–Ñ†Ñ‹Ñ�Ð»Ñ–Ð·Ð°Ñ‚Ð°Ñ€"
  
! #: config/aarch64/aarch64.c:5165
  #, fuzzy, c-format
  msgid "invalid constant"
  msgstr "Ð�ÐµÑ€Ñ�Ñ‡Ð°Ñ–Ñ�Ð½Ñ‹ Ð²Ñ‹Ð±Ð°Ñ€ %s"
  
! #: config/aarch64/aarch64.c:5168
  #, fuzzy, c-format
  #| msgid "invalid %%d operand"
  msgid "invalid operand"
  msgstr "Ð½ÐµÑ€Ñ�Ñ‡Ð°Ñ–Ñ�Ð½Ñ‹ %%d Ð°Ð¿ÐµÑ€Ð°Ð½Ð´"
  
! #: config/aarch64/aarch64.c:5281
  #, fuzzy, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "Ð�ÐµÑ€Ñ�Ñ‡Ð°Ñ–Ñ�Ð½Ñ‹ Ð²Ñ‹Ð±Ð°Ñ€ \"%s\""
*************** msgstr ""
*** 3038,3067 ****
  msgid "invalid UNSPEC as operand: %d"
  msgstr "Ð½ÐµÑ€Ñ�Ñ‡Ð°Ñ–Ñ�Ð½Ñ‹ %%-ÐºÐ¾Ð´"
  
! #: config/arm/arm.c:18804 config/arm/arm.c:18829 config/arm/arm.c:18839
! #: config/arm/arm.c:18848 config/arm/arm.c:18857
  #, fuzzy, c-format
  #| msgid "invalid %%f operand"
  msgid "invalid shift operand"
  msgstr "Ð½ÐµÑ€Ñ�Ñ‡Ð°Ñ–Ñ�Ð½Ñ‹ %%f Ð°Ð¿ÐµÑ€Ð°Ð½Ð´"
  
! #: config/arm/arm.c:21671 config/arm/arm.c:21689
  #, fuzzy, c-format
  msgid "predicated Thumb instruction"
  msgstr "Ð½Ñ�Ð²ÐµÑ€Ð½Ð°Ðµ Ð²Ñ‹ÐºÐ°Ñ€Ñ‹Ñ�Ñ‚Ð°Ð½Ð½Ðµ \"restict\""
  
! #: config/arm/arm.c:21677
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr ""
  
! #: config/arm/arm.c:21910 config/arm/arm.c:21932 config/arm/arm.c:21942
! #: config/arm/arm.c:21952 config/arm/arm.c:21962 config/arm/arm.c:22001
! #: config/arm/arm.c:22019 config/arm/arm.c:22044 config/arm/arm.c:22059
! #: config/arm/arm.c:22086 config/arm/arm.c:22093 config/arm/arm.c:22111
! #: config/arm/arm.c:22118 config/arm/arm.c:22126 config/arm/arm.c:22147
! #: config/arm/arm.c:22154 config/arm/arm.c:22287 config/arm/arm.c:22294
! #: config/arm/arm.c:22321 config/arm/arm.c:22328 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
--- 3038,3067 ----
  msgid "invalid UNSPEC as operand: %d"
  msgstr "Ð½ÐµÑ€Ñ�Ñ‡Ð°Ñ–Ñ�Ð½Ñ‹ %%-ÐºÐ¾Ð´"
  
! #: config/arm/arm.c:18841 config/arm/arm.c:18866 config/arm/arm.c:18876
! #: config/arm/arm.c:18885 config/arm/arm.c:18894
  #, fuzzy, c-format
  #| msgid "invalid %%f operand"
  msgid "invalid shift operand"
  msgstr "Ð½ÐµÑ€Ñ�Ñ‡Ð°Ñ–Ñ�Ð½Ñ‹ %%f Ð°Ð¿ÐµÑ€Ð°Ð½Ð´"
  
! #: config/arm/arm.c:21708 config/arm/arm.c:21726
  #, fuzzy, c-format
  msgid "predicated Thumb instruction"
  msgstr "Ð½Ñ�Ð²ÐµÑ€Ð½Ð°Ðµ Ð²Ñ‹ÐºÐ°Ñ€Ñ‹Ñ�Ñ‚Ð°Ð½Ð½Ðµ \"restict\""
  
! #: config/arm/arm.c:21714
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr ""
  
! #: config/arm/arm.c:21947 config/arm/arm.c:21969 config/arm/arm.c:21979
! #: config/arm/arm.c:21989 config/arm/arm.c:21999 config/arm/arm.c:22038
! #: config/arm/arm.c:22056 config/arm/arm.c:22081 config/arm/arm.c:22096
! #: config/arm/arm.c:22123 config/arm/arm.c:22130 config/arm/arm.c:22148
! #: config/arm/arm.c:22155 config/arm/arm.c:22163 config/arm/arm.c:22184
! #: config/arm/arm.c:22191 config/arm/arm.c:22324 config/arm/arm.c:22331
! #: config/arm/arm.c:22358 config/arm/arm.c:22365 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
*************** msgstr ""
*** 3069,3081 ****
  msgid "invalid operand for code '%c'"
  msgstr "Ð�ÐµÑ€Ñ�Ñ‡Ð°Ñ–Ñ�Ð½Ñ‹ Ð²Ñ‹Ð±Ð°Ñ€ \"%s\""
  
! #: config/arm/arm.c:22014
  #, c-format
  msgid "instruction never executed"
  msgstr ""
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22035
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr ""
--- 3069,3081 ----
  msgid "invalid operand for code '%c'"
  msgstr "Ð�ÐµÑ€Ñ�Ñ‡Ð°Ñ–Ñ�Ð½Ñ‹ Ð²Ñ‹Ð±Ð°Ñ€ \"%s\""
  
! #: config/arm/arm.c:22051
  #, c-format
  msgid "instruction never executed"
  msgstr ""
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22072
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr ""
*************** msgstr ""
*** 3916,4015 ****
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7314
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr ""
  
! #: config/s390/s390.c:7325
  #, fuzzy, c-format
  msgid "cannot decompose address"
  msgstr "Ð½ÐµÐ²Ñ�Ð´Ð¾Ð¼Ð°Ñ� Ð½Ð°Ð·Ð²Ð° Ñ€Ñ�Ð³Ñ–Ñ�Ñ‚Ñ€Ð°: %s"
  
! #: config/s390/s390.c:7394
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7417
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7435
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7457
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7475
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7485
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7506
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7517
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7603 config/s390/s390.c:7624
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr ""
  
! #: config/s390/s390.c:7621
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7658
  #, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr ""
  
! #: config/s390/s390.c:7665
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7668
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr ""
  
! #: config/s390/s390.c:11535
  #, fuzzy
  #| msgid "too few arguments to function"
  msgid "vector argument passed to unprototyped function"
  msgstr "Ð½Ðµ Ñ…Ð°Ð¿Ð°Ðµ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ñž Ñƒ Ñ„ÑƒÐ½ÐºÑ†Ñ‹Ñ–"
  
! #: config/s390/s390.c:15354
  msgid "types differ in signedness"
  msgstr ""
  
! #: config/s390/s390.c:15364
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15367
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15375
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
--- 3916,4015 ----
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7482
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr ""
  
! #: config/s390/s390.c:7493
  #, fuzzy, c-format
  msgid "cannot decompose address"
  msgstr "Ð½ÐµÐ²Ñ�Ð´Ð¾Ð¼Ð°Ñ� Ð½Ð°Ð·Ð²Ð° Ñ€Ñ�Ð³Ñ–Ñ�Ñ‚Ñ€Ð°: %s"
  
! #: config/s390/s390.c:7562
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7585
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7603
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7625
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7643
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7653
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7674
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7685
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7771 config/s390/s390.c:7792
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr ""
  
! #: config/s390/s390.c:7789
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7826
  #, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr ""
  
! #: config/s390/s390.c:7833
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7836
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr ""
  
! #: config/s390/s390.c:11703
  #, fuzzy
  #| msgid "too few arguments to function"
  msgid "vector argument passed to unprototyped function"
  msgstr "Ð½Ðµ Ñ…Ð°Ð¿Ð°Ðµ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ñž Ñƒ Ñ„ÑƒÐ½ÐºÑ†Ñ‹Ñ–"
  
! #: config/s390/s390.c:15522
  msgid "types differ in signedness"
  msgstr ""
  
! #: config/s390/s390.c:15532
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15535
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15543
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
*************** msgstr ""
*** 18089,18095 ****
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr ""
  
! #: fold-const.c:12046
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr ""
--- 18089,18095 ----
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr ""
  
! #: fold-const.c:12048
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr ""
*************** msgstr ""
*** 18647,18654 ****
  msgid "null pointer dereference"
  msgstr ""
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12872
! #: tree.c:12909 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
--- 18647,18654 ----
  msgid "null pointer dereference"
  msgstr ""
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12880
! #: tree.c:12917 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
*************** msgstr "Ð²Ñ‹ÐºÐ»Ñ–ÐºÐ°Ð½Ð° Ð°Ð´Ñ�ÑŽÐ»ÑŒ"
*** 18663,18959 ****
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2307 gimple-ssa-sprintf.c:2435
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2309 gimple-ssa-sprintf.c:2437
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2311 gimple-ssa-sprintf.c:2439
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2313 gimple-ssa-sprintf.c:2441
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2326
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2328
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2330
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2334
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2336
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2338
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2351
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2353
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2355
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2371
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2373
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2375
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2388
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2390
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2392
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2404
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2406
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2408
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2454
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2456
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2458
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2462
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2464
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2466
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2480
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2483
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2486
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2502
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2505
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2508
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2521
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2524
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2527
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2539
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2542
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2545
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2710
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2712
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2751
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2753
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2767
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2775
  #, gcc-internal-format
  msgid "directive argument %qE"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2777
  #, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2781
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2801
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2806
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2811
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2816
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3588
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3594
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3647
  #, gcc-internal-format
  msgid "null destination pointer"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3664
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3676
  #, gcc-internal-format
  msgid "null format string"
  msgstr ""
--- 18663,18959 ----
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2308 gimple-ssa-sprintf.c:2436
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2310 gimple-ssa-sprintf.c:2438
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2312 gimple-ssa-sprintf.c:2440
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2314 gimple-ssa-sprintf.c:2442
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2327
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2329
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2331
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2335
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2337
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2339
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2352
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2354
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2356
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2372
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2374
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2376
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2389
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2391
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2393
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2405
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2407
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2409
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2455
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2457
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2459
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2463
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2465
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2467
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2481
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2484
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2487
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2503
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2506
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2509
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2522
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2525
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2528
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2540
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2543
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2546
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2711
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2713
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2752
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2754
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2769
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2776
  #, gcc-internal-format
  msgid "directive argument %qE"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2778
  #, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2782
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2803
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2807
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2812
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2817
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3591
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3597
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3650
  #, gcc-internal-format
  msgid "null destination pointer"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3667
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3679
  #, gcc-internal-format
  msgid "null format string"
  msgstr ""
*************** msgstr ""
*** 21153,21311 ****
  msgid "%D renamed after being referenced in assembly"
  msgstr ""
  
! #: symtab.c:970
  #, fuzzy, gcc-internal-format
  #| msgid "function does not return string type"
  msgid "function symbol is not function"
  msgstr "Ñ„ÑƒÐ½ÐºÑ†Ñ‹Ñ� Ð½Ðµ Ð²Ñ�Ñ€Ñ‚Ð°Ðµ Ñ‚Ñ‹Ð¿ string"
  
! #: symtab.c:978
  #, fuzzy, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr "\"%s\" Ð°Ñ‚Ñ€Ñ‹Ð±ÑƒÑ‚ Ñ–Ð³Ð½Ð°Ñ€Ñ‹Ñ€ÑƒÐµÑ†Ñ†Ð°"
  
! #: symtab.c:984
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr ""
  
! #: symtab.c:993
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1010
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1023
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr ""
  
! #: symtab.c:1030
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr ""
  
! #: symtab.c:1035
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr ""
  
! #: symtab.c:1040
  #, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr ""
  
! #: symtab.c:1045
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1050
  #, fuzzy, gcc-internal-format
  #| msgid "label `%s' used but not defined"
  msgid "node is alias but not definition"
  msgstr "Ð°Ð´Ð¼ÐµÑ†Ñ–Ð½Ð° `%s' Ð²Ñ‹ÐºÐ°Ñ€Ñ‹Ñ�Ñ‚Ð¾ÑžÐ²Ñ‹Ð²Ð°ÐµÑ†Ñ†Ð°, Ð°Ð»Ðµ Ð½Ñ� Ð²Ñ‹Ð·Ð½Ð°Ñ‡Ð°Ð½Ð°"
  
! #: symtab.c:1055
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1060
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr ""
  
! #: symtab.c:1069
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr ""
  
! #: symtab.c:1074
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr ""
  
! #: symtab.c:1079
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1084
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr ""
  
! #: symtab.c:1091
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr ""
  
! #: symtab.c:1106
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1116
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1123
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr ""
  
! #: symtab.c:1135
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1142
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1157
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1188 symtab.c:1225
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr ""
  
! #: symtab.c:1221
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1630
  #, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr ""
  
! #: symtab.c:1632
  #, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr ""
  
! #: symtab.c:1660
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
--- 21153,21311 ----
  msgid "%D renamed after being referenced in assembly"
  msgstr ""
  
! #: symtab.c:978
  #, fuzzy, gcc-internal-format
  #| msgid "function does not return string type"
  msgid "function symbol is not function"
  msgstr "Ñ„ÑƒÐ½ÐºÑ†Ñ‹Ñ� Ð½Ðµ Ð²Ñ�Ñ€Ñ‚Ð°Ðµ Ñ‚Ñ‹Ð¿ string"
  
! #: symtab.c:986
  #, fuzzy, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr "\"%s\" Ð°Ñ‚Ñ€Ñ‹Ð±ÑƒÑ‚ Ñ–Ð³Ð½Ð°Ñ€Ñ‹Ñ€ÑƒÐµÑ†Ñ†Ð°"
  
! #: symtab.c:992
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1009
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1018
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1031
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr ""
  
! #: symtab.c:1038
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr ""
  
! #: symtab.c:1043
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr ""
  
! #: symtab.c:1048
  #, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr ""
  
! #: symtab.c:1053
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1058
  #, fuzzy, gcc-internal-format
  #| msgid "label `%s' used but not defined"
  msgid "node is alias but not definition"
  msgstr "Ð°Ð´Ð¼ÐµÑ†Ñ–Ð½Ð° `%s' Ð²Ñ‹ÐºÐ°Ñ€Ñ‹Ñ�Ñ‚Ð¾ÑžÐ²Ñ‹Ð²Ð°ÐµÑ†Ñ†Ð°, Ð°Ð»Ðµ Ð½Ñ� Ð²Ñ‹Ð·Ð½Ð°Ñ‡Ð°Ð½Ð°"
  
! #: symtab.c:1063
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1068
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr ""
  
! #: symtab.c:1077
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr ""
  
! #: symtab.c:1082
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr ""
  
! #: symtab.c:1087
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1092
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr ""
  
! #: symtab.c:1099
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr ""
  
! #: symtab.c:1114
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1124
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1131
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr ""
  
! #: symtab.c:1143
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1150
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1173
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1196 symtab.c:1233
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr ""
  
! #: symtab.c:1229
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1638
  #, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr ""
  
! #: symtab.c:1640
  #, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr ""
  
! #: symtab.c:1668
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
*************** msgstr ""
*** 22991,22998 ****
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6704
! #: config/arm/arm.c:6732 config/arm/arm.c:6749 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
--- 22991,22998 ----
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6741
! #: config/arm/arm.c:6769 config/arm/arm.c:6786 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
*************** msgstr ""
*** 23029,23120 ****
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr ""
  
! #: tree.c:8366
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr ""
  
! #: tree.c:8537
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr ""
  
! #: tree.c:9831 tree.c:9916 tree.c:9977
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9868
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9881
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9930
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9943
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10003
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10017
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10029
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10042
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10055
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:12867
  #, gcc-internal-format
  msgid "%qD is deprecated: %s"
  msgstr ""
  
! #: tree.c:12870
  #, gcc-internal-format
  msgid "%qD is deprecated"
  msgstr ""
  
! #: tree.c:12894 tree.c:12916
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr ""
  
! #: tree.c:12897 tree.c:12919
  #, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr ""
  
! #: tree.c:12903 tree.c:12924
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr ""
  
! #: tree.c:12906 tree.c:12927
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr ""
--- 23029,23120 ----
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr ""
  
! #: tree.c:8373
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr ""
  
! #: tree.c:8545
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr ""
  
! #: tree.c:9839 tree.c:9924 tree.c:9985
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9876
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9889
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9938
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9951
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10011
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10025
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10037
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10050
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10063
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:12875
  #, gcc-internal-format
  msgid "%qD is deprecated: %s"
  msgstr ""
  
! #: tree.c:12878
  #, gcc-internal-format
  msgid "%qD is deprecated"
  msgstr ""
  
! #: tree.c:12902 tree.c:12924
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr ""
  
! #: tree.c:12905 tree.c:12927
  #, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr ""
  
! #: tree.c:12911 tree.c:12932
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr ""
  
! #: tree.c:12914 tree.c:12935
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr ""
*************** msgstr ""
*** 23141,23403 ****
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13354
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13395
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13397
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13399
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13419
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13432
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13449
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13474
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13476
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13478
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13516
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13518
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr ""
  
! #: tree.c:13520
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13537
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13539 tree.c:13550
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13541 tree.c:13552
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13548
  #, gcc-internal-format
  msgid "type is not compatible with its variant"
  msgstr ""
  
! #: tree.c:13851
  #, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr ""
  
! #: tree.c:13856
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13868
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13886
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13918
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13928
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13938
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13956
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13968
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13979
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13990
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14008
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14015
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14027
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14042
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14058
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14073
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14083
  #, fuzzy, gcc-internal-format
  #| msgid "size of array `%D' has non-integer type"
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "Ð¿Ð°Ð¼ÐµÑ€ Ð¼Ð°Ñ�Ñ–Ð²Ð° `%D' Ð½Ðµ Ñ†Ñ�Ð»Ð°Ð»Ñ–ÐºÐ°Ð²Ñ‹ Ñ‚Ñ‹Ð¿"
  
! #: tree.c:14092
  #, fuzzy, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "\"%s\" Ð¼Ð°Ðµ Ð½ÐµÐ·Ð°Ð²ÐµÑ€ÑˆÐ°Ð½Ñ‹ Ñ‚Ñ‹Ð¿"
  
! #: tree.c:14112
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14127
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14133
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14146
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14159
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14165
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14172
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14184
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14190
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14202
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14214
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14221
  #, gcc-internal-format
  msgid "verify_type failed"
  msgstr ""
--- 23141,23403 ----
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13362
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13403
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13405
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13407
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13427
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13440
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13457
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13482
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13484
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13486
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13524
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13526
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr ""
  
! #: tree.c:13528
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13545
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13547 tree.c:13558
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13549 tree.c:13560
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13556
  #, gcc-internal-format
  msgid "type is not compatible with its variant"
  msgstr ""
  
! #: tree.c:13859
  #, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr ""
  
! #: tree.c:13864
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13876
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13910
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13926
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13936
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13946
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13964
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13976
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13987
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13998
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14016
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14023
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14043
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14050
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14074
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14081
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14091
  #, fuzzy, gcc-internal-format
  #| msgid "size of array `%D' has non-integer type"
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "Ð¿Ð°Ð¼ÐµÑ€ Ð¼Ð°Ñ�Ñ–Ð²Ð° `%D' Ð½Ðµ Ñ†Ñ�Ð»Ð°Ð»Ñ–ÐºÐ°Ð²Ñ‹ Ñ‚Ñ‹Ð¿"
  
! #: tree.c:14100
  #, fuzzy, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "\"%s\" Ð¼Ð°Ðµ Ð½ÐµÐ·Ð°Ð²ÐµÑ€ÑˆÐ°Ð½Ñ‹ Ñ‚Ñ‹Ð¿"
  
! #: tree.c:14120
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14135
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14141
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14154
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14167
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14173
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14180
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14192
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14198
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14210
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14222
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14229
  #, gcc-internal-format
  msgid "verify_type failed"
  msgstr ""
*************** msgstr ""
*** 24409,24422 ****
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr ""
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6573 c-family/c-common.c:6644
  #: c/c-typeck.c:3557
  #, fuzzy, gcc-internal-format
  #| msgid "too few arguments to function"
  msgid "too few arguments to function %qE"
  msgstr "Ð½Ðµ Ñ…Ð°Ð¿Ð°Ðµ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ñž Ñƒ Ñ„ÑƒÐ½ÐºÑ†Ñ‹Ñ–"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6670 c/c-typeck.c:3286
  #, fuzzy, gcc-internal-format
  #| msgid "too many arguments to function"
  msgid "too many arguments to function %qE"
--- 24409,24422 ----
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr ""
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6574 c-family/c-common.c:6645
  #: c/c-typeck.c:3557
  #, fuzzy, gcc-internal-format
  #| msgid "too few arguments to function"
  msgid "too few arguments to function %qE"
  msgstr "Ð½Ðµ Ñ…Ð°Ð¿Ð°Ðµ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ñž Ñƒ Ñ„ÑƒÐ½ÐºÑ†Ñ‹Ñ–"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6671 c/c-typeck.c:3286
  #, fuzzy, gcc-internal-format
  #| msgid "too many arguments to function"
  msgid "too many arguments to function %qE"
*************** msgstr "Ð½Ðµ Ð¼Ð°Ð³Ñƒ Ð°Ñ‚Ñ€Ñ‹Ð¼Ð°Ñ†ÑŒ Ð
*** 24506,24579 ****
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6515 cp/init.c:2952 cp/init.c:2971
  #, fuzzy, gcc-internal-format
  #| msgid "size of array `%s' is too large"
  msgid "size of array is too large"
  msgstr "Ð¿Ð°Ð¼ÐµÑ€ Ð¼Ð°Ñ�Ñ–Ð²Ð° \"%s\" Ð²ÐµÐ»ÑŒÐ¼Ñ– Ð²Ñ�Ð»Ñ–ÐºÑ–"
  
! #: c-family/c-common.c:6603
  #, gcc-internal-format
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6737
  #, fuzzy, gcc-internal-format
  #| msgid "too few arguments to function `%s'"
  msgid "incorrect number of arguments to function %qE"
  msgstr "Ð½ÐµÑ…Ð°Ð¿Ð°Ðµ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ñž Ñƒ Ñ„ÑƒÐ½ÐºÑ†Ñ‹Ñ– \"%s\""
  
! #: c-family/c-common.c:6752
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "Ð¿ÐµÑ€ÑˆÑ‹Ð¼ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ð¼ \"%s\" Ð¿Ð°Ð²Ñ–Ð½ÐµÐ½ Ð±Ñ‹Ñ†ÑŒ \"int\""
  
! #: c-family/c-common.c:6761
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "Ð¿ÐµÑ€ÑˆÑ‹Ð¼ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ð¼ \"%s\" Ð¿Ð°Ð²Ñ–Ð½ÐµÐ½ Ð±Ñ‹Ñ†ÑŒ \"int\""
  
! #: c-family/c-common.c:6772
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "Ð¿ÐµÑ€ÑˆÑ‹Ð¼ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ð¼ \"%s\" Ð¿Ð°Ð²Ñ–Ð½ÐµÐ½ Ð±Ñ‹Ñ†ÑŒ \"int\""
  
! #: c-family/c-common.c:6787
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr "Ð¿ÐµÑ€ÑˆÑ‹Ð¼ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ð¼ \"%s\" Ð¿Ð°Ð²Ñ–Ð½ÐµÐ½ Ð±Ñ‹Ñ†ÑŒ \"int\""
  
! #: c-family/c-common.c:6795
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "Ð¿ÐµÑ€ÑˆÑ‹Ð¼ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ð¼ \"%s\" Ð¿Ð°Ð²Ñ–Ð½ÐµÐ½ Ð±Ñ‹Ñ†ÑŒ \"int\""
  
! #: c-family/c-common.c:6801
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "Ð¿ÐµÑ€ÑˆÑ‹Ð¼ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ð¼ \"%s\" Ð¿Ð°Ð²Ñ–Ð½ÐµÐ½ Ð±Ñ‹Ñ†ÑŒ \"int\""
  
! #: c-family/c-common.c:6809
  #, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6825
  #, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6832
  #, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:7753
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr ""
  
! #: c-family/c-common.c:7794 c-family/c-common.c:7842 c-family/c-common.c:7857
  #: cp/call.c:4836 cp/call.c:4843
  #, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
--- 24506,24579 ----
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6516 cp/init.c:2952 cp/init.c:2971
  #, fuzzy, gcc-internal-format
  #| msgid "size of array `%s' is too large"
  msgid "size of array is too large"
  msgstr "Ð¿Ð°Ð¼ÐµÑ€ Ð¼Ð°Ñ�Ñ–Ð²Ð° \"%s\" Ð²ÐµÐ»ÑŒÐ¼Ñ– Ð²Ñ�Ð»Ñ–ÐºÑ–"
  
! #: c-family/c-common.c:6604
  #, gcc-internal-format
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6738
  #, fuzzy, gcc-internal-format
  #| msgid "too few arguments to function `%s'"
  msgid "incorrect number of arguments to function %qE"
  msgstr "Ð½ÐµÑ…Ð°Ð¿Ð°Ðµ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ñž Ñƒ Ñ„ÑƒÐ½ÐºÑ†Ñ‹Ñ– \"%s\""
  
! #: c-family/c-common.c:6753
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "Ð¿ÐµÑ€ÑˆÑ‹Ð¼ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ð¼ \"%s\" Ð¿Ð°Ð²Ñ–Ð½ÐµÐ½ Ð±Ñ‹Ñ†ÑŒ \"int\""
  
! #: c-family/c-common.c:6762
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "Ð¿ÐµÑ€ÑˆÑ‹Ð¼ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ð¼ \"%s\" Ð¿Ð°Ð²Ñ–Ð½ÐµÐ½ Ð±Ñ‹Ñ†ÑŒ \"int\""
  
! #: c-family/c-common.c:6773
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "Ð¿ÐµÑ€ÑˆÑ‹Ð¼ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ð¼ \"%s\" Ð¿Ð°Ð²Ñ–Ð½ÐµÐ½ Ð±Ñ‹Ñ†ÑŒ \"int\""
  
! #: c-family/c-common.c:6788
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr "Ð¿ÐµÑ€ÑˆÑ‹Ð¼ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ð¼ \"%s\" Ð¿Ð°Ð²Ñ–Ð½ÐµÐ½ Ð±Ñ‹Ñ†ÑŒ \"int\""
  
! #: c-family/c-common.c:6796
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "Ð¿ÐµÑ€ÑˆÑ‹Ð¼ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ð¼ \"%s\" Ð¿Ð°Ð²Ñ–Ð½ÐµÐ½ Ð±Ñ‹Ñ†ÑŒ \"int\""
  
! #: c-family/c-common.c:6802
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "Ð¿ÐµÑ€ÑˆÑ‹Ð¼ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ð¼ \"%s\" Ð¿Ð°Ð²Ñ–Ð½ÐµÐ½ Ð±Ñ‹Ñ†ÑŒ \"int\""
  
! #: c-family/c-common.c:6810
  #, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6826
  #, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6833
  #, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:7754
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr ""
  
! #: c-family/c-common.c:7795 c-family/c-common.c:7843 c-family/c-common.c:7858
  #: cp/call.c:4836 cp/call.c:4843
  #, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
*************** msgstr ""
*** 24581,24604 ****
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7943
  #, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr ""
  
! #: c-family/c-common.c:7965 c/c-decl.c:6124
  #, fuzzy, gcc-internal-format
  #| msgid "size of array `%s' is too large"
  msgid "size of array %qE is too large"
  msgstr "Ð¿Ð°Ð¼ÐµÑ€ Ð¼Ð°Ñ�Ñ–Ð²Ð° \"%s\" Ð²ÐµÐ»ÑŒÐ¼Ñ– Ð²Ñ�Ð»Ñ–ÐºÑ–"
  
! #: c-family/c-common.c:7967 c/c-decl.c:6127
  #, fuzzy, gcc-internal-format
  #| msgid "size of array `%s' is too large"
  msgid "size of unnamed array is too large"
  msgstr "Ð¿Ð°Ð¼ÐµÑ€ Ð¼Ð°Ñ�Ñ–Ð²Ð° \"%s\" Ð²ÐµÐ»ÑŒÐ¼Ñ– Ð²Ñ�Ð»Ñ–ÐºÑ–"
  
! #: c-family/c-common.c:7997
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
--- 24581,24604 ----
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7944
  #, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr ""
  
! #: c-family/c-common.c:7966 c/c-decl.c:6124
  #, fuzzy, gcc-internal-format
  #| msgid "size of array `%s' is too large"
  msgid "size of array %qE is too large"
  msgstr "Ð¿Ð°Ð¼ÐµÑ€ Ð¼Ð°Ñ�Ñ–Ð²Ð° \"%s\" Ð²ÐµÐ»ÑŒÐ¼Ñ– Ð²Ñ�Ð»Ñ–ÐºÑ–"
  
! #: c-family/c-common.c:7968 c/c-decl.c:6127
  #, fuzzy, gcc-internal-format
  #| msgid "size of array `%s' is too large"
  msgid "size of unnamed array is too large"
  msgstr "Ð¿Ð°Ð¼ÐµÑ€ Ð¼Ð°Ñ�Ñ–Ð²Ð° \"%s\" Ð²ÐµÐ»ÑŒÐ¼Ñ– Ð²Ñ�Ð»Ñ–ÐºÑ–"
  
! #: c-family/c-common.c:7998
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
*************** msgstr ""
*** 26393,26399 ****
  msgid "too many input files"
  msgstr "Ð²ÐµÐ»ÑŒÐ¼Ñ– ÑˆÐ¼Ð°Ñ‚ ÑƒÐ²Ð°Ñ…Ð¾Ð´Ð·Ñ�Ñ‡Ñ‹Ñ… Ñ„Ð°Ð¹Ð»Ð°Ñž"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8751
  #, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr ""
--- 26393,26399 ----
  msgid "too many input files"
  msgstr "Ð²ÐµÐ»ÑŒÐ¼Ñ– ÑˆÐ¼Ð°Ñ‚ ÑƒÐ²Ð°Ñ…Ð¾Ð´Ð·Ñ�Ñ‡Ñ‹Ñ… Ñ„Ð°Ð¹Ð»Ð°Ñž"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8759
  #, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr ""
*************** msgstr ""
*** 26856,27035 ****
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8374
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8418
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8475
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr "Ð�ÐµÑ€Ð°Ñ�Ð¿Ð°Ð·Ð½Ð°Ð½Ñ‹ Ð²Ñ‹Ð±Ð°Ñ€ \"%s\""
  
! #: config/aarch64/aarch64.c:8493
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "unknown tuning option (%s)"
  msgstr "Ð½ÐµÐ²Ñ�Ð´Ð¾Ð¼Ð°Ñ� Ð½Ð°Ð·Ð²Ð° Ñ€Ñ�Ð³Ñ–Ñ�Ñ‚Ñ€Ð°: %s\n"
  
! #: config/aarch64/aarch64.c:8707
  #, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8748
  #, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8755
  #, gcc-internal-format
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8782
  #, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8785
  #, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8789
  #, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8815
  #, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8818
  #, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8921 config/arm/arm.c:3093
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8956
  #, fuzzy, gcc-internal-format
  #| msgid "%s does not support %s"
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "%s Ð½Ðµ Ð¿Ð°Ð´Ñ‚Ñ€Ñ‹Ð¼Ð»Ñ–Ð²Ð°Ðµ %s"
  
! #: config/aarch64/aarch64.c:8960
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9022
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9187
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9190
  #, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9194
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9228
  #, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9231
  #, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9235
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9266
  #, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9307
  #, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9312
  #, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9364
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9412
  #, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9421
  #, gcc-internal-format
  msgid "target %s %qs does not allow a negated form"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9476
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr "Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€ \"%s\" Ñ–Ð½Ñ–Ñ†Ñ‹Ñ�Ð»Ñ–Ð·Ð°Ð²Ð°Ð½Ñ‹"
  
! #: config/aarch64/aarch64.c:9536 config/arm/arm.c:30367
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:14849
  #, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9546
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9563
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr "Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€ \"%s\" Ñ–Ð½Ñ–Ñ†Ñ‹Ñ�Ð»Ñ–Ð·Ð°Ð²Ð°Ð½Ñ‹"
  
! #: config/aarch64/aarch64.c:9572
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11420
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11422
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr ""
--- 26856,27035 ----
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8382
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8426
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8483
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr "Ð�ÐµÑ€Ð°Ñ�Ð¿Ð°Ð·Ð½Ð°Ð½Ñ‹ Ð²Ñ‹Ð±Ð°Ñ€ \"%s\""
  
! #: config/aarch64/aarch64.c:8501
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "unknown tuning option (%s)"
  msgstr "Ð½ÐµÐ²Ñ�Ð´Ð¾Ð¼Ð°Ñ� Ð½Ð°Ð·Ð²Ð° Ñ€Ñ�Ð³Ñ–Ñ�Ñ‚Ñ€Ð°: %s\n"
  
! #: config/aarch64/aarch64.c:8715
  #, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8756
  #, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8763
  #, gcc-internal-format
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8790
  #, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8793
  #, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8797
  #, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8823
  #, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8826
  #, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8929 config/arm/arm.c:3094
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8964
  #, fuzzy, gcc-internal-format
  #| msgid "%s does not support %s"
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "%s Ð½Ðµ Ð¿Ð°Ð´Ñ‚Ñ€Ñ‹Ð¼Ð»Ñ–Ð²Ð°Ðµ %s"
  
! #: config/aarch64/aarch64.c:8968
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9030
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9195
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9198
  #, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9202
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9236
  #, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9239
  #, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9243
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9274
  #, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9315
  #, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9320
  #, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9372
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9420
  #, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9429
  #, gcc-internal-format
  msgid "target %s %qs does not allow a negated form"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9484
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr "Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€ \"%s\" Ñ–Ð½Ñ–Ñ†Ñ‹Ñ�Ð»Ñ–Ð·Ð°Ð²Ð°Ð½Ñ‹"
  
! #: config/aarch64/aarch64.c:9544 config/arm/arm.c:30411
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:15017
  #, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9554
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9571
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr "Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€ \"%s\" Ñ–Ð½Ñ–Ñ†Ñ‹Ñ�Ð»Ñ–Ð·Ð°Ð²Ð°Ð½Ñ‹"
  
! #: config/aarch64/aarch64.c:9580
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11428
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11430
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr ""
*************** msgstr ""
*** 27441,27629 ****
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2799
  #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:2805
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "ISO C Ð½Ðµ Ð¿Ð°Ð´Ñ‚Ñ€Ñ‹Ð¼Ð»Ñ–Ð²Ð°Ðµ ÐºÐ¾Ð¼Ð»ÐµÐºÑ�Ð½Ñ‹Ñ� Ñ†Ñ�Ð»Ð°Ð»Ñ–ÐºÐ°Ð²Ñ‹Ñ� Ñ‚Ñ‹Ð¿Ñ‹"
  
! #: config/arm/arm.c:2809
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2812
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2820
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr ""
  
! #: config/arm/arm.c:2824
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2827
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2831
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2839
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2844
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2947
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "ISO C Ð½Ðµ Ð¿Ð°Ð´Ñ‚Ñ€Ñ‹Ð¼Ð»Ñ–Ð²Ð°Ðµ ÐºÐ¾Ð¼Ð»ÐµÐºÑ�Ð½Ñ‹Ñ� Ñ†Ñ�Ð»Ð°Ð»Ñ–ÐºÐ°Ð²Ñ‹Ñ� Ñ‚Ñ‹Ð¿Ñ‹"
  
! #: config/arm/arm.c:2992
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "ISO C Ð½Ðµ Ð¿Ð°Ð´Ñ‚Ñ€Ñ‹Ð¼Ð»Ñ–Ð²Ð°Ðµ ÐºÐ¾Ð¼Ð»ÐµÐºÑ�Ð½Ñ‹Ñ� Ñ†Ñ�Ð»Ð°Ð»Ñ–ÐºÐ°Ð²Ñ‹Ñ� Ñ‚Ñ‹Ð¿Ñ‹"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3246
  #, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr ""
  
! #: config/arm/arm.c:3321
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr ""
  
! #: config/arm/arm.c:3327
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr ""
  
! #: config/arm/arm.c:3335
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:3338
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr ""
  
! #: config/arm/arm.c:3372
  #, gcc-internal-format
  msgid "selected fp16 options are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:3403
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr ""
  
! #: config/arm/arm.c:3406
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr ""
  
! #: config/arm/arm.c:3417
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr ""
  
! #: config/arm/arm.c:3420
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr ""
  
! #: config/arm/arm.c:3425
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr ""
  
! #: config/arm/arm.c:3436
  #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr ""
  
! #: config/arm/arm.c:3444
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr ""
  
! #: config/arm/arm.c:3480
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr ""
  
! #: config/arm/arm.c:3482
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr ""
  
! #: config/arm/arm.c:3507
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr ""
  
! #: config/arm/arm.c:3519
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr ""
  
! #: config/arm/arm.c:3528
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr ""
  
! #: config/arm/arm.c:3547
  #, fuzzy, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "Ð°Ñ‚Ñ€Ñ‹Ð±ÑƒÑ‚Ñ‹ Ñ�ÐµÐºÑ†Ñ‹Ñ– Ð½Ðµ Ð¿Ð°Ð´Ñ‚Ñ€Ñ‹Ð¼Ð»Ñ–Ð²Ð°ÑŽÑ†Ñ†Ð° Ð´Ð»Ñ� Ð³Ñ�Ñ‚Ð°Ð¹ Ð¼Ñ�Ñ‚Ñ‹"
  
! #: config/arm/arm.c:3638
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "ISO C Ð½Ðµ Ð¿Ð°Ð´Ñ‚Ñ€Ñ‹Ð¼Ð»Ñ–Ð²Ð°Ðµ ÐºÐ¾Ð¼Ð»ÐµÐºÑ�Ð½Ñ‹Ñ� Ñ†Ñ�Ð»Ð°Ð»Ñ–ÐºÐ°Ð²Ñ‹Ñ� Ñ‚Ñ‹Ð¿Ñ‹"
  
! #: config/arm/arm.c:5706
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5708
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5727
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5922
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr ""
  
! #: config/arm/arm.c:6672 config/arm/arm.c:6690 config/arm/arm.c:6865
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
--- 27441,27635 ----
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2800
  #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:2806
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "ISO C Ð½Ðµ Ð¿Ð°Ð´Ñ‚Ñ€Ñ‹Ð¼Ð»Ñ–Ð²Ð°Ðµ ÐºÐ¾Ð¼Ð»ÐµÐºÑ�Ð½Ñ‹Ñ� Ñ†Ñ�Ð»Ð°Ð»Ñ–ÐºÐ°Ð²Ñ‹Ñ� Ñ‚Ñ‹Ð¿Ñ‹"
  
! #: config/arm/arm.c:2810
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2813
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2821
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr ""
  
! #: config/arm/arm.c:2825
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2828
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2832
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2840
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2845
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2948
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "ISO C Ð½Ðµ Ð¿Ð°Ð´Ñ‚Ñ€Ñ‹Ð¼Ð»Ñ–Ð²Ð°Ðµ ÐºÐ¾Ð¼Ð»ÐµÐºÑ�Ð½Ñ‹Ñ� Ñ†Ñ�Ð»Ð°Ð»Ñ–ÐºÐ°Ð²Ñ‹Ñ� Ñ‚Ñ‹Ð¿Ñ‹"
  
! #: config/arm/arm.c:2993
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "ISO C Ð½Ðµ Ð¿Ð°Ð´Ñ‚Ñ€Ñ‹Ð¼Ð»Ñ–Ð²Ð°Ðµ ÐºÐ¾Ð¼Ð»ÐµÐºÑ�Ð½Ñ‹Ñ� Ñ†Ñ�Ð»Ð°Ð»Ñ–ÐºÐ°Ð²Ñ‹Ñ� Ñ‚Ñ‹Ð¿Ñ‹"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3247
  #, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr ""
  
! #: config/arm/arm.c:3322
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr ""
  
! #: config/arm/arm.c:3328
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr ""
  
! #: config/arm/arm.c:3336
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:3339
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr ""
  
! #: config/arm/arm.c:3373
  #, gcc-internal-format
  msgid "selected fp16 options are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:3404
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr ""
  
! #: config/arm/arm.c:3407
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr ""
  
! #: config/arm/arm.c:3418
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr ""
  
! #: config/arm/arm.c:3421
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr ""
  
! #: config/arm/arm.c:3426
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr ""
  
! #: config/arm/arm.c:3437
  #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr ""
  
! #: config/arm/arm.c:3445
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr ""
  
! #: config/arm/arm.c:3481
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr ""
  
! #: config/arm/arm.c:3483
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr ""
  
! #: config/arm/arm.c:3508
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr ""
  
! #: config/arm/arm.c:3520
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr ""
  
! #: config/arm/arm.c:3529
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr ""
  
! #: config/arm/arm.c:3548
  #, fuzzy, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "Ð°Ñ‚Ñ€Ñ‹Ð±ÑƒÑ‚Ñ‹ Ñ�ÐµÐºÑ†Ñ‹Ñ– Ð½Ðµ Ð¿Ð°Ð´Ñ‚Ñ€Ñ‹Ð¼Ð»Ñ–Ð²Ð°ÑŽÑ†Ñ†Ð° Ð´Ð»Ñ� Ð³Ñ�Ñ‚Ð°Ð¹ Ð¼Ñ�Ñ‚Ñ‹"
  
! #: config/arm/arm.c:3639
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "ISO C Ð½Ðµ Ð¿Ð°Ð´Ñ‚Ñ€Ñ‹Ð¼Ð»Ñ–Ð²Ð°Ðµ ÐºÐ¾Ð¼Ð»ÐµÐºÑ�Ð½Ñ‹Ñ� Ñ†Ñ�Ð»Ð°Ð»Ñ–ÐºÐ°Ð²Ñ‹Ñ� Ñ‚Ñ‹Ð¿Ñ‹"
  
! #: config/arm/arm.c:5707
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5709
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5728
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5923
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr ""
  
! #: config/arm/arm.c:6362 config/arm/arm.c:6565 config/arm/arm.c:6593
! #: config/arm/arm.c:26560
! #, gcc-internal-format
! msgid "parameter passing for argument of type %qT changed in GCC 7.1"
! msgstr ""
! 
! #: config/arm/arm.c:6709 config/arm/arm.c:6727 config/arm/arm.c:6902
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
*************** msgstr ""
*** 27639,27710 ****
  msgid "%qE attribute only applies to functions"
  msgstr "\"%s\" Ð·Ð²Ñ‹Ñ‡Ð°Ð¹Ð½Ð° Ñ„ÑƒÐ½ÐºÑ†Ñ‹Ñ�"
  
! #: config/arm/arm.c:6814
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6826
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr ""
  
! #: config/arm/arm.c:6835
  #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6857 config/arm/arm.c:6909
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "\"%s\" Ð°Ñ‚Ñ€Ñ‹Ð±ÑƒÑ‚ Ñ–Ð³Ð½Ð°Ñ€Ñ‹Ñ€ÑƒÐµÑ†Ñ†Ð°"
  
! #: config/arm/arm.c:6876
  #, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr ""
  
! #: config/arm/arm.c:6925
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "\"%s\" Ð·Ð²Ñ‹Ñ‡Ð°Ð¹Ð½Ð° Ñ„ÑƒÐ½ÐºÑ†Ñ‹Ñ�"
  
! #: config/arm/arm.c:12208
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12211
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23458
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr ""
  
! #: config/arm/arm.c:24111
  #, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr ""
  
! #: config/arm/arm.c:24375
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr ""
  
! #: config/arm/arm.c:24624
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:24853
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30391
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid fpu for attribute(target(\"%s\"))"
  msgstr ""
--- 27645,27716 ----
  msgid "%qE attribute only applies to functions"
  msgstr "\"%s\" Ð·Ð²Ñ‹Ñ‡Ð°Ð¹Ð½Ð° Ñ„ÑƒÐ½ÐºÑ†Ñ‹Ñ�"
  
! #: config/arm/arm.c:6851
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6863
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr ""
  
! #: config/arm/arm.c:6872
  #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6894 config/arm/arm.c:6946
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "\"%s\" Ð°Ñ‚Ñ€Ñ‹Ð±ÑƒÑ‚ Ñ–Ð³Ð½Ð°Ñ€Ñ‹Ñ€ÑƒÐµÑ†Ñ†Ð°"
  
! #: config/arm/arm.c:6913
  #, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr ""
  
! #: config/arm/arm.c:6962
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "\"%s\" Ð·Ð²Ñ‹Ñ‡Ð°Ð¹Ð½Ð° Ñ„ÑƒÐ½ÐºÑ†Ñ‹Ñ�"
  
! #: config/arm/arm.c:12245
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12248
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23495
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr ""
  
! #: config/arm/arm.c:24148
  #, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr ""
  
! #: config/arm/arm.c:24412
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr ""
  
! #: config/arm/arm.c:24661
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:24890
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30435
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid fpu for attribute(target(\"%s\"))"
  msgstr ""
*************** msgstr ""
*** 27712,27724 ****
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30399
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30406 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:14915 config/s390/s390.c:14965 config/s390/s390.c:14982
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr ""
--- 27718,27730 ----
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30443
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30450 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:15083 config/s390/s390.c:15133 config/s390/s390.c:15150
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr ""
*************** msgstr ""
*** 30365,30371 ****
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5711
  #, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr ""
--- 30371,30377 ----
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5710
  #, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr ""
*************** msgstr ""
*** 30375,30416 ****
  msgid "vec_addec only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5861
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5866
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5871
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5937
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6106
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6380
  #, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6434
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "__buitin_saveregs Ð½Ðµ Ð¿Ð°Ð´Ñ‚Ñ€Ñ‹Ð¼Ð»Ñ–Ð²Ð°ÐµÑ†Ñ†Ð° Ð³Ñ�Ñ‚Ð°Ð¹ Ð¼Ñ�Ñ‚Ð°Ð¹"
  
! #: config/rs6000/rs6000-c.c:6442
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr ""
--- 30381,30422 ----
  msgid "vec_addec only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5862
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5867
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5872
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5938
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6107
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6381
  #, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "__buitin_saveregs Ð½Ðµ Ð¿Ð°Ð´Ñ‚Ñ€Ñ‹Ð¼Ð»Ñ–Ð²Ð°ÐµÑ†Ñ†Ð° Ð³Ñ�Ñ‚Ð°Ð¹ Ð¼Ñ�Ñ‚Ð°Ð¹"
  
! #: config/rs6000/rs6000-c.c:6443
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr ""
*************** msgstr "Ð½Ñ�Ð²ÐµÑ€Ð½Ð°Ðµ Ð²Ñ‹ÐºÐ°Ñ€Ñ‹Ñ�Ñ
*** 31469,31584 ****
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9812
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr ""
  
! #: config/s390/s390.c:10926
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:10942
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:10970
  #, fuzzy, gcc-internal-format
  #| msgid "size of `%s' is %d bytes"
  msgid "frame size of %qs is %wd bytes"
  msgstr "Ð¿Ð°Ð¼ÐµÑ€ \"%s\" - %d Ð±Ð°Ð¹Ñ‚"
  
! #: config/s390/s390.c:10974
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr ""
  
! #: config/s390/s390.c:11352
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14498
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14510
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14522
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "-pipe Ð½Ðµ Ð¿Ð°Ð´Ñ‚Ñ€Ñ‹Ð¼Ð»Ñ–Ð²Ð°ÐµÑ†Ñ†Ð°"
  
! #: config/s390/s390.c:14525
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14542
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14545
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14573
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14577
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14589
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14597
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr ""
  
! #: config/s390/s390.c:14603
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr ""
  
! #: config/s390/s390.c:14605
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr ""
  
! #: config/s390/s390.c:14608
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr ""
  
  #. argument is not a plain number
! #: config/s390/s390.c:14706
  #, fuzzy, gcc-internal-format
  #| msgid "first argument of `%s' should be `int'"
  msgid "arguments to %qs should be non-negative integers"
  msgstr "Ð¿ÐµÑ€ÑˆÑ‹Ð¼ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ð¼ \"%s\" Ð¿Ð°Ð²Ñ–Ð½ÐµÐ½ Ð±Ñ‹Ñ†ÑŒ \"int\""
  
! #: config/s390/s390.c:14713
  #, fuzzy, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr "Ð¿Ð°Ð¼ÐµÑ€ \"%s\" Ð±Ð¾Ð»ÑŒÑˆ Ñ‡Ð°Ð¼ %d Ð±Ð°Ð¹Ñ‚"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:14921
  #, fuzzy, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr "__buitin_saveregs Ð½Ðµ Ð¿Ð°Ð´Ñ‚Ñ€Ñ‹Ð¼Ð»Ñ–Ð²Ð°ÐµÑ†Ñ†Ð° Ð³Ñ�Ñ‚Ð°Ð¹ Ð¼Ñ�Ñ‚Ð°Ð¹"
--- 31475,31590 ----
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9980
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr ""
  
! #: config/s390/s390.c:11094
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:11110
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:11138
  #, fuzzy, gcc-internal-format
  #| msgid "size of `%s' is %d bytes"
  msgid "frame size of %qs is %wd bytes"
  msgstr "Ð¿Ð°Ð¼ÐµÑ€ \"%s\" - %d Ð±Ð°Ð¹Ñ‚"
  
! #: config/s390/s390.c:11142
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr ""
  
! #: config/s390/s390.c:11520
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14666
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14678
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14690
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "-pipe Ð½Ðµ Ð¿Ð°Ð´Ñ‚Ñ€Ñ‹Ð¼Ð»Ñ–Ð²Ð°ÐµÑ†Ñ†Ð°"
  
! #: config/s390/s390.c:14693
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14710
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14741
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14745
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14757
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14765
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr ""
  
! #: config/s390/s390.c:14771
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr ""
  
! #: config/s390/s390.c:14773
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr ""
  
! #: config/s390/s390.c:14776
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr ""
  
  #. argument is not a plain number
! #: config/s390/s390.c:14874
  #, fuzzy, gcc-internal-format
  #| msgid "first argument of `%s' should be `int'"
  msgid "arguments to %qs should be non-negative integers"
  msgstr "Ð¿ÐµÑ€ÑˆÑ‹Ð¼ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ð¼ \"%s\" Ð¿Ð°Ð²Ñ–Ð½ÐµÐ½ Ð±Ñ‹Ñ†ÑŒ \"int\""
  
! #: config/s390/s390.c:14881
  #, fuzzy, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr "Ð¿Ð°Ð¼ÐµÑ€ \"%s\" Ð±Ð¾Ð»ÑŒÑˆ Ñ‡Ð°Ð¼ %d Ð±Ð°Ð¹Ñ‚"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:15089
  #, fuzzy, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr "__buitin_saveregs Ð½Ðµ Ð¿Ð°Ð´Ñ‚Ñ€Ñ‹Ð¼Ð»Ñ–Ð²Ð°ÐµÑ†Ñ†Ð° Ð³Ñ�Ñ‚Ð°Ð¹ Ð¼Ñ�Ñ‚Ð°Ð¹"
diff -Nrcpad gcc-7.1.0/gcc/po/da.gmo gcc-7.2.0/gcc/po/da.gmo
*** gcc-7.1.0/gcc/po/da.gmo	Tue May  2 14:16:35 2017
--- gcc-7.2.0/gcc/po/da.gmo	Mon Aug 14 08:30:39 2017
***************
*** 1,59 ****
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  For bug reporting instructions, please see:
  
--- 1,67 ----
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  For bug reporting instructions, please see:
  
*************** write_c_file - output name is %s, prefix
*** 159,174 ****
   conflicting code gen style switches are used# %s %.2f %.2f
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  #include <...> search starts here:
! #pragma GCC target is not supported for this machine#pragma GHS endXXX does not match previous startXXX#pragma GHS endXXXX found without previous startXXX#pragma vtable no longer supported%<%%%> constraint used with last operand%<&%> constraint used with no register class%<)%> expected at %C%<-fabi-version=1%> is no longer supported%<-mgp32%> used with a 64-bit ABI%<-mgp64%> used with a 32-bit processor%<-msse5%> was removed%<=> target%> is invalid for DEFERRED binding at %C%<@end%> missing in implementation context%<@end%> must appear in an @implementation context%<@optional%> is allowed in @protocol context only%<@optional%> is not available in Objective-C 1.0%<@package%> is not available in Objective-C 1.0%<@property%> is not available in Objective-C 1.0%<@required%> is allowed in @protocol context only%<@required%> is not available in Objective-C 1.0%<_Noreturn%> in empty declaration%<__thread%> before %qD%<asm%> operand constraint incompatible with operand size%<asm%> operand requires impossible reload%<assign%> attribute conflicts with %<copy%> attribute%<assign%> attribute conflicts with %<retain%> attribute%<auto%> in file-scope empty declaration%<copy%> attribute is only valid for Objective-C objects%<inline%> in empty declaration%<inline%> specified for friend class declaration%<readonly%> attribute conflicts with %<readwrite%> attribute%<readonly%> attribute conflicts with %<setter%> attribute%<register%> in file-scope empty declaration%<retain%> attribute conflicts with %<copy%> attribute%<retain%> attribute is only valid for Objective-C objects%<transaction_may_cancel_outer%> function call not within outer transaction or %<transaction_may_cancel_outer%>%D renamed after being referenced in assembly%Kasm not allowed in %<transaction_safe%> function%d constructor found
  %d constructors found
  %d destructor found
  %d destructors found
  %d frame table found
  %d frame tables found
! %i-bit mode not compiled in%q+D is usually a function%q+F declared %<static%> but never defined%q+F used but never defined%qD should be initialized%qE attribute requires a string constant argument%qE declared as function returning a function%qE declared as function returning an array%qE defined as wrong kind of tag%qs at %L is not a VALUE%qs is deprecated; use -fno-zero-initialized-in-bss%qs is deprecated; use -fstack-check%qs is not a directory%qs is not a valid option to the preprocessor%s%s
  %s  Same as %s.%s %s%s
  %s '%s'
! %s cannot be used in asm here%s does not support %%n$ operand number formats%s does not support %s%s ignored with %s in %s format%s is not supported by this configuration%s only accepts %d arguments%s only accepts 1 argument%s only accepts 2 arguments%s returned %d exit status%s statement expected at %L%s terminated with signal %d [%s]%s%s%s%s %sversion %s (%s)
  %s	compiled by GNU C version %s, %s%s%s %sversion %s (%s) compiled by CC, %s%sGGC heuristics: --param ggc-min-expand=%d --param ggc-min-heapsize=%d
  %s%swarning: %s header version %s differs from library version %s.
  %s-%s is an empty range%s: %s%s: %s compiler not installed on this system%s: %s: %s%s: --param arguments should be of the form NAME=VALUE%s: all warnings being treated as errors%s: cannot open as COFF file%s: linker input file unused because linking not done%s: not a COFF file%s: some warnings being treated as errors%s:%d: confused by earlier errors, bailing out
--- 167,182 ----
   conflicting code gen style switches are used# %s %.2f %.2f
  #include "..." search starts here:
  #include <...> search starts here:
! #pragma GCC target is not supported for this machine#pragma GHS endXXX does not match previous startXXX#pragma GHS endXXXX found without previous startXXX#pragma vtable no longer supported%+D causes a section type conflict%+D causes a section type conflict with %D%<%%%> constraint used with last operand%<&%> constraint used with no register class%<)%> expected at %C%<-fabi-version=1%> is no longer supported%<-mgp32%> used with a 64-bit ABI%<-mgp64%> used with a 32-bit processor%<-msse5%> was removed%<=> target%> is invalid for DEFERRED binding at %C%<@end%> missing in implementation context%<@end%> must appear in an @implementation context%<@optional%> is allowed in @protocol context only%<@optional%> is not available in Objective-C 1.0%<@package%> is not available in Objective-C 1.0%<@property%> is not available in Objective-C 1.0%<@required%> is allowed in @protocol context only%<@required%> is not available in Objective-C 1.0%<_Atomic%> %qD in %<aligned%> clause%<_Noreturn%> in empty declaration%<__thread%> before %qD%<asm%> operand constraint incompatible with operand size%<asm%> operand requires impossible reload%<assign%> attribute conflicts with %<copy%> attribute%<assign%> attribute conflicts with %<retain%> attribute%<auto%> in file-scope empty declaration%<copy%> attribute is only valid for Objective-C objects%<inline%> in empty declaration%<inline%> specified for friend class declaration%<readonly%> attribute conflicts with %<readwrite%> attribute%<readonly%> attribute conflicts with %<setter%> attribute%<register%> in file-scope empty declaration%<retain%> attribute conflicts with %<copy%> attribute%<retain%> attribute is only valid for Objective-C objects%<transaction_may_cancel_outer%> function call not within outer transaction or %<transaction_may_cancel_outer%>%D renamed after being referenced in assembly%Kasm not allowed in %<transaction_safe%> function%d constructor found
  %d constructors found
  %d destructor found
  %d destructors found
  %d frame table found
  %d frame tables found
! %i-bit mode not compiled in%q+D is usually a function%q+F declared %<static%> but never defined%q+F used but never defined%qD appears more than once in map clauses%qD appears more than once in motion clauses%qD does not have a mappable type in %qs clause%qD is deprecated%qD is deprecated: %s%qD should be initialized%qE attribute cannot be specified for local variables%qE attribute is used for non-class method%qE attribute requires a string constant argument%qE attribute requires an integer constant argument%qE declared as function returning a function%qE declared as function returning an array%qE defined as wrong kind of tag%qE does not have a mappable type in %qs clause%qE is deprecated%qE is deprecated: %s%qE is neither a variable nor a function name in clause %qs%qE is not a variable in %<depend%> clause%qs at %L is not a VALUE%qs is deprecated; use -fno-zero-initialized-in-bss%qs is deprecated; use -fstack-check%qs is not a directory%qs is not a valid option to the preprocessor%s%s
  %s  Same as %s.%s %s%s
  %s '%s'
! %s cannot be used in asm here%s does not support %%n$ operand number formats%s does not support %s%s ignored with %s in %s format%s instructions aren't allowed in %s service routine%s is not supported by this configuration%s only accepts %d arguments%s only accepts 1 argument%s only accepts 2 arguments%s returned %d exit status%s statement expected at %L%s terminated with signal %d [%s]%s%s%s%s %sversion %s (%s)
  %s	compiled by GNU C version %s, %s%s%s %sversion %s (%s) compiled by CC, %s%sGGC heuristics: --param ggc-min-expand=%d --param ggc-min-heapsize=%d
  %s%swarning: %s header version %s differs from library version %s.
  %s-%s is an empty range%s: %s%s: %s compiler not installed on this system%s: %s: %s%s: --param arguments should be of the form NAME=VALUE%s: all warnings being treated as errors%s: cannot open as COFF file%s: linker input file unused because linking not done%s: not a COFF file%s: some warnings being treated as errors%s:%d: confused by earlier errors, bailing out
*************** write_c_file - output name is %s, prefix
*** 193,199 ****
  '' ' flag'!' flag'#' flag'%%%c' is not a valid operand prefix'%%&' used without any local dynamic TLS references'%%l' operand isn't a label'%s' was assigned to '%s', but was not defined during recompilation, or vice versa''' flag'(' flag'+' flag'-' flag'0' flag'B' operand has multiple bits set'B' operand is not constant'E' modifier'I' flag'O' modifier'^' flag'_' flag'a' flag'm' flag'nonatomic' attribute of property %qD conflicts with previous declaration'q' flag(C)(an out of class initialization is required)(the message is displayed only once per source file)
  *** WARNING *** there are active plugins, do not report this as a bug unless you can reproduce it without enabling any plugins.
  --param inline-unit-growth limit reached--param large-function-growth limit reached--param large-stack-frame-growth limit reached--param max-inline-insns-auto limit reached--param max-inline-insns-single limit reached-I- specified twice-Werror=%s: no option -%s-Wformat-extra-args ignored without -Wformat-Wformat-nonliteral ignored without -Wformat-Wformat-security ignored without -Wformat-Wformat-y2k ignored without -Wformat-Wformat-zero-length ignored without -Wformat-bundle not allowed with -dynamiclib-bundle_loader not allowed with -dynamiclib-c or -S required for Ada-client_name not allowed with -dynamiclib-current_version only allowed with -dynamiclib-f%s and -msdata=%s are incompatible-f%s ignored (not supported for DJGPP)
! -f%s not supported: ignored-f%sleading-underscore not supported on this target machine-fPIC and -fpic are not supported in this configuration-fPIC and -mcall-%s are incompatible-falign-labels=%d is not supported-falign-loops=%d is not supported-fassociative-math disabled; other options take precedence-fdata-sections not supported for this target-ffunction-sections not supported for this target-force_flat_namespace not allowed with -dynamiclib-fpic and -mapcs-reent are incompatible-fprefetch-loop-arrays is not supported with -Os-fprefetch-loop-arrays not supported for this target-fprefetch-loop-arrays not supported for this target (try -march switches)-frecord-gcc-switches is not supported by the current target-frepo must be used with -c-fsanitize=address and -fsanitize=kernel-address are not supported for this target-fsanitize=address not supported for this target-fstack-limit- options are not supported on this cpu-fstack-protector not supported for this target-fwpa and -fltrans are mutually exclusive-g is only supported when using GAS on this processor,-g option disabled-g with -mno-apcs-frame may not give sensible debugging-install_name only allowed with -dynamiclib-iplugindir <dir> option not passed from the gcc driver-keep_private_externs not allowed with -dynamiclib-maix64 required: 64-bit computation with 32-bit addressing not yet supported-maix64 requires PowerPC64 architecture remain enabled-malign-functions is obsolete, use -falign-functions-malign-jumps is obsolete, use -falign-jumps-malign-loops is obsolete, use -falign-loops-malign-loops=%d is not between 0 and %d-maltivec=le not allowed for big-endian targets-mapcs-stack-check incompatible with -mno-apcs-frame-max-stackframe=%d is not usable, not between 0 and %d-mbig-endian and -mlittle-endian may not be used together-mbranch-cost=%d is not between 0 and 5-mcmodel= is not supported on 32 bit systems-mcpu=%s conflicts with -march=%s-mcpu=%s is not valid-mhard-float not supported-mlong-double-64 not allowed with -m64-mmultiple is not supported on little endian systems-mno-altivec disables vsx-mpcrel -fPIC is not currently supported on selected cpu-mpic-register= is useless without -fpic-mquad-memory is not available in little endian mode-mquad-memory requires 64-bit mode-mquad-memory-atomic requires 64-bit mode-mregparm=%d is not between 0 and %d-mrelocatable and -mcall-%s are incompatible-mrelocatable and -mno-minimal-toc are incompatible-mrelocatable and -msdata=%s are incompatible-ms2600 is used without -ms-msdata=%s and -mcall-%s are incompatible-mshared-library-id=%s is not between 0 and %d-mstring is not supported on little endian systems-mvsx and -mno-altivec are incompatible-mvsx and -mpaired are incompatible-mvsx needs indexed addressing-mvsx requires hardware floating point-pg and -fomit-frame-pointer are incompatible-pipe not supported-private_bundle not allowed with -dynamiclib387 instruction set disabled, using SSE arithmetics<anonymous><built-in><command-line>APCS reentrant code not supported.  IgnoredASSERT_EXPR with an always-false conditionAlias and target's comdat groups differsAlias and target's section differsAllow gcc to generate the SETLB and Lcc instructions.Assembler options
  =================
  
  Assume a large TLS segment.Assume incoming stack aligned to this power of 2.At top level:Attempt to keep stack aligned to this power of 2.Both section and comdat group is setBranches executed:%s of %d
--- 201,207 ----
  '' ' flag'!' flag'#' flag'%%%c' is not a valid operand prefix'%%&' used without any local dynamic TLS references'%%l' operand isn't a label'%s' was assigned to '%s', but was not defined during recompilation, or vice versa''' flag'(' flag'+' flag'-' flag'0' flag'B' operand has multiple bits set'B' operand is not constant'E' modifier'I' flag'O' modifier'^' flag'_' flag'a' flag'm' flag'nonatomic' attribute of property %qD conflicts with previous declaration'q' flag(C)(an out of class initialization is required)(the message is displayed only once per source file)
  *** WARNING *** there are active plugins, do not report this as a bug unless you can reproduce it without enabling any plugins.
  --param inline-unit-growth limit reached--param large-function-growth limit reached--param large-stack-frame-growth limit reached--param max-inline-insns-auto limit reached--param max-inline-insns-single limit reached-I- specified twice-Werror=%s: no option -%s-Wformat-extra-args ignored without -Wformat-Wformat-nonliteral ignored without -Wformat-Wformat-security ignored without -Wformat-Wformat-y2k ignored without -Wformat-Wformat-zero-length ignored without -Wformat-bundle not allowed with -dynamiclib-bundle_loader not allowed with -dynamiclib-c or -S required for Ada-client_name not allowed with -dynamiclib-current_version only allowed with -dynamiclib-f%s and -msdata=%s are incompatible-f%s ignored (not supported for DJGPP)
! -f%s not supported: ignored-f%sleading-underscore not supported on this target machine-fPIC and -fpic are not supported in this configuration-fPIC and -mcall-%s are incompatible-falign-labels=%d is not supported-falign-loops=%d is not supported-fassociative-math disabled; other options take precedence-fdata-sections not supported for this target-ffunction-sections not supported for this target-force_flat_namespace not allowed with -dynamiclib-fpic and -fPIC not supported without -mdsbt on this target-fpic and -mapcs-reent are incompatible-fprefetch-loop-arrays is not supported with -Os-fprefetch-loop-arrays not supported for this target-fprefetch-loop-arrays not supported for this target (try -march switches)-frecord-gcc-switches is not supported by the current target-frepo must be used with -c-fsanitize=address and -fsanitize=kernel-address are not supported for this target-fsanitize=address not supported for this target-fstack-limit- options are not supported on this cpu-fstack-protector not supported for this target-fwpa and -fltrans are mutually exclusive-g is only supported when using GAS on this processor,-g option disabled-g with -mno-apcs-frame may not give sensible debugging-install_name only allowed with -dynamiclib-iplugindir <dir> option not passed from the gcc driver-keep_private_externs not allowed with -dynamiclib-maix64 required: 64-bit computation with 32-bit addressing not yet supported-maix64 requires PowerPC64 architecture remain enabled-malign-functions is obsolete, use -falign-functions-malign-jumps is obsolete, use -falign-jumps-malign-loops is obsolete, use -falign-loops-malign-loops=%d is not between 0 and %d-maltivec=le not allowed for big-endian targets-mapcs-stack-check incompatible with -mno-apcs-frame-masm=intel not supported in this configuration-max-stackframe=%d is not usable, not between 0 and %d-mbig-endian and -mlittle-endian may not be used together-mbranch-cost=%d is not between 0 and 5-mcmodel= is not supported on 32 bit systems-mcorea and -mcoreb can%'t be used together-mcorea should be used with -mmulticore-mcoreb should be used with -mmulticore-mcpu=%s conflicts with -march=%s-mcpu=%s is not valid-mexr is used without -ms-mexr is used without -ms or -msx-mhard-float not supported-mint32 is not supported for H8300 and H8300L targets-mlong-double-64 not allowed with -m64-mmultiple is not supported on little endian systems-mn is not supported for linux targets-mn is used without -mh or -ms or -msx-mno-altivec disables vsx-mno-exr valid only with -ms or -msx                   - Option ignored!-mpcrel -fPIC is not currently supported on selected cpu-mpic-register= is useless without -fpic-mquad-memory is not available in little endian mode-mquad-memory requires 64-bit mode-mquad-memory-atomic requires 64-bit mode-mregparm=%d is not between 0 and %d-mrelocatable and -mcall-%s are incompatible-mrelocatable and -mno-minimal-toc are incompatible-mrelocatable and -msdata=%s are incompatible-ms2600 is used without -ms-msdata=%s and -mcall-%s are incompatible-mshared-library-id=%s is not between 0 and %d-mstring is not supported on little endian systems-mvsx and -mno-altivec are incompatible-mvsx and -mpaired are incompatible-mvsx needs indexed addressing-mvsx requires hardware floating point-pg and -fomit-frame-pointer are incompatible-pipe not supported-private_bundle not allowed with -dynamiclib387 instruction set disabled, using SSE arithmetics<anonymous><built-in><command-line>APCS reentrant code not supported.  IgnoredASSERT_EXPR with an always-false conditionAlias and target's comdat groups differsAlias and target's section differsAllow gcc to generate the SETLB and Lcc instructions.Array TYPE_DOMAIN is not integer typeAssembler options
  =================
  
  Assume a large TLS segment.Assume incoming stack aligned to this power of 2.At top level:Attempt to keep stack aligned to this power of 2.Both section and comdat group is setBranches executed:%s of %d
*************** write_c_file - output name is %s, prefix
*** 209,215 ****
  Generate DWARF pubnames and pubtypes sections with GNU extensions.Generate DWARF pubnames and pubtypes sections.Generate cld instruction in the function prologue.Generate code for SH4 500 series (FPU-less).Generate code for the Android platform.Generate code for the M*Core M340Generate code for the user mode.Generate code in big-endian mode.Generate code in little-endian mode.Generate code that uses 68881 floating-point instructions.Generate conditional move instructions.Generate reciprocals instead of divss and sqrtss.Generate software reciprocal divide and square root for better throughput.How much can given compilation unit grow because of the inlining (in percent).How much can given compilation unit grow because of the interprocedural constant propagation (in percent).ICE: emit_insn used where emit_jump_insn needed:
  INDIRECT_REF in gimple ILINTENT is not allowed inside of BLOCK at %CISO C does not support complex integer typesISO C forbids braced-groups within expressionsISO C forbids casting nonscalar to the same typeISO C forbids casts to union typeISO C forbids conditional expr with only one void sideISO C forbids const or volatile function typesISO C forbids empty initializer bracesISO C forbids forward parameter declarationsISO C forbids label declarationsISO C forbids member declarations with no membersISO C forbids nested functionsISO C forbids omitting the middle term of a ?: expressionISO C forbids ordered comparisons of pointers to functionsISO C forbids qualified function typesISO C forbids specifying range of elements to initializeISO C prohibits argument conversion to union typeISO C++ 1998 does not support %<long long%>ISO C++ does not allow designated initializersISO C++ forbids braced-groups within expressionsISO C++ forbids comparison between pointer and integerISO C++ forbids computed gotosISO C++ forbids nested type %qD with same name as enclosing classISO C++ forbids omitting the middle term of a ?: expressionISO C++ forbids using pointer to a function in subtractionISO C++ forbids using pointer to a method in subtractionISO C++ forbids zero-size arrayISO C++ prohibits anonymous structsISO C++ prohibits overloading operator ?:ISO C90 does not support %<[*]%> array declaratorsISO C90 does not support %<static%> or type qualifiers in parameter array declaratorsISO C90 does not support complex typesISO C90 does not support flexible array membersISO C90 forbids subscripting non-lvalue arrayIf -ftree-vectorize is used, the minimal loop bound of a loop to be considered for vectorization.If -fvariable-expansion-in-unroller is used, the maximum number of times that an individual variable will be expanded during loop unrolling.In function %qsIn member function %qsInclude directory %qs: %sIncompatible derived type in PARAMETER at %LInline recursively only when the probability of call being executed exceeds the parameter.Internal compiler error: Error reporting routines re-entered.
  Invalid range %s in option %sJust use icc0/fcc0.Known ABIs (for use with the -mabi= option):Known CPUs (for use with the -mcpu= and -mtune= options):Known FR-V CPUs (for use with the -mcpu= option):L%d cache latency unknown for %sLines executed:%s of %d
! Link with the fast floating-point library.Link with the library-pic libraries.MMIX Internal: %s is not a shiftable intMMIX Internal: Bad register: %dMMIX Internal: Bad value for 'm', not a CONST_INTMMIX Internal: Cannot decode this operandMMIX Internal: Expected a CONST_INT, not thisMMIX Internal: Expected a constant, not thisMMIX Internal: Expected a register, not thisMMIX Internal: Last named vararg would not fit in a registerMMIX Internal: This is not a constant:MMIX Internal: This is not a recognized addressMMIX Internal: Trying to output invalidly reversed condition:MMIX Internal: What is the CC of this?MMIX Internal: What's the CC of this?MODIFY_EXPR not expected while having tuplesMalformed GENERIC statement at %CMaximal code growth caused by tail duplication (in percent).Maximal estimated growth of function body caused by early inlining of single call.Maximal estimated outcome of branch considered predictable.Maximal growth due to inlining of large function (in percent).Maximal stack frame growth due to inlining (in percent).Maximum depth of sqrt chains to use when synthesizing exponentiation by a real constant.Maximum number of namespaces to search for alternatives when name lookup fails.Maximum probability of the entry BB of split region (in percent relative to entry BB of the function) to make partial inlining happen.Memory allocation failedMerge subcomand usage:Missing counts for called function %s/%iNON_OVERRIDABLE and DEFERRED can't both appear at %CNOTE_INSN_BASIC_BLOCK %d in middle of basic block %dNOTE_INSN_BASIC_BLOCK is missing for block %dNULL used in arithmeticNo branches
  No calls
  No executable lines
  Nonexistent include directory %qsOPTIONAL is not allowed inside of BLOCK at %COffline tool to handle gcda counts
--- 217,223 ----
  Generate DWARF pubnames and pubtypes sections with GNU extensions.Generate DWARF pubnames and pubtypes sections.Generate cld instruction in the function prologue.Generate code for SH4 500 series (FPU-less).Generate code for the Android platform.Generate code for the M*Core M340Generate code for the user mode.Generate code in big-endian mode.Generate code in little-endian mode.Generate code that uses 68881 floating-point instructions.Generate conditional move instructions.Generate reciprocals instead of divss and sqrtss.Generate software reciprocal divide and square root for better throughput.How much can given compilation unit grow because of the inlining (in percent).How much can given compilation unit grow because of the interprocedural constant propagation (in percent).ICE: emit_insn used where emit_jump_insn needed:
  INDIRECT_REF in gimple ILINTENT is not allowed inside of BLOCK at %CISO C does not support complex integer typesISO C forbids braced-groups within expressionsISO C forbids casting nonscalar to the same typeISO C forbids casts to union typeISO C forbids conditional expr with only one void sideISO C forbids const or volatile function typesISO C forbids empty initializer bracesISO C forbids forward parameter declarationsISO C forbids label declarationsISO C forbids member declarations with no membersISO C forbids nested functionsISO C forbids omitting the middle term of a ?: expressionISO C forbids ordered comparisons of pointers to functionsISO C forbids qualified function typesISO C forbids specifying range of elements to initializeISO C prohibits argument conversion to union typeISO C++ 1998 does not support %<long long%>ISO C++ does not allow designated initializersISO C++ forbids braced-groups within expressionsISO C++ forbids comparison between pointer and integerISO C++ forbids computed gotosISO C++ forbids nested type %qD with same name as enclosing classISO C++ forbids omitting the middle term of a ?: expressionISO C++ forbids using pointer to a function in subtractionISO C++ forbids using pointer to a method in subtractionISO C++ forbids zero-size arrayISO C++ prohibits anonymous structsISO C++ prohibits overloading operator ?:ISO C90 does not support %<[*]%> array declaratorsISO C90 does not support %<static%> or type qualifiers in parameter array declaratorsISO C90 does not support complex typesISO C90 does not support flexible array membersISO C90 forbids subscripting non-lvalue arrayIf -ftree-vectorize is used, the minimal loop bound of a loop to be considered for vectorization.If -fvariable-expansion-in-unroller is used, the maximum number of times that an individual variable will be expanded during loop unrolling.In function %qsIn member function %qsInclude directory %qs: %sIncompatible derived type in PARAMETER at %LInline recursively only when the probability of call being executed exceeds the parameter.Internal compiler error: Error reporting routines re-entered.
  Invalid range %s in option %sJust use icc0/fcc0.Known ABIs (for use with the -mabi= option):Known CPUs (for use with the -mcpu= and -mtune= options):Known FR-V CPUs (for use with the -mcpu= option):L%d cache latency unknown for %sLines executed:%s of %d
! Link with the fast floating-point library.Link with the library-pic libraries.MMIX Internal: %s is not a shiftable intMMIX Internal: Bad register: %dMMIX Internal: Bad value for 'm', not a CONST_INTMMIX Internal: Cannot decode this operandMMIX Internal: Expected a CONST_INT, not thisMMIX Internal: Expected a constant, not thisMMIX Internal: Expected a register, not thisMMIX Internal: Last named vararg would not fit in a registerMMIX Internal: This is not a constant:MMIX Internal: This is not a recognized addressMMIX Internal: Trying to output invalidly reversed condition:MMIX Internal: What is the CC of this?MMIX Internal: What's the CC of this?MODIFY_EXPR not expected while having tuplesMain variant is not definedMalformed GENERIC statement at %CMaximal code growth caused by tail duplication (in percent).Maximal estimated growth of function body caused by early inlining of single call.Maximal estimated outcome of branch considered predictable.Maximal growth due to inlining of large function (in percent).Maximal stack frame growth due to inlining (in percent).Maximum depth of sqrt chains to use when synthesizing exponentiation by a real constant.Maximum number of constant stores to merge in the store merging pass.Maximum number of datarefs in loop for building loop data dependencies.Maximum number of instructions in basic block to be considered for SLP vectorization.Maximum number of instructions in the ready list that are considered eligible for renaming.Maximum number of namespaces to search for alternatives when name lookup fails.Maximum probability of the entry BB of split region (in percent relative to entry BB of the function) to make partial inlining happen.Memory allocation failedMerge subcomand usage:Minimum heap expansion to trigger garbage collection, as a percentage of the total size of the heap.Minimum heap size before we start collecting garbage, in kilobytes.Missing counts for called function %s/%iNON_OVERRIDABLE and DEFERRED can't both appear at %CNOTE_INSN_BASIC_BLOCK %d in middle of basic block %dNOTE_INSN_BASIC_BLOCK is missing for block %dNULL used in arithmeticNo branches
  No calls
  No executable lines
  Nonexistent include directory %qsOPTIONAL is not allowed inside of BLOCK at %COffline tool to handle gcda counts
*************** with preprocessed source if appropriate.
*** 228,237 ****
  Runtime name.SSA name in freelist but still referencedSSE instruction set disabled, using 387 arithmeticsSame as %s.  Use the latter option instead.See %s for instructions.
  Select fraction of the maximal frequency of executions of basic block in function given basic block get alignment.Select fraction of the maximal frequency of executions of basic block in function given basic block needs to have to be considered hot.Set 80387 floating-point precision to 32-bit.Set 80387 floating-point precision to 64-bit.Set 80387 floating-point precision to 80-bit.Set the estimated probability in percentage for builtin expect. The default value is 90% probability.Setting spec %s to '%s'
  
! Specify integer and floating-point calling convention.Specify the name of the target architecture.Specify the target RX cpu type.Stop forward growth if the probability of best edge is less than this threshold (in percent). Used when profile feedback is available.Stop forward growth if the probability of best edge is less than this threshold (in percent). Used when profile feedback is not available.Stop reverse growth if the reverse probability of best edge is less than this threshold (in percent).Syntax error in PROTECTED statement at %CTaken at least once:%s of %d
  Target the AM33 processor.Target the AM33/2.0 processor.Target the AM34 processor.Target: %s
  The --param option recognizes the following as parametersThe bug is not reproducible, so it is likely a hardware or OS problem.
! The following options are language-independentThe following options are language-relatedThe following options are not documentedThe following options are specific to just the language The following options are supported by the language The following options are target specificThe following options control compiler warning messagesThe following options control optimizationsThe following options take joined argumentsThe following options take separate argumentsThe maximum amount of memory to be allocated by GCSE.The maximum depth of a loop nest we completely peel.The maximum depth of recursive inlining for inline functions.The maximum depth of recursive inlining for non-inline functions.The maximum expansion factor when copying basic blocks.The maximum instructions CSE process before flushing.The maximum length of path considered in cse.The maximum length of scheduling's pending operations list.The maximum number of backtrack attempts the scheduler should make when modulo scheduling a loop.The maximum number of blocks in a region to be considered for interblock scheduling.The maximum number of branches on the path through the peeled sequence.The maximum number of incoming edges to consider for crossjumping.The maximum number of insns in a region to be considered for interblock scheduling.The maximum number of insns in loop header duplicated by he copy loop headers pass.The maximum number of insns of a completely peeled loop.The maximum number of insns of a peeled loop that rolls only once.The maximum number of insns of a peeled loop.The maximum number of insns of an unswitched loop.The maximum number of insns to duplicate when unfactoring computed gotos.The maximum number of instructions in a single function eligible for inlining.The maximum number of instructions inline function can grow to via recursive inlining.The maximum number of instructions non-inline function can grow to via recursive inlining.The maximum number of instructions to consider to fill a delay slot.The maximum number of instructions to consider to find accurate live register information.The maximum number of instructions to consider to unroll in a loop on average.The maximum number of instructions to consider to unroll in a loop.The maximum number of instructions when automatically inlining.The maximum number of loop iterations we predict statically.The maximum number of nested indirect inlining performed by early inliner.The maximum number of peelings of a single loop that is peeled completely.The maximum number of peelings of a single loop.The maximum number of unrollings of a single loop.The maximum number of unswitchings in a single loop.The maximum ratio of insertions to deletions of expressions in GCSE.The minimal estimated speedup allowing inliner to ignore inline-insns-single and inline-insns-auto.The minimum cost of an expensive expression in the loop invariant motion.The minimum number of matching instructions to consider for crossjumping.The number of insns executed before prefetch is completed.The number of prefetches that can run at the same time.The percentage of function, weighted by execution frequency, that must be covered by trace formation. Used when profile feedback is available.The percentage of function, weighted by execution frequency, that must be covered by trace formation. Used when profile feedback is not available.The size of L1 cache line.The size of L1 cache.The size of L2 cache.The size of function body to be considered large.The size of stack frame to be considered large.The size of translation unit to be considered large.The threshold ratio for performing partial redundancy elimination after reload.This is free software; see the source for copying conditions.
  There is NO warranty; not even for MERCHANTABILITY or 
  FITNESS FOR A PARTICULAR PURPOSE.
  
--- 236,245 ----
  Runtime name.SSA name in freelist but still referencedSSE instruction set disabled, using 387 arithmeticsSame as %s.  Use the latter option instead.See %s for instructions.
  Select fraction of the maximal frequency of executions of basic block in function given basic block get alignment.Select fraction of the maximal frequency of executions of basic block in function given basic block needs to have to be considered hot.Set 80387 floating-point precision to 32-bit.Set 80387 floating-point precision to 64-bit.Set 80387 floating-point precision to 80-bit.Set the estimated probability in percentage for builtin expect. The default value is 90% probability.Setting spec %s to '%s'
  
! Specify integer and floating-point calling convention.Specify the name of the target architecture.Specify the target RX cpu type.Stop forward growth if the probability of best edge is less than this threshold (in percent). Used when profile feedback is available.Stop forward growth if the probability of best edge is less than this threshold (in percent). Used when profile feedback is not available.Stop reverse growth if the reverse probability of best edge is less than this threshold (in percent).Syntax error in PROTECTED statement at %CTYPE_FIELDS defined in incomplete typeTaken at least once:%s of %d
  Target the AM33 processor.Target the AM33/2.0 processor.Target the AM34 processor.Target: %s
  The --param option recognizes the following as parametersThe bug is not reproducible, so it is likely a hardware or OS problem.
! The following options are language-independentThe following options are language-relatedThe following options are not documentedThe following options are specific to just the language The following options are supported by the language The following options are target specificThe following options control compiler warning messagesThe following options control optimizationsThe following options take joined argumentsThe following options take separate argumentsThe maximum amount of memory to be allocated by GCSE.The maximum depth of a loop nest we completely peel.The maximum depth of recursive inlining for inline functions.The maximum depth of recursive inlining for non-inline functions.The maximum expansion factor when copying basic blocks.The maximum instructions CSE process before flushing.The maximum length of path considered in cse.The maximum length of scheduling's pending operations list.The maximum memory locations recorded by cselib.The maximum number of backtrack attempts the scheduler should make when modulo scheduling a loop.The maximum number of blocks in a region to be considered for interblock scheduling.The maximum number of branches on the path through the peeled sequence.The maximum number of incoming edges to consider for crossjumping.The maximum number of insns in a region to be considered for interblock scheduling.The maximum number of insns in loop header duplicated by he copy loop headers pass.The maximum number of insns of a completely peeled loop.The maximum number of insns of a peeled loop that rolls only once.The maximum number of insns of a peeled loop.The maximum number of insns of an unswitched loop.The maximum number of insns to duplicate when unfactoring computed gotos.The maximum number of instructions in a single function eligible for inlining.The maximum number of instructions inline function can grow to via recursive inlining.The maximum number of instructions non-inline function can grow to via recursive inlining.The maximum number of instructions to consider to fill a delay slot.The maximum number of instructions to consider to find accurate live register information.The maximum number of instructions to consider to unroll in a loop on average.The maximum number of instructions to consider to unroll in a loop.The maximum number of instructions when automatically inlining.The maximum number of loop iterations we predict statically.The maximum number of nested indirect inlining performed by early inliner.The maximum number of peelings of a single loop that is peeled completely.The maximum number of peelings of a single loop.The maximum number of unrollings of a single loop.The maximum number of unswitchings in a single loop.The maximum ratio of insertions to deletions of expressions in GCSE.The minimal estimated speedup allowing inliner to ignore inline-insns-single and inline-insns-auto.The minimum cost of an expensive expression in the loop invariant motion.The minimum number of matching instructions to consider for crossjumping.The number of insns executed before prefetch is completed.The number of prefetches that can run at the same time.The percentage of function, weighted by execution frequency, that must be covered by trace formation. Used when profile feedback is available.The percentage of function, weighted by execution frequency, that must be covered by trace formation. Used when profile feedback is not available.The size of L1 cache line.The size of L1 cache.The size of L2 cache.The size of function body to be considered large.The size of stack frame to be considered large.The size of translation unit to be considered large.The threshold ratio for performing partial redundancy elimination after reload.This is free software; see the source for copying conditions.
  There is NO warranty; not even for MERCHANTABILITY or 
  FITNESS FOR A PARTICULAR PURPOSE.
  
*************** warranty; not even for MERCHANTABILITY o
*** 242,260 ****
  Treat integers as 32-bit.Two symbols with same comdat_group are not linked by the same_comdat_group list.Unrecognized option to floating-point init value: %qsUnsupported code '%c' for fixed-point:Unsupported operand for code '%c'Usage: %s [OPTION]... SUB_COMMAND [OPTION]...
  
  Usage: %s [options] file...
  Use "-Wa,OPTION" to pass "OPTION" to the assembler.
  
  Use "-Wl,OPTION" to pass "OPTION" to the linker.
  
  Use 128-bit AVX instructions instead of 256-bit AVX instructions in the auto-vectorizer.Use 4 media accumulators.Use 64 FPRs.Use 64 GPRs.Use 8 media accumulators.Use callbacks instead of inline code if number of accesses in function becomes greater or equal to this number.Use hardware FP (default).Use hardware floating point instructions.Use hardware floating-point divide and square root instructions.Use media instructions.Use multiply add/subtract instructions.Use push instructions to save outgoing arguments.Use red-zone in the x86-64 code.Use reduced-set registers for register allocation.Use reorder instructions (swap and byte reversed load/store) (default).Use the bit-field instructions.Use the software emulation for divides (default).Uses of this option are diagnosed.Using built-in specs.
! VOIDmode on an outputValid arguments to -mfpmath=:WarningWhether to use canonical types.Work around hardware multiply bug.[Leaving %s]
! [cannot find %s][default][disabled][enabled][super ...] must appear in a method context__builtin_eh_return not supported on this target__builtin_saveregs not supported by this subtarget__builtin_saveregs not supported by this target__float128 and __ibm128 cannot be used in the same expression`abort in %s, at %s:%daccumulator is not a constant integeraccumulator number is out of boundsaddress area attribute cannot be specified for functionsaddress area of %q+D conflicts with previous declarationaddress of overloaded function with no contextual type informationaddress offset not a constantaddress operand requires constraint for X, Y, or Z registeraddress taken, but ADDRESSABLE bit not setaggregate value used where a complex was expectedaggregate value used where a float was expectedaggregate value used where an integer was expectedalignment must be a small power of two, not %dalignment of array elements is greater than element sizeambiguous conversion for array subscriptan address area attribute cannot be specified for local variablesanachronismanachronism: anonymous struct not inside named typeargument %qd is not a constantargument 1 must be a 5-bit signed literalargument 1 must be a mapargument 1 of __builtin_altivec_predicate is out of rangeargument 1 of __builtin_altivec_predicate must be a constantargument 1 of __builtin_spe_predicate is out of rangeargument 1 of __builtin_spe_predicate must be a constantargument 2 must be a 5-bit unsigned literalargument 3 must be a 4-bit unsigned literalargument must be a field referenceargument must be array or slice or channelargument must be channelargument must be string or array or slice or map or channelargument must have complex typeargument to dss must be a 2-bit unsigned literalarithmetic on pointer to an incomplete typearray index in initializer exceeds array boundsarray index in non-array initializerarray index range in initializer exceeds array boundsarray initialized from non-constant array expressionarray subscript is not an integerarrays of functions are not meaningfulasm clobber conflict with input operandasm clobber conflict with output operandasm not allowed in %<transaction_safe%> functionasm not allowed in atomic transactionassembler name hash list corruptedassignmentassignment (not initialization) in declarationassignment suppressionattributes in parameter array declarator ignoredbad addressbad address, not (reg+disp):bad address, not a constant:bad address, not an I/O address:bad address, not post_inc or pre_dec:bad amount of stack space removal: %dbad array initializerbad builtin fcodebad condition codebad insn for 'A'bad insn in frv_print_operand, 0 casebad insn in frv_print_operand, bad const_doublebad insn in frv_print_operand, z casebad insn to frv_print_operand, 'F' modifier:bad insn to frv_print_operand, 'L' modifier:bad insn to frv_print_operand, 'M/N' modifier:bad insn to frv_print_operand, 'O' modifier:bad insn to frv_print_operand, 'e' modifier:bad insn to frv_print_operand, 'f' modifier:bad insn to frv_print_operand, 'g' modifier:bad insn to frv_print_operand, P modifier:bad insn to frv_print_operand_address:bad insn to frv_print_operand_memory_reference:bad operandbad output_condmove_single operandbad output_move_double operandbad output_move_single operandbad registerbad register to frv_print_operand_memory_reference_reg:bad shift insn:bad testbad value %qs for -mtls-size switchbad value (%s) for -march= switchbad value (%s) for -mcmodel= switchbad value (%s) for -mtune= switchbad value for -mcall-%sbad value for -msdata=%sbadly nested C headers from preprocessorbasic block %d pred edge is corruptedbasic block %i edge lists are corruptedbb %d on wrong placebinary operator does not support vector bool operandboolean registers required for the floating-point optionbraced-group within expression allowed only inside a functionbraces around scalar initializerbranch %2d never executed
  branch %2d taken %s%s
  break statement not within loop or switchcall   %2d never executed
  call   %2d returned %s
! call is unlikely and code size would growcall-clobbered register used for global register variablecalled from herecallee refers to comdat-local symbolscaller function contains cilk spawncaller is instrumentation thunkcaller is not optimizedcan%'t convert from incomplete type %qT to %qTcan%'t create precompiled header %s: %mcan%'t find a register in class %qs while reloading %<asm%>can%'t open %qs for writing: %mcan%'t open %s for writing: %mcan%'t use %qs as a call-saved registercan%'t use %qs as a call-used registercan%'t use %qs as a fixed registercan't open %s: %mcan't use non gp relative absolute addresscannot close receive-only channelcannot convert to a pointer typecannot declare static function inside another functioncannot decompose addresscannot find %s in plugin %s
  %scannot generate position-independent code for %qscannot initialize multi-dimensional array with initializercannot load plugin %s
! %scannot pass rvalue to reference parametercannot put object with volatile field into registercannot read LTO mode table from %scannot reload integer constant operand in %<asm%>cannot return from a handler of a function-try-block of a constructorcannot set interrupt attribute: no current functioncannot set interrupt attribute: no such identifiercannot use typeid with -fno-rtticannot use va_start in interrupt functioncase label does not reduce to an integer constantcase label not within a switch statementcast from pointer to integer of different sizecast increases required alignment of target typecast specifies array typecast specifies function typecast to pointer from integer of different sizecast to union type from type not present in unioncategory attributes are not available in Objective-C 1.0category attributes are not available in this version of the compiler, (ignored)char-array initialized from wide stringcircular pointer delegation detectedclass %qE is deprecatedclass %qs does not implement the %qE protocolclass attributes are not available in Objective-C 1.0close: %sclosing LTRANS output list %s: %mcollect2 version %s
  collect: reading %s
  collect: recompiling %s
  collect: relinking
--- 250,270 ----
  Treat integers as 32-bit.Two symbols with same comdat_group are not linked by the same_comdat_group list.Unrecognized option to floating-point init value: %qsUnsupported code '%c' for fixed-point:Unsupported operand for code '%c'Usage: %s [OPTION]... SUB_COMMAND [OPTION]...
  
  Usage: %s [options] file...
+ Usage: gcov [OPTION...] SOURCE|OBJ...
+ 
  Use "-Wa,OPTION" to pass "OPTION" to the assembler.
  
  Use "-Wl,OPTION" to pass "OPTION" to the linker.
  
  Use 128-bit AVX instructions instead of 256-bit AVX instructions in the auto-vectorizer.Use 4 media accumulators.Use 64 FPRs.Use 64 GPRs.Use 8 media accumulators.Use callbacks instead of inline code if number of accesses in function becomes greater or equal to this number.Use hardware FP (default).Use hardware floating point instructions.Use hardware floating-point divide and square root instructions.Use media instructions.Use multiply add/subtract instructions.Use push instructions to save outgoing arguments.Use red-zone in the x86-64 code.Use reduced-set registers for register allocation.Use reorder instructions (swap and byte reversed load/store) (default).Use the bit-field instructions.Use the software emulation for divides (default).Uses of this option are diagnosed.Using built-in specs.
! VOIDmode on an outputValid arguments to -mfpmath=:WarningWhether to use canonical types.Work around hardware multiply bug.Wrong tree in TYPE_FIELDS listX32 does not support ms_abi attribute[Leaving %s]
! [cannot find %s][default][disabled][enabled][super ...] must appear in a method context__builtin_eh_return not supported on this target__builtin_saveregs not supported by this subtarget__builtin_saveregs not supported by this target__float128 and __ibm128 cannot be used in the same expression`abort in %s, at %s:%daccumulator is not a constant integeraccumulator number is out of boundsaddress area attribute cannot be specified for functionsaddress area of %q+D conflicts with previous declarationaddress mode %qs not supported in the %s bit modeaddress of overloaded function with no contextual type informationaddress offset not a constantaddress operand requires constraint for X, Y, or Z registeraddress taken, but ADDRESSABLE bit not setaggregate value used where a complex was expectedaggregate value used where a float was expectedaggregate value used where an integer was expectedalignment must be a small power of two, not %dalignment of %q+D is greater than maximum object file alignment %dalignment of array elements is greater than element sizeambiguous conversion for array subscriptan address area attribute cannot be specified for local variablesanachronismanachronism: and fieldanonymous struct not inside named typeargument %qd is not a constantargument 1 must be a 5-bit signed literalargument 1 must be a mapargument 1 of __builtin_altivec_predicate is out of rangeargument 1 of __builtin_altivec_predicate must be a constantargument 1 of __builtin_spe_predicate is out of rangeargument 1 of __builtin_spe_predicate must be a constantargument 2 must be a 5-bit unsigned literalargument 3 must be a 4-bit unsigned literalargument must be a field referenceargument must be array or slice or channelargument must be channelargument must be string or array or slice or map or channelargument must have complex typeargument to %qE attribute larger than %dargument to dss must be a 2-bit unsigned literalarithmetic on pointer to an incomplete typearray index in initializer exceeds array boundsarray index in non-array initializerarray index range in initializer exceeds array boundsarray initialized from non-constant array expressionarray subscript is not an integerarrays of functions are not meaningfulasm clobber conflict with input operandasm clobber conflict with output operandasm not allowed in %<transaction_safe%> functionasm not allowed in atomic transactionassembler name hash list corruptedassignmentassignment (not initialization) in declarationassignment suppressionattributes in parameter array declarator ignoredbad addressbad address, not (reg+disp):bad address, not a constant:bad address, not an I/O address:bad address, not post_inc or pre_dec:bad amount of stack space removal: %dbad array initializerbad builtin fcodebad condition codebad insn for 'A'bad insn in frv_print_operand, 0 casebad insn in frv_print_operand, bad const_doublebad insn in frv_print_operand, z casebad insn to frv_print_operand, 'F' modifier:bad insn to frv_print_operand, 'L' modifier:bad insn to frv_print_operand, 'M/N' modifier:bad insn to frv_print_operand, 'O' modifier:bad insn to frv_print_operand, 'e' modifier:bad insn to frv_print_operand, 'f' modifier:bad insn to frv_print_operand, 'g' modifier:bad insn to frv_print_operand, P modifier:bad insn to frv_print_operand_address:bad insn to frv_print_operand_memory_reference:bad operandbad output_condmove_single operandbad output_move_double operandbad output_move_single operandbad registerbad register to frv_print_operand_memory_reference_reg:bad shift insn:bad testbad value %qs for -mtls-size switchbad value (%s) for -march= switchbad value (%s) for -mcmodel= switchbad value (%s) for -mtune= switchbad value for -mcall-%sbad value for -msdata=%sbadly nested C headers from preprocessorbasic block %d pred edge is corruptedbasic block %i edge lists are corruptedbb %d on wrong placebinary operator does not support vector bool operandboolean registers required for the floating-point optionbraced-group within expression allowed only inside a functionbraces around scalar initializerbranch %2d never executed
  branch %2d taken %s%s
  break statement not within loop or switchcall   %2d never executed
  call   %2d returned %s
! call is unlikely and code size would growcall-clobbered register used for global register variablecalled from herecallee refers to comdat-local symbolscaller function contains cilk spawncaller is instrumentation thunkcaller is not optimizedcan%'t convert from incomplete type %qT to %qTcan%'t create precompiled header %s: %mcan%'t extend PCH file: %mcan%'t find a register in class %qs while reloading %<asm%>can%'t open %qs for writing: %mcan%'t open %s for writing: %mcan%'t set position in PCH file: %mcan%'t use %qs as a call-saved registercan%'t use %qs as a call-used registercan%'t use %qs as a fixed registercan't open %s: %mcan't use non gp relative absolute addresscannot close receive-only channelcannot convert to a pointer typecannot declare static function inside another functioncannot decompose addresscannot find %s in plugin %s
  %scannot generate position-independent code for %qscannot initialize multi-dimensional array with initializercannot load plugin %s
! %scannot pass rvalue to reference parametercannot put object with volatile field into registercannot read LTO mode table from %scannot reload integer constant operand in %<asm%>cannot return from a handler of a function-try-block of a constructorcannot set interrupt attribute: no current functioncannot set interrupt attribute: no such identifiercannot use typeid with -fno-rtticannot use va_start in interrupt functioncase label does not reduce to an integer constantcase label not within a switch statementcast from pointer to integer of different sizecast increases required alignment of target typecast specifies array typecast specifies function typecast to pointer from integer of different sizecast to union type from type not present in unioncategory attributes are not available in Objective-C 1.0category attributes are not available in this version of the compiler, (ignored)cdecl and thiscall attributes are not compatiblechar-array initialized from wide stringcircular pointer delegation detectedclass %qE is deprecatedclass %qs does not implement the %qE protocolclass attributes are not available in Objective-C 1.0close: %sclosing LTRANS output list %s: %mcode model %qs not supported in the %s bit modecode model %qs not supported in x32 modecode model %s does not support PIC modecollect2 version %s
  collect: reading %s
  collect: recompiling %s
  collect: relinking
*************** warranty; not even for MERCHANTABILITY o
*** 263,288 ****
  compilation terminated due to -fmax-errors=%u.
  compilation terminated.
  complex arguments must have floating-point typecomplex arguments must have identical typesconflicts with %qDconst/copy propagation disabledconst_double_split got a bad insn:constant not recomputed when ADDR_EXPR changedconstant refers to itselfconstructor cannot be static member functioncontinue statement not within a loopcontrol reaches end of non-void functionconversion lacks type at end of formatconversion to incomplete typeconversion to non-scalar type requestedconverting NULL to non-pointer typecorrupted profile info: edge from %i to %i exceeds maximal countcorrupted profile info: number of executions for edge %d-%d thought to be %icorrupted profile info: number of iterations for basic block %d thought to be %icorrupted profile info: profile data is not flow-consistentcorrupted profile info: sum_all is smaller than sum_maxcould not close zeroed insn dump file %qs: %mcould not find a spill registercould not find specs file %s
! could not open symbol resolution file: %mcould not parse file offsetcould not parse hex numbercould not split insncreated and used with different ABIscreated and used with different architectures / ABIscreated and used with different settings of -fpiccreated and used with different settings of -fpiecreated and used with differing settings of '%s'data definition has no type or storage classdebugdebug format %qs conflicts with prior selectiondebug output level %qs is too highdebug: declaration does not declare anythingdefault %d minimum %d maximum %ddefault argument specified in explicit specializationdefinition provided for explicit instantiationdereferencing type-punned pointer will break strict-aliasing rulesdestructor cannot be static member functiondestructors may not have parametersdisable pass %s for function %sdisable pass %s for functions in the range of [%u, %u]division by zerodominator of %d should be %d, not %ddouble linked list of assembler names corruptedduplicate %qDduplicate %qsduplicate (or overlapping) case valueduplicate asm operand name %qsduplicate case valuedynamic dependency %s not foundelement types must be the sameemit_fusion_p9_load not MEMemit_fusion_p9_load, bad reg #1emit_fusion_p9_load, bad reg #2emit_fusion_p9_store not MEMemit_fusion_p9_store, bad reg #1emit_fusion_p9_store, bad reg #2empty declarationempty declaration with %<_Alignas%> does not redeclare tagempty declaration with storage class specifier does not redeclare tagempty declaration with type qualifier does not redeclare tagempty index range in initializerempty left precision in %s formatempty precision in %s formatempty range specifiedempty scalar initializerenable pass %s for function %senable pass %s for functions in the range of [%u, %u]enabling backtrace support is only meaningful when compiling for the Thumbenabling callee interworking support is only meaningful when compiling for the Thumbenclosing class templates are not explicitly specializedend insn %d for block %d not found in the insn streamenumeral and non-enumeral type in conditional expressionenumeration values exceed range of largest integerenvironment variable DJGPP points to corrupt file '%s'environment variable DJGPP points to missing file '%s'errorerror closing %s: %merror writing to %s: %merror: exception handling disabled, use -fexceptions to enableexception handling personality mismatchexcess elements in array initializerexcess elements in char array initializerexcess elements in scalar initializerexcess elements in struct initializerexcess elements in union initializerexcess elements in vector initializerexpected %<*%>expected %<...%>expected %<:%> or %<::%>expected %<::%>expected %<@synchronized%>expected %<@throw%>expected %<@try%>expected %<__label__%>expected %<__transaction_atomic%>expected %<__transaction_relaxed%>expected %<asm%>expected %<catch%>expected %<class%>expected %<class%>, %<typename%>, or %<template%>expected %<decltype%>expected %<delete%>expected %<extern%>expected %<namespace%>expected %<new%>expected %<operator%>expected %<return%>expected %<static_assert%>expected %<template%>expected %<throw%>expected %<try%>expected %<using%>expected %<~%>expected boolean typeexpected functionexpected numeric typeexpression statement has incomplete typeextended registers have no high halvesextra brace group at end of initializerextra elements in scalar initializerextra semicolon in struct or union specifiedfail to initialize plugin %sfailure trying to reload:fastcall and regparm attributes are not compatiblefastcall and stdcall attributes are not compatiblefatal error: field name not in record or union initializerfield precision specifierfield widthfield width in printf formatfield width in scanf formatfield width in strfmon formatfield width in strftime formatfield width specifierfill characterfill character in strfmon formatfini function found in object %sfirst argument must be []bytefloating constant misusedfloating point overflow in expressionfloating-point constant not a valid immediate operandflow control insn inside a basic blockformatformat argument %d unused before used argument %d in $-style formatformat argument %d used more than once in %s formatformat is a wide character stringformat not a string literal and no format argumentsformat not a string literal, argument types not checkedformat not a string literal, format string not checkedformat string has invalid operand numberforming reference to voidfp software completion requires -mtrap-precision=ifr30_print_operand: invalid %%F codefr30_print_operand: invalid %%x codefr30_print_operand: invalid operand to %%A codefr30_print_operand: unhandled MEMfr30_print_operand: unknown codefr30_print_operand: unrecognized %%B codefr30_print_operand: unrecognized %%b codefr30_print_operand: unrecognized %%p codefr30_print_operand_address: unhandled addressframe size too large for reliable stack checkingfriend declaration not in class definitionfriend declaration requires class-key, i.e. %<friend %#T%>friend declaration requires class-key, i.e. %<friend class %T::%D%>frv_print_operand: unknown codefunction %q+D part of alias cyclefunction %qD is initialized like a variablefunction attribute mismatchfunction body can be overwritten at link timefunction body not availablefunction call has aggregate valuefunction definition has qualified void return typefunction does not return string typefunction may return address of local variablefunction not considered for inliningfunction not declared inline and code size would growfunction not inlinablefunction not inline candidatefunction return type cannot be functionfunction returns address of local variablefunction returns an aggregatefunction symbol is not functionfunction types not truly compatible in ISO Cfunction_profiler support for MMIXgcc driver version %s %sexecuting gcc version %s
  gcc version %s %s
  gcov %s%s
  getting core file size maximum limit: %mglobal register variable follows a function definitionglobal register variable has initial valuegp_offset (%ld) or end_offset (%ld) is less than zerohead insn %d for block %d not found in the insn streamia64_print_operand: unknown codeignoring #pragma %s %signoring duplicate directory "%s"
  ignoring loop annotationignoring malformed #pragma longcallignoring nonexistent directory "%s"
! implicit_section flag is set but section isn'timplicitly popped regs must be grouped at top of stackimpossible register constraint in %<asm%>in %s, at %s:%din basic block %d:inaccessible plugin file %s expanded from short plugin name %s: %mincompatible type for receiverincompatible types in binary expressioninconsistent instance variable specificationincorrect insn:index must be integerindex value instead of field name in union initializerindirect function call with a yet undetermined calleeinit function found in object %sinitialization of a flexible array memberinitialization of flexible array member in a nested contextinitialized field with side-effects overwritteninitializer element is not computable at load timeinitializer element is not constantinitializer ends prematurelyinitializer for floating value is not a floating constantinitializer invalid for static member with constructorinitializer-string for array of chars is too longinline function %q+D given attribute noinlineinput operand constraint contains %qcinsn %d is in multiple basic blocks (%d and %d)insn contains an invalid address !insn does not satisfy its constraints:insn outside basic blockinstall: %s%s
! instruction never executedinstruction scheduling not supported on this target machineinsufficient contextual information to determine typeint-array initialized from non-wide stringinteger overflow in expressioninternal compiler errorinternal compiler error.  Bad address:internal compiler error.  Incorrect shift:internal compiler error.  Unknown mode:internal compiler error: internal error: bad register: %dinternal error: cris_side_effect_mode_ok with bad operandsinternal error: sideeffect-insn affecting main effectinterrupt Service Routines cannot be coded in Thumb modeinterrupt_thread is available only on fidoinvalid #pragma %sinvalid %%-codeinvalid %%A operandinvalid %%B operandinvalid %%C operandinvalid %%C valueinvalid %%D operandinvalid %%D valueinvalid %%E valueinvalid %%F valueinvalid %%G modeinvalid %%G valueinvalid %%J codeinvalid %%J valueinvalid %%K valueinvalid %%L valueinvalid %%M valueinvalid %%N valueinvalid %%O valueinvalid %%P operandinvalid %%P valueinvalid %%R valueinvalid %%T valueinvalid %%U valueinvalid %%Y operandinvalid %%c operandinvalid %%d operandinvalid %%e valueinvalid %%f operandinvalid %%f valueinvalid %%h valueinvalid %%j codeinvalid %%j valueinvalid %%k valueinvalid %%m valueinvalid %%p valueinvalid %%q valueinvalid %%r valueinvalid %%s operandinvalid %%s valueinvalid %%u valueinvalid %%v valueinvalid %%x valueinvalid %%xn codeinvalid %%y value, try using the 'Z' constraintinvalid 'asm': invalid --param value %qsinvalid UNSPEC as operandinvalid UNSPEC as operand: %dinvalid addressinvalid address for 'O' output modifierinvalid address for 'R' output modifierinvalid address for 'S' output modifierinvalid addressing modeinvalid argument of %qE attributeinvalid argument of %qs attributeinvalid base-class specificationinvalid comparison of nil with nilinvalid comparison operator for 'E' output modifierinvalid conditional operandinvalid const_double operandinvalid constantinvalid constant - try using an output modifierinvalid constant for output modifier '%c'invalid constant vector for output modifier '%c'invalid constraints for operandinvalid conversion from %<__fpreg%>invalid conversion to %<__fpreg%>invalid declaratorinvalid expression - try using an output modifierinvalid expression as operandinvalid expression for output modifier '%c'invalid first operand of MEM_REFinvalid initializerinvalid insn:invalid line in the resolution fileinvalid maskinvalid offset operand of MEM_REFinvalid operandinvalid operand addressinvalid operand code '%c'invalid operand for '%%%c'invalid operand for 'A' modifierinvalid operand for 'D' modifierinvalid operand for 'H' modifierinvalid operand for 'O' modifierinvalid operand for 'T' modifierinvalid operand for 'b' modifierinvalid operand for 'e' modifierinvalid operand for 'm' modifierinvalid operand for 'o' modifierinvalid operand for 'p' modifierinvalid operand for 'z' modifierinvalid operand for code '%c'invalid operand modifier letterinvalid operand output codeinvalid operand prefixinvalid operand prefix '%%%c'invalid operand size for operand code 'O'invalid operand size for operand code 'Z'invalid operand size for operand code 'z'invalid operand to %%H/%%L codeinvalid operand to %%M codeinvalid operand to %%N codeinvalid operand to %%O codeinvalid operand to %%Rinvalid operand to %%R codeinvalid operand to %%Sinvalid operand to %%T/%%B codeinvalid operand to %%U codeinvalid operand to %%V codeinvalid operand to %%Z codeinvalid operand to %%p codeinvalid operand to %%s codeinvalid operand to %%z codeinvalid operand type used with operand code 'Z'invalid operation on %<__fpreg%>invalid parameter %qsinvalid pass positioning operationinvalid position or size operand to BIT_FIELD_REFinvalid property declarationinvalid prototype for '%s'invalid punctuation %qc in constraintinvalid qualifiers on non-member function typeinvalid reference for 'J' output modifierinvalid resolution in the resolution fileinvalid shift operandinvalid type for make functioninvalid use of %%d, %%x, or %%Xinvalid use of %<...%> calling non-variadic functioninvalid use of %<...%> with builtin functioninvalid use of %<...%> with non-sliceinvalid use of '%%%c'invalid use of a pointer to an incomplete type in pointer arithmeticinvalid use of array with unspecified boundsinvalid use of asm flag outputinvalid use of flexible array memberinvalid use of method value as argument of Offsetofinvalid use of non-lvalue arrayinvalid use of structure with flexible array memberinvalid use of typeinvalid use of void expressioninvalid zero extractit must be the address of a function with external linkagejump to case labeljunk at end of #pragma %sjunk at end of #pragma ghs endsdajunk at end of #pragma ghs endtdajunk at end of #pragma ghs endzdajunk at end of #pragma ghs interruptjunk at end of #pragma ghs sectionjunk at end of #pragma ghs startsdajunk at end of #pragma ghs starttdajunk at end of #pragma ghs startzdajunk at end of #pragma longcalljunk at end of '#pragma options'junk at end of '#pragma unused'label named wchar_tlang_* check: failed in %s, at %s:%dlanguage %s not recognizedlarge integer implicitly truncated to unsigned typeld returned %d exit statusleft argument must be a sliceleft precisionleft precision in strfmon formatleft shift count >= width of typeleft shift count is negativeleft-hand operand of comma expression has no effectlen larger than caplength modifierlength modifier in printf formatlength modifier in scanf formatlength modifier in strfmon formatlength required when allocating a sliceletter %c was found & insn was not CONST_INTlibraries: %s
! library lib%s not foundlo_sum not of registerlto_obj_file_open() failedmalformed #pragma builtinmalformed #pragma ghs sectionmalformed #pragma redefine_extname, ignoredmalformed #pragma weak, ignoredmalformed '#pragma options align={mac68k|power|reset}', ignoringmalformed '#pragma options', ignoringmalformed option -fplugin-arg-%s (missing -<key>[=<value>])malformed spec function argumentsmalformed spec function namemask must be an immediatematching constraint does not allow a registermatching constraint not valid in output operandmatching constraint references invalid operand numbermaximum number of arrays per scop.maximum value of parameter %qs is %umay not use both -EB and -ELmay not use both -m32 and -m64media functions are not available unless -mmedia is usedmember functions are implicitly friends of their classmemory reference expected for 'S' output modifiermethod attributes are not available in Objective-C 1.0method attributes can not be specified in @implementation contextmethod definition not in @implementation contextminimal number of loops per function to be analyzed by Graphite.minimum value of parameter %qs is %umips16 function profilingmismatched argumentsmismatched declarations during linktime optimizationmismatching parensmissed loop optimization, the loop counter may overflowmissing $ operand number in formatmissing '(' after '#pragma unused', ignoringmissing ')' after '#pragma unused', ignoringmissing barrier after block %imissing braces around initializermissing close brace for named operandmissing close parenmissing fill character at end of strfmon formatmissing numbermissing open parenmissing operandmissing terminating %c charactermissing type-name in typedef-declarationmixing different types of symbol in same comdat groups is not supportedmultidimensional array must have bounds for all dimensions except the firstmultiple -mcpu= options specified.multiple default labels in one switchmultiple types in one declarationmultiple-value argument in single-value contextmust #include <typeinfo> before using typeidmysterious repository information in %sname missing for member functionnamespace-scope anonymous aggregates must be staticnegative insn lengthnegative integer implicitly converted to unsigned typenested assembly dialect alternativesnested function trampolines not supported on this targetnested functions not supported on this targetnew cannot be applied to a function typenew cannot be applied to a reference typeno FUNCTION_PROFILER for CRISno argumentsno arguments for spec functionno input filesno input files; unwilling to write output filesno low registers available for popping high registersno profiling of 64-bit code for this ABIno register in addressno return statement in function returning non-voidno semicolon at end of struct or unionnode differs from node->decl->decl_with_vis.symtab_nodenode has body_removed but is definitionnode has unknown typenode is alias but not definitionnode is alias but not implicit aliasnode is alone in a comdat groupnode is in same_comdat_group list but has no comdat_groupnode not found in symtab assembler name hashnode not found node->decl->decl_with_vis.symtab_nodenon-call exception handling mismatchnon-integral used in conditionnon-static initialization of a flexible array membernonconstant array index in initializernonnull attribute without arguments on a non-prototypenormalization cannot co-exist with scaling
  not enough argumentsnot enough type informationnotenote: number must be 0 or 1number of bb notes in insn chain (%d) != n_basic_blocks (%d)number of results does not match number of valuesobsolete Maverick format code '%c'offset of packed bit-field %qD has changed in GCC 4.4only uninitialized variables can be placed in a .bss sectiononly uninitialized variables can be placed in the .noinit sectiononly weak aliases are supported in this configurationopen /dev/zero: %mopening LTRANS output list %s: %moperand constraint contains incorrectly positioned %<+%> or %<=%>operand is not a condition code, invalid operand code '%c'operand is not a condition code, invalid operand code 'D'operand is not a condition code, invalid operand code 'Y'operand is not a specific integer, invalid operand code 'r'operand is not an integer, invalid operand code 'K'operand is not an integer, invalid operand code 'R'operand is not an offsettable memory reference, invalid operand code 'H'operand number missing after %%-letteroperand number out of rangeoperand number out of range in formatoperand number specified for format taking no argumentoperand number specified with suppressed assignmentoperands to %T/%t must be reg + const_int:optimization level attribute mismatchoptions enabled: options passed: ordered comparison of pointer with integer zerooriginally indirect function call not considered for inliningoriginally specified hereouter transaction in %<transaction_may_cancel_outer%> functionouter transaction in %<transaction_safe%> functionouter transaction in transactionoutput constraint %d cannot be specified together with "%s" clobberoutput constraint %d must specify a single registeroutput constraint %qc for operand %d is not at the beginningoutput filename specified twiceoutput number %d not directly addressableoutput operand %d must use %<&%> constraintoutput operand constraint lacks %<=%>output operand is constant in %<asm%>output regs must be grouped at top of stackoutput_move_single:overflow in array dimensionoverflow in constant expressionoverflow in enumeration valuesoverflow in implicit constant conversionoverloaded function with no contextual type informationpacked attribute causes inefficient alignmentpacked attribute causes inefficient alignment for %q+Dpacked attribute causes inefficient alignment for %qEpacked attribute is unnecessarypacked attribute is unnecessary for %q+Dpacked attribute is unnecessary for %qEpadding struct size to alignment boundarypadding struct to align %q+Dparameter %qD is initializedparameter names (without types) in function declarationpass %qs not found but is referenced by new pass %qspass %s does not support cloningpedwarnpedwarn: permerrorpermerror: plugin %s registered a null callback function for event %splugin %s should be specified before -fplugin-arg-%s in the command lineplugin %s was specified with different paths:
  %s
! %splugin cannot register a missing passplugin cannot register an unnamed passplugin cannot register pass %qs without reference pass namepointer to a function used in arithmeticpointer to a function used in subtractionpointer type mismatch in conditional expressionpointer value used where a complex was expectedpointer value used where a floating point value was expectedpointer-to-member function %E cannot be called without an object; consider using .* or ->*pointer/integer type mismatch in conditional expressionpointers are not permitted as case valuespost-increment address is not a registerpre-decrement address is not a registerpre-increment address is not a registerprecisionprecision in printf formatprev_bb of %d should be %d, not %dprograms: %s
! property can not be a bit-fieldproperty can not be an arrayprotocol attributes are not available in Objective-C 1.0readonly property can not be setrecursive inliningredeclaration of property %qDredefined extern inline functions are not considered for inliningreference %qs cannot be declared %<mutable%>reference to non-lvalue returnedregister of %qD used for multiple global register variablesregister or memory expression expected for 'M' output modifierregister or memory expression expected for 'N' output modifierrelaxed transaction in %<transaction_safe%> functionrelaxed transaction in atomic transactionremoving .rpo file: %mrename spec %s to %s
! renaming .rpo file: %mrepeated %s in formatrepository file '%s' does not contain command-line argumentsrequested alignment is too largerequested init_priority is not an integer constantrequested init_priority is out of rangerequested init_priority is reserved for internal usereturn not followed by barrierreturn type is an incomplete typereturn type specification for constructor invalidreturn type specification for destructor invalidreturning a value from a constructorreturning a value from a destructorreturning reference to temporaryright precisionright precision in strfmon formatright shift count >= width of typeright shift count is negativerounding mode not supported for VAX floatssame_comdat_group is not a circular listsame_comdat_group list across different groupssecond argument must be slice or stringsection of alias %q+D must match section of its targetselector must be an immediatesetting core file size limit to maximum: %mshared and mdll are not compatibleshow_expr(): Don't know how to show exprside effects not recomputed when ADDR_EXPR changedsize in array new must have integral typesize of %q+D is %d bytessize of %q+D is larger than %wd bytessize of array is negativesize of array is not an integral constant-expressionslice end must be integersorry, unimplementedsorry, unimplemented: spec file has no spec for linkingspec is '%s'
  
! specialization of implicitly-declared special member functionspecs %%include syntax malformed after %ld charactersspecs %%rename syntax malformed after %ld charactersspecs %s spec was not found to be renamedspecs file malformed after %ld charactersspecs unknown %% command after %ld charactersstack limit expression is not supportedstack limits not supported on this targetstack register used for global register variablestack usage computation not supported for this targetstack usage is %wd bytesstack usage might be %wd bytesstack usage might be unboundedstackframe too big: %d bytesstatic or type qualifiers in non-parameter array declaratorstorage class specified for typenamestorage class specifiers invalid in friend function declarationsstorage class specifiers invalid in parameter declarationsstrftime formats cannot format argumentsstructure size boundary can only be set to 8 or 32subscript missing in array referencesubscripted value is neither array nor pointersuggest parentheses around assignment used as truth valueswitch missing default caseswitch quantity not an integerswitch statement of size %lu entries too largesymbolic memory references are only supported on z10 or latersymtab_node::verify failedtaking address of temporarytaking the address of a label is non-standardtarget CPU does not support THUMB instructionstarget CPU does not support interworkingtarget attribute is not supported on this machinetarget format does not support infinitytarget specific option mismatchtarget system does not support debug outputtarget system does not support the %qs debug formattemplate argument %d is invalidtemplate class without a nametemplate parameter list used in explicit instantiationtemplate parameters cannot be friendstemplate specialization with C linkagetemplate with C linkagethe %qs architecture does not support odd single-precision registersthe ' ' printf flagthe '!' strfmon flagthe '#' printf flagthe '#' strftime flagthe ''' printf flagthe ''' scanf flagthe '(' strfmon flagthe '+' printf flagthe '+' strfmon flagthe '-' printf flagthe '-' strfmon flagthe '-' strftime flagthe '0' printf flagthe '0' strftime flagthe 'E' strftime modifierthe 'I' printf flagthe 'I' scanf flagthe 'O' modifierthe 'O' strftime modifierthe '^' strfmon flagthe '^' strftime flagthe '_' strftime flagthe 'a' scanf flagthe 'm' scanf flagthe 'q' diagnostic flagthe assignment suppression scanf featurethe m210 does not have little endian supportthis decimal constant is unsigned only in ISO C90this decimal constant would be unsigned in ISO C90this is the insn:this media function is only available on the fr500this target does not support %qsthis target machine does not have delayed branchesthread-local COMMON data not implementedthrowing NULL, which has integral, not pointer typeto generate dependencies you must specify either -M or -MMtoo few arguments to functiontoo few expressions for structtoo large function value type, needs %d registers, have only %d registers for thistoo many #pragma options align=resettoo many argumentstoo many arguments for formattoo many arguments to functiontoo many arguments to maketoo many expressions for structtoo many filenames given.  Type %s --help for usagetoo many input filestoo many open parenstraditional C rejects ISO C style function definitionstraditional C rejects automatic aggregate initializationtraditional C rejects initialization of unionstraditional C rejects the unary plus operatortrap mode not supported for VAX floatstree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%dtrying to finish struct, but kicked out due to previous parse errorstrying to make class %qT a friend of global scopetype %qs does not conform to the %qE protocoltype is deprecatedtype mismatch in conditional expressiontype name declared as function returning a functiontype name declared as function returning an arraytype of formal parameter %d is incompletetype qualifiers ignored on function return typetype to vector delete is neither pointer or array typetype-punning to incomplete type might break strict-aliasing rulestypedef %qD is initialized (use __typeof__ instead)typedef declaration invalid in parameter declarationtypedef declared %<auto%>typedef name may not be a nested-name-specifiertypes are not quite compatibleunable to compute real location of stacked parameterunable to find a register to spill in class %qsunable to generate reloads for:unable to open dynamic dependency '%s'unable to open fileunable to use '%s' for PIC registerunconditional %2d never executed
  unconditional %2d taken %s
! undefined named operand %qsunexpected base-type in cris_print_baseunexpected index-type in cris_print_indexunexpected multiplicative operandunexpected offsetunexpected operandunexpected side-effects in addressunion cannot be made transparentunknown -mdebug-%s switchunknown CRIS cpu version specification in -mtune= : %sunknown CRIS version specification in -march= or -mcpu= : %sunknown TLS model %qsunknown array size in deleteunknown callback event registered by plugin %sunknown insn modeunknown move insn:unknown pass %s specified in -fdisableunknown pass %s specified in -fenableunknown punctuation '%c'unknown register name: %sunknown relocation unspecunknown value %qs for -mcpuunknown value %qs for -mtuneunnamed struct/union that defines no instancesunnamed variable or field declared voidunordered comparison on non-floating point argumentunreachableunrecognizable insn:unrecognized addressunrecognized format specifierunrecognized gcc debugging option: %cunrecognized option -fdisableunrecognized option -fenableunrecognized supposed constantunrecognized visibility value %qsunrecoverable errorunsafe function call %qD within %<transaction_safe%> functionunsafe function call %qD within atomic transactionunsafe function call %qE within %<transaction_safe%> functionunsafe function call %qE within atomic transactionunsafe indirect function call within %<transaction_safe%> functionunsafe indirect function call within atomic transactionunsupported argument type to builtin functionunsupported combination: %sunsupported fixed-point conversionunsupported operand size for extended registerunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatuse of %s and %s together in %s formatuse of old-style castuseless %<_Alignas%> in empty declarationuseless %qs in empty declarationuseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationusing-declaration for non-member at class scopevalidate_value_data: Loop in regno chain (%u)validate_value_data: [%u] Bad next_regno for empty chain (%u)validate_value_data: [%u] Bad oldest_regno (%u)validate_value_data: [%u] Non-empty reg in chain (%s %u %i)value computed is not usedvalue of -mfixed-range must have form REG1-REG2var-tracking-assignments changes selective schedulingvariable %q+D part of alias cyclevariable %qD has initializer but incomplete typevariable or field declared voidvariable symbol is not variablevariable tracking requested, but not supported by this debug formatvariable tracking requested, but useless unless producing debug infovariable-sized object may not be initializedvec_extract only accepts 2 argumentsvec_insert only accepts 3 argumentsvec_lvsl is deprecated for little endian; use assignment for unaligned loads and storesvec_lvsr is deprecated for little endian; use assignment for unaligned loads and storesvector overflow in expressionverify_flow_info failedverify_flow_info: Basic block %d succ edge is corruptedverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iversion attribute is not a stringvirtual functions cannot be friendsvisibility attribute not supported in this configuration; ignoredvoid value not ignored as it ought to bewaitpid failedwarning: writing to LTRANS output list %s: %mwrong insn in the fallthru edgewrong number of template arguments (%d, should be %d)wrong type argument to %swrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusxstormy16_print_operand: unknown codezero width in %s formatzero-length %s format stringProject-Id-Version: gcc 7.1-b20170226
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-04-24 20:38+0000
! PO-Revision-Date: 2017-02-28 11:00+0200
  Last-Translator: Joe Hansen <joedalton2@yahoo.dk>
  Language-Team: Danish <dansk@dansk-gruppen.dk>
  Language: da
--- 273,298 ----
  compilation terminated due to -fmax-errors=%u.
  compilation terminated.
  complex arguments must have floating-point typecomplex arguments must have identical typesconflicts with %qDconst/copy propagation disabledconst_double_split got a bad insn:constant not recomputed when ADDR_EXPR changedconstant refers to itselfconstructor cannot be static member functioncontinue statement not within a loopcontrol reaches end of non-void functionconversion lacks type at end of formatconversion to incomplete typeconversion to non-scalar type requestedconverting NULL to non-pointer typecorrupted profile info: edge from %i to %i exceeds maximal countcorrupted profile info: number of executions for edge %d-%d thought to be %icorrupted profile info: number of iterations for basic block %d thought to be %icorrupted profile info: profile data is not flow-consistentcorrupted profile info: sum_all is smaller than sum_maxcould not close zeroed insn dump file %qs: %mcould not find a spill registercould not find specs file %s
! could not open symbol resolution file: %mcould not parse file offsetcould not parse hex numbercould not split insncreated and used with different ABIscreated and used with different architectures / ABIscreated and used with different settings of -fpiccreated and used with different settings of -fpiecreated and used with differing settings of '%s'data definition has no type or storage classdata type of %q+D isn%'t suitable for a registerdead histogramdebugdebug format %qs conflicts with prior selectiondebug output level %qs is too highdebug: declaration does not declare anythingdefault %d minimum %d maximum %ddefault argument specified in explicit specializationdefinition provided for explicit instantiationdereferencing type-punned pointer will break strict-aliasing rulesdestructor cannot be static member functiondestructors may not have parametersdisable pass %s for function %sdisable pass %s for functions in the range of [%u, %u]division by zerodominator of %d should be %d, not %ddouble linked list of assembler names corruptedduplicate %qDduplicate %qsduplicate (or overlapping) case valueduplicate asm operand name %qsduplicate case valuedynamic dependency %s not foundelement types must be the sameemit_fusion_p9_load not MEMemit_fusion_p9_load, bad reg #1emit_fusion_p9_load, bad reg #2emit_fusion_p9_store not MEMemit_fusion_p9_store, bad reg #1emit_fusion_p9_store, bad reg #2emitting PIC operand, but PIC register isn%'t set upempty declarationempty declaration with %<_Alignas%> does not redeclare tagempty declaration with storage class specifier does not redeclare tagempty declaration with type qualifier does not redeclare tagempty index range in initializerempty left precision in %s formatempty precision in %s formatempty range specifiedempty scalar initializerenable pass %s for function %senable pass %s for functions in the range of [%u, %u]enabling backtrace support is only meaningful when compiling for the Thumbenabling callee interworking support is only meaningful when compiling for the Thumbenclosing class templates are not explicitly specializedend insn %d for block %d not found in the insn streamenumeral and non-enumeral type in conditional expressionenumeration values exceed range of largest integerenvironment variable DJGPP points to corrupt file '%s'environment variable DJGPP points to missing file '%s'errorerror closing %s: %merror writing to %s: %merror: exception handling disabled, use -fexceptions to enableexception handling personality mismatchexcess elements in array initializerexcess elements in char array initializerexcess elements in scalar initializerexcess elements in struct initializerexcess elements in union initializerexcess elements in vector initializerexpand_binop failed in movsi gotexpected %<*%>expected %<...%>expected %<:%> or %<::%>expected %<::%>expected %<@synchronized%>expected %<@throw%>expected %<@try%>expected %<__label__%>expected %<__transaction_atomic%>expected %<__transaction_relaxed%>expected %<asm%>expected %<catch%>expected %<class%>expected %<class%>, %<typename%>, or %<template%>expected %<decltype%>expected %<delete%>expected %<extern%>expected %<namespace%>expected %<new%>expected %<operator%>expected %<return%>expected %<static_assert%>expected %<template%>expected %<throw%>expected %<try%>expected %<using%>expected %<~%>expected boolean typeexpected functionexpected numeric typeexpression statement has incomplete typeextended registers have no high halvesextra brace group at end of initializerextra elements in scalar initializerextra semicolon in struct or union specifiedfail to initialize plugin %sfailure trying to reload:fastcall and cdecl attributes are not compatiblefastcall and regparm attributes are not compatiblefastcall and stdcall attributes are not compatiblefastcall and thiscall attributes are not compatiblefatal error: field name not in record or union initializerfield precision specifierfield widthfield width in printf formatfield width in scanf formatfield width in strfmon formatfield width in strftime formatfield width specifierfill characterfill character in strfmon formatfini function found in object %sfirst argument must be []bytefloating constant misusedfloating point overflow in expressionfloating-point constant not a valid immediate operandflow control insn inside a basic blockformatformat argument %d unused before used argument %d in $-style formatformat argument %d used more than once in %s formatformat is a wide character stringformat not a string literal and no format argumentsformat not a string literal, argument types not checkedformat not a string literal, format string not checkedformat string has invalid operand numberforming reference to voidfp software completion requires -mtrap-precision=ifr30_print_operand: invalid %%F codefr30_print_operand: invalid %%x codefr30_print_operand: invalid operand to %%A codefr30_print_operand: unhandled MEMfr30_print_operand: unknown codefr30_print_operand: unrecognized %%B codefr30_print_operand: unrecognized %%b codefr30_print_operand: unrecognized %%p codefr30_print_operand_address: unhandled addressframe size too large for reliable stack checkingfriend declaration not in class definitionfriend declaration requires class-key, i.e. %<friend %#T%>friend declaration requires class-key, i.e. %<friend class %T::%D%>frv_print_operand: unknown codefunction %q+D part of alias cyclefunction %qD is initialized like a variablefunction attribute mismatchfunction body can be overwritten at link timefunction body not availablefunction call has aggregate valuefunction definition has qualified void return typefunction does not return string typefunction may return address of local variablefunction not considered for inliningfunction not declared inline and code size would growfunction not inlinablefunction not inline candidatefunction return type cannot be functionfunction returns address of local variablefunction returns an aggregatefunction symbol is not functionfunction types not truly compatible in ISO Cfunction_profiler support for MMIXgcc driver version %s %sexecuting gcc version %s
  gcc version %s %s
  gcov %s%s
  getting core file size maximum limit: %mglobal register variable follows a function definitionglobal register variable has initial valuegp_offset (%ld) or end_offset (%ld) is less than zerohead insn %d for block %d not found in the insn streamia64_print_operand: unknown codeignoring #pragma %s %signoring duplicate directory "%s"
  ignoring loop annotationignoring malformed #pragma longcallignoring nonexistent directory "%s"
! implicit_section flag is set but section isn'timplicitly popped regs must be grouped at top of stackimpossible register constraint in %<asm%>in %s, at %s:%din basic block %d:inaccessible plugin file %s expanded from short plugin name %s: %minappropriate accumulator for %qsincompatible type for receiverincompatible types in binary expressioninconsistent instance variable specificationincorrect insn:index must be integerindex value instead of field name in union initializerindirect function call with a yet undetermined calleeinit function found in object %sinitialization of a flexible array memberinitialization of flexible array member in a nested contextinitialized field with side-effects overwritteninitializer element is not computable at load timeinitializer element is not constantinitializer ends prematurelyinitializer for floating value is not a floating constantinitializer invalid for static member with constructorinitializer-string for array of chars is too longinline function %q+D given attribute noinlineinput operand constraint contains %qcinsn %d is in multiple basic blocks (%d and %d)insn contains an invalid address !insn does not satisfy its constraints:insn outside basic blockinstall: %s%s
! instruction never executedinstruction scheduling not supported on this target machineinsufficient contextual information to determine typeint-array initialized from non-wide stringinteger overflow in expressioninternal compiler errorinternal compiler error.  Bad address:internal compiler error.  Incorrect shift:internal compiler error.  Unknown mode:internal compiler error: internal error: bad register: %dinternal error: cris_side_effect_mode_ok with bad operandsinternal error: sideeffect-insn affecting main effectinterrupt Service Routines cannot be coded in Thumb modeinterrupt_thread is available only on fidoinvalid #pragma %sinvalid %%-codeinvalid %%A operandinvalid %%B operandinvalid %%C operandinvalid %%C valueinvalid %%D operandinvalid %%D valueinvalid %%E valueinvalid %%F valueinvalid %%G modeinvalid %%G valueinvalid %%J codeinvalid %%J valueinvalid %%K valueinvalid %%L valueinvalid %%M valueinvalid %%N valueinvalid %%O valueinvalid %%P operandinvalid %%P valueinvalid %%R valueinvalid %%T valueinvalid %%U valueinvalid %%Y operandinvalid %%c operandinvalid %%d operandinvalid %%e valueinvalid %%f operandinvalid %%f valueinvalid %%h valueinvalid %%j codeinvalid %%j valueinvalid %%k valueinvalid %%m valueinvalid %%p valueinvalid %%q valueinvalid %%r valueinvalid %%s operandinvalid %%s valueinvalid %%u valueinvalid %%v valueinvalid %%x valueinvalid %%xn codeinvalid %%y value, try using the 'Z' constraintinvalid 'asm': invalid --param value %qsinvalid IACC argumentinvalid UNSPEC as operandinvalid UNSPEC as operand: %dinvalid addressinvalid address for 'O' output modifierinvalid address for 'R' output modifierinvalid address for 'S' output modifierinvalid addressing modeinvalid argument of %qE attributeinvalid argument of %qs attributeinvalid base-class specificationinvalid comparison of nil with nilinvalid comparison operator for 'E' output modifierinvalid conditional operandinvalid const_double operandinvalid constantinvalid constant - try using an output modifierinvalid constant for output modifier '%c'invalid constant vector for output modifier '%c'invalid constraints for operandinvalid conversion from %<__fpreg%>invalid conversion to %<__fpreg%>invalid data model option -mdata-model=%sinvalid declaratorinvalid expression - try using an output modifierinvalid expression as operandinvalid expression for output modifier '%c'invalid first operand of MEM_REFinvalid initializerinvalid insn:invalid line in the resolution fileinvalid maskinvalid offset operand of MEM_REFinvalid operandinvalid operand addressinvalid operand code '%c'invalid operand for '%%%c'invalid operand for 'A' modifierinvalid operand for 'D' modifierinvalid operand for 'H' modifierinvalid operand for 'O' modifierinvalid operand for 'T' modifierinvalid operand for 'b' modifierinvalid operand for 'e' modifierinvalid operand for 'm' modifierinvalid operand for 'o' modifierinvalid operand for 'p' modifierinvalid operand for 'z' modifierinvalid operand for code '%c'invalid operand modifier letterinvalid operand output codeinvalid operand prefixinvalid operand prefix '%%%c'invalid operand size for operand code 'O'invalid operand size for operand code 'Z'invalid operand size for operand code 'z'invalid operand to %%H/%%L codeinvalid operand to %%M codeinvalid operand to %%N codeinvalid operand to %%O codeinvalid operand to %%Rinvalid operand to %%R codeinvalid operand to %%Sinvalid operand to %%T/%%B codeinvalid operand to %%U codeinvalid operand to %%V codeinvalid operand to %%Z codeinvalid operand to %%p codeinvalid operand to %%s codeinvalid operand to %%z codeinvalid operand type used with operand code 'Z'invalid operation on %<__fpreg%>invalid parameter %qsinvalid pass positioning operationinvalid position or size operand to BIT_FIELD_REFinvalid property declarationinvalid prototype for '%s'invalid punctuation %qc in constraintinvalid qualifiers on non-member function typeinvalid reference for 'J' output modifierinvalid register name for %q+Dinvalid resolution in the resolution fileinvalid shift operandinvalid type for make functioninvalid use of %%d, %%x, or %%Xinvalid use of %<...%> calling non-variadic functioninvalid use of %<...%> with builtin functioninvalid use of %<...%> with non-sliceinvalid use of '%%%c'invalid use of ':' modifierinvalid use of a pointer to an incomplete type in pointer arithmeticinvalid use of array with unspecified boundsinvalid use of asm flag outputinvalid use of flexible array memberinvalid use of method value as argument of Offsetofinvalid use of non-lvalue arrayinvalid use of structure with flexible array memberinvalid use of typeinvalid use of void expressioninvalid zero extractit must be the address of a function with external linkagejump to case labeljunk at end of #pragma %sjunk at end of #pragma ghs endsdajunk at end of #pragma ghs endtdajunk at end of #pragma ghs endzdajunk at end of #pragma ghs interruptjunk at end of #pragma ghs sectionjunk at end of #pragma ghs startsdajunk at end of #pragma ghs starttdajunk at end of #pragma ghs startzdajunk at end of #pragma longcalljunk at end of '#pragma options'junk at end of '#pragma unused'label named wchar_tlang_* check: failed in %s, at %s:%dlanguage %s not recognizedlarge integer implicitly truncated to unsigned typeld returned %d exit statusleft argument must be a sliceleft precisionleft precision in strfmon formatleft shift count >= width of typeleft shift count is negativeleft-hand operand of comma expression has no effectlen larger than caplength modifierlength modifier in printf formatlength modifier in scanf formatlength modifier in strfmon formatlength required when allocating a sliceletter %c was found & insn was not CONST_INTlibraries: %s
! library lib%s not foundlo_sum not of registerlto_obj_file_open() failedmalformed #pragma builtinmalformed #pragma ghs sectionmalformed #pragma redefine_extname, ignoredmalformed #pragma weak, ignoredmalformed '#pragma options align={mac68k|power|reset}', ignoringmalformed '#pragma options', ignoringmalformed option -fplugin-arg-%s (missing -<key>[=<value>])malformed spec function argumentsmalformed spec function namemask must be an immediatematching constraint does not allow a registermatching constraint not valid in output operandmatching constraint references invalid operand numbermaximum number of arrays per scop.maximum number of basic blocks per function to be analyzed by Graphite.maximum number of isl operations, 0 means unlimitedmaximum number of parameters in a SCoP.maximum value of parameter %qs is %umay not use both -EB and -ELmay not use both -m32 and -m64media functions are not available unless -mmedia is usedmember functions are implicitly friends of their classmemory reference expected for 'S' output modifiermethod attributes are not available in Objective-C 1.0method attributes can not be specified in @implementation contextmethod definition not in @implementation contextminimal number of loops per function to be analyzed by Graphite.minimum value of parameter %qs is %umips16 function profilingmismatched argumentsmismatched declarations during linktime optimizationmismatching parensmissed loop optimization, the loop counter may overflowmissing $ operand number in formatmissing '(' after '#pragma unused', ignoringmissing ')' after '#pragma unused', ignoringmissing barrier after block %imissing braces around initializermissing close brace for named operandmissing close parenmissing fill character at end of strfmon formatmissing numbermissing open parenmissing operandmissing terminating %c charactermissing type-name in typedef-declarationmixing different types of symbol in same comdat groups is not supportedms_hook_prologue is not compatible with nested functionmultidimensional array must have bounds for all dimensions except the firstmultiple -mcpu= options specified.multiple default labels in one switchmultiple function type attributes specifiedmultiple types in one declarationmultiple-value argument in single-value contextmust #include <typeinfo> before using typeidmysterious repository information in %sname missing for member functionnamespace-scope anonymous aggregates must be staticnegative insn lengthnegative integer implicitly converted to unsigned typenested assembly dialect alternativesnested function trampolines not supported on this targetnested functions not supported on this targetnew cannot be applied to a function typenew cannot be applied to a reference typeno FUNCTION_PROFILER for CRISno argumentsno arguments for spec functionno input filesno input files; unwilling to write output filesno low registers available for popping high registersno profiling of 64-bit code for this ABIno register in addressno return statement in function returning non-voidno semicolon at end of struct or unionnode differs from node->decl->decl_with_vis.symtab_nodenode has body_removed but is definitionnode has unknown typenode is alias but not definitionnode is alias but not implicit aliasnode is alone in a comdat groupnode is in same_comdat_group list but has no comdat_groupnode not found in symtab assembler name hashnode not found node->decl->decl_with_vis.symtab_nodenon-call exception handling mismatchnon-integral used in conditionnon-static initialization of a flexible array membernonconstant array index in initializernonnull attribute without arguments on a non-prototypenormalization cannot co-exist with scaling
  not enough argumentsnot enough type informationnotenote: number must be 0 or 1number of bb notes in insn chain (%d) != n_basic_blocks (%d)number of results does not match number of valuesobsolete Maverick format code '%c'offset of packed bit-field %qD has changed in GCC 4.4only uninitialized variables can be placed in a .bss sectiononly uninitialized variables can be placed in the .noinit sectiononly weak aliases are supported in this configurationopen /dev/zero: %mopening LTRANS output list %s: %moperand constraint contains incorrectly positioned %<+%> or %<=%>operand is not a condition code, invalid operand code '%c'operand is not a condition code, invalid operand code 'D'operand is not a condition code, invalid operand code 'Y'operand is not a specific integer, invalid operand code 'r'operand is not an integer, invalid operand code 'K'operand is not an integer, invalid operand code 'R'operand is not an offsettable memory reference, invalid operand code 'H'operand number missing after %%-letteroperand number out of rangeoperand number out of range in formatoperand number specified for format taking no argumentoperand number specified with suppressed assignmentoperands to %T/%t must be reg + const_int:optimization level attribute mismatchoptions enabled: options passed: ordered comparison of pointer with integer zerooriginally indirect function call not considered for inliningoriginally specified hereouter transaction in %<transaction_may_cancel_outer%> functionouter transaction in %<transaction_safe%> functionouter transaction in transactionoutput constraint %d cannot be specified together with "%s" clobberoutput constraint %d must specify a single registeroutput constraint %qc for operand %d is not at the beginningoutput filename specified twiceoutput number %d not directly addressableoutput operand %d must use %<&%> constraintoutput operand constraint lacks %<=%>output operand is constant in %<asm%>output regs must be grouped at top of stackoutput_move_single:overflow in array dimensionoverflow in constant expressionoverflow in enumeration valuesoverflow in implicit constant conversionoverloaded function with no contextual type informationpacked attribute causes inefficient alignmentpacked attribute causes inefficient alignment for %q+Dpacked attribute causes inefficient alignment for %qEpacked attribute is unnecessarypacked attribute is unnecessary for %q+Dpacked attribute is unnecessary for %qEpadding struct size to alignment boundarypadding struct to align %q+Dparameter %qD is initializedparameter names (without types) in function declarationpass %qs not found but is referenced by new pass %qspass %s does not support cloningpedwarnpedwarn: permerrorpermerror: plugin %s registered a null callback function for event %splugin %s should be specified before -fplugin-arg-%s in the command lineplugin %s was specified with different paths:
  %s
! %splugin cannot register a missing passplugin cannot register an unnamed passplugin cannot register pass %qs without reference pass namepointer to a function used in arithmeticpointer to a function used in subtractionpointer type mismatch in conditional expressionpointer value used where a complex was expectedpointer value used where a floating point value was expectedpointer-to-member function %E cannot be called without an object; consider using .* or ->*pointer/integer type mismatch in conditional expressionpointers are not permitted as case valuespost-increment address is not a registerpre-decrement address is not a registerpre-increment address is not a registerprecisionprecision in printf formatprev_bb of %d should be %d, not %dprofiler support for CR16profiling is not yet implemented for this architectureprograms: %s
! property can not be a bit-fieldproperty can not be an arrayprotocol attributes are not available in Objective-C 1.0readonly property can not be setrecursive inliningredeclaration of property %qDredefined extern inline functions are not considered for inliningreference %qs cannot be declared %<mutable%>reference to non-lvalue returnedregister name not specified for %q+Dregister of %qD used for multiple global register variablesregister or memory expression expected for 'M' output modifierregister or memory expression expected for 'N' output modifierregparam and thiscall attributes are not compatiblerelaxed transaction in %<transaction_safe%> functionrelaxed transaction in atomic transactionremoving .rpo file: %mrename spec %s to %s
! renaming .rpo file: %mrepeated %s in formatrepository file '%s' does not contain command-line argumentsrequested alignment is too largerequested init_priority is not an integer constantrequested init_priority is out of rangerequested init_priority is reserved for internal usereturn not followed by barrierreturn type is an incomplete typereturn type specification for constructor invalidreturn type specification for destructor invalidreturning a value from a constructorreturning a value from a destructorreturning reference to temporaryright precisionright precision in strfmon formatright shift count >= width of typeright shift count is negativerounding mode not supported for VAX floatssame_comdat_group is not a circular listsame_comdat_group list across different groupssecond argument must be slice or stringsection of alias %q+D must match section of its targetsection type conflictsection type conflict with %Dselector must be an immediatesetting core file size limit to maximum: %mshared and mdll are not compatibleshow_expr(): Don't know how to show exprside effects not recomputed when ADDR_EXPR changedsize in array new must have integral typesize of %q+D is %d bytessize of %q+D is larger than %wd bytessize of array is negativesize of array is not an integral constant-expressionslice end must be integersorry, unimplementedsorry, unimplemented: spec file has no spec for linkingspec is '%s'
  
! specialization of implicitly-declared special member functionspecs %%include syntax malformed after %ld charactersspecs %%rename syntax malformed after %ld charactersspecs %s spec was not found to be renamedspecs file malformed after %ld charactersspecs unknown %% command after %ld charactersstack limit expression is not supportedstack limits not supported on this targetstack register used for global register variablestack usage computation not supported for this targetstack usage is %wd bytesstack usage might be %wd bytesstack usage might be unboundedstack_offset must be a multiple of 4stack_offset must be at least 4stackframe too big: %d bytesstatic or type qualifiers in non-parameter array declaratorstdcall and cdecl attributes are not compatiblestdcall and fastcall attributes are not compatiblestdcall and thiscall attributes are not compatiblestorage class specified for typenamestorage class specifiers invalid in friend function declarationsstorage class specifiers invalid in parameter declarationsstrategy name %qs specified for option %qs not supported for 32-bit codestrftime formats cannot format argumentsstructure size boundary can only be set to 8 or 32subscript missing in array referencesubscripted value is neither array nor pointersuggest parentheses around assignment used as truth valueswitch missing default caseswitch quantity not an integerswitch statement of size %lu entries too largesymbolic memory references are only supported on z10 or latersymtab_node::verify failedtaking address of temporarytaking the address of a label is non-standardtarget CPU does not support THUMB instructionstarget CPU does not support interworkingtarget attribute is not supported on this machinetarget format does not support infinitytarget specific option mismatchtarget system does not support debug outputtarget system does not support the %qs debug formattemplate argument %d is invalidtemplate class without a nametemplate parameter list used in explicit instantiationtemplate parameters cannot be friendstemplate specialization with C linkagetemplate with C linkagethe %qs architecture does not support odd single-precision registersthe ' ' printf flagthe '!' strfmon flagthe '#' printf flagthe '#' strftime flagthe ''' printf flagthe ''' scanf flagthe '(' strfmon flagthe '+' printf flagthe '+' strfmon flagthe '-' printf flagthe '-' strfmon flagthe '-' strftime flagthe '0' printf flagthe '0' strftime flagthe 'E' strftime modifierthe 'I' printf flagthe 'I' scanf flagthe 'O' modifierthe 'O' strftime modifierthe '^' strfmon flagthe '^' strftime flagthe '_' strftime flagthe 'a' scanf flagthe 'm' scanf flagthe 'q' diagnostic flagthe assignment suppression scanf featurethe m210 does not have little endian supportthe register specified for %q+D is not general enough to be used as a register variablethis decimal constant is unsigned only in ISO C90this decimal constant would be unsigned in ISO C90this is the insn:this media function is only available on the fr500this target does not support %qsthis target machine does not have delayed branchesthread-local COMMON data not implementedthrowing NULL, which has integral, not pointer typeto generate dependencies you must specify either -M or -MMtoo few arguments to functiontoo few expressions for structtoo large function value type, needs %d registers, have only %d registers for thistoo many #pragma options align=resettoo many argumentstoo many arguments for formattoo many arguments to functiontoo many arguments to maketoo many expressions for structtoo many filenames given.  Type %s --help for usagetoo many input filestoo many open parenstraditional C rejects ISO C style function definitionstraditional C rejects automatic aggregate initializationtraditional C rejects initialization of unionstraditional C rejects the unary plus operatortrap mode not supported for VAX floatstree check: %s, have %s in %s, at %s:%dtree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%dtree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%dtree check: accessed operand %d of %s with %d operands in %s, at %s:%dtree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%dtree check: did not expect class %qs, have %qs (%s) in %s, at %s:%dtree check: expected class %qs, have %qs (%s) in %s, at %s:%dtree check: expected none of %s, have %s in %s, at %s:%dtree check: expected omp_clause %s, have %s in %s, at %s:%dtree check: expected tree that contains %qs structure, have %qs in %s, at %s:%dtrying to finish struct, but kicked out due to previous parse errorstrying to make class %qT a friend of global scopetype %qs does not conform to the %qE protocoltype is deprecatedtype is deprecated: %stype is not compatible with its varianttype mismatch in conditional expressiontype name declared as function returning a functiontype name declared as function returning an arraytype of formal parameter %d is incompletetype qualifiers ignored on function return typetype to vector delete is neither pointer or array typetype variant's TREE_TYPEtype's TREE_TYPEtype-punning to incomplete type might break strict-aliasing rulestypedef %qD is initialized (use __typeof__ instead)typedef declaration invalid in parameter declarationtypedef declared %<auto%>typedef name may not be a nested-name-specifiertypes are not quite compatibleunable to compute real location of stacked parameterunable to find a register to spill in class %qsunable to generate reloads for:unable to open dynamic dependency '%s'unable to open fileunable to use '%s' for PIC registerunconditional %2d never executed
  unconditional %2d taken %s
! undefined named operand %qsunexpected base-type in cris_print_baseunexpected index-type in cris_print_indexunexpected multiplicative operandunexpected offsetunexpected operandunexpected side-effects in addressunion cannot be made transparentunknown -mdebug-%s switchunknown CRIS cpu version specification in -mtune= : %sunknown CRIS version specification in -march= or -mcpu= : %sunknown TLS model %qsunknown alignment %qs specified for option %qsunknown array size in deleteunknown callback event registered by plugin %sunknown cc_attr valueunknown destunknown insn modeunknown move insn:unknown pass %s specified in -fdisableunknown pass %s specified in -fenableunknown punctuation '%c'unknown register name: %sunknown relocation unspecunknown srcunknown value %qs for -mcpuunknown value %qs for -mtuneunnamed struct/union that defines no instancesunnamed variable or field declared voidunordered comparison on non-floating point argumentunreachableunrecognizable insn:unrecognized addressunrecognized format specifierunrecognized gcc debugging option: %cunrecognized option -fdisableunrecognized option -fenableunrecognized supposed constantunrecognized visibility value %qsunrecoverable errorunsafe function call %qD within %<transaction_safe%> functionunsafe function call %qD within atomic transactionunsafe function call %qE within %<transaction_safe%> functionunsafe function call %qE within atomic transactionunsafe indirect function call within %<transaction_safe%> functionunsafe indirect function call within atomic transactionunsupported argument type to builtin functionunsupported combination: %sunsupported fixed-point conversionunsupported operand size for extended registerunsupported size for integer registerunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatuse internal function id in profile lookup.use of %s and %s together in %s formatuse of old-style castuseless %<_Alignas%> in empty declarationuseless %qs in empty declarationuseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationusing-declaration for non-member at class scopevalidate_value_data: Loop in regno chain (%u)validate_value_data: [%u] Bad next_regno for empty chain (%u)validate_value_data: [%u] Bad oldest_regno (%u)validate_value_data: [%u] Non-empty reg in chain (%s %u %i)value computed is not usedvalue of -mfixed-range must have form REG1-REG2var-tracking-assignments changes selective schedulingvariable %q+D part of alias cyclevariable %qD has initializer but incomplete typevariable or field declared voidvariable symbol is not variablevariable tracking requested, but not supported by this debug formatvariable tracking requested, but useless unless producing debug infovariable-sized object may not be initializedvec_extract only accepts 2 argumentsvec_insert only accepts 3 argumentsvec_lvsl is deprecated for little endian; use assignment for unaligned loads and storesvec_lvsr is deprecated for little endian; use assignment for unaligned loads and storesvector overflow in expressionverify_flow_info failedverify_flow_info: Basic block %d succ edge is corruptedverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_histograms failedverify_type failedversion attribute is not a stringvirtual functions cannot be friendsvisibility attribute not supported in this configuration; ignoredvoid value not ignored as it ought to bewaitpid failedwarning: writing to LTRANS output list %s: %mwrong argument %qs to option %qswrong insn in the fallthru edgewrong number of template arguments (%d, should be %d)wrong strategy name %qs specified for option %qswrong type argument to %swrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusxstormy16_print_operand: unknown codezero width in %s formatzero-length %s format stringProject-Id-Version: gcc 7.1.0
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-05-01 22:24+0000
! PO-Revision-Date: 2017-05-21 11:00+0200
  Last-Translator: Joe Hansen <joedalton2@yahoo.dk>
  Language-Team: Danish <dansk@dansk-gruppen.dk>
  Language: da
*************** write_c_file - uddatanavnet er %s, prÃ¦f
*** 399,414 ****
   konfliktende kodegenereringstilvalg er benyttet# %s %.2f %.2f
  #include "..."-sÃ¸gning begynder her:
  #include <...>-sÃ¸gning begynder her:
! #pragma GCC-mÃ¥larkitektur er ikke understÃ¸ttet pÃ¥ denne maskine'#pragma GHS endXXXX' passer ikke med forudgÃ¥ende 'startXXX''#pragma GHS endXXXX' fundet uden forudgÃ¥ende 'startXXX''#pragma vtable' understÃ¸ttes ikke lÃ¦ngere%<%%%>-begrÃ¦nsning brugt med sidste operand%<&%>-begrÃ¦nsning brugt uden registerklasse%<)%> forventet ved %C%<-fabi-version=1%> understÃ¸ttes ikke lÃ¦ngere%<-mgp32%> brugt med et 64-bit ABI%<-mgp64%> brugt med en 32-bit processor%<-msse5%> blev fjernet%<=> target%> er ugyldig for DEFERRED-binding ved %C%<@end%> mangler i implementationskontekst%<@end%> skal optrÃ¦de i en @implementationskontekst%<@optional%> er kun tilladt i @protocol-kontekst%<@optional%> er ikke tilgÃ¦ngelig i Objective-C 1.0%<@package%> er ikke tilgÃ¦ngelig i Objective-C 1.0%<@property%> er ikke tilgÃ¦ngelig i Objective-C 1.0%<@required%> er kun tilladt i @protocol-kontekst%<@required%> er ikke tilgÃ¦ngelig i Objective-C 1.0%<_Noreturn%> i tom erklÃ¦ring%<__thread%> fÃ¸r %qD%<asm%>-operandbegrÃ¦nsning er ikke forenelig med operandstÃ¸rrelse%<asm%>-operand krÃ¦ver umulig genindlÃ¦sning%<assign%>-attributten er i modstrid med %<copy%>-attributten%<assign%>-attributten er i modstrid med %<retain%>-attributten%<auto%> i file-scope tom erklÃ¦ring%<copy%>-attributten er kun gyldig for Objective-C-objekter%<inline%>i tom erklÃ¦ring%<inline%> angivet for friend class-erklÃ¦ring%<readonly%>-attributten er i modstrid med %<readwrite%>-attributten%<readonly%>-attributten er i modstrid med %<setter%>attributten%<register%> i file-scope tom erklÃ¦ring%<retain%>-attributten er i modstrid med %<copy%>-attributten%<retain%>-attributten er kun gyldig for Objective-C-objekter%<transaction_may_cancel_outer%> funktionskald er ikke inden for ydre transaktion eller %<transaction_may_cancel_outer%>%D omdÃ¸bt efter at vÃ¦re refereret i maskinkode%Kasm er ikke tilladt i %<transaction_safe%> funktion%d konstruktionsfunktion fundet
  %d konstruktionsfunktioner fundet
  %d destruktionsfunktion fundet
  %d destruktionsfunktioner fundet
  %d rammetabel fundet
  %d rammetabeller fundet
! %i bit-tilstand er ikke oversat med ind%q+D er normalt en funktion%q+F erklÃ¦ret %<static%>, men aldrig defineret%q+F brugt, men aldrig defineret%qD skal tildeles en startvÃ¦rdi%qE-egenskaben krÃ¦ver et strengkonstant som parameter%qE er erklÃ¦ret som en funktion, der returnerer en funktion%qE er erklÃ¦ret som en funktion, der returnerer en array%qE defineret som forkert slags mÃ¦rke%qs ved %L er ikke en VÃ†RDI%qs er forÃ¦ldet; brug -fno-zero-initialized-in-bss%qs er forÃ¦ldet; brug -fstack-check%qs er ikke en mappe%qs er ikke et gyldigt tilvalg til prÃ¦processoren%s%s
  %s Samme som %s.%s %s%s
  %s Â»%sÂ«
! %s kan ikke bruges i asm her%s understÃ¸tter ikke %%n$-operandnummerformateringer%s understÃ¸tter ikke %s%s ignoreret med %s i %s-formatering%s understÃ¸ttes ikke af denne konfiguration%s accepterer kun %d parametre%s accepterer kun 1 parameter%s accepterer kun 2 parametre%s returnerede afslutningskoden %d%s-udtryk forventet ved %L%s afsluttet af signal %d [%s]%s%s%s%s %sversion %s (%s)
  %s	oversat af GNU C version %s, %s%s%s %sversion %s (%s) oversat af CC, %s%sGGC-heuristikker: --param ggc-min-expand=%d --param ggc-min-heapsize=%d
  %s%sadvarsel: %s teksthovedversion %s svarer ikke til biblioteksversion %s.
  %s-%s er et tomt interval%s: %s%s: %s-oversÃ¦tter ikke installeret pÃ¥ dette system%s: %s: %s%s: Â»--paramÂ«-parametre skal vÃ¦re pÃ¥ formen NAVN=VÃ†RDI%s: alle advarsler bliver opfattet som fejl%s: kan ikke Ã¥bnes som en COFF-fil%s: sammenkÃ¦derinddatafil ikke benyttet eftersom sammenkÃ¦dning ikke blev foretaget%s: ikke en COFF-fil%s: nogle advarsler bliver opfattet som fejl%s:%d: forvirret af tidligere fejl, opgiver Ã¦vred
--- 409,424 ----
   konfliktende kodegenereringstilvalg er benyttet# %s %.2f %.2f
  #include "..."-sÃ¸gning begynder her:
  #include <...>-sÃ¸gning begynder her:
! #pragma GCC-mÃ¥larkitektur er ikke understÃ¸ttet pÃ¥ denne maskine'#pragma GHS endXXXX' passer ikke med forudgÃ¥ende 'startXXX''#pragma GHS endXXXX' fundet uden forudgÃ¥ende 'startXXX''#pragma vtable' understÃ¸ttes ikke lÃ¦ngere%+D forÃ¥rsager en sektionstypekonflikt%+D forÃ¥rsager en sektionstypekonflikt med %D%<%%%>-begrÃ¦nsning brugt med sidste operand%<&%>-begrÃ¦nsning brugt uden registerklasse%<)%> forventet ved %C%<-fabi-version=1%> understÃ¸ttes ikke lÃ¦ngere%<-mgp32%> brugt med et 64-bit ABI%<-mgp64%> brugt med en 32-bit processor%<-msse5%> blev fjernet%<=> target%> er ugyldig for DEFERRED-binding ved %C%<@end%> mangler i implementationskontekst%<@end%> skal optrÃ¦de i en @implementationskontekst%<@optional%> er kun tilladt i @protocol-kontekst%<@optional%> er ikke tilgÃ¦ngelig i Objective-C 1.0%<@package%> er ikke tilgÃ¦ngelig i Objective-C 1.0%<@property%> er ikke tilgÃ¦ngelig i Objective-C 1.0%<@required%> er kun tilladt i @protocol-kontekst%<@required%> er ikke tilgÃ¦ngelig i Objective-C 1.0%<_Atomic%> %qD i %<aligned%>-klausul%<_Noreturn%> i tom erklÃ¦ring%<__thread%> fÃ¸r %qD%<asm%>-operandbegrÃ¦nsning er ikke forenelig med operandstÃ¸rrelse%<asm%>-operand krÃ¦ver umulig genindlÃ¦sning%<assign%>-attributten er i modstrid med %<copy%>-attributten%<assign%>-attributten er i modstrid med %<retain%>-attributten%<auto%> i file-scope tom erklÃ¦ring%<copy%>-attributten er kun gyldig for Objective-C-objekter%<inline%>i tom erklÃ¦ring%<inline%> angivet for friend class-erklÃ¦ring%<readonly%>-attributten er i modstrid med %<readwrite%>-attributten%<readonly%>-attributten er i modstrid med %<setter%>attributten%<register%> i file-scope tom erklÃ¦ring%<retain%>-attributten er i modstrid med %<copy%>-attributten%<retain%>-attributten er kun gyldig for Objective-C-objekter%<transaction_may_cancel_outer%> funktionskald er ikke inden for ydre transaktion eller %<transaction_may_cancel_outer%>%D omdÃ¸bt efter at vÃ¦re refereret i maskinkode%Kasm er ikke tilladt i %<transaction_safe%> funktion%d konstruktionsfunktion fundet
  %d konstruktionsfunktioner fundet
  %d destruktionsfunktion fundet
  %d destruktionsfunktioner fundet
  %d rammetabel fundet
  %d rammetabeller fundet
! %i bit-tilstand er ikke oversat med ind%q+D er normalt en funktion%q+F erklÃ¦ret %<static%>, men aldrig defineret%q+F brugt, men aldrig defineret%qD fremgÃ¥r mere end en gang i map-klausuller%qD fremgÃ¥r mere end en gang i motion-klausuller%qD har ikke en mappable-type i %qs-klausul%qD  er forÃ¦ldet%qD er forÃ¦ldet: %s%qD skal tildeles en startvÃ¦rdi%qE-attribut kan ikke angives for lokale variabler%qE-egenskaben bruges til ikke-klasse metode%qE-egenskaben krÃ¦ver et strengkonstant som parameter%qE-egenskaben krÃ¦ver en heltalskonstant som parameter%qE er erklÃ¦ret som en funktion, der returnerer en funktion%qE er erklÃ¦ret som en funktion, der returnerer en array%qE defineret som forkert slags mÃ¦rke%qE har ikke en mappable-type i %qs-klausul%qE er forÃ¦ldet%qE er forÃ¦ldet: %s%qE er hverken en variabel eller et funktionsnavn i klausul %qs%qE er ikke en variable i %<depend%>-klausul%qs ved %L er ikke en VÃ†RDI%qs er forÃ¦ldet; brug -fno-zero-initialized-in-bss%qs er forÃ¦ldet; brug -fstack-check%qs er ikke en mappe%qs er ikke et gyldigt tilvalg til prÃ¦processoren%s%s
  %s Samme som %s.%s %s%s
  %s Â»%sÂ«
! %s kan ikke bruges i asm her%s understÃ¸tter ikke %%n$-operandnummerformateringer%s understÃ¸tter ikke %s%s ignoreret med %s i %s-formatering%s-instruktioner er ikke tilladt i %s-tjenesterutinen%s understÃ¸ttes ikke af denne konfiguration%s accepterer kun %d parametre%s accepterer kun 1 parameter%s accepterer kun 2 parametre%s returnerede afslutningskoden %d%s-udtryk forventet ved %L%s afsluttet af signal %d [%s]%s%s%s%s %sversion %s (%s)
  %s	oversat af GNU C version %s, %s%s%s %sversion %s (%s) oversat af CC, %s%sGGC-heuristikker: --param ggc-min-expand=%d --param ggc-min-heapsize=%d
  %s%sadvarsel: %s teksthovedversion %s svarer ikke til biblioteksversion %s.
  %s-%s er et tomt interval%s: %s%s: %s-oversÃ¦tter ikke installeret pÃ¥ dette system%s: %s: %s%s: Â»--paramÂ«-parametre skal vÃ¦re pÃ¥ formen NAVN=VÃ†RDI%s: alle advarsler bliver opfattet som fejl%s: kan ikke Ã¥bnes som en COFF-fil%s: sammenkÃ¦derinddatafil ikke benyttet eftersom sammenkÃ¦dning ikke blev foretaget%s: ikke en COFF-fil%s: nogle advarsler bliver opfattet som fejl%s:%d: forvirret af tidligere fejl, opgiver Ã¦vred
*************** write_c_file - uddatanavnet er %s, prÃ¦f
*** 433,439 ****
  Â«Â» Â«-flagÂ»!Â«-flagÂ»#Â«-flagÂ»%%%cÂ« er ikke et gyldigt operandprÃ¦fiksÂ»%%&Â« brugt uden nogle lokale dynamiske TLS-referencerÂ»%%lÂ«-operand er ikke en etiketÂ»%sÂ« blev tildelt til Â»%sÂ«, men blev ikke defineret under genkompilering eller omvendtÂ»'Â«-flagÂ»(Â«-flagÂ»+Â«-flagÂ»-Â«-flagÂ»0Â«-flagÂ»BÂ«-operanden har flere bit satÂ»BÂ«-operanden er ikke konstantÂ»EÂ«-modifikationÂ»IÂ«-flagÂ»OÂ«-modifikationÂ»^Â«-flagÂ»_Â«-flagÂ»aÂ«-flagÂ»mÂ«-flag'nonatomic'-attribut for egenskaben %qD er i modstrid med tidligere erklÃ¦ringÂ»qÂ«-flag(C)(en klargÃ¸ring uden for klassens erklÃ¦ring er nÃ¸dvendig)(beskeden er kun vist en gang per kildefil)
  *** ADVARSEL *** der er aktive udvidelsesmoduler, rapporter ikke dette som en fejl med mindre, at du kan genskabe det uden at udvidelsesmoduler er aktiveret.
  --param inline-unit-growth grÃ¦nse nÃ¥et--param large-function-growth grÃ¦nse nÃ¥et--param large-stack-frame-growth grÃ¦nse nÃ¥et--param max-inline-insns-auto grÃ¦nse nÃ¥et--param max-inline-insns-single grÃ¦nse nÃ¥et-I- er angivet to gange-Werror=%s: intet tilvalg -%s-Wformat-extra-args ignoreret uden -Wformat-Wformat-nonliteral ignoreret uden -Wformat-Wformat-security ignoreret uden -Wformat-Wformat-y2k ignoreret uden -Wformat-Wformat-zero-length ignoreret uden -Wformat-bundle er ikke tilladt med -dynamiclib-bundle_loader er ikke tilladt med -dynamiclib-c eller -S krÃ¦ves til Ada-client_name er ikke tilladt med -dynamiclib-current_version er kun tilladt med -dynamiclib-f%s og -msdata=%s er indbyrdes uforenelige-f%s ignoreret (ikke understÃ¸ttet for DJGPP)
! -f%s er ikke understÃ¸ttet: ignoreret-f%sleading-underscore understÃ¸ttes ikke pÃ¥ mÃ¥larkitekturen-fPIC og -fpic understÃ¸ttes ikke af denne konfiguration-fPIC og -mcall-%s er indbyrdes uforenelige-falign-labels=%d understÃ¸ttes ikke-falign-loops=%d er ikke understÃ¸ttet-fassociative-math deaktiveret; andre tilvalg har forrang-fdata-sections understÃ¸ttes ikke pÃ¥ mÃ¥larkitekturen-ffunction-sections understÃ¸ttes ikke pÃ¥ mÃ¥larkitekturen-force_flat_namespace er ikke tilladt med -dynamiclib-fpic og -mapcs-reent er indbyrdes uforenelige-fprefetch-loop-arrays understÃ¸ttes ikke med -Os-fprefetch-loop-arrays understÃ¸ttes ikke pÃ¥ mÃ¥larkitekturen-fprefetch-loop-arrays understÃ¸ttes ikke pÃ¥ mÃ¥larkitekturen (prÃ¸v '-march'-tilvalgene)-frecord-gcc-switches er ikke understÃ¸ttet af den nuvÃ¦rende mÃ¥larkitektur-frepo skal bruges med -c-fsanitize=address og -fsanitize=kernel-address understÃ¸ttes ikke pÃ¥ denne mÃ¥larkitektur-fsanitize=address understÃ¸ttes ikke pÃ¥ denne mÃ¥larkitektur-fstack-limit- tilvalg er ikke understÃ¸ttet pÃ¥ denne cpu-fstack-protector understÃ¸ttes ikke pÃ¥ denne mÃ¥larkitektur-fwpa og -fltrans er indbyrdes uforenelige-g er kun understÃ¸ttet ved brug af GAS pÃ¥ denne processor,tilvalget -g deaktiveret-g med -mno-apcs-frame giver mÃ¥ske ikke fornuftig fejlanalysering-install_name er kun tilladt med -dynamiclibiplugindir <mappe> tilvalg ikke videregivet fra gcc-driveren-keep_private_externs er ikke tilladt med -dynamiclib-maix64 pÃ¥krÃ¦vet: 64 bit-beregninger med 32 bit-adressering understÃ¸ttes endnu ikke-maix64 krÃ¦ver at PowerPC64-arkitekturen forbliver aktiveret-malign-functions er forÃ¦ldet, benyt -falign-functions-malign-jumps er forÃ¦ldet, benyt -falign-jumps-malign-loops er forÃ¦ldet, benyt -falign-loops-malign-loops=%d er ikke mellem 0 og %d-maltivec=le er ikke tilladt for storendede mÃ¥l-mapcs-stack-check og -mno-apcs-frame er indbyrdes uforenelige-max-stackframe=%d er ikke brugbar mellem 0 og %d-mbig-endian og -mlittle-endian kan ikke bruges pÃ¥ samme tid-mbranch-cost=%d er ikke mellem 0 og 5-mcmodel= understÃ¸ttes ikke pÃ¥ 32 bit-systemer-mcpu=%s er i konflikt med tilvalget -march=%s-mcpu=%s er ikke gyldig-mhard-float understÃ¸ttes ikke-mlong-double-64 er ikke tilladt med -m64-mmultiple er ikke understÃ¸ttet pÃ¥ lilleendede systemer-mno-altivec deaktiverer vsx-mpcrel -fPIC er i Ã¸jeblikket ikke understÃ¸ttet pÃ¥ valgt cpu-mpic-register= er ubrugelig uden -fpic-mquad-memory er ikke tilgÃ¦ngelig i lilleendet tilstand-mquad-memory krÃ¦ver 64-bit tilstand-mquad-memory-atomic krÃ¦ver 64-bit tilstand-mregparm=%d er ikke mellem 0 og %d-mrelocatable og -mcall-%s er indbyrdes uforenelige-mrelocatable og -mno-minimal-toc er indbyrdes uforenelige-mrelocatable og -msdata=%s er indbyrdes uforenelige-ms2600 benyttet uden -ms-msdata=%s og -mcall-%s er indbyrdes uforeneligemshared-library-id=%s er ikke mellem 0 og %d-mstring er ikke understÃ¸ttet pÃ¥ lilleendede systemer-mvsx og -mno-altivec er indbyrdes uforenelige-mvsx og -mpaired er indbyrdes uforenelige-mvsx krÃ¦ver indekseret adressering-mvsx krÃ¦ver udstyrskommatal-pg og -fomit-frame-pointer er indbyrdes uforenelige-pipe understÃ¸ttes ikke-private_bundle er ikke tilladt med -dynamiclib387-instruktionssÃ¦t deaktiveret, bruger SSE-beregninger<anonym><indbygget><kommandolinje>APCS-genindtrÃ¦delig kode er ikke understÃ¸ttet - ignoreretASSERT_EXPR med en altid-falsk betingelseAlias og mÃ¥ls comdat-grupper er forskelligeAlias og mÃ¥ls sektion er forskelligeTillad at gcc opretter SETLB- og Lcc-instruktioner.Tilvalg for maskinkodeoversÃ¦tteren
  =================
  
  Antag et stort TLS-segment.ForsÃ¸g at holde stakken justeret til denne potens af 2.Ved Ã¸verste niveau:ForsÃ¸g at holde stakken justeret til denne potens af 2.BÃ¥de sektion og comdat-gruppe er angivetForgreninger kÃ¸rt:%s af %d
--- 443,449 ----
  Â«Â» Â«-flagÂ»!Â«-flagÂ»#Â«-flagÂ»%%%cÂ« er ikke et gyldigt operandprÃ¦fiksÂ»%%&Â« brugt uden nogle lokale dynamiske TLS-referencerÂ»%%lÂ«-operand er ikke en etiketÂ»%sÂ« blev tildelt til Â»%sÂ«, men blev ikke defineret under genkompilering eller omvendtÂ»'Â«-flagÂ»(Â«-flagÂ»+Â«-flagÂ»-Â«-flagÂ»0Â«-flagÂ»BÂ«-operanden har flere bit satÂ»BÂ«-operanden er ikke konstantÂ»EÂ«-modifikationÂ»IÂ«-flagÂ»OÂ«-modifikationÂ»^Â«-flagÂ»_Â«-flagÂ»aÂ«-flagÂ»mÂ«-flag'nonatomic'-attribut for egenskaben %qD er i modstrid med tidligere erklÃ¦ringÂ»qÂ«-flag(C)(en klargÃ¸ring uden for klassens erklÃ¦ring er nÃ¸dvendig)(beskeden er kun vist en gang per kildefil)
  *** ADVARSEL *** der er aktive udvidelsesmoduler, rapporter ikke dette som en fejl med mindre, at du kan genskabe det uden at udvidelsesmoduler er aktiveret.
  --param inline-unit-growth grÃ¦nse nÃ¥et--param large-function-growth grÃ¦nse nÃ¥et--param large-stack-frame-growth grÃ¦nse nÃ¥et--param max-inline-insns-auto grÃ¦nse nÃ¥et--param max-inline-insns-single grÃ¦nse nÃ¥et-I- er angivet to gange-Werror=%s: intet tilvalg -%s-Wformat-extra-args ignoreret uden -Wformat-Wformat-nonliteral ignoreret uden -Wformat-Wformat-security ignoreret uden -Wformat-Wformat-y2k ignoreret uden -Wformat-Wformat-zero-length ignoreret uden -Wformat-bundle er ikke tilladt med -dynamiclib-bundle_loader er ikke tilladt med -dynamiclib-c eller -S krÃ¦ves til Ada-client_name er ikke tilladt med -dynamiclib-current_version er kun tilladt med -dynamiclib-f%s og -msdata=%s er indbyrdes uforenelige-f%s ignoreret (ikke understÃ¸ttet for DJGPP)
! -f%s er ikke understÃ¸ttet: ignoreret-f%sleading-underscore understÃ¸ttes ikke pÃ¥ mÃ¥larkitekturen-fPIC og -fpic understÃ¸ttes ikke af denne konfiguration-fPIC og -mcall-%s er indbyrdes uforenelige-falign-labels=%d understÃ¸ttes ikke-falign-loops=%d er ikke understÃ¸ttet-fassociative-math deaktiveret; andre tilvalg har forrang-fdata-sections understÃ¸ttes ikke pÃ¥ mÃ¥larkitekturen-ffunction-sections understÃ¸ttes ikke pÃ¥ mÃ¥larkitekturen-force_flat_namespace er ikke tilladt med -dynamiclib-fpic og -fPIC er ikke understÃ¸ttet uden -mdsbt pÃ¥ denne mÃ¥larkitektur-fpic og -mapcs-reent er indbyrdes uforenelige-fprefetch-loop-arrays understÃ¸ttes ikke med -Os-fprefetch-loop-arrays understÃ¸ttes ikke pÃ¥ mÃ¥larkitekturen-fprefetch-loop-arrays understÃ¸ttes ikke pÃ¥ mÃ¥larkitekturen (prÃ¸v '-march'-tilvalgene)-frecord-gcc-switches er ikke understÃ¸ttet af den nuvÃ¦rende mÃ¥larkitektur-frepo skal bruges med -c-fsanitize=address og -fsanitize=kernel-address understÃ¸ttes ikke pÃ¥ denne mÃ¥larkitektur-fsanitize=address understÃ¸ttes ikke pÃ¥ denne mÃ¥larkitektur-fstack-limit- tilvalg er ikke understÃ¸ttet pÃ¥ denne cpu-fstack-protector understÃ¸ttes ikke pÃ¥ denne mÃ¥larkitektur-fwpa og -fltrans er indbyrdes uforenelige-g er kun understÃ¸ttet ved brug af GAS pÃ¥ denne processor,tilvalget -g deaktiveret-g med -mno-apcs-frame giver mÃ¥ske ikke fornuftig fejlanalysering-install_name er kun tilladt med -dynamiclibiplugindir <mappe> tilvalg ikke videregivet fra gcc-driveren-keep_private_externs er ikke tilladt med -dynamiclib-maix64 pÃ¥krÃ¦vet: 64 bit-beregninger med 32 bit-adressering understÃ¸ttes endnu ikke-maix64 krÃ¦ver at PowerPC64-arkitekturen forbliver aktiveret-malign-functions er forÃ¦ldet, benyt -falign-functions-malign-jumps er forÃ¦ldet, benyt -falign-jumps-malign-loops er forÃ¦ldet, benyt -falign-loops-malign-loops=%d er ikke mellem 0 og %d-maltivec=le er ikke tilladt for storendede mÃ¥l-mapcs-stack-check og -mno-apcs-frame er indbyrdes uforenelige-masm=intel understÃ¸ttes ikke af denne konfiguration-max-stackframe=%d er ikke brugbar mellem 0 og %d-mbig-endian og -mlittle-endian kan ikke bruges pÃ¥ samme tid-mbranch-cost=%d er ikke mellem 0 og 5-mcmodel= understÃ¸ttes ikke pÃ¥ 32 bit-systemer-mcorea og -mcoreb kan ikke bruges pÃ¥ samme tid-mcorea skal bruges med -mmulticore-mcoreb skal bruges med -mmulticore-mcpu=%s er i konflikt med tilvalget -march=%s-mcpu=%s er ikke gyldig-mexr bruges uden -ms-mexr bruges uden -ms eller msx-mhard-float understÃ¸ttes ikke-mint32 er ikke understÃ¸ttet for H8300- og H8300L-mÃ¥larkitekturer-mlong-double-64 er ikke tilladt med -m64-mmultiple er ikke understÃ¸ttet pÃ¥ lilleendede systemer-mn er ikke understÃ¸ttet for Linux-mÃ¥larkitekturer-mn bruges uden -mh eller -ms eller -msx-mno-altivec deaktiverer vsx-mno-exr er kun gyldig med -ms eller -msx              - Tilvalg ignoreret!-mpcrel -fPIC er i Ã¸jeblikket ikke understÃ¸ttet pÃ¥ valgt cpu-mpic-register= er ubrugelig uden -fpic-mquad-memory er ikke tilgÃ¦ngelig i lilleendet tilstand-mquad-memory krÃ¦ver 64-bit tilstand-mquad-memory-atomic krÃ¦ver 64-bit tilstand-mregparm=%d er ikke mellem 0 og %d-mrelocatable og -mcall-%s er indbyrdes uforenelige-mrelocatable og -mno-minimal-toc er indbyrdes uforenelige-mrelocatable og -msdata=%s er indbyrdes uforenelige-ms2600 benyttet uden -ms-msdata=%s og -mcall-%s er indbyrdes uforeneligemshared-library-id=%s er ikke mellem 0 og %d-mstring er ikke understÃ¸ttet pÃ¥ lilleendede systemer-mvsx og -mno-altivec er indbyrdes uforenelige-mvsx og -mpaired er indbyrdes uforenelige-mvsx krÃ¦ver indekseret adressering-mvsx krÃ¦ver udstyrskommatal-pg og -fomit-frame-pointer er indbyrdes uforenelige-pipe understÃ¸ttes ikke-private_bundle er ikke tilladt med -dynamiclib387-instruktionssÃ¦t deaktiveret, bruger SSE-beregninger<anonym><indbygget><kommandolinje>APCS-genindtrÃ¦delig kode er ikke understÃ¸ttet - ignoreretASSERT_EXPR med en altid-falsk betingelseAlias og mÃ¥ls comdat-grupper er forskelligeAlias og mÃ¥ls sektion er forskelligeTillad at gcc opretter SETLB- og Lcc-instruktioner.Tabellen TYPE_DOMAIN er ikke af en heltalstypeTilvalg for maskinkodeoversÃ¦tteren
  =================
  
  Antag et stort TLS-segment.ForsÃ¸g at holde stakken justeret til denne potens af 2.Ved Ã¸verste niveau:ForsÃ¸g at holde stakken justeret til denne potens af 2.BÃ¥de sektion og comdat-gruppe er angivetForgreninger kÃ¸rt:%s af %d
*************** write_c_file - uddatanavnet er %s, prÃ¦f
*** 449,455 ****
  Opret sektioner for DWARF-pubnavne og pubtyper med GNU-udvidelser.Opret sektioner for DWARF-pubnavne og pubtyper.Opret cld-instruktion i en funktions begyndelse.Opret kode for SH4 500-serien (FPU-less).Opret kode for Androidplatformen.GenerÃ©r kode til en M*Core M340Opret kode for brugertilstanden.Opret kode i storendet tilstand.Opret kode i lilleendet tilstand.Opret kode som bruger 68881-kommatalsinstruktioner.Opret betingede flytteinstruktioner.Opret reciprokke i stedet for divss og sqrtss.Opret programreciprok division og kvadratrod for bedre bÃ¥ndbredde.Hvor meget en oversÃ¦ttelsesenhed kan vokse pga. indlejring (i procent).Hvor meget en oversÃ¦ttelsesenhed kan vokse pga. den interprocedurale konstantformering (i procent).ICE: emit_insn brugt hvor emit_jump_insn behÃ¸ves:
  INDIRECT_REF i gimple ILINTENT er ikke tilladt i BLOCK ved %CISO C understÃ¸tter ikke komplekse heltalstyperISO C forbyder sÃ¦tningsblokke inden i udtrykISO C forbyder omtvingelse af ikke-skalar til den samme typeISO C forbyder omtvingelse til uniontypeISO C forbyder betingede udtryk med kun Ã©n tom sideISO C forbyder const eller volatile funktionstyperISO C forbyder tom startvÃ¦rdiblokISO C forbyder forhÃ¥ndsparametererklÃ¦ringerISO C forbyder etiketerklÃ¦ringerISO C forbyder medlemserklÃ¦ringer uden medlemmerISO C forbyder indlejrede funktionerISO C forbyder udeladelse af den midterste del af et '?:'-udtrykISO C forbyder ordnede sammenligninger af henvisninger til funktionerISO C forbyder funktionsreturtype med modifikationerISO C forbyder angivelse af interval af elementer til klargÃ¸ringISO C forbyder parameterkonvertering til uniontypeISO C++ 1998 understÃ¸tter ikke %<long long%>ISO C++ tillader ikke udpegede startvÃ¦rdierISO C++ forbyder krÃ¸llet parantes-grupper inden i udtrykISO C++ forbyder sammenligning mellem henvisningsvariabel og heltalISO C++ forbyder beregnede goto'erISO C++ forbyder indlejret type %qD med samme navn som den omgivende klasseISO C++ forbyder udeladelse af den mellemste del af et ?:-udtrykISO C++ forbyder brug af henvisning til funktion i fratrÃ¦kningISO C++ forbyder brug af henvisning til medlemsfunktion i fratrÃ¦kningISO C++ forbyder tabel med stÃ¸rrelsen nulISO C++ forbyder anonyme strukturerISO C++ forbyder flertydiggÃ¸relse af operatoren ?:ISO C90 understÃ¸tter ikke %<[*]%> arrayerklÃ¦ringerISO C90 understÃ¸tter ikke %<static%> eller typemodifikationer i parameterarrayerklÃ¦ringerISO C90 understÃ¸tter ikke komplekse typerISO C90 understÃ¸tter ikke fleksible tabelmedlemmerISO C90 forbyder opslag i tabel der ikke er venstrevÃ¦rdiHvis -ftree-vectorize bruges, den minimale loopgrÃ¦nse for et loop der overvejes for vektorisering.Hvis -fvariable-expansion-in-unroller bruges, det maksimale antal gange som en individuel variabel vil blive udvidet under loopudrulning.I funktionen %qsI medlemsfunktionen %qsInkluder mappe %qs: %suforenelig afledt type i PARAMETER ved %LIndbyg rekursivt kun nÃ¥r sandsynligheden for kald under kÃ¸rsel er hÃ¸jere end parameteren.Intern oversÃ¦tterfejl: fejlrapporteringsrutiner blev kaldt igen.
  ugyldigt interval %s i tilvalg %sBrug kun icc0/fcc0.Kendte ABI'er (for brug med tilvalget -mabi=):Kendte cpu'er (for brug med tilvalgene -mcpu= og -mtune=):Kendt FR-V CPU'er (for brug med -mcpu= option):L%d-mellemlagersventetid ukendt for %sLinjer kÃ¸rt:%s af %d
! LÃ¦nk med det hurtige kommatalsbibliotek.SammenkÃ¦d med library-pic-bibliotekerne.MMIX-intern: %s er ikke en int der kan skiftesMMIX-intern: Ugyldigt register: %dMMIX-intern: Ugyldigt vÃ¦rdi for Â»mÂ«, ikke en CONST_INTMMIX-intern: Kan ikke dekode denne operandMMIX-intern: Forventede en CONST_INT, ikke detteMMIX-intern: Forventede en konstant, ikke detteMMIX-intern: Forventede et register, ikke detteMMIX-intern: Sidst navngivne variabel parameter kan ikke passes i et registerMMIX-intern: Dette er ikke en konstant:MMIX-intern: Dette er ikke en genkendt adresseMMIX-intern: ForsÃ¸ger at udskrive ugyldigt omvendt betingelse:MMIX-intern: Hvad er CC af dette?MMIX-intern: Hvad er CC af dette?MODIFY_EXPR ikke ventet nÃ¥r der er tuplerForkert udformet GENERIC-udtryk ved %CMaksimal kodevÃ¦kst forÃ¥rsaget af haleduplikering (i procent).Maksimal estimeret vÃ¦kst for funktionskrop medfÃ¸rt af tidlig indlejring af enkelt kald.Maksimalt estimeret resultat for gren anses for at vÃ¦re forudsigeligt.Maksimal kodevÃ¦kst forÃ¥rsaget af indlejring af stor funktion (i procent).Maksimal stakrammevÃ¦kst forÃ¥rsaget af indlejring (i procent).Den maksimale dybde for sqrt-kÃ¦der at bruge nÃ¥r der syntetiseres eksponentiation af en rigtig konstant.Det maksimale antal navnerum der sÃ¸ges i efter alternativer, nÃ¥r navneopslag mislykkes.Maksimal sandsynlighed for at indgangs-BB'en for split-region (i procent relativ til indgangs-BB for funktioner) for at delvis indbygning opstÃ¥r.Hukommelsesallokering mislykkedesSammenfÃ¸j brug af underkommando:Manglende antal for kaldt funktion %s/%iNON_OVERRIDABLE og DEFERRED kan ikke begge vises ved %CNOTE_INSN_BASIC_BLOCK %d i midten af basisblok %dNOTE_INSN_BASIC_BLOCK mangler for blok %dNULL benyttet i udregningIngen forgreninger
  Ingen kald
  Ingen kÃ¸rbare linjer
  Ikkeeksisterende include-mappe %qsOPTIONAL er ikke tilladt i BLOCK ved %CFrakoblet vÃ¦rktÃ¸j til at hÃ¥ndtere gcda-antal
--- 459,465 ----
  Opret sektioner for DWARF-pubnavne og pubtyper med GNU-udvidelser.Opret sektioner for DWARF-pubnavne og pubtyper.Opret cld-instruktion i en funktions begyndelse.Opret kode for SH4 500-serien (FPU-less).Opret kode for Androidplatformen.GenerÃ©r kode til en M*Core M340Opret kode for brugertilstanden.Opret kode i storendet tilstand.Opret kode i lilleendet tilstand.Opret kode som bruger 68881-kommatalsinstruktioner.Opret betingede flytteinstruktioner.Opret reciprokke i stedet for divss og sqrtss.Opret programreciprok division og kvadratrod for bedre bÃ¥ndbredde.Hvor meget en oversÃ¦ttelsesenhed kan vokse pga. indlejring (i procent).Hvor meget en oversÃ¦ttelsesenhed kan vokse pga. den interprocedurale konstantformering (i procent).ICE: emit_insn brugt hvor emit_jump_insn behÃ¸ves:
  INDIRECT_REF i gimple ILINTENT er ikke tilladt i BLOCK ved %CISO C understÃ¸tter ikke komplekse heltalstyperISO C forbyder sÃ¦tningsblokke inden i udtrykISO C forbyder omtvingelse af ikke-skalar til den samme typeISO C forbyder omtvingelse til uniontypeISO C forbyder betingede udtryk med kun Ã©n tom sideISO C forbyder const eller volatile funktionstyperISO C forbyder tom startvÃ¦rdiblokISO C forbyder forhÃ¥ndsparametererklÃ¦ringerISO C forbyder etiketerklÃ¦ringerISO C forbyder medlemserklÃ¦ringer uden medlemmerISO C forbyder indlejrede funktionerISO C forbyder udeladelse af den midterste del af et '?:'-udtrykISO C forbyder ordnede sammenligninger af henvisninger til funktionerISO C forbyder funktionsreturtype med modifikationerISO C forbyder angivelse af interval af elementer til klargÃ¸ringISO C forbyder parameterkonvertering til uniontypeISO C++ 1998 understÃ¸tter ikke %<long long%>ISO C++ tillader ikke udpegede startvÃ¦rdierISO C++ forbyder krÃ¸llet parantes-grupper inden i udtrykISO C++ forbyder sammenligning mellem henvisningsvariabel og heltalISO C++ forbyder beregnede goto'erISO C++ forbyder indlejret type %qD med samme navn som den omgivende klasseISO C++ forbyder udeladelse af den mellemste del af et ?:-udtrykISO C++ forbyder brug af henvisning til funktion i fratrÃ¦kningISO C++ forbyder brug af henvisning til medlemsfunktion i fratrÃ¦kningISO C++ forbyder tabel med stÃ¸rrelsen nulISO C++ forbyder anonyme strukturerISO C++ forbyder flertydiggÃ¸relse af operatoren ?:ISO C90 understÃ¸tter ikke %<[*]%> arrayerklÃ¦ringerISO C90 understÃ¸tter ikke %<static%> eller typemodifikationer i parameterarrayerklÃ¦ringerISO C90 understÃ¸tter ikke komplekse typerISO C90 understÃ¸tter ikke fleksible tabelmedlemmerISO C90 forbyder opslag i tabel der ikke er venstrevÃ¦rdiHvis -ftree-vectorize bruges, den minimale loopgrÃ¦nse for et loop der overvejes for vektorisering.Hvis -fvariable-expansion-in-unroller bruges, det maksimale antal gange som en individuel variabel vil blive udvidet under loopudrulning.I funktionen %qsI medlemsfunktionen %qsInkluder mappe %qs: %suforenelig afledt type i PARAMETER ved %LIndbyg rekursivt kun nÃ¥r sandsynligheden for kald under kÃ¸rsel er hÃ¸jere end parameteren.Intern oversÃ¦tterfejl: fejlrapporteringsrutiner blev kaldt igen.
  ugyldigt interval %s i tilvalg %sBrug kun icc0/fcc0.Kendte ABI'er (for brug med tilvalget -mabi=):Kendte cpu'er (for brug med tilvalgene -mcpu= og -mtune=):Kendt FR-V CPU'er (for brug med -mcpu= option):L%d-mellemlagersventetid ukendt for %sLinjer kÃ¸rt:%s af %d
! LÃ¦nk med det hurtige kommatalsbibliotek.SammenkÃ¦d med library-pic-bibliotekerne.MMIX-intern: %s er ikke en int der kan skiftesMMIX-intern: Ugyldigt register: %dMMIX-intern: Ugyldigt vÃ¦rdi for Â»mÂ«, ikke en CONST_INTMMIX-intern: Kan ikke dekode denne operandMMIX-intern: Forventede en CONST_INT, ikke detteMMIX-intern: Forventede en konstant, ikke detteMMIX-intern: Forventede et register, ikke detteMMIX-intern: Sidst navngivne variabel parameter kan ikke passes i et registerMMIX-intern: Dette er ikke en konstant:MMIX-intern: Dette er ikke en genkendt adresseMMIX-intern: ForsÃ¸ger at udskrive ugyldigt omvendt betingelse:MMIX-intern: Hvad er CC af dette?MMIX-intern: Hvad er CC af dette?MODIFY_EXPR ikke ventet nÃ¥r der er tuplerHovedvariant er ikke defineretForkert udformet GENERIC-udtryk ved %CMaksimal kodevÃ¦kst forÃ¥rsaget af haleduplikering (i procent).Maksimal estimeret vÃ¦kst for funktionskrop medfÃ¸rt af tidlig indlejring af enkelt kald.Maksimalt estimeret resultat for gren anses for at vÃ¦re forudsigeligt.Maksimal kodevÃ¦kst forÃ¥rsaget af indlejring af stor funktion (i procent).Maksimal stakrammevÃ¦kst forÃ¥rsaget af indlejring (i procent).Den maksimale dybde for sqrt-kÃ¦der at bruge nÃ¥r der syntetiseres eksponentiation af en rigtig konstant.Maksimalt antal konstante lagre at sammenfÃ¸je i gennemlÃ¸bet for lagersammenfÃ¸jelse.Maksimalt antal datareferencer i loop for bygning af loop-dataafhÃ¦ngigheder.Maksimalt antal instruktioner i basisblokke som skal overvejes i SLP-vektorisering.Det maksimale antal instruktioner i Â»readyÂ«-listen som anses for klar til omdÃ¸bning.Det maksimale antal navnerum der sÃ¸ges i efter alternativer, nÃ¥r navneopslag mislykkes.Maksimal sandsynlighed for at indgangs-BB'en for split-region (i procent relativ til indgangs-BB for funktioner) for at delvis indbygning opstÃ¥r.Hukommelsesallokering mislykkedesSammenfÃ¸j brug af underkommando:Minimal heap-udvidelse for at udlÃ¸se affaldsindsamling, som en procentdel af den samlede stÃ¸rrelse pÃ¥ heap'en.Minimal heap-stÃ¸rrelse fÃ¸r vi starter affaldsindsamling, i kilobyte.Manglende antal for kaldt funktion %s/%iNON_OVERRIDABLE og DEFERRED kan ikke begge vises ved %CNOTE_INSN_BASIC_BLOCK %d i midten af basisblok %dNOTE_INSN_BASIC_BLOCK mangler for blok %dNULL benyttet i udregningIngen forgreninger
  Ingen kald
  Ingen kÃ¸rbare linjer
  Ikkeeksisterende include-mappe %qsOPTIONAL er ikke tilladt i BLOCK ved %CFrakoblet vÃ¦rktÃ¸j til at hÃ¥ndtere gcda-antal
*************** prÃ¦processeret kildekode om nÃ¸dvendigt
*** 468,477 ****
  KÃ¸rselstidsnavn.SSA-navn i freelist men stadig refereretSSE-instruktionssÃ¦t deaktiveret, bruger 387-beregningerSamme som %s. Brug det sidste tilvalg i stedet.Se %s for instruktioner.
  VÃ¦lg den andel af den maksimale frekvens af udfÃ¸rsler af basisblokke i funktion givet en basisbloks hent-justering.VÃ¦lg den andel af den maksimale frekvens af udfÃ¸rsler af basisblokke i et program en given basisblok skal have for at blive betragtet som Â»varmÂ«.SÃ¦t 80387-kommatalsprÃ¦cision til 32-bitSÃ¦t 80387-kommatalsprÃ¦cision til 64-bitSÃ¦t 80387-kommatalsprÃ¦cision til 80-bitAngiv den estimerede sandsynlighed i procent for indbygget forventning. StandardvÃ¦rdien er 90 % sandsynlighed.SÃ¦tter specifikation %s til '%s'
  
! Angiv kaldkonventione for heltal og kommatal.Angiv navnet pÃ¥ mÃ¥larkitekturen.Specificer mÃ¥l-RX-cpu-typen.Stop fremadrettet vÃ¦kst hvis sandsynligheden for den bedste kant er mindre end denne tÃ¦rskel (i procent). Benyttes nÃ¥r profileringstilbagemelding er tilgÃ¦ngelig.Stop fremadrettet vÃ¦kst hvis sandsynligheden for den bedste kant er mindre end denne tÃ¦rskel (i procent). Benyttes nÃ¥r profileringstilbagemelding ikke er tilgÃ¦ngeligStop omvendt vÃ¦kst hvis den omvendte sandsynlighed for den bedste kant er mindre end denne tÃ¦rskel (i procent).Syntaksfejl i PROTECTED-udtryk ved %CTaget mindst en gang:%s af %d
  MÃ¥lret mod AM33-processoren.MÃ¥lret mod AM33/2.0-processoren.MÃ¥lret mod AM34-processoren.MÃ¥l: %s
  Tilvalget --param genkender fÃ¸lgende som parametreFejlen kan ikke genskabes, sÃ¥ det er sandsynligvis et udstyrsproblem eller et problem med operativsystemet.
! De fÃ¸lgende tilvalg er sproguafhÃ¦ngigeDe fÃ¸lgende tilvalg er sprogrelateredeDe fÃ¸lgende tilvalg er ikke dokumenteredeDe fÃ¸lgende tilvalg er specifikke kun for sproget De fÃ¸lgende tilvalg er understÃ¸ttet af sproget De fÃ¸lgende tilvalg er mÃ¥lspecifikkeDe fÃ¸lgende tilvalg kontrollerer advarselsbeskeder for oversÃ¦tterenDe fÃ¸lgende tilvalg kontrollerer optimeringerDe fÃ¸lgende tilvalg anvender fÃ¦lles parametreDe fÃ¸lgende tilvalg anvender forskellige parametreDen maksimale mÃ¦ngde hukommelse som skal allokeres af GCSE.Den maksimale dybde for en lÃ¸kkerede vi skrÃ¦dder fuldstÃ¦ndig.Den maksimale dybde for rekursiv indbygning af indbyggede funktioner.Den maksimale dybde for rekursiv indbygning for ikke-indbyggede funktioner.Den maksimale udvidelsesfaktor nÃ¥r basisblokke kopieres.Det maksimale antal instruktioner CSE behandler fÃ¸r tÃ¸mning.Den maksimale lÃ¦ngde af stien som bruges i cse.Den maksimale lÃ¦ngde af planlÃ¦ggerens liste over ventende operationer.Det maksimale antal tilbagesporingsforsÃ¸g planlÃ¦ggeren skal udfÃ¸re nÃ¥r et loop moduloplanlÃ¦gges.Det maksimale antal blokke i en region der overvejes til mellemblokplanlÃ¦gning.Det maksimale antal grene pÃ¥ stien via den skrÃ¦llede sekvens.Det maksimale antal indadgÃ¥ende kanter der overvejes til krydsspring.Det maksimale antal instruktioner i en region der overvejes til mellemblokplanlÃ¦gning.Det maksimale antal instruktioner i lÃ¸kketeksthoveder duplikeret af kopilÃ¸kkehoveders gennemlÃ¸b.Det maksimale antal instruktioner for en fuldstÃ¦ndig skrÃ¦llet lÃ¸kke.Det maksimale antal instruktioner for en skrÃ¦llet lÃ¸kke, som ruller endnu en gang.Det maksimale antal instruktioner for en skrÃ¦llet lÃ¸kke.Det maksimale antal instruktioner for en ikke lÃ¸kke uden afbryder.Det maksimale antal instruktioner at duplikere nÃ¥r der fjernes faktorering af beregneder goto'er.Det maksimale antal instruktioner i en enkelt funktion der mÃ¥ indbygges.Det maksimale antal instruktioner en indbygget funktion kan vokse via rekursiv indbygning.Det maksimale antal instruktioner en ikke-indbygget funktion kan vokse via rekursiv indbygning.Det maksimale antal instruktioner det overvejes at udfylde ventepladser med.Det maksimale antal instruktioner der overvejes under sÃ¸gning efter prÃ¦cis registerinfo.Det maksimale antal instruktioner der overvejes at udrulle i en lÃ¸kke i gennemsnit.Det maksimale antal instruktioner der overvejes at udrulle i en lÃ¸kke.Det maksimale antal instruktioner ved automatisk indbygning.Det maksimale antal lÃ¸kkegennemlÃ¸b vi forudser statistisk.Det maksimale antal af indlejret indirekte indbygning udfÃ¸rt af tidlig indbygger.Det maksimale antal skrÃ¦lninger i en enkelt lÃ¸kke, som skrÃ¦lles fuldstÃ¦ndig.Det maksimale antal skrÃ¦lninger for en enkel lÃ¸kke.Det maksimale antal af udrulninger for en enkel lÃ¸kke.Det maksimale antal afbrydelser i en enkel lÃ¸kke.Det maksimale forhold for indsÃ¦ttelser af sletninger for udtryk i GCSE.Den mindste estimeret speedup der tillader indbyggeren at ignorere inline-insns-single og inline-insns-auto.Den minimale omkostning for et dyrt udtryk i lÃ¸kkeinvariant-bevÃ¦gelsen.Det maksimale antal indadgÃ¥ende kanter der overvejes til krydsspring.Antallet af instruktioner fÃ¸r prefetch er fÃ¦rdig.Antallet af prefetch'er som kan afvikles pÃ¥ samme tidspunkt.Den procendel af funktioner vÃ¦gtet efter udfÃ¸rselsfrekvens som skal dÃ¦kkes af sporingsformering; benyttes nÃ¥r profileringstilbagemelding er tilgÃ¦ngeligt.Den procendel af funktioner vÃ¦gtet efter udfÃ¸rselsfrekvens som skal dÃ¦kkes af sporingsformering; benyttes nÃ¥r profileringstilbagemelding ikke er tilgÃ¦ngeligtStÃ¸rrelsen pÃ¥ L1-mellemlagerlinje.StÃ¸rrelsen pÃ¥ L1-mellemlageret.StÃ¸rrelsen pÃ¥ L2-mellemlageret.StÃ¸rrelsen af en funktionskrop som anses for stor.StÃ¸rrelsen af en stakramme som anses for stor.StÃ¸rrelsen af en oversÃ¦ttelsesenhed som anses for stor.TÃ¦rskelforholdet for udfÃ¸rsel af delvis redundanseleminering efter genindlÃ¦sning.Dette er et frit program; se kildekoden for kopieringsbetingelser.
  Der er INGEN garanti; ikke engang for SALGBARHED eller
  BRUGBARHED TIL NOGET FORMÃ…L.
  
--- 478,487 ----
  KÃ¸rselstidsnavn.SSA-navn i freelist men stadig refereretSSE-instruktionssÃ¦t deaktiveret, bruger 387-beregningerSamme som %s. Brug det sidste tilvalg i stedet.Se %s for instruktioner.
  VÃ¦lg den andel af den maksimale frekvens af udfÃ¸rsler af basisblokke i funktion givet en basisbloks hent-justering.VÃ¦lg den andel af den maksimale frekvens af udfÃ¸rsler af basisblokke i et program en given basisblok skal have for at blive betragtet som Â»varmÂ«.SÃ¦t 80387-kommatalsprÃ¦cision til 32-bitSÃ¦t 80387-kommatalsprÃ¦cision til 64-bitSÃ¦t 80387-kommatalsprÃ¦cision til 80-bitAngiv den estimerede sandsynlighed i procent for indbygget forventning. StandardvÃ¦rdien er 90 % sandsynlighed.SÃ¦tter specifikation %s til '%s'
  
! Angiv kaldkonventione for heltal og kommatal.Angiv navnet pÃ¥ mÃ¥larkitekturen.Specificer mÃ¥l-RX-cpu-typen.Stop fremadrettet vÃ¦kst hvis sandsynligheden for den bedste kant er mindre end denne tÃ¦rskel (i procent). Benyttes nÃ¥r profileringstilbagemelding er tilgÃ¦ngelig.Stop fremadrettet vÃ¦kst hvis sandsynligheden for den bedste kant er mindre end denne tÃ¦rskel (i procent). Benyttes nÃ¥r profileringstilbagemelding ikke er tilgÃ¦ngeligStop omvendt vÃ¦kst hvis den omvendte sandsynlighed for den bedste kant er mindre end denne tÃ¦rskel (i procent).Syntaksfejl i PROTECTED-udtryk ved %CTYPE_FIELDS er defineret i en ufuldstÃ¦ndig typeTaget mindst en gang:%s af %d
  MÃ¥lret mod AM33-processoren.MÃ¥lret mod AM33/2.0-processoren.MÃ¥lret mod AM34-processoren.MÃ¥l: %s
  Tilvalget --param genkender fÃ¸lgende som parametreFejlen kan ikke genskabes, sÃ¥ det er sandsynligvis et udstyrsproblem eller et problem med operativsystemet.
! De fÃ¸lgende tilvalg er sproguafhÃ¦ngigeDe fÃ¸lgende tilvalg er sprogrelateredeDe fÃ¸lgende tilvalg er ikke dokumenteredeDe fÃ¸lgende tilvalg er specifikke kun for sproget De fÃ¸lgende tilvalg er understÃ¸ttet af sproget De fÃ¸lgende tilvalg er mÃ¥lspecifikkeDe fÃ¸lgende tilvalg kontrollerer advarselsbeskeder for oversÃ¦tterenDe fÃ¸lgende tilvalg kontrollerer optimeringerDe fÃ¸lgende tilvalg anvender fÃ¦lles parametreDe fÃ¸lgende tilvalg anvender forskellige parametreDen maksimale mÃ¦ngde hukommelse som skal allokeres af GCSE.Den maksimale dybde for en lÃ¸kkerede vi skrÃ¦dder fuldstÃ¦ndig.Den maksimale dybde for rekursiv indbygning af indbyggede funktioner.Den maksimale dybde for rekursiv indbygning for ikke-indbyggede funktioner.Den maksimale udvidelsesfaktor nÃ¥r basisblokke kopieres.Det maksimale antal instruktioner CSE behandler fÃ¸r tÃ¸mning.Den maksimale lÃ¦ngde af stien som bruges i cse.Den maksimale lÃ¦ngde af planlÃ¦ggerens liste over ventende operationer.Det maksimale antal hukommelseslokationer registreret af cselib.Det maksimale antal tilbagesporingsforsÃ¸g planlÃ¦ggeren skal udfÃ¸re nÃ¥r et loop moduloplanlÃ¦gges.Det maksimale antal blokke i en region der overvejes til mellemblokplanlÃ¦gning.Det maksimale antal grene pÃ¥ stien via den skrÃ¦llede sekvens.Det maksimale antal indadgÃ¥ende kanter der overvejes til krydsspring.Det maksimale antal instruktioner i en region der overvejes til mellemblokplanlÃ¦gning.Det maksimale antal instruktioner i lÃ¸kketeksthoveder duplikeret af kopilÃ¸kkehoveders gennemlÃ¸b.Det maksimale antal instruktioner for en fuldstÃ¦ndig skrÃ¦llet lÃ¸kke.Det maksimale antal instruktioner for en skrÃ¦llet lÃ¸kke, som ruller endnu en gang.Det maksimale antal instruktioner for en skrÃ¦llet lÃ¸kke.Det maksimale antal instruktioner for en ikke lÃ¸kke uden afbryder.Det maksimale antal instruktioner at duplikere nÃ¥r der fjernes faktorering af beregneder goto'er.Det maksimale antal instruktioner i en enkelt funktion der mÃ¥ indbygges.Det maksimale antal instruktioner en indbygget funktion kan vokse via rekursiv indbygning.Det maksimale antal instruktioner en ikke-indbygget funktion kan vokse via rekursiv indbygning.Det maksimale antal instruktioner det overvejes at udfylde ventepladser med.Det maksimale antal instruktioner der overvejes under sÃ¸gning efter prÃ¦cis registerinfo.Det maksimale antal instruktioner der overvejes at udrulle i en lÃ¸kke i gennemsnit.Det maksimale antal instruktioner der overvejes at udrulle i en lÃ¸kke.Det maksimale antal instruktioner ved automatisk indbygning.Det maksimale antal lÃ¸kkegennemlÃ¸b vi forudser statistisk.Det maksimale antal af indlejret indirekte indbygning udfÃ¸rt af tidlig indbygger.Det maksimale antal skrÃ¦lninger i en enkelt lÃ¸kke, som skrÃ¦lles fuldstÃ¦ndig.Det maksimale antal skrÃ¦lninger for en enkel lÃ¸kke.Det maksimale antal af udrulninger for en enkel lÃ¸kke.Det maksimale antal afbrydelser i en enkel lÃ¸kke.Det maksimale forhold for indsÃ¦ttelser af sletninger for udtryk i GCSE.Den mindste estimeret speedup der tillader indbyggeren at ignorere inline-insns-single og inline-insns-auto.Den minimale omkostning for et dyrt udtryk i lÃ¸kkeinvariant-bevÃ¦gelsen.Det maksimale antal indadgÃ¥ende kanter der overvejes til krydsspring.Antallet af instruktioner fÃ¸r prefetch er fÃ¦rdig.Antallet af prefetch'er som kan afvikles pÃ¥ samme tidspunkt.Den procendel af funktioner vÃ¦gtet efter udfÃ¸rselsfrekvens som skal dÃ¦kkes af sporingsformering; benyttes nÃ¥r profileringstilbagemelding er tilgÃ¦ngeligt.Den procendel af funktioner vÃ¦gtet efter udfÃ¸rselsfrekvens som skal dÃ¦kkes af sporingsformering; benyttes nÃ¥r profileringstilbagemelding ikke er tilgÃ¦ngeligtStÃ¸rrelsen pÃ¥ L1-mellemlagerlinje.StÃ¸rrelsen pÃ¥ L1-mellemlageret.StÃ¸rrelsen pÃ¥ L2-mellemlageret.StÃ¸rrelsen af en funktionskrop som anses for stor.StÃ¸rrelsen af en stakramme som anses for stor.StÃ¸rrelsen af en oversÃ¦ttelsesenhed som anses for stor.TÃ¦rskelforholdet for udfÃ¸rsel af delvis redundanseleminering efter genindlÃ¦sning.Dette er et frit program; se kildekoden for kopieringsbetingelser.
  Der er INGEN garanti; ikke engang for SALGBARHED eller
  BRUGBARHED TIL NOGET FORMÃ…L.
  
*************** INGEN garanti; ikke engang for SALGBARHE
*** 481,499 ****
  Opfat heltal som 32-bitTo symboler med samme comdat_group er ikke lÃ¦nket af same_comdat_group-listen.Tilvalg til kommatals opstartsvÃ¦rdi blev ikke genkendt: %qsIkke understÃ¸ttet kode Â»%cÂ« for fast-punkt:Ikke understÃ¸ttet operand for koden Â»%cÂ«Brug: %s [TILVALG]... UNDER_KOMMANDO [TILVALG]...
  
  Brug: %s [tilvalg] fil...
  Brug Â»-Wa,TILVALGÂ« til at sende Â»TILVALGÂ« til maskinkodeoversÃ¦tteren.
  
  Brug Â»-Wl,TILVALGÂ« for at sende Â»TILVALGÂ« til sammenkÃ¦deren.
  
  Brug 128-bit AVX-instruktioner i stedet for 256-bit AVX-instruktioner i auto-vectorizer.Benyt 4 medie-akkumulatorer.Brug 64 FPR'er.Brug 64 GPR'er.Benyt 8 medie-akkumulatorer.Brug tilbagekald i stedet for indlejret kode hvis antallet af adgange i funktion bliver stÃ¸rre end eller lig med dette antal.Brug hardware-FP (standard).Benyt hardware-kommatalsinstruktioner.Brug hardware-kommatalsdivision og kvadratrodsinstruktioner.Benyt medieinstruktioner.Benyt tilfÃ¸j/fratrÃ¦k-instruktioner til multiplikationBrug push-instruktioner til at gemme udgÃ¥ende parametre.Brug rÃ¸dzone i x86-64-koden.Brug reduceret sÃ¦t af registre for registerallokering.Benyt instruktioner for ny rÃ¦kkefÃ¸lge (swap og byte vendt om indlÃ¦s/lager) (standard).Benyt bitfeltinstruktionerne.Benyt programemuleringen for divisioner (standard).Brug af dette tilvalg diagnosticeres.Benytter indbyggede specifikationer.
! VOID-tilstand ved uddataGyldige  parametre til -mfpmath=:AdvarselOm der skal bruges kanoniske typer.Arbejd omkring hardware-multiplikationsfejl.[Efterlader %s]
! [kan ikke finde %s][standard][deaktiveret][aktiveret][super ...] skal optrÃ¦de i en metodekontekst__builtin_eh_return understÃ¸ttes ikke pÃ¥ mÃ¥larkitekturen__builtin_saveregs understÃ¸ttes ikke af denne undermÃ¥larkitektur__builtin_saveregs understÃ¸ttes ikke af denne mÃ¥larkitektur__float128 og __ibm128 kan ikke bruges i det samme udtrykÂ»afbrudt i %s ved %s:%dakkumulator er ikke et konstant heltalakkumulatortal er uden for det gyldig intervaladresseomrÃ¥deegenskab kan ikke angives for funktioneradresseomrÃ¥det for %q+D er i konflikt med tidligere erklÃ¦ringadresse af flertydig funktion uden kontekstuelle typeoplysningeradresseafsÃ¦t er ikke en konstantadresseoperand krÃ¦ver begrÃ¦nsning for X-, Y- eller Z-registeradresse optaget, men ADDRESSABLE-bit er ikke angiveten vÃ¦rdi af en sammensat type er angivet hvor der forventedes et komplekst talen vÃ¦rdi af en sammensat type er angivet hvor der forventedes et kommatalen vÃ¦rdi af en sammensat type er angivet hvor der forventedes et heltaljustering skal vÃ¦re en lille potens af to, ikke %djustering af tabelelementer er stÃ¸rre end elementstÃ¸rrelsetvetydig konvertering af tabelindeksen dataomrÃ¥deegenskab kan ikke angives for lokale variableranakronismeanakronisme: anonym struct er ikke inden i en navngiven typeparameteren %qd er ikke en konstant1. parameter skal vÃ¦re en 5 bit-konstant med fortegn1. parameter skal vÃ¦re en oversÃ¦ttelse1. parameter til __builtin_altivec_predicate er uden for det gyldige interval1. parameter til __builtin_altivec_predicate skal vÃ¦re en konstant1. parameter til __builtin_spe_predicate er uden for det gyldige interval1. parameter til __builtin_spe_predicate skal vÃ¦re en konstant2. parameter skal vÃ¦re en 5 bit-konstant uden fortegn3. parameter skal vÃ¦re en 4 bit-konstant uden fortegnparameter skal vÃ¦re en feltreferenceparameter skal vÃ¦re en array eller skive eller kanalparameter skal vÃ¦re kanalparameter skal vÃ¦re streng eller array eller skive eller oversÃ¦ttelse eller kanalparameter skal have kompleks typeparameter til dss skal vÃ¦re en 2 bit-konstant uden fortegnberegninger udfÃ¸rt pÃ¥ en henvisning til en ufuldstÃ¦ndig typetabelindeks i startvÃ¦rdi overskrider tabelgrÃ¦nsertabelindeks i en startvÃ¦rdi der ikke er en tabeltabelindeksinterval i startvÃ¦rdi overskrider tabelgrÃ¦nsertabel fÃ¥r tildelt en startvÃ¦rdi fra et tabeludtryk der ikke er konstanttabelindeks er ikke et heltalen tabel af funktioner giver ikke meningasm-overskrivelse er i modstrid med inddataoperanderasm-overskrivelse er i modstrid med uddataoperanderasm er ikke tilladt i %<transaction_safe%> funktionasm er ikke tilladt i atomar transaktionmaskinekodenavn pÃ¥ hashliste er Ã¸delagttildelingtildeling (ikke klargÃ¸ring) i erklÃ¦ringtildelingsundertrykkelseegenskaber i parametertabelerklÃ¦ring ignoreretugyldig adresseugyldig adresse, ikke (reg+disp):ugyldig adresse, ikke en konstant:ugyldig adresse, ikke en I/O-adresse:ugyldig adresse, ikke post_inc eller pre_dec:ugyldig stÃ¸rrelse af stakpladsfjernelse: %dugyldig tildeling af startvÃ¦rdi til tabelugyldig indbygget fcodeugyldig betingelseskodeugyldig instruktion for Â»AÂ«ugyldig instruktion i frv_print_operand, tilfÃ¦ldet 0ugyldig instruktion i frv_print_operand, ugyldig const_doubleugyldig instruktion i frv_print_operand, tilfÃ¦ldet zugyldig instruktion til frv_print_operand, Â»FÂ«-modifikation:ugyldig instruktion til frv_print_operand, Â»LÂ«-modifikation:ugyldig instruktion til frv_print_operand, Â»M/NÂ«-modifikation:ugyldig instruktion til frv_print_operand, Â»OÂ«-modifikation:ugyldig instruktion til frv_print_operand, Â»eÂ«-modifikation:ugyldig instruktion til frv_print_operand, Â»fÂ«-modifikation:ugyldig instruktionen til frv_print_operand, Â»gÂ«-modifikation:ugyldig instruktion til frv_print_operand, P-modifikation:ugyldig instruktion til frv_print_operand_address:ugyldig instruktion til frv_print_operand_memory_reference:ugyldig operandugyldig output_condmove_single-operandugyldig output_move_double-operandugyldig output_move_single-operandugyldigt registerugyldigt register til frv_print_operand_memory_reference_reg:ugyldig skifteinstruktion:ugyldig testugyldig vÃ¦rdi %qs for tilvalget -mtls-sizeugyldig vÃ¦rdi (%s) til tilvalget -march=ugyldig vÃ¦rdi (%s) til tilvalget -mcmodel=ugyldig vÃ¦rdi (%s) til tilvalget -mcpu=ugyldig vÃ¦rdi til -mcall-%sugyldig vÃ¦rdi til -msdata=%sugyldigt indlejrede C-inkluderingsfiler fra prÃ¦processorenforegÃ¥ende kant til basisblok %d er Ã¸delagtkantlister til basisblok %i er Ã¸delagtbasisblok %d ved et forkerte stedbinÃ¦r operator understÃ¸tter ikke vektor bool-operandbooleske registre er pÃ¥krÃ¦vet til kommatalsindstillingensÃ¦tningsblokke i udtryk er kun tilladt inde i en funktionkrÃ¸llede paranteser omkring skalarstartvÃ¦rdiforgrening %2d aldrig udfÃ¸rt
  forgrening %2d valgt %s%s
  break-sÃ¦tning befinder sig ikke i en lÃ¸kke- eller switch-konstruktionkald   %2d aldrig udfÃ¸rt
  kald   %2d returnerede %s
! kald er usandsynlig og kodestÃ¸rrelse vil voksekaldeoverskrevet register brugt til global registervariabelkaldt herfracallee referer til comdat-lokale symbolerkalderfunktion indeholder cilk spawnkalder er instrumentationthunkkalder er ikke optimeretkan ikke konvertere fra ufuldstÃ¦ndig type %qT til %qTkan ikke oprette prÃ¦kompileret teksthoved %s: %mkan ikke finde et register i klassen %qs ved genindlÃ¦sning af %<asm%>kan ikke Ã¥bne %qs til skrivning: %mkan ikke Ã¥bne %s til skrivning: %mkan ikke bruge %qs som et kaldt-gemt registerkan ikke bruge %qs som et kald-brugt registerkan ikke bruge %qs som et fast registerkan ikke Ã¥bne %s: %mkan ikke bruge ikke-gp relativ absolut adressekan ikke lukke modtag-kun kanalkan ikke konverteres til en henvisningstypekan ikke erklÃ¦re en funktion for static inden i en anden funktionKan ikke nedbryde adressekan ikke finde %s i udvidelsesmodul %s
  %skan ikke oprette placeringsuafhÃ¦ngig kode for %qskan ikke klargÃ¸re multidimensional tabel med startvÃ¦rdikan ikke indlÃ¦se udvidelsesmodul %s
! %skan ikke videregive hÃ¸jrevÃ¦rdi til referenceparameterkan ikke anbringe et objekt med et volatile-felt i et registerkan ikke lÃ¦se LTO-tilstandstabel fra %skan ikke genindlÃ¦se heltalskonstantoperand i %<asm%>kan ikke returnere fra en hÃ¥ndtering af en funktions-try-blok i en konstruktionsfunktionkan ikke sÃ¦tte afbrydelsesegenskaben: ingen aktuel funktionkan ikke sÃ¦tte afbrydelsesegenskaben: intet sÃ¥dant kaldenavnkan ikke bruge typeid med -fno-rttikan ikke bruge va_start i afbrydelsesfunktioncase-etiketten kan ikke reduceres til en heltalskonstantcase-etiket befinder sig ikke inden i en switch-sÃ¦tningtypeomtvingelse fra henvisning til heltal af en anden stÃ¸rrelsetypeomtvingelse forÃ¸ger den pÃ¥krÃ¦vne justering af mÃ¥ltypentypetildelingen angiver en tabeltypetypetildelingen angiver en funktionstypetypeomtvingelse fra heltal til henvisning af en anden stÃ¸rrelsetypetildeling til en uniontype fra en type der ikke findes i union'enkategoriattributter er ikke tilgÃ¦ngelige i Objective-C 1.0kateogriattributter er ikke tilgÃ¦ngelige i denne version af kompileren, (ignoreret)char-tabel fÃ¥r tildelt startvÃ¦rdi fra en bred strengfundet en henvisningsefterfÃ¸lgelse der gÃ¥r i ringklassen %qE er forÃ¦ldetklassen %qs implementerer ikke protokollen %qEklasseattributter er ikke tilgÃ¦ngelige i Objective-C 1.0luk: %slukker LTRANS-uddatalisten %s: %mcollect2-version %s
  collect: lÃ¦ser %s
  collect: genoversÃ¦tter '%s'
  collect: kÃ¦der sammen igen
--- 491,511 ----
  Opfat heltal som 32-bitTo symboler med samme comdat_group er ikke lÃ¦nket af same_comdat_group-listen.Tilvalg til kommatals opstartsvÃ¦rdi blev ikke genkendt: %qsIkke understÃ¸ttet kode Â»%cÂ« for fast-punkt:Ikke understÃ¸ttet operand for koden Â»%cÂ«Brug: %s [TILVALG]... UNDER_KOMMANDO [TILVALG]...
  
  Brug: %s [tilvalg] fil...
+ Brug: gcov [TILVALG...] KILDE|OBJ...
+ 
  Brug Â»-Wa,TILVALGÂ« til at sende Â»TILVALGÂ« til maskinkodeoversÃ¦tteren.
  
  Brug Â»-Wl,TILVALGÂ« for at sende Â»TILVALGÂ« til sammenkÃ¦deren.
  
  Brug 128-bit AVX-instruktioner i stedet for 256-bit AVX-instruktioner i auto-vectorizer.Benyt 4 medie-akkumulatorer.Brug 64 FPR'er.Brug 64 GPR'er.Benyt 8 medie-akkumulatorer.Brug tilbagekald i stedet for indlejret kode hvis antallet af adgange i funktion bliver stÃ¸rre end eller lig med dette antal.Brug hardware-FP (standard).Benyt hardware-kommatalsinstruktioner.Brug hardware-kommatalsdivision og kvadratrodsinstruktioner.Benyt medieinstruktioner.Benyt tilfÃ¸j/fratrÃ¦k-instruktioner til multiplikationBrug push-instruktioner til at gemme udgÃ¥ende parametre.Brug rÃ¸dzone i x86-64-koden.Brug reduceret sÃ¦t af registre for registerallokering.Benyt instruktioner for ny rÃ¦kkefÃ¸lge (swap og byte vendt om indlÃ¦s/lager) (standard).Benyt bitfeltinstruktionerne.Benyt programemuleringen for divisioner (standard).Brug af dette tilvalg diagnosticeres.Benytter indbyggede specifikationer.
! VOID-tilstand ved uddataGyldige  parametre til -mfpmath=:AdvarselOm der skal bruges kanoniske typer.Arbejd omkring hardware-multiplikationsfejl.Forkert trÃ¦ i TYPE_FIELDS-listeX32 understÃ¸tter ikke egenskaben ms_abi[Efterlader %s]
! [kan ikke finde %s][standard][deaktiveret][aktiveret][super ...] skal optrÃ¦de i en metodekontekst__builtin_eh_return understÃ¸ttes ikke pÃ¥ mÃ¥larkitekturen__builtin_saveregs understÃ¸ttes ikke af denne undermÃ¥larkitektur__builtin_saveregs understÃ¸ttes ikke af denne mÃ¥larkitektur__float128 og __ibm128 kan ikke bruges i det samme udtrykÂ»afbrudt i %s ved %s:%dakkumulator er ikke et konstant heltalakkumulatortal er uden for det gyldig intervaladresseomrÃ¥deegenskab kan ikke angives for funktioneradresseomrÃ¥det for %q+D er i konflikt med tidligere erklÃ¦ringadressetilstanden %qs er ikke understÃ¸ttet i %s bit-tilstandadresse af flertydig funktion uden kontekstuelle typeoplysningeradresseafsÃ¦t er ikke en konstantadresseoperand krÃ¦ver begrÃ¦nsning for X-, Y- eller Z-registeradresse optaget, men ADDRESSABLE-bit er ikke angiveten vÃ¦rdi af en sammensat type er angivet hvor der forventedes et komplekst talen vÃ¦rdi af en sammensat type er angivet hvor der forventedes et kommatalen vÃ¦rdi af en sammensat type er angivet hvor der forventedes et heltaljustering skal vÃ¦re en lille potens af to, ikke %djustering af %q+D er stÃ¸rre end den maksimale objektfilsjustering %djustering af tabelelementer er stÃ¸rre end elementstÃ¸rrelsetvetydig konvertering af tabelindeksen dataomrÃ¥deegenskab kan ikke angives for lokale variableranakronismeanakronisme: og feltanonym struct er ikke inden i en navngiven typeparameteren %qd er ikke en konstant1. parameter skal vÃ¦re en 5 bit-konstant med fortegn1. parameter skal vÃ¦re en oversÃ¦ttelse1. parameter til __builtin_altivec_predicate er uden for det gyldige interval1. parameter til __builtin_altivec_predicate skal vÃ¦re en konstant1. parameter til __builtin_spe_predicate er uden for det gyldige interval1. parameter til __builtin_spe_predicate skal vÃ¦re en konstant2. parameter skal vÃ¦re en 5 bit-konstant uden fortegn3. parameter skal vÃ¦re en 4 bit-konstant uden fortegnparameter skal vÃ¦re en feltreferenceparameter skal vÃ¦re en array eller skive eller kanalparameter skal vÃ¦re kanalparameter skal vÃ¦re streng eller array eller skive eller oversÃ¦ttelse eller kanalparameter skal have kompleks typeparameter til %qE-egenskaben er stÃ¸rre end %dparameter til dss skal vÃ¦re en 2 bit-konstant uden fortegnberegninger udfÃ¸rt pÃ¥ en henvisning til en ufuldstÃ¦ndig typetabelindeks i startvÃ¦rdi overskrider tabelgrÃ¦nsertabelindeks i en startvÃ¦rdi der ikke er en tabeltabelindeksinterval i startvÃ¦rdi overskrider tabelgrÃ¦nsertabel fÃ¥r tildelt en startvÃ¦rdi fra et tabeludtryk der ikke er konstanttabelindeks er ikke et heltalen tabel af funktioner giver ikke meningasm-overskrivelse er i modstrid med inddataoperanderasm-overskrivelse er i modstrid med uddataoperanderasm er ikke tilladt i %<transaction_safe%> funktionasm er ikke tilladt i atomar transaktionmaskinekodenavn pÃ¥ hashliste er Ã¸delagttildelingtildeling (ikke klargÃ¸ring) i erklÃ¦ringtildelingsundertrykkelseegenskaber i parametertabelerklÃ¦ring ignoreretugyldig adresseugyldig adresse, ikke (reg+disp):ugyldig adresse, ikke en konstant:ugyldig adresse, ikke en I/O-adresse:ugyldig adresse, ikke post_inc eller pre_dec:ugyldig stÃ¸rrelse af stakpladsfjernelse: %dugyldig tildeling af startvÃ¦rdi til tabelugyldig indbygget fcodeugyldig betingelseskodeugyldig instruktion for Â»AÂ«ugyldig instruktion i frv_print_operand, tilfÃ¦ldet 0ugyldig instruktion i frv_print_operand, ugyldig const_doubleugyldig instruktion i frv_print_operand, tilfÃ¦ldet zugyldig instruktion til frv_print_operand, Â»FÂ«-modifikation:ugyldig instruktion til frv_print_operand, Â»LÂ«-modifikation:ugyldig instruktion til frv_print_operand, Â»M/NÂ«-modifikation:ugyldig instruktion til frv_print_operand, Â»OÂ«-modifikation:ugyldig instruktion til frv_print_operand, Â»eÂ«-modifikation:ugyldig instruktion til frv_print_operand, Â»fÂ«-modifikation:ugyldig instruktionen til frv_print_operand, Â»gÂ«-modifikation:ugyldig instruktion til frv_print_operand, P-modifikation:ugyldig instruktion til frv_print_operand_address:ugyldig instruktion til frv_print_operand_memory_reference:ugyldig operandugyldig output_condmove_single-operandugyldig output_move_double-operandugyldig output_move_single-operandugyldigt registerugyldigt register til frv_print_operand_memory_reference_reg:ugyldig skifteinstruktion:ugyldig testugyldig vÃ¦rdi %qs for tilvalget -mtls-sizeugyldig vÃ¦rdi (%s) til tilvalget -march=ugyldig vÃ¦rdi (%s) til tilvalget -mcmodel=ugyldig vÃ¦rdi (%s) til tilvalget -mcpu=ugyldig vÃ¦rdi til -mcall-%sugyldig vÃ¦rdi til -msdata=%sugyldigt indlejrede C-inkluderingsfiler fra prÃ¦processorenforegÃ¥ende kant til basisblok %d er Ã¸delagtkantlister til basisblok %i er Ã¸delagtbasisblok %d ved et forkerte stedbinÃ¦r operator understÃ¸tter ikke vektor bool-operandbooleske registre er pÃ¥krÃ¦vet til kommatalsindstillingensÃ¦tningsblokke i udtryk er kun tilladt inde i en funktionkrÃ¸llede paranteser omkring skalarstartvÃ¦rdiforgrening %2d aldrig udfÃ¸rt
  forgrening %2d valgt %s%s
  break-sÃ¦tning befinder sig ikke i en lÃ¸kke- eller switch-konstruktionkald   %2d aldrig udfÃ¸rt
  kald   %2d returnerede %s
! kald er usandsynlig og kodestÃ¸rrelse vil voksekaldeoverskrevet register brugt til global registervariabelkaldt herfracallee referer til comdat-lokale symbolerkalderfunktion indeholder cilk spawnkalder er instrumentationthunkkalder er ikke optimeretkan ikke konvertere fra ufuldstÃ¦ndig type %qT til %qTkan ikke oprette prÃ¦kompileret teksthoved %s: %mkan ikke udvide PCH-filen: %mkan ikke finde et register i klassen %qs ved genindlÃ¦sning af %<asm%>kan ikke Ã¥bne %qs til skrivning: %mkan ikke Ã¥bne %s til skrivning: %mkan ikke angive position i PCH-filen: %mkan ikke bruge %qs som et kaldt-gemt registerkan ikke bruge %qs som et kald-brugt registerkan ikke bruge %qs som et fast registerkan ikke Ã¥bne %s: %mkan ikke bruge ikke-gp relativ absolut adressekan ikke lukke modtag-kun kanalkan ikke konverteres til en henvisningstypekan ikke erklÃ¦re en funktion for static inden i en anden funktionKan ikke nedbryde adressekan ikke finde %s i udvidelsesmodul %s
  %skan ikke oprette placeringsuafhÃ¦ngig kode for %qskan ikke klargÃ¸re multidimensional tabel med startvÃ¦rdikan ikke indlÃ¦se udvidelsesmodul %s
! %skan ikke videregive hÃ¸jrevÃ¦rdi til referenceparameterkan ikke anbringe et objekt med et volatile-felt i et registerkan ikke lÃ¦se LTO-tilstandstabel fra %skan ikke genindlÃ¦se heltalskonstantoperand i %<asm%>kan ikke returnere fra en hÃ¥ndtering af en funktions-try-blok i en konstruktionsfunktionkan ikke sÃ¦tte afbrydelsesegenskaben: ingen aktuel funktionkan ikke sÃ¦tte afbrydelsesegenskaben: intet sÃ¥dant kaldenavnkan ikke bruge typeid med -fno-rttikan ikke bruge va_start i afbrydelsesfunktioncase-etiketten kan ikke reduceres til en heltalskonstantcase-etiket befinder sig ikke inden i en switch-sÃ¦tningtypeomtvingelse fra henvisning til heltal af en anden stÃ¸rrelsetypeomtvingelse forÃ¸ger den pÃ¥krÃ¦vne justering af mÃ¥ltypentypetildelingen angiver en tabeltypetypetildelingen angiver en funktionstypetypeomtvingelse fra heltal til henvisning af en anden stÃ¸rrelsetypetildeling til en uniontype fra en type der ikke findes i union'enkategoriattributter er ikke tilgÃ¦ngelige i Objective-C 1.0kateogriattributter er ikke tilgÃ¦ngelige i denne version af kompileren, (ignoreret)cdecl og thiscall er indbyrdes uforeneligechar-tabel fÃ¥r tildelt startvÃ¦rdi fra en bred strengfundet en henvisningsefterfÃ¸lgelse der gÃ¥r i ringklassen %qE er forÃ¦ldetklassen %qs implementerer ikke protokollen %qEklasseattributter er ikke tilgÃ¦ngelige i Objective-C 1.0luk: %slukker LTRANS-uddatalisten %s: %mkodemodellen %qs er ikke understÃ¸ttet i %s bit-tilstandkodemodellen %qs er ikke understÃ¸ttet i x32-tilstandkodemodellen %s understÃ¸tter ikke PIC-tilstandcollect2-version %s
  collect: lÃ¦ser %s
  collect: genoversÃ¦tter '%s'
  collect: kÃ¦der sammen igen
*************** INGEN garanti; ikke engang for SALGBARHE
*** 502,520 ****
  oversÃ¦ttelse afsluttedes pÃ¥ grund af -fmax-errors=%u.
  oversÃ¦ttelse afsluttede.
  komplekse parametre skal have kommatalstypekomplekse parametre skal have identiske typerer i konflikt med %qDkonstruk/kopi-propagering deaktiveretconst_double_split modtog en ugyldig instruktion:konstant blev ikke genberegnet da ADDR_EXPR Ã¦ndrede sigkonstant har reference til sig selvkonstruktionsfunktionen kan ikke vÃ¦re en statisk medlemsfunktioncontinue-sÃ¦tning befinder sig ikke i en lÃ¸kkekontrol nÃ¥r til slutningen af ikke-void funktionkonvertering mangler type i slutningen af formateringkonvertering til en ufuldstÃ¦ndig typekonvertering til ikke-skalartype udbedtkonverterer NULL til en ikke-henvisningstypeÃ¸delagt profilinfo: kant fra %i til %i er stÃ¸rre end maksimum for antalÃ¸delagt profilinfo: antallet af kÃ¸rsler for kant %d-%d menes at vÃ¦re %iÃ¸delagt profilinfo: antal iterationer for basisblok %d menes at vÃ¦re %iÃ¸delagteprofilinfo: profildata er ikke forlÃ¸b-konsistentÃ¸delagt profilinfo: sum_all er mindre end sum_maxkunne ikke lukke nulstillet insn-dumpningsfilen %qs: %mkunne ikke finde et register at bortÃ¸dslekunne ikke finde specifikationsfilen %s
! kunne ikke Ã¥bne symbollÃ¸sningsfilen: %mkunne ikke fortolke filforskydningkunne ikke fortolke hex-talkunne ikke dele instruktionoprettet og brugt med andre ABI'eroprettet og brugt med en andre arkitekturer / ABI'eroprettet og brugt med forskellige indstillinger for -fpicoprettet og brugt med forskellige indstillinger for -fpieoprettet og brugt med en anden indstilling for Â»%sÂ«definition af data uden angivelse af type eller lagringsklassefejlsÃ¸gfejlsÃ¸gningsformatet %qs er i modstrid med tidligere valgfejlsÃ¸gningsuddataniveau %qs er for hÃ¸jtfejlfinding: erklÃ¦ring erklÃ¦rer ikke nogetstandard %d minimum %d maksimum %dstandardparameter angivet i eksplicit specialiseringdefinition angivet for eksplicit instantieringfÃ¸lgning af en typeomtvunget henvisning vil bryde strenge aliasreglerdestruktionsfunktionen kan ikke vÃ¦re en statisk medlemsfunktiondestruktionsfunktioner mÃ¥ ikke have parametredeaktiver videregivelse %s for funktion %sdeaktiver videregivelse %s for funktioner i intervallet [%u, %u]division med nuldominator for %d burde vÃ¦re %d, ikke %ddobbelt lÃ¦nket liste pÃ¥ maskinekodenavne er Ã¸delagtduplikere %qDduplikere %qscase-vÃ¦rdi optrÃ¦der mere end Ã©n gang (mÃ¥ske pga. intervalsammenfald)asm-operandnavnet %qs optrÃ¦der mere end en gangcase-vÃ¦rdi optrÃ¦der mere end Ã©n gangdynamisk afhÃ¦ngighed %s ikke fundetelementtyper skal vÃ¦re ensemit_fusion_p9_load ikke MEMemit_fusion_p9_load, ugyldig reg #1emit_fusion_p9_load, ugyldig reg #2emit_fusion_p9_store ikke MEMemit_fusion_p9_store, ugyldig reg #1emit_fusion_p9_store, ugyldig reg #2tom erklÃ¦ringtom erklÃ¦ring med %<_Alignas%> erklÃ¦rer ikke mÃ¦rke igentom erklÃ¦ring med lagringsklasseanvisning erklÃ¦rer ikke mÃ¦rke igentom erklÃ¦ring med typemodifikation erklÃ¦rer ikke mÃ¦rke igentomt indeksinterval i startvÃ¦rditom venstreprÃ¦cision i %s-formateringtom prÃ¦cision i %s-formateringtomt interval angivettom skalarstartvÃ¦rdiugyldig videregivelse %s for funktion %saktiver videregivelse %s for funktioner i intervallet [%u, %u]aktivering af tilbagesporingsunderstÃ¸ttelse giver kun mening ved oversÃ¦ttelse for en Thumbaktivering af interarbejdeunderstÃ¸ttelse for kaldte objekter giver kun mening ved oversÃ¦ttelse for en Thumbomgivende klasseskabeloner er ikke eksplicit specialiseredeslutinstruktion %d for blok %d ikke fundet i instruktionsstrÃ¸mmenenum- og ikke enum-type i betinget udtrykenum-vÃ¦rdier overstige rÃ¦kkevidden af det stÃ¸rste heltalmiljÃ¸variablen DJGPP peger pÃ¥ den Ã¸delagte fil '%s'miljÃ¸variablen DJGPP peger pÃ¥ den manglende fil '%s'fejlfejl ved lukning af %s: %mfejl ved skrivning til %s: %mfejl: hÃ¥ndtering af undtagelser er slÃ¥et fra, angiv -fexceptions for at slÃ¥ dem tilmisforhold i undtagelse under hÃ¥ndtering af personlighedfor mange elementer i tabelstartvÃ¦rdifor mange elementer i char-tabelstartvÃ¦rdienfor mange elementer i skalarstartvÃ¦rdifor mange elementer i struct-startvÃ¦rdifor mange elementer i union-startvÃ¦rdifor mange elementer i vektorstartvÃ¦rdiforventede %<*%>forventede %<...%>forventede %<:%> or %<::%>forventede %<::%>forventede %<@synchronized%>forventede %<@throw%>forventede %<@try%>forventede %<__label__%>forventede %<__transaction_atomic%>forventede %<__transaction_relaxed%>forventede %<asm%>forventede %<catch%>forventede %<class%>forventede %<class%>, %<typename%>, eller %<template%>forventede %<decltype%>forventede %<delete%>forventede %<extern%>forventede %<namespace%>forventede %<new%>forventede %<operator%>forventede %<return%>forventede %<static_assert%>forventede %<template%>forventede %<throw%>forventede %<try%>forventede %<using%>forventede %<~%>forventet boolesk typeforventet funktionforventet numerisk typeudtrykket er af en ufuldstÃ¦ndig typeudvidede registre har ikke hÃ¸je halvdeleoverskydende krÃ¸llede paranteser ved slutningen af startvÃ¦rdienoverskydende elementer i skalarstarvÃ¦rdiekstra semikolon angivet i struct eller unionkunne ikke initialisere udvidelsesmodul %skunne ikke genindlÃ¦se:fastcall og regparm er indbyrdes uforeneligefastcall og stdcall er indbyrdes uforeneligefatal fejl: feltnavn ikke i struktur- eller union-startvÃ¦rdispecifikation af feltprÃ¦cisionfeltbreddefeltbredde i printf-formateringfeltbredde i scanf-formateringfeltbredde i strfmon-formateringfeltbredde i strftime-formateringspecifikation af feltbreddeudfyldningstegnudfyldningstegn i strfmon-formateringafslutningsfunktion fundet i objekt %sfÃ¸rste parameter skal vÃ¦re []bytekommatalskonstant misbrugtkommatalsoverlÃ¸b i udtrykkommatalskonstant er ikke en gyldig umiddelbar operandstrÃ¸mkontrolinstruktion inden i en basisblokformatformateringsparameter %d ubenyttet fÃ¸r den brugte parameter %d i formatering med $formateringsparameter %d brugt mere end en gang i %s-formateringformatering er en bredtegnsstrengformatering er ikke en strengkonstant og der er ingen formateringsparametreformatering er ikke en strengkonstant, parametertyper er ikke kontrolleretformatering er ikke en strengkonstant, formateringsstrengen er ikke kontrolleretformateringsstrengen har et ugyldigt operandtaldanner reference til voidkommatalssoftwarefuldfÃ¸relse krÃ¦ver -mtrap-precision=ifr30_print_operand: ugyldig '%%F'-kodefr30_print_operand: ugyldig '%%x'-kodefr30_print_operand: ugyldig operand til '%%A'-kodefr30_print_operand: ikke-hÃ¥ndteret MEMfr30_print_operand: ukendt kodefr30_print_operand: ukendt '%%B'-kodefr30_print_operand: ukendt '%%b'-kodefr30_print_operand: ukendt '%%p'-kodefr30_print_operand_address: ikke-hÃ¥ndteret adresserammestÃ¸rrelse for stor til pÃ¥lidelig stakkontrolfriend-erklÃ¦ringen er ikke i klassedefinitionenfriend-erklÃ¦ring krÃ¦ver klasseangivelse, dvs. %<friend %#T%>friend-erklÃ¦ring krÃ¦ver klasseangivelse, dvs. %<friend class %T::%D%>fr_print_operand: ukendt kodefunktion %q+D del af aliascyklusfunktionen %qD bliver tildelt en startvÃ¦rdi som en variabelforskellige funktionsattributterfunktionskrop kan ikke overskrives pÃ¥ sammenkÃ¦dningstidspunktetfunktionskrop er ikke tilgÃ¦ngeligfunktionskald har en sammensat vÃ¦rdifunktiondefinition har kvalificeret void-returtypefunktionen returnerer ikke en strengtypefunktion kan returnere adressen pÃ¥ en lokal variabelfunktion overvejes ikke for indbygningfunktion ikke erklÃ¦ret indlejret og kodestÃ¸rrelse vil voksefunktion kan ikke indbyggesfunktion er ikke en indbygningskandidaten funktions returtype kan ikke vÃ¦re en funktionfunktion returnerer adressen pÃ¥ en lokal variabelfunktion returnerer en vÃ¦rdi af en sammensat typefunktionsymbol er ikke en funktionfunktionstyper ikke er fuldt ud forenelige i ISO Cfunction_profiler-understÃ¸ttelse for MMIXgcc-styringsprogram version %s %skÃ¸rer gcc-version %s
  gcc-version %s %s
  gcov %s%s
  henter maksimumbegrÃ¦nsning pÃ¥ kernefilens stÃ¸rrelse: %men global registervariabel fÃ¸lger en funktionsdefinitionglobal registervariabel har en startvÃ¦rdigp_offset (%ld) eller end_offset (%ld) er mindre end nulhovedinstruktion %d for blok %d ikke fundet i instruktionsstrÃ¸mmenia64_print_operand: ukendt kodeignorerer #pragma %s %signorerer mere end en angivelse af mappen Â»%sÂ«
  ignorerer lÃ¸kkeannotationignorerer forkert udformet #pragma longcallignorerer den ikkeeksisterende mappe Â»%sÂ«
! implicit_section-flag er angivet men sektion er ikkeimplicit aflÃ¦ste registre skal grupperes i toppen af stakkenumulig registerbegrÃ¦nsing i %<asm%>i %s, ved %s:%di basisblok %d:utilgÃ¦ngelig udvidelsesmodulfil %s udvidet fra kort udvidelsesmodulnavn %s: %muforenelige typer for modtageruforenelige typer i binÃ¦ret udtrykinkonsistent instansvariabelangivelseukorrekt instruktion:indeks skal vÃ¦re heltalindeksvÃ¦rdi i stedet for feltnavn i union-startvÃ¦rdiindirekte funktionskald med en endnu ikke afklaret calleeklargÃ¸ringsfunktion fundet i objekt %sklargÃ¸ring af fleksibelt tabelmedlemklargÃ¸ring af fleksibelt tabelmedlem i en indlejret kontekstklargjort felt med bivirkninger overskrevetstartvÃ¦rdielement kan ikke beregnes ved indlÃ¦sningstidspunktetstartvÃ¦rdielement er ikke en konstantstartvÃ¦rdien slutter for tidligtstartvÃ¦rdien for kommatal er ikke en kommatalskonstanttildeling af startvÃ¦rdi er ugyldig for statisk medlem med konstruktionsfunktionstartvÃ¦rdistrengen til char-tabellen er for langinline funktion %q+D givet egenskaben noinlineinddataoperandbegrÃ¦nsningen indeholder %qcinstruktion %d er i flere basisblokke (%d og %d)instruktion indeholder en ugyldig adresse!instruktion tilfredsstiller ikke sine begrÃ¦nsninger:instruktion uden for basisblokinstallering: %s%s
! instruktion aldrig udfÃ¸rtinstruktionsplanlÃ¦gning understÃ¸ttes ikke pÃ¥ mÃ¥larkitekturenutilstrÃ¦kkelige kontekstuelle oplysninger til at afgÃ¸re typenint-tabel fÃ¥r tildelt startvÃ¦rdi fra en ikke-bred strengheltalsoverlÃ¸b i udtrykintern oversÃ¦tterfejlintern oversÃ¦tterfejl - ugyldig adresse:intern oversÃ¦tterfejl - ukorrekt skift:intern oversÃ¦tterfejl - ugyldig tilstand:intern oversÃ¦tterfejl: intern fejl: ugyldigt register: %dintern fejl: cris_side_effect_mode_ok med ugyldige operanderintern fejl: bivirkningsinstruktion pÃ¥virker hovedvirkningafbrydelsesservicerutiner kan ikke kodes i Thumb-tilstandinterrupt_thread er kun tilgÃ¦ngelig pÃ¥ fidougyldig #pragma %sugyldig %%-kodeugyldig %%A-operandugyldig %%B-operandugyldig %%C-operandugyldig %%C-vÃ¦rdiugyldig %%D-operandugyldig %%D-vÃ¦rdiugyldig %%E-vÃ¦rdiugyldig %%F-vÃ¦rdiugyldig %%G-tilstandugyldig %%G-vÃ¦rdiugyldig %%J-kodeugyldig %%J-vÃ¦rdiugyldig %%K-vÃ¦rdiugyldig %%L-vÃ¦rdiugyldig %%M-vÃ¦rdiugyldig %%N-vÃ¦rdiugyldig %%O-vÃ¦rdiugyldig %%P-operandugyldig %%P-vÃ¦rdiugyldig %%R-vÃ¦rdiugyldig %%T-vÃ¦rdiugyldig %%U-vÃ¦rdiugyldig %%Y-operandugyldig %%c-operandugyldig %%d-operandugyldig %%e-vÃ¦rdiugyldig %%f-operandugyldig %%f-vÃ¦rdiugyldig %%h-vÃ¦rdiugyldig %%j-kodeugyldig %%j-vÃ¦rdiugyldig %%k-vÃ¦rdiugyldig %%m-vÃ¦rdiugyldig %%p-vÃ¦rdiugyldig %%q-vÃ¦rdiugyldig %%r-vÃ¦rdiugyldig %%s-operandugyldig %%s-vÃ¦rdiugyldig %%u-vÃ¦rdiugyldig %%v-vÃ¦rdiugyldig %%x-vÃ¦rdiugyldig %%xn-kodeugyldig %%y-vÃ¦rdi, prÃ¸v at brug Â»ZÂ«-begrÃ¦nsningenugyldig Â»asmÂ«: ugyldig Â»--paramÂ«-vÃ¦rdi %qsugyldig UNSPEC som operandugyldig UNSPEC som operand: %dugyldig adresseugyldig adresse til Â»OÂ«-uddataÃ¦ndringugyldig adresse til Â»RÂ«-uddataÃ¦ndringugyldig adresse for Â»SÂ«-uddatamodifikationugyldig adresseringstilstandugyldig parameter for egenskaben %qEugyldig parameter for egenskaben %qsugyldig stamklasseangivelseugyldig sammenligning af nil med nilugyldig sammenligningsoperator til Â»EÂ«-Ã¦ndringugyldig betinget operandugyldig const_double-operandugyldig konstant:ugyldig konstant - prÃ¸v at bruge en uddataÃ¦ndringugyldig konstant til uddataÃ¦ndringen Â»%cÂ«ugyldig konstantvektor for uddataÃ¦ndringen Â»%cÂ«ugyldige begrÃ¦nsninger for operandugyldig konvertering fra %<__fpreg%>ugyldig konvertering til %<__fpreg%>ugyldig erklÃ¦rerugyldigt udtryk - prÃ¸v at brug en uddataÃ¦ndringugyldigt udtryk som operandugyldig udtryk til uddataÃ¦ndringen Â»%cÂ«ugyldig fÃ¸rste operand for MEM_REFugyldig startvÃ¦rdiugyldig instruktion:ugyldig linje i lÃ¸sningsfilenugyldig maskeugyldig forskydningsoperand for MEM_REFugyldig operandugyldig operandadresseugyldig operandkode Â»%cÂ«ugyldig operand for Â»%%%cÂ«ugyldig operand til Â»AÂ«-Ã¦ndringugyldig operand til Â»DÂ«-Ã¦ndringugyldig operand til Â»HÂ«-Ã¦ndringugyldig operand til Â»OÂ«-Ã¦ndringugyldig operand til Â»TÂ«-Ã¦ndringugyldig operand til Â»bÂ«-Ã¦ndringugyldig operand til Â»eÂ«-Ã¦ndringugyldig operand til Â»mÂ«-Ã¦ndringugyldig operand til Â»oÂ«-Ã¦ndringugyldig operand til Â»pÂ«-Ã¦ndringugyldig operand til Â»zÂ«-Ã¦ndringugyldig operand for koden Â»%cÂ«ugyldigt operandÃ¦ndringsbogstavugyldig operand-uddatakodeugyldig operandprÃ¦fiksugyldig operandprÃ¦fiks Â»%%%cÂ«ugyldig operandstÃ¸rrelse for operandkoden Â»OÂ«ugyldig operandstÃ¸rrelse for operandkoden Â»ZÂ«ugyldig operandstÃ¸rrelse for operandkoden Â»zÂ«ugyldig operand til %%H/%%L-kodenugyldig operand til %%M-kodenugyldig operand til %%N-kodenugyldig operand til %%O-kodenugyldig operand til %%Rugyldig operand til %%R-kodenugyldig operand til %%Sugyldig operand til %%T/%%B-kodenugyldig operand til %%U-kodenugyldig operand til %%V-kodenugyldig operand til %%Z-kodenugyldig operand til %%p-kodenugyldig operand til %%s-kodenugyldig operand til %%z-kodenugyldig operandtype brugt med operandkoden Â»ZÂ«ugyldig operation pÃ¥ %<__fpreg%>ugyldig parameter %qsugyldig videregivelse af positioneringsoperationugyldig position eller stÃ¸rrelsesoperant for BIT_FIELD_REFugyldig egenskabserklÃ¦ringugyldig prototype for Â»%sÂ«ugyldig punktuering %qc i begrÃ¦nsningugyldige modifikationer for ikke-medlemsfunktionstypeugyldig reference til Â»JÂ«-uddataÃ¦ndringugyldig lÃ¸sning i lÃ¸sningsfilenugyldig skift-operandugyldig type for make-funktionugyldigt brug af %%d, %%x eller %%Xugyldig brug af %<...%> kaldende ikke-variadic funktionugyldig brug af %<...%> med indbygget funktionugyldig brug af %<...%> med ikke-skiveugyldig brug af Â»%%%cÂ«ugyldig brug af en henvisning til en ufuldstÃ¦ndig type i henvisningsberegningugyldig brug af tabel uden angivne grÃ¦nserugyldig brug af asm-flaguddataugyldig brug af fleksibelt tabelmedlemugyldig brug af metodevÃ¦rdi som argument for Offsetofugyldig brug af en tabel der ikke kan optrÃ¦de som en venstrevÃ¦rdiugyldig brug af struktur med fleksibelt tabelmedlemugyldig brug af typeugyldig brug af void-udtrykugyldig zero-udtrÃ¦kden skal vÃ¦re adressen af en funktion med ekstern kÃ¦dningspring til case-etiketragelse i slutningen 'af #pragma %s'ragelse i slutningen af '#pragma ghs endsda'ragelse i slutningen af '#pragma ghs endtda'ragelse i slutningen af '#pragma ghs endzda'ragelse i slutningen af '#pragma ghs interrupt'ragelse i slutningen af '#pragma ghs section'ragelse i slutningen af '#pragma ghs startsda'ragelse i slutningen af '#pragma ghs starttda'ragelse i slutningen af '#pragma ghs startzda'ragelse i slutningen af #pragma longcallragelse i slutningen af '#pragma options'ragelse i slutningen af '#pragma unused'etiket med navnet wchar_tlang_*-kontrol: mislykkedes i %s, ved %s:%dsproget %s ikke genkendtstort heltal forkortes underforstÃ¥et til type uden fortegnld returnerede afslutningskoden %dvenstre parameter skal vÃ¦re en skivevenstreprÃ¦cisionvenstreprÃ¦cision i strfmon-formateringvenstreskiftsantal er stÃ¸rre end bredden af typenvenstreskiftsantal er negativvenstreoperanden til kommaudtrykket har ingen virkninglen stÃ¸rre end caplÃ¦ngdetilpasninglÃ¦ngdetilpasning i printf-formateringlÃ¦ngdetilpasning i scanf-formateringlÃ¦ngdemodifikation i strfmon-formateringlÃ¦ngde krÃ¦vet nÃ¥r en skive allokeresbogstavet %c blev fundet og instruktionen var ikke CONST_INTbiblioteker: %s
! biblioteket lib%s ikke fundetlo_sum ikke af registerlto_obj_file_open() mislykkedesforkert udformet '#pragma builtin'forkert udformet '#pragma ghs section'forkert udformet '#pragma redefine_extname' - ignoreretforkert udformet '#pragma weak' - ignoreretforkert udformet '#pragma options align={mac68k|power|reset}', ignorererforkert udformet '#pragma options', ignorererforkert udformet tilvalg -fplugin-arg-%s (mangler -<nÃ¸gle>[=<vÃ¦rdi>])forkert udformede specifikationsfunktionsparametreforkert udformet specifikationsfunktionsnavnmaske skal vÃ¦re en umiddelbar vÃ¦rdimatchbegrÃ¦nsningen tillader ikke et registerbegrÃ¦nsningen er ikke gyldig for uddataoperandenbegrÃ¦nsning refererer til et ugyldigt operandtaldet maksimale antal tabeller per scop.maksimumvÃ¦rdi for parameter %qs er %ukan ikke bruge bÃ¥de -EB og -EL-m32 og -m64 er indbyrdes uforeneligemediafunktioner er ikke tilgÃ¦ngelige medmindre -mmedia benyttesmedlemsfunktioner er underforstÃ¥et venner af deres klassehukommelsesreference forventet til Â»SÂ«-uddataÃ¦ndringmetodeattributter er ikke tilgÃ¦ngelige i Objective-C 1.0metodeattributter kan ikke angives i @implementation-kontekstmetodedefinitionen optrÃ¦der ikke i @implementation-kontekstdet minimale antal lÃ¸kker per funktion som analyseres af Graphite.minimumvÃ¦rdi for parameter %qs er %uMIPS16-funktionsprofileringuafbalancerede argumenteruafbalancerede erklÃ¦ringer under linktime-optimeringuens antal parentesermistet loopoptimering, looptÃ¦lleren kan lÃ¸be overmanglende $-operandnummer i formateringmanglende '(' efter '#pragma unused', ignorerermanglende ')' efter '#pragma unused', ignorerermanglende barriere efter blok %ikrÃ¸llede paranteser mangler omkring startvÃ¦rdienmanglende afsluttende krÃ¸llet parantes til navngiven operandmanglende slutparantesmangler fyldtegn i slutningen af strfmon-formateringmanglende talmanglende startparantesmanglende operandmanglende afsluttende '%c'-tegnmanglende typenavn i typedef-erklÃ¦ringblanding af forskellige symboltyper i samme comdata-gruppe er ikke understÃ¸ttetflerdimensional tabel skal have grÃ¦nser for alle dimensioner pÃ¥nÃ¦r den fÃ¸rstemere end et -mcpu=-tilvalg angivet.flere default-etiketter i Ã©n switch-konstruktionflere typer i Ã©n erklÃ¦ringmultiple-value parameter i enkel-vÃ¦rdi kontekst'#include <typeinfo>' er nÃ¸dvendig fÃ¸r typeid kan benyttesmystisk info om opbevaringssted i '%s'navn mangler for medlemsfunktionanonyme variabler af sammensatte typer i navnerumsvirkefelt skal erklÃ¦res staticnegativ instruktionslÃ¦ngdenegativt heltal forkortes underforstÃ¥et til type uden fortegnindlejrede alternativer for maskinkodedialekterindlejrede funktionstrampoliner er ikke understÃ¸ttet pÃ¥ denne mÃ¥larkitektur-indlejrede funktioner er ikke understÃ¸ttet pÃ¥ denne mÃ¥larkitekturnew kan ikke bruges pÃ¥ en funktionstypenew kan ikke bruges pÃ¥ en referencetypeingen FUNCTION_PROFILER for CRISingen parametreingen parametre til specifikationsfunktioningen inddatafileringen inputfiler; vil ikke skrive outputfileringen lave registre er tilgÃ¦ngelige til at modtage vÃ¦rdier fra hÃ¸je registreingen profilering af 64 bit-kode for denne ABIingen registre i adresseingen return-sÃ¦tning i en funktion der ikke returnerer voidintet semikolon i slutningen af struct eller unionnode er forskellig fra node->decl->decl_with_vis.symtab_nodenode har body_removed men er en definitionnode har ukendt typenode er alias men ikke definitionnode er alias men ikke implicit aliasnode er alene i en comdat-gruppenode er i same_comdat_grooup-liste men har ingen comdat_groupnode blev ikke fundet i symtabs maskinkodehashnode blev ikke fundet node->decl->decl_with_vis.symtab_nodemisforhold i ikke-kald undtagelseshÃ¥ndteringikke-heltal brugt i betingelseikke-statisk klargÃ¸ring af fleksibelt tabelmedlemtabelindekset i startvÃ¦rdien er ikke en konstantikke-nul egenskab uden parametre til en ikke-prototypenormalisering kan ikke sameksistere med skalering
  ikke nok parametreikke tilstrÃ¦kkelig information om typenbemÃ¦rkbemÃ¦rk: tal skal enten vÃ¦re 0 eller 1antallet af basisbloknoter i instruktionskÃ¦den (%d) != n_basic_blocks (%d)antallet af resultater matcher ikke antallet af vÃ¦rdierforÃ¦ldet Maverick-formatkode Â»%cÂ«forskydning af pakket bit-felt %qD har Ã¦ndret sig i GCC 4.4kun variabler uden startvÃ¦rdi kan placeres i .bss-sektionenkun variabler uden startvÃ¦rdi kan placeres i .noinit-sektionenkun svage aliaser understÃ¸ttes i denne konfigurationÃ¥bn /dev/zero: %mÃ¥bner LTRANS-uddatalisten %s: %moperandbegrÃ¦nsning indeholder forkert placeret %<+%> eller %<=%>operand er ikke en betingelseskode, ugyldig operandkode Â»%cÂ«operand er ikke en betingelseskode, ugyldig operandkode Â»DÂ«operand er ikke en betingelseskode, ugyldig operandkode Â»YÂ«operand er ikke et specifikt heltal, ugyldig operandkode Â»rÂ«operand er ikke et heltal, ugyldig operandkode Â»KÂ«operand er ikke et heltal, ugyldig operandkode Â»RÂ«operand er ikke en offsettable-hukommelsesreference, ugyldig operandkode Â»HÂ«operandtal mangler efter %%-letteroperandtal er uden for det gyldige intervaloperandnummer uden for det gyldige intervaloperandnummer angiver for formatering der ikke tager mod parametreoperandnummer angivet med undertrykt tildelingoperander til %T/%t skal vÃ¦re reg + const_int:misforhold i optimeringsniveauattributtilvalg slÃ¥et til: tilvalg overbragt: ordnet sammenligning af henvisning med heltallet nuloprindeligt indirekte funktionskald er ikke overvejet for indlejringoprindelig specificeret herydre transaktion i %<transaction_may_cancel_outer%> funktionydre transaktion i %<transaction_safe%> funktionydre transaktion i transaktionuddatabegrÃ¦nsning %d kan ikke angives samtidig med overskrivning af Â»%sÂ«uddatabegrÃ¦nsning %d skal angive et enkelt registeruddatabegrÃ¦nsning %qc for operanden %d er ikke ved begyndelsenuddatafilnavnet er angivet to gangeuddata nr. %d kan ikke adresseres direkteuddataoperand %d skal bruge %<&%>-begrÃ¦nsningenuddataoperandbegrÃ¦nsning mangler %<=%>uddataoperand er konstant i %<asm%>uddataregistre skal grupperes i toppen af stakkenoutput_move_single:tabeldimension for storoverlÃ¸b i konstant udtrykenum-vÃ¦rdier for storeoverlÃ¸b i underforstÃ¥et konstant konverteringflertydig funktion uden kontekstuelle typeoplysningerpacked-egenskab forÃ¥rsager ineffektiv justeringpacked-egenskab forÃ¥rsager ineffektiv justering af %q+Dpacked-egenskab forÃ¥rsager ineffektiv justering af %qEpacked-egenskab er unÃ¸dvendigpacked-egenskab er unÃ¸dvendig for %q+Dpacked-egenskab er unÃ¸dvendig for %qEudfylder struct-stÃ¸rrelse til justeringskantudfylder struct for at justere %q+Dparameteren %qD bliver tildelt en startvÃ¦rdiparameternavne (uden typer) i funktionserklÃ¦ringenvideregivelse %qs blev ikke fundet, men er refereret af ny videregivelse %qsvideregivelse %s understÃ¸tter ikke kloningpedwarnpedwarn: permerrorpermerror: udvidelsesmodul %s registrerede en null-tilbagekaldsfunktion for hÃ¦ndelse %sudvidelsesmodul %s skal specificeres fÃ¸r -fplugin-arg-%s i kommandolinjenudvidelsesmodul %s blev specificeret med andre stier:<n%s
! %sudvidelsesmodul kan ikke registrere en manglende videregivelseudvidelsesmodul kan ikke registrere en unavngivet videregivelseudvidelsesmodul kan ikke registrere videregivelse %qs uden reference for videregivelsesnavnhenvisning til en funktion benyttet i udregninghenvisning til en funktion benyttet i subtraktionhenvisningstyperne i betingelsesudtrykket passer ikke sammenen henvisningsvÃ¦rdi er angivet hvor der forventedes et komplekst talen henvisningsvÃ¦rdi er angivet hvor der forventedes en kommatalsvÃ¦rdihenvisning til medlemsfunktionen %E kan ikke kaldes uden et objekt; overvej at benytte .* eller ->*henvisnings- og heltalstype i betingelsesudtrykket passer ikke sammenhenvisningsvariabler er ikke tilladt som case-vÃ¦rdierpostfiks forÃ¸gelsesadresse er ikke et registerprÃ¦fiks formindskelsesadresse er ikke et registerprÃ¦fiks forÃ¸gelsesadresse er ikke et registerprÃ¦cisionprÃ¦cision i printf-formateringprev_bb for %d bÃ¸r vÃ¦re %d, ikke %dprogrammer: %s
! egenskab kan ikke vÃ¦re et bit-feltegenskab kan ikke vÃ¦re en array (tabel)protokolattributter er ikke tilgÃ¦ngelige i Objective-C 1.0skrivebeskyttet egenskab kan ikke angivesrekursiv indbygningomerklÃ¦ring af egenskaben %qDomdefinerede eksterne indbyggede funktioner overvejes ikke for indlejringreferencen %qs kan ikke erklÃ¦res %<mutable%>reference til ikke-venstrevÃ¦rdi returneretregister for %qD brugt til flere globale registervariablerregister eller hukommelsesudtryk forventet til Â»MÂ«-uddataÃ¦ndringregister eller hukommelsesudtryk forventet til Â»NÂ«-uddataÃ¦ndringafslappet transaktion i %<transaction_safe%> funktionafslappet transaktion i atomar transaktionfjerner .rpo-fil: %momdÃ¸b specifikation %s til %s
! omdÃ¸ber .rpo-fil: %mgentaget %s i formateringarkivfilen Â»%sÂ« indeholder ikke kommandolinjeparametreangivet justering er for storden udbedte init_priority er ikke en heltalskonstantden udbedte init_priority er uden for det gyldige intervalden udbedte init_priority er reserveret til intern brugreturnering fÃ¸lges ikke af barrierereturtypen er en ufuldstÃ¦ndig typeangivelse af returneringstypen til konstruktionsfunktion er ugyldigtangivelse af returneringstypen til destruktionsfunktion er ugyldigtreturnerer en vÃ¦rdi fra en konstruktionsfunktionreturnerer en vÃ¦rdi fra en destruktionsfunktionreturnerer reference til midlertidig variabelhÃ¸jreprÃ¦cisionhÃ¸jreprÃ¦cision i strfmon-formateringhÃ¸jreskiftsantal er stÃ¸rre end bredden af typenhÃ¸jreskiftsantal er negativafrundingstilstand er ikke understÃ¸ttet for VAX-kommatalsame_comdat_group er ikke en cirkulÃ¦r listesame_comdat_group-liste over forskellige grupperanden parameter skal vÃ¦re skive eller strengsektion for alias %q+D skal matche sektion for dens mÃ¥larkitekturvÃ¦lger skal vÃ¦re en umiddelbar vÃ¦rdiangiver kernefilens stÃ¸rrelsesbegrÃ¦nsning til maksimum: %mshared og mdll er indbyrdes uforeneligeshow_expr(): Ved ikke hvordan udtryk skal visessideeffekter blev ikke genberegnet da ADDR_EXPR Ã¦ndrede sigstÃ¸rrelse i tabel-new skal vÃ¦re en heltalstypestÃ¸rrelsen af %q+D er %d bytestÃ¸rrelsen af %q+D er stÃ¸rre end %wd bytestÃ¸rrelsen af tabel er negativstÃ¸rrelsen af tabel er ikke af et heltalligt konstantudtrykskive-slutning skal vÃ¦re heltaldesvÃ¦rre, ikke implementeretdesvÃ¦rre, ikke implementeret: specifikationsfil har ingen specifikation til sammenkÃ¦dningspecifikation er '%s'
  
! specialisering af underforstÃ¥et erklÃ¦ret speciel medlemsfunktion%%include-syntaks i specifikationer misdannet efter %ld tegn%%rename-syntaks i specifikationer misdannet efter %ld tegn%s-specifikation i specifikationer kunne ikke findes til omdÃ¸belsespecifikationsfil misdannet efter %ld tegnukendt %%-kommando i specifikationer efter %ld tegnstakgrÃ¦nseudtryk understÃ¸ttes ikkestakgrÃ¦nser understÃ¸ttes ikke pÃ¥ mÃ¥larkitekturenstakregister brugt til global registervariabelstakbrugsberegning er ikke understÃ¸ttet for denne mÃ¥larkitekturstakbrug er %wd bytestakramme kan vÃ¦re %wd bytestakbrug kan vÃ¦re ubundetstakramme for stor: %d bytestatic eller typemodifikationer i ikke-parametertabelerklÃ¦ringlagringsklasse angivet for typenavnlagringsklasseanvisninger er ugyldige i vennefunktionserklÃ¦ringerlagringsklasseanvisninger er ugyldige i parametererklÃ¦ringerstrftime-formater kan ikke formatere parametrestrukturstÃ¸rrelsesgrÃ¦nse kan kun sÃ¦ttes til 8 eller 32indeks mangler i tabelopslagvÃ¦rdien der er pÃ¥fÃ¸rt et indeks, er hverken en tabel eller en henvisningsvariabelforeslÃ¥r paranteser omkring tildeling der er benyttet som boolsk vÃ¦rdiswitch-konstruktion mangler defaultswitch-stÃ¸rrelsen er ikke et heltalswitch-sÃ¦tning med %lu elementer er for storsymbolske hukommelsesreferencer er kun understÃ¸ttet pÃ¥ z10 eller seneresymtab_node::verify mislykkedestager adressen pÃ¥ midlertidig variabelat tage adressen af en etiket fÃ¸lger ikke standardenmÃ¥lprocessoren understÃ¸tter ikke THUMB-instruktionermÃ¥lprocessoren understÃ¸tter ikke interarbejdemÃ¥larkitekturegenskab er ikke understÃ¸ttet pÃ¥ denne maskinemÃ¥lprocessoren understÃ¸tter ikke uendeligmisforhold i mÃ¥lspecifikke tilvalgmÃ¥lsystemet understÃ¸tter ikke fejlfindingsuddatamÃ¥larkitektursystem understÃ¸tter ikke %qs-fejlsÃ¸gningsformatetskabelonsparameter %d er ugyldigskabelonsklasse uden et navnskabelonsparameterliste benyttet i eksplicit instantieringskabelonsparametre kan ikke vÃ¦re vennerskabelonsspecialisering med C-kÃ¦dningskabelon med C-kÃ¦dningarkitekturen %qs understÃ¸tter ikke ulige enkelprÃ¦cision registreÂ» Â«-printf-flagetÂ»!Â«-strfmon-flagetÂ»#Â«-printf-flagetÂ»#Â«-strftime-flagetÂ»'Â«-printf-flagetÂ»'Â«-scanf-flagetÂ»(Â«-strfmon-flagetÂ»+Â«-printf-flagetÂ»+Â«-strfmon-flagetÂ»-Â«-printf-flagetÂ»-Â«-strfmon-flagetÂ»-Â«-strftime-flagetÂ»0Â«-printf-flagetÂ»0Â«-strftime-flagetÂ»EÂ«-strftime-modifikationenÂ»IÂ«-printf-flagetÂ»IÂ«-scanf-flagetÂ»OÂ«-modifikationÂ»OÂ«-strftime-modifikationenÂ»^Â«-strfmon-flagetÂ»^Â«-strftime-flagetÂ»_Â«-strftime-flagetÂ»aÂ«-scanf-flagetÂ»mÂ«-scanf-flagetÂ»qÂ«-diagnostiskflagetden tildelingsundertrykkende scanf-facilitetm210 har ikke understÃ¸ttelse for lilleendetdenne kommatalskonstant er kun unsigned i ISO C90denne kommatalskonstant ville vÃ¦re unsigned i ISO C90dette er instruktionen:denne mediafunktion er kun tilgÃ¦ngelig pÃ¥ fr500denne mÃ¥larkitektur understÃ¸tter ikke %qsmÃ¥larkitekturen har ikke forsinkede forgreningertrÃ¥d-lokal COMMON-data er ikke implementeretkaster NULL som har en heltals-, ikke en henvisningstypefor at generere afhÃ¦ngigheder skal du angive enten -M eller -MMfor fÃ¥ parametre til funktionenfor fÃ¥ udtryk for structfor stor funktionsvÃ¦rditype, behÃ¸ver %d registre, har kun %d registre til dettefor mange '#pragma options align=reset'for mange parametrefor mange parametre til formateringfor mange parametre til funktionenfor mange parametre for makefor mange udtryk for structfor mange filnavne angivet - vejledning i brug kan fÃ¥s med '%s --help'for mange inddatafilerfor mange Ã¥bne parentesertraditionel C tillader ikke ISO C-functionsdefinitionertraditionel C forbyder klargÃ¸ring af auto-variabler af sammensatte typertraditionel C forbyder tildeling af startvÃ¦rdi til unionertraditionel C tillader ikke operatoren unÃ¦r plusfÃ¦ldetilstand er ikke understÃ¸ttet for VAX-kommataltrÃ¦kontrol: tilgik udtrykstrÃ¦ %d af tree_vec med %d udtrykstrÃ¦er i %s, ved %s:%dforsÃ¸gte at afslutte struct, men blev stoppet af tidligere fortolkningsfejlforsÃ¸g pÃ¥ at gÃ¸re klassen %qT til ven af det globale virkningsfelttypen %qs overholder ikke protokollen %qEtype er forÃ¦ldettyperne i betingelsesudtrykket passer ikke sammen'typenavn er erklÃ¦ret som en funktion, der returnerer en funktiontypenavn er erklÃ¦ret som en funktion, der returnerer en arraytypen af den formelle parameter %d er ufuldstÃ¦ndigtypemodifikationer ignoreret i funktionsreturtypenvariablen til tabel-delete er hverken af en henvisnings- eller en tabeltypetypeomtvingning af ufuldstÃ¦ndig type bryder muligvis strenge aliasreglertypedef %qD bliver tildelt en vÃ¦rdi (benyt __typeof__ i stedet)typedef-erklÃ¦ringer er ugyldig i parametererklÃ¦ringertypedef erklÃ¦ret %<auto%>typedef-navn kan ikke vÃ¦re en indlejret-navn-specifikationtyper er ikke helt foreneligekan ikke beregne virkelig placering af stakkede parametrekan ikke finde et register at bortÃ¸dsle i klassen %qskunne ikke generere genindlÃ¦sninger for:kan ikke Ã¥bne den dynamiske afhÃ¦ngighed '%s'kunne ikke Ã¥bne filenkan ikke bruge '%s' til PIC-registerubetinget %2d aldrig udfÃ¸rt
  ubetinget %2d valgt %s
! ikkedefineret navngiven operand %qsuventet grundtype in cris_print_baseuventet indekstype i cris_print_indexuventet multiplikativ operanduventet forskydninguventet operanduventede bivirkninger i adresseunion kan ikke ikke gÃ¸res gennemsigtigukendt tilvalg -mdebug-%sukendt CRIS-versionsspecifikation i -mtune=: %sukendt CRIS-versionsspecifikation i -march= eller -mcpu=: %sukendt tls-model %qsukendt tabelstÃ¸rrelse i deleteukendt tilbagekaldshÃ¦ndelse registreret af udvidelsesmodul %sukendt instruktionstilstandukendt flytteinstruktion:ukendt videregivelse %s angivet i -fdisableukendt videregivelse %s angivet i -fenableukendt tegnsÃ¦tning Â»%cÂ«ukendt registernavn: %sukendt relokaliserings-unspecukendt vÃ¦rdi %qs for -mcpuukendt vÃ¦rdi %qs for -mtuneunavngiven struct/union som ikke definerer nogen instanserunavngiven variabel eller felt erklÃ¦ret voiduordnet sammenligning af ikke-kommatalsparameterkan ikke nÃ¥sukendt instruktion:ukendt adresseukendt formateringsanvisningukendt GCC-fejlfindingstilvalg: %cukendt tilvalg -fdisableukendt tilvalg -fenableukendt formodet konstantikke genkendt synlighedsvÃ¦rdi %qsuoprettelig fejlusikker funktionkald %qD indenfor %<transaction_safe%> funktionusikker funktionkald %qD indenfor atomar transaktionusikker funktionkald %qE indenfor %<transaction_safe%> funktionusikker funktionkald %qE indenfor atomar transaktionusikker indirekte funktionkald indenfor %<transaction_safe%> funktionusikker indirekte funktionkald indenfor atomar transaktionikke understÃ¸ttet parametertype for indbygget funktionikke-understÃ¸ttet kombination: %sfast-punkt-konvertering er ikke understÃ¸ttetikke-understÃ¸ttet operandstÃ¸rrelse for udvidede registreuafsluttet alternativ for maskinkodedialektuafsluttet formateringsstrengubenyttede parametre i formatering med $brug af %s og %s sammen i %s-formateringbrug af Ã¦ldre type typeomtvingningubrugelig %<_Alignas%> i tom erklÃ¦ringubrugelig %qs i tom erklÃ¦ringubrugelig lagringsklasseanvisning i tom erklÃ¦ringubrugeligt typenavn i tom erklÃ¦ringubrugelig typemodifikationer i tom erklÃ¦ringusing-erklÃ¦ring for ikke-medlem ved klassevirkefeltvalidate_value_data: LÃ¸kke i registertalskÃ¦de (%u)validate_value_data: [%u] Ugyldig next_regno til tom kÃ¦de (%u)validate_value_data: [%u] Ugyldig oldest_regno (%u)validate_value_data: [%u] Ikke-tomt register i kÃ¦de (%s %u %i)beregnet vÃ¦rdi benyttes ikkevÃ¦rdien af -mfixed-range skal vÃ¦re pÃ¥ formen REG1-REG2var-tracking-assignments Ã¦ndrer selektiv planlÃ¦gningvariabel %q+D del af aliascyklusvariablen %qD bliver tildelt en startvÃ¦rdi, men er af en ufuldstÃ¦ndig typevariabel eller felt erklÃ¦ret voidvariabelsymbol er ikke en variabelder blev anmodt om variabelsporing, men den er ikke understÃ¸ttet af dette fejlsÃ¸gningsformatder blev anmodt om variabelsporing, men den er nyttelÃ¸s uden fejlsÃ¸gningsinformationet objekt af variabel stÃ¸rrelse mÃ¥ ikke tildeles en startvÃ¦rdivec_extract accepterer kun 2 parametrevec_insert accepterer kun 3 parametrevec_lvsl er forÃ¦ldet for lilleendet; brug opgave for ikke justerede indlÃ¦sninger og lagrevec_lvsr er forÃ¦ldet for lilleendet; brug opgave for ikke justerede indlÃ¦sninger og lagrevektoroverlÃ¸b i udtrykverify_flow_info mislykkedesverify_flow_info: EfterfÃ¸lgende kant til basisblok %d er Ã¸delagtverify_flow_info: Dobbelt kant %i->%iverify_flow_info: Ukorrekte blokke til fald-gennem %i->%iverify_flow_info: Ukorrekt fald-gennem %i->%iverify_flow_info: Ukorrekt antal af blok %i %iverify_flow_info: Ukorrekt antal for kant %i->%i %iverify_flow_info: Ukorrekt frekvens af blok %i %iverify_flow_info: Ukorrekt sandsynlighed for kant %i->%i %iversionsattribut er ikke en strengen virtuel funktion kan ikke erklÃ¦res som friendsynlighedsegenskab er ikke understÃ¸ttet i denne konfiguration; ignorerettom vÃ¦rdi er ikke ignoreret som den burde vÃ¦rewaitpid mislykkedesadvarsel: skriver til LTRANS-uddatalisten til %s: %mforkert instruktion i fald-gennem-kantforkert antal skabelonsparametre (%d, skulle vÃ¦re %d)forkert parametertype til %sforkert parametertype til absforkert parametertype til bitkomplementforkert parametertype til konjugationforkert parametertype til formindskelseforkert parametertype til forÃ¸gelseforkert parametertype til unÃ¦rt udrÃ¥bstegnforkert parametertype til unÃ¦rt minusforkert parametertype til unÃ¦rt plusxstormy16_print_operand: ukendt kodebredde pÃ¥ nul i %s-formateringformateringsstreng %s med lÃ¦ngden nul
\ No newline at end of file
--- 514,532 ----
  oversÃ¦ttelse afsluttedes pÃ¥ grund af -fmax-errors=%u.
  oversÃ¦ttelse afsluttede.
  komplekse parametre skal have kommatalstypekomplekse parametre skal have identiske typerer i konflikt med %qDkonstruk/kopi-propagering deaktiveretconst_double_split modtog en ugyldig instruktion:konstant blev ikke genberegnet da ADDR_EXPR Ã¦ndrede sigkonstant har reference til sig selvkonstruktionsfunktionen kan ikke vÃ¦re en statisk medlemsfunktioncontinue-sÃ¦tning befinder sig ikke i en lÃ¸kkekontrol nÃ¥r til slutningen af ikke-void funktionkonvertering mangler type i slutningen af formateringkonvertering til en ufuldstÃ¦ndig typekonvertering til ikke-skalartype udbedtkonverterer NULL til en ikke-henvisningstypeÃ¸delagt profilinfo: kant fra %i til %i er stÃ¸rre end maksimum for antalÃ¸delagt profilinfo: antallet af kÃ¸rsler for kant %d-%d menes at vÃ¦re %iÃ¸delagt profilinfo: antal iterationer for basisblok %d menes at vÃ¦re %iÃ¸delagteprofilinfo: profildata er ikke forlÃ¸b-konsistentÃ¸delagt profilinfo: sum_all er mindre end sum_maxkunne ikke lukke nulstillet insn-dumpningsfilen %qs: %mkunne ikke finde et register at bortÃ¸dslekunne ikke finde specifikationsfilen %s
! kunne ikke Ã¥bne symbollÃ¸sningsfilen: %mkunne ikke fortolke filforskydningkunne ikke fortolke hex-talkunne ikke dele instruktionoprettet og brugt med andre ABI'eroprettet og brugt med en andre arkitekturer / ABI'eroprettet og brugt med forskellige indstillinger for -fpicoprettet og brugt med forskellige indstillinger for -fpieoprettet og brugt med en anden indstilling for Â»%sÂ«definition af data uden angivelse af type eller lagringsklassedatatypen for %q+D passer ikke med et registerdÃ¸d histogramfejlsÃ¸gfejlsÃ¸gningsformatet %qs er i modstrid med tidligere valgfejlsÃ¸gningsuddataniveau %qs er for hÃ¸jtfejlfinding: erklÃ¦ring erklÃ¦rer ikke nogetstandard %d minimum %d maksimum %dstandardparameter angivet i eksplicit specialiseringdefinition angivet for eksplicit instantieringfÃ¸lgning af en typeomtvunget henvisning vil bryde strenge aliasreglerdestruktionsfunktionen kan ikke vÃ¦re en statisk medlemsfunktiondestruktionsfunktioner mÃ¥ ikke have parametredeaktiver videregivelse %s for funktion %sdeaktiver videregivelse %s for funktioner i intervallet [%u, %u]division med nuldominator for %d burde vÃ¦re %d, ikke %ddobbelt lÃ¦nket liste pÃ¥ maskinekodenavne er Ã¸delagtduplikere %qDduplikere %qscase-vÃ¦rdi optrÃ¦der mere end Ã©n gang (mÃ¥ske pga. intervalsammenfald)asm-operandnavnet %qs optrÃ¦der mere end en gangcase-vÃ¦rdi optrÃ¦der mere end Ã©n gangdynamisk afhÃ¦ngighed %s ikke fundetelementtyper skal vÃ¦re ensemit_fusion_p9_load ikke MEMemit_fusion_p9_load, ugyldig reg #1emit_fusion_p9_load, ugyldig reg #2emit_fusion_p9_store ikke MEMemit_fusion_p9_store, ugyldig reg #1emit_fusion_p9_store, ugyldig reg #2udsender PIC-operand, men PIC-register er ikke sat optom erklÃ¦ringtom erklÃ¦ring med %<_Alignas%> erklÃ¦rer ikke mÃ¦rke igentom erklÃ¦ring med lagringsklasseanvisning erklÃ¦rer ikke mÃ¦rke igentom erklÃ¦ring med typemodifikation erklÃ¦rer ikke mÃ¦rke igentomt indeksinterval i startvÃ¦rditom venstreprÃ¦cision i %s-formateringtom prÃ¦cision i %s-formateringtomt interval angivettom skalarstartvÃ¦rdiugyldig videregivelse %s for funktion %saktiver videregivelse %s for funktioner i intervallet [%u, %u]aktivering af tilbagesporingsunderstÃ¸ttelse giver kun mening ved oversÃ¦ttelse for en Thumbaktivering af interarbejdeunderstÃ¸ttelse for kaldte objekter giver kun mening ved oversÃ¦ttelse for en Thumbomgivende klasseskabeloner er ikke eksplicit specialiseredeslutinstruktion %d for blok %d ikke fundet i instruktionsstrÃ¸mmenenum- og ikke enum-type i betinget udtrykenum-vÃ¦rdier overstige rÃ¦kkevidden af det stÃ¸rste heltalmiljÃ¸variablen DJGPP peger pÃ¥ den Ã¸delagte fil '%s'miljÃ¸variablen DJGPP peger pÃ¥ den manglende fil '%s'fejlfejl ved lukning af %s: %mfejl ved skrivning til %s: %mfejl: hÃ¥ndtering af undtagelser er slÃ¥et fra, angiv -fexceptions for at slÃ¥ dem tilmisforhold i undtagelse under hÃ¥ndtering af personlighedfor mange elementer i tabelstartvÃ¦rdifor mange elementer i char-tabelstartvÃ¦rdienfor mange elementer i skalarstartvÃ¦rdifor mange elementer i struct-startvÃ¦rdifor mange elementer i union-startvÃ¦rdifor mange elementer i vektorstartvÃ¦rdiexpand_binop mislykkedes i movsi gotforventede %<*%>forventede %<...%>forventede %<:%> or %<::%>forventede %<::%>forventede %<@synchronized%>forventede %<@throw%>forventede %<@try%>forventede %<__label__%>forventede %<__transaction_atomic%>forventede %<__transaction_relaxed%>forventede %<asm%>forventede %<catch%>forventede %<class%>forventede %<class%>, %<typename%>, eller %<template%>forventede %<decltype%>forventede %<delete%>forventede %<extern%>forventede %<namespace%>forventede %<new%>forventede %<operator%>forventede %<return%>forventede %<static_assert%>forventede %<template%>forventede %<throw%>forventede %<try%>forventede %<using%>forventede %<~%>forventet boolesk typeforventet funktionforventet numerisk typeudtrykket er af en ufuldstÃ¦ndig typeudvidede registre har ikke hÃ¸je halvdeleoverskydende krÃ¸llede paranteser ved slutningen af startvÃ¦rdienoverskydende elementer i skalarstarvÃ¦rdiekstra semikolon angivet i struct eller unionkunne ikke initialisere udvidelsesmodul %skunne ikke genindlÃ¦se:fastcall og cdecl er indbyrdes uforeneligefastcall og regparm er indbyrdes uforeneligefastcall og stdcall er indbyrdes uforeneligefastcall og thiscall er indbyrdes uforeneligefatal fejl: feltnavn ikke i struktur- eller union-startvÃ¦rdispecifikation af feltprÃ¦cisionfeltbreddefeltbredde i printf-formateringfeltbredde i scanf-formateringfeltbredde i strfmon-formateringfeltbredde i strftime-formateringspecifikation af feltbreddeudfyldningstegnudfyldningstegn i strfmon-formateringafslutningsfunktion fundet i objekt %sfÃ¸rste parameter skal vÃ¦re []bytekommatalskonstant misbrugtkommatalsoverlÃ¸b i udtrykkommatalskonstant er ikke en gyldig umiddelbar operandstrÃ¸mkontrolinstruktion inden i en basisblokformatformateringsparameter %d ubenyttet fÃ¸r den brugte parameter %d i formatering med $formateringsparameter %d brugt mere end en gang i %s-formateringformatering er en bredtegnsstrengformatering er ikke en strengkonstant og der er ingen formateringsparametreformatering er ikke en strengkonstant, parametertyper er ikke kontrolleretformatering er ikke en strengkonstant, formateringsstrengen er ikke kontrolleretformateringsstrengen har et ugyldigt operandtaldanner reference til voidkommatalssoftwarefuldfÃ¸relse krÃ¦ver -mtrap-precision=ifr30_print_operand: ugyldig '%%F'-kodefr30_print_operand: ugyldig '%%x'-kodefr30_print_operand: ugyldig operand til '%%A'-kodefr30_print_operand: ikke-hÃ¥ndteret MEMfr30_print_operand: ukendt kodefr30_print_operand: ukendt '%%B'-kodefr30_print_operand: ukendt '%%b'-kodefr30_print_operand: ukendt '%%p'-kodefr30_print_operand_address: ikke-hÃ¥ndteret adresserammestÃ¸rrelse for stor til pÃ¥lidelig stakkontrolfriend-erklÃ¦ringen er ikke i klassedefinitionenfriend-erklÃ¦ring krÃ¦ver klasseangivelse, dvs. %<friend %#T%>friend-erklÃ¦ring krÃ¦ver klasseangivelse, dvs. %<friend class %T::%D%>fr_print_operand: ukendt kodefunktion %q+D del af aliascyklusfunktionen %qD bliver tildelt en startvÃ¦rdi som en variabelforskellige funktionsattributterfunktionskrop kan ikke overskrives pÃ¥ sammenkÃ¦dningstidspunktetfunktionskrop er ikke tilgÃ¦ngeligfunktionskald har en sammensat vÃ¦rdifunktiondefinition har kvalificeret void-returtypefunktionen returnerer ikke en strengtypefunktion kan returnere adressen pÃ¥ en lokal variabelfunktion overvejes ikke for indbygningfunktion ikke erklÃ¦ret indlejret og kodestÃ¸rrelse vil voksefunktion kan ikke indbyggesfunktion er ikke en indbygningskandidaten funktions returtype kan ikke vÃ¦re en funktionfunktion returnerer adressen pÃ¥ en lokal variabelfunktion returnerer en vÃ¦rdi af en sammensat typefunktionsymbol er ikke en funktionfunktionstyper ikke er fuldt ud forenelige i ISO Cfunction_profiler-understÃ¸ttelse for MMIXgcc-styringsprogram version %s %skÃ¸rer gcc-version %s
  gcc-version %s %s
  gcov %s%s
  henter maksimumbegrÃ¦nsning pÃ¥ kernefilens stÃ¸rrelse: %men global registervariabel fÃ¸lger en funktionsdefinitionglobal registervariabel har en startvÃ¦rdigp_offset (%ld) eller end_offset (%ld) er mindre end nulhovedinstruktion %d for blok %d ikke fundet i instruktionsstrÃ¸mmenia64_print_operand: ukendt kodeignorerer #pragma %s %signorerer mere end en angivelse af mappen Â»%sÂ«
  ignorerer lÃ¸kkeannotationignorerer forkert udformet #pragma longcallignorerer den ikkeeksisterende mappe Â»%sÂ«
! implicit_section-flag er angivet men sektion er ikkeimplicit aflÃ¦ste registre skal grupperes i toppen af stakkenumulig registerbegrÃ¦nsing i %<asm%>i %s, ved %s:%di basisblok %d:utilgÃ¦ngelig udvidelsesmodulfil %s udvidet fra kort udvidelsesmodulnavn %s: %mupassende akkumulator for %qsuforenelige typer for modtageruforenelige typer i binÃ¦ret udtrykinkonsistent instansvariabelangivelseukorrekt instruktion:indeks skal vÃ¦re heltalindeksvÃ¦rdi i stedet for feltnavn i union-startvÃ¦rdiindirekte funktionskald med en endnu ikke afklaret calleeklargÃ¸ringsfunktion fundet i objekt %sklargÃ¸ring af fleksibelt tabelmedlemklargÃ¸ring af fleksibelt tabelmedlem i en indlejret kontekstklargjort felt med bivirkninger overskrevetstartvÃ¦rdielement kan ikke beregnes ved indlÃ¦sningstidspunktetstartvÃ¦rdielement er ikke en konstantstartvÃ¦rdien slutter for tidligtstartvÃ¦rdien for kommatal er ikke en kommatalskonstanttildeling af startvÃ¦rdi er ugyldig for statisk medlem med konstruktionsfunktionstartvÃ¦rdistrengen til char-tabellen er for langinline funktion %q+D givet egenskaben noinlineinddataoperandbegrÃ¦nsningen indeholder %qcinstruktion %d er i flere basisblokke (%d og %d)instruktion indeholder en ugyldig adresse!instruktion tilfredsstiller ikke sine begrÃ¦nsninger:instruktion uden for basisblokinstallering: %s%s
! instruktion aldrig udfÃ¸rtinstruktionsplanlÃ¦gning understÃ¸ttes ikke pÃ¥ mÃ¥larkitekturenutilstrÃ¦kkelige kontekstuelle oplysninger til at afgÃ¸re typenint-tabel fÃ¥r tildelt startvÃ¦rdi fra en ikke-bred strengheltalsoverlÃ¸b i udtrykintern oversÃ¦tterfejlintern oversÃ¦tterfejl - ugyldig adresse:intern oversÃ¦tterfejl - ukorrekt skift:intern oversÃ¦tterfejl - ugyldig tilstand:intern oversÃ¦tterfejl: intern fejl: ugyldigt register: %dintern fejl: cris_side_effect_mode_ok med ugyldige operanderintern fejl: bivirkningsinstruktion pÃ¥virker hovedvirkningafbrydelsesservicerutiner kan ikke kodes i Thumb-tilstandinterrupt_thread er kun tilgÃ¦ngelig pÃ¥ fidougyldig #pragma %sugyldig %%-kodeugyldig %%A-operandugyldig %%B-operandugyldig %%C-operandugyldig %%C-vÃ¦rdiugyldig %%D-operandugyldig %%D-vÃ¦rdiugyldig %%E-vÃ¦rdiugyldig %%F-vÃ¦rdiugyldig %%G-tilstandugyldig %%G-vÃ¦rdiugyldig %%J-kodeugyldig %%J-vÃ¦rdiugyldig %%K-vÃ¦rdiugyldig %%L-vÃ¦rdiugyldig %%M-vÃ¦rdiugyldig %%N-vÃ¦rdiugyldig %%O-vÃ¦rdiugyldig %%P-operandugyldig %%P-vÃ¦rdiugyldig %%R-vÃ¦rdiugyldig %%T-vÃ¦rdiugyldig %%U-vÃ¦rdiugyldig %%Y-operandugyldig %%c-operandugyldig %%d-operandugyldig %%e-vÃ¦rdiugyldig %%f-operandugyldig %%f-vÃ¦rdiugyldig %%h-vÃ¦rdiugyldig %%j-kodeugyldig %%j-vÃ¦rdiugyldig %%k-vÃ¦rdiugyldig %%m-vÃ¦rdiugyldig %%p-vÃ¦rdiugyldig %%q-vÃ¦rdiugyldig %%r-vÃ¦rdiugyldig %%s-operandugyldig %%s-vÃ¦rdiugyldig %%u-vÃ¦rdiugyldig %%v-vÃ¦rdiugyldig %%x-vÃ¦rdiugyldig %%xn-kodeugyldig %%y-vÃ¦rdi, prÃ¸v at brug Â»ZÂ«-begrÃ¦nsningenugyldig Â»asmÂ«: ugyldig Â»--paramÂ«-vÃ¦rdi %qsugyldig IACC-parameterugyldig UNSPEC som operandugyldig UNSPEC som operand: %dugyldig adresseugyldig adresse til Â»OÂ«-uddataÃ¦ndringugyldig adresse til Â»RÂ«-uddataÃ¦ndringugyldig adresse for Â»SÂ«-uddatamodifikationugyldig adresseringstilstandugyldig parameter for egenskaben %qEugyldig parameter for egenskaben %qsugyldig stamklasseangivelseugyldig sammenligning af nil med nilugyldig sammenligningsoperator til Â»EÂ«-Ã¦ndringugyldig betinget operandugyldig const_double-operandugyldig konstant:ugyldig konstant - prÃ¸v at bruge en uddataÃ¦ndringugyldig konstant til uddataÃ¦ndringen Â»%cÂ«ugyldig konstantvektor for uddataÃ¦ndringen Â»%cÂ«ugyldige begrÃ¦nsninger for operandugyldig konvertering fra %<__fpreg%>ugyldig konvertering til %<__fpreg%>ugyldigt tilvalg for datamodel -mdata-model=%sugyldig erklÃ¦rerugyldigt udtryk - prÃ¸v at brug en uddataÃ¦ndringugyldigt udtryk som operandugyldig udtryk til uddataÃ¦ndringen Â»%cÂ«ugyldig fÃ¸rste operand for MEM_REFugyldig startvÃ¦rdiugyldig instruktion:ugyldig linje i lÃ¸sningsfilenugyldig maskeugyldig forskydningsoperand for MEM_REFugyldig operandugyldig operandadresseugyldig operandkode Â»%cÂ«ugyldig operand for Â»%%%cÂ«ugyldig operand til Â»AÂ«-Ã¦ndringugyldig operand til Â»DÂ«-Ã¦ndringugyldig operand til Â»HÂ«-Ã¦ndringugyldig operand til Â»OÂ«-Ã¦ndringugyldig operand til Â»TÂ«-Ã¦ndringugyldig operand til Â»bÂ«-Ã¦ndringugyldig operand til Â»eÂ«-Ã¦ndringugyldig operand til Â»mÂ«-Ã¦ndringugyldig operand til Â»oÂ«-Ã¦ndringugyldig operand til Â»pÂ«-Ã¦ndringugyldig operand til Â»zÂ«-Ã¦ndringugyldig operand for koden Â»%cÂ«ugyldigt operandÃ¦ndringsbogstavugyldig operand-uddatakodeugyldig operandprÃ¦fiksugyldig operandprÃ¦fiks Â»%%%cÂ«ugyldig operandstÃ¸rrelse for operandkoden Â»OÂ«ugyldig operandstÃ¸rrelse for operandkoden Â»ZÂ«ugyldig operandstÃ¸rrelse for operandkoden Â»zÂ«ugyldig operand til %%H/%%L-kodenugyldig operand til %%M-kodenugyldig operand til %%N-kodenugyldig operand til %%O-kodenugyldig operand til %%Rugyldig operand til %%R-kodenugyldig operand til %%Sugyldig operand til %%T/%%B-kodenugyldig operand til %%U-kodenugyldig operand til %%V-kodenugyldig operand til %%Z-kodenugyldig operand til %%p-kodenugyldig operand til %%s-kodenugyldig operand til %%z-kodenugyldig operandtype brugt med operandkoden Â»ZÂ«ugyldig operation pÃ¥ %<__fpreg%>ugyldig parameter %qsugyldig videregivelse af positioneringsoperationugyldig position eller stÃ¸rrelsesoperant for BIT_FIELD_REFugyldig egenskabserklÃ¦ringugyldig prototype for Â»%sÂ«ugyldig punktuering %qc i begrÃ¦nsningugyldige modifikationer for ikke-medlemsfunktionstypeugyldig reference til Â»JÂ«-uddataÃ¦ndringugyldigt registernavn for %q+Dugyldig lÃ¸sning i lÃ¸sningsfilenugyldig skift-operandugyldig type for make-funktionugyldigt brug af %%d, %%x eller %%Xugyldig brug af %<...%> kaldende ikke-variadic funktionugyldig brug af %<...%> med indbygget funktionugyldig brug af %<...%> med ikke-skiveugyldig brug af Â»%%%cÂ«ugyldig brug af Â»:Â«-Ã¦ndringugyldig brug af en henvisning til en ufuldstÃ¦ndig type i henvisningsberegningugyldig brug af tabel uden angivne grÃ¦nserugyldig brug af asm-flaguddataugyldig brug af fleksibelt tabelmedlemugyldig brug af metodevÃ¦rdi som argument for Offsetofugyldig brug af en tabel der ikke kan optrÃ¦de som en venstrevÃ¦rdiugyldig brug af struktur med fleksibelt tabelmedlemugyldig brug af typeugyldig brug af void-udtrykugyldig zero-udtrÃ¦kden skal vÃ¦re adressen af en funktion med ekstern kÃ¦dningspring til case-etiketragelse i slutningen 'af #pragma %s'ragelse i slutningen af '#pragma ghs endsda'ragelse i slutningen af '#pragma ghs endtda'ragelse i slutningen af '#pragma ghs endzda'ragelse i slutningen af '#pragma ghs interrupt'ragelse i slutningen af '#pragma ghs section'ragelse i slutningen af '#pragma ghs startsda'ragelse i slutningen af '#pragma ghs starttda'ragelse i slutningen af '#pragma ghs startzda'ragelse i slutningen af #pragma longcallragelse i slutningen af '#pragma options'ragelse i slutningen af '#pragma unused'etiket med navnet wchar_tlang_*-kontrol: mislykkedes i %s, ved %s:%dsproget %s ikke genkendtstort heltal forkortes underforstÃ¥et til type uden fortegnld returnerede afslutningskoden %dvenstre parameter skal vÃ¦re en skivevenstreprÃ¦cisionvenstreprÃ¦cision i strfmon-formateringvenstreskiftsantal er stÃ¸rre end bredden af typenvenstreskiftsantal er negativvenstreoperanden til kommaudtrykket har ingen virkninglen stÃ¸rre end caplÃ¦ngdetilpasninglÃ¦ngdetilpasning i printf-formateringlÃ¦ngdetilpasning i scanf-formateringlÃ¦ngdemodifikation i strfmon-formateringlÃ¦ngde krÃ¦vet nÃ¥r en skive allokeresbogstavet %c blev fundet og instruktionen var ikke CONST_INTbiblioteker: %s
! biblioteket lib%s ikke fundetlo_sum ikke af registerlto_obj_file_open() mislykkedesforkert udformet '#pragma builtin'forkert udformet '#pragma ghs section'forkert udformet '#pragma redefine_extname' - ignoreretforkert udformet '#pragma weak' - ignoreretforkert udformet '#pragma options align={mac68k|power|reset}', ignorererforkert udformet '#pragma options', ignorererforkert udformet tilvalg -fplugin-arg-%s (mangler -<nÃ¸gle>[=<vÃ¦rdi>])forkert udformede specifikationsfunktionsparametreforkert udformet specifikationsfunktionsnavnmaske skal vÃ¦re en umiddelbar vÃ¦rdimatchbegrÃ¦nsningen tillader ikke et registerbegrÃ¦nsningen er ikke gyldig for uddataoperandenbegrÃ¦nsning refererer til et ugyldigt operandtalmaksimalt antal tabeller per scop.maksimalt antal grundlÃ¦ggende blokke per funktion, der skal analyseres af Graphite.maksimalt antal isl-operationer, 0 betyder ubegrÃ¦nsetmaksimalt antal parametre i en SCoP.maksimumvÃ¦rdi for parameter %qs er %ukan ikke bruge bÃ¥de -EB og -EL-m32 og -m64 er indbyrdes uforeneligemediafunktioner er ikke tilgÃ¦ngelige medmindre -mmedia benyttesmedlemsfunktioner er underforstÃ¥et venner af deres klassehukommelsesreference forventet til Â»SÂ«-uddataÃ¦ndringmetodeattributter er ikke tilgÃ¦ngelige i Objective-C 1.0metodeattributter kan ikke angives i @implementation-kontekstmetodedefinitionen optrÃ¦der ikke i @implementation-kontekstminimalt antal lÃ¸kker per funktion som analyseres af Graphite.minimumvÃ¦rdi for parameter %qs er %uMIPS16-funktionsprofileringuafbalancerede argumenteruafbalancerede erklÃ¦ringer under linktime-optimeringuens antal parentesermistet loopoptimering, looptÃ¦lleren kan lÃ¸be overmanglende $-operandnummer i formateringmanglende '(' efter '#pragma unused', ignorerermanglende ')' efter '#pragma unused', ignorerermanglende barriere efter blok %ikrÃ¸llede paranteser mangler omkring startvÃ¦rdienmanglende afsluttende krÃ¸llet parantes til navngiven operandmanglende slutparantesmangler fyldtegn i slutningen af strfmon-formateringmanglende talmanglende startparantesmanglende operandmanglende afsluttende '%c'-tegnmanglende typenavn i typedef-erklÃ¦ringblanding af forskellige symboltyper i samme comdata-gruppe er ikke understÃ¸ttetms_hook_prologue er ikke forenelig med den indlejrede funktionflerdimensional tabel skal have grÃ¦nser for alle dimensioner pÃ¥nÃ¦r den fÃ¸rstemere end et -mcpu=-tilvalg angivet.flere default-etiketter i Ã©n switch-konstruktionder er angivet flere funktionstypeattributterflere typer i Ã©n erklÃ¦ringmultiple-value parameter i enkel-vÃ¦rdi kontekst'#include <typeinfo>' er nÃ¸dvendig fÃ¸r typeid kan benyttesmystisk info om opbevaringssted i '%s'navn mangler for medlemsfunktionanonyme variabler af sammensatte typer i navnerumsvirkefelt skal erklÃ¦res staticnegativ instruktionslÃ¦ngdenegativt heltal forkortes underforstÃ¥et til type uden fortegnindlejrede alternativer for maskinkodedialekterindlejrede funktionstrampoliner er ikke understÃ¸ttet pÃ¥ denne mÃ¥larkitektur-indlejrede funktioner er ikke understÃ¸ttet pÃ¥ denne mÃ¥larkitekturnew kan ikke bruges pÃ¥ en funktionstypenew kan ikke bruges pÃ¥ en referencetypeingen FUNCTION_PROFILER for CRISingen parametreingen parametre til specifikationsfunktioningen inddatafileringen inputfiler; vil ikke skrive outputfileringen lave registre er tilgÃ¦ngelige til at modtage vÃ¦rdier fra hÃ¸je registreingen profilering af 64 bit-kode for denne ABIingen registre i adresseingen return-sÃ¦tning i en funktion der ikke returnerer voidintet semikolon i slutningen af struct eller unionnode er forskellig fra node->decl->decl_with_vis.symtab_nodenode har body_removed men er en definitionnode har ukendt typenode er alias men ikke definitionnode er alias men ikke implicit aliasnode er alene i en comdat-gruppenode er i same_comdat_grooup-liste men har ingen comdat_groupnode blev ikke fundet i symtabs maskinkodehashnode blev ikke fundet node->decl->decl_with_vis.symtab_nodemisforhold i ikke-kald undtagelseshÃ¥ndteringikke-heltal brugt i betingelseikke-statisk klargÃ¸ring af fleksibelt tabelmedlemtabelindekset i startvÃ¦rdien er ikke en konstantikke-nul egenskab uden parametre til en ikke-prototypenormalisering kan ikke sameksistere med skalering
  ikke nok parametreikke tilstrÃ¦kkelig information om typenbemÃ¦rkbemÃ¦rk: tal skal enten vÃ¦re 0 eller 1antallet af basisbloknoter i instruktionskÃ¦den (%d) != n_basic_blocks (%d)antallet af resultater matcher ikke antallet af vÃ¦rdierforÃ¦ldet Maverick-formatkode Â»%cÂ«forskydning af pakket bit-felt %qD har Ã¦ndret sig i GCC 4.4kun variabler uden startvÃ¦rdi kan placeres i .bss-sektionenkun variabler uden startvÃ¦rdi kan placeres i .noinit-sektionenkun svage aliaser understÃ¸ttes i denne konfigurationÃ¥bn /dev/zero: %mÃ¥bner LTRANS-uddatalisten %s: %moperandbegrÃ¦nsning indeholder forkert placeret %<+%> eller %<=%>operand er ikke en betingelseskode, ugyldig operandkode Â»%cÂ«operand er ikke en betingelseskode, ugyldig operandkode Â»DÂ«operand er ikke en betingelseskode, ugyldig operandkode Â»YÂ«operand er ikke et specifikt heltal, ugyldig operandkode Â»rÂ«operand er ikke et heltal, ugyldig operandkode Â»KÂ«operand er ikke et heltal, ugyldig operandkode Â»RÂ«operand er ikke en offsettable-hukommelsesreference, ugyldig operandkode Â»HÂ«operandtal mangler efter %%-letteroperandtal er uden for det gyldige intervaloperandnummer uden for det gyldige intervaloperandnummer angiver for formatering der ikke tager mod parametreoperandnummer angivet med undertrykt tildelingoperander til %T/%t skal vÃ¦re reg + const_int:misforhold i optimeringsniveauattributtilvalg slÃ¥et til: tilvalg overbragt: ordnet sammenligning af henvisning med heltallet nuloprindeligt indirekte funktionskald er ikke overvejet for indlejringoprindelig specificeret herydre transaktion i %<transaction_may_cancel_outer%> funktionydre transaktion i %<transaction_safe%> funktionydre transaktion i transaktionuddatabegrÃ¦nsning %d kan ikke angives samtidig med overskrivning af Â»%sÂ«uddatabegrÃ¦nsning %d skal angive et enkelt registeruddatabegrÃ¦nsning %qc for operanden %d er ikke ved begyndelsenuddatafilnavnet er angivet to gangeuddata nr. %d kan ikke adresseres direkteuddataoperand %d skal bruge %<&%>-begrÃ¦nsningenuddataoperandbegrÃ¦nsning mangler %<=%>uddataoperand er konstant i %<asm%>uddataregistre skal grupperes i toppen af stakkenoutput_move_single:tabeldimension for storoverlÃ¸b i konstant udtrykenum-vÃ¦rdier for storeoverlÃ¸b i underforstÃ¥et konstant konverteringflertydig funktion uden kontekstuelle typeoplysningerpacked-egenskab forÃ¥rsager ineffektiv justeringpacked-egenskab forÃ¥rsager ineffektiv justering af %q+Dpacked-egenskab forÃ¥rsager ineffektiv justering af %qEpacked-egenskab er unÃ¸dvendigpacked-egenskab er unÃ¸dvendig for %q+Dpacked-egenskab er unÃ¸dvendig for %qEudfylder struct-stÃ¸rrelse til justeringskantudfylder struct for at justere %q+Dparameteren %qD bliver tildelt en startvÃ¦rdiparameternavne (uden typer) i funktionserklÃ¦ringenvideregivelse %qs blev ikke fundet, men er refereret af ny videregivelse %qsvideregivelse %s understÃ¸tter ikke kloningpedwarnpedwarn: permerrorpermerror: udvidelsesmodul %s registrerede en null-tilbagekaldsfunktion for hÃ¦ndelse %sudvidelsesmodul %s skal specificeres fÃ¸r -fplugin-arg-%s i kommandolinjenudvidelsesmodul %s blev specificeret med andre stier:<n%s
! %sudvidelsesmodul kan ikke registrere en manglende videregivelseudvidelsesmodul kan ikke registrere en unavngivet videregivelseudvidelsesmodul kan ikke registrere videregivelse %qs uden reference for videregivelsesnavnhenvisning til en funktion benyttet i udregninghenvisning til en funktion benyttet i subtraktionhenvisningstyperne i betingelsesudtrykket passer ikke sammenen henvisningsvÃ¦rdi er angivet hvor der forventedes et komplekst talen henvisningsvÃ¦rdi er angivet hvor der forventedes en kommatalsvÃ¦rdihenvisning til medlemsfunktionen %E kan ikke kaldes uden et objekt; overvej at benytte .* eller ->*henvisnings- og heltalstype i betingelsesudtrykket passer ikke sammenhenvisningsvariabler er ikke tilladt som case-vÃ¦rdierpostfiks forÃ¸gelsesadresse er ikke et registerprÃ¦fiks formindskelsesadresse er ikke et registerprÃ¦fiks forÃ¸gelsesadresse er ikke et registerprÃ¦cisionprÃ¦cision i printf-formateringprev_bb for %d bÃ¸r vÃ¦re %d, ikke %dprofiler-understÃ¸ttelse for CR16profilering er endnu ikke implementerer for denne arkitekturprogrammer: %s
! egenskab kan ikke vÃ¦re et bit-feltegenskab kan ikke vÃ¦re en array (tabel)protokolattributter er ikke tilgÃ¦ngelige i Objective-C 1.0skrivebeskyttet egenskab kan ikke angivesrekursiv indbygningomerklÃ¦ring af egenskaben %qDomdefinerede eksterne indbyggede funktioner overvejes ikke for indlejringreferencen %qs kan ikke erklÃ¦res %<mutable%>reference til ikke-venstrevÃ¦rdi returneretregisternavn ikke angivet for %q+Dregister for %qD brugt til flere globale registervariablerregister eller hukommelsesudtryk forventet til Â»MÂ«-uddataÃ¦ndringregister eller hukommelsesudtryk forventet til Â»NÂ«-uddataÃ¦ndringregparam og thiscall er indbyrdes uforeneligeafslappet transaktion i %<transaction_safe%> funktionafslappet transaktion i atomar transaktionfjerner .rpo-fil: %momdÃ¸b specifikation %s til %s
! omdÃ¸ber .rpo-fil: %mgentaget %s i formateringarkivfilen Â»%sÂ« indeholder ikke kommandolinjeparametreangivet justering er for storden udbedte init_priority er ikke en heltalskonstantden udbedte init_priority er uden for det gyldige intervalden udbedte init_priority er reserveret til intern brugreturnering fÃ¸lges ikke af barrierereturtypen er en ufuldstÃ¦ndig typeangivelse af returneringstypen til konstruktionsfunktion er ugyldigtangivelse af returneringstypen til destruktionsfunktion er ugyldigtreturnerer en vÃ¦rdi fra en konstruktionsfunktionreturnerer en vÃ¦rdi fra en destruktionsfunktionreturnerer reference til midlertidig variabelhÃ¸jreprÃ¦cisionhÃ¸jreprÃ¦cision i strfmon-formateringhÃ¸jreskiftsantal er stÃ¸rre end bredden af typenhÃ¸jreskiftsantal er negativafrundingstilstand er ikke understÃ¸ttet for VAX-kommatalsame_comdat_group er ikke en cirkulÃ¦r listesame_comdat_group-liste over forskellige grupperanden parameter skal vÃ¦re skive eller strengsektion for alias %q+D skal matche sektion for dens mÃ¥larkitektursektionstypekonfliktafsnitstypekonflikt med %DvÃ¦lger skal vÃ¦re en umiddelbar vÃ¦rdiangiver kernefilens stÃ¸rrelsesbegrÃ¦nsning til maksimum: %mshared og mdll er indbyrdes uforeneligeshow_expr(): Ved ikke hvordan udtryk skal visessideeffekter blev ikke genberegnet da ADDR_EXPR Ã¦ndrede sigstÃ¸rrelse i tabel-new skal vÃ¦re en heltalstypestÃ¸rrelsen af %q+D er %d bytestÃ¸rrelsen af %q+D er stÃ¸rre end %wd bytestÃ¸rrelsen af tabel er negativstÃ¸rrelsen af tabel er ikke af et heltalligt konstantudtrykskive-slutning skal vÃ¦re heltaldesvÃ¦rre, ikke implementeretdesvÃ¦rre, ikke implementeret: specifikationsfil har ingen specifikation til sammenkÃ¦dningspecifikation er '%s'
  
! specialisering af underforstÃ¥et erklÃ¦ret speciel medlemsfunktion%%include-syntaks i specifikationer misdannet efter %ld tegn%%rename-syntaks i specifikationer misdannet efter %ld tegn%s-specifikation i specifikationer kunne ikke findes til omdÃ¸belsespecifikationsfil misdannet efter %ld tegnukendt %%-kommando i specifikationer efter %ld tegnstakgrÃ¦nseudtryk understÃ¸ttes ikkestakgrÃ¦nser understÃ¸ttes ikke pÃ¥ mÃ¥larkitekturenstakregister brugt til global registervariabelstakbrugsberegning er ikke understÃ¸ttet for denne mÃ¥larkitekturstakbrug er %wd bytestakramme kan vÃ¦re %wd bytestakbrug kan vÃ¦re ubundetstack_offset skal gÃ¥ op i 4stack_offset skal vÃ¦re mindst 4stakramme for stor: %d bytestatic eller typemodifikationer i ikke-parametertabelerklÃ¦ringstdcall og cdecl er indbyrdes uforeneligestdcall og fastcall er indbyrdes uforeneligestdcall og thiscall er indbyrdes uforeneligelagringsklasse angivet for typenavnlagringsklasseanvisninger er ugyldige i vennefunktionserklÃ¦ringerlagringsklasseanvisninger er ugyldige i parametererklÃ¦ringerstrateginavnet %qs angivet for tilvalget %qs er ikke understÃ¸ttet for 32-bit kodestrftime-formater kan ikke formatere parametrestrukturstÃ¸rrelsesgrÃ¦nse kan kun sÃ¦ttes til 8 eller 32indeks mangler i tabelopslagvÃ¦rdien der er pÃ¥fÃ¸rt et indeks, er hverken en tabel eller en henvisningsvariabelforeslÃ¥r paranteser omkring tildeling der er benyttet som boolsk vÃ¦rdiswitch-konstruktion mangler defaultswitch-stÃ¸rrelsen er ikke et heltalswitch-sÃ¦tning med %lu elementer er for storsymbolske hukommelsesreferencer er kun understÃ¸ttet pÃ¥ z10 eller seneresymtab_node::verify mislykkedestager adressen pÃ¥ midlertidig variabelat tage adressen af en etiket fÃ¸lger ikke standardenmÃ¥lprocessoren understÃ¸tter ikke THUMB-instruktionermÃ¥lprocessoren understÃ¸tter ikke interarbejdemÃ¥larkitekturegenskab er ikke understÃ¸ttet pÃ¥ denne maskinemÃ¥lprocessoren understÃ¸tter ikke uendeligmisforhold i mÃ¥lspecifikke tilvalgmÃ¥lsystemet understÃ¸tter ikke fejlfindingsuddatamÃ¥larkitektursystem understÃ¸tter ikke %qs-fejlsÃ¸gningsformatetskabelonsparameter %d er ugyldigskabelonsklasse uden et navnskabelonsparameterliste benyttet i eksplicit instantieringskabelonsparametre kan ikke vÃ¦re vennerskabelonsspecialisering med C-kÃ¦dningskabelon med C-kÃ¦dningarkitekturen %qs understÃ¸tter ikke ulige enkelprÃ¦cision registreÂ» Â«-printf-flagetÂ»!Â«-strfmon-flagetÂ»#Â«-printf-flagetÂ»#Â«-strftime-flagetÂ»'Â«-printf-flagetÂ»'Â«-scanf-flagetÂ»(Â«-strfmon-flagetÂ»+Â«-printf-flagetÂ»+Â«-strfmon-flagetÂ»-Â«-printf-flagetÂ»-Â«-strfmon-flagetÂ»-Â«-strftime-flagetÂ»0Â«-printf-flagetÂ»0Â«-strftime-flagetÂ»EÂ«-strftime-modifikationenÂ»IÂ«-printf-flagetÂ»IÂ«-scanf-flagetÂ»OÂ«-modifikationÂ»OÂ«-strftime-modifikationenÂ»^Â«-strfmon-flagetÂ»^Â«-strftime-flagetÂ»_Â«-strftime-flagetÂ»aÂ«-scanf-flagetÂ»mÂ«-scanf-flagetÂ»qÂ«-diagnostiskflagetden tildelingsundertrykkende scanf-facilitetm210 har ikke understÃ¸ttelse for lilleendetregisteret specificeret for %q+D er ikke generelt nok til at blive brugt som en registervariabeldenne kommatalskonstant er kun unsigned i ISO C90denne kommatalskonstant ville vÃ¦re unsigned i ISO C90dette er instruktionen:denne mediafunktion er kun tilgÃ¦ngelig pÃ¥ fr500denne mÃ¥larkitektur understÃ¸tter ikke %qsmÃ¥larkitekturen har ikke forsinkede forgreningertrÃ¥d-lokal COMMON-data er ikke implementeretkaster NULL som har en heltals-, ikke en henvisningstypefor at generere afhÃ¦ngigheder skal du angive enten -M eller -MMfor fÃ¥ parametre til funktionenfor fÃ¥ udtryk for structfor stor funktionsvÃ¦rditype, behÃ¸ver %d registre, har kun %d registre til dettefor mange '#pragma options align=reset'for mange parametrefor mange parametre til formateringfor mange parametre til funktionenfor mange parametre for makefor mange udtryk for structfor mange filnavne angivet - vejledning i brug kan fÃ¥s med '%s --help'for mange inddatafilerfor mange Ã¥bne parentesertraditionel C tillader ikke ISO C-functionsdefinitionertraditionel C forbyder klargÃ¸ring af auto-variabler af sammensatte typertraditionel C forbyder tildeling af startvÃ¦rdi til unionertraditionel C tillader ikke operatoren unÃ¦r plusfÃ¦ldetilstand er ikke understÃ¸ttet for VAX-kommataltrÃ¦-kontrol: %s, har %s i %s, ved %s:%dtrÃ¦kontrol: tilgik udtrykstrÃ¦ %d af tree_int_cst med %d udtrykstrÃ¦er i %s, ved %s:%dtrÃ¦kontrol: tilgik udtrykstrÃ¦ %d af tree_vec med %d udtrykstrÃ¦er i %s, ved %s:%dtrÃ¦kontrol: tilgik operand %d af %s med %d operander i %s, ved %s:%dtrÃ¦kontrol: tilgik operand %d af omp_clause %s med %d operander i %s, ved %s:%dtrÃ¦-kontrol: forventede ikke klasse %qs, har %qs (%s) i %s, ved %s:%dtrÃ¦-kontrol: forventede klasse %qs, har %qs (%s) i %s, ved %s:%dtrÃ¦-kontrol: forventede ingen af %s, har %s i %s, ved %s:%dtrÃ¦-kontrol: forventede omp_clause %s, har %s i %s, ved %s:%dtrÃ¦-kontrol: forventede trÃ¦ som indeholder %qs-struktur, har %qs i %s, ved %s:%dforsÃ¸gte at afslutte struct, men blev stoppet af tidligere fortolkningsfejlforsÃ¸g pÃ¥ at gÃ¸re klassen %qT til ven af det globale virkningsfelttypen %qs overholder ikke protokollen %qEtype er forÃ¦ldettype er forÃ¦ldet: %stype er ikke forenelig med dens varianttyperne i betingelsesudtrykket passer ikke sammen'typenavn er erklÃ¦ret som en funktion, der returnerer en funktiontypenavn er erklÃ¦ret som en funktion, der returnerer en arraytypen af den formelle parameter %d er ufuldstÃ¦ndigtypemodifikationer ignoreret i funktionsreturtypenvariablen til tabel-delete er hverken af en henvisnings- eller en tabeltypetypevariants TREE_TYPEtypes TREE_TYPEtypeomtvingning af ufuldstÃ¦ndig type bryder muligvis strenge aliasreglertypedef %qD bliver tildelt en vÃ¦rdi (benyt __typeof__ i stedet)typedef-erklÃ¦ringer er ugyldig i parametererklÃ¦ringertypedef erklÃ¦ret %<auto%>typedef-navn kan ikke vÃ¦re en indlejret-navn-specifikationtyper er ikke helt foreneligekan ikke beregne virkelig placering af stakkede parametrekan ikke finde et register at bortÃ¸dsle i klassen %qskunne ikke generere genindlÃ¦sninger for:kan ikke Ã¥bne den dynamiske afhÃ¦ngighed '%s'kunne ikke Ã¥bne filenkan ikke bruge '%s' til PIC-registerubetinget %2d aldrig udfÃ¸rt
  ubetinget %2d valgt %s
! ikkedefineret navngiven operand %qsuventet grundtype in cris_print_baseuventet indekstype i cris_print_indexuventet multiplikativ operanduventet forskydninguventet operanduventede bivirkninger i adresseunion kan ikke ikke gÃ¸res gennemsigtigukendt tilvalg -mdebug-%sukendt CRIS-versionsspecifikation i -mtune=: %sukendt CRIS-versionsspecifikation i -march= eller -mcpu=: %sukendt tls-model %qsukendt justering %qs angivet for tilvalget %qsukendt tabelstÃ¸rrelse i deleteukendt tilbagekaldshÃ¦ndelse registreret af udvidelsesmodul %sukendt cc_attr-vÃ¦rdiukendt destukendt instruktionstilstandukendt flytteinstruktion:ukendt videregivelse %s angivet i -fdisableukendt videregivelse %s angivet i -fenableukendt tegnsÃ¦tning Â»%cÂ«ukendt registernavn: %sukendt relokaliserings-unspecukendt srcukendt vÃ¦rdi %qs for -mcpuukendt vÃ¦rdi %qs for -mtuneunavngiven struct/union som ikke definerer nogen instanserunavngiven variabel eller felt erklÃ¦ret voiduordnet sammenligning af ikke-kommatalsparameterkan ikke nÃ¥sukendt instruktion:ukendt adresseukendt formateringsanvisningukendt GCC-fejlfindingstilvalg: %cukendt tilvalg -fdisableukendt tilvalg -fenableukendt formodet konstantikke genkendt synlighedsvÃ¦rdi %qsuoprettelig fejlusikker funktionkald %qD indenfor %<transaction_safe%> funktionusikker funktionkald %qD indenfor atomar transaktionusikker funktionkald %qE indenfor %<transaction_safe%> funktionusikker funktionkald %qE indenfor atomar transaktionusikker indirekte funktionkald indenfor %<transaction_safe%> funktionusikker indirekte funktionkald indenfor atomar transaktionikke understÃ¸ttet parametertype for indbygget funktionikke-understÃ¸ttet kombination: %sfast-punkt-konvertering er ikke understÃ¸ttetikke-understÃ¸ttet operandstÃ¸rrelse for udvidede registrestÃ¸rrelse er ikke understÃ¸ttet for heltalsregisteruafsluttet alternativ for maskinkodedialektuafsluttet formateringsstrengubenyttede parametre i formatering med $brug intern funktions-id i profilopslag.brug af %s og %s sammen i %s-formateringbrug af Ã¦ldre type typeomtvingningubrugelig %<_Alignas%> i tom erklÃ¦ringubrugelig %qs i tom erklÃ¦ringubrugelig lagringsklasseanvisning i tom erklÃ¦ringubrugeligt typenavn i tom erklÃ¦ringubrugelig typemodifikationer i tom erklÃ¦ringusing-erklÃ¦ring for ikke-medlem ved klassevirkefeltvalidate_value_data: LÃ¸kke i registertalskÃ¦de (%u)validate_value_data: [%u] Ugyldig next_regno til tom kÃ¦de (%u)validate_value_data: [%u] Ugyldig oldest_regno (%u)validate_value_data: [%u] Ikke-tomt register i kÃ¦de (%s %u %i)beregnet vÃ¦rdi benyttes ikkevÃ¦rdien af -mfixed-range skal vÃ¦re pÃ¥ formen REG1-REG2var-tracking-assignments Ã¦ndrer selektiv planlÃ¦gningvariabel %q+D del af aliascyklusvariablen %qD bliver tildelt en startvÃ¦rdi, men er af en ufuldstÃ¦ndig typevariabel eller felt erklÃ¦ret voidvariabelsymbol er ikke en variabelder blev anmodt om variabelsporing, men den er ikke understÃ¸ttet af dette fejlsÃ¸gningsformatder blev anmodt om variabelsporing, men den er nyttelÃ¸s uden fejlsÃ¸gningsinformationet objekt af variabel stÃ¸rrelse mÃ¥ ikke tildeles en startvÃ¦rdivec_extract accepterer kun 2 parametrevec_insert accepterer kun 3 parametrevec_lvsl er forÃ¦ldet for lilleendet; brug opgave for ikke justerede indlÃ¦sninger og lagrevec_lvsr er forÃ¦ldet for lilleendet; brug opgave for ikke justerede indlÃ¦sninger og lagrevektoroverlÃ¸b i udtrykverify_flow_info mislykkedesverify_flow_info: EfterfÃ¸lgende kant til basisblok %d er Ã¸delagtverify_flow_info: Dobbelt kant %i->%iverify_flow_info: Ukorrekte blokke til fald-gennem %i->%iverify_flow_info: Ukorrekt fald-gennem %i->%iverify_flow_info: Ukorrekt antal af blok %i %iverify_flow_info: Ukorrekt antal for kant %i->%i %iverify_flow_info: Ukorrekt frekvens af blok %i %iverify_flow_info: Ukorrekt sandsynlighed for kant %i->%i %iverify_histograms mislykkedesverify_type mislykkedesversionsattribut er ikke en strengen virtuel funktion kan ikke erklÃ¦res som friendsynlighedsegenskab er ikke understÃ¸ttet i denne konfiguration; ignorerettom vÃ¦rdi er ikke ignoreret som den burde vÃ¦rewaitpid mislykkedesadvarsel: skriver til LTRANS-uddatalisten til %s: %mforkert parameter %qs for tilvalget %qsforkert instruktion i fald-gennem-kantforkert antal skabelonsparametre (%d, skulle vÃ¦re %d)forkert strateginavn %qs er angivet for tilvalget %qsforkert parametertype til %sforkert parametertype til absforkert parametertype til bitkomplementforkert parametertype til konjugationforkert parametertype til formindskelseforkert parametertype til forÃ¸gelseforkert parametertype til unÃ¦rt udrÃ¥bstegnforkert parametertype til unÃ¦rt minusforkert parametertype til unÃ¦rt plusxstormy16_print_operand: ukendt kodebredde pÃ¥ nul i %s-formateringformateringsstreng %s med lÃ¦ngden nul
\ No newline at end of file
diff -Nrcpad gcc-7.1.0/gcc/po/da.po gcc-7.2.0/gcc/po/da.po
*** gcc-7.1.0/gcc/po/da.po	Sun Apr 30 23:16:59 2017
--- gcc-7.2.0/gcc/po/da.po	Mon May 22 17:12:05 2017
***************
*** 135,144 ****
  #
  msgid ""
  msgstr ""
! "Project-Id-Version: gcc 7.1-b20170226\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-04-24 20:38+0000\n"
! "PO-Revision-Date: 2017-02-28 11:00+0200\n"
  "Last-Translator: Joe Hansen <joedalton2@yahoo.dk>\n"
  "Language-Team: Danish <dansk@dansk-gruppen.dk>\n"
  "Language: da\n"
--- 135,144 ----
  #
  msgid ""
  msgstr ""
! "Project-Id-Version: gcc 7.1.0\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-05-01 22:24+0000\n"
! "PO-Revision-Date: 2017-05-21 11:00+0200\n"
  "Last-Translator: Joe Hansen <joedalton2@yahoo.dk>\n"
  "Language-Team: Danish <dansk@dansk-gruppen.dk>\n"
  "Language: da\n"
*************** msgstr ""
*** 895,909 ****
  "\n"
  
  #: gcov.c:656
! #, fuzzy, c-format
! #| msgid ""
! #| "Usage: gcov [OPTION]... SOURCE|OBJ...\n"
! #| "\n"
  msgid ""
  "Usage: gcov [OPTION...] SOURCE|OBJ...\n"
  "\n"
  msgstr ""
! "Brug: gcov [TILVALG]... KILDE|OBJ...\n"
  "\n"
  
  #: gcov.c:657
--- 895,906 ----
  "\n"
  
  #: gcov.c:656
! #, c-format
  msgid ""
  "Usage: gcov [OPTION...] SOURCE|OBJ...\n"
  "\n"
  msgstr ""
! "Brug: gcov [TILVALG...] KILDE|OBJ...\n"
  "\n"
  
  #: gcov.c:657
*************** msgid "Maximum number of loop peels to e
*** 2101,2119 ****
  msgstr "Det maksimale antal navnerum der sÃ¸ges i efter alternativer, nÃ¥r navneopslag mislykkes."
  
  #: params.def:573
! #, fuzzy, no-c-format
  msgid "The maximum memory locations recorded by cselib."
! msgstr "Det maksimale antal instruktioner til RTL-indbyggeren"
  
  #: params.def:586
! #, fuzzy, no-c-format
  msgid "Minimum heap expansion to trigger garbage collection, as a percentage of the total size of the heap."
! msgstr "Minimal heap-udvidelse for at udlÃ¸se garbage collection, som en procentdel af den totale heap"
  
  #: params.def:591
! #, fuzzy, no-c-format
  msgid "Minimum heap size before we start collecting garbage, in kilobytes."
! msgstr "Minimal heap-stÃ¸rrelse fÃ¸r garbage collection startes, i kilobyte."
  
  #: params.def:599
  #, fuzzy, no-c-format
--- 2098,2116 ----
  msgstr "Det maksimale antal navnerum der sÃ¸ges i efter alternativer, nÃ¥r navneopslag mislykkes."
  
  #: params.def:573
! #, no-c-format
  msgid "The maximum memory locations recorded by cselib."
! msgstr "Det maksimale antal hukommelseslokationer registreret af cselib."
  
  #: params.def:586
! #, no-c-format
  msgid "Minimum heap expansion to trigger garbage collection, as a percentage of the total size of the heap."
! msgstr "Minimal heap-udvidelse for at udlÃ¸se affaldsindsamling, som en procentdel af den samlede stÃ¸rrelse pÃ¥ heap'en."
  
  #: params.def:591
! #, no-c-format
  msgid "Minimum heap size before we start collecting garbage, in kilobytes."
! msgstr "Minimal heap-stÃ¸rrelse fÃ¸r vi starter affaldsindsamling, i kilobyte."
  
  #: params.def:599
  #, fuzzy, no-c-format
*************** msgid "Maximum number of times that an i
*** 2174,2183 ****
  msgstr ""
  
  #: params.def:664
! #, fuzzy, no-c-format
! #| msgid "The maximum number of instructions in a single function eligible for inlining"
  msgid "Maximum number of instructions in the ready list that are considered eligible for renaming."
! msgstr "Det maksimale antal instruktioner i en enkelt funktion der mÃ¥ indbygges"
  
  #: params.def:669
  #, no-c-format
--- 2171,2179 ----
  msgstr ""
  
  #: params.def:664
! #, no-c-format
  msgid "Maximum number of instructions in the ready list that are considered eligible for renaming."
! msgstr "Det maksimale antal instruktioner i Â»readyÂ«-listen som anses for klar til omdÃ¸bning."
  
  #: params.def:669
  #, no-c-format
*************** msgid "size of tiles for loop blocking."
*** 2320,2356 ****
  msgstr ""
  
  #: params.def:865
! #, fuzzy, no-c-format
! #| msgid "maximum number of parameters in a SCoP"
  msgid "maximum number of parameters in a SCoP."
! msgstr "Det maksimale antal parametre i en SCoP"
  
  #: params.def:872
! #, fuzzy, no-c-format
! #| msgid "maximum number of basic blocks per function to be analyzed by Graphite"
  msgid "maximum number of basic blocks per function to be analyzed by Graphite."
! msgstr "Det maksimale antal grundlÃ¦ggende blokke per funktion, der skal analyseres af Graphite"
  
  #: params.def:879
  #, no-c-format
  msgid "maximum number of arrays per scop."
! msgstr "det maksimale antal tabeller per scop."
  
  #: params.def:886
  #, no-c-format
  msgid "minimal number of loops per function to be analyzed by Graphite."
! msgstr "det minimale antal lÃ¸kker per funktion som analyseres af Graphite."
  
  #: params.def:891
! #, fuzzy, no-c-format
  msgid "maximum number of isl operations, 0 means unlimited"
! msgstr "Det maksimale antal instruktioner der overvejes at udrulle i en lÃ¸kke"
  
  #: params.def:897
! #, fuzzy, no-c-format
! #| msgid "Maximum number of datarefs in loop for building loop data dependencies"
  msgid "Maximum number of datarefs in loop for building loop data dependencies."
! msgstr "Det maksimale antal datareferencer i loop for bygning af loop-dataafhÃ¦ngigheder"
  
  #: params.def:904
  #, no-c-format
--- 2316,2349 ----
  msgstr ""
  
  #: params.def:865
! #, no-c-format
  msgid "maximum number of parameters in a SCoP."
! msgstr "maksimalt antal parametre i en SCoP."
  
  #: params.def:872
! #, no-c-format
  msgid "maximum number of basic blocks per function to be analyzed by Graphite."
! msgstr "maksimalt antal grundlÃ¦ggende blokke per funktion, der skal analyseres af Graphite."
  
  #: params.def:879
  #, no-c-format
  msgid "maximum number of arrays per scop."
! msgstr "maksimalt antal tabeller per scop."
  
  #: params.def:886
  #, no-c-format
  msgid "minimal number of loops per function to be analyzed by Graphite."
! msgstr "minimalt antal lÃ¸kker per funktion som analyseres af Graphite."
  
  #: params.def:891
! #, no-c-format
  msgid "maximum number of isl operations, 0 means unlimited"
! msgstr "maksimalt antal isl-operationer, 0 betyder ubegrÃ¦nset"
  
  #: params.def:897
! #, no-c-format
  msgid "Maximum number of datarefs in loop for building loop data dependencies."
! msgstr "Maksimalt antal datareferencer i loop for bygning af loop-dataafhÃ¦ngigheder."
  
  #: params.def:904
  #, no-c-format
*************** msgid "Max basic blocks number in loop f
*** 2358,2367 ****
  msgstr ""
  
  #: params.def:912
! #, fuzzy, no-c-format
! #| msgid "use internal function id in profile lookup"
  msgid "use internal function id in profile lookup."
! msgstr "brug intern funktions-id i profilopslag"
  
  #: params.def:920
  #, no-c-format
--- 2351,2359 ----
  msgstr ""
  
  #: params.def:912
! #, no-c-format
  msgid "use internal function id in profile lookup."
! msgstr "brug intern funktions-id i profilopslag."
  
  #: params.def:920
  #, no-c-format
*************** msgid "track topn target addresses in in
*** 2369,2378 ****
  msgstr ""
  
  #: params.def:926
! #, fuzzy, no-c-format
! #| msgid "Maximum number of instructions in basic block to be considered for SLP vectorization"
  msgid "Maximum number of instructions in basic block to be considered for SLP vectorization."
! msgstr "Det maksimale antal instruktioner i basisblokke som skal overvejes i SLP-vektorisering"
  
  #: params.def:931
  #, no-c-format
--- 2361,2369 ----
  msgstr ""
  
  #: params.def:926
! #, no-c-format
  msgid "Maximum number of instructions in basic block to be considered for SLP vectorization."
! msgstr "Maksimalt antal instruktioner i basisblokke som skal overvejes i SLP-vektorisering."
  
  #: params.def:931
  #, no-c-format
*************** msgid "Allow the store merging pass to i
*** 2515,2524 ****
  msgstr ""
  
  #: params.def:1110
! #, fuzzy, no-c-format
! #| msgid "The maximum number of incoming edges to consider for crossjumping"
  msgid "Maximum number of constant stores to merge in the store merging pass."
! msgstr "Det maksimale antal indadgÃ¥ende kanter der overvejes til krydsspring"
  
  #: params.def:1116
  #, no-c-format
--- 2506,2514 ----
  msgstr ""
  
  #: params.def:1110
! #, no-c-format
  msgid "Maximum number of constant stores to merge in the store merging pass."
! msgstr "Maksimalt antal konstante lagre at sammenfÃ¸je i gennemlÃ¸bet for lagersammenfÃ¸jelse."
  
  #: params.def:1116
  #, no-c-format
*************** msgstr "lÃ¦ngdemodifikation i strfmon-fo
*** 2949,2990 ****
  msgid "<command-line>"
  msgstr "<kommandolinje>"
  
! #: config/aarch64/aarch64.c:4926 config/arm/arm.c:21795 config/arm/arm.c:21808
! #: config/arm/arm.c:21833 config/nios2/nios2.c:2653
  #, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "Ikke understÃ¸ttet operand for koden Â»%cÂ«"
  
! #: config/aarch64/aarch64.c:4938 config/aarch64/aarch64.c:4954
! #: config/aarch64/aarch64.c:4967 config/aarch64/aarch64.c:4979
! #: config/aarch64/aarch64.c:4990 config/aarch64/aarch64.c:5013
! #: config/aarch64/aarch64.c:5066 config/aarch64/aarch64.c:5269
  #, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "ugyldig operand for Â»%%%cÂ«"
  
! #: config/aarch64/aarch64.c:5033 config/aarch64/aarch64.c:5046
! #: config/aarch64/aarch64.c:5056
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5102 config/arm/arm.c:22340
  #, c-format
  msgid "missing operand"
  msgstr "manglende operand"
  
! #: config/aarch64/aarch64.c:5164
  #, c-format
  msgid "invalid constant"
  msgstr "ugyldig konstant:"
  
! #: config/aarch64/aarch64.c:5167
  #, c-format
  msgid "invalid operand"
  msgstr "ugyldig operand"
  
! #: config/aarch64/aarch64.c:5280
  #, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "ugyldig operandprÃ¦fiks Â»%%%cÂ«"
--- 2939,2980 ----
  msgid "<command-line>"
  msgstr "<kommandolinje>"
  
! #: config/aarch64/aarch64.c:4927 config/arm/arm.c:21832 config/arm/arm.c:21845
! #: config/arm/arm.c:21870 config/nios2/nios2.c:2653
  #, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "Ikke understÃ¸ttet operand for koden Â»%cÂ«"
  
! #: config/aarch64/aarch64.c:4939 config/aarch64/aarch64.c:4955
! #: config/aarch64/aarch64.c:4968 config/aarch64/aarch64.c:4980
! #: config/aarch64/aarch64.c:4991 config/aarch64/aarch64.c:5014
! #: config/aarch64/aarch64.c:5067 config/aarch64/aarch64.c:5270
  #, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "ugyldig operand for Â»%%%cÂ«"
  
! #: config/aarch64/aarch64.c:5034 config/aarch64/aarch64.c:5047
! #: config/aarch64/aarch64.c:5057
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5103 config/arm/arm.c:22377
  #, c-format
  msgid "missing operand"
  msgstr "manglende operand"
  
! #: config/aarch64/aarch64.c:5165
  #, c-format
  msgid "invalid constant"
  msgstr "ugyldig konstant:"
  
! #: config/aarch64/aarch64.c:5168
  #, c-format
  msgid "invalid operand"
  msgstr "ugyldig operand"
  
! #: config/aarch64/aarch64.c:5281
  #, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "ugyldig operandprÃ¦fiks Â»%%%cÂ«"
*************** msgstr "ugyldig operand-uddatakode"
*** 3142,3172 ****
  msgid "invalid UNSPEC as operand: %d"
  msgstr "ugyldig UNSPEC som operand: %d"
  
! #: config/arm/arm.c:18804 config/arm/arm.c:18829 config/arm/arm.c:18839
! #: config/arm/arm.c:18848 config/arm/arm.c:18857
  #, c-format
  msgid "invalid shift operand"
  msgstr "ugyldig skift-operand"
  
! #: config/arm/arm.c:21671 config/arm/arm.c:21689
  #, fuzzy, c-format
  #| msgid "Generate char instructions"
  msgid "predicated Thumb instruction"
  msgstr "GenerÃ©r char-instruktioner"
  
! #: config/arm/arm.c:21677
  #, fuzzy, c-format
  #| msgid "ret instruction not implemented"
  msgid "predicated instruction in conditional sequence"
  msgstr "ret-instruktion ikke implementeret"
  
! #: config/arm/arm.c:21910 config/arm/arm.c:21932 config/arm/arm.c:21942
! #: config/arm/arm.c:21952 config/arm/arm.c:21962 config/arm/arm.c:22001
! #: config/arm/arm.c:22019 config/arm/arm.c:22044 config/arm/arm.c:22059
! #: config/arm/arm.c:22086 config/arm/arm.c:22093 config/arm/arm.c:22111
! #: config/arm/arm.c:22118 config/arm/arm.c:22126 config/arm/arm.c:22147
! #: config/arm/arm.c:22154 config/arm/arm.c:22287 config/arm/arm.c:22294
! #: config/arm/arm.c:22321 config/arm/arm.c:22328 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
--- 3132,3162 ----
  msgid "invalid UNSPEC as operand: %d"
  msgstr "ugyldig UNSPEC som operand: %d"
  
! #: config/arm/arm.c:18841 config/arm/arm.c:18866 config/arm/arm.c:18876
! #: config/arm/arm.c:18885 config/arm/arm.c:18894
  #, c-format
  msgid "invalid shift operand"
  msgstr "ugyldig skift-operand"
  
! #: config/arm/arm.c:21708 config/arm/arm.c:21726
  #, fuzzy, c-format
  #| msgid "Generate char instructions"
  msgid "predicated Thumb instruction"
  msgstr "GenerÃ©r char-instruktioner"
  
! #: config/arm/arm.c:21714
  #, fuzzy, c-format
  #| msgid "ret instruction not implemented"
  msgid "predicated instruction in conditional sequence"
  msgstr "ret-instruktion ikke implementeret"
  
! #: config/arm/arm.c:21947 config/arm/arm.c:21969 config/arm/arm.c:21979
! #: config/arm/arm.c:21989 config/arm/arm.c:21999 config/arm/arm.c:22038
! #: config/arm/arm.c:22056 config/arm/arm.c:22081 config/arm/arm.c:22096
! #: config/arm/arm.c:22123 config/arm/arm.c:22130 config/arm/arm.c:22148
! #: config/arm/arm.c:22155 config/arm/arm.c:22163 config/arm/arm.c:22184
! #: config/arm/arm.c:22191 config/arm/arm.c:22324 config/arm/arm.c:22331
! #: config/arm/arm.c:22358 config/arm/arm.c:22365 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
*************** msgstr "ret-instruktion ikke implementer
*** 3174,3186 ****
  msgid "invalid operand for code '%c'"
  msgstr "ugyldig operand for koden Â»%cÂ«"
  
! #: config/arm/arm.c:22014
  #, c-format
  msgid "instruction never executed"
  msgstr "instruktion aldrig udfÃ¸rt"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22035
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr "forÃ¦ldet Maverick-formatkode Â»%cÂ«"
--- 3164,3176 ----
  msgid "invalid operand for code '%c'"
  msgstr "ugyldig operand for koden Â»%cÂ«"
  
! #: config/arm/arm.c:22051
  #, c-format
  msgid "instruction never executed"
  msgstr "instruktion aldrig udfÃ¸rt"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22072
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr "forÃ¦ldet Maverick-formatkode Â»%cÂ«"
*************** msgstr "emit_fusion_p9_store, ugyldig re
*** 4008,4109 ****
  msgid "emit_fusion_p9_store not MEM"
  msgstr "emit_fusion_p9_store ikke MEM"
  
! #: config/s390/s390.c:7314
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr "symbolske hukommelsesreferencer er kun understÃ¸ttet pÃ¥ z10 eller senere"
  
! #: config/s390/s390.c:7325
  #, c-format
  msgid "cannot decompose address"
  msgstr "Kan ikke nedbryde adresse"
  
! #: config/s390/s390.c:7394
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "ugyldig sammenligningsoperator til Â»EÂ«-Ã¦ndring"
  
! #: config/s390/s390.c:7417
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "ugyldig reference til Â»JÂ«-uddataÃ¦ndring"
  
! #: config/s390/s390.c:7435
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "ugyldig adresse til Â»OÂ«-uddataÃ¦ndring"
  
! #: config/s390/s390.c:7457
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "ugyldig adresse til Â»RÂ«-uddataÃ¦ndring"
  
! #: config/s390/s390.c:7475
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr "hukommelsesreference forventet til Â»SÂ«-uddataÃ¦ndring"
  
! #: config/s390/s390.c:7485
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "ugyldig adresse for Â»SÂ«-uddatamodifikation"
  
! #: config/s390/s390.c:7506
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr "register eller hukommelsesudtryk forventet til Â»NÂ«-uddataÃ¦ndring"
  
! #: config/s390/s390.c:7517
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr "register eller hukommelsesudtryk forventet til Â»MÂ«-uddataÃ¦ndring"
  
! #: config/s390/s390.c:7603 config/s390/s390.c:7624
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "ugyldig konstant til uddataÃ¦ndringen Â»%cÂ«"
  
! #: config/s390/s390.c:7621
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "ugyldig konstant - prÃ¸v at bruge en uddataÃ¦ndring"
  
! #: config/s390/s390.c:7658
  #, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "ugyldig konstantvektor for uddataÃ¦ndringen Â»%cÂ«"
  
! #: config/s390/s390.c:7665
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "ugyldigt udtryk - prÃ¸v at brug en uddataÃ¦ndring"
  
! #: config/s390/s390.c:7668
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "ugyldig udtryk til uddataÃ¦ndringen Â»%cÂ«"
  
! #: config/s390/s390.c:11535
  #, fuzzy
  #| msgid "too few arguments to function"
  msgid "vector argument passed to unprototyped function"
  msgstr "for fÃ¥ parametre til funktionen"
  
! #: config/s390/s390.c:15354
  #, fuzzy
  #| msgid "pointer targets in %s differ in signedness"
  msgid "types differ in signedness"
  msgstr "fortegnene i henvisningsmÃ¥l i %s er forskellige"
  
! #: config/s390/s390.c:15364
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15367
  msgid "binary operator does not support vector bool operand"
  msgstr "binÃ¦r operator understÃ¸tter ikke vektor bool-operand"
  
! #: config/s390/s390.c:15375
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
--- 3998,4099 ----
  msgid "emit_fusion_p9_store not MEM"
  msgstr "emit_fusion_p9_store ikke MEM"
  
! #: config/s390/s390.c:7482
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr "symbolske hukommelsesreferencer er kun understÃ¸ttet pÃ¥ z10 eller senere"
  
! #: config/s390/s390.c:7493
  #, c-format
  msgid "cannot decompose address"
  msgstr "Kan ikke nedbryde adresse"
  
! #: config/s390/s390.c:7562
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "ugyldig sammenligningsoperator til Â»EÂ«-Ã¦ndring"
  
! #: config/s390/s390.c:7585
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "ugyldig reference til Â»JÂ«-uddataÃ¦ndring"
  
! #: config/s390/s390.c:7603
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "ugyldig adresse til Â»OÂ«-uddataÃ¦ndring"
  
! #: config/s390/s390.c:7625
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "ugyldig adresse til Â»RÂ«-uddataÃ¦ndring"
  
! #: config/s390/s390.c:7643
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr "hukommelsesreference forventet til Â»SÂ«-uddataÃ¦ndring"
  
! #: config/s390/s390.c:7653
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "ugyldig adresse for Â»SÂ«-uddatamodifikation"
  
! #: config/s390/s390.c:7674
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr "register eller hukommelsesudtryk forventet til Â»NÂ«-uddataÃ¦ndring"
  
! #: config/s390/s390.c:7685
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr "register eller hukommelsesudtryk forventet til Â»MÂ«-uddataÃ¦ndring"
  
! #: config/s390/s390.c:7771 config/s390/s390.c:7792
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "ugyldig konstant til uddataÃ¦ndringen Â»%cÂ«"
  
! #: config/s390/s390.c:7789
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "ugyldig konstant - prÃ¸v at bruge en uddataÃ¦ndring"
  
! #: config/s390/s390.c:7826
  #, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "ugyldig konstantvektor for uddataÃ¦ndringen Â»%cÂ«"
  
! #: config/s390/s390.c:7833
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "ugyldigt udtryk - prÃ¸v at brug en uddataÃ¦ndring"
  
! #: config/s390/s390.c:7836
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "ugyldig udtryk til uddataÃ¦ndringen Â»%cÂ«"
  
! #: config/s390/s390.c:11703
  #, fuzzy
  #| msgid "too few arguments to function"
  msgid "vector argument passed to unprototyped function"
  msgstr "for fÃ¥ parametre til funktionen"
  
! #: config/s390/s390.c:15522
  #, fuzzy
  #| msgid "pointer targets in %s differ in signedness"
  msgid "types differ in signedness"
  msgstr "fortegnene i henvisningsmÃ¥l i %s er forskellige"
  
! #: config/s390/s390.c:15532
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15535
  msgid "binary operator does not support vector bool operand"
  msgstr "binÃ¦r operator understÃ¸tter ikke vektor bool-operand"
  
! #: config/s390/s390.c:15543
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
*************** msgstr ""
*** 20518,20524 ****
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr ""
  
! #: fold-const.c:12046
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr ""
--- 20508,20514 ----
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr ""
  
! #: fold-const.c:12048
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr ""
*************** msgstr "kan ikke erklÃ¦re henvisninger t
*** 21088,21095 ****
  msgid "null pointer dereference"
  msgstr "henvisning"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12872
! #: tree.c:12909 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
--- 21078,21085 ----
  msgid "null pointer dereference"
  msgstr "henvisning"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12880
! #: tree.c:12917 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
*************** msgstr "  '%#D' erklÃ¦ret her"
*** 21104,21403 ****
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2307 gimple-ssa-sprintf.c:2435
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2309 gimple-ssa-sprintf.c:2437
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2311 gimple-ssa-sprintf.c:2439
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2313 gimple-ssa-sprintf.c:2441
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2326
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2328
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2330
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2334
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2336
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2338
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2351
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2353
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2355
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2371
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2373
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2375
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2388
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2390
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2392
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2404
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2406
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2408
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2454
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2456
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2458
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2462
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2464
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2466
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2480
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2483
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2486
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2502
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2505
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2508
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2521
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2524
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2527
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2539
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2542
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2545
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2710
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2712
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2751
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2753
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2767
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2775
  #, fuzzy, gcc-internal-format
  #| msgid "wrong type argument to %s"
  msgid "directive argument %qE"
  msgstr "forkert parametertype til %s"
  
! #: gimple-ssa-sprintf.c:2777
  #, fuzzy, gcc-internal-format
  #| msgid "disable pass %s for functions in the range of [%u, %u]"
  msgid "directive argument in the range [%E, %E]"
  msgstr "deaktiver videregivelse %s for funktioner i intervallet [%u, %u]"
  
! #: gimple-ssa-sprintf.c:2781
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2801
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2806
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2811
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2816
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3588
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3594
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3647
  #, fuzzy, gcc-internal-format
  #| msgid "pointer"
  msgid "null destination pointer"
  msgstr "henvisning"
  
! #: gimple-ssa-sprintf.c:3664
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3676
  #, fuzzy, gcc-internal-format
  #| msgid "null format string"
  msgid "null format string"
--- 21094,21393 ----
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2308 gimple-ssa-sprintf.c:2436
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2310 gimple-ssa-sprintf.c:2438
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2312 gimple-ssa-sprintf.c:2440
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2314 gimple-ssa-sprintf.c:2442
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2327
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2329
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2331
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2335
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2337
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2339
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2352
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2354
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2356
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2372
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2374
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2376
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2389
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2391
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2393
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2405
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2407
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2409
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2455
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2457
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2459
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2463
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2465
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2467
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2481
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2484
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2487
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2503
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2506
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2509
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2522
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2525
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2528
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2540
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2543
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2546
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2711
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2713
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2752
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2754
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2769
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2776
  #, fuzzy, gcc-internal-format
  #| msgid "wrong type argument to %s"
  msgid "directive argument %qE"
  msgstr "forkert parametertype til %s"
  
! #: gimple-ssa-sprintf.c:2778
  #, fuzzy, gcc-internal-format
  #| msgid "disable pass %s for functions in the range of [%u, %u]"
  msgid "directive argument in the range [%E, %E]"
  msgstr "deaktiver videregivelse %s for funktioner i intervallet [%u, %u]"
  
! #: gimple-ssa-sprintf.c:2782
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2803
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2807
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2812
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2817
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3591
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3597
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3650
  #, fuzzy, gcc-internal-format
  #| msgid "pointer"
  msgid "null destination pointer"
  msgstr "henvisning"
  
! #: gimple-ssa-sprintf.c:3667
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3679
  #, fuzzy, gcc-internal-format
  #| msgid "null format string"
  msgid "null format string"
*************** msgstr "  oprindelig definition er her"
*** 23680,23840 ****
  msgid "%D renamed after being referenced in assembly"
  msgstr "%D omdÃ¸bt efter at vÃ¦re refereret i maskinkode"
  
! #: symtab.c:970
  #, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "funktionsymbol er ikke en funktion"
  
! #: symtab.c:978
  #, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr "variabelsymbol er ikke en variabel"
  
! #: symtab.c:984
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr "node har ukendt type"
  
! #: symtab.c:993
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr "node blev ikke fundet node->decl->decl_with_vis.symtab_node"
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr "node er forskellig fra node->decl->decl_with_vis.symtab_node"
  
! #: symtab.c:1010
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr "maskinekodenavn pÃ¥ hashliste er Ã¸delagt"
  
! #: symtab.c:1023
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr "node blev ikke fundet i symtabs maskinkodehash"
  
! #: symtab.c:1030
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr "dobbelt lÃ¦nket liste pÃ¥ maskinekodenavne er Ã¸delagt"
  
! #: symtab.c:1035
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr "node har body_removed men er en definition"
  
! #: symtab.c:1040
  #, fuzzy, gcc-internal-format
  #| msgid "node is analyzed byt it is not a definition"
  msgid "node is analyzed but it is not a definition"
  msgstr "node er analyseret byt, det er ikke en definition"
  
! #: symtab.c:1045
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr "node er alias men ikke implicit alias"
  
! #: symtab.c:1050
  #, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr "node er alias men ikke definition"
  
! #: symtab.c:1055
  #, fuzzy, gcc-internal-format
  #| msgid "node is weakref but not an alias"
  msgid "node is weakref but not an transparent_alias"
  msgstr "node er weakref men ikke et alias"
  
! #: symtab.c:1060
  #, fuzzy, gcc-internal-format
  #| msgid "node is weakref but not an alias"
  msgid "node is transparent_alias but not an alias"
  msgstr "node er weakref men ikke et alias"
  
! #: symtab.c:1069
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr "node er i same_comdat_grooup-liste men har ingen comdat_group"
  
! #: symtab.c:1074
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr "same_comdat_group-liste over forskellige grupper"
  
! #: symtab.c:1079
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr "blanding af forskellige symboltyper i samme comdata-gruppe er ikke understÃ¸ttet"
  
! #: symtab.c:1084
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr "node er alene i en comdat-gruppe"
  
! #: symtab.c:1091
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr "same_comdat_group er ikke en cirkulÃ¦r liste"
  
! #: symtab.c:1106
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr "comdat-local-symbol refereret ti laf %s uden for dets comdat"
  
! #: symtab.c:1116
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr "implicit_section-flag er angivet men sektion er ikke"
  
! #: symtab.c:1123
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr "BÃ¥de sektion og comdat-gruppe er angivet"
  
! #: symtab.c:1135
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr "Alias og mÃ¥ls sektion er forskellige"
  
! #: symtab.c:1142
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr "Alias og mÃ¥ls comdat-grupper er forskellige"
  
! #: symtab.c:1157
  #, fuzzy, gcc-internal-format
  #| msgid "Alias and target's section differs"
  msgid "Transparent alias and target's assembler names differs"
  msgstr "Alias og mÃ¥ls sektion er forskellige"
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1188 symtab.c:1225
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr "symtab_node::verify mislykkedes"
  
! #: symtab.c:1221
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr "To symboler med samme comdat_group er ikke lÃ¦nket af same_comdat_group-listen."
  
! #: symtab.c:1630
  #, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr "funktion %q+D del af aliascyklus"
  
! #: symtab.c:1632
  #, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr "variabel %q+D del af aliascyklus"
  
! #: symtab.c:1660
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr "sektion for alias %q+D skal matche sektion for dens mÃ¥larkitektur"
--- 23670,23830 ----
  msgid "%D renamed after being referenced in assembly"
  msgstr "%D omdÃ¸bt efter at vÃ¦re refereret i maskinkode"
  
! #: symtab.c:978
  #, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "funktionsymbol er ikke en funktion"
  
! #: symtab.c:986
  #, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr "variabelsymbol er ikke en variabel"
  
! #: symtab.c:992
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr "node har ukendt type"
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr "node blev ikke fundet node->decl->decl_with_vis.symtab_node"
  
! #: symtab.c:1009
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr "node er forskellig fra node->decl->decl_with_vis.symtab_node"
  
! #: symtab.c:1018
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr "maskinekodenavn pÃ¥ hashliste er Ã¸delagt"
  
! #: symtab.c:1031
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr "node blev ikke fundet i symtabs maskinkodehash"
  
! #: symtab.c:1038
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr "dobbelt lÃ¦nket liste pÃ¥ maskinekodenavne er Ã¸delagt"
  
! #: symtab.c:1043
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr "node har body_removed men er en definition"
  
! #: symtab.c:1048
  #, fuzzy, gcc-internal-format
  #| msgid "node is analyzed byt it is not a definition"
  msgid "node is analyzed but it is not a definition"
  msgstr "node er analyseret byt, det er ikke en definition"
  
! #: symtab.c:1053
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr "node er alias men ikke implicit alias"
  
! #: symtab.c:1058
  #, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr "node er alias men ikke definition"
  
! #: symtab.c:1063
  #, fuzzy, gcc-internal-format
  #| msgid "node is weakref but not an alias"
  msgid "node is weakref but not an transparent_alias"
  msgstr "node er weakref men ikke et alias"
  
! #: symtab.c:1068
  #, fuzzy, gcc-internal-format
  #| msgid "node is weakref but not an alias"
  msgid "node is transparent_alias but not an alias"
  msgstr "node er weakref men ikke et alias"
  
! #: symtab.c:1077
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr "node er i same_comdat_grooup-liste men har ingen comdat_group"
  
! #: symtab.c:1082
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr "same_comdat_group-liste over forskellige grupper"
  
! #: symtab.c:1087
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr "blanding af forskellige symboltyper i samme comdata-gruppe er ikke understÃ¸ttet"
  
! #: symtab.c:1092
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr "node er alene i en comdat-gruppe"
  
! #: symtab.c:1099
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr "same_comdat_group er ikke en cirkulÃ¦r liste"
  
! #: symtab.c:1114
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr "comdat-local-symbol refereret ti laf %s uden for dets comdat"
  
! #: symtab.c:1124
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr "implicit_section-flag er angivet men sektion er ikke"
  
! #: symtab.c:1131
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr "BÃ¥de sektion og comdat-gruppe er angivet"
  
! #: symtab.c:1143
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr "Alias og mÃ¥ls sektion er forskellige"
  
! #: symtab.c:1150
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr "Alias og mÃ¥ls comdat-grupper er forskellige"
  
! #: symtab.c:1165
  #, fuzzy, gcc-internal-format
  #| msgid "Alias and target's section differs"
  msgid "Transparent alias and target's assembler names differs"
  msgstr "Alias og mÃ¥ls sektion er forskellige"
  
! #: symtab.c:1173
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1196 symtab.c:1233
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr "symtab_node::verify mislykkedes"
  
! #: symtab.c:1229
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr "To symboler med samme comdat_group er ikke lÃ¦nket af same_comdat_group-listen."
  
! #: symtab.c:1638
  #, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr "funktion %q+D del af aliascyklus"
  
! #: symtab.c:1640
  #, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr "variabel %q+D del af aliascyklus"
  
! #: symtab.c:1668
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr "sektion for alias %q+D skal matche sektion for dens mÃ¥larkitektur"
*************** msgstr ""
*** 25610,25617 ****
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6704
! #: config/arm/arm.c:6732 config/arm/arm.c:6749 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
--- 25600,25607 ----
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6741
! #: config/arm/arm.c:6769 config/arm/arm.c:6786 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
*************** msgstr ""
*** 25648,25751 ****
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr ""
  
! #: tree.c:8366
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "en tabel af funktioner giver ikke mening"
  
! #: tree.c:8537
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "en funktions returtype kan ikke vÃ¦re en funktion"
  
! #: tree.c:9831 tree.c:9916 tree.c:9977
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "tree check: expected %s, have %s in %s, at %s:%d"
  msgid "tree check: %s, have %s in %s, at %s:%d"
! msgstr "trÃ¦-kontrol: forventede %s, har %s i %s, ved %s:%d"
  
! #: tree.c:9868
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "tree check: expected %s, have %s in %s, at %s:%d"
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
! msgstr "trÃ¦-kontrol: forventede %s, har %s i %s, ved %s:%d"
  
! #: tree.c:9881
! #, fuzzy, gcc-internal-format
! #| msgid "tree check: expected class '%c', have '%c' (%s) in %s, at %s:%d"
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
! msgstr "trÃ¦-kontrol: forventede klasse '%c', har '%c' (%s) i %s, ved %s:%d"
  
! #: tree.c:9930
! #, fuzzy, gcc-internal-format
! #| msgid "tree check: expected class '%c', have '%c' (%s) in %s, at %s:%d"
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
! msgstr "trÃ¦-kontrol: forventede klasse '%c', har '%c' (%s) i %s, ved %s:%d"
  
! #: tree.c:9943
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "tree check: expected %s, have %s in %s, at %s:%d"
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
! msgstr "trÃ¦-kontrol: forventede %s, har %s i %s, ved %s:%d"
  
! #: tree.c:10003
! #, fuzzy, gcc-internal-format
! #| msgid "tree check: expected %s, have %s in %s, at %s:%d"
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
! msgstr "trÃ¦-kontrol: forventede %s, har %s i %s, ved %s:%d"
  
! #: tree.c:10017
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
! msgstr "trÃ¦kontrol: tilgik udtrykstrÃ¦ %d af tree_vec med %d udtrykstrÃ¦er i %s, ved %s:%d"
  
! #: tree.c:10029
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr "trÃ¦kontrol: tilgik udtrykstrÃ¦ %d af tree_vec med %d udtrykstrÃ¦er i %s, ved %s:%d"
  
! #: tree.c:10042
! #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr "trÃ¦kontrol: tilgik operand %d af %s med %d operander i %s, ved %s:%d"
  
! #: tree.c:10055
! #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
! msgstr "trÃ¦kontrol: tilgik operand %d af %s med %d operander i %s, ved %s:%d"
  
! #: tree.c:12867
! #, fuzzy, gcc-internal-format
! #| msgid "`%s' is deprecated"
  msgid "%qD is deprecated: %s"
! msgstr "'%s' er forÃ¦ldet"
  
! #: tree.c:12870
! #, fuzzy, gcc-internal-format
! #| msgid "`%s' is deprecated"
  msgid "%qD is deprecated"
! msgstr "'%s' er forÃ¦ldet"
  
! #: tree.c:12894 tree.c:12916
! #, fuzzy, gcc-internal-format
! #| msgid "`%s' is deprecated"
  msgid "%qE is deprecated: %s"
! msgstr "'%s' er forÃ¦ldet"
  
! #: tree.c:12897 tree.c:12919
! #, fuzzy, gcc-internal-format
! #| msgid "`%s' is deprecated"
  msgid "%qE is deprecated"
! msgstr "'%s' er forÃ¦ldet"
  
! #: tree.c:12903 tree.c:12924
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "type is deprecated"
  msgid "type is deprecated: %s"
! msgstr "type er forÃ¦ldet"
  
! #: tree.c:12906 tree.c:12927
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "type er forÃ¦ldet"
--- 25638,25729 ----
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr ""
  
! #: tree.c:8373
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "en tabel af funktioner giver ikke mening"
  
! #: tree.c:8545
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "en funktions returtype kan ikke vÃ¦re en funktion"
  
! #: tree.c:9839 tree.c:9924 tree.c:9985
! #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
! msgstr "trÃ¦-kontrol: %s, har %s i %s, ved %s:%d"
  
! #: tree.c:9876
! #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
! msgstr "trÃ¦-kontrol: forventede ingen af %s, har %s i %s, ved %s:%d"
  
! #: tree.c:9889
! #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
! msgstr "trÃ¦-kontrol: forventede klasse %qs, har %qs (%s) i %s, ved %s:%d"
  
! #: tree.c:9938
! #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
! msgstr "trÃ¦-kontrol: forventede ikke klasse %qs, har %qs (%s) i %s, ved %s:%d"
  
! #: tree.c:9951
! #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
! msgstr "trÃ¦-kontrol: forventede omp_clause %s, har %s i %s, ved %s:%d"
  
! #: tree.c:10011
! #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
! msgstr "trÃ¦-kontrol: forventede trÃ¦ som indeholder %qs-struktur, har %qs i %s, ved %s:%d"
  
! #: tree.c:10025
! #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
! msgstr "trÃ¦kontrol: tilgik udtrykstrÃ¦ %d af tree_int_cst med %d udtrykstrÃ¦er i %s, ved %s:%d"
  
! #: tree.c:10037
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr "trÃ¦kontrol: tilgik udtrykstrÃ¦ %d af tree_vec med %d udtrykstrÃ¦er i %s, ved %s:%d"
  
! #: tree.c:10050
! #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr "trÃ¦kontrol: tilgik operand %d af %s med %d operander i %s, ved %s:%d"
  
! #: tree.c:10063
! #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
! msgstr "trÃ¦kontrol: tilgik operand %d af omp_clause %s med %d operander i %s, ved %s:%d"
  
! #: tree.c:12875
! #, gcc-internal-format
  msgid "%qD is deprecated: %s"
! msgstr "%qD er forÃ¦ldet: %s"
  
! #: tree.c:12878
! #, gcc-internal-format
  msgid "%qD is deprecated"
! msgstr "%qD  er forÃ¦ldet"
  
! #: tree.c:12902 tree.c:12924
! #, gcc-internal-format
  msgid "%qE is deprecated: %s"
! msgstr "%qE er forÃ¦ldet: %s"
  
! #: tree.c:12905 tree.c:12927
! #, gcc-internal-format
  msgid "%qE is deprecated"
! msgstr "%qE er forÃ¦ldet"
  
! #: tree.c:12911 tree.c:12932
! #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
! msgstr "type er forÃ¦ldet: %s"
  
! #: tree.c:12914 tree.c:12935
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "type er forÃ¦ldet"
*************** msgstr "type er forÃ¦ldet"
*** 25772,26046 ****
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13354
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13395
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13397
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13399
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13419
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13432
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13449
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13474
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13476
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13478
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13516
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13518
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr ""
  
! #: tree.c:13520
  #, gcc-internal-format
  msgid "and field"
! msgstr ""
  
! #: tree.c:13537
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13539 tree.c:13550
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
! msgstr ""
  
! #: tree.c:13541 tree.c:13552
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
! msgstr ""
  
! #: tree.c:13548
! #, fuzzy, gcc-internal-format
! #| msgid "-march=%s is not compatible with the selected ABI"
  msgid "type is not compatible with its variant"
! msgstr "-march=%s er ikke forenelig med den valgte ABI"
  
! #: tree.c:13851
! #, fuzzy, gcc-internal-format
! #| msgid "environment variable DJGPP not defined"
  msgid "Main variant is not defined"
! msgstr "miljÃ¸variablen DJGPP er ikke defineret"
  
! #: tree.c:13856
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13868
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13886
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13918
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13928
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13938
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13956
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13968
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13979
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13990
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14008
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14015
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14027
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14042
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14058
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14073
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14083
! #, fuzzy, gcc-internal-format
! #| msgid "size of array `%s' has non-integer type"
  msgid "Array TYPE_DOMAIN is not integer type"
! msgstr "stÃ¸rrelsen af tabellen '%s' er ikke af en heltalstype"
  
! #: tree.c:14092
! #, fuzzy, gcc-internal-format
! #| msgid "field `%s' has incomplete type"
  msgid "TYPE_FIELDS defined in incomplete type"
! msgstr "feltet '%s' er af en ufuldstÃ¦ndig type"
  
! #: tree.c:14112
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
! msgstr ""
  
! #: tree.c:14127
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14133
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14146
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14159
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14165
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14172
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14184
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14190
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14202
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14214
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14221
! #, fuzzy, gcc-internal-format
! #| msgid "verify_flow_info failed"
  msgid "verify_type failed"
! msgstr "verify_flow_info mislykkedes"
  
  #: value-prof.c:515
  #, gcc-internal-format
  msgid "dead histogram"
! msgstr ""
  
  #: value-prof.c:544
  #, gcc-internal-format
--- 25750,26019 ----
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13362
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13403
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13405
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13407
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13427
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13440
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13457
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13482
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13484
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13486
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13524
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13526
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr ""
  
! #: tree.c:13528
  #, gcc-internal-format
  msgid "and field"
! msgstr "og felt"
  
! #: tree.c:13545
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13547 tree.c:13558
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
! msgstr "typevariants TREE_TYPE"
  
! #: tree.c:13549 tree.c:13560
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
! msgstr "types TREE_TYPE"
  
! #: tree.c:13556
! #, gcc-internal-format
  msgid "type is not compatible with its variant"
! msgstr "type er ikke forenelig med dens variant"
  
! #: tree.c:13859
! #, gcc-internal-format
  msgid "Main variant is not defined"
! msgstr "Hovedvariant er ikke defineret"
  
! #: tree.c:13864
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13876
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13910
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13926
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13936
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13946
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13964
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13976
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13987
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13998
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14016
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14023
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14043
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14050
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14074
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14081
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14091
! #, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
! msgstr "Tabellen TYPE_DOMAIN er ikke af en heltalstype"
  
! #: tree.c:14100
! #, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
! msgstr "TYPE_FIELDS er defineret i en ufuldstÃ¦ndig type"
  
! #: tree.c:14120
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
! msgstr "Forkert trÃ¦ i TYPE_FIELDS-liste"
  
! #: tree.c:14135
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14141
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14154
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14167
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14173
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14180
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14192
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14198
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14210
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14222
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14229
! #, gcc-internal-format
  msgid "verify_type failed"
! msgstr "verify_type mislykkedes"
  
  #: value-prof.c:515
  #, gcc-internal-format
  msgid "dead histogram"
! msgstr "dÃ¸d histogram"
  
  #: value-prof.c:544
  #, gcc-internal-format
*************** msgid "Histogram value statement does no
*** 26048,26057 ****
  msgstr ""
  
  #: value-prof.c:556
! #, fuzzy, gcc-internal-format
! #| msgid "verify_flow_info failed"
  msgid "verify_histograms failed"
! msgstr "verify_flow_info mislykkedes"
  
  #: value-prof.c:613
  #, gcc-internal-format, gfc-internal-format
--- 26021,26029 ----
  msgstr ""
  
  #: value-prof.c:556
! #, gcc-internal-format
  msgid "verify_histograms failed"
! msgstr "verify_histograms mislykkedes"
  
  #: value-prof.c:613
  #, gcc-internal-format, gfc-internal-format
*************** msgid "variable tracking size limit exce
*** 26069,26102 ****
  msgstr ""
  
  #: varasm.c:323
! #, fuzzy, gcc-internal-format
! #| msgid "%J%D causes a section type conflict"
  msgid "%+D causes a section type conflict with %D"
! msgstr "%J%D forÃ¥rsager en sektionstypekonflikt"
  
  #: varasm.c:326
! #, fuzzy, gcc-internal-format
! #| msgid "  conflict with `%D'"
  msgid "section type conflict with %D"
! msgstr "  konflikt med '%D'"
  
  #: varasm.c:331
! #, fuzzy, gcc-internal-format
! #| msgid "%J%D causes a section type conflict"
  msgid "%+D causes a section type conflict"
! msgstr "%J%D forÃ¥rsager en sektionstypekonflikt"
  
  #: varasm.c:333
! #, fuzzy, gcc-internal-format
! #| msgid "%J%D causes a section type conflict"
  msgid "section type conflict"
! msgstr "%J%D forÃ¥rsager en sektionstypekonflikt"
  
  #: varasm.c:1008
! #, fuzzy, gcc-internal-format
! #| msgid "%Jalignment of '%D' is greater than maximum object file alignment.  Using %d"
  msgid "alignment of %q+D is greater than maximum object file alignment %d"
! msgstr "%Jjustering af '%D' er stÃ¸rre end den maksimale objektfilsjustering - bruger %d"
  
  #: varasm.c:1160
  #, fuzzy, gcc-internal-format
--- 26041,26069 ----
  msgstr ""
  
  #: varasm.c:323
! #, gcc-internal-format
  msgid "%+D causes a section type conflict with %D"
! msgstr "%+D forÃ¥rsager en sektionstypekonflikt med %D"
  
  #: varasm.c:326
! #, gcc-internal-format
  msgid "section type conflict with %D"
! msgstr "afsnitstypekonflikt med %D"
  
  #: varasm.c:331
! #, gcc-internal-format
  msgid "%+D causes a section type conflict"
! msgstr "%+D forÃ¥rsager en sektionstypekonflikt"
  
  #: varasm.c:333
! #, gcc-internal-format
  msgid "section type conflict"
! msgstr "sektionstypekonflikt"
  
  #: varasm.c:1008
! #, gcc-internal-format
  msgid "alignment of %q+D is greater than maximum object file alignment %d"
! msgstr "justering af %q+D er stÃ¸rre end den maksimale objektfilsjustering %d"
  
  #: varasm.c:1160
  #, fuzzy, gcc-internal-format
*************** msgid "only zero initializers are allowe
*** 26105,26126 ****
  msgstr "kun variabler uden startvÃ¦rdi kan placeres i .bss-sektionen"
  
  #: varasm.c:1367 varasm.c:1376
! #, fuzzy, gcc-internal-format
! #| msgid "%Jregister name not specified for '%D'"
  msgid "register name not specified for %q+D"
! msgstr "%Jregisternavn ikke angivet for '%D'"
  
  #: varasm.c:1378
! #, fuzzy, gcc-internal-format
! #| msgid "%Jinvalid register name for '%D'"
  msgid "invalid register name for %q+D"
! msgstr "%Jugyldigt registernavn for '%D'"
  
  #: varasm.c:1380
! #, fuzzy, gcc-internal-format
! #| msgid "%Jdata type of '%D' isn't suitable for a register"
  msgid "data type of %q+D isn%'t suitable for a register"
! msgstr "%Jdatatypen for '%D' passer ikke med et register"
  
  #: varasm.c:1383
  #, gcc-internal-format
--- 26072,26090 ----
  msgstr "kun variabler uden startvÃ¦rdi kan placeres i .bss-sektionen"
  
  #: varasm.c:1367 varasm.c:1376
! #, gcc-internal-format
  msgid "register name not specified for %q+D"
! msgstr "registernavn ikke angivet for %q+D"
  
  #: varasm.c:1378
! #, gcc-internal-format
  msgid "invalid register name for %q+D"
! msgstr "ugyldigt registernavn for %q+D"
  
  #: varasm.c:1380
! #, gcc-internal-format
  msgid "data type of %q+D isn%'t suitable for a register"
! msgstr "datatypen for %q+D passer ikke med et register"
  
  #: varasm.c:1383
  #, gcc-internal-format
*************** msgid "the register specified for %q+D c
*** 26128,26137 ****
  msgstr ""
  
  #: varasm.c:1386
! #, fuzzy, gcc-internal-format
! #| msgid "register used for two global register variables"
  msgid "the register specified for %q+D is not general enough to be used as a register variable"
! msgstr "register brugt til to globale registervariabler"
  
  #: varasm.c:1389
  #, fuzzy, gcc-internal-format
--- 26092,26100 ----
  msgstr ""
  
  #: varasm.c:1386
! #, gcc-internal-format
  msgid "the register specified for %q+D is not general enough to be used as a register variable"
! msgstr "registeret specificeret for %q+D er ikke generelt nok til at blive brugt som en registervariabel"
  
  #: varasm.c:1389
  #, fuzzy, gcc-internal-format
*************** msgstr ""
*** 27132,27145 ****
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "standardparameter givet til %d. parameter for '%#D'"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6573 c-family/c-common.c:6644
  #: c/c-typeck.c:3557
  #, fuzzy, gcc-internal-format
  #| msgid "too few arguments to function"
  msgid "too few arguments to function %qE"
  msgstr "for fÃ¥ parametre til funktionen"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6670 c/c-typeck.c:3286
  #, fuzzy, gcc-internal-format
  #| msgid "too many arguments to function"
  msgid "too many arguments to function %qE"
--- 27095,27108 ----
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "standardparameter givet til %d. parameter for '%#D'"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6574 c-family/c-common.c:6645
  #: c/c-typeck.c:3557
  #, fuzzy, gcc-internal-format
  #| msgid "too few arguments to function"
  msgid "too few arguments to function %qE"
  msgstr "for fÃ¥ parametre til funktionen"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6671 c/c-typeck.c:3286
  #, fuzzy, gcc-internal-format
  #| msgid "too many arguments to function"
  msgid "too many arguments to function %qE"
*************** msgstr "forsÃ¸g pÃ¥ at finde adressen af
*** 27235,27318 ****
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6515 cp/init.c:2952 cp/init.c:2971
  #, fuzzy, gcc-internal-format
  #| msgid "size of array `%s' is too large"
  msgid "size of array is too large"
  msgstr "stÃ¸rrelsen af tabellen '%s' er for stor"
  
! #: c-family/c-common.c:6603
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of `%s'"
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "typen af den %d. parameter i '%s' passer ikke"
  
! #: c-family/c-common.c:6737
  #, fuzzy, gcc-internal-format
  #| msgid "too few arguments to function `%s'"
  msgid "incorrect number of arguments to function %qE"
  msgstr "for fÃ¥ parametre til funktionen '%s'"
  
! #: c-family/c-common.c:6752
  #, fuzzy, gcc-internal-format
  #| msgid "argument 3 of `%s' must be a 2-bit literal"
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "parameter til '%s' skal vÃ¦re en 2 bit-konstant"
  
! #: c-family/c-common.c:6761
  #, fuzzy, gcc-internal-format
  #| msgid "argument of `asm' is not a constant string"
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "parameteren til 'asm' er ikke en konstant streng"
  
! #: c-family/c-common.c:6772
  #, fuzzy, gcc-internal-format
  #| msgid "argument 3 of `%s' must be a 2-bit literal"
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "parameter til '%s' skal vÃ¦re en 2 bit-konstant"
  
! #: c-family/c-common.c:6787
  #, fuzzy, gcc-internal-format
  #| msgid "argument 3 of `%s' must be a 2-bit literal"
  msgid "argument %d of %qE must be a pointer type"
  msgstr "parameter til '%s' skal vÃ¦re en 2 bit-konstant"
  
! #: c-family/c-common.c:6795
  #, fuzzy, gcc-internal-format
  #| msgid "argument of `asm' is not a constant string"
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "parameteren til 'asm' er ikke en konstant streng"
  
! #: c-family/c-common.c:6801
  #, fuzzy, gcc-internal-format
  #| msgid "argument 3 of `%s' must be a 2-bit literal"
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "parameter til '%s' skal vÃ¦re en 2 bit-konstant"
  
! #: c-family/c-common.c:6809
  #, fuzzy, gcc-internal-format
  #| msgid "in passing argument %P of `%+D'"
  msgid "size mismatch in argument %d of %qE"
  msgstr "i overbringelse af parameter %P af '%+D'"
  
! #: c-family/c-common.c:6825
  #, fuzzy, gcc-internal-format
  #| msgid "invalid type argument of `%s'"
  msgid "invalid memory model argument %d of %qE"
  msgstr "ugyldig typeparameter '%s'"
  
! #: c-family/c-common.c:6832
  #, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:7753
  #, fuzzy, gcc-internal-format
  #| msgid "accumulator number is out of bounds"
  msgid "index value is out of bound"
  msgstr "akkumulatortal er uden for det gyldig interval"
  
! #: c-family/c-common.c:7794 c-family/c-common.c:7842 c-family/c-common.c:7857
  #: cp/call.c:4836 cp/call.c:4843
  #, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
--- 27198,27281 ----
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6516 cp/init.c:2952 cp/init.c:2971
  #, fuzzy, gcc-internal-format
  #| msgid "size of array `%s' is too large"
  msgid "size of array is too large"
  msgstr "stÃ¸rrelsen af tabellen '%s' er for stor"
  
! #: c-family/c-common.c:6604
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of `%s'"
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "typen af den %d. parameter i '%s' passer ikke"
  
! #: c-family/c-common.c:6738
  #, fuzzy, gcc-internal-format
  #| msgid "too few arguments to function `%s'"
  msgid "incorrect number of arguments to function %qE"
  msgstr "for fÃ¥ parametre til funktionen '%s'"
  
! #: c-family/c-common.c:6753
  #, fuzzy, gcc-internal-format
  #| msgid "argument 3 of `%s' must be a 2-bit literal"
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "parameter til '%s' skal vÃ¦re en 2 bit-konstant"
  
! #: c-family/c-common.c:6762
  #, fuzzy, gcc-internal-format
  #| msgid "argument of `asm' is not a constant string"
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "parameteren til 'asm' er ikke en konstant streng"
  
! #: c-family/c-common.c:6773
  #, fuzzy, gcc-internal-format
  #| msgid "argument 3 of `%s' must be a 2-bit literal"
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "parameter til '%s' skal vÃ¦re en 2 bit-konstant"
  
! #: c-family/c-common.c:6788
  #, fuzzy, gcc-internal-format
  #| msgid "argument 3 of `%s' must be a 2-bit literal"
  msgid "argument %d of %qE must be a pointer type"
  msgstr "parameter til '%s' skal vÃ¦re en 2 bit-konstant"
  
! #: c-family/c-common.c:6796
  #, fuzzy, gcc-internal-format
  #| msgid "argument of `asm' is not a constant string"
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "parameteren til 'asm' er ikke en konstant streng"
  
! #: c-family/c-common.c:6802
  #, fuzzy, gcc-internal-format
  #| msgid "argument 3 of `%s' must be a 2-bit literal"
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "parameter til '%s' skal vÃ¦re en 2 bit-konstant"
  
! #: c-family/c-common.c:6810
  #, fuzzy, gcc-internal-format
  #| msgid "in passing argument %P of `%+D'"
  msgid "size mismatch in argument %d of %qE"
  msgstr "i overbringelse af parameter %P af '%+D'"
  
! #: c-family/c-common.c:6826
  #, fuzzy, gcc-internal-format
  #| msgid "invalid type argument of `%s'"
  msgid "invalid memory model argument %d of %qE"
  msgstr "ugyldig typeparameter '%s'"
  
! #: c-family/c-common.c:6833
  #, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:7754
  #, fuzzy, gcc-internal-format
  #| msgid "accumulator number is out of bounds"
  msgid "index value is out of bound"
  msgstr "akkumulatortal er uden for det gyldig interval"
  
! #: c-family/c-common.c:7795 c-family/c-common.c:7843 c-family/c-common.c:7858
  #: cp/call.c:4836 cp/call.c:4843
  #, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
*************** msgstr ""
*** 27320,27343 ****
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7943
  #, fuzzy, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr "den indbyggede funktion '%s' er erklÃ¦ret som noget der ikke er en funktion"
  
! #: c-family/c-common.c:7965 c/c-decl.c:6124
  #, fuzzy, gcc-internal-format
  #| msgid "size of array `%s' is too large"
  msgid "size of array %qE is too large"
  msgstr "stÃ¸rrelsen af tabellen '%s' er for stor"
  
! #: c-family/c-common.c:7967 c/c-decl.c:6127
  #, fuzzy, gcc-internal-format
  #| msgid "size of array `%s' is too large"
  msgid "size of unnamed array is too large"
  msgstr "stÃ¸rrelsen af tabellen '%s' er for stor"
  
! #: c-family/c-common.c:7997
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
--- 27283,27306 ----
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7944
  #, fuzzy, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr "den indbyggede funktion '%s' er erklÃ¦ret som noget der ikke er en funktion"
  
! #: c-family/c-common.c:7966 c/c-decl.c:6124
  #, fuzzy, gcc-internal-format
  #| msgid "size of array `%s' is too large"
  msgid "size of array %qE is too large"
  msgstr "stÃ¸rrelsen af tabellen '%s' er for stor"
  
! #: c-family/c-common.c:7968 c/c-decl.c:6127
  #, fuzzy, gcc-internal-format
  #| msgid "size of array `%s' is too large"
  msgid "size of unnamed array is too large"
  msgstr "stÃ¸rrelsen af tabellen '%s' er for stor"
  
! #: c-family/c-common.c:7998
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
*************** msgstr "%qs er ikke et gyldigt tilvalg t
*** 29271,29277 ****
  msgid "too many input files"
  msgstr "for mange inddatafiler"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8751
  #, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr "ukendt vÃ¦rdi %qs for -mcpu"
--- 29234,29240 ----
  msgid "too many input files"
  msgstr "for mange inddatafiler"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8759
  #, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr "ukendt vÃ¦rdi %qs for -mcpu"
*************** msgstr "%s fra en henvisningstype der ik
*** 29760,29960 ****
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "%s fra en henvisningstype der ikke er forenelig med mÃ¥lets"
  
! #: config/aarch64/aarch64.c:8374
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8418
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8475
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "Invalid range %s in option %s"
  msgid "tuning string missing in option (%s)"
  msgstr "ugyldigt interval %s i tilvalg %s"
  
! #: config/aarch64/aarch64.c:8493
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "unknown spec function `%s'"
  msgid "unknown tuning option (%s)"
  msgstr "ukendt specifikationsfunktion '%s'"
  
! #: config/aarch64/aarch64.c:8707
  #, fuzzy, gcc-internal-format
  #| msgid "invalid argument of `%s' attribute"
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "ugyldig parameter til egenskaben '%s'"
  
! #: config/aarch64/aarch64.c:8748
  #, fuzzy, gcc-internal-format
  #| msgid "missing argument to \"-%s\""
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr "der mangler en parameter til tilvalget '-%s'"
  
! #: config/aarch64/aarch64.c:8755
  #, fuzzy, gcc-internal-format
  #| msgid "unknown machine mode `%s'"
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "ukendt maskintilstand '%s'"
  
! #: config/aarch64/aarch64.c:8782
  #, fuzzy, gcc-internal-format
  #| msgid "missing argument to \"-%s\""
  msgid "missing arch name in %<-march=%s%>"
  msgstr "der mangler en parameter til tilvalget '-%s'"
  
! #: config/aarch64/aarch64.c:8785
  #, fuzzy, gcc-internal-format
  #| msgid "bad value (%s) for -march= switch"
  msgid "unknown value %qs for -march"
  msgstr "ugyldig vÃ¦rdi (%s) til tilvalget -march="
  
! #: config/aarch64/aarch64.c:8789
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "et filnavn mangler efter '-%s'"
  
! #: config/aarch64/aarch64.c:8815
  #, fuzzy, gcc-internal-format
  #| msgid "missing argument to \"-%s\""
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr "der mangler en parameter til tilvalget '-%s'"
  
! #: config/aarch64/aarch64.c:8818
  #, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr "ukendt vÃ¦rdi %qs for -mtune"
  
! #: config/aarch64/aarch64.c:8921 config/arm/arm.c:3093
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "switch -mcpu=%s conflicts with -march= switch"
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "tilvalget -mcpu=%s er i konflikt med tilvalget -march="
  
! #: config/aarch64/aarch64.c:8956
  #, fuzzy, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "%s understÃ¸tter ikke %s"
  
! #: config/aarch64/aarch64.c:8960
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9022
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9187
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "missing argument to \"-%s\""
  msgid "missing architecture name in 'arch' target %s"
  msgstr "der mangler en parameter til tilvalget '-%s'"
  
! #: config/aarch64/aarch64.c:9190
  #, fuzzy, gcc-internal-format
  #| msgid "bad value (%s) for -march= switch"
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "ugyldig vÃ¦rdi (%s) til tilvalget -march="
  
! #: config/aarch64/aarch64.c:9194
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr "et filnavn mangler efter '-%s'"
  
! #: config/aarch64/aarch64.c:9228
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "missing argument to \"-%s\""
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "der mangler en parameter til tilvalget '-%s'"
  
! #: config/aarch64/aarch64.c:9231
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %qs for -mcpu"
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "ukendt vÃ¦rdi %qs for -mcpu"
  
! #: config/aarch64/aarch64.c:9235
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr "et filnavn mangler efter '-%s'"
  
! #: config/aarch64/aarch64.c:9266
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %qs for -mtune"
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "ukendt vÃ¦rdi %qs for -mtune"
  
! #: config/aarch64/aarch64.c:9307
  #, fuzzy, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr "et filnavn mangler efter '-%s'"
  
! #: config/aarch64/aarch64.c:9312
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr "et filnavn mangler efter '-%s'"
  
! #: config/aarch64/aarch64.c:9364
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed spec function arguments"
  msgid "malformed target %s"
  msgstr "forkert udformede specifikationsfunktionsparametre"
  
! #: config/aarch64/aarch64.c:9412
  #, fuzzy, gcc-internal-format
  #| msgid "%s only accepts 1 argument"
  msgid "target %s %qs does not accept an argument"
  msgstr "%s accepterer kun 1 parameter"
  
! #: config/aarch64/aarch64.c:9421
  #, fuzzy, gcc-internal-format
  #| msgid "target system does not support the %qs debug format"
  msgid "target %s %qs does not allow a negated form"
  msgstr "mÃ¥larkitektursystem understÃ¸tter ikke %qs-fejlsÃ¸gningsformatet"
  
! #: config/aarch64/aarch64.c:9476
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "\"%s\" is not defined"
  msgid "target %s %s=%s is not valid"
  msgstr "\"%s\" er ikke defineret"
  
! #: config/aarch64/aarch64.c:9536 config/arm/arm.c:30367
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:14849
  #, fuzzy, gcc-internal-format
  #| msgid "`%s' attribute argument not a string constant"
  msgid "attribute %<target%> argument not a string"
  msgstr "parameteren til egenskaben '%s' er ikke en strengkonstant"
  
! #: config/aarch64/aarch64.c:9546
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed spec function name"
  msgid "malformed target %s value"
  msgstr "forkert udformet specifikationsfunktionsnavn"
  
! #: config/aarch64/aarch64.c:9563
  #, fuzzy, gcc-internal-format
  #| msgid "template argument %d is invalid"
  msgid "target %s %qs is invalid"
  msgstr "skabelonsparameter %d er ugyldig"
  
! #: config/aarch64/aarch64.c:9572
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11420
  #, fuzzy, gcc-internal-format
  #| msgid "line number out of range"
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr "linjenummer er uden for det gyldige interval"
  
! #: config/aarch64/aarch64.c:11422
  #, fuzzy, gcc-internal-format
  #| msgid "line number out of range"
  msgid "lane %wd out of range %wd - %wd"
--- 29723,29923 ----
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "%s fra en henvisningstype der ikke er forenelig med mÃ¥lets"
  
! #: config/aarch64/aarch64.c:8382
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8426
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8483
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "Invalid range %s in option %s"
  msgid "tuning string missing in option (%s)"
  msgstr "ugyldigt interval %s i tilvalg %s"
  
! #: config/aarch64/aarch64.c:8501
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "unknown spec function `%s'"
  msgid "unknown tuning option (%s)"
  msgstr "ukendt specifikationsfunktion '%s'"
  
! #: config/aarch64/aarch64.c:8715
  #, fuzzy, gcc-internal-format
  #| msgid "invalid argument of `%s' attribute"
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "ugyldig parameter til egenskaben '%s'"
  
! #: config/aarch64/aarch64.c:8756
  #, fuzzy, gcc-internal-format
  #| msgid "missing argument to \"-%s\""
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr "der mangler en parameter til tilvalget '-%s'"
  
! #: config/aarch64/aarch64.c:8763
  #, fuzzy, gcc-internal-format
  #| msgid "unknown machine mode `%s'"
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "ukendt maskintilstand '%s'"
  
! #: config/aarch64/aarch64.c:8790
  #, fuzzy, gcc-internal-format
  #| msgid "missing argument to \"-%s\""
  msgid "missing arch name in %<-march=%s%>"
  msgstr "der mangler en parameter til tilvalget '-%s'"
  
! #: config/aarch64/aarch64.c:8793
  #, fuzzy, gcc-internal-format
  #| msgid "bad value (%s) for -march= switch"
  msgid "unknown value %qs for -march"
  msgstr "ugyldig vÃ¦rdi (%s) til tilvalget -march="
  
! #: config/aarch64/aarch64.c:8797
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "et filnavn mangler efter '-%s'"
  
! #: config/aarch64/aarch64.c:8823
  #, fuzzy, gcc-internal-format
  #| msgid "missing argument to \"-%s\""
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr "der mangler en parameter til tilvalget '-%s'"
  
! #: config/aarch64/aarch64.c:8826
  #, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr "ukendt vÃ¦rdi %qs for -mtune"
  
! #: config/aarch64/aarch64.c:8929 config/arm/arm.c:3094
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "switch -mcpu=%s conflicts with -march= switch"
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "tilvalget -mcpu=%s er i konflikt med tilvalget -march="
  
! #: config/aarch64/aarch64.c:8964
  #, fuzzy, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "%s understÃ¸tter ikke %s"
  
! #: config/aarch64/aarch64.c:8968
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9030
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9195
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "missing argument to \"-%s\""
  msgid "missing architecture name in 'arch' target %s"
  msgstr "der mangler en parameter til tilvalget '-%s'"
  
! #: config/aarch64/aarch64.c:9198
  #, fuzzy, gcc-internal-format
  #| msgid "bad value (%s) for -march= switch"
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "ugyldig vÃ¦rdi (%s) til tilvalget -march="
  
! #: config/aarch64/aarch64.c:9202
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr "et filnavn mangler efter '-%s'"
  
! #: config/aarch64/aarch64.c:9236
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "missing argument to \"-%s\""
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "der mangler en parameter til tilvalget '-%s'"
  
! #: config/aarch64/aarch64.c:9239
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %qs for -mcpu"
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "ukendt vÃ¦rdi %qs for -mcpu"
  
! #: config/aarch64/aarch64.c:9243
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr "et filnavn mangler efter '-%s'"
  
! #: config/aarch64/aarch64.c:9274
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %qs for -mtune"
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "ukendt vÃ¦rdi %qs for -mtune"
  
! #: config/aarch64/aarch64.c:9315
  #, fuzzy, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr "et filnavn mangler efter '-%s'"
  
! #: config/aarch64/aarch64.c:9320
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr "et filnavn mangler efter '-%s'"
  
! #: config/aarch64/aarch64.c:9372
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed spec function arguments"
  msgid "malformed target %s"
  msgstr "forkert udformede specifikationsfunktionsparametre"
  
! #: config/aarch64/aarch64.c:9420
  #, fuzzy, gcc-internal-format
  #| msgid "%s only accepts 1 argument"
  msgid "target %s %qs does not accept an argument"
  msgstr "%s accepterer kun 1 parameter"
  
! #: config/aarch64/aarch64.c:9429
  #, fuzzy, gcc-internal-format
  #| msgid "target system does not support the %qs debug format"
  msgid "target %s %qs does not allow a negated form"
  msgstr "mÃ¥larkitektursystem understÃ¸tter ikke %qs-fejlsÃ¸gningsformatet"
  
! #: config/aarch64/aarch64.c:9484
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "\"%s\" is not defined"
  msgid "target %s %s=%s is not valid"
  msgstr "\"%s\" er ikke defineret"
  
! #: config/aarch64/aarch64.c:9544 config/arm/arm.c:30411
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:15017
  #, fuzzy, gcc-internal-format
  #| msgid "`%s' attribute argument not a string constant"
  msgid "attribute %<target%> argument not a string"
  msgstr "parameteren til egenskaben '%s' er ikke en strengkonstant"
  
! #: config/aarch64/aarch64.c:9554
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed spec function name"
  msgid "malformed target %s value"
  msgstr "forkert udformet specifikationsfunktionsnavn"
  
! #: config/aarch64/aarch64.c:9571
  #, fuzzy, gcc-internal-format
  #| msgid "template argument %d is invalid"
  msgid "target %s %qs is invalid"
  msgstr "skabelonsparameter %d er ugyldig"
  
! #: config/aarch64/aarch64.c:9580
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11428
  #, fuzzy, gcc-internal-format
  #| msgid "line number out of range"
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr "linjenummer er uden for det gyldige interval"
  
! #: config/aarch64/aarch64.c:11430
  #, fuzzy, gcc-internal-format
  #| msgid "line number out of range"
  msgid "lane %wd out of range %wd - %wd"
*************** msgstr ""
*** 30391,30454 ****
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2799
  #, fuzzy, gcc-internal-format
  #| msgid "-msystem-v and -p are incompatible"
  msgid "iWMMXt and NEON are incompatible"
  msgstr "-msystem-v og -p er indbyrdes uforenelige"
  
! #: config/arm/arm.c:2805
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support APCS-32"
  msgid "target CPU does not support ARM mode"
  msgstr "mÃ¥lprocessoren understÃ¸tter ikke APCS-32"
  
! #: config/arm/arm.c:2809
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "aktivering af tilbagesporingsunderstÃ¸ttelse giver kun mening ved oversÃ¦ttelse for en Thumb"
  
! #: config/arm/arm.c:2812
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "aktivering af interarbejdeunderstÃ¸ttelse for kaldte objekter giver kun mening ved oversÃ¦ttelse for en Thumb"
  
! #: config/arm/arm.c:2820
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g med -mno-apcs-frame giver mÃ¥ske ikke fornuftig fejlanalysering"
  
! #: config/arm/arm.c:2824
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2827
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2831
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2839
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2844
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2947
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "mÃ¥lprocessoren understÃ¸tter ikke THUMB-instruktioner"
  
! #: config/arm/arm.c:2992
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "target CPU does not support unaligned accesses"
--- 30354,30417 ----
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2800
  #, fuzzy, gcc-internal-format
  #| msgid "-msystem-v and -p are incompatible"
  msgid "iWMMXt and NEON are incompatible"
  msgstr "-msystem-v og -p er indbyrdes uforenelige"
  
! #: config/arm/arm.c:2806
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support APCS-32"
  msgid "target CPU does not support ARM mode"
  msgstr "mÃ¥lprocessoren understÃ¸tter ikke APCS-32"
  
! #: config/arm/arm.c:2810
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "aktivering af tilbagesporingsunderstÃ¸ttelse giver kun mening ved oversÃ¦ttelse for en Thumb"
  
! #: config/arm/arm.c:2813
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "aktivering af interarbejdeunderstÃ¸ttelse for kaldte objekter giver kun mening ved oversÃ¦ttelse for en Thumb"
  
! #: config/arm/arm.c:2821
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g med -mno-apcs-frame giver mÃ¥ske ikke fornuftig fejlanalysering"
  
! #: config/arm/arm.c:2825
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2828
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2832
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2840
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2845
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2948
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "mÃ¥lprocessoren understÃ¸tter ikke THUMB-instruktioner"
  
! #: config/arm/arm.c:2993
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "target CPU does not support unaligned accesses"
*************** msgstr "mÃ¥lprocessoren understÃ¸tter ik
*** 30456,30589 ****
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3246
  #, fuzzy, gcc-internal-format
  #| msgid "-mpcrel -fPIC is not currently supported on selected cpu"
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-mpcrel -fPIC er i Ã¸jeblikket ikke understÃ¸ttet pÃ¥ valgt cpu"
  
! #: config/arm/arm.c:3321
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "mÃ¥lprocessoren understÃ¸tter ikke interarbejde"
  
! #: config/arm/arm.c:3327
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check og -mno-apcs-frame er indbyrdes uforenelige"
  
! #: config/arm/arm.c:3335
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic og -mapcs-reent er indbyrdes uforenelige"
  
! #: config/arm/arm.c:3338
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "APCS-genindtrÃ¦delig kode er ikke understÃ¸ttet - ignoreret"
  
! #: config/arm/arm.c:3372
  #, fuzzy, gcc-internal-format
  #| msgid "-mrelocatable and -msdata=%s are incompatible"
  msgid "selected fp16 options are incompatible"
  msgstr "-mrelocatable og -msdata=%s er indbyrdes uforenelige"
  
! #: config/arm/arm.c:3403
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr ""
  
! #: config/arm/arm.c:3406
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr ""
  
! #: config/arm/arm.c:3417
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "mÃ¥lprocessoren understÃ¸tter ikke interarbejde"
  
! #: config/arm/arm.c:3420
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "mÃ¥lprocessoren understÃ¸tter ikke interarbejde"
  
! #: config/arm/arm.c:3425
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr ""
  
! #: config/arm/arm.c:3436
  #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr ""
  
! #: config/arm/arm.c:3444
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr ""
  
! #: config/arm/arm.c:3480
  #, fuzzy, gcc-internal-format
  #| msgid "structure size boundary can only be set to 8 or 32"
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "strukturstÃ¸rrelsesgrÃ¦nse kan kun sÃ¦ttes til 8 eller 32"
  
! #: config/arm/arm.c:3482
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "strukturstÃ¸rrelsesgrÃ¦nse kan kun sÃ¦ttes til 8 eller 32"
  
! #: config/arm/arm.c:3507
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr ""
  
! #: config/arm/arm.c:3519
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= er ubrugelig uden -fpic"
  
! #: config/arm/arm.c:3528
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "kan ikke bruge '%s' til PIC-register"
  
! #: config/arm/arm.c:3547
  #, fuzzy, gcc-internal-format
  #| msgid "-fdata-sections not supported for this target"
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-fdata-sections understÃ¸ttes ikke pÃ¥ mÃ¥larkitekturen"
  
! #: config/arm/arm.c:3638
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support THUMB instructions"
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "mÃ¥lprocessoren understÃ¸tter ikke THUMB-instruktioner"
  
! #: config/arm/arm.c:5706
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5708
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5727
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5922
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr ""
  
! #: config/arm/arm.c:6672 config/arm/arm.c:6690 config/arm/arm.c:6865
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
--- 30419,30558 ----
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3247
  #, fuzzy, gcc-internal-format
  #| msgid "-mpcrel -fPIC is not currently supported on selected cpu"
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-mpcrel -fPIC er i Ã¸jeblikket ikke understÃ¸ttet pÃ¥ valgt cpu"
  
! #: config/arm/arm.c:3322
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "mÃ¥lprocessoren understÃ¸tter ikke interarbejde"
  
! #: config/arm/arm.c:3328
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check og -mno-apcs-frame er indbyrdes uforenelige"
  
! #: config/arm/arm.c:3336
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic og -mapcs-reent er indbyrdes uforenelige"
  
! #: config/arm/arm.c:3339
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "APCS-genindtrÃ¦delig kode er ikke understÃ¸ttet - ignoreret"
  
! #: config/arm/arm.c:3373
  #, fuzzy, gcc-internal-format
  #| msgid "-mrelocatable and -msdata=%s are incompatible"
  msgid "selected fp16 options are incompatible"
  msgstr "-mrelocatable og -msdata=%s er indbyrdes uforenelige"
  
! #: config/arm/arm.c:3404
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr ""
  
! #: config/arm/arm.c:3407
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr ""
  
! #: config/arm/arm.c:3418
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "mÃ¥lprocessoren understÃ¸tter ikke interarbejde"
  
! #: config/arm/arm.c:3421
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "mÃ¥lprocessoren understÃ¸tter ikke interarbejde"
  
! #: config/arm/arm.c:3426
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr ""
  
! #: config/arm/arm.c:3437
  #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr ""
  
! #: config/arm/arm.c:3445
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr ""
  
! #: config/arm/arm.c:3481
  #, fuzzy, gcc-internal-format
  #| msgid "structure size boundary can only be set to 8 or 32"
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "strukturstÃ¸rrelsesgrÃ¦nse kan kun sÃ¦ttes til 8 eller 32"
  
! #: config/arm/arm.c:3483
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "strukturstÃ¸rrelsesgrÃ¦nse kan kun sÃ¦ttes til 8 eller 32"
  
! #: config/arm/arm.c:3508
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr ""
  
! #: config/arm/arm.c:3520
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= er ubrugelig uden -fpic"
  
! #: config/arm/arm.c:3529
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "kan ikke bruge '%s' til PIC-register"
  
! #: config/arm/arm.c:3548
  #, fuzzy, gcc-internal-format
  #| msgid "-fdata-sections not supported for this target"
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-fdata-sections understÃ¸ttes ikke pÃ¥ mÃ¥larkitekturen"
  
! #: config/arm/arm.c:3639
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support THUMB instructions"
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "mÃ¥lprocessoren understÃ¸tter ikke THUMB-instruktioner"
  
! #: config/arm/arm.c:5707
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5709
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5728
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5923
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr ""
  
! #: config/arm/arm.c:6362 config/arm/arm.c:6565 config/arm/arm.c:6593
! #: config/arm/arm.c:26560
! #, gcc-internal-format
! msgid "parameter passing for argument of type %qT changed in GCC 7.1"
! msgstr ""
! 
! #: config/arm/arm.c:6709 config/arm/arm.c:6727 config/arm/arm.c:6902
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
*************** msgstr ""
*** 30600,30678 ****
  msgid "%qE attribute only applies to functions"
  msgstr "egenskaben '%s' kan kun anvendes sammen med funktioner"
  
! #: config/arm/arm.c:6814
  #, fuzzy, gcc-internal-format
  #| msgid "`%s' attribute only applies to functions"
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr "egenskaben '%s' kan kun anvendes sammen med funktioner"
  
! #: config/arm/arm.c:6826
  #, fuzzy, gcc-internal-format
  #| msgid "`%D' must take either one or two arguments"
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "'%D' skal tage mod Ã©n eller to parametre"
  
! #: config/arm/arm.c:6835
  #, fuzzy, gcc-internal-format
  #| msgid "`%s' attribute only applies to functions"
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr "egenskaben '%s' kan kun anvendes sammen med funktioner"
  
! #: config/arm/arm.c:6857 config/arm/arm.c:6909
  #, fuzzy, gcc-internal-format
  #| msgid "`%s' attribute ignored for `%s'"
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "'%s'-egenskaben ignoreret for '%s'"
  
! #: config/arm/arm.c:6876
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "'%s'-egenskaben kan kun anvendes sammen med funktioner"
  
! #: config/arm/arm.c:6925
  #, fuzzy, gcc-internal-format
  #| msgid "`%s' attribute only applies to function types"
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "egenskaben '%s' kan kun anvendes sammen med funktionstyper"
  
! #: config/arm/arm.c:12208
  #, fuzzy, gcc-internal-format
  #| msgid "line number out of range"
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr "linjenummer er uden for det gyldige interval"
  
! #: config/arm/arm.c:12211
  #, fuzzy, gcc-internal-format
  #| msgid "line number out of range"
  msgid "%s %wd out of range %wd - %wd"
  msgstr "linjenummer er uden for det gyldige interval"
  
! #: config/arm/arm.c:23458
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "kan ikke beregne virkelig placering af stakkede parametre"
  
! #: config/arm/arm.c:24111
  #, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr ""
  
! #: config/arm/arm.c:24375
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "ingen lave registre er tilgÃ¦ngelige til at modtage vÃ¦rdier fra hÃ¸je registre"
  
! #: config/arm/arm.c:24624
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "afbrydelsesservicerutiner kan ikke kodes i Thumb-tilstand"
  
! #: config/arm/arm.c:24853
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30391
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid vector type for attribute `%s'"
  msgid "invalid fpu for attribute(target(\"%s\"))"
--- 30569,30647 ----
  msgid "%qE attribute only applies to functions"
  msgstr "egenskaben '%s' kan kun anvendes sammen med funktioner"
  
! #: config/arm/arm.c:6851
  #, fuzzy, gcc-internal-format
  #| msgid "`%s' attribute only applies to functions"
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr "egenskaben '%s' kan kun anvendes sammen med funktioner"
  
! #: config/arm/arm.c:6863
  #, fuzzy, gcc-internal-format
  #| msgid "`%D' must take either one or two arguments"
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "'%D' skal tage mod Ã©n eller to parametre"
  
! #: config/arm/arm.c:6872
  #, fuzzy, gcc-internal-format
  #| msgid "`%s' attribute only applies to functions"
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr "egenskaben '%s' kan kun anvendes sammen med funktioner"
  
! #: config/arm/arm.c:6894 config/arm/arm.c:6946
  #, fuzzy, gcc-internal-format
  #| msgid "`%s' attribute ignored for `%s'"
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "'%s'-egenskaben ignoreret for '%s'"
  
! #: config/arm/arm.c:6913
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "'%s'-egenskaben kan kun anvendes sammen med funktioner"
  
! #: config/arm/arm.c:6962
  #, fuzzy, gcc-internal-format
  #| msgid "`%s' attribute only applies to function types"
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "egenskaben '%s' kan kun anvendes sammen med funktionstyper"
  
! #: config/arm/arm.c:12245
  #, fuzzy, gcc-internal-format
  #| msgid "line number out of range"
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr "linjenummer er uden for det gyldige interval"
  
! #: config/arm/arm.c:12248
  #, fuzzy, gcc-internal-format
  #| msgid "line number out of range"
  msgid "%s %wd out of range %wd - %wd"
  msgstr "linjenummer er uden for det gyldige interval"
  
! #: config/arm/arm.c:23495
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "kan ikke beregne virkelig placering af stakkede parametre"
  
! #: config/arm/arm.c:24148
  #, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr ""
  
! #: config/arm/arm.c:24412
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "ingen lave registre er tilgÃ¦ngelige til at modtage vÃ¦rdier fra hÃ¸je registre"
  
! #: config/arm/arm.c:24661
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "afbrydelsesservicerutiner kan ikke kodes i Thumb-tilstand"
  
! #: config/arm/arm.c:24890
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid vector type for attribute `%s'"
  msgid "invalid fpu for attribute(target(\"%s\"))"
*************** msgstr "ugyldig vektortype for egenskabe
*** 30681,30693 ****
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30399
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30406 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:14915 config/s390/s390.c:14965 config/s390/s390.c:14982
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr ""
--- 30650,30662 ----
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30443
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30450 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:15083 config/s390/s390.c:15133 config/s390/s390.c:15150
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr ""
*************** msgid "-mmulticore can only be used with
*** 31025,31051 ****
  msgstr ""
  
  #: config/bfin/bfin.c:2394
! #, fuzzy, gcc-internal-format
! #| msgid "-frepo must be used with -c"
  msgid "-mcorea should be used with -mmulticore"
! msgstr "-frepo skal bruges med -c"
  
  #: config/bfin/bfin.c:2397
! #, fuzzy, gcc-internal-format
! #| msgid "-frepo must be used with -c"
  msgid "-mcoreb should be used with -mmulticore"
! msgstr "-frepo skal bruges med -c"
  
  #: config/bfin/bfin.c:2400
! #, fuzzy, gcc-internal-format
! #| msgid "-mapcs-26 and -mapcs-32 may not be used together"
  msgid "-mcorea and -mcoreb can%'t be used together"
! msgstr "-mapcs-26 og -mapcs-32 kan ikke bruges pÃ¥ samme tid"
  
  #: config/bfin/bfin.c:4678
! #, fuzzy, gcc-internal-format
  msgid "multiple function type attributes specified"
! msgstr "inline funktion '%s' givet egenskaben noinline"
  
  #: config/bfin/bfin.c:4745
  #, gcc-internal-format
--- 30994,31017 ----
  msgstr ""
  
  #: config/bfin/bfin.c:2394
! #, gcc-internal-format
  msgid "-mcorea should be used with -mmulticore"
! msgstr "-mcorea skal bruges med -mmulticore"
  
  #: config/bfin/bfin.c:2397
! #, gcc-internal-format
  msgid "-mcoreb should be used with -mmulticore"
! msgstr "-mcoreb skal bruges med -mmulticore"
  
  #: config/bfin/bfin.c:2400
! #, gcc-internal-format
  msgid "-mcorea and -mcoreb can%'t be used together"
! msgstr "-mcorea og -mcoreb kan ikke bruges pÃ¥ samme tid"
  
  #: config/bfin/bfin.c:4678
! #, gcc-internal-format
  msgid "multiple function type attributes specified"
! msgstr "der er angivet flere funktionstypeattributter"
  
  #: config/bfin/bfin.c:4745
  #, gcc-internal-format
*************** msgid "can%'t apply both longcall and sh
*** 31053,31073 ****
  msgstr ""
  
  #: config/bfin/bfin.c:4802
! #, fuzzy, gcc-internal-format
  msgid "%qE attribute cannot be specified for local variables"
! msgstr "sektionsegenskaben kan ikke angives for lokale variabler"
  
  #: config/c6x/c6x.c:239
! #, fuzzy, gcc-internal-format
! #| msgid "Profiling is not supported on this target."
  msgid "-fpic and -fPIC not supported without -mdsbt on this target"
! msgstr "Profilering er ikke understÃ¸ttet pÃ¥ mÃ¥larkitekturen."
  
  #: config/c6x/c6x.h:365 config/nvptx/nvptx.h:181
! #, fuzzy, gcc-internal-format
! #| msgid "profiling not implemented yet"
  msgid "profiling is not yet implemented for this architecture"
! msgstr "profilering understÃ¸ttes ikke endnu"
  
  #: config/cr16/cr16.c:294
  #, gcc-internal-format
--- 31019,31037 ----
  msgstr ""
  
  #: config/bfin/bfin.c:4802
! #, gcc-internal-format
  msgid "%qE attribute cannot be specified for local variables"
! msgstr "%qE-attribut kan ikke angives for lokale variabler"
  
  #: config/c6x/c6x.c:239
! #, gcc-internal-format
  msgid "-fpic and -fPIC not supported without -mdsbt on this target"
! msgstr "-fpic og -fPIC er ikke understÃ¸ttet uden -mdsbt pÃ¥ denne mÃ¥larkitektur"
  
  #: config/c6x/c6x.h:365 config/nvptx/nvptx.h:181
! #, gcc-internal-format
  msgid "profiling is not yet implemented for this architecture"
! msgstr "profilering er endnu ikke implementerer for denne arkitektur"
  
  #: config/cr16/cr16.c:294
  #, gcc-internal-format
*************** msgid "data-model=far not valid for cr16
*** 31075,31089 ****
  msgstr ""
  
  #: config/cr16/cr16.c:297
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "invalid option `-mshort-data-%s'"
  msgid "invalid data model option -mdata-model=%s"
! msgstr "ugyldigt tilvalg '-mshort-data-%s'"
  
  #: config/cr16/cr16.h:431
! #, fuzzy, gcc-internal-format
  msgid "profiler support for CR16"
! msgstr "function_profiler-understÃ¸ttelse for MMIX"
  
  #. This function is for retrieving a part of an instruction name for
  #. an operator, for immediate output.  If that ever happens for
--- 31039,31052 ----
  msgstr ""
  
  #: config/cr16/cr16.c:297
! #, gcc-internal-format, gfc-internal-format
  msgid "invalid data model option -mdata-model=%s"
! msgstr "ugyldigt tilvalg for datamodel -mdata-model=%s"
  
  #: config/cr16/cr16.h:431
! #, gcc-internal-format
  msgid "profiler support for CR16"
! msgstr "profiler-understÃ¸ttelse for CR16"
  
  #. This function is for retrieving a part of an instruction name for
  #. an operator, for immediate output.  If that ever happens for
*************** msgid "MULT case in cris_op_str"
*** 31095,31104 ****
  msgstr ""
  
  #: config/cris/cris.c:885
! #, fuzzy, gcc-internal-format
! #| msgid "invalid operand for 'b' modifier"
  msgid "invalid use of ':' modifier"
! msgstr "ugyldig operand til 'b'-Ã¦ndring"
  
  #: config/cris/cris.c:1119 config/moxie/moxie.c:182
  #, gcc-internal-format, gfc-internal-format
--- 31058,31066 ----
  msgstr ""
  
  #: config/cris/cris.c:885
! #, gcc-internal-format
  msgid "invalid use of ':' modifier"
! msgstr "ugyldig brug af Â»:Â«-Ã¦ndring"
  
  #: config/cris/cris.c:1119 config/moxie/moxie.c:182
  #, gcc-internal-format, gfc-internal-format
*************** msgid "internal error: sideeffect-insn a
*** 31111,31120 ****
  msgstr "intern fejl: bivirkningsinstruktion pÃ¥virker hovedvirkning"
  
  #: config/cris/cris.c:1967
! #, fuzzy, gcc-internal-format
! #| msgid "unknown relocation unspec"
  msgid "unknown cc_attr value"
! msgstr "ukendt relokaliserings-unspec"
  
  #. If we get here, the caller got its initial tests wrong.
  #: config/cris/cris.c:2394
--- 31073,31081 ----
  msgstr "intern fejl: bivirkningsinstruktion pÃ¥virker hovedvirkning"
  
  #: config/cris/cris.c:1967
! #, gcc-internal-format
  msgid "unknown cc_attr value"
! msgstr "ukendt cc_attr-vÃ¦rdi"
  
  #. If we get here, the caller got its initial tests wrong.
  #: config/cris/cris.c:2394
*************** msgid "-fPIC and -fpic are not supported
*** 31143,31158 ****
  msgstr "-fPIC og -fpic understÃ¸ttes ikke af denne konfiguration"
  
  #: config/cris/cris.c:2967
! #, fuzzy, gcc-internal-format
! #| msgid "unknown insn mode"
  msgid "unknown src"
! msgstr "ukendt instruktionstilstand"
  
  #: config/cris/cris.c:3022
! #, fuzzy, gcc-internal-format
! #| msgid "unknown insn mode"
  msgid "unknown dest"
! msgstr "ukendt instruktionstilstand"
  
  #: config/cris/cris.c:3303
  #, gcc-internal-format, gfc-internal-format
--- 31104,31117 ----
  msgstr "-fPIC og -fpic understÃ¸ttes ikke af denne konfiguration"
  
  #: config/cris/cris.c:2967
! #, gcc-internal-format
  msgid "unknown src"
! msgstr "ukendt src"
  
  #: config/cris/cris.c:3022
! #, gcc-internal-format
  msgid "unknown dest"
! msgstr "ukendt dest"
  
  #: config/cris/cris.c:3303
  #, gcc-internal-format, gfc-internal-format
*************** msgstr "stakramme for stor: %d byte"
*** 31162,31172 ****
  #: config/cris/cris.c:3791 config/cris/cris.c:3819
  #, gcc-internal-format
  msgid "expand_binop failed in movsi got"
! msgstr ""
  
  #: config/cris/cris.c:3914
! #, fuzzy, gcc-internal-format
! #| msgid "emitting PIC operand, but PIC register isn't set up"
  msgid "emitting PIC operand, but PIC register isn%'t set up"
  msgstr "udsender PIC-operand, men PIC-register er ikke sat op"
  
--- 31121,31130 ----
  #: config/cris/cris.c:3791 config/cris/cris.c:3819
  #, gcc-internal-format
  msgid "expand_binop failed in movsi got"
! msgstr "expand_binop mislykkedes i movsi got"
  
  #: config/cris/cris.c:3914
! #, gcc-internal-format
  msgid "emitting PIC operand, but PIC register isn%'t set up"
  msgstr "udsender PIC-operand, men PIC-register er ikke sat op"
  
*************** msgstr ""
*** 31237,31249 ****
  #: config/epiphany/epiphany.c:1525
  #, gcc-internal-format
  msgid "stack_offset must be at least 4"
! msgstr ""
  
  #: config/epiphany/epiphany.c:1527
! #, fuzzy, gcc-internal-format
! #| msgid "stack frame not a multiple of 8 bytes: %d"
  msgid "stack_offset must be a multiple of 4"
! msgstr "stakramme ikke et produkt af 8 byte: %d"
  
  #: config/frv/frv.c:8593
  #, gcc-internal-format
--- 31195,31206 ----
  #: config/epiphany/epiphany.c:1525
  #, gcc-internal-format
  msgid "stack_offset must be at least 4"
! msgstr "stack_offset skal vÃ¦re mindst 4"
  
  #: config/epiphany/epiphany.c:1527
! #, gcc-internal-format
  msgid "stack_offset must be a multiple of 4"
! msgstr "stack_offset skal gÃ¥ op i 4"
  
  #: config/frv/frv.c:8593
  #, gcc-internal-format
*************** msgid "accumulator number is out of boun
*** 31256,31271 ****
  msgstr "akkumulatortal er uden for det gyldig interval"
  
  #: config/frv/frv.c:8609
! #, fuzzy, gcc-internal-format
! #| msgid "inappropriate accumulator for `%s'"
  msgid "inappropriate accumulator for %qs"
! msgstr "forkert akkumulator for '%s'"
  
  #: config/frv/frv.c:8685
! #, fuzzy, gcc-internal-format
! #| msgid "invalid type argument"
  msgid "invalid IACC argument"
! msgstr "ugyldig typeparameter"
  
  #: config/frv/frv.c:8708
  #, fuzzy, gcc-internal-format
--- 31213,31226 ----
  msgstr "akkumulatortal er uden for det gyldig interval"
  
  #: config/frv/frv.c:8609
! #, gcc-internal-format
  msgid "inappropriate accumulator for %qs"
! msgstr "upassende akkumulator for %qs"
  
  #: config/frv/frv.c:8685
! #, gcc-internal-format
  msgid "invalid IACC argument"
! msgstr "ugyldig IACC-parameter"
  
  #: config/frv/frv.c:8708
  #, fuzzy, gcc-internal-format
*************** msgid "-ms2600 is used without -ms"
*** 31343,31397 ****
  msgstr "-ms2600 benyttet uden -ms"
  
  #: config/h8300/h8300.c:354
! #, fuzzy, gcc-internal-format
! #| msgid "-mn is used without -mh or -ms"
  msgid "-mn is used without -mh or -ms or -msx"
! msgstr "-mn benyttet uden -mh eller -ms"
  
  #: config/h8300/h8300.c:360
! #, fuzzy, gcc-internal-format
! #| msgid "-ms2600 is used without -ms"
  msgid "-mexr is used without -ms"
! msgstr "-ms2600 benyttet uden -ms"
  
  #: config/h8300/h8300.c:366
! #, fuzzy, gcc-internal-format
! #| msgid "Profiling is not supported on this target."
  msgid "-mint32 is not supported for H8300 and H8300L targets"
! msgstr "Profilering er ikke understÃ¸ttet pÃ¥ mÃ¥larkitekturen."
  
  #: config/h8300/h8300.c:372
! #, fuzzy, gcc-internal-format
! #| msgid "-mn is used without -mh or -ms"
  msgid "-mexr is used without -ms or -msx"
! msgstr "-mn benyttet uden -mh eller -ms"
  
  #: config/h8300/h8300.c:378
  #, gcc-internal-format
  msgid "-mno-exr valid only with -ms or -msx                   - Option ignored!"
! msgstr ""
  
  #: config/h8300/h8300.c:385
! #, fuzzy, gcc-internal-format
! #| msgid "Profiling is not supported on this target."
  msgid "-mn is not supported for linux targets"
! msgstr "Profilering er ikke understÃ¸ttet pÃ¥ mÃ¥larkitekturen."
  
  #: config/i386/host-cygwin.c:62
! #, fuzzy, gcc-internal-format
  msgid "can%'t extend PCH file: %m"
! msgstr "kan ikke lÃ¦se fra midlertidig fil"
  
  #: config/i386/host-cygwin.c:73
! #, fuzzy, gcc-internal-format
  msgid "can%'t set position in PCH file: %m"
! msgstr "kan ikke oprette informationsfilen '%s' til opbevaringssted"
  
  #: config/i386/i386.c:4692
! #, fuzzy, gcc-internal-format
! #| msgid "error in args to spec function `%s'"
  msgid "wrong argument %qs to option %qs"
! msgstr "fejl i parametre til specifikationsfunktion '%s'"
  
  #: config/i386/i386.c:4698
  #, gcc-internal-format
--- 31298,31346 ----
  msgstr "-ms2600 benyttet uden -ms"
  
  #: config/h8300/h8300.c:354
! #, gcc-internal-format
  msgid "-mn is used without -mh or -ms or -msx"
! msgstr "-mn bruges uden -mh eller -ms eller -msx"
  
  #: config/h8300/h8300.c:360
! #, gcc-internal-format
  msgid "-mexr is used without -ms"
! msgstr "-mexr bruges uden -ms"
  
  #: config/h8300/h8300.c:366
! #, gcc-internal-format
  msgid "-mint32 is not supported for H8300 and H8300L targets"
! msgstr "-mint32 er ikke understÃ¸ttet for H8300- og H8300L-mÃ¥larkitekturer"
  
  #: config/h8300/h8300.c:372
! #, gcc-internal-format
  msgid "-mexr is used without -ms or -msx"
! msgstr "-mexr bruges uden -ms eller msx"
  
  #: config/h8300/h8300.c:378
  #, gcc-internal-format
  msgid "-mno-exr valid only with -ms or -msx                   - Option ignored!"
! msgstr "-mno-exr er kun gyldig med -ms eller -msx              - Tilvalg ignoreret!"
  
  #: config/h8300/h8300.c:385
! #, gcc-internal-format
  msgid "-mn is not supported for linux targets"
! msgstr "-mn er ikke understÃ¸ttet for Linux-mÃ¥larkitekturer"
  
  #: config/i386/host-cygwin.c:62
! #, gcc-internal-format
  msgid "can%'t extend PCH file: %m"
! msgstr "kan ikke udvide PCH-filen: %m"
  
  #: config/i386/host-cygwin.c:73
! #, gcc-internal-format
  msgid "can%'t set position in PCH file: %m"
! msgstr "kan ikke angive position i PCH-filen: %m"
  
  #: config/i386/i386.c:4692
! #, gcc-internal-format
  msgid "wrong argument %qs to option %qs"
! msgstr "forkert parameter %qs for tilvalget %qs"
  
  #: config/i386/i386.c:4698
  #, gcc-internal-format
*************** msgid "size ranges of option %qs should
*** 31399,31421 ****
  msgstr ""
  
  #: config/i386/i386.c:4708
! #, fuzzy, gcc-internal-format
! #| msgid "return type specified for `operator %T'"
  msgid "wrong strategy name %qs specified for option %qs"
! msgstr "returtype angivet for 'operator %T'"
  
  #. rep; movq isn't available in 32-bit code.
  #: config/i386/i386.c:4734
! #, fuzzy, gcc-internal-format
! #| msgid "return type specified for `operator %T'"
  msgid "strategy name %qs specified for option %qs not supported for 32-bit code"
! msgstr "returtype angivet for 'operator %T'"
  
  #: config/i386/i386.c:4747
! #, fuzzy, gcc-internal-format
! #| msgid "Tune alignment for the specified chip or CPU version"
  msgid "unknown alignment %qs specified for option %qs"
! msgstr "FinjustÃ©r justering til en given chip- eller processorversion"
  
  #: config/i386/i386.c:4757
  #, gcc-internal-format
--- 31348,31367 ----
  msgstr ""
  
  #: config/i386/i386.c:4708
! #, gcc-internal-format
  msgid "wrong strategy name %qs specified for option %qs"
! msgstr "forkert strateginavn %qs er angivet for tilvalget %qs"
  
  #. rep; movq isn't available in 32-bit code.
  #: config/i386/i386.c:4734
! #, gcc-internal-format
  msgid "strategy name %qs specified for option %qs not supported for 32-bit code"
! msgstr "strateginavnet %qs angivet for tilvalget %qs er ikke understÃ¸ttet for 32-bit kode"
  
  #: config/i386/i386.c:4747
! #, gcc-internal-format
  msgid "unknown alignment %qs specified for option %qs"
! msgstr "ukendt justering %qs angivet for tilvalget %qs"
  
  #: config/i386/i386.c:4757
  #, gcc-internal-format
*************** msgid "-mstringop-strategy=rep_8byte not
*** 31454,31487 ****
  msgstr ""
  
  #: config/i386/i386.c:5316
! #, fuzzy, gcc-internal-format
! #| msgid "code model `%s' not supported in the %s bit mode"
  msgid "address mode %qs not supported in the %s bit mode"
! msgstr "kodemodellen %s er ikke understÃ¸ttet i %s bit-tilstand"
  
  #: config/i386/i386.c:5342 config/i386/i386.c:5351 config/i386/i386.c:5363
  #: config/i386/i386.c:5374 config/i386/i386.c:5385
! #, fuzzy, gcc-internal-format
! #| msgid "code model `%s' not supported in the %s bit mode"
  msgid "code model %qs not supported in the %s bit mode"
! msgstr "kodemodellen %s er ikke understÃ¸ttet i %s bit-tilstand"
  
  #: config/i386/i386.c:5354 config/i386/i386.c:5366
! #, fuzzy, gcc-internal-format
! #| msgid "code model %s not supported in PIC mode"
  msgid "code model %qs not supported in x32 mode"
! msgstr "kodemodellen %s er ikke understÃ¸ttet i PIC-tilstand"
  
  #: config/i386/i386.c:5372 config/i386/i386.c:5381 config/i386/i386.c:6556
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "code model %s not supported in PIC mode"
  msgid "code model %s does not support PIC mode"
! msgstr "kodemodellen %s er ikke understÃ¸ttet i PIC-tilstand"
  
  #: config/i386/i386.c:5409
! #, fuzzy, gcc-internal-format
  msgid "-masm=intel not supported in this configuration"
! msgstr "%s understÃ¸ttes ikke af denne konfiguration"
  
  #: config/i386/i386.c:5414
  #, gcc-internal-format, gfc-internal-format
--- 31400,31429 ----
  msgstr ""
  
  #: config/i386/i386.c:5316
! #, gcc-internal-format
  msgid "address mode %qs not supported in the %s bit mode"
! msgstr "adressetilstanden %qs er ikke understÃ¸ttet i %s bit-tilstand"
  
  #: config/i386/i386.c:5342 config/i386/i386.c:5351 config/i386/i386.c:5363
  #: config/i386/i386.c:5374 config/i386/i386.c:5385
! #, gcc-internal-format
  msgid "code model %qs not supported in the %s bit mode"
! msgstr "kodemodellen %qs er ikke understÃ¸ttet i %s bit-tilstand"
  
  #: config/i386/i386.c:5354 config/i386/i386.c:5366
! #, gcc-internal-format
  msgid "code model %qs not supported in x32 mode"
! msgstr "kodemodellen %qs er ikke understÃ¸ttet i x32-tilstand"
  
  #: config/i386/i386.c:5372 config/i386/i386.c:5381 config/i386/i386.c:6556
! #, gcc-internal-format, gfc-internal-format
  msgid "code model %s does not support PIC mode"
! msgstr "kodemodellen %s understÃ¸tter ikke PIC-tilstand"
  
  #: config/i386/i386.c:5409
! #, gcc-internal-format
  msgid "-masm=intel not supported in this configuration"
! msgstr "-masm=intel understÃ¸ttes ikke af denne konfiguration"
  
  #: config/i386/i386.c:5414
  #, gcc-internal-format, gfc-internal-format
*************** msgid "Only DWARF debug format is suppor
*** 31714,31722 ****
  msgstr ""
  
  #: config/i386/i386.c:7267
! #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s instructions aren't allowed in %s service routine"
! msgstr "'%D' blev ikke erklÃ¦ret i dette virkefelt"
  
  #: config/i386/i386.c:7271
  #, gcc-internal-format, gfc-internal-format
--- 31656,31664 ----
  msgstr ""
  
  #: config/i386/i386.c:7267
! #, gcc-internal-format, gfc-internal-format
  msgid "%s instructions aren't allowed in %s service routine"
! msgstr "%s-instruktioner er ikke tilladt i %s-tjenesterutinen"
  
  #: config/i386/i386.c:7271
  #, gcc-internal-format, gfc-internal-format
*************** msgid "fastcall and regparm attributes a
*** 31729,31756 ****
  msgstr "fastcall og regparm er indbyrdes uforenelige"
  
  #: config/i386/i386.c:7688
! #, fuzzy, gcc-internal-format
! #| msgid "fastcall and stdcall attributes are not compatible"
  msgid "regparam and thiscall attributes are not compatible"
! msgstr "fastcall og stdcall er indbyrdes uforenelige"
  
  #: config/i386/i386.c:7695 config/i386/i386.c:41349
! #, fuzzy, gcc-internal-format
! #| msgid "`%s' attribute requires an integer constant argument"
  msgid "%qE attribute requires an integer constant argument"
! msgstr "egenskaben '%s' krÃ¦ver en heltalskonstant som parameter"
  
  #: config/i386/i386.c:7701
! #, fuzzy, gcc-internal-format
! #| msgid "argument to `%s' attribute larger than %d"
  msgid "argument to %qE attribute larger than %d"
! msgstr "parameter til egenskaben '%s' er stÃ¸rre end %d"
  
  #: config/i386/i386.c:7726 config/i386/i386.c:7769
! #, fuzzy, gcc-internal-format
! #| msgid "fastcall and stdcall attributes are not compatible"
  msgid "fastcall and cdecl attributes are not compatible"
! msgstr "fastcall og stdcall er indbyrdes uforenelige"
  
  #: config/i386/i386.c:7730
  #, gcc-internal-format
--- 31671,31694 ----
  msgstr "fastcall og regparm er indbyrdes uforenelige"
  
  #: config/i386/i386.c:7688
! #, gcc-internal-format
  msgid "regparam and thiscall attributes are not compatible"
! msgstr "regparam og thiscall er indbyrdes uforenelige"
  
  #: config/i386/i386.c:7695 config/i386/i386.c:41349
! #, gcc-internal-format
  msgid "%qE attribute requires an integer constant argument"
! msgstr "%qE-egenskaben krÃ¦ver en heltalskonstant som parameter"
  
  #: config/i386/i386.c:7701
! #, gcc-internal-format
  msgid "argument to %qE attribute larger than %d"
! msgstr "parameter til %qE-egenskaben er stÃ¸rre end %d"
  
  #: config/i386/i386.c:7726 config/i386/i386.c:7769
! #, gcc-internal-format
  msgid "fastcall and cdecl attributes are not compatible"
! msgstr "fastcall og cdecl er indbyrdes uforenelige"
  
  #: config/i386/i386.c:7730
  #, gcc-internal-format
*************** msgid "fastcall and stdcall attributes a
*** 31758,31797 ****
  msgstr "fastcall og stdcall er indbyrdes uforenelige"
  
  #: config/i386/i386.c:7738 config/i386/i386.c:7787
! #, fuzzy, gcc-internal-format
! #| msgid "fastcall and stdcall attributes are not compatible"
  msgid "fastcall and thiscall attributes are not compatible"
! msgstr "fastcall og stdcall er indbyrdes uforenelige"
  
  #: config/i386/i386.c:7748 config/i386/i386.c:7765
! #, fuzzy, gcc-internal-format
! #| msgid "fastcall and stdcall attributes are not compatible"
  msgid "stdcall and cdecl attributes are not compatible"
! msgstr "fastcall og stdcall er indbyrdes uforenelige"
  
  #: config/i386/i386.c:7752
! #, fuzzy, gcc-internal-format
! #| msgid "fastcall and stdcall attributes are not compatible"
  msgid "stdcall and fastcall attributes are not compatible"
! msgstr "fastcall og stdcall er indbyrdes uforenelige"
  
  #: config/i386/i386.c:7756 config/i386/i386.c:7783
! #, fuzzy, gcc-internal-format
! #| msgid "fastcall and stdcall attributes are not compatible"
  msgid "stdcall and thiscall attributes are not compatible"
! msgstr "fastcall og stdcall er indbyrdes uforenelige"
  
  #: config/i386/i386.c:7773 config/i386/i386.c:7791
! #, fuzzy, gcc-internal-format
! #| msgid "fastcall and stdcall attributes are not compatible"
  msgid "cdecl and thiscall attributes are not compatible"
! msgstr "fastcall og stdcall er indbyrdes uforenelige"
  
  #: config/i386/i386.c:7779
! #, fuzzy, gcc-internal-format
! #| msgid "`%s' attribute ignored for `%s'"
  msgid "%qE attribute is used for non-class method"
! msgstr "'%s'-egenskaben ignoreret for '%s'"
  
  #: config/i386/i386.c:8023
  #, gcc-internal-format
--- 31696,31729 ----
  msgstr "fastcall og stdcall er indbyrdes uforenelige"
  
  #: config/i386/i386.c:7738 config/i386/i386.c:7787
! #, gcc-internal-format
  msgid "fastcall and thiscall attributes are not compatible"
! msgstr "fastcall og thiscall er indbyrdes uforenelige"
  
  #: config/i386/i386.c:7748 config/i386/i386.c:7765
! #, gcc-internal-format
  msgid "stdcall and cdecl attributes are not compatible"
! msgstr "stdcall og cdecl er indbyrdes uforenelige"
  
  #: config/i386/i386.c:7752
! #, gcc-internal-format
  msgid "stdcall and fastcall attributes are not compatible"
! msgstr "stdcall og fastcall er indbyrdes uforenelige"
  
  #: config/i386/i386.c:7756 config/i386/i386.c:7783
! #, gcc-internal-format
  msgid "stdcall and thiscall attributes are not compatible"
! msgstr "stdcall og thiscall er indbyrdes uforenelige"
  
  #: config/i386/i386.c:7773 config/i386/i386.c:7791
! #, gcc-internal-format
  msgid "cdecl and thiscall attributes are not compatible"
! msgstr "cdecl og thiscall er indbyrdes uforenelige"
  
  #: config/i386/i386.c:7779
! #, gcc-internal-format
  msgid "%qE attribute is used for non-class method"
! msgstr "%qE-egenskaben bruges til ikke-klasse metode"
  
  #: config/i386/i386.c:8023
  #, gcc-internal-format
*************** msgid "calling %qT with attribute ssereg
*** 31804,31818 ****
  msgstr ""
  
  #: config/i386/i386.c:8342
! #, fuzzy, gcc-internal-format
  msgid "X32 does not support ms_abi attribute"
! msgstr "%s understÃ¸tter ikke %s"
  
  #: config/i386/i386.c:8374
! #, fuzzy, gcc-internal-format
! #| msgid "-march=%s is not compatible with the selected ABI"
  msgid "ms_hook_prologue is not compatible with nested function"
! msgstr "-march=%s er ikke forenelig med den valgte ABI"
  
  #: config/i386/i386.c:8687
  #, gcc-internal-format
--- 31736,31749 ----
  msgstr ""
  
  #: config/i386/i386.c:8342
! #, gcc-internal-format
  msgid "X32 does not support ms_abi attribute"
! msgstr "X32 understÃ¸tter ikke egenskaben ms_abi"
  
  #: config/i386/i386.c:8374
! #, gcc-internal-format
  msgid "ms_hook_prologue is not compatible with nested function"
! msgstr "ms_hook_prologue er ikke forenelig med den indlejrede funktion"
  
  #: config/i386/i386.c:8687
  #, gcc-internal-format
*************** msgid "-fsplit-stack does not support 3
*** 31928,31937 ****
  msgstr "-mips%d understÃ¸tter ikke 64-bit kommatalsregistre"
  
  #: config/i386/i386.c:17672 config/i386/i386.c:17686
! #, fuzzy, gcc-internal-format
! #| msgid "unsupported operand size for extended register"
  msgid "unsupported size for integer register"
! msgstr "ikke-understÃ¸ttet operandstÃ¸rrelse for udvidede registre"
  
  #: config/i386/i386.c:17718
  #, gcc-internal-format
--- 31859,31867 ----
  msgstr "-mips%d understÃ¸tter ikke 64-bit kommatalsregistre"
  
  #: config/i386/i386.c:17672 config/i386/i386.c:17686
! #, gcc-internal-format
  msgid "unsupported size for integer register"
! msgstr "stÃ¸rrelse er ikke understÃ¸ttet for heltalsregister"
  
  #: config/i386/i386.c:17718
  #, gcc-internal-format
*************** msgstr "vec_extract accepterer kun 2 par
*** 33513,33519 ****
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "vec_insert accepterer kun 3 parametre"
  
! #: config/rs6000/rs6000-c.c:5711
  #, fuzzy, gcc-internal-format
  #| msgid "vec_insert only accepts 3 arguments"
  msgid "vec_adde only accepts 3 arguments"
--- 33443,33449 ----
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "vec_insert accepterer kun 3 parametre"
  
! #: config/rs6000/rs6000-c.c:5710
  #, fuzzy, gcc-internal-format
  #| msgid "vec_insert only accepts 3 arguments"
  msgid "vec_adde only accepts 3 arguments"
*************** msgstr "vec_insert accepterer kun 3 para
*** 33525,33567 ****
  msgid "vec_addec only accepts 3 arguments"
  msgstr "vec_insert accepterer kun 3 parametre"
  
! #: config/rs6000/rs6000-c.c:5861
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%s accepterer kun %d parametre"
  
! #: config/rs6000/rs6000-c.c:5866
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%s accepterer kun 1 parameter"
  
! #: config/rs6000/rs6000-c.c:5871
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%s accepterer kun 2 parametre"
  
! #: config/rs6000/rs6000-c.c:5937
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr "vec_extract accepterer kun 2 parametre"
  
! #: config/rs6000/rs6000-c.c:6106
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr "vec_insert accepterer kun 3 parametre"
  
! #: config/rs6000/rs6000-c.c:6380
  #, fuzzy, gcc-internal-format
  #| msgid "cast from `%T' to `%T' discards qualifiers from pointer target type"
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "typeomtvingning fra '%T' til '%T' kasserer modifikationer pÃ¥ henvisningsmÃ¥lets type"
  
! #: config/rs6000/rs6000-c.c:6434
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "%s understÃ¸ttes ikke af denne konfiguration"
  
! #: config/rs6000/rs6000-c.c:6442
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid register in the instruction"
  msgid "invalid parameter combination for AltiVec intrinsic %s"
--- 33455,33497 ----
  msgid "vec_addec only accepts 3 arguments"
  msgstr "vec_insert accepterer kun 3 parametre"
  
! #: config/rs6000/rs6000-c.c:5862
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%s accepterer kun %d parametre"
  
! #: config/rs6000/rs6000-c.c:5867
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%s accepterer kun 1 parameter"
  
! #: config/rs6000/rs6000-c.c:5872
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%s accepterer kun 2 parametre"
  
! #: config/rs6000/rs6000-c.c:5938
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr "vec_extract accepterer kun 2 parametre"
  
! #: config/rs6000/rs6000-c.c:6107
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr "vec_insert accepterer kun 3 parametre"
  
! #: config/rs6000/rs6000-c.c:6381
  #, fuzzy, gcc-internal-format
  #| msgid "cast from `%T' to `%T' discards qualifiers from pointer target type"
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "typeomtvingning fra '%T' til '%T' kasserer modifikationer pÃ¥ henvisningsmÃ¥lets type"
  
! #: config/rs6000/rs6000-c.c:6435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "%s understÃ¸ttes ikke af denne konfiguration"
  
! #: config/rs6000/rs6000-c.c:6443
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid register in the instruction"
  msgid "invalid parameter combination for AltiVec intrinsic %s"
*************** msgstr "for mange parametre til funktion
*** 34689,34808 ****
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9812
  #, fuzzy, gcc-internal-format
  #| msgid "Total size of local variables exceeds architecture limit."
  msgid "total size of local variables exceeds architecture limit"
  msgstr "Total stÃ¸rrelse af lokale variable overstiger arkitekturgrÃ¦nsen."
  
! #: config/s390/s390.c:10926
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:10942
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:10970
  #, fuzzy, gcc-internal-format
  #| msgid "%Jsize of '%D' is %d bytes"
  msgid "frame size of %qs is %wd bytes"
  msgstr "%JstÃ¸rrelsen af '%D' er %d byte"
  
! #: config/s390/s390.c:10974
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr ""
  
! #: config/s390/s390.c:11352
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14498
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14510
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14522
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "fÃ¦ldetilstand understÃ¸ttes ikke pÃ¥ Unicos/Mk"
  
! #: config/s390/s390.c:14525
  #, fuzzy, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "kodemodellen %s er ikke understÃ¸ttet i PIC-tilstand"
  
! #: config/s390/s390.c:14542
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "Use hardware floating point instructions"
  msgid "hardware vector support not available on %s"
  msgstr "Benyt hardware-kommatalsinstruktioner"
  
! #: config/s390/s390.c:14545
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14573
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "Use hardware floating point instructions"
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "Benyt hardware-kommatalsinstruktioner"
  
! #: config/s390/s390.c:14577
  #, fuzzy, gcc-internal-format
  #| msgid "Use hardware floating point instructions"
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "Benyt hardware-kommatalsinstruktioner"
  
! #: config/s390/s390.c:14589
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14597
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr ""
  
! #: config/s390/s390.c:14603
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr ""
  
! #: config/s390/s390.c:14605
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr ""
  
! #: config/s390/s390.c:14608
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr ""
  
  #. argument is not a plain number
! #: config/s390/s390.c:14706
  #, fuzzy, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr "parameter til '%s' skal vÃ¦re en 2 bit-konstant uden fortegn"
  
! #: config/s390/s390.c:14713
  #, fuzzy, gcc-internal-format
  #| msgid "argument to `%s' attribute larger than %d"
  msgid "argument to %qs is too large (max. %d)"
  msgstr "parameter til egenskaben '%s' er stÃ¸rre end %d"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:14921
  #, fuzzy, gcc-internal-format
  #| msgid "__builtin_trap not supported by this target"
  msgid "value %qs is not supported by attribute %<target%>"
--- 34619,34738 ----
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9980
  #, fuzzy, gcc-internal-format
  #| msgid "Total size of local variables exceeds architecture limit."
  msgid "total size of local variables exceeds architecture limit"
  msgstr "Total stÃ¸rrelse af lokale variable overstiger arkitekturgrÃ¦nsen."
  
! #: config/s390/s390.c:11094
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:11110
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:11138
  #, fuzzy, gcc-internal-format
  #| msgid "%Jsize of '%D' is %d bytes"
  msgid "frame size of %qs is %wd bytes"
  msgstr "%JstÃ¸rrelsen af '%D' er %d byte"
  
! #: config/s390/s390.c:11142
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr ""
  
! #: config/s390/s390.c:11520
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14666
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14678
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14690
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "fÃ¦ldetilstand understÃ¸ttes ikke pÃ¥ Unicos/Mk"
  
! #: config/s390/s390.c:14693
  #, fuzzy, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "kodemodellen %s er ikke understÃ¸ttet i PIC-tilstand"
  
! #: config/s390/s390.c:14710
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "Use hardware floating point instructions"
  msgid "hardware vector support not available on %s"
  msgstr "Benyt hardware-kommatalsinstruktioner"
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14741
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "Use hardware floating point instructions"
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "Benyt hardware-kommatalsinstruktioner"
  
! #: config/s390/s390.c:14745
  #, fuzzy, gcc-internal-format
  #| msgid "Use hardware floating point instructions"
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "Benyt hardware-kommatalsinstruktioner"
  
! #: config/s390/s390.c:14757
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14765
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr ""
  
! #: config/s390/s390.c:14771
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr ""
  
! #: config/s390/s390.c:14773
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr ""
  
! #: config/s390/s390.c:14776
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr ""
  
  #. argument is not a plain number
! #: config/s390/s390.c:14874
  #, fuzzy, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr "parameter til '%s' skal vÃ¦re en 2 bit-konstant uden fortegn"
  
! #: config/s390/s390.c:14881
  #, fuzzy, gcc-internal-format
  #| msgid "argument to `%s' attribute larger than %d"
  msgid "argument to %qs is too large (max. %d)"
  msgstr "parameter til egenskaben '%s' er stÃ¸rre end %d"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:15089
  #, fuzzy, gcc-internal-format
  #| msgid "__builtin_trap not supported by this target"
  msgid "value %qs is not supported by attribute %<target%>"
*************** msgid "%qE in %<aligned%> clause is neit
*** 40385,40394 ****
  msgstr "variablen til tabel-delete er hverken af en henvisnings- eller en tabeltype"
  
  #: c/c-typeck.c:13274
! #, fuzzy, gcc-internal-format
! #| msgid "`%s' is not a valid class name"
  msgid "%<_Atomic%> %qD in %<aligned%> clause"
! msgstr "'%s' er et ugyldigt klassenavn"
  
  #: c/c-typeck.c:13281
  #, gcc-internal-format
--- 40315,40323 ----
  msgstr "variablen til tabel-delete er hverken af en henvisnings- eller en tabeltype"
  
  #: c/c-typeck.c:13274
! #, gcc-internal-format
  msgid "%<_Atomic%> %qD in %<aligned%> clause"
! msgstr "%<_Atomic%> %qD i %<aligned%>-klausul"
  
  #: c/c-typeck.c:13281
  #, gcc-internal-format
*************** msgid "%qE appears more than once in %<a
*** 40396,40405 ****
  msgstr ""
  
  #: c/c-typeck.c:13336 cp/semantics.c:6634
! #, fuzzy, gcc-internal-format
! #| msgid "`%s' is not a valid class name"
  msgid "%qE is not a variable in %<depend%> clause"
! msgstr "'%s' er et ugyldigt klassenavn"
  
  #: c/c-typeck.c:13358 cp/semantics.c:6665
  #, gcc-internal-format
--- 40325,40333 ----
  msgstr ""
  
  #: c/c-typeck.c:13336 cp/semantics.c:6634
! #, gcc-internal-format
  msgid "%qE is not a variable in %<depend%> clause"
! msgstr "%qE er ikke en variable i %<depend%>-klausul"
  
  #: c/c-typeck.c:13358 cp/semantics.c:6665
  #, gcc-internal-format
*************** msgstr ""
*** 40410,40441 ****
  #: cp/semantics.c:6841
  #, gcc-internal-format
  msgid "%qD appears more than once in motion clauses"
! msgstr ""
  
  #: c/c-typeck.c:13388 c/c-typeck.c:13520 cp/semantics.c:6690
  #: cp/semantics.c:6845
  #, gcc-internal-format
  msgid "%qD appears more than once in map clauses"
! msgstr ""
  
  #: c/c-typeck.c:13420 cp/semantics.c:6731
! #, fuzzy, gcc-internal-format
! #| msgid "`%D' does not declare a template type"
  msgid "%qE does not have a mappable type in %qs clause"
! msgstr "'%D' erklÃ¦rer ikke en skabelonstype"
  
  #: c/c-typeck.c:13480 c/c-typeck.c:13570 cp/semantics.c:6806
  #: cp/semantics.c:6945
! #, fuzzy, gcc-internal-format
! #| msgid "`%D' does not declare a template type"
  msgid "%qD does not have a mappable type in %qs clause"
! msgstr "'%D' erklÃ¦rer ikke en skabelonstype"
  
  #: c/c-typeck.c:13551 cp/semantics.c:6925
! #, fuzzy, gcc-internal-format
! #| msgid "`%s' is not a valid class name"
  msgid "%qE is neither a variable nor a function name in clause %qs"
! msgstr "'%s' er et ugyldigt klassenavn"
  
  #: c/c-typeck.c:13579 cp/semantics.c:6954
  #, gcc-internal-format
--- 40338,40366 ----
  #: cp/semantics.c:6841
  #, gcc-internal-format
  msgid "%qD appears more than once in motion clauses"
! msgstr "%qD fremgÃ¥r mere end en gang i motion-klausuller"
  
  #: c/c-typeck.c:13388 c/c-typeck.c:13520 cp/semantics.c:6690
  #: cp/semantics.c:6845
  #, gcc-internal-format
  msgid "%qD appears more than once in map clauses"
! msgstr "%qD fremgÃ¥r mere end en gang i map-klausuller"
  
  #: c/c-typeck.c:13420 cp/semantics.c:6731
! #, gcc-internal-format
  msgid "%qE does not have a mappable type in %qs clause"
! msgstr "%qE har ikke en mappable-type i %qs-klausul"
  
  #: c/c-typeck.c:13480 c/c-typeck.c:13570 cp/semantics.c:6806
  #: cp/semantics.c:6945
! #, gcc-internal-format
  msgid "%qD does not have a mappable type in %qs clause"
! msgstr "%qD har ikke en mappable-type i %qs-klausul"
  
  #: c/c-typeck.c:13551 cp/semantics.c:6925
! #, gcc-internal-format
  msgid "%qE is neither a variable nor a function name in clause %qs"
! msgstr "%qE er hverken en variabel eller et funktionsnavn i klausul %qs"
  
  #: c/c-typeck.c:13579 cp/semantics.c:6954
  #, gcc-internal-format
diff -Nrcpad gcc-7.1.0/gcc/po/de.gmo gcc-7.2.0/gcc/po/de.gmo
*** gcc-7.1.0/gcc/po/de.gmo	Tue May  2 14:16:35 2017
--- gcc-7.2.0/gcc/po/de.gmo	Mon Aug 14 08:30:39 2017
***************
*** 1,1936 ****
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--- 1,1943 ----
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  For bug reporting instructions, please see:
  
*************** Use the -mcpu option to set the ISA expl
*** 2179,2185 ****
  incorrect hint operandincorrect insn:incorrect number of arguments to function %qEincorrect number of vector CONSTRUCTOR elementsincorrect rounding operandincorrect setting of landing pad numberincorrect sharing of tree nodesincorrect type of vector CONSTRUCTOR elementsincorrectly nested OpenACC loop parallelismincrement expression refers to iteration variable %qDincrement of a boolean expressionincrement of constant field %qDincrement of enumeration value is invalid in C++increment of function %qDincrement of member %qD in read-only objectincrement of pointer to an incomplete type %qTincrement of read-only location %qEincrement of read-only member %qDincrement of read-only named return value %qDincrement of read-only parameter %qDincrement of read-only reference %qDincrement of read-only variable %qDincremented enumerator value is too large for %<long%>incremented enumerator value is too large for %<unsigned long%>index %E denotes an offset greater than size of %qTindex in dimension %d is out of bounds at %Lindex must be integerindex value instead of field name in union initializerindex value is out of boundindirect call frequency %i does not match BB frequency %iindirect function %q+D cannot be declared weakindirect function %q+D cannot be declared weakrefindirect function call with a yet undetermined calleeindirect jumps are not available on this targetindirection will not access object of incomplete type %qT in for increment expressionindirection will not access object of incomplete type %qT in left operand of comma operatorindirection will not access object of incomplete type %qT in right operand of comma operatorindirection will not access object of incomplete type %qT in second operand of conditional expressionindirection will not access object of incomplete type %qT in statementindirection will not access object of incomplete type %qT in third operand of conditional expressionindirection will not access object of non-trivially-copyable type %qT in for increment expressionindirection will not access object of non-trivially-copyable type %qT in left operand of comma operatorindirection will not access object of non-trivially-copyable type %qT in right operand of comma operatorindirection will not access object of non-trivially-copyable type %qT in second operand of conditional expressionindirection will not access object of non-trivially-copyable type %qT in statementindirection will not access object of non-trivially-copyable type %qT in third operand of conditional expressioninferred scalar type %qT is not an integer or floating point type of the same size as %qTinherited constructor %qD is not constexprinheriting constructors only available with -std=c++11 or -std=gnu++11init function found in object %sinit-statement in selection statements only available with -std=c++1z or -std=gnu++1zinit_arglist(): too many argumentsinitialization discards %qv qualifier from pointer target typeinitialization from distinct Objective-C typeinitialization from incompatible pointer typeinitialization from pointer to non-enclosed address spaceinitialization left-hand side might be a candidate for a format attributeinitialization makes %q#v qualified function pointer from unqualifiedinitialization makes integer from pointer without a castinitialization makes pointer from integer without a castinitialization of a flexible array memberinitialization of common block variable %qs in DATA statement at %Cinitialization of flexible array member in a nested contextinitialization of new-expression for type %<auto%> requires exactly one elementinitialization of non-const reference type %q#T from rvalue of type %qTinitialization of volatile reference type %q#T from rvalue of type %qTinitializations for multiple members of %qTinitialized field overwritteninitialized field with side-effects overwritteninitialized variable %q+D is marked dllimportinitializer element is not a constant expressioninitializer element is not computable at load timeinitializer element is not constantinitializer ends prematurelyinitializer expression refers to iteration variable %qDinitializer fails to determine size of %q+Dinitializer fails to determine size of %qDinitializer fails to determine size of %qTinitializer for %<decltype(auto) %D%> has function type (did you forget the %<()%> ?)initializer for %q#D is invalidinitializer for %qT must be brace-enclosedinitializer for flexible array member %q#Dinitializer for floating value is not a floating constantinitializer for integer/fixed-point value is too complicatedinitializer in range-based %<for%> loopinitializer invalid for static member with constructorinitializer provided for functioninitializer specified for friend function %qDinitializer specified for non-virtual method %q+Dinitializer specified for static member function %qDinitializer-string for array of chars is too longinjected-class-name %qD used as template template argumentinline clone in same comdat group listinline clone is forced to outputinline clone with address takeninline code to invalidate instruction cache entries after setting up nested function trampolines.inline declaration of %qD follows declaration with attribute noinlineinline function %q+D declared as  dllimport: attribute ignoredinline function %q+D declared but never definedinline function %q+D declared weakinline function %q+D given attribute noinlineinline function %qD given attribute noinlineinline function %qD used but never definedinline namespaces only available with -std=c++11 or -std=gnu++11inline variables are only available with -std=c++1z or -std=gnu++1zinlined_to pointer is set but no predecessors foundinlined_to pointer is wronginlined_to pointer refers to itselfinlined_to pointer set for noninline callersinlining failed in call to %q+F: %sinlining failed in call to always_inline %q+F: %sinner loop uses same OpenACC parallelism as containing loopinput file %qs is the same as output fileinput operand constraint contains %qcinsert_bbt(): Duplicate key found!insertion out of range in BIT_INSERT_EXPRinsn %d basic block pointer is %d, should be %dinsn %d in footer of bb %d has non-NULL basic blockinsn %d in header of bb %d has non-NULL basic blockinsn %d is in multiple basic blocks (%d and %d)insn %d outside of basic blocks has non-NULL bb fieldinsn addresses not freedinsn contains an invalid address !insn does not satisfy its constraints:insn outside basic blockinsn with UID %i not found for operand %i (`%s') of insn %iinsn with UID %i not found for operand %i of insn %iinstall: %s%s
  installation error, can't find crtoffloadtable.oinstance variable %qE accessed in class methodinstance variable %qE is %s; this will be a hard error in the futureinstance variable %qE is declared %sinstance variable %qE is declared privateinstance variable %qs has unknown sizeinstance variable %qs is declared privateinstance variable %qs uses flexible array memberinstance variable assignment has been interceptedinstruction never executedinstruction scheduling not supported on this target machineinsufficient arguments to overloaded function %sinsufficient contextual information to determine typeinsufficient partitioning available to parallelize element loopinsufficient partitioning available to parallelize loopinsufficient partitioning available to parallelize tile loopint-array initialized from incompatible wide stringint-array initialized from non-wide stringinteger constant is too large for %<unsigned long%> typeinteger division by zerointeger literal exceeds range of %qT typeinteger overflow in array sizeinteger overflow in expressioninteger suffix %qs shadowed by implementationintegral expression %qE is not constantintegral result type precision does not match field size of BIT_FIELD_REFinter-module optimizations not implemented for C++interface %qE does not have valid constant string layoutinternal compiler errorinternal compiler error.  Bad address:internal compiler error.  Incorrect shift:internal compiler error.  Unknown mode:internal compiler error: internal consistency failureinternal error: bad register: %dinternal error: builtin function %s already processedinternal error: builtin function %s had an unexpected return type %sinternal error: builtin function %s, argument %d had unexpected argument type %sinternal error: cris_side_effect_mode_ok with bad operandsinternal error: sideeffect-insn affecting main effectinternal procedure %qs at %L conflicts with DUMMY argumentinternal unit in WRITEinterrupt Service Routines cannot be coded in Thumb modeinterrupt handlers cannot be MIPS16 functionsinterrupt handlers cannot have argumentsinterrupt service routine can only have a pointer argument and an optional integer argumentinterrupt service routine can't be called directlyinterrupt service routine can't have non-void return valueinterrupt service routine should have a pointer as the first argumentinterrupt service routine should have unsigned %sint as the second argumentinterrupt vector to %qE attribute is not vector=(sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5)interrupt_thread is available only on fidointrinsic register index is out of rangeintrinsic variable which isn't a procedureinvalid #pragma %sinvalid %%%c operandinvalid %%-codeinvalid %%A operandinvalid %%B operandinvalid %%C operandinvalid %%C valueinvalid %%D operandinvalid %%D valueinvalid %%E valueinvalid %%F valueinvalid %%G modeinvalid %%G valueinvalid %%H operandinvalid %%H specifierinvalid %%I operandinvalid %%J codeinvalid %%J valueinvalid %%K valueinvalid %%L operandinvalid %%L valueinvalid %%M operandinvalid %%M valueinvalid %%N operandinvalid %%N valueinvalid %%O valueinvalid %%P operandinvalid %%P valueinvalid %%R valueinvalid %%T valueinvalid %%U valueinvalid %%Y operandinvalid %%c operandinvalid %%d operandinvalid %%d valueinvalid %%e valueinvalid %%f operandinvalid %%f valueinvalid %%h operandinvalid %%h valueinvalid %%i operandinvalid %%j codeinvalid %%j operandinvalid %%j valueinvalid %%k valueinvalid %%m valueinvalid %%p valueinvalid %%q valueinvalid %%r operandinvalid %%r valueinvalid %%s operandinvalid %%s valueinvalid %%t operandinvalid %%t operand 'invalid %%t/%%b valueinvalid %%u valueinvalid %%v valueinvalid %%x valueinvalid %%xn codeinvalid %%y value, try using the 'Z' constraintinvalid 'asm': invalid (pointer) operands to plus/minusinvalid --param name %qsinvalid --param name %qs; did you mean %qs?invalid --param value %qsinvalid CASE_CHAINinvalid IACC argumentinvalid LHS in gimple callinvalid Objective-C++ selector nameinvalid OpenACC clause at file scopeinvalid PHI argumentinvalid PHI resultinvalid UNSPEC as operandinvalid UNSPEC as operand: %dinvalid _Literalinvalid abstract parameter type %qTinvalid abstract return type %qTinvalid abstract return type for function %q+#Dinvalid abstract return type for member function %q+#Dinvalid abstract type %qT for %qEinvalid abstract type for %q+Dinvalid access to non-static data member %qD in virtual base of NULL objectinvalid addressinvalid address for 'O' output modifierinvalid address for 'R' output modifierinvalid address for 'S' output modifierinvalid address operand in MEM_REFinvalid address operand in TARGET_MEM_REFinvalid addressing modeinvalid alignment for %<#pragma align%>, ignoringinvalid alignment value for __builtin_arc_alignedinvalid application of %<__alignof%> to a bit-fieldinvalid application of %<sizeof%> to a bit-fieldinvalid application of %<sizeof%> to a function typeinvalid application of %qs to a member functioninvalid application of %qs to a void typeinvalid application of %qs to array type %qT of incomplete element typeinvalid application of %qs to incomplete type %qTinvalid argument %d for builtin %qFinvalid argument %qs to -fdebug-prefix-mapinvalid argument of %qE attributeinvalid argument of %qs attributeinvalid argument of SQRT at %Linvalid argument to %qDinvalid argument to built-in functioninvalid argument to built-in function %sinvalid argument to gimple callinvalid argumentsinvalid array assignmentinvalid base-class specificationinvalid branch to/from %s structured blockinvalid case label in switch statementinvalid case range in switch statementinvalid cast from type %qT to type %qTinvalid cast of an rvalue expression of type %qT to type %qTinvalid cast to abstract class type %qTinvalid cast to function type %qTinvalid class name in declaration of %qDinvalid combination of multiple type-specifiersinvalid comparison code in gimple condinvalid comparison of generated arrayinvalid comparison of generated structinvalid comparison of nil with nilinvalid comparison of non-comparable arrayinvalid comparison of non-comparable structinvalid comparison of non-comparable typeinvalid comparison of non-ordered typeinvalid comparison operator for 'E' output modifierinvalid conditional operandinvalid const_cast from type %qT to type %qTinvalid const_cast of an rvalue of type %qT to type %qTinvalid const_double operandinvalid constantinvalid constant - try using an output modifierinvalid constant for output modifier '%c'invalid constant in %<#pragma %s%>invalid constant in %<#pragma pack%> - ignoredinvalid constant vector for output modifier '%c'invalid constrained type parameterinvalid constraints for operandinvalid constructor; you probably meant %<%T (const %T&)%>invalid controlling predicateinvalid conversion from %<__fpreg%>invalid conversion from %qT to %qTinvalid conversion in gimple callinvalid conversion in return statementinvalid conversion to %<__fpreg%>invalid conversion to type %qT from type %qTinvalid covariant return type for %q#Dinvalid covariant return type for %q+#Dinvalid cpu "%s" for %s"%s"%sinvalid data model option -mdata-model=%sinvalid declaration of %<%T::%E%>invalid declaration of member template in local classinvalid declaratorinvalid default argument for a template template parameterinvalid default case label in switch statementinvalid definition of qualified type %qTinvalid depend kindinvalid depend kind in omp %<ordered%> %<depend%>invalid dist_schedule kindinvalid element type for attribute %qsinvalid encoding prefix in literal operatorinvalid entry to %s structured blockinvalid exit from %s structured blockinvalid exit from OpenMP structured blockinvalid explicit specializationinvalid expression - try using an output modifierinvalid expression as operandinvalid expression for min lvalueinvalid expression for output modifier '%c'invalid expression type for %<#pragma omp atomic%>invalid failure memory model for %<__atomic_compare_exchange%>invalid feature modifier %qs for 'arch' target %sinvalid feature modifier %qs for 'cpu' target %sinvalid feature modifier in %<-march=%s%>invalid feature modifier in %<-mcpu=%s%>invalid feature modifier in target %s %qsinvalid first operand of MEM_REFinvalid form of %<#pragma omp atomic%>invalid format of %sinvalid fpu for attribute(target("%s"))invalid function declarationinvalid function in gimple callinvalid grainsize for _Cilk_forinvalid id value for interrupt/exception attributeinvalid id value for reset attributeinvalid in-class initialization of static data member of non-integral type %qTinvalid increment expressioninvalid initial value for member %qEinvalid initialization of non-const reference of type %qT from an rvalue of type %qTinvalid initialization of reference of type %qT from expression of type %qTinvalid initializerinvalid initializer clauseinvalid initializer for %q#Dinvalid initializer for array member %q#Dinvalid initializer for member function %qDinvalid insn:invalid iterating variable in fast enumerationinvalid labels in gimple condinvalid left hand side of assignmentinvalid line in the resolution fileinvalid linkage-specificationinvalid location for %<pragma %s%>, ignoredinvalid lvalue in asm output %dinvalid map kindinvalid maskinvalid mask type in vector permute expressioninvalid member function declarationinvalid member template declaration %qDinvalid memory model argument %d of %qEinvalid memory model argument to builtininvalid memory model for %<__atomic_load%>invalid memory model for %<__atomic_store%>invalid new-expression of abstract class type %qTinvalid nmi function for reset attributeinvalid non-type template argumentinvalid non-vector operands to vector valued plusinvalid number of operands to __FMAinvalid offload table in %sinvalid offset operand in MEM_REFinvalid offset operand in TARGET_MEM_REFinvalid offset operand of MEM_REFinvalid operandinvalid operand addressinvalid operand code '%c'invalid operand for '%%%c'invalid operand for 'A' modifierinvalid operand for 'D' modifierinvalid operand for 'H' modifierinvalid operand for 'O' modifierinvalid operand for 'T' modifierinvalid operand for 'b' modifierinvalid operand for 'e' modifierinvalid operand for 'm' modifierinvalid operand for 'o' modifierinvalid operand for 'p' modifierinvalid operand for 'r' specifierinvalid operand for 'z' modifierinvalid operand for code '%c'invalid operand in indirect referenceinvalid operand in return statementinvalid operand in unary expressioninvalid operand in unary operationinvalid operand modifier letterinvalid operand output codeinvalid operand prefixinvalid operand prefix '%%%c'invalid operand size for operand code 'O'invalid operand size for operand code 'Z'invalid operand size for operand code 'z'invalid operand to %%H/%%L codeinvalid operand to %%M codeinvalid operand to %%N codeinvalid operand to %%O codeinvalid operand to %%Rinvalid operand to %%R codeinvalid operand to %%Sinvalid operand to %%T/%%B codeinvalid operand to %%U codeinvalid operand to %%V codeinvalid operand to %%Z codeinvalid operand to %%p codeinvalid operand to %%s codeinvalid operand to %%z codeinvalid operand to plus/minus, type is a pointerinvalid operand to pointer plus, first operand is not a pointerinvalid operand to pointer plus, second operand is not an integer type of appropriate widthinvalid operand to switch statementinvalid operand type used with operand code 'Z'invalid operands in binary operationinvalid operands in gimple comparisoninvalid operands in ternary operationinvalid operands of types %qT and %qT to binary %qOinvalid operands to array referenceinvalid operands to binary %s (have %qT and %qT)invalid operationinvalid operation (%s)invalid operation on %<__fpreg%>invalid operator for %<#pragma omp atomic%>invalid parameter %qsinvalid parameter combination for AltiVec intrinsic %sinvalid parameter combination for intrinsic %qsinvalid parameter type %qTinvalid pass positioning operationinvalid pointer mode %qsinvalid pointer to bit-field %qDinvalid position or size in BIT_INSERT_EXPRinvalid position or size operand to BIT_FIELD_REFinvalid private reduction on %qEinvalid proc_bind kindinvalid property declarationinvalid prototype for '%s'invalid punctuation %qc in constraintinvalid pure const state for functioninvalid pure specifier (only %<= 0%> is allowed)invalid qualifiers on non-member function typeinvalid qualifying scope in pseudo-destructor nameinvalid receive on send-only channelinvalid receiver type %qsinvalid redeclaration of %q+Dinvalid reduction-identifierinvalid reference for 'J' output modifierinvalid reference prefixinvalid register name for %q+Dinvalid resolution in the resolution fileinvalid return type %qT of constexpr function %q+Dinvalid rhs for gimple memory storeinvalid rtl sharing found in the insninvalid schedule kindinvalid second argument to %<__builtin_prefetch%>; using zeroinvalid send on receive-only channelinvalid setter, it must have one argumentinvalid shift operandinvalid static chain in gimple callinvalid static_cast from type %qT to type %qTinvalid storage class for function %qEinvalid target memregs value '%d'invalid template declaration of %qDinvalid template non-type parameterinvalid template-idinvalid third argument to %<__builtin_prefetch%>; using zeroinvalid type %<void%> for newinvalid type %qT as initializer for a vector of type %qTinvalid type %qT declared %<friend%>invalid type argument (have %qT)invalid type argument of %<->%> (have %qT)invalid type argument of %<->*%> (have %qT)invalid type argument of array indexing (have %qT)invalid type argument of implicit conversion (have %qT)invalid type argument of unary %<*%> (have %qT)invalid type for asm flag outputinvalid type for instance variableinvalid type for iteration variable %qEinvalid type for make functioninvalid type for parameter %d of constexpr function %q+#Dinvalid type for propertyinvalid types %<%T[%T]%> for array subscriptinvalid types in address space conversioninvalid types in conversion to floating pointinvalid types in conversion to integerinvalid types in fixed-point conversioninvalid types in nop conversioninvalid use of %%d, %%x, or %%Xinvalid use of %<...%> calling non-variadic functioninvalid use of %<...%> with builtin functioninvalid use of %<...%> with non-sliceinvalid use of %<::%>invalid use of %<_Cilk_spawn%>invalid use of %<auto%> in conversion operatorinvalid use of %<auto%> in default template argumentinvalid use of %<auto%> in exception-specificationinvalid use of %<auto%> in template argumentinvalid use of %<extern%> variable %qD in %<#pragma acc declare%>invalid use of %<global%> variable %qD in %<#pragma acc declare%>invalid use of %<restrict%>invalid use of %<this%> at top levelinvalid use of %<this%> in non-member functioninvalid use of %q#T with a flexible array member in %q#Tinvalid use of %q#T with a zero-size array in %q#Dinvalid use of %qDinvalid use of %qD in linkage specificationinvalid use of %qE to form a pointer-to-member-functioninvalid use of %qTinvalid use of '%%%c'invalid use of ':' modifierinvalid use of a pointer to an incomplete type in pointer arithmeticinvalid use of array indexing on pointer to memberinvalid use of array with unspecified boundsinvalid use of asm flag outputinvalid use of attribute %<fallthrough%>invalid use of brace-enclosed initializer listinvalid use of const_cast with type %qT, which is a pointer or reference to a function typeinvalid use of const_cast with type %qT, which is not a pointer, reference, nor a pointer-to-data-member typeinvalid use of constructor as a templateinvalid use of cv-qualified type %qT in parameter declarationinvalid use of dependent type %qTinvalid use of destructor %qD as a typeinvalid use of destructor %qE as a typeinvalid use of flexible array memberinvalid use of implicit conversion on pointer to memberinvalid use of incomplete type %q#Tinvalid use of incomplete typedef %qTinvalid use of label %q+D in %<_Cilk_spawn%>invalid use of member %qD (did you forget the %<&%> ?)invalid use of member %qD in static member functioninvalid use of member function %qD (did you forget the %<()%> ?)invalid use of method value as argument of Offsetofinvalid use of non-lvalue arrayinvalid use of non-static data member %qDinvalid use of non-static member function %qDinvalid use of non-static member function of type %qTinvalid use of nonstatic data member %qEinvalid use of pack expansion expressioninvalid use of placeholder %qTinvalid use of qualified-name %<%D::%D%>invalid use of qualified-name %<%T::%D%>invalid use of qualified-name %<::%D%>invalid use of structure with flexible array memberinvalid use of template template parameter %qTinvalid use of template type parameter %qTinvalid use of template-id %qD in declaration of primary templateinvalid use of template-name %qE without an argument listinvalid use of typeinvalid use of type %<void%> in parameter declarationinvalid use of type %qT as a default value for a template template-parameterinvalid use of unary %<*%> on pointer to memberinvalid use of undefined type %qTinvalid use of void expressioninvalid use of volatile lvalue inside %<transaction_safe%> functioninvalid use of volatile lvalue inside transactioninvalid user-defined conversion from %qT to %qTinvalid value-initialization of reference typeinvalid vector comparison resulting typeinvalid vector type for attribute %qEinvalid version number %qsinvalid warm function for reset attributeinvalid zero extractinverted slice rangeio_kind_name(): bad I/O-kindipa inline summary is missing in input fileipa reference summary is missing in ltrans unitis_c_interoperable(): gfc_simplify_expr failedit is defined as a pointer in different address space in another translation unitit is defined as a pointer to different type in another translation unitit must be a pointer-to-member of the form %<&X::Y%>it must be the address of a function with external linkageit must be the name of a function with external linkageitem in READiterating variable in fast enumeration is not an objectiteration %s invokes undefined behavioriteration variable %qD should not be firstprivateiteration variable %qD should not be reductioniteration variable %qE is predetermined lineariteration variable %qE should be privateiteration variable %qE should not be firstprivateiteration variable %qE should not be lastprivateiteration variable %qE should not be lineariteration variable %qE should not be privateiteration variable %qE should not be reductioniteration variable cannot be volatileiterator variableits dest_idx should be %d, not %divar %qs used by %<@synthesize%> declaration must be an existing ivariwmmxt abi requires an iwmmxt capable cpuiwmmxt requires an AAPCS compatible ABI for proper operationjump into scope of identifier with variably modified typejump into statement expressionjump skips variable initializationjump to case labeljump to label %qDjunk at end of #pragma %sjunk at end of #pragma ADDRESSjunk at end of #pragma GCC memregs [0..16]junk at end of #pragma __nostandardjunk at end of #pragma __standardjunk at end of #pragma ghs endsdajunk at end of #pragma ghs endtdajunk at end of #pragma ghs endzdajunk at end of #pragma ghs interruptjunk at end of #pragma ghs sectionjunk at end of #pragma ghs startsdajunk at end of #pragma ghs starttdajunk at end of #pragma ghs startzdajunk at end of #pragma longcalljunk at end of %<#pragma %s%>junk at end of %<#pragma GCC pch_preprocess%>junk at end of %<#pragma GCC visibility%>junk at end of %<#pragma align%>junk at end of %<#pragma fini%>junk at end of %<#pragma init%>junk at end of %<#pragma message%>junk at end of %<#pragma pack%>junk at end of %<#pragma pop_options%>junk at end of %<#pragma push_options%>junk at end of %<#pragma redefine_extname%>junk at end of %<#pragma reset_options%>junk at end of %<#pragma weak%>junk at end of '#pragma extern_model'junk at end of '#pragma ms_struct'junk at end of '#pragma options'junk at end of '#pragma unused'keyword %<export%> not implemented, and will be ignoredkeyword %<typename%> not allowed in this context (a qualified member initializer is implicitly a type)keyword %<typename%> not allowed in this context (the base class is implicitly a type)keyword %<typename%> not allowed outside of templateslabel label %q+D declared but not definedlabel %q+D defined but not usedlabel %q+D used but not definedlabel %qD defined herelabel %qE referenced outside of any functionlabel at end of compound statementlabel named wchar_tlabel's context is not the current function decllambda capture initializers only available with -std=c++14 or -std=gnu++14lambda expressions only available with -std=c++11 or -std=gnu++11lambda in local class %q+T cannot capture variables from the enclosing contextlambda templates are only available with -std=c++14 or -std=gnu++14lambda-expression in a constant expressionlambda-expression in template-argumentlambda-expression in unevaluated contextlane %wd out of range %wd - %wdlang_* check: failed in %s, at %s:%dlanguage %s not recognizedlanguage string %<"%E"%> not recognizedlarge fixed-point constant implicitly truncated to fixed-point typelarge integer implicitly truncated to unsigned typelast argument must be an immediateld returned %d exit statusleft argument must be a sliceleft hand operand of %<->*%> must be a pointer to class, but is a pointer to member of type %qTleft operand of comma operator cannot resolve address of overloaded functionleft operand of comma operator has no effectleft operand of comma operator is a reference, not call, to function %qEleft operand of shift expression %q+E is negativeleft precisionleft precision in strfmon formatleft rotate count >= width of typeleft rotate count is negativeleft shift count >= width of typeleft shift count >= width of vector elementleft shift count is negativeleft shift of negative valueleft-hand operand of comma expression has no effectleft-hand side of assignment might be a candidate for a format attributelen larger than caplength %qE above array section size in %qs clauselength %qE of array section does not have integral typelength mismatch between LHS and RHSlength mismatch in expressionlength modifierlength modifier in printf formatlength modifier in scanf formatlength modifier in strfmon formatlength of array notation triplet is not an integerlength required when allocating a sliceletter %c was found & insn was not CONST_INTlibraries: %s
  library function %q#D redeclared as non-function %q#Dlibrary lib%s not foundlimit is %u bytes, but argument is %slimit is %u bytes, but argument may be as large as %slinear clause applied to non-integral non-pointer variable with %qT typelinear clause applied to non-integral non-pointer variable with type %qTlinear clause applied to non-integral, non-floating, non-pointer variable with %qT typelinear clause applied to non-integral, non-floating, non-pointer variable with type %qTlinear clause with %qs modifier applied to non-reference variable with %qT typelinear step expression must be integrallist-initializer for non-class type must not be parenthesizedliteral operator suffixes not preceded by %<_%> are reserved for future standardizationliteral operator template %q+D conflicts with raw literal operator %qDliteral operator template %qD has invalid parameter list.  Expected non-type template argument pack <char...>literal operator template %qD has invalid parameter list.  Expected non-type template argument pack <char...> or <typename CharT, CharT...>literal operator with C linkagelo_sum not of registerlocal class %q#T shall not have static data member %q#Dlocal declaration of %qE hides instance variablelocal symbols must be definedlocal variable %qD may not appear in this contextlocal variable memory requirements exceed capacitylocation references block not in block treelogical %<and%> applied to non-boolean constantlogical %<and%> of equal expressionslogical %<and%> of mutually exclusive tests is always falselogical %<or%> applied to non-boolean constantlogical %<or%> of collectively exhaustive tests is always truelogical %<or%> of equal expressionslogical not is only applied to the left hand side of comparisonlogical_to_bitwise(): Bad intrinsiclong, short, signed or unsigned used invalidly for %qslookup of %qT in %qT is ambiguousloop %d%'s header does not belong directly to itloop %d%'s header does not have exactly 2 entriesloop %d%'s header is not a loop headerloop %d%'s latch does not belong directly to itloop %d%'s latch does not have an edge to its headerloop %d%'s latch does not have exactly 1 successorloop %d%'s latch does not have header as successorloop %d%'s latch is marked as part of irreducible regionloop %d%'s latch is not dominated by its headerloop uses OpenACC parallelism disallowed by containing routineloop verification on loop tree that needs fixuploop with header %d marked for removalloop with header %d not in loop treelooser throw specifier for %q+#Flow bound %qE above array section size in %qs clauselow bound %qE of array section does not have integral typelower value in case label range less than minimum value for typelp_array does not match region_treelp_array is corrupted for lp %ilseek failed while reading export datalto_obj_file_open() failedlvalue required as decrement operandlvalue required as increment operandlvalue required as left operand of assignmentlvalue required as unary %<&%> operandlvalue required in asm statementmachine independent builtin code out of rangemacro name missing after %qsmake_generic(): Can't find generic symbol %qsmaking multiple clones of %qDmalformed #pragma ADDRESS variable addressmalformed #pragma GCC visibility pushmalformed #pragma builtinmalformed #pragma ghs sectionmalformed #pragma redefine_extname, ignoredmalformed #pragma weak, ignoredmalformed %<#pragma %s%>, ignoredmalformed %<#pragma %s%>, ignoringmalformed %<#pragma align%>malformed %<#pragma align%>, ignoringmalformed %<#pragma fini%>malformed %<#pragma fini%>, ignoringmalformed %<#pragma init%>malformed %<#pragma init%>, ignoringmalformed %<#pragma message%>, ignoredmalformed %<#pragma pack%> - ignoredmalformed %<#pragma pack(pop[, id])%> - ignoredmalformed %<#pragma pack(push[, id][, <n>])%> - ignoredmalformed '#pragma __extern_prefix', ignoringmalformed '#pragma extern_model', ignoringmalformed '#pragma member_alignment'malformed '#pragma member_alignment', ignoringmalformed '#pragma ms_struct {on|off|reset}', ignoringmalformed '#pragma ms_struct', ignoringmalformed '#pragma options align={mac68k|power|reset}', ignoringmalformed '#pragma options', ignoringmalformed COLLECT_GCC_OPTIONSmalformed option -fplugin-arg-%s (missing -<key>[=<value>])malformed ptx filemalformed spec function argumentsmalformed spec function namemalformed target %smalformed target %s list %qsmalformed target %s valuemangled name for %qD will change in C++17 because the exception specification is part of a function typemangling %Cmangling __underlying_typemangling typeof, use decltype insteadmangling unknown fixed point typemap can only be compared to nilmapping field %qE of variable length structuremask must be an immediatematch_attr_spec(): Bad attributematch_level_4(): Bad operatormatch_string_constant(): Delimiter not foundmatching constraint does not allow a registermatching constraint not valid in output operandmatching constraint references invalid operand numbermaximum limit of %d namespaces searched for %qEmaximum number of arrays per scop.maximum number of basic blocks per function to be analyzed by Graphite.maximum number of isl operations, 0 means unlimitedmaximum number of parameters in a SCoP.maximum value of parameter %qs is %umay not use both -EB and -ELmay not use both -m32 and -m64mduc registers only saved for G13 targetmedia functions are not available unless -mmedia is usedmem-initializer for %qD follows constructor delegationmember %q+#D with constructor not allowed in anonymous aggregatemember %q+#D with constructor not allowed in unionmember %q+#D with copy assignment operator not allowed in anonymous aggregatemember %q+#D with copy assignment operator not allowed in unionmember %q+#D with destructor not allowed in anonymous aggregatemember %q+#D with destructor not allowed in unionmember %q+D cannot be declared as a %<mutable%> referencemember %q+D cannot be declared both %<const%> and %<mutable%>member %qD cannot be declared both %<virtual%> and %<constexpr%>member %qD cannot be declared both %<virtual%> and %<static%>member %qD conflicts with virtual function table field namemember %qD declared as friend before type %qT definedmember %qD in read-only object used as %<asm%> outputmember %qD is uninitialized referencemember %qD must be initialized by mem-initializer in %<constexpr%> constructormember %qD with uninitialized reference fieldsmember functions are implicitly friends of their classmember template %qD may not have virt-specifiersmembers of an explicitly specialized class are defined without a template headermemory access check always failmemory allocation failed while reading export datamemory input %d is not directly addressablememory reference expected for 'S' output modifiermethod %<%c%E%> declared %<@optional%> and %<@required%> at the same timemethod %s%s%s is marked go:nointerfacemethod %s%s%s requires a pointer receivermethod argument attributes are not available in Objective-C 1.0method attributes are not available in Objective-C 1.0method attributes can not be specified in @implementation contextmethod attributes must be specified at the endmethod attributes must be specified at the end onlymethod declaration not in @interface contextmethod declared %qE overriding %qE methodmethod definition for %<%c%E%> not foundmethod definition not in @implementation contextmethod overrides both %<transaction_pure%> and %qE methodsmethod possibly missing a [super dealloc] callmethod type does not match object typemethod with incompatible type is defined in another translation unitmin partition size cannot be greater than max partition sizeminimal number of loops per function to be analyzed by Graphite.minimum value of parameter %qs is %umio_array_ref(): Unknown array refmips16 function profilingmismatch in number of arguments for builtin %qF. Expected: %d got %dmismatched argument pack lengths while expanding %<%E%>mismatched argument pack lengths while expanding %<%T%>mismatched argumentsmismatched declarations during linktime optimizationmismatched operator in fold-expressionmismatching comparison operand typesmismatching parensmisplaced %<@%D%> Objective-C++ constructmissed loop optimization, the loop counter may overflowmissing $ operand number in formatmissing %<(%> after %<#pragma GCC visibility push%> - ignoredmissing %<(%> after %<#pragma pack%> - ignoredmissing %<=%> (after %<getter%> attribute)missing %<=%> (after %<setter%> attribute)missing %<target%> attribute for multi-versioned %Dmissing '(' after '#pragma unused', ignoringmissing ')' after '#pragma unused', ignoringmissing PHI defmissing REG_EH_REGION note at the end of bb %imissing [big-endian|little-endian|default] after %<#pragma scalar_storage_order%>missing [error|warning|ignored|push|pop] after %<#pragma GCC diagnostic%>missing arch name in %<-march=%s%>missing architecture name in 'arch' target %smissing argument to %qsmissing barrier after block %imissing braces around initializermissing braces around initializer for %qTmissing callgraph edge for call stmt:missing close brace for named operandmissing close parenmissing collection in fast enumerationmissing controlling predicatemissing cpu name in %<-mcpu=%s%>missing cpu name in %<-mtune=%s%>missing cpu name in 'cpu' target %smissing definitionmissing device or architecture after %qsmissing edge %i->%imissing feature modifier in target %s %qsmissing filename after %qsmissing fill character at end of strfmon formatmissing increment expressionmissing initializer for field %qD of %qTmissing initializer for member %qDmissing loop condition in loop with %<GCC ivdep%> pragmamissing makefile target after %qsmissing method %s%s%smissing numbermissing open parenmissing operandmissing option after %<#pragma GCC diagnostic%> kindmissing path after %qsmissing sentinel in function callmissing template argumentsmissing template arguments after %qTmissing terminating %c charactermissing type-name in typedef-declarationmixing declarations and function-definitions is forbiddenmixing different types of symbol in same comdat groups is not supportedmode %qs applied to inappropriate typemode size of non-integral result does not match field size of BIT_FIELD_REFmodification of %qE is not a constant expressionmodifier should not be specified in %<linear%> clause on %<simd%> or %<for%> constructsmodule nature in USE statement at %Cmore than %d operands in %<asm%>more than one %<depend(source)%> clause on an %<ordered%> constructmore than one 'crtl' directivemore than one access specifier in base-specifiedms_abi and sysv_abi attributes are not compatiblems_hook_prologue attribute isn%'t compatible with -mfentry for 32-bitms_hook_prologue is not compatible with nested functionmsp430_select_hwmult_lib needs one or more argumentsmultidimensional array must have bounds for all dimensions except the firstmultilib exclusion %qs is invalidmultilib exclusions %qs is invalidmultilib select %qs %qs is invalidmultilib select %qs is invalidmultilib spec %qs is invalidmultiple -mcpu= options specified.multiple EH personalities are supported only with assemblers supporting .cfi_personality directivemultiple declarations in range-based %<for%> loopmultiple default labels in one switchmultiple definition of %q#Tmultiple fast interrupt routines seen: %qE and %qEmultiple fields in union %qT initializedmultiple function type attributes specifiedmultiple hot/cold transitions found (bb %i)multiple initializations given for %qDmultiple initializations given for base %qTmultiple inline callersmultiple interrupt attributes not allowedmultiple interrupt attributes to function %qDmultiple iterating variables in fast enumerationmultiple loop axes specified for routinemultiple methods named %<%c%E%> foundmultiple nested types attributes to function %qDmultiple parameters named %qDmultiple prevailing defs for %qEmultiple ref-qualifiersmultiple save reg attributes to function %qDmultiple selectors named %<%c%E%> foundmultiple storage classes in declaration of %qsmultiple storage classes in declaration specifiersmultiple types in one declarationmultiple virtual PHI nodes in BB %dmultiple-value argument in single-value contextmultiple-value function call in single-value contextmultiply option implies r%d is fixedmultiversioning needs ifunc which is not supported on this targetmust #include <typeinfo> before using typeidmust use %<.*%> or %<->*%> to call pointer-to-member function in %<%E (...)%>, e.g. %<(... ->* %E) (...)%>mutable %qD is not usable in a constant expressionmysterious repository information in %snaked attribute only applies to functionsname %qD used in a GNU-style designated initializer for an arrayname %qT has incomplete typename lookup of %qD changedname lookup of %qD changed for ISO %<for%> scopingname missing for member functionname of class shadows template template parameter %qDname used in a GNU-style designated initializer for an arraynamed return values are no longer supportednamespace %qD enterednamespace %qD not allowed in using-declarationnamespace alias %qD not allowed here, assuming %qDnamespace-scope anonymous aggregates must be staticnarrowing conversion of %qE from %qT to %qT inside { }narrowing conversion of %qE from %qT to %qT inside { } is ill-formed in C++11need %<typename%> before %<%T::%E%> because %qT is a dependent scopeneed %<typename%> before %qE because %qT is a dependent scopeneed explicit conversionneed explicit conversion; missing method %s%s%snegative insn lengthnegative integer implicitly converted to unsigned typenegative length in array section in %qs clausenegative low bound in array section in %qs clausenegative nesting depth of region %inegative shift countnegative width in bit-field %q+Dnegative width in bit-field %qsneither the destructor nor the class-specific operator delete [] will be called, even if they are declared when the class is definedneither the destructor nor the class-specific operator delete will be called, even if they are declared when the class is definednested assembly dialect alternativesnested extern declaration of %qDnested function %q+D declared but never definednested function %qE declared %<extern%>nested function %qs declared %<extern%>nested function trampolines not supported on this targetnested functions not supported on this targetnested identifier requirednested name specifier %qT for enum declaration does not name a class or namespacenested namespace definitions only available with -std=c++1z or -std=gnu++1znested redefinition of %<enum %E%>nested redefinition of %<struct %E%>nested redefinition of %<union %E%>new cannot be applied to a function typenew cannot be applied to a reference typenew declaration %q#D ambiguates built-in declaration %q#Dnew types may not be defined in a return typenew_symbol(): Symbol name too longnext member %q#D declared hereno %<%D(int)%> declared for postfix %qsno %<%D(int)%> declared for postfix %qs, trying prefix operator insteadno %<%c%E%> method foundno %q#D member function declared in class %qTno %qs getter foundno FUNCTION_PROFILER for CRISno LTRANS output list filename providedno argumentsno arguments for spec functionno attribute can be applied to an explicit instantiationno class name specified with %qsno class template named %q#T in %q#Tno closing %<]%> for %<%%[%> formatno closing braceno context to resolve type of %qEno corresponding deallocation function for %qDno data type for mode %qsno declaration of property %qs found in the interfaceno default argument for %qDno description yet.no field %qD found in union being initializedno immediate_use listno input filesno input files; unwilling to write output filesno integral type can represent all of the enumerator values for %qTno low registers available for popping high registersno match for no match for call to %<(%T) (%A)%>no matches converting function %qD to type %q#Tno matching concept for template-introductionno matching fixed-point overload found for %qsno matching function for call to %<%D(%A)%>no matching function for call to %<%T::%E(%A)%#V%>no matching function for call to %<%T::operator %T(%A)%#V%>no matching function for call to %<%s(%A)%>no matching push for %<#pragma GCC visibility pop%>no matching template for %qD foundno member function %qD declared in %qTno members matching %<%T::%D%> in %q#Tno post-decrement operator for typeno post-increment operator for typeno pre-decrement operator for typeno pre-increment operator for typeno previous declaration for %qDno previous prototype for %qDno processor type specified for linkingno profiling of 64-bit code for this ABIno register in addressno return statement in function returning non-voidno return statements in function returning %qTno sclass for %s stab (0x%x)no semicolon at end of struct or unionno suitable %<operator %s%> for %qTno suitable %qD found in class %qTno super class declared in @interface for %qEno super class declared in interface for %qEno type named %q#T in %q#Tno type or storage class may be specified here,no unexpanded parameter packs in binary foldno unique final overrider for %qD in %qTno valid clauses specified in %<#pragma acc declare%>node differs from node->decl->decl_with_vis.symtab_nodenode has body_removed but is definitionnode has unknown typenode is alias but not definitionnode is alias but not implicit aliasnode is alone in a comdat groupnode is analyzed but it is not a definitionnode is in same_comdat_group list but has no comdat_groupnode is transparent_alias but not an aliasnode is weakref but not an transparent_aliasnode not found in symtab assembler name hashnode not found node->decl->decl_with_vis.symtab_nodenodes with unreleased memory foundnoexcept-expression evaluates to %<false%> because of a call to %qDnon double precision REAL argument to %s intrinsic at %Lnon-AAPCS derived PCS variantnon-NULL pointer initialization at %Cnon-OpenACC construct inside of OpenACC regionnon-OpenACC construct inside of OpenACC routinenon-call exception handling mismatchnon-class template %qT used without template argumentsnon-class, non-variable partial specialization %qD is not allowednon-cold basic block %d dominated by a block in the cold partition (%d)non-const integer argument %u in call to function %qEnon-constant argument 1 to __atomic_always_lock_freenon-constant array in DATA statement %Lnon-constant array initializationnon-constant array new length must be specified directly, not by typedefnon-constant array new length must be specified without parentheses around the type-idnon-constant compound literals cannot appear in a constant-expressionnon-constant condition for static assertionnon-constant element in constant CONSTRUCTORnon-constant in-class initialization invalid for non-inline static member %qDnon-constant in-class initialization invalid for static member %qDnon-constant initialization expression at %Lnon-decl/MEM_REF LHS in clobber statementnon-default INTEGER kind argument to %s intrinsic at %Lnon-delegitimized UNSPEC %s (%d) found in variable locationnon-deleted function %q+Dnon-floating-point argument in call to function %qEnon-floating-point arguments in call to function %qEnon-function %qD declared as implicit templatenon-function in gimple callnon-integer argument 1 to __atomic_is_lock_freenon-integer argument 3 in call to function %qEnon-integer memory model argument %d of %qEnon-integer operand used with operand code 'z'non-integral type switch statementnon-integral used in conditionnon-local variable %qD declared %<__thread%> has a non-trivial destructornon-local variable %qD declared %<__thread%> needs dynamic initializationnon-loop with header %d not marked for removalnon-lvalue array in conditional expressionnon-member %qs cannot be declared %<mutable%>non-member function %qD cannot have cv-qualifiernon-member function %qD cannot have ref-qualifiernon-member-template declaration of %qDnon-memory input %d must stay in memorynon-nested function with variably modified typenon-object member %qs cannot be declared %<mutable%>non-objective-c type '%T' cannot be caughtnon-parameter %qs cannot be a parameter packnon-pointer argument to %<__builtin_launder%>non-register as LHS of binary operationnon-register as LHS of ternary operationnon-register as LHS of unary operationnon-scalar BIT_FIELD_REF, IMAGPART_EXPR or REALPART_EXPRnon-scalar typenon-standard suffix on floating constantnon-static const member %q#D in class without a constructornon-static const member %q#D, can%'t use default assignment operatornon-static data member %q+D in a union may not have reference type %qTnon-static data member %qE declared %<concept%>non-static data member %qE declared %<constexpr%>non-static data member declared with placeholder %qTnon-static data member initializers only available with -std=c++11 or -std=gnu++11non-static declaration of %q+D follows static declarationnon-static initialization of a flexible array membernon-static reference %q#D in class without a constructornon-static reference member %q#D, can%'t use default assignment operatornon-template %qD used as templatenon-template type %qT used as a templatenon-thread-local declaration of %q#D follows thread-local declarationnon-thread-local declaration of %q+D follows thread-local declarationnon-top-level BIT_FIELD_REF, IMAGPART_EXPR or REALPART_EXPRnon-trivial conversion at assignmentnon-trivial conversion in unary operationnon-trivial designated initializers not supportednon-type partial specialization %qD is not allowednon-variable %qD in declaration with more than one declarator with placeholder typenon-vector CONSTRUCTOR with elementsnon-vector operands in vector comparisonnonconstant array index in initializernonempty exits list of loop %d, but exits are not recordednonlocal label nonnull argument %qD compared to NULLnonnull argument has invalid operand number (argument %lu)nonnull argument references non-pointer operand (argument %lu, operand %lu)nonnull argument with out-of-range operand number (argument %lu, operand %lu)nonnull attribute without arguments on a non-prototypenormalization cannot co-exist with scaling
! not allowed type combination in BIT_INSERT_EXPRnot configured for SPE ABInot configured for SPE instruction setnot configured with sysroot headers suffixnot enough DO loops for %s !$ACC LOOP at %Lnot enough DO loops for collapsed %s at %Lnot enough argumentsnot enough arguments to returnnot enough for loops to collapsenot enough perfectly nested loopsnot enough type informationnot enough variable arguments to fit a sentinelnotenote: null argument where non-null required (argument %lu)null destination pointernull format stringnull pointernull pointer dereferencenumber must be 0 or 1number of arguments doesn%'t match built-in prototypenumber of arguments doesn%'t match prototypenumber of bb notes in insn chain (%d) != n_basic_blocks (%d)number of components of the vector not a power of twonumber of components of vector not a power of twonumber of counters is %d instead of %dnumber of results does not match number of valuesnumber of variables in %<depend(sink)%> clause does not match number of iteration variablesnumeric argument of %qE attribute must be in range 0..63objc++-cpp-output is deprecated; please use objective-c++-cpp-output insteadobjc-cpp-output is deprecated; please use objective-c-cpp-output insteadobject is not a methodobject missing in use of %qEobject property %qD has no %<assign%>, %<retain%> or %<copy%> attribute; assuming %<assign%>object type %qT does not match destructor name ~%qTobject with variably modified type must have no linkageobjective-c method declaration is expectedobjective-c++ message argument(s) are expectedobjective-c++ message receiver expectedobjective-c++ method declaration is expectedobsolete Maverick format code '%c'obsolete option -I- used, please use -iquote insteadobsolete use of designated initializer with %<:%>obsolete use of designated initializer without %<=%>odr-used inline variable %qD is not definedoffload compiler %s not foundoffset %qwi outside bounds of constant stringoffset exceeds 16 bytesoffset of %qD is not ABI-compliant and may change in a future version of GCCoffset of packed bit-field %qD has changed in GCC 4.4offsetof within non-standard-layout type %qT is undefinedold declaration %q#Dold-style function definitionold-style parameter declarations in prototyped function definitionomitted middle operand to %<?:%> operand cannot be mangledone of the initializer call arguments should be %<&omp_priv%>one of the initializer call arguments should be %<omp_priv%> or %<&omp_priv%>only %<distribute%> or %<parallel%> regions are allowed to be strictly nested inside %<teams%> regiononly %<inbranch%> and %<notinbranch%> flags are allowed for %<__simd__%> attributeonly %u names provided while %qT decomposes into %wu elementsonly 0.0 can be loaded as an immediateonly Objective-C object types can be qualified with a protocolonly attribute %<fallthrough%> can be applied to a null statementonly constructors take member initializersonly declarations of constructors and conversion operators can be %<explicit%>only function calls can be spawnedonly here as a friendonly plain %<auto%> return type can be deduced to %<void%>only uninitialized variables can be placed in a .bss sectiononly uninitialized variables can be placed in the .noinit sectiononly weak aliases are supported in this configurationonly zero initializers are allowed in section %qsopaque vector types cannot be initializedopaque-enum-specifier must use a simple identifieropaque-enum-specifier without nameopen %s failed: %sopen /dev/zero: %mopening LTRANS output list %s: %mopening dependency file %s: %mopening output file %qs: %sopening output file %s: %moperand %d should be a 3 bit unsigned immediateoperand %d should be a 6 bit unsigned immediateoperand %d should be a 8 bit unsigned immediateoperand 1 should be an unsigned 3-bit immediateoperand 1 should be an unsigned 3-bit value (I0-I7)operand 2 should be an even 3-bit value (subreg 0,2,4,6)operand 2 should be an unsigned 3-bit value (I0-I7)operand 2 should be an unsigned 3-bit value (subreg 0-7)operand 2 should be an unsigned 8-bit valueoperand 3 should be an unsigned 3-bit value (I0-I7)operand 3 should be an unsigned 8-bit valueoperand 4 should be an unsigned 8-bit value (0-255)operand constraint contains incorrectly positioned %<+%> or %<=%>operand constraints for %<asm%> differ in number of alternativesoperand for sleep instruction must be an unsigned 6 bit compile-time constantoperand is not a condition code, invalid operand code '%c'operand is not a condition code, invalid operand code 'D'operand is not a condition code, invalid operand code 'Y'operand is not a specific integer, invalid operand code 'R'operand is not a specific integer, invalid operand code 'r'operand is not an integer, invalid operand code 'K'operand is not an integer, invalid operand code 'R'operand is not an offsettable memory reference, invalid operand code 'H'operand must be an immediate of the right sizeoperand number missing after %%-letteroperand number out of rangeoperand number out of range in formatoperand number specified for format taking no argumentoperand number specified with suppressed assignmentoperand of fold expression has no unexpanded parameter packsoperand type %qT is incompatible with argument %d of %qEoperand types are %qT and %qToperands to %T/%t must be reg + const_int:operands to ?: have different types %qT and %qToperation on %qE may be undefinedoptimization attribute on %qD follows definition but the attribute doesn%'t matchoptimization level attribute mismatchoptimization may eliminate reads and/or writes to register variablesoption %qs is valid for %s but not for %soption %s is not supported together with -fopenaccoption("%s") was already specifiedoptional argumentoptions enabled: options or targets missing after %qsoptions passed: ordered argument needs positive constant integer expressionordered comparison of pointer with integer zeroordered comparison of pointer with null pointeroriginal %<default%> is hereoriginal declaration appeared hereoriginal definition appeared hereoriginally defined hereoriginally indirect function call not considered for inliningoriginally specified hereorphaned %qs constructother match is hereought to match virtual method %qD but does notout-of-bounds access may be optimized awayouter %<__transaction_cancel%> not within outer %<__transaction_atomic%>outer block of region %i is wrongouter transaction in %<transaction_may_cancel_outer%> functionouter transaction in %<transaction_safe%> functionouter transaction in transactionoutput constraint %d cannot be specified together with "%s" clobberoutput constraint %d must specify a single registeroutput constraint %qc for operand %d is not at the beginningoutput file %s already exists in folder %soutput file not specifiedoutput filename specified twiceoutput number %d not directly addressableoutput operand %d must use %<&%> constraintoutput operand constraint lacks %<=%>output operand is constant in %<asm%>output regs must be grouped at top of stackoutput_move_single:overflow in array dimensionoverflow in constant expressionoverflow in enumeration valuesoverflow in enumeration values at %qDoverflow in implicit constant conversionoverflowed output arg list for %qsoverloaded function name %qE in clause %qsoverloaded function with no contextual type informationoverride controls (override/final) only available with -std=c++11 or -std=gnu++11overriding %qD declared %<transaction_safe%>overriding deleted function %q+Doverriding final function %q+Doverriding non-deleted function %q+Dpack expansion argument for non-pack parameter %qD of alias template %qDpack expansion argument for non-pack parameter %qD of concept %qDpack expansion in using-declaration only available with -std=c++1z or -std=gnu++1zpacked attribute causes inefficient alignmentpacked attribute causes inefficient alignment for %q+Dpacked attribute causes inefficient alignment for %qEpacked attribute is unnecessarypacked attribute is unnecessary for %q+Dpacked attribute is unnecessary for %qEpadding struct size to alignment boundarypadding struct to align %q+Dparameter %P has incomplete type %qTparameter %P of %qD has incomplete type %qTparameter %q+D declared %<_Noreturn%>parameter %q+D declared %<inline%>parameter %q+D has just a forward declarationparameter %qD declared with void typeparameter %qD has incomplete typeparameter %qD includes pointer to array of unknown bound %qTparameter %qD includes reference to array of unknown bound %qTparameter %qD invalidly declared method typeparameter %qD is initializedparameter %qD set but not usedparameter %qP of %qD might be a candidate for a format attributeparameter %u (%q+D) has incomplete typeparameter %u (%q+D) has void typeparameter %u has incomplete typeparameter %u has void typeparameter declared %<auto%>parameter list does not match a valid signature for %s()parameter may not have variably modified type %qTparameter might be a candidate for a format attributeparameter name missing from parameter listparameter name omittedparameter names (without types) in function declarationparameter pack %q+D must be at the end of the template parameter listparameter pack %qD cannot have a default argumentparameter pack argument %qE must be at the end of the template argument listparameter pack argument %qT must be at the end of the template argument listparameter pack cannot have a default argumentparameter packs not expanded with %<...%>:parametrized derived type argumentparent subprogram cannot be inlinedparentheses around %qE cannot be used to form a pointer-to-member-functionparentheses required around this composite literal to avoid parsing ambiguityparenthesized initialization is not allowed in OpenMP %<for%> loopparenthesized initialization is not allowed in for-loopparenthesized initializer in array newparse error in SELECT TYPE statement at %Cparse error in template argument listpartial specialization %q+D does not specialize any template argumentspartial specialization %q+D does not specialize any template arguments and is not more constrained thanpartial specialization %qD is not more specialized thanpartial specialization %qT declared %<friend%>partial specialization is not more specialized than the primary template because it replaces multiple parameters with a pack expansionpartial specialization of %qD after instantiation of %qDpartition found but function partition flag not setpass %qs not found but is referenced by new pass %qspass %s does not support cloningpass %s needs a set_pass_param implementation to handle the extra argument in NEXT_PASSpassing %qT as %<this%> argument discards qualifierspassing %qT chooses %qT over %qTpassing NULL to non-pointer argument %P of %qDpassing arg %d of %qE discards qualifiers from pointer target typepassing argument %d of %qE as %<float%> rather than %<double%> due to prototypepassing argument %d of %qE as %qT rather than %qT due to prototypepassing argument %d of %qE as complex rather than floating due to prototypepassing argument %d of %qE as complex rather than integer due to prototypepassing argument %d of %qE as floating rather than complex due to prototypepassing argument %d of %qE as floating rather than integer due to prototypepassing argument %d of %qE as integer rather than complex due to prototypepassing argument %d of %qE as integer rather than floating due to prototypepassing argument %d of %qE as signed due to prototypepassing argument %d of %qE as unsigned due to prototypepassing argument %d of %qE discards %qv qualifier from pointer target typepassing argument %d of %qE from distinct Objective-C typepassing argument %d of %qE from incompatible pointer typepassing argument %d of %qE from pointer to non-enclosed address spacepassing argument %d of %qE makes %q#v qualified function pointer from unqualifiedpassing argument %d of %qE makes integer from pointer without a castpassing argument %d of %qE makes pointer from integer without a castpassing argument %d of %qE with different width due to prototypepassing argument %i to restrict-qualified parameter aliases with argument %Zpassing argument %i to restrict-qualified parameter aliases with arguments %Zpassing arguments to ellipsis of inherited constructor %qDpassing objects of non-trivially-copyable type %q#T through %<...%> is conditionally supportedpassing too large argument on stackpch_preprocess pragma should only be used with -fpreprocessedpedwarnpedwarn: perhaps you need explicit template arguments in your nested-name-specifierperhaps you want to explicitly add %<%T::%>permerrorpermerror: pex_init failed: %mplaceholder constraints not satisfiedplacement new constructing an array of objects of type %qT and size %qwu in a region of type %qT and size %qwiplacement new constructing an object of type %<%T [%wu]%> and size %qwu in a region of type %qT and size %qwiplacement new constructing an object of type %qT and size %qwu in a region of type %qT and size %qwiplugin %s is not licensed under a GPL-compatible license
  %splugin %s registered a null callback function for event %splugin %s should be specified before -fplugin-arg-%s in the command lineplugin %s was specified with different paths:
  %s
  %splugin cannot register a missing passplugin cannot register an unnamed passplugin cannot register pass %qs without reference pass nameplugin support is disabled; configure with --enable-pluginpointerpointer argumentpointer arithmetic for garbage-collected objects not allowedpointer assignmentpointer bounds were lost due to unexpected expression %spointer of type %<void *%> used in arithmeticpointer of type %<void *%> used in subtractionpointer offset from symbol maybe incorrectpointer or allocatable resultpointer target types incompatible in C++pointer targeting address space %qs must be const in %qTpointer targeting address space %qs must be const in %s %q+Dpointer targets in assignment differ in signednesspointer targets in initialization differ in signednesspointer targets in passing argument %d of %qE differ in signednesspointer targets in return differ in signednesspointer to a function used in arithmeticpointer to a function used in subtractionpointer to array loses qualifier in conditional expressionpointer to interface type has no methodspointer to member conversion via virtual base %qTpointer to member type %qT incompatible with object type %qTpointer type mismatch in conditional expressionpointer value used where a complex was expectedpointer value used where a floating point value was expectedpointer-to-member function %E cannot be called without an object; consider using .* or ->*pointer-to-member-function type %qT requires an lvaluepointer-to-member-function type %qT requires an rvaluepointer/integer type mismatch in conditional expressionpointers are not permitted as case valuespointers to arrays with different qualifiers are incompatible in ISO Cpointers to disjoint address spaces used in conditional expressionpolymorphic argumentposition plus size exceeds size of referenced object in BIT_FIELD_REFposition-independent code not supportedposition-independent code requires %qsposition-independent code requires the Linux ABIpositional initialization of field in %<struct%> declared with %<designated_init%> attributepossible problem detected in invocation of delete [] operator:possible problem detected in invocation of delete operator:post-increment address is not a registerpostfix %qD must take %<int%> as its argumentpostfix %qD must take %<int%> as its second argumentpostfix %qD should return %qTpotential null pointer dereferencepragma simd ignored because -fcilkplus is not enabledpragma simd must be inside a functionpre-decrement address is not a registerpre-increment address is not a registerprecisionprecision in printf formatpredeclared arithmetic type %qT in %<#pragma omp declare reduction%>predeclared arithmetic type in %<#pragma omp declare reduction%>predicated Thumb instructionpredicated instruction in conditional sequencepreferentially allocate registers that allow short instruction generation.prefix %qD should return %qTprefix attributes are ignored before %<@%D%>prefix attributes are ignored for implementationsprefix attributes are ignored for methodsprev_bb of %d should be %d, not %dprevious %<#pragma omp declare reduction%>previous %<pragma omp declare reduction%> declarationprevious declarationprevious declaration %q#Dprevious declaration %qDprevious declaration %qD used %d template parameterprevious declaration %qD used %d template parametersprevious declaration as %q#Dprevious declaration hereprevious declaration of %<%c%E%>previous declaration of %<%c%E%> as %<@optional%>previous declaration of %<%c%E%> as %<@required%>previous declaration of %<%c%s%>previous declaration of %Dprevious declaration of %q+Dprevious declaration of %q+D was hereprevious declaration of %qDprevious declaration of %qD was hereprevious declaration of %qEprevious declaration of namespace %qD hereprevious declaration with %qL linkageprevious definition hereprevious definition of %q#Tprevious definition of %q+D was hereprevious definition of %qD was hereprevious external decl of %q#Dprevious implicit declaration of %q+D was hereprevious non-function declaration %q+#Dprevious non-prototype definition hereprevious specification in %q#D herepreviously declared herepreviously defined herepreviously defined here as %spreviously used hereprimary template %qDprimary template hereprivate member %q#D in anonymous structprivate member %q#D in anonymous unionproblem with building target image for %s
--- 2186,2192 ----
  incorrect hint operandincorrect insn:incorrect number of arguments to function %qEincorrect number of vector CONSTRUCTOR elementsincorrect rounding operandincorrect setting of landing pad numberincorrect sharing of tree nodesincorrect type of vector CONSTRUCTOR elementsincorrectly nested OpenACC loop parallelismincrement expression refers to iteration variable %qDincrement of a boolean expressionincrement of constant field %qDincrement of enumeration value is invalid in C++increment of function %qDincrement of member %qD in read-only objectincrement of pointer to an incomplete type %qTincrement of read-only location %qEincrement of read-only member %qDincrement of read-only named return value %qDincrement of read-only parameter %qDincrement of read-only reference %qDincrement of read-only variable %qDincremented enumerator value is too large for %<long%>incremented enumerator value is too large for %<unsigned long%>index %E denotes an offset greater than size of %qTindex in dimension %d is out of bounds at %Lindex must be integerindex value instead of field name in union initializerindex value is out of boundindirect call frequency %i does not match BB frequency %iindirect function %q+D cannot be declared weakindirect function %q+D cannot be declared weakrefindirect function call with a yet undetermined calleeindirect jumps are not available on this targetindirection will not access object of incomplete type %qT in for increment expressionindirection will not access object of incomplete type %qT in left operand of comma operatorindirection will not access object of incomplete type %qT in right operand of comma operatorindirection will not access object of incomplete type %qT in second operand of conditional expressionindirection will not access object of incomplete type %qT in statementindirection will not access object of incomplete type %qT in third operand of conditional expressionindirection will not access object of non-trivially-copyable type %qT in for increment expressionindirection will not access object of non-trivially-copyable type %qT in left operand of comma operatorindirection will not access object of non-trivially-copyable type %qT in right operand of comma operatorindirection will not access object of non-trivially-copyable type %qT in second operand of conditional expressionindirection will not access object of non-trivially-copyable type %qT in statementindirection will not access object of non-trivially-copyable type %qT in third operand of conditional expressioninferred scalar type %qT is not an integer or floating point type of the same size as %qTinherited constructor %qD is not constexprinheriting constructors only available with -std=c++11 or -std=gnu++11init function found in object %sinit-statement in selection statements only available with -std=c++1z or -std=gnu++1zinit_arglist(): too many argumentsinitialization discards %qv qualifier from pointer target typeinitialization from distinct Objective-C typeinitialization from incompatible pointer typeinitialization from pointer to non-enclosed address spaceinitialization left-hand side might be a candidate for a format attributeinitialization makes %q#v qualified function pointer from unqualifiedinitialization makes integer from pointer without a castinitialization makes pointer from integer without a castinitialization of a flexible array memberinitialization of common block variable %qs in DATA statement at %Cinitialization of flexible array member in a nested contextinitialization of new-expression for type %<auto%> requires exactly one elementinitialization of non-const reference type %q#T from rvalue of type %qTinitialization of volatile reference type %q#T from rvalue of type %qTinitializations for multiple members of %qTinitialized field overwritteninitialized field with side-effects overwritteninitialized variable %q+D is marked dllimportinitializer element is not a constant expressioninitializer element is not computable at load timeinitializer element is not constantinitializer ends prematurelyinitializer expression refers to iteration variable %qDinitializer fails to determine size of %q+Dinitializer fails to determine size of %qDinitializer fails to determine size of %qTinitializer for %<decltype(auto) %D%> has function type (did you forget the %<()%> ?)initializer for %q#D is invalidinitializer for %qT must be brace-enclosedinitializer for flexible array member %q#Dinitializer for floating value is not a floating constantinitializer for integer/fixed-point value is too complicatedinitializer in range-based %<for%> loopinitializer invalid for static member with constructorinitializer provided for functioninitializer specified for friend function %qDinitializer specified for non-virtual method %q+Dinitializer specified for static member function %qDinitializer-string for array of chars is too longinjected-class-name %qD used as template template argumentinline clone in same comdat group listinline clone is forced to outputinline clone with address takeninline code to invalidate instruction cache entries after setting up nested function trampolines.inline declaration of %qD follows declaration with attribute noinlineinline function %q+D declared as  dllimport: attribute ignoredinline function %q+D declared but never definedinline function %q+D declared weakinline function %q+D given attribute noinlineinline function %qD given attribute noinlineinline function %qD used but never definedinline namespaces only available with -std=c++11 or -std=gnu++11inline variables are only available with -std=c++1z or -std=gnu++1zinlined_to pointer is set but no predecessors foundinlined_to pointer is wronginlined_to pointer refers to itselfinlined_to pointer set for noninline callersinlining failed in call to %q+F: %sinlining failed in call to always_inline %q+F: %sinner loop uses same OpenACC parallelism as containing loopinput file %qs is the same as output fileinput operand constraint contains %qcinsert_bbt(): Duplicate key found!insertion out of range in BIT_INSERT_EXPRinsn %d basic block pointer is %d, should be %dinsn %d in footer of bb %d has non-NULL basic blockinsn %d in header of bb %d has non-NULL basic blockinsn %d is in multiple basic blocks (%d and %d)insn %d outside of basic blocks has non-NULL bb fieldinsn addresses not freedinsn contains an invalid address !insn does not satisfy its constraints:insn outside basic blockinsn with UID %i not found for operand %i (`%s') of insn %iinsn with UID %i not found for operand %i of insn %iinstall: %s%s
  installation error, can't find crtoffloadtable.oinstance variable %qE accessed in class methodinstance variable %qE is %s; this will be a hard error in the futureinstance variable %qE is declared %sinstance variable %qE is declared privateinstance variable %qs has unknown sizeinstance variable %qs is declared privateinstance variable %qs uses flexible array memberinstance variable assignment has been interceptedinstruction never executedinstruction scheduling not supported on this target machineinsufficient arguments to overloaded function %sinsufficient contextual information to determine typeinsufficient partitioning available to parallelize element loopinsufficient partitioning available to parallelize loopinsufficient partitioning available to parallelize tile loopint-array initialized from incompatible wide stringint-array initialized from non-wide stringinteger constant is too large for %<unsigned long%> typeinteger division by zerointeger literal exceeds range of %qT typeinteger overflow in array sizeinteger overflow in expressioninteger suffix %qs shadowed by implementationintegral expression %qE is not constantintegral result type precision does not match field size of BIT_FIELD_REFinter-module optimizations not implemented for C++interface %qE does not have valid constant string layoutinternal compiler errorinternal compiler error.  Bad address:internal compiler error.  Incorrect shift:internal compiler error.  Unknown mode:internal compiler error: internal consistency failureinternal error: bad register: %dinternal error: builtin function %s already processedinternal error: builtin function %s had an unexpected return type %sinternal error: builtin function %s, argument %d had unexpected argument type %sinternal error: cris_side_effect_mode_ok with bad operandsinternal error: sideeffect-insn affecting main effectinternal procedure %qs at %L conflicts with DUMMY argumentinternal unit in WRITEinterrupt Service Routines cannot be coded in Thumb modeinterrupt handlers cannot be MIPS16 functionsinterrupt handlers cannot have argumentsinterrupt service routine can only have a pointer argument and an optional integer argumentinterrupt service routine can't be called directlyinterrupt service routine can't have non-void return valueinterrupt service routine should have a pointer as the first argumentinterrupt service routine should have unsigned %sint as the second argumentinterrupt vector to %qE attribute is not vector=(sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5)interrupt_thread is available only on fidointrinsic register index is out of rangeintrinsic variable which isn't a procedureinvalid #pragma %sinvalid %%%c operandinvalid %%-codeinvalid %%A operandinvalid %%B operandinvalid %%C operandinvalid %%C valueinvalid %%D operandinvalid %%D valueinvalid %%E valueinvalid %%F valueinvalid %%G modeinvalid %%G valueinvalid %%H operandinvalid %%H specifierinvalid %%I operandinvalid %%J codeinvalid %%J valueinvalid %%K valueinvalid %%L operandinvalid %%L valueinvalid %%M operandinvalid %%M valueinvalid %%N operandinvalid %%N valueinvalid %%O valueinvalid %%P operandinvalid %%P valueinvalid %%R valueinvalid %%T valueinvalid %%U valueinvalid %%Y operandinvalid %%c operandinvalid %%d operandinvalid %%d valueinvalid %%e valueinvalid %%f operandinvalid %%f valueinvalid %%h operandinvalid %%h valueinvalid %%i operandinvalid %%j codeinvalid %%j operandinvalid %%j valueinvalid %%k valueinvalid %%m valueinvalid %%p valueinvalid %%q valueinvalid %%r operandinvalid %%r valueinvalid %%s operandinvalid %%s valueinvalid %%t operandinvalid %%t operand 'invalid %%t/%%b valueinvalid %%u valueinvalid %%v valueinvalid %%x valueinvalid %%xn codeinvalid %%y value, try using the 'Z' constraintinvalid 'asm': invalid (pointer) operands to plus/minusinvalid --param name %qsinvalid --param name %qs; did you mean %qs?invalid --param value %qsinvalid CASE_CHAINinvalid IACC argumentinvalid LHS in gimple callinvalid Objective-C++ selector nameinvalid OpenACC clause at file scopeinvalid PHI argumentinvalid PHI resultinvalid UNSPEC as operandinvalid UNSPEC as operand: %dinvalid _Literalinvalid abstract parameter type %qTinvalid abstract return type %qTinvalid abstract return type for function %q+#Dinvalid abstract return type for member function %q+#Dinvalid abstract type %qT for %qEinvalid abstract type for %q+Dinvalid access to non-static data member %qD in virtual base of NULL objectinvalid addressinvalid address for 'O' output modifierinvalid address for 'R' output modifierinvalid address for 'S' output modifierinvalid address operand in MEM_REFinvalid address operand in TARGET_MEM_REFinvalid addressing modeinvalid alignment for %<#pragma align%>, ignoringinvalid alignment value for __builtin_arc_alignedinvalid application of %<__alignof%> to a bit-fieldinvalid application of %<sizeof%> to a bit-fieldinvalid application of %<sizeof%> to a function typeinvalid application of %qs to a member functioninvalid application of %qs to a void typeinvalid application of %qs to array type %qT of incomplete element typeinvalid application of %qs to incomplete type %qTinvalid argument %d for builtin %qFinvalid argument %qs to -fdebug-prefix-mapinvalid argument of %qE attributeinvalid argument of %qs attributeinvalid argument of SQRT at %Linvalid argument to %qDinvalid argument to built-in functioninvalid argument to built-in function %sinvalid argument to gimple callinvalid argumentsinvalid array assignmentinvalid base-class specificationinvalid branch to/from %s structured blockinvalid case label in switch statementinvalid case range in switch statementinvalid cast from type %qT to type %qTinvalid cast of an rvalue expression of type %qT to type %qTinvalid cast to abstract class type %qTinvalid cast to function type %qTinvalid class name in declaration of %qDinvalid combination of multiple type-specifiersinvalid comparison code in gimple condinvalid comparison of generated arrayinvalid comparison of generated structinvalid comparison of nil with nilinvalid comparison of non-comparable arrayinvalid comparison of non-comparable structinvalid comparison of non-comparable typeinvalid comparison of non-ordered typeinvalid comparison operator for 'E' output modifierinvalid conditional operandinvalid const_cast from type %qT to type %qTinvalid const_cast of an rvalue of type %qT to type %qTinvalid const_double operandinvalid constantinvalid constant - try using an output modifierinvalid constant for output modifier '%c'invalid constant in %<#pragma %s%>invalid constant in %<#pragma pack%> - ignoredinvalid constant vector for output modifier '%c'invalid constrained type parameterinvalid constraints for operandinvalid constructor; you probably meant %<%T (const %T&)%>invalid controlling predicateinvalid conversion from %<__fpreg%>invalid conversion from %qT to %qTinvalid conversion in gimple callinvalid conversion in return statementinvalid conversion to %<__fpreg%>invalid conversion to type %qT from type %qTinvalid covariant return type for %q#Dinvalid covariant return type for %q+#Dinvalid cpu "%s" for %s"%s"%sinvalid data model option -mdata-model=%sinvalid declaration of %<%T::%E%>invalid declaration of member template in local classinvalid declaratorinvalid default argument for a template template parameterinvalid default case label in switch statementinvalid definition of qualified type %qTinvalid depend kindinvalid depend kind in omp %<ordered%> %<depend%>invalid dist_schedule kindinvalid element type for attribute %qsinvalid encoding prefix in literal operatorinvalid entry to %s structured blockinvalid exit from %s structured blockinvalid exit from OpenMP structured blockinvalid explicit specializationinvalid expression - try using an output modifierinvalid expression as operandinvalid expression for min lvalueinvalid expression for output modifier '%c'invalid expression type for %<#pragma omp atomic%>invalid failure memory model for %<__atomic_compare_exchange%>invalid feature modifier %qs for 'arch' target %sinvalid feature modifier %qs for 'cpu' target %sinvalid feature modifier in %<-march=%s%>invalid feature modifier in %<-mcpu=%s%>invalid feature modifier in target %s %qsinvalid first operand of MEM_REFinvalid form of %<#pragma omp atomic%>invalid format of %sinvalid fpu for attribute(target("%s"))invalid function declarationinvalid function in gimple callinvalid grainsize for _Cilk_forinvalid id value for interrupt/exception attributeinvalid id value for reset attributeinvalid in-class initialization of static data member of non-integral type %qTinvalid increment expressioninvalid initial value for member %qEinvalid initialization of non-const reference of type %qT from an rvalue of type %qTinvalid initialization of reference of type %qT from expression of type %qTinvalid initializerinvalid initializer clauseinvalid initializer for %q#Dinvalid initializer for array member %q#Dinvalid initializer for member function %qDinvalid insn:invalid iterating variable in fast enumerationinvalid labels in gimple condinvalid left hand side of assignmentinvalid line in the resolution fileinvalid linkage-specificationinvalid location for %<pragma %s%>, ignoredinvalid lvalue in asm output %dinvalid map kindinvalid maskinvalid mask type in vector permute expressioninvalid member function declarationinvalid member template declaration %qDinvalid memory model argument %d of %qEinvalid memory model argument to builtininvalid memory model for %<__atomic_load%>invalid memory model for %<__atomic_store%>invalid new-expression of abstract class type %qTinvalid nmi function for reset attributeinvalid non-type template argumentinvalid non-vector operands to vector valued plusinvalid number of operands to __FMAinvalid offload table in %sinvalid offset operand in MEM_REFinvalid offset operand in TARGET_MEM_REFinvalid offset operand of MEM_REFinvalid operandinvalid operand addressinvalid operand code '%c'invalid operand for '%%%c'invalid operand for 'A' modifierinvalid operand for 'D' modifierinvalid operand for 'H' modifierinvalid operand for 'O' modifierinvalid operand for 'T' modifierinvalid operand for 'b' modifierinvalid operand for 'e' modifierinvalid operand for 'm' modifierinvalid operand for 'o' modifierinvalid operand for 'p' modifierinvalid operand for 'r' specifierinvalid operand for 'z' modifierinvalid operand for code '%c'invalid operand in indirect referenceinvalid operand in return statementinvalid operand in unary expressioninvalid operand in unary operationinvalid operand modifier letterinvalid operand output codeinvalid operand prefixinvalid operand prefix '%%%c'invalid operand size for operand code 'O'invalid operand size for operand code 'Z'invalid operand size for operand code 'z'invalid operand to %%H/%%L codeinvalid operand to %%M codeinvalid operand to %%N codeinvalid operand to %%O codeinvalid operand to %%Rinvalid operand to %%R codeinvalid operand to %%Sinvalid operand to %%T/%%B codeinvalid operand to %%U codeinvalid operand to %%V codeinvalid operand to %%Z codeinvalid operand to %%p codeinvalid operand to %%s codeinvalid operand to %%z codeinvalid operand to plus/minus, type is a pointerinvalid operand to pointer plus, first operand is not a pointerinvalid operand to pointer plus, second operand is not an integer type of appropriate widthinvalid operand to switch statementinvalid operand type used with operand code 'Z'invalid operands in binary operationinvalid operands in gimple comparisoninvalid operands in ternary operationinvalid operands of types %qT and %qT to binary %qOinvalid operands to array referenceinvalid operands to binary %s (have %qT and %qT)invalid operationinvalid operation (%s)invalid operation on %<__fpreg%>invalid operator for %<#pragma omp atomic%>invalid parameter %qsinvalid parameter combination for AltiVec intrinsic %sinvalid parameter combination for intrinsic %qsinvalid parameter type %qTinvalid pass positioning operationinvalid pointer mode %qsinvalid pointer to bit-field %qDinvalid position or size in BIT_INSERT_EXPRinvalid position or size operand to BIT_FIELD_REFinvalid private reduction on %qEinvalid proc_bind kindinvalid property declarationinvalid prototype for '%s'invalid punctuation %qc in constraintinvalid pure const state for functioninvalid pure specifier (only %<= 0%> is allowed)invalid qualifiers on non-member function typeinvalid qualifying scope in pseudo-destructor nameinvalid receive on send-only channelinvalid receiver type %qsinvalid redeclaration of %q+Dinvalid reduction-identifierinvalid reference for 'J' output modifierinvalid reference prefixinvalid register name for %q+Dinvalid resolution in the resolution fileinvalid return type %qT of constexpr function %q+Dinvalid rhs for gimple memory storeinvalid rtl sharing found in the insninvalid schedule kindinvalid second argument to %<__builtin_prefetch%>; using zeroinvalid send on receive-only channelinvalid setter, it must have one argumentinvalid shift operandinvalid static chain in gimple callinvalid static_cast from type %qT to type %qTinvalid storage class for function %qEinvalid target memregs value '%d'invalid template declaration of %qDinvalid template non-type parameterinvalid template-idinvalid third argument to %<__builtin_prefetch%>; using zeroinvalid type %<void%> for newinvalid type %qT as initializer for a vector of type %qTinvalid type %qT declared %<friend%>invalid type argument (have %qT)invalid type argument of %<->%> (have %qT)invalid type argument of %<->*%> (have %qT)invalid type argument of array indexing (have %qT)invalid type argument of implicit conversion (have %qT)invalid type argument of unary %<*%> (have %qT)invalid type for asm flag outputinvalid type for instance variableinvalid type for iteration variable %qEinvalid type for make functioninvalid type for parameter %d of constexpr function %q+#Dinvalid type for propertyinvalid types %<%T[%T]%> for array subscriptinvalid types in address space conversioninvalid types in conversion to floating pointinvalid types in conversion to integerinvalid types in fixed-point conversioninvalid types in nop conversioninvalid use of %%d, %%x, or %%Xinvalid use of %<...%> calling non-variadic functioninvalid use of %<...%> with builtin functioninvalid use of %<...%> with non-sliceinvalid use of %<::%>invalid use of %<_Cilk_spawn%>invalid use of %<auto%> in conversion operatorinvalid use of %<auto%> in default template argumentinvalid use of %<auto%> in exception-specificationinvalid use of %<auto%> in template argumentinvalid use of %<extern%> variable %qD in %<#pragma acc declare%>invalid use of %<global%> variable %qD in %<#pragma acc declare%>invalid use of %<restrict%>invalid use of %<this%> at top levelinvalid use of %<this%> in non-member functioninvalid use of %q#T with a flexible array member in %q#Tinvalid use of %q#T with a zero-size array in %q#Dinvalid use of %qDinvalid use of %qD in linkage specificationinvalid use of %qE to form a pointer-to-member-functioninvalid use of %qTinvalid use of '%%%c'invalid use of ':' modifierinvalid use of a pointer to an incomplete type in pointer arithmeticinvalid use of array indexing on pointer to memberinvalid use of array with unspecified boundsinvalid use of asm flag outputinvalid use of attribute %<fallthrough%>invalid use of brace-enclosed initializer listinvalid use of const_cast with type %qT, which is a pointer or reference to a function typeinvalid use of const_cast with type %qT, which is not a pointer, reference, nor a pointer-to-data-member typeinvalid use of constructor as a templateinvalid use of cv-qualified type %qT in parameter declarationinvalid use of dependent type %qTinvalid use of destructor %qD as a typeinvalid use of destructor %qE as a typeinvalid use of flexible array memberinvalid use of implicit conversion on pointer to memberinvalid use of incomplete type %q#Tinvalid use of incomplete typedef %qTinvalid use of label %q+D in %<_Cilk_spawn%>invalid use of member %qD (did you forget the %<&%> ?)invalid use of member %qD in static member functioninvalid use of member function %qD (did you forget the %<()%> ?)invalid use of method value as argument of Offsetofinvalid use of non-lvalue arrayinvalid use of non-static data member %qDinvalid use of non-static member function %qDinvalid use of non-static member function of type %qTinvalid use of nonstatic data member %qEinvalid use of pack expansion expressioninvalid use of placeholder %qTinvalid use of qualified-name %<%D::%D%>invalid use of qualified-name %<%T::%D%>invalid use of qualified-name %<::%D%>invalid use of structure with flexible array memberinvalid use of template template parameter %qTinvalid use of template type parameter %qTinvalid use of template-id %qD in declaration of primary templateinvalid use of template-name %qE without an argument listinvalid use of typeinvalid use of type %<void%> in parameter declarationinvalid use of type %qT as a default value for a template template-parameterinvalid use of unary %<*%> on pointer to memberinvalid use of undefined type %qTinvalid use of void expressioninvalid use of volatile lvalue inside %<transaction_safe%> functioninvalid use of volatile lvalue inside transactioninvalid user-defined conversion from %qT to %qTinvalid value-initialization of reference typeinvalid vector comparison resulting typeinvalid vector type for attribute %qEinvalid version number %qsinvalid warm function for reset attributeinvalid zero extractinverted slice rangeio_kind_name(): bad I/O-kindipa inline summary is missing in input fileipa reference summary is missing in ltrans unitis_c_interoperable(): gfc_simplify_expr failedit is defined as a pointer in different address space in another translation unitit is defined as a pointer to different type in another translation unitit must be a pointer-to-member of the form %<&X::Y%>it must be the address of a function with external linkageit must be the name of a function with external linkageitem in READiterating variable in fast enumeration is not an objectiteration %s invokes undefined behavioriteration variable %qD should not be firstprivateiteration variable %qD should not be reductioniteration variable %qE is predetermined lineariteration variable %qE should be privateiteration variable %qE should not be firstprivateiteration variable %qE should not be lastprivateiteration variable %qE should not be lineariteration variable %qE should not be privateiteration variable %qE should not be reductioniteration variable cannot be volatileiterator variableits dest_idx should be %d, not %divar %qs used by %<@synthesize%> declaration must be an existing ivariwmmxt abi requires an iwmmxt capable cpuiwmmxt requires an AAPCS compatible ABI for proper operationjump into scope of identifier with variably modified typejump into statement expressionjump skips variable initializationjump to case labeljump to label %qDjunk at end of #pragma %sjunk at end of #pragma ADDRESSjunk at end of #pragma GCC memregs [0..16]junk at end of #pragma __nostandardjunk at end of #pragma __standardjunk at end of #pragma ghs endsdajunk at end of #pragma ghs endtdajunk at end of #pragma ghs endzdajunk at end of #pragma ghs interruptjunk at end of #pragma ghs sectionjunk at end of #pragma ghs startsdajunk at end of #pragma ghs starttdajunk at end of #pragma ghs startzdajunk at end of #pragma longcalljunk at end of %<#pragma %s%>junk at end of %<#pragma GCC pch_preprocess%>junk at end of %<#pragma GCC visibility%>junk at end of %<#pragma align%>junk at end of %<#pragma fini%>junk at end of %<#pragma init%>junk at end of %<#pragma message%>junk at end of %<#pragma pack%>junk at end of %<#pragma pop_options%>junk at end of %<#pragma push_options%>junk at end of %<#pragma redefine_extname%>junk at end of %<#pragma reset_options%>junk at end of %<#pragma weak%>junk at end of '#pragma extern_model'junk at end of '#pragma ms_struct'junk at end of '#pragma options'junk at end of '#pragma unused'keyword %<export%> not implemented, and will be ignoredkeyword %<typename%> not allowed in this context (a qualified member initializer is implicitly a type)keyword %<typename%> not allowed in this context (the base class is implicitly a type)keyword %<typename%> not allowed outside of templateslabel label %q+D declared but not definedlabel %q+D defined but not usedlabel %q+D used but not definedlabel %qD defined herelabel %qE referenced outside of any functionlabel at end of compound statementlabel named wchar_tlabel's context is not the current function decllambda capture initializers only available with -std=c++14 or -std=gnu++14lambda expressions only available with -std=c++11 or -std=gnu++11lambda in local class %q+T cannot capture variables from the enclosing contextlambda templates are only available with -std=c++14 or -std=gnu++14lambda-expression in a constant expressionlambda-expression in template-argumentlambda-expression in unevaluated contextlane %wd out of range %wd - %wdlang_* check: failed in %s, at %s:%dlanguage %s not recognizedlanguage string %<"%E"%> not recognizedlarge fixed-point constant implicitly truncated to fixed-point typelarge integer implicitly truncated to unsigned typelast argument must be an immediateld returned %d exit statusleft argument must be a sliceleft hand operand of %<->*%> must be a pointer to class, but is a pointer to member of type %qTleft operand of comma operator cannot resolve address of overloaded functionleft operand of comma operator has no effectleft operand of comma operator is a reference, not call, to function %qEleft operand of shift expression %q+E is negativeleft precisionleft precision in strfmon formatleft rotate count >= width of typeleft rotate count is negativeleft shift count >= width of typeleft shift count >= width of vector elementleft shift count is negativeleft shift of negative valueleft-hand operand of comma expression has no effectleft-hand side of assignment might be a candidate for a format attributelen larger than caplength %qE above array section size in %qs clauselength %qE of array section does not have integral typelength mismatch between LHS and RHSlength mismatch in expressionlength modifierlength modifier in printf formatlength modifier in scanf formatlength modifier in strfmon formatlength of array notation triplet is not an integerlength required when allocating a sliceletter %c was found & insn was not CONST_INTlibraries: %s
  library function %q#D redeclared as non-function %q#Dlibrary lib%s not foundlimit is %u bytes, but argument is %slimit is %u bytes, but argument may be as large as %slinear clause applied to non-integral non-pointer variable with %qT typelinear clause applied to non-integral non-pointer variable with type %qTlinear clause applied to non-integral, non-floating, non-pointer variable with %qT typelinear clause applied to non-integral, non-floating, non-pointer variable with type %qTlinear clause with %qs modifier applied to non-reference variable with %qT typelinear step expression must be integrallist-initializer for non-class type must not be parenthesizedliteral operator suffixes not preceded by %<_%> are reserved for future standardizationliteral operator template %q+D conflicts with raw literal operator %qDliteral operator template %qD has invalid parameter list.  Expected non-type template argument pack <char...>literal operator template %qD has invalid parameter list.  Expected non-type template argument pack <char...> or <typename CharT, CharT...>literal operator with C linkagelo_sum not of registerlocal class %q#T shall not have static data member %q#Dlocal declaration of %qE hides instance variablelocal symbols must be definedlocal variable %qD may not appear in this contextlocal variable memory requirements exceed capacitylocation references block not in block treelogical %<and%> applied to non-boolean constantlogical %<and%> of equal expressionslogical %<and%> of mutually exclusive tests is always falselogical %<or%> applied to non-boolean constantlogical %<or%> of collectively exhaustive tests is always truelogical %<or%> of equal expressionslogical not is only applied to the left hand side of comparisonlogical_to_bitwise(): Bad intrinsiclong, short, signed or unsigned used invalidly for %qslookup of %qT in %qT is ambiguousloop %d%'s header does not belong directly to itloop %d%'s header does not have exactly 2 entriesloop %d%'s header is not a loop headerloop %d%'s latch does not belong directly to itloop %d%'s latch does not have an edge to its headerloop %d%'s latch does not have exactly 1 successorloop %d%'s latch does not have header as successorloop %d%'s latch is marked as part of irreducible regionloop %d%'s latch is not dominated by its headerloop uses OpenACC parallelism disallowed by containing routineloop verification on loop tree that needs fixuploop with header %d marked for removalloop with header %d not in loop treelooser throw specifier for %q+#Flow bound %qE above array section size in %qs clauselow bound %qE of array section does not have integral typelower value in case label range less than minimum value for typelp_array does not match region_treelp_array is corrupted for lp %ilseek failed while reading export datalto_obj_file_open() failedlvalue required as decrement operandlvalue required as increment operandlvalue required as left operand of assignmentlvalue required as unary %<&%> operandlvalue required in asm statementmachine independent builtin code out of rangemacro name missing after %qsmake_generic(): Can't find generic symbol %qsmaking multiple clones of %qDmalformed #pragma ADDRESS variable addressmalformed #pragma GCC visibility pushmalformed #pragma builtinmalformed #pragma ghs sectionmalformed #pragma redefine_extname, ignoredmalformed #pragma weak, ignoredmalformed %<#pragma %s%>, ignoredmalformed %<#pragma %s%>, ignoringmalformed %<#pragma align%>malformed %<#pragma align%>, ignoringmalformed %<#pragma fini%>malformed %<#pragma fini%>, ignoringmalformed %<#pragma init%>malformed %<#pragma init%>, ignoringmalformed %<#pragma message%>, ignoredmalformed %<#pragma pack%> - ignoredmalformed %<#pragma pack(pop[, id])%> - ignoredmalformed %<#pragma pack(push[, id][, <n>])%> - ignoredmalformed '#pragma __extern_prefix', ignoringmalformed '#pragma extern_model', ignoringmalformed '#pragma member_alignment'malformed '#pragma member_alignment', ignoringmalformed '#pragma ms_struct {on|off|reset}', ignoringmalformed '#pragma ms_struct', ignoringmalformed '#pragma options align={mac68k|power|reset}', ignoringmalformed '#pragma options', ignoringmalformed COLLECT_GCC_OPTIONSmalformed option -fplugin-arg-%s (missing -<key>[=<value>])malformed ptx filemalformed spec function argumentsmalformed spec function namemalformed target %smalformed target %s list %qsmalformed target %s valuemangled name for %qD will change in C++17 because the exception specification is part of a function typemangling %Cmangling __underlying_typemangling typeof, use decltype insteadmangling unknown fixed point typemap can only be compared to nilmapping field %qE of variable length structuremask must be an immediatematch_attr_spec(): Bad attributematch_level_4(): Bad operatormatch_string_constant(): Delimiter not foundmatching constraint does not allow a registermatching constraint not valid in output operandmatching constraint references invalid operand numbermaximum limit of %d namespaces searched for %qEmaximum number of arrays per scop.maximum number of basic blocks per function to be analyzed by Graphite.maximum number of isl operations, 0 means unlimitedmaximum number of parameters in a SCoP.maximum value of parameter %qs is %umay not use both -EB and -ELmay not use both -m32 and -m64mduc registers only saved for G13 targetmedia functions are not available unless -mmedia is usedmem-initializer for %qD follows constructor delegationmember %q+#D with constructor not allowed in anonymous aggregatemember %q+#D with constructor not allowed in unionmember %q+#D with copy assignment operator not allowed in anonymous aggregatemember %q+#D with copy assignment operator not allowed in unionmember %q+#D with destructor not allowed in anonymous aggregatemember %q+#D with destructor not allowed in unionmember %q+D cannot be declared as a %<mutable%> referencemember %q+D cannot be declared both %<const%> and %<mutable%>member %qD cannot be declared both %<virtual%> and %<constexpr%>member %qD cannot be declared both %<virtual%> and %<static%>member %qD conflicts with virtual function table field namemember %qD declared as friend before type %qT definedmember %qD in read-only object used as %<asm%> outputmember %qD is uninitialized referencemember %qD must be initialized by mem-initializer in %<constexpr%> constructormember %qD with uninitialized reference fieldsmember functions are implicitly friends of their classmember template %qD may not have virt-specifiersmembers of an explicitly specialized class are defined without a template headermemory access check always failmemory allocation failed while reading export datamemory input %d is not directly addressablememory reference expected for 'S' output modifiermethod %<%c%E%> declared %<@optional%> and %<@required%> at the same timemethod %s%s%s is marked go:nointerfacemethod %s%s%s requires a pointer receivermethod argument attributes are not available in Objective-C 1.0method attributes are not available in Objective-C 1.0method attributes can not be specified in @implementation contextmethod attributes must be specified at the endmethod attributes must be specified at the end onlymethod declaration not in @interface contextmethod declared %qE overriding %qE methodmethod definition for %<%c%E%> not foundmethod definition not in @implementation contextmethod overrides both %<transaction_pure%> and %qE methodsmethod possibly missing a [super dealloc] callmethod type does not match object typemethod with incompatible type is defined in another translation unitmin partition size cannot be greater than max partition sizeminimal number of loops per function to be analyzed by Graphite.minimum value of parameter %qs is %umio_array_ref(): Unknown array refmips16 function profilingmismatch in number of arguments for builtin %qF. Expected: %d got %dmismatched argument pack lengths while expanding %<%E%>mismatched argument pack lengths while expanding %<%T%>mismatched argumentsmismatched declarations during linktime optimizationmismatched operator in fold-expressionmismatching comparison operand typesmismatching parensmisplaced %<@%D%> Objective-C++ constructmissed loop optimization, the loop counter may overflowmissing $ operand number in formatmissing %<(%> after %<#pragma GCC visibility push%> - ignoredmissing %<(%> after %<#pragma pack%> - ignoredmissing %<=%> (after %<getter%> attribute)missing %<=%> (after %<setter%> attribute)missing %<target%> attribute for multi-versioned %Dmissing '(' after '#pragma unused', ignoringmissing ')' after '#pragma unused', ignoringmissing PHI defmissing REG_EH_REGION note at the end of bb %imissing [big-endian|little-endian|default] after %<#pragma scalar_storage_order%>missing [error|warning|ignored|push|pop] after %<#pragma GCC diagnostic%>missing arch name in %<-march=%s%>missing architecture name in 'arch' target %smissing argument to %qsmissing barrier after block %imissing braces around initializermissing braces around initializer for %qTmissing callgraph edge for call stmt:missing close brace for named operandmissing close parenmissing collection in fast enumerationmissing controlling predicatemissing cpu name in %<-mcpu=%s%>missing cpu name in %<-mtune=%s%>missing cpu name in 'cpu' target %smissing definitionmissing device or architecture after %qsmissing edge %i->%imissing feature modifier in target %s %qsmissing filename after %qsmissing fill character at end of strfmon formatmissing increment expressionmissing initializer for field %qD of %qTmissing initializer for member %qDmissing loop condition in loop with %<GCC ivdep%> pragmamissing makefile target after %qsmissing method %s%s%smissing numbermissing open parenmissing operandmissing option after %<#pragma GCC diagnostic%> kindmissing path after %qsmissing sentinel in function callmissing template argumentsmissing template arguments after %qTmissing terminating %c charactermissing type-name in typedef-declarationmixing declarations and function-definitions is forbiddenmixing different types of symbol in same comdat groups is not supportedmode %qs applied to inappropriate typemode size of non-integral result does not match field size of BIT_FIELD_REFmodification of %qE is not a constant expressionmodifier should not be specified in %<linear%> clause on %<simd%> or %<for%> constructsmodule nature in USE statement at %Cmore than %d operands in %<asm%>more than one %<depend(source)%> clause on an %<ordered%> constructmore than one 'crtl' directivemore than one access specifier in base-specifiedms_abi and sysv_abi attributes are not compatiblems_hook_prologue attribute isn%'t compatible with -mfentry for 32-bitms_hook_prologue is not compatible with nested functionmsp430_select_hwmult_lib needs one or more argumentsmultidimensional array must have bounds for all dimensions except the firstmultilib exclusion %qs is invalidmultilib exclusions %qs is invalidmultilib select %qs %qs is invalidmultilib select %qs is invalidmultilib spec %qs is invalidmultiple -mcpu= options specified.multiple EH personalities are supported only with assemblers supporting .cfi_personality directivemultiple declarations in range-based %<for%> loopmultiple default labels in one switchmultiple definition of %q#Tmultiple fast interrupt routines seen: %qE and %qEmultiple fields in union %qT initializedmultiple function type attributes specifiedmultiple hot/cold transitions found (bb %i)multiple initializations given for %qDmultiple initializations given for base %qTmultiple inline callersmultiple interrupt attributes not allowedmultiple interrupt attributes to function %qDmultiple iterating variables in fast enumerationmultiple loop axes specified for routinemultiple methods named %<%c%E%> foundmultiple nested types attributes to function %qDmultiple parameters named %qDmultiple prevailing defs for %qEmultiple ref-qualifiersmultiple save reg attributes to function %qDmultiple selectors named %<%c%E%> foundmultiple storage classes in declaration of %qsmultiple storage classes in declaration specifiersmultiple types in one declarationmultiple virtual PHI nodes in BB %dmultiple-value argument in single-value contextmultiple-value function call in single-value contextmultiply option implies r%d is fixedmultiversioning needs ifunc which is not supported on this targetmust #include <typeinfo> before using typeidmust use %<.*%> or %<->*%> to call pointer-to-member function in %<%E (...)%>, e.g. %<(... ->* %E) (...)%>mutable %qD is not usable in a constant expressionmysterious repository information in %snaked attribute only applies to functionsname %qD used in a GNU-style designated initializer for an arrayname %qT has incomplete typename lookup of %qD changedname lookup of %qD changed for ISO %<for%> scopingname missing for member functionname of class shadows template template parameter %qDname used in a GNU-style designated initializer for an arraynamed return values are no longer supportednamespace %qD enterednamespace %qD not allowed in using-declarationnamespace alias %qD not allowed here, assuming %qDnamespace-scope anonymous aggregates must be staticnarrowing conversion of %qE from %qT to %qT inside { }narrowing conversion of %qE from %qT to %qT inside { } is ill-formed in C++11need %<typename%> before %<%T::%E%> because %qT is a dependent scopeneed %<typename%> before %qE because %qT is a dependent scopeneed explicit conversionneed explicit conversion; missing method %s%s%snegative insn lengthnegative integer implicitly converted to unsigned typenegative length in array section in %qs clausenegative low bound in array section in %qs clausenegative nesting depth of region %inegative shift countnegative width in bit-field %q+Dnegative width in bit-field %qsneither the destructor nor the class-specific operator delete [] will be called, even if they are declared when the class is definedneither the destructor nor the class-specific operator delete will be called, even if they are declared when the class is definednested assembly dialect alternativesnested extern declaration of %qDnested function %q+D declared but never definednested function %qE declared %<extern%>nested function %qs declared %<extern%>nested function trampolines not supported on this targetnested functions not supported on this targetnested identifier requirednested name specifier %qT for enum declaration does not name a class or namespacenested namespace definitions only available with -std=c++1z or -std=gnu++1znested redefinition of %<enum %E%>nested redefinition of %<struct %E%>nested redefinition of %<union %E%>new cannot be applied to a function typenew cannot be applied to a reference typenew declaration %q#D ambiguates built-in declaration %q#Dnew types may not be defined in a return typenew_symbol(): Symbol name too longnext member %q#D declared hereno %<%D(int)%> declared for postfix %qsno %<%D(int)%> declared for postfix %qs, trying prefix operator insteadno %<%c%E%> method foundno %q#D member function declared in class %qTno %qs getter foundno FUNCTION_PROFILER for CRISno LTRANS output list filename providedno argumentsno arguments for spec functionno attribute can be applied to an explicit instantiationno class name specified with %qsno class template named %q#T in %q#Tno closing %<]%> for %<%%[%> formatno closing braceno context to resolve type of %qEno corresponding deallocation function for %qDno data type for mode %qsno declaration of property %qs found in the interfaceno default argument for %qDno description yet.no field %qD found in union being initializedno immediate_use listno input filesno input files; unwilling to write output filesno integral type can represent all of the enumerator values for %qTno low registers available for popping high registersno match for no match for call to %<(%T) (%A)%>no matches converting function %qD to type %q#Tno matching concept for template-introductionno matching fixed-point overload found for %qsno matching function for call to %<%D(%A)%>no matching function for call to %<%T::%E(%A)%#V%>no matching function for call to %<%T::operator %T(%A)%#V%>no matching function for call to %<%s(%A)%>no matching push for %<#pragma GCC visibility pop%>no matching template for %qD foundno member function %qD declared in %qTno members matching %<%T::%D%> in %q#Tno post-decrement operator for typeno post-increment operator for typeno pre-decrement operator for typeno pre-increment operator for typeno previous declaration for %qDno previous prototype for %qDno processor type specified for linkingno profiling of 64-bit code for this ABIno register in addressno return statement in function returning non-voidno return statements in function returning %qTno sclass for %s stab (0x%x)no semicolon at end of struct or unionno suitable %<operator %s%> for %qTno suitable %qD found in class %qTno super class declared in @interface for %qEno super class declared in interface for %qEno type named %q#T in %q#Tno type or storage class may be specified here,no unexpanded parameter packs in binary foldno unique final overrider for %qD in %qTno valid clauses specified in %<#pragma acc declare%>node differs from node->decl->decl_with_vis.symtab_nodenode has body_removed but is definitionnode has unknown typenode is alias but not definitionnode is alias but not implicit aliasnode is alone in a comdat groupnode is analyzed but it is not a definitionnode is in same_comdat_group list but has no comdat_groupnode is transparent_alias but not an aliasnode is weakref but not an transparent_aliasnode not found in symtab assembler name hashnode not found node->decl->decl_with_vis.symtab_nodenodes with unreleased memory foundnoexcept-expression evaluates to %<false%> because of a call to %qDnon double precision REAL argument to %s intrinsic at %Lnon-AAPCS derived PCS variantnon-NULL pointer initialization at %Cnon-OpenACC construct inside of OpenACC regionnon-OpenACC construct inside of OpenACC routinenon-call exception handling mismatchnon-class template %qT used without template argumentsnon-class, non-variable partial specialization %qD is not allowednon-cold basic block %d dominated by a block in the cold partition (%d)non-const integer argument %u in call to function %qEnon-constant argument 1 to __atomic_always_lock_freenon-constant array in DATA statement %Lnon-constant array initializationnon-constant array new length must be specified directly, not by typedefnon-constant array new length must be specified without parentheses around the type-idnon-constant compound literals cannot appear in a constant-expressionnon-constant condition for static assertionnon-constant element in constant CONSTRUCTORnon-constant in-class initialization invalid for non-inline static member %qDnon-constant in-class initialization invalid for static member %qDnon-constant initialization expression at %Lnon-decl/MEM_REF LHS in clobber statementnon-default INTEGER kind argument to %s intrinsic at %Lnon-delegitimized UNSPEC %s (%d) found in variable locationnon-deleted function %q+Dnon-floating-point argument in call to function %qEnon-floating-point arguments in call to function %qEnon-function %qD declared as implicit templatenon-function in gimple callnon-integer argument 1 to __atomic_is_lock_freenon-integer argument 3 in call to function %qEnon-integer memory model argument %d of %qEnon-integer operand used with operand code 'z'non-integral type switch statementnon-integral used in conditionnon-local variable %qD declared %<__thread%> has a non-trivial destructornon-local variable %qD declared %<__thread%> needs dynamic initializationnon-loop with header %d not marked for removalnon-lvalue array in conditional expressionnon-member %qs cannot be declared %<mutable%>non-member function %qD cannot have cv-qualifiernon-member function %qD cannot have ref-qualifiernon-member-template declaration of %qDnon-memory input %d must stay in memorynon-nested function with variably modified typenon-object member %qs cannot be declared %<mutable%>non-objective-c type '%T' cannot be caughtnon-parameter %qs cannot be a parameter packnon-pointer argument to %<__builtin_launder%>non-register as LHS of binary operationnon-register as LHS of ternary operationnon-register as LHS of unary operationnon-scalar BIT_FIELD_REF, IMAGPART_EXPR or REALPART_EXPRnon-scalar typenon-standard suffix on floating constantnon-static const member %q#D in class without a constructornon-static const member %q#D, can%'t use default assignment operatornon-static data member %q+D in a union may not have reference type %qTnon-static data member %qE declared %<concept%>non-static data member %qE declared %<constexpr%>non-static data member declared with placeholder %qTnon-static data member initializers only available with -std=c++11 or -std=gnu++11non-static declaration of %q+D follows static declarationnon-static initialization of a flexible array membernon-static reference %q#D in class without a constructornon-static reference member %q#D, can%'t use default assignment operatornon-template %qD used as templatenon-template type %qT used as a templatenon-thread-local declaration of %q#D follows thread-local declarationnon-thread-local declaration of %q+D follows thread-local declarationnon-top-level BIT_FIELD_REF, IMAGPART_EXPR or REALPART_EXPRnon-trivial conversion at assignmentnon-trivial conversion in unary operationnon-trivial designated initializers not supportednon-type partial specialization %qD is not allowednon-variable %qD in declaration with more than one declarator with placeholder typenon-vector CONSTRUCTOR with elementsnon-vector operands in vector comparisonnonconstant array index in initializernonempty exits list of loop %d, but exits are not recordednonlocal label nonnull argument %qD compared to NULLnonnull argument has invalid operand number (argument %lu)nonnull argument references non-pointer operand (argument %lu, operand %lu)nonnull argument with out-of-range operand number (argument %lu, operand %lu)nonnull attribute without arguments on a non-prototypenormalization cannot co-exist with scaling
! not allowed type combination in BIT_INSERT_EXPRnot configured for SPE ABInot configured for SPE instruction setnot configured with sysroot headers suffixnot enough DO loops for %s !$ACC LOOP at %Lnot enough DO loops for collapsed %s at %Lnot enough argumentsnot enough arguments to returnnot enough for loops to collapsenot enough perfectly nested loopsnot enough type informationnot enough variable arguments to fit a sentinelnotenote: null argument where non-null required (argument %lu)null destination pointernull format stringnull pointernull pointer dereferencenumber must be 0 or 1number of arguments doesn%'t match built-in prototypenumber of arguments doesn%'t match prototypenumber of bb notes in insn chain (%d) != n_basic_blocks (%d)number of components of the vector not a power of twonumber of components of vector not a power of twonumber of counters is %d instead of %dnumber of results does not match number of valuesnumber of variables in %<depend(sink)%> clause does not match number of iteration variablesnumeric argument of %qE attribute must be in range 0..63objc++-cpp-output is deprecated; please use objective-c++-cpp-output insteadobjc-cpp-output is deprecated; please use objective-c-cpp-output insteadobject is not a methodobject missing in use of %qEobject property %qD has no %<assign%>, %<retain%> or %<copy%> attribute; assuming %<assign%>object type %qT does not match destructor name ~%qTobject with variably modified type must have no linkageobjective-c method declaration is expectedobjective-c++ message argument(s) are expectedobjective-c++ message receiver expectedobjective-c++ method declaration is expectedobsolete Maverick format code '%c'obsolete option -I- used, please use -iquote insteadobsolete use of designated initializer with %<:%>obsolete use of designated initializer without %<=%>odr-used inline variable %qD is not definedoffload compiler %s not foundoffset %qwi outside bounds of constant stringoffset exceeds 16 bytesoffset of %qD is not ABI-compliant and may change in a future version of GCCoffset of packed bit-field %qD has changed in GCC 4.4offsetof within non-standard-layout type %qT is undefinedold declaration %q#Dold-style function definitionold-style parameter declarations in prototyped function definitionomitted middle operand to %<?:%> operand cannot be mangledone of the initializer call arguments should be %<&omp_priv%>one of the initializer call arguments should be %<omp_priv%> or %<&omp_priv%>only %<distribute%> or %<parallel%> regions are allowed to be strictly nested inside %<teams%> regiononly %<inbranch%> and %<notinbranch%> flags are allowed for %<__simd__%> attributeonly %u names provided while %qT decomposes into %wu elementsonly 0.0 can be loaded as an immediateonly Objective-C object types can be qualified with a protocolonly attribute %<fallthrough%> can be applied to a null statementonly constructors take member initializersonly declarations of constructors and conversion operators can be %<explicit%>only function calls can be spawnedonly here as a friendonly plain %<auto%> return type can be deduced to %<void%>only uninitialized variables can be placed in a .bss sectiononly uninitialized variables can be placed in the .noinit sectiononly weak aliases are supported in this configurationonly zero initializers are allowed in section %qsopaque vector types cannot be initializedopaque-enum-specifier must use a simple identifieropaque-enum-specifier without nameopen %s failed: %sopen /dev/zero: %mopening LTRANS output list %s: %mopening dependency file %s: %mopening output file %qs: %sopening output file %s: %moperand %d should be a 3 bit unsigned immediateoperand %d should be a 6 bit unsigned immediateoperand %d should be a 8 bit unsigned immediateoperand 1 should be an unsigned 3-bit immediateoperand 1 should be an unsigned 3-bit value (I0-I7)operand 2 should be an even 3-bit value (subreg 0,2,4,6)operand 2 should be an unsigned 3-bit value (I0-I7)operand 2 should be an unsigned 3-bit value (subreg 0-7)operand 2 should be an unsigned 8-bit valueoperand 3 should be an unsigned 3-bit value (I0-I7)operand 3 should be an unsigned 8-bit valueoperand 4 should be an unsigned 8-bit value (0-255)operand constraint contains incorrectly positioned %<+%> or %<=%>operand constraints for %<asm%> differ in number of alternativesoperand for sleep instruction must be an unsigned 6 bit compile-time constantoperand is not a condition code, invalid operand code '%c'operand is not a condition code, invalid operand code 'D'operand is not a condition code, invalid operand code 'Y'operand is not a specific integer, invalid operand code 'R'operand is not a specific integer, invalid operand code 'r'operand is not an integer, invalid operand code 'K'operand is not an integer, invalid operand code 'R'operand is not an offsettable memory reference, invalid operand code 'H'operand must be an immediate of the right sizeoperand number missing after %%-letteroperand number out of rangeoperand number out of range in formatoperand number specified for format taking no argumentoperand number specified with suppressed assignmentoperand of fold expression has no unexpanded parameter packsoperand type %qT is incompatible with argument %d of %qEoperand types are %qT and %qToperands to %T/%t must be reg + const_int:operands to ?: have different types %qT and %qToperation on %qE may be undefinedoptimization attribute on %qD follows definition but the attribute doesn%'t matchoptimization level attribute mismatchoptimization may eliminate reads and/or writes to register variablesoption %qs is valid for %s but not for %soption %s is not supported together with -fopenaccoption("%s") was already specifiedoptional argumentoptions enabled: options or targets missing after %qsoptions passed: ordered argument needs positive constant integer expressionordered comparison of pointer with integer zeroordered comparison of pointer with null pointeroriginal %<default%> is hereoriginal declaration appeared hereoriginal definition appeared hereoriginally defined hereoriginally indirect function call not considered for inliningoriginally specified hereorphaned %qs constructother match is hereought to match virtual method %qD but does notout-of-bounds access may be optimized awayouter %<__transaction_cancel%> not within outer %<__transaction_atomic%>outer block of region %i is wrongouter transaction in %<transaction_may_cancel_outer%> functionouter transaction in %<transaction_safe%> functionouter transaction in transactionoutput constraint %d cannot be specified together with "%s" clobberoutput constraint %d must specify a single registeroutput constraint %qc for operand %d is not at the beginningoutput file %s already exists in folder %soutput file not specifiedoutput filename specified twiceoutput number %d not directly addressableoutput operand %d must use %<&%> constraintoutput operand constraint lacks %<=%>output operand is constant in %<asm%>output regs must be grouped at top of stackoutput_move_single:overflow in array dimensionoverflow in constant expressionoverflow in enumeration valuesoverflow in enumeration values at %qDoverflow in implicit constant conversionoverflowed output arg list for %qsoverloaded function name %qE in clause %qsoverloaded function with no contextual type informationoverride controls (override/final) only available with -std=c++11 or -std=gnu++11overriding %qD declared %<transaction_safe%>overriding deleted function %q+Doverriding final function %q+Doverriding non-deleted function %q+Dpack expansion argument for non-pack parameter %qD of alias template %qDpack expansion argument for non-pack parameter %qD of concept %qDpack expansion in using-declaration only available with -std=c++1z or -std=gnu++1zpacked attribute causes inefficient alignmentpacked attribute causes inefficient alignment for %q+Dpacked attribute causes inefficient alignment for %qEpacked attribute is unnecessarypacked attribute is unnecessary for %q+Dpacked attribute is unnecessary for %qEpadding struct size to alignment boundarypadding struct to align %q+Dparameter %P has incomplete type %qTparameter %P of %qD has incomplete type %qTparameter %q+D declared %<_Noreturn%>parameter %q+D declared %<inline%>parameter %q+D has just a forward declarationparameter %qD declared with void typeparameter %qD has incomplete typeparameter %qD includes pointer to array of unknown bound %qTparameter %qD includes reference to array of unknown bound %qTparameter %qD invalidly declared method typeparameter %qD is initializedparameter %qD set but not usedparameter %qP of %qD might be a candidate for a format attributeparameter %u (%q+D) has incomplete typeparameter %u (%q+D) has void typeparameter %u has incomplete typeparameter %u has void typeparameter declared %<auto%>parameter list does not match a valid signature for %s()parameter may not have variably modified type %qTparameter might be a candidate for a format attributeparameter name missing from parameter listparameter name omittedparameter names (without types) in function declarationparameter pack %q+D must be at the end of the template parameter listparameter pack %qD cannot have a default argumentparameter pack argument %qE must be at the end of the template argument listparameter pack argument %qT must be at the end of the template argument listparameter pack cannot have a default argumentparameter packs not expanded with %<...%>:parameter passing for argument of type %qT changed in GCC 7.1parametrized derived type argumentparent subprogram cannot be inlinedparentheses around %qE cannot be used to form a pointer-to-member-functionparentheses required around this composite literal to avoid parsing ambiguityparenthesized initialization is not allowed in OpenMP %<for%> loopparenthesized initialization is not allowed in for-loopparenthesized initializer in array newparse error in SELECT TYPE statement at %Cparse error in template argument listpartial specialization %q+D does not specialize any template argumentspartial specialization %q+D does not specialize any template arguments and is not more constrained thanpartial specialization %qD is not more specialized thanpartial specialization %qT declared %<friend%>partial specialization is not more specialized than the primary template because it replaces multiple parameters with a pack expansionpartial specialization of %qD after instantiation of %qDpartition found but function partition flag not setpass %qs not found but is referenced by new pass %qspass %s does not support cloningpass %s needs a set_pass_param implementation to handle the extra argument in NEXT_PASSpassing %qT as %<this%> argument discards qualifierspassing %qT chooses %qT over %qTpassing NULL to non-pointer argument %P of %qDpassing arg %d of %qE discards qualifiers from pointer target typepassing argument %d of %qE as %<float%> rather than %<double%> due to prototypepassing argument %d of %qE as %qT rather than %qT due to prototypepassing argument %d of %qE as complex rather than floating due to prototypepassing argument %d of %qE as complex rather than integer due to prototypepassing argument %d of %qE as floating rather than complex due to prototypepassing argument %d of %qE as floating rather than integer due to prototypepassing argument %d of %qE as integer rather than complex due to prototypepassing argument %d of %qE as integer rather than floating due to prototypepassing argument %d of %qE as signed due to prototypepassing argument %d of %qE as unsigned due to prototypepassing argument %d of %qE discards %qv qualifier from pointer target typepassing argument %d of %qE from distinct Objective-C typepassing argument %d of %qE from incompatible pointer typepassing argument %d of %qE from pointer to non-enclosed address spacepassing argument %d of %qE makes %q#v qualified function pointer from unqualifiedpassing argument %d of %qE makes integer from pointer without a castpassing argument %d of %qE makes pointer from integer without a castpassing argument %d of %qE with different width due to prototypepassing argument %i to restrict-qualified parameter aliases with argument %Zpassing argument %i to restrict-qualified parameter aliases with arguments %Zpassing arguments to ellipsis of inherited constructor %qDpassing objects of non-trivially-copyable type %q#T through %<...%> is conditionally supportedpassing too large argument on stackpch_preprocess pragma should only be used with -fpreprocessedpedwarnpedwarn: perhaps you need explicit template arguments in your nested-name-specifierperhaps you want to explicitly add %<%T::%>permerrorpermerror: pex_init failed: %mplaceholder constraints not satisfiedplacement new constructing an array of objects of type %qT and size %qwu in a region of type %qT and size %qwiplacement new constructing an object of type %<%T [%wu]%> and size %qwu in a region of type %qT and size %qwiplacement new constructing an object of type %qT and size %qwu in a region of type %qT and size %qwiplugin %s is not licensed under a GPL-compatible license
  %splugin %s registered a null callback function for event %splugin %s should be specified before -fplugin-arg-%s in the command lineplugin %s was specified with different paths:
  %s
  %splugin cannot register a missing passplugin cannot register an unnamed passplugin cannot register pass %qs without reference pass nameplugin support is disabled; configure with --enable-pluginpointerpointer argumentpointer arithmetic for garbage-collected objects not allowedpointer assignmentpointer bounds were lost due to unexpected expression %spointer of type %<void *%> used in arithmeticpointer of type %<void *%> used in subtractionpointer offset from symbol maybe incorrectpointer or allocatable resultpointer target types incompatible in C++pointer targeting address space %qs must be const in %qTpointer targeting address space %qs must be const in %s %q+Dpointer targets in assignment differ in signednesspointer targets in initialization differ in signednesspointer targets in passing argument %d of %qE differ in signednesspointer targets in return differ in signednesspointer to a function used in arithmeticpointer to a function used in subtractionpointer to array loses qualifier in conditional expressionpointer to interface type has no methodspointer to member conversion via virtual base %qTpointer to member type %qT incompatible with object type %qTpointer type mismatch in conditional expressionpointer value used where a complex was expectedpointer value used where a floating point value was expectedpointer-to-member function %E cannot be called without an object; consider using .* or ->*pointer-to-member-function type %qT requires an lvaluepointer-to-member-function type %qT requires an rvaluepointer/integer type mismatch in conditional expressionpointers are not permitted as case valuespointers to arrays with different qualifiers are incompatible in ISO Cpointers to disjoint address spaces used in conditional expressionpolymorphic argumentposition plus size exceeds size of referenced object in BIT_FIELD_REFposition-independent code not supportedposition-independent code requires %qsposition-independent code requires the Linux ABIpositional initialization of field in %<struct%> declared with %<designated_init%> attributepossible problem detected in invocation of delete [] operator:possible problem detected in invocation of delete operator:post-increment address is not a registerpostfix %qD must take %<int%> as its argumentpostfix %qD must take %<int%> as its second argumentpostfix %qD should return %qTpotential null pointer dereferencepragma simd ignored because -fcilkplus is not enabledpragma simd must be inside a functionpre-decrement address is not a registerpre-increment address is not a registerprecisionprecision in printf formatpredeclared arithmetic type %qT in %<#pragma omp declare reduction%>predeclared arithmetic type in %<#pragma omp declare reduction%>predicated Thumb instructionpredicated instruction in conditional sequencepreferentially allocate registers that allow short instruction generation.prefix %qD should return %qTprefix attributes are ignored before %<@%D%>prefix attributes are ignored for implementationsprefix attributes are ignored for methodsprev_bb of %d should be %d, not %dprevious %<#pragma omp declare reduction%>previous %<pragma omp declare reduction%> declarationprevious declarationprevious declaration %q#Dprevious declaration %qDprevious declaration %qD used %d template parameterprevious declaration %qD used %d template parametersprevious declaration as %q#Dprevious declaration hereprevious declaration of %<%c%E%>previous declaration of %<%c%E%> as %<@optional%>previous declaration of %<%c%E%> as %<@required%>previous declaration of %<%c%s%>previous declaration of %Dprevious declaration of %q+Dprevious declaration of %q+D was hereprevious declaration of %qDprevious declaration of %qD was hereprevious declaration of %qEprevious declaration of namespace %qD hereprevious declaration with %qL linkageprevious definition hereprevious definition of %q#Tprevious definition of %q+D was hereprevious definition of %qD was hereprevious external decl of %q#Dprevious implicit declaration of %q+D was hereprevious non-function declaration %q+#Dprevious non-prototype definition hereprevious specification in %q#D herepreviously declared herepreviously defined herepreviously defined here as %spreviously used hereprimary template %qDprimary template hereprivate member %q#D in anonymous structprivate member %q#D in anonymous unionproblem with building target image for %s
*************** Use the -mcpu option to set the ISA expl
*** 2201,2210 ****
  unsupported argument type to builtin functionunsupported combination: %qs %sunsupported combination: %qs%s %sunsupported combination: %sunsupported fixed-point conversionunsupported mode %s
  unsupported non-standard concatenation of string literalsunsupported non-standard suffix on floating constantunsupported operand size for extended registerunsupported operation or type for vector comparison returning a booleanunsupported return type %qT for simd
  unsupported simdlen %dunsupported size for integer registerunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatunused parameter %qDunused variable %q+Dunused variable %qDunwind tables currently require either a frame pointer or -maccumulate-outgoing-args for correctnessupper value in case label range exceeds maximum value for typeuse #include insteaduse %<%T::%D%> insteaduse %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified nameuse %<%T::template %D%> to indicate that it is a templateuse %<-faligned-new%> to enable C++17 over-aligned new supportuse %<...%> to expand argument packuse %<this->%D%> insteaduse -Winvalid-pch for more informationuse -flax-vector-conversions to permit conversions between vectors with differing element types or numbers of subpartsuse -std=gnu++11 or -fext-numeric-literals to enable more built-in suffixesuse __attribute__ ((vector_size)) insteaduse __builtin_rx_mvtc (0, ... ) to write arbitrary values to PSWuse internal function id in profile lookup.use of %<_Cilk_spawn%> in a return statement is not alloweduse of %<alloca%>use of %<alloca%> within a loopuse of %<auto%> in lambda parameter declaration only available with -std=c++14 or -std=gnu++14use of %<auto%> in member template conversion operator can never be deduceduse of %<auto%> in parameter declaration only available with -std=c++14 or -std=gnu++14use of %<complex%> in AltiVec types is invaliduse of %<double%> in AltiVec types is invalid without -mvsxuse of %<long double%> in AltiVec types is invaliduse of %<long long%> in AltiVec types is invalid without -mvsxuse of %<long%> in AltiVec types is deprecated; use %<int%>use of %<long%> in AltiVec types is invalid for 64-bit code without -mvsxuse of %<this%> in a constant expressionuse of %qD before deduction of %<auto%>use of %qs in templateuse of %qs length modifier with %qc type character has either no effect or undefined behavioruse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of an operand of type %qT in %<operator++%> is deprecateduse of an operand of type %qT in %<operator++%> is forbidden in C++1zuse of an operand of type %qT in %<operator--%> is forbiddenuse of boolean types in AltiVec types is invaliduse of built-in trait %qE in function signature; use library traits insteaduse of class template %qT as expressionuse of decimal floating point types in AltiVec types is invaliduse of deleted function %qDuse of enum %q#D without previous declarationuse of invalid variable template %qEuse of local variable with automatic storage from containing functionuse of multiversioned function without a defaultuse of namespace %qD as expressionuse of old-style castuse of parameter from containing functionuse of parameter outside function bodyuse of untyped niluse operand missing for stmtuse option -std=c99, -std=gnu99, -std=c11 or -std=gnu11 to compile your codeuse template<> for an explicit specializationused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requiredused vector type where scalar is requireduseless %<_Alignas%> in empty declarationuseless %qs in empty declarationuseless cast to type %qTuseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationuser defined reduction lookup is ambiguoususer defined reduction not found for %qEuser defined reduction with constructor initializer for base class %qTuser-defined %qD always evaluates both argumentsuser-defined literals only available with -std=c++11 or -std=gnu++11uses %qD, which does not have an alignment parameterusing %<%c%s%>using %qs with unsigned type has no effectusing IBM extended precision long doubleusing IEEE extended precision long doubleusing alias template specialization %qT after %qsusing darwin64 ABIusing invalid field %qDusing num_workers (%d), ignoring %dusing old darwin ABIusing parameters for %<linear%> step is not supported yetusing result of function returning %<void%>using template type parameter %qT after %qsusing temporary as lvalueusing the range [%E, %E] for directive argumentusing typedef-name %qD after %qsusing vector_length (%d), ignoring %dusing vector_length (%d), ignoring runtime settingusing xvalue (rvalue reference) as lvalueusing-declaration for non-member at class scopevalid arguments are: %s; did you mean %qs?valid arguments to %<-march=%> switch are: %svalid arguments to %<-march=%> switch are: %s; did you mean %qs?valid arguments to %<-mtune=%> switch are: %svalid arguments to %<-mtune=%> switch are: %s; did you mean %qs?valid arguments to %<target("arch=")%> attribute are: %svalid arguments to %<target("arch=")%> attribute are: %s; did you mean %qs?valid arguments to %<target("tune=")%> attribute are: %svalid arguments to %<target("tune=")%> attribute are: %s; did you mean %qs?valid arguments to %qs are: %svalid arguments to %qs are: %s; did you mean %qs?valid values for builtin %qF argument %d are 64, 128, 256, 512, 1024, 2048, and 4096validate_value_data: Loop in regno chain (%u)validate_value_data: [%u] Bad next_regno for empty chain (%u)validate_value_data: [%u] Bad oldest_regno (%u)validate_value_data: [%u] Non-empty reg in chain (%s %u %i)value %qE of type %qT is not a constant expressionvalue %qs is not supported by attribute %<target%>value argumentvalue computed is not usedvalue of -mfixed-range must have form REG1-REG2value passed in %qs is too largevalue-initialization of function type %qTvalue-initialization of incomplete type %qTvalue-initialization of reference type %qTvar-tracking-assignments changes selective schedulingvariablevariable %q#D has initializer but incomplete typevariable %q+D declared %<_Noreturn%>variable %q+D declared %<inline%>variable %q+D definition is marked dllimportvariable %q+D might be clobbered by %<longjmp%> or %<vfork%>variable %q+D must be const in order to be put into read-only section by means of %qsvariable %q+D part of alias cyclevariable %qD has function typevariable %qD has initializer but incomplete typevariable %qD of non-literal type %qT in %<constexpr%> functionvariable %qD redeclared as functionvariable %qD set but not usedvariable %qD used more than once with %<#pragma acc declare%>variable %qE declared in enclosing %<host_data%> regionvariable %qE is not an iteration of outermost loop %d, expected %qEvariable %qE of incomplete type %qT will not be accessed in for increment expressionvariable %qE of incomplete type %qT will not be accessed in left operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in right operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in second operand of conditional expressionvariable %qE of incomplete type %qT will not be accessed in statementvariable %qE of incomplete type %qT will not be accessed in third operand of conditional expressionvariable concept has no initializervariable length array %qD is usedvariable length array is usedvariable length element type in array %<reduction%> clausevariable of same assembler name as the virtual table is defined in another translation unitvariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable symbol is not variablevariable template declared herevariable template-id %qD in nested-name-specifiervariable templates only available with -std=c++14 or -std=gnu++14variable tracking requested, but not supported by this debug formatvariable tracking requested, but useless unless producing debug infovariable tracking size limit exceededvariable tracking size limit exceeded with -fvar-tracking-assignments, retrying withoutvariable-length array bound is unknownvariable-sized compound literalvariable-sized object may not be initializedvariably modified %qE at file scopevariably modified field at file scopevariably modified type not allowed in new-expressionvariadic constraint introduced without %<...%>variadic functions must use the base AAPCS variantvariadic templates only available with -std=c++11 or -std=gnu++11vec_adde only accepts 3 argumentsvec_addec only accepts 3 argumentsvec_cmpne only accepts 2 argumentsvec_extract only accepts 2 argumentsvec_insert only accepts 3 argumentsvec_lvsl is deprecated for little endian; use assignment for unaligned loads and storesvec_lvsr is deprecated for little endian; use assignment for unaligned loads and storesvec_mul only accepts 2 argumentsvector CONSTRUCTOR element is not a GIMPLE valuevector CONSTRUCTOR with non-NULL element indexvector argument passed to unprototyped functionvector attribute not immediately followed by a single function declaration or definitionvector condition will be expanded piecewisevector insertion not at element boundaryvector operation will be expanded in parallelvector operation will be expanded piecewisevector operation will be expanded with a single scalar operationvector overflow in expressionvector shuffling operation will be expanded piecewisevector size not an integral multiple of component sizevector types expected in sad expressionvector types expected in vector permute expressionvectorization did not happen for a simd loopvectorlength must be a power of 2vectorlength must be an integer constantvectors with different element number found in vector permute expressionverify_bind_c_derived_type(): Given symbol is unexpectedly NULLverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_flow_info: Basic block %d succ edge is corruptedverify_flow_info: Block %i has loop_father, but there are no loopsverify_flow_info: Block %i lacks loop_fatherverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: REG_BR_PROB does not match cfg %i %iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_gimple failedverify_histograms failedverify_ssa failedverify_type failedversion attribute is not a stringversion control conflict marker in filevirt-specifiers in %qs not allowed outside a class definitionvirtual PHI with argument locationsvirtual SSA name for non-VOP declvirtual base %qT inaccessible in %qT due to ambiguityvirtual def operand missing for stmtvirtual definition is not an SSA namevirtual definition of statement not up-to-datevirtual function %q+Dvirtual function cannot have deduced return typevirtual functions cannot be friendsvirtual method %qDvirtual non-class function %qsvirtual table layout differs in another translation unitvirtual table of type %qD contains RTTI informationvirtual table of type %qD violates one definition rulevirtual table of type %qD violates one definition rule  virtual use of statement not up-to-datevirtual use operand missing for stmtvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvisibility attribute not supported in this configuration; ignoredvms '#pragma __message' is ignoredvoid value not ignored as it ought to bevolatile argumentvolatile must be specified on any memory that is effected by DMA.vtable for waitpid failedwarning: warning: consider linking with '-static' as system libraries withwas expecting `%s'weak %q+D cannot be defined %qEweak declaration of %q+D being applied to a already existing, static definitionweak declaration of %q+D must be publicweak declaration of %q+D not supportedweakref %q+D must have static linkageweakref %q+D ultimately targets itselfweakref attribute must appear before alias attributeweakref is not supported in this configurationweights need to be non-negative
! when writing output to %s: %mwide character array initialized from incompatible wide stringwide character array initialized from non-wide stringwide string literal in %<asm%>width of %qD exceeds its typewidth of %qs exceeds its typewidth of bit-field %qD has non-integral type %qTwill be assumed to return %<id%> and acceptwill not generate power5 instructions because assembler lacks power5 supportwill not generate power6 instructions because assembler lacks power6 supportwill not generate power7 instructions because assembler lacks power7 supportwill not generate power8 instructions because assembler lacks power8 supportwill not generate power9 instructions because assembler lacks power9 supportwithwith %q+#Dwithin this loopwork-sharing region may not be closely nested inside of work-sharing, %<critical%>, %<ordered%>, %<master%>, explicit %<task%> or %<taskloop%> regionwrite of %wu-bit data outside the bound of destination object, data truncated into %wu-bitwrite_atom(): Trying to write dab atomwrite_atom(): Writing negative integerwrite_symbol(): bad module symbol %qswrite_symtree(): Symbol not writtenwriting into constant object (argument %d)writing output filewriting through null pointer (argument %d)writing to LTRANS output list %s: %mwriting to address space %qs not supportedwrong TYPE_CACHED_VALUES entrywrong amount of branch edges after conditional jump in bb %iwrong amount of branch edges after unconditional jump %iwrong argument %qs to option %qswrong edge %d->%d for PHI argumentwrong immediate use listwrong insn in the fallthru edgewrong list of exited loops for edge  %d->%dwrong number of arguments specified for %qE attributewrong number of arguments to %%:debug-level-gtwrong number of arguments to %<__builtin_addressof%>wrong number of arguments to %<__builtin_call_with_static_chain%>wrong number of arguments to %<__builtin_choose_expr%>wrong number of arguments to %<__builtin_complex%>wrong number of arguments to %<__builtin_launder%>wrong number of arguments to %<__builtin_shuffle%>wrong number of arguments to function %<__builtin_next_arg%>wrong number of arguments to function %<va_start%>wrong number of branch edges after unconditional jump in bb %iwrong number of template arguments (%d, should be %d)wrong number of template arguments (%d, should be at least %d)wrong outgoing edge flags at end of bb %dwrong strategy name %qs specified for option %qswrong type argument to %swrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusx87 register return with x87 disabledxstormy16_print_operand: unknown codeyou can work around this by removing the initializerz/Architecture mode not supported on %sz/Architecture.zero as null pointer constantzero length array section in %qs clausezero or negative size array %q+Dzero vector sizezero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qDzero-size array %qTzero-size array member %qD in an otherwise empty %q#Tzero-size array member %qD not at end of %q#T{anonymous}{unknown}Project-Id-Version: gcc 7.1-b20170427
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-04-24 20:38+0000
! PO-Revision-Date: 2017-04-28 16:46+0200
  Last-Translator: Roland Illig <roland.illig@gmx.de>
  Language-Team: German <translation-team-de@lists.sourceforge.net>
  Language: de
--- 2208,2217 ----
  unsupported argument type to builtin functionunsupported combination: %qs %sunsupported combination: %qs%s %sunsupported combination: %sunsupported fixed-point conversionunsupported mode %s
  unsupported non-standard concatenation of string literalsunsupported non-standard suffix on floating constantunsupported operand size for extended registerunsupported operation or type for vector comparison returning a booleanunsupported return type %qT for simd
  unsupported simdlen %dunsupported size for integer registerunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatunused parameter %qDunused variable %q+Dunused variable %qDunwind tables currently require either a frame pointer or -maccumulate-outgoing-args for correctnessupper value in case label range exceeds maximum value for typeuse #include insteaduse %<%T::%D%> insteaduse %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified nameuse %<%T::template %D%> to indicate that it is a templateuse %<-faligned-new%> to enable C++17 over-aligned new supportuse %<...%> to expand argument packuse %<this->%D%> insteaduse -Winvalid-pch for more informationuse -flax-vector-conversions to permit conversions between vectors with differing element types or numbers of subpartsuse -std=gnu++11 or -fext-numeric-literals to enable more built-in suffixesuse __attribute__ ((vector_size)) insteaduse __builtin_rx_mvtc (0, ... ) to write arbitrary values to PSWuse internal function id in profile lookup.use of %<_Cilk_spawn%> in a return statement is not alloweduse of %<alloca%>use of %<alloca%> within a loopuse of %<auto%> in lambda parameter declaration only available with -std=c++14 or -std=gnu++14use of %<auto%> in member template conversion operator can never be deduceduse of %<auto%> in parameter declaration only available with -std=c++14 or -std=gnu++14use of %<complex%> in AltiVec types is invaliduse of %<double%> in AltiVec types is invalid without -mvsxuse of %<long double%> in AltiVec types is invaliduse of %<long long%> in AltiVec types is invalid without -mvsxuse of %<long%> in AltiVec types is deprecated; use %<int%>use of %<long%> in AltiVec types is invalid for 64-bit code without -mvsxuse of %<this%> in a constant expressionuse of %qD before deduction of %<auto%>use of %qs in templateuse of %qs length modifier with %qc type character has either no effect or undefined behavioruse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of an operand of type %qT in %<operator++%> is deprecateduse of an operand of type %qT in %<operator++%> is forbidden in C++1zuse of an operand of type %qT in %<operator--%> is forbiddenuse of boolean types in AltiVec types is invaliduse of built-in trait %qE in function signature; use library traits insteaduse of class template %qT as expressionuse of decimal floating point types in AltiVec types is invaliduse of deleted function %qDuse of enum %q#D without previous declarationuse of invalid variable template %qEuse of local variable with automatic storage from containing functionuse of multiversioned function without a defaultuse of namespace %qD as expressionuse of old-style castuse of parameter from containing functionuse of parameter outside function bodyuse of untyped niluse operand missing for stmtuse option -std=c99, -std=gnu99, -std=c11 or -std=gnu11 to compile your codeuse template<> for an explicit specializationused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requiredused vector type where scalar is requireduseless %<_Alignas%> in empty declarationuseless %qs in empty declarationuseless cast to type %qTuseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationuser defined reduction lookup is ambiguoususer defined reduction not found for %qEuser defined reduction with constructor initializer for base class %qTuser-defined %qD always evaluates both argumentsuser-defined literals only available with -std=c++11 or -std=gnu++11uses %qD, which does not have an alignment parameterusing %<%c%s%>using %qs with unsigned type has no effectusing IBM extended precision long doubleusing IEEE extended precision long doubleusing alias template specialization %qT after %qsusing darwin64 ABIusing invalid field %qDusing num_workers (%d), ignoring %dusing old darwin ABIusing parameters for %<linear%> step is not supported yetusing result of function returning %<void%>using template type parameter %qT after %qsusing temporary as lvalueusing the range [%E, %E] for directive argumentusing typedef-name %qD after %qsusing vector_length (%d), ignoring %dusing vector_length (%d), ignoring runtime settingusing xvalue (rvalue reference) as lvalueusing-declaration for non-member at class scopevalid arguments are: %s; did you mean %qs?valid arguments to %<-march=%> switch are: %svalid arguments to %<-march=%> switch are: %s; did you mean %qs?valid arguments to %<-mtune=%> switch are: %svalid arguments to %<-mtune=%> switch are: %s; did you mean %qs?valid arguments to %<target("arch=")%> attribute are: %svalid arguments to %<target("arch=")%> attribute are: %s; did you mean %qs?valid arguments to %<target("tune=")%> attribute are: %svalid arguments to %<target("tune=")%> attribute are: %s; did you mean %qs?valid arguments to %qs are: %svalid arguments to %qs are: %s; did you mean %qs?valid values for builtin %qF argument %d are 64, 128, 256, 512, 1024, 2048, and 4096validate_value_data: Loop in regno chain (%u)validate_value_data: [%u] Bad next_regno for empty chain (%u)validate_value_data: [%u] Bad oldest_regno (%u)validate_value_data: [%u] Non-empty reg in chain (%s %u %i)value %qE of type %qT is not a constant expressionvalue %qs is not supported by attribute %<target%>value argumentvalue computed is not usedvalue of -mfixed-range must have form REG1-REG2value passed in %qs is too largevalue-initialization of function type %qTvalue-initialization of incomplete type %qTvalue-initialization of reference type %qTvar-tracking-assignments changes selective schedulingvariablevariable %q#D has initializer but incomplete typevariable %q+D declared %<_Noreturn%>variable %q+D declared %<inline%>variable %q+D definition is marked dllimportvariable %q+D might be clobbered by %<longjmp%> or %<vfork%>variable %q+D must be const in order to be put into read-only section by means of %qsvariable %q+D part of alias cyclevariable %qD has function typevariable %qD has initializer but incomplete typevariable %qD of non-literal type %qT in %<constexpr%> functionvariable %qD redeclared as functionvariable %qD set but not usedvariable %qD used more than once with %<#pragma acc declare%>variable %qE declared in enclosing %<host_data%> regionvariable %qE is not an iteration of outermost loop %d, expected %qEvariable %qE of incomplete type %qT will not be accessed in for increment expressionvariable %qE of incomplete type %qT will not be accessed in left operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in right operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in second operand of conditional expressionvariable %qE of incomplete type %qT will not be accessed in statementvariable %qE of incomplete type %qT will not be accessed in third operand of conditional expressionvariable concept has no initializervariable length array %qD is usedvariable length array is usedvariable length element type in array %<reduction%> clausevariable of same assembler name as the virtual table is defined in another translation unitvariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable symbol is not variablevariable template declared herevariable template-id %qD in nested-name-specifiervariable templates only available with -std=c++14 or -std=gnu++14variable tracking requested, but not supported by this debug formatvariable tracking requested, but useless unless producing debug infovariable tracking size limit exceededvariable tracking size limit exceeded with -fvar-tracking-assignments, retrying withoutvariable-length array bound is unknownvariable-sized compound literalvariable-sized object may not be initializedvariably modified %qE at file scopevariably modified field at file scopevariably modified type not allowed in new-expressionvariadic constraint introduced without %<...%>variadic functions must use the base AAPCS variantvariadic templates only available with -std=c++11 or -std=gnu++11vec_adde only accepts 3 argumentsvec_addec only accepts 3 argumentsvec_cmpne only accepts 2 argumentsvec_extract only accepts 2 argumentsvec_insert only accepts 3 argumentsvec_lvsl is deprecated for little endian; use assignment for unaligned loads and storesvec_lvsr is deprecated for little endian; use assignment for unaligned loads and storesvec_mul only accepts 2 argumentsvector CONSTRUCTOR element is not a GIMPLE valuevector CONSTRUCTOR with non-NULL element indexvector argument passed to unprototyped functionvector attribute not immediately followed by a single function declaration or definitionvector condition will be expanded piecewisevector insertion not at element boundaryvector operation will be expanded in parallelvector operation will be expanded piecewisevector operation will be expanded with a single scalar operationvector overflow in expressionvector shuffling operation will be expanded piecewisevector size not an integral multiple of component sizevector types expected in sad expressionvector types expected in vector permute expressionvectorization did not happen for a simd loopvectorlength must be a power of 2vectorlength must be an integer constantvectors with different element number found in vector permute expressionverify_bind_c_derived_type(): Given symbol is unexpectedly NULLverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_flow_info: Basic block %d succ edge is corruptedverify_flow_info: Block %i has loop_father, but there are no loopsverify_flow_info: Block %i lacks loop_fatherverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: REG_BR_PROB does not match cfg %i %iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_gimple failedverify_histograms failedverify_ssa failedverify_type failedversion attribute is not a stringversion control conflict marker in filevirt-specifiers in %qs not allowed outside a class definitionvirtual PHI with argument locationsvirtual SSA name for non-VOP declvirtual base %qT inaccessible in %qT due to ambiguityvirtual def operand missing for stmtvirtual definition is not an SSA namevirtual definition of statement not up-to-datevirtual function %q+Dvirtual function cannot have deduced return typevirtual functions cannot be friendsvirtual method %qDvirtual non-class function %qsvirtual table layout differs in another translation unitvirtual table of type %qD contains RTTI informationvirtual table of type %qD violates one definition rulevirtual table of type %qD violates one definition rule  virtual use of statement not up-to-datevirtual use operand missing for stmtvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvisibility attribute not supported in this configuration; ignoredvms '#pragma __message' is ignoredvoid value not ignored as it ought to bevolatile argumentvolatile must be specified on any memory that is effected by DMA.vtable for waitpid failedwarning: warning: consider linking with '-static' as system libraries withwas expecting `%s'weak %q+D cannot be defined %qEweak declaration of %q+D being applied to a already existing, static definitionweak declaration of %q+D must be publicweak declaration of %q+D not supportedweakref %q+D must have static linkageweakref %q+D ultimately targets itselfweakref attribute must appear before alias attributeweakref is not supported in this configurationweights need to be non-negative
! when writing output to %s: %mwide character array initialized from incompatible wide stringwide character array initialized from non-wide stringwide string literal in %<asm%>width of %qD exceeds its typewidth of %qs exceeds its typewidth of bit-field %qD has non-integral type %qTwill be assumed to return %<id%> and acceptwill not generate power5 instructions because assembler lacks power5 supportwill not generate power6 instructions because assembler lacks power6 supportwill not generate power7 instructions because assembler lacks power7 supportwill not generate power8 instructions because assembler lacks power8 supportwill not generate power9 instructions because assembler lacks power9 supportwithwith %q+#Dwithin this loopwork-sharing region may not be closely nested inside of work-sharing, %<critical%>, %<ordered%>, %<master%>, explicit %<task%> or %<taskloop%> regionwrite of %wu-bit data outside the bound of destination object, data truncated into %wu-bitwrite_atom(): Trying to write dab atomwrite_atom(): Writing negative integerwrite_symbol(): bad module symbol %qswrite_symtree(): Symbol not writtenwriting into constant object (argument %d)writing output filewriting through null pointer (argument %d)writing to LTRANS output list %s: %mwriting to address space %qs not supportedwrong TYPE_CACHED_VALUES entrywrong amount of branch edges after conditional jump in bb %iwrong amount of branch edges after unconditional jump %iwrong argument %qs to option %qswrong edge %d->%d for PHI argumentwrong immediate use listwrong insn in the fallthru edgewrong list of exited loops for edge  %d->%dwrong number of arguments specified for %qE attributewrong number of arguments to %%:debug-level-gtwrong number of arguments to %<__builtin_addressof%>wrong number of arguments to %<__builtin_call_with_static_chain%>wrong number of arguments to %<__builtin_choose_expr%>wrong number of arguments to %<__builtin_complex%>wrong number of arguments to %<__builtin_launder%>wrong number of arguments to %<__builtin_shuffle%>wrong number of arguments to function %<__builtin_next_arg%>wrong number of arguments to function %<va_start%>wrong number of branch edges after unconditional jump in bb %iwrong number of template arguments (%d, should be %d)wrong number of template arguments (%d, should be at least %d)wrong outgoing edge flags at end of bb %dwrong strategy name %qs specified for option %qswrong type argument to %swrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusx87 register return with x87 disabledxstormy16_print_operand: unknown codeyou can work around this by removing the initializerz/Architecture mode not supported on %sz/Architecture.zero as null pointer constantzero length array section in %qs clausezero or negative size array %q+Dzero vector sizezero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qDzero-size array %qTzero-size array member %qD in an otherwise empty %q#Tzero-size array member %qD not at end of %q#T{anonymous}{unknown}Project-Id-Version: gcc 7.1.0
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-05-01 22:24+0000
! PO-Revision-Date: 2017-05-03 22:55+0200
  Last-Translator: Roland Illig <roland.illig@gmx.de>
  Language-Team: German <translation-team-de@lists.sourceforge.net>
  Language: de
*************** Verwenden Sie die Option -mcpu=, um dies
*** 2470,2476 ****
  Falscher Hinweis-OperandFalscher Befehl:Falsche Anzahl der Argumente fÃ¼r Funktion %qEfalsche Anzahl der Elemente eines VektorkonstruktorsFalscher Rundungsoperandincorrect setting of landing pad numberincorrect sharing of tree nodesfalscher Typ der Elemente eines Vektorkonstruktorsfalsch geschachtelter OpenACC-SchleifenparallelismusInkrementausdruck verweist auf Schleifenvariable %qDInkrementieren eines booleschen AusdrucksErhÃ¶hung des konstanten Feldes %qDSchrittweite von AufzÃ¤hlungswerten (enum) ist in C++ ungÃ¼ltigErhÃ¶hung der Funktion %qDErhÃ¶hung des Elements %qD in schreibgeschÃ¼tztem ObjektInkrementieren eines Zeigers auf unvollstÃ¤ndigen Typ %qTErhÃ¶hung der schreibgeschÃ¼tzten Speicherstelle %qEErhÃ¶hung des schreibgeschÃ¼tzten Elementes %qDErhÃ¶hung des schreibgeschÃ¼tzten benannten RÃ¼ckgabewertes %qDErhÃ¶hung des schreibgeschÃ¼tzten Parameters %qDErhÃ¶hung der schreibgeschÃ¼tzten Referenz %qDErhÃ¶hung der schreibgeschÃ¼tzten Variable %qDerhÃ¶hter AufzÃ¤hlungswert ist zu groÃŸ fÃ¼r %<long%>erhÃ¶hter AufzÃ¤hlungswert ist zu groÃŸ fÃ¼r %<unsigned long%>Index %E markiert einen Offset grÃ¶ÃŸer als die GrÃ¶ÃŸe von %qTIndex in Dimension %d ist auÃŸerhalb der Grenzen bei %LIndex muss eine Ganzzahl seinIndexwert statt Feldname in Union-InitialisierungIndexwert ist auÃŸerhalb der GrenzenHÃ¤ufigkeit %i der indirekten Aufrufe entspricht nicht der BB-HÃ¤ufigkeit %iindirekte Funktion %q+D kann nicht als Â»schwachÂ« deklariert werdenindirekte Funktion %q+D kann nicht als Â»weakrefÂ« deklariert werdenIndirekter Funktionsaufruf mit noch unbekanntem Aufruferindirekte SprÃ¼nge sind auf dieser Zielmaschine nicht verfÃ¼gbarIndirektion greift nicht auf Objekt unvollstÃ¤ndigen Typs %qT in ErhÃ¶hungsausdruck zuIndirektion greift nicht auf Objekt unvollstÃ¤ndigen Typs %qT in linkem Operanden des Kommaoperators zuIndirektion greift nicht auf Objekt unvollstÃ¤ndigen Typs %qT in rechtem Operanden des Kommaoperators zuIndirektion greift nicht auf Objekt unvollstÃ¤ndigen Typs %qT in zweitem Operanden des bedingten Ausdrucks zuIndirektion greift nicht auf Objekt unvollstÃ¤ndigen Typs %qT in Anweisung zuIndirektion greift nicht auf Objekt unvollstÃ¤ndigen Typs %qT in drittem Operanden des bedingten Ausdrucks zuIndirektion greift nicht auf Objekt des nicht trivial kopierbaren Typs %qT in ErhÃ¶hungsausdruck zuIndirektion greift nicht auf Objekt des nicht trivial kopierbaren Typs %qT im linken Operanden des Kommaoperators zuIndirektion greift nicht auf Objekt des nicht trivial kopierbaren Typs %qT im rechten Operanden des Kommaoperators zuIndirektion greift nicht auf Objekt des nicht trivial kopierbaren Typs %qT im zweiten Operanden des bedingten Ausdrucks zuIndirektion greift nicht auf Objekt des nicht trivial kopierbaren Typs %qT in Anweisung zuIndirektion greift nicht auf Objekt des nicht trivial kopierbaren Typs %qT im dritten Operanden des bedingten Ausdrucks zuabgeleiteter skalarer Typ %qT muss ein Ganzzahl- oder Gleitkommatyp derselben GrÃ¶ÃŸe wie %qT seingeerbter Konstruktor %qD ist nicht Â»constexprÂ«erbende Konstruktoren nur mit -std=c++11 oder -std=gnu++11 verfÃ¼gbarinit-Funktion im Objekt %s gefundenÂ»init-statement in AuswahlanweisungenÂ« ist nur mit -std=c++1z oder -std=gnu++1z verfÃ¼gbarinit_arglist(): too many argumentsInitialisierung streicht Qualifizierer %qv von Zeiger-ZieltypInitialisierung von anderem Objective-C-TypInitialisierung von inkompatiblem ZeigertypInitialisierung von Zeiger auf nicht enthaltenen AdressraumLinke-Initialisierung kÃ¶nnte Kandidat fÃ¼r Formatattribut seinInitialisierung erzeugt aus unqualifiziertem einen qualifizierten Funktionszeiger %q#vInitialisierung erzeugt Ganzzahl von Zeiger ohne TypkonvertierungInitialisierung erzeugt Zeiger von Ganzzahl ohne TypkonvertierungInitialisierung eines flexiblen Array-ElementsInitialisierung der allgemeinen Blockvariable %qs in DATA-Anweisung bei %CInitialisierung eines flexiblen Array-Elements in geschachteltem KontextInitialisierung des new-Ausdrucks fÃ¼r Typ %<auto%> erfordert genau ein ElementInitialisierung eines nicht-konstanten Referenztyps %q#T von R-Wert des Typs %qTInitialisierung des %<volatile%>-Referenztyps %q#T von R-Wert des Typs %qTInitialisierungen fÃ¼r mehrere Elemente von %qTinitialisiertes Feld Ã¼berschriebeninitialisiertes Feld mit Seiteneffekten Ã¼berschriebeninitialisierte Variable %q+D ist als Â»dllimportÂ« markiertInitialisierungselement ist kein konstanter AusdruckInitialisierungs-Element ist zur Lade-Zeit nicht berechenbarInitialisierungselement ist nicht konstantInitialisierung endet vorzeitigInitialisierungsausdruck verweist auf Iterationsvariable %qDInitialisierung gibt nicht die GrÃ¶ÃŸe von %q+D anInitialisierung gibt nicht die GrÃ¶ÃŸe von %qD anInitialisierung gibt nicht die GrÃ¶ÃŸe von %qT anInitialisierung fÃ¼r %<decltype(auto) %D%> hat Funktionstyp (%<()%> vergessen?)Initialisierung fÃ¼r %q#D ist ungÃ¼ltigInitialisierung fÃ¼r %qT muss geklammert seinInitialisierung eines flexiblen Arrayelements %q#DInitialisierung fÃ¼r Gleitkommawert ist keine GleitkommakonstanteInitialisierung fÃ¼r Ganzzahl-/Gleitkommazahlwert ist zu kompliziertInitialisierung in bereichsbasierter %<for%>-SchleifeInitialisierung ungÃ¼ltig fÃ¼r statisches Element mit KonstruktorInitialisierung fÃ¼r Funktion bereitgestelltInitialisierung fÃ¼r Â»friendÂ«-Funktion %qD angegebenInitialisierung fÃ¼r nicht-virtuelle Methode %q+D angegebenInitialisierung fÃ¼r statische Element-Funktion %qD angegebenInitialisierungs-Zeichenkette fÃ¼r char-Array ist zu langeingegebener Klassenname %qD als Template-Templateargument verwendetÂ»inlineÂ«-Clone in gleicher Comdat-GruppenlisteAusgabe fÃ¼r Inline-Kopie erzwungenInline-Kopie mit Adresse genommenCode inline einbetten, um Befehlscache nach dem Aufsetzen verschachtelter Funktionstrampoline zu verwerfen.inline-Deklaration von %qD folgt Deklaration mit Attribut noinlineÂ»inlineÂ«-Funktion %q+D ist als Â»dllimportÂ« deklariert: Attribut ignoriertInline-Funktion %q+D deklariert, aber nirgendwo definiertÂ»inlineÂ«-Funktion %q+D als Â»schwachÂ« deklariertinline-Funktion %q+D wurde das Attribut Â»noinlineÂ« gegebeninline-Funktion %qD wurde das Attribut Â»noinlineÂ« gegebeninline-Funktion %qD verwendet, aber nirgendwo definiertÂ»inlineÂ« NamensrÃ¤ume nur mit -std=c++11 oder -std=gnu++11 verfÃ¼gbarÂ»inlineÂ«-Variablen sind nur mit -std=c++1z oder -std=gnu++1z verfÃ¼gbarinlined_to-Zeiger gesetzt, aber keine VorgÃ¤nger gefundeninlined_to-Zeiger ist falschInlined_to-Zeiger verweist auf sich selbstinlined_to-Zeiger fÃ¼r Nicht-Inline-Aufrufer gesetztÂ»inlineÂ« beim Aufruf von %q+F gescheitert: %sÂ»inlineÂ« beim Aufruf von always_inline %q+F gescheitert: %sinnere Schleife verwendet denselben OpenACC-Parallelismus wie enthaltende SchleifeEingabedatei %qs ist dieselbe wie die AusgabedateiBedingung fÃ¼r Eingabeoperanden enthÃ¤lt %qcinsert_bbt(): Duplicate key found!Einschub auÃŸerhalb des gÃ¼ltigen Bereichs in BIT_INSERT_EXPRBasisblockzeiger des Befehls %d ist %d, sollte %d seinBefehl %d am Ende des Basisblocks %d hat Nicht-NULL als BasisblockBefehl %d im Kopf des Basisblockes %d hat Nicht-NULL als BasisblockBefehl %d ist in mehreren BasisblÃ¶cken (%d und %d)Befehl %d auÃŸerhalb eines Basis-Blockes hat Nicht-NULL als BasisblockfeldBefehlsadressen nicht freigegebenBefehl enthÃ¤lt eine ungÃ¼ltige Adresse!Befehl erfÃ¼llt nicht seine Bedingungen:Befehl auÃŸerhalb eines Basis-BlockesBefehl mit UID %i nicht gefunden fÃ¼r Operand %i (Â»%sÂ«) von Befehl %iBefehl mit UID %i nicht gefunden fÃ¼r Operand %i von Befehl %iinstalliere: %s%s
  Installationsfehler, crtoffloadtable.o kann nicht gefunden werdenin Klassenmethode wird auf Instanzvariable %qE zugegriffenInstanzvariable %qE ist Â»%sÂ«; dies wird zukÃ¼nftig ein schwerer Fehler seinInstanzvariable %qE ist als Â»%sÂ« deklariertInstanzvariable %qE ist als Â»privateÂ« deklariertInstanzvariable %qs hat unbekannte GrÃ¶ÃŸeInstanzvariable %qs ist als Â»privateÂ« deklariertInstanzvariable %qs verwendet flexibles ArrayelementZuweisung der Instanzvariable wurde abgefangenBefehl wird niemals ausgefÃ¼hrtBefehlsplanung wird von dieser Zielmaschine nicht unterstÃ¼tztZu wenig Argumente fÃ¼r Ã¼berladene Funktion %sunzureichende Informationen fÃ¼r Typbestimmung aus Kontextunzureichende Partitionierung verfÃ¼gbar, um die Elementschleife zu parallelisierenunzureichende Partitionierung verfÃ¼gbar, um Schleife zu parallelisierenunzureichende Partitionierung verfÃ¼gbar, um die Kachelschleife zu parallelisierenGanzzahlarray mit unvertrÃ¤glicher wide-Zeichenkette initialisiertint-Array mit Nicht-wide-Zeichenkette initialisiertGanzzahlkonstante ist zu groÃŸ fÃ¼r %<unsigned long%>-TypGanzzahldivision durch NullGanzzahlliteral Ã¼berschreitet Wertebereich des Typs %qTGanzzahlÃ¼berlauf in ArraygrÃ¶ÃŸeGanzzahlÃ¼berlauf in AusdruckGanzzahl-Suffix %qs durch Implementierung Ã¼berdecktGanzzahlausdruck %qE ist nicht konstantPrÃ¤zision des eingebauten Ergebnistypen passt nicht zur FeldgrÃ¶ÃŸe des BIT_FIELD_REFOptimierungen zwischen Modulen noch nicht implementiert fÃ¼r C++die Schnittstelle %qE hat keine gÃ¼ltige Form einer konstanten Zeichenketteinterner Compiler-FehlerInterner Compiler-Fehler. Falsche Adresse:Interner Compiler-Fehler. Falsche Verschiebung:Interner Compiler-Fehler. Unbekannter Modus:interner Compiler-Fehler: internes Konsistenzprobleminterner Fehler: falsches Register: %dinternal error: builtin function %s already processedinternal error: builtin function %s had an unexpected return type %sinternal error: builtin function %s, argument %d had unexpected argument type %sinterner Fehler: cris_side_effect_mode_ok mit falschen Operandeninterner Fehler: Seiteneffekt-Befehl wirkt sich auf Haupteffekt ausInterne Prozedur %qs bei %L steht in Konflikt mit DUMMY-Argumentinterne Einheit in WRITEInterrupt-Dienst-Routinen kÃ¶nnen nicht im Â»ThumbÂ«-Modus codiert werdenInterrupthandler kÃ¶nnen keine MIPS16-Funktionen seinInterrupthandler kÃ¶nnen keine Argumente habenInterrupt-Service-Routine darf nur ein Zeiger- und ein optionales Ganzzahl-Argument habenInterrupt-Dienst-Routinen kÃ¶nnen nicht direkt aufgerufen werdenInterrupt-Service-Routine muss den RÃ¼ckgabetyp Â»voidÂ« habenin Interrupt-Service-Routinen sollte das erste Argument ein Zeiger seinin Interrupt-Service-Routinen sollte das zweite Argument vom Typ Â»unsigned %sintÂ« seinInterruptvektor fÃ¼r %qE-Attribut ist nicht vector=(sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5)interrupt_thread ist nur auf Fido verfÃ¼gbarintrinsischer Registerindex ist auÃŸerhalb des gÃ¼ltigen Bereichsinnere Variable, die keine Prozedur istungÃ¼ltiges #pragma %sungÃ¼ltiger %%%c-OperandungÃ¼ltiger %%-CodeungÃ¼ltiger %%A-OperandungÃ¼ltiger %%B-OperandungÃ¼ltiger %%C-OperandungÃ¼ltiger %%C-WertungÃ¼ltiger %%D-OperandungÃ¼ltiger %%D-WertungÃ¼ltiger %%E-WertungÃ¼ltiger %%F-WertungÃ¼ltiger Modus %%GungÃ¼ltiger %%G-WertungÃ¼ltiger %%H-OperandungÃ¼ltiger %%H-SpezifiziererungÃ¼ltiger %%I-OperandungÃ¼ltiger %%J-CodeungÃ¼ltiger %%J-WertungÃ¼ltiger %%K-WertungÃ¼ltiger %%L-OperandungÃ¼ltiger %%L-WertungÃ¼ltiger %%M-OperandungÃ¼ltiger %%M-WertungÃ¼ltiger %%N-OperandungÃ¼ltiger %%N-WertungÃ¼ltiger %%O-WertungÃ¼ltiger %%P-OperandungÃ¼ltiger %%P-WertungÃ¼ltiger %%R-WertungÃ¼ltiger %%T-WertungÃ¼ltiger %%U-WertungÃ¼ltiger %%Y-OperandungÃ¼ltiger %%c-OperandungÃ¼ltiger %%d-OperandungÃ¼ltiger %%d-WertungÃ¼ltiger %%e-WertungÃ¼ltiger %%f-OperandungÃ¼ltiger %%f-WertungÃ¼ltiger %%h-OperandungÃ¼ltiger %%h-WertungÃ¼ltiger %%i-OperandungÃ¼ltiger %%j-CodeungÃ¼ltiger %%j-OperandungÃ¼ltiger %%j-WertungÃ¼ltiger %%k-WertungÃ¼ltiger %%m-WertungÃ¼ltiger %%p-WertungÃ¼ltiger %%q-WertungÃ¼ltiger %%r-OperandungÃ¼ltiger %%r-WertungÃ¼ltiger %%s-OperandungÃ¼ltiger %%s-WertungÃ¼ltiger %%t-OperandungÃ¼ltiger %%t-Operand 'ungÃ¼ltiger %%t/%%b-WertungÃ¼ltiger %%u-WertungÃ¼ltiger %%v-WertungÃ¼ltiger %%x-WertungÃ¼ltiger %%xn-CodeungÃ¼ltiger %%y-Wert, bitte Â»ZÂ«-Bedingung probierenungÃ¼ltiges Â»asmÂ«: ungÃ¼ltige (Zeiger-) Operanden fÃ¼r Plus/MinusungÃ¼ltiger Name %qs fÃ¼r --paramungÃ¼ltiger Name %qs fÃ¼r --param; meinten Sie %qs?ungÃ¼ltiger Wert fÃ¼r --param: %qsungÃ¼ltiges CASE_CHAINungÃ¼ltiges IACC-ArgumentungÃ¼ltige LHS in GIMPLE-AufrufUngÃ¼ltiger Objective-C++-SelektornameungÃ¼ltige OpenACC-Klausel im Datei-GÃ¼ltigkeitsbereichinvalid PHI argumentinvalid PHI resultungÃ¼ltiges UNSPEC als OperandungÃ¼ltiges UNSPEC als Operand: %dungÃ¼ltiges _LiteralungÃ¼ltiger abstrakter Parametertyp %qTungÃ¼ltiger abstrakter RÃ¼ckgabetyp %qTungÃ¼ltiger abstrakter RÃ¼ckgabetyp fÃ¼r Funktion %q+#DungÃ¼ltiger abstrakter RÃ¼ckgabetyp fÃ¼r Elementfunktion %q+#DungÃ¼ltiger abstrakter Typ %qT fÃ¼r %qEungÃ¼ltiger abstrakter Typ fÃ¼r %q+DungÃ¼ltiger Zugriff auf nicht-statisches Datenelement %qD in virtueller Basis des NULL-ObjektesungÃ¼ltige AdresseungÃ¼ltige Adresse fÃ¼r Ausgabemodifizierer Â»OÂ«ungÃ¼ltige Adresse fÃ¼r Ausgabemodifizierer Â»RÂ«ungÃ¼ltige Adresse fÃ¼r Ausgabemodifizierer Â»SÂ«ungÃ¼ltiger Adressoperand in MEM_REFungÃ¼ltiger Adressoperand in TARGET_MEM_REFungÃ¼ltiger AdressierungsmodusungÃ¼ltige Ausrichtung fÃ¼r %<#pragma align%> - ignoriertUngÃ¼ltiger Ausrichtungswert fÃ¼r %<__builtin_arc_aligned%>ungÃ¼ltige Anwendung von %<__alignof%> auf ein BitfeldungÃ¼ltige Anwendung von %<sizeof%> auf ein BitfeldUngÃ¼ltige Anwendung von %<sizeof%> auf einen FunktionstypenungÃ¼ltige Anwendung von %qs auf ElementfunktionUngÃ¼ltige Anwendung von %qs auf einen void-TypenUngÃ¼ltige Anwendung von %qs auf Arraytyp %qT mit unvollstÃ¤ndigem ElementtypUngÃ¼ltige Anwendung von %qs auf unvollstÃ¤ndigen Typen %qTUngÃ¼ltiges Argument %d fÃ¼r eingebaute Funktion %qFungÃ¼ltiges Argument %qs fÃ¼r -fdebug-prefix-mapungÃ¼ltiges Argument fÃ¼r Attribut %qEungÃ¼ltiges Argument fÃ¼r Attribut %qsUngÃ¼ltiges Argument von SQRT bei %LungÃ¼ltiges Argument fÃ¼r %qDungÃ¼ltiges Argument fÃ¼r eingebaute FunktionungÃ¼ltiges Argument fÃ¼r eingebaute Funktion Â»%sÂ«ungÃ¼ltiges Argument fÃ¼r GIMPLE-AufrufungÃ¼ltige ArgumenteUngÃ¼ltige ArrayzuweisungungÃ¼ltige Spezifizierung der BasisklasseungÃ¼ltiger Zweig zu/von strukturiertem %s-BlockungÃ¼ltige Â»caseÂ«-Marke in switch-AnweisungungÃ¼ltiger Â»caseÂ«-Bereich in switch-AnweisungungÃ¼ltige Umwandlung von Typ %qT in Typ %qTungÃ¼ltige Typumwandlung eines R-Wert-Ausdrucks des Typs %qT in Typ %qTungÃ¼ltige Umwandlung in abstrakte Klasse %qTungÃ¼ltige Umwandlung in Funktionstyp %qTungÃ¼ltiger Klassenname in Deklaration von %qDungÃ¼ltige Kombination mehrerer Typ-Spezifiziererinvalid comparison code in gimple condungÃ¼ltiger Vergleich eines generierten ArraysungÃ¼ltiger Vergleich mit einer generierten StrukturungÃ¼ltiger Vergleich von nil mit nilungÃ¼ltiger Vergleich eines nicht-vergleichbaren ArraysungÃ¼ltiger Vergleich einer nicht-vergleichbaren StrukturungÃ¼ltiger Vergleich eines nicht-vergleichbaren TypsungÃ¼ltiger Vergleich ungeordneter TypenungÃ¼ltiger Vergleichsoperator fÃ¼r Ausgabemodifizierer Â»EÂ«ungÃ¼ltiger bedingter OperandungÃ¼ltiges const_cast von Typ %qT in Typ %qTungÃ¼ltiges const_cast eines R-Wertes des Typs %qT in Typ %qTungÃ¼ltiger const_double-OperandungÃ¼ltige KonstanteUngÃ¼ltige Konstante â€“ anderen Ausgabemodifizierer probierenungÃ¼ltige Konstante fÃ¼r Ausgabemodifizierer Â»%cÂ«ungÃ¼ltige Konstante in %<#pragma %s%>ungÃ¼ltige Konstante in %<#pragma pack%> - ignoriertungÃ¼ltiger konstanter Vektor fÃ¼r Ausgabemodifizierer Â»%cÂ«ungÃ¼ltiger beschrÃ¤nkter TypparameterungÃ¼ltige Bedingungen fÃ¼r OperandungÃ¼ltiger Konstruktor; wahrscheinlich war %<%T (const %T&)%> gemeintSteuerprÃ¤dikat ungÃ¼ltigungÃ¼ltige Umwandlung von %<__fpreg%>ungÃ¼ltige Umwandlung von %qT in %qTungÃ¼ltige Umwandlung in GIMPLE-AufrufungÃ¼ltige Umwandlung in Â»returnÂ«-AnweisungungÃ¼ltige Umwandlung in %<__fpreg%>ungÃ¼ltige Umwandlung in Typ %qT von Typ %qTungÃ¼ltiger kovarianter RÃ¼ckgabetyp fÃ¼r %q#DungÃ¼ltiger kovarianter RÃ¼ckgabetyp fÃ¼r %q+#DungÃ¼ltige CPU Â»%sÂ« fÃ¼r %s"%s"%sUngÃ¼ltige Option fÃ¼r Datenmodell -mdata-model=%sungÃ¼ltige Deklaration von %<%T::%E%>ungÃ¼ltige Deklaration eines Elementtemplates in lokaler KlasseungÃ¼ltiger DeklaratorungÃ¼ltiges Standardargument fÃ¼r einen Template-TemplateparameterungÃ¼ltige %<default%>-Marke in switch-AnweisungungÃ¼ltige Definition des qualifizierten Typen %qTungÃ¼ltige AbhÃ¤ngigkeitsartungÃ¼ltige AbhÃ¤ngigkeitsart in omp %<ordered%> %<depend%>ungÃ¼ltige Â»dist_scheduleÂ«-ArtungÃ¼ltiger Elementtyp fÃ¼r Attribut %qsungÃ¼ltiges Encoding-PrÃ¤fix in Literal-OperatorungÃ¼ltiger Eintritt in strukturierten %s-BlockungÃ¼ltiger Austritt aus strukturiertem %s-BlockungÃ¼ltiger Ausgang von strukturiertem OpenMP-BlockungÃ¼ltige explizite SpezialisierungungÃ¼ltiger Ausdruck â€“ anderen Ausgabemodifizierer probierenungÃ¼ltiger Ausdruck als OperandungÃ¼ltiger Ausdruck fÃ¼r Min-L-WertungÃ¼ltiger Ausdruck fÃ¼r Ausgabemodifizierer Â»%cÂ«ungÃ¼ltiger Ausdruckstyp fÃ¼r %<#pragma omp atomic%>ungÃ¼ltiges Fehler-Speichermodell fÃ¼r %<__atomic_compare_exchange%>fehlender Feature-Modifizierer %qs fÃ¼r Â»archÂ«-Ziel Â»%sÂ«fehlender Eigenschaftsmodifizierer %qs fÃ¼r Â»cpuÂ«-Ziel %qsunbekannter Feature-Modifizierer in %<-march=%s%>unbekannter Feature-Modifizierer in %<-mcpu=%s%>ungÃ¼ltiger Eigenschaftsmodifizierer in Ziel%qs %qsungÃ¼ltiger erster Operand von MEM_REFungÃ¼ltige Form von %<#pragma omp atomic%>ungÃ¼ltiges Format von %sungÃ¼ltige FPU fÃ¼r Â»attribute(target("%s"))Â«ungÃ¼ltige FunktionsdeklarationungÃ¼ltige Funktion in GIMPLE-AufrufungÃ¼ltige KorngrÃ¶ÃŸe fÃ¼r _Cilk_forungÃ¼ltiger ID-Wert fÃ¼r Interrupt-/Exception-AttributungÃ¼ltiger ID-Wert fÃ¼r Â»resetÂ«-AttributungÃ¼ltige Initialisierung innerhalb der Klasse des statischen Datenelements vom nicht eingebauten Typen %qTErhÃ¶hungsausdruck ungÃ¼ltigungÃ¼ltiger Anfangswert fÃ¼r Element %qEungÃ¼ltige Initialisierung einer nicht-konstanten Referenz des Typs %qT von R-Wert des Typs %qTungÃ¼ltige Initialisierung einer Referenz des Typs %qT von Ausdruck des Typs %qTungÃ¼ltige InitialisierungungÃ¼ltige InitialisierungsklauselungÃ¼ltige Initialisierung fÃ¼r %q#DungÃ¼ltige Initialisierung fÃ¼r Arrayelement %q#DungÃ¼ltige Initialisierung fÃ¼r Elementfunktion %qDUngÃ¼ltiger Befehl:ungÃ¼ltiges Schleifenvariable in schneller AufzÃ¤hlungUngÃ¼ltiger Marken in GIMPLE-BedingungungÃ¼ltige linke Seite einer ZuweisungungÃ¼ltige Zeile in AuflÃ¶sungsdateiungÃ¼ltige BindungsspezifikationungÃ¼ltiger Ort fÃ¼r %<pragma %s%>, ignoriertungÃ¼ltiger L-Wert in asm-Ausgabe %dungÃ¼ltige ZuordnungsartungÃ¼ltige MaskeungÃ¼ltiger Maskentyp in VektorpermutationsausdruckungÃ¼ltige ElementfunktionsdeklarationungÃ¼ltige Elementtemplatedeklaration %qDungÃ¼ltiges Argument %d fÃ¼r Speichermodell von %qEungÃ¼ltiges Speichermodell-Argument fÃ¼r eingebaute FunktionungÃ¼ltiges Speichermodell fÃ¼r %<__atomic_load%>ungÃ¼ltiges Speichermodell fÃ¼r %<__atomic_store%>ungÃ¼ltiger new-Ausdruck fÃ¼r abstrakte Klasse %qTungÃ¼ltige NMI-Funktion fÃ¼r Â»resetÂ«-AttributungÃ¼ltiges Templateargument ohne TypungÃ¼ltige Nicht-Vektor-Operanden fÃ¼r vektorwertiges PlusungÃ¼ltige Anzahl von Operanden fÃ¼r __FMAungÃ¼ltige offload-Tabelle in %sungÃ¼ltiger Offset-Operand in MEM_REFungÃ¼ltiger Offset-Operand in TARGET_MEM_REFungÃ¼ltiger Offset-Operand von MEM_REFungÃ¼ltiger OperandungÃ¼ltige OperandenadresseungÃ¼ltiger Operandencode Â»%cÂ«ungÃ¼ltiger Operand fÃ¼r Â»%%%cÂ«ungÃ¼ltiger Operand fÃ¼r Modifizierer Â»AÂ«ungÃ¼ltiger Operand fÃ¼r Modifizierer Â»DÂ«ungÃ¼ltiger Operand fÃ¼r Modifizierer Â»HÂ«ungÃ¼ltiger Operand fÃ¼r Modifizierer Â»OÂ«ungÃ¼ltiger Operand fÃ¼r Modifizierer Â»TÂ«ungÃ¼ltiger Operand fÃ¼r Modifizierer Â»bÂ«ungÃ¼ltiger Operand fÃ¼r Modifizierer Â»eÂ«ungÃ¼ltiger Operand fÃ¼r Modifizierer Â»mÂ«ungÃ¼ltiger Operand fÃ¼r Modifizierer Â»oÂ«ungÃ¼ltiger Operand fÃ¼r Modifizierer Â»pÂ«ungÃ¼ltiger Operand fÃ¼r Spezifizierer Â»rÂ«ungÃ¼ltiger Operand fÃ¼r Modifizierer Â»zÂ«ungÃ¼ltiger Operand fÃ¼r Code Â»%cÂ«ungÃ¼ltiger Operand in indirekter ReferenzungÃ¼ltiger Operand in Â»returnÂ«-AnweisungungÃ¼ltiger Operand in unÃ¤rem AusdruckungÃ¼ltiger Operand in unÃ¤rer OperationungÃ¼ltiger Modifizierer-Buchstabe fÃ¼r OperandungÃ¼ltiger Operanden-AusgabecodeungÃ¼ltiges OperandenprÃ¤fixungÃ¼ltiger OperandenprÃ¤fix Â»%%%cÂ«ungÃ¼ltige OperandengrÃ¶ÃŸe fÃ¼r Operandencode Â»OÂ«ungÃ¼ltige OperandengrÃ¶ÃŸe fÃ¼r Operandencode Â»ZÂ«ungÃ¼ltige OperandengrÃ¶ÃŸe fÃ¼r Operandencode Â»zÂ«ungÃ¼ltiger Operand fÃ¼r %%H/%%L-CodeungÃ¼ltiger Operand fÃ¼r Code %%MungÃ¼ltiger Operand fÃ¼r Code %%NungÃ¼ltiger Operand fÃ¼r Code %%OungÃ¼ltiger Operand fÃ¼r %%RungÃ¼ltiger Operand fÃ¼r %%R-CodeungÃ¼ltiger Operand fÃ¼r %%SungÃ¼ltiger Operand fÃ¼r Code %%T/%%BungÃ¼ltiger Operand fÃ¼r %%U-CodeungÃ¼ltiger Operand fÃ¼r %%V-CodeungÃ¼ltiger Operand fÃ¼r Code %%ZungÃ¼ltiger Operand fÃ¼r Code %%pungÃ¼ltiger Operand fÃ¼r Code %%sungÃ¼ltiger Operand fÃ¼r Code %%zungÃ¼ltiger Operand fÃ¼r Plus/Minus, Typ ist ein ZeigerungÃ¼ltiger Operand fÃ¼r Zeiger-Plus, erster Operand ist kein ZeigerungÃ¼ltiger Operand fÃ¼r Zeiger-Plus, zweiter Operand ist kein Ganzzahltyp mit passender BreiteungÃ¼ltiger Operand fÃ¼r switch-AnweisungungÃ¼ltiger Operandentyp mit Operandencode Â»ZÂ« verwendetungÃ¼ltige Operanden in binÃ¤rer OperationungÃ¼ltige Operanden in GIMPLE-VergleichungÃ¼ltige Operanden in ternÃ¤rer OperationungÃ¼ltige Operanden der Typen %qT und %qT fÃ¼r binÃ¤res %qOungÃ¼ltige Operanden in ArrayreferenzUngÃ¼ltige Operanden fÃ¼r binÃ¤res %s (haben %qT und %qT)ungÃ¼ltige OperationungÃ¼ltige Operation (%s)ungÃ¼ltige Operation auf %<__fpreg%>ungÃ¼ltiger Operator fÃ¼r %<#pragma omp atomic%>ungÃ¼ltiger Parameter %qsungÃ¼ltige Parameterkombination fÃ¼r AltiVec-spezifisches intrinsisches %sungÃ¼ltige Parameterkombination fÃ¼r intrinsisches %qsungÃ¼ltiger Parametertyp %qTungÃ¼ltige DurchlaufpositionierungsoperationUngÃ¼ltiger Zeigermodus %qsungÃ¼ltiger Zeiger auf Bitfeld %qDungÃ¼ltige Position oder GrÃ¶ÃŸe fÃ¼r BIT_INSERT_EXPRungÃ¼ltiger Positions- oder GrÃ¶ÃŸenoperand fÃ¼r BIT_FIELD_REFungÃ¼ltige Â»privateÂ«-Reduktion auf %qEungÃ¼ltige Â»proc_bindÂ«-ArtungÃ¼ltige EigenschaftsdeklarationungÃ¼ltiger Prototyp fÃ¼r Â»%sÂ«ungÃ¼ltiges Zeichen %qc in BedingungungÃ¼ltiger Â»pure constÂ«-Status fÃ¼r FunktionungÃ¼ltige reine Spezifikation (nur %<= 0%> ist erlaubt)ungÃ¼ltige Qualifizierer an Nicht-Element-FunktionstypungÃ¼ltiger angegebener GÃ¼ltigkeitsbereich in Pseudodestruktor-NameungÃ¼ltiges Empfangen auf Nur-Sende-KanalungÃ¼ltiger EmpfÃ¤ngertyp %qsungÃ¼ltige Redeklaration von %q+DungÃ¼ltiger reduction-identifierungÃ¼ltige Referenz fÃ¼r Ausgabemodifizierer Â»JÂ«ungÃ¼ltiger ReferenzprÃ¤fixungÃ¼ltiger Registername fÃ¼r %q+DungÃ¼ltige AuflÃ¶sung in AuflÃ¶sungsdateiungÃ¼ltiger RÃ¼ckgabetyp %qT der Funktion %q+D als konstantem AusdruckungÃ¼ltige RHS fÃ¼r GIMPLE-SpeicherungungÃ¼ltige gemeinsame rtl-Verwendung in Befehl gefundenungÃ¼ltige AblaufartUngÃ¼ltiges zweites Argument fÃ¼r %<__builtin_prefetch%>; es wird Null verwendetungÃ¼ltiges Â»sendÂ« auf Nur-Empfangs-KanalungÃ¼ltiger Setter, muss ein Argument habenungÃ¼ltiger SchiebeoperandungÃ¼ltige statische Kette in GIMPLE-AufrufungÃ¼ltiges static_cast vom Typ %qT in den Typ %qTungÃ¼ltige Speicherklasse fÃ¼r Funktion %qEungÃ¼ltiger Wert Â»%dÂ« fÃ¼r Ziel-MemregsungÃ¼ltige Templatedeklaration von %qDungÃ¼ltiger Nicht-Typ-Parameter fÃ¼r TemplateungÃ¼ltige Template-IDUngÃ¼ltiges drittes Argument fÃ¼r %<__builtin_prefetch%>; es wird Null verwendetungÃ¼ltiger Typ %<void%> fÃ¼r %<new%>UngÃ¼ltiger Typ %qT als Initialisierung fÃ¼r einen Vektor des Typs %qTungÃ¼ltiger Typ %qT als %<friend%> deklariertungÃ¼ltiger Typ %qTungÃ¼ltiger Typ %qT fÃ¼r %<->%>ungÃ¼ltiger Typ %qT fÃ¼r %<->*%>ungÃ¼ltiger Typ %qT fÃ¼r ArrayindexungÃ¼ltiger Argumenttyp %qT fÃ¼r implizite UmwandlungungÃ¼ltiger Typ %qT fÃ¼r unÃ¤res %<*%>ungÃ¼ltiger Typ fÃ¼r asm-Flag-AusgabeungÃ¼ltiger Typ fÃ¼r InstanzvariableungÃ¼ltiger Typ fÃ¼r Schleifenvariable %qEungÃ¼ltiger Typ fÃ¼r Â»makeÂ«-FunktionungÃ¼ltiger Typ fÃ¼r Parameter %d der Funktion %q+#D als konstantem AusdruckungÃ¼ltiger Typ fÃ¼r EigenschaftungÃ¼ltige Typen %<%T[%T]%> fÃ¼r FeldindexungÃ¼ltige Typen in AdressraumumwandlungungÃ¼ltige Typen in Umwandlung zu GleitkommaungÃ¼ltige Typen in Umwandlung in GanzzahlungÃ¼ltige Typen Festkomma-UmwandlungungÃ¼ltige Typen in NOP-UmwandlungungÃ¼ltige Verwendung von %%d, %%x oder %%XungÃ¼ltige Verwendung von %<this%> bei Aufruf einer nicht-variadischen FunktionungÃ¼ltige Verwendung von %<...%> mit eingebauter FunktionungÃ¼ltige Verwendung von %<...%> mit Nicht-SliceungÃ¼ltige Verwendung von %<::%>ungÃ¼ltige Verwendung von %<_Cilk_spawn%>ungÃ¼ltige Verwendung von %<auto%> in UmwandlungsoperatorungÃ¼ltige Verwendung von %<auto%> in Default-TemplateargumentungÃ¼ltige Verwendung von %<auto%> in AusnahmespezifikationungÃ¼ltige Verwendung von %<auto%> in TemplateargumentungÃ¼ltige Verwendung der %<extern%>-Variable %qD in %<#pragma acc declare%>ungÃ¼ltige Verwendung der %<global%>-Variable %qD in %<#pragma acc declare%>UngÃ¼ltige Verwendung von %<restrict%>ungÃ¼ltige Verwendung von %<this%> auf hÃ¶chster EbeneungÃ¼ltige Verwendung von %<this%> in Nicht-Element-FunktionungÃ¼ltige Verwendung von %q#T mit flexiblem Arrayelement in %q#TungÃ¼ltige Verwendung von %q#T mit Array der GrÃ¶ÃŸe 0 in %q#DungÃ¼ltige Verwendung von %qDungÃ¼ltige Verwendung von %qD in Spezifizierung der BindungungÃ¼ltige Verwendung von %qE um Zeiger auf Elementfunktion zu erzeugenungÃ¼ltige Verwendung von %qTungÃ¼ltige Verwendung von Â»%%%cÂ«ungÃ¼ltige Verwendung des Modifizierers Â»:Â«ungÃ¼ltige Verwendung eines Zeigers auf einen unvollstÃ¤ndigen Typen in ZeigerarithmetikungÃ¼ltige Verwendung von Arrayindizierung bei Zeiger auf Elementfalsche Verwendung eines Arrays mit unbekannten GrenzenungÃ¼ltige Verwendung der asm-Schalter-AusgabeungÃ¼ltige Verwendung des Attributs %<fallthrough%>ungÃ¼ltige Verwendung von geschweift geklammerter InitialisierungslisteungÃ¼ltige Verwendung von const_cast mit Typ %qT, das ein Zeiger oder Referenz auf Funktionstyp istungÃ¼ltige Verwendung von const_cast mit Typ %qT, das weder Zeiger, Referenz, noch vom Typ eines Zeigers auf Datenelement istungÃ¼ltige Verwendung des Konstruktors als TemplateungÃ¼ltige Verwendung von cv-qualifiziertem Typ %qT in ParameterdeklarationungÃ¼ltige Verwendung des abhÃ¤ngigen Typen %qTungÃ¼ltige Verwendung des Destruktors %qD als TypungÃ¼ltige Verwendung des Destruktors %qE als Typfalsche Verwendung eines flexiblen ArrayelementsungÃ¼ltige Verwendung impliziter Umwandlung bei Zeiger auf Elementfalsche Verwendung des unvollstÃ¤ndigen Typs %q#Tfalsche Verwendung des unvollstÃ¤ndigen typedef %qTungÃ¼ltige Verwendung von %q+D in %<_Cilk_spawn%>ungÃ¼ltige Verwendung des Elements %qD (%<&%> vergessen?)ungÃ¼ltige Verwendung des Elementes %qD in statischer ElementfunktionungÃ¼ltige Verwendung von Elementfunktion %qD (%<()%> vergessen?)ungÃ¼ltige Verwendung eines Methodenwerts als Argument von OffsetofungÃ¼ltige Verwendung eines Nicht-L-Wert-ArraysungÃ¼ltige Verwendung des nicht-statischen Datenelementes %qDungÃ¼ltige Verwendung der nicht-statischen Elementfunktion %qDungÃ¼ltige Verwendung der nicht-statischen Elementfunktion vom Typ %qTungÃ¼ltige Verwendung des nicht-statischen Datenelements %qEfalsche Verwendung eines PackauflÃ¶sungs-AusdruckesungÃ¼ltige Verwendung des Platzhalters %qTungÃ¼ltige Verwendung des qualifizierten Namens %<%D::%D%>ungÃ¼ltige Verwendung des qualifizierten Namens %<%T::%D%>ungÃ¼ltige Verwendung des qualifizierten Namens %<::%D%>ungÃ¼ltige Verwendung einer Struktur mit flexiblem ArrayelementungÃ¼ltige Verwendung des Parameters %qT fÃ¼r Template-TemplateparameterungÃ¼ltige Verwendung des Parameters %qT fÃ¼r TemplatetypungÃ¼ltige Verwendung der Template-ID %qD in Deklaration des ursprÃ¼nglichen TemplatesungÃ¼ltige Verwendung des Template-Namens %qE ohne eine ArgumentlisteungÃ¼ltige Typ-VerwendungungÃ¼ltige Verwendung von Typ %<void%> in ParameterdeklarationungÃ¼ltige Verwendung des Typs %qT als Standardwert fÃ¼r einen Template-TemplateparameterungÃ¼ltige Verwendung des unÃ¤ren %<*%> bei Zeiger auf Elementfalsche Verwendung des undefinierten Typs %qTfalsche Verwendung eines void-Ausdruckesin %<transaction_safe%>-Funktion ist kein volatile lvalue erlaubtungÃ¼ltige Verwendung eines volative lvalue innerhalb einer TransaktionungÃ¼ltige benutzerdefinierte Umwandlung von %qT in %qTungÃ¼ltige Wert-Initialisierung von ReferenztypungÃ¼ltiger Ergebnistyp in VektorvergleichUngÃ¼ltiger Vektortyp fÃ¼r Attribut %qEungÃ¼ltige Versionsnummer %qsungÃ¼ltige Â»warmÂ«-Funktion fÃ¼r Â»resetÂ«-AttributungÃ¼ltige null-Extraktionumgekehrter Scheibenbereichio_kind_name(): bad I/O-kindIPA-Inline-Zusammenfassung fehlt in EingabedateiIPA-Referenzzusammenfassung fehlt in ltrans-Einheitis_c_interoperable(): gfc_simplify_expr faileder ist in einer anderen Ãœbersetzungseinheit als Zeiger in unterschiedlichem Adressraum definierter ist in einer anderen Ãœbersetzungseinheit als Zeiger auf einen anderen Typen definiertes muss ein Zeiger auf ein Element der Form %<&X::Y%> seines muss die Adresse einer Funktion mit externer Bindung seines muss der Name einer Funktion mit externer Bindung seinElement in READZÃ¤hlvariable in schneller AufzÃ¤hlung ist kein ObjektDurchlauf %s fÃ¼hrt zu undefiniertem VerhaltenSchleifenvariable %qD sollte nicht Â»firstprivateÂ« seinSchleifenvariable %qD sollte keine Reduktion seinIterationsvariable %qE ist vorbestimmt linearSchleifenvariable %qE sollte Â»privateÂ« seinSchleifenvariable %qE sollte nicht Â»firstprivateÂ« seinIterationsvariable %qE sollte nicht Â»lastprivateÂ« seinIterationsvariable %qE sollte nicht Â»linearÂ« seinIterationsvariable %qE sollte nicht Â»privateÂ« seinSchleifenvariable %qE sollte nicht Reduktion seinIterationsvariable kann nicht Â»volatileÂ« seinIteratorvariablesein dest_idx sollte %d sein, nicht %dvon %<@synthesize%>-Deklaration verwendete ivar %qs muss eine existierende ivar seiniwmmxt ABI erfordert eine iwmmxt-fÃ¤hige CPUiwmmxt erfordert ein AAPCS-kompatibles ABI fÃ¼r den richtigen Einsatzin GÃ¼ltigkeitsbereich des Bezeichners mit variabel modifiziertem Typen springenSprung in Anweisungs-AusdruckSprung lÃ¤sst Variableninitialisierung ausSprung zur case-MarkeSprung zur Marke %qDAusschuss am Ende von #pragma %sAusschuss am Ende von #pragma ADDRESSAusschuss am Ende von #pragma GCC memregs [0..16]Ausschuss am Ende von #pragma __nostandardAusschuss am Ende von #pragma __standardAusschuss am Ende von #pragma ghs endsdaAusschuss am Ende von #pragma ghs endtdaAusschuss am Ende von #pragma ghs endzdaAusschuss am Ende von #pragma ghs interruptAusschuss am Ende von #pragma ghs sectionAusschuss am Ende von #pragma ghs startsdaAusschuss am Ende von #pragma ghs starttdaAusschuss am Ende von #pragma ghs startzdaAusschuss am Ende von #pragma longcallAusschuss am Ende von %<#pragma %s%>Ausschuss am Ende von %<#pragma GCC pch_preprocess%>Ausschuss am Ende von %<#pragma GCC visibility%>Ausschuss am Ende von %<#pragma align%>Ausschuss am Ende von %<#pragma fini%>Ausschuss am Ende von %<#pragma init%>Ausschuss am Ende von %<#pragma message%>Ausschuss am Ende von %<#pragma pack%>Ausschuss am Ende von %<#pragma pop_options%>Ausschuss am Ende von %<#pragma push_options%>Ausschuss am Ende von %<#pragma redefine_extname%>Ausschuss am Ende von %<#pragma reset_options%>Ausschuss am Ende von %<#pragma weak%>Ausschuss am Ende von Â»#pragma extern_modelÂ«Ausschuss am Ende von Â»#pragma ms_structÂ«Ausschuss am Ende von '#pragma options'Ausschuss am Ende von '#pragma unused'SchlÃ¼sselwort %<export%> nicht implementiert, und wird ignoriertSchlÃ¼sselwort %<typename%> in diesem Kontext nicht erlaubt (eine qualifizierte Elementinitialisierung ist implizit ein Typ)SchlÃ¼sselwort %<typename%> nicht erlaubt in diesem Kontext (die Basisklasse ist implizit ein Typ)SchlÃ¼sselwort %<typename%> nicht auÃŸerhalb von Templates erlaubtMarke Marke %q+D deklariert, aber nicht definiertMarke %q+D definiert, aber nicht verwendetMarke %q+D verwendet, aber nicht definiertMarke %qD hier definiertMarke %qE auÃŸerhalb einer Funktion referenziertMarke am Ende einer VerbundanweisungMarke wurde wchar_t genanntlabel's context is not the current function declInitialisierungen fÃ¼r Lambda-Captures sind nur mit -std=c++14 oder -std=gnu++14 verfÃ¼gbarLambda-AusdrÃ¼cke nur mit -std=c++11 oder -std=gnu++11 verfÃ¼gbarLambda in lokaler Klasse %q+T kann Variablen aus dem umschlieÃŸenden Kontext nicht einfangenLambda-Templates sind nur mit -std=c++14 oder -std=gnu++14 verfÃ¼gbarLambda-Ausdruck in konstantem AusdruckLambda-Ausdruck in TemplateargumentLambda-Ausdruck in ungeprÃ¼ftem KontextSpur %wd ist auÃŸerhalb des Wertebereiches %wd bis %wdlang_* check: failed in %s, at %s:%dSprache %s nicht erkanntSprachen-Zeichenkette %<"%E"%> nicht erkanntgroÃŸe Festkommakonstante implizit auf Festkommatypen abgeschnittenGroÃŸe Ganzzahl implizit auf vorzeichenlosen Typen abgeschnittendas letzte Argument muss ein Immediate seinld gab %d als Ende-Status zurÃ¼cklinkes Argument muss eine Scheibe seinlinker Operand von %<->*%> muss Zeiger auf Klasse sein, ist aber ein Zeiger auf Element des Typs %qTlinker Operand des Komma-Operators kann die Adresse der Ã¼berladenen Funktion nicht auflÃ¶senlinker Operand des Komma-Operators hat keinen Effektlinker Operand des Komma-Operators ist eine Referenz, kein Aufruf, zur Funktion %qElinker Operand des Schiebeausdrucks %q+E ist negativlinke PrÃ¤zisionlinke PrÃ¤zision im strfmon-Formatlinker RotationszÃ¤hler >= Breite des Typslinker RotationszÃ¤hler ist negativLinks-Schiebe-Weite >= Breite des TypsLinks-Schiebe-Weite >= Breite des VektorelementsLinks-Schiebe-Weite ist negativleft shift of negative valuelinker Operand des Komma-Ausdrucks hat keinen Effektlinke Seite der Zuweisung kÃ¶nnte ein Kandidat fÃ¼r ein Formatattribut seinLÃ¤nge grÃ¶ÃŸer als KapazitÃ¤tLÃ¤nge %qE geht Ã¼ber AbschnittsgrÃ¶ÃŸe in %qs-Klausel hinausLÃ¤nge %qE des Arrayabschnitts muss Ganzzahltyp habenUnpassende LÃ¤ngen zwischen linker und rechter Seiteunpassende LÃ¤ngen in AusdruckLÃ¤ngenmodifiziererLÃ¤ngenmodifizierer im printf-FormatLÃ¤ngenmodifizierer im scanf-FormatLÃ¤ngenmodifizierer im strfmon-FormatLÃ¤nge von Arraynotationstripel ist keine GanzzahlBei Reservierung einer Scheibe wird LÃ¤nge benÃ¶tigtBuchstabe %c gefunden und Befehl war nicht CONST_INTBibliotheken: %s
  Bibliotheksfunktion %q#D als Nicht-Funktion %q#D redeklariertBibliothek lib%s nicht gefundenGrenze ist %u Bytes, Argument hat jedoch %s BytesGrenze ist %u Bytes, Argument hat jedoch bis zu %s BytesÂ»linearÂ«-Klausel wird auf Variable vom Typ %qT angewandt, die weder ganzzahlig noch Zeiger istÂ»linearÂ«-Klausel auf Variable vom Typ %qT angewendet, die weder Ganzzahl noch Zeiger istÂ»linearÂ«-Klausel wird auf Variable vom Typ %qT angewandt, die weder ganzzahlig noch Gleitkomma noch Zeiger istÂ»linearÂ«-Klausel auf Variable vom Typ %qT angewendet, die weder Ganzzahl noch Gleitkomma noch Zeiger istÂ»linearÂ«-Klausel mit Modifizierer %qs wird auf Nicht-Referenz-Variable mit Typ %qT angewandtAusdruck fÃ¼r Â»linearÂ«-Schrittweite muss ganzzahlig seinListeninitialisierung fÃ¼r Nicht-Klassentyp darf nicht geklammert seinLiterale Operator-Suffixe ohne vorangehendes %<_%> sind fÃ¼r zukÃ¼nftige Standardisierungen reserviertLiterales Operatortemplate %q+D steht mit rohem Literaloperator %qD in KonfliktLiterales Operatortemplate %qD hat ungÃ¼ltige Parameterliste. Template fÃ¼r Nicht-Typ Argumentpack <char...> erwartetLiterales Operatortemplate %qD hat ungÃ¼ltige Parameterliste. Nicht-Typ Templateargumentpack <charâ€¦> oder <typename CharT, CharTâ€¦> erwartetliteraler Operator mit C-Bindunglo_sum nicht von einem Registerlokale Klasse %q#T darf kein statisches Datenelement %q#D habenlokale Deklaration von %qE verdeckt Instanzvariablelokale Symbole mÃ¼ssen definiert seinlokale Variable %qD darf in diesem Kontext nicht auftauchenLokale Variablenspeicheranforderungen Ã¼berschreiten KapazitÃ¤tlocation references block not in block treelogisches %<und%> auf nicht-boolesche Konstante angewendetlogisches Und von gleichen AusdrÃ¼ckenlogisches %<und%> sich gegenseitig ausschlieÃŸender Tests ist immer Â»falschÂ«Logisches %<or%> auf Nicht-Boolesche Konstante angewandtlogisches %<oder%> gemeinsam erschÃ¶pfender Tests ist immer Â»wahrÂ«logisches Oder von gleichen AusdrÃ¼ckenlogisches Nicht bezieht sich nur auf die linke Seite des Vergleichslogical_to_bitwise(): Bad intrinsiclong, short, signed oder unsigned ungÃ¼ltig verwendet fÃ¼r %qsNachschlagen von %qT in %qT ist nicht eindeutigKopf der Schleife %d gehÃ¶rt nicht direkt zu ihrKopf der Schleife %d hat nicht genau 2 EintrÃ¤geKopf der Schleife %d ist kein SchleifenkopfFalle der Schleife %d gehÃ¶rt nicht direkt zu ihrFalle der Schleife %d hat keine Kante zu ihrem KopfFalle der Schleife %d hat nicht genau einen NachfolgerFalle der Schleife %d hat nicht den Kopf als NachfolgerFalle der Schleife %d ist als Teil einer irreduziblen Region markiertFalle der Schleife %d wird nicht durch ihren Kopf bestimmtSchleife verwendet OpenACC-Parallelismus, der von der umgebenden Routine verboten wurdeSchleifenverifikation auf Schleifenbaum, der repariert werden mussSchleife mit Kopf %d zum LÃ¶schen markiertSchleife mit Kopf %d nicht in Schleifenbaumlockerer Â»throwÂ«-Spezifizierer fÃ¼r %q+#Funtere Grenze %qE geht Ã¼ber AbschnittsgrÃ¶ÃŸe in %qs-Klausel hinausUntere Grenze %qE des Arrayabschnitts muss Ganzzahltyp habenUnterer Wert in case-Marken-Bereich ist kleiner als der Minimalwert des Typslp_array passt nicht zum region_treelp_array ist fÃ¼r lp %i beschÃ¤digtlseek beim Lesen von Exportdaten gescheitertlto_obj_file_open() gescheitertAls Verringerungsoperand wird L-Wert erfordertAls ErhÃ¶hungsoperand wird L-Wert erfordertAls linker Operand einer Zuweisung wird L-Wert erfordertAls Operand fÃ¼r unÃ¤res %<&%> wird L-Wert erfordertIn asm-Anweisung wird L-Wert erfordertmaschinenunabhÃ¤ngiger eingebauter Code auÃŸerhalb des WertebereichesMakroname fehlt hinter %qsmake_generic(): Can't find generic symbol %qsmehrfache Kopien von %qD werden erzeugtFalsch geformtes #pragma ADDRESS <Variable> <Adresse>Falsch geformtes #pragma GCC visibility pushFalsch geformtes #pragma builtinfalsch geformtes #pragma ghs sectionfalsch geformtes #pragma redefine_extname, ignoriertfalsch geformtes #pragma weak, ignoriertfalsch geformtes %<#pragma %s%>, ignoriertfalsch geformtes %<#pragma %s%>, wird ignoriertFalsch geformtes %<#pragma align%>Falsch geformtes %<#pragma align%> - ignoriertFalsch geformtes %<#pragma fini%>Falsch geformtes %<#pragma fini%>, ignoriertFalsch geformtes %<#pragma init%>Falsch geformtes %<#pragma init%>', ignoriertfalsch geformtes %<#pragma message%>, ignoriertfalsch geformtes %<#pragma pack%> - ignoriertfalsch geformtes %<#pragma pack(pop[, id])%> - ignoriertfalsch geformtes %<#pragma pack(push[, id][, <n>])%> - ignoriertfalsch geformtes Â»#pragma __extern_prefixÂ«, wird ignoriertFalsch geformtes Â»#pragma extern_modelÂ«, ignoriertFalsch geformtes Â»#pragma member_alignmentÂ«Falsch geformtes Â»#pragma member_alignmentÂ«, ignoriertFalsch geformtes Â»#pragma ms_struct {on|off|reset}Â«, ignoriertFalsch geformtes '#pragma ms_struct', ignoriertFalsch geformtes '#pragma options align={mac68k|power|reset}', ignoriertFalsch geformtes '#pragma options', ignoriertungÃ¼ltige COLLECT_GCC_OPTIONSfalsche Option -fplugin-arg-%s (fehlendes -<SchlÃ¼ssel>[=<Wert>])kaputte PTX-Dateischlechte Argumente fÃ¼r Spezifikationsfunktionschlechter Name fÃ¼r Spezifikationsfunktionkaputtes ZielÂ»%sÂ«falsch geformte Ziel-Â»%sÂ«-Liste %qsmalformed target %s valuegemangelter Name fÃ¼r %qD wird sich ich C++17 Ã¤ndern, da die Exceptionangabe Teil des Funktionstyps ist%C wird gemangelt__underlying_type wird vernichtetdefektes typeof, stattdessen decltype verwendenunbekannter Festkommatyp wird vernichtetAbbildung kann nur mit nil verglichen werdenFeld %qE der Struktur variabler LÃ¤nger wird zugeordnetMaske muss Â»immediateÂ« seinmatch_attr_spec(): Bad attributematch_level_4(): Bad operatormatch_string_constant(): Delimiter not founddazu passende Bedingung erlaubt kein Registerdazu passende Bedingung in Ausgabeoperanden ungÃ¼ltigdazu passende Bedingung referenziert ungÃ¼ltige Operandennummerobere Grenze von %d NamensrÃ¤umen fÃ¼r %qE durchsuchtHÃ¶chstzahl der Arrays in einem SCoP.HÃ¶chstzahl der Basis-BlÃ¶cke pro Funktion, die von Graphite analysiert werden.HÃ¶chstzahl der ISL-Operationen, 0 bedeutet unbegrenzt.HÃ¶chstzahl der Parameter in einem SCoP.maximaler Wert des Parameters %qs ist %uÂ»-EBÂ« und Â»-ELÂ« kÃ¶nnen nicht gleichzeitig verwendet werdenÂ»-m32Â« und Â»-m64Â« kÃ¶nnen nicht zusammen angegeben werdenmdoc-Register werden nur fÃ¼r G13-Ziel gesichertMedienfunktionen sind ohne -mmedia nicht verfÃ¼gbarSpeicherinitialisierung fÃ¼r %qD folgt KonstruktordelegationElement %q+#D mit Konstruktor in anonymem Aggregat nicht erlaubtElement %q+#D mit Konstruktor nicht erlaubt in UnionElement %q+#D mit Zuweisungsoperator ist in anonymem Aggregt nicht erlaubtElement %q+#D mit Copy-Zuweisungsoperator ist nicht erlaubt in UnionElement %q+#D mit Destruktor in anonymem Aggregat nicht erlaubtElement %q+#D mit Destruktor nicht erlaubt in UnionElement %q+D darf nicht als %<mutable%>-Referenz deklariert seinElement %q+D darf nicht gleichzeitig als %<const%> und %<mutable%> deklariert seinElement %qD kann nicht gleichzeitig %<virtual%> und %<constexpr%> seinElement %qD kann nicht gleichzeitig %<virtual%> und %<static%> seinElement %qD steht in Konflikt mit Feldname in virtueller FunktionstabelleElement %qD als Â»friendÂ« deklariert, bevor Typ %qT definiert wurdeElement %qD in schreibgeschÃ¼tztem Objekt als %<asm%>-Ausgabe verwendetElement %qD ist nicht initialisierte ReferenzElement %qD in %<constexpr%> muss von Â»mem-initializerÂ« initialisiert werdenElement %qD mit nicht initialisierten FeldernElementfunktionen sind implizite Â»friendsÂ« ihrer KlasseElement-Template %qD darf keine virt-Spezifizierer habenElemente einer explizit spezialisierten Klasse sind ohne Templateheader definiertSpeicherzugriffsprÃ¼fung schlÃ¤gt immer fehlSpeicherreservierung beim Lesen der Export-Daten gescheitertSpeichereingabe %d ist nicht direkt adressierbarSpeicherreferenz fÃ¼r Ausgabemodifizierer Â»SÂ« erwartetMethode %<%c%E%> gleichzeitig als %<@optional%> und %<@required%> deklariertMethode %s%s%s ist als go:nointerface gekennzeichnetMethode %s%s%s erfordert einen ZeigerempfÃ¤ngerin Objective-C 1.0 gibt es keine Attribute fÃ¼r Methodenargumentein Objective-C 1.0 gibt es keine MethodenattributeMethodenattribute kÃ¶nnen nicht im @implementation-Kontext angegeben werdenMethodenattribute mÃ¼ssen am Ende angegeben werdenMethodenattribute dÃ¼rfen nur am Ende angegeben werdenMethodendeklaration nicht im @interface-Kontextals %qE deklarierte Methode Ã¼berschreibt Methode %qEMethodendefinition fÃ¼r %<%c%E%> nicht gefundenMethodendefinition nicht im @implementation-KontextMethode Ã¼berschreibt Methoden %<transaction_pure%> und %qEIn Methode fehlt mÃ¶glicherweise ein [super dealloc]-AufrufMethodentyp passt nicht zum ObjekttypMethode mit inkompatiblem Typ ist in einer anderen Ãœbersetzungseinheit definiertMindestgrÃ¶ÃŸe der Partition darf nicht grÃ¶ÃŸer als HÃ¶chstgrÃ¶ÃŸe der Partition seinMindestzahl der Basis-BlÃ¶cke pro Funktion, die von Graphite analysiert werden.minimaler Wert des Parameters %qs ist %umio_array_ref(): Unknown array refProfiling fÃ¼r mips16-FunktionenKonflikt in Anzahl der Argumente fÃ¼r eingebautes %qF. %d erwartet, %d bekommenArgumentpacklÃ¤ngen passen nicht bei AuflÃ¶sung von %<%E%>ArgumentpacklÃ¤ngen passen nicht bei AuflÃ¶sung von %<%T%>unpassende ArgumenteUnpassende Deklarationen wÃ¤hrend Linkzeit-Optimierungunpassender Operator in FaltungsausdruckVergleichsoperandentypen passen nichtunpassende Klammernunpassendes Objective-C++-Konstrukt %<@%D%>Schleifenoptimierung Ã¼bersprungen, die Schleifen-ZÃ¤hlvariable kÃ¶nnte Ã¼berlaufenfehlende $-Operandennummer im Format%<(%> hinter %<#pragma GCC visibility push%> fehlt - ignoriertfehlendes %<(%> hinter %<#pragma pack%> - ignoriertfehlendes %<=%> (hinter Attribut %<getter%>)fehlendes %<=%> (hinter Attribut %<setter%>)Attribut %<target%> fehlt fÃ¼r multiversioniertes %DFehlendes '(' hinter '#pragma unused', ignoriertFehlendes ')' hinter '#pragma unused', ignoriertmissing PHI deffehlender Vermerk von REG_EH_REGION am Ende vom bb %ifehlendes [big-endian|little-endian|default] hinter %<#pragma scalar_storage_order%>[error|warning|ignored|push|pop] nach %<#pragma GCC diagnostic%> fehltfehlender Architekturname in %<-march=%s%>fehlender Architekturname in Â»archÂ«-Ziel Â»%sÂ«fehlendes Argument fÃ¼r %qsfehlende Sperre nach Block %igeschweifte Klammern fehlen um Initialisierunggeschweifte Klammern fehlen um Initialisierung fÃ¼r %qTFehlende Aufrufgraph-Kante fÃ¼r call stmt:schlieÃŸende geschweifte Klammer fÃ¼r benannten Operanden fehltFehlende schlieÃŸende Klammerdie Sammlung in schneller AufzÃ¤hlung fehltSteuerprÃ¤dikat fehltfehlender CPU-Name in %<-mcpu=%s%>fehlender CPU-Name in %<-mtune=%s%>fehlender CPU-Name in Â»cpuÂ«-Ziel Â»%sÂ«fehlende Definitionfehlendes GerÃ¤t oder Architektur hinter %qsFehlende Kante %i->%ifehlender Eigenschaftsmodifizierer in Ziel%qs %qsfehlender Dateiname hinter %qsfehlendes FÃ¼llzeichen am Ende des strfmon-FormatesErhÃ¶hungsausdruck fehltfehlende Initialisierung fÃ¼r Feld %qD von %qT fehltInitialisierung fÃ¼r Element %qD fehltfehlende Schleifenbedingung in Schleife mit %<GCC ivdep%>-Pragmafehlendes Makefile-Ziel hinter %qsfehlende Methode %s%s%sFehlende ZahlÃ¶ffnende Klammer fehltfehlender OperandOption hinter %<#pragma GCC diagnostic%>-Variante fehltfehlender Pfad hinter %qsWÃ¤chter in Funktionsaufruf fehltfehlende Templateargumentefehlende Templateargumente nach %qTfehlendes abschlieÃŸendes Zeichen %cfehlender Typname in typedef-DeklarationVermischung von Deklarationen und Funktionsdefinitionen ist verbotenInterner Fehler: mixing different types of symbol in same comdat groups is not supportedModus %qs auf unpassenden Typen angewendetBetriebsart-GrÃ¶ÃŸe des nicht-ganzzahligen Ergebnisses passt nicht zur FeldgrÃ¶ÃŸe des BIT_FIELD_REFModifikation von %qE ist kein konstanter AusdruckModifizierer sollte an %<simd%>- oder %<for%>-Konstrukten nicht in %<linear%>-Klausel angegeben werdenModul-Eigenschaft in USE-Anweisung bei %Cmehr als %d Operanden in %<asm%>mehr als eine %<depend(source)%>-Klausel an einem %<ordered%>-Konstruktmehr als eine Â»crtlÂ«-Direktivenmehr als ein Zugriff in Basisspezifikation angegebenAttribute ms_abi und sysv_abi sind nicht vertrÃ¤glichAttribut ms_hook_prologue ist mit -mfentry fÃ¼r 32 Bit nicht vertrÃ¤glichms_hook_prologue ist mit geschachtelter Funktion nicht vertrÃ¤glichmsp430_select_hwmult_lib erfordert mindestens ein Argumentmultidimensionales Feld muss fÃ¼r alle Dimensionen auÃŸer der ersten Grenzen habenMultilib-Ausschluss %qs ist ungÃ¼ltigMultilib-AusschlÃ¼sse %qs sind ungÃ¼ltigMultilib-select %qs %qs ist ungÃ¼ltigMultilib-select %qs ist ungÃ¼ltigMultilib-Spezifikation %qs ist ungÃ¼ltigmehrere Â»-mcpu=Â«-Optionen angegebenMehrere EH-PersÃ¶nlichkeiten werden nur mit Assemblern unterstÃ¼tzt, die die Direktive .cfi_personality unterstÃ¼tzenmehrere Deklarationen in bereichsbasierter %<for%>-SchleifeMehrere Standardmarken in einem Â»switchÂ«mehrfache Definition von %q#Tmehrere schnelle Interruptroutinen gefunden: %qE und %qEin Union %qT werden mehrere Felder initialisiertmehrere Funktionstypattribute angegebenMehrere heiÃŸe/kalte ÃœbergÃ¤nge gefunden (bb %i)mehrere Initialisierungen fÃ¼r %qD angegebenmehrere Initialisierungen fÃ¼r Basis %qT angegebenmehrere Inline-Aufrufermehrere Interruptattribute sind nicht erlaubtmehrere Interruptattribute fÃ¼r Funktion %qDmehrere Schleifenvariablen in schneller AufzÃ¤hlungMehrere Schleifenachsen fÃ¼r Routine angegebenmehrere Methoden namens %<%c%E%> gefundenmehrere Attribute fÃ¼r geschachtelte Typen fÃ¼r Funktion %qDmehrere Parameter wurden %qD genanntmehrere vorherrschende Definitionen fÃ¼r %qEmehrere ref-qualifiermehrere Registerspeicher-Attribute fÃ¼r Funktion %qDmehrere Selektoren namens %<%c%E%> gefundenmehrere Speicherklassen in Deklaration von %qsmehrere Speicherklassen in Deklarationmehrere Typen in einer Deklarationmultiple virtual PHI nodes in BB %dFunktionsaufruf mit mehreren Werten in Kontext mit einem Wert.Funktionsaufruf mit mehreren Werten in Kontext mit einem WertMultiplizieroption bringt mit sich, dass r%d festgelegt istMultiversionierung erfordert Â»ifuncÂ«, was in dieser Konfiguration nicht unterstÃ¼tzt wirdvor Verwendung von typeid muss #include <typeinfo> angegeben werden%<.*%> oder %<->*%> muss verwendet werden, um Zeiger auf Element als Funktion in %<%E (...)%> aufzurufen, z.B. %<(... ->* %E) (...)%>verÃ¤nderliches %qD ist in konstantem Ausdruck nicht verwendbarrÃ¤tselhafte Repository-Information in %snacktes Attribut bezieht sich nur auf FunktionenName %qD in benannter Initialisierung im GNU-Stil fÃ¼r ein Array verwendetName %qT hat unvollstÃ¤ndigen TypenSuche nach %qD hat sich geÃ¤ndertNamenssuche von %qD hat sich fÃ¼r ISO-Regeln zum Â»forÂ«-GÃ¼ltigkeitsbereich geÃ¤ndertName der Elementfunktion fehltName der Klasse verdeckt Template-Templateparameter %qDName in benannter Initialisierung im GNU-Stil fÃ¼r ein Array verwendetbenannte RÃ¼ckgabewerte werden nicht mehr unterstÃ¼tztNamensbereich %qD betretennamespace %qD in %<using%>-Deklaration nicht erlaubtNamensbereich-Alias %qD ist hier nicht erlaubt, %qD angenommenanonymes Aggregat im GÃ¼ltigkeitsbereich eines Namespace muss statisch seinverengende Umwandlung von %qE von %qT nach %qT in { }verengende Umwandlung von %qE von %qT nach %qT in { } ist in C++11 ungÃ¼ltigvor %<%T::%E%> ist %<typename%> erforderlich, da %qT ein abhÃ¤ngiger GÃ¼ltigkeitsbereich ist%<typename%> vor %qE erforderlich, da %qT ein abhÃ¤ngiger GÃ¼ltigkeitsbereich istausdrÃ¼ckliche Umwandlungen erforderlichexplizite Umwandlung nÃ¶tig; Methode %s%s%s fehltnegative BefehlslÃ¤ngeNegative Ganzzahl implizit in vorzeichenlosen Typen konvertiertArrayabschnitt mit negativer LÃ¤nge in %qs-Klauselnegative untere Grenze in Arrayabschnitt in %qs-Klauselnegative Verschachtelungstiefe der Region %inegative Schiebeweitenegative Breite in Bitfeld %q+DNegative Breite in Bitfeld %qsweder der Destruktor noch der klassenspezifische Operator Â»delete[]Â« wird aufgerufen, auch wenn sie bei der Klassendefinition deklariert werdenweder der Destruktor noch der klassenspezifische Operator Â»deleteÂ« wird aufgerufen, auch wenn sie bei der Klassendefinition deklariert werdengeschachtelte Assemblerdialekt-AlternativenGeschachtelte extern-Deklaration von %qDGeschachtelte Funktion %q+D deklariert, aber nirgendwo definiertgeschachtelte Funktion %qE als %<extern%> deklariertgeschachtelte Funktion %qs als %<extern%> deklariert-ffunction-sections wird fÃ¼r dieses Ziel nicht unterstÃ¼tztgeschachtelte Funktionen werden auf diesem Ziel nicht unterstÃ¼tztverschachtelter Bezeichner benÃ¶tigtgeschachtelter Namensgeber %qT fÃ¼r enum-Deklaration benennt weder Klasse noch Namensraumverschachtelte Namensraumdefinitionen sind nur mit -std=c++1z oder -std=gnu++1z verfÃ¼gbarVerschachtelte Redefinition von %<enum %E%>Verschachtelte Redefinition von %<struct %E%>Verschachtelte Redefinition von %<union %E%>Â»newÂ« kann nicht auf Funktionstyp angewendet werdenÂ»newÂ« kann nicht auf Referenztyp angewendet werdenneue Deklaration %q#D macht eingebaute Deklaration %q#D mehrdeutigneue Typen dÃ¼rfen nicht in einem RÃ¼ckgabetyp definiert werdennew_symbol(): Symbol name too longnÃ¤chstes Feld %q#D hier deklariertkein %<%D(int)%> fÃ¼r Suffix %qs deklariertkein %<%D(int)%> fÃ¼r Suffix %qs deklariert, stattdessen wird PrÃ¤fixoperator versuchtkeine Methode %<%c%E%> gefundenkeine Elementfunktion %q#D in Klasse %qT deklariertkein %qs-Getter gefundenkein FUNCTION_PROFILER for CRISkein Dateiname fÃ¼r LTRANS-Ausgabeliste angegebenKeine Argumentekeine Argumente fÃ¼r Spezifikationsfunktionauf explizite Instanziierung kann kein Attribut angewendet werdenkein Klassenname mit %qs angegebenkein Klassentemplate namens %q#T in %q#Tkein schlieÃŸendes %<]%> fÃ¼r %<%%[%>-Formatfehlende schlieÃŸende geschweifte Klammerkein Kontext, um Typ von %qE aufzulÃ¶senkeine passende Freigabefunktion fÃ¼r %qDKein Datentyp fÃ¼r Zustand %qskeine Deklaration der in der Schnittstelle gefundenen Eigenschaft %qskein Standard-Argument fÃ¼r %qDNoch keine Beschreibung.kein Feld %qD in initialisierter Union gefundenKeine Liste zur sofortigen Verwendungkeine Eingabedateienkeine Eingabedateien; es werden keine Ausgabedateien geschriebenkein Ganzzahltyp kann alle AufzÃ¤hlungswerte fÃ¼r %qT darstellenkeine unteren Register fÃ¼r das Hervorholen der hohen Register verfÃ¼gbarkeine Ãœbereinstimmung fÃ¼r keine Ãœbereinstimmung fÃ¼r Aufruf von %<(%T) (%A)%>bei der Umwandlung der Funktion %qD in den Typ %q#T gab es keine Ãœbereinstimmungenkein passendes Konzept fÃ¼r template-introductionkeine passende Festkomma-Ãœberladung fÃ¼r %qs gefundenkeine passende Funktion fÃ¼r Aufruf von %<%D(%A)%>keine passende Funktion fÃ¼r Aufruf von %<%T::%E(%A)%#V%>keine passende Funktion fÃ¼r Aufruf von %<%T::operator %T(%A)%#V%>keine passende Funktion fÃ¼r Aufruf von %<%s(%A)%>kein passendes push fÃ¼r %<#pragma GCC visibility pop%>kein passendes Template fÃ¼r %qD gefundenkeine Elementfunktion %qD in %qT deklariertkein Element passt zu %<%T::%D%> in %q#Tkein Postdekrementoperator fÃ¼r Typkein Postinkrementoperator fÃ¼r Typkein PrÃ¤dekrementoperator fÃ¼r Typkein PrÃ¤inkrementoperator fÃ¼r Typkeine vorherige Deklaration fÃ¼r %qDkein vorheriger Prototyp fÃ¼r %qDkein Prozessortyp zum Binden angegebenkein Profiling von 64-bit-Code fÃ¼r dieses ABIKein Register in Adressekeine return-Anweisung in nicht void zurÃ¼ckgebender Funktionkeine return-Anweisungen in %qT zurÃ¼ckgebender Funktionno sclass for %s stab (0x%x)kein Semikolon am Ende von Â»structÂ« oder Â»unionÂ«kein geeignetes %<operator %s%> fÃ¼r %qTKein passendes %qD in Klasse %qT gefundenkeine Basisklasse im @interface fÃ¼r %qE deklariertkeine Basisklasse in Schnittstelle fÃ¼r %qE deklariertkein Typ namens %q#T in %q#Thier darf kein Typ oder Speicherklasse angegeben werden,keine unexpandierten Parameterpackungen in binÃ¤rer Faltung%qD wurde nicht eindeutig und endgÃ¼ltig in %qT Ã¼berschriebenkeine gÃ¼ltigen Klauseln in %<#pragma acc declare%> angegebenInterner Fehler: node differs from node->decl->decl_with_vis.symtab_nodeInterner Fehler: node has body_removed but is definitionInterner Fehler: node has unknown typeInterner Fehler: node is alias but not definitionInterner Fehler: node is alias but not implicit aliasInterner Fehler: node is alone in a comdat groupInterner Fehler: node is analyzed but it is not a definitionInterner Fehler: node is in same_comdat_group list but has no comdat_groupInterner Fehler: node is transparent_alias but not an aliasInterner Fehler: node is weakref but not an transparent_aliasInterner Fehler: node not found in symtab assembler name hashInterner Fehler: node not found node->decl->decl_with_vis.symtab_nodeKnoten mit nicht freigegebenem Speicher gefundennoexcept-Ausdruck wird wegen Aufruf von %qD zu %<false%> ausgewertetREAL-Argument ohne doppelte Genauigkeit fÃ¼r intrinsisches %s bei %Lvon nicht-AAPCS abgeleitete PCS-VarianteNicht-NULL-Zeigerinitialisierung bei %CNicht-OpenACC-Konstrukt innerhalb einer OpenACC-RegionNicht-OpenACC-Konstrukt innerhalb einer OpenACC-RoutineFehlzuordnung bei Ausnahmebehandlung ohne AufrufNicht-Klassen-Template %qT ohne Template-Argumente verwendetTeilspezialisierung %qD, die weder Â»classÂ« noch Â»variableÂ« ist, ist nicht erlaubtnichtkalter Basisblock %d ist dominiert von einem Block in der kalten Partition (%d)Nicht-konstantes Ganzzahl-Argument %u in Aufruf von Funktion %qEnicht-konstantes Argument 1 fÃ¼r __atomic_always_lock_freeNichtkonstantes Feld in DATA-Anweisung %Lnicht konstante Arrayinitialisierungnichtkonstante LÃ¤nge fÃ¼r neues Array muss direkt angegeben werden, nicht Ã¼ber typedefNichtkonstante LÃ¤nge in Array-new muss ohne Klammern um die Typ-ID angegeben werdennicht-konstantes zusammengesetztes Literal kann nicht in einem Konstanten-Ausdruck auftretenNicht-konstante Bedingung fÃ¼r statische Behauptungnon-constant element in constant CONSTRUCTORInitialisierung des nicht konstanten statischen Elements %qD in der Klasse ist ungÃ¼ltigInitialisierung des nicht konstanten statischen Elements %qD in der Klasse ist ungÃ¼ltigNicht-konstanter Initialisierungsausdruck bei %Lnon-decl/MEM_REF LHS in clobber statementNicht-Standard Argument der Art INTEGER fÃ¼r intrinsisches Â»%sÂ« bei %LNicht-Delegitimiertes UNSPEC %s (%d) am Variablenort gefundennicht gelÃ¶schte Funktion %q+DNicht-Gleitkomma-Argument in Aufruf von Funktion %qENicht-Gleitkomma-Argumente in Aufruf von Funktion %qENicht-Funktion %qD als implizites Template deklariertNicht-Funktion in GIMPLE-Aufrufnicht-ganzzahliges Argument 1 fÃ¼r __atomic_is_lock_freeNicht-Ganzzahl-Argument 3 in Aufruf von Funktion %qENicht-Ganzzahlargument %d fÃ¼r Speichermodell von %qENicht-Ganzzahl-Operand mit Operandencode Â»zÂ« verwendetswitch-Anweisung ohne eingebauten TypNicht-Ganzzahltyp in Bedingung verwendetnicht-lokale %<__thread%>-Variable %qD hat einen nicht-trivialen Destruktornicht-lokale %<__thread%>-Variable %qD erfordert dynamische InitialisierungNicht-Schleife mit Kopf %d nicht zum LÃ¶schen markiertNicht-L-Wert-Array in bedingtem AusdruckNicht-Element %qs kann nicht als %<mutable%> deklariert seinNicht-Elementfunktion %qD kann nicht CV-Qualifizierer habenNicht-Elementfunktion %qD kann keinen ref-Qualifizierer habenNichtelement-Templatedeklaration von %qDEingabe von Nicht-Speicher %d muss im Speicher bleibennicht geschachtelte Funktion mit variabel modifiziertem TypenNicht-Objekt-Element %qs kann nicht als %<mutable%> deklariert seinNicht-Objective-C-Typ Â»%TÂ« kann nicht aufgefangen werdenNicht-Parameter %qs kann kein Parameterpack seinArgument, das kein Zeiger ist, in %<__builtin_launder%>Nicht-Register als LHS von binÃ¤rer OperationNicht-Register als LHS von ternÃ¤rer OperationNicht-Register als LHS von unÃ¤rer Operationnicht-skalare BIT_FIELD_REF, IMAGPART_EXPR oder REALPART_EXPRnicht-skalarer TypNicht-Standard-Suffix an Gleitkommakonstantenicht-statisches const-Element %q#D in Klasse ohne einen Konstruktornicht-statisches konstantes Element %q#D, Standard-Zuweisungsoperator kann nicht verwendet werdennicht-statisches Datenelement %q+D in einer Union darf keinen Referenztypen %qT habennicht-statisches Datenelement %qE als %<concept%> deklariertnicht-statisches Datenelement %qE als %<constexpr%> deklariertnicht-statisches Datenelement mit Platzhalter %qT deklariertnicht-statische Initialisierungen fÃ¼r Datenelemente nur mit -std=c++11 oder -std=gnu++11 verfÃ¼gbarNicht-statische Deklaration von %q+D folgt statischer Deklarationnicht-statische Initialisierung eines flexiblen Arrayelementsnicht-statische Referenz %q#D in Klasse ohne Konstruktornicht-statisches Referenzelement %q#D, Standard-Zuweisungsoperator kann nicht verwendet werdenNicht-Template %qD als Template verwendetNicht-Template-Typ %qT als Template verwendetNicht-Thread-lokale Deklaration von %q#D folgt Thread-lokaler DeklarationNicht-Thread-lokale Deklaration von %q+D folgt Thread-lokaler DeklarationBIT_FIELD_REF, IMAGPART_EXPR oder REALPART_EXPR auÃŸerhalb der hÃ¶chsten Ebenenicht-triviale Umwandlung bei Zuweisungnicht-triviale Umwandlung in unÃ¤rer Operationnicht-trivial markierte Initialisierungen nicht unterstÃ¼tztNichttyp-Teilspezialisierung %qD ist nicht erlaubtNicht-Variable %qD in Deklaration mit mehr als einem Deklarator mit Platzhaltertypnichtvektor-CONSTRUCTOR mit ElementenNicht-Vektoroperanden in Vektorvergleichnichtkonstanter Arrayindex in InitialisierungNichtleere Ausgangsliste der Schleife %d, aber AusgÃ¤nge werden nicht aufgezeichnetnichtlokale Marke nichtnull-Argument %qD wird mit NULL verglichenNicht-Null-Argument hat ungÃ¼ltige Operandennummer (Argument %lu)Nicht-Null-Argument referenziert Nicht-Zeiger-Operanden (Argument %lu, Operand %lu)Nicht-Null-Argument mit Operandennummer auÃŸerhalb des Wertebereiches (Argument %lu, Operand %lu)Nicht-Null-Attribut ohne Argumente fÃ¼r einen Nicht-PrototypNormalisierung kann nicht gleichzeitig mit Skalierung aktiv sein
! unerlaubte Typkombination in BIT_INSERT_EXPRnicht fÃ¼r SPE-ABI konfiguriertNicht fÃ¼r SPE-Befehlssatz konfiguriertnicht mit sysroot-Header-Suffix konfiguriertzu wenige DO-Schleifen fÃ¼r Â»%s !$ACC LOOPÂ« bei %Lzu wenige DO-Schleifen fÃ¼r zusammengefallenes %s bei %LNicht genug ArgumenteNicht genug Argumente fÃ¼r RÃ¼ckgabezu wenige for-Schleifen um sie einzuklappennicht genÃ¼gend perfekt geschachtelte Schleifenzu wenig TypinformationenZu wenige variable Argumente, um zu einem WÃ¤chter zu passenHinweisAnmerkung: Null-Argument, wo Nicht-Null erwartet (Argument %lu)Zielzeiger ist NULLNULL-FormatzeichenketteNull-ZeigerDereferenzierung eines NullzeigersZahl muss 0 oder 1 seinAnzahl der Argumente passt nicht zum eingebauten PrototypenAnzahl der Argumente passt nicht zum PrototypenAnzahl der bb-Vermerke in Befehlskette (%d) != n_basic_blocks (%d)Komponentenanzahl des Vektors ist keine ZweierpotenzKomponentenanzahl des Vektors ist keine ZweierpotenzZahl der ZÃ¤hler ist %d statt %dAnzahl der Ergebnisse passt nicht zur Anzahl der WerteAnzahl der Variablen in %<depend(sink)%>-Klausel passt nicht zur Anzahl der Iterationsvariablennumerisches Argument des Attributs %qE muss im Bereich 0..63 liegenobjc++-cpp-output ist veraltet; bitte stattdessen objective-c++-cpp-output verwendenobjc-cpp-output ist veraltet; bitte stattdessen objective-c-cpp-output verwendenObjekt ist keine Methodebei Verwendung von %qE fehlt ObjektObjekt-Eigenschaft %qD hat kein Attribut %<assign%>, %<retain%> oder %<copy%>; es wird %<assign%> angenommenObjekttyp %qT passt nicht zum Destruktornamen ~%qTObjekt mit variabel geÃ¤ndertem Typ darf keine Bindung habenMethodendeklaration in Objective-C erwartetObjective-C++ Nachrichtenargument(e) erwartetObjective-C++-NachrichtenempfÃ¤nger erwartetObjective-C++ Methodendeklaration erwartetveralteter Maverick-Formatcode Â»%cÂ«veraltete Option -I- verwendet, bitte stattdessen -iquote verwendenveraltete Verwendung einer bestimmten Initialisierung mit %<:%>veraltete Verwendung einer bestimmten Initialisierung ohne %<=%>odr-verwendete Inline-Variable %qD ist nicht definiertOffload-Compiler %s nicht gefundenAdressabstand %wi ist auÃŸerhalb der Grenzen der konstanten ZeichenketteOffset Ã¼berschreitet 16 BytesOffset von %qD ist ABI-unvertrÃ¤glich und kann sich in zukÃ¼nftigen GCC-Versionen Ã¤ndernOffset des gepackten Bitfeldes %qD hat sich in GCC 4.4 geÃ¤ndertoffsetof innerhalb von Â»non-standard-layoutÂ«-Typ %qT ist undefiniertalte Deklaration %q#DFunktionsdefinition im alten StilParameterdeklarationen alten Stils in Prototyp-Funktionsdeklarationausgelassener mittlerer Operand fÃ¼r Operator %<?:%> kann nicht verarbeitet werdeneins der Argumente fÃ¼r den Initialisierungsaufruf sollte %<&omp_priv%> seineins der Aufrufargumente fÃ¼r die Initialisierung sollte %<omp_priv%> oder %<&omp_priv%> seinnur %<distribute%>- und %<parallel%>-Regionen dÃ¼rfen innerhalb einer %<teams%>-Region streng geschachtelt seinnur die Schalter %<inbranch%> und %<notinbranch%> sind fÃ¼r das %<__simd__%>-Attribut erlaubtnur %u Namen verfÃ¼gbar, %qT dekomponiert jedoch in %wu Elementenur 0.0 kann als Immediate geladen werdennur Objective-C-Objekttypen kÃ¶nnen mit Protokoll qualifiziert werdenNur das Attribut %<fallthrough%> kann auf eine leere Anweisung angewendet werdennur Konstruktoren nehmen Elementinitialisierungennur Deklarationen von Konstruktoren und Umwandlungsoperatoren kÃ¶nnen %<explicit%> seinnur Funktionen kÃ¶nnen gespawnt werdensondern nur hier als Â»friendÂ«nur einfacher RÃ¼ckgabetyp %<auto%> kann zu %<void%> hergeleitet werdenNur uninitialisierte Variablen kÃ¶nnen in einem .bss-Abschnitt platziert werdenNur uninitialisierte Variablen kÃ¶nnen im .noinit-Bereich platziert werdenin dieser Konfiguration werden nur schwache Aliase unterstÃ¼tztIn Abschnitt %qs sind nur 0-Initialisierungen erlaubtopake Vektortypen kÃ¶nnen nicht initialisiert werdenintransparente Enum-Spezifikation muss einfachen Bezeichner verwendenintransparente Enum-Spezifikation ohne NamenÂ»%sÂ« kann nicht geÃ¶ffnet werden: %s/dev/zero kann nicht geÃ¶ffnet werden: %mLTRANS-Ausgabeliste Â»%sÂ« kann nicht geÃ¶ffnet werden: %mAbhÃ¤ngigkeitsdatei Â»%sÂ« kann nicht geÃ¶ffnet werden: %mAusgabedatei %qs wird geÃ¶ffnet: %sAusgabedatei Â»%sÂ« kann nicht geÃ¶ffnet werden: %mOperand %d sollte eine vorzeichenlose 3-Bit-Konstante seinOperand %d sollte eine vorzeichenlose 6-Bit-Konstante seinOperand %d sollte eine vorzeichenlose 8-Bit-Konstante seinOperand 1 sollte eine vorzeichenlose 3-Bit-Konstante seinOperand 1 sollte ein vorzeichenloser 3-Bit-Wert sein (I0â€“I7)Operand 2 sollte ein gerader 3-Bit-Wert sein (subreg 0,2,4,6)Operand 2 sollte ein vorzeichenloser 3-Bit-Wert sein (I0â€“I7)Operand 2 sollte ein vorzeichenloser 3-Bit-Wert sein (subreg 0â€“7)Operand 2 sollte ein vorzeichenloser 8-Bit-Wert seinOperand 3 sollte ein vorzeichenloser 3-Bit-Wert sein (I0â€“I7)Operand 3 sollte ein vorzeichenloser 8-Bit-Wert seinOperand 4 sollte ein vorzeichenloser 8-Bit-Wert sein (0â€“255)Operandenbedingung enthÃ¤lt falsch positioniertes %<+%> oder %<=%>Operandenbedingungen fÃ¼r %<asm%> unterscheiden sich in der Anzahl der AlternativenOperand fÃ¼r Â»sleepÂ«-Befehl muss eine ganzzahlige Kompilierzeit-Konstante zwischen 0 und 63 seinOperand ist kein Bedingungscode, ungÃ¼ltiger Operandencode Â»%cÂ«Operand ist kein Bedingungscode, ungÃ¼ltiger Operandencode Â»DÂ«Operand ist kein Bedingungscode, ungÃ¼ltiger Operandencode Â»YÂ«Operand ist keine bestimmte Ganzzahl, ungÃ¼ltiger Operandencode Â»RÂ«Operand ist keine bestimmte Ganzzahl, ungÃ¼ltiger Operandencode Â»rÂ«Operand ist keine Ganzzahl, ungÃ¼ltiger Operandencode Â»KÂ«Operand ist keine Ganzzahl, ungÃ¼ltiger Operandencode Â»RÂ«Operand ist keine ausgleichbare Speicherreferenz, ungÃ¼ltiger Operandencode Â»HÂ«Operand muss Â»immediateÂ« mit korrekter GrÃ¶ÃŸe seinOperandennummer fehlt hinter %%-BuchstabeOperandennummer auÃŸerhalb des WertebereichesOperandennummer auÃŸerhalb des Wertebereiches im FormatOperandennummer fÃ¼r Format ohne Argumente angegebenOperandennummer mit unterdrÃ¼ckter Zuweisung angegebenOperand des Faltungsausdrucks hat keine unexpandierten ParameterpackungenOperandentyp %qT ist inkompatibel mit Argument %d von %qEOperandentypen sind %qT und %qTOperanden fÃ¼r %T/%t mÃ¼ssen reg + const_int sein:Operanden fÃ¼r ?: haben verschiedene Typen: %qT und %qTOperation auf %qE kÃ¶nnte undefiniert seinOptimierungsattribut von %qD folgt auf die Definition, aber die Attribute passen nicht zusammenFehlzuordnung von OptimierungsstufenattributOptimierung kann Lese- und/oder Schreiboperationen auf Registervariablen entfernenOption %qs ist gÃ¼ltig fÃ¼r %s, aber nicht fÃ¼r %sOption Â»%sÂ« wird zusammen mit Â»-fopenaccÂ« nicht unterstÃ¼tztoption("%s") wurde bereits spezifiziertoptionales Argumenteingeschaltete Optionen: Optionen oder Zielarchitekturen fehlen hinter %qsangegebene Optionen: %<ordered%>-Argument muss ein positiver, ganzzahliger Ausdruck seingeordneter Vergleich von Zeiger mit Ganzzahlnullgeordneter Vergleich von Zeiger mit Null-Zeigerdas ursprÃ¼ngliche %<default%> ist hierursprÃ¼ngliche Deklaration trat hier aufursprÃ¼ngliche Definition trat hier aufursprÃ¼nglich hier definiertursprÃ¼nglich indirekter Funktionsaufruf kommt nicht als Â»inlineÂ« in BetrachtursprÃ¼ngliche hier spezifiziertverwaistes %qs-Konstruktandere Fundstelle ist hiersollte der virtuellen Methode %qD entsprechen, tut es aber nichtZugriff auÃŸerhalb der Grenzen kÃ¶nnte wegoptimiert werdenÃ¤uÃŸeres %<__transaction_cancel%> nicht innerhalb des Ã¤uÃŸeren %<__transaction_atomic%>Ã¤uÃŸerer Block der Region %i ist falschÃ¤uÃŸere Transaktion in %<transaction_may_cancel_outer%>-FunktionÃ¤uÃŸere Transaktion in %<transaction_safe%>-FunktionÃ¤uÃŸere Transaktion in TransaktionAusgabebedingung %d kann nicht zusammen mit Â»%sÂ« angegeben werdenAusgabebedingung %d muss ein einzelnes Register angebenAusgabebedingung %qc fÃ¼r Operand %d steht nicht am AnfangAusgabedatei %s existiert bereits in Ordner %skeine Ausgabedatei angegebenAusgabedatei doppelt angegebenAusgabezahl %d nicht direkt adressierbarAusgabeoperand %d muss %<&%>-Bedingung verwendenBedingung des Ausgabeoperanden erfordert %<=%>Ausgabeoperand ist in %<asm%> konstantAusgaberegister mÃ¼ssen oben auf dem Stapel gruppiert werdenoutput_move_single:Ãœberlauf in ArraygrÃ¶ÃŸeÃœberlauf in Konstanten-AusdruckÃœberlauf in AufzÃ¤hlungswertenÃœberlauf in AufzÃ¤hlungswerten bei %qDÃœberlauf in impliziter KonstantenkonvertierungÃ¼bergelaufene Ausgabeargumentliste fÃ¼r %qsÃ¼berladener Funktionsname %qE in Klausel %qsÃ¼berladene Funktion ohne Typinformationen aus KontextÃœberschreibsteuerung (override/final) nur mit -std=c++11 oder -std=gnu++11 verfÃ¼gbarÃ¼bersteuert %qD, was als %<transaction_safe%> deklariert istgelÃ¶schte Funktion %q+D aufgehobenfinale Funktion %q+D wird Ã¼berschriebennicht gelÃ¶schte Funktion %q+D aufgehobengepacktes Expansionsargument fÃ¼r Parameter %qD ohne Â»packÂ« von Alias-Template %qDgepacktes Expansionsargument fÃ¼r Parameter %qD ohne Â»packÂ« von Konzept %qDPack-Expansion in using-Deklaration ist nur mit -std=c++1z oder -std=gnu++1z verfÃ¼gbargepacktes Attribut fÃ¼hrt zu ineffizienter Ausrichtunggepacktes Attribut verursacht ineffiziente Ausrichtung fÃ¼r %q+Dgepacktes Attribut verursacht ineffiziente Ausrichtung fÃ¼r %qEgepacktes Attribut ist unnÃ¶tiggepacktes Attribut ist unnÃ¶tig fÃ¼r %q+Dgepacktes Attribut ist fÃ¼r %qE unnÃ¶tigstruct wird bis zur Ausrichtungsgrenze aufgefÃ¼lltstruct wird aufgefÃ¼llt, um %q+D auszurichtenParameter %P hat unvollstÃ¤ndigen Typen %qTParameter %P von %qD hat unvollstÃ¤ndigen Typen %qTParameter %q+D als %<_Noreturn%> deklariertParameter %q+D als %<inline%> deklariertParameter %q+D hat nur eine VorwÃ¤rtsdeklarationParameter %qD als void deklariertParameter %qD hat unvollstÃ¤ndigen TypenParameter %qD bezieht Zeiger auf Feld mit unbekannter Grenze %qT einParameter %qD bezieht Referenz auf Feld mit unbekannter Grenze %qT einParameter %qD deklariert ungÃ¼ltigerweise MethodentypParameter %qD ist initialisiertParameter %qD gesetzt, jedoch nicht verwendetParameter %qP von %qD kÃ¶nnte Kandidat fÃ¼r Formatattribut seinParameter %u (%q+D) hat unvollstÃ¤ndigen TypenParameter %u (%q+D) hat void-TypenParameter %u hat unvollstÃ¤ndigen TypenParameter %u hat void-TypenParameter als %<auto%> deklariertParameterliste passt zu keiner gÃ¼ltigen Signatur fÃ¼r %s()Parameter darf nicht variabel modifizierten Typ %qT habenParameter kÃ¶nnte ein Kandidat fÃ¼r ein Formatattribut seinParametername fehlt in ParameterlisteParametername ausgelassenParameternamen (ohne Typen) in FunktionsdeklarationParameterpack %q+D muss am Ende der Templateparameterliste seinParameterpack %qD kann kein Standardargument habenArgument %qE fÃ¼r Parameterpack muss am Ende der Templateargumentliste seinArgument %qT fÃ¼r Parameterpack muss am Ende der Templateargumentliste seinParameterpack kann kein Standardargument habenParameterbÃ¼ndel nicht mit %<...%> aufgelÃ¶st:parametrisiertes abgeleitetes TypargumentEltern-Unterprogramm kann nicht geinlinet werdenKlammern um %qE kÃ¶nnen nicht verwendet werden, einen Zeiger auf Elementfunktion zu erzeugenUm dieses zusammengesetzte Literal sind Klammern erforderlich, um Mehrdeutigkeit zu vermeidengeklammerte Initialisierung ist in OpenMP-%<for%>-Schleife nicht erlaubtgeklammerte Initialisierung ist in for-Schleife nicht erlaubtgeklammerte Initialisierung in Array-Â»newÂ«Syntaxfehler in Â»SELECT TYPEÂ«-Anweisung bei %CSyntaxfehler in TemplateargumentlisteTeilspezialisierung %q+D spezialisiert keine TemplateargumenteTeilspezialisierung %q+D spezialisiert keine Templateargumente und ist nicht eingeschrÃ¤nkter alsTeilspezialisierung %qD ist nicht spezialisierter alsTeilspezialisierung %qT als %<friend%> deklariertpartielle Spezialisierung ist nicht nÃ¤her spezialisiert als das ursprÃ¼ngliche Template, da es mehrere Parameter mit einer Â»packÂ«-Erweiterung ersetztteilweise Spezialisierung von %qD nach Instanziierung von %qDPartition gefunden, aber Funktionspartitionsschalter ist nicht gesetztDurchlauf %qs nicht gefunden, wird jedoch von neuem Durchlauf %qs referenziertpass %s does not support cloningpass %s needs a set_pass_param implementation to handle the extra argument in NEXT_PASSDie Ãœbergabe von %qT als %<this%>-Argument streicht QualifiziererÃœbergabe von %qT wÃ¤hlt %qT statt %qTÃœbergabe von NULL an Nicht-Zeiger-Argument %P von %qDÃœbergabe des Arguments %d von %qE entfernt Kennzeichner von Zeiger-Ziel-TypÃœbergabe des Arguments %d von %qE als %<float%> statt %<double%> aufgrund des PrototypsÃœbergabe des Arguments %d von %qE als %qT statt %qT aufgrund des PrototypsÃœbergabe des Arguments %d von %qE als komplex statt Gleitkomma aufgrund des PrototypsÃœbergabe des Arguments %d von %qE als komplex statt Ganzzahl aufgrund des PrototypsÃœbergabe des Arguments %d von %qE als Gleitkomma statt komplex aufgrund des PrototypsÃœbergabe des Arguments %d von %qE als Gleitkomma statt Ganzzahl aufgrund des PrototypsÃœbergabe des Arguments %d von %qE als Ganzzahl statt komplex aufgrund des PrototypsÃœbergabe des Arguments %d von %qE als Ganzzahl statt Gleitkomma aufgrund des PrototypsÃœbergabe des Arguments %d von %qE als vorzeichenbehaftet aufgrund des PrototypsÃœbergabe des Arguments %d von %qE als vorzeichenlos aufgrund des PrototypsÃœbergabe des Arguments %d von %qE entfernt Kennzeichner %qv von Zeiger-Ziel-TypÃœbergabe des Arguments %d von %qE von anderem Objective-C-TypÃœbergabe des Arguments %d von %qE von inkompatiblem ZeigertypÃœbergabe des Arguments %d von %qE von Zeiger auf nicht eingeschlossenen AdressbereichÃœbergabe des Arguments %d von %qE erzeugt aus unqualifiziertem einen qualifizierten Funktionszeiger %q#vÃœbergabe des Arguments %d von %qE  erzeugt Ganzzahl von Zeiger ohne TypkonvertierungÃœbergabe des Arguments %d von %qE erzeugt Zeiger von Ganzzahl ohne TypkonvertierungÃœbergabe des Arguments %d von %qE mit anderer Breite aufgrund des PrototypsArgument %i ist als Â»restrictÂ« markiert, wird aber auch in Argument %Z Ã¼bergebenArgument %i ist als Â»restrictÂ« markiert, wird aber auch in Argumenten %Z Ã¼bergebenArgumente werden an Auslassungspunkte des geerbten Konstruktors %qD Ã¼bergebenDas Ãœbergeben des nicht trivial-kopierbaren Typs %q#T Ã¼ber %<...%> ist Â»conditionally-supportedÂ« ([expr.call] 5.2.2/7)Ãœbergabe von zu groÃŸem Argument auf dem Stapelpch_preprocess-Pragma sollte nur mit -fpreprocessed verwendet werdenPed. WarnungPed. Warnung: vielleicht brauchen Sie explizite Templateargumente im Â»nested-name-specifierÂ«Sie kÃ¶nnten ein explizites %<%T::%> hinzufÃ¼genPerm. FehlerPerm. Fehler: pex_init gescheitert: %mPlatzhalter-BeschrÃ¤nkungen nicht erfÃ¼lltPlacement-New konstruiert ein Array vom Typ %qT und GrÃ¶ÃŸe %qwu in einer Region von Typ %qT und GrÃ¶ÃŸe %qwiPlacement-New konstruiert ein Objekt vom Typ %<%T [%wu]%> und GrÃ¶ÃŸe %qwu in einer Region von Typ %qT und GrÃ¶ÃŸe %qwiPlacement-New konstruiert ein Objekt vom Typ %qT und GrÃ¶ÃŸe %qwu in einer Region von Typ %qT und GrÃ¶ÃŸe %qwiPlugin %s ist nicht unter einer GPL-kompatiblen Lizenz lizenziert
  %sPlugin %s hat eine Null-Callback-Funktion fÃ¼r Ereignis %s registriertPlugin %s sollte vor -fplugin-arg-%s in der Kommandozeile angegeben werdenPlugin %s wurde mit anderen Pfaden angegeben:
  %s
  %sPlugin kann keinen fehlenden Durchlauf registrierenPlugin kann keinen unbenannten Durchlauf registrierenPlugin kann keinen Durchlauf %qs ohne Referenzdurchlaufnamen registrierenPlugin-UnterstÃ¼tzung ist ausgeschaltet; mit --enable-plugin konfigurierenZeigerZeigerargumentZeigerarithmetik fÃ¼r Objekte mit Garbage-Collection ist nicht erlaubtZeigerzuweisungZeigergrenzen sind aufgrund des unerwarteten Ausdrucks Â»%sÂ« verlorengegangenZeiger auf Typen %<void *%> in Arithmetik verwendetZeiger des Typs %<void *%> in Subtraktion verwendetZeigeroffset von Symbol kÃ¶nnte falsch seinZeiger oder allozierbares ResultatZeiger-Zieltypen sind in C++ inkompatibelZeiger auf Adressraum %qs muss in %qT konstant seinZeiger auf Adressraum %qs muss in %s %q+D konstant seinZeigerziele in Zuweisung unterscheiden sich im VorzeichenbesitzZeigerziele in Initialisierung unterscheiden sich im VorzeichenbesitzZeigerziele bei Ãœbergabe des Arguments %d von %qE unterscheiden sich im VorzeichenbesitzZeigerziele in return unterscheiden sich im VorzeichenbesitzZeiger auf Funktion in Arithmetik verwendetZeiger auf eine Funktion in Subtraktion verwendetZeiger auf Array verliert durch den Bedingungsausdruck QualifiziererZeiger auf Schnittstellentyp hat keine MethodenUmwandlung in Zeiger auf Element Ã¼ber virtuelle Basis %qTZeiger auf Elementtyp %qT mit Objekttyp %qT inkompatibelZeigertyp passt nicht in bedingtem AusdruckZeigerwert verwendet, wo Â»complexÂ« erwartet wurdeZeigerwert verwendet, wo Gleitkommawert erwartet wurdeZeiger auf Elementfunktion %E kann nicht ohne Objekt aufgerufen werden; Beispiele: .* oder ->*Typ fÃ¼r Zeiger auf Elementfunktion %qT braucht einen lvalueTyp fÃ¼r Zeiger auf Elementfunktion %qT braucht einen rvalueZeiger-/Ganzzahltyp passt nicht in bedingtem AusdruckZeiger sind nicht als case-Werte zugelassenZeiger auf Arrays mit unterschiedlichen Qualifizierern sind in ISO-C inkompatibelZeiger auf disjunkte AdressrÃ¤ume in bedingtem Ausdruck verwendetpolymorphes ArgumentPosition plus GrÃ¶ÃŸe Ã¼berschreitet die GrÃ¶ÃŸe des referenzierten Objekts in BIT_FIELD_REFlageunabhÃ¤ngiger Code nicht unterstÃ¼tztlageunabhÃ¤ngiger Code erfordert %qslageunabhÃ¤ngiger Code erfordert das Linux-ABIpositionelle Initialisierung eines Feldes in %<struct%>, die mit dem %<designated_init%>-Attribut deklariert wurdemÃ¶gliches Problem bei Aufruf des Â»delete[]Â«-Operators erkanntmÃ¶gliches Problem bei Aufruf des Â»deleteÂ«-Operators erkanntPost-Increment-Adresse ist kein RegisterSuffix-%qD muss %<int%> als sein Argument nehmenSuffix-%qD muss %<int%> als sein zweites Argument nehmenSuffix-%qD sollte %qT zurÃ¼ckgebenMÃ¶gliche Dereferenzierung eines NullzeigersÂ»pragma simdÂ« wird ignoriert, da Â»-fcilkplusÂ« nicht eingeschaltet istÂ»pragma simdÂ« muss innerhalb einer Funktion seinPre-Decrement-Adresse ist kein RegisterPre-Increment-Adresse ist kein RegisterGenauigkeitGenauigkeit im printf-Formatvordeklarierter arithmetischer Typ %qT in %<#pragma omp declare reduction%>vordefinierter arithmetischer Typ in %<#pragma omp declare reduction%>bedingter Thumb-Befehlbedingter Befehl in bedingter Sequenzvorzugsweise Register reservieren, die kurze Befehle ermÃ¶glichenPrÃ¤fix-%qD sollte %qT zurÃ¼ckgebenPrÃ¤fix-Attribute vor %<@%D%> werden ignoriertPrÃ¤fixattribute werden fÃ¼r Implementierungen ignoriertPrÃ¤fixattribute werden fÃ¼r Methoden ignoriertprev_bb von %d sollte %d sein, nicht %dvorheriges %<#pragma omp declare reduction%>vorherige Deklaration von %<pragma omp declare reduction%>vorherige Deklarationvorherige Deklaration von %q#Dvorherige Deklaration %qDvorherige Deklaration %qD verwendete %d Template-Parametervorherige Deklaration %qD verwendete %d Template-Parameterbisherige Deklaration als %q#Dvorherige Deklaration hiervorherige Deklaration von %<%c%E%>vorherige Deklaration von %<%c%E%> als %<@optional%>vorherige Deklaration von %<%c%E%> als %<@required%>vorherige Deklaration von %<%c%s%>vorherige Deklaration von %Dvorherige Deklaration von %q+DVorherige Deklaration von %q+D war hiervorherige Deklaration von %qDvorherige Deklaration von %qD war hiervorherige Deklaration von %qEbisherige Deklaration von Namensraum %qD hierbisherige Deklaration mit %qL-Bindungvorherige Definition hiervorherige Definition von %q#TVorherige Definition von %q+D war hiervorherige Definition von %qD war hiervorherige externe Deklaration von %q#DVorherige implizite Deklaration von %q+D war hiervorherige Deklaration %q+#D einer Nicht-Funktionvorherige Nicht-Prototyp-Definition hierbisherige Spezifikation in %q+#D hiervorher hier deklariertvorher hier definiertvorher hier als %s definiertBereits hier verwendetprimÃ¤res Template %qDursprÃ¼ngliches Template hierprivates Element %q#D in anonymer structprivates Element %q#D in anonymer UnionProblem beim Erstellen des Zielbilds fÃ¼r %s
--- 2477,2483 ----
  Falscher Hinweis-OperandFalscher Befehl:Falsche Anzahl der Argumente fÃ¼r Funktion %qEfalsche Anzahl der Elemente eines VektorkonstruktorsFalscher Rundungsoperandincorrect setting of landing pad numberincorrect sharing of tree nodesfalscher Typ der Elemente eines Vektorkonstruktorsfalsch geschachtelter OpenACC-SchleifenparallelismusInkrementausdruck verweist auf Schleifenvariable %qDInkrementieren eines booleschen AusdrucksErhÃ¶hung des konstanten Feldes %qDSchrittweite von AufzÃ¤hlungswerten (enum) ist in C++ ungÃ¼ltigErhÃ¶hung der Funktion %qDErhÃ¶hung des Elements %qD in schreibgeschÃ¼tztem ObjektInkrementieren eines Zeigers auf unvollstÃ¤ndigen Typ %qTErhÃ¶hung der schreibgeschÃ¼tzten Speicherstelle %qEErhÃ¶hung des schreibgeschÃ¼tzten Elementes %qDErhÃ¶hung des schreibgeschÃ¼tzten benannten RÃ¼ckgabewertes %qDErhÃ¶hung des schreibgeschÃ¼tzten Parameters %qDErhÃ¶hung der schreibgeschÃ¼tzten Referenz %qDErhÃ¶hung der schreibgeschÃ¼tzten Variable %qDerhÃ¶hter AufzÃ¤hlungswert ist zu groÃŸ fÃ¼r %<long%>erhÃ¶hter AufzÃ¤hlungswert ist zu groÃŸ fÃ¼r %<unsigned long%>Index %E markiert einen Offset grÃ¶ÃŸer als die GrÃ¶ÃŸe von %qTIndex in Dimension %d ist auÃŸerhalb der Grenzen bei %LIndex muss eine Ganzzahl seinIndexwert statt Feldname in Union-InitialisierungIndexwert ist auÃŸerhalb der GrenzenHÃ¤ufigkeit %i der indirekten Aufrufe entspricht nicht der BB-HÃ¤ufigkeit %iindirekte Funktion %q+D kann nicht als Â»schwachÂ« deklariert werdenindirekte Funktion %q+D kann nicht als Â»weakrefÂ« deklariert werdenIndirekter Funktionsaufruf mit noch unbekanntem Aufruferindirekte SprÃ¼nge sind auf dieser Zielmaschine nicht verfÃ¼gbarIndirektion greift nicht auf Objekt unvollstÃ¤ndigen Typs %qT in ErhÃ¶hungsausdruck zuIndirektion greift nicht auf Objekt unvollstÃ¤ndigen Typs %qT in linkem Operanden des Kommaoperators zuIndirektion greift nicht auf Objekt unvollstÃ¤ndigen Typs %qT in rechtem Operanden des Kommaoperators zuIndirektion greift nicht auf Objekt unvollstÃ¤ndigen Typs %qT in zweitem Operanden des bedingten Ausdrucks zuIndirektion greift nicht auf Objekt unvollstÃ¤ndigen Typs %qT in Anweisung zuIndirektion greift nicht auf Objekt unvollstÃ¤ndigen Typs %qT in drittem Operanden des bedingten Ausdrucks zuIndirektion greift nicht auf Objekt des nicht trivial kopierbaren Typs %qT in ErhÃ¶hungsausdruck zuIndirektion greift nicht auf Objekt des nicht trivial kopierbaren Typs %qT im linken Operanden des Kommaoperators zuIndirektion greift nicht auf Objekt des nicht trivial kopierbaren Typs %qT im rechten Operanden des Kommaoperators zuIndirektion greift nicht auf Objekt des nicht trivial kopierbaren Typs %qT im zweiten Operanden des bedingten Ausdrucks zuIndirektion greift nicht auf Objekt des nicht trivial kopierbaren Typs %qT in Anweisung zuIndirektion greift nicht auf Objekt des nicht trivial kopierbaren Typs %qT im dritten Operanden des bedingten Ausdrucks zuabgeleiteter skalarer Typ %qT muss ein Ganzzahl- oder Gleitkommatyp derselben GrÃ¶ÃŸe wie %qT seingeerbter Konstruktor %qD ist nicht Â»constexprÂ«erbende Konstruktoren nur mit -std=c++11 oder -std=gnu++11 verfÃ¼gbarinit-Funktion im Objekt %s gefundenÂ»init-statement in AuswahlanweisungenÂ« ist nur mit -std=c++1z oder -std=gnu++1z verfÃ¼gbarinit_arglist(): too many argumentsInitialisierung streicht Qualifizierer %qv von Zeiger-ZieltypInitialisierung von anderem Objective-C-TypInitialisierung von inkompatiblem ZeigertypInitialisierung von Zeiger auf nicht enthaltenen AdressraumLinke-Initialisierung kÃ¶nnte Kandidat fÃ¼r Formatattribut seinInitialisierung erzeugt aus unqualifiziertem einen qualifizierten Funktionszeiger %q#vInitialisierung erzeugt Ganzzahl von Zeiger ohne TypkonvertierungInitialisierung erzeugt Zeiger von Ganzzahl ohne TypkonvertierungInitialisierung eines flexiblen Array-ElementsInitialisierung der allgemeinen Blockvariable %qs in DATA-Anweisung bei %CInitialisierung eines flexiblen Array-Elements in geschachteltem KontextInitialisierung des new-Ausdrucks fÃ¼r Typ %<auto%> erfordert genau ein ElementInitialisierung eines nicht-konstanten Referenztyps %q#T von R-Wert des Typs %qTInitialisierung des %<volatile%>-Referenztyps %q#T von R-Wert des Typs %qTInitialisierungen fÃ¼r mehrere Elemente von %qTinitialisiertes Feld Ã¼berschriebeninitialisiertes Feld mit Seiteneffekten Ã¼berschriebeninitialisierte Variable %q+D ist als Â»dllimportÂ« markiertInitialisierungselement ist kein konstanter AusdruckInitialisierungs-Element ist zur Lade-Zeit nicht berechenbarInitialisierungselement ist nicht konstantInitialisierung endet vorzeitigInitialisierungsausdruck verweist auf Iterationsvariable %qDInitialisierung gibt nicht die GrÃ¶ÃŸe von %q+D anInitialisierung gibt nicht die GrÃ¶ÃŸe von %qD anInitialisierung gibt nicht die GrÃ¶ÃŸe von %qT anInitialisierung fÃ¼r %<decltype(auto) %D%> hat Funktionstyp (%<()%> vergessen?)Initialisierung fÃ¼r %q#D ist ungÃ¼ltigInitialisierung fÃ¼r %qT muss geklammert seinInitialisierung eines flexiblen Arrayelements %q#DInitialisierung fÃ¼r Gleitkommawert ist keine GleitkommakonstanteInitialisierung fÃ¼r Ganzzahl-/Gleitkommazahlwert ist zu kompliziertInitialisierung in bereichsbasierter %<for%>-SchleifeInitialisierung ungÃ¼ltig fÃ¼r statisches Element mit KonstruktorInitialisierung fÃ¼r Funktion bereitgestelltInitialisierung fÃ¼r Â»friendÂ«-Funktion %qD angegebenInitialisierung fÃ¼r nicht-virtuelle Methode %q+D angegebenInitialisierung fÃ¼r statische Element-Funktion %qD angegebenInitialisierungs-Zeichenkette fÃ¼r char-Array ist zu langeingegebener Klassenname %qD als Template-Templateargument verwendetÂ»inlineÂ«-Clone in gleicher Comdat-GruppenlisteAusgabe fÃ¼r Inline-Kopie erzwungenInline-Kopie mit Adresse genommenCode inline einbetten, um Befehlscache nach dem Aufsetzen verschachtelter Funktionstrampoline zu verwerfen.inline-Deklaration von %qD folgt Deklaration mit Attribut noinlineÂ»inlineÂ«-Funktion %q+D ist als Â»dllimportÂ« deklariert: Attribut ignoriertInline-Funktion %q+D deklariert, aber nirgendwo definiertÂ»inlineÂ«-Funktion %q+D als Â»schwachÂ« deklariertinline-Funktion %q+D wurde das Attribut Â»noinlineÂ« gegebeninline-Funktion %qD wurde das Attribut Â»noinlineÂ« gegebeninline-Funktion %qD verwendet, aber nirgendwo definiertÂ»inlineÂ« NamensrÃ¤ume nur mit -std=c++11 oder -std=gnu++11 verfÃ¼gbarÂ»inlineÂ«-Variablen sind nur mit -std=c++1z oder -std=gnu++1z verfÃ¼gbarinlined_to-Zeiger gesetzt, aber keine VorgÃ¤nger gefundeninlined_to-Zeiger ist falschInlined_to-Zeiger verweist auf sich selbstinlined_to-Zeiger fÃ¼r Nicht-Inline-Aufrufer gesetztÂ»inlineÂ« beim Aufruf von %q+F gescheitert: %sÂ»inlineÂ« beim Aufruf von always_inline %q+F gescheitert: %sinnere Schleife verwendet denselben OpenACC-Parallelismus wie enthaltende SchleifeEingabedatei %qs ist dieselbe wie die AusgabedateiBedingung fÃ¼r Eingabeoperanden enthÃ¤lt %qcinsert_bbt(): Duplicate key found!Einschub auÃŸerhalb des gÃ¼ltigen Bereichs in BIT_INSERT_EXPRBasisblockzeiger des Befehls %d ist %d, sollte %d seinBefehl %d am Ende des Basisblocks %d hat Nicht-NULL als BasisblockBefehl %d im Kopf des Basisblockes %d hat Nicht-NULL als BasisblockBefehl %d ist in mehreren BasisblÃ¶cken (%d und %d)Befehl %d auÃŸerhalb eines Basis-Blockes hat Nicht-NULL als BasisblockfeldBefehlsadressen nicht freigegebenBefehl enthÃ¤lt eine ungÃ¼ltige Adresse!Befehl erfÃ¼llt nicht seine Bedingungen:Befehl auÃŸerhalb eines Basis-BlockesBefehl mit UID %i nicht gefunden fÃ¼r Operand %i (Â»%sÂ«) von Befehl %iBefehl mit UID %i nicht gefunden fÃ¼r Operand %i von Befehl %iinstalliere: %s%s
  Installationsfehler, crtoffloadtable.o kann nicht gefunden werdenin Klassenmethode wird auf Instanzvariable %qE zugegriffenInstanzvariable %qE ist Â»%sÂ«; dies wird zukÃ¼nftig ein schwerer Fehler seinInstanzvariable %qE ist als Â»%sÂ« deklariertInstanzvariable %qE ist als Â»privateÂ« deklariertInstanzvariable %qs hat unbekannte GrÃ¶ÃŸeInstanzvariable %qs ist als Â»privateÂ« deklariertInstanzvariable %qs verwendet flexibles ArrayelementZuweisung der Instanzvariable wurde abgefangenBefehl wird niemals ausgefÃ¼hrtBefehlsplanung wird von dieser Zielmaschine nicht unterstÃ¼tztZu wenig Argumente fÃ¼r Ã¼berladene Funktion %sunzureichende Informationen fÃ¼r Typbestimmung aus Kontextunzureichende Partitionierung verfÃ¼gbar, um die Elementschleife zu parallelisierenunzureichende Partitionierung verfÃ¼gbar, um Schleife zu parallelisierenunzureichende Partitionierung verfÃ¼gbar, um die Kachelschleife zu parallelisierenGanzzahlarray mit unvertrÃ¤glicher wide-Zeichenkette initialisiertint-Array mit Nicht-wide-Zeichenkette initialisiertGanzzahlkonstante ist zu groÃŸ fÃ¼r %<unsigned long%>-TypGanzzahldivision durch NullGanzzahlliteral Ã¼berschreitet Wertebereich des Typs %qTGanzzahlÃ¼berlauf in ArraygrÃ¶ÃŸeGanzzahlÃ¼berlauf in AusdruckGanzzahl-Suffix %qs durch Implementierung Ã¼berdecktGanzzahlausdruck %qE ist nicht konstantPrÃ¤zision des eingebauten Ergebnistypen passt nicht zur FeldgrÃ¶ÃŸe des BIT_FIELD_REFOptimierungen zwischen Modulen noch nicht implementiert fÃ¼r C++die Schnittstelle %qE hat keine gÃ¼ltige Form einer konstanten Zeichenketteinterner Compiler-FehlerInterner Compiler-Fehler. Falsche Adresse:Interner Compiler-Fehler. Falsche Verschiebung:Interner Compiler-Fehler. Unbekannter Modus:interner Compiler-Fehler: internes Konsistenzprobleminterner Fehler: falsches Register: %dinternal error: builtin function %s already processedinternal error: builtin function %s had an unexpected return type %sinternal error: builtin function %s, argument %d had unexpected argument type %sinterner Fehler: cris_side_effect_mode_ok mit falschen Operandeninterner Fehler: Seiteneffekt-Befehl wirkt sich auf Haupteffekt ausInterne Prozedur %qs bei %L steht in Konflikt mit DUMMY-Argumentinterne Einheit in WRITEInterrupt-Dienst-Routinen kÃ¶nnen nicht im Â»ThumbÂ«-Modus codiert werdenInterrupthandler kÃ¶nnen keine MIPS16-Funktionen seinInterrupthandler kÃ¶nnen keine Argumente habenInterrupt-Service-Routine darf nur ein Zeiger- und ein optionales Ganzzahl-Argument habenInterrupt-Dienst-Routinen kÃ¶nnen nicht direkt aufgerufen werdenInterrupt-Service-Routine muss den RÃ¼ckgabetyp Â»voidÂ« habenin Interrupt-Service-Routinen sollte das erste Argument ein Zeiger seinin Interrupt-Service-Routinen sollte das zweite Argument vom Typ Â»unsigned %sintÂ« seinInterruptvektor fÃ¼r %qE-Attribut ist nicht vector=(sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5)interrupt_thread ist nur auf Fido verfÃ¼gbarintrinsischer Registerindex ist auÃŸerhalb des gÃ¼ltigen Bereichsinnere Variable, die keine Prozedur istungÃ¼ltiges #pragma %sungÃ¼ltiger %%%c-OperandungÃ¼ltiger %%-CodeungÃ¼ltiger %%A-OperandungÃ¼ltiger %%B-OperandungÃ¼ltiger %%C-OperandungÃ¼ltiger %%C-WertungÃ¼ltiger %%D-OperandungÃ¼ltiger %%D-WertungÃ¼ltiger %%E-WertungÃ¼ltiger %%F-WertungÃ¼ltiger Modus %%GungÃ¼ltiger %%G-WertungÃ¼ltiger %%H-OperandungÃ¼ltiger %%H-SpezifiziererungÃ¼ltiger %%I-OperandungÃ¼ltiger %%J-CodeungÃ¼ltiger %%J-WertungÃ¼ltiger %%K-WertungÃ¼ltiger %%L-OperandungÃ¼ltiger %%L-WertungÃ¼ltiger %%M-OperandungÃ¼ltiger %%M-WertungÃ¼ltiger %%N-OperandungÃ¼ltiger %%N-WertungÃ¼ltiger %%O-WertungÃ¼ltiger %%P-OperandungÃ¼ltiger %%P-WertungÃ¼ltiger %%R-WertungÃ¼ltiger %%T-WertungÃ¼ltiger %%U-WertungÃ¼ltiger %%Y-OperandungÃ¼ltiger %%c-OperandungÃ¼ltiger %%d-OperandungÃ¼ltiger %%d-WertungÃ¼ltiger %%e-WertungÃ¼ltiger %%f-OperandungÃ¼ltiger %%f-WertungÃ¼ltiger %%h-OperandungÃ¼ltiger %%h-WertungÃ¼ltiger %%i-OperandungÃ¼ltiger %%j-CodeungÃ¼ltiger %%j-OperandungÃ¼ltiger %%j-WertungÃ¼ltiger %%k-WertungÃ¼ltiger %%m-WertungÃ¼ltiger %%p-WertungÃ¼ltiger %%q-WertungÃ¼ltiger %%r-OperandungÃ¼ltiger %%r-WertungÃ¼ltiger %%s-OperandungÃ¼ltiger %%s-WertungÃ¼ltiger %%t-OperandungÃ¼ltiger %%t-Operand 'ungÃ¼ltiger %%t/%%b-WertungÃ¼ltiger %%u-WertungÃ¼ltiger %%v-WertungÃ¼ltiger %%x-WertungÃ¼ltiger %%xn-CodeungÃ¼ltiger %%y-Wert, bitte Â»ZÂ«-Bedingung probierenungÃ¼ltiges Â»asmÂ«: ungÃ¼ltige (Zeiger-) Operanden fÃ¼r Plus/MinusungÃ¼ltiger Name %qs fÃ¼r --paramungÃ¼ltiger Name %qs fÃ¼r --param; meinten Sie %qs?ungÃ¼ltiger Wert fÃ¼r --param: %qsungÃ¼ltiges CASE_CHAINungÃ¼ltiges IACC-ArgumentungÃ¼ltige LHS in GIMPLE-AufrufUngÃ¼ltiger Objective-C++-SelektornameungÃ¼ltige OpenACC-Klausel im Datei-GÃ¼ltigkeitsbereichinvalid PHI argumentinvalid PHI resultungÃ¼ltiges UNSPEC als OperandungÃ¼ltiges UNSPEC als Operand: %dungÃ¼ltiges _LiteralungÃ¼ltiger abstrakter Parametertyp %qTungÃ¼ltiger abstrakter RÃ¼ckgabetyp %qTungÃ¼ltiger abstrakter RÃ¼ckgabetyp fÃ¼r Funktion %q+#DungÃ¼ltiger abstrakter RÃ¼ckgabetyp fÃ¼r Elementfunktion %q+#DungÃ¼ltiger abstrakter Typ %qT fÃ¼r %qEungÃ¼ltiger abstrakter Typ fÃ¼r %q+DungÃ¼ltiger Zugriff auf nicht-statisches Datenelement %qD in virtueller Basis des NULL-ObjektesungÃ¼ltige AdresseungÃ¼ltige Adresse fÃ¼r Ausgabemodifizierer Â»OÂ«ungÃ¼ltige Adresse fÃ¼r Ausgabemodifizierer Â»RÂ«ungÃ¼ltige Adresse fÃ¼r Ausgabemodifizierer Â»SÂ«ungÃ¼ltiger Adressoperand in MEM_REFungÃ¼ltiger Adressoperand in TARGET_MEM_REFungÃ¼ltiger AdressierungsmodusungÃ¼ltige Ausrichtung fÃ¼r %<#pragma align%> - ignoriertUngÃ¼ltiger Ausrichtungswert fÃ¼r %<__builtin_arc_aligned%>ungÃ¼ltige Anwendung von %<__alignof%> auf ein BitfeldungÃ¼ltige Anwendung von %<sizeof%> auf ein BitfeldUngÃ¼ltige Anwendung von %<sizeof%> auf einen FunktionstypenungÃ¼ltige Anwendung von %qs auf ElementfunktionUngÃ¼ltige Anwendung von %qs auf einen void-TypenUngÃ¼ltige Anwendung von %qs auf Arraytyp %qT mit unvollstÃ¤ndigem ElementtypUngÃ¼ltige Anwendung von %qs auf unvollstÃ¤ndigen Typen %qTUngÃ¼ltiges Argument %d fÃ¼r eingebaute Funktion %qFungÃ¼ltiges Argument %qs fÃ¼r -fdebug-prefix-mapungÃ¼ltiges Argument fÃ¼r Attribut %qEungÃ¼ltiges Argument fÃ¼r Attribut %qsUngÃ¼ltiges Argument von SQRT bei %LungÃ¼ltiges Argument fÃ¼r %qDungÃ¼ltiges Argument fÃ¼r eingebaute FunktionungÃ¼ltiges Argument fÃ¼r eingebaute Funktion Â»%sÂ«ungÃ¼ltiges Argument fÃ¼r GIMPLE-AufrufungÃ¼ltige ArgumenteUngÃ¼ltige ArrayzuweisungungÃ¼ltige Spezifizierung der BasisklasseungÃ¼ltiger Zweig zu/von strukturiertem %s-BlockungÃ¼ltige Â»caseÂ«-Marke in switch-AnweisungungÃ¼ltiger Â»caseÂ«-Bereich in switch-AnweisungungÃ¼ltige Umwandlung von Typ %qT in Typ %qTungÃ¼ltige Typumwandlung eines R-Wert-Ausdrucks des Typs %qT in Typ %qTungÃ¼ltige Umwandlung in abstrakte Klasse %qTungÃ¼ltige Umwandlung in Funktionstyp %qTungÃ¼ltiger Klassenname in Deklaration von %qDungÃ¼ltige Kombination mehrerer Typ-Spezifiziererinvalid comparison code in gimple condungÃ¼ltiger Vergleich eines generierten ArraysungÃ¼ltiger Vergleich mit einer generierten StrukturungÃ¼ltiger Vergleich von nil mit nilungÃ¼ltiger Vergleich eines nicht-vergleichbaren ArraysungÃ¼ltiger Vergleich einer nicht-vergleichbaren StrukturungÃ¼ltiger Vergleich eines nicht-vergleichbaren TypsungÃ¼ltiger Vergleich ungeordneter TypenungÃ¼ltiger Vergleichsoperator fÃ¼r Ausgabemodifizierer Â»EÂ«ungÃ¼ltiger bedingter OperandungÃ¼ltiges const_cast von Typ %qT in Typ %qTungÃ¼ltiges const_cast eines R-Wertes des Typs %qT in Typ %qTungÃ¼ltiger const_double-OperandungÃ¼ltige KonstanteUngÃ¼ltige Konstante â€“ anderen Ausgabemodifizierer probierenungÃ¼ltige Konstante fÃ¼r Ausgabemodifizierer Â»%cÂ«ungÃ¼ltige Konstante in %<#pragma %s%>ungÃ¼ltige Konstante in %<#pragma pack%> - ignoriertungÃ¼ltiger konstanter Vektor fÃ¼r Ausgabemodifizierer Â»%cÂ«ungÃ¼ltiger beschrÃ¤nkter TypparameterungÃ¼ltige Bedingungen fÃ¼r OperandungÃ¼ltiger Konstruktor; wahrscheinlich war %<%T (const %T&)%> gemeintSteuerprÃ¤dikat ungÃ¼ltigungÃ¼ltige Umwandlung von %<__fpreg%>ungÃ¼ltige Umwandlung von %qT in %qTungÃ¼ltige Umwandlung in GIMPLE-AufrufungÃ¼ltige Umwandlung in Â»returnÂ«-AnweisungungÃ¼ltige Umwandlung in %<__fpreg%>ungÃ¼ltige Umwandlung in Typ %qT von Typ %qTungÃ¼ltiger kovarianter RÃ¼ckgabetyp fÃ¼r %q#DungÃ¼ltiger kovarianter RÃ¼ckgabetyp fÃ¼r %q+#DungÃ¼ltige CPU Â»%sÂ« fÃ¼r %s"%s"%sUngÃ¼ltige Option fÃ¼r Datenmodell -mdata-model=%sungÃ¼ltige Deklaration von %<%T::%E%>ungÃ¼ltige Deklaration eines Elementtemplates in lokaler KlasseungÃ¼ltiger DeklaratorungÃ¼ltiges Standardargument fÃ¼r einen Template-TemplateparameterungÃ¼ltige %<default%>-Marke in switch-AnweisungungÃ¼ltige Definition des qualifizierten Typen %qTungÃ¼ltige AbhÃ¤ngigkeitsartungÃ¼ltige AbhÃ¤ngigkeitsart in omp %<ordered%> %<depend%>ungÃ¼ltige Â»dist_scheduleÂ«-ArtungÃ¼ltiger Elementtyp fÃ¼r Attribut %qsungÃ¼ltiges Encoding-PrÃ¤fix in Literal-OperatorungÃ¼ltiger Eintritt in strukturierten %s-BlockungÃ¼ltiger Austritt aus strukturiertem %s-BlockungÃ¼ltiger Ausgang von strukturiertem OpenMP-BlockungÃ¼ltige explizite SpezialisierungungÃ¼ltiger Ausdruck â€“ anderen Ausgabemodifizierer probierenungÃ¼ltiger Ausdruck als OperandungÃ¼ltiger Ausdruck fÃ¼r Min-L-WertungÃ¼ltiger Ausdruck fÃ¼r Ausgabemodifizierer Â»%cÂ«ungÃ¼ltiger Ausdruckstyp fÃ¼r %<#pragma omp atomic%>ungÃ¼ltiges Fehler-Speichermodell fÃ¼r %<__atomic_compare_exchange%>fehlender Feature-Modifizierer %qs fÃ¼r Â»archÂ«-Ziel Â»%sÂ«fehlender Eigenschaftsmodifizierer %qs fÃ¼r Â»cpuÂ«-Ziel %qsunbekannter Feature-Modifizierer in %<-march=%s%>unbekannter Feature-Modifizierer in %<-mcpu=%s%>ungÃ¼ltiger Eigenschaftsmodifizierer in Ziel%qs %qsungÃ¼ltiger erster Operand von MEM_REFungÃ¼ltige Form von %<#pragma omp atomic%>ungÃ¼ltiges Format von %sungÃ¼ltige FPU fÃ¼r Â»attribute(target("%s"))Â«ungÃ¼ltige FunktionsdeklarationungÃ¼ltige Funktion in GIMPLE-AufrufungÃ¼ltige KorngrÃ¶ÃŸe fÃ¼r _Cilk_forungÃ¼ltiger ID-Wert fÃ¼r Interrupt-/Exception-AttributungÃ¼ltiger ID-Wert fÃ¼r Â»resetÂ«-AttributungÃ¼ltige Initialisierung innerhalb der Klasse des statischen Datenelements vom nicht eingebauten Typen %qTErhÃ¶hungsausdruck ungÃ¼ltigungÃ¼ltiger Anfangswert fÃ¼r Element %qEungÃ¼ltige Initialisierung einer nicht-konstanten Referenz des Typs %qT von R-Wert des Typs %qTungÃ¼ltige Initialisierung einer Referenz des Typs %qT von Ausdruck des Typs %qTungÃ¼ltige InitialisierungungÃ¼ltige InitialisierungsklauselungÃ¼ltige Initialisierung fÃ¼r %q#DungÃ¼ltige Initialisierung fÃ¼r Arrayelement %q#DungÃ¼ltige Initialisierung fÃ¼r Elementfunktion %qDUngÃ¼ltiger Befehl:ungÃ¼ltiges Schleifenvariable in schneller AufzÃ¤hlungUngÃ¼ltiger Marken in GIMPLE-BedingungungÃ¼ltige linke Seite einer ZuweisungungÃ¼ltige Zeile in AuflÃ¶sungsdateiungÃ¼ltige BindungsspezifikationungÃ¼ltiger Ort fÃ¼r %<pragma %s%>, ignoriertungÃ¼ltiger L-Wert in asm-Ausgabe %dungÃ¼ltige ZuordnungsartungÃ¼ltige MaskeungÃ¼ltiger Maskentyp in VektorpermutationsausdruckungÃ¼ltige ElementfunktionsdeklarationungÃ¼ltige Elementtemplatedeklaration %qDungÃ¼ltiges Argument %d fÃ¼r Speichermodell von %qEungÃ¼ltiges Speichermodell-Argument fÃ¼r eingebaute FunktionungÃ¼ltiges Speichermodell fÃ¼r %<__atomic_load%>ungÃ¼ltiges Speichermodell fÃ¼r %<__atomic_store%>ungÃ¼ltiger new-Ausdruck fÃ¼r abstrakte Klasse %qTungÃ¼ltige NMI-Funktion fÃ¼r Â»resetÂ«-AttributungÃ¼ltiges Templateargument ohne TypungÃ¼ltige Nicht-Vektor-Operanden fÃ¼r vektorwertiges PlusungÃ¼ltige Anzahl von Operanden fÃ¼r __FMAungÃ¼ltige offload-Tabelle in %sungÃ¼ltiger Offset-Operand in MEM_REFungÃ¼ltiger Offset-Operand in TARGET_MEM_REFungÃ¼ltiger Offset-Operand von MEM_REFungÃ¼ltiger OperandungÃ¼ltige OperandenadresseungÃ¼ltiger Operandencode Â»%cÂ«ungÃ¼ltiger Operand fÃ¼r Â»%%%cÂ«ungÃ¼ltiger Operand fÃ¼r Modifizierer Â»AÂ«ungÃ¼ltiger Operand fÃ¼r Modifizierer Â»DÂ«ungÃ¼ltiger Operand fÃ¼r Modifizierer Â»HÂ«ungÃ¼ltiger Operand fÃ¼r Modifizierer Â»OÂ«ungÃ¼ltiger Operand fÃ¼r Modifizierer Â»TÂ«ungÃ¼ltiger Operand fÃ¼r Modifizierer Â»bÂ«ungÃ¼ltiger Operand fÃ¼r Modifizierer Â»eÂ«ungÃ¼ltiger Operand fÃ¼r Modifizierer Â»mÂ«ungÃ¼ltiger Operand fÃ¼r Modifizierer Â»oÂ«ungÃ¼ltiger Operand fÃ¼r Modifizierer Â»pÂ«ungÃ¼ltiger Operand fÃ¼r Spezifizierer Â»rÂ«ungÃ¼ltiger Operand fÃ¼r Modifizierer Â»zÂ«ungÃ¼ltiger Operand fÃ¼r Code Â»%cÂ«ungÃ¼ltiger Operand in indirekter ReferenzungÃ¼ltiger Operand in Â»returnÂ«-AnweisungungÃ¼ltiger Operand in unÃ¤rem AusdruckungÃ¼ltiger Operand in unÃ¤rer OperationungÃ¼ltiger Modifizierer-Buchstabe fÃ¼r OperandungÃ¼ltiger Operanden-AusgabecodeungÃ¼ltiges OperandenprÃ¤fixungÃ¼ltiger OperandenprÃ¤fix Â»%%%cÂ«ungÃ¼ltige OperandengrÃ¶ÃŸe fÃ¼r Operandencode Â»OÂ«ungÃ¼ltige OperandengrÃ¶ÃŸe fÃ¼r Operandencode Â»ZÂ«ungÃ¼ltige OperandengrÃ¶ÃŸe fÃ¼r Operandencode Â»zÂ«ungÃ¼ltiger Operand fÃ¼r %%H/%%L-CodeungÃ¼ltiger Operand fÃ¼r Code %%MungÃ¼ltiger Operand fÃ¼r Code %%NungÃ¼ltiger Operand fÃ¼r Code %%OungÃ¼ltiger Operand fÃ¼r %%RungÃ¼ltiger Operand fÃ¼r %%R-CodeungÃ¼ltiger Operand fÃ¼r %%SungÃ¼ltiger Operand fÃ¼r Code %%T/%%BungÃ¼ltiger Operand fÃ¼r %%U-CodeungÃ¼ltiger Operand fÃ¼r %%V-CodeungÃ¼ltiger Operand fÃ¼r Code %%ZungÃ¼ltiger Operand fÃ¼r Code %%pungÃ¼ltiger Operand fÃ¼r Code %%sungÃ¼ltiger Operand fÃ¼r Code %%zungÃ¼ltiger Operand fÃ¼r Plus/Minus, Typ ist ein ZeigerungÃ¼ltiger Operand fÃ¼r Zeiger-Plus, erster Operand ist kein ZeigerungÃ¼ltiger Operand fÃ¼r Zeiger-Plus, zweiter Operand ist kein Ganzzahltyp mit passender BreiteungÃ¼ltiger Operand fÃ¼r switch-AnweisungungÃ¼ltiger Operandentyp mit Operandencode Â»ZÂ« verwendetungÃ¼ltige Operanden in binÃ¤rer OperationungÃ¼ltige Operanden in GIMPLE-VergleichungÃ¼ltige Operanden in ternÃ¤rer OperationungÃ¼ltige Operanden der Typen %qT und %qT fÃ¼r binÃ¤res %qOungÃ¼ltige Operanden in ArrayreferenzUngÃ¼ltige Operanden fÃ¼r binÃ¤res %s (haben %qT und %qT)ungÃ¼ltige OperationungÃ¼ltige Operation (%s)ungÃ¼ltige Operation auf %<__fpreg%>ungÃ¼ltiger Operator fÃ¼r %<#pragma omp atomic%>ungÃ¼ltiger Parameter %qsungÃ¼ltige Parameterkombination fÃ¼r AltiVec-spezifisches intrinsisches %sungÃ¼ltige Parameterkombination fÃ¼r intrinsisches %qsungÃ¼ltiger Parametertyp %qTungÃ¼ltige DurchlaufpositionierungsoperationUngÃ¼ltiger Zeigermodus %qsungÃ¼ltiger Zeiger auf Bitfeld %qDungÃ¼ltige Position oder GrÃ¶ÃŸe fÃ¼r BIT_INSERT_EXPRungÃ¼ltiger Positions- oder GrÃ¶ÃŸenoperand fÃ¼r BIT_FIELD_REFungÃ¼ltige Â»privateÂ«-Reduktion auf %qEungÃ¼ltige Â»proc_bindÂ«-ArtungÃ¼ltige EigenschaftsdeklarationungÃ¼ltiger Prototyp fÃ¼r Â»%sÂ«ungÃ¼ltiges Zeichen %qc in BedingungungÃ¼ltiger Â»pure constÂ«-Status fÃ¼r FunktionungÃ¼ltige reine Spezifikation (nur %<= 0%> ist erlaubt)ungÃ¼ltige Qualifizierer an Nicht-Element-FunktionstypungÃ¼ltiger angegebener GÃ¼ltigkeitsbereich in Pseudodestruktor-NameungÃ¼ltiges Empfangen auf Nur-Sende-KanalungÃ¼ltiger EmpfÃ¤ngertyp %qsungÃ¼ltige Redeklaration von %q+DungÃ¼ltiger reduction-identifierungÃ¼ltige Referenz fÃ¼r Ausgabemodifizierer Â»JÂ«ungÃ¼ltiger ReferenzprÃ¤fixungÃ¼ltiger Registername fÃ¼r %q+DungÃ¼ltige AuflÃ¶sung in AuflÃ¶sungsdateiungÃ¼ltiger RÃ¼ckgabetyp %qT der Funktion %q+D als konstantem AusdruckungÃ¼ltige RHS fÃ¼r GIMPLE-SpeicherungungÃ¼ltige gemeinsame rtl-Verwendung in Befehl gefundenungÃ¼ltige AblaufartUngÃ¼ltiges zweites Argument fÃ¼r %<__builtin_prefetch%>; es wird Null verwendetungÃ¼ltiges Â»sendÂ« auf Nur-Empfangs-KanalungÃ¼ltiger Setter, muss ein Argument habenungÃ¼ltiger SchiebeoperandungÃ¼ltige statische Kette in GIMPLE-AufrufungÃ¼ltiges static_cast vom Typ %qT in den Typ %qTungÃ¼ltige Speicherklasse fÃ¼r Funktion %qEungÃ¼ltiger Wert Â»%dÂ« fÃ¼r Ziel-MemregsungÃ¼ltige Templatedeklaration von %qDungÃ¼ltiger Nicht-Typ-Parameter fÃ¼r TemplateungÃ¼ltige Template-IDUngÃ¼ltiges drittes Argument fÃ¼r %<__builtin_prefetch%>; es wird Null verwendetungÃ¼ltiger Typ %<void%> fÃ¼r %<new%>UngÃ¼ltiger Typ %qT als Initialisierung fÃ¼r einen Vektor des Typs %qTungÃ¼ltiger Typ %qT als %<friend%> deklariertungÃ¼ltiger Typ %qTungÃ¼ltiger Typ %qT fÃ¼r %<->%>ungÃ¼ltiger Typ %qT fÃ¼r %<->*%>ungÃ¼ltiger Typ %qT fÃ¼r ArrayindexungÃ¼ltiger Argumenttyp %qT fÃ¼r implizite UmwandlungungÃ¼ltiger Typ %qT fÃ¼r unÃ¤res %<*%>ungÃ¼ltiger Typ fÃ¼r asm-Flag-AusgabeungÃ¼ltiger Typ fÃ¼r InstanzvariableungÃ¼ltiger Typ fÃ¼r Schleifenvariable %qEungÃ¼ltiger Typ fÃ¼r Â»makeÂ«-FunktionungÃ¼ltiger Typ fÃ¼r Parameter %d der Funktion %q+#D als konstantem AusdruckungÃ¼ltiger Typ fÃ¼r EigenschaftungÃ¼ltige Typen %<%T[%T]%> fÃ¼r FeldindexungÃ¼ltige Typen in AdressraumumwandlungungÃ¼ltige Typen in Umwandlung zu GleitkommaungÃ¼ltige Typen in Umwandlung in GanzzahlungÃ¼ltige Typen Festkomma-UmwandlungungÃ¼ltige Typen in NOP-UmwandlungungÃ¼ltige Verwendung von %%d, %%x oder %%XungÃ¼ltige Verwendung von %<this%> bei Aufruf einer nicht-variadischen FunktionungÃ¼ltige Verwendung von %<...%> mit eingebauter FunktionungÃ¼ltige Verwendung von %<...%> mit Nicht-SliceungÃ¼ltige Verwendung von %<::%>ungÃ¼ltige Verwendung von %<_Cilk_spawn%>ungÃ¼ltige Verwendung von %<auto%> in UmwandlungsoperatorungÃ¼ltige Verwendung von %<auto%> in Default-TemplateargumentungÃ¼ltige Verwendung von %<auto%> in AusnahmespezifikationungÃ¼ltige Verwendung von %<auto%> in TemplateargumentungÃ¼ltige Verwendung der %<extern%>-Variable %qD in %<#pragma acc declare%>ungÃ¼ltige Verwendung der %<global%>-Variable %qD in %<#pragma acc declare%>UngÃ¼ltige Verwendung von %<restrict%>ungÃ¼ltige Verwendung von %<this%> auf hÃ¶chster EbeneungÃ¼ltige Verwendung von %<this%> in Nicht-Element-FunktionungÃ¼ltige Verwendung von %q#T mit flexiblem Arrayelement in %q#TungÃ¼ltige Verwendung von %q#T mit Array der GrÃ¶ÃŸe 0 in %q#DungÃ¼ltige Verwendung von %qDungÃ¼ltige Verwendung von %qD in Spezifizierung der BindungungÃ¼ltige Verwendung von %qE um Zeiger auf Elementfunktion zu erzeugenungÃ¼ltige Verwendung von %qTungÃ¼ltige Verwendung von Â»%%%cÂ«ungÃ¼ltige Verwendung des Modifizierers Â»:Â«ungÃ¼ltige Verwendung eines Zeigers auf einen unvollstÃ¤ndigen Typen in ZeigerarithmetikungÃ¼ltige Verwendung von Arrayindizierung bei Zeiger auf Elementfalsche Verwendung eines Arrays mit unbekannten GrenzenungÃ¼ltige Verwendung der asm-Schalter-AusgabeungÃ¼ltige Verwendung des Attributs %<fallthrough%>ungÃ¼ltige Verwendung von geschweift geklammerter InitialisierungslisteungÃ¼ltige Verwendung von const_cast mit Typ %qT, das ein Zeiger oder Referenz auf Funktionstyp istungÃ¼ltige Verwendung von const_cast mit Typ %qT, das weder Zeiger, Referenz, noch vom Typ eines Zeigers auf Datenelement istungÃ¼ltige Verwendung des Konstruktors als TemplateungÃ¼ltige Verwendung von cv-qualifiziertem Typ %qT in ParameterdeklarationungÃ¼ltige Verwendung des abhÃ¤ngigen Typen %qTungÃ¼ltige Verwendung des Destruktors %qD als TypungÃ¼ltige Verwendung des Destruktors %qE als Typfalsche Verwendung eines flexiblen ArrayelementsungÃ¼ltige Verwendung impliziter Umwandlung bei Zeiger auf Elementfalsche Verwendung des unvollstÃ¤ndigen Typs %q#Tfalsche Verwendung des unvollstÃ¤ndigen typedef %qTungÃ¼ltige Verwendung von %q+D in %<_Cilk_spawn%>ungÃ¼ltige Verwendung des Elements %qD (%<&%> vergessen?)ungÃ¼ltige Verwendung des Elementes %qD in statischer ElementfunktionungÃ¼ltige Verwendung von Elementfunktion %qD (%<()%> vergessen?)ungÃ¼ltige Verwendung eines Methodenwerts als Argument von OffsetofungÃ¼ltige Verwendung eines Nicht-L-Wert-ArraysungÃ¼ltige Verwendung des nicht-statischen Datenelementes %qDungÃ¼ltige Verwendung der nicht-statischen Elementfunktion %qDungÃ¼ltige Verwendung der nicht-statischen Elementfunktion vom Typ %qTungÃ¼ltige Verwendung des nicht-statischen Datenelements %qEfalsche Verwendung eines PackauflÃ¶sungs-AusdruckesungÃ¼ltige Verwendung des Platzhalters %qTungÃ¼ltige Verwendung des qualifizierten Namens %<%D::%D%>ungÃ¼ltige Verwendung des qualifizierten Namens %<%T::%D%>ungÃ¼ltige Verwendung des qualifizierten Namens %<::%D%>ungÃ¼ltige Verwendung einer Struktur mit flexiblem ArrayelementungÃ¼ltige Verwendung des Parameters %qT fÃ¼r Template-TemplateparameterungÃ¼ltige Verwendung des Parameters %qT fÃ¼r TemplatetypungÃ¼ltige Verwendung der Template-ID %qD in Deklaration des ursprÃ¼nglichen TemplatesungÃ¼ltige Verwendung des Template-Namens %qE ohne eine ArgumentlisteungÃ¼ltige Typ-VerwendungungÃ¼ltige Verwendung von Typ %<void%> in ParameterdeklarationungÃ¼ltige Verwendung des Typs %qT als Standardwert fÃ¼r einen Template-TemplateparameterungÃ¼ltige Verwendung des unÃ¤ren %<*%> bei Zeiger auf Elementfalsche Verwendung des undefinierten Typs %qTfalsche Verwendung eines void-Ausdruckesin %<transaction_safe%>-Funktion ist kein volatile lvalue erlaubtungÃ¼ltige Verwendung eines volative lvalue innerhalb einer TransaktionungÃ¼ltige benutzerdefinierte Umwandlung von %qT in %qTungÃ¼ltige Wert-Initialisierung von ReferenztypungÃ¼ltiger Ergebnistyp in VektorvergleichUngÃ¼ltiger Vektortyp fÃ¼r Attribut %qEungÃ¼ltige Versionsnummer %qsungÃ¼ltige Â»warmÂ«-Funktion fÃ¼r Â»resetÂ«-AttributungÃ¼ltige null-Extraktionumgekehrter Scheibenbereichio_kind_name(): bad I/O-kindIPA-Inline-Zusammenfassung fehlt in EingabedateiIPA-Referenzzusammenfassung fehlt in ltrans-Einheitis_c_interoperable(): gfc_simplify_expr faileder ist in einer anderen Ãœbersetzungseinheit als Zeiger in unterschiedlichem Adressraum definierter ist in einer anderen Ãœbersetzungseinheit als Zeiger auf einen anderen Typen definiertes muss ein Zeiger auf ein Element der Form %<&X::Y%> seines muss die Adresse einer Funktion mit externer Bindung seines muss der Name einer Funktion mit externer Bindung seinElement in READZÃ¤hlvariable in schneller AufzÃ¤hlung ist kein ObjektDurchlauf %s fÃ¼hrt zu undefiniertem VerhaltenSchleifenvariable %qD sollte nicht Â»firstprivateÂ« seinSchleifenvariable %qD sollte keine Reduktion seinIterationsvariable %qE ist vorbestimmt linearSchleifenvariable %qE sollte Â»privateÂ« seinSchleifenvariable %qE sollte nicht Â»firstprivateÂ« seinIterationsvariable %qE sollte nicht Â»lastprivateÂ« seinIterationsvariable %qE sollte nicht Â»linearÂ« seinIterationsvariable %qE sollte nicht Â»privateÂ« seinSchleifenvariable %qE sollte nicht Reduktion seinIterationsvariable kann nicht Â»volatileÂ« seinIteratorvariablesein dest_idx sollte %d sein, nicht %dvon %<@synthesize%>-Deklaration verwendete ivar %qs muss eine existierende ivar seiniwmmxt ABI erfordert eine iwmmxt-fÃ¤hige CPUiwmmxt erfordert ein AAPCS-kompatibles ABI fÃ¼r den richtigen Einsatzin GÃ¼ltigkeitsbereich des Bezeichners mit variabel modifiziertem Typen springenSprung in Anweisungs-AusdruckSprung lÃ¤sst Variableninitialisierung ausSprung zur case-MarkeSprung zur Marke %qDAusschuss am Ende von #pragma %sAusschuss am Ende von #pragma ADDRESSAusschuss am Ende von #pragma GCC memregs [0..16]Ausschuss am Ende von #pragma __nostandardAusschuss am Ende von #pragma __standardAusschuss am Ende von #pragma ghs endsdaAusschuss am Ende von #pragma ghs endtdaAusschuss am Ende von #pragma ghs endzdaAusschuss am Ende von #pragma ghs interruptAusschuss am Ende von #pragma ghs sectionAusschuss am Ende von #pragma ghs startsdaAusschuss am Ende von #pragma ghs starttdaAusschuss am Ende von #pragma ghs startzdaAusschuss am Ende von #pragma longcallAusschuss am Ende von %<#pragma %s%>Ausschuss am Ende von %<#pragma GCC pch_preprocess%>Ausschuss am Ende von %<#pragma GCC visibility%>Ausschuss am Ende von %<#pragma align%>Ausschuss am Ende von %<#pragma fini%>Ausschuss am Ende von %<#pragma init%>Ausschuss am Ende von %<#pragma message%>Ausschuss am Ende von %<#pragma pack%>Ausschuss am Ende von %<#pragma pop_options%>Ausschuss am Ende von %<#pragma push_options%>Ausschuss am Ende von %<#pragma redefine_extname%>Ausschuss am Ende von %<#pragma reset_options%>Ausschuss am Ende von %<#pragma weak%>Ausschuss am Ende von Â»#pragma extern_modelÂ«Ausschuss am Ende von Â»#pragma ms_structÂ«Ausschuss am Ende von '#pragma options'Ausschuss am Ende von '#pragma unused'SchlÃ¼sselwort %<export%> nicht implementiert, und wird ignoriertSchlÃ¼sselwort %<typename%> in diesem Kontext nicht erlaubt (eine qualifizierte Elementinitialisierung ist implizit ein Typ)SchlÃ¼sselwort %<typename%> nicht erlaubt in diesem Kontext (die Basisklasse ist implizit ein Typ)SchlÃ¼sselwort %<typename%> nicht auÃŸerhalb von Templates erlaubtMarke Marke %q+D deklariert, aber nicht definiertMarke %q+D definiert, aber nicht verwendetMarke %q+D verwendet, aber nicht definiertMarke %qD hier definiertMarke %qE auÃŸerhalb einer Funktion referenziertMarke am Ende einer VerbundanweisungMarke wurde wchar_t genanntlabel's context is not the current function declInitialisierungen fÃ¼r Lambda-Captures sind nur mit -std=c++14 oder -std=gnu++14 verfÃ¼gbarLambda-AusdrÃ¼cke nur mit -std=c++11 oder -std=gnu++11 verfÃ¼gbarLambda in lokaler Klasse %q+T kann Variablen aus dem umschlieÃŸenden Kontext nicht einfangenLambda-Templates sind nur mit -std=c++14 oder -std=gnu++14 verfÃ¼gbarLambda-Ausdruck in konstantem AusdruckLambda-Ausdruck in TemplateargumentLambda-Ausdruck in ungeprÃ¼ftem KontextSpur %wd ist auÃŸerhalb des Wertebereiches %wd bis %wdlang_* check: failed in %s, at %s:%dSprache %s nicht erkanntSprachen-Zeichenkette %<"%E"%> nicht erkanntgroÃŸe Festkommakonstante implizit auf Festkommatypen abgeschnittenGroÃŸe Ganzzahl implizit auf vorzeichenlosen Typen abgeschnittendas letzte Argument muss ein Immediate seinld gab %d als Ende-Status zurÃ¼cklinkes Argument muss eine Scheibe seinlinker Operand von %<->*%> muss Zeiger auf Klasse sein, ist aber ein Zeiger auf Element des Typs %qTlinker Operand des Komma-Operators kann die Adresse der Ã¼berladenen Funktion nicht auflÃ¶senlinker Operand des Komma-Operators hat keinen Effektlinker Operand des Komma-Operators ist eine Referenz, kein Aufruf, zur Funktion %qElinker Operand des Schiebeausdrucks %q+E ist negativlinke PrÃ¤zisionlinke PrÃ¤zision im strfmon-Formatlinker RotationszÃ¤hler >= Breite des Typslinker RotationszÃ¤hler ist negativLinks-Schiebe-Weite >= Breite des TypsLinks-Schiebe-Weite >= Breite des VektorelementsLinks-Schiebe-Weite ist negativleft shift of negative valuelinker Operand des Komma-Ausdrucks hat keinen Effektlinke Seite der Zuweisung kÃ¶nnte ein Kandidat fÃ¼r ein Formatattribut seinLÃ¤nge grÃ¶ÃŸer als KapazitÃ¤tLÃ¤nge %qE geht Ã¼ber AbschnittsgrÃ¶ÃŸe in %qs-Klausel hinausLÃ¤nge %qE des Arrayabschnitts muss Ganzzahltyp habenUnpassende LÃ¤ngen zwischen linker und rechter Seiteunpassende LÃ¤ngen in AusdruckLÃ¤ngenmodifiziererLÃ¤ngenmodifizierer im printf-FormatLÃ¤ngenmodifizierer im scanf-FormatLÃ¤ngenmodifizierer im strfmon-FormatLÃ¤nge von Arraynotationstripel ist keine GanzzahlBei Reservierung einer Scheibe wird LÃ¤nge benÃ¶tigtBuchstabe %c gefunden und Befehl war nicht CONST_INTBibliotheken: %s
  Bibliotheksfunktion %q#D als Nicht-Funktion %q#D redeklariertBibliothek lib%s nicht gefundenGrenze ist %u Bytes, Argument hat jedoch %s BytesGrenze ist %u Bytes, Argument hat jedoch bis zu %s BytesÂ»linearÂ«-Klausel wird auf Variable vom Typ %qT angewandt, die weder ganzzahlig noch Zeiger istÂ»linearÂ«-Klausel auf Variable vom Typ %qT angewendet, die weder Ganzzahl noch Zeiger istÂ»linearÂ«-Klausel wird auf Variable vom Typ %qT angewandt, die weder ganzzahlig noch Gleitkomma noch Zeiger istÂ»linearÂ«-Klausel auf Variable vom Typ %qT angewendet, die weder Ganzzahl noch Gleitkomma noch Zeiger istÂ»linearÂ«-Klausel mit Modifizierer %qs wird auf Nicht-Referenz-Variable mit Typ %qT angewandtAusdruck fÃ¼r Â»linearÂ«-Schrittweite muss ganzzahlig seinListeninitialisierung fÃ¼r Nicht-Klassentyp darf nicht geklammert seinLiterale Operator-Suffixe ohne vorangehendes %<_%> sind fÃ¼r zukÃ¼nftige Standardisierungen reserviertLiterales Operatortemplate %q+D steht mit rohem Literaloperator %qD in KonfliktLiterales Operatortemplate %qD hat ungÃ¼ltige Parameterliste. Template fÃ¼r Nicht-Typ Argumentpack <char...> erwartetLiterales Operatortemplate %qD hat ungÃ¼ltige Parameterliste. Nicht-Typ Templateargumentpack <charâ€¦> oder <typename CharT, CharTâ€¦> erwartetliteraler Operator mit C-Bindunglo_sum nicht von einem Registerlokale Klasse %q#T darf kein statisches Datenelement %q#D habenlokale Deklaration von %qE verdeckt Instanzvariablelokale Symbole mÃ¼ssen definiert seinlokale Variable %qD darf in diesem Kontext nicht auftauchenLokale Variablenspeicheranforderungen Ã¼berschreiten KapazitÃ¤tlocation references block not in block treelogisches %<und%> auf nicht-boolesche Konstante angewendetlogisches Und von gleichen AusdrÃ¼ckenlogisches %<und%> sich gegenseitig ausschlieÃŸender Tests ist immer Â»falschÂ«Logisches %<or%> auf Nicht-Boolesche Konstante angewandtlogisches %<oder%> gemeinsam erschÃ¶pfender Tests ist immer Â»wahrÂ«logisches Oder von gleichen AusdrÃ¼ckenlogisches Nicht bezieht sich nur auf die linke Seite des Vergleichslogical_to_bitwise(): Bad intrinsiclong, short, signed oder unsigned ungÃ¼ltig verwendet fÃ¼r %qsNachschlagen von %qT in %qT ist nicht eindeutigKopf der Schleife %d gehÃ¶rt nicht direkt zu ihrKopf der Schleife %d hat nicht genau 2 EintrÃ¤geKopf der Schleife %d ist kein SchleifenkopfFalle der Schleife %d gehÃ¶rt nicht direkt zu ihrFalle der Schleife %d hat keine Kante zu ihrem KopfFalle der Schleife %d hat nicht genau einen NachfolgerFalle der Schleife %d hat nicht den Kopf als NachfolgerFalle der Schleife %d ist als Teil einer irreduziblen Region markiertFalle der Schleife %d wird nicht durch ihren Kopf bestimmtSchleife verwendet OpenACC-Parallelismus, der von der umgebenden Routine verboten wurdeSchleifenverifikation auf Schleifenbaum, der repariert werden mussSchleife mit Kopf %d zum LÃ¶schen markiertSchleife mit Kopf %d nicht in Schleifenbaumlockerer Â»throwÂ«-Spezifizierer fÃ¼r %q+#Funtere Grenze %qE geht Ã¼ber AbschnittsgrÃ¶ÃŸe in %qs-Klausel hinausUntere Grenze %qE des Arrayabschnitts muss Ganzzahltyp habenUnterer Wert in case-Marken-Bereich ist kleiner als der Minimalwert des Typslp_array passt nicht zum region_treelp_array ist fÃ¼r lp %i beschÃ¤digtlseek beim Lesen von Exportdaten gescheitertlto_obj_file_open() gescheitertAls Verringerungsoperand wird L-Wert erfordertAls ErhÃ¶hungsoperand wird L-Wert erfordertAls linker Operand einer Zuweisung wird L-Wert erfordertAls Operand fÃ¼r unÃ¤res %<&%> wird L-Wert erfordertIn asm-Anweisung wird L-Wert erfordertmaschinenunabhÃ¤ngiger eingebauter Code auÃŸerhalb des WertebereichesMakroname fehlt hinter %qsmake_generic(): Can't find generic symbol %qsmehrfache Kopien von %qD werden erzeugtFalsch geformtes #pragma ADDRESS <Variable> <Adresse>Falsch geformtes #pragma GCC visibility pushFalsch geformtes #pragma builtinfalsch geformtes #pragma ghs sectionfalsch geformtes #pragma redefine_extname, ignoriertfalsch geformtes #pragma weak, ignoriertfalsch geformtes %<#pragma %s%>, ignoriertfalsch geformtes %<#pragma %s%>, wird ignoriertFalsch geformtes %<#pragma align%>Falsch geformtes %<#pragma align%> - ignoriertFalsch geformtes %<#pragma fini%>Falsch geformtes %<#pragma fini%>, ignoriertFalsch geformtes %<#pragma init%>Falsch geformtes %<#pragma init%>', ignoriertfalsch geformtes %<#pragma message%>, ignoriertfalsch geformtes %<#pragma pack%> - ignoriertfalsch geformtes %<#pragma pack(pop[, id])%> - ignoriertfalsch geformtes %<#pragma pack(push[, id][, <n>])%> - ignoriertfalsch geformtes Â»#pragma __extern_prefixÂ«, wird ignoriertFalsch geformtes Â»#pragma extern_modelÂ«, ignoriertFalsch geformtes Â»#pragma member_alignmentÂ«Falsch geformtes Â»#pragma member_alignmentÂ«, ignoriertFalsch geformtes Â»#pragma ms_struct {on|off|reset}Â«, ignoriertFalsch geformtes '#pragma ms_struct', ignoriertFalsch geformtes '#pragma options align={mac68k|power|reset}', ignoriertFalsch geformtes '#pragma options', ignoriertungÃ¼ltige COLLECT_GCC_OPTIONSfalsche Option -fplugin-arg-%s (fehlendes -<SchlÃ¼ssel>[=<Wert>])kaputte PTX-Dateischlechte Argumente fÃ¼r Spezifikationsfunktionschlechter Name fÃ¼r Spezifikationsfunktionkaputtes ZielÂ»%sÂ«falsch geformte Ziel-Â»%sÂ«-Liste %qsmalformed target %s valuegemangelter Name fÃ¼r %qD wird sich ich C++17 Ã¤ndern, da die Exceptionangabe Teil des Funktionstyps ist%C wird gemangelt__underlying_type wird vernichtetdefektes typeof, stattdessen decltype verwendenunbekannter Festkommatyp wird vernichtetAbbildung kann nur mit nil verglichen werdenFeld %qE der Struktur variabler LÃ¤nger wird zugeordnetMaske muss Â»immediateÂ« seinmatch_attr_spec(): Bad attributematch_level_4(): Bad operatormatch_string_constant(): Delimiter not founddazu passende Bedingung erlaubt kein Registerdazu passende Bedingung in Ausgabeoperanden ungÃ¼ltigdazu passende Bedingung referenziert ungÃ¼ltige Operandennummerobere Grenze von %d NamensrÃ¤umen fÃ¼r %qE durchsuchtHÃ¶chstzahl der Arrays in einem SCoP.HÃ¶chstzahl der Basis-BlÃ¶cke pro Funktion, die von Graphite analysiert werden.HÃ¶chstzahl der ISL-Operationen, 0 bedeutet unbegrenzt.HÃ¶chstzahl der Parameter in einem SCoP.maximaler Wert des Parameters %qs ist %uÂ»-EBÂ« und Â»-ELÂ« kÃ¶nnen nicht gleichzeitig verwendet werdenÂ»-m32Â« und Â»-m64Â« kÃ¶nnen nicht zusammen angegeben werdenmdoc-Register werden nur fÃ¼r G13-Ziel gesichertMedienfunktionen sind ohne -mmedia nicht verfÃ¼gbarSpeicherinitialisierung fÃ¼r %qD folgt KonstruktordelegationElement %q+#D mit Konstruktor in anonymem Aggregat nicht erlaubtElement %q+#D mit Konstruktor nicht erlaubt in UnionElement %q+#D mit Zuweisungsoperator ist in anonymem Aggregt nicht erlaubtElement %q+#D mit Copy-Zuweisungsoperator ist nicht erlaubt in UnionElement %q+#D mit Destruktor in anonymem Aggregat nicht erlaubtElement %q+#D mit Destruktor nicht erlaubt in UnionElement %q+D darf nicht als %<mutable%>-Referenz deklariert seinElement %q+D darf nicht gleichzeitig als %<const%> und %<mutable%> deklariert seinElement %qD kann nicht gleichzeitig %<virtual%> und %<constexpr%> seinElement %qD kann nicht gleichzeitig %<virtual%> und %<static%> seinElement %qD steht in Konflikt mit Feldname in virtueller FunktionstabelleElement %qD als Â»friendÂ« deklariert, bevor Typ %qT definiert wurdeElement %qD in schreibgeschÃ¼tztem Objekt als %<asm%>-Ausgabe verwendetElement %qD ist nicht initialisierte ReferenzElement %qD in %<constexpr%> muss von Â»mem-initializerÂ« initialisiert werdenElement %qD mit nicht initialisierten FeldernElementfunktionen sind implizite Â»friendsÂ« ihrer KlasseElement-Template %qD darf keine virt-Spezifizierer habenElemente einer explizit spezialisierten Klasse sind ohne Templateheader definiertSpeicherzugriffsprÃ¼fung schlÃ¤gt immer fehlSpeicherreservierung beim Lesen der Export-Daten gescheitertSpeichereingabe %d ist nicht direkt adressierbarSpeicherreferenz fÃ¼r Ausgabemodifizierer Â»SÂ« erwartetMethode %<%c%E%> gleichzeitig als %<@optional%> und %<@required%> deklariertMethode %s%s%s ist als go:nointerface gekennzeichnetMethode %s%s%s erfordert einen ZeigerempfÃ¤ngerin Objective-C 1.0 gibt es keine Attribute fÃ¼r Methodenargumentein Objective-C 1.0 gibt es keine MethodenattributeMethodenattribute kÃ¶nnen nicht im @implementation-Kontext angegeben werdenMethodenattribute mÃ¼ssen am Ende angegeben werdenMethodenattribute dÃ¼rfen nur am Ende angegeben werdenMethodendeklaration nicht im @interface-Kontextals %qE deklarierte Methode Ã¼berschreibt Methode %qEMethodendefinition fÃ¼r %<%c%E%> nicht gefundenMethodendefinition nicht im @implementation-KontextMethode Ã¼berschreibt Methoden %<transaction_pure%> und %qEIn Methode fehlt mÃ¶glicherweise ein [super dealloc]-AufrufMethodentyp passt nicht zum ObjekttypMethode mit inkompatiblem Typ ist in einer anderen Ãœbersetzungseinheit definiertMindestgrÃ¶ÃŸe der Partition darf nicht grÃ¶ÃŸer als HÃ¶chstgrÃ¶ÃŸe der Partition seinMindestzahl der Basis-BlÃ¶cke pro Funktion, die von Graphite analysiert werden.minimaler Wert des Parameters %qs ist %umio_array_ref(): Unknown array refProfiling fÃ¼r mips16-FunktionenKonflikt in Anzahl der Argumente fÃ¼r eingebautes %qF. %d erwartet, %d bekommenArgumentpacklÃ¤ngen passen nicht bei AuflÃ¶sung von %<%E%>ArgumentpacklÃ¤ngen passen nicht bei AuflÃ¶sung von %<%T%>unpassende ArgumenteUnpassende Deklarationen wÃ¤hrend Linkzeit-Optimierungunpassender Operator in FaltungsausdruckVergleichsoperandentypen passen nichtunpassende Klammernunpassendes Objective-C++-Konstrukt %<@%D%>Schleifenoptimierung Ã¼bersprungen, die Schleifen-ZÃ¤hlvariable kÃ¶nnte Ã¼berlaufenfehlende $-Operandennummer im Format%<(%> hinter %<#pragma GCC visibility push%> fehlt - ignoriertfehlendes %<(%> hinter %<#pragma pack%> - ignoriertfehlendes %<=%> (hinter Attribut %<getter%>)fehlendes %<=%> (hinter Attribut %<setter%>)Attribut %<target%> fehlt fÃ¼r multiversioniertes %DFehlendes '(' hinter '#pragma unused', ignoriertFehlendes ')' hinter '#pragma unused', ignoriertmissing PHI deffehlender Vermerk von REG_EH_REGION am Ende vom bb %ifehlendes [big-endian|little-endian|default] hinter %<#pragma scalar_storage_order%>[error|warning|ignored|push|pop] nach %<#pragma GCC diagnostic%> fehltfehlender Architekturname in %<-march=%s%>fehlender Architekturname in Â»archÂ«-Ziel Â»%sÂ«fehlendes Argument fÃ¼r %qsfehlende Sperre nach Block %igeschweifte Klammern fehlen um Initialisierunggeschweifte Klammern fehlen um Initialisierung fÃ¼r %qTFehlende Aufrufgraph-Kante fÃ¼r call stmt:schlieÃŸende geschweifte Klammer fÃ¼r benannten Operanden fehltFehlende schlieÃŸende Klammerdie Sammlung in schneller AufzÃ¤hlung fehltSteuerprÃ¤dikat fehltfehlender CPU-Name in %<-mcpu=%s%>fehlender CPU-Name in %<-mtune=%s%>fehlender CPU-Name in Â»cpuÂ«-Ziel Â»%sÂ«fehlende Definitionfehlendes GerÃ¤t oder Architektur hinter %qsFehlende Kante %i->%ifehlender Eigenschaftsmodifizierer in Ziel%qs %qsfehlender Dateiname hinter %qsfehlendes FÃ¼llzeichen am Ende des strfmon-FormatesErhÃ¶hungsausdruck fehltfehlende Initialisierung fÃ¼r Feld %qD von %qT fehltInitialisierung fÃ¼r Element %qD fehltfehlende Schleifenbedingung in Schleife mit %<GCC ivdep%>-Pragmafehlendes Makefile-Ziel hinter %qsfehlende Methode %s%s%sFehlende ZahlÃ¶ffnende Klammer fehltfehlender OperandOption hinter %<#pragma GCC diagnostic%>-Variante fehltfehlender Pfad hinter %qsWÃ¤chter in Funktionsaufruf fehltfehlende Templateargumentefehlende Templateargumente nach %qTfehlendes abschlieÃŸendes Zeichen %cfehlender Typname in typedef-DeklarationVermischung von Deklarationen und Funktionsdefinitionen ist verbotenInterner Fehler: mixing different types of symbol in same comdat groups is not supportedModus %qs auf unpassenden Typen angewendetBetriebsart-GrÃ¶ÃŸe des nicht-ganzzahligen Ergebnisses passt nicht zur FeldgrÃ¶ÃŸe des BIT_FIELD_REFModifikation von %qE ist kein konstanter AusdruckModifizierer sollte an %<simd%>- oder %<for%>-Konstrukten nicht in %<linear%>-Klausel angegeben werdenModul-Eigenschaft in USE-Anweisung bei %Cmehr als %d Operanden in %<asm%>mehr als eine %<depend(source)%>-Klausel an einem %<ordered%>-Konstruktmehr als eine Â»crtlÂ«-Direktivenmehr als ein Zugriff in Basisspezifikation angegebenAttribute ms_abi und sysv_abi sind nicht vertrÃ¤glichAttribut ms_hook_prologue ist mit -mfentry fÃ¼r 32 Bit nicht vertrÃ¤glichms_hook_prologue ist mit geschachtelter Funktion nicht vertrÃ¤glichmsp430_select_hwmult_lib erfordert mindestens ein Argumentmultidimensionales Feld muss fÃ¼r alle Dimensionen auÃŸer der ersten Grenzen habenMultilib-Ausschluss %qs ist ungÃ¼ltigMultilib-AusschlÃ¼sse %qs sind ungÃ¼ltigMultilib-select %qs %qs ist ungÃ¼ltigMultilib-select %qs ist ungÃ¼ltigMultilib-Spezifikation %qs ist ungÃ¼ltigmehrere Â»-mcpu=Â«-Optionen angegebenMehrere EH-PersÃ¶nlichkeiten werden nur mit Assemblern unterstÃ¼tzt, die die Direktive .cfi_personality unterstÃ¼tzenmehrere Deklarationen in bereichsbasierter %<for%>-SchleifeMehrere Standardmarken in einem Â»switchÂ«mehrfache Definition von %q#Tmehrere schnelle Interruptroutinen gefunden: %qE und %qEin Union %qT werden mehrere Felder initialisiertmehrere Funktionstypattribute angegebenMehrere heiÃŸe/kalte ÃœbergÃ¤nge gefunden (bb %i)mehrere Initialisierungen fÃ¼r %qD angegebenmehrere Initialisierungen fÃ¼r Basis %qT angegebenmehrere Inline-Aufrufermehrere Interruptattribute sind nicht erlaubtmehrere Interruptattribute fÃ¼r Funktion %qDmehrere Schleifenvariablen in schneller AufzÃ¤hlungMehrere Schleifenachsen fÃ¼r Routine angegebenmehrere Methoden namens %<%c%E%> gefundenmehrere Attribute fÃ¼r geschachtelte Typen fÃ¼r Funktion %qDmehrere Parameter wurden %qD genanntmehrere vorherrschende Definitionen fÃ¼r %qEmehrere ref-qualifiermehrere Registerspeicher-Attribute fÃ¼r Funktion %qDmehrere Selektoren namens %<%c%E%> gefundenmehrere Speicherklassen in Deklaration von %qsmehrere Speicherklassen in Deklarationmehrere Typen in einer Deklarationmultiple virtual PHI nodes in BB %dFunktionsaufruf mit mehreren Werten in Kontext mit einem Wert.Funktionsaufruf mit mehreren Werten in Kontext mit einem WertMultiplizieroption bringt mit sich, dass r%d festgelegt istMultiversionierung erfordert Â»ifuncÂ«, was in dieser Konfiguration nicht unterstÃ¼tzt wirdvor Verwendung von typeid muss #include <typeinfo> angegeben werden%<.*%> oder %<->*%> muss verwendet werden, um Zeiger auf Element als Funktion in %<%E (...)%> aufzurufen, z.B. %<(... ->* %E) (...)%>verÃ¤nderliches %qD ist in konstantem Ausdruck nicht verwendbarrÃ¤tselhafte Repository-Information in %snacktes Attribut bezieht sich nur auf FunktionenName %qD in benannter Initialisierung im GNU-Stil fÃ¼r ein Array verwendetName %qT hat unvollstÃ¤ndigen TypenSuche nach %qD hat sich geÃ¤ndertNamenssuche von %qD hat sich fÃ¼r ISO-Regeln zum Â»forÂ«-GÃ¼ltigkeitsbereich geÃ¤ndertName der Elementfunktion fehltName der Klasse verdeckt Template-Templateparameter %qDName in benannter Initialisierung im GNU-Stil fÃ¼r ein Array verwendetbenannte RÃ¼ckgabewerte werden nicht mehr unterstÃ¼tztNamensbereich %qD betretennamespace %qD in %<using%>-Deklaration nicht erlaubtNamensbereich-Alias %qD ist hier nicht erlaubt, %qD angenommenanonymes Aggregat im GÃ¼ltigkeitsbereich eines Namespace muss statisch seinverengende Umwandlung von %qE von %qT nach %qT in { }verengende Umwandlung von %qE von %qT nach %qT in { } ist in C++11 ungÃ¼ltigvor %<%T::%E%> ist %<typename%> erforderlich, da %qT ein abhÃ¤ngiger GÃ¼ltigkeitsbereich ist%<typename%> vor %qE erforderlich, da %qT ein abhÃ¤ngiger GÃ¼ltigkeitsbereich istausdrÃ¼ckliche Umwandlungen erforderlichexplizite Umwandlung nÃ¶tig; Methode %s%s%s fehltnegative BefehlslÃ¤ngeNegative Ganzzahl implizit in vorzeichenlosen Typen konvertiertArrayabschnitt mit negativer LÃ¤nge in %qs-Klauselnegative untere Grenze in Arrayabschnitt in %qs-Klauselnegative Verschachtelungstiefe der Region %inegative Schiebeweitenegative Breite in Bitfeld %q+DNegative Breite in Bitfeld %qsweder der Destruktor noch der klassenspezifische Operator Â»delete[]Â« wird aufgerufen, auch wenn sie bei der Klassendefinition deklariert werdenweder der Destruktor noch der klassenspezifische Operator Â»deleteÂ« wird aufgerufen, auch wenn sie bei der Klassendefinition deklariert werdengeschachtelte Assemblerdialekt-AlternativenGeschachtelte extern-Deklaration von %qDGeschachtelte Funktion %q+D deklariert, aber nirgendwo definiertgeschachtelte Funktion %qE als %<extern%> deklariertgeschachtelte Funktion %qs als %<extern%> deklariert-ffunction-sections wird fÃ¼r dieses Ziel nicht unterstÃ¼tztgeschachtelte Funktionen werden auf diesem Ziel nicht unterstÃ¼tztverschachtelter Bezeichner benÃ¶tigtgeschachtelter Namensgeber %qT fÃ¼r enum-Deklaration benennt weder Klasse noch Namensraumverschachtelte Namensraumdefinitionen sind nur mit -std=c++1z oder -std=gnu++1z verfÃ¼gbarVerschachtelte Redefinition von %<enum %E%>Verschachtelte Redefinition von %<struct %E%>Verschachtelte Redefinition von %<union %E%>Â»newÂ« kann nicht auf Funktionstyp angewendet werdenÂ»newÂ« kann nicht auf Referenztyp angewendet werdenneue Deklaration %q#D macht eingebaute Deklaration %q#D mehrdeutigneue Typen dÃ¼rfen nicht in einem RÃ¼ckgabetyp definiert werdennew_symbol(): Symbol name too longnÃ¤chstes Feld %q#D hier deklariertkein %<%D(int)%> fÃ¼r Suffix %qs deklariertkein %<%D(int)%> fÃ¼r Suffix %qs deklariert, stattdessen wird PrÃ¤fixoperator versuchtkeine Methode %<%c%E%> gefundenkeine Elementfunktion %q#D in Klasse %qT deklariertkein %qs-Getter gefundenkein FUNCTION_PROFILER for CRISkein Dateiname fÃ¼r LTRANS-Ausgabeliste angegebenKeine Argumentekeine Argumente fÃ¼r Spezifikationsfunktionauf explizite Instanziierung kann kein Attribut angewendet werdenkein Klassenname mit %qs angegebenkein Klassentemplate namens %q#T in %q#Tkein schlieÃŸendes %<]%> fÃ¼r %<%%[%>-Formatfehlende schlieÃŸende geschweifte Klammerkein Kontext, um Typ von %qE aufzulÃ¶senkeine passende Freigabefunktion fÃ¼r %qDKein Datentyp fÃ¼r Zustand %qskeine Deklaration der in der Schnittstelle gefundenen Eigenschaft %qskein Standard-Argument fÃ¼r %qDNoch keine Beschreibung.kein Feld %qD in initialisierter Union gefundenKeine Liste zur sofortigen Verwendungkeine Eingabedateienkeine Eingabedateien; es werden keine Ausgabedateien geschriebenkein Ganzzahltyp kann alle AufzÃ¤hlungswerte fÃ¼r %qT darstellenkeine unteren Register fÃ¼r das Hervorholen der hohen Register verfÃ¼gbarkeine Ãœbereinstimmung fÃ¼r keine Ãœbereinstimmung fÃ¼r Aufruf von %<(%T) (%A)%>bei der Umwandlung der Funktion %qD in den Typ %q#T gab es keine Ãœbereinstimmungenkein passendes Konzept fÃ¼r template-introductionkeine passende Festkomma-Ãœberladung fÃ¼r %qs gefundenkeine passende Funktion fÃ¼r Aufruf von %<%D(%A)%>keine passende Funktion fÃ¼r Aufruf von %<%T::%E(%A)%#V%>keine passende Funktion fÃ¼r Aufruf von %<%T::operator %T(%A)%#V%>keine passende Funktion fÃ¼r Aufruf von %<%s(%A)%>kein passendes push fÃ¼r %<#pragma GCC visibility pop%>kein passendes Template fÃ¼r %qD gefundenkeine Elementfunktion %qD in %qT deklariertkein Element passt zu %<%T::%D%> in %q#Tkein Postdekrementoperator fÃ¼r Typkein Postinkrementoperator fÃ¼r Typkein PrÃ¤dekrementoperator fÃ¼r Typkein PrÃ¤inkrementoperator fÃ¼r Typkeine vorherige Deklaration fÃ¼r %qDkein vorheriger Prototyp fÃ¼r %qDkein Prozessortyp zum Binden angegebenkein Profiling von 64-bit-Code fÃ¼r dieses ABIKein Register in Adressekeine return-Anweisung in nicht void zurÃ¼ckgebender Funktionkeine return-Anweisungen in %qT zurÃ¼ckgebender Funktionno sclass for %s stab (0x%x)kein Semikolon am Ende von Â»structÂ« oder Â»unionÂ«kein geeignetes %<operator %s%> fÃ¼r %qTKein passendes %qD in Klasse %qT gefundenkeine Basisklasse im @interface fÃ¼r %qE deklariertkeine Basisklasse in Schnittstelle fÃ¼r %qE deklariertkein Typ namens %q#T in %q#Thier darf kein Typ oder Speicherklasse angegeben werden,keine unexpandierten Parameterpackungen in binÃ¤rer Faltung%qD wurde nicht eindeutig und endgÃ¼ltig in %qT Ã¼berschriebenkeine gÃ¼ltigen Klauseln in %<#pragma acc declare%> angegebenInterner Fehler: node differs from node->decl->decl_with_vis.symtab_nodeInterner Fehler: node has body_removed but is definitionInterner Fehler: node has unknown typeInterner Fehler: node is alias but not definitionInterner Fehler: node is alias but not implicit aliasInterner Fehler: node is alone in a comdat groupInterner Fehler: node is analyzed but it is not a definitionInterner Fehler: node is in same_comdat_group list but has no comdat_groupInterner Fehler: node is transparent_alias but not an aliasInterner Fehler: node is weakref but not an transparent_aliasInterner Fehler: node not found in symtab assembler name hashInterner Fehler: node not found node->decl->decl_with_vis.symtab_nodeKnoten mit nicht freigegebenem Speicher gefundennoexcept-Ausdruck wird wegen Aufruf von %qD zu %<false%> ausgewertetREAL-Argument ohne doppelte Genauigkeit fÃ¼r intrinsisches %s bei %Lvon nicht-AAPCS abgeleitete PCS-VarianteNicht-NULL-Zeigerinitialisierung bei %CNicht-OpenACC-Konstrukt innerhalb einer OpenACC-RegionNicht-OpenACC-Konstrukt innerhalb einer OpenACC-RoutineFehlzuordnung bei Ausnahmebehandlung ohne AufrufNicht-Klassen-Template %qT ohne Template-Argumente verwendetTeilspezialisierung %qD, die weder Â»classÂ« noch Â»variableÂ« ist, ist nicht erlaubtnichtkalter Basisblock %d ist dominiert von einem Block in der kalten Partition (%d)Nicht-konstantes Ganzzahl-Argument %u in Aufruf von Funktion %qEnicht-konstantes Argument 1 fÃ¼r __atomic_always_lock_freeNichtkonstantes Feld in DATA-Anweisung %Lnicht konstante Arrayinitialisierungnichtkonstante LÃ¤nge fÃ¼r neues Array muss direkt angegeben werden, nicht Ã¼ber typedefNichtkonstante LÃ¤nge in Array-new muss ohne Klammern um die Typ-ID angegeben werdennicht-konstantes zusammengesetztes Literal kann nicht in einem Konstanten-Ausdruck auftretenNicht-konstante Bedingung fÃ¼r statische Behauptungnon-constant element in constant CONSTRUCTORInitialisierung des nicht konstanten statischen Elements %qD in der Klasse ist ungÃ¼ltigInitialisierung des nicht konstanten statischen Elements %qD in der Klasse ist ungÃ¼ltigNicht-konstanter Initialisierungsausdruck bei %Lnon-decl/MEM_REF LHS in clobber statementNicht-Standard Argument der Art INTEGER fÃ¼r intrinsisches Â»%sÂ« bei %LNicht-Delegitimiertes UNSPEC %s (%d) am Variablenort gefundennicht gelÃ¶schte Funktion %q+DNicht-Gleitkomma-Argument in Aufruf von Funktion %qENicht-Gleitkomma-Argumente in Aufruf von Funktion %qENicht-Funktion %qD als implizites Template deklariertNicht-Funktion in GIMPLE-Aufrufnicht-ganzzahliges Argument 1 fÃ¼r __atomic_is_lock_freeNicht-Ganzzahl-Argument 3 in Aufruf von Funktion %qENicht-Ganzzahlargument %d fÃ¼r Speichermodell von %qENicht-Ganzzahl-Operand mit Operandencode Â»zÂ« verwendetswitch-Anweisung ohne eingebauten TypNicht-Ganzzahltyp in Bedingung verwendetnicht-lokale %<__thread%>-Variable %qD hat einen nicht-trivialen Destruktornicht-lokale %<__thread%>-Variable %qD erfordert dynamische InitialisierungNicht-Schleife mit Kopf %d nicht zum LÃ¶schen markiertNicht-L-Wert-Array in bedingtem AusdruckNicht-Element %qs kann nicht als %<mutable%> deklariert seinNicht-Elementfunktion %qD kann nicht CV-Qualifizierer habenNicht-Elementfunktion %qD kann keinen ref-Qualifizierer habenNichtelement-Templatedeklaration von %qDEingabe von Nicht-Speicher %d muss im Speicher bleibennicht geschachtelte Funktion mit variabel modifiziertem TypenNicht-Objekt-Element %qs kann nicht als %<mutable%> deklariert seinNicht-Objective-C-Typ Â»%TÂ« kann nicht aufgefangen werdenNicht-Parameter %qs kann kein Parameterpack seinArgument, das kein Zeiger ist, in %<__builtin_launder%>Nicht-Register als LHS von binÃ¤rer OperationNicht-Register als LHS von ternÃ¤rer OperationNicht-Register als LHS von unÃ¤rer Operationnicht-skalare BIT_FIELD_REF, IMAGPART_EXPR oder REALPART_EXPRnicht-skalarer TypNicht-Standard-Suffix an Gleitkommakonstantenicht-statisches const-Element %q#D in Klasse ohne einen Konstruktornicht-statisches konstantes Element %q#D, Standard-Zuweisungsoperator kann nicht verwendet werdennicht-statisches Datenelement %q+D in einer Union darf keinen Referenztypen %qT habennicht-statisches Datenelement %qE als %<concept%> deklariertnicht-statisches Datenelement %qE als %<constexpr%> deklariertnicht-statisches Datenelement mit Platzhalter %qT deklariertnicht-statische Initialisierungen fÃ¼r Datenelemente nur mit -std=c++11 oder -std=gnu++11 verfÃ¼gbarNicht-statische Deklaration von %q+D folgt statischer Deklarationnicht-statische Initialisierung eines flexiblen Arrayelementsnicht-statische Referenz %q#D in Klasse ohne Konstruktornicht-statisches Referenzelement %q#D, Standard-Zuweisungsoperator kann nicht verwendet werdenNicht-Template %qD als Template verwendetNicht-Template-Typ %qT als Template verwendetNicht-Thread-lokale Deklaration von %q#D folgt Thread-lokaler DeklarationNicht-Thread-lokale Deklaration von %q+D folgt Thread-lokaler DeklarationBIT_FIELD_REF, IMAGPART_EXPR oder REALPART_EXPR auÃŸerhalb der hÃ¶chsten Ebenenicht-triviale Umwandlung bei Zuweisungnicht-triviale Umwandlung in unÃ¤rer Operationnicht-trivial markierte Initialisierungen nicht unterstÃ¼tztNichttyp-Teilspezialisierung %qD ist nicht erlaubtNicht-Variable %qD in Deklaration mit mehr als einem Deklarator mit Platzhaltertypnichtvektor-CONSTRUCTOR mit ElementenNicht-Vektoroperanden in Vektorvergleichnichtkonstanter Arrayindex in InitialisierungNichtleere Ausgangsliste der Schleife %d, aber AusgÃ¤nge werden nicht aufgezeichnetnichtlokale Marke nichtnull-Argument %qD wird mit NULL verglichenNicht-Null-Argument hat ungÃ¼ltige Operandennummer (Argument %lu)Nicht-Null-Argument referenziert Nicht-Zeiger-Operanden (Argument %lu, Operand %lu)Nicht-Null-Argument mit Operandennummer auÃŸerhalb des Wertebereiches (Argument %lu, Operand %lu)Nicht-Null-Attribut ohne Argumente fÃ¼r einen Nicht-PrototypNormalisierung kann nicht gleichzeitig mit Skalierung aktiv sein
! unerlaubte Typkombination in BIT_INSERT_EXPRnicht fÃ¼r SPE-ABI konfiguriertNicht fÃ¼r SPE-Befehlssatz konfiguriertnicht mit sysroot-Header-Suffix konfiguriertzu wenige DO-Schleifen fÃ¼r Â»%s !$ACC LOOPÂ« bei %Lzu wenige DO-Schleifen fÃ¼r zusammengefallenes %s bei %LNicht genug ArgumenteNicht genug Argumente fÃ¼r RÃ¼ckgabezu wenige for-Schleifen um sie einzuklappennicht genÃ¼gend perfekt geschachtelte Schleifenzu wenig TypinformationenZu wenige variable Argumente, um zu einem WÃ¤chter zu passenHinweisAnmerkung: Null-Argument, wo Nicht-Null erwartet (Argument %lu)Zielzeiger ist NULLNULL-FormatzeichenketteNull-ZeigerDereferenzierung eines NullzeigersZahl muss 0 oder 1 seinAnzahl der Argumente passt nicht zum eingebauten PrototypenAnzahl der Argumente passt nicht zum PrototypenAnzahl der bb-Vermerke in Befehlskette (%d) != n_basic_blocks (%d)Komponentenanzahl des Vektors ist keine ZweierpotenzKomponentenanzahl des Vektors ist keine ZweierpotenzZahl der ZÃ¤hler ist %d statt %dAnzahl der Ergebnisse passt nicht zur Anzahl der WerteAnzahl der Variablen in %<depend(sink)%>-Klausel passt nicht zur Anzahl der Iterationsvariablennumerisches Argument des Attributs %qE muss im Bereich 0..63 liegenobjc++-cpp-output ist veraltet; bitte stattdessen objective-c++-cpp-output verwendenobjc-cpp-output ist veraltet; bitte stattdessen objective-c-cpp-output verwendenObjekt ist keine Methodebei Verwendung von %qE fehlt ObjektObjekt-Eigenschaft %qD hat kein Attribut %<assign%>, %<retain%> oder %<copy%>; es wird %<assign%> angenommenObjekttyp %qT passt nicht zum Destruktornamen ~%qTObjekt mit variabel geÃ¤ndertem Typ darf keine Bindung habenMethodendeklaration in Objective-C erwartetObjective-C++ Nachrichtenargument(e) erwartetObjective-C++-NachrichtenempfÃ¤nger erwartetObjective-C++ Methodendeklaration erwartetveralteter Maverick-Formatcode Â»%cÂ«veraltete Option -I- verwendet, bitte stattdessen -iquote verwendenveraltete Verwendung einer bestimmten Initialisierung mit %<:%>veraltete Verwendung einer bestimmten Initialisierung ohne %<=%>odr-verwendete Inline-Variable %qD ist nicht definiertOffload-Compiler %s nicht gefundenAdressabstand %wi ist auÃŸerhalb der Grenzen der konstanten ZeichenketteOffset Ã¼berschreitet 16 BytesOffset von %qD ist ABI-unvertrÃ¤glich und kann sich in zukÃ¼nftigen GCC-Versionen Ã¤ndernOffset des gepackten Bitfeldes %qD hat sich in GCC 4.4 geÃ¤ndertoffsetof innerhalb von Â»non-standard-layoutÂ«-Typ %qT ist undefiniertalte Deklaration %q#DFunktionsdefinition im alten StilParameterdeklarationen alten Stils in Prototyp-Funktionsdeklarationausgelassener mittlerer Operand fÃ¼r Operator %<?:%> kann nicht verarbeitet werdeneins der Argumente fÃ¼r den Initialisierungsaufruf sollte %<&omp_priv%> seineins der Aufrufargumente fÃ¼r die Initialisierung sollte %<omp_priv%> oder %<&omp_priv%> seinnur %<distribute%>- und %<parallel%>-Regionen dÃ¼rfen innerhalb einer %<teams%>-Region streng geschachtelt seinnur die Schalter %<inbranch%> und %<notinbranch%> sind fÃ¼r das %<__simd__%>-Attribut erlaubtnur %u Namen verfÃ¼gbar, %qT dekomponiert jedoch in %wu Elementenur 0.0 kann als Immediate geladen werdennur Objective-C-Objekttypen kÃ¶nnen mit Protokoll qualifiziert werdenNur das Attribut %<fallthrough%> kann auf eine leere Anweisung angewendet werdennur Konstruktoren nehmen Elementinitialisierungennur Deklarationen von Konstruktoren und Umwandlungsoperatoren kÃ¶nnen %<explicit%> seinnur Funktionen kÃ¶nnen gespawnt werdensondern nur hier als Â»friendÂ«nur einfacher RÃ¼ckgabetyp %<auto%> kann zu %<void%> hergeleitet werdenNur uninitialisierte Variablen kÃ¶nnen in einem .bss-Abschnitt platziert werdenNur uninitialisierte Variablen kÃ¶nnen im .noinit-Bereich platziert werdenin dieser Konfiguration werden nur schwache Aliase unterstÃ¼tztIn Abschnitt %qs sind nur 0-Initialisierungen erlaubtopake Vektortypen kÃ¶nnen nicht initialisiert werdenintransparente Enum-Spezifikation muss einfachen Bezeichner verwendenintransparente Enum-Spezifikation ohne NamenÂ»%sÂ« kann nicht geÃ¶ffnet werden: %s/dev/zero kann nicht geÃ¶ffnet werden: %mLTRANS-Ausgabeliste Â»%sÂ« kann nicht geÃ¶ffnet werden: %mAbhÃ¤ngigkeitsdatei Â»%sÂ« kann nicht geÃ¶ffnet werden: %mAusgabedatei %qs wird geÃ¶ffnet: %sAusgabedatei Â»%sÂ« kann nicht geÃ¶ffnet werden: %mOperand %d sollte eine vorzeichenlose 3-Bit-Konstante seinOperand %d sollte eine vorzeichenlose 6-Bit-Konstante seinOperand %d sollte eine vorzeichenlose 8-Bit-Konstante seinOperand 1 sollte eine vorzeichenlose 3-Bit-Konstante seinOperand 1 sollte ein vorzeichenloser 3-Bit-Wert sein (I0â€“I7)Operand 2 sollte ein gerader 3-Bit-Wert sein (subreg 0,2,4,6)Operand 2 sollte ein vorzeichenloser 3-Bit-Wert sein (I0â€“I7)Operand 2 sollte ein vorzeichenloser 3-Bit-Wert sein (subreg 0â€“7)Operand 2 sollte ein vorzeichenloser 8-Bit-Wert seinOperand 3 sollte ein vorzeichenloser 3-Bit-Wert sein (I0â€“I7)Operand 3 sollte ein vorzeichenloser 8-Bit-Wert seinOperand 4 sollte ein vorzeichenloser 8-Bit-Wert sein (0â€“255)Operandenbedingung enthÃ¤lt falsch positioniertes %<+%> oder %<=%>Operandenbedingungen fÃ¼r %<asm%> unterscheiden sich in der Anzahl der AlternativenOperand fÃ¼r Â»sleepÂ«-Befehl muss eine ganzzahlige Kompilierzeit-Konstante zwischen 0 und 63 seinOperand ist kein Bedingungscode, ungÃ¼ltiger Operandencode Â»%cÂ«Operand ist kein Bedingungscode, ungÃ¼ltiger Operandencode Â»DÂ«Operand ist kein Bedingungscode, ungÃ¼ltiger Operandencode Â»YÂ«Operand ist keine bestimmte Ganzzahl, ungÃ¼ltiger Operandencode Â»RÂ«Operand ist keine bestimmte Ganzzahl, ungÃ¼ltiger Operandencode Â»rÂ«Operand ist keine Ganzzahl, ungÃ¼ltiger Operandencode Â»KÂ«Operand ist keine Ganzzahl, ungÃ¼ltiger Operandencode Â»RÂ«Operand ist keine ausgleichbare Speicherreferenz, ungÃ¼ltiger Operandencode Â»HÂ«Operand muss Â»immediateÂ« mit korrekter GrÃ¶ÃŸe seinOperandennummer fehlt hinter %%-BuchstabeOperandennummer auÃŸerhalb des WertebereichesOperandennummer auÃŸerhalb des Wertebereiches im FormatOperandennummer fÃ¼r Format ohne Argumente angegebenOperandennummer mit unterdrÃ¼ckter Zuweisung angegebenOperand des Faltungsausdrucks hat keine unexpandierten ParameterpackungenOperandentyp %qT ist inkompatibel mit Argument %d von %qEOperandentypen sind %qT und %qTOperanden fÃ¼r %T/%t mÃ¼ssen reg + const_int sein:Operanden fÃ¼r ?: haben verschiedene Typen: %qT und %qTOperation auf %qE kÃ¶nnte undefiniert seinOptimierungsattribut von %qD folgt auf die Definition, aber die Attribute passen nicht zusammenFehlzuordnung von OptimierungsstufenattributOptimierung kann Lese- und/oder Schreiboperationen auf Registervariablen entfernenOption %qs ist gÃ¼ltig fÃ¼r %s, aber nicht fÃ¼r %sOption Â»%sÂ« wird zusammen mit Â»-fopenaccÂ« nicht unterstÃ¼tztoption("%s") wurde bereits spezifiziertoptionales Argumenteingeschaltete Optionen: Optionen oder Zielarchitekturen fehlen hinter %qsangegebene Optionen: %<ordered%>-Argument muss ein positiver, ganzzahliger Ausdruck seingeordneter Vergleich von Zeiger mit Ganzzahlnullgeordneter Vergleich von Zeiger mit Null-Zeigerdas ursprÃ¼ngliche %<default%> ist hierursprÃ¼ngliche Deklaration trat hier aufursprÃ¼ngliche Definition trat hier aufursprÃ¼nglich hier definiertursprÃ¼nglich indirekter Funktionsaufruf kommt nicht als Â»inlineÂ« in BetrachtursprÃ¼ngliche hier spezifiziertverwaistes %qs-Konstruktandere Fundstelle ist hiersollte der virtuellen Methode %qD entsprechen, tut es aber nichtZugriff auÃŸerhalb der Grenzen kÃ¶nnte wegoptimiert werdenÃ¤uÃŸeres %<__transaction_cancel%> nicht innerhalb des Ã¤uÃŸeren %<__transaction_atomic%>Ã¤uÃŸerer Block der Region %i ist falschÃ¤uÃŸere Transaktion in %<transaction_may_cancel_outer%>-FunktionÃ¤uÃŸere Transaktion in %<transaction_safe%>-FunktionÃ¤uÃŸere Transaktion in TransaktionAusgabebedingung %d kann nicht zusammen mit Â»%sÂ« angegeben werdenAusgabebedingung %d muss ein einzelnes Register angebenAusgabebedingung %qc fÃ¼r Operand %d steht nicht am AnfangAusgabedatei %s existiert bereits in Ordner %skeine Ausgabedatei angegebenAusgabedatei doppelt angegebenAusgabezahl %d nicht direkt adressierbarAusgabeoperand %d muss %<&%>-Bedingung verwendenBedingung des Ausgabeoperanden erfordert %<=%>Ausgabeoperand ist in %<asm%> konstantAusgaberegister mÃ¼ssen oben auf dem Stapel gruppiert werdenoutput_move_single:Ãœberlauf in ArraygrÃ¶ÃŸeÃœberlauf in Konstanten-AusdruckÃœberlauf in AufzÃ¤hlungswertenÃœberlauf in AufzÃ¤hlungswerten bei %qDÃœberlauf in impliziter KonstantenkonvertierungÃ¼bergelaufene Ausgabeargumentliste fÃ¼r %qsÃ¼berladener Funktionsname %qE in Klausel %qsÃ¼berladene Funktion ohne Typinformationen aus KontextÃœberschreibsteuerung (override/final) nur mit -std=c++11 oder -std=gnu++11 verfÃ¼gbarÃ¼bersteuert %qD, was als %<transaction_safe%> deklariert istgelÃ¶schte Funktion %q+D aufgehobenfinale Funktion %q+D wird Ã¼berschriebennicht gelÃ¶schte Funktion %q+D aufgehobengepacktes Expansionsargument fÃ¼r Parameter %qD ohne Â»packÂ« von Alias-Template %qDgepacktes Expansionsargument fÃ¼r Parameter %qD ohne Â»packÂ« von Konzept %qDPack-Expansion in using-Deklaration ist nur mit -std=c++1z oder -std=gnu++1z verfÃ¼gbargepacktes Attribut fÃ¼hrt zu ineffizienter Ausrichtunggepacktes Attribut verursacht ineffiziente Ausrichtung fÃ¼r %q+Dgepacktes Attribut verursacht ineffiziente Ausrichtung fÃ¼r %qEgepacktes Attribut ist unnÃ¶tiggepacktes Attribut ist unnÃ¶tig fÃ¼r %q+Dgepacktes Attribut ist fÃ¼r %qE unnÃ¶tigstruct wird bis zur Ausrichtungsgrenze aufgefÃ¼lltstruct wird aufgefÃ¼llt, um %q+D auszurichtenParameter %P hat unvollstÃ¤ndigen Typen %qTParameter %P von %qD hat unvollstÃ¤ndigen Typen %qTParameter %q+D als %<_Noreturn%> deklariertParameter %q+D als %<inline%> deklariertParameter %q+D hat nur eine VorwÃ¤rtsdeklarationParameter %qD als void deklariertParameter %qD hat unvollstÃ¤ndigen TypenParameter %qD bezieht Zeiger auf Feld mit unbekannter Grenze %qT einParameter %qD bezieht Referenz auf Feld mit unbekannter Grenze %qT einParameter %qD deklariert ungÃ¼ltigerweise MethodentypParameter %qD ist initialisiertParameter %qD gesetzt, jedoch nicht verwendetParameter %qP von %qD kÃ¶nnte Kandidat fÃ¼r Formatattribut seinParameter %u (%q+D) hat unvollstÃ¤ndigen TypenParameter %u (%q+D) hat void-TypenParameter %u hat unvollstÃ¤ndigen TypenParameter %u hat void-TypenParameter als %<auto%> deklariertParameterliste passt zu keiner gÃ¼ltigen Signatur fÃ¼r %s()Parameter darf nicht variabel modifizierten Typ %qT habenParameter kÃ¶nnte ein Kandidat fÃ¼r ein Formatattribut seinParametername fehlt in ParameterlisteParametername ausgelassenParameternamen (ohne Typen) in FunktionsdeklarationParameterpack %q+D muss am Ende der Templateparameterliste seinParameterpack %qD kann kein Standardargument habenArgument %qE fÃ¼r Parameterpack muss am Ende der Templateargumentliste seinArgument %qT fÃ¼r Parameterpack muss am Ende der Templateargumentliste seinParameterpack kann kein Standardargument habenParameterbÃ¼ndel nicht mit %<...%> aufgelÃ¶st:die ParameterÃ¼bergabe fÃ¼r das Argument vom Typ %qT hat sich in GCC 7.1 geÃ¤ndertparametrisiertes abgeleitetes TypargumentEltern-Unterprogramm kann nicht geinlinet werdenKlammern um %qE kÃ¶nnen nicht verwendet werden, einen Zeiger auf Elementfunktion zu erzeugenUm dieses zusammengesetzte Literal sind Klammern erforderlich, um Mehrdeutigkeit zu vermeidengeklammerte Initialisierung ist in OpenMP-%<for%>-Schleife nicht erlaubtgeklammerte Initialisierung ist in for-Schleife nicht erlaubtgeklammerte Initialisierung in Array-Â»newÂ«Syntaxfehler in Â»SELECT TYPEÂ«-Anweisung bei %CSyntaxfehler in TemplateargumentlisteTeilspezialisierung %q+D spezialisiert keine TemplateargumenteTeilspezialisierung %q+D spezialisiert keine Templateargumente und ist nicht eingeschrÃ¤nkter alsTeilspezialisierung %qD ist nicht spezialisierter alsTeilspezialisierung %qT als %<friend%> deklariertpartielle Spezialisierung ist nicht nÃ¤her spezialisiert als das ursprÃ¼ngliche Template, da es mehrere Parameter mit einer Â»packÂ«-Erweiterung ersetztteilweise Spezialisierung von %qD nach Instanziierung von %qDPartition gefunden, aber Funktionspartitionsschalter ist nicht gesetztDurchlauf %qs nicht gefunden, wird jedoch von neuem Durchlauf %qs referenziertpass %s does not support cloningpass %s needs a set_pass_param implementation to handle the extra argument in NEXT_PASSDie Ãœbergabe von %qT als %<this%>-Argument streicht QualifiziererÃœbergabe von %qT wÃ¤hlt %qT statt %qTÃœbergabe von NULL an Nicht-Zeiger-Argument %P von %qDÃœbergabe des Arguments %d von %qE entfernt Kennzeichner von Zeiger-Ziel-TypÃœbergabe des Arguments %d von %qE als %<float%> statt %<double%> aufgrund des PrototypsÃœbergabe des Arguments %d von %qE als %qT statt %qT aufgrund des PrototypsÃœbergabe des Arguments %d von %qE als komplex statt Gleitkomma aufgrund des PrototypsÃœbergabe des Arguments %d von %qE als komplex statt Ganzzahl aufgrund des PrototypsÃœbergabe des Arguments %d von %qE als Gleitkomma statt komplex aufgrund des PrototypsÃœbergabe des Arguments %d von %qE als Gleitkomma statt Ganzzahl aufgrund des PrototypsÃœbergabe des Arguments %d von %qE als Ganzzahl statt komplex aufgrund des PrototypsÃœbergabe des Arguments %d von %qE als Ganzzahl statt Gleitkomma aufgrund des PrototypsÃœbergabe des Arguments %d von %qE als vorzeichenbehaftet aufgrund des PrototypsÃœbergabe des Arguments %d von %qE als vorzeichenlos aufgrund des PrototypsÃœbergabe des Arguments %d von %qE entfernt Kennzeichner %qv von Zeiger-Ziel-TypÃœbergabe des Arguments %d von %qE von anderem Objective-C-TypÃœbergabe des Arguments %d von %qE von inkompatiblem ZeigertypÃœbergabe des Arguments %d von %qE von Zeiger auf nicht eingeschlossenen AdressbereichÃœbergabe des Arguments %d von %qE erzeugt aus unqualifiziertem einen qualifizierten Funktionszeiger %q#vÃœbergabe des Arguments %d von %qE  erzeugt Ganzzahl von Zeiger ohne TypkonvertierungÃœbergabe des Arguments %d von %qE erzeugt Zeiger von Ganzzahl ohne TypkonvertierungÃœbergabe des Arguments %d von %qE mit anderer Breite aufgrund des PrototypsArgument %i ist als Â»restrictÂ« markiert, wird aber auch in Argument %Z Ã¼bergebenArgument %i ist als Â»restrictÂ« markiert, wird aber auch in Argumenten %Z Ã¼bergebenArgumente werden an Auslassungspunkte des geerbten Konstruktors %qD Ã¼bergebenDas Ãœbergeben des nicht trivial-kopierbaren Typs %q#T Ã¼ber %<...%> ist Â»conditionally-supportedÂ« ([expr.call] 5.2.2/7)Ãœbergabe von zu groÃŸem Argument auf dem Stapelpch_preprocess-Pragma sollte nur mit -fpreprocessed verwendet werdenPed. WarnungPed. Warnung: vielleicht brauchen Sie explizite Templateargumente im Â»nested-name-specifierÂ«Sie kÃ¶nnten ein explizites %<%T::%> hinzufÃ¼genPerm. FehlerPerm. Fehler: pex_init gescheitert: %mPlatzhalter-BeschrÃ¤nkungen nicht erfÃ¼lltPlacement-New konstruiert ein Array vom Typ %qT und GrÃ¶ÃŸe %qwu in einer Region von Typ %qT und GrÃ¶ÃŸe %qwiPlacement-New konstruiert ein Objekt vom Typ %<%T [%wu]%> und GrÃ¶ÃŸe %qwu in einer Region von Typ %qT und GrÃ¶ÃŸe %qwiPlacement-New konstruiert ein Objekt vom Typ %qT und GrÃ¶ÃŸe %qwu in einer Region von Typ %qT und GrÃ¶ÃŸe %qwiPlugin %s ist nicht unter einer GPL-kompatiblen Lizenz lizenziert
  %sPlugin %s hat eine Null-Callback-Funktion fÃ¼r Ereignis %s registriertPlugin %s sollte vor -fplugin-arg-%s in der Kommandozeile angegeben werdenPlugin %s wurde mit anderen Pfaden angegeben:
  %s
  %sPlugin kann keinen fehlenden Durchlauf registrierenPlugin kann keinen unbenannten Durchlauf registrierenPlugin kann keinen Durchlauf %qs ohne Referenzdurchlaufnamen registrierenPlugin-UnterstÃ¼tzung ist ausgeschaltet; mit --enable-plugin konfigurierenZeigerZeigerargumentZeigerarithmetik fÃ¼r Objekte mit Garbage-Collection ist nicht erlaubtZeigerzuweisungZeigergrenzen sind aufgrund des unerwarteten Ausdrucks Â»%sÂ« verlorengegangenZeiger auf Typen %<void *%> in Arithmetik verwendetZeiger des Typs %<void *%> in Subtraktion verwendetZeigeroffset von Symbol kÃ¶nnte falsch seinZeiger oder allozierbares ResultatZeiger-Zieltypen sind in C++ inkompatibelZeiger auf Adressraum %qs muss in %qT konstant seinZeiger auf Adressraum %qs muss in %s %q+D konstant seinZeigerziele in Zuweisung unterscheiden sich im VorzeichenbesitzZeigerziele in Initialisierung unterscheiden sich im VorzeichenbesitzZeigerziele bei Ãœbergabe des Arguments %d von %qE unterscheiden sich im VorzeichenbesitzZeigerziele in return unterscheiden sich im VorzeichenbesitzZeiger auf Funktion in Arithmetik verwendetZeiger auf eine Funktion in Subtraktion verwendetZeiger auf Array verliert durch den Bedingungsausdruck QualifiziererZeiger auf Schnittstellentyp hat keine MethodenUmwandlung in Zeiger auf Element Ã¼ber virtuelle Basis %qTZeiger auf Elementtyp %qT mit Objekttyp %qT inkompatibelZeigertyp passt nicht in bedingtem AusdruckZeigerwert verwendet, wo Â»complexÂ« erwartet wurdeZeigerwert verwendet, wo Gleitkommawert erwartet wurdeZeiger auf Elementfunktion %E kann nicht ohne Objekt aufgerufen werden; Beispiele: .* oder ->*Typ fÃ¼r Zeiger auf Elementfunktion %qT braucht einen lvalueTyp fÃ¼r Zeiger auf Elementfunktion %qT braucht einen rvalueZeiger-/Ganzzahltyp passt nicht in bedingtem AusdruckZeiger sind nicht als case-Werte zugelassenZeiger auf Arrays mit unterschiedlichen Qualifizierern sind in ISO-C inkompatibelZeiger auf disjunkte AdressrÃ¤ume in bedingtem Ausdruck verwendetpolymorphes ArgumentPosition plus GrÃ¶ÃŸe Ã¼berschreitet die GrÃ¶ÃŸe des referenzierten Objekts in BIT_FIELD_REFlageunabhÃ¤ngiger Code nicht unterstÃ¼tztlageunabhÃ¤ngiger Code erfordert %qslageunabhÃ¤ngiger Code erfordert das Linux-ABIpositionelle Initialisierung eines Feldes in %<struct%>, die mit dem %<designated_init%>-Attribut deklariert wurdemÃ¶gliches Problem bei Aufruf des Â»delete[]Â«-Operators erkanntmÃ¶gliches Problem bei Aufruf des Â»deleteÂ«-Operators erkanntPost-Increment-Adresse ist kein RegisterSuffix-%qD muss %<int%> als sein Argument nehmenSuffix-%qD muss %<int%> als sein zweites Argument nehmenSuffix-%qD sollte %qT zurÃ¼ckgebenMÃ¶gliche Dereferenzierung eines NullzeigersÂ»pragma simdÂ« wird ignoriert, da Â»-fcilkplusÂ« nicht eingeschaltet istÂ»pragma simdÂ« muss innerhalb einer Funktion seinPre-Decrement-Adresse ist kein RegisterPre-Increment-Adresse ist kein RegisterGenauigkeitGenauigkeit im printf-Formatvordeklarierter arithmetischer Typ %qT in %<#pragma omp declare reduction%>vordefinierter arithmetischer Typ in %<#pragma omp declare reduction%>bedingter Thumb-Befehlbedingter Befehl in bedingter Sequenzvorzugsweise Register reservieren, die kurze Befehle ermÃ¶glichenPrÃ¤fix-%qD sollte %qT zurÃ¼ckgebenPrÃ¤fix-Attribute vor %<@%D%> werden ignoriertPrÃ¤fixattribute werden fÃ¼r Implementierungen ignoriertPrÃ¤fixattribute werden fÃ¼r Methoden ignoriertprev_bb von %d sollte %d sein, nicht %dvorheriges %<#pragma omp declare reduction%>vorherige Deklaration von %<pragma omp declare reduction%>vorherige Deklarationvorherige Deklaration von %q#Dvorherige Deklaration %qDvorherige Deklaration %qD verwendete %d Template-Parametervorherige Deklaration %qD verwendete %d Template-Parameterbisherige Deklaration als %q#Dvorherige Deklaration hiervorherige Deklaration von %<%c%E%>vorherige Deklaration von %<%c%E%> als %<@optional%>vorherige Deklaration von %<%c%E%> als %<@required%>vorherige Deklaration von %<%c%s%>vorherige Deklaration von %Dvorherige Deklaration von %q+DVorherige Deklaration von %q+D war hiervorherige Deklaration von %qDvorherige Deklaration von %qD war hiervorherige Deklaration von %qEbisherige Deklaration von Namensraum %qD hierbisherige Deklaration mit %qL-Bindungvorherige Definition hiervorherige Definition von %q#TVorherige Definition von %q+D war hiervorherige Definition von %qD war hiervorherige externe Deklaration von %q#DVorherige implizite Deklaration von %q+D war hiervorherige Deklaration %q+#D einer Nicht-Funktionvorherige Nicht-Prototyp-Definition hierbisherige Spezifikation in %q+#D hiervorher hier deklariertvorher hier definiertvorher hier als %s definiertBereits hier verwendetprimÃ¤res Template %qDursprÃ¼ngliches Template hierprivates Element %q#D in anonymer structprivates Element %q#D in anonymer UnionProblem beim Erstellen des Zielbilds fÃ¼r %s
diff -Nrcpad gcc-7.1.0/gcc/po/de.po gcc-7.2.0/gcc/po/de.po
*** gcc-7.1.0/gcc/po/de.po	Sun Apr 30 23:16:59 2017
--- gcc-7.2.0/gcc/po/de.po	Wed May  3 22:25:04 2017
***************
*** 8,17 ****
  # Roland Illig <roland.illig@gmx.de>, 2015, 2017.
  msgid ""
  msgstr ""
! "Project-Id-Version: gcc 7.1-b20170427\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-04-24 20:38+0000\n"
! "PO-Revision-Date: 2017-04-28 16:46+0200\n"
  "Last-Translator: Roland Illig <roland.illig@gmx.de>\n"
  "Language-Team: German <translation-team-de@lists.sourceforge.net>\n"
  "Language: de\n"
--- 8,17 ----
  # Roland Illig <roland.illig@gmx.de>, 2015, 2017.
  msgid ""
  msgstr ""
! "Project-Id-Version: gcc 7.1.0\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-05-01 22:24+0000\n"
! "PO-Revision-Date: 2017-05-03 22:55+0200\n"
  "Last-Translator: Roland Illig <roland.illig@gmx.de>\n"
  "Language-Team: German <translation-team-de@lists.sourceforge.net>\n"
  "Language: de\n"
*************** msgstr "LÃ¤ngenmodifizierer im strfmon-F
*** 2806,2847 ****
  msgid "<command-line>"
  msgstr "<Kommandozeile>"
  
! #: config/aarch64/aarch64.c:4926 config/arm/arm.c:21795 config/arm/arm.c:21808
! #: config/arm/arm.c:21833 config/nios2/nios2.c:2653
  #, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "Operand fÃ¼r Code Â»%cÂ« nicht unterstÃ¼tzt"
  
! #: config/aarch64/aarch64.c:4938 config/aarch64/aarch64.c:4954
! #: config/aarch64/aarch64.c:4967 config/aarch64/aarch64.c:4979
! #: config/aarch64/aarch64.c:4990 config/aarch64/aarch64.c:5013
! #: config/aarch64/aarch64.c:5066 config/aarch64/aarch64.c:5269
  #, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "ungÃ¼ltiger Operand fÃ¼r Â»%%%cÂ«"
  
! #: config/aarch64/aarch64.c:5033 config/aarch64/aarch64.c:5046
! #: config/aarch64/aarch64.c:5056
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr "unvertrÃ¤glicher Gleitkomma- / Vektorregisteroperand fÃ¼r Â»%%%cÂ«"
  
! #: config/aarch64/aarch64.c:5102 config/arm/arm.c:22340
  #, c-format
  msgid "missing operand"
  msgstr "fehlender Operand"
  
! #: config/aarch64/aarch64.c:5164
  #, c-format
  msgid "invalid constant"
  msgstr "ungÃ¼ltige Konstante"
  
! #: config/aarch64/aarch64.c:5167
  #, c-format
  msgid "invalid operand"
  msgstr "ungÃ¼ltiger Operand"
  
! #: config/aarch64/aarch64.c:5280
  #, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "ungÃ¼ltiger OperandenprÃ¤fix Â»%%%cÂ«"
--- 2806,2847 ----
  msgid "<command-line>"
  msgstr "<Kommandozeile>"
  
! #: config/aarch64/aarch64.c:4927 config/arm/arm.c:21832 config/arm/arm.c:21845
! #: config/arm/arm.c:21870 config/nios2/nios2.c:2653
  #, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "Operand fÃ¼r Code Â»%cÂ« nicht unterstÃ¼tzt"
  
! #: config/aarch64/aarch64.c:4939 config/aarch64/aarch64.c:4955
! #: config/aarch64/aarch64.c:4968 config/aarch64/aarch64.c:4980
! #: config/aarch64/aarch64.c:4991 config/aarch64/aarch64.c:5014
! #: config/aarch64/aarch64.c:5067 config/aarch64/aarch64.c:5270
  #, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "ungÃ¼ltiger Operand fÃ¼r Â»%%%cÂ«"
  
! #: config/aarch64/aarch64.c:5034 config/aarch64/aarch64.c:5047
! #: config/aarch64/aarch64.c:5057
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr "unvertrÃ¤glicher Gleitkomma- / Vektorregisteroperand fÃ¼r Â»%%%cÂ«"
  
! #: config/aarch64/aarch64.c:5103 config/arm/arm.c:22377
  #, c-format
  msgid "missing operand"
  msgstr "fehlender Operand"
  
! #: config/aarch64/aarch64.c:5165
  #, c-format
  msgid "invalid constant"
  msgstr "ungÃ¼ltige Konstante"
  
! #: config/aarch64/aarch64.c:5168
  #, c-format
  msgid "invalid operand"
  msgstr "ungÃ¼ltiger Operand"
  
! #: config/aarch64/aarch64.c:5281
  #, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "ungÃ¼ltiger OperandenprÃ¤fix Â»%%%cÂ«"
*************** msgstr "ungÃ¼ltiger Operanden-Ausgabecod
*** 2999,3027 ****
  msgid "invalid UNSPEC as operand: %d"
  msgstr "ungÃ¼ltiges UNSPEC als Operand: %d"
  
! #: config/arm/arm.c:18804 config/arm/arm.c:18829 config/arm/arm.c:18839
! #: config/arm/arm.c:18848 config/arm/arm.c:18857
  #, c-format
  msgid "invalid shift operand"
  msgstr "ungÃ¼ltiger Schiebeoperand"
  
! #: config/arm/arm.c:21671 config/arm/arm.c:21689
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "bedingter Thumb-Befehl"
  
! #: config/arm/arm.c:21677
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "bedingter Befehl in bedingter Sequenz"
  
! #: config/arm/arm.c:21910 config/arm/arm.c:21932 config/arm/arm.c:21942
! #: config/arm/arm.c:21952 config/arm/arm.c:21962 config/arm/arm.c:22001
! #: config/arm/arm.c:22019 config/arm/arm.c:22044 config/arm/arm.c:22059
! #: config/arm/arm.c:22086 config/arm/arm.c:22093 config/arm/arm.c:22111
! #: config/arm/arm.c:22118 config/arm/arm.c:22126 config/arm/arm.c:22147
! #: config/arm/arm.c:22154 config/arm/arm.c:22287 config/arm/arm.c:22294
! #: config/arm/arm.c:22321 config/arm/arm.c:22328 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
--- 2999,3027 ----
  msgid "invalid UNSPEC as operand: %d"
  msgstr "ungÃ¼ltiges UNSPEC als Operand: %d"
  
! #: config/arm/arm.c:18841 config/arm/arm.c:18866 config/arm/arm.c:18876
! #: config/arm/arm.c:18885 config/arm/arm.c:18894
  #, c-format
  msgid "invalid shift operand"
  msgstr "ungÃ¼ltiger Schiebeoperand"
  
! #: config/arm/arm.c:21708 config/arm/arm.c:21726
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "bedingter Thumb-Befehl"
  
! #: config/arm/arm.c:21714
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "bedingter Befehl in bedingter Sequenz"
  
! #: config/arm/arm.c:21947 config/arm/arm.c:21969 config/arm/arm.c:21979
! #: config/arm/arm.c:21989 config/arm/arm.c:21999 config/arm/arm.c:22038
! #: config/arm/arm.c:22056 config/arm/arm.c:22081 config/arm/arm.c:22096
! #: config/arm/arm.c:22123 config/arm/arm.c:22130 config/arm/arm.c:22148
! #: config/arm/arm.c:22155 config/arm/arm.c:22163 config/arm/arm.c:22184
! #: config/arm/arm.c:22191 config/arm/arm.c:22324 config/arm/arm.c:22331
! #: config/arm/arm.c:22358 config/arm/arm.c:22365 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
*************** msgstr "bedingter Befehl in bedingter Se
*** 3029,3041 ****
  msgid "invalid operand for code '%c'"
  msgstr "ungÃ¼ltiger Operand fÃ¼r Code Â»%cÂ«"
  
! #: config/arm/arm.c:22014
  #, c-format
  msgid "instruction never executed"
  msgstr "Befehl wird niemals ausgefÃ¼hrt"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22035
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr "veralteter Maverick-Formatcode Â»%cÂ«"
--- 3029,3041 ----
  msgid "invalid operand for code '%c'"
  msgstr "ungÃ¼ltiger Operand fÃ¼r Code Â»%cÂ«"
  
! #: config/arm/arm.c:22051
  #, c-format
  msgid "instruction never executed"
  msgstr "Befehl wird niemals ausgefÃ¼hrt"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22072
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr "veralteter Maverick-Formatcode Â»%cÂ«"
*************** msgstr "emit_fusion_p9_store, falsches R
*** 3843,3940 ****
  msgid "emit_fusion_p9_store not MEM"
  msgstr "emit_fusion_p9_store kein MEM"
  
! #: config/s390/s390.c:7314
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr "symbolische Speicherreferenzen werden nur auf z10 oder neuer unterstÃ¼tzt"
  
! #: config/s390/s390.c:7325
  #, c-format
  msgid "cannot decompose address"
  msgstr "Adresse kann nicht zerlegt werden"
  
! #: config/s390/s390.c:7394
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "ungÃ¼ltiger Vergleichsoperator fÃ¼r Ausgabemodifizierer Â»EÂ«"
  
! #: config/s390/s390.c:7417
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "ungÃ¼ltige Referenz fÃ¼r Ausgabemodifizierer Â»JÂ«"
  
! #: config/s390/s390.c:7435
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "ungÃ¼ltige Adresse fÃ¼r Ausgabemodifizierer Â»OÂ«"
  
! #: config/s390/s390.c:7457
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "ungÃ¼ltige Adresse fÃ¼r Ausgabemodifizierer Â»RÂ«"
  
! #: config/s390/s390.c:7475
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr "Speicherreferenz fÃ¼r Ausgabemodifizierer Â»SÂ« erwartet"
  
! #: config/s390/s390.c:7485
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "ungÃ¼ltige Adresse fÃ¼r Ausgabemodifizierer Â»SÂ«"
  
! #: config/s390/s390.c:7506
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr "Register oder Speicherausdruck fÃ¼r Ausgabemodifizierer Â»NÂ« erwartet"
  
! #: config/s390/s390.c:7517
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr "Register oder Speicherausdruck fÃ¼r Ausgabemodifizierer Â»MÂ« erwartet"
  
! #: config/s390/s390.c:7603 config/s390/s390.c:7624
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "ungÃ¼ltige Konstante fÃ¼r Ausgabemodifizierer Â»%cÂ«"
  
! #: config/s390/s390.c:7621
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "UngÃ¼ltige Konstante â€“ anderen Ausgabemodifizierer probieren"
  
! #: config/s390/s390.c:7658
  #, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "ungÃ¼ltiger konstanter Vektor fÃ¼r Ausgabemodifizierer Â»%cÂ«"
  
! #: config/s390/s390.c:7665
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "ungÃ¼ltiger Ausdruck â€“ anderen Ausgabemodifizierer probieren"
  
! #: config/s390/s390.c:7668
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "ungÃ¼ltiger Ausdruck fÃ¼r Ausgabemodifizierer Â»%cÂ«"
  
! #: config/s390/s390.c:11535
  msgid "vector argument passed to unprototyped function"
  msgstr "Vektor-Argument an Funktion ohne Prototyp Ã¼bergeben"
  
! #: config/s390/s390.c:15354
  msgid "types differ in signedness"
  msgstr "Typen unterscheiden sich im Vorzeichenbesitz"
  
! #: config/s390/s390.c:15364
  msgid "binary operator does not support two vector bool operands"
  msgstr "binÃ¤rer Operator unterstÃ¼tzt keine zwei bool-Vektor-Operanden"
  
! #: config/s390/s390.c:15367
  msgid "binary operator does not support vector bool operand"
  msgstr "BinÃ¤rer Operator unterstÃ¼tzt Boolean-Vektor-Argument nicht"
  
! #: config/s390/s390.c:15375
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr "binÃ¤rer Operator unterstÃ¼tzt nicht, dass bool-Vektor mit Gleitkommavektor vermischt wird"
  
--- 3843,3940 ----
  msgid "emit_fusion_p9_store not MEM"
  msgstr "emit_fusion_p9_store kein MEM"
  
! #: config/s390/s390.c:7482
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr "symbolische Speicherreferenzen werden nur auf z10 oder neuer unterstÃ¼tzt"
  
! #: config/s390/s390.c:7493
  #, c-format
  msgid "cannot decompose address"
  msgstr "Adresse kann nicht zerlegt werden"
  
! #: config/s390/s390.c:7562
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "ungÃ¼ltiger Vergleichsoperator fÃ¼r Ausgabemodifizierer Â»EÂ«"
  
! #: config/s390/s390.c:7585
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "ungÃ¼ltige Referenz fÃ¼r Ausgabemodifizierer Â»JÂ«"
  
! #: config/s390/s390.c:7603
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "ungÃ¼ltige Adresse fÃ¼r Ausgabemodifizierer Â»OÂ«"
  
! #: config/s390/s390.c:7625
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "ungÃ¼ltige Adresse fÃ¼r Ausgabemodifizierer Â»RÂ«"
  
! #: config/s390/s390.c:7643
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr "Speicherreferenz fÃ¼r Ausgabemodifizierer Â»SÂ« erwartet"
  
! #: config/s390/s390.c:7653
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "ungÃ¼ltige Adresse fÃ¼r Ausgabemodifizierer Â»SÂ«"
  
! #: config/s390/s390.c:7674
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr "Register oder Speicherausdruck fÃ¼r Ausgabemodifizierer Â»NÂ« erwartet"
  
! #: config/s390/s390.c:7685
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr "Register oder Speicherausdruck fÃ¼r Ausgabemodifizierer Â»MÂ« erwartet"
  
! #: config/s390/s390.c:7771 config/s390/s390.c:7792
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "ungÃ¼ltige Konstante fÃ¼r Ausgabemodifizierer Â»%cÂ«"
  
! #: config/s390/s390.c:7789
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "UngÃ¼ltige Konstante â€“ anderen Ausgabemodifizierer probieren"
  
! #: config/s390/s390.c:7826
  #, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "ungÃ¼ltiger konstanter Vektor fÃ¼r Ausgabemodifizierer Â»%cÂ«"
  
! #: config/s390/s390.c:7833
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "ungÃ¼ltiger Ausdruck â€“ anderen Ausgabemodifizierer probieren"
  
! #: config/s390/s390.c:7836
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "ungÃ¼ltiger Ausdruck fÃ¼r Ausgabemodifizierer Â»%cÂ«"
  
! #: config/s390/s390.c:11703
  msgid "vector argument passed to unprototyped function"
  msgstr "Vektor-Argument an Funktion ohne Prototyp Ã¼bergeben"
  
! #: config/s390/s390.c:15522
  msgid "types differ in signedness"
  msgstr "Typen unterscheiden sich im Vorzeichenbesitz"
  
! #: config/s390/s390.c:15532
  msgid "binary operator does not support two vector bool operands"
  msgstr "binÃ¤rer Operator unterstÃ¼tzt keine zwei bool-Vektor-Operanden"
  
! #: config/s390/s390.c:15535
  msgid "binary operator does not support vector bool operand"
  msgstr "BinÃ¤rer Operator unterstÃ¼tzt Boolean-Vektor-Argument nicht"
  
! #: config/s390/s390.c:15543
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr "binÃ¤rer Operator unterstÃ¼tzt nicht, dass bool-Vektor mit Gleitkommavektor vermischt wird"
  
*************** msgstr "Annahme, dass vorzeichenbehaftet
*** 17280,17286 ****
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr "Annahme, dass vorzeichenbehafteter Ãœberlauf nicht auftritt, wenn Konstanten um einen Vergleich kombiniert werden"
  
! #: fold-const.c:12046
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr "Faltungstest: ursprÃ¼nglicher Baum durch Faltung geÃ¤ndert"
--- 17280,17286 ----
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr "Annahme, dass vorzeichenbehafteter Ãœberlauf nicht auftritt, wenn Konstanten um einen Vergleich kombiniert werden"
  
! #: fold-const.c:12048
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr "Faltungstest: ursprÃ¼nglicher Baum durch Faltung geÃ¤ndert"
*************** msgstr "MÃ¶gliche Dereferenzierung eines
*** 17816,17823 ****
  msgid "null pointer dereference"
  msgstr "Dereferenzierung eines Nullzeigers"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12872
! #: tree.c:12909 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
--- 17816,17823 ----
  msgid "null pointer dereference"
  msgstr "Dereferenzierung eines Nullzeigers"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12880
! #: tree.c:12917 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
*************** msgstr "hier deklariert"
*** 17831,18127 ****
  msgid "nonnull argument %qD compared to NULL"
  msgstr "nichtnull-Argument %qD wird mit NULL verglichen"
  
! #: gimple-ssa-sprintf.c:2307 gimple-ssa-sprintf.c:2435
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr "%qE-Ausgabe kÃ¶nnte vor dem letzten Formatzeichen abgeschnitten sein"
  
! #: gimple-ssa-sprintf.c:2309 gimple-ssa-sprintf.c:2437
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr "%qE-Ausgabe ist vor dem letzten Formatzeichen abgeschnitten"
  
! #: gimple-ssa-sprintf.c:2311 gimple-ssa-sprintf.c:2439
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr "%qE kÃ¶nnte ein abschlieÃŸendes NUL hinter das Ende des Ziels schreiben"
  
! #: gimple-ssa-sprintf.c:2313 gimple-ssa-sprintf.c:2441
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr "%qE schreibt ein abschlieÃŸendes NUL hinter das Ende des Ziels"
  
! #: gimple-ssa-sprintf.c:2326
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben von %wu Byte in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2328
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu Byte in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2330
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr "%<%.*s%>-Direktive schreibt %wu Byte in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2334
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben von %wu Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2336
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2338
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr "%<%.*s%>-Direktive schreibt %wu Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2351
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben von bis zu %wu Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2353
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von bis zu %wu Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2355
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr "%<%.*s%>-Direktive schreibt bis zu %wu Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2371
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben von wahrscheinlich %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2373
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von wahrscheinlich %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2375
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr "%<%.*s%>-Direktive schreibt wahrscheinlich %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2388
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben von %wu bis %wu Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2390
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu bis %wu Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2392
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr "%<%.*s%>-Direktive schreibt zwischen %wu und %wu Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2404
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben von %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2406
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2408
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr "%<%.*s%>-Direktive schreibt %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2454
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben von %wu Byte in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2456
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu Byte in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2458
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr "%<%.*s%>-Direktive schreibt %wu Byte in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2462
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben von %wu Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2464
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr "Ausgabe %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2466
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr "%<%.*s%>-Direktive schreibt %wu Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2480
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben von bis zu %wu Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2483
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von bis zu %wu Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2486
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr "%<%.*s%>-Direktive schreibt bis zu %wu Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2502
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben von wahrscheinlich %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2505
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von wahrscheinlich %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2508
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr "%<%.*s%>-Direktive schreibt wahrscheinlich %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2521
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben zwischen %wu und %wu Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2524
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu bis %wu Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2527
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "%<%.*s%>-Direktive schreibt zwischen %wu und %wu Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2539
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben von %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2542
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2545
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "%<%.*s%>-Direktive schreibt %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2710
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr "Ausgabe der %<%.*s%>-Direktive zwischen %wu und %wu Bytes kÃ¶nnte die minimal erforderliche GrÃ¶ÃŸe von 4095 Ã¼berschreiten"
  
! #: gimple-ssa-sprintf.c:2712
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr "Ausgabe der %<%.*s%>-Direktive zwischen %wu und %wu Bytes Ã¼berschreitet die minimal erforderliche GrÃ¶ÃŸe von 4095"
  
! #: gimple-ssa-sprintf.c:2751
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr "Ausgabe der %<%.*s%>-Direktive zwischen %wu und %wu Bytes macht das Ergebnis grÃ¶ÃŸer als %<INT_MAX%>"
  
! #: gimple-ssa-sprintf.c:2753
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr "Ausgabe der %<%.*s%>-Direktive zwischen %wu und %wu Bytes kÃ¶nnte das Ergebnis grÃ¶ÃŸer als %<INT_MAX%> machen"
  
! #: gimple-ssa-sprintf.c:2767
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr "angenommen, dass die Ausgabe der Direktive %wu Byte groÃŸ ist"
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr "angenommen, dass die Ausgabe der Direktive %wu Bytes groÃŸ ist"
  
! #: gimple-ssa-sprintf.c:2775
  #, gcc-internal-format
  msgid "directive argument %qE"
  msgstr "Direktiven-Argument %qE"
  
! #: gimple-ssa-sprintf.c:2777
  #, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr "Direktiven-Argument im Bereich [%E, %E]"
  
! #: gimple-ssa-sprintf.c:2781
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr "das Intervall [%E, %E] wird fÃ¼r das Argument der Direktive verwendet"
  
! #: gimple-ssa-sprintf.c:2801
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr "%qE gibt %wu Byte in das Ziel der GrÃ¶ÃŸe %wu aus"
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr "%qE gibt %wu Bytes in das Ziel der GrÃ¶ÃŸe %wu aus"
  
! #: gimple-ssa-sprintf.c:2806
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr "%qE gibt zwischen %wu und %wu Bytes in das Ziel der GrÃ¶ÃŸe %wu aus"
  
! #: gimple-ssa-sprintf.c:2811
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr "%qE gibt %wu oder mehr Bytes (angenommen %wu) in das Ziel der GrÃ¶ÃŸe %wu aus"
  
! #: gimple-ssa-sprintf.c:2816
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr "%qE gibt %wu oder mehr Bytes in das Ziel der GrÃ¶ÃŸe %wu aus"
  
! #: gimple-ssa-sprintf.c:3588
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr "angegebene Grenze %wu Ã¼berschreitet maximale ObjektgrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:3594
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr "angegebene Grenze %wu Ã¼berschreitet %<INT_MAX%>"
  
! #: gimple-ssa-sprintf.c:3647
  #, gcc-internal-format
  msgid "null destination pointer"
  msgstr "Zielzeiger ist NULL"
  
! #: gimple-ssa-sprintf.c:3664
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr "angegebene Grenze %wu Ã¼berschreitet die GrÃ¶ÃŸe %wu des Zielobjekts"
  
! #: gimple-ssa-sprintf.c:3676
  #, gcc-internal-format
  msgid "null format string"
  msgstr "NULL-Formatzeichenkette"
--- 17831,18127 ----
  msgid "nonnull argument %qD compared to NULL"
  msgstr "nichtnull-Argument %qD wird mit NULL verglichen"
  
! #: gimple-ssa-sprintf.c:2308 gimple-ssa-sprintf.c:2436
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr "%qE-Ausgabe kÃ¶nnte vor dem letzten Formatzeichen abgeschnitten sein"
  
! #: gimple-ssa-sprintf.c:2310 gimple-ssa-sprintf.c:2438
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr "%qE-Ausgabe ist vor dem letzten Formatzeichen abgeschnitten"
  
! #: gimple-ssa-sprintf.c:2312 gimple-ssa-sprintf.c:2440
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr "%qE kÃ¶nnte ein abschlieÃŸendes NUL hinter das Ende des Ziels schreiben"
  
! #: gimple-ssa-sprintf.c:2314 gimple-ssa-sprintf.c:2442
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr "%qE schreibt ein abschlieÃŸendes NUL hinter das Ende des Ziels"
  
! #: gimple-ssa-sprintf.c:2327
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben von %wu Byte in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2329
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu Byte in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2331
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr "%<%.*s%>-Direktive schreibt %wu Byte in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2335
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben von %wu Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2337
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2339
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr "%<%.*s%>-Direktive schreibt %wu Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2352
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben von bis zu %wu Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2354
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von bis zu %wu Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2356
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr "%<%.*s%>-Direktive schreibt bis zu %wu Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2372
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben von wahrscheinlich %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2374
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von wahrscheinlich %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2376
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr "%<%.*s%>-Direktive schreibt wahrscheinlich %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2389
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben von %wu bis %wu Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2391
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu bis %wu Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2393
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr "%<%.*s%>-Direktive schreibt zwischen %wu und %wu Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2405
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben von %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2407
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2409
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr "%<%.*s%>-Direktive schreibt %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:2455
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben von %wu Byte in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2457
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu Byte in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2459
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr "%<%.*s%>-Direktive schreibt %wu Byte in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2463
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben von %wu Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2465
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr "Ausgabe %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2467
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr "%<%.*s%>-Direktive schreibt %wu Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2481
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben von bis zu %wu Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2484
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von bis zu %wu Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2487
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr "%<%.*s%>-Direktive schreibt bis zu %wu Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2503
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben von wahrscheinlich %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2506
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von wahrscheinlich %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2509
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr "%<%.*s%>-Direktive schreibt wahrscheinlich %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2522
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben zwischen %wu und %wu Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2525
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu bis %wu Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2528
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "%<%.*s%>-Direktive schreibt zwischen %wu und %wu Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2540
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive kÃ¶nnte abgeschnitten sein, beim Schreiben von %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2543
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2546
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "%<%.*s%>-Direktive schreibt %wu oder mehr Bytes in eine Region der GrÃ¶ÃŸe zwischen %wu und %wu"
  
! #: gimple-ssa-sprintf.c:2711
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr "Ausgabe der %<%.*s%>-Direktive zwischen %wu und %wu Bytes kÃ¶nnte die minimal erforderliche GrÃ¶ÃŸe von 4095 Ã¼berschreiten"
  
! #: gimple-ssa-sprintf.c:2713
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr "Ausgabe der %<%.*s%>-Direktive zwischen %wu und %wu Bytes Ã¼berschreitet die minimal erforderliche GrÃ¶ÃŸe von 4095"
  
! #: gimple-ssa-sprintf.c:2752
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr "Ausgabe der %<%.*s%>-Direktive zwischen %wu und %wu Bytes macht das Ergebnis grÃ¶ÃŸer als %<INT_MAX%>"
  
! #: gimple-ssa-sprintf.c:2754
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr "Ausgabe der %<%.*s%>-Direktive zwischen %wu und %wu Bytes kÃ¶nnte das Ergebnis grÃ¶ÃŸer als %<INT_MAX%> machen"
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr "angenommen, dass die Ausgabe der Direktive %wu Byte groÃŸ ist"
  
! #: gimple-ssa-sprintf.c:2769
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr "angenommen, dass die Ausgabe der Direktive %wu Bytes groÃŸ ist"
  
! #: gimple-ssa-sprintf.c:2776
  #, gcc-internal-format
  msgid "directive argument %qE"
  msgstr "Direktiven-Argument %qE"
  
! #: gimple-ssa-sprintf.c:2778
  #, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr "Direktiven-Argument im Bereich [%E, %E]"
  
! #: gimple-ssa-sprintf.c:2782
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr "das Intervall [%E, %E] wird fÃ¼r das Argument der Direktive verwendet"
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr "%qE gibt %wu Byte in das Ziel der GrÃ¶ÃŸe %wu aus"
  
! #: gimple-ssa-sprintf.c:2803
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr "%qE gibt %wu Bytes in das Ziel der GrÃ¶ÃŸe %wu aus"
  
! #: gimple-ssa-sprintf.c:2807
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr "%qE gibt zwischen %wu und %wu Bytes in das Ziel der GrÃ¶ÃŸe %wu aus"
  
! #: gimple-ssa-sprintf.c:2812
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr "%qE gibt %wu oder mehr Bytes (angenommen %wu) in das Ziel der GrÃ¶ÃŸe %wu aus"
  
! #: gimple-ssa-sprintf.c:2817
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr "%qE gibt %wu oder mehr Bytes in das Ziel der GrÃ¶ÃŸe %wu aus"
  
! #: gimple-ssa-sprintf.c:3591
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr "angegebene Grenze %wu Ã¼berschreitet maximale ObjektgrÃ¶ÃŸe %wu"
  
! #: gimple-ssa-sprintf.c:3597
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr "angegebene Grenze %wu Ã¼berschreitet %<INT_MAX%>"
  
! #: gimple-ssa-sprintf.c:3650
  #, gcc-internal-format
  msgid "null destination pointer"
  msgstr "Zielzeiger ist NULL"
  
! #: gimple-ssa-sprintf.c:3667
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr "angegebene Grenze %wu Ã¼berschreitet die GrÃ¶ÃŸe %wu des Zielobjekts"
  
! #: gimple-ssa-sprintf.c:3679
  #, gcc-internal-format
  msgid "null format string"
  msgstr "NULL-Formatzeichenkette"
*************** msgid "%D renamed after being referenced
*** 20298,20479 ****
  msgstr "%D nach Referenzierung in Assemblierung umbenannt"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:970
  #, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "Interner Fehler: function symbol is not function"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:978
  #, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr "Interner Fehler: variable symbol is not variable"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:984
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr "Interner Fehler: node has unknown type"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:993
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr "Interner Fehler: node not found node->decl->decl_with_vis.symtab_node"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr "Interner Fehler: node differs from node->decl->decl_with_vis.symtab_node"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1010
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr "Interner Fehler: assembler name hash list corrupted"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1023
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr "Interner Fehler: node not found in symtab assembler name hash"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1030
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr "Interner Fehler: double linked list of assembler names corrupted"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1035
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr "Interner Fehler: node has body_removed but is definition"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1040
  #, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr "Interner Fehler: node is analyzed but it is not a definition"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1045
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr "Interner Fehler: node is alias but not implicit alias"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1050
  #, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr "Interner Fehler: node is alias but not definition"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1055
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr "Interner Fehler: node is weakref but not an transparent_alias"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1060
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr "Interner Fehler: node is transparent_alias but not an alias"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1069
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr "Interner Fehler: node is in same_comdat_group list but has no comdat_group"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1074
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr "Interner Fehler: same_comdat_group list across different groups"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1079
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr "Interner Fehler: mixing different types of symbol in same comdat groups is not supported"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1084
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr "Interner Fehler: node is alone in a comdat group"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1091
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr "Interner Fehler: same_comdat_group is not a circular list"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1106
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr "Interner Fehler: comdat-local symbol referred to by %s outside its comdat"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1116
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr "Interner Fehler: implicit_section flag is set but section isn't"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1123
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr "Interner Fehler: Both section and comdat group is set"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1135
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr "Interner Fehler: Alias and target's section differs"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1142
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr "Interner Fehler: Alias and target's comdat groups differs"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1157
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr "Interner Fehler: Transparent alias and target's assembler names differs"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr "Interner Fehler: Chained transparent aliases"
  
! #: symtab.c:1188 symtab.c:1225
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr "Interner Fehler: symtab_node::verify failed"
  
! #: symtab.c:1221
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr "Interner Fehler: Two symbols with same comdat_group are not linked by the same_comdat_group list."
  
! #: symtab.c:1630
  #, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr "Funktion %q+D Teil des Alias-Zyklus"
  
! #: symtab.c:1632
  #, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr "Variable %q+D Teil des Alias-Zyklus"
  
! #: symtab.c:1660
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr "Abschnitt des Aliases %q+D muss zum Abschnitt seines Ziels passen"
--- 20298,20479 ----
  msgstr "%D nach Referenzierung in Assemblierung umbenannt"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:978
  #, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "Interner Fehler: function symbol is not function"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:986
  #, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr "Interner Fehler: variable symbol is not variable"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:992
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr "Interner Fehler: node has unknown type"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr "Interner Fehler: node not found node->decl->decl_with_vis.symtab_node"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1009
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr "Interner Fehler: node differs from node->decl->decl_with_vis.symtab_node"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1018
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr "Interner Fehler: assembler name hash list corrupted"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1031
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr "Interner Fehler: node not found in symtab assembler name hash"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1038
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr "Interner Fehler: double linked list of assembler names corrupted"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1043
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr "Interner Fehler: node has body_removed but is definition"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1048
  #, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr "Interner Fehler: node is analyzed but it is not a definition"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1053
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr "Interner Fehler: node is alias but not implicit alias"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1058
  #, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr "Interner Fehler: node is alias but not definition"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1063
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr "Interner Fehler: node is weakref but not an transparent_alias"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1068
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr "Interner Fehler: node is transparent_alias but not an alias"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1077
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr "Interner Fehler: node is in same_comdat_group list but has no comdat_group"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1082
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr "Interner Fehler: same_comdat_group list across different groups"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1087
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr "Interner Fehler: mixing different types of symbol in same comdat groups is not supported"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1092
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr "Interner Fehler: node is alone in a comdat group"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1099
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr "Interner Fehler: same_comdat_group is not a circular list"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1114
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr "Interner Fehler: comdat-local symbol referred to by %s outside its comdat"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1124
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr "Interner Fehler: implicit_section flag is set but section isn't"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1131
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr "Interner Fehler: Both section and comdat group is set"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1143
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr "Interner Fehler: Alias and target's section differs"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1150
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr "Interner Fehler: Alias and target's comdat groups differs"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr "Interner Fehler: Transparent alias and target's assembler names differs"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79874
! #: symtab.c:1173
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr "Interner Fehler: Chained transparent aliases"
  
! #: symtab.c:1196 symtab.c:1233
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr "Interner Fehler: symtab_node::verify failed"
  
! #: symtab.c:1229
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr "Interner Fehler: Two symbols with same comdat_group are not linked by the same_comdat_group list."
  
! #: symtab.c:1638
  #, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr "Funktion %q+D Teil des Alias-Zyklus"
  
! #: symtab.c:1640
  #, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr "Variable %q+D Teil des Alias-Zyklus"
  
! #: symtab.c:1668
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr "Abschnitt des Aliases %q+D muss zum Abschnitt seines Ziels passen"
*************** msgstr "%qD ohne Attribut Â»dllimportÂ«
*** 22172,22179 ****
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6704
! #: config/arm/arm.c:6732 config/arm/arm.c:6749 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
--- 22172,22179 ----
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6741
! #: config/arm/arm.c:6769 config/arm/arm.c:6786 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
*************** msgstr "fÃ¼r Symbol %q+D wird wegen des
*** 22209,22300 ****
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qE bringt Standardsichtbarkeit mit sich, aber %qD wurde bereits mit anderer Sichtbarkeit deklariert"
  
! #: tree.c:8366
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "Arrays von Funktionen sind sinnlos"
  
! #: tree.c:8537
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "RÃ¼ckgabetyp der Funktion kann keine Funktion sein"
  
! #: tree.c:9831 tree.c:9916 tree.c:9977
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr "tree check: %s, have %s in %s, at %s:%d"
  
! #: tree.c:9868
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr "tree check: expected none of %s, have %s in %s, at %s:%d"
  
! #: tree.c:9881
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  
! #: tree.c:9930
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  
! #: tree.c:9943
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  
! #: tree.c:10003
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  
! #: tree.c:10017
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  
! #: tree.c:10029
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  
! #: tree.c:10042
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  
! #: tree.c:10055
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  
! #: tree.c:12867
  #, gcc-internal-format
  msgid "%qD is deprecated: %s"
  msgstr "%qD ist veraltet: %s"
  
! #: tree.c:12870
  #, gcc-internal-format
  msgid "%qD is deprecated"
  msgstr "%qD ist veraltet"
  
! #: tree.c:12894 tree.c:12916
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "%qE ist veraltet: %s"
  
! #: tree.c:12897 tree.c:12919
  #, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "%qE ist veraltet"
  
! #: tree.c:12903 tree.c:12924
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "Typ ist veraltet: %s"
  
! #: tree.c:12906 tree.c:12927
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "Typ ist veraltet"
--- 22209,22300 ----
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qE bringt Standardsichtbarkeit mit sich, aber %qD wurde bereits mit anderer Sichtbarkeit deklariert"
  
! #: tree.c:8373
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "Arrays von Funktionen sind sinnlos"
  
! #: tree.c:8545
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "RÃ¼ckgabetyp der Funktion kann keine Funktion sein"
  
! #: tree.c:9839 tree.c:9924 tree.c:9985
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr "tree check: %s, have %s in %s, at %s:%d"
  
! #: tree.c:9876
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr "tree check: expected none of %s, have %s in %s, at %s:%d"
  
! #: tree.c:9889
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  
! #: tree.c:9938
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  
! #: tree.c:9951
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  
! #: tree.c:10011
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  
! #: tree.c:10025
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  
! #: tree.c:10037
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  
! #: tree.c:10050
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  
! #: tree.c:10063
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  
! #: tree.c:12875
  #, gcc-internal-format
  msgid "%qD is deprecated: %s"
  msgstr "%qD ist veraltet: %s"
  
! #: tree.c:12878
  #, gcc-internal-format
  msgid "%qD is deprecated"
  msgstr "%qD ist veraltet"
  
! #: tree.c:12902 tree.c:12924
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "%qE ist veraltet: %s"
  
! #: tree.c:12905 tree.c:12927
  #, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "%qE ist veraltet"
  
! #: tree.c:12911 tree.c:12932
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "Typ ist veraltet: %s"
  
! #: tree.c:12914 tree.c:12935
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "Typ ist veraltet"
*************** msgstr "Typ ist veraltet"
*** 22322,22583 ****
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13354
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr "bla bla bla kann eh nicht Ã¼bersetzt werden"
  
! #: tree.c:13395
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr "Typvariante hat unterschiedliche TYPE_SIZE_UNIT"
  
! #: tree.c:13397
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr "TYPE_SIZE_UNIT der Typvariante"
  
! #: tree.c:13399
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr "TYPE_SIZE_UNIT des Typs"
  
! #: tree.c:13419
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr "type variant with TYPE_ALIAS_SET_KNOWN_P"
  
! #: tree.c:13432
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr "type variant has different TYPE_VFIELD"
  
! #: tree.c:13449
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr "type variant has TYPE_METHODS"
  
! #: tree.c:13474
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr "type variant has different TYPE_BINFO"
  
! #: tree.c:13476
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr "type variant's TYPE_BINFO"
  
! #: tree.c:13478
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr "type's TYPE_BINFO"
  
! #: tree.c:13516
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr "type variant has different TYPE_FIELDS"
  
! #: tree.c:13518
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr "first mismatch is field"
  
! #: tree.c:13520
  #, gcc-internal-format
  msgid "and field"
  msgstr "and field"
  
! #: tree.c:13537
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr "type variant has different TREE_TYPE"
  
! #: tree.c:13539 tree.c:13550
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr "type variant's TREE_TYPE"
  
! #: tree.c:13541 tree.c:13552
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr "type's TREE_TYPE"
  
! #: tree.c:13548
  #, gcc-internal-format
  msgid "type is not compatible with its variant"
  msgstr "type is not compatible with its variant"
  
! #: tree.c:13851
  #, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr "Main variant is not defined"
  
! #: tree.c:13856
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  
! #: tree.c:13868
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr "TYPE_CANONICAL has different TYPE_CANONICAL"
  
! #: tree.c:13886
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr "TYPE_CANONICAL is not compatible"
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr "TYPE_MODE of TYPE_CANONICAL is not compatible"
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr "TYPE_CANONICAL of main variant is not main variant"
  
! #: tree.c:13918
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  
! #: tree.c:13928
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  
! #: tree.c:13938
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  
! #: tree.c:13956
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr "TYPE_MINVAL non-NULL"
  
! #: tree.c:13968
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  
! #: tree.c:13979
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr "TYPE_METHOD_BASETYPE is not record nor union"
  
! #: tree.c:13990
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr "TYPE_OFFSET_BASETYPE is not record nor union"
  
! #: tree.c:14008
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  
! #: tree.c:14015
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr "TYPE_MAXVAL non-NULL"
  
! #: tree.c:14027
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr "TYPE_BINFO is not TREE_BINFO"
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  
! #: tree.c:14042
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  
! #: tree.c:14058
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr "Enum value is not CONST_DECL or INTEGER_CST"
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  
! #: tree.c:14073
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr "Enum value name is not IDENTIFIER_NODE"
  
! #: tree.c:14083
  #, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "Array TYPE_DOMAIN is not integer type"
  
! #: tree.c:14092
  #, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "TYPE_FIELDS defined in incomplete type"
  
! #: tree.c:14112
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr "Wrong tree in TYPE_FIELDS list"
  
! #: tree.c:14127
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  
! #: tree.c:14133
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr "TYPE_CACHED_VALUES is not TREE_VEC"
  
! #: tree.c:14146
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr "wrong TYPE_CACHED_VALUES entry"
  
! #: tree.c:14159
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  
! #: tree.c:14165
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr "Wrong entry in TYPE_ARG_TYPES list"
  
! #: tree.c:14172
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr "TYPE_VALUES_RAW field is non-NULL"
  
! #: tree.c:14184
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr "Interner Fehler: TYPE_CACHED_VALUES_P is set while it should not"
  
! #: tree.c:14190
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr "TYPE_STRING_FLAG is set on wrong type code"
  
! #: tree.c:14202
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  
! #: tree.c:14214
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr "TYPE_METHOD_BASETYPE is not main variant"
  
! #: tree.c:14221
  #, gcc-internal-format
  msgid "verify_type failed"
  msgstr "verify_type failed"
--- 22322,22583 ----
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13362
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr "bla bla bla kann eh nicht Ã¼bersetzt werden"
  
! #: tree.c:13403
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr "Typvariante hat unterschiedliche TYPE_SIZE_UNIT"
  
! #: tree.c:13405
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr "TYPE_SIZE_UNIT der Typvariante"
  
! #: tree.c:13407
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr "TYPE_SIZE_UNIT des Typs"
  
! #: tree.c:13427
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr "type variant with TYPE_ALIAS_SET_KNOWN_P"
  
! #: tree.c:13440
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr "type variant has different TYPE_VFIELD"
  
! #: tree.c:13457
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr "type variant has TYPE_METHODS"
  
! #: tree.c:13482
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr "type variant has different TYPE_BINFO"
  
! #: tree.c:13484
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr "type variant's TYPE_BINFO"
  
! #: tree.c:13486
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr "type's TYPE_BINFO"
  
! #: tree.c:13524
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr "type variant has different TYPE_FIELDS"
  
! #: tree.c:13526
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr "first mismatch is field"
  
! #: tree.c:13528
  #, gcc-internal-format
  msgid "and field"
  msgstr "and field"
  
! #: tree.c:13545
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr "type variant has different TREE_TYPE"
  
! #: tree.c:13547 tree.c:13558
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr "type variant's TREE_TYPE"
  
! #: tree.c:13549 tree.c:13560
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr "type's TREE_TYPE"
  
! #: tree.c:13556
  #, gcc-internal-format
  msgid "type is not compatible with its variant"
  msgstr "type is not compatible with its variant"
  
! #: tree.c:13859
  #, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr "Main variant is not defined"
  
! #: tree.c:13864
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  
! #: tree.c:13876
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr "TYPE_CANONICAL has different TYPE_CANONICAL"
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr "TYPE_CANONICAL is not compatible"
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr "TYPE_MODE of TYPE_CANONICAL is not compatible"
  
! #: tree.c:13910
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr "TYPE_CANONICAL of main variant is not main variant"
  
! #: tree.c:13926
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  
! #: tree.c:13936
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  
! #: tree.c:13946
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  
! #: tree.c:13964
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr "TYPE_MINVAL non-NULL"
  
! #: tree.c:13976
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  
! #: tree.c:13987
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr "TYPE_METHOD_BASETYPE is not record nor union"
  
! #: tree.c:13998
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr "TYPE_OFFSET_BASETYPE is not record nor union"
  
! #: tree.c:14016
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  
! #: tree.c:14023
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr "TYPE_MAXVAL non-NULL"
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr "TYPE_BINFO is not TREE_BINFO"
  
! #: tree.c:14043
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  
! #: tree.c:14050
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr "Enum value is not CONST_DECL or INTEGER_CST"
  
! #: tree.c:14074
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  
! #: tree.c:14081
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr "Enum value name is not IDENTIFIER_NODE"
  
! #: tree.c:14091
  #, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "Array TYPE_DOMAIN is not integer type"
  
! #: tree.c:14100
  #, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "TYPE_FIELDS defined in incomplete type"
  
! #: tree.c:14120
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr "Wrong tree in TYPE_FIELDS list"
  
! #: tree.c:14135
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  
! #: tree.c:14141
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr "TYPE_CACHED_VALUES is not TREE_VEC"
  
! #: tree.c:14154
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr "wrong TYPE_CACHED_VALUES entry"
  
! #: tree.c:14167
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  
! #: tree.c:14173
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr "Wrong entry in TYPE_ARG_TYPES list"
  
! #: tree.c:14180
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr "TYPE_VALUES_RAW field is non-NULL"
  
! #: tree.c:14192
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr "Interner Fehler: TYPE_CACHED_VALUES_P is set while it should not"
  
! #: tree.c:14198
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr "TYPE_STRING_FLAG is set on wrong type code"
  
! #: tree.c:14210
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  
! #: tree.c:14222
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr "TYPE_METHOD_BASETYPE is not main variant"
  
! #: tree.c:14229
  #, gcc-internal-format
  msgid "verify_type failed"
  msgstr "verify_type failed"
*************** msgstr "%<fallthrough%>-Attribut ist meh
*** 23574,23586 ****
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "%<fallthrough%>-Attribut mit einem Parameter angegeben"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6573 c-family/c-common.c:6644
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "Zu wenige Argumente fÃ¼r Funktion %qE"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6670 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "zu viele Argumente fÃ¼r Funktion %qE"
--- 23574,23586 ----
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "%<fallthrough%>-Attribut mit einem Parameter angegeben"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6574 c-family/c-common.c:6645
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "Zu wenige Argumente fÃ¼r Funktion %qE"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6671 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "zu viele Argumente fÃ¼r Funktion %qE"
*************** msgstr "Versuch, die Adresse des Bitfeld
*** 23665,23736 ****
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr "Index %E markiert einen Offset grÃ¶ÃŸer als die GrÃ¶ÃŸe von %qT"
  
! #: c-family/c-common.c:6515 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr "ArraygrÃ¶ÃŸe ist zu groÃŸ"
  
! #: c-family/c-common.c:6603
  #, gcc-internal-format
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "Operandentyp %qT ist inkompatibel mit Argument %d von %qE"
  
! #: c-family/c-common.c:6737
  #, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr "Falsche Anzahl der Argumente fÃ¼r Funktion %qE"
  
! #: c-family/c-common.c:6752
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "Argument 1 von %qE muss ein Nicht-Void-Zeigertyp sein"
  
! #: c-family/c-common.c:6761
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "Argument 1 von %qE muss ein Zeiger auf Typen konstanter GrÃ¶ÃŸe sein"
  
! #: c-family/c-common.c:6772
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "Argument 1 von %qE muss ein Zeiger auf Objekt breiter als Null sein"
  
! #: c-family/c-common.c:6787
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr "Argument %d von %qE muss eine Zeigertyp sein"
  
! #: c-family/c-common.c:6795
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "Argument %d von %qE muss ein Zeiger auf Typen konstanter GrÃ¶ÃŸe sein"
  
! #: c-family/c-common.c:6801
  #, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "Argument %d von %qE darf kein Zeiger auf eine Funktion sein"
  
! #: c-family/c-common.c:6809
  #, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr "Unpassende GrÃ¶ÃŸe in Argument %d von %qE"
  
! #: c-family/c-common.c:6825
  #, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr "ungÃ¼ltiges Argument %d fÃ¼r Speichermodell von %qE"
  
! #: c-family/c-common.c:6832
  #, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr "Nicht-Ganzzahlargument %d fÃ¼r Speichermodell von %qE"
  
! #: c-family/c-common.c:7753
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr "Indexwert ist auÃŸerhalb der Grenzen"
  
! #: c-family/c-common.c:7794 c-family/c-common.c:7842 c-family/c-common.c:7857
  #: cp/call.c:4836 cp/call.c:4843
  #, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
--- 23665,23736 ----
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr "Index %E markiert einen Offset grÃ¶ÃŸer als die GrÃ¶ÃŸe von %qT"
  
! #: c-family/c-common.c:6516 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr "ArraygrÃ¶ÃŸe ist zu groÃŸ"
  
! #: c-family/c-common.c:6604
  #, gcc-internal-format
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "Operandentyp %qT ist inkompatibel mit Argument %d von %qE"
  
! #: c-family/c-common.c:6738
  #, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr "Falsche Anzahl der Argumente fÃ¼r Funktion %qE"
  
! #: c-family/c-common.c:6753
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "Argument 1 von %qE muss ein Nicht-Void-Zeigertyp sein"
  
! #: c-family/c-common.c:6762
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "Argument 1 von %qE muss ein Zeiger auf Typen konstanter GrÃ¶ÃŸe sein"
  
! #: c-family/c-common.c:6773
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "Argument 1 von %qE muss ein Zeiger auf Objekt breiter als Null sein"
  
! #: c-family/c-common.c:6788
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr "Argument %d von %qE muss eine Zeigertyp sein"
  
! #: c-family/c-common.c:6796
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "Argument %d von %qE muss ein Zeiger auf Typen konstanter GrÃ¶ÃŸe sein"
  
! #: c-family/c-common.c:6802
  #, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "Argument %d von %qE darf kein Zeiger auf eine Funktion sein"
  
! #: c-family/c-common.c:6810
  #, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr "Unpassende GrÃ¶ÃŸe in Argument %d von %qE"
  
! #: c-family/c-common.c:6826
  #, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr "ungÃ¼ltiges Argument %d fÃ¼r Speichermodell von %qE"
  
! #: c-family/c-common.c:6833
  #, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr "Nicht-Ganzzahlargument %d fÃ¼r Speichermodell von %qE"
  
! #: c-family/c-common.c:7754
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr "Indexwert ist auÃŸerhalb der Grenzen"
  
! #: c-family/c-common.c:7795 c-family/c-common.c:7843 c-family/c-common.c:7858
  #: cp/call.c:4836 cp/call.c:4843
  #, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
*************** msgstr "Umwandlung von Skalar %qT in Vek
*** 23738,23759 ****
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7943
  #, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr "eingebaute Funktion %qE muss direkt aufgerufen werden"
  
! #: c-family/c-common.c:7965 c/c-decl.c:6124
  #, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "ArraygrÃ¶ÃŸe von %qE ist zu groÃŸ"
  
! #: c-family/c-common.c:7967 c/c-decl.c:6127
  #, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "GrÃ¶ÃŸe des unbenannten Arrays ist zu groÃŸ"
  
! #: c-family/c-common.c:7997
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr "Umgebungsvariable SOURCE_DATE_EPOCH muss ganzzahlig sein und zwischen 0 und %wd liegen"
--- 23738,23759 ----
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7944
  #, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr "eingebaute Funktion %qE muss direkt aufgerufen werden"
  
! #: c-family/c-common.c:7966 c/c-decl.c:6124
  #, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "ArraygrÃ¶ÃŸe von %qE ist zu groÃŸ"
  
! #: c-family/c-common.c:7968 c/c-decl.c:6127
  #, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "GrÃ¶ÃŸe des unbenannten Arrays ist zu groÃŸ"
  
! #: c-family/c-common.c:7998
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr "Umgebungsvariable SOURCE_DATE_EPOCH muss ganzzahlig sein und zwischen 0 und %wd liegen"
*************** msgstr "%qs ist keine gÃ¼ltige PrÃ¤proze
*** 25514,25520 ****
  msgid "too many input files"
  msgstr "zu viele Eingabedateien"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8751
  #, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr "unbekannter Wert %qs fÃ¼r -mcpu"
--- 25514,25520 ----
  msgid "too many input files"
  msgstr "zu viele Eingabedateien"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8759
  #, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr "unbekannter Wert %qs fÃ¼r -mcpu"
*************** msgstr "%qs ist mit Â»%sÂ« Â»%sÂ« unvert
*** 25975,26169 ****
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "%qs Feature-Modifizierer ist inkompatibel zu Â»%sÂ« Â»%sÂ«"
  
! #: config/aarch64/aarch64.c:8374
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr "unbekanntes Flag wurde in Â»-moverride=%sÂ« Ã¼bergeben (%s)"
  
! #: config/aarch64/aarch64.c:8418
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr "Zeichenkette fÃ¼r %s falsch geformt\n"
  
! #: config/aarch64/aarch64.c:8475
  #, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr "Tuning-Zeichenkette fehlt in Option Â»%sÂ«"
  
! #: config/aarch64/aarch64.c:8493
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown tuning option (%s)"
  msgstr "unbekannte Tuning-Option Â»%sÂ«"
  
! #: config/aarch64/aarch64.c:8707
  #, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "gÃ¼ltige Argumente sind: %s; meinten Sie %qs?"
  
! #: config/aarch64/aarch64.c:8748
  #, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr "fehlender CPU-Name in %<-mcpu=%s%>"
  
! #: config/aarch64/aarch64.c:8755
  #, gcc-internal-format
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "unbekannter Feature-Modifizierer in %<-mcpu=%s%>"
  
! #: config/aarch64/aarch64.c:8782
  #, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr "fehlender Architekturname in %<-march=%s%>"
  
! #: config/aarch64/aarch64.c:8785
  #, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr "unbekannter Wert %qs fÃ¼r -march"
  
! #: config/aarch64/aarch64.c:8789
  #, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "unbekannter Feature-Modifizierer in %<-march=%s%>"
  
! #: config/aarch64/aarch64.c:8815
  #, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr "fehlender CPU-Name in %<-mtune=%s%>"
  
! #: config/aarch64/aarch64.c:8818
  #, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr "unbekannter Wert %qs fÃ¼r -mtune"
  
! #: config/aarch64/aarch64.c:8921 config/arm/arm.c:3093
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "Schalter -mcpu=%s steht mit dem Schalter -march=%s in Konflikt"
  
! #: config/aarch64/aarch64.c:8956
  #, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "Assembler unterstÃ¼tzt Â»-mabi=ilp32Â« nicht"
  
! #: config/aarch64/aarch64.c:8960
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr "Signieren der RÃ¼ckgabeadresse wird nur fÃ¼r -mabi=lp64 unterstÃ¼tzt"
  
! #: config/aarch64/aarch64.c:9022
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr "Codemodell %qs mit -f%s"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9187
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr "fehlender Architekturname in Â»archÂ«-Ziel Â»%sÂ«"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9190
  #, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "unbekannter Wert %qs fÃ¼r Â»archÂ«-Ziel Â»%sÂ«"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9194
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr "fehlender Feature-Modifizierer %qs fÃ¼r Â»archÂ«-Ziel Â»%sÂ«"
  
  # pragma_or_attr
! #: config/aarch64/aarch64.c:9228
  #, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "fehlender CPU-Name in Â»cpuÂ«-Ziel Â»%sÂ«"
  
  # pragma_or_attr
! #: config/aarch64/aarch64.c:9231
  #, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "unbekannter Wert %qs fÃ¼r Â»cpuÂ«-Ziel %qs"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9235
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr "fehlender Eigenschaftsmodifizierer %qs fÃ¼r Â»cpuÂ«-Ziel %qs"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9266
  #, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "unbekannter Wert %qs fÃ¼r Â»tuneÂ«-Ziel %qs"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9307
  #, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr "fehlender Eigenschaftsmodifizierer in Ziel%qs %qs"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9312
  #, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr "ungÃ¼ltiger Eigenschaftsmodifizierer in Ziel%qs %qs"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9364
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s"
  msgstr "kaputtes ZielÂ»%sÂ«"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9412
  #, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr "Ziel%qs %qs akzeptiert keine Argumente"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9421
  #, gcc-internal-format
  msgid "target %s %qs does not allow a negated form"
  msgstr "Ziel%qs %qs erlaubt keine negierte Form"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9476
  #, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr "ZielÂ»%sÂ« %s=%s ist ungÃ¼ltig"
  
! #: config/aarch64/aarch64.c:9536 config/arm/arm.c:30367
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:14849
  #, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr "Argument fÃ¼r Attribut %<target%> ist keine Zeichenkette"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9546
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
  msgstr "malformed target %s value"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9563
  #, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr "target %s %qs is invalid"
  
! #: config/aarch64/aarch64.c:9572
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr "falsch geformte Ziel-Â»%sÂ«-Liste %qs"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79872
! #: config/aarch64/aarch64.c:11420
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr "%KSpur %wd auÃŸerhalb des Wertebereiches %wd bis %wd"
  
! #: config/aarch64/aarch64.c:11422
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr "Spur %wd ist auÃŸerhalb des Wertebereiches %wd bis %wd"
--- 25975,26169 ----
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "%qs Feature-Modifizierer ist inkompatibel zu Â»%sÂ« Â»%sÂ«"
  
! #: config/aarch64/aarch64.c:8382
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr "unbekanntes Flag wurde in Â»-moverride=%sÂ« Ã¼bergeben (%s)"
  
! #: config/aarch64/aarch64.c:8426
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr "Zeichenkette fÃ¼r %s falsch geformt\n"
  
! #: config/aarch64/aarch64.c:8483
  #, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr "Tuning-Zeichenkette fehlt in Option Â»%sÂ«"
  
! #: config/aarch64/aarch64.c:8501
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown tuning option (%s)"
  msgstr "unbekannte Tuning-Option Â»%sÂ«"
  
! #: config/aarch64/aarch64.c:8715
  #, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "gÃ¼ltige Argumente sind: %s; meinten Sie %qs?"
  
! #: config/aarch64/aarch64.c:8756
  #, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr "fehlender CPU-Name in %<-mcpu=%s%>"
  
! #: config/aarch64/aarch64.c:8763
  #, gcc-internal-format
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "unbekannter Feature-Modifizierer in %<-mcpu=%s%>"
  
! #: config/aarch64/aarch64.c:8790
  #, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr "fehlender Architekturname in %<-march=%s%>"
  
! #: config/aarch64/aarch64.c:8793
  #, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr "unbekannter Wert %qs fÃ¼r -march"
  
! #: config/aarch64/aarch64.c:8797
  #, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "unbekannter Feature-Modifizierer in %<-march=%s%>"
  
! #: config/aarch64/aarch64.c:8823
  #, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr "fehlender CPU-Name in %<-mtune=%s%>"
  
! #: config/aarch64/aarch64.c:8826
  #, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr "unbekannter Wert %qs fÃ¼r -mtune"
  
! #: config/aarch64/aarch64.c:8929 config/arm/arm.c:3094
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "Schalter -mcpu=%s steht mit dem Schalter -march=%s in Konflikt"
  
! #: config/aarch64/aarch64.c:8964
  #, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "Assembler unterstÃ¼tzt Â»-mabi=ilp32Â« nicht"
  
! #: config/aarch64/aarch64.c:8968
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr "Signieren der RÃ¼ckgabeadresse wird nur fÃ¼r -mabi=lp64 unterstÃ¼tzt"
  
! #: config/aarch64/aarch64.c:9030
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr "Codemodell %qs mit -f%s"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9195
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr "fehlender Architekturname in Â»archÂ«-Ziel Â»%sÂ«"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9198
  #, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "unbekannter Wert %qs fÃ¼r Â»archÂ«-Ziel Â»%sÂ«"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9202
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr "fehlender Feature-Modifizierer %qs fÃ¼r Â»archÂ«-Ziel Â»%sÂ«"
  
  # pragma_or_attr
! #: config/aarch64/aarch64.c:9236
  #, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "fehlender CPU-Name in Â»cpuÂ«-Ziel Â»%sÂ«"
  
  # pragma_or_attr
! #: config/aarch64/aarch64.c:9239
  #, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "unbekannter Wert %qs fÃ¼r Â»cpuÂ«-Ziel %qs"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9243
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr "fehlender Eigenschaftsmodifizierer %qs fÃ¼r Â»cpuÂ«-Ziel %qs"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9274
  #, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "unbekannter Wert %qs fÃ¼r Â»tuneÂ«-Ziel %qs"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9315
  #, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr "fehlender Eigenschaftsmodifizierer in Ziel%qs %qs"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9320
  #, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr "ungÃ¼ltiger Eigenschaftsmodifizierer in Ziel%qs %qs"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9372
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s"
  msgstr "kaputtes ZielÂ»%sÂ«"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9420
  #, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr "Ziel%qs %qs akzeptiert keine Argumente"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9429
  #, gcc-internal-format
  msgid "target %s %qs does not allow a negated form"
  msgstr "Ziel%qs %qs erlaubt keine negierte Form"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9484
  #, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr "ZielÂ»%sÂ« %s=%s ist ungÃ¼ltig"
  
! #: config/aarch64/aarch64.c:9544 config/arm/arm.c:30411
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:15017
  #, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr "Argument fÃ¼r Attribut %<target%> ist keine Zeichenkette"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9554
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
  msgstr "malformed target %s value"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79868
! #: config/aarch64/aarch64.c:9571
  #, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr "target %s %qs is invalid"
  
! #: config/aarch64/aarch64.c:9580
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr "falsch geformte Ziel-Â»%sÂ«-Liste %qs"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79872
! #: config/aarch64/aarch64.c:11428
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr "%KSpur %wd auÃŸerhalb des Wertebereiches %wd bis %wd"
  
! #: config/aarch64/aarch64.c:11430
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr "Spur %wd ist auÃŸerhalb des Wertebereiches %wd bis %wd"
*************** msgstr "der ZÃ¤hler darf nicht kleiner a
*** 26572,26760 ****
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr "der ZÃ¤hler darf nicht kleiner als 0 sein. Bitte das intrinsische _mm_sra_si64 im Code prÃ¼fen."
  
! #: config/arm/arm.c:2799
  #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr "iWMMXt und NEON sind unvertrÃ¤glich"
  
! #: config/arm/arm.c:2805
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "Ziel-CPU unterstÃ¼tzt nicht ARM-Modus"
  
! #: config/arm/arm.c:2809
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "Das Einschalten der Ablaufverfolgung ist nur bei der Ãœbersetzung fÃ¼r THUMB sinnvoll"
  
! #: config/arm/arm.c:2812
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "Das Einschalten der UnterstÃ¼tzung der Aufgerufenen-Zusammenarbeit ist nur bei der Ãœbersetzung fÃ¼r THUMB sinnvoll"
  
! #: config/arm/arm.c:2820
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g mit -mno-apcs-frame kÃ¶nnte vernÃ¼nftige Fehlersuche verhindern"
  
! #: config/arm/arm.c:2824
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr "iWMMXt wird im Thumb-Modus nicht unterstÃ¼tzt"
  
! #: config/arm/arm.c:2827
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "-mtp=cp15 kann nicht mit 16-Bit-Thumb verwendet werden"
  
! #: config/arm/arm.c:2831
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "RTP PIC ist mit Thumb unvertrÃ¤glich"
  
! #: config/arm/arm.c:2839
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr "-mslow-flash-data unterstÃ¼tzt auf ARMv7M-Zielen nur positionsabhÃ¤ngigen Code"
  
! #: config/arm/arm.c:2844
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr "-mpure-code unterstÃ¼tzt auf ARMv7M-Zielen nur positionsabhÃ¤ngigen Code"
  
! #: config/arm/arm.c:2947
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "Ziel-CPU unterstÃ¼tzt keine THUMB-Befehle"
  
! #: config/arm/arm.c:2992
  #, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "Ziel-CPU unterstÃ¼tzt keine unausgerichteten Zugriffe"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3246
  #, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-mftp=auto wird derzeit nur unterstÃ¼tzt, wenn die CPU explizit angegeben ist."
  
! #: config/arm/arm.c:3321
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "Ziel-CPU unterstÃ¼tzt keine Zusammenarbeit"
  
! #: config/arm/arm.c:3327
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check inkompatibel mit -mno-apcs-frame"
  
! #: config/arm/arm.c:3335
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic und -mapcs-reent sind inkompatibel"
  
! #: config/arm/arm.c:3338
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "wiedereinsprungsfÃ¤higer APCS-Code nicht unterstÃ¼tzt. Ignoriert."
  
! #: config/arm/arm.c:3372
  #, gcc-internal-format
  msgid "selected fp16 options are incompatible"
  msgstr "die ausgewÃ¤hlten fp16-Optionen sind inkompatibel"
  
! #: config/arm/arm.c:3403
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr "iwmmxt erfordert ein AAPCS-kompatibles ABI fÃ¼r den richtigen Einsatz"
  
! #: config/arm/arm.c:3406
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr "iwmmxt ABI erfordert eine iwmmxt-fÃ¤hige CPU"
  
! #: config/arm/arm.c:3417
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "AAPCS unterstÃ¼tzt nicht -mcaller-super-interworking"
  
! #: config/arm/arm.c:3420
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "AAPCS unterstÃ¼tzt nicht -mcallee-super-interworking"
  
! #: config/arm/arm.c:3425
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr "__fp16 ohne ldrh"
  
! #: config/arm/arm.c:3436
  #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr "-mfloat-abi=hard: ausgewÃ¤hlter Prozessor hat keine FPU"
  
! #: config/arm/arm.c:3444
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mfloat-abi=hard und VFP"
  
! #: config/arm/arm.c:3480
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "Grenze fÃ¼r StrukturgrÃ¶ÃŸe kann nur auf 8, 32 oder 64 gesetzt werden"
  
! #: config/arm/arm.c:3482
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "Grenze fÃ¼r StrukturgrÃ¶ÃŸe kann nur auf 8 oder 32 gesetzt werden"
  
! #: config/arm/arm.c:3507
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "RTP PIC ist mit -msingle-pic-base unvertrÃ¤glich"
  
! #: config/arm/arm.c:3519
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= ist ohne -fpic nutzlos"
  
! #: config/arm/arm.c:3528
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "Â»%sÂ« kann nicht fÃ¼r PIC-Register verwendet werden"
  
! #: config/arm/arm.c:3547
  #, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-freorder-blocks-and-partition wird auf dieser Architektur nicht unterstÃ¼tzt"
  
! #: config/arm/arm.c:3638
  #, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "Ziel-CPU unterstÃ¼tzt keine ARMv8-M-Security-Erweiterungen"
  
! #: config/arm/arm.c:5706
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr "von nicht-AAPCS abgeleitete PCS-Variante"
  
! #: config/arm/arm.c:5708
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr "variadische Funktionen mÃ¼ssen die AAPCS-Basisvariante verwenden"
  
! #: config/arm/arm.c:5727
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr "PCS-Variante"
  
! #: config/arm/arm.c:5922
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr "Thumb-1 Hardware-Gleitkomma VFP ABI"
  
! #: config/arm/arm.c:6672 config/arm/arm.c:6690 config/arm/arm.c:6865
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
--- 26572,26766 ----
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr "der ZÃ¤hler darf nicht kleiner als 0 sein. Bitte das intrinsische _mm_sra_si64 im Code prÃ¼fen."
  
! #: config/arm/arm.c:2800
  #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr "iWMMXt und NEON sind unvertrÃ¤glich"
  
! #: config/arm/arm.c:2806
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "Ziel-CPU unterstÃ¼tzt nicht ARM-Modus"
  
! #: config/arm/arm.c:2810
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "Das Einschalten der Ablaufverfolgung ist nur bei der Ãœbersetzung fÃ¼r THUMB sinnvoll"
  
! #: config/arm/arm.c:2813
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "Das Einschalten der UnterstÃ¼tzung der Aufgerufenen-Zusammenarbeit ist nur bei der Ãœbersetzung fÃ¼r THUMB sinnvoll"
  
! #: config/arm/arm.c:2821
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g mit -mno-apcs-frame kÃ¶nnte vernÃ¼nftige Fehlersuche verhindern"
  
! #: config/arm/arm.c:2825
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr "iWMMXt wird im Thumb-Modus nicht unterstÃ¼tzt"
  
! #: config/arm/arm.c:2828
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "-mtp=cp15 kann nicht mit 16-Bit-Thumb verwendet werden"
  
! #: config/arm/arm.c:2832
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "RTP PIC ist mit Thumb unvertrÃ¤glich"
  
! #: config/arm/arm.c:2840
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr "-mslow-flash-data unterstÃ¼tzt auf ARMv7M-Zielen nur positionsabhÃ¤ngigen Code"
  
! #: config/arm/arm.c:2845
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr "-mpure-code unterstÃ¼tzt auf ARMv7M-Zielen nur positionsabhÃ¤ngigen Code"
  
! #: config/arm/arm.c:2948
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "Ziel-CPU unterstÃ¼tzt keine THUMB-Befehle"
  
! #: config/arm/arm.c:2993
  #, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "Ziel-CPU unterstÃ¼tzt keine unausgerichteten Zugriffe"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3247
  #, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-mftp=auto wird derzeit nur unterstÃ¼tzt, wenn die CPU explizit angegeben ist."
  
! #: config/arm/arm.c:3322
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "Ziel-CPU unterstÃ¼tzt keine Zusammenarbeit"
  
! #: config/arm/arm.c:3328
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check inkompatibel mit -mno-apcs-frame"
  
! #: config/arm/arm.c:3336
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic und -mapcs-reent sind inkompatibel"
  
! #: config/arm/arm.c:3339
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "wiedereinsprungsfÃ¤higer APCS-Code nicht unterstÃ¼tzt. Ignoriert."
  
! #: config/arm/arm.c:3373
  #, gcc-internal-format
  msgid "selected fp16 options are incompatible"
  msgstr "die ausgewÃ¤hlten fp16-Optionen sind inkompatibel"
  
! #: config/arm/arm.c:3404
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr "iwmmxt erfordert ein AAPCS-kompatibles ABI fÃ¼r den richtigen Einsatz"
  
! #: config/arm/arm.c:3407
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr "iwmmxt ABI erfordert eine iwmmxt-fÃ¤hige CPU"
  
! #: config/arm/arm.c:3418
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "AAPCS unterstÃ¼tzt nicht -mcaller-super-interworking"
  
! #: config/arm/arm.c:3421
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "AAPCS unterstÃ¼tzt nicht -mcallee-super-interworking"
  
! #: config/arm/arm.c:3426
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr "__fp16 ohne ldrh"
  
! #: config/arm/arm.c:3437
  #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr "-mfloat-abi=hard: ausgewÃ¤hlter Prozessor hat keine FPU"
  
! #: config/arm/arm.c:3445
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mfloat-abi=hard und VFP"
  
! #: config/arm/arm.c:3481
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "Grenze fÃ¼r StrukturgrÃ¶ÃŸe kann nur auf 8, 32 oder 64 gesetzt werden"
  
! #: config/arm/arm.c:3483
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "Grenze fÃ¼r StrukturgrÃ¶ÃŸe kann nur auf 8 oder 32 gesetzt werden"
  
! #: config/arm/arm.c:3508
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "RTP PIC ist mit -msingle-pic-base unvertrÃ¤glich"
  
! #: config/arm/arm.c:3520
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= ist ohne -fpic nutzlos"
  
! #: config/arm/arm.c:3529
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "Â»%sÂ« kann nicht fÃ¼r PIC-Register verwendet werden"
  
! #: config/arm/arm.c:3548
  #, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-freorder-blocks-and-partition wird auf dieser Architektur nicht unterstÃ¼tzt"
  
! #: config/arm/arm.c:3639
  #, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "Ziel-CPU unterstÃ¼tzt keine ARMv8-M-Security-Erweiterungen"
  
! #: config/arm/arm.c:5707
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr "von nicht-AAPCS abgeleitete PCS-Variante"
  
! #: config/arm/arm.c:5709
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr "variadische Funktionen mÃ¼ssen die AAPCS-Basisvariante verwenden"
  
! #: config/arm/arm.c:5728
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr "PCS-Variante"
  
! #: config/arm/arm.c:5923
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr "Thumb-1 Hardware-Gleitkomma VFP ABI"
  
! #: config/arm/arm.c:6362 config/arm/arm.c:6565 config/arm/arm.c:6593
! #: config/arm/arm.c:26560
! #, gcc-internal-format
! msgid "parameter passing for argument of type %qT changed in GCC 7.1"
! msgstr "die ParameterÃ¼bergabe fÃ¼r das Argument vom Typ %qT hat sich in GCC 7.1 geÃ¤ndert"
! 
! #: config/arm/arm.c:6709 config/arm/arm.c:6727 config/arm/arm.c:6902
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
*************** msgstr "Thumb-1 Hardware-Gleitkomma VFP
*** 26770,26843 ****
  msgid "%qE attribute only applies to functions"
  msgstr "Attribut %qE bezieht sich nur auf Funktionen"
  
! #: config/arm/arm.c:6814
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr "Attribut %qE ist nicht auf Funktionen anwendbar, die Argumente auf dem Stack Ã¼bergeben"
  
! #: config/arm/arm.c:6826
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "Attribut %qE ist nicht auf Funktionen anwendbar, die variable Anzahl von Argumenten haben"
  
! #: config/arm/arm.c:6835
  #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr "Attribut %qE ist nicht auf Funktionen anwendbar, die Argumente auf dem Stack zurÃ¼ckgeben"
  
! #: config/arm/arm.c:6857 config/arm/arm.c:6909
  #, gcc-internal-format
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "Attribut %qE ignoriert, da die Option Â»-mcmseÂ« nicht angegeben ist."
  
! #: config/arm/arm.c:6876
  #, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "Attribut %qE wirkt sich nicht auf Funktionen mit Â»staticÂ«-Bindung aus"
  
! #: config/arm/arm.c:6925
  #, gcc-internal-format
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "Attribut %qE kann nur auf Basistypen von Funktionszeiger angewandt werden"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79871
! #: config/arm/arm.c:12208
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr "%KÂ»%sÂ« %wd ist auÃŸerhalb des gÃ¼ltigen Bereichs von %wd bis %wd"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79871
! #: config/arm/arm.c:12211
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr "Â»%sÂ« %wd ist auÃŸerhalb des gÃ¼ltigen Bereichs von %wd bis %wd"
  
! #: config/arm/arm.c:23458
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "Wirkliche Stelle des gestapelten Parameters kann nicht berechnet werden"
  
! #: config/arm/arm.c:24111
  #, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr "Unexpected thumb1 far jump"
  
! #: config/arm/arm.c:24375
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "keine unteren Register fÃ¼r das Hervorholen der hohen Register verfÃ¼gbar"
  
! #: config/arm/arm.c:24624
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "Interrupt-Dienst-Routinen kÃ¶nnen nicht im Â»ThumbÂ«-Modus codiert werden"
  
! #: config/arm/arm.c:24853
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr "-fstack-check=specific fÃ¼r Thumb-1"
  
! #: config/arm/arm.c:30391
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid fpu for attribute(target(\"%s\"))"
  msgstr "ungÃ¼ltige FPU fÃ¼r Â»attribute(target(\"%s\"))Â«"
--- 26776,26849 ----
  msgid "%qE attribute only applies to functions"
  msgstr "Attribut %qE bezieht sich nur auf Funktionen"
  
! #: config/arm/arm.c:6851
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr "Attribut %qE ist nicht auf Funktionen anwendbar, die Argumente auf dem Stack Ã¼bergeben"
  
! #: config/arm/arm.c:6863
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "Attribut %qE ist nicht auf Funktionen anwendbar, die variable Anzahl von Argumenten haben"
  
! #: config/arm/arm.c:6872
  #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr "Attribut %qE ist nicht auf Funktionen anwendbar, die Argumente auf dem Stack zurÃ¼ckgeben"
  
! #: config/arm/arm.c:6894 config/arm/arm.c:6946
  #, gcc-internal-format
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "Attribut %qE ignoriert, da die Option Â»-mcmseÂ« nicht angegeben ist."
  
! #: config/arm/arm.c:6913
  #, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "Attribut %qE wirkt sich nicht auf Funktionen mit Â»staticÂ«-Bindung aus"
  
! #: config/arm/arm.c:6962
  #, gcc-internal-format
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "Attribut %qE kann nur auf Basistypen von Funktionszeiger angewandt werden"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79871
! #: config/arm/arm.c:12245
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr "%KÂ»%sÂ« %wd ist auÃŸerhalb des gÃ¼ltigen Bereichs von %wd bis %wd"
  
  # https://gcc.gnu.org/bugzilla/show_bug.cgi?id=79871
! #: config/arm/arm.c:12248
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr "Â»%sÂ« %wd ist auÃŸerhalb des gÃ¼ltigen Bereichs von %wd bis %wd"
  
! #: config/arm/arm.c:23495
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "Wirkliche Stelle des gestapelten Parameters kann nicht berechnet werden"
  
! #: config/arm/arm.c:24148
  #, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr "Unexpected thumb1 far jump"
  
! #: config/arm/arm.c:24412
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "keine unteren Register fÃ¼r das Hervorholen der hohen Register verfÃ¼gbar"
  
! #: config/arm/arm.c:24661
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "Interrupt-Dienst-Routinen kÃ¶nnen nicht im Â»ThumbÂ«-Modus codiert werden"
  
! #: config/arm/arm.c:24890
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr "-fstack-check=specific fÃ¼r Thumb-1"
  
! #: config/arm/arm.c:30435
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid fpu for attribute(target(\"%s\"))"
  msgstr "ungÃ¼ltige FPU fÃ¼r Â»attribute(target(\"%s\"))Â«"
*************** msgstr "ungÃ¼ltige FPU fÃ¼r Â»attribute(
*** 26845,26857 ****
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30399
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr "automatische FPU-Auswahl ist hier momentan nicht erlaubt"
  
! #: config/arm/arm.c:30406 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:14915 config/s390/s390.c:14965 config/s390/s390.c:14982
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr "attribute(target(\"%s\")) ist unbekannt"
--- 26851,26863 ----
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30443
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr "automatische FPU-Auswahl ist hier momentan nicht erlaubt"
  
! #: config/arm/arm.c:30450 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:15083 config/s390/s390.c:15133 config/s390/s390.c:15150
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr "attribute(target(\"%s\")) ist unbekannt"
*************** msgstr "vec_mul akzeptiert nur 2 Argumen
*** 29465,29471 ****
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "vec_cmpne akzeptiert nur 2 Argumente"
  
! #: config/rs6000/rs6000-c.c:5711
  #, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr "vec_adde akzeptiert nur 3 Argumente"
--- 29471,29477 ----
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "vec_cmpne akzeptiert nur 2 Argumente"
  
! #: config/rs6000/rs6000-c.c:5710
  #, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr "vec_adde akzeptiert nur 3 Argumente"
*************** msgstr "vec_adde akzeptiert nur 3 Argume
*** 29475,29516 ****
  msgid "vec_addec only accepts 3 arguments"
  msgstr "vec_addec akzeptiert nur 3 Argumente"
  
! #: config/rs6000/rs6000-c.c:5861
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%s akzeptiert nur %d Argumente"
  
! #: config/rs6000/rs6000-c.c:5866
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%s akzeptiert nur 1 Argument"
  
! #: config/rs6000/rs6000-c.c:5871
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%s akzeptiert nur 2 Argumente"
  
! #: config/rs6000/rs6000-c.c:5937
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr "vec_extract akzeptiert nur 2 Argumente"
  
! #: config/rs6000/rs6000-c.c:6106
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr "vec_insert akzeptiert nur 3 Argumente"
  
! #: config/rs6000/rs6000-c.c:6380
  #, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "Ãœbergabe des Arguments %d von %qE entfernt Kennzeichner von Zeiger-Ziel-Typ"
  
! #: config/rs6000/rs6000-c.c:6434
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "Eingebaute Funktion %s wird in dieser Konfiguration nicht unterstÃ¼tzt"
  
! #: config/rs6000/rs6000-c.c:6442
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr "ungÃ¼ltige Parameterkombination fÃ¼r AltiVec-spezifisches intrinsisches %s"
--- 29481,29522 ----
  msgid "vec_addec only accepts 3 arguments"
  msgstr "vec_addec akzeptiert nur 3 Argumente"
  
! #: config/rs6000/rs6000-c.c:5862
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%s akzeptiert nur %d Argumente"
  
! #: config/rs6000/rs6000-c.c:5867
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%s akzeptiert nur 1 Argument"
  
! #: config/rs6000/rs6000-c.c:5872
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%s akzeptiert nur 2 Argumente"
  
! #: config/rs6000/rs6000-c.c:5938
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr "vec_extract akzeptiert nur 2 Argumente"
  
! #: config/rs6000/rs6000-c.c:6107
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr "vec_insert akzeptiert nur 3 Argumente"
  
! #: config/rs6000/rs6000-c.c:6381
  #, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "Ãœbergabe des Arguments %d von %qE entfernt Kennzeichner von Zeiger-Ziel-Typ"
  
! #: config/rs6000/rs6000-c.c:6435
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "Eingebaute Funktion %s wird in dieser Konfiguration nicht unterstÃ¼tzt"
  
! #: config/rs6000/rs6000-c.c:6443
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr "ungÃ¼ltige Parameterkombination fÃ¼r AltiVec-spezifisches intrinsisches %s"
*************** msgstr "UngÃ¼ltiges Argument %d fÃ¼r ein
*** 30564,30677 ****
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr "das angeforderte %qE-Attribut ist kein kommaseparierter Paar von nichtnegativen ganzzahligen Konstanten, oder es ist zu groÃŸ (maximal %d)"
  
! #: config/s390/s390.c:9812
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr "GesamtgrÃ¶ÃŸe der lokalen Variablen Ã¼bersteigt Grenze der Architektur"
  
! #: config/s390/s390.c:10926
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr "RahmengrÃ¶ÃŸe der Funktion %qs ist %wd Bytes, grÃ¶ÃŸer als benutzerdefinierte Stapelgrenze von %d Bytes. Eine unbedingte Falle wird gesetzt."
  
! #: config/s390/s390.c:10942
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr "RahmengrÃ¶ÃŸe der Funktion %qs ist %wd Bytes, mehr als die HÃ¤lfte der StapelgrÃ¶ÃŸe. Dynamische PrÃ¼fung wÃ¤re nicht zuverlÃ¤ssig. FÃ¼r diese Funktion wird keine PrÃ¼fung ausgegeben."
  
! #: config/s390/s390.c:10970
  #, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr "RahmengrÃ¶ÃŸe von %qs ist %wd Bytes"
  
! #: config/s390/s390.c:10974
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr "%qs verwendet dynamische Stapelanforderung"
  
! #: config/s390/s390.c:11352
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr "CPUs Ã¤lter als z900 werden fÃ¼r -fsplit-stack nicht unterstÃ¼tzt"
  
! #: config/s390/s390.c:14498
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr "%sarch=%s%s ist veraltet und wird in einer zukÃ¼nftigen Version entfernt; verwenden Sie mindestens %sarch=z900%s"
  
! #: config/s390/s390.c:14510
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr "%stune=%s%s ist veraltet und wird in einer zukÃ¼nftigen Version entfernt; verwenden Sie mindestens %stune=z900%s"
  
! #: config/s390/s390.c:14522
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "z/Architektur-Modus nicht unterstÃ¼tzt auf %s"
  
! #: config/s390/s390.c:14525
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "64-Bit-ABI nicht unterstÃ¼tzt im ESA/390-Modus"
  
! #: config/s390/s390.c:14542
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr "Hardware-VektorunterstÃ¼tzung ist auf %s nicht verfÃ¼gbar"
  
! #: config/s390/s390.c:14545
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr "Hardware-VektorunterstÃ¼tzung ist mit -msoft-float nicht verfÃ¼gbar"
  
! #: config/s390/s390.c:14573
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "Dezimale Hardware-Gleitkommabefehle sind auf %s nicht verfÃ¼gbar"
  
! #: config/s390/s390.c:14577
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "Dezimale Hardware-Gleitkommabefehle sind im ESA/390-Modus nicht verfÃ¼gbar"
  
! #: config/s390/s390.c:14589
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr "-mhard-dfp kann nicht in Verbindung mit -msoft-float verwendet werden"
  
! #: config/s390/s390.c:14597
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "-mbackchain -mpacked-stack -mhard-float werden in dieser Kombination nicht unterstÃ¼tzt"
  
! #: config/s390/s390.c:14603
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr "StapelgrÃ¶ÃŸe muss grÃ¶ÃŸer als der Stapel-Ãœberwachungswert sein"
  
! #: config/s390/s390.c:14605
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "StapelgrÃ¶ÃŸe darf nicht grÃ¶ÃŸer als 64k sein"
  
! #: config/s390/s390.c:14608
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr "-mstack-guard bringt -mstack-size mit sich"
  
  #. argument is not a plain number
! #: config/s390/s390.c:14706
  #, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr "Argumente von %qs sollten nicht-negative Ganzzahlen sein"
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr "Argument fÃ¼r %qs ist zu groÃŸ (max. %d)"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:14921
  #, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr "Wert %qs wird von Attribut %<target%> nicht unterstÃ¼tzt"
--- 30570,30683 ----
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr "das angeforderte %qE-Attribut ist kein kommaseparierter Paar von nichtnegativen ganzzahligen Konstanten, oder es ist zu groÃŸ (maximal %d)"
  
! #: config/s390/s390.c:9980
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr "GesamtgrÃ¶ÃŸe der lokalen Variablen Ã¼bersteigt Grenze der Architektur"
  
! #: config/s390/s390.c:11094
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr "RahmengrÃ¶ÃŸe der Funktion %qs ist %wd Bytes, grÃ¶ÃŸer als benutzerdefinierte Stapelgrenze von %d Bytes. Eine unbedingte Falle wird gesetzt."
  
! #: config/s390/s390.c:11110
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr "RahmengrÃ¶ÃŸe der Funktion %qs ist %wd Bytes, mehr als die HÃ¤lfte der StapelgrÃ¶ÃŸe. Dynamische PrÃ¼fung wÃ¤re nicht zuverlÃ¤ssig. FÃ¼r diese Funktion wird keine PrÃ¼fung ausgegeben."
  
! #: config/s390/s390.c:11138
  #, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr "RahmengrÃ¶ÃŸe von %qs ist %wd Bytes"
  
! #: config/s390/s390.c:11142
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr "%qs verwendet dynamische Stapelanforderung"
  
! #: config/s390/s390.c:11520
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr "CPUs Ã¤lter als z900 werden fÃ¼r -fsplit-stack nicht unterstÃ¼tzt"
  
! #: config/s390/s390.c:14666
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr "%sarch=%s%s ist veraltet und wird in einer zukÃ¼nftigen Version entfernt; verwenden Sie mindestens %sarch=z900%s"
  
! #: config/s390/s390.c:14678
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr "%stune=%s%s ist veraltet und wird in einer zukÃ¼nftigen Version entfernt; verwenden Sie mindestens %stune=z900%s"
  
! #: config/s390/s390.c:14690
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "z/Architektur-Modus nicht unterstÃ¼tzt auf %s"
  
! #: config/s390/s390.c:14693
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "64-Bit-ABI nicht unterstÃ¼tzt im ESA/390-Modus"
  
! #: config/s390/s390.c:14710
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr "Hardware-VektorunterstÃ¼tzung ist auf %s nicht verfÃ¼gbar"
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr "Hardware-VektorunterstÃ¼tzung ist mit -msoft-float nicht verfÃ¼gbar"
  
! #: config/s390/s390.c:14741
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "Dezimale Hardware-Gleitkommabefehle sind auf %s nicht verfÃ¼gbar"
  
! #: config/s390/s390.c:14745
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "Dezimale Hardware-Gleitkommabefehle sind im ESA/390-Modus nicht verfÃ¼gbar"
  
! #: config/s390/s390.c:14757
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr "-mhard-dfp kann nicht in Verbindung mit -msoft-float verwendet werden"
  
! #: config/s390/s390.c:14765
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "-mbackchain -mpacked-stack -mhard-float werden in dieser Kombination nicht unterstÃ¼tzt"
  
! #: config/s390/s390.c:14771
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr "StapelgrÃ¶ÃŸe muss grÃ¶ÃŸer als der Stapel-Ãœberwachungswert sein"
  
! #: config/s390/s390.c:14773
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "StapelgrÃ¶ÃŸe darf nicht grÃ¶ÃŸer als 64k sein"
  
! #: config/s390/s390.c:14776
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr "-mstack-guard bringt -mstack-size mit sich"
  
  #. argument is not a plain number
! #: config/s390/s390.c:14874
  #, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr "Argumente von %qs sollten nicht-negative Ganzzahlen sein"
  
! #: config/s390/s390.c:14881
  #, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr "Argument fÃ¼r %qs ist zu groÃŸ (max. %d)"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:15089
  #, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr "Wert %qs wird von Attribut %<target%> nicht unterstÃ¼tzt"
diff -Nrcpad gcc-7.1.0/gcc/po/el.gmo gcc-7.2.0/gcc/po/el.gmo
*** gcc-7.1.0/gcc/po/el.gmo	Tue May  2 14:16:35 2017
--- gcc-7.2.0/gcc/po/el.gmo	Mon Aug 14 08:30:39 2017
*************** Options starting with -g, -f, -m, -O, -W
*** 27,33 ****
  missing terminating %c characterno argumentsno input filesnote: precisionprograms: %s
  sorry, unimplemented: stray %qs in programtoo many input filesuninitialized const %qDwarning: Project-Id-Version: gcc 4.0-b20041128
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-04-24 20:38+0000
  PO-Revision-Date: 2004-12-15 18:53+0000
  Last-Translator: Simos Xenitellis <simos74@gmx.net>
  Language-Team: Greek <nls@tux.hellug.gr>
--- 27,33 ----
  missing terminating %c characterno argumentsno input filesnote: precisionprograms: %s
  sorry, unimplemented: stray %qs in programtoo many input filesuninitialized const %qDwarning: Project-Id-Version: gcc 4.0-b20041128
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-05-01 22:24+0000
  PO-Revision-Date: 2004-12-15 18:53+0000
  Last-Translator: Simos Xenitellis <simos74@gmx.net>
  Language-Team: Greek <nls@tux.hellug.gr>
diff -Nrcpad gcc-7.1.0/gcc/po/el.po gcc-7.2.0/gcc/po/el.po
*** gcc-7.1.0/gcc/po/el.po	Sun Apr 30 23:16:59 2017
--- gcc-7.2.0/gcc/po/el.po	Thu May  4 15:54:38 2017
*************** msgid ""
*** 6,12 ****
  msgstr ""
  "Project-Id-Version: gcc 4.0-b20041128\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-04-24 20:38+0000\n"
  "PO-Revision-Date: 2004-12-15 18:53+0000\n"
  "Last-Translator: Simos Xenitellis <simos74@gmx.net>\n"
  "Language-Team: Greek <nls@tux.hellug.gr>\n"
--- 6,12 ----
  msgstr ""
  "Project-Id-Version: gcc 4.0-b20041128\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-05-01 22:24+0000\n"
  "PO-Revision-Date: 2004-12-15 18:53+0000\n"
  "Last-Translator: Simos Xenitellis <simos74@gmx.net>\n"
  "Language-Team: Greek <nls@tux.hellug.gr>\n"
*************** msgstr ""
*** 2899,2940 ****
  msgid "<command-line>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:4926 config/arm/arm.c:21795 config/arm/arm.c:21808
! #: config/arm/arm.c:21833 config/nios2/nios2.c:2653
  #, fuzzy, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: config/aarch64/aarch64.c:4938 config/aarch64/aarch64.c:4954
! #: config/aarch64/aarch64.c:4967 config/aarch64/aarch64.c:4979
! #: config/aarch64/aarch64.c:4990 config/aarch64/aarch64.c:5013
! #: config/aarch64/aarch64.c:5066 config/aarch64/aarch64.c:5269
  #, fuzzy, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: config/aarch64/aarch64.c:5033 config/aarch64/aarch64.c:5046
! #: config/aarch64/aarch64.c:5056
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5102 config/arm/arm.c:22340
  #, fuzzy, c-format
  msgid "missing operand"
  msgstr "Î­Ï‡ÎµÎ¹ Ï€Î±Ï�Î±Î»Î·Ï†Î¸ÎµÎ¯ Î· Î»Î¯ÏƒÏ„Î± Î¼Îµ Ï„Î± Ï€ÎµÎ´Î¯Î±"
  
! #: config/aarch64/aarch64.c:5164
  #, fuzzy, c-format
  msgid "invalid constant"
  msgstr "Î¼Î· Î­Î³ÎºÏ…Ï�Î¿Ï‚ Ï‡Ï�Î®ÏƒÏ„Î·Ï‚"
  
! #: config/aarch64/aarch64.c:5167
  #, fuzzy, c-format
  msgid "invalid operand"
  msgstr "Î¼Î· Î­Î³ÎºÏ…Ï�Î¿Ï‚ Ï‡Ï�Î®ÏƒÏ„Î·Ï‚"
  
! #: config/aarch64/aarch64.c:5280
  #, fuzzy, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
--- 2899,2940 ----
  msgid "<command-line>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:4927 config/arm/arm.c:21832 config/arm/arm.c:21845
! #: config/arm/arm.c:21870 config/nios2/nios2.c:2653
  #, fuzzy, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: config/aarch64/aarch64.c:4939 config/aarch64/aarch64.c:4955
! #: config/aarch64/aarch64.c:4968 config/aarch64/aarch64.c:4980
! #: config/aarch64/aarch64.c:4991 config/aarch64/aarch64.c:5014
! #: config/aarch64/aarch64.c:5067 config/aarch64/aarch64.c:5270
  #, fuzzy, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: config/aarch64/aarch64.c:5034 config/aarch64/aarch64.c:5047
! #: config/aarch64/aarch64.c:5057
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5103 config/arm/arm.c:22377
  #, fuzzy, c-format
  msgid "missing operand"
  msgstr "Î­Ï‡ÎµÎ¹ Ï€Î±Ï�Î±Î»Î·Ï†Î¸ÎµÎ¯ Î· Î»Î¯ÏƒÏ„Î± Î¼Îµ Ï„Î± Ï€ÎµÎ´Î¯Î±"
  
! #: config/aarch64/aarch64.c:5165
  #, fuzzy, c-format
  msgid "invalid constant"
  msgstr "Î¼Î· Î­Î³ÎºÏ…Ï�Î¿Ï‚ Ï‡Ï�Î®ÏƒÏ„Î·Ï‚"
  
! #: config/aarch64/aarch64.c:5168
  #, fuzzy, c-format
  msgid "invalid operand"
  msgstr "Î¼Î· Î­Î³ÎºÏ…Ï�Î¿Ï‚ Ï‡Ï�Î®ÏƒÏ„Î·Ï‚"
  
! #: config/aarch64/aarch64.c:5281
  #, fuzzy, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
*************** msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î¿Ï‚ ÎºÏŽÎ´Î¹ÎºÎ±
*** 3092,3120 ****
  msgid "invalid UNSPEC as operand: %d"
  msgstr "Î¼Î· Î­Î³ÎºÏ…Ï�Î· Î¼ÎµÏ„Î±Ï„ÏŒÏ€Î¹ÏƒÎ· UTC"
  
! #: config/arm/arm.c:18804 config/arm/arm.c:18829 config/arm/arm.c:18839
! #: config/arm/arm.c:18848 config/arm/arm.c:18857
  #, fuzzy, c-format
  msgid "invalid shift operand"
  msgstr "Î¼Î· Î­Î³ÎºÏ…Ï�Î¿Ï‚ Ï‡Ï�Î®ÏƒÏ„Î·Ï‚"
  
! #: config/arm/arm.c:21671 config/arm/arm.c:21689
  #, fuzzy, c-format
  msgid "predicated Thumb instruction"
  msgstr "Î‘ÎºÎ±Ï„Î¬Î»Î»Î·Î»Î· ÎµÎ½Ï„Î¿Î»Î®"
  
! #: config/arm/arm.c:21677
  #, fuzzy, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "Î— Î»ÎµÎ¹Ï„Î¿Ï…Ï�Î³Î¯Î± Î´ÎµÎ½ Î­Ï‡ÎµÎ¹ Ï…Î»Î¿Ï€Î¿Î¹Î·Î¸ÎµÎ¯"
  
! #: config/arm/arm.c:21910 config/arm/arm.c:21932 config/arm/arm.c:21942
! #: config/arm/arm.c:21952 config/arm/arm.c:21962 config/arm/arm.c:22001
! #: config/arm/arm.c:22019 config/arm/arm.c:22044 config/arm/arm.c:22059
! #: config/arm/arm.c:22086 config/arm/arm.c:22093 config/arm/arm.c:22111
! #: config/arm/arm.c:22118 config/arm/arm.c:22126 config/arm/arm.c:22147
! #: config/arm/arm.c:22154 config/arm/arm.c:22287 config/arm/arm.c:22294
! #: config/arm/arm.c:22321 config/arm/arm.c:22328 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
--- 3092,3120 ----
  msgid "invalid UNSPEC as operand: %d"
  msgstr "Î¼Î· Î­Î³ÎºÏ…Ï�Î· Î¼ÎµÏ„Î±Ï„ÏŒÏ€Î¹ÏƒÎ· UTC"
  
! #: config/arm/arm.c:18841 config/arm/arm.c:18866 config/arm/arm.c:18876
! #: config/arm/arm.c:18885 config/arm/arm.c:18894
  #, fuzzy, c-format
  msgid "invalid shift operand"
  msgstr "Î¼Î· Î­Î³ÎºÏ…Ï�Î¿Ï‚ Ï‡Ï�Î®ÏƒÏ„Î·Ï‚"
  
! #: config/arm/arm.c:21708 config/arm/arm.c:21726
  #, fuzzy, c-format
  msgid "predicated Thumb instruction"
  msgstr "Î‘ÎºÎ±Ï„Î¬Î»Î»Î·Î»Î· ÎµÎ½Ï„Î¿Î»Î®"
  
! #: config/arm/arm.c:21714
  #, fuzzy, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "Î— Î»ÎµÎ¹Ï„Î¿Ï…Ï�Î³Î¯Î± Î´ÎµÎ½ Î­Ï‡ÎµÎ¹ Ï…Î»Î¿Ï€Î¿Î¹Î·Î¸ÎµÎ¯"
  
! #: config/arm/arm.c:21947 config/arm/arm.c:21969 config/arm/arm.c:21979
! #: config/arm/arm.c:21989 config/arm/arm.c:21999 config/arm/arm.c:22038
! #: config/arm/arm.c:22056 config/arm/arm.c:22081 config/arm/arm.c:22096
! #: config/arm/arm.c:22123 config/arm/arm.c:22130 config/arm/arm.c:22148
! #: config/arm/arm.c:22155 config/arm/arm.c:22163 config/arm/arm.c:22184
! #: config/arm/arm.c:22191 config/arm/arm.c:22324 config/arm/arm.c:22331
! #: config/arm/arm.c:22358 config/arm/arm.c:22365 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
*************** msgstr "Î— Î»ÎµÎ¹Ï„Î¿Ï…Ï�Î³Î¯Î± Î´ÎµÎ½ Î
*** 3122,3134 ****
  msgid "invalid operand for code '%c'"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: config/arm/arm.c:22014
  #, fuzzy, c-format
  msgid "instruction never executed"
  msgstr "Î— Î»ÎµÎ¹Ï„Î¿Ï…Ï�Î³Î¯Î± Î´ÎµÎ½ Î­Ï‡ÎµÎ¹ Ï…Î»Î¿Ï€Î¿Î¹Î·Î¸ÎµÎ¯"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22035
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr ""
--- 3122,3134 ----
  msgid "invalid operand for code '%c'"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: config/arm/arm.c:22051
  #, fuzzy, c-format
  msgid "instruction never executed"
  msgstr "Î— Î»ÎµÎ¹Ï„Î¿Ï…Ï�Î³Î¯Î± Î´ÎµÎ½ Î­Ï‡ÎµÎ¹ Ï…Î»Î¿Ï€Î¿Î¹Î·Î¸ÎµÎ¯"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22072
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr ""
*************** msgstr ""
*** 3996,4094 ****
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7314
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr ""
  
! #: config/s390/s390.c:7325
  #, fuzzy, c-format
  msgid "cannot decompose address"
  msgstr "Î”ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Î´Ï…Î½Î±Ï„Î® Î· ÎµÎºÏ‡ÏŽÏ�Î·ÏƒÎ· Ï„Î·Ï‚ Î¶Î·Ï„Î·Î¸Î®ÏƒÎ±Ï‚ Î´Î¹ÎµÏ�Î¸Ï…Î½ÏƒÎ·Ï‚"
  
! #: config/s390/s390.c:7394
  #, fuzzy, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: config/s390/s390.c:7417
  #, fuzzy, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: config/s390/s390.c:7435
  #, fuzzy, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: config/s390/s390.c:7457
  #, fuzzy, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: config/s390/s390.c:7475
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7485
  #, fuzzy, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: config/s390/s390.c:7506
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7517
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7603 config/s390/s390.c:7624
  #, fuzzy, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: config/s390/s390.c:7621
  #, fuzzy, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î¿Ï‚ ÎºÏŽÎ´Î¹ÎºÎ±Ï‚ Î±Î¯Ï„Î·ÏƒÎ·Ï‚"
  
! #: config/s390/s390.c:7658
  #, fuzzy, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: config/s390/s390.c:7665
  #, fuzzy, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "%s: Î¼Î· Î­Î³ÎºÏ…Ï�Î· ÎºÎ±Î½Î¿Î½Î¹ÎºÎ® Î­ÎºÏ†Ï�Î±ÏƒÎ·: %s"
  
! #: config/s390/s390.c:7668
  #, fuzzy, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: config/s390/s390.c:11535
  #, fuzzy
  msgid "vector argument passed to unprototyped function"
  msgstr "Ï€Î¿Î»Ï� Î»Î¯Î³Î± Î¿Ï�Î¯ÏƒÎ¼Î±Ï„Î±"
  
! #: config/s390/s390.c:15354
  msgid "types differ in signedness"
  msgstr ""
  
! #: config/s390/s390.c:15364
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15367
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15375
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
--- 3996,4094 ----
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7482
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr ""
  
! #: config/s390/s390.c:7493
  #, fuzzy, c-format
  msgid "cannot decompose address"
  msgstr "Î”ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Î´Ï…Î½Î±Ï„Î® Î· ÎµÎºÏ‡ÏŽÏ�Î·ÏƒÎ· Ï„Î·Ï‚ Î¶Î·Ï„Î·Î¸Î®ÏƒÎ±Ï‚ Î´Î¹ÎµÏ�Î¸Ï…Î½ÏƒÎ·Ï‚"
  
! #: config/s390/s390.c:7562
  #, fuzzy, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: config/s390/s390.c:7585
  #, fuzzy, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: config/s390/s390.c:7603
  #, fuzzy, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: config/s390/s390.c:7625
  #, fuzzy, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: config/s390/s390.c:7643
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7653
  #, fuzzy, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: config/s390/s390.c:7674
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7685
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7771 config/s390/s390.c:7792
  #, fuzzy, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: config/s390/s390.c:7789
  #, fuzzy, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î¿Ï‚ ÎºÏŽÎ´Î¹ÎºÎ±Ï‚ Î±Î¯Ï„Î·ÏƒÎ·Ï‚"
  
! #: config/s390/s390.c:7826
  #, fuzzy, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: config/s390/s390.c:7833
  #, fuzzy, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "%s: Î¼Î· Î­Î³ÎºÏ…Ï�Î· ÎºÎ±Î½Î¿Î½Î¹ÎºÎ® Î­ÎºÏ†Ï�Î±ÏƒÎ·: %s"
  
! #: config/s390/s390.c:7836
  #, fuzzy, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: config/s390/s390.c:11703
  #, fuzzy
  msgid "vector argument passed to unprototyped function"
  msgstr "Ï€Î¿Î»Ï� Î»Î¯Î³Î± Î¿Ï�Î¯ÏƒÎ¼Î±Ï„Î±"
  
! #: config/s390/s390.c:15522
  msgid "types differ in signedness"
  msgstr ""
  
! #: config/s390/s390.c:15532
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15535
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15543
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
*************** msgstr ""
*** 18089,18095 ****
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr ""
  
! #: fold-const.c:12046
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr ""
--- 18089,18095 ----
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr ""
  
! #: fold-const.c:12048
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr ""
*************** msgstr ""
*** 18632,18639 ****
  msgid "null pointer dereference"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· Ï€Î¹ÏƒÏ‰-Ï€Î±Ï�Î±Ï€Î¿Î¼Ï€Î®"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12872
! #: tree.c:12909 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
--- 18632,18639 ----
  msgid "null pointer dereference"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· Ï€Î¹ÏƒÏ‰-Ï€Î±Ï�Î±Ï€Î¿Î¼Ï€Î®"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12880
! #: tree.c:12917 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
*************** msgstr "Î”ÎµÎ½ Ï…Ï€Î¬Ï�Ï‡ÎµÎ¹ Ï€Ï�Î¿Î·Î³
*** 18647,18943 ****
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2307 gimple-ssa-sprintf.c:2435
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2309 gimple-ssa-sprintf.c:2437
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2311 gimple-ssa-sprintf.c:2439
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2313 gimple-ssa-sprintf.c:2441
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2326
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2328
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2330
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2334
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2336
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2338
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2351
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2353
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2355
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2371
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2373
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2375
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2388
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2390
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2392
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2404
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2406
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2408
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2454
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2456
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2458
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2462
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2464
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2466
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2480
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2483
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2486
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2502
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2505
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2508
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2521
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2524
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2527
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2539
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2542
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2545
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2710
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2712
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2751
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2753
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2767
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2775
  #, fuzzy, gcc-internal-format
  msgid "directive argument %qE"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: gimple-ssa-sprintf.c:2777
  #, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2781
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2801
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2806
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2811
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2816
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3588
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3594
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3647
  #, gcc-internal-format
  msgid "null destination pointer"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3664
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3676
  #, fuzzy, gcc-internal-format
  msgid "null format string"
  msgstr "Î— Î±Î»Ï…ÏƒÎ¯Î´Î± Î¼Î¿Ï�Ï†Î®Ï‚ Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Î­Î³ÎºÏ…Ï�Î·: `%s'"
--- 18647,18943 ----
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2308 gimple-ssa-sprintf.c:2436
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2310 gimple-ssa-sprintf.c:2438
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2312 gimple-ssa-sprintf.c:2440
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2314 gimple-ssa-sprintf.c:2442
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2327
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2329
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2331
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2335
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2337
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2339
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2352
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2354
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2356
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2372
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2374
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2376
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2389
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2391
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2393
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2405
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2407
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2409
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2455
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2457
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2459
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2463
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2465
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2467
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2481
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2484
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2487
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2503
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2506
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2509
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2522
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2525
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2528
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2540
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2543
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2546
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2711
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2713
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2752
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2754
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2769
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2776
  #, fuzzy, gcc-internal-format
  msgid "directive argument %qE"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· ÎµÏ€Î¹Î»Î¿Î³Î® `%s'"
  
! #: gimple-ssa-sprintf.c:2778
  #, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2782
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2803
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2807
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2812
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2817
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3591
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3597
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3650
  #, gcc-internal-format
  msgid "null destination pointer"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3667
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3679
  #, fuzzy, gcc-internal-format
  msgid "null format string"
  msgstr "Î— Î±Î»Ï…ÏƒÎ¯Î´Î± Î¼Î¿Ï�Ï†Î®Ï‚ Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Î­Î³ÎºÏ…Ï�Î·: `%s'"
*************** msgstr ""
*** 21113,21269 ****
  msgid "%D renamed after being referenced in assembly"
  msgstr ""
  
! #: symtab.c:970
  #, fuzzy, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "Î±Ï…Ï„Î¿Î½ÏŒÎ·Ï„Î· Î´Î¹Î±ÎºÏ�Ï�Î·Î¾Î· Ï„Î·Ï‚ ÏƒÏ…Î½Î¬Ï�Ï„Î·ÏƒÎ·Ï‚ `%s'"
  
! #: symtab.c:978
  #, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr ""
  
! #: symtab.c:984
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr ""
  
! #: symtab.c:993
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1010
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1023
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr ""
  
! #: symtab.c:1030
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr ""
  
! #: symtab.c:1035
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr ""
  
! #: symtab.c:1040
  #, fuzzy, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr "Î¤Î¿ ÎµÏ€ÏŽÎ½Ï…Î¼Î¿ Î±Î½Ï„Î¹ÎºÎµÎ¯Î¼ÎµÎ½Î¿ Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Î±Î½Î±Î¶Î·Ï„Î®ÏƒÎ¹Î¼Î¿"
  
! #: symtab.c:1045
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1050
  #, fuzzy, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr "Î­Ï‡ÎµÎ¹ Ï€Î±Ï�Î±Î»Î·Ï†Î¸ÎµÎ¯ Ï„Î¿ Î±Ï�Ï‡ÎµÎ¯Î¿ Ï€Ï�Î¿Î¿Ï�Î¹ÏƒÎ¼Î¿Ï�"
  
! #: symtab.c:1055
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1060
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr ""
  
! #: symtab.c:1069
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr ""
  
! #: symtab.c:1074
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr ""
  
! #: symtab.c:1079
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1084
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr ""
  
! #: symtab.c:1091
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr ""
  
! #: symtab.c:1106
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1116
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1123
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr ""
  
! #: symtab.c:1135
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1142
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1157
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1188 symtab.c:1225
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr ""
  
! #: symtab.c:1221
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1630
  #, fuzzy, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr "Î— Î»ÎµÎ¹Ï„Î¿Ï…Ï�Î³Î¯Î± Î´ÎµÎ½ Î­Ï‡ÎµÎ¹ Ï…Î»Î¿Ï€Î¿Î¹Î·Î¸ÎµÎ¯"
  
! #: symtab.c:1632
  #, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr ""
  
! #: symtab.c:1660
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
--- 21113,21269 ----
  msgid "%D renamed after being referenced in assembly"
  msgstr ""
  
! #: symtab.c:978
  #, fuzzy, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "Î±Ï…Ï„Î¿Î½ÏŒÎ·Ï„Î· Î´Î¹Î±ÎºÏ�Ï�Î·Î¾Î· Ï„Î·Ï‚ ÏƒÏ…Î½Î¬Ï�Ï„Î·ÏƒÎ·Ï‚ `%s'"
  
! #: symtab.c:986
  #, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr ""
  
! #: symtab.c:992
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1009
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1018
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1031
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr ""
  
! #: symtab.c:1038
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr ""
  
! #: symtab.c:1043
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr ""
  
! #: symtab.c:1048
  #, fuzzy, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr "Î¤Î¿ ÎµÏ€ÏŽÎ½Ï…Î¼Î¿ Î±Î½Ï„Î¹ÎºÎµÎ¯Î¼ÎµÎ½Î¿ Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Î±Î½Î±Î¶Î·Ï„Î®ÏƒÎ¹Î¼Î¿"
  
! #: symtab.c:1053
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1058
  #, fuzzy, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr "Î­Ï‡ÎµÎ¹ Ï€Î±Ï�Î±Î»Î·Ï†Î¸ÎµÎ¯ Ï„Î¿ Î±Ï�Ï‡ÎµÎ¯Î¿ Ï€Ï�Î¿Î¿Ï�Î¹ÏƒÎ¼Î¿Ï�"
  
! #: symtab.c:1063
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1068
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr ""
  
! #: symtab.c:1077
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr ""
  
! #: symtab.c:1082
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr ""
  
! #: symtab.c:1087
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1092
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr ""
  
! #: symtab.c:1099
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr ""
  
! #: symtab.c:1114
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1124
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1131
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr ""
  
! #: symtab.c:1143
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1150
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1173
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1196 symtab.c:1233
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr ""
  
! #: symtab.c:1229
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1638
  #, fuzzy, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr "Î— Î»ÎµÎ¹Ï„Î¿Ï…Ï�Î³Î¯Î± Î´ÎµÎ½ Î­Ï‡ÎµÎ¹ Ï…Î»Î¿Ï€Î¿Î¹Î·Î¸ÎµÎ¯"
  
! #: symtab.c:1640
  #, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr ""
  
! #: symtab.c:1668
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
*************** msgstr ""
*** 22926,22933 ****
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6704
! #: config/arm/arm.c:6732 config/arm/arm.c:6749 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
--- 22926,22933 ----
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6741
! #: config/arm/arm.c:6769 config/arm/arm.c:6786 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
*************** msgstr ""
*** 22963,23054 ****
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr ""
  
! #: tree.c:8366
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr ""
  
! #: tree.c:8537
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr ""
  
! #: tree.c:9831 tree.c:9916 tree.c:9977
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9868
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9881
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9930
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9943
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10003
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10017
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10029
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10042
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10055
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:12867
  #, fuzzy, gcc-internal-format
  msgid "%qD is deprecated: %s"
  msgstr "Ï„Î¿ `%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ ÎºÎ±Î½Î¿Î½Î¹ÎºÏŒ Î±Ï�Ï‡ÎµÎ¯Î¿"
  
! #: tree.c:12870
  #, fuzzy, gcc-internal-format
  msgid "%qD is deprecated"
  msgstr "Ï„Î¿ `%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ ÎºÎ±Î½Î¿Î½Î¹ÎºÏŒ Î±Ï�Ï‡ÎµÎ¯Î¿"
  
! #: tree.c:12894 tree.c:12916
  #, fuzzy, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "Ï„Î¿ `%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ ÎºÎ±Î½Î¿Î½Î¹ÎºÏŒ Î±Ï�Ï‡ÎµÎ¯Î¿"
  
! #: tree.c:12897 tree.c:12919
  #, fuzzy, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "Ï„Î¿ `%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ ÎºÎ±Î½Î¿Î½Î¹ÎºÏŒ Î±Ï�Ï‡ÎµÎ¯Î¿"
  
! #: tree.c:12903 tree.c:12924
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "Ï„Î¿ `%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ ÎºÎ±Î½Î¿Î½Î¹ÎºÏŒ Î±Ï�Ï‡ÎµÎ¯Î¿"
  
! #: tree.c:12906 tree.c:12927
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr ""
--- 22963,23054 ----
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr ""
  
! #: tree.c:8373
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr ""
  
! #: tree.c:8545
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr ""
  
! #: tree.c:9839 tree.c:9924 tree.c:9985
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9876
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9889
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9938
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9951
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10011
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10025
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10037
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10050
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10063
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:12875
  #, fuzzy, gcc-internal-format
  msgid "%qD is deprecated: %s"
  msgstr "Ï„Î¿ `%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ ÎºÎ±Î½Î¿Î½Î¹ÎºÏŒ Î±Ï�Ï‡ÎµÎ¯Î¿"
  
! #: tree.c:12878
  #, fuzzy, gcc-internal-format
  msgid "%qD is deprecated"
  msgstr "Ï„Î¿ `%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ ÎºÎ±Î½Î¿Î½Î¹ÎºÏŒ Î±Ï�Ï‡ÎµÎ¯Î¿"
  
! #: tree.c:12902 tree.c:12924
  #, fuzzy, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "Ï„Î¿ `%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ ÎºÎ±Î½Î¿Î½Î¹ÎºÏŒ Î±Ï�Ï‡ÎµÎ¯Î¿"
  
! #: tree.c:12905 tree.c:12927
  #, fuzzy, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "Ï„Î¿ `%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ ÎºÎ±Î½Î¿Î½Î¹ÎºÏŒ Î±Ï�Ï‡ÎµÎ¯Î¿"
  
! #: tree.c:12911 tree.c:12932
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "Ï„Î¿ `%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ ÎºÎ±Î½Î¿Î½Î¹ÎºÏŒ Î±Ï�Ï‡ÎµÎ¯Î¿"
  
! #: tree.c:12914 tree.c:12935
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr ""
*************** msgstr ""
*** 23075,23336 ****
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13354
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13395
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13397
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13399
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13419
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13432
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13449
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13474
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13476
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13478
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13516
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13518
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr ""
  
! #: tree.c:13520
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13537
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13539 tree.c:13550
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13541 tree.c:13552
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13548
  #, gcc-internal-format
  msgid "type is not compatible with its variant"
  msgstr ""
  
! #: tree.c:13851
  #, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr ""
  
! #: tree.c:13856
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13868
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13886
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13918
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13928
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13938
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13956
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13968
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13979
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13990
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14008
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14015
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14027
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14042
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14058
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14073
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14083
  #, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr ""
  
! #: tree.c:14092
  #, fuzzy, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "Î¼Î· Ï€Î»Î®Ï�Î·Ï‚ ÎµÎ³Î³Ï�Î±Ï†Î®"
  
! #: tree.c:14112
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14127
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14133
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14146
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14159
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14165
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14172
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14184
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14190
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14202
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14214
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14221
  #, gcc-internal-format
  msgid "verify_type failed"
  msgstr ""
--- 23075,23336 ----
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13362
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13403
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13405
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13407
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13427
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13440
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13457
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13482
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13484
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13486
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13524
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13526
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr ""
  
! #: tree.c:13528
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13545
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13547 tree.c:13558
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13549 tree.c:13560
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13556
  #, gcc-internal-format
  msgid "type is not compatible with its variant"
  msgstr ""
  
! #: tree.c:13859
  #, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr ""
  
! #: tree.c:13864
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13876
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13910
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13926
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13936
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13946
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13964
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13976
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13987
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13998
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14016
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14023
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14043
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14050
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14074
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14081
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14091
  #, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr ""
  
! #: tree.c:14100
  #, fuzzy, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "Î¼Î· Ï€Î»Î®Ï�Î·Ï‚ ÎµÎ³Î³Ï�Î±Ï†Î®"
  
! #: tree.c:14120
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14135
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14141
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14154
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14167
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14173
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14180
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14192
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14198
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14210
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14222
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14229
  #, gcc-internal-format
  msgid "verify_type failed"
  msgstr ""
*************** msgstr ""
*** 24335,24347 ****
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr ""
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6573 c-family/c-common.c:6644
  #: c/c-typeck.c:3557
  #, fuzzy, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "Ï€Î¿Î»Ï� Î»Î¯Î³Î± Î¿Ï�Î¯ÏƒÎ¼Î±Ï„Î±"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6670 c/c-typeck.c:3286
  #, fuzzy, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "Ï€Î¬Ï�Î± Ï€Î¿Î»Î»Î¬ Î¿Ï�Î¯ÏƒÎ¼Î±Ï„Î±"
--- 24335,24347 ----
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr ""
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6574 c-family/c-common.c:6645
  #: c/c-typeck.c:3557
  #, fuzzy, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "Ï€Î¿Î»Ï� Î»Î¯Î³Î± Î¿Ï�Î¯ÏƒÎ¼Î±Ï„Î±"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6671 c/c-typeck.c:3286
  #, fuzzy, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "Ï€Î¬Ï�Î± Ï€Î¿Î»Î»Î¬ Î¿Ï�Î¯ÏƒÎ¼Î±Ï„Î±"
*************** msgstr "Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Î´Ï…Î½Î±Ï„ÏŒ Î
*** 24426,24497 ****
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6515 cp/init.c:2952 cp/init.c:2971
  #, fuzzy, gcc-internal-format
  msgid "size of array is too large"
  msgstr "ÎŸ ÎºÎ±Ï„Î¬Î»Î¿Î³Î¿Ï‚ `%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Ï€Ï�Î¿ÏƒÎ¹Ï„ÏŒÏ‚."
  
! #: c-family/c-common.c:6603
  #, fuzzy, gcc-internal-format
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· Î±ÎºÎ­Ï�Î±Î¹Î± Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ `%s'"
  
! #: c-family/c-common.c:6737
  #, fuzzy, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr "Ï€Î¿Î»Ï� Î»Î¯Î³Î± Î¿Ï�Î¯ÏƒÎ¼Î±Ï„Î±"
  
! #: c-family/c-common.c:6752
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "Î— Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ ÏƒÏ„Î¿ `%s' Ï€Ï�Î­Ï€ÎµÎ¹ Î½Î± ÎµÎ¯Î½Î±Î¹ Î­Î½Î±Ï‚ Î±Ï€Î»ÏŒÏ‚ Ï‡Î±Ï�Î±ÎºÏ„Î®Ï�Î±Ï‚"
  
! #: c-family/c-common.c:6761
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "Î— Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ ÏƒÏ„Î¿ `%s' Ï€Ï�Î­Ï€ÎµÎ¹ Î½Î± ÎµÎ¯Î½Î±Î¹ Î­Î½Î±Ï‚ Î±Ï€Î»ÏŒÏ‚ Ï‡Î±Ï�Î±ÎºÏ„Î®Ï�Î±Ï‚"
  
! #: c-family/c-common.c:6772
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "Î— Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ ÏƒÏ„Î¿ `%s' Ï€Ï�Î­Ï€ÎµÎ¹ Î½Î± ÎµÎ¯Î½Î±Î¹ Î­Î½Î±Ï‚ Î±Ï€Î»ÏŒÏ‚ Ï‡Î±Ï�Î±ÎºÏ„Î®Ï�Î±Ï‚"
  
! #: c-family/c-common.c:6787
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr "Î— Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ ÏƒÏ„Î¿ <%s> Ï€Ï�Î­Ï€ÎµÎ¹ Î½Î± ÎµÎ¯Î½Î±Î¹ Î­Î½Î±Ï‚ Î±Ï€Î»ÏŒÏ‚ Ï‡Î±Ï�Î±ÎºÏ„Î®Ï�Î±Ï‚"
  
! #: c-family/c-common.c:6795
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "%s Î¼ÎµÏ„Î±Ï„Ï�Î­Ï€ÎµÎ¹ Î±ÎºÎ­Ï�Î±Î¹Î¿ ÏƒÎµ Î´ÎµÎ¯ÎºÏ„Î· Ï‡Ï‰Ï�Î¯Ï‚ Î¼ÎµÏ„Î±Ï„Ï�Î¿Ï€Î­Î±"
  
! #: c-family/c-common.c:6801
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "%s Î¼ÎµÏ„Î±Ï„Ï�Î­Ï€ÎµÎ¹ Î±ÎºÎ­Ï�Î±Î¹Î¿ ÏƒÎµ Î´ÎµÎ¯ÎºÏ„Î· Ï‡Ï‰Ï�Î¯Ï‚ Î¼ÎµÏ„Î±Ï„Ï�Î¿Ï€Î­Î±"
  
! #: c-family/c-common.c:6809
  #, fuzzy, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr "Î›ÎµÎ¯Ï€ÎµÎ¹ Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ Î³Î¹Î± `%s'"
  
! #: c-family/c-common.c:6825
  #, fuzzy, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr "Î— Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ `%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Î­Î³ÎºÏ…Ï�Î·."
  
! #: c-family/c-common.c:6832
  #, fuzzy, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· Î±ÎºÎ­Ï�Î±Î¹Î± Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ `%s'"
  
! #: c-family/c-common.c:7753
  #, fuzzy, gcc-internal-format
  msgid "index value is out of bound"
  msgstr "Î— Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ ÎºÎ¹Î½Î·Ï„Î®Ï‚ Ï…Ï€Î¿Î´Î¹Î±ÏƒÏ„Î¿Î»Î®Ï‚ Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Î­Î³ÎºÏ…Ï�Î·: %s"
  
! #: c-family/c-common.c:7794 c-family/c-common.c:7842 c-family/c-common.c:7857
  #: cp/call.c:4836 cp/call.c:4843
  #, fuzzy, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
--- 24426,24497 ----
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6516 cp/init.c:2952 cp/init.c:2971
  #, fuzzy, gcc-internal-format
  msgid "size of array is too large"
  msgstr "ÎŸ ÎºÎ±Ï„Î¬Î»Î¿Î³Î¿Ï‚ `%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Ï€Ï�Î¿ÏƒÎ¹Ï„ÏŒÏ‚."
  
! #: c-family/c-common.c:6604
  #, fuzzy, gcc-internal-format
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· Î±ÎºÎ­Ï�Î±Î¹Î± Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ `%s'"
  
! #: c-family/c-common.c:6738
  #, fuzzy, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr "Ï€Î¿Î»Ï� Î»Î¯Î³Î± Î¿Ï�Î¯ÏƒÎ¼Î±Ï„Î±"
  
! #: c-family/c-common.c:6753
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "Î— Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ ÏƒÏ„Î¿ `%s' Ï€Ï�Î­Ï€ÎµÎ¹ Î½Î± ÎµÎ¯Î½Î±Î¹ Î­Î½Î±Ï‚ Î±Ï€Î»ÏŒÏ‚ Ï‡Î±Ï�Î±ÎºÏ„Î®Ï�Î±Ï‚"
  
! #: c-family/c-common.c:6762
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "Î— Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ ÏƒÏ„Î¿ `%s' Ï€Ï�Î­Ï€ÎµÎ¹ Î½Î± ÎµÎ¯Î½Î±Î¹ Î­Î½Î±Ï‚ Î±Ï€Î»ÏŒÏ‚ Ï‡Î±Ï�Î±ÎºÏ„Î®Ï�Î±Ï‚"
  
! #: c-family/c-common.c:6773
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "Î— Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ ÏƒÏ„Î¿ `%s' Ï€Ï�Î­Ï€ÎµÎ¹ Î½Î± ÎµÎ¯Î½Î±Î¹ Î­Î½Î±Ï‚ Î±Ï€Î»ÏŒÏ‚ Ï‡Î±Ï�Î±ÎºÏ„Î®Ï�Î±Ï‚"
  
! #: c-family/c-common.c:6788
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr "Î— Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ ÏƒÏ„Î¿ <%s> Ï€Ï�Î­Ï€ÎµÎ¹ Î½Î± ÎµÎ¯Î½Î±Î¹ Î­Î½Î±Ï‚ Î±Ï€Î»ÏŒÏ‚ Ï‡Î±Ï�Î±ÎºÏ„Î®Ï�Î±Ï‚"
  
! #: c-family/c-common.c:6796
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "%s Î¼ÎµÏ„Î±Ï„Ï�Î­Ï€ÎµÎ¹ Î±ÎºÎ­Ï�Î±Î¹Î¿ ÏƒÎµ Î´ÎµÎ¯ÎºÏ„Î· Ï‡Ï‰Ï�Î¯Ï‚ Î¼ÎµÏ„Î±Ï„Ï�Î¿Ï€Î­Î±"
  
! #: c-family/c-common.c:6802
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "%s Î¼ÎµÏ„Î±Ï„Ï�Î­Ï€ÎµÎ¹ Î±ÎºÎ­Ï�Î±Î¹Î¿ ÏƒÎµ Î´ÎµÎ¯ÎºÏ„Î· Ï‡Ï‰Ï�Î¯Ï‚ Î¼ÎµÏ„Î±Ï„Ï�Î¿Ï€Î­Î±"
  
! #: c-family/c-common.c:6810
  #, fuzzy, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr "Î›ÎµÎ¯Ï€ÎµÎ¹ Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ Î³Î¹Î± `%s'"
  
! #: c-family/c-common.c:6826
  #, fuzzy, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr "Î— Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ `%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Î­Î³ÎºÏ…Ï�Î·."
  
! #: c-family/c-common.c:6833
  #, fuzzy, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr "ÎœÎ· Î­Î³ÎºÏ…Ï�Î· Î±ÎºÎ­Ï�Î±Î¹Î± Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ `%s'"
  
! #: c-family/c-common.c:7754
  #, fuzzy, gcc-internal-format
  msgid "index value is out of bound"
  msgstr "Î— Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ ÎºÎ¹Î½Î·Ï„Î®Ï‚ Ï…Ï€Î¿Î´Î¹Î±ÏƒÏ„Î¿Î»Î®Ï‚ Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Î­Î³ÎºÏ…Ï�Î·: %s"
  
! #: c-family/c-common.c:7795 c-family/c-common.c:7843 c-family/c-common.c:7858
  #: cp/call.c:4836 cp/call.c:4843
  #, fuzzy, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
*************** msgstr "Î· Î¼ÎµÏ„Î±Ï„Ï�Î¿Ï€Î® Î±Ï€ÏŒ `%s
*** 24499,24520 ****
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7943
  #, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr ""
  
! #: c-family/c-common.c:7965 c/c-decl.c:6124
  #, fuzzy, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "ÎŸ ÎºÎ±Ï„Î¬Î»Î¿Î³Î¿Ï‚ `%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Ï€Ï�Î¿ÏƒÎ¹Ï„ÏŒÏ‚."
  
! #: c-family/c-common.c:7967 c/c-decl.c:6127
  #, fuzzy, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "ÎŸ ÎºÎ±Ï„Î¬Î»Î¿Î³Î¿Ï‚ `%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Ï€Ï�Î¿ÏƒÎ¹Ï„ÏŒÏ‚."
  
! #: c-family/c-common.c:7997
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
--- 24499,24520 ----
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7944
  #, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr ""
  
! #: c-family/c-common.c:7966 c/c-decl.c:6124
  #, fuzzy, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "ÎŸ ÎºÎ±Ï„Î¬Î»Î¿Î³Î¿Ï‚ `%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Ï€Ï�Î¿ÏƒÎ¹Ï„ÏŒÏ‚."
  
! #: c-family/c-common.c:7968 c/c-decl.c:6127
  #, fuzzy, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "ÎŸ ÎºÎ±Ï„Î¬Î»Î¿Î³Î¿Ï‚ `%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Ï€Ï�Î¿ÏƒÎ¹Ï„ÏŒÏ‚."
  
! #: c-family/c-common.c:7998
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
*************** msgstr "%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Î¹ÏƒÏ‡Ï�Ï‰
*** 26281,26287 ****
  msgid "too many input files"
  msgstr "Ï…Ï€ÎµÏ�Î²Î¿Î»Î¹ÎºÎ¬ Ï€Î¿Î»Î»Î¬ Î±Ï�Ï‡ÎµÎ¯Î± ÎµÎ¹ÏƒÏŒÎ´Î¿Ï…"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8751
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr "Î‘ÎºÎ±Ï„Î¬Î»Î»Î·Î»Î· Ï„Î¹Î¼Î® ÏƒÏ„Î¿ ai_flags"
--- 26281,26287 ----
  msgid "too many input files"
  msgstr "Ï…Ï€ÎµÏ�Î²Î¿Î»Î¹ÎºÎ¬ Ï€Î¿Î»Î»Î¬ Î±Ï�Ï‡ÎµÎ¯Î± ÎµÎ¹ÏƒÏŒÎ´Î¿Ï…"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8759
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr "Î‘ÎºÎ±Ï„Î¬Î»Î»Î·Î»Î· Ï„Î¹Î¼Î® ÏƒÏ„Î¿ ai_flags"
*************** msgstr "Î¼Î· Î­Î³ÎºÏ…Ï�Î¿ Î´Î¹ÎºÎ±Î¯Ï‰Î¼
*** 26744,26924 ****
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8374
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8418
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8475
  #, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8493
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "unknown tuning option (%s)"
  msgstr "Î¬Î³Î½Ï‰ÏƒÏ„Î¿ ÏƒÎµÏ„ `%s'"
  
! #: config/aarch64/aarch64.c:8707
  #, fuzzy, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "Î— Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ `%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Î­Î³ÎºÏ…Ï�Î·."
  
! #: config/aarch64/aarch64.c:8748
  #, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8755
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "Î— Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ ÎºÎ¹Î½Î·Ï„Î®Ï‚ Ï…Ï€Î¿Î´Î¹Î±ÏƒÏ„Î¿Î»Î®Ï‚ Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Î­Î³ÎºÏ…Ï�Î·: %s"
  
! #: config/aarch64/aarch64.c:8782
  #, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8785
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr "Î‘ÎºÎ±Ï„Î¬Î»Î»Î·Î»Î· Ï„Î¹Î¼Î® ÏƒÏ„Î¿ ai_flags"
  
! #: config/aarch64/aarch64.c:8789
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "Î¼Î· Î­Î³ÎºÏ…Ï�Î¿Ï‚ Î±Ï�Î¹Î¸Î¼ÏŒÏ‚ Î±Ï€ÏŒ ÎºÎµÎ½Î­Ï‚ Î³Ï�Î±Î¼Î¼Î­Ï‚: `%s'"
  
! #: config/aarch64/aarch64.c:8815
  #, fuzzy, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr "Ï€Î¬Ï�Î± Ï€Î¿Î»Î»Î­Ï‚ Î´Î·Î»ÏŽÏƒÎµÎ¹Ï‚ Î¼ÎµÏ„Î±Ï„Ï�Î¿Ï€Î®Ï‚ ÏƒÏ„Î·Î½ ÎºÎ±Ï„Î¬Î»Î·Î¾Î·"
  
! #: config/aarch64/aarch64.c:8818
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr "Î‘ÎºÎ±Ï„Î¬Î»Î»Î·Î»Î· Ï„Î¹Î¼Î® ÏƒÏ„Î¿ ai_flags"
  
! #: config/aarch64/aarch64.c:8921 config/arm/arm.c:3093
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8956
  #, fuzzy, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "Î±Ï�Ï‡ÎµÎ¯Î± fifo Î´ÎµÎ½ Ï…Ï€Î¿ÏƒÏ„Î·Ï�Î¯Î¶Î¿Î½Ï„Î±Î¹"
  
! #: config/aarch64/aarch64.c:8960
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9022
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9187
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9190
  #, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9194
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9228
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "Î•Î»Î»Î¹Ï€Î®Ï‚ Î® ÎºÎ±ÎºÎ¿ÏƒÏ‡Î·Î¼Î±Ï„Î¹ÏƒÎ¼Î­Î½Î· Î¹Î´Î¹ÏŒÏ„Î·Ï„Î±"
  
! #: config/aarch64/aarch64.c:9231
  #, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9235
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9266
  #, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9307
  #, fuzzy, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr "Î•Î»Î»Î¹Ï€Î®Ï‚ Î® ÎºÎ±ÎºÎ¿ÏƒÏ‡Î·Î¼Î±Ï„Î¹ÏƒÎ¼Î­Î½Î· Î¹Î´Î¹ÏŒÏ„Î·Ï„Î±"
  
! #: config/aarch64/aarch64.c:9312
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr "Î¼Î· Î­Î³ÎºÏ…Ï�Î¿Ï‚ Î±Ï�Î¹Î¸Î¼ÏŒÏ‚ Î±Ï€ÏŒ ÎºÎµÎ½Î­Ï‚ Î³Ï�Î±Î¼Î¼Î­Ï‚: `%s'"
  
  # src/dfa.c:569 src/dfa.c:583 src/dfa.c:587
  # src/dfa.c:577 src/dfa.c:591 src/dfa.c:595
! #: config/aarch64/aarch64.c:9364
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s"
  msgstr "ÎºÎ±ÎºÎ¿ÏƒÏ‡Î·Î¼Î±Ï„Î¹ÏƒÎ¼Î­Î½Î¿Ï‚ Î¼ÎµÏ„Ï�Î·Ï„Î®Ï‚ ÎµÏ€Î±Î½Î¬Î»Î·ÏˆÎ·Ï‚"
  
! #: config/aarch64/aarch64.c:9412
  #, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9421
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs does not allow a negated form"
  msgstr "ÏƒÏ‡ÎµÏ„Î¹ÎºÎ® Î¸Î­ÏƒÎ· Î±Ï�Ï‡ÎµÎ¯Î¿Ï… ÎµÎ¯Î½Î±Î¹ ÎµÎºÏ„ÏŒÏ‚ Î¿Ï�Î¯Ï‰Î½"
  
! #: config/aarch64/aarch64.c:9476
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr "Î­Ï‡Î¿Ï…Î½ Ï€Î±Ï�Î±Î»Î·Ï†Î¸ÎµÎ¯ Î¿Ï�Î¯ÏƒÎ¼Î±Ï„Î±"
  
! #: config/aarch64/aarch64.c:9536 config/arm/arm.c:30367
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:14849
  #, fuzzy, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr "Î¼Î· Ï„ÎµÏ�Î¼Î±Ï„Î¹Î¶Î¼Î­Î½Î¿ Î±Î»Ï†Î±Ï�Î¹Î¸Î¼Î·Ï„Î¹ÎºÏŒ ÏƒÏ„Î±Î¸ÎµÏ�Î¬Ï‚"
  
! #: config/aarch64/aarch64.c:9546
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9563
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr "Î­Ï‡Î¿Ï…Î½ Ï€Î±Ï�Î±Î»Î·Ï†Î¸ÎµÎ¯ Î¿Ï�Î¯ÏƒÎ¼Î±Ï„Î±"
  
! #: config/aarch64/aarch64.c:9572
  #, fuzzy, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr "Î— Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ `%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Î­Î³ÎºÏ…Ï�Î·."
  
! #: config/aarch64/aarch64.c:11420
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11422
  #, fuzzy, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr "%s: Î±Ï�Î¹Î¸Î¼ÏŒÏ‚ Î³Ï�Î±Î¼Î¼Î®Ï‚ Î­Î¾Ï‰ Î±Ï€ÏŒ Ï„Î± ÏŒÏ�Î¹Î±"
--- 26744,26924 ----
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8382
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8426
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8483
  #, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8501
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "unknown tuning option (%s)"
  msgstr "Î¬Î³Î½Ï‰ÏƒÏ„Î¿ ÏƒÎµÏ„ `%s'"
  
! #: config/aarch64/aarch64.c:8715
  #, fuzzy, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "Î— Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ `%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Î­Î³ÎºÏ…Ï�Î·."
  
! #: config/aarch64/aarch64.c:8756
  #, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8763
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "Î— Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ ÎºÎ¹Î½Î·Ï„Î®Ï‚ Ï…Ï€Î¿Î´Î¹Î±ÏƒÏ„Î¿Î»Î®Ï‚ Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Î­Î³ÎºÏ…Ï�Î·: %s"
  
! #: config/aarch64/aarch64.c:8790
  #, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8793
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr "Î‘ÎºÎ±Ï„Î¬Î»Î»Î·Î»Î· Ï„Î¹Î¼Î® ÏƒÏ„Î¿ ai_flags"
  
! #: config/aarch64/aarch64.c:8797
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "Î¼Î· Î­Î³ÎºÏ…Ï�Î¿Ï‚ Î±Ï�Î¹Î¸Î¼ÏŒÏ‚ Î±Ï€ÏŒ ÎºÎµÎ½Î­Ï‚ Î³Ï�Î±Î¼Î¼Î­Ï‚: `%s'"
  
! #: config/aarch64/aarch64.c:8823
  #, fuzzy, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr "Ï€Î¬Ï�Î± Ï€Î¿Î»Î»Î­Ï‚ Î´Î·Î»ÏŽÏƒÎµÎ¹Ï‚ Î¼ÎµÏ„Î±Ï„Ï�Î¿Ï€Î®Ï‚ ÏƒÏ„Î·Î½ ÎºÎ±Ï„Î¬Î»Î·Î¾Î·"
  
! #: config/aarch64/aarch64.c:8826
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr "Î‘ÎºÎ±Ï„Î¬Î»Î»Î·Î»Î· Ï„Î¹Î¼Î® ÏƒÏ„Î¿ ai_flags"
  
! #: config/aarch64/aarch64.c:8929 config/arm/arm.c:3094
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8964
  #, fuzzy, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "Î±Ï�Ï‡ÎµÎ¯Î± fifo Î´ÎµÎ½ Ï…Ï€Î¿ÏƒÏ„Î·Ï�Î¯Î¶Î¿Î½Ï„Î±Î¹"
  
! #: config/aarch64/aarch64.c:8968
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9030
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9195
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9198
  #, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9202
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9236
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "Î•Î»Î»Î¹Ï€Î®Ï‚ Î® ÎºÎ±ÎºÎ¿ÏƒÏ‡Î·Î¼Î±Ï„Î¹ÏƒÎ¼Î­Î½Î· Î¹Î´Î¹ÏŒÏ„Î·Ï„Î±"
  
! #: config/aarch64/aarch64.c:9239
  #, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9243
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9274
  #, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9315
  #, fuzzy, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr "Î•Î»Î»Î¹Ï€Î®Ï‚ Î® ÎºÎ±ÎºÎ¿ÏƒÏ‡Î·Î¼Î±Ï„Î¹ÏƒÎ¼Î­Î½Î· Î¹Î´Î¹ÏŒÏ„Î·Ï„Î±"
  
! #: config/aarch64/aarch64.c:9320
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr "Î¼Î· Î­Î³ÎºÏ…Ï�Î¿Ï‚ Î±Ï�Î¹Î¸Î¼ÏŒÏ‚ Î±Ï€ÏŒ ÎºÎµÎ½Î­Ï‚ Î³Ï�Î±Î¼Î¼Î­Ï‚: `%s'"
  
  # src/dfa.c:569 src/dfa.c:583 src/dfa.c:587
  # src/dfa.c:577 src/dfa.c:591 src/dfa.c:595
! #: config/aarch64/aarch64.c:9372
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s"
  msgstr "ÎºÎ±ÎºÎ¿ÏƒÏ‡Î·Î¼Î±Ï„Î¹ÏƒÎ¼Î­Î½Î¿Ï‚ Î¼ÎµÏ„Ï�Î·Ï„Î®Ï‚ ÎµÏ€Î±Î½Î¬Î»Î·ÏˆÎ·Ï‚"
  
! #: config/aarch64/aarch64.c:9420
  #, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9429
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs does not allow a negated form"
  msgstr "ÏƒÏ‡ÎµÏ„Î¹ÎºÎ® Î¸Î­ÏƒÎ· Î±Ï�Ï‡ÎµÎ¯Î¿Ï… ÎµÎ¯Î½Î±Î¹ ÎµÎºÏ„ÏŒÏ‚ Î¿Ï�Î¯Ï‰Î½"
  
! #: config/aarch64/aarch64.c:9484
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr "Î­Ï‡Î¿Ï…Î½ Ï€Î±Ï�Î±Î»Î·Ï†Î¸ÎµÎ¯ Î¿Ï�Î¯ÏƒÎ¼Î±Ï„Î±"
  
! #: config/aarch64/aarch64.c:9544 config/arm/arm.c:30411
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:15017
  #, fuzzy, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr "Î¼Î· Ï„ÎµÏ�Î¼Î±Ï„Î¹Î¶Î¼Î­Î½Î¿ Î±Î»Ï†Î±Ï�Î¹Î¸Î¼Î·Ï„Î¹ÎºÏŒ ÏƒÏ„Î±Î¸ÎµÏ�Î¬Ï‚"
  
! #: config/aarch64/aarch64.c:9554
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9571
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr "Î­Ï‡Î¿Ï…Î½ Ï€Î±Ï�Î±Î»Î·Ï†Î¸ÎµÎ¯ Î¿Ï�Î¯ÏƒÎ¼Î±Ï„Î±"
  
! #: config/aarch64/aarch64.c:9580
  #, fuzzy, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr "Î— Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ `%s' Î´ÎµÎ½ ÎµÎ¯Î½Î±Î¹ Î­Î³ÎºÏ…Ï�Î·."
  
! #: config/aarch64/aarch64.c:11428
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11430
  #, fuzzy, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr "%s: Î±Ï�Î¹Î¸Î¼ÏŒÏ‚ Î³Ï�Î±Î¼Î¼Î®Ï‚ Î­Î¾Ï‰ Î±Ï€ÏŒ Ï„Î± ÏŒÏ�Î¹Î±"
*************** msgstr ""
*** 27327,27517 ****
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2799
  #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:2805
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "Î±Ï�Ï‡ÎµÎ¯Î± fifo Î´ÎµÎ½ Ï…Ï€Î¿ÏƒÏ„Î·Ï�Î¯Î¶Î¿Î½Ï„Î±Î¹"
  
! #: config/arm/arm.c:2809
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2812
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2820
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr ""
  
! #: config/arm/arm.c:2824
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2827
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2831
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2839
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2844
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2947
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr ""
  
! #: config/arm/arm.c:2992
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "Î¼Î· Î­Î³ÎºÏ…Ï�Î· ÏŽÏ�Î± Ï„Î·Ï‚ Î¼Î­Ï�Î±Ï‚"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3246
  #, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr ""
  
! #: config/arm/arm.c:3321
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr ""
  
! #: config/arm/arm.c:3327
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr ""
  
! #: config/arm/arm.c:3335
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:3338
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr ""
  
  # src/getopt1.c:155
  # src/getopt1.c:155
! #: config/arm/arm.c:3372
  #, fuzzy, gcc-internal-format
  msgid "selected fp16 options are incompatible"
  msgstr "ÎµÏ€Î¹Î»Î¿Î³Î® Î±\n"
  
! #: config/arm/arm.c:3403
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr ""
  
! #: config/arm/arm.c:3406
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr ""
  
! #: config/arm/arm.c:3417
  #, fuzzy, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "Ï€Ï�Î¿ÎµÎ¹Î´Î¿Ï€Î¿Î¯Î·ÏƒÎ·: Ï„Î¿ --pid=PID Î´ÎµÎ½ Ï…Ï€Î¿ÏƒÏ„Î·Ï�Î¯Î¶ÎµÏ„Î±Î¹ ÏƒÎµ Î±Ï…Ï„ÏŒ Ï„Î¿ ÏƒÏ�ÏƒÏ„Î·Î¼Î±"
  
! #: config/arm/arm.c:3420
  #, fuzzy, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "Ï€Ï�Î¿ÎµÎ¹Î´Î¿Ï€Î¿Î¯Î·ÏƒÎ·: Ï„Î¿ --pid=PID Î´ÎµÎ½ Ï…Ï€Î¿ÏƒÏ„Î·Ï�Î¯Î¶ÎµÏ„Î±Î¹ ÏƒÎµ Î±Ï…Ï„ÏŒ Ï„Î¿ ÏƒÏ�ÏƒÏ„Î·Î¼Î±"
  
! #: config/arm/arm.c:3425
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr ""
  
! #: config/arm/arm.c:3436
  #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr ""
  
! #: config/arm/arm.c:3444
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr ""
  
! #: config/arm/arm.c:3480
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr ""
  
! #: config/arm/arm.c:3482
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr ""
  
! #: config/arm/arm.c:3507
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr ""
  
! #: config/arm/arm.c:3519
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr ""
  
! #: config/arm/arm.c:3528
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr ""
  
! #: config/arm/arm.c:3547
  #, fuzzy, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "ÏƒÏ…Î¼Î²Î¿Î»Î¹ÎºÎ¿Î¯ ÏƒÏ�Î½Î´ÎµÏƒÎ¼Î¿Î¹ Î´ÎµÎ½ Ï…Ï€Î¿ÏƒÏ„Î·Ï�Î¯Î¶Î¿Î½Ï„Î±Î¹ ÏƒÏ„Î¿ ÏƒÏ�ÏƒÏ„Î·Î¼Î± Î±Ï…Ï„ÏŒ"
  
! #: config/arm/arm.c:3638
  #, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr ""
  
! #: config/arm/arm.c:5706
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5708
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5727
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5922
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr ""
  
! #: config/arm/arm.c:6672 config/arm/arm.c:6690 config/arm/arm.c:6865
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
--- 27327,27523 ----
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2800
  #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:2806
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "Î±Ï�Ï‡ÎµÎ¯Î± fifo Î´ÎµÎ½ Ï…Ï€Î¿ÏƒÏ„Î·Ï�Î¯Î¶Î¿Î½Ï„Î±Î¹"
  
! #: config/arm/arm.c:2810
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2813
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2821
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr ""
  
! #: config/arm/arm.c:2825
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2828
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2832
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2840
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2845
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2948
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr ""
  
! #: config/arm/arm.c:2993
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "Î¼Î· Î­Î³ÎºÏ…Ï�Î· ÏŽÏ�Î± Ï„Î·Ï‚ Î¼Î­Ï�Î±Ï‚"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3247
  #, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr ""
  
! #: config/arm/arm.c:3322
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr ""
  
! #: config/arm/arm.c:3328
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr ""
  
! #: config/arm/arm.c:3336
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:3339
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr ""
  
  # src/getopt1.c:155
  # src/getopt1.c:155
! #: config/arm/arm.c:3373
  #, fuzzy, gcc-internal-format
  msgid "selected fp16 options are incompatible"
  msgstr "ÎµÏ€Î¹Î»Î¿Î³Î® Î±\n"
  
! #: config/arm/arm.c:3404
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr ""
  
! #: config/arm/arm.c:3407
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr ""
  
! #: config/arm/arm.c:3418
  #, fuzzy, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "Ï€Ï�Î¿ÎµÎ¹Î´Î¿Ï€Î¿Î¯Î·ÏƒÎ·: Ï„Î¿ --pid=PID Î´ÎµÎ½ Ï…Ï€Î¿ÏƒÏ„Î·Ï�Î¯Î¶ÎµÏ„Î±Î¹ ÏƒÎµ Î±Ï…Ï„ÏŒ Ï„Î¿ ÏƒÏ�ÏƒÏ„Î·Î¼Î±"
  
! #: config/arm/arm.c:3421
  #, fuzzy, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "Ï€Ï�Î¿ÎµÎ¹Î´Î¿Ï€Î¿Î¯Î·ÏƒÎ·: Ï„Î¿ --pid=PID Î´ÎµÎ½ Ï…Ï€Î¿ÏƒÏ„Î·Ï�Î¯Î¶ÎµÏ„Î±Î¹ ÏƒÎµ Î±Ï…Ï„ÏŒ Ï„Î¿ ÏƒÏ�ÏƒÏ„Î·Î¼Î±"
  
! #: config/arm/arm.c:3426
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr ""
  
! #: config/arm/arm.c:3437
  #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr ""
  
! #: config/arm/arm.c:3445
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr ""
  
! #: config/arm/arm.c:3481
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr ""
  
! #: config/arm/arm.c:3483
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr ""
  
! #: config/arm/arm.c:3508
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr ""
  
! #: config/arm/arm.c:3520
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr ""
  
! #: config/arm/arm.c:3529
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr ""
  
! #: config/arm/arm.c:3548
  #, fuzzy, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "ÏƒÏ…Î¼Î²Î¿Î»Î¹ÎºÎ¿Î¯ ÏƒÏ�Î½Î´ÎµÏƒÎ¼Î¿Î¹ Î´ÎµÎ½ Ï…Ï€Î¿ÏƒÏ„Î·Ï�Î¯Î¶Î¿Î½Ï„Î±Î¹ ÏƒÏ„Î¿ ÏƒÏ�ÏƒÏ„Î·Î¼Î± Î±Ï…Ï„ÏŒ"
  
! #: config/arm/arm.c:3639
  #, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr ""
  
! #: config/arm/arm.c:5707
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5709
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5728
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5923
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr ""
  
! #: config/arm/arm.c:6362 config/arm/arm.c:6565 config/arm/arm.c:6593
! #: config/arm/arm.c:26560
! #, gcc-internal-format
! msgid "parameter passing for argument of type %qT changed in GCC 7.1"
! msgstr ""
! 
! #: config/arm/arm.c:6709 config/arm/arm.c:6727 config/arm/arm.c:6902
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
*************** msgstr ""
*** 27527,27598 ****
  msgid "%qE attribute only applies to functions"
  msgstr "Ï€Ï�Î¿ÎµÎ¹Î´Î¿Ï€Î¿Î¯Î·ÏƒÎ·: Ï„Î¿ --pid=PID Î´ÎµÎ½ Ï…Ï€Î¿ÏƒÏ„Î·Ï�Î¯Î¶ÎµÏ„Î±Î¹ ÏƒÎµ Î±Ï…Ï„ÏŒ Ï„Î¿ ÏƒÏ�ÏƒÏ„Î·Î¼Î±"
  
! #: config/arm/arm.c:6814
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6826
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr ""
  
! #: config/arm/arm.c:6835
  #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6857 config/arm/arm.c:6909
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "Ï„Î¿ `%s' ÎµÎ¯Î½Î±Î¹ Ï€Ï�ÏŒÎ³Î¿Î½Î¿Ï‚ Ï„Î¿Ï… `%s'"
  
! #: config/arm/arm.c:6876
  #, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr ""
  
! #: config/arm/arm.c:6925
  #, gcc-internal-format
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr ""
  
! #: config/arm/arm.c:12208
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12211
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23458
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr ""
  
! #: config/arm/arm.c:24111
  #, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr ""
  
! #: config/arm/arm.c:24375
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr ""
  
! #: config/arm/arm.c:24624
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:24853
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30391
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "invalid fpu for attribute(target(\"%s\"))"
  msgstr "Î¼Î· Î­Î³ÎºÏ…Ï�Î¿ ÎµÎ¯Î´Î¿Ï‚ Î±Î»Ï†Î±Ï�Î¹Î¸Î¼Î·Ï„Î¹ÎºÎ¿Ï� `%s'"
--- 27533,27604 ----
  msgid "%qE attribute only applies to functions"
  msgstr "Ï€Ï�Î¿ÎµÎ¹Î´Î¿Ï€Î¿Î¯Î·ÏƒÎ·: Ï„Î¿ --pid=PID Î´ÎµÎ½ Ï…Ï€Î¿ÏƒÏ„Î·Ï�Î¯Î¶ÎµÏ„Î±Î¹ ÏƒÎµ Î±Ï…Ï„ÏŒ Ï„Î¿ ÏƒÏ�ÏƒÏ„Î·Î¼Î±"
  
! #: config/arm/arm.c:6851
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6863
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr ""
  
! #: config/arm/arm.c:6872
  #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6894 config/arm/arm.c:6946
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "Ï„Î¿ `%s' ÎµÎ¯Î½Î±Î¹ Ï€Ï�ÏŒÎ³Î¿Î½Î¿Ï‚ Ï„Î¿Ï… `%s'"
  
! #: config/arm/arm.c:6913
  #, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr ""
  
! #: config/arm/arm.c:6962
  #, gcc-internal-format
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr ""
  
! #: config/arm/arm.c:12245
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12248
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23495
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr ""
  
! #: config/arm/arm.c:24148
  #, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr ""
  
! #: config/arm/arm.c:24412
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr ""
  
! #: config/arm/arm.c:24661
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:24890
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "invalid fpu for attribute(target(\"%s\"))"
  msgstr "Î¼Î· Î­Î³ÎºÏ…Ï�Î¿ ÎµÎ¯Î´Î¿Ï‚ Î±Î»Ï†Î±Ï�Î¹Î¸Î¼Î·Ï„Î¹ÎºÎ¿Ï� `%s'"
*************** msgstr "Î¼Î· Î­Î³ÎºÏ…Ï�Î¿ ÎµÎ¯Î´Î¿Ï‚ Î±Î
*** 27600,27612 ****
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30399
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30406 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:14915 config/s390/s390.c:14965 config/s390/s390.c:14982
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr ""
--- 27606,27618 ----
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30443
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30450 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:15083 config/s390/s390.c:15133 config/s390/s390.c:15150
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr ""
*************** msgstr ""
*** 30228,30234 ****
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5711
  #, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr ""
--- 30234,30240 ----
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5710
  #, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr ""
*************** msgstr ""
*** 30238,30279 ****
  msgid "vec_addec only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5861
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "Î· `%s' Ï€Î±Î¯Ï�Î½ÎµÎ¹ ÎµÎ¯Ï„Îµ ÎºÎ±Î½Î­Î½Î± ÎµÎ¯Ï„Îµ Î´Ï�Î¿ Î¿Ï�Î¯ÏƒÎ¼Î±Ï„Î±"
  
! #: config/rs6000/rs6000-c.c:5866
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5871
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "Î· `%s' Ï€Î±Î¯Ï�Î½ÎµÎ¹ ÎµÎ¯Ï„Îµ ÎºÎ±Î½Î­Î½Î± ÎµÎ¯Ï„Îµ Î´Ï�Î¿ Î¿Ï�Î¯ÏƒÎ¼Î±Ï„Î±"
  
! #: config/rs6000/rs6000-c.c:5937
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6106
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6380
  #, fuzzy, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "%s Î¼ÎµÏ„Î±Ï„Ï�Î­Ï€ÎµÎ¹ Î±ÎºÎ­Ï�Î±Î¹Î¿ ÏƒÎµ Î´ÎµÎ¯ÎºÏ„Î· Ï‡Ï‰Ï�Î¯Ï‚ Î¼ÎµÏ„Î±Ï„Ï�Î¿Ï€Î­Î±"
  
! #: config/rs6000/rs6000-c.c:6434
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "Î— Î¿Î¹ÎºÎ¿Î³Î­Î½ÎµÎ¹Î± Î´Î¹ÎµÏ…Î¸Ï�Î½ÏƒÎµÏ‰Î½ Î´ÎµÎ½ Ï…Ï€Î¿ÏƒÏ„Î·Ï�Î¯Î¶ÎµÏ„Î±Î¹ Î±Ï€ÏŒ Ï„Î·Î½ Î¿Î¹ÎºÎ¿Î³Î­Î½ÎµÎ¹Î± Ï€Ï�Ï‰Ï„Î¿ÎºÏŒÎ»Î»Î¿Ï…"
  
! #: config/rs6000/rs6000-c.c:6442
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr ""
--- 30244,30285 ----
  msgid "vec_addec only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5862
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "Î· `%s' Ï€Î±Î¯Ï�Î½ÎµÎ¹ ÎµÎ¯Ï„Îµ ÎºÎ±Î½Î­Î½Î± ÎµÎ¯Ï„Îµ Î´Ï�Î¿ Î¿Ï�Î¯ÏƒÎ¼Î±Ï„Î±"
  
! #: config/rs6000/rs6000-c.c:5867
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5872
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "Î· `%s' Ï€Î±Î¯Ï�Î½ÎµÎ¹ ÎµÎ¯Ï„Îµ ÎºÎ±Î½Î­Î½Î± ÎµÎ¯Ï„Îµ Î´Ï�Î¿ Î¿Ï�Î¯ÏƒÎ¼Î±Ï„Î±"
  
! #: config/rs6000/rs6000-c.c:5938
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6107
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6381
  #, fuzzy, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "%s Î¼ÎµÏ„Î±Ï„Ï�Î­Ï€ÎµÎ¹ Î±ÎºÎ­Ï�Î±Î¹Î¿ ÏƒÎµ Î´ÎµÎ¯ÎºÏ„Î· Ï‡Ï‰Ï�Î¯Ï‚ Î¼ÎµÏ„Î±Ï„Ï�Î¿Ï€Î­Î±"
  
! #: config/rs6000/rs6000-c.c:6435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "Î— Î¿Î¹ÎºÎ¿Î³Î­Î½ÎµÎ¹Î± Î´Î¹ÎµÏ…Î¸Ï�Î½ÏƒÎµÏ‰Î½ Î´ÎµÎ½ Ï…Ï€Î¿ÏƒÏ„Î·Ï�Î¯Î¶ÎµÏ„Î±Î¹ Î±Ï€ÏŒ Ï„Î·Î½ Î¿Î¹ÎºÎ¿Î³Î­Î½ÎµÎ¹Î± Ï€Ï�Ï‰Ï„Î¿ÎºÏŒÎ»Î»Î¿Ï…"
  
! #: config/rs6000/rs6000-c.c:6443
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr ""
*************** msgstr "Î— Ï€Î±Ï�Î¬Î¼ÎµÏ„Ï�Î¿Ï‚ `%s' Î´Î
*** 31329,31442 ****
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9812
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr ""
  
! #: config/s390/s390.c:10926
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:10942
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:10970
  #, fuzzy, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr "Î¤Î¿ ÏŒÎ½Î¿Î¼Î± `%s' ÎµÎ¯Î½Î±Î¹ Î¬Î³Î½Ï‰ÏƒÏ„Î¿\n"
  
! #: config/s390/s390.c:10974
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr ""
  
! #: config/s390/s390.c:11352
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14498
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14510
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14522
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "Î¤Î¿ servname Î´ÎµÎ½ Ï…Ï€Î¿ÏƒÏ„Î·Ï�Î¯Î¶ÎµÏ„Î±Î¹ Î±Ï€ÏŒ Ï„Î¿ ai_socktype"
  
! #: config/s390/s390.c:14525
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14542
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14545
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14573
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "Î‘ÎºÎ±Ï„Î¬Î»Î»Î·Î»Î· ÎµÎ½Ï„Î¿Î»Î®"
  
! #: config/s390/s390.c:14577
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14589
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14597
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr ""
  
! #: config/s390/s390.c:14603
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr ""
  
! #: config/s390/s390.c:14605
  #, fuzzy, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "%s: Î¿ Î±Ï�Î¹Î¸Î¼ÏŒÏ‚ Î³Ï�Î±Î¼Î¼Î®Ï‚ Ï€Ï�Î­Ï€ÎµÎ¹ Î½Î± ÎµÎ¯Î½Î±Î¹ Î¼ÎµÎ³Î±Î»Ï�Ï„ÎµÏ�Î¿Ï‚ Î±Ï€ÏŒ Ï„Î¿ Î¼Î·Î´Î­Î½"
  
! #: config/s390/s390.c:14608
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr ""
  
  #. argument is not a plain number
! #: config/s390/s390.c:14706
  #, fuzzy, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr "Ï„Î¿ Ï€Ï�ÏŽÏ„Î¿ ÏŒÏ�Î¹ÏƒÎ¼Î± Ï„Î·Ï‚ `%s' Ï€Ï�Î­Ï€ÎµÎ¹ Î½Î± ÎµÎ¯Î½Î±Î¹ `int'"
  
! #: config/s390/s390.c:14713
  #, fuzzy, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr "%s: Î¿Î¹ Ï„Î¹Î¼Î­Ï‚ Ï„Î¿Ï… Ï€ÎµÎ´Î¯Î¿Ï… `%s' Î´ÎµÎ½ Ï€Ï�Î­Ï€ÎµÎ¹ Î½Î± ÎµÎ¯Î½Î±Î¹ Î¼ÎµÎ³Î±Î»Ï�Ï„ÎµÏ�ÎµÏ‚ Î±Ï€ÏŒ %d"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:14921
  #, fuzzy, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr "ÏƒÏ…Î¼Î²Î¿Î»Î¹ÎºÎ¿Î¯ ÏƒÏ�Î½Î´ÎµÏƒÎ¼Î¿Î¹ Î´ÎµÎ½ Ï…Ï€Î¿ÏƒÏ„Î·Ï�Î¯Î¶Î¿Î½Ï„Î±Î¹ ÏƒÏ„Î¿ ÏƒÏ�ÏƒÏ„Î·Î¼Î± Î±Ï…Ï„ÏŒ"
--- 31335,31448 ----
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9980
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr ""
  
! #: config/s390/s390.c:11094
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:11110
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:11138
  #, fuzzy, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr "Î¤Î¿ ÏŒÎ½Î¿Î¼Î± `%s' ÎµÎ¯Î½Î±Î¹ Î¬Î³Î½Ï‰ÏƒÏ„Î¿\n"
  
! #: config/s390/s390.c:11142
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr ""
  
! #: config/s390/s390.c:11520
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14666
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14678
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14690
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "Î¤Î¿ servname Î´ÎµÎ½ Ï…Ï€Î¿ÏƒÏ„Î·Ï�Î¯Î¶ÎµÏ„Î±Î¹ Î±Ï€ÏŒ Ï„Î¿ ai_socktype"
  
! #: config/s390/s390.c:14693
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14710
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14741
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "Î‘ÎºÎ±Ï„Î¬Î»Î»Î·Î»Î· ÎµÎ½Ï„Î¿Î»Î®"
  
! #: config/s390/s390.c:14745
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14757
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14765
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr ""
  
! #: config/s390/s390.c:14771
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr ""
  
! #: config/s390/s390.c:14773
  #, fuzzy, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "%s: Î¿ Î±Ï�Î¹Î¸Î¼ÏŒÏ‚ Î³Ï�Î±Î¼Î¼Î®Ï‚ Ï€Ï�Î­Ï€ÎµÎ¹ Î½Î± ÎµÎ¯Î½Î±Î¹ Î¼ÎµÎ³Î±Î»Ï�Ï„ÎµÏ�Î¿Ï‚ Î±Ï€ÏŒ Ï„Î¿ Î¼Î·Î´Î­Î½"
  
! #: config/s390/s390.c:14776
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr ""
  
  #. argument is not a plain number
! #: config/s390/s390.c:14874
  #, fuzzy, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr "Ï„Î¿ Ï€Ï�ÏŽÏ„Î¿ ÏŒÏ�Î¹ÏƒÎ¼Î± Ï„Î·Ï‚ `%s' Ï€Ï�Î­Ï€ÎµÎ¹ Î½Î± ÎµÎ¯Î½Î±Î¹ `int'"
  
! #: config/s390/s390.c:14881
  #, fuzzy, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr "%s: Î¿Î¹ Ï„Î¹Î¼Î­Ï‚ Ï„Î¿Ï… Ï€ÎµÎ´Î¯Î¿Ï… `%s' Î´ÎµÎ½ Ï€Ï�Î­Ï€ÎµÎ¹ Î½Î± ÎµÎ¯Î½Î±Î¹ Î¼ÎµÎ³Î±Î»Ï�Ï„ÎµÏ�ÎµÏ‚ Î±Ï€ÏŒ %d"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:15089
  #, fuzzy, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr "ÏƒÏ…Î¼Î²Î¿Î»Î¹ÎºÎ¿Î¯ ÏƒÏ�Î½Î´ÎµÏƒÎ¼Î¿Î¹ Î´ÎµÎ½ Ï…Ï€Î¿ÏƒÏ„Î·Ï�Î¯Î¶Î¿Î½Ï„Î±Î¹ ÏƒÏ„Î¿ ÏƒÏ�ÏƒÏ„Î·Î¼Î± Î±Ï…Ï„ÏŒ"
diff -Nrcpad gcc-7.1.0/gcc/po/es.gmo gcc-7.2.0/gcc/po/es.gmo
*** gcc-7.1.0/gcc/po/es.gmo	Tue May  2 14:16:35 2017
--- gcc-7.2.0/gcc/po/es.gmo	Mon Aug 14 08:30:39 2017
***************
*** 1,1614 ****
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*************** write_c_file - output name is %s, prefix
*** 1719,1738 ****
   conflicting code gen style switches are used!$OMP ATOMIC CAPTURE capture statement must read from a scalar variable of intrinsic type at %L!$OMP ATOMIC CAPTURE capture statement must set a scalar variable of intrinsic type at %L!$OMP ATOMIC CAPTURE capture statement reads from different variable than update statement writes into at %L!$OMP ATOMIC CAPTURE update statement must set a scalar variable of intrinsic type at %L!$OMP ATOMIC READ statement must read from a scalar variable of intrinsic type at %L!$OMP ATOMIC assignment intrinsic IAND, IOR or IEOR must have two arguments at %L!$OMP ATOMIC assignment intrinsic must be MIN, MAX, IAND, IOR or IEOR at %L!$OMP ATOMIC assignment must be var = var op expr or var = expr op var at %L!$OMP ATOMIC assignment must have an operator or intrinsic on right hand side at %L!$OMP ATOMIC intrinsic arguments must be scalar at %L!$OMP ATOMIC statement must set a scalar variable of intrinsic type at %L!$OMP ATOMIC var = var op expr not mathematically equivalent to var = var op (expr) at %L!$OMP at %C starts a commented line as it neither is followed by a space nor is a continuation line"::" was expected after module nature at %C but was not found"USE :: module" at %C# %s %.2f %.2f
  #include "..." search starts here:
  #include <...> search starts here:
! #pragma GCC memregs must precede any function decls#pragma GCC memregs takes a number [0..16]#pragma GCC optimize is not allowed inside functions#pragma GCC optimize string... is badly formed#pragma GCC option is not allowed inside functions#pragma GCC target is not supported for this machine#pragma GCC target string... is badly formed#pragma GCC visibility must be followed by push or pop#pragma GCC visibility push() must specify default, internal, hidden or protected#pragma GHS endXXX does not match previous startXXX#pragma GHS endXXXX found without previous startXXX#pragma implementation for %qs appears after file is included#pragma message: %s#pragma pack (pop) encountered without matching #pragma pack (push)#pragma pack has no effect with -fpack-struct - ignored#pragma pack(pop, %E) encountered without matching #pragma pack(push, %E)#pragma redefine_extname ignored due to conflict with __asm__ declaration#pragma redefine_extname ignored due to conflict with previous #pragma redefine_extname#pragma redefine_extname ignored due to conflict with previous rename#pragma vtable no longer supported$ operand number used after format without operand number$ should be the last specifier in format at %L%+D causes a section type conflict%+D causes a section type conflict with %D%+D declared alias after being used%+D declared ifunc after being used%+D declared weak after being used%+D declared weakref after being used%<#pragma GCC optimize (string [,string]...)%> does not have a final %<)%>%<#pragma GCC optimize%> is not a string or number%<#pragma GCC option%> is not a string%<#pragma GCC pch_preprocess%> must be first%<#pragma GCC pop_options%> without a corresponding %<#pragma GCC push_options%>%<#pragma GCC target (string [,string]...)%> does not have a final %<)%>%<#pragma STDC FLOAT_CONST_DECIMAL64%> is not supported for C++%<#pragma STDC FLOAT_CONST_DECIMAL64%> is not supported on this target%<#pragma align%> must appear before the declaration of %D, ignoring%<#pragma omp atomic capture%> uses two different variables for memory%<#pragma omp atomic update%> uses two different variables for memory%<#pragma omp cancel for%> inside %<nowait%> for construct%<#pragma omp cancel for%> inside %<ordered%> for construct%<#pragma omp cancel sections%> inside %<nowait%> sections construct%<#pragma omp section%> may only be used in %<#pragma omp sections%> construct%<#pragma weak%> declaration of %q+D not allowed, ignored%<#pragma%> is not allowed here%<%%%> constraint used with last operand%<%%%c%> yields only last 2 digits of year%<%%%c%> yields only last 2 digits of year in some locales%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu%<%.*s%> directive output truncated writing %wu byte into a region of size %wu%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu%<%.*s%> directive writing %wu byte into a region of size %wu%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu%<%.*s%> directive writing %wu bytes into a region of size %wu%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu%<%.*s%> directive writing %wu or more bytes into a region of size %wu%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive writing up to %wu bytes into a region of size %wu%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu%<%D::%D%> is not a class member%<%D::%D%> is not a member of %qT%<%E::%E%> has not been declared%<%E::%E%> is not a class or namespace%<%E::%E%> is not a class, namespace, or enumeration%<%E::%E%> is not a type%<%E::%E%> scoped attribute directive ignored%<%T::%D%> names constructor in %qT%<%T::%D%> names destructor%<%T::%D%> names the constructor, not the type%<%T::%E%> has not been declared%<%T::%E%> is not a type%<%T::%E%> names the constructor, not the type%<%c%E%> not found in protocol(s)%<%s %s%> construct not closely nested inside of %qs%<%s taskgroup%> construct not closely nested inside of %<taskgroup%> region%<&%> constraint used with no register class%<*%> in boolean context, suggest %<&&%> instead%<-%s%> conflicts with the other architecture options, which specify a %s processor%<-Wabi=1%> is not supported, using =2%<-fabi-compat-version=1%> is not supported, using =2%<-fabi-version=1%> is no longer supported%<-femit-struct-debug-detailed=dir:...%> must allow at least as much as %<-femit-struct-debug-detailed=ind:...%>%<-fobjc-abi-version%> >= 2 is not supported on %<-m32%> targets with %<-fnext-runtime%>%<-fobjc-abi-version%> >= 2 must be used for %<-m64%> targets with %<-fnext-runtime%>%<-fobjc-exceptions%> is required to enable Objective-C exception syntax%<-fobjc-gc%> is ignored for %<-fgnu-runtime%>%<-fobjc-sjlj-exceptions%> is ignored for %<-fgnu-runtime%>%<-fobjc-sjlj-exceptions%> is ignored for %<-fnext-runtime%> when %<-fobjc-abi-version%> >= 2%<-fobjc-sjlj-exceptions%> is the only supported exceptions system for %<-fnext-runtime%> with %<-fobjc-abi-version%> < 2%<-fsplit-stack%> currently only supported on GNU/Linux%<-fsplit-stack%> is not supported by this compiler configuration%<-fsplit-stack%> requires assembler support for CFI directives%<-gdwarf%s%> is ambiguous; use %<-gdwarf-%s%> for DWARF version or %<-gdwarf -g%s%> for debug level%<-gnat%> misspelled as %<-gant%>%<-march=%s%> is not compatible with the selected ABI%<-mcpu=%> is deprecated; use %<-mtune=%> or %<-march=%> instead%<-mdynamic-no-pic%> overrides %<-fpic%>, %<-fPIC%>, %<-fpie%> or %<-fPIE%>%<-mfused-madd%> is deprecated; use %<-ffp-contract=%> instead%<-mgp32%> and %<-mfp64%> can only be combined if the target supports the mfhc1 and mthc1 instructions%<-mgp32%> and %<-mfp64%> can only be combined when using the o32 ABI%<-mgp32%> used with a 64-bit ABI%<-mgp64%> used with a 32-bit ABI%<-mgp64%> used with a 32-bit processor%<-mintel-syntax%> and %<-mno-intel-syntax%> are deprecated; use %<-masm=intel%> and %<-masm=att%> instead%<-mips3d%> requires %<-mpaired-single%>%<-mno-gpopt%> needs %<-mexplicit-relocs%>%<-mpcommit%> was deprecated%<-msse5%> was removed%<-x %s%> after last input file has no effect%<...%> as arguments.)%<...%> handler must be the last handler for its try block%<...%> has invalid operand number%<::%D%> has not been declared%<::%E%> has not been declared%<::%E%> is not a class or namespace%<::%E%> is not a class, namespace, or enumeration%<::%E%> is not a type%<::main%> must return %<int%>%<<:%> is an alternate spelling for %<[%>. Insert whitespace between %<<%> and %<::%>%<<::%> cannot begin a template-argument list%<<<%> in boolean context, did you mean %<<%> ?%<>>%> operator is treated as two right angle brackets in C++11%<>>%> should be %<> >%> within a nested template argument list%<@dynamic%> is not available in Objective-C 1.0%<@dynamic%> not in @implementation context%<@dynamic%> requires the @interface of the class to be available%<@encode%> must specify a type as an argument%<@end%> missing in implementation context%<@end%> must appear in an @implementation context%<@optional%> is allowed in @protocol context only%<@optional%> is not available in Objective-C 1.0%<@package%> is not available in Objective-C 1.0%<@package%> presently has the same effect as %<@public%>%<@property%> is not available in Objective-C 1.0%<@required%> is allowed in @protocol context only%<@required%> is not available in Objective-C 1.0%<@synchronized%> argument is not an object%<@synthesize%> can not be used in categories%<@synthesize%> is not available in Objective-C 1.0%<@synthesize%> not in @implementation context%<@synthesize%> requires the @interface of the class to be available%<@throw%> (rethrow) used outside of a @catch block%<@throw%> argument is not an object%<@try%> without %<@catch%> or %<@finally%>%<[%E] =%> used in a GNU-style designated initializer for class %qT%<[*]%> not allowed in other than function prototype scope%<[*]%> not in a declaration%<_Alignas%> specifiers cannot reduce alignment of %qE%<_Alignas%> specifiers cannot reduce alignment of unnamed field%<_Atomic%> %qD in %<firstprivate%> clause on %<target%> construct%<_Atomic%> %qD in implicit %<firstprivate%> clause on %<target%> construct%<_Atomic%> %qD in implicit %<map%> clause%<_Atomic%> expression in %<#pragma omp atomic%>%<_Atomic%> iteration variable %qE%<_Noreturn%> in empty declaration%<_Sat%> is used without %<_Fract%> or %<_Accum%>%<__BELOW100__%> attribute only applies to variables%<__alignof%> applied to a bit-field%<__builtin_complex%> operand not of real binary floating-point type%<__builtin_complex%> operands of different types%<__builtin_longjmp%> second argument must be 1%<__builtin_next_arg%> called without an argument%<__gcc_host_wide_int__%> is not defined as %<long%> or %<long long%>%<__gcc_host_wide_int__%> is not defined as a type%<__label__%> not at the beginning of a block%<__simd__%> attribute cannot be used in the same function marked as a Cilk Plus SIMD-enabled function%<__thread%> before %<extern%>%<__thread%> before %<static%>%<__thread%> before %qD%<__transaction_atomic%> without transactional memory support enabled%<__transaction_cancel%> not within %<__transaction_atomic%>%<__transaction_cancel%> within a %<__transaction_relaxed%>%<__transaction_cancel%> without transactional memory support enabled%<__transaction_relaxed%> without transactional memory support enabled%<alloca%> bound is unknown%<and%> of mutually exclusive equal-tests is always 0%<asm%> operand constraint incompatible with operand size%<asm%> operand has impossible constraints%<asm%> operand requires impossible reload%<asm%> specifiers are not permitted on non-static data members%<assign%> attribute conflicts with %<copy%> attribute%<assign%> attribute conflicts with %<retain%> attribute%<assign%> can be unsafe for Objective-C objects; please state explicitly if you need it%<auto%> can only be specified for variables or function declarations%<auto%> changes meaning in C++11; please remove it%<auto%> conflicts with other OpenACC loop specifiers%<auto%> in file-scope empty declaration%<bank_switch%> has no effect on non-interrupt functions%<const%> and %<volatile%> function specifiers on %qD invalid in field declaration%<const%> and %<volatile%> function specifiers on %qD invalid in parameter declaration%<const%> and %<volatile%> function specifiers on %qD invalid in type declaration%<const%> and %<volatile%> function specifiers on %qD invalid in variable declaration%<constexpr%> cannot appear in a typedef declaration%<constexpr%> cannot be used for type declarations%<constexpr%> constructor for union %qT must initialize exactly one non-static data member%<constexpr%> needed for in-class initialization of static data member %q#D of non-integral type%<copy%> attribute is only valid for Objective-C objects%<critical%> region may not be nested inside a %<critical%> region with the same name%<default%> label not within a switch statement%<depend(%s)%> is only allowed in %<omp ordered%>%<depend(sink)%> clause waiting for lexically later iteration%<depend(sink)%> refers to iteration never in the iteration space%<depend(source)%> clause specified together with %<depend(sink:)%> clauses on the same construct%<distribute%> region must be strictly nested inside %<teams%> construct%<dynamic_cast%> not permitted with -fno-rtti%<else%> without a previous %<if%>%<enum %E%> declared in %<for%> loop initial declaration%<explicit%> can only be specified for constructors%<externally_visible%> attribute have effect only on public objects%<fallthrough%> attribute specified multiple times%<fallthrough%> attribute specified with a parameter%<fast_interrupt%> attribute directive ignored%<friend%> can only be specified inside a class%<friend%> used outside of class%<gnu_inline%> attribute present on %q+D%<inline%> in empty declaration%<inline%> is not allowed in declaration of friend template specialization %qD%<inline%> specified for friend class declaration%<inline%> specifier invalid for function %qs declared out of global scope%<linear%> clause for variable other than loop iterator specified on construct combined with %<distribute%>%<location_t%> is not defined as a type%<locus%> is not defined as a type%<long long long%> is too long for GCC%<long long%> invalid for %qs%<long%> and %<short%> specified together for %qs%<long%> invalid for %qs%<long%> or %<short%> invalid for %qs%<long%> or %<short%> specified with char for %qs%<long%> switch expression not converted to %<int%> in ISO C%<long%>, %<int%>, %<short%>, or %<char%> invalid for %qs%<main%> declared %<_Noreturn%>%<master%> region may not be closely nested inside of work-sharing, explicit %<task%> or %<taskloop%> region%<namespace%> definition is not allowed here%<noreturn%> function does return%<num_threads%> value must be positive%<operator delete%> must return type %qT%<operator delete%> takes type %qT as first parameter%<operator new%> must not return NULL unless it is declared %<throw()%> (or -fcheck-new is in effect)%<operator new%> must return type %qT%<operator new%> takes type %<size_t%> (%qT) as first parameter%<operator=%> should return a reference to %<*this%>%<or%> of unmatched not-equal tests is always 1%<ordered simd threads%> must be closely nested inside of %<for simd%> region%<ordered%> %<simd%> must be closely nested inside %<simd%> region%<ordered%> construct with %<depend%> clause must be closely nested inside a loop with %<ordered%> clause with a parameter%<ordered%> construct with %<depend%> clause must be closely nested inside an %<ordered%> loop%<ordered%> region may not be closely nested inside of %<critical%>, %<ordered%>, explicit %<task%> or %<taskloop%> region%<ordered%> region must be closely nested inside a loop region with an %<ordered%> clause%<readonly%> attribute conflicts with %<readwrite%> attribute%<readonly%> attribute conflicts with %<setter%> attribute%<register%> in file-scope empty declaration%<retain%> attribute conflicts with %<copy%> attribute%<retain%> attribute is only valid for Objective-C objects%<return%> with a value, in function returning void%<return%> with no value, in function returning non-void%<seq%> overrides other OpenACC loop specifiers%<short%> invalid for %qs%<short%> or %<long%> invalid for %qs%<signed%> and %<unsigned%> specified together for %qs%<signed%> or %<unsigned%> invalid for %qs%<sizeof%> applied to a bit-field%<static%> may not be used when defining (as opposed to declaring) a static data member%<struct %E%> declared in %<for%> loop initial declaration%<teams%> construct not closely nested inside of %<target%> construct%<this%> is unavailable for static member functions%<this%> may not be used in this context%<this%> was not captured for this lambda function%<threadprivate%> %qD is not file, namespace or block scope variable%<threadprivate%> %qE directive not in %qT definition%<threadprivate%> %qE has incomplete type%<transaction_may_cancel_outer%> function call not within outer transaction or %<transaction_may_cancel_outer%>%<transaction_safe_dynamic%> may only be specified for a virtual function%<tree%> is not defined as a pointer type%<tree%> is not defined as a type%<typedef%> was ignored in this declaration%<typeid%> operator cannot appear in a constant-expression%<typename %T::%D%> names %q#T, which is not a class template%<typename %T::%D%> names %q#T, which is not a type%<typeof%> applied to a bit-field%<union %E%> declared in %<for%> loop initial declaration%<va_start%> used in function with fixed args%<virtual%> outside class declaration%<virtual%> specified more than once in base-specified%<void%> as only parameter may not be qualified%<void%> must be the only parameter%<weakref%> attribute ignored because function is defined%<weakref%> attribute ignored because variable is initialized%<weakref%> attribute should be accompanied with an %<alias%> attribute%D renamed after being referenced in assembly%E qualifier ignored on asm%K%qD writing %wu bytes into a region of size %wu overflows the destination%K%qD: specified bound %wu exceeds maximum object size %wu%K%qD: specified bound %wu exceeds the size %wu of the destination%K%qD: specified bound between %wu and %wu  exceeds maximum object size %wu%K%qD: specified bound between %wu and %wu  exceeds the size %wu of the destination%K%qD: specified size %wu exceeds maximum object size %wu%K%qD: specified size between %wu and %wu exceeds maximum object size %wu%K%qD: writing %wu byte into a region of size %wu overflows the destination%K%qD: writing at least %wu byte into a region of size %wu overflows the destination%K%qD: writing between %wu and %wu bytes into a region of size %wu overflows the destination%Kargument %i range [%E, %E] exceeds maximum object size %E%Kargument %i range [%E, %E] is negative%Kargument %i value %qE exceeds maximum object size %E%Kargument %i value %qE is negative%Kargument %i value is zero%Kasm not allowed in %<transaction_safe%> function%Kattempt to free a non-heap object%Kattempt to free a non-heap object %qD%Kcall to %qs declared with attribute error: %s%Kcall to %qs declared with attribute warning: %s%Kfirst argument of %D must be a pointer, second integer constant%Kinvalid use of %<__builtin_va_arg_pack ()%>%Kinvalid use of %<__builtin_va_arg_pack_len ()%>%Klast argument of %D is not integer constant between 0 and 3%Kproduct %<%E * %E%> of arguments %i and %i exceeds %<SIZE_MAX%>%Kproduct %<%E * %E%> of arguments %i and %i exceeds maximum object size %E%d constructor found
  %d constructors found
  %d destructor found
  %d destructors found
  %d exits recorded for loop %d (having %d exits)%d frame table found
  %d frame tables found
! %d least significant bits of %s are ignored%i-bit mode not compiled in%q#D conflicts with a previous declaration%q#D has incomplete type%q#D hides constructor for %q#T%q#D is a static data member; it can only be initialized at its definition%q#D is not a function template%q#D is not a non-static data member of %qT%q#D is not a valid template argument for type %qT because a reference variable does not have a constant address%q#D is not const%q#D is volatile%q#D not declared in class%q#D redeclared as different kind of symbol%q#T has no user-provided default constructor%q#T has pointer data members%q#T has virtual base classes%q#T has virtual functions and accessible non-virtual destructor%q#T is not a class%q#T is not a class or a namespace%q#T is not a template%q#T is not a valid type for a template non-type parameter%q#T only defines a private destructor and has no friends%q#T only defines private constructors and has no friends%q#T used where a %qT was expected%q#T used where a floating point value was expected%q#T was previously declared here%q+#D cannot be declared%q+#D cannot be overloaded%q+D alias in between function and variable is not supported%q+D aliased declaration%q+D aliased to external symbol %qE%q+D aliased to undefined symbol %qE%q+D already declared with dllexport attribute: dllimport ignored%q+D declared as a friend%q+D declared to take const reference, but implicit declaration would take non-const%q+D declared with an exception specification%q+D defined both normally and as %qE attribute%q+D invalid in %q#T%q+D is static but declared in inline function %qD which is not static%q+D is usually a function%q+D redeclared as different kind of symbol%q+D redeclared inline with %<gnu_inline%> attribute%q+D redeclared inline without %<gnu_inline%> attribute%q+D redeclared without dllimport attribute after being referenced with dll linkage%q+D redeclared without dllimport attribute: previous dllimport ignored%q+D takes only zero or two arguments%q+E is not a constant expression%q+F declared %<static%> but never defined%q+F used but never defined%q+T is not literal because:%qD appears more than once in data clauses%qD attribute directive ignored%qD attribute is meaningless since members of the anonymous namespace get local symbols%qD attribute requires a single NTBS argument%qD called in a constant expression%qD cannot appear in a constant-expression%qD cannot be defaulted%qD cannot have default arguments%qD changed semantics in GCC 4.4%qD conflicts with used function%qD declared %<constexpr%> outside its class%qD declared as a %<virtual%> field%qD declared as a %<virtual%> parameter%qD declared as a %<virtual%> type%qD declared as a %<virtual%> variable%qD declared as a non-parameter%qD declared as an %<inline%> field%qD declared as an %<inline%> parameter%qD declared as an %<inline%> type%qD declared as reference but not initialized%qD declared here%qD defined but not used%qD does not have integral or enumeration type%qD has a previous declaration here%qD has already been defined%qD has invalid argument list%qD has the same name as the class in which it is declared%qD is a namespace%qD is already a friend of %qT%qD is already a friend of class %qT%qD is already declared in this scope%qD is already defined in %qT%qD is already defined in class %qT%qD is already defined in the class %qT%qD is an enumeration template%qD is both a direct base and an indirect virtual base%qD is deprecated%qD is deprecated: %s%qD is initialized with itself%qD is normally a non-static function%qD is not a class or namespace%qD is not a function template%qD is not a member of %qD%qD is not a member of %qT%qD is not a member template function%qD is not a namespace-name%qD is not a static data member of a class template%qD is not a template%qD is not a template function%qD is not a type%qD is not a valid template argument because %qD is a variable, not the address of a variable%qD is not a variable%qD is not a variable in clause %<firstprivate%>%qD is not a variable in clause %<lastprivate%>%qD is not a variable in clause %qs%qD is not an function argument%qD is not captured%qD is not compatible with %qD%qD is not defined outside of function scope%qD is static but used in inline function %qD which is not static%qD is used uninitialized in this function%qD may be used uninitialized in this function%qD may not be declared as static%qD may not be declared within a namespace%qD must be a non-member function%qD must be a nonstatic member function%qD must be either a non-static member function or a non-member function%qD must have an argument of class or enumerated type%qD must not have variable number of arguments%qD must take %<void%>%qD must take either one or two arguments%qD must take either zero or one argument%qD must take exactly one argument%qD must take exactly two arguments%qD not declared%qD not defined%qD redeclared with different access%qD redeclared with different visibility%qD referenced in target region does not have a mappable type%qD should be initialized%qD should be initialized in the member initialization list%qD should have been declared inside %qD%qD should return by value%qD used before its definition%qD used in its own initializer%qD used without template parameters%qD was declared %<extern%> and later %<static%>%qD was declared %qs which implies default visibility%qD was declared here%qD was not declared %<constexpr%>%qD was not declared in this scope%qD was not declared in this scope, and no declarations were found by argument-dependent lookup at the point of instantiation%qD was not initialized with a constant expression%qD was used with no declaration before its definition%qD was used with no prototype before its definition%qE 2.95 vtable-compatibility attribute applies only to C++ classes%qE 2.95 vtable-compatibility attribute applies only when compiling a kext%qE appears more than once in data clauses%qE appears more than once in map clauses%qE argument is not a function%qE argument not an identifier%qE attribute allows only an integer constant argument%qE attribute applies only to functions%qE attribute applies only to initialized variables with external linkage%qE attribute argument not a string constant%qE attribute argument not an integer constant%qE attribute argument should be between 0 to 255%qE attribute argument should be between 18 to 255%qE attribute cannot be specified for local variables%qE attribute directive ignored%qE attribute does not apply to types%qE attribute duplicated%qE attribute follows %qE%qE attribute has no effect%qE attribute has no effect on unit local functions%qE attribute have effect only on public objects%qE attribute ignored%qE attribute ignored because %qT is already defined%qE attribute ignored due to conflict with %qs attribute%qE attribute ignored due to conflict with attribute %qs%qE attribute ignored for %qE%qE attribute ignored for field of type %qT%qE attribute ignored on non-class types%qE attribute ignored on types%qE attribute is not supported for R8C target%qE attribute is not supported on this platform%qE attribute is only applicable on functions%qE attribute is only valid on %<struct%> type%qE attribute is supported only for SH2A%qE attribute only affects top level objects%qE attribute only applies to SH2A%qE attribute only applies to function types%qE attribute only applies to functions%qE attribute only applies to interrupt functions%qE attribute only applies to variables%qE attribute only applies to variadic functions%qE attribute only available for 32-bit%qE attribute requires a string constant argument%qE attribute requires an integer constant argument%qE attribute requires prototypes with named arguments%qE cannot be used as a function%qE cannot be used as a member pointer, since it is of type %qT%qE declared %<threadprivate%> after first use%qE declared as function returning a function%qE declared as function returning an array%qE defined as wrong kind of tag%qE does not name a type%qE fails to be a typedef or built in type%qE has both %<extern%> and initializer%qE has invalid type for %<reduction(%s)%>%qE has not been declared%qE implies default visibility, but %qD has already been declared with a different visibility%qE in %q#T does not name a type%qE in namespace %qE does not name a type%qE incompatible attribute ignored%qE initialized and declared %<extern%>%qE is an unrecognized format function type%qE is deprecated%qE is deprecated: %s%qE is neither function nor member function; cannot be declared friend%qE is not a class or namespace%qE is not a class, namespace, or enumeration%qE is not a constant expression%qE is not a template%qE is not a type%qE is not a valid template argument for type %qT%qE is not a valid template argument for type %qT because %qD does not have external linkage%qE is not a valid template argument for type %qT because %qD has no linkage%qE is not a valid template argument for type %qT because it is a pointer%qE is not a valid template argument for type %qT because it is not an lvalue%qE is not a valid template argument for type %qT because it is of type %qT%qE is not a valid template argument for type %qT because of conflicts in cv-qualification%qE is not a valid template argument for type %qT because string literals can never be used in this context%qE is not a valid template argument of type %qT because %qD does not have external linkage%qE is not a valid template argument of type %qT because %qD has no linkage%qE is not a valid template argument of type %qT because %qE is not a variable%qE is not a variable in clause %<firstprivate%>%qE is not a variable in clause %<lastprivate%>%qE is not a variable in clause %qs%qE is not an Objective-C class name or alias%qE is not at beginning of declaration%qE is not initialized%qE is not of type %qT%qE is only allowed in Objective-C dialects%qE is predetermined %qs for %qs%qE is used uninitialized in this function%qE may be used uninitialized in this function%qE may not respond to %<%c%E%>%qE may write a terminating nul past the end of the destination%qE must be %<threadprivate%> for %<copyin%>%qE needs isa option %s%qE needs unknown isa option%qE not specified in enclosing OpenACC %qs construct%qE output %wu byte into a destination of size %wu%qE output %wu bytes into a destination of size %wu%qE output %wu or more bytes (assuming %wu) into a destination of size %wu%qE output %wu or more bytes into a destination of size %wu%qE output between %wu and %wu bytes into a destination of size %wu%qE output may be truncated before the last format character%qE output truncated before the last format character%qE redeclared as different kind of symbol%qE redeclared with conflicting %qs attributes%qE requires a %<declare%> directive for use in a %<routine%> function%qE undeclared (first use in this function)%qE undeclared here (not in a function)%qE with %<link%> clause used in %<routine%> function%qE writing a terminating nul past the end of the destination%qT and %qT are in disjoint named address spaces%qT declared with greater visibility than its base %qT%qT declared with greater visibility than the type of its field %qD%qT has a base %qT whose type uses the anonymous namespace%qT has a field %qD whose type uses the anonymous namespace%qT has no member named %qE%qT has no non-static data member named %qD%qT is a variably modified type%qT is already a friend of %qT%qT is an ambiguous base of %qT%qT is an inaccessible base of %qT%qT is not a base of %qT%qT is not a class or namespace%qT is not a class type%qT is not a class, struct, or union type%qT is not a member class template of %qT%qT is not a member of %qT%qT is not a namespace%qT is not a nested class of %qT%qT is not a pointer-to-object type%qT is not a template%qT is not a template type%qT is not an accessible base of %qT%qT is not an enumeration type%qT is promoted to %qT when passed through %<...%>%qT referred to as %qs%qT referred to as enum%qT resolves to %qT, which is is not a class type%qT resolves to %qT, which is not an enumeration type%qV qualifiers cannot be applied to %qT%qs attribute ignored%qs attribute only applies to functions%qs attribute only applies to variadic functions%qs attribute requires prototypes with named arguments%qs cannot appear in a constant-expression%qs combined with %<auto%> qualifier for %qE%qs combined with %<register%> qualifier for %qE%qs construct inside of %qs region%qs declared as function returning a function%qs declared as function returning an array%qs declared in a non-class scope%qs defined in a non-class scope%qs does not support MIPS16 code%qs expects a constant argument%qs function cannot have arguments%qs function cannot return a value%qs function uses %<auto%> type specifier without trailing return type%qs function with trailing return type has %qT as its type rather than plain %<auto%>%qs function with trailing return type not declared with %<auto%> type specifier%qs has both %<extern%> and initializer%qs has overflowed%qs initialized and declared %<extern%>%qs is an invalid argument to -mcpu=%qs is an unknown -save-temps option%qs is corrupted%qs is deprecated%qs is deprecated; use -fno-zero-initialized-in-bss%qs is deprecated; use -fstack-check%qs is incompatible with %qs%qs is narrower than values of its type%qs is not a gcov data file%qs is not a valid option to the preprocessor%qs is not valid for %qs%qs is version %q.*s, expected version %q.*s%qs must be used with %qs%qs of module %qs, imported at %C, is also the name of the current program unit%qs requires a target that provides the %qs instruction%qs requires branch-likely instructions%qs specified for auto variable %qE%qs specified for parameter %qE%qs specified for structure field%qs specified for structure field %qE%qs specified for unnamed parameter%qs tag used in naming %q#T%qs uses dynamic stack allocation%r%s:%d:%R   %r%s:%d:%R   [ skipping %d instantiation contexts, use -ftemplate-backtrace-limit=0 to disable ]
  %r%s:%d:%R   in constexpr expansion of %qs%r%s:%d:%d:%R   %r%s:%d:%d:%R   [ skipping %d instantiation contexts, use -ftemplate-backtrace-limit=0 to disable ]
  %r%s:%d:%d:%R   in constexpr expansion of %qs%s%s
  %s  Same as %s.%s %<%s%.*s%> expects a matching %<%T%s%> argument%s %<%s%.*s%> expects a matching %<%s%s%> argument%s %<%s%.*s%> expects argument of type %<%T%s%>, but argument %d has type %qT%s %<%s%.*s%> expects argument of type %<%s%s%>, but argument %d has type %qT%s %qE does not fully implement the %qE protocol%s %qs%s %qs construct inside of %s %qs region%s %s %p %d
  %s %s%s
  %s %s(%E) %p %d
! %s '%s'
! %s (program %s)%s argument to IMAGE_INDEX must be a rank one array at %L%s at %L must be INTEGER%s at %L must be a scalar%s attribute applied to %s %s at %L%s attribute at %L is not allowed outside of the specification part of a module%s attribute conflicts with %s attribute at %L%s attribute not allowed in BLOCK DATA program unit at %L%s cannot be used in asm here%s does not support %%n$ operand number formats%s does not support %s%s does not support %s with the %<%%%c%> %s format%s does not support block_ends_with_call_p%s does not support block_ends_with_condjump_p%s does not support can_duplicate_block_p%s does not support can_merge_blocks_p%s does not support can_remove_branch_p%s does not support create_basic_block%s does not support delete_basic_block%s does not support dump_bb_for_graph%s does not support duplicate_block%s does not support flow_call_edges_add%s does not support force_nonfallthru%s does not support make_forwarder_block%s does not support merge_blocks%s does not support move_block_after%s does not support predict_edge%s does not support predicted_by_p%s does not support redirect_edge_and_branch%s does not support redirect_edge_and_branch_force%s does not support split_block%s does not support split_edge%s does not support the %<%%%c%> %s format%s does not support the %<%%%s%c%> %s format%s does not support the %qs %s length modifier%s expects a compile time integer constant%s expects a compile time long integer constant as first argument%s expects an integer literal in the range [%d, %d]%s expects an integer literal in the range [%d, %d]. (%wd)%s expression list treated as compound expression%s ignored with %s and %<%%%c%> %s format%s ignored with %s in %s format%s in CFString literal%s in format string at %L%s is not supported by this configuration%s only accepts %d arguments%s only accepts 1 argument%s only accepts 2 arguments%s out of range: Range is %i to %i, value is %i%s procedure at %L is already declared as %s procedure%s returned %d exit status%s statement at %C cannot follow %s statement at %L%s statement at %C cannot terminate a non-block DO loop%s statement at %C follows another accessibility specification%s statement at %C is not within a construct%s statement at %C leaves CRITICAL construct%s statement at %C leaves DO CONCURRENT construct%s statement expected at %L%s statement is not allowed inside of BLOCK at %C%s statement must appear in a MODULE%s statement not allowed in PURE procedure at %C%s tag%s tag at %L must be a character string of default kind%s tag at %L must be of type %s%s tag at %L must be scalar%s tag with INQUIRE%s terminated with signal %d [%s]%s%s used with %<%%%c%> %s format%s variable %qE is private in outer context%s"%s"%s is invalid%s"%s"%s is not allowed%s%#D%s%#D <deleted>%s%#D <near match>%s%D(%T) <built-in>%s%D(%T, %T) <built-in>%s%D(%T, %T, %T) <built-in>%s%T <conversion>%s%s%s %sversion %s (%s)
  %s	compiled by GNU C version %s, %s%s%s %sversion %s (%s) compiled by CC, %s%sGGC heuristics: --param ggc-min-expand=%d --param ggc-min-heapsize=%d
  %s%swarning: %s header version %s differs from library version %s.
  %s-%s is an empty range%s: %d basic blocks and %d edges/basic block%s: %d basic blocks and %d registers; increase --param max-gcse-memory above %d%s: %m%s: %s%s: %s compiler not installed on this system%s: %s: %s%s: --param arguments should be of the form NAME=VALUE%s: -fcompare-debug failure%s: -fcompare-debug failure (length)%s: In instantiation of %q#D:
--- 1704,1724 ----
   conflicting code gen style switches are used!$OMP ATOMIC CAPTURE capture statement must read from a scalar variable of intrinsic type at %L!$OMP ATOMIC CAPTURE capture statement must set a scalar variable of intrinsic type at %L!$OMP ATOMIC CAPTURE capture statement reads from different variable than update statement writes into at %L!$OMP ATOMIC CAPTURE update statement must set a scalar variable of intrinsic type at %L!$OMP ATOMIC READ statement must read from a scalar variable of intrinsic type at %L!$OMP ATOMIC assignment intrinsic IAND, IOR or IEOR must have two arguments at %L!$OMP ATOMIC assignment intrinsic must be MIN, MAX, IAND, IOR or IEOR at %L!$OMP ATOMIC assignment must be var = var op expr or var = expr op var at %L!$OMP ATOMIC assignment must have an operator or intrinsic on right hand side at %L!$OMP ATOMIC intrinsic arguments must be scalar at %L!$OMP ATOMIC statement must set a scalar variable of intrinsic type at %L!$OMP ATOMIC var = var op expr not mathematically equivalent to var = var op (expr) at %L!$OMP at %C starts a commented line as it neither is followed by a space nor is a continuation line"::" was expected after module nature at %C but was not found"USE :: module" at %C# %s %.2f %.2f
  #include "..." search starts here:
  #include <...> search starts here:
! #pragma GCC memregs must precede any function decls#pragma GCC memregs takes a number [0..16]#pragma GCC optimize is not allowed inside functions#pragma GCC optimize string... is badly formed#pragma GCC option is not allowed inside functions#pragma GCC target is not supported for this machine#pragma GCC target string... is badly formed#pragma GCC visibility must be followed by push or pop#pragma GCC visibility push() must specify default, internal, hidden or protected#pragma GHS endXXX does not match previous startXXX#pragma GHS endXXXX found without previous startXXX#pragma implementation for %qs appears after file is included#pragma message: %s#pragma pack (pop) encountered without matching #pragma pack (push)#pragma pack has no effect with -fpack-struct - ignored#pragma pack(pop, %E) encountered without matching #pragma pack(push, %E)#pragma redefine_extname ignored due to conflict with __asm__ declaration#pragma redefine_extname ignored due to conflict with previous #pragma redefine_extname#pragma redefine_extname ignored due to conflict with previous rename#pragma vtable no longer supported$ operand number used after format without operand number$ should be the last specifier in format at %L%+D causes a section type conflict%+D causes a section type conflict with %D%+D declared alias after being used%+D declared ifunc after being used%+D declared weak after being used%+D declared weakref after being used%<#pragma GCC optimize (string [,string]...)%> does not have a final %<)%>%<#pragma GCC optimize%> is not a string or number%<#pragma GCC option%> is not a string%<#pragma GCC pch_preprocess%> must be first%<#pragma GCC pop_options%> without a corresponding %<#pragma GCC push_options%>%<#pragma GCC target (string [,string]...)%> does not have a final %<)%>%<#pragma STDC FLOAT_CONST_DECIMAL64%> is not supported for C++%<#pragma STDC FLOAT_CONST_DECIMAL64%> is not supported on this target%<#pragma align%> must appear before the declaration of %D, ignoring%<#pragma omp atomic capture%> uses two different variables for memory%<#pragma omp atomic update%> uses two different variables for memory%<#pragma omp cancel for%> inside %<nowait%> for construct%<#pragma omp cancel for%> inside %<ordered%> for construct%<#pragma omp cancel sections%> inside %<nowait%> sections construct%<#pragma omp section%> may only be used in %<#pragma omp sections%> construct%<#pragma weak%> declaration of %q+D not allowed, ignored%<#pragma%> is not allowed here%<%%%> constraint used with last operand%<%%%c%> yields only last 2 digits of year%<%%%c%> yields only last 2 digits of year in some locales%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu%<%.*s%> directive output truncated writing %wu byte into a region of size %wu%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu%<%.*s%> directive writing %wu byte into a region of size %wu%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu%<%.*s%> directive writing %wu bytes into a region of size %wu%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu%<%.*s%> directive writing %wu or more bytes into a region of size %wu%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive writing up to %wu bytes into a region of size %wu%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu%<%D::%D%> is not a class member%<%D::%D%> is not a member of %qT%<%E::%E%> has not been declared%<%E::%E%> is not a class or namespace%<%E::%E%> is not a class, namespace, or enumeration%<%E::%E%> is not a type%<%E::%E%> scoped attribute directive ignored%<%T::%D%> names constructor in %qT%<%T::%D%> names destructor%<%T::%D%> names the constructor, not the type%<%T::%E%> has not been declared%<%T::%E%> is not a type%<%T::%E%> names the constructor, not the type%<%c%E%> not found in protocol(s)%<%s %s%> construct not closely nested inside of %qs%<%s taskgroup%> construct not closely nested inside of %<taskgroup%> region%<%s%> is unknown%<&%> constraint used with no register class%<*%> in boolean context, suggest %<&&%> instead%<-%s%> conflicts with the other architecture options, which specify a %s processor%<-Wabi=1%> is not supported, using =2%<-fabi-compat-version=1%> is not supported, using =2%<-fabi-version=1%> is no longer supported%<-fcheck-pointer-bounds%> is not supported for this target%<-fcheck-pointer-bounds%> is not supported with %<-fsanitize=bounds%>%<-fcheck-pointer-bounds%> is not supported with %<-fsanitize=bounds-strict%>%<-fcheck-pointer-bounds%> is not supported with Address Sanitizer%<-fcheck-pointer-bounds%> is not supported with Thread Sanitizer%<-femit-struct-debug-detailed=dir:...%> must allow at least as much as %<-femit-struct-debug-detailed=ind:...%>%<-fobjc-abi-version%> >= 2 is not supported on %<-m32%> targets with %<-fnext-runtime%>%<-fobjc-abi-version%> >= 2 must be used for %<-m64%> targets with %<-fnext-runtime%>%<-fobjc-exceptions%> is required to enable Objective-C exception syntax%<-fobjc-gc%> is ignored for %<-fgnu-runtime%>%<-fobjc-sjlj-exceptions%> is ignored for %<-fgnu-runtime%>%<-fobjc-sjlj-exceptions%> is ignored for %<-fnext-runtime%> when %<-fobjc-abi-version%> >= 2%<-fobjc-sjlj-exceptions%> is the only supported exceptions system for %<-fnext-runtime%> with %<-fobjc-abi-version%> < 2%<-fsplit-stack%> currently only supported on GNU/Linux%<-fsplit-stack%> currently only supported on PowerPC64 GNU/Linux with glibc-2.18 or later%<-fsplit-stack%> is not supported by this compiler configuration%<-fsplit-stack%> requires assembler support for CFI directives%<-gdwarf%s%> is ambiguous; use %<-gdwarf-%s%> for DWARF version or %<-gdwarf -g%s%> for debug level%<-gnat%> misspelled as %<-gant%>%<-march=%s%> is not compatible with the selected ABI%<-march=%s%> requires %<-mfp32%>%<-mcpu=%> is deprecated; use %<-mtune=%> or %<-march=%> instead%<-mdynamic-no-pic%> overrides %<-fpic%>, %<-fPIC%>, %<-fpie%> or %<-fPIE%>%<-mfpxx%> can only be used with the o32 ABI%<-mfpxx%> requires %<-mlra%>%<-mfused-madd%> is deprecated; use %<-ffp-contract=%> instead%<-mgp32%> and %<-mfp64%> can only be combined if the target supports the mfhc1 and mthc1 instructions%<-mgp32%> and %<-mfp64%> can only be combined when using the o32 ABI%<-mgp32%> used with a 64-bit ABI%<-mgp64%> used with a 32-bit ABI%<-mgp64%> used with a 32-bit processor%<-mintel-syntax%> and %<-mno-intel-syntax%> are deprecated; use %<-masm=intel%> and %<-masm=att%> instead%<-mips3d%> requires %<-mpaired-single%>%<-mmsa%> must be used with %<-mfp64%> and %<-mhard-float%>%<-mno-gpopt%> needs %<-mexplicit-relocs%>%<-mpcommit%> was deprecated%<-mrtd%> is ignored in 64bit mode%<-msse5%> was removed%<-msseregparm%> used without SSE enabled%<-mtune=x86-64%> is deprecated; use %<-mtune=k8%> or %<-mtune=generic%> instead as appropriate%<-x %s%> after last input file has no effect%<...%> as arguments.)%<...%> handler must be the last handler for its try block%<...%> has invalid operand number%<::%D%> has not been declared%<::%E%> has not been declared%<::%E%> is not a class or namespace%<::%E%> is not a class, namespace, or enumeration%<::%E%> is not a type%<::main%> must return %<int%>%<<:%> is an alternate spelling for %<[%>. Insert whitespace between %<<%> and %<::%>%<<::%> cannot begin a template-argument list%<<<%> in boolean context, did you mean %<<%> ?%<>>%> operator is treated as two right angle brackets in C++11%<>>%> should be %<> >%> within a nested template argument list%<@dynamic%> is not available in Objective-C 1.0%<@dynamic%> not in @implementation context%<@dynamic%> requires the @interface of the class to be available%<@encode%> must specify a type as an argument%<@end%> missing in implementation context%<@end%> must appear in an @implementation context%<@optional%> is allowed in @protocol context only%<@optional%> is not available in Objective-C 1.0%<@package%> is not available in Objective-C 1.0%<@package%> presently has the same effect as %<@public%>%<@property%> is not available in Objective-C 1.0%<@required%> is allowed in @protocol context only%<@required%> is not available in Objective-C 1.0%<@synchronized%> argument is not an object%<@synthesize%> can not be used in categories%<@synthesize%> is not available in Objective-C 1.0%<@synthesize%> not in @implementation context%<@synthesize%> requires the @interface of the class to be available%<@throw%> (rethrow) used outside of a @catch block%<@throw%> argument is not an object%<@try%> without %<@catch%> or %<@finally%>%<[%E] =%> used in a GNU-style designated initializer for class %qT%<[*]%> not allowed in other than function prototype scope%<[*]%> not in a declaration%<_Alignas%> specifiers cannot reduce alignment of %qE%<_Alignas%> specifiers cannot reduce alignment of unnamed field%<_Atomic%> %qD in %<firstprivate%> clause on %<target%> construct%<_Atomic%> %qD in implicit %<firstprivate%> clause on %<target%> construct%<_Atomic%> %qD in implicit %<map%> clause%<_Atomic%> expression in %<#pragma omp atomic%>%<_Atomic%> iteration variable %qE%<_Cilk_spawn%> may only be used inside a function%<_Noreturn%> in empty declaration%<_Sat%> is used without %<_Fract%> or %<_Accum%>%<__BELOW100__%> attribute only applies to variables%<__RTL%> function cannot be compiled with %<-flto%>%<__alignof%> applied to a bit-field%<__builtin_complex%> operand not of real binary floating-point type%<__builtin_complex%> operands of different types%<__builtin_longjmp%> second argument must be 1%<__builtin_next_arg%> called without an argument%<__gcc_host_wide_int__%> is not defined as %<long%> or %<long long%>%<__gcc_host_wide_int__%> is not defined as a type%<__label__%> not at the beginning of a block%<__simd__%> attribute cannot be used in the same function marked as a Cilk Plus SIMD-enabled function%<__thread%> before %<extern%>%<__thread%> before %<static%>%<__thread%> before %qD%<__transaction_atomic%> without transactional memory support enabled%<__transaction_cancel%> not within %<__transaction_atomic%>%<__transaction_cancel%> within a %<__transaction_relaxed%>%<__transaction_cancel%> without transactional memory support enabled%<__transaction_relaxed%> without transactional memory support enabled%<alloca%> bound is unknown%<and%> of mutually exclusive equal-tests is always 0%<asm%> operand constraint incompatible with operand size%<asm%> operand has impossible constraints%<asm%> operand requires impossible reload%<asm%> specifiers are not permitted on non-static data members%<assign%> attribute conflicts with %<copy%> attribute%<assign%> attribute conflicts with %<retain%> attribute%<assign%> can be unsafe for Objective-C objects; please state explicitly if you need it%<auto%> can only be specified for variables or function declarations%<auto%> changes meaning in C++11; please remove it%<auto%> conflicts with other OpenACC loop specifiers%<auto%> in file-scope empty declaration%<bank_switch%> has no effect on non-interrupt functions%<builtin_return_address%> contains only 2 bytes of address%<const%> and %<volatile%> function specifiers on %qD invalid in field declaration%<const%> and %<volatile%> function specifiers on %qD invalid in parameter declaration%<const%> and %<volatile%> function specifiers on %qD invalid in type declaration%<const%> and %<volatile%> function specifiers on %qD invalid in variable declaration%<constexpr%> cannot appear in a typedef declaration%<constexpr%> cannot be used for type declarations%<constexpr%> constructor for union %qT must initialize exactly one non-static data member%<constexpr%> needed for in-class initialization of static data member %q#D of non-integral type%<copy%> attribute is only valid for Objective-C objects%<critical%> region may not be nested inside a %<critical%> region with the same name%<custom-%s=%> is not recognized as FPU instruction%<custom-%s=%> requires argument%<default%> label not within a switch statement%<depend(%s)%> is only allowed in %<omp ordered%>%<depend(sink)%> clause waiting for lexically later iteration%<depend(sink)%> refers to iteration never in the iteration space%<depend(source)%> clause specified together with %<depend(sink:)%> clauses on the same construct%<distribute%> region must be strictly nested inside %<teams%> construct%<dynamic_cast%> not permitted with -fno-rtti%<else%> without a previous %<if%>%<enum %E%> declared in %<for%> loop initial declaration%<explicit%> can only be specified for constructors%<externally_visible%> attribute have effect only on public objects%<fallthrough%> attribute specified multiple times%<fallthrough%> attribute specified with a parameter%<fast_interrupt%> attribute directive ignored%<friend%> can only be specified inside a class%<friend%> used outside of class%<generic%> CPU can be used only for %<-mtune=%> switch%<generic%> CPU can be used only for %<target("tune=")%> attribute%<gnu_inline%> attribute present on %q+D%<inline%> in empty declaration%<inline%> is not allowed in declaration of friend template specialization %qD%<inline%> specified for friend class declaration%<inline%> specifier invalid for function %qs declared out of global scope%<intel%> CPU can be used only for %<-mtune=%> switch%<intel%> CPU can be used only for %<target("tune=")%> attribute%<l1-cache-size%> parameter is not a power of two %d%<linear%> clause for variable other than loop iterator specified on construct combined with %<distribute%>%<location_t%> is not defined as a type%<locus%> is not defined as a type%<long long long%> is too long for GCC%<long long%> invalid for %qs%<long%> and %<short%> specified together for %qs%<long%> invalid for %qs%<long%> or %<short%> invalid for %qs%<long%> or %<short%> specified with char for %qs%<long%> switch expression not converted to %<int%> in ISO C%<long%>, %<int%>, %<short%>, or %<char%> invalid for %qs%<main%> declared %<_Noreturn%>%<master%> region may not be closely nested inside of work-sharing, explicit %<task%> or %<taskloop%> region%<namespace%> definition is not allowed here%<no-custom-%s%> does not accept arguments%<noreturn%> function does return%<num_threads%> value must be positive%<operator delete%> must return type %qT%<operator delete%> takes type %qT as first parameter%<operator new%> must not return NULL unless it is declared %<throw()%> (or -fcheck-new is in effect)%<operator new%> must return type %qT%<operator new%> takes type %<size_t%> (%qT) as first parameter%<operator=%> should return a reference to %<*this%>%<or%> of unmatched not-equal tests is always 1%<ordered simd threads%> must be closely nested inside of %<for simd%> region%<ordered%> %<simd%> must be closely nested inside %<simd%> region%<ordered%> construct with %<depend%> clause must be closely nested inside a loop with %<ordered%> clause with a parameter%<ordered%> construct with %<depend%> clause must be closely nested inside an %<ordered%> loop%<ordered%> region may not be closely nested inside of %<critical%>, %<ordered%>, explicit %<task%> or %<taskloop%> region%<ordered%> region must be closely nested inside a loop region with an %<ordered%> clause%<readonly%> attribute conflicts with %<readwrite%> attribute%<readonly%> attribute conflicts with %<setter%> attribute%<register%> in file-scope empty declaration%<retain%> attribute conflicts with %<copy%> attribute%<retain%> attribute is only valid for Objective-C objects%<return%> with a value, in function returning void%<return%> with no value, in function returning non-void%<seq%> overrides other OpenACC loop specifiers%<short%> invalid for %qs%<short%> or %<long%> invalid for %qs%<signed%> and %<unsigned%> specified together for %qs%<signed%> or %<unsigned%> invalid for %qs%<sizeof%> applied to a bit-field%<static%> may not be used when defining (as opposed to declaring) a static data member%<struct %E%> declared in %<for%> loop initial declaration%<target("rtd")%> is ignored in 64bit mode%<target("sseregparm")%> used without SSE enabled%<target("tune=x86-64")%> is deprecated; use %<target("tune=k8")%> or %<target("tune=generic")%> instead as appropriate%<teams%> construct not closely nested inside of %<target%> construct%<this%> is unavailable for static member functions%<this%> may not be used in this context%<this%> was not captured for this lambda function%<threadprivate%> %qD is not file, namespace or block scope variable%<threadprivate%> %qE directive not in %qT definition%<threadprivate%> %qE has incomplete type%<transaction_may_cancel_outer%> function call not within outer transaction or %<transaction_may_cancel_outer%>%<transaction_safe_dynamic%> may only be specified for a virtual function%<tree%> is not defined as a pointer type%<tree%> is not defined as a type%<typedef%> was ignored in this declaration%<typeid%> operator cannot appear in a constant-expression%<typename %T::%D%> names %q#T, which is not a class template%<typename %T::%D%> names %q#T, which is not a type%<typeof%> applied to a bit-field%<union %E%> declared in %<for%> loop initial declaration%<va_start%> used in function with fixed args%<virtual%> outside class declaration%<virtual%> specified more than once in base-specified%<void%> as only parameter may not be qualified%<void%> must be the only parameter%<weakref%> attribute ignored because function is defined%<weakref%> attribute ignored because variable is initialized%<weakref%> attribute should be accompanied with an %<alias%> attribute%D renamed after being referenced in assembly%E qualifier ignored on asm%K%qD writing %wu bytes into a region of size %wu overflows the destination%K%qD: specified bound %wu exceeds maximum object size %wu%K%qD: specified bound %wu exceeds the size %wu of the destination%K%qD: specified bound between %wu and %wu  exceeds maximum object size %wu%K%qD: specified bound between %wu and %wu  exceeds the size %wu of the destination%K%qD: specified size %wu exceeds maximum object size %wu%K%qD: specified size between %wu and %wu exceeds maximum object size %wu%K%qD: writing %wu byte into a region of size %wu overflows the destination%K%qD: writing at least %wu byte into a region of size %wu overflows the destination%K%qD: writing between %wu and %wu bytes into a region of size %wu overflows the destination%K%s %wd out of range %wd - %wd%Kargument %d must be a constant immediate%Kargument %i range [%E, %E] exceeds maximum object size %E%Kargument %i range [%E, %E] is negative%Kargument %i value %qE exceeds maximum object size %E%Kargument %i value %qE is negative%Kargument %i value is zero%Kasm not allowed in %<transaction_safe%> function%Kattempt to free a non-heap object%Kattempt to free a non-heap object %qD%Kcall to %qs declared with attribute error: %s%Kcall to %qs declared with attribute warning: %s%Kfirst argument of %D must be a pointer, second integer constant%Kinvalid use of %<__builtin_va_arg_pack ()%>%Kinvalid use of %<__builtin_va_arg_pack_len ()%>%Klane %wd out of range %wd - %wd%Klane index must be a constant immediate%Klast argument of %D is not integer constant between 0 and 3%Kproduct %<%E * %E%> of arguments %i and %i exceeds %<SIZE_MAX%>%Kproduct %<%E * %E%> of arguments %i and %i exceeds maximum object size %E%d constructor found
  %d constructors found
  %d destructor found
  %d destructors found
  %d exits recorded for loop %d (having %d exits)%d frame table found
  %d frame tables found
! %d least significant bits of %s are ignored%i-bit mode not compiled in%q#D conflicts with a previous declaration%q#D has incomplete type%q#D hides constructor for %q#T%q#D is a static data member; it can only be initialized at its definition%q#D is not a function template%q#D is not a non-static data member of %qT%q#D is not a valid template argument for type %qT because a reference variable does not have a constant address%q#D is not const%q#D is volatile%q#D not declared in class%q#D redeclared as different kind of symbol%q#T has no user-provided default constructor%q#T has pointer data members%q#T has virtual base classes%q#T has virtual functions and accessible non-virtual destructor%q#T is not a class%q#T is not a class or a namespace%q#T is not a template%q#T is not a valid type for a template non-type parameter%q#T only defines a private destructor and has no friends%q#T only defines private constructors and has no friends%q#T used where a %qT was expected%q#T used where a floating point value was expected%q#T was previously declared here%q+#D cannot be declared%q+#D cannot be overloaded%q+D alias in between function and variable is not supported%q+D aliased declaration%q+D aliased to external symbol %qE%q+D aliased to undefined symbol %qE%q+D already declared with dllexport attribute: dllimport ignored%q+D declared as a friend%q+D declared as variadic function%q+D declared to take const reference, but implicit declaration would take non-const%q+D declared with an exception specification%q+D defined both normally and as %qE attribute%q+D has incompatible attributes %qs and %qs%q+D invalid in %q#T%q+D is static but declared in inline function %qD which is not static%q+D is usually a function%q+D redeclared as different kind of symbol%q+D redeclared inline with %<gnu_inline%> attribute%q+D redeclared inline without %<gnu_inline%> attribute%q+D redeclared without dllimport attribute after being referenced with dll linkage%q+D redeclared without dllimport attribute: previous dllimport ignored%q+D takes only zero or two arguments%q+E is not a constant expression%q+F declared %<static%> but never defined%q+F used but never defined%q+T is not literal because:%qD appears more than once in data clauses%qD attribute directive ignored%qD attribute is meaningless since members of the anonymous namespace get local symbols%qD attribute requires a single NTBS argument%qD called in a constant expression%qD cannot appear in a constant-expression%qD cannot be defaulted%qD cannot have default arguments%qD changed semantics in GCC 4.4%qD conflicts with used function%qD declared %<constexpr%> outside its class%qD declared as a %<virtual%> field%qD declared as a %<virtual%> parameter%qD declared as a %<virtual%> type%qD declared as a %<virtual%> variable%qD declared as a non-parameter%qD declared as an %<inline%> field%qD declared as an %<inline%> parameter%qD declared as an %<inline%> type%qD declared as reference but not initialized%qD declared here%qD defined but not used%qD does not have integral or enumeration type%qD has a previous declaration here%qD has already been defined%qD has invalid argument list%qD has the same name as the class in which it is declared%qD is a namespace%qD is already a friend of %qT%qD is already a friend of class %qT%qD is already declared in this scope%qD is already defined in %qT%qD is already defined in class %qT%qD is already defined in the class %qT%qD is an enumeration template%qD is both a direct base and an indirect virtual base%qD is deprecated%qD is deprecated: %s%qD is initialized with itself%qD is normally a non-static function%qD is not a class or namespace%qD is not a function template%qD is not a member of %qD%qD is not a member of %qT%qD is not a member template function%qD is not a namespace-name%qD is not a static data member of a class template%qD is not a template%qD is not a template function%qD is not a type%qD is not a valid template argument because %qD is a variable, not the address of a variable%qD is not a variable%qD is not a variable in clause %<firstprivate%>%qD is not a variable in clause %<lastprivate%>%qD is not a variable in clause %qs%qD is not an function argument%qD is not captured%qD is not compatible with %qD%qD is not defined outside of function scope%qD is static but used in inline function %qD which is not static%qD is used uninitialized in this function%qD may be used uninitialized in this function%qD may not be declared as static%qD may not be declared within a namespace%qD must be a non-member function%qD must be a nonstatic member function%qD must be either a non-static member function or a non-member function%qD must have an argument of class or enumerated type%qD must not have variable number of arguments%qD must take %<void%>%qD must take either one or two arguments%qD must take either zero or one argument%qD must take exactly one argument%qD must take exactly two arguments%qD not declared%qD not defined%qD redeclared with different access%qD redeclared with different visibility%qD referenced in target region does not have a mappable type%qD should be initialized%qD should be initialized in the member initialization list%qD should have been declared inside %qD%qD should return by value%qD used before its definition%qD used in its own initializer%qD used without template parameters%qD was declared %<extern%> and later %<static%>%qD was declared %qs which implies default visibility%qD was declared here%qD was not declared %<constexpr%>%qD was not declared in this scope%qD was not declared in this scope, and no declarations were found by argument-dependent lookup at the point of instantiation%qD was not initialized with a constant expression%qD was used with no declaration before its definition%qD was used with no prototype before its definition%qE 2.95 vtable-compatibility attribute applies only to C++ classes%qE 2.95 vtable-compatibility attribute applies only when compiling a kext%qE appears more than once in data clauses%qE appears more than once in map clauses%qE argument is not a function%qE argument not an identifier%qE attribute address out of range%qE attribute allows only an integer constant argument%qE attribute applies only to functions%qE attribute applies only to initialized variables with external linkage%qE attribute argument not a string constant%qE attribute argument not an integer constant%qE attribute argument should be between 0 to 255%qE attribute argument should be between 18 to 255%qE attribute cannot be specified for local variables%qE attribute directive ignored%qE attribute does not apply to types%qE attribute doesn't apply to functions%qE attribute duplicated%qE attribute follows %qE%qE attribute has no effect%qE attribute has no effect on functions with static linkage%qE attribute has no effect on unit local functions%qE attribute have effect only on public objects%qE attribute ignored%qE attribute ignored because %qT is already defined%qE attribute ignored due to conflict with %qs attribute%qE attribute ignored due to conflict with attribute %qs%qE attribute ignored for %qE%qE attribute ignored for field of type %qT%qE attribute ignored on non-class types%qE attribute ignored on types%qE attribute ignored without -mcmse option.%qE attribute is not supported for R8C target%qE attribute is not supported on this platform%qE attribute is only applicable on functions%qE attribute is only valid on %<struct%> type%qE attribute is supported only for SH2A%qE attribute is used for non-class method%qE attribute not allowed with auto storage class%qE attribute not available to functions that return value on the stack%qE attribute not available to functions with arguments passed on the stack%qE attribute not available to functions with variable number of arguments%qE attribute on non-volatile variable%qE attribute only affects top level objects%qE attribute only applies to SH2A%qE attribute only applies to base type of a function pointer%qE attribute only applies to function types%qE attribute only applies to functions%qE attribute only applies to interrupt functions%qE attribute only applies to variables%qE attribute only applies to variables in static storage%qE attribute only applies to variadic functions%qE attribute only available for 32-bit%qE attribute only supported for reduced Tiny cores%qE attribute requires a string argument%qE attribute requires a string constant argument%qE attribute requires a void return type%qE attribute requires an integer constant argument%qE attribute requires prototypes with named arguments%qE cannot be used as a function%qE cannot be used as a member pointer, since it is of type %qT%qE cannot have both %qs and %qs attributes%qE declared %<threadprivate%> after first use%qE declared as function returning a function%qE declared as function returning an array%qE defined as wrong kind of tag%qE does not name a type%qE fails to be a typedef or built in type%qE has both %<extern%> and initializer%qE has invalid type for %<reduction(%s)%>%qE has not been declared%qE implies default visibility, but %qD has already been declared with a different visibility%qE in %q#T does not name a type%qE in namespace %qE does not name a type%qE incompatible attribute ignored%qE initialized and declared %<extern%>%qE is an unrecognized format function type%qE is deprecated%qE is deprecated: %s%qE is neither function nor member function; cannot be declared friend%qE is not a class or namespace%qE is not a class, namespace, or enumeration%qE is not a constant expression%qE is not a template%qE is not a type%qE is not a valid template argument for type %qT%qE is not a valid template argument for type %qT because %qD does not have external linkage%qE is not a valid template argument for type %qT because %qD has no linkage%qE is not a valid template argument for type %qT because it is a pointer%qE is not a valid template argument for type %qT because it is not an lvalue%qE is not a valid template argument for type %qT because it is of type %qT%qE is not a valid template argument for type %qT because of conflicts in cv-qualification%qE is not a valid template argument for type %qT because string literals can never be used in this context%qE is not a valid template argument of type %qT because %qD does not have external linkage%qE is not a valid template argument of type %qT because %qD has no linkage%qE is not a valid template argument of type %qT because %qE is not a variable%qE is not a variable in clause %<firstprivate%>%qE is not a variable in clause %<lastprivate%>%qE is not a variable in clause %qs%qE is not an Objective-C class name or alias%qE is not at beginning of declaration%qE is not initialized%qE is not of type %qT%qE is only allowed in Objective-C dialects%qE is predetermined %qs for %qs%qE is used uninitialized in this function%qE may be used uninitialized in this function%qE may not respond to %<%c%E%>%qE may write a terminating nul past the end of the destination%qE must be %<threadprivate%> for %<copyin%>%qE needs isa option %s%qE needs unknown isa option%qE not specified in enclosing %qs%qE not specified in enclosing OpenACC %qs construct%qE output %wu byte into a destination of size %wu%qE output %wu bytes into a destination of size %wu%qE output %wu or more bytes (assuming %wu) into a destination of size %wu%qE output %wu or more bytes into a destination of size %wu%qE output between %wu and %wu bytes into a destination of size %wu%qE output may be truncated before the last format character%qE output truncated before the last format character%qE redeclared as different kind of symbol%qE redeclared with conflicting %qs attributes%qE requires a %<declare%> directive for use in a %<routine%> function%qE undeclared (first use in this function)%qE undeclared here (not in a function)%qE with %<link%> clause used in %<routine%> function%qE writing a terminating nul past the end of the destination%qT and %qT are in disjoint named address spaces%qT declared with greater visibility than its base %qT%qT declared with greater visibility than the type of its field %qD%qT has a base %qT whose type uses the anonymous namespace%qT has a field %qD whose type uses the anonymous namespace%qT has no member named %qE%qT has no non-static data member named %qD%qT is a variably modified type%qT is already a friend of %qT%qT is an ambiguous base of %qT%qT is an inaccessible base of %qT%qT is not a base of %qT%qT is not a class or namespace%qT is not a class type%qT is not a class, struct, or union type%qT is not a member class template of %qT%qT is not a member of %qT%qT is not a namespace%qT is not a nested class of %qT%qT is not a pointer-to-object type%qT is not a template%qT is not a template type%qT is not an accessible base of %qT%qT is not an enumeration type%qT is promoted to %qT when passed through %<...%>%qT referred to as %qs%qT referred to as enum%qT resolves to %qT, which is is not a class type%qT resolves to %qT, which is not an enumeration type%qV qualifiers cannot be applied to %qT%qs appears to be a misspelled %s handler, missing __vector prefix%qs attribute ignored%qs attribute only applies to functions%qs attribute only applies to variadic functions%qs attribute requires prototypes with named arguments%qs cannot appear in a constant-expression%qs combined with %<auto%> qualifier for %qE%qs combined with %<register%> qualifier for %qE%qs construct inside of %qs region%qs declared as function returning a function%qs declared as function returning an array%qs declared in a non-class scope%qs defined in a non-class scope%qs does not support MIPS16 code%qs expects 1 argument but %d given%qs expects 2 arguments but %d given%qs expects a constant argument%qs expects a fixed-point value as argument%qs expects a fixed-point value as first argument%qs expects an integer value as second argument%qs function cannot have arguments%qs function cannot return a value%qs function uses %<auto%> type specifier without trailing return type%qs function with trailing return type has %qT as its type rather than plain %<auto%>%qs function with trailing return type not declared with %<auto%> type specifier%qs has both %<extern%> and initializer%qs has overflowed%qs initialized and declared %<extern%>%qs is an invalid argument to -mcpu=%qs is an unknown -save-temps option%qs is corrupted%qs is deprecated%qs is deprecated; use -fno-zero-initialized-in-bss%qs is deprecated; use -fstack-check%qs is incompatible with %qs%qs is incompatible with %s %s%qs is narrower than values of its type%qs is not a gcov data file%qs is not a valid option to the preprocessor%qs is not an option that controls warnings%qs is not valid for %qs%qs is version %q.*s, expected version %q.*s%qs must be used with %qs%qs of module %qs, imported at %C, is also the name of the current program unit%qs requires a target that provides the %qs instruction%qs requires branch-likely instructions%qs specified for auto variable %qE%qs specified for parameter %qE%qs specified for structure field%qs specified for structure field %qE%qs specified for unnamed parameter%qs tag used in naming %q#T%qs uses dynamic stack allocation%r%s:%d:%R   %r%s:%d:%R   [ skipping %d instantiation contexts, use -ftemplate-backtrace-limit=0 to disable ]
  %r%s:%d:%R   in constexpr expansion of %qs%r%s:%d:%d:%R   %r%s:%d:%d:%R   [ skipping %d instantiation contexts, use -ftemplate-backtrace-limit=0 to disable ]
  %r%s:%d:%d:%R   in constexpr expansion of %qs%s%s
  %s  Same as %s.%s %<%s%.*s%> expects a matching %<%T%s%> argument%s %<%s%.*s%> expects a matching %<%s%s%> argument%s %<%s%.*s%> expects argument of type %<%T%s%>, but argument %d has type %qT%s %<%s%.*s%> expects argument of type %<%s%s%>, but argument %d has type %qT%s %qE does not fully implement the %qE protocol%s %qs%s %qs construct inside of %s %qs region%s %s %p %d
  %s %s%s
  %s %s(%E) %p %d
! %s %wd out of range %wd - %wd%s '%s'
! %s (program %s)%s argument to IMAGE_INDEX must be a rank one array at %L%s at %L must be INTEGER%s at %L must be a scalar%s attribute applied to %s %s at %L%s attribute at %L is not allowed outside of the specification part of a module%s attribute conflicts with %s attribute at %L%s attribute not allowed in BLOCK DATA program unit at %L%s cannot be used in asm here%s does not support %%n$ operand number formats%s does not support %s%s does not support %s with the %<%%%c%> %s format%s does not support block_ends_with_call_p%s does not support block_ends_with_condjump_p%s does not support can_duplicate_block_p%s does not support can_merge_blocks_p%s does not support can_remove_branch_p%s does not support create_basic_block%s does not support delete_basic_block%s does not support dump_bb_for_graph%s does not support duplicate_block%s does not support flow_call_edges_add%s does not support force_nonfallthru%s does not support make_forwarder_block%s does not support merge_blocks%s does not support move_block_after%s does not support predict_edge%s does not support predicted_by_p%s does not support redirect_edge_and_branch%s does not support redirect_edge_and_branch_force%s does not support split_block%s does not support split_edge%s does not support the %<%%%c%> %s format%s does not support the %<%%%s%c%> %s format%s does not support the %qs %s length modifier%s expects a compile time integer constant%s expects a compile time long integer constant as first argument%s expects an integer literal in the range [%d, %d]%s expects an integer literal in the range [%d, %d]. (%wd)%s expression list treated as compound expression%s ignored with %s and %<%%%c%> %s format%s ignored with %s in %s format%s in CFString literal%s in format string at %L%s instructions aren't allowed in %s service routine%s instructions aren't allowed in function with no_caller_saved_registers attribute%s is not supported by this configuration%s only accepts %d arguments%s only accepts 1 argument%s only accepts 2 arguments%s out of range: Range is %i to %i, value is %i%s procedure at %L is already declared as %s procedure%s returned %d exit status%s statement at %C cannot follow %s statement at %L%s statement at %C cannot terminate a non-block DO loop%s statement at %C follows another accessibility specification%s statement at %C is not within a construct%s statement at %C leaves CRITICAL construct%s statement at %C leaves DO CONCURRENT construct%s statement expected at %L%s statement is not allowed inside of BLOCK at %C%s statement must appear in a MODULE%s statement not allowed in PURE procedure at %C%s string ill-formed
! %s tag%s tag at %L must be a character string of default kind%s tag at %L must be of type %s%s tag at %L must be scalar%s tag with INQUIRE%s terminated with signal %d [%s]%s%s used with %<%%%c%> %s format%s variable %qE is private in outer context%s"%s"%s is invalid%s"%s"%s is not allowed%s%#D%s%#D <deleted>%s%#D <near match>%s%D(%T) <built-in>%s%D(%T, %T) <built-in>%s%D(%T, %T, %T) <built-in>%s%T <conversion>%s%s%s %sversion %s (%s)
  %s	compiled by GNU C version %s, %s%s%s %sversion %s (%s) compiled by CC, %s%sGGC heuristics: --param ggc-min-expand=%d --param ggc-min-heapsize=%d
  %s%swarning: %s header version %s differs from library version %s.
  %s-%s is an empty range%s: %d basic blocks and %d edges/basic block%s: %d basic blocks and %d registers; increase --param max-gcse-memory above %d%s: %m%s: %s%s: %s compiler not installed on this system%s: %s: %s%s: --param arguments should be of the form NAME=VALUE%s: -fcompare-debug failure%s: -fcompare-debug failure (length)%s: In instantiation of %q#D:
*************** write_c_file - output name is %s, prefix
*** 1757,1808 ****
  %s:unknown function '%u'
  %s:version '%.4s', prefer '%.4s'
  %s:version '%.4s', prefer version '%.4s'
! '' ' flag'!' flag'#' flag'%%%c' is not a valid operand prefix'%%&' used without any local dynamic TLS references'%%l' operand isn't a label'%s' must have %d operands (excluding match_dups)'%s' must have at least %d operands (excluding match_dups)'%s' must have no more than %d operands (excluding match_dups)'%s' was assigned to '%s', but was not defined during recompilation, or vice versa''' flag'(' flag'+' flag'-' flag'0' flag'B' operand has multiple bits set'B' operand is not constant'E' modifier'I' flag'O' modifier'^' flag'_' flag'a' flag'assign' property %qs is using bit-field instance variable %qs'atomic' property %qs is using bit-field instance variable %qs'getter' attribute of property %qD conflicts with previous declaration'm' flag'nonatomic' attribute of property %qD conflicts with previous declaration'o' operand is not constant'q' flag'readonly' attribute of property %qD conflicts with previous declaration'setter' attribute of property %qD conflicts with previous declaration(C)(Messages without a matching method signature(a pointer to member can only be formed with %<&%E%>)(an out of class initialization is required)(anonymous namespace)(anonymous)(if this is not what you intended, make sure the function template has already been declared and add <> after the function name here) (if you use %<-fpermissive%> G++ will accept your code)(if you use %<-fpermissive%>, G++ will accept your code, but allowing the use of an undeclared name is deprecated)(near initialization for %qs)(perhaps %<typename %T::%E%> was intended)(perhaps a semicolon is missing after the definition of %qT)(so you should pass %qT not %qT to %<va_arg%>)(static destructors for %s)(static initializers for %s)(the message is displayed only once per source file)
  ({anonymous})*** WARNING *** there are active plugins, do not report this as a bug unless you can reproduce it without enabling any plugins.
! *this--help argument %q.*s is ambiguous, please be more specific--help=<class>	Display descriptions of a specific class of options.  <class> is one or more of optimizers, target, warnings, undocumented, params.--param <param>=<value>	Set parameter <param> to value.  See below for a complete list of parameters.--param inline-unit-growth limit reached--param large-function-growth limit reached--param large-stack-frame-growth limit reached--param max-inline-insns-auto limit reached--param max-inline-insns-single limit reached-A<question>=<answer>	Assert the <answer> to <question>.  Putting '-' before <question> disables the <answer> to <question>.-D<macro>[=<val>]	Define a <macro> with <val> as its value.  If just <macro> is given, <val> is taken to be 1.-E or -x required when input is from standard input-F <dir>	Add <dir> to the end of the main framework include path.-G<number>	Put global and static data smaller than <number> bytes into a special section (on some targets).-I <dir>	Add <dir> to the end of the main include path.-I- specified twice-J<directory>	Put MODULE files in 'directory'.-MF <file>	Write dependency output to the given file.-MG may only be used with -M or -MM-MQ <target>	Add a MAKE-quoted target.-MT <target>	Add an unquoted target.-O<number>	Set optimization level to <number>.-U<macro>	Undefine <macro>.-Walloc-size-larger-than=<bytes> Warn for calls to allocation functions that attempt to allocate objects larger than the specified number of bytes.-Walloc-zero Warn for calls to allocation functions that specify zero bytes.-Walloca-larger-than=0 is meaningless-Werror=%s: -%s is not an option that controls warnings-Werror=%s: no option -%s-Wformat-contains-nul ignored without -Wformat-Wformat-extra-args ignored without -Wformat-Wformat-nonliteral ignored without -Wformat-Wformat-security ignored without -Wformat-Wformat-y2k ignored without -Wformat-Wformat-zero-length ignored without -Wformat-Wframe-larger-than=<number>	Warn if a function's stack frame requires more than <number> bytes.-Wlarger-than=<number>	Warn if an object is larger than <number> bytes.-Wnormalized=[none|id|nfc|nfkc]	Warn about non-normalized Unicode strings.-Wvla-larger-than=0 is meaningless-Xbind-now and -Xbind-lazy are incompatible-aux-info <file>	Emit declaration information into <file>.-bundle not allowed with -dynamiclib-bundle_loader not allowed with -dynamiclib-c or -S required for Ada-c required for gnat2scil-c required for gnat2why-client_name not allowed with -dynamiclib-current_version only allowed with -dynamiclib-d<letters>	Enable dumps from specific passes of the compiler.-dumpbase <file>	Set the file basename to be used for dumps.-dumpdir <dir>	Set the directory name to be used for dumps.-f%s and -msdata=%s are incompatible-f%s ignored (not supported for DJGPP)
! -f%s is not supported with CONST16 instructions-f%s not supported: ignored-f%sleading-underscore not supported on this target machine-fPIC and -fpic are not supported in this configuration-fPIC and -mcall-%s are incompatible-fPIC is not supported-fada-spec-parent=unit  Dump Ada specs as child units of given parent.-falign-labels=%d is not supported-falign-loops=%d is not supported-fasan-shadow-offset should only be used with -fsanitize=kernel-address-fassociative-math disabled; other options take precedence-fblas-matmul-limit=<n>	Size of the smallest matrix for which matmul will use BLAS.-fcall-saved-<register>	Mark <register> as being preserved across functions.-fcall-saved-REG is not supported for out registers-fcall-used-<register>	Mark <register> as being corrupted by function calls.-fcheck=[...]	Specify which runtime checks are to be performed.-fcoarray=<none|single|lib>	Specify which coarray parallelization should be used.-fcompare-debug[=<opts>]	Compile with and without e.g. -gtoggle, and compare the final-insns dump.-fconst-string-class=<name>	Use class <name> for constant strings.-fconstexpr-depth=<number>	Specify maximum constexpr recursion depth.-fconstexpr-loop-limit=<number>	Specify maximum constexpr loop iteration count.-fconvert=<big-endian|little-endian|native|swap> The endianness used for unformatted files.-fdata-sections not supported for this target-fdbg-cnt=%s-fdbg-cnt=<counter>:<limit>[,<counter>:<limit>,...]	Set the debug counter limit.-fdeduce-init-list	enable deduction of std::initializer_list for a template type parameter from a brace-enclosed initializer-list.-fdiagnostics-color=[never|always|auto]	Colorize diagnostics.-fdiagnostics-show-location=[once|every-line]	How often to emit source location at the beginning of line-wrapped diagnostics.-fdirectives-only is incompatible with -Wunused_macros-fdirectives-only is incompatible with -traditional-fdisable-[tree|rtl|ipa]-<pass>=range1+range2 disables an optimization pass.-fdump-<type>	Dump various compiler internals to a file.-fdump-final-insns=filename	Dump to filename the insns at the end of translation.-fdump-go-spec=filename	Write all declarations to file as Go code.-femit-struct-debug-baseonly	Aggressive reduced debug info for structs.-femit-struct-debug-detailed=<spec-list>	Detailed reduced debug info for structs.-femit-struct-debug-reduced	Conservative reduced debug info for structs.-fenable-[tree|rtl|ipa]-<pass>=range1+range2 enables an optimization pass.-fexcess-precision=[fast|standard]	Specify handling of excess floating-point precision.-fexcess-precision=standard for Ada-fexcess-precision=standard for C++-fexcess-precision=standard for Fortran-fexec-charset=<cset>	Convert all strings and character constants to character set <cset>.-ffixed-<register>	Mark <register> as being unavailable to the compiler.-ffixed-line-length-<n>	Use n as character line width in fixed mode.-ffpe-summary=[...]	Print summary of floating point exceptions.-ffpe-trap=[...]	Stop on following floating point exceptions.-ffree-line-length-<n>	Use n as character line width in free mode.-ffunction-sections not supported for this target-fgnat-encodings=[all|gdb|minimal]	Select the balance between GNAT encodings and standard DWARF emitted in the debug information-fgo-c-header=<file>	Write Go struct definitions to file as C code.-fgo-dump-<type>	Dump Go frontend internal information.-fgo-optimize-<type>	Turn on optimization passes in the frontend.-fgo-pkgpath=<string>	Set Go package path.-fgo-prefix=<string>	Set package-specific prefix for exported Go names.-fgo-relative-import-path=<path>	Treat a relative import as relative to path.-fhandle-exceptions has been renamed -fexceptions (and is now on by default)-finit-character=<n>	Initialize local character variables to ASCII value n.-finit-integer=<n>	Initialize local integer variables to n.-finit-logical=<true|false>	Initialize local logical variables.-finit-real=<zero|snan|nan|inf|-inf>	Initialize local real variables.-finline-limit=<number>	Limit the size of inlined functions to <number>.-finline-matmul-limit=<n>	Specify the size of the largest matrix for which matmul will be inlined.-finput-charset=<cset>	Specify the default character set for source files.-finstrument-functions-exclude-file-list=filename,...  Do not instrument functions listed in files.-finstrument-functions-exclude-function-list=name,...  Do not instrument listed functions.-fira-verbose=<number>	Control IRA's level of diagnostic messages.-flto-compression-level=<number>	Use zlib compression level <number> for IL.-fmax-array-constructor=<n>	Maximum number of objects in an array constructor.-fmax-errors=<number>	Maximum number of errors to report.-fmax-identifier-length=<n>	Maximum identifier length.-fmax-stack-var-size=<n>	Size in bytes of the largest array that will be put on the stack.-fmax-subrecord-length=<n>	Maximum length for subrecords.-fmessage-length=<number>	Limit diagnostics to <number> characters per line.  0 suppresses line-wrapping.-fno-fat-lto-objects are supported only with linker plugin-fno-gnu89-inline is only supported in GNU99 or C99 mode-fno-pretty-templates Do not pretty-print template specializations as the template signature followed by the arguments.-fno-threadsafe-statics	Do not generate thread-safe code for initializing local statics.-foffload-abi option can be specified only for offload compiler-foffload-abi=[lp64|ilp32]     Set the ABI to use in an offload compiler.-foffload=<targets>=<options>  Specify offloading targets and options for them.-fopenacc-dim operand is malformed at '%s'-fopt-info[-<type>=filename]	Dump compiler optimization details.-force_flat_namespace not allowed with -dynamiclib-fpack-struct=<number>	Set initial maximum structure member alignment.-fpermitted-flt-eval-methods=[c11|ts-18661]	Specify which values of FLT_EVAL_METHOD are permitted.-fpic and -fPIC not supported without -mdsbt on this target-fpic and -mapcs-reent are incompatible-fpic is not supported-fplugin-arg-<name>-<key>[=<value>]	Specify argument <key>=<value> for plugin <name>.-fprefetch-loop-arrays is not supported with -Os-fprefetch-loop-arrays not supported for this target-fprefetch-loop-arrays not supported for this target (try -march switches)-fprofile-update=[single|atomic|prefer-atomic]	Set the profile update method.-frandom-seed=<string>	Make compile reproducible using <string>.-frecord-gcc-switches is not supported by the current target-freorder-blocks-and-partition does not support unwind info on this architecture-freorder-blocks-and-partition does not work on this architecture-freorder-blocks-and-partition does not work with exceptions on this architecture-freorder-blocks-and-partition not supported on this architecture-frepo must be used with -c-fsanitize-address-use-after-scope requires -fstack-reuse=none option-fsanitize-recover=%s is not supported-fsanitize-sections=<sec1,sec2,...>	Sanitize global variables in user-defined sections.-fsanitize=address and -fsanitize=kernel-address are incompatible with -fsanitize=thread-fsanitize=address and -fsanitize=kernel-address are not supported for this target-fsanitize=address is incompatible with -fsanitize=kernel-address-fsanitize=address not supported for this target-fsanitize=all option is not valid-fsanitize=leak is incompatible with -fsanitize=thread-fsched-stalled-insns-dep=<number>	Set dependence distance checking in premature scheduling of queued insns.-fsched-stalled-insns=<number>	Set number of queued insns that can be prematurely scheduled.-fsched-verbose=<number>	Set the verbosity level of the scheduler.-fsplit-stack does not support 3 register parameters-fsplit-stack does not support fastcall with nested function-fsso-struct=[big-endian|little-endian|native]	Set the default scalar storage order.-fstack-check=[no|generic|specific]	Insert stack checking code into the program.-fstack-limit- options are ignored with -mfdpic; use -mstack-check-l1-fstack-limit-register=<register>	Trap if the stack goes past <register>.-fstack-limit-symbol=<name>	Trap if the stack goes past symbol <name>.-fstack-protector not supported for this target-ftabstop=<number>	Distance between tab stops for column reporting.-ftemplate-depth=<number>	Specify maximum template instantiation depth.-ftls-model=[global-dynamic|local-dynamic|initial-exec|local-exec]	Set the default thread-local storage code generation model.-ftrack-macro-expansion=<0|1|2>  Track locations of tokens coming from macro expansion and display them in error messages.-fuse-linker-plugin is not supported in this configuration-fuse-linker-plugin, but %s not found-fvisibility=[default|internal|hidden|protected]	Set the default symbol visibility.-fvisibility=[private|protected|public|package]	Set the default symbol visibility.-fvtable-verify=preinit is not supported in this configuration-fvtable-verify=std is not supported in this configuration-fwide-exec-charset=<cset>	Convert all wide strings and character constants to character set <cset>.-fwpa and -fltrans are mutually exclusive-g is only supported when using GAS on this processor,-g option disabled-g with -mno-apcs-frame may not give sensible debugging-gnat<options>	Specify options to GNAT.-gz is not supported in this configuration-gz=<format>	Generate compressed debug sections in format <format>.-gz=zlib is not supported in this configuration-idirafter <dir>	Add <dir> to the end of the system include path.-iframework <dir>	Add <dir> to the end of the system framework include path.-imacros <file>	Accept definition of macros in <file>.-imultiarch <dir>	Set <dir> to be the multiarch include subdirectory.-imultilib <dir>	Set <dir> to be the multilib include subdirectory.-include <file>	Include the contents of <file> before other files.-install_name only allowed with -dynamiclib-iplugindir <dir> option not passed from the gcc driver-iplugindir=<dir>	Set <dir> to be the default plugin directory.-iprefix <path>	Specify <path> as a prefix for next two options.-iquote <dir>	Add <dir> to the end of the quote include path.-isysroot <dir>	Set <dir> to be the system root directory.-isystem <dir>	Add <dir> to the start of the system include path.-iwithprefix <dir>	Add <dir> to the end of the system include path.-iwithprefixbefore <dir>	Add <dir> to the end of the main include path.-keep_private_externs not allowed with -dynamiclib-m%s not supported in this configuration-m64 requires PowerPC64 architecture, enabling-m64 requires a PowerPC64 cpu-mabi=ABI	Generate code that conforms to the given ABI.-mabi=ABI	Generate code that conforms to the specified ABI.-mabs=MODE	Select the IEEE 754 ABS/NEG instruction execution mode.-maix64 required: 64-bit computation with 32-bit addressing not yet supported-maix64 requires PowerPC64 architecture remain enabled-malign-functions is obsolete, use -falign-functions-malign-functions=%d is not between 0 and %d-malign-jumps is obsolete, use -falign-jumps-malign-jumps=%d is not between 0 and %d-malign-loops is obsolete, use -falign-loops-malign-loops=%d is not between 0 and %d-malign-power is not supported for 64-bit Darwin; it is incompatible with the installed C and C++ libraries-maltivec=le not allowed for big-endian targets-mapcs-stack-check incompatible with -mno-apcs-frame-march=	Generate code for given RISC-V ISA (e.g. RV64IM).  ISA strings must be lower-case.-march=ARCH	Generate code for the specified chip or CPU version.-march=ARCH	Use features of architecture ARCH.-march=ISA	Generate code for the given ISA.-mas100-syntax is incompatible with -gdwarf-masm=intel not supported in this configuration-max-stackframe=%d is not usable, not between 0 and %d-mbackchain -mpacked-stack -mhard-float are not supported in combination-mbig-endian and -mlittle-endian may not be used together-mbranch-cost=%d is not between 0 and 5-mbranch-cost=COST	Set the cost of branches to roughly COST instructions.-mbranch-cost=N	Set the cost of branches to roughly N instructions.-mcmodel incompatible with other toc options-mcmodel= is not supported on 32 bit systems-mcode-readable=SETTING	Specify when instructions are allowed to access code.-mcorea and -mcoreb can%'t be used together-mcorea should be used with -mmulticore-mcoreb should be used with -mmulticore-mcpu=	Use features of and schedule code for given CPU.-mcpu=%s conflicts with -march=%s-mcpu=%s has invalid silicon revision-mcpu=%s is not valid-mcpu=CPU	Compile code for ARC variant CPU.-mcpu=CPU	Use features of and optimize for CPU.-mcpu=CPU	Use features of and schedule code for given CPU.-mcpu=PROCESSOR		Use features of and schedule code for given CPU.-mcpu=m16c	Compile code for M16C variants.-mcpu=m32c	Compile code for M32C variants.-mcpu=m32cm	Compile code for M32CM variants.-mcpu=r8c	Compile code for R8C variants.-mdebug=	Enable debug output.-memregs=	Number of memreg bytes (default: 16, range: 0..16).-mfdpic is not supported, please use a bfin-linux-uclibc target-mfentry isn%'t supported for 32-bit in combination with -fpic-mfloat-abi=hard and VFP-mfloat-abi=soft and -mfloat-abi=hard may not be used together-mfloat-gprs=	Select GPR floating point method.-mflush-func=FUNC	Use FUNC to flush the cache before calling stack trampolines.-mfpu=	Specify FP (sp, dp, sp-lite, dp-lite) (implies -mxilinx-fpu).-mhard-dfp can%'t be used in conjunction with -msoft-float-mhard-float not supported-mincoming-stack-boundary=%d is not between %d and 12-mipsN	Generate code for ISA level N.-mlong-double-64 not allowed with -m64-mlong-double-<n>	Specify size of long double (64 or 128 bits).-mmax-stackframe=SIZE	Warn when a stackframe is larger than the specified size.-mmcu=MCU	Select the target MCU.-mmpy-option=MPY Compile ARCv2 code with a multiplier design option.-mmulticore can only be used with BF561-mmultiple is not supported on little endian systems-mnan=ENCODING	Select the IEEE 754 NaN data encoding.-mno-altivec disables vsx-mno-fentry isn%'t compatible with SEH-mno-serialize-volatile	Do not serialize volatile memory references with MEMW instructions.-mpcrel -fPIC is not currently supported on selected cpu-mpic-register= is useless without -fpic-mpointer-size=[no,32,short,64,long]	Set the default pointer size.-mpreferred-stack-boundary is not supported for this target-mpreferred-stack-boundary=%d is not between %d and %d-mquad-memory is not available in little endian mode-mquad-memory requires 64-bit mode-mquad-memory-atomic requires 64-bit mode-mr10k-cache-barrier=SETTING	Specify when r10k cache barriers should be inserted.-mrecip requires -ffinite-math or -ffast-math-mrecip requires -fno-trapping-math or -ffast-math-mrecip requires -freciprocal-math or -ffast-math-mregparm is ignored in 64-bit mode-mregparm=%d is not between 0 and %d-mrelax is only supported for RTP PIC-mrelocatable and -mcall-%s are incompatible-mrelocatable and -mno-minimal-toc are incompatible-mrelocatable and -msdata=%s are incompatible-ms2600 is used without -ms-msdata=%s and -mcall-%s are incompatible-msecure-plt not supported by your assembler-mshared-library-id= specified without -mid-shared-library-mshared-library-id=%s is not between 0 and %d-msim	Use simulator runtime.-msim   Use simulator runtime.-msimple-fpu option ignored-msingle-float and -msoft-float cannot both be specified-msingle-float option equivalent to -mhard-float-msmall-data-limit=N	Put global and static data smaller than <number> bytes into a special section (on some targets).-mstack-guard implies use of -mstack-size-mstring is not supported on little endian systems-mstringop-strategy=rep_8byte not supported for 32-bit code-mtoc-fusion requires 64-bit-mtoc-fusion requires medium/large code model-mtraceback=	Select full, part, or no traceback table.-mtune=	Schedule code for given CPU.-mtune= expects mn10300, am33, am33-2, or am34-mtune=ARCH	Tune alignment for the specified chip or CPU version.-mtune=CPU	Optimize for CPU.-mtune=PROCESSOR	Optimize the output for PROCESSOR.-mvsx and -mno-altivec are incompatible-mvsx and -mpaired are incompatible-mvsx needs indexed addressing-mvsx requires hardware floating point-mxl-multiply-high can be used only with -mcpu=v6.00.a or greater-mxl-multiply-high requires -mno-xl-soft-mul-o <file>	Place output into <file>.-pg and -fomit-frame-pointer are incompatible-pie is not supported in this configuration-pipe ignored because -save-temps specified-pipe not supported-private_bundle not allowed with -dynamiclib-trigraphs	Support ISO C trigraphs..NOT. operator in expression at %L must have a LOGICAL operand128-bit long double not supported for VAX floats31 bit ABI.387 instruction set disabled, using SSE arithmetics64 bit ABI.64-bit ABI not supported in ESA/390 mode<During initialization>
! <anonymous><brace-enclosed initializer list><built-in><command-line><declaration error><enumerator><erroneous-expression><expression error><lambda<lambda><missing><return value> <return-value><statement><tag-error><template arguments error><template parameter error><throw-expression><type error><type-error><typedef-error><typeprefixerror><ubsan routine call><unknown operator><unknown><unnamed %s><unnamed-fixed:<unnamed-float:<unnamed-unsigned:<unnamed><unparsed><unresolved overloaded function type>?: using integer constants in boolean context?: using integer constants in boolean context, the expression will always evaluate to %<true%>@catch parameter can not be protocol-qualified@catch parameter is not a known Objective-C class type@interface of class %qE not foundA basic block profile count is considered hot if it contributes to the given permillage of the entire profiled execution.A factor for tuning the upper bound that swing modulo scheduler uses for scheduling a loop.A synonym for -std=c89 (for C) or -std=c++98 (for C++).A threshold on the average loop count considered by the swing modulo scheduler.AAPCS does not support -mcallee-super-interworkingAAPCS does not support -mcaller-super-interworkingACCESS specification at %L was already specifiedACQUIRED_LOCK variableACQUIRED_LOCK= argument at %L must be a scalar LOGICAL variableALLOCATABLE specified outside of INTERFACE body at %LALLOCATE objectALLOCATE of coarray at %C in CRITICAL blockALLOCATE of coarray at %C in DO CONCURRENT blockALTERNATE RETURN not permitted at %LAPCS reentrant code not supported.  IgnoredASSERT_EXPR with an always-false conditionASSIGN statement at %L requires a scalar default INTEGER variableASSIGNED GOTO statement at %L requires an INTEGER variableASYNCHRONOUS= specifier at %L must be an initialization expressionATOM argument at %L of the %s intrinsic function shall be a coarray or coindexedATOM argument at %L to intrinsic function %s shall be an integer of ATOMIC_INT_KIND or a logical of ATOMIC_LOGICAL_KINDATOM argument of the %s intrinsic function at %L shall be definableAUX pointer initialized for edge %d->%dAVX vector argument without AVX enabled changes the ABIAccept extensions to support legacy code.Access data in the same section from shared anchor points.Access specification of the %s operator at %C has already been specifiedAccess specification of the .%s. operator at %C has already been specifiedAccess variables in 32-bit PPU objects (default).Access variables in 64-bit PPU objects.Accumulate outgoing function arguments and acquire/release the needed stack space for outgoing function arguments in function prologue/epilogue.  Without this option, outgoing arguments are pushed before calling a function and popped afterwards.  This option can lead to reduced code size for functions that call many functions that get their arguments on the stack like, for example printf.Actual string length does not match the declared one for dummy argument '%s' (%ld/%ld)Actual string length is shorter than the declared one for dummy argument '%s' (%ld/%ld)Add Pointer Bounds Checker instrumentation.  fchkp-* flags are used to control instrumentation.  Currently available for C, C++ and ObjC.Add a common subexpression elimination pass after loop optimizations.Add explicit checks for division by zero.Add explicit checks for division overflow in INT_MIN / -1.Add extra commentary to assembler output.Additional debug prints.After diagnosing undefined behavior attempt to continue execution.Aggressively optimize loops using language constraints.Alias and target's comdat groups differsAlias and target's section differsAlias chain for instrumented node is brokenAlias for --help=target.Alias for -mcpu=g10.Alias for -mcpu=g13.Alias for -mcpu=g14.Alias has call edgesAlias has more than one alias referenceAlias has non-alias referenceAlign all labels.Align all loops to 32 byte boundary.Align code and data to 32 bits.Align destination of the string operations.Align doubles at 64-bit boundaries.Align labels which are only reached by jumping.Align some doubles on dword boundary.Align the start of functions.Align the start of loops.Align to the base type of the bit-field.Align to the base type of the bit-field. Don't assume that unaligned accesses are handled by the system.Align variables on a 32-bit boundary.All intrinsics procedures are available regardless of selected standard.All memory accesses use I/O load/store instructions.Allocatable component %s at %L must have a codimension as it has a noncoarray subcomponent of type LOCK_TYPEAllocatable component %s at %L of type LOCK_TYPE must have a codimensionAllocatable component of structure at %C must have a deferred shapeAllocate local variables on the stack to allow indirect recursion.Allocate-object at %L also appears at %LAllocate-object at %L is subobject of object at %LAllocate-object at %L must be ALLOCATABLE or a POINTERAllocate-object at %L with a deferred type parameter requires either a type-spec or SOURCE tag or a MOLD tagAllocating %s at %L with type-spec requires the same character-length parameter as in the declarationAllocating %s of ABSTRACT base type at %L requires a type-spec or source-exprAllocation would exceed memory limitAllow 128-bit integers in VSX registers.Allow 64-bit integer variables in upper registers with -mcpu=power7 or -mvsx.Allow Pointer Bounds Checker optimizations.  By default allowed on optimization levels >0.Allow access to instance variables as if they were local declarations within instance method implementations.Allow arbitrary character line width in fixed mode.Allow arbitrary character line width in free mode.Allow bit-fields to cross word boundaries.Allow branches to be packed with other instructions.Allow built-in functions ceil, floor, round, trunc to raise "inexact" exceptions.Allow conversions between __ea and generic pointers (default).Allow dollar signs in entity names.Allow double variables in upper registers with -mcpu=power7 or -mvsx.Allow fast jumps to the message dispatcher.Allow float variables in upper registers with -mcpu=power8 or -mpower8-vector.Allow float/double variables in upper registers if cpu allows it.Allow function addresses to be held in registers.Allow gcc to generate LIW instructions.Allow gcc to generate the SETLB and Lcc instructions.Allow hardware floating-point instructions to cover both 32-bit and 64-bit operations.Allow implicit conversions between vectors with differing numbers of subparts and/or differing element types.Allow interposing function (or variables) by ones with different semantics (or initializer) respectively by dynamic linker.Allow math optimizations that may violate IEEE or ISO standards.Allow new data races on stores to be introduced.Allow optimization for floating-point arithmetic which may change the result of the operation due to rounding.Allow premature scheduling of queued insns.Allow sign extension in fusion operations.Allow speculative motion of more loads.Allow speculative motion of non-loads.Allow speculative motion of some loads.Allow the IEEE 128-bit types without requiring the __float128 keyword.Allow the arguments of the '?' operator to have different types.Allow the use of MDMX instructions.Allow the use of MT instructions.Allow the use of hardware floating point instructions for V850E2V3 and up.Allow the use of hardware floating-point ABI and instructions.Allow to use *_nobnd versions of string functions by Pointer Bounds Checker.Allow to use *_nochk versions of string functions by Pointer Bounds Checker.Allow to use truncation instead of rounding towards zero for fractional fixed-point types.Allow two instructions to be issued per cycle.Allow variadic functions without named parameter.Already inside a CONTAINS block at %CAlternate RETURN statement at %C is only allowed within a SUBROUTINEAlternate RETURN statement at %L requires a SCALAR-INTEGER return specifierAlternate calling convention.Alternate return cannot appear in operator interface at %LAltiVec argument passed to unprototyped functionAltiVec not supported in this targetAlways generate long calls.Always treat bitfields as int-sized.Always use Dynamic Realigned Argument Pointer (DRAP) to realign stack.Always use JSR, never BSR, for calls.Ambiguous !$OMP DECLARE REDUCTION from module %s at %LAmbiguous symbol in TYPE definition at %CAmend appropriate diagnostic messages with the command line option that controls them.An alias for minterlink-compressed provided for backward-compatibility.An alternate return at %L without a * dummy argumentAn indirect edge from %s is not marked as indirect or has associated indirect_info, the corresponding statement is: An outer FORALL construct already has an index with this name %LAnalyze and remove doubleword swaps from VSX computations.Analyzed alias has no referenceAnalyzed node has no reference to instrumented versionAnnotate assembler instructions with estimated addresses.Append a second underscore if the name already contains an underscore.Append underscores to externally visible names.Apply negative sign to zero values.Apply special rules for compiling runtime package.Apply variable expansion when loops are unrolled.Approximate maximum number of instructions to allow between a hint and its branch [125].Argument NCOPIES of REPEAT intrinsic is negative (its value is %ld)Argument NCOPIES of REPEAT intrinsic is negative at %LArgument NCOPIES of REPEAT intrinsic is too largeArgument NCOPIES of REPEAT intrinsic is too large at %LArgument dim at %L must be of INTEGER typeArgument dim at %L must be scalarArgument of %s at %L must be of length oneArgument of %s function at %L is negativeArgument of %s function at %L is too large for the collating sequence of kind %dArgument of %s function at %L outside of range [0,127]Argument of ACOS at %L must be between -1 and 1Argument of ACOSH at %L must not be less than 1Argument of ASIN at %L must be between -1 and 1Argument of ATANH at %L must be inside the range -1 to 1Argument of FINAL procedure at %L must not be ALLOCATABLEArgument of FINAL procedure at %L must not be INTENT(OUT)Argument of FINAL procedure at %L must not be OPTIONALArgument of FINAL procedure at %L must not be a POINTERArgument of IACHAR at %L must be of length oneArgument of IACHAR function at %L outside of range 0..127Argument of ICHAR at %L must be of length oneArgument of LOG at %L cannot be less than or equal to zeroArgument of LOG10 at %L cannot be less than or equal to zeroArgument of SELECT statement at %L cannot be %sArgument of SELECT statement at %L must be a scalar expressionArgument of SQRT at %L has a negative valueArithmetic NaN at %LArithmetic OK at %LArithmetic OK converting %s to %s at %LArithmetic overflow at %LArithmetic underflow at %LArray TYPE_DOMAIN is not integer typeArray component of structure at %C must have an explicit shapeArray component of structure at %C must have explicit or deferred shapeArray element size too big at %CArray index at %L is an array of rank %dArray index at %L must be of INTEGER type, found %sArray index at %L must be scalarArray operands are incommensurate at %LArray operands are incommensurate converting %s to %s at %LArray reference at %C cannot have more than %d dimensionsArray reference at %L is out of bounds (%ld < %ld) in codimension %dArray reference at %L is out of bounds (%ld < %ld) in dimension %dArray reference at %L is out of bounds (%ld > %ld) in codimension %dArray reference at %L is out of bounds (%ld > %ld) in dimension %dArray reference in EQUIVALENCE at %C cannot be an array sectionArray reference out of boundsArray section designator, e.g. '(:)', is required besides the coarray designator '[...]' at %CArray section with a vector subscript at %L shall not be the target of a pointerArray specification at %C has more than %d dimensionsArray specification must be deferred at %LArray specification required in ALLOCATE statement at %LAssembler options
  =================
  
! Assigned label is not a target labelAssigning value other than 0 or 1 to LOGICAL has undefined result at %LAssignment of scalar to unallocated arrayAssignment operator interface at %L must be a SUBROUTINEAssignment operator interface at %L must have two argumentsAssignment operator interface at %L must not redefine an INTRINSIC type assignmentAssignment to a FORALL index variable at %LAssignment to coindexed variable at %L in a PURE procedureAssociation target at %C must not be coindexedAssume ES is zero throughout program execution, use ES: for read-only data.Assume ICPLBs are enabled at runtime.Assume a large TLS segment.Assume all symbols have 32-bit values.Assume all variable arg functions are prototyped.Assume code will be assembled by GAS.Assume code will be linked by GNU ld.Assume code will be linked by HP ld.Assume common declarations may be overridden with ones with a larger trailing array.Assume data segments are relative to text segment.Assume floating-point operations can trap.Assume incoming stack aligned to this power of 2.Assume labels and symbols can be addressed using 16 bit absolute addresses.Assume loading data from flash is slower than fetching instructions.Assume no NaNs or infinities are generated.Assume normal C execution environment.Assume possible double misalignment.Assume round to nearest is selected for purposes of scheduling.Assume signed arithmetic overflow wraps around.Assume small address space.Assume strict aliasing rules apply.Assume target CPU is configured as big endian.Assume target CPU is configured as little endian.Assume that all data in static storage can be accessed by LDS / STS.  This option is only useful for reduced Tiny devices.Assume that floating-point stores and loads are not likely to cause conflict when placed into one instruction group.Assume that receivers of Objective-C messages may be nil.Assume that run-time support has been provided, so omit -lsim from the linker command line.Assume that the reciprocal estimate instructions provide more accuracy.Assume that the source file is fixed form.Assume that the source file is free form.Assume that values of enumeration type are always within the minimum range of that type.Assume that zero displacement conditional branches are fast.Assume the VxWorks RTP environment.Assume the VxWorks vThreads environment.Assume unified syntax for inline assembly code.Assumed shape array at %L must be a dummy argumentAssumed size array at %L must be a dummy argumentAssumed size polymorphic objects or components, such as that at %C, have not yet been implementedAt global scope:At most %i profile runs is supported. Perhaps corrupted profile?At top level:Atomically write back software data cache lines (default).Attempt to DEALLOCATE unallocated '%s'Attempt to avoid generating instruction sequences containing ret bytes.Attempt to fill delay slots of branch instructions.Attempt to indirectly overlap COMMON blocks %s and %s by EQUIVALENCE at %CAttempt to keep stack aligned to this power of 2.Attempt to merge identical constants across compilation units.Attempt to merge identical constants and constant variables.Attempt to merge identical debug strings across compilation units.Attempting to allocate already allocated variableAttempting to allocate already allocated variable '%s'Attribute at %L is not allowed in a TYPE definitionAutomatically align branch targets to reduce branch penalties.Average number of iterations of a loop.Avoid all range limits on call instructions.Avoid generating pc-relative calls; use indirection.Avoid generation of indexed load/store instructions when possible.Avoid overlapping destination and address registers on LDRD instructions that may trigger Cortex-M3 errata.Avoid speculative loads to work around a hardware anomaly.Avoid use of the DIV and MOD instructionsBB %i can not throw but has an EH edgeBB %i has incorrect edgeBB %i has incorrect fallthru edgeBB %i has multiple EH edgesBB %i is missing an EH edgeBB %i is missing an edgeBB %i last statement has incorrectly set lpBB %i too many fallthru edgesBB_RTL flag not set for block %dBIND(C) applied to %s %s at %LBIND(C) attribute at %C requires an interface with BIND(C)BIND(C) attribute at %L can only be used for variables or common blocksBIND(C) procedure with NAME may not have POINTER attribute at %CBOZ constant at %L is too large (%ld vs %ld bits)BYTE type used at %C is not available on the target machineBad 128-bit moveBad GPR fusionBad INTENT specification at %CBad IO basetype (%d)Bad allocate-object at %C for a PURE procedureBad array reference at %LBad array specification for an explicitly shaped array at %CBad array specification for assumed shape array at %CBad array specification for implied-shape array at %CBad array specification in ALLOCATE statement at %LBad coarray specification in ALLOCATE statement at %LBad continuation line at %CBad kind for logical constant at %CBad nameBad operatorBad specification for assumed size array at %CBad specification for deferred shape array at %CBad target in pointer assignment in PURE procedure at %LBad type in constant expressionBase object for NOPASS type-bound procedure call at %L must be scalarBinding attributes already specify passing, illegal NOPASS at %CBinding attributes already specify passing, illegal PASS at %CBlank BLOCK DATA at %C conflicts with prior BLOCK DATA at %LBlanket SAVE statement at %C follows previous SAVE statementBlock label is not appropriate for IF statement at %CBlock label not appropriate for arithmetic IF statement at %CBoard name [and memory region].Both section and comdat group is setBound on number of candidates below that all candidates are considered in iv optimizations.Bound on number of iv uses in loop optimized in iv optimizations.Bound on number of runtime checks inserted by the vectorizer's loop versioning for alias check.Bound on number of runtime checks inserted by the vectorizer's loop versioning for alignment check.Bound on size of expressions used in the scalar evolutions analyzer.Bound on the complexity of the expressions in the scalar evolutions analyzer.Bound on the cost of an expression to compute the number of iterations.Bound on the number of iterations the brute force # of iterations analysis algorithm evaluates.Branch at %L may result in an infinite loopBranches are this expensive (1-5, arbitrary units).Branches executed:%s of %d
! Build for Core A.Build for Core B.Build for SDRAM.Builtin function %s is not supported with the current optionsBuiltin function %s is only valid for the cell processorBuiltin function %s requires the -maltivec optionBuiltin function %s requires the -mpaired optionBuiltin function %s requires the -mspe optionBuiltin function %s requires the -mvsx optionBy-value argument at %L cannot be an array or an array sectionBy-value argument at %L is not allowed in this contextBy-value argument at %L is not of numeric typeC kind type parameter is for type %s but type at %L is %sC++ constructors and destructors will not be invoked for Objective-C fieldsC++ lookup of %qD would return a field, not a typeC++ requires promoted type, not enum type, in %<va_arg%>C++11 %<constexpr%> only available with -std=c++11 or -std=gnu++11C99 designator %qE outside aggregate initializerCASE label at %L overlaps with CASE label at %LCFString literal expression is not a string constantCFString literal is missingCHARACTER expression at %L is being truncated (%d/%d)CHARACTER expression will be truncated in assignment (%d/%d) at %LCLOSE statement at %L requires a UNIT numberCLOSE statement not allowed in PURE procedure at %CCOLLAPSE clause argument not constant positive integer at %CCOLLECT_LTO_WRAPPER must be setCOMMON block /%s/ not found at %CCOMPLEX quantities cannot be compared at %LCONTAINS statement at %C is already in a contained program unitCPU you selected does not support x86-64 instruction setCRIS-port assertion failed: CYCLE statement at %C to non-innermost collapsed !$OMP DO loopCall mcount for profiling before a function prologue.Calls executed:%s of %d
! Can't convert %s to %s at %LCan't delete module file %qs: %sCan't delete temporary module file %qs: %sCan't initialize implied-shape array at %L with scalarCan't open module file %qs for writing at %C: %sCan't rename module file %qs to %qs: %sCannot assign to a named constant at %CCannot change attributes of USE-associated symbol %s at %LCannot change attributes of USE-associated symbol at %LCannot change directory to %sCannot get current directory nameCannot make directory %sCannot map %sCannot open %sCannot open source file %s
  Cannot read %sCannot specify IMPLICIT at %C after IMPLICIT NONECatch typos.Cause gas to print tomcat statistics.Cgraph edge statement index not foundCgraph edge statement index out of rangeChained transparent aliasesChange only the low 8 bits of the stack pointer.Change the ABI to allow double word insns.Change the amount of scheduler lookahead.Change the maximum length of conditionally-executed sequences.Change the number of temporary registers that are available to conditionally-executed sequences.Change the stack pointer without disabling interrupts.Changes visibility to match Microsoft Visual Studio by default.Check for stack overflow at runtime.Check for syntax errors, then stop.Check the return value of new in C++.Chose strategy to generate stringop using.Chunk size of omp schedule for loops parallelized by parloops.Cilk array notation cannot be used as a computed goto expressionCilk array notation cannot be used as a condition for a do-while statementCilk array notation cannot be used as a condition for switch statementCilk array notation cannot be used as a condition for while statementCilk array notation cannot be used for a throw expressionCilk array notation cannot be used in a condition for a for-loopClear all tune features.Clear hardware capabilities when linking.Clear the BSS to zero and place zero initialized in BSS.Coarray specification required in ALLOCATE statement at %LCode size: small, medium or large.Coindex of codimension %d must be a scalar at %LCoindex rank mismatch in array reference at %L (%d/%d)Coindexed actual argument at %L in PURE procedure is passed to a POINTER dummy argumentCoindexed actual argument at %L in PURE procedure is passed to an INTENT(%s) argumentCoindexed actual argument at %L with ultimate pointer componentCoindexed allocatable object at %LCoindexed expression at %L is assigned to a derived type variable with a POINTER component in a PURE procedureCoindexed object with polymorphic allocatable subcomponent at %LCoindexed procedure-pointer component at %CCollect and dump debug information into temporary file if ICE in C/C++ compiler occurred.Comma required after P descriptorCompile code for big endian mode.Compile code for little endian mode.  This is the default.Compile code that relies on Cygwin DLL wrappers to support C++ operator new/delete replacement.Compile for 32-bit pointers.Compile for 64-bit pointers.Compile for ETRAX 100 (CRIS v8).Compile for ETRAX 4 (CRIS v3).Compile for V8+ ABI.Compile for the DSBT shared library ABI.Compile for the m32r.Compile for the m32r2.Compile for the m32rx.Compile for the v850 processor.Compile for the v850e processor.Compile for the v850e1 processor.Compile for the v850e2 processor.Compile for the v850e2v3 processor.Compile for the v850e3v5 processor.Compile for the v850es variant of the v850e1.Compile whole compilation unit at a time.Compile with 32 bit longs and pointers, which is the only supported behavior and thus the flag is ignored.Compile with 32 bit longs and pointers.Compile with 64 bit longs and pointers.Compile-time bonus IPA-CP assigns to candidates which make an array index known..Compile-time bonus IPA-CP assigns to candidates which make loop bounds or strides known..Complex argument of LOG at %L cannot be zeroComplex multiplication and division follow Fortran rules.Component %s at %L of type LOCK_TYPE must have a codimension or be a subcomponent of a coarray, which is not possible as the component has the pointer attributeComponent %s of SEQUENCE type declared at %L does not have the SEQUENCE attributeComponent at %C must have the POINTER attributeComponent initializer without name after component named %s at %L!Component to the right of a part reference with nonzero rank must not have the ALLOCATABLE attribute at %LComponent to the right of a part reference with nonzero rank must not have the POINTER attribute at %LComponents in TYPE at %C must precede CONTAINSConcat operator at %L must concatenate strings of the same kindConcatenation operator in expression at %L must have two CHARACTER operandsConfigured with: %s
! Conform more closely to IBM XLC semantics.Conform to nothing in particular.Conform to the ISO 1990 C standard as amended in 1994.Conform to the ISO 1990 C standard with GNU extensions.Conform to the ISO 1990 C standard.Conform to the ISO 1998 C++ standard revised by the 2003 technical corrigendum with GNU extensions.Conform to the ISO 1998 C++ standard revised by the 2003 technical corrigendum.Conform to the ISO 1999 C standard with GNU extensions.Conform to the ISO 1999 C standard.Conform to the ISO 2011 C standard with GNU extensions.Conform to the ISO 2011 C standard.Conform to the ISO 2011 C++ standard with GNU extensions.Conform to the ISO 2011 C++ standard.Conform to the ISO 2014 C++ standard with GNU extensions.Conform to the ISO 2014 C++ standard.Conform to the ISO 2017(?) C++ draft standard (experimental and incomplete support).Conform to the ISO 201z(7?) C++ draft standard with GNU extensions (experimental and incomplete support).Conform to the ISO Fortran 2003 standard.Conform to the ISO Fortran 2008 standard including TS 29113.Conform to the ISO Fortran 2008 standard.Conform to the ISO Fortran 95 standard.Conform to the Objective-C 1.0 language as implemented in GCC 4.0.Conform to the o32 FPXX ABI.Consider access to byte sized memory slow.Consider type 'int' to be 16 bits wide.Consider type 'int' to be 32 bits wide.Constant expression in FORMAT tag at %L must be of type default CHARACTERConstant expression required at %CConstant logical value in CASE statement is repeated at %LConstruct webs and split unrelated uses of single variable.Control generation of reciprocal estimates.Control how Pointer Bounds Checker handle pointers to object fields.  When narrowing is on, field bounds are used.  Otherwise full object bounds are used.Control the IEEE trap mode.Control the generated fp rounding mode.Control the precision given to fp exceptions.Conversion from %s to %s at %LConversion of an Infinity or Not-a-Number at %L to INTEGERConvert conditional jumps in innermost loops to branchless equivalents.Convert floating point constants to single precision constants.Copy array sections into a contiguous block on procedure entry.Copyright %s 2014-2017 Free Software Foundation, Inc.
  Cost at which GCSE optimizations will not constraint the distance an expression can travel.Cost to assume for a branch insn.Cost to assume for a multiply insn.Cost to assume for a multiply instruction, with 4 being equal to a normal insn.Could not generate addis value for fusionCould not open output file '%s'
  Count speculative dependencies while calculating priority of instructions.Cray Pointee at %C cannot be assumed shape arrayCray Pointee at %L appears in multiple pointer() statementsCray pointer at %C has %d bytes of precision; memory addresses require %d bytesCray pointer at %C must be an integerCray pointer declaration at %C requires -fcray-pointer flagCreate GUI application.Create a position independent executable.Create a shared library.Create canonical induction variables in loops.Create console application.Create data files needed by "gcov".Creating '%s'
! Creating array temporary at %LDATA statement at %C is not allowed in a PURE procedureDATA statement at %L has more values than variablesDATA statement at %L has more variables than valuesDEALLOCATE objectDEALLOCATE of coarray at %C in CRITICAL blockDEALLOCATE of coarray at %C in DO CONCURRENT blockDECL_GIMPLE_REG_P set on a variable with address takenDEF_INTERNAL_FLT_FN (%s) has no associated built-in functionsDEF_INTERNAL_INT_FN (%s) has no associated built-in functionsDIM argument at %L is out of boundsDO loop at %L will be executed zero timesDO step value is zeroData element above array upper bound at %LData element below array lower bound at %LData is stored in big-endian format.Data is stored in little-endian format.  (Default).Data target at %L shall not have a coindexData transfer element at %L cannot be a full reference to an assumed-size arrayData transfer element at %L cannot be polymorphic unless it is processed by a defined input/output procedureData transfer element at %L cannot have ALLOCATABLE components unless it is processed by a defined input/output procedureData transfer element at %L cannot have POINTER components unless it is processed by a defined input/output procedureData transfer element at %L cannot have PRIVATE componentsData transfer element at %L cannot have procedure pointer componentsDeclaring method %qD final would enable devirtualization of %i callDeclaring method %qD final would enable devirtualization of %i callsDeclaring method %qD final would enable devirtualization of %i call executed %lli timesDeclaring method %qD final would enable devirtualization of %i calls executed %lli timesDeclaring type %qD final would enable devirtualization of %i callDeclaring type %qD final would enable devirtualization of %i callsDeclaring type %qD final would enable devirtualization of %i call executed %lli timesDeclaring type %qD final would enable devirtualization of %i calls executed %lli timesDeclaring virtual destructor of %qD final would enable devirtualization of %i callDeclaring virtual destructor of %qD final would enable devirtualization of %i callsDeclaring virtual destructor of %qD final would enable devirtualization of %i call executed %lli timesDeclaring virtual destructor of %qD final would enable devirtualization of %i calls executed %lli timesDefer popping functions args from stack until later.Deferred type parameter not yet supportedDelete dead instructions that may throw exceptions.Delete useless null pointer checks.Deleted feature:Deprecated in favor of -std=c++11.Deprecated in favor of -std=c++14.Deprecated in favor of -std=c11.Deprecated in favor of -std=c99.Deprecated in favor of -std=gnu++11.Deprecated in favor of -std=gnu++14.Deprecated in favor of -std=gnu11.Deprecated in favor of -std=gnu99.Deprecated in favor of -std=iso9899:1999.Deprecated option.  Use -misel instead.Deprecated option.  Use -mno-isel instead.Deprecated option.  Use -mno-spe instead.Deprecated option.  Use -mno-vrsave instead.Deprecated option.  Use -mspe instead.Deprecated option.  Use -mvrsave instead.Deprecated.  This switch has no effect.Derived type at %C can only be PRIVATE in the specification part of a moduleDerived type at %C can only be PUBLIC in the specification part of a moduleDerived type at %C has not been previously defined and so cannot appear in a derived type definitionDerived type component %C is not a permitted EQUIVALENCE memberDerived type declaration with FINAL at %C must be in the specification part of a MODULEDescription for mxl-mode-bootstrap.Description for mxl-mode-executable.Description for mxl-mode-novectors.Description for mxl-mode-xmdstub.Detect paths that trigger erroneous or undefined behavior due a null value being used in a way forbidden by a returns_nonnull or nonnull attribute.  Isolate those paths from the main control flow and turn the statement with erroneous or undefined behavior into a trap.Detect paths that trigger erroneous or undefined behavior due to dereferencing a null pointer.  Isolate those paths from the main control flow and turn the statement with erroneous or undefined behavior into a trap.Determine which dependences between insns are considered costly.Different CHARACTER lengths (%d/%d) in array constructor at %LDifferent CHARACTER lengths (%ld/%ld) in array constructorDifferent kind type parameters in pointer assignment at %LDifferent ranks in pointer assignment at %LDifferent shape for %s at %L on dimension %d (%d and %d)Different types in pointer assignment at %L; attempted assignment of %s to %sDisable ARCompact specific pass to generate conditional execution instructions.Disable FP regs.Disable LR and SR instructions from using FPX extension aux registers.Disable Scalar to Vector optimization pass transforming 64-bit integer computations into a vector ones.Disable floating point optimizations that ignore the IEEE signedness of zero.Disable hardware floating point.Disable indexed addressing.Disable optimizations observable by IEEE signaling NaNs.Disable optimizations that assume default FP rounding behavior.Disable position-independent code (PIC) for use in OS kernel code.Disable preprocessing.Disable space regs.Disable the use of RX FPU instructions.  Disallow direct calls to global functions.Disallow more than 'msched-max-memory-insns' in instruction group. Otherwise, limit is 'soft' (prefer non-memory operations when limit is reached).Discover pure and const functions.Discover readonly and non addressable static variables.Display compile time statistics.Display statistics accumulated during compilation.Display the code tree after front end optimization.Display the code tree after parsing.Display the code tree after parsing; deprecated option.Display the compiler's version.Display this information.Division by zero at %LDivision by zero converting %s to %s at %LDivision strategy, one of: call-div1, call-fp, call-table.Do CFG-sensitive rematerialization in LRA.Do alignment optimizations for call instructions.Do dispatch scheduling if processor is bdver1, bdver2, bdver3, bdver4 or znver1 and Haifa scheduling is selected.Do no generate BRcc instructions in arc_reorg.Do not allow constant data to be placed in code sections.Do not assume a large TLS segment.Do not assume that standard C libraries and "main" exist.Do not disable space regs.Do not discard comments in macro expansions.Do not discard comments.Do not display functions compiled or elapsed time.Do not emit addressing modes with side-effect assignment.Do not emit complex integer constants to read-only memory.Do not emit function prologue or epilogue.Do not enforce strict alignment.Do not generate #line directives.Do not generate .size directives.Do not generate a single exit point for each function.Do not generate code that can only run in supervisor mode (default).Do not generate load/store with update instructions.Do not generate mpy instructions for ARC700.Do not inline integer division.Do not inline square root.Do not link against the device-specific library lib<MCU>.a.Do not load the PIC register in function prologues.Do not look for object files in standard path.Do not mark ABI switches in e_flags.Do not perform optimizations increasing noticeably stack usage.Do not place floating point constants in TOC.Do not place symbol+offset constants in TOC.Do not predefine system-specific and GCC-specific macros.Do not pretend that branches are expensive.Do not provide a default start-address 0x100 of the program.Do not push extended registers on stack in monitor functions.Do not put uninitialized globals in the common section.Do not search standard system include directories (those specified with -isystem will still be used).Do not search standard system include directories for C++.Do not support SSE4.1 and SSE4.2 built-in functions and code generation.Do not suppress C++ class debug information.Do not suppress warnings from system headers.Do not treat local variables and COMMON blocks as if they were named in SAVE statements.Do not tune code and read-only data alignment.Do not tune stack alignment.Do not tune writable data alignment.Do not use MDMX instructions.Do not use MIPS-3D instructions.Do not use VAX fp.Do not use a cache-flushing function before calling stack trampolines.Do not use addresses that allocate global registers.Do not use condition codes from normal instructions.Do not use hardware FP.Do not use hardware floating point.Do not use hardware fp.Do not use hardware quad fp instructions.Do not use inline patterns for copying memory.Do not use the AltiVec ABI extensions.Do not use the SPE ABI extensions.Do not use the bit-field instructions.Do not use the callt instruction (default).Do not use the fabsd custom instruction.Do not use the fabss custom instr.Do not use the faddd custom instruction.Do not use the fadds custom instruction.Do not use the fatand custom instruction.Do not use the fatans custom instruction.Do not use the fcmpeqd custom instruction.Do not use the fcmpeqs custom instruction.Do not use the fcmpged custom instruction.Do not use the fcmpges custom instruction.Do not use the fcmpgtd custom instruction.Do not use the fcmpgts custom instruction.Do not use the fcmpled custom instruction.Do not use the fcmples custom instruction.Do not use the fcmpltd custom instruction.Do not use the fcmplts custom instruction.Do not use the fcmpned custom instruction.Do not use the fcmpnes custom instruction.Do not use the fcosd custom instruction.Do not use the fcoss custom instruction.Do not use the fdivd custom instruction.Do not use the fdivs custom instruction.Do not use the fexpd custom instruction.Do not use the fexps custom instruction.Do not use the fextsd custom instruction.Do not use the fixdi custom instruction.Do not use the fixdu custom instruction.Do not use the fixsi custom instruction.Do not use the fixsu custom instruction.Do not use the floatid custom instruction.Do not use the floatis custom instruction.Do not use the floatud custom instruction.Do not use the floatus custom instruction.Do not use the flogd custom instruction.Do not use the flogs custom instruction.Do not use the fmaxd custom instruction.Do not use the fmaxs custom instruction.Do not use the fmind custom instruction.Do not use the fmins custom instruction.Do not use the fmuld custom instruction.Do not use the fmuls custom instruction.Do not use the fnegd custom instruction.Do not use the fnegs custom instruction.Do not use the frdxhi custom instruction.Do not use the frdxlo custom instruction.Do not use the frdy custom instruction.Do not use the fsind custom instruction.Do not use the fsins custom instruction.Do not use the fsqrtd custom instruction.Do not use the fsqrts custom instruction.Do not use the fsubd custom instruction.Do not use the fsubs custom instruction.Do not use the ftand custom instruction.Do not use the ftans custom instruction.Do not use the ftruncds custom instruction.Do not use the fwrx custom instruction.Do not use the fwry custom instruction.Do not use the round custom instruction.Do not use unaligned memory references.Do not warn about using "long long" when -pedantic.Do stack checking using bounds in L1 scratch memory.Does nothing.  Preserved for backward compatibility.Does nothing. Preserved for backward compatibility.Don't align items in code or data.Don't allocate floats and doubles in extended-precision registers.Don't assume that unaligned accesses are handled by the system.Don't call any cache flush functions.Don't call any cache flush trap.Don't create a position independent executable.Don't emit DWARF additions beyond selected version.Don't emit dllexported inline functions unless needed.Don't generate DWARF pubnames and pubtypes sections.Don't generate checks for control speculation in selective scheduling.Don't generate debug information in separate .dwo files.Don't generate privileged-mode only code; implies -mno-inline-ic_invalidate if the inline code would not work in user mode.Don't indicate any priority with TARGET_REGISTER_PRIORITY.Don't optimize block moves, use memcpy.Don't optimize block moves.Don't record gcc command line switches in DWARF DW_AT_producer.Don't use P-mnemonics for branches.Don't use any of r32..r63.Don't use less than 25 bit addressing range for calls.Don't warn about uses of Microsoft extensions.Double CLASS IS block in SELECT TYPE statement at %LDouble-precision floating point unit.Downgrade conformance errors to warnings.Driving:Dummy flag. This is the default unless FPX switches are provided explicitly.Dummy procedure at %C may not have BIND(C) attribute with NAMEDump declarations to a .decl file.Dump detailed information on GCC's internal representation of source code locations.Dump optimization passes.Duplicate %s attribute at %LDuplicate %s attribute specified at %LDuplicate %s label specification at %CDuplicate %s specification at %CDuplicate ASYNCHRONOUS attribute specified at %LDuplicate BIND attribute specified at %LDuplicate DEFERRED at %CDuplicate ELSE statements at %L and %CDuplicate EXTENDS attribute specified at %LDuplicate IMPLICIT NONE statement at %CDuplicate NML specification at %CDuplicate NON_OVERRIDABLE at %CDuplicate POINTER attribute at %CDuplicate PRIVATE statement at %CDuplicate PROTECTED attribute specified at %LDuplicate SAVE attribute specified at %LDuplicate SEQUENCE statement at %CDuplicate UNIT specification at %CDuplicate VALUE attribute specified at %LDuplicate VOLATILE attribute specified at %LDuplicate access-specifier at %CDuplicate array spec for Cray pointee at %CDuplicate format specification at %CDuplicate statement label %d at %L and %LDuring link time optimization warn about mismatched types of global declarations.Dynamically allocate cc registers.E specifier not allowed with g0 descriptorE500 and FPRs not supportedEDGE_CROSSING incorrectly set across same sectionEDGE_CROSSING missing across section boundaryEH edge crosses section boundary in bb %iEH landing pad label ELSE IF statement at %C cannot follow ELSE statement at %LELSEWHERE statement at %C follows previous unmasked ELSEWHEREELSEWHERE statement at %C not enclosed in WHERE blockEND tag at %C not allowed in output statementEND tag label %d at %L not definedENTRY result %s can't be a POINTER in FUNCTION %s at %LENTRY result %s can't be an array in FUNCTION %s at %LENTRY result %s can't be of type %s in FUNCTION %s at %LENTRY statement at %C cannot appear in a contained procedureENTRY statement at %C cannot appear within a BLOCK DATAENTRY statement at %C cannot appear within a DERIVED TYPE blockENTRY statement at %C cannot appear within a DO blockENTRY statement at %C cannot appear within a FORALL blockENTRY statement at %C cannot appear within a MODULEENTRY statement at %C cannot appear within a PROGRAMENTRY statement at %C cannot appear within a SELECT blockENTRY statement at %C cannot appear within a WHERE blockENTRY statement at %C cannot appear within a contained subprogramENTRY statement at %C cannot appear within an IF-THEN blockENTRY statement at %C cannot appear within an INTERFACEENTRY_BLOCK has IL associated with itENUM declaration at %C has no ENUMERATORSENUM definition statement expected before %CENUMERATOR %L not initialized with integer expressionEOR tag label %d at %L not definedEQUIVALENCE at %C requires two or more objectsERR tag label %d at %L not definedERRMSG at %L is useless without a STAT tagERRMSG variableERRMSG= argument at %L must be a scalar CHARACTER variableESA/390 architecture.EXIT statement at %C terminating !$OMP DO loopEXIT_BLOCK has IL associated with itEither all or none of the objects in the EQUIVALENCE set at %L shall have the PROTECTED attributeEither all or none of the upper bounds must be specified at %LElement in %s array constructor at %L is %sEliminate multiple function invocations also for impure functions.Emit 16-bit relocations to the small data areas.Emit 32-bit relocations to the small data areas.Emit DWARF additions beyond selected version.Emit IEEE-conformant code, without inexact exceptions.Emit call graph information.Emit checks causing "break 8" instructions to execute when applying atomic builtins on misaligned memory.Emit code for the byte/word ISA extension.Emit code for the counting ISA extension.Emit code for the fp move and sqrt ISA extension.Emit code for the motion video ISA extension.Emit code using explicit relocation directives.Emit common-like symbols as weak symbols.Emit debug annotations during preprocessing.Emit debugging information related to the escape analysis pass when run with -fgo-optimize-allocs.Emit direct branches to local functions.Emit errors when run-time relocations are generated.Emit extra code in the function prologue in order to trap if the stack size exceeds the given limit.Emit function prologues only before parts of the function that need it, rather than at the top of the function.Emit function-calls using global offset table when generating PIC.Emit implicit instantiations of inline templates.Emit implicit instantiations of templates.Emit indirect branches to local functions.Emit long load/store sequences.Emit profiling counter call at function entry before prologue.Emit rdval instead of rduniq for thread pointer.Emit static const variables even if they are not used.Emit stop bits before and after volatile extended asms.Emit traps as "break 8", default for CRIS v3 and up.  If disabled, calls to abort() are used.Emit verbose debug information in assembly code.Emit warnings when run-time relocations are generated.Empty FINAL at %CEmpty IMPLICIT statement at %CEmpty array constructor at %C is not allowedEmpty set of digits in BOZ constant at %CEnable 'q' instruction alternatives.Enable 64-bit Time-Stamp Counter extension instruction.Enable C++14 sized deallocation support.Enable CFI tables via GAS assembler directives.Enable Cilk Plus.Enable DEC-style STATIC and AUTOMATIC attributes.Enable DIV, DIVU.Enable DIV-REM instructions for ARCv2.Enable DSP 3.1 Pack A extensions.Enable DWARF line debug info via GNU as.Enable Dual and Single Operand Instructions for Telephony.Enable Full Redundancy Elimination (FRE) on trees.Enable Function Descriptor PIC mode.Enable Graphite Identity transformation.Enable ID based shared library.Enable IEEE 128-bit floating point via the __float128 keyword.Enable Local Register Allocation.Enable Locked Load/Store Conditional extension.Enable MUL instructions.Enable MUL.X and UMUL.X instructions.Enable MULX instructions, assume fast shifter.Enable Objective-C exception and synchronization syntax.Enable Objective-C setjmp exception handling runtime.Enable OpenACC.Enable OpenMP (implies -frecursive in Fortran).Enable OpenMP's SIMD directives.Enable PIC support for building libraries.Enable Plan 9 language extensions.Enable Rcq constraint handling - most short code generation depends on this.Enable Rcw constraint handling - ccfsm condexec mostly depends on this.Enable Read-Modify-Write (RMW) instructions support/use.Enable SSA coalescing of user variables.Enable SSA code sinking on trees.Enable SSA dead code elimination optimization on trees.Enable SSA-BIT-CCP optimization on trees.Enable SSA-CCP optimization on trees.Enable SSA-PRE optimization on trees.Enable TPF-OS tracing code.Enable XY Memory extension (DSP version 3).Enable alignment of COMMON blocks.Enable all -Wunused- warnings.Enable all DEC language extensions.Enable all optimization info dumps on stderr.Enable an RTL peephole pass before sched2.Enable assembler and linker relaxation.  Enabled by default at -Os.Enable atomic instructions.Enable automatic template instantiation.Enable backend debugging.Enable backward propagation of use properties at the SSA level.Enable barrel shift instructions.Enable basic block vectorization (SLP) on trees.Enable basic program profiling code.Enable bbit peephole2.Enable cache bypass for volatile references.Enable code density instructions for ARCv2.Enable code hoisting.Enable common options for generating profile info for profile feedback directed optimizations, and set -fprofile-dir=.Enable common options for generating profile info for profile feedback directed optimizations.Enable common options for performing profile feedback directed optimizations, and set -fprofile-dir=.Enable common options for performing profile feedback directed optimizations.Enable compact casesi pattern.Enable conditional dead code elimination for builtin calls.Enable conditional execution other than moves/scc.Enable conditional moves.Enable constructor/destructor feature.Enable copy propagation of scalar-evolution information.Enable copy propagation on trees.Enable correction of flow inconsistent profile data input.Enable coverage-guided fuzzing code instrumentation. Inserts call to __sanitizer_cov_trace_pc into every basic block.Enable dead store elimination.Enable debug output.Enable decimal floating point hardware support.Enable default conversions between __float128 & long double.Enable divide and modulus instructions.Enable dominator optimizations.Enable double load/store instructions for ARC HS.Enable dual viterbi butterfly extension.Enable earlier placing stop bits for better scheduling.Enable exception handling.Enable forward propagation on trees.Enable front end optimization.Enable function profiling.Enable function reordering that improves code placement.Enable garbage collection (GC) in Objective-C/Objective-C++ programs.Enable generation of ARC SIMD instructions via target-specific builtins.Enable generation of R2 BMX instructions.Enable generation of R2 CDX instructions.Enable guessing of branch probabilities.Enable hardware floating point.Enable hoisting adjacent loads to encourage generating conditional move instructions.Enable hoisting loads from conditional pointers.Enable in and out of Graphite representation.Enable inline checks for nil receivers with the NeXT runtime and ABI version 2.Enable inlining of PLT in function calls.Enable inlining of function declared "inline", disabling disables all inlining.Enable label alignment optimizations.Enable link-time optimization.Enable linker optimizations.Enable linker relaxation.Enable linker relaxations.Enable linker relaxing.Enable loop distribution for patterns transformed into a library call.Enable loop distribution on trees.Enable loop epilogue vectorization using smaller vector size.Enable loop header copying on trees.Enable loop invariant motion on trees.Enable loop nest transforms.  Same as -floop-nest-optimize.Enable loop optimizations on tree level.Enable loop vectorization on trees.Enable lra.Enable machine specific peephole optimizations.Enable most warning messages.Enable multicore support.Enable multiply instructions.Enable nested conditional execution optimizations.Enable optimizing &&/|| in conditional execution.Enable parsing GIMPLE.Enable pre-reload use of cbranchsi pattern.Enable preprocessing.Enable range checking during compilation.Enable reassociation on tree level.Enable register pressure sensitive insn scheduling.Enable relaxing in the assembler.Enable scheduling across basic blocks.Enable separate data segment.Enable setting GPRs to the result of comparisons.Enable sign extend instructions.Enable small integers to be in VSX registers.Enable split of 32 bit immediate loads into low / high part.Enable stack probing.Enable strict 32-bit psABI struct return checking.Enable string length optimizations on trees.Enable support for C++ concepts.Enable support for DEC STRUCTURE/RECORD.Enable support for GNU transactional memory.Enable support for the RH850 ABI.  This is the default.Enable support for the old GCC ABI.Enable swap byte ordering extension instruction.Enable tail merging on trees.Enable the critical path heuristic in the scheduler.Enable the dependent count heuristic in the scheduler.Enable the division approximation.  Enabling this reduces precision of division results to about 16 bits for single precision and to 32 bits for double precision.Enable the group heuristic in the scheduler.Enable the last instruction heuristic in the scheduler.Enable the loop nest optimizer.Enable the normal mode.Enable the rank heuristic in the scheduler.Enable the reciprocal square root approximation.  Enabling this reduces precision of reciprocal square root results to about 16 bits for single precision and to 32 bits for double precision.Enable the speculative instruction heuristic in the scheduler.Enable the square root approximation.  Enabling this reduces precision of square root results to about 16 bits for single precision and to 32 bits for double precision. If enabled, it implies -mlow-precision-recip-sqrt.Enable the use of 64-bit floating point registers in fmov instructions.  See -mdalign if 64-bit alignment is required.Enable the use of RX FPU instructions.  This is the default.Enable the use of indexed loads.Enable the use of pre/post modify with register displacement.Enable the use of the LRA register allocator.Enable the use of the fsca instruction.Enable the use of the fsrra instruction.Enable the use of the old, broken, ABI where all stacked function arguments are aligned to 32-bits.Enable the use of the short load instructions.Enable the use the standard RX ABI where all stacked function arguments are naturally aligned.  This is the default.Enable the z vector language extension providing the context-sensitive vector macro and enable the Altivec-style builtins in vecintrin.h.Enable traditional preprocessing.Enable unaligned word and halfword accesses to packed data.Enable use of GPREL for read-only data in FDPIC.Enable use of NPS400 bit operations.Enable use of NPS400 xld/xst extension.Enable use of POST_INC / POST_DEC.Enable use of POST_MODIFY.Enable use of odd-numbered single-precision registers.Enable use of sdata/scommon/sbss.Enable user-defined instructions.Enable using IEEE 128-bit floating point instructions.Enable v850e3v5 loop instructions.Enable variable polynomial CRC extension.Enable vectorization on trees.Enable verbose output.Enable workaround for single erratum of AT697F processor (corresponding to erratum #13 of AT697E processor).Enable workarounds for the errata of the UT699 processor.Enable/Disable the traditional scheduling in loops that already passed modulo scheduling.Enable/disable GP-relative addressing.Enabled ID based shared library.Enables Position-Independent-Data (PID) mode.Enables or disables the use of the SMOVF, SMOVB, SMOVU, SUNTIL, SWHILE and RMPA instructions.  Enabled by default.Enables the dynamic vectorizer cost model.  Preserved for backward compatibility.Encode SSE instructions with VEX prefix.End expression in DO loopEnd of nonblock DO statement at %C is interwoven with another DO loopEnd of nonblock DO statement at %C is within another blockEnd of search list.
  Enforce class member access control semantics.Entity with assumed character length at %L must be a dummy argument or a PARAMETEREnum value is not CONST_DECL or INTEGER_CSTEnum value name is not IDENTIFIER_NODEEnum value type is not INTEGER_TYPE nor convertible to the enumEnumerator exceeds the C integer type at %CEquivalent to -mgpopt=local.Equivalent to -mgpopt=none.Errmsg-variable at %L must be a scalar CHARACTER variableErrmsg-variable at %L shall not be %sd within the same %s statementErrorError converting PARAMETER constant in complex constant at %CError converting integerError in pointer initialization at %CError in type-spec at %LError writing module file %qs for writing: %sError writing modules file: %sError writing output file '%s'
! EventExit condition of DO WHILE loop at %L must be a scalar LOGICAL expressionExit on the first error occurred.Expand 32bit/64bit integer divide into 8bit unsigned integer divide with run-time check.Expand adddi3 and subdi3 at rtl generation time into add.f / adc etc.Expected ")" at %CExpected "," at %CExpected '*' in coindex specification in ALLOCATE statement at %LExpected :: in TYPE definition at %CExpected = sign in PARAMETER statement at %CExpected P edit descriptorExpected PARAMETER symbol in complex constant at %CExpected TYPE IS, CLASS IS or END SELECT statement following SELECT TYPE at %CExpected a CASE or END SELECT statement following SELECT CASE at %CExpected a nameless interface at %CExpected a right parenthesis in expression at %CExpected a step value in iterator at %CExpected access-specifier at %CExpected alternate return label at %CExpected an initialization expression at %CExpected another dimension in array declaration at %CExpected argument list at %CExpected array subscript at %CExpected array subscript stride at %CExpected association at %CExpected association list at %CExpected attribute bit nameExpected binding attribute at %CExpected binding name at %CExpected comma in I/O list at %CExpected component reference at %CExpected exponent in expression at %CExpected expression at %C in PARAMETER statementExpected expression in %s statement at %CExpected expression in array specification at %CExpected expression typeExpected formal argument list in function definition at %CExpected generic name or operator descriptor at %CExpected initialization expression at %CExpected initialization expression in CASE at %CExpected integerExpected integer stringExpected left parenthesisExpected module procedure name at %CExpected nameExpected real stringExpected right parenthesisExpected scalar initialization expression at %CExpected specific binding name at %CExpected stringExpected structure component name at %CExpected terminating name at %CExpected type-bound procedure or procedure pointer component at %CExpected variable in READ statement at %CExpected variable name at %CExpected variable name at %C in PARAMETER statementExpecting a comma in EQUIVALENCE at %CExpecting list of named entities at %CExplain what alignment considerations lead to the decision to make an insn short or long.Export functions even if they can be inlined.Expression at %L in this context must be constantExpression at %L must be of INTEGER type, found %sExpression at %L must be scalarExpression in CASE statement at %L is not in the range of %sExpression in CASE statement at %L must be of kind %dExpression in CASE statement at %L must be of type %sExpression in CASE statement at %L must be scalarExtension: Conversion from %s to %s at %LExtension: Unary operator following arithmetic operator (use parentheses) at %CExtension: backslash character at %CExternal IO UNIT cannot be an array at %LExtraneous characters in format at %LFINAL clause at %L requires a scalar LOGICAL expressionFINAL declaration at %C must be inside CONTAINSFINAL declaration at %C must be inside a derived type CONTAINS sectionFINAL procedure at %L must have exactly one argumentFORALL end expression at %L must be a scalar INTEGERFORALL index-name at %L must be a scalar INTEGERFORALL mask clause at %L requires a scalar LOGICAL expressionFORALL start expression at %L must be a scalar INTEGERFORALL stride expression at %L cannot be zeroFORALL stride expression at %L must be a scalar %sFORMAT label %d at %L not definedFORMAT statement at %L does not have a statement labelFORMAT tag at %L must be of type default-kind CHARACTER or of INTEGERFP exceptions are enabled.FPX: Enable Argonaut ARC CPU Double Precision Floating Point extensions.FPX: Generate Double Precision FPX (compact) instructions.FPX: Generate Double Precision FPX (fast) instructions.FPX: Generate Single Precision FPX (compact) instructions.FPX: Generate Single Precision FPX (fast) instructions.FUNCTION result %s can't be a POINTER in FUNCTION %s at %LFUNCTION result %s can't be an array in FUNCTION %s at %LFUNCTION result %s can't be of type %s in FUNCTION %s at %LFactor complex constructors and destructors to favor space over speed.Fatal ErrorFine grain control of tune features.First argument of defined assignment at %L must be INTENT(OUT) or INTENT(INOUT)First argument of operator interface at %L cannot be optionalFirst argument of operator interface at %L must be INTENT(IN)Floating point custom instruction configuration name.Floating point unit does not support divide & sqrt.Follow Renesas (formerly Hitachi) / SuperH calling conventions.Follow the C++17 evaluation order requirements for assignment expressions, shift, member function calls, etc.Follow the EABI linkage requirements.For dummy procedure %s, no binding name is allowed in BIND(C) at %CFor intrinsics library: pass all parameters in registers.For nested functions on stack executable permission is set.For targets that normally need trampolines for nested functions, always generate them instead of using descriptors.Force assembly output to always use hex constants.Force bitfield accesses to match their type width.Force functions to be aligned to a 4 byte boundary.Force the underlying type for "wchar_t" to be "unsigned short".Force the usage of delay slots for conditional branches.Forces Pointer Bounds Checker to treat all trailing arrays in structures as possibly flexible.  By default only arrays fields with zero length or that are marked with attribute bnd_variable_size are treated as flexible.Forces Pointer Bounds Checker to use bounds of the innermost arrays in case of nested static arrays access.  By default outermost array is used.Forces Pointer Bounds Checker to use narrowed bounds for address of the first field in the structure.  By default pointer to the first field has the same bounds as pointer to the whole structure.Format statement in module main block at %CFortran 2008 obsolescent feature:Fortran 2008: Pointer functions in variable definition context (%s) at %LFortran 2008: Semicolon at %C without preceding statementFortran 95 requires default INTEGER in %s tag at %LFunction %s at %L has entries with mismatched array specificationsFunction starts are aligned to this power of 2.Functions which return values must end with return statements.Fuse certain integer operations together for better performance on power8.Fuse certain operations together for better performance on power9.Fuse medium/large code model toc references with the memory instruction.GCC cannot support operators with integer types and fixed-point types that have too many integral and fractional bits togetherGCC supports only %u nested scopesGCC vector passed by reference: non-standard ABI extension with no compatibility guaranteeGCC vector returned by reference: non-standard ABI extension with no compatibility guaranteeGCSE disabledGENERIC at %C must be inside a derived-type CONTAINSGMP version %s, MPFR version %s, MPC version %s, isl version %s
! GNU C no longer supports -traditional without -EGNU Extension:GNU Objective C no longer supports traditional compilationGOTO statement at %L leaves CRITICAL construct for label at %LGOTO statement at %L leaves DO CONCURRENT construct for label at %LGenerate 16-bit instructions.Generate 16bit i386 code.Generate 32-bit code.Generate 32-bit offsets in switch tables.Generate 32bit i386 code.Generate 32bit x86-64 code.Generate 32x16 multiply and mac instructions.Generate 64-bit code.Generate 64bit x86-64 code.Generate APCS conformant stack frames.Generate ARCompact 32-bit code for ARC600 processor.Generate ARCompact 32-bit code for ARC601 processor.Generate ARCompact 32-bit code for ARC700 processor.Generate AT&T-style stubs for Mach-O.Generate AltiVec instructions using big-endian element order.Generate AltiVec instructions using little-endian element order.Generate C header of platform-specific features.Generate Cell microcode.Generate DWARF pubnames and pubtypes sections with GNU extensions.Generate DWARF pubnames and pubtypes sections.Generate ELF FDPIC code.Generate Extended arithmetic instructions.  Currently only divaw, adds, subs and sat16 are supported.Generate GFLOAT double precision code.Generate H8/300H code.Generate H8S code.Generate H8S/2600 code.Generate H8SX code.Generate ILP32 code.Generate IT blocks appropriate for ARMv8.Generate LP64 code.Generate MIPS16 code.Generate PA1.0 code.Generate PA1.1 code.Generate PA2.0 code (requires binutils 2.10 or later).Generate PPC750CL paired-single instructions.Generate SBIT, CBIT instructions.Generate SH1 code.Generate SH2 code.Generate SH2a FPU-less code.Generate SH2e code.Generate SH3 code.Generate SH3e code.Generate SH4 FPU-less code.Generate SH4 code.Generate SH4-100 FPU-less code.Generate SH4-100 code.Generate SH4-200 FPU-less code.Generate SH4-200 code.Generate SH4-300 FPU-less code.Generate SH4-300 code.Generate SH4a FPU-less code.Generate SH4a code.Generate SH4al-dsp code.Generate SPE SIMD instructions on E500.Generate VRSAVE instructions when generating AltiVec code.Generate __mcount_loc section with all mcount or __fentry__ calls.Generate a #line directive pointing at the current working directory.Generate a call to abort if a noreturn function returns.Generate a single exit point for each function.Generate aggregate parameter passing code with at most 64-bit alignment.Generate assembler output that is compatible with the Renesas AS100 assembler.  This may restrict some of the compiler's capabilities.  The default is to generate GAS compatible syntax.Generate auto-inc/dec instructions.Generate big endian code.Generate big-endian code.Generate bit instructions.Generate bounds passing for calls.Generate bounds stores for pointer writes.Generate branch hints for branches.Generate call insns as direct calls.Generate call insns as indirect calls, if necessary.Generate call insns as indirect calls.Generate call insns as register indirect calls.Generate checks for all read accesses to memory.Generate checks for all write accesses to memory.Generate cld instruction in the function prologue.Generate code for 18 bit addressing.Generate code for 32 bit addressing.Generate code for CR16C architecture.Generate code for CR16C+ architecture (Default).Generate code for GNU as.Generate code for GNU assembler (gas).Generate code for GNU ld.Generate code for GNU runtime environment.Generate code for NeXT (Apple Mac OS X) runtime environment.Generate code for OpenMP offloading: enables -msoft-stack and -muniform-simt.Generate code for SH4 340 series (MMU/FPU-less).Generate code for SH4 400 series (MMU/FPU-less).Generate code for SH4 500 series (FPU-less).Generate code for Thumb state.Generate code for UNIX assembler.Generate code for a 32-bit ABI.Generate code for a 5206e.Generate code for a 520X.Generate code for a 528x.Generate code for a 5307.Generate code for a 5407.Generate code for a 64-bit ABI.Generate code for a 68000.Generate code for a 68010.Generate code for a 68020.Generate code for a 68030.Generate code for a 68040, without any new instructions.Generate code for a 68040.Generate code for a 68060, without any new instructions.Generate code for a 68060.Generate code for a 68302.Generate code for a 68332.Generate code for a 68851.Generate code for a ColdFire v4e.Generate code for a DLL.Generate code for a Fido A.Generate code for a cpu32.Generate code for an 11/10.Generate code for an 11/40.Generate code for an 11/45.Generate code for darwin loadable kernel extensions.Generate code for functions even if they are fully inlined.Generate code for given CPU.Generate code for old exec BSS PLT.Generate code for static functions even if they are never called.Generate code for the Android platform.Generate code for the M*Core M210Generate code for the M*Core M340Generate code for the kernel or loadable kernel extensions.Generate code for the supervisor mode (default).Generate code for the user mode.Generate code in 32 bit ARM state.Generate code in big endian mode.Generate code in big-endian mode.Generate code in little endian mode.Generate code in little-endian mode.Generate code suitable for executables (NOT shared libs).Generate code suitable for fast turn around debugging.Generate code that can be used in SVR4-style dynamic objects.Generate code that can keep local state uniform across all lanes.Generate code that conforms to Intel MCU psABI.Generate code that conforms to the given ABI.Generate code that is link-compatible with MIPS16 and microMIPS code.Generate code that uses 68881 floating-point instructions.Generate code that won't be linked against any other ID shared libraries, but may be used as a shared library.Generate code to check bounds before indexing arrays.Generate code to check exception specifications.Generate code to use a non-exec PLT and GOT.Generate code which uses hardware floating point instructions.Generate code which uses only the general registers.Generate code with library calls for floating point.Generate code without GP reg.Generate compile-time CFString objects.Generate compressed debug sections.Generate conditional move instructions.Generate cpp defines for server IO.Generate cpp defines for workstation IO.Generate debug information in COFF format.Generate debug information in DWARF v2 (or later) format.Generate debug information in STABS format.Generate debug information in VMS format.Generate debug information in XCOFF format.Generate debug information in default extended format.Generate debug information in default format.Generate debug information in default version of DWARF format.Generate debug information in extended STABS format.Generate debug information in extended XCOFF format.Generate debug information in separate .dwo files.Generate default double-precision SH2a-FPU code.Generate default single-precision SH2a-FPU code.Generate default single-precision SH4 code.Generate default single-precision SH4-100 code.Generate default single-precision SH4-200 code.Generate default single-precision SH4-300 code.Generate default single-precision SH4a code.Generate discontiguous stack frames.Generate divide results with reminder having the same sign as the divisor (not the dividend).Generate fast indirect calls.Generate floating point mathematics using given instruction set.Generate inline floating point division, optimize for latency.Generate inline floating point division, optimize for throughput.Generate inline integer division, optimize for latency.Generate inline integer division, optimize for throughput.Generate inline square root, optimize for latency.Generate inline square root, optimize for throughput.Generate instructions supported by barrel shifter.Generate isel instructions.Generate lazy class lookup (via objc_getClass()) for use in Zero-Link mode.Generate little endian code.Generate little-endian code.Generate load/store multiple instructions.Generate load/store with update instructions.Generate make dependencies and compile.Generate make dependencies.Generate mcount/__fentry__ calls as nops. To activate they need to be patched in.Generate mul64 and mulu64 instructions.Generate norm instruction.Generate normal-mode code.Generate only single-precision SH2a-FPU code.Generate only single-precision SH4 code.Generate only single-precision SH4-100 code.Generate only single-precision SH4-200 code.Generate only single-precision SH4-300 code.Generate only single-precision SH4a code.Generate pc-relative code.Generate performance extension instructions.Generate phony targets for all headers.Generate pointer bounds checks for variables with incomplete type.Generate position-independent code for executables if possible (large mode).Generate position-independent code for executables if possible (small mode).Generate position-independent code if possible (large mode).Generate position-independent code if possible (small mode).Generate prefetch instructions, if available, for arrays in loops.Generate re-entrant, PIC code.Generate reciprocals instead of divss and sqrtss.Generate run time type descriptor information.Generate sdata references.  This is the default, unless you compile for PIC.Generate self-relocatable code.Generate sin, cos, sqrt for FPU.Generate software reciprocal divide and square root for better throughput.Generate special Objective-C methods to initialize/destroy non-POD C++ ivars, if needed.Generate string instructions for block moves.Generate swap instruction.Generate the integer modulo instructions.Generate the quad word memory atomic instructions (lqarx/stqcx).Generate the quad word memory instructions (lq/stq).Generate unwind tables that are exact at each instruction boundary.Generate v3 push25/pop25 instructions.Generate vzeroupper instruction before a transfer of control flow out of the function.Give branches their default cost.Give external symbols a leading underscore.Graphite loop optimizations cannot be used (isl is not available) (-fgraphite, -fgraphite-identity, -floop-nest-optimize, -floop-parallelize-all)Graphite loop optimizations cannot be used (isl is not available).Guide linker to relax instructions.HSA SSA name defined by instruction that is supposed to be using itHSA SSA name not among operands of instruction that is supposed to use itHSA SSA verification failedHSA has not been enabled during configurationHSA image ops not handledHSA instruction uses a register but is not among recorded register usesHSA instruction verification failedHandle atomic builtins that may be applied to unaligned data by calling library functions. Overrides -mtrap-unaligned-atomic.Hardware autoprefetcher scheduler model control flag.  Number of lookahead cycles the model looks into; at '0' only enable instruction sorting heuristic.  Disabled by default.Histogram value statement does not correspond to the statement it is associated withHow much can given compilation unit grow because of the inlining (in percent).How much can given compilation unit grow because of the interprocedural constant propagation (in percent).ICE: emit_insn used where emit_jump_insn needed:
! ID of shared library to build.ID shared libraries and FD-PIC mode can%'t be used togetherIF clause at %L requires a scalar LOGICAL expressionIMPORT statement at %C only permitted in an INTERFACE bodyINDIRECT_REF in gimple ILINQUIRE statement at %L cannot contain both FILE and UNIT specifiersINQUIRE statement at %L requires a PENDING= specifier with the ID= specifierINQUIRE statement at %L requires either FILE or UNIT specifierINQUIRE statement not allowed in PURE procedure at %CINTENT (%s) conflicts with INTENT(%s) at %LINTENT is not allowed inside of BLOCK at %CINTENT(%s) actual argument at %L might interfere with actual argument at %L.IOLENGTH tag invalid in INQUIRE statement at %CISO C does not allow %<%E (expression)%>ISO C does not allow extra %<;%> outside of a functionISO C does not permit %<_Alignof%> applied to a function typeISO C does not support %<#pragma STDC FLOAT_CONST_DECIMAL64%>ISO C does not support %<++%> and %<--%> on complex typesISO C does not support %<~%> for complex conjugationISO C does not support complex integer typesISO C does not support decimal floating pointISO C does not support fixed-point typesISO C does not support plain %<complex%> meaning %<double complex%>ISO C does not support saturating typesISO C forbids %<goto *expr;%>ISO C forbids %<return%> with expression, in function returning voidISO C forbids an empty translation unitISO C forbids assignment between function pointer and %<void *%>ISO C forbids braced-groups within expressionsISO C forbids casting nonscalar to the same typeISO C forbids casts to union typeISO C forbids comparison of %<void *%> with function pointerISO C forbids conditional expr between %<void *%> and function pointerISO C forbids conditional expr with only one void sideISO C forbids const or volatile function typesISO C forbids conversion of function pointer to object pointer typeISO C forbids conversion of object pointer to function pointer typeISO C forbids empty initializer bracesISO C forbids forward parameter declarationsISO C forbids forward references to %<enum%> typesISO C forbids initialization between function pointer and %<void *%>ISO C forbids label declarationsISO C forbids member declarations with no membersISO C forbids nested functionsISO C forbids omitting the middle term of a ?: expressionISO C forbids ordered comparisons of pointers to functionsISO C forbids passing argument %d of %qE between function pointer and %<void *%>ISO C forbids qualified function typesISO C forbids return between function pointer and %<void *%>ISO C forbids specifying range of elements to initializeISO C forbids subscripting %<register%> arrayISO C forbids zero-size arrayISO C forbids zero-size array %qEISO C prohibits argument conversion to union typeISO C requires a named argument before %<...%>ISO C restricts enumerator values to range of %<int%>ISO C++ 1998 does not support %<long long%>ISO C++ 1998 forbids the use of %<extern%> on explicit instantiationsISO C++ does not allow %<alignof%> with a non-typeISO C++ does not allow ?: with omitted middle operandISO C++ does not allow C99 designated initializersISO C++ does not allow designated initializersISO C++ does not permit %<%T::%D%> to be defined as %<%T::%D%>ISO C++ does not permit %<alignof%> applied to a function typeISO C++ forbids applying %<__alignof%> to an expression of function typeISO C++ forbids applying %<sizeof%> to an expression of function typeISO C++ forbids braced-groups within expressionsISO C++ forbids calling %<::main%> from within programISO C++ forbids casting to an array type %qTISO C++ forbids comparison between pointer and integerISO C++ forbids comparison between pointer of type %<void *%> and pointer-to-functionISO C++ forbids compound-literalsISO C++ forbids computed gotosISO C++ forbids conditional expression between pointer of type %<void *%> and pointer-to-functionISO C++ forbids conversion between pointer of type %<void *%> and pointer-to-functionISO C++ forbids declaration of %qs with no typeISO C++ forbids decrementing a pointer of type %qTISO C++ forbids decrementing an enumISO C++ forbids in-class initialization of non-const static member %qDISO C++ forbids incrementing a pointer of type %qTISO C++ forbids incrementing an enumISO C++ forbids initialization of member constant %qD of non-integral type %qTISO C++ forbids nested type %qD with same name as enclosing classISO C++ forbids omitting the middle term of a ?: expressionISO C++ forbids taking address of function %<::main%>ISO C++ forbids taking the address of a bound member function to form a pointer to member function.  Say %<&%T::%D%>ISO C++ forbids taking the address of an unqualified or parenthesized non-static member function to form a pointer to member function.  Say %<&%T::%D%>ISO C++ forbids the use of %qE on explicit instantiationsISO C++ forbids using pointer of type %<void *%> in subtractionISO C++ forbids using pointer to a function in subtractionISO C++ forbids using pointer to a method in subtractionISO C++ forbids variable length arrayISO C++ forbids variable length array %qDISO C++ forbids zero-size arrayISO C++ forbids zero-size array %qDISO C++ prohibits anonymous structsISO C++ prohibits overloading operator ?:ISO C++ says that these are ambiguous, even though the worst conversion for the first is better than the worst conversion for the second:ISO C90 does not support %<[*]%> array declaratorsISO C90 does not support %<_Alignas%>ISO C90 does not support %<_Noreturn%>ISO C90 does not support %<_Static_assert%>ISO C90 does not support %<long long%>ISO C90 does not support %<static%> or type qualifiers in parameter array declaratorsISO C90 does not support %qEISO C90 does not support complex typesISO C90 does not support flexible array membersISO C90 doesn%'t support unnamed structs/unionsISO C90 forbids array %qE whose size can%'t be evaluatedISO C90 forbids array whose size can%'t be evaluatedISO C90 forbids compound literalsISO C90 forbids mixed declarations and codeISO C90 forbids specifying subobject to initializeISO C90 forbids subscripting non-lvalue arrayISO C90 forbids variable length arrayISO C90 forbids variable length array %qEISO C99 does not support %<_Alignas%>ISO C99 does not support %<_Noreturn%>ISO C99 does not support %<_Static_assert%>ISO C99 does not support %qEISO C99 doesn%'t support unnamed structs/unionsIf -ftree-vectorize is used, the minimal loop bound of a loop to be considered for vectorization.If -fvariable-expansion-in-unroller is used, the maximum number of times that an individual variable will be expanded during loop unrolling.If first argument of ATAN2 %L is zero, then the second argument must not be zeroIf number of candidates in the set is smaller, we always try to remove unused ivs during its optimization.If scheduling post reload, do superblock scheduling.Ignore 'D' in column one in fixed form.Ignore dllimport for functions.Ignored.Illegal allocate-object at %C for a PURE procedureIllegal character in BOZ constant at %CIllegal reference type at %L as EQUIVALENCE objectIllegal stride of zero at %LImage control statement %s at %C in CRITICAL blockImage control statement %s at %C in DO CONCURRENT blockImage control statement %s at %C in PURE procedureImage control statement CRITICAL at %C in DO CONCURRENT blockImage control statement CRITICAL at %C in PURE procedureImage control statement RETURN at %C in CRITICAL blockImage control statement RETURN at %C in DO CONCURRENT blockImage control statement STOP at %C in CRITICAL blockImage control statement STOP at %C in DO CONCURRENT blockImage control statement SYNC at %C in CRITICAL blockImage control statement SYNC at %C in DO CONCURRENT blockImage control statement SYNC at %C in PURE procedureImageset argument at %L must be a scalar or rank-1 INTEGER expressionImageset argument at %L must between 1 and num_images()Implement C++17 inheriting constructor semantics.Implement __atomic operations via libcalls to legacy __sync functions.Implement resolution of DR 150 for matching of template template arguments.In %s at %L procedures must be all FUNCTIONs as the generic name is also the name of a derived typeIn %s at %L procedures must be either all SUBROUTINEs or all FUNCTIONsIn C++, nonzero means warn about deprecated conversion from string literals to 'char *'.  In C, similar warning, except that the conversion is of course not deprecated by the ISO C standard.In SSA-PRE optimization on trees, enable partial-partial redundancy elimination.In constructor %qsIn copy constructor %qsIn destructor %qsIn function %qsIn lambda functionIn member function %qsIn static member function %qsIncompatible derived type in PARAMETER at %LIncompatible ranks %d and %d in assignment at %LIncompatible ranks in %s (%d and %d) at %LIncompatible types in DATA statement at %L; attempted conversion of %s to %sInconsistent ranks for operator at %%L and %%LIncorrect EH edge %i->%iIncorrect function return valueIncrease the IEEE compliance for floating-point comparisons.Index in dimension %d is out of bounds at %LIndicate presence of a processor erratum.Indicate priority for r0..r3 / r12..r15 with TARGET_REGISTER_PRIORITY.Inhibit the use of hardware floating point instructions.Initialization at %C is not allowed in a PURE procedureInitialization at %C isn't for a pointer variableInitialization of allocatable component at %C is not allowedInitialization of pointer at %C is not allowed in a PURE procedureInitialization of variable at %C is not allowed in a PURE procedureInitialize local variables to zero (from g77).Initializing already initialized variable at %CInject friend functions into enclosing namespace.Inline __atomic operations when a lock free instruction sequence is available.Inline all known string operations.Inline constants if it can be done in 2 insns or less.Inline memset/memcpy string operations, but perform inline version only for small blocks.Inline recursively only when the probability of call being executed exceeds the parameter.Insert arc-based program profiling code.Insert code to profile values of expressions.Insert hbrp instructions after hinted branch targets to avoid the SPU hang issue.Insert nops when it might improve performance by allowing dual issue (default).Insert stack checking code into the program.  Same as -fstack-check=specific.Instrument function entry and exit with profiling calls.Instrument only functions marked with bnd_instrument attribute.Instrumentation clone does not reference original nodeInstrumentation thunk has wrong edge calleeInstrumented node has wrong original declarationInteger expression required at %CInteger id (N) of fabsd custom instruction.Integer id (N) of fabss custom instruction.Integer id (N) of faddd custom instruction.Integer id (N) of fadds custom instruction.Integer id (N) of fatand custom instruction.Integer id (N) of fatans custom instruction.Integer id (N) of fcmpeqd custom instruction.Integer id (N) of fcmpeqs custom instruction.Integer id (N) of fcmpged custom instruction.Integer id (N) of fcmpges custom instruction.Integer id (N) of fcmpgtd custom instruction.Integer id (N) of fcmpgts custom instruction.Integer id (N) of fcmpled custom instruction.Integer id (N) of fcmples custom instruction.Integer id (N) of fcmpltd custom instruction.Integer id (N) of fcmplts custom instruction.Integer id (N) of fcmpned custom instruction.Integer id (N) of fcmpnes custom instruction.Integer id (N) of fcosd custom instruction.Integer id (N) of fcoss custom instruction.Integer id (N) of fdivd custom instruction.Integer id (N) of fdivs custom instruction.Integer id (N) of fexpd custom instruction.Integer id (N) of fexps custom instruction.Integer id (N) of fextsd custom instruction.Integer id (N) of fixdi custom instruction.Integer id (N) of fixdu custom instruction.Integer id (N) of fixsi custom instruction.Integer id (N) of fixsu custom instruction.Integer id (N) of floatid custom instruction.Integer id (N) of floatis custom instruction.Integer id (N) of floatud custom instruction.Integer id (N) of floatus custom instruction.Integer id (N) of flogd custom instruction.Integer id (N) of flogs custom instruction.Integer id (N) of fmaxd custom instruction.Integer id (N) of fmaxs custom instruction.Integer id (N) of fmind custom instruction.Integer id (N) of fmins custom instruction.Integer id (N) of fmuld custom instruction.Integer id (N) of fmuls custom instruction.Integer id (N) of fnegd custom instruction.Integer id (N) of fnegs custom instruction.Integer id (N) of frdxhi custom instruction.Integer id (N) of frdxlo custom instruction.Integer id (N) of frdy custom instruction.Integer id (N) of fsind custom instruction.Integer id (N) of fsins custom instruction.Integer id (N) of fsqrtd custom instruction.Integer id (N) of fsqrts custom instruction.Integer id (N) of fsubd custom instruction.Integer id (N) of fsubs custom instruction.Integer id (N) of ftand custom instruction.Integer id (N) of ftans custom instruction.Integer id (N) of ftruncds custom instruction.Integer id (N) of fwrx custom instruction.Integer id (N) of fwry custom instruction.Integer id (N) of round custom instruction.Integer kind %d at %C not availableInteger outside symmetric range implied by Standard Fortran at %LInteger outside symmetric range implied by Standard Fortran converting %s to %s at %LInteger overflowInteger overflow when calculating the amount of memory to allocateInteger too big for integer kind %i at %CInteger too big for its kind at %C. This check can be disabled with the option -fno-range-checkInteger too large at %CInteger value too large in expression at %CIntegrate functions into their callers when code size is known not to grow.Integrate functions not declared "inline" into their callers when profitable.Integrate functions only required by their single caller.Interface mismatch in procedure pointer assignment at %L: %sInterface must be specified for DEFERRED binding at %CInternal compiler error: Error reporting routines re-entered.
  Internal unit with vector subscript at %LInterpret any INTEGER(4) as an INTEGER(8).Interpret any REAL(4) as a REAL(10).Interpret any REAL(4) as a REAL(16).Interpret any REAL(4) as a REAL(8).Interpret any REAL(8) as a REAL(10).Interpret any REAL(8) as a REAL(16).Interpret any REAL(8) as a REAL(4).Interpret imaginary, fixed-point, or other gnu number suffix as the corresponding number literal rather than a user-defined number literal.Intersperse literal pools with code in the text section.Intrinsic TRANSFER at %L has partly undefined result: source size %ld < result size %ldIntrinsic operator %qs referenced at %L not found in module %qsIntrinsic operator interface at %L must be a FUNCTIONIntrinsic procedure at %L cannot be a MODULE PROCEDUREInvalid Hollerith constant at %L contains a wide characterInvalid Hollerith constant: %L must contain at least one characterInvalid Hollerith constant: Integer kind at %L should be defaultInvalid KIND parameter of %s at %LInvalid character in name at %CInvalid codimension %d at %C, only %d codimensions existInvalid context for NULL() pointer at %%LInvalid form of PROGRAM statement at %CInvalid form of WRITE statement at %L, UNIT requiredInvalid form of array reference at %CInvalid form of coarray reference at %CInvalid image number %d in SYNC IMAGESInvalid initializer %s in Data statement at %CInvalid kind %d for CHARACTER constant at %CInvalid kind for %s at %LInvalid procedure argument at %LInvalid procedure pointer assignment at %LInvalid range %s in option %sInvalid real kind %d at %CInvalid type-spec at %CInvalid value for %s specification at %CIssue warnings needed for strict compliance to the standard.Iterator step at %L cannot be zeroJump targets are aligned to this power of 2.Junk after ASSOCIATE statement at %CJunk after CALL at %CJunk after GENERIC binding at %CJust generate unwind tables for exception handling.Just use icc0/fcc0.KIND parameter of %s at %L must be an initialization expressionKind %d is not supported for CHARACTER at %CKind %d not supported for type %s at %CKind type parameter for entity at %L differs from the kind type parameter of the typespecKnown AArch64 ABIs (for use with the -mabi= option):Known ABIs (for use with the -mabi= option):Known ARC CPUs (for use with the -mcpu= option):Known ARM ABIs (for use with the -mabi= option):Known ARM CPUs (for use with the -mcpu= and -mtune= options):Known ARM FPUs (for use with the -mfpu= option):Known ARM architectures (for use with the -march= option):Known C6X ISAs (for use with the -march= option):Known CPUs (for use with the -mcpu= and -mtune= options):Known FR-V CPUs (for use with the -mcpu= option):Known IQ2000 CPUs (for use with the -mcpu= option):Known Itanium CPUs (for use with the -mtune= option):Known M68K CPUs (for use with the -mcpu= option):Known M68K ISAs (for use with the -march= option):Known M68K microarchitectures (for use with the -mtune= option):Known MIPS ABIs (for use with the -mabi= option):Known MIPS CPUs (for use with the -march= and -mtune= options):Known MIPS IEEE 754 settings (for use with the -mabs= and -mnan= options):Known MIPS ISA levels (for use with the -mips option):Known TILE-Gx CPUs (for use with the -mcpu= option):Known TILEPro CPUs (for use with the -mcpu= option):Known TLS dialects (for use with the -mtls-dialect= option):Known __fp16 formats (for use with the -mfp16-format= option):Known address mode (for use with the -maddress-mode= option):Known arch types (for use with the -march= option):Known assembler dialects (for use with the -masm= option):Known cmodel types (for use with the -mcmodel= option):Known code models (for use with the -mcmodel= option):Known data alignment choices (for use with the -malign-data= option):Known floating-point ABIs (for use with the -mfloat-abi= option):Known stack protector guard (for use with the -mstack-protector-guard= option):Known vectorization library ABIs (for use with the -mveclibabi= option):L%d cache latency unknown for %sLHS in noreturn callLOCK_TYPE in variable definition context (%s) at %LLOGICAL operands are required in expression at %LLTO support has not been enabled in this configurationLabel %d at %C already referenced as a format labelLabel %d at %C already referenced as branch targetLabel %d at %C previously used as a FORMAT labelLabel %d at %C previously used as branch targetLabel %d at %L defined but cannot be usedLabel %d at %L defined but not usedLabel %d referenced at %L is never definedLabel at %L is not in the same block as the GOTO statement at %LLeft parenthesis required after %<*%>Legacy Extension:Letters must be in alphabetic order in IMPLICIT statement at %CLevel of hsa debug stores verbosityLift restrictions on GOT size.Like -M but ignore system header files.Like -MD but ignore system header files.Like -pedantic but issue them as errors.Limit of %d continuations exceeded in statement at %CLine truncated at %LLines executed:%s of %d
! Link in code for a __main kernel.Link to emit program in ELF format (rather than mmo).Link with HAL BSP.Link with a limited version of the C library.Link with libads.a, libc.a and crt0.o.Link with libc.a and libdebug.a.Link with libc.a and libsim.a.Link with libmvme.a, libc.a and crt0.o.Link with libsim.a, libc.a and sim-crt0.o.Link with libyk.a, libc.a and crt0.o.Link with the fast floating-point library.Link with the library-pic libraries.Link-time optimization with number of parallel jobs or jobserver.List all available debugging counters with their limits and counts.Local declaration from a different functionLock variable at %L must be a scalar of type LOCK_TYPELogical SELECT CASE block at %L has more that two casesLogical range in CASE statement at %L is not allowedLogicals at %%L must be compared with %s instead of %sLook for and use PCH files even when preprocessing.Looks for opportunities to reduce stack adjustments and stack references.Loop code aligned to this power of 2.Loop variableLoop variable at %C cannot be a coarrayLoop variable at %C cannot be a sub-componentLoop variable has been modifiedLoops iterating at least selected number of iterations will get loop alignment..Lower array reference at %L is out of bounds (%ld < %ld) in dimension %dLower array reference at %L is out of bounds (%ld > %ld) in dimension %dLower bound has to be present at %LMIPS16 -mxgot codeMIPS16 PIC for ABIs other than o32 and o64MMIX Internal: %s is not a shiftable intMMIX Internal: Bad register: %dMMIX Internal: Bad value for 'm', not a CONST_INTMMIX Internal: Cannot decode this operandMMIX Internal: Expected a CONST_INT, not thisMMIX Internal: Expected a constant, not thisMMIX Internal: Expected a register, not thisMMIX Internal: Last named vararg would not fit in a registerMMIX Internal: Missing %qc case in mmix_print_operandMMIX Internal: This is not a constant:MMIX Internal: This is not a recognized addressMMIX Internal: Trying to output invalidly reversed condition:MMIX Internal: What is the CC of this?MMIX Internal: What's the CC of this?MMX vector argument without MMX enabled changes the ABIMMX vector return without MMX enabled changes the ABIMODIFY_EXPR not expected while having tuplesMODULE PROCEDURE at %C must be in a generic module interfaceMOLD argument to NULL required at %LMOLD tag at %L conflicts with SOURCE tag at %LMOLD tag at %L conflicts with the typespec at %LMOLD= required in NULL() argument at %L: Ambiguity between specific functions %s and %sMULT case in cris_op_strMagnitude of second argument of %s exceeds bit size at %LMain variant is not definedMaintain backchain pointer.Make "char" signed by default.Make "char" unsigned by default.Make integers 32 bits wide.Make structs a multiple of 4 bytes (warning: ABI altered).Make sure loads and stores are not moved past DMA instructions.Make the linker relaxation machine assume that a program counter wrap-around occurs.Malloc data into P2 space.Map one directory name to another in debug information.Mark MAC register as call-clobbered.Mark __tls_get_addr calls with argument info.Mark all loops as parallel.Marks all inlined functions and methods as having hidden visibility.Max basic blocks number in loop for loop invariant motion.Max loops number for regional RA.Max size of conflict table in MB.Max. number of generated reload insns per insn is achieved (%d)
  Max. recursion depth for expanding var tracking expressions.Max. size of loc list for which reverse ops should be added.Max. size of var tracking hash tables.Maximal code growth caused by tail duplication (in percent).Maximal estimated growth of function body caused by early inlining of single call.Maximal estimated outcome of branch considered predictable.Maximal growth due to inlining of large function (in percent).Maximal size of a partition for LTO (in estimated instructions).Maximal stack frame growth due to inlining (in percent).Maximum allowed growth of size of new parameters ipa-sra replaces a pointer to an aggregate with.Maximum amount of iterations of the pass over a function.Maximum amount of similar bbs to compare a bb with.Maximum depth of search in the dominator tree for expressions to hoist.Maximum depth of sqrt chains to use when synthesizing exponentiation by a real constant.Maximum length of candidate scans for straight-line strength reduction.Maximum length of partial antic set when performing tree pre optimization.Maximum number of LRA assignment passes is achieved (%d)
! Maximum number of active local stores in RTL dead store elimination.Maximum number of aggregate content items for a parameter in jump functions and lattices.Maximum number of arguments a PHI may have before the FSM threader will not try to thread through its block.Maximum number of basic blocks on a finite state automaton jump thread path.Maximum number of conditional store pairs that can be sunk.Maximum number of datarefs in loop for building loop data dependencies.Maximum number of disambiguations to perform per memory access.Maximum number of fields in a structure before pointer analysis treats the structure as a single variable.Maximum number of insns in a basic block to consider for RTL if-conversion.Maximum number of instructions in basic block to be considered for SLP vectorization.Maximum number of instructions in the ready list that are considered eligible for renaming.Maximum number of instructions to copy when duplicating blocks on a finite state automaton jump thread path.Maximum number of may-defs visited when devirtualizing speculativelyMaximum number of namespaces to search for alternatives when name lookup fails.Maximum number of nested calls to search for control dependencies during uninitialized variable analysis.Maximum number of new jump thread paths to create for a finite state automaton.Maximum number of nops to insert for a hint (Default 2).Maximum number of statements allowed in a block that needs to be duplicated when threading jumps.Maximum number of statements that will be visited by IPA formal parameter analysis based on alias analysis in any given function.Maximum number of statements to be included into a single static constructor generated by Pointer Bounds Checker.Maximum number of strings for which strlen optimization pass will track string lengths.Maximum number of times that an insn could be scheduled.Maximum probability of the entry BB of split region (in percent relative to entry BB of the function) to make partial inlining happen.Maximum recursion depth allowed when querying a property of an SSA name.Maximum size (in bytes) of objects tracked bytewise by dead store elimination.Maximum size in bytes of constant values allowed as operands.Maximum size of a SCC before SCCVN stops processing a function.Maximum size of a list of values associated with each parameter for interprocedural constant propagation.Maximum size of global and static variables which can be placed into the small data area.Maximum size, in storage units, of an aggregate which should be considered for scalarization when compiling for size.Maximum size, in storage units, of an aggregate which should be considered for scalarization when compiling for speed.Maximum subrecord length cannot exceed %dMaximum supported identifier length is %dMemory allocation failedMerge C++ types using One Definition Rule.Merge adjacent stores.Merge subcomand usage:Min. ratio of insns to mem ops to enable prefetching in a loop.Min. ratio of insns to prefetches to enable prefetching for a loop with an unknown trip count.Minimal distance between possibly conflicting store and load.Minimal size of a partition for LTO (in estimated instructions).Minimum heap expansion to trigger garbage collection, as a percentage of the total size of the heap.Minimum heap size before we start collecting garbage, in kilobytes.Mismatch in the procedure pointer assignment at %L: mismatch in the calling conventionMissing !$OMP END ATOMIC after !$OMP ATOMIC CAPTURE at %CMissing alternate return spec in subroutine call at %LMissing array specification at %L in CODIMENSION statementMissing array specification at %L in DIMENSION statementMissing character range in IMPLICIT at %CMissing closing paren for binding label at %CMissing codimension specification at %CMissing counts for called function %s/%iMissing dimension specification at %CMissing entity or common block name for attribute specification statement at %CMissing exponent in real number at %CMissing format label at %CMissing generic specification in USE statement at %CMissing keyword name in actual argument list at %CMissing kind-parameter at %CMissing leading left parenthesisMissing required parentheses before BIND(C) at %CMissing right parenthesis at %CMissing right parenthesis or comma at %CModule %qs at line %d column %d: %sModule nature in USE statement at %C shall be either INTRINSIC or NON_INTRINSICMore actual than formal arguments in procedure call at %LMore than one edge out of thunk nodeMove loop invariant computations out of loops.Multiple identifiers provided with single NAME= specifier at %CNAME not allowed on BIND(C) for ABSTRACT INTERFACE at %CNEWUNIT specifier must have FILE= or STATUS='scratch' at %CNON_OVERRIDABLE and DEFERRED can't both appear at %CNOPASS or explicit interface required at %CNOTE_INSN_BASIC_BLOCK %d in middle of basic block %dNOTE_INSN_BASIC_BLOCK is missing for block %dNO_ARG_CHECK attributeNULL appears on right-hand side in assignment at %LNULL used in arithmeticNULL() initialization at %C is ambiguousName after !$omp critical and !$omp end critical does not match at %CName at %C is too longName of system library to link against.Name of the startfile.Name too longNamed block DO at %L requires matching ENDDO nameNamed constant at %C in an EQUIVALENCENamelist %s cannot be renamed by USE association to %sNamelist group name at %L cannot have the SAVE attributeNeed either entity or common block name for attribute specification statement at %CNested CRITICAL block at %CNo binding name is allowed in BIND(C) at %CNo branches
  No calls
! No default crt0.o.No edge out of thunk nodeNo executable lines
  No longer supported.No region crossing jump at section boundary in bb %iNode has more than one chkp referenceNon-ELEMENTAL user-defined assignment in WHERE at %LNon-POINTER in pointer association context (%s) at %LNon-character assumed shape array element in FORMAT tag at %LNon-character assumed size array element in FORMAT tag at %LNon-character pointer array element in FORMAT tag at %LNon-constant lower bound in implied-shape declaration at %LNon-numeric character in statement label at %CNon-scalar FINAL procedure at %L should have assumed shape argumentNon-variable expression in variable definition context (%s) at %LNoncoarray component %s at %L of type LOCK_TYPE or with subcomponent of type LOCK_TYPE must have a codimension or be a subcomponent of a coarray. (Variables of type %s may not have a codimension as %s at %L has a codimension or a coarray subcomponent)Noncoarray component %s at %L of type LOCK_TYPE or with subcomponent of type LOCK_TYPE must have a codimension or be a subcomponent of a coarray. (Variables of type %s may not have a codimension as already a coarray subcomponent exists)Nonconforming tab character at %CNonconforming tab character in column %d of line %dNonconstant array section at %L in DATA statementNonnegative width requiredNonstandard type declaration %s*%d at %CNot expected TAG.Not instrumented node has non-NULL original declarationNumber of partitions the program should be split to.Number of registers used to pass integer arguments.Numeric PARAMETER required in complex constant at %CNumeric operands are required in expression at %LNumeric or CHARACTER operands are required in expression at %LOPEN statement at %C must have UNIT or NEWUNIT specifiedOPEN statement not allowed in PURE procedure at %COPTIONAL is not allowed inside of BLOCK at %CObjective-C declarations may only appear in global scopeObsolescent feature:Offline tool to handle gcda counts
  
! Old-style type declaration %s*%d not supported at %COmit frame pointer for leaf functions.Omit range reduction step when performing complex division.Omit the frame pointer in leaf functions.Only generate absolute relocations on word sized values.Only intrinsic operators can be used in expression at %LOnly issue one instruction per cycle.Only retained for backward compatibility.Only use 32 FPRs.Only use 32 GPRs.OpenACC construct inside of non-OpenACC regionOpenACC loop directive must be associated with an OpenACC compute regionOpenACC region inside of OpenACC routine, nested parallelism not supported yetOpenMP constructs other than %<#pragma omp ordered simd%> may not be nested inside %<simd%> regionOperand of .not. operator at %%L is %sOperand of unary numeric operator %%<%s%%> at %%L is %sOperand of user operator %%<%s%%> at %%L is %sOperands of binary numeric operator %%<%s%%> at %%L are %s/%sOperands of comparison operator %%<%s%%> at %%L are %s/%sOperands of logical operator %%<%s%%> at %%L are %s/%sOperands of string concatenation operator at %%L are %s/%sOperands of user operator %%<%s%%> at %%L are %s/%sOperator interface at %L conflicts with intrinsic interfaceOperator interface at %L has the wrong number of argumentsOperator interface at %L must have, at most, two argumentsOptimize amount of stdarg registers saved to stack at start of function.Optimize conditional patterns using SSA PHI nodes.Optimize for debugging experience rather than speed or size.Optimize for space rather than speed.Optimize for speed disregarding exact standards compliance.Optimize frame header.Optimize induction variables on trees.Optimize lui/addiu address loads.Optimize opcode sizes at link time.Optimize sibling and tail recursive calls.Optimize tail call instructions in assembler and linker.Option %s not used consistently in all LTO input filesOption %s with different valuesOptions:
  Out of bounds in IMAGE_INDEX at %L for dimension %d, SUB has %ld and COARRAY lower bound is %ld)Out of bounds in IMAGE_INDEX at %L for dimension %d, SUB has %ld and COARRAY upper bound is %ld)Out of stack space.
! Output .debug_types section when using DWARF v4 debuginfo.Output lto objects containing both the intermediate language and binary output.Output stack usage information on a per-function basis.Output vtable verification counters.Output vtable verification pointer sets information.Overlap subcomand usage:Overlapping unequal initializers in EQUIVALENCE at %LOverride -mbest-lib-options.P descriptor requires leading scale factorPARAMETER at %L is missing an initializerPC relative literal loads.PCS variantPHI argument is missing for edge %d->%dPHI argument is not SSA_NAME, or invariantPHI node with locationPHI node with wrong VUSE on edge from BB %dPIC code generation is not compatible with fast indirect callsPIC code generation is not supported in the portable runtime modelPIC is only supported for RTPsPIC is required but not supported with CONST16 instructionsPIC register clobbered by %qs in %<asm%>PIC register isn't set upPOINTER attribute is required for procedure pointer component at %CPRE disabledPRINT namelist at %C is an extensionPRINT statement at %C not allowed within PURE procedurePRINT_OPERAND null pointerPRINT_OPERAND, invalid insn for %%CPRINT_OPERAND, invalid insn for %%NPRINT_OPERAND: Unknown punctuation '%c'PRINT_OPERAND_ADDRESS, null pointerPRIVATE statement at %C is only allowed in the specification part of a modulePRIVATE statement at %C must precede procedure bindingsPRIVATE statement at %C must precede structure componentsPRIVATE statement in TYPE at %C must be inside a MODULEPROCEDURE at %C must be in a generic interfacePROCEDURE attribute conflicts with PROTECTED attribute at %LPROCEDURE(interface) at %C should be declared DEFERREDPROTECTED at %C only allowed in specification part of a modulePROTECTED attribute conflicts with EXTERNAL attribute at %LPUBLIC statement at %C is only allowed in the specification part of a modulePURE and IMPURE must not appear both at %CPack VLIW instructions.Pack structure members together without holes.Parameter pack __bases only valid in template declarationPass -EB option through to linker.Pass -EL option through to linker.Pass -marclinux option through to linker.Pass -marclinux_prof option through to linker.Pass -z text to linker.Pass the address of the ra save location to _mcount in $12.Passed-object at %L must be scalarPasses on a request to the assembler to enable fixes for various silicon errata.Passes on a request to the assembler to warn about various silicon errata.Passing internal procedure at %L by location not allowedPercentage penalty functions containing a single call to another function will receive when they are evaluated for cloning..Percentage penalty the recursive functions will receive when they are evaluated for cloning..Perform DWARF duplicate elimination.Perform IPA Value Range Propagation.Perform Identical Code Folding for functions and read-only variables.Perform Identical Code Folding for functions.Perform Identical Code Folding for variables.Perform SMS based modulo scheduling before the first scheduling pass.Perform SMS based modulo scheduling with register moves allowed.Perform VR4130-specific alignment optimizations.Perform Value Range Propagation on trees.Perform a forward propagation pass on RTL.Perform a number of minor, expensive optimizations.Perform a register copy-propagation optimization pass.Perform a register renaming optimization pass.Perform a target dependent instruction fusion optimization pass.Perform branch target load optimization after prologue / epilogue threading.Perform branch target load optimization before prologue / epilogue threading.Perform cloning to make Interprocedural constant propagation stronger.Perform comparison elimination after register allocation has finished.Perform conversion of conditional jumps to branchless equivalents.Perform conversion of conditional jumps to conditional execution.Perform conversions of switch initializations.Perform cross-jumping optimization.Perform early inlining.Perform enhanced load motion during global common subexpression elimination.Perform function-local points-to analysis on trees.Perform global common subexpression elimination after register allocation has finished.Perform global common subexpression elimination.Perform indirect inlining.Perform internal consistency checkings.Perform interprocedural bitwise constant propagation.Perform interprocedural constant propagation.Perform interprocedural points-to analysis.Perform interprocedural profile propagation.Perform interprocedural reduction of aggregates.Perform jump threading optimizations.Perform live range splitting during the SSA->normal pass.Perform loop peeling.Perform loop splitting.Perform loop unrolling for all loops.Perform loop unrolling when iteration count is known.Perform loop unswitching.Perform partial inlining.Perform redundant load after store elimination in global common subexpression elimination.Perform scalar replacement of aggregates.Perform software pipelining of inner loops during selective scheduling.Perform software pipelining of outer loops during selective scheduling.Perform speculative devirtualization.Perform store motion after global common subexpression elimination.Perform straight-line strength reduction.Perform superblock formation via tail duplication.Perform unused symbol elimination in debug info.Perform unused type elimination in debug info.Perform variable tracking and also tag variables that are uninitialized.Perform variable tracking by annotating assignments.Perform variable tracking.Perform whole program optimizations.Period required in format specifierPeriod required in format specifier %s at %LPeriod required in format specifier at %LPermit '$' as an identifier character.Permit nonconforming uses of the tab character.Permit scheduling of a function's prologue sequence.Permit universal character names (\u and \U) in identifiers.Place a stop bit after every cycle when scheduling.Place data items into their own section.Place each function into its own section.Place floating point constants in TOC.Place symbol+offset constants in TOC.Please submit a full bug report,
  with preprocessed source if appropriate.
! PluginsPointer array component of structure at %C must have a deferred shapePointer assignment target has PROTECTED attribute at %LPointer assignment target is neither TARGET nor POINTER at %LPointer assignment target is not a POINTER at %LPointer assignment with vector subscript on rhs at %LPointer component %s at %L has a noncoarray subcomponent of type LOCK_TYPE, which must have a codimension or be a subcomponent of a coarrayPointer initialization target at %L must have the SAVE attributePointer object at %C shall not be coindexedPointer object at %L shall not have a coindexPointers are 32-bit.Pointers are 64-bit.Policies available for use with -mcompact-branches=:Polymorphic component %s at %L in SEQUENCE or BIND(C) type %sPolymorphic subobject of coindexed object at %LPositive exponent width requiredPositive width requiredPositive width required in format specifier %s at %LPositive width required with T descriptorPossible change of value in conversion from %s to %s at %LPrefer branches over conditional execution.Prefer word accesses over byte accesses.Prepend global symbols with ":" (for use with PREFIX).Preprocess directives only.Preprocessed source stored into %s file, please attach this to your bugreport.
  Preserve the PowerPC 476's link stack by matching up a blr with the bcl/bl insns used for GOT accesses.Pretend a branch-around-a-move is a conditional move.Pretend that branches are expensive.Prevent the use of all floating-point operations.Prevent the use of all hardware floating-point instructions.Previous !$OMP DECLARE REDUCTION from module %s at %LPrint code coverage information.
  
  Print extra (possibly unwanted) warnings.Print fix-it hints to stderr in unified diff format.Print fixit hints in machine-readable form.Print the name of header files as they are used.Probability that COMDAT function will be shared with different compilation unit.Procedure argument at %L is local to a PURE procedure and has the POINTER attributeProcedure pointer initialization target at %L may not be a procedure pointerProcess #ident directives.Processing spec (%s), which is '%s'
! Produce a backtrace when a runtime error is encountered.Produce a warning at runtime if a array temporary has been created for a procedure argument.Produce big endian code.Produce code relocatable at runtime.Produce little endian code.Profile data for function %u is corruptedProfile information in %s corruptedProgram is entirely located in low 64k of memory.Prohibit PC relative function calls.Prohibit PC relative jumps.Protect parentheses in expressions.Provide libraries for the simulator.Push extended registers on stack in monitor functions.Put all local arrays on stack.Put everything in the regular TOC.Put jump tables for switch statements into the .data section rather than the .code section.Put relocated read-only data into .data section.Put uninitialized constants in ROM (needs -membedded-data).Put zero initialized data in the bss section.RESULT variable at %C must be different than function nameRESULT_DECL should be read only when DECL_BY_REFERENCE is setRTL check: access of elt %d of '%s' with last elt %d in %s, at %s:%dRTL check: access of elt %d of vector with last elt %d in %s, at %s:%dRTL check: access of hwi elt %d of vector with last elt %d in %s, at %s:%dRTL check: attempt to treat non-block symbol as a block symbol in %s, at %s:%dRTL check: expected code '%s' or '%s', have '%s' in %s, at %s:%dRTL check: expected code '%s', have '%s' in %s, at %s:%dRTL check: expected elt %d type '%c' or '%c', have '%c' (rtx %s) in %s, at %s:%dRTL check: expected elt %d type '%c', have '%c' (rtx %s) in %s, at %s:%dRTL flag check: %s used with unexpected rtx code '%s' in %s, at %s:%dRTP PIC is incompatible with -msingle-pic-baseRTP PIC is incompatible with ThumbRTTI will not work on this typeRX FPU instructions do not support NaNs and infinitiesRaising a negative REAL at %L to a REAL power is prohibitedRange specification at %L can never be matchedRank mismatch in array reference at %L (%d/%d)Rank remapping target is smaller than size of the pointer (%ld < %ld) at %LRank remapping target must be rank 1 or simply contiguous at %LReading module %qs at line %d column %d: %sReading specs from %s
! Real constant overflows its kind at %CReal constant underflows its kind at %CRealign stack in prologue.Reallocate the LHS in assignments.Recognize C++ keywords like "compl" and "xor".Recognize GNU-defined keywords.Recognize built-in functions.Recognize the "asm" keyword.Record gcc command line switches in DWARF DW_AT_producer.Record gcc command line switches in the object file.Record times taken by sub-phases separately.Reduce priority for r0..r3 / r12..r15 with TARGET_REGISTER_PRIORITY.Reference statement index not foundReference statement index out of rangeRegion crossing jump across same section in bb %iRelax branches.Relax literals in assembler and place them automatically in the text section.Relief of register pressure through live range shrinkage.Remap file names when including files.Remove redundant membars.Removing '%s'
  Renaming operators in USE statements at %CReorder basic blocks and partition into hot and cold sections.Reorder basic blocks to improve code placement.Reorder functions to improve code placement.Reorder top level functions, variables, and asms.Replace add, compare, branch with branch on count register.Replace temporary expressions in the SSA->normal pass.Report on consistency of profile.Report on memory allocation before interprocedural optimization.Report on permanent memory allocation in WPA only.Report on permanent memory allocation.Report the time taken by each compiler pass.Report various link-time optimization statistics for WPA only.Report various link-time optimization statistics.Request IEEE-conformant math library routines (OSF/1).Reschedule instructions after register allocation.Reschedule instructions before register allocation.Reschedule pipelined regions without pipelining.Reserve space for outgoing arguments in the function prologue.Restrict target load migration not to re-use registers in any basic block.Restrict the use of hardware floating-point instructions to 32-bit operations.Result of %s gives range error for its kind at %LResult of %s is NaN at %LResult of %s overflows its kind at %LResult of %s underflows its kind at %LResult of BESSEL_YN is -INF at %LResult of NEAREST is NaN at %LResult of SCALE overflows its kind at %LReturn 8-byte vectors in memory.Return all structures in memory (AIX default).Return floating-point results in ac0 (fr0 in Unix assembler syntax).Return pointers in both a0 and d0.Return small aggregates in memory, not registers.Return small aggregates in registers.Return small structures in registers (SVR4 default).Return values of functions in FPU registers.Reuse r30 on a per function basis.Rewrite subcommand usage:Right parenthesis expected at %CRightmost upper bound of assumed size array section not specified at %LRun only the second compilation of -fcompare-debug.Run predictive commoning optimization.Run selective scheduling after reload.Run self-tests, using the given path to locate test files.Run the link-time optimizer in local transformation (LTRANS) mode.Run the link-time optimizer in whole program analysis (WPA) mode.Running spec function '%s' with %d args
  
  Runtime name.SAVE attribute at %L cannot be specified in a PURE procedureSAVE statement at %C follows blanket SAVE statementSCHEDULE clause's chunk_size at %L requires a scalar INTEGER expressionSEQUENCE attribute at %C already specified in TYPE statementSEQUENCE statement at %C must precede CONTAINSSEQUENCE statement at %C must precede structure componentsSH2a does not support little-endianSIZE at %L must be positiveSOURCE tag at %L conflicts with the typespec at %LSPE not supported in this targetSSA corruptionSSA name in freelist but still referencedSSA_NAME created in two different blocks %i and %iSSA_NAME_DEF_STMT is wrongSSA_NAME_OCCURS_IN_ABNORMAL_PHI should be setSSE instruction set disabled, using 387 arithmeticsSSE register argument with SSE disabledSSE register return with SSE disabledSSE vector argument without SSE enabled changes the ABISSE vector return without SSE enabled changes the ABISTAT variableSTAT= argument at %L must be a scalar INTEGER variableSTOP code at %L must be default character KIND=%dSTOP code at %L must be default integer KIND=%dSTOP code at %L must be either INTEGER or CHARACTER typeSTOP code at %L must be scalarSUBMODULE declaration at %CSame as %s.  Use the latter option instead.Same as -fassociative-math for expressions which include division.Same as -mA6.Same as -mA7.Same as: -mep -mprolog-function.Save registers around function calls.Save the TOC in the prologue for indirect calls rather than inline.Scalar PARAMETER required in complex constant at %CScale factor to apply to the number of blocks in a threading path when comparing to the number of (scaled) statements.Scale factor to apply to the number of statements in a threading path when comparing to the number of (scaled) blocks.Scaling factor in calculation of maximum distance an expression can be moved by GCSE optimizations.Schedule code for given CPU.Schedule given CPU.Schedule instructions using selective scheduling algorithm.Schedule the start and end of the procedure.Schedule type of omp schedule for loops parallelized by parloops (static, dynamic, guided, auto, runtime).Scope of for-init-statement variables is local to the loop.Second argument MOD at %L is zeroSecond argument of %s is negative at %LSecond argument of MOD at %L is zeroSecond argument of MODULO at %L is zeroSecond argument of defined assignment at %L must be INTENT(IN)Second argument of operator interface at %L cannot be optionalSecond argument of operator interface at %L must be INTENT(IN)See %s for instructions.
  Segmentation FaultSegmentation Fault (code)Select ABI calling convention.Select code model.Select fraction of the maximal frequency of executions of basic block in function given basic block get alignment.Select fraction of the maximal frequency of executions of basic block in function given basic block needs to have to be considered hot.Select large model - 20-bit addresses/pointers.Select method for sdata handling.Select small model - 16-bit addresses/pointers (default).Select the runtime.Select what to sanitize.Selection expression in computed GOTO statement at %L must be a scalar integer expressionSelector in SELECT TYPE at %C is not a named variable; use associate-name=>Selector shall be polymorphic in SELECT TYPE statement at %LSelects the type of RL78 core being targeted (g10/g13/g14).  The default is the G14.  If set, also selects the hardware multiply support to be used.Selects the type of hardware multiplication and division to use (none/g13/g14).Semicolon at %C needs to be preceded by statementSet 80387 floating-point precision to 32-bit.Set 80387 floating-point precision to 64-bit.Set 80387 floating-point precision to 80-bit.Set Windows defines.Set branch cost.Set default accessibility of module entities to PRIVATE.Set dependence distance checking in premature scheduling of queued insns.Set errno after built-in math functions.Set linker output type (used internally during LTO optimization)Set name of main routine for the debugger.Set name of output ALI file (internal switch).Set number of bytes on the stack preallocated for use by the callee.Set probability threshold for unaligning branches.Set register to hold -1.Set sizeof(bool) to 1.Set start-address of data.Set start-address of the program.Set the PPC_EMB bit in the ELF flags header.Set the branch costs for conditional branch instructions.  Reasonable values are small, non-negative integers.  The default branch cost is 0.Set the branch costs for conditional branch instructions.  Reasonable values are small, non-negative integers.  The default branch cost is 1.Set the cost of branches.Set the default double precision kind to an 8 byte wide type.Set the default integer kind to an 8 byte wide type.Set the default real kind to an 8 byte wide type.Set the estimated probability in percentage for builtin expect. The default value is 90% probability.Set the max size of data eligible for the SDA area.Set the max size of data eligible for the TDA area.Set the max size of data eligible for the ZDA area.Set the max. number of bytes which has to be left to stack size before a trap instruction is triggered.Set the maximum amount for a single stack increment operation.Set the maximum number of instructions executed in parallel in reassociated tree. If 0, use the target dependent heuristic..Set the maximum number of template instantiation notes for a single warning or error.Set the number of 64 KiB flash segments.Set the target CPU type.Set the top-level directory for storing the profile data. The default is 'pwd'.Setting spec %s to '%s'
  
! Shape specification for allocatable scalar at %CShapes for operands at %L and %L are not conformableShare slots for saving different hard registers.Share stack slots for spilled pseudo-registers.Shorten address references during linking.Show column numbers in diagnostics, when available.  Default on.Show the source line with a caret indicating the column.Shrink-wrap parts of the prologue and epilogue separately.Single-precision floating point unit.Size (in KB) of software data cache.Size in bytes after which thread-local aggregates should be instrumented with the logging functions instead of save/restore pairs.Skip setting up RAX register when passing variable arguments.Small data area: none, sdata, use.Soft limit on number of memory insns per instruction group, giving lower priority to subsequent memory insns attempting to schedule in the same insn group. Frequently useful to prevent cache bank conflicts.  Default value is 1.Sorry, only support for integer kind %d implemented for image-set at %LSource-expr at %L and allocate-object at %L must have the same shapeSource-expr at %L must be scalar or have the same rank as the allocate-object at %LSpecifies bit size of immediate TLS offsets.  Valid values are 12, 24, 32, 48.Specifies the number of registers to reserve for interrupt handlers.Specifies whether interrupt functions should save and restore the accumulator register.Specify CPU for code generation purposes.Specify CPU for scheduling purposes.Specify CPU for scheduling purposes.  Valid arguments are 700, 7100, 7100LC, 7200, 7300, and 8000.Specify TLS dialect.Specify UNIX standard for predefines and linking.Specify Xilinx FPU.Specify a file to which a list of files output by LTRANS is written.Specify a plugin to load.Specify alignment of structure fields default/natural.Specify an ABI.Specify bit size of immediate TLS offsets.Specify cache flush function.Specify cache flush trap number.Specify cost of branches (Default 20).Specify default OpenACC compute dimensions.Specify how many bytes should be moved inline before calling out to memcpy/memmove.Specify how to access the thread pointer.Specify if floating point hardware should be used.Specify integer and floating-point calling convention.Specify main object for TPF-OS.Specify memcpy expansion strategy when expected size is known.Specify memset expansion strategy when expected size is known.Specify name for 32 bit signed division function.Specify range of registers to make fixed.Specify scheduling priority for dispatch slot restricted insns.Specify that an external BLAS library should be used for matmul calls on large-size arrays.Specify that backslash in string introduces an escape character.Specify that no implicit typing is allowed, unless overridden by explicit IMPLICIT statements.Specify the ISA to build for: msp430, msp430x, msp430xv2.Specify the MCU to build for.Specify the __fp16 floating-point format.Specify the address generation strategy for code model.Specify the algorithm to partition symbols and vars at linktime.Specify the code model.Specify the compact branch usage policy.Specify the memory model in effect for the program.Specify the minimum bit alignment of structures.Specify the model for atomic operations.Specify the name of the target CPU.Specify the name of the target architecture.Specify the name of the target floating point configuration.Specify the name of the target floating point hardware/format.Specify the register to be used for PIC addressing.Specify the size of each cache block, which must be a power of 2 between 4 and 512.Specify the size of each interrupt vector, which must be 4 or 16.Specify the target CPU.Specify the target RX cpu type.Specify the type of hardware multiply to support.Specify thread local storage scheme.Specify thread pointer register number.Specify where to find the compiled intrinsic modules.Specify whether functions should be placed into low or high memory.Specify whether variables should be placed into low or high memory.Specify which ABI to use for Objective-C family code and meta-data generation.Specify which post scheduling nop insertion scheme to apply.Split 32-byte AVX unaligned load.Split 32-byte AVX unaligned store.Split lifetimes of induction variables when loops are unrolled.Split paths leading to loop backedges.Split unaligned 8 byte vector moves before post-modify address generation.Split wide types into independent registers.Start expression in DO loopStat-variable at %L must be a scalar INTEGER variableStat-variable at %L shall not be %sd within the same %s statementStatement at %L is not a valid branch target statement for the branch statement at %LStatement function at %L is recursiveStatement label at %C is zeroStatement label in ENDDO at %C doesn't match DO labelStatement label list in GOTO at %C cannot be emptyStatically link the GNU Fortran helper library (libgfortran).Step expression in DO loopStep expression in DO loop at %L cannot be zeroStop forward growth if the probability of best edge is less than this threshold (in percent). Used when profile feedback is available.Stop forward growth if the probability of best edge is less than this threshold (in percent). Used when profile feedback is not available.Stop reverse growth if the reverse probability of best edge is less than this threshold (in percent).Store doubles in 64 bits.Store function names in object code.Stores doubles in 32 bits.  This is the default.Stores the MDUC registers in interrupt handlers for G13 target.Stream extra data to support more aggressive devirtualization in LTO local transformation mode.Stride must not be present at %LStrides not allowed in coarray subscript at %CString length at %L is too largeSubstring at %L has length zeroSubstring end index at %L exceeds the string lengthSubstring end index at %L is too largeSubstring end index at %L must be of type INTEGERSubstring end index at %L must be scalarSubstring start index at %L is less than oneSubstring start index at %L must be of type INTEGERSubstring start index at %L must be scalarSuggest that the override keyword be used when the declaration of a virtual function overrides another.Sum of second and third arguments of IBITS exceeds bit size at %LSupport 3DNow! built-in functions.Support AES built-in functions and code generation.Support Athlon 3Dnow! built-in functions.Support BMI built-in functions and code generation.Support BMI2 built-in functions and code generation.Support CLFLUSHOPT instructions.Support CLWB instruction.Support CLZERO built-in functions and code generation.Support F16C built-in functions and code generation.Support FMA4 built-in functions and code generation.Support FSGSBASE built-in functions and code generation.Support FXSAVE and FXRSTOR instructions.Support Hardware Lock Elision prefixes.Support LWP built-in functions and code generation.Support LZCNT built-in function and code generation.Support MMX and SSE built-in functions and code generation.Support MMX built-in functions.Support MMX, SSE and SSE2 built-in functions and code generation.Support MMX, SSE, SSE2 and SSE3 built-in functions and code generation.Support MMX, SSE, SSE2, SSE3 and SSE4A built-in functions and code generation.Support MMX, SSE, SSE2, SSE3 and SSSE3 built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3 and SSE4.1 built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1 and SSE4.2 built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2 and AVX built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX and AVX2 built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX and FMA built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512BW built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512CD built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512DQ built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512ER built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512IFMA built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512PF built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512VBMI built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512VL built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX5124FMAPS built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX5124VNNIW built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX512VPOPCNTDQ built-in functions and code generation.Support MPX code generation.Support MWAITX and MONITORX built-in functions and code generation.Support PCLMUL built-in functions and code generation.Support PKU built-in functions and code generation.Support PREFETCHW instruction.Support PREFETCHWT1 built-in functions and code generation.Support RDPID built-in functions and code generation.Support RDRND built-in functions and code generation.Support RDSEED instruction.Support RTM built-in functions and code generation.Support SGX built-in functions and code generation.Support SHA1 and SHA256 built-in functions and code generation.Support TBM built-in functions and code generation.Support TLS segment larger than 64K.Support XOP built-in functions and code generation.Support XSAVE and XRSTOR instructions.Support XSAVEC instructions.Support XSAVEOPT instruction.Support XSAVES and XRSTORS instructions.Support alignments of up to 64-bits.Support calls between Thumb and ARM instruction sets.Support code generation of Advanced Bit Manipulation (ABM) instructions.Support code generation of cmpxchg16b instruction.Support code generation of crc32 instruction.Support code generation of movbe instruction.Support code generation of popcnt instruction.Support code generation of sahf instruction in 64bit x86-64 code.Support dynamic initialization of thread-local variables in a different translation unit.Support for HSA does not implement immediate 16 bit FPU operandsSupport legacy multi-threading.Support message passing with the Parallel Environment.Support more than 8192 GOT entries on ColdFire.Support multi-threading.Support multiply accumulate instructions.Support synchronous non-call exceptions.Supported ABIs (for use with the -mabi= option):Suppress output of addresses in debugging dumps.Suppress output of instruction numbers, line number notes and addresses in debugging dumps.Suppress output of previous and next insn numbers in debugging dumps.Suppress warnings.Switch ARM/Thumb modes on alternating functions for compiler testing.Switch on/off MIPS16 ASE on alternating functions for compiler testing.Switches off the -mstack-guard= option.Switches off the -mstack-size= option.Symbol %qs already declaredSymbol %qs at %C already declaredSymbol %qs referenced at %L not found in intrinsic module ISO_C_BINDINGSymbol %qs referenced at %L not found in module %qsSymbol at %C is not appropriate for an expressionSymbol at %L is not a DUMMY variableSynonym for -Wcomment.Synonym of -gnatk8.Syntax error in !$OMP THREADPRIVATE list at %CSyntax error in !GCC$ ATTRIBUTES statement at %CSyntax error in %s statement at %CSyntax error in ABSTRACT INTERFACE statement at %CSyntax error in ASYNCHRONOUS statement at %CSyntax error in CASE specification at %CSyntax error in CHARACTER declaration at %CSyntax error in CLASS IS specification at %CSyntax error in COMPLEX constant at %CSyntax error in ENUMERATOR definition at %CSyntax error in EQUIVALENCE statement at %LSyntax error in FORALL iterator at %CSyntax error in I/O iterator at %CSyntax error in IF-clause at %CSyntax error in IF-expression at %CSyntax error in IMPORT statement at %CSyntax error in NAME= specifier for binding label at %CSyntax error in OpenMP variable list at %CSyntax error in PROCEDURE statement at %CSyntax error in PROTECTED statement at %CSyntax error in SAVE statement at %CSyntax error in SUBMODULE statement at %CSyntax error in SUBSTRING specification at %CSyntax error in TYPE IS specification at %CSyntax error in VALUE statement at %CSyntax error in VOLATILE statement at %CSyntax error in argument list at %CSyntax error in array constructor at %CSyntax error in character length specification at %CSyntax error in common block name at %CSyntax error in data declaration at %CSyntax error in expression at %CSyntax error in generic specification at %CSyntax error in iterator at %CSyntax error in procedure pointer component at %CSyntax error: Trailing garbage in END INTERFACE statement at %CSyntax error: Trailing garbage in INTERFACE statement at %CTLS dialect to use:TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES listTYPE_ARRAY_MAX_SIZE not INTEGER_CSTTYPE_BINFO is not TREE_BINFOTYPE_BINFO type is not TYPE_MAIN_VARIANTTYPE_CACHED_VALUES is not TREE_VECTYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %pTYPE_CACHED_VALUES_P is set while it should notTYPE_CANONICAL has different TYPE_CANONICALTYPE_CANONICAL is not compatibleTYPE_FIELDS defined in incomplete typeTYPE_LANG_SLOT_1 (binfo) field is non-NULLTYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANTTYPE_MAXVAL non-NULLTYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_nodeTYPE_METHOD_BASETYPE is not main variantTYPE_METHOD_BASETYPE is not record nor unionTYPE_MINVAL non-NULLTYPE_MODE of TYPE_CANONICAL is not compatibleTYPE_NEXT_PTR_TO is not POINTER_TYPETYPE_NEXT_REF_TO is not REFERENCE_TYPETYPE_OFFSET_BASETYPE is not record nor unionTYPE_STRING_FLAG is set on type that does not look like char nor array of charsTYPE_STRING_FLAG is set on wrong type codeTYPE_VALUES_RAW field is non-NULLTYPE_VFIELD is not FIELD_DECL nor TREE_LISTTaken at least once:%s of %d
  Target DFLOAT double precision code.Target block's relative execution frequency (as a percentage) required to sink a statement.Target expression in pointer assignment at %L must deliver a pointer resultTarget has split I&D.Target of rank remapping is too small (%ld < %ld)Target the AM33 processor.Target the AM33/2.0 processor.Target the AM34 processor.Target: %s
! Tell DSE that the storage for a C++ object is dead when the constructor starts and when the destructor finishes.The --param option recognizes the following as parametersThe ABI for passing parameters with %d-byte alignment has changed in GCC 4.6The CHARACTER elements of the array constructor at %L must have the same length (%d/%d)The DEFAULT CASE at %L cannot be followed by a second DEFAULT CASE at %LThe H format specifier at %L is a Fortran 95 deleted featureThe TO arguments in MOVE_ALLOC at %L must be polymorphic if FROM is polymorphicThe absolute value of SHIFT at %L must be less than or equal to SIZE at %LThe allocate-object at %L and the source-expr at %L shall have the same kind type parameterThe argument list functions %%VAL, %%LOC or %%REF are not allowed in this context at %LThe argument of the RANK intrinsic at %L must be a data objectThe bug is not reproducible, so it is likely a hardware or OS problem.
! The code model option names for -mcmodel:The device has no SPH special function register. This option will be overridden by the compiler driver with the correct setting if presence/absence of SPH can be deduced from -mmcu=MCU.The earliest MacOS X version on which this program will run.The following options are language-independentThe following options are language-relatedThe following options are not documentedThe following options are specific to just the language The following options are supported by the language The following options are target specificThe following options control compiler warning messagesThe following options control optimizationsThe following options take joined argumentsThe following options take separate argumentsThe impure variable at %L is assigned to a derived type variable with a POINTER component in a PURE procedure (12.6)The lower bound for a buffer to be considered for stack smashing protection.The max number of reload pseudos which are considered during spilling a non-reload pseudo.The maximum amount of memory to be allocated by GCSE.The maximum conflict delay for an insn to be considered for speculative motion.The maximum depth of a loop nest we completely peel.The maximum depth of recursive inlining for inline functions.The maximum depth of recursive inlining for non-inline functions.The maximum expansion factor when copying basic blocks.The maximum instructions CSE process before flushing.The maximum length of path considered in cse.The maximum length of scheduling's pending operations list.The maximum memory locations recorded by cselib.The maximum number of RTL nodes that can be recorded as combiner's last value.The maximum number of backtrack attempts the scheduler should make when modulo scheduling a loop.The maximum number of blocks in a region to be considered for interblock scheduling.The maximum number of branches on the path through the peeled sequence.The maximum number of incoming edges to consider for crossjumping.The maximum number of insns combine tries to combine.The maximum number of insns in a region to be considered for interblock scheduling.The maximum number of insns of a completely peeled loop.The maximum number of insns of a peeled loop that rolls only once.The maximum number of insns of a peeled loop.The maximum number of insns of an unswitched loop.The maximum number of insns to duplicate when unfactoring computed gotos.The maximum number of instructions in a single function eligible for inlining.The maximum number of instructions inline function can grow to via recursive inlining.The maximum number of instructions non-inline function can grow to via recursive inlining.The maximum number of instructions ready to be issued to be considered by the scheduler during the first scheduling pass.The maximum number of instructions to consider to fill a delay slot.The maximum number of instructions to consider to find accurate live register information.The maximum number of instructions to consider to unroll in a loop on average.The maximum number of instructions to consider to unroll in a loop.The maximum number of instructions to search backward when looking for equivalent reload.The maximum number of instructions when automatically inlining.The maximum number of iterations through CFG to extend regions.The maximum number of loop iterations we predict statically.The maximum number of nested indirect inlining performed by early inliner.The maximum number of peelings of a single loop that is peeled completely.The maximum number of peelings of a single loop.The maximum number of unrollings of a single loop.The maximum number of unswitchings in a single loop.The maximum ratio between array size and switch branches for a switch conversion to take place.The maximum ratio of insertions to deletions of expressions in GCSE.The maximum size of the lookahead window of selective scheduling.The minimal probability of speculation success (in percents), so that speculative insn will be scheduled.The minimum UID to be used for a nondebug insn.The minimum cost of an expensive expression in the loop invariant motion.The minimum fraction of profile runs a given basic block execution count must be not to be considered unlikely.The minimum number of matching instructions to consider for crossjumping.The minimum probability an edge must have for the scheduler to save its state across it.The minimum probability of reaching a source block for interblock speculative scheduling.The minimum size of variables taking part in stack slot sharing when not optimizing.The minimum value of stage count that swing modulo scheduler will generate.The number of array elements of the SUB argument to IMAGE_INDEX at %L shall be %d (corank) not %dThe number of cycles the swing modulo scheduler considers when checking conflicts using DFA.The number of elements in the array constructor at %L requires an increase of the allowed %d upper limit.   See -fmax-array-constructor optionThe number of insns executed before prefetch is completed.The number of prefetches that can run at the same time.The number of registers in each class kept unused by loop invariant motion.The percentage of function, weighted by execution frequency, that must be covered by trace formation. Used when profile feedback is available.The percentage of function, weighted by execution frequency, that must be covered by trace formation. Used when profile feedback is not available.The possible TLS dialects:The rank of the element in the structure constructor at %L does not match that of the component (%d/%d)The resolution file.The size of L1 cache line.The size of L1 cache.The size of L2 cache.The size of function body to be considered large.The size of stack frame to be considered large.The size of translation unit to be considered large.The smallest number of different values for which it is best to use a jump-table instead of a tree of conditional branches, if 0, use the default for the machine.The source-expr at %L shall neither be of type LOCK_TYPE nor have a LOCK_TYPE component if allocate-object at %L is a coarrayThe symbol %qs, referenced at %L, is not in the selected standardThe threshold ratio for performing partial redundancy elimination after reload.The threshold ratio of critical edges execution count that permit performing redundancy elimination after reload.The upper bound for sharing integer constants.The version of the C++ ABI in use.The version of the C++ ABI used for -Wabi warnings and link compatibility aliases.This is free software; see the source for copying conditions.
  There is NO warranty; not even for MERCHANTABILITY or 
  FITNESS FOR A PARTICULAR PURPOSE.
  
--- 1743,1794 ----
  %s:unknown function '%u'
  %s:version '%.4s', prefer '%.4s'
  %s:version '%.4s', prefer version '%.4s'
! '' ' flag'!' flag'#' flag'%%%c' is not a valid operand prefix'%%&' used without any local dynamic TLS references'%%l' operand isn't a label'%s' must have %d operands (excluding match_dups)'%s' must have at least %d operands (excluding match_dups)'%s' must have no more than %d operands (excluding match_dups)'%s' was assigned to '%s', but was not defined during recompilation, or vice versa''' flag'(' flag'+' flag'-' flag'0' flag'B' operand has multiple bits set'B' operand is not constant'E' modifier'I' flag'O' modifier'^' flag'_' flag'a' flag'assign' property %qs is using bit-field instance variable %qs'atomic' property %qs is using bit-field instance variable %qs'getter' attribute of property %qD conflicts with previous declaration'h' applied to non-register operand'm' flag'nonatomic' attribute of property %qD conflicts with previous declaration'o' operand is not constant'q' flag'readonly' attribute of property %qD conflicts with previous declaration'setter' attribute of property %qD conflicts with previous declaration(C)(Messages without a matching method signature(a pointer to member can only be formed with %<&%E%>)(an out of class initialization is required)(anonymous namespace)(anonymous)(if this is not what you intended, make sure the function template has already been declared and add <> after the function name here) (if you use %<-fpermissive%> G++ will accept your code)(if you use %<-fpermissive%>, G++ will accept your code, but allowing the use of an undeclared name is deprecated)(near initialization for %qs)(perhaps %<typename %T::%E%> was intended)(perhaps a semicolon is missing after the definition of %qT)(so you should pass %qT not %qT to %<va_arg%>)(static destructors for %s)(static initializers for %s)(the message is displayed only once per source file)
  ({anonymous})*** WARNING *** there are active plugins, do not report this as a bug unless you can reproduce it without enabling any plugins.
! *this--help argument %q.*s is ambiguous, please be more specific--help=<class>	Display descriptions of a specific class of options.  <class> is one or more of optimizers, target, warnings, undocumented, params.--param <param>=<value>	Set parameter <param> to value.  See below for a complete list of parameters.--param inline-unit-growth limit reached--param large-function-growth limit reached--param large-stack-frame-growth limit reached--param max-inline-insns-auto limit reached--param max-inline-insns-single limit reached-A<question>=<answer>	Assert the <answer> to <question>.  Putting '-' before <question> disables the <answer> to <question>.-D<macro>[=<val>]	Define a <macro> with <val> as its value.  If just <macro> is given, <val> is taken to be 1.-E or -x required when input is from standard input-F <dir>	Add <dir> to the end of the main framework include path.-G<number>	Put global and static data smaller than <number> bytes into a special section (on some targets).-I <dir>	Add <dir> to the end of the main include path.-I- specified twice-J<directory>	Put MODULE files in 'directory'.-MF <file>	Write dependency output to the given file.-MG may only be used with -M or -MM-MQ <target>	Add a MAKE-quoted target.-MT <target>	Add an unquoted target.-O<number>	Set optimization level to <number>.-U<macro>	Undefine <macro>.-Waligned-new=[none|global|all]	Warn even if 'new' uses a class member allocation function.-Walloc-size-larger-than=<bytes> Warn for calls to allocation functions that attempt to allocate objects larger than the specified number of bytes.-Walloc-zero Warn for calls to allocation functions that specify zero bytes.-Walloca-larger-than=0 is meaningless-Walloca-larger-than=<number>	Warn on unbounded uses of alloca, and on bounded uses of alloca whose bound can be larger than <number> bytes.-Werror=%s: -%s is not an option that controls warnings-Werror=%s: no option -%s-Wformat-contains-nul ignored without -Wformat-Wformat-extra-args ignored without -Wformat-Wformat-nonliteral ignored without -Wformat-Wformat-security ignored without -Wformat-Wformat-y2k ignored without -Wformat-Wformat-zero-length ignored without -Wformat-Wframe-larger-than=<number>	Warn if a function's stack frame requires more than <number> bytes.-Wlarger-than=<number>	Warn if an object is larger than <number> bytes.-Wnormalized=[none|id|nfc|nfkc]	Warn about non-normalized Unicode strings.-Wstack-usage=<number>	Warn if stack usage might be larger than specified amount.-Wvla-larger-than=0 is meaningless-Wvla-larger-than=<number>	Warn on unbounded uses of variable-length arrays, and on bounded uses of variable-length arrays whose bound can be larger than <number> bytes.-Xbind-now and -Xbind-lazy are incompatible-aux-info <file>	Emit declaration information into <file>.-bundle not allowed with -dynamiclib-bundle_loader not allowed with -dynamiclib-c or -S required for Ada-c required for gnat2scil-c required for gnat2why-client_name not allowed with -dynamiclib-current_version only allowed with -dynamiclib-d<letters>	Enable dumps from specific passes of the compiler.-dumpbase <file>	Set the file basename to be used for dumps.-dumpdir <dir>	Set the directory name to be used for dumps.-f%s and -msdata=%s are incompatible-f%s ignored (not supported for DJGPP)
! -f%s is not supported with CONST16 instructions-f%s not supported: ignored-f%sleading-underscore not supported on this target machine-fPIC and -fpic are not supported in this configuration-fPIC and -mcall-%s are incompatible-fPIC is not supported-fPIC/-fpic not supported for this target-fPIE is not supported-fada-spec-parent=unit  Dump Ada specs as child units of given parent.-falign-labels=%d is not supported-falign-loops=%d is not supported-fasan-shadow-offset should only be used with -fsanitize=kernel-address-fassociative-math disabled; other options take precedence-fblas-matmul-limit=<n>	Size of the smallest matrix for which matmul will use BLAS.-fcall-saved-<register>	Mark <register> as being preserved across functions.-fcall-saved-REG is not supported for out registers-fcall-used-<register>	Mark <register> as being corrupted by function calls.-fcheck-pointer-bounds requires %qs name for internal usage-fcheck=[...]	Specify which runtime checks are to be performed.-fcoarray=<none|single|lib>	Specify which coarray parallelization should be used.-fcompare-debug[=<opts>]	Compile with and without e.g. -gtoggle, and compare the final-insns dump.-fconst-string-class=<name>	Use class <name> for constant strings.-fconstexpr-depth=<number>	Specify maximum constexpr recursion depth.-fconstexpr-loop-limit=<number>	Specify maximum constexpr loop iteration count.-fconvert=<big-endian|little-endian|native|swap> The endianness used for unformatted files.-fdata-sections not supported for this target-fdbg-cnt=%s-fdbg-cnt=<counter>:<limit>[,<counter>:<limit>,...]	Set the debug counter limit.-fdeduce-init-list	enable deduction of std::initializer_list for a template type parameter from a brace-enclosed initializer-list.-fdiagnostics-color=[never|always|auto]	Colorize diagnostics.-fdiagnostics-show-location=[once|every-line]	How often to emit source location at the beginning of line-wrapped diagnostics.-fdirectives-only is incompatible with -Wunused_macros-fdirectives-only is incompatible with -traditional-fdisable-[tree|rtl|ipa]-<pass>=range1+range2 disables an optimization pass.-fdump-<type>	Dump various compiler internals to a file.-fdump-final-insns=filename	Dump to filename the insns at the end of translation.-fdump-go-spec=filename	Write all declarations to file as Go code.-femit-struct-debug-baseonly	Aggressive reduced debug info for structs.-femit-struct-debug-detailed=<spec-list>	Detailed reduced debug info for structs.-femit-struct-debug-reduced	Conservative reduced debug info for structs.-fenable-[tree|rtl|ipa]-<pass>=range1+range2 enables an optimization pass.-fexcess-precision=[fast|standard]	Specify handling of excess floating-point precision.-fexcess-precision=standard for Ada-fexcess-precision=standard for C++-fexcess-precision=standard for Fortran-fexec-charset=<cset>	Convert all strings and character constants to character set <cset>.-ffixed-<register>	Mark <register> as being unavailable to the compiler.-ffixed-line-length-<n>	Use n as character line width in fixed mode.-ffp-contract=[off|on|fast]	Perform floating-point expression contraction.-ffpe-summary=[...]	Print summary of floating point exceptions.-ffpe-trap=[...]	Stop on following floating point exceptions.-ffree-line-length-<n>	Use n as character line width in free mode.-ffunction-sections not supported for this target-fgnat-encodings=[all|gdb|minimal]	Select the balance between GNAT encodings and standard DWARF emitted in the debug information-fgo-c-header=<file>	Write Go struct definitions to file as C code.-fgo-dump-<type>	Dump Go frontend internal information.-fgo-optimize-<type>	Turn on optimization passes in the frontend.-fgo-pkgpath=<string>	Set Go package path.-fgo-prefix=<string>	Set package-specific prefix for exported Go names.-fgo-relative-import-path=<path>	Treat a relative import as relative to path.-fhandle-exceptions has been renamed -fexceptions (and is now on by default)-finit-character=<n>	Initialize local character variables to ASCII value n.-finit-integer=<n>	Initialize local integer variables to n.-finit-logical=<true|false>	Initialize local logical variables.-finit-real=<zero|snan|nan|inf|-inf>	Initialize local real variables.-finline-limit=<number>	Limit the size of inlined functions to <number>.-finline-matmul-limit=<n>	Specify the size of the largest matrix for which matmul will be inlined.-finput-charset=<cset>	Specify the default character set for source files.-finstrument-functions-exclude-file-list=filename,...  Do not instrument functions listed in files.-finstrument-functions-exclude-function-list=name,...  Do not instrument listed functions.-fira-algorithm=[CB|priority]	Set the used IRA algorithm.-fira-region=[one|all|mixed]	Set regions for IRA.-fira-verbose=<number>	Control IRA's level of diagnostic messages.-flto-compression-level=<number>	Use zlib compression level <number> for IL.-fmax-array-constructor=<n>	Maximum number of objects in an array constructor.-fmax-errors=<number>	Maximum number of errors to report.-fmax-identifier-length=<n>	Maximum identifier length.-fmax-stack-var-size=<n>	Size in bytes of the largest array that will be put on the stack.-fmax-subrecord-length=<n>	Maximum length for subrecords.-fmessage-length=<number>	Limit diagnostics to <number> characters per line.  0 suppresses line-wrapping.-fno-fat-lto-objects are supported only with linker plugin-fno-gnu89-inline is only supported in GNU99 or C99 mode-fno-pretty-templates Do not pretty-print template specializations as the template signature followed by the arguments.-fno-threadsafe-statics	Do not generate thread-safe code for initializing local statics.-foffload-abi option can be specified only for offload compiler-foffload-abi=[lp64|ilp32]     Set the ABI to use in an offload compiler.-foffload=<targets>=<options>  Specify offloading targets and options for them.-fopenacc-dim operand is malformed at '%s'-fopt-info[-<type>=filename]	Dump compiler optimization details.-force_flat_namespace not allowed with -dynamiclib-fpack-struct=<number>	Set initial maximum structure member alignment.-fpermitted-flt-eval-methods=[c11|ts-18661]	Specify which values of FLT_EVAL_METHOD are permitted.-fpic and -fPIC not supported without -mdsbt on this target-fpic and -mapcs-reent are incompatible-fpic is not supported-fpie is not supported-fplugin-arg-<name>-<key>[=<value>]	Specify argument <key>=<value> for plugin <name>.-fprefetch-loop-arrays is not supported with -Os-fprefetch-loop-arrays not supported for this target-fprefetch-loop-arrays not supported for this target (try -march switches)-fprofile-update=[single|atomic|prefer-atomic]	Set the profile update method.-frandom-seed=<string>	Make compile reproducible using <string>.-frecord-gcc-switches is not supported by the current target-freorder-blocks-algorithm=[simple|stc]	Set the used basic block reordering algorithm.-freorder-blocks-and-partition does not support unwind info on this architecture-freorder-blocks-and-partition does not work on this architecture-freorder-blocks-and-partition does not work with exceptions on this architecture-freorder-blocks-and-partition not supported on this architecture-frepo must be used with -c-fsanitize-address-use-after-scope requires -fstack-reuse=none option-fsanitize-recover=%s is not supported-fsanitize-sections=<sec1,sec2,...>	Sanitize global variables in user-defined sections.-fsanitize=address and -fsanitize=kernel-address are incompatible with -fsanitize=thread-fsanitize=address and -fsanitize=kernel-address are not supported for this target-fsanitize=address is incompatible with -fsanitize=kernel-address-fsanitize=address not supported for this target-fsanitize=all option is not valid-fsanitize=leak is incompatible with -fsanitize=thread-fsched-stalled-insns-dep=<number>	Set dependence distance checking in premature scheduling of queued insns.-fsched-stalled-insns=<number>	Set number of queued insns that can be prematurely scheduled.-fsched-verbose=<number>	Set the verbosity level of the scheduler.-fsimd-cost-model=[unlimited|dynamic|cheap]	Specifies the vectorization cost model for code marked with a simd directive.-fsplit-stack does not support 2 register parameters for a nested function-fsplit-stack does not support 3 register parameters-fsplit-stack does not support fastcall with nested function-fsso-struct=[big-endian|little-endian|native]	Set the default scalar storage order.-fstack-check=[no|generic|specific]	Insert stack checking code into the program.-fstack-check=specific for Thumb-1-fstack-check=specific not implemented for MIPS16-fstack-limit- options are ignored with -mfdpic; use -mstack-check-l1-fstack-limit- options are not supported on this cpu-fstack-limit-register=<register>	Trap if the stack goes past <register>.-fstack-limit-symbol=<name>	Trap if the stack goes past symbol <name>.-fstack-protector not supported for this target-fstack-reuse=[all|named_vars|none]	Set stack reuse level for local variables.-ftabstop=<number>	Distance between tab stops for column reporting.-ftemplate-depth=<number>	Specify maximum template instantiation depth.-ftls-model=[global-dynamic|local-dynamic|initial-exec|local-exec]	Set the default thread-local storage code generation model.-ftrack-macro-expansion=<0|1|2>  Track locations of tokens coming from macro expansion and display them in error messages.-ftree-parallelize-loops=<number>	Enable automatic parallelization of loops.-fuse-linker-plugin is not supported in this configuration-fuse-linker-plugin, but %s not found-fvisibility=[default|internal|hidden|protected]	Set the default symbol visibility.-fvisibility=[private|protected|public|package]	Set the default symbol visibility.-fvtable-verify=preinit is not supported in this configuration-fvtable-verify=std is not supported in this configuration-fwide-exec-charset=<cset>	Convert all wide strings and character constants to character set <cset>.-fwpa and -fltrans are mutually exclusive-g is only supported when using GAS on this processor,-g option disabled-g with -mno-apcs-frame may not give sensible debugging-gnat<options>	Specify options to GNAT.-gz is not supported in this configuration-gz=<format>	Generate compressed debug sections in format <format>.-gz=zlib is not supported in this configuration-idirafter <dir>	Add <dir> to the end of the system include path.-iframework <dir>	Add <dir> to the end of the system framework include path.-imacros <file>	Accept definition of macros in <file>.-imultiarch <dir>	Set <dir> to be the multiarch include subdirectory.-imultilib <dir>	Set <dir> to be the multilib include subdirectory.-include <file>	Include the contents of <file> before other files.-install_name only allowed with -dynamiclib-iplugindir <dir> option not passed from the gcc driver-iplugindir=<dir>	Set <dir> to be the default plugin directory.-iprefix <path>	Specify <path> as a prefix for next two options.-iquote <dir>	Add <dir> to the end of the quote include path.-isysroot <dir>	Set <dir> to be the system root directory.-isystem <dir>	Add <dir> to the start of the system include path.-iwithprefix <dir>	Add <dir> to the end of the system include path.-iwithprefixbefore <dir>	Add <dir> to the end of the main include path.-keep_private_externs not allowed with -dynamiclib-m%s not supported in this configuration-m64 requires PowerPC64 architecture, enabling-m64 requires a PowerPC64 cpu-mabi=ABI	Generate code that conforms to the given ABI.-mabi=ABI	Generate code that conforms to the specified ABI.-mabs=MODE	Select the IEEE 754 ABS/NEG instruction execution mode.-maix64 required: 64-bit computation with 32-bit addressing not yet supported-maix64 requires PowerPC64 architecture remain enabled-malign-functions is obsolete, use -falign-functions-malign-functions=%d is not between 0 and %d-malign-jumps is obsolete, use -falign-jumps-malign-jumps=%d is not between 0 and %d-malign-loops is obsolete, use -falign-loops-malign-loops=%d is not between 0 and %d-malign-power is not supported for 64-bit Darwin; it is incompatible with the installed C and C++ libraries-maltivec=le not allowed for big-endian targets-mapcs-stack-check incompatible with -mno-apcs-frame-march=	Generate code for given RISC-V ISA (e.g. RV64IM).  ISA strings must be lower-case.-march=%s: ISA string must begin with rv32 or rv64-march=%s: invalid ISA string-march=%s: unsupported ISA substring %qs-march=ARCH	Generate code for the specified chip or CPU version.-march=ARCH	Use features of architecture ARCH.-march=ISA	Generate code for the given ISA.-mas100-syntax is incompatible with -gdwarf-masm=intel not supported in this configuration-max-stackframe=%d is not usable, not between 0 and %d-mbackchain -mpacked-stack -mhard-float are not supported in combination-mbig-endian and -mlittle-endian may not be used together-mbranch-cost=%d is not between 0 and 5-mbranch-cost=COST	Set the cost of branches to roughly COST instructions.-mbranch-cost=N	Set the cost of branches to roughly N instructions.-mcmodel incompatible with other toc options-mcmodel= is not supported on 32 bit systems-mcode-readable=SETTING	Specify when instructions are allowed to access code.-mcode-region=upper requires 430X-compatible cpu-mcorea and -mcoreb can%'t be used together-mcorea should be used with -mmulticore-mcoreb should be used with -mmulticore-mcpu=	Use features of and schedule code for given CPU.-mcpu=%s conflicts with -march=%s-mcpu=%s has invalid silicon revision-mcpu=%s is not valid-mcpu=CPU	Compile code for ARC variant CPU.-mcpu=CPU	Use features of and optimize for CPU.-mcpu=CPU	Use features of and schedule code for given CPU.-mcpu=PROCESSOR		Use features of and schedule code for given CPU.-mcpu=m16c	Compile code for M16C variants.-mcpu=m32c	Compile code for M32C variants.-mcpu=m32cm	Compile code for M32CM variants.-mcpu=r8c	Compile code for R8C variants.-mcrypto requires -maltivec-mdata-region=upper requires 430X-compatible cpu-mdebug=	Enable debug output.-mdirect-move requires -mvsx-mdiv requires -march to subsume the %<M%> extension-memregs=	Number of memreg bytes (default: 16, range: 0..16).-mes0 can only be used with C-mexr is used without -ms-mexr is used without -ms or -msx-mfdpic is not supported, please use a bfin-linux-uclibc target-mfentry isn%'t supported for 32-bit in combination with -fpic-mfloat-abi=hard and VFP-mfloat-abi=hard: selected processor lacks an FPU-mfloat-abi=soft and -mfloat-abi=hard may not be used together-mfloat-gprs=	Select GPR floating point method.-mflush-func=FUNC	Use FUNC to flush the cache before calling stack trampolines.-mfpu=	Specify FP (sp, dp, sp-lite, dp-lite) (implies -mxilinx-fpu).-mfpu=auto not currently supported without an explicit CPU.-mhard-dfp can%'t be used in conjunction with -msoft-float-mhard-dfp requires -mhard-float-mhard-float not supported-mincoming-stack-boundary=%d is not between %d and 12-mint32 is not supported for H8300 and H8300L targets-mipsN	Generate code for ISA level N.-mlarge requires a 430X-compatible -mmcu=-mlarge-data-threshold=<number>	Data greater than given threshold will go into .ldata section in x86-64 medium model.-mlong-double-64 not allowed with -m64-mlong-double-<n>	Specify size of long double (64 or 128 bits).-mmax-stackframe=SIZE	Warn when a stackframe is larger than the specified size.-mmcu=MCU	Select the target MCU.-mmpy-option=MPY Compile ARCv2 code with a multiplier design option.-mmul=g13 cannot be used with -mcpu=g10-mmul=g13 cannot be used with -mcpu=g14-mmul=g14 cannot be used with -mcpu=g10-mmul=g14 cannot be used with -mcpu=g13-mmulticore can only be used with BF561-mmultiple is not supported on little endian systems-mn is not supported for linux targets-mn is used without -mh or -ms or -msx-mnan=ENCODING	Select the IEEE 754 NaN data encoding.-mno-altivec disables vsx-mno-dpfp-lrsr supported only with -mdpfp-mno-exr valid only with -ms or -msx                   - Option ignored!-mno-fentry isn%'t compatible with SEH-mno-serialize-volatile	Do not serialize volatile memory references with MEMW instructions.-mnop-mcount is not compatible with this target-mnop-mcount is not implemented for -fPIC-mpcrel -fPIC is not currently supported on selected cpu-mpic-register= is useless without -fpic-mpointer-size=[no,32,short,64,long]	Set the default pointer size.-mpower8-fusion-sign requires -mpower8-fusion-mpower8-vector requires -maltivec-mpower8-vector requires -mvsx-mpower9-dform requires -mpower9-vector-mpower9-dform requires -mupper-regs-df-mpower9-dform requires -mupper-regs-sf-mpower9-dform, -mpower9-dform-vector, -mpower9-dform-scalar require -mdirect-move-mpower9-fusion requires -mpower8-fusion-mpower9-minmax incompatible with explicitly disabled options-mpower9-vector requires -mpower8-vector-mpreferred-stack-boundary is not supported for this target-mpreferred-stack-boundary=%d is not between %d and %d-mpure-code only supports non-pic code on armv7-m targets-mquad-memory is not available in little endian mode-mquad-memory requires 64-bit mode-mquad-memory-atomic requires 64-bit mode-mr10k-cache-barrier=SETTING	Specify when r10k cache barriers should be inserted.-mrecip requires -ffinite-math or -ffast-math-mrecip requires -fno-trapping-math or -ffast-math-mrecip requires -freciprocal-math or -ffast-math-mregparm is ignored for Intel MCU psABI-mregparm is ignored in 64-bit mode-mregparm=%d is not between 0 and %d-mrelax is only supported for RTP PIC-mrelocatable and -mcall-%s are incompatible-mrelocatable and -mno-minimal-toc are incompatible-mrelocatable and -msdata=%s are incompatible-ms2600 is used without -ms-msdata=%s and -mcall-%s are incompatible-msecure-plt not supported by your assembler-mshared-library-id= specified without -mid-shared-library-mshared-library-id=%s is not between 0 and %d-msim	Use simulator runtime.-msim   Use simulator runtime.-msimple-fpu option ignored-msingle-float and -msoft-float cannot both be specified-msingle-float option equivalent to -mhard-float-msmall-data-limit=N	Put global and static data smaller than <number> bytes into a special section (on some targets).-mspfp_fast not available on ARC600 or ARC601-mstack-guard implies use of -mstack-size-mstring is not supported on little endian systems-mstringop-strategy=rep_8byte not supported for 32-bit code-msx is not supported in coff-mtoc-fusion requires -mpower8-fusion-mtoc-fusion requires 64-bit-mtoc-fusion requires medium/large code model-mtraceback=	Select full, part, or no traceback table.-mtune=	Schedule code for given CPU.-mtune= expects mn10300, am33, am33-2, or am34-mtune=ARCH	Tune alignment for the specified chip or CPU version.-mtune=CPU	Optimize for CPU.-mtune=PROCESSOR	Optimize the output for PROCESSOR.-mupper-regs-df requires -mvsx-mupper-regs-di requires -mvsx-mupper-regs-sf requires -mpower8-vector-mvsx and -mno-altivec are incompatible-mvsx and -mpaired are incompatible-mvsx needs indexed addressing-mvsx requires hardware floating point-mvsx-timode requires -mvsx-mxl-multiply-high can be used only with -mcpu=v6.00.a or greater-mxl-multiply-high requires -mno-xl-soft-mul-mxl-reorder can be used only with -mcpu=v8.30.a or greater-o <file>	Place output into <file>.-pg and -fomit-frame-pointer are incompatible-pie is not supported in this configuration-pipe ignored because -save-temps specified-pipe not supported-private_bundle not allowed with -dynamiclib-trigraphs	Support ISO C trigraphs..NOT. operator in expression at %L must have a LOGICAL operand128-bit long double not supported for VAX floats31 bit ABI.387 instruction set disabled, using SSE arithmetics64 bit ABI.64-bit ABI not supported in ESA/390 mode<During initialization>
! <anonymous><brace-enclosed initializer list><built-in><command-line><declaration error><enumerator><erroneous-expression><expression error><lambda<lambda><missing><return value> <return-value><statement><tag-error><template arguments error><template parameter error><throw-expression><type error><type-error><typedef-error><typeprefixerror><ubsan routine call><unknown operator><unknown><unnamed %s><unnamed-fixed:<unnamed-float:<unnamed-unsigned:<unnamed><unparsed><unresolved overloaded function type>?: using integer constants in boolean context?: using integer constants in boolean context, the expression will always evaluate to %<true%>@catch parameter can not be protocol-qualified@catch parameter is not a known Objective-C class type@interface of class %qE not foundA basic block profile count is considered hot if it contributes to the given permillage of the entire profiled execution.A factor for tuning the upper bound that swing modulo scheduler uses for scheduling a loop.A synonym for -std=c89 (for C) or -std=c++98 (for C++).A threshold on the average loop count considered by the swing modulo scheduler.AAPCS does not support -mcallee-super-interworkingAAPCS does not support -mcaller-super-interworkingABI requires -march=rv%dACCESS specification at %L was already specifiedACQUIRED_LOCK variableACQUIRED_LOCK= argument at %L must be a scalar LOGICAL variableALLOCATABLE specified outside of INTERFACE body at %LALLOCATE objectALLOCATE of coarray at %C in CRITICAL blockALLOCATE of coarray at %C in DO CONCURRENT blockALTERNATE RETURN not permitted at %LAPCS reentrant code not supported.  IgnoredASSERT_EXPR with an always-false conditionASSIGN statement at %L requires a scalar default INTEGER variableASSIGNED GOTO statement at %L requires an INTEGER variableASYNCHRONOUS= specifier at %L must be an initialization expressionATOM argument at %L of the %s intrinsic function shall be a coarray or coindexedATOM argument at %L to intrinsic function %s shall be an integer of ATOMIC_INT_KIND or a logical of ATOMIC_LOGICAL_KINDATOM argument of the %s intrinsic function at %L shall be definableAUX pointer initialized for edge %d->%dAVX vector argument without AVX enabled changes the ABIAVX vector return without AVX enabled changes the ABIAVX512F vector argument without AVX512F enabled changes the ABIAVX512F vector return without AVX512F enabled changes the ABIAccept extensions to support legacy code.Access data in the same section from shared anchor points.Access specification of the %s operator at %C has already been specifiedAccess specification of the .%s. operator at %C has already been specifiedAccess variables in 32-bit PPU objects (default).Access variables in 64-bit PPU objects.Accumulate outgoing function arguments and acquire/release the needed stack space for outgoing function arguments in function prologue/epilogue.  Without this option, outgoing arguments are pushed before calling a function and popped afterwards.  This option can lead to reduced code size for functions that call many functions that get their arguments on the stack like, for example printf.Actual string length does not match the declared one for dummy argument '%s' (%ld/%ld)Actual string length is shorter than the declared one for dummy argument '%s' (%ld/%ld)Add Pointer Bounds Checker instrumentation.  fchkp-* flags are used to control instrumentation.  Currently available for C, C++ and ObjC.Add a common subexpression elimination pass after loop optimizations.Add explicit checks for division by zero.Add explicit checks for division overflow in INT_MIN / -1.Add extra commentary to assembler output.Additional debug prints.After diagnosing undefined behavior attempt to continue execution.Aggressively optimize loops using language constraints.Alias and target's comdat groups differsAlias and target's section differsAlias chain for instrumented node is brokenAlias for --help=target.Alias for -mcpu=g10.Alias for -mcpu=g13.Alias for -mcpu=g14.Alias has call edgesAlias has more than one alias referenceAlias has non-alias referenceAlign all labels.Align all loops to 32 byte boundary.Align code and data to 32 bits.Align destination of the string operations.Align doubles at 64-bit boundaries.Align labels which are only reached by jumping.Align some doubles on dword boundary.Align the start of functions.Align the start of loops.Align to the base type of the bit-field.Align to the base type of the bit-field. Don't assume that unaligned accesses are handled by the system.Align variables on a 32-bit boundary.All intrinsics procedures are available regardless of selected standard.All memory accesses use I/O load/store instructions.Allocatable component %s at %L must have a codimension as it has a noncoarray subcomponent of type LOCK_TYPEAllocatable component %s at %L of type LOCK_TYPE must have a codimensionAllocatable component of structure at %C must have a deferred shapeAllocate local variables on the stack to allow indirect recursion.Allocate-object at %L also appears at %LAllocate-object at %L is subobject of object at %LAllocate-object at %L must be ALLOCATABLE or a POINTERAllocate-object at %L with a deferred type parameter requires either a type-spec or SOURCE tag or a MOLD tagAllocating %s at %L with type-spec requires the same character-length parameter as in the declarationAllocating %s of ABSTRACT base type at %L requires a type-spec or source-exprAllocation would exceed memory limitAllow 128-bit integers in VSX registers.Allow 64-bit integer variables in upper registers with -mcpu=power7 or -mvsx.Allow Pointer Bounds Checker optimizations.  By default allowed on optimization levels >0.Allow access to instance variables as if they were local declarations within instance method implementations.Allow arbitrary character line width in fixed mode.Allow arbitrary character line width in free mode.Allow bit-fields to cross word boundaries.Allow branches to be packed with other instructions.Allow built-in functions ceil, floor, round, trunc to raise "inexact" exceptions.Allow conversions between __ea and generic pointers (default).Allow dollar signs in entity names.Allow double variables in upper registers with -mcpu=power7 or -mvsx.Allow fast jumps to the message dispatcher.Allow float variables in upper registers with -mcpu=power8 or -mpower8-vector.Allow float/double variables in upper registers if cpu allows it.Allow function addresses to be held in registers.Allow gcc to generate LIW instructions.Allow gcc to generate the SETLB and Lcc instructions.Allow hardware floating-point instructions to cover both 32-bit and 64-bit operations.Allow implicit conversions between vectors with differing numbers of subparts and/or differing element types.Allow interposing function (or variables) by ones with different semantics (or initializer) respectively by dynamic linker.Allow math optimizations that may violate IEEE or ISO standards.Allow new data races on stores to be introduced.Allow optimization for floating-point arithmetic which may change the result of the operation due to rounding.Allow premature scheduling of queued insns.Allow sign extension in fusion operations.Allow speculative motion of more loads.Allow speculative motion of non-loads.Allow speculative motion of some loads.Allow the IEEE 128-bit types without requiring the __float128 keyword.Allow the arguments of the '?' operator to have different types.Allow the store merging pass to introduce unaligned stores if it is legal to do so.Allow the use of MDMX instructions.Allow the use of MT instructions.Allow the use of hardware floating point instructions for V850E2V3 and up.Allow the use of hardware floating-point ABI and instructions.Allow to use *_nobnd versions of string functions by Pointer Bounds Checker.Allow to use *_nochk versions of string functions by Pointer Bounds Checker.Allow to use truncation instead of rounding towards zero for fractional fixed-point types.Allow two instructions to be issued per cycle.Allow variadic functions without named parameter.Already inside a CONTAINS block at %CAlternate RETURN statement at %C is only allowed within a SUBROUTINEAlternate RETURN statement at %L requires a SCALAR-INTEGER return specifierAlternate calling convention.Alternate return cannot appear in operator interface at %LAltiVec argument passed to unprototyped functionAltiVec not supported in this targetAlways generate long calls.Always treat bitfields as int-sized.Always use Dynamic Realigned Argument Pointer (DRAP) to realign stack.Always use JSR, never BSR, for calls.Ambiguous !$OMP DECLARE REDUCTION from module %s at %LAmbiguous symbol in TYPE definition at %CAmend appropriate diagnostic messages with the command line option that controls them.An alias for minterlink-compressed provided for backward-compatibility.An alternate return at %L without a * dummy argumentAn indirect edge from %s is not marked as indirect or has associated indirect_info, the corresponding statement is: An outer FORALL construct already has an index with this name %LAnalyze and remove doubleword swaps from VSX computations.Analyzed alias has no referenceAnalyzed node has no reference to instrumented versionAnnotate assembler instructions with estimated addresses.Append a second underscore if the name already contains an underscore.Append underscores to externally visible names.Apply negative sign to zero values.Apply special rules for compiling runtime package.Apply variable expansion when loops are unrolled.Approximate maximum number of instructions to allow between a hint and its branch [125].Argument NCOPIES of REPEAT intrinsic is negative (its value is %ld)Argument NCOPIES of REPEAT intrinsic is negative at %LArgument NCOPIES of REPEAT intrinsic is too largeArgument NCOPIES of REPEAT intrinsic is too large at %LArgument dim at %L must be of INTEGER typeArgument dim at %L must be scalarArgument of %s at %L must be of length oneArgument of %s function at %L is negativeArgument of %s function at %L is too large for the collating sequence of kind %dArgument of %s function at %L outside of range [0,127]Argument of ACOS at %L must be between -1 and 1Argument of ACOSH at %L must not be less than 1Argument of ASIN at %L must be between -1 and 1Argument of ATANH at %L must be inside the range -1 to 1Argument of FINAL procedure at %L must not be ALLOCATABLEArgument of FINAL procedure at %L must not be INTENT(OUT)Argument of FINAL procedure at %L must not be OPTIONALArgument of FINAL procedure at %L must not be a POINTERArgument of IACHAR at %L must be of length oneArgument of IACHAR function at %L outside of range 0..127Argument of ICHAR at %L must be of length oneArgument of LOG at %L cannot be less than or equal to zeroArgument of LOG10 at %L cannot be less than or equal to zeroArgument of SELECT statement at %L cannot be %sArgument of SELECT statement at %L must be a scalar expressionArgument of SQRT at %L has a negative valueArithmetic NaN at %LArithmetic OK at %LArithmetic OK converting %s to %s at %LArithmetic overflow at %LArithmetic underflow at %LArray TYPE_DOMAIN is not integer typeArray component of structure at %C must have an explicit shapeArray component of structure at %C must have explicit or deferred shapeArray element size too big at %CArray index at %L is an array of rank %dArray index at %L must be of INTEGER type, found %sArray index at %L must be scalarArray operands are incommensurate at %LArray operands are incommensurate converting %s to %s at %LArray reference at %C cannot have more than %d dimensionsArray reference at %L is out of bounds (%ld < %ld) in codimension %dArray reference at %L is out of bounds (%ld < %ld) in dimension %dArray reference at %L is out of bounds (%ld > %ld) in codimension %dArray reference at %L is out of bounds (%ld > %ld) in dimension %dArray reference in EQUIVALENCE at %C cannot be an array sectionArray reference out of boundsArray section designator, e.g. '(:)', is required besides the coarray designator '[...]' at %CArray section with a vector subscript at %L shall not be the target of a pointerArray specification at %C has more than %d dimensionsArray specification must be deferred at %LArray specification required in ALLOCATE statement at %LAssembler does not support -mabi=ilp32Assembler options
  =================
  
! Assigned label is not a target labelAssigning value other than 0 or 1 to LOGICAL has undefined result at %LAssignment of scalar to unallocated arrayAssignment operator interface at %L must be a SUBROUTINEAssignment operator interface at %L must have two argumentsAssignment operator interface at %L must not redefine an INTRINSIC type assignmentAssignment to a FORALL index variable at %LAssignment to coindexed variable at %L in a PURE procedureAssociation target at %C must not be coindexedAssume ES is zero throughout program execution, use ES: for read-only data.Assume ICPLBs are enabled at runtime.Assume a large TLS segment.Assume all symbols have 32-bit values.Assume all variable arg functions are prototyped.Assume code will be assembled by GAS.Assume code will be linked by GNU ld.Assume code will be linked by HP ld.Assume common declarations may be overridden with ones with a larger trailing array.Assume data segments are relative to text segment.Assume floating-point operations can trap.Assume incoming stack aligned to this power of 2.Assume labels and symbols can be addressed using 16 bit absolute addresses.Assume loading data from flash is slower than fetching instructions.Assume no NaNs or infinities are generated.Assume normal C execution environment.Assume possible double misalignment.Assume round to nearest is selected for purposes of scheduling.Assume signed arithmetic overflow wraps around.Assume small address space.Assume strict aliasing rules apply.Assume target CPU is configured as big endian.Assume target CPU is configured as little endian.Assume that all data in static storage can be accessed by LDS / STS.  This option is only useful for reduced Tiny devices.Assume that floating-point stores and loads are not likely to cause conflict when placed into one instruction group.Assume that receivers of Objective-C messages may be nil.Assume that run-time support has been provided, so omit -lsim from the linker command line.Assume that the reciprocal estimate instructions provide more accuracy.Assume that the source file is fixed form.Assume that the source file is free form.Assume that values of enumeration type are always within the minimum range of that type.Assume that zero displacement conditional branches are fast.Assume the VxWorks RTP environment.Assume the VxWorks vThreads environment.Assume unified syntax for inline assembly code.Assumed shape array at %L must be a dummy argumentAssumed size array at %L must be a dummy argumentAssumed size polymorphic objects or components, such as that at %C, have not yet been implementedAt global scope:At most %i profile runs is supported. Perhaps corrupted profile?At top level:Atomically write back software data cache lines (default).Attempt to DEALLOCATE unallocated '%s'Attempt to avoid generating instruction sequences containing ret bytes.Attempt to fill delay slots of branch instructions.Attempt to indirectly overlap COMMON blocks %s and %s by EQUIVALENCE at %CAttempt to keep stack aligned to this power of 2.Attempt to merge identical constants across compilation units.Attempt to merge identical constants and constant variables.Attempt to merge identical debug strings across compilation units.Attempting to allocate already allocated variableAttempting to allocate already allocated variable '%s'Attribute at %L is not allowed in a TYPE definitionAutoFDO profile magic number does not matchAutoFDO profile version %u does match %uAutomatically align branch targets to reduce branch penalties.Average number of iterations of a loop.Avoid all range limits on call instructions.Avoid generating pc-relative calls; use indirection.Avoid generation of indexed load/store instructions when possible.Avoid overlapping destination and address registers on LDRD instructions that may trigger Cortex-M3 errata.Avoid speculative loads to work around a hardware anomaly.Avoid use of the DIV and MOD instructionsBB %i can not throw but has an EH edgeBB %i has incorrect edgeBB %i has incorrect fallthru edgeBB %i has multiple EH edgesBB %i is missing an EH edgeBB %i is missing an edgeBB %i last statement has incorrectly set lpBB %i too many fallthru edgesBB_RTL flag not set for block %dBIND(C) applied to %s %s at %LBIND(C) attribute at %C requires an interface with BIND(C)BIND(C) attribute at %L can only be used for variables or common blocksBIND(C) procedure with NAME may not have POINTER attribute at %CBMX instructions are only supported with R2 architectureBOZ constant at %L is too large (%ld vs %ld bits)BYTE type used at %C is not available on the target machineBad 128-bit moveBad GPR fusionBad INTENT specification at %CBad IO basetype (%d)Bad allocate-object at %C for a PURE procedureBad array reference at %LBad array specification for an explicitly shaped array at %CBad array specification for assumed shape array at %CBad array specification for implied-shape array at %CBad array specification in ALLOCATE statement at %LBad coarray specification in ALLOCATE statement at %LBad continuation line at %CBad kind for logical constant at %CBad nameBad operatorBad specification for assumed size array at %CBad specification for deferred shape array at %CBad target in pointer assignment in PURE procedure at %LBad type in constant expressionBase object for NOPASS type-bound procedure call at %L must be scalarBinding attributes already specify passing, illegal NOPASS at %CBinding attributes already specify passing, illegal PASS at %CBlank BLOCK DATA at %C conflicts with prior BLOCK DATA at %LBlanket SAVE statement at %C follows previous SAVE statementBlock label is not appropriate for IF statement at %CBlock label not appropriate for arithmetic IF statement at %CBoard name [and memory region].Both section and comdat group is setBound on number of candidates below that all candidates are considered in iv optimizations.Bound on number of iv uses in loop optimized in iv optimizations.Bound on number of runtime checks inserted by the vectorizer's loop versioning for alias check.Bound on number of runtime checks inserted by the vectorizer's loop versioning for alignment check.Bound on size of expressions used in the scalar evolutions analyzer.Bound on the complexity of the expressions in the scalar evolutions analyzer.Bound on the cost of an expression to compute the number of iterations.Bound on the number of iterations the brute force # of iterations analysis algorithm evaluates.Branch at %L may result in an infinite loopBranches are this expensive (1-5, arbitrary units).Branches executed:%s of %d
! Build for Core A.Build for Core B.Build for SDRAM.Builtin function %s is not supported with the current optionsBuiltin function %s is only valid for the cell processorBuiltin function %s not supported in this compiler configurationBuiltin function %s requires Nios II R%dBuiltin function %s requires the -maltivec optionBuiltin function %s requires the -mpaired optionBuiltin function %s requires the -mspe optionBuiltin function %s requires the -mvsx optionBy-value argument at %L cannot be an array or an array sectionBy-value argument at %L is not allowed in this contextBy-value argument at %L is not of numeric typeC kind type parameter is for type %s but type at %L is %sC++ constructors and destructors will not be invoked for Objective-C fieldsC++ lookup of %qD would return a field, not a typeC++ requires promoted type, not enum type, in %<va_arg%>C++11 %<constexpr%> only available with -std=c++11 or -std=gnu++11C99 designator %qE outside aggregate initializerCASE label at %L overlaps with CASE label at %LCDX instructions are only supported with R2 architectureCFString literal expression is not a string constantCFString literal is missingCHARACTER expression at %L is being truncated (%d/%d)CHARACTER expression will be truncated in assignment (%d/%d) at %LCLOSE statement at %L requires a UNIT numberCLOSE statement not allowed in PURE procedure at %CCOLLAPSE clause argument not constant positive integer at %CCOLLECT_GCC must be setCOLLECT_GCC must be set.COLLECT_LTO_WRAPPER must be setCOMMON block /%s/ not found at %CCOMPLEX quantities cannot be compared at %LCONTAINS statement at %C is already in a contained program unitCPU you selected does not support x86-64 instruction setCRIS-port assertion failed: CYCLE statement at %C to non-innermost collapsed !$OMP DO loopCall mcount for profiling before a function prologue.Calls executed:%s of %d
! Can't convert %s to %s at %LCan't delete module file %qs: %sCan't delete temporary module file %qs: %sCan't initialize implied-shape array at %L with scalarCan't open module file %qs for writing at %C: %sCan't rename module file %qs to %qs: %sCannot assign to a named constant at %CCannot call %<__builtin_custom_%s%> without specifying switch %<-mcustom-%s%>Cannot change attributes of USE-associated symbol %s at %LCannot change attributes of USE-associated symbol at %LCannot change directory to %sCannot get current directory nameCannot make directory %sCannot map %sCannot open %sCannot open source file %s
  Cannot read %sCannot specify IMPLICIT at %C after IMPLICIT NONECatch typos.Cause gas to print tomcat statistics.Cgraph edge statement index not foundCgraph edge statement index out of rangeChained transparent aliasesChange only the low 8 bits of the stack pointer.Change the ABI to allow double word insns.Change the amount of scheduler lookahead.Change the maximum length of conditionally-executed sequences.Change the number of temporary registers that are available to conditionally-executed sequences.Change the stack pointer without disabling interrupts.Changes visibility to match Microsoft Visual Studio by default.Check for stack overflow at runtime.Check for syntax errors, then stop.Check the return value of new in C++.Chose strategy to generate stringop using.Chunk size of omp schedule for loops parallelized by parloops.Cilk array notation cannot be used as a computed goto expressionCilk array notation cannot be used as a condition for a do-while statementCilk array notation cannot be used as a condition for switch statementCilk array notation cannot be used as a condition for while statementCilk array notation cannot be used for a throw expressionCilk array notation cannot be used in a condition for a for-loopClear all tune features.Clear hardware capabilities when linking.Clear the BSS to zero and place zero initialized in BSS.Coarray specification required in ALLOCATE statement at %LCode size: small, medium or large.Coindex of codimension %d must be a scalar at %LCoindex rank mismatch in array reference at %L (%d/%d)Coindexed actual argument at %L in PURE procedure is passed to a POINTER dummy argumentCoindexed actual argument at %L in PURE procedure is passed to an INTENT(%s) argumentCoindexed actual argument at %L with ultimate pointer componentCoindexed allocatable object at %LCoindexed expression at %L is assigned to a derived type variable with a POINTER component in a PURE procedureCoindexed object with polymorphic allocatable subcomponent at %LCoindexed procedure-pointer component at %CCollect and dump debug information into temporary file if ICE in C/C++ compiler occurred.Comma required after P descriptorCompile code for big endian mode.Compile code for little endian mode.  This is the default.Compile code that relies on Cygwin DLL wrappers to support C++ operator new/delete replacement.Compile for 32-bit pointers.Compile for 64-bit pointers.Compile for ETRAX 100 (CRIS v8).Compile for ETRAX 4 (CRIS v3).Compile for V8+ ABI.Compile for the DSBT shared library ABI.Compile for the m32r.Compile for the m32r2.Compile for the m32rx.Compile for the v850 processor.Compile for the v850e processor.Compile for the v850e1 processor.Compile for the v850e2 processor.Compile for the v850e2v3 processor.Compile for the v850e3v5 processor.Compile for the v850es variant of the v850e1.Compile whole compilation unit at a time.Compile with 32 bit longs and pointers, which is the only supported behavior and thus the flag is ignored.Compile with 32 bit longs and pointers.Compile with 64 bit longs and pointers.Compile-time bonus IPA-CP assigns to candidates which make an array index known..Compile-time bonus IPA-CP assigns to candidates which make loop bounds or strides known..Complex argument of LOG at %L cannot be zeroComplex multiplication and division follow Fortran rules.Component %s at %L of type LOCK_TYPE must have a codimension or be a subcomponent of a coarray, which is not possible as the component has the pointer attributeComponent %s of SEQUENCE type declared at %L does not have the SEQUENCE attributeComponent at %C must have the POINTER attributeComponent initializer without name after component named %s at %L!Component to the right of a part reference with nonzero rank must not have the ALLOCATABLE attribute at %LComponent to the right of a part reference with nonzero rank must not have the POINTER attribute at %LComponents in TYPE at %C must precede CONTAINSConcat operator at %L must concatenate strings of the same kindConcatenation operator in expression at %L must have two CHARACTER operandsConfigured with: %s
! Conform more closely to IBM XLC semantics.Conform to nothing in particular.Conform to the ISO 1990 C standard as amended in 1994.Conform to the ISO 1990 C standard with GNU extensions.Conform to the ISO 1990 C standard.Conform to the ISO 1998 C++ standard revised by the 2003 technical corrigendum with GNU extensions.Conform to the ISO 1998 C++ standard revised by the 2003 technical corrigendum.Conform to the ISO 1999 C standard with GNU extensions.Conform to the ISO 1999 C standard.Conform to the ISO 2011 C standard with GNU extensions.Conform to the ISO 2011 C standard.Conform to the ISO 2011 C++ standard with GNU extensions.Conform to the ISO 2011 C++ standard.Conform to the ISO 2014 C++ standard with GNU extensions.Conform to the ISO 2014 C++ standard.Conform to the ISO 2017(?) C++ draft standard (experimental and incomplete support).Conform to the ISO 201z(7?) C++ draft standard with GNU extensions (experimental and incomplete support).Conform to the ISO Fortran 2003 standard.Conform to the ISO Fortran 2008 standard including TS 29113.Conform to the ISO Fortran 2008 standard.Conform to the ISO Fortran 95 standard.Conform to the Objective-C 1.0 language as implemented in GCC 4.0.Conform to the o32 FPXX ABI.Consider access to byte sized memory slow.Consider type 'int' to be 16 bits wide.Consider type 'int' to be 32 bits wide.Constant expression in FORMAT tag at %L must be of type default CHARACTERConstant expression required at %CConstant logical value in CASE statement is repeated at %LConstruct webs and split unrelated uses of single variable.Control generation of reciprocal estimates.Control how Pointer Bounds Checker handle pointers to object fields.  When narrowing is on, field bounds are used.  Otherwise full object bounds are used.Control register number must be in range 0-31 for %sControl the IEEE trap mode.Control the generated fp rounding mode.Control the precision given to fp exceptions.Conversion from %s to %s at %LConversion of an Infinity or Not-a-Number at %L to INTEGERConvert conditional jumps in innermost loops to branchless equivalents.Convert floating point constants to single precision constants.Copy array sections into a contiguous block on procedure entry.Copyright %s 2014-2017 Free Software Foundation, Inc.
  Cost at which GCSE optimizations will not constraint the distance an expression can travel.Cost to assume for a branch insn.Cost to assume for a multiply insn.Cost to assume for a multiply instruction, with 4 being equal to a normal insn.Could not generate addis value for fusionCould not open output file '%s'
  Count speculative dependencies while calculating priority of instructions.Cray Pointee at %C cannot be assumed shape arrayCray Pointee at %L appears in multiple pointer() statementsCray pointer at %C has %d bytes of precision; memory addresses require %d bytesCray pointer at %C must be an integerCray pointer declaration at %C requires -fcray-pointer flagCreate GUI application.Create a position independent executable.Create a shared library.Create canonical induction variables in loops.Create console application.Create data files needed by "gcov".Creating '%s'
! Creating array temporary at %LDATA statement at %C is not allowed in a PURE procedureDATA statement at %L has more values than variablesDATA statement at %L has more variables than valuesDEALLOCATE objectDEALLOCATE of coarray at %C in CRITICAL blockDEALLOCATE of coarray at %C in DO CONCURRENT blockDECL_GIMPLE_REG_P set on a variable with address takenDEF_INTERNAL_FLT_FN (%s) has no associated built-in functionsDEF_INTERNAL_INT_FN (%s) has no associated built-in functionsDIM argument at %L is out of boundsDO loop at %L will be executed zero timesDO step value is zeroData element above array upper bound at %LData element below array lower bound at %LData is stored in big-endian format.Data is stored in little-endian format.  (Default).Data target at %L shall not have a coindexData transfer element at %L cannot be a full reference to an assumed-size arrayData transfer element at %L cannot be polymorphic unless it is processed by a defined input/output procedureData transfer element at %L cannot have ALLOCATABLE components unless it is processed by a defined input/output procedureData transfer element at %L cannot have POINTER components unless it is processed by a defined input/output procedureData transfer element at %L cannot have PRIVATE componentsData transfer element at %L cannot have procedure pointer componentsDeclaring method %qD final would enable devirtualization of %i callDeclaring method %qD final would enable devirtualization of %i callsDeclaring method %qD final would enable devirtualization of %i call executed %lli timesDeclaring method %qD final would enable devirtualization of %i calls executed %lli timesDeclaring type %qD final would enable devirtualization of %i callDeclaring type %qD final would enable devirtualization of %i callsDeclaring type %qD final would enable devirtualization of %i call executed %lli timesDeclaring type %qD final would enable devirtualization of %i calls executed %lli timesDeclaring virtual destructor of %qD final would enable devirtualization of %i callDeclaring virtual destructor of %qD final would enable devirtualization of %i callsDeclaring virtual destructor of %qD final would enable devirtualization of %i call executed %lli timesDeclaring virtual destructor of %qD final would enable devirtualization of %i calls executed %lli timesDefer popping functions args from stack until later.Deferred type parameter not yet supportedDelete dead instructions that may throw exceptions.Delete useless null pointer checks.Deleted feature:Deprecated in favor of -std=c++11.Deprecated in favor of -std=c++14.Deprecated in favor of -std=c11.Deprecated in favor of -std=c99.Deprecated in favor of -std=gnu++11.Deprecated in favor of -std=gnu++14.Deprecated in favor of -std=gnu11.Deprecated in favor of -std=gnu99.Deprecated in favor of -std=iso9899:1999.Deprecated option.  Use -misel instead.Deprecated option.  Use -mno-isel instead.Deprecated option.  Use -mno-spe instead.Deprecated option.  Use -mno-vrsave instead.Deprecated option.  Use -mspe instead.Deprecated option.  Use -mvrsave instead.Deprecated.  This switch has no effect.Derived type at %C can only be PRIVATE in the specification part of a moduleDerived type at %C can only be PUBLIC in the specification part of a moduleDerived type at %C has not been previously defined and so cannot appear in a derived type definitionDerived type component %C is not a permitted EQUIVALENCE memberDerived type declaration with FINAL at %C must be in the specification part of a MODULEDescription for mxl-mode-bootstrap.Description for mxl-mode-executable.Description for mxl-mode-novectors.Description for mxl-mode-xmdstub.Detect paths that trigger erroneous or undefined behavior due a null value being used in a way forbidden by a returns_nonnull or nonnull attribute.  Isolate those paths from the main control flow and turn the statement with erroneous or undefined behavior into a trap.Detect paths that trigger erroneous or undefined behavior due to dereferencing a null pointer.  Isolate those paths from the main control flow and turn the statement with erroneous or undefined behavior into a trap.Determine which dependences between insns are considered costly.Different CHARACTER lengths (%d/%d) in array constructor at %LDifferent CHARACTER lengths (%ld/%ld) in array constructorDifferent kind type parameters in pointer assignment at %LDifferent ranks in pointer assignment at %LDifferent shape for %s at %L on dimension %d (%d and %d)Different types in pointer assignment at %L; attempted assignment of %s to %sDisable ARCompact specific pass to generate conditional execution instructions.Disable FP regs.Disable LR and SR instructions from using FPX extension aux registers.Disable Scalar to Vector optimization pass transforming 64-bit integer computations into a vector ones.Disable floating point optimizations that ignore the IEEE signedness of zero.Disable hardware floating point.Disable indexed addressing.Disable optimizations observable by IEEE signaling NaNs.Disable optimizations that assume default FP rounding behavior.Disable position-independent code (PIC) for use in OS kernel code.Disable preprocessing.Disable space regs.Disable the use of RX FPU instructions.  Disallow direct calls to global functions.Disallow more than 'msched-max-memory-insns' in instruction group. Otherwise, limit is 'soft' (prefer non-memory operations when limit is reached).Discover pure and const functions.Discover readonly and non addressable static variables.Display compile time statistics.Display statistics accumulated during compilation.Display the code tree after front end optimization.Display the code tree after parsing.Display the code tree after parsing; deprecated option.Display the compiler's version.Display this information.Division by zero at %LDivision by zero converting %s to %s at %LDivision strategy, one of: call-div1, call-fp, call-table.Do CFG-sensitive rematerialization in LRA.Do alignment optimizations for call instructions.Do dispatch scheduling if processor is bdver1, bdver2, bdver3, bdver4 or znver1 and Haifa scheduling is selected.Do no generate BRcc instructions in arc_reorg.Do not allow constant data to be placed in code sections.Do not assume a large TLS segment.Do not assume that standard C libraries and "main" exist.Do not disable space regs.Do not discard comments in macro expansions.Do not discard comments.Do not display functions compiled or elapsed time.Do not emit addressing modes with side-effect assignment.Do not emit complex integer constants to read-only memory.Do not emit function prologue or epilogue.Do not enforce strict alignment.Do not generate #line directives.Do not generate .size directives.Do not generate a single exit point for each function.Do not generate code that can only run in supervisor mode (default).Do not generate load/store with update instructions.Do not generate mpy instructions for ARC700.Do not inline integer division.Do not inline square root.Do not link against the device-specific library lib<MCU>.a.Do not load the PIC register in function prologues.Do not look for object files in standard path.Do not mark ABI switches in e_flags.Do not perform optimizations increasing noticeably stack usage.Do not place floating point constants in TOC.Do not place symbol+offset constants in TOC.Do not predefine system-specific and GCC-specific macros.Do not pretend that branches are expensive.Do not provide a default start-address 0x100 of the program.Do not push extended registers on stack in monitor functions.Do not put uninitialized globals in the common section.Do not search standard system include directories (those specified with -isystem will still be used).Do not search standard system include directories for C++.Do not support SSE4.1 and SSE4.2 built-in functions and code generation.Do not suppress C++ class debug information.Do not suppress warnings from system headers.Do not treat local variables and COMMON blocks as if they were named in SAVE statements.Do not tune code and read-only data alignment.Do not tune stack alignment.Do not tune writable data alignment.Do not use MDMX instructions.Do not use MIPS-3D instructions.Do not use VAX fp.Do not use a cache-flushing function before calling stack trampolines.Do not use addresses that allocate global registers.Do not use condition codes from normal instructions.Do not use hardware FP.Do not use hardware floating point.Do not use hardware fp.Do not use hardware quad fp instructions.Do not use inline patterns for copying memory.Do not use the AltiVec ABI extensions.Do not use the SPE ABI extensions.Do not use the bit-field instructions.Do not use the callt instruction (default).Do not use the fabsd custom instruction.Do not use the fabss custom instr.Do not use the faddd custom instruction.Do not use the fadds custom instruction.Do not use the fatand custom instruction.Do not use the fatans custom instruction.Do not use the fcmpeqd custom instruction.Do not use the fcmpeqs custom instruction.Do not use the fcmpged custom instruction.Do not use the fcmpges custom instruction.Do not use the fcmpgtd custom instruction.Do not use the fcmpgts custom instruction.Do not use the fcmpled custom instruction.Do not use the fcmples custom instruction.Do not use the fcmpltd custom instruction.Do not use the fcmplts custom instruction.Do not use the fcmpned custom instruction.Do not use the fcmpnes custom instruction.Do not use the fcosd custom instruction.Do not use the fcoss custom instruction.Do not use the fdivd custom instruction.Do not use the fdivs custom instruction.Do not use the fexpd custom instruction.Do not use the fexps custom instruction.Do not use the fextsd custom instruction.Do not use the fixdi custom instruction.Do not use the fixdu custom instruction.Do not use the fixsi custom instruction.Do not use the fixsu custom instruction.Do not use the floatid custom instruction.Do not use the floatis custom instruction.Do not use the floatud custom instruction.Do not use the floatus custom instruction.Do not use the flogd custom instruction.Do not use the flogs custom instruction.Do not use the fmaxd custom instruction.Do not use the fmaxs custom instruction.Do not use the fmind custom instruction.Do not use the fmins custom instruction.Do not use the fmuld custom instruction.Do not use the fmuls custom instruction.Do not use the fnegd custom instruction.Do not use the fnegs custom instruction.Do not use the frdxhi custom instruction.Do not use the frdxlo custom instruction.Do not use the frdy custom instruction.Do not use the fsind custom instruction.Do not use the fsins custom instruction.Do not use the fsqrtd custom instruction.Do not use the fsqrts custom instruction.Do not use the fsubd custom instruction.Do not use the fsubs custom instruction.Do not use the ftand custom instruction.Do not use the ftans custom instruction.Do not use the ftruncds custom instruction.Do not use the fwrx custom instruction.Do not use the fwry custom instruction.Do not use the round custom instruction.Do not use unaligned memory references.Do not warn about using "long long" when -pedantic.Do stack checking using bounds in L1 scratch memory.Does nothing.  Preserved for backward compatibility.Does nothing. Preserved for backward compatibility.Don't align items in code or data.Don't allocate floats and doubles in extended-precision registers.Don't assume that unaligned accesses are handled by the system.Don't call any cache flush functions.Don't call any cache flush trap.Don't create a position independent executable.Don't emit DWARF additions beyond selected version.Don't emit dllexported inline functions unless needed.Don't generate DWARF pubnames and pubtypes sections.Don't generate checks for control speculation in selective scheduling.Don't generate debug information in separate .dwo files.Don't generate privileged-mode only code; implies -mno-inline-ic_invalidate if the inline code would not work in user mode.Don't indicate any priority with TARGET_REGISTER_PRIORITY.Don't optimize block moves, use memcpy.Don't optimize block moves.Don't record gcc command line switches in DWARF DW_AT_producer.Don't use P-mnemonics for branches.Don't use any of r32..r63.Don't use less than 25 bit addressing range for calls.Don't warn about uses of Microsoft extensions.Double CLASS IS block in SELECT TYPE statement at %LDouble-precision floating point unit.Downgrade conformance errors to warnings.Driving:Dummy flag. This is the default unless FPX switches are provided explicitly.Dummy procedure at %C may not have BIND(C) attribute with NAMEDump declarations to a .decl file.Dump detailed information on GCC's internal representation of source code locations.Dump optimization passes.Duplicate %s attribute at %LDuplicate %s attribute specified at %LDuplicate %s label specification at %CDuplicate %s specification at %CDuplicate ASYNCHRONOUS attribute specified at %LDuplicate BIND attribute specified at %LDuplicate DEFERRED at %CDuplicate ELSE statements at %L and %CDuplicate EXTENDS attribute specified at %LDuplicate IMPLICIT NONE statement at %CDuplicate NML specification at %CDuplicate NON_OVERRIDABLE at %CDuplicate POINTER attribute at %CDuplicate PRIVATE statement at %CDuplicate PROTECTED attribute specified at %LDuplicate SAVE attribute specified at %LDuplicate SEQUENCE statement at %CDuplicate UNIT specification at %CDuplicate VALUE attribute specified at %LDuplicate VOLATILE attribute specified at %LDuplicate access-specifier at %CDuplicate array spec for Cray pointee at %CDuplicate format specification at %CDuplicate statement label %d at %L and %LDuring link time optimization warn about mismatched types of global declarations.Dynamic Realign Argument Pointer (DRAP) not supported in interrupt service routine.  This may be worked around by avoiding functions with aggregate return.Dynamically allocate cc registers.E specifier not allowed with g0 descriptorE500 and FPRs not supportedEDGE_CROSSING incorrectly set across same sectionEDGE_CROSSING missing across section boundaryEH edge crosses section boundary in bb %iEH landing pad label ELSE IF statement at %C cannot follow ELSE statement at %LELSEWHERE statement at %C follows previous unmasked ELSEWHEREELSEWHERE statement at %C not enclosed in WHERE blockEND tag at %C not allowed in output statementEND tag label %d at %L not definedENTRY result %s can't be a POINTER in FUNCTION %s at %LENTRY result %s can't be an array in FUNCTION %s at %LENTRY result %s can't be of type %s in FUNCTION %s at %LENTRY statement at %C cannot appear in a contained procedureENTRY statement at %C cannot appear within a BLOCK DATAENTRY statement at %C cannot appear within a DERIVED TYPE blockENTRY statement at %C cannot appear within a DO blockENTRY statement at %C cannot appear within a FORALL blockENTRY statement at %C cannot appear within a MODULEENTRY statement at %C cannot appear within a PROGRAMENTRY statement at %C cannot appear within a SELECT blockENTRY statement at %C cannot appear within a WHERE blockENTRY statement at %C cannot appear within a contained subprogramENTRY statement at %C cannot appear within an IF-THEN blockENTRY statement at %C cannot appear within an INTERFACEENTRY_BLOCK has IL associated with itENUM declaration at %C has no ENUMERATORSENUM definition statement expected before %CENUMERATOR %L not initialized with integer expressionEOR tag label %d at %L not definedEQUIVALENCE at %C requires two or more objectsERR tag label %d at %L not definedERRMSG at %L is useless without a STAT tagERRMSG variableERRMSG= argument at %L must be a scalar CHARACTER variableESA/390 architecture.EXIT statement at %C terminating !$OMP DO loopEXIT_BLOCK has IL associated with itEither all or none of the objects in the EQUIVALENCE set at %L shall have the PROTECTED attributeEither all or none of the upper bounds must be specified at %LElement in %s array constructor at %L is %sEliminate multiple function invocations also for impure functions.Emit 16-bit relocations to the small data areas.Emit 32-bit relocations to the small data areas.Emit DWARF additions beyond selected version.Emit IEEE-conformant code, without inexact exceptions.Emit call graph information.Emit checks causing "break 8" instructions to execute when applying atomic builtins on misaligned memory.Emit code for the byte/word ISA extension.Emit code for the counting ISA extension.Emit code for the fp move and sqrt ISA extension.Emit code for the motion video ISA extension.Emit code using explicit relocation directives.Emit common-like symbols as weak symbols.Emit debug annotations during preprocessing.Emit debugging information related to the escape analysis pass when run with -fgo-optimize-allocs.Emit direct branches to local functions.Emit errors when run-time relocations are generated.Emit extra code in the function prologue in order to trap if the stack size exceeds the given limit.Emit function prologues only before parts of the function that need it, rather than at the top of the function.Emit function-calls using global offset table when generating PIC.Emit implicit instantiations of inline templates.Emit implicit instantiations of templates.Emit indirect branches to local functions.Emit long load/store sequences.Emit profiling counter call at function entry before prologue.Emit rdval instead of rduniq for thread pointer.Emit static const variables even if they are not used.Emit stop bits before and after volatile extended asms.Emit traps as "break 8", default for CRIS v3 and up.  If disabled, calls to abort() are used.Emit verbose debug information in assembly code.Emit warnings when run-time relocations are generated.Empty FINAL at %CEmpty IMPLICIT statement at %CEmpty array constructor at %C is not allowedEmpty set of digits in BOZ constant at %CEnable 'q' instruction alternatives.Enable 64-bit Time-Stamp Counter extension instruction.Enable C++14 sized deallocation support.Enable CFI tables via GAS assembler directives.Enable Cilk Plus.Enable DEC-style STATIC and AUTOMATIC attributes.Enable DIV, DIVU.Enable DIV-REM instructions for ARCv2.Enable DSP 3.1 Pack A extensions.Enable DWARF line debug info via GNU as.Enable Dual and Single Operand Instructions for Telephony.Enable Full Redundancy Elimination (FRE) on trees.Enable Function Descriptor PIC mode.Enable Graphite Identity transformation.Enable ID based shared library.Enable IEEE 128-bit floating point via the __float128 keyword.Enable Local Register Allocation.Enable Locked Load/Store Conditional extension.Enable MUL instructions.Enable MUL.X and UMUL.X instructions.Enable MULX instructions, assume fast shifter.Enable Objective-C exception and synchronization syntax.Enable Objective-C setjmp exception handling runtime.Enable OpenACC.Enable OpenMP (implies -frecursive in Fortran).Enable OpenMP's SIMD directives.Enable PIC support for building libraries.Enable Plan 9 language extensions.Enable Rcq constraint handling - most short code generation depends on this.Enable Rcw constraint handling - ccfsm condexec mostly depends on this.Enable Read-Modify-Write (RMW) instructions support/use.Enable SSA coalescing of user variables.Enable SSA code sinking on trees.Enable SSA dead code elimination optimization on trees.Enable SSA-BIT-CCP optimization on trees.Enable SSA-CCP optimization on trees.Enable SSA-PRE optimization on trees.Enable TPF-OS tracing code.Enable XY Memory extension (DSP version 3).Enable alignment of COMMON blocks.Enable all -Wunused- warnings.Enable all DEC language extensions.Enable all optimization info dumps on stderr.Enable an RTL peephole pass before sched2.Enable assembler and linker relaxation.  Enabled by default at -Os.Enable atomic instructions.Enable automatic template instantiation.Enable backend debugging.Enable backward propagation of use properties at the SSA level.Enable barrel shift instructions.Enable basic block vectorization (SLP) on trees.Enable basic program profiling code.Enable bbit peephole2.Enable cache bypass for volatile references.Enable code density instructions for ARCv2.Enable code hoisting.Enable common options for generating profile info for profile feedback directed optimizations, and set -fprofile-dir=.Enable common options for generating profile info for profile feedback directed optimizations.Enable common options for performing profile feedback directed optimizations, and set -fprofile-dir=.Enable common options for performing profile feedback directed optimizations.Enable compact casesi pattern.Enable conditional dead code elimination for builtin calls.Enable conditional execution other than moves/scc.Enable conditional moves.Enable constructor/destructor feature.Enable copy propagation of scalar-evolution information.Enable copy propagation on trees.Enable correction of flow inconsistent profile data input.Enable coverage-guided fuzzing code instrumentation. Inserts call to __sanitizer_cov_trace_pc into every basic block.Enable dead store elimination.Enable debug output.Enable decimal floating point hardware support.Enable default conversions between __float128 & long double.Enable divide and modulus instructions.Enable dominator optimizations.Enable double load/store instructions for ARC HS.Enable dual viterbi butterfly extension.Enable earlier placing stop bits for better scheduling.Enable exception handling.Enable forward propagation on trees.Enable front end optimization.Enable function profiling.Enable function reordering that improves code placement.Enable garbage collection (GC) in Objective-C/Objective-C++ programs.Enable generation of ARC SIMD instructions via target-specific builtins.Enable generation of R2 BMX instructions.Enable generation of R2 CDX instructions.Enable guessing of branch probabilities.Enable hardware floating point.Enable hoisting adjacent loads to encourage generating conditional move instructions.Enable hoisting loads from conditional pointers.Enable in and out of Graphite representation.Enable inline checks for nil receivers with the NeXT runtime and ABI version 2.Enable inlining of PLT in function calls.Enable inlining of function declared "inline", disabling disables all inlining.Enable label alignment optimizations.Enable link-time optimization.Enable linker optimizations.Enable linker relaxation.Enable linker relaxations.Enable linker relaxing.Enable loop distribution for patterns transformed into a library call.Enable loop distribution on trees.Enable loop epilogue vectorization using smaller vector size.Enable loop header copying on trees.Enable loop invariant motion on trees.Enable loop nest transforms.  Same as -floop-nest-optimize.Enable loop optimizations on tree level.Enable loop vectorization on trees.Enable lra.Enable machine specific peephole optimizations.Enable most warning messages.Enable multicore support.Enable multiply instructions.Enable nested conditional execution optimizations.Enable optimizing &&/|| in conditional execution.Enable parsing GIMPLE.Enable pre-reload use of cbranchsi pattern.Enable preprocessing.Enable range checking during compilation.Enable reassociation on tree level.Enable register pressure sensitive insn scheduling.Enable relaxing in the assembler.Enable scheduling across basic blocks.Enable separate data segment.Enable setting GPRs to the result of comparisons.Enable sign extend instructions.Enable small integers to be in VSX registers.Enable split of 32 bit immediate loads into low / high part.Enable stack probing.Enable strict 32-bit psABI struct return checking.Enable string length optimizations on trees.Enable support for C++ concepts.Enable support for DEC STRUCTURE/RECORD.Enable support for GNU transactional memory.Enable support for the RH850 ABI.  This is the default.Enable support for the old GCC ABI.Enable swap byte ordering extension instruction.Enable tail merging on trees.Enable the critical path heuristic in the scheduler.Enable the dependent count heuristic in the scheduler.Enable the division approximation.  Enabling this reduces precision of division results to about 16 bits for single precision and to 32 bits for double precision.Enable the group heuristic in the scheduler.Enable the last instruction heuristic in the scheduler.Enable the loop nest optimizer.Enable the normal mode.Enable the rank heuristic in the scheduler.Enable the reciprocal square root approximation.  Enabling this reduces precision of reciprocal square root results to about 16 bits for single precision and to 32 bits for double precision.Enable the speculative instruction heuristic in the scheduler.Enable the square root approximation.  Enabling this reduces precision of square root results to about 16 bits for single precision and to 32 bits for double precision. If enabled, it implies -mlow-precision-recip-sqrt.Enable the use of 64-bit floating point registers in fmov instructions.  See -mdalign if 64-bit alignment is required.Enable the use of RX FPU instructions.  This is the default.Enable the use of indexed loads.Enable the use of pre/post modify with register displacement.Enable the use of the LRA register allocator.Enable the use of the fsca instruction.Enable the use of the fsrra instruction.Enable the use of the old, broken, ABI where all stacked function arguments are aligned to 32-bits.Enable the use of the short load instructions.Enable the use the standard RX ABI where all stacked function arguments are naturally aligned.  This is the default.Enable the z vector language extension providing the context-sensitive vector macro and enable the Altivec-style builtins in vecintrin.h.Enable traditional preprocessing.Enable unaligned word and halfword accesses to packed data.Enable use of GPREL for read-only data in FDPIC.Enable use of NPS400 bit operations.Enable use of NPS400 xld/xst extension.Enable use of POST_INC / POST_DEC.Enable use of POST_MODIFY.Enable use of odd-numbered single-precision registers.Enable use of sdata/scommon/sbss.Enable user-defined instructions.Enable using IEEE 128-bit floating point instructions.Enable v850e3v5 loop instructions.Enable variable polynomial CRC extension.Enable vectorization on trees.Enable verbose output.Enable workaround for single erratum of AT697F processor (corresponding to erratum #13 of AT697E processor).Enable workarounds for the errata of the UT699 processor.Enable/Disable the traditional scheduling in loops that already passed modulo scheduling.Enable/disable GP-relative addressing.Enabled ID based shared library.Enables Position-Independent-Data (PID) mode.Enables or disables the use of the SMOVF, SMOVB, SMOVU, SUNTIL, SWHILE and RMPA instructions.  Enabled by default.Enables the dynamic vectorizer cost model.  Preserved for backward compatibility.Encode SSE instructions with VEX prefix.End expression in DO loopEnd of nonblock DO statement at %C is interwoven with another DO loopEnd of nonblock DO statement at %C is within another blockEnd of search list.
  Enforce class member access control semantics.Entity with assumed character length at %L must be a dummy argument or a PARAMETEREnum value is not CONST_DECL or INTEGER_CSTEnum value name is not IDENTIFIER_NODEEnum value type is not INTEGER_TYPE nor convertible to the enumEnumerator exceeds the C integer type at %CEquivalent to -mgpopt=local.Equivalent to -mgpopt=none.Errmsg-variable at %L must be a scalar CHARACTER variableErrmsg-variable at %L shall not be %sd within the same %s statementErrorError converting PARAMETER constant in complex constant at %CError converting integerError in pointer initialization at %CError in type-spec at %LError writing module file %qs for writing: %sError writing modules file: %sError writing output file '%s'
! EventExit condition of DO WHILE loop at %L must be a scalar LOGICAL expressionExit on the first error occurred.Expand 32bit/64bit integer divide into 8bit unsigned integer divide with run-time check.Expand adddi3 and subdi3 at rtl generation time into add.f / adc etc.Expected ")" at %CExpected "," at %CExpected '*' in coindex specification in ALLOCATE statement at %LExpected :: in TYPE definition at %CExpected = sign in PARAMETER statement at %CExpected P edit descriptorExpected PARAMETER symbol in complex constant at %CExpected TYPE IS, CLASS IS or END SELECT statement following SELECT TYPE at %CExpected a CASE or END SELECT statement following SELECT CASE at %CExpected a nameless interface at %CExpected a right parenthesis in expression at %CExpected a step value in iterator at %CExpected access-specifier at %CExpected alternate return label at %CExpected an initialization expression at %CExpected another dimension in array declaration at %CExpected argument list at %CExpected array subscript at %CExpected array subscript stride at %CExpected association at %CExpected association list at %CExpected attribute bit nameExpected binding attribute at %CExpected binding name at %CExpected comma in I/O list at %CExpected component reference at %CExpected exponent in expression at %CExpected expression at %C in PARAMETER statementExpected expression in %s statement at %CExpected expression in array specification at %CExpected expression typeExpected formal argument list in function definition at %CExpected generic name or operator descriptor at %CExpected initialization expression at %CExpected initialization expression in CASE at %CExpected integerExpected integer stringExpected left parenthesisExpected module procedure name at %CExpected nameExpected real stringExpected right parenthesisExpected scalar initialization expression at %CExpected specific binding name at %CExpected stringExpected structure component name at %CExpected terminating name at %CExpected type-bound procedure or procedure pointer component at %CExpected variable in READ statement at %CExpected variable name at %CExpected variable name at %C in PARAMETER statementExpecting a comma in EQUIVALENCE at %CExpecting list of named entities at %CExplain what alignment considerations lead to the decision to make an insn short or long.Export functions even if they can be inlined.Expression at %L in this context must be constantExpression at %L must be of INTEGER type, found %sExpression at %L must be scalarExpression in CASE statement at %L is not in the range of %sExpression in CASE statement at %L must be of kind %dExpression in CASE statement at %L must be of type %sExpression in CASE statement at %L must be scalarExtension: Conversion from %s to %s at %LExtension: Unary operator following arithmetic operator (use parentheses) at %CExtension: backslash character at %CExternal IO UNIT cannot be an array at %LExtraneous characters in format at %LFINAL clause at %L requires a scalar LOGICAL expressionFINAL declaration at %C must be inside CONTAINSFINAL declaration at %C must be inside a derived type CONTAINS sectionFINAL procedure at %L must have exactly one argumentFORALL end expression at %L must be a scalar INTEGERFORALL index-name at %L must be a scalar INTEGERFORALL mask clause at %L requires a scalar LOGICAL expressionFORALL start expression at %L must be a scalar INTEGERFORALL stride expression at %L cannot be zeroFORALL stride expression at %L must be a scalar %sFORMAT label %d at %L not definedFORMAT statement at %L does not have a statement labelFORMAT tag at %L must be of type default-kind CHARACTER or of INTEGERFP exceptions are enabled.FPX: Enable Argonaut ARC CPU Double Precision Floating Point extensions.FPX: Generate Double Precision FPX (compact) instructions.FPX: Generate Double Precision FPX (fast) instructions.FPX: Generate Single Precision FPX (compact) instructions.FPX: Generate Single Precision FPX (fast) instructions.FUNCTION result %s can't be a POINTER in FUNCTION %s at %LFUNCTION result %s can't be an array in FUNCTION %s at %LFUNCTION result %s can't be of type %s in FUNCTION %s at %LFactor complex constructors and destructors to favor space over speed.Fatal ErrorFine grain control of tune features.First argument of defined assignment at %L must be INTENT(OUT) or INTENT(INOUT)First argument of operator interface at %L cannot be optionalFirst argument of operator interface at %L must be INTENT(IN)Floating point custom instruction configuration name.Floating point unit does not support divide & sqrt.Follow Renesas (formerly Hitachi) / SuperH calling conventions.Follow the C++17 evaluation order requirements for assignment expressions, shift, member function calls, etc.Follow the EABI linkage requirements.For dummy procedure %s, no binding name is allowed in BIND(C) at %CFor intrinsics library: pass all parameters in registers.For nested functions on stack executable permission is set.For targets that normally need trampolines for nested functions, always generate them instead of using descriptors.Force assembly output to always use hex constants.Force bitfield accesses to match their type width.Force functions to be aligned to a 4 byte boundary.Force the underlying type for "wchar_t" to be "unsigned short".Force the usage of delay slots for conditional branches.Forces Pointer Bounds Checker to treat all trailing arrays in structures as possibly flexible.  By default only arrays fields with zero length or that are marked with attribute bnd_variable_size are treated as flexible.Forces Pointer Bounds Checker to use bounds of the innermost arrays in case of nested static arrays access.  By default outermost array is used.Forces Pointer Bounds Checker to use narrowed bounds for address of the first field in the structure.  By default pointer to the first field has the same bounds as pointer to the whole structure.Format statement in module main block at %CFortran 2008 obsolescent feature:Fortran 2008: Pointer functions in variable definition context (%s) at %LFortran 2008: Semicolon at %C without preceding statementFortran 95 requires default INTEGER in %s tag at %LFunction %s at %L has entries with mismatched array specificationsFunction starts are aligned to this power of 2.Function versions cannot be marked as gnu_inline, bodies have to be generatedFunctions which return values must end with return statements.Fuse certain integer operations together for better performance on power8.Fuse certain operations together for better performance on power9.Fuse medium/large code model toc references with the memory instruction.GCC cannot support operators with integer types and fixed-point types that have too many integral and fractional bits togetherGCC supports only %u nested scopesGCC vector passed by reference: non-standard ABI extension with no compatibility guaranteeGCC vector returned by reference: non-standard ABI extension with no compatibility guaranteeGCSE disabledGENERIC at %C must be inside a derived-type CONTAINSGMP version %s, MPFR version %s, MPC version %s, isl version %s
! GNU C no longer supports -traditional without -EGNU Extension:GNU Objective C no longer supports traditional compilationGOTO statement at %L leaves CRITICAL construct for label at %LGOTO statement at %L leaves DO CONCURRENT construct for label at %LGenerate 16-bit instructions.Generate 16bit i386 code.Generate 32-bit code.Generate 32-bit offsets in switch tables.Generate 32bit i386 code.Generate 32bit x86-64 code.Generate 32x16 multiply and mac instructions.Generate 64-bit code.Generate 64bit x86-64 code.Generate APCS conformant stack frames.Generate ARCompact 32-bit code for ARC600 processor.Generate ARCompact 32-bit code for ARC601 processor.Generate ARCompact 32-bit code for ARC700 processor.Generate AT&T-style stubs for Mach-O.Generate AltiVec instructions using big-endian element order.Generate AltiVec instructions using little-endian element order.Generate C header of platform-specific features.Generate Cell microcode.Generate DWARF pubnames and pubtypes sections with GNU extensions.Generate DWARF pubnames and pubtypes sections.Generate ELF FDPIC code.Generate Extended arithmetic instructions.  Currently only divaw, adds, subs and sat16 are supported.Generate GFLOAT double precision code.Generate H8/300H code.Generate H8S code.Generate H8S/2600 code.Generate H8SX code.Generate ILP32 code.Generate IT blocks appropriate for ARMv8.Generate LP64 code.Generate MIPS16 code.Generate PA1.0 code.Generate PA1.1 code.Generate PA2.0 code (requires binutils 2.10 or later).Generate PPC750CL paired-single instructions.Generate SBIT, CBIT instructions.Generate SH1 code.Generate SH2 code.Generate SH2a FPU-less code.Generate SH2e code.Generate SH3 code.Generate SH3e code.Generate SH4 FPU-less code.Generate SH4 code.Generate SH4-100 FPU-less code.Generate SH4-100 code.Generate SH4-200 FPU-less code.Generate SH4-200 code.Generate SH4-300 FPU-less code.Generate SH4-300 code.Generate SH4a FPU-less code.Generate SH4a code.Generate SH4al-dsp code.Generate SPE SIMD instructions on E500.Generate VRSAVE instructions when generating AltiVec code.Generate __mcount_loc section with all mcount or __fentry__ calls.Generate a #line directive pointing at the current working directory.Generate a call to abort if a noreturn function returns.Generate a single exit point for each function.Generate aggregate parameter passing code with at most 64-bit alignment.Generate assembler output that is compatible with the Renesas AS100 assembler.  This may restrict some of the compiler's capabilities.  The default is to generate GAS compatible syntax.Generate auto-inc/dec instructions.Generate big endian code.Generate big-endian code.Generate bit instructions.Generate bounds passing for calls.Generate bounds stores for pointer writes.Generate branch hints for branches.Generate call insns as direct calls.Generate call insns as indirect calls, if necessary.Generate call insns as indirect calls.Generate call insns as register indirect calls.Generate checks for all read accesses to memory.Generate checks for all write accesses to memory.Generate cld instruction in the function prologue.Generate code for 18 bit addressing.Generate code for 32 bit addressing.Generate code for CR16C architecture.Generate code for CR16C+ architecture (Default).Generate code for GNU as.Generate code for GNU assembler (gas).Generate code for GNU ld.Generate code for GNU runtime environment.Generate code for NeXT (Apple Mac OS X) runtime environment.Generate code for OpenMP offloading: enables -msoft-stack and -muniform-simt.Generate code for SH4 340 series (MMU/FPU-less).Generate code for SH4 400 series (MMU/FPU-less).Generate code for SH4 500 series (FPU-less).Generate code for Thumb state.Generate code for UNIX assembler.Generate code for a 32-bit ABI.Generate code for a 5206e.Generate code for a 520X.Generate code for a 528x.Generate code for a 5307.Generate code for a 5407.Generate code for a 64-bit ABI.Generate code for a 68000.Generate code for a 68010.Generate code for a 68020.Generate code for a 68030.Generate code for a 68040, without any new instructions.Generate code for a 68040.Generate code for a 68060, without any new instructions.Generate code for a 68060.Generate code for a 68302.Generate code for a 68332.Generate code for a 68851.Generate code for a ColdFire v4e.Generate code for a DLL.Generate code for a Fido A.Generate code for a cpu32.Generate code for an 11/10.Generate code for an 11/40.Generate code for an 11/45.Generate code for darwin loadable kernel extensions.Generate code for functions even if they are fully inlined.Generate code for given CPU.Generate code for old exec BSS PLT.Generate code for static functions even if they are never called.Generate code for the Android platform.Generate code for the M*Core M210Generate code for the M*Core M340Generate code for the kernel or loadable kernel extensions.Generate code for the supervisor mode (default).Generate code for the user mode.Generate code in 32 bit ARM state.Generate code in big endian mode.Generate code in big-endian mode.Generate code in little endian mode.Generate code in little-endian mode.Generate code suitable for executables (NOT shared libs).Generate code suitable for fast turn around debugging.Generate code that can be used in SVR4-style dynamic objects.Generate code that can keep local state uniform across all lanes.Generate code that conforms to Intel MCU psABI.Generate code that conforms to the given ABI.Generate code that is link-compatible with MIPS16 and microMIPS code.Generate code that uses 68881 floating-point instructions.Generate code that won't be linked against any other ID shared libraries, but may be used as a shared library.Generate code to check bounds before indexing arrays.Generate code to check exception specifications.Generate code to use a non-exec PLT and GOT.Generate code which uses hardware floating point instructions.Generate code which uses only the general registers.Generate code with library calls for floating point.Generate code without GP reg.Generate compile-time CFString objects.Generate compressed debug sections.Generate conditional move instructions.Generate cpp defines for server IO.Generate cpp defines for workstation IO.Generate debug information in COFF format.Generate debug information in DWARF v2 (or later) format.Generate debug information in STABS format.Generate debug information in VMS format.Generate debug information in XCOFF format.Generate debug information in default extended format.Generate debug information in default format.Generate debug information in default version of DWARF format.Generate debug information in extended STABS format.Generate debug information in extended XCOFF format.Generate debug information in separate .dwo files.Generate default double-precision SH2a-FPU code.Generate default single-precision SH2a-FPU code.Generate default single-precision SH4 code.Generate default single-precision SH4-100 code.Generate default single-precision SH4-200 code.Generate default single-precision SH4-300 code.Generate default single-precision SH4a code.Generate discontiguous stack frames.Generate divide results with reminder having the same sign as the divisor (not the dividend).Generate fast indirect calls.Generate floating point mathematics using given instruction set.Generate inline floating point division, optimize for latency.Generate inline floating point division, optimize for throughput.Generate inline integer division, optimize for latency.Generate inline integer division, optimize for throughput.Generate inline square root, optimize for latency.Generate inline square root, optimize for throughput.Generate instructions supported by barrel shifter.Generate isel instructions.Generate lazy class lookup (via objc_getClass()) for use in Zero-Link mode.Generate little endian code.Generate little-endian code.Generate load/store multiple instructions.Generate load/store with update instructions.Generate make dependencies and compile.Generate make dependencies.Generate mcount/__fentry__ calls as nops. To activate they need to be patched in.Generate mul64 and mulu64 instructions.Generate norm instruction.Generate normal-mode code.Generate only single-precision SH2a-FPU code.Generate only single-precision SH4 code.Generate only single-precision SH4-100 code.Generate only single-precision SH4-200 code.Generate only single-precision SH4-300 code.Generate only single-precision SH4a code.Generate pc-relative code.Generate performance extension instructions.Generate phony targets for all headers.Generate pointer bounds checks for variables with incomplete type.Generate position-independent code for executables if possible (large mode).Generate position-independent code for executables if possible (small mode).Generate position-independent code if possible (large mode).Generate position-independent code if possible (small mode).Generate prefetch instructions, if available, for arrays in loops.Generate re-entrant, PIC code.Generate reciprocals instead of divss and sqrtss.Generate run time type descriptor information.Generate sdata references.  This is the default, unless you compile for PIC.Generate self-relocatable code.Generate sin, cos, sqrt for FPU.Generate software reciprocal divide and square root for better throughput.Generate special Objective-C methods to initialize/destroy non-POD C++ ivars, if needed.Generate string instructions for block moves.Generate swap instruction.Generate the integer modulo instructions.Generate the quad word memory atomic instructions (lqarx/stqcx).Generate the quad word memory instructions (lq/stq).Generate unwind tables that are exact at each instruction boundary.Generate v3 push25/pop25 instructions.Generate vzeroupper instruction before a transfer of control flow out of the function.Give branches their default cost.Give external symbols a leading underscore.Graphite loop optimizations cannot be used (isl is not available) (-fgraphite, -fgraphite-identity, -floop-nest-optimize, -floop-parallelize-all)Graphite loop optimizations cannot be used (isl is not available).Guide linker to relax instructions.HLE_ACQUIRE not used with ACQUIRE or stronger memory modelHLE_RELEASE not used with RELEASE or stronger memory modelHSA SSA name defined by instruction that is supposed to be using itHSA SSA name not among operands of instruction that is supposed to use itHSA SSA verification failedHSA has not been enabled during configurationHSA image ops not handledHSA instruction uses a register but is not among recorded register usesHSA instruction verification failedHandle atomic builtins that may be applied to unaligned data by calling library functions. Overrides -mtrap-unaligned-atomic.Hardware autoprefetcher scheduler model control flag.  Number of lookahead cycles the model looks into; at '0' only enable instruction sorting heuristic.  Disabled by default.Histogram value statement does not correspond to the statement it is associated withHow much can given compilation unit grow because of the inlining (in percent).How much can given compilation unit grow because of the interprocedural constant propagation (in percent).ICE: emit_insn used where emit_jump_insn needed:
! ID of shared library to build.ID shared libraries and FD-PIC mode can%'t be used togetherIF clause at %L requires a scalar LOGICAL expressionIMPORT statement at %C only permitted in an INTERFACE bodyINDIRECT_REF in gimple ILINQUIRE statement at %L cannot contain both FILE and UNIT specifiersINQUIRE statement at %L requires a PENDING= specifier with the ID= specifierINQUIRE statement at %L requires either FILE or UNIT specifierINQUIRE statement not allowed in PURE procedure at %CINTENT (%s) conflicts with INTENT(%s) at %LINTENT is not allowed inside of BLOCK at %CINTENT(%s) actual argument at %L might interfere with actual argument at %L.IO definition for %q+D needs an addressIOLENGTH tag invalid in INQUIRE statement at %CISO C does not allow %<%E (expression)%>ISO C does not allow extra %<;%> outside of a functionISO C does not permit %<_Alignof%> applied to a function typeISO C does not support %<#pragma STDC FLOAT_CONST_DECIMAL64%>ISO C does not support %<++%> and %<--%> on complex typesISO C does not support %<~%> for complex conjugationISO C does not support complex integer typesISO C does not support decimal floating pointISO C does not support fixed-point typesISO C does not support plain %<complex%> meaning %<double complex%>ISO C does not support saturating typesISO C forbids %<goto *expr;%>ISO C forbids %<return%> with expression, in function returning voidISO C forbids an empty translation unitISO C forbids assignment between function pointer and %<void *%>ISO C forbids braced-groups within expressionsISO C forbids casting nonscalar to the same typeISO C forbids casts to union typeISO C forbids comparison of %<void *%> with function pointerISO C forbids conditional expr between %<void *%> and function pointerISO C forbids conditional expr with only one void sideISO C forbids const or volatile function typesISO C forbids conversion of function pointer to object pointer typeISO C forbids conversion of object pointer to function pointer typeISO C forbids empty initializer bracesISO C forbids forward parameter declarationsISO C forbids forward references to %<enum%> typesISO C forbids initialization between function pointer and %<void *%>ISO C forbids label declarationsISO C forbids member declarations with no membersISO C forbids nested functionsISO C forbids omitting the middle term of a ?: expressionISO C forbids ordered comparisons of pointers to functionsISO C forbids passing argument %d of %qE between function pointer and %<void *%>ISO C forbids qualified function typesISO C forbids return between function pointer and %<void *%>ISO C forbids specifying range of elements to initializeISO C forbids subscripting %<register%> arrayISO C forbids zero-size arrayISO C forbids zero-size array %qEISO C prohibits argument conversion to union typeISO C requires a named argument before %<...%>ISO C restricts enumerator values to range of %<int%>ISO C++ 1998 does not support %<long long%>ISO C++ 1998 forbids the use of %<extern%> on explicit instantiationsISO C++ does not allow %<alignof%> with a non-typeISO C++ does not allow ?: with omitted middle operandISO C++ does not allow C99 designated initializersISO C++ does not allow designated initializersISO C++ does not permit %<%T::%D%> to be defined as %<%T::%D%>ISO C++ does not permit %<alignof%> applied to a function typeISO C++ forbids applying %<__alignof%> to an expression of function typeISO C++ forbids applying %<sizeof%> to an expression of function typeISO C++ forbids braced-groups within expressionsISO C++ forbids calling %<::main%> from within programISO C++ forbids casting to an array type %qTISO C++ forbids comparison between pointer and integerISO C++ forbids comparison between pointer of type %<void *%> and pointer-to-functionISO C++ forbids compound-literalsISO C++ forbids computed gotosISO C++ forbids conditional expression between pointer of type %<void *%> and pointer-to-functionISO C++ forbids conversion between pointer of type %<void *%> and pointer-to-functionISO C++ forbids declaration of %qs with no typeISO C++ forbids decrementing a pointer of type %qTISO C++ forbids decrementing an enumISO C++ forbids in-class initialization of non-const static member %qDISO C++ forbids incrementing a pointer of type %qTISO C++ forbids incrementing an enumISO C++ forbids initialization of member constant %qD of non-integral type %qTISO C++ forbids nested type %qD with same name as enclosing classISO C++ forbids omitting the middle term of a ?: expressionISO C++ forbids taking address of function %<::main%>ISO C++ forbids taking the address of a bound member function to form a pointer to member function.  Say %<&%T::%D%>ISO C++ forbids taking the address of an unqualified or parenthesized non-static member function to form a pointer to member function.  Say %<&%T::%D%>ISO C++ forbids the use of %qE on explicit instantiationsISO C++ forbids using pointer of type %<void *%> in subtractionISO C++ forbids using pointer to a function in subtractionISO C++ forbids using pointer to a method in subtractionISO C++ forbids variable length arrayISO C++ forbids variable length array %qDISO C++ forbids zero-size arrayISO C++ forbids zero-size array %qDISO C++ prohibits anonymous structsISO C++ prohibits overloading operator ?:ISO C++ says that these are ambiguous, even though the worst conversion for the first is better than the worst conversion for the second:ISO C90 does not support %<[*]%> array declaratorsISO C90 does not support %<_Alignas%>ISO C90 does not support %<_Noreturn%>ISO C90 does not support %<_Static_assert%>ISO C90 does not support %<long long%>ISO C90 does not support %<static%> or type qualifiers in parameter array declaratorsISO C90 does not support %qEISO C90 does not support complex typesISO C90 does not support flexible array membersISO C90 doesn%'t support unnamed structs/unionsISO C90 forbids array %qE whose size can%'t be evaluatedISO C90 forbids array whose size can%'t be evaluatedISO C90 forbids compound literalsISO C90 forbids mixed declarations and codeISO C90 forbids specifying subobject to initializeISO C90 forbids subscripting non-lvalue arrayISO C90 forbids variable length arrayISO C90 forbids variable length array %qEISO C99 does not support %<_Alignas%>ISO C99 does not support %<_Noreturn%>ISO C99 does not support %<_Static_assert%>ISO C99 does not support %qEISO C99 doesn%'t support unnamed structs/unionsIf -ftree-vectorize is used, the minimal loop bound of a loop to be considered for vectorization.If -fvariable-expansion-in-unroller is used, the maximum number of times that an individual variable will be expanded during loop unrolling.If first argument of ATAN2 %L is zero, then the second argument must not be zeroIf number of candidates in the set is smaller, we always try to remove unused ivs during its optimization.If scheduling post reload, do superblock scheduling.Ignore 'D' in column one in fixed form.Ignore dllimport for functions.Ignored.Illegal allocate-object at %C for a PURE procedureIllegal character in BOZ constant at %CIllegal reference type at %L as EQUIVALENCE objectIllegal stride of zero at %LImage control statement %s at %C in CRITICAL blockImage control statement %s at %C in DO CONCURRENT blockImage control statement %s at %C in PURE procedureImage control statement CRITICAL at %C in DO CONCURRENT blockImage control statement CRITICAL at %C in PURE procedureImage control statement RETURN at %C in CRITICAL blockImage control statement RETURN at %C in DO CONCURRENT blockImage control statement STOP at %C in CRITICAL blockImage control statement STOP at %C in DO CONCURRENT blockImage control statement SYNC at %C in CRITICAL blockImage control statement SYNC at %C in DO CONCURRENT blockImage control statement SYNC at %C in PURE procedureImageset argument at %L must be a scalar or rank-1 INTEGER expressionImageset argument at %L must between 1 and num_images()Implement C++17 inheriting constructor semantics.Implement __atomic operations via libcalls to legacy __sync functions.Implement resolution of DR 150 for matching of template template arguments.In %s at %L procedures must be all FUNCTIONs as the generic name is also the name of a derived typeIn %s at %L procedures must be either all SUBROUTINEs or all FUNCTIONsIn C++, nonzero means warn about deprecated conversion from string literals to 'char *'.  In C, similar warning, except that the conversion is of course not deprecated by the ISO C standard.In SSA-PRE optimization on trees, enable partial-partial redundancy elimination.In constructor %qsIn copy constructor %qsIn destructor %qsIn function %qsIn lambda functionIn member function %qsIn static member function %qsIncompatible derived type in PARAMETER at %LIncompatible ranks %d and %d in assignment at %LIncompatible ranks in %s (%d and %d) at %LIncompatible types in DATA statement at %L; attempted conversion of %s to %sInconsistent ranks for operator at %%L and %%LIncorrect EH edge %i->%iIncorrect function return valueIncrease the IEEE compliance for floating-point comparisons.Index in dimension %d is out of bounds at %LIndicate presence of a processor erratum.Indicate priority for r0..r3 / r12..r15 with TARGET_REGISTER_PRIORITY.Inhibit the use of hardware floating point instructions.Initialization at %C is not allowed in a PURE procedureInitialization at %C isn't for a pointer variableInitialization of allocatable component at %C is not allowedInitialization of pointer at %C is not allowed in a PURE procedureInitialization of variable at %C is not allowed in a PURE procedureInitialize local variables to zero (from g77).Initializing already initialized variable at %CInject friend functions into enclosing namespace.Inline __atomic operations when a lock free instruction sequence is available.Inline all known string operations.Inline constants if it can be done in 2 insns or less.Inline memset/memcpy string operations, but perform inline version only for small blocks.Inline recursively only when the probability of call being executed exceeds the parameter.Insert arc-based program profiling code.Insert code to profile values of expressions.Insert hbrp instructions after hinted branch targets to avoid the SPU hang issue.Insert nops when it might improve performance by allowing dual issue (default).Insert stack checking code into the program.  Same as -fstack-check=specific.Insn addresses not set after shorten_branchesInstrument function entry and exit with profiling calls.Instrument only functions marked with bnd_instrument attribute.Instrumentation clone does not reference original nodeInstrumentation thunk has wrong edge calleeInstrumented node has wrong original declarationInteger expression required at %CInteger id (N) of fabsd custom instruction.Integer id (N) of fabss custom instruction.Integer id (N) of faddd custom instruction.Integer id (N) of fadds custom instruction.Integer id (N) of fatand custom instruction.Integer id (N) of fatans custom instruction.Integer id (N) of fcmpeqd custom instruction.Integer id (N) of fcmpeqs custom instruction.Integer id (N) of fcmpged custom instruction.Integer id (N) of fcmpges custom instruction.Integer id (N) of fcmpgtd custom instruction.Integer id (N) of fcmpgts custom instruction.Integer id (N) of fcmpled custom instruction.Integer id (N) of fcmples custom instruction.Integer id (N) of fcmpltd custom instruction.Integer id (N) of fcmplts custom instruction.Integer id (N) of fcmpned custom instruction.Integer id (N) of fcmpnes custom instruction.Integer id (N) of fcosd custom instruction.Integer id (N) of fcoss custom instruction.Integer id (N) of fdivd custom instruction.Integer id (N) of fdivs custom instruction.Integer id (N) of fexpd custom instruction.Integer id (N) of fexps custom instruction.Integer id (N) of fextsd custom instruction.Integer id (N) of fixdi custom instruction.Integer id (N) of fixdu custom instruction.Integer id (N) of fixsi custom instruction.Integer id (N) of fixsu custom instruction.Integer id (N) of floatid custom instruction.Integer id (N) of floatis custom instruction.Integer id (N) of floatud custom instruction.Integer id (N) of floatus custom instruction.Integer id (N) of flogd custom instruction.Integer id (N) of flogs custom instruction.Integer id (N) of fmaxd custom instruction.Integer id (N) of fmaxs custom instruction.Integer id (N) of fmind custom instruction.Integer id (N) of fmins custom instruction.Integer id (N) of fmuld custom instruction.Integer id (N) of fmuls custom instruction.Integer id (N) of fnegd custom instruction.Integer id (N) of fnegs custom instruction.Integer id (N) of frdxhi custom instruction.Integer id (N) of frdxlo custom instruction.Integer id (N) of frdy custom instruction.Integer id (N) of fsind custom instruction.Integer id (N) of fsins custom instruction.Integer id (N) of fsqrtd custom instruction.Integer id (N) of fsqrts custom instruction.Integer id (N) of fsubd custom instruction.Integer id (N) of fsubs custom instruction.Integer id (N) of ftand custom instruction.Integer id (N) of ftans custom instruction.Integer id (N) of ftruncds custom instruction.Integer id (N) of fwrx custom instruction.Integer id (N) of fwry custom instruction.Integer id (N) of round custom instruction.Integer kind %d at %C not availableInteger outside symmetric range implied by Standard Fortran at %LInteger outside symmetric range implied by Standard Fortran converting %s to %s at %LInteger overflowInteger overflow when calculating the amount of memory to allocateInteger too big for integer kind %i at %CInteger too big for its kind at %C. This check can be disabled with the option -fno-range-checkInteger too large at %CInteger value too large in expression at %CIntegrate functions into their callers when code size is known not to grow.Integrate functions not declared "inline" into their callers when profitable.Integrate functions only required by their single caller.Intel MCU psABI isn%'t supported in %s modeIntel MPX does not support x32Interface mismatch in procedure pointer assignment at %L: %sInterface must be specified for DEFERRED binding at %CInternal compiler error: Error reporting routines re-entered.
  Internal unit with vector subscript at %LInterpret any INTEGER(4) as an INTEGER(8).Interpret any REAL(4) as a REAL(10).Interpret any REAL(4) as a REAL(16).Interpret any REAL(4) as a REAL(8).Interpret any REAL(8) as a REAL(10).Interpret any REAL(8) as a REAL(16).Interpret any REAL(8) as a REAL(4).Interpret imaginary, fixed-point, or other gnu number suffix as the corresponding number literal rather than a user-defined number literal.Intersperse literal pools with code in the text section.Intrinsic TRANSFER at %L has partly undefined result: source size %ld < result size %ldIntrinsic operator %qs referenced at %L not found in module %qsIntrinsic operator interface at %L must be a FUNCTIONIntrinsic procedure at %L cannot be a MODULE PROCEDUREInvalid Hollerith constant at %L contains a wide characterInvalid Hollerith constant: %L must contain at least one characterInvalid Hollerith constant: Integer kind at %L should be defaultInvalid KIND parameter of %s at %LInvalid character in name at %CInvalid codimension %d at %C, only %d codimensions existInvalid context for NULL() pointer at %%LInvalid form of PROGRAM statement at %CInvalid form of WRITE statement at %L, UNIT requiredInvalid form of array reference at %CInvalid form of coarray reference at %CInvalid image number %d in SYNC IMAGESInvalid initializer %s in Data statement at %CInvalid kind %d for CHARACTER constant at %CInvalid kind for %s at %LInvalid procedure argument at %LInvalid procedure pointer assignment at %LInvalid range %s in option %sInvalid real kind %d at %CInvalid type-spec at %CInvalid value for %s specification at %CIssue warnings needed for strict compliance to the standard.Iterator step at %L cannot be zeroJump targets are aligned to this power of 2.Junk after ASSOCIATE statement at %CJunk after CALL at %CJunk after GENERIC binding at %CJust generate unwind tables for exception handling.Just use icc0/fcc0.KIND parameter of %s at %L must be an initialization expressionKind %d is not supported for CHARACTER at %CKind %d not supported for type %s at %CKind type parameter for entity at %L differs from the kind type parameter of the typespecKnown AArch64 ABIs (for use with the -mabi= option):Known ABIs (for use with the -mabi= option):Known ARC CPUs (for use with the -mcpu= option):Known ARM ABIs (for use with the -mabi= option):Known ARM CPUs (for use with the -mcpu= and -mtune= options):Known ARM FPUs (for use with the -mfpu= option):Known ARM architectures (for use with the -march= option):Known C6X ISAs (for use with the -march= option):Known CPUs (for use with the -mcpu= and -mtune= options):Known FR-V CPUs (for use with the -mcpu= option):Known IQ2000 CPUs (for use with the -mcpu= option):Known Itanium CPUs (for use with the -mtune= option):Known M68K CPUs (for use with the -mcpu= option):Known M68K ISAs (for use with the -march= option):Known M68K microarchitectures (for use with the -mtune= option):Known MIPS ABIs (for use with the -mabi= option):Known MIPS CPUs (for use with the -march= and -mtune= options):Known MIPS IEEE 754 settings (for use with the -mabs= and -mnan= options):Known MIPS ISA levels (for use with the -mips option):Known TILE-Gx CPUs (for use with the -mcpu= option):Known TILEPro CPUs (for use with the -mcpu= option):Known TLS dialects (for use with the -mtls-dialect= option):Known __fp16 formats (for use with the -mfp16-format= option):Known address mode (for use with the -maddress-mode= option):Known arch types (for use with the -march= option):Known assembler dialects (for use with the -masm= option):Known cmodel types (for use with the -mcmodel= option):Known code models (for use with the -mcmodel= option):Known data alignment choices (for use with the -malign-data= option):Known floating-point ABIs (for use with the -mfloat-abi= option):Known stack protector guard (for use with the -mstack-protector-guard= option):Known vectorization library ABIs (for use with the -mveclibabi= option):L%d cache latency unknown for %sLHS in noreturn callLOCK_TYPE in variable definition context (%s) at %LLOGICAL operands are required in expression at %LLTO support has not been enabled in this configurationLabel %d at %C already referenced as a format labelLabel %d at %C already referenced as branch targetLabel %d at %C previously used as a FORMAT labelLabel %d at %C previously used as branch targetLabel %d at %L defined but cannot be usedLabel %d at %L defined but not usedLabel %d referenced at %L is never definedLabel at %L is not in the same block as the GOTO statement at %LLeft parenthesis required after %<*%>Legacy Extension:Letters must be in alphabetic order in IMPLICIT statement at %CLevel of hsa debug stores verbosityLift restrictions on GOT size.Like -M but ignore system header files.Like -MD but ignore system header files.Like -pedantic but issue them as errors.Limit of %d continuations exceeded in statement at %CLine truncated at %LLines executed:%s of %d
! Link in code for a __main kernel.Link to emit program in ELF format (rather than mmo).Link with HAL BSP.Link with a limited version of the C library.Link with libads.a, libc.a and crt0.o.Link with libc.a and libdebug.a.Link with libc.a and libsim.a.Link with libmvme.a, libc.a and crt0.o.Link with libsim.a, libc.a and sim-crt0.o.Link with libyk.a, libc.a and crt0.o.Link with the fast floating-point library.Link with the library-pic libraries.Link-time optimization with number of parallel jobs or jobserver.List all available debugging counters with their limits and counts.Local declaration from a different functionLock variable at %L must be a scalar of type LOCK_TYPELogical SELECT CASE block at %L has more that two casesLogical range in CASE statement at %L is not allowedLogicals at %%L must be compared with %s instead of %sLook for and use PCH files even when preprocessing.Looks for opportunities to reduce stack adjustments and stack references.Loop code aligned to this power of 2.Loop variableLoop variable at %C cannot be a coarrayLoop variable at %C cannot be a sub-componentLoop variable has been modifiedLoops iterating at least selected number of iterations will get loop alignment..Lower array reference at %L is out of bounds (%ld < %ld) in dimension %dLower array reference at %L is out of bounds (%ld > %ld) in dimension %dLower bound has to be present at %LMIPS16 -mxgot codeMIPS16 PIC for ABIs other than o32 and o64MMIX Internal: %s is not a shiftable intMMIX Internal: Bad register: %dMMIX Internal: Bad value for 'm', not a CONST_INTMMIX Internal: Cannot decode this operandMMIX Internal: Expected a CONST_INT, not thisMMIX Internal: Expected a constant, not thisMMIX Internal: Expected a register, not thisMMIX Internal: Last named vararg would not fit in a registerMMIX Internal: Missing %qc case in mmix_print_operandMMIX Internal: This is not a constant:MMIX Internal: This is not a recognized addressMMIX Internal: Trying to output invalidly reversed condition:MMIX Internal: What is the CC of this?MMIX Internal: What's the CC of this?MMX vector argument without MMX enabled changes the ABIMMX vector return without MMX enabled changes the ABIMODIFY_EXPR not expected while having tuplesMODULE PROCEDURE at %C must be in a generic module interfaceMOLD argument to NULL required at %LMOLD tag at %L conflicts with SOURCE tag at %LMOLD tag at %L conflicts with the typespec at %LMOLD= required in NULL() argument at %L: Ambiguity between specific functions %s and %sMSA MIPS16 codeMSP430 builtin functions only work inside interrupt handlersMULT case in cris_op_strMagnitude of second argument of %s exceeds bit size at %LMain variant is not definedMaintain backchain pointer.Make "char" signed by default.Make "char" unsigned by default.Make integers 32 bits wide.Make structs a multiple of 4 bytes (warning: ABI altered).Make sure loads and stores are not moved past DMA instructions.Make the linker relaxation machine assume that a program counter wrap-around occurs.Malloc data into P2 space.Map one directory name to another in debug information.Mark MAC register as call-clobbered.Mark __tls_get_addr calls with argument info.Mark all loops as parallel.Marks all inlined functions and methods as having hidden visibility.Max basic blocks number in loop for loop invariant motion.Max loops number for regional RA.Max size of conflict table in MB.Max. number of generated reload insns per insn is achieved (%d)
  Max. recursion depth for expanding var tracking expressions.Max. size of loc list for which reverse ops should be added.Max. size of var tracking hash tables.Maximal code growth caused by tail duplication (in percent).Maximal estimated growth of function body caused by early inlining of single call.Maximal estimated outcome of branch considered predictable.Maximal growth due to inlining of large function (in percent).Maximal size of a partition for LTO (in estimated instructions).Maximal stack frame growth due to inlining (in percent).Maximum allowed growth of size of new parameters ipa-sra replaces a pointer to an aggregate with.Maximum amount of iterations of the pass over a function.Maximum amount of similar bbs to compare a bb with.Maximum depth of search in the dominator tree for expressions to hoist.Maximum depth of sqrt chains to use when synthesizing exponentiation by a real constant.Maximum length of candidate scans for straight-line strength reduction.Maximum length of partial antic set when performing tree pre optimization.Maximum number of LRA assignment passes is achieved (%d)
! Maximum number of active local stores in RTL dead store elimination.Maximum number of aggregate content items for a parameter in jump functions and lattices.Maximum number of arguments a PHI may have before the FSM threader will not try to thread through its block.Maximum number of basic blocks on a finite state automaton jump thread path.Maximum number of conditional store pairs that can be sunk.Maximum number of constant stores to merge in the store merging pass.Maximum number of datarefs in loop for building loop data dependencies.Maximum number of disambiguations to perform per memory access.Maximum number of fields in a structure before pointer analysis treats the structure as a single variable.Maximum number of insns in a basic block to consider for RTL if-conversion.Maximum number of instructions in basic block to be considered for SLP vectorization.Maximum number of instructions in the ready list that are considered eligible for renaming.Maximum number of instructions to copy when duplicating blocks on a finite state automaton jump thread path.Maximum number of loop peels to enhance alignment of data references in a loop.Maximum number of may-defs visited when devirtualizing speculativelyMaximum number of namespaces to search for alternatives when name lookup fails.Maximum number of nested calls to search for control dependencies during uninitialized variable analysis.Maximum number of new jump thread paths to create for a finite state automaton.Maximum number of nops to insert for a hint (Default 2).Maximum number of statements allowed in a block that needs to be duplicated when threading jumps.Maximum number of statements that will be visited by IPA formal parameter analysis based on alias analysis in any given function.Maximum number of statements to be included into a single static constructor generated by Pointer Bounds Checker.Maximum number of strings for which strlen optimization pass will track string lengths.Maximum number of times that an insn could be scheduled.Maximum probability of the entry BB of split region (in percent relative to entry BB of the function) to make partial inlining happen.Maximum recursion depth allowed when querying a property of an SSA name.Maximum size (in bytes) of objects tracked bytewise by dead store elimination.Maximum size in bytes of constant values allowed as operands.Maximum size of a SCC before SCCVN stops processing a function.Maximum size of a list of values associated with each parameter for interprocedural constant propagation.Maximum size of global and static variables which can be placed into the small data area.Maximum size, in storage units, of an aggregate which should be considered for scalarization when compiling for size.Maximum size, in storage units, of an aggregate which should be considered for scalarization when compiling for speed.Maximum subrecord length cannot exceed %dMaximum supported identifier length is %dMemory allocation failedMerge C++ types using One Definition Rule.Merge adjacent stores.Merge subcomand usage:Min. ratio of insns to mem ops to enable prefetching in a loop.Min. ratio of insns to prefetches to enable prefetching for a loop with an unknown trip count.Minimal distance between possibly conflicting store and load.Minimal size of a partition for LTO (in estimated instructions).Minimum heap expansion to trigger garbage collection, as a percentage of the total size of the heap.Minimum heap size before we start collecting garbage, in kilobytes.Mismatch in the procedure pointer assignment at %L: mismatch in the calling conventionMissing !$OMP END ATOMIC after !$OMP ATOMIC CAPTURE at %CMissing alternate return spec in subroutine call at %LMissing array specification at %L in CODIMENSION statementMissing array specification at %L in DIMENSION statementMissing character range in IMPLICIT at %CMissing closing paren for binding label at %CMissing codimension specification at %CMissing counts for called function %s/%iMissing dimension specification at %CMissing entity or common block name for attribute specification statement at %CMissing exponent in real number at %CMissing format label at %CMissing generic specification in USE statement at %CMissing keyword name in actual argument list at %CMissing kind-parameter at %CMissing leading left parenthesisMissing required parentheses before BIND(C) at %CMissing right parenthesis at %CMissing right parenthesis or comma at %CModule %qs at line %d column %d: %sModule nature in USE statement at %C shall be either INTRINSIC or NON_INTRINSICMore actual than formal arguments in procedure call at %LMore than one edge out of thunk nodeMove loop invariant computations out of loops.Multiple identifiers provided with single NAME= specifier at %CNAME not allowed on BIND(C) for ABSTRACT INTERFACE at %CNEWUNIT specifier must have FILE= or STATUS='scratch' at %CNON_OVERRIDABLE and DEFERRED can't both appear at %CNOPASS or explicit interface required at %CNOTE_INSN_BASIC_BLOCK %d in middle of basic block %dNOTE_INSN_BASIC_BLOCK is missing for block %dNO_ARG_CHECK attributeNULL appears on right-hand side in assignment at %LNULL used in arithmeticNULL() initialization at %C is ambiguousName after !$omp critical and !$omp end critical does not match at %CName at %C is too longName of system library to link against.Name of the startfile.Name too longNamed block DO at %L requires matching ENDDO nameNamed constant at %C in an EQUIVALENCENamelist %s cannot be renamed by USE association to %sNamelist group name at %L cannot have the SAVE attributeNeed either entity or common block name for attribute specification statement at %CNested CRITICAL block at %CNo FPX/FPU mixing allowedNo binding name is allowed in BIND(C) at %CNo branches
  No calls
! No default crt0.o.No dispatcher found for %sNo dispatcher found for the versioning attributesNo dispatcher found for the versioning attributes : %sNo edge out of thunk nodeNo executable lines
  No longer supported.No region crossing jump at section boundary in bb %iNode has more than one chkp referenceNon-ELEMENTAL user-defined assignment in WHERE at %LNon-POINTER in pointer association context (%s) at %LNon-character assumed shape array element in FORMAT tag at %LNon-character assumed size array element in FORMAT tag at %LNon-character pointer array element in FORMAT tag at %LNon-constant lower bound in implied-shape declaration at %LNon-numeric character in statement label at %CNon-scalar FINAL procedure at %L should have assumed shape argumentNon-variable expression in variable definition context (%s) at %LNoncoarray component %s at %L of type LOCK_TYPE or with subcomponent of type LOCK_TYPE must have a codimension or be a subcomponent of a coarray. (Variables of type %s may not have a codimension as %s at %L has a codimension or a coarray subcomponent)Noncoarray component %s at %L of type LOCK_TYPE or with subcomponent of type LOCK_TYPE must have a codimension or be a subcomponent of a coarray. (Variables of type %s may not have a codimension as already a coarray subcomponent exists)Nonconforming tab character at %CNonconforming tab character in column %d of line %dNonconstant array section at %L in DATA statementNonnegative width requiredNonstandard type declaration %s*%d at %CNot expected TAG.Not instrumented node has non-NULL original declarationNumber of partitions the program should be split to.Number of registers used to pass integer arguments.Numeric PARAMETER required in complex constant at %CNumeric operands are required in expression at %LNumeric or CHARACTER operands are required in expression at %LOPEN statement at %C must have UNIT or NEWUNIT specifiedOPEN statement not allowed in PURE procedure at %COPTIONAL is not allowed inside of BLOCK at %CObjective-C declarations may only appear in global scopeObsolescent feature:Offline tool to handle gcda counts
  
! Old-style type declaration %s*%d not supported at %COmit frame pointer for leaf functions.Omit range reduction step when performing complex division.Omit the frame pointer in leaf functions.Only DWARF debug format is supported for interrupt service routine.Only generate absolute relocations on word sized values.Only intrinsic operators can be used in expression at %LOnly issue one instruction per cycle.Only retained for backward compatibility.Only use 32 FPRs.Only use 32 GPRs.OpenACC construct inside of non-OpenACC regionOpenACC loop directive must be associated with an OpenACC compute regionOpenACC region inside of OpenACC routine, nested parallelism not supported yetOpenMP constructs other than %<#pragma omp ordered simd%> may not be nested inside %<simd%> regionOperand of .not. operator at %%L is %sOperand of unary numeric operator %%<%s%%> at %%L is %sOperand of user operator %%<%s%%> at %%L is %sOperands of binary numeric operator %%<%s%%> at %%L are %s/%sOperands of comparison operator %%<%s%%> at %%L are %s/%sOperands of logical operator %%<%s%%> at %%L are %s/%sOperands of string concatenation operator at %%L are %s/%sOperands of user operator %%<%s%%> at %%L are %s/%sOperator interface at %L conflicts with intrinsic interfaceOperator interface at %L has the wrong number of argumentsOperator interface at %L must have, at most, two argumentsOptimize amount of stdarg registers saved to stack at start of function.Optimize conditional patterns using SSA PHI nodes.Optimize for debugging experience rather than speed or size.Optimize for space rather than speed.Optimize for speed disregarding exact standards compliance.Optimize frame header.Optimize induction variables on trees.Optimize lui/addiu address loads.Optimize opcode sizes at link time.Optimize sibling and tail recursive calls.Optimize tail call instructions in assembler and linker.Option %s not used consistently in all LTO input filesOption %s with different valuesOptions:
  Out of bounds in IMAGE_INDEX at %L for dimension %d, SUB has %ld and COARRAY lower bound is %ld)Out of bounds in IMAGE_INDEX at %L for dimension %d, SUB has %ld and COARRAY upper bound is %ld)Out of stack space.
! Output .debug_types section when using DWARF v4 debuginfo.Output lto objects containing both the intermediate language and binary output.Output stack usage information on a per-function basis.Output vtable verification counters.Output vtable verification pointer sets information.Overlap subcomand usage:Overlapping unequal initializers in EQUIVALENCE at %LOverride -mbest-lib-options.P descriptor requires leading scale factorPARAMETER at %L is missing an initializerPC relative literal loads.PCS variantPHI argument is missing for edge %d->%dPHI argument is not SSA_NAME, or invariantPHI node with locationPHI node with wrong VUSE on edge from BB %dPIC code generation is not compatible with fast indirect callsPIC code generation is not supported in the portable runtime modelPIC is not supported for %s. Generating non-PIC code only..PIC is only supported for RTPsPIC is required but not supported with CONST16 instructionsPIC register clobbered by %qs in %<asm%>PIC register isn't set upPIC support for -fstack-limit-symbolPOINTER attribute is required for procedure pointer component at %CPRE disabledPRINT namelist at %C is an extensionPRINT statement at %C not allowed within PURE procedurePRINT_OPERAND null pointerPRINT_OPERAND, invalid insn for %%CPRINT_OPERAND, invalid insn for %%NPRINT_OPERAND: Unknown punctuation '%c'PRINT_OPERAND_ADDRESS, null pointerPRIVATE statement at %C is only allowed in the specification part of a modulePRIVATE statement at %C must precede procedure bindingsPRIVATE statement at %C must precede structure componentsPRIVATE statement in TYPE at %C must be inside a MODULEPROCEDURE at %C must be in a generic interfacePROCEDURE attribute conflicts with PROTECTED attribute at %LPROCEDURE(interface) at %C should be declared DEFERREDPROTECTED at %C only allowed in specification part of a modulePROTECTED attribute conflicts with EXTERNAL attribute at %LPTX does not support weak declarations (only weak definitions)PUBLIC statement at %C is only allowed in the specification part of a modulePURE and IMPURE must not appear both at %CPack VLIW instructions.Pack structure members together without holes.Parameter pack __bases only valid in template declarationParameter to builtin must be a string constant or literalParameter to builtin not valid: %sPass -EB option through to linker.Pass -EL option through to linker.Pass -marclinux option through to linker.Pass -marclinux_prof option through to linker.Pass -z text to linker.Pass the address of the ra save location to _mcount in $12.Passed-object at %L must be scalarPasses on a request to the assembler to enable fixes for various silicon errata.Passes on a request to the assembler to warn about various silicon errata.Passing internal procedure at %L by location not allowedPercentage penalty functions containing a single call to another function will receive when they are evaluated for cloning..Percentage penalty the recursive functions will receive when they are evaluated for cloning..Perform DWARF duplicate elimination.Perform IPA Value Range Propagation.Perform Identical Code Folding for functions and read-only variables.Perform Identical Code Folding for functions.Perform Identical Code Folding for variables.Perform SMS based modulo scheduling before the first scheduling pass.Perform SMS based modulo scheduling with register moves allowed.Perform VR4130-specific alignment optimizations.Perform Value Range Propagation on trees.Perform a forward propagation pass on RTL.Perform a number of minor, expensive optimizations.Perform a register copy-propagation optimization pass.Perform a register renaming optimization pass.Perform a target dependent instruction fusion optimization pass.Perform branch target load optimization after prologue / epilogue threading.Perform branch target load optimization before prologue / epilogue threading.Perform cloning to make Interprocedural constant propagation stronger.Perform comparison elimination after register allocation has finished.Perform conversion of conditional jumps to branchless equivalents.Perform conversion of conditional jumps to conditional execution.Perform conversions of switch initializations.Perform cross-jumping optimization.Perform early inlining.Perform enhanced load motion during global common subexpression elimination.Perform function-local points-to analysis on trees.Perform global common subexpression elimination after register allocation has finished.Perform global common subexpression elimination.Perform indirect inlining.Perform internal consistency checkings.Perform interprocedural bitwise constant propagation.Perform interprocedural constant propagation.Perform interprocedural points-to analysis.Perform interprocedural profile propagation.Perform interprocedural reduction of aggregates.Perform jump threading optimizations.Perform live range splitting during the SSA->normal pass.Perform loop peeling.Perform loop splitting.Perform loop unrolling for all loops.Perform loop unrolling when iteration count is known.Perform loop unswitching.Perform partial inlining.Perform redundant load after store elimination in global common subexpression elimination.Perform scalar replacement of aggregates.Perform software pipelining of inner loops during selective scheduling.Perform software pipelining of outer loops during selective scheduling.Perform speculative devirtualization.Perform store motion after global common subexpression elimination.Perform straight-line strength reduction.Perform superblock formation via tail duplication.Perform unused symbol elimination in debug info.Perform unused type elimination in debug info.Perform variable tracking and also tag variables that are uninitialized.Perform variable tracking by annotating assignments.Perform variable tracking.Perform whole program optimizations.Period required in format specifierPeriod required in format specifier %s at %LPeriod required in format specifier at %LPermit '$' as an identifier character.Permit nonconforming uses of the tab character.Permit scheduling of a function's prologue sequence.Permit universal character names (\u and \U) in identifiers.Place a stop bit after every cycle when scheduling.Place data items into their own section.Place each function into its own section.Place floating point constants in TOC.Place symbol+offset constants in TOC.Please submit a full bug report,
  with preprocessed source if appropriate.
! PluginsPointer Checker requires MPX support on this target. Use -mmpx options to enable MPX.Pointer array component of structure at %C must have a deferred shapePointer assignment target has PROTECTED attribute at %LPointer assignment target is neither TARGET nor POINTER at %LPointer assignment target is not a POINTER at %LPointer assignment with vector subscript on rhs at %LPointer component %s at %L has a noncoarray subcomponent of type LOCK_TYPE, which must have a codimension or be a subcomponent of a coarrayPointer initialization target at %L must have the SAVE attributePointer object at %C shall not be coindexedPointer object at %L shall not have a coindexPointers are 32-bit.Pointers are 64-bit.Policies available for use with -mcompact-branches=:Polymorphic component %s at %L in SEQUENCE or BIND(C) type %sPolymorphic subobject of coindexed object at %LPositive exponent width requiredPositive width requiredPositive width required in format specifier %s at %LPositive width required with T descriptorPossible change of value in conversion from %s to %s at %LPower9 target option is incompatible with -mcpu=<xxx> for <xxx> less than power9Prefer branches over conditional execution.Prefer word accesses over byte accesses.Prepend global symbols with ":" (for use with PREFIX).Preprocess directives only.Preprocessed source stored into %s file, please attach this to your bugreport.
  Preserve the PowerPC 476's link stack by matching up a blr with the bcl/bl insns used for GOT accesses.Pretend a branch-around-a-move is a conditional move.Pretend that branches are expensive.Prevent the use of all floating-point operations.Prevent the use of all hardware floating-point instructions.Previous !$OMP DECLARE REDUCTION from module %s at %LPrint code coverage information.
  
  Print extra (possibly unwanted) warnings.Print fix-it hints to stderr in unified diff format.Print fixit hints in machine-readable form.Print the name of header files as they are used.Probability that COMDAT function will be shared with different compilation unit.Procedure argument at %L is local to a PURE procedure and has the POINTER attributeProcedure pointer initialization target at %L may not be a procedure pointerProcess #ident directives.Processing spec (%s), which is '%s'
! Produce a backtrace when a runtime error is encountered.Produce a warning at runtime if a array temporary has been created for a procedure argument.Produce big endian code.Produce code relocatable at runtime.Produce little endian code.Profile data for function %u is corruptedProfile information in %s corruptedProgram is entirely located in low 64k of memory.Prohibit PC relative function calls.Prohibit PC relative jumps.Protect parentheses in expressions.Provide libraries for the simulator.Push extended registers on stack in monitor functions.Put all local arrays on stack.Put everything in the regular TOC.Put jump tables for switch statements into the .data section rather than the .code section.Put relocated read-only data into .data section.Put uninitialized constants in ROM (needs -membedded-data).Put zero initialized data in the bss section.R2 architecture is little-endian onlyRESULT variable at %C must be different than function nameRESULT_DECL should be read only when DECL_BY_REFERENCE is setRTL check: access of elt %d of '%s' with last elt %d in %s, at %s:%dRTL check: access of elt %d of vector with last elt %d in %s, at %s:%dRTL check: access of hwi elt %d of vector with last elt %d in %s, at %s:%dRTL check: attempt to treat non-block symbol as a block symbol in %s, at %s:%dRTL check: expected code '%s' or '%s', have '%s' in %s, at %s:%dRTL check: expected code '%s', have '%s' in %s, at %s:%dRTL check: expected elt %d type '%c' or '%c', have '%c' (rtx %s) in %s, at %s:%dRTL check: expected elt %d type '%c', have '%c' (rtx %s) in %s, at %s:%dRTL flag check: %s used with unexpected rtx code '%s' in %s, at %s:%dRTP PIC is incompatible with -msingle-pic-baseRTP PIC is incompatible with ThumbRTTI will not work on this typeRX FPU instructions do not support NaNs and infinitiesRaising a negative REAL at %L to a REAL power is prohibitedRange specification at %L can never be matchedRank mismatch in array reference at %L (%d/%d)Rank remapping target is smaller than size of the pointer (%ld < %ld) at %LRank remapping target must be rank 1 or simply contiguous at %LReading module %qs at line %d column %d: %sReading specs from %s
! Real constant overflows its kind at %CReal constant underflows its kind at %CRealign stack in prologue.Reallocate the LHS in assignments.Recognize C++ keywords like "compl" and "xor".Recognize GNU-defined keywords.Recognize built-in functions.Recognize the "asm" keyword.Record gcc command line switches in DWARF DW_AT_producer.Record gcc command line switches in the object file.Record times taken by sub-phases separately.Reduce priority for r0..r3 / r12..r15 with TARGET_REGISTER_PRIORITY.Reference statement index not foundReference statement index out of rangeRegion crossing jump across same section in bb %iRegister number must be in range 0-31 for %sRelax branches.Relax literals in assembler and place them automatically in the text section.Relief of register pressure through live range shrinkage.Remap file names when including files.Remove redundant membars.Removing '%s'
  Renaming operators in USE statements at %CReorder basic blocks and partition into hot and cold sections.Reorder basic blocks to improve code placement.Reorder functions to improve code placement.Reorder top level functions, variables, and asms.Replace add, compare, branch with branch on count register.Replace temporary expressions in the SSA->normal pass.Report on consistency of profile.Report on memory allocation before interprocedural optimization.Report on permanent memory allocation in WPA only.Report on permanent memory allocation.Report the time taken by each compiler pass.Report various link-time optimization statistics for WPA only.Report various link-time optimization statistics.Request IEEE-conformant math library routines (OSF/1).Reschedule instructions after register allocation.Reschedule instructions before register allocation.Reschedule pipelined regions without pipelining.Reserve space for outgoing arguments in the function prologue.Restrict target load migration not to re-use registers in any basic block.Restrict the use of hardware floating-point instructions to 32-bit operations.Result of %s gives range error for its kind at %LResult of %s is NaN at %LResult of %s overflows its kind at %LResult of %s underflows its kind at %LResult of BESSEL_YN is -INF at %LResult of NEAREST is NaN at %LResult of SCALE overflows its kind at %LReturn 8-byte vectors in memory.Return all structures in memory (AIX default).Return floating-point results in ac0 (fr0 in Unix assembler syntax).Return pointers in both a0 and d0.Return small aggregates in memory, not registers.Return small aggregates in registers.Return small structures in registers (SVR4 default).Return values of functions in FPU registers.Reuse r30 on a per function basis.Rewrite subcommand usage:Right parenthesis expected at %CRightmost upper bound of assumed size array section not specified at %LRun only the second compilation of -fcompare-debug.Run predictive commoning optimization.Run selective scheduling after reload.Run self-tests, using the given path to locate test files.Run the link-time optimizer in local transformation (LTRANS) mode.Run the link-time optimizer in whole program analysis (WPA) mode.Running spec function '%s' with %d args
  
  Runtime name.SAVE attribute at %L cannot be specified in a PURE procedureSAVE statement at %C follows blanket SAVE statementSCHEDULE clause's chunk_size at %L requires a scalar INTEGER expressionSEQUENCE attribute at %C already specified in TYPE statementSEQUENCE statement at %C must precede CONTAINSSEQUENCE statement at %C must precede structure componentsSH2a does not support little-endianSIZE at %L must be positiveSOURCE tag at %L conflicts with the typespec at %LSPE not supported in this targetSSA corruptionSSA name in freelist but still referencedSSA_NAME created in two different blocks %i and %iSSA_NAME_DEF_STMT is wrongSSA_NAME_OCCURS_IN_ABNORMAL_PHI should be setSSE instruction set disabled, using 387 arithmeticsSSE register argument with SSE disabledSSE register return with SSE disabledSSE vector argument without SSE enabled changes the ABISSE vector return without SSE enabled changes the ABISTAT variableSTAT= argument at %L must be a scalar INTEGER variableSTOP code at %L must be default character KIND=%dSTOP code at %L must be default integer KIND=%dSTOP code at %L must be either INTEGER or CHARACTER typeSTOP code at %L must be scalarSUBMODULE declaration at %CSame as %s.  Use the latter option instead.Same as -fassociative-math for expressions which include division.Same as -mA6.Same as -mA7.Same as: -mep -mprolog-function.Save registers around function calls.Save the TOC in the prologue for indirect calls rather than inline.Scalar PARAMETER required in complex constant at %CScale factor to apply to the number of blocks in a threading path when comparing to the number of (scaled) statements.Scale factor to apply to the number of statements in a threading path when comparing to the number of (scaled) blocks.Scaling factor in calculation of maximum distance an expression can be moved by GCSE optimizations.Schedule code for given CPU.Schedule given CPU.Schedule instructions using selective scheduling algorithm.Schedule the start and end of the procedure.Schedule type of omp schedule for loops parallelized by parloops (static, dynamic, guided, auto, runtime).Scope of for-init-statement variables is local to the loop.Second argument MOD at %L is zeroSecond argument of %s is negative at %LSecond argument of MOD at %L is zeroSecond argument of MODULO at %L is zeroSecond argument of defined assignment at %L must be INTENT(IN)Second argument of operator interface at %L cannot be optionalSecond argument of operator interface at %L must be INTENT(IN)See %s for instructions.
  Segmentation FaultSegmentation Fault (code)Select ABI calling convention.Select code model.Select fraction of the maximal frequency of executions of basic block in function given basic block get alignment.Select fraction of the maximal frequency of executions of basic block in function given basic block needs to have to be considered hot.Select large model - 20-bit addresses/pointers.Select method for sdata handling.Select small model - 16-bit addresses/pointers (default).Select the runtime.Select what to sanitize.Selection expression in computed GOTO statement at %L must be a scalar integer expressionSelector in SELECT TYPE at %C is not a named variable; use associate-name=>Selector shall be polymorphic in SELECT TYPE statement at %LSelects the type of RL78 core being targeted (g10/g13/g14).  The default is the G14.  If set, also selects the hardware multiply support to be used.Selects the type of hardware multiplication and division to use (none/g13/g14).Semicolon at %C needs to be preceded by statementSet 80387 floating-point precision to 32-bit.Set 80387 floating-point precision to 64-bit.Set 80387 floating-point precision to 80-bit.Set Windows defines.Set branch cost.Set default accessibility of module entities to PRIVATE.Set dependence distance checking in premature scheduling of queued insns.Set errno after built-in math functions.Set linker output type (used internally during LTO optimization)Set name of main routine for the debugger.Set name of output ALI file (internal switch).Set number of bytes on the stack preallocated for use by the callee.Set probability threshold for unaligning branches.Set register to hold -1.Set sizeof(bool) to 1.Set start-address of data.Set start-address of the program.Set the PPC_EMB bit in the ELF flags header.Set the branch costs for conditional branch instructions.  Reasonable values are small, non-negative integers.  The default branch cost is 0.Set the branch costs for conditional branch instructions.  Reasonable values are small, non-negative integers.  The default branch cost is 1.Set the cost of branches.Set the default double precision kind to an 8 byte wide type.Set the default integer kind to an 8 byte wide type.Set the default real kind to an 8 byte wide type.Set the estimated probability in percentage for builtin expect. The default value is 90% probability.Set the max size of data eligible for the SDA area.Set the max size of data eligible for the TDA area.Set the max size of data eligible for the ZDA area.Set the max. number of bytes which has to be left to stack size before a trap instruction is triggered.Set the maximum amount for a single stack increment operation.Set the maximum number of instructions executed in parallel in reassociated tree. If 0, use the target dependent heuristic..Set the maximum number of template instantiation notes for a single warning or error.Set the number of 64 KiB flash segments.Set the target CPU type.Set the top-level directory for storing the profile data. The default is 'pwd'.Setting spec %s to '%s'
  
! Shape specification for allocatable scalar at %CShapes for operands at %L and %L are not conformableShare slots for saving different hard registers.Share stack slots for spilled pseudo-registers.Shorten address references during linking.Show column numbers in diagnostics, when available.  Default on.Show the source line with a caret indicating the column.Shrink-wrap parts of the prologue and epilogue separately.Single-precision floating point unit.Size (in KB) of software data cache.Size in bytes after which thread-local aggregates should be instrumented with the logging functions instead of save/restore pairs.Skip setting up RAX register when passing variable arguments.Small data area: none, sdata, use.Soft limit on number of memory insns per instruction group, giving lower priority to subsequent memory insns attempting to schedule in the same insn group. Frequently useful to prevent cache bank conflicts.  Default value is 1.Sorry, only support for integer kind %d implemented for image-set at %LSource-expr at %L and allocate-object at %L must have the same shapeSource-expr at %L must be scalar or have the same rank as the allocate-object at %LSpecifies bit size of immediate TLS offsets.  Valid values are 12, 24, 32, 48.Specifies the cost model for vectorization. -fvect-cost-model=[unlimited|dynamic|cheap]	Specifies the cost model for vectorization.Specifies the number of registers to reserve for interrupt handlers.Specifies whether interrupt functions should save and restore the accumulator register.Specify CPU for code generation purposes.Specify CPU for scheduling purposes.Specify CPU for scheduling purposes.  Valid arguments are 700, 7100, 7100LC, 7200, 7300, and 8000.Specify TLS dialect.Specify UNIX standard for predefines and linking.Specify Xilinx FPU.Specify a file to which a list of files output by LTRANS is written.Specify a plugin to load.Specify alignment of structure fields default/natural.Specify an ABI.Specify bit size of immediate TLS offsets.Specify cache flush function.Specify cache flush trap number.Specify cost of branches (Default 20).Specify default OpenACC compute dimensions.Specify how many bytes should be moved inline before calling out to memcpy/memmove.Specify how to access the thread pointer.Specify if floating point hardware should be used.Specify integer and floating-point calling convention.Specify main object for TPF-OS.Specify memcpy expansion strategy when expected size is known.Specify memset expansion strategy when expected size is known.Specify name for 32 bit signed division function.Specify range of registers to make fixed.Specify scheduling priority for dispatch slot restricted insns.Specify that an external BLAS library should be used for matmul calls on large-size arrays.Specify that backslash in string introduces an escape character.Specify that no implicit typing is allowed, unless overridden by explicit IMPLICIT statements.Specify the ISA to build for: msp430, msp430x, msp430xv2.Specify the MCU to build for.Specify the __fp16 floating-point format.Specify the address generation strategy for code model.Specify the algorithm to partition symbols and vars at linktime.Specify the code model.Specify the compact branch usage policy.Specify the memory model in effect for the program.Specify the minimum bit alignment of structures.Specify the model for atomic operations.Specify the name of the target CPU.Specify the name of the target architecture.Specify the name of the target floating point configuration.Specify the name of the target floating point hardware/format.Specify the register to be used for PIC addressing.Specify the size of each cache block, which must be a power of 2 between 4 and 512.Specify the size of each interrupt vector, which must be 4 or 16.Specify the target CPU.Specify the target RX cpu type.Specify the type of hardware multiply to support.Specify thread local storage scheme.Specify thread pointer register number.Specify where to find the compiled intrinsic modules.Specify whether functions should be placed into low or high memory.Specify whether variables should be placed into low or high memory.Specify which ABI to use for Objective-C family code and meta-data generation.Specify which post scheduling nop insertion scheme to apply.Split 32-byte AVX unaligned load.Split 32-byte AVX unaligned store.Split lifetimes of induction variables when loops are unrolled.Split paths leading to loop backedges.Split unaligned 8 byte vector moves before post-modify address generation.Split wide types into independent registers.Start expression in DO loopStat-variable at %L must be a scalar INTEGER variableStat-variable at %L shall not be %sd within the same %s statementStatement at %L is not a valid branch target statement for the branch statement at %LStatement function at %L is recursiveStatement label at %C is zeroStatement label in ENDDO at %C doesn't match DO labelStatement label list in GOTO at %C cannot be emptyStatically link the GNU Fortran helper library (libgfortran).Step expression in DO loopStep expression in DO loop at %L cannot be zeroStop forward growth if the probability of best edge is less than this threshold (in percent). Used when profile feedback is available.Stop forward growth if the probability of best edge is less than this threshold (in percent). Used when profile feedback is not available.Stop reverse growth if the reverse probability of best edge is less than this threshold (in percent).Store doubles in 64 bits.Store function names in object code.Stores doubles in 32 bits.  This is the default.Stores the MDUC registers in interrupt handlers for G13 target.Stream extra data to support more aggressive devirtualization in LTO local transformation mode.Stride must not be present at %LStrides not allowed in coarray subscript at %CString length at %L is too largeSubstring at %L has length zeroSubstring end index at %L exceeds the string lengthSubstring end index at %L is too largeSubstring end index at %L must be of type INTEGERSubstring end index at %L must be scalarSubstring start index at %L is less than oneSubstring start index at %L must be of type INTEGERSubstring start index at %L must be scalarSuggest that the override keyword be used when the declaration of a virtual function overrides another.Sum of second and third arguments of IBITS exceeds bit size at %LSupport 3DNow! built-in functions.Support AES built-in functions and code generation.Support Athlon 3Dnow! built-in functions.Support BMI built-in functions and code generation.Support BMI2 built-in functions and code generation.Support CLFLUSHOPT instructions.Support CLWB instruction.Support CLZERO built-in functions and code generation.Support F16C built-in functions and code generation.Support FMA4 built-in functions and code generation.Support FSGSBASE built-in functions and code generation.Support FXSAVE and FXRSTOR instructions.Support Hardware Lock Elision prefixes.Support LWP built-in functions and code generation.Support LZCNT built-in function and code generation.Support MMX and SSE built-in functions and code generation.Support MMX built-in functions.Support MMX, SSE and SSE2 built-in functions and code generation.Support MMX, SSE, SSE2 and SSE3 built-in functions and code generation.Support MMX, SSE, SSE2, SSE3 and SSE4A built-in functions and code generation.Support MMX, SSE, SSE2, SSE3 and SSSE3 built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3 and SSE4.1 built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1 and SSE4.2 built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2 and AVX built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX and AVX2 built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX and FMA built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512BW built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512CD built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512DQ built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512ER built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512IFMA built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512PF built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512VBMI built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512VL built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX5124FMAPS built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX5124VNNIW built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX512VPOPCNTDQ built-in functions and code generation.Support MPX code generation.Support MWAITX and MONITORX built-in functions and code generation.Support PCLMUL built-in functions and code generation.Support PKU built-in functions and code generation.Support PREFETCHW instruction.Support PREFETCHWT1 built-in functions and code generation.Support RDPID built-in functions and code generation.Support RDRND built-in functions and code generation.Support RDSEED instruction.Support RTM built-in functions and code generation.Support SGX built-in functions and code generation.Support SHA1 and SHA256 built-in functions and code generation.Support TBM built-in functions and code generation.Support TLS segment larger than 64K.Support XOP built-in functions and code generation.Support XSAVE and XRSTOR instructions.Support XSAVEC instructions.Support XSAVEOPT instruction.Support XSAVES and XRSTORS instructions.Support alignments of up to 64-bits.Support calls between Thumb and ARM instruction sets.Support code generation of Advanced Bit Manipulation (ABM) instructions.Support code generation of cmpxchg16b instruction.Support code generation of crc32 instruction.Support code generation of movbe instruction.Support code generation of popcnt instruction.Support code generation of sahf instruction in 64bit x86-64 code.Support dynamic initialization of thread-local variables in a different translation unit.Support for HSA does not implement immediate 16 bit FPU operandsSupport legacy multi-threading.Support message passing with the Parallel Environment.Support more than 8192 GOT entries on ColdFire.Support multi-threading.Support multiply accumulate instructions.Support synchronous non-call exceptions.Supported ABIs (for use with the -mabi= option):Suppress output of addresses in debugging dumps.Suppress output of instruction numbers, line number notes and addresses in debugging dumps.Suppress output of previous and next insn numbers in debugging dumps.Suppress warnings.Switch ARM/Thumb modes on alternating functions for compiler testing.Switch on/off MIPS16 ASE on alternating functions for compiler testing.Switches off the -mstack-guard= option.Switches off the -mstack-size= option.Symbol %qs already declaredSymbol %qs at %C already declaredSymbol %qs referenced at %L not found in intrinsic module ISO_C_BINDINGSymbol %qs referenced at %L not found in module %qsSymbol at %C is not appropriate for an expressionSymbol at %L is not a DUMMY variableSynonym for -Wcomment.Synonym of -gnatk8.Syntax error in !$OMP THREADPRIVATE list at %CSyntax error in !GCC$ ATTRIBUTES statement at %CSyntax error in %s statement at %CSyntax error in ABSTRACT INTERFACE statement at %CSyntax error in ASYNCHRONOUS statement at %CSyntax error in CASE specification at %CSyntax error in CHARACTER declaration at %CSyntax error in CLASS IS specification at %CSyntax error in COMPLEX constant at %CSyntax error in ENUMERATOR definition at %CSyntax error in EQUIVALENCE statement at %LSyntax error in FORALL iterator at %CSyntax error in I/O iterator at %CSyntax error in IF-clause at %CSyntax error in IF-expression at %CSyntax error in IMPORT statement at %CSyntax error in NAME= specifier for binding label at %CSyntax error in OpenMP variable list at %CSyntax error in PROCEDURE statement at %CSyntax error in PROTECTED statement at %CSyntax error in SAVE statement at %CSyntax error in SUBMODULE statement at %CSyntax error in SUBSTRING specification at %CSyntax error in TYPE IS specification at %CSyntax error in VALUE statement at %CSyntax error in VOLATILE statement at %CSyntax error in argument list at %CSyntax error in array constructor at %CSyntax error in character length specification at %CSyntax error in common block name at %CSyntax error in data declaration at %CSyntax error in expression at %CSyntax error in generic specification at %CSyntax error in iterator at %CSyntax error in procedure pointer component at %CSyntax error: Trailing garbage in END INTERFACE statement at %CSyntax error: Trailing garbage in INTERFACE statement at %CTLS dialect to use:TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES listTYPE_ARRAY_MAX_SIZE not INTEGER_CSTTYPE_BINFO is not TREE_BINFOTYPE_BINFO type is not TYPE_MAIN_VARIANTTYPE_CACHED_VALUES is not TREE_VECTYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %pTYPE_CACHED_VALUES_P is set while it should notTYPE_CANONICAL has different TYPE_CANONICALTYPE_CANONICAL is not compatibleTYPE_FIELDS defined in incomplete typeTYPE_LANG_SLOT_1 (binfo) field is non-NULLTYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANTTYPE_MAXVAL non-NULLTYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_nodeTYPE_METHOD_BASETYPE is not main variantTYPE_METHOD_BASETYPE is not record nor unionTYPE_MINVAL non-NULLTYPE_MODE of TYPE_CANONICAL is not compatibleTYPE_NEXT_PTR_TO is not POINTER_TYPETYPE_NEXT_REF_TO is not REFERENCE_TYPETYPE_OFFSET_BASETYPE is not record nor unionTYPE_STRING_FLAG is set on type that does not look like char nor array of charsTYPE_STRING_FLAG is set on wrong type codeTYPE_VALUES_RAW field is non-NULLTYPE_VFIELD is not FIELD_DECL nor TREE_LISTTaken at least once:%s of %d
  Target DFLOAT double precision code.Target block's relative execution frequency (as a percentage) required to sink a statement.Target expression in pointer assignment at %L must deliver a pointer resultTarget has split I&D.Target of rank remapping is too small (%ld < %ld)Target the AM33 processor.Target the AM33/2.0 processor.Target the AM34 processor.Target: %s
! Tell DSE that the storage for a C++ object is dead when the constructor starts and when the destructor finishes.The --param option recognizes the following as parametersThe ABI for passing parameters with %d-byte alignment has changed in GCC 4.6The CHARACTER elements of the array constructor at %L must have the same length (%d/%d)The DEFAULT CASE at %L cannot be followed by a second DEFAULT CASE at %LThe ENI instruction operand must be either 0 or 1The H format specifier at %L is a Fortran 95 deleted featureThe TO arguments in MOVE_ALLOC at %L must be polymorphic if FROM is polymorphicThe absolute value of SHIFT at %L must be less than or equal to SIZE at %LThe allocate-object at %L and the source-expr at %L shall have the same kind type parameterThe argument list functions %%VAL, %%LOC or %%REF are not allowed in this context at %LThe argument of the RANK intrinsic at %L must be a data objectThe bug is not reproducible, so it is likely a hardware or OS problem.
! The code model option names for -mcmodel:The device has no SPH special function register. This option will be overridden by the compiler driver with the correct setting if presence/absence of SPH can be deduced from -mmcu=MCU.The earliest MacOS X version on which this program will run.The following options are language-independentThe following options are language-relatedThe following options are not documentedThe following options are specific to just the language The following options are supported by the language The following options are target specificThe following options control compiler warning messagesThe following options control optimizationsThe following options take joined argumentsThe following options take separate argumentsThe immediate value must fit into a %d-bit integer for %sThe impure variable at %L is assigned to a derived type variable with a POINTER component in a PURE procedure (12.6)The lower bound for a buffer to be considered for stack smashing protection.The max number of reload pseudos which are considered during spilling a non-reload pseudo.The maximum amount of memory to be allocated by GCSE.The maximum conflict delay for an insn to be considered for speculative motion.The maximum depth of a loop nest we completely peel.The maximum depth of recursive inlining for inline functions.The maximum depth of recursive inlining for non-inline functions.The maximum expansion factor when copying basic blocks.The maximum instructions CSE process before flushing.The maximum length of path considered in cse.The maximum length of scheduling's pending operations list.The maximum memory locations recorded by cselib.The maximum number of RTL nodes that can be recorded as combiner's last value.The maximum number of backtrack attempts the scheduler should make when modulo scheduling a loop.The maximum number of blocks in a region to be considered for interblock scheduling.The maximum number of branches on the path through the peeled sequence.The maximum number of incoming edges to consider for crossjumping.The maximum number of insns combine tries to combine.The maximum number of insns in a region to be considered for interblock scheduling.The maximum number of insns of a completely peeled loop.The maximum number of insns of a peeled loop that rolls only once.The maximum number of insns of a peeled loop.The maximum number of insns of an unswitched loop.The maximum number of insns to duplicate when unfactoring computed gotos.The maximum number of instructions in a single function eligible for inlining.The maximum number of instructions inline function can grow to via recursive inlining.The maximum number of instructions non-inline function can grow to via recursive inlining.The maximum number of instructions ready to be issued to be considered by the scheduler during the first scheduling pass.The maximum number of instructions to consider to fill a delay slot.The maximum number of instructions to consider to find accurate live register information.The maximum number of instructions to consider to unroll in a loop on average.The maximum number of instructions to consider to unroll in a loop.The maximum number of instructions to search backward when looking for equivalent reload.The maximum number of instructions when automatically inlining.The maximum number of iterations through CFG to extend regions.The maximum number of loop iterations we predict statically.The maximum number of nested indirect inlining performed by early inliner.The maximum number of peelings of a single loop that is peeled completely.The maximum number of peelings of a single loop.The maximum number of unrollings of a single loop.The maximum number of unswitchings in a single loop.The maximum ratio between array size and switch branches for a switch conversion to take place.The maximum ratio of insertions to deletions of expressions in GCSE.The maximum size of the lookahead window of selective scheduling.The minimal probability of speculation success (in percents), so that speculative insn will be scheduled.The minimum UID to be used for a nondebug insn.The minimum cost of an expensive expression in the loop invariant motion.The minimum fraction of profile runs a given basic block execution count must be not to be considered unlikely.The minimum number of matching instructions to consider for crossjumping.The minimum probability an edge must have for the scheduler to save its state across it.The minimum probability of reaching a source block for interblock speculative scheduling.The minimum size of variables taking part in stack slot sharing when not optimizing.The minimum value of stage count that swing modulo scheduler will generate.The number of array elements of the SUB argument to IMAGE_INDEX at %L shall be %d (corank) not %dThe number of cycles the swing modulo scheduler considers when checking conflicts using DFA.The number of elements in the array constructor at %L requires an increase of the allowed %d upper limit.   See -fmax-array-constructor optionThe number of insns executed before prefetch is completed.The number of prefetches that can run at the same time.The number of registers in each class kept unused by loop invariant motion.The percentage of function, weighted by execution frequency, that must be covered by trace formation. Used when profile feedback is available.The percentage of function, weighted by execution frequency, that must be covered by trace formation. Used when profile feedback is not available.The possible TLS dialects:The rank of the element in the structure constructor at %L does not match that of the component (%d/%d)The resolution file.The size of L1 cache line.The size of L1 cache.The size of L2 cache.The size of function body to be considered large.The size of stack frame to be considered large.The size of translation unit to be considered large.The smallest number of different values for which it is best to use a jump-table instead of a tree of conditional branches, if 0, use the default for the machine.The source-expr at %L shall neither be of type LOCK_TYPE nor have a LOCK_TYPE component if allocate-object at %L is a coarrayThe symbol %qs, referenced at %L, is not in the selected standardThe threshold ratio for performing partial redundancy elimination after reload.The threshold ratio of critical edges execution count that permit performing redundancy elimination after reload.The upper bound for sharing integer constants.The version of the C++ ABI in use.The version of the C++ ABI used for -Wabi warnings and link compatibility aliases.This is free software; see the source for copying conditions.
  There is NO warranty; not even for MERCHANTABILITY or 
  FITNESS FOR A PARTICULAR PURPOSE.
  
*************** warranty; not even for MERCHANTABILITY o
*** 1811,1878 ****
  
  This option lacks documentation.This switch is deprecated; do not use.This switch is deprecated; use -Werror=implicit-function-declaration instead.This switch is deprecated; use -Wextra instead.This switch is deprecated; use -fsanitize-recover= instead.Thread model: %s
  Threadprivate at %L isn't SAVEdThreadprivate variable at %C is an element of a COMMON blockThreshold ipa-cp opportunity evaluation that is still considered beneficial to clone..Thumb-1 hard-float VFP ABIThumb: Assume function pointers may go to non-Thumb aware code.Thumb: Assume non-static functions may be called from ARM code.Thumb: Generate (leaf) stack frames even if not needed.Thumb: Generate (non-leaf) stack frames even if not needed.Thunk is not supposed to have bodyTogether with -fpic and -fPIC, do not use GOTPLT references.Toggle -fvar-tracking-assignments.Toggle debug information generation.Too few codimensions at %C, expected %d not %dToo many arguments to %s at %LToo many codimensions at %C, expected %d not %dToo many components in structure constructor at %L!Too many digits in statement label at %CTransform condition stores into unconditional ones.Transform instrumented builtin calls into calls to wrappers.Transparent alias and target's assembler names differsTrap for signed overflow in addition, subtraction and multiplication.Trap on integer divide by zero.Treat a throw() exception specification as noexcept to improve code size.Treat all warnings as errors.Treat data references as near, far or medium. medium is default.Treat integers as 32-bit.Treat known sprintf return values as constants.Treat lines with 'D' in column one as comments.Treat missing header files as generated files.Treat signed overflow as undefined.Treat specified warning as error.Treat the input file as already preprocessed.Try running '%s' in the shell to raise its limit.
! Try to allow the linker to turn PIC calls into direct calls.Try to convert virtual calls to direct ones.Try to lay out derived types as compactly as possible.Tune code for the given processor.Tune expected memory latency.Tune for ARC600 cpu.Tune for ARC601 cpu.Tune for ARC700 R4.2 Cpu with XMAC block.Tune for ARC700 R4.2 Cpu with standard multiplier block.Tune for the specified target CPU or architecture.Turn on Redundant Extensions Elimination pass.Tweak register allocation to help 16-bit instruction generation.Two main PROGRAMs at %L and %CTwo or more part references with nonzero rank must not be specified at %LTwo symbols with same comdat_group are not linked by the same_comdat_group list.Type of entity at %L is type incompatible with source-expr at %LType of entity at %L is type incompatible with typespecType-bound operator at %L can't be NOPASSType-spec at %L cannot contain a deferred type parameterUNIT not specified at %LUNIT number in CLOSE statement at %L must be non-negativeUNIT number in statement at %L must be non-negativeUNIT specification at %L must be an INTEGER expression or a CHARACTER variableUNIT specifier not allowed with NEWUNIT at %CUnable to generate load/store offset for fusionUnclassifiable GCC directive at %CUnclassifiable OpenMP directive at %CUnclassifiable statement at %CUnclassifiable statement in IF-clause at %CUnder -ffast-math, generate a FRIZ instruction for (double)(long long) conversions.Unequal character lengths (%ld/%ld) in %sUnequal character lengths (%ld/%ld) in %s at %LUnexpected %s statement at %CUnexpected %s statement at %C in INTERFACE bodyUnexpected %s statement in BLOCK DATA at %CUnexpected %s statement in CONTAINS section at %CUnexpected %s statement in FORALL block at %CUnexpected %s statement in INTERFACE block at %CUnexpected %s statement in MODULE at %CUnexpected %s statement in WHERE block at %CUnexpected CASE statement at %CUnexpected END statement at %CUnexpected EOFUnexpected TYPE IS statement at %CUnexpected alternate return spec in subroutine call at %LUnexpected character in variable list at %CUnexpected characters in PARAMETER statement at %CUnexpected coarray designator at %CUnexpected element %qc in format string at %LUnexpected end of format stringUnexpected end of moduleUnexpected junk after $OMP ATOMIC statement at %CUnexpected junk after $OMP BARRIER statement at %CUnexpected junk after $OMP CRITICAL statement at %CUnexpected junk after $OMP FLUSH statement at %CUnexpected junk after $OMP MASTER statement at %CUnexpected junk after $OMP WORKSHARE statement at %CUnexpected junk after ELSE IF statement at %CUnexpected junk after ELSE statement at %CUnexpected junk after NOWAIT clause at %CUnexpected junk after TASKWAIT clause at %CUnexpected junk after TASKYIELD clause at %CUnexpected junk after function declaration at %CUnexpected junk in formal argument list at %CUnit number in I/O statement too largeUnit number in I/O statement too smallUnknown argument list function at %LUnknown attribute in !GCC$ ATTRIBUTES statement at %CUnknown intrinsic opUnknown operator %%<%s%%> at %%LUnrecognized option to endianness value: %qsUnrecognized option to floating-point init value: %qsUnrecognized option: %qsUnsupported code '%c' for fixed-point:Unsupported operand for code '%c'Unsupported statement inside WHERE at %LUnterminated character constant beginning at %CUpper array reference at %L is out of bounds (%ld < %ld) in dimension %dUpper array reference at %L is out of bounds (%ld > %ld) in dimension %dUsage: %s [OPTION]... SUB_COMMAND [OPTION]...
  
  Usage: %s [options] file...
  Use "-Wa,OPTION" to pass "OPTION" to the assembler.
  
  Use "-Wl,OPTION" to pass "OPTION" to the linker.
  
! Use -G for data that is not defined by the current object.Use -G for object-local data.Use 128-bit AVX instructions instead of 256-bit AVX instructions in the auto-vectorizer.Use 128-bit long double.Use 16 bit int.Use 32 bit float.Use 32 bit int.Use 32-bit ABI.Use 32-bit floating-point registers.Use 32-bit general registers.Use 4 byte entries in switch tables.Use 4 media accumulators.Use 4xx half-word multiply instructions.Use 4xx string-search dlmzb instruction.Use 64 FPRs.Use 64 GPRs.Use 64 bit float.Use 64-bit ABI.Use 64-bit floating-point registers.Use 64-bit general registers.Use 64-bit long double.Use 8 media accumulators.Use 80-bit long double.Use ABI reserved registers.Use AltiVec instructions.Use Bionic C library.Use Branch Likely instructions, overriding the architecture default.Use CONST16 instruction to load constants.Use EABI.Use Enhanced Virtual Addressing instructions.Use GNU C library.Use GP relative sdata/sbss sections.Use GP-relative addressing to access small data.Use H8/300 alignment rules.Use IEEE math for fp comparisons.Use IRA based register pressure calculation in RTL hoist optimizations.Use IRA based register pressure calculation in RTL loop optimizations.Use ISA 2.07 Category:Vector.AES and Category:Vector.SHA2 instructions.Use ISA 2.07 direct move between GPR & VSX register instructions.Use ISA 2.07 transactional memory (HTM) instructions.Use LRA instead of reload (transitional).Use LRA instead of reload.Use MCU instructions.Use MIPS MSA Extension instructions.Use MIPS-3D instructions.Use MIPS-DSP REV 2 instructions.Use MIPS-DSP instructions.Use Mingw-specific thread support.Use Neon double-word (rather than quad-word) registers for vectorization.Use Neon quad-word (rather than double-word) registers for vectorization.Use Neon to perform 64-bits operations rather than core registers.Use NewABI-style %reloc() assembly operators.Use P-mnemonics for branches statically predicted as taken.Use PLT for PIC calls (-fno-plt: load the address from GOT at call site).Use PMC-style 'mad' instructions.Use PowerPC General Purpose group optional instructions.Use PowerPC Graphics group optional instructions.Use PowerPC V2.01 single field mfcr instruction.Use PowerPC V2.02 floating point rounding instructions.Use PowerPC V2.02 popcntb instruction.Use PowerPC V2.05 compare bytes instruction.Use PowerPC V2.06 popcntd instruction.Use PowerPC-64 instruction set.Use ROM instead of RAM.Use SSE register passing conventions for SF and DF mode.Use STB_GNU_UNIQUE if supported by the assembler.Use SmartMIPS instructions.Use UNIX assembler syntax.Use UltraSPARC Compare-and-Branch extensions.Use UltraSPARC Fused Multiply-Add extensions.Use UltraSPARC Population-Count instruction.Use UltraSPARC Subtract-Extended-with-Carry instruction.Use UltraSPARC Visual Instruction Set version 1.0 extensions.Use UltraSPARC Visual Instruction Set version 2.0 extensions.Use UltraSPARC Visual Instruction Set version 3.0 extensions.Use UltraSPARC Visual Instruction Set version 4.0 extensions.Use VAX fp.Use VAXC structure conventions.Use VMS exit codes instead of posix ones.Use __cxa_atexit to register destructors.Use __cxa_get_exception_ptr in exception handling.Use a 32-bit long type.Use a 4-byte record marker for unformatted files.Use a 64-bit long type.Use a minimum runtime (no static initializers or ctors) for memory-constrained devices.Use a smart stack protection method for certain functions.Use a stack protection method for every function.Use addresses that allocate global registers.Use all registers, reserving none for interrupt handlers.Use alternate register names.Use an 8-bit 'int' type.Use an 8-byte record marker for unformatted files.Use arbitrary sized immediates in bit operations.Use big-endian byte order.Use branch-and-break sequences to check for integer divide by zero.Use bras for executable < 64k.Use call-clobbered registers for parameters and return value.Use callbacks instead of inline code if number of accesses in function becomes greater or equal to this number.Use caller save register across calls if possible.Use certain scalar instructions added in ISA 3.0.Use control speculation.Use custom stacks instead of local memory for automatic storage.Use data speculation after reload.Use data speculation before reload.Use decimal floating point instructions.Use default method for sdata handling.Use different calling convention using 'rtd'.Use direct poisoning/unpoisoning instructions for variables smaller or equal to this number.Use direct references against %gs when accessing tls data.Use eXtended Physical Address (XPA) instructions.Use epsilon-respecting floating point compare instructions.Use expression value profiles in optimizations.Use extended PowerPC V2.05 move floating point to/from GPR instructions.Use f2c calling convention.Use features of and schedule code for given CPU.Use features of and schedule given CPU.Use flat register window model.Use fp double instructions.Use fp registers.Use full-set registers for register allocation.Use given SPARC-V9 code model.Use given TILE-Gx code model.Use given address mode.Use given assembler dialect.Use given stack-protector guard.Use given thread-local storage dialect.Use given x86-64 code model.Use hardware FP (default).Use hardware FP.Use hardware division instructions on ColdFire.Use hardware floating point conversion instructions.Use hardware floating point instructions.Use hardware floating point square root instruction.Use hardware floating point.Use hardware floating-point divide and square root instructions.Use hardware fp.Use hardware instructions for integer division.Use hardware prefetch instructionUse hardware quad FP instructions.Use hardware transactional execution instructions.Use hardware vector facility instructions and enable the vector ABI.Use in block control speculation.Use in block data speculation after reload.Use in block data speculation before reload.Use in/loc/out register names.Use indirect CALLXn instructions for large programs.Use indirect calls.Use inline patterns for copying memory.Use integer madd/msub instructions.Use jump tables for sufficiently large switch statements.Use little-endian byte order.Use ll, sc and sync instructions.Use media instructions.Use microMIPS instructions.Use multiply add/subtract instructions.Use multiply high instructions for high part of 32x32 multiply.Use musl C library.Use native (MS) bitfield layout.Use new adddi3/subdi3 patterns.Use normal calling convention.Use of intrinsic module %qs at %C conflicts with non-intrinsic module name used previouslyUse of the NUMERIC_STORAGE_SIZE named constant from intrinsic module ISO_FORTRAN_ENV at %C is incompatible with option %sUse only one TOC entry per procedure.Use ordinarily cached memory accesses for volatile references.Use packed stack layout.Use paired-single floating-point instructions.Use pattern compare instructions.Use pc-relative switch case tables - this enables case table shortening.Use portable calling conventions.Use profiling information for branch probabilities.Use propolice as a stack protection method.Use push instructions to save outgoing arguments.Use r11 to hold the static link in calls to functions via pointers.Use red-zone in the x86-64 code.Use reduced-set registers for register allocation.Use register stack for parameters and return value.Use register+offset memory instructions added in ISA 3.0.Use registers for argument passing.Use registers r2 and r5.Use reorder instructions (swap and byte reversed load/store) (default).Use sample profile information for call graph node weights. The default profile file is fbdata.afdo in 'pwd'.Use sample profile information for call graph node weights. The profile file is specified in the argument.Use scalar register+offset memory instructions added in ISA 3.0.Use shared libraries.Use simple data speculation check for control speculation.Use simple data speculation check.Use simulator runtime.Use smaller but slower prologue and epilogue code.Use software emulation for floating point (default).Use software floating point comparisons.Use software floating point.Use stack bias.Use stack protection method only for functions with the stack_protect attribute.Use standard main function as entry for startup.Use statically initialized variable for constant bounds instead of generating them each time it is required.Use statically initialized variable for vars bounds instead of generating them each time it is required.Use structs on stronger alignment for double-word copies.Use stubs for function prologues.Use subroutines for function prologues and epilogues.Use synci instruction to invalidate i-cache.Use table based fast divide (default at -O3).Use table lookup optimization for small signed integer divisions.Use tas.b instruction for __atomic_test_and_set.Use the AltiVec ABI extensions.Use the Cray Pointer extension.Use the DEC assembler syntax.Use the ELFv1 ABI.Use the ELFv2 ABI.Use the GNU extension to the PE format for aligned common data.Use the RTL dead code elimination pass.Use the RTL dead store elimination pass.Use the SPE ABI extensions.Use the bfd linker instead of the default linker.Use the bit-field instructions.Use the divide instruction.Use the floating point unit for integer add/subtract.Use the given base register for addressing the stack-protector guard.Use the given data alignment.Use the given offset for addressing the stack-protector guard.Use the gold linker instead of the default linker.Use the hardware barrel shifter instead of emulation.Use the most feature-enabling options allowed by other options.Use the mvcle instruction for block moves.Use the narrowest integer type possible for enumeration types.Use the new min/max instructions defined in ISA 3.0.Use the simulator runtime.Use the soft multiply emulation (default).Use the software emulation for divides (default).Use traditional GNU semantics for inline functions.Use trap instead of a library function for undefined behavior sanitization.Use trap instructions to check for integer divide by zero.Use uClibc C library.Use unicode startup and define UNICODE macro.Use vector and scalar instructions added in ISA 2.07.Use vector instructions added in ISA 3.0.Use vector register+offset memory instructions added in ISA 3.0.Use vector/scalar (VSX) instructions.Use zero bounds for all incoming arguments in 'main' function.  It helps when instrumented binaries are used with legacy libs.Use zero-extending memory loads, not sign-extending ones.Used in Fix-and-Continue mode to indicate that object files may be swapped in at runtime.User operator %qs referenced at %L not found in module %qsUses of this option are diagnosed.Using built-in specs.
! VALUE argument of the %s intrinsic function at %L shall be definableVALUE is not allowed inside of BLOCK at %CVOIDmode on an outputValid Nios II ISA levels (for -march):Valid arguments for the -msdata= option.Valid arguments to -malign-:Valid arguments to -mcode-readable=:Valid arguments to -mfloat-gprs=:Valid arguments to -mfpmath=:Valid arguments to -mr10k-cache-barrier=:Valid arguments to -mstack-protector-guard=:Valid arguments to -mstringop-strategy=:Valid arguments to -mtp=:Valid options for GP-relative addressing (for -mgpopt):Validate vtable pointers before using them.Variable %s at %L of type LOCK_TYPE or with subcomponent of type LOCK_TYPE must be a coarrayVariable %s cannot be INTENT(IN) at %CVariable %s cannot be assigned in PURE procedure at %CVariable type is UNKNOWN in assignment at %LVector library ABI to use.Vectorize for double-word operations.Volatile memory accesses do not use I/O load/store instructions.Volatile memory accesses use I/O load/store instructions.WAIT statement not allowed in PURE procedure at %CWHERE assignment target at %L has inconsistent shapeWHERE mask at %L has inconsistent shapeWHERE/ELSEWHERE clause at %L requires a LOGICAL arrayWarn about "extern" declarations not at file scope.Warn about "suspicious" constructs.Warn about 'new' of type with extended alignment without -faligned-new.Warn about @selector()s without previously declared methods.Warn about C constructs that are not in the common subset of C and C++.Warn about C++ constructs whose meaning differs between ISO C++ 1998 and ISO C++ 2011.Warn about C++ constructs whose meaning differs between ISO C++ 2011 and ISO C++ 2014.Warn about C++ constructs whose meaning differs between ISO C++ 2014 and (forthcoming) ISO C++ 201z(7?).Warn about C++ polymorphic types where adding final keyword would improve code quality.Warn about C++ virtual methods where adding final keyword would improve code quality.Warn about C++11 inheriting constructors when the base has a variadic constructor.Warn about NULL being passed to argument slots marked as requiring non-NULL.Warn about PCH files that are found but not used.Warn about USE statements that have no ONLY qualifier.Warn about __TIME__, __DATE__ and __TIMESTAMP__ usage.Warn about alignment of COMMON blocks.Warn about all enumerated switches missing a specific case.Warn about an empty body in an if or else statement.Warn about an invalid DO loop.Warn about boolean expression compared with an integer value different from true/false.Warn about called procedures not explicitly declared.Warn about calls to snprintf and similar functions that truncate output.Warn about calls with implicit interface.Warn about casting functions to incompatible types.Warn about casts which discard qualifiers.Warn about certain operations on boolean expressions.Warn about code which might break strict aliasing rules.Warn about comparison of different enum types.Warn about compile-time integer division by zero.Warn about constant integer divisions with truncated results.Warn about creation of array temporaries.Warn about dangling else.Warn about deleting polymorphic objects with non-virtual destructors.Warn about deprecated 'vector long ...' AltiVec type usage.Warn about duplicated branches in if-else statements.Warn about duplicated conditions in an if-else-if chain.Warn about enumerated switches missing a "default:" statement.Warn about enumerated switches, with no default, missing a case.Warn about equality comparisons involving REAL or COMPLEX expressions.Warn about features not present in ISO C90, but present in ISO C99.Warn about features not present in ISO C99, but present in ISO C11.Warn about features not present in traditional C.Warn about format strings that are not literals.Warn about format strings that contain NUL bytes.Warn about function call elimination.Warn about function calls with format strings that write past the end of the destination region.Warn about function parameters declared without a type specifier in K&R-style functions.Warn about function pointer arithmetic.Warn about functions which might be candidates for __attribute__((const)).Warn about functions which might be candidates for __attribute__((noreturn)).Warn about functions which might be candidates for __attribute__((pure)).Warn about functions which might be candidates for format attributes.Warn about global functions without previous declarations.Warn about global functions without prototypes.Warn about implicit conversions from "float" to "double".Warn about implicit declarations.Warn about implicit function declarations.Warn about inappropriate attribute usage.Warn about incompatible integer to pointer and pointer to integer conversions.Warn about invalid uses of the "offsetof" macro.Warn about macros defined in the main file that are not used.Warn about maybe uninitialized automatic variables.Warn about memory access errors found by Pointer Bounds Checker.Warn about missing ampersand in continued character constants.Warn about missing fields in struct initializers.Warn about missing sized deallocation functions.Warn about misuses of pragmas.Warn about most implicit conversions.Warn about multiple declarations of the same object.Warn about narrowing conversions within { } that are ill-formed in C++11.Warn about non-virtual destructors.Warn about none ISO msvcrt scanf/printf width extensions.Warn about optimizations that assume that signed overflow is undefined.Warn about overflow in arithmetic expressions.Warn about overloaded virtual function names.Warn about overriding initializers with side effects.Warn about overriding initializers without side effects.Warn about packed bit-fields whose offset changed in GCC 4.4.Warn about pointer casts which increase alignment.Warn about positional initialization of structs requiring designated initializers.Warn about possible aliasing of dummy arguments.Warn about possible security problems with format functions.Warn about possible violations of sequence point rules.Warn about possibly missing braces around initializers.Warn about possibly missing parentheses.Warn about possibly nested block comments, and C++ comments spanning more than one physical line.Warn about printf/scanf/strftime/strfmon format string anomalies.Warn about questionable usage of the macros used to retrieve variable arguments.Warn about real-literal-constants with 'q' exponent-letter.Warn about returning a pointer/reference to a local or temporary variable.Warn about returning structures, unions or arrays.Warn about sign differences with format functions.Warn about signed-unsigned comparisons.Warn about some C++ One Definition Rule violations during link time optimization.Warn about statements between switch's controlling expression and the first case.Warn about strftime formats yielding 2-digit years.Warn about subscripts whose type is "char".Warn about suspicious calls to memset where the third argument contains the number of elements not multiplied by the element size.Warn about suspicious calls to memset where the third argument is constant literal zero and the second is not.Warn about suspicious declarations of "main".Warn about suspicious length parameters to certain string functions if the argument uses sizeof.Warn about suspicious uses of memory addresses.Warn about switches with boolean controlling expression.Warn about things that change between the current -fabi-version and the specified version.Warn about things that will change when compiling with an ABI-compliant compiler.Warn about truncated character expressions.Warn about truncated source lines.Warn about uncasted NULL used as sentinel.Warn about underflow of numerical constant expressions.Warn about uninitialized automatic variables.Warn about unprototyped function declarations.Warn about unrecognized pragmas.Warn about unsuffixed float constants.Warn about unused dummy arguments.Warn about use of multi-character character constants.Warn about useless casts.Warn about user-specified include directories that do not exist.Warn about uses of __attribute__((deprecated)) declarations.Warn about uses of register storage specifier.Warn about using variadic macros.Warn about variables that might be changed by "longjmp" or "vfork".Warn about variables which are initialized to themselves.Warn about violations of Effective C++ style rules.Warn about zero-length formats.Warn about zero-trip DO loops.Warn for conditionally-supported constructs.Warn for converting NULL from/to a non-pointer type.Warn for implicit type conversions between signed and unsigned integers.Warn for implicit type conversions that cause loss of floating point precision.Warn for implicit type conversions that may change a value.Warn for obsolescent usage in a declaration.Warn for placement new expressions with undefined behavior.Warn if "defined" is used outside #if.Warn if a C-style cast is used in a program.Warn if a caller of a function, marked with attribute warn_unused_result, does not use its return value.Warn if a class type has a base or a field whose type uses the anonymous namespace or depends on a type with no linkage.Warn if a comparison always evaluates to true or false.Warn if a comparison is always true or always false due to the limited range of the data type.Warn if a deprecated compiler feature, class, method, or field is used.Warn if a function uses alloca or creates an array with dynamic size.Warn if a local declaration hides an instance variable.Warn if a loop with constant number of iterations triggers undefined behavior.Warn if a property for an Objective-C object has no assign semantics specified.Warn if a selector has multiple methods.Warn if a simd directive is overridden by the vectorizer cost model.Warn if a single function's framesize exceeds the given framesize.Warn if a string is longer than the maximum portable length specified by the standard.Warn if a subobject has an abi_tag attribute that the complete object type does not have.Warn if a throw expression will always result in a call to terminate().Warn if a user-procedure has the same name as an intrinsic.Warn if a variable length array is used.Warn if a virtual base has a non-trivial move assignment operator.Warn if an MCU name is unrecognized or conflicts with other options (default: on).Warn if an array is accessed out of bounds.Warn if an old-style parameter definition is used.Warn if an undefined macro is used in an #if directive.Warn if comparing pointer parameter with nonnull attribute with NULL.Warn if constant CFString objects contain non-portable characters.Warn if dereferencing a NULL pointer may lead to erroneous or undefined behavior.Warn if inherited methods are unimplemented.Warn if left shift of a signed value overflows.Warn if left shifting a negative value.Warn if passing too many arguments to a function for its format string.Warn if qualifiers on arrays which are pointer targets are discarded.Warn if shift count >= width of type.Warn if shift count is negative.Warn if testing floating point numbers for equality.Warn if the ISR is misspelled, i.e. without __vector prefix. Enabled by default.Warn if the address space of an address is changed.Warn if the loop cannot be optimized due to nontrivial assumptions.Warn if the pointer in a pointer assignment might outlive its target.Warn if the type of a variable might be not interoperable with C.Warn if trigraphs are encountered that might affect the meaning of the program.Warn if type qualifiers on pointers are discarded.Warn if type signatures of candidate methods do not match exactly.Warn in case profiles in -fprofile-use do not match.Warn of prototypes causing type conversions different from what would happen in the absence of prototype.Warn on any use of alloca.Warn on direct multiple inheritance.Warn on direct virtual inheritance.Warn on intrinsics not part of the selected standard.Warn on namespace definition.Warn on primary template declaration.Warn on suspicious constructs involving reverse scalar storage order.Warn when __builtin_frame_address or __builtin_return_address is used unsafely.Warn when __sync_fetch_and_nand and __sync_nand_and_fetch built-in functions are used.Warn when a #warning directive is encountered.Warn when a Cell microcoded instruction is emitted.Warn when a built-in function is declared with the wrong signature.Warn when a built-in preprocessor macro is undefined or redefined.Warn when a const variable is unused.Warn when a declaration does not specify a type.Warn when a declaration has duplicate const, volatile, restrict or _Atomic specifier.Warn when a declaration is found after a statement.Warn when a function cannot be expanded to HSAIL.Warn when a function is unused.Warn when a function parameter is only set, otherwise unused.Warn when a function parameter is unused.Warn when a jump misses a variable initialization.Warn when a label is unused.Warn when a left-hand-side array variable is reallocated.Warn when a left-hand-side variable is reallocated.Warn when a literal '0' is used as null pointer.Warn when a logical operator is suspiciously always evaluating to true or false.Warn when a noexcept expression evaluates to false even though the expression can't actually throw.Warn when a pointer differs in signedness in an assignment.Warn when a pointer is cast to an integer of a different size.Warn when a pointer is compared with a zero character constant.Warn when a register variable is declared volatile.Warn when a string or character literal is followed by a ud-suffix which does not begin with an underscore.Warn when a variable is only set, otherwise unused.Warn when a variable is unused.Warn when a vector operation is compiled outside the SIMD.Warn when all constructors and destructors are private.Warn when an argument passed to a restrict-qualified parameter aliases with another argument.Warn when an atomic memory model parameter is known to be outside the valid range.Warn when an expression value is unused.Warn when an inlined function cannot be inlined.Warn when an optimization pass is disabled.Warn when attempting to free a non-heap object.Warn when converting the type of pointers to member functions.Warn when deleting a pointer to incomplete type.Warn when logical not is used on the left hand side operand of a comparison.Warn when multiple, different, fast interrupt handlers are in the compilation unit.Warn when non-templatized friend functions are declared within a template.Warn when not issuing stack smashing protection for some reason.Warn when one local variable shadows another local variable or parameter of compatible type.Warn when one local variable shadows another local variable or parameter.Warn when one variable shadows another (globally).Warn when one variable shadows another.  Same as -Wshadow=global.Warn when overload promotes from unsigned to signed.Warn when padding is required to align structure members.Warn when sizeof is applied on a parameter declared as an array.Warn when the compiler reorders code.Warn when the indentation of the code does not reflect the block structure.Warn when the packed attribute has no effect on struct layout.Warn when there is a cast to a pointer from an integer of a different size.Warn when there is a conversion between pointers that have incompatible types.Warn when typedefs locally defined in a function are not used.Warn whenever a function's return type defaults to "int" (C), or about inconsistent return types (C++).Warn whenever a trampoline is generated.Warn whenever an Objective-C assignment is being intercepted by the garbage collector.Warn whenever attributes are ignored.Warn whenever type qualifiers are ignored.WarningWhen "signed" or "unsigned" is not given make the bitfield signed.When "signed" or "unsigned" is not given make the bitfield unsigned.When accessing RAM, use X as imposed by the hardware, i.e. just use pre-decrement, post-increment and indirect addressing with the X register.  Without this option, the compiler may assume that there is an addressing mode X+const similar to Y+const and Z+const and emit instructions to emulate such an addressing mode for X.When generating -fpic code, allow the use of PLTs. Ignored for fno-pic.When generating -mabicalls code, allow executables to use PLTs and copy relocations.When generating -mabicalls code, make the code suitable for use in shared libraries.When possible do not generate stack frames.When running CSE, follow jumps to their targets.Where shorter, use canonicalized paths to systems headers.Whether to use canonical types.Which -fsched-pressure algorithm to apply.While setting up signal handler: %mWhile setting up signal stack: %mWhole program analysis (WPA) mode with number of parallel jobs specified.With this option zero size obtained dynamically for objects with incomplete type will be treated as infinite.Without padding, there are not enough elements in the intrinsic RESHAPE source at %L to match the shapeWork around VR4130 mflo/mfhi errata.Work around a hardware anomaly by adding a number of NOPs before a CSYNC or SSYNC instruction.Work around an early 4300 hardware bug.Work around bug in multiplication instruction.Work around certain 24K errata.Work around certain R10000 errata.Work around certain R4000 errata.Work around certain R4400 errata.Work around certain RM7000 errata.Work around certain VR4120 errata.Work around errata for early SB-1 revision 2 cores.Work around hardware multiply bug.Workaround for ARM Cortex-A53 Erratum number 835769.Workaround for ARM Cortex-A53 Erratum number 843419.Write all declarations as Ada code for the given file only.Write all declarations as Ada code transitively.Writing module %qs at line %d column %d: %sWrong entry in TYPE_ARG_TYPES listWrong node is referenced with chkp referenceWrong tree in TYPE_FIELDS listXXX entering pop_everything ()
  XXX leaving pop_everything ()
! You cannot take the address of a nested function if you use the -mno-pointers-to-nested-functions option.You need a C startup file for -msys-crt0=Your target platform does not support -fcheck-pointer-boundsZero is not a valid statement label at %CZero width in format descriptor[Leaving %s]
! [cannot find %s][default][disabled][enabled][super ...] must appear in a method context__BELOW100__ attribute not allowed with auto storage class__builtin_eh_return not supported on this target__builtin_rx_%s takes 'C', 'Z', 'S', 'O', 'I', or 'U'__builtin_saveregs not supported by this subtarget__builtin_saveregs not supported by this target__builtin_set_thread_pointer is not supported on this target__builtin_shuffle argument vector(s) inner type must have the same size as inner type of the mask__builtin_shuffle argument vectors must be of the same type__builtin_shuffle arguments must be vectors__builtin_shuffle last argument must be an integer vector__builtin_shuffle number of elements of the argument vector(s) and the mask vector should be the same__builtin_thread_pointer is not supported on this target__builtin_unreachable or __builtin_trap call with arguments__float128 and __ibm128 cannot be used in the same expression__float128 and long double cannot be used in the same expression__fp16 and no ldrh__ibm128 and long double cannot be used in the same expression__label__ declarations are only allowed in function scopes__sec_implicit_index argument %d must be less than the rank of %qE__sec_implicit_index parameter must be an integer constant expression`a brace-enclosed initializer is not allowed herea call to a constructor cannot appear in a constant-expressiona cast to a type other than an integral or enumeration type cannot appear in a constant-expressiona comma operator cannot appear in a constant-expressiona definition that differs by virtual keyword in another translation unita destructor cannot be %<constexpr%>a different method of same type is defined in another translation unita different type is defined in another translation unita field of same name but different type is defined in another translation unita field with different name is defined in another translation unita function call cannot appear in a constant-expressiona function-definition is not allowed herea label can only be part of a statement and a declaration is not a statementa lambda closure type has a deleted copy assignment operatora lambda closure type has a deleted default constructora member of a structure or union cannot have a variably modified typea parameter cannot be declared %<constexpr%>a parameter list with an ellipsis can%'t match an empty parameter name list declarationa storage class can only be specified for objects and functionsa template cannot be defaulteda template declaration cannot appear at block scopea template-id may not appear in a using-declarationa temporary bound to %qD only persists until the constructor exitsa transaction expression cannot appear in a constant-expressiona type defined in another translation unit is not polymorphica type defined in another translation unit is polymorphica type with different alignment is defined in another translation unita type with different attributes is defined in another translation unita type with different bases is defined in another translation unita type with different number of fields is defined in another translation unita type with different number of methods is defined in another translation unita type with different precision is defined in another translation unita type with different qualifiers is defined in another translation unita type with different signedness is defined in another translation unita type with different size is defined in another translation unita type with different virtual table pointers is defined in another translation unita using-declaration cannot specify a template-id.  Try %<using %D%>a wide string is invalid in this contextabnormal call edges for non-call insn in bb %iabnormal edges for no purpose in bb %iabort in %s, at %s:%dabstract declarator %qT used as declarationaccess declarations are deprecated in favour of using-declarations; suggestion: add the %<using%> keywordaccessing %qD member instead of initialized %qD member in constant expressionaccessing data memory with program memory addressaccessing program memory with data memory addressaccessing value of %qE through a %qT glvalue in a constant expressionaccumulator is not a constant integeraccumulator number is out of boundsactual argument to INTENT = OUT/INOUTaddress area attribute cannot be specified for functionsaddress area of %q+D conflicts with previous declarationaddress of explicit register variable %qD requestedaddress of global register variable %qD requestedaddress of overloaded function with no contextual type informationaddress of register variable %qD requestedaddress offset not a constantaddress operand requires constraint for X, Y, or Z registeraddress requested for %qD, which is declared %<register%>address taken, but ADDRESSABLE bit not setaddress-of an object %qE with thread local or automatic storage is not a constant expressionaggregate %q#D has incomplete type and cannot be definedaggregate value used where a complex was expectedaggregate value used where a fixed-point was expectedaggregate value used where a float was expectedaggregate value used where an integer was expectedakaalias definitions not supported in Mach-O; ignoredalias definitions not supported in this configurationalignment (%u) for %s exceeds maximum alignment for global common data.  Using %ualignment for %q+D must be at least %dalignment for %q+D was previously specified as %d and may not be decreasedalignment may not be specified for %q+Dalignment must be a small power of two, not %dalignment of %q+D is greater than maximum object file alignment %dalignment of %qD is bigger than original declarationalignment of array elements is greater than element sizealignment specified for %<register%> object %qEalignment specified for bit-field %qEalignment specified for function %qEalignment specified for parameter %qEalignment specified for typedef %qEalignment specified for unnamed bit-fieldalignment specified for unnamed parameterall member functions in class %qT are privatealloc_align parameter outside rangealloc_size parameter outside rangeallocatable argumentalready captured %qD in lambda expressionalso found %<%c%s%>always_inline function might not be inlinableambiguous conversion for array subscriptambiguous default type conversion from %qTambiguous method %s%s%sambiguous template specialization %qD for %q+Dan address area attribute cannot be specified for local variablesan anonymous struct cannot have function membersan anonymous union cannot have function membersan argument type that has a default promotion can%'t match an empty parameter name list declarationan array of different size is defined in another translation unitan array reference cannot appear in a constant-expressionan asm-specification is not allowed on a function-definitionan assignment cannot appear in a constant-expressionan attribute that appertains to a type-specifier is ignoredan decrement cannot appear in a constant-expressionan enum with different value name is defined in another translation unitan enum with different values is defined in another translation unitan enum with mismatching number of values is defined in another translation unitan explicit specialization must be preceded by %<template <>%>an increment cannot appear in a constant-expressionan indirect edge from %s has no corresponding call_stmtan indirect edge with unknown callee corresponding to a call_stmt with a known declaration:anachronismanachronism: anachronistic old-style base class initializerand %qT has no template constructorsand fieldanonymous struct not inside named typeanonymous union with no membersapplying #pragma weak %q+D after first use results in unspecified behaviorargs to be formatted is not %<...%>argument %d of %qE might be a candidate for a format attributeargument %d of %qE must be a pointer to a constant size typeargument %d of %qE must be a pointer typeargument %d of %qE must not be a pointer to a functionargument %d of '%s' did not have the expected nameargument %i in the range [%E, %E]argument %q+D might be clobbered by %<longjmp%> or %<vfork%>argument %qD doesn%'t match built-in prototypeargument %qD doesn%'t match prototypeargument %qd is not a constantargument %qs to %<-Waligned-new%> not recognizedargument %qs to %<-Wnormalized%> not recognizedargument %qs to %<-femit-struct-debug-detailed%> not recognizedargument %qs to %<-femit-struct-debug-detailed%> unknownargument %u in call to function %qE does not have integral typeargument %u null where non-null expectedargument 1 must be a 5-bit signed literalargument 1 must be a mapargument 1 of %qE must be a non-void pointer typeargument 1 of %qE must be a pointer to a constant size typeargument 1 of %qE must be a pointer to a nonzero size objectargument 1 of __builtin_altivec_predicate is out of rangeargument 1 of __builtin_altivec_predicate must be a constantargument 1 of __builtin_paired_predicate is out of rangeargument 1 of __builtin_paired_predicate must be a constantargument 1 of __builtin_spe_predicate is out of rangeargument 1 of __builtin_spe_predicate must be a constantargument 2 must be a 5-bit unsigned literalargument 3 in call to function %qE does not have pointer to integral typeargument 3 in call to function %qE has boolean typeargument 3 in call to function %qE has enumerated typeargument 3 in call to function %qE has pointer to boolean typeargument 3 in call to function %qE has pointer to enumerated typeargument 3 must be a 1-bit unsigned literalargument 3 must be a 2-bit unsigned literalargument 3 must be a 4-bit unsigned literalargument dependent lookup finds %q+Dargument must be a field referenceargument must be array or slice or channelargument must be channelargument must be string or array or slice or map or channelargument must have complex typeargument not permitted on %qs clause in OpenACC %<parallel%>argument of %<__builtin_eh_return_regno%> must be constantargument of %qE attribute is not "ilink1" or "ilink2"argument of %qE attribute is not "reset", "software_exception", "page_miss", "timer0", "timer1", "message", "dma0", "dma1", "wand" or "swi"argument of %qE attribute is not a string constantargument of Offsetof implies indirection of an embedded fieldargument of function call might be a candidate for a format attributeargument to %%:compare-debug-auxbase-opt does not end in .gkargument to %<-O%> should be a non-negative integer, %<g%>, %<s%> or %<fast%>argument to %<alloca%> is too largeargument to %<alloca%> is zeroargument to %<alloca%> may be too largeargument to %<alloca%> may be too large due to conversion from %qT to %qTargument to %qE attribute is neither zero, nor oneargument to %qE attribute larger than %dargument to %qs must be a 2-bit unsigned literalargument to %qs should be a non-negative integerargument to decltype must be an expressionargument to dss must be a 2-bit unsigned literalargument to variable-length array is too largeargument to variable-length array is zeroargument to variable-length array may be too largeargument to variable-length array may be too large due to conversion from %qT to %qTarguments '%s' and '%s' for intrinsic %sarguments '%s' and '%s' for intrinsic '%s'arguments 'a%d' and 'a%d' for intrinsic '%s'arguments to destructor are not allowedarithmetic IFarithmetic on pointer to an incomplete typearray %q+D assumed to have one elementarray %qD initialized by parenthesized string literal %qEarray assignmentarray bound forbidden after parenthesized type-idarray bound is not an integer constantarray index in initializer exceeds array boundsarray index in initializer is not an integer constant expressionarray index in initializer not of integer typearray index in non-array initializerarray index range in initializer exceeds array boundsarray initialized from non-constant array expressionarray initialized from parenthesized string constantarray must be initialized with a brace-enclosed initializerarray of inappropriate type initialized from string constantarray resultarray size missing in %q+Darray size missing in %qDarray size missing in %qTarray subscript has type %<char%>array subscript is above array boundsarray subscript is below array boundsarray subscript is not an integerarray subscript is outside array boundsarray types have different boundsarray used as initializerarrays of functions are not meaningfulas %qDasm clobber conflict with input operandasm clobber conflict with output operandasm declaration ignored due to conflict with previous renameasm not allowed in %<transaction_safe%> functionasm not allowed in atomic transactionasm operand %d probably doesn%'t match constraintsasm-specifier for variable %qE conflicts with asm clobber listassembler name hash list corruptedassertion missing after %qsassign semantics attributes of property %qD conflict with previous declarationassigning to an array from an initializer listassignmentassignment (not initialization) in declarationassignment discards %qv qualifier from pointer target typeassignment from distinct Objective-C typeassignment from incompatible pointer typeassignment from pointer to non-enclosed address spaceassignment left-hand side might be a candidate for a format attributeassignment makes %q#v qualified function pointer from unqualifiedassignment makes integer from pointer without a castassignment makes pointer from integer without a castassignment of constant field %qDassignment of function %qDassignment of member %qD in read-only objectassignment of read-only location %qEassignment of read-only member %qDassignment of read-only named return value %qDassignment of read-only parameter %qDassignment of read-only reference %qDassignment of read-only variable %qDassignment suppressionassume_aligned parameter not integer constantassumed-rank argumentassumed-shape argumentassumed-type argumentassuming cast to type %qT from overloaded functionassuming directive output of %wu byteassuming directive output of %wu bytesassuming pointer to member %qDassuming signed overflow does not occur when combining constants around a comparisonassuming signed overflow does not occur when reducing constant in comparisonassuming signed overflow does not occur when simplifying %</%> or %<%%%> to %<>>%> or %<&%>assuming signed overflow does not occur when simplifying %<abs (X)%> to %<X%> or %<-X%>assuming signed overflow does not occur when simplifying %<min/max (X,Y)%> to %<X%> or %<Y%>assuming signed overflow does not occur when simplifying conditionalassuming signed overflow does not occur when simplifying conditional to constantassuming signed overflow does not occur when simplifying range testasynchronous argumentatexit failedattempt to take address of bit-field structure member %qDattribute %<fallthrough%> not preceding a case label or default labelattribute %qE argument not a stringattribute %qs applies to array types onlyattribute declarationattribute for %q#T must follow the %qs keywordattribute ignoredattribute ignored in declaration of %q#Tattribute(target("%s")) is unknownattributes after parenthesized initializer ignoredattributes are not allowed on a function-definitionattributes ignored on elaborated-type-specifier that is not a forward declarationattributes ignored on template instantiationattributes ignored on uninstantiated typeattributes in parameter array declarator ignoredattributes may not be specified before the %<@%D%> Objective-C++ keywordautomatic variable %qE cannot be %<threadprivate%>aux field set for edge %s->%saux field set for indirect edge from %sbad addressbad address, not (reg+disp):bad address, not a constant:bad address, not an I/O address:bad address, not post_inc or pre_dec:bad amount of stack space removal: %dbad array initializerbad builtin codebad builtin fcodebad builtin icodebad condition codebad expression type during walk (%d)bad insn for 'A'bad insn in frv_print_operand, 0 casebad insn in frv_print_operand, bad const_doublebad insn in frv_print_operand, z casebad insn to frv_print_operand, 'F' modifier:bad insn to frv_print_operand, 'L' modifier:bad insn to frv_print_operand, 'M/N' modifier:bad insn to frv_print_operand, 'O' modifier:bad insn to frv_print_operand, 'e' modifier:bad insn to frv_print_operand, 'f' modifier:bad insn to frv_print_operand, 'g' modifier:bad insn to frv_print_operand, P modifier:bad insn to frv_print_operand_address:bad insn to frv_print_operand_memory_reference:bad movebad operandbad option %qs to attribute %<optimize%>bad option %qs to pragma %<optimize%>bad output_condmove_single operandbad output_move_double operandbad output_move_single operandbad registerbad register to frv_print_operand_memory_reference_reg:bad shift insn:bad testbad value %<%s%> for -mtls-size= switchbad value %qs for -mcpu switchbad value %qs for -mfp-rounding-mode switchbad value %qs for -mfp-trap-mode switchbad value %qs for -mmemory-latencybad value %qs for -mtls-size switchbad value %qs for -mtrap-precision switchbad value %qs for -mtune switchbad value (%s) for -march= switchbad value (%s) for -mcmodel= switchbad value (%s) for -mtune= switchbad value for -mcall-%sbad value for -msdata=%sbadly nested C headers from preprocessorbarrier region may not be closely nested inside of work-sharing, %<critical%>, %<ordered%>, %<master%>, explicit %<task%> or %<taskloop%> regionbase %qT will be initialized afterbase class %q#T should be explicitly initialized in the copy constructorbase initializer expansion %<%T%> contains no parameter packsbase operand of %<->%> has non-pointer type %qTbase operand of %<->%> is not a pointerbase type %qT fails to be a struct or class typebasic block %d pred edge is corruptedbasic block %d should be marked irreduciblebasic block %d should not be marked irreduciblebasic block %i edge lists are corruptedbasic blocks not laid down consecutivelybb %d does not belong to loop %dbb %d has father loop %d, should be loop %dbb %d on wrong placebinary operator does not support mixing vector bool with floating point vector operandsbinary operator does not support two vector bool operandsbinary operator does not support vector bool operandbind(c) procedurebit-field %q+#D with non-integral typebit-field %q+D width not an integer constantbit-field %qD with non-integral typebit-field %qs has invalid typebit-field %qs width not an integer constantbit-field %qs width not an integer constant expressionblock IFbody of constexpr function %qD not a return-statementbogus DISPOSE construction: %dbogus JARL construction: %dbogus JR construction: %dbogus PREPEARE construction: %dbogus comparison result typeboolean registers required for the floating-point optionboth arguments to %<__builtin___clear_cache%> must be pointersbraced spec %qs is invalid at %qcbraced spec body %qs is invalidbraced-group within expression allowed only inside a functionbraces around scalar initializerbraces around scalar initializer for type %qTbranch %2d never executed
  branch %2d taken %s%s
! branch target register load optimization is not intended to be run twicebreak statement not within loop or switchbreak statement used with OpenMP for loopbuilt-in function %q+D declared as non-functionbuilt-in function %qD requires the %<-mconstant-cfstrings%> flagbuilt-in function %qD takes one argument onlybuilt-in function %qE must be directly calledbuilt-in function %qE not supported for MIPS16but not herebytecode stream: expected tag %s instead of %sbytecode stream: found empty cgraph nodebytecode stream: found multiple instances of cgraph node with uid %dbytecode stream: found non-null terminated stringbytecode stream: garbage at the end of symbols sectionbytecode stream: no callee found while reading edgebytecode stream: no caller found while reading edgebytecode stream: string too long for the string tablebytecode stream: tag %s is not in the expected range [%s, %s]bytecode stream: trying to read %d bytes after the end of the input bufferbytecode stream: unexpected LTO section %sbytecode stream: unexpected tag %sbytecode stream: unknown GIMPLE statement tag %scall   %2d never executed
  call   %2d returned %s
! call has circular dependencycall is unlikely and code size would growcall of %<(%T) (%A)%> is ambiguouscall of overloaded %<%D(%A)%> is ambiguouscall of overloaded %<%s(%A)%> is ambiguouscall to %qD uses the default argument for parameter %P, which is not yet definedcall to function %qD which throws incomplete type %q#Tcall to function which throws incomplete type %q#Tcall to non-constexpr function %qDcall to non-function %qDcall-clobbered register used for global register variablecalled from herecalled from this functioncaller edge count is negativecaller edge frequency %i does not match BB frequency %icaller edge frequency is negativecaller edge frequency is too largecaller is instrumentation thunkcaller is not optimizedcalling %qD with a nonzero argument is unsafecalling %qD with attribute sseregparm without SSE/SSE2 enabledcalling %qT with attribute sseregparm without SSE/SSE2 enabledcalls to overloaded operators cannot appear in a constant-expressioncan not find instance variable associated with propertycan not use -mtp=cp15 with 16-bit Thumbcan not use an object as parameter to a methodcan only use %qE attribute on file-scope definitions of objects of class typecan%'t apply both longcall and shortcall attributes to the same functioncan%'t convert a value of type %qT to vector type %qT which has different sizecan%'t convert a vector of type %qT to type %qT which has different sizecan%'t convert from incomplete type %qT to %qTcan%'t convert value to a vectorcan%'t create precompiled header %s: %mcan%'t create repository information file %qscan%'t define friend function %qs in a local class definitioncan%'t extend PCH file: %mcan%'t find a register in class %qs while reloading %<asm%>can%'t get position in PCH file: %mcan%'t mix operands of decimal float and complex typescan%'t mix operands of decimal float and other float typescan%'t mix operands of decimal float and vector typescan%'t open %qs for writing: %mcan%'t open %s for writing: %mcan%'t open %s: %mcan%'t read %s: %mcan%'t read PCH file: %mcan%'t set %qE attribute after definitioncan%'t set position in PCH file: %mcan%'t use %qs as a call-saved registercan%'t use %qs as a call-used registercan%'t use %qs as a fixed registercan%'t use multiple stack checking methods togethercan%'t write %s: %mcan%'t write PCH filecan%'t write PCH file: %mcan%'t write padding to PCH file: %mcan%'t write to %s: %mcan't get program status: %mcan't open %s: %mcan't open input file: %scan't open ldd output: %mcan't open nm output: %mcan't use non gp relative absolute addresscandidate 1:candidate 2:candidate is:candidates are:candidate is: %+#Dcandidates are:candidates are: %+#Dcannot add an enumerator list to a template instantiationcannot allocate an object of abstract type %qTcannot allocate stack for variable %q+D, naked function.cannot apply %<offsetof%> to a non constant addresscannot apply %<offsetof%> to destructor %<~%T%>cannot apply %<offsetof%> to member function %qDcannot apply %<offsetof%> to static data member %qDcannot apply %<offsetof%> when %<operator[]%> is overloadedcannot apply member pointer %qE to %qE, which is of non-class type %qTcannot bind bitfield %qE to %qTcannot bind packed field %qE to %qTcannot bind rvalue %qE to %qTcannot call constructor %<%T::%D%> directlycannot call member function %qD without objectcannot capture %qE by referencecannot close receive-only channelcannot convert %qE from type %qT to type %qTcannot convert %qT to %qTcannot convert %qT to %qT for argument %qP to %qDcannot convert %qT to %qT in argument passingcannot convert %qT to %qT in assignmentcannot convert %qT to %qT in default argumentcannot convert %qT to %qT in initializationcannot convert %qT to %qT in returncannot convert to a pointer typecannot convert type %qT to type %qTcannot create pointer to reference member %qDcannot create type information for type %qT because it involves types of variable sizecannot declare %<::main%> to be a templatecannot declare %<::main%> to be inlinecannot declare %<::main%> to be staticcannot declare %qD to be a bit-field typecannot declare bit-field %qD with function typecannot declare field %q+D to be of abstract type %qTcannot declare member %<%T::%s%> within %qTcannot declare member function %<%T::%s%> within %<%T%>cannot declare member function %qD to have static linkagecannot declare parameter %q+D to be of abstract type %qTcannot declare pointer to %q#Tcannot declare pointer to %q#T membercannot declare pointer to qualified function type %qTcannot declare reference to %q#Tcannot declare reference to %q#T, which is not a typedef or a template type argumentcannot declare reference to qualified function type %qTcannot declare static function inside another functioncannot declare variable %q+D to be of abstract type %qTcannot decompose addresscannot decrement a pointer to incomplete type %qTcannot define member function %<%T::%s%> within %<%T%>cannot define member of dependent typedef %qTcannot delete a function.  Only pointer-to-objects are valid arguments to %<delete%>cannot derive from %<final%> base %qT in derived type %qTcannot disable built-in function %qscannot dynamic_cast %qE (of type %q#T) to type %q#T (%s)cannot expand initializer for member %<%D%>cannot explicitly declare member %q#D to have extern linkagecannot find %s in plugin %s
! %scannot find '%s'cannot find 'ldd'cannot find 'nm'cannot find LTO cgraph in %scannot find LTO section refs in %scannot find a valid counter:value pair:cannot find class %qEcannot find interface declaration for %qEcannot find interface declaration for %qE, superclass of %qEcannot find protocol declaration for %qEcannot find reference tag for class %qEcannot form pointer to member of non-class %q#Tcannot handle inconsistent calls to %qscannot increment a pointer to incomplete type %qTcannot initialize aggregate of type %qT with a compound literalcannot initialize multi-dimensional array with initializercannot inline function %<main%>cannot load plugin %s
! %scannot merge separate %s counters for function %ucannot open %scannot open %s: %mcannot pass argument in vector register because altivec instructions are disabled, use -maltivec to enable themcannot pass rvalue to reference parametercannot put object with volatile field into registercannot read %s: %mcannot read LTO decls from %scannot read LTO mode table from %scannot reload integer constant operand in %<asm%>cannot resolve overloaded function %qD based on conversion to type %qTcannot return from a handler of a function-try-block of a constructorcannot return value in vector register because altivec instructions are disabled, use -maltivec to enable themcannot set interrupt attribute: no current functioncannot set interrupt attribute: no such identifiercannot specify %<override%> for a classcannot specify -o with -c, -S or -E with multiple filescannot specify -static with -fsanitize=addresscannot specify -static with -fsanitize=threadcannot specify both -msep-data and -mid-shared-librarycannot tail-call: %scannot take address of %qscannot take address of bit-field %qDcannot take the address of %<this%>, which is an rvalue expressioncannot type switch on non-interface valuecannot update SSA formcannot use %<::%> in parameter declarationcannot use mode %qs for enumeral typescannot use mshared and static togethercannot use mthreads and mlegacy-threads togethercannot use small-data accesses for %qscannot use type %s as type %scannot use typeid with -fno-rtticannot use va_start in interrupt functioncannot value-initialize array of unknown bound %qTcanonical types differ for identical types %T and %Tcapture of non-variable %qD capture of variable %qD with non-automatic storage durationcase label %qE not within a switch statementcase label does not reduce to an integer constantcase label is not an integer constant expressioncase label not within a switch statementcase label value exceeds maximum value for typecase label value is less than minimum value for typecase labels not sorted in switch statementcase labels not sorted: case value %qs not in enumerated typecase value %qs not in enumerated type %qTcast adds %q#v qualifier to function typecast from %qT to %qT increases required alignment of target typecast from %qT to %qT loses precisioncast from function call of type %qT to non-matching type %qTcast from pointer to integer of different sizecast from type %qT to type %qT casts away qualifierscast increases required alignment of target typecast specifies array typecast specifies function typecast to %s address space pointer from disjoint %s address space pointercast to %s address space pointer from disjoint generic address space pointercast to generic address space pointer from disjoint %s address space pointercast to pointer from integer of different sizecast to union type from type not present in unioncasting %qT to %qT does not dereference pointercategory attributes are not available in Objective-C 1.0category attributes are not available in this version of the compiler, (ignored)cdecl and thiscall attributes are not compatiblecgraph_node has wrong clone listcgraph_node has wrong clone_ofcgraph_node has wrong prev_clone pointercgraph_node is in clone list but it is not clonechar-array initialized from wide stringchecksum is (%x,%x) instead of (%x,%x)chkp_find_bounds: Cannot find bounds for pointerchkp_find_bounds: Unexpected tree code %schkp_get_bounds_by_definition: Unexpected GIMPLE code %schkp_get_bounds_by_definition: Unexpected var of type %schkp_make_addressed_object_bounds: Unexpected tree code %schkp_walk_pointer_assignments: unexpected RHS type: %schoosing %qD over %qDcircular pointer delegation detectedclass %qE already existsclass %qE is deprecatedclass %qT does not have any field named %qDclass %qT is implicitly friends with itselfclass %qs does not implement the %qE protocolclass attributes are not available in Objective-C 1.0class definition may not be declared a friendclass extension for class %qE declared after its %<@implementation%>class extensions are not available in Objective-C 1.0cleanup argument not a functioncleanup argument not an identifierclose: %sclosing LTRANS output list %s: %mclosing dependency file %s: %mcoarray argumentcode model %qs not supported in the %s bit modecode model %qs not supported in x32 modecode model %s does not support PIC modecollapse argument needs positive constant integer expressioncollapsed loops not perfectly nestedcollect2 version %s
  collect: reading %s
  collect: recompiling %s
  collect: relinking
  collect: tweaking %s in %s
! collection in fast enumeration is not an objectcomdat-local function called by %s outside its comdatcomdat-local symbol referred to by %s outside its comdatcomma at end of enumerator listcommand line option %qs is not supported by this configurationcommand line option %qs is valid for %s but not for %scommand line option %qs is valid for the driver but not for %scommon symbol debug info is not structured as symbol+offsetcomparing final insns dumpscomparing floating point with == or != is unsafecomparing vectors with different element typescomparing vectors with different number of elementscomparison always false due to limited range of data typecomparison always true due to limited range of data typecomparison between %q#T and %q#Tcomparison between %qT and %qTcomparison between distinct pointer types %qT and %qT lacks a castcomparison between distinct pointer-to-member types %qT and %qT lacks a castcomparison between pointer and integercomparison between signed and unsigned integer expressionscomparison between types %qT and %qTcomparison is always %dcomparison is always %d due to width of bit-fieldcomparison is always false due to limited range of data typecomparison is always true due to limited range of data typecomparison of complete and incomplete pointerscomparison of distinct Objective-C types lacks a castcomparison of distinct pointer types lacks a castcomparison of pointers to disjoint address spacescomparison of promoted ~unsigned with constantcomparison of promoted ~unsigned with unsignedcomparison of unsigned expression < 0 is always falsecomparison of unsigned expression >= 0 is always truecomparison with string literal results in unspecified behaviorcomparisons like %<X<=Y<=Z%> do not have their mathematical meaningcompilation terminated due to -Wfatal-errors.
  compilation terminated due to -fmax-errors=%u.
  compilation terminated.
! complex arguments must have floating-point typecomplex arguments must have identical typescomplex floating point overflow in expressioncomplex integer overflow in expressioncomplex invalid for %qscompound literal has variable sizecompound literal of non-object type %qTcompound literal qualified by address-space qualifiercompound-statement in constexpr functioncompressed stream: %scondition expression refers to iteration variable %qDconditional expression between distinct pointer types %qT and %qT lacks a castconditional expression between distinct pointer-to-member types %qT and %qT lacks a castconflicting access specifications for field %qE, ignoredconflicting access specifications for method %q+D, ignoredconflicting named address spaces (%s vs %s)conflicting named address spaces (%s vs %s) for %q+Dconflicting named address spaces (%s vs generic) for %q+Dconflicting named address spaces (generic vs %s) for %q+Dconflicting return type specified for %q+#Dconflicting specifiers in declaration of %qsconflicting super class name %qEconflicting type attributes specified for %q+#Dconflicting type qualifiers for %q+Dconflicting types for %<%c%s%>conflicting types for %q+Dconflicting types for built-in function %q+Dconflicts with %qDconflicts with function declaration %q#Dconsider using '-pg' instead of '-p' with gprof(1)consider using `-pg' instead of `-p' with gprof (1) consider using `-pg' instead of `-p' with gprof(1)const %qs cannot be declared %<mutable%>const/copy propagation disabledconst_double_split got a bad insn:constant argument out of range for %qsconstant field %qD used as %<asm%> outputconstant not recomputed when ADDR_EXPR changedconstant refers to itselfconstexpr constructor does not have empty bodyconstexpr evaluation depth exceeds maximum of %d (use -fconstexpr-depth= to increase the maximum)constexpr static data member %qD must have an initializerconstructor cannot be static member functionconstructor delegation follows mem-initializer for %qDconstructor for alien class %qT cannot be a memberconstructor is not user-provided because it is explicitly defaulted in the class bodyconstructor priorities are not supportedconstructor priorities from 0 to %d are reserved for the implementationconstructor priorities must be integers from 0 to %d inclusiveconstructor syntax used, but no constructor declared for type %qTconstructors may not be cv-qualifiedcontaining loop herecontains additional virtual method %qDcontinue statement not within a loopcontrol flow in the middle of basic block %dcontrol reaches end of non-void functionconversion between distinct pointer types %qT and %qT lacks a castconversion between distinct pointer-to-member types %qT and %qT lacks a castconversion casts away constnessconversion from %q#T to %q#Tconversion from %qT to %qT discards qualifiersconversion from %qT to %qT is ambiguousconversion from %qT to %qT not considered for non-type template argumentconversion from %qT to non-scalar type %qT requestedconversion lacks type at end of formatconversion of %qE from %qT to %qT is ambiguousconversion of an SSA_NAME on the left hand sideconversion of register to a different sizeconversion of scalar %qT to vector %qT involves truncationconversion of unsigned constant value to negative integerconversion to %qT alters %qT constant valueconversion to %qT from %qT may alter its valueconversion to %qT from %qT may change the sign of the resultconversion to %qT from boolean expressionconversion to a base class will never use a type conversion operatorconversion to a reference to a base class will never use a type conversion operatorconversion to a reference to the same type will never use a type conversion operatorconversion to a reference to void will never use a type conversion operatorconversion to incomplete typeconversion to non-const reference type %q#T from rvalue of type %qTconversion to non-scalar type requestedconversion to the same type will never use a type conversion operatorconversion to void cannot resolve address of overloaded functionconversion to void will never use a type conversion operatorconversion to void will not access object %qE of incomplete type %qTconversion to void will not access object of incomplete type %qTconversion to void will not access object of non-trivially-copyable type %qTconversion to void will not access object of type %qTconversion to volatile reference type %q#T from rvalue of type %qTconverting %<false%> to pointer type %qTconverting %<false%> to pointer type for argument %P of %qDconverting NULL to non-pointer typeconverting an array compound literal to a pointer is ill-formed in C++converting from %qT to %qTconverting lambda which uses %<...%> to function pointerconverting overloaded function %qD to type %q#T is ambiguousconverting to %qT from initializer list would use explicit constructor %qDconverting to non-pointer type %qT from NULLcopyprivate variable %qE is not threadprivate or private in outer contextcorrupt loop tree rootcorrupted exits list of loop %dcorrupted head of the exits list of loop %dcorrupted profile info: edge from %i to %i exceeds maximal countcorrupted profile info: number of executions for edge %d-%d thought to be %icorrupted profile info: number of iterations for basic block %d thought to be %icorrupted profile info: profile data is not flow-consistentcorrupted profile info: sum_all is smaller than sum_maxcorrupted value profile: %s profile counter (%d out of %d) inconsistent with basic-block count (%d)could not close Go dump file: %mcould not close final insn dump file %qs: %mcould not close response file %scould not close temporary response file %scould not close zeroed insn dump file %qs: %mcould not convert %qE from %qT to %qTcould not emit HSAIL for function %s: function cannot be clonedcould not find a spill registercould not find class %qEcould not find interface for class %qEcould not find setter/getter for %qE in class %qEcould not find specs file %s
! could not open Go dump file %qs: %mcould not open dump file %qs: %mcould not open final insn dump file %qs: %mcould not open response file %scould not open symbol resolution file: %mcould not open temporary response file %scould not parse file offsetcould not parse hex numbercould not resolve typename typecould not split insncould not write to response file %scould not write to temporary response file %scouldn%'t understand kern.osversion %q.*scouldn%'t unmap pch_address_space: %mcreated and used with different ABIscreated and used with different architectures / ABIscreated and used with different endiannesscreated and used with different settings of -fpiccreated and used with different settings of -fpiecreated and used with differing settings of '%s'creating array of %qTcreating array of %qT, which is an abstract class typecreating array of function memberscreating array of functionscreating array of referencescreating array of voidcreating pointer to member function of non-class type %qTcreating pointer to member of non-class type %qTcreating pointer to member of type voidcreating pointer to member reference type %qTcreating run-time relocationcreating run-time relocation for %qDcreating selector for nonexistent method %qEcurrent namespace %qD does not enclose strongly used namespace %qDdata area attributes cannot be specified for local variablesdata area of %q+D conflicts with previous declarationdata declarationdata definition has no type or storage classdata member %qD cannot be a member templatedata member may not have variably modified type %qTdata type of %q+D isn%'t suitable for a registerdata-model=far not valid for cr16c architecturedead STMT in EH tabledead histogramdebugdebug format %qs conflicts with prior selectiondebug output level %qs is too highdebug: decl-specifier invalid in conditiondeclaration %qD does not declare anythingdeclaration does not declare anythingdeclaration for parameter %qD but no such parameterdeclaration of %<extern%> variable %qD in %<for%> loop initial declarationdeclaration of %<~%T%> as member of %qTdeclaration of %q#Ddeclaration of %q#D has %<extern%> and is initializeddeclaration of %q#D has no initializerdeclaration of %q#D outside of class is not definitiondeclaration of %q#D shadows a parameterdeclaration of %q#D with C language linkagedeclaration of %q+D shadows a built-in functiondeclaration of %q+D shadows previous non-variabledeclaration of %q+D with attribute noinline follows inline declaration declaration of %q+D with no linkage follows extern declarationdeclaration of %qD as %<typedef%>declaration of %qD as array of function membersdeclaration of %qD as array of functionsdeclaration of %qD as array of referencesdeclaration of %qD as array of voiddeclaration of %qD as member of %qTdeclaration of %qD as multidimensional array must have bounds for all dimensions except the firstdeclaration of %qD as non-functiondeclaration of %qD as non-memberdeclaration of %qD as parameterdeclaration of %qD in %qD which does not enclose %qDdeclaration of %qD in namespace %qD which does not enclose %qDdeclaration of %qD not in a namespace surrounding %qDdeclaration of %qD shadows a global declarationdeclaration of %qD shadows a lambda capturedeclaration of %qD shadows a previous localdeclaration of %qE as array of functionsdeclaration of %qE as array of voidsdeclaration of %qF has a different exception specifierdeclaration of constexpr variable %qD is not a definitiondeclaration of function %qD in invalid contextdeclaration of non-variable %qD in %<for%> loop initial declarationdeclaration of static variable %qD in %<for%> loop initial declarationdeclaration of type name as array of functionsdeclaration of type name as array of voidsdeclarations in dependent base %qT are not found by unqualified lookupdeclarator-id missing; using reserved word %qDdeclared heredecltype cannot resolve address of overloaded functiondecltype evaluates to %qT, which is not a class or enumeration typedecrement of constant field %qDdecrement of enumeration value is invalid in C++decrement of function %qDdecrement of member %qD in read-only objectdecrement of read-only location %qEdecrement of read-only member %qDdecrement of read-only named return value %qDdecrement of read-only parameter %qDdecrement of read-only reference %qDdecrement of read-only variable %qDdeducing %qT as %qTdeducing from brace-enclosed initializer list requires #include <initializer_list>default %d minimum %d maximum %ddefault argument %qE uses %qDdefault argument %qE uses local variable %qDdefault argument for template parameter for class enclosing %qDdefault argument given for parameter %d of %q#Ddefault argument mismatch in overload resolutiondefault argument missing for parameter %P of %q+#Ddefault argument specified for lambda parameterdefault argument specified in explicit specializationdefault arguments are not allowed in declaration of friend template specialization %qDdefault arguments are only permitted for function parametersdefault target was not setdefault target_clones attribute was not setdefault template arguments may not be used in function template friend declarationsdefault template arguments may not be used in function template friend re-declarationdefault template arguments may not be used in function templates without -std=c++11 or -std=gnu++11default template arguments may not be used in partial specializationsdefaulted and deleted functions only available with -std=c++11 or -std=gnu++11defaulted declaration %q+Ddefaulted default constructor does not initialize any non-static data memberdefaulted function %q+D with default argumentdefining a type in a cast is invalid in C++defining a type in a compound literal is invalid in C++defining explicit specialization %qD in friend declarationdefining type in %qs expression is invalid in C++definition in block %i does not dominate use in block %idefinition in block %i follows the usedefinition of %q#D is marked %<dllimport%>definition of %q#T inside template parameter listdefinition of %qD is not in namespace enclosing %qTdefinition of explicitly-defaulted %q+Ddefinition of implicitly-declared %qDdefinition of protocol %qE not founddefinition of static data member %q+D of dllimport%'d classdefinition provided for explicit instantiationdelegating constructors only available with -std=c++11 or -std=gnu++11deleted function %q+Ddeleting %qT is undefineddeleting LTRANS file %s: %mdependent-name %qE is parsed as a non-type, but instantiation yields a typedeprecated conversion from string constant to %qTdeprecated message is not a stringdereferencing %<void *%> pointerdereferencing type-punned pointer might break strict-aliasing rulesdereferencing type-punned pointer will break strict-aliasing rulesderived type declarationderived union %qT invaliddestructor %qD declared as member templatedestructor cannot be static member functiondestructor for %qE shall not be run eitherdestructor for alien class %qT cannot be a memberdestructor priorities are not supporteddestructor priorities from 0 to %d are reserved for the implementationdestructor priorities must be integers from 0 to %d inclusivedestructors may not be cv-qualifieddestructors may not have parametersdifference between %qE and %qD does not have integer typedifferent number of parametersdifferent number of resultsdifferent parameter typesdifferent receiver typesdifferent result typesdifferent underlying type in enum %q#Tdifferent varargsdirect base %qT inaccessible in %qT due to ambiguitydirective argument %qEdirective argument in the range [%E, %E]disable pass %s for function %sdisable pass %s for functions in the range of [%u, %u]distinct Objective-C type in returndivision by zerodo not specify both -march=... and -mcpu=...does not match expected signature %qDdoes not support multilibdominator of %d should be %d, not %ddominator of %d status unknowndouble linked list of assembler names corrupteddouble linked list of clones corrupteddue to different exception specificationsduplicate %<const%>duplicate %<restrict%>duplicate %<volatile%>duplicate %qEduplicate %qsduplicate (or overlapping) case valueduplicate asm operand name %qsduplicate base type %qT invalidduplicate case valueduplicate cv-qualifierduplicate declaration for protocol %qEduplicate declaration of method %<%c%E%> with conflicting typesduplicate definition of '%s'duplicate explicit instantiation of %q#Dduplicate explicit instantiation of %q#Tduplicate initialization of %qDduplicate insn UID: %iduplicate instance variable %q+Dduplicate interface declaration for category %<%E(%E)%>duplicate interface declaration for class %qEduplicate label %qDduplicate label declaration %qEduplicate member %q+Dduplicate virt-specifierduring -fcompare-debug recompilationdwarf version %d is not supporteddynamic dependency %s not founddynamic_cast of %q#D to %q#T can never succeedeach undeclared identifier is reported only once for each function it appears inedge %s->%s has no corresponding call_stmtedge from %d to %d should be marked irreducibleedge from %d to %d should not be marked irreducibleedge points to wrong declaration:elaborated-type-specifier for a scoped enum must not use the %<%D%> keywordelement types must be the sameelemental binary operationelemental function arguments at %C are not compliantelemental procedureelements of array %q#D have incomplete typeelements of array %q#T have incomplete typeembedded %<\0%> in formatemit_fusion_p9_load not MEMemit_fusion_p9_load, bad reg #1emit_fusion_p9_load, bad reg #2emit_fusion_p9_store not MEMemit_fusion_p9_store, bad reg #1emit_fusion_p9_store, bad reg #2emitting PIC operand, but PIC register isn%'t set upemitting conditional microcode insn %s	[%s] #%demitting microcode insn %s	[%s] #%dempty declarationempty declaration with %<_Alignas%> does not redeclare tagempty declaration with storage class specifier does not redeclare tagempty declaration with type qualifier does not redeclare tagempty index range in initializerempty left precision in %s formatempty precision in %s formatempty range specifiedempty scalar initializerenable conditional move instruction usage.enable pass %s for function %senable pass %s for functions in the range of [%u, %u]enabling backtrace support is only meaningful when compiling for the Thumbenabling callee interworking support is only meaningful when compiling for the Thumbenclosing OpenACC %qs constructenclosing class of constexpr non-static member function %q+#D is not a literal typeenclosing class templates are not explicitly specializedenclosing target regionenclosing taskend insn %d for block %d not found in the insn streamend of implied-do loop at %L could not be simplified to a constant valueenum constant defined hereenum constant in boolean contextenum conversion in assignment is invalid in C++enum conversion in initialization is invalid in C++enum conversion in return is invalid in C++enum conversion when passing argument %d of %qE is invalid in C++enum type defined hereenumeral and non-enumeral type in conditional expressionenumeral mismatch in conditional expression: %qT vs %qTenumeration value %qE not handled in switchenumeration values exceed range of largest integerenumerator value for %qD is not an integer constantenumerator value for %qE is not an integer constantenumerator value for %qE is not an integer constant expressionenvironment variable %qs not definedenvironment variable COLLECT_GCC must be setenvironment variable COLLECT_GCC_OPTIONS must be setenvironment variable DJGPP not definedenvironment variable DJGPP points to corrupt file '%s'environment variable DJGPP points to missing file '%s'errorerror closing %s: %merror in args to spec function %qserror in removing %s
  error writing %qserror writing to %s: %merror: errors during merging of translation unitsexception handling disabled, use -fexceptions to enableexception handling personality mismatchexception of type %<%T%> will be caughtexception of type %qT will be caughtexcess elements in array initializerexcess elements in char array initializerexcess elements in scalar initializerexcess elements in struct initializerexcess elements in union initializerexcess elements in vector initializerexcess use operand for stmtexecution count is negativeexecution counts assumed to be zero
  execution counts estimated
! exit %d->%d not recordedexpand_binop failed in movsi gotexpansion pattern %<%E%> contains no argument packsexpansion pattern %<%T%> contains no argument packsexpansion point is location %iexpected %<#pragma omp section%> or %<}%>expected %<#pragma omp%> clauseexpected %<(%>expected %<(%> or end of lineexpected %<)%>expected %<*%>expected %<,%>expected %<,%> or %<)%>expected %<,%> or %<...%>expected %<,%> or %<;%>expected %<,%> or %<}%>expected %<,%>, %<;%> or %<}%>expected %<.%>expected %<...%>expected %<:%>expected %<:%> or %<...%>expected %<:%> or %<::%>expected %<:%>, %<,%>, %<;%>, %<}%> or %<__attribute__%>expected %<::%>expected %<;%>expected %<;%> after class definitionexpected %<;%> after struct definitionexpected %<;%> after union definitionexpected %<;%> at end of member declarationexpected %<;%> or %<{%>expected %<;%> or %<{%> after method attribute definitionexpected %<;%>, %<,%> or %<)%>expected %<;%>, identifier or %<(%>expected %<<%>expected %<=%>expected %<=%>, %<,%>, %<;%>, %<asm%> or %<__attribute__%>expected %<>%>expected %<@end%>expected %<@synchronized%>expected %<@throw%>expected %<@try%>expected %<[%>expected %<]%>expected %<_Cilk_spawn%> before %<_Cilk_sync%>expected %<__label__%>expected %<__transaction_atomic%>expected %<__transaction_relaxed%>expected %<asm%>expected %<catch%>expected %<class%>expected %<class%>, %<typename%>, or %<template%>expected %<decltype%>expected %<delete%>expected %<extern%>expected %<namespace%>expected %<new%>expected %<none%> or %<shared%>expected %<operator%>expected %<parallel%> or %<target%> %<if%> clause modifierexpected %<return%>expected %<static_assert%>expected %<template%>expected %<throw%>expected %<try%>expected %<using%>expected %<while%>expected %<{%>expected %<{%> or %<:%>expected %<}%>expected %<}%> before %<else%>expected %<~%>expected %d levels of template parms for %q#D, got %dexpected %qT but argument is of type %qTexpected %qs %<if%> clause modifier rather than %qsexpected [error|warning|ignored|push|pop] after %<#pragma GCC diagnostic%>expected a string after %<#pragma message%>expected an SSA_NAME objectexpected boolean expressionexpected boolean typeexpected channelexpected class nameexpected class-keyexpected class-nameexpected constructor, destructor, or type conversionexpected declarationexpected declaration or statementexpected declaration specifiersexpected declaration specifiers or %<...%>expected declaratorexpected empty string after %<operator%> keywordexpected end of capture-listexpected end of lineexpected expressionexpected functionexpected id-expressionexpected identifierexpected identifier or %<(%>expected identifier or %<)%>expected identifier or %<*%>expected initializerexpected integerexpected integer expressionexpected interface or pointer to interfaceexpected iteration declaration or initializationexpected iteration-statementexpected jump-statementexpected labelexpected labeled-statementexpected map index on right hand sideexpected namespace-nameexpected nested-name-specifierexpected numeric typeexpected operatorexpected parameter pack before %<...%>expected pointerexpected primary-expressionexpected ptr-operatorexpected qualified name in friend declaration for constructor %qDexpected qualified name in friend declaration for destructor %qDexpected selection-statementexpected specifier-qualifier-listexpected statementexpected string literalexpected string-literalexpected suffix identifierexpected template-argumentexpected template-idexpected template-id for typeexpected template-nameexpected type specifierexpected type-nameexpected type-specifierexpected unqualified-idexplicit by-copy capture of %<this%> redundant with by-copy capture defaultexplicit by-copy capture of %qD redundant with by-copy capture defaultexplicit by-reference capture of %qD redundant with by-reference capture defaultexplicit conversion operators only available with -std=c++11 or -std=gnu++11explicit goto at end of bb %dexplicit instantiation of %q#Dexplicit instantiation of %q#T before definition of templateexplicit instantiation of %qD but no definition availableexplicit instantiation of %qD in namespace %qD (which does not enclose namespace %qD)explicit instantiation of non-class template %qDexplicit instantiation of non-template %q#Dexplicit instantiation of non-template type %qTexplicit instantiation shall not use %<constexpr%> specifierexplicit instantiation shall not use %<inline%> specifierexplicit qualification in declaration of %qDexplicit specialization in non-namespace scope %qDexplicit specialization of %qD after first useexplicit specialization of %qD must be introduced by %<template <>%>explicit specialization of non-template %qTexplicit template argument list not allowedexplicit template specialization cannot have a storage classexplicitly defaulted function %q+D cannot be declared as constexpr because the implicit declaration is not constexpr:explicitly used regs must be grouped at top of stackexpr in !$OMP ATOMIC WRITE assignment var = expr must be scalar and cannot reference var at %Lexpr in !$OMP ATOMIC assignment var = var op expr must be scalar and cannot reference var at %Lexpression %qE does not designate a constexpr functionexpression %qE has side-effectsexpression in new-declarator must have integral or enumeration typeexpression in static assertion is not an integerexpression in static assertion is not an integer constant expressionexpression in static assertion is not constantexpression list treated as compound expression in functional castexpression list treated as compound expression in initializerexpression list treated as compound expression in mem-initializerexpression statement has incomplete typeextended initializer lists only available with -std=c++11 or -std=gnu++11extended registers have no high halvesextern declaration of %q#D doesn%'t matchextern declaration of %q+D follows declaration with no linkageextern model globalvalueexternal TLS initialization functions not supported on this targetexternal linkage required for symbol %q+D because of %qE attributeexternally visible inline cloneextra %<;%>extra brace group at end of initializerextra elements in scalar initializerextra outgoing edge %d->%dextra qualification %<%T::%> on member %qsextra qualification not allowedextra semicolonextra semicolon in method definition specifiedextra semicolon in struct or union specifiedextra type qualifiers in format argument (argument %d)fail to initialize plugin %sfailed to get exit status: %mfailed to get process times: %mfailed to open temporary file %s for LTO outputfailed to open temporary file %s with LTO outputfailed to reclaim unneeded functionfailed to reclaim unneeded function in same comdat groupfailure memory model cannot be stronger than success memory model for %<__atomic_compare_exchange%>failure to simplify substring reference in DATA statement at %Lfailure trying to reload:fallthru edge after a control statement in bb %dfallthru edge after unconditional jump in bb %ifallthru edge crosses section boundary in bb %ifallthru to exit from bb %dfast enumeration is not available in Objective-C 1.0fastcall and cdecl attributes are not compatiblefastcall and regparm attributes are not compatiblefastcall and stdcall attributes are not compatiblefastcall and thiscall attributes are not compatiblefatal error: fclose %s: %mfield %q+D invalidly declared function typefield %q+D invalidly declared method typefield %qE declared as a functionfield %qE has incomplete typefield name not in record or union initializerfield precision specifierfield widthfield width in printf formatfield width in scanf formatfield width in strfmon formatfield width in strftime formatfield width specifierfields has different layout in another translation unitfile ends in default argumentfile-scope declaration of %qE specifies %<auto%>file-scope declaration of %qE specifies %<register%>fill characterfill character in strfmon formatfind_enum(): Enum not foundfini function found in object %sfirst argument must be []bytefirst argument of %q+D should be %<int%>first argument to %<__builtin_choose_expr%> not a constantfirst argument to %<va_arg%> not of type %<va_list%>first mismatch is fieldfirst offset must be in opposite direction of loop iterationsfixed register %s used to pass parameter to functionfixed-point overflow in expressionfixed-point types not supported for this targetfixed-point types not supported in C++flexible array member in unionflexible array member not at end of structfloating constant exceeds range of %qTfloating constant misusedfloating constant truncated to zerofloating point overflow in expressionfloating-point constant not a valid immediate operandflow control insn inside a basic blockfold check: original tree changed by foldfopen %s: %mfopen: %s: %mfor %qDfor increment expression cannot resolve address of overloaded functionfor increment expression has no effectfor increment expression is a reference, not call, to function %qEfor statement expectedfor template declaration %q+Dformatformat argument %d unused before used argument %d in $-style formatformat argument %d used more than once in %s formatformat is a wide character stringformat not a string literal and no format argumentsformat not a string literal, argument types not checkedformat not a string literal, format string not checkedformat string argument follows the args to be formattedformat string argument is not a string typeformat string has invalid operand numberformat string is defined hereforming pointer to reference type %qTforming reference to reference type %qTforming reference to voidfound %<%c%s%>found %<-%E%> instead of %<+%E%> in protocol(s)found %<:%> in nested-name-specifier, expected %<::%>found a %qT but the format argument should be a stringfound a default name with a non-empty defining statementfound a real definition for a non-registerfound a virtual definition for a GIMPLE registerfound an SSA_NAME that had been released into the free poolfound default case not at the start of case vectorfp software completion requires -mtrap-precision=ifr30_print_operand: invalid %%F codefr30_print_operand: invalid %%x codefr30_print_operand: invalid operand to %%A codefr30_print_operand: unhandled MEMfr30_print_operand: unknown codefr30_print_operand: unrecognized %%B codefr30_print_operand: unrecognized %%b codefr30_print_operand: unrecognized %%p codefr30_print_operand_address: unhandled addressframe pointer required, but reservedframe size of %qs is %wd bytesframe size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added.frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function.frame size too large for reliable stack checkingfriend declaration %q#D declares a non-template functionfriend declaration %qD in local class without prior declarationfriend declaration does not name a class or functionfriend declaration not in class definitionfriend declaration requires class-key, i.e. %<friend %#T%>friend declaration requires class-key, i.e. %<friend class %T::%D%>frv_print_operand: unknown codefunc can only be compared to nilfunction %q#D is initialized like a variablefunction %q+D definition is marked dllimportfunction %q+D part of alias cyclefunction %q+F can never be copied because it receives a non-local gotofunction %q+F can never be copied because it saves address of local label in a static variablefunction %q+F can never be inlined because it contains a computed gotofunction %q+F can never be inlined because it is suppressed using -fno-inlinefunction %q+F can never be inlined because it uses __builtin_return or __builtin_apply_argsfunction %q+F can never be inlined because it uses alloca (override using the always_inline attribute)function %q+F can never be inlined because it uses attributes conflicting with inliningfunction %q+F can never be inlined because it uses non-local gotofunction %q+F can never be inlined because it uses setjmpfunction %q+F can never be inlined because it uses setjmp-longjmp exception handlingfunction %q+F can never be inlined because it uses variable argument listsfunction %qD is initialized like a variablefunction %qD might be a candidate for %qs format attributefunction %qD redeclared as variablefunction %qD used as %<asm%> outputfunction %qs cannot be declared %<mutable%>function attribute mismatchfunction attributes %qs and %qs have no effect on %qs functionfunction attributes %qs, %qs and %qs are mutually exclusivefunction body can be overwritten at link timefunction body not availablefunction call has aggregate valuefunction called through a non-compatible typefunction cannot be instrumentedfunction declaration isn%'t a prototypefunction declared %<noreturn%> has a %<return%> statementfunction definition declared %<auto%>function definition declared %<register%>function definition declared %<typedef%>function definition does not declare parametersfunction definition has qualified void return typefunction does not return string typefunction may return address of local variablefunction not considered for inliningfunction not declared inline and code size would growfunction not inlinablefunction not inline candidatefunction result count mismatchfunction return type cannot be functionfunction return types not compatible due to %<volatile%>function returning a functionfunction returning an arrayfunction returns address of local variablefunction returns an aggregatefunction symbol is not functionfunction template %qD redeclared as a class templatefunction types not truly compatible in ISO Cfunction with qualified void return type calledfunction-scope %qs implicitly auto and declared %<__thread%>function_profiler supportfunction_profiler support for MMIXfunctional cast to array type %qTgarbage at end of '#pragma nomember_alignment'gcc driver version %s %sexecuting gcc version %s
  gcc version %s %s
  gcov %s%s
! generic thunk code fails for method %qD which uses %<...%>getting core file size maximum limit: %mgfc_conv_constant_to_tree(): invalid type: %sgfc_trans_code(): Bad statement codegfc_trans_omp_workshare(): Bad statement codegfortran does not support -E without -cppgimple call has no targetgimple call has two targetsgimple check: expected %s(%s), have %s(%s) in %s, at %s:%dgimple_bb (phi) is set to a wrong basic blockgimple_bb (stmt) is set to a wrong basic blockgimplification failedglobal constructors not supported on this targetglobal destructors not supported on this targetglobal qualification of class name is invalidglobal register variable %qD used in nested functionglobal register variable follows a function definitionglobal register variable has initial valueglobal/static variable assignment has been interceptedgot %d template parameters for %q#Dgot %d template parameters for %q#Tgoto destination is neither a label nor a pointergp is constant (but save/restore gp on indirect calls).gp_offset (%ld) or end_offset (%ld) is less than zerohad to relocate PCHhard-float MIPS16 code for ABIs other than o32 and o64hardware decimal floating point instructions not available in ESA/390 modehardware decimal floating point instructions not available on %shas different parameters in another translation unithas different return value in another translation unithead insn %d for block %d not found in the insn streamhereia64_print_operand: unknown codeidentifier %qE conflicts with C++ keywordidentifier %qE is a keyword in C++11identifier expected after %<@protocol%>if this code is reached, the program will abortifunc is not supported in this configurationifunc is not supported on this targetignoring #pragma %s %signoring %<#pragma align%> for explicitly aligned %q+Dignoring %<#pragma omp declare simd%> on function with %<_Atomic%> qualified non-%<uniform%> argumentignoring %<#pragma omp declare simd%> on function with %<_Atomic%> qualified return typeignoring -fschedule-insns because of exception handling bugignoring asm-specifier for non-static local variable %q+Dignoring attributes applied to %qT after definitionignoring attributes applied to class type %qT outside of definitionignoring attributes applied to dependent type %qT without an associated declarationignoring attributes on template argument %qTignoring duplicate directory "%s"
  ignoring large linear stepignoring malformed #pragma longcallignoring nonexistent directory "%s"
! ignoring possibly conflicting option %<-fopt-info-%s%>ignoring return value of %qD, declared with attribute warn_unused_resultignoring return value of function declared with attribute warn_unused_resultignoring sink clause with offset that is not a multiple of the loop stepignoring unknown option %q.*s in %<-fdump-%s%>ignoring zero linear stepillegal aggregate type %qE specified for instance variable %qsillegal operand illegal operand address (1)illegal operand address (2)illegal operand address (3)illegal operand address (4)illegal operand detectedillegal reference type specified for instance variable %qsimplicit conversion from %qT to %qT to match other operand of binary expressionimplicit conversion from %qT to %qT to match other result of conditionalimplicit conversion from %qT to %qT when passing argument to functionimplicit declaration of function %qEimplicit dereference will not access object of type %qT in for increment expressionimplicit dereference will not access object of type %qT in left operand of comma operatorimplicit dereference will not access object of type %qT in right operand of comma operatorimplicit dereference will not access object of type %qT in second operand of conditional expressionimplicit dereference will not access object of type %qT in statementimplicit dereference will not access object of type %qT in third operand of conditional expressionimplicit_section flag is set but section isn'timplicitly popped regs must be grouped at top of stackimplied END DOimport_iso_c_binding_module(): Unable to create symbol for %simpossible constraint in %<asm%>impossible register constraint in %<asm%>impossible type assertion: type does not implement interfacein %s, at %s:%din C++03 a class-key must be used when declaring a friendin C++98 %qD must be initialized by constructor, not by %<{...}%>in a call to allocation function %qD declared herein a call to built-in allocation function %qDin a call to built-in function %qDin a call to function %qD declared herein argument to unary !in basic block %d:in declaration %q+Din definition of macro %qsin expansion of macro %qsin statementin template argument for type %qT in-class initialization of static data member %q#D of incomplete typein-class initialization of static data member %q#D of non-literal typeinaccessible plugin file %s expanded from short plugin name %s: %minappropriate accumulator for %qsincoming edge count does not match number of PHI argumentsincompatible address space qualifiers %qs and %qsincompatible data clause with reduction on %qE; promoting to present_or_copyincompatible floating point / vector register operand for '%%%c'incompatible implicit declaration of built-in function %qDincompatible implicit declaration of function %qDincompatible type for argument %d of %qEincompatible type for map indexincompatible type for method %s%s%sincompatible type for method %s%s%s (%s)incompatible type for receiverincompatible types in PHI argument %uincompatible types in assignment of %qT to %qTincompatible types in binary expressionincompatible types in sendincompatible types when assigning to type %qT from type %qTincompatible types when initializing type %qT using type %qTincompatible types when returning type %qT but %qT was expectedincomplete implementation of category %qEincomplete implementation of class %qEincomplete type %qT does not have member %qDincomplete type %qT used in nested name specifierinconsistent begin/end types in range-based %<for%> statement: %qT and %qTinconsistent deduction for %qT: %qT and then %qTinconsistent instance variable specificationinconsistent operand constraints in an %<asm%>inconsistent types %qT and %qT deduced for lambda return typeinconsistent user-defined literal suffixes %qD and %qD in string literalincorrect entry in label_to_block_mapincorrect format in scaling, using 1/1
! incorrect insn:incorrect number of arguments to function %qEincorrect number of vector CONSTRUCTOR elementsincorrect setting of landing pad numberincorrect sharing of tree nodesincorrect type of vector CONSTRUCTOR elementsincorrectly nested OpenACC loop parallelismincrement expression refers to iteration variable %qDincrement of constant field %qDincrement of enumeration value is invalid in C++increment of function %qDincrement of member %qD in read-only objectincrement of read-only location %qEincrement of read-only member %qDincrement of read-only named return value %qDincrement of read-only parameter %qDincrement of read-only reference %qDincrement of read-only variable %qDincremented enumerator value is too large for %<unsigned long%>index %E denotes an offset greater than size of %qTindex in dimension %d is out of bounds at %Lindex must be integerindex value instead of field name in union initializerindex value is out of boundindirect call frequency %i does not match BB frequency %iindirect function %q+D cannot be declared weakindirect function %q+D cannot be declared weakrefindirect function call with a yet undetermined calleeindirect jumps are not available on this targetindirection will not access object of incomplete type %qT in for increment expressionindirection will not access object of incomplete type %qT in left operand of comma operatorindirection will not access object of incomplete type %qT in right operand of comma operatorindirection will not access object of incomplete type %qT in second operand of conditional expressionindirection will not access object of incomplete type %qT in statementindirection will not access object of incomplete type %qT in third operand of conditional expressionindirection will not access object of non-trivially-copyable type %qT in for increment expressionindirection will not access object of non-trivially-copyable type %qT in left operand of comma operatorindirection will not access object of non-trivially-copyable type %qT in right operand of comma operatorindirection will not access object of non-trivially-copyable type %qT in second operand of conditional expressionindirection will not access object of non-trivially-copyable type %qT in statementindirection will not access object of non-trivially-copyable type %qT in third operand of conditional expressioninit function found in object %sinitialization discards %qv qualifier from pointer target typeinitialization from distinct Objective-C typeinitialization from incompatible pointer typeinitialization from pointer to non-enclosed address spaceinitialization left-hand side might be a candidate for a format attributeinitialization makes %q#v qualified function pointer from unqualifiedinitialization makes integer from pointer without a castinitialization makes pointer from integer without a castinitialization of a flexible array memberinitialization of flexible array member in a nested contextinitialization of non-const reference type %q#T from rvalue of type %qTinitialization of volatile reference type %q#T from rvalue of type %qTinitializations for multiple members of %qTinitialized field overwritteninitialized field with side-effects overwritteninitialized variable %q+D is marked dllimportinitializer element is not a constant expressioninitializer element is not computable at load timeinitializer element is not constantinitializer ends prematurelyinitializer expression refers to iteration variable %qDinitializer fails to determine size of %q+Dinitializer fails to determine size of %qDinitializer fails to determine size of %qTinitializer for %qT must be brace-enclosedinitializer for floating value is not a floating constantinitializer for integer/fixed-point value is too complicatedinitializer invalid for static member with constructorinitializer provided for functioninitializer specified for non-virtual method %q+Dinitializer specified for static member function %qDinitializer-string for array of chars is too longinjected-class-name %qD used as template template argumentinline clone in same comdat group listinline clone is forced to outputinline clone with address takeninline code to invalidate instruction cache entries after setting up nested function trampolines.inline declaration of %qD follows declaration with attribute noinlineinline function %q+D declared as  dllimport: attribute ignoredinline function %q+D declared but never definedinline function %q+D declared weakinline function %q+D given attribute noinlineinline function %qD given attribute noinlineinline namespaces only available with -std=c++11 or -std=gnu++11inlined_to pointer is set but no predecessors foundinlined_to pointer is wronginlined_to pointer refers to itselfinlined_to pointer set for noninline callersinlining failed in call to %q+F: %sinlining failed in call to always_inline %q+F: %sinner loop uses same OpenACC parallelism as containing loopinput file %qs is the same as output fileinput operand constraint contains %qcinsertion out of range in BIT_INSERT_EXPRinsn %d basic block pointer is %d, should be %dinsn %d in footer of bb %d has non-NULL basic blockinsn %d in header of bb %d has non-NULL basic blockinsn %d is in multiple basic blocks (%d and %d)insn %d outside of basic blocks has non-NULL bb fieldinsn contains an invalid address !insn does not satisfy its constraints:insn outside basic blockinsn with UID %i not found for operand %i (`%s') of insn %iinsn with UID %i not found for operand %i of insn %iinstall: %s%s
! installation error, can't find crtoffloadtable.oinstance variable %qE accessed in class methodinstance variable %qE is %s; this will be a hard error in the futureinstance variable %qE is declared %sinstance variable %qE is declared privateinstance variable %qs has unknown sizeinstance variable %qs is declared privateinstance variable %qs uses flexible array memberinstance variable assignment has been interceptedinstruction never executedinstruction scheduling not supported on this target machineinsufficient arguments to overloaded function %sinsufficient contextual information to determine typeinsufficient partitioning available to parallelize element loopint-array initialized from incompatible wide stringint-array initialized from non-wide stringinteger constant is too large for %<unsigned long%> typeinteger division by zerointeger overflow in expressionintegral expression %qE is not constantintegral result type precision does not match field size of BIT_FIELD_REFinter-module optimizations not implemented for C++interface %qE does not have valid constant string layoutinternal compiler errorinternal compiler error.  Bad address:internal compiler error.  Incorrect shift:internal compiler error.  Unknown mode:internal compiler error: internal consistency failureinternal error: bad register: %dinternal error: builtin function %s already processedinternal error: builtin function %s had an unexpected return type %sinternal error: builtin function %s, argument %d had unexpected argument type %sinternal error: cris_side_effect_mode_ok with bad operandsinternal error: sideeffect-insn affecting main effectinternal unit in WRITEinterrupt Service Routines cannot be coded in Thumb modeinterrupt handlers cannot be MIPS16 functionsinterrupt_thread is available only on fidointrinsic variable which isn't a procedureinvalid #pragma %sinvalid %%%c operandinvalid %%-codeinvalid %%A operandinvalid %%B operandinvalid %%C operandinvalid %%C valueinvalid %%D operandinvalid %%D valueinvalid %%E valueinvalid %%F valueinvalid %%G modeinvalid %%G valueinvalid %%H operandinvalid %%H specifierinvalid %%I operandinvalid %%J codeinvalid %%J valueinvalid %%K valueinvalid %%L operandinvalid %%L valueinvalid %%M operandinvalid %%M valueinvalid %%N operandinvalid %%N valueinvalid %%O valueinvalid %%P operandinvalid %%P valueinvalid %%R valueinvalid %%T valueinvalid %%U valueinvalid %%Y operandinvalid %%c operandinvalid %%d operandinvalid %%d valueinvalid %%e valueinvalid %%f operandinvalid %%f valueinvalid %%h operandinvalid %%h valueinvalid %%i operandinvalid %%j codeinvalid %%j operandinvalid %%j valueinvalid %%k valueinvalid %%m valueinvalid %%p valueinvalid %%q valueinvalid %%r operandinvalid %%r valueinvalid %%s operandinvalid %%s valueinvalid %%t operandinvalid %%t operand 'invalid %%t/%%b valueinvalid %%u valueinvalid %%v valueinvalid %%x valueinvalid %%xn codeinvalid %%y value, try using the 'Z' constraintinvalid 'asm': invalid (pointer) operands to plus/minusinvalid --param name %qsinvalid --param name %qs; did you mean %qs?invalid --param value %qsinvalid CASE_CHAINinvalid IACC argumentinvalid LHS in gimple callinvalid Objective-C++ selector nameinvalid PHI argumentinvalid PHI resultinvalid UNSPEC as operandinvalid UNSPEC as operand: %dinvalid abstract return type for function %q+#Dinvalid abstract return type for member function %q+#Dinvalid abstract type %qT for %qEinvalid abstract type for %q+Dinvalid addressinvalid address for 'O' output modifierinvalid address for 'R' output modifierinvalid address for 'S' output modifierinvalid address operand in MEM_REFinvalid address operand in TARGET_MEM_REFinvalid addressing modeinvalid alignment for %<#pragma align%>, ignoringinvalid application of %<__alignof%> to a bit-fieldinvalid application of %<sizeof%> to a bit-fieldinvalid application of %<sizeof%> to a function typeinvalid application of %qs to a member functioninvalid application of %qs to a void typeinvalid application of %qs to array type %qT of incomplete element typeinvalid application of %qs to incomplete type %qTinvalid argument %qs to -fdebug-prefix-mapinvalid argument of %qE attributeinvalid argument of %qs attributeinvalid argument to %qDinvalid argument to built-in functioninvalid argument to gimple callinvalid argumentsinvalid array assignmentinvalid base-class specificationinvalid branch to/from %s structured blockinvalid case label in switch statementinvalid case range in switch statementinvalid cast from type %qT to type %qTinvalid cast of an rvalue expression of type %qT to type %qTinvalid cast to function type %qTinvalid class name in declaration of %qDinvalid combination of multiple type-specifiersinvalid comparison code in gimple condinvalid comparison of generated arrayinvalid comparison of generated structinvalid comparison of nil with nilinvalid comparison of non-comparable arrayinvalid comparison of non-comparable structinvalid comparison of non-comparable typeinvalid comparison of non-ordered typeinvalid comparison operator for 'E' output modifierinvalid conditional operandinvalid const_cast from type %qT to type %qTinvalid const_cast of an rvalue of type %qT to type %qTinvalid const_double operandinvalid constantinvalid constant - try using an output modifierinvalid constant for output modifier '%c'invalid constant in %<#pragma pack%> - ignoredinvalid constant vector for output modifier '%c'invalid constraints for operandinvalid constructor; you probably meant %<%T (const %T&)%>invalid controlling predicateinvalid conversion from %<__fpreg%>invalid conversion from %qT to %qTinvalid conversion in gimple callinvalid conversion in return statementinvalid conversion to %<__fpreg%>invalid conversion to type %qT from type %qTinvalid covariant return type for %q+#Dinvalid cpu "%s" for %s"%s"%sinvalid data model option -mdata-model=%sinvalid declaration of %<%T::%E%>invalid declaration of member template in local classinvalid declaratorinvalid default argument for a template template parameterinvalid default case label in switch statementinvalid definition of qualified type %qTinvalid element type for attribute %qsinvalid entry to %s structured blockinvalid exit from %s structured blockinvalid exit from OpenMP structured blockinvalid explicit specializationinvalid expression - try using an output modifierinvalid expression as operandinvalid expression for min lvalueinvalid expression for output modifier '%c'invalid expression type for %<#pragma omp atomic%>invalid failure memory model for %<__atomic_compare_exchange%>invalid first operand of MEM_REFinvalid form of %<#pragma omp atomic%>invalid format of %sinvalid function declarationinvalid function in gimple callinvalid in-class initialization of static data member of non-integral type %qTinvalid increment expressioninvalid initial value for member %qEinvalid initialization of non-const reference of type %qT from an rvalue of type %qTinvalid initialization of reference of type %qT from expression of type %qTinvalid initializerinvalid initializer for array member %q#Dinvalid initializer for member function %qDinvalid insn:invalid iterating variable in fast enumerationinvalid labels in gimple condinvalid left hand side of assignmentinvalid line in the resolution fileinvalid linkage-specificationinvalid location for %<pragma %s%>, ignoredinvalid lvalue in asm output %dinvalid maskinvalid mask type in vector permute expressioninvalid member function declarationinvalid member template declaration %qDinvalid memory model argument %d of %qEinvalid memory model argument to builtininvalid memory model for %<__atomic_load%>invalid memory model for %<__atomic_store%>invalid non-type template argumentinvalid non-vector operands to vector valued plusinvalid offload table in %sinvalid offset operand in MEM_REFinvalid offset operand in TARGET_MEM_REFinvalid offset operand of MEM_REFinvalid operandinvalid operand addressinvalid operand code '%c'invalid operand for '%%%c'invalid operand for 'A' modifierinvalid operand for 'D' modifierinvalid operand for 'H' modifierinvalid operand for 'O' modifierinvalid operand for 'T' modifierinvalid operand for 'b' modifierinvalid operand for 'e' modifierinvalid operand for 'm' modifierinvalid operand for 'o' modifierinvalid operand for 'p' modifierinvalid operand for 'r' specifierinvalid operand for 'z' modifierinvalid operand for code '%c'invalid operand in indirect referenceinvalid operand in return statementinvalid operand in unary expressioninvalid operand in unary operationinvalid operand modifier letterinvalid operand output codeinvalid operand prefixinvalid operand prefix '%%%c'invalid operand size for operand code 'O'invalid operand size for operand code 'Z'invalid operand size for operand code 'z'invalid operand to %%H/%%L codeinvalid operand to %%M codeinvalid operand to %%N codeinvalid operand to %%O codeinvalid operand to %%Rinvalid operand to %%R codeinvalid operand to %%Sinvalid operand to %%T/%%B codeinvalid operand to %%U codeinvalid operand to %%V codeinvalid operand to %%Z codeinvalid operand to %%p codeinvalid operand to %%s codeinvalid operand to %%z codeinvalid operand to plus/minus, type is a pointerinvalid operand to pointer plus, first operand is not a pointerinvalid operand to pointer plus, second operand is not an integer type of appropriate widthinvalid operand to switch statementinvalid operand type used with operand code 'Z'invalid operands in binary operationinvalid operands in gimple comparisoninvalid operands in ternary operationinvalid operands of types %qT and %qT to binary %qOinvalid operands to array referenceinvalid operands to binary %s (have %qT and %qT)invalid operation (%s)invalid operation on %<__fpreg%>invalid operator for %<#pragma omp atomic%>invalid parameter %qsinvalid parameter type %qTinvalid pass positioning operationinvalid pointer mode %qsinvalid pointer to bit-field %qDinvalid position or size in BIT_INSERT_EXPRinvalid position or size operand to BIT_FIELD_REFinvalid private reduction on %qEinvalid property declarationinvalid prototype for '%s'invalid punctuation %qc in constraintinvalid pure const state for functioninvalid pure specifier (only %<= 0%> is allowed)invalid qualifiers on non-member function typeinvalid qualifying scope in pseudo-destructor nameinvalid receive on send-only channelinvalid receiver type %qsinvalid redeclaration of %q+Dinvalid reference for 'J' output modifierinvalid reference prefixinvalid register name for %q+Dinvalid resolution in the resolution fileinvalid return type %qT of constexpr function %q+Dinvalid rhs for gimple memory storeinvalid rtl sharing found in the insninvalid schedule kindinvalid second argument to %<__builtin_prefetch%>; using zeroinvalid send on receive-only channelinvalid setter, it must have one argumentinvalid shift operandinvalid static chain in gimple callinvalid static_cast from type %qT to type %qTinvalid storage class for function %qEinvalid target memregs value '%d'invalid template declaration of %qDinvalid template non-type parameterinvalid template-idinvalid third argument to %<__builtin_prefetch%>; using zeroinvalid type %<void%> for newinvalid type %qT as initializer for a vector of type %qTinvalid type %qT declared %<friend%>invalid type argument (have %qT)invalid type argument of %<->%> (have %qT)invalid type argument of array indexing (have %qT)invalid type argument of implicit conversion (have %qT)invalid type argument of unary %<*%> (have %qT)invalid type for instance variableinvalid type for iteration variable %qEinvalid type for make functioninvalid type for parameter %d of constexpr function %q+#Dinvalid type for propertyinvalid types %<%T[%T]%> for array subscriptinvalid types in address space conversioninvalid types in conversion to floating pointinvalid types in conversion to integerinvalid types in fixed-point conversioninvalid types in nop conversioninvalid use of %%d, %%x, or %%Xinvalid use of %<...%> calling non-variadic functioninvalid use of %<...%> with builtin functioninvalid use of %<...%> with non-sliceinvalid use of %<::%>invalid use of %<auto%> in conversion operatorinvalid use of %<restrict%>invalid use of %<this%> at top levelinvalid use of %<this%> in non-member functioninvalid use of %qDinvalid use of %qD in linkage specificationinvalid use of %qE to form a pointer-to-member-functioninvalid use of %qTinvalid use of '%%%c'invalid use of ':' modifierinvalid use of a pointer to an incomplete type in pointer arithmeticinvalid use of array indexing on pointer to memberinvalid use of array with unspecified boundsinvalid use of asm flag outputinvalid use of attribute %<fallthrough%>invalid use of brace-enclosed initializer listinvalid use of const_cast with type %qT, which is a pointer or reference to a function typeinvalid use of const_cast with type %qT, which is not a pointer, reference, nor a pointer-to-data-member typeinvalid use of constructor as a templateinvalid use of dependent type %qTinvalid use of destructor %qD as a typeinvalid use of destructor %qE as a typeinvalid use of flexible array memberinvalid use of implicit conversion on pointer to memberinvalid use of incomplete type %q#Tinvalid use of method value as argument of Offsetofinvalid use of non-lvalue arrayinvalid use of non-static data member %qDinvalid use of non-static member function %qDinvalid use of nonstatic data member %qEinvalid use of pack expansion expressioninvalid use of qualified-name %<%D::%D%>invalid use of qualified-name %<%T::%D%>invalid use of qualified-name %<::%D%>invalid use of structure with flexible array memberinvalid use of template template parameter %qTinvalid use of template type parameter %qTinvalid use of template-id %qD in declaration of primary templateinvalid use of template-name %qE without an argument listinvalid use of typeinvalid use of type %qT as a default value for a template template-parameterinvalid use of unary %<*%> on pointer to memberinvalid use of void expressioninvalid use of volatile lvalue inside %<transaction_safe%> functioninvalid use of volatile lvalue inside transactioninvalid user-defined conversion from %qT to %qTinvalid value-initialization of reference typeinvalid vector comparison resulting typeinvalid vector type for attribute %qEinvalid version number %qsinvalid zero extractinverted slice rangeipa inline summary is missing in input fileipa reference summary is missing in ltrans unitit is defined as a pointer in different address space in another translation unitit is defined as a pointer to different type in another translation unitit must be a pointer-to-member of the form %<&X::Y%>it must be the address of a function with external linkageitem in READiterating variable in fast enumeration is not an objectiteration %s invokes undefined behavioriteration variable %qD should not be firstprivateiteration variable %qD should not be reductioniteration variable %qE is predetermined lineariteration variable %qE should be privateiteration variable %qE should not be firstprivateiteration variable %qE should not be lastprivateiteration variable %qE should not be lineariteration variable %qE should not be privateiteration variable %qE should not be reductioniteration variable cannot be volatileiterator variableits dest_idx should be %d, not %divar %qs used by %<@synthesize%> declaration must be an existing ivariwmmxt abi requires an iwmmxt capable cpuiwmmxt requires an AAPCS compatible ABI for proper operationjump into scope of identifier with variably modified typejump into statement expressionjump skips variable initializationjump to case labeljump to label %qDjunk at end of #pragma %sjunk at end of #pragma ADDRESSjunk at end of #pragma GCC memregs [0..16]junk at end of #pragma __nostandardjunk at end of #pragma __standardjunk at end of #pragma ghs endsdajunk at end of #pragma ghs endtdajunk at end of #pragma ghs endzdajunk at end of #pragma ghs interruptjunk at end of #pragma ghs sectionjunk at end of #pragma ghs startsdajunk at end of #pragma ghs starttdajunk at end of #pragma ghs startzdajunk at end of #pragma longcalljunk at end of %<#pragma %s%>junk at end of %<#pragma GCC pch_preprocess%>junk at end of %<#pragma GCC visibility%>junk at end of %<#pragma align%>junk at end of %<#pragma fini%>junk at end of %<#pragma init%>junk at end of %<#pragma message%>junk at end of %<#pragma pack%>junk at end of %<#pragma pop_options%>junk at end of %<#pragma push_options%>junk at end of %<#pragma redefine_extname%>junk at end of %<#pragma reset_options%>junk at end of %<#pragma weak%>junk at end of '#pragma extern_model'junk at end of '#pragma ms_struct'junk at end of '#pragma options'junk at end of '#pragma unused'keyword %<export%> not implemented, and will be ignoredkeyword %<typename%> not allowed in this context (a qualified member initializer is implicitly a type)keyword %<typename%> not allowed in this context (the base class is implicitly a type)keyword %<typename%> not allowed outside of templateslabel label %q+D declared but not definedlabel %q+D defined but not usedlabel %q+D used but not definedlabel %qD defined herelabel %qE referenced outside of any functionlabel at end of compound statementlabel named wchar_tlabel's context is not the current function decllambda expressions only available with -std=c++11 or -std=gnu++11lambda-expression in unevaluated contextlang_* check: failed in %s, at %s:%dlanguage %s not recognizedlanguage string %<"%E"%> not recognizedlarge fixed-point constant implicitly truncated to fixed-point typelarge integer implicitly truncated to unsigned typelast argument must be an immediateld returned %d exit statusleft argument must be a sliceleft operand of comma operator cannot resolve address of overloaded functionleft operand of comma operator has no effectleft operand of comma operator is a reference, not call, to function %qEleft precisionleft precision in strfmon formatleft rotate count >= width of typeleft rotate count is negativeleft shift count >= width of typeleft shift count is negativeleft-hand operand of comma expression has no effectleft-hand side of assignment might be a candidate for a format attributelength mismatch in expressionlength modifierlength modifier in printf formatlength modifier in scanf formatlength modifier in strfmon formatlength required when allocating a sliceletter %c was found & insn was not CONST_INTlibraries: %s
! library function %q#D redeclared as non-function %q#Dlibrary lib%s not foundlimit is %u bytes, but argument is %slimit is %u bytes, but argument may be as large as %slist-initializer for non-class type must not be parenthesizedliteral operator suffixes not preceded by %<_%> are reserved for future standardizationliteral operator template %q+D conflicts with raw literal operator %qDliteral operator template %qD has invalid parameter list.  Expected non-type template argument pack <char...>literal operator with C linkagelo_sum not of registerlocal class %q#T shall not have static data member %q#Dlocal declaration of %qE hides instance variablelocal symbols must be definedlocal variable %qD may not appear in this contextlocal variable memory requirements exceed capacitylocation references block not in block treelogical %<and%> applied to non-boolean constantlogical %<and%> of mutually exclusive tests is always falselogical %<or%> applied to non-boolean constantlogical %<or%> of collectively exhaustive tests is always truelong, short, signed or unsigned used invalidly for %qslookup of %qT in %qT is ambiguousloop %d%'s header does not belong directly to itloop %d%'s header does not have exactly 2 entriesloop %d%'s header is not a loop headerloop %d%'s latch does not belong directly to itloop %d%'s latch does not have an edge to its headerloop %d%'s latch does not have exactly 1 successorloop %d%'s latch does not have header as successorloop %d%'s latch is marked as part of irreducible regionloop %d%'s latch is not dominated by its headerloop with header %d marked for removalloop with header %d not in loop treelooser throw specifier for %q+#Flower value in case label range less than minimum value for typelp_array does not match region_treelp_array is corrupted for lp %ilseek failed while reading export datalto_obj_file_open() failedlvalue required as decrement operandlvalue required as increment operandlvalue required as left operand of assignmentlvalue required as unary %<&%> operandlvalue required in asm statementmachine independent builtin code out of rangemacro name missing after %qsmaking multiple clones of %qDmalformed #pragma ADDRESS variable addressmalformed #pragma GCC visibility pushmalformed #pragma builtinmalformed #pragma ghs sectionmalformed #pragma redefine_extname, ignoredmalformed #pragma weak, ignoredmalformed %<#pragma %s%>, ignoredmalformed %<#pragma align%>malformed %<#pragma align%>, ignoringmalformed %<#pragma fini%>malformed %<#pragma fini%>, ignoringmalformed %<#pragma init%>malformed %<#pragma init%>, ignoringmalformed %<#pragma message%>, ignoredmalformed %<#pragma pack%> - ignoredmalformed %<#pragma pack(pop[, id])%> - ignoredmalformed %<#pragma pack(push[, id][, <n>])%> - ignoredmalformed '#pragma __extern_prefix', ignoringmalformed '#pragma extern_model', ignoringmalformed '#pragma member_alignment'malformed '#pragma member_alignment', ignoringmalformed '#pragma ms_struct {on|off|reset}', ignoringmalformed '#pragma ms_struct', ignoringmalformed '#pragma options align={mac68k|power|reset}', ignoringmalformed '#pragma options', ignoringmalformed COLLECT_GCC_OPTIONSmalformed option -fplugin-arg-%s (missing -<key>[=<value>])malformed spec function argumentsmalformed spec function namemangling %Cmangling __underlying_typemangling typeof, use decltype insteadmangling unknown fixed point typemap can only be compared to nilmapping field %qE of variable length structuremask must be an immediatematching constraint does not allow a registermatching constraint not valid in output operandmatching constraint references invalid operand numbermaximum limit of %d namespaces searched for %qEmaximum number of arrays per scop.maximum number of basic blocks per function to be analyzed by Graphite.maximum number of isl operations, 0 means unlimitedmaximum number of parameters in a SCoP.maximum value of parameter %qs is %umay not use both -EB and -ELmay not use both -m32 and -m64media functions are not available unless -mmedia is usedmem-initializer for %qD follows constructor delegationmember %q+#D with constructor not allowed in anonymous aggregatemember %q+#D with constructor not allowed in unionmember %q+#D with copy assignment operator not allowed in anonymous aggregatemember %q+#D with copy assignment operator not allowed in unionmember %q+#D with destructor not allowed in anonymous aggregatemember %q+#D with destructor not allowed in unionmember %qD conflicts with virtual function table field namemember %qD declared as friend before type %qT definedmember %qD in read-only object used as %<asm%> outputmember %qD is uninitialized referencemember functions are implicitly friends of their classmemory access check always failmemory allocation failed while reading export datamemory input %d is not directly addressablememory reference expected for 'S' output modifiermethod %<%c%E%> declared %<@optional%> and %<@required%> at the same timemethod %s%s%s is marked go:nointerfacemethod %s%s%s requires a pointer receivermethod argument attributes are not available in Objective-C 1.0method attributes are not available in Objective-C 1.0method attributes can not be specified in @implementation contextmethod attributes must be specified at the endmethod attributes must be specified at the end onlymethod declaration not in @interface contextmethod declared %qE overriding %qE methodmethod definition for %<%c%E%> not foundmethod definition not in @implementation contextmethod overrides both %<transaction_pure%> and %qE methodsmethod possibly missing a [super dealloc] callmethod type does not match object typemethod with incompatible type is defined in another translation unitminimal number of loops per function to be analyzed by Graphite.minimum value of parameter %qs is %umio_array_ref(): Unknown array refmips16 function profilingmismatched argument pack lengths while expanding %<%E%>mismatched argument pack lengths while expanding %<%T%>mismatched argumentsmismatched declarations during linktime optimizationmismatching comparison operand typesmisplaced %<@%D%> Objective-C++ constructmissed loop optimization, the loop counter may overflowmissing $ operand number in formatmissing %<(%> after %<#pragma GCC visibility push%> - ignoredmissing %<(%> after %<#pragma pack%> - ignoredmissing %<=%> (after %<getter%> attribute)missing %<=%> (after %<setter%> attribute)missing '(' after '#pragma unused', ignoringmissing ')' after '#pragma unused', ignoringmissing PHI defmissing REG_EH_REGION note at the end of bb %imissing argument to %qsmissing barrier after block %imissing braces around initializermissing braces around initializer for %qTmissing callgraph edge for call stmt:missing close brace for named operandmissing close parenmissing collection in fast enumerationmissing controlling predicatemissing definitionmissing device or architecture after %qsmissing edge %i->%imissing filename after %qsmissing fill character at end of strfmon formatmissing increment expressionmissing initializer for member %qDmissing makefile target after %qsmissing method %s%s%smissing numbermissing open parenmissing operandmissing option after %<#pragma GCC diagnostic%> kindmissing path after %qsmissing sentinel in function callmissing terminating %c charactermissing type-name in typedef-declarationmixing declarations and function-definitions is forbiddenmixing different types of symbol in same comdat groups is not supportedmode %qs applied to inappropriate typemode size of non-integral result does not match field size of BIT_FIELD_REFmodule nature in USE statement at %Cmore than %d operands in %<asm%>more than one %<depend(source)%> clause on an %<ordered%> constructmore than one 'crtl' directivemore than one access specifier in base-specifiedms_abi and sysv_abi attributes are not compatiblems_hook_prologue attribute isn%'t compatible with -mfentry for 32-bitms_hook_prologue is not compatible with nested functionmultidimensional array must have bounds for all dimensions except the firstmultilib exclusion %qs is invalidmultilib exclusions %qs is invalidmultilib select %qs %qs is invalidmultilib select %qs is invalidmultilib spec %qs is invalidmultiple EH personalities are supported only with assemblers supporting .cfi_personality directivemultiple default labels in one switchmultiple definition of %q#Tmultiple fields in union %qT initializedmultiple function type attributes specifiedmultiple hot/cold transitions found (bb %i)multiple initializations given for %qDmultiple initializations given for base %qTmultiple inline callersmultiple interrupt attributes not allowedmultiple iterating variables in fast enumerationmultiple loop axes specified for routinemultiple methods named %<%c%E%> foundmultiple parameters named %qDmultiple prevailing defs for %qEmultiple selectors named %<%c%E%> foundmultiple storage classes in declaration of %qsmultiple storage classes in declaration specifiersmultiple types in one declarationmultiple virtual PHI nodes in BB %dmultiple-value argument in single-value contextmultiple-value function call in single-value contextmust #include <typeinfo> before using typeidmust use %<.*%> or %<->*%> to call pointer-to-member function in %<%E (...)%>, e.g. %<(... ->* %E) (...)%>mutable %qD is not usable in a constant expressionmysterious repository information in %sname %qD used in a GNU-style designated initializer for an arrayname %qT has incomplete typename lookup of %qD changedname lookup of %qD changed for ISO %<for%> scopingname missing for member functionname of class shadows template template parameter %qDname used in a GNU-style designated initializer for an arraynamed return values are no longer supportednamespace %qD not allowed in using-declarationnamespace alias %qD not allowed here, assuming %qDnamespace-scope anonymous aggregates must be staticnarrowing conversion of %qE from %qT to %qT inside { }narrowing conversion of %qE from %qT to %qT inside { } is ill-formed in C++11need %<typename%> before %<%T::%E%> because %qT is a dependent scopeneed %<typename%> before %qE because %qT is a dependent scopeneed explicit conversionneed explicit conversion; missing method %s%s%snegative insn lengthnegative integer implicitly converted to unsigned typenegative nesting depth of region %inegative shift countnegative width in bit-field %q+Dnegative width in bit-field %qsneither the destructor nor the class-specific operator delete will be called, even if they are declared when the class is definednested assembly dialect alternativesnested extern declaration of %qDnested function %q+D declared but never definednested function %qE declared %<extern%>nested function %qs declared %<extern%>nested function trampolines not supported on this targetnested functions not supported on this targetnested redefinition of %<enum %E%>nested redefinition of %<struct %E%>nested redefinition of %<union %E%>new cannot be applied to a function typenew cannot be applied to a reference typenew types may not be defined in a return typeno %<%D(int)%> declared for postfix %qsno %<%D(int)%> declared for postfix %qs, trying prefix operator insteadno %<%c%E%> method foundno %q#D member function declared in class %qTno %qs getter foundno FUNCTION_PROFILER for CRISno LTRANS output list filename providedno argumentsno arguments for spec functionno class name specified with %qsno class template named %q#T in %q#Tno closing %<]%> for %<%%[%> formatno context to resolve type of %qEno corresponding deallocation function for %qDno data type for mode %qsno declaration of property %qs found in the interfaceno default argument for %qDno description yet.no field %qD found in union being initializedno immediate_use listno input filesno input files; unwilling to write output filesno integral type can represent all of the enumerator values for %qTno low registers available for popping high registersno match for call to %<(%T) (%A)%>no matches converting function %qD to type %q#Tno matching function for call to %<%D(%A)%>no matching function for call to %<%T::operator %T(%A)%#V%>no matching push for %<#pragma GCC visibility pop%>no matching template for %qD foundno member function %qD declared in %qTno members matching %<%T::%D%> in %q#Tno post-decrement operator for typeno post-increment operator for typeno pre-decrement operator for typeno pre-increment operator for typeno previous declaration for %qDno previous prototype for %qDno processor type specified for linkingno profiling of 64-bit code for this ABIno register in addressno return statement in function returning non-voidno sclass for %s stab (0x%x)no semicolon at end of struct or unionno suitable %<operator %s%> for %qTno suitable %qD found in class %qTno super class declared in @interface for %qEno super class declared in interface for %qEno type named %q#T in %q#Tno type or storage class may be specified here,no unique final overrider for %qD in %qTnode differs from node->decl->decl_with_vis.symtab_nodenode has unknown typenode is alias but not definitionnode is alias but not implicit aliasnode is alone in a comdat groupnode is analyzed but it is not a definitionnode is in same_comdat_group list but has no comdat_groupnode is transparent_alias but not an aliasnode is weakref but not an transparent_aliasnode not found node->decl->decl_with_vis.symtab_nodenodes with unreleased memory foundnoexcept-expression evaluates to %<false%> because of a call to %qDnon-AAPCS derived PCS variantnon-OpenACC construct inside of OpenACC regionnon-OpenACC construct inside of OpenACC routinenon-call exception handling mismatchnon-const integer argument %u in call to function %qEnon-constant argument 1 to __atomic_always_lock_freenon-constant array in DATA statement %Lnon-constant array initializationnon-constant compound literals cannot appear in a constant-expressionnon-constant condition for static assertionnon-constant element in constant CONSTRUCTORnon-constant in-class initialization invalid for static member %qDnon-constant initialization expression at %Lnon-decl/MEM_REF LHS in clobber statementnon-delegitimized UNSPEC %s (%d) found in variable locationnon-deleted function %q+Dnon-floating-point argument in call to function %qEnon-floating-point arguments in call to function %qEnon-function in gimple callnon-integer argument 1 to __atomic_is_lock_freenon-integer argument 3 in call to function %qEnon-integer memory model argument %d of %qEnon-integral type switch statementnon-integral used in conditionnon-loop with header %d not marked for removalnon-lvalue array in conditional expressionnon-member %qs cannot be declared %<mutable%>non-member function %qD cannot have cv-qualifiernon-memory input %d must stay in memorynon-nested function with variably modified typenon-object member %qs cannot be declared %<mutable%>non-objective-c type '%T' cannot be caughtnon-parameter %qs cannot be a parameter packnon-register as LHS of binary operationnon-register as LHS of ternary operationnon-register as LHS of unary operationnon-scalar typenon-standard suffix on floating constantnon-static const member %q#D, can%'t use default assignment operatornon-static data member %qE declared %<constexpr%>non-static data member initializers only available with -std=c++11 or -std=gnu++11non-static declaration of %q+D follows static declarationnon-static initialization of a flexible array membernon-static reference member %q#D, can%'t use default assignment operatornon-template %qD used as templatenon-template type %qT used as a templatenon-thread-local declaration of %q#D follows thread-local declarationnon-thread-local declaration of %q+D follows thread-local declarationnon-top-level BIT_FIELD_REF, IMAGPART_EXPR or REALPART_EXPRnon-trivial conversion at assignmentnon-trivial conversion in unary operationnon-trivial designated initializers not supportednon-vector CONSTRUCTOR with elementsnon-vector operands in vector comparisonnonconstant array index in initializernonempty exits list of loop %d, but exits are not recordednonlocal label nonnull argument %qD compared to NULLnonnull argument has invalid operand number (argument %lu)nonnull argument references non-pointer operand (argument %lu, operand %lu)nonnull argument with out-of-range operand number (argument %lu, operand %lu)nonnull attribute without arguments on a non-prototypenormalization cannot co-exist with scaling
! not allowed type combination in BIT_INSERT_EXPRnot configured for SPE ABInot configured with sysroot headers suffixnot enough argumentsnot enough arguments to returnnot enough perfectly nested loopsnot enough type informationnot enough variable arguments to fit a sentinelnotenote: null argument where non-null required (argument %lu)null destination pointernull format stringnull pointernull pointer dereferencenumber must be 0 or 1number of arguments doesn%'t match built-in prototypenumber of arguments doesn%'t match prototypenumber of bb notes in insn chain (%d) != n_basic_blocks (%d)number of components of the vector not a power of twonumber of counters is %d instead of %dnumber of results does not match number of valuesnumber of variables in %<depend(sink)%> clause does not match number of iteration variablesobjc++-cpp-output is deprecated; please use objective-c++-cpp-output insteadobjc-cpp-output is deprecated; please use objective-c-cpp-output insteadobject is not a methodobject missing in use of %qEobject property %qD has no %<assign%>, %<retain%> or %<copy%> attribute; assuming %<assign%>object type %qT does not match destructor name ~%qTobject with variably modified type must have no linkageobjective-c method declaration is expectedobjective-c++ message argument(s) are expectedobjective-c++ method declaration is expectedobsolete Maverick format code '%c'obsolete option -I- used, please use -iquote insteadobsolete use of designated initializer with %<:%>obsolete use of designated initializer without %<=%>offset %qwi outside bounds of constant stringoffset of packed bit-field %qD has changed in GCC 4.4old-style function definitionold-style parameter declarations in prototyped function definitionomitted middle operand to %<?:%> operand cannot be mangledonly %<distribute%> or %<parallel%> regions are allowed to be strictly nested inside %<teams%> regiononly %<inbranch%> and %<notinbranch%> flags are allowed for %<__simd__%> attributeonly 0.0 can be loaded as an immediateonly Objective-C object types can be qualified with a protocolonly constructors take member initializersonly uninitialized variables can be placed in a .bss sectiononly uninitialized variables can be placed in the .noinit sectiononly weak aliases are supported in this configurationonly zero initializers are allowed in section %qsopaque vector types cannot be initializedopaque-enum-specifier must use a simple identifieropaque-enum-specifier without nameopen %s failed: %sopen /dev/zero: %mopening LTRANS output list %s: %mopening dependency file %s: %mopening output file %s: %moperand constraint contains incorrectly positioned %<+%> or %<=%>operand constraints for %<asm%> differ in number of alternativesoperand is not a condition code, invalid operand code '%c'operand is not a condition code, invalid operand code 'D'operand is not a condition code, invalid operand code 'Y'operand is not a specific integer, invalid operand code 'r'operand is not an integer, invalid operand code 'K'operand is not an integer, invalid operand code 'R'operand is not an offsettable memory reference, invalid operand code 'H'operand must be an immediate of the right sizeoperand number missing after %%-letteroperand number out of rangeoperand number out of range in formatoperand number specified for format taking no argumentoperand number specified with suppressed assignmentoperand type %qT is incompatible with argument %d of %qEoperands to %T/%t must be reg + const_int:operands to ?: have different types %qT and %qToperation on %qE may be undefinedoptimization level attribute mismatchoptimization may eliminate reads and/or writes to register variablesoption("%s") was already specifiedoptional argumentoptions enabled: options or targets missing after %qsoptions passed: ordered comparison of pointer with integer zeroordered comparison of pointer with null pointeroriginal definition appeared hereoriginally defined hereoriginally indirect function call not considered for inliningoriginally specified hereorphaned %qs constructought to match virtual method %qD but does notouter %<__transaction_cancel%> not within outer %<__transaction_atomic%>outer block of region %i is wrongouter transaction in %<transaction_may_cancel_outer%> functionouter transaction in %<transaction_safe%> functionouter transaction in transactionoutput constraint %d cannot be specified together with "%s" clobberoutput constraint %d must specify a single registeroutput constraint %qc for operand %d is not at the beginningoutput filename specified twiceoutput number %d not directly addressableoutput operand %d must use %<&%> constraintoutput operand constraint lacks %<=%>output operand is constant in %<asm%>output regs must be grouped at top of stackoutput_move_single:overflow in array dimensionoverflow in constant expressionoverflow in enumeration valuesoverflow in enumeration values at %qDoverflow in implicit constant conversionoverflowed output arg list for %qsoverloaded function with no contextual type informationoverride controls (override/final) only available with -std=c++11 or -std=gnu++11overriding deleted function %q+Doverriding final function %q+Doverriding non-deleted function %q+Dpacked attribute causes inefficient alignmentpacked attribute causes inefficient alignment for %q+Dpacked attribute causes inefficient alignment for %qEpacked attribute is unnecessarypacked attribute is unnecessary for %q+Dpacked attribute is unnecessary for %qEpadding struct size to alignment boundarypadding struct to align %q+Dparameter %P has incomplete type %qTparameter %P of %qD has incomplete type %qTparameter %q+D declared %<_Noreturn%>parameter %q+D declared %<inline%>parameter %q+D has just a forward declarationparameter %qD declared with void typeparameter %qD has incomplete typeparameter %qD includes pointer to array of unknown bound %qTparameter %qD includes reference to array of unknown bound %qTparameter %qD invalidly declared method typeparameter %qD is initializedparameter %qD set but not usedparameter %qP of %qD might be a candidate for a format attributeparameter %u (%q+D) has incomplete typeparameter %u (%q+D) has void typeparameter %u has incomplete typeparameter %u has void typeparameter declared %<auto%>parameter list does not match a valid signature for %s()parameter may not have variably modified type %qTparameter might be a candidate for a format attributeparameter name missing from parameter listparameter name omittedparameter names (without types) in function declarationparameter pack %qD cannot have a default argumentparameter pack argument %qE must be at the end of the template argument listparameter pack argument %qT must be at the end of the template argument listparameter pack cannot have a default argumentparameter packs not expanded with %<...%>:parametrized derived type argumentparentheses around %qE cannot be used to form a pointer-to-member-functionparentheses required around this composite literal to avoid parsing ambiguityparenthesized initialization is not allowed in OpenMP %<for%> loopparenthesized initializer in array newparse error in template argument listpartial specialization %qT declared %<friend%>pass %qs not found but is referenced by new pass %qspass %s does not support cloningpass %s needs a set_pass_param implementation to handle the extra argument in NEXT_PASSpassing %qT chooses %qT over %qTpassing NULL to non-pointer argument %P of %qDpassing argument %d of %qE as %<float%> rather than %<double%> due to prototypepassing argument %d of %qE as %qT rather than %qT due to prototypepassing argument %d of %qE as complex rather than floating due to prototypepassing argument %d of %qE as complex rather than integer due to prototypepassing argument %d of %qE as floating rather than complex due to prototypepassing argument %d of %qE as floating rather than integer due to prototypepassing argument %d of %qE as integer rather than complex due to prototypepassing argument %d of %qE as integer rather than floating due to prototypepassing argument %d of %qE as signed due to prototypepassing argument %d of %qE as unsigned due to prototypepassing argument %d of %qE discards %qv qualifier from pointer target typepassing argument %d of %qE from distinct Objective-C typepassing argument %d of %qE from incompatible pointer typepassing argument %d of %qE from pointer to non-enclosed address spacepassing argument %d of %qE makes %q#v qualified function pointer from unqualifiedpassing argument %d of %qE makes integer from pointer without a castpassing argument %d of %qE makes pointer from integer without a castpassing argument %d of %qE with different width due to prototypepassing too large argument on stackpch_preprocess pragma should only be used with -fpreprocessedpedwarnpedwarn: permerrorpermerror: pex_init failed: %mplugin %s is not licensed under a GPL-compatible license
  %splugin %s registered a null callback function for event %splugin %s should be specified before -fplugin-arg-%s in the command lineplugin %s was specified with different paths:
  %s
! %splugin cannot register a missing passplugin cannot register an unnamed passplugin cannot register pass %qs without reference pass nameplugin support is disabled; configure with --enable-pluginpointer argumentpointer arithmetic for garbage-collected objects not allowedpointer assignmentpointer bounds were lost due to unexpected expression %spointer of type %<void *%> used in arithmeticpointer of type %<void *%> used in subtractionpointer offset from symbol maybe incorrectpointer or allocatable resultpointer target types incompatible in C++pointer targeting address space %qs must be const in %qTpointer targeting address space %qs must be const in %s %q+Dpointer targets in assignment differ in signednesspointer targets in initialization differ in signednesspointer targets in passing argument %d of %qE differ in signednesspointer targets in return differ in signednesspointer to a function used in arithmeticpointer to a function used in subtractionpointer to interface type has no methodspointer to member conversion via virtual base %qTpointer to member type %qT incompatible with object type %qTpointer type mismatch in conditional expressionpointer value used where a complex was expectedpointer value used where a floating point value was expectedpointer-to-member function %E cannot be called without an object; consider using .* or ->*pointer/integer type mismatch in conditional expressionpointers are not permitted as case valuespointers to disjoint address spaces used in conditional expressionpolymorphic argumentposition plus size exceeds size of referenced object in BIT_FIELD_REFpossible problem detected in invocation of delete operator:post-increment address is not a registerpostfix %qD must take %<int%> as its argumentpostfix %qD must take %<int%> as its second argumentpostfix %qD should return %qTpotential null pointer dereferencepre-decrement address is not a registerpre-increment address is not a registerprecisionprecision in printf formatpredicated Thumb instructionpredicated instruction in conditional sequencepreferentially allocate registers that allow short instruction generation.prefix %qD should return %qTprefix attributes are ignored before %<@%D%>prefix attributes are ignored for implementationsprefix attributes are ignored for methodsprev_bb of %d should be %d, not %dprevious declarationprevious declaration of %<%c%E%>previous declaration of %<%c%E%> as %<@optional%>previous declaration of %<%c%E%> as %<@required%>previous declaration of %<%c%s%>previous declaration of %q+Dprevious declaration of %q+D was hereprevious declaration of %qEprevious definition hereprevious definition of %q+D was hereprevious implicit declaration of %q+D was hereprevious non-function declaration %q+#Dpreviously declared herepreviously defined herepreviously used hereproblem with building target image for %s
  profiler support for CR16profiler support for VxWorksprofiling is not yet implemented for this architectureprofiling not supported with -mgprograms: %s
! promoted argument %qD doesn%'t match built-in prototypepromoted argument %qD doesn%'t match prototypepromoted ~unsigned is always non-zeroproperty %qs already specified in %<@dynamic%>property %qs already specified in %<@synthesize%>property %qs is using instance variable %qs of incompatible typeproperty %qs is using the same instance variable as property %qsproperty can not be a bit-fieldproperty can not be an arrayproperty declaration not in @interface or @protocol contextprotocol %qE has circular dependencyprotocol %qE is deprecatedprotocol attributes are not available in Objective-C 1.0prototype declarationprototype for %q#D does not match any in class %qTprototype for %q+D declares argument %d with incompatible typeprototype for %q+D declares fewer arguments than previous old-style definitionprototype for %q+D declares more arguments than previous old-style definitionprototype for %q+D follows non-prototype definitionprototype for '%s' has required operands after optional operandsprovided for %q+Dpseudo-destructor is not calledpure-specifier on function-definitionq/Q modifiers invalid for symbol referencesqualified name does not name a classqualified type %qT does not match destructor name ~%qTqualifiers are not allowed on declaration of %<operator %T%>qualifying type %qT does not match destructor name ~%qTr0 needs to be available as a call-clobbered registerrange clause must have array, slice, string, map, or channel typerange expressions in switch statements are non-standardrange-based %<for%> expression of type %qT has a %<begin%> member but not an %<end%>range-based %<for%> expression of type %qT has an %<end%> member but not a %<begin%>range-based %<for%> expression of type %qT has incomplete typerank mismatch between %qE and %qErank mismatch in expression %qEraw literal operator %q+D conflicts with literal operator template %qDrdynamic is not supportedread failed while reading export dataread-only location %qE used as %<asm%> outputread-only member %qD used as %<asm%> outputread-only named return value %qD used as %<asm%>outputread-only parameter %qD use as %<asm%> outputread-only reference %qD used as %<asm%> outputread-only variable %qD used as %<asm%> outputreading input filereading through null pointer (argument %d)readonly property can not be setrecompiling with -fcompare-debugrecursive evaluation of default argument for %q#Drecursive inliningrecursive type %qT undefinedrecursively required by substitution of %qS
  recursively required from %q#D
  recursively required from here
! redeclaration of %<enum %E%>redeclaration of %<wchar_t%> as %qTredeclaration of %q#Dredeclaration of %q+D with different visibility (old visibility preserved)redeclaration of %q+D with no linkageredeclaration of %qT as a non-templateredeclaration of C++ built-in type %qTredeclaration of Objective-C class %qsredeclaration of enumerator %q+Dredeclaration of friend %q#D may not have default template argumentsredeclaration of property %qDredeclared here as %q#Dredeclared with %d template parameterredeclared with %d template parametersredefined extern inline functions are not considered for inliningredefinition of %<struct %E%>redefinition of %<union %E%>redefinition of %q#Dredefinition of %q#Tredefinition of %q+Dredefinition of default argument for %q#Dredefinition of parameter %q+Dredefinition of typedef %q+Dredefinition of typedef %q+D with different typeredefinition of typedef %q+D with variably modified typeredundant redeclaration of %q+Dredundant redeclaration of %qD in same scopereference %qs cannot be declared %<mutable%>reference to %<%T::%D%> is ambiguousreference to %qD is ambiguousreference to dead statementreference to non-lvalue returnedregion of lp %i is wrongregion_array does not match region_treeregion_array is corrupted for region %iregister name given for non-register variable %q+Dregister name not specified for %q+Dregister of %qD used for multiple global register variablesregister or memory expression expected for 'M' output modifierregister or memory expression expected for 'N' output modifierregister specified for %q+D isn%'t suitable for data typeregister variable %qD used in nested functionregparam and thiscall attributes are not compatiblereimplementation of class %qEreinterpret_cast from type %qT to type %qT casts away qualifiersrelaxed transaction in %<transaction_safe%> functionrelaxed transaction in atomic transactionremoved loop %d in loop treeremoving .rpo file: %mrename spec %s to %s
! renaming .rpo file: %mrepeated %<@%> before Objective-C stringrepeated %s in formatrepository file '%s' does not contain command-line argumentsrequest for implicit conversion from %qT to %qT not permitted in C++request for member %qD in %qE, which is of non-class type %qTrequest for member %qD in %qE, which is of pointer type %qT (maybe you meant to use %<->%> ?)request for member %qD is ambiguousrequest for member %qD is ambiguous in multiple inheritance latticerequest for member %qE in non-class type %qTrequest for member %qE in something not a structure or unionrequested alignment %d is larger than %drequested alignment for %q+D is greater than implemented alignment of %wurequested alignment is not a positive power of 2requested alignment is not an integer constantrequested alignment is too largerequested init_priority is not an integer constantrequested init_priority is out of rangerequested init_priority is reserved for internal userequested position is less than zerorequested position is not an integer constantrequire_atom(): bad atom type requiredrequired by substitution of %qS
  required from %q#D
  required from here
! result of %<operator->()%> yields non-pointer resultresult with non-constant character lengthreturn discards %qv qualifier from pointer target typereturn edge does not point to exit in bb %dreturn from incompatible pointer typereturn from pointer to non-enclosed address spacereturn makes %q#v qualified function pointer from unqualifiedreturn makes integer from pointer without a castreturn makes pointer from integer without a castreturn not followed by barrierreturn type %q#T is incompletereturn type defaults to %<int%>return type is an incomplete typereturn type might be a candidate for a format attributereturn type of %qD is not %<int%>return type specification for constructor invalidreturn type specification for destructor invalidreturn type specified for %<operator %T%>return value type mismatchreturn with value in function with no return typereturn-statement with a value, in function returning 'void'return-statement with no value, in function returning %qTreturning a value from a constructorreturning a value from a destructorreturning reference to temporaryreturns_nonnull attribute on a function not returning a pointerright operand of comma operator cannot resolve address of overloaded functionright operand of comma operator has no effectright operand of comma operator is a reference, not call, to function %qEright precisionright precision in strfmon formatright rotate count >= width of typeright rotate count is negativeright shift count >= width of typeright shift count is negativerounding mode not supported for VAX floatsroutine %qD declared hererx100 cpu does not have FPU hardwarerx200 cpu does not have FPU hardwaresame canonical type node for different types %T and %Tsame variable used in %<firstprivate%> and %<lastprivate%> clauses on %<distribute%> constructsame_comdat_group is not a circular listsame_comdat_group list across different groupssaw %d %<template<>%>, need %d for specializing a member function templatesay %<typename %E%> if a type is meantscalar object %qD requires one element in initializerscalar_storage_order argument must be one of "big-endian" or "little-endian"scalar_storage_order is not supported because endianness is not uniformscale needs to be non-negative
  scaling cannot co-exist with normalization, skipping
! schedule %<auto%> does not take a %<chunk_size%> parameterschedule %<runtime%> does not take a %<chunk_size%> parameterschedule chunk size expression must be integralscope %qT before %<~%> is not a class-namescoped enums only available with -std=c++11 or -std=gnu++11scoped/unscoped mismatch in enum %q#Tsecond argument must be slice or stringsecond argument of %q+D should be %<char **%>second argument to %<__builtin_prefetch%> must be a constantsecond argument to function %qE must be a constant integer power of 2 between %qi and %qu bitssecond operand of conditional expression cannot resolve address of overloaded functionsecond operand of conditional expression has no effectsecond operand of conditional expression is a reference, not call, to function %qEsecond operand to the conditional operator is of type %<void%>, but the third operand is neither a throw-expression nor of type %<void%>second parameter of %<va_start%> not last named argumentsection anchors must be disabled when toplevel reorder is disabledsection anchors must be disabled when unit-at-a-time is disabledsection attribute argument not a string constantsection attribute cannot be specified for local variablessection attribute not allowed for %q+Dsection attributes are not supported for this targetsection of %q+D cannot be overriddensection of %q+D conflicts with previous declarationsection of alias %q+D must match section of its targetsection type conflictsection type conflict with %Dselector must be an immediateselector must be an integer constant in the range 0..%wiself-tests are not enabled in this buildself-tests incompatible with -Eset number of nops to emit before each insn pattern.setjmp/longjmp inside simd constructsetter name must terminate with %<:%>setting core file size limit to maximum: %mshadowed declaration is hereshadowing built-in function %q#Dshadowing library function %q#Dshadowing previous type declaration of %q#Dshared and mdll are not compatibleshared call_stmt:shared is not supportedshared rtxshift count not unsigned integershift of non-integer operandshort read while reading export datasibcall edges for non-call insn in bb %iside effects not recomputed when ADDR_EXPR changedside-effects element in no-side-effects CONSTRUCTORsignedness of type and machine mode %qs don%'t matchsimple IFsingle target_clones attribute is ignoredsize in array new must have integral typesize mismatch in argument %d of %qEsize of %q+D is %d bytessize of %q+D is larger than %wd bytessize of array %qD has non-integral type %qTsize of array %qD is negativesize of array %qD is not an integral constant-expressionsize of array %qE has non-integer typesize of array %qE is negativesize of array %qE is too largesize of array has non-integral type %qTsize of array is negativesize of array is not an integral constant-expressionsize of array is too largesize of loop %d should be %d, not %dsize of return value of %q+D is %u bytessize of return value of %q+D is larger than %wd bytessize of tiles for loop blocking.size of unnamed array has non-integer typesize of unnamed array is negativesize of unnamed array is too largesize of variable %q+D is too largesize optimization level: 0:none 1:opportunistic 2: regalloc 3:drop align, -Os.sizeof(long double) is 12.sizeof(long double) is 16.slice can only be compared to nilslice capacity must be integerslice end must be integerslice of unaddressable valuesoft-float and long-double-128 are incompatiblesorry, unimplementedsorry, unimplemented: source is a pointer to incomplete typesource is not a pointersource is not a pointer to classsource is not of class typesource is of incomplete class typesource locations for function %qE have changed, the profile data may be out of datesource type is not polymorphicspec %qs has invalid %<%%0%c%>spec %qs has invalid %<%%W%c%>spec %qs has invalid %<%%x%c%>spec %qs invalidspec failure: %<%%*%> has not been initialized by pattern matchspec failure: more than one arg to SYSROOT_HEADERS_SUFFIX_SPECspec failure: more than one arg to SYSROOT_SUFFIX_SPECspec failure: unrecognized spec option %qcspec file has no spec for linkingspec is '%s'
  
! spec-generated switch is just %<-%>specialization %qT after instantiation %qTspecialization of %qD after instantiationspecialization of %qD in different namespacespecialization of %qD must appear at namespace scopespecialization of %qT after instantiationspecialization of implicitly-declared special member functionspecializing %q#T in different namespacespecializing member %<%T::%E%> requires %<template<>%> syntaxspecified bound %wu equals the size of the destinationspecified bound %wu exceeds %<INT_MAX %>specified bound %wu exceeds maximum object size %wuspecified bound %wu exceeds the size %wu of the destination objectspecified mode too small for enumeral valuesspecifying vector types with __attribute__ ((mode)) is deprecatedspecs %%include syntax malformed after %ld charactersspecs %%rename syntax malformed after %ld charactersspecs %s spec was not found to be renamedspecs file malformed after %ld charactersspecs unknown %% command after %ld charactersspurious %<>>%>, use %<>%> to terminate a template argument listspurious trailing %<%%%> in formatstack frame not a multiple of 8 bytes: %wdstack frame not a multiple of octabyte: %wdstack frame too largestack guard value must be an exact power of 2stack limit expression is not supportedstack limits not supported on this targetstack protector not protecting function: all local arrays are less than %d bytes longstack protector not protecting local variables: variable length bufferstack register used for global register variablestack size must be an exact power of 2stack size must be greater than the stack guard valuestack size must not be greater than 64kstack usage computation not supported for this targetstack usage is %wd bytesstack usage might be %wd bytesstack usage might be unboundedstack_offset must be a multiple of 4stack_offset must be at least 4stackframe too big: %d bytesstandard conversions are not allowed in this contextstart of RTL fragment must be on an earlier line than endstart of implied-do loop at %L could not be simplified to a constant valuestart/end of RTL fragment are in different filesstatement cannot resolve address of overloaded functionstatement has no effectstatement is a reference, not call, to function %qEstatement marked for throw in middle of blockstatement marked for throw, but doesn%'tstatement will never be executedstatement with no effectstatement-expressions are not allowed outside functions nor in template-argument listsstatic %qs cannot be declared %<mutable%>static assertion failed: %Estatic assertion failed: %sstatic chain with function that doesn%'t use onestatic declaration of %q+D follows non-static declarationstatic is not supported on TPF-OSstatic member %qD cannot be a bit-fieldstatic member %qD declared %<register%>static member function %q#D declared with type qualifiersstatic member function %qD cannot have cv-qualifierstatic or type qualifiers in non-parameter array declaratorstatic_cast from type %qT to type %qT casts away qualifiersstatically allocated instance of Objective-C class %qEstdcall and cdecl attributes are not compatiblestdcall and fastcall attributes are not compatiblestdcall and thiscall attributes are not compatiblestep of implied-do loop at %L could not be simplified to a constant valuestmt (%p) marked modified after optimization pass: stmt volatile flag not up-to-datestmt with wrong VUSEstorage class %<__thread%> invalid for function %qsstorage class %<auto%> invalid for function %qsstorage class %<register%> invalid for function %qsstorage class %qD applied to template instantiationstorage class specified for %qsstorage class specified for parameter %qEstorage class specified for parameter %qsstorage class specified for structure fieldstorage class specified for structure field %qEstorage class specified for template parameter %qsstorage class specified for typenamestorage class specified for unnamed parameterstorage class specifiers invalid in friend function declarationsstorage class specifiers invalid in parameter declarationsstorage size of %q+D isn%'t constantstorage size of %q+D isn%'t knownstorage size of %qD isn%'t constantstorage size of %qD isn%'t knownstray %<@%> in programstray %<\%o%> in programstray %qc in programstray %qs between Objective-C++ methodsstray %qs in programstrftime formats cannot format argumentsstring length %qd is greater than the length %qd ISO C%d compilers are required to supportstring literal in function template signaturestrong using only meaningful at namespace scopestrong-cast assignment has been interceptedstrong-cast may possibly be neededstruct defined herestruct has no membersstruct has no named membersstructure alignment must be a small power of two, not %dstructure size boundary can only be set to 8 or 32structure size boundary can only be set to 8, 32 or 64subframework include %s conflicts with framework includesubscript missing in array referencesubscripted value is neither array nor pointersubscripted value is neither array nor pointer nor vectorsubscripted value is pointer to functionsubscripting array declared %<register%>suggest braces around empty body in %<do%> statementsuggest braces around empty body in an %<else%> statementsuggest braces around empty body in an %<if%> statementsuggest explicit braces around empty body in %<do%> statementsuggest explicit braces to avoid ambiguous %<else%>suggest parentheses around %<&&%> within %<||%>suggest parentheses around %<+%> in operand of %<&%>suggest parentheses around %<+%> inside %<<<%>suggest parentheses around %<+%> inside %<>>%>suggest parentheses around %<-%> in operand of %<&%>suggest parentheses around %<-%> inside %<<<%>suggest parentheses around %<-%> inside %<>>%>suggest parentheses around %<>>%> expressionsuggest parentheses around arithmetic in operand of %<^%>suggest parentheses around arithmetic in operand of %<|%>suggest parentheses around assignment used as truth valuesuggest parentheses around comparison in operand of %<!=%>suggest parentheses around comparison in operand of %<&%>suggest parentheses around comparison in operand of %<==%>suggest parentheses around comparison in operand of %<^%>suggest parentheses around comparison in operand of %<|%>suggest parentheses around operand of %<!%> or change %<&%> to %<&&%> or %<!%> to %<~%>suggest parentheses around operand of %<!%> or change %<|%> to %<||%> or %<!%> to %<~%>suggested alternative:suggested alternatives:support for mode %qsswitch %qs does not start with %<-%>switch %qs is no longer supportedswitch -mcpu=%s conflicts with -march=%s switchswitch jumps into statement expressionswitch jumps over variable initializationswitch missing default caseswitch quantity not an integerswitch starts hereswitch statement of size %lu entries too largesymbol used as immediate operandsymbol used with both base and indexed registerssymbol with offset used in PIC modesymbolic memory references are only supported on z10 or latersymtab_node::verify failedsynthesized method %qD first required here sysctl for kern.osversion failed: %msystem path %qs is not absolutetaking address of constructor %qEtaking address of destructor %qEtaking address of expression of type %<void%>taking address of temporarytaking address of temporary arraytaking address of xvalue (rvalue reference)taking the address of a label is non-standardtarget CPU does not support ARM modetarget CPU does not support THUMB instructionstarget CPU does not support interworkingtarget CPU does not support unaligned accessestarget argumenttarget attribute is not supported on this machinetarget attribute or pragma changes AltiVec ABItarget attribute or pragma changes SPE ABItarget attribute or pragma changes darwin64 ABItarget attribute or pragma changes double precision floating pointtarget attribute or pragma changes long double sizetarget attribute or pragma changes single precision floating pointtarget does not support atomic profile update, single mode is selectedtarget format does not support infinitytarget is not pointer or referencetarget is not pointer or reference to classtarget is not pointer or reference to complete typetarget of conversion might be a candidate for a format attributetarget of initialization might be a candidate for a format attributetarget specific builtin not availabletarget specific option mismatchtarget system does not support debug outputtarget system does not support the %qs debug formattarget the software simulator.template argument %d is invalidtemplate argument %qE involves template parameter(s)template argument for %qD uses local type %qTtemplate argument required for %<%s %T%>template arguments to %qD do not match original template %qDtemplate class without a nametemplate declaration of %<typedef%>template declaration of %q#Dtemplate definition of non-template %q#Dtemplate instantiation depth exceeds maximum of %d instantiating %q+D, possibly from virtual table generation (use -ftemplate-depth= to increase the maximum)template parameter %q+#Dtemplate parameter %qD of type %qT is not allowed in an integral constant expression because it is not of integral or enumeration typetemplate parameter list used in explicit instantiationtemplate parameter lists provided don%'t match the template parameters of %qDtemplate parameter pack %qD cannot have a default argumenttemplate parameter pack cannot have a default argumenttemplate parameter packs cannot have default argumentstemplate parameter type %qT declared %<friend%>template parameters cannot be friendstemplate specialization of %qD not allowed by ISO C++template specialization with C linkagetemplate specifiers not specified in declaration of %qDtemplate type parameters must use the keyword %<class%> or %<typename%>template with C linkagetemplate-id %qD for %q+D does not match any template declarationtemplate-id %qD in declaration of primary templatetemplate-id %qD used as a declaratortemplate-parameter-templates may not be %<virtual%>temporary of non-literal type %qT in a constant expressionthe %<getter%> attribute may only be specified oncethe %<setter%> attribute may only be specified oncethe %qs architecture does not support branch-likely instructionsthe %qs architecture does not support paired-single instructionsthe %qs architecture does not support the synci instructionthe ' ' printf flagthe '!' strfmon flagthe '#' printf flagthe '#' strftime flagthe ''' printf flagthe ''' scanf flagthe '(' strfmon flagthe '+' printf flagthe '+' strfmon flagthe '-' printf flagthe '-' strfmon flagthe '-' strftime flagthe '0' printf flagthe '0' strftime flagthe 'E' strftime modifierthe 'I' printf flagthe 'I' scanf flagthe 'O' modifierthe 'O' strftime modifierthe '^' strfmon flagthe '^' strftime flagthe '_' strftime flagthe 'a' scanf flagthe 'm' scanf flagthe 'q' diagnostic flagthe -shared option is not currently supported for VAX ELFthe ABI of passing struct with a flexible array member has changed in GCC 4.4the ABI of passing structure with complex float member has changed in GCC 4.4the ABI of passing union with long double has changed in GCC 4.4the RX200 cpu does not have FPU hardwarethe address of %qD will always evaluate as %<true%>the address of %qD will never be NULLthe address of a label cannot appear in a constant-expressionthe assignment suppression scanf featurethe call requires ifunc, which is not supported by this targetthe combination of %qs and %qs is incompatible with %qsthe comparison will always evaluate as %<false%> for the address of %qD will never be NULLthe comparison will always evaluate as %<true%> for the address of %qD will never be NULLthe compiler can assume that the address of %qD will always evaluate to %<true%>the conflicting type defined in another translation unitthe conflicting type defined in another translation unit has virtual table of different sizethe conflicting type defined in another translation unit has virtual table with different contentsthe conflicting type defined in another translation unit has virtual table with more entriesthe conflicting type defined in another translation unit with different RTTI informationthe control flow of function %qE does not match its profile data (counter %qs)the dot syntax is not available in Objective-C 1.0the extra base is defined herethe fifth argument must be an 8-bit immediatethe first difference of corresponding definitions is field %qDthe first difference of corresponding definitions is method %qDthe first parameter of %<operator new%> cannot have a default argumentthe frame size of %wd bytes is larger than %wd bytesthe incompatible type defined in another translation unitthe incompatible type is defined herethe last argument must be a 1-bit immediatethe last argument must be a 2-bit immediatethe last argument must be a 32-bit immediatethe last argument must be a 4-bit immediatethe last argument must be a 5-bit immediatethe last argument must be an 1-bit immediatethe last argument must be an 8-bit immediatethe m210 does not have little endian supportthe next to last argument must be an 8-bit immediatethe omitted middle operand in ?: will always be %<true%>, suggest explicit middle operandthe register specified for %q+D cannot be accessed by the current targetthe register specified for %q+D is not general enough to be used as a register variablethe result of the conversion is unspecified because %qE is outside the range of type %qTthe third argument must be an 8-bit immediatethe type %qT of constexpr variable %qD is not literalthe type being destroyed is %qT, but the destructor refers to %qTthe use of _OBJC_-prefixed variable names to select meta-data sections is deprecated at 4.6 and will be removed in 4.7the value of %qD is not usable in a constant expressionthere are no arguments to %qD that depend on a template parameter, so a declaration of %qD must be availablethird argument of %q+D should probably be %<char **%>third argument to %<__builtin_prefetch%> must be a constantthird operand of conditional expression cannot resolve address of overloaded functionthird operand of conditional expression has no effectthird operand of conditional expression is a reference, not call, to function %qEthird operand to the conditional operator is of type %<void%>, but the second operand is neither a throw-expression nor of type %<void%>this builtin function is only available on the fr405 and fr450this builtin function is only available on the fr450this builtin function is only available on the fr500 and fr550this decimal constant is unsigned only in ISO C90this decimal constant would be unsigned in ISO C90this is the first default labelthis is the first entry overlapping that valuethis is the insn:this media function is only available on the fr400 and fr550this media function is only available on the fr500this statement may fall throughthis target does not support %qsthis target is little-endianthis target machine does not have delayed branchesthread-local COMMON data not implementedthread-local declaration of %q#D follows non-thread-local declarationthread-local declaration of %q+D follows non-thread-local declarationthreadprivate variable %qE used in target regionthreadprivate variable %qE used in untied taskthrowing NULL, which has integral, not pointer typetls_model argument must be one of "local-exec", "initial-exec", "local-dynamic" or "global-dynamic"tls_model argument not a stringto be safe all intermediate pointers in cast from %qT to %qT must be %<const%> qualifiedto generate dependencies you must specify either -M or -MMto refer to a type member of a template parameter, use %<typename %E%>token %u has x-location == %utoken %u has x-location == y-location == %utoken %u has y-location == %utoo few arguments to %%:compare-debug-auxbase-opttoo few arguments to %%:replace-extensiontoo few arguments to %%:version-comparetoo few arguments to constructor %q#Dtoo few arguments to functiontoo few arguments to function %<va_start%>too few arguments to function %q#Dtoo few arguments to function %qEtoo few arguments to member function %q#Dtoo few arguments to method %q#Dtoo few expressions for structtoo few template parameter lists in declaration of %qDtoo few template-parameter-liststoo large function value type, needs %d registers, have only %d registers for thistoo late for # directive to set debug directorytoo many #pragma options align=resettoo many %qs clausestoo many alternatives in %<asm%>too many argumentstoo many arguments for formattoo many arguments to %%:compare-debug-auxbase-opttoo many arguments to %%:compare-debug-dump-opttoo many arguments to %%:compare-debug-self-opttoo many arguments to %%:version-comparetoo many arguments to constructor %q#Dtoo many arguments to functiontoo many arguments to function %q#Dtoo many arguments to function %qEtoo many arguments to maketoo many arguments to member function %q#Dtoo many arguments to method %q#Dtoo many arguments to method %qEtoo many arguments to overloaded function %stoo many braces around initializer for %qTtoo many exception handling edges in bb %itoo many expressions for structtoo many filenames given.  Type %s --help for usagetoo many initializers for %qTtoo many input filestoo many loop exits recordedtoo many outgoing branch edges from bb %itoo many template parameter lists in declaration of %qDtoo many template-parameter-liststoo many values in return statementtoo many variables for range clause with channeltoo much stack space to dispose of: %dtoo much stack space to prepare: %dtop-level declaration of %qs specifies %<auto%>toplevel reorder must be disabled when unit-at-a-time is disabledtotal size of local objects too largetotal size of local variables exceeds architecture limittraditional C lacks a separate namespace for labels, identifier %qE conflictstraditional C rejects ISO C style function definitionstraditional C rejects automatic aggregate initializationtraditional C rejects initialization of unionstraditional C rejects string constant concatenationtraditional C rejects the unary plus operatortrailing return type only available with -std=c++11 or -std=gnu++11trampoline generated for nested function %qDtransactional memory is not supported with non-call exceptionstrap mode not supported for VAX floatstree check: %s, have %s in %s, at %s:%dtree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%dtree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%dtree check: accessed operand %d of %s with %d operands in %s, at %s:%dtree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%dtree check: did not expect class %qs, have %qs (%s) in %s, at %s:%dtree check: expected class %qs, have %qs (%s) in %s, at %s:%dtree check: expected none of %s, have %s in %s, at %s:%dtree check: expected omp_clause %s, have %s in %s, at %s:%dtree check: expected tree that contains %qs structure, have %qs in %s, at %s:%dtree code %qs is not supported in LTO streamstree list ends on depth %itrue/false edge after a non-GIMPLE_COND in bb %dtry removing the parentheses around the type-idtry using %qE insteadtrying to encode non-integer type as a bitfieldtrying to finish struct, but kicked out due to previous parse errorstrying to make class %qT a friend of global scopetwo or more data types in declaration of %qstwo or more data types in declaration specifierstwo or more sections for %stype %q#T argument given to %<delete%>, expected pointertype %qE has a user-defined constructortype %qE has a user-defined destructortype %qE has no default constructor to calltype %qE has virtual member functionstype %qT defined in anonymous namespace can not match across the translation unit boundarytype %qT defined in anonymous namespace can not match type %qT across the translation unit boundarytype %qT does not have a known sizetype %qT for explicit instantiation %qD does not match declared type %qTtype %qT is not a base type for type %qTtype %qT is not a direct base of %qTtype %qT is not a direct or virtual base of %qTtype %qT itself violate the C++ One Definition Ruletype %qT of template argument %qE depends on a template parametertype %qT of template argument %qE depends on template parameterstype %qT should match type %qTtype %qT violates the C++ One Definition Ruletype %qT with no linkage used to declare function %q#D with linkagetype %qT with no linkage used to declare variable %q#D with linkagetype %qs does not conform to the %qE protocoltype assertion only valid for interface typestype attributes ignored after type is already definedtype defaults to %<int%> in declaration of %qEtype defaults to %<int%> in type nametype has no methodstype is deprecatedtype is deprecated: %stype is not compatible with its varianttype mismatch between an SSA_NAME and its symboltype mismatch for case label in switch statementtype mismatch in BIT_INSERT_EXPRtype mismatch in address expressiontype mismatch in array range referencetype mismatch in array referencetype mismatch in binary expressiontype mismatch in complex expressiontype mismatch in component referencetype mismatch in conditional expressiontype mismatch in fused multiply-add expressiontype mismatch in nontype parameter packtype mismatch in parameter %itype mismatch in pointer plus expressiontype mismatch in real/imagpart referencetype mismatch in sad expressiontype mismatch in shift expressiontype mismatch in vector permute expressiontype mismatch in widening multiply-accumulate expressiontype mismatch in widening vector shift expressiontype mismatch with previous external decl of %q#Dtype name declared as function returning a functiontype name declared as function returning an arraytype of %qD defaults to %<int%>type of %qD does not match original declarationtype of %qE is unknowntype of array %q+D completed incompatibly with implicit initializationtype of asm operand %qE could not be determinedtype of bit-field %qs is a GCC extensiontype of formal parameter %d is incompletetype of property %qD conflicts with previous declarationtype precision mismatch in switch statementtype qualifiers ignored on function return typetype to vector delete is neither pointer or array typetype transparent class %qT has base classestype transparent class %qT has virtual functionstype variant differs by type variant has TYPE_METHODStype variant has different TREE_TYPEtype variant has different TYPE_BINFOtype variant has different TYPE_FIELDStype variant has different TYPE_SIZE_UNITtype variant has different TYPE_VFIELDtype variant with TYPE_ALIAS_SET_KNOWN_Ptype variant's TREE_TYPEtype variant's TYPE_BINFOtype variant's TYPE_SIZE_UNITtype was previously declared %qEtype's TREE_TYPEtype's TYPE_BINFOtype's TYPE_SIZE_UNITtype-punning to incomplete type might break strict-aliasing rulestype/value mismatch at argument %d in template parameter list for %qDtypedef %q+D declared %<_Noreturn%>typedef %q+D declared %<inline%>typedef %qD is initialized (use __typeof__ instead)typedef %qD is initialized (use decltype instead)typedef %qD locally defined but not usedtypedef declaration invalid in parameter declarationtypedef declared %<auto%>typedef name may not be a nested-name-specifiertypedef-name %qD used as destructor declaratortypeid-expression is not a constant expression because %qE is of polymorphic typetypes are not quite compatibletypes differ in signednesstypes have different parameter countstypes may not be defined in %<decltype%> expressionstypes may not be defined in %<noexcept%> expressionstypes may not be defined in a %<typeid%> expressiontypes may not be defined in a new-expressiontypes may not be defined in a new-type-idtypes may not be defined in alias template declarationstypes may not be defined in an exception-specificationtypes may not be defined in caststypes may not be defined in conditionstypes may not be defined in exception-declarationstypes may not be defined in parameter typestypes may not be defined in template argumentsunable to compute real location of stacked parameterunable to deduce %qT from %qEunable to emulate %qsunable to find a register to spillunable to find a register to spill in class %qsunable to find character literal operator %qD with %qT argumentunable to find numeric literal operator %qDunable to find string literal operator %qD with %qT, %qT argumentsunable to generate reloads for:unable to locate default linker script %qs in the library search pathsunable to open dynamic dependency '%s'unable to print out operand yet; code == %d (%c)unable to use '%s' for PIC registerunbounded use of %<alloca%>unbounded use of variable-length arrayunconditional %2d never executed
  unconditional %2d taken %s
! undeclared selector %qEundefined behavior when second parameter of %<va_start%> is declared with %<register%> storageundefined named operand %qsunderlying type %<%T%> of %<%T%> must be an integral typeunderlying type mismatch in enum %q#Tunexpected AST of kind %sunexpected attributeunexpected base-type in cris_print_baseunexpected expression %qE of kind %sunexpected file name %s in linker resolution file. Expected %sunexpected index-type in cris_print_indexunexpected multiplicative operandunexpected offsetunexpected operandunexpected side-effects in addressunhandled alignment for '#pragma nomember_alignment'unidentifiable call opuninitialized const %qDuninitialized const %qD is invalid in C++uninitialized const in %<new%> of %q#Tuninitialized const member in %q#Tuninitialized const member in %q#T using %<new%> without new-initializeruninitialized const member in %qT is invalid in C++uninitialized reference member in %q#Tuninitialized reference member in %q#T using %<new%> without new-initializeruninitialized variable %q+D put into program memory areaunion cannot be made transparentunion defined hereunion has no membersunion has no named membersunion member %q+D with non-trivial %qDunknown '#pragma extern_model' model '%s'unknown '#pragma member_alignment' name %sunknown -mdebug-%s switchunknown CRIS cpu version specification in -mtune= : %sunknown CRIS version specification in -march= or -mcpu= : %sunknown IRA algorithm %qsunknown IRA region %qsunknown LTO partitioning model %qsunknown Stack Reuse Level %qsunknown TLS model %qsunknown action %qE for %<#pragma pack%> - ignoredunknown array size in deleteunknown basic block reordering algorithm %qsunknown callback event registered by plugin %sunknown cc_attr valueunknown conversion type character %qc in formatunknown demangling style '%s'unknown destunknown excess precision style %qsunknown floating point contraction style %qsunknown insn modeunknown linker output %qsunknown machine mode %qEunknown move insn:unknown offload ABI %qsunknown operator %qs in %%:version-compareunknown option %q.*s in %<-fopt-info-%s%>unknown option after %<#pragma GCC diagnostic%> kindunknown option for -mrecip=%sunknown pass %s specified in -fdisableunknown pass %s specified in -fenableunknown pointer size model %qsunknown profile update method %qsunknown property attributeunknown punctuation '%c'unknown register name %qs in %<asm%>unknown register name: %sunknown relocation unspecunknown spec function %qsunknown specification for the set of FLT_EVAL_METHOD values to permit %qsunknown srcunknown stack check parameter %qsunknown switch -mlong-double-%sunknown type %<%T%> found during Objective-C encodingunknown type name %qEunknown value %qs of -mmacosx-version-minunknown vectorization library ABI type (%s) for -mveclibabi= switchunknown vectorizer cost model %qsunknown vtable verify initialization priority %qsunnamed field has incomplete typeunnamed initializer for %qT, which has no base classesunnamed initializer for %qT, which uses multiple inheritanceunnamed struct/union that defines no instancesunnamed variable or field declared voidunordered comparison on non-floating point argumentunquote_string(): got bad stringunreachableunrecognizable insn:unrecognized addressunrecognized argument in option %qsunrecognized argument to --help= option: %q.*sunrecognized argument to -f%ssanitize%s= option: %q.*sunrecognized command line option %<-%s%>unrecognized command line option %<-%s%>; did you mean %<-%s%>?unrecognized command line option %<-fdump-%s%>unrecognized command line option %<-fopt-info-%s%>unrecognized command line option %qsunrecognized control register number: %d - using 'psw'unrecognized debug output level %qsunrecognized edge flag: '%s'unrecognized enum value: '%s'unrecognized format specifierunrecognized gcc debugging option: %cunrecognized include_flags 0x%x passed to print_specific_helpunrecognized ivar visibility value %qsunrecognized option -fdisableunrecognized option -fenableunrecognized register name %qsunrecognized scalar storage order value %qsunrecognized section name %qEunrecognized shadow offset %qsunrecognized supposed constantunrecognized visibility value %qsunrecoverable errorunresolved overload for Altivec builtin %qFunrestricted unions only available with -std=c++11 or -std=gnu++11unsafe function call %qD within %<transaction_safe%> functionunsafe function call %qD within atomic transactionunsafe function call %qE within %<transaction_safe%> functionunsafe function call %qE within atomic transactionunsafe indirect function call within %<transaction_safe%> functionunsafe indirect function call within atomic transactionunsuffixed float constantunsupported argument to %qDunsupported argument type to builtin functionunsupported combination: %sunsupported fixed-point conversionunsupported mode %s
! unsupported non-standard concatenation of string literalsunsupported non-standard suffix on floating constantunsupported operand size for extended registerunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatunused variable %q+Dunwind tables currently require either a frame pointer or -maccumulate-outgoing-args for correctnessupper value in case label range exceeds maximum value for typeuse #include insteaduse %<%T::%D%> insteaduse %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified nameuse %<%T::template %D%> to indicate that it is a templateuse %<...%> to expand argument packuse %<this->%D%> insteaduse -Winvalid-pch for more informationuse -flax-vector-conversions to permit conversions between vectors with differing element types or numbers of subpartsuse __attribute__ ((vector_size)) insteaduse __builtin_rx_mvtc (0, ... ) to write arbitrary values to PSWuse internal function id in profile lookup.use of %<alloca%>use of %<alloca%> within a loopuse of %<complex%> in AltiVec types is invaliduse of %<double%> in AltiVec types is invalid without -mvsxuse of %<long double%> in AltiVec types is invaliduse of %<long long%> in AltiVec types is invalid without -mvsxuse of %<long%> in AltiVec types is deprecated; use %<int%>use of %<long%> in AltiVec types is invalid for 64-bit code without -mvsxuse of %qs in templateuse of %qs length modifier with %qc type character has either no effect or undefined behavioruse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of boolean types in AltiVec types is invaliduse of class template %qT as expressionuse of decimal floating point types in AltiVec types is invaliduse of deleted function %qDuse of enum %q#D without previous declarationuse of namespace %qD as expressionuse of old-style castuse of parameter from containing functionuse of untyped niluse operand missing for stmtuse template<> for an explicit specializationused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requiredused vector type where scalar is requireduseless %<_Alignas%> in empty declarationuseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationuser-defined %qD always evaluates both argumentsuser-defined literals only available with -std=c++11 or -std=gnu++11using %<%c%s%>using IBM extended precision long doubleusing IEEE extended precision long doubleusing alias template specialization %qT after %qsusing darwin64 ABIusing invalid field %qDusing old darwin ABIusing result of function returning %<void%>using template type parameter %qT after %qsusing temporary as lvalueusing the range [%E, %E] for directive argumentusing typedef-name %qD after %qsusing xvalue (rvalue reference) as lvalueusing-declaration for non-member at class scopevalid arguments to %qs are: %svalid arguments to %qs are: %s; did you mean %qs?validate_value_data: Loop in regno chain (%u)validate_value_data: [%u] Bad next_regno for empty chain (%u)validate_value_data: [%u] Bad oldest_regno (%u)validate_value_data: [%u] Non-empty reg in chain (%s %u %i)value argumentvalue computed is not usedvalue of -mfixed-range must have form REG1-REG2value passed in %qs is too largevalue-initialization of function type %qTvalue-initialization of incomplete type %qTvalue-initialization of reference type %qTvar-tracking-assignments changes selective schedulingvariable %q#D has initializer but incomplete typevariable %q+D declared %<_Noreturn%>variable %q+D declared %<inline%>variable %q+D definition is marked dllimportvariable %q+D might be clobbered by %<longjmp%> or %<vfork%>variable %q+D must be const in order to be put into read-only section by means of %qsvariable %q+D part of alias cyclevariable %qD has function typevariable %qD has initializer but incomplete typevariable %qD redeclared as functionvariable %qD set but not usedvariable %qE declared in enclosing %<host_data%> regionvariable %qE is not an iteration of outermost loop %d, expected %qEvariable %qE of incomplete type %qT will not be accessed in for increment expressionvariable %qE of incomplete type %qT will not be accessed in left operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in right operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in second operand of conditional expressionvariable %qE of incomplete type %qT will not be accessed in statementvariable %qE of incomplete type %qT will not be accessed in third operand of conditional expressionvariable length array %qD is usedvariable length array is usedvariable of same assembler name as the virtual table is defined in another translation unitvariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable symbol is not variablevariable tracking requested, but not supported by this debug formatvariable tracking requested, but useless unless producing debug infovariable tracking size limit exceededvariable tracking size limit exceeded with -fvar-tracking-assignments, retrying withoutvariable-length array bound is unknownvariable-sized compound literalvariable-sized object may not be initializedvariably modified %qE at file scopevariably modified field at file scopevariadic functions must use the base AAPCS variantvariadic templates only available with -std=c++11 or -std=gnu++11vec_extract only accepts 2 argumentsvec_insert only accepts 3 argumentsvector CONSTRUCTOR element is not a GIMPLE valuevector CONSTRUCTOR with non-NULL element indexvector argument passed to unprototyped functionvector condition will be expanded piecewisevector insertion not at element boundaryvector operation will be expanded in parallelvector operation will be expanded piecewisevector operation will be expanded with a single scalar operationvector overflow in expressionvector shuffling operation will be expanded piecewisevector size not an integral multiple of component sizevector types expected in sad expressionvector types expected in vector permute expressionvectorization did not happen for a simd loopvectors with different element number found in vector permute expressionverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_flow_info: Basic block %d succ edge is corruptedverify_flow_info: Block %i has loop_father, but there are no loopsverify_flow_info: Block %i lacks loop_fatherverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: REG_BR_PROB does not match cfg %i %iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_gimple failedverify_histograms failedverify_ssa failedverify_type failedversion attribute is not a stringvirt-specifiers in %qs not allowed outside a class definitionvirtual PHI with argument locationsvirtual SSA name for non-VOP declvirtual base %qT inaccessible in %qT due to ambiguityvirtual def operand missing for stmtvirtual definition is not an SSA namevirtual definition of statement not up-to-datevirtual function %q+Dvirtual functions cannot be friendsvirtual method %qDvirtual non-class function %qsvirtual table layout differs in another translation unitvirtual table of type %qD contains RTTI informationvirtual table of type %qD violates one definition rulevirtual table of type %qD violates one definition rule  virtual use of statement not up-to-datevirtual use operand missing for stmtvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvisibility attribute not supported in this configuration; ignoredvms '#pragma __message' is ignoredvoid value not ignored as it ought to bevolatile argumentvolatile must be specified on any memory that is effected by DMA.vtable for warning: warning: consider linking with '-static' as system libraries withwas expecting `%s'weak %q+D cannot be defined %qEweak declaration of %q+D being applied to a already existing, static definitionweak declaration of %q+D must be publicweak declaration of %q+D not supportedweakref %q+D must have static linkageweakref %q+D ultimately targets itselfweakref attribute must appear before alias attributeweakref is not supported in this configurationweights need to be non-negative
! when writing output to %s: %mwide character array initialized from incompatible wide stringwide character array initialized from non-wide stringwide string literal in %<asm%>width of %qs exceeds its typewidth of bit-field %qD has non-integral type %qTwill be assumed to return %<id%> and acceptwithwith %q+#Dwithin this loopwork-sharing region may not be closely nested inside of work-sharing, %<critical%>, %<ordered%>, %<master%>, explicit %<task%> or %<taskloop%> regionwrite_atom(): Trying to write dab atomwrite_atom(): Writing negative integerwrite_symbol(): bad module symbol %qswrite_symtree(): Symbol not writtenwriting into constant object (argument %d)writing output filewriting through null pointer (argument %d)writing to LTRANS output list %s: %mwriting to address space %qs not supportedwrong TYPE_CACHED_VALUES entrywrong amount of branch edges after conditional jump in bb %iwrong amount of branch edges after unconditional jump %iwrong edge %d->%d for PHI argumentwrong immediate use listwrong insn in the fallthru edgewrong list of exited loops for edge  %d->%dwrong number of arguments specified for %qE attributewrong number of arguments to %%:debug-level-gtwrong number of arguments to %<__builtin_choose_expr%>wrong number of arguments to %<__builtin_complex%>wrong number of arguments to %<__builtin_shuffle%>wrong number of arguments to function %<__builtin_next_arg%>wrong number of arguments to function %<va_start%>wrong number of branch edges after unconditional jump in bb %iwrong number of template arguments (%d, should be %d)wrong outgoing edge flags at end of bb %dwrong type argument to %swrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusx87 register return with x87 disabledxstormy16_print_operand: unknown codez/Architecture mode not supported on %sz/Architecture.zero as null pointer constantzero or negative size array %q+Dzero vector sizezero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qDzero-size array %qT{anonymous}{unknown}Project-Id-Version: gcc 7.1-b20170226
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-04-24 20:38+0000
! PO-Revision-Date: 2017-04-16 10:33+0200
  Last-Translator: Antonio Ceballos <aceballos@gmail.com>
  Language-Team: Spanish <es@tp.org.es>
  Language: es
--- 1797,1870 ----
  
  This option lacks documentation.This switch is deprecated; do not use.This switch is deprecated; use -Werror=implicit-function-declaration instead.This switch is deprecated; use -Wextra instead.This switch is deprecated; use -fsanitize-recover= instead.Thread model: %s
  Threadprivate at %L isn't SAVEdThreadprivate variable at %C is an element of a COMMON blockThreshold ipa-cp opportunity evaluation that is still considered beneficial to clone..Thumb-1 hard-float VFP ABIThumb: Assume function pointers may go to non-Thumb aware code.Thumb: Assume non-static functions may be called from ARM code.Thumb: Generate (leaf) stack frames even if not needed.Thumb: Generate (non-leaf) stack frames even if not needed.Thunk is not supposed to have bodyTogether with -fpic and -fPIC, do not use GOTPLT references.Toggle -fvar-tracking-assignments.Toggle debug information generation.Too few codimensions at %C, expected %d not %dToo many arguments to %s at %LToo many codimensions at %C, expected %d not %dToo many components in structure constructor at %L!Too many digits in statement label at %CTransform condition stores into unconditional ones.Transform instrumented builtin calls into calls to wrappers.Transparent alias and target's assembler names differsTrap for signed overflow in addition, subtraction and multiplication.Trap on integer divide by zero.Treat a throw() exception specification as noexcept to improve code size.Treat all warnings as errors.Treat data references as near, far or medium. medium is default.Treat integers as 32-bit.Treat known sprintf return values as constants.Treat lines with 'D' in column one as comments.Treat missing header files as generated files.Treat signed overflow as undefined.Treat specified warning as error.Treat the input file as already preprocessed.Try running '%s' in the shell to raise its limit.
! Try to allow the linker to turn PIC calls into direct calls.Try to convert virtual calls to direct ones.Try to lay out derived types as compactly as possible.Tune code for the given processor.Tune expected memory latency.Tune for ARC600 cpu.Tune for ARC601 cpu.Tune for ARC700 R4.2 Cpu with XMAC block.Tune for ARC700 R4.2 Cpu with standard multiplier block.Tune for the specified target CPU or architecture.Turn on Redundant Extensions Elimination pass.Tweak register allocation to help 16-bit instruction generation.Two main PROGRAMs at %L and %CTwo or more part references with nonzero rank must not be specified at %LTwo symbols with same comdat_group are not linked by the same_comdat_group list.Type of entity at %L is type incompatible with source-expr at %LType of entity at %L is type incompatible with typespecType-bound operator at %L can't be NOPASSType-spec at %L cannot contain a deferred type parameterUNIT not specified at %LUNIT number in CLOSE statement at %L must be non-negativeUNIT number in statement at %L must be non-negativeUNIT specification at %L must be an INTEGER expression or a CHARACTER variableUNIT specifier not allowed with NEWUNIT at %CUnable to generate load/store offset for fusionUnclassifiable GCC directive at %CUnclassifiable OpenMP directive at %CUnclassifiable statement at %CUnclassifiable statement in IF-clause at %CUnder -ffast-math, generate a FRIZ instruction for (double)(long long) conversions.Unequal character lengths (%ld/%ld) in %sUnequal character lengths (%ld/%ld) in %s at %LUnexpected %s statement at %CUnexpected %s statement at %C in INTERFACE bodyUnexpected %s statement in BLOCK DATA at %CUnexpected %s statement in CONTAINS section at %CUnexpected %s statement in FORALL block at %CUnexpected %s statement in INTERFACE block at %CUnexpected %s statement in MODULE at %CUnexpected %s statement in WHERE block at %CUnexpected CASE statement at %CUnexpected END statement at %CUnexpected EOFUnexpected TYPE IS statement at %CUnexpected alternate return spec in subroutine call at %LUnexpected character in variable list at %CUnexpected characters in PARAMETER statement at %CUnexpected coarray designator at %CUnexpected element %qc in format string at %LUnexpected end of format stringUnexpected end of moduleUnexpected junk after $OMP ATOMIC statement at %CUnexpected junk after $OMP BARRIER statement at %CUnexpected junk after $OMP CRITICAL statement at %CUnexpected junk after $OMP FLUSH statement at %CUnexpected junk after $OMP MASTER statement at %CUnexpected junk after $OMP WORKSHARE statement at %CUnexpected junk after ELSE IF statement at %CUnexpected junk after ELSE statement at %CUnexpected junk after NOWAIT clause at %CUnexpected junk after TASKWAIT clause at %CUnexpected junk after TASKYIELD clause at %CUnexpected junk after function declaration at %CUnexpected junk in formal argument list at %CUnit number in I/O statement too largeUnit number in I/O statement too smallUnknown architecture specific memory modelUnknown argument list function at %LUnknown attribute in !GCC$ ATTRIBUTES statement at %CUnknown form for stack limit expressionUnknown intrinsic opUnknown operator %%<%s%%> at %%LUnknown parameter to option -mtune-ctrl: %sUnrecognized MCU name '%s', assuming that it just supports the MSP430 ISA.
! Use the -mcpu option to set the ISA explicitly.Unrecognized MCU name '%s'.Unrecognized option to endianness value: %qsUnrecognized option to floating-point init value: %qsUnrecognized option: %qsUnsupported code '%c' for fixed-point:Unsupported operand for code '%c'Unsupported statement inside WHERE at %LUnsupported value for mmpy-optionUnterminated character constant beginning at %CUpper array reference at %L is out of bounds (%ld < %ld) in dimension %dUpper array reference at %L is out of bounds (%ld > %ld) in dimension %dUsage: %s [OPTION]... SUB_COMMAND [OPTION]...
  
  Usage: %s [options] file...
+ Usage: gcov [OPTION...] SOURCE|OBJ...
+ 
  Use "-Wa,OPTION" to pass "OPTION" to the assembler.
  
  Use "-Wl,OPTION" to pass "OPTION" to the linker.
  
! Use -G for data that is not defined by the current object.Use -G for object-local data.Use 128-bit AVX instructions instead of 256-bit AVX instructions in the auto-vectorizer.Use 128-bit long double.Use 16 bit int.Use 32 bit float.Use 32 bit int.Use 32-bit ABI.Use 32-bit floating-point registers.Use 32-bit general registers.Use 4 byte entries in switch tables.Use 4 media accumulators.Use 4-operand madd.s/madd.d and related instructions where applicable.Use 4xx half-word multiply instructions.Use 4xx string-search dlmzb instruction.Use 64 FPRs.Use 64 GPRs.Use 64 bit float.Use 64-bit ABI.Use 64-bit floating-point registers.Use 64-bit general registers.Use 64-bit long double.Use 8 media accumulators.Use 80-bit long double.Use ABI reserved registers.Use AltiVec instructions.Use Bionic C library.Use Branch Likely instructions, overriding the architecture default.Use CONST16 instruction to load constants.Use EABI.Use Enhanced Virtual Addressing instructions.Use GNU C library.Use GP relative sdata/sbss sections.Use GP-relative addressing to access small data.Use H8/300 alignment rules.Use IEEE math for fp comparisons.Use IRA based register pressure calculation in RTL hoist optimizations.Use IRA based register pressure calculation in RTL loop optimizations.Use ISA 2.07 Category:Vector.AES and Category:Vector.SHA2 instructions.Use ISA 2.07 direct move between GPR & VSX register instructions.Use ISA 2.07 transactional memory (HTM) instructions.Use LRA instead of reload (transitional).Use LRA instead of reload.Use MCU instructions.Use MIPS MSA Extension instructions.Use MIPS-3D instructions.Use MIPS-DSP REV 2 instructions.Use MIPS-DSP instructions.Use Mingw-specific thread support.Use Neon double-word (rather than quad-word) registers for vectorization.Use Neon quad-word (rather than double-word) registers for vectorization.Use Neon to perform 64-bits operations rather than core registers.Use NewABI-style %reloc() assembly operators.Use P-mnemonics for branches statically predicted as taken.Use PLT for PIC calls (-fno-plt: load the address from GOT at call site).Use PMC-style 'mad' instructions.Use PowerPC General Purpose group optional instructions.Use PowerPC Graphics group optional instructions.Use PowerPC V2.01 single field mfcr instruction.Use PowerPC V2.02 floating point rounding instructions.Use PowerPC V2.02 popcntb instruction.Use PowerPC V2.05 compare bytes instruction.Use PowerPC V2.06 popcntd instruction.Use PowerPC-64 instruction set.Use ROM instead of RAM.Use SSE register passing conventions for SF and DF mode.Use STB_GNU_UNIQUE if supported by the assembler.Use SmartMIPS instructions.Use UNIX assembler syntax.Use UltraSPARC Compare-and-Branch extensions.Use UltraSPARC Fused Multiply-Add extensions.Use UltraSPARC Population-Count instruction.Use UltraSPARC Subtract-Extended-with-Carry instruction.Use UltraSPARC Visual Instruction Set version 1.0 extensions.Use UltraSPARC Visual Instruction Set version 2.0 extensions.Use UltraSPARC Visual Instruction Set version 3.0 extensions.Use UltraSPARC Visual Instruction Set version 4.0 extensions.Use VAX fp.Use VAXC structure conventions.Use VMS exit codes instead of posix ones.Use Virtualization (VZ) instructions.Use __cxa_atexit to register destructors.Use __cxa_get_exception_ptr in exception handling.Use a 32-bit long type.Use a 4-byte record marker for unformatted files.Use a 64-bit long type.Use a minimum runtime (no static initializers or ctors) for memory-constrained devices.Use a smart stack protection method for certain functions.Use a stack protection method for every function.Use addresses that allocate global registers.Use all registers, reserving none for interrupt handlers.Use alternate register names.Use an 8-bit 'int' type.Use an 8-byte record marker for unformatted files.Use arbitrary sized immediates in bit operations.Use big-endian byte order.Use branch-and-break sequences to check for integer divide by zero.Use bras for executable < 64k.Use call-clobbered registers for parameters and return value.Use callbacks instead of inline code if number of accesses in function becomes greater or equal to this number.Use caller save register across calls if possible.Use certain scalar instructions added in ISA 3.0.Use control speculation.Use custom stacks instead of local memory for automatic storage.Use data speculation after reload.Use data speculation before reload.Use decimal floating point instructions.Use default method for sdata handling.Use different calling convention using 'rtd'.Use direct poisoning/unpoisoning instructions for variables smaller or equal to this number.Use direct references against %gs when accessing tls data.Use eXtended Physical Address (XPA) instructions.Use epsilon-respecting floating point compare instructions.Use expression value profiles in optimizations.Use extended PowerPC V2.05 move floating point to/from GPR instructions.Use f2c calling convention.Use features of and schedule code for given CPU.Use features of and schedule given CPU.Use flat register window model.Use fp double instructions.Use fp registers.Use full-set registers for register allocation.Use given SPARC-V9 code model.Use given TILE-Gx code model.Use given address mode.Use given assembler dialect.Use given stack-protector guard.Use given thread-local storage dialect.Use given x86-64 code model.Use hardware FP (default).Use hardware FP.Use hardware division instructions on ColdFire.Use hardware floating point conversion instructions.Use hardware floating point instructions.Use hardware floating point square root instruction.Use hardware floating point.Use hardware floating-point divide and square root instructions.Use hardware fp.Use hardware instructions for integer division.Use hardware prefetch instructionUse hardware quad FP instructions.Use hardware transactional execution instructions.Use hardware vector facility instructions and enable the vector ABI.Use in block control speculation.Use in block data speculation after reload.Use in block data speculation before reload.Use in/loc/out register names.Use indirect CALLXn instructions for large programs.Use indirect calls.Use inline patterns for copying memory.Use integer madd/msub instructions.Use jump tables for sufficiently large switch statements.Use little-endian byte order.Use ll, sc and sync instructions.Use lwxc1/swxc1/ldxc1/sdxc1 instructions where applicable.Use media instructions.Use microMIPS instructions.Use multiply add/subtract instructions.Use multiply high instructions for high part of 32x32 multiply.Use musl C library.Use native (MS) bitfield layout.Use new adddi3/subdi3 patterns.Use normal calling convention.Use of intrinsic module %qs at %C conflicts with non-intrinsic module name used previouslyUse of the NUMERIC_STORAGE_SIZE named constant from intrinsic module ISO_FORTRAN_ENV at %C is incompatible with option %sUse only one TOC entry per procedure.Use ordinarily cached memory accesses for volatile references.Use packed stack layout.Use paired-single floating-point instructions.Use pattern compare instructions.Use pc-relative switch case tables - this enables case table shortening.Use portable calling conventions.Use profiling information for branch probabilities.Use propolice as a stack protection method.Use push instructions to save outgoing arguments.Use r11 to hold the static link in calls to functions via pointers.Use red-zone in the x86-64 code.Use reduced-set registers for register allocation.Use register stack for parameters and return value.Use register+offset memory instructions added in ISA 3.0.Use registers for argument passing.Use registers r2 and r5.Use reorder instructions (swap and byte reversed load/store) (default).Use sample profile information for call graph node weights. The default profile file is fbdata.afdo in 'pwd'.Use sample profile information for call graph node weights. The profile file is specified in the argument.Use scalar register+offset memory instructions added in ISA 3.0.Use shared libraries.Use simple data speculation check for control speculation.Use simple data speculation check.Use simulator runtime.Use smaller but slower prologue and epilogue code.Use software emulation for floating point (default).Use software floating point comparisons.Use software floating point.Use stack bias.Use stack protection method only for functions with the stack_protect attribute.Use standard main function as entry for startup.Use statically initialized variable for constant bounds instead of generating them each time it is required.Use statically initialized variable for vars bounds instead of generating them each time it is required.Use structs on stronger alignment for double-word copies.Use stubs for function prologues.Use subroutines for function prologues and epilogues.Use synci instruction to invalidate i-cache.Use table based fast divide (default at -O3).Use table lookup optimization for small signed integer divisions.Use tas.b instruction for __atomic_test_and_set.Use the AltiVec ABI extensions.Use the Cray Pointer extension.Use the DEC assembler syntax.Use the ELFv1 ABI.Use the ELFv2 ABI.Use the GNU extension to the PE format for aligned common data.Use the RTL dead code elimination pass.Use the RTL dead store elimination pass.Use the SPE ABI extensions.Use the bfd linker instead of the default linker.Use the bit-field instructions.Use the divide instruction.Use the floating point unit for integer add/subtract.Use the given base register for addressing the stack-protector guard.Use the given data alignment.Use the given offset for addressing the stack-protector guard.Use the gold linker instead of the default linker.Use the hardware barrel shifter instead of emulation.Use the most feature-enabling options allowed by other options.Use the mvcle instruction for block moves.Use the narrowest integer type possible for enumeration types.Use the new min/max instructions defined in ISA 3.0.Use the simulator runtime.Use the soft multiply emulation (default).Use the software emulation for divides (default).Use traditional GNU semantics for inline functions.Use trap instead of a library function for undefined behavior sanitization.Use trap instructions to check for integer divide by zero.Use uClibc C library.Use unicode startup and define UNICODE macro.Use vector and scalar instructions added in ISA 2.07.Use vector instructions added in ISA 3.0.Use vector register+offset memory instructions added in ISA 3.0.Use vector/scalar (VSX) instructions.Use zero bounds for all incoming arguments in 'main' function.  It helps when instrumented binaries are used with legacy libs.Use zero-extending memory loads, not sign-extending ones.Used in Fix-and-Continue mode to indicate that object files may be swapped in at runtime.User operator %qs referenced at %L not found in module %qsUses of this option are diagnosed.Using built-in specs.
! VALUE argument of the %s intrinsic function at %L shall be definableVALUE is not allowed inside of BLOCK at %CVOIDmode on an outputValid Nios II ISA levels (for -march):Valid arguments for the -msdata= option.Valid arguments to -malign-:Valid arguments to -mcode-readable=:Valid arguments to -mfloat-gprs=:Valid arguments to -mfpmath=:Valid arguments to -mr10k-cache-barrier=:Valid arguments to -mstack-protector-guard=:Valid arguments to -mstringop-strategy=:Valid arguments to -mtp=:Valid options for GP-relative addressing (for -mgpopt):Validate vtable pointers before using them.Variable %s at %L of type LOCK_TYPE or with subcomponent of type LOCK_TYPE must be a coarrayVariable %s cannot be INTENT(IN) at %CVariable %s cannot be assigned in PURE procedure at %CVariable type is UNKNOWN in assignment at %LVector library ABI to use.Vectorize for double-word operations.Virtual function multiversioning not supportedVolatile memory accesses do not use I/O load/store instructions.Volatile memory accesses use I/O load/store instructions.WAIT statement not allowed in PURE procedure at %CWHERE assignment target at %L has inconsistent shapeWHERE mask at %L has inconsistent shapeWHERE/ELSEWHERE clause at %L requires a LOGICAL arrayWarn about "extern" declarations not at file scope.Warn about "suspicious" constructs.Warn about 'new' of type with extended alignment without -faligned-new.Warn about @selector()s without previously declared methods.Warn about C constructs that are not in the common subset of C and C++.Warn about C++ constructs whose meaning differs between ISO C++ 1998 and ISO C++ 2011.Warn about C++ constructs whose meaning differs between ISO C++ 2011 and ISO C++ 2014.Warn about C++ constructs whose meaning differs between ISO C++ 2014 and (forthcoming) ISO C++ 201z(7?).Warn about C++ polymorphic types where adding final keyword would improve code quality.Warn about C++ virtual methods where adding final keyword would improve code quality.Warn about C++11 inheriting constructors when the base has a variadic constructor.Warn about NULL being passed to argument slots marked as requiring non-NULL.Warn about PCH files that are found but not used.Warn about USE statements that have no ONLY qualifier.Warn about __TIME__, __DATE__ and __TIMESTAMP__ usage.Warn about alignment of COMMON blocks.Warn about all enumerated switches missing a specific case.Warn about an empty body in an if or else statement.Warn about an invalid DO loop.Warn about boolean expression compared with an integer value different from true/false.Warn about called procedures not explicitly declared.Warn about calls to snprintf and similar functions that truncate output.Warn about calls with implicit interface.Warn about casting functions to incompatible types.Warn about casts which discard qualifiers.Warn about certain operations on boolean expressions.Warn about code which might break strict aliasing rules.Warn about comparison of different enum types.Warn about compile-time integer division by zero.Warn about constant integer divisions with truncated results.Warn about creation of array temporaries.Warn about dangling else.Warn about deleting polymorphic objects with non-virtual destructors.Warn about deprecated 'vector long ...' AltiVec type usage.Warn about duplicated branches in if-else statements.Warn about duplicated conditions in an if-else-if chain.Warn about enumerated switches missing a "default:" statement.Warn about enumerated switches, with no default, missing a case.Warn about equality comparisons involving REAL or COMPLEX expressions.Warn about features not present in ISO C90, but present in ISO C99.Warn about features not present in ISO C99, but present in ISO C11.Warn about features not present in traditional C.Warn about format strings that are not literals.Warn about format strings that contain NUL bytes.Warn about function call elimination.Warn about function calls with format strings that write past the end of the destination region.Warn about function parameters declared without a type specifier in K&R-style functions.Warn about function pointer arithmetic.Warn about functions which might be candidates for __attribute__((const)).Warn about functions which might be candidates for __attribute__((noreturn)).Warn about functions which might be candidates for __attribute__((pure)).Warn about functions which might be candidates for format attributes.Warn about global functions without previous declarations.Warn about global functions without prototypes.Warn about implicit conversions from "float" to "double".Warn about implicit declarations.Warn about implicit function declarations.Warn about inappropriate attribute usage.Warn about incompatible integer to pointer and pointer to integer conversions.Warn about invalid uses of the "offsetof" macro.Warn about macros defined in the main file that are not used.Warn about maybe uninitialized automatic variables.Warn about memory access errors found by Pointer Bounds Checker.Warn about missing ampersand in continued character constants.Warn about missing fields in struct initializers.Warn about missing sized deallocation functions.Warn about misuses of pragmas.Warn about most implicit conversions.Warn about multiple declarations of the same object.Warn about narrowing conversions within { } that are ill-formed in C++11.Warn about non-virtual destructors.Warn about none ISO msvcrt scanf/printf width extensions.Warn about optimizations that assume that signed overflow is undefined.Warn about overflow in arithmetic expressions.Warn about overloaded virtual function names.Warn about overriding initializers with side effects.Warn about overriding initializers without side effects.Warn about packed bit-fields whose offset changed in GCC 4.4.Warn about pointer casts which increase alignment.Warn about positional initialization of structs requiring designated initializers.Warn about possible aliasing of dummy arguments.Warn about possible security problems with format functions.Warn about possible violations of sequence point rules.Warn about possibly missing braces around initializers.Warn about possibly missing parentheses.Warn about possibly nested block comments, and C++ comments spanning more than one physical line.Warn about printf/scanf/strftime/strfmon format string anomalies.Warn about questionable usage of the macros used to retrieve variable arguments.Warn about real-literal-constants with 'q' exponent-letter.Warn about returning a pointer/reference to a local or temporary variable.Warn about returning structures, unions or arrays.Warn about sign differences with format functions.Warn about signed-unsigned comparisons.Warn about some C++ One Definition Rule violations during link time optimization.Warn about statements between switch's controlling expression and the first case.Warn about stray tokens after #else and #endif.Warn about strftime formats yielding 2-digit years.Warn about subscripts whose type is "char".Warn about suspicious calls to memset where the third argument contains the number of elements not multiplied by the element size.Warn about suspicious calls to memset where the third argument is constant literal zero and the second is not.Warn about suspicious declarations of "main".Warn about suspicious length parameters to certain string functions if the argument uses sizeof.Warn about suspicious uses of memory addresses.Warn about switches with boolean controlling expression.Warn about things that change between the current -fabi-version and the specified version.Warn about things that will change when compiling with an ABI-compliant compiler.Warn about truncated character expressions.Warn about truncated source lines.Warn about uncasted NULL used as sentinel.Warn about underflow of numerical constant expressions.Warn about uninitialized automatic variables.Warn about unprototyped function declarations.Warn about unrecognized pragmas.Warn about unsuffixed float constants.Warn about unused dummy arguments.Warn about use of multi-character character constants.Warn about useless casts.Warn about user-specified include directories that do not exist.Warn about uses of __attribute__((deprecated)) declarations.Warn about uses of register storage specifier.Warn about using variadic macros.Warn about variables that might be changed by "longjmp" or "vfork".Warn about variables which are initialized to themselves.Warn about violations of Effective C++ style rules.Warn about zero-length formats.Warn about zero-trip DO loops.Warn for conditionally-supported constructs.Warn for converting NULL from/to a non-pointer type.Warn for implicit type conversions between signed and unsigned integers.Warn for implicit type conversions that cause loss of floating point precision.Warn for implicit type conversions that may change a value.Warn for obsolescent usage in a declaration.Warn for placement new expressions with undefined behavior.Warn if "defined" is used outside #if.Warn if a C-style cast is used in a program.Warn if a caller of a function, marked with attribute warn_unused_result, does not use its return value.Warn if a class type has a base or a field whose type uses the anonymous namespace or depends on a type with no linkage.Warn if a comparison always evaluates to true or false.Warn if a comparison is always true or always false due to the limited range of the data type.Warn if a deprecated compiler feature, class, method, or field is used.Warn if a function uses alloca or creates an array with dynamic size.Warn if a local declaration hides an instance variable.Warn if a loop with constant number of iterations triggers undefined behavior.Warn if a property for an Objective-C object has no assign semantics specified.Warn if a selector has multiple methods.Warn if a simd directive is overridden by the vectorizer cost model.Warn if a single function's framesize exceeds the given framesize.Warn if a string is longer than the maximum portable length specified by the standard.Warn if a subobject has an abi_tag attribute that the complete object type does not have.Warn if a throw expression will always result in a call to terminate().Warn if a user-procedure has the same name as an intrinsic.Warn if a variable length array is used.Warn if a virtual base has a non-trivial move assignment operator.Warn if an MCU name is unrecognized or conflicts with other options (default: on).Warn if an array is accessed out of bounds.Warn if an old-style parameter definition is used.Warn if an undefined macro is used in an #if directive.Warn if comparing pointer parameter with nonnull attribute with NULL.Warn if constant CFString objects contain non-portable characters.Warn if dereferencing a NULL pointer may lead to erroneous or undefined behavior.Warn if inherited methods are unimplemented.Warn if left shift of a signed value overflows.Warn if left shifting a negative value.Warn if passing too many arguments to a function for its format string.Warn if qualifiers on arrays which are pointer targets are discarded.Warn if shift count >= width of type.Warn if shift count is negative.Warn if testing floating point numbers for equality.Warn if the ISR is misspelled, i.e. without __vector prefix. Enabled by default.Warn if the address space of an address is changed.Warn if the loop cannot be optimized due to nontrivial assumptions.Warn if the pointer in a pointer assignment might outlive its target.Warn if the type of a variable might be not interoperable with C.Warn if trigraphs are encountered that might affect the meaning of the program.Warn if type qualifiers on pointers are discarded.Warn if type signatures of candidate methods do not match exactly.Warn in case profiles in -fprofile-use do not match.Warn of prototypes causing type conversions different from what would happen in the absence of prototype.Warn on any use of alloca.Warn on direct multiple inheritance.Warn on direct virtual inheritance.Warn on intrinsics not part of the selected standard.Warn on namespace definition.Warn on primary template declaration.Warn on suspicious constructs involving reverse scalar storage order.Warn when __builtin_frame_address or __builtin_return_address is used unsafely.Warn when __sync_fetch_and_nand and __sync_nand_and_fetch built-in functions are used.Warn when a #warning directive is encountered.Warn when a Cell microcoded instruction is emitted.Warn when a built-in function is declared with the wrong signature.Warn when a built-in preprocessor macro is undefined or redefined.Warn when a const variable is unused.Warn when a declaration does not specify a type.Warn when a declaration has duplicate const, volatile, restrict or _Atomic specifier.Warn when a declaration is found after a statement.Warn when a function cannot be expanded to HSAIL.Warn when a function is unused.Warn when a function parameter is only set, otherwise unused.Warn when a function parameter is unused.Warn when a jump misses a variable initialization.Warn when a label is unused.Warn when a left-hand-side array variable is reallocated.Warn when a left-hand-side variable is reallocated.Warn when a literal '0' is used as null pointer.Warn when a logical operator is suspiciously always evaluating to true or false.Warn when a noexcept expression evaluates to false even though the expression can't actually throw.Warn when a pointer differs in signedness in an assignment.Warn when a pointer is cast to an integer of a different size.Warn when a pointer is compared with a zero character constant.Warn when a register variable is declared volatile.Warn when a string or character literal is followed by a ud-suffix which does not begin with an underscore.Warn when a variable is only set, otherwise unused.Warn when a variable is unused.Warn when a vector operation is compiled outside the SIMD.Warn when all constructors and destructors are private.Warn when an argument passed to a restrict-qualified parameter aliases with another argument.Warn when an atomic memory model parameter is known to be outside the valid range.Warn when an expression value is unused.Warn when an inlined function cannot be inlined.Warn when an optimization pass is disabled.Warn when attempting to free a non-heap object.Warn when converting the type of pointers to member functions.Warn when deleting a pointer to incomplete type.Warn when logical not is used on the left hand side operand of a comparison.Warn when multiple, different, fast interrupt handlers are in the compilation unit.Warn when non-templatized friend functions are declared within a template.Warn when not issuing stack smashing protection for some reason.Warn when one local variable shadows another local variable or parameter of compatible type.Warn when one local variable shadows another local variable or parameter.Warn when one variable shadows another (globally).Warn when one variable shadows another.  Same as -Wshadow=global.Warn when overload promotes from unsigned to signed.Warn when padding is required to align structure members.Warn when sizeof is applied on a parameter declared as an array.Warn when the compiler reorders code.Warn when the indentation of the code does not reflect the block structure.Warn when the packed attribute has no effect on struct layout.Warn when there is a cast to a pointer from an integer of a different size.Warn when there is a conversion between pointers that have incompatible types.Warn when typedefs locally defined in a function are not used.Warn whenever a function's return type defaults to "int" (C), or about inconsistent return types (C++).Warn whenever a trampoline is generated.Warn whenever an Objective-C assignment is being intercepted by the garbage collector.Warn whenever attributes are ignored.Warn whenever type qualifiers are ignored.WarningWhen "signed" or "unsigned" is not given make the bitfield signed.When "signed" or "unsigned" is not given make the bitfield unsigned.When accessing RAM, use X as imposed by the hardware, i.e. just use pre-decrement, post-increment and indirect addressing with the X register.  Without this option, the compiler may assume that there is an addressing mode X+const similar to Y+const and Z+const and emit instructions to emulate such an addressing mode for X.When generating -fpic code, allow the use of PLTs. Ignored for fno-pic.When generating -mabicalls code, allow executables to use PLTs and copy relocations.When generating -mabicalls code, make the code suitable for use in shared libraries.When possible do not generate stack frames.When running CSE, follow jumps to their targets.Where shorter, use canonicalized paths to systems headers.Whether to use canonical types.Which -fsched-pressure algorithm to apply.While setting up signal handler: %mWhile setting up signal stack: %mWhole program analysis (WPA) mode with number of parallel jobs specified.With this option zero size obtained dynamically for objects with incomplete type will be treated as infinite.Without padding, there are not enough elements in the intrinsic RESHAPE source at %L to match the shapeWork around VR4130 mflo/mfhi errata.Work around a hardware anomaly by adding a number of NOPs before a CSYNC or SSYNC instruction.Work around an early 4300 hardware bug.Work around bug in multiplication instruction.Work around certain 24K errata.Work around certain R10000 errata.Work around certain R4000 errata.Work around certain R4400 errata.Work around certain RM7000 errata.Work around certain VR4120 errata.Work around errata for early SB-1 revision 2 cores.Work around hardware multiply bug.Workaround for ARM Cortex-A53 Erratum number 835769.Workaround for ARM Cortex-A53 Erratum number 843419.Write all declarations as Ada code for the given file only.Write all declarations as Ada code transitively.Writing module %qs at line %d column %d: %sWrong entry in TYPE_ARG_TYPES listWrong node is referenced with chkp referenceWrong tree in TYPE_FIELDS listX32 does not support ms_abi attributeXXX entering pop_everything ()
  XXX leaving pop_everything ()
! You cannot take the address of a nested function if you use the -mno-pointers-to-nested-functions option.You must enable NEON instructions (e.g. -mfloat-abi=softfp -mfpu=neon) to use these intrinsics.You must enable VFP instructions to use these intrinsics.You must enable crypto instructions (e.g. include -mfloat-abi=softfp -mfpu=crypto-neon...) to use these intrinsics.You need a C startup file for -msys-crt0=Your target platform does not support -fcheck-pointer-boundsZero is not a valid statement label at %CZero width in format descriptor[Leaving %s]
! [cannot find %s][default][disabled][enabled][super ...] must appear in a method context__BELOW100__ attribute not allowed with auto storage class__builtin_arc_aligned with non-constant alignment__builtin_eh_return not supported on this target__builtin_rx_%s takes 'C', 'Z', 'S', 'O', 'I', or 'U'__builtin_saveregs not supported by this subtarget__builtin_saveregs not supported by this target__builtin_set_thread_pointer is not supported on this target__builtin_shuffle argument vector(s) inner type must have the same size as inner type of the mask__builtin_shuffle argument vectors must be of the same type__builtin_shuffle arguments must be vectors__builtin_shuffle last argument must be an integer vector__builtin_shuffle number of elements of the argument vector(s) and the mask vector should be the same__builtin_thread_pointer is not supported on this target__builtin_unreachable or __builtin_trap call with arguments__delay_cycles is limited to 32-bit loop counts__delay_cycles only takes non-negative cycle counts__delay_cycles() only takes constant arguments__float128 and __ibm128 cannot be used in the same expression__float128 and long double cannot be used in the same expression__fp16 and no ldrh__ibm128 and long double cannot be used in the same expression__label__ declarations are only allowed in function scopes__sec_implicit_index argument %d must be less than the rank of %qE__sec_implicit_index parameter must be an integer constant expression``custom-%s=' argument requires numeric digitsa brace-enclosed initializer is not allowed herea call to a constructor cannot appear in a constant-expressiona cast to a type other than an integral or enumeration type cannot appear in a constant-expressiona comma operator cannot appear in a constant-expressiona definition that differs by virtual keyword in another translation unita destructor cannot be %<constexpr%>a different method of same type is defined in another translation unita different type is defined in another translation unita field of same name but different type is defined in another translation unita field with different name is defined in another translation unita function call cannot appear in a constant-expressiona function-definition is not allowed herea label can only be part of a statement and a declaration is not a statementa lambda closure type has a deleted copy assignment operatora lambda closure type has a deleted default constructora member of a structure or union cannot have a variably modified typea nested function is not supported for reduced registersa parameter cannot be declared %<constexpr%>a parameter list with an ellipsis can%'t match an empty parameter name list declarationa storage class can only be specified for objects and functionsa template cannot be defaulteda template declaration cannot appear at block scopea template-id may not appear in a using-declarationa temporary bound to %qD only persists until the constructor exitsa transaction expression cannot appear in a constant-expressiona type defined in another translation unit is not polymorphica type defined in another translation unit is polymorphica type with different alignment is defined in another translation unita type with different attributes is defined in another translation unita type with different bases is defined in another translation unita type with different number of fields is defined in another translation unita type with different number of methods is defined in another translation unita type with different precision is defined in another translation unita type with different qualifiers is defined in another translation unita type with different signedness is defined in another translation unita type with different size is defined in another translation unita type with different virtual table pointers is defined in another translation unita using-declaration cannot specify a template-id.  Try %<using %D%>a wide string is invalid in this contextabnormal call edges for non-call insn in bb %iabnormal edges for no purpose in bb %iabort in %s, at %s:%dabstract declarator %qT used as declarationaccess declarations are deprecated in favour of using-declarations; suggestion: add the %<using%> keywordaccessing %qD member instead of initialized %qD member in constant expressionaccessing data memory with program memory addressaccessing program memory with data memory addressaccessing value of %qE through a %qT glvalue in a constant expressionaccumulator is not a constant integeraccumulator number is out of boundsactual argument to INTENT = OUT/INOUTaddress area attribute cannot be specified for functionsaddress area of %q+D conflicts with previous declarationaddress mode %qs not supported in the %s bit modeaddress of explicit register variable %qD requestedaddress of global register variable %qD requestedaddress of overloaded function with no contextual type informationaddress of register variable %qD requestedaddress offset not a constantaddress operand requires constraint for X, Y, or Z registeraddress requested for %qD, which is declared %<register%>address space %qs not supported for devices with flash size up to %d KiBaddress spaces are not supported for reduced Tiny devicesaddress taken, but ADDRESSABLE bit not setaddress-of an object %qE with thread local or automatic storage is not a constant expressionaggregate %q#D has incomplete type and cannot be definedaggregate value used where a complex was expectedaggregate value used where a fixed-point was expectedaggregate value used where a float was expectedaggregate value used where an integer was expectedakaalias definitions not supported in Mach-O; ignoredalias definitions not supported in this configurationalignment (%u) for %s exceeds maximum alignment for global common data.  Using %ualignment for %q+D must be at least %dalignment for %q+D was previously specified as %d and may not be decreasedalignment may not be specified for %q+Dalignment must be a small power of two, not %dalignment of %q+D is greater than maximum object file alignment %dalignment of %qD is bigger than original declarationalignment of array elements is greater than element sizealignment specified for %<register%> object %qEalignment specified for bit-field %qEalignment specified for function %qEalignment specified for parameter %qEalignment specified for typedef %qEalignment specified for unnamed bit-fieldalignment specified for unnamed parameterall member functions in class %qT are privatealloc_align parameter outside rangealloc_size parameter outside rangeallocatable argumentalready captured %qD in lambda expressionalso found %<%c%s%>alternatives not allowed in asm flag outputalways_inline function might not be inlinableambiguous conversion for array subscriptambiguous default type conversion from %qTambiguous method %s%s%sambiguous template specialization %qD for %q+Dan address area attribute cannot be specified for local variablesan anonymous struct cannot have function membersan anonymous union cannot have function membersan argument type that has a default promotion can%'t match an empty parameter name list declarationan array of different size is defined in another translation unitan array reference cannot appear in a constant-expressionan asm-specification is not allowed on a function-definitionan assignment cannot appear in a constant-expressionan attribute that appertains to a type-specifier is ignoredan decrement cannot appear in a constant-expressionan enum with different value name is defined in another translation unitan enum with different values is defined in another translation unitan enum with mismatching number of values is defined in another translation unitan explicit specialization must be preceded by %<template <>%>an increment cannot appear in a constant-expressionan indirect edge from %s has no corresponding call_stmtan indirect edge with unknown callee corresponding to a call_stmt with a known declaration:anachronismanachronism: anachronistic old-style base class initializerand %qT has no template constructorsand fieldanonymous struct not inside named typeanonymous union with no membersapplying #pragma weak %q+D after first use results in unspecified behaviorarchitecture %qs supported for assembler onlyargs to be formatted is not %<...%>argument %d of %qE might be a candidate for a format attributeargument %d of %qE must be a pointer to a constant size typeargument %d of %qE must be a pointer typeargument %d of %qE must not be a pointer to a functionargument %d of '%s' did not have the expected nameargument %d to the built-in must be a constant in range %d to %dargument %i in the range [%E, %E]argument %q+D might be clobbered by %<longjmp%> or %<vfork%>argument %qD doesn%'t match built-in prototypeargument %qD doesn%'t match prototypeargument %qd is not a constantargument %qs to %<-Waligned-new%> not recognizedargument %qs to %<-Wnormalized%> not recognizedargument %qs to %<-femit-struct-debug-detailed%> not recognizedargument %qs to %<-femit-struct-debug-detailed%> unknownargument %u in call to function %qE does not have integral typeargument %u null where non-null expectedargument 1 must be a 5-bit signed literalargument 1 must be a mapargument 1 of %qE must be a non-void pointer typeargument 1 of %qE must be a pointer to a constant size typeargument 1 of %qE must be a pointer to a nonzero size objectargument 1 of __builtin_altivec_predicate is out of rangeargument 1 of __builtin_altivec_predicate must be a constantargument 1 of __builtin_paired_predicate is out of rangeargument 1 of __builtin_paired_predicate must be a constantargument 1 of __builtin_spe_predicate is out of rangeargument 1 of __builtin_spe_predicate must be a constantargument 2 must be a 5-bit unsigned literalargument 3 in call to function %qE does not have pointer to integral typeargument 3 in call to function %qE has boolean typeargument 3 in call to function %qE has enumerated typeargument 3 in call to function %qE has pointer to boolean typeargument 3 in call to function %qE has pointer to enumerated typeargument 3 must be a 1-bit unsigned literalargument 3 must be a 2-bit unsigned literalargument 3 must be a 4-bit unsigned literalargument dependent lookup finds %q+Dargument must be a field referenceargument must be array or slice or channelargument must be channelargument must be string or array or slice or map or channelargument must have complex typeargument not permitted on %qs clause in OpenACC %<parallel%>argument of %<__builtin_eh_return_regno%> must be constantargument of %qE attribute is not "ilink"argument of %qE attribute is not "ilink1" or "ilink2"argument of %qE attribute is not "reset", "software_exception", "page_miss", "timer0", "timer1", "message", "dma0", "dma1", "wand" or "swi"argument of %qE attribute is not a string constantargument of %qE attribute is not a string constant or numberargument of Offsetof implies indirection of an embedded fieldargument of function call might be a candidate for a format attributeargument to %%:compare-debug-auxbase-opt does not end in .gkargument to %<-O%> should be a non-negative integer, %<g%>, %<s%> or %<fast%>argument to %<alloca%> is too largeargument to %<alloca%> is zeroargument to %<alloca%> may be too largeargument to %<alloca%> may be too large due to conversion from %qT to %qTargument to %<sizeof%> in %qD call is the same expression as the destination; did you mean to dereference it?argument to %<sizeof%> in %qD call is the same expression as the destination; did you mean to provide an explicit length?argument to %<sizeof%> in %qD call is the same expression as the destination; did you mean to remove the addressof?argument to %<sizeof%> in %qD call is the same expression as the first source; did you mean to dereference it?argument to %<sizeof%> in %qD call is the same expression as the first source; did you mean to provide an explicit length?argument to %<sizeof%> in %qD call is the same expression as the first source; did you mean to remove the addressof?argument to %<sizeof%> in %qD call is the same expression as the second source; did you mean to dereference it?argument to %<sizeof%> in %qD call is the same expression as the second source; did you mean to provide an explicit length?argument to %<sizeof%> in %qD call is the same expression as the second source; did you mean to remove the addressof?argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to dereference it?argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to provide an explicit length?argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to remove the addressof?argument to %<sizeof%> in %qD call is the same pointer type %qT as the destination; expected %qT or an explicit lengthargument to %<sizeof%> in %qD call is the same pointer type %qT as the first source; expected %qT or an explicit lengthargument to %<sizeof%> in %qD call is the same pointer type %qT as the second source; expected %qT or an explicit lengthargument to %<sizeof%> in %qD call is the same pointer type %qT as the source; expected %qT or an explicit lengthargument to %qE attribute is neither eic, nor vector=<line>argument to %qE attribute is neither zero, nor oneargument to %qE attribute is not intstackargument to %qE attribute larger than %dargument to %qs must be a 2-bit unsigned literalargument to %qs should be a non-negative integerargument to decltype must be an expressionargument to dss must be a 2-bit unsigned literalargument to variable-length array is too largeargument to variable-length array is zeroargument to variable-length array may be too largeargument to variable-length array may be too large due to conversion from %qT to %qTarguments '%s' and '%s' for intrinsic %sarguments '%s' and '%s' for intrinsic '%s'arguments 'a%d' and 'a%d' for intrinsic '%s'arguments to destructor are not allowedarithmetic IFarithmetic on pointer to an incomplete typearray %q+D assumed to have one elementarray %qD initialized by parenthesized string literal %qEarray assignmentarray bound forbidden after parenthesized type-idarray bound is not an integer constantarray index in initializer exceeds array boundsarray index in initializer is not an integer constant expressionarray index in initializer not of integer typearray index in non-array initializerarray index range in initializer exceeds array boundsarray initialized from non-constant array expressionarray initialized from parenthesized string constantarray must be initialized with a brace-enclosed initializerarray of inappropriate type initialized from string constantarray resultarray size missing in %q+Darray size missing in %qDarray size missing in %qTarray subscript has type %<char%>array subscript is above array boundsarray subscript is below array boundsarray subscript is not an integerarray subscript is outside array boundsarray types have different boundsarray used as initializerarrays of functions are not meaningfulas %qDasm clobber conflict with input operandasm clobber conflict with output operandasm declaration ignored due to conflict with previous renameasm not allowed in %<transaction_safe%> functionasm not allowed in atomic transactionasm operand %d probably doesn%'t match constraintsasm-specifier for variable %qE conflicts with asm clobber listassembler name hash list corruptedassertion missing after %qsassign semantics attributes of property %qD conflict with previous declarationassigning to an array from an initializer listassignmentassignment (not initialization) in declarationassignment discards %qv qualifier from pointer target typeassignment from distinct Objective-C typeassignment from incompatible pointer typeassignment from pointer to non-enclosed address spaceassignment left-hand side might be a candidate for a format attributeassignment makes %q#v qualified function pointer from unqualifiedassignment makes integer from pointer without a castassignment makes pointer from integer without a castassignment of constant field %qDassignment of function %qDassignment of member %qD in read-only objectassignment of read-only location %qEassignment of read-only member %qDassignment of read-only named return value %qDassignment of read-only parameter %qDassignment of read-only reference %qDassignment of read-only variable %qDassignment suppressionassume_aligned parameter not integer constantassumed-rank argumentassumed-shape argumentassumed-type argumentassuming cast to type %qT from overloaded functionassuming directive output of %wu byteassuming directive output of %wu bytesassuming pointer to member %qDassuming signed overflow does not occur when combining constants around a comparisonassuming signed overflow does not occur when reducing constant in comparisonassuming signed overflow does not occur when simplifying %</%> or %<%%%> to %<>>%> or %<&%>assuming signed overflow does not occur when simplifying %<abs (X)%> to %<X%> or %<-X%>assuming signed overflow does not occur when simplifying %<min/max (X,Y)%> to %<X%> or %<Y%>assuming signed overflow does not occur when simplifying conditionalassuming signed overflow does not occur when simplifying conditional to constantassuming signed overflow does not occur when simplifying range testasynchronous argumentatexit failedattempt to take address of bit-field structure member %qDattribute %<fallthrough%> not preceding a case label or default labelattribute %qE argument not a stringattribute %qs applies to array types onlyattribute declarationattribute for %q#T must follow the %qs keywordattribute ignoredattribute ignored in declaration of %q#Tattribute(target("%s")) is unknownattributes after parenthesized initializer ignoredattributes are not allowed on a function-definitionattributes ignored on elaborated-type-specifier that is not a forward declarationattributes ignored on template instantiationattributes ignored on uninstantiated typeattributes in parameter array declarator ignoredattributes may not be specified before the %<@%D%> Objective-C++ keywordauto fpu selection not currently permitted hereautomatic variable %qE cannot be %<threadprivate%>aux field set for edge %s->%saux field set for indirect edge from %sbad addressbad address, not (reg+disp):bad address, not a constant:bad address, not an I/O address:bad address, not post_inc or pre_dec:bad alignment: %dbad amount of stack space removal: %dbad array initializerbad builtin codebad builtin fcodebad builtin icodebad condition codebad expression type during walk (%d)bad insn for 'A'bad insn in frv_print_operand, 0 casebad insn in frv_print_operand, bad const_doublebad insn in frv_print_operand, z casebad insn to frv_print_operand, 'F' modifier:bad insn to frv_print_operand, 'L' modifier:bad insn to frv_print_operand, 'M/N' modifier:bad insn to frv_print_operand, 'O' modifier:bad insn to frv_print_operand, 'e' modifier:bad insn to frv_print_operand, 'f' modifier:bad insn to frv_print_operand, 'g' modifier:bad insn to frv_print_operand, P modifier:bad insn to frv_print_operand_address:bad insn to frv_print_operand_memory_reference:bad movebad operandbad option %qs to attribute %<optimize%>bad option %qs to pragma %<optimize%>bad output_condmove_single operandbad output_move_double operandbad output_move_single operandbad registerbad register to frv_print_operand_memory_reference_reg:bad shift insn:bad testbad usage of spec function %qsbad value %<%s%> for -mtls-size= switchbad value %qs for -mcpu switchbad value %qs for -mfp-rounding-mode switchbad value %qs for -mfp-trap-mode switchbad value %qs for -mmemory-latencybad value %qs for -mtls-size switchbad value %qs for -mtrap-precision switchbad value %qs for -mtune switchbad value (%qs) for %<-march=%> switchbad value (%qs) for %<-mtune=%> switchbad value (%qs) for %<target("arch=")%> attributebad value (%qs) for %<target("tune=")%> attributebad value (%s) for -march= switchbad value (%s) for -mcmodel= switchbad value (%s) for -mtune= switchbad value for -mcall-%sbad value for -msdata=%sbadly nested C headers from preprocessorbarrier region may not be closely nested inside of work-sharing, %<critical%>, %<ordered%>, %<master%>, explicit %<task%> or %<taskloop%> regionbase %qT will be initialized afterbase class %q#T should be explicitly initialized in the copy constructorbase initializer expansion %<%T%> contains no parameter packsbase operand of %<->%> has non-pointer type %qTbase operand of %<->%> is not a pointerbase type %qT fails to be a struct or class typebasic block %d pred edge is corruptedbasic block %d should be marked irreduciblebasic block %d should not be marked irreduciblebasic block %i edge lists are corruptedbasic blocks not laid down consecutivelybb %d does not belong to loop %dbb %d has father loop %d, should be loop %dbb %d on wrong placebinary operator does not support mixing vector bool with floating point vector operandsbinary operator does not support two vector bool operandsbinary operator does not support vector bool operandbind(c) procedurebit-field %q+#D with non-integral typebit-field %q+D width not an integer constantbit-field %qD with non-integral typebit-field %qs has invalid typebit-field %qs width not an integer constantbit-field %qs width not an integer constant expressionblock IFbody of constexpr function %qD not a return-statementbogus DISPOSE construction: %dbogus JARL construction: %dbogus JR construction: %dbogus PREPEARE construction: %dbogus comparison result typeboolean registers required for the floating-point optionboth %s and %qE attribute provide addressboth arguments to %<__builtin___clear_cache%> must be pointersbraced spec %qs is invalid at %qcbraced spec body %qs is invalidbraced-group within expression allowed only inside a functionbraces around scalar initializerbraces around scalar initializer for type %qTbranch %2d never executed
  branch %2d taken %s%s
! branch target register load optimization is not intended to be run twicebreak statement not within loop or switchbreak statement used with OpenMP for loopbuilt-in function %q+D declared as non-functionbuilt-in function %qD requires the %<-mconstant-cfstrings%> flagbuilt-in function %qD takes one argument onlybuilt-in function %qE must be directly calledbuilt-in function %qE not supported for MIPS16builtin operand should be an unsigned 6-bit valuebut not herebytecode stream in file %qs generated with LTO version %d.%d instead of the expected %d.%dbytecode stream: expected tag %s instead of %sbytecode stream: found empty cgraph nodebytecode stream: found multiple instances of cgraph node with uid %dbytecode stream: found non-null terminated stringbytecode stream: garbage at the end of symbols sectionbytecode stream: no callee found while reading edgebytecode stream: no caller found while reading edgebytecode stream: string too long for the string tablebytecode stream: tag %s is not in the expected range [%s, %s]bytecode stream: trying to read %d bytes after the end of the input bufferbytecode stream: unexpected LTO section %sbytecode stream: unexpected tag %sbytecode stream: unknown GIMPLE statement tag %scall   %2d never executed
  call   %2d returned %s
! call has circular dependencycall is unlikely and code size would growcall of %<(%T) (%A)%> is ambiguouscall of overloaded %<%D(%A)%> is ambiguouscall of overloaded %<%s(%A)%> is ambiguouscall to %<__builtin_custom_%s%> conflicts with switch %<-mcustom-%s%>call to %qD uses the default argument for parameter %P, which is not yet definedcall to function %qD which throws incomplete type %q#Tcall to function which throws incomplete type %q#Tcall to non-constexpr function %qDcall to non-function %qDcall-clobbered register used for global register variablecalled from herecalled from this functioncaller edge count is negativecaller edge frequency %i does not match BB frequency %icaller edge frequency is negativecaller edge frequency is too largecaller is instrumentation thunkcaller is not optimizedcalling %qD with SSE calling convention without SSE/SSE2 enabledcalling %qD with a nonzero argument is unsafecalling %qD with attribute sseregparm without SSE/SSE2 enabledcalling %qT with attribute sseregparm without SSE/SSE2 enabledcalls to overloaded operators cannot appear in a constant-expressioncan not find instance variable associated with propertycan not use -mtp=cp15 with 16-bit Thumbcan not use an object as parameter to a methodcan only use %qE attribute on file-scope definitions of objects of class typecan%'t apply both longcall and shortcall attributes to the same functioncan%'t convert a value of type %qT to vector type %qT which has different sizecan%'t convert a vector of type %qT to type %qT which has different sizecan%'t convert from incomplete type %qT to %qTcan%'t convert value to a vectorcan%'t create precompiled header %s: %mcan%'t create repository information file %qscan%'t define friend function %qs in a local class definitioncan%'t extend PCH file: %mcan%'t find a register in class %qs while reloading %<asm%>can%'t get position in PCH file: %mcan%'t mix operands of decimal float and complex typescan%'t mix operands of decimal float and other float typescan%'t mix operands of decimal float and vector typescan%'t open %qs for writing: %mcan%'t open %s for writing: %mcan%'t open %s: %mcan%'t read %s: %mcan%'t read PCH file: %mcan%'t set %qE attribute after definitioncan%'t set position in PCH file: %mcan%'t use %qs as a call-saved registercan%'t use %qs as a call-used registercan%'t use %qs as a fixed registercan%'t use multiple stack checking methods togethercan%'t write %s: %mcan%'t write PCH filecan%'t write PCH file: %mcan%'t write padding to PCH file: %mcan%'t write to %s: %mcan't get program status: %mcan't open %s: %mcan't open input file: %scan't open ldd output: %mcan't open nm output: %mcan't use non gp relative absolute addresscandidate 1:candidate 2:candidate is:candidates are:candidate is: %+#Dcandidates are:candidates are: %+#Dcannot add an enumerator list to a template instantiationcannot allocate an object of abstract type %qTcannot allocate stack for variable %q+D, naked function.cannot apply %<offsetof%> to a non constant addresscannot apply %<offsetof%> to destructor %<~%T%>cannot apply %<offsetof%> to member function %qDcannot apply %<offsetof%> to static data member %qDcannot apply %<offsetof%> when %<operator[]%> is overloadedcannot apply member pointer %qE to %qE, which is of non-class type %qTcannot bind bitfield %qE to %qTcannot bind packed field %qE to %qTcannot bind rvalue %qE to %qTcannot call constructor %<%T::%D%> directlycannot call member function %qD without objectcannot capture %qE by referencecannot close receive-only channelcannot convert %qE from type %qT to type %qTcannot convert %qT to %qTcannot convert %qT to %qT for argument %qP to %qDcannot convert %qT to %qT in argument passingcannot convert %qT to %qT in assignmentcannot convert %qT to %qT in default argumentcannot convert %qT to %qT in initializationcannot convert %qT to %qT in returncannot convert to a pointer typecannot convert type %qT to type %qTcannot create pointer to reference member %qDcannot create type information for type %qT because it involves types of variable sizecannot declare %<::main%> to be a templatecannot declare %<::main%> to be inlinecannot declare %<::main%> to be staticcannot declare %qD to be a bit-field typecannot declare bit-field %qD with function typecannot declare field %q+D to be of abstract type %qTcannot declare member %<%T::%s%> within %qTcannot declare member function %<%T::%s%> within %<%T%>cannot declare member function %qD to have static linkagecannot declare parameter %q+D to be of abstract type %qTcannot declare pointer to %q#Tcannot declare pointer to %q#T membercannot declare pointer to qualified function type %qTcannot declare reference to %q#Tcannot declare reference to %q#T, which is not a typedef or a template type argumentcannot declare reference to qualified function type %qTcannot declare static function inside another functioncannot declare variable %q+D to be of abstract type %qTcannot decompose addresscannot decrement a pointer to incomplete type %qTcannot define member function %<%T::%s%> within %<%T%>cannot define member of dependent typedef %qTcannot delete a function.  Only pointer-to-objects are valid arguments to %<delete%>cannot derive from %<final%> base %qT in derived type %qTcannot disable built-in function %qscannot dynamic_cast %qE (of type %q#T) to type %q#T (%s)cannot emit unaligned pointers in ptx assemblycannot expand initializer for member %<%D%>cannot explicitly declare member %q#D to have extern linkagecannot find %s in plugin %s
! %scannot find '%s'cannot find 'ldd'cannot find 'nm'cannot find LTO cgraph in %scannot find LTO section refs in %scannot find a valid counter:value pair:cannot find class %qEcannot find interface declaration for %qEcannot find interface declaration for %qE, superclass of %qEcannot find protocol declaration for %qEcannot find reference tag for class %qEcannot form pointer to member of non-class %q#Tcannot generate position-independent code for %qscannot handle inconsistent calls to %qscannot increment a pointer to incomplete type %qTcannot initialize aggregate of type %qT with a compound literalcannot initialize multi-dimensional array with initializercannot inline function %<main%>cannot load plugin %s
! %scannot merge separate %s counters for function %ucannot open %scannot open %s: %mcannot open '%s'cannot open intermediate ptx filecannot open profile file %scannot pass argument in vector register because altivec instructions are disabled, use -maltivec to enable themcannot pass rvalue to reference parametercannot put object with volatile field into registercannot read %s: %mcannot read LTO decls from %scannot read LTO mode table from %scannot read function profile from %scannot read string table from %scannot read working set from %scannot reload integer constant operand in %<asm%>cannot resolve overloaded function %qD based on conversion to type %qTcannot return from a handler of a function-try-block of a constructorcannot return value in vector register because altivec instructions are disabled, use -maltivec to enable themcannot set interrupt attribute: no current functioncannot set interrupt attribute: no such identifiercannot specify %<override%> for a classcannot specify -o with -c, -S or -E with multiple filescannot specify -static with -fsanitize=addresscannot specify -static with -fsanitize=threadcannot specify both -msep-data and -mid-shared-librarycannot tail-call: %scannot take address of %qscannot take address of bit-field %qDcannot take the address of %<this%>, which is an rvalue expressioncannot type switch on non-interface valuecannot update SSA formcannot use %<::%> in parameter declarationcannot use mode %qs for enumeral typescannot use mshared and static togethercannot use mthreads and mlegacy-threads togethercannot use small-data accesses for %qscannot use type %s as type %scannot use typeid with -fno-rtticannot use va_start in interrupt functioncannot value-initialize array of unknown bound %qTcanonical types differ for identical types %T and %Tcapture of non-variable %qD capture of variable %qD with non-automatic storage durationcase label %qE not within a switch statementcase label does not reduce to an integer constantcase label is not an integer constant expressioncase label not within a switch statementcase label value exceeds maximum value for typecase label value is less than minimum value for typecase labels not sorted in switch statementcase labels not sorted: case value %qs not in enumerated typecase value %qs not in enumerated type %qTcast adds %q#v qualifier to function typecast from %qT to %qT increases required alignment of target typecast from %qT to %qT loses precisioncast from function call of type %qT to non-matching type %qTcast from pointer to integer of different sizecast from type %qT to type %qT casts away qualifierscast increases required alignment of target typecast specifies array typecast specifies function typecast to %s address space pointer from disjoint %s address space pointercast to %s address space pointer from disjoint generic address space pointercast to generic address space pointer from disjoint %s address space pointercast to pointer from integer of different sizecast to union type from type not present in unioncasting %qT to %qT does not dereference pointercategory attributes are not available in Objective-C 1.0category attributes are not available in this version of the compiler, (ignored)cdecl and thiscall attributes are not compatiblecgraph_node has wrong clone listcgraph_node has wrong clone_ofcgraph_node has wrong prev_clone pointercgraph_node is in clone list but it is not clonechar-array initialized from wide stringchecksum is (%x,%x) instead of (%x,%x)chkp_find_bounds: Cannot find bounds for pointerchkp_find_bounds: Unexpected tree code %schkp_get_bounds_by_definition: Unexpected GIMPLE code %schkp_get_bounds_by_definition: Unexpected var of type %schkp_make_addressed_object_bounds: Unexpected tree code %schkp_walk_pointer_assignments: unexpected RHS type: %schoosing %qD over %qDcircular pointer delegation detectedclass %qE already existsclass %qE is deprecatedclass %qT does not have any field named %qDclass %qT is implicitly friends with itselfclass %qs does not implement the %qE protocolclass attributes are not available in Objective-C 1.0class definition may not be declared a friendclass extension for class %qE declared after its %<@implementation%>class extensions are not available in Objective-C 1.0cleanup argument not a functioncleanup argument not an identifierclose: %sclosing LTRANS output list %s: %mclosing dependency file %s: %mcoarray argumentcode model %qs not supported in the %s bit modecode model %qs not supported in x32 modecode model %s does not support PIC modecollapse argument needs positive constant integer expressioncollapsed loops not perfectly nestedcollect2 version %s
  collect: reading %s
  collect: recompiling %s
  collect: relinking
  collect: tweaking %s in %s
! collection in fast enumeration is not an objectcomdat-local function called by %s outside its comdatcomdat-local symbol referred to by %s outside its comdatcomma at end of enumerator listcommand line option %qs is not supported by this configurationcommand line option %qs is valid for %s but not for %scommand line option %qs is valid for the driver but not for %scommon symbol debug info is not structured as symbol+offsetcompact-casesi is not applicable to ARCv2comparing final insns dumpscomparing floating point with == or != is unsafecomparing vectors with different element typescomparing vectors with different number of elementscomparison always false due to limited range of data typecomparison always true due to limited range of data typecomparison between %q#T and %q#Tcomparison between %qT and %qTcomparison between distinct pointer types %qT and %qT lacks a castcomparison between distinct pointer-to-member types %qT and %qT lacks a castcomparison between pointer and integercomparison between signed and unsigned integer expressionscomparison between types %qT and %qTcomparison is always %dcomparison is always %d due to width of bit-fieldcomparison is always false due to limited range of data typecomparison is always true due to limited range of data typecomparison of complete and incomplete pointerscomparison of constant %qE with boolean expression is always falsecomparison of constant %qE with boolean expression is always truecomparison of distinct Objective-C types lacks a castcomparison of distinct pointer types lacks a castcomparison of pointers to disjoint address spacescomparison of promoted ~unsigned with constantcomparison of promoted ~unsigned with unsignedcomparison of unsigned expression < 0 is always falsecomparison of unsigned expression >= 0 is always truecomparison with string literal results in unspecified behaviorcomparisons like %<X<=Y<=Z%> do not have their mathematical meaningcompilation terminated due to -Wfatal-errors.
  compilation terminated due to -fmax-errors=%u.
  compilation terminated.
! complex arguments must have floating-point typecomplex arguments must have identical typescomplex floating point overflow in expressioncomplex integer overflow in expressioncomplex invalid for %qscompound literal has variable sizecompound literal of non-object type %qTcompound literal qualified by address-space qualifiercompound-statement in constexpr functioncompressed stream: %scondition expression refers to iteration variable %qDconditional expression between distinct pointer types %qT and %qT lacks a castconditional expression between distinct pointer-to-member types %qT and %qT lacks a castconflicting access specifications for field %qE, ignoredconflicting access specifications for method %q+D, ignoredconflicting named address spaces (%s vs %s)conflicting named address spaces (%s vs %s) for %q+Dconflicting named address spaces (%s vs generic) for %q+Dconflicting named address spaces (generic vs %s) for %q+Dconflicting return type specified for %q+#Dconflicting specifiers in declaration of %qsconflicting super class name %qEconflicting type attributes specified for %q+#Dconflicting type qualifiers for %q+Dconflicting types for %<%c%s%>conflicting types for %q+Dconflicting types for built-in function %q+Dconflicting use of -mcustom switches, target attributes, and/or __builtin_custom_ functionsconflicts with %qDconflicts with function declaration %q#Dconsider using '-pg' instead of '-p' with gprof(1)consider using `-pg' instead of `-p' with gprof (1) consider using `-pg' instead of `-p' with gprof(1)const %qs cannot be declared %<mutable%>const/copy propagation disabledconst_double_split got a bad insn:constant argument out of range for %qsconstant field %qD used as %<asm%> outputconstant not recomputed when ADDR_EXPR changedconstant refers to itselfconstexpr constructor does not have empty bodyconstexpr evaluation depth exceeds maximum of %d (use -fconstexpr-depth= to increase the maximum)constexpr static data member %qD must have an initializerconstructor cannot be static member functionconstructor delegation follows mem-initializer for %qDconstructor for alien class %qT cannot be a memberconstructor is not user-provided because it is explicitly defaulted in the class bodyconstructor priorities are not supportedconstructor priorities from 0 to %d are reserved for the implementationconstructor priorities must be integers from 0 to %d inclusiveconstructor syntax used, but no constructor declared for type %qTconstructors may not be cv-qualifiedcontaining loop herecontains additional virtual method %qDcontinue statement not within a loopcontrol flow in the middle of basic block %dcontrol reaches end of non-void functionconversion between distinct pointer types %qT and %qT lacks a castconversion between distinct pointer-to-member types %qT and %qT lacks a castconversion casts away constnessconversion from %q#T to %q#Tconversion from %qT to %qT discards qualifiersconversion from %qT to %qT is ambiguousconversion from %qT to %qT not considered for non-type template argumentconversion from %qT to non-scalar type %qT requestedconversion from address space %qs to address space %qsconversion lacks type at end of formatconversion of %qE from %qT to %qT is ambiguousconversion of an SSA_NAME on the left hand sideconversion of register to a different sizeconversion of scalar %qT to vector %qT involves truncationconversion of unsigned constant value to negative integerconversion to %qT alters %qT constant valueconversion to %qT from %qT discards imaginary componentconversion to %qT from %qT may alter its valueconversion to %qT from %qT may change the sign of the resultconversion to %qT from boolean expressionconversion to a base class will never use a type conversion operatorconversion to a reference to a base class will never use a type conversion operatorconversion to a reference to the same type will never use a type conversion operatorconversion to a reference to void will never use a type conversion operatorconversion to incomplete typeconversion to non-const reference type %q#T from rvalue of type %qTconversion to non-scalar type requestedconversion to the same type will never use a type conversion operatorconversion to void cannot resolve address of overloaded functionconversion to void will never use a type conversion operatorconversion to void will not access object %qE of incomplete type %qTconversion to void will not access object of incomplete type %qTconversion to void will not access object of non-trivially-copyable type %qTconversion to void will not access object of type %qTconversion to volatile reference type %q#T from rvalue of type %qTconverting %<false%> to pointer type %qTconverting %<false%> to pointer type for argument %P of %qDconverting NULL to non-pointer typeconverting an array compound literal to a pointer is ill-formed in C++converting far pointer to near pointerconverting from %qT to %qTconverting lambda which uses %<...%> to function pointerconverting overloaded function %qD to type %q#T is ambiguousconverting to %qT from initializer list would use explicit constructor %qDconverting to non-pointer type %qT from NULLcopyprivate variable %qE is not threadprivate or private in outer contextcorrupt loop tree rootcorrupted exits list of loop %dcorrupted head of the exits list of loop %dcorrupted profile info: edge from %i to %i exceeds maximal countcorrupted profile info: number of executions for edge %d-%d thought to be %icorrupted profile info: number of iterations for basic block %d thought to be %icorrupted profile info: profile data is not flow-consistentcorrupted profile info: sum_all is smaller than sum_maxcorrupted value profile: %s profile counter (%d out of %d) inconsistent with basic-block count (%d)could not close Go dump file: %mcould not close final insn dump file %qs: %mcould not close response file %scould not close temporary response file %scould not close zeroed insn dump file %qs: %mcould not convert %qE from %qT to %qTcould not emit HSAIL for function %s: function cannot be clonedcould not find a spill registercould not find class %qEcould not find interface for class %qEcould not find setter/getter for %qE in class %qEcould not find specs file %s
! could not open Go dump file %qs: %mcould not open dump file %qs: %mcould not open final insn dump file %qs: %mcould not open response file %scould not open symbol resolution file: %mcould not open temporary response file %scould not parse file offsetcould not parse hex numbercould not resolve typename typecould not split insncould not write to response file %scould not write to temporary response file %scouldn%'t understand kern.osversion %q.*scouldn%'t understand version %s
! couldn%'t unmap pch_address_space: %mcreated and used with different ABIscreated and used with different architectures / ABIscreated and used with different endiannesscreated and used with different settings of -fpiccreated and used with different settings of -fpiecreated and used with differing settings of '%s'creating array of %qTcreating array of %qT, which is an abstract class typecreating array of function memberscreating array of functionscreating array of referencescreating array of voidcreating pointer to member function of non-class type %qTcreating pointer to member of non-class type %qTcreating pointer to member of type voidcreating pointer to member reference type %qTcreating run-time relocationcreating run-time relocation for %qDcreating selector for nonexistent method %qEcurrent namespace %qD does not enclose strongly used namespace %qDcustom-fpu-cfg option does not support %<no-%>custom-fpu-cfg option requires configuration argumentdata area attributes cannot be specified for local variablesdata area of %q+D conflicts with previous declarationdata declarationdata definition has no type or storage classdata member %qD cannot be a member templatedata member may not have variably modified type %qTdata type of %q+D isn%'t suitable for a registerdata-model=far not valid for cr16c architecturedead STMT in EH tabledead histogramdebugdebug format %qs conflicts with prior selectiondebug output level %qs is too highdebug: decl-specifier invalid in conditiondeclaration %qD does not declare anythingdeclaration does not declare anythingdeclaration for parameter %qD but no such parameterdeclaration of %<extern%> variable %qD in %<for%> loop initial declarationdeclaration of %<~%T%> as member of %qTdeclaration of %q#Ddeclaration of %q#D has %<extern%> and is initializeddeclaration of %q#D has no initializerdeclaration of %q#D outside of class is not definitiondeclaration of %q#D shadows a parameterdeclaration of %q#D with C language linkagedeclaration of %q+D shadows a built-in functiondeclaration of %q+D shadows previous non-variabledeclaration of %q+D with attribute %qs follows declaration with attribute %qsdeclaration of %q+D with attribute noinline follows inline declaration declaration of %q+D with no linkage follows extern declarationdeclaration of %qD as %<typedef%>declaration of %qD as array of function membersdeclaration of %qD as array of functionsdeclaration of %qD as array of referencesdeclaration of %qD as array of voiddeclaration of %qD as member of %qTdeclaration of %qD as multidimensional array must have bounds for all dimensions except the firstdeclaration of %qD as non-functiondeclaration of %qD as non-memberdeclaration of %qD as parameterdeclaration of %qD in %qD which does not enclose %qDdeclaration of %qD in namespace %qD which does not enclose %qDdeclaration of %qD not in a namespace surrounding %qDdeclaration of %qD shadows a global declarationdeclaration of %qD shadows a lambda capturedeclaration of %qD shadows a previous localdeclaration of %qE as array of functionsdeclaration of %qE as array of voidsdeclaration of %qF has a different exception specifierdeclaration of constexpr variable %qD is not a definitiondeclaration of function %qD in invalid contextdeclaration of non-variable %qD in %<for%> loop initial declarationdeclaration of static variable %qD in %<for%> loop initial declarationdeclaration of type name as array of functionsdeclaration of type name as array of voidsdeclarations in dependent base %qT are not found by unqualified lookupdeclarator-id missing; using reserved word %qDdeclared heredecltype cannot resolve address of overloaded functiondecltype evaluates to %qT, which is not a class or enumeration typedecrement of constant field %qDdecrement of enumeration value is invalid in C++decrement of function %qDdecrement of member %qD in read-only objectdecrement of read-only location %qEdecrement of read-only member %qDdecrement of read-only named return value %qDdecrement of read-only parameter %qDdecrement of read-only reference %qDdecrement of read-only variable %qDdeducing %qT as %qTdeducing from brace-enclosed initializer list requires #include <initializer_list>default %d minimum %d maximum %ddefault argument %qE uses %qDdefault argument %qE uses local variable %qDdefault argument for template parameter for class enclosing %qDdefault argument given for parameter %d of %q#Ddefault argument mismatch in overload resolutiondefault argument missing for parameter %P of %q+#Ddefault argument specified for lambda parameterdefault argument specified in explicit specializationdefault arguments are not allowed in declaration of friend template specialization %qDdefault arguments are only permitted for function parametersdefault target was not setdefault target_clones attribute was not setdefault template arguments may not be used in function template friend declarationsdefault template arguments may not be used in function template friend re-declarationdefault template arguments may not be used in function templates without -std=c++11 or -std=gnu++11default template arguments may not be used in partial specializationsdefaulted and deleted functions only available with -std=c++11 or -std=gnu++11defaulted declaration %q+Ddefaulted default constructor does not initialize any non-static data memberdefaulted function %q+D with default argumentdefining a type in a cast is invalid in C++defining a type in a compound literal is invalid in C++defining explicit specialization %qD in friend declarationdefining type in %qs expression is invalid in C++definition in block %i does not dominate use in block %idefinition in block %i follows the usedefinition of %q#D is marked %<dllimport%>definition of %q#T inside template parameter listdefinition of %qD is not in namespace enclosing %qTdefinition of explicitly-defaulted %q+Ddefinition of implicitly-declared %qDdefinition of protocol %qE not founddefinition of static data member %q+D of dllimport%'d classdefinition provided for explicit instantiationdelegating constructors only available with -std=c++11 or -std=gnu++11deleted function %q+Ddeleting %qT is undefineddeleting LTRANS file %s: %mdeleting file %s: %mdependent-name %qE is parsed as a non-type, but instantiation yields a typedeprecated conversion from string constant to %qTdeprecated message is not a stringdereferencing %<void *%> pointerdereferencing type-punned pointer might break strict-aliasing rulesdereferencing type-punned pointer will break strict-aliasing rulesderived type declarationderived union %qT invaliddestructor %qD declared as member templatedestructor cannot be static member functiondestructor for %qE shall not be run eitherdestructor for alien class %qT cannot be a memberdestructor priorities are not supporteddestructor priorities from 0 to %d are reserved for the implementationdestructor priorities must be integers from 0 to %d inclusivedestructors may not be cv-qualifieddestructors may not have parametersdevices natively supported:%sdifference between %qE and %qD does not have integer typedifferent number of parametersdifferent number of resultsdifferent parameter typesdifferent receiver typesdifferent result typesdifferent underlying type in enum %q#Tdifferent varargsdirect base %qT inaccessible in %qT due to ambiguitydirective argument %qEdirective argument in the range [%E, %E]disable pass %s for function %sdisable pass %s for functions in the range of [%u, %u]distinct Objective-C type in returndivision by zerodo not specify both -march=... and -mcpu=...does not match expected signature %qDdoes not support multilibdominator of %d should be %d, not %ddominator of %d status unknowndouble linked list of assembler names corrupteddouble linked list of clones corrupteddue to different exception specificationsduplicate %<const%>duplicate %<restrict%>duplicate %<volatile%>duplicate %qEduplicate %qsduplicate (or overlapping) case valueduplicate asm operand name %qsduplicate base type %qT invalidduplicate case valueduplicate cv-qualifierduplicate declaration for protocol %qEduplicate declaration of method %<%c%E%> with conflicting typesduplicate definition of '%s'duplicate explicit instantiation of %q#Dduplicate explicit instantiation of %q#Tduplicate initialization of %qDduplicate insn UID: %iduplicate instance variable %q+Dduplicate interface declaration for category %<%E(%E)%>duplicate interface declaration for class %qEduplicate label %qDduplicate label declaration %qEduplicate member %q+Dduplicate virt-specifierduplicated %<if%> conditionduring -fcompare-debug recompilationdwarf version %d is not supporteddynamic dependency %s not founddynamic_cast of %q#D to %q#T can never succeedeach undeclared identifier is reported only once for each function it appears inedge %s->%s has no corresponding call_stmtedge from %d to %d should be marked irreducibleedge from %d to %d should not be marked irreducibleedge points to wrong declaration:either -fopenacc or -fopenmp must be setelaborated-type-specifier for a scoped enum must not use the %<%D%> keywordelement types must be the sameelemental binary operationelemental function arguments at %C are not compliantelemental procedureelements of array %q#D have incomplete typeelements of array %q#T have incomplete typeembedded %<\0%> in formatemit_fusion_p9_load not MEMemit_fusion_p9_load, bad reg #1emit_fusion_p9_load, bad reg #2emit_fusion_p9_store not MEMemit_fusion_p9_store, bad reg #1emit_fusion_p9_store, bad reg #2emitting PIC operand, but PIC register isn%'t set upemitting conditional microcode insn %s	[%s] #%demitting microcode insn %s	[%s] #%dempty declarationempty declaration with %<_Alignas%> does not redeclare tagempty declaration with storage class specifier does not redeclare tagempty declaration with type qualifier does not redeclare tagempty index range in initializerempty left precision in %s formatempty precision in %s formatempty range specifiedempty scalar initializerenable conditional move instruction usage.enable pass %s for function %senable pass %s for functions in the range of [%u, %u]enabling backtrace support is only meaningful when compiling for the Thumbenabling callee interworking support is only meaningful when compiling for the Thumbenclosing %qsenclosing OpenACC %qs constructenclosing class of constexpr non-static member function %q+#D is not a literal typeenclosing class templates are not explicitly specializedenclosing target regionenclosing taskend insn %d for block %d not found in the insn streamend of implied-do loop at %L could not be simplified to a constant valueenum constant defined hereenum constant in boolean contextenum conversion in assignment is invalid in C++enum conversion in initialization is invalid in C++enum conversion in return is invalid in C++enum conversion when passing argument %d of %qE is invalid in C++enum type defined hereenumeral and non-enumeral type in conditional expressionenumeral mismatch in conditional expression: %qT vs %qTenumeration value %qE not handled in switchenumeration values exceed range of largest integerenumerator value for %qD is not an integer constantenumerator value for %qE is not an integer constantenumerator value for %qE is not an integer constant expressionenvironment variable %qs not definedenvironment variable COLLECT_GCC must be setenvironment variable COLLECT_GCC_OPTIONS must be setenvironment variable DJGPP not definedenvironment variable DJGPP points to corrupt file '%s'environment variable DJGPP points to missing file '%s'errorerror closing %s: %merror in args to spec function %qserror in removing %s
  error writing %qserror writing to %s: %merror: errors during merging of translation unitsexception handling disabled, use -fexceptions to enableexception handling personality mismatchexception of type %<%T%> will be caughtexception of type %qT will be caughtexcess elements in array initializerexcess elements in char array initializerexcess elements in scalar initializerexcess elements in struct initializerexcess elements in union initializerexcess elements in vector initializerexcess use operand for stmtexecution count is negativeexecution counts assumed to be zero
  execution counts estimated
! exit %d->%d not recordedexpand_binop failed in movsi gotexpansion pattern %<%E%> contains no argument packsexpansion pattern %<%T%> contains no argument packsexpansion point is location %iexpected %<#pragma omp section%> or %<}%>expected %<#pragma omp%> clauseexpected %<(%>expected %<(%> or end of lineexpected %<)%>expected %<*%>expected %<,%>expected %<,%> or %<)%>expected %<,%> or %<...%>expected %<,%> or %<;%>expected %<,%> or %<}%>expected %<,%>, %<;%> or %<}%>expected %<.%>expected %<...%>expected %<:%>expected %<:%> or %<...%>expected %<:%> or %<::%>expected %<:%>, %<,%>, %<;%>, %<}%> or %<__attribute__%>expected %<::%>expected %<;%>expected %<;%> after class definitionexpected %<;%> after struct definitionexpected %<;%> after union definitionexpected %<;%> at end of member declarationexpected %<;%> or %<{%>expected %<;%> or %<{%> after method attribute definitionexpected %<;%>, %<,%> or %<)%>expected %<;%>, identifier or %<(%>expected %<<%>expected %<=%>expected %<=%>, %<,%>, %<;%>, %<asm%> or %<__attribute__%>expected %<>%>expected %<@end%>expected %<@synchronized%>expected %<@throw%>expected %<@try%>expected %<[%>expected %<]%>expected %<_Cilk_spawn%> before %<_Cilk_sync%>expected %<__label__%>expected %<__transaction_atomic%>expected %<__transaction_relaxed%>expected %<asm%>expected %<catch%>expected %<class%>expected %<class%>, %<typename%>, or %<template%>expected %<decltype%>expected %<delete%>expected %<extern%>expected %<namespace%>expected %<new%>expected %<none%> or %<shared%>expected %<operator%>expected %<parallel%> or %<target%> %<if%> clause modifierexpected %<return%>expected %<static_assert%>expected %<template%>expected %<throw%>expected %<try%>expected %<using%>expected %<while%>expected %<{%>expected %<{%> or %<:%>expected %<}%>expected %<}%> before %<else%>expected %<~%>expected %d levels of template parms for %q#D, got %dexpected %qT but argument is of type %qTexpected %qs %<if%> clause modifier rather than %qsexpected [big-endian|little-endian|default] after %<#pragma scalar_storage_order%>expected [error|warning|ignored|push|pop] after %<#pragma GCC diagnostic%>expected a string after %<#pragma message%>expected an SSA_NAME objectexpected boolean expressionexpected boolean typeexpected channelexpected class nameexpected class-keyexpected class-nameexpected constructor, destructor, or type conversionexpected declarationexpected declaration or statementexpected declaration specifiersexpected declaration specifiers or %<...%>expected declaratorexpected empty string after %<operator%> keywordexpected end of capture-listexpected end of lineexpected expressionexpected functionexpected id-expressionexpected identifierexpected identifier or %<(%>expected identifier or %<)%>expected identifier or %<*%>expected initializerexpected integerexpected integer expressionexpected interface or pointer to interfaceexpected iteration declaration or initializationexpected iteration-statementexpected jump-statementexpected labelexpected labeled-statementexpected map index on right hand sideexpected namespace-nameexpected nested-name-specifierexpected numeric typeexpected operatorexpected parameter pack before %<...%>expected pointerexpected primary-expressionexpected ptr-operatorexpected qualified name in friend declaration for constructor %qDexpected qualified name in friend declaration for destructor %qDexpected selection-statementexpected specifier-qualifier-listexpected statementexpected string literalexpected string-literalexpected suffix identifierexpected template-argumentexpected template-idexpected template-id for typeexpected template-nameexpected type specifierexpected type-nameexpected type-specifierexpected unqualified-idexplicit by-copy capture of %<this%> redundant with by-copy capture defaultexplicit by-copy capture of %qD redundant with by-copy capture defaultexplicit by-reference capture of %qD redundant with by-reference capture defaultexplicit conversion operators only available with -std=c++11 or -std=gnu++11explicit goto at end of bb %dexplicit instantiation of %q#Dexplicit instantiation of %q#T before definition of templateexplicit instantiation of %qD but no definition availableexplicit instantiation of %qD in namespace %qD (which does not enclose namespace %qD)explicit instantiation of non-class template %qDexplicit instantiation of non-template %q#Dexplicit instantiation of non-template type %qTexplicit instantiation shall not use %<constexpr%> specifierexplicit instantiation shall not use %<inline%> specifierexplicit qualification in declaration of %qDexplicit specialization in non-namespace scope %qDexplicit specialization of %qD after first useexplicit specialization of %qD must be introduced by %<template <>%>explicit specialization of non-template %qTexplicit template argument list not allowedexplicit template specialization cannot have a storage classexplicitly defaulted function %q+D cannot be declared as constexpr because the implicit declaration is not constexpr:explicitly used regs must be grouped at top of stackexpr in !$OMP ATOMIC WRITE assignment var = expr must be scalar and cannot reference var at %Lexpr in !$OMP ATOMIC assignment var = var op expr must be scalar and cannot reference var at %Lexpression %qE does not designate a constexpr functionexpression %qE has side-effectsexpression in new-declarator must have integral or enumeration typeexpression in static assertion is not an integerexpression in static assertion is not an integer constant expressionexpression in static assertion is not constantexpression list treated as compound expression in functional castexpression list treated as compound expression in initializerexpression list treated as compound expression in mem-initializerexpression statement has incomplete typeextended initializer lists only available with -std=c++11 or -std=gnu++11extended registers have no high halvesextern declaration of %q#D doesn%'t matchextern declaration of %q+D follows declaration with no linkageextern model globalvalueexternal TLS initialization functions not supported on this targetexternal linkage required for symbol %q+D because of %qE attributeexternally visible inline cloneextra %<;%>extra brace group at end of initializerextra elements in scalar initializerextra outgoing edge %d->%dextra qualification %<%T::%> on member %qsextra qualification not allowedextra semicolonextra semicolon in method definition specifiedextra semicolon in struct or union specifiedextra type qualifiers in format argument (argument %d)fail to initialize plugin %sfailed to expand built-in functionfailed to get exit status: %mfailed to get process times: %mfailed to open temporary file %s for LTO outputfailed to open temporary file %s with LTO outputfailed to reclaim unneeded functionfailed to reclaim unneeded function in same comdat groupfailure memory model cannot be stronger than success memory model for %<__atomic_compare_exchange%>failure to simplify substring reference in DATA statement at %Lfailure trying to reload:fallthru edge after a control statement in bb %dfallthru edge after unconditional jump in bb %ifallthru edge crosses section boundary in bb %ifallthru to exit from bb %dfast enumeration is not available in Objective-C 1.0fastcall and cdecl attributes are not compatiblefastcall and regparm attributes are not compatiblefastcall and stdcall attributes are not compatiblefastcall and thiscall attributes are not compatiblefatal error: fclose %s: %mfield %q+D invalidly declared function typefield %q+D invalidly declared method typefield %qE declared as a functionfield %qE has incomplete typefield name not in record or union initializerfield precision specifierfield widthfield width in printf formatfield width in scanf formatfield width in strfmon formatfield width in strftime formatfield width specifierfields has different layout in another translation unitfile ends in default argumentfile-scope declaration of %qE specifies %<auto%>file-scope declaration of %qE specifies %<register%>fill characterfill character in strfmon formatfind_enum(): Enum not foundfini function found in object %sfirst argument must be []bytefirst argument of %q+D should be %<int%>first argument to %<__builtin_choose_expr%> not a constantfirst argument to %<va_arg%> not of type %<va_list%>first mismatch is fieldfirst offset must be in opposite direction of loop iterationsfixed ebp register requires %<-maccumulate-outgoing-args%>fixed ebp register requires %<target("accumulate-outgoing-args")%>fixed register %s used to pass parameter to functionfixed-point overflow in expressionfixed-point types not supported for this targetfixed-point types not supported in C++flexible array member in unionflexible array member not at end of structfloating constant exceeds range of %qTfloating constant misusedfloating constant truncated to zerofloating point overflow in expressionfloating-point constant not a valid immediate operandflow control insn inside a basic blockfold check: original tree changed by foldfopen %s: %mfopen: %s: %mfor %qDfor increment expression cannot resolve address of overloaded functionfor increment expression has no effectfor increment expression is a reference, not call, to function %qEfor statement expectedfor template declaration %q+Dfor the option -mcache-block-size=X, the valid X must be: 4, 8, 16, 32, 64, 128, 256, or 512for the option -misr-vector-size=X, the valid X must be: 4 or 16formatformat argument %d unused before used argument %d in $-style formatformat argument %d used more than once in %s formatformat argument should be a %qs referenceformat argument should be a %qs reference but a string was foundformat is a wide character stringformat not a string literal and no format argumentsformat not a string literal, argument types not checkedformat not a string literal, format string not checkedformat string argument follows the args to be formattedformat string argument is not a string typeformat string has invalid operand numberformat string is defined hereforming pointer to reference type %qTforming reference to reference type %qTforming reference to voidfound %<%c%s%>found %<-%E%> instead of %<+%E%> in protocol(s)found %<:%> in nested-name-specifier, expected %<::%>found a %qT but the format argument should be a stringfound a %qs reference but the format argument should be a stringfound a default name with a non-empty defining statementfound a real definition for a non-registerfound a virtual definition for a GIMPLE registerfound an SSA_NAME that had been released into the free poolfound default case not at the start of case vectorfp software completion requires -mtrap-precision=ifr30_print_operand: invalid %%F codefr30_print_operand: invalid %%x codefr30_print_operand: invalid operand to %%A codefr30_print_operand: unhandled MEMfr30_print_operand: unknown codefr30_print_operand: unrecognized %%B codefr30_print_operand: unrecognized %%b codefr30_print_operand: unrecognized %%p codefr30_print_operand_address: unhandled addressframe pointer required, but reservedframe size of %qs is %wd bytesframe size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added.frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function.frame size too large for reliable stack checkingfriend declaration %q#D declares a non-template functionfriend declaration %qD in local class without prior declarationfriend declaration does not name a class or functionfriend declaration not in class definitionfriend declaration requires class-key, i.e. %<friend %#T%>friend declaration requires class-key, i.e. %<friend class %T::%D%>frv_print_operand: unknown codefunc can only be compared to nilfunction %q#D is initialized like a variablefunction %q+D definition is marked dllimportfunction %q+D part of alias cyclefunction %q+F can never be copied because it receives a non-local gotofunction %q+F can never be copied because it saves address of local label in a static variablefunction %q+F can never be inlined because it contains a computed gotofunction %q+F can never be inlined because it is suppressed using -fno-inlinefunction %q+F can never be inlined because it uses __builtin_return or __builtin_apply_argsfunction %q+F can never be inlined because it uses alloca (override using the always_inline attribute)function %q+F can never be inlined because it uses attributes conflicting with inliningfunction %q+F can never be inlined because it uses non-local gotofunction %q+F can never be inlined because it uses setjmpfunction %q+F can never be inlined because it uses setjmp-longjmp exception handlingfunction %q+F can never be inlined because it uses variable argument listsfunction %qD is initialized like a variablefunction %qD might be a candidate for %qs format attributefunction %qD redeclared as variablefunction %qD used as %<asm%> outputfunction %qs cannot be declared %<mutable%>function attribute mismatchfunction attributes %qs and %qs have no effect on %qs functionfunction attributes %qs, %qs and %qs are mutually exclusivefunction body can be overwritten at link timefunction body not availablefunction call has aggregate valuefunction called through a non-compatible typefunction cannot be instrumentedfunction declaration isn%'t a prototypefunction declared %<noreturn%> has a %<return%> statementfunction definition declared %<auto%>function definition declared %<register%>function definition declared %<typedef%>function definition does not declare parametersfunction definition has qualified void return typefunction does not return string typefunction may return address of local variablefunction might be candidate for attribute %qsfunction might be candidate for attribute %qs if it is known to return normallyfunction not considered for inliningfunction not declared inline and code size would growfunction not inlinablefunction not inline candidatefunction parameterfunction result count mismatchfunction return type cannot be functionfunction return types not compatible due to %<volatile%>function returning a functionfunction returning an arrayfunction returns address of local variablefunction returns an aggregatefunction symbol is not functionfunction template %qD redeclared as a class templatefunction types not truly compatible in ISO Cfunction with qualified void return type calledfunction-scope %qs implicitly auto and declared %<__thread%>function_profiler supportfunction_profiler support for MMIXfunctional cast to array type %qTgarbage at end of '#pragma nomember_alignment'gcc driver version %s %sexecuting gcc version %s
  gcc version %s %s
  gcov %s%s
! generic thunk code fails for method %qD which uses %<...%>getting core file size maximum limit: %mgfc_conv_constant_to_tree(): invalid type: %sgfc_trans_code(): Bad statement codegfc_trans_omp_workshare(): Bad statement codegfortran does not support -E without -cppgimple call has no targetgimple call has two targetsgimple check: expected %s(%s), have %s(%s) in %s, at %s:%dgimple_bb (phi) is set to a wrong basic blockgimple_bb (stmt) is set to a wrong basic blockgimplification failedglobal constructors not supported on this targetglobal destructors not supported on this targetglobal qualification of class name is invalidglobal register variable %qD used in nested functionglobal register variable follows a function definitionglobal register variable has initial valueglobal/static variable assignment has been interceptedgot %d template parameters for %q#Dgot %d template parameters for %q#Tgoto destination is neither a label nor a pointergp is constant (but save/restore gp on indirect calls).gp_offset (%ld) or end_offset (%ld) is less than zerohad to relocate PCHhard-float MIPS16 code for ABIs other than o32 and o64hardware decimal floating point instructions not available in ESA/390 modehardware decimal floating point instructions not available on %shas different parameters in another translation unithas different return value in another translation unithead insn %d for block %d not found in the insn streamhereiWMMXt and NEON are incompatibleia64_print_operand: unknown codeidentifier %qE conflicts with C++ keywordidentifier %qE is a keyword in C++11identifier expected after %<@protocol%>if this code is reached, the program will abortifunc is not supported in this configurationifunc is not supported on this targetignoring #pragma %s %signoring %<#pragma align%> for explicitly aligned %q+Dignoring %<#pragma omp declare simd%> on function with %<_Atomic%> qualified non-%<uniform%> argumentignoring %<#pragma omp declare simd%> on function with %<_Atomic%> qualified return typeignoring -fschedule-insns because of exception handling bugignoring asm-specifier for non-static local variable %q+Dignoring attributes applied to %qT after definitionignoring attributes applied to class type %qT outside of definitionignoring attributes applied to dependent type %qT without an associated declarationignoring attributes on template argument %qTignoring duplicate directory "%s"
  ignoring large linear stepignoring malformed #pragma longcallignoring nonexistent directory "%s"
! ignoring possibly conflicting option %<-fopt-info-%s%>ignoring return value of %qD, declared with attribute warn_unused_resultignoring return value of function declared with attribute warn_unused_resultignoring sink clause with offset that is not a multiple of the loop stepignoring unknown option %q.*s in %<-fdump-%s%>ignoring zero linear stepillegal aggregate type %qE specified for instance variable %qsillegal operand illegal operand address (1)illegal operand address (2)illegal operand address (3)illegal operand address (4)illegal operand detectedillegal reference type specified for instance variable %qsimplicit conversion from %qT to %qT to match other operand of binary expressionimplicit conversion from %qT to %qT to match other result of conditionalimplicit conversion from %qT to %qT when passing argument to functionimplicit declaration of function %qEimplicit dereference will not access object of type %qT in for increment expressionimplicit dereference will not access object of type %qT in left operand of comma operatorimplicit dereference will not access object of type %qT in right operand of comma operatorimplicit dereference will not access object of type %qT in second operand of conditional expressionimplicit dereference will not access object of type %qT in statementimplicit dereference will not access object of type %qT in third operand of conditional expressionimplicit this pointer type mismatchimplicit_section flag is set but section isn'timplicitly popped regs must be grouped at top of stackimplied END DOimport_iso_c_binding_module(): Unable to create symbol for %simpossible constraint in %<asm%>impossible register constraint in %<asm%>impossible type assertion: type does not implement interfacein %s, at %s:%din C++03 a class-key must be used when declaring a friendin C++98 %qD must be initialized by constructor, not by %<{...}%>in a call to allocation function %qD declared herein a call to built-in allocation function %qDin a call to built-in function %qDin a call to function %qD declared herein argument to unary !in basic block %d:in declaration %q+Din definition of macro %qsin expansion of macro %qsin statementin template argument for type %qT in-class initialization of static data member %q#D of incomplete typein-class initialization of static data member %q#D of non-literal typeinaccessible plugin file %s expanded from short plugin name %s: %minappropriate accumulator for %qsincoming edge count does not match number of PHI argumentsincompatible address space qualifiers %qs and %qsincompatible data clause with reduction on %qE; promoting to present_or_copyincompatible floating point / vector register operand for '%%%c'incompatible implicit declaration of built-in function %qDincompatible implicit declaration of function %qDincompatible type for argument %d of %qEincompatible type for map indexincompatible type for method %s%s%sincompatible type for method %s%s%s (%s)incompatible type for receiverincompatible types in PHI argument %uincompatible types in assignment of %qT to %qTincompatible types in binary expressionincompatible types in sendincompatible types when assigning to type %qT from type %qTincompatible types when initializing type %qT using type %qTincompatible types when returning type %qT but %qT was expectedincomplete implementation of category %qEincomplete implementation of class %qEincomplete type %qT does not have member %qDincomplete type %qT used in nested name specifierinconsistent begin/end types in range-based %<for%> statement: %qT and %qTinconsistent deduction for %qT: %qT and then %qTinconsistent instance variable specificationinconsistent operand constraints in an %<asm%>inconsistent types %qT and %qT deduced for lambda return typeinconsistent user-defined literal suffixes %qD and %qD in string literalincorrect comparison modeincorrect entry in label_to_block_mapincorrect format in scaling, using 1/1
! incorrect hint operandincorrect insn:incorrect number of arguments to function %qEincorrect number of vector CONSTRUCTOR elementsincorrect rounding operandincorrect setting of landing pad numberincorrect sharing of tree nodesincorrect type of vector CONSTRUCTOR elementsincorrectly nested OpenACC loop parallelismincrement expression refers to iteration variable %qDincrement of constant field %qDincrement of enumeration value is invalid in C++increment of function %qDincrement of member %qD in read-only objectincrement of read-only location %qEincrement of read-only member %qDincrement of read-only named return value %qDincrement of read-only parameter %qDincrement of read-only reference %qDincrement of read-only variable %qDincremented enumerator value is too large for %<unsigned long%>index %E denotes an offset greater than size of %qTindex in dimension %d is out of bounds at %Lindex must be integerindex value instead of field name in union initializerindex value is out of boundindirect call frequency %i does not match BB frequency %iindirect function %q+D cannot be declared weakindirect function %q+D cannot be declared weakrefindirect function call with a yet undetermined calleeindirect jumps are not available on this targetindirection will not access object of incomplete type %qT in for increment expressionindirection will not access object of incomplete type %qT in left operand of comma operatorindirection will not access object of incomplete type %qT in right operand of comma operatorindirection will not access object of incomplete type %qT in second operand of conditional expressionindirection will not access object of incomplete type %qT in statementindirection will not access object of incomplete type %qT in third operand of conditional expressionindirection will not access object of non-trivially-copyable type %qT in for increment expressionindirection will not access object of non-trivially-copyable type %qT in left operand of comma operatorindirection will not access object of non-trivially-copyable type %qT in right operand of comma operatorindirection will not access object of non-trivially-copyable type %qT in second operand of conditional expressionindirection will not access object of non-trivially-copyable type %qT in statementindirection will not access object of non-trivially-copyable type %qT in third operand of conditional expressioninit function found in object %sinitialization discards %qv qualifier from pointer target typeinitialization from distinct Objective-C typeinitialization from incompatible pointer typeinitialization from pointer to non-enclosed address spaceinitialization left-hand side might be a candidate for a format attributeinitialization makes %q#v qualified function pointer from unqualifiedinitialization makes integer from pointer without a castinitialization makes pointer from integer without a castinitialization of a flexible array memberinitialization of flexible array member in a nested contextinitialization of non-const reference type %q#T from rvalue of type %qTinitialization of volatile reference type %q#T from rvalue of type %qTinitializations for multiple members of %qTinitialized field overwritteninitialized field with side-effects overwritteninitialized variable %q+D is marked dllimportinitializer element is not a constant expressioninitializer element is not computable at load timeinitializer element is not constantinitializer ends prematurelyinitializer expression refers to iteration variable %qDinitializer fails to determine size of %q+Dinitializer fails to determine size of %qDinitializer fails to determine size of %qTinitializer for %qT must be brace-enclosedinitializer for floating value is not a floating constantinitializer for integer/fixed-point value is too complicatedinitializer invalid for static member with constructorinitializer provided for functioninitializer specified for non-virtual method %q+Dinitializer specified for static member function %qDinitializer-string for array of chars is too longinjected-class-name %qD used as template template argumentinline clone in same comdat group listinline clone is forced to outputinline clone with address takeninline code to invalidate instruction cache entries after setting up nested function trampolines.inline declaration of %qD follows declaration with attribute noinlineinline function %q+D declared as  dllimport: attribute ignoredinline function %q+D declared but never definedinline function %q+D declared weakinline function %q+D given attribute noinlineinline function %qD given attribute noinlineinline namespaces only available with -std=c++11 or -std=gnu++11inlined_to pointer is set but no predecessors foundinlined_to pointer is wronginlined_to pointer refers to itselfinlined_to pointer set for noninline callersinlining failed in call to %q+F: %sinlining failed in call to always_inline %q+F: %sinner loop uses same OpenACC parallelism as containing loopinput file %qs is the same as output fileinput operand constraint contains %qcinsertion out of range in BIT_INSERT_EXPRinsn %d basic block pointer is %d, should be %dinsn %d in footer of bb %d has non-NULL basic blockinsn %d in header of bb %d has non-NULL basic blockinsn %d is in multiple basic blocks (%d and %d)insn %d outside of basic blocks has non-NULL bb fieldinsn addresses not freedinsn contains an invalid address !insn does not satisfy its constraints:insn outside basic blockinsn with UID %i not found for operand %i (`%s') of insn %iinsn with UID %i not found for operand %i of insn %iinstall: %s%s
! installation error, can't find crtoffloadtable.oinstance variable %qE accessed in class methodinstance variable %qE is %s; this will be a hard error in the futureinstance variable %qE is declared %sinstance variable %qE is declared privateinstance variable %qs has unknown sizeinstance variable %qs is declared privateinstance variable %qs uses flexible array memberinstance variable assignment has been interceptedinstruction never executedinstruction scheduling not supported on this target machineinsufficient arguments to overloaded function %sinsufficient contextual information to determine typeinsufficient partitioning available to parallelize element loopinsufficient partitioning available to parallelize loopint-array initialized from incompatible wide stringint-array initialized from non-wide stringinteger constant is too large for %<unsigned long%> typeinteger division by zerointeger overflow in expressionintegral expression %qE is not constantintegral result type precision does not match field size of BIT_FIELD_REFinter-module optimizations not implemented for C++interface %qE does not have valid constant string layoutinternal compiler errorinternal compiler error.  Bad address:internal compiler error.  Incorrect shift:internal compiler error.  Unknown mode:internal compiler error: internal consistency failureinternal error: bad register: %dinternal error: builtin function %s already processedinternal error: builtin function %s had an unexpected return type %sinternal error: builtin function %s, argument %d had unexpected argument type %sinternal error: cris_side_effect_mode_ok with bad operandsinternal error: sideeffect-insn affecting main effectinternal unit in WRITEinterrupt Service Routines cannot be coded in Thumb modeinterrupt handlers cannot be MIPS16 functionsinterrupt handlers cannot have argumentsinterrupt service routine can only have a pointer argument and an optional integer argumentinterrupt service routine can't be called directlyinterrupt service routine can't have non-void return valueinterrupt service routine should have a pointer as the first argumentinterrupt vector to %qE attribute is not vector=(sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5)interrupt_thread is available only on fidointrinsic register index is out of rangeintrinsic variable which isn't a procedureinvalid #pragma %sinvalid %%%c operandinvalid %%-codeinvalid %%A operandinvalid %%B operandinvalid %%C operandinvalid %%C valueinvalid %%D operandinvalid %%D valueinvalid %%E valueinvalid %%F valueinvalid %%G modeinvalid %%G valueinvalid %%H operandinvalid %%H specifierinvalid %%I operandinvalid %%J codeinvalid %%J valueinvalid %%K valueinvalid %%L operandinvalid %%L valueinvalid %%M operandinvalid %%M valueinvalid %%N operandinvalid %%N valueinvalid %%O valueinvalid %%P operandinvalid %%P valueinvalid %%R valueinvalid %%T valueinvalid %%U valueinvalid %%Y operandinvalid %%c operandinvalid %%d operandinvalid %%d valueinvalid %%e valueinvalid %%f operandinvalid %%f valueinvalid %%h operandinvalid %%h valueinvalid %%i operandinvalid %%j codeinvalid %%j operandinvalid %%j valueinvalid %%k valueinvalid %%m valueinvalid %%p valueinvalid %%q valueinvalid %%r operandinvalid %%r valueinvalid %%s operandinvalid %%s valueinvalid %%t operandinvalid %%t operand 'invalid %%t/%%b valueinvalid %%u valueinvalid %%v valueinvalid %%x valueinvalid %%xn codeinvalid %%y value, try using the 'Z' constraintinvalid 'asm': invalid (pointer) operands to plus/minusinvalid --param name %qsinvalid --param name %qs; did you mean %qs?invalid --param value %qsinvalid CASE_CHAINinvalid IACC argumentinvalid LHS in gimple callinvalid Objective-C++ selector nameinvalid PHI argumentinvalid PHI resultinvalid UNSPEC as operandinvalid UNSPEC as operand: %dinvalid abstract return type for function %q+#Dinvalid abstract return type for member function %q+#Dinvalid abstract type %qT for %qEinvalid abstract type for %q+Dinvalid addressinvalid address for 'O' output modifierinvalid address for 'R' output modifierinvalid address for 'S' output modifierinvalid address operand in MEM_REFinvalid address operand in TARGET_MEM_REFinvalid addressing modeinvalid alignment for %<#pragma align%>, ignoringinvalid alignment value for __builtin_arc_alignedinvalid application of %<__alignof%> to a bit-fieldinvalid application of %<sizeof%> to a bit-fieldinvalid application of %<sizeof%> to a function typeinvalid application of %qs to a member functioninvalid application of %qs to a void typeinvalid application of %qs to array type %qT of incomplete element typeinvalid application of %qs to incomplete type %qTinvalid argument %qs to -fdebug-prefix-mapinvalid argument of %qE attributeinvalid argument of %qs attributeinvalid argument to %qDinvalid argument to built-in functioninvalid argument to built-in function %sinvalid argument to gimple callinvalid argumentsinvalid array assignmentinvalid base-class specificationinvalid branch to/from %s structured blockinvalid case label in switch statementinvalid case range in switch statementinvalid cast from type %qT to type %qTinvalid cast of an rvalue expression of type %qT to type %qTinvalid cast to function type %qTinvalid class name in declaration of %qDinvalid combination of multiple type-specifiersinvalid comparison code in gimple condinvalid comparison of generated arrayinvalid comparison of generated structinvalid comparison of nil with nilinvalid comparison of non-comparable arrayinvalid comparison of non-comparable structinvalid comparison of non-comparable typeinvalid comparison of non-ordered typeinvalid comparison operator for 'E' output modifierinvalid conditional operandinvalid const_cast from type %qT to type %qTinvalid const_cast of an rvalue of type %qT to type %qTinvalid const_double operandinvalid constantinvalid constant - try using an output modifierinvalid constant for output modifier '%c'invalid constant in %<#pragma pack%> - ignoredinvalid constant vector for output modifier '%c'invalid constraints for operandinvalid constructor; you probably meant %<%T (const %T&)%>invalid controlling predicateinvalid conversion from %<__fpreg%>invalid conversion from %qT to %qTinvalid conversion in gimple callinvalid conversion in return statementinvalid conversion to %<__fpreg%>invalid conversion to type %qT from type %qTinvalid covariant return type for %q+#Dinvalid cpu "%s" for %s"%s"%sinvalid data model option -mdata-model=%sinvalid declaration of %<%T::%E%>invalid declaration of member template in local classinvalid declaratorinvalid default argument for a template template parameterinvalid default case label in switch statementinvalid definition of qualified type %qTinvalid element type for attribute %qsinvalid entry to %s structured blockinvalid exit from %s structured blockinvalid exit from OpenMP structured blockinvalid explicit specializationinvalid expression - try using an output modifierinvalid expression as operandinvalid expression for min lvalueinvalid expression for output modifier '%c'invalid expression type for %<#pragma omp atomic%>invalid failure memory model for %<__atomic_compare_exchange%>invalid first operand of MEM_REFinvalid form of %<#pragma omp atomic%>invalid format of %sinvalid fpu for attribute(target("%s"))invalid function declarationinvalid function in gimple callinvalid id value for interrupt/exception attributeinvalid id value for reset attributeinvalid in-class initialization of static data member of non-integral type %qTinvalid increment expressioninvalid initial value for member %qEinvalid initialization of non-const reference of type %qT from an rvalue of type %qTinvalid initialization of reference of type %qT from expression of type %qTinvalid initializerinvalid initializer for array member %q#Dinvalid initializer for member function %qDinvalid insn:invalid iterating variable in fast enumerationinvalid labels in gimple condinvalid left hand side of assignmentinvalid line in the resolution fileinvalid linkage-specificationinvalid location for %<pragma %s%>, ignoredinvalid lvalue in asm output %dinvalid maskinvalid mask type in vector permute expressioninvalid member function declarationinvalid member template declaration %qDinvalid memory model argument %d of %qEinvalid memory model argument to builtininvalid memory model for %<__atomic_load%>invalid memory model for %<__atomic_store%>invalid nmi function for reset attributeinvalid non-type template argumentinvalid non-vector operands to vector valued plusinvalid offload table in %sinvalid offset operand in MEM_REFinvalid offset operand in TARGET_MEM_REFinvalid offset operand of MEM_REFinvalid operandinvalid operand addressinvalid operand code '%c'invalid operand for '%%%c'invalid operand for 'A' modifierinvalid operand for 'D' modifierinvalid operand for 'H' modifierinvalid operand for 'O' modifierinvalid operand for 'T' modifierinvalid operand for 'b' modifierinvalid operand for 'e' modifierinvalid operand for 'm' modifierinvalid operand for 'o' modifierinvalid operand for 'p' modifierinvalid operand for 'r' specifierinvalid operand for 'z' modifierinvalid operand for code '%c'invalid operand in indirect referenceinvalid operand in return statementinvalid operand in unary expressioninvalid operand in unary operationinvalid operand modifier letterinvalid operand output codeinvalid operand prefixinvalid operand prefix '%%%c'invalid operand size for operand code 'O'invalid operand size for operand code 'Z'invalid operand size for operand code 'z'invalid operand to %%H/%%L codeinvalid operand to %%M codeinvalid operand to %%N codeinvalid operand to %%O codeinvalid operand to %%Rinvalid operand to %%R codeinvalid operand to %%Sinvalid operand to %%T/%%B codeinvalid operand to %%U codeinvalid operand to %%V codeinvalid operand to %%Z codeinvalid operand to %%p codeinvalid operand to %%s codeinvalid operand to %%z codeinvalid operand to plus/minus, type is a pointerinvalid operand to pointer plus, first operand is not a pointerinvalid operand to pointer plus, second operand is not an integer type of appropriate widthinvalid operand to switch statementinvalid operand type used with operand code 'Z'invalid operands in binary operationinvalid operands in gimple comparisoninvalid operands in ternary operationinvalid operands of types %qT and %qT to binary %qOinvalid operands to array referenceinvalid operands to binary %s (have %qT and %qT)invalid operation (%s)invalid operation on %<__fpreg%>invalid operator for %<#pragma omp atomic%>invalid parameter %qsinvalid parameter combination for AltiVec intrinsic %sinvalid parameter type %qTinvalid pass positioning operationinvalid pointer mode %qsinvalid pointer to bit-field %qDinvalid position or size in BIT_INSERT_EXPRinvalid position or size operand to BIT_FIELD_REFinvalid private reduction on %qEinvalid property declarationinvalid prototype for '%s'invalid punctuation %qc in constraintinvalid pure const state for functioninvalid pure specifier (only %<= 0%> is allowed)invalid qualifiers on non-member function typeinvalid qualifying scope in pseudo-destructor nameinvalid receive on send-only channelinvalid receiver type %qsinvalid redeclaration of %q+Dinvalid reference for 'J' output modifierinvalid reference prefixinvalid register name for %q+Dinvalid resolution in the resolution fileinvalid return type %qT of constexpr function %q+Dinvalid rhs for gimple memory storeinvalid rtl sharing found in the insninvalid schedule kindinvalid second argument to %<__builtin_prefetch%>; using zeroinvalid send on receive-only channelinvalid setter, it must have one argumentinvalid shift operandinvalid static chain in gimple callinvalid static_cast from type %qT to type %qTinvalid storage class for function %qEinvalid target memregs value '%d'invalid template declaration of %qDinvalid template non-type parameterinvalid template-idinvalid third argument to %<__builtin_prefetch%>; using zeroinvalid type %<void%> for newinvalid type %qT as initializer for a vector of type %qTinvalid type %qT declared %<friend%>invalid type argument (have %qT)invalid type argument of %<->%> (have %qT)invalid type argument of %<->*%> (have %qT)invalid type argument of array indexing (have %qT)invalid type argument of implicit conversion (have %qT)invalid type argument of unary %<*%> (have %qT)invalid type for asm flag outputinvalid type for instance variableinvalid type for iteration variable %qEinvalid type for make functioninvalid type for parameter %d of constexpr function %q+#Dinvalid type for propertyinvalid types %<%T[%T]%> for array subscriptinvalid types in address space conversioninvalid types in conversion to floating pointinvalid types in conversion to integerinvalid types in fixed-point conversioninvalid types in nop conversioninvalid use of %%d, %%x, or %%Xinvalid use of %<...%> calling non-variadic functioninvalid use of %<...%> with builtin functioninvalid use of %<...%> with non-sliceinvalid use of %<::%>invalid use of %<_Cilk_spawn%>invalid use of %<auto%> in conversion operatorinvalid use of %<restrict%>invalid use of %<this%> at top levelinvalid use of %<this%> in non-member functioninvalid use of %qDinvalid use of %qD in linkage specificationinvalid use of %qE to form a pointer-to-member-functioninvalid use of %qTinvalid use of '%%%c'invalid use of ':' modifierinvalid use of a pointer to an incomplete type in pointer arithmeticinvalid use of array indexing on pointer to memberinvalid use of array with unspecified boundsinvalid use of asm flag outputinvalid use of attribute %<fallthrough%>invalid use of brace-enclosed initializer listinvalid use of const_cast with type %qT, which is a pointer or reference to a function typeinvalid use of const_cast with type %qT, which is not a pointer, reference, nor a pointer-to-data-member typeinvalid use of constructor as a templateinvalid use of dependent type %qTinvalid use of destructor %qD as a typeinvalid use of destructor %qE as a typeinvalid use of flexible array memberinvalid use of implicit conversion on pointer to memberinvalid use of incomplete type %q#Tinvalid use of label %q+D in %<_Cilk_spawn%>invalid use of method value as argument of Offsetofinvalid use of non-lvalue arrayinvalid use of non-static data member %qDinvalid use of non-static member function %qDinvalid use of nonstatic data member %qEinvalid use of pack expansion expressioninvalid use of qualified-name %<%D::%D%>invalid use of qualified-name %<%T::%D%>invalid use of qualified-name %<::%D%>invalid use of structure with flexible array memberinvalid use of template template parameter %qTinvalid use of template type parameter %qTinvalid use of template-id %qD in declaration of primary templateinvalid use of template-name %qE without an argument listinvalid use of typeinvalid use of type %qT as a default value for a template template-parameterinvalid use of unary %<*%> on pointer to memberinvalid use of void expressioninvalid use of volatile lvalue inside %<transaction_safe%> functioninvalid use of volatile lvalue inside transactioninvalid user-defined conversion from %qT to %qTinvalid value-initialization of reference typeinvalid vector comparison resulting typeinvalid vector type for attribute %qEinvalid version number %qsinvalid warm function for reset attributeinvalid zero extractinverted slice rangeipa inline summary is missing in input fileipa reference summary is missing in ltrans unitit is defined as a pointer in different address space in another translation unitit is defined as a pointer to different type in another translation unitit must be a pointer-to-member of the form %<&X::Y%>it must be the address of a function with external linkageitem in READiterating variable in fast enumeration is not an objectiteration %s invokes undefined behavioriteration variable %qD should not be firstprivateiteration variable %qD should not be reductioniteration variable %qE is predetermined lineariteration variable %qE should be privateiteration variable %qE should not be firstprivateiteration variable %qE should not be lastprivateiteration variable %qE should not be lineariteration variable %qE should not be privateiteration variable %qE should not be reductioniteration variable cannot be volatileiterator variableits dest_idx should be %d, not %divar %qs used by %<@synthesize%> declaration must be an existing ivariwmmxt abi requires an iwmmxt capable cpuiwmmxt requires an AAPCS compatible ABI for proper operationjump into scope of identifier with variably modified typejump into statement expressionjump skips variable initializationjump to case labeljump to label %qDjunk at end of #pragma %sjunk at end of #pragma ADDRESSjunk at end of #pragma GCC memregs [0..16]junk at end of #pragma __nostandardjunk at end of #pragma __standardjunk at end of #pragma ghs endsdajunk at end of #pragma ghs endtdajunk at end of #pragma ghs endzdajunk at end of #pragma ghs interruptjunk at end of #pragma ghs sectionjunk at end of #pragma ghs startsdajunk at end of #pragma ghs starttdajunk at end of #pragma ghs startzdajunk at end of #pragma longcalljunk at end of %<#pragma %s%>junk at end of %<#pragma GCC pch_preprocess%>junk at end of %<#pragma GCC visibility%>junk at end of %<#pragma align%>junk at end of %<#pragma fini%>junk at end of %<#pragma init%>junk at end of %<#pragma message%>junk at end of %<#pragma pack%>junk at end of %<#pragma pop_options%>junk at end of %<#pragma push_options%>junk at end of %<#pragma redefine_extname%>junk at end of %<#pragma reset_options%>junk at end of %<#pragma weak%>junk at end of '#pragma extern_model'junk at end of '#pragma ms_struct'junk at end of '#pragma options'junk at end of '#pragma unused'keyword %<export%> not implemented, and will be ignoredkeyword %<typename%> not allowed in this context (a qualified member initializer is implicitly a type)keyword %<typename%> not allowed in this context (the base class is implicitly a type)keyword %<typename%> not allowed outside of templateslabel label %q+D declared but not definedlabel %q+D defined but not usedlabel %q+D used but not definedlabel %qD defined herelabel %qE referenced outside of any functionlabel at end of compound statementlabel named wchar_tlabel's context is not the current function decllambda expressions only available with -std=c++11 or -std=gnu++11lambda-expression in unevaluated contextlang_* check: failed in %s, at %s:%dlanguage %s not recognizedlanguage string %<"%E"%> not recognizedlarge fixed-point constant implicitly truncated to fixed-point typelarge integer implicitly truncated to unsigned typelast argument must be an immediateld returned %d exit statusleft argument must be a sliceleft operand of comma operator cannot resolve address of overloaded functionleft operand of comma operator has no effectleft operand of comma operator is a reference, not call, to function %qEleft precisionleft precision in strfmon formatleft rotate count >= width of typeleft rotate count is negativeleft shift count >= width of typeleft shift count is negativeleft-hand operand of comma expression has no effectleft-hand side of assignment might be a candidate for a format attributelength mismatch in expressionlength modifierlength modifier in printf formatlength modifier in scanf formatlength modifier in strfmon formatlength required when allocating a sliceletter %c was found & insn was not CONST_INTlibraries: %s
! library function %q#D redeclared as non-function %q#Dlibrary lib%s not foundlimit is %u bytes, but argument is %slimit is %u bytes, but argument may be as large as %slist-initializer for non-class type must not be parenthesizedliteral operator suffixes not preceded by %<_%> are reserved for future standardizationliteral operator template %q+D conflicts with raw literal operator %qDliteral operator template %qD has invalid parameter list.  Expected non-type template argument pack <char...>literal operator with C linkagelo_sum not of registerlocal class %q#T shall not have static data member %q#Dlocal declaration of %qE hides instance variablelocal symbols must be definedlocal variable %qD may not appear in this contextlocal variable memory requirements exceed capacitylocation references block not in block treelogical %<and%> applied to non-boolean constantlogical %<and%> of equal expressionslogical %<and%> of mutually exclusive tests is always falselogical %<or%> applied to non-boolean constantlogical %<or%> of collectively exhaustive tests is always truelogical %<or%> of equal expressionslong, short, signed or unsigned used invalidly for %qslookup of %qT in %qT is ambiguousloop %d%'s header does not belong directly to itloop %d%'s header does not have exactly 2 entriesloop %d%'s header is not a loop headerloop %d%'s latch does not belong directly to itloop %d%'s latch does not have an edge to its headerloop %d%'s latch does not have exactly 1 successorloop %d%'s latch does not have header as successorloop %d%'s latch is marked as part of irreducible regionloop %d%'s latch is not dominated by its headerloop uses OpenACC parallelism disallowed by containing routineloop with header %d marked for removalloop with header %d not in loop treelooser throw specifier for %q+#Flower value in case label range less than minimum value for typelp_array does not match region_treelp_array is corrupted for lp %ilseek failed while reading export datalto_obj_file_open() failedlvalue required as decrement operandlvalue required as increment operandlvalue required as left operand of assignmentlvalue required as unary %<&%> operandlvalue required in asm statementmachine independent builtin code out of rangemacro name missing after %qsmaking multiple clones of %qDmalformed #pragma ADDRESS variable addressmalformed #pragma GCC visibility pushmalformed #pragma builtinmalformed #pragma ghs sectionmalformed #pragma redefine_extname, ignoredmalformed #pragma weak, ignoredmalformed %<#pragma %s%>, ignoredmalformed %<#pragma align%>malformed %<#pragma align%>, ignoringmalformed %<#pragma fini%>malformed %<#pragma fini%>, ignoringmalformed %<#pragma init%>malformed %<#pragma init%>, ignoringmalformed %<#pragma message%>, ignoredmalformed %<#pragma pack%> - ignoredmalformed %<#pragma pack(pop[, id])%> - ignoredmalformed %<#pragma pack(push[, id][, <n>])%> - ignoredmalformed '#pragma __extern_prefix', ignoringmalformed '#pragma extern_model', ignoringmalformed '#pragma member_alignment'malformed '#pragma member_alignment', ignoringmalformed '#pragma ms_struct {on|off|reset}', ignoringmalformed '#pragma ms_struct', ignoringmalformed '#pragma options align={mac68k|power|reset}', ignoringmalformed '#pragma options', ignoringmalformed COLLECT_GCC_OPTIONSmalformed option -fplugin-arg-%s (missing -<key>[=<value>])malformed ptx filemalformed spec function argumentsmalformed spec function namemalformed target %smalformed target %s valuemangling %Cmangling __underlying_typemangling typeof, use decltype insteadmangling unknown fixed point typemap can only be compared to nilmapping field %qE of variable length structuremask must be an immediatematching constraint does not allow a registermatching constraint not valid in output operandmatching constraint references invalid operand numbermaximum limit of %d namespaces searched for %qEmaximum number of arrays per scop.maximum number of basic blocks per function to be analyzed by Graphite.maximum number of isl operations, 0 means unlimitedmaximum number of parameters in a SCoP.maximum value of parameter %qs is %umay not use both -EB and -ELmay not use both -m32 and -m64mduc registers only saved for G13 targetmedia functions are not available unless -mmedia is usedmem-initializer for %qD follows constructor delegationmember %q+#D with constructor not allowed in anonymous aggregatemember %q+#D with constructor not allowed in unionmember %q+#D with copy assignment operator not allowed in anonymous aggregatemember %q+#D with copy assignment operator not allowed in unionmember %q+#D with destructor not allowed in anonymous aggregatemember %q+#D with destructor not allowed in unionmember %qD conflicts with virtual function table field namemember %qD declared as friend before type %qT definedmember %qD in read-only object used as %<asm%> outputmember %qD is uninitialized referencemember functions are implicitly friends of their classmemory access check always failmemory allocation failed while reading export datamemory input %d is not directly addressablememory reference expected for 'S' output modifiermethod %<%c%E%> declared %<@optional%> and %<@required%> at the same timemethod %s%s%s is marked go:nointerfacemethod %s%s%s requires a pointer receivermethod argument attributes are not available in Objective-C 1.0method attributes are not available in Objective-C 1.0method attributes can not be specified in @implementation contextmethod attributes must be specified at the endmethod attributes must be specified at the end onlymethod declaration not in @interface contextmethod declared %qE overriding %qE methodmethod definition for %<%c%E%> not foundmethod definition not in @implementation contextmethod overrides both %<transaction_pure%> and %qE methodsmethod possibly missing a [super dealloc] callmethod type does not match object typemethod with incompatible type is defined in another translation unitminimal number of loops per function to be analyzed by Graphite.minimum value of parameter %qs is %umio_array_ref(): Unknown array refmips16 function profilingmismatched argument pack lengths while expanding %<%E%>mismatched argument pack lengths while expanding %<%T%>mismatched argumentsmismatched declarations during linktime optimizationmismatching comparison operand typesmisplaced %<@%D%> Objective-C++ constructmissed loop optimization, the loop counter may overflowmissing $ operand number in formatmissing %<(%> after %<#pragma GCC visibility push%> - ignoredmissing %<(%> after %<#pragma pack%> - ignoredmissing %<=%> (after %<getter%> attribute)missing %<=%> (after %<setter%> attribute)missing %<target%> attribute for multi-versioned %Dmissing '(' after '#pragma unused', ignoringmissing ')' after '#pragma unused', ignoringmissing PHI defmissing REG_EH_REGION note at the end of bb %imissing [big-endian|little-endian|default] after %<#pragma scalar_storage_order%>missing [error|warning|ignored|push|pop] after %<#pragma GCC diagnostic%>missing architecture name in 'arch' target %smissing argument to %qsmissing barrier after block %imissing braces around initializermissing braces around initializer for %qTmissing callgraph edge for call stmt:missing close brace for named operandmissing close parenmissing collection in fast enumerationmissing controlling predicatemissing cpu name in %<-mcpu=%s%>missing cpu name in %<-mtune=%s%>missing cpu name in 'cpu' target %smissing definitionmissing device or architecture after %qsmissing edge %i->%imissing filename after %qsmissing fill character at end of strfmon formatmissing increment expressionmissing initializer for member %qDmissing makefile target after %qsmissing method %s%s%smissing numbermissing open parenmissing operandmissing option after %<#pragma GCC diagnostic%> kindmissing path after %qsmissing sentinel in function callmissing terminating %c charactermissing type-name in typedef-declarationmixing declarations and function-definitions is forbiddenmixing different types of symbol in same comdat groups is not supportedmode %qs applied to inappropriate typemode size of non-integral result does not match field size of BIT_FIELD_REFmodule nature in USE statement at %Cmore than %d operands in %<asm%>more than one %<depend(source)%> clause on an %<ordered%> constructmore than one 'crtl' directivemore than one access specifier in base-specifiedms_abi and sysv_abi attributes are not compatiblems_hook_prologue attribute isn%'t compatible with -mfentry for 32-bitms_hook_prologue is not compatible with nested functionmsp430_select_hwmult_lib needs one or more argumentsmultidimensional array must have bounds for all dimensions except the firstmultilib exclusion %qs is invalidmultilib exclusions %qs is invalidmultilib select %qs %qs is invalidmultilib select %qs is invalidmultilib spec %qs is invalidmultiple -mcpu= options specified.multiple EH personalities are supported only with assemblers supporting .cfi_personality directivemultiple default labels in one switchmultiple definition of %q#Tmultiple fields in union %qT initializedmultiple function type attributes specifiedmultiple hot/cold transitions found (bb %i)multiple initializations given for %qDmultiple initializations given for base %qTmultiple inline callersmultiple interrupt attributes not allowedmultiple interrupt attributes to function %qDmultiple iterating variables in fast enumerationmultiple loop axes specified for routinemultiple methods named %<%c%E%> foundmultiple parameters named %qDmultiple prevailing defs for %qEmultiple selectors named %<%c%E%> foundmultiple storage classes in declaration of %qsmultiple storage classes in declaration specifiersmultiple types in one declarationmultiple virtual PHI nodes in BB %dmultiple-value argument in single-value contextmultiple-value function call in single-value contextmultiply option implies r%d is fixedmultiversioning needs ifunc which is not supported on this targetmust #include <typeinfo> before using typeidmust use %<.*%> or %<->*%> to call pointer-to-member function in %<%E (...)%>, e.g. %<(... ->* %E) (...)%>mutable %qD is not usable in a constant expressionmysterious repository information in %snaked attribute only applies to functionsname %qD used in a GNU-style designated initializer for an arrayname %qT has incomplete typename lookup of %qD changedname lookup of %qD changed for ISO %<for%> scopingname missing for member functionname of class shadows template template parameter %qDname used in a GNU-style designated initializer for an arraynamed return values are no longer supportednamespace %qD not allowed in using-declarationnamespace alias %qD not allowed here, assuming %qDnamespace-scope anonymous aggregates must be staticnarrowing conversion of %qE from %qT to %qT inside { }narrowing conversion of %qE from %qT to %qT inside { } is ill-formed in C++11need %<typename%> before %<%T::%E%> because %qT is a dependent scopeneed %<typename%> before %qE because %qT is a dependent scopeneed explicit conversionneed explicit conversion; missing method %s%s%snegative insn lengthnegative integer implicitly converted to unsigned typenegative nesting depth of region %inegative shift countnegative width in bit-field %q+Dnegative width in bit-field %qsneither the destructor nor the class-specific operator delete will be called, even if they are declared when the class is definednested assembly dialect alternativesnested extern declaration of %qDnested function %q+D declared but never definednested function %qE declared %<extern%>nested function %qs declared %<extern%>nested function trampolines not supported on this targetnested functions not supported on this targetnested redefinition of %<enum %E%>nested redefinition of %<struct %E%>nested redefinition of %<union %E%>new cannot be applied to a function typenew cannot be applied to a reference typenew types may not be defined in a return typeno %<%D(int)%> declared for postfix %qsno %<%D(int)%> declared for postfix %qs, trying prefix operator insteadno %<%c%E%> method foundno %q#D member function declared in class %qTno %qs getter foundno FUNCTION_PROFILER for CRISno LTRANS output list filename providedno argumentsno arguments for spec functionno class name specified with %qsno class template named %q#T in %q#Tno closing %<]%> for %<%%[%> formatno context to resolve type of %qEno corresponding deallocation function for %qDno data type for mode %qsno declaration of property %qs found in the interfaceno default argument for %qDno description yet.no field %qD found in union being initializedno immediate_use listno input filesno input files; unwilling to write output filesno integral type can represent all of the enumerator values for %qTno low registers available for popping high registersno match for call to %<(%T) (%A)%>no matches converting function %qD to type %q#Tno matching function for call to %<%D(%A)%>no matching function for call to %<%T::operator %T(%A)%#V%>no matching push for %<#pragma GCC visibility pop%>no matching template for %qD foundno member function %qD declared in %qTno members matching %<%T::%D%> in %q#Tno post-decrement operator for typeno post-increment operator for typeno pre-decrement operator for typeno pre-increment operator for typeno previous declaration for %qDno previous prototype for %qDno processor type specified for linkingno profiling of 64-bit code for this ABIno register in addressno return statement in function returning non-voidno sclass for %s stab (0x%x)no semicolon at end of struct or unionno suitable %<operator %s%> for %qTno suitable %qD found in class %qTno super class declared in @interface for %qEno super class declared in interface for %qEno type named %q#T in %q#Tno type or storage class may be specified here,no unique final overrider for %qD in %qTnode differs from node->decl->decl_with_vis.symtab_nodenode has unknown typenode is alias but not definitionnode is alias but not implicit aliasnode is alone in a comdat groupnode is analyzed but it is not a definitionnode is in same_comdat_group list but has no comdat_groupnode is transparent_alias but not an aliasnode is weakref but not an transparent_aliasnode not found node->decl->decl_with_vis.symtab_nodenodes with unreleased memory foundnoexcept-expression evaluates to %<false%> because of a call to %qDnon-AAPCS derived PCS variantnon-OpenACC construct inside of OpenACC regionnon-OpenACC construct inside of OpenACC routinenon-call exception handling mismatchnon-const integer argument %u in call to function %qEnon-constant argument 1 to __atomic_always_lock_freenon-constant array in DATA statement %Lnon-constant array initializationnon-constant compound literals cannot appear in a constant-expressionnon-constant condition for static assertionnon-constant element in constant CONSTRUCTORnon-constant in-class initialization invalid for static member %qDnon-constant initialization expression at %Lnon-decl/MEM_REF LHS in clobber statementnon-delegitimized UNSPEC %s (%d) found in variable locationnon-deleted function %q+Dnon-floating-point argument in call to function %qEnon-floating-point arguments in call to function %qEnon-function in gimple callnon-integer argument 1 to __atomic_is_lock_freenon-integer argument 3 in call to function %qEnon-integer memory model argument %d of %qEnon-integer operand used with operand code 'z'non-integral type switch statementnon-integral used in conditionnon-loop with header %d not marked for removalnon-lvalue array in conditional expressionnon-member %qs cannot be declared %<mutable%>non-member function %qD cannot have cv-qualifiernon-memory input %d must stay in memorynon-nested function with variably modified typenon-object member %qs cannot be declared %<mutable%>non-objective-c type '%T' cannot be caughtnon-parameter %qs cannot be a parameter packnon-register as LHS of binary operationnon-register as LHS of ternary operationnon-register as LHS of unary operationnon-scalar typenon-standard suffix on floating constantnon-static const member %q#D, can%'t use default assignment operatornon-static data member %qE declared %<constexpr%>non-static data member initializers only available with -std=c++11 or -std=gnu++11non-static declaration of %q+D follows static declarationnon-static initialization of a flexible array membernon-static reference member %q#D, can%'t use default assignment operatornon-template %qD used as templatenon-template type %qT used as a templatenon-thread-local declaration of %q#D follows thread-local declarationnon-thread-local declaration of %q+D follows thread-local declarationnon-top-level BIT_FIELD_REF, IMAGPART_EXPR or REALPART_EXPRnon-trivial conversion at assignmentnon-trivial conversion in unary operationnon-trivial designated initializers not supportednon-vector CONSTRUCTOR with elementsnon-vector operands in vector comparisonnonconstant array index in initializernonempty exits list of loop %d, but exits are not recordednonlocal label nonnull argument %qD compared to NULLnonnull argument has invalid operand number (argument %lu)nonnull argument references non-pointer operand (argument %lu, operand %lu)nonnull argument with out-of-range operand number (argument %lu, operand %lu)nonnull attribute without arguments on a non-prototypenormalization cannot co-exist with scaling
! not allowed type combination in BIT_INSERT_EXPRnot configured for SPE ABInot configured for SPE instruction setnot configured with sysroot headers suffixnot enough argumentsnot enough arguments to returnnot enough perfectly nested loopsnot enough type informationnot enough variable arguments to fit a sentinelnotenote: null argument where non-null required (argument %lu)null destination pointernull format stringnull pointernull pointer dereferencenumber must be 0 or 1number of arguments doesn%'t match built-in prototypenumber of arguments doesn%'t match prototypenumber of bb notes in insn chain (%d) != n_basic_blocks (%d)number of components of the vector not a power of twonumber of counters is %d instead of %dnumber of results does not match number of valuesnumber of variables in %<depend(sink)%> clause does not match number of iteration variablesnumeric argument of %qE attribute must be in range 0..63objc++-cpp-output is deprecated; please use objective-c++-cpp-output insteadobjc-cpp-output is deprecated; please use objective-c-cpp-output insteadobject is not a methodobject missing in use of %qEobject property %qD has no %<assign%>, %<retain%> or %<copy%> attribute; assuming %<assign%>object type %qT does not match destructor name ~%qTobject with variably modified type must have no linkageobjective-c method declaration is expectedobjective-c++ message argument(s) are expectedobjective-c++ method declaration is expectedobsolete Maverick format code '%c'obsolete option -I- used, please use -iquote insteadobsolete use of designated initializer with %<:%>obsolete use of designated initializer without %<=%>offload compiler %s not foundoffset %qwi outside bounds of constant stringoffset exceeds 16 bytesoffset of packed bit-field %qD has changed in GCC 4.4old-style function definitionold-style parameter declarations in prototyped function definitionomitted middle operand to %<?:%> operand cannot be mangledonly %<distribute%> or %<parallel%> regions are allowed to be strictly nested inside %<teams%> regiononly %<inbranch%> and %<notinbranch%> flags are allowed for %<__simd__%> attributeonly 0.0 can be loaded as an immediateonly Objective-C object types can be qualified with a protocolonly constructors take member initializersonly uninitialized variables can be placed in a .bss sectiononly uninitialized variables can be placed in the .noinit sectiononly weak aliases are supported in this configurationonly zero initializers are allowed in section %qsopaque vector types cannot be initializedopaque-enum-specifier must use a simple identifieropaque-enum-specifier without nameopen %s failed: %sopen /dev/zero: %mopening LTRANS output list %s: %mopening dependency file %s: %mopening output file %s: %moperand %d should be a 3 bit unsigned immediateoperand %d should be a 6 bit unsigned immediateoperand %d should be a 8 bit unsigned immediateoperand 1 should be an unsigned 3-bit immediateoperand 1 should be an unsigned 3-bit value (I0-I7)operand 2 should be an even 3-bit value (subreg 0,2,4,6)operand 2 should be an unsigned 3-bit value (I0-I7)operand 2 should be an unsigned 3-bit value (subreg 0-7)operand 2 should be an unsigned 8-bit valueoperand 3 should be an unsigned 3-bit value (I0-I7)operand 3 should be an unsigned 8-bit valueoperand 4 should be an unsigned 8-bit value (0-255)operand constraint contains incorrectly positioned %<+%> or %<=%>operand constraints for %<asm%> differ in number of alternativesoperand for sleep instruction must be an unsigned 6 bit compile-time constantoperand is not a condition code, invalid operand code '%c'operand is not a condition code, invalid operand code 'D'operand is not a condition code, invalid operand code 'Y'operand is not a specific integer, invalid operand code 'R'operand is not a specific integer, invalid operand code 'r'operand is not an integer, invalid operand code 'K'operand is not an integer, invalid operand code 'R'operand is not an offsettable memory reference, invalid operand code 'H'operand must be an immediate of the right sizeoperand number missing after %%-letteroperand number out of rangeoperand number out of range in formatoperand number specified for format taking no argumentoperand number specified with suppressed assignmentoperand type %qT is incompatible with argument %d of %qEoperands to %T/%t must be reg + const_int:operands to ?: have different types %qT and %qToperation on %qE may be undefinedoptimization attribute on %qD follows definition but the attribute doesn%'t matchoptimization level attribute mismatchoptimization may eliminate reads and/or writes to register variablesoption %qs is valid for %s but not for %soption %s is not supported together with -fopenaccoption("%s") was already specifiedoptional argumentoptions enabled: options or targets missing after %qsoptions passed: ordered comparison of pointer with integer zeroordered comparison of pointer with null pointeroriginal definition appeared hereoriginally defined hereoriginally indirect function call not considered for inliningoriginally specified hereorphaned %qs constructought to match virtual method %qD but does notouter %<__transaction_cancel%> not within outer %<__transaction_atomic%>outer block of region %i is wrongouter transaction in %<transaction_may_cancel_outer%> functionouter transaction in %<transaction_safe%> functionouter transaction in transactionoutput constraint %d cannot be specified together with "%s" clobberoutput constraint %d must specify a single registeroutput constraint %qc for operand %d is not at the beginningoutput file not specifiedoutput filename specified twiceoutput number %d not directly addressableoutput operand %d must use %<&%> constraintoutput operand constraint lacks %<=%>output operand is constant in %<asm%>output regs must be grouped at top of stackoutput_move_single:overflow in array dimensionoverflow in constant expressionoverflow in enumeration valuesoverflow in enumeration values at %qDoverflow in implicit constant conversionoverflowed output arg list for %qsoverloaded function with no contextual type informationoverride controls (override/final) only available with -std=c++11 or -std=gnu++11overriding deleted function %q+Doverriding final function %q+Doverriding non-deleted function %q+Dpacked attribute causes inefficient alignmentpacked attribute causes inefficient alignment for %q+Dpacked attribute causes inefficient alignment for %qEpacked attribute is unnecessarypacked attribute is unnecessary for %q+Dpacked attribute is unnecessary for %qEpadding struct size to alignment boundarypadding struct to align %q+Dparameter %P has incomplete type %qTparameter %P of %qD has incomplete type %qTparameter %q+D declared %<_Noreturn%>parameter %q+D declared %<inline%>parameter %q+D has just a forward declarationparameter %qD declared with void typeparameter %qD has incomplete typeparameter %qD includes pointer to array of unknown bound %qTparameter %qD includes reference to array of unknown bound %qTparameter %qD invalidly declared method typeparameter %qD is initializedparameter %qD set but not usedparameter %qP of %qD might be a candidate for a format attributeparameter %u (%q+D) has incomplete typeparameter %u (%q+D) has void typeparameter %u has incomplete typeparameter %u has void typeparameter declared %<auto%>parameter list does not match a valid signature for %s()parameter may not have variably modified type %qTparameter might be a candidate for a format attributeparameter name missing from parameter listparameter name omittedparameter names (without types) in function declarationparameter pack %qD cannot have a default argumentparameter pack argument %qE must be at the end of the template argument listparameter pack argument %qT must be at the end of the template argument listparameter pack cannot have a default argumentparameter packs not expanded with %<...%>:parameter passing for argument of type %qT changed in GCC 7.1parametrized derived type argumentparentheses around %qE cannot be used to form a pointer-to-member-functionparentheses required around this composite literal to avoid parsing ambiguityparenthesized initialization is not allowed in OpenMP %<for%> loopparenthesized initializer in array newparse error in template argument listpartial specialization %qT declared %<friend%>pass %qs not found but is referenced by new pass %qspass %s does not support cloningpass %s needs a set_pass_param implementation to handle the extra argument in NEXT_PASSpassing %qT chooses %qT over %qTpassing NULL to non-pointer argument %P of %qDpassing arg %d of %qE discards qualifiers from pointer target typepassing argument %d of %qE as %<float%> rather than %<double%> due to prototypepassing argument %d of %qE as %qT rather than %qT due to prototypepassing argument %d of %qE as complex rather than floating due to prototypepassing argument %d of %qE as complex rather than integer due to prototypepassing argument %d of %qE as floating rather than complex due to prototypepassing argument %d of %qE as floating rather than integer due to prototypepassing argument %d of %qE as integer rather than complex due to prototypepassing argument %d of %qE as integer rather than floating due to prototypepassing argument %d of %qE as signed due to prototypepassing argument %d of %qE as unsigned due to prototypepassing argument %d of %qE discards %qv qualifier from pointer target typepassing argument %d of %qE from distinct Objective-C typepassing argument %d of %qE from incompatible pointer typepassing argument %d of %qE from pointer to non-enclosed address spacepassing argument %d of %qE makes %q#v qualified function pointer from unqualifiedpassing argument %d of %qE makes integer from pointer without a castpassing argument %d of %qE makes pointer from integer without a castpassing argument %d of %qE with different width due to prototypepassing too large argument on stackpch_preprocess pragma should only be used with -fpreprocessedpedwarnpedwarn: permerrorpermerror: pex_init failed: %mplugin %s is not licensed under a GPL-compatible license
  %splugin %s registered a null callback function for event %splugin %s should be specified before -fplugin-arg-%s in the command lineplugin %s was specified with different paths:
  %s
! %splugin cannot register a missing passplugin cannot register an unnamed passplugin cannot register pass %qs without reference pass nameplugin support is disabled; configure with --enable-pluginpointerpointer argumentpointer arithmetic for garbage-collected objects not allowedpointer assignmentpointer bounds were lost due to unexpected expression %spointer of type %<void *%> used in arithmeticpointer of type %<void *%> used in subtractionpointer offset from symbol maybe incorrectpointer or allocatable resultpointer target types incompatible in C++pointer targeting address space %qs must be const in %qTpointer targeting address space %qs must be const in %s %q+Dpointer targets in assignment differ in signednesspointer targets in initialization differ in signednesspointer targets in passing argument %d of %qE differ in signednesspointer targets in return differ in signednesspointer to a function used in arithmeticpointer to a function used in subtractionpointer to interface type has no methodspointer to member conversion via virtual base %qTpointer to member type %qT incompatible with object type %qTpointer type mismatch in conditional expressionpointer value used where a complex was expectedpointer value used where a floating point value was expectedpointer-to-member function %E cannot be called without an object; consider using .* or ->*pointer/integer type mismatch in conditional expressionpointers are not permitted as case valuespointers to disjoint address spaces used in conditional expressionpolymorphic argumentposition plus size exceeds size of referenced object in BIT_FIELD_REFposition-independent code not supportedposition-independent code requires %qsposition-independent code requires the Linux ABIpossible problem detected in invocation of delete operator:post-increment address is not a registerpostfix %qD must take %<int%> as its argumentpostfix %qD must take %<int%> as its second argumentpostfix %qD should return %qTpotential null pointer dereferencepre-decrement address is not a registerpre-increment address is not a registerprecisionprecision in printf formatpredicated Thumb instructionpredicated instruction in conditional sequencepreferentially allocate registers that allow short instruction generation.prefix %qD should return %qTprefix attributes are ignored before %<@%D%>prefix attributes are ignored for implementationsprefix attributes are ignored for methodsprev_bb of %d should be %d, not %dprevious declarationprevious declaration of %<%c%E%>previous declaration of %<%c%E%> as %<@optional%>previous declaration of %<%c%E%> as %<@required%>previous declaration of %<%c%s%>previous declaration of %Dprevious declaration of %q+Dprevious declaration of %q+D was hereprevious declaration of %qEprevious definition hereprevious definition of %q+D was hereprevious implicit declaration of %q+D was hereprevious non-function declaration %q+#Dpreviously declared herepreviously defined herepreviously used hereproblem with building target image for %s
  profiler support for CR16profiler support for VxWorksprofiling is not yet implemented for this architectureprofiling not supported with -mgprograms: %s
! promoted argument %qD doesn%'t match built-in prototypepromoted argument %qD doesn%'t match prototypepromoted ~unsigned is always non-zeroproperty %qs already specified in %<@dynamic%>property %qs already specified in %<@synthesize%>property %qs is using instance variable %qs of incompatible typeproperty %qs is using the same instance variable as property %qsproperty can not be a bit-fieldproperty can not be an arrayproperty declaration not in @interface or @protocol contextprotected visibility attribute not supported in this configuration; ignoredprotocol %qE has circular dependencyprotocol %qE is deprecatedprotocol attributes are not available in Objective-C 1.0prototype declarationprototype for %q#D does not match any in class %qTprototype for %q+D declares argument %d with incompatible typeprototype for %q+D declares fewer arguments than previous old-style definitionprototype for %q+D declares more arguments than previous old-style definitionprototype for %q+D follows non-prototype definitionprototype for '%s' has required operands after optional operandsprovided for %q+Dpseudo-destructor is not calledpure-specifier on function-definitionq/Q modifiers invalid for symbol referencesqualified name does not name a classqualified type %qT does not match destructor name ~%qTqualifiers are not allowed on declaration of %<operator %T%>qualifying type %qT does not match destructor name ~%qTr0 needs to be available as a call-clobbered registerrange clause must have array, slice, string, map, or channel typerange expressions in switch statements are non-standardrange-based %<for%> expression of type %qT has a %<begin%> member but not an %<end%>range-based %<for%> expression of type %qT has an %<end%> member but not a %<begin%>range-based %<for%> expression of type %qT has incomplete typerank mismatch between %qE and %qErank mismatch in expression %qEraw literal operator %q+D conflicts with literal operator template %qDrdynamic is not supportedread failed while reading export dataread-only location %qE used as %<asm%> outputread-only member %qD used as %<asm%> outputread-only named return value %qD used as %<asm%>outputread-only parameter %qD use as %<asm%> outputread-only reference %qD used as %<asm%> outputread-only variable %qD used as %<asm%> outputreading input filereading through null pointer (argument %d)readonly property can not be setrecompiling with -fcompare-debugrecursive evaluation of default argument for %q#Drecursive inliningrecursive type %qT undefinedrecursively required by substitution of %qS
  recursively required from %q#D
  recursively required from here
! redeclaration of %<enum %E%>redeclaration of %<wchar_t%> as %qTredeclaration of %q#Dredeclaration of %q+D with different visibility (old visibility preserved)redeclaration of %q+D with no linkageredeclaration of %qT as a non-templateredeclaration of C++ built-in type %qTredeclaration of Objective-C class %qsredeclaration of enumerator %q+Dredeclaration of friend %q#D may not have default template argumentsredeclaration of property %qDredeclared here as %q#Dredeclared with %d template parameterredeclared with %d template parametersredefined extern inline functions are not considered for inliningredefinition of %<struct %E%>redefinition of %<union %E%>redefinition of %q#Dredefinition of %q#Tredefinition of %q+Dredefinition of default argument for %q#Dredefinition of parameter %q+Dredefinition of typedef %q+Dredefinition of typedef %q+D with different typeredefinition of typedef %q+D with variably modified typeredundant redeclaration of %q+Dredundant redeclaration of %qD in same scopereference %qs cannot be declared %<mutable%>reference to %<%T::%D%> is ambiguousreference to %qD is ambiguousreference to dead statementreference to non-lvalue returnedregion of lp %i is wrongregion_array does not match region_treeregion_array is corrupted for region %iregister assignment ignored for %qD used in Cilk blockregister name given for non-register variable %q+Dregister name not specified for %q+Dregister number must be a compile-time constant. Try giving higher optimization levelsregister of %qD used for multiple global register variablesregister or memory expression expected for 'M' output modifierregister or memory expression expected for 'N' output modifierregister specified for %q+D isn%'t suitable for data typeregister variable %qD used in nested functionregparam and thiscall attributes are not compatiblereimplementation of class %qEreinterpret_cast from type %qT to type %qT casts away qualifiersrelaxed transaction in %<transaction_safe%> functionrelaxed transaction in atomic transactionremoved loop %d in loop treeremoving .rpo file: %mrename spec %s to %s
! renaming .rpo file: %mrepeated %<@%> before Objective-C stringrepeated %s in formatrepository file '%s' does not contain command-line argumentsrequest for implicit conversion from %qT to %qT not permitted in C++request for member %qD in %qE, which is of non-class type %qTrequest for member %qD in %qE, which is of pointer type %qT (maybe you meant to use %<->%> ?)request for member %qD is ambiguousrequest for member %qD is ambiguous in multiple inheritance latticerequest for member %qE in non-class type %qTrequest for member %qE in something not a structure or unionrequested ABI requires -march to subsume the %qc extensionrequested alignment %d is larger than %drequested alignment for %q+D is greater than implemented alignment of %wurequested alignment is not a positive power of 2requested alignment is not an integer constantrequested alignment is too largerequested init_priority is not an integer constantrequested init_priority is out of rangerequested init_priority is reserved for internal userequested position is less than zerorequested position is not an integer constantrequire_atom(): bad atom type requiredrequired by substitution of %qS
  required from %q#D
  required from here
! result of %<operator->()%> yields non-pointer resultresult of %qE requires %u bits to represent, but %qT only has %u bitsresult with non-constant character lengthreturn discards %qv qualifier from pointer target typereturn edge does not point to exit in bb %dreturn from incompatible pointer typereturn from pointer to non-enclosed address spacereturn makes %q#v qualified function pointer from unqualifiedreturn makes integer from pointer without a castreturn makes pointer from integer without a castreturn not followed by barrierreturn type %q#T is incompletereturn type defaults to %<int%>return type is an incomplete typereturn type might be a candidate for a format attributereturn type of %qD is not %<int%>return type of functionreturn type specification for constructor invalidreturn type specification for destructor invalidreturn type specified for %<operator %T%>return value type mismatchreturn with value in function with no return typereturn-statement with a value, in function returning 'void'return-statement with no value, in function returning %qTreturning a value from a constructorreturning a value from a destructorreturning reference to temporaryreturns_nonnull attribute on a function not returning a pointerright operand of comma operator cannot resolve address of overloaded functionright operand of comma operator has no effectright operand of comma operator is a reference, not call, to function %qEright precisionright precision in strfmon formatright rotate count >= width of typeright rotate count is negativeright shift count >= width of typeright shift count is negativerounding mode not supported for VAX floatsrounding result will always be 0rounding to %d bits has no effect for fixed-point value with %d fractional bitsroutine %qD declared hereroutine call uses OpenACC parallelism disallowed by containing routineroutine call uses same OpenACC parallelism as containing looprx100 cpu does not have FPU hardwarerx200 cpu does not have FPU hardwaresame canonical type node for different types %T and %Tsame variable used in %<firstprivate%> and %<lastprivate%> clauses on %<distribute%> constructsame_comdat_group is not a circular listsame_comdat_group list across different groupssaw %d %<template<>%>, need %d for specializing a member function templatesay %<typename %E%> if a type is meantscalar object %qD requires one element in initializerscalar_storage_order argument must be one of "big-endian" or "little-endian"scalar_storage_order is not supportedscalar_storage_order is not supported because endianness is not uniformscale needs to be non-negative
  scaling cannot co-exist with normalization, skipping
! schedule %<auto%> does not take a %<chunk_size%> parameterschedule %<runtime%> does not take a %<chunk_size%> parameterschedule chunk size expression must be integralscope %qT before %<~%> is not a class-namescoped enums only available with -std=c++11 or -std=gnu++11scoped/unscoped mismatch in enum %q#Tsecond argument must be slice or stringsecond argument of %q+D should be %<char **%>second argument to %<__builtin_prefetch%> must be a constantsecond argument to function %qE must be a constant integer power of 2 between %qi and %qu bitssecond operand of conditional expression cannot resolve address of overloaded functionsecond operand of conditional expression has no effectsecond operand of conditional expression is a reference, not call, to function %qEsecond operand to the conditional operator is of type %<void%>, but the third operand is neither a throw-expression nor of type %<void%>second parameter of %<va_start%> not last named argumentsection anchors must be disabled when toplevel reorder is disabledsection anchors must be disabled when unit-at-a-time is disabledsection attribute argument not a string constantsection attribute cannot be specified for local variablessection attribute not allowed for %q+Dsection attributes are not supported for this targetsection of %q+D cannot be overriddensection of %q+D conflicts with previous declarationsection of alias %q+D must match section of its targetsection type conflictsection type conflict with %Dselected fp16 options are incompatibleselector must be an immediateselector must be an integer constant in the range 0..%wiself-comparison always evaluates to falseself-comparison always evaluates to trueself-tests are not enabled in this buildself-tests incompatible with -Eset number of nops to emit before each insn pattern.setjmp/longjmp inside simd constructsetter name must terminate with %<:%>setting core file size limit to maximum: %mshadowed declaration is hereshadowing built-in function %q#Dshadowing library function %q#Dshadowing previous type declaration of %q#Dshared and mdll are not compatibleshared call_stmt:shared is not supportedshared rtxshift count not unsigned integershift of non-integer operandshort read while reading export datasibcall edges for non-call insn in bb %iside effects not recomputed when ADDR_EXPR changedside-effects element in no-side-effects CONSTRUCTORsignedness of type and machine mode %qs don%'t matchsimple IFsingle target_clones attribute is ignoredsize in array new must have integral typesize mismatch in argument %d of %qEsize of %q+D is %d bytessize of %q+D is larger than %wd bytessize of array %qD has non-integral type %qTsize of array %qD is negativesize of array %qD is not an integral constant-expressionsize of array %qE has non-integer typesize of array %qE is negativesize of array %qE is too largesize of array has non-integral type %qTsize of array is negativesize of array is not an integral constant-expressionsize of array is too largesize of loop %d should be %d, not %dsize of return value of %q+D is %u bytessize of return value of %q+D is larger than %wd bytessize of tiles for loop blocking.size of unnamed array has non-integer typesize of unnamed array is negativesize of unnamed array is too largesize of variable %q+D is too largesize optimization level: 0:none 1:opportunistic 2: regalloc 3:drop align, -Os.size ranges of option %qs should be increasingsizeof(long double) is 12.sizeof(long double) is 16.slice can only be compared to nilslice capacity must be integerslice end must be integerslice of unaddressable valuesoft-float and long-double-128 are incompatiblesorry, unimplementedsorry, unimplemented: source is a pointer to incomplete typesource is not a pointersource is not a pointer to classsource is not of class typesource is of incomplete class typesource locations for function %qE have changed, the profile data may be out of datesource type is not polymorphicspec %qs has invalid %<%%0%c%>spec %qs has invalid %<%%W%c%>spec %qs has invalid %<%%x%c%>spec %qs invalidspec failure: %<%%*%> has not been initialized by pattern matchspec failure: more than one arg to SYSROOT_HEADERS_SUFFIX_SPECspec failure: more than one arg to SYSROOT_SUFFIX_SPECspec failure: unrecognized spec option %qcspec file has no spec for linkingspec is '%s'
  
! spec-generated switch is just %<-%>specialization %qT after instantiation %qTspecialization of %qD after instantiationspecialization of %qD in different namespacespecialization of %qD must appear at namespace scopespecialization of %qT after instantiationspecialization of implicitly-declared special member functionspecializing %q#T in different namespacespecializing member %<%T::%E%> requires %<template<>%> syntaxspecified bound %wu equals the size of the destinationspecified bound %wu exceeds %<INT_MAX %>specified bound %wu exceeds maximum object size %wuspecified bound %wu exceeds the size %wu of the destination objectspecified mode too small for enumeral valuesspecified option %qs more than oncespecifying vector types with __attribute__ ((mode)) is deprecatedspecs %%include syntax malformed after %ld charactersspecs %%rename syntax malformed after %ld charactersspecs %s spec was not found to be renamedspecs file malformed after %ld charactersspecs unknown %% command after %ld charactersspurious %<>>%>, use %<>%> to terminate a template argument listspurious trailing %<%%%> in formatstack frame must be smaller than 64Kstack frame not a multiple of 8 bytes: %wdstack frame not a multiple of octabyte: %wdstack frame too largestack guard value must be an exact power of 2stack limit expression is not supportedstack limits not supported on this targetstack probing requires %<-maccumulate-outgoing-args%> for correctnessstack probing requires %<target("accumulate-outgoing-args")%> for correctnessstack protector not protecting function: all local arrays are less than %d bytes longstack protector not protecting local variables: variable length bufferstack register used for global register variablestack size must be an exact power of 2stack size must be greater than the stack guard valuestack size must not be greater than 64kstack usage computation not supported for this targetstack usage is %wd bytesstack usage might be %wd bytesstack usage might be unboundedstack_offset must be a multiple of 4stack_offset must be at least 4stackframe too big: %d bytesstandard conversions are not allowed in this contextstart of RTL fragment must be on an earlier line than endstart of implied-do loop at %L could not be simplified to a constant valuestart/end of RTL fragment are in different filesstatement cannot resolve address of overloaded functionstatement has no effectstatement is a reference, not call, to function %qEstatement marked for throw in middle of blockstatement marked for throw, but doesn%'tstatement will never be executedstatement with no effectstatement-expressions are not allowed outside functions nor in template-argument listsstatic %qs cannot be declared %<mutable%>static IO declaration for %q+D needs an addressstatic assertion failed: %Estatic assertion failed: %sstatic chain with function that doesn%'t use onestatic declaration of %q+D follows non-static declarationstatic initialization of variable %q+D in %<.shared%> memory is not supportedstatic is not supported on TPF-OSstatic member %qD cannot be a bit-fieldstatic member %qD declared %<register%>static member function %q#D declared with type qualifiersstatic member function %qD cannot have cv-qualifierstatic or type qualifiers in non-parameter array declaratorstatic_cast from type %qT to type %qT casts away qualifiersstatically allocated instance of Objective-C class %qEstdcall and cdecl attributes are not compatiblestdcall and fastcall attributes are not compatiblestdcall and thiscall attributes are not compatiblestep of implied-do loop at %L could not be simplified to a constant valuestmt (%p) marked modified after optimization pass: stmt volatile flag not up-to-datestmt with wrong VUSEstorage class %<__thread%> invalid for function %qsstorage class %<auto%> invalid for function %qsstorage class %<register%> invalid for function %qsstorage class %qD applied to template instantiationstorage class specified for %qsstorage class specified for parameter %qEstorage class specified for parameter %qsstorage class specified for structure fieldstorage class specified for structure field %qEstorage class specified for template parameter %qsstorage class specified for typenamestorage class specified for unnamed parameterstorage class specifiers invalid in friend function declarationsstorage class specifiers invalid in parameter declarationsstorage size of %q+D isn%'t constantstorage size of %q+D isn%'t knownstorage size of %qD isn%'t constantstorage size of %qD isn%'t knownstrange device name %qs after %qs: bad character %qcstrategy name %qs specified for option %qs not supported for 32-bit codestray %<@%> in programstray %<\%o%> in programstray %qc in programstray %qs between Objective-C++ methodsstray %qs in programstrftime formats cannot format argumentsstring length %qd is greater than the length %qd ISO C%d compilers are required to supportstring literal in function template signaturestrong using only meaningful at namespace scopestrong-cast assignment has been interceptedstrong-cast may possibly be neededstruct defined herestruct has no membersstruct has no named membersstructure alignment must be a small power of two, not %dstructure fieldstructure size boundary can only be set to 8 or 32structure size boundary can only be set to 8, 32 or 64subframework include %s conflicts with framework includesubscript missing in array referencesubscripted value is neither array nor pointersubscripted value is neither array nor pointer nor vectorsubscripted value is pointer to functionsubscripting array declared %<register%>suggest braces around empty body in %<do%> statementsuggest braces around empty body in an %<else%> statementsuggest braces around empty body in an %<if%> statementsuggest explicit braces around empty body in %<do%> statementsuggest explicit braces to avoid ambiguous %<else%>suggest parentheses around %<&&%> within %<||%>suggest parentheses around %<+%> in operand of %<&%>suggest parentheses around %<+%> inside %<<<%>suggest parentheses around %<+%> inside %<>>%>suggest parentheses around %<-%> in operand of %<&%>suggest parentheses around %<-%> inside %<<<%>suggest parentheses around %<-%> inside %<>>%>suggest parentheses around %<>>%> expressionsuggest parentheses around arithmetic in operand of %<^%>suggest parentheses around arithmetic in operand of %<|%>suggest parentheses around assignment used as truth valuesuggest parentheses around comparison in operand of %<!=%>suggest parentheses around comparison in operand of %<&%>suggest parentheses around comparison in operand of %<==%>suggest parentheses around comparison in operand of %<^%>suggest parentheses around comparison in operand of %<|%>suggest parentheses around operand of %<!%> or change %<&%> to %<&&%> or %<!%> to %<~%>suggest parentheses around operand of %<!%> or change %<|%> to %<||%> or %<!%> to %<~%>suggested alternative:suggested alternatives:support for mode %qsswitch %<-mcustom-%s%> conflicts with switch %<-mcustom-%s%>switch %<-mcustom-%s%> has no effect unless -ffinite-math-only is specifiedswitch %<-mcustom-%s%> has no effect unless -fno-math-errno is specifiedswitch %<-mcustom-%s%> has no effect unless -funsafe-math-optimizations is specifiedswitch %<-mcustom-%s%> is required for double precision floating pointswitch %<-mcustom-%s%> value %d must be between 0 and 255switch %qs does not start with %<-%>switch %qs is no longer supportedswitch -mcpu=%s conflicts with -march=%s switchswitch condition has boolean valueswitch jumps into statement expressionswitch jumps over variable initializationswitch missing default caseswitch quantity not an integerswitch starts hereswitch statement of size %lu entries too largesymbol used as immediate operandsymbol used with both base and indexed registerssymbol with offset used in PIC modesymbolic memory references are only supported on z10 or latersymtab_node::verify failedsynthesized method %qD first required here sysctl for kern.osversion failed: %msystem path %qs is not absolutetaking address of constructor %qEtaking address of destructor %qEtaking address of expression of type %<void%>taking address of temporarytaking address of temporary arraytaking address of xvalue (rvalue reference)taking the address of a label is non-standardtarget %s %qs does not accept an argumenttarget %s %qs does not allow a negated formtarget %s %qs is invalidtarget %s %s=%s is not validtarget CPU does not support ARM modetarget CPU does not support ARMv8-M Security Extensionstarget CPU does not support THUMB instructionstarget CPU does not support interworkingtarget CPU does not support unaligned accessestarget OS does not support unaligned accessestarget argumenttarget attribute is not supported on this machinetarget attribute or pragma changes AltiVec ABItarget attribute or pragma changes SPE ABItarget attribute or pragma changes darwin64 ABItarget attribute or pragma changes double precision floating pointtarget attribute or pragma changes long double sizetarget attribute or pragma changes single precision floating pointtarget does not support atomic profile update, single mode is selectedtarget format does not support infinitytarget is not pointer or referencetarget is not pointer or reference to classtarget is not pointer or reference to complete typetarget of conversion might be a candidate for a format attributetarget of initialization might be a candidate for a format attributetarget specific builtin not availabletarget specific option mismatchtarget system does not support debug outputtarget system does not support the %qs debug formattarget the software simulator.template argument %d is invalidtemplate argument %qE involves template parameter(s)template argument for %qD uses local type %qTtemplate argument required for %<%s %T%>template arguments to %qD do not match original template %qDtemplate class without a nametemplate declaration of %<typedef%>template declaration of %q#Dtemplate definition of non-template %q#Dtemplate instantiation depth exceeds maximum of %d instantiating %q+D, possibly from virtual table generation (use -ftemplate-depth= to increase the maximum)template parameter %q+#Dtemplate parameter %qD of type %qT is not allowed in an integral constant expression because it is not of integral or enumeration typetemplate parameter list used in explicit instantiationtemplate parameter lists provided don%'t match the template parameters of %qDtemplate parameter pack %qD cannot have a default argumenttemplate parameter pack cannot have a default argumenttemplate parameter packs cannot have default argumentstemplate parameter type %qT declared %<friend%>template parameters cannot be friendstemplate specialization of %qD not allowed by ISO C++template specialization with C linkagetemplate specifiers not specified in declaration of %qDtemplate type parameters must use the keyword %<class%> or %<typename%>template with C linkagetemplate-id %qD for %q+D does not match any template declarationtemplate-id %qD in declaration of primary templatetemplate-id %qD used as a declaratortemplate-parameter-templates may not be %<virtual%>temporary of non-literal type %qT in a constant expressionthe %<getter%> attribute may only be specified oncethe %<interrupt%> attribute requires a MIPS32r2 processor or greaterthe %<setter%> attribute may only be specified oncethe %qs architecture does not support %<-m%s=2008%>the %qs architecture does not support %<-m%s=legacy%>the %qs architecture does not support %<-mfp32%>the %qs architecture does not support DSP instructionsthe %qs architecture does not support branch-likely instructionsthe %qs architecture does not support madd or msub instructionsthe %qs architecture does not support paired-single instructionsthe %qs architecture does not support the synci instructionthe ' ' printf flagthe '!' strfmon flagthe '#' printf flagthe '#' strftime flagthe ''' printf flagthe ''' scanf flagthe '(' strfmon flagthe '+' printf flagthe '+' strfmon flagthe '-' printf flagthe '-' strfmon flagthe '-' strftime flagthe '0' printf flagthe '0' strftime flagthe 'E' strftime modifierthe 'I' printf flagthe 'I' scanf flagthe 'O' modifierthe 'O' strftime modifierthe '^' strfmon flagthe '^' strftime flagthe '_' strftime flagthe 'a' scanf flagthe 'm' scanf flagthe 'q' diagnostic flagthe -shared option is not currently supported for VAX ELFthe ABI of passing struct with a flexible array member has changed in GCC 4.4the ABI of passing structure with complex float member has changed in GCC 4.4the ABI of passing union with long double has changed in GCC 4.4the RX100 cpu does not have FPU hardwarethe RX200 cpu does not have FPU hardwarethe address of %qD will always evaluate as %<true%>the address of %qD will never be NULLthe address of a label cannot appear in a constant-expressionthe assignment suppression scanf featurethe call requires ifunc, which is not supported by this targetthe combination of %qs and %qs is incompatible with %qsthe comparison will always evaluate as %<false%> for the address of %qD will never be NULLthe comparison will always evaluate as %<true%> for the address of %qD will never be NULLthe compiler can assume that the address of %qD will always evaluate to %<true%>the conflicting type defined in another translation unitthe conflicting type defined in another translation unit has virtual table of different sizethe conflicting type defined in another translation unit has virtual table with different contentsthe conflicting type defined in another translation unit has virtual table with more entriesthe conflicting type defined in another translation unit with different RTTI informationthe control flow of function %qE does not match its profile data (counter %qs)the dot syntax is not available in Objective-C 1.0the extra base is defined herethe fifth argument must be an 8-bit immediatethe first difference of corresponding definitions is field %qDthe first difference of corresponding definitions is method %qDthe first parameter of %<operator new%> cannot have a default argumentthe forth argument must be scale 1, 2, 4, 8the frame size of %wd bytes is larger than %wd bytesthe immediate argument must be a 4-bit immediatethe immediate argument must be a 5-bit immediatethe immediate argument must be an 8-bit immediatethe incompatible type defined in another translation unitthe incompatible type is defined herethe last argument must be a 1-bit immediatethe last argument must be a 2-bit immediatethe last argument must be a 3-bit immediatethe last argument must be a 32-bit immediatethe last argument must be a 4-bit immediatethe last argument must be a 5-bit immediatethe last argument must be an 1-bit immediatethe last argument must be an 8-bit immediatethe last argument must be scale 1, 2, 4, 8the m210 does not have little endian supportthe max value for the last size range should be -1 for option %qsthe next to last argument must be an 8-bit immediatethe omitted middle operand in ?: will always be %<true%>, suggest explicit middle operandthe range of mask should be in 0 to 255the range of selector should be in 0 to 1the range of selector should be in 0 to 3the range of selector should be in 0 to 7the register specified for %q+D cannot be accessed by the current targetthe register specified for %q+D is not general enough to be used as a register variablethe result of the conversion is unspecified because %qE is outside the range of type %qTthe third argument must be an 8-bit immediatethe third argument must be comparison constantthe type %qT of constexpr variable %qD is not literalthe type being destroyed is %qT, but the destructor refers to %qTthe use of _OBJC_-prefixed variable names to select meta-data sections is deprecated at 4.6 and will be removed in 4.7the value of %qD is not usable in a constant expressionthe xabort's argument must be an 8-bit immediatethere are no arguments to %qD that depend on a template parameter, so a declaration of %qD must be availablethird argument of %q+D should probably be %<char **%>third argument to %<__builtin_prefetch%> must be a constantthird operand of conditional expression cannot resolve address of overloaded functionthird operand of conditional expression has no effectthird operand of conditional expression is a reference, not call, to function %qEthird operand to the conditional operator is of type %<void%>, but the second operand is neither a throw-expression nor of type %<void%>this builtin function is only available on the fr405 and fr450this builtin function is only available on the fr450this builtin function is only available on the fr500 and fr550this compiler does not support %sthis condition has identical branchesthis decimal constant is unsigned only in ISO C90this decimal constant would be unsigned in ISO C90this is a GCC bug that can be worked around by adding attribute used to function calledthis is the first default labelthis is the first entry overlapping that valuethis is the insn:this media function is only available on the fr400 and fr550this media function is only available on the fr500this statement may fall throughthis target does not support %qsthis target is little-endianthis target machine does not have delayed branchesthread-local COMMON data not implementedthread-local declaration of %q#D follows non-thread-local declarationthread-local declaration of %q+D follows non-thread-local declarationthreadprivate variable %qE used in target regionthreadprivate variable %qE used in untied taskthrowing NULL, which has integral, not pointer typetls_model argument must be one of "local-exec", "initial-exec", "local-dynamic" or "global-dynamic"tls_model argument not a stringto be safe all intermediate pointers in cast from %qT to %qT must be %<const%> qualifiedto generate dependencies you must specify either -M or -MMto refer to a type member of a template parameter, use %<typename %E%>token %u has x-location == %utoken %u has x-location == y-location == %utoken %u has y-location == %utoo few arguments to %%:compare-debug-auxbase-opttoo few arguments to %%:replace-extensiontoo few arguments to %%:version-comparetoo few arguments to constructor %q#Dtoo few arguments to functiontoo few arguments to function %<va_start%>too few arguments to function %q#Dtoo few arguments to function %qEtoo few arguments to member function %q#Dtoo few arguments to method %q#Dtoo few expressions for structtoo few template parameter lists in declaration of %qDtoo few template-parameter-liststoo large function value type, needs %d registers, have only %d registers for thistoo late for # directive to set debug directorytoo many #pragma options align=resettoo many %qs clausestoo many alternatives in %<asm%>too many argumentstoo many arguments for formattoo many arguments to %%:compare-debug-auxbase-opttoo many arguments to %%:compare-debug-dump-opttoo many arguments to %%:compare-debug-self-opttoo many arguments to %%:version-comparetoo many arguments to constructor %q#Dtoo many arguments to functiontoo many arguments to function %q#Dtoo many arguments to function %qEtoo many arguments to maketoo many arguments to member function %q#Dtoo many arguments to method %q#Dtoo many arguments to method %qEtoo many arguments to overloaded function %stoo many braces around initializer for %qTtoo many exception handling edges in bb %itoo many expressions for structtoo many filenames given.  Type %s --help for usagetoo many initializers for %qTtoo many input filestoo many loop exits recordedtoo many outgoing branch edges from bb %itoo many size ranges specified in option %qstoo many template parameter lists in declaration of %qDtoo many template-parameter-liststoo many values in return statementtoo many variables for range clause with channeltoo much stack space to dispose of: %dtoo much stack space to prepare: %dtop-level declaration of %qs specifies %<auto%>toplevel reorder must be disabled when unit-at-a-time is disabledtotal size of local objects too largetotal size of local variables exceeds architecture limittraditional C lacks a separate namespace for labels, identifier %qE conflictstraditional C rejects ISO C style function definitionstraditional C rejects automatic aggregate initializationtraditional C rejects initialization of unionstraditional C rejects string constant concatenationtraditional C rejects the unary plus operatortrailing return type only available with -std=c++11 or -std=gnu++11trampoline generated for nested function %qDtransactional memory is not supported with non-call exceptionstrap mode not supported for VAX floatstree check: %s, have %s in %s, at %s:%dtree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%dtree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%dtree check: accessed operand %d of %s with %d operands in %s, at %s:%dtree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%dtree check: did not expect class %qs, have %qs (%s) in %s, at %s:%dtree check: expected class %qs, have %qs (%s) in %s, at %s:%dtree check: expected none of %s, have %s in %s, at %s:%dtree check: expected omp_clause %s, have %s in %s, at %s:%dtree check: expected tree that contains %qs structure, have %qs in %s, at %s:%dtree code %qs is not supported in LTO streamstree list ends on depth %itrue/false edge after a non-GIMPLE_COND in bb %dtry removing the parentheses around the type-idtry using %qE insteadtrying to encode non-integer type as a bitfieldtrying to finish struct, but kicked out due to previous parse errorstrying to make class %qT a friend of global scopetwo or more data types in declaration of %qstwo or more data types in declaration specifierstwo or more sections for %stype %q#T argument given to %<delete%>, expected pointertype %qE has a user-defined constructortype %qE has a user-defined destructortype %qE has no default constructor to calltype %qE has virtual member functionstype %qT defined in anonymous namespace can not match across the translation unit boundarytype %qT defined in anonymous namespace can not match type %qT across the translation unit boundarytype %qT does not have a known sizetype %qT for explicit instantiation %qD does not match declared type %qTtype %qT is not a base type for type %qTtype %qT is not a direct base of %qTtype %qT is not a direct or virtual base of %qTtype %qT itself violate the C++ One Definition Ruletype %qT of template argument %qE depends on a template parametertype %qT of template argument %qE depends on template parameterstype %qT should match type %qTtype %qT violates the C++ One Definition Ruletype %qT with no linkage used to declare function %q#D with linkagetype %qT with no linkage used to declare variable %q#D with linkagetype %qs does not conform to the %qE protocoltype assertion only valid for interface typestype attributes ignored after type is already definedtype defaults to %<int%> in declaration of %qEtype defaults to %<int%> in type nametype has no methodstype is deprecatedtype is deprecated: %stype is not compatible with its varianttype mismatch between an SSA_NAME and its symboltype mismatch for case label in switch statementtype mismatch in BIT_INSERT_EXPRtype mismatch in address expressiontype mismatch in array range referencetype mismatch in array referencetype mismatch in binary expressiontype mismatch in complex expressiontype mismatch in component referencetype mismatch in conditional expressiontype mismatch in fused multiply-add expressiontype mismatch in nontype parameter packtype mismatch in parameter %itype mismatch in pointer plus expressiontype mismatch in real/imagpart referencetype mismatch in sad expressiontype mismatch in shift expressiontype mismatch in vector permute expressiontype mismatch in widening multiply-accumulate expressiontype mismatch in widening vector shift expressiontype mismatch with previous external decl of %q#Dtype name %qs should match type name %qstype name declared as function returning a functiontype name declared as function returning an arraytype of %qD defaults to %<int%>type of %qD does not match original declarationtype of %qE is unknowntype of array %q+D completed incompatibly with implicit initializationtype of asm operand %qE could not be determinedtype of bit-field %qs is a GCC extensiontype of formal parameter %d is incompletetype of property %qD conflicts with previous declarationtype precision mismatch in switch statementtype qualifiers ignored on function return typetype to vector delete is neither pointer or array typetype transparent class %qT has base classestype transparent class %qT has virtual functionstype variant differs by type variant has TYPE_METHODStype variant has different TREE_TYPEtype variant has different TYPE_BINFOtype variant has different TYPE_FIELDStype variant has different TYPE_SIZE_UNITtype variant has different TYPE_VFIELDtype variant with TYPE_ALIAS_SET_KNOWN_Ptype variant's TREE_TYPEtype variant's TYPE_BINFOtype variant's TYPE_SIZE_UNITtype was previously declared %qEtype's TREE_TYPEtype's TYPE_BINFOtype's TYPE_SIZE_UNITtype-punning to incomplete type might break strict-aliasing rulestype/value mismatch at argument %d in template parameter list for %qDtypedef %q+D declared %<_Noreturn%>typedef %q+D declared %<inline%>typedef %qD is initialized (use __typeof__ instead)typedef %qD is initialized (use decltype instead)typedef %qD locally defined but not usedtypedef declaration invalid in parameter declarationtypedef declared %<auto%>typedef name may not be a nested-name-specifiertypedef-name %qD used as destructor declaratortypeid-expression is not a constant expression because %qE is of polymorphic typetypes are not quite compatibletypes differ in signednesstypes have different parameter countstypes may not be defined in %<decltype%> expressionstypes may not be defined in %<noexcept%> expressionstypes may not be defined in a %<typeid%> expressiontypes may not be defined in a new-expressiontypes may not be defined in a new-type-idtypes may not be defined in alias template declarationstypes may not be defined in an exception-specificationtypes may not be defined in caststypes may not be defined in conditionstypes may not be defined in exception-declarationstypes may not be defined in parameter typestypes may not be defined in template argumentsunable to compute real location of stacked parameterunable to deduce %qT from %qEunable to emulate %qsunable to find a register to spillunable to find a register to spill in class %qsunable to find character literal operator %qD with %qT argumentunable to find numeric literal operator %qDunable to find string literal operator %qD with %qT, %qT argumentsunable to generate reloads for:unable to locate default linker script %qs in the library search pathsunable to open dynamic dependency '%s'unable to print out operand yet; code == %d (%c)unable to use '%s' for PIC registerunbounded use of %<alloca%>unbounded use of variable-length arrayunconditional %2d never executed
  unconditional %2d taken %s
! undeclared selector %qEundefined behavior when second parameter of %<va_start%> is declared with %<register%> storageundefined named operand %qsunderlying type %<%T%> of %<%T%> must be an integral typeunderlying type mismatch in enum %q#Tunexpected AST of kind %sunexpected argument to msp430_select_hwmult_lib: %sunexpected attributeunexpected base-type in cris_print_baseunexpected expression %qE of kind %sunexpected file name %s in linker resolution file. Expected %sunexpected first argument to msp430_select_hwmult_lib: %sunexpected index-type in cris_print_indexunexpected multiplicative operandunexpected offsetunexpected operandunexpected side-effects in addressunhandled alignment for '#pragma nomember_alignment'unidentifiable call opuninitialized const %qDuninitialized const %qD is invalid in C++uninitialized const in %<new%> of %q#Tuninitialized const member in %q#Tuninitialized const member in %q#T using %<new%> without new-initializeruninitialized const member in %qT is invalid in C++uninitialized reference member in %q#Tuninitialized reference member in %q#T using %<new%> without new-initializeruninitialized variable %q+D put into program memory areaunion cannot be made transparentunion defined hereunion has no membersunion has no named membersunion member %q+D with non-trivial %qDunknown '#pragma extern_model' model '%s'unknown '#pragma member_alignment' name %sunknown -mdebug-%s switchunknown CRIS cpu version specification in -mtune= : %sunknown CRIS version specification in -march= or -mcpu= : %sunknown IRA algorithm %qsunknown IRA region %qsunknown LTO partitioning model %qsunknown Stack Reuse Level %qsunknown TLS model %qsunknown action %qE for %<#pragma pack%> - ignoredunknown alignment %qs specified for option %qsunknown array size in deleteunknown asm flag output %qsunknown basic block reordering algorithm %qsunknown callback event registered by plugin %sunknown cc_attr valueunknown conversion type character %qc in formatunknown cpu %qs for -mtuneunknown demangling style '%s'unknown destunknown excess precision style %qsunknown flag passed in -moverride=%s (%s)unknown floating point contraction style %qsunknown insn modeunknown linker output %qsunknown machine mode %qEunknown move insn:unknown offload ABI %qsunknown operator %qs in %%:version-compareunknown option %q.*s in %<-fopt-info-%s%>unknown option after %<#pragma GCC diagnostic%> kindunknown option for -mrecip=%sunknown pass %s specified in -fdisableunknown pass %s specified in -fenableunknown pointer size model %qsunknown profile update method %qsunknown property attributeunknown punctuation '%c'unknown register name %qs in %<asm%>unknown register name: %sunknown relocation unspecunknown spec function %qsunknown specification for the set of FLT_EVAL_METHOD values to permit %qsunknown srcunknown stack check parameter %qsunknown switch -mlong-double-%sunknown type %<%T%> found during Objective-C encodingunknown type name %qEunknown value %qs for 'arch' target %sunknown value %qs for 'cpu' target %sunknown value %qs for 'tune' target %sunknown value %qs for -marchunknown value %qs for -mcpuunknown value %qs for -mtuneunknown value %qs of -mmacosx-version-minunknown vectorization library ABI type (%s) for -mveclibabi= switchunknown vectorizer cost model %qsunknown vtable verify initialization priority %qsunnamed field has incomplete typeunnamed initializer for %qT, which has no base classesunnamed initializer for %qT, which uses multiple inheritanceunnamed struct/union that defines no instancesunnamed variable or field declared voidunordered comparison on non-floating point argumentunquote_string(): got bad stringunreachableunrecognizable argument of option unrecognizable insn:unrecognized addressunrecognized argument in option %qsunrecognized argument of -mcpu: %sunrecognized argument to --help= option: %q.*sunrecognized argument to -f%ssanitize%s= option: %q.*sunrecognized argument to -f%ssanitize%s= option: %q.*s; did you mean %qs?unrecognized command line option %<-%s%>unrecognized command line option %<-%s%>; did you mean %<-%s%>?unrecognized command line option %<-fdump-%s%>unrecognized command line option %<-fopt-info-%s%>unrecognized command line option %qsunrecognized control register number: %d - using 'psw'unrecognized debug output level %qsunrecognized edge flag: '%s'unrecognized enum value: '%s'unrecognized format specifierunrecognized gcc debugging option: %cunrecognized hwpy field in msp430_mcu_data[%d]: %dunrecognized include_flags 0x%x passed to print_specific_helpunrecognized ivar visibility value %qsunrecognized option -fdisableunrecognized option -fenableunrecognized register name %qsunrecognized scalar storage order value %qsunrecognized section name %qEunrecognized shadow offset %qsunrecognized supposed constantunrecognized visibility value %qsunrecoverable errorunresolved overload for Altivec builtin %qFunrestricted unions only available with -std=c++11 or -std=gnu++11unsafe function call %qD within %<transaction_safe%> functionunsafe function call %qD within atomic transactionunsafe function call %qE within %<transaction_safe%> functionunsafe function call %qE within atomic transactionunsafe indirect function call within %<transaction_safe%> functionunsafe indirect function call within atomic transactionunsuffixed float constantunsupported argument to %qDunsupported argument type %qT for simd
! unsupported argument type to builtin functionunsupported combination: %qs %sunsupported combination: %qs%s %sunsupported combination: %sunsupported fixed-point conversionunsupported mode %s
! unsupported non-standard concatenation of string literalsunsupported non-standard suffix on floating constantunsupported operand size for extended registerunsupported return type %qT for simd
! unsupported simdlen %dunsupported size for integer registerunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatunused parameter %qDunused variable %q+Dunwind tables currently require either a frame pointer or -maccumulate-outgoing-args for correctnessupper value in case label range exceeds maximum value for typeuse #include insteaduse %<%T::%D%> insteaduse %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified nameuse %<%T::template %D%> to indicate that it is a templateuse %<...%> to expand argument packuse %<this->%D%> insteaduse -Winvalid-pch for more informationuse -flax-vector-conversions to permit conversions between vectors with differing element types or numbers of subpartsuse __attribute__ ((vector_size)) insteaduse __builtin_rx_mvtc (0, ... ) to write arbitrary values to PSWuse internal function id in profile lookup.use of %<alloca%>use of %<alloca%> within a loopuse of %<complex%> in AltiVec types is invaliduse of %<double%> in AltiVec types is invalid without -mvsxuse of %<long double%> in AltiVec types is invaliduse of %<long long%> in AltiVec types is invalid without -mvsxuse of %<long%> in AltiVec types is deprecated; use %<int%>use of %<long%> in AltiVec types is invalid for 64-bit code without -mvsxuse of %qs in templateuse of %qs length modifier with %qc type character has either no effect or undefined behavioruse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of boolean types in AltiVec types is invaliduse of class template %qT as expressionuse of decimal floating point types in AltiVec types is invaliduse of deleted function %qDuse of enum %q#D without previous declarationuse of namespace %qD as expressionuse of old-style castuse of parameter from containing functionuse of untyped niluse operand missing for stmtuse template<> for an explicit specializationused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requiredused vector type where scalar is requireduseless %<_Alignas%> in empty declarationuseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationuser-defined %qD always evaluates both argumentsuser-defined literals only available with -std=c++11 or -std=gnu++11using %<%c%s%>using %qs with unsigned type has no effectusing IBM extended precision long doubleusing IEEE extended precision long doubleusing alias template specialization %qT after %qsusing darwin64 ABIusing invalid field %qDusing num_workers (%d), ignoring %dusing old darwin ABIusing result of function returning %<void%>using template type parameter %qT after %qsusing temporary as lvalueusing the range [%E, %E] for directive argumentusing typedef-name %qD after %qsusing vector_length (%d), ignoring %dusing vector_length (%d), ignoring runtime settingusing xvalue (rvalue reference) as lvalueusing-declaration for non-member at class scopevalid arguments are: %s; did you mean %qs?valid arguments to %<-march=%> switch are: %svalid arguments to %<-march=%> switch are: %s; did you mean %qs?valid arguments to %<-mtune=%> switch are: %svalid arguments to %<-mtune=%> switch are: %s; did you mean %qs?valid arguments to %<target("arch=")%> attribute are: %svalid arguments to %<target("arch=")%> attribute are: %s; did you mean %qs?valid arguments to %<target("tune=")%> attribute are: %svalid arguments to %<target("tune=")%> attribute are: %s; did you mean %qs?valid arguments to %qs are: %svalid arguments to %qs are: %s; did you mean %qs?validate_value_data: Loop in regno chain (%u)validate_value_data: [%u] Bad next_regno for empty chain (%u)validate_value_data: [%u] Bad oldest_regno (%u)validate_value_data: [%u] Non-empty reg in chain (%s %u %i)value argumentvalue computed is not usedvalue of -mfixed-range must have form REG1-REG2value passed in %qs is too largevalue-initialization of function type %qTvalue-initialization of incomplete type %qTvalue-initialization of reference type %qTvar-tracking-assignments changes selective schedulingvariablevariable %q#D has initializer but incomplete typevariable %q+D declared %<_Noreturn%>variable %q+D declared %<inline%>variable %q+D definition is marked dllimportvariable %q+D might be clobbered by %<longjmp%> or %<vfork%>variable %q+D must be const in order to be put into read-only section by means of %qsvariable %q+D part of alias cyclevariable %qD has function typevariable %qD has initializer but incomplete typevariable %qD redeclared as functionvariable %qD set but not usedvariable %qE declared in enclosing %<host_data%> regionvariable %qE is not an iteration of outermost loop %d, expected %qEvariable %qE of incomplete type %qT will not be accessed in for increment expressionvariable %qE of incomplete type %qT will not be accessed in left operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in right operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in second operand of conditional expressionvariable %qE of incomplete type %qT will not be accessed in statementvariable %qE of incomplete type %qT will not be accessed in third operand of conditional expressionvariable length array %qD is usedvariable length array is usedvariable of same assembler name as the virtual table is defined in another translation unitvariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable symbol is not variablevariable tracking requested, but not supported by this debug formatvariable tracking requested, but useless unless producing debug infovariable tracking size limit exceededvariable tracking size limit exceeded with -fvar-tracking-assignments, retrying withoutvariable-length array bound is unknownvariable-sized compound literalvariable-sized object may not be initializedvariably modified %qE at file scopevariably modified field at file scopevariadic functions must use the base AAPCS variantvariadic templates only available with -std=c++11 or -std=gnu++11vec_adde only accepts 3 argumentsvec_addec only accepts 3 argumentsvec_cmpne only accepts 2 argumentsvec_extract only accepts 2 argumentsvec_insert only accepts 3 argumentsvec_lvsl is deprecated for little endian; use assignment for unaligned loads and storesvec_lvsr is deprecated for little endian; use assignment for unaligned loads and storesvec_mul only accepts 2 argumentsvector CONSTRUCTOR element is not a GIMPLE valuevector CONSTRUCTOR with non-NULL element indexvector argument passed to unprototyped functionvector condition will be expanded piecewisevector insertion not at element boundaryvector operation will be expanded in parallelvector operation will be expanded piecewisevector operation will be expanded with a single scalar operationvector overflow in expressionvector shuffling operation will be expanded piecewisevector size not an integral multiple of component sizevector types expected in sad expressionvector types expected in vector permute expressionvectorization did not happen for a simd loopvectors with different element number found in vector permute expressionverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_flow_info: Basic block %d succ edge is corruptedverify_flow_info: Block %i has loop_father, but there are no loopsverify_flow_info: Block %i lacks loop_fatherverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: REG_BR_PROB does not match cfg %i %iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_gimple failedverify_histograms failedverify_ssa failedverify_type failedversion attribute is not a stringvirt-specifiers in %qs not allowed outside a class definitionvirtual PHI with argument locationsvirtual SSA name for non-VOP declvirtual base %qT inaccessible in %qT due to ambiguityvirtual def operand missing for stmtvirtual definition is not an SSA namevirtual definition of statement not up-to-datevirtual function %q+Dvirtual functions cannot be friendsvirtual method %qDvirtual non-class function %qsvirtual table layout differs in another translation unitvirtual table of type %qD contains RTTI informationvirtual table of type %qD violates one definition rulevirtual table of type %qD violates one definition rule  virtual use of statement not up-to-datevirtual use operand missing for stmtvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvisibility attribute not supported in this configuration; ignoredvms '#pragma __message' is ignoredvoid value not ignored as it ought to bevolatile argumentvolatile must be specified on any memory that is effected by DMA.vtable for warning: warning: consider linking with '-static' as system libraries withwas expecting `%s'weak %q+D cannot be defined %qEweak declaration of %q+D being applied to a already existing, static definitionweak declaration of %q+D must be publicweak declaration of %q+D not supportedweakref %q+D must have static linkageweakref %q+D ultimately targets itselfweakref attribute must appear before alias attributeweakref is not supported in this configurationweights need to be non-negative
! when writing output to %s: %mwide character array initialized from incompatible wide stringwide character array initialized from non-wide stringwide string literal in %<asm%>width of %qs exceeds its typewidth of bit-field %qD has non-integral type %qTwill be assumed to return %<id%> and acceptwill not generate power5 instructions because assembler lacks power5 supportwill not generate power6 instructions because assembler lacks power6 supportwill not generate power7 instructions because assembler lacks power7 supportwill not generate power8 instructions because assembler lacks power8 supportwill not generate power9 instructions because assembler lacks power9 supportwithwith %q+#Dwithin this loopwork-sharing region may not be closely nested inside of work-sharing, %<critical%>, %<ordered%>, %<master%>, explicit %<task%> or %<taskloop%> regionwrite_atom(): Trying to write dab atomwrite_atom(): Writing negative integerwrite_symbol(): bad module symbol %qswrite_symtree(): Symbol not writtenwriting into constant object (argument %d)writing output filewriting through null pointer (argument %d)writing to LTRANS output list %s: %mwriting to address space %qs not supportedwrong TYPE_CACHED_VALUES entrywrong amount of branch edges after conditional jump in bb %iwrong amount of branch edges after unconditional jump %iwrong argument %qs to option %qswrong edge %d->%d for PHI argumentwrong immediate use listwrong insn in the fallthru edgewrong list of exited loops for edge  %d->%dwrong number of arguments specified for %qE attributewrong number of arguments to %%:debug-level-gtwrong number of arguments to %<__builtin_choose_expr%>wrong number of arguments to %<__builtin_complex%>wrong number of arguments to %<__builtin_shuffle%>wrong number of arguments to function %<__builtin_next_arg%>wrong number of arguments to function %<va_start%>wrong number of branch edges after unconditional jump in bb %iwrong number of template arguments (%d, should be %d)wrong outgoing edge flags at end of bb %dwrong strategy name %qs specified for option %qswrong type argument to %swrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusx87 register return with x87 disabledxstormy16_print_operand: unknown codez/Architecture mode not supported on %sz/Architecture.zero as null pointer constantzero or negative size array %q+Dzero vector sizezero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qDzero-size array %qT{anonymous}{unknown}Project-Id-Version: gcc 7.1.0
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-05-01 22:24+0000
! PO-Revision-Date: 2017-07-26 08:25+0200
  Last-Translator: Antonio Ceballos <aceballos@gmail.com>
  Language-Team: Spanish <es@tp.org.es>
  Language: es
*************** write_c_file - el nombre de salida es %s
*** 1992,2011 ****
   se usan interruptores de estilo de generaciÃ³n de cÃ³digo en conflictoLa declaraciÃ³n de captura !$OMP ATOMIC CAPTURE debe leer de una variable escalar de tipo intrÃ­nseco en %LLa declaraciÃ³n de captura !$OMP ATOMIC CAPTURE debe definir una variable escalar de tipo intrÃ­nseco en %LLa declaraciÃ³n de captura !$OMP ATOMIC CAPTURE lee de una variable diferente a la que escribe la declaraciÃ³n de captura en %LLa declaraciÃ³n de actualizaciÃ³n !$OMP ATOMIC CAPTURE debe definir una variable escalar de tipo intrÃ­nseco en %LLa declaraciÃ³n !$OMP ATOMIC READ debe leer de una variable escalar de tipo intrÃ­nseco en %LEl intrÃ­nseco IAND, IOR Ã³ IEOR de la asignaciÃ³n !$OMP ATOMIC debe tener dos argumentos en %LEl intrÃ­nseco de la asignaciÃ³n !$OMP ATOMIC debe ser MIN, MAX, IAND, IOR Ã³ IEOR en %LEl operador de la asignaciÃ³n !$OMP ATOMIC debe ser var = var op expr Ã³ var = expr op var en %LLa asignaciÃ³n !$OMP ATOMIC debe tener un operador o intrÃ­nseco del lado derecho en %LLos argumentos del intrÃ­nseco !$OMP ATOMIC deben ser escalares en %LLa declaraciÃ³n !$OMP ATOMIC debe definir una variable escalar de tipo intrÃ­nseco en %L!$OMP ATOMIC var = var op expr no es matemÃ¡ticamente equivalente a var = var op (expr) en %L!$OMP en %C inicia una lÃ­nea comentada y no estÃ¡ seguido de un espacio ni es una continuaciÃ³n de lÃ­neaSe esperaba "::" despuÃ©s del mÃ³dulo natural en %C pero no se encontrÃ³"USE :: module" en %C# %s %.2f %.2f
  la bÃºsqueda de #include "..." inicia aquÃ­:
  la bÃºsqueda de #include <...> inicia aquÃ­:
! #pragma GCC memregs debe preceder a cualquier declaraciÃ³n de funciÃ³n#pragma GCC memregs toma un nÃºmero [0..16]no se permite #pragma GCC optimize dentro de funciones#pragma GCC optimize cadena... estÃ¡ mal formadono se permite #pragma GCC option dentro de funcionesNo se admite #pragma GCC target en este objetivo#pragma GCC target cadena... estÃ¡ mal formadoel #pragma GCC visibility debe tener push o pop a continuaciÃ³n#pragma GCC visibility push() debe especificar default, internal, hidden o protectedel #pragma GHS endXXXX no coincide con el startXXX previose encontrÃ³ un #pragma GHS endXXXX sin un startXXX previoimplementaciÃ³n de #pragma para %qs aparece despuÃ©s de que se incluye el fichero#pragma message: %sse encontrÃ³ un #pragma pack (pop) sin un #pragma pack (push) coincidente#pragma pack no tiene efecto con -fpack-struct - se descartase encontrÃ³ un #pragma pack(pop, %E) sin un #pragma pack(push, %E) coincidentese descarta #pragma redefine_extname debido a un conflicto con la declaraciÃ³n __asm__se descarta #pragma redefine_extname debido a un conflicto con un #pragma redefine_extname previose descarta #pragma redefine_extname debido a un conflicto con el renombrado previo#pragma vtable ya no se admitese usÃ³ el nÃºmero de operando $ despuÃ©s de un formato sin nÃºmero de operando$ debe ser el Ãºltimo especificador del formato en %L%+D causa un conflicto de tipo de secciÃ³n%+D causa un conflicto de tipo de secciÃ³n con %D%+D se declarÃ³ despuÃ©s de ser usado%+D se declarÃ³ ifunc despuÃ©s de ser usado%+D se declarÃ³ dÃ©bil despuÃ©s de usarse%+D se declarÃ³ weakref despuÃ©s de ser usado%<#pragma GCC optimize (cadena [,string]...)%> no tiene un %<)%> final%<#pragma GCC optimize%> no es una cadena o un nÃºmero%<#pragma GCC option%> no es una cadena%<#pragma GCC pch_preprocess%> debe ser primero%<#pragma GCC pop_options%> sin un %<#pragma GCC push_options%> correspondiente%<#pragma GCC target (cadena, [,cadena]...)%> no tiene un %<)%> finalno se admite %<#pragma STDC FLOAT_CONST_DECIMAL64%> en C++no se admite %<#pragma STDC FLOAT_CONST_DECIMAL64%> en este objetivo%<#pragma align%> debe aparecer antes de la declaraciÃ³n de %D, se descarta%<#pragma omp atomic capture%> usa dos variables diferentes para la memoria%<#pragma omp atomic update%> usa dos variables diferentes para la memoria%<#pragma omp cancel for%> dentro de %<nowait%> para construcciÃ³n%<#pragma omp cancel for%> dentro de %<ordered%> para construcciÃ³n%<#pragma omp cancel section%> dentro de contrucciÃ³n de secciones %<nowait%>%<#pragma omp section%> sÃ³lo se puede usar en construcciones %<#pragma omp sections%>no se admite la declaraciÃ³n %<#pragma weak%> de %q+D; se ignorarÃ¡%<#pragma%> no se permite aquÃ­se usÃ³ la restricciÃ³n %<%%%> con el Ãºltimo operando%<%%%c%> sÃ³lo produce los dos Ãºltimos dÃ­gitos del aÃ±o%<%%%c%> sÃ³lo produce los dos Ãºltimos dÃ­gitos del aÃ±o en algunos lugaresla salida de la directiva %<%.*s%> entre %wu y %wu bytes provoca que el resultado supere %<INT_MAX%>la salida de la directiva %<%.*s%> entre %wu y %wu bytes supera el tamaÃ±o mÃ­nimo requerido de 4095la salida de la directiva %<%.*s%> entre %wu y %wu bytes podrÃ­a provocar que el resultado supere %<INT_MAX%>la salida de la directiva %<%.*s%> entre %wu y %wu bytes podrÃ­a superar el tamaÃ±o mÃ­nimo requerido de 4095salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo %wu byte en una regiÃ³n de tamaÃ±o %wula salida de la directiva %<%.*s%> podrÃ­a truncarse al escribir %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wula salida de la directiva %<%.*s%> podrÃ­a truncarse al escribir %wu bytes en una regiÃ³n de tamaÃ±o %wula salida de la directiva %<%.*s%> podrÃ­a truncarse al escribir %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wula salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wula salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wula salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo entre %wu y %wu bytes en una regiÃ³n de tamaÃ±o %wula salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo entre %wu y %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wula salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wula salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wula salida de la directiva %<%.*s%> podrÃ­a truncarse al escribir hasta %wu bytes en una regiÃ³n de tamaÃ±o %wula salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo hasta %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wusalida de la directiva %<%.*s%> truncada escribiendo %wu byte en una regiÃ³n de tamaÃ±o %wusalida de la directiva %<%.*s%> truncada escribiendo %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wusalida de la directiva %<%.*s%> truncada escribiendo %wu bytes en una regiÃ³n de tamaÃ±o %wusalida de la directiva %<%.*s%> truncada escribiendo %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wusalida de la directiva %<%.*s%> truncada escribiendo %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wusalida de la directiva %<%.*s%> truncada escribiendo %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wusalida de la directiva %<%.*s%> truncada escribiendo entre %wu y %wu bytes en una regiÃ³n de tamaÃ±o %wusalida de la directiva %<%.*s%> truncada escribiendo entre %wu y %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wusalida de la directiva %<%.*s%> truncada escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wusalida de la directiva %<%.*s%> truncada escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wusalida de la directiva %<%.*s%> truncada escribiendo hasta %wu bytes en una regiÃ³n de tamaÃ±o %wusalida de la directiva %<%.*s%> truncada escribiendo hasta %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wudirectiva %<%.*s%> escribiendo %wu byte en una regiÃ³n de tamaÃ±o %wudirectiva %<%.*s%> escribiendo %wu byte en una regiÃ³n de un tamaÃ±o entre %wu y %wudirectiva %<%.*s%> escribiendo %wu bytes en una regiÃ³n de tamaÃ±o %wudirectiva %<%.*s%> escribiendo %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wudirectiva %<%.*s%> escribiendo %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wudirectiva %<%.*s%> escribiendo %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wudirectiva %<%.*s%> escribiendo entre %wu y %wu bytes en una regiÃ³n de tamaÃ±o %wudirectiva %<%.*s%> escribiendo entre %wu y %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wudirectiva %<%.*s%> escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wudirectiva %<%.*s%> escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wudirectiva %<%.*s%> escribiendo hasta %wu bytes en una regiÃ³n de tamaÃ±o %wudirectiva %<%.*s%> escribiendo hasta %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu%<%D::%D%> no es un miembro clase%<%D::%D%> no es un miembro de %qT%<%E::%E%> no se ha declarado%<%E::%E%> no es una clase o un espacio de nombres%<%E::%E%> no es una clase, un espacio de nombres o una enumeraciÃ³n%<%E::%E%> no es un tipose descarta la directiva de atributo de alcance %<%E::%E%>%<%T::%D%> nombra al constructor en %qT%<%T::%D%> nombra al destructor%<%T::%D%> nombra el constructor, no el tipo%<%T::%E%> no se ha declarado%<%T::%E%> no es un tipo%<%T::%E%> nombra el constructor, no el tipono se encontrÃ³ %<%c%E%> en el(los) protocolo(s)la construcciÃ³n %<%s %s%> no estÃ¡ bien anidada dentro de %qsla construcciÃ³n %<%s taskgroup%> no estÃ¡ bien anidada dentro de la regiÃ³n %<taskgroup%>se usÃ³ la restricciÃ³n %<&%> sin una clase de registro%<*%> en contexto boolean; se sugiere %<&&%> en su lugar%<-%s%> genera un conflicto con las otras opciones de la arquitectura, las cuales especifican un procesador %sno se admite %<-Wabi=1%>; se usarÃ¡ =2no se admite %<-fabi-compat-version=1%>; se usarÃ¡ =2%<-fabi-version=1%> ya no tiene soporte%<-femit-struct-debug-detailed=dir:...%> debe permitir por lo menos tanto como %<-femit-struct-debug-detailed=ind:...%>%<-fobjc-abi-version%> >= 2 no se admite en objetivos %<-m32%> con %<-fnext-runtime%>%<-fobjc-abi-version%> >= 2 sÃ³lo se debe usar en objetivos %<-m64%> con %<-fnext-runtime%>Se requiere %<-fobjc-exceptions%> para activar la sintaxis de excepciÃ³n de Objective-Cse descarta %<-fobjc-gc%> por %<-fgnu-runtime%>se descarta %<-fobjc-sjlj-exceptions%> por %<-fgnu-runtime%>se descarta %<-fobjc-sjlj-exceptions%> por %<-fnext-runtime%> cuando %<-fobjc-abi-version%> >= 2%<-fobjc-sjlj-exceptions%> es la Ãºnica excepciÃ³n a sistema admitida para %<-fnext-runtime%> con %<-fobjc-abi-version%> < 2sÃ³lo se admite %<-fsplit-stack%> en GNU/Linux%<-fsplit-stack%> no se admite en esta configuraciÃ³n de compilador%<-fsplit-stack%> requiere soporte del ensamblador para las directivas CFI%<-gdwarf%s%> es ambiguo; use %<-gdwarf-%s%> para la versiÃ³n DWARF o %<-gdwarf -g%s%> para nivel de depuraciÃ³n%<-gnat%> escrito incorrectamente como %<-gant%>%<-march=%s%> no es compatible con la ABI seleccionada%<-mcpu=%> es obsoleto; utilice %<-mtune=%> o %<-march%> en su lugar%<-mdynamic-no-pic%> anula a %<-fpic%>, %<-fPIC%>, %<-fpie%> o %<-fPIE%>%<-mfused-madd%> es obsoleto; utilice en su lugar %<-ffp-contract=%>%<-mgp32%> y %<-mfp64%> sÃ³lo se pueden combinar si el objetivo admite las instrucciones mfhc1 y mthc1%<-mgp32%> y %<-mfp64%> sÃ³lo se pueden combinar al usar la ABI o32se utiliza %<-mgp32%> con una ABI de 64-bitse utiliza %<-mgp64%> con una ABI de 32-bitse utiliza %<-mgp64%> con un procesador de 32-bit%<-mintel-syntax%> y %<-mno-intel-syntax%> son obsoletos; utilice %<-masm=intel%> y %<-masm=att%> en su lugar%<-mips3d%> requiere %<-mpaired-single%>%<-mno-gpopt%> necesita %<-mexplicit-relocs%>%<-mpcommit%> se ha hecho obsoletose eliminÃ³ %<-msse5%>%<-x %s%> despuÃ©s del Ãºltimo fichero de entrada no tiene efecto%<...%> como argumentos.)el manejador %<...%> debe ser el Ãºltimo manejador para su bloque try%<...%> tiene un nÃºmero de operandos no vÃ¡lido%<::%D%> no se ha declarado%<::%E%> no se ha declarado%<::%E> no es una clase o un espacio de nombres%<::%E%> no es una clase, un espacio de nombres o una enumeraciÃ³n%<::%E%> no es un tipo%<::main%> debe devolver %<int%>%<<:%> es una forma alternativa para %<[%>. Inserte espacios en blanco entre %<<%> y %<::%>%<<::%> no puede iniciar una lista de argumentos de plantilla%<<<%> en contexto boolean; Â¿quiso decir %<<%> ?el operador %<>>%> se tratarÃ¡ como dos en llaves en Ã¡ngulo derechas en C++11%<>>%> debe ser %<> >%> dentro de una lista de argumentos de plantilla anidada%<@dynamic%> no estÃ¡ disponible en Objective-C 1.0%<@dynamic%> no estÃ¡ en el contexto de @implementation%<@dynamic%> requiere que @interface de la clase estÃ© disponible%<@encode%> debe especificar un tipo como un argumentofalta un %<@end%> en el contexto de una implementaciÃ³n%<@end%> debe aparecer en el contexto de @implementation%<@optional%> sÃ³lo se permite en el contexto de @protocol%<@optional%> no estÃ¡ disponible en Objective-C 1.0%<@package%> no estÃ¡ disponible en Objective-C 1.0%<@package%> en este momento tiene el mismo efecto que %<@public%>%<@property%> no estÃ¡ disponible en Objective-C 1.0%<@required%> sÃ³lo se permite en el contexto de @protocol%<@required%> no estÃ¡ disponible en Objective-C 1.0el argumento %<@synchronized%> no es un objetono se puede usar %<@synthesize%> en categorÃ­as%<@synthesize%> no estÃ¡ disponible en Objective-C 1.0%<@synthesize%> no estÃ¡ en el contexto de @implementation%<@synthesize%> requere que @interface de la clase estÃ© disponiblese usÃ³ %<@throw%> (rethrow) fuera de un bloque @catchel argumento %<@throw%> no es un objeto%<@try%> sin %<@catch%> o %<@finally%>se usa %<[%E] =%> en un inicializador designado en estilo GNU para la clase %qTno se permite %<[*]%> en otro lugar que no sea el Ã¡mbido de prototipo de funciÃ³n%<[*]%> fuera de una declaraciÃ³nlos especificadores %<_Alignas%> no pueden reducir la alineaciÃ³n de %qElos especificadores %<_Alignas%> no pueden reducir la alineaciÃ³n del campo sin nombre%<_Atomic%> %qD en clÃ¡usula %<firstprivate%> en una construcciÃ³n %<target%>%<_Atomic%> %qD en clÃ¡usula %<firstprivate%> implÃ­cita en una construcciÃ³n %<target%>%<_Atomic%> %qD en clÃ¡usula %<map%> implÃ­citaexpresiÃ³n %<_Atomic%> en %<#pragma omp atomic%>variable de iteraciÃ³n %<_Atomic%> %qE%<_Noreturn%> en una declaraciÃ³n vacÃ­ase usÃ³ %<_Sat%> sin %<_Fract%> o %<_Accum%>el atributo %<__BELOW100__%> solamente se aplica a variablesse aplicÃ³ %<__alignof%> a un campo de bitsel operando de %<__builtin_complex%> no es de tipo de coma flotante binario reallos operandos de %<__builtin_complex%> son de tipos diferentesel segundo argumento de %<__builtin_longjump%> debe ser 1se llamÃ³ a %<__builtin_next_arg%> sin un argumento%<__gcc_host_wide_int__%> no se define como %<long%> o %<long long%>%<__gcc_host_wide_int__%> no se define como un tipo%<__label%> no estÃ¡ al inicio de un bloqueel atributo %<__simd__%> no puede usarse en la misma funciÃ³n que se ha seÃ±alado como funciÃ³n activada Cilk Plus SIMD%<__thread%> antes de %<extern%>%<__thread%> antes de %<static%>%<__thread%> antes de %qD%<__transaction_atomic%> sin activar el soporte de memoria transaccional%<__transaction_cancel%> no estÃ¡ dentro de %<__transaction_atomic%>%<__transaction_cancel%> dentro de un %<__transaction_relaxed%>%<__transaction_cancel%> sin activar el soporte para memoria transaccional%<__transaction_relaxed%> sin activar el soporte de memoria transaccionalel lÃ­mite de %<alloca%> es desconocidoun %<and%> de pruebas equivalentes mutuamente exclusivas siempre es 0la restricciÃ³n del operando %<asm%> es incompatible con el tamaÃ±o del operandoel operando %<asm%> tiene restricciones imposiblesel operando %<asm%> requiere una recarga imposibleno se permiten los especificadores %<asm%> en miembros de datos que no son staticel atributo %<assign%> genera un conflicto con el atributo %<copy%>el atributo %<assign%> genera un conflicto con el atributo %<retain%>%<assign%> puede ser inseguro para objetos Objective-C; por favor establezca explÃ­citamente si lo necesita%<auto%> sÃ³lo se puede especificar para variables o declaraciones de funciÃ³n%<auto%> cambiarÃ¡ su significado en C++11; por favor bÃ³rrelo%<auto%> estÃ¡ en conflicto con otros especificadores de bucle OpenACC%<auto%> en una declaraciÃ³n vacÃ­a en Ã¡mbito de fichero%<bank_switch%> no tiene efecto en funciones que no son interrumpibleslos especificadores de funciÃ³n %<const%> y %<volatile%> en %qD son no vÃ¡lidos en la declaraciÃ³n de campolos especificadores de funciÃ³n %<const%> y %<volatile%> en %qD son no vÃ¡lidos en la declaraciÃ³n de parÃ¡metrolos especificadores de funciÃ³n %<const%> y %<volatile%> en %qD son no vÃ¡lidos en la declaraciÃ³n de tipolos especificadores de funciÃ³n %<const%> y %<volatile%> en %qD son no vÃ¡lidos en la declaraciÃ³n de variable%<constexpr%> no puede aparecer en una declaraciÃ³n typedef%<constexpr%> no se puede usar en declaraciones de tipoel constructor %<constexpr%> para union %qT debe inicializar exactamente un dato miembro que no es staticse necesita %<constexpr%> para la inicializaciÃ³n en la clase no vÃ¡lida del miembro de datos static %q#D de tipo que no es integralel atributo %<copy%> solamente es vÃ¡lido para objectos Objective-Cla regiÃ³n %<critical%> puede no estar bien anidada dentro de una regiÃ³n %<critical%> con el mismo nombrela etiqueta %<default%> no estÃ¡ dentro de una declaraciÃ³n switch%<depend(%s)%> solo se permite en %<omp ordered%>clÃ¡usula %<depend(sink)%> esperando iteraciÃ³n lÃ©xica posterior%<depend(sink)%> se refiere a una iteraciÃ³n ajena al espacio de iteraciÃ³nclÃ¡usula %<depend(source)%> especificada junto con clÃ¡usulas %<depend(sink:)%> en la misma construcciÃ³nlas regiones %<distribute%> deben estar estrictamente anidadas dentro de construcciones %<teams%>no se permite %<dynamic_cast%> sin -fno-rtti%<else%> sin un %<if%> previo%<enum %E%> se declarÃ³ en la declaraciÃ³n inicial del bucle %<for%>%<explicit%> sÃ³lo se puede especificar para constructoresel atributo %<externally_visible%> sÃ³lo tiene efecto en objetos pÃºblicosatributo %<fallthrough%> especificado mÃºltiples vecesel atributo %<fallthrough%> se especificÃ³ con un parÃ¡metrose descarta la directiva de atributo %<fast_interrupt%>%<friend%> sÃ³lo se puede especificar dentro de una clasese usÃ³ %<friend%> fuera de la claseatributo %<gnu_inline%> presente en %q+D%<inline%> en una declaraciÃ³n vacÃ­ano se permite %<inline%> en la declaraciÃ³n de la especializaciÃ³n friend de la plantilla %qDse especificÃ³ %<inline%> para la declaraciÃ³n de clase friendel especificador %<inline%> es no vÃ¡lido para la funciÃ³n %qs declarada fuera del Ã¡mbito globalclÃ¡usula %<linear%> para una variable que no es iterador de bucle especificada en una construcciÃ³n combinada con %<distribute%>%<location_t%> no se define como un tipo%<locus%> no se define como un tipo%<long long long%> es demasiado largo para GCC%<long long%> no vÃ¡lido para %qs%<long%> y %<short%>  se especificaron juntos para %qs%<long%> no vÃ¡lido para %qs%<long%> o %<short%> no vÃ¡lidos para %qsse especificÃ³ %<long%> o %<short%> con char para %qsno se convierte la expresiÃ³n de switch %<long%> a %<int%> en ISO C%<long%>, %<int%>, %<short%>, o %<char%> no vÃ¡lido para %qs%<main%> se declarÃ³ como %<_Noreturn%>la regiÃ³n %<master%> puede no estar bien anidada dentro de la regiÃ³n de trabajo compartido, de %<task%> explÃ­cita o de regiÃ³n %<taskloop%>la definiciÃ³n %<namespace%> no se permite aquÃ­la funciÃ³n %<noreturn%> devuelveel valor de %<num_threads%> debe ser positivo%<operator delete%> debe devolver el tipo %qT%<operator delete%> toma el tipo %qT como primer argumento%<operator new%> no debe regresar NULL a menos que se declare %<throw()%> (o -fcheck-new estÃ© en efecto)%<operator new%> debe devolver el tipo %qT%<operator new%> toma el tipo %<size_t%> (%qT) como primer argumento%<operator=%> debe devolver una referencia a %<*this%>un %<or%> de pruebas no equivalentes sin coincidencia siempre es 1%<ordered simd threads%> debe estar estar bien anidada dentro de la regiÃ³n %<for simd%>%<ordered%> %<simd%> debe estar bien anidada dentro de una regiÃ³n %<simd%>la construcciÃ³n %<ordered%> con clÃ¡usula %<depend%> debe estar bien anidada dentro de un bucle con una clÃ¡usula %<ordered%> con un parÃ¡metrola construcciÃ³n %<ordered%> con la clÃ¡usula %<depend%> debe estar bien anidada dentro de un bucle %<ordered%>la regiÃ³n %<ordered%> puede no estar bien anidada dentro de la regiÃ³n %<critical%>, %<ordered%>, explicit %<task%> o %<taskloop%>la regiÃ³n %<ordered%> debe estar bien anidada dentro de una regiÃ³n de bucle con una clÃ¡usula %<ordered%>El atributo %<readonly%> genera un conflicto con el atributo %<readwrite%>el atributo %<readonly%> genera un conflicto con el atributo %<setter%>%<register%> en una declaraciÃ³n vacÃ­a en Ã¡mbito de ficheroel atributo %<retain%> genera un conflicto con el atributo %<copy%>el atributo %<retain%> solamente es vÃ¡lido para objetos Objective-C%<return%> con valor, en una funciÃ³n que devuelve void%<return%> sin valores, en una funciÃ³n que no devuelve void%<seq%> ignora otros especificadores de bucle OpenACC%<short%> no vÃ¡lido para %qs%<short%> o %<long%> no vÃ¡lidos para %qs%<signed%> y %<unsigned%> se especificaron juntos para %qs%<signed%> o %<unsigned%> no vÃ¡lido para %qsse aplicÃ³ %<sizeof%> a un campo de bits%<static%> puede no ser utilizado cuando se define (opuesto a la declaraciÃ³n) un dato miembro static%<struct %E%> se declarÃ³ en la declaraciÃ³n inicial del bucle %<for%>construcciÃ³n %<teams%> no bien anidada dentro de construcciÃ³n %<target%>%<this%> no estÃ¡ disponible para funciones miembro staticno se puede usar %<this%> en este contextono se capturÃ³ %<this%> para esta funciÃ³n lambda%<threadprivate%> %qD no es un fichero, espacio de nombres o variable de Ã¡mbito de bloquela directiva %<threadprivate%> %qE no estÃ¡ en la definiciÃ³n %qT%<threadprivate%> %qE tiene tipo incompletola llamada a la funciÃ³n %<transaction_may_cancel_outer%> no estÃ¡ en una transacciÃ³n mÃ¡s externa o %<transaction_may_cancel_outer%>%<transaction_safe_dynamic%> solo se puede especificar para funciones virtuales%<tree%> no se define como un tipo puntero%<tree%> no se define como un tipose descartÃ³ %<typedef%> en esta declaraciÃ³nel operador %<typeid%> no puede aparecer en una expresiÃ³n constante%<typename %T::%D%> nombra a %q#T, el cual no es una plantilla de clase%<typename %T::%D%> nombra a %q#T, el cual no es un tipose aplicÃ³ %<typeof%> a un campo de bits%<union %E%> se declarÃ³ en la declaraciÃ³n inicial del bucle %<for%>se usÃ³ %<va_start%> en una funciÃ³n con argumentos fijosdeclaraciÃ³n de clase fuera de %<virtual%>se especificÃ³ %<virtual%> mÃ¡s de una vez en la base especificadano se puede calificar %<void%> si es el Ãºnico parÃ¡metro%<void%> debe ser el Ãºnico parÃ¡metrose descarta el atributo %<weakref%> porque ya se definiÃ³ la funciÃ³nse descarta el atributo %<weakref%> porque ya se inicializÃ³ la variableel atributo %<weakref%> se debe acompaÃ±ar con un atributo %<alias%>se renombrÃ³ %D despuÃ©s de ser referenciado en el ensambladose descarta el calificador %E en asm%K%qD: escribir %wu bytes en una regiÃ³n de tamaÃ±o %wu desborda el destino%K%qD: el lÃ­mite %wu especificado excede el tamaÃ±o de objeto mÃ¡ximo %wu%K%qD: el lÃ­mite %wu especificado excede el tamaÃ±o %wu del destino%K%qD: el lÃ­mite especificado entre %wu y %wu excede el tamaÃ±o de objeto mÃ¡ximo %wu%K%qD: el lÃ­mite especificado entre %wu y %wu excede el tamaÃ±o %wu del destino%K%qD: el tamaÃ±o especificado %wu excede el tamaÃ±o mÃ¡ximo %wu del objeto%K%qD: el tamaÃ±o especificado entre %wu y %wu excede el tamaÃ±o de objeto mÃ¡ximo %wu%K%qD: escribir %wu byte en una regiÃ³n de tamaÃ±o %wu desborda el destino%K%qD: escribir %wu o mÃ¡s byte en una regiÃ³n de tamaÃ±o %wu desborda el destino%K%qD: escribir entre %wu y %wu bytes en una regiÃ³n de tamaÃ±o %wu desborda el destino%Kargumento %i, rango [%E, %E], supera el tamaÃ±o mÃ¡ximo %E del objetoel %Kargumento %i, rango [%E, %E], es negativo%Kargumento %i, valor %qE, supera el tamaÃ±o mÃ¡ximo %E del objeto%Kargumento %i, valor %qE, negativoel valor del %Kargumento %i es cero%Kno se permite asm en una funciÃ³n %<transaction_safe%>%Kse intenta liberar un objeto que no es de pila%Kse intenta liberar un objeto %qD que no es de pila%Kla llamada a %qs se redeclarÃ³ con error de atributo: %s%Kla llamada a %qs se redeclÃ³ con aviso de atributo: %s%Kel primer argumento de %D debe ser un puntero, el segundo una constante entera%Kuso no vÃ¡lido de %<__builtin_va_arg_pack ()%>%Kuso no vÃ¡lido de %<__builtin_va_arg_pack_len ()%>%Kel Ãºltimo argumento de %D no es una constante entera entre 0 y 3el %Kproducto %<%E * %E%> de los argumentos %i y %i supera %<SIZE_MAX%>el %Kproducto %<%E * %E%> de los argumentos %i y %i supera el tamaÃ±o mÃ¡ximo %E del objetose encontrÃ³ %d constructor
  se encontraron %d constructores
  se encontrÃ³ %d  destructor
  se encontraron %d  destructores
  se grabaron %d salidas para el bucle %d (teniendo %d salidas)se encontrÃ³ %d tabla de marco
  se encontraron %d tablas de marco
! se descartan los %d bits menos significativos de %sno estÃ¡ compilado el modo bit-%i%q#D genera un conflicto con una declaraciÃ³n previa%q#D tiene un tipo incompleto%q#D esconde el destructor para %q#T%q#D es un dato miembro static; sÃ³lo se puede inicializar en su definiciÃ³n%q#D no es una plantilla de funciÃ³n%q#D no es un dato miembro no static de %qT%q#D no es un argumento vÃ¡lido de plantilla para el tipo %qT porque una referencia variable no tiene una direcciÃ³n constante%q#D no es const%q+#D es volatile%q#D no se declarÃ³ en la clase%q#D redeclarado como un tipo diferente de sÃ­mbolo%q#T no tiene constructor por defecto proporcionado por el usuario%q#T tiene miembros punteros a datos%q#T tiene clases base virtuales%q#T tiene funciones virtuales y destructor no virtual accesible%q#T no es una clase%q#T no es una clase o un espacio de nombres%q#T no es una plantilla%q#T no es un tipo vÃ¡lido para un parÃ¡metro que no es tipo plantilla%q#T solamente define un destructor privado y no tiene friends%q#T solamente define constructores privados y no tiene friendsse usÃ³ %q#T donde se esperaba un %qTse usÃ³ %q#T donde se esperaba un valor de coma flotante%q#T se declarÃ³ previamente aquÃ­%q+#D no se puede declararno se puede sobrecargar %q+#DNo se admite alias %q+D entre funciÃ³n y variable%q+D es una DeclaraciÃ³n de alias%q+D es un alias del sÃ­mbolo externo %qE%q+D es un alias del sÃ­mbolo sin definir %qE%q+D se declarÃ³ anteriormente con el atributo dllimport: se descarta dllimport%q+D se declarÃ³ como friendse declarÃ³ %q+D para tomar referencia const, pero la declaraciÃ³n implÃ­cita tomarÃ­a algo que no es const%q+D se declarÃ³ con una especificaciÃ³n de excepciÃ³nse definiÃ³ %q+D normalmente y como un atributo %qE al mismo tiempo%q+D no vÃ¡lido en %q#T%q+D es estÃ¡tica pero se declarÃ³ en la funciÃ³n inline %qD la cual no es estÃ¡tica%q+D generalmente es una funciÃ³n%q+D redeclarado como un tipo diferente de sÃ­mbolo%q+D se redeclarÃ³ incluida en lÃ­nea con el atributo %<gnu_inline%>%q+D se redeclarÃ³ incluida en lÃ­nea sin el atributo %<gnu_inline%>%q+D se redeclara sin el atributo dllimport despuÃ©s de ser referenciado con enlace dllimport%q+D se redeclara sin el atributo dllimport: se descarta el dllimport previo%q+D sÃ³lo toma cero o dos argumentos%q+E no es una expresiÃ³n constante%q+F se declarÃ³ %<static%> pero nunca se definese usa %q+F pero nunca se define%q+T no es literal porque:%qD aparece mÃ¡s de una vez en las clÃ¡usulas de datosse descarta la directiva de atributo %qDel atributo %qD no tiene signifcado porque los miembros del espacio de nombres anÃ³nimo tiene sÃ­mbolos localesel atributo %qD requiere un solo argumento NTBSse llamÃ³ %qD en una expresiÃ³n constante%qD no puede aparecer en una expresion constante%qD no se puede definir por defecto%qD no puede tener argumentos por defecto%qD cambiÃ³ su semÃ¡ntica en GCC 4.4%qD genera un conflicto con la funciÃ³n utilizada%qD se declarÃ³ %<constexpr%> fuera de su clase%qD se declarÃ³ como un campo %<virtual%>%qD se declarÃ³ como un parÃ¡metro %<virtual%>%qD se declarÃ³ como un tipo %<virtual%>%qD se declarÃ³ como una variable %<virtual%>%qD se declarÃ³ como un no-parÃ¡metro%qD se declarÃ³ como un campo %<inline%>%qD se declarÃ³ como un parÃ¡metro %<inline%>%qD se declarÃ³ como un tipo %<inline%>%qD declarado como referencia pero no se inicializa%qD se declara aquÃ­se define %qD pero no se usa%qD no tiene tipo integral o de enumeraciÃ³n%qD tiene una declaraciÃ³n previa aquÃ­%qD ya se definiÃ³ aquÃ­%qD tien una lista de argumentos no vÃ¡lida%qD tiene el mismo nombre que la clase en la cual se declarÃ³%qD es un espacio de nombres%qD ya es un friend de %qT%qD ya es un friend de la clase %qT%qD ya se declarÃ³ en este Ã¡mbito%qD ya estÃ¡ definido en %qT%qD ya se definiÃ³ en la clase %qT%qD ya estÃ¡ definido en la clase %qT%qD es una plantilla de enumeraciÃ³n%qD es tanto una base directa como una base virtual indirecta%qD es obsoleto%qD es obsoleto: %s%qD se inicializa con sÃ­ mismo%qD generalmente es una funciÃ³n que no es static%qD no es una clase o un espacio de nombres%qD no es una plantilla de funciÃ³n%qD no es un miembro de %qD%qD no es un miembro de %qT%qD no es una funciÃ³n plantilla miembro%qD no es un nombre-de-espacio-de-nombres%qD no es un dato miembro static de una plantilla de clase%qD no es una plantilla%qD no es una funciÃ³n plantilla%qD no es un tipo%qD no es un argumento vÃ¡lido de plantilla porque %qD es una variable, no la direcciÃ³n de una variable%qD no es una variable%qD no es una variable en la clÃ¡usula %<firstprivate%>%qD no es una variable en la clÃ¡usula %<lastprivate%>%qD no es una variable en la clÃ¡usula %qs%qD no es un argumento de funciÃ³n%qD no se capturÃ³%qD no es compatible con %qD%qD no estÃ¡ definido fuera del Ã¡mbito de la funciÃ³n%qD es estÃ¡tica pero se usa en la funciÃ³n inline %qD la cual no es estÃ¡ticase utiliza %qD sin inicializar en esta funciÃ³npuede ser que se utilice %qD sin inicializar en esta funciÃ³n%qD no se puede declarar como static%qD no se puede declarar dentro de un espacio de nombres%qD debe ser una funciÃ³n que no sea miembro%qD debe ser una funciÃ³n miembro que no sea static%qD debe ser una funciÃ³n miembro que no sea static o una funciÃ³n que no sea miembro%qD debe tener un argumento de tipo clase o enumerado%qD no debe tener un nÃºmero variable de argumentos%qD debe tomar %<void%>%qD debe tomar uno o dos argumentos%qD debe tomar cero o un argumentos%qD debe tomar un argumento exactamente%qD debe tomar dos argumentos exactamenteno se declarÃ³ %qD%qD no estÃ¡ definido%qD se redeclarÃ³ con acceso diferente%qD se redeclarÃ³ con visibilidad diferente%qD referenciada en la regiÃ³n de destino no tiene un tipo al que asociarla%qD se debe inicializar%qD se debe inicializar en la lista de inicializaciÃ³n de miembros%qD se deberÃ­a declarar dentro de %qD%qD debe devolver por valorse usÃ³ %qD antes de su definiciÃ³nse usÃ³ %qD en su propio inicializadorse usa %qD sin parÃ¡metros de plantilla%qD se declarÃ³ %<extern%> y despuÃ©s %<static%>%qD se declarÃ³ %qs lo cual implica visibilidad por defecto%qD se declarÃ³ aquÃ­%qD no se declarÃ³ %<constexpr%>%qD no se declarÃ³ en este Ã¡mbito%qD no se declarÃ³ en este Ã¡mbito, y no se encontraron declaraciones en la bÃºsqueda dependiente de argumentos en el punto de la instanciaciÃ³n%qD no se inicializÃ³ con una expresion constantese usÃ³ %qD sin declaraciÃ³n antes de su definiciÃ³nse usÃ³ %qD sin prototipo antes de su definiciÃ³nel atributo de compatibilidad vtable 2.95 %qE sÃ³lo aplica a clases C++el atributo de compatibilidad vtable 2.95 %qE sÃ³lo aplica cuando se compila una kext%qE aparece mÃ¡s de una vez en las clÃ¡usulas de datos%qE aparece mÃ¡s de una vez en las clÃ¡usulas mapel argumento %qE no es una funciÃ³nel argumento %qE no es un identificadorel atributo %qE sÃ³lo permite una constante entera como argumentoel atributo %qE se aplica solamente a funcionesel atributo %qE solamente se aplica a variables sin inicializar con enlace externoel argumento del atributo %qE no es una constante de cadenael argumento del atributo %qE no es una constante enterael argumento del atributo %qE debe estar entre 0 y 255el argumento del atributo %qE debe estar entre 18 a 255no se puede especificar el atributo %qE para las variables localesse descarta la directiva de atributo %qEel atributo %qE no se aplica a tiposatributo %qE duplicadoatributo %qE a continuaciÃ³n de %qEel atributo %qE no tiene efectoel atributo %qE no tiene efecto en funciones locales de unidadel atributo %qE sÃ³lo tiene efecto en objetos pÃºblicosse descarta el atributo %qEse descarta el atributo %qE porque %qT ya estÃ¡ definidoSe hace caso omiso del atributo %qE debido a un conflicto con el atributo %qsSe hace caso omiso del atributo %qE debido a un conflicto con el atributo %qsse descarta el atributo %qE para %qEse descarta el atributo %qE para el campo de tipo %qTse descarta el atributo %qE en tipos que no son clasesse descarta el atributo %qE en tiposno se admite el atributo %qE para el objetivo R8Cel atributo %qE no se admite en esta plataformael atributo %qE se aplica solamente a funcionesel atributo %qE solo es vÃ¡lido con tipos %<struct%>el atributo %qE solo se admite para SH2Ael atributo %qE solamente afecta a objetos de alto nivelel atributo %qE solo se aplica a SH2Ael atributo %qE se aplica solamente a tipos de funcionesel atributo %qE se aplica solamente a funcionesel atributo %qE se aplica solamente a funciones de interrupciÃ³nel atributo %qE solamente se aplica a variablesel atributo %qE se aplica solamente a funciones variadicel atributo %qE solamente estÃ¡ disponible para 64-bitel atributo %qE requiere una constante entera como argumentoel atributo %qE requiere un argumento constante enteroel atributo %qE requiere prototipos con argumentos nombradosno se puede usar %qE como una funciÃ³nno se puede usar %qE como un puntero miembro, porque es de tipo %qT%qE se declarÃ³ %<threadprivate%> despuÃ©s del primer uso%qE que se declarÃ³ como funciÃ³n devuelve una funciÃ³n%qE que se declarÃ³ como funciÃ³n devuelve una matriz%qE definido como un tipo errÃ³neo de etiqueta%qE no nombra a un tipo%qE falla al ser un typedef o un tipo interno del compilador%qE tiene %<extern%> e inicializador al mismo tiempo%qE tiene tipo no vÃ¡lido para %<reduction(%s)%>%qE no se ha declarado%qE implica visibilidad por defecto, pero %qD ya se habÃ­a declarado con una visibilidad diferente%qE en %q#T no nombra un tipo%qE en el espacio de nombres %qE no nombra un tipose descarta el atributo incompatible %qE%qE se inicializÃ³ y declarÃ³ como %<extern%>%qE es un formato de tipo de funciÃ³n que no se reconoce%qE es obsoleto%qE es obsoleto: %s%qE no es ni funciÃ³n ni funciÃ³n miembro; no se puede declarar friend%qE no es una clase o un espacio de nombres%qE no es una clase, un espacio de nombres o una enumeraciÃ³n%qE no es una expresiÃ³n constante%qE no es una plantilla%qE no es un tipo%qE no es un argumento de plantilla vÃ¡lido para el tipo %qT%qE no es un argumento vÃ¡lido de plantilla para el tipo %qT porque %qD no tiene enlace externo%qE no es un argumento vÃ¡lido de plantilla para el tipo %qT porque %qD no tiene enlace%qE no es un argumento de plantilla vÃ¡lido para el tipo %qT porque es un puntero%qE no es un argumento vÃ¡lido de plantilla para el tipo %qT porque no es un l-valor%qE no es un argumento de plantilla vÃ¡lido para el tipo %qT porque es de tipo %qT%qE no es un argumento de plantilla vÃ¡lido para el tipo %qT debido a conflictos en la calificaciÃ³n cv%qE no es un argumento vÃ¡lido de plantilla para el tipo %qT porque las literales de cadena nunca se pueden usar en este contexto%qE no es un argumento vÃ¡lido de plantilla de tipo %qT porque %qD no tiene enlace externo%qE no es un argumento vÃ¡lido de plantilla de tipo %qT porque %qD no tiene enlace%qE no es un argumento vÃ¡lido de plantilla de tipo %qT porque %qE no es una variable%qE no es una variable en la clÃ¡usula %<firstprivate%>%qE no es una variable en la clÃ¡usula %<lastprivate%>%qE no es una variable en la clÃ¡usula %qs%qE no es un nombre de clase o alias de Objective-C%qE no estÃ¡ al inicio de la declaraciÃ³n%qE no estÃ¡ inicializado%qE no es de tipo %qTsÃ³lo se permite %qE en dialectos Objective-C%qE estÃ¡ predeterminado como %qs para %qsse utiliza %qE sin inicializar en esta funciÃ³npuede ser que se utilice %qE sin inicializar en esta funciÃ³n%qE tal vez no responde a %<%c%E%>%qE podrÃ­a escribir un nul al final del destino%qE debe ser %<threadprivate%> para %<copin%>%qE necesita la opciÃ³n isa %s%qE necesita la opciÃ³n isa desconocidano se especificÃ³ %qE en la construcciÃ³n OpenACC %qs que lo contiene%qE manda %wu byte a un destino de tamaÃ±o %wu%qE manda %wu bytes a un destino de tamaÃ±o %wu%qE manda %wu o mÃ¡s bytes (se asume %wu) a un destino de tamaÃ±o %wu%qE manda %wu o mÃ¡s bytes a un destino de tamaÃ±o %wu%qE manda entre %wu y %wu bytes a un destino de tamaÃ±o %wula salida %qE podrÃ­a truncarse antes del Ãºltimo carÃ¡cter de formatola salida %qE podrÃ­a truncarse antes del Ãºltimo carÃ¡cter de formato%qE redeclarado como un tipo diferente de sÃ­mbolo%qE se redeclarÃ³ con los atributos %qs en conflicto%qE requiere una directiva %<declare%> para poder usarse en una funciÃ³n%<routine%>%qE no se declarÃ³ aquÃ­ (primer uso en esta funciÃ³n)%qE no se declarÃ³ aquÃ­ (no en una funciÃ³n)%qE con clÃ¡usula %<link%> usada en la funciÃ³n %<routine%>%qE se escribe un nul al final del destino%qT y %qT estÃ¡n en espacios de direcciones nombrados discontinuos%qT se declarÃ³ con mayor visibilidad que su base %qT%qT se declarÃ³ con mayor visibilidad que el tipo de su campo %qD%qT tiene una base %qT cuyo tipo usa el espacio de nombres anÃ³nimo%qT tiene un campo %qD cuyo tipo usa el espacio de nombres anÃ³nimo%qT no tiene un miembro llamado %qE%qT no tiene un dato miembro que no es static llamado %qD%qT es un tipo modificado variablemente%qT ya es un friend de %qT%qT es una base ambigua de %qT%qT es una base inaccesible de %qT%qT no es una base de %qT%qT no es una clase o un espacio de nombres%qT no es un tipo de clase%qT no es de tipo clase, struct o union%qT no es una plantilla de clase miembro de %qT%qT no es un miembro de %qT%qT no es un espacio de nombres%qT no es una base anidada de %qT%qT no es de tipo puntero-a-objeto%qT no es una plantilla%qT no es un tipo plantilla%qT no es una base inaccesible de %qT%qT no es un tipo de enumeraciÃ³n%qT se promueve a %qT cuando pasa a travÃ©s de %<...%>se refiriÃ³ a %qT como %qsse refiriÃ³ a %qT como un enum%qT resuelve a %qT, el cual no es un tipo de clase%qT resuelve a %qT, el cual no es un tipo enumeradolos calificadores %qV no se pueden aplicar a %qTse descarta el atributo %qsel atributo %qs se aplica solamente a funcionesel atributo %qs se aplica solamente a funciones variadicel atributo %qs requiere prototipos con argumentos nombrados%qs no puede aparecer en una expresiÃ³n constante%qs combinado con el calificador %<auto%> para %qE%qs combinado con el calificador %<register%> para %qEconstrucciÃ³n %qs dentro de regiÃ³n %qs%qs que se declarÃ³ como funciÃ³n devuelve una funciÃ³n%qs que se declarÃ³ como funciÃ³n devuelve una matrizse declarÃ³ %qs en un Ã¡mbito que no es una clasese definiÃ³ %qs en un Ã¡mbito que no es una clase%qs no admite cÃ³digo MIPS16%qs espera una constante como argumentola funciÃ³n %qs no puede tener argumentosla funciÃ³n %qs no puede devolver un valorla funciÃ³n %qs usa el especificador de tipo %<auto%> sin un tipo de devoluciÃ³n trailingla funciÃ³n %qs con tipo de devoluciÃ³n trailing tiene %qT como su tipo en lugar de un simple %<auto%>no se declarÃ³ la funciÃ³n %qs con tipo de devoluciÃ³n trailing con el especificador de tipo %<auto%>%qs tiene %<extern%> e inicializador al mismo tiempo%qs se ha desbordado%qs inicializado y declarado como %<extern%>%qs es un argumento no vÃ¡lido para -mcpu=%qs es una opciÃ³n desconocida para -save-temps%qs estÃ¡ corrupto%qs es obsoleto%qs es obsoleto; utilice -fno-zero-initialized-in-bss%qs es obsoleto; utilice -fstack-check%qs es incompatible con %qs%qs es mÃ¡s estrecho que los valores de su tipo%qs no es un fichero de datos gcov%qs no es una opciÃ³n vÃ¡lida para el preprocesador%qs no es vÃ¡lido para %qs%qs es versiÃ³n %q.*s, se esperaba la versiÃ³n %q.*s%qs se debe usar con %qs%qs del mÃ³dulo %qs, importado en %C, es tambiÃ©n el nombre de la unidad de programa actual%qs requiere un objetivo que provea la instrucciÃ³n %qs%qs requiere instrucciones con probabilidad de ramificaciÃ³nse especificÃ³ %qs para la variable auto %qEse especificÃ³ %qs para el parÃ¡metro %qEse especificÃ³ %qs para el campo de estructurase especificÃ³ %qs para el campo de estructura %qEse especificÃ³ %qs para el parÃ¡metro sin nombrese usÃ³ la etiqueta %qs al nombrar a %q#T%qs utiliza alojamiento dinÃ¡mico de pila%r%s:%d:%R   %r%s:%d:%R   [ se saltan %d contextos de instanciaciÃ³n; utilice -ftemplate-backtrace-limit=0 para desactivarlo ]
  %r%s:%d:%R   en la expansiÃ³n de la expresiÃ³n constante de %qs%r%s:%d:%d:%R   %r%s:%d:%d:%R   [ se saltan %d contextos de instanciaciÃ³n; utilice -ftemplate-backtrace-limit=0 para desactivarlo ]
  %r%s:%d:%d:%R   en la expansiÃ³n de la expresiÃ³n constante de %qs%s%s
  %s  Igual que %s.%s %<%s%.*s%> espera un argumento %<%T%s%> coincidente%s %<%s%.*s%> espera un argumento %<%s%s%> coincidente%s %<%s%.*s%> espera un argumento de tipo %<%T%s%>, pero el argumento %d es de tipo %qT%s %<%s%.*s%> espera un argumento de tipo %<%s%s%>, pero el argumento %d es de tipo %qT%s %qE no implementa completamente el protocolo %qE%s %qsconstrucciÃ³n %s %qs dentro de regiÃ³n %s %qs%s %s %p %d
  %s %s%s
  %s %s(%E) %p %d
! %s '%s'
! %s (programa %s)El argumento %s para IMAGE_INDEX debe ser una matriz de rango uno en %L%s en %L debe ser INTEGER%s en %L debe ser un escalarEl atributo %s se aplica a %s %s en %LNo se permite el atributo %s en %L fuera de la parte de especificaciÃ³n de un mÃ³duloEl atributo %s genera un conflicto con el atributo %s en %LNo se permite el atributo %s en la unidad de programa BLOCK DATA en %Lno se puede usar %s en asm aquÃ­%s no admite los formatos de operando numÃ©rico %%n$%s no admite %s%s no admite %s con el formato %<%%%c%> %s%s no admite block_ends_with_call_p%s no admite block_ends_with_condjump_p%s no admite can_duplicate_block_p%s no admite can_merge_blocks_p%s no admite can_remove_branch_p%s no admite create_basic_block%s no admite delete_basic_block%s no admite dump_bb_for_graph%s no admite duplicate_block%s no admite flow_call_edges_add%s no admite force_nonfallthru%s no admite make_forwarder_block%s no admite merge_blocks%s no admite move_block_after%s no admite predict_edge%s no admite predicted_by_p%s no admite redirect_edge_and_branch%s no admite redirect_edge_and_branch_force%s no admite split_block%s no admite split_edge%s no admite el formato %<%%%c%> %s%s no admite el formato %<%%%s%c%> %s%s no admite el modificador de longitud %qs %s%s expera una constante entera en tiempo de compilaciÃ³n%s espera una constante entera long en tiempo de compilaciÃ³n como primer argumento%s espera una literal entera en el rango [%d, %d]%s espera una literal entera en el rango [%d, %d]. (%wd)se trata la lista de expresiones como una expresiÃ³n compuesta %sse descarta %s con %s y el formato %<%%%c%> %sse descarta %s con %s en el formato %s%s en la literal CFString%s en la cadena de formato en %L%s no se admite en esta configuraciÃ³n%s sÃ³lo acepta %d argumentos%s sÃ³lo acepta 1 argumento%s sÃ³lo acepta 2 argumentos%s fuera de rango: El rango es %i a %i, el valor es %iEl procedimiento %s en %L ya se habÃ­a declarado como un procedimiento %s%s devolviÃ³ el estado de salida %dLa declaraciÃ³n %s en %C no puede ir despuÃ©s de la declaraciÃ³n %s en %LLa declaraciÃ³n %s en %C no puede terminar un bucle DO que no es bloqueLa declaraciÃ³n %s en %C despuÃ©s de otra especificaciÃ³n de accesibilidadLa declaraciÃ³n %s en %C no estÃ¡ dentro de una construcciÃ³nLa declaraciÃ³n %s en %C deja una construcciÃ³n CRITICALLa declaraciÃ³n %s en %C deja una construcciÃ³n DO CONCURRENTSe esperaba %s en la declaraciÃ³n en %LNo se permite una declaraciÃ³n %s dentro de BLOCK en %CLa declaraciÃ³n %s debe aparecer en un MODULENo se permite una declaraciÃ³n %s en el procedimiento PURE en %Cetiqueta %sLa etiqueta %s en %L debe ser una cadena de caracteres del gÃ©nero por defectoLa etiqueta %s en %L debe ser de tipo %sLa etiqueta %s en %L debe ser escalaretiqueta %s con INQUIREse terminÃ³ %s con la seÃ±al %d [%s]%sse usÃ³ %s con el formato %<%%%c%> %sla variable %s %qE es private en el contexto externo%s"%s"%s es no vÃ¡lido%s"%s"%s no estÃ¡ definido%s%#D%s%#D <borrado>%s%#D <coincidencia cercana>%s%D(%T) <interno>%s%D(%T, %T) <interno>%s%D(%T, %T, %T) <interno>%s%T <conversiÃ³n>%s%s%s %sversiÃ³n %s (%s)
  %s	compilado por GNU C versiÃ³n %s, %s%s%s %sversiÃ³n %s (%s) compilado por CC, %s%sGGC heurÃ­sticas: --param ggc-min-expand=%d --param ggc-min-heapsize=%d
  %s%saviso: el encabezado %s versiÃ³n %s difiere de la versiÃ³n de la biblioteca %s.
  %s-%s es un rango vacÃ­o%s: %d bloques bÃ¡sicos y %d bloques borde/bÃ¡sicos%s: %d bloques bÃ¡sicos y %d registros; incremente --param max-gcse-memory arriba %d%s: %m%s: %s%s: el compilador %s no estÃ¡ instalado en este sistema%s: %s: %s%s: los argumentos --param deben ser de la forma NOMBRE=VALOR%s: fallÃ³ -fcompare-debug%s: fallÃ³ -fcompare-debug (longitud)%s: En la instanciaciÃ³n de %q#D:
--- 1984,2004 ----
   se usan interruptores de estilo de generaciÃ³n de cÃ³digo en conflictoLa declaraciÃ³n de captura !$OMP ATOMIC CAPTURE debe leer de una variable escalar de tipo intrÃ­nseco en %LLa declaraciÃ³n de captura !$OMP ATOMIC CAPTURE debe definir una variable escalar de tipo intrÃ­nseco en %LLa declaraciÃ³n de captura !$OMP ATOMIC CAPTURE lee de una variable diferente a la que escribe la declaraciÃ³n de captura en %LLa declaraciÃ³n de actualizaciÃ³n !$OMP ATOMIC CAPTURE debe definir una variable escalar de tipo intrÃ­nseco en %LLa declaraciÃ³n !$OMP ATOMIC READ debe leer de una variable escalar de tipo intrÃ­nseco en %LEl intrÃ­nseco IAND, IOR Ã³ IEOR de la asignaciÃ³n !$OMP ATOMIC debe tener dos argumentos en %LEl intrÃ­nseco de la asignaciÃ³n !$OMP ATOMIC debe ser MIN, MAX, IAND, IOR Ã³ IEOR en %LEl operador de la asignaciÃ³n !$OMP ATOMIC debe ser var = var op expr Ã³ var = expr op var en %LLa asignaciÃ³n !$OMP ATOMIC debe tener un operador o intrÃ­nseco del lado derecho en %LLos argumentos del intrÃ­nseco !$OMP ATOMIC deben ser escalares en %LLa declaraciÃ³n !$OMP ATOMIC debe definir una variable escalar de tipo intrÃ­nseco en %L!$OMP ATOMIC var = var op expr no es matemÃ¡ticamente equivalente a var = var op (expr) en %L!$OMP en %C inicia una lÃ­nea comentada y no estÃ¡ seguido de un espacio ni es una continuaciÃ³n de lÃ­neaSe esperaba "::" despuÃ©s del mÃ³dulo natural en %C pero no se encontrÃ³"USE :: module" en %C# %s %.2f %.2f
  la bÃºsqueda de #include "..." inicia aquÃ­:
  la bÃºsqueda de #include <...> inicia aquÃ­:
! #pragma GCC memregs debe preceder a cualquier declaraciÃ³n de funciÃ³n#pragma GCC memregs toma un nÃºmero [0..16]no se permite #pragma GCC optimize dentro de funciones#pragma GCC optimize cadena... estÃ¡ mal formadono se permite #pragma GCC option dentro de funcionesNo se admite #pragma GCC target en este objetivo#pragma GCC target cadena... estÃ¡ mal formadoel #pragma GCC visibility debe tener push o pop a continuaciÃ³n#pragma GCC visibility push() debe especificar default, internal, hidden o protectedel #pragma GHS endXXXX no coincide con el startXXX previose encontrÃ³ un #pragma GHS endXXXX sin un startXXX previoimplementaciÃ³n de #pragma para %qs aparece despuÃ©s de que se incluye el fichero#pragma message: %sse encontrÃ³ un #pragma pack (pop) sin un #pragma pack (push) coincidente#pragma pack no tiene efecto con -fpack-struct - se descartase encontrÃ³ un #pragma pack(pop, %E) sin un #pragma pack(push, %E) coincidentese descarta #pragma redefine_extname debido a un conflicto con la declaraciÃ³n __asm__se descarta #pragma redefine_extname debido a un conflicto con un #pragma redefine_extname previose descarta #pragma redefine_extname debido a un conflicto con el renombrado previo#pragma vtable ya no se admitese usÃ³ el nÃºmero de operando $ despuÃ©s de un formato sin nÃºmero de operando$ debe ser el Ãºltimo especificador del formato en %L%+D causa un conflicto de tipo de secciÃ³n%+D causa un conflicto de tipo de secciÃ³n con %D%+D se declarÃ³ despuÃ©s de ser usado%+D se declarÃ³ ifunc despuÃ©s de ser usado%+D se declarÃ³ dÃ©bil despuÃ©s de usarse%+D se declarÃ³ weakref despuÃ©s de ser usado%<#pragma GCC optimize (cadena [,string]...)%> no tiene un %<)%> final%<#pragma GCC optimize%> no es una cadena o un nÃºmero%<#pragma GCC option%> no es una cadena%<#pragma GCC pch_preprocess%> debe ser primero%<#pragma GCC pop_options%> sin un %<#pragma GCC push_options%> correspondiente%<#pragma GCC target (cadena, [,cadena]...)%> no tiene un %<)%> finalno se admite %<#pragma STDC FLOAT_CONST_DECIMAL64%> en C++no se admite %<#pragma STDC FLOAT_CONST_DECIMAL64%> en este objetivo%<#pragma align%> debe aparecer antes de la declaraciÃ³n de %D, se descarta%<#pragma omp atomic capture%> usa dos variables diferentes para la memoria%<#pragma omp atomic update%> usa dos variables diferentes para la memoria%<#pragma omp cancel for%> dentro de %<nowait%> para construcciÃ³n%<#pragma omp cancel for%> dentro de %<ordered%> para construcciÃ³n%<#pragma omp cancel section%> dentro de contrucciÃ³n de secciones %<nowait%>%<#pragma omp section%> sÃ³lo se puede usar en construcciones %<#pragma omp sections%>no se admite la declaraciÃ³n %<#pragma weak%> de %q+D; se ignorarÃ¡%<#pragma%> no se permite aquÃ­se usÃ³ la restricciÃ³n %<%%%> con el Ãºltimo operando%<%%%c%> sÃ³lo produce los dos Ãºltimos dÃ­gitos del aÃ±o%<%%%c%> sÃ³lo produce los dos Ãºltimos dÃ­gitos del aÃ±o en algunos lugaresla salida de la directiva %<%.*s%> entre %wu y %wu bytes provoca que el resultado supere %<INT_MAX%>la salida de la directiva %<%.*s%> entre %wu y %wu bytes supera el tamaÃ±o mÃ­nimo requerido de 4095la salida de la directiva %<%.*s%> entre %wu y %wu bytes podrÃ­a provocar que el resultado supere %<INT_MAX%>la salida de la directiva %<%.*s%> entre %wu y %wu bytes podrÃ­a superar el tamaÃ±o mÃ­nimo requerido de 4095salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo %wu byte en una regiÃ³n de tamaÃ±o %wula salida de la directiva %<%.*s%> podrÃ­a truncarse al escribir %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wula salida de la directiva %<%.*s%> podrÃ­a truncarse al escribir %wu bytes en una regiÃ³n de tamaÃ±o %wula salida de la directiva %<%.*s%> podrÃ­a truncarse al escribir %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wula salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wula salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wula salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo entre %wu y %wu bytes en una regiÃ³n de tamaÃ±o %wula salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo entre %wu y %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wula salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wula salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wula salida de la directiva %<%.*s%> podrÃ­a truncarse al escribir hasta %wu bytes en una regiÃ³n de tamaÃ±o %wula salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo hasta %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wusalida de la directiva %<%.*s%> truncada escribiendo %wu byte en una regiÃ³n de tamaÃ±o %wusalida de la directiva %<%.*s%> truncada escribiendo %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wusalida de la directiva %<%.*s%> truncada escribiendo %wu bytes en una regiÃ³n de tamaÃ±o %wusalida de la directiva %<%.*s%> truncada escribiendo %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wusalida de la directiva %<%.*s%> truncada escribiendo %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wusalida de la directiva %<%.*s%> truncada escribiendo %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wusalida de la directiva %<%.*s%> truncada escribiendo entre %wu y %wu bytes en una regiÃ³n de tamaÃ±o %wusalida de la directiva %<%.*s%> truncada escribiendo entre %wu y %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wusalida de la directiva %<%.*s%> truncada escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wusalida de la directiva %<%.*s%> truncada escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wusalida de la directiva %<%.*s%> truncada escribiendo hasta %wu bytes en una regiÃ³n de tamaÃ±o %wusalida de la directiva %<%.*s%> truncada escribiendo hasta %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wudirectiva %<%.*s%> escribiendo %wu byte en una regiÃ³n de tamaÃ±o %wudirectiva %<%.*s%> escribiendo %wu byte en una regiÃ³n de un tamaÃ±o entre %wu y %wudirectiva %<%.*s%> escribiendo %wu bytes en una regiÃ³n de tamaÃ±o %wudirectiva %<%.*s%> escribiendo %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wudirectiva %<%.*s%> escribiendo %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wudirectiva %<%.*s%> escribiendo %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wudirectiva %<%.*s%> escribiendo entre %wu y %wu bytes en una regiÃ³n de tamaÃ±o %wudirectiva %<%.*s%> escribiendo entre %wu y %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wudirectiva %<%.*s%> escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wudirectiva %<%.*s%> escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wudirectiva %<%.*s%> escribiendo hasta %wu bytes en una regiÃ³n de tamaÃ±o %wudirectiva %<%.*s%> escribiendo hasta %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu%<%D::%D%> no es un miembro clase%<%D::%D%> no es un miembro de %qT%<%E::%E%> no se ha declarado%<%E::%E%> no es una clase o un espacio de nombres%<%E::%E%> no es una clase, un espacio de nombres o una enumeraciÃ³n%<%E::%E%> no es un tipose descarta la directiva de atributo de alcance %<%E::%E%>%<%T::%D%> nombra al constructor en %qT%<%T::%D%> nombra al destructor%<%T::%D%> nombra el constructor, no el tipo%<%T::%E%> no se ha declarado%<%T::%E%> no es un tipo%<%T::%E%> nombra el constructor, no el tipono se encontrÃ³ %<%c%E%> en el(los) protocolo(s)la construcciÃ³n %<%s %s%> no estÃ¡ bien anidada dentro de %qsla construcciÃ³n %<%s taskgroup%> no estÃ¡ bien anidada dentro de la regiÃ³n %<taskgroup%>%<%s%> es desconocidose usÃ³ la restricciÃ³n %<&%> sin una clase de registro%<*%> en contexto boolean; se sugiere %<&&%> en su lugar%<-%s%> genera un conflicto con las otras opciones de la arquitectura, las cuales especifican un procesador %sno se admite %<-Wabi=1%>; se usarÃ¡ =2no se admite %<-fabi-compat-version=1%>; se usarÃ¡ =2%<-fabi-version=1%> ya no tiene soporteno se admite %<-fcheck-pointer-bounds%> para este objetivo%<-fcheck-pointer-bounds%> no se admite con %<-fsanitize=bounds%>%<-fcheck-pointer-bounds%> no se admite con %<-fsanitize=bounds-strict%>%<-fcheck-pointer-bounds%> no se admite con Address Sanitizer%<-fcheck-pointer-bounds%> no se admite con Thread Sanitizer%<-femit-struct-debug-detailed=dir:...%> debe permitir por lo menos tanto como %<-femit-struct-debug-detailed=ind:...%>%<-fobjc-abi-version%> >= 2 no se admite en objetivos %<-m32%> con %<-fnext-runtime%>%<-fobjc-abi-version%> >= 2 sÃ³lo se debe usar en objetivos %<-m64%> con %<-fnext-runtime%>Se requiere %<-fobjc-exceptions%> para activar la sintaxis de excepciÃ³n de Objective-Cse descarta %<-fobjc-gc%> por %<-fgnu-runtime%>se descarta %<-fobjc-sjlj-exceptions%> por %<-fgnu-runtime%>se descarta %<-fobjc-sjlj-exceptions%> por %<-fnext-runtime%> cuando %<-fobjc-abi-version%> >= 2%<-fobjc-sjlj-exceptions%> es la Ãºnica excepciÃ³n a sistema admitida para %<-fnext-runtime%> con %<-fobjc-abi-version%> < 2sÃ³lo se admite %<-fsplit-stack%> en GNU/LinuxsÃ³lo se admite %<-fsplit-stack%> en PowerPC64 GNU/Linux con glibc-2.18 o superior%<-fsplit-stack%> no se admite en esta configuraciÃ³n de compilador%<-fsplit-stack%> requiere soporte del ensamblador para las directivas CFI%<-gdwarf%s%> es ambiguo; use %<-gdwarf-%s%> para la versiÃ³n DWARF o %<-gdwarf -g%s%> para nivel de depuraciÃ³n%<-gnat%> escrito incorrectamente como %<-gant%>%<-march=%s%> no es compatible con la ABI seleccionada%<-march=%s%> requiere %<-mfp32%>%<-mcpu=%> es obsoleto; utilice %<-mtune=%> o %<-march%> en su lugar%<-mdynamic-no-pic%> anula a %<-fpic%>, %<-fPIC%>, %<-fpie%> o %<-fPIE%>%<-mfpxx%> solo se puede usar con la ABI o32%<-mfpxx%> requiere %<-mlra%>%<-mfused-madd%> es obsoleto; utilice en su lugar %<-ffp-contract=%>%<-mgp32%> y %<-mfp64%> sÃ³lo se pueden combinar si el objetivo admite las instrucciones mfhc1 y mthc1%<-mgp32%> y %<-mfp64%> sÃ³lo se pueden combinar al usar la ABI o32se utiliza %<-mgp32%> con una ABI de 64-bitse utiliza %<-mgp64%> con una ABI de 32-bitse utiliza %<-mgp64%> con un procesador de 32-bit%<-mintel-syntax%> y %<-mno-intel-syntax%> son obsoletos; utilice %<-masm=intel%> y %<-masm=att%> en su lugar%<-mips3d%> requiere %<-mpaired-single%>%<-mmsa%> debe usarse con %<-mfp64%> y %<-mhard-float%>%<-mno-gpopt%> necesita %<-mexplicit-relocs%>%<-mpcommit%> se ha hecho obsoletose descarta %<-mrtd%> en el modo de 64bitse eliminÃ³ %<-msse5%>se usÃ³ %<-msseregparm%> sin SSE activado%<-mtune=x86-64%> es obsoleto; use en su lugar %<-mtune=k8%> o %<-mtune=generic%> como sea adecuado%<-x %s%> despuÃ©s del Ãºltimo fichero de entrada no tiene efecto%<...%> como argumentos.)el manejador %<...%> debe ser el Ãºltimo manejador para su bloque try%<...%> tiene un nÃºmero de operandos no vÃ¡lido%<::%D%> no se ha declarado%<::%E%> no se ha declarado%<::%E> no es una clase o un espacio de nombres%<::%E%> no es una clase, un espacio de nombres o una enumeraciÃ³n%<::%E%> no es un tipo%<::main%> debe devolver %<int%>%<<:%> es una forma alternativa para %<[%>. Inserte espacios en blanco entre %<<%> y %<::%>%<<::%> no puede iniciar una lista de argumentos de plantilla%<<<%> en contexto boolean; Â¿quiso decir %<<%> ?el operador %<>>%> se tratarÃ¡ como dos en llaves en Ã¡ngulo derechas en C++11%<>>%> debe ser %<> >%> dentro de una lista de argumentos de plantilla anidada%<@dynamic%> no estÃ¡ disponible en Objective-C 1.0%<@dynamic%> no estÃ¡ en el contexto de @implementation%<@dynamic%> requiere que @interface de la clase estÃ© disponible%<@encode%> debe especificar un tipo como un argumentofalta un %<@end%> en el contexto de una implementaciÃ³n%<@end%> debe aparecer en el contexto de @implementation%<@optional%> sÃ³lo se permite en el contexto de @protocol%<@optional%> no estÃ¡ disponible en Objective-C 1.0%<@package%> no estÃ¡ disponible en Objective-C 1.0%<@package%> en este momento tiene el mismo efecto que %<@public%>%<@property%> no estÃ¡ disponible en Objective-C 1.0%<@required%> sÃ³lo se permite en el contexto de @protocol%<@required%> no estÃ¡ disponible en Objective-C 1.0el argumento %<@synchronized%> no es un objetono se puede usar %<@synthesize%> en categorÃ­as%<@synthesize%> no estÃ¡ disponible en Objective-C 1.0%<@synthesize%> no estÃ¡ en el contexto de @implementation%<@synthesize%> requere que @interface de la clase estÃ© disponiblese usÃ³ %<@throw%> (rethrow) fuera de un bloque @catchel argumento %<@throw%> no es un objeto%<@try%> sin %<@catch%> o %<@finally%>se usa %<[%E] =%> en un inicializador designado en estilo GNU para la clase %qTno se permite %<[*]%> en otro lugar que no sea el Ã¡mbido de prototipo de funciÃ³n%<[*]%> fuera de una declaraciÃ³nlos especificadores %<_Alignas%> no pueden reducir la alineaciÃ³n de %qElos especificadores %<_Alignas%> no pueden reducir la alineaciÃ³n del campo sin nombre%<_Atomic%> %qD en clÃ¡usula %<firstprivate%> en una construcciÃ³n %<target%>%<_Atomic%> %qD en clÃ¡usula %<firstprivate%> implÃ­cita en una construcciÃ³n %<target%>%<_Atomic%> %qD en clÃ¡usula %<map%> implÃ­citaexpresiÃ³n %<_Atomic%> en %<#pragma omp atomic%>variable de iteraciÃ³n %<_Atomic%> %qE%<_Cilk_spawn%> sÃ³lo se puede usar dentro de una funciÃ³n%<_Noreturn%> en una declaraciÃ³n vacÃ­ase usÃ³ %<_Sat%> sin %<_Fract%> o %<_Accum%>el atributo %<__BELOW100__%> solamente se aplica a variablesla funciÃ³n %<__RTL%> no se puede compilar con %<-flto%>se aplicÃ³ %<__alignof%> a un campo de bitsel operando de %<__builtin_complex%> no es de tipo de coma flotante binario reallos operandos de %<__builtin_complex%> son de tipos diferentesel segundo argumento de %<__builtin_longjump%> debe ser 1se llamÃ³ a %<__builtin_next_arg%> sin un argumento%<__gcc_host_wide_int__%> no se define como %<long%> o %<long long%>%<__gcc_host_wide_int__%> no se define como un tipo%<__label%> no estÃ¡ al inicio de un bloqueel atributo %<__simd__%> no puede usarse en la misma funciÃ³n que se ha seÃ±alado como funciÃ³n activada Cilk Plus SIMD%<__thread%> antes de %<extern%>%<__thread%> antes de %<static%>%<__thread%> antes de %qD%<__transaction_atomic%> sin activar el soporte de memoria transaccional%<__transaction_cancel%> no estÃ¡ dentro de %<__transaction_atomic%>%<__transaction_cancel%> dentro de un %<__transaction_relaxed%>%<__transaction_cancel%> sin activar el soporte para memoria transaccional%<__transaction_relaxed%> sin activar el soporte de memoria transaccionalel lÃ­mite de %<alloca%> es desconocidoun %<and%> de pruebas equivalentes mutuamente exclusivas siempre es 0la restricciÃ³n del operando %<asm%> es incompatible con el tamaÃ±o del operandoel operando %<asm%> tiene restricciones imposiblesel operando %<asm%> requiere una recarga imposibleno se permiten los especificadores %<asm%> en miembros de datos que no son staticel atributo %<assign%> genera un conflicto con el atributo %<copy%>el atributo %<assign%> genera un conflicto con el atributo %<retain%>%<assign%> puede ser inseguro para objetos Objective-C; por favor establezca explÃ­citamente si lo necesita%<auto%> sÃ³lo se puede especificar para variables o declaraciones de funciÃ³n%<auto%> cambiarÃ¡ su significado en C++11; por favor bÃ³rrelo%<auto%> estÃ¡ en conflicto con otros especificadores de bucle OpenACC%<auto%> en una declaraciÃ³n vacÃ­a en Ã¡mbito de fichero%<bank_switch%> no tiene efecto en funciones que no son interrumpibles%<builtin_return_address%> sÃ³lo contiene 2 bytes de direcciÃ³nlos especificadores de funciÃ³n %<const%> y %<volatile%> en %qD son no vÃ¡lidos en la declaraciÃ³n de campolos especificadores de funciÃ³n %<const%> y %<volatile%> en %qD son no vÃ¡lidos en la declaraciÃ³n de parÃ¡metrolos especificadores de funciÃ³n %<const%> y %<volatile%> en %qD son no vÃ¡lidos en la declaraciÃ³n de tipolos especificadores de funciÃ³n %<const%> y %<volatile%> en %qD son no vÃ¡lidos en la declaraciÃ³n de variable%<constexpr%> no puede aparecer en una declaraciÃ³n typedef%<constexpr%> no se puede usar en declaraciones de tipoel constructor %<constexpr%> para union %qT debe inicializar exactamente un dato miembro que no es staticse necesita %<constexpr%> para la inicializaciÃ³n en la clase no vÃ¡lida del miembro de datos static %q#D de tipo que no es integralel atributo %<copy%> solamente es vÃ¡lido para objectos Objective-Cla regiÃ³n %<critical%> puede no estar bien anidada dentro de una regiÃ³n %<critical%> con el mismo nombre%<custom-%s=%> no se reconoce como instrucciÃ³n FPU%<no-custom-%s%> requiere argumentola etiqueta %<default%> no estÃ¡ dentro de una declaraciÃ³n switch%<depend(%s)%> solo se permite en %<omp ordered%>clÃ¡usula %<depend(sink)%> esperando iteraciÃ³n lÃ©xica posterior%<depend(sink)%> se refiere a una iteraciÃ³n ajena al espacio de iteraciÃ³nclÃ¡usula %<depend(source)%> especificada junto con clÃ¡usulas %<depend(sink:)%> en la misma construcciÃ³nlas regiones %<distribute%> deben estar estrictamente anidadas dentro de construcciones %<teams%>no se permite %<dynamic_cast%> sin -fno-rtti%<else%> sin un %<if%> previo%<enum %E%> se declarÃ³ en la declaraciÃ³n inicial del bucle %<for%>%<explicit%> sÃ³lo se puede especificar para constructoresel atributo %<externally_visible%> sÃ³lo tiene efecto en objetos pÃºblicosatributo %<fallthrough%> especificado mÃºltiples vecesel atributo %<fallthrough%> se especificÃ³ con un parÃ¡metrose descarta la directiva de atributo %<fast_interrupt%>%<friend%> sÃ³lo se puede especificar dentro de una clasese usÃ³ %<friend%> fuera de la clasela CPU %<generic%> solo se puede usar para el ajuste %<-tune=%>la CPU %<generic%> solo se puede usar para el atributo %<target("tune=")%>atributo %<gnu_inline%> presente en %q+D%<inline%> en una declaraciÃ³n vacÃ­ano se permite %<inline%> en la declaraciÃ³n de la especializaciÃ³n friend de la plantilla %qDse especificÃ³ %<inline%> para la declaraciÃ³n de clase friendel especificador %<inline%> es no vÃ¡lido para la funciÃ³n %qs declarada fuera del Ã¡mbito globalla CPU %<intal%> solo se puede usar para el ajuste %<-mtune=%>la CPU %<intel%> solo se puede usar para el atributo %<target("tune=")%>el parÃ¡metro %<l1-cache-size%> no es potencia de dos %dclÃ¡usula %<linear%> para una variable que no es iterador de bucle especificada en una construcciÃ³n combinada con %<distribute%>%<location_t%> no se define como un tipo%<locus%> no se define como un tipo%<long long long%> es demasiado largo para GCC%<long long%> no vÃ¡lido para %qs%<long%> y %<short%>  se especificaron juntos para %qs%<long%> no vÃ¡lido para %qs%<long%> o %<short%> no vÃ¡lidos para %qsse especificÃ³ %<long%> o %<short%> con char para %qsno se convierte la expresiÃ³n de switch %<long%> a %<int%> en ISO C%<long%>, %<int%>, %<short%>, o %<char%> no vÃ¡lido para %qs%<main%> se declarÃ³ como %<_Noreturn%>la regiÃ³n %<master%> puede no estar bien anidada dentro de la regiÃ³n de trabajo compartido, de %<task%> explÃ­cita o de regiÃ³n %<taskloop%>la definiciÃ³n %<namespace%> no se permite aquÃ­%<no-custom-%s%> no acepta argumentosla funciÃ³n %<noreturn%> devuelveel valor de %<num_threads%> debe ser positivo%<operator delete%> debe devolver el tipo %qT%<operator delete%> toma el tipo %qT como primer argumento%<operator new%> no debe regresar NULL a menos que se declare %<throw()%> (o -fcheck-new estÃ© en efecto)%<operator new%> debe devolver el tipo %qT%<operator new%> toma el tipo %<size_t%> (%qT) como primer argumento%<operator=%> debe devolver una referencia a %<*this%>un %<or%> de pruebas no equivalentes sin coincidencia siempre es 1%<ordered simd threads%> debe estar estar bien anidada dentro de la regiÃ³n %<for simd%>%<ordered%> %<simd%> debe estar bien anidada dentro de una regiÃ³n %<simd%>la construcciÃ³n %<ordered%> con clÃ¡usula %<depend%> debe estar bien anidada dentro de un bucle con una clÃ¡usula %<ordered%> con un parÃ¡metrola construcciÃ³n %<ordered%> con la clÃ¡usula %<depend%> debe estar bien anidada dentro de un bucle %<ordered%>la regiÃ³n %<ordered%> puede no estar bien anidada dentro de la regiÃ³n %<critical%>, %<ordered%>, explicit %<task%> o %<taskloop%>la regiÃ³n %<ordered%> debe estar bien anidada dentro de una regiÃ³n de bucle con una clÃ¡usula %<ordered%>El atributo %<readonly%> genera un conflicto con el atributo %<readwrite%>el atributo %<readonly%> genera un conflicto con el atributo %<setter%>%<register%> en una declaraciÃ³n vacÃ­a en Ã¡mbito de ficheroel atributo %<retain%> genera un conflicto con el atributo %<copy%>el atributo %<retain%> solamente es vÃ¡lido para objetos Objective-C%<return%> con valor, en una funciÃ³n que devuelve void%<return%> sin valores, en una funciÃ³n que no devuelve void%<seq%> ignora otros especificadores de bucle OpenACC%<short%> no vÃ¡lido para %qs%<short%> o %<long%> no vÃ¡lidos para %qs%<signed%> y %<unsigned%> se especificaron juntos para %qs%<signed%> o %<unsigned%> no vÃ¡lido para %qsse aplicÃ³ %<sizeof%> a un campo de bits%<static%> puede no ser utilizado cuando se define (opuesto a la declaraciÃ³n) un dato miembro static%<struct %E%> se declarÃ³ en la declaraciÃ³n inicial del bucle %<for%>se descarta %<target("rtd")%> en el modo de 64bitse usÃ³ %<target("ssseregparm")%> sin SSE activado%<target("tune=x86-64")%> es obsoleto; use %<target("tune=k8")%> o %<target("tune=generic")%> en su lugar como convengaconstrucciÃ³n %<teams%> no bien anidada dentro de construcciÃ³n %<target%>%<this%> no estÃ¡ disponible para funciones miembro staticno se puede usar %<this%> en este contextono se capturÃ³ %<this%> para esta funciÃ³n lambda%<threadprivate%> %qD no es un fichero, espacio de nombres o variable de Ã¡mbito de bloquela directiva %<threadprivate%> %qE no estÃ¡ en la definiciÃ³n %qT%<threadprivate%> %qE tiene tipo incompletola llamada a la funciÃ³n %<transaction_may_cancel_outer%> no estÃ¡ en una transacciÃ³n mÃ¡s externa o %<transaction_may_cancel_outer%>%<transaction_safe_dynamic%> solo se puede especificar para funciones virtuales%<tree%> no se define como un tipo puntero%<tree%> no se define como un tipose descartÃ³ %<typedef%> en esta declaraciÃ³nel operador %<typeid%> no puede aparecer en una expresiÃ³n constante%<typename %T::%D%> nombra a %q#T, el cual no es una plantilla de clase%<typename %T::%D%> nombra a %q#T, el cual no es un tipose aplicÃ³ %<typeof%> a un campo de bits%<union %E%> se declarÃ³ en la declaraciÃ³n inicial del bucle %<for%>se usÃ³ %<va_start%> en una funciÃ³n con argumentos fijosdeclaraciÃ³n de clase fuera de %<virtual%>se especificÃ³ %<virtual%> mÃ¡s de una vez en la base especificadano se puede calificar %<void%> si es el Ãºnico parÃ¡metro%<void%> debe ser el Ãºnico parÃ¡metrose descarta el atributo %<weakref%> porque ya se definiÃ³ la funciÃ³nse descarta el atributo %<weakref%> porque ya se inicializÃ³ la variableel atributo %<weakref%> se debe acompaÃ±ar con un atributo %<alias%>se renombrÃ³ %D despuÃ©s de ser referenciado en el ensambladose descarta el calificador %E en asm%K%qD: escribir %wu bytes en una regiÃ³n de tamaÃ±o %wu desborda el destino%K%qD: el lÃ­mite %wu especificado excede el tamaÃ±o de objeto mÃ¡ximo %wu%K%qD: el lÃ­mite %wu especificado excede el tamaÃ±o %wu del destino%K%qD: el lÃ­mite especificado entre %wu y %wu excede el tamaÃ±o de objeto mÃ¡ximo %wu%K%qD: el lÃ­mite especificado entre %wu y %wu excede el tamaÃ±o %wu del destino%K%qD: el tamaÃ±o especificado %wu excede el tamaÃ±o mÃ¡ximo %wu del objeto%K%qD: el tamaÃ±o especificado entre %wu y %wu excede el tamaÃ±o de objeto mÃ¡ximo %wu%K%qD: escribir %wu byte en una regiÃ³n de tamaÃ±o %wu desborda el destino%K%qD: escribir %wu o mÃ¡s byte en una regiÃ³n de tamaÃ±o %wu desborda el destino%K%qD: escribir entre %wu y %wu bytes en una regiÃ³n de tamaÃ±o %wu desborda el destino%K%s %wd fuera de rango %wd - %wdel %Kargumento %d debe ser un inmediato constante%Kargumento %i, rango [%E, %E], supera el tamaÃ±o mÃ¡ximo %E del objetoel %Kargumento %i, rango [%E, %E], es negativo%Kargumento %i, valor %qE, supera el tamaÃ±o mÃ¡ximo %E del objeto%Kargumento %i, valor %qE, negativoel valor del %Kargumento %i es cero%Kno se permite asm en una funciÃ³n %<transaction_safe%>%Kse intenta liberar un objeto que no es de pila%Kse intenta liberar un objeto %qD que no es de pila%Kla llamada a %qs se redeclarÃ³ con error de atributo: %s%Kla llamada a %qs se redeclÃ³ con aviso de atributo: %s%Kel primer argumento de %D debe ser un puntero, el segundo una constante entera%Kuso no vÃ¡lido de %<__builtin_va_arg_pack ()%>%Kuso no vÃ¡lido de %<__builtin_va_arg_pack_len ()%>%Klane %wd fuera de rango %wd - %wdel Ã­ndice %Klane debe ser un inmediato constante%Kel Ãºltimo argumento de %D no es una constante entera entre 0 y 3el %Kproducto %<%E * %E%> de los argumentos %i y %i supera %<SIZE_MAX%>el %Kproducto %<%E * %E%> de los argumentos %i y %i supera el tamaÃ±o mÃ¡ximo %E del objetose encontrÃ³ %d constructor
  se encontraron %d constructores
  se encontrÃ³ %d  destructor
  se encontraron %d  destructores
  se grabaron %d salidas para el bucle %d (teniendo %d salidas)se encontrÃ³ %d tabla de marco
  se encontraron %d tablas de marco
! se descartan los %d bits menos significativos de %sno estÃ¡ compilado el modo bit-%i%q#D genera un conflicto con una declaraciÃ³n previa%q#D tiene un tipo incompleto%q#D esconde el destructor para %q#T%q#D es un dato miembro static; sÃ³lo se puede inicializar en su definiciÃ³n%q#D no es una plantilla de funciÃ³n%q#D no es un dato miembro no static de %qT%q#D no es un argumento vÃ¡lido de plantilla para el tipo %qT porque una referencia variable no tiene una direcciÃ³n constante%q#D no es const%q+#D es volatile%q#D no se declarÃ³ en la clase%q#D redeclarado como un tipo diferente de sÃ­mbolo%q#T no tiene constructor por defecto proporcionado por el usuario%q#T tiene miembros punteros a datos%q#T tiene clases base virtuales%q#T tiene funciones virtuales y destructor no virtual accesible%q#T no es una clase%q#T no es una clase o un espacio de nombres%q#T no es una plantilla%q#T no es un tipo vÃ¡lido para un parÃ¡metro que no es tipo plantilla%q#T solamente define un destructor privado y no tiene friends%q#T solamente define constructores privados y no tiene friendsse usÃ³ %q#T donde se esperaba un %qTse usÃ³ %q#T donde se esperaba un valor de coma flotante%q#T se declarÃ³ previamente aquÃ­%q+#D no se puede declararno se puede sobrecargar %q+#DNo se admite alias %q+D entre funciÃ³n y variable%q+D es una DeclaraciÃ³n de alias%q+D es un alias del sÃ­mbolo externo %qE%q+D es un alias del sÃ­mbolo sin definir %qE%q+D se declarÃ³ anteriormente con el atributo dllimport: se descarta dllimport%q+D se declarÃ³ como friend%q+D declarado como funciÃ³n variÃ¡dicase declarÃ³ %q+D para tomar referencia const, pero la declaraciÃ³n implÃ­cita tomarÃ­a algo que no es const%q+D se declarÃ³ con una especificaciÃ³n de excepciÃ³nse definiÃ³ %q+D normalmente y como un atributo %qE al mismo tiempo%q+D tiene atributos incompatibles %qs y %qs%q+D no vÃ¡lido en %q#T%q+D es estÃ¡tica pero se declarÃ³ en la funciÃ³n inline %qD la cual no es estÃ¡tica%q+D generalmente es una funciÃ³n%q+D redeclarado como un tipo diferente de sÃ­mbolo%q+D se redeclarÃ³ incluida en lÃ­nea con el atributo %<gnu_inline%>%q+D se redeclarÃ³ incluida en lÃ­nea sin el atributo %<gnu_inline%>%q+D se redeclara sin el atributo dllimport despuÃ©s de ser referenciado con enlace dllimport%q+D se redeclara sin el atributo dllimport: se descarta el dllimport previo%q+D sÃ³lo toma cero o dos argumentos%q+E no es una expresiÃ³n constante%q+F se declarÃ³ %<static%> pero nunca se definese usa %q+F pero nunca se define%q+T no es literal porque:%qD aparece mÃ¡s de una vez en las clÃ¡usulas de datosse descarta la directiva de atributo %qDel atributo %qD no tiene signifcado porque los miembros del espacio de nombres anÃ³nimo tiene sÃ­mbolos localesel atributo %qD requiere un solo argumento NTBSse llamÃ³ %qD en una expresiÃ³n constante%qD no puede aparecer en una expresion constante%qD no se puede definir por defecto%qD no puede tener argumentos por defecto%qD cambiÃ³ su semÃ¡ntica en GCC 4.4%qD genera un conflicto con la funciÃ³n utilizada%qD se declarÃ³ %<constexpr%> fuera de su clase%qD se declarÃ³ como un campo %<virtual%>%qD se declarÃ³ como un parÃ¡metro %<virtual%>%qD se declarÃ³ como un tipo %<virtual%>%qD se declarÃ³ como una variable %<virtual%>%qD se declarÃ³ como un no-parÃ¡metro%qD se declarÃ³ como un campo %<inline%>%qD se declarÃ³ como un parÃ¡metro %<inline%>%qD se declarÃ³ como un tipo %<inline%>%qD declarado como referencia pero no se inicializa%qD se declara aquÃ­se define %qD pero no se usa%qD no tiene tipo integral o de enumeraciÃ³n%qD tiene una declaraciÃ³n previa aquÃ­%qD ya se definiÃ³ aquÃ­%qD tien una lista de argumentos no vÃ¡lida%qD tiene el mismo nombre que la clase en la cual se declarÃ³%qD es un espacio de nombres%qD ya es un friend de %qT%qD ya es un friend de la clase %qT%qD ya se declarÃ³ en este Ã¡mbito%qD ya estÃ¡ definido en %qT%qD ya se definiÃ³ en la clase %qT%qD ya estÃ¡ definido en la clase %qT%qD es una plantilla de enumeraciÃ³n%qD es tanto una base directa como una base virtual indirecta%qD es obsoleto%qD es obsoleto: %s%qD se inicializa con sÃ­ mismo%qD generalmente es una funciÃ³n que no es static%qD no es una clase o un espacio de nombres%qD no es una plantilla de funciÃ³n%qD no es un miembro de %qD%qD no es un miembro de %qT%qD no es una funciÃ³n plantilla miembro%qD no es un nombre-de-espacio-de-nombres%qD no es un dato miembro static de una plantilla de clase%qD no es una plantilla%qD no es una funciÃ³n plantilla%qD no es un tipo%qD no es un argumento vÃ¡lido de plantilla porque %qD es una variable, no la direcciÃ³n de una variable%qD no es una variable%qD no es una variable en la clÃ¡usula %<firstprivate%>%qD no es una variable en la clÃ¡usula %<lastprivate%>%qD no es una variable en la clÃ¡usula %qs%qD no es un argumento de funciÃ³n%qD no se capturÃ³%qD no es compatible con %qD%qD no estÃ¡ definido fuera del Ã¡mbito de la funciÃ³n%qD es estÃ¡tica pero se usa en la funciÃ³n inline %qD la cual no es estÃ¡ticase utiliza %qD sin inicializar en esta funciÃ³npuede ser que se utilice %qD sin inicializar en esta funciÃ³n%qD no se puede declarar como static%qD no se puede declarar dentro de un espacio de nombres%qD debe ser una funciÃ³n que no sea miembro%qD debe ser una funciÃ³n miembro que no sea static%qD debe ser una funciÃ³n miembro que no sea static o una funciÃ³n que no sea miembro%qD debe tener un argumento de tipo clase o enumerado%qD no debe tener un nÃºmero variable de argumentos%qD debe tomar %<void%>%qD debe tomar uno o dos argumentos%qD debe tomar cero o un argumentos%qD debe tomar un argumento exactamente%qD debe tomar dos argumentos exactamenteno se declarÃ³ %qD%qD no estÃ¡ definido%qD se redeclarÃ³ con acceso diferente%qD se redeclarÃ³ con visibilidad diferente%qD referenciada en la regiÃ³n de destino no tiene un tipo al que asociarla%qD se debe inicializar%qD se debe inicializar en la lista de inicializaciÃ³n de miembros%qD se deberÃ­a declarar dentro de %qD%qD debe devolver por valorse usÃ³ %qD antes de su definiciÃ³nse usÃ³ %qD en su propio inicializadorse usa %qD sin parÃ¡metros de plantilla%qD se declarÃ³ %<extern%> y despuÃ©s %<static%>%qD se declarÃ³ %qs lo cual implica visibilidad por defecto%qD se declarÃ³ aquÃ­%qD no se declarÃ³ %<constexpr%>%qD no se declarÃ³ en este Ã¡mbito%qD no se declarÃ³ en este Ã¡mbito, y no se encontraron declaraciones en la bÃºsqueda dependiente de argumentos en el punto de la instanciaciÃ³n%qD no se inicializÃ³ con una expresion constantese usÃ³ %qD sin declaraciÃ³n antes de su definiciÃ³nse usÃ³ %qD sin prototipo antes de su definiciÃ³nel atributo de compatibilidad vtable 2.95 %qE sÃ³lo aplica a clases C++el atributo de compatibilidad vtable 2.95 %qE sÃ³lo aplica cuando se compila una kext%qE aparece mÃ¡s de una vez en las clÃ¡usulas de datos%qE aparece mÃ¡s de una vez en las clÃ¡usulas mapel argumento %qE no es una funciÃ³nel argumento %qE no es un identificadorla direcciÃ³n del atributo %qE estÃ¡ fuera de rangoel atributo %qE sÃ³lo permite una constante entera como argumentoel atributo %qE se aplica solamente a funcionesel atributo %qE solamente se aplica a variables sin inicializar con enlace externoel argumento del atributo %qE no es una constante de cadenael argumento del atributo %qE no es una constante enterael argumento del atributo %qE debe estar entre 0 y 255el argumento del atributo %qE debe estar entre 18 a 255no se puede especificar el atributo %qE para las variables localesse descarta la directiva de atributo %qEel atributo %qE no se aplica a tiposel atributo %qE no se aplica a funcionesatributo %qE duplicadoatributo %qE a continuaciÃ³n de %qEel atributo %qE no tiene efectoel atributo %qE no tiene efecto en funciones con enlazado estÃ¡ticoel atributo %qE no tiene efecto en funciones locales de unidadel atributo %qE sÃ³lo tiene efecto en objetos pÃºblicosse descarta el atributo %qEse descarta el atributo %qE porque %qT ya estÃ¡ definidoSe hace caso omiso del atributo %qE debido a un conflicto con el atributo %qsSe hace caso omiso del atributo %qE debido a un conflicto con el atributo %qsse descarta el atributo %qE para %qEse descarta el atributo %qE para el campo de tipo %qTse descarta el atributo %qE en tipos que no son clasesse descarta el atributo %qE en tiposse descarta el atributo %qE sin la opciÃ³n -mcmse.no se admite el atributo %qE para el objetivo R8Cel atributo %qE no se admite en esta plataformael atributo %qE se aplica solamente a funcionesel atributo %qE solo es vÃ¡lido con tipos %<struct%>el atributo %qE solo se admite para SH2Ase usÃ³ el atributo %qE para mÃ©todo no de claseno se permite el atributo %qE con una clase de auto almacenamientoel atributo %qE no estÃ¡ disponible para funciones que devuelven valor en la pilael atributo %qE no estÃ¡ disponible para funciones con argumentos pasados en la pilael atributo %qE no estÃ¡ disponible para funciones con un nÃºmero variable de argumentosatributo %qE en variable no volÃ¡tilel atributo %qE solamente afecta a objetos de alto nivelel atributo %qE solo se aplica a SH2Ael atributo %qE se aplica solamente al tipo base de un puntero a funciÃ³nel atributo %qE se aplica solamente a tipos de funcionesel atributo %qE se aplica solamente a funcionesel atributo %qE se aplica solamente a funciones de interrupciÃ³nel atributo %qE solamente se aplica a variablesel atributo %qE se aplica solamente a variables en almacenamiento estÃ¡ticoel atributo %qE se aplica solamente a funciones variadicel atributo %qE solamente estÃ¡ disponible para 64-bitsolo se admite el atributo %qE nÃºcleos Tiny reducidosel atributo %qE requiere una cadena como argumentoel atributo %qE requiere una constante entera como argumentoel atributo %qE requiere tipo de retorno voidel atributo %qE requiere un argumento constante enteroel atributo %qE requiere prototipos con argumentos nombradosno se puede usar %qE como una funciÃ³nno se puede usar %qE como un puntero miembro, porque es de tipo %qT%qE no puede tener los atributos %qs y %qs al mismo tiempo%qE se declarÃ³ %<threadprivate%> despuÃ©s del primer uso%qE que se declarÃ³ como funciÃ³n devuelve una funciÃ³n%qE que se declarÃ³ como funciÃ³n devuelve una matriz%qE definido como un tipo errÃ³neo de etiqueta%qE no nombra a un tipo%qE falla al ser un typedef o un tipo interno del compilador%qE tiene %<extern%> e inicializador al mismo tiempo%qE tiene tipo no vÃ¡lido para %<reduction(%s)%>%qE no se ha declarado%qE implica visibilidad por defecto, pero %qD ya se habÃ­a declarado con una visibilidad diferente%qE en %q#T no nombra un tipo%qE en el espacio de nombres %qE no nombra un tipose descarta el atributo incompatible %qE%qE se inicializÃ³ y declarÃ³ como %<extern%>%qE es un formato de tipo de funciÃ³n que no se reconoce%qE es obsoleto%qE es obsoleto: %s%qE no es ni funciÃ³n ni funciÃ³n miembro; no se puede declarar friend%qE no es una clase o un espacio de nombres%qE no es una clase, un espacio de nombres o una enumeraciÃ³n%qE no es una expresiÃ³n constante%qE no es una plantilla%qE no es un tipo%qE no es un argumento de plantilla vÃ¡lido para el tipo %qT%qE no es un argumento vÃ¡lido de plantilla para el tipo %qT porque %qD no tiene enlace externo%qE no es un argumento vÃ¡lido de plantilla para el tipo %qT porque %qD no tiene enlace%qE no es un argumento de plantilla vÃ¡lido para el tipo %qT porque es un puntero%qE no es un argumento vÃ¡lido de plantilla para el tipo %qT porque no es un l-valor%qE no es un argumento de plantilla vÃ¡lido para el tipo %qT porque es de tipo %qT%qE no es un argumento de plantilla vÃ¡lido para el tipo %qT debido a conflictos en la calificaciÃ³n cv%qE no es un argumento vÃ¡lido de plantilla para el tipo %qT porque las literales de cadena nunca se pueden usar en este contexto%qE no es un argumento vÃ¡lido de plantilla de tipo %qT porque %qD no tiene enlace externo%qE no es un argumento vÃ¡lido de plantilla de tipo %qT porque %qD no tiene enlace%qE no es un argumento vÃ¡lido de plantilla de tipo %qT porque %qE no es una variable%qE no es una variable en la clÃ¡usula %<firstprivate%>%qE no es una variable en la clÃ¡usula %<lastprivate%>%qE no es una variable en la clÃ¡usula %qs%qE no es un nombre de clase o alias de Objective-C%qE no estÃ¡ al inicio de la declaraciÃ³n%qE no estÃ¡ inicializado%qE no es de tipo %qTsÃ³lo se permite %qE en dialectos Objective-C%qE estÃ¡ predeterminado como %qs para %qsse utiliza %qE sin inicializar en esta funciÃ³npuede ser que se utilice %qE sin inicializar en esta funciÃ³n%qE tal vez no responde a %<%c%E%>%qE podrÃ­a escribir un nul al final del destino%qE debe ser %<threadprivate%> para %<copin%>%qE necesita la opciÃ³n isa %s%qE necesita la opciÃ³n isa desconocidano se especificÃ³ %qE en el %qs que lo contieneno se especificÃ³ %qE en la construcciÃ³n OpenACC %qs que lo contiene%qE manda %wu byte a un destino de tamaÃ±o %wu%qE manda %wu bytes a un destino de tamaÃ±o %wu%qE manda %wu o mÃ¡s bytes (se asume %wu) a un destino de tamaÃ±o %wu%qE manda %wu o mÃ¡s bytes a un destino de tamaÃ±o %wu%qE manda entre %wu y %wu bytes a un destino de tamaÃ±o %wula salida %qE podrÃ­a truncarse antes del Ãºltimo carÃ¡cter de formatola salida %qE podrÃ­a truncarse antes del Ãºltimo carÃ¡cter de formato%qE redeclarado como un tipo diferente de sÃ­mbolo%qE se redeclarÃ³ con los atributos %qs en conflicto%qE requiere una directiva %<declare%> para poder usarse en una funciÃ³n%<routine%>%qE no se declarÃ³ aquÃ­ (primer uso en esta funciÃ³n)%qE no se declarÃ³ aquÃ­ (no en una funciÃ³n)%qE con clÃ¡usula %<link%> usada en la funciÃ³n %<routine%>%qE se escribe un nul al final del destino%qT y %qT estÃ¡n en espacios de direcciones nombrados discontinuos%qT se declarÃ³ con mayor visibilidad que su base %qT%qT se declarÃ³ con mayor visibilidad que el tipo de su campo %qD%qT tiene una base %qT cuyo tipo usa el espacio de nombres anÃ³nimo%qT tiene un campo %qD cuyo tipo usa el espacio de nombres anÃ³nimo%qT no tiene un miembro llamado %qE%qT no tiene un dato miembro que no es static llamado %qD%qT es un tipo modificado variablemente%qT ya es un friend de %qT%qT es una base ambigua de %qT%qT es una base inaccesible de %qT%qT no es una base de %qT%qT no es una clase o un espacio de nombres%qT no es un tipo de clase%qT no es de tipo clase, struct o union%qT no es una plantilla de clase miembro de %qT%qT no es un miembro de %qT%qT no es un espacio de nombres%qT no es una base anidada de %qT%qT no es de tipo puntero-a-objeto%qT no es una plantilla%qT no es un tipo plantilla%qT no es una base inaccesible de %qT%qT no es un tipo de enumeraciÃ³n%qT se promueve a %qT cuando pasa a travÃ©s de %<...%>se refiriÃ³ a %qT como %qsse refiriÃ³ a %qT como un enum%qT resuelve a %qT, el cual no es un tipo de clase%qT resuelve a %qT, el cual no es un tipo enumeradolos calificadores %qV no se pueden aplicar a %qT%qs parece ser un manejador %s mal escrito; falta el prefijo __vectorse descarta el atributo %qsel atributo %qs se aplica solamente a funcionesel atributo %qs se aplica solamente a funciones variadicel atributo %qs requiere prototipos con argumentos nombrados%qs no puede aparecer en una expresiÃ³n constante%qs combinado con el calificador %<auto%> para %qE%qs combinado con el calificador %<register%> para %qEconstrucciÃ³n %qs dentro de regiÃ³n %qs%qs que se declarÃ³ como funciÃ³n devuelve una funciÃ³n%qs que se declarÃ³ como funciÃ³n devuelve una matrizse declarÃ³ %qs en un Ã¡mbito que no es una clasese definiÃ³ %qs en un Ã¡mbito que no es una clase%qs no admite cÃ³digo MIPS16%qs espera 1 argumento pero se han proporcionado %d%qs espera 2 argumentos, pero se han proporcionado %d%qs espera una constante como argumento%qs espera un valor de coma fija como argumento%qs espera un valor de coma fijacomo argumento%qs espera un valor entero como segundo argumentola funciÃ³n %qs no puede tener argumentosla funciÃ³n %qs no puede devolver un valorla funciÃ³n %qs usa el especificador de tipo %<auto%> sin un tipo de devoluciÃ³n trailingla funciÃ³n %qs con tipo de devoluciÃ³n trailing tiene %qT como su tipo en lugar de un simple %<auto%>no se declarÃ³ la funciÃ³n %qs con tipo de devoluciÃ³n trailing con el especificador de tipo %<auto%>%qs tiene %<extern%> e inicializador al mismo tiempo%qs se ha desbordado%qs inicializado y declarado como %<extern%>%qs es un argumento no vÃ¡lido para -mcpu=%qs es una opciÃ³n desconocida para -save-temps%qs estÃ¡ corrupto%qs es obsoleto%qs es obsoleto; utilice -fno-zero-initialized-in-bss%qs es obsoleto; utilice -fstack-check%qs es incompatible con %qs%qs es incompatible con %s %s%qs es mÃ¡s estrecho que los valores de su tipo%qs no es un fichero de datos gcov%qs no es una opciÃ³n vÃ¡lida para el preprocesador%qs no es una opciÃ³n para controlar avisos%qs no es vÃ¡lido para %qs%qs es versiÃ³n %q.*s, se esperaba la versiÃ³n %q.*s%qs se debe usar con %qs%qs del mÃ³dulo %qs, importado en %C, es tambiÃ©n el nombre de la unidad de programa actual%qs requiere un objetivo que provea la instrucciÃ³n %qs%qs requiere instrucciones con probabilidad de ramificaciÃ³nse especificÃ³ %qs para la variable auto %qEse especificÃ³ %qs para el parÃ¡metro %qEse especificÃ³ %qs para el campo de estructurase especificÃ³ %qs para el campo de estructura %qEse especificÃ³ %qs para el parÃ¡metro sin nombrese usÃ³ la etiqueta %qs al nombrar a %q#T%qs utiliza alojamiento dinÃ¡mico de pila%r%s:%d:%R   %r%s:%d:%R   [ se saltan %d contextos de instanciaciÃ³n; utilice -ftemplate-backtrace-limit=0 para desactivarlo ]
  %r%s:%d:%R   en la expansiÃ³n de la expresiÃ³n constante de %qs%r%s:%d:%d:%R   %r%s:%d:%d:%R   [ se saltan %d contextos de instanciaciÃ³n; utilice -ftemplate-backtrace-limit=0 para desactivarlo ]
  %r%s:%d:%d:%R   en la expansiÃ³n de la expresiÃ³n constante de %qs%s%s
  %s  Igual que %s.%s %<%s%.*s%> espera un argumento %<%T%s%> coincidente%s %<%s%.*s%> espera un argumento %<%s%s%> coincidente%s %<%s%.*s%> espera un argumento de tipo %<%T%s%>, pero el argumento %d es de tipo %qT%s %<%s%.*s%> espera un argumento de tipo %<%s%s%>, pero el argumento %d es de tipo %qT%s %qE no implementa completamente el protocolo %qE%s %qsconstrucciÃ³n %s %qs dentro de regiÃ³n %s %qs%s %s %p %d
  %s %s%s
  %s %s(%E) %p %d
! %s %wd fuera de rango %wd - %wd%s '%s'
! %s (programa %s)El argumento %s para IMAGE_INDEX debe ser una matriz de rango uno en %L%s en %L debe ser INTEGER%s en %L debe ser un escalarEl atributo %s se aplica a %s %s en %LNo se permite el atributo %s en %L fuera de la parte de especificaciÃ³n de un mÃ³duloEl atributo %s genera un conflicto con el atributo %s en %LNo se permite el atributo %s en la unidad de programa BLOCK DATA en %Lno se puede usar %s en asm aquÃ­%s no admite los formatos de operando numÃ©rico %%n$%s no admite %s%s no admite %s con el formato %<%%%c%> %s%s no admite block_ends_with_call_p%s no admite block_ends_with_condjump_p%s no admite can_duplicate_block_p%s no admite can_merge_blocks_p%s no admite can_remove_branch_p%s no admite create_basic_block%s no admite delete_basic_block%s no admite dump_bb_for_graph%s no admite duplicate_block%s no admite flow_call_edges_add%s no admite force_nonfallthru%s no admite make_forwarder_block%s no admite merge_blocks%s no admite move_block_after%s no admite predict_edge%s no admite predicted_by_p%s no admite redirect_edge_and_branch%s no admite redirect_edge_and_branch_force%s no admite split_block%s no admite split_edge%s no admite el formato %<%%%c%> %s%s no admite el formato %<%%%s%c%> %s%s no admite el modificador de longitud %qs %s%s expera una constante entera en tiempo de compilaciÃ³n%s espera una constante entera long en tiempo de compilaciÃ³n como primer argumento%s espera una literal entera en el rango [%d, %d]%s espera una literal entera en el rango [%d, %d]. (%wd)se trata la lista de expresiones como una expresiÃ³n compuesta %sse descarta %s con %s y el formato %<%%%c%> %sse descarta %s con %s en el formato %s%s en la literal CFString%s en la cadena de formato en %Llas instrucciones %s no se permiten en la rutina de servicio %sLas instrucciones %s no estÃ¡n permitidas en funciones con el atributo no_caller_saved_registers%s no se admite en esta configuraciÃ³n%s sÃ³lo acepta %d argumentos%s sÃ³lo acepta 1 argumento%s sÃ³lo acepta 2 argumentos%s fuera de rango: El rango es %i a %i, el valor es %iEl procedimiento %s en %L ya se habÃ­a declarado como un procedimiento %s%s devolviÃ³ el estado de salida %dLa declaraciÃ³n %s en %C no puede ir despuÃ©s de la declaraciÃ³n %s en %LLa declaraciÃ³n %s en %C no puede terminar un bucle DO que no es bloqueLa declaraciÃ³n %s en %C despuÃ©s de otra especificaciÃ³n de accesibilidadLa declaraciÃ³n %s en %C no estÃ¡ dentro de una construcciÃ³nLa declaraciÃ³n %s en %C deja una construcciÃ³n CRITICALLa declaraciÃ³n %s en %C deja una construcciÃ³n DO CONCURRENTSe esperaba %s en la declaraciÃ³n en %LNo se permite una declaraciÃ³n %s dentro de BLOCK en %CLa declaraciÃ³n %s debe aparecer en un MODULENo se permite una declaraciÃ³n %s en el procedimiento PURE en %Ccadena %s mal formada
! etiqueta %sLa etiqueta %s en %L debe ser una cadena de caracteres del gÃ©nero por defectoLa etiqueta %s en %L debe ser de tipo %sLa etiqueta %s en %L debe ser escalaretiqueta %s con INQUIREse terminÃ³ %s con la seÃ±al %d [%s]%sse usÃ³ %s con el formato %<%%%c%> %sla variable %s %qE es private en el contexto externo%s"%s"%s es no vÃ¡lido%s"%s"%s no estÃ¡ definido%s%#D%s%#D <borrado>%s%#D <coincidencia cercana>%s%D(%T) <interno>%s%D(%T, %T) <interno>%s%D(%T, %T, %T) <interno>%s%T <conversiÃ³n>%s%s%s %sversiÃ³n %s (%s)
  %s	compilado por GNU C versiÃ³n %s, %s%s%s %sversiÃ³n %s (%s) compilado por CC, %s%sGGC heurÃ­sticas: --param ggc-min-expand=%d --param ggc-min-heapsize=%d
  %s%saviso: el encabezado %s versiÃ³n %s difiere de la versiÃ³n de la biblioteca %s.
  %s-%s es un rango vacÃ­o%s: %d bloques bÃ¡sicos y %d bloques borde/bÃ¡sicos%s: %d bloques bÃ¡sicos y %d registros; incremente --param max-gcse-memory arriba %d%s: %m%s: %s%s: el compilador %s no estÃ¡ instalado en este sistema%s: %s: %s%s: los argumentos --param deben ser de la forma NOMBRE=VALOR%s: fallÃ³ -fcompare-debug%s: fallÃ³ -fcompare-debug (longitud)%s: En la instanciaciÃ³n de %q#D:
*************** write_c_file - el nombre de salida es %s
*** 2030,2081 ****
  %s:funciÃ³n '%u' desconocida
  %s:versiÃ³n '%.4s', se prefiere '%.4s'
  %s:versiÃ³n '%.4s', se prefiere la versiÃ³n '%.4s'
! 'opciÃ³n ' 'opciÃ³n '!'opciÃ³n '#''%%%c' no es un prefijo de operando vÃ¡lidose usÃ³ '%%&' sin ninguna referencia TLS dinÃ¡mica localel operando '%%l' no es una etiqueta'%s' debe tener %d operandos (excluyendo match_dups)'%s' debe tener por lo menos %d operandos (excluyendo match_dups)'%s' debe tener no mÃ¡s de %d operandos (excluyendo match_dups)'%s' se asignÃ³ a '%s', pero no se definiÃ³ durante la recompilaciÃ³n, o viceversaopciÃ³n '''opciÃ³n '('opciÃ³n '+'opciÃ³n '-'opciÃ³n '0'el operando 'B' tiene establecidos mÃºltiples bitsel operando 'B' no es una constantemodificador 'E'opciÃ³n 'I'modificador 'O'opciÃ³n '^'opciÃ³n '_'opciÃ³n 'a'la propiedad 'assign' %qs estÃ¡ usando la variable de instancia de campo de bits %qsla propiedad 'atomic' %qs estÃ¡ usando la variable de instancia de campo de bits %qsel atributo 'getter' de la propiedad %qD genera un conflicto con la declaraciÃ³n previaopciÃ³n 'm'el atributo 'nonatomic' de la propiedad %qD genera un conflicto con la declaraciÃ³n previael operando 'o' no es una constanteopciÃ³n 'q'el atributo readonly de la propiedad %qD genera un conflicto con la declaraciÃ³n previael atributo 'setter' de la propiedad %qD genera un conflicto con la declaraciÃ³n previa(C)(Mensajes sin una firma de mÃ©todo coincidente(un puntero a miembro solamente se puede formar con %<&%E%>)(se requiere una inicializaciÃ³n fuera de la clase)(espacio de nombres anÃ³nimo)(anÃ³nimo)(si esta no es su intenciÃ³n, asegÃºrese que la plantilla de la funciÃ³n ya ha sido declarada y agregue <> aquÃ­ despuÃ©s del nombre de la funciÃ³n) (si utiliza %<-fpermissive%>, G++ aceptarÃ¡ su cÃ³digo)(si utiliza %<-fpermissive%>, G++ aceptarÃ¡ su cÃ³digo, pero permitir el uso de un nombre sin declarar es obsoleto)(cerca de la inicializaciÃ³n de %qs)(tal vez intentÃ³ %<typename %T::%E%>)(tal vez falta un punto y coma despuÃ©s de la definiciÃ³n de %qT)(asÃ­ que debe pasar %qT y no %qT a %<va_arg%>)(destructores static para %s)(inicializadores static para %s)(el mensaje sÃ³lo se muestra una vez por cada fichero de cÃ³digo fuente)
  ({anÃ³nimo})*** AVISO *** hay plugins activos, no informe esto como un error a menos que pueda reproducirlo sin activar ningÃºn plugin.
! *thisel argumento %q.*s de --help es ambiguo, por favor sea mÃ¡s especÃ­fico--help=<clase>	Muestra las descripciones para una clase especÃ­fica de opciones.  <clase> es uno o mÃ¡s de optimizers, target, warnings, undocumented, params.--param <param>=<valor>	Establece el parÃ¡metro <param> al valor.  Vea a continuaciÃ³n una lista completa de parÃ¡metros.se alcanzÃ³ el lÃ­mite de --param inline-unit-growthse alcanzÃ³ el lÃ­mite de --param large-function-growthse alcanzÃ³ el lÃ­mite de --param large-stack-frame-growthse alcanzÃ³ el lÃ­mite de --param max-inline-insns-autose alcanzÃ³ el lÃ­mite de --param max-inline-insns-single-A<pregunta>=<resp>	Relaciona la <resp>uesta a la <pregunta>.  Al colocar '-' antes de la <pregunta> desactiva la <resp>uesta a la <pregunta>.-D<macro>[=<val>]	Define una <macro> con <val> como su valor.  Si sÃ³lo se da la <macro>, <val> se toma como 1.se requiere -E Ã³ -x cuando la entrada es de entrada estÃ¡ndar-F <dir>	Agrega el <dir>ectorio al final de la ruta de inclusiÃ³n del marco de trabajo principal.-G<nÃºmero>	Coloca los datos globales y estÃ¡ticos mÃ¡s pequeÃ±os que <nÃºmero> bytes en una secciÃ³n especial (en algunos objetivos).-I <dir>	Agrega el <dir>ectorio al final de la ruta de inclusiÃ³n principal.se especificÃ³ -I- dos veces-J<directorio>	Coloca los ficheros MODULE en el 'directorio'.-MF <fichero>	Escribe la salida de dependencias al fichero dado.-MG sÃ³lo se puede usar con -M Ã³ -MM-MQ <objetivo>	Agrega un objetivo tipo-MAKE.-MT <objetivo>	Agrega un objetivo no citado.-O<nÃºmero>	Establece el nivel de optimizaciÃ³n a <nÃºmero>.-U<macro>	Borra la definiciÃ³n de <macro>.-Walloc-size-larger-than=<bytes> Avierte de llamadas a funciones de reserva que intenten reservar objetos mayores que el nÃºmero de bytes especificado.-Walloc-zero Advierte de llamadas a funciones de reserva que especifican cero bytes.-Walloca-larger-than=0 carece de significado-Werror=%s: -%s no es una opciÃ³n para controlar avisos-Werror=%s: no existe la opciÃ³n -%sse descarta -Wformat-contains-nul sin -Wformatse descarta -Wformat-extra-args sin -Wformatse descarta -Wformat-nonliteral sin -Wformatse descarta -Wformat-security sin -Wformatse descarta -Wformat-y2k sin -Wformatse descarta -Wformat-zero-lenght sin -Wformat-Wframe-larger-than=<nÃºmero>	Avisa si el marco de la pila de una funciÃ³n requiere mÃ¡s de <nÃºmero> bytes.-Wlarger-than=<nÃºmero>	Avisa si un objeto es mÃ¡s grande que <nÃºmero> bytes.-Wnormalized=[none|id|nfc|nfkc]	Avisa sobre cadenas Unicode que no estÃ¡n normalizadas.-Wvla-larger-than=0 carece de significado-Xbind-now y -Xbind-lazy son incompatibles-aux-info <fichero>	Emite la informaciÃ³n de declaraciones en el <fichero>.no se permite -bundle con -dynamiclibno se permite -bundle_loader con -dynamiclibse requiere -c o -S para Adase requiere -c para gnat2scilse requiere -c para gnat2whyno se permite -client_name con -dynamiclibsÃ³lo se permite -current_version con -dynamiclib-d<letras>	Activa los volcados de pasos especÃ­ficos del compilador.-dumpbase <fichero>	Establece el nombre base de fichero a usar para los volcados.-dumpdir <dir>	Establece el nombre del directorio a usar para los volcados.-f%s y -msdata=%s son incompatiblesse descarta -f%s (no se admite para DJGPP)
! no se admite -f%s con instrucciones CONST16no se admite -f%s: descartadono se admite -f%sleading-underscore en este objetivo-fPIC y -fpic no se admiten en esta configuraciÃ³n-fPIC y -mcall-%s son incompatiblesno se admite -fPIC-fada-spec-parent=unidad  Vuelca specs de Ada como unidades hijas del padre dado.no se admite -falign-labels=%dno se admite -falign-loops=%d-fasan-shadow-offset solo deberÃ­a usarse con -fsanitize=kernel-address-fassociative-math desactivado; otras opciones toman precedencia-fblas-matmul-limit=<n>	TamaÃ±o de la matriz mÃ¡s pequeÃ±a para la cual matmul usarÃ¡ BLAS.-fcall-saved-<registro>	Marca el <registro> como preservado entre funciones.no se admite -fcall-saved-REG para registros de salida-fcall-used-<registro>	Marca el <registro> como corrupto por llamadas de funciÃ³n.-fcheck=[...]	Especifica quÃ© revisiones de tiempo de ejecuciÃ³n se realizarÃ¡n.-fcoarray=[...]	Especifica quÃ© paralelizaciÃ³n de comatriz se debe usar.-fcompare-debug[=<opts>]	Compila con y sin p.e. -gtoggle, y compara el volcado de insns finales.-fconst-string-class=<nombre>	Usa la clase <nombre> para cadenas constantes.-fconstexpr-depth-<nÃºmero>	Especifica la profundidad de recursiÃ³n constexpr mÃ¡xima.-fconstexpr-loop-limit=<nÃºmero>	Especifica el nÃºmero de iteraciones de bucle constexpr mÃ¡ximo.-fconvert=<big-endian|little-endian|native|swap> El endianness empleado en ficheros sin formato.no se admite -fdata-sections para este objetivo-fdbg-cnt=%s-fdbg-cnt=<contador>:<lÃ­mite>[,<contador>:<lÃ­mite>,...]	Establece el lÃ­mite del contador de depuraciÃ³n.-fdeduce-init-list	activa la deducciÃ³n de std::initializer_list para un parÃ¡metro de tipo de plantilla desde una lista de inicializador dentro de llaves.-fdiagnostics-color=[never|always|auto]	Colorea los diagnÃ³sticos.-fdiagnostics-show-location=[once|every-line]	Indica la frecuencia con que se debe emitir la ubicaciÃ³n del cÃ³digo al inicio de los diagnÃ³sticos con corte de lÃ­nea.-fdirectives-only es incompatible con -Wunused_macros-fdirectives-only es incompatible con -traditional-fdisable-[tree|rtl|ipa]-<paso>=rango1+rango2 desactiva un paso de optimizaciÃ³n.-fdump-<tipo>	Vuelca varios internos del compilador a un fichero.-fdump-final-insns=fichero	Vuelca al fichero las insns al final de la traducciÃ³n.-fdump-go-spec=fichero	Escribe todas las declaraciones al fichero como cÃ³digo Go.-femit-struct-debug-baseonly	InformaciÃ³n de depuraciÃ³n reducida agresiva para structs.-femit-struct-debug-detailed=<lista-espec>	InformaciÃ³n de depuraciÃ³n reducida detallada para structs.-femit-struct-debug-reduced	InformaciÃ³n de depuraciÃ³n reducida conservadora para structs.-fenable-[tree|rtl|ipa]-<paso>=rango1+rango2 activa un paso de optimizaciÃ³n.-fexcess-precision=[fast|standard]	Especifica el manejo del exceso de precisiÃ³n de coma flotante.-fexcess-precision=standard para Ada-fexcess-precision=standard para C++-fexcess-precision=standard para Fortran-fexec-charset=<cset>	Convierte todas las constantes de cadenas y carÃ¡cter al conjunto de caracteres <cset>.-ffixed-<registro>	Marca el <registro> como no disponible para el compilador.-ffixed-line-length-<n>	Usa n como ancho de lÃ­nea de carÃ¡cter en modo fijo.-ffpe-summary=[...]	Imprime el resumen de las siguientes excepciones de coma flotante.-ffpe-trap=[...]	Para en las siguientes excepciones de coma flotante.-ffree-line-length-<n>	Usa n como ancho de lÃ­nea de carÃ¡cter en modo libre.no se admite -ffunction-sections para este objetivo-fgnat-encodings=[all|gdb|minimal]	Selecciona el equilibrio entre codificaciones GNAT y DWARF estÃ¡ndar emitidos en la informaciÃ³n de depuraciÃ³n.-fgo-c-header=<fichero>	Escribe las definiciones de estructuras de Go a fichero como cÃ³digo C.-fgo-dump-<tipo>	InformaciÃ³n interna del frente Dump Go.-fgo-optimize-<tipo>	Activa los pasos de optimizaciÃ³n en el frente.-fgo-pkgpath=<cadena>	Establece la ruta de paquetes Go.-fgo-prefix=<cadena>	Define el prefijo especÃ­fico del paquete para nombres Go exportados.-fgo-relative-import-path=<ruta>	Trata las importaciones relativas como relativas a ruta.se renombrÃ³ -fhandle-exceptions a -fexceptions (y ahora estÃ¡ activado por defecto)-finit-character=<n>	Inicializa las variables de carÃ¡cter locales al valor ASCII n.-finit-integer=<n>	Inicializa las variables enteras locales a n.-finit-logical=<true|false>	Inicializa las variables lÃ³gicas locales.-finit-real=<zero|nan|inf|-inf>	Inicializa las variables reales locales.-finline-limit=<nÃºmero>	Limita el tamaÃ±o de las funciones incluidas en lÃ­nea a <nÃºmero>.-finline-matmul-limit=<n>	Especifica el tamaÃ±o de la matriz mÃ¡s grande para la cual matmul se usarÃ¡ en linea.-finput-charset=<cset>	Especifica el conjunto de caracteres por defecto para los ficheros fuente.-finstrument-functions-exclude-file-list=fichero,... No instrumenta las funciones enlistadas en ficheros.-finstrument-functions-exclude-functions-list=nombre,... No instrumenta las funciones enlistadas.-fira-verbose=<nÃºmero>	Controla el nivel de mensajes de diagnÃ³stico de IRA.-flto-compression-level=<nÃºmero>	Usa el nivel de compresiÃ³n de zlib <nÃºmero> para IL.-fmax-array-constructor=<n>	NÃºmero mÃ¡ximo de objetos en un constructor de matriz.-fmax-errors=<nÃºmero>	NÃºmero mÃ¡ximo de errores a reportar.-fmax-identifier-length=<n>	Longitud mÃ¡xima de identificador.-fmax-stack-var-size=<n>	TamaÃ±o en bytes de la matriz mÃ¡s grande que se colocarÃ¡ en la pila.-fmax-subrecord-length=<n>	Longitud mÃ¡xima de los subregistros.-fmessage-length=<nÃºmero>	Limita los diagnÃ³sticos a <nÃºmero> caracteres por lÃ­nea.  0 suprime el corte de lÃ­nea.-fno-fat-lto-object sÃ³lo se admite con el plugin enlazador-fno-gnu89-inline sÃ³lo se admite en modo GNU99 o C99-fno-pretty-templates No da formato legible a las especializaciones de plantilla como la firma de plantilla seguida por los argumentos.-fno-threadsafe-statics	No genera cÃ³digo seguro en hilos para inicializar statics locales.la opciÃ³n -foffload-abi solo puede especificarse para compilador de descarga-foffload-abi=[lp64|ilp32]     Establece el ABI que usar en un compilador de descarga.-foffload=<targets>=<options>  Especifica objetivos de descarga y opciones para ellos.operando -fopenacc-dim defectuoso en '%s'-fopt-info[-<type>=filename]	Vuelca los detalles de optimizaciÃ³n del compilador.no se permite -force_flat_namespace con -dynamiclib-fpack-struct=<nÃºmero>	Establece la alineaciÃ³n inicial mÃ¡xima de estructuras miembro.-fpermitted-flt-eval-methods=[c11|ts--18661]	Especifica quÃ© valores de FLT_EVAL_METHOD estÃ¡n permitidos.-fpic y -fPIC no se admiten sin -mdsbt en este objetivo-fpic y -mapcs-reent son incompatiblesno se admite -fpic-fplugin-arg-<nom>-<clave>[=<valor>]	Especifica el argumento <clave>=<valor> para el plugin <nom>bre.-fprefetch-loop-arrays no se admite con -Osno se admite -fprefetch-loop-arrays para este objetivono se admite -fprefetch-loop-arrays para este objetivo (intente los interruptores -march)-fprofile-update=[single|atomic|prefer-atomic]	Establece el mÃ©todo de actualizaciÃ³n del perfil.-frandom-seed=<cadena>	Hace que se pueda reproducir la compilaciÃ³n utilizando la <cadena>.no se admite -frecord-gcc-switches para este objetivo-freorder-blocks-and-partition no admite informaciÃ³n de desenredo en esta arquitectura-freorder-blocks-and-partition no funciona en esta arquitectura-freorder-blocks-and-partition no funciona con excepciones en esta arquitecturano se admite -freorder-blocks-and-partition en esta arquitectura-frepo se debe usar con -c-fsanitize-address-use-after-scope requiere -fstack-reuse=none optionno se admite -fsanitize-recover=%s-fsanitize-sections=<sec1,sec2,...>	Sanea las variables globales en las secciones definidas por el usuario.-fsanitize=address y -fsanitize=kernel-address son incompatibles con -fsanitize=thread-fsanitize=address y -fsanitize=kernel-address no se admiten para este objetivo-fsanitize=address es incompatible con -fsanitize=kernel-addressno se admite -fsanitize=address para este objetivola opciÃ³n -fsanitize=all no es vÃ¡lida-fsanitize=leak es incompatible con -fsanitize=thread-fsched-stalled-insns-dep=<nÃºmero>	Establece la revisiÃ³n de distancia de dependencias en la planificaciÃ³n prematura de insns encoladas.-fsched-stalled-insns=<nÃºmero>	Establece el nÃºmero de insns encoladas que se pueden calendarizar prematuramente.-fsched-verbose=<nÃºmero>	Establece el nivel de detalle del planificador.-fsplit-stack no admite 3 parÃ¡metros de registro-fsplit-stack no admite fastcall con funciones anidadas-fsso-struct=[big-endian|little-endian|native]	Establece el orden de almacenamiento de escalares predeterminado.-fstack-check=[no|generic|specific]	Inserta cÃ³digo de revisiÃ³n de la pila en el programa.las opciones -fstack-limit se descartan con -mfdpic; use -mstack-check-l1-fstack-limit-register=<register>	Captura si la pila pasa del <registro>.-fstack-limit-symbol=<nombre>	Captura si la pila pasa del sÃ­mbolo <nombre>.no se admite -fstack-protector para este objetivo-ftabstop=<nÃºmero>	Distancia entre topes de tabulador para informes en columnas.-ftemplate-depth-<nÃºmero>	Especifica la profundidad mÃ¡xima de instanciaciÃ³n de plantilla.-ftls-model=[global-dynamic|local-dynamic|initial-exec|local-exec]	Establece el modelo de generaciÃ³n de cÃ³digo por defecto para almacenamiento thread-local.-ftrack-macro-expansion=<0|1|2>  Rastrea las ubicaciones de los elementos que provienen de la expansiÃ³n de macros y los muestra en mensajes de error.-fuse-linker-plugin no se admite en esta configuraciÃ³n-fuse-linker-plugin, pero no se encontrÃ³ %s-fvisibility=[default|internal|hidden|protected]	Establece la visibilidad de sÃ­mbolos por defecto.-fvisibility=[private|protected|public|package]	Establece la visibilidad de sÃ­mbolos predeterminada.-fvtable-verify=preinit no se admite en esta configuraciÃ³n-fvtable-verify=std no se admite en esta configuraciÃ³n-fwide-exec-charset=<cset>	Convierte todas las cadenas anchas y constantes de cÃ¡racter al conjunto de caracteres <cset>.-fwpa y -fltrans son mutuamente exclusivos-g sÃ³lo se admite cuando se usa GAS en este procesador,opciÃ³n -g desactivada-g con -mno-apcs-frame no permite una depuraciÃ³n sensible-gnat<opciones>	Especifica opciones para GNAT.no se admite -gz en esta configuraciÃ³n-gz=<formato>	Genera secciones de depuraciÃ³n comprimidas en formato <formato>.no se admite -gz=zlib en esta configuraciÃ³n-idirafter <dir>	Agrega el <dir>ectorio al final de la ruta de inclusiÃ³n del sistema.-iframework <dir>	Agrega el <dir>ectorio al final de la ruta de inclusiÃ³n del marco de trabajo del sistema.-imacros <fichero>	Acepta la definiciÃ³n de macros en el <fichero>.-imultilib <dir>	Define <dir> como el subdirectorio de inclusiÃ³n de multilib.-imultilib <dir>	Define <dir> como el subdirectorio de inclusiÃ³n de multilib.-include <file>	Incluye los contenidos del <fichero> antes de otros ficheros.sÃ³lo se permite -install_name con -dynamiclibno se pasÃ³ la opciÃ³n -iplugindir <dir> del controlador de gcc-iplugindir=<dir>	Define <dir> como el directorio de plugins por defecto.-iprefix <ruta>	Especifica la <ruta> como un prefijo para las siguientes dos opciones.-iquote <dir>	Agrega el <dir>ectorio al final de la ruta de inclusiÃ³n de citas.-isysroot <dir>	Establece el <dir>ectorio como el directorio raÃ­z del sistema.-isystem <dir>	Agrega el <dir>ectorio al inicio de la ruta de inclusiÃ³n del sistema.-iwithprefix <dir>	Agrega el <dir>ectorio al final de la ruta de inclusiÃ³n del sistema.-iwithprefixbefore <dir>	Agrega el <dir>ectorio al final de la ruta de inclusiÃ³n principal.no se permite keep_private_externs con -dynamiclibno se admite -m%s en esta configuraciÃ³n-m64 requiere la arquitectura PowerPC64, activando-m64 requiere un procesador PowerPC64-mabi=ABI	Genera cÃ³digo que cumpla con la ABI dada.-mabi=ABI	Genera cÃ³digo que cumpla con la ABI especificada.-mabs=MODO	Selecciona el modo de ejecuciÃ³n de instrucciones IEEE 754 ABS/NEG.se requiere -maix64: aÃºn no se admite el cÃ¡lculo de 64 bits con direccionamiento de 32 bits-maix64 requiere que la arquitectura PowerPC64 permanezca activada-malign-functions es obsoleto, use -falign-functions-malign-functions=%d no estÃ¡ entre 0 y %d-malign-jumps es obsoleto, use -falign-jumps-malign-jumps=%d no estÃ¡ entre 0 y %d-malign-loops es obsoleto, use -falign-loops-malign-loops=%d no estÃ¡ entre 0 y %dno se admite -malign-power para Darwin de 64-bit; es incompatible con las bibliotecas C y C++ instaladas-maltivec=le no permitida para destinos big-endian-mapcs-stack-check es incompatible con -mno-apcs-frame-march=	Genera cÃ³digo para el RISC-V ISA dado (por ejemplo, RV64IM).  Las cadenas ISA deben ser minÃºsculas.-march=ARQ	Genera cÃ³digo para el chip o la versiÃ³n de CPU especificados.-march=ARCH	Usa las caracterÃ­sticas de la arquitectura ARCH.-march=ISA	Genera cÃ³digo para el ISA dado.-mas100-syntax es incompatible con -gdwarfno se admite -masm=intel en esta configuraciÃ³nno se puede usar -max-stackframe=%d, no estÃ¡ entre 0 y %dno se admiten -mbackchain -mpacked-stack -mhard-float en combinaciÃ³nno se pueden usar juntos -mbig-endian y -mlittle-endian-mbranch-cost=%d no estÃ¡ entre 0 y 5-mbranch-cost=COSTO	Establece el costo de las ramificaciones aproximadamente a COSTO instrucciones.-mbranch-cost=N	Establece el costo de las ramificaciones aproximadamente a N instrucciones.-mcmodel es incompatible con otras opciones toc-mcmodel= no se admite en sistemas de 32 bit-mcode-readable=OPCIÃ“N	Especifica cuÃ¡ndo se permite que las instrucciones accedan al cÃ³digo.no se pueden usar juntos -mcorea y -mcoreab-mcorea se debe usar con -mmulticore-mcoreb se debe usar con -mmulticore-mcpu=	Usa las caracterÃ­sticas y el cÃ³digo de planificador para la CPU dada.-mcpu=%s genera conflicto con -march=%s-mcpu=%s tiene una versiÃ³n de silicio no vÃ¡lida-mcpu=%s no es vÃ¡lido-mcpu=CPU	Compila cÃ³digo para la CPU de variante ARC.-mcpu=CPU	Usa las caracterÃ­sticas de y optimiza para CPU.-mcpu=CPU	Usa las caracterÃ­sticas y el cÃ³digo de planificador para la CPU dada.-mcpu=PROCESADOR		Usa las caracterÃ­sticas y el cÃ³digo de planificador para la CPU dada.-mcpu=m16c	Compila cÃ³digo para variantes M16C.-mcpu=m32c	Compila cÃ³digo para variantes M32C.-mcpu=m32cm	Compila cÃ³digo para variantes M32CM.-mcpu=r8c	Compila cÃ³digo para variantes R8C.-mdebug=	Activa la salida de depuraciÃ³n.-memregs=	NÃºmero de bytes memreg (por defecto: 16, rango: 0..16).no se admite -mfdpic, por favor utilice un objetivo bfin-linux-uclibc-mfentry no se admite para 32-bit en combinaciÃ³n con -fpic-mfloat-abi=hard y VFPno se pueden usar juntos -mfloat-abi=soft y -mfloat-abi=hard-mfloat-gprs=	Selecciona el mÃ©todo de coma flotante GPR.-mflush-func=FUNC	Usa FUNC para vaciar el cachÃ© antes de llamar a los trampolines de pila.-mfpu=	Especifica FP (sp, dp, sp-lite, dp-lite) (implica -mxilinx-fpu).-mhard-dfp no se puede usar en conjunciÃ³n con -msoft-floatno se admite -mhard-float-mincoming-stack-boundary=%d no estÃ¡ entre %d y 12-mipsN	Genera cÃ³digo para ISA nivel N.no se permite -mlong-double-64 con -m64-mlong-double-<n>	Especifica el tamaÃ±o de long double (64 Ã³ 128 bits).-mmax-stackframe=TAM	Avisa cuando un marco de pila es mÃ¡s grande que el tamaÃ±o especificado.-mmcu=MCU	Selecciona el MCU destino.-mmpy-option=MPY Compila cÃ³digo ARCv2 con una opciÃ³n de diseÃ±o de multiplicador.-mmulticore sÃ³lo se puede usar con BF561no se admite -mmultiple en sistemas little endian-mnan=CODIFICACIÃ“N	Selecciona la codificaciÃ³n de datos IEEE 754 NaN.-mno-altivec desactiva vsx-mno-fentry no es compatible con SEH-mno-serialize-volatile	No serializa las referencias a memoria volÃ¡til con instrucciones MEMW.-mpcrel -fPIC no se admite actualmente en la cpu seleccionado-mpic-register= es inÃºtil sin -fpic-mpointer-size=[no,32,short,64,long]	Establece el tamaÃ±a predeterminado de los punteros.no se admite -mpreferred-stack-boundary en este objetivo-mpreferred-stack-boundary=%d no estÃ¡ entre %d y %d-mquad-memory no estÃ¡ disponible en modo little endian-mquad-memory requiere modo de 64 bits-mquad-memory-atomic requiere modo de 64 bits-mr10k-cache-barrier=OPCIÃ“N	Especifica cuando se deben insertar las barreras de cachÃ© de r10k.-recip requiere -ffinite-math o -ffast-math-mrecip requiere -fno-trapping-math o -ffast-math-mrecip requiere -freciprocal-math o -ffast-mathse descarta -mregparm en modo de 64-bit-mregparm=%d no estÃ¡ entre 0 y %d-mrelax sÃ³lo se admite pare el PIC de RTP-mrelocatable y -mcall-%s son incompatibles-mrelocatable y -mno-minimal-toc son incompatibles-mrelocatable y -msdata=%s son incompatiblesse usÃ³ -ms2600 sin -ms-msdata=%s y -mcall-%s son incompatiblessu ensamblador no admite -msecure-pltse especificÃ³ -mshared-library-id= sin -mid-shared-library-mshared-library-id=%s no estÃ¡ entre 0 y %d-msim	Usa el simulador de tiempo de ejecuciÃ³n.-msim   Usa el simulador de tiempo de ejecuciÃ³n.se descarta la opciÃ³n -msimple-fpuno se pueden especificar -msingle-float y -msoft-float al mismo tiempola opciÃ³n -msingle-float es equivalente a -mhard-float-msmall-data-limit=N	Coloca los datos globales y estÃ¡ticos mÃ¡s pequeÃ±os que <N> bytes en una secciÃ³n especial (en algunos objetivos).-mstack-guard implica el uso de -mstack-sizeno se admite -mstring en sistemas little endianno se admite -mstringop-stategy=rep_8byte para cÃ³digo de 32-bit-mtoc-fusion requiere 64 bits-mtoc-fusion requiere modelo de cÃ³digo medio/grande-mtraceback=	Selecciona la tabla full, part, Ã³ sin traceback.-mtune=	CÃ³digo de planificador para la CPU dada.-mtune= espera mn10300, am33, am33-2 o am34-mtune=ARQ	Ajusta la alineaciÃ³n para el chip o la versiÃ³n de CPU especificados.-mtune=CPU	Optimiza para CPU.-mtune=PROCESADOR	Optimiza la salida para el PROCESADOR.-mvsx y -mno-altivec son incompatibles-mvsx y -mpaired son incompatibles-mvsx necesita direccionamiento indizado-mvsx requiere coma flotante de hardwaresÃ³lo se puede usar -mxl-multiply-high con -mcpu=v6.00.a o superior-mxl-multiply-high requiere -mno-xl-soft-mul-o <fichero>	Coloca la salida en el <fichero>.-pg y -fomit-frame-pointer son incompatibles-pie no se admite en esta configuraciÃ³nse descarta -pipe porque se especificÃ³ -save-tempsno se admite -pipeno se permite -private_bundle con -dynamiclib-trigraphs	Soporte para los trigrafos de ISO C.El operador .NOT. en la expresiÃ³n en %L debe tener un operando LOGICALlos long double de 128 bits no se admiten para valores de coma flotante VAXABI de 31 bit.el conjunto de instrucciones 387 estÃ¡ desactivado, usando la aritmÃ©tica SSEABI de 64 bit.no se admite la ABI de 64-bit en el modo ESA/390<Durante la inicializaciÃ³n>
! <anÃ³nimo><lista inicializador dentro de llaves><interno><lÃ­nea-de-orden><error de declaraciÃ³n><enumerador><expresiÃ³n-errÃ³nea><error de expresiÃ³n><lambda<lambda><falta><valor de devoluciÃ³n> <valor-devoluciÃ³n><sentencia><error-etiqueta><error de argumentos de plantilla><error de parÃ¡metro de plantilla><expresiÃ³n-throw><error de tipo><error-tipo><error-deftipo><errorprefijotipo><llamada a rutina ubsan><operador desconocido><desconocido><sinnombre %s><comafija-sinnombre:<comaflotante-sinnombre:<sinsigno-sinnombre:<sinnombre><sidecodificar><tipo de funciÃ³n sobrecargada sin resolver>?: usando constantes enteras en contexto boolean?: usando constantes enteras en contexto boolean; la expresiÃ³n siempre se evaluarÃ¡ como %<true%>el parÃ¡metro @catch no puede ser calificado por protocoloel parÃ¡metro de @catch no es un tipo de clase conocido para Objective-Cno se encontrÃ³ la @interface de la clase %qEEl nÃºmero de perfiles de bloque bÃ¡sicos se considera caliente si contribuye al pormillaje dado de la ejecuciÃ³n perfilada completa.Factor para ajustar el lÃ­mite superior que el planificador de cambio de mÃ³dulo utiliza para planificar un bucle.SinÃ³nimo de -std=c89 (para C) o -std=c++98 (para C++).Umbral en el nÃºmero promedio de bucles considerado por el planificador de cambio de mÃ³dulo.AAPCS no admite -mcallee-super-interworkingAAPCS no admite -mcaller-super-interworkingLa especificaciÃ³n ACCESS en %L ya se habÃ­a especificadovariable ACQUIRED_LOCKEl argumento ACQUIRED_LOCK= en %L debe ser una variable LOGICAL escalarSe especificÃ³ ALLOCATABLE fuera de un cuerpo INTERFACE en %Lobjeto ALLOCATEALLOCATE de comatriz en %C en el bloque CRITICALALLOCATE de comatriz en %C en el bloque DO CONCURRENTNo se permite ALTERNATE RETURN en %Lno se admite el cÃ³digo reentrante APCS.  DescartadoASSERT_EXPR con una condiciÃ³n que es siempre falsaLa declaraciÃ³n de ASSIGN en %L requiere una variable INTEGER escalar por defectoLa declaraciÃ³n ASSIGNED GOTO en %L requiere una variable INTEGEREl especificador ASYNCHRONOUS= en %L debe ser una expresiÃ³n de inicializaciÃ³nEl argumento ATOM en %L de la funciÃ³n intrÃ­nseca %s debe ser una comatriz o coÃ­ndiceel argumento ATOM en %L para la funciÃ³n intrÃ­nseca %s debe ser un entero ATOMIC_INT_KIND o un lÃ³gico ATOMIC_LOGICAL_KINDEl argumento ATOM de la funciÃ³n intrÃ­nseca %s en %L debe ser definiblese inicializÃ³ el puntero AUX para el borde %d->%del argumento de vector AVX sin AVX activado cambia la ABIAcepta las extensiones para dar soporte a cÃ³digo heredado.Accede datos en la misma secciÃ³n que los puntos de anclaje compartidos.La especificaciÃ³n de acceso del operador %s en %C ya se habÃ­a especificadoLa especificaciÃ³n de acceso del operador .%s. en %C ya se habÃ­a especificadoAccede a las variables en objetos PPU de 32-bit (por defecto).Accede a las variables en objetos PPU de 64-bit.Acumula los argumentos de funciÃ³n salientes y adquiere/libera el espacio de pila necesario para los argumentos de funciÃ³n salientes en el prÃ³logo/epÃ­logo de la funciÃ³n.  Sin esta opciÃ³n, los argumentos salientes se empujan antes de llamar una funciÃ³n y se sacan despuÃ©s.  Esta opciÃ³n puede conducir a tamaÃ±o de cÃ³digo reducido para funciones que llaman muchas funciones que obtienen sus argumentos de la pila como, por ejemplo, printf.La longitud de la cadena actual no coincide con la declarada para el argumento dummy '%s' (%ld/%ld)La longitud de la cadena actual es mÃ¡s corta que la declarada para el argumento dummy '%s' (%ld/%ld)AÃ±adir instrumentaciÃ³n para comprobar lÃ­mites de punteros.  Los indicadores fchkp-* se usan para controlar la instrumentaciÃ³n.  Actualmente disponible en C, C++ y ObjC.Ejecuta un paso de eliminaciÃ³n de subexpresiÃ³n comÃºn despuÃ©s de las optimizaciones de bucles.Agrega comprobaciones explÃ­citas para la divisiÃ³n por cero.Agrega comprobaciones explÃ­citas para el desbordamiento de divisiÃ³n en INT_MIN / -1.Agrega comentarios extra a la salida de ensamblador.Impresiones adicionales de depuraciÃ³n.Tras el diagnÃ³stico de comportamiento indefinido intenta continuar la ejecuciÃ³n.Optimiza los bucles de forma agresiva empleando restricciones del lenguaje.El alias y los grupos comdat del objetivo difierenAlias y secciÃ³n del objetivo difierenLa cadena alias para el nodo instrumentado estÃ¡ rotaAlias para --help=target.Alias para -mcpu=g10.Alias para -mcpu=g13.Alias para -mcpu=g14.Alias tiene bordes de llamadaAlias tiene mÃ¡s de una referencia aliasAlias tiene una referencia que no es aliasAlinea todas las etiquetas.Alinea todos los bucles al lÃ­mite de 32 byte.Alinea cÃ³digo y datos a 32 bits.Alinea el destino de las operaciones de cadenas.Alinea doubles en lÃ­mites de 64-bit.Alinea las etiquetas que solamente se alcanzan saltando.Alinea algunos doubles en lÃ­mites de dword.Alinea el inicio de las funciones.Alinea el inicio de los bucles.Alinea al tipo base del campo de bits.Alinea por el tipo base del campo de bits. No asume que los accesos sin alinear los maneja el sistema.Alinea las variables en lÃ­mites de 32-bit.Todos los procedimientos intrÃ­nsecos estÃ¡n disponibles sin importar el estÃ¡ndar seleccionado.Todos los accesos a memoria usan instrucciones load/store de E/S.El componente allocatable %s en %L debe tener una codimensiÃ³n ya que tiene un subcomponente que no es comatriz de tipo LOCK_TYPEEl componente allocatable %s en %L de tipo LOCK_TYPE debe tener una codimensiÃ³nEl componente allocatable de la estructura en %C debe tener una forma diferidaAlmacena las variables locales en la pila para permitir recursividad indirecta.El objeto de alojamiento en %L tambiÃ©n aparece en %LEl objeto de alojamiento en %L es un subobjeto del objeto en %LEl objeto de alojamiento en %L debe ser ALLOCATABLE o un POINTEREl objeto de alojamiento en %L con un parÃ¡metro de tipo diferido requiere una especificaciÃ³n de tipo o una etiqueta SOURCE o una etiqueta MOLDAlojar %s en %L con especificaciÃ³n de tipo requiere el mismo parÃ¡metro de longitud de carÃ¡cter que el de la declaraciÃ³nEl alojamiento %s del tipo de base ABSTRACT en %L requiere una especificaciÃ³n de tipo o una expresiÃ³n sourceLa asignaciÃ³n excederÃ­a el lÃ­mite de memoriaPermite enteros de 128 bits en registros VSX.Permite variables enteras de 64 bits en los registros superiores con -mcpu=power7 o -mvsx.Permite optimizaciones al comprobador de lÃ­mites de punteros.  Permitido por omisiÃ³n en los niveles de optimizaciÃ³n >0.Permite el acceso a variables de instancia como si fueran declaraciones locales dentro de implementaciones de mÃ©todos de instancia.Permite ancho de lÃ­nea de carÃ¡cter arbitrario en formato fijo.Permite ancho de lÃ­nea de carÃ¡cter arbitrario en formato libre.Permite que los campos de bits crucen los lÃ­mites de word.Permite que las ramificaciones se empaquen con otras instrucciones.Permite a las funciones internas ceil, floor, round, trunc generar excepciones "inexactas".Permite las conversiones entre __ea y punteros genÃ©ricos (por defecto).Permite signos de dÃ³lar en nombres de entidades.Permite variables double en los registros superiores con -mcpu=power7 o -mvsx.Permite saltos rÃ¡pidos al despachador de mensajes.Permite variables float en los registros superiores con -mcpu=power8 o -mpower8-vector.Permite variables float/double en los registros superiores si la cpu lo permite.Permite que las direcciones de las funciones se conservern en registros.Permite a gcc generar instrucciones LIW.Permite a gcc generar las instrucciones SETLB y Lcc.Permite que las instrucciones de coma flotante de hardware cubran tanto operaciones de 32-bit como de 64-bit.Permite las conversiones implÃ­citas entre vectores con nÃºmeros diferentes de subpartes y/o tipos de elementos diferentes.Permite interponer funciÃ³n (o variables) por otras con semÃ¡ntica diferente (o inicializador) respectivamente por enlazador dinÃ¡mico.Permite optimizaciones matemÃ¡ticas que pueden violar los estÃ¡ndares IEEE Ã³ ISO.Permite que se introduzcan carreras de datos nuevos en stores.Permite la optimizaciÃ³n para la aritmÃ©tica de coma flotante la cual puede cambiar el resultado de la operaciÃ³n debido a redondeo.Permite la planificaciÃ³n prematura de insns encoladas.Alinea la extensiÃ³n de signo en las operaciones de fusiÃ³n.Permite el movimiento especulativo de mÃ¡s loads.Permite el movimiento especulativo de insn que no son load.Permite el movimiento especulativo de algunas loads.Permite los tipos de 128 bits de IEEE sin necesidad de la palabra clave __float128.Permite que los argumentos del operador '?' tengan tipos diferentes.Permite el uso de las instrucciones MDMX.Permite el uso de las instrucciones MT.Permite el uso de las instrucciones de coma flotante de hardware para el V850E2V3 y superior.Permite el uso de la ABI y las instrucciones de coma flotante de hardware.Permite al comprobador de lÃ­mites de punteros usar versiones *_nobnd de funciones de cadena.Permite al comprobador de lÃ­mites de punteros usar versiones *_nochk de funciones de cadena.Permite truncar en lugar de redondear a cero los tipos de fracciones de coma fija.Permite que se ejecuten dos instrucciones por ciclo.Permite funciones variadic sin parÃ¡metro nombrado.Ya estÃ¡ dentro de un bloque CONTAINS en %CLa declaraciÃ³n RETURN alternativa en %C sÃ³lo se permite dentro de una SUBROUTINELa declaraciÃ³n RETURN alternativa en %L requiere de un especificador de devoluciÃ³n SCALAR-INTEGERConvenio de llamada alternativa.No puede aparecer una devoluciÃ³n alternativa en la interfaz de operador en %LSe pasÃ³ un argumento Altivec a una funciÃ³n sin prototipono se admite AltiVec en este objetivoGenera siempre llamadas long.Trata siempre a los campos de bit como de tamaÃ±o int.Usar siempre el Puntero de Argumento Realineado DinÃ¡micamente (DRAP) para realinear la pila.Usa siempre JSR, nunca BSR, para llamadas.!$OMP DECLARE REDUCTION ambiguo en el mÃ³dulo %s en %LSÃ­mbolo ambiguo en la definiciÃ³n TYPE en %CAsocia adecuadamente los mensajes de diagnÃ³stico con la opciÃ³n de lÃ­nea de orden que los controla.SinÃ³nimo de minterlink-compressed, preservado por compatibilidad hacia atrÃ¡s.Una devoluciÃ³n alternativa en %L sin un argumento dummy *Un borde indirecto de %s no estÃ¡ marcado como indirecto o tiene indirect_info asociado, la declaraciÃ³n correspondiente es: Una construcciÃ³n FORALL externa ya tiene un Ã­ndice con este nombre %LAnaliza y elimina intercambios de palabra doble en cÃ³mputos VSX.El alias analizado no tiene referenciaEl nodo analizado no tiene referencia a versiÃ³n instrumentadaAnota las instrucciones de ensamblador con direcciones estimadas.Agrega un segundo guiÃ³n bajo si el nombre ya tiene un guiÃ³n bajo.Agrega subrayado a los nombres visibles externamente.Aplica signo negativo a valores cero.Aplica reglas especiales para compilar paquete de tiempo de ejecuciÃ³n.Aplica la expansiÃ³n de variables cuando se desenrollan los bucles.El nÃºmero mÃ¡ximo aproximado de instrucciones a permitir entre una pista y su ramificaciÃ³n [125].El argumento NCOPIES del intrÃ­nseco REPEAT es negativo (su valor es %ld)El argumento NCOPIES del intrÃ­nseco REPEAT es negativo en %LEl argumento NCOPIES del intrÃ­nseco REPEAT es demasiado grandeEl argumento NCOPIES del intrÃ­nseco REPEAT es demasiado grande en %LEl argumento dim en %L debe ser de tipo enteroEl argumento dim en %L debe ser escalarEl argumento %s en %L debe ser de longitud unoEl argumento de la funciÃ³n %s en %L es negativoEl argumento de la funciÃ³n %s en %L es demasiado grande para la secuencia de ordenado de gÃ©nero %dEl argumento de la funciÃ³n %s en %L estÃ¡ fuera de rango [0,127]El argumento de ACOS en %L debe estar entre -1 y 1El argumento ACOSH en %L no debe ser menor a 1El argumento de ASIN en %L debe estar entre -1 y 1El argumento de ATANH en %L debe estar dentro del rango -1 a 1El argumento del procedimiento final en %L no debe ser ALLOCATABLEEl argumento del procedimiento FINAL en %L no debe ser INTENT(OUT)El argumento del procedimiento FINAL en %L no debe ser OPTIONALEl argumento del procedimiento FINAL en %L no debe ser un POINTEREl argumento de IACHAR en %L debe ser de longitud unoEl argumento de la funciÃ³n IACHAR en %L estÃ¡ fuera de rango 0..127El argumento de ICHAR en %L debe ser de longitud unoEl argumento de LOG en %L no puede ser menor o igual a ceroEl argumento de LOG10 en %L no puede ser menor o igual a ceroEl argumento de la declaraciÃ³n SELECT en %L no puede ser %sEl argumento de la declaraciÃ³n SELECT en %L debe ser una expresiÃ³n escalarEl argumento de SQRT en %L tiene un valor negativoNaN aritmÃ©tico en %LOK aritmÃ©tico en %LOK aritmÃ©tico al convertir %s a %s en %LDesbordamiento aritmÃ©tico en %LDesbordamiento aritmÃ©tico por debajo en %LEl array TYPE_DOMAIN no es de un tipo enteroEl componente de matriz de la estructura en %C debe tener una forma explÃ­citaEl componente de matriz de la estructura en %C debe tener una forma explÃ­cita o diferidaEl tamaÃ±o del elemento de la matriz es demasiado grande en %CEl Ã­ndice de matriz en %L es una matriz de rango %dEl Ã­ndice de matriz en %L debe ser de tipo INTEGER, se encontrÃ³ %sEl Ã­ndice de matriz en %L debe ser escalarLos operandos de matriz son inconmesurables en %LLos operandos de matriz son inconmesurables al convertir %s a %s en %LLa referencia a matriz en %C no puede tener mÃ¡s de %d dimensionesLa referencia de matriz en %L estÃ¡ fuera de los lÃ­mites (%ld < %ld) en la codimensiÃ³n %dLa referencia de matriz en %L estÃ¡ fuera de los lÃ­mites (%ld < %ld) en la dimensiÃ³n %dLa referencia de matriz en %L estÃ¡ fuera de los lÃ­mites (%ld > %ld) en la codimensiÃ³n %dLa referencia de matriz en %L estÃ¡ fuera de los lÃ­mites (%ld > %ld) en la dimensiÃ³n %dLa referencia a matriz en EQUIVALENCE en %C no puede ser una secciÃ³n de matrizLa referencia de la matriz estÃ¡ fuera de los lÃ­mitesSe requiere un designador de secciÃ³n de matriz, p.e. '(:)', ademÃ¡s del designador de comatriz '[...]' en %CUna secciÃ³n de matriz con un subÃ­ndice vector en %L no debe ser el objetivo de un punteroLa especificaciÃ³n de matriz en %C tiene mÃ¡s de %d dimensionesLa especificaciÃ³n de matriz se debe diferir en %LSe requiere una especificaciÃ³n de matriz en la declaraciÃ³n ALLOCATE en %LOpciones de ensamblador
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! La etiqueta asignada no es una etiqueta objetivoAsignar un valor diferente de 0 o 1 a LOGICAL tiene un resultado sin definir en %LAsignaciÃ³n de escalar a un array sin espacio asignadoLa interfaz de operador de asignaciÃ³n en %L debe ser SUBROUTINELa interfaz de operador de asignaciÃ³n en %L debe tener dos argumentosLa interfaz de operador de asignaciÃ³n en %L no debe redefinir una asignaciÃ³n de tipo INTRINSICAsignaciÃ³n a una variable de Ã­ndice FORALL en %LAsignaciÃ³n a una variable coindizada en %L en un procedimiento PUREEl objetivo de asociaciÃ³n en %C no debe estar coindizadoAsume que ES es cero a lo largo de la ejecuciÃ³n del programa, usa ES: para datos de solo lectura.Asume que los ICPLBs estÃ¡n activos en tiempo de ejecuciÃ³n.Asume un segmento TLS grande.Asume que todos los sÃ­mbolos tienen valores de 32-bit.Asume que todas las funciones de argumentos variables tienen prototipo.Asume que el cÃ³digo serÃ¡ ensamblado mediante GAS.Asume que el cÃ³digo se enlazarÃ¡ mediante ld de GNU.Asume que el cÃ³digo se enlazarÃ¡ mediante ld de HP.Asume que las declaraciones comunes pueden sustituirse por las que tienen un array postrero mayor.Asume que los segmentos de datos son relativos a los segmentos de texto.Asume que las operaciones de coma flotante pueden atrapar.Asume que la pila de entrada estÃ¡ alineada a esta potencia de 2.Asume que se pueden direccionar las etiquetas y sÃ­mbolos usando direcciones absolutas de 16 bits.Asume que cargar datos desde flash es mÃ¡s lento que las instrucciones de extracciÃ³n.Asume que no se generan NaNs o infinitos.Asume el entorno normal de ejecuciÃ³n C.Asume que la desalineaciÃ³n de double es posible.Asume que estÃ¡ seleccionado el redondeo al mÃ¡s cercano para propÃ³sitos de planificaciÃ³n.Asume que el desbordamiento aritmÃ©tico con signo se envuelve.Asume espacio de direcciones small.Asume que se aplican las reglas estrictas de alias.Asume que la CPU destino estÃ¡ configurada como big endian.Asume que el CPU destino estÃ¡ configurado como little endian.Asume que se puede acceder a todos los datos en el almacenamiento estÃ¡tico por LDS / STS.  Esta opciÃ³n solo es Ãºtil para dispositivos Tiny reducidos.Asume que los stores y loads de coma flotante no es probable que provoquen conflictos al colocarse en un grupo de instrucciÃ³n.Asume que los receptores de mensajes de Objective-C pueden ser nil.Asume que se provee el soporte para tiempo de ejecuciÃ³n, asÃ­ que omite -lsim en la lÃ­nea de Ã³rdenes del enlazador.Asume que las instrucciones estimadas recÃ­procas proveen mÃ¡s exactitud.Asume que el fichero fuente es de formato fijo.Asume que el fichero fuente es de formato libre.Asume que los valores de tipo de enumeraciÃ³n estÃ¡n siempre dentro del rango mÃ­nimo de ese tipo.Asume que las ramificaciones condicionales con desplazamiento cero son rÃ¡pidas.Asume el entorno RTP de VxWorks.Asume el entorno vThreads de VxWorks.Asume sintaxis unificada para cÃ³digo ensamblador en lÃ­nea.La matriz de forma asumida en %L debe ser un argumento de pruebaLa matriz de tamaÃ±o asumido en %L debe ser un argumento de pruebaObjetos o componentes polimÃ³rficos de tamaÃ±o asumido, tales como el que estÃ¡ en %C, aÃºn no estÃ¡n implementadosEn el Ã¡mbito global:Por lo menos se admiten %i corridas de perfil. Â¿Tal vez se corrompiÃ³ el perfil?En el nivel principal:Escribe hacia atrÃ¡s atÃ³micamente las lÃ­neas de cachÃ© de datos de software (por defecto).Se intentÃ³ DEALLOCATE en '%s' sin alojar.Trata de evitar que se generen secuencias de instrucciones que contengan ret bytes.Intenta rellenar las ranuras de retraso de las instrucciones de ramificaciÃ³n.Se intentÃ³ sobreescribir indirectamente los bloques COMMON %s y %s con EQUIVALENCE en %CTrata de mantenter la pila alineada a esta potencia de 2.Intenta mezclar constantes idÃ©nticas a travÃ©s de las unidades de compilaciÃ³n.Intenta mezclar constantes idÃ©nticas y variables constantes.Intenta mezclar cadenas de depuraciÃ³n idÃ©nticas a travÃ©s de las unidades de compilaciÃ³n.Se intentÃ³ alojar una variable ya alojadaSe intentÃ³ alojar la variable ya alojada '%s'No se permite el atributo %L en una definiciÃ³n TYPEAlinea automÃ¡ticamente los objetivos de las ramificaciones para reducir las penas de ramificaciÃ³n.NÃºmero medio de iteraciones en un bucle.Evita todos los lÃ­mites de rango en las instrucciones de llamadas.Evita la generaciÃ³n de llamadas relativas al pc; usar indirecciÃ³n.Evita la generaciÃ³n de instrucciones indexadas load/store cuando sea posible.Evita el traslape en registros de destino y direcciÃ³n en las instrucciones LDRD que pueden disparar errores Cortex-M3.Evita cargas especulativas para evitar una anomalÃ­a de hardware.Evita el uso de las instrucciones DIV y MODel BB %i no puede hacer throw pero tiene un borde EHBB %i tiene un borde incorrectoBB %i tiene un borde de respaldo incorrectoel BB %i tiene mÃºltiples bordes EHal BB %i le falta un borde EHal BB %i le falta un bordela Ãºltima sentencia del BB %i tiene establecido incorrectamente lpBB %i demasiados bordes de respaldono se estableciÃ³ la bandera BB_RTL para el bloque %dSe aplicÃ³ BIND(C) a %s %s en %LEl atributo BIND(C) en %C requiere una interfaz con BIND(C)El atributo BIND(C) en %L sÃ³lo se puede usar para variables o bloques comunesEl procedimiento BIND(C) con NAME no debe tener atributo POINTER en %CLa constante BOZ en %L es demasiado grande (%ld vs %ld bits)El tipo BYTE usado en %C no estÃ¡ disponible en la mÃ¡quina objetivoMovimiento de 128 bits errÃ³neoFusiÃ³n GPR errÃ³neaEspecificaciÃ³n INTENT errÃ³nea en %CTipo base ES errÃ³neo (%d)Objeto de alojamiento errÃ³neo en %C para un procedimiento PUREReferencia de matriz errÃ³nea en %LEspecificaciÃ³n de matriz errÃ³nea para una matriz formada explÃ­cita en %CEspecificaciÃ³n de matriz errÃ³nea para una matriz de forma asumida en %CEspecificaciÃ³n de matriz errÃ³nea para una matriz de forma implÃ­cita en %CEspecificaciÃ³n de matriz errÃ³nea en la declaraciÃ³n ALLOCATE en %LEspecificaciÃ³n de comatriz errÃ³nea en la declaraciÃ³n ALLOCATE en %LContinuaciÃ³n de lÃ­nea errÃ³nea en %CGÃ©nero errÃ³neo para la constante lÃ³gica en %CNombre errÃ³neoOperador errÃ³neoEspecificaciÃ³n errÃ³nea para la matriz de tamaÃ±o asumido en %CEspecificaciÃ³n de matriz errÃ³nea para una matriz de forma diferida en %CObjetivo errÃ³neo en la asignaciÃ³n de puntero en el procedimiento PURE en %LTipo errÃ³neo en la expresiÃ³n constanteEl objeto base para la llamada a procedimiento enlazada a tipo NOPASS en %L debe ser escalarLos atributos de enlace ya especifican paso, NOPASS ilegal en %CLos atributos de enlace ya especifican paso, PASS ilegal en %CBLOCK DATA en blanco en %C genera un conflicto con un BLOCK DATA previo en %LDeclaraciÃ³n SAVE incondicional en %C despuÃ©s de una declaraciÃ³n SAVE previaLa etiqueta de bloque no es apropiada para la declaraciÃ³n IF en %CLa etiqueta de bloque no es apropiada para la declaraciÃ³n IF aritmÃ©tica en %CNombre del tablero [y regiÃ³n de memoria].Tanto la secciÃ³n como el grupo comdat estÃ¡n puestosLÃ­mite en el nÃºmero de candidatos bajo el cual todos los candidatos se consideran en optimizaciones iv.LÃ­mite en el nÃºmero de usos de iv en bucles optimizados en optimizaciones iv.LÃ­mite en el nÃºmero de revisiones de tiempo de ejecuciÃ³n insertadas por las versiones de bucle del vectorizador para revisiÃ³n de alias.LÃ­mite en el nÃºmero de revisiones de tiempo de ejecuciÃ³n insertadas por las versiones de bucle del vectorizador para revisiÃ³n de alineaciÃ³n.LÃ­mite en el tamaÃ±o de expresiones usadas en el analizador escalar de evoluciones.LÃ­mite en la complejidad de expresiones en el analizador escalar de evoluciones.LÃ­mite en el coste de una expresiÃ³n para calcular el nÃºmero de iteraciones.LÃ­mite en el nÃºmero de iteraciones que evalÃºa el algoritmo de anÃ¡lisis de nÃºmero de iteraciones de fuerza bruta.La ramificaciÃ³n en %L puede resultar en un bucle infinitoLas ramificaciones son asÃ­ de caras (1-5, unidades arbitrarias).Ramificaciones ejecutadas:%s de %d
! Construye para el Core A.Construye para el Core B.Construye para SDRAM.La funciÃ³n interna %s no se admite con las opciones actualesLa funciÃ³n interna %s sÃ³lo es vÃ¡lida para el procesador cellLa funciÃ³n interna %s requiere la opciÃ³n -maltivecLa funciÃ³n interna %s requiere la opciÃ³n -mpairedLa funciÃ³n interna %s requiere la opciÃ³n -mspeLa funciÃ³n interna %s requiere la opciÃ³n -mvsxEl argumento por valor en %L no puede ser una matriz o una secciÃ³n de matrizEl argumento por valor en %L no se permite en este contextoEl argumento por valor en %L no es de tipo numÃ©ricoEl parÃ¡metro de tipo de gÃ©nero C es para el tipo %s, pero el tipo en %L es %slos constructores y destructores de C++ no se invocan para campos Objective-Cla bÃºsqueda en C++ de %qD devolverÃ­a un campo, no un tipoC++ requiere un tipo promovido, no un tipo enum, en %<va_arg%>%<constexpr%> de C++11 sÃ³lo estÃ¡ disponible con -std=c++11 o -std=gnu++11asignador C99 %qE fuera del inicializador agregadoLa etiqueta CASE en %L se encima con la etiqueta CASE en %Lla expresiÃ³n literal CFString no es una constante de cadenafalta una literal CFStringSe trunca la expresiÃ³n CHARACTER en %L (%d/%d)Se truncarÃ¡ la expresiÃ³n CHARACTER en la asignaciÃ³n (%d/%d) en %LLa declaraciÃ³n CLOSE en %L requiere un nÃºmero UNITNo se permite una declaraciÃ³n CLOSE en el procedimiento PURE en %CEl argumento de la clÃ¡usula COLLAPSE no es un entero positivo constante en %Cse debe definir COLLECT_LTO_WRAPPERNo se encontrÃ³ el bloque COMMON /%s/ en %CLas cantidades COMPLEX no se pueden comparar en %LLa declaraciÃ³n CONTAINS en %C ya estÃ¡ contenida en una unidad de programael CPU que seleccionÃ³ no admite el conjunto de instrucciones x86-64fallÃ³ la aserciÃ³n del transporte CRIS: La declaraciÃ³n CYCLE en %C para el bucle !$OMP DO colapsado que no es el mÃ¡s internoLlama a mcount para anÃ¡lisis de perfil antes del prÃ³logo de una funciÃ³n.Llamadas ejecutadas:%s de %d
! No se puede convertir %s a %s en %LNo se puede borrar el fichero de mÃ³dulo %qs: %sNo se puede borrar el fichero de mÃ³dulo temporal %qs: %sNo se puede inicializar la matriz de tamaÃ±o implÃ­cito en %L con un escalarNo se puede abrir el fichero de mÃ³dulo %qs para escritura en %C: %sNo se puede renombrar el fichero de mÃ³dulo %qs a %qs: %sNo se puede asignar a una constante nombrada en %CNo se pueden cambiar los atributos del sÃ­mbolo asociado con USE %s en %LNo se pueden cambiar los atributos de un sÃ­mbolo asociado con USE en %LNo se puede cambiar al directorio %sNo se puede obtener el nombre del directorio actualNo se puede crear el directorio %sNo se puede mapear %sNo se puede abrir %sNo se puede abrir el fichero fuente %s
! No se puede leer %sNo se puede especificar IMPLICIT en %C despuÃ©s de IMPLICIT NONECaza erratas.Causa que gas muestre estadÃ­sticas de tomcat.Ã�ndice de sentencia de borde de cgraph no encontradoÃ�ndice de sentencia de borde de cgraph fuera de rangoAlias transparentes encadenadosCambia sÃ³lo los 8 bits bajos del puntero de pila.Cambia la ABI para permitir instrucciones double word.Cambia la cantidad de vista hacia adelante del planificador.Cambia la longitud mÃ¡xima de las secuencias ejecutadas condicionalmente.Cambia el nÃºmero de registros temporales disponibles para secuencias ejecutadas condicionalmente.Cambia el puntero de la pila sin desactivar las interrupciones.Cambia la visibilidad para coincidir con Microsoft Visual Studio por defecto.Revisa desbordamientos de pila en tiempo de ejecuciÃ³n.Busca errores de sintaxis, y termina.Revisa el valor de devoluciÃ³n de new en C++.Escoge la estrategia para generar stringop using.TamaÃ±o de la porciÃ³n de planificaciÃ³n omp para bucles paralelizadps por parloops.La notaciÃ³n de array de Cilk no puede utilizarse como una expresiÃ³n goto calculadaLa notaicÃ³n de array de Cilk no puede utilizarse para sentencias do-whileLa notaicÃ³n de array de Cilk no puede utilizarse para sentencias switchLa notaicÃ³n de array de Cilk no puede utilizarse para sentencias whileLa notaicÃ³n de array de Cilk no puede utilizarse para expresiones throwLa notaicÃ³n de array de Cilk no puede utilizarse para sentencias do-whileQuita todas las caracterÃ­sticas de ajuste.Quita las capacidades del hardware al enlazar.Borra el BSS a cero y coloca el cero inicializado en BSS.Se requiere una especificaciÃ³n de comatriz en la declaraciÃ³n ALLOCATE en %LTamaÃ±o del cÃ³digo: small, medium o large.El coÃ­ndice en la codimensiÃ³n %d debe ser un escalar en %LEl rango de coÃ­ndice no coincide en la referencia de matriz en %L (%d/%d)El argumento actual coindizado en %L es un procedimiento PURE se pasa a un argumento dummy POINTEREl argumento coindizado en %L en un procedimiento PURE se pasa a un argumento INTENT(%s)Argumento actual coindizado en %L con componente puntero ÃºltimoObjeto alojable coindizado en %LLa expresiÃ³n con coÃ­ndice en %L se asigna a una variable de tipo derivado con un componente POINTER en un procedimiento PUREObjeto coindizado con subcomponente alojable polimÃ³rfico en %LComponente de procedimiento puntero con coÃ­ndice en %CRecoge y vuelca informaciÃ³n de depuraciÃ³n en un fichero temporal si ha ocurrido ICE en el compilador de C/C++.Se requiere una coma antes del descriptor PCompila cÃ³digo para modo big endian.Compila cÃ³digo para modo little endian.  Este es el valor predefinido.Compila cÃ³digo que depende de las envolturas DLL de Cygwin para admitir el reemplazo de los operadores de C++ new/delete.Compila para punteros de 32-bit.Compila para punteros de 64-bit.Compila para ETRAX 100 (CRIS v8).Compila para ETRAX 4 (CRIS v3).Compila para el ABI V8+.Compila para la ABI de biblioteca compartida DSBT.Compila para el m32r.Compila para el m32r2.Compila para el m32rx.Compila para el procesador v850.Compila para el procesador v850e.Compila para el procesador v850e1.Compila para el procesador v850e2.Compila para el procesador v850e2v3.Compila para el procesador v850e3v5.Compila para la variante v850es del procesador v850e1.Compila la unidad de compilaciÃ³n completa a la vez.Compila con longs y punteros de 32 bit, el cual es el Ãºnico comportamiento admitido y por eso se hace caso omiso del indicador.Compila con longs y punteros de 32 bit.Compila con longs y punteros de 64 bit.BonificaciÃ³n de tiempo de compilaciÃ³n que IPA-CP asigna a los candidatos que dan conocer el Ã­ndice de un array..BonificaciÃ³n de tiempo de compilaciÃ³n que IPA-CP asigna a los candidatos que dan a conocer los lÃ­mites o los pasos de los bucles..El argumento complejo de LOG en %L no puede ser ceroLa multiplicaciÃ³n y la divisiÃ³n complejas siguen las reglas Fortran.El componente %s en %L de tipo LOCK_TYPE debe tener una codimensiÃ³n o ser un subcomponente de una comatriz, lo cua no es posible ya que el componente tiene el atributo punteroEl componente %s del tipo SEQUENCE declarado en %L no tiene el atributo SEQUENCEEl componente en %C debe tener el atributo POINTERÂ¡Inicializador de componente sin nombre despuÃ©s del componente nombrado %s en %L!El componente a la derecha de una referencia de parte con rango que no es cero no debe tener el atributo ALLOCATABLE en %LEl componente a la derecha de una referencia de parte con rango que no es cero no debe tener el atributo POINTER en %LLos componentes en TYPE en %C deben preceder a CONTAINSEl operador de concatenaciÃ³n en %L debe concatenar cadenas del mismo gÃ©neroEl operador de concatenaciÃ³n en la expresiÃ³n en %L debe tener dos operandos CHARACTERConfigurado con: %s
! Conforma mÃ¡s cerca a la semÃ¡ntica XLC de IBM.No conforma a nada en particular.Conforma al estÃ¡ndar ISO 1990 C tal y como se enmendÃ³ en 1994.Conforma al estÃ¡ndar ISO 1990 C con extensiones GNU.Conforma al estÃ¡ndar ISO 1990 C.Conforma al estÃ¡ndar ISO 1998 C++ revisado por la correcciÃ³n tÃ©cnica 2003 con extensiones GNU.Conforma al estÃ¡ndar ISO 1998 C++ revisado por la correcciÃ³n tÃ©cnica 2003.Conforma al estÃ¡ndar ISO 1999 C con extensiones GNU.Conforma al estÃ¡ndar ISO 1999 C.Conforma al estÃ¡ndar ISO 2011 C con extensiones GNU.Conforma al estÃ¡ndar ISO 2012 C.Conforma al estÃ¡ndar ISO 2011 C++ con extensiones GNU.Conforma al estÃ¡ndar ISO 2011 C++.Conforma al estÃ¡ndar ISO 2014 C++ con extensiones GNU.Conforma al estÃ¡ndar ISO 2014 C++.Conforma al borrador del estÃ¡ndar ISO 2017(?) C++ (soporte experimental e incompleto).Conforma al borrador del estÃ¡ndar ISO 201z(??) C++ con extensiones GNU (soporte experimental e incompleto).Conforma al estÃ¡ndar ISO Fortran 2003.Conforma al estÃ¡ndar ISO Fortran 2008 incluyendo TS 29113.Conforma al estÃ¡ndar ISO Fortran 2008.Conforma al estÃ¡ndar ISO Fortran 95.Conforma al lenguaje Objective-C 1.0 como se implantÃ³ en GCC 4.0.Conforma al o32 FPXX ABI.Considera lento el acceso a memoria de tamaÃ±o byte.Considera que el tipo 'int' es de 16 bits de anchura.Considera que el tipo 'int' es de 32 bits de anchura.La expresiÃ³n constante en la etiqueta FORMAT en %L debe ser del tipo por defecto CHARACTERSe requiere una expresiÃ³n constante en %CSe repite un valor lÃ³gico constante en una declaraciÃ³n CASE en %LConstruye redes y divide usos no relacionados de una sola variable.Controla la generaciÃ³n de estimados recÃ­procos.Controla el modo en que el comprobador de lÃ­mites de punteros maneja punteros a campos de objetos.  Cuando el estrechamiento estÃ¡ activo, se utilizan los lÃ­mites de los campos.  En caso contrario, se usan los lÃ­mites del objeto entero.Controla el modo de captura IEEE.Controla el modo de redondeo generado de fp.Controla la precisiÃ³n dada a las excepciones de fp.ConversiÃ³n de %s a %s en %LConversiÃ³n de un Infinity o No-un-Numero en %L a INTEGERConvierte saltos condicionales en los bucles mÃ¡s internos a equivalentes sin ramificaciÃ³n.Convierte las constantes de coma flotante a constantes de precisiÃ³n simple.Copia las secciones de matriz en un bloque contiguo en la entrada de procedimiento.Copyright %s 2014-2017 Free Software Foundation, Inc.
  Costo al cual las optimizaciones GCSE no restringirÃ¡n la distancia que puede viajar una expresiÃ³n.Costo de asumir una ramificaciÃ³n de insn.Costo de asumir una instrucciÃ³n multiply.Costo de asumir una instrucciÃ³n multiply, siendo 4 el de una instrucciÃ³n normal.No se ha podido generar valor addis para fusiÃ³nNo se puede abrir el fichero de salida '%s'
  Cuenta las dependencias especulativas mientras se calcula la prioridad de las instrucciones.El Apuntado Cray en %C no puede ser una matriz de forma asumidaEl Apuntado Cray en %L aparece en varias declaraciones pointer()El puntero Cray en %C tiene %d bytes de precisiÃ³n; las direcciones de memoria requieren %d bytesEl puntero Cray en %C debe ser un enteroLa declaraciÃ³n de punteros Cray en %C requiere la opciÃ³n -fcray-pointerCrea una aplicaciÃ³n con interfaz grÃ¡fica de usuario (GUI).Genera un ejecutable independiente de posiciÃ³n.Crea una biblioteca compartida.Crea variables de inducciÃ³n canÃ³nica en los bucles.Crea una aplicaciÃ³n de consola.Crea ficheros de datos necesarios para "gcov".Se crea '%s'
! Se crea una matriz temporal en %LNo se permite la declaraciÃ³n DATA en %C en un procedimiento PURELa declaraciÃ³n DATA en %L tiene mÃ¡s valores que variablesLa declaraciÃ³n DATA en %L tiene mÃ¡s variables que valoresobjeto DEALLOCATEDEALLOCATE de comatriz en %C en el bloque CRITICALDEALLOCATE de comatriz en %C en el bloque DO CONCURRENTse definiÃ³ DECL_GIMPLE_REG_P en una variable con direcciÃ³n tomadaDEF_INTERNAL_FLT_FN (%s) no tiene ninguna funciÃ³n interna asociadaDEF_INTERNAL_INT_FN (%s) no tiene ninguna funciÃ³n interna asociadaEl argumento DIM en %L estÃ¡ fuera de los lÃ­mitesEl bucle DO en %L se ejecutarÃ¡ cero vecesEl valor de paso de DO es ceroElemento de datos arriba del lÃ­mite superior en %LElemeto de datos debajo del lÃ­mite inferior de la matriz en %LLos datos se guardan en formato big-endian.Los datos se guardan en formato little-endian.  (Por defecto).El objetivo de datos en %L no puede tener un coÃ­ndiceEl elemento de transferencia de datos en %L no puede ser una referencia completa a una matriz de tamaÃ±o asumidoEl elemento de transferencia de datos en %L no puede ser polimÃ³rfico a menos que se procese con un procedimiento de entrada/salida definidoEl elemento de transferencia de datos en %L no puede tener componentes ALLOCATABLE a menos que se procese con un procedimiento de entrada/salida definidoEl elemento de transferencia de datos en %L no puede tener componentes POINTER a menos que se procese con un procedimiento de entrada/salida definidoEl elemento de transferencia de datos en %L no puede tener componentes PRIVATEEl elemento de transferencia de datos en %L no puede tener componentes de puntero a procedimientoDeclarar el mÃ©todo %qD final permitirÃ­a desvirtualizar %i llamadaDeclarar el mÃ©todo %qD final permitirÃ­a desvirtualizar %i llamadasDeclarar el mÃ©todo %qD final permitirÃ­a desvirtualizar %i llamada ejecutada %lli vecesDeclarar el mÃ©todo %qD final permitirÃ­a desvirtualizar %i llamadas ejecutadas %lli vecesDeclarar el tipo %qD final permitirÃ­a desvirtualizar %i llamadaDeclarar el tipo %qD final permitirÃ­a desvirtualizar %i llamadasDeclarar el tipo %qD final permitirÃ­a desvirtualizar %i llamada ejecutada %lli vecesDeclarar el tipo %qD final permitirÃ­a desvirtualizar %i llamadas ejecutadas %lli vecesDeclarar el destructor virtual de %qD final permitirÃ­a desvirtualizar %i llamadaDeclarar el destructor virtual de %qD final permitirÃ­a desvirtualizar %i llamadasDeclarar el destructor virtual de %qD final permitirÃ­a desvirtualizar %i llamada ejecutada %lli vecesDeclarar el destructor virtual de %qD final permitirÃ­a desvirtualizar %i llamadas ejecutadas %lli vecesPosterga la extracciÃ³n de argumentos de funciones de la pila hasta mÃ¡s tarde.AÃºn no se admite un parÃ¡metro de tipo diferidoBorra instrucciones muertas que pueden lanzar excepciones.Borra las revisiones de punteros nulos sin uso.CaracterÃ­stica borrada:Obsoleto en favor de -std=c++11.Obsoleto en favor de -std=c++14.Obsoleto en favor de -std=c11.Obsoleto en favor de -std=c99.Obsoleto en favor de -std=gnu++11.Obsoleto en favor de -std=gnu++14.Obsoleto en favor de -std=gnu11.Obsoleto en favor de -std=gnu99.Obsoleto en favor de -std=iso9899:1999.OpciÃ³n obsoleta.  Use en su lugar -misel.OpciÃ³n obsoleta.  Use en su lugar -mno-isel.OpciÃ³n obsoleta.  Use en su lugar -mno-spe.OpciÃ³n obsoleta.  Use en su lugar -mno-vrsave.OpciÃ³n obsoleta.  Use en su lugar -mspe.OpciÃ³n obsoleta.  Use en su lugar -mvrsave.Obsoleto.  Esta opciÃ³n no tiene efecto.El tipo derivado en %C sÃ³lo puede ser PRIVATE en la parte de especificaciÃ³n de un mÃ³duloEl tipo derivado en %C sÃ³lo puede ser PUBLIC en la parte de especificaciÃ³n de un mÃ³duloEl tipo derivado en %C no se definiÃ³ previamente y no puede aparecer en una definiciÃ³n de tipo derivadoEl componente de tipo derivado %C no es un miembro EQUIVALENCE permitidoLa declaraciÃ³n de tipo derivado con FINAL en %C debe estar en la parte de especificaciÃ³n de un MODULEDescripciÃ³n para mxl-mode-bootstrap.DescripciÃ³n para mxl-mode-executable.DescripciÃ³n para mxl-mode-novectors.DescripciÃ³n para mxl-mode-xmdstub.Detecta rutas que disparan comportamiento errÃ³neo o indefinido debido a un uso indebido de un valor nuloen un atributo returns_nonnull o nonnull.  Aisla esas rutas del flujo de control principal y convierte la sentencia con comportamiento errÃ³neo o indefinido en una trampa.Detecta rutas que disparan comportamiento errÃ³neo o indefinido debido a desreferencia de puntero nulo.  Aisla esas rutas del flujo de control principal y convierte la sentencia con comportamiento errÃ³neo o indefinido en una trampa.Determina cuÃ¡les dependencias entre insns se consideran costosas.Longitudes de CHARACTER diferentes (%d/%d) en el constructor de matriz en %LLongitudes de CHARACTER diferentes (%ld/%ld) en el constructor de matrizParÃ¡metros de tipo de gÃ©nero diferentes en la asignaciÃ³n de puntero en %LRangos diferentes en la asignaciÃ³n de puntero en %LForma diferente para %s en %L en la dimensiÃ³n %d (%d y %d)Tipos diferentes en la asignaciÃ³n de puntero en %L; se intentÃ³ la asignaciÃ³n de %s a %sDesactiva el paso especÃ­fico ARCompact para generar instrucciones de ejecuciÃ³n condicional.Desactiva los registros FP.Desactivar en las instrucciones LR y SR el uso de registros auxiliares de la extensiÃ³n FPX.Desactiva el paso de optimizaciÃ³n de escalar a vector al transformar cÃ¡lculos con enteros de 64 bits en cÃ¡lculos con vectores.Desactiva las optimizaciones de coma flotante que ignoran el signo de IEEE para cero.Desactiva la coma flotante de hardware.Desactiva el direccionamiento indexado.Desactiva las optimizaciones observables con IEEE seÃ±alando NaNs.Desactiva las optimizaciones que asumen la conducta de un FP que redondea por defecto.Desactiva el cÃ³digo independiente de posiciÃ³n (PIC) para su uso en cÃ³digo de nÃºcleo de SO.Desactiva el preprocesamiento.Desactiva los registros de espacio.Desactiva el uso de las instrucciones de FPU RX.  Desactiva las llamadas directas a funciones globales.Desactiva mÃ¡s de 'msched-max-memory-insns' en el grupo de instrucciÃ³n.  De otra forma, el lÃ­mite es 'soft' (se prefieren operaciones que no sean de memoria cuando se alcanza el lÃ­mite).Descubre funciones pure y const.Descubre variables estÃ¡ticas de sÃ³lo lectura y no direccionables.Muestra estadÃ­sticas de tiempo de compilaciÃ³n.Muestra las estadÃ­sticas acumuladas durante la compilaciÃ³n.Muestra el Ã¡rbol del cÃ³digo despuÃ©s de la optimizaciÃ³n del frente.Muestra el Ã¡rbol del cÃ³digo despuÃ©s de analizar.Muestra el Ã¡rbol del cÃ³digo despuÃ©s de analizar; opciÃ³n obsoleta.Muestra la versiÃ³n del compilador.Muestra esta informaciÃ³n.DivisiÃ³n por cero en %LDivisiÃ³n por cero al convertir %s a %s en %LEstrategia de divisiÃ³n, una de las siguientes: call-div1, call-fp, call-table.Hacer rematerializaciÃ³n sensible a CFG en LRA.EfectÃºa optimizaciones de alineamiento en las instrucciones de llamadas.Despacha al planificador si el procesador es bdver1, bdver2, bdver3, bdver4 o znver1 y se selecciona planificaciÃ³n Haifa.No generar instrucciones BRcc en arc_reorg.No permite que los datos constantes se pongan en secciones de cÃ³digo.No asume un segmento TLS grande.No asume que existen las bibliotecas C estÃ¡ndar y "main".No desactiva los registros de espacio.No descarta comentarios en expansiones de macro.No descarta comentarios.No muestra las funciones compiladas o el tiempo transcurrido.No emite modos de direccionamiento con asignaciones colaterales.No emite constantes enteras complejas a memoria de sÃ³lo lectura.No emite el prÃ³logo o epÃ­logo de funciones.No refuerza la alineaciÃ³n estricta.No genera directivas #line.No genera directivas .size.No genera un solo punto de salida para cada funciÃ³n.No genera cÃ³digo que solo pueda correr en modo supervisor (predeterminado).No genera load/store con instrucciones de actualizaciÃ³n.No generar instrucciones mpy para ARC700.No incluye en lÃ­nea la divisiÃ³n entera.No incluye en lÃ­nea la raÃ­z cuadrada.No enlaza contra la biblioteca especÃ­fica de dispositivo lib<MCU>.a.No carga el registro PIC en los prÃ³logos de funciÃ³n.No buscar ficheros objeto en la ruta estÃ¡ndar.No marca las opciones ABI en e_flags.No realizar optimizaciones que incrementan notablemente el uso de la pila.No coloca las constantes de coma flotante en TOC.No coloca las constantes sÃ­mbolo+desplazamiento en TOC.No predefine las macros especÃ­ficas del sistema y especÃ­ficas de GCC.No pretende que las ramificaciones son costosas.No provee una direcciÃ³n de inicio por defecto 0x100 del programa.No empuja los registros extendidos a la pila en las funciones de monitorizaciÃ³n.No pone globales sin inicializar en la secciÃ³n comÃºn.No busca directorios de inclusiÃ³n del sistema por defecto (aquellos especificados con -isystem aÃºn serÃ¡n utilizados).No busca directorios de inclusiÃ³n del sistema por defecto para C++.No admite funciones internas y generaciÃ³n de cÃ³digo SSE4.1 y SSE4.2.No suprime la informaciÃ³n de depuraciÃ³n de clases C++.No suprime los avisos de los encabezados del sistema.No trata las variables locales y los bloques COMMON como si fueran nombrados en declaraciones SAVE.No ajusta la alineaciÃ³n del cÃ³digo y de datos de sÃ³lo lectura.No ajusta la alineaciÃ³n de la pila.No ajusta la alineaciÃ³n de los datos modificables.No usa instrucciones MDMX.No usa instrucciones MIPS-3D.No usa fp de VAX.No usa una funciÃ³n que vacÃ­e el cachÃ© antes de llamar los trampolines de pila.No usa direcciones que reserven registros globales.No usa cÃ³digos de condiciÃ³n para las instrucciones normales.No usa FP de hardware.No usa coma flotante de hardware.No usa fp de hardware.No usa instrucciones de fp quad de hardware.No usa patrones incluidos en lÃ­nea para copiado de memoria.No usa las extensiones de ABI AltiVec.No usa las extensiones de ABI SPE.No usa las instrucciones de campos de bit.No usa la instrucciÃ³n callt (predeterminado).No usa la instrucciÃ³n personalizada fabsd.No usa la instrucciÃ³n perosonalizada fabss.No usa la instrucciÃ³n personalizada faddd.No usa la instrucciÃ³n perosonalizada fadds.No usa la instrucciÃ³n personalizada fatand.No usa la instrucciÃ³n personalizada fatans.No usa la instrucciÃ³n personalizada fcmpeqd.No usa la instrucciÃ³n personalizada fcmpeqs.No usa la instrucciÃ³n personalizada fcmpged.No usa la instrucciÃ³n personalizada fcmpges.No usa la instrucciÃ³n personalizada fcmpgtd.No usa la instrucciÃ³n personalizada fcmpgts.No usa la instrucciÃ³n personalizada fcmpled.No usa la instrucciÃ³n personalizada fcmples.No usa la instrucciÃ³n personalizada fcmpltd.No usa la instrucciÃ³n personalizada fcmplts.No usa la instrucciÃ³n personalizada fcmpned.No usa la instrucciÃ³n personalizada fcmpnes.No usa la instrucciÃ³n personalizada fcosd.No usa la instrucciÃ³n perosonalizada fcoss.No usa la instrucciÃ³n personalizada fdivd.No usa la instrucciÃ³n perosonalizada fdivs.No usa la instrucciÃ³n personalizada fexpd.No usa la instrucciÃ³n personalizada fexps.No usa la instrucciÃ³n personalizada fextsd.No usa la instrucciÃ³n personalizada fixdi.No usa la instrucciÃ³n personalizada fixdu.No usa la instrucciÃ³n personalizada fixsi.No usa la instrucciÃ³n personalizada fixsu.No usa la instrucciÃ³n personalizada floatid.No usa la instrucciÃ³n personalizada floatis.No usa la instrucciÃ³n personalizada floatud.No usa la instrucciÃ³n personalizada floatus.No usa la instrucciÃ³n personalizada flogd.No usa la instrucciÃ³n personalizada flogs.No usa la instrucciÃ³n personalizada fmaxd.No usa la instrucciÃ³n perosonalizada fmaxs.No usa la instrucciÃ³n personalizada fmind.No usa la instrucciÃ³n perosonalizada fmins.No usa la instrucciÃ³n personalizada fmuld.No usa la instrucciÃ³n perosonalizada fmuls.No usa la instrucciÃ³n personalizada fnegd.No usa la instrucciÃ³n perosonalizada fnegs.No usa la instrucciÃ³n perosonalizada frdxhi.No usa la instrucciÃ³n perosonalizada frdxlo.No usa la instrucciÃ³n perosonalizada frdy.No usa la instrucciÃ³n personalizada fsind callt.No usa la instrucciÃ³n perosonalizada fsins.No usa la instrucciÃ³n personalizada fsqrtd.No usa la instrucciÃ³n perosonalizada fsqrts.No usa la instrucciÃ³n personalizada fsubd.No usa la instrucciÃ³n perosonalizada fsubs.No usa la instrucciÃ³n personalizada ftand.No usa la instrucciÃ³n personalizada ftans.No usa la instrucciÃ³n personalizada ftruncds.No usa la instrucciÃ³n perosonalizada fwrx.No usa la instrucciÃ³n perosonalizada fwry.No usa la instrucciÃ³n perosonalizada round.No permite las referencias a memoria sin alinear.No avisa sobre el uso de "long long" cuando se use -pedantic.Revisa la pila usando lÃ­mites en la memoria de scratch L1.No hace nada.  Se preserva por compatibilidad hacia atrÃ¡s.No hace nada. Preservado por compatibilidad hacia atrÃ¡s.No alinea los elementos en el cÃ³digo o los datos.No aloja floats y doubles en registros de precisiÃ³n extendida.No asume que los accesos sin alinear los maneja el sistema.No llama a ninguna funciÃ³n de limpieza de cachÃ©.No llama a ninguna trampa de limpieza de cachÃ©.No genera un ejecutable independiente de posiciÃ³n.No emite adiciones DWARF mÃ¡s allÃ¡ de la versiÃ³n seleccionada.No emite funciones en lÃ­nea exportadas en dll a menos que sea necesario.No genera nombres pÃºblicos DWARF y secciones de tipos pÃºblicos.No genera revisiones para el control de especulaciÃ³n en la planificaciÃ³n selectiva.No genera informaciÃ³n de depuraciÃ³n en ficheros .dwo separados.No genera sÃ³lo cÃ³digo de modo privilegiado; implica -mno-inline-ic_invalidate si el cÃ³digo a incluir en lÃ­nea no funciona en modo usuario.No indica ninguna prioridad con TARGET_REGISTER_PRIORITY.No optimiza los movimientos de bloques; usa memcpy.No optimiza los movimientos de bloques.No guarda las opciones de la lÃ­nea de Ã³rdenes de gcc en DW_AT_producer de DWARF.No usa MnemÃ³nicos-P para ramificaciones.No usa ninguno de r32..r63.No utilizar rango de direccionamiento de menos de 25 bits para llamadas.No avisa sobre los usos de extensiones Microsoft.Bloque CLASS IS doble en la declaraciÃ³n SELECT TYPE  en %LUnidad de coma flotante de precisiÃ³n doble.Degrada los errores de concordancia a avisos.Conduciendo:Indicador tonto. Es el predefinido a menos que que se proporcionen switches FPX explÃ­citamente.El procedimiento dummy en %C no puede tener atributo BIND(C) con NAMEVuelca las declaraciones a un fichero .decl.Vuelca informaciÃ³n detallada de las ubicaciones de cÃ³digo fuente en la representaciÃ³n interna de GCC.Vuelca pasadas de optimizaciÃ³n.Atributo %s duplicado en %LSe especificÃ³ un atributo %s duplicado en %LEspecificiÃ³n de etiqueta %s duplicada en %CEspecificaciÃ³n %s duplicada en %CSe especificÃ³ un atributo ASYNCHRONOUS duplicado en %LSe especificÃ³ un atributo BIND duplicado en %LDEFERRED duplicado en %CDeclaraciones ELSE duplicadas en %L y %CSe especificÃ³ un atributo EXTENDS duplicado en %LDeclaraciÃ³n IMPLICIT NONE duplicada en %CEspecificaciÃ³n NML duplicada en %CNON_OVERRIDABLE duplicado en %CAtributo POINTER duplicado en %CDeclaraciÃ³n PRIVATE duplicada en %CSe especificÃ³ un atributo PROTECTED duplicado en %LSe especificÃ³ un atributo SAVE duplicado en %LDeclaraciÃ³n SEQUENCE duplicada en %CEspecificaciÃ³n UNIT duplicada en %CSe especificÃ³ un atributo VALUE duplicado en %LSe especificÃ³ un atributo VOLATILE duplicado en %LEspecificador de acceso duplicado en %CEspecificaciÃ³n de matriz duplicada para el apuntado Cray en %CEspecificaciÃ³n de formato duplicada en %CDeclaraciÃ³n de etiqueta %d duplicada en %L y %LDurante la optimizaciÃ³n en tiempo de enlazado advierte de tipos de declaraciones globales que no casan.Asigna dinÃ¡micamente los registros cc.No se permite el especificador E con el descriptor g0no se admiten E500 y FPRsse establece EDGE_CROSSING incorrectamente a travÃ©s de la misma secciÃ³nfalta EDGE_CROSSING a travÃ©s del lÃ­mite de la secciÃ³nel borde EH cruza el lÃ­mite de la secciÃ³n en bb %i)etiqueta de relleno de aterrizaje EH La declaraciÃ³n ELSE IF en %C no puede ir despuÃ©s de una declaraciÃ³n ELSE en %LDeclaraciÃ³n ELSEWHERE en %C despuÃ©s de un ELSEWHERE desenmascarado previoLa declaraciÃ³n ELSEWHERE en %C no estÃ¡ dentro de un bloque WHERENo se permite la etiqueta END en %C en la declaraciÃ³n de salidaLa etiqueta END %d en %L no estÃ¡ definidaEl resultado de ENTRY %s no puede ser un POINTER en FUNCTION %s en %LEl resultado de ENTRY %s no puede ser una matriz en FUNCTION %s en %LEl resultado de ENTRY %s no puede ser de tipo %s en FUNCTION %s en %LLa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un procedimiento contenidoLa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un BLOCK DATALa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un bloque DERIVED TYPELa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un bloque DOLa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un bloque FORALLLa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un MODULELa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un PROGRAMLa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un bloque SELECTLa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un bloque WHERELa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un subprograma contenidoLa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un bloque IF-THENLa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un INTERFACEENTRY_BLOCK tiene IL asociado con Ã©lLa declaraciÃ³n ENUM en %C no tiene ENUMERATORSSe esperaba una declaraciÃ³n de definiciÃ³n ENUM antes de %CENUMERATOR %L no se inicializÃ³ con una expresiÃ³n enteraLa etiqueta EOR %d en %L no estÃ¡ definidaEl EQUIVALENCE en %C requiere dos o mÃ¡s objetosLa etiqueta ERR %d en %L no estÃ¡ definidaERRMSG en %L es inÃºtil sin una etiqueta STATvariable ERRMSGEl argumento ERRMSG= en %L debe ser una variable CHARACTER escalarArquitectura ESA/390.La declaraciÃ³n EXIT en %C termina el bucle !$OMP DOEXIT_BLOCK tiene IL asociado con Ã©lTodos o ninguno de los objetos en el conjunto EQUIVALENCE en %L deben tener el atributo PROTECTEDSe deben especificar todos o ninguno de los lÃ­mites superiores en %LEl elemento en el constructor de matriz %s en %L es %sTambiÃ©n elimina invocaciones mÃºltiples de funciÃ³n para funciones impure.Emite reubicaciones de 16-bit a las Ã¡reas de datos small.Emite reubicaciones de 32-bit a las Ã¡reas de datos small.Emite adiciones DWARF mÃ¡s allÃ¡ de la versiÃ³n seleccionada.Emite cÃ³digo que cumpla con IEEE, sin excepciones inexactas.Emite informaciÃ³n de grafo de llamadas.Emite comprobaciones haciendo que las instrucciones "break 8" se ejecuten cuando se aplican funciones internas atÃ³micas sobre memoria desalineada.Emite cÃ³digo para la extensiÃ³n ISA byte/word.Emite cÃ³digo para la extensiÃ³n ISA de conteo.Emite cÃ³digo para la extensiÃ³n ISA de move y sqrt de fp.Emite cÃ³digo para la extensiÃ³n ISA de video en movimiento.Emite cÃ³digo usando directivas explÃ­citas de reubicaciÃ³n.Emite sÃ­mbolos comunes como sÃ­mbolos dÃ©biles.Emite anotaciones de depuraciÃ³n durante el preprocesamiento.Emite informaciÃ³n de depuraciÃ³n relacionada con el paso de anÃ¡lisis de escape cuando se ejecuta con -fgo-optimize-allocs.Emite ramificaciones directas a funciones locales.Emite errores cuando se generan las reubicaciones de tiempo de ejecuciÃ³n.Emite cÃ³digo extra en el prÃ³logo de la funciÃ³n para atrapar en caso de que el tamaÃ±o de la pila exceda el lÃ­mite dado.Emite prÃ³logos de funciÃ³n sÃ³lo despuÃ©s de que las partes de la funciÃ³n que los necesitan, en vez de al principio de la funciÃ³n.Emite llamadas a funciÃ³n usando la tabla de desplazamiento global al generar PIC.Emite instanciaciones implÃ­citas de plantillas incluidas en lÃ­nea.Emite instanciaciones implÃ­citas de plantillas.Emite ramificaciones indirectas a funciones locales.Emite secuencias load/store long.Emite llamada a contador de perfil en la entrada de funciÃ³n antes del prÃ³logo.Emite rdval en lugar de rduniq para un puntero thread.Emite variables static const aÃºn si no se usan.Emite bits de parada antes y despuÃ©s de asms extendidos con volatile.Emite traps como "break 8", predeterminado para CRIS v3 y superior.  Si estÃ¡ desactivado, se usan llamadas a abort().Emite informaciÃ³n de depuraciÃ³n detallada en el cÃ³digo ensamblador.Emite avisos cuando se generan las reubicaciones de tiempo de ejecuciÃ³n.FINAL vacÃ­o en %CDeclaraciÃ³n IMPLICIT vacÃ­a en %CNo se permite un constructor de matriz vacÃ­o en %CConjunto vacÃ­o de dÃ­gitos en la constante BOZ en %CActiva las instrucciones alternativas 'q'.Activa la instrucciÃ³n de extensiÃ³n del contador de sello de tiempo de 64 bits.Admite desasignaciÃ³n con tamaÃ±o de C++14.Activa las tablas CFI a travÃ©s de directivas del ensamblador GAS.Activa Cilk Plus.Activa los atributos de estilo DEC STATIC y AUTOMATIC.Activa DIV, DIVU.Activa las instrucciones DIV-REM para ARCv2.Activa las extensiones DSP 3.1 Pack A.Activa la informaciÃ³n de la lÃ­nea de depuraciÃ³n DWARF a travÃ©s de as de GNU.Activa las instrucciones de operando dual y Ãºnico para telefonÃ­a.Activa la EliminaciÃ³n de Redundancia Completa en Ã¡rboles.Activa el modo de Descriptor de FunciÃ³n PIC.Activa la transformaciÃ³n Graphite Identity.Activa la biblioteca compartida basada en ID.Activa coma flotante de 128 bits IEEE mediante la palabra clave __float128.Permite Local Register Allocation.Activa la extensiÃ³n condicional load/store bloqueada.Activa las instrucciones MUL.Activa las instrucciones MUL.X y UMUL.X.Activa las instrucciones MULX, asume desplazador rÃ¡pido.Activa la sintaxis de excepciÃ³n y sincronizaciÃ³n de Objective-C.Activa el manejo de excepciones setjmp en tiempo de ejecuciÃ³n de Objective-C.Activa OpenACC.Activa OpenMP (implica -frecursive en Fortran).Activa las directivas SIMD de OpenMP.Activa el soporte PIC para construir bibliotecas.Activa las extensiones de lenguaje de Plan9.Activa el manejo de restricciones Rcq - la mayor parte de la generaciÃ³n de cÃ³digo corto depende de esto.Activa el manejo de restricciones Rcw - la ejecuciÃ³n condicional ccfsd depende principalmente de esto.Activa el soporte/uso de instrucciones Leer-Modificar-Escribir (LME).Activa coalescencia SSA de variables de usuario.Activa el hundimiento de cÃ³digo SSA en Ã¡rboles.Activa la optimizaciÃ³n de eliminaciÃ³n de cÃ³digo muerto SSA en Ã¡rboles.Activa la optimizaciÃ³n SSA-BIT-CCP en Ã¡rboles.Activa la optimizaciÃ³n SSA-CCP en Ã¡rboles.Activa las optimizaciones SSA-PRE en Ã¡rboles.Activa el cÃ³digo de rastreo TPF-OS.Activa la extensiÃ³n XY Memory (DSP versiÃ³n 3).Activa la alineaciÃ³n de bloques COMMON.Activa todos los avisos -Wunused-.Activa todas las extensiones del lenguaje DEC.Activa todos los volcados de informaciÃ³n de optimizaciÃ³n en stderr.Activa un paso de mirilla RTL antes de sched2.Activa la relajaciÃ³n del ensamblador y el enlazador.  Activado por defecto a -Os.Activa instrucciones atÃ³micas.Activa la instanciaciÃ³n automÃ¡tica de plantillas.Habilita la depuraciÃ³n del extremo trasero.Activa la propagaciÃ³n hacia atrÃ¡s de propiedades en uso a nivel SSA.Activa las instrucciones barrel shift.Activa la vectorizaciÃ³n de bloque bÃ¡sico (SLP) en Ã¡rboles.Activa el cÃ³digo bÃ¡sico de anÃ¡lisis de perfil del programa.Activa bbit peephole2.Activa el bypass de cachÃ© para referencias volÃ¡tiles.Activa las instrucciones de densidad de cÃ³digo para ARCv2.Activa la elevaciÃ³n de cÃ³digo.Activa las opciones comunes para generar informaciÃ³n de anÃ¡lisis de perfil para optimizaciones dirigidas por retroalimentaciÃ³n de perfili, y establece -fprofile-dir=.Activa las opciones comunes para generar informaciÃ³n de anÃ¡lisis de perfil para optimizaciones dirigidas por retroalimentaciÃ³n de perfil.Activa las opciones comunes para realizar optimizaciones dirigidas por retroalimentaciÃ³n de perfil, y establece -fprofile-dir=.Activa las opciones comunes para realizar optimizaciones dirigidas por retroalimentaciÃ³n de perfil.Activa el patrÃ³n casesi compacto.Activa la eliminaciÃ³n de cÃ³digo muerto condicional para llamadas internas.Activa la ejecuciÃ³n condicional en lugar de moves/scc.Activa moves condicionales.Activa la opciÃ³n constructor/destructor.Activa la propagaciÃ³n de copia de la informaciÃ³n escalar-evoluciÃ³n.Activa la propagaciÃ³n de copia en Ã¡rboles.Activa la correcciÃ³n de datos de entrada de perfilado inconsistente de flujo.Activa la instrumentaciÃ³n de cÃ³digo borrosa guiada por cobertura. Inserta llamada a __sanitizer_cov_trace_pc en todos los bloques bÃ¡sicos.Activa la eliminaciÃ³n de almacenamiento muerto.Activa la salida de depuraciÃ³n.Admite la coma flotante decimal de hardware.Activa las conversiones predefinidas entre __float128 y long double.Activa las instrucciones divide y modulus.Activa las optimizaciones dominadoras.Activa las instrucciones dobles load/store para ARC HS.Activa la la extensiÃ³n dual viterbi butterfly.Activa la ubicaciÃ³n temprana de bits de parada para mejor planificaciÃ³n.Activa el manejo de excepciones.Activa la propagaciÃ³n hacia adelante en Ã¡rboles.Activa las optimizaciones del frente.Activa el anÃ¡lisis de perfil de las funciones.Activa reordenaciÃ³n de funciones que mejora ubicaciÃ³n de cÃ³digo.Activa la recolecciÃ³n de basura (GC) en programas Objective-C/Objective-C++.Activar la generaciÃ³n de instrucciones ARC SIMD mediante funciones internas especÃ­ficas de objetivo.Activa la generaciÃ³n de instrucciones R2 BMX.Activa la generaciÃ³n de instrucciones R2 CDX.Activa la predicciÃ³n de probabilidades de ramificaciÃ³n.Activa coma flotante de hardware.Activa las cargas de elevaciÃ³n adyacentes para fomentar la generaciÃ³n de instrucciones move condicionales.Activa las cargas de elevaciÃ³n de punteros condicionales.Activa in y out de la representaciÃ³n Graphite.Activa las revisiones en lÃ­nea para los receptores nil con el tiempo de ejecuciÃ³n NeXT y la ABI versiÃ³n 2.Activa la inclusiÃ³n en lÃ­nea de PLT en las llamadas a funciÃ³n.Activa la inclusiÃ³n en lÃ­nea de la la funciÃ³n declarada "inline", y desactiva todas las demÃ¡s inclusiones en lÃ­nea.Activa las optimizaciones de alineaciÃ³n de etiquetas.Activa las optimizaciones de tiempo de enlace.Activa las optimizaciones del enlazador.Activa la relajaciÃ³n del enlazador.Activa la relajaciÃ³n del enlazador.Activa la relajaciÃ³n del enlazador.Activa la distribuciÃ³n de bucles por patrones transformados en una llamada a biblioteca.Activa la distribuciÃ³n de bucles en Ã¡rboles.Activa la vectorizaciÃ³n de epÃ­logos de bucles usando un tamaÃ±o menor de vector.Activa la copia de encabezado de bucles en Ã¡rboles.Permite el movimiento invariante de bucles en Ã¡rboles.Activa las transformaciones anidadas de bucle.  Igual que -floop-nest-optimize.Activa las optimizaciones de bucles a nivel de Ã¡rbol.Activa la vectorizaciÃ³n de bucles en Ã¡rboles.Activa lra.Activa las optimizaciones de mirilla especÃ­ficas de la mÃ¡quina.Activa casi todos los mensajes de aviso.Activa el soporte multinÃºcleo.Activa las instrucciones multiply.Activa las optimizaciones de ejecuciÃ³n condicional anidada.Activa la optimizaciÃ³n &&/|| en la ejecuciÃ³n condicional.Habilita el anÃ¡lisis GIMPLE.Activa el uso pre-recarga del patrÃ³n cbranchsi.Habilita el preprocesamiento.Permite la revisiÃ³n de rango durante la compilaciÃ³n.Activa la reasociaciÃ³n a nivel de Ã¡rbol.Activa la planificaciÃ³n de insn sensible a la presiÃ³n de registros.Activar la relajaciÃ³n en el ensamblador.Activa la planificaciÃ³n entre bloques bÃ¡sicos.Activa los segmentos de datos separados.Permite establecer los GPRs al resultado de las comparaciones.Activa las instrucciones de signo extendido.Permite enteros pequeÃ±os en registros VSX.Activa la divisiÃ³n de loads inmediatos de 32 bit en partes low / high.Habilita la prueba de la pila.Permite la revisiÃ³n de devoluciÃ³n de struct psABI de 32 bits estricta.Activa la optimizaciones de longitud de cadenas en Ã¡rboles.Activa el soporte para conceptos de C++.Activa el soporte para STRUCTURE/RECORD de DEC.Activa el soporte para la memoria transaccional de GNU.Activa el soporte del ABI del RH850.  Este es el valor por defecto.Activa el soporte para el antiguo ABI de GCC.Activa la instrucciÃ³n de extensiÃ³n del orden de byte de intercambio.Activa la mezcla de colas en Ã¡rboles.Activa la heurÃ­stica de ruta crÃ­tica en el planificador.Activa la heurÃ­stica de cuenta dependiente en el planificador.Activa la aproximaciÃ³n de la divisiÃ³n.  Activar esto reduce la precisiÃ³n de los resultados de la divisÃ³n a 16 bits aproximadamente para precisiÃ³n sencilla y a 32 bits para doble precisiÃ³n. Si se activa, implica -mlow-precision-recip-sqrt.Activa la heurÃ­stica de grupo en el planificador.Activa la heurÃ­stica de Ãºltima instrucciÃ³n en el planificador.Activa el optimizador de anidamiento de bucles.Activa el modo normal.Activa la heurÃ­stica de rango en el planificador.Activa la aproximaciÃ³n de raÃ­z cuadrada recÃ­proca.  Activar esto reduce la precisiÃ³n de los resultados de la raÃ­z cuadrada recÃ­proca a 16 bits aproximadamente para precisiÃ³n sencilla y a 32 bits para doble precisiÃ³n.Activa la heurÃ­stica de instrucciÃ³n especulativa en el planificador.Activa la aproximaciÃ³n de raÃ­z cuadrada.  Activar esto reduce la precisiÃ³n de los resultados de la raÃ­z cuadrada a 16 bits aproximadamente para precisiÃ³n sencilla y a 32 bits para doble precisiÃ³n. Si se activa, implica -mlow-precision-recip-sqrt.Activa el uso de registros de coma flotante de 64-bit en instrucciones. fmov.  Vea -mdalign si se requiere alineaciÃ³n de 64-bit.Activa el uso de las instrucciones de FPU RX.  Este es el valor por defecto.Activa el uso de loads indexadas.Activa el uso de pre/post modify con desplazamiento de registro.Activa el uso del asignador de registros LRA.Activa el uso de la instrucciÃ³n fsca.Activa el uso de la instrucciÃ³n fsrra.Activa el uso del ABI antiguo y roto donde todos los argumentos de funciÃ³n apilados estÃ©n alineados a 32 bits.Activa el uso de las instrucciones short load.Activa el uso del RX ABI estÃ¡ndar donde todos los argumentos de funciÃ³n apilados estÃ©n alineados de forma natural.  Esto es lo predefinido.Activa la extensiÃ³n de lenguaje de vector z que ofrece la macro de vector sensible al contexto y activa los internos de estilo Altivec en vecintrin.h.Habilita el preprocesamiento tradicional.Activa los accesos word sin alinear y halfword para los datos packed.Activa el uso de GPREL para datos de sÃ³lo lectura en FDPIC.Activa el uso de las operaciones de bit NPS400.Activa el uso de la extensiÃ³n xld/xst del NPS400.Activa el uso de POST_INC / POST_DEC.Activa el uso de POST_MODIFY.Activa el uso de registros de precisiÃ³n sencilla impares.Activa el uso de sdata/scommon/sbss.Activa las instrucciones definidas por el usuario.Activa el uso de instrucciones de coma flotante de 128 bits IEEE.Activa las instrucciones de bucle del v850e3v5.Activa la extensiÃ³n de CRC polinÃ³mico variable.Activa la vectorizaciÃ³n en Ã¡rboles.Activa la salida detallada.Activa evitar el error Ãºnico del procesador AT697F (corresponde al error #13 del procesador AT697E).Activa evitar el error Ãºnico del procesador UT699.Activa/Desactiva la planificaciÃ³n tradicional en bucles que ya pasaron la calendarizaciÃ³n mÃ³dulo.Activa/desactiva direccionamiento relativo a GP.Activa la biblioteca compartida basada en ID.Activa el modo Datos-Independientes-de-PosiciÃ³n (PID).Activa o desactiva el uso de las instrucciones SMOVF, SMOVB, SMOVU, SUNTIL, SWHILE y RMPA.  Activado por defecto.Activa el modelo de coste de vectorizador dinÃ¡mico.  Se preserva por compatibilidad hacia atrÃ¡s.Codifica las instrucciones SSE con el prefijo VEX.ExpresiÃ³n de fin en el bucle DOEl final de la declaraciÃ³n DO que no es bloque en %C estÃ¡ entrelazado con otro bucle DOEl final de la declaraciÃ³n DO que no es bloque en %C estÃ¡ dentro de otro bloqueFin de la lista de bÃºsqueda.
  Cumple las semÃ¡nticas de control de acceso de miembros de clase.La entidad con longitud de carÃ¡cter asumida en %L debe ser un argumento de prueba o un PARAMETEREl valor enumerado no es CONST_DECL ni INTEGER_CSTEl nombre de valor enumerado no es IDENTIFIER_NODEEl tipo de valor enumerado no es INTEGER_TYPE ni puede convertirse al enumeradoEl enumerador excede el tipo entero de C en %CEquivalente a -mgpopt=local.Equivalente a -mgpopt=none.La variable errmsg en %L debe ser una variable CHARACTER escalarLa variable errmsg en %L no debe ser %sd dentro de la misma declaraciÃ³n %sErrorError al convertir la constante PARAMETER en una constante compleja en %CError al convertir el enteroError en la inicializaciÃ³n de puntero en %CError en la especificaciÃ³n de tipo en %LError al escribir al fichero de mÃ³dulo %qs para escritura: %sError al escribir el fichero de mÃ³dulos: %sError al escribir el fichero de salida '%s'
! EventoLa condiciÃ³n de salida del bucle DO WHILE en %L debe ser una expresiÃ³n LOGICAL escalarTermina cuando sucede el primer error.Expande la divisiÃ³n entera de 32bit/64bit en divisiÃ³n entera sin signo de 8bit con revisiÃ³n en tiempo de ejecuciÃ³n.Expande adddi3 y subdi3 en tiempo de generaciÃ³n de rtl en add.f / adc, etc.Se esperaba ")" en %CSe esperaba "," en %CSe esperaba '*' en la especificaciÃ³n de comatriz en la declaraciÃ³n ALLOCATE en %LSe esperaba :: en la definiciÃ³n TYPE en %CSe esperaba un signo = en la declaraciÃ³n PARAMETER en %CSe esperaba un descriptor de ediciÃ³n PSe esperaba un sÃ­mbolo PARAMETER en la constante compleja en %CSe esperaba una declaraciÃ³n TYPE IS, CLASS IS o END SELECT despuÃ©s de un SELECT TYPE en %CSe esperaba una declaraciÃ³n CASE o END SELECT despuÃ©s de un SELECT CASE en %CSe esperaba una interfaz sin nombre en %CSe esperaba un parÃ©ntesis derecho en la expresiÃ³n en %CSe esperaba un valor de paso en el iterador en %CSe esperaba un especificador de acceso en %CSe esperaba la etiqueta de devoluciÃ³n alterna en %CSe esperaba una expresiÃ³n de inicializaciÃ³n en %CSe esperaba otra dimensiÃ³n en la declaraciÃ³n de matriz %CSe esperaba una lista de argumentos en %CSe esperaba un subÃ­ndice de matriz en %CSe esperaba un gran tranco de subÃ­ndice de matriz en %CSe esperaba una asociaciÃ³n en %CSe esperaba una lista lista de asociaciÃ³n en %CSe esperaba un nombre de atributo de bitSe esperaba un atributo de enlace en %CSe esperaba un nombre de enlace en %CSe esperaba una coma en la lista E/S en %CSe esperaba una referencia de componente en %CSe esperaba un exponente en la expresiÃ³n en %CSe esperaba una expresiÃ³n en %C en la declaraciÃ³n PARAMETERSe esperaba una expresiÃ³n en la declaraciÃ³n %s en %CSe esperaba una expresiÃ³n en la especificaciÃ³n de matriz en %CSe esperaba un tipo de expresiÃ³nSe esperaba una lista de argumentos formales en la definiciÃ³n de la funciÃ³n en %CSe esperaba un nombre genÃ©rico o un descriptor de operador en %CSe esperaba una expresiÃ³n de inicializaciÃ³n en %CSe esperaba la inicializaciÃ³n de la expresiÃ³n en CASE en %CSe esperaba un enteroSe esperaba una cadena enteraSe esperaba un parÃ©ntesis izquierdoSe esperaba un nombre de procedimiento de mÃ³dulo en %CSe esperaba un nombreSe esperaba una cadena realSe esperaba un parÃ©ntesis derechoSe esperaba una expresiÃ³n de inicializaciÃ³n escalar en %CSe esperaba un nombre de enlace especÃ­fico en %CSe esperaba una cadenaSe esperaba un nombre de componente de estructura en %CSe esperaba un nombre terminal en %CSe esperaba un procedimiento enlazado a tipo o un procedimiento de componente puntero en %CSe esperaba una variable en la declaraciÃ³n READ en %Cse esperaba un nombre variable en %CSe esperaba un nombre de variable en %C en la declaraciÃ³n PARAMETERSe esperaba una coma en EQUIVALENCE en %CSe espera la lista de entidades nombradas %CExplicar quÃ© consideraciones de alineamiento llevan a la decisiÃ³n de hacer una insn corta o larga.Exporta funciones aun si pueden incluir en lÃ­nea.La expresiÃ³n en %L en este contexto debe ser constanteLa expresiÃ³n en %L debe ser de tipo INTEGER, se encontrÃ³ %sLa expresiÃ³n en %L debe ser escalarLa expresiÃ³n en la declaraciÃ³n CASE en %L no estÃ¡ en el rango de %sLa expresiÃ³n en la declaraciÃ³n CASE en %L debe ser de gÃ©nero %dLa expresiÃ³n en la declaraciÃ³n CASE en %L debe ser de tipo %sLa expresiÃ³n en la declaraciÃ³n CASE en %L debe ser escalarExtensiÃ³n: ConversiÃ³n de %s a %s en %LExtensiÃ³n: Operador unario despuÃ©s de un operador aritmÃ©tico (usar parÃ©ntesis) en %CExtensiÃ³n: carÃ¡cter barra invertida en %CUn IO UNIT externo no puede ser una matriz en %LCaracteres ajenos el formato en %LLa clÃ¡usula FINAL en %L requiere una expresiÃ³n LOGICAL escalarLa declaraciÃ³n FINAL en %C debe estar dentro de CONTAINSLa declaraciÃ³n FINAL en %C debe estar dentro de una secciÃ³n de tipo derivado CONTAINSEl procedimiento FINAL en %L debe tener exactamente un argumentoLa expresiÃ³n de fin FORALL en %L debe ser un INTEGER escalarEl nombre de Ã­ndice FORALL en %L debe ser un INTEGER escalarLa clÃ¡usula de mÃ¡scara FORALL en %L requiere una expresiÃ³n LOGICAL escalarLa expresiÃ³n de inicio FORALL en %L debe ser un INTEGER escalarLa expresiÃ³n de tranco FORALL en %L no puede ser ceroLa expresiÃ³n de tranco FORALL en %L debe ser un %s escalarLa etiqueta FORMAT %d en %L no estÃ¡ definidaLa declaraciÃ³n FORMAT en %L no tiene una etiqueta de declaraciÃ³nLa etiqueta FORMAT en %L debe ser de tipo con gÃ©nero por defecto CHARACTER o INTEGERLas excepciones FP estÃ¡n activadas.FPX: Activar las extensiones de coma flotante de doble precisiÃ³n de la CPU Argonaut ARC.FPX: Generar instrucciones FPX de precisiÃ³n doble (compactas).FPX: Generar instrucciones FPX de precisiÃ³n doble (rÃ¡pidas).FPX: Generar instrucciones FPX de precisiÃ³n sencilla (compactas).FPX: Generar instrucciones FPX de precisiÃ³n sencilla (rÃ¡pidas).El resultado de FUNCTION %s no puede ser un POINTER en FUNCTION %s en %LEl resultado de FUNCTION %s no puede ser una matriz en FUNCTION %s en %LEl resultado de FUNCTION %s no puede ser de tipo %s en FUNCTION %s en %LFactoriza constructores y destructores complejos para favorecer el espacio en detrimento de la velocidad.Error FatalControl fino de las caracterÃ­sticas de ajuste.El primer argumento de la asignaciÃ³n definida en %L debe ser INTENT(OUT) o INTENT(INOUT)El primer argumento de la interfaz de operador en %L no puede ser opcionalEl primer argumento de la interfaz de operador en %L debe ser INTENT(IN)Nombre de la configuraciÃ³n de la instrucciÃ³n personalizada de coma flotante.La unidad de coma flotante no admite divide & sqrt.Sigue las convenciones de llamada Renesas (anteriormente Hitachi) / SuperH.Sigue los requisitos de orden de evaluaciÃ³n de C++17 para expresiones de asignaciÃ³n, desplazamiento, llamadas a funciones miembro, etc.Sigue los requerimientos de enlace de EABI.Para el procedimiento dummy %s, no se permite un nombre de enlazado en BIND(C) en %CPara la biblioteca de intrÃ­nsecos: pasa todos los parÃ¡metros en registros.Se establece el permiso ejecutable para las funciones anidadas en la pila.Para objetivos que normalmente necesitan trampolines para las funciones anidadas, siempre los genera en lugar de usar descriptores.Hace que la salida en ensamblador siempre use constantes hexa.Fuerza que los accesos de campos de bit coincidan con su anchura de tipo.Fuerza que las funciones se alineen a un lÃ­mite de 4 byte.Fuerza que el tipo subyacente de "wchar_t" sea "unsigned short".Fuerza el uso de ranuras de retardo para las ramificaciones condicionales.Fuerza al comprobador de lÃ­mites de punteros a tratar todos los arrays finales en estructuras como posiblemente flexibles.  Solo se tratan como flexibles de forma predefinida los campos de arrays de longitud cero o los marcados con el atributo bnd_variable_size.Fuerza al comprobador de lÃ­mites de punteros a usar lÃ­mites de los arrays mÃ¡s interiroes en caso de accesos a arrays estÃ¡ticos anidados.  Se usa el array mÃ¡s exterior de forma predeterminada.Fuerza al comprobador de lÃ­mites de punteros a usar lÃ­mites estrechados para la direcciÃ³n del primer campo de la estructura.  Los lÃ­mites predefinidos del puntero al primer campo son los mismos que los del puntero a la estructura entera.DeclaraciÃ³n de formato en el mÃ³dulo bloque principal en %CCaracterÃ­stica obsoleta de Fortran 2008:Fortran 2008: Funciones puntero en un contexto de definiciÃ³n variable (%s) en %LFortran 2008: El punto y coma en %C sin una declaraciÃ³n precedenteFortran 95 requiere un INTEGER por defecto en la etiqueta %s en %LEl procedimiento %s en %L tiene entradas con especificaciones de matriz no coincidentesLos inicios de las funciones se alinean a esta potencia de 2.Las funciones con valores de devoluciÃ³n deben terminar con declaraciones return.Fusiona ciertas operaciones de enteros para un mejor rendimiento en power8.Fusiona ciertas operaciones para un mejor rendimiento en power9.fusiona referencias toc de modelo cÃ³digo mediano/grande con la instrucciÃ³n de memoria.GCC no puede admitir operadores con tipos enteros y tipos de coma fija que tienen demasiados bits integrales y fraccionales juntosGCC sÃ³lo admite %u Ã¡mbitos anidadosvector GCC pasado por referencia: extensiÃ³n ABI que no es estÃ¡ndar sin garantÃ­a de compatibilidadSe devolviÃ³ un vector GCC por referencia: extensiÃ³n de ABI no estÃ¡ndar sin garantÃ­a de compatibilidadGCSE desactivadoGENERIC en %C debe estar dentro de un tipo derivado CONTAINSGMP versiÃ³n %s, MPFR versiÃ³n %s, MPC versiÃ³n %s, isl versiÃ³n %s
! C de GNU ya no admite -traditional sin usar -EExtensiÃ³n GNU:Objective C de GNU ya no admite compilaciÃ³n tradicionalLa declaraciÃ³n GOTO en %L deja la construcciÃ³n CRITICAL por la etiqueta en %LLa declaraciÃ³n GOTO en %L deja la construcciÃ³n DO CONCURRENT por la etiqueta en %LGenera instrucciones de 16 bits.Genera cÃ³digo i386 de 16bit.Genera cÃ³digo de 32-bit.Genera desplazamientos de 32-bit en las tablas de switch.Genera cÃ³digo i386 de 32bit.Genera cÃ³digo x86-64 de 32bit.Genera instrucciones multiply y mac de 32x16.Genera cÃ³digo de 64-bit.Genera cÃ³digo x86-64 de 64bit.Genera marcos de pila que cumplan con APCS.Genera cÃ³digo de 32 bits ARCompact para el procesador ARC600.Genera cÃ³digo de 32 bits ARCompact para el procesador ARC601.Genera cÃ³digo de 32 bits ARCompact para el procesador ARC700.Genera stubs de estilo AT&T para Mach-O.Genera instrucciones AltiVec usando orden de elementos big endian.Genera cÃ³digo instrucciones AltiVec usando orden de elementos little endian.Genera encabezado C de caracterÃ­sticas especÃ­ficas de la plataforma.Genera microcÃ³digo Cell.Genera nombres pÃºblicos DWARF y secciones de tipos pÃºblicos con extensiones GNU.Genera nombres pÃºblicos DWARF y secciones de tipos pÃºblicos.Genera cÃ³digo ELF FDPIC.Genera instrucciones de aritmÃ©tica extendida.  Actualmente solo se dispone de divaw, adds, subs y sat16.Genera cÃ³digo GFLOAT de doble precisiÃ³n.Genera cÃ³digo H8/300H.Genera cÃ³digo H8S.Genera cÃ³digo H8S/2600.Genera cÃ³digo H8SX.Genera cÃ³digo ILP32.Genera bloques IT apropiados para el ARMv8.Genera cÃ³digo LP64.Genera cÃ³digo MIPS16.Genera cÃ³digo PA1.0.Genera cÃ³digo PA1.1.Genera cÃ³digo PA2.0 (requiere binutils 2.10 o superior).Genera instrucciones par-sencillo PPC750CL.Genera instrucciones SBIT, CBIT.Genera cÃ³digo SH1.Genera cÃ³digo SH2.Genera cÃ³digo SH2a sin FPU.Genera cÃ³digo SH2e.Genera cÃ³digo SH3.Genera cÃ³digo SH3e.Genera cÃ³digo SH4 sin FPU.Genera cÃ³digo SH4.Genera cÃ³digo SH4-100 sin FPU.Genera cÃ³digo SH4-100.Genera cÃ³digo SH4-200 sin FPU.Genera cÃ³digo SH4-200.Genera cÃ³digo SH4-300 sin FPU.Genera cÃ³digo SH4-300.Genera cÃ³digo SH4a sin FPU.Genera cÃ³digo SH4a.Genera cÃ³digo SH4al-dsp.Genera instrucciones SPE SIMD en E500.Genera instrucciones VRSAVE cuando se genere cÃ³digo AltiVec.Genera secciÃ³n __mcount_loc con todos los mcount o llamadas __fentry__.Genera una directiva #line que apunte al directorio de trabajo actual.Genera una llamada a abortar si una funcion noreturn devuelve.Genera un solo punto de salida para cada funciÃ³n.Genera parÃ¡metros agregados pasando cÃ³digo con alineamiento de 64 bits a lo sumo.Genera salida de ensamblador que es compatible con el ensamblador AS100 de Renesas.  Esto puede restringir algunas de las capacidades del compilador.  Por defecto se genera sintaxis compatible con GAS.Genera instrucciones auto-inc/dec.Genera cÃ³digo big endian.Genera cÃ³digo big-endian.Genera instrucciones de bit.Genera paso de lÃ­mites para llamadas.Generar almacenes de lÃ­mites para escrituras de punteros.Genera pistas de ramificaciÃ³n para las ramificaciones.Genera las llamadas insns como llamadas directas.Genera las llamadas insns como llamadas indirectas, si es necesario.Genera las llamadas insns como llamadas indirectas.Genera las llamadas insns como llamadas indirectas de registros.Genera revisiones para todos los accesos de lectura de memoria.Genera revisiones para todos los accesos de escritura de memoria.Genera la instrucciÃ³n cld en el prÃ³logo de funciÃ³n.Genera cÃ³digo para direccionamiento de 18 bit.Genera cÃ³digo para direccionamiento de 32 bit.Genera cÃ³digo para la arquitectura CR16C.Genera cÃ³digo para la arquitectura CR16C+ (Por defecto).Genera cÃ³digo para as de GNU.Genera cÃ³digo para el ensamblador de GNU (gas).Genera cÃ³digo para ld de GNU.Genera cÃ³digo para el entorno de tiempo de ejecuciÃ³n GNU.Genera cÃ³digo para el entorno de tiempo de ejecuciÃ³n NeXT (Apple Mac OS X).Genera cÃ³digo para descarga OpenMP: permite -msoft-stack y -muniform-simt.Genera cÃ³digo para SH4 series 340 (sin MMU/FPU).Genera cÃ³digo para SH4 series 400 (sin MMU/FPU).Genera cÃ³digo para SH4 series 500 (sin FPU).Genera cÃ³digo para el estado Thumb.Genera cÃ³digo para el ensamblador UNIX.Genera cÃ³digo para ABI de 32 bits.Genera cÃ³digo para el 5206e.Genera cÃ³digo para el 520X.Genera cÃ³digo para el 528x.Genera cÃ³digo para el 5307.Genera cÃ³digo para el 5407.Genera cÃ³digo para ABI de 64 bits.Genera cÃ³digo para el 68000.Genera cÃ³digo para el 68010.Genera cÃ³digo para el 68020.Genera cÃ³digo para el 68030.Genera cÃ³digo para el 68040, sin ninguna instrucciÃ³n nueva.Genera cÃ³digo para el 68040.Genera cÃ³digo para el 68060, sin ninguna instrucciÃ³n nueva.Genera cÃ³digo para el 68060.Genera cÃ³digo para el 68302.Genera cÃ³digo para el 68332.Genera cÃ³digo para el 68851.Genera cÃ³digo para el ColdFire v4e.Genera cÃ³digo para una DLL.Genera cÃ³digo para el Fido A.Genera cÃ³digo para la cpu32.Genera cÃ³digo para un 11/10.Genera cÃ³digo para un 11/40.Genera cÃ³digo para un 11/45.Genera cÃ³digo para las extensiones cargables de nÃºcleo darwin.Genera cÃ³digo para las funciones aÃºn si estÃ¡n completamente incluidas en lÃ­nea.Genera cÃ³digo para la CPU dada.Genera cÃ³digo para ejecutables BSS PLT antiguos.Genera cÃ³digo para las funciones estÃ¡ticas aunque nunca se las llame.Genera cÃ³digo para la plataforma Android.Genera cÃ³digo para el M*Core M210Genera cÃ³digo para el M*Core M340Genera cÃ³digo para el nÃºcleo o para las extensiones cargables del nÃºcleo.Genera cÃ³digo para el modo supervisor (predeterminado).Genera cÃ³digo para el modo de usuario.Genera cÃ³digo en el estado ARM de 32 bit.Genera cÃ³digo en modo big endian.Genera cÃ³digo en modo big endian.Genera cÃ³digo en modo little endian.Genera cÃ³digo en modo little endian.Genera cÃ³digo adecuado para ejecutables (NO para bibliotecas compartidas).Genera cÃ³digo adecuado para vuelta rÃ¡pida en la depuraciÃ³n.Genera cÃ³digo que se pueda usar en objetos dinÃ¡micos de estilo SVR4.Genera cÃ³digo que se pueda mantener el estado local uniforme por todas las vÃ­as.Genera cÃ³digo que cumpla con Intel MCU psABI.Genera cÃ³digo que cumpla con la ABI dada.Genera cÃ³digo que se puede enlazar con cÃ³digo MIPS16 microMIPS.Genera cÃ³digo que use las instrucciones de coma flotante del 68881.Genera cÃ³digo que se puede enlazar contra ninguna otra biblioteca compartida de ID, pero puede usarse como una biblioteca compartida.Genera cÃ³digo para revisar los lÃ­mites antes de indexar matrices.Genera cÃ³digo para revisar especificaciones de excepciones.Genera cÃ³digo para usar un PTL y GOT no ejecutables.Genera cÃ³digo que use las instrucciones de coma flotante de hardware.Genera cÃ³digo que usa solo los registros generales.Genera cÃ³digo con llamadas a bibliotecas para coma flotante.Genera cÃ³digo sin registro GP.Genera objetos CFString en tiempo de compilaciÃ³n.Genera secciones de depuraciÃ³n comprimidas.Genera instrucciones move condicionales.Genera definiciones cpp para ES de servidor.Genera definiciones cpp para ES de estaciÃ³n de trabajo.Genera informaciÃ³n de depuraciÃ³n en el formato COFF.Genera informaciÃ³n de depuraciÃ³n en el formato DWARF v2 (o posterior).Genera informaciÃ³n de depuraciÃ³n en el formato STABS.Genera informaciÃ³n de depuraciÃ³n en el formato VMS.Genera informaciÃ³n de depuraciÃ³n en el formato XCOFF.Genera informaciÃ³n de depuraciÃ³n en el formato extendido por defecto.Genera informaciÃ³n de depuraciÃ³n en el formato por defecto.Genera informaciÃ³n de depuraciÃ³n en la versiÃ³n predeterminada del formato DWARF.Genera informaciÃ³n de depuraciÃ³n en el formato STABS extendido.Genera informaciÃ³n de depuraciÃ³n en el formato XCOFF extendido.Genera informaciÃ³n de depuraciÃ³n en ficheros .dwo separados.Genera cÃ³digo FPU de SH2a de doble precisiÃ³n por defecto.Genera cÃ³digo FPU de SH2a de precisiÃ³n simple.Genera cÃ³digo SH4 de precisiÃ³n simple por defecto.Genera cÃ³digo SH4-100 de precisiÃ³n simple por defecto.Genera cÃ³digo SH4-200 de precisiÃ³n simple por defecto.Genera cÃ³digo SH4-300 de precisiÃ³n simple por defecto.Genera cÃ³digo SH4a de precisiÃ³n simple por defecto.Genera marcos de pila discontiguos.Genera resultados de divisiÃ³n con residuo que tenga el mismo signo que el divisor (no el del dividendo).Genera llamadas indirectas rÃ¡pidas.Genera matemÃ¡ticas de coma flotante usando el conjunto de instrucciones dado.Genera divisiÃ³n de coma flotante incluida en lÃ­nea, optimizada para latencia.Genera divisiÃ³n de coma flotante incluida en lÃ­nea, optimizada para rendimiento.Genera divisiÃ³n entera incluida en lÃ­nea, optimizada para latencia.Genera divisiÃ³n entera incluida en lÃ­nea, optimizada para rendimiento.Genera raÃ­z cuadrada incluida en lÃ­nea, optimizada para latencia.Genera raÃ­z cuadrada incluida en lÃ­nea, optimizada para rendimiento.Genera instrucciones admitidas por el barrel shift.Genera instrucciones isel.Genera la bÃºsqueda no estricta de clases (a travÃ©s de objc_getClass()) para usarlas en el modo Zero-Link.Genera cÃ³digo little endian.Genera cÃ³digo little-endian.Genera mÃºltiples instrucciones load/store.Genera load/store con instrucciones de actualizaciÃ³n.Genera dependencias de make y compila.Genera dependencias de make.Genera llamadas mcount/__fentry__ como nops. Para activarlas han de ser parcheadas.Genera instrucciones mul64 y mulu64.Genera instrucciones norm.Genera cÃ³digo normal-mode.Genera solamente cÃ³digo FPU de SH2a de precisiÃ³n simple.Genera cÃ³digo SH4 solamente de precisiÃ³n simple.Genera cÃ³digo SH4-100 solamente de precisiÃ³n simple.Genera cÃ³digo SH4-200 solamente de precisiÃ³n simple.Genera cÃ³digo SH4-300 solamente de precisiÃ³n simple.Genera cÃ³digo SH4a solamente de precisiÃ³n simple.Genera cÃ³digo relativo al pc.Genera instrucciones de extensiÃ³n del rendimiento.Genera objetivos de prueba para todas las cabecerasa.Generar comprobaciones de lÃ­mites de punteros para variables con tipo incompleto.Genera cÃ³digo independiente de posiciÃ³n para ejecutables si es posible (modo large).Genera cÃ³digo independiente de posiciÃ³n para ejecutables si es posible (modo small).Genera cÃ³digo independiente de posiciÃ³n si es posible (modo large).Genera cÃ³digo independiente de posiciÃ³n si es posible (modo small).Genera instrucciones de precargado, si estÃ¡n disponibles, para matrices en bucles.Genera cÃ³digo PIC reentrante.Genera recÃ­procos en lugar de divss y sqrtss.Genera informaciÃ³n de descriptor de tipo en tiempo de ejecuciÃ³n.Generar referencias de sdata.  Es lo predefinido, salvo que se compile para PIC.Genera cÃ³digo auto-reubicable.Genera sin, cos, sqrt para FPU.Genera divisiÃ³n recÃ­proca y raÃ­z cuadrada de software para mejor salida.Genera mÃ©todos Objective-C especiales para inicializar/destruir i-variables de C++ que no son POD, si es necesario.Genera instrucciones de cadena para movimiento de bloques.Genera instrucciones swap.Genera las instrucciones mÃ³dulo de enteros.Genera instrucciones atÃ³micas de memoria quad word (lqarx/stqcx).Genera instrucciones de memoria quad word (lq/stq).Genera tablas de desenredo que sean exactas en cada lÃ­mite de instrucciÃ³n.Genera instrucciones v3 push25/pop25.Genera la instrucciÃ³n vzeroupper antes de una transferencia de flujo de control afuera de la funciÃ³n.Da a las ramificaciones su costo por defecto.Da a los sÃ­mbolos externos un subrayado inicial.No se pueden usar las optimizaciones de bucle Graphite (isl no estÃ¡ disponible) (-fgraphite, -fgraphite-identity, -floop-nest-optimize, -floop-parallelize-allNo se pueden usar las optimizaciones de bucle Graphite (isl no estÃ¡ disponible).GuÃ­a al enlazador para que relaje las instrucciones.nombre HSA SSA definido por una instrucciÃ³n que se suponeque va a usarloel nombre HSA SSA no se encuentra entre los operandos de la instrucciÃ³n que se supone que va a usarloerror de verificaciÃ³n HSA SSAHSA no se activÃ³ durante la configuraciÃ³nno se maneja ops de imagen HSAla instrucciÃ³n HSA usa un registro pero no se encuentra entre los usos de registro registradoserror de verificaciÃ³n de instrucciÃ³n HSAManeja las funciones internas atÃ³micas que pueden aplicarse a datos desalineados mediante llamadas a funciones de biblioteca. Anula -mtrap-unaligned-atomic.Indicador de control del modelo de planificador de prebuscador automÃ¡tico hardware.  NÃºmero de ciclos hacia delante que el modelo examina: con '0' solo se activa la heurÃ­stica de ordenaciÃ³n de instrucciones.  Desactivado de forma predeterminada.La sentencia de valor del histograma no corresponde a la sentencia con la que estÃ¡ asociadaCuÃ¡nto puede crecer la unidad de compilaciÃ³n dada a causa de la inclusiÃ³n en lÃ­nea (en porcentaje).CuÃ¡nto puede crecer la unidad de compilaciÃ³n dada a causa de la propagaciÃ³n constante interprocedural (en porcentaje).ICE: se usa emit_insn donde se necesita emit_jump_insn:
! ID de la biblioteca compartida a crear.las bibliotecas compartidas ID y el modo FD-PIC no se pueden usar juntos.La clÃ¡usula IF en %L requiere una expresiÃ³n LOGICAL escalarLa declaraciÃ³n IMPORT en %C sÃ³lo se permite en un cuerpo INTERFACEINDIRECT_REF en gimple ILLa declaraciÃ³n INQUIRE en %L no puede contener especificadores FILE y UNIT al mismo tiempoLa declaraciÃ³n INQUIRE en %L requiere un especificador PENDING= con el especificador ID=La declaraciÃ³n INQUIRE en %L requiere un especificador FILE o UNITNo se permite la declaraciÃ³n INQUIRE en el procedimiento PURE en %CINTENT (%s) genera un conflicto con INTENT(%s) en %LNo se permite INTENT dentro de BLOCK en %CEl argumento actual INTENT(%s) en %L puede interferir con el argumento actual en %L.La etiqueta IOLENGHT es no vÃ¡lida en la declaraciÃ³n INQUIRE en %CISO C no permite %<%E (expression)%>ISO C no permite un %<;%> extra fuera de una funciÃ³nISO C no permite %<_Alignof%> aplicado a un tipo de funciÃ³nISO C no admite %<#pragma STDC FLOAT_CONST_DECIMAL64%>ISO C no admite %<++%> y %<--%> en tipos complejosISO C no admite %<~%> para conjugaciones complejasISO C no admite tipos enteros complejosISO C no admite coma flotante decimalISO C no admite tipos de coma fijaISO C no admite %<complex%> simples que significan %<double complex%>ISO C no admite tipos saturantesISO C prohÃ­be %<goto *expr;%>ISO C prohÃ­be %<return%> con expresiÃ³n, en una funciÃ³n que devuelve voidISO C prohÃ­be una unidad de traducciÃ³n vacÃ­aISO C prohÃ­be la asignaciÃ³n entre un puntero a funciÃ³n y %<void *%>ISO C prohÃ­be grupos de llaves dentro de expresionesISO C prohÃ­be la conversiÃ³n de un no escalar al mismo tipoISO C prohÃ­be la conversiÃ³n al tipo unionISO C prohÃ­be la comparaciÃ³n de %<void *%> con un puntero de funciÃ³nISO C prohÃ­be expresiones condicionales entre %<void *%> y punteros de funciÃ³nISO C prohÃ­be una expresiÃ³n condicional con sÃ³lo un lado voidISO C prohÃ­be los tipos de funciÃ³n const o volatileISO C prohÃ­be la conversiÃ³n de un apuntador a funciÃ³n a un tipo de objeto apuntadorISO C prohÃ­be la conversiÃ³n de objeto apuntador a un tipo de apuntador a funciÃ³nISO C prohÃ­be las llaves de inicializador vacÃ­asISO C prohÃ­be declaraciones adelantadas de parÃ¡metrosISO C prohÃ­be las referencias hacia adelante a tipos %<enum%>ISO C prohÃ­be la inicializaciÃ³n entre un puntero a funciÃ³n y %<void *%>ISO C prohÃ­be las declaraciones etiquetadasISO C prohÃ­be declaraciones de miembros con no miembrosISO C prohÃ­be las funciones anidadasISO C prohÃ­be la omisiÃ³n del tÃ©rmino medio de una expresiÃ³n ?:ISO C prohÃ­be la comparaciÃ³n entre punteros a funcionesISO C prohÃ­be el paso del argumento %d de %qE entre un puntero a funciÃ³n y %<void *%>ISO C prohÃ­be los tipos de funciÃ³n calificadosISO C prohÃ­be la devoluciÃ³n entre un puntero a funciÃ³n y %<void *%>ISO C prohÃ­be la especificaciÃ³n de rangos de elementos a inicializarISO C prohÃ­be el subÃ­ndice de una matriz %<register%>ISO C prohÃ­be matrices de tamaÃ±o ceroISO C prohÃ­be la matriz %qE de tamaÃ±o ceroISO C prohÃ­be la conversiÃ³n de argumentos a tipo unionISO C requiere un argumento con nombre antes de %<...%>ISO C restringe los valores de enumeraciÃ³n al rango de %<int%>ISO C++ 1998 no admite %<long long%>ISO C++ 1998 prohÃ­be el uso de %<extern%> en instanciaciones explÃ­citasISO C++ no permite %<alignof%> con algo que no es tipoISO C++ no permite ?: con el operando medio omitidoISO C++ no permite inicializadores designados de C99ISO C++ no permite inicializadores designadosISO C++ no permite que %<%T::%D%> se defina como %<%T::%D%>ISO C++ no permite %<alignof%> aplicado a un tipo de funciÃ³nISO C++ prohÃ­be la aplicaciÃ³n de %<__alignof%> a una expresiÃ³n de tipo de funciÃ³nISO C++ prohÃ­be la aplicaciÃ³n de %<sizeof%> a una expresiÃ³n de tipo de funciÃ³nISO C++ prohÃ­be grupos de llaves dentro de expresionesISO C++ prohÃ­be la llamada %<::main%> dentro del mismo programaISO C++ prohÃ­be la conversiÃ³n a un tipo de matriz %qTISO C++ prohÃ­be la comparaciÃ³n entre puntero y enteroISO C++ prohÃ­be la comparaciÃ³n entre punteros de tipo %<void *%> y punteros a funciÃ³nISO C++ prohÃ­be las literales compuestasISO C++ prohÃ­be los gotos calculadosISO C++ prohÃ­be la expresiÃ³n condicional entre punteros de tipo %<void *%> y punteros a funciÃ³nISO C++ prohÃ­be la conversiÃ³n entre punteros de tipo %<void *%> y punteros a funciÃ³nISO C++ prohÃ­be la declaraciÃ³n de %qs sin tipoISO C++ prohÃ­be decrementar un puntero de tipo %qTISO C++ prohÃ­be decrementar un enumISO C++ prohÃ­be la inicializaciÃ³n en la clase del miembro static %qD que no es constanteISO C++ prohÃ­be incrementar un puntero de tipo %qTISO C++ prohÃ­be incrementar un enumISO C++ prohÃ­be la inicializaciÃ³n de la constante miembro %qD del tipo %qT que no es enteroISO C++ prohÃ­be el tipo anidado %qD con el mismo nombre que la clase que lo contieneISO C++ prohÃ­be la omisiÃ³n del tÃ©rmino medio de una expresiÃ³n ?:ISO C++ prohÃ­be tomar la direcciÃ³n de la funciÃ³n %<::main%>ISO C++ prohÃ­be tomar la direcciÃ³n de una funciÃ³n miembro limitada para formar un puntero a la funciÃ³n miembro.  Como %<&%T::%D%>ISO C++ prohÃ­be tomar la direcciÃ³n de una funciÃ³n miembro no estÃ¡tica sin calificar o entre parÃ©ntesis para formar un puntero a la funciÃ³n miembro.  Como %<&%T::%D%>ISO C++ prohÃ­be el uso de %qE en las instanciaciones explÃ­citasISO C++ prohÃ­be el uso de un puntero de tipo %<void *%> en la sustracciÃ³nISO C++ prohÃ­be el uso de un puntero a una funciÃ³n en la sustracciÃ³nISO C++ prohÃ­be el uso de un puntero a un mÃ©todo en la sustracciÃ³nISO C++ prohÃ­be las matrices de longitud variableISO C++ prohÃ­be la matriz %qD de longitud variableISO C++ prohÃ­be matrices de tamaÃ±o ceroISO C++ prohÃ­be la matriz %qD de tamaÃ±o ceroISO C++ prohÃ­be structs anÃ³nimosISO C++ prohÃ­be la sobrecarga del operador ?:ISO C++ dice que estos son ambiguos, aÃºn cuando la peor conversiÃ³n para el primero es mejor que la peor conversiÃ³n para el segundo:ISO C90 no admite declaradores de matriz %<[*]%>ISO C90 no admite %<_Alignas%>ISO C90 no admite %<_Noreturn%>ISO C90 no admite %<_Static_assert%>ISO C90 no admite %<long long%>ISO C90 no admite %<static%> o calificadores de tipo en los declaradores de parÃ¡metros de matricesISO C90 no admite %qEISO C90 no admite tipos complejosISO C90 no admite miembros de matriz flexiblesISO C90 no admite structs/unions sin nombreISO C90 prohÃ­be la matriz %qE cuyo tamaÃ±o no se puede evaluarISO C90 prohÃ­be la matriz cuyo tamaÃ±o no se puede evaluarISO C90 prohÃ­be las literales compuestasISO C90 prohÃ­be mezclar declaraciones y cÃ³digoISO C90 prohÃ­be la especificaciÃ³n de subobjetos a inicializarISO C90 prohÃ­be el subÃ­ndice de una matriz no-lvaluadaISO C90 prohÃ­be la matriz de longitud variableISO C90 prohÃ­be la matriz de longitud variable %qEISO C99 no admite %<_Alignas%>ISO C99 no admite %<_Noreturn%>ISO C99 no admite %<_Static_assert%>ISO C99 no admite %qEISO C99 no admite structs/unions sin nombreSi se usa -ftree-vectorize, el lÃ­mite de bucle mÃ­nimo de un bucle para considerarse en la vectorizaciÃ³n.Si se usa -fvariable-expansion-in-unroller, el nÃºmero mÃ¡ximo de veces que una variable individual se expandirÃ¡ durante el desenrollo de bucles.Si el primer argumento de ATAN2 %L es cero, entonces el segundo argumento no debe ser ceroSi el nÃºmero de candidatos en el conjunto es menor, siempre se tratarÃ¡ de eliminar los ivs sin usar durante su optimizaciÃ³n.Si se calendariza despuÃ©s de la recarga, hace la planificaciÃ³n de superbloque.Ignora 'D' en la columna uno en formato fija.Ignora dllimport para funciones.No considerada.Objeto de alojamiento ilegal en %C para un procedimiento PURECarÃ¡cter ilegal en la constante BOZ en %CTipo de referencia ilegal en %L como un objeto EQUIVALENCETranco ilegal de cero en %LDeclaraciÃ³n de control de imagen %s en %C en el bloque CRITICALDeclaraciÃ³n de control de imagen %s en %C en el bloque DO CONCURRENTDeclaraciÃ³n de control de imagen %s en %C en un procedimiento PUREDeclaraciÃ³n de control de imagen CRITICAL en %C en un bloque DO CONCURRENTDeclaraciÃ³n de control de imagen CRITICAL en %C en un procedimiento PUREDeclaraciÃ³n de control de imagen RETURN en %C en un bloque CRITICALDeclaraciÃ³n de control de imagen RETURN en %C en un bloque DO CRITICALDeclaraciÃ³n de control de imagen STOP en %C en el bloque CRITICALDeclaraciÃ³n de control de imagen STOP en %C en el bloque DO CONCURRENTDeclaraciÃ³n de control de imagen SYNC en %C en un bloque CRITICALDeclaraciÃ³n de control de imagen SYNC en %C en un bloque DO CONCURRENTDeclaraciÃ³n de control de imagen SYNC en %C en un procedimiento PUREEl argumento de conjunto de imagen %L debe ser un escalar o una expresiÃ³n INTEGER de rango 1El argumento de conjunto de imagen en %L debe estar entre 1 y num_images()Implementa la semÃ¡ntica de constructor heredado de C++17.Implementa operaciones __atomic mediante llamadas de biblioteca a funciones __sync antiguas.Implementa la resoluciÃ³n de DR 150 para coincidencias de argumentos de plantilla de plantilla.En %s en %L los procedimientos deben ser puras FUNCTIONs ya que el nombre genÃ©rico es tambiÃ©n el nombre de un tipo derivadoEn %s en %L los procedimientos deben ser o todos SUBROUTINE o todos FUNCTIONEn C++, un valor diferente de cero significa avisar sobre conversiones obsoletas de literales de cadena a `char *'.  En C, aviso similar, excepto que la conversiÃ³n por supuesto no es obsoleta por el estÃ¡ndar ISO C.En optimizaciÃ³n SSA-PRE en Ã¡rboles, activa eliminaciÃ³n de redundancia parcial-parcial.En el constructor %qsEn el constructor copia %qsEn el destructor %qsEn la funciÃ³n %qsEn la funciÃ³n lambdaEn la funciÃ³n miembro %qsEn la funciÃ³n miembro static %qsTipo derivado incompatible en PARAMETER en %LRangos %d y %d incompatibles en la asignaciÃ³n en %LRangos incompatibles en %s (%d y %d) en %LTipos incompatible en la declaraciÃ³n DATA en %L; se intentÃ³ la conversiÃ³n de %s a %sRangos inconsistentes para el operador en %%L y %%LBorde EH %i->%i incorrectoValor de devoluciÃ³n de la funciÃ³n incorrectoIncrementa el cumplimiento con IEEE para las comparaciones de coma flotante.El Ã­ndice en la dimensiÃ³n %d estÃ¡ fuera de los lÃ­mites en %LIndica la presencia de una errata del procesador.Indica prioridad para r0..r3 / r12..r15 con TARGET_REGISTER_PRIORITY.Inhibe el uso de las instrucciones de coma flotante de hardware.No se permite la inicializaciÃ³n de %C en un procedimiento PURELa inicializaciÃ³n en %C no es para una variable punteroNo se permite la inicializaciÃ³n del componente allocatable en %CNo se permite la inicializaciÃ³n de un puntero en %C en un procedimiento PURENo se permite la inicializaciÃ³n de una variable en %C en un procedimiento PUREInicializa las variables locales a cero (de g77).Se inicializa una variable ya inicializada en %CInyecta las funciones friend dentro de espacios de nombres cerrados.Coloca en lÃ­nea las operaciones __atomic cuando una secuencia de instrucciones lock free estÃ¡ disponibleIncluye en lÃ­nea todas las operaciones de cadenas conocidas.Incluye constantes en lÃ­nea si se pueden hacer en 2 insns o menos.Incluye en lÃ­nea las operaciones de cadena memset/memcpy, pero realiza la versiÃ³n inline sÃ³lo para los bloques pequeÃ±os.Incluir en lÃ­nea recursivamente solo cuando la probabilidad de que la llamada se ejecute exceda el parÃ¡metro.Inserta el cÃ³digo de anÃ¡lisis de perfil de programa basado en arc.Inserta el cÃ³digo para perfilar valores de expresiones.Inserta instrucciones hbrp despuÃ©s de los objetivos ramificados con pista para evitar el problema del colgado de SPU.Inserta nops cuando se puede mejorar el rendimiento permitiendo el asunto dual (por defecto).Inserta cÃ³digo de revisiÃ³n de la pila en el programai.  Igual que -fstach-check=specific.Instrumenta funciones de entrada y salida con llamadas de anÃ¡lisis de perfil.Instrumenta solamente funciones marcadas con el atributo bnd_instrument.El clon de instrumentaciÃ³n no hace referencia al nodo originalEl thunk de instrumentaciÃ³n tiene elemento invocado de borde incorrectoNodo instrumentado tiene declaraciÃ³n original incorrectaSe requiere una expresiÃ³n entera en %CId entero (N) de la instrucciÃ³n personalizada fabsd.Id entero (N) de la instrucciÃ³n personalizada fabss.Id entero (N) de la instrucciÃ³n personalizada faddd.Id entero (N) de la instrucciÃ³n personalizada fadds.Id entero (N) de la instrucciÃ³n personalizada fatand.Id entero (N) de la instrucciÃ³n personalizada fatans.Id entero (N) de la instrucciÃ³n personalizada fcmpeqd.Id entero (N) de la instrucciÃ³n personalizada fcmpeqs.Id entero (N) de la instrucciÃ³n personalizada fcmpged.Id entero (N) de la instrucciÃ³n personalizada fcmpges.Id entero (N) de la instrucciÃ³n personalizada fcmpgtd.Id entero (N) de la instrucciÃ³n personalizada fcmpgts.Id entero (N) de la instrucciÃ³n personalizada fcmpled.Id entero (N) de la instrucciÃ³n personalizada fcmples.Id entero (N) de la instrucciÃ³n personalizada fcmpltd.Id entero (N) de la instrucciÃ³n personalizada fcmplts.Id entero (N) de la instrucciÃ³n personalizada fcmpned.Id entero (N) de la instrucciÃ³n personalizada fcmpnes.Id entero (N) de la instrucciÃ³n personalizada fcosd.Id entero (N) de la instrucciÃ³n personalizada fcoss.Id entero (N) de la instrucciÃ³n personalizada fdivd.Id entero (N) de la instrucciÃ³n personalizada fdivs.Id entero (N) de la instrucciÃ³n personalizada fexpd.Id entero (N) de la instrucciÃ³n personalizada fexps.Id entero (N) de la instrucciÃ³n personalizada fextsd.Id entero (N) de la instrucciÃ³n personalizada fixdi.Id entero (N) de la instrucciÃ³n personalizada fixdu.Id entero (N) de la instrucciÃ³n personalizada fixsi.Id entero (N) de la instrucciÃ³n personalizada fixsu.Id entero (N) de la instrucciÃ³n personalizada floatid.Id entero (N) de la instrucciÃ³n personalizada floatis.Id entero (N) de la instrucciÃ³n personalizada floatud.Id entero (N) de la instrucciÃ³n personalizada floatus.Id entero (N) de la instrucciÃ³n personalizada flogd.Id entero (N) de la instrucciÃ³n personalizada flogs.Id entero (N) de la instrucciÃ³n personalizada fmaxd.Id entero (N) de la instrucciÃ³n personalizada fmaxs.Id entero (N) de la instrucciÃ³n personalizada fmind.Id entero (N) de la instrucciÃ³n personalizada fmins.Id entero (N) de la instrucciÃ³n personalizada fmuld.Id entero (N) de la instrucciÃ³n personalizada fmuls.Id entero (N) de la instrucciÃ³n personalizada fnegd.Id entero (N) de la instrucciÃ³n personalizada fnegs.Id entero (N) de la instrucciÃ³n personalizada frdxhi.Id entero (N) de la instrucciÃ³n personalizada frdxlo.Id entero (N) de la instrucciÃ³n personalizada frdy.Id entero (N) de la instrucciÃ³n personalizada fsind.Id entero (N) de la instrucciÃ³n personalizada fsins.Id entero (N) de la instrucciÃ³n personalizada fsqrtd.Id entero (N) de la instrucciÃ³n personalizada fsqrts.Id entero (N) de la instrucciÃ³n personalizada fsubd.Id entero (N) de la instrucciÃ³n personalizada fsubs.Id entero (N) de la instrucciÃ³n personalizada ftand.Id entero (N) de la instrucciÃ³n personalizada ftans.Id entero (N) de la instrucciÃ³n personalizada ftruncds.Id entero (N) de la instrucciÃ³n personalizada fwrx.Id entero (N) de la instrucciÃ³n personalizada fwry.Id entero (N) de la instrucciÃ³n personalizada round.El gÃ©nero entero %d en %C no estÃ¡ disponibleRango simÃ©trico fuera de entero implicado por Standard Fortran en %LEntero fuera del rango simÃ©trico implicado por Standard Fortran al convertir %s a %s en %LDesbordamiento enteroDesborde entero al calcular la cantidad de memoria a reservarEntero demasiado grande para el gÃ©nero entero %i en %CEl entero es demasiado grande para su gÃ©nero en %C. Esta revisiÃ³n se puede desactiva con la opciÃ³n -fno-range-checkEntero demasiado grande en %CValor entero demasiado grande en la expresiÃ³n en %CIntegra las funciones en sus invocadores cuando se sabe que el tamaÃ±o del cÃ³digo no crece.Integra las funciones que no se declaran "inline" en sus invocadores cuando es rentable.Integra las funciones sÃ³lo requeridas por su invocador Ãºnico.No coincide la interfaz en la asignaciÃ³n de puntero a procedimiento en %L: %sSe debe especificar una interfaz para el enlace DEFERRED en %CError interno del compilador: Error al reportar rutinas reentradas.
  Unidad interna con subÃ­ndice vectorial en %LInterpreta cualquier INTEGER(4) como INTEGER(8).Interpreta cualquier REAL(4) como un REAL(10).Interpreta cualquier REAL(4) como un REAL(16).Interpreta cualquier REAL(4) como un REAL(8).Interpreta cualquier REAL(8) como un REAL(10).Interpreta cualquier REAL(8) como un REAL(16).Interpreta cualquier REAL(8) como un REAL(4).Interpreta imaginario, coma fija u otro sufijo de nÃºmero gnu como el literal numÃ©rico correspondiente en lugar de un literal numÃ©rico definido por el usuario.Dispersa los conjuntos de literales con cÃ³digo en la secciÃ³n de texto.El TRANSFER intrÃ­nseco en %L tiene un resultado parcialmente indefinido: tamaÃ±o de la fuente %ld < tamaÃ±o del resultado %ldEl operador intrÃ­nseco %qs referenciado en %L no se encontrÃ³ en el mÃ³dulo %qsLa interfaz de operador intrÃ­nseco en %L debe ser FUNCTIONEl procedimiento intrÃ­nseco en %L no puede ser un MODULE PROCEDUREUna constante Hollerith no vÃ¡lida en %L contiene un carÃ¡cter anchoConstante Hollerith no vÃ¡lida: %L debe contener por lo menos un carÃ¡cterConstante Hollerith no vÃ¡lida: El gÃ©nero entero en %L debe ser por defectoEl parÃ¡metro KIND de %s es no vÃ¡lido en %LCarÃ¡cter no vÃ¡lido en el nombre en %CCodimensiÃ³n %d no vÃ¡lida en %C, sÃ³lo existen %d codimensionesContexto no vÃ¡lido para el puntero NULL() en %%LForma no vÃ¡lida de la declaraciÃ³n PROGRAM en %CForma no vÃ¡lida de la declaraciÃ³n WRITE en %L, se requiere UNITForma no vÃ¡lida de referencia a matriz en %CForma no vÃ¡lida de referencia a comatriz en %CNÃºmero de imagen %d no vÃ¡lido en SYNC IMAGESInicializador %s no vÃ¡lido en la declaraciÃ³n Data en %CGÃ©nero %d no vÃ¡lido para la constante CHARACTER en %CGÃ©nero no vÃ¡lido para %s en %LArgumento de procedimiento no vÃ¡lido en %LAsignaciÃ³n de puntero de procedimiento no vÃ¡lida en %LRango %s no vÃ¡lido en la opciÃ³n %sGÃ©nero real %d no vÃ¡lido en %CEspecificaciÃ³n de tipo no vÃ¡lida en %CValor no vÃ¡lido para la especificaciÃ³n %s en %CActiva los avisos necesarios para cumplir estrictamente con el estÃ¡ndar.El paso de iterador en %L no puede ser ceroLos objetivos de salto se alinean a esta potencia de 2.Basura despuÃ©s de la declaraciÃ³n ASSOCIATE en %CBasura despuÃ©s de CALL en %CBasura despuÃ©s del enlace GENERIC en %CSÃ³lo genera tablas de desenredo para manejo de excepciones.Usa solamente icc0/fcc0.El parÃ¡metro KIND de %s en %L debe ser una expresiÃ³n de inicializaciÃ³nNo se admite el gÃ©nero %d para CHARACTER en %CNo se admite el gÃ©nero %d para el tipo %s en %CEl parÃ¡metro de tipo de gÃ©nero para la entidad en %L difiere del parÃ¡metro de tipo de gÃ©nero de la especificaciÃ³n de tipoABIs AArch64 conocidas (para uso con la opciÃ³n -mabi=):ABIs conocidas (para usar con la opciÃ³n -mabi=):CPUs ARC conocidas (para usar con la opciÃ³n -mcpu=):ABIs ARM conocidas (para uso con la opciÃ³n -mabi=):CPUs ARM conocidos (para usar con las opciones -mcpu= y -mtune=):FPUs ARM conocidos (para usar con la opciÃ³n -mfpu=):Arquitecturas ARM conocidas (para usar con la opciÃ³n -march=):ISAs C6X conocidas (para uso con la opciÃ³n -march=):CPUs conocidos (para uso con las opciones -mcpu= y -mtune):CPUs FR-V conocidos (para usar con la opciÃ³n -mcpu=):CPUs IQ2000 conocidos (para uso con la opciÃ³n -mcpu=):CPUs Itanium conocidos (para uso con la opciÃ³n -mtune=):CPUs M68K conocidos (para uso con la opciÃ³n -mcpu=):ISAs M68K conocidas (para uso con la opciÃ³n -march=):Microarquitecturas M68K conocidas (para uso con la opciÃ³n -mtune=):ABIs MIPS conocidos (para uso con la opciÃ³n -mabi=):CPUs MIPS conocidos (para uso con las opciones -march= y -mtune=):ConfiguraciÃ³n de lso MIPS IEEE 754 conocidos (para uso con las opciones -mabs= y -mnan=):Niveles ISA MIPS conocidos (para uso con la opciÃ³n -mips):CPUs TILE-Gx conocidos (para usar con la opciÃ³n -mcpu=):CPUs TILEPro conocidos (para uso con la opciÃ³n -mcpu=):Dialectos TLS conocidos (para usar con la opciÃ³n -mtls-dialect=):Formatos __fp16 conocidos (para usar con la opciÃ³n -mfp16-format=):Modo de direcciÃ³n conocido (para uso con la opciÃ³n -maddress-mode=):Tipos de arquitectura conocidos (para usar con la opciÃ³n -march=):Dialectos de ensamblador conocidos (para uso con la opciÃ³n -masm=):Tipos de modelos de cÃ³digo conocidos (para uso con la opciÃ³n -mcmodel=):Modelos de cÃ³digo conocidos (para uso con la opciÃ³n -mcmodel=):Las opciones conocidas para alineamiento de datos (para usar con la opciÃ³n -malign-data=):ABIs de coma flotante conocidas (para usar con la opciÃ³n -mfloat-abi):Guarda de protecciÃ³n de pila conocida (para usar con la opciÃ³n -mstack-protector-guard=):ABIs de biblioteca de vectorizaciÃ³n conocidas (para usar con la opciÃ³n -mveclibabi=):latencia de cachÃ© L%d desconocida para %sLHS en la llamada noreturnLOCK_TYPE en el contexto de definiciÃ³n variable (%s) en %LSe requieren operandos LOGICAL en la expresiÃ³n en %Lel soporte para LTO no se activÃ³ en esta configuraciÃ³nLa etiqueta %d en %C ya se referenciÃ³ como etiqueta de formatoLa etiqueta %d en %C ya se referenciÃ³ como objetivo de ramificaciÃ³nLa etiqueta %d en %C se utilizÃ³ previamente como una etiqueta FORMATLa etiqueta %d en %C se utilizÃ³ previamente como objetivo de ramificaciÃ³nSe define la etiqueta %d en %L pero no se puede usarSe define la etiqueta %d en %L pero no se usaLa etiqueta %d referenciada en %L nunca se defineLa etiqueta en %L no estÃ¡ en el mismo bloque que la declaraciÃ³n GOTO en %LSe requiere parÃ©ntesis izquierdo despuÃ©s de %<*%>ExtensiÃ³n antigua:Las letras debe estar en orden alfabÃ©tico en la declaraciÃ³n IMPLICIT en %CNivel de expresividad de los almacenes de depuraciÃ³n hsaLevanta restricciones en el tamaÃ±o de GOT.Como -M pero descarta los ficheros de cabecera del sistema.Como -MD pero descarta los ficheros de cabecera del sistema.Como -pedantic pero los muestra como errores.Se excediÃ³ el lÃ­mite de %d continuaciones en la declaraciÃ³n en %CSe truncÃ³ la lÃ­nea en %LLÃ­neas ejecutadas:%s de %d
! Enlace en el cÃ³digo para un nÃºcleo __main.Enlaza para emitir el programa en formato ELF (en lugar de mmo).Enlaza con HAL BSP.Enlaza con una versiÃ³n limitada de la biblioteca de C.Enlaza con libads.a, libc.a y crt0.o.Enlaza con libc.a y libdebug.a.Enlaza con libc.a y libsim.a.Enlaza con libmvme.a, libc.a y crt0.o.Enlaza con libsim.a, libc.a y sim-crt0.o.Enlaza con libyk.a, libc.a y crt0.o.Enlaza con la biblioteca de coma flotante fast.Enlaza con las bibliotecas de pic de biblioteca.OptimizaciÃ³n en tiempo de enlace con el nÃºmero de trabajos paralelos o el servidor de trabajos.Enumera todos los contadores de depuraciÃ³n disponibles con sus lÃ­mites y cuentas.DeclaraciÃ³n local desde una funciÃ³n diferenteLa variable lock en %L debe ser un escalar de tipo LOCK_TYPEEl bloque SELECT CASE lÃ³gico en %L tiene mÃ¡s de dos casesNo se permite un rango lÃ³gico en una declaraciÃ³n CASE en %LLos lÃ³gicos en %%L se deben comparar con %s en lugar de %sBusca y utiliza ficheros PCH aÃºn cuando se estÃ© preprocesando.Busca oportunidades para reducir los ajustes de pila y las referencias de pila.El cÃ³digo de ciclo se alinea a esta potencia de 2.Variable de cicloLa variable de bucle en %C no puede ser una comatrizLa variable de bucle en %C no puede ser un subcomponenteSe modificÃ³ la variable de cicloIterar ciclos por lo menos el nÃºmero seleccionado de iteraciones que lograrÃ¡ alineaciÃ³n de bucles.La referencia de matriz inferior en %L estÃ¡ fuera de los lÃ­mites (%ld < %ld) en la dimensiÃ³n %dLa referencia de matriz inferior en %L estÃ¡ fuera de los lÃ­mites (%ld > %ld) en la dimensiÃ³n %dEl lÃ­mite inferior debe estar presente en %LcÃ³digo MIPS16 -mxgotPIC MIPS16 para ABIs diferentes de o32 y o64MMIX Interno: %s no es un int desplazableMMIX Interno: Registro errÃ³neo: %dMMIX Interno: Valor errÃ³neo para 'm', no es un CONST_INTMMIX Interno: No se puede decodificar este operandoMMIX Interno: Se esperaba un CONST_INT, no estoMMIX Interno: Se esperaba una constante, no estoMMIX Interno: Se esperaba un registro, no estoMMIX Interno: El Ãºltimo vararg nombrado no cabe en un registroMMIX Interno: Falta un case %qc en mmix_print_operandMMIX Interno: Esto no es una constante:MMIX Interno: Esta no es una direcciÃ³n reconocidaMMIX Interno: Tratando de mostrar una condiciÃ³n invertida de forma no vÃ¡lida:MMIX Interno: Â¿CuÃ¡l es el CC de esto?MMIX Interno: Â¿CuÃ¡l es el CC de esto?el argumento de vector MMX sin MMX activado cambia la ABIla devoluciÃ³n de vector MMX sin MMX activado cambia la ABIno se espera MODIFY_EXPR mientras se tienen tuplasMODULE PROCEDURE en %C debe estar en una interfaz genÃ©rica de mÃ³dulose requiere el argumento MOLD para NULL en %LLa etiqueta MOLD en %L tiene conflictos con la etiqueta SOURCE en %LLa etiqueta MOLD en %L tiene conflictos con la especificaciÃ³n de tipo en %LSe require MOLD= en un argumento NULL en %L: AmbigÃ¼edad entre las funciones especÃ­ficas %s y %s case MULT en cris_op_strLa magnitud del segundo argumento de %s excede el tamaÃ±o de bit en %LLa variante principal no estÃ¡ definidaMantiene el puntero a la cadena hacia atrÃ¡s.Hace que "char" sea signed por defecto.Hace que "char" sea unsigned por defecto.Hace los enteros de 32 bits de anchura.Construye los structs como un mÃºltiplo de 4 bytes (aviso: se altera la ABI).Se asegura que las instrucciones load y store no se mueven despuÃ©s de las instrucciones DMA.Hace que el motor de relajaciÃ³n de enlace asuma que ocurre una envoltura del contador de programa.Datos de malloc en el espacio P2.Mapea un nombre de directorio a otro en la informaciÃ³n de depuraciÃ³n.Marca los registros MAC como sobreescritos por llamada.Marca las llamadas __tls_get_addr con informaciÃ³n de argumentos.Marca todos los bucles como paralelos.Marca todos los mÃ©todos y funciones incluidos en lÃ­nea con visibilidad hidden.NÃºmero mÃ¡ximo de bloques bÃ¡sicos en bucles para movimiento invariante de bucle.NÃºmero de bucles mÃ¡ximo para el RA regional.TamaÃ±o mÃ¡ximo de la tabla de conflictos en MB.Se ha alcanzado el nÃºmero mÃ¡ximo de insns de recarga generadas (%d)
  Profundidad mÃ¡xima de recursiÃ³n para expandir expresiones de rastreo de variables.MÃ¡ximo tamaÃ±o de lista loc para que deban aÃ±adirse ops inversas.TamaÃ±o mÃ¡ximo de las tablas de dispersiÃ³n de rastreo de variables.MÃ¡ximo crecimiento de cÃ³digo causado por duplicaciÃ³n de colas (en porcentaje).MÃ¡ximo crecimiento estimado del cuerpo de la funciÃ³n causado por la inclusiÃ³n temprana en lÃ­nea de una sola llamada.Salida estimada mÃ¡xima de la ramificaciÃ³n considerada predecible.MÃ¡ximo crecimiento causado por la inclusiÃ³n en lÃ­nea de una funciÃ³n grande (en porcentaje).TamaÃ±o maximal de una particiÃ³n para LTO (en instrucciones estimadas).MÃ¡ximo crecimiento de marco de pila causado por la inclusiÃ³n en lÃ­nea (en porcentaje).El crecimiento mÃ¡ximo permitido de tamaÃ±o de los parÃ¡metros nuevos ipa-sra que reemplazan un puntero a un agregado con.Cantidad mÃ¡xima de iteraciones del paso sobre una funciÃ³n.Cantidad mÃ¡xima de bbs similares con las cuales comparar un bb.Profundidad mÃ¡xima de la bÃºsqueda en el Ã¡rbol dominador por expresiones para levantar.MÃ¡xima profundidad de cadenas sqrt que se utilizarÃ¡ cuando se sintetice la exponenciaciÃ³n mediante una constante real.Longitud mÃ¡xima de los rastreos de candidatos para reducciÃ³n de fuerza de lÃ­nea directa.Longitud mÃ¡xima del conjunto antic parcial al realizar pre optimizaciÃ³n de Ã¡rbol.Se ha alcanzado el nÃºmero mÃ¡ximo de pasos de asignaciÃ³n de LRA (%d)
! NÃºmero mÃ¡ximo de almacenamientos locales activos en la eliminaciÃ³n de almacenamiento muerto RTL.NÃºmero mÃ¡ximo de elementos de contenido agregado de un parÃ¡metro en funciones de salto y celosÃ­as.NÃºmero mÃ¡ximo de argumentos que un PHI puede tener antes de que el hilador FSM no intente hacer hilo a travÃ©s de su bloque.NÃºmero mÃ¡ximo de bloques bÃ¡sicos en un camino de hilo de salto de mÃ¡quina de estados.NÃºmero mÃ¡ximo de pares de almacenamiento condicional que se pueden hundir.NÃºmero mÃ¡ximo de referencia de datos en bucles para construir dependencias de datos de bucles.NÃºmero mÃ¡ximo de desambiguaciones que realizar por cada acceso a memoria.El nÃºmero mÃ¡ximo de campos en una estructura antes de que el anÃ¡lisis de punteros trate a la estructura como una sola variable.NÃºmero mÃ¡ximo de insns en bloque bÃ¡sico que se consideran para conversiÃ³n-if RTL.El nÃºmero mÃ¡ximo de instrucciones en bloque bÃ¡sico que se consideran para vectorizaciÃ³n SLP.El nÃºmero mÃ¡ximo de instrucciones en la lista ready que se consideran elegibles para renombrado.NÃºmero mÃ¡ximo de instrucciones que se copiarÃ¡n cuando se dupliquen bloques en un camino de hilo de salto de mÃ¡quina de estados.NÃºmero mÃ¡ximo de definiciones posibles visitadas cuando se desvirtualiza especulativamenteNÃºmero mÃ¡ximo de espacios de nombres a buscar por alternativas cuando falla la bÃºsqueda de nombre.NÃºmero mÃ¡ximo de llamadas anidadas para buscar dependencias de control durante el anÃ¡lisis de variables sin inicializar.NÃºmero mÃ¡ximo de caminos de hilo de salto nuevos que se crearÃ¡n para una mÃ¡quina de estados.NÃºmero mÃ¡ximo de nops a insertar para una pista (Por defecto 2).NÃºmero mÃ¡ximo de sentencias permitidas en un bloque que necesitan ser duplicadas al hacer hilos de saltos.NÃºmero mÃ¡ximo de sentencias que visitarÃ¡ el anÃ¡lisis de parÃ¡metros formales de IPA basado en el anÃ¡lisis de alias de una funciÃ³n dada.NÃºmero mÃ¡ximo de sentencias que se incluirÃ¡n en un Ãºnico constructor estÃ¡tico generado mediante comprobador de lÃ­mites de puntero.NÃºmero mÃ¡ximo de cadenas para las que el paso de optimizaciÃ³n de strlen rastrearÃ¡ longitudes de cadenas.El nÃºmero mÃ¡ximo de veces que se puede planificar una insns.Probabilidad mÃ¡xima de la entrada BB de la regiÃ³n de divisiÃ³n (en porcentaje relativo a la entrada BB de la funciÃ³n) para que suceda la inclusiÃ³n en lÃ­nea parcial.MÃ¡xima profundidad permitida de recursividad cuando se consulta una propiedad de un nombre SSA.NÃºmero mÃ¡ximo (en bytes) de objetos rastreados en btyes por la eliminaciÃ³n de almacenamiento muerto.TamaÃ±o mÃ¡ximo en bytes de los valores constantes permitidos como operandos.TamaÃ±o mÃ¡xmo de un SCC antes de que SCCVN detenga el procesamiento de una funciÃ³n.TamaÃ±o mÃ¡ximo de una lista de valores asociada con cada parÃ¡metro para propagaciÃ³n constante entre procedimientos.TamaÃ±o mÃ¡ximo de las variables global y static que se pueden colocar en el Ã¡rea de datos small.MÃ¡ximo tamaÃ±o, en unidades de almacenamiento, de un agregado para tenerlo en cuenta en escalarizaciÃ³n cuando se compila para tamaÃ±o.MÃ¡ximo tamaÃ±o, en unidades de almacenamiento, de un agregado para tenerlo en cuenta en escalarizaciÃ³n cuando se compila para velocidad.La longitud de subregistro mÃ¡xima no puede exceder a %dLa longitud de identificador mÃ¡xima soportada es %dFallÃ³ la asignaciÃ³n de memoriaMezclar tipos C++ usando la regla de una sola definiciÃ³n.Mezcla los almacenamientos adyacentes.Modo de empleo de la suborden de mezcla:Tasa mÃ­nima de insns a ops de mem para activar la precarga en un bucle.Tasa mÃ­nima de insns a precargar para activar la precarga para un bucle con una cuenta de viajes desconocida.La distancia mÃ­nima entre store y load en posible conflicto.TamaÃ±o minimal de una particiÃ³n para LTO (en instrucciones estimadas).ExpansiÃ³n mÃ­nima de la pila para iniciar la recolecciÃ³n de basura, como un porcentaje del tamaÃ±o total de la pila.TamaÃ±o mÃ­nimo de la pila antes de comenzar a recolectar basura, en kilobytes.No hay coincidencia en la asignaciÃ³n de puntero a procedimiento en %L: no hay coincidencia en la convenciÃ³n a llamadaFalta !$OMP END ATOMIC despuÃ©s de !$OMP ATOMIC CAPTURE en %CFalta la especificaciÃ³n de devoluciÃ³n alternativa en la llamada a subrutina en %LFalta la especificaciÃ³n de matriz en %L en la declaraciÃ³n CODIMENSIONFalta la especificaciÃ³n de matriz en %L en la declaraciÃ³n DIMENSIONFalta el rango de carÃ¡cter en IMPLICIT en %CFalta el parÃ©ntesis que cierra en la etiqueta de asignaciÃ³n en %CFalta la especificaciÃ³n de codimensiÃ³n en %CFaltan las cuentas para la funciÃ³n invocada %s/%iFalta la especificaciÃ³n de dimensiÃ³n en %CFalta la entidad o el nombre de bloque comÃºn para la declaraciÃ³n de especificaciÃ³n de atributo en %CFalta un exponente en el nÃºmero real en %CFalta la etiqueta de formato en %CFalta la especificaciÃ³n genÃ©rica en la declaraciÃ³n USE en %CFalta el nombre de la palabra clave en la lista de argumentos actual en %CFalta el parÃ¡metro de gÃ©nero en %CFalta el parÃ©ntesis izquierdo inicialFaltan los parÃ©ntesis requeridos antes de BIND(C) en %CFalta el parÃ©ntesis derecho en %CFalta el parÃ©ntesis derecho o una coma en %CMÃ³dulo %qs en la lÃ­nea %d columna %d: %sEl mÃ³dulo natural en la declaraciÃ³n USE en %C debe ser uno de INTRINSIC o NON_INTRINSICMÃ¡s argumentos actuales que formales en la llamada a procedimento en %LMÃ¡s de un borde fuera de un nodo thunkMueve las computaciones invariantes de bucles fuera de los bucles.Se proveen mÃºltiples identificadores con un sÃ³lo especificador NAME= en %CNo se permite NAME en BIND(C) para ABSTRACT INTERFACE en %CEl especificador NEWUNIT debe tener FILE= o STATUS='scratch' en %CNo pueden aparecer NON_OVERRIDABLE y DEFERRED al mismo tiempo en %CSe requiere NOPASS o una interfaz explÃ­cita en %CNOTE_INSN_BASIC_BLOCK %d en el medio del bloque bÃ¡sico %dfalta NOTE_INSN_BASIC_BLOCK para el bloque %datributo NO_ARG_CHECKNULL aparece en el lado derecho de una asignaciÃ³n en %Lse usÃ³ NULL en la aritmÃ©ticaLa inicializaciÃ³n NULL() en %C es ambiguaLos nombres despuÃ©s de !$omp critical y !$omp end critical no coinciden en %CEl nombre en %C es demasiado largoNombre de la biblioteca del sistema con la que enlazar.Nombre del fichero de inicio.Nombre demasiado largoEl bloque DO nombrado en %L requiere un nombre ENDDO coincidenteLa constante nombrada en %C en un EQUIVALENCELa lista de nombres %s no se puede renombrar por asociaciÃ³n de USE a %sEl nombre de grupo de lista de nombres en %L no puede tener el atributo SAVESe necesita una entidad o un nombre de bloque comÃºn para la declaraciÃ³n de especificaciÃ³n de atributo en %CBloque CRITICAL anidado en %CNo se permite un nombre de enlazado en BIND(C) en %CNo hay ramificaciones
  No hay llamadas
! Sin crt0.o predeterminada.No hay un borde fuera de un nodo thunkNo hay lÃ­neas de cÃ³digo ejecutables
  Ya no se admite.No hay ninguna regiÃ³n que cruce el salto en el lÃ­mite de la secciÃ³n en bb %iEl nodo tiene mÃ¡s de una referencia chkpAsignaciÃ³n definida por el usuario de un no-ELEMENTAL en WHERE en %LUno que no es POINTER en el contexto de asociaciÃ³n de puntero (%s) en %LElemento de matriz de forma asumida que no es carÃ¡cter en la etiqueta FORMAT en %LElemento de matriz de tamaÃ±o asumido que no es carÃ¡cter en la etiqueta FORMAT en %LElemento de matriz de puntero que no es carÃ¡cter en la etiqueta FORMAT en %LEl lÃ­mite inferior no es constante en la declaraciÃ³n de forma implÃ­cita en %LCarÃ¡cter no numÃ©rico en la etiqueta de declaraciÃ³n en %CEl procedimiento FINAL que no es escalar en %L debe tener un argumento sharp asumidoExpresiÃ³n que no es variable en el contexto de definiciÃ³n variable (%s) en %LEl componente %s que no es comatriz en %L de tipo LOCK_TYPE o con subcomponente de tipo LOCK_TYPE debe tener una codimensiÃ³n o ser un subcomponente de una comatriz. (Las variables de tipo %s pueden no tener una codimiensiÃ³n ya que %s en %L tiene una codimensiÃ³n o un componente submatriz)El componente %s que no es comatriz en %L de tipo LOCK_TYPE o con subcomponente de tipo LOCK_TYPE debe tener una codimensiÃ³n o ser un subcomponente de una comatriz. (Las variables de tipo %s pueden no tener una codimensiÃ³n si ya existe un subcomponente comatriz)CarÃ¡cter de tabulaciÃ³n que no es conforme en %CCarÃ¡cter de tabulador que no es conformante en la columna %d de la lÃ­nea %dSecciÃ³n de matriz no constante en %L en la declaraciÃ³n DATASe requiere una anchura que no sea negativaDeclaraciÃ³n de tipo %s*%d no estÃ¡ndar en %CNo se esperaba TAG.Nodo no instrumentado tiene declaraciÃ³n original no NULLNÃºmero de particiones en las que se debe dividir el programa.NÃºmero de registros usados para pasar argumentos enteros.Se requiere un PARAMETER numÃ©rico en la constante compleja en %CSe requieren operandos numÃ©ricos en la expresiÃ³n en %LSe requieren operandos numÃ©ricos o CHARACTER en la expresiÃ³n en %LLa declaraciÃ³n OPEN en %C debe tener especificado UNIT o NEWUNITNo se permite una declaraciÃ³n OPEN en el procedimiento PURE en %CNo se permite OPTIONAL dentro de BLOCK en %Clas declaraciones Objective-C sÃ³lo pueden aparecer en el Ã¡mbito globalCaracterÃ­stica obsoleta:Herramienta Â«offlineÂ»  para manejar contadores de gcda
  
! No se admite la declaraciÃ³n de tipo de estilo antiguo %s*%d en %COmite el marco de referencia para las funciones hojas.Omite el paso de reducciÃ³n de rango al realizar divisiones complejas.Omite el puntero del marco de referencia para las funciones hojas.SÃ³lo genera reubicaciones absolutas en los valores de tamaÃ±o word.SÃ³lo se pueden usar operandos intrÃ­nsecos en la expresiÃ³n en %LSÃ³lo ejecuta una instrucciÃ³n por ciclo.Preservado por compatibilidad hacia atrÃ¡s.Usa solamente 32 FPRs.Usa solamente 32 GPRs.construcciÃ³n OpenACC dentro de regiÃ³n no OpenACCla directiva de bucle OpenACC debe estar asociada a una regiÃ³n de cÃ³mputo OpenACCregiÃ³n OpenACC dentro de rutina OpenACC; el paralelismo anidado aÃºn no se permiteLas construcciones OpenACC distintas de %<#pragma omp ordered simd%> pueden no estar anidadas dentro de la regiÃ³n %<simd%>El operando del operador .not. en %%L es %sEl operando del operador numÃ©rico unitario %%<%s%%> en %%L es %sEl operando del operador de usuario %%<%s%%>  en %%L es %sLos operandos del operador numÃ©rico binario %%<%s%%> en %%L son %s/%sLos operandos del operador de comparaciÃ³n %%<%s%%> en %%L son %s/%sLos operandos del operador lÃ³gico %%<%s%%> en %%L son %s/%sLos operandos del operador de concatenaciÃ³n de cadenas en %%L son %s/%sLos operandos del operador de usuario %%<%s%%> en %%L son %s/%sLa interfaz de operador en %L genera un conflicto con la interfaz intrÃ­nsecaLa interfaz de operador en %L tiene el nÃºmero errÃ³neo de argumentosLa interfaz de operador en %L debe tener, cuando mucho, dos argumentosOptimiza la cantidad de registros stdarg guardados en pila al principio de la funciÃ³n.Optimiza patrones condicionales usando nodos SSA PHI.Optimiza para experiencia de depuraciÃ³n en lugar de velocidad o tamaÃ±o.Optimiza para espacio en lugar de velocidad.Optimiza para velocidad descartando el cumplimento exacto de estÃ¡ndares.Optimiza la cabecera de marco.Optimiza la inducciÃ³n de variables en los Ã¡rboles.Optimiza las cargas de las direcciones lui/addiu.Optimiza los tamaÃ±os de opcode en tiempo de enlazado.Optimiza las llamadas recursivas hermanadas y de extremo.Optimiza las instrucciones de la llamada del extremo en el ensamblador y el enlazador.OpciÃ³n %s no usada con coherencia en todos los ficheros de entrada LTOOpciÃ³n %s con valores diferentesOpciones:
  Fuera de lÃ­mites en IMAGE_INDEX en %L para la dimensiÃ³n %d, SUB tiene %ld y el lÃ­mite inferior de COARRAY  es %ld)Fuera de lÃ­mites en IMAGE_INDEX en %L para la dimensiÃ³n %d, SUB tiene %ld y el lÃ­mite superior de COARRAY es %ld)Espacio de pila agotado.
! Muestra la secciÃ³n .debug_types al usar la informaciÃ³n de depuraciÃ³n DWARF v4.Muestra los objetos lto que contienen tanto el lenguaje intermedio como la salida binaria.InformaciÃ³n de uso de pila de salida basada por funciÃ³n.Contadores de verificaciÃ³n de vtable de salida.InformaciÃ³n sobre los conjuntos de vectores de verificaciÃ³n de vtable de salida.Modo de empleo de la suborden de solapamiento:Se sobreescriben los inicializadores desiguales en EQUIVALENCE en %LAnula -mbest-lib-options.El descriptor P requiere un factor de escala inicialFalta un inicializador para el PARAMETER en %LCargas literales relativas a PC.variante PCSFalta un argumento PHI para el borde %d->%del argumento PHI no es SSA_NAME, o invariantenodo PHI con ubicaciÃ³nnodo PHI con VUSE incorrecto en el borde desde BB %dLa generaciÃ³n de cÃ³digo PIC no es compatible con las llamadas rÃ¡pidas indirectasLa generaciÃ³n de cÃ³digo PIC no se admite en el modelo transportable de tiempo de ejecuciÃ³nPIC sÃ³lo se admite para RTPsse requiere PIC pero no se admite con instrucciones CONST16registro PIC sobreescrito por %qs en %<asm%>el registro PIC aÃºn no estÃ¡ preparadoSe requiere el atributo POINTER para el procedimiento de componente puntero en %CPRE desactivadoLa lista de nombres PRINT en %C es una extensiÃ³nNo se permite la declaraciÃ³n PRINT en %C dentro un procedimiento PUREPRINT_OPERAND puntero nuloPRINT_OPERAND, insn no vÃ¡lida para %%CPRINT_OPERAND, insn no vÃ¡lida para %%NPRINT_OPERAND: PuntuaciÃ³n desconocida '%c'PRINT_OPERAND_ADDRESS, puntero nuloSÃ³lo se permite la declaraciÃ³n PRIVATE en %C en la parte de especificaciÃ³n de un mÃ³duloLa declaraciÃ³n PRIVATE en %C debe preceder a los enlaces de procedimientoLa declaraciÃ³n PRIVATE en %C debe preceder a los componentes de la estructuraLa declaraciÃ³n PRIVATE en TYPE en %C debe estar dentro de un MODULEPROCEDURE en %C debe estar en una interfaz genÃ©ricaEl atributo PROCEDURE genera un conflicto con el atributo PROTECTED en %LPROCEDURE(interface) en %C se debe declarar DEFERREDSÃ³lo se permite PROTECTED en %C en la parte de especificaciÃ³n de un mÃ³duloEl atributo PROTECTED genera un conflicto con el atributo EXTERNAL en %LSÃ³lo se permite la declaraciÃ³n PRIVATE en %C en la parte de especificaciÃ³n de un mÃ³duloNo deben aparecer PURE con IMPURE en %CEmpaca las instrucciones VLIW.Empaqueta juntos a los miembros de la estructura sin agujeros.Los paquetes de parÃ¡metros __bases sÃ³lo son vÃ¡lidos en la declaraciÃ³n de plantillaPasa la opciÃ³n -EB al enlazador.Pasa la opciÃ³n -EL al enlazador.Pasa la opciÃ³n -marclinux al enlazador.Pasa la opciÃ³n -marclinux_prof al enlazador.Pasa -z texto al enlazador.Pasa la direcciÃ³n de la ubicaciÃ³n de ra save a _mcount en $12.El objeto pasado en %L debe ser escalarPasa una peticiÃ³n al ensamblador para hacer posibles correcciones de varias erratas de silicio.Pasa una peticiÃ³n al ensamblador para advertir de varias erratas de silicio.No se permite el paso del procedimiento interno en %L por ubicaciÃ³nPenalizaciÃ³n porcentual que recibirÃ¡n las funciones que contien una sola llamada a otra funciÃ³n cuando se evalÃºen para clonaciÃ³n..PenalizaciÃ³n porcentual que recibirÃ¡n las funciones recursivas cuando se evalÃºen para clonaciÃ³n..Realiza la eliminaciÃ³n de duplicados DWARF.Realiza la PropagaciÃ³n de Rango Valor IPA.Realiza plegamiento de cÃ³digo idÃ©ntico en funciones y variables de solo lectura.Realiza plegamiento de cÃ³digo idÃ©ntico en funciones.Realiza plegamiento de cÃ³digo idÃ©ntico en variables.Realiza la planificaciÃ³n SMS basada en mÃ³dulo antes del primer paso de calendarizaciÃ³n.Realiza la planificaciÃ³n mÃ³dulo basada en SMS con movimientos permitidos de registros.Realiza optimizaciones de alineaciÃ³n especÃ­ficas para VR4130.Realiza la PropagaciÃ³n de Rango Valor en Ã¡rboles.Realiza el paso de la propagaciÃ³n hacia adelante en RTL.Realiza un nÃºmero de optimizaciones menores y costosas.Realiza el paso de optimizaciÃ³n de copia-propagaciÃ³n de registros.Realiza el paso de optimizaciÃ³n de renombrado de registros.Realiza paso de optimizaciÃ³n por fusiÃ³n de instrucciones dependiente de objetivo.Realiza optimizaciÃ³n de carga de ramificaciÃ³n objetivo despuÃ©s del hilo prÃ³logo / epÃ­logo.Realiza optimizaciÃ³n de carga de ramificaciÃ³n objetivo antes del hilo prÃ³logo / epÃ­logo.Realiza la clonaciÃ³n para hacer la propagaciÃ³n constante Interprocedural mÃ¡s fuerte.Realiza la eliminaciÃ³n de comparaciones despuÃ©s de terminar el alojamiento de registros.Realiza la conversiÃ³n de saltos condicionales a equivalentes sin ramificaciÃ³n.Realiza la conversiÃ³n de saltos condicionales a ejecuciÃ³n condicional.Realiza la conversiÃ³n de las inicializaciones de switch.Realiza optimizaciones de saltos cruzados.Realiza la inclusiÃ³n en lÃ­nea temprana.Realiza el movimiento de la carga mejorada durante la eliminaciÃ³n de subexpresiones comunes globales.Realiza el anÃ¡lisis puntero-a funciÃ³n-local en Ã¡rboles.Realiza la eliminaciÃ³n de subexpresiones comunes globales tras la finalizaciÃ³n de la asignaciÃ³n de registros.Realiza la eliminaciÃ³n de subexpresiones comunes globales.Realiza la inclusiÃ³n en lÃ­nea indirecta.Realiza comprobaciones de consistencia internas.Realiza la propagaciÃ³n interprocedural de las constantes por bits.Realiza la propagaciÃ³n interprocedural de las constantes.Realiza el anÃ¡lisis interprocedural de puntero-a.Realiza la propagaciÃ³n de perfil interprocedural.Realiza la reducciÃ³n interprocedural de los agregados.Realiza optimizaciones de hilado de saltos.Realizar la divisiÃ³n de rango vivo durante el paso SSA->normal.Realiza el pelado de bucles.Realiza la divisiÃ³n de bucles.Realiza el desenrollamiento del bucle para todos los bucles.Realiza el desenrollamiento del bucle cuando se conoce la cuenta de iteraciÃ³n.Realiza la eliminaciÃ³n de opciones de bucle.Realiza la inclusiÃ³n en lÃ­nea parcial.Realiza la carga redundante despuÃ©s de la eliminaciÃ³n de almacenamiento en la eliminaciÃ³n de subexpresiones comunes globalesRealiza el reemplazo escalar de agregados.Realiza el `pipelining' de software de los bucles internos durante la planificaciÃ³n selectiva.Realiza el `pipelining' de software de los bucles externos durante la planificaciÃ³n selectiva.Realiza desvirtualizaciÃ³n especulativa.Realiza el movimiento de guardado despuÃ©s de la eliminaciÃ³n de subexpresiones comunes globales.Realiza reducciÃ³n de fuerza de lÃ­nea directa.Realiza la formaciÃ³n de superbloques a travÃ©s de la duplicaciÃ³n de colas.Realiza la eliminaciÃ³n de sÃ­mbolos sin uso en la informaciÃ³n de depuraciÃ³n.Realiza la eliminaciÃ³n de tipos sin uso en la informaciÃ³n de depuraciÃ³n.Realiza el seguimiento de variables y tambiÃ©n marca las variables que no se inicializaron.Realiza seguimiento de variables con asignaciÃ³n de anotaciones.Realiza seguimiento de variables.Realiza optimizaciones del programa completo.Se requiere un punto en el especificador de formatoSe requiere un punto en el especificador de formato %s en %LSe requiere un punto en el especificador de formato en %LPermite '$' como un identificador de carÃ¡cter.Permite usos no conformes del carÃ¡cter tabulador.Permite la planificaciÃ³n de la secuencia de prÃ³logo de funciones.Permite los nombres de cÃ¡racteres universales (\u y \U) en los identificadores.Coloca un bit de parada despuÃ©s de cada ciclo durante la planificaciÃ³n.Coloca los elementos de datos en su propia secciÃ³n.Coloca cada funciÃ³n en su propia secciÃ³n.Coloca las constantes de coma flotante en TOC.Coloca las constantes sÃ­mbolo+desplazamiento en TOC.Por favor, envÃ­e un informe completo de errores,
  con el cÃ³digo preprocesado si es apropiado.
! PluginsEl componente de matriz de puntero de la estructura en %C debe tener una forma diferidaEl objetivo de asignaciÃ³n de puntero tiene atributo PROTECTED en %LEl objetivo de asignaciÃ³n de puntero no es TARGET ni POINTER en %LEl objetivo de asignaciÃ³n de puntero no es un POINTER en %LAsignaciÃ³n de puntero con subÃ­ndice vectorial del lado derecho en %LEl componenten puntero %s en %L tiene un subcomponenten que no es comatriz de tipo LOCK_TYPE, el cual debe tener una codimensiÃ³n o ser un subcomponente de una comatrizEl objetivo de inicializaciÃ³n de puntero en %L debe tener el atributo SAVEEl objeto puntero en %C no debe tener un coÃ­ndiceEl objeto puntero en %L no debe tener un coÃ­ndiceLos punteros son de 32-bit.Los punteros son de 64-bit.PolÃ­ticas disponibles para usar con -mcompact-branches=:El componente polimÃ³rfico %s en %L en SEQUENCE o de tipo BIND(C) %sSubobjecto polimÃ³rfico de un objeto coindizado en %LSe requiere anchura del exponente positivaSe requieren una anchura positivaSe requiere anchura positiva en el especificador de formato %s en %LSe requieren una anchura positiva con el descriptor TPosible cambio de valor en la conversiÃ³n de %s a %s en %LPrefiere las ramas sobre la ejecuciÃ³n condicional.Prefiere accesos word sobre accessos byte.Precede los sÃ­mbolos globales con ":" (para usarse con PREFIJO).Preprocesa sÃ³lo directivas.Fuente preprocesada almacenada en el fichero %s; por favor, adjÃºntelo a su informe de errores.
  Preserva la pila de enlace del PowerPC 476 emparejando un blr con las insns bcl/bl utilizadas para accesos GOT.Pretende que una ramificaciÃ³n-alrededor-de-un-movimiento es un movimiento condicional.Pretende que las ramificaciones son costosas.Previene el uso de todas las instrucciones de coma flotante.Previene el uso de todas las instrucciones de coma flotante de hardware.!$OMP DECLARE REDUCTION anterior en el mÃ³dulo %s en %LMuestra informaciÃ³n de cobertura de cÃ³digo.
  
  Muestra avisos extra (posiblemente no deseados).Imprime indicaciones fix-it (arreglar) en stder en formato diff unificado.Imprime indicaciones fixit (arreglar) en formato legible por una mÃ¡quina.Muestra los nombres de los ficheros de cabecera mientras se utilizan.Probabilidad de que la funciÃ³n COMDAT se comparta con diferentes unidades de compilaciÃ³n.El argumento del procedimiento en %L es local a un procedimiento PURE y tiene el atributo POINTEREl objetivo de inicializaciÃ³n de puntero a procedimiento en %L tal vez no es un puntero a procedimientoProcesa directivas #ident.Se procesa la especificaciÃ³n (%s), la cual es '%s'
! Produce un rastreo hacia atrÃ¡s cuando se encuentra un error en tiempo de ejecuciÃ³n.Produce un aviso en tiempo de ejecuciÃ³n si se ha creado una matriz temporal para un argumento de procedimiento.Produce cÃ³digo big endian.Produce cÃ³digo reubicable en tiempo de ejecuciÃ³n.Produce cÃ³digo little endian.La informaciÃ³n de anÃ¡lisis de perfil para la funciÃ³n %u estÃ¡ corruptaLa informaciÃ³n de anÃ¡lisis de perfil en %s estÃ¡ corruptaEl programa estÃ¡ ubicado por completo en la parte baja de 64k de memoria.ProhÃ­be la llamada a funciones relativas al PC.ProhÃ­be los saltos relativos al PC.Protege parÃ©ntesis en las expresiones.Provee bibliotecas para el simulador.Empuja los registros extendidos a la pila en las funciones de monitorizaciÃ³n.Coloca todas las matrices locales en la pila.Coloca todo en la TOC normal.Coloca las tablas de salto para las declaraciones switch en la secciÃ³n .data en lugar de la secciÃ³n .code.Pone los datos de solo lectura reubicados en la secciÃ³n .data.Pone las constantes sin inicializar en ROM (necesita -membedded-data).Pone los datos inicializados a cero en la secciÃ³n bss.La variable RESULT en %C debe ser diferente que el nombre de la funciÃ³nRESULT_DECL se debe leer sÃ³lo cuando se define DECL_BY_REFERENCERevisiÃ³n RTL: acceso de elt %d de '%s' con el Ãºltimo elt %d en %s, en %s:%dRevisiÃ³n RTL: acceso de elt %d de vector con el Ãºltimo elt %d en %s, en %s:%dRevisiÃ³n RTL: acceso de hwi elt %d de vector con el Ãºltimo elt %d en %s, en %s:%dRevisiÃ³n RTL: se intentÃ³ tratar un sÃ­mbolo que no es de bloque como un sÃ­mbolo de bloque en %s, en %s:%dRevisiÃ³n RTL: se esperaba el cÃ³digo '%s' Ã³ '%s', se tiene '%s' en %s, en %s:%dRevisiÃ³n RTL: se esperaba el cÃ³digo '%s', se tiene '%s' en %s, en %s:%dRevisiÃ³n RTL: se esperaba el tipo elt %d '%c' Ã³ '%c', se tiene '%c' (rtx %s) en %s, en%s:%dRevisiÃ³n RTL: se esperaba el tipo elt %d '%c', se tiene '%c' (rtx %s) en %s, en %s:%dRevisiÃ³n de opciÃ³n RTL: se usÃ³ %s con el cÃ³digo rtx inesperado '%s' en %s, en %s:%dEl PIC de RTP es incompatible con -msingle-pic-baseEl PIC de RTP es incompatible con ThumbRTTI no funcionarÃ¡ en este tipolas instrucciones FPU de RX no admiten NaNs e infinitosElevar un REAL negativo en %L a una potencia REAL estÃ¡ prohibidoLa especificaciÃ³n de rango en %L nunca puede coincidirEl rango no coincide en la referencia de matriz en %L (%d/%d)El objetivo de remapeo de rango es menor que el tamaÃ±o del puntero (%ld < %ld) en %LEl objetivo de remapeo de rango de debe ser de rango 1 o simplemente contiguo en %LLeyendo el mÃ³dulo %qs en la lÃ­nea %d columna %d: %sLeyendo especificaciones de %s
! La constante real desborda su gÃ©nero en %CLa constante real desborda por debajo su gÃ©nero en %CRealinea la pila en el prÃ³logo.Reubica el lado derecho en las asignaciones.Reconoce palabras clave de C++ como "compl" y "xor".Reconoce las palabras claves definidas por GNU.Reconoce funciones internas.Reconoce la palabra clave "asm".Guarda las opciones de la lÃ­nea de Ã³rdenes de gcc en DW_AT_producer de DWARF.Guarda las opciones de la lÃ­nea de Ã³rdenes de gcc en el fichero objeto.Registra los tiempos tomados por subfases por separado.Reduce prioridad para r0..r3 / r12..r15 con TARGET_REGISTER_PRIORITY.Ã�ndice de sentencia de referencia no encontradoÃ�ndice de sentencia de referencia fuera de rangoLa regiÃ³n cruza el salto a travÃ©s de la misma secciÃ³n en bb %iRelaja ramificaciones.Relaja los literales en ensamblador y los coloca automÃ¡ticamente en la secciÃ³n de texto.Alivio de la presiÃ³n de registro a travÃ©s del encogimiento de rango en vivo.Reasocia nombres de fichero al incluir ficherosRemueve miembros redundantes.Se elimina '%s'
  Se renombran operadores en declaraciones USE en %CReordena los bloques bÃ¡sicos y particionar en secciones caliente y frÃ­a.Reordena los bloques bÃ¡sicos para mejorar la ubicaciÃ³n del cÃ³digo.Reordena las funciones para mejorar la ubicaciÃ³n del cÃ³digo.Reordena las funciones de nivel superior, variables y asms.Reemplaza add, compare, branch con branch en la cuenta de registros.Reemplaza expresiones temporales en el paso SSA->normal.Informa sobre la coherencia del perfil.Reporta la ubicaciÃ³n de memoria antes de la optimizaciÃ³n interprocedural.Reporta el alojamiento en memoria permanente solo en WPA.Reporta el alojamiento en memoria permanente.Reporta el tiempo tomado por cada paso del compilador.Reporta varias estadÃ­sticas de optimizaciÃ³n de tiempo de enlace solo para WPA.Reporta varias estadÃ­sticas de optimizaciÃ³n de tiempo de enlace.Requiere rutinas de biblioteca matemÃ¡tica que cumplan con IEEE (OSF/1).Recalendariza las instrucciones despuÃ©s del alojamiento de registros.Recalendariza las instrucciones antes del alojamiento de registros.Recalendariza las regiones `pipelined' sin `pipelining'.Reserva espacio para los argumentos de salida en el prÃ³logo de la funciÃ³n.Restringe que la migraciÃ³n de carga de objetivos no reuse registros en ningÃºn bloque bÃ¡sico.Restringe el uso de instrucciones de coma flotante de hardware para operaciones de 32-bit.El resultado de %s da un rango de error para su gÃ©nero en %LEl resultado de %s es NaN en %LEl resultado de %s desborda su gÃ©nero en %LEl resultado de %s desborda por debajo su gÃ©nero en %LEl resultado de BESSEL_YN es -INF en %LEl resultado de NEAREST es NaN en %LEl resultado de SCALE desborda su gÃ©nero en %LDevuelve vectores de 8 bytes en memoria.Devuelve todas las estructuras en memoria (por defecto en AIX).Devuelve los resultados de coma flotante en ac0 (fr0 en sintaxis de ensamblador Unix).Devuelve punteros tanto en a0 como en d0.Devuelve los agregados small en memoria, no en registros.Devuelve agregados small en registros.Devuelve las estructuras pequeÃ±as en registros (por defecto en SVR4).Devuelve los valores de funciones en registros FPU.Reusa r30 basado por funciÃ³n.Modo de empleo de la suborden de reescritura:Se seperaba parÃ©ntesis derecho en %CNo se especificÃ³ el lÃ­mite superior a la derecha de la secciÃ³n de matriz de tamaÃ±o asumido en %LEjecuta sÃ³lo la segunda compilaciÃ³n de -fcompare-debug.Ejecuta la optimizaciÃ³n comunizadora predictiva.Ejecuta la planificaciÃ³n selectiva despuÃ©s de recargar.Corre autotests usando la ruta dada para localizar los ficheros de test.Ejecuta el optimizador de tiempo de enlace en el modo de transformaciÃ³n local (LTRANS).Ejecuta el optimizador de tiempo de enlace en el modo de anÃ¡lisis de programa completo (WPA).funciÃ³n de especificaciÃ³n '%s' con %d args
  
  Nombre del entorno de ejecuciÃ³n.El atributo SAVE en %L no se puede especificar en un procedimiento PUREDeclaraciÃ³n SAVE en %C despuÃ©s de una declaraciÃ³n SAVE incondicionalEl chunk_size de la clÃ¡usula SCHEDULE en %L requiere una expresiÃ³n INTEGER escalarEl atributo SEQUENCE en %C ya se especificÃ³ en la declaraciÃ³n TYPELa declaraciÃ³n SEQUENCE en %C debe preceder a CONTAINSLa declaraciÃ³n SEQUENCE en %C debe preceder a los componentes de la estructuraSH2a no se admite para little-endianSIZE en %L debe ser positivoLa etiqueta SOURCE en %L tiene conflictos con la especificaciÃ³n de tipo en %Lno se admite SPE en este objetivocorrupciÃ³n de SSAhay un nombre SSA en la lista libre, pero aÃºn estÃ¡ referenciadose creÃ³ SSA_NAME en dos bloques diferentes %i y %iSSA_NAME_DEF_STMT es errÃ³neose debe establecer SSA_NAME_OCCURS_IN_ABNORMAL_PHIel conjunto de instrucciones SSE estÃ¡ desactivado, usando la aritmÃ©tica 387argumento de registro SSE con SSE desactivadose devuelve el registro SSE con SSE desactivadoel argumento de vector SSE sin SSE activado cambia la ABIla devoluciÃ³n de vector SSE sin SSE activado cambia la ABIvariable STATEl argumento STAT= en %L debe ser una variable INTEGER escalarEl cÃ³digo STOP en %L debe ser un carÃ¡cter por defecto KIND=%dEl cÃ³digo STOP en %L debe ser un entero por defecto KIND=%dEl cÃ³digo STOP en %L debe ser de tipo INTEGER o CHARACTEREl cÃ³digo STOP en %L debe ser escalardeclaraciÃ³n SUBMODULE en %CIgual que %s.  Utilice, en cambio, la Ãºltima opciÃ³n.Igual que -fassociative-math para las expresiones que incluyen divisiÃ³n.Igual que -mA6.Igual que -mA7.Igual que: -mep -mprolog-function.Guarda registros alrededor de llamadas de funciÃ³n.Guarda la TOC en el prÃ³logo para llamadas indirectas en lugar de en lÃ­nea.Se requiere un PARAMETER escalar en la constante compleja en %CFactor de escala que se aplicarÃ¡ al nÃºmero de bloques en un camibo de hilo cuando se compara con el nÃºmero de sentencias (escaladas).Factor de escala que se aplicarÃ¡ al nÃºmero de sentencias en un camino de hilo cuando se compara con el nÃºmero de bloques (escaladas).Factor de escala en el cÃ¡lculo de la distancia mÃ¡xima a la cual se puede mover una expresiÃ³n por optimizaciones GCSE.CÃ³digo de planificador para el CPU dado.Planifica para el CPU dado.Calendariza instrucciones usando el algoritmo de planificaciÃ³n selectivo.Planifica el inicio y el final del procedimiento.Tipo de planificaciÃ³n de planificaciÃ³n omp para bucles paralelizados por parloops (estÃ¡tico, dinÃ¡mico, guiado, auto, en tiempo de ejecuciÃ³n).El Ã¡mbito de las variables de la declaraciÃ³n de inicio-de-for es local para el bucle.El segundo argumento MOD en %L es ceroEl segundo argumento de %s es negativo en %LEl segundo argumento de MOD en %L es ceroEl segundo argumento de MODULO en %L es ceroEl segundo argumento de la asignaciÃ³n definida en %L debe ser INTENT(IN)El segundo argumento de la interfaz de operador en %L no puede ser opcionalEl segundo argumento de la interfaz de operador en %L debe ser INTENT(IN)VÃ©ase %s para instrucciones.
  Falla de SegmentaciÃ³nFalla de SegmentaciÃ³n (cÃ³digo)Selecciona el convenio de llamadas ABI.Selecciona el modelo de cÃ³digo.SelecciÃ³n de fracciÃ³n de la frecuencia mÃ¡xima de ejecuciones de bloque bÃ¡sico en la funciÃ³n dada para la que el bloque bÃ¡sico consigue alinear.La selecciÃ³n de fracciÃ³n de la frecuencia mÃ¡xima de ejecuciones de bloque bÃ¡sico en la funciÃ³n dada que el bloque bÃ¡sico necesita para ser considerado caliente.Selecciona el modelo grande - direcciones/punteros de 20 bits.Selecciona el mÃ©todo para el manejo de sdata.Selecciona el modelo pequeÃ±o - direcciones/punteros de 16 bits (el predefinido).Selecciona el tiempo de ejecuciÃ³n.Selecciona quÃ© sanear.La expresiÃ³n de selecciÃ³n en una declaraciÃ³n GOTO computada en %L debe ser una expresiÃ³n entera escalarEl selector en SELECT TYPE en %C no es una variable nombrada; use nombre-asociado =>El selector debe ser polimÃ³rfico en la declaraciÃ³n SELECT TYPE en %LSelecciona el tipo de nÃºcleo RL78 de destino (g10/g13/g14).  El predeterminado es G14.  Si se pone, tambiÃ©n selecciona el soporte de multiplicaciÃ³n por hardware que se usarÃ¡.Selecciona el tipo de multiplicaciÃ³n y divisiÃ³n por hardware que se usarÃ¡ (none/g13/g14).El punto y coma en %C necesita ser precedido por la declaraciÃ³nEstablece la precisiÃ³n de coma flotante 80387 a 32-bit.Establece la precisiÃ³n de coma flotante 80387 a 64-bit.Establece la precisiÃ³n de coma flotante 80387 a 80-bit.Establece las definiciones de Windows.Establece el costo de ramificaciÃ³n.Establece la accesibilidad por defecto de las entidades de mÃ³dulo a PRIVATE.Establece la revisiÃ³n de distancia de dependencias en la planificaciÃ³n prematura de insns encoladas.Establece errno despuÃ©s de las funciones matemÃ¡ticas internas.Establece el tipo de salida del enlazador (usado internamente durante la optimizaciÃ³n LTO)Establece el nombre de la rutina main para el depurador.Establece el nombre del fichero ALI de salida (opciÃ³n interna).Establece el nÃºmero prealojado de bytes en la pila para que use el llamante.Establece el umbral de probabilidad para ramificaciones desalineadas.Establece el registro para conservar -1.Establece sizeof(bool) a 1.Establece la direcciÃ³n de inicio de los datos.Establece la direcciÃ³n de inicio del programa.Establece el bit PPC_EMB en las banderas del encabezado ELF.Establece los costos de ramificaciÃ³n para las instrucciones de ramificaciÃ³n condicional.  Los valores razonables son enteros pequeÃ±os que no son negativos.  El costo de ramificaciÃ³n por defecto es 0.Establece los costos de ramificaciÃ³n para las instrucciones de ramificaciÃ³n condicional.  Los valores razonables son enteros pequeÃ±os que no son negativos.  El costo de ramificaciÃ³n por defecto es 1.Establece el costo de las ramificaciones.Establece el gÃ©nero de doble precisiÃ³n por defecto a un tipo de 8 bytes de tamaÃ±o.Establece el gÃ©nero entero por defecto a un tipo de 8 bytes de tamaÃ±o.Establece el gÃ©nero real por defecto a un tipo de 8 bytes de tamaÃ±o.Establece la probabilidad estimada en porcentaje de la expectativa incorporada. El valor predeterminado es 90% de probabilidad.Establece el tamaÃ±o mÃ¡ximo de datos elegibles para el Ã¡rea SDA.Establece el tamaÃ±o mÃ¡ximo de datos elegibles para el Ã¡rea TDA.Establece el tamaÃ±o mÃ¡ximo de datos elegibles para el Ã¡rea ZDA.Establece el nÃºmero mÃ¡ximo de bytes que se deben dejar en el tamaÃ±o de la pila antes de que se active una instrucciÃ³n trap.Establece la cantidad mÃ¡xima para una sola operaciÃ³n de incremento de pila.Establece el nÃºmero mÃ¡ximo de instrucciones ejecutadas en paralelo en el Ã¡rbol de reasociaciÃ³n. Si es 0, usa la heurÃ­stica dependiente del objetivo..Establece el nÃºmero mÃ¡ximo de notas de instanciaciÃ³n de plantilla para un solo aviso o error.Establece el nÃºmero de segmentos flash de 64 KiB.Especifica el tipo del CPU destino.Establece el directorio de nivel principal para almacenar los datos de perfilado. El predeterminado es 'pwd'.Cambiando la especificaciÃ³n %s a '%s'
  
! EspecificaciÃ³n de forma para el escalar asignable en %CLas formas para los operandos en %L y %L no son conformablesComparte ranuras para ahorrar registros hard diferentes.Comparte ranuras de pila para pseudo-registros derramados.Abrevia las referencias de direcciones durante el enlace.Muestra los nÃºmeros de columna en los diagnÃ³sticos, cuando estÃ©n disponible.  Activado por defecto.Muestra la lÃ­nea de cÃ³digo con un signo de intercalaciÃ³n para indicar la columna.Estrecha-envuelve partes del prÃ³logo y epÃ­logo por separado.Unidad de coma flotante de precisiÃ³n simple.TamaÃ±o (en KB) del cachÃ© de datos de software.TamaÃ±o en bytes despuÃ©s del cual los agregados thread-local se deben instrumentar con las funciones de registro en lugar de pares save/restore.Salta configurar registro RAX cuando se pasan argumentos variables.Ã�rea de datos small: none, sdata, use.LÃ­mite suave en el nÃºmero de insns de memoria por grupo de instrucciÃ³n, dando una prioridad mÃ¡s baja a insns de memoria subsiguientes que intenten planificar en el mismo grupo insn. Frecuentemente Ãºtil para prevenir conflictos en el banco de cachÃ©.  El valor por defecto es 1.Lo siento, sÃ³lo se admite integer kind %d implementado para el conjunto imagen en %LLa expresiÃ³n fuente en %L y el objeto de alojamiento en %L deben tener la misma formaLa expresiÃ³n fuente en %L debe ser escalar o tener el mismo rango que el objeto de alojamiento en %LEspecifica el tamaÃ±o de bit para los desplazamientos TLS inmediatos. Los valores vÃ¡lidos son 12, 24, 32, 48.Especifica el nÃºmero de registros a reservar para los manejadores de interrupciones.Especifica si las funciones de interrupciÃ³n deben guardar y restaurar el registro acumulador.Especifica la CPU para propÃ³sitos de generaciÃ³n de cÃ³digo.Especifica la CPU para propÃ³sitos de planificaciÃ³n.Especifica la CPU por razones de planificaciÃ³n.  Los argumentos vÃ¡lidos son 700, 7100, 7100LC, 7200, 7300, y 8000.Especifica el dialecto de TLS.Especifica el estÃ¡ndar UNIX para las predefiniciones y enlazado.Especifica la FPU de Xilinx.Especifica un fichero en el cual LTRANS escribe una lista de ficheros de salida.Especifica un plugin a cargar.Especifica la alineaciÃ³n de los campos de estructuras default/natural.Especifica una ABI.Especifica el tamaÃ±o de bit para los desplazamientos TLS inmediatos.Especifica la funciÃ³n de limpieza de cachÃ©.Especifica el nÃºmero de trampa de limpieza de cachÃ©.Especifica el costo de las ramificaciones (20 por defecto).Especifica las dimensiones de cÃ¡lculo predeterminadas de OpenACC.Especifica cÃºantos bytes se debe mover en inclusiÃ³n en lÃ­nea antes de llamar a memcpy/memmove.Especifica cÃ³mo accedar al puntero de hilo.Especifica si se debe usar hardware para coma flotante.Especifica el convenio de llamadas de enteros y de coma flotante.Especifica el objeto principal para TPF-OS.Especifica la estrategia de expansiÃ³n de memcpy cuando se conoce el tamaÃ±o esperado.Especifica la estrategia de expansiÃ³n de memset cuando se conoce el tamaÃ±o esperado.Especifica un nombre para la funciÃ³n de divisiÃ³n de 32 bit con signo.Especifica el rango de registros a convertir en fijos.Especifica la prioridad de planificaciÃ³n para despachar insns restringidos por ranuras.Especifica que se debe usar una librerÃ­a BLAS externa para llamadas matmul en matrices de gran tamaÃ±o.Especifica que la barra invertida en una cadena introduce un carÃ¡cter de escape.Especifica que no se permiten tipos implÃ­citos, a menos que se sobreescriban con sentencias IMPLICIT explÃ­citas.Especifica la ISA para la que construir: msp430, msp430x, msp430xv2.Especifica la MCU para la que construir.Especifica el formato de coma flotante __fp16.Especifica la estrategia de generaciÃ³n de direcciones para modelo de cÃ³digo.Espcifica el algoritmo para particionar sÃ­mbolos y variables en tiempo de enlazado.Especifica el modelo de cÃ³digo.Especifica la polÃ­tica de uso de ramificaciÃ³n compacta.Especifica el modelo de memoria en efecto para el programa.Especifica la alineaciÃ³n mÃ­nima de bit de las estructuras.Especifica el modelo para operaciones atÃ³micas.Especifica el nombre de la CPU destino.Especifica el nombre de la arquitectura destino.Especifica el nombre de la configuraciÃ³n de coma flotante destino.Especifica el nombre del hardware/formato de coma flotante destino.Especifica el registro a usar para el direccionamiento PIC.Especifica el tamaÃ±o de cada bloque de cachÃ©, que ha de ser potencia de 2 entre 4 y 512.Especifica el tamaÃ±o de cada vector de interrupciones, que ha de ser 4 o 16.Selecciona el CPU destino.Selecciona el tipo de cpu RX destino.Selecciona el tipo de multiplicaciÃ³n por hardware que se admitirÃ¡.Especifica el esquema de almacenamiento local de hilo.Especifica el nÃºmero de registro de puntero del hilo.Especifica dÃ³nde se encuentran los mÃ³dulos intrÃ­nsecos compilados.Especifica si las funciones deben guardarse en la memoria baja o en la alta.Especifica si las variables deben guardarse en la memoria baja o en la alta.Especifica cuÃ¡l ABI usar para el cÃ³digo de la familia Objective-C y la generaciÃ³n de metadatos.Especifica cuÃ¡l esquema de inserciÃ³n de nop post planificados se debe aplicar.Divide load sin alinear AVX de 32-byte.Divide store sin alinear AVX de 32-byte.Divide los tiempos de vida de las variables de inducciÃ³n cuando se desenrollen los bucles.Divide las rutas que llevan a bordes traseros de bucle.Divide moves vectoriales de 8 byte sin alinear antes de post-modificar la generaciÃ³n de direcciÃ³n.Divide los tipos anchos en registros independientes.ExpresiÃ³n de inicio en el bucle DOLa variable stat en %L debe ser una variable INTEGER escalarLa variable stat en %L no no debe ser %sd dentro de la misma declaraciÃ³n %sLa declaraciÃ³n en %L no es una declaraciÃ³n de objetivo de ramificaciÃ³n vÃ¡lida para la declaraciÃ³n de ramificaciÃ³n en %LLa funciÃ³n de declaraciÃ³n en %L es recursivaLa etiqueta de declaraciÃ³n en %C es ceroLa etiqueta de declaraciÃ³n en ENDDO en %C no coincide con la etiqueta DOLa lista de etiquetas de declaraciÃ³n en GOTO en %C no puede estar vacÃ­aEnlaza estÃ¡ticamente la biblioteca de ayuda de GNU Fortran (libgfortran).ExpresiÃ³n de paso en el bucle DOLa expresiÃ³n de paso en el bucle DO en %L no puede ser ceroDetener el crecimiento hacia adelante si la probabilidad del mejor borde es menor que este umbral (en porcentaje). Se utiliza cuando la retroalimentaciÃ³n de anÃ¡lisis de perfil estÃ¡ disponible.Detener el crecimiento hacia adelante si la probabilidad del mejor borde es menor que este umbral (en porcentaje). Se utiliza cuando la retroalimentaciÃ³n de anÃ¡lisis de perfil no estÃ¡ disponible.Detener el crecimiento inverso si la probabilidad inversa del mejor borde es menor que este umbral (en porcentaje).Almacena dobles en 64 bits.Almacena nombres de funciÃ³n en el cÃ³digo objeto.Almacena dobles en 32 bits.  Este es el valor por defecto.Almacena los registros MDUC en manejadores de interrupciones internos para el objetivo G13.Hace fluir datos extra para permitir desvirtualizaciÃ³n mÃ¡s agresiva en el modo de transformaciÃ³n local LTO.El tranco no debe ser estar presente en %Lno se permiten trancos en el subÃ­ndice de comatriz en %CLa longitud de la cadena en %L es demasiado grandeLa subcadena en %L tiene longitud ceroEl Ã­ndice de final de la subcadena en %L excede la longitud de la cadenaEl Ã­ndice de final de la subcadena en %L es demasiado grandeEl Ã­ndice de final de la subcadena en %L debe ser de tipo INTEGEREl Ã­ndice de final de la subcadena en %L debe ser escalarEl Ã­ndice de inicio de la subcadena en %L es menor a unoEl Ã­ndice de inicio de la subcadena en %L debe ser de tipo INTEGEREl Ã­ndice de inicio de la subcadena en %L debe ser escalarSugiere utilizar la palabra reservada override cuando en la declaraciÃ³n de una funciÃ³n virtual anula otra.La suma del segundo y tercer argumentos de IBITS excede el tamaÃ±o de bit en %LAdmite funciones internas 3DNow!.Admite funciones internas y generaciÃ³n de cÃ³digo AES.Admite funciones internas Athlon 3DNow!.Admite funciones internas y generaciÃ³n de cÃ³digo BMI.Admite funciones internas y generaciÃ³n de cÃ³digo BMI2.Admite las instrucciones CLFLUSHOPT.Admite la instrucciÃ³n CLWB..Admite funciones internas y generaciÃ³n de cÃ³digo CLZERO.Admite funciones internas y generaciÃ³n de cÃ³digo F16C.Admite funciones internas FMA4 y generaciÃ³n de cÃ³digo.Admite funciones internas y generaciÃ³n de cÃ³digo FSGSBASE.Admite las instrucciones PXSAVE y FXRSTOR.Admite prefijos de elisiÃ³n de bloqueo de hardware.Admite funciones internas LWP y generaciÃ³n de cÃ³digo.Admite funciones internas y generaciÃ³n de cÃ³digo LZCNT.Admite funciones internas y generaciÃ³n de cÃ³digo MMX y SSE.Admite funciones internas MMX.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE y SSE2.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2 y SSE3.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3 y SSE4A.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3 y SSSE3.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3 y SSE4.1.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1 y SSE4.2.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2 y AVX.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX y AVX2.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX y FMA.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F y AVX512BW.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F y AVX512CD.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F y AVX512DQ.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F y AVX512ER.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F y AVX512IFMA.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F y AVX512PF.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F y AVX512VBMI.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F y AVX512VL.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 y AVX512F.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F y AVX5124FMAPS.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F y AVX5124VNNIW.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F y AVX5124VPOPCNTDQ.Admite la generaciÃ³n de cÃ³digo MPX.Admite funciones internas y generaciÃ³n de cÃ³digo MWAITX y MONITORX.Admite funciones internas y generaciÃ³n de cÃ³digo PCLMUL.Admite funciones internas y generaciÃ³n de cÃ³digo PKU.Admite la instrucciÃ³n PREFETCHW.Admite funciones internas y generaciÃ³n de cÃ³digo PREFETCHWT1.Admite funciones internas y generaciÃ³n de cÃ³digo RDPID.Admite funciones internas y generaciÃ³n de cÃ³digo RDRND.Admite la instrucciÃ³n RDSEED.Admite funciones internas y generaciÃ³n de cÃ³digo RTM.Admite funciones internas SGX y generaciÃ³n de cÃ³digo.Admite funciones internas y generaciÃ³n de cÃ³digo SHA1 y SHA256.Admite funciones internas y generaciÃ³n de cÃ³digo TBM.Admite segmentos TLS mÃ¡s grandes que 64K.Admite funciones internas XOP y generaciÃ³n de cÃ³digo.Admite las instrucciones XSAV y XRSTOR.Admite las instrucciones XSAVEC.Admite las instrucciones XSAVEOPT.Admite las instrucciones XSAVES y XRSTORS.Activa alineamientos de hasta 64 bits.Admite llamadas entre los conjuntos de instrucciones Thumb y ARM.Admite la generaciÃ³n de cÃ³digo de instrucciones Advanced Bit Manipulation (ABM).Admite la generaciÃ³n de cÃ³digo de la instrucciÃ³n cmpxchg16b.Admite la generaciÃ³n de cÃ³digo de la instrucciÃ³n crc32.Admite la generaciÃ³n de cÃ³digo de la instrucciÃ³n movbe.Admite la generaciÃ³n de cÃ³digo de la instrucciÃ³n popcnt.Admite la generaciÃ³n de cÃ³digo de la instrucciÃ³n sahf en cÃ³digo x86-64 de 64bit.Admite inicializaciÃ³n dinÃ¡mica de variables locales de hilo en una unidad de traducciÃ³n diferente.El soporte de HSA no implementa operandos FPU de 16 bits inmediatosSoporte para multihilos antiguo.Soporta el paso de mensajes con el Entorno Paralelo.Admite mÃ¡s de 8192 entradas GOT en ColdFire.Soporte para multihilos.Da soporte a mÃºltiples instrucciones de acumulador.Permite las excepciones sÃ­ncronas que no son llamadas.ABIs admitidas (para usar con la opciÃ³n -mabi=):Suprime la salida de direcciones en los volcados de depuraciÃ³n.Suprime la salida de nÃºmeros de instrucciÃ³n, notas de nÃºmeros de linea y direcciones en los volcados de depuraciÃ³n.Suprime la salida de los nÃºmeros insn previos y siguientes en los volcados de depuraciÃ³n.Suprime avisos.Conmuta los modos ARM/Thumb en funciones alternantes para pruebas del compilador.Activa/desactiva el ASE de MIPS16 en funciones alternantes para pruebas del compilador.Desactiva la opciÃ³n -mstack-guard=.Desactiva la opciÃ³n -mstack-size= .El sÃ­mbolo %qs ya se habÃ­a declaradoEl sÃ­mbolo %qs en %C ya se habÃ­a declaradoEl sÃ­mbolo %qs referenciado en %L no se encontrÃ³ en el mÃ³dulo intrÃ­nseco ISO_C_BINDINGEl sÃ­mbolo %qs referenciado en %L no se encontrÃ³ en el mÃ³dulo %qsEl sÃ­mbolo en %C no es apropiado para una expresiÃ³nEl sÃ­mbolo en %L no es una variable DUMMYSinÃ³nimo de -Wcomment.SinÃ³nimo de -gnatk8.Error sintÃ¡ctico en la lista !$OMP THREADPRIVATE en %CError sintÃ¡ctico en la declaraciÃ³n !GCC$ ATTRIBUTES en %CError sintÃ¡ctico en la declaraciÃ³n %s en %CError sintÃ¡ctico en la declaraciÃ³n ABSTRACT INTERFACE en %CError sintÃ¡ctico en la declaraciÃ³n ASYNCHRONOUS en %CError sintÃ¡ctico en la especificaciÃ³n CASE en %CError sintÃ¡ctico en la declaraciÃ³n CHARACTER en %CError sintÃ¡ctico en la especificaciÃ³n CLASS IS en %CError sintÃ¡ctico en la constante COMPLEX en %CError sintÃ¡ctico en la definiciÃ³n ENUMERATOR en %CError sintÃ¡ctico en la declaraciÃ³n EQUIVALENCE en %LError sintÃ¡ctico en el iterador FORALL en %CError sintÃ¡ctico en el iterador de E/S en %CError sintÃ¡ctico en la clÃ¡usula IF en %CError sintÃ¡ctico en la expresiÃ³n IF en %CError sintÃ¡ctico en la declaraciÃ³n IMPORT en %CError sintÃ¡ctico en el especificador NAME= para la etiqueta de asignaciÃ³n %CError sintÃ¡ctico en la lista de variables OpenMP en %CError sintÃ¡ctico en la declaraciÃ³n PROCEDURE en %CError sintÃ¡ctico en la declaraciÃ³n PROTECTED en %CError sintÃ¡ctico en la declaraciÃ³n SAVE en %CError sintÃ¡ctico en la sentencia SUBMODULE en %CError sintÃ¡ctico en la especificaciÃ³n SUBSTRING en %CError sintÃ¡ctico en la especificaciÃ³n TYPE IS en %CError sintÃ¡ctico en la declaraciÃ³n VALUE en %CError sintÃ¡ctico en la declaraciÃ³n VOLATILE en %CError sintÃ¡ctico en la lista de argumentos en %CError sintÃ¡ctico en el constructor de matriz en %CError sintÃ¡ctico en la especificaciÃ³n de longitud de carÃ¡cter en %CError sintÃ¡ctico en el nombre de bloque comÃºn en %CError sintÃ¡ctico en la declaraciÃ³n de datos en %CError sintÃ¡ctico en la expresiÃ³n en %CError sintÃ¡ctico en la especificaciÃ³n genÃ©rica en %CError sintÃ¡ctico en el iterador en %CError sintÃ¡ctico en el procedimiento de componente puntero en %CError sintÃ¡ctico: Basura al final de la declaraciÃ³n END INTERFACE en %CError sintÃ¡ctico: Basura al final de la declaraciÃ³n INTERFACE en %CDialecto TLS a utilizar:TREE_PURPOSE es no NULL en una lista TYPE_ARG_TYPESTYPE_ARRAY_MAX_SIZE no es INTEGER_CSTTYPE_BINFO no es TREE_BINFOEl tipo TYPE_BINFO no es TYPE_MAIN_VARIANTTYPE_CACHED_VALUES no es TREE_VECTYPE_CACHED_VALUES_P es %i mientras que TYPE_CACHED_VALUES es %pTYPE_CACHED_VALUES_P estÃ¡ activado y no deberÃ­aTYPE_CANONICAL tiene diferente TYPE_CANONICALTYPE_CANONICAL no es compatibleTYPE_FIELDS definidos en un tipo incompletoEl campo TYPE_LANG_SLOT_1 (binfo) es no NULLTYPE_MAIN_VARIANT tiene diferente TYPE_MAIN_VARIANTTYPE_MAXVAL no NULLTYPE_METHODS no es FUNCTION_DECL, TEMPLATE_DECL ni error_mark_nodeTYPE_METHOD_BASETYPE no es una variante de mainTYPE_METHOD_BASETYPE no es registro ni uniÃ³nTYPE_MINVAL no NULLTYPE_MODE de TYPE_CANONICAL no es compatibleTYPE_NEXT_PTR_TO no es POINTER_TYPETYPE_NEXT_REF_TO no es REFERENCE_TYPETYPE_OFFSET_BASETYPE no es registro ni uniÃ³nTYPE_STRING_FLAG estÃ¡ activado en un tipo que no parece char ni array de charsTYPE_STRING_FLAG estÃ¡ activado en un cÃ³digo de tipo incorrectoEl campo TYPE_VALUES_RAW es no NULLTYPE_VFIELD no es FIELD_DECL ni TREE_LISTSe visitaron al menos una vez:%s de %d
  Apunta a cÃ³digo DFLOAT de doble precisiÃ³n.Frecuencia de ejecuciÃ³n relativa al bloque objetivo (como un porcentaje) requerida para hundir una declaraciÃ³n.La expresiÃ³n objetivo en la asignaciÃ³n de puntero en %L debe entregar un resultado punteroEl objetivo tiene I&D dividido.El objetivo del remapeo de rango es demasiado pequeÃ±o (%ld < %ld)Apunta al procesador AM33.Apunta al procesador AM33/2.0.Apunta al procesador AM34.Objetivo: %s
! Le dice al DSE que el almacenamiento para un objeto C++ estÃ¡ muerto cuando el constructor comienza y cuando el destructor termina.La opciÃ³n --param reconoce los parÃ¡metros a continuaciÃ³nLa ABI para pasar parÃ¡metros con alineaciÃ³n de %d-bytes cambiÃ³ en GCC 4.6Los elementos CHARACTER del constructor de matriz en %L deben tener la misma longitud (%d/%d)El DEFAULT CASE en %L no puede tener despuÃ©s un segundo DEFAULT CASE en %LEl especificador de formato H en %L es una caracterÃ­stica eliminada de Fortran 95Los argumentos TO en MOVE_ALLOC en %L deben ser polimÃ³rficos si FROM es polimÃ³rficoEl valor absoluto de SHIFT en %L debe ser menor o igual a SIZE en %LEl objeto de alojamiento en %L y la expresiÃ³n fuente en %L deben tener el mismo parÃ¡metro de tipo de gÃ©neroNo se permiten las funciones de lista de argumentos %%VAL, %%LOC o %%REF en este contexto en %LEl argumento del intrÃ­nseco RANK en %L debe ser objeto de datosEl error no es repetible, por lo que probablemente sea un problema de hardware o de S.O.
! Los nombres de las opciones de modelos de cÃ³digo para -mcmodel:El dispositivo no tiene el registro de funciÃ³n especial SPH. Esta opciÃ³n la sobreescribirÃ¡ el controlador del compilador con la opciÃ³n correcta si se puede deducir la presencia/ausencia de SPH con -mmcu=MCU.La versiÃ³n mÃ¡s temprana de MacOS X en la cual este programa se ejecutarÃ¡.Las siguientes opciones son independientes del lenguajeLas siguientes opciones son relacionadas al lenguajeLas siguientes opciones no estÃ¡n documentadasLas siguientes opciones son especÃ­ficas sÃ³lo para el lenguaje Las siguientes opciones se admiten en el lenguaje Las siguientes opciones son especÃ­ficas del objetivoLas siguientes opciones controlan los mensajes de aviso del compiladorLas siguientes opciones controlan las optimizacionesLas siguientes opciones toman argumentos conjuntosLas siguientes opciones toman argumentos separadosLa variable impura en %L se asigna a una variable de tipo derivado con un componente POINTER en un procedimiento PURE (12.6)El lÃ­mite inferior para considerar un almacenamiento temporal para protecciÃ³n contra destrucciÃ³n de pila.El nÃºmero mÃ¡ximo de pseudos de recarga que se tienen en cuenta durante el vaciado de pseudos de no recarga.La cantidad mÃ¡xima de memoria a ser asignada por GCSE.El retraso mÃ¡ximo de conflicto para que una insn sea considerada para movimiento especulativo.La profundidad mÃ¡xima de un bucle anidado que nosotros pelamos completamente.La mÃ¡xima profundidad para la inclusiÃ³n en lÃ­nea recursiva para funciones incluidas en lÃ­nea.La mÃ¡xima profundidad para la inclusiÃ³n en lÃ­nea recursiva para funciones que no son incluidas en lÃ­nea.El factor de expansiÃ³n mÃ¡ximo al copiar bloques bÃ¡sicos.El nÃºmero mÃ¡ximo de instrucciones que CSE procesa antes de descargar.La longitud mÃ¡xima de la ruta considerada en cse.La longitud mÃ¡xima de la lista de operaciones pendientes del planificador.El nÃºmero mÃ¡ximo de ubicaciones grabadas por cselib.El nÃºmero mÃ¡ximo de nodos RTL que se pueden grabar como el Ãºltimo valor del combinador.El nÃºmero mÃ¡ximo de intentos hacia atrÃ¡s que debe hacer el planificador cuando planifique un bucle mÃ³dulo.El nÃºmero mÃ¡ximo de bloques en una regiÃ³n para ser considerada para planificaciÃ³n de interbloqueo.El nÃºmero mÃ¡ximo de ramificaciones en la ruta hacia una secuencia pelada.El nÃºmero mÃ¡ximo de bordes entrantes para considerar el salto cruzado.El nÃºmero mÃ¡ximo de intentos de combinar insns para combinar.El nÃºmero mÃ¡ximo de insns en una regiÃ³n para ser consideradas para planificaciÃ³n de interbloqueoEl nÃºmero mÃ¡ximo de insns en un bucle completamente pelado.El nÃºmero mÃ¡ximo de insns en un bucle pelado que se enrolla solamente una vez.El nÃºmero mÃ¡ximo de insns en un bucle pelado.El nÃºmero mÃ¡ximo de insns en un bucle sin switch.El nÃºmero mÃ¡ximo de insns a duplicar al desfactorizar gotos calculados.El nÃºmero mÃ¡ximo de instrucciones en una sola funciÃ³n elegible para inclusiÃ³n en lÃ­nea.El nÃºmero mÃ¡ximo de instrucciones que una funciÃ³n incluida en lÃ­nea puede crecer a travÃ©s de inclusiÃ³n en lÃ­nea recursiva.El nÃºmero mÃ¡ximo de instrucciones que una funciÃ³n que no se incluye en lÃ­nea puede crecer a travÃ©s de inclusiÃ³n en lÃ­nea recursiva.El nÃºmero mÃ¡ximo de instrucciones listas para ser ejecutadas que el planificador tendrÃ¡ en cuenta durante el primer paso de planificaciÃ³n.El nÃºmero mÃ¡ximo de instrucciones para considerar el llenado de una ranura de retraso.El nÃºmero mÃ¡ximo de instrucciones para considerar la bÃºsqueda de informaciÃ³n de registros en vivo exacta.El nÃºmero mÃ¡ximo de instrucciones para considerar el desenrollo en un bucle en promedio.El nÃºmero mÃ¡ximo de instrucciones para considerar el desenrollo en un bucle.El nÃºmero mÃ¡ximo de instrucciones para buscar hacia atrÃ¡s al buscar por una recarga equivalente.El nÃºmero mÃ¡ximo de instrucciones cuando se hace inclusiÃ³n en lÃ­nea automÃ¡ticamente.El nÃºmero mÃ¡ximo de iteraciones a travÃ©s de CFG para extender regiones.El nÃºmero mÃ¡ximo de iteraciones de bucle que se predicen estÃ¡ticamente.El nÃºmero mÃ¡ximo de inclusiones de instrucciones en lÃ­nea anidadas realizado por el inlineador temprano.El nÃºmero mÃ¡ximo de pelados en un solo bucle que estÃ¡ completamente pelado.El nÃºmero mÃ¡ximo de pelados en un solo bucle.El nÃºmero mÃ¡ximo de desenrollos de un solo bucle.El nÃºmero mÃ¡ximo de eliminaciÃ³n de opciones en un solo bucle.La tasa mÃ¡xima entre el tamaÃ±o de la matriz y las ramificaciones switch para que tenga lugar una conversiÃ³n switch.La tasa mÃ¡xima de inserciones para borrados de expresiones en GCSE.El tamaÃ±o mÃ¡ximo de la ventana de bÃºsqueda hacia adelante de la planificaciÃ³n selectiva.La probabilidad mÃ­nima de Ã©xito de especulaciÃ³n (en porcentaje), para que esa insn especulativa se calendarize.El UID mÃ­nimo a usar para una insn que no es de depuraciÃ³n.El coste mÃ­nimo de una expresiÃ³n costosa en el movimiento invariante del bucle.FracciÃ³n mÃ­nima de ejecuciones de perfil que el nÃºmero de ejecuciones de un bloque bÃ¡sico dado no debe alcanzar para ser considerado improbable.El nÃºmero mÃ¡ximo de instrucciones coincidentes para considerar el salto cruzado.Probabilidad mÃ­nima que debe tener un borde para que el planificador guarde su estado a travÃ©s de Ã©l.La probabilidad mÃ­nima de alcanzar un bloque fuente para la planificaciÃ³n especulativa entre bloques.TamaÃ±o mÃ­nimo de las variables que participan en la comparticiÃ³n de ranuras de pila cuando no hay optimizaciÃ³n.El valor mÃ­nimo de la cuenta de etapa que el planificador mÃ³dulo swing generarÃ¡.El nÃºmero de elementos de matriz del argumento SUB para IMAGE_INDEX en %L debe ser %d (corango) y no %dEl nÃºmero de ciclos que el planificador de cambio de mÃ³dulo considera al revisar conflictos utilizando DFA.El nÃºmero de elementos en el constructor de matriz en %L requiere un incremento del lÃ­mite superior %d permitido.  Vea la opciÃ³n -fmax-array-constructorEl nÃºmero de insns ejecutadas antes de completar la precarga.El nÃºmero de precargas que se pueden ejecutar simultÃ¡namente.El nÃºmero de registros conservados sin uso en cada clase por el movimiento invariante del bucle.El porcentaje de la funciÃ³n, ponderado por la frecuencia de ejecuciÃ³n, que debe ser cubierto por la informaciÃ³n de rastreo. Se utiliza cuando estÃ¡ disponible la retroalimentaciÃ³n del anÃ¡lisis de perfil.El porcentaje de la funciÃ³n, ponderado por la frecuencia de ejecuciÃ³n, que debe ser cubierto por la informaciÃ³n de rastreo. Se utiliza cuando la retroalimentaciÃ³n de anÃ¡lisis de perfil no estÃ¡ disponible.Los dialectos de TLS posibles:El rango del elemento en el constructor de estructura en %L no coincide con el del componente (%d/%d)El fichero de resoluciÃ³n.El tamaÃ±o de la lÃ­nea del cachÃ© L1.El tamaÃ±o del cachÃ© L1i.El tamaÃ±o del cachÃ© L2.El tamaÃ±o del cuerpo de la funciÃ³n que serÃ¡  considerado grande.El tamaÃ±o del marco de la pila que serÃ¡ considerado grande.El tamaÃ±o de la unidad de traducciÃ³n que serÃ¡ considerado grande.El nÃºmero mÃ¡s pequeÃ±o de valores diferentes para los cuales es mejor usar una tabla-salto en lugar de un Ã¡rbol de ramificaciones condicionales; si es 0, usa el valor por defecto para la mÃ¡quina.La expresiÃ³n fuente en %L no puede ser de tipo LOCK_TYPE ni tener un componente LOCK_TYPE si el objeto-alojado en %L es una comatrizEl sÃ­mbolo %qs referenciado en %L, no estÃ¡ en el estÃ¡ndar seleccionadoLa tasa de intervalo para realizar la eliminaciÃ³n parcial de redundancia despuÃ©s de la recarga.La tasa de intervalo para la cuenta de ejecuciÃ³n de bordes crÃ­ticos que permitan la eliminaciÃ³n de redundancia despuÃ©s de la recarga.El lÃ­mite superior para compartir constantes enteras.La versiÃ³n de la ABI de C++ que se estÃ¡ usando.VersiÃ³n de ABI de C++ utilizada para avisos -Wabi y aliases de compatibilidad de enlace.Esto es software libre; vea el cÃ³digo para las condiciones de copia.
  NO hay garantÃ­a; ni siquiera para MERCANTIBILIDAD o 
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--- 2023,2074 ----
  %s:funciÃ³n '%u' desconocida
  %s:versiÃ³n '%.4s', se prefiere '%.4s'
  %s:versiÃ³n '%.4s', se prefiere la versiÃ³n '%.4s'
! 'opciÃ³n ' 'opciÃ³n '!'opciÃ³n '#''%%%c' no es un prefijo de operando vÃ¡lidose usÃ³ '%%&' sin ninguna referencia TLS dinÃ¡mica localel operando '%%l' no es una etiqueta'%s' debe tener %d operandos (excluyendo match_dups)'%s' debe tener por lo menos %d operandos (excluyendo match_dups)'%s' debe tener no mÃ¡s de %d operandos (excluyendo match_dups)'%s' se asignÃ³ a '%s', pero no se definiÃ³ durante la recompilaciÃ³n, o viceversaopciÃ³n '''opciÃ³n '('opciÃ³n '+'opciÃ³n '-'opciÃ³n '0'el operando 'B' tiene establecidos mÃºltiples bitsel operando 'B' no es una constantemodificador 'E'opciÃ³n 'I'modificador 'O'opciÃ³n '^'opciÃ³n '_'opciÃ³n 'a'la propiedad 'assign' %qs estÃ¡ usando la variable de instancia de campo de bits %qsla propiedad 'atomic' %qs estÃ¡ usando la variable de instancia de campo de bits %qsel atributo 'getter' de la propiedad %qD genera un conflicto con la declaraciÃ³n previa`h' aplicado a un operando no registroopciÃ³n 'm'el atributo 'nonatomic' de la propiedad %qD genera un conflicto con la declaraciÃ³n previael operando 'o' no es una constanteopciÃ³n 'q'el atributo readonly de la propiedad %qD genera un conflicto con la declaraciÃ³n previael atributo 'setter' de la propiedad %qD genera un conflicto con la declaraciÃ³n previa(C)(Mensajes sin una firma de mÃ©todo coincidente(un puntero a miembro solamente se puede formar con %<&%E%>)(se requiere una inicializaciÃ³n fuera de la clase)(espacio de nombres anÃ³nimo)(anÃ³nimo)(si esta no es su intenciÃ³n, asegÃºrese que la plantilla de la funciÃ³n ya ha sido declarada y agregue <> aquÃ­ despuÃ©s del nombre de la funciÃ³n) (si utiliza %<-fpermissive%>, G++ aceptarÃ¡ su cÃ³digo)(si utiliza %<-fpermissive%>, G++ aceptarÃ¡ su cÃ³digo, pero permitir el uso de un nombre sin declarar es obsoleto)(cerca de la inicializaciÃ³n de %qs)(tal vez intentÃ³ %<typename %T::%E%>)(tal vez falta un punto y coma despuÃ©s de la definiciÃ³n de %qT)(asÃ­ que debe pasar %qT y no %qT a %<va_arg%>)(destructores static para %s)(inicializadores static para %s)(el mensaje sÃ³lo se muestra una vez por cada fichero de cÃ³digo fuente)
  ({anÃ³nimo})*** AVISO *** hay plugins activos, no informe esto como un error a menos que pueda reproducirlo sin activar ningÃºn plugin.
! *thisel argumento %q.*s de --help es ambiguo, por favor sea mÃ¡s especÃ­fico--help=<clase>	Muestra las descripciones para una clase especÃ­fica de opciones.  <clase> es uno o mÃ¡s de optimizers, target, warnings, undocumented, params.--param <param>=<valor>	Establece el parÃ¡metro <param> al valor.  Vea a continuaciÃ³n una lista completa de parÃ¡metros.se alcanzÃ³ el lÃ­mite de --param inline-unit-growthse alcanzÃ³ el lÃ­mite de --param large-function-growthse alcanzÃ³ el lÃ­mite de --param large-stack-frame-growthse alcanzÃ³ el lÃ­mite de --param max-inline-insns-autose alcanzÃ³ el lÃ­mite de --param max-inline-insns-single-A<pregunta>=<resp>	Relaciona la <resp>uesta a la <pregunta>.  Al colocar '-' antes de la <pregunta> desactiva la <resp>uesta a la <pregunta>.-D<macro>[=<val>]	Define una <macro> con <val> como su valor.  Si sÃ³lo se da la <macro>, <val> se toma como 1.se requiere -E Ã³ -x cuando la entrada es de entrada estÃ¡ndar-F <dir>	Agrega el <dir>ectorio al final de la ruta de inclusiÃ³n del marco de trabajo principal.-G<nÃºmero>	Coloca los datos globales y estÃ¡ticos mÃ¡s pequeÃ±os que <nÃºmero> bytes en una secciÃ³n especial (en algunos objetivos).-I <dir>	Agrega el <dir>ectorio al final de la ruta de inclusiÃ³n principal.se especificÃ³ -I- dos veces-J<directorio>	Coloca los ficheros MODULE en el 'directorio'.-MF <fichero>	Escribe la salida de dependencias al fichero dado.-MG sÃ³lo se puede usar con -M Ã³ -MM-MQ <objetivo>	Agrega un objetivo tipo-MAKE.-MT <objetivo>	Agrega un objetivo no citado.-O<nÃºmero>	Establece el nivel de optimizaciÃ³n a <nÃºmero>.-U<macro>	Borra la definiciÃ³n de <macro>.-Waligned-new=[none|global|all]	Avisa aunque 'new' use una funciÃ³n de reserva miembro de clase.-Walloc-size-larger-than=<bytes> Avierte de llamadas a funciones de reserva que intenten reservar objetos mayores que el nÃºmero de bytes especificado.-Walloc-zero Advierte de llamadas a funciones de reserva que especifican cero bytes.-Walloca-larger-than=0 carece de significado-Walloca-larger-than=<nÃºmero>	Advierte de usos no acotados de alloca y de usos acotados cuyo lÃ­mite pueda ser mÃ¡s grande que <nÃºmero> bytes.-Werror=%s: -%s no es una opciÃ³n para controlar avisos-Werror=%s: no existe la opciÃ³n -%sse descarta -Wformat-contains-nul sin -Wformatse descarta -Wformat-extra-args sin -Wformatse descarta -Wformat-nonliteral sin -Wformatse descarta -Wformat-security sin -Wformatse descarta -Wformat-y2k sin -Wformatse descarta -Wformat-zero-lenght sin -Wformat-Wframe-larger-than=<nÃºmero>	Avisa si el marco de la pila de una funciÃ³n requiere mÃ¡s de <nÃºmero> bytes.-Wlarger-than=<nÃºmero>	Avisa si un objeto es mÃ¡s grande que <nÃºmero> bytes.-Wnormalized=[none|id|nfc|nfkc]	Avisa sobre cadenas Unicode que no estÃ¡n normalizadas.-Wstack-usage=<number>	Avisa si el uso de pila puede ser mayor que el monto especificado.-Wvla-larger-than=0 carece de significado-Wvla-larger-than=<nÃºmero>	Advierte de usos no acotados de arrays de longitud variable y de usos acotados de arrays de longitud variable cuyo lÃ­mite pueda ser mÃ¡s grande que <nÃºmero> bytes.-Xbind-now y -Xbind-lazy son incompatibles-aux-info <fichero>	Emite la informaciÃ³n de declaraciones en el <fichero>.no se permite -bundle con -dynamiclibno se permite -bundle_loader con -dynamiclibse requiere -c o -S para Adase requiere -c para gnat2scilse requiere -c para gnat2whyno se permite -client_name con -dynamiclibsÃ³lo se permite -current_version con -dynamiclib-d<letras>	Activa los volcados de pasos especÃ­ficos del compilador.-dumpbase <fichero>	Establece el nombre base de fichero a usar para los volcados.-dumpdir <dir>	Establece el nombre del directorio a usar para los volcados.-f%s y -msdata=%s son incompatiblesse descarta -f%s (no se admite para DJGPP)
! no se admite -f%s con instrucciones CONST16no se admite -f%s: descartadono se admite -f%sleading-underscore en este objetivo-fPIC y -fpic no se admiten en esta configuraciÃ³n-fPIC y -mcall-%s son incompatiblesno se admite -fPICno se admite -fPIC/-fpic para este objetivono se admite -fPIE-fada-spec-parent=unidad  Vuelca specs de Ada como unidades hijas del padre dado.no se admite -falign-labels=%dno se admite -falign-loops=%d-fasan-shadow-offset solo deberÃ­a usarse con -fsanitize=kernel-address-fassociative-math desactivado; otras opciones toman precedencia-fblas-matmul-limit=<n>	TamaÃ±o de la matriz mÃ¡s pequeÃ±a para la cual matmul usarÃ¡ BLAS.-fcall-saved-<registro>	Marca el <registro> como preservado entre funciones.no se admite -fcall-saved-REG para registros de salida-fcall-used-<registro>	Marca el <registro> como corrupto por llamadas de funciÃ³n.-fcheck-pointer-bounds requiere nombre %qs para uso interno -fcheck=[...]	Especifica quÃ© revisiones de tiempo de ejecuciÃ³n se realizarÃ¡n.-fcoarray=[...]	Especifica quÃ© paralelizaciÃ³n de comatriz se debe usar.-fcompare-debug[=<opts>]	Compila con y sin p.e. -gtoggle, y compara el volcado de insns finales.-fconst-string-class=<nombre>	Usa la clase <nombre> para cadenas constantes.-fconstexpr-depth-<nÃºmero>	Especifica la profundidad de recursiÃ³n constexpr mÃ¡xima.-fconstexpr-loop-limit=<nÃºmero>	Especifica el nÃºmero de iteraciones de bucle constexpr mÃ¡ximo.-fconvert=<big-endian|little-endian|native|swap> El endianness empleado en ficheros sin formato.no se admite -fdata-sections para este objetivo-fdbg-cnt=%s-fdbg-cnt=<contador>:<lÃ­mite>[,<contador>:<lÃ­mite>,...]	Establece el lÃ­mite del contador de depuraciÃ³n.-fdeduce-init-list	activa la deducciÃ³n de std::initializer_list para un parÃ¡metro de tipo de plantilla desde una lista de inicializador dentro de llaves.-fdiagnostics-color=[never|always|auto]	Colorea los diagnÃ³sticos.-fdiagnostics-show-location=[once|every-line]	Indica la frecuencia con que se debe emitir la ubicaciÃ³n del cÃ³digo al inicio de los diagnÃ³sticos con corte de lÃ­nea.-fdirectives-only es incompatible con -Wunused_macros-fdirectives-only es incompatible con -traditional-fdisable-[tree|rtl|ipa]-<paso>=rango1+rango2 desactiva un paso de optimizaciÃ³n.-fdump-<tipo>	Vuelca varios internos del compilador a un fichero.-fdump-final-insns=fichero	Vuelca al fichero las insns al final de la traducciÃ³n.-fdump-go-spec=fichero	Escribe todas las declaraciones al fichero como cÃ³digo Go.-femit-struct-debug-baseonly	InformaciÃ³n de depuraciÃ³n reducida agresiva para structs.-femit-struct-debug-detailed=<lista-espec>	InformaciÃ³n de depuraciÃ³n reducida detallada para structs.-femit-struct-debug-reduced	InformaciÃ³n de depuraciÃ³n reducida conservadora para structs.-fenable-[tree|rtl|ipa]-<paso>=rango1+rango2 activa un paso de optimizaciÃ³n.-fexcess-precision=[fast|standard]	Especifica el manejo del exceso de precisiÃ³n de coma flotante.-fexcess-precision=standard para Ada-fexcess-precision=standard para C++-fexcess-precision=standard para Fortran-fexec-charset=<cset>	Convierte todas las constantes de cadenas y carÃ¡cter al conjunto de caracteres <cset>.-ffixed-<registro>	Marca el <registro> como no disponible para el compilador.-ffixed-line-length-<n>	Usa n como ancho de lÃ­nea de carÃ¡cter en modo fijo.-ffp-contract=[off|on|fast]	Realiza contracciÃ³n de expresiÃ³n de coma flotante.-ffpe-summary=[...]	Imprime el resumen de las siguientes excepciones de coma flotante.-ffpe-trap=[...]	Para en las siguientes excepciones de coma flotante.-ffree-line-length-<n>	Usa n como ancho de lÃ­nea de carÃ¡cter en modo libre.no se admite -ffunction-sections para este objetivo-fgnat-encodings=[all|gdb|minimal]	Selecciona el equilibrio entre codificaciones GNAT y DWARF estÃ¡ndar emitidos en la informaciÃ³n de depuraciÃ³n.-fgo-c-header=<fichero>	Escribe las definiciones de estructuras de Go a fichero como cÃ³digo C.-fgo-dump-<tipo>	InformaciÃ³n interna del frente Dump Go.-fgo-optimize-<tipo>	Activa los pasos de optimizaciÃ³n en el frente.-fgo-pkgpath=<cadena>	Establece la ruta de paquetes Go.-fgo-prefix=<cadena>	Define el prefijo especÃ­fico del paquete para nombres Go exportados.-fgo-relative-import-path=<ruta>	Trata las importaciones relativas como relativas a ruta.se renombrÃ³ -fhandle-exceptions a -fexceptions (y ahora estÃ¡ activado por defecto)-finit-character=<n>	Inicializa las variables de carÃ¡cter locales al valor ASCII n.-finit-integer=<n>	Inicializa las variables enteras locales a n.-finit-logical=<true|false>	Inicializa las variables lÃ³gicas locales.-finit-real=<zero|nan|inf|-inf>	Inicializa las variables reales locales.-finline-limit=<nÃºmero>	Limita el tamaÃ±o de las funciones incluidas en lÃ­nea a <nÃºmero>.-finline-matmul-limit=<n>	Especifica el tamaÃ±o de la matriz mÃ¡s grande para la cual matmul se usarÃ¡ en linea.-finput-charset=<cset>	Especifica el conjunto de caracteres por defecto para los ficheros fuente.-finstrument-functions-exclude-file-list=fichero,... No instrumenta las funciones enlistadas en ficheros.-finstrument-functions-exclude-functions-list=nombre,... No instrumenta las funciones enlistadas.-fira-algorithm=[CB|priority]	Establece el algoritmo IRA a usar.-fira-region=[one|all|mixed]	Establece las regiones para IRA.-fira-verbose=<nÃºmero>	Controla el nivel de mensajes de diagnÃ³stico de IRA.-flto-compression-level=<nÃºmero>	Usa el nivel de compresiÃ³n de zlib <nÃºmero> para IL.-fmax-array-constructor=<n>	NÃºmero mÃ¡ximo de objetos en un constructor de matriz.-fmax-errors=<nÃºmero>	NÃºmero mÃ¡ximo de errores a reportar.-fmax-identifier-length=<n>	Longitud mÃ¡xima de identificador.-fmax-stack-var-size=<n>	TamaÃ±o en bytes de la matriz mÃ¡s grande que se colocarÃ¡ en la pila.-fmax-subrecord-length=<n>	Longitud mÃ¡xima de los subregistros.-fmessage-length=<nÃºmero>	Limita los diagnÃ³sticos a <nÃºmero> caracteres por lÃ­nea.  0 suprime el corte de lÃ­nea.-fno-fat-lto-object sÃ³lo se admite con el plugin enlazador-fno-gnu89-inline sÃ³lo se admite en modo GNU99 o C99-fno-pretty-templates No da formato legible a las especializaciones de plantilla como la firma de plantilla seguida por los argumentos.-fno-threadsafe-statics	No genera cÃ³digo seguro en hilos para inicializar statics locales.la opciÃ³n -foffload-abi solo puede especificarse para compilador de descarga-foffload-abi=[lp64|ilp32]     Establece el ABI que usar en un compilador de descarga.-foffload=<targets>=<options>  Especifica objetivos de descarga y opciones para ellos.operando -fopenacc-dim defectuoso en '%s'-fopt-info[-<type>=filename]	Vuelca los detalles de optimizaciÃ³n del compilador.no se permite -force_flat_namespace con -dynamiclib-fpack-struct=<nÃºmero>	Establece la alineaciÃ³n inicial mÃ¡xima de estructuras miembro.-fpermitted-flt-eval-methods=[c11|ts--18661]	Especifica quÃ© valores de FLT_EVAL_METHOD estÃ¡n permitidos.-fpic y -fPIC no se admiten sin -mdsbt en este objetivo-fpic y -mapcs-reent son incompatiblesno se admite -fpicno se admite -fpie-fplugin-arg-<nom>-<clave>[=<valor>]	Especifica el argumento <clave>=<valor> para el plugin <nom>bre.-fprefetch-loop-arrays no se admite con -Osno se admite -fprefetch-loop-arrays para este objetivono se admite -fprefetch-loop-arrays para este objetivo (intente los interruptores -march)-fprofile-update=[single|atomic|prefer-atomic]	Establece el mÃ©todo de actualizaciÃ³n del perfil.-frandom-seed=<cadena>	Hace que se pueda reproducir la compilaciÃ³n utilizando la <cadena>.no se admite -frecord-gcc-switches para este objetivo-freorder-blocks-algorithm=[simple|stc]	Establece el algoritmo de ordenaciÃ³n de bloque bÃ¡sico usado.-freorder-blocks-and-partition no admite informaciÃ³n de desenredo en esta arquitectura-freorder-blocks-and-partition no funciona en esta arquitectura-freorder-blocks-and-partition no funciona con excepciones en esta arquitecturano se admite -freorder-blocks-and-partition en esta arquitectura-frepo se debe usar con -c-fsanitize-address-use-after-scope requiere -fstack-reuse=none optionno se admite -fsanitize-recover=%s-fsanitize-sections=<sec1,sec2,...>	Sanea las variables globales en las secciones definidas por el usuario.-fsanitize=address y -fsanitize=kernel-address son incompatibles con -fsanitize=thread-fsanitize=address y -fsanitize=kernel-address no se admiten para este objetivo-fsanitize=address es incompatible con -fsanitize=kernel-addressno se admite -fsanitize=address para este objetivola opciÃ³n -fsanitize=all no es vÃ¡lida-fsanitize=leak es incompatible con -fsanitize=thread-fsched-stalled-insns-dep=<nÃºmero>	Establece la revisiÃ³n de distancia de dependencias en la planificaciÃ³n prematura de insns encoladas.-fsched-stalled-insns=<nÃºmero>	Establece el nÃºmero de insns encoladas que se pueden calendarizar prematuramente.-fsched-verbose=<nÃºmero>	Establece el nivel de detalle del planificador.-fsimd-cost-model=[unlimited|dynamic|cheap]	Especifica el modelo de coste de la vectorizaciÃ³n para cÃ³digo marcado con directiva simd.-fsplit-stack no admite 2 parÃ¡metros de registro para una funciÃ³n anidada-fsplit-stack no admite 3 parÃ¡metros de registro-fsplit-stack no admite fastcall con funciones anidadas-fsso-struct=[big-endian|little-endian|native]	Establece el orden de almacenamiento de escalares predeterminado.-fstack-check=[no|generic|specific]	Inserta cÃ³digo de revisiÃ³n de la pila en el programa.-fstack-check=specific para Thumb-1-fstack-check=specific no implementado para MIPS16las opciones -fstack-limit se descartan con -mfdpic; use -mstack-check-l1no se admiten las opciones -fstack-limit- en esta cpu-fstack-limit-register=<register>	Captura si la pila pasa del <registro>.-fstack-limit-symbol=<nombre>	Captura si la pila pasa del sÃ­mbolo <nombre>.no se admite -fstack-protector para este objetivo-fstack-reuse=[all|named_vars|none]	Establece el nivel de reÃºso de la pila para variables locales.-ftabstop=<nÃºmero>	Distancia entre topes de tabulador para informes en columnas.-ftemplate-depth-<nÃºmero>	Especifica la profundidad mÃ¡xima de instanciaciÃ³n de plantilla.-ftls-model=[global-dynamic|local-dynamic|initial-exec|local-exec]	Establece el modelo de generaciÃ³n de cÃ³digo por defecto para almacenamiento thread-local.-ftrack-macro-expansion=<0|1|2>  Rastrea las ubicaciones de los elementos que provienen de la expansiÃ³n de macros y los muestra en mensajes de error.-ftree-parallelize-loops=<nÃºmero>	Activa la paralelizaciÃ³n automÃ¡tica de bucles.-fuse-linker-plugin no se admite en esta configuraciÃ³n-fuse-linker-plugin, pero no se encontrÃ³ %s-fvisibility=[default|internal|hidden|protected]	Establece la visibilidad de sÃ­mbolos por defecto.-fvisibility=[private|protected|public|package]	Establece la visibilidad de sÃ­mbolos predeterminada.-fvtable-verify=preinit no se admite en esta configuraciÃ³n-fvtable-verify=std no se admite en esta configuraciÃ³n-fwide-exec-charset=<cset>	Convierte todas las cadenas anchas y constantes de cÃ¡racter al conjunto de caracteres <cset>.-fwpa y -fltrans son mutuamente exclusivos-g sÃ³lo se admite cuando se usa GAS en este procesador,opciÃ³n -g desactivada-g con -mno-apcs-frame no permite una depuraciÃ³n sensible-gnat<opciones>	Especifica opciones para GNAT.no se admite -gz en esta configuraciÃ³n-gz=<formato>	Genera secciones de depuraciÃ³n comprimidas en formato <formato>.no se admite -gz=zlib en esta configuraciÃ³n-idirafter <dir>	Agrega el <dir>ectorio al final de la ruta de inclusiÃ³n del sistema.-iframework <dir>	Agrega el <dir>ectorio al final de la ruta de inclusiÃ³n del marco de trabajo del sistema.-imacros <fichero>	Acepta la definiciÃ³n de macros en el <fichero>.-imultilib <dir>	Define <dir> como el subdirectorio de inclusiÃ³n de multilib.-imultilib <dir>	Define <dir> como el subdirectorio de inclusiÃ³n de multilib.-include <file>	Incluye los contenidos del <fichero> antes de otros ficheros.sÃ³lo se permite -install_name con -dynamiclibno se pasÃ³ la opciÃ³n -iplugindir <dir> del controlador de gcc-iplugindir=<dir>	Define <dir> como el directorio de plugins por defecto.-iprefix <ruta>	Especifica la <ruta> como un prefijo para las siguientes dos opciones.-iquote <dir>	Agrega el <dir>ectorio al final de la ruta de inclusiÃ³n de citas.-isysroot <dir>	Establece el <dir>ectorio como el directorio raÃ­z del sistema.-isystem <dir>	Agrega el <dir>ectorio al inicio de la ruta de inclusiÃ³n del sistema.-iwithprefix <dir>	Agrega el <dir>ectorio al final de la ruta de inclusiÃ³n del sistema.-iwithprefixbefore <dir>	Agrega el <dir>ectorio al final de la ruta de inclusiÃ³n principal.no se permite keep_private_externs con -dynamiclibno se admite -m%s en esta configuraciÃ³n-m64 requiere la arquitectura PowerPC64, activando-m64 requiere un procesador PowerPC64-mabi=ABI	Genera cÃ³digo que cumpla con la ABI dada.-mabi=ABI	Genera cÃ³digo que cumpla con la ABI especificada.-mabs=MODO	Selecciona el modo de ejecuciÃ³n de instrucciones IEEE 754 ABS/NEG.se requiere -maix64: aÃºn no se admite el cÃ¡lculo de 64 bits con direccionamiento de 32 bits-maix64 requiere que la arquitectura PowerPC64 permanezca activada-malign-functions es obsoleto, use -falign-functions-malign-functions=%d no estÃ¡ entre 0 y %d-malign-jumps es obsoleto, use -falign-jumps-malign-jumps=%d no estÃ¡ entre 0 y %d-malign-loops es obsoleto, use -falign-loops-malign-loops=%d no estÃ¡ entre 0 y %dno se admite -malign-power para Darwin de 64-bit; es incompatible con las bibliotecas C y C++ instaladas-maltivec=le no permitida para destinos big-endian-mapcs-stack-check es incompatible con -mno-apcs-frame-march=	Genera cÃ³digo para el RISC-V ISA dado (por ejemplo, RV64IM).  Las cadenas ISA deben ser minÃºsculas.-march=%s: la cadena ISA debe empezar por rv32 o rv64-march=%s: cadena ISA no vÃ¡lida-march=%s: subcadena ISA %qs no vÃ¡lida-march=ARQ	Genera cÃ³digo para el chip o la versiÃ³n de CPU especificados.-march=ARCH	Usa las caracterÃ­sticas de la arquitectura ARCH.-march=ISA	Genera cÃ³digo para el ISA dado.-mas100-syntax es incompatible con -gdwarfno se admite -masm=intel en esta configuraciÃ³nno se puede usar -max-stackframe=%d, no estÃ¡ entre 0 y %dno se admiten -mbackchain -mpacked-stack -mhard-float en combinaciÃ³nno se pueden usar juntos -mbig-endian y -mlittle-endian-mbranch-cost=%d no estÃ¡ entre 0 y 5-mbranch-cost=COSTO	Establece el costo de las ramificaciones aproximadamente a COSTO instrucciones.-mbranch-cost=N	Establece el costo de las ramificaciones aproximadamente a N instrucciones.-mcmodel es incompatible con otras opciones toc-mcmodel= no se admite en sistemas de 32 bit-mcode-readable=OPCIÃ“N	Especifica cuÃ¡ndo se permite que las instrucciones accedan al cÃ³digo.-mcode-region=upper requiere una -mmcu= compatible con 430Xno se pueden usar juntos -mcorea y -mcoreab-mcorea se debe usar con -mmulticore-mcoreb se debe usar con -mmulticore-mcpu=	Usa las caracterÃ­sticas y el cÃ³digo de planificador para la CPU dada.-mcpu=%s genera conflicto con -march=%s-mcpu=%s tiene una versiÃ³n de silicio no vÃ¡lida-mcpu=%s no es vÃ¡lido-mcpu=CPU	Compila cÃ³digo para la CPU de variante ARC.-mcpu=CPU	Usa las caracterÃ­sticas de y optimiza para CPU.-mcpu=CPU	Usa las caracterÃ­sticas y el cÃ³digo de planificador para la CPU dada.-mcpu=PROCESADOR		Usa las caracterÃ­sticas y el cÃ³digo de planificador para la CPU dada.-mcpu=m16c	Compila cÃ³digo para variantes M16C.-mcpu=m32c	Compila cÃ³digo para variantes M32C.-mcpu=m32cm	Compila cÃ³digo para variantes M32CM.-mcpu=r8c	Compila cÃ³digo para variantes R8C.-mcrypto requiere -maltivec-mdata-region=upper requiere una -mmcu= compatible con 430X-mdebug=	Activa la salida de depuraciÃ³n.-mdirect-move requiere -mvsx-mdiv requiere -march para subsumir la extensiÃ³n %<M%>-memregs=	NÃºmero de bytes memreg (por defecto: 16, rango: 0..16).-mes0 solo se puede usar con Cse usÃ³ -mexr sin -msse usÃ³ -mexr sin -ms Ã³ -msxno se admite -mfdpic, por favor utilice un objetivo bfin-linux-uclibc-mfentry no se admite para 32-bit en combinaciÃ³n con -fpic-mfloat-abi=hard y VFP-mfloat-abi=hard: el procesador seleccionado carece de FPUno se pueden usar juntos -mfloat-abi=soft y -mfloat-abi=hard-mfloat-gprs=	Selecciona el mÃ©todo de coma flotante GPR.-mflush-func=FUNC	Usa FUNC para vaciar el cachÃ© antes de llamar a los trampolines de pila.-mfpu=	Especifica FP (sp, dp, sp-lite, dp-lite) (implica -mxilinx-fpu).-mfpu=auto no se admite actualmente sin una CPU explÃ­cita.-mhard-dfp no se puede usar en conjunciÃ³n con -msoft-float-mhard-dfp requiere -mhard-floatno se admite -mhard-float-mincoming-stack-boundary=%d no estÃ¡ entre %d y 12no se admite -mint32 para objetivos H8300 y H8300L -mipsN	Genera cÃ³digo para ISA nivel N.-mlarge requiere una -mmcu= compatible con 430X-mlarge-data-threshold=<nÃºmero>	Los datos mÃ¡s grandes que el lÃ­mite dado irÃ¡n a la secciÃ³n .ldata en el modeolo medium del x86-64.no se permite -mlong-double-64 con -m64-mlong-double-<n>	Especifica el tamaÃ±o de long double (64 Ã³ 128 bits).-mmax-stackframe=TAM	Avisa cuando un marco de pila es mÃ¡s grande que el tamaÃ±o especificado.-mmcu=MCU	Selecciona el MCU destino.-mmpy-option=MPY Compila cÃ³digo ARCv2 con una opciÃ³n de diseÃ±o de multiplicador.-mmul=g13 no se puede usar con -mcpu=g10-mmul=g13 no se puede usar con -mcpu=g14-mmul=g14 no se puede usar con -mcpu=g10-mmul=g14 no se puede usar con -mcpu=g13-mmulticore sÃ³lo se puede usar con BF561no se admite -mmultiple en sistemas little endianno se admite -mn para objetivos linuxse usÃ³ -mn sin -mh Ã³ -ms o -msx-mnan=CODIFICACIÃ“N	Selecciona la codificaciÃ³n de datos IEEE 754 NaN.-mno-altivec desactiva vsx-mno-dpfp-lrsr sÃ³lo se admite con -mdpfp-mno-exr vÃ¡lida solo con -ms o -msx                    - Â¡OpciÃ³n descartada!-mno-fentry no es compatible con SEH-mno-serialize-volatile	No serializa las referencias a memoria volÃ¡til con instrucciones MEMW.-mnop-mcount no es compatible con este objetivo-mnop-mcount no estÃ¡ implementada para -fPIC-mpcrel -fPIC no se admite actualmente en la cpu seleccionado-mpic-register= es inÃºtil sin -fpic-mpointer-size=[no,32,short,64,long]	Establece el tamaÃ±a predeterminado de los punteros.-mpower8-fusion-sign requiere -mpower8-fusion-mpower8-vector requiere -maltivec-mpower8-vector requiere -mvsx-mpower9-dform requiere -mpower9-vector-mpower9-dform requiere -mupper-regs-df-mpower9-dform requiere -mupper-regs-sf-mpower9-dform, -mpower9-dform-vector, -mpower9-dform-scalar requieren -mdirect-move-mpower9-fusion requiere -mpower8-fusion-mpower9-minmax es incompatible con las opciones desactivadas explÃ­citamente-mpower9-vector requiere -mpower8-vectorno se admite -mpreferred-stack-boundary en este objetivo-mpreferred-stack-boundary=%d no estÃ¡ entre %d y %d-mpure-code solo admite cÃ³digo no pic en los objetivos armv7-m-mquad-memory no estÃ¡ disponible en modo little endian-mquad-memory requiere modo de 64 bits-mquad-memory-atomic requiere modo de 64 bits-mr10k-cache-barrier=OPCIÃ“N	Especifica cuando se deben insertar las barreras de cachÃ© de r10k.-recip requiere -ffinite-math o -ffast-math-mrecip requiere -fno-trapping-math o -ffast-math-mrecip requiere -freciprocal-math o -ffast-mathse descarta -mregparm para Intel MCU psABIse descarta -mregparm en modo de 64-bit-mregparm=%d no estÃ¡ entre 0 y %d-mrelax sÃ³lo se admite pare el PIC de RTP-mrelocatable y -mcall-%s son incompatibles-mrelocatable y -mno-minimal-toc son incompatibles-mrelocatable y -msdata=%s son incompatiblesse usÃ³ -ms2600 sin -ms-msdata=%s y -mcall-%s son incompatiblessu ensamblador no admite -msecure-pltse especificÃ³ -mshared-library-id= sin -mid-shared-library-mshared-library-id=%s no estÃ¡ entre 0 y %d-msim	Usa el simulador de tiempo de ejecuciÃ³n.-msim   Usa el simulador de tiempo de ejecuciÃ³n.se descarta la opciÃ³n -msimple-fpuno se pueden especificar -msingle-float y -msoft-float al mismo tiempola opciÃ³n -msingle-float es equivalente a -mhard-float-msmall-data-limit=N	Coloca los datos globales y estÃ¡ticos mÃ¡s pequeÃ±os que <N> bytes en una secciÃ³n especial (en algunos objetivos).-mspfp_fast no disponible en ARC600 ni ARC601-mstack-guard implica el uso de -mstack-sizeno se admite -mstring en sistemas little endianno se admite -mstringop-stategy=rep_8byte para cÃ³digo de 32-bitno se admite -msx en coff-mtoc-fusion requiere -mpower8-fusion-mtoc-fusion requiere 64 bits-mtoc-fusion requiere modelo de cÃ³digo medio/grande-mtraceback=	Selecciona la tabla full, part, Ã³ sin traceback.-mtune=	CÃ³digo de planificador para la CPU dada.-mtune= espera mn10300, am33, am33-2 o am34-mtune=ARQ	Ajusta la alineaciÃ³n para el chip o la versiÃ³n de CPU especificados.-mtune=CPU	Optimiza para CPU.-mtune=PROCESADOR	Optimiza la salida para el PROCESADOR.-mupper-regs-df requiere -mvsx-mupper-regs-di requiere -mvsx-mupper-regs-sf requiere -mpower8-vector-mvsx y -mno-altivec son incompatibles-mvsx y -mpaired son incompatibles-mvsx necesita direccionamiento indizado-mvsx requiere coma flotante de hardware-mvsx-timode requiere -mvsxsÃ³lo se puede usar -mxl-multiply-high con -mcpu=v6.00.a o superior-mxl-multiply-high requiere -mno-xl-soft-mul-mxl-reorder solo puede usarse con -mcpu=v8.30.a o superior-o <fichero>	Coloca la salida en el <fichero>.-pg y -fomit-frame-pointer son incompatibles-pie no se admite en esta configuraciÃ³nse descarta -pipe porque se especificÃ³ -save-tempsno se admite -pipeno se permite -private_bundle con -dynamiclib-trigraphs	Soporte para los trigrafos de ISO C.El operador .NOT. en la expresiÃ³n en %L debe tener un operando LOGICALlos long double de 128 bits no se admiten para valores de coma flotante VAXABI de 31 bit.el conjunto de instrucciones 387 estÃ¡ desactivado, usando la aritmÃ©tica SSEABI de 64 bit.no se admite la ABI de 64-bit en el modo ESA/390<Durante la inicializaciÃ³n>
! <anÃ³nimo><lista inicializador dentro de llaves><interno><lÃ­nea-de-orden><error de declaraciÃ³n><enumerador><expresiÃ³n-errÃ³nea><error de expresiÃ³n><lambda<lambda><falta><valor de devoluciÃ³n> <valor-devoluciÃ³n><sentencia><error-etiqueta><error de argumentos de plantilla><error de parÃ¡metro de plantilla><expresiÃ³n-throw><error de tipo><error-tipo><error-deftipo><errorprefijotipo><llamada a rutina ubsan><operador desconocido><desconocido><sinnombre %s><comafija-sinnombre:<comaflotante-sinnombre:<sinsigno-sinnombre:<sinnombre><sidecodificar><tipo de funciÃ³n sobrecargada sin resolver>?: usando constantes enteras en contexto boolean?: usando constantes enteras en contexto boolean; la expresiÃ³n siempre se evaluarÃ¡ como %<true%>el parÃ¡metro @catch no puede ser calificado por protocoloel parÃ¡metro de @catch no es un tipo de clase conocido para Objective-Cno se encontrÃ³ la @interface de la clase %qEEl nÃºmero de perfiles de bloque bÃ¡sicos se considera caliente si contribuye al pormillaje dado de la ejecuciÃ³n perfilada completa.Factor para ajustar el lÃ­mite superior que el planificador de cambio de mÃ³dulo utiliza para planificar un bucle.SinÃ³nimo de -std=c89 (para C) o -std=c++98 (para C++).Umbral en el nÃºmero promedio de bucles considerado por el planificador de cambio de mÃ³dulo.AAPCS no admite -mcallee-super-interworkingAAPCS no admite -mcaller-super-interworkingABI requiere -march=rv%dLa especificaciÃ³n ACCESS en %L ya se habÃ­a especificadovariable ACQUIRED_LOCKEl argumento ACQUIRED_LOCK= en %L debe ser una variable LOGICAL escalarSe especificÃ³ ALLOCATABLE fuera de un cuerpo INTERFACE en %Lobjeto ALLOCATEALLOCATE de comatriz en %C en el bloque CRITICALALLOCATE de comatriz en %C en el bloque DO CONCURRENTNo se permite ALTERNATE RETURN en %Lno se admite el cÃ³digo reentrante APCS.  DescartadoASSERT_EXPR con una condiciÃ³n que es siempre falsaLa declaraciÃ³n de ASSIGN en %L requiere una variable INTEGER escalar por defectoLa declaraciÃ³n ASSIGNED GOTO en %L requiere una variable INTEGEREl especificador ASYNCHRONOUS= en %L debe ser una expresiÃ³n de inicializaciÃ³nEl argumento ATOM en %L de la funciÃ³n intrÃ­nseca %s debe ser una comatriz o coÃ­ndiceel argumento ATOM en %L para la funciÃ³n intrÃ­nseca %s debe ser un entero ATOMIC_INT_KIND o un lÃ³gico ATOMIC_LOGICAL_KINDEl argumento ATOM de la funciÃ³n intrÃ­nseca %s en %L debe ser definiblese inicializÃ³ el puntero AUX para el borde %d->%del argumento de vector AVX sin AVX activado cambia la ABIel retorno de vector AVX sin AVX activado cambia la ABIel argumento de vector AVX512F sin AVX512F activado cambia la ABIel retorno de vector AVX512F sin AVX512F activado cambia la ABIAcepta las extensiones para dar soporte a cÃ³digo heredado.Accede datos en la misma secciÃ³n que los puntos de anclaje compartidos.La especificaciÃ³n de acceso del operador %s en %C ya se habÃ­a especificadoLa especificaciÃ³n de acceso del operador .%s. en %C ya se habÃ­a especificadoAccede a las variables en objetos PPU de 32-bit (por defecto).Accede a las variables en objetos PPU de 64-bit.Acumula los argumentos de funciÃ³n salientes y adquiere/libera el espacio de pila necesario para los argumentos de funciÃ³n salientes en el prÃ³logo/epÃ­logo de la funciÃ³n.  Sin esta opciÃ³n, los argumentos salientes se empujan antes de llamar una funciÃ³n y se sacan despuÃ©s.  Esta opciÃ³n puede conducir a tamaÃ±o de cÃ³digo reducido para funciones que llaman muchas funciones que obtienen sus argumentos de la pila como, por ejemplo, printf.La longitud de la cadena actual no coincide con la declarada para el argumento dummy '%s' (%ld/%ld)La longitud de la cadena actual es mÃ¡s corta que la declarada para el argumento dummy '%s' (%ld/%ld)AÃ±adir instrumentaciÃ³n para comprobar lÃ­mites de punteros.  Los indicadores fchkp-* se usan para controlar la instrumentaciÃ³n.  Actualmente disponible en C, C++ y ObjC.Ejecuta un paso de eliminaciÃ³n de subexpresiÃ³n comÃºn despuÃ©s de las optimizaciones de bucles.Agrega comprobaciones explÃ­citas para la divisiÃ³n por cero.Agrega comprobaciones explÃ­citas para el desbordamiento de divisiÃ³n en INT_MIN / -1.Agrega comentarios extra a la salida de ensamblador.Impresiones adicionales de depuraciÃ³n.Tras el diagnÃ³stico de comportamiento indefinido intenta continuar la ejecuciÃ³n.Optimiza los bucles de forma agresiva empleando restricciones del lenguaje.El alias y los grupos comdat del objetivo difierenAlias y secciÃ³n del objetivo difierenLa cadena alias para el nodo instrumentado estÃ¡ rotaAlias para --help=target.Alias para -mcpu=g10.Alias para -mcpu=g13.Alias para -mcpu=g14.Alias tiene bordes de llamadaAlias tiene mÃ¡s de una referencia aliasAlias tiene una referencia que no es aliasAlinea todas las etiquetas.Alinea todos los bucles al lÃ­mite de 32 byte.Alinea cÃ³digo y datos a 32 bits.Alinea el destino de las operaciones de cadenas.Alinea doubles en lÃ­mites de 64-bit.Alinea las etiquetas que solamente se alcanzan saltando.Alinea algunos doubles en lÃ­mites de dword.Alinea el inicio de las funciones.Alinea el inicio de los bucles.Alinea al tipo base del campo de bits.Alinea por el tipo base del campo de bits. No asume que los accesos sin alinear los maneja el sistema.Alinea las variables en lÃ­mites de 32-bit.Todos los procedimientos intrÃ­nsecos estÃ¡n disponibles sin importar el estÃ¡ndar seleccionado.Todos los accesos a memoria usan instrucciones load/store de E/S.El componente allocatable %s en %L debe tener una codimensiÃ³n ya que tiene un subcomponente que no es comatriz de tipo LOCK_TYPEEl componente allocatable %s en %L de tipo LOCK_TYPE debe tener una codimensiÃ³nEl componente allocatable de la estructura en %C debe tener una forma diferidaAlmacena las variables locales en la pila para permitir recursividad indirecta.El objeto de alojamiento en %L tambiÃ©n aparece en %LEl objeto de alojamiento en %L es un subobjeto del objeto en %LEl objeto de alojamiento en %L debe ser ALLOCATABLE o un POINTEREl objeto de alojamiento en %L con un parÃ¡metro de tipo diferido requiere una especificaciÃ³n de tipo o una etiqueta SOURCE o una etiqueta MOLDAlojar %s en %L con especificaciÃ³n de tipo requiere el mismo parÃ¡metro de longitud de carÃ¡cter que el de la declaraciÃ³nEl alojamiento %s del tipo de base ABSTRACT en %L requiere una especificaciÃ³n de tipo o una expresiÃ³n sourceLa asignaciÃ³n excederÃ­a el lÃ­mite de memoriaPermite enteros de 128 bits en registros VSX.Permite variables enteras de 64 bits en los registros superiores con -mcpu=power7 o -mvsx.Permite optimizaciones al comprobador de lÃ­mites de punteros.  Permitido por omisiÃ³n en los niveles de optimizaciÃ³n >0.Permite el acceso a variables de instancia como si fueran declaraciones locales dentro de implementaciones de mÃ©todos de instancia.Permite ancho de lÃ­nea de carÃ¡cter arbitrario en formato fijo.Permite ancho de lÃ­nea de carÃ¡cter arbitrario en formato libre.Permite que los campos de bits crucen los lÃ­mites de word.Permite que las ramificaciones se empaquen con otras instrucciones.Permite a las funciones internas ceil, floor, round, trunc generar excepciones "inexactas".Permite las conversiones entre __ea y punteros genÃ©ricos (por defecto).Permite signos de dÃ³lar en nombres de entidades.Permite variables double en los registros superiores con -mcpu=power7 o -mvsx.Permite saltos rÃ¡pidos al despachador de mensajes.Permite variables float en los registros superiores con -mcpu=power8 o -mpower8-vector.Permite variables float/double en los registros superiores si la cpu lo permite.Permite que las direcciones de las funciones se conservern en registros.Permite a gcc generar instrucciones LIW.Permite a gcc generar las instrucciones SETLB y Lcc.Permite que las instrucciones de coma flotante de hardware cubran tanto operaciones de 32-bit como de 64-bit.Permite las conversiones implÃ­citas entre vectores con nÃºmeros diferentes de subpartes y/o tipos de elementos diferentes.Permite interponer funciÃ³n (o variables) por otras con semÃ¡ntica diferente (o inicializador) respectivamente por enlazador dinÃ¡mico.Permite optimizaciones matemÃ¡ticas que pueden violar los estÃ¡ndares IEEE Ã³ ISO.Permite que se introduzcan carreras de datos nuevos en stores.Permite la optimizaciÃ³n para la aritmÃ©tica de coma flotante la cual puede cambiar el resultado de la operaciÃ³n debido a redondeo.Permite la planificaciÃ³n prematura de insns encoladas.Alinea la extensiÃ³n de signo en las operaciones de fusiÃ³n.Permite el movimiento especulativo de mÃ¡s loads.Permite el movimiento especulativo de insn que no son load.Permite el movimiento especulativo de algunas loads.Permite los tipos de 128 bits de IEEE sin necesidad de la palabra clave __float128.Permite que los argumentos del operador '?' tengan tipos diferentes.Permitir que el paso de mezcla de almacenamientos introduzca almacenamientos desalineados si es legal hacerlo.Permite el uso de las instrucciones MDMX.Permite el uso de las instrucciones MT.Permite el uso de las instrucciones de coma flotante de hardware para el V850E2V3 y superior.Permite el uso de la ABI y las instrucciones de coma flotante de hardware.Permite al comprobador de lÃ­mites de punteros usar versiones *_nobnd de funciones de cadena.Permite al comprobador de lÃ­mites de punteros usar versiones *_nochk de funciones de cadena.Permite truncar en lugar de redondear a cero los tipos de fracciones de coma fija.Permite que se ejecuten dos instrucciones por ciclo.Permite funciones variadic sin parÃ¡metro nombrado.Ya estÃ¡ dentro de un bloque CONTAINS en %CLa declaraciÃ³n RETURN alternativa en %C sÃ³lo se permite dentro de una SUBROUTINELa declaraciÃ³n RETURN alternativa en %L requiere de un especificador de devoluciÃ³n SCALAR-INTEGERConvenio de llamada alternativa.No puede aparecer una devoluciÃ³n alternativa en la interfaz de operador en %LSe pasÃ³ un argumento Altivec a una funciÃ³n sin prototipono se admite AltiVec en este objetivoGenera siempre llamadas long.Trata siempre a los campos de bit como de tamaÃ±o int.Usar siempre el Puntero de Argumento Realineado DinÃ¡micamente (DRAP) para realinear la pila.Usa siempre JSR, nunca BSR, para llamadas.!$OMP DECLARE REDUCTION ambiguo en el mÃ³dulo %s en %LSÃ­mbolo ambiguo en la definiciÃ³n TYPE en %CAsocia adecuadamente los mensajes de diagnÃ³stico con la opciÃ³n de lÃ­nea de orden que los controla.SinÃ³nimo de minterlink-compressed, preservado por compatibilidad hacia atrÃ¡s.Una devoluciÃ³n alternativa en %L sin un argumento dummy *Un borde indirecto de %s no estÃ¡ marcado como indirecto o tiene indirect_info asociado, la declaraciÃ³n correspondiente es: Una construcciÃ³n FORALL externa ya tiene un Ã­ndice con este nombre %LAnaliza y elimina intercambios de palabra doble en cÃ³mputos VSX.El alias analizado no tiene referenciaEl nodo analizado no tiene referencia a versiÃ³n instrumentadaAnota las instrucciones de ensamblador con direcciones estimadas.Agrega un segundo guiÃ³n bajo si el nombre ya tiene un guiÃ³n bajo.Agrega subrayado a los nombres visibles externamente.Aplica signo negativo a valores cero.Aplica reglas especiales para compilar paquete de tiempo de ejecuciÃ³n.Aplica la expansiÃ³n de variables cuando se desenrollan los bucles.El nÃºmero mÃ¡ximo aproximado de instrucciones a permitir entre una pista y su ramificaciÃ³n [125].El argumento NCOPIES del intrÃ­nseco REPEAT es negativo (su valor es %ld)El argumento NCOPIES del intrÃ­nseco REPEAT es negativo en %LEl argumento NCOPIES del intrÃ­nseco REPEAT es demasiado grandeEl argumento NCOPIES del intrÃ­nseco REPEAT es demasiado grande en %LEl argumento dim en %L debe ser de tipo enteroEl argumento dim en %L debe ser escalarEl argumento %s en %L debe ser de longitud unoEl argumento de la funciÃ³n %s en %L es negativoEl argumento de la funciÃ³n %s en %L es demasiado grande para la secuencia de ordenado de gÃ©nero %dEl argumento de la funciÃ³n %s en %L estÃ¡ fuera de rango [0,127]El argumento de ACOS en %L debe estar entre -1 y 1El argumento ACOSH en %L no debe ser menor a 1El argumento de ASIN en %L debe estar entre -1 y 1El argumento de ATANH en %L debe estar dentro del rango -1 a 1El argumento del procedimiento final en %L no debe ser ALLOCATABLEEl argumento del procedimiento FINAL en %L no debe ser INTENT(OUT)El argumento del procedimiento FINAL en %L no debe ser OPTIONALEl argumento del procedimiento FINAL en %L no debe ser un POINTEREl argumento de IACHAR en %L debe ser de longitud unoEl argumento de la funciÃ³n IACHAR en %L estÃ¡ fuera de rango 0..127El argumento de ICHAR en %L debe ser de longitud unoEl argumento de LOG en %L no puede ser menor o igual a ceroEl argumento de LOG10 en %L no puede ser menor o igual a ceroEl argumento de la declaraciÃ³n SELECT en %L no puede ser %sEl argumento de la declaraciÃ³n SELECT en %L debe ser una expresiÃ³n escalarEl argumento de SQRT en %L tiene un valor negativoNaN aritmÃ©tico en %LOK aritmÃ©tico en %LOK aritmÃ©tico al convertir %s a %s en %LDesbordamiento aritmÃ©tico en %LDesbordamiento aritmÃ©tico por debajo en %LEl array TYPE_DOMAIN no es de un tipo enteroEl componente de matriz de la estructura en %C debe tener una forma explÃ­citaEl componente de matriz de la estructura en %C debe tener una forma explÃ­cita o diferidaEl tamaÃ±o del elemento de la matriz es demasiado grande en %CEl Ã­ndice de matriz en %L es una matriz de rango %dEl Ã­ndice de matriz en %L debe ser de tipo INTEGER, se encontrÃ³ %sEl Ã­ndice de matriz en %L debe ser escalarLos operandos de matriz son inconmesurables en %LLos operandos de matriz son inconmesurables al convertir %s a %s en %LLa referencia a matriz en %C no puede tener mÃ¡s de %d dimensionesLa referencia de matriz en %L estÃ¡ fuera de los lÃ­mites (%ld < %ld) en la codimensiÃ³n %dLa referencia de matriz en %L estÃ¡ fuera de los lÃ­mites (%ld < %ld) en la dimensiÃ³n %dLa referencia de matriz en %L estÃ¡ fuera de los lÃ­mites (%ld > %ld) en la codimensiÃ³n %dLa referencia de matriz en %L estÃ¡ fuera de los lÃ­mites (%ld > %ld) en la dimensiÃ³n %dLa referencia a matriz en EQUIVALENCE en %C no puede ser una secciÃ³n de matrizLa referencia de la matriz estÃ¡ fuera de los lÃ­mitesSe requiere un designador de secciÃ³n de matriz, p.e. '(:)', ademÃ¡s del designador de comatriz '[...]' en %CUna secciÃ³n de matriz con un subÃ­ndice vector en %L no debe ser el objetivo de un punteroLa especificaciÃ³n de matriz en %C tiene mÃ¡s de %d dimensionesLa especificaciÃ³n de matriz se debe diferir en %LSe requiere una especificaciÃ³n de matriz en la declaraciÃ³n ALLOCATE en %LEl ensamblador no tiene soporte para -mabi=ilp32Opciones de ensamblador
  =======================
  
! La etiqueta asignada no es una etiqueta objetivoAsignar un valor diferente de 0 o 1 a LOGICAL tiene un resultado sin definir en %LAsignaciÃ³n de escalar a un array sin espacio asignadoLa interfaz de operador de asignaciÃ³n en %L debe ser SUBROUTINELa interfaz de operador de asignaciÃ³n en %L debe tener dos argumentosLa interfaz de operador de asignaciÃ³n en %L no debe redefinir una asignaciÃ³n de tipo INTRINSICAsignaciÃ³n a una variable de Ã­ndice FORALL en %LAsignaciÃ³n a una variable coindizada en %L en un procedimiento PUREEl objetivo de asociaciÃ³n en %C no debe estar coindizadoAsume que ES es cero a lo largo de la ejecuciÃ³n del programa, usa ES: para datos de solo lectura.Asume que los ICPLBs estÃ¡n activos en tiempo de ejecuciÃ³n.Asume un segmento TLS grande.Asume que todos los sÃ­mbolos tienen valores de 32-bit.Asume que todas las funciones de argumentos variables tienen prototipo.Asume que el cÃ³digo serÃ¡ ensamblado mediante GAS.Asume que el cÃ³digo se enlazarÃ¡ mediante ld de GNU.Asume que el cÃ³digo se enlazarÃ¡ mediante ld de HP.Asume que las declaraciones comunes pueden sustituirse por las que tienen un array postrero mayor.Asume que los segmentos de datos son relativos a los segmentos de texto.Asume que las operaciones de coma flotante pueden atrapar.Asume que la pila de entrada estÃ¡ alineada a esta potencia de 2.Asume que se pueden direccionar las etiquetas y sÃ­mbolos usando direcciones absolutas de 16 bits.Asume que cargar datos desde flash es mÃ¡s lento que las instrucciones de extracciÃ³n.Asume que no se generan NaNs o infinitos.Asume el entorno normal de ejecuciÃ³n C.Asume que la desalineaciÃ³n de double es posible.Asume que estÃ¡ seleccionado el redondeo al mÃ¡s cercano para propÃ³sitos de planificaciÃ³n.Asume que el desbordamiento aritmÃ©tico con signo se envuelve.Asume espacio de direcciones small.Asume que se aplican las reglas estrictas de alias.Asume que la CPU destino estÃ¡ configurada como big endian.Asume que el CPU destino estÃ¡ configurado como little endian.Asume que se puede acceder a todos los datos en el almacenamiento estÃ¡tico por LDS / STS.  Esta opciÃ³n solo es Ãºtil para dispositivos Tiny reducidos.Asume que los stores y loads de coma flotante no es probable que provoquen conflictos al colocarse en un grupo de instrucciÃ³n.Asume que los receptores de mensajes de Objective-C pueden ser nil.Asume que se provee el soporte para tiempo de ejecuciÃ³n, asÃ­ que omite -lsim en la lÃ­nea de Ã³rdenes del enlazador.Asume que las instrucciones estimadas recÃ­procas proveen mÃ¡s exactitud.Asume que el fichero fuente es de formato fijo.Asume que el fichero fuente es de formato libre.Asume que los valores de tipo de enumeraciÃ³n estÃ¡n siempre dentro del rango mÃ­nimo de ese tipo.Asume que las ramificaciones condicionales con desplazamiento cero son rÃ¡pidas.Asume el entorno RTP de VxWorks.Asume el entorno vThreads de VxWorks.Asume sintaxis unificada para cÃ³digo ensamblador en lÃ­nea.La matriz de forma asumida en %L debe ser un argumento de pruebaLa matriz de tamaÃ±o asumido en %L debe ser un argumento de pruebaObjetos o componentes polimÃ³rficos de tamaÃ±o asumido, tales como el que estÃ¡ en %C, aÃºn no estÃ¡n implementadosEn el Ã¡mbito global:Por lo menos se admiten %i corridas de perfil. Â¿Tal vez se corrompiÃ³ el perfil?En el nivel principal:Escribe hacia atrÃ¡s atÃ³micamente las lÃ­neas de cachÃ© de datos de software (por defecto).Se intentÃ³ DEALLOCATE en '%s' sin alojar.Trata de evitar que se generen secuencias de instrucciones que contengan ret bytes.Intenta rellenar las ranuras de retraso de las instrucciones de ramificaciÃ³n.Se intentÃ³ sobreescribir indirectamente los bloques COMMON %s y %s con EQUIVALENCE en %CTrata de mantenter la pila alineada a esta potencia de 2.Intenta mezclar constantes idÃ©nticas a travÃ©s de las unidades de compilaciÃ³n.Intenta mezclar constantes idÃ©nticas y variables constantes.Intenta mezclar cadenas de depuraciÃ³n idÃ©nticas a travÃ©s de las unidades de compilaciÃ³n.Se intentÃ³ alojar una variable ya alojadaSe intentÃ³ alojar la variable ya alojada '%s'No se permite el atributo %L en una definiciÃ³n TYPEEl nÃºmero mÃ¡gico de perfil AutoFDO no cuadraLa versiÃ³n %u de perfil AutoFDO no cuadra con %uAlinea automÃ¡ticamente los objetivos de las ramificaciones para reducir las penas de ramificaciÃ³n.NÃºmero medio de iteraciones en un bucle.Evita todos los lÃ­mites de rango en las instrucciones de llamadas.Evita la generaciÃ³n de llamadas relativas al pc; usar indirecciÃ³n.Evita la generaciÃ³n de instrucciones indexadas load/store cuando sea posible.Evita el traslape en registros de destino y direcciÃ³n en las instrucciones LDRD que pueden disparar errores Cortex-M3.Evita cargas especulativas para evitar una anomalÃ­a de hardware.Evita el uso de las instrucciones DIV y MODel BB %i no puede hacer throw pero tiene un borde EHBB %i tiene un borde incorrectoBB %i tiene un borde de respaldo incorrectoel BB %i tiene mÃºltiples bordes EHal BB %i le falta un borde EHal BB %i le falta un bordela Ãºltima sentencia del BB %i tiene establecido incorrectamente lpBB %i demasiados bordes de respaldono se estableciÃ³ la bandera BB_RTL para el bloque %dSe aplicÃ³ BIND(C) a %s %s en %LEl atributo BIND(C) en %C requiere una interfaz con BIND(C)El atributo BIND(C) en %L sÃ³lo se puede usar para variables o bloques comunesEl procedimiento BIND(C) con NAME no debe tener atributo POINTER en %Clas instrucciones BMX solo se admiten con la arquitectura R2La constante BOZ en %L es demasiado grande (%ld vs %ld bits)El tipo BYTE usado en %C no estÃ¡ disponible en la mÃ¡quina objetivoMovimiento de 128 bits errÃ³neoFusiÃ³n GPR errÃ³neaEspecificaciÃ³n INTENT errÃ³nea en %CTipo base ES errÃ³neo (%d)Objeto de alojamiento errÃ³neo en %C para un procedimiento PUREReferencia de matriz errÃ³nea en %LEspecificaciÃ³n de matriz errÃ³nea para una matriz formada explÃ­cita en %CEspecificaciÃ³n de matriz errÃ³nea para una matriz de forma asumida en %CEspecificaciÃ³n de matriz errÃ³nea para una matriz de forma implÃ­cita en %CEspecificaciÃ³n de matriz errÃ³nea en la declaraciÃ³n ALLOCATE en %LEspecificaciÃ³n de comatriz errÃ³nea en la declaraciÃ³n ALLOCATE en %LContinuaciÃ³n de lÃ­nea errÃ³nea en %CGÃ©nero errÃ³neo para la constante lÃ³gica en %CNombre errÃ³neoOperador errÃ³neoEspecificaciÃ³n errÃ³nea para la matriz de tamaÃ±o asumido en %CEspecificaciÃ³n de matriz errÃ³nea para una matriz de forma diferida en %CObjetivo errÃ³neo en la asignaciÃ³n de puntero en el procedimiento PURE en %LTipo errÃ³neo en la expresiÃ³n constanteEl objeto base para la llamada a procedimiento enlazada a tipo NOPASS en %L debe ser escalarLos atributos de enlace ya especifican paso, NOPASS ilegal en %CLos atributos de enlace ya especifican paso, PASS ilegal en %CBLOCK DATA en blanco en %C genera un conflicto con un BLOCK DATA previo en %LDeclaraciÃ³n SAVE incondicional en %C despuÃ©s de una declaraciÃ³n SAVE previaLa etiqueta de bloque no es apropiada para la declaraciÃ³n IF en %CLa etiqueta de bloque no es apropiada para la declaraciÃ³n IF aritmÃ©tica en %CNombre del tablero [y regiÃ³n de memoria].Tanto la secciÃ³n como el grupo comdat estÃ¡n puestosLÃ­mite en el nÃºmero de candidatos bajo el cual todos los candidatos se consideran en optimizaciones iv.LÃ­mite en el nÃºmero de usos de iv en bucles optimizados en optimizaciones iv.LÃ­mite en el nÃºmero de revisiones de tiempo de ejecuciÃ³n insertadas por las versiones de bucle del vectorizador para revisiÃ³n de alias.LÃ­mite en el nÃºmero de revisiones de tiempo de ejecuciÃ³n insertadas por las versiones de bucle del vectorizador para revisiÃ³n de alineaciÃ³n.LÃ­mite en el tamaÃ±o de expresiones usadas en el analizador escalar de evoluciones.LÃ­mite en la complejidad de expresiones en el analizador escalar de evoluciones.LÃ­mite en el coste de una expresiÃ³n para calcular el nÃºmero de iteraciones.LÃ­mite en el nÃºmero de iteraciones que evalÃºa el algoritmo de anÃ¡lisis de nÃºmero de iteraciones de fuerza bruta.La ramificaciÃ³n en %L puede resultar en un bucle infinitoLas ramificaciones son asÃ­ de caras (1-5, unidades arbitrarias).Ramificaciones ejecutadas:%s de %d
! Construye para el Core A.Construye para el Core B.Construye para SDRAM.La funciÃ³n interna %s no se admite con las opciones actualesLa funciÃ³n interna %s sÃ³lo es vÃ¡lida para el procesador cellNo se admite la funciÃ³n interna %s en esta configuraciÃ³n del compiladorLa funciÃ³n interna %s requiere Nios II R%dLa funciÃ³n interna %s requiere la opciÃ³n -maltivecLa funciÃ³n interna %s requiere la opciÃ³n -mpairedLa funciÃ³n interna %s requiere la opciÃ³n -mspeLa funciÃ³n interna %s requiere la opciÃ³n -mvsxEl argumento por valor en %L no puede ser una matriz o una secciÃ³n de matrizEl argumento por valor en %L no se permite en este contextoEl argumento por valor en %L no es de tipo numÃ©ricoEl parÃ¡metro de tipo de gÃ©nero C es para el tipo %s, pero el tipo en %L es %slos constructores y destructores de C++ no se invocan para campos Objective-Cla bÃºsqueda en C++ de %qD devolverÃ­a un campo, no un tipoC++ requiere un tipo promovido, no un tipo enum, en %<va_arg%>%<constexpr%> de C++11 sÃ³lo estÃ¡ disponible con -std=c++11 o -std=gnu++11asignador C99 %qE fuera del inicializador agregadoLa etiqueta CASE en %L se encima con la etiqueta CASE en %Llas instrucciones CDX solo se admiten con la arquitectura R2la expresiÃ³n literal CFString no es una constante de cadenafalta una literal CFStringSe trunca la expresiÃ³n CHARACTER en %L (%d/%d)Se truncarÃ¡ la expresiÃ³n CHARACTER en la asignaciÃ³n (%d/%d) en %LLa declaraciÃ³n CLOSE en %L requiere un nÃºmero UNITNo se permite una declaraciÃ³n CLOSE en el procedimiento PURE en %CEl argumento de la clÃ¡usula COLLAPSE no es un entero positivo constante en %Cse debe definir COLLECT_GCCse debe definir COLLECT_GCC.se debe definir COLLECT_LTO_WRAPPERNo se encontrÃ³ el bloque COMMON /%s/ en %CLas cantidades COMPLEX no se pueden comparar en %LLa declaraciÃ³n CONTAINS en %C ya estÃ¡ contenida en una unidad de programael CPU que seleccionÃ³ no admite el conjunto de instrucciones x86-64fallÃ³ la aserciÃ³n del transporte CRIS: La declaraciÃ³n CYCLE en %C para el bucle !$OMP DO colapsado que no es el mÃ¡s internoLlama a mcount para anÃ¡lisis de perfil antes del prÃ³logo de una funciÃ³n.Llamadas ejecutadas:%s de %d
! No se puede convertir %s a %s en %LNo se puede borrar el fichero de mÃ³dulo %qs: %sNo se puede borrar el fichero de mÃ³dulo temporal %qs: %sNo se puede inicializar la matriz de tamaÃ±o implÃ­cito en %L con un escalarNo se puede abrir el fichero de mÃ³dulo %qs para escritura en %C: %sNo se puede renombrar el fichero de mÃ³dulo %qs a %qs: %sNo se puede asignar a una constante nombrada en %CNo se puede llamar a %<__builtin_custom_%s%> sin especificar la opciÃ³n %<-mcustom-%s%>No se pueden cambiar los atributos del sÃ­mbolo asociado con USE %s en %LNo se pueden cambiar los atributos de un sÃ­mbolo asociado con USE en %LNo se puede cambiar al directorio %sNo se puede obtener el nombre del directorio actualNo se puede crear el directorio %sNo se puede mapear %sNo se puede abrir %sNo se puede abrir el fichero fuente %s
! No se puede leer %sNo se puede especificar IMPLICIT en %C despuÃ©s de IMPLICIT NONECaza erratas.Causa que gas muestre estadÃ­sticas de tomcat.Ã�ndice de sentencia de borde de cgraph no encontradoÃ�ndice de sentencia de borde de cgraph fuera de rangoAlias transparentes encadenadosCambia sÃ³lo los 8 bits bajos del puntero de pila.Cambia la ABI para permitir instrucciones double word.Cambia la cantidad de vista hacia adelante del planificador.Cambia la longitud mÃ¡xima de las secuencias ejecutadas condicionalmente.Cambia el nÃºmero de registros temporales disponibles para secuencias ejecutadas condicionalmente.Cambia el puntero de la pila sin desactivar las interrupciones.Cambia la visibilidad para coincidir con Microsoft Visual Studio por defecto.Revisa desbordamientos de pila en tiempo de ejecuciÃ³n.Busca errores de sintaxis, y termina.Revisa el valor de devoluciÃ³n de new en C++.Escoge la estrategia para generar stringop using.TamaÃ±o de la porciÃ³n de planificaciÃ³n omp para bucles paralelizadps por parloops.La notaciÃ³n de array de Cilk no puede utilizarse como una expresiÃ³n goto calculadaLa notaicÃ³n de array de Cilk no puede utilizarse para sentencias do-whileLa notaciÃ³n de array de Cilk no puede utilizarse para sentencias switchLa notaicÃ³n de array de Cilk no puede utilizarse para sentencias whileLa notaicÃ³n de array de Cilk no puede utilizarse para expresiones throwLa notaicÃ³n de array de Cilk no puede utilizarse para sentencias do-whileQuita todas las caracterÃ­sticas de ajuste.Quita las capacidades del hardware al enlazar.Borra el BSS a cero y coloca el cero inicializado en BSS.Se requiere una especificaciÃ³n de comatriz en la declaraciÃ³n ALLOCATE en %LTamaÃ±o del cÃ³digo: small, medium o large.El coÃ­ndice en la codimensiÃ³n %d debe ser un escalar en %LEl rango de coÃ­ndice no coincide en la referencia de matriz en %L (%d/%d)El argumento actual coindizado en %L es un procedimiento PURE se pasa a un argumento dummy POINTEREl argumento coindizado en %L en un procedimiento PURE se pasa a un argumento INTENT(%s)Argumento actual coindizado en %L con componente puntero ÃºltimoObjeto alojable coindizado en %LLa expresiÃ³n con coÃ­ndice en %L se asigna a una variable de tipo derivado con un componente POINTER en un procedimiento PUREObjeto coindizado con subcomponente alojable polimÃ³rfico en %LComponente de procedimiento puntero con coÃ­ndice en %CRecoge y vuelca informaciÃ³n de depuraciÃ³n en un fichero temporal si ha ocurrido ICE en el compilador de C/C++.Se requiere una coma antes del descriptor PCompila cÃ³digo para modo big endian.Compila cÃ³digo para modo little endian.  Este es el valor predefinido.Compila cÃ³digo que depende de las envolturas DLL de Cygwin para admitir el reemplazo de los operadores de C++ new/delete.Compila para punteros de 32-bit.Compila para punteros de 64-bit.Compila para ETRAX 100 (CRIS v8).Compila para ETRAX 4 (CRIS v3).Compila para el ABI V8+.Compila para la ABI de biblioteca compartida DSBT.Compila para el m32r.Compila para el m32r2.Compila para el m32rx.Compila para el procesador v850.Compila para el procesador v850e.Compila para el procesador v850e1.Compila para el procesador v850e2.Compila para el procesador v850e2v3.Compila para el procesador v850e3v5.Compila para la variante v850es del procesador v850e1.Compila la unidad de compilaciÃ³n completa a la vez.Compila con longs y punteros de 32 bit, el cual es el Ãºnico comportamiento admitido y por eso se hace caso omiso del indicador.Compila con longs y punteros de 32 bit.Compila con longs y punteros de 64 bit.BonificaciÃ³n de tiempo de compilaciÃ³n que IPA-CP asigna a los candidatos que dan conocer el Ã­ndice de un array..BonificaciÃ³n de tiempo de compilaciÃ³n que IPA-CP asigna a los candidatos que dan a conocer los lÃ­mites o los pasos de los bucles..El argumento complejo de LOG en %L no puede ser ceroLa multiplicaciÃ³n y la divisiÃ³n complejas siguen las reglas Fortran.El componente %s en %L de tipo LOCK_TYPE debe tener una codimensiÃ³n o ser un subcomponente de una comatriz, lo cua no es posible ya que el componente tiene el atributo punteroEl componente %s del tipo SEQUENCE declarado en %L no tiene el atributo SEQUENCEEl componente en %C debe tener el atributo POINTERÂ¡Inicializador de componente sin nombre despuÃ©s del componente nombrado %s en %L!El componente a la derecha de una referencia de parte con rango que no es cero no debe tener el atributo ALLOCATABLE en %LEl componente a la derecha de una referencia de parte con rango que no es cero no debe tener el atributo POINTER en %LLos componentes en TYPE en %C deben preceder a CONTAINSEl operador de concatenaciÃ³n en %L debe concatenar cadenas del mismo gÃ©neroEl operador de concatenaciÃ³n en la expresiÃ³n en %L debe tener dos operandos CHARACTERConfigurado con: %s
! Conforma mÃ¡s cerca a la semÃ¡ntica XLC de IBM.No conforma a nada en particular.Conforma al estÃ¡ndar ISO 1990 C tal y como se enmendÃ³ en 1994.Conforma al estÃ¡ndar ISO 1990 C con extensiones GNU.Conforma al estÃ¡ndar ISO 1990 C.Conforma al estÃ¡ndar ISO 1998 C++ revisado por la correcciÃ³n tÃ©cnica 2003 con extensiones GNU.Conforma al estÃ¡ndar ISO 1998 C++ revisado por la correcciÃ³n tÃ©cnica 2003.Conforma al estÃ¡ndar ISO 1999 C con extensiones GNU.Conforma al estÃ¡ndar ISO 1999 C.Conforma al estÃ¡ndar ISO 2011 C con extensiones GNU.Conforma al estÃ¡ndar ISO 2012 C.Conforma al estÃ¡ndar ISO 2011 C++ con extensiones GNU.Conforma al estÃ¡ndar ISO 2011 C++.Conforma al estÃ¡ndar ISO 2014 C++ con extensiones GNU.Conforma al estÃ¡ndar ISO 2014 C++.Conforma al borrador del estÃ¡ndar ISO 2017(?) C++ (soporte experimental e incompleto).Conforma al borrador del estÃ¡ndar ISO 201z(??) C++ con extensiones GNU (soporte experimental e incompleto).Conforma al estÃ¡ndar ISO Fortran 2003.Conforma al estÃ¡ndar ISO Fortran 2008 incluyendo TS 29113.Conforma al estÃ¡ndar ISO Fortran 2008.Conforma al estÃ¡ndar ISO Fortran 95.Conforma al lenguaje Objective-C 1.0 como se implantÃ³ en GCC 4.0.Conforma al o32 FPXX ABI.Considera lento el acceso a memoria de tamaÃ±o byte.Considera que el tipo 'int' es de 16 bits de anchura.Considera que el tipo 'int' es de 32 bits de anchura.La expresiÃ³n constante en la etiqueta FORMAT en %L debe ser del tipo por defecto CHARACTERSe requiere una expresiÃ³n constante en %CSe repite un valor lÃ³gico constante en una declaraciÃ³n CASE en %LConstruye redes y divide usos no relacionados de una sola variable.Controla la generaciÃ³n de estimados recÃ­procos.Controla el modo en que el comprobador de lÃ­mites de punteros maneja punteros a campos de objetos.  Cuando el estrechamiento estÃ¡ activo, se utilizan los lÃ­mites de los campos.  En caso contrario, se usan los lÃ­mites del objeto entero.El nÃºmero del registro de control tiene que estar en el rango 0-31 para %sControla el modo de captura IEEE.Controla el modo de redondeo generado de fp.Controla la precisiÃ³n dada a las excepciones de fp.ConversiÃ³n de %s a %s en %LConversiÃ³n de un Infinity o No-un-Numero en %L a INTEGERConvierte saltos condicionales en los bucles mÃ¡s internos a equivalentes sin ramificaciÃ³n.Convierte las constantes de coma flotante a constantes de precisiÃ³n simple.Copia las secciones de matriz en un bloque contiguo en la entrada de procedimiento.Copyright %s 2014-2017 Free Software Foundation, Inc.
  Costo al cual las optimizaciones GCSE no restringirÃ¡n la distancia que puede viajar una expresiÃ³n.Costo de asumir una ramificaciÃ³n de insn.Costo de asumir una instrucciÃ³n multiply.Costo de asumir una instrucciÃ³n multiply, siendo 4 el de una instrucciÃ³n normal.No se ha podido generar valor addis para fusiÃ³nNo se puede abrir el fichero de salida '%s'
  Cuenta las dependencias especulativas mientras se calcula la prioridad de las instrucciones.El Apuntado Cray en %C no puede ser una matriz de forma asumidaEl Apuntado Cray en %L aparece en varias declaraciones pointer()El puntero Cray en %C tiene %d bytes de precisiÃ³n; las direcciones de memoria requieren %d bytesEl puntero Cray en %C debe ser un enteroLa declaraciÃ³n de punteros Cray en %C requiere la opciÃ³n -fcray-pointerCrea una aplicaciÃ³n con interfaz grÃ¡fica de usuario (GUI).Genera un ejecutable independiente de posiciÃ³n.Crea una biblioteca compartida.Crea variables de inducciÃ³n canÃ³nica en los bucles.Crea una aplicaciÃ³n de consola.Crea ficheros de datos necesarios para "gcov".Se crea '%s'
! Se crea una matriz temporal en %LNo se permite la declaraciÃ³n DATA en %C en un procedimiento PURELa declaraciÃ³n DATA en %L tiene mÃ¡s valores que variablesLa declaraciÃ³n DATA en %L tiene mÃ¡s variables que valoresobjeto DEALLOCATEDEALLOCATE de comatriz en %C en el bloque CRITICALDEALLOCATE de comatriz en %C en el bloque DO CONCURRENTse definiÃ³ DECL_GIMPLE_REG_P en una variable con direcciÃ³n tomadaDEF_INTERNAL_FLT_FN (%s) no tiene ninguna funciÃ³n interna asociadaDEF_INTERNAL_INT_FN (%s) no tiene ninguna funciÃ³n interna asociadaEl argumento DIM en %L estÃ¡ fuera de los lÃ­mitesEl bucle DO en %L se ejecutarÃ¡ cero vecesEl valor de paso de DO es ceroElemento de datos arriba del lÃ­mite superior en %LElemeto de datos debajo del lÃ­mite inferior de la matriz en %LLos datos se guardan en formato big-endian.Los datos se guardan en formato little-endian.  (Por defecto).El objetivo de datos en %L no puede tener un coÃ­ndiceEl elemento de transferencia de datos en %L no puede ser una referencia completa a una matriz de tamaÃ±o asumidoEl elemento de transferencia de datos en %L no puede ser polimÃ³rfico a menos que se procese con un procedimiento de entrada/salida definidoEl elemento de transferencia de datos en %L no puede tener componentes ALLOCATABLE a menos que se procese con un procedimiento de entrada/salida definidoEl elemento de transferencia de datos en %L no puede tener componentes POINTER a menos que se procese con un procedimiento de entrada/salida definidoEl elemento de transferencia de datos en %L no puede tener componentes PRIVATEEl elemento de transferencia de datos en %L no puede tener componentes de puntero a procedimientoDeclarar el mÃ©todo %qD final permitirÃ­a desvirtualizar %i llamadaDeclarar el mÃ©todo %qD final permitirÃ­a desvirtualizar %i llamadasDeclarar el mÃ©todo %qD final permitirÃ­a desvirtualizar %i llamada ejecutada %lli vecesDeclarar el mÃ©todo %qD final permitirÃ­a desvirtualizar %i llamadas ejecutadas %lli vecesDeclarar el tipo %qD final permitirÃ­a desvirtualizar %i llamadaDeclarar el tipo %qD final permitirÃ­a desvirtualizar %i llamadasDeclarar el tipo %qD final permitirÃ­a desvirtualizar %i llamada ejecutada %lli vecesDeclarar el tipo %qD final permitirÃ­a desvirtualizar %i llamadas ejecutadas %lli vecesDeclarar el destructor virtual de %qD final permitirÃ­a desvirtualizar %i llamadaDeclarar el destructor virtual de %qD final permitirÃ­a desvirtualizar %i llamadasDeclarar el destructor virtual de %qD final permitirÃ­a desvirtualizar %i llamada ejecutada %lli vecesDeclarar el destructor virtual de %qD final permitirÃ­a desvirtualizar %i llamadas ejecutadas %lli vecesPosterga la extracciÃ³n de argumentos de funciones de la pila hasta mÃ¡s tarde.AÃºn no se admite un parÃ¡metro de tipo diferidoBorra instrucciones muertas que pueden lanzar excepciones.Borra las revisiones de punteros nulos sin uso.CaracterÃ­stica borrada:Obsoleto en favor de -std=c++11.Obsoleto en favor de -std=c++14.Obsoleto en favor de -std=c11.Obsoleto en favor de -std=c99.Obsoleto en favor de -std=gnu++11.Obsoleto en favor de -std=gnu++14.Obsoleto en favor de -std=gnu11.Obsoleto en favor de -std=gnu99.Obsoleto en favor de -std=iso9899:1999.OpciÃ³n obsoleta.  Use en su lugar -misel.OpciÃ³n obsoleta.  Use en su lugar -mno-isel.OpciÃ³n obsoleta.  Use en su lugar -mno-spe.OpciÃ³n obsoleta.  Use en su lugar -mno-vrsave.OpciÃ³n obsoleta.  Use en su lugar -mspe.OpciÃ³n obsoleta.  Use en su lugar -mvrsave.Obsoleto.  Esta opciÃ³n no tiene efecto.El tipo derivado en %C sÃ³lo puede ser PRIVATE en la parte de especificaciÃ³n de un mÃ³duloEl tipo derivado en %C sÃ³lo puede ser PUBLIC en la parte de especificaciÃ³n de un mÃ³duloEl tipo derivado en %C no se definiÃ³ previamente y no puede aparecer en una definiciÃ³n de tipo derivadoEl componente de tipo derivado %C no es un miembro EQUIVALENCE permitidoLa declaraciÃ³n de tipo derivado con FINAL en %C debe estar en la parte de especificaciÃ³n de un MODULEDescripciÃ³n para mxl-mode-bootstrap.DescripciÃ³n para mxl-mode-executable.DescripciÃ³n para mxl-mode-novectors.DescripciÃ³n para mxl-mode-xmdstub.Detecta rutas que disparan comportamiento errÃ³neo o indefinido debido a un uso indebido de un valor nuloen un atributo returns_nonnull o nonnull.  Aisla esas rutas del flujo de control principal y convierte la sentencia con comportamiento errÃ³neo o indefinido en una trampa.Detecta rutas que disparan comportamiento errÃ³neo o indefinido debido a desreferencia de puntero nulo.  Aisla esas rutas del flujo de control principal y convierte la sentencia con comportamiento errÃ³neo o indefinido en una trampa.Determina cuÃ¡les dependencias entre insns se consideran costosas.Longitudes de CHARACTER diferentes (%d/%d) en el constructor de matriz en %LLongitudes de CHARACTER diferentes (%ld/%ld) en el constructor de matrizParÃ¡metros de tipo de gÃ©nero diferentes en la asignaciÃ³n de puntero en %LRangos diferentes en la asignaciÃ³n de puntero en %LForma diferente para %s en %L en la dimensiÃ³n %d (%d y %d)Tipos diferentes en la asignaciÃ³n de puntero en %L; se intentÃ³ la asignaciÃ³n de %s a %sDesactiva el paso especÃ­fico ARCompact para generar instrucciones de ejecuciÃ³n condicional.Desactiva los registros FP.Desactivar en las instrucciones LR y SR el uso de registros auxiliares de la extensiÃ³n FPX.Desactiva el paso de optimizaciÃ³n de escalar a vector al transformar cÃ¡lculos con enteros de 64 bits en cÃ¡lculos con vectores.Desactiva las optimizaciones de coma flotante que ignoran el signo de IEEE para cero.Desactiva la coma flotante de hardware.Desactiva el direccionamiento indexado.Desactiva las optimizaciones observables con IEEE seÃ±alando NaNs.Desactiva las optimizaciones que asumen la conducta de un FP que redondea por defecto.Desactiva el cÃ³digo independiente de posiciÃ³n (PIC) para su uso en cÃ³digo de nÃºcleo de SO.Desactiva el preprocesamiento.Desactiva los registros de espacio.Desactiva el uso de las instrucciones de FPU RX.  Desactiva las llamadas directas a funciones globales.Desactiva mÃ¡s de 'msched-max-memory-insns' en el grupo de instrucciÃ³n.  De otra forma, el lÃ­mite es 'soft' (se prefieren operaciones que no sean de memoria cuando se alcanza el lÃ­mite).Descubre funciones pure y const.Descubre variables estÃ¡ticas de sÃ³lo lectura y no direccionables.Muestra estadÃ­sticas de tiempo de compilaciÃ³n.Muestra las estadÃ­sticas acumuladas durante la compilaciÃ³n.Muestra el Ã¡rbol del cÃ³digo despuÃ©s de la optimizaciÃ³n del frente.Muestra el Ã¡rbol del cÃ³digo despuÃ©s de analizar.Muestra el Ã¡rbol del cÃ³digo despuÃ©s de analizar; opciÃ³n obsoleta.Muestra la versiÃ³n del compilador.Muestra esta informaciÃ³n.DivisiÃ³n por cero en %LDivisiÃ³n por cero al convertir %s a %s en %LEstrategia de divisiÃ³n, una de las siguientes: call-div1, call-fp, call-table.Hacer rematerializaciÃ³n sensible a CFG en LRA.EfectÃºa optimizaciones de alineamiento en las instrucciones de llamadas.Despacha al planificador si el procesador es bdver1, bdver2, bdver3, bdver4 o znver1 y se selecciona planificaciÃ³n Haifa.No generar instrucciones BRcc en arc_reorg.No permite que los datos constantes se pongan en secciones de cÃ³digo.No asume un segmento TLS grande.No asume que existen las bibliotecas C estÃ¡ndar y "main".No desactiva los registros de espacio.No descarta comentarios en expansiones de macro.No descarta comentarios.No muestra las funciones compiladas o el tiempo transcurrido.No emite modos de direccionamiento con asignaciones colaterales.No emite constantes enteras complejas a memoria de sÃ³lo lectura.No emite el prÃ³logo o epÃ­logo de funciones.No refuerza la alineaciÃ³n estricta.No genera directivas #line.No genera directivas .size.No genera un solo punto de salida para cada funciÃ³n.No genera cÃ³digo que solo pueda correr en modo supervisor (predeterminado).No genera load/store con instrucciones de actualizaciÃ³n.No generar instrucciones mpy para ARC700.No incluye en lÃ­nea la divisiÃ³n entera.No incluye en lÃ­nea la raÃ­z cuadrada.No enlaza contra la biblioteca especÃ­fica de dispositivo lib<MCU>.a.No carga el registro PIC en los prÃ³logos de funciÃ³n.No buscar ficheros objeto en la ruta estÃ¡ndar.No marca las opciones ABI en e_flags.No realizar optimizaciones que incrementan notablemente el uso de la pila.No coloca las constantes de coma flotante en TOC.No coloca las constantes sÃ­mbolo+desplazamiento en TOC.No predefine las macros especÃ­ficas del sistema y especÃ­ficas de GCC.No pretende que las ramificaciones son costosas.No provee una direcciÃ³n de inicio por defecto 0x100 del programa.No empuja los registros extendidos a la pila en las funciones de monitorizaciÃ³n.No pone globales sin inicializar en la secciÃ³n comÃºn.No busca directorios de inclusiÃ³n del sistema por defecto (aquellos especificados con -isystem aÃºn serÃ¡n utilizados).No busca directorios de inclusiÃ³n del sistema por defecto para C++.No admite funciones internas y generaciÃ³n de cÃ³digo SSE4.1 y SSE4.2.No suprime la informaciÃ³n de depuraciÃ³n de clases C++.No suprime los avisos de los encabezados del sistema.No trata las variables locales y los bloques COMMON como si fueran nombrados en declaraciones SAVE.No ajusta la alineaciÃ³n del cÃ³digo y de datos de sÃ³lo lectura.No ajusta la alineaciÃ³n de la pila.No ajusta la alineaciÃ³n de los datos modificables.No usa instrucciones MDMX.No usa instrucciones MIPS-3D.No usa fp de VAX.No usa una funciÃ³n que vacÃ­e el cachÃ© antes de llamar los trampolines de pila.No usa direcciones que reserven registros globales.No usa cÃ³digos de condiciÃ³n para las instrucciones normales.No usa FP de hardware.No usa coma flotante de hardware.No usa fp de hardware.No usa instrucciones de fp quad de hardware.No usa patrones incluidos en lÃ­nea para copiado de memoria.No usa las extensiones de ABI AltiVec.No usa las extensiones de ABI SPE.No usa las instrucciones de campos de bit.No usa la instrucciÃ³n callt (predeterminado).No usa la instrucciÃ³n personalizada fabsd.No usa la instrucciÃ³n perosonalizada fabss.No usa la instrucciÃ³n personalizada faddd.No usa la instrucciÃ³n perosonalizada fadds.No usa la instrucciÃ³n personalizada fatand.No usa la instrucciÃ³n personalizada fatans.No usa la instrucciÃ³n personalizada fcmpeqd.No usa la instrucciÃ³n personalizada fcmpeqs.No usa la instrucciÃ³n personalizada fcmpged.No usa la instrucciÃ³n personalizada fcmpges.No usa la instrucciÃ³n personalizada fcmpgtd.No usa la instrucciÃ³n personalizada fcmpgts.No usa la instrucciÃ³n personalizada fcmpled.No usa la instrucciÃ³n personalizada fcmples.No usa la instrucciÃ³n personalizada fcmpltd.No usa la instrucciÃ³n personalizada fcmplts.No usa la instrucciÃ³n personalizada fcmpned.No usa la instrucciÃ³n personalizada fcmpnes.No usa la instrucciÃ³n personalizada fcosd.No usa la instrucciÃ³n perosonalizada fcoss.No usa la instrucciÃ³n personalizada fdivd.No usa la instrucciÃ³n perosonalizada fdivs.No usa la instrucciÃ³n personalizada fexpd.No usa la instrucciÃ³n personalizada fexps.No usa la instrucciÃ³n personalizada fextsd.No usa la instrucciÃ³n personalizada fixdi.No usa la instrucciÃ³n personalizada fixdu.No usa la instrucciÃ³n personalizada fixsi.No usa la instrucciÃ³n personalizada fixsu.No usa la instrucciÃ³n personalizada floatid.No usa la instrucciÃ³n personalizada floatis.No usa la instrucciÃ³n personalizada floatud.No usa la instrucciÃ³n personalizada floatus.No usa la instrucciÃ³n personalizada flogd.No usa la instrucciÃ³n personalizada flogs.No usa la instrucciÃ³n personalizada fmaxd.No usa la instrucciÃ³n perosonalizada fmaxs.No usa la instrucciÃ³n personalizada fmind.No usa la instrucciÃ³n perosonalizada fmins.No usa la instrucciÃ³n personalizada fmuld.No usa la instrucciÃ³n perosonalizada fmuls.No usa la instrucciÃ³n personalizada fnegd.No usa la instrucciÃ³n perosonalizada fnegs.No usa la instrucciÃ³n perosonalizada frdxhi.No usa la instrucciÃ³n perosonalizada frdxlo.No usa la instrucciÃ³n perosonalizada frdy.No usa la instrucciÃ³n personalizada fsind callt.No usa la instrucciÃ³n perosonalizada fsins.No usa la instrucciÃ³n personalizada fsqrtd.No usa la instrucciÃ³n perosonalizada fsqrts.No usa la instrucciÃ³n personalizada fsubd.No usa la instrucciÃ³n perosonalizada fsubs.No usa la instrucciÃ³n personalizada ftand.No usa la instrucciÃ³n personalizada ftans.No usa la instrucciÃ³n personalizada ftruncds.No usa la instrucciÃ³n perosonalizada fwrx.No usa la instrucciÃ³n perosonalizada fwry.No usa la instrucciÃ³n perosonalizada round.No permite las referencias a memoria sin alinear.No avisa sobre el uso de "long long" cuando se use -pedantic.Revisa la pila usando lÃ­mites en la memoria de scratch L1.No hace nada.  Se preserva por compatibilidad hacia atrÃ¡s.No hace nada. Preservado por compatibilidad hacia atrÃ¡s.No alinea los elementos en el cÃ³digo o los datos.No aloja floats y doubles en registros de precisiÃ³n extendida.No asume que los accesos sin alinear los maneja el sistema.No llama a ninguna funciÃ³n de limpieza de cachÃ©.No llama a ninguna trampa de limpieza de cachÃ©.No genera un ejecutable independiente de posiciÃ³n.No emite adiciones DWARF mÃ¡s allÃ¡ de la versiÃ³n seleccionada.No emite funciones en lÃ­nea exportadas en dll a menos que sea necesario.No genera nombres pÃºblicos DWARF y secciones de tipos pÃºblicos.No genera revisiones para el control de especulaciÃ³n en la planificaciÃ³n selectiva.No genera informaciÃ³n de depuraciÃ³n en ficheros .dwo separados.No genera sÃ³lo cÃ³digo de modo privilegiado; implica -mno-inline-ic_invalidate si el cÃ³digo a incluir en lÃ­nea no funciona en modo usuario.No indica ninguna prioridad con TARGET_REGISTER_PRIORITY.No optimiza los movimientos de bloques; usa memcpy.No optimiza los movimientos de bloques.No guarda las opciones de la lÃ­nea de Ã³rdenes de gcc en DW_AT_producer de DWARF.No usa MnemÃ³nicos-P para ramificaciones.No usa ninguno de r32..r63.No utilizar rango de direccionamiento de menos de 25 bits para llamadas.No avisa sobre los usos de extensiones Microsoft.Bloque CLASS IS doble en la declaraciÃ³n SELECT TYPE  en %LUnidad de coma flotante de precisiÃ³n doble.Degrada los errores de concordancia a avisos.Conduciendo:Indicador tonto. Es el predefinido a menos que que se proporcionen switches FPX explÃ­citamente.El procedimiento dummy en %C no puede tener atributo BIND(C) con NAMEVuelca las declaraciones a un fichero .decl.Vuelca informaciÃ³n detallada de las ubicaciones de cÃ³digo fuente en la representaciÃ³n interna de GCC.Vuelca pasadas de optimizaciÃ³n.Atributo %s duplicado en %LSe especificÃ³ un atributo %s duplicado en %LEspecificiÃ³n de etiqueta %s duplicada en %CEspecificaciÃ³n %s duplicada en %CSe especificÃ³ un atributo ASYNCHRONOUS duplicado en %LSe especificÃ³ un atributo BIND duplicado en %LDEFERRED duplicado en %CDeclaraciones ELSE duplicadas en %L y %CSe especificÃ³ un atributo EXTENDS duplicado en %LDeclaraciÃ³n IMPLICIT NONE duplicada en %CEspecificaciÃ³n NML duplicada en %CNON_OVERRIDABLE duplicado en %CAtributo POINTER duplicado en %CDeclaraciÃ³n PRIVATE duplicada en %CSe especificÃ³ un atributo PROTECTED duplicado en %LSe especificÃ³ un atributo SAVE duplicado en %LDeclaraciÃ³n SEQUENCE duplicada en %CEspecificaciÃ³n UNIT duplicada en %CSe especificÃ³ un atributo VALUE duplicado en %LSe especificÃ³ un atributo VOLATILE duplicado en %LEspecificador de acceso duplicado en %CEspecificaciÃ³n de matriz duplicada para el apuntado Cray en %CEspecificaciÃ³n de formato duplicada en %CDeclaraciÃ³n de etiqueta %d duplicada en %L y %LDurante la optimizaciÃ³n en tiempo de enlazado advierte de tipos de declaraciones globales que no casan.No se admite Puntero de Argumento de Realineamiento DinÃ¡mico (DRAP) en la rutina de servicio de interrupciones.  Esto puede sortearse evitando funciones con retorno agregado.Asigna dinÃ¡micamente los registros cc.No se permite el especificador E con el descriptor g0no se admiten E500 y FPRsse establece EDGE_CROSSING incorrectamente a travÃ©s de la misma secciÃ³nfalta EDGE_CROSSING a travÃ©s del lÃ­mite de la secciÃ³nel borde EH cruza el lÃ­mite de la secciÃ³n en bb %i)etiqueta de relleno de aterrizaje EH La declaraciÃ³n ELSE IF en %C no puede ir despuÃ©s de una declaraciÃ³n ELSE en %LDeclaraciÃ³n ELSEWHERE en %C despuÃ©s de un ELSEWHERE desenmascarado previoLa declaraciÃ³n ELSEWHERE en %C no estÃ¡ dentro de un bloque WHERENo se permite la etiqueta END en %C en la declaraciÃ³n de salidaLa etiqueta END %d en %L no estÃ¡ definidaEl resultado de ENTRY %s no puede ser un POINTER en FUNCTION %s en %LEl resultado de ENTRY %s no puede ser una matriz en FUNCTION %s en %LEl resultado de ENTRY %s no puede ser de tipo %s en FUNCTION %s en %LLa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un procedimiento contenidoLa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un BLOCK DATALa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un bloque DERIVED TYPELa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un bloque DOLa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un bloque FORALLLa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un MODULELa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un PROGRAMLa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un bloque SELECTLa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un bloque WHERELa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un subprograma contenidoLa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un bloque IF-THENLa declaraciÃ³n ENTRY en %C no puede aparecer dentro de un INTERFACEENTRY_BLOCK tiene IL asociado con Ã©lLa declaraciÃ³n ENUM en %C no tiene ENUMERATORSSe esperaba una declaraciÃ³n de definiciÃ³n ENUM antes de %CENUMERATOR %L no se inicializÃ³ con una expresiÃ³n enteraLa etiqueta EOR %d en %L no estÃ¡ definidaEl EQUIVALENCE en %C requiere dos o mÃ¡s objetosLa etiqueta ERR %d en %L no estÃ¡ definidaERRMSG en %L es inÃºtil sin una etiqueta STATvariable ERRMSGEl argumento ERRMSG= en %L debe ser una variable CHARACTER escalarArquitectura ESA/390.La declaraciÃ³n EXIT en %C termina el bucle !$OMP DOEXIT_BLOCK tiene IL asociado con Ã©lTodos o ninguno de los objetos en el conjunto EQUIVALENCE en %L deben tener el atributo PROTECTEDSe deben especificar todos o ninguno de los lÃ­mites superiores en %LEl elemento en el constructor de matriz %s en %L es %sTambiÃ©n elimina invocaciones mÃºltiples de funciÃ³n para funciones impure.Emite reubicaciones de 16-bit a las Ã¡reas de datos small.Emite reubicaciones de 32-bit a las Ã¡reas de datos small.Emite adiciones DWARF mÃ¡s allÃ¡ de la versiÃ³n seleccionada.Emite cÃ³digo que cumpla con IEEE, sin excepciones inexactas.Emite informaciÃ³n de grafo de llamadas.Emite comprobaciones haciendo que las instrucciones "break 8" se ejecuten cuando se aplican funciones internas atÃ³micas sobre memoria desalineada.Emite cÃ³digo para la extensiÃ³n ISA byte/word.Emite cÃ³digo para la extensiÃ³n ISA de conteo.Emite cÃ³digo para la extensiÃ³n ISA de move y sqrt de fp.Emite cÃ³digo para la extensiÃ³n ISA de video en movimiento.Emite cÃ³digo usando directivas explÃ­citas de reubicaciÃ³n.Emite sÃ­mbolos comunes como sÃ­mbolos dÃ©biles.Emite anotaciones de depuraciÃ³n durante el preprocesamiento.Emite informaciÃ³n de depuraciÃ³n relacionada con el paso de anÃ¡lisis de escape cuando se ejecuta con -fgo-optimize-allocs.Emite ramificaciones directas a funciones locales.Emite errores cuando se generan las reubicaciones de tiempo de ejecuciÃ³n.Emite cÃ³digo extra en el prÃ³logo de la funciÃ³n para atrapar en caso de que el tamaÃ±o de la pila exceda el lÃ­mite dado.Emite prÃ³logos de funciÃ³n sÃ³lo despuÃ©s de que las partes de la funciÃ³n que los necesitan, en vez de al principio de la funciÃ³n.Emite llamadas a funciÃ³n usando la tabla de desplazamiento global al generar PIC.Emite instanciaciones implÃ­citas de plantillas incluidas en lÃ­nea.Emite instanciaciones implÃ­citas de plantillas.Emite ramificaciones indirectas a funciones locales.Emite secuencias load/store long.Emite llamada a contador de perfil en la entrada de funciÃ³n antes del prÃ³logo.Emite rdval en lugar de rduniq para un puntero thread.Emite variables static const aÃºn si no se usan.Emite bits de parada antes y despuÃ©s de asms extendidos con volatile.Emite traps como "break 8", predeterminado para CRIS v3 y superior.  Si estÃ¡ desactivado, se usan llamadas a abort().Emite informaciÃ³n de depuraciÃ³n detallada en el cÃ³digo ensamblador.Emite avisos cuando se generan las reubicaciones de tiempo de ejecuciÃ³n.FINAL vacÃ­o en %CDeclaraciÃ³n IMPLICIT vacÃ­a en %CNo se permite un constructor de matriz vacÃ­o en %CConjunto vacÃ­o de dÃ­gitos en la constante BOZ en %CActiva las instrucciones alternativas 'q'.Activa la instrucciÃ³n de extensiÃ³n del contador de sello de tiempo de 64 bits.Admite desasignaciÃ³n con tamaÃ±o de C++14.Activa las tablas CFI a travÃ©s de directivas del ensamblador GAS.Activa Cilk Plus.Activa los atributos de estilo DEC STATIC y AUTOMATIC.Activa DIV, DIVU.Activa las instrucciones DIV-REM para ARCv2.Activa las extensiones DSP 3.1 Pack A.Activa la informaciÃ³n de la lÃ­nea de depuraciÃ³n DWARF a travÃ©s de as de GNU.Activa las instrucciones de operando dual y Ãºnico para telefonÃ­a.Activa la EliminaciÃ³n de Redundancia Completa en Ã¡rboles.Activa el modo de Descriptor de FunciÃ³n PIC.Activa la transformaciÃ³n Graphite Identity.Activa la biblioteca compartida basada en ID.Activa coma flotante de 128 bits IEEE mediante la palabra clave __float128.Permite Local Register Allocation.Activa la extensiÃ³n condicional load/store bloqueada.Activa las instrucciones MUL.Activa las instrucciones MUL.X y UMUL.X.Activa las instrucciones MULX, asume desplazador rÃ¡pido.Activa la sintaxis de excepciÃ³n y sincronizaciÃ³n de Objective-C.Activa el manejo de excepciones setjmp en tiempo de ejecuciÃ³n de Objective-C.Activa OpenACC.Activa OpenMP (implica -frecursive en Fortran).Activa las directivas SIMD de OpenMP.Activa el soporte PIC para construir bibliotecas.Activa las extensiones de lenguaje de Plan9.Activa el manejo de restricciones Rcq - la mayor parte de la generaciÃ³n de cÃ³digo corto depende de esto.Activa el manejo de restricciones Rcw - la ejecuciÃ³n condicional ccfsd depende principalmente de esto.Activa el soporte/uso de instrucciones Leer-Modificar-Escribir (LME).Activa coalescencia SSA de variables de usuario.Activa el hundimiento de cÃ³digo SSA en Ã¡rboles.Activa la optimizaciÃ³n de eliminaciÃ³n de cÃ³digo muerto SSA en Ã¡rboles.Activa la optimizaciÃ³n SSA-BIT-CCP en Ã¡rboles.Activa la optimizaciÃ³n SSA-CCP en Ã¡rboles.Activa las optimizaciones SSA-PRE en Ã¡rboles.Activa el cÃ³digo de rastreo TPF-OS.Activa la extensiÃ³n XY Memory (DSP versiÃ³n 3).Activa la alineaciÃ³n de bloques COMMON.Activa todos los avisos -Wunused-.Activa todas las extensiones del lenguaje DEC.Activa todos los volcados de informaciÃ³n de optimizaciÃ³n en stderr.Activa un paso de mirilla RTL antes de sched2.Activa la relajaciÃ³n del ensamblador y el enlazador.  Activado por defecto a -Os.Activa instrucciones atÃ³micas.Activa la instanciaciÃ³n automÃ¡tica de plantillas.Habilita la depuraciÃ³n del extremo trasero.Activa la propagaciÃ³n hacia atrÃ¡s de propiedades en uso a nivel SSA.Activa las instrucciones barrel shift.Activa la vectorizaciÃ³n de bloque bÃ¡sico (SLP) en Ã¡rboles.Activa el cÃ³digo bÃ¡sico de anÃ¡lisis de perfil del programa.Activa bbit peephole2.Activa el bypass de cachÃ© para referencias volÃ¡tiles.Activa las instrucciones de densidad de cÃ³digo para ARCv2.Activa la elevaciÃ³n de cÃ³digo.Activa las opciones comunes para generar informaciÃ³n de anÃ¡lisis de perfil para optimizaciones dirigidas por retroalimentaciÃ³n de perfili, y establece -fprofile-dir=.Activa las opciones comunes para generar informaciÃ³n de anÃ¡lisis de perfil para optimizaciones dirigidas por retroalimentaciÃ³n de perfil.Activa las opciones comunes para realizar optimizaciones dirigidas por retroalimentaciÃ³n de perfil, y establece -fprofile-dir=.Activa las opciones comunes para realizar optimizaciones dirigidas por retroalimentaciÃ³n de perfil.Activa el patrÃ³n casesi compacto.Activa la eliminaciÃ³n de cÃ³digo muerto condicional para llamadas internas.Activa la ejecuciÃ³n condicional en lugar de moves/scc.Activa moves condicionales.Activa la opciÃ³n constructor/destructor.Activa la propagaciÃ³n de copia de la informaciÃ³n escalar-evoluciÃ³n.Activa la propagaciÃ³n de copia en Ã¡rboles.Activa la correcciÃ³n de datos de entrada de perfilado inconsistente de flujo.Activa la instrumentaciÃ³n de cÃ³digo borrosa guiada por cobertura. Inserta llamada a __sanitizer_cov_trace_pc en todos los bloques bÃ¡sicos.Activa la eliminaciÃ³n de almacenamiento muerto.Activa la salida de depuraciÃ³n.Admite la coma flotante decimal de hardware.Activa las conversiones predefinidas entre __float128 y long double.Activa las instrucciones divide y modulus.Activa las optimizaciones dominadoras.Activa las instrucciones dobles load/store para ARC HS.Activa la la extensiÃ³n dual viterbi butterfly.Activa la ubicaciÃ³n temprana de bits de parada para mejor planificaciÃ³n.Activa el manejo de excepciones.Activa la propagaciÃ³n hacia adelante en Ã¡rboles.Activa las optimizaciones del frente.Activa el anÃ¡lisis de perfil de las funciones.Activa reordenaciÃ³n de funciones que mejora ubicaciÃ³n de cÃ³digo.Activa la recolecciÃ³n de basura (GC) en programas Objective-C/Objective-C++.Activar la generaciÃ³n de instrucciones ARC SIMD mediante funciones internas especÃ­ficas de objetivo.Activa la generaciÃ³n de instrucciones R2 BMX.Activa la generaciÃ³n de instrucciones R2 CDX.Activa la predicciÃ³n de probabilidades de ramificaciÃ³n.Activa coma flotante de hardware.Activa las cargas de elevaciÃ³n adyacentes para fomentar la generaciÃ³n de instrucciones move condicionales.Activa las cargas de elevaciÃ³n de punteros condicionales.Activa in y out de la representaciÃ³n Graphite.Activa las revisiones en lÃ­nea para los receptores nil con el tiempo de ejecuciÃ³n NeXT y la ABI versiÃ³n 2.Activa la inclusiÃ³n en lÃ­nea de PLT en las llamadas a funciÃ³n.Activa la inclusiÃ³n en lÃ­nea de la la funciÃ³n declarada "inline", y desactiva todas las demÃ¡s inclusiones en lÃ­nea.Activa las optimizaciones de alineaciÃ³n de etiquetas.Activa las optimizaciones de tiempo de enlace.Activa las optimizaciones del enlazador.Activa la relajaciÃ³n del enlazador.Activa la relajaciÃ³n del enlazador.Activa la relajaciÃ³n del enlazador.Activa la distribuciÃ³n de bucles por patrones transformados en una llamada a biblioteca.Activa la distribuciÃ³n de bucles en Ã¡rboles.Activa la vectorizaciÃ³n de epÃ­logos de bucles usando un tamaÃ±o menor de vector.Activa la copia de encabezado de bucles en Ã¡rboles.Permite el movimiento invariante de bucles en Ã¡rboles.Activa las transformaciones anidadas de bucle.  Igual que -floop-nest-optimize.Activa las optimizaciones de bucles a nivel de Ã¡rbol.Activa la vectorizaciÃ³n de bucles en Ã¡rboles.Activa lra.Activa las optimizaciones de mirilla especÃ­ficas de la mÃ¡quina.Activa casi todos los mensajes de aviso.Activa el soporte multinÃºcleo.Activa las instrucciones multiply.Activa las optimizaciones de ejecuciÃ³n condicional anidada.Activa la optimizaciÃ³n &&/|| en la ejecuciÃ³n condicional.Habilita el anÃ¡lisis GIMPLE.Activa el uso pre-recarga del patrÃ³n cbranchsi.Habilita el preprocesamiento.Permite la revisiÃ³n de rango durante la compilaciÃ³n.Activa la reasociaciÃ³n a nivel de Ã¡rbol.Activa la planificaciÃ³n de insn sensible a la presiÃ³n de registros.Activar la relajaciÃ³n en el ensamblador.Activa la planificaciÃ³n entre bloques bÃ¡sicos.Activa los segmentos de datos separados.Permite establecer los GPRs al resultado de las comparaciones.Activa las instrucciones de signo extendido.Permite enteros pequeÃ±os en registros VSX.Activa la divisiÃ³n de loads inmediatos de 32 bit en partes low / high.Habilita la prueba de la pila.Permite la revisiÃ³n de devoluciÃ³n de struct psABI de 32 bits estricta.Activa la optimizaciones de longitud de cadenas en Ã¡rboles.Activa el soporte para conceptos de C++.Activa el soporte para STRUCTURE/RECORD de DEC.Activa el soporte para la memoria transaccional de GNU.Activa el soporte del ABI del RH850.  Este es el valor por defecto.Activa el soporte para el antiguo ABI de GCC.Activa la instrucciÃ³n de extensiÃ³n del orden de byte de intercambio.Activa la mezcla de colas en Ã¡rboles.Activa la heurÃ­stica de ruta crÃ­tica en el planificador.Activa la heurÃ­stica de cuenta dependiente en el planificador.Activa la aproximaciÃ³n de la divisiÃ³n.  Activar esto reduce la precisiÃ³n de los resultados de la divisÃ³n a 16 bits aproximadamente para precisiÃ³n sencilla y a 32 bits para doble precisiÃ³n. Si se activa, implica -mlow-precision-recip-sqrt.Activa la heurÃ­stica de grupo en el planificador.Activa la heurÃ­stica de Ãºltima instrucciÃ³n en el planificador.Activa el optimizador de anidamiento de bucles.Activa el modo normal.Activa la heurÃ­stica de rango en el planificador.Activa la aproximaciÃ³n de raÃ­z cuadrada recÃ­proca.  Activar esto reduce la precisiÃ³n de los resultados de la raÃ­z cuadrada recÃ­proca a 16 bits aproximadamente para precisiÃ³n sencilla y a 32 bits para doble precisiÃ³n.Activa la heurÃ­stica de instrucciÃ³n especulativa en el planificador.Activa la aproximaciÃ³n de raÃ­z cuadrada.  Activar esto reduce la precisiÃ³n de los resultados de la raÃ­z cuadrada a 16 bits aproximadamente para precisiÃ³n sencilla y a 32 bits para doble precisiÃ³n. Si se activa, implica -mlow-precision-recip-sqrt.Activa el uso de registros de coma flotante de 64-bit en instrucciones. fmov.  Vea -mdalign si se requiere alineaciÃ³n de 64-bit.Activa el uso de las instrucciones de FPU RX.  Este es el valor por defecto.Activa el uso de loads indexadas.Activa el uso de pre/post modify con desplazamiento de registro.Activa el uso del asignador de registros LRA.Activa el uso de la instrucciÃ³n fsca.Activa el uso de la instrucciÃ³n fsrra.Activa el uso del ABI antiguo y roto donde todos los argumentos de funciÃ³n apilados estÃ©n alineados a 32 bits.Activa el uso de las instrucciones short load.Activa el uso del RX ABI estÃ¡ndar donde todos los argumentos de funciÃ³n apilados estÃ©n alineados de forma natural.  Esto es lo predefinido.Activa la extensiÃ³n de lenguaje de vector z que ofrece la macro de vector sensible al contexto y activa los internos de estilo Altivec en vecintrin.h.Habilita el preprocesamiento tradicional.Activa los accesos word sin alinear y halfword para los datos packed.Activa el uso de GPREL para datos de sÃ³lo lectura en FDPIC.Activa el uso de las operaciones de bit NPS400.Activa el uso de la extensiÃ³n xld/xst del NPS400.Activa el uso de POST_INC / POST_DEC.Activa el uso de POST_MODIFY.Activa el uso de registros de precisiÃ³n sencilla impares.Activa el uso de sdata/scommon/sbss.Activa las instrucciones definidas por el usuario.Activa el uso de instrucciones de coma flotante de 128 bits IEEE.Activa las instrucciones de bucle del v850e3v5.Activa la extensiÃ³n de CRC polinÃ³mico variable.Activa la vectorizaciÃ³n en Ã¡rboles.Activa la salida detallada.Activa evitar el error Ãºnico del procesador AT697F (corresponde al error #13 del procesador AT697E).Activa evitar el error Ãºnico del procesador UT699.Activa/Desactiva la planificaciÃ³n tradicional en bucles que ya pasaron la calendarizaciÃ³n mÃ³dulo.Activa/desactiva direccionamiento relativo a GP.Activa la biblioteca compartida basada en ID.Activa el modo Datos-Independientes-de-PosiciÃ³n (PID).Activa o desactiva el uso de las instrucciones SMOVF, SMOVB, SMOVU, SUNTIL, SWHILE y RMPA.  Activado por defecto.Activa el modelo de coste de vectorizador dinÃ¡mico.  Se preserva por compatibilidad hacia atrÃ¡s.Codifica las instrucciones SSE con el prefijo VEX.ExpresiÃ³n de fin en el bucle DOEl final de la declaraciÃ³n DO que no es bloque en %C estÃ¡ entrelazado con otro bucle DOEl final de la declaraciÃ³n DO que no es bloque en %C estÃ¡ dentro de otro bloqueFin de la lista de bÃºsqueda.
  Cumple las semÃ¡nticas de control de acceso de miembros de clase.La entidad con longitud de carÃ¡cter asumida en %L debe ser un argumento de prueba o un PARAMETEREl valor enumerado no es CONST_DECL ni INTEGER_CSTEl nombre de valor enumerado no es IDENTIFIER_NODEEl tipo de valor enumerado no es INTEGER_TYPE ni puede convertirse al enumeradoEl enumerador excede el tipo entero de C en %CEquivalente a -mgpopt=local.Equivalente a -mgpopt=none.La variable errmsg en %L debe ser una variable CHARACTER escalarLa variable errmsg en %L no debe ser %sd dentro de la misma declaraciÃ³n %sErrorError al convertir la constante PARAMETER en una constante compleja en %CError al convertir el enteroError en la inicializaciÃ³n de puntero en %CError en la especificaciÃ³n de tipo en %LError al escribir al fichero de mÃ³dulo %qs para escritura: %sError al escribir el fichero de mÃ³dulos: %sError al escribir el fichero de salida '%s'
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EventoLa condiciÃ³n de salida del bucle DO WHILE en %L debe ser una expresiÃ³n LOGICAL escalarTermina cuando sucede el primer error.Expande la divisiÃ³n entera de 32bit/64bit en divisiÃ³n entera sin signo de 8bit con revisiÃ³n en tiempo de ejecuciÃ³n.Expande adddi3 y subdi3 en tiempo de generaciÃ³n de rtl en add.f / adc, etc.Se esperaba ")" en %CSe esperaba "," en %CSe esperaba '*' en la especificaciÃ³n de comatriz en la declaraciÃ³n ALLOCATE en %LSe esperaba :: en la definiciÃ³n TYPE en %CSe esperaba un signo = en la declaraciÃ³n PARAMETER en %CSe esperaba un descriptor de ediciÃ³n PSe esperaba un sÃ­mbolo PARAMETER en la constante compleja en %CSe esperaba una declaraciÃ³n TYPE IS, CLASS IS o END SELECT despuÃ©s de un SELECT TYPE en %CSe esperaba una declaraciÃ³n CASE o END SELECT despuÃ©s de un SELECT CASE en %CSe esperaba una interfaz sin nombre en %CSe esperaba un parÃ©ntesis derecho en la expresiÃ³n en %CSe esperaba un valor de paso en el iterador en %CSe esperaba un especificador de acceso en %CSe esperaba la etiqueta de devoluciÃ³n alterna en %CSe esperaba una expresiÃ³n de inicializaciÃ³n en %CSe esperaba otra dimensiÃ³n en la declaraciÃ³n de matriz %CSe esperaba una lista de argumentos en %CSe esperaba un subÃ­ndice de matriz en %CSe esperaba un gran tranco de subÃ­ndice de matriz en %CSe esperaba una asociaciÃ³n en %CSe esperaba una lista lista de asociaciÃ³n en %CSe esperaba un nombre de atributo de bitSe esperaba un atributo de enlace en %CSe esperaba un nombre de enlace en %CSe esperaba una coma en la lista E/S en %CSe esperaba una referencia de componente en %CSe esperaba un exponente en la expresiÃ³n en %CSe esperaba una expresiÃ³n en %C en la declaraciÃ³n PARAMETERSe esperaba una expresiÃ³n en la declaraciÃ³n %s en %CSe esperaba una expresiÃ³n en la especificaciÃ³n de matriz en %CSe esperaba un tipo de expresiÃ³nSe esperaba una lista de argumentos formales en la definiciÃ³n de la funciÃ³n en %CSe esperaba un nombre genÃ©rico o un descriptor de operador en %CSe esperaba una expresiÃ³n de inicializaciÃ³n en %CSe esperaba la inicializaciÃ³n de la expresiÃ³n en CASE en %CSe esperaba un enteroSe esperaba una cadena enteraSe esperaba un parÃ©ntesis izquierdoSe esperaba un nombre de procedimiento de mÃ³dulo en %CSe esperaba un nombreSe esperaba una cadena realSe esperaba un parÃ©ntesis derechoSe esperaba una expresiÃ³n de inicializaciÃ³n escalar en %CSe esperaba un nombre de enlace especÃ­fico en %CSe esperaba una cadenaSe esperaba un nombre de componente de estructura en %CSe esperaba un nombre terminal en %CSe esperaba un procedimiento enlazado a tipo o un procedimiento de componente puntero en %CSe esperaba una variable en la declaraciÃ³n READ en %Cse esperaba un nombre variable en %CSe esperaba un nombre de variable en %C en la declaraciÃ³n PARAMETERSe esperaba una coma en EQUIVALENCE en %CSe espera la lista de entidades nombradas %CExplicar quÃ© consideraciones de alineamiento llevan a la decisiÃ³n de hacer una insn corta o larga.Exporta funciones aun si pueden incluir en lÃ­nea.La expresiÃ³n en %L en este contexto debe ser constanteLa expresiÃ³n en %L debe ser de tipo INTEGER, se encontrÃ³ %sLa expresiÃ³n en %L debe ser escalarLa expresiÃ³n en la declaraciÃ³n CASE en %L no estÃ¡ en el rango de %sLa expresiÃ³n en la declaraciÃ³n CASE en %L debe ser de gÃ©nero %dLa expresiÃ³n en la declaraciÃ³n CASE en %L debe ser de tipo %sLa expresiÃ³n en la declaraciÃ³n CASE en %L debe ser escalarExtensiÃ³n: ConversiÃ³n de %s a %s en %LExtensiÃ³n: Operador unario despuÃ©s de un operador aritmÃ©tico (usar parÃ©ntesis) en %CExtensiÃ³n: carÃ¡cter barra invertida en %CUn IO UNIT externo no puede ser una matriz en %LCaracteres ajenos el formato en %LLa clÃ¡usula FINAL en %L requiere una expresiÃ³n LOGICAL escalarLa declaraciÃ³n FINAL en %C debe estar dentro de CONTAINSLa declaraciÃ³n FINAL en %C debe estar dentro de una secciÃ³n de tipo derivado CONTAINSEl procedimiento FINAL en %L debe tener exactamente un argumentoLa expresiÃ³n de fin FORALL en %L debe ser un INTEGER escalarEl nombre de Ã­ndice FORALL en %L debe ser un INTEGER escalarLa clÃ¡usula de mÃ¡scara FORALL en %L requiere una expresiÃ³n LOGICAL escalarLa expresiÃ³n de inicio FORALL en %L debe ser un INTEGER escalarLa expresiÃ³n de tranco FORALL en %L no puede ser ceroLa expresiÃ³n de tranco FORALL en %L debe ser un %s escalarLa etiqueta FORMAT %d en %L no estÃ¡ definidaLa declaraciÃ³n FORMAT en %L no tiene una etiqueta de declaraciÃ³nLa etiqueta FORMAT en %L debe ser de tipo con gÃ©nero por defecto CHARACTER o INTEGERLas excepciones FP estÃ¡n activadas.FPX: Activar las extensiones de coma flotante de doble precisiÃ³n de la CPU Argonaut ARC.FPX: Generar instrucciones FPX de precisiÃ³n doble (compactas).FPX: Generar instrucciones FPX de precisiÃ³n doble (rÃ¡pidas).FPX: Generar instrucciones FPX de precisiÃ³n sencilla (compactas).FPX: Generar instrucciones FPX de precisiÃ³n sencilla (rÃ¡pidas).El resultado de FUNCTION %s no puede ser un POINTER en FUNCTION %s en %LEl resultado de FUNCTION %s no puede ser una matriz en FUNCTION %s en %LEl resultado de FUNCTION %s no puede ser de tipo %s en FUNCTION %s en %LFactoriza constructores y destructores complejos para favorecer el espacio en detrimento de la velocidad.Error FatalControl fino de las caracterÃ­sticas de ajuste.El primer argumento de la asignaciÃ³n definida en %L debe ser INTENT(OUT) o INTENT(INOUT)El primer argumento de la interfaz de operador en %L no puede ser opcionalEl primer argumento de la interfaz de operador en %L debe ser INTENT(IN)Nombre de la configuraciÃ³n de la instrucciÃ³n personalizada de coma flotante.La unidad de coma flotante no admite divide & sqrt.Sigue las convenciones de llamada Renesas (anteriormente Hitachi) / SuperH.Sigue los requisitos de orden de evaluaciÃ³n de C++17 para expresiones de asignaciÃ³n, desplazamiento, llamadas a funciones miembro, etc.Sigue los requerimientos de enlace de EABI.Para el procedimiento dummy %s, no se permite un nombre de enlazado en BIND(C) en %CPara la biblioteca de intrÃ­nsecos: pasa todos los parÃ¡metros en registros.Se establece el permiso ejecutable para las funciones anidadas en la pila.Para objetivos que normalmente necesitan trampolines para las funciones anidadas, siempre los genera en lugar de usar descriptores.Hace que la salida en ensamblador siempre use constantes hexa.Fuerza que los accesos de campos de bit coincidan con su anchura de tipo.Fuerza que las funciones se alineen a un lÃ­mite de 4 byte.Fuerza que el tipo subyacente de "wchar_t" sea "unsigned short".Fuerza el uso de ranuras de retardo para las ramificaciones condicionales.Fuerza al comprobador de lÃ­mites de punteros a tratar todos los arrays finales en estructuras como posiblemente flexibles.  Solo se tratan como flexibles de forma predefinida los campos de arrays de longitud cero o los marcados con el atributo bnd_variable_size.Fuerza al comprobador de lÃ­mites de punteros a usar lÃ­mites de los arrays mÃ¡s interiroes en caso de accesos a arrays estÃ¡ticos anidados.  Se usa el array mÃ¡s exterior de forma predeterminada.Fuerza al comprobador de lÃ­mites de punteros a usar lÃ­mites estrechados para la direcciÃ³n del primer campo de la estructura.  Los lÃ­mites predefinidos del puntero al primer campo son los mismos que los del puntero a la estructura entera.DeclaraciÃ³n de formato en el mÃ³dulo bloque principal en %CCaracterÃ­stica obsoleta de Fortran 2008:Fortran 2008: Funciones puntero en un contexto de definiciÃ³n variable (%s) en %LFortran 2008: El punto y coma en %C sin una declaraciÃ³n precedenteFortran 95 requiere un INTEGER por defecto en la etiqueta %s en %LEl procedimiento %s en %L tiene entradas con especificaciones de matriz no coincidentesLos inicios de las funciones se alinean a esta potencia de 2.Las versiones de funciones no pueden marcarse como gnu_inline; hay que generar cuerposLas funciones con valores de devoluciÃ³n deben terminar con declaraciones return.Fusiona ciertas operaciones de enteros para un mejor rendimiento en power8.Fusiona ciertas operaciones para un mejor rendimiento en power9.fusiona referencias toc de modelo cÃ³digo mediano/grande con la instrucciÃ³n de memoria.GCC no puede admitir operadores con tipos enteros y tipos de coma fija que tienen demasiados bits integrales y fraccionales juntosGCC sÃ³lo admite %u Ã¡mbitos anidadosvector GCC pasado por referencia: extensiÃ³n ABI que no es estÃ¡ndar sin garantÃ­a de compatibilidadSe devolviÃ³ un vector GCC por referencia: extensiÃ³n de ABI no estÃ¡ndar sin garantÃ­a de compatibilidadGCSE desactivadoGENERIC en %C debe estar dentro de un tipo derivado CONTAINSGMP versiÃ³n %s, MPFR versiÃ³n %s, MPC versiÃ³n %s, isl versiÃ³n %s
! C de GNU ya no admite -traditional sin usar -EExtensiÃ³n GNU:Objective C de GNU ya no admite compilaciÃ³n tradicionalLa declaraciÃ³n GOTO en %L deja la construcciÃ³n CRITICAL por la etiqueta en %LLa declaraciÃ³n GOTO en %L deja la construcciÃ³n DO CONCURRENT por la etiqueta en %LGenera instrucciones de 16 bits.Genera cÃ³digo i386 de 16bit.Genera cÃ³digo de 32-bit.Genera desplazamientos de 32-bit en las tablas de switch.Genera cÃ³digo i386 de 32bit.Genera cÃ³digo x86-64 de 32bit.Genera instrucciones multiply y mac de 32x16.Genera cÃ³digo de 64-bit.Genera cÃ³digo x86-64 de 64bit.Genera marcos de pila que cumplan con APCS.Genera cÃ³digo de 32 bits ARCompact para el procesador ARC600.Genera cÃ³digo de 32 bits ARCompact para el procesador ARC601.Genera cÃ³digo de 32 bits ARCompact para el procesador ARC700.Genera stubs de estilo AT&T para Mach-O.Genera instrucciones AltiVec usando orden de elementos big endian.Genera cÃ³digo instrucciones AltiVec usando orden de elementos little endian.Genera encabezado C de caracterÃ­sticas especÃ­ficas de la plataforma.Genera microcÃ³digo Cell.Genera nombres pÃºblicos DWARF y secciones de tipos pÃºblicos con extensiones GNU.Genera nombres pÃºblicos DWARF y secciones de tipos pÃºblicos.Genera cÃ³digo ELF FDPIC.Genera instrucciones de aritmÃ©tica extendida.  Actualmente solo se dispone de divaw, adds, subs y sat16.Genera cÃ³digo GFLOAT de doble precisiÃ³n.Genera cÃ³digo H8/300H.Genera cÃ³digo H8S.Genera cÃ³digo H8S/2600.Genera cÃ³digo H8SX.Genera cÃ³digo ILP32.Genera bloques IT apropiados para el ARMv8.Genera cÃ³digo LP64.Genera cÃ³digo MIPS16.Genera cÃ³digo PA1.0.Genera cÃ³digo PA1.1.Genera cÃ³digo PA2.0 (requiere binutils 2.10 o superior).Genera instrucciones par-sencillo PPC750CL.Genera instrucciones SBIT, CBIT.Genera cÃ³digo SH1.Genera cÃ³digo SH2.Genera cÃ³digo SH2a sin FPU.Genera cÃ³digo SH2e.Genera cÃ³digo SH3.Genera cÃ³digo SH3e.Genera cÃ³digo SH4 sin FPU.Genera cÃ³digo SH4.Genera cÃ³digo SH4-100 sin FPU.Genera cÃ³digo SH4-100.Genera cÃ³digo SH4-200 sin FPU.Genera cÃ³digo SH4-200.Genera cÃ³digo SH4-300 sin FPU.Genera cÃ³digo SH4-300.Genera cÃ³digo SH4a sin FPU.Genera cÃ³digo SH4a.Genera cÃ³digo SH4al-dsp.Genera instrucciones SPE SIMD en E500.Genera instrucciones VRSAVE cuando se genere cÃ³digo AltiVec.Genera secciÃ³n __mcount_loc con todos los mcount o llamadas __fentry__.Genera una directiva #line que apunte al directorio de trabajo actual.Genera una llamada a abortar si una funcion noreturn devuelve.Genera un solo punto de salida para cada funciÃ³n.Genera parÃ¡metros agregados pasando cÃ³digo con alineamiento de 64 bits a lo sumo.Genera salida de ensamblador que es compatible con el ensamblador AS100 de Renesas.  Esto puede restringir algunas de las capacidades del compilador.  Por defecto se genera sintaxis compatible con GAS.Genera instrucciones auto-inc/dec.Genera cÃ³digo big endian.Genera cÃ³digo big-endian.Genera instrucciones de bit.Genera paso de lÃ­mites para llamadas.Generar almacenes de lÃ­mites para escrituras de punteros.Genera pistas de ramificaciÃ³n para las ramificaciones.Genera las llamadas insns como llamadas directas.Genera las llamadas insns como llamadas indirectas, si es necesario.Genera las llamadas insns como llamadas indirectas.Genera las llamadas insns como llamadas indirectas de registros.Genera revisiones para todos los accesos de lectura de memoria.Genera revisiones para todos los accesos de escritura de memoria.Genera la instrucciÃ³n cld en el prÃ³logo de funciÃ³n.Genera cÃ³digo para direccionamiento de 18 bit.Genera cÃ³digo para direccionamiento de 32 bit.Genera cÃ³digo para la arquitectura CR16C.Genera cÃ³digo para la arquitectura CR16C+ (Por defecto).Genera cÃ³digo para as de GNU.Genera cÃ³digo para el ensamblador de GNU (gas).Genera cÃ³digo para ld de GNU.Genera cÃ³digo para el entorno de tiempo de ejecuciÃ³n GNU.Genera cÃ³digo para el entorno de tiempo de ejecuciÃ³n NeXT (Apple Mac OS X).Genera cÃ³digo para descarga OpenMP: permite -msoft-stack y -muniform-simt.Genera cÃ³digo para SH4 series 340 (sin MMU/FPU).Genera cÃ³digo para SH4 series 400 (sin MMU/FPU).Genera cÃ³digo para SH4 series 500 (sin FPU).Genera cÃ³digo para el estado Thumb.Genera cÃ³digo para el ensamblador UNIX.Genera cÃ³digo para ABI de 32 bits.Genera cÃ³digo para el 5206e.Genera cÃ³digo para el 520X.Genera cÃ³digo para el 528x.Genera cÃ³digo para el 5307.Genera cÃ³digo para el 5407.Genera cÃ³digo para ABI de 64 bits.Genera cÃ³digo para el 68000.Genera cÃ³digo para el 68010.Genera cÃ³digo para el 68020.Genera cÃ³digo para el 68030.Genera cÃ³digo para el 68040, sin ninguna instrucciÃ³n nueva.Genera cÃ³digo para el 68040.Genera cÃ³digo para el 68060, sin ninguna instrucciÃ³n nueva.Genera cÃ³digo para el 68060.Genera cÃ³digo para el 68302.Genera cÃ³digo para el 68332.Genera cÃ³digo para el 68851.Genera cÃ³digo para el ColdFire v4e.Genera cÃ³digo para una DLL.Genera cÃ³digo para el Fido A.Genera cÃ³digo para la cpu32.Genera cÃ³digo para un 11/10.Genera cÃ³digo para un 11/40.Genera cÃ³digo para un 11/45.Genera cÃ³digo para las extensiones cargables de nÃºcleo darwin.Genera cÃ³digo para las funciones aÃºn si estÃ¡n completamente incluidas en lÃ­nea.Genera cÃ³digo para la CPU dada.Genera cÃ³digo para ejecutables BSS PLT antiguos.Genera cÃ³digo para las funciones estÃ¡ticas aunque nunca se las llame.Genera cÃ³digo para la plataforma Android.Genera cÃ³digo para el M*Core M210Genera cÃ³digo para el M*Core M340Genera cÃ³digo para el nÃºcleo o para las extensiones cargables del nÃºcleo.Genera cÃ³digo para el modo supervisor (predeterminado).Genera cÃ³digo para el modo de usuario.Genera cÃ³digo en el estado ARM de 32 bit.Genera cÃ³digo en modo big endian.Genera cÃ³digo en modo big endian.Genera cÃ³digo en modo little endian.Genera cÃ³digo en modo little endian.Genera cÃ³digo adecuado para ejecutables (NO para bibliotecas compartidas).Genera cÃ³digo adecuado para vuelta rÃ¡pida en la depuraciÃ³n.Genera cÃ³digo que se pueda usar en objetos dinÃ¡micos de estilo SVR4.Genera cÃ³digo que se pueda mantener el estado local uniforme por todas las vÃ­as.Genera cÃ³digo que cumpla con Intel MCU psABI.Genera cÃ³digo que cumpla con la ABI dada.Genera cÃ³digo que se puede enlazar con cÃ³digo MIPS16 microMIPS.Genera cÃ³digo que use las instrucciones de coma flotante del 68881.Genera cÃ³digo que se puede enlazar contra ninguna otra biblioteca compartida de ID, pero puede usarse como una biblioteca compartida.Genera cÃ³digo para revisar los lÃ­mites antes de indexar matrices.Genera cÃ³digo para revisar especificaciones de excepciones.Genera cÃ³digo para usar un PTL y GOT no ejecutables.Genera cÃ³digo que use las instrucciones de coma flotante de hardware.Genera cÃ³digo que usa solo los registros generales.Genera cÃ³digo con llamadas a bibliotecas para coma flotante.Genera cÃ³digo sin registro GP.Genera objetos CFString en tiempo de compilaciÃ³n.Genera secciones de depuraciÃ³n comprimidas.Genera instrucciones move condicionales.Genera definiciones cpp para ES de servidor.Genera definiciones cpp para ES de estaciÃ³n de trabajo.Genera informaciÃ³n de depuraciÃ³n en el formato COFF.Genera informaciÃ³n de depuraciÃ³n en el formato DWARF v2 (o posterior).Genera informaciÃ³n de depuraciÃ³n en el formato STABS.Genera informaciÃ³n de depuraciÃ³n en el formato VMS.Genera informaciÃ³n de depuraciÃ³n en el formato XCOFF.Genera informaciÃ³n de depuraciÃ³n en el formato extendido por defecto.Genera informaciÃ³n de depuraciÃ³n en el formato por defecto.Genera informaciÃ³n de depuraciÃ³n en la versiÃ³n predeterminada del formato DWARF.Genera informaciÃ³n de depuraciÃ³n en el formato STABS extendido.Genera informaciÃ³n de depuraciÃ³n en el formato XCOFF extendido.Genera informaciÃ³n de depuraciÃ³n en ficheros .dwo separados.Genera cÃ³digo FPU de SH2a de doble precisiÃ³n por defecto.Genera cÃ³digo FPU de SH2a de precisiÃ³n simple.Genera cÃ³digo SH4 de precisiÃ³n simple por defecto.Genera cÃ³digo SH4-100 de precisiÃ³n simple por defecto.Genera cÃ³digo SH4-200 de precisiÃ³n simple por defecto.Genera cÃ³digo SH4-300 de precisiÃ³n simple por defecto.Genera cÃ³digo SH4a de precisiÃ³n simple por defecto.Genera marcos de pila discontiguos.Genera resultados de divisiÃ³n con residuo que tenga el mismo signo que el divisor (no el del dividendo).Genera llamadas indirectas rÃ¡pidas.Genera matemÃ¡ticas de coma flotante usando el conjunto de instrucciones dado.Genera divisiÃ³n de coma flotante incluida en lÃ­nea, optimizada para latencia.Genera divisiÃ³n de coma flotante incluida en lÃ­nea, optimizada para rendimiento.Genera divisiÃ³n entera incluida en lÃ­nea, optimizada para latencia.Genera divisiÃ³n entera incluida en lÃ­nea, optimizada para rendimiento.Genera raÃ­z cuadrada incluida en lÃ­nea, optimizada para latencia.Genera raÃ­z cuadrada incluida en lÃ­nea, optimizada para rendimiento.Genera instrucciones admitidas por el barrel shift.Genera instrucciones isel.Genera la bÃºsqueda no estricta de clases (a travÃ©s de objc_getClass()) para usarlas en el modo Zero-Link.Genera cÃ³digo little endian.Genera cÃ³digo little-endian.Genera mÃºltiples instrucciones load/store.Genera load/store con instrucciones de actualizaciÃ³n.Genera dependencias de make y compila.Genera dependencias de make.Genera llamadas mcount/__fentry__ como nops. Para activarlas han de ser parcheadas.Genera instrucciones mul64 y mulu64.Genera instrucciones norm.Genera cÃ³digo normal-mode.Genera solamente cÃ³digo FPU de SH2a de precisiÃ³n simple.Genera cÃ³digo SH4 solamente de precisiÃ³n simple.Genera cÃ³digo SH4-100 solamente de precisiÃ³n simple.Genera cÃ³digo SH4-200 solamente de precisiÃ³n simple.Genera cÃ³digo SH4-300 solamente de precisiÃ³n simple.Genera cÃ³digo SH4a solamente de precisiÃ³n simple.Genera cÃ³digo relativo al pc.Genera instrucciones de extensiÃ³n del rendimiento.Genera objetivos de prueba para todas las cabecerasa.Generar comprobaciones de lÃ­mites de punteros para variables con tipo incompleto.Genera cÃ³digo independiente de posiciÃ³n para ejecutables si es posible (modo large).Genera cÃ³digo independiente de posiciÃ³n para ejecutables si es posible (modo small).Genera cÃ³digo independiente de posiciÃ³n si es posible (modo large).Genera cÃ³digo independiente de posiciÃ³n si es posible (modo small).Genera instrucciones de precargado, si estÃ¡n disponibles, para matrices en bucles.Genera cÃ³digo PIC reentrante.Genera recÃ­procos en lugar de divss y sqrtss.Genera informaciÃ³n de descriptor de tipo en tiempo de ejecuciÃ³n.Generar referencias de sdata.  Es lo predefinido, salvo que se compile para PIC.Genera cÃ³digo auto-reubicable.Genera sin, cos, sqrt para FPU.Genera divisiÃ³n recÃ­proca y raÃ­z cuadrada de software para mejor salida.Genera mÃ©todos Objective-C especiales para inicializar/destruir i-variables de C++ que no son POD, si es necesario.Genera instrucciones de cadena para movimiento de bloques.Genera instrucciones swap.Genera las instrucciones mÃ³dulo de enteros.Genera instrucciones atÃ³micas de memoria quad word (lqarx/stqcx).Genera instrucciones de memoria quad word (lq/stq).Genera tablas de desenredo que sean exactas en cada lÃ­mite de instrucciÃ³n.Genera instrucciones v3 push25/pop25.Genera la instrucciÃ³n vzeroupper antes de una transferencia de flujo de control afuera de la funciÃ³n.Da a las ramificaciones su costo por defecto.Da a los sÃ­mbolos externos un subrayado inicial.No se pueden usar las optimizaciones de bucle Graphite (isl no estÃ¡ disponible) (-fgraphite, -fgraphite-identity, -floop-nest-optimize, -floop-parallelize-allNo se pueden usar las optimizaciones de bucle Graphite (isl no estÃ¡ disponible).GuÃ­a al enlazador para que relaje las instrucciones.HLE_ACQUIRE no se usa con ACQUIRE o modelos de memoria mÃ¡s fuertesHLE_RELEASE no se usa con RELEASE o modelos de memoria mÃ¡s fuertesnombre HSA SSA definido por una instrucciÃ³n que se suponeque va a usarloel nombre HSA SSA no se encuentra entre los operandos de la instrucciÃ³n que se supone que va a usarloerror de verificaciÃ³n HSA SSAHSA no se activÃ³ durante la configuraciÃ³nno se maneja ops de imagen HSAla instrucciÃ³n HSA usa un registro pero no se encuentra entre los usos de registro registradoserror de verificaciÃ³n de instrucciÃ³n HSAManeja las funciones internas atÃ³micas que pueden aplicarse a datos desalineados mediante llamadas a funciones de biblioteca. Anula -mtrap-unaligned-atomic.Indicador de control del modelo de planificador de prebuscador automÃ¡tico hardware.  NÃºmero de ciclos hacia delante que el modelo examina: con '0' solo se activa la heurÃ­stica de ordenaciÃ³n de instrucciones.  Desactivado de forma predeterminada.La sentencia de valor del histograma no corresponde a la sentencia con la que estÃ¡ asociadaCuÃ¡nto puede crecer la unidad de compilaciÃ³n dada a causa de la inclusiÃ³n en lÃ­nea (en porcentaje).CuÃ¡nto puede crecer la unidad de compilaciÃ³n dada a causa de la propagaciÃ³n constante interprocedural (en porcentaje).ICE: se usa emit_insn donde se necesita emit_jump_insn:
! ID de la biblioteca compartida a crear.las bibliotecas compartidas ID y el modo FD-PIC no se pueden usar juntos.La clÃ¡usula IF en %L requiere una expresiÃ³n LOGICAL escalarLa declaraciÃ³n IMPORT en %C sÃ³lo se permite en un cuerpo INTERFACEINDIRECT_REF en gimple ILLa declaraciÃ³n INQUIRE en %L no puede contener especificadores FILE y UNIT al mismo tiempoLa declaraciÃ³n INQUIRE en %L requiere un especificador PENDING= con el especificador ID=La declaraciÃ³n INQUIRE en %L requiere un especificador FILE o UNITNo se permite la declaraciÃ³n INQUIRE en el procedimiento PURE en %CINTENT (%s) genera un conflicto con INTENT(%s) en %LNo se permite INTENT dentro de BLOCK en %CEl argumento actual INTENT(%s) en %L puede interferir con el argumento actual en %L.la definiciÃ³n de ES para %q+D necesita una direcciÃ³nLa etiqueta IOLENGHT es no vÃ¡lida en la declaraciÃ³n INQUIRE en %CISO C no permite %<%E (expression)%>ISO C no permite un %<;%> extra fuera de una funciÃ³nISO C no permite %<_Alignof%> aplicado a un tipo de funciÃ³nISO C no admite %<#pragma STDC FLOAT_CONST_DECIMAL64%>ISO C no admite %<++%> y %<--%> en tipos complejosISO C no admite %<~%> para conjugaciones complejasISO C no admite tipos enteros complejosISO C no admite coma flotante decimalISO C no admite tipos de coma fijaISO C no admite %<complex%> simples que significan %<double complex%>ISO C no admite tipos saturantesISO C prohÃ­be %<goto *expr;%>ISO C prohÃ­be %<return%> con expresiÃ³n, en una funciÃ³n que devuelve voidISO C prohÃ­be una unidad de traducciÃ³n vacÃ­aISO C prohÃ­be la asignaciÃ³n entre un puntero a funciÃ³n y %<void *%>ISO C prohÃ­be grupos de llaves dentro de expresionesISO C prohÃ­be la conversiÃ³n de un no escalar al mismo tipoISO C prohÃ­be la conversiÃ³n al tipo unionISO C prohÃ­be la comparaciÃ³n de %<void *%> con un puntero de funciÃ³nISO C prohÃ­be expresiones condicionales entre %<void *%> y punteros de funciÃ³nISO C prohÃ­be una expresiÃ³n condicional con sÃ³lo un lado voidISO C prohÃ­be los tipos de funciÃ³n const o volatileISO C prohÃ­be la conversiÃ³n de un apuntador a funciÃ³n a un tipo de objeto apuntadorISO C prohÃ­be la conversiÃ³n de objeto apuntador a un tipo de apuntador a funciÃ³nISO C prohÃ­be las llaves de inicializador vacÃ­asISO C prohÃ­be declaraciones adelantadas de parÃ¡metrosISO C prohÃ­be las referencias hacia adelante a tipos %<enum%>ISO C prohÃ­be la inicializaciÃ³n entre un puntero a funciÃ³n y %<void *%>ISO C prohÃ­be las declaraciones etiquetadasISO C prohÃ­be declaraciones de miembros con no miembrosISO C prohÃ­be las funciones anidadasISO C prohÃ­be la omisiÃ³n del tÃ©rmino medio de una expresiÃ³n ?:ISO C prohÃ­be la comparaciÃ³n entre punteros a funcionesISO C prohÃ­be el paso del argumento %d de %qE entre un puntero a funciÃ³n y %<void *%>ISO C prohÃ­be los tipos de funciÃ³n calificadosISO C prohÃ­be la devoluciÃ³n entre un puntero a funciÃ³n y %<void *%>ISO C prohÃ­be la especificaciÃ³n de rangos de elementos a inicializarISO C prohÃ­be el subÃ­ndice de una matriz %<register%>ISO C prohÃ­be matrices de tamaÃ±o ceroISO C prohÃ­be la matriz %qE de tamaÃ±o ceroISO C prohÃ­be la conversiÃ³n de argumentos a tipo unionISO C requiere un argumento con nombre antes de %<...%>ISO C restringe los valores de enumeraciÃ³n al rango de %<int%>ISO C++ 1998 no admite %<long long%>ISO C++ 1998 prohÃ­be el uso de %<extern%> en instanciaciones explÃ­citasISO C++ no permite %<alignof%> con algo que no es tipoISO C++ no permite ?: con el operando medio omitidoISO C++ no permite inicializadores designados de C99ISO C++ no permite inicializadores designadosISO C++ no permite que %<%T::%D%> se defina como %<%T::%D%>ISO C++ no permite %<alignof%> aplicado a un tipo de funciÃ³nISO C++ prohÃ­be la aplicaciÃ³n de %<__alignof%> a una expresiÃ³n de tipo de funciÃ³nISO C++ prohÃ­be la aplicaciÃ³n de %<sizeof%> a una expresiÃ³n de tipo de funciÃ³nISO C++ prohÃ­be grupos de llaves dentro de expresionesISO C++ prohÃ­be la llamada %<::main%> dentro del mismo programaISO C++ prohÃ­be la conversiÃ³n a un tipo de matriz %qTISO C++ prohÃ­be la comparaciÃ³n entre puntero y enteroISO C++ prohÃ­be la comparaciÃ³n entre punteros de tipo %<void *%> y punteros a funciÃ³nISO C++ prohÃ­be las literales compuestasISO C++ prohÃ­be los gotos calculadosISO C++ prohÃ­be la expresiÃ³n condicional entre punteros de tipo %<void *%> y punteros a funciÃ³nISO C++ prohÃ­be la conversiÃ³n entre punteros de tipo %<void *%> y punteros a funciÃ³nISO C++ prohÃ­be la declaraciÃ³n de %qs sin tipoISO C++ prohÃ­be decrementar un puntero de tipo %qTISO C++ prohÃ­be decrementar un enumISO C++ prohÃ­be la inicializaciÃ³n en la clase del miembro static %qD que no es constanteISO C++ prohÃ­be incrementar un puntero de tipo %qTISO C++ prohÃ­be incrementar un enumISO C++ prohÃ­be la inicializaciÃ³n de la constante miembro %qD del tipo %qT que no es enteroISO C++ prohÃ­be el tipo anidado %qD con el mismo nombre que la clase que lo contieneISO C++ prohÃ­be la omisiÃ³n del tÃ©rmino medio de una expresiÃ³n ?:ISO C++ prohÃ­be tomar la direcciÃ³n de la funciÃ³n %<::main%>ISO C++ prohÃ­be tomar la direcciÃ³n de una funciÃ³n miembro limitada para formar un puntero a la funciÃ³n miembro.  Como %<&%T::%D%>ISO C++ prohÃ­be tomar la direcciÃ³n de una funciÃ³n miembro no estÃ¡tica sin calificar o entre parÃ©ntesis para formar un puntero a la funciÃ³n miembro.  Como %<&%T::%D%>ISO C++ prohÃ­be el uso de %qE en las instanciaciones explÃ­citasISO C++ prohÃ­be el uso de un puntero de tipo %<void *%> en la sustracciÃ³nISO C++ prohÃ­be el uso de un puntero a una funciÃ³n en la sustracciÃ³nISO C++ prohÃ­be el uso de un puntero a un mÃ©todo en la sustracciÃ³nISO C++ prohÃ­be las matrices de longitud variableISO C++ prohÃ­be la matriz %qD de longitud variableISO C++ prohÃ­be matrices de tamaÃ±o ceroISO C++ prohÃ­be la matriz %qD de tamaÃ±o ceroISO C++ prohÃ­be structs anÃ³nimosISO C++ prohÃ­be la sobrecarga del operador ?:ISO C++ dice que estos son ambiguos, aÃºn cuando la peor conversiÃ³n para el primero es mejor que la peor conversiÃ³n para el segundo:ISO C90 no admite declaradores de matriz %<[*]%>ISO C90 no admite %<_Alignas%>ISO C90 no admite %<_Noreturn%>ISO C90 no admite %<_Static_assert%>ISO C90 no admite %<long long%>ISO C90 no admite %<static%> o calificadores de tipo en los declaradores de parÃ¡metros de matricesISO C90 no admite %qEISO C90 no admite tipos complejosISO C90 no admite miembros de matriz flexiblesISO C90 no admite structs/unions sin nombreISO C90 prohÃ­be la matriz %qE cuyo tamaÃ±o no se puede evaluarISO C90 prohÃ­be la matriz cuyo tamaÃ±o no se puede evaluarISO C90 prohÃ­be las literales compuestasISO C90 prohÃ­be mezclar declaraciones y cÃ³digoISO C90 prohÃ­be la especificaciÃ³n de subobjetos a inicializarISO C90 prohÃ­be el subÃ­ndice de una matriz no-lvaluadaISO C90 prohÃ­be la matriz de longitud variableISO C90 prohÃ­be la matriz de longitud variable %qEISO C99 no admite %<_Alignas%>ISO C99 no admite %<_Noreturn%>ISO C99 no admite %<_Static_assert%>ISO C99 no admite %qEISO C99 no admite structs/unions sin nombreSi se usa -ftree-vectorize, el lÃ­mite de bucle mÃ­nimo de un bucle para considerarse en la vectorizaciÃ³n.Si se usa -fvariable-expansion-in-unroller, el nÃºmero mÃ¡ximo de veces que una variable individual se expandirÃ¡ durante el desenrollo de bucles.Si el primer argumento de ATAN2 %L es cero, entonces el segundo argumento no debe ser ceroSi el nÃºmero de candidatos en el conjunto es menor, siempre se tratarÃ¡ de eliminar los ivs sin usar durante su optimizaciÃ³n.Si se calendariza despuÃ©s de la recarga, hace la planificaciÃ³n de superbloque.Ignora 'D' en la columna uno en formato fija.Ignora dllimport para funciones.No considerada.Objeto de alojamiento ilegal en %C para un procedimiento PURECarÃ¡cter ilegal en la constante BOZ en %CTipo de referencia ilegal en %L como un objeto EQUIVALENCETranco ilegal de cero en %LDeclaraciÃ³n de control de imagen %s en %C en el bloque CRITICALDeclaraciÃ³n de control de imagen %s en %C en el bloque DO CONCURRENTDeclaraciÃ³n de control de imagen %s en %C en un procedimiento PUREDeclaraciÃ³n de control de imagen CRITICAL en %C en un bloque DO CONCURRENTDeclaraciÃ³n de control de imagen CRITICAL en %C en un procedimiento PUREDeclaraciÃ³n de control de imagen RETURN en %C en un bloque CRITICALDeclaraciÃ³n de control de imagen RETURN en %C en un bloque DO CRITICALDeclaraciÃ³n de control de imagen STOP en %C en el bloque CRITICALDeclaraciÃ³n de control de imagen STOP en %C en el bloque DO CONCURRENTDeclaraciÃ³n de control de imagen SYNC en %C en un bloque CRITICALDeclaraciÃ³n de control de imagen SYNC en %C en un bloque DO CONCURRENTDeclaraciÃ³n de control de imagen SYNC en %C en un procedimiento PUREEl argumento de conjunto de imagen %L debe ser un escalar o una expresiÃ³n INTEGER de rango 1El argumento de conjunto de imagen en %L debe estar entre 1 y num_images()Implementa la semÃ¡ntica de constructor heredado de C++17.Implementa operaciones __atomic mediante llamadas de biblioteca a funciones __sync antiguas.Implementa la resoluciÃ³n de DR 150 para coincidencias de argumentos de plantilla de plantilla.En %s en %L los procedimientos deben ser puras FUNCTIONs ya que el nombre genÃ©rico es tambiÃ©n el nombre de un tipo derivadoEn %s en %L los procedimientos deben ser o todos SUBROUTINE o todos FUNCTIONEn C++, un valor diferente de cero significa avisar sobre conversiones obsoletas de literales de cadena a `char *'.  En C, aviso similar, excepto que la conversiÃ³n por supuesto no es obsoleta por el estÃ¡ndar ISO C.En optimizaciÃ³n SSA-PRE en Ã¡rboles, activa eliminaciÃ³n de redundancia parcial-parcial.En el constructor %qsEn el constructor copia %qsEn el destructor %qsEn la funciÃ³n %qsEn la funciÃ³n lambdaEn la funciÃ³n miembro %qsEn la funciÃ³n miembro static %qsTipo derivado incompatible en PARAMETER en %LRangos %d y %d incompatibles en la asignaciÃ³n en %LRangos incompatibles en %s (%d y %d) en %LTipos incompatible en la declaraciÃ³n DATA en %L; se intentÃ³ la conversiÃ³n de %s a %sRangos inconsistentes para el operador en %%L y %%LBorde EH %i->%i incorrectoValor de devoluciÃ³n de la funciÃ³n incorrectoIncrementa el cumplimiento con IEEE para las comparaciones de coma flotante.El Ã­ndice en la dimensiÃ³n %d estÃ¡ fuera de los lÃ­mites en %LIndica la presencia de una errata del procesador.Indica prioridad para r0..r3 / r12..r15 con TARGET_REGISTER_PRIORITY.Inhibe el uso de las instrucciones de coma flotante de hardware.No se permite la inicializaciÃ³n de %C en un procedimiento PURELa inicializaciÃ³n en %C no es para una variable punteroNo se permite la inicializaciÃ³n del componente allocatable en %CNo se permite la inicializaciÃ³n de un puntero en %C en un procedimiento PURENo se permite la inicializaciÃ³n de una variable en %C en un procedimiento PUREInicializa las variables locales a cero (de g77).Se inicializa una variable ya inicializada en %CInyecta las funciones friend dentro de espacios de nombres cerrados.Coloca en lÃ­nea las operaciones __atomic cuando una secuencia de instrucciones lock free estÃ¡ disponibleIncluye en lÃ­nea todas las operaciones de cadenas conocidas.Incluye constantes en lÃ­nea si se pueden hacer en 2 insns o menos.Incluye en lÃ­nea las operaciones de cadena memset/memcpy, pero realiza la versiÃ³n inline sÃ³lo para los bloques pequeÃ±os.Incluir en lÃ­nea recursivamente solo cuando la probabilidad de que la llamada se ejecute exceda el parÃ¡metro.Inserta el cÃ³digo de anÃ¡lisis de perfil de programa basado en arc.Inserta el cÃ³digo para perfilar valores de expresiones.Inserta instrucciones hbrp despuÃ©s de los objetivos ramificados con pista para evitar el problema del colgado de SPU.Inserta nops cuando se puede mejorar el rendimiento permitiendo el asunto dual (por defecto).Inserta cÃ³digo de revisiÃ³n de la pila en el programai.  Igual que -fstach-check=specific.Direcciones de insn no establecidas despuÃ©s de shorten_branchesInstrumenta funciones de entrada y salida con llamadas de anÃ¡lisis de perfil.Instrumenta solamente funciones marcadas con el atributo bnd_instrument.El clon de instrumentaciÃ³n no hace referencia al nodo originalEl thunk de instrumentaciÃ³n tiene elemento invocado de borde incorrectoNodo instrumentado tiene declaraciÃ³n original incorrectaSe requiere una expresiÃ³n entera en %CId entero (N) de la instrucciÃ³n personalizada fabsd.Id entero (N) de la instrucciÃ³n personalizada fabss.Id entero (N) de la instrucciÃ³n personalizada faddd.Id entero (N) de la instrucciÃ³n personalizada fadds.Id entero (N) de la instrucciÃ³n personalizada fatand.Id entero (N) de la instrucciÃ³n personalizada fatans.Id entero (N) de la instrucciÃ³n personalizada fcmpeqd.Id entero (N) de la instrucciÃ³n personalizada fcmpeqs.Id entero (N) de la instrucciÃ³n personalizada fcmpged.Id entero (N) de la instrucciÃ³n personalizada fcmpges.Id entero (N) de la instrucciÃ³n personalizada fcmpgtd.Id entero (N) de la instrucciÃ³n personalizada fcmpgts.Id entero (N) de la instrucciÃ³n personalizada fcmpled.Id entero (N) de la instrucciÃ³n personalizada fcmples.Id entero (N) de la instrucciÃ³n personalizada fcmpltd.Id entero (N) de la instrucciÃ³n personalizada fcmplts.Id entero (N) de la instrucciÃ³n personalizada fcmpned.Id entero (N) de la instrucciÃ³n personalizada fcmpnes.Id entero (N) de la instrucciÃ³n personalizada fcosd.Id entero (N) de la instrucciÃ³n personalizada fcoss.Id entero (N) de la instrucciÃ³n personalizada fdivd.Id entero (N) de la instrucciÃ³n personalizada fdivs.Id entero (N) de la instrucciÃ³n personalizada fexpd.Id entero (N) de la instrucciÃ³n personalizada fexps.Id entero (N) de la instrucciÃ³n personalizada fextsd.Id entero (N) de la instrucciÃ³n personalizada fixdi.Id entero (N) de la instrucciÃ³n personalizada fixdu.Id entero (N) de la instrucciÃ³n personalizada fixsi.Id entero (N) de la instrucciÃ³n personalizada fixsu.Id entero (N) de la instrucciÃ³n personalizada floatid.Id entero (N) de la instrucciÃ³n personalizada floatis.Id entero (N) de la instrucciÃ³n personalizada floatud.Id entero (N) de la instrucciÃ³n personalizada floatus.Id entero (N) de la instrucciÃ³n personalizada flogd.Id entero (N) de la instrucciÃ³n personalizada flogs.Id entero (N) de la instrucciÃ³n personalizada fmaxd.Id entero (N) de la instrucciÃ³n personalizada fmaxs.Id entero (N) de la instrucciÃ³n personalizada fmind.Id entero (N) de la instrucciÃ³n personalizada fmins.Id entero (N) de la instrucciÃ³n personalizada fmuld.Id entero (N) de la instrucciÃ³n personalizada fmuls.Id entero (N) de la instrucciÃ³n personalizada fnegd.Id entero (N) de la instrucciÃ³n personalizada fnegs.Id entero (N) de la instrucciÃ³n personalizada frdxhi.Id entero (N) de la instrucciÃ³n personalizada frdxlo.Id entero (N) de la instrucciÃ³n personalizada frdy.Id entero (N) de la instrucciÃ³n personalizada fsind.Id entero (N) de la instrucciÃ³n personalizada fsins.Id entero (N) de la instrucciÃ³n personalizada fsqrtd.Id entero (N) de la instrucciÃ³n personalizada fsqrts.Id entero (N) de la instrucciÃ³n personalizada fsubd.Id entero (N) de la instrucciÃ³n personalizada fsubs.Id entero (N) de la instrucciÃ³n personalizada ftand.Id entero (N) de la instrucciÃ³n personalizada ftans.Id entero (N) de la instrucciÃ³n personalizada ftruncds.Id entero (N) de la instrucciÃ³n personalizada fwrx.Id entero (N) de la instrucciÃ³n personalizada fwry.Id entero (N) de la instrucciÃ³n personalizada round.El gÃ©nero entero %d en %C no estÃ¡ disponibleRango simÃ©trico fuera de entero implicado por Standard Fortran en %LEntero fuera del rango simÃ©trico implicado por Standard Fortran al convertir %s a %s en %LDesbordamiento enteroDesborde entero al calcular la cantidad de memoria a reservarEntero demasiado grande para el gÃ©nero entero %i en %CEl entero es demasiado grande para su gÃ©nero en %C. Esta revisiÃ³n se puede desactiva con la opciÃ³n -fno-range-checkEntero demasiado grande en %CValor entero demasiado grande en la expresiÃ³n en %CIntegra las funciones en sus invocadores cuando se sabe que el tamaÃ±o del cÃ³digo no crece.Integra las funciones que no se declaran "inline" en sus invocadores cuando es rentable.Integra las funciones sÃ³lo requeridas por su invocador Ãºnico.no se admite Intel MCU psABI en el modo %sIntel MPX no tiene soporte para x32No coincide la interfaz en la asignaciÃ³n de puntero a procedimiento en %L: %sSe debe especificar una interfaz para el enlace DEFERRED en %CError interno del compilador: Error al reportar rutinas reentradas.
  Unidad interna con subÃ­ndice vectorial en %LInterpreta cualquier INTEGER(4) como INTEGER(8).Interpreta cualquier REAL(4) como un REAL(10).Interpreta cualquier REAL(4) como un REAL(16).Interpreta cualquier REAL(4) como un REAL(8).Interpreta cualquier REAL(8) como un REAL(10).Interpreta cualquier REAL(8) como un REAL(16).Interpreta cualquier REAL(8) como un REAL(4).Interpreta imaginario, coma fija u otro sufijo de nÃºmero gnu como el literal numÃ©rico correspondiente en lugar de un literal numÃ©rico definido por el usuario.Dispersa los conjuntos de literales con cÃ³digo en la secciÃ³n de texto.El TRANSFER intrÃ­nseco en %L tiene un resultado parcialmente indefinido: tamaÃ±o de la fuente %ld < tamaÃ±o del resultado %ldEl operador intrÃ­nseco %qs referenciado en %L no se encontrÃ³ en el mÃ³dulo %qsLa interfaz de operador intrÃ­nseco en %L debe ser FUNCTIONEl procedimiento intrÃ­nseco en %L no puede ser un MODULE PROCEDUREUna constante Hollerith no vÃ¡lida en %L contiene un carÃ¡cter anchoConstante Hollerith no vÃ¡lida: %L debe contener por lo menos un carÃ¡cterConstante Hollerith no vÃ¡lida: El gÃ©nero entero en %L debe ser por defectoEl parÃ¡metro KIND de %s es no vÃ¡lido en %LCarÃ¡cter no vÃ¡lido en el nombre en %CCodimensiÃ³n %d no vÃ¡lida en %C, sÃ³lo existen %d codimensionesContexto no vÃ¡lido para el puntero NULL() en %%LForma no vÃ¡lida de la declaraciÃ³n PROGRAM en %CForma no vÃ¡lida de la declaraciÃ³n WRITE en %L, se requiere UNITForma no vÃ¡lida de referencia a matriz en %CForma no vÃ¡lida de referencia a comatriz en %CNÃºmero de imagen %d no vÃ¡lido en SYNC IMAGESInicializador %s no vÃ¡lido en la declaraciÃ³n Data en %CGÃ©nero %d no vÃ¡lido para la constante CHARACTER en %CGÃ©nero no vÃ¡lido para %s en %LArgumento de procedimiento no vÃ¡lido en %LAsignaciÃ³n de puntero de procedimiento no vÃ¡lida en %LRango %s no vÃ¡lido en la opciÃ³n %sGÃ©nero real %d no vÃ¡lido en %CEspecificaciÃ³n de tipo no vÃ¡lida en %CValor no vÃ¡lido para la especificaciÃ³n %s en %CActiva los avisos necesarios para cumplir estrictamente con el estÃ¡ndar.El paso de iterador en %L no puede ser ceroLos objetivos de salto se alinean a esta potencia de 2.Basura despuÃ©s de la declaraciÃ³n ASSOCIATE en %CBasura despuÃ©s de CALL en %CBasura despuÃ©s del enlace GENERIC en %CSÃ³lo genera tablas de desenredo para manejo de excepciones.Usa solamente icc0/fcc0.El parÃ¡metro KIND de %s en %L debe ser una expresiÃ³n de inicializaciÃ³nNo se admite el gÃ©nero %d para CHARACTER en %CNo se admite el gÃ©nero %d para el tipo %s en %CEl parÃ¡metro de tipo de gÃ©nero para la entidad en %L difiere del parÃ¡metro de tipo de gÃ©nero de la especificaciÃ³n de tipoABIs AArch64 conocidas (para uso con la opciÃ³n -mabi=):ABIs conocidas (para usar con la opciÃ³n -mabi=):CPUs ARC conocidas (para usar con la opciÃ³n -mcpu=):ABIs ARM conocidas (para uso con la opciÃ³n -mabi=):CPUs ARM conocidos (para usar con las opciones -mcpu= y -mtune=):FPUs ARM conocidos (para usar con la opciÃ³n -mfpu=):Arquitecturas ARM conocidas (para usar con la opciÃ³n -march=):ISAs C6X conocidas (para uso con la opciÃ³n -march=):CPUs conocidos (para uso con las opciones -mcpu= y -mtune):CPUs FR-V conocidos (para usar con la opciÃ³n -mcpu=):CPUs IQ2000 conocidos (para uso con la opciÃ³n -mcpu=):CPUs Itanium conocidos (para uso con la opciÃ³n -mtune=):CPUs M68K conocidos (para uso con la opciÃ³n -mcpu=):ISAs M68K conocidas (para uso con la opciÃ³n -march=):Microarquitecturas M68K conocidas (para uso con la opciÃ³n -mtune=):ABIs MIPS conocidos (para uso con la opciÃ³n -mabi=):CPUs MIPS conocidos (para uso con las opciones -march= y -mtune=):ConfiguraciÃ³n de lso MIPS IEEE 754 conocidos (para uso con las opciones -mabs= y -mnan=):Niveles ISA MIPS conocidos (para uso con la opciÃ³n -mips):CPUs TILE-Gx conocidos (para usar con la opciÃ³n -mcpu=):CPUs TILEPro conocidos (para uso con la opciÃ³n -mcpu=):Dialectos TLS conocidos (para usar con la opciÃ³n -mtls-dialect=):Formatos __fp16 conocidos (para usar con la opciÃ³n -mfp16-format=):Modo de direcciÃ³n conocido (para uso con la opciÃ³n -maddress-mode=):Tipos de arquitectura conocidos (para usar con la opciÃ³n -march=):Dialectos de ensamblador conocidos (para uso con la opciÃ³n -masm=):Tipos de modelos de cÃ³digo conocidos (para uso con la opciÃ³n -mcmodel=):Modelos de cÃ³digo conocidos (para uso con la opciÃ³n -mcmodel=):Las opciones conocidas para alineamiento de datos (para usar con la opciÃ³n -malign-data=):ABIs de coma flotante conocidas (para usar con la opciÃ³n -mfloat-abi):Guarda de protecciÃ³n de pila conocida (para usar con la opciÃ³n -mstack-protector-guard=):ABIs de biblioteca de vectorizaciÃ³n conocidas (para usar con la opciÃ³n -mveclibabi=):latencia de cachÃ© L%d desconocida para %sLHS en la llamada noreturnLOCK_TYPE en el contexto de definiciÃ³n variable (%s) en %LSe requieren operandos LOGICAL en la expresiÃ³n en %Lel soporte para LTO no se activÃ³ en esta configuraciÃ³nLa etiqueta %d en %C ya se referenciÃ³ como etiqueta de formatoLa etiqueta %d en %C ya se referenciÃ³ como objetivo de ramificaciÃ³nLa etiqueta %d en %C se utilizÃ³ previamente como una etiqueta FORMATLa etiqueta %d en %C se utilizÃ³ previamente como objetivo de ramificaciÃ³nSe define la etiqueta %d en %L pero no se puede usarSe define la etiqueta %d en %L pero no se usaLa etiqueta %d referenciada en %L nunca se defineLa etiqueta en %L no estÃ¡ en el mismo bloque que la declaraciÃ³n GOTO en %LSe requiere parÃ©ntesis izquierdo despuÃ©s de %<*%>ExtensiÃ³n antigua:Las letras debe estar en orden alfabÃ©tico en la declaraciÃ³n IMPLICIT en %CNivel de expresividad de los almacenes de depuraciÃ³n hsaLevanta restricciones en el tamaÃ±o de GOT.Como -M pero descarta los ficheros de cabecera del sistema.Como -MD pero descarta los ficheros de cabecera del sistema.Como -pedantic pero los muestra como errores.Se excediÃ³ el lÃ­mite de %d continuaciones en la declaraciÃ³n en %CSe truncÃ³ la lÃ­nea en %LLÃ­neas ejecutadas:%s de %d
! Enlace en el cÃ³digo para un nÃºcleo __main.Enlaza para emitir el programa en formato ELF (en lugar de mmo).Enlaza con HAL BSP.Enlaza con una versiÃ³n limitada de la biblioteca de C.Enlaza con libads.a, libc.a y crt0.o.Enlaza con libc.a y libdebug.a.Enlaza con libc.a y libsim.a.Enlaza con libmvme.a, libc.a y crt0.o.Enlaza con libsim.a, libc.a y sim-crt0.o.Enlaza con libyk.a, libc.a y crt0.o.Enlaza con la biblioteca de coma flotante fast.Enlaza con las bibliotecas de pic de biblioteca.OptimizaciÃ³n en tiempo de enlace con el nÃºmero de trabajos paralelos o el servidor de trabajos.Enumera todos los contadores de depuraciÃ³n disponibles con sus lÃ­mites y cuentas.DeclaraciÃ³n local desde una funciÃ³n diferenteLa variable lock en %L debe ser un escalar de tipo LOCK_TYPEEl bloque SELECT CASE lÃ³gico en %L tiene mÃ¡s de dos casesNo se permite un rango lÃ³gico en una declaraciÃ³n CASE en %LLos lÃ³gicos en %%L se deben comparar con %s en lugar de %sBusca y utiliza ficheros PCH aÃºn cuando se estÃ© preprocesando.Busca oportunidades para reducir los ajustes de pila y las referencias de pila.El cÃ³digo de ciclo se alinea a esta potencia de 2.Variable de cicloLa variable de bucle en %C no puede ser una comatrizLa variable de bucle en %C no puede ser un subcomponenteSe modificÃ³ la variable de cicloIterar ciclos por lo menos el nÃºmero seleccionado de iteraciones que lograrÃ¡ alineaciÃ³n de bucles.La referencia de matriz inferior en %L estÃ¡ fuera de los lÃ­mites (%ld < %ld) en la dimensiÃ³n %dLa referencia de matriz inferior en %L estÃ¡ fuera de los lÃ­mites (%ld > %ld) en la dimensiÃ³n %dEl lÃ­mite inferior debe estar presente en %LcÃ³digo MIPS16 -mxgotPIC MIPS16 para ABIs diferentes de o32 y o64MMIX Interno: %s no es un int desplazableMMIX Interno: Registro errÃ³neo: %dMMIX Interno: Valor errÃ³neo para 'm', no es un CONST_INTMMIX Interno: No se puede decodificar este operandoMMIX Interno: Se esperaba un CONST_INT, no estoMMIX Interno: Se esperaba una constante, no estoMMIX Interno: Se esperaba un registro, no estoMMIX Interno: El Ãºltimo vararg nombrado no cabe en un registroMMIX Interno: Falta un case %qc en mmix_print_operandMMIX Interno: Esto no es una constante:MMIX Interno: Esta no es una direcciÃ³n reconocidaMMIX Interno: Tratando de mostrar una condiciÃ³n invertida de forma no vÃ¡lida:MMIX Interno: Â¿CuÃ¡l es el CC de esto?MMIX Interno: Â¿CuÃ¡l es el CC de esto?el argumento de vector MMX sin MMX activado cambia la ABIla devoluciÃ³n de vector MMX sin MMX activado cambia la ABIno se espera MODIFY_EXPR mientras se tienen tuplasMODULE PROCEDURE en %C debe estar en una interfaz genÃ©rica de mÃ³dulose requiere el argumento MOLD para NULL en %LLa etiqueta MOLD en %L tiene conflictos con la etiqueta SOURCE en %LLa etiqueta MOLD en %L tiene conflictos con la especificaciÃ³n de tipo en %LSe require MOLD= en un argumento NULL en %L: AmbigÃ¼edad entre las funciones especÃ­ficas %s y %s cÃ³digo MSA MIPS16las funciones internas de MSP430 solo funcionan dentro de manejadores de interrupcionescase MULT en cris_op_strLa magnitud del segundo argumento de %s excede el tamaÃ±o de bit en %LLa variante principal no estÃ¡ definidaMantiene el puntero a la cadena hacia atrÃ¡s.Hace que "char" sea signed por defecto.Hace que "char" sea unsigned por defecto.Hace los enteros de 32 bits de anchura.Construye los structs como un mÃºltiplo de 4 bytes (aviso: se altera la ABI).Se asegura que las instrucciones load y store no se mueven despuÃ©s de las instrucciones DMA.Hace que el motor de relajaciÃ³n de enlace asuma que ocurre una envoltura del contador de programa.Datos de malloc en el espacio P2.Mapea un nombre de directorio a otro en la informaciÃ³n de depuraciÃ³n.Marca los registros MAC como sobreescritos por llamada.Marca las llamadas __tls_get_addr con informaciÃ³n de argumentos.Marca todos los bucles como paralelos.Marca todos los mÃ©todos y funciones incluidos en lÃ­nea con visibilidad hidden.NÃºmero mÃ¡ximo de bloques bÃ¡sicos en bucles para movimiento invariante de bucle.NÃºmero de bucles mÃ¡ximo para el RA regional.TamaÃ±o mÃ¡ximo de la tabla de conflictos en MB.Se ha alcanzado el nÃºmero mÃ¡ximo de insns de recarga generadas (%d)
  Profundidad mÃ¡xima de recursiÃ³n para expandir expresiones de rastreo de variables.MÃ¡ximo tamaÃ±o de lista loc para que deban aÃ±adirse ops inversas.TamaÃ±o mÃ¡ximo de las tablas de dispersiÃ³n de rastreo de variables.MÃ¡ximo crecimiento de cÃ³digo causado por duplicaciÃ³n de colas (en porcentaje).MÃ¡ximo crecimiento estimado del cuerpo de la funciÃ³n causado por la inclusiÃ³n temprana en lÃ­nea de una sola llamada.Salida estimada mÃ¡xima de la ramificaciÃ³n considerada predecible.MÃ¡ximo crecimiento causado por la inclusiÃ³n en lÃ­nea de una funciÃ³n grande (en porcentaje).TamaÃ±o maximal de una particiÃ³n para LTO (en instrucciones estimadas).MÃ¡ximo crecimiento de marco de pila causado por la inclusiÃ³n en lÃ­nea (en porcentaje).El crecimiento mÃ¡ximo permitido de tamaÃ±o de los parÃ¡metros nuevos ipa-sra que reemplazan un puntero a un agregado con.Cantidad mÃ¡xima de iteraciones del paso sobre una funciÃ³n.Cantidad mÃ¡xima de bbs similares con las cuales comparar un bb.Profundidad mÃ¡xima de la bÃºsqueda en el Ã¡rbol dominador por expresiones para levantar.MÃ¡xima profundidad de cadenas sqrt que se utilizarÃ¡ cuando se sintetice la exponenciaciÃ³n mediante una constante real.Longitud mÃ¡xima de los rastreos de candidatos para reducciÃ³n de fuerza de lÃ­nea directa.Longitud mÃ¡xima del conjunto antic parcial al realizar pre optimizaciÃ³n de Ã¡rbol.Se ha alcanzado el nÃºmero mÃ¡ximo de pasos de asignaciÃ³n de LRA (%d)
! NÃºmero mÃ¡ximo de almacenamientos locales activos en la eliminaciÃ³n de almacenamiento muerto RTL.NÃºmero mÃ¡ximo de elementos de contenido agregado de un parÃ¡metro en funciones de salto y celosÃ­as.NÃºmero mÃ¡ximo de argumentos que un PHI puede tener antes de que el hilador FSM no intente hacer hilo a travÃ©s de su bloque.NÃºmero mÃ¡ximo de bloques bÃ¡sicos en un camino de hilo de salto de mÃ¡quina de estados.NÃºmero mÃ¡ximo de pares de almacenamiento condicional que se pueden hundir.NÃºmero mÃ¡ximo de almacenamientos constantes que hay que mezclar en el paso de mezcla de almacenamientos.NÃºmero mÃ¡ximo de referencia de datos en bucles para construir dependencias de datos de bucles.NÃºmero mÃ¡ximo de desambiguaciones que realizar por cada acceso a memoria.El nÃºmero mÃ¡ximo de campos en una estructura antes de que el anÃ¡lisis de punteros trate a la estructura como una sola variable.NÃºmero mÃ¡ximo de insns en bloque bÃ¡sico que se consideran para conversiÃ³n-if RTL.El nÃºmero mÃ¡ximo de instrucciones en bloque bÃ¡sico que se consideran para vectorizaciÃ³n SLP.El nÃºmero mÃ¡ximo de instrucciones en la lista ready que se consideran elegibles para renombrado.NÃºmero mÃ¡ximo de instrucciones que se copiarÃ¡n cuando se dupliquen bloques en un camino de hilo de salto de mÃ¡quina de estados.NÃºmero mÃ¡ximo de pelados de bucle para mejorar alineaciÃ³n de las referencias de datos en un bucle.NÃºmero mÃ¡ximo de definiciones posibles visitadas cuando se desvirtualiza especulativamenteNÃºmero mÃ¡ximo de espacios de nombres a buscar por alternativas cuando falla la bÃºsqueda de nombre.NÃºmero mÃ¡ximo de llamadas anidadas para buscar dependencias de control durante el anÃ¡lisis de variables sin inicializar.NÃºmero mÃ¡ximo de caminos de hilo de salto nuevos que se crearÃ¡n para una mÃ¡quina de estados.NÃºmero mÃ¡ximo de nops a insertar para una pista (Por defecto 2).NÃºmero mÃ¡ximo de sentencias permitidas en un bloque que necesitan ser duplicadas al hacer hilos de saltos.NÃºmero mÃ¡ximo de sentencias que visitarÃ¡ el anÃ¡lisis de parÃ¡metros formales de IPA basado en el anÃ¡lisis de alias de una funciÃ³n dada.NÃºmero mÃ¡ximo de sentencias que se incluirÃ¡n en un Ãºnico constructor estÃ¡tico generado mediante comprobador de lÃ­mites de puntero.NÃºmero mÃ¡ximo de cadenas para las que el paso de optimizaciÃ³n de strlen rastrearÃ¡ longitudes de cadenas.El nÃºmero mÃ¡ximo de veces que se puede planificar una insns.Probabilidad mÃ¡xima de la entrada BB de la regiÃ³n de divisiÃ³n (en porcentaje relativo a la entrada BB de la funciÃ³n) para que suceda la inclusiÃ³n en lÃ­nea parcial.MÃ¡xima profundidad permitida de recursividad cuando se consulta una propiedad de un nombre SSA.NÃºmero mÃ¡ximo (en bytes) de objetos rastreados en btyes por la eliminaciÃ³n de almacenamiento muerto.TamaÃ±o mÃ¡ximo en bytes de los valores constantes permitidos como operandos.TamaÃ±o mÃ¡xmo de un SCC antes de que SCCVN detenga el procesamiento de una funciÃ³n.TamaÃ±o mÃ¡ximo de una lista de valores asociada con cada parÃ¡metro para propagaciÃ³n constante entre procedimientos.TamaÃ±o mÃ¡ximo de las variables global y static que se pueden colocar en el Ã¡rea de datos small.MÃ¡ximo tamaÃ±o, en unidades de almacenamiento, de un agregado para tenerlo en cuenta en escalarizaciÃ³n cuando se compila para tamaÃ±o.MÃ¡ximo tamaÃ±o, en unidades de almacenamiento, de un agregado para tenerlo en cuenta en escalarizaciÃ³n cuando se compila para velocidad.La longitud de subregistro mÃ¡xima no puede exceder a %dLa longitud de identificador mÃ¡xima soportada es %dFallÃ³ la asignaciÃ³n de memoriaMezclar tipos C++ usando la regla de una sola definiciÃ³n.Mezcla los almacenamientos adyacentes.Modo de empleo de la suborden de mezcla:Tasa mÃ­nima de insns a ops de mem para activar la precarga en un bucle.Tasa mÃ­nima de insns a precargar para activar la precarga para un bucle con una cuenta de viajes desconocida.La distancia mÃ­nima entre store y load en posible conflicto.TamaÃ±o minimal de una particiÃ³n para LTO (en instrucciones estimadas).ExpansiÃ³n mÃ­nima de la pila para iniciar la recolecciÃ³n de basura, como un porcentaje del tamaÃ±o total de la pila.TamaÃ±o mÃ­nimo de la pila antes de comenzar a recolectar basura, en kilobytes.No hay coincidencia en la asignaciÃ³n de puntero a procedimiento en %L: no hay coincidencia en la convenciÃ³n a llamadaFalta !$OMP END ATOMIC despuÃ©s de !$OMP ATOMIC CAPTURE en %CFalta la especificaciÃ³n de devoluciÃ³n alternativa en la llamada a subrutina en %LFalta la especificaciÃ³n de matriz en %L en la declaraciÃ³n CODIMENSIONFalta la especificaciÃ³n de matriz en %L en la declaraciÃ³n DIMENSIONFalta el rango de carÃ¡cter en IMPLICIT en %CFalta el parÃ©ntesis que cierra en la etiqueta de asignaciÃ³n en %CFalta la especificaciÃ³n de codimensiÃ³n en %CFaltan las cuentas para la funciÃ³n invocada %s/%iFalta la especificaciÃ³n de dimensiÃ³n en %CFalta la entidad o el nombre de bloque comÃºn para la declaraciÃ³n de especificaciÃ³n de atributo en %CFalta un exponente en el nÃºmero real en %CFalta la etiqueta de formato en %CFalta la especificaciÃ³n genÃ©rica en la declaraciÃ³n USE en %CFalta el nombre de la palabra clave en la lista de argumentos actual en %CFalta el parÃ¡metro de gÃ©nero en %CFalta el parÃ©ntesis izquierdo inicialFaltan los parÃ©ntesis requeridos antes de BIND(C) en %CFalta el parÃ©ntesis derecho en %CFalta el parÃ©ntesis derecho o una coma en %CMÃ³dulo %qs en la lÃ­nea %d columna %d: %sEl mÃ³dulo natural en la declaraciÃ³n USE en %C debe ser uno de INTRINSIC o NON_INTRINSICMÃ¡s argumentos actuales que formales en la llamada a procedimento en %LMÃ¡s de un borde fuera de un nodo thunkMueve las computaciones invariantes de bucles fuera de los bucles.Se proveen mÃºltiples identificadores con un sÃ³lo especificador NAME= en %CNo se permite NAME en BIND(C) para ABSTRACT INTERFACE en %CEl especificador NEWUNIT debe tener FILE= o STATUS='scratch' en %CNo pueden aparecer NON_OVERRIDABLE y DEFERRED al mismo tiempo en %CSe requiere NOPASS o una interfaz explÃ­cita en %CNOTE_INSN_BASIC_BLOCK %d en el medio del bloque bÃ¡sico %dfalta NOTE_INSN_BASIC_BLOCK para el bloque %datributo NO_ARG_CHECKNULL aparece en el lado derecho de una asignaciÃ³n en %Lse usÃ³ NULL en la aritmÃ©ticaLa inicializaciÃ³n NULL() en %C es ambiguaLos nombres despuÃ©s de !$omp critical y !$omp end critical no coinciden en %CEl nombre en %C es demasiado largoNombre de la biblioteca del sistema con la que enlazar.Nombre del fichero de inicio.Nombre demasiado largoEl bloque DO nombrado en %L requiere un nombre ENDDO coincidenteLa constante nombrada en %C en un EQUIVALENCELa lista de nombres %s no se puede renombrar por asociaciÃ³n de USE a %sEl nombre de grupo de lista de nombres en %L no puede tener el atributo SAVESe necesita una entidad o un nombre de bloque comÃºn para la declaraciÃ³n de especificaciÃ³n de atributo en %CBloque CRITICAL anidado en %CNo estÃ¡ permitido mezclar FPX/FPUNo se permite un nombre de enlazado en BIND(C) en %CNo hay ramificaciones
  No hay llamadas
! Sin crt0.o predeterminada.No se encontrÃ³ despachador para %sNo se ha encontrado despachador para los atributos de versiÃ³nNo se encontrÃ³ despachador para los atributos de versiÃ³n : %sNo hay un borde fuera de un nodo thunkNo hay lÃ­neas de cÃ³digo ejecutables
  Ya no se admite.No hay ninguna regiÃ³n que cruce el salto en el lÃ­mite de la secciÃ³n en bb %iEl nodo tiene mÃ¡s de una referencia chkpAsignaciÃ³n definida por el usuario de un no-ELEMENTAL en WHERE en %LUno que no es POINTER en el contexto de asociaciÃ³n de puntero (%s) en %LElemento de matriz de forma asumida que no es carÃ¡cter en la etiqueta FORMAT en %LElemento de matriz de tamaÃ±o asumido que no es carÃ¡cter en la etiqueta FORMAT en %LElemento de matriz de puntero que no es carÃ¡cter en la etiqueta FORMAT en %LEl lÃ­mite inferior no es constante en la declaraciÃ³n de forma implÃ­cita en %LCarÃ¡cter no numÃ©rico en la etiqueta de declaraciÃ³n en %CEl procedimiento FINAL que no es escalar en %L debe tener un argumento sharp asumidoExpresiÃ³n que no es variable en el contexto de definiciÃ³n variable (%s) en %LEl componente %s que no es comatriz en %L de tipo LOCK_TYPE o con subcomponente de tipo LOCK_TYPE debe tener una codimensiÃ³n o ser un subcomponente de una comatriz. (Las variables de tipo %s pueden no tener una codimiensiÃ³n ya que %s en %L tiene una codimensiÃ³n o un componente submatriz)El componente %s que no es comatriz en %L de tipo LOCK_TYPE o con subcomponente de tipo LOCK_TYPE debe tener una codimensiÃ³n o ser un subcomponente de una comatriz. (Las variables de tipo %s pueden no tener una codimensiÃ³n si ya existe un subcomponente comatriz)CarÃ¡cter de tabulaciÃ³n que no es conforme en %CCarÃ¡cter de tabulador que no es conformante en la columna %d de la lÃ­nea %dSecciÃ³n de matriz no constante en %L en la declaraciÃ³n DATASe requiere una anchura que no sea negativaDeclaraciÃ³n de tipo %s*%d no estÃ¡ndar en %CNo se esperaba TAG.Nodo no instrumentado tiene declaraciÃ³n original no NULLNÃºmero de particiones en las que se debe dividir el programa.NÃºmero de registros usados para pasar argumentos enteros.Se requiere un PARAMETER numÃ©rico en la constante compleja en %CSe requieren operandos numÃ©ricos en la expresiÃ³n en %LSe requieren operandos numÃ©ricos o CHARACTER en la expresiÃ³n en %LLa declaraciÃ³n OPEN en %C debe tener especificado UNIT o NEWUNITNo se permite una declaraciÃ³n OPEN en el procedimiento PURE en %CNo se permite OPTIONAL dentro de BLOCK en %Clas declaraciones Objective-C sÃ³lo pueden aparecer en el Ã¡mbito globalCaracterÃ­stica obsoleta:Herramienta Â«offlineÂ»  para manejar contadores de gcda
  
! No se admite la declaraciÃ³n de tipo de estilo antiguo %s*%d en %COmite el marco de referencia para las funciones hojas.Omite el paso de reducciÃ³n de rango al realizar divisiones complejas.Omite el puntero del marco de referencia para las funciones hojas.Solo se admite el formato de depuraciÃ³n DWARF para la rutina de servicio de interrupciones.SÃ³lo genera reubicaciones absolutas en los valores de tamaÃ±o word.SÃ³lo se pueden usar operandos intrÃ­nsecos en la expresiÃ³n en %LSÃ³lo ejecuta una instrucciÃ³n por ciclo.Preservado por compatibilidad hacia atrÃ¡s.Usa solamente 32 FPRs.Usa solamente 32 GPRs.construcciÃ³n OpenACC dentro de regiÃ³n no OpenACCla directiva de bucle OpenACC debe estar asociada a una regiÃ³n de cÃ³mputo OpenACCregiÃ³n OpenACC dentro de rutina OpenACC; el paralelismo anidado aÃºn no se permiteLas construcciones OpenACC distintas de %<#pragma omp ordered simd%> pueden no estar anidadas dentro de la regiÃ³n %<simd%>El operando del operador .not. en %%L es %sEl operando del operador numÃ©rico unitario %%<%s%%> en %%L es %sEl operando del operador de usuario %%<%s%%>  en %%L es %sLos operandos del operador numÃ©rico binario %%<%s%%> en %%L son %s/%sLos operandos del operador de comparaciÃ³n %%<%s%%> en %%L son %s/%sLos operandos del operador lÃ³gico %%<%s%%> en %%L son %s/%sLos operandos del operador de concatenaciÃ³n de cadenas en %%L son %s/%sLos operandos del operador de usuario %%<%s%%> en %%L son %s/%sLa interfaz de operador en %L genera un conflicto con la interfaz intrÃ­nsecaLa interfaz de operador en %L tiene el nÃºmero errÃ³neo de argumentosLa interfaz de operador en %L debe tener, cuando mucho, dos argumentosOptimiza la cantidad de registros stdarg guardados en pila al principio de la funciÃ³n.Optimiza patrones condicionales usando nodos SSA PHI.Optimiza para experiencia de depuraciÃ³n en lugar de velocidad o tamaÃ±o.Optimiza para espacio en lugar de velocidad.Optimiza para velocidad descartando el cumplimento exacto de estÃ¡ndares.Optimiza la cabecera de marco.Optimiza la inducciÃ³n de variables en los Ã¡rboles.Optimiza las cargas de las direcciones lui/addiu.Optimiza los tamaÃ±os de opcode en tiempo de enlazado.Optimiza las llamadas recursivas hermanadas y de extremo.Optimiza las instrucciones de la llamada del extremo en el ensamblador y el enlazador.OpciÃ³n %s no usada con coherencia en todos los ficheros de entrada LTOOpciÃ³n %s con valores diferentesOpciones:
  Fuera de lÃ­mites en IMAGE_INDEX en %L para la dimensiÃ³n %d, SUB tiene %ld y el lÃ­mite inferior de COARRAY  es %ld)Fuera de lÃ­mites en IMAGE_INDEX en %L para la dimensiÃ³n %d, SUB tiene %ld y el lÃ­mite superior de COARRAY es %ld)Espacio de pila agotado.
! Muestra la secciÃ³n .debug_types al usar la informaciÃ³n de depuraciÃ³n DWARF v4.Muestra los objetos lto que contienen tanto el lenguaje intermedio como la salida binaria.InformaciÃ³n de uso de pila de salida basada por funciÃ³n.Contadores de verificaciÃ³n de vtable de salida.InformaciÃ³n sobre los conjuntos de vectores de verificaciÃ³n de vtable de salida.Modo de empleo de la suborden de solapamiento:Se sobreescriben los inicializadores desiguales en EQUIVALENCE en %LAnula -mbest-lib-options.El descriptor P requiere un factor de escala inicialFalta un inicializador para el PARAMETER en %LCargas literales relativas a PC.variante PCSFalta un argumento PHI para el borde %d->%del argumento PHI no es SSA_NAME, o invariantenodo PHI con ubicaciÃ³nnodo PHI con VUSE incorrecto en el borde desde BB %dLa generaciÃ³n de cÃ³digo PIC no es compatible con las llamadas rÃ¡pidas indirectasLa generaciÃ³n de cÃ³digo PIC no se admite en el modelo transportable de tiempo de ejecuciÃ³nNo se admite PIC para %s. Se generarÃ¡ soloamente cÃ³digo no PIC..PIC sÃ³lo se admite para RTPsse requiere PIC pero no se admite con instrucciones CONST16registro PIC sobreescrito por %qs en %<asm%>el registro PIC aÃºn no estÃ¡ preparadosoporte PIC para -fstack-limit-symbolSe requiere el atributo POINTER para el procedimiento de componente puntero en %CPRE desactivadoLa lista de nombres PRINT en %C es una extensiÃ³nNo se permite la declaraciÃ³n PRINT en %C dentro un procedimiento PUREPRINT_OPERAND puntero nuloPRINT_OPERAND, insn no vÃ¡lida para %%CPRINT_OPERAND, insn no vÃ¡lida para %%NPRINT_OPERAND: PuntuaciÃ³n desconocida '%c'PRINT_OPERAND_ADDRESS, puntero nuloSÃ³lo se permite la declaraciÃ³n PRIVATE en %C en la parte de especificaciÃ³n de un mÃ³duloLa declaraciÃ³n PRIVATE en %C debe preceder a los enlaces de procedimientoLa declaraciÃ³n PRIVATE en %C debe preceder a los componentes de la estructuraLa declaraciÃ³n PRIVATE en TYPE en %C debe estar dentro de un MODULEPROCEDURE en %C debe estar en una interfaz genÃ©ricaEl atributo PROCEDURE genera un conflicto con el atributo PROTECTED en %LPROCEDURE(interface) en %C se debe declarar DEFERREDSÃ³lo se permite PROTECTED en %C en la parte de especificaciÃ³n de un mÃ³duloEl atributo PROTECTED genera un conflicto con el atributo EXTERNAL en %LPTX no admite declaraciones dÃ©biles (solamente definiciones dÃ©biles)SÃ³lo se permite la declaraciÃ³n PRIVATE en %C en la parte de especificaciÃ³n de un mÃ³duloNo deben aparecer PURE con IMPURE en %CEmpaca las instrucciones VLIW.Empaqueta juntos a los miembros de la estructura sin agujeros.Los paquetes de parÃ¡metros __bases sÃ³lo son vÃ¡lidos en la declaraciÃ³n de plantillaEl parÃ¡metro para la funciÃ³n interna debe ser una cadena constante o literalEl parÃ¡metro para la funciÃ³n interna no es vÃ¡lido: %sPasa la opciÃ³n -EB al enlazador.Pasa la opciÃ³n -EL al enlazador.Pasa la opciÃ³n -marclinux al enlazador.Pasa la opciÃ³n -marclinux_prof al enlazador.Pasa -z texto al enlazador.Pasa la direcciÃ³n de la ubicaciÃ³n de ra save a _mcount en $12.El objeto pasado en %L debe ser escalarPasa una peticiÃ³n al ensamblador para hacer posibles correcciones de varias erratas de silicio.Pasa una peticiÃ³n al ensamblador para advertir de varias erratas de silicio.No se permite el paso del procedimiento interno en %L por ubicaciÃ³nPenalizaciÃ³n porcentual que recibirÃ¡n las funciones que contien una sola llamada a otra funciÃ³n cuando se evalÃºen para clonaciÃ³n..PenalizaciÃ³n porcentual que recibirÃ¡n las funciones recursivas cuando se evalÃºen para clonaciÃ³n..Realiza la eliminaciÃ³n de duplicados DWARF.Realiza la PropagaciÃ³n de Rango Valor IPA.Realiza plegamiento de cÃ³digo idÃ©ntico en funciones y variables de solo lectura.Realiza plegamiento de cÃ³digo idÃ©ntico en funciones.Realiza plegamiento de cÃ³digo idÃ©ntico en variables.Realiza la planificaciÃ³n SMS basada en mÃ³dulo antes del primer paso de calendarizaciÃ³n.Realiza la planificaciÃ³n mÃ³dulo basada en SMS con movimientos permitidos de registros.Realiza optimizaciones de alineaciÃ³n especÃ­ficas para VR4130.Realiza la PropagaciÃ³n de Rango Valor en Ã¡rboles.Realiza el paso de la propagaciÃ³n hacia adelante en RTL.Realiza un nÃºmero de optimizaciones menores y costosas.Realiza el paso de optimizaciÃ³n de copia-propagaciÃ³n de registros.Realiza el paso de optimizaciÃ³n de renombrado de registros.Realiza paso de optimizaciÃ³n por fusiÃ³n de instrucciones dependiente de objetivo.Realiza optimizaciÃ³n de carga de ramificaciÃ³n objetivo despuÃ©s del hilo prÃ³logo / epÃ­logo.Realiza optimizaciÃ³n de carga de ramificaciÃ³n objetivo antes del hilo prÃ³logo / epÃ­logo.Realiza la clonaciÃ³n para hacer la propagaciÃ³n constante Interprocedural mÃ¡s fuerte.Realiza la eliminaciÃ³n de comparaciones despuÃ©s de terminar el alojamiento de registros.Realiza la conversiÃ³n de saltos condicionales a equivalentes sin ramificaciÃ³n.Realiza la conversiÃ³n de saltos condicionales a ejecuciÃ³n condicional.Realiza la conversiÃ³n de las inicializaciones de switch.Realiza optimizaciones de saltos cruzados.Realiza la inclusiÃ³n en lÃ­nea temprana.Realiza el movimiento de la carga mejorada durante la eliminaciÃ³n de subexpresiones comunes globales.Realiza el anÃ¡lisis puntero-a funciÃ³n-local en Ã¡rboles.Realiza la eliminaciÃ³n de subexpresiones comunes globales tras la finalizaciÃ³n de la asignaciÃ³n de registros.Realiza la eliminaciÃ³n de subexpresiones comunes globales.Realiza la inclusiÃ³n en lÃ­nea indirecta.Realiza comprobaciones de consistencia internas.Realiza la propagaciÃ³n interprocedural de las constantes por bits.Realiza la propagaciÃ³n interprocedural de las constantes.Realiza el anÃ¡lisis interprocedural de puntero-a.Realiza la propagaciÃ³n de perfil interprocedural.Realiza la reducciÃ³n interprocedural de los agregados.Realiza optimizaciones de hilado de saltos.Realizar la divisiÃ³n de rango vivo durante el paso SSA->normal.Realiza el pelado de bucles.Realiza la divisiÃ³n de bucles.Realiza el desenrollamiento del bucle para todos los bucles.Realiza el desenrollamiento del bucle cuando se conoce la cuenta de iteraciÃ³n.Realiza la eliminaciÃ³n de opciones de bucle.Realiza la inclusiÃ³n en lÃ­nea parcial.Realiza la carga redundante despuÃ©s de la eliminaciÃ³n de almacenamiento en la eliminaciÃ³n de subexpresiones comunes globalesRealiza el reemplazo escalar de agregados.Realiza el `pipelining' de software de los bucles internos durante la planificaciÃ³n selectiva.Realiza el `pipelining' de software de los bucles externos durante la planificaciÃ³n selectiva.Realiza desvirtualizaciÃ³n especulativa.Realiza el movimiento de guardado despuÃ©s de la eliminaciÃ³n de subexpresiones comunes globales.Realiza reducciÃ³n de fuerza de lÃ­nea directa.Realiza la formaciÃ³n de superbloques a travÃ©s de la duplicaciÃ³n de colas.Realiza la eliminaciÃ³n de sÃ­mbolos sin uso en la informaciÃ³n de depuraciÃ³n.Realiza la eliminaciÃ³n de tipos sin uso en la informaciÃ³n de depuraciÃ³n.Realiza el seguimiento de variables y tambiÃ©n marca las variables que no se inicializaron.Realiza seguimiento de variables con asignaciÃ³n de anotaciones.Realiza seguimiento de variables.Realiza optimizaciones del programa completo.Se requiere un punto en el especificador de formatoSe requiere un punto en el especificador de formato %s en %LSe requiere un punto en el especificador de formato en %LPermite '$' como un identificador de carÃ¡cter.Permite usos no conformes del carÃ¡cter tabulador.Permite la planificaciÃ³n de la secuencia de prÃ³logo de funciones.Permite los nombres de cÃ¡racteres universales (\u y \U) en los identificadores.Coloca un bit de parada despuÃ©s de cada ciclo durante la planificaciÃ³n.Coloca los elementos de datos en su propia secciÃ³n.Coloca cada funciÃ³n en su propia secciÃ³n.Coloca las constantes de coma flotante en TOC.Coloca las constantes sÃ­mbolo+desplazamiento en TOC.Por favor, envÃ­e un informe completo de errores,
  con el cÃ³digo preprocesado si es apropiado.
! PluginsEl Comprobador de Punteros requiere suporte MPX en este objetivo. Utilice las opciones -mmpx para activar MPX.El componente de matriz de puntero de la estructura en %C debe tener una forma diferidaEl objetivo de asignaciÃ³n de puntero tiene atributo PROTECTED en %LEl objetivo de asignaciÃ³n de puntero no es TARGET ni POINTER en %LEl objetivo de asignaciÃ³n de puntero no es un POINTER en %LAsignaciÃ³n de puntero con subÃ­ndice vectorial del lado derecho en %LEl componenten puntero %s en %L tiene un subcomponenten que no es comatriz de tipo LOCK_TYPE, el cual debe tener una codimensiÃ³n o ser un subcomponente de una comatrizEl objetivo de inicializaciÃ³n de puntero en %L debe tener el atributo SAVEEl objeto puntero en %C no debe tener un coÃ­ndiceEl objeto puntero en %L no debe tener un coÃ­ndiceLos punteros son de 32-bit.Los punteros son de 64-bit.PolÃ­ticas disponibles para usar con -mcompact-branches=:El componente polimÃ³rfico %s en %L en SEQUENCE o de tipo BIND(C) %sSubobjecto polimÃ³rfico de un objeto coindizado en %LSe requiere anchura del exponente positivaSe requieren una anchura positivaSe requiere anchura positiva en el especificador de formato %s en %LSe requieren una anchura positiva con el descriptor TPosible cambio de valor en la conversiÃ³n de %s a %s en %Lla opciÃ³n del objetivo Power9 es incompatible con -mcpu=<xxx> para <xxx> menor que power9Prefiere las ramas sobre la ejecuciÃ³n condicional.Prefiere accesos word sobre accessos byte.Precede los sÃ­mbolos globales con ":" (para usarse con PREFIJO).Preprocesa sÃ³lo directivas.Fuente preprocesada almacenada en el fichero %s; por favor, adjÃºntelo a su informe de errores.
  Preserva la pila de enlace del PowerPC 476 emparejando un blr con las insns bcl/bl utilizadas para accesos GOT.Pretende que una ramificaciÃ³n-alrededor-de-un-movimiento es un movimiento condicional.Pretende que las ramificaciones son costosas.Previene el uso de todas las instrucciones de coma flotante.Previene el uso de todas las instrucciones de coma flotante de hardware.!$OMP DECLARE REDUCTION anterior en el mÃ³dulo %s en %LMuestra informaciÃ³n de cobertura de cÃ³digo.
  
  Muestra avisos extra (posiblemente no deseados).Imprime indicaciones fix-it (arreglar) en stder en formato diff unificado.Imprime indicaciones fixit (arreglar) en formato legible por una mÃ¡quina.Muestra los nombres de los ficheros de cabecera mientras se utilizan.Probabilidad de que la funciÃ³n COMDAT se comparta con diferentes unidades de compilaciÃ³n.El argumento del procedimiento en %L es local a un procedimiento PURE y tiene el atributo POINTEREl objetivo de inicializaciÃ³n de puntero a procedimiento en %L tal vez no es un puntero a procedimientoProcesa directivas #ident.Se procesa la especificaciÃ³n (%s), la cual es '%s'
! Produce un rastreo hacia atrÃ¡s cuando se encuentra un error en tiempo de ejecuciÃ³n.Produce un aviso en tiempo de ejecuciÃ³n si se ha creado una matriz temporal para un argumento de procedimiento.Produce cÃ³digo big endian.Produce cÃ³digo reubicable en tiempo de ejecuciÃ³n.Produce cÃ³digo little endian.La informaciÃ³n de anÃ¡lisis de perfil para la funciÃ³n %u estÃ¡ corruptaLa informaciÃ³n de anÃ¡lisis de perfil en %s estÃ¡ corruptaEl programa estÃ¡ ubicado por completo en la parte baja de 64k de memoria.ProhÃ­be la llamada a funciones relativas al PC.ProhÃ­be los saltos relativos al PC.Protege parÃ©ntesis en las expresiones.Provee bibliotecas para el simulador.Empuja los registros extendidos a la pila en las funciones de monitorizaciÃ³n.Coloca todas las matrices locales en la pila.Coloca todo en la TOC normal.Coloca las tablas de salto para las declaraciones switch en la secciÃ³n .data en lugar de la secciÃ³n .code.Pone los datos de solo lectura reubicados en la secciÃ³n .data.Pone las constantes sin inicializar en ROM (necesita -membedded-data).Pone los datos inicializados a cero en la secciÃ³n bss.la arquitectura R2 solo es little endianLa variable RESULT en %C debe ser diferente que el nombre de la funciÃ³nRESULT_DECL se debe leer sÃ³lo cuando se define DECL_BY_REFERENCERevisiÃ³n RTL: acceso de elt %d de '%s' con el Ãºltimo elt %d en %s, en %s:%dRevisiÃ³n RTL: acceso de elt %d de vector con el Ãºltimo elt %d en %s, en %s:%dRevisiÃ³n RTL: acceso de hwi elt %d de vector con el Ãºltimo elt %d en %s, en %s:%dRevisiÃ³n RTL: se intentÃ³ tratar un sÃ­mbolo que no es de bloque como un sÃ­mbolo de bloque en %s, en %s:%dRevisiÃ³n RTL: se esperaba el cÃ³digo '%s' Ã³ '%s', se tiene '%s' en %s, en %s:%dRevisiÃ³n RTL: se esperaba el cÃ³digo '%s', se tiene '%s' en %s, en %s:%dRevisiÃ³n RTL: se esperaba el tipo elt %d '%c' Ã³ '%c', se tiene '%c' (rtx %s) en %s, en%s:%dRevisiÃ³n RTL: se esperaba el tipo elt %d '%c', se tiene '%c' (rtx %s) en %s, en %s:%dRevisiÃ³n de opciÃ³n RTL: se usÃ³ %s con el cÃ³digo rtx inesperado '%s' en %s, en %s:%dEl PIC de RTP es incompatible con -msingle-pic-baseEl PIC de RTP es incompatible con ThumbRTTI no funcionarÃ¡ en este tipolas instrucciones FPU de RX no admiten NaNs e infinitosElevar un REAL negativo en %L a una potencia REAL estÃ¡ prohibidoLa especificaciÃ³n de rango en %L nunca puede coincidirEl rango no coincide en la referencia de matriz en %L (%d/%d)El objetivo de remapeo de rango es menor que el tamaÃ±o del puntero (%ld < %ld) en %LEl objetivo de remapeo de rango de debe ser de rango 1 o simplemente contiguo en %LLeyendo el mÃ³dulo %qs en la lÃ­nea %d columna %d: %sLeyendo especificaciones de %s
! La constante real desborda su gÃ©nero en %CLa constante real desborda por debajo su gÃ©nero en %CRealinea la pila en el prÃ³logo.Reubica el lado derecho en las asignaciones.Reconoce palabras clave de C++ como "compl" y "xor".Reconoce las palabras claves definidas por GNU.Reconoce funciones internas.Reconoce la palabra clave "asm".Guarda las opciones de la lÃ­nea de Ã³rdenes de gcc en DW_AT_producer de DWARF.Guarda las opciones de la lÃ­nea de Ã³rdenes de gcc en el fichero objeto.Registra los tiempos tomados por subfases por separado.Reduce prioridad para r0..r3 / r12..r15 con TARGET_REGISTER_PRIORITY.Ã�ndice de sentencia de referencia no encontradoÃ�ndice de sentencia de referencia fuera de rangoLa regiÃ³n cruza el salto a travÃ©s de la misma secciÃ³n en bb %iEl nÃºmero de registro tiene que estar en el rango 0-31 para %sRelaja ramificaciones.Relaja los literales en ensamblador y los coloca automÃ¡ticamente en la secciÃ³n de texto.Alivio de la presiÃ³n de registro a travÃ©s del encogimiento de rango en vivo.Reasocia nombres de fichero al incluir ficherosRemueve miembros redundantes.Se elimina '%s'
  Se renombran operadores en declaraciones USE en %CReordena los bloques bÃ¡sicos y particionar en secciones caliente y frÃ­a.Reordena los bloques bÃ¡sicos para mejorar la ubicaciÃ³n del cÃ³digo.Reordena las funciones para mejorar la ubicaciÃ³n del cÃ³digo.Reordena las funciones de nivel superior, variables y asms.Reemplaza add, compare, branch con branch en la cuenta de registros.Reemplaza expresiones temporales en el paso SSA->normal.Informa sobre la coherencia del perfil.Reporta la ubicaciÃ³n de memoria antes de la optimizaciÃ³n interprocedural.Reporta el alojamiento en memoria permanente solo en WPA.Reporta el alojamiento en memoria permanente.Reporta el tiempo tomado por cada paso del compilador.Reporta varias estadÃ­sticas de optimizaciÃ³n de tiempo de enlace solo para WPA.Reporta varias estadÃ­sticas de optimizaciÃ³n de tiempo de enlace.Requiere rutinas de biblioteca matemÃ¡tica que cumplan con IEEE (OSF/1).Recalendariza las instrucciones despuÃ©s del alojamiento de registros.Recalendariza las instrucciones antes del alojamiento de registros.Recalendariza las regiones `pipelined' sin `pipelining'.Reserva espacio para los argumentos de salida en el prÃ³logo de la funciÃ³n.Restringe que la migraciÃ³n de carga de objetivos no reuse registros en ningÃºn bloque bÃ¡sico.Restringe el uso de instrucciones de coma flotante de hardware para operaciones de 32-bit.El resultado de %s da un rango de error para su gÃ©nero en %LEl resultado de %s es NaN en %LEl resultado de %s desborda su gÃ©nero en %LEl resultado de %s desborda por debajo su gÃ©nero en %LEl resultado de BESSEL_YN es -INF en %LEl resultado de NEAREST es NaN en %LEl resultado de SCALE desborda su gÃ©nero en %LDevuelve vectores de 8 bytes en memoria.Devuelve todas las estructuras en memoria (por defecto en AIX).Devuelve los resultados de coma flotante en ac0 (fr0 en sintaxis de ensamblador Unix).Devuelve punteros tanto en a0 como en d0.Devuelve los agregados small en memoria, no en registros.Devuelve agregados small en registros.Devuelve las estructuras pequeÃ±as en registros (por defecto en SVR4).Devuelve los valores de funciones en registros FPU.Reusa r30 basado por funciÃ³n.Modo de empleo de la suborden de reescritura:Se seperaba parÃ©ntesis derecho en %CNo se especificÃ³ el lÃ­mite superior a la derecha de la secciÃ³n de matriz de tamaÃ±o asumido en %LEjecuta sÃ³lo la segunda compilaciÃ³n de -fcompare-debug.Ejecuta la optimizaciÃ³n comunizadora predictiva.Ejecuta la planificaciÃ³n selectiva despuÃ©s de recargar.Corre autotests usando la ruta dada para localizar los ficheros de test.Ejecuta el optimizador de tiempo de enlace en el modo de transformaciÃ³n local (LTRANS).Ejecuta el optimizador de tiempo de enlace en el modo de anÃ¡lisis de programa completo (WPA).funciÃ³n de especificaciÃ³n '%s' con %d args
  
  Nombre del entorno de ejecuciÃ³n.El atributo SAVE en %L no se puede especificar en un procedimiento PUREDeclaraciÃ³n SAVE en %C despuÃ©s de una declaraciÃ³n SAVE incondicionalEl chunk_size de la clÃ¡usula SCHEDULE en %L requiere una expresiÃ³n INTEGER escalarEl atributo SEQUENCE en %C ya se especificÃ³ en la declaraciÃ³n TYPELa declaraciÃ³n SEQUENCE en %C debe preceder a CONTAINSLa declaraciÃ³n SEQUENCE en %C debe preceder a los componentes de la estructuraSH2a no se admite para little-endianSIZE en %L debe ser positivoLa etiqueta SOURCE en %L tiene conflictos con la especificaciÃ³n de tipo en %Lno se admite SPE en este objetivocorrupciÃ³n de SSAhay un nombre SSA en la lista libre, pero aÃºn estÃ¡ referenciadose creÃ³ SSA_NAME en dos bloques diferentes %i y %iSSA_NAME_DEF_STMT es errÃ³neose debe establecer SSA_NAME_OCCURS_IN_ABNORMAL_PHIel conjunto de instrucciones SSE estÃ¡ desactivado, usando la aritmÃ©tica 387argumento de registro SSE con SSE desactivadose devuelve el registro SSE con SSE desactivadoel argumento de vector SSE sin SSE activado cambia la ABIla devoluciÃ³n de vector SSE sin SSE activado cambia la ABIvariable STATEl argumento STAT= en %L debe ser una variable INTEGER escalarEl cÃ³digo STOP en %L debe ser un carÃ¡cter por defecto KIND=%dEl cÃ³digo STOP en %L debe ser un entero por defecto KIND=%dEl cÃ³digo STOP en %L debe ser de tipo INTEGER o CHARACTEREl cÃ³digo STOP en %L debe ser escalardeclaraciÃ³n SUBMODULE en %CIgual que %s.  Utilice, en cambio, la Ãºltima opciÃ³n.Igual que -fassociative-math para las expresiones que incluyen divisiÃ³n.Igual que -mA6.Igual que -mA7.Igual que: -mep -mprolog-function.Guarda registros alrededor de llamadas de funciÃ³n.Guarda la TOC en el prÃ³logo para llamadas indirectas en lugar de en lÃ­nea.Se requiere un PARAMETER escalar en la constante compleja en %CFactor de escala que se aplicarÃ¡ al nÃºmero de bloques en un camibo de hilo cuando se compara con el nÃºmero de sentencias (escaladas).Factor de escala que se aplicarÃ¡ al nÃºmero de sentencias en un camino de hilo cuando se compara con el nÃºmero de bloques (escaladas).Factor de escala en el cÃ¡lculo de la distancia mÃ¡xima a la cual se puede mover una expresiÃ³n por optimizaciones GCSE.CÃ³digo de planificador para el CPU dado.Planifica para el CPU dado.Calendariza instrucciones usando el algoritmo de planificaciÃ³n selectivo.Planifica el inicio y el final del procedimiento.Tipo de planificaciÃ³n de planificaciÃ³n omp para bucles paralelizados por parloops (estÃ¡tico, dinÃ¡mico, guiado, auto, en tiempo de ejecuciÃ³n).El Ã¡mbito de las variables de la declaraciÃ³n de inicio-de-for es local para el bucle.El segundo argumento MOD en %L es ceroEl segundo argumento de %s es negativo en %LEl segundo argumento de MOD en %L es ceroEl segundo argumento de MODULO en %L es ceroEl segundo argumento de la asignaciÃ³n definida en %L debe ser INTENT(IN)El segundo argumento de la interfaz de operador en %L no puede ser opcionalEl segundo argumento de la interfaz de operador en %L debe ser INTENT(IN)VÃ©ase %s para instrucciones.
  Falla de SegmentaciÃ³nFalla de SegmentaciÃ³n (cÃ³digo)Selecciona el convenio de llamadas ABI.Selecciona el modelo de cÃ³digo.SelecciÃ³n de fracciÃ³n de la frecuencia mÃ¡xima de ejecuciones de bloque bÃ¡sico en la funciÃ³n dada para la que el bloque bÃ¡sico consigue alinear.La selecciÃ³n de fracciÃ³n de la frecuencia mÃ¡xima de ejecuciones de bloque bÃ¡sico en la funciÃ³n dada que el bloque bÃ¡sico necesita para ser considerado caliente.Selecciona el modelo grande - direcciones/punteros de 20 bits.Selecciona el mÃ©todo para el manejo de sdata.Selecciona el modelo pequeÃ±o - direcciones/punteros de 16 bits (el predefinido).Selecciona el tiempo de ejecuciÃ³n.Selecciona quÃ© sanear.La expresiÃ³n de selecciÃ³n en una declaraciÃ³n GOTO computada en %L debe ser una expresiÃ³n entera escalarEl selector en SELECT TYPE en %C no es una variable nombrada; use nombre-asociado =>El selector debe ser polimÃ³rfico en la declaraciÃ³n SELECT TYPE en %LSelecciona el tipo de nÃºcleo RL78 de destino (g10/g13/g14).  El predeterminado es G14.  Si se pone, tambiÃ©n selecciona el soporte de multiplicaciÃ³n por hardware que se usarÃ¡.Selecciona el tipo de multiplicaciÃ³n y divisiÃ³n por hardware que se usarÃ¡ (none/g13/g14).El punto y coma en %C necesita ser precedido por la declaraciÃ³nEstablece la precisiÃ³n de coma flotante 80387 a 32-bit.Establece la precisiÃ³n de coma flotante 80387 a 64-bit.Establece la precisiÃ³n de coma flotante 80387 a 80-bit.Establece las definiciones de Windows.Establece el costo de ramificaciÃ³n.Establece la accesibilidad por defecto de las entidades de mÃ³dulo a PRIVATE.Establece la revisiÃ³n de distancia de dependencias en la planificaciÃ³n prematura de insns encoladas.Establece errno despuÃ©s de las funciones matemÃ¡ticas internas.Establece el tipo de salida del enlazador (usado internamente durante la optimizaciÃ³n LTO)Establece el nombre de la rutina main para el depurador.Establece el nombre del fichero ALI de salida (opciÃ³n interna).Establece el nÃºmero prealojado de bytes en la pila para que use el llamante.Establece el umbral de probabilidad para ramificaciones desalineadas.Establece el registro para conservar -1.Establece sizeof(bool) a 1.Establece la direcciÃ³n de inicio de los datos.Establece la direcciÃ³n de inicio del programa.Establece el bit PPC_EMB en las banderas del encabezado ELF.Establece los costos de ramificaciÃ³n para las instrucciones de ramificaciÃ³n condicional.  Los valores razonables son enteros pequeÃ±os que no son negativos.  El costo de ramificaciÃ³n por defecto es 0.Establece los costos de ramificaciÃ³n para las instrucciones de ramificaciÃ³n condicional.  Los valores razonables son enteros pequeÃ±os que no son negativos.  El costo de ramificaciÃ³n por defecto es 1.Establece el costo de las ramificaciones.Establece el gÃ©nero de doble precisiÃ³n por defecto a un tipo de 8 bytes de tamaÃ±o.Establece el gÃ©nero entero por defecto a un tipo de 8 bytes de tamaÃ±o.Establece el gÃ©nero real por defecto a un tipo de 8 bytes de tamaÃ±o.Establece la probabilidad estimada en porcentaje de la expectativa incorporada. El valor predeterminado es 90% de probabilidad.Establece el tamaÃ±o mÃ¡ximo de datos elegibles para el Ã¡rea SDA.Establece el tamaÃ±o mÃ¡ximo de datos elegibles para el Ã¡rea TDA.Establece el tamaÃ±o mÃ¡ximo de datos elegibles para el Ã¡rea ZDA.Establece el nÃºmero mÃ¡ximo de bytes que se deben dejar en el tamaÃ±o de la pila antes de que se active una instrucciÃ³n trap.Establece la cantidad mÃ¡xima para una sola operaciÃ³n de incremento de pila.Establece el nÃºmero mÃ¡ximo de instrucciones ejecutadas en paralelo en el Ã¡rbol de reasociaciÃ³n. Si es 0, usa la heurÃ­stica dependiente del objetivo..Establece el nÃºmero mÃ¡ximo de notas de instanciaciÃ³n de plantilla para un solo aviso o error.Establece el nÃºmero de segmentos flash de 64 KiB.Especifica el tipo del CPU destino.Establece el directorio de nivel principal para almacenar los datos de perfilado. El predeterminado es 'pwd'.Cambiando la especificaciÃ³n %s a '%s'
  
! EspecificaciÃ³n de forma para el escalar asignable en %CLas formas para los operandos en %L y %L no son conformablesComparte ranuras para ahorrar registros hard diferentes.Comparte ranuras de pila para pseudo-registros derramados.Abrevia las referencias de direcciones durante el enlace.Muestra los nÃºmeros de columna en los diagnÃ³sticos, cuando estÃ©n disponible.  Activado por defecto.Muestra la lÃ­nea de cÃ³digo con un signo de intercalaciÃ³n para indicar la columna.Estrecha-envuelve partes del prÃ³logo y epÃ­logo por separado.Unidad de coma flotante de precisiÃ³n simple.TamaÃ±o (en KB) del cachÃ© de datos de software.TamaÃ±o en bytes despuÃ©s del cual los agregados thread-local se deben instrumentar con las funciones de registro en lugar de pares save/restore.Salta configurar registro RAX cuando se pasan argumentos variables.Ã�rea de datos small: none, sdata, use.LÃ­mite suave en el nÃºmero de insns de memoria por grupo de instrucciÃ³n, dando una prioridad mÃ¡s baja a insns de memoria subsiguientes que intenten planificar en el mismo grupo insn. Frecuentemente Ãºtil para prevenir conflictos en el banco de cachÃ©.  El valor por defecto es 1.Lo siento, sÃ³lo se admite integer kind %d implementado para el conjunto imagen en %LLa expresiÃ³n fuente en %L y el objeto de alojamiento en %L deben tener la misma formaLa expresiÃ³n fuente en %L debe ser escalar o tener el mismo rango que el objeto de alojamiento en %LEspecifica el tamaÃ±o de bit para los desplazamientos TLS inmediatos. Los valores vÃ¡lidos son 12, 24, 32, 48.Especifica el modelo de coste para vectorizaciÃ³n. -fvect-cost-model=[unlimited|dynamic|cheap]	Especifica el modelo de coste para vectorizaciÃ³n.Especifica el nÃºmero de registros a reservar para los manejadores de interrupciones.Especifica si las funciones de interrupciÃ³n deben guardar y restaurar el registro acumulador.Especifica la CPU para propÃ³sitos de generaciÃ³n de cÃ³digo.Especifica la CPU para propÃ³sitos de planificaciÃ³n.Especifica la CPU por razones de planificaciÃ³n.  Los argumentos vÃ¡lidos son 700, 7100, 7100LC, 7200, 7300, y 8000.Especifica el dialecto de TLS.Especifica el estÃ¡ndar UNIX para las predefiniciones y enlazado.Especifica la FPU de Xilinx.Especifica un fichero en el cual LTRANS escribe una lista de ficheros de salida.Especifica un plugin a cargar.Especifica la alineaciÃ³n de los campos de estructuras default/natural.Especifica una ABI.Especifica el tamaÃ±o de bit para los desplazamientos TLS inmediatos.Especifica la funciÃ³n de limpieza de cachÃ©.Especifica el nÃºmero de trampa de limpieza de cachÃ©.Especifica el costo de las ramificaciones (20 por defecto).Especifica las dimensiones de cÃ¡lculo predeterminadas de OpenACC.Especifica cÃºantos bytes se debe mover en inclusiÃ³n en lÃ­nea antes de llamar a memcpy/memmove.Especifica cÃ³mo accedar al puntero de hilo.Especifica si se debe usar hardware para coma flotante.Especifica el convenio de llamadas de enteros y de coma flotante.Especifica el objeto principal para TPF-OS.Especifica la estrategia de expansiÃ³n de memcpy cuando se conoce el tamaÃ±o esperado.Especifica la estrategia de expansiÃ³n de memset cuando se conoce el tamaÃ±o esperado.Especifica un nombre para la funciÃ³n de divisiÃ³n de 32 bit con signo.Especifica el rango de registros a convertir en fijos.Especifica la prioridad de planificaciÃ³n para despachar insns restringidos por ranuras.Especifica que se debe usar una librerÃ­a BLAS externa para llamadas matmul en matrices de gran tamaÃ±o.Especifica que la barra invertida en una cadena introduce un carÃ¡cter de escape.Especifica que no se permiten tipos implÃ­citos, a menos que se sobreescriban con sentencias IMPLICIT explÃ­citas.Especifica la ISA para la que construir: msp430, msp430x, msp430xv2.Especifica la MCU para la que construir.Especifica el formato de coma flotante __fp16.Especifica la estrategia de generaciÃ³n de direcciones para modelo de cÃ³digo.Espcifica el algoritmo para particionar sÃ­mbolos y variables en tiempo de enlazado.Especifica el modelo de cÃ³digo.Especifica la polÃ­tica de uso de ramificaciÃ³n compacta.Especifica el modelo de memoria en efecto para el programa.Especifica la alineaciÃ³n mÃ­nima de bit de las estructuras.Especifica el modelo para operaciones atÃ³micas.Especifica el nombre de la CPU destino.Especifica el nombre de la arquitectura destino.Especifica el nombre de la configuraciÃ³n de coma flotante destino.Especifica el nombre del hardware/formato de coma flotante destino.Especifica el registro a usar para el direccionamiento PIC.Especifica el tamaÃ±o de cada bloque de cachÃ©, que ha de ser potencia de 2 entre 4 y 512.Especifica el tamaÃ±o de cada vector de interrupciones, que ha de ser 4 o 16.Selecciona el CPU destino.Selecciona el tipo de cpu RX destino.Selecciona el tipo de multiplicaciÃ³n por hardware que se admitirÃ¡.Especifica el esquema de almacenamiento local de hilo.Especifica el nÃºmero de registro de puntero del hilo.Especifica dÃ³nde se encuentran los mÃ³dulos intrÃ­nsecos compilados.Especifica si las funciones deben guardarse en la memoria baja o en la alta.Especifica si las variables deben guardarse en la memoria baja o en la alta.Especifica cuÃ¡l ABI usar para el cÃ³digo de la familia Objective-C y la generaciÃ³n de metadatos.Especifica cuÃ¡l esquema de inserciÃ³n de nop post planificados se debe aplicar.Divide load sin alinear AVX de 32-byte.Divide store sin alinear AVX de 32-byte.Divide los tiempos de vida de las variables de inducciÃ³n cuando se desenrollen los bucles.Divide las rutas que llevan a bordes traseros de bucle.Divide moves vectoriales de 8 byte sin alinear antes de post-modificar la generaciÃ³n de direcciÃ³n.Divide los tipos anchos en registros independientes.ExpresiÃ³n de inicio en el bucle DOLa variable stat en %L debe ser una variable INTEGER escalarLa variable stat en %L no no debe ser %sd dentro de la misma declaraciÃ³n %sLa declaraciÃ³n en %L no es una declaraciÃ³n de objetivo de ramificaciÃ³n vÃ¡lida para la declaraciÃ³n de ramificaciÃ³n en %LLa funciÃ³n de declaraciÃ³n en %L es recursivaLa etiqueta de declaraciÃ³n en %C es ceroLa etiqueta de declaraciÃ³n en ENDDO en %C no coincide con la etiqueta DOLa lista de etiquetas de declaraciÃ³n en GOTO en %C no puede estar vacÃ­aEnlaza estÃ¡ticamente la biblioteca de ayuda de GNU Fortran (libgfortran).ExpresiÃ³n de paso en el bucle DOLa expresiÃ³n de paso en el bucle DO en %L no puede ser ceroDetener el crecimiento hacia adelante si la probabilidad del mejor borde es menor que este umbral (en porcentaje). Se utiliza cuando la retroalimentaciÃ³n de anÃ¡lisis de perfil estÃ¡ disponible.Detener el crecimiento hacia adelante si la probabilidad del mejor borde es menor que este umbral (en porcentaje). Se utiliza cuando la retroalimentaciÃ³n de anÃ¡lisis de perfil no estÃ¡ disponible.Detener el crecimiento inverso si la probabilidad inversa del mejor borde es menor que este umbral (en porcentaje).Almacena dobles en 64 bits.Almacena nombres de funciÃ³n en el cÃ³digo objeto.Almacena dobles en 32 bits.  Este es el valor por defecto.Almacena los registros MDUC en manejadores de interrupciones internos para el objetivo G13.Hace fluir datos extra para permitir desvirtualizaciÃ³n mÃ¡s agresiva en el modo de transformaciÃ³n local LTO.El tranco no debe ser estar presente en %Lno se permiten trancos en el subÃ­ndice de comatriz en %CLa longitud de la cadena en %L es demasiado grandeLa subcadena en %L tiene longitud ceroEl Ã­ndice de final de la subcadena en %L excede la longitud de la cadenaEl Ã­ndice de final de la subcadena en %L es demasiado grandeEl Ã­ndice de final de la subcadena en %L debe ser de tipo INTEGEREl Ã­ndice de final de la subcadena en %L debe ser escalarEl Ã­ndice de inicio de la subcadena en %L es menor a unoEl Ã­ndice de inicio de la subcadena en %L debe ser de tipo INTEGEREl Ã­ndice de inicio de la subcadena en %L debe ser escalarSugiere utilizar la palabra reservada override cuando en la declaraciÃ³n de una funciÃ³n virtual anula otra.La suma del segundo y tercer argumentos de IBITS excede el tamaÃ±o de bit en %LAdmite funciones internas 3DNow!.Admite funciones internas y generaciÃ³n de cÃ³digo AES.Admite funciones internas Athlon 3DNow!.Admite funciones internas y generaciÃ³n de cÃ³digo BMI.Admite funciones internas y generaciÃ³n de cÃ³digo BMI2.Admite las instrucciones CLFLUSHOPT.Admite la instrucciÃ³n CLWB..Admite funciones internas y generaciÃ³n de cÃ³digo CLZERO.Admite funciones internas y generaciÃ³n de cÃ³digo F16C.Admite funciones internas FMA4 y generaciÃ³n de cÃ³digo.Admite funciones internas y generaciÃ³n de cÃ³digo FSGSBASE.Admite las instrucciones PXSAVE y FXRSTOR.Admite prefijos de elisiÃ³n de bloqueo de hardware.Admite funciones internas LWP y generaciÃ³n de cÃ³digo.Admite funciones internas y generaciÃ³n de cÃ³digo LZCNT.Admite funciones internas y generaciÃ³n de cÃ³digo MMX y SSE.Admite funciones internas MMX.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE y SSE2.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2 y SSE3.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3 y SSE4A.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3 y SSSE3.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3 y SSE4.1.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1 y SSE4.2.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2 y AVX.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX y AVX2.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX y FMA.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F y AVX512BW.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F y AVX512CD.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F y AVX512DQ.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F y AVX512ER.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F y AVX512IFMA.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F y AVX512PF.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F y AVX512VBMI.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F y AVX512VL.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 y AVX512F.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F y AVX5124FMAPS.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F y AVX5124VNNIW.Admite funciones internas y generaciÃ³n de cÃ³digo MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F y AVX5124VPOPCNTDQ.Admite la generaciÃ³n de cÃ³digo MPX.Admite funciones internas y generaciÃ³n de cÃ³digo MWAITX y MONITORX.Admite funciones internas y generaciÃ³n de cÃ³digo PCLMUL.Admite funciones internas y generaciÃ³n de cÃ³digo PKU.Admite la instrucciÃ³n PREFETCHW.Admite funciones internas y generaciÃ³n de cÃ³digo PREFETCHWT1.Admite funciones internas y generaciÃ³n de cÃ³digo RDPID.Admite funciones internas y generaciÃ³n de cÃ³digo RDRND.Admite la instrucciÃ³n RDSEED.Admite funciones internas y generaciÃ³n de cÃ³digo RTM.Admite funciones internas SGX y generaciÃ³n de cÃ³digo.Admite funciones internas y generaciÃ³n de cÃ³digo SHA1 y SHA256.Admite funciones internas y generaciÃ³n de cÃ³digo TBM.Admite segmentos TLS mÃ¡s grandes que 64K.Admite funciones internas XOP y generaciÃ³n de cÃ³digo.Admite las instrucciones XSAV y XRSTOR.Admite las instrucciones XSAVEC.Admite las instrucciones XSAVEOPT.Admite las instrucciones XSAVES y XRSTORS.Activa alineamientos de hasta 64 bits.Admite llamadas entre los conjuntos de instrucciones Thumb y ARM.Admite la generaciÃ³n de cÃ³digo de instrucciones Advanced Bit Manipulation (ABM).Admite la generaciÃ³n de cÃ³digo de la instrucciÃ³n cmpxchg16b.Admite la generaciÃ³n de cÃ³digo de la instrucciÃ³n crc32.Admite la generaciÃ³n de cÃ³digo de la instrucciÃ³n movbe.Admite la generaciÃ³n de cÃ³digo de la instrucciÃ³n popcnt.Admite la generaciÃ³n de cÃ³digo de la instrucciÃ³n sahf en cÃ³digo x86-64 de 64bit.Admite inicializaciÃ³n dinÃ¡mica de variables locales de hilo en una unidad de traducciÃ³n diferente.El soporte de HSA no implementa operandos FPU de 16 bits inmediatosSoporte para multihilos antiguo.Soporta el paso de mensajes con el Entorno Paralelo.Admite mÃ¡s de 8192 entradas GOT en ColdFire.Soporte para multihilos.Da soporte a mÃºltiples instrucciones de acumulador.Permite las excepciones sÃ­ncronas que no son llamadas.ABIs admitidas (para usar con la opciÃ³n -mabi=):Suprime la salida de direcciones en los volcados de depuraciÃ³n.Suprime la salida de nÃºmeros de instrucciÃ³n, notas de nÃºmeros de linea y direcciones en los volcados de depuraciÃ³n.Suprime la salida de los nÃºmeros insn previos y siguientes en los volcados de depuraciÃ³n.Suprime avisos.Conmuta los modos ARM/Thumb en funciones alternantes para pruebas del compilador.Activa/desactiva el ASE de MIPS16 en funciones alternantes para pruebas del compilador.Desactiva la opciÃ³n -mstack-guard=.Desactiva la opciÃ³n -mstack-size= .El sÃ­mbolo %qs ya se habÃ­a declaradoEl sÃ­mbolo %qs en %C ya se habÃ­a declaradoEl sÃ­mbolo %qs referenciado en %L no se encontrÃ³ en el mÃ³dulo intrÃ­nseco ISO_C_BINDINGEl sÃ­mbolo %qs referenciado en %L no se encontrÃ³ en el mÃ³dulo %qsEl sÃ­mbolo en %C no es apropiado para una expresiÃ³nEl sÃ­mbolo en %L no es una variable DUMMYSinÃ³nimo de -Wcomment.SinÃ³nimo de -gnatk8.Error sintÃ¡ctico en la lista !$OMP THREADPRIVATE en %CError sintÃ¡ctico en la declaraciÃ³n !GCC$ ATTRIBUTES en %CError sintÃ¡ctico en la declaraciÃ³n %s en %CError sintÃ¡ctico en la declaraciÃ³n ABSTRACT INTERFACE en %CError sintÃ¡ctico en la declaraciÃ³n ASYNCHRONOUS en %CError sintÃ¡ctico en la especificaciÃ³n CASE en %CError sintÃ¡ctico en la declaraciÃ³n CHARACTER en %CError sintÃ¡ctico en la especificaciÃ³n CLASS IS en %CError sintÃ¡ctico en la constante COMPLEX en %CError sintÃ¡ctico en la definiciÃ³n ENUMERATOR en %CError sintÃ¡ctico en la declaraciÃ³n EQUIVALENCE en %LError sintÃ¡ctico en el iterador FORALL en %CError sintÃ¡ctico en el iterador de E/S en %CError sintÃ¡ctico en la clÃ¡usula IF en %CError sintÃ¡ctico en la expresiÃ³n IF en %CError sintÃ¡ctico en la declaraciÃ³n IMPORT en %CError sintÃ¡ctico en el especificador NAME= para la etiqueta de asignaciÃ³n %CError sintÃ¡ctico en la lista de variables OpenMP en %CError sintÃ¡ctico en la declaraciÃ³n PROCEDURE en %CError sintÃ¡ctico en la declaraciÃ³n PROTECTED en %CError sintÃ¡ctico en la declaraciÃ³n SAVE en %CError sintÃ¡ctico en la sentencia SUBMODULE en %CError sintÃ¡ctico en la especificaciÃ³n SUBSTRING en %CError sintÃ¡ctico en la especificaciÃ³n TYPE IS en %CError sintÃ¡ctico en la declaraciÃ³n VALUE en %CError sintÃ¡ctico en la declaraciÃ³n VOLATILE en %CError sintÃ¡ctico en la lista de argumentos en %CError sintÃ¡ctico en el constructor de matriz en %CError sintÃ¡ctico en la especificaciÃ³n de longitud de carÃ¡cter en %CError sintÃ¡ctico en el nombre de bloque comÃºn en %CError sintÃ¡ctico en la declaraciÃ³n de datos en %CError sintÃ¡ctico en la expresiÃ³n en %CError sintÃ¡ctico en la especificaciÃ³n genÃ©rica en %CError sintÃ¡ctico en el iterador en %CError sintÃ¡ctico en el procedimiento de componente puntero en %CError sintÃ¡ctico: Basura al final de la declaraciÃ³n END INTERFACE en %CError sintÃ¡ctico: Basura al final de la declaraciÃ³n INTERFACE en %CDialecto TLS a utilizar:TREE_PURPOSE es no NULL en una lista TYPE_ARG_TYPESTYPE_ARRAY_MAX_SIZE no es INTEGER_CSTTYPE_BINFO no es TREE_BINFOEl tipo TYPE_BINFO no es TYPE_MAIN_VARIANTTYPE_CACHED_VALUES no es TREE_VECTYPE_CACHED_VALUES_P es %i mientras que TYPE_CACHED_VALUES es %pTYPE_CACHED_VALUES_P estÃ¡ activado y no deberÃ­aTYPE_CANONICAL tiene diferente TYPE_CANONICALTYPE_CANONICAL no es compatibleTYPE_FIELDS definidos en un tipo incompletoEl campo TYPE_LANG_SLOT_1 (binfo) es no NULLTYPE_MAIN_VARIANT tiene diferente TYPE_MAIN_VARIANTTYPE_MAXVAL no NULLTYPE_METHODS no es FUNCTION_DECL, TEMPLATE_DECL ni error_mark_nodeTYPE_METHOD_BASETYPE no es una variante de mainTYPE_METHOD_BASETYPE no es registro ni uniÃ³nTYPE_MINVAL no NULLTYPE_MODE de TYPE_CANONICAL no es compatibleTYPE_NEXT_PTR_TO no es POINTER_TYPETYPE_NEXT_REF_TO no es REFERENCE_TYPETYPE_OFFSET_BASETYPE no es registro ni uniÃ³nTYPE_STRING_FLAG estÃ¡ activado en un tipo que no parece char ni array de charsTYPE_STRING_FLAG estÃ¡ activado en un cÃ³digo de tipo incorrectoEl campo TYPE_VALUES_RAW es no NULLTYPE_VFIELD no es FIELD_DECL ni TREE_LISTSe visitaron al menos una vez:%s de %d
  Apunta a cÃ³digo DFLOAT de doble precisiÃ³n.Frecuencia de ejecuciÃ³n relativa al bloque objetivo (como un porcentaje) requerida para hundir una declaraciÃ³n.La expresiÃ³n objetivo en la asignaciÃ³n de puntero en %L debe entregar un resultado punteroEl objetivo tiene I&D dividido.El objetivo del remapeo de rango es demasiado pequeÃ±o (%ld < %ld)Apunta al procesador AM33.Apunta al procesador AM33/2.0.Apunta al procesador AM34.Objetivo: %s
! Le dice al DSE que el almacenamiento para un objeto C++ estÃ¡ muerto cuando el constructor comienza y cuando el destructor termina.La opciÃ³n --param reconoce los parÃ¡metros a continuaciÃ³nLa ABI para pasar parÃ¡metros con alineaciÃ³n de %d-bytes cambiÃ³ en GCC 4.6Los elementos CHARACTER del constructor de matriz en %L deben tener la misma longitud (%d/%d)El DEFAULT CASE en %L no puede tener despuÃ©s un segundo DEFAULT CASE en %LEl operando de la instrucciÃ³n ENI tiene que ser 0 o 1El especificador de formato H en %L es una caracterÃ­stica eliminada de Fortran 95Los argumentos TO en MOVE_ALLOC en %L deben ser polimÃ³rficos si FROM es polimÃ³rficoEl valor absoluto de SHIFT en %L debe ser menor o igual a SIZE en %LEl objeto de alojamiento en %L y la expresiÃ³n fuente en %L deben tener el mismo parÃ¡metro de tipo de gÃ©neroNo se permiten las funciones de lista de argumentos %%VAL, %%LOC o %%REF en este contexto en %LEl argumento del intrÃ­nseco RANK en %L debe ser objeto de datosEl error no es repetible, por lo que probablemente sea un problema de hardware o de S.O.
! Los nombres de las opciones de modelos de cÃ³digo para -mcmodel:El dispositivo no tiene el registro de funciÃ³n especial SPH. Esta opciÃ³n la sobreescribirÃ¡ el controlador del compilador con la opciÃ³n correcta si se puede deducir la presencia/ausencia de SPH con -mmcu=MCU.La versiÃ³n mÃ¡s temprana de MacOS X en la cual este programa se ejecutarÃ¡.Las siguientes opciones son independientes del lenguajeLas siguientes opciones son relacionadas al lenguajeLas siguientes opciones no estÃ¡n documentadasLas siguientes opciones son especÃ­ficas sÃ³lo para el lenguaje Las siguientes opciones se admiten en el lenguaje Las siguientes opciones son especÃ­ficas del objetivoLas siguientes opciones controlan los mensajes de aviso del compiladorLas siguientes opciones controlan las optimizacionesLas siguientes opciones toman argumentos conjuntosLas siguientes opciones toman argumentos separadosEl valor inmediato tiene que caber en un entero de %d bits para %sLa variable impura en %L se asigna a una variable de tipo derivado con un componente POINTER en un procedimiento PURE (12.6)El lÃ­mite inferior para considerar un almacenamiento temporal para protecciÃ³n contra destrucciÃ³n de pila.El nÃºmero mÃ¡ximo de pseudos de recarga que se tienen en cuenta durante el vaciado de pseudos de no recarga.La cantidad mÃ¡xima de memoria a ser asignada por GCSE.El retraso mÃ¡ximo de conflicto para que una insn sea considerada para movimiento especulativo.La profundidad mÃ¡xima de un bucle anidado que nosotros pelamos completamente.La mÃ¡xima profundidad para la inclusiÃ³n en lÃ­nea recursiva para funciones incluidas en lÃ­nea.La mÃ¡xima profundidad para la inclusiÃ³n en lÃ­nea recursiva para funciones que no son incluidas en lÃ­nea.El factor de expansiÃ³n mÃ¡ximo al copiar bloques bÃ¡sicos.El nÃºmero mÃ¡ximo de instrucciones que CSE procesa antes de descargar.La longitud mÃ¡xima de la ruta considerada en cse.La longitud mÃ¡xima de la lista de operaciones pendientes del planificador.El nÃºmero mÃ¡ximo de ubicaciones grabadas por cselib.El nÃºmero mÃ¡ximo de nodos RTL que se pueden grabar como el Ãºltimo valor del combinador.El nÃºmero mÃ¡ximo de intentos hacia atrÃ¡s que debe hacer el planificador cuando planifique un bucle mÃ³dulo.El nÃºmero mÃ¡ximo de bloques en una regiÃ³n para ser considerada para planificaciÃ³n de interbloqueo.El nÃºmero mÃ¡ximo de ramificaciones en la ruta hacia una secuencia pelada.El nÃºmero mÃ¡ximo de bordes entrantes para considerar el salto cruzado.El nÃºmero mÃ¡ximo de intentos de combinar insns para combinar.El nÃºmero mÃ¡ximo de insns en una regiÃ³n para ser consideradas para planificaciÃ³n de interbloqueoEl nÃºmero mÃ¡ximo de insns en un bucle completamente pelado.El nÃºmero mÃ¡ximo de insns en un bucle pelado que se enrolla solamente una vez.El nÃºmero mÃ¡ximo de insns en un bucle pelado.El nÃºmero mÃ¡ximo de insns en un bucle sin switch.El nÃºmero mÃ¡ximo de insns a duplicar al desfactorizar gotos calculados.El nÃºmero mÃ¡ximo de instrucciones en una sola funciÃ³n elegible para inclusiÃ³n en lÃ­nea.El nÃºmero mÃ¡ximo de instrucciones que una funciÃ³n incluida en lÃ­nea puede crecer a travÃ©s de inclusiÃ³n en lÃ­nea recursiva.El nÃºmero mÃ¡ximo de instrucciones que una funciÃ³n que no se incluye en lÃ­nea puede crecer a travÃ©s de inclusiÃ³n en lÃ­nea recursiva.El nÃºmero mÃ¡ximo de instrucciones listas para ser ejecutadas que el planificador tendrÃ¡ en cuenta durante el primer paso de planificaciÃ³n.El nÃºmero mÃ¡ximo de instrucciones para considerar el llenado de una ranura de retraso.El nÃºmero mÃ¡ximo de instrucciones para considerar la bÃºsqueda de informaciÃ³n de registros en vivo exacta.El nÃºmero mÃ¡ximo de instrucciones para considerar el desenrollo en un bucle en promedio.El nÃºmero mÃ¡ximo de instrucciones para considerar el desenrollo en un bucle.El nÃºmero mÃ¡ximo de instrucciones para buscar hacia atrÃ¡s al buscar por una recarga equivalente.El nÃºmero mÃ¡ximo de instrucciones cuando se hace inclusiÃ³n en lÃ­nea automÃ¡ticamente.El nÃºmero mÃ¡ximo de iteraciones a travÃ©s de CFG para extender regiones.El nÃºmero mÃ¡ximo de iteraciones de bucle que se predicen estÃ¡ticamente.El nÃºmero mÃ¡ximo de inclusiones de instrucciones en lÃ­nea anidadas realizado por el inlineador temprano.El nÃºmero mÃ¡ximo de pelados en un solo bucle que estÃ¡ completamente pelado.El nÃºmero mÃ¡ximo de pelados en un solo bucle.El nÃºmero mÃ¡ximo de desenrollos de un solo bucle.El nÃºmero mÃ¡ximo de eliminaciÃ³n de opciones en un solo bucle.La tasa mÃ¡xima entre el tamaÃ±o de la matriz y las ramificaciones switch para que tenga lugar una conversiÃ³n switch.La tasa mÃ¡xima de inserciones para borrados de expresiones en GCSE.El tamaÃ±o mÃ¡ximo de la ventana de bÃºsqueda hacia adelante de la planificaciÃ³n selectiva.La probabilidad mÃ­nima de Ã©xito de especulaciÃ³n (en porcentaje), para que esa insn especulativa se calendarize.El UID mÃ­nimo a usar para una insn que no es de depuraciÃ³n.El coste mÃ­nimo de una expresiÃ³n costosa en el movimiento invariante del bucle.FracciÃ³n mÃ­nima de ejecuciones de perfil que el nÃºmero de ejecuciones de un bloque bÃ¡sico dado no debe alcanzar para ser considerado improbable.El nÃºmero mÃ¡ximo de instrucciones coincidentes para considerar el salto cruzado.Probabilidad mÃ­nima que debe tener un borde para que el planificador guarde su estado a travÃ©s de Ã©l.La probabilidad mÃ­nima de alcanzar un bloque fuente para la planificaciÃ³n especulativa entre bloques.TamaÃ±o mÃ­nimo de las variables que participan en la comparticiÃ³n de ranuras de pila cuando no hay optimizaciÃ³n.El valor mÃ­nimo de la cuenta de etapa que el planificador mÃ³dulo swing generarÃ¡.El nÃºmero de elementos de matriz del argumento SUB para IMAGE_INDEX en %L debe ser %d (corango) y no %dEl nÃºmero de ciclos que el planificador de cambio de mÃ³dulo considera al revisar conflictos utilizando DFA.El nÃºmero de elementos en el constructor de matriz en %L requiere un incremento del lÃ­mite superior %d permitido.  Vea la opciÃ³n -fmax-array-constructorEl nÃºmero de insns ejecutadas antes de completar la precarga.El nÃºmero de precargas que se pueden ejecutar simultÃ¡namente.El nÃºmero de registros conservados sin uso en cada clase por el movimiento invariante del bucle.El porcentaje de la funciÃ³n, ponderado por la frecuencia de ejecuciÃ³n, que debe ser cubierto por la informaciÃ³n de rastreo. Se utiliza cuando estÃ¡ disponible la retroalimentaciÃ³n del anÃ¡lisis de perfil.El porcentaje de la funciÃ³n, ponderado por la frecuencia de ejecuciÃ³n, que debe ser cubierto por la informaciÃ³n de rastreo. Se utiliza cuando la retroalimentaciÃ³n de anÃ¡lisis de perfil no estÃ¡ disponible.Los dialectos de TLS posibles:El rango del elemento en el constructor de estructura en %L no coincide con el del componente (%d/%d)El fichero de resoluciÃ³n.El tamaÃ±o de la lÃ­nea del cachÃ© L1.El tamaÃ±o del cachÃ© L1i.El tamaÃ±o del cachÃ© L2.El tamaÃ±o del cuerpo de la funciÃ³n que serÃ¡  considerado grande.El tamaÃ±o del marco de la pila que serÃ¡ considerado grande.El tamaÃ±o de la unidad de traducciÃ³n que serÃ¡ considerado grande.El nÃºmero mÃ¡s pequeÃ±o de valores diferentes para los cuales es mejor usar una tabla-salto en lugar de un Ã¡rbol de ramificaciones condicionales; si es 0, usa el valor por defecto para la mÃ¡quina.La expresiÃ³n fuente en %L no puede ser de tipo LOCK_TYPE ni tener un componente LOCK_TYPE si el objeto-alojado en %L es una comatrizEl sÃ­mbolo %qs referenciado en %L, no estÃ¡ en el estÃ¡ndar seleccionadoLa tasa de intervalo para realizar la eliminaciÃ³n parcial de redundancia despuÃ©s de la recarga.La tasa de intervalo para la cuenta de ejecuciÃ³n de bordes crÃ­ticos que permitan la eliminaciÃ³n de redundancia despuÃ©s de la recarga.El lÃ­mite superior para compartir constantes enteras.La versiÃ³n de la ABI de C++ que se estÃ¡ usando.VersiÃ³n de ABI de C++ utilizada para avisos -Wabi y aliases de compatibilidad de enlace.Esto es software libre; vea el cÃ³digo para las condiciones de copia.
  NO hay garantÃ­a; ni siquiera para MERCANTIBILIDAD o 
  IDONEIDAD PARA UN PROPÃ“SITO EN PARTICULAR.
  
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*** 2085,2145 ****
  
  Esta opciÃ³n carece de documentaciÃ³n.Esta opciÃ³n es obsoleta; no lo utilice.Esta opciÃ³n es obsoleta; utilice en su lugar -Werror=implicit-function-declaration.Esta opciÃ³n es obsoleta; utilice en su lugar -Wextra.Esta opciÃ³n es obsoleta; utilice en su lugar -fsanitize-recover=.Modelo de hilos: %s
  No se guarda (SAVE) el threadprivate en %LLa variable threadprivate en %C es un elemento de un bloque COMMONRango de evaluaciÃ³n de oportunidad ipa-cp que aÃºn se considera beneficioso para clonar..ABI de VFP de coma flotante dura de Thumb-1Thumb: Asume que los punteros de funciÃ³n pueden ir a cÃ³digo no informado sobre Thumb.Thumb: Asume que las funciones no static pueden ser llamadas desde cÃ³digo ARM.Thumb: Genera marcos de pila (hojas) aun si no es necesario.Thumb: Genera marcos de pila (no-hojas) aun si no es necesario.No se supone que thunk tenga cuerpoJunto con -fpic y -fPIC, no utiliza referencias GOTPLT.Cambia -fvar-tracking-assignments.Cambia la generaciÃ³n de informaciÃ³n de depuraciÃ³n.Faltan codimensiones en %C, se esperaban %d no %dDemasiados argumentos para %s en %LDemasiadas codimensiones en %C, se esperaban %d no %dÂ¡Demasiados componentes en el constructor de estructura en %L!Demasiados dÃ­gitos en la declaraciÃ³n de etiqueta en %CTransforma los almacenamientos condicionales a incondicionales.Transforma llamadas internas instrumentadas en llamadas a envolturas.El alias transparente y los nombres de ensamblador del objetivo difierenAtrapar desbordamientos signed en adiciÃ³n, sustracciÃ³n y multiplicaciÃ³n.Atrapa la divisiÃ³n entera por cero.Trata una especificaciÃ³n de excepciÃ³n throw() como noexcept para mejorar el tamaÃ±o del cÃ³digo.Trata todos los avisos como errores.Trata las referencias a datos como near, far o medium. Por defecto es medium.Trata los enteros como 32-bit.Trata los valores de retorno conocidos de sprintf como constantes.Trata las lÃ­neas con 'D' en la columna uno como comentarios.Trata los ficheros de cabecera faltantes como ficheros generadosTrata el desbordamiento de signo como indefinido.Trata el aviso especificado como error.Trata al fichero de entrada como previamente preprocesado.Pruebe ejecutar '%s' en el intÃ©rprete de Ã³rdenes para elevar su lÃ­mite.
! Trata de permitir que el enlazador convierta las llamadas PIC a llamadas directas.Trata de convertir las llamadas virtuales a llamadas directas.Trata de acomodar los tipos derivados tan compactos como sea posible.Ajusta el cÃ³digo para el procesador dado.Ajusta la latencia esperada de memoria.Afinado para cpu ARC600.Afinado para cpu ARC601.Afinado para Cpu ARC700 R4.2 con bloque XMAC.Afinado para Cpu ARC700 R4.2 con bloque multiplicador estÃ¡ndar.Optimiza para el CPU o la arquitectura destino.Activa el paso de EliminaciÃ³n de Extensiones Redundantes.Retoca la asignaciÃ³n de registros para ayudar a la generaciÃ³n de instrucciones de 16 bits.Dos PROGRAMas principales en %L y %CNo se deben especificar dos o mÃ¡s referencias de parte con rango que no es cero en %LHay dos sÃ­mbolos con el mismo comdat_group que no estÃ¡n vinculados a la lista same_comdat_group.El tipo de entidad en %L es de tipo incompatible con la expresiÃ³n fuente en %LEl tipo de entidad en %L es de tipo incompatible con la especificaciÃ³n de tipoEl operador enlazado a tipo en %L no puede ser NOPASSLa especificaciÃ³n de tipo en %L no puede tener un parÃ¡metro de tipo diferidoNo se especificÃ³ UNIT en %LEl nÃºmero UNIT en la declaraciÃ³n CLOSE en %L debe ser no negativoEl nÃºmero UNIT en la declaraciÃ³n en %L debe ser no negativoLa especificaciÃ³n UNIT en %L debe ser una expresiÃ³n INTEGER o una variable CHARACTERNo se permite el especificador UNIT con NEWUNIT en %CNo se puede generar desplazamiento de carga/almacenamiento para fusiÃ³nDirectiva GCC inclasificable en %CDirectiva OpenMP inclasificable en %CDeclaraciÃ³n inclasificable en %CDeclaraciÃ³n inclasificable en la clÃ¡usula IF en %CCon -ffast-math, genera una instrucciÃ³n FRIZ para conversiones (double)(long long).Longitudes de caracteres desiguales (%ld/%ld) en %sLongitudes de caracteres desiguales (%ld/%ld) en %s en %LDeclaraciÃ³n %s inesperada en %CDeclaraciÃ³n %s inesperada en %C en el cuerpo de INTERFACEDeclaraciÃ³n %s inesperada en BLOCK DATA en %CDeclaraciÃ³n %s inesperada en la secciÃ³n CONTAINS en %CDeclaraciÃ³n %s inesperada en el bloque FORALL en %CDeclaraciÃ³n %s inesperada en el bloque INTERFACE en %CDeclaraciÃ³n %s inesperada en MODULE en %CDeclaraciÃ³n %s inesperada en el bloque WHERE en %CDeclaraciÃ³n CASE inesperada en %CDeclaraciÃ³n END inesperada en %CFin de fichero inesperadoDeclaraciÃ³n TYPE IS inesperada en %CEspecificaciÃ³n de devoluciÃ³n alternativa inesperada en la llamada a subrutina en %LCarÃ¡cter inesperado en la lista de variables en %CCaracteres inesperados en la declaraciÃ³n PARAMETER en %CDesignador de comatriz inesperado en %CElemento %qc inesperado en la cadena de formato en %LCadena de fin de formato inesperadaFin de mÃ³dulo inesperadoBasura inesperada despuÃ©s de la declaraciÃ³n $OMP ATOMIC en %CBasura inesperada despuÃ©s de la declaraciÃ³n $OMP BARRIER en %CBasura inesperada despuÃ©s de la declaraciÃ³n $OMP CRITICAL en %CBasura inesperada despuÃ©s de la declaraciÃ³n $OMP FLUSH en %CBasura inesperada despuÃ©s de la declaraciÃ³n $OMP MASTER en %CBasura inesperada despuÃ©s de la declaraciÃ³n $OMP WORKSHARE en %CBasura inesperada despuÃ©s de la declaraciÃ³n ELSE IF en %CBasura inesperada despuÃ©s de la declaraciÃ³n ELSE en %CBasura inesperada despuÃ©s de la clÃ¡usula NOWAIT en %CBasura inesperada despuÃ©s de la clÃ¡usula TASKWAIT en %CBasura inesperada despuÃ©s de la clÃ¡usula TASKYIELD en %CBasura inesperada despuÃ©s de la declaraciÃ³n de la funciÃ³n en %CBasura inesperada en la lista de argumentos formales en %CEl nÃºmero de unidad en la declaraciÃ³n de E/S es demasiado grandeEl nÃºmero de unidad en la declaraciÃ³n de E/S es demasiado pequeÃ±oLista de argumentos de funciÃ³n desconocida en %LAtributo desconocido en la declaraciÃ³n !GCC$ ATTRIBUTES en %COperador intrÃ­nseco desconocidoOperador %%<%s%%> desconocido en %%LNo se reconoce la opciÃ³n como valor de endianess: %qsNo se reconoce la opciÃ³n para para valor inicial de coma flotante: %qsNo se reconoce la opciÃ³n: %qsCÃ³digo '%c' no admitido para coma fija:No se admite el operando para el cÃ³digo '%c'DeclaraciÃ³n sin soporte dentro de WHERE en %LConstante de carÃ¡cter sin terminar que comienza en %CLa referencia de matriz superior en %L estÃ¡ fuera de los lÃ­mites (%ld < %ld) en la dimensiÃ³n %dLa referencia de matriz superior en %L estÃ¡ fuera de los lÃ­mites (%ld > %ld) en la dimensiÃ³n %dModo de empleo: %s [OPCIÃ“N]... SUB_ORDEN [OPCIÃ“N]...
  
  Modo de empleo: %s [opciones] fichero...
  Utilice "-Wa,OPCIÃ“N" para pasar la "OPCIÃ“N" al ensamblador.
  
  Utilice "-Wl,OPCIÃ“N" para pasar la "OPCIÃ“N" al enlazador.
! Usa -G para los datos que estÃ¡n definidos por el objeto actual.Usa -G para los datos del objeto local.Usa instrucciones AVX de 128-bit en lugar de instrucciones AVX de 256-bit en el auto-vectorizador.Usa long doubles de 128 bits.Usa int de 16 bit.Usa float de 32 bit.Usa int de 32 bit.Usa la ABI de 32-bit.Usa los registros de coma flotante de 32-bit.Usa los registros generales de 32-bit.Usa entradas de 4 byte en las tablas de switch.Usa 4 acumuladores de medios.Usa las instrucciones de multiplicaciÃ³n half-word 4xx.Usa la instrucciÃ³n dlmzb de bÃºsqueda de cadena 4xx.Usa 64 FPRs.Usa 64 GPRs.Usa float de 64 bit.Usa la ABI de 64-bit.Usa los registros de coma flotante de 64-bit.Usa los registros generales de 64-bit.Usa long doubles de 64 bits.Usa 8 acumuladores de medios.Usa long doubles de 80 bits.Usa los registros ABI reservados.Usa las instrucciones AltiVec.Utiliza la biblioteca C de Bionic.Usa instrucciones Branch Likely, anulando el valor predeterminado de la arquitectura.Usa la instrucciÃ³n CONST16 para cargar constantes.Usa EABI.Usa las instrucciones de direccionamiento virtual mejorado.Utiliza la biblioteca de C de GNU.Utiliza secciones sdata/sbss relativas a GP.Usa el direccionamiento relativo al GP para acceder a datos small.Usa las reglas de alineaciÃ³n H8/300.Usa matemÃ¡tica IEEE para comparaciones fp.Usa el cÃ¡lculo de presiÃ³n de registros basado en IRA en optimizaciones de izado RTL.Usa el cÃ¡lculo de presiÃ³n de registros basado en IRA en optimizaciones de bucle RTL.Usa instrucciones ISA 2.07 Category:Vector.AES y Category:Vector.SHA2.Usa movimiento directo de ISA 2.07 entre las instrucciones de registro GPR & VSX.Usa instrucciones de memoria transaccionales (HTM) de ISA 2.07.Usa LRA en lugar de reload (transicional).Usa la LRA en lugar de recarga.Usa instrucciones MCU.Usa instrucciones de la ExtensiÃ³n MIPS MSA.Usa instrucciones MIPS-3D.Usa instrucciones MIPS-DSP REV 2.Usa instrucciones MIPS-DSP.Usa el soporte de hilos especÃ­fico de Mingw.Usa los registros double-word Neon (en lugar de quad-word) para la vectorizaciÃ³n.Usa los registros quad-word Neon (en lugar de double-word) para la vectorizaciÃ³n.Usa Neon para realizar operaciones de 64 bits en lugar de registros del nÃºcleo.Usa los operadores de ensamblador %reloc() del estilo NewABI.Usa MnemÃ³nicos-P para ramificaciones predichas estÃ¡ticamente como tomadas.Usa PLT para llamadas PIC (-fno-plt: carga la direcciÃ³n desde GOT en el sitio de la llamada).Usa instrucciones 'mad' de estilo PMC.Usa el grupo opcional de instrucciones PowerPC de PropÃ³sito General.Usa el grupo opcional de instrucciones PowerPC de GrÃ¡ficas.Usa las instrucciones mfcr de un solo campo de PowerPC V2.01.Usa las instrucciones de redondeo de coma flotante de PowerPC V2.02.Usa la instrucciÃ³n popcntb de PowerPC V2.02.Usa la instrucciÃ³n compare bytes de PowerPC V2.05.Usa la instrucciÃ³n popcntd de PowerPC V2.06.Usa el conjunto de instrucciones PowerPC-64.Usa la ROM en lugar de la RAM.Usa los convenios de paso de registro SSE para los modos SF y DF.Usa STB_GNU_UNIQUE si lo admite el ensamblador.Usa instrucciones SmartMIPS.Usa sintaxis de ensamblador UNIX.Usa las extensiones ComparaciÃ³n-y-RamificaciÃ³n de UltraSPARC.Usa las extensiones MultiplicaciÃ³n-AdiciÃ³n de Corto Circuito de UltraSPARC.Usa la instrucciÃ³n PoblaciÃ³n-Cuenta de UltraSPARC.Usa la instrucciÃ³n Resta-Extendida-con-Llevada de UltraSPARC.Usa las extensiones del Conjunto de Instrucciones Visuales de UltraSPARC versiÃ³n 1.0.Usa las extensiones del Conjunto de Instrucciones Visuales de UltraSPARC versiÃ³n 2.0.Usa las extensiones del Conjunto de Instrucciones Visuales de UltraSPARC versiÃ³n 3.0.Usa las extensiones del Conjunto de Instrucciones Visuales de UltraSPARC versiÃ³n 4.0.Usa fp de VAX.Usa los convenios de estructura VAXC.Utiliza los cÃ³digos de salida de VMS en lugar de los de posix.Usa __cxa_atexit para registrar destructores.Usa __cxa_get_exception_ptr para el manejo de excepciones.Usa un tipo long de 32-bit.Usa un marcador de registro de 4 bytes para los ficheros sin formato.Usa un tipo long de 64-bit.Usa un tiempo de ejecuciÃ³n mÃ­nimo (sin inicializadores estÃ¡ticos ni constructores) para dispositivos limitados por la memoria.Usa un mÃ©todo de protecciÃ³n de pila inteligente para ciertas funciones.Usa un mÃ©todo de protecciÃ³n de pila para cada funciÃ³n.Usa direcciones que reserven registros globales.Usa todos los registros, sin reservar ninguno para los manejadores de interrupciones.Usa nombres de registro alternativos.Usa un tipo 'int' de 8-bit.Usa un marcador de registro de 8 bytes para los ficheros sin formato.Usa inmediatos de tamaÃ±os arbitrarios en operaciones de bit.Usa el orden de byte big-endian.Usa secuencias ramifica-y-para para revisar la divisiÃ³n entera por cero.Usa bras para el ejecutable < 64k.Usa registros de llamada alterada para los parÃ¡metros y el valor de devoluciÃ³n.Utiliza callbacks en lugar de cÃ³digo en lÃ­nea si el nÃºmero de accesos en la funciÃ³n se hace mayor o igual que este nÃºmero.Usa registro de guarda de invocador entre llamadas si es posible.Usa ciertas instrucciones escalares aÃ±adidas en ISA 3.0.Usa la especulaciÃ³n del control.Usa pilas personalizadas en lugar de memoria local para almacenamiento automÃ¡tico.Usa la especulaciÃ³n de datos despuÃ©s de recargar.Usa la especulaciÃ³n de datos antes de recargar.Usa instrucciones de coma flotante decimal.Selecciona el mÃ©todo predefinido para el manejo de sdata.Usa la convenciÃ³n de llamada diferente usando 'rtd'.Usa instrucciones de envenamiento/desenvenenamiento directo para variables iguales o menores que este nÃºmero.Usa referencias directas contra %gs cuando se acceden datos tls.Usa instrucciones de direcciones fÃ­sicas extendidas (XPA).Usa instrucciones de comparaciÃ³n de coma flotante que respeten epsilon.Usa perfiles de valor de expresiÃ³n en las optimizaciones.Usa las instrucciones GPR to/from move de coma flotante de PowerPC V2.05.Usar el convenio de llamada f2c.Usa las caracterÃ­sticas y el cÃ³digo de planificador para el CPU dado.Usa las caracterÃ­sticas y el planificador del CPU dado.Usar el modelo plano de ventana de registro.Usa instrucciones fp double.Usa registros fp.Usa el juego completo de registros para asignaciÃ³n de registros.Usa el modelo de cÃ³digo del SPARC-V9 dado.Usa el modelo de cÃ³digo del TILE-Gx dado.Usar el modo de direcciÃ³n dado.Usa el dialecto de ensamblador dado.USa la guarda de protecciÃ³n de la pila dada.Usa el dialecto de almacenamiento thread-local dado.Usa el modelo de cÃ³digo del x86-64 dado.Usa FP de hardware (predeterminado).Usa FP de hardware.Usa instrucciones de divisiÃ³n por hardware en ColdFire.Usa instrucciones de conversiÃ³n de coma flotante de hardware.Usa instrucciones de coma flotante por hardware.Usa instrucciones de raÃ­z cuadrada de coma flotante de hardware.Usa coma flotante de hardware.Usa instrucciones de divisiÃ³n y de raÃ­z cuadrada de coma flotante de hardware.Usa fp de hardware.Usa instrucciones de hardware para la divisiÃ³n entera.Usa instrucciones de precargado de hardwareUsa instrucciones de FP quad de hardware.Usa instrucciones de ejecuciÃ³n transaccional por hardware.Usa las instrucciones de operaciones con vectores por hardware y activa el vector ABI.Usa la especulaciÃ³n del control en bloque.Usa la especulaciÃ³n de datos en bloque despuÃ©s de recargar.Usa la especulaciÃ³n de datos en bloque antes de recargar.Usa los nombres de registro in/loc/out.Usa las instrucciones CALLXn indirectas para programas grandes.Usa llamadas indirectas.Usa patrones incluidos en lÃ­nea para copiado de memoria.Usa instrucciones madd/msub de enteros.Usa tablas de salto para las declaraciones switch suficientemente grandes.Usa el orden de byte little-endian.Usa las instrucciones ll, sc y sync.Usa instrucciones de medios.Usa instrucciones microMIPS.Usa instrucciones acumular/sustraer de multiplicar.Usa instrucciones high de multiplicaciÃ³n para la parte high de la multiplicaciÃ³n 32x32.Usa la biblioteca de C de musl.Usa la disposiciÃ³n de campos de bits nativos (MS).Usa los patrones nuevos adddi3/subdi3.Usa la convenciÃ³n de llamada normal.El uso del mÃ³dulo intrÃ­nseco %qs en %C tiene conflictos con un nombre de mÃ³dulo no intrÃ­nseco usado previamenteEl uso de la constante nombrada NUMERIC_STORAGE_SIZE del mÃ³dulo intrÃ­nseco ISO_FORTRAN_ENV en %C es incompatible con la opciÃ³n %sUsa sÃ³lo una entrada TOC por procedimiento.Usa accesos normales a memoria cacheada para referencias volÃ¡tiles.Usa la disposiciÃ³n de pila empacada.Usa instrucciones apareadas-sencillas de coma flotante.Usa instrucciones de comparaciÃ³n de patrones.Usa tables switch case relativas a contador de programa - esto activa el acortamiento de tablas case.Usa convenios de llamada transportable.Usa la informaciÃ³n de anÃ¡lisis de perfil para las probabilidades de ramificaciÃ³n.Usa propolice como un mÃ©todo de protecciÃ³n de pila.Usa instrucciones push para guardar los argumentos de salida.usa r11 para preservar el enlace estÃ¡tico en llamadas a funciones a travÃ©s de punteros.Usa la zona roja en el cÃ³digo x86-64.Usa un juego reducido de registros para asignaciÃ³n de registros.Usa la pila de registros para los parÃ¡metros y el valor de devoluciÃ³n.Usa instrucciones de memoria registro+desplazamiento aÃ±adidas en ISA 3.0.Usa registros para el paso de parÃ¡metros.Usa los registros r2 y r5.Usa instrucciones de reordenaciÃ³n (load/store de intercambio y de bytes invertidos) (predeterminado).Usa informaciÃ³n de perfil de muestra para los pesos de los nodos de los grafos de llamadas. El fichero de perfil predeterminado es fbdata.afdo en 'pwd'.Usa la informaciÃ³n de perfil de muestra para los pesos de los nodos de los grafos de llamadas. El fichero de perfil se especifica en el argumento.Usa instrucciones de memoria registro+desplazamiento escalares aÃ±adidas en ISA 3.0.Usa bibliotecas compartidas.Usa la revisiÃ³n de especulaciÃ³n de datos simple para el control de especulaciÃ³n.Usa la revisiÃ³n de especulaciÃ³n de datos simple.Usa el simulador de tiempo de ejecuciÃ³n.Usa cÃ³digo de prÃ³logo y epÃ­logo mÃ¡s pequeÃ±o pero mÃ¡s lento.Usa emulaciÃ³n de software para coma flotante (por defecto).Usa comparaciones de coma flotante de software.Usa coma flotante de software.Usa la tendencia de la pila.Usa mÃ©todo de protecciÃ³n de pila solo para funciones con el atributo stack_protect.Usa la funciÃ³n main estÃ¡ndar como entrada para el inicio.Usa variables inicializadas estÃ¡ticamente para lÃ­mites de constantes en lugar de generarlos cada vez que haga falta.Usa variables inicializadas estÃ¡ticamente para lÃ­mites de variables en lugar de generarlos cada vez que haga falta.Usa structs en la alineaciÃ³n mÃ¡s fuerte para copias double-word.Usa stubs para los prÃ³logos de funciÃ³n.Usa subrutinas para los prÃ³logos y epÃ­logos de funciÃ³n.Usa la instrucciÃ³n synci para invalidar el i-cachÃ©.Usa la divisiÃ³n rÃ¡pida basada en tablas (lo predefinido con -O3).Usa las optimizaciÃ³n de bÃºsqueda en tabla para divisiones de enteros pequeÃ±os con signo.Usa la instrucciÃ³n tas.b para __atomic_test_and_set.Usa las extensiones de ABI AltiVec.Usa la extensiÃ³n Puntero Cray.Usa la sintaxis de ensamblador DEC.Usa el ABI ELFv1.Usa el ABI ELFv2.Usa la extensiÃ³n GNU para el formato PE para los datos comunes alineados.Usa el paso de eliminaciÃ³n de cÃ³digo muerto de RTL.Usa la eliminaciÃ³n de almacenamiento muerto de RTL.Usa las extensiones de ABI SPE.Usa el enlazador bfd eb lugar del predeterminado.Usa las instrucciones de campos de bit.Usa la instrucciÃ³n divide.Usa la unidad de coma flotante para suma/resta de enteros.Usa el registro base dado para direccionar la guarda de protecciÃ³n de la pila.Usa la alineaciÃ³n de los datos dada.Usa el desplazamiento dado para direccionar la guarda de protecciÃ³n de la pila.Usa el enlazador de oro eb lugar del predeterminado.Usa el corredor de barril de hardware en lugar de la emulaciÃ³n.Usa la mayor cantidad de caracterÃ­sticas permitidas por otras opciones.Utiliza la instrucciÃ³n mvcle para movimiento de bloques.Usa el tipo entero mÃ¡s estrecho posible para tipos de enumeraciÃ³n.Usa las nuevas instrucciones min/max definidas en ISA 3.0.Usa el simulador de tiempo de ejecuciÃ³n.Usa la emulaciÃ³n de multiplicaciÃ³n por software (por defecto).Usa la emulaciÃ³n de divisiÃ³n por software (por defecto).Usa semÃ¡ntica GNU tradicional para las funciones incluidas en lÃ­nea.Usa trap en lugar de una funciÃ³n de biblioteca para sanear el comportamiento indefinido.Usa instrucciones trap para revisar la divisiÃ³n entera por cero.Usa la biblioteca de C de uClibc.Usa el inicio de unicode y define la macro UNICODE.Usa las instrucciones de vectores y escalares aÃ±adidas en ISA 2.07.Usa instrucciones vectoriales aÃ±adidas en ISA 3.0.Usa instrucciones de memoria registro+desplazamiento vectoriales aÃ±adidas en ISA 3.0.Usa instrucciones (VSX) vector/escalar.Usa lÃ­mites cero para todos los argumentos que llegan a la funciÃ³n 'main'.  Es Ãºtil cuando un binario instrumentado se usa con bibliotecas antiguas.Usa cargas de memoria de extensiÃ³n cero, no las de extensiÃ³n con signo.Usa el modo Fix-and-Continue para indicar que los ficheros objeto se pueden intercambiar en tiempo de ejecuciÃ³n.El operador de usuario %qs referenciado en %L no se encontrÃ³ en el mÃ³dulo %qsLos usos de esta opciÃ³n estÃ¡n diagnosticados.Usando especificaciones internas.
! El argumento VALUE de la funciÃ³n intrÃ­nseca %s en %L debe ser definibleNo se permite VALUE dentro de BLOCK en %CmodoVOID en una salidaNiveles Nios II ISA vÃ¡lidos (para -march):Argumentos vÃ¡lidos para la opciÃ³n -msdata=.Argumentos vÃ¡lidos para -malign-:Argumentos vÃ¡lidos para -fcode-readable=:Argumentos vÃ¡lidos para -mfloat-gprs:Argumentos vÃ¡lidos para -mfpmath=:Argumentos vÃ¡lidos para -mr10k-cache-barrier=:Argumentos vÃ¡lidos para -mstack-protector-guard=:Argumentos vÃ¡lidos para -mstringop-strategy=:Argumentos vÃ¡lidos para -mtp=:Opciones vÃ¡lidas para direccionamiento relativo a GP (para -mgpopt):Valida los punteros vtable antes de usarlos.La variable %s en %L de tipo LOCK_TYPE o con un subcomponente de tipo LOCK_TYPE debe ser una comatrizLa variable %s no puede ser INTENT(IN) en %CLa variable %s no se puede asignar en el procedimiento PURE en %CEl tipo de la variable es UNKNOWN en la asignaciÃ³n en %LABI de biblioteca de vectores a utilizar.Vectoriza para operaciones double-word.Los accesos a memoria volÃ¡til no usan instrucciones load/store de E/S.Los accesos a memoria volÃ¡til usan instrucciones load/store de E/S.No se permite una declaraciÃ³n WAIT en un procedimiento PURE en %CEl objetivo de asignaciÃ³n WHERE en %L tiene forma inconsistenteLa mÃ¡scara WHERE en %L tiene forma inconsistentela clÃ¡usula WHERE/ELSEWHERE en %L requiere una matriz LOGICALAvisa sobre declaraciones "extern" que no estÃ¡n en el Ã¡mbito del fichero.Avisa sobre construcciones "sospechosas".Advierte de 'new' de tipos con alineamiento extendido sin -faligned-new.Avisa sobre @selector()es sin mÃ©todos declarados previamente.Avisa sobre construcciones C que no estÃ¡n en el subconjunto comÃºn de C y C++.Avisa sobre constructores de C++ cuyos significados difieren entre ISO C++ 1998 e ISO C++ 2011.Avisa sobre constructores de C++ cuyos significados difieren entre ISO C++ 2011 e ISO C++ 2014.Avisa sobre constructores de C++ cuyos significados difieren entre ISO C++ 2014 e ISO C++ 201z(77) (venidero).Advierte de tipos polimÃ³rficos en C++ cuando aÃ±adir la palabra clave final mejorarÃ­a la calidad del cÃ³digo.Advierte de mÃ©todos virtuales en C++ cuando aÃ±adir la palabra clave final mejorarÃ­a la calidad del cÃ³digo.Advierte de constructores heredados de C++11 cuando la base tiene constructor variÃ¡dico.Avisa sobre el paso de NULL a ranuras de argumento marcadas que requieren no-NULL.Avisa sobre ficheros PCH que se encuentran pero no se usan.Avisa sobre sentencias USE sin cualificador ONLY.Advierte del uso de __TIME__, __DATE__ y __TIMESTAMP__.Avisa sobre la alineaciÃ³n de bloques COMMON.Avisa sobre todos los switches enumerados que carezcan de un case especÃ­fico.Avisa sobre un cuerpo vacÃ­o en una declaraciÃ³n if o else.Avisa sobre bucles DO no vÃ¡lidos.Advierte de expresiones booleanas comparadas con valores enteros distintos de verdadero/falso.Avisa sobre procedimientos llamados que no estÃ¡n declarados explÃ­citamente.Advierte de llamadas a funciones como snprintf y similares que truncan la salida.Avisa sobre llamadas con interfaz implÃ­cita.Advierte de funciones de conversiÃ³n a tipos incompatibles.Avisa sobre conversiones que descartan calificadores.Avisa sobre ciertas operaciones sobre expresiones booleanas.Avisa sobre cÃ³digo que pueda romper las reglas estrictas de aliases.Avisar sobre comparaciÃ³n de tipos enum diferentes.Avisa sobre la divisiÃ³n entera por cero en tiempo de compilaciÃ³n.Avisa sobre divisiones enteras constantes con resultados truncados.Avisa sobre la creaciÃ³n de matrices temporales.Avisa sobre else colgados.Avisa al borrar objetos polimÃ³rficos con destructores que no son virtuales.Avisa sobre el uso del tipo AltiVec obsoleto 'vector long ...'.Advierte de ramas duplicadas en sentencias if-else.Advierte de condiciones duplicadas en cadenas if-else-if.Avisa sobre switches enumerados que carezcan de una declaraciÃ³n "default:".Avisa sobre switches enumerados, sin valor por defecto, en los que falte un case.Avisa sobre comparaciones de igualdad que involucran expresiones REAL o COMPLEX.Avisa sobre caracterÃ­sticas no presentes en ISO C90, pero presentes en ISO C99.Avisa sobre caracterÃ­sticas no presentes en ISO C99, pero presentes en ISO C11.Avisa sobre caracterÃ­sticas no presentes en C tradicional.Avisa sobre el uso de cadenas de formato que no son literales.Advierte de cadenas de formato que contengan bytes NUL.Avisa sobre la eliminaciÃ³n de llamadas de funciÃ³n.Advierte de llamadas a funciones con cadenas de formato que escriben pasado el final de la regiÃ³n de destino.Avisa sobre parÃ¡metros de funciÃ³n declarados sin un especificador de tipo en funciones de estilo K&R.Avisa sobre la aritmÃ©tica de punteros de funciones.Avisa sobre funciones que pueden ser candidatas para __attribute__((const)).Avisa sobre funciones que pueden ser candidatas para __attribute((noreturn)).Avisa sobre funciones que pueden ser candidatas para __attribute__((pure)).Advierte de funciones que pueden ser candidatas para atributos de formato.Avisa sobre funciones globales sin declaraciones previas.Avisa sobre funciones globales sin prototipos.Avisa sobre conversiones implÃ­citas de "float" a "double".Avisa sobre declaraciones implÃ­citas.Avisa sobre la declaraciÃ³n implÃ­cita de funciones.Avisa sobre la aritmÃ©tica de punteros de funciones.Advierte de conversiones de entero a puntero y viceversa incompatibles.Advierte de usos no vÃ¡lidos de la macro "offsetof".Avisa sobre macros definidas en el fichero principal que no se usan.Avisa sobre variables automÃ¡ticas probablemente sin inicializar.Advierte de errores de acceso a memoria encontrados por el Comprobador de LÃ­mites de Punteros.Avisa sobre '&' faltantes en las literales de carÃ¡cter continuadas.Avisa sobre campos faltantes en los inicializadores de struct.Advierte de funciones de desasignaciÃ³n con tamaÃ±o ausentes.Avisa sobre malos usos de pragmas.Avisa sobre la mayorÃ­a de las conversiones implÃ­citas.Avisa sobre declaraciones mÃºltiples del mismo objeto.Avisa sobre conversiones que estrechan dentro de { } que estÃ¡n mal formadas en C++11.Avisa sobre destructores que no son virtuales.Advierte de extensiones de anchura scanf/printf msvcrt que no son ISO.Desactiva las optimizaciones que asumen que un desbordamiento con signo estÃ¡ indefinido.Avisa sobre desbordamiento por debajo en expresiones numÃ©ricas.Advierte de nombres de funciones virtuales sobrecargadas.Avisa sobre sobreescritura de inicializadores con efectos secundarios.Avisa sobre sobreescritura de inicializadores sin efectos secundarios.Avisa sobre campos de bits packed cuyo desplazamiento cambiÃ³ en GCC 4.4.Avisa sobre conversiÃ³n de punteros que incremente la alineaciÃ³n.Advierte de inicializaciones posicionales de estructuras que requieren inicializadores designados.Avisa sobre posibles aliases de argumentos de relleno.Avisa sobre posibles problemas de seguridad con funciones de formato.Avisa sobre posibles violaciones de las reglas de secuencia de punto.Avisa sobre posibles llaves faltantes alrededor de los inicializadores.Avisa sobre posibles parÃ©ntesis ausentes.Avisa sobre la posibilidad de bloques de comentarios anidados y comentarios de C++ que abarquen mÃ¡s de una lÃ­nea fÃ­sica.Advierte de anomalÃ­as de cadena de formato de printf/scanf/strftime/strfmon.Advierte de un uso cuestionable de las macros utilizadas para obtener argumentos variables.Avisa sobre constantes-literales-reales con letra-exponente 'q'.Advierte del retorno de puntero/referencia a variable local o temporal.Avisa sobre la devoluciÃ³n de estructuras, unions o matrices.Advierte de diferencias de signo en funciones de formato.Avisa sobre comparaciones con signo-sin signo.Advierto de algunas violaciones de la regla de una definiciÃ³n de C++ durante la optimizaciÃ³n de tiempo de enlazado.Advierte de instrucciones entre la expresiÃ³n de control de un switch y el primer case.Avisa sobre formatos de strftime que producen dos dÃ­gitos para el aÃ±o.Avisa sobre subÃ­ndices cuyo tipo es "char".Advierte de llamadas sospechosas a memset en las que el tercer argumento contenga el nÃºmero de elementos no multiplicado por el tamaÃ±o del elemento.Advierte de llamadas sospechosas a memset en las que el tercer argumento es el cero literal constante y el segundo no lo es.Avisa sobre declaraciones sospechosas de "main".Advierte de parÃ¡metros de longitud sospechosa para determinadas funciones de cadenas si el argumento utiliza sizeof.Avisa sobre usos sospechosos de direcciones de memoria.Avisa sobre switches cuya expresiÃ³n de control sea booleana.Avisa sobre cosas que varÃ­an entre la -fabi-version actual y la versiÃ³n especificada.Avisa sobre cosas que cambiarÃ¡n cuando se compile con un compilador que cumpla con la ABI.Avisa sobre expresiones de carÃ¡cter truncadas.Avisa sobre lÃ­neas de cÃ³digo truncadas.Avisa sobre NULL sin conversiÃ³n usado como centinela.Avisa sobre desbordamiento por debajo de expresiones numÃ©ricas constantes.Avisa sobre variables automÃ¡ticas sin inicializar.Avisa sobre declaraciones de funciÃ³n sin prototipo.Avisa sobre pragmas que no se reconocen.Avisa sobre constantes de coma flotante sin sufijo.Avisa sobre posibles argumentos de relleno sin uso.Avisa sobre el uso de constantes de carÃ¡cter multicaracteres.Avisa sobre conversiones de tipo inÃºtiles.Avisa sobre directorios de inclusiÃ³n definidos por el usuario que no existen.Avisa sobre usos de declaraciones __attribute__((obsoleto)).Avisa sobre usos de especificador de almacenamiento en registro.Avisa sobre el uso de macros variadic.Avisa sobre variables que pueden cambiar por "longjmp" o "vfork".Avisa sobre variables que se inicialicen ellas mismas.Avisa sobre violaciones de reglas de estilo de Effective C++.Avisa sobre formatos de longitud cero.Avisa sobre bucles DO de cero vueltas.Advierte de construcciones admitidas de forma condicional.Avisa cuando se convierte NULL de/a un tipo que no es puntero.Avisa cuando hay conversiones de tipo implÃ­citas entre enteros con signo y sin signo.Avisa cuando hay conversiones de tipo implÃ­citas que provocan pÃ©rdida de precisiÃ³n en coma flotante.Avisa cuando hay conversiones de tipo implÃ­citas que pueden cambiar un valor.ADvierto de modo de empleo obsoleto en una declaraciÃ³n.Advierte de la colocaciÃ³n de expresiones nuevas con comportamiento indefinido.Avisa si se usa "defined" fuera de #if.Avisa si se usa una conversiÃ³n de estilo C en un programa.Avisa si el llamante de una funciÃ³n, marcada con atributo warn_unused_result, no usa su valor de devoluciÃ³n.Avisa si el tipo de una clase tiene una base o un campo cuyo tipo utiliza el espacio de nombres anÃ³nimo o depende de un tipo sin enlace.Avisa si una comparaciÃ³n evalÃºa siempre como verdadero o falso.Avisa si la comparaciÃ³n es siempre verdadera o siempre falsa debido al rango limitado del tipo de datos.Avisa si se usa una opciÃ³n de compilador, clase, mÃ©todo o campo obsoletos.Avisa si una funciÃ³n usa alloca o crea una matriz de tamaÃ±o dinÃ¡mico.Avisa si una declaraciÃ³n local oculta una variable de instancia.Avisa si un bucle con un nÃºmero constante de iteraciones provoca un comportamiento indefinido.Avisa si una propiedad de un objeto Objective-C no tiene semÃ¡ntica de asignaciÃ³n especificada.Avisa si un selector tiene mÃ©todos mÃºltiples.Avisa si una directiva simd queda anulada por el modelo de coste de vectorizador.Avisa si el tamaÃ±o de marco de una sola funciÃ³n excede el tamaÃ±o de marco dado.Avisa si una cadena es mÃ¡s larga que la longitud portable mÃ¡xima especificada por el estÃ¡ndar.Avisa si un subojeto tiene un atributo abi_tag que el objeto completo no tiene.Avisa si una expresiÃ³n throw siempre darÃ¡ como resultado una llamada a terminate().Avisa si un procedimiento de usuario tiene el mismo nombre que un intrÃ­nseco.Avisa si se usa una matriz de longitud variable.Avisa si una base virtual tiene un operador de asignaciÃ³n move no trivial.Avisa si un nombre de MCU no se reconoce o estÃ¡ en conflicto con otras opciones (por defecto: activado).Avisa si se accede a una matriz fuera de los lÃ­mites.Avisa si se usa una definiciÃ³n de parÃ¡metro al estilo antiguo.Avisa si se usa una macro indefinida en una directiva #if.Avisa si se compara parÃ¡metro puntero con atributo no nulo con NULL.Avisa si los objetos CFString constantes contienen caracteres que no son transportables.Avisa si la desreferencia de un puntero NULL puede llevar a un comportamiento errÃ³neo o indefinido.Avisa si los mÃ©todos heredados no estÃ¡n implementados.Advierte de desbordamiento de un valor con signo por desplazamiento hacia la izquierda.Avisa si la cuenta de desplazamiento a la izquierda es un valor negativo.Avisa si se pasan demasiados argumentos a una funciÃ³n para su cadena de formato.Avisa si se descartan los cualificadores de arrays que son destinos de punteros.Avisa si la cuenta de desplazamiento >= anchura del tipo.Avisa si la cuenta de desplazamiento es negativa.Avisa si se estÃ¡ probando la igualdad de nÃºmeros de coma flotante.Avisa si el ISR estÃ¡ mal deletreado, es decir, sin el prefijo __vector. Activado por omisiÃ³n.Avisa si se cambia el espacio de direcciones de una direccciÃ³n.Avisa si el bucle no se puede optimizar debido a presunciones no triviales.Avisa si el puntero en una asignaciÃ³n a puntero podrÃ­a sobrevivir a lo apuntado.Avisa si el tipo de una variable podrÃ­a no ser interoperable con C.Avisa si se encuentran trigrafos que puedan afectar el significado del programa.Avisa si se ignoran los calificadores de tipo sobre punteros.Avisa si los firmas de tipo de los mÃ©todos candidatos no coinciden exactamente.Avisa en perfiles case en -fprofile-use que no coincidan.Avisa de prototipos que causen diferentes conversiones de tipo de las que sucederÃ­an en la ausencia del prototipo.Avisa sobre cualquier uso de alloca.Advierte de la herencia mÃºltiple directa.Advierte de la herencia virtual directa.Avisa sobre intrÃ­nsecos que no son parte del estÃ¡ndar seleccionado.Advierta de la definiciÃ³n de espacios de nombres.Avisa en la declaraciÃ³n de la plantilla primeraria.Advierte de construcciones sospechosas que implican orden de almacenamiento de escalares inverso.Avisa cuando __builtin_frame_address o __builtin_return_address se usan de forma no segura.Avisa cuando se usan las funciones internas __sync_fetch_and_nand y __sync_nand_and_fetch.Avisa cuando se encuentra una directiva #warning.Avisa cuando se emite una instrucciÃ³n microcodificada Cell.Avisa cuando una funciÃ³n interna se declara con una firma incorrecta.Avisa cuando una macro de preprocesador interna estÃ¡ sin definir o redefinida.Avisa cuando no se usa una variable const.Avisa cuando una declaraciÃ³n no especifique un tipo.Avisa cuando una declaraciÃ³n duplica el especificador const, volatile, restrict o _Atomic.Avisa cuando se encuentra una declaraciÃ³n despuÃ©s de una sentencia.Avisa cuando una funciÃ³n no se puede expandir a HSAIL.Avisa cuando no se usa una funciÃ³n.Avisa cuando sÃ³lo se define un parÃ¡metro de funciÃ³n, y no se usa posteriormente.Avisa cuando no se usa un parÃ¡metro de una funciÃ³n.Avisa cuando un salto pierde la inicializaciÃ³n de una variable.Avisa cuando no se usa una etiqueta.Avisa cuando una variable de array al lado izquierdo es reubicada.Avisa cuando una variable al lado izquierdo es reubicada.Avisa cuando se usa un '0' literal como puntero nulo.Avisa cuando un operador lÃ³gico sospechosamente evalÃºa siempre como verdadero o falso.Avisa cuando una expresiÃ³n noexcept evalÃºa a falso aÃºn cuando la expresiÃ³n no puede hacer throw.Avisa cuando un puntero difiere en signo en una asignaciÃ³n.Avisa cuando hay una conversiÃ³n de puntero a entero de tamaÃ±o diferente.Avisa cuando se compara un puntero con una constante de carÃ¡cter cero.Avisa cuando una variable de registro se declara volatile.Avisa cuando una cadena o un carÃ¡cter literal va seguido de un sufijo ud que no empieza por guiÃ³n bajo.Avisa cuando sÃ³lo se define una variable, y no se usa posteriormente.Avisa cuando no se usa una variable.Avisar cuando una operaciÃ³n vectorial se compila fuera del SIMD.Avisa cuando todos los constructores y destructores son privados.Avisa cuando un argumento que se pasa a un parÃ¡metro con calificaciÃ³n de restringido se solapa con otro argumento.Avisa cuando un parÃ¡metro de modelo de memoria atomic se reconoce que estÃ¡ fuera del rango vÃ¡lido.Avisa cuando no se usa un valor de una expresiÃ³n.Avisa cuando una funciÃ³n incluida en lÃ­nea no se puede incluir en lÃ­nea.Avisa cuando se desactiva un paso de optimizaciÃ³n.Avisa cuando se intenta liberar un objeto que no es de pila.Avisa cuando se convierte el tipo de punteros a funciones miembro.Avisa cuando se borra un puntero a un tipo incompleto.Avisa cuando el no lÃ³gico se utiliza en el operando izquierdo de una comparaciÃ³n.Avisa cuando hay mÃºltiples y distintos manejadores de interrupciones rÃ¡pidos en la unidad de compilaciÃ³n.Avisa cuando las funciones friend sin plantillas se declaran dentro de una plantilla.Avisa cuando no se estÃ¡ usando la protecciÃ³n contra destrucciÃ³n de la pila por alguna razÃ³n.Avisa cuando una variable local oculta otra variable local o parÃ¡metro de tipo compatible.Avisa cuando una variable local oculta otra variable local o parÃ¡metro.Avisa cuando una variable oculta otra (globalmente).Avisa cuando una variable oculta otra.  Igual que -Wshadow=global.Avisa cuando la sobrecarga promueve de unsigned a signed.Avisa cuando se requiere relleno para alinear a los miembros de una estructura.Avisa cuando se aplica sizeof a parÃ¡metros declarados como array.Avisa cuando el compilador reordena cÃ³digo.Avisa cuando el sangrado del cÃ³digo no refleja la estructura de bloque.Avisa cuando el atributo packed no tiene efecto en la disposiciÃ³n de un struct.Avisa cuando hay una conversiÃ³n a puntero desde un entero de tamaÃ±o diferente.Avisa cuando hay conversiÃ³n entre punteros de tipos incompatibles.Avisa cuando se definen typedefs localmente en una funciÃ³n pero no se usan.Avisa cuando el tipo de devoluciÃ³n de una funciÃ³n es el predefinido "int" (C), o sobre tipos de devoluciÃ³n inconsistentes (C++).Avisa siempre que se genera un trampolÃ­n.Avisa cuando se intercepte una asignaciÃ³n Objective-C por el recolector de basura.Avisa cada vez que se ignoran los atributos.Avisa cada vez que se ignoran los calificadores de tipo.AvisoCuando no se proporcione "signed" o "unsigned" hace signed el campo de bits.Cuando no se proporcione "signed" o "unsigned" hacer unsigned el campo de bits.Cuando se accede a la RAM, usa X como lo impone el hardware, p.e. sÃ³lo usa pre-decremento, post-incremento y direccionamiento indirecto con el registro X.  Sin esta opciÃ³n, el compilador puede asumir que hay un modo de direccionamiento X+const similar a Y+const y Z+const y emite instrucciones para emular tal modo de deireccionamiento para X.Al generar cÃ³digo -fpic, permite el uso de PLTs. Se hace caso omiso con fno-pic.Al generar cÃ³digo -mabicalls, permite que los ejecutables usen PLTs y copien reubicaciones.Al generar cÃ³digo -mabicalls, hace que el cÃ³digo sea adecuado para su uso en bibliotecas compartidas.Cuando sea posible no genera marcos de pila.Cuando se estÃ© ejecutando CSE, sigue los saltos a sus objetivos.Donde acorte, usar rutas canonicalizadas para cabeceras de sistemas.Decide si se usan tipos canÃ³nicos.QuÃ© algoritmo -fsched-pressure aplicar.Al establecer el manejador de seÃ±ales: %mAl establecer la pila de seÃ±ales: %mModo de anÃ¡lisis del programa completo (WPA) con nÃºmero de trabajos paralelos especificado.Con esta opciÃ³n tamaÃ±o cero obtenido dinÃ¡micamente para objetos con tipo incompleto se tratarÃ¡n como infinito.Sin relleno, no hay suficientes elementos en el intrÃ­nseco RESHAPE fuente en %L para coincidir con la formaEvita el error mflo/mfhi del VR4130.Evita una anomalÃ­a de hardware agregando un nÃºmero de NOPs antes de una instrucciÃ³n CSYNC o SSYNC.Evita el error de hardware de los primeros 4300.Evita el error en la instrucciÃ³n de multiplicaciÃ³n.Evita ciertos errores de 24K.Evita ciertos errores de R10000.Evita ciertos errores de R4000.Evita ciertos errores de R4400.Evita ciertos errores de R4000.Evita ciertos errores de VR4120.Evita los errores para nÃºcleos tempranos SB-1 revisiÃ³n 2.Evita el error de multiplicaciÃ³n de hardware.SoluciÃ³n alternativa para la errata de ARM Cortex-A53 nÃºmero 835769.SoluciÃ³n alternativa para la errata de ARM Cortex-A53 nÃºmero 843419.Escribe todas las declaraciones como cÃ³digo Ada solo para el fichero dado.Escribe todas las declaraciones como cÃ³digo Ada transitivamente.Escribiendo el mÃ³dulo %qs en la lÃ­nea %d columna %d: %sEntrada incorrecta en una lista TYPE_ARG_TYPESNodo incorrecto referenciado con referencia chkpÃ�rbol incorrecto en una lista TYPE_FIELDSXXX entrando a pop_everything ()
  XXX saliendo de pop_everything ()
! No se puede tomar la direcciÃ³n de una funciÃ³n anindada si se usa la opciÃ³n -mno-pointers-to-nested-functions.Se necesita un fichero de arranque de C para -msys-crt0=Su plataforma objetivo no soporta -fcheck-pointer-boundsCero no es una declaraciÃ³n de etiqueta vÃ¡lida en %CAnchura cero en el descriptor de formato[Saliendo de %s]
! [no se puede encontrar %s][por defecto][desactivado][activado][super ...] debe aparecer en el contexto de un mÃ©todono se permite el atributo __BELOW100__ con una clase de auto almacenamientono se admite __builtin_eh_return en este objetivo__builtin_rx_%s acepta 'C', 'Z', 'S', 'O', 'I' o 'U'no se admite __builtin_saveregs en este subobjetivono se admite __builtin_saveregs en este objetivono se admite __builtin_set_thread_pointer en este objetivoel tipo interno del vector (o vectores) argumento de __builtin_shuffle debe tener el mismo tamaÃ±o que el tipo interno de la mÃ¡scaralos vectores argumento de __builtin_shuffle debe ser del mismo tipolos argumentos de __builtin_shuffle deben ser vectoresel Ãºltimo argumento de __builtin_shuffle debe ser un vector enteroel nÃºmero de elementos del vector (o vectores) argumento de __builtin_shuffle y la mÃ¡scara de vector deben ser el mismono se admite __builtin_thread_pointer en este objetivollamada a __builtin_unreachable o __builtin_trap con argumentos__float128 y __ibm128 no pueden utilizarse en la misma expresiÃ³n__float128 y long double no pueden utilizarse en la misma expresiÃ³n__fp16 sin ldrh__ibm128 y long double no pueden utilizarse en la misma expresiÃ³nlas declaraciones __label__ sÃ³lo se permiten en Ã¡mbitos de funciÃ³nel argumento __sec_implicit_index %d tiene que ser menor que el rango de %qEel parÃ¡metro __sec_implicit_index tiene que ser una expresiÃ³n constante entera`un inicializador dentro de llaves no se permite aquÃ­una llamada a un constructor no puede aparecer en una expresiÃ³n constanteuna conversiÃ³n a un tipo diferente de un tipo integral o de enumeraciÃ³n no puede aparecer en una expresiÃ³n constanteun operador coma no puede aparecer en una expresiÃ³n constantehay una definiciÃ³n que difiere en la palabra clave virtual en otra unidad de translaciÃ³nun destructor no puede ser %<constexpr%>hay un mÃ©todo distinto del mismo tipo definido en otra unidad de traducciÃ³nhay definido un tipo diferente en otra unidad de traducciÃ³nhay un campo con el mismo nombre pero distinto tipo definido en otra unidad de traducciÃ³nhay un campo con un nombre distinto definido en otra unidad de translaciÃ³nuna llamada a funciÃ³n no puede aparecer en una expresiÃ³n constanteuna definiciÃ³n de funciÃ³n no se permite aquÃ­una etiqueta sÃ³lo puede ser parte de una declaraciÃ³n y una declaraciÃ³n no es un enunciadoun tipo de conclusiÃ³n lambda tiene un operador de asignaciÃ³n por copia borradoun tipo de conclusiÃ³n lambda tiene un constructor por defecto borradoun miembro de una estructura o union no puede tener un tipo modificado variablementeun parÃ¡metro no se puede declarar %<constexpr%>una lista de parÃ¡metros con una elipsis no puede coincidir con una declaraciÃ³n de nombre de lista de parÃ¡metros vacÃ­a.una clase de almacenamiento sÃ³lo se puede especificar para objetos y funcionesuna plantilla no se puede definir por defectouna declaraciÃ³n de plantilla no puede aparecer en el Ã¡mbito de bloqueun id-de-plantilla no puede aparecer en una declaraciÃ³n-usingun enlace temporal a %qD sÃ³lo persiste hasta que el constructor terminauna expresiÃ³n de transacciÃ³n no puede aparecer en una expresiÃ³n constanteun tipo definido en otra unidad de traducciÃ³n no es polimÃ³rficoun tipo definido en otra unidad de traducciÃ³n es polimÃ³rficohay un tipo con distinto alineamiento definido en otra unidad de traducciÃ³nhay un tipo con atributos distintos definido en otra unidad de traducciÃ³nhay un tipo con bases distintas definido en otra unidad de traducciÃ³nhay un tipo con distinto nÃºmero de campos definido en otra unidad de traducciÃ³nhay un tipo con distinto nÃºmero de mÃ©todos definido en otra unidad de traducciÃ³nhay un tipo con distinta precisiÃ³n definido en otra unidad de traducciÃ³nhay un tipo con cualificadores distintos definido en otra unidad de traducciÃ³nhay un tipo con diferente tipo de signo definido en otra unidad de traducciÃ³nhay un tipo con distinto tamaÃ±o definido en otra unidad de traducciÃ³nhay un tipo con punteros de tabla virtual distinta definidos en otra unidad de traducciÃ³nuna declaraciÃ³n de uso no puede especificar un id de plantilla.  Intente %<using %D%>una cadena ancha es no vÃ¡lida en este contextobordes de llamada anÃ³malos para una insn que no es llamada en bb %ibordes anormales sin ningÃºn propÃ³sito en bb %iaborto en %s, en %s:%del declarador abstracto %qT se usÃ³ como declaraciÃ³nlas declaraciones access son obsoletas en favor de las declaraciones using: sugerencia: use la palabra clave %<using%>se accede al miembro %qD  en lugar del miembro inicializado %qD en la expresiÃ³n constantese accede a memoria de datos con direcciÃ³n de memoria de programase accede a memoria de programa con direcciÃ³n de memoria de datosse accede al valor de %qE a travÃ©s de glvalue %qT en una expresiÃ³n constanteel acumulador no es una constante enterael nÃºmero del acumulador estÃ¡ fuera de los lÃ­mitesargumento actual de INTENT = OUT/INOUTno se puede especificar un atributo de Ã¡rea de direcciones para funcionesel Ã¡rea de direcciÃ³n de %q+D genera un conflicto con la declaraciÃ³n previase solicitÃ³ la direcciÃ³n de la variable register explÃ­cita %qDse solicitÃ³ la direcciÃ³n de la variable de registro global %qDdirecciÃ³n de la funciÃ³n sobrecargada sin informaciÃ³n contextual de tipose solicitÃ³ la direcciÃ³n de la variable de registro %qDel desplazamiento de direcciÃ³n no es una constanteel operando de direcciÃ³n requiere una restricciÃ³n para los registros X, Y, o Zse solicitÃ³ la direcciÃ³n de %qD, la cual se declarÃ³ como %<register%>se tomÃ³ la direcciÃ³n, pero el bit ADDRESSABLE no estÃ¡ activadola direcciÃ³n de un objeto %qE con hilo local o almacenamiento automÃ¡tico no es una expresiÃ³n constanteel agregado %q#D tiene un tipo incompleto y no se puede definirse usÃ³ un valor agregado donde se esperaba un complejose usÃ³ un valor agregado donde se esperaba uno de coma fijase usÃ³ un valor agregado donde se esperaba un floatse usÃ³ un valor agregado donde se esperaba un enterotambiÃ©n conocido comolas definiciones de alias no se admiten en Mach-O; descartadasno se admiten las definiciones de alias en esta configuraciÃ³nla alineaciÃ³n (%u) para %s excede la alineaciÃ³n mÃ¡xima para los datos comunes globales.  Se usarÃ¡ %ula alineaciÃ³n para %q+D debe ser por lo menos %dla alineaciÃ³n para %q+D se especifiÃ³ previamente como %d y no se puede decrementarla alineaciÃ³n puede no estar especificada para %q+Dla alineaciÃ³n debe ser una potencia pequeÃ±a de dos, no %dla alineaciÃ³n de %q+D es mayor que la alineaciÃ³n mÃ¡xima del fichero objeto %dla alineaciÃ³n de %qD es mÃ¡s grande que la declaraciÃ³n originalla alineaciÃ³n de los elementos de la matriz es mayor que el tamaÃ±o de los elementosse especificÃ³ la alineaciÃ³n para el objeto %<register%> %qEse especificÃ³ la alineaciÃ³n para el campo de bits %qEse especificÃ³ la alineaciÃ³n para la funciÃ³n %qEse especificÃ³ la alineaciÃ³n para el parÃ¡metro %qEse especificÃ³ la alineaciÃ³n para la definiciÃ³n de tipo %qEse especificÃ³ la alineaciÃ³n para el campo de bits sin nombrese especificÃ³ la alineaciÃ³n para el parÃ¡metro sin nombretodos las funciones miembros en la clase %qT son privadasel parÃ¡metro de alloc_align estÃ¡ fuera de rangoel parÃ¡metro de alloc_size estÃ¡ fuera de rangoargumento asignableya se capturÃ³ %qD en la expresiÃ³n lambdatambiÃ©n se encontrÃ³ %<%c%s%>una funciÃ³n always_inline tal vez no se puede incluir en lÃ­neaconversiÃ³n ambigua para Ã­ndice de matrizconversiÃ³n de tipo por defecto ambigua desde %qTmÃ©todo ambiguo %s%s%sespecializaciÃ³n de plantilla %qD ambigua para %q+Dno se puede especificar un atributo de Ã¡rea de direcciones para variables localesun struct anÃ³nimo no puede tener funciones miembroun union anÃ³nimo no puede tener funciones miembroun tipo de argumento que tiene una promociÃ³n por defecto no puede coincidir con una declaraciÃ³n de nombre de lista de parÃ¡metros vacÃ­a.hay un array de distinto tamaÃ±o definido en otra unidad de traducciÃ³nuna referencia a matriz no puede aparecer en una expresiÃ³n constanteno se permite una especificaciÃ³n-asm en una definiciÃ³n-de-funciÃ³nuna asignaciÃ³n no puede aparecer en una expresiÃ³n constanteun atributo que ataÃ±e a un especificador de tipo se descartaun decremento no puede aparecer en una expresiÃ³n constantehay un enum con nombre de valor distinto definido en otra unidad de traducciÃ³nhay un enum con valores distintos definido en otra unidad de traducciÃ³nhay un enum con distinto nÃºmero de valores definido en otra unidad de traducciÃ³nuna especializaciÃ³n explÃ­cita se debe preceder con %<template <>%>un incremento no puede aparecer en una expresiÃ³n constanteun borde indirecto desde %s no tiene un call_stmt correspondienteun borde indirecto con un llamante desconocido que corresponde a call_stmt con una declaraciÃ³n conocida:anacronismoanacronismo: inicializador de clase base de estilo antiguo anacrÃ³nicoy %qT no tiene constructores de plantillay campostruct anÃ³nimo no estÃ¡ dentro de un tipo nombradounion anÃ³nima sin miembrosla aplicaciÃ³n de #pragma weak %q+D despuÃ©s del primer uso resulta en conducta no especificadalos argumentos que recibirÃ¡n formato no son %<...%>el argumento %d de %qE puede ser un candidato para un atributo de formatoel argumento %d de %qE debe ser un puntero a un tipo de tamaÃ±o constanteel argumento %d de %qE debe ser un tipo punteroel argumento %d de %qE no debe ser un puntero a funciÃ³nel argumento %d de '%s' tenÃ­a un nombre esperadoel argumento %i estÃ¡ dentro del rango [%E, %E]el argumento %q+D puede ser sobreescrito por %<longjmp%> o %<vfork%>el argumento %qD no coincide con el prototipo internoel argumento %qD no coincide con el prototipoel argumento %qd no es una constanteno se reconoce el argumento %qs para %<-Waligned-new%>no se reconoce el argumento %qs para %<-Wnormalized%>no se reconoce el argumento %qs para %<-femit-struct-debug-detailed%>argumento desconocido %qs para %<-femit-struct-debug-detailed%>el argumento %u en la llamada a la funciÃ³n %qE no tiene un tipo enteroargumento %u nulo donde se esperaba no nuloel argumento 1 debe ser una literal con signo de 5-bitel argumento 1 debe ser un mapael argumento 1 de %qE debe ser un tipo puntero que no sea voidel argumento 1 de %qE debe ser un puntero a un tipo de tamaÃ±o constanteel argumento 1 de %qE debe ser un puntero a un objeto de tamaÃ±o diferente de ceroel argumento 1 de __builtin_altivec_predicate estÃ¡ fuera de rangoel argumento 1 de __builtin_altivec_predicate debe ser una constanteel argumento 1 de __builtin_paired_predicate estÃ¡ fuera de rangoel argumento 1 de __builtin_paired_predicate debe ser una constanteel argumento 1 de __builtin_spe_predicate estÃ¡ fuera de rangoel argumento 1 de __builtin_spe_predicate debe ser una constanteel argumento 2 debe ser una literal sin signo de 5-bitel argumento 3 en la llamada a la funciÃ³n %qE no tiene un puntero a un tipo enteroel argumento 3 en la llamada a la funciÃ³n %qE tiene un tipo booleanel argumento 3 en la llamada a la funciÃ³n %qE tiene un tipo enumeradoel argumento 3 en la llamada a la funciÃ³n %qE tiene un puntero a un tipo booleanel argumento 3 en la llamada a la funciÃ³n %qE tiene un puntero a un tipo enumeradoel argumento 3 debe ser una literal sin signo de 1-bitel argumento 3 debe ser una literal sin signo de 2-bitel argumento 3 debe ser una literal sin signo de 4-bitla bÃºsqueda dependiente del argumento encuentra %q+Del argumento debe ser una referencia de campoel argumento debe ser matriz o rebanada o canalel argumento debe ser canalel argumento debe ser cadena o matriz o rebanada o mapa o canalel argumento debe tener tipo complejoargumento no permitido en la clÃ¡usula %qs en OpenACC %<parallel%>el argumento de %<__builtin_eh_return_regno%> debe ser constanteel argumento del atributo %qE no es "ilink1" o "ilink2"el argumento del atributo %qE no es "reset", "software_exception", "page_miss", "timer0", "timer1", "message", "dma0", "dma1", "wand" o "swi"el argumento del atributo %qE no es una cadena constanteel argumento de Offsetof implica indirecciÃ³n de un campo empotradoel argumento de la llamada a funciÃ³n puede ser un candidato para un atributo de formatoel argumento para %%:compare-debug-auxbase-opt no termina en .gkel argumento para %<-O%> debe ser un entero no negativo, %<g%>, %<s%> o %<fast%>el argumento para %<alloca%> es demasiado grandeel argumento de %<alloca%> es ceroel argumento para %<alloca%> podrÃ­a ser demasiado grandeel argumento de %<alloca%> podrÃ­a ser demasiado grande debido a una conversiÃ³n de %qT a %qTel argumento del atributo %qE no es cero ni unoel argumento para el atributo %qE es mÃ¡s grande que %del argumento para %qs debe ser una literal sin signo de 2-bitel argumento para %qs debe ser un entero no negativoel argumento para decltype debe ser una expresiÃ³nel argumento para dss debe ser una literal sin signo de 2-bitel argumento para el array de longitud variable es demasiado grandeal argumento del array de longitud variable es ceroel argumento para el array de longitud variable podrÃ­a ser demasiado grandeel argumento del array de longitud variable podrÃ­a ser demasiado grande debido a una conversiÃ³n de %qT a %qTargumentos '%s' y '%s' para el intrÃ­nseco %sargumentos '%s' y '%s' para el intrÃ­nseco '%s'argumentos 'a%d' y 'a%d' para el intrÃ­nseco '%s'no se permiten argumentos para el destructorIF aritmÃ©ticoaritmÃ©tica en puntero a un tipo de dato incompletose asume que la matriz %q+D tiene un elementomatriz %qD inicializada con una constante de cadena entre parÃ©ntesis %qEasignaciÃ³n de matrizse prohÃ­be el lÃ­mite de matriz despuÃ©s del id-de-tipo entre parÃ©ntesisel lÃ­mite de la matriz no es una constante enterael Ã­ndice de matriz en el inicializador excede los lÃ­mites de la matrizel Ã­ndice de matriz en el inicializador no es una expresiÃ³n constante enterael Ã­ndice de matriz en el inicializador no es de tipo enteroÃ­ndice de matriz en el inicializador que no es matrizel rango de Ã­ndices de la matriz en el inicializador excede los lÃ­mites de la matrizmatriz inicializada con una expresiÃ³n matrizal que no es constantematriz inicializada con una constante de cadena entre parÃ©ntesisla matriz se debe inicializar con un inicializador dentro de llavesmatriz de tipo inapropiado inicializada con una constante de cadenaresultado arrayfalta el tamaÃ±o de la matriz en %q+Dfalta el tamaÃ±o de la matriz en %qDfalta el tamaÃ±o de la matriz en %qTel subÃ­ndice de la matriz es de tipo %<char%>el subÃ­ndice de la matriz estÃ¡ por arriba de los lÃ­mites de la matrizel subÃ­ndice de la matriz estÃ¡ por debajo de los lÃ­mites de la matrizel subÃ­ndice de la matriz no es un enteroel subÃ­ndice de la matriz estÃ¡ fuera de los lÃ­mites de la matrizLos tipos de array tienen lÃ­mites diferentesse usÃ³ una matriz como inicializadorlas matrices de funciones no tienen significadocomo %qDla sobreescritura asm genera un conflicto con el operando de entradala sobreescritura asm genera un conflicto con el operando de salidase descarta la declaraciÃ³n asm debido a un conflicto con el renombrado previono se permite asm en una funciÃ³n %<transaction_safe%>no se permite asm en una transacciÃ³n atÃ³micael operando asm %d probablemente no coincide con las restriccionesel especificador asm para la variable %qE genera un conflicto con la lista de sobreescritura de asmlista hash de nombres del ensamblador corruptafalta una aserciÃ³n despuÃ©s de %qslos atributos de semÃ¡nticas de asignaciÃ³n de la propiedad %qD genera un conflicto con la declaraciÃ³n previase asigna a una matriz desde una lista de inicializadorasignaciÃ³nasignaciÃ³n (no inicializaciÃ³n) en la declaraciÃ³nla asignaciÃ³n descarta el calificador %qv del tipo del destino del punteroasignaciÃ³n desde un tipo Objective-C distintoasignaciÃ³n desde un tipo de puntero incompatibleasignaciÃ³n desde puntero a espacio de direcciones no contenidoel lado izquierdo de la asignaciÃ³n puede ser un candidato para un atributo de formatola asignaciÃ³n hace que la funciÃ³n calificada con %q#v apunte desde una no calificadala asignaciÃ³n crea un entero desde un puntero sin una conversiÃ³nla asignaciÃ³n crea un puntero desde un entero sin una conversiÃ³nasignaciÃ³n del campo constante %qDasignaciÃ³n de la funciÃ³n %qDasignaciÃ³n de miembro %qD en objeto de sÃ³lo-lecturaasignaciÃ³n de la ubicaciÃ³n de sÃ³lo lectura %qEasignaciÃ³n del miembro de sÃ³lo lectura %qDasignaciÃ³n del valor de devoluciÃ³n nombrado de sÃ³lo lectura %qDasignaciÃ³n del parÃ¡metro de sÃ³lo-lectura %qDasignaciÃ³n de la referencia de sÃ³lo lectura %qDasignaciÃ³n de la variable de sÃ³lo lectura %qDsupresiÃ³n de la asignaciÃ³nel parÃ¡metro assume_aligned no es una constante enterase asume argumento de rangose asume argumento de aspectose asume argumento de tipose asume la conversiÃ³n al tipo %qT desde la funciÃ³n sobrecargadase asume salida de directiva de %wu bytese asume salida de directiva de %wu bytesasumiendo el puntero a miembro %qDse asume que el desbordamiento con signo no sucede cuando se combinan constantes alrededor de una comparaciÃ³nse asume que el desbordamiento con signo no sucede cuando se reduce la constante en comparaciÃ³nse asume que el desbordamiento con signo no sucede al simplificar %</%> o %<%%%> a %<>>%> o %<&%>se asume que el desbordamiento con signo no sucede al simplificar %<abs (X)%> a %<X%> o %<-X%>se asume que el desbordamiento con signo no sucede al simplificar %<min/max (X,Y)%> a %<X%> o %<Y%>se asume que el desbordamiento con signo no sucede al simplificar el condicionalse asume que el desbordamiento con signo no sucede al simplificar el condicional a constantese asume que el desbordamiento con signo no sucede al simplificar la prueba de rangoargumento asÃ­ncronofallÃ³ atexitse intentÃ³ tomar la direcciÃ³n del miembro de la estructura de campos de bits %qDel atributo %<fallthrough%> no antecede una etiqueta case o defaultel argumento del atributo %qE no es una cadenael atributo %qs solamente se aplica a tipos de matrizdeclaraciÃ³n de atributoel atributo para %q#T debe estar a continuaciÃ³n de la palabra clave %qsse descarta el atributose descarta el atributo en la declaraciÃ³n de %q#Tse desconoce attribute(target("%s"))se descartan los atributos despuÃ©s del inicializador entre parÃ©ntesisno se permiten atributos en una definiciÃ³n-de-funciÃ³nse descartan los atributos en un especificador de tipo elaborado que no es una declaraciÃ³n adelantadase descartan los atributos en la instanciaciÃ³n de una plantillase descartan los atributos en el tipo sin instanciarse descartan los atributos en los declaradores de parÃ¡metros de matrizlos atributos no se pueden especificar antes de la palabra clave de Objective-C++ %<@%D%>la variable automÃ¡tica %qE no puede ser %<threadprivate%>campo aux establecido para el borde %s->%sse define el campo aux para el borde indirecto desde %sdirecciÃ³n errÃ³neadirecciÃ³n errÃ³nea, no (reg+disp):direcciÃ³n errÃ³nea, no es una constante:direcciÃ³n errÃ³nea, no es una direcciÃ³n de E/S:direcciÃ³n errÃ³nea, no hay post_inc o pre_dec:cantidad errÃ³nea de eliminaciÃ³n de espacio de pila: %dinicializador de matriz errÃ³neocÃ³digo interno errÃ³neofcode interno errÃ³neoicode interno errÃ³neocÃ³digo de condiciÃ³n errÃ³neotipo de expresiÃ³n errÃ³nea durante la caminata (%d)insn errÃ³nea para 'A'insn errÃ³nea en frv_print_operand, caso 0insn errÃ³neo en frv_print_operand, const_double errÃ³neainsn errÃ³nea en frv_print_operand, caso zinsn errÃ³nea para frv_print_operand, modificador 'F':insn errÃ³nea para frv_print_operand, modificador 'L':insn errÃ³nea para frv_print_operand, modificador 'M/N':insn errÃ³nea para frv_print_operand, modificador 'O':insn errÃ³nea para frv_print_operand, modificador 'e':insn errÃ³nea para frv_print_operand, modificador 'f':insn errÃ³nea para frv_print_operand, modificador 'g':insn errÃ³nea para frv_print_operand, modificador 'P':insn errÃ³nea para frv_print_operand_address:insn errÃ³nea para frv_print_operand_memory_reference:move errÃ³neooperando errÃ³neoopciÃ³n %qs errÃ³nea para el atributo %<optimize%>opciÃ³n %qs errÃ³nea para el pragma %<optimize%>operando output_condmove_single errÃ³neooperando output_move_double errÃ³neooperando output_move_single errÃ³neoregistro errÃ³neoregistro errÃ³neo para frv_print_operand_memory_reference_reg:insn shift errÃ³nea:prueba errÃ³neavalor errÃ³neo %<%s%> para el interruptor -mtls-size=valor %qs errÃ³neo para el interruptor -mcpuvalor %qs errÃ³neo para el interruptor -mfp-rounding-modevalor %qs errÃ³neo para el interruptor -mfp-trap-modevalor %qs errÃ³neo para -mmemory-latencyvalor %qs errÃ³neo para el interruptor -mtls-sizevalor %qs errÃ³neo para el interruptor -mtrap-precisionvalor errÃ³neo %qs para la opciÃ³n -mtunevalor errÃ³neo (%s) para la opciÃ³n -march=valor errÃ³neo (%s) para el interruptor -mcmodel=valor errÃ³neo (%s) para la opciÃ³n -mtune=valor errÃ³neo para -mcall-%svalor errÃ³neo para -msdata=%sencabezados C mal anidados del preprocesadorla regiÃ³n de barrera puede no estar bien anidada dentro de la regiÃ³n de trabajo compartido, %<critical%>, %<ordered%>, %<master%>, %<task%> explÃ­cita o regiÃ³n %<taskloop%>la base %qT se inicializarÃ¡ despuÃ©s dela clase base %q#T debe ser inicializada explÃ­citamente en la copia del constructorla expansiÃ³n del inicializador base %<%T%> no contiene paquetes de parÃ¡metroel operando base de %<->%> tiene el tipo %qT que no es punteroel operando base de %<->%> no es un punteroel tipo base %qT falla en ser un tipo struct o claseel borde pred del bloque bÃ¡sico %d estÃ¡ corruptoel bloque bÃ¡sico %d se debe marcar como irreducibleel bloque bÃ¡sico %d no se debe marcar como irreduciblelas listas de borde del bloque bÃ¡sico %i estÃ¡n corruptaslos bloques bÃ¡sicos no estÃ¡n ubicados consecutivamenteel bb %d no pertenece al bucle %dbb %d tiene el bucle padre %d; deberÃ­a ser el bucle %dbb %d en el lugar equivocadoel operador binario no admite que se mezclen operandos bool vector y vector de coma flotanteel operador binario no admite dos operadores bool vectorel operador binario no admite operador bool vectorprocedimiento bind(c)campo de bits %q+#D con tipo no enterola anchura del campo de bits %q+D no es una constante enteracampo de bits %qD con tipo no integralel campo de bits %qs tiene un tipo no vÃ¡lidola anchura del campo de bits %qs no es una constante enterala anchura del campo de bits %qs no es una expresiÃ³n constante enterabloque IFel cuerpo de la funciÃ³n constexpr %qD no es una declaraciÃ³n de devoluciÃ³nconstrucciÃ³n DISPOSE ambigua: %dconstrucciÃ³n JARL ambigua: %dconstrucciÃ³n JR ambigua: %dconstrucciÃ³n PREPARE ambigua: %dtipo resultante no vÃ¡lido de la comparaciÃ³nse requieren registros booleanos para la opciÃ³n de coma flotanteambos argumentos de %<__builtin_clear_cache%> deben ser punterosla especificaciÃ³n entre llaves %qs es no vÃ¡lida en %qcel cuerpo de la especificaciÃ³n entre llaves %qs es no vÃ¡lidoun grupo de llaves dentro de una expresiÃ³n sÃ³lo se permite dentro de una funciÃ³nllaves alrededor del inicializador escalarllaves alrededor del inicializador escalar para el tipo %qTla ramificacion %2d nunca se ejecuta
  ramificaciÃ³n %2d tomada %s%s
! la optimizaciÃ³n de carga de registro objetivo no se pensÃ³ para ser ejecutada dos vecesla declaraciÃ³n break no estÃ¡ dentro de un bucle o switchse usÃ³ la declaraciÃ³n break en un bucle for de OpenMPla funciÃ³n interna %q+D no se declara como funciÃ³nla funciÃ³n interna %qD requiere la opciÃ³n %<-mconstant-cfstrings%>la funciÃ³n interna %qD sÃ³lo toma un argumentola funciÃ³n interna %qE ha de ser llamada directamenteno se admite la funciÃ³n interna %qE para MIPS16pero no aquÃ­flujo de bytecode: se esperaba la etiqueta %s en lugar de %sflujo de bytecode: se encontrÃ³ un nodo cgraph vacÃ­oflujo de bytecode: se encontraron instancias mÃºltiples del nodo cgraph con uid %dflujo de bytecode: se encontrÃ³ una cadean que no estÃ¡ terminada en nullflujo de bytecode: basura al final de la secciÃ³n de sÃ­mbolosflujo de bytecode: no se encontrÃ³ un llamado al leer el bordeflujo de bytecode: no se encontrÃ³ un llamante al leer el bordeflujo de bytecode: la cadena es demasiado larga para la tabla de cadenasflujo de bytecode: la etiqueta %s no estÃ¡ en el rango esperado [%s, %s]flujo de bytecode: se trata de leer %d byes despuÃ©s del final del almacenamiento temporal de entradaflujo de bytecode: secciÃ³n LTO %s inesperadaflujo de bytecode: etiqueta %s inesperadabytecode stream: etiqueta de declaraciÃ³n GIMPLE %s desconocidala llamada %2d nunca se ejecuta
  la llamada %2d devuelve %s
! la llamada tiene una dependencia circularla llamada es poco probable y el tamaÃ±o del cÃ³digo podrÃ­a crecerla llamada de %<(%T) (%A)%> es ambiguala llamada del %<%D(%A)%> sobrecargado es ambiguala llamada del %<%s(%A)%> sobrecargado es ambiguala llamada a %qD usa el argumento por defecto para el parÃ¡metro %P, el cual no se ha definido aÃºnllamada a la funciÃ³n %qD la cual arroja el tipo incompleto %q#Tllamada a una funciÃ³n la cual arroja el tipo incompleto %q#Tllamada a la funciÃ³n %qD que no es constexprllamada a %qD que no es funciÃ³nse usÃ³ un registro de llamada alterada para una variable de registro globalllamado desde aquÃ­llamada desde esta funciÃ³nla cuenta de borde llamador es negativala frecuencia de borde llamador %i no coincide con la frecuencia BB %ila frecuencia de borde llamador es negativala frecuencia de borde llamador es demasiado grandeel llamador es thunk de instrumentaciÃ³nel que llama no estÃ¡ optimizadollamar a %qD con un argumento distinto de cero es arriesgadose llama a %qD con el atributo sseregparm sin activar SSE/SSE2se llama a %qT con el atributo sseregparm sin activar SSE/SSE2las llamadas a operadores sobrecargados no pueden aparecer en una expresiÃ³n constanteno se encuentra la variable de instancia asociada con la propiedadno se puede usar -mtp=cp15 con Thumb de 16-bitno se puede usar un objeto como un parÃ¡metro para un mÃ©todosolo se puede usar el atributo %qE en definiciones de rango de fichero de objetos de tipo classno se pueden aplicar los atributos longcall y shortcall al mismo tiempo a la misma funciÃ³nno se puede convertir un valor de tipo %qT en un vector de tipo %qT con tamaÃ±o diferenteno se puede convertir un vector de tipo %qT en el tipo %qT con tamaÃ±o diferenteno se puede convertir desde el tipo incompleto %qT a %qTno se puede convertir el valor a un vectorno se puede crear el encabezado precompilado %s: %mno se puede crear el fichero de informaciÃ³n de repositorio %qsno se puede definir la funciÃ³n friend %qs en una definiciÃ³n de clase localno se puede extender el fichero PCH: %mno se puede encontrar un registro en la clase %qs al recargar %<asm%>no se puede obtener la posiciÃ³n en el fichero PCH: %mno se pueden mezclar operandos de tipos de coma flotante decimal y complejosno se pueden mezclar operandos de tipos de coma flotante decimal otros tipos de coma flotanteno se pueden mezclar operandos de tipos de coma flotante decimal y vectorno se puede abrir %qs para escritura: %mno se puede abrir %s para escritura: %mno se puede abrir %s: %mno se puede leer %s: %mno se puede leer el fichero PCH: %mno se puede establecer el atributo %qE despuÃ©s de la definiciÃ³nno se puede establecer la posiciÃ³n en el fichero PCH: %mno se puede usar %qs como un registro guardado de llamadano se puede usar %qs como un registro usado de llamadano se puede usar %qs como un registro fijono se pueden usar mÃºltiples mÃ©todos de revisiÃ³n de la pila juntosno se puede escribir %s: %mno se puede escribir el fichero PCHno se puede escribir el fichero PCH: %mno se puede escribir relleno al fichero PCH: %mno se puede escribir a %s: %mno se puede obtener el estado del programa: %mno se puede abrir %s: %mno se puede abrir el fichero de entrada: %sno se puede abrir la salida de ldd: %mno se puede abrir la salida de nm: %mno se puede usar la direcciÃ³n absoluta que no es relativa a gpcandidato 1:candidato 2:el candidato es:los candidatos son:el candidato es: %+#Dlos candidatos son:los candidatos son: %+#Dno se puede agregar una lista de enumerador a una instanciaciÃ³n de plantillano se puede asignar un objeto de tipo abstracto %qTno se puede reservar espacio en la pila para la variable %q+D, funciÃ³n desnuda.no se puede aplicar %<offsetof%> a una direcciÃ³n que no es constanteno se puede aplicar %<offsetof%> al destructor %<~%T%>no se puede aplicar %<offsetof%> a la funciÃ³n miembro %qDno se puede aplicar %<offsetof%> al dato miembro static %qDno se puede aplicar %<offsetof%> cuando %<operator[]%> estÃ¡ sobrecargadono se puede aplicar el puntero a miembro %qE a %qE, el cual es del tipo %qT que no es claseno se puede unir el campo de bits %qE a %qTno se unir el campo packed %qE a %qTno se puede unir el r-valor %qE a %qTno se puede llamar directamente al constructor %<%T::%D%>no se puede llamar a la funciÃ³n miembro %qD sin un objetono se puede capturar %qE por referenciano se puede cerrar un canal de sÃ³lo recepciÃ³nno se puede convertir %qE desde el tipo %qT al tipo %qTno se puede convertir %qT a %qTno se puede convertir %qT a %qT para el argumento %qP para %qDno se puede convertir %qT a %qT en el paso de argumentosno se puede convertir %qT a %qT en la asignaciÃ³nno se puede convertir %qT a %qT en el argumento por defectono se puede convertir %qT a %qT en la inicializaciÃ³nno se puede convertir %qT a %qT en la devoluciÃ³nno se puede convertir a un tipo punterono se puede convertir el tipo %qT al tipo %qTno se puede crear un puntero al miembro referencia %qDno se puede crear la informaciÃ³n de tipo para el tipo %qT porque involucra tipos de tamaÃ±o variableno se puede declarar %<::main%> como plantillano se puede declarar %<::main%> como inlineno se puede declarar %<::main%> como staticno se puede declarar %qD que sea un tipo de campo de bitsno se puede declarar el campo de bits %qD con un tipo de funciÃ³nno se puede declarar que el campo %q+D sea de tipo abstracto %qTno se puede declarar el miembro %<%T::%s%> dentro de %qTno se puede declarar la funciÃ³n miembro %<%T::%s%> dentro de %<%T%>no se puede declarar que la funciÃ³n miembro %qD tenga enlace estÃ¡ticono se puede declarar que el parÃ¡metro %q+D sea del tipo abstracto %qTno se puede declarar el puntero a %q#Tno se puede declarar el puntero al miembro %q#Tno se puede declarar el puntero para el tipo de funciÃ³n calificado %qTno se puede declarar la referencia a %q#Tno se puede declarar la referencia a %q#T, el cual no es una definiciÃ³n de tipo o un argumento de tipo de plantillano se puede declarar la referencia para el tipo de funciÃ³n calificado %qTno se puede declarar una funciÃ³n static dentro de otra funciÃ³nno se puede declarar que la variable %q+D sea del tipo abstracto %qTno se puede descomponer la direcciÃ³nno se puede decrementar un puntero a un tipo incompleto %qTno se puede definir la funciÃ³n miembro %<%T::%s%> dentro de %<%T%>no se puede definir el miembro de la definiciÃ³n de tipo dependiente %qTno se puede borrar una funciÃ³n.  Solamente los punteros a objetos son argumentos vÃ¡lidos para %<delete%>no se puede derivar de la base %<final%> %qT al tipo derivado %qTno se puede desactivar la funciÃ³n interna %qsno se puede hacer dynamic_cast %qE (de tipo %q#T) al tipo %q#T (%s)no se puede expandir el inicializador para el miembro %<%D%>no se puede declarar explÃ­citamente que el miembro %q#D tenga un enlace externono se puede encontrar %s en el plugin %s
! %sno se puede encontrar '%s'no se puede encontrar 'ldd'no se puede encontrar 'nm'no se puede encontrar cgraph de LTO en %sno se pueden encontrar las referencias de secciÃ³n LTO en %sno se encuentra un par: contador:valor vÃ¡lidono se puede encontrar la clase %qEno se puede encontrar la declaraciÃ³n de interfaz para %qEno se puede encontrar la declaraciÃ³n de interfaz para %qE, superclase de %qEno se puede encontrar la declaraciÃ³n de protocolo para %qEno se puede encontrar la marca de referencia para la clase %qEno se puede formar un puntero al miembro de %q#T que no es claseno se pueden manejar llamadas inconsistentes a %qsno se puede incrementar un puntero a un tipo incompleto %qTno se puede inicializar el agregado del tipo %qT con una literal compuestano se pueden inicializar matrices multidimensionales con el inicializadorno se puede incluir en lÃ­nea la funciÃ³n %<main%>no se puede cargar el plugin %s
! %sno se pueden mezclar contadores %s separados para la funciÃ³n %uno se puede abrir %sno se puede abrir %s: %mno se puede pasar argumentos en el registro vector porque las instrucciones altivec estÃ¡n desactivadas, use -maltivec para activarlasno se puede pasar un valor-r a un parÃ¡metro de referenciano se puede poner un objeto con un campo volatile en registerno se puede leer %s: %mno se pueden leer las decls LTO de %sno se pueden leer la tabla de modo LTO de %sno se puede recargar operandos constantes enteros en %<asm%>no se puede resolver la funciÃ³n sobrecargada %qD basÃ¡ndose en la conversiÃ³n al tipo %qTno se puede regresar de un manejador de una funciÃ³n-intenta-bloque de un constructorno se puede devolver un valor en el registro vector porque las instrucciones altivec estÃ¡n desactivadas, use -maltivec para activarlasno se puede establecer el atributo de interrupciÃ³n: no hay una funciÃ³n actualno se puede establecer el atributo de interrupciÃ³n: no hay tal identificadorno se puede especificar %<override%> para una claseno se puede especificar -o con -c, -S o -E y con mÃºltiples ficherosno se puede especificar -static con -fsanitize=addressno se puede especificar -static con -fsanitize=threadno se pueden especificar -msep-data y -mid-shared-library al mismo tiempollamada al extremo imposible: %sno se puede tomar la direcciÃ³n de %qsno se puede tomar la direcciÃ³n del campo de bits %qDno se puede tomar la direcciÃ³n de %<this%> que es una expresiÃ³n r-valuadano se puede cambiar el tipo en valores que no son de interfazno se puede actualizar formulario SSAno se puede usar %<::%>  en la declaraciÃ³n de parÃ¡metrosno se puede usar el modo %qs para tipos de enumeraciÃ³nno se pueden usar mshared y static juntosno se pueden usar mthreads y mlegacy-threads juntosno se pueden usar accesos de data small para %qsno se puede usar el tipo %s como tipo %sno se puede usar typeid sin -fno-rttino se puede usar va_start en una funciÃ³n de interrupciÃ³nno se puede inicializar por valor la matriz %qT de lÃ­mite desconocidolos tipos canÃ³nicos difieren para los tipos idÃ©nticos %T y %Tcaptura de %qD que no es variable captura de la variable %qD con duraciÃ³n de almacenamiento que no es automÃ¡ticala etiqueta case %qE no estÃ¡ dentro de una declaraciÃ³n switchla etiqueta de `case' no se reduce a una constante enterala etiqueta de case no es una expresion constante enterala etiqueta case no se encuentra dentro de una declaraciÃ³n switchel valor de la etiqueta `case' excede el valor mÃ¡ximo para el tipoel valor de la etiqueta `case' es menor que el valor mÃ­nimo para el tipoetiquetas case no ordenadas en sentencia switchlas etiquetas case no estÃ¡n ordenadas:el valor de case %qs no es un tipo enumeradoel valor de case %qs no es un tipo enumerado %qTla conversiÃ³n agrega el calificador %q#v al tipo de funciÃ³nla conversiÃ³n de %qT a %qT incrementa la alineaciÃ³n requerida del tipo del destinola conversiÃ³n de %qT a %qT pierde precisiÃ³nconversiÃ³n desde una llamada a funciÃ³n de tipo %qT al tipo %qT que no coincideconversiÃ³n de puntero a entero de tamaÃ±o diferentela conversiÃ³n del tipo %qT al tipo %qT proscribe los calificadoresla conversiÃ³n incrementa la alineaciÃ³n requerida del tipo del destinola conversiÃ³n especifica el tipo matrizla conversiÃ³n especifica el tipo funciÃ³nconversiÃ³n a un puntero de espacio de direcciones %s desde un puntero de espacio de direcciones %s discontinuoconversiÃ³n al puntero de espacio de direcciones %s desde un puntero de espacio de direcciones genÃ©rico discontinuoconversiÃ³n a un puntero de espacio de direcciones genÃ©rico desde un puntero de espacio de direcciones %s discontinuoconversiÃ³n a puntero desde un entero de tamaÃ±o diferenteconversiÃ³n a tipo union desde un tipo no presente en unionla conversiÃ³n de %qT a %qT no dereferencÃ­a a los punteroslos atributos de categorÃ­a no estÃ¡n disponibles en Objective-C 1.0los atributos de categorÃ­a no estÃ¡n disponibles en esta versiÃ³n del compilador (se descartan)los atributos cdecl y thiscall no son compatiblesel cgraph_node tiene una lista de clones errÃ³neael cgraph_node tiene un clone_of errÃ³neoel cgraph_node tiene un puntero prev_clone errÃ³neoel cgraph_node estÃ¡ en la lista de clones pero no es clonmatriz de tipo char inicializada con una cadena anchala suma de comprobaciÃ³n es (%x,%x) en lugar de (%x,%x)chkp_find_bounds: no se pueden encontrar lÃ­mites para el punterochkp_find_bounds: cÃ³digo de Ã¡rbol inesperado %schkp_get_bounds_by_definition: code GIMPLE inesperado %schkp_get_bounds_by_definition: var inesperada de tipo %schkp_make_addressed_object_bounds: cÃ³digo de Ã¡rbol inesperado %schkp_walk_pointer_assignments: tipo RHS inesperado: %sse escoge %qD sobre %qDse detectÃ³ una delegaciÃ³n de puntero circularya existe la clase %qEla clase %qE es obsoletala clase %qT no tiene ningÃºn campo llamado %qDla clase %qT es implÃ­citamente friend con sÃ­ mismala clase %qs no implementa el protocolo %qElos atributos de clase no estÃ¡n disponibles en Objective-C 1.0la definiciÃ³n de clase no se puede declarar como friendla extensiÃ³n de clase para la clase %qE se declarÃ³ despuÃ©s de su %<@implementation%>las extensiones de clase no estÃ¡n disponibles en Objective-C 1.0el argumento de limpieza no es una funciÃ³nel argumento de limpieza no es un identificadorcerrar: %sse cierra la lista de salida LTRANS %s: %mcerrando el fichero de dependencias %s: %margumento de coarrayel modelo de cÃ³digo %qs no se admite en el modo de bit %sel modelo de cÃ³digo %qs no se admite en modo x32el modelo de cÃ³digo %s no admite el modo PICel argumento de collapse necesita una expresiÃ³n entera constante positivalos bucles colapsados no estÃ¡n perfectamente anidadoscollect2 versiÃ³n %s
  collect: leyendo %s
  collect: recompilando %s
  collect: reenlazando
  collect: alterando %s en %s
! la colecciÃ³n en la enumeraciÃ³n rÃ¡pida no es un objetofunciÃ³n comdat-local llamada por %s fuera de su comdatel sÃ­mbolo comdat-local referenciado en %s fuera de su comdatcoma al final de la lista de enumeradoresla opciÃ³n de lÃ­nea de Ã³rdenes %qs no se admite en esta configuraciÃ³nla opciÃ³n de lÃ­nea de Ã³rdenes %qs es vÃ¡lida para %s pero no para %sla opciÃ³n de lÃ­nea de Ã³rdenes %qs es vÃ¡lida para el controlador, pero no para %sla informaciÃ³n de depuraciÃ³n de sÃ­mbolos comunes no estÃ¡ estructurada como sÃ­mbolo+desplazamientose comparan volcados finales de insnsno es segura la comparacion de coma flotante con == o !=se comparan vectores con tipos de elemento diferentesse comparan vectores con nÃºmeros de elementos diferentesla comparaciÃ³n siempre es falsa debido al rango limitado del tipo de datosla comparaciÃ³n siempre es verdadera debido al rango limitado del tipo de datoscomparaciÃ³n entre %q#T y %q#TcomparaciÃ³n entre %qT y %qTla comparaciÃ³n entre diferentes tipos de punteros %qT y %qT carece de una conversiÃ³nla comparaciÃ³n entre diferentes tipos de punteros-a-miembro %qT y %qT carece de una conversiÃ³ncomparaciÃ³n entre puntero y enterocomparaciÃ³n entre expresiones enteras signed y unsignedcomparaciÃ³n entre los tipos %qT y %qTla comparaciÃ³n siempre es %dla comparaciÃ³n siempre es %d debido a la anchura del campo de bitla comparaciÃ³n siempre es falsa debido al rango limitado del tipo de datosla comparaciÃ³n siempre es verdadera debido al rango limitado del tipo de datoscomparaciÃ³n de punteros completos e incompletosla comparaciÃ³n de tipos Objective-C distintos carece de una conversiÃ³nla comparaciÃ³n de diferentes tipos de puntero carece de una conversiÃ³nla comparaciÃ³n de punteros a espacios de direcciones discontinuoscomparaciÃ³n de un ~unsigned promovido con una constantecomparaciÃ³n de un ~unsigned promovido con unsignedla comparaciÃ³n de una expresiÃ³n unsigned < 0 siempre es falsala comparaciÃ³n de una expresiÃ³n unsigned >= 0 siempre es verdaderala comparaciÃ³n con una literal de cadena resulta en una conducta no especificadalas comparaciones como %<X<=Y<=Z%> no tienen su significado matemÃ¡ticocompilaciÃ³n terminada debido a -Wfatal-errors.
  compilaciÃ³n terminada debido a -fmax-errors=%u.
  compilaciÃ³n terminada.
! los argumentos complejos deben tener tipo de coma flotantelos argumentos complejos deben tener tipos idÃ©nticosdesbordamiento de coma flotante compleja en la expresiÃ³ndesbordamiento de entero complejo en la expresiÃ³ncomplex no vÃ¡lido para %qsla literal compuesta tiene tamaÃ±o variablela literal compuesta del tipo %qT que no es objetoliteral compuesta calificada por un calificador de espacio de direccionesdeclaraciÃ³n compuesta en una funciÃ³n constexprflujo comprimido: %sla expresiÃ³n de la condiciÃ³n hace referencia a la variable de iteraciÃ³n %qDla expresiÃ³n condicional entre diferentes tipos de punteros %qT y %qT carece de una conversiÃ³nla expresiÃ³n condicional entre diferentes tipos de punteros-a-miembro %qT y %qT carece de una conversiÃ³nespecificaciones de acceso en conflicto para el campo %qE, descartadoespecificaciones de acceso en conflicto para el mÃ©todo %q+D, descartadoespacios de direcciones nombrados generan un conflicto (%s vs %s)se especificaron espacios de direcciones nombrados en conflicto (%s vs %s) para %q+Dse especificaron espacios de direcciones nombrados en conflicto (%s vs generic) para %q+Dse especificaron espacios de direcciones nombrados en conflicto (generic vs %s) para %q+Dse especificaron tipos de devoluciÃ³n en conflicto para %q+#Despecificadores en conflicto en la declaraciÃ³n de %qsel nombre de la super clase %qE genera un conflictose especificaron atributos de tipo en conflicto para %q+#Dcalificadores de tipos en conflicto para %q+Dtipos en conflicto para %<%c%s%>tipos en conflicto para %q+Dtipos en conflicto para la funciÃ³n interna %q+Dgenera un conflicto con %qDgenera un conflicto con la declaraciÃ³n de la funciÃ³n %q#Dconsidere usar '-pg' en lugar de '-p' con gprof(1)considere usar `-pg' en lugar de `-p' con gprof (1)considere usar `-pg' en lugar de `-p' con gprof(1)const %qs no se puede declarar %<mutable%>propagaciÃ³n const/copy desactivadaconst_double_split recibiÃ³ una insn errÃ³nea:el argumento constante estÃ¡ fuera de rango para %qsse usÃ³ el campo constante %qD como salida %<asm%>no se recomputa la constante cuando cambia ADDR_EXPRla constante se refiere a sÃ­ mismael constructor constexpr no tiene cuerpo vacÃ­ola profundidad de evaluaciÃ³n de constexpr excede el mÃ¡ximo de %d (use -fconstexpr-depth= para incrementar el mÃ¡ximo)el miembro dato static constexpr %qD debe tener un inicializadorel constructor no puede ser una funciÃ³n miembro de tipo staticdelegaciÃ³n de constructor despuÃ©s de un inicializador mem para %qDel constructor para la clase extranjera %qT no puede ser un miembroel constructor no es proporcionado por el usuario porque estÃ¡ marcado explÃ­citamente por defecto en el cuerpo de la claseno se admiten las prioridades de constructorlas prioridades de constructor desde 0 hasta %d estÃ¡n reservadas para la implementaciÃ³nlas prioridades de constructor deben ser enteros desde 0 hasta %d inclusivese usÃ³ la sintaxis de constructor, pero no se declarÃ³ un constructor para el tipo %qTlos constructores tal vez no sean cv-calificadosbucle que lo contiene aquÃ­contiene el mÃ©todo virtual adicional %qDla declaraciÃ³n continue no estÃ¡ dentro de un buclecontrol de flujo enmedio del bloque bÃ¡sico %del control alcanza el final de una funciÃ³n que no es voidla conversiÃ³n entre diferentes tipos de punteros %qT y %qT carece de una conversiÃ³nla conversiÃ³n entre diferentes tipos de punteros-a-miembro %qT y %qT carece de una conversiÃ³nla conversiÃ³n descarta la constanciaconversiÃ³n de %q#T a %q#Tla conversiÃ³n de %qT a %qT descarta los calificadoresla conversiÃ³n de %qT a %qT es ambiguano se considerÃ³ la conversiÃ³n de %qT a %qT para el argumento de plantilla que no es tipose solicitÃ³ la conversiÃ³n desde %qT al tipo no escalar %qTla conversiÃ³n carece de tipo al final del formatola conversiÃ³n de %qE desde %qT a %qT es ambiguaconversiÃ³n de un SSA_NAME del lado izquierdoconversiÃ³n de registro a un tamaÃ±o diferentela conversiÃ³n del escalar %qT al vector %qT implica truncadoconversiÃ³n de un valor constante sin signo a un entero negativola conversiÃ³n a %qT altera el valor constante %qTla conversiÃ³n de %qT desde %qT puede alterar su valorla conversiÃ³n de %qT desde %qT puede cambiar el signo del resultadola conversiÃ³n de %qT desde la expresiÃ³n booleanala conversiÃ³n a una clase base nunca usarÃ¡ un operador de conversiÃ³n de tipola conversiÃ³n a una referencia a una clase base nunca usarÃ¡ un operador de conversiÃ³n de tipola conversiÃ³n a una referencia al mismo tipo nunca usarÃ¡ un operador de conversiÃ³n de tipola conversiÃ³n a una referencia a void nunca usarÃ¡ un operador de conversiÃ³n de tipoconversiÃ³n a tipo de dato incompletoinicializaciÃ³n a un tipo de referencia que no es constante %q#T desde un r-valor de tipo %qTse solicitÃ³ conversiÃ³n a un tipo que no es escalarla conversiÃ³n al mismo tipo nunca usarÃ¡ un operador de conversiÃ³n de tipola conversiÃ³n a void no puede resolver la direcciÃ³n de la funciÃ³n sobrecargadala conversiÃ³n a void nunca usarÃ¡ un operador de conversiÃ³n de tipola conversiÃ³n a void no accederÃ¡ al objeto %qE de tipo incompleto %qTla conversiÃ³n a void no accederÃ¡ al objeto de tipo incompleto %qTla conversiÃ³n a void no accederÃ¡ al objeto de tipo no-copiable-trivialmente %qTla conversiÃ³n a void no accederÃ¡ al objeto de tipo %qTinicializaciÃ³n a un tipo de referencia volatile %q#T desde un r-valor de tipo %qTse convierte %<false%> al tipo puntero %qTse convierte %<false%> a tipo puntero para el argumento %P de %qDse convierte NULL a un tipo que no es punterola conversiÃ³n de una literal compuesta de matriz a un puntero estÃ¡ malformada en C++se convierte de %qT a %qTse convierte lambda la cual usa %<...%> a un puntero de funciÃ³nla conversiÃ³n de la funciÃ³n sobrecargada %qD al tipo %q#T es ambiguala conversiÃ³n a %qT desde la lista del inicializador usarÃ­a el constructor explÃ­cito %qDse convierte al tipo %qT que no es puntero desde NULLla variable copyprivate %qE no es threadprivate o private en el contexto externoraÃ­z de Ã¡rbol de bucle corruptalista de salidas corrupta del bucle %dcabeza corrupta de la lista de salidas del bucle %dinformaciÃ³n de anÃ¡lisis de perfil corrupta: el borde de %i a %i excede la cuenta maximalinformaciÃ³n de anÃ¡lisis de perfil corrupta: el nÃºmero de ejecuciones para el borde %d-%d deberÃ­a ser %iinformaciÃ³n de anÃ¡lisis de perfil corrupta: el nÃºmero de iteraciones para el bloque bÃ¡sico %d deberÃ­a ser %iinformaciÃ³n de anÃ¡lisis de perfil corrupta: los datos de anÃ¡lisis de perfil no es consistente en flujoinformaciÃ³n de anÃ¡lisis de perfil corrupta: sum_all es menor que sum_maxvalor de perfil corrupto: la cuenta del perfilador %s (%d de %d) es inconsistente con la cuenta bloque-bÃ¡sico (%d)no se puede cerrar el fichero de volcado Go: %mno se puede cerrar el fichero de volcado de insn final %qs: %mno se puede cerrar el fichero de respuesta %sno se puede cerrar el fichero de respuesta temporal %sno se puede cerrar el fichero de volcado de insn en ceros %qs: %mno se puede convertir %qE de %qT a %qTno se ha podido emitir HSAIL para la funciÃ³n %s: la funciÃ³n no se puede clonarno se puede encontrar un registro de vaciadono se puede encontrar la clase %qEno se puede encontrar la interfaz para la clase %qEno se puede encontrar setter/getter para %qE en la clase %qEno se puede encontrar el fichero de especificaciones %s
! no se puede abrir el fichero de volcado Go %qs: %mno se puede abrir el fichero de volcado %qs: %mno se puede abrir el fichero de volcado de insn final %qs: %mno se puede abrir el fichero de respuesta %sno se puede abrir el fichero de resoluciÃ³n de sÃ­mbolos: %mno se puede abrir el fichero de respuesta temporal %sno se puede abrir el fichero de desplazamientono se puede decodificar el nÃºmero hexadecimalno se puede resolver el tipo typenameno se puede dividir insnno se puede escribir en el fichero de respuesta %sno se puede escribir en el fichero de respuesta temporal %sno se puede entender kern.osversion %q.*sno se puede hacer unmap de pch_address_space: %mcreado y usado con diferentes ABIscreado y usado con diferentes arquitecturas / ABIscreado y usado con diferente orden de bitscreado y usado con diferentes opciones de -fpiccreado y usado con diferentes opciones de -fpiecreado y usado con diferentes opciones de '%s'se crea la matriz de %qTse crea la matriz de %qT, la cual es un tipo de clase abstractase crea la matriz de miembros de funciÃ³nse crea la matriz de funcionesse crea la matriz de referenciasse crea la matriz de voidsse crea un puntero a funciÃ³n miembro del tipo %qT que no es clasese crea un puntero al miembro del tipo %qT que no es clasese crea un puntero al miembro de tipo voidse crea un puntero al miembro de referencia de tipo %qTse crea una reubicaciÃ³n en tiempo de ejecuciÃ³nse crea una reubicaciÃ³n en tiempo de ejecuciÃ³n para %qDse crea un selector para el mÃ©todo %qE que no existeel espacio de nombres actual %qD no contiene al espacio de nombres %qD usado con frecuenciano se pueden especificar atributos de Ã¡rea de datos para variables localesel Ã¡rea de datos de %q+D genera un conflicto con la declaraciÃ³n previadeclaraciÃ³n de datosla definiciÃ³n de datos no tiene tipo o clase de almacenamientoel dato miembro %qD no puede ser una plantilla miembrolos datos miembro pueden no tener el tipo modificado variablemente %qTel tipo de datos de %q+D no es adecuado para un registrodata-model=far no es vÃ¡lido para la arquitectura cr16cSTMT muerto en la tabla EHhistograma muertodepuraciÃ³nel formato de depuraciÃ³n %qs genera un conflicto con una selecciÃ³n previael nivel de salida de depuraciÃ³n %qs es demasiado elevadodepuraciÃ³n: especificador-decl no vÃ¡lido en la condiciÃ³nla declaraciÃ³n %qD no declara nadala declaraciÃ³n no declara nadaexiste la declaraciÃ³n para el parÃ¡metro %qD pero no hay tal parÃ¡metrodeclaraciÃ³n de la variable %<extern%> %qD en la declaraciÃ³n inicial del bucle %<for%>declaraciÃ³n de %<~%T%> como miembro de %qTla declaraciÃ³n de %q#Dla declaraciÃ³n de %q#D tiene %<extern%> y estÃ¡ inicializadala declaraciÃ³n de %q#D no tiene inicializadoresla declaraciÃ³n de %q#D fuera de la clase no es una definiciÃ³nla declaraciÃ³n de %q#D oscurece un parÃ¡metroredeclaraciÃ³n de %q#D con enlace de lenguaje Cla declaraciÃ³n de %q+D oscurece una funciÃ³n internala declaraciÃ³n de %q+D oscurece a una declaraciÃ³n previa que no es variabledeclaraciÃ³n de %q+D con atributo noinline despuÃ©s de la declaraciÃ³n inline declaraciÃ³n de %q+D sin enlace despuÃ©s de una declaraciÃ³n externdeclaraciÃ³n de %qD como %<typedef%>la declaraciÃ³n de %qD como una matriz de miembros de funciÃ³nla declaraciÃ³n de %qD como una matriz de funcionesla declaraciÃ³n de %qD como una matriz de referenciasla declaraciÃ³n de %qD como una matriz de voidsdeclaraciÃ³n de %qD como miembro de %qTla declaraciÃ³n de %qD como una matriz multidimensional debe tener lÃ­mites para todas las dimensiones excepto la primerala declaraciÃ³n de %qD como algo que no es funciÃ³ndeclaraciÃ³n de %qD como algo que no es miembrola declaraciÃ³n de %qD como parÃ¡metrola declaraciÃ³n de %qD en %qD la cual no incluye a %qDla declaraciÃ³n de %qD en el espacio de nombres %qD el cual no incluye a %qDla declaraciÃ³n de %qD no estÃ¡ en un espacio de nombres alrededor de %qDla declaraciÃ³n de %qD oscurece a una declaraciÃ³n globalla declaraciÃ³n de %qD oscurece una captura lambdala declaraciÃ³n de %qD oscurece a una declaraciÃ³n local previadeclaraciÃ³n de %qE como una matriz de funcionesla declaraciÃ³n de %qE como una matriz de voidsla declaraciÃ³n de %qF tiene un especificador de excepciÃ³n diferentela declaraciÃ³n de la variable constexpr %qD no es una definiciÃ³ndeclaraciÃ³n de la funciÃ³n %qD en un contexto no vÃ¡lidodeclaraciÃ³n de %qD que no es variable en la declaraciÃ³n inicial del bucle %<for%>declaraciÃ³n de la variable static %qD en la declaraciÃ³n inicial del bucle %<for%>declaraciÃ³n de nombre de tipo como una matriz de funcionesdeclaraciÃ³n de nombre de tipo como una matriz de voidsno se encontraron declaraciones en la base dependiente %qT pur la bÃºsqueda no calificadafalta el id del declarador; se utiliza la palabra reservada %qDse declara aquÃ­el tipo de declaraciÃ³n no puede resolver la direcciÃ³n de la funciÃ³n sobrecargadael tipo de declaraciÃ³n evalÃºa a %qT, el cual no es una clase o un tipo enumeradodecremento del campo constante %qDel decremento de un valor de enumeraciÃ³n es no vÃ¡lido en C++decremento de la funciÃ³n %qDdecremento de miembro %qD en objeto de sÃ³lo lecturadecremento de la ubicaciÃ³n de sÃ³lo lectura %qEdecremento del miembro de sÃ³lo lectura %qDdecremento del valor de devoluciÃ³n nombrado de sÃ³lo lectura %qDdecremento del parÃ¡metro de sÃ³lo lectura %qDdecremento de la referencia de sÃ³lo lectura %qDdecremento de la variable de sÃ³lo lectura %qDse deduce %qT como %qTla deducciÃ³n de una lista inicializadora encerrada entre llaves requiere #include <initializer_list>predeterminado %d mÃ­nimo %d mÃ¡ximo %del argumento por defecto %qE usa %qDel argumento por defecto %qE usa la variable local %qDargumento por defecto para el parÃ¡metro de plantilla para la clase incluyente %qDargumento por defecto dado para el parÃ¡metro %d de %q#Dno coincide el argumento por defecto en la resoluciÃ³n de sobrecargafalta el argumento por defecto para el parÃ¡metro %P de %q+#Dse especificÃ³ un argumento por defecto para el parÃ¡metro lambdase especificÃ³ un argumento por defecto en la especializaciÃ³n explÃ­citano se permiten los argumentos por defecto en la declaraciÃ³n de la especializaciÃ³n friend de la plantilla %qDlos argumentos por defecto sÃ³lo se permiten para parÃ¡metros de funciÃ³nno se ha especificado el objetivo predefinidono se ha especificado el atributo target_clones predefinidono se pueden usar los argumentos de plantilla por defecto en las declaraciones friend de la plantilla de funciÃ³nno se pueden usar los argumentos de plantilla por defecto en la re-declaraciÃ³n friend de la plantilla de funciÃ³nlos argumentos de plantilla por defecto no se pueden usar en las plantillas de funciÃ³n sin -std=c++11 o -std=gnu++11no se pueden usar los argumentos de plantilla por defecto en las especializaciones parcialeslas funciones por defecto y borradas sÃ³lo estÃ¡n disponibles con -std=c++11 o -std=gnu++11declaraciÃ³n definida por defecto %q+Del constructor por defecto en efecto no inicializa ningÃºn dato miembro que no es staticfunciÃ³n definida por defecto %q+D con argumento por defectodefinir un tipo en una conversiÃ³n es no vÃ¡lido en C++definir un tipo en una literal compuesta es no vÃ¡lido en C++definiendo la especializaciÃ³n explÃ­cita %qD en la declaraciÃ³n friendla definiciÃ³n de tipo en %qs es no vÃ¡lida en C++la definiciÃ³n en el bloque %i no domina el uso en el bloque %idefiniciÃ³n en el bloque %i despuÃ©s del usola definiciÃ³n de %q#D se marca como %<dllimport%>la definiciÃ³n de %q#T dentro de la lista de parÃ¡metros de plantillala definiciÃ³n de %qD no estÃ¡ en un espacio de nombres que contenga a %qTla definiciÃ³n de %qD explÃ­citamente por defectola definiciÃ³n de %qD declarado implÃ­citamenteno se encontrÃ³ la definiciÃ³n del protocolo %qEla definiciÃ³n de los datos miembro static %q+D de la clase dllimportadase proporcionÃ³ una definiciÃ³n para la instanciaciÃ³n explÃ­citalos constructores delegadores sÃ³lo estÃ¡n disponibles con -std=c++11 o -std=gnu++11se borrÃ³ la funciÃ³n %q+Del borrado de %qT estÃ¡ indefinidose borra el fichero LTRANS %s: %mel nombre dependiente %qE se decodifica como un no tipo, pero la instanciaciÃ³n genera un tipoconversiÃ³n obsoleta de una constante de cadena a %qTel mensaje obsoleto no es una cadenadeferenciando el puntero %<void *%>la dereferencia de punteros %<type-punned%>  puede romper las reglas de alias estrictola dereferencia de punteros %<type-punned%> romperÃ¡ las reglas de alias estrictodeclaraciÃ³n de tipo derivadounion derivada %qT no vÃ¡lidase declarÃ³ el destructor %qD como una plantilla miembroel destructor no puede ser una funciÃ³n miembro de tipo staticel destructor para %qE no debe se ejecutado porel destructor para la clase extranjera %qT no puede ser un miembrono se admiten las prioridades de destructorlas prioridades de destructor desde 0 hasta %d estÃ¡n reservadas para la implementaciÃ³nlas prioridades de destructor deben ser enteros desde 0 hasta %d inclusivelos destructores no pueden ser cv-calificadoslos destructores no pueden tener parÃ¡metrosla diferencia entre %qE y %qD no tiene tipo enteronÃºmero diferente de parÃ¡metrosnÃºmero diferente de resultadostipos de parÃ¡metro diferentestipos de receptor diferentestipos de resultado diferentestipos subyacentes diferentes en el enum %q#Tvarargs diferentesbase directa %qT inaccesible en %qT debido a ambigÃ¼edadargumento de la directiva %qEargumento de la directiva en el rango de [%E, %E]se desactiva el paso %s para la funciÃ³n %sse desactiva el paso %s para las funciones en el rango de [%u, %u]tipo Objective-C distinto en la devoluciÃ³ndivisiÃ³n por cerono especifique -march=... y -mcpu=... al mismo tiempono coincide la firma esperada %qDno se admite multilibel dominador de %d deberÃ­a ser %d, no %del dominador de %d en un estado desconocidolista doblemente enlazada de nombres del ensamblador corrruptalista de clones doblemente ligada corrruptadebido a diferentes especificaciones de excepciones%<const%> duplicado%<restrict%> duplicado%<volatile%> duplicado%qE duplicado%qs duplicadovalor case duplicado (o con solapamiento de rangos)nombre de operando asm %qs duplicadotipo base duplicado %qT no vÃ¡lidovalor de case duplicadocalificador-cv duplicadodeclaraciÃ³n duplicada para el protocolo %qEdeclaraciÃ³n duplicada del mÃ©todo %<%c%E%> con tipos en conflictodefiniciÃ³n duplicada de '%s'instanciaciÃ³n explÃ­cita duplicada de %q#DinstanciaciÃ³n explÃ­cita duplicada de %q#TinicializaciÃ³n duplicada de %qDUID de insn duplicado: %ivariable de instancia %q+D duplicadadeclaraciÃ³n de interfaz duplicada para la categorÃ­a %<%E(%E)%>declaraciÃ³n de interfaz duplicada para la clase %qEetiqueta %qD duplicadadeclaraciÃ³n duplicada de la etiqueta %qEmiembro %q+D duplicadoespecificador-virt duplicadodurante la recompilaciÃ³n -fcompare-debugno se admite dwarf versiÃ³n %dno se encontrÃ³ la dependencia dinÃ¡mica %sdynamic_cast de %q#D a %q#T nunca podrÃ¡ tener Ã©xitocada identificador sin declarar se reporta sÃ³lo una vez para cada funciÃ³n en el que apareceel borde %s->%s no tiene un call_stmt correspondienteel borde de %d a %d se debe marcar como irreducibleel borde de %d a %d no se debe marcar como irreduciblepuntos de borde para una declaraciÃ³n errÃ³nea:el especificador de tipo elaborado para un Ã¡mbito enumerado no debe usar la palabra clave %<%D%>los tipos de elemento deben ser el mismooperaciÃ³n binaria elementallos argumentos de la funciÃ³n elemental en %C no cumplenprocedimiento elementalelementos de la matriz %q#D con tipo de dato incompletoelementos de la matriz %q#T tienen tipo de dato incompleto%<\0%> incrustado en el formatoemit_fusion_p9_load no MEMemit_fusion_p9_load, reg #1 errÃ³neoemit_fusion_p9_load, reg #2 errÃ³neoemit_fusion_p9_store no MEMemit_fusion_p9_store, reg #1 errÃ³neoemit_fusion_p9_store, reg #2 errÃ³neose emite un operando PIC, pero el registro PIC aÃºn no estÃ¡ preparadose emite el insn de microcÃ³digo condicional %s	[%s] #%dse emite el insn de microcÃ³digo %s	[%s] #%ddeclaraciÃ³n vacÃ­auna declaraciÃ³n vacÃ­a con %<_Alignas%> no redeclara la etiquetauna declaraciÃ³n vacÃ­a con especificadores de clase de almacenamiento no redeclara la etiquetauna declaraciÃ³n vacÃ­a con calificador de tipo no redeclara la etiquetarango de Ã­ndices vacÃ­o en el inicializadorprecisiÃ³n izquierda vacÃ­a en el formato %sprecisiÃ³n vacÃ­a en el formato %sse especificÃ³ un rango vacÃ­oinicializador escalar vacÃ­oactiva el uso de la instrucciÃ³n move condicional.se activa el paso %s para la funciÃ³n %sse activa el paso %s para las funciones en el rango de [%u, %u]habilitar el soporte de rastreo hacia atrÃ¡s sÃ³lo tiene significado cuando se compila para el Thumbhabilitar el soporte de trabajo interno de llamado sÃ³lo tiene significado cuando se compila para el ThumbconstrucciÃ³n OpenACC %qs que lo contienela clase envolvente de la funciÃ³n miembro que no es estÃ¡tica constexpr %q+#D no es un tipo literallas plantillas de clase contenedoras no son explÃ­citamente especializadasregiÃ³n objetivo contenedoratarea contenedorael insn final %d para el bloque %d no se encontrÃ³ en el flujo insnel final del bucle do implÃ­cito en %L no se puede simplificar a un valor constantese definiÃ³ la constante enum aquÃ­constante enum en contexto booleanconversiÃ³n de enum en una asignaciÃ³n es no vÃ¡lido en C++la conversiÃ³n de enum en la inicializaciÃ³n es no vÃ¡lida en C++conversiÃ³n enum en devoluciÃ³n es no vÃ¡lida en C++la conversiÃ³n de enum al pasar el argumento %d de %qE es no vÃ¡lido en C++se definiÃ³ el tipo enum aquÃ­tipos enumeral y no enumeral en la expresiÃ³n condicionalno coincide el enumeral en la expresiÃ³n condicional: %qT vs %qTel valor de enumeraciÃ³n %qE no se maneja en un switchlos valores de enumeraciÃ³n exceden el rango del entero mÃ¡s grandeel valor de enumerador para %qD no es una constante enterael valor de enumerador para %qE no es una constante enterael valor de enumerador para %qE no es una expresiÃ³n constante enterano se definiÃ³ la variable de entorno %qsse debe establecer la variable de entorno COLLECT_GCCse debe establecer la variable de entorno COLLECT_GCC_OPTIONSno se definiÃ³ la variable de entorno DJGPPla variable de entorno DJGPP apunta al fichero corrupto '%s'la variable de entorno DJGPP apunta al fichero faltante '%s'errorerror al cerrar %s: %merror en los argumentos para la funciÃ³n de especificaciÃ³n %qserror al quitar %s
  error al escribir %qserror al escribir a %s: %merror: errores durante la mezcla de unidades de traducciÃ³nmanejo de excepciones desactivado, use -fexceptions para activarno coincide la personalidad del manejo de excepciÃ³nse atraparÃ¡  la excepciÃ³n del tipo %<%T%>la excepciÃ³n del tipo %qT se atraparÃ¡exceso de elementos en el inicializador de matrizexceso de elementos en el inicializador de matriz de caracteresexceso de elementos en el inicializador de escalarexceso de elementos en el inicializador de structexceso de elementos en el inicializador de unionexceso de elementos en el inicializador de vectoroperando use en exceso para stmtla cuenta de ejecuciÃ³n es negativase asume que las cuentas de ejecuciÃ³n son cero
  cuentas de ejecuciÃ³n estimadas
! no se grabÃ³ la salida %d->%dfallÃ³ expand_binop en movsi gotel patrÃ³n de expansiÃ³n %<%E%> no contiene paquetes de argumentoel patrÃ³n de expansiÃ³n %<%T%> no contiene paquetes de argumentoel punto de expansiÃ³n es la ubicaciÃ³n %ise esperaba %<#pragma omp section%> o %<}%>se esperaba una clÃ¡usula %<#pragma omp%>se esperaba %<(%>se esperaba %<(%> o fin de lÃ­nease esperaba %<)%>se esperaba %<*%>se esperaba %<,%>se esperaba %<,%> o %<)%>se esperaba %<,%> o %<...%>se esperaba %<,%> o %<;%>se esperaba %<,%> o %<}%>se esperaba %<,%>, %<;%> o %<}%>se esperaba %<.%>se esperaba %<...%>se esperaba %<:%>se esperaba %<:%> o %<...%>se esperaba %<:%> o %<::%>se esperaba %<:%>, %<,%>, %<;%>, %<}%> o %<__attribute__%>se esperaba %<::%>se esperaba %<;%>se esperaba %<;%> despuÃ©s de la definiciÃ³n de clasese esperaba %<;%> despuÃ©s de la definiciÃ³n de structse esperaba %<;%> despuÃ©s de la definiciÃ³n de unionse esperaba %<;%> al final de la declaraciÃ³n miembrose esperaba %<;%> o %<{%>se esperaba %<;%> o %<{%> despuÃ©s de la definiciÃ³n del atributo de mÃ©todose esperaba %<;%>, %<,%> o %<)%>se esperaba %<;>, identificador o %<(%>se esperaba %<<%>se esperaba %<=%>se esperaba %<=%>, %<,%>, %<;%>, %<asm%> o %<__attribute__%>se esperaba %<>%>se esperaba %<@end%>se esperaba %<@synchronized%>se esperaba %<@throw%>se esperaba %<@try%>se esperaba %<[%>se esperaba %<]%>se esperaba %<_Cilk_spawn%> antes de %<_Cilk_sync%>se esperaba %<__label__%>se esperaba %<__transaction_atomic%>se esperaba %<__transaction_relaxed%>se esperaba %<asm%>se esperaba %<catch%>se esperaba %<class%>se esperaba %<class%>, %<typename%> o %<template%>se esperaba %<decltype%>se esperaba %<delete%>se esperaba %<extern%>se esperaba %<namespace%>se esperaba %<new%>se esperaba %<none%> o %<shared%>se esperaba %<operator%>se esperaba el modificador de clÃ¡usula %<parallel%> o %<target%> %<if%>se esperaba %<return%>se esperaba %<static_assert%>se esperaba %<template%>se esperaba %<throw%>se esperaba %<try%>se esperaba %<using%>se esperaba %<while%>se esperaba %<{%>se esperaba %<{%> o %<:%>se esperaba %<}%>se esperaba %<}%> antes de %<else%>se esperaba %<~%>se esperaban %d niveles de parÃ¡metros de plantilla para %q#D, se obtuvieron %dse esperaba %qT pero el argumento es de tipo %qTse esperaba el modificador de clÃ¡usula %qs %<if%> en vez de %qsse esperaba [error|warning|ignored|push|pop] despuÃ©s de %<#pragma GCC diagnostic%>se esperaba una cadena despuÃ©s de %<#pragma message%>se esperaba un objeto SSA_NAMEse esperaba una expresiÃ³n booleanase esperaba un tipo booleanose esperaba canalse esperaba un nombre de clasese esperaba una llave de clasese esperaba un nombre de clasese esperaba un constructor, un destructor, o una conversiÃ³n de tipose esperaba una declaraciÃ³nse esperaba una declaraciÃ³nse esperaban especificadores de declaraciÃ³nse esperaban especificadores de declaraciÃ³n o %<...%>se esperaba un declaradorse esperaba una cadena vacÃ­a despuÃ©s de la palabra clave %<operator%>se esperaba el fin de la lista-de-capturase esperaba fin de lÃ­nease esperaba una expresiÃ³nse esperaba funciÃ³nse esperaba una expresiÃ³n idse esperaba un identificadorse esperaba un identificador o %<(%>se esperaba un identificador o %<)%>se esperaba un identificador o %<*%>se esperaba un inicializadorse esperaba un enterose esperaba una expresiÃ³n enterase esperaba interfaz o puntero a interfazse esperaba una declaraciÃ³n de iteraciÃ³n o una inicializaciÃ³nse esperaba una declaraciÃ³n de iteraciÃ³nse esperaba una declaraciÃ³n de saltose esperaba etiquetase esperaba una declaraciÃ³n etiquetadase esperaba un Ã­ndice de mapa en el lado derechose esperaba un nombre de espaciose esperaban especificadores de nombre anidadosse esperaba un tipo numÃ©ricooperador inesperadose esperaba el parÃ¡metro pack antes de %<...%>se esperaba un punterose esperaba una expresiÃ³n primariase esperaba un operador punterose esperaba un nombre calificado en la declaraciÃ³n friend para el constructor %qDse esperaba un nombre calificado en la declaraciÃ³n friend para el destructor %qDse esperaba una declaraciÃ³n de selecciÃ³nse esperaba una lista de calificadores-especificadoresse esperaba una declaraciÃ³nse esperaba una cadena literalse esperaba una cadena literalse esperaba un identificador sufijose esperaba un argumento de plantillase esperaba un id de plantillase esperaba un id de plantilla para el tipose esperaba un nombre de plantillase esperaba un specificador de tipose esperaba un nombre de tipose esperaba un especificador de tipose esperaba un id sin calificarla captura por copia explÃ­cita de %<this%> es redundante con la captura por copia por defectola captura por copia explÃ­cita de %qD es redundante con la captura por copia por defectola captura por referencia explÃ­cita de %qD es redundate con la captura por referencia por defectolos operadores de conversiÃ³n explÃ­cita sÃ³lo estÃ¡n disponibles con -std=c++11 o -std=gnu++11goto explÃ­cito al final del bb %dinstanciaciÃ³n explÃ­cita de %q#DinstanciaciÃ³n explÃ­cita de %q#T antes de la definiciÃ³n de la plantillainstanciaciÃ³n explÃ­cita de %qD pero no hay una definiciÃ³n disponibleinstanciaciÃ³n explÃ­cita de %qD en el espacio de nombres %qD (el cual no incluye el espacio de nombres %qD)instanciaciÃ³n explÃ­cita de la plantilla %qD que no es claseinstanciaciÃ³n explÃ­cita de %q#D que no es plantillainstanciaciÃ³n explÃ­cita del tipo %qT que no es plantillala instanciaciÃ³n explÃ­cita no debe usar el especificador %<constexpr%>la instanciaciÃ³n explÃ­cita no debe usar el especificador %<inline%>calificaciÃ³n explÃ­cita en la declaraciÃ³n de %qDespecializaciÃ³n explÃ­cita en el Ã¡mbito %qD que no es espacio de nombresespecializaciÃ³n explÃ­cita de %qD despuÃ©s del primer usola especializaciÃ³n explÃ­cita de %qD se debe preceder con %<template <>%>instanciaciÃ³n explÃ­cita de %qT que no es plantillano se permite la lista de argumentos de plantilla explÃ­citala especializaciÃ³n de plantilla explÃ­cita no puede tener una clase de almacenamientola funciÃ³n %q+D explÃ­citamente por defecto no se puede declarar como constexpr porque la declaraciÃ³n implÃ­cita no es constexpr:los registros usados explÃ­citamente deben ser agrupados en la parte superior de la pilaexpr en la asignaciÃ³n !$OMP ATOMIC WRITE var =  expr debe ser escalar y no puede referenciar a var en %Lexpr en la asignaciÃ³n !$OMP ATOMIC var = var op expr debe ser escalar y no puede referenciar a var en %Lla expresiÃ³n %qE no designa una funciÃ³n constexprla expresiÃ³n %qE tiene efectos colateralesla expresiÃ³n en el declarador-new debe tener un tipo integral o de enumeraciÃ³nla expresiÃ³n en la aserciÃ³n static no es un enterola expresiÃ³n en la aserciÃ³n static no es una expresiÃ³n constante enterala expresiÃ³n en la aserciÃ³n static no es una constantese trata la lista de expresiones como una expresiÃ³n compuesta en la conversiÃ³n funcionalse trata la lista de expresiones como una expresiÃ³n compuesta en en inicializadorse trata la lista de expresiones como una expresiÃ³n compuesta en el inicializador de memoriala declaraciÃ³n de la expresiÃ³n tiene tipo de dato incompletolas listas de inicializador extendidas sÃ³lo estÃ¡ disponibles con -std=c++11 o -std=gnu++11los registros extendidos no tiene mitades superioresla declaraciÃ³n extern de %q#D no coincidedeclaraciÃ³n extern de %q+D despuÃ©s de una declaraciÃ³n sin enlacemodelo globalvalue externono se admiten funciones de inicializaciÃ³n TLS externas en este objetivose requiere enlace externo para el sÃ­mbolo %q+D debido al atributo %qEclon incluido en lÃ­nea visible externamente<;%> extragrupo extra de llaves al final del inicializadorelementos extras en el inicializador escalarborde de salida extra %d->%dcalificaciÃ³n extra %<%T::%> en el miembro %qsno se permite la calificaciÃ³n extrapunto y coma extrase especificÃ³ un punto y coma extra en la definiciÃ³n del mÃ©todose especificÃ³ un punto y coma extra en un struct o unioncalificadores de tipo extra en el argumento de formato (argumento %d)no se puede inicializar el plugin %sno se puede obtener el estado de salida: %mno se pueden obtener los tiempos de proceso: %mfallÃ³ al abrir el fichero temporal %s para la salida LTOfallÃ³ al abrir el fichero de temporal %s con salida LTOfallÃ³ al reclamar una funciÃ³n innecesariafallÃ³ al reclamar una funciÃ³n innecesaria en el mismo grupo comdatla falla de modelo de memoria no puede ser mÃ¡s fuerte que el modelo de memoria exitoso para %<__atomic_compare_exchange%>falla al simplificar la referencia de subcadena en la declaraciÃ³n DATA en %Lfalla al tratar de recargar:borde de caÃ­da despuÃ©s de una sentencia de control en bb %dborde de caÃ­da despuÃ©s del salto incondicional en bb %iel borde de caÃ­da cruza el lÃ­mite de la secciÃ³n en bb %icaida para salir del bb %dla enumeraciÃ³n rÃ¡pida no estÃ¡ disponible en Objective-C 1.0los atributos fastcall y cdecl no son compatibleslos atributos fastcall y regparm no son compatibleslos atributos fastcall y stdcall no son compatibleslos atributos fastcall y thiscall no son compatibleserror fatal: fclose %s: %mel campo %q+D no vÃ¡lidamente se declara como un tipo de funciÃ³nel campo %q+D no vÃ¡lidamente se declara como un tipo de mÃ©todoel campo %qE se declarÃ³ como una funciÃ³nel campo %qE tiene tipo de dato incompletoel nombre del campo no estÃ¡ en el inicializador de record o unionespecificador de precisiÃ³n del campoanchura de campoanchura de campo en formato printfanchura de campo en formato scanfanchura de campo en formato strfmonanchura de campo en formato strftimeespecificador de anchura de campolos campos tienen distinta disposiciÃ³n en otra unidad de translaciÃ³nel fichero termina en el argumento por defectola declaraciÃ³n del Ã¡mbito de fichero de %qE especifica %<auto%>la declaraciÃ³n del Ã¡mbito de fichero de %qE especifica %<register%>carÃ¡cter de rellenocarÃ¡cter de relleno en el formato de strfmonfind_enum(): No se encontrÃ³ el enumeradorse encontrÃ³ la funciÃ³n fini en el objeto %sel primer argumento debe ser []byteel primer argumento de %q+D debe ser %<int%>el primer argumento de %<__builtin_choose_expr%> no es una constanteel primer argumento para %<va_arg%> no es del tipo %<va_list%>el primer descuadre es campoel primer desplazamiento debe estar en direcciÃ³n opuesta a las iteraciones del buclese usÃ³ el registro fijo %s para pasar un parÃ¡metro a la funciÃ³ndesbordamiento de coma fija en la expresiÃ³nno se admiten tipos de coma fija para este objetivono se admiten tipos de coma fija en C++miembro de matriz flexible en unionel miembro de matriz flexible no estÃ¡ al final del structla constante de coma flotante excede el rango de %qTconstante de coma flotante mal usadase truncÃ³ la constante de coma flotante a cerodesbordamiento de coma flotante en la expresiÃ³nla constante de coma flotante no es un operando inmediato vÃ¡lidoinsn de control de flujo dentro de un bloque bÃ¡sicofold check: el Ã¡rbol original cambiÃ³ por un plieguefopen %s: %mfopen: %s: %mpara %qDla expresiÃ³n de incremento for no puede resolver la direcciÃ³n de la funciÃ³n sobrecargadala expresiÃ³n de incremento for no tiene efectola expresiÃ³n de incremento for es una referencia, no una llamada, a la funciÃ³n %qEse esperaba una declaraciÃ³n forpara la declaraciÃ³n de plantilla %q+Dformatono se usa el argumento de formato %d antes de usar el argumento %d en el formato de estilo-$se usa mÃ¡s de una vez el argumento de formato %d en el formato %sel formato es una cadena de carÃ¡cter anchael formato no es una cadena literal y no tiene argumentos de formatoel formato no es una cadena literal, no se revisaron los tipos de argumentoel formato no es una cadena literal, no se revisÃ³ la cadena de formatoel argumento de la cadena de formato se encuentra despuÃ©s de los argumentos que recibirÃ¡n formatoel argumento de la cadena de formato no es un tipo de cadenala cadena de formato tiene un nÃºmero de operadores no vÃ¡lidola cadena de formato se definiÃ³ aquÃ­se forma un puntero para referenciar al tipo %qTse forma una referencia para referenciar al tipo %qTse forma la referencia a voidse encontrÃ³ %<%c%s%>se encontrÃ³ %<-%E%> en lugar de %<+%E%> en el(los) protocolo(s)se encontrÃ³ %<:%> en un especificador de nombre anidado, se esperaba %<::%>se encontrÃ³ un %qT pero el argumento de formato debe ser una cadenase encontrÃ³ un nombre por defecto con una declaraciÃ³n de definiciÃ³n que no estÃ¡ vacÃ­ase encontrÃ³ una definiciÃ³n real para uno que no es registrose encontrÃ³ una definiciÃ³n virtual para un registro GIMPLEse encontrÃ³ un SSA_NAME que fue liberado en el conjunto librese encontrÃ³ un case por defecto que no estÃ¡ al inicio del vector caseel completado por software de fp requiere una opciÃ³n -mtrap-precision=ifr30_print_operand: cÃ³digo %%F no vÃ¡lidofr30_print_operand: cÃ³digo %%x no vÃ¡lidofr30_print_operand: operando no vÃ¡lido para el cÃ³digo %%Afr30_print_operand: MEM sin manejarfr30_print_operand: cÃ³digo desconocidofr30_print_operand: no se reconoce el cÃ³digo %%Bfr30_print_operand: no se reconoce el cÃ³digo %%bfr30_print_operand: no se reconoce el cÃ³digo %%pfr30_print_operand_address: direcciÃ³n sin manejarse requiere puntero de marco, mas reservadoel tamaÃ±o de marco de %qs es de %wd bytesel tamaÃ±o de marco de la funciÃ³n %qs de %wd bytes excede el lÃ­mite de pila definido por el usuario de %d bytes.  Se agrega una trampa incondicional.el tamaÃ±o de marco de la funciÃ³n %qs de %wd bytes es mayor que la mitad del tamaÃ±o de la pila. La revisiÃ³n dinÃ¡mica no serÃ¡ confiable. No se emitirÃ¡ revisiÃ³n para esta funciÃ³n.el tamaÃ±o del marco es demasiado grande para una revisiÃ³n confiable de la pilala declaraciÃ³n friend %q#D declara una funciÃ³n que no es plantillauna declaraciÃ³n friend %qD en una clase local sin declaraciÃ³n previala declaraciÃ³n friend no nombra una clase o funciÃ³nla declaraciÃ³n friend no estÃ¡ en una definiciÃ³n de clasela declaraciÃ³n friend requiere una llave de clase, p.e. %<friend %#T%>la declaraciÃ³n friend requere una llave de clase, p.e. %<friend class %T::%D%>frv_print_operand: cÃ³digo desconocidola funciÃ³n sÃ³lo se puede comparar con nilla funciÃ³n %q#D se inicializa como una variablela definiciÃ³n de la funciÃ³n %q+D se marca como dllimportla funciÃ³n %q+D es parte de un ciclo de aliasla funciÃ³n %q+F nunca se puede copiar porque recibe un goto que no es localla funciÃ³n %q+F nunca se puede copiar porque guarda direcciones de etiqueta local en una variable estÃ¡ticala funciÃ³n %q+F nunca se puede incluir en lÃ­nea porque contiene un goto calculadola funciÃ³n %q+F nunca puede ser incluida en lÃ­nea porque se suprime al usar -fno-inlinela funciÃ³n %q+F nunca se puede incluir en lÃ­nea porque usa __builtin_return o __builtin_apply_argsla funciÃ³n %q+F nunca se puede incluir en lÃ­nea porque usa alloca (forzar usando el atributo always_inline)la funciÃ³n %q+F nunca puede ser incluida en lÃ­nea porque utiliza atributos que generan conflictos con la inclusiÃ³n en lÃ­neala funciÃ³n %q+F nunca se puede incluir en lÃ­nea porque contiene un goto que no es localla funciÃ³n %q+F nunca se puede incluir en lÃ­nea porque usa setjmpla funciÃ³n %q+F nunca se puede incluir en lÃ­nea porque usa manejo de excepciones setjmp-longjmpla funciÃ³n %q+F nunca se puede incluir en lÃ­nea porque usa listas variables de argumentosla funciÃ³n %qD estÃ¡ inicializada como una variablela funciÃ³n %qD puede ser un candidato para el atributo de formato %qsla funciÃ³n %qD se redeclarÃ³ como variablese usÃ³ la funciÃ³n %qD como salida %<asm%>la funciÃ³n %qs no se puede declarar %<mutable%>no coincide el atributo de funciÃ³nlos atributos de funciÃ³n %qs y %qs no tienen efecto en funciones %qslos atribucions de funciÃ³n %qs, %qs y %qs son mutuamente exclusivosel cuerpo de la funciÃ³n se puede sobreescribir al tiempo de enlaceel cuerpo de la funciÃ³n no estÃ¡ disponiblela llamada a la funciÃ³n tiene valor agregadofunciÃ³n llamada a travÃ©s de un tipo de dato que no es compatibleno se puede instrumentar la funciÃ³nla declaraciÃ³n de la funciÃ³n no es un prototipola funciÃ³n declarada %<noreturn%> tiene una declaraciÃ³n %<return%>la definiciÃ³n de la funciÃ³n se declarÃ³ como %<auto%>la definiciÃ³n de la funciÃ³n se declarÃ³ como %<register%>la definiciÃ³n de la funciÃ³n se declarÃ³ como %<typedef%>la definiciÃ³n de la funciÃ³n no declara parÃ¡metrosla definiciÃ³n de la funciÃ³n tiene un tipo de devoluciÃ³n void calificadola funciÃ³n no devuelve valores de tipo cadenala funciÃ³n puede devolver la direcciÃ³n de una variable localla funciÃ³n no se considerÃ³ para la inclusiÃ³n en lÃ­neala funciÃ³n no se declarÃ³ inline y el tamaÃ±o del cÃ³digo podrÃ­a crecerla funciÃ³n no se puede incluir en lÃ­neala funciÃ³n no es candidata para inlineel nÃºmero de resultados de la funciÃ³n no cuadrael tipo de devoluciÃ³n de funciÃ³n no puede ser funciÃ³nlos tipos de devoluciÃ³n de funciÃ³n no son compatibles debido a %<volatile%>la funciÃ³n devuelve una funciÃ³nla funciÃ³n devuelve una matrizla funciÃ³n devuelve la direcciÃ³n de una variable localla funciÃ³n devuelve un agregadoel sÃ­mbolo de funciÃ³n no es una funciÃ³nla plantilla de funciÃ³n %qD se redeclarÃ³ commo una plantilla de claselos tipos de funciÃ³n no son totalmente compatibles en ISO Cse llamÃ³ a una funciÃ³n con tipo de devoluciÃ³n void calificadoel Ã¡mbito de la funciÃ³n %qs es implÃ­citamente auto y declarado %<__thread%>soporte para function_profilersoporte para function_profiler para MMIXconversiÃ³n funcional al tipo de matriz %qTbasura al final de '#pragma nomember_alignment'controlador gcc versiÃ³n %s %sejecutando gcc versiÃ³n %s
  gcc versiÃ³n %s %s
  gcov %s%s
! el cÃ³digo de thunk genÃ©rico fallÃ³ para el mÃ©todo %qD que utiliza %<...%>obteniendo el lÃ­mite del tamaÃ±o mÃ¡ximo del fichero core: %mgfc_conv_constant_to_tree(): tipo no vÃ¡lido: %sgfc_trans_code(): CÃ³digo de declaraciÃ³n errÃ³neogfc_trans_omp_workshare(): CÃ³digo de declaraciÃ³n errÃ³neogfortran no admite -E sin usar -cppla llamada gimple no tiene objetivola llamada gimple tiene dos objetivosrevisiÃ³n gimple: se esperaba %s(%s), se tiene %s(%s) en %s, en %s:%dse estableciÃ³ gimple_bb (phi) a un bloque bÃ¡sico errÃ³neose estableciÃ³ gimple_bb (stmt) a un bloque bÃ¡sico errÃ³neofallÃ³ la gimplificaciÃ³nno se admiten constructores globales en este objetivono se admiten los destructores globales en este objetivola calificaciÃ³n global del nombre de clase es no vÃ¡lidase usÃ³ la variable de registro global %qD en la funciÃ³n anidadala variable de registro global despuÃ©s de una definiciÃ³n de funciÃ³nla variable de registro global tiene valor inicialse ha interceptado una asignaciÃ³n de variable global/estÃ¡ticase obtuvieron %d parÃ¡metros de plantilla para %q#Dse obtuvieron %d parÃ¡metros de plantilla para %q#Tel destino de goto no es una etiqueta ni un punterogp es constante (pero hay save/restore de gp en llamadas indirectas).gp_offset (%ld) o end_offset (%ld) es menor a cerose debe reubicar el PCHcÃ³digo MIPS16 de coma flotante hard para ABIs diferentes de o32 y o64las instrucciones de coma flotante decimal de hardware no estÃ¡n disponibles en el modo ESA/390las instrucciones de coma flotante decimal de hardware no estÃ¡n disponibles en %stiene parÃ¡metros distintos en otra unidad de translaciÃ³ntiene distinto valor de retorno en otra unidad de translaciÃ³nla cabeza insn %d para el bloque %d no se encontrÃ³ en el flujo insnaquÃ­ia64_print_operand: cÃ³digo desconocidoel identificador %qE causa conflictos con la palabra clave de C++el identificador %qE es una palabra clave en C++11se esperaba un identificador despuÃ©s de %<@protocol%>si se alcanza este cÃ³digo, el programa abortarÃ¡ifunc no se admite en esta configuraciÃ³nno se admiten ifunc en este objetivose descarta el #pragma %s %sse descarta %<#pragma align%> para %q+D que estÃ¡ alineado explÃ­citamentese hace caso omiso de %<#pragma omp declare simd%> en funciÃ³n con argumento non-%<uniform%> cualificado %<_Atomic%>se hace caso omiso de %<#pragma omp declare simd%> en funciÃ³n con tipo de retorno cualificado %<_Atomic%>se descarta -fschedule-insns debido a un error de manejo de excepcionesse descarta el especificador asm para la variable local que no es estÃ¡tica %q+Dse descartan los atributos aplicados al %qT despuÃ©s de la definiciÃ³nse descartan los atributos aplicados al tipo de clase %qT fuera de la definiciÃ³nse descartan los atributos aplicados al tipo dependiente %qT sin una declaraciÃ³n asociadase descartan los atributos en el argumento de plantilla %qTse descarta el directorio duplicado "%s"
  ignorando el paso lineal grandese descarta el #pragma longcall malformadose descarta el directorio inexistente "%s"
! se descarta la opciÃ³n posiblemente conflictiva %<-fopt-info-%s%>se descarta el valor de devoluciÃ³n de %qD, se declarÃ³ con el atributo warn_unused_resultse descarta el valor de devoluciÃ³n de la funciÃ³n declarada con atributo warn_unused_resultse hace caso omiso de clÃ¡usula sumidero con desplazamiento que no es mÃºltiplo del paso del buclese descarta la opciÃ³n desconocida %q.*s en %<-fdump-%s%>se hace caso omiso del paso lineal cerose especificÃ³ un tipo agregado %qE ilegal para la variable de instancia %qsoperando ilegaldirecciÃ³n de operando ilegal (1)direcciÃ³n de operando ilegal (2)direcciÃ³n de operando ilegal (3)direcciÃ³n de operando ilegal (4)se detectÃ³ un operando ilegalse especificÃ³ un tipo de referencia ilegal para la variable de instancia %qsconversiÃ³n implÃ­cita de %qT a %qT para coincidir con otro operando de la expresiÃ³n binariaconversiÃ³n implÃ­cita de %qT a %qT para coincidir con otro resultado del condicionalconversiÃ³n implÃ­cita de %qT a %qT al pasar el argumento a la funciÃ³ndeclaraciÃ³n implÃ­cita de la funciÃ³n %qEla deferencia implÃ­cita no accederÃ¡ al objeto de tipo %qT en la expresiÃ³n de incremento forla deferencia implÃ­cita no accederÃ¡ al objeto de tipo %qT en el operando izquierdo del operador comala deferencia implÃ­cita no accederÃ¡ al objeto de tipo %qT en el operando derecho del operador comala deferencia implÃ­cita no accederÃ¡ al objeto de tipo %qT en el segundo operando de la expresiÃ³n condicionalla deferencia implÃ­cita no accederÃ¡ al objeto de tipo %qT en la declaraciÃ³nla deferencia implÃ­cita no accederÃ¡ al objeto de tipo %qT en el tercer operando de la expresiÃ³n condicionalel indicador implicit_section estÃ¡ puesto pero la secciÃ³n on lo eslos registros extraÃ­dos implÃ­citamente deben ser agrupados en la parte superior de la pilaEND DO implÃ­citoimport_iso_c_binding_module(): Imposible crear sÃ­mbolo para %srestricciÃ³n imposible en %<asm%>es imposible la restricciÃ³n de registros en %<asm%>aserciÃ³n de tipo imposible: el tipo no implementa interfazen %s, en %s:%den C++03 se debe usar una llave-clase cuando se declara un frienden C++98 %qD debe ser inicializado por un constructor, no por %<{...}%>en una llamada a la funciÃ³n de reserva %qD declarada aquÃ­en una llamada a la funciÃ³n de reserva interna %qDen una llamada a la funciÃ³n interna %qDen una llamada a la funciÃ³n %qD declarada aquÃ­en el argumento para el ! unarioen el bloque bÃ¡sico %d:en la declaraciÃ³n %q+Den definiciÃ³n de macro %qsen expansiÃ³n de macro %qsen la sentenciaen el argumento de plantilla para el tipo %qT inicializaciÃ³n en la clase del miembro de datos static %q#D de tipo incompletoinicializaciÃ³n en la clase del miembro de datos static %q#D de tipo que no es literalse expandiÃ³ el fichero de plugin %s inaccesible desde el nombre corto de plugin %s: %macumulador inapropiado para %qsla cuenta de borde de entrada no coincide con el nÃºmero de argumentos PHIcalificadores de espacio de direcciones incompatibles %qs y %qsclÃ¡usula de datos incompatible con reducciÃ³n en %qE; se promociona a present_or_copycoma flotante incompatible / operando de registro de vector para '%%%c'declaraciÃ³n implÃ­cita incompatible de la funciÃ³n interna %qDdeclaraciÃ³n implÃ­cita incompatible de la funciÃ³n %qDtipo incompatible para el argumento %d de %qEtipo incompatibles para el Ã­ndice de mapatipo incompatible para el mÃ©todo %s%s%stipo incompatible para el mÃ©todo %s%s%s (%s)tipo incompatible para el receptortipos incompatibles en el argumento PHI %utipos incompatible en la asignaciÃ³n de %qT a %qTtipos incompatibles en la expresiÃ³n binariatipos incompatibles en sendtipos incompatible en la asignaciÃ³n al tipo %qT del tipo %qTtipos incompatibles en la inicializaciÃ³n del tipo %qT usando el tipo %qTtipos incompatible al devolver el tipo %qT pero se esperaba %qTimplementaciÃ³n incompleta de la categorÃ­a %qEimplementaciÃ³n incompleta de la clase %qEel tipo incompleto %qT no tiene al miembro %qDse utilizÃ³ el tipo incompleto %qT en un especificador de nombre anidadotipos begin/end inconsistentes para la declaraciÃ³n %<for%> basada en rango: %qT y %qTdeducciÃ³n inconsistente para %qT: %qT y despuÃ©s %qTespecificaciÃ³n de instancia de variable inconsistenterestricciones de operandos inconsistentes en un %<asm%>se deducen los tipos inconsistentes %qT y %qT para el tipo de devoluciÃ³n lambdalos sufijos de literal %qD y %qD definidos por el usuario son inconsistentes en la cadena literalentrada incorrecta en label_to_block_mapformato de escalado incorrecto; se utiliza 1/1
! insn incorrecta:nÃºmero incorrecto de argumentos para la funciÃ³n %qEnÃºmero incorrecto de elementos de CONSTRUCTOR de vectordefiniciÃ³n incorrecta del nÃºmero de relleno de aterrizajecomparticiÃ³n incorrecta de nodos de Ã¡rboltipo incorrecto de elementos de CONSTRUCTOR de vectorparalelismo de bucle OpenACC incorrectamente anidadola expresiÃ³n de incremento hace referencia a la variable de iteraciÃ³n %qDincremento del campo constante %qDel incremento de un valor de enumeraciÃ³n es no vÃ¡lido en C++incremento de la funciÃ³n %qDincremento de miembro %qD en objeto de sÃ³lo lecturaincremento de la ubicaciÃ³n de sÃ³lo lectura %qEincremento del miembro de sÃ³lo lectura %qDincremento del valor de devoluciÃ³n nombrado de sÃ³lo lectura %qDincremento del parÃ¡metro de sÃ³lo lectura %qDincremento de la referencia de sÃ³lo lectura %qDincremento de la variable de sÃ³lo lectura %qDel valor del enumerador incrementado es demasiado grande para %<unsigned long%>el Ã­ndice %E denota un desplazamiento mayor que el tamaÃ±o de %qTEl Ã­ndice en la dimensiÃ³n %d estÃ¡ fuera de los lÃ­mites en %Lel Ã­ndice debe ser enterovalor de Ã­ndice en lugar del nombre del campo en el inicializador de unionel valor del Ã­ndice estÃ¡ fuera del lÃ­mitela frecuencia de llamadas indirectas %i no coincide con la frecuencia BB %ila funciÃ³n indirecta %q+D no se puede declarar weakla funciÃ³n indirecta %q+D no se puede declarar weakrefllamada a funciÃ³n indirecta con un llamado aÃºn sin determinarlos saltos indirectos no estÃ¡ disponibles en este objetivola indirecciÃ³n no accederÃ¡ al objeto de tipo incompleto %qT en la expresiÃ³n de incremento forla indirecciÃ³n no accederÃ¡ al objeto de tipo incompleto %qT en el operando izquierdo del operador comala indirecciÃ³n no accederÃ¡ al objeto de tipo incompleto %qT en el operando derecho del operador comala indirecciÃ³n no accederÃ¡ al objeto de tipo incompleto %qT en el segundo operando de la expresiÃ³n condicionalla indirecciÃ³n no accederÃ¡ a un objeto de tipo incompleto %qT en la declaraciÃ³nla indirecciÃ³n no accederÃ¡ al objeto de tipo incompleto %qT en el tercer operando de la expresiÃ³n condicionalla indirecciÃ³n no accederÃ¡ al objeto de tipo no-copiable-trivialmente %qT en la expresiÃ³n de incremento forla indirecciÃ³n no accederÃ¡ al objeto de tipo no-copiable-trivialmente %qT en el operando izquierdo del operador comala indirecciÃ³n no accederÃ¡ al objeto de tipo no-copiable-trivialmente %qT en el operando derecho del operador comala indirecciÃ³n no accederÃ¡ al objeto de tipo no-copiable-trivialmente %qT en el segundo operando de la expresiÃ³n condicionalla indirecciÃ³n no accederÃ¡ al objeto de tipo no-copiable-trivialmente %qT en la declaraciÃ³nla indirecciÃ³n no accederÃ¡ al objeto de tipo no-copiable-trivialmente %qT en el tercer operando de la expresiÃ³n condicionalse encontrÃ³ la funciÃ³n init en el objeto %sla inicializaciÃ³n descarta el calificador %qv del tipo del destino del punteroinicializaciÃ³n desde un tipo Objective-C distintoinicializaciÃ³n desde un tipo de puntero incompatibleinicializaciÃ³n desde puntero a espacio de direcciones no contenidoel lado izquierdo de la inicializaciÃ³n puede ser un candidato para un atributo de formatola inicializaciÃ³n hace que la funciÃ³n calificada con %q#v apunte desde una no calificadala inicializaciÃ³n crea un entero desde un puntero sin una conversiÃ³nla inicializaciÃ³n crea un puntero desde un entero sin una conversiÃ³ninicializaciÃ³n de un miembro de matriz flexibleinicializaciÃ³n de un miembro de matriz flexible en un contexto anidadoinicializaciÃ³n de un tipo de referencia que no es constante %q#T desde un r-valor de tipo %qTinicializaciÃ³n de un tipo de referencia volatile %q#T desde un r-valor de tipo %qTinicializaciones para mÃºltiples miembros de %qTcampo inicializado sobreescritocampo inicializado con efectos colaterales sobreescritosla variable inicializada %q+D se marcÃ³ como dllimportel elemento inicializador no es una expresiÃ³n constanteel elemento inicializador no es calculable al momento de la cargael elemento inicializador no es una constanteel inicializador termina prematuramentela expresiÃ³n inicializadora hace referencia a la variable de iteraciÃ³n %qDel inicializador no puede determinar el tamaÃ±o de %q+Del inicializador no puede determinar el tamaÃ±o de %qDel inicializador no puede determinar el tamaÃ±o de %qTel inicializador para %qT debe estar encerrado entre llavesel inicializador para un valor de coma flotante no es una constante de coma flotanteel inicializador para un valor entero/coma fija es demasiado complicadoinicializador no vÃ¡lido para el miembro static con constructorse proporcionÃ³ un inicializador para la funciÃ³nse especificÃ³ un inicializador para el mÃ©todo %q+D que no es virtualse especificÃ³ un inicializador para la funciÃ³n miembro static %qDla cadena del inicializador para la matriz de caracteres es demasiado largase usÃ³ el nombre-de-clase-inyectada %qD como un argumento de plantilla plantillaclon en lÃ­nea en el mismo grupo comdatse fuerza en la salida un clon incluido en lÃ­neaclon incluido en lÃ­nea con direcciÃ³n tomadaCÃ³digo inline para invalidar las entradas de cachÃ© de instruciones despuÃ©s de establecerer los trampolines de funciones anidadas.declaraciÃ³n inline de %qD despuÃ©s de una declaraciÃ³n con atributo noinlinela funciÃ³n inline %q+D se declara como dllimport: se descarta el atributose declara la funciÃ³n inline %q+D pero nunca se definela funciÃ³n inline %q+D se declarÃ³ weakse le diÃ³ a la funciÃ³n incluida en lÃ­nea %q+D un atributo noinlinese le diÃ³ a la funciÃ³n incluida en lÃ­nea %qD un atributo noinlinelos nombres de espacio incluidos en lÃ­nea sÃ³lo estÃ¡n disponibles con -std=c++11 o -std=gnu++11se estableciÃ³ el puntero inlined_to, pero no se encontraron predecesoresel puntero inlined_to estÃ¡ malel puntero inlined_to se refiere a sÃ­ mismose estableciÃ³ el puntero inlined_to para llamantes no-inlinefallÃ³ la inclusiÃ³n en lÃ­nea en la llamada a %q+F: %sfallÃ³ la inclusiÃ³n en lÃ­nea en la llamada a always_inline %q+F: %sel bucle interno usa el mismo paralelismo OpenACC que el bucle que lo contieneel fichero de entrada %qs es el mismo que el de salidala restricciÃ³n de operando de entrada contiene %qcinserciÃ³n fuera de rango en BIT_INSERT_EXPRen insn %d el puntero del bloque bÃ¡sico es %d, debe ser %den insn %d al final del bb %d tiene un bloque bÃ¡sico que no es NULLen insn %d en el encabezado del bb %d tiene un bloque bÃ¡sico que no es NULLinsn %d estÃ¡ en mÃºltiples bloques bÃ¡sicos (%d y %d)insn %d fuera de los bloques bÃ¡sicos tiene un campo bb que no es NULLÂ¡ La insn contiene una direcciÃ³n no vÃ¡lida !la insn no satisface sus restricciones:insn fuera del bloque bÃ¡sicoinsn con UID %i no encontrada para el operando %i (`%s') de insn %iinsn con UID %i no encontrada para el operando %i de insn %iinstalar: %s%s
! error de instalaciÃ³n, no se puede encontrar crtoffloadtable.ola variable de instancia %qE se accediÃ³ en el mÃ©todo de la clasela variable de instancia %qE es %s; esto serÃ¡ un error severo en el futurola variable de instancia %qE se declarÃ³ %sla variable de instancia %qE se declarÃ³ privadala variable de instancia %qs es de tamaÃ±o desconocidola variable de instancia %qs se declarÃ³ privadala variable de instancia %qs usa un miembro de matriz flexiblese ha interceptado una asignaciÃ³n de variable de instanciala instrucciÃ³n nunca se ejecutano se admite la planificaciÃ³n de instrucciones en este objetivoargumentos insuficientes para la funciÃ³n sobrecargada %sinformaciÃ³n contextual insuficiente para determinar el tipoinsuficiente paralelismo disponible para paralelizar bucle de elementomatriz de enteros inicializada con una cadena ancha incompatiblematriz de enteros inicializada con una cadena que no es anchala constante entera es demasiado grande para el tipo %<unsigned long%>divisiÃ³n entera por cerodesbordamiento entero en la expresiÃ³nla expresiÃ³n integral %qE no es una constantela precisiÃ³n del tipo de resultado integral no coincide con el tamaÃ±o del campo de BIT_FIELD_REFno se han implementado las optimizaciones intermÃ³dulos para C++la interfaz %qE no tiene una disposiciÃ³n de cadena constante vÃ¡lidaerror interno del compiladorerror interno del compilador.  DirecciÃ³n errÃ³nea:error interno del compilador.  Desplazamiento incorrecto:error interno del compilador.  Modo desconocido:error interno del compilador: falla interna de consistenciaerror interno: registro errÃ³neo: %derror interno: la funciÃ³n interna %s ya se procesÃ³error interno: la funciÃ³n interna %s tiene un tipo de devoluciÃ³n inesperado %serror interno: funciÃ³n interna %s, el argumento %d tiene el tipo de argumento inesperado %serror interno: cris_side_effect_mode_ok con operandos errÃ³neoserror interno: insn colateral afectando al efecto principalunidad interna en WRITEno se pueden codificar las Rutinas de Servicios de InterrupciÃ³n en el modo Thumblos manejadores de interrupciones no pueden ser funciones MIPS16interrupt_thread sÃ³lo estÃ¡ disponible en fidovariable intrÃ­nseca que no es un procedimiento#pragma %s no vÃ¡lidooperando %%%c no vÃ¡lido%%-cÃ³digo no vÃ¡lidooperando %%A no vÃ¡lidooperando %%B no vÃ¡lidooperando %%C no vÃ¡lidovalor %%C no vÃ¡lidooperando %%D no vÃ¡lidovalor %%D no vÃ¡lidovalor %%E no vÃ¡lidovalor %%F no vÃ¡lidomodo %%G no vÃ¡lidovalor %%G no vÃ¡lidooperando %%H no vÃ¡lidoespecificador %%H no vÃ¡lidooperando %%I no vÃ¡lidocÃ³digo %%J no vÃ¡lidovalor %%J no vÃ¡lidovalor %%K no vÃ¡lidooperando %%L no vÃ¡lidovalor %%L no vÃ¡lidooperando %%M no vÃ¡lidovalor %%M no vÃ¡lidooperando %%N no vÃ¡lidovalor %%N no vÃ¡lidovalor %%O no vÃ¡lidooperando %%P no vÃ¡lidovalor %%P no vÃ¡lidovalor %%R no vÃ¡lidovalor %%T no vÃ¡lidovalor %%U no vÃ¡lidooperando %%Y no vÃ¡lidooperando %%c no vÃ¡lidooperando %%d no vÃ¡lidovalor %%d no vÃ¡lidovalor %%e no vÃ¡lidooperando %%f no vÃ¡lidovalor %%f no vÃ¡lidooperando %%h no vÃ¡lidovalor %%h no vÃ¡lidooperando %%i no vÃ¡lidocÃ³digo %%j no vÃ¡lidooperando %%j no vÃ¡lidovalor %%j no vÃ¡lidovalor %%k no vÃ¡lidovalor %%m no vÃ¡lidovalor %%p no vÃ¡lidovalor %%q no vÃ¡lidooperando %%r no vÃ¡lidovalor %%r no vÃ¡lidooperando %%s no vÃ¡lidovalor %%s no vÃ¡lidooperando %%t no vÃ¡lidooperando %%t no vÃ¡lido 'valor %%t%%b no vÃ¡lidovalor %%u no vÃ¡lidovalor %%v no vÃ¡lidovalor %%x no vÃ¡lidocÃ³digo %%xn no vÃ¡lidovalor %%y no vÃ¡lido, pruebe usando la restricciÃ³n 'Z''asm' no vÃ¡lido: operandos (punteros) no vÃ¡lidos para mÃ¡s/menosnombre de --param %qs no vÃ¡lidonombre de --param %qs no vÃ¡lido; Â¿quiso decir %qs?valor de --param %qs no vÃ¡lidoCASE_CHAIN no vÃ¡lidoargumento IACC no vÃ¡lidoLHS no vÃ¡lido en la llamada gimplenombre de selector Objective-C++ no vÃ¡lidoargumento PHI no vÃ¡lidoresultado PHI no vÃ¡lidoUNSPEC no vÃ¡lido como operandoUNSPEC no vÃ¡lido como operando: %dtipo abstracto de devoluciÃ³n no vÃ¡lido para la funciÃ³n %q+#Dtipo abstracto de devoluciÃ³n no vÃ¡lido para la funciÃ³n miembro %q+#Dtipo abstracto %qT no vÃ¡lido para %qEtipo abstracto no vÃ¡lido para %q+DdirecciÃ³n no vÃ¡lidadirecciÃ³n no vÃ¡lida para el modificador de salida 'O'direcciÃ³n no vÃ¡lida para el modificador de salida 'R'direcciÃ³n no vÃ¡lida para el modificador de saida 'S'operando de direcciÃ³n no vÃ¡lido en MEM_REFoperando de direcciÃ³n no vÃ¡lido en TARGET_MEM_REFmodo de direccionamiento no vÃ¡lidoalineaciÃ³n no vÃ¡lida para %<#pragma align%>, se descartaaplicaciÃ³n no vÃ¡lida de %<__alignof%> a un campo de bitsaplicaciÃ³n no vÃ¡lida de %<sizeof%> a un campo de bitsaplicaciÃ³n no vÃ¡lida de %<sizeof%> a un tipo de funciÃ³naplicaciÃ³n no vÃ¡lida de %qs a una funciÃ³n miembroaplicaciÃ³n no vÃ¡lida de %qs a un tipo voidaplicaciÃ³n no vÃ¡lida de %qs a un tipo matriz %qT de tipo de elemento incompletoaplicaciÃ³n no vÃ¡lida de %qs a un tipo incompleto %qTargumento no vÃ¡lido %qs para -fdebug-prefix-mapargumento no vÃ¡lido del atributo %qEargumento no vÃ¡lido del atributo %qsargumento no vÃ¡lido para %qDargumento no vÃ¡lido para la funciÃ³n internaargumento no vÃ¡lido en la llamada gimpleargumentos no vÃ¡lidosasignaciÃ³n de matriz no vÃ¡lidaespecificaciÃ³n de clase base no vÃ¡lidaramificaciÃ³n no vÃ¡lida desde/para un bloque estructurado %setiqueta case no vÃ¡ilda en sentencia switchrango case no vÃ¡ildo en sentencia switchconversiÃ³n no vÃ¡lida del tipo %qT al tipo %qTconversiÃ³n no vÃ¡lida de una expresiÃ³n r-valuada de tipo %qT al tipo %qTconversiÃ³n no vÃ¡lida al tipo de funciÃ³n %qTnombre de clase no vÃ¡lido en la declaraciÃ³n de %qDcombinaciÃ³n no vÃ¡lida de especificadores de tipo mÃºltiplescÃ³digo de comparaciÃ³n no vÃ¡lido en la condiciÃ³n gimplecomparaciÃ³n no vÃ¡lida de matriz generadacomparaciÃ³n no vÃ¡lida de struct generadocomparaciÃ³n no vÃ¡lida de nil con nilcomparaciÃ³n no vÃ¡lida de matriz que no es comparablecomparaciÃ³n no vÃ¡lida de struct que no es comparablecomparaciÃ³n no vÃ¡lida de tipo que no es comparablecomparaciÃ³n no vÃ¡lida de tipo que no es ordenadooperador de comparaciÃ³n no vÃ¡lido para el modificador de salida 'E'operando condicional no vÃ¡lidoconst_cast no vÃ¡lido del tipo %qT al tipo %qTconst_cast no vÃ¡lido de un valor-r de tipo %qT al tipo %qToperando const_double no vÃ¡lidoconstante no vÃ¡lidaconstante no vÃ¡lida - pruebe usar un modificador de salidaconstante no vÃ¡lida para el modificador de salida '%c'constante no vÃ¡lida en %<#pragma pack%> - se descartavector constante no vÃ¡lido para el modificador de salida '%c'restricciones no vÃ¡lidas para el operandoconstructor no vÃ¡lido; tal vez quiso decir %<%T (const %T&)%>predicado controlador no vÃ¡lidoconversiÃ³n no vÃ¡lida de %<__fpreg%>conversiÃ³n no vÃ¡lida de %qT a %qTconversiÃ³n no vÃ¡lida en la llamada gimpleconversiÃ³n no vÃ¡lida en la declaraciÃ³n returnconversiÃ³n no vÃ¡lida a %<__fpreg%>conversiÃ³n no vÃ¡lida del tipo %qT a partir del tipo %qTtipo de devoluciÃ³n covariante no vÃ¡lido para %q+#Dcpu "%s" no vÃ¡lido para %s"%s"%sopciÃ³n de modelo de datos -mdata-model=%s no vÃ¡lidadeclaraciÃ³n no vÃ¡lida de %<%T::%E%>declaraciÃ³n no vÃ¡lida de plantilla miembro en la clase localdeclarador no vÃ¡lidoargumento por defecto no vÃ¡lido para una plantilla de parÃ¡metro de plantillaetiqueta case default no vÃ¡ilda en sentencia switchdefiniciÃ³n no vÃ¡lida del tipo calificado %qTtipo de elemento no vÃ¡lido para el atributo %qsentrada no vÃ¡lida a un bloque estructurado %ssalida no vÃ¡lida de un bloque estructurado %ssalida no vÃ¡lida de un bloque estructurado OpenMPespecializaciÃ³n explÃ­cita no vÃ¡lidaexpresiÃ³n no vÃ¡lida - pruebe usar un modificador de salidaexpresiÃ³n no vÃ¡lida como operandoexpresiÃ³n no vÃ¡lida para el l-valor minexpresiÃ³n no vÃ¡lida para el modificador de salida '%c'tipo de expresiÃ³n no vÃ¡lido para %<#pragma omp atomic%>falla de modelo de memoria no vÃ¡lido para %<__atomic_compare_exchange%>primer operando izquierdo de MEM_REF no vÃ¡lidoforma no vÃ¡lida de %<#pragma omp atomic%>formato no vÃ¡lido de %sdeclaraciÃ³n de funciÃ³n no vÃ¡lidafunciÃ³n no vÃ¡lida en la llamada gimpleinicializaciÃ³n en la clase no vÃ¡lida para el miembro de datos static de tipo %qT que no es integralexpresiÃ³n de incremento no vÃ¡lidavalor inicial no vÃ¡lido para el miembro %qEinicializaciÃ³n no vÃ¡lida de una referencia que no es constante de tipo %qT desde un r-valor de tipo %qTinicializaciÃ³n no vÃ¡lida de la referencia de tipo %qT desde una expresiÃ³n de tipo %qTinicializador no vÃ¡lidoinicializador no vÃ¡lido para la matriz miembro %q#Dinicializador no vÃ¡lido para la funciÃ³n miembro %qDinsn no vÃ¡lida:variable de iteraciÃ³n no vÃ¡lida en la enumeraciÃ³n rÃ¡pidaetiquetas no vÃ¡lidas en la condiciÃ³n gimplelado izquierdo de la asignaciÃ³n no vÃ¡lidolÃ­nea no vÃ¡lida en el fichero de resoluciÃ³nespecificaciÃ³n de enlace no vÃ¡lidaubicaciÃ³n no vÃ¡lida en %<pragma %s%>, se descartal-valor no vÃ¡lido en la salida asm %dmÃ¡scara no vÃ¡lidatipo de mÃ¡scara no vÃ¡lido en la expresiÃ³n de permutaciÃ³n de vectordeclaraciÃ³n de la funciÃ³n miembro no vÃ¡lidadeclaraciÃ³n de la plantilla miembro %qD no vÃ¡lidaargumento de modelo de memoria %d no vÃ¡lido de %qEargumento de modelo de memoria no vÃ¡lido para la funciÃ³n internamodelo de memoria no vÃ¡lido para %<__atomic_load%>modelo de memoria no vÃ¡lido para %<__atomic_store%>argumento de plantilla que no es tipo no vÃ¡lidooperandos que no son vectores no vÃ¡lidos para un vector valuado con mÃ¡stabla de descarga no vÃ¡lida en %soperando de desplazamiento no vÃ¡lido en MEM_REFoperando de desplazamiento no vÃ¡lido en TARGET_MEM_REFoperando de desplazamiento de MEM_REF no vÃ¡lidooperando no vÃ¡lidodirecciÃ³n de operando no vÃ¡lidacÃ³digo de operando '%c' no vÃ¡lidooperando no vÃ¡lido para '%%%c'operando no vÃ¡lido para el modificador 'A'operando no vÃ¡lido para el modificador 'D'operando no vÃ¡lido para el modificador 'H'operando no vÃ¡lido para el modificador 'O'operando no vÃ¡lido para el modificador 'T'operando no vÃ¡lido para el modificador 'b'operando no vÃ¡lido para el modificador 'e'operando no vÃ¡lido para el modificador 'm'operando no vÃ¡lido para el modificador 'o'operador no vÃ¡lido para el modificador 'p'operando no vÃ¡lido para el especificador 'r'operando no vÃ¡lido para el modificador 'z'operando no vÃ¡lido para el cÃ³digo '%c'operando no vÃ¡lido en la referencia indirectaoperando no vÃ¡lido en la declaraciÃ³n returnoperando no vÃ¡lido en la expresiÃ³n unariaoperando no vÃ¡lido en la operaciÃ³n unarialetra de modificador de operando no vÃ¡lidaoperando no vÃ¡lido en el cÃ³digo de salidaprefijo de operando no vÃ¡lidoprefijo de operando no vÃ¡lido '%%%c'tamaÃ±o de operando no vÃ¡lido para el cÃ³digo de operando 'O'tamaÃ±o de operando no vÃ¡lido para el cÃ³digo de operando 'Z'tamaÃ±o de operando no vÃ¡lido para el cÃ³digo de operando 'z'operando no vÃ¡lido para el cÃ³digo %%H%%Loperando no vÃ¡lido para el cÃ³digo %%Moperando no vÃ¡lido para el cÃ³digo %%Noperando no vÃ¡lido para el cÃ³digo %%Ooperando no vÃ¡lido para %%Roperando no vÃ¡lido para el cÃ³digo %%Roperando no vÃ¡lido para %%Soperando no vÃ¡lido para el cÃ³digo %%T/%%Boperando no vÃ¡lido para el cÃ³digo %%Uoperando no vÃ¡lido para el cÃ³digo %%Voperando no vÃ¡lido para el cÃ³digo %%Zoperador no vÃ¡lido para el cÃ³digo %%poperando no vÃ¡lido para el cÃ³digo %%soperando no vÃ¡lido para el cÃ³digo %%zoperando no vÃ¡lido para mÃ¡s/menos, el tipo es un punterooperando no vÃ¡lido para puntero mÃ¡s, el primer operando no es un punterooperando no vÃ¡lido para puntero mÃ¡s, el segundo operando no es un tipo entero de la anchura apropiadaoperando no vÃ¡lido para la declaraciÃ³n switchse usÃ³ un tipo de operando no vÃ¡lido con el cÃ³digo de operando 'Z'operandos no vÃ¡lidos en la operaciÃ³n binariaoperandos no vÃ¡lidos en la comparaciÃ³n gimpleoperandos no vÃ¡lidos en la operaciÃ³n terniariaoperadores no vÃ¡lidos de tipos %qT y %qT para el binario %qOoperandos no vÃ¡lidos en la referencia de matrizoperandos no vÃ¡lidos para el binario %s (se tiene %qT y %qT)operaciÃ³n no vÃ¡lida (%s)operaciÃ³n no vÃ¡lida en %<__fpreg%>operador no vÃ¡lido para %<#pragma omp atomic%>el parÃ¡metro %qs es no vÃ¡lidotipo de parÃ¡metro %qT no vÃ¡lidooperaciÃ³n de posicionamiento de paso no vÃ¡lidomodo de puntero %qs no vÃ¡lidopuntero no vÃ¡lido al campo de bits %qDposiciÃ³n o tamaÃ±o no vÃ¡lido en BIT_INSERT_EXPRposiciÃ³n o tamaÃ±o de operando no vÃ¡lido para BIT_FIELD_REFreducciÃ³n privada no vÃ¡lida en %qEdeclaraciÃ³n no vÃ¡lida de propiedadprototipo no vÃ¡lido para '%s'puntuaciÃ³n %qc no vÃ¡lida en la restricciÃ³nestado const pure no vÃ¡lido para la funciÃ³nespecificador pure no vÃ¡lido (sÃ³lo se permite %<= 0%>)calificadores no vÃ¡lidos en el tipo de funciÃ³n que no es miembroÃ¡mbito calificador no vÃ¡lido en el nombre del seudo-destructorrecepciÃ³n no vÃ¡lida en canal de sÃ³lo envÃ­otipo receptor %qs no vÃ¡lidoredeclaraciÃ³n no vÃ¡lida de %q+Dreferencia no vÃ¡lida para el modificador de salida 'J'prefijo de referencia no vÃ¡lidonombre de registro no vÃ¡lido para %q+DresoluciÃ³n no vÃ¡lida en el fichero de resoluciÃ³ntipo de devoluciÃ³n %qT no vÃ¡lido para la funciÃ³n constexpr %q+Drhs no vÃ¡lido para el almacenamiento de memoria gimplese encontrÃ³ una comparticiÃ³n de rtl no vÃ¡lida en la insngÃ©nero de planificador no vÃ¡lidoel segundo argumento para %<__builtin_prefetch%> es no vÃ¡lido; se usa ceroenvÃ­o no vÃ¡lido en canal de sÃ³lo recepciÃ³nsetter no vÃ¡lido, debe tener un argumentooperando de desplazamiento no vÃ¡lidocadena estÃ¡tica no vÃ¡lida en la llamada gimplestatic_cast no vÃ¡lido del tipo %qT al tipo %qTclase de almacenamiento no vÃ¡lida para la funciÃ³n %qEvalor de memregs objetivo '%d' no vÃ¡lidodeclaraciÃ³n de la plantilla de %qD no vÃ¡lidaparÃ¡metro que no es tipo plantilla no vÃ¡lidoid-de-plantilla no vÃ¡lidoel tercer argumento para %<__builtin_prefetch%> es no vÃ¡lido; se usa cerotipo %<void%> no vÃ¡lido para newtipo %qT no vÃ¡lido como inicializador para un vector de tipo %qTel tipo no vÃ¡lido %qT se declarÃ³ %<friend%>argumento de tipo no vÃ¡lido (se tiene %qT)argumento de tipo no vÃ¡lido de %<->%> (se tiene %qT)argumento de tipo no vÃ¡lido de Ã­ndice de matriz (se tiene %qT)argumento de tipo no vÃ¡lido en la conversiÃ³n implÃ­cita (se tiene %qT)argumento de tipo no vÃ¡lido del unario %<*%> (se tiene %qT)tipo no vÃ¡lido para la variable de de instanciatipo no vÃ¡lido para la variable de iteraciÃ³n %qEtipo no vÃ¡lido para la funciÃ³n maketipo no vÃ¡lido del parÃ¡metro %d en la funciÃ³n constexpr %q+#Dtipo no vÃ¡lido para la propiedadtipos no vÃ¡lidos %<%T[%T]%> para Ã­ndice de matriztipos no vÃ¡lidos en la conversiÃ³n noptipos no vÃ¡lidos en la conversiÃ³n a coma flotantetipos no vÃ¡lidos en la conversiÃ³n a enterotipos no vÃ¡lidos en la conversiÃ³n de coma fijatipos no vÃ¡lidos en la conversiÃ³n nopuso no vÃ¡lido de %%d, %%x, o %%Xuso no vÃ¡lido de %<...%> en la llamada a la funciÃ³n que no es variadicuso no vÃ¡lido de %<..%> con la funciÃ³n internauso no vÃ¡lido de %<...%> con algo que no es rebanadauso no vÃ¡lido de %<::%>uso no vÃ¡lido de %<auto%> en el operador de conversiÃ³nuso no vÃ¡lido de %<restrict%>uso no vÃ¡lido de %<this%> en el nivel principaluso no vÃ¡lido de %<this%> en la funciÃ³n que no es miembrouso no vÃ¡lido de %qDuso no vÃ¡lido de %qD en la especificaciÃ³n de enlaceuso no vÃ¡lido de %qE para formar una funciÃ³n puntero a miembrouso no vÃ¡lido de %qTuso no vÃ¡lido de '%%%c'uso no vÃ¡lido del modificador ':'uso no vÃ¡lido de un puntero a un tipo incompleto en aritmÃ©tica de punterosuso no vÃ¡lido del Ã­ndice de matriz en puntero a miembrouso no vÃ¡lido de matrices con lÃ­mites sin especificartipo no vÃ¡lido de la salida del indicador asmuso no vÃ¡lido del atribute  %<fallthrough%>uso no vÃ¡lido  de la lista del inicializador dentro de llavesuso no vÃ¡lido de const_cast con tipo %qT, el cual es un puntero o referencia a un tipo de funciÃ³nuso no vÃ¡lido de const_cast con tipo %qT, que no es puntero, referencia, ni un tipo puntero-a-datos-miembrouso no vÃ¡lido del constructor como una plantillauso no vÃ¡lido del tipo dependiente %qTuso no vÃ¡lido del destructor %qD como un tipouso no vÃ¡lido del destructor %qE como un tipouso no vÃ¡lido de un miembro de matriz flexibleuso no vÃ¡lido de la conversiÃ³n implÃ­cita en puntero a miembrouso no vÃ¡lido del tipo incompleto %q#Tuso no vÃ¡lido de valor de mÃ©todo como argumento de Offsetofuso no vÃ¡lido de matriz no-lvaluadauso no vÃ¡lido del dato miembro no static %qDuso no vÃ¡lido de la funciÃ³n miembro no static %qDuso no vÃ¡lido del dato miembro no static %qEuso no vÃ¡lido de la expresiÃ³n de expansiÃ³n de paqueteuso no vÃ¡lido del nombre calificado %<%D::%D%>uso no vÃ¡lido del nombre calificado %<%T::%D%>uso no vÃ¡lido del nombre calificado %<::%D%>uso no vÃ¡lido de una estructura con un miembro de matriz flexibleuso no vÃ¡lido del parÃ¡metro de plantilla plantilla %qTuso no vÃ¡lido del parÃ¡metro de tipo plantilla %qTuso no vÃ¡lido del id de plantilla %qD en la declaraciÃ³n de la plantilla primariauso no vÃ¡lido del nombre-de-plantilla %qE sin una lista de argumentosuso no vÃ¡lido del tipouso no vÃ¡lido del tipo %qT como un valor por defecto para una plantilla de parÃ¡metro de plantillauso no vÃ¡lido del unario %<*%> en puntero a miembrouso no vÃ¡lido de la expresiÃ³n voiduso no vÃ¡lido de volatile lvalue dentro de una funciÃ³n %<transaction_safe%>uso no vÃ¡lido de volatile lvalue dentro de la transacciÃ³nconversiÃ³n definida por el usuario no vÃ¡lida de %qT a %qTinicializaciÃ³n por valor no vÃ¡lida del tipo de referenciatipo resultante no vÃ¡lido de la comparaciÃ³n de vectorestipo de vector no vÃ¡lido para el atributo %qEnÃºmero de versiÃ³n %qs no vÃ¡lidoextracto de cero no vÃ¡lidorango de rodaja invertidofalta el resumen de inclusiÃ³n en lÃ­nea ipa en el fichero de entradafalta el resumen de referencia ipa en la unidad ltransestÃ¡ definido como puntero en un espacio de direcciones diferente en otra unidad de traducciÃ³nestÃ¡ definido como puntero a un tipo diferente en otra unidad de traducciÃ³ndebe ser un puntero-a-miembro de la forma %<&X::Y%>debe ser la direcciÃ³n de una funciÃ³n con enlace externoelemento en READla variable que itera en la enumeraciÃ³n rÃ¡pida no es un objetola iteraciÃ³n %s invoca comportamiento indefinidola variable de iteraciÃ³n %qD no debe ser firstprivatela variable de iteraciÃ³n %qD no debe ser reductionla variable de iteraciÃ³n %qE se predetermina linealla variable de iteraciÃ³n %qE debe ser privatela variable de iteraciÃ³n %qE no debe ser firstprivatela variable de iteraciÃ³n %qE no debe ser lastprivatela variable de iteraciÃ³n %qE no debe ser linealla variable de iteraciÃ³n %qE no debe ser privatela variable de iteraciÃ³n %qE no debe ser reductionla variable de iteraciÃ³n no puede ser volÃ¡tilvariable de iteradorsu dest_idx deberÃ­a ser %d, no %del ivar %qs que usa la declaraciÃ³n %<@synthesize%> debe ser un ivar existenteel abi iwmmxt requiere un cpu capaz de iwmmxtiwmmxt requiere una ABI compatible con AAPCS para una operaciÃ³n adecuadasalto al Ã¡mbito de un identificador con tipo modificado variablementesalto a una expresiÃ³n de declaraciÃ³nel salto evita la inicializaciÃ³n de la variablesalto a la etiqueta casesalto a la etiqueta %qDbasura al final de #pragma %sbasura al final de #pragma ADDRESSbasura al final de #pragma GCC memregs [0..16]basura al final del #pragma __nostandardbasura al final de #pragma __standardbasura al final del #pragma ghs endsdabasura al final del #pragma ghs endtdabasura al final del #pragma ghs endzdabasura al final del #pragma ghs interruptbasura al final de la secciÃ³n #pragma ghsbasura al final del #pragma ghs startsdabasura al final del #pragma ghs starttdabasura al final del #pragma ghs startzdabasura al final de #pragma longcallbasura al final de %<#pragma %s%>basura al final de %<#pragma GCC pch_preprocess%>basura al final de %<#pragma GCC visibility%>basura al final de %<#pragma align%>basura al final de %<#pragma fini%>basura al final de %<#pragma init%>basura al final de %<#pragma message%>basura al final de %<#pragma pack%>basura al final de %<#pragma pop_options%>basura al final de %<#pragma push_options%>basura al final de %<#pragma redefine_extname%>basura al final de %<#pragma reset_options%>basura al final de %<#pragma weak%>basura al final de '#pragma extern_model'basura al final de '#pragma ms_struct'basura al final de '#pragma options'basura al final de '#pragma unused'no se admite la palabra clave %<export%>, y se descartarÃ¡no se permite la palabra clave %<typename%> en este contexto (un inicializador de miembro calificado es implÃ­citamente un tipo)no se permite la palabra clave %<typename%> en este contexto (la clase base es implÃ­citamente un tipo)no se permite la palabra clave %<typename%> fuera de las plantillasetiqueta se declara la etiqueta %q+D pero no estÃ¡ definidase define la etiqueta %q+D pero no se usase usa la etiqueta %q+D pero no estÃ¡ definidala etiqueta %qD se define aquÃ­la etiqueta %qE es referenciada fuera de cualquier funciÃ³netiqueta al final de una declaraciÃ³n compuestaetiqueta nombrada wchar_tel contexto de la etiqueta no es la declaraciÃ³n de funciÃ³n actuallas expresiones lambda sÃ³lo estÃ¡n disponibles con -std=c++11 o -std=gnu++11expresiÃ³n lambda en un contexto sin evaluarrevisiÃ³n lang_*: fallÃ³ en %s, en %s:%dno se reconoce el lenguaje %sno se reconoce la cadena de lenguaje %<"%E"%>se truncÃ³ la constante de coma fija grande implÃ­citamente al tipo de coma fijaentero grande truncado implÃ­citamente al tipo unsignedel Ãºltimo argumento debe ser un inmediatold devolviÃ³ el estado de salida %del argumento izquierdo debe ser una rebanadael operador izquierdo del operador coma no puede resolver la direcciÃ³n de la funciÃ³n sobrecargadael operando izquierdo del operador coma no tiene efectoel operando izquierdo del operador coma es una referencia, no una llamada, a la funciÃ³n %qEprecisiÃ³n izquierdaprecisiÃ³n izquierda en formato strfmonla cuenta de rotaciÃ³n izquierda >= anchura del tipola cuenta de rotaciÃ³n izquierda es negativacuenta de desplazamiento a la izquierda >= anchura del tipola cuenta de desplazamiento a la izquierda es negativael operador del lado izquierdo de la expresiÃ³n coma no tiene efectoel lado izquierdo de la asignaciÃ³n puede ser un candidato para un atributo de formatolas longitudes no coinciden en la expresiÃ³nmodificador de longitudmodificador de longitud en formato printfmodificador de longitud en formato scanfmodificador de longitud en formato strfmonse requiere longitud al alojar una rebanadase encontrÃ³ la letra %c y la insn no era CONS_INTbibliotecas: %s
! se redeclara la funciÃ³n de biblioteca %q#D como %q#D que no es funciÃ³nno se encontrÃ³ la biblioteca lib%sel lÃ­mite es %u bytes, pero el es %sel lÃ­mite es %u bytes, pero el argumento puede alcanzar un tamaÃ±o de %sel inicializador de lista para el tipo que no es clase no debe estar entre parÃ©ntesislos sufijos de operador literal que no estÃ¡n precedidos por %<_%> estÃ¡n reservados para estandarizaciÃ³n futurala plantilla de operador literal %q+D tiene conflictos con el operador literal raw %qDla plantilla de operador literal %qD tiene una lista de parÃ¡metros no vÃ¡lida.  Se esperaba un paquete de argumentos de plantilla que no sean de tipo <char...>operador literal con enlace Clo_sum no proviene de un registrola clase local %q#T no debe tener datos miembro static %q#Dla declaraciÃ³n local de %qE oculta la variable de instancialos sÃ­mbolos locales deben definirsela variable local %qD no puede aparecer en este contextolos requerimientos de memoria para variables locales excede la capacidadla ubicaciÃ³n referencia un bloque que no estÃ¡ en el Ã¡rbol de bloquesse aplicÃ³ un %<and%> lÃ³gico a una constante que no es booleanaun %<and%> de pruebas equivalentes mutuamente exclusivas siempre es falsose aplicÃ³ un %<or%> lÃ³gico a una constante que no es booleanaun %<or%> lÃ³gico de pruebas colectivamente exhaustivas siempre es verdaderouso no vÃ¡lido de long, short, signed Ã³ unsigned para %qsla bÃºsqueda de %qT en %qT es ambiguael encabezado del bucle %d no pertenece directamente a Ã©lel encabezado del bucle %d no tiene exactamente 2 entradasel encabezado del bucle %d no es un encabezado de bucleel cerrojo del bucle %d no pertenece directamente a Ã©lel cerrojo del bucle %d no tiene un borde a su encabezadoel cerrojo del bucle %d no tiene exactamente 1 sucesorel cerrojo del bucle %d no tiene un encabezado como sucesorel cerrojo del bucle %d estÃ¡ marcado como parte de una regiÃ³n irreducibleel cerrojo del bucle %d no estÃ¡ dominado por su encabezadobucle con encabecado %d marcado para borrarel bucle con encabezado %d no estÃ¡ en el Ã¡rbol del bucleespecificador throw mÃ¡s flexible para %q+#Fel valor inferior de la etiqueta de rango `case' es menor que el valor mÃ­nimo para el tipolp_array no coincide con region_treelp_array estÃ¡ corrupta para lp %ifallÃ³ lseek al leer los datos de exportaciÃ³nfallÃ³ lto_obj_file_open()se requiere un l-valor como un operando de decrementose requiere un l-valor como un operando de incrementose requiere un l-valor como operando izquierdo de la asignaciÃ³nse requiere un l-valor como un operador unario %<&%>se requiere un l-valor en la declaraciÃ³n asmcÃ³digo interno independiente de mÃ¡quina fuera de rangofalta el nombre de macro despuÃ©s de %qsse hacen mÃºltiples clones de %qD#pragma GCC variable address malformado#pragma GCC visibility push malformado#pragma builtin malformado#pragma ghs section malformado#pragma redefine_extname malformado, descartado#pragma weak malformado, descartado%<#pragma %s%> malformado, se descarta%<#pragma align%> malformado%<#pragma align%> mal formado - se descarta%<#pragma fini%> malformado'%<#pragma fini%> malformado, se descarta%<#pragma init%> malformado'%<#pragma init%> malformado, se descarta%<#pragma message%> malformado, se descarta%<#pragma pack%> mal formado - se descarta%<#pragma pack(pop[, id], <n>)%> mal formado - se descarta%<#pragma pack(push[, id], <n>)%> mal formado - se descarta'#pragma __extern_prefix' malformado', se descarta'#pragma extern_model' malformado, se descarta'#pragma member_alignment' malformado'#pragma member_alignment' mal formado, se descarta'#pragma ms_struct {on|off|reset}' malformado, se descarta'#pragma ms_struct' malformado, se descarta'#pragma options align={mac68k|power|reset}' malformado, se descarta'#pragma options' malformado, se descartaCOLLECT_GCC_OPTIONS malformadoopciÃ³n -fplugin-arg-%s malformada (falta -<clave>[=<valor>])argumentos de la funciÃ³n de especificaciÃ³n malformadosnombre de la funciÃ³n de especificaciÃ³n malformadodecodificando %Cse decodifica __underlying_typese decodifica typeof, utilice decltype en su lugarse decodifica el tipo de coma fija desconocidoel mapa sÃ³lo se puede comparar con nilse asocia el campo %qE de una estructura de longitud variablela mÃ¡scara debe ser un inmediatola restricciÃ³n coincidente no permite un registrola restricciÃ³n coincidente no es vÃ¡lida en el operando de salidala restricciÃ³n de coincidencia hace referencia a un nÃºmero de operando no vÃ¡lidolÃ­mite mÃ¡ximo de %d espacios de nombres buscados para %qEnÃºmero mÃ¡ximo de arrays por scop.nÃºmero mÃ¡ximo de bloques bÃ¡sicos por funciÃ³n para analizar con Graphite.nÃºmero mÃ¡ximo de operaciones isl; 0 significa que no hay lÃ­mitenÃºmero mÃ¡ximo de parÃ¡metros en un SCoP.el valor mÃ¡ximo del parÃ¡metro %qs es %uno se pueden usar -EB y -EL al mismo tiempono se pueden usar -m32 y -m64 al mismo tiempolas funciones de medios no estÃ¡n disponibles a menos que se use -mmediainicializador mem para %qD despuÃ©s de una delegaciÃ³n de constructorno se permite el miembro %q+#D con constructor en un agregado anÃ³nimono se permite el miembro %q+#D con constructor en la unionno se permite el miembro %q+#D con operador de asignaciÃ³n de copia en un agregado anÃ³nimono se permite el miembro %q+#D con operador de asignaciÃ³n de copia en la unionno se permite el miembro %q+#D con destructor en un agregado anÃ³nimono se permite el miembro %q+#D con destructor en la unionel miembro %qD genera un conflicto con el nombre de campo de la tabla de funciones virtualesel miembro %qD se declarÃ³ como friend antes de definir el tipo %qTse usÃ³ el miembro %qD en un objeto de sÃ³lo lectura como salida %<asm%>el miembro %qD es una referencia sin inicializarlas funciones miembros son implÃ­citamente friends de su clasela comprebaciÃ³n de acceso de memoria siempre fallafallÃ³ la asignaciÃ³n de memoria al leer los datos de exportaciÃ³nla entrada de memoria %d no es directamente direccionablese esperaba una referencia de memoria para el modificador de salida 'S'se declarÃ³ el mÃ©todo %<%c%E%> como %<@optional%> y %<@required%> al mismo tiempoel mÃ©todo %s%s%s estÃ¡ marado go:nointerfaceel mÃ©todo %s%s%s requiere un receptor de punterolos atributos de argumento de mÃ©todo no estÃ¡n disponibles en Objective-C 1.0los atributos de mÃ©todo no estÃ¡n disponibles en Objective-C 1.0los atributos de mÃ©todo no se pueden especificar en el contexto @implementationlos atributos de mÃ©todo se deben especificar al finallos atributos de mÃ©todo sÃ³lo se deben especificar al finalla declaraciÃ³n de mÃ©todo no estÃ¡ en el contexto @interfaceel mÃ©todo declarado como %qE anula el mÃ©todo %qEno se encontrÃ³ la definiciÃ³n de mÃ©todo para %<%c%E%>la definiciÃ³n de mÃ©todo no estÃ¡ en el contexto @implementationel mÃ©todo anula tanto %<transaction_pure%> como los mÃ©todos %qEposiblemente el mÃ©todo carece de una llamada [super dealloc]el tipo de mÃ©todo no coincide con el tipo de objetomÃ©todo con tipo incompatible definido en otra unidad de traducciÃ³nnÃºmero mÃ­nimo de bucles por funciÃ³n para analizar con Graphite.el valor mÃ­nimo del parÃ¡metro %qs es %umio_array_ref(): Referencia de array desconocidoanÃ¡lisis de perfil de las funciones mips16no coinciden las longitudes de los paquetes de argumentos al expandir %<%E%>no coinciden las longitudes de los paquetes de argumentos al expandir %<%T%>no coinciden los argumentosdeclaraciones discordantes durante la optimizaciÃ³n de tiempo de enlacecomparaciÃ³n de tipos de operandos que no coincidenconstruct Objective-C++ %<@%D%> mal ubicadofaltÃ³ optimizar el bucle, el contador de bucles se puede desbordarfalta el operando numÃ©rico $ en el formatofalta un %<(%> despuÃ©s de %<#pragma GCC visibility push%> - descartadofalta un %<(%> despuÃ©s de %<#pragma pack%> - se descartafalta un %<=%> (despuÃ©s del atributo %<getter%>)falta un %<=%> (despuÃ©s del atributo %<setter%>)falta un '(' despuÃ©s de '#pragma unused', se descartafalta un '(' despuÃ©s de '#pragma unused', se descartafalta la definiciÃ³n PHIfalta la nota REG_EH_REGION al final de bb %ifaltan argumentos para %qsfalta una barrera despuÃ©s del bloque %ifaltan llaves alrededor del inicializadorfaltan llaves alrededor del inicializador para %qTfalta el borde de callgraph para la llamada stmt:falta la llave final para el operando nombradofalta el parÃ©ntesis finalfalta la colecciÃ³n en la enumeraciÃ³n rÃ¡pidafalta el predicado controladorfalta la definiciÃ³nfalta dispositivo o arquitectura despuÃ©s de %qsfalta el borde %i->%ifalta un nombre de fichero despuÃ©s de %qsfalta el carÃ¡cter de relleno al final del formato strfmonfalta la expresiÃ³n de incrementofalta el inicializador para el miembro %qDfalta un fichero make objetivo despuÃ©s de %qsfalta el mÃ©todo %s%s%sfalta el nÃºmerofalta el parÃ©ntesis inicialfalta un operandofalta una opciÃ³n despuÃ©s del tipo %<#pragma GCC diagnostic%>falta una ruta despuÃ©s de %qsfalta un centinela en la llamada a la funciÃ³nfalta el carÃ¡cter terminando %cfalta el nombre del tipo en la declaraciÃ³n typedefse prohÃ­be mezclar declaraciones y definiciones-de-funciÃ³nno se permite mezclar diferentes sÃ­mbolos de tipos en los mismos grupos comdatse aplicÃ³ el modo %qs a un tipo inapropiadoel modo de tamÃ±o del resultado que no es integral no coincide con el tamaÃ±o del campo de BIT_FIELD_REFmÃ³dulo natural en la declaraciÃ³n USE en %CmÃ¡s de %d operandos en %<asm%>mÃ¡s de una clÃ¡usula %<depend(source)%> en una construcciÃ³n %<ordered%>mÃ¡s de una directiva 'crtl'mÃ¡s de un especificador de acceso en la base especificadalos atributos ms_abi y sysv_abi no son compatiblesel atributo ms_hook_prologue no es compatible con -mfentry para 32-bitms_hook_prologue no es compatible con la funciÃ³n anidadauna matriz multidimensional debe tener lÃ­mites para todas las dimensiones excepto para la primerala exclusiÃ³n multilib %qs es no vÃ¡lidalas exclusiones multilib %qs son no vÃ¡lidasla selecciÃ³n multilib %qs %qs no es vÃ¡lidala selecciÃ³n multilib %qs es no vÃ¡lidala especificaciÃ³n multilib %qs es no vÃ¡lidasÃ³lo se admiten mÃºltiples personalidades EH con ensambladores que admiten la directiva cfi.personalitymÃºltiples etiquetas por defecto en un solo switchdefiniciÃ³n mÃºltiple de %q#TmÃºltiples campos inicializados en la uniÃ³n %qTse especificaron mÃºltiples atributos de tipo de funciÃ³nse encontraron mÃºltiples transiciones caliente/frÃ­o (bb %i)se dieron inicializaciones mÃºltiples para %qDse dieron inicializaciones mÃºltiples para la base %qTmÃºltiples llamantes inlineno se permiten atributos interrupt mÃºltiplesmÃºltiples variables de iteraciÃ³n en una enumeraciÃ³n rÃ¡pidase especificaron mÃºltiples ejes de bucle para la rutinase encontraron mÃºltiples mÃ©todos nombrados %<%c%E%>mÃºltiples parÃ¡metros nombrados %qDprevalecen definiciones mÃºltiples para %qEse encontraron mÃºltiples selectores nombrados %<%c%E%>mÃºltiples clases de almacenamiento en la declaraciÃ³n de %qsmÃºltiples clases de almacenamiento en los especificadores de declaraciÃ³ntipos mÃºltiples en una declaraciÃ³nnodos PHI virtuales mÃºltiples en BB %dargumento de valor mÃºltiple en un contexto de un solo valorllamada a funciÃ³n de valor mÃºltiple en un contexto de un solo valorse debe hacer #include <typeinfo> antes de usar typeidse debe usar %<.*%> o %<->*%> en la llamada a la funciÃ³n puntero-a-miembro en %<%E (...)%>, p.e. %<(... ->* %E) (...)%>%qD mutable no se puede usar en una expresiÃ³n constanteinformaciÃ³n de repositorio misteriosa en %sel nombre %qD se utiliza en un inicializador designado en estilo GNU para una matrizel nombre %qT tiene tipo de dato incompletola bÃºsqueda de nombre de %qD cambiÃ³la bÃºsqueda de nombre de %qD cambiÃ³ por el nuevo alcance ISO de %<for%>falta el nombre para la funciÃ³n miembroel nombre de la clase oscurece la plantilla de parÃ¡metro de plantilla %qDse usÃ³ un nombre en un inicializador designado de estilo GNU para una matrizya no se admiten los valores de devoluciÃ³n nombradosno se permite el espacio de nombres %qD en la declaraciÃ³n usingno se permite aquÃ­ el alias del espacio de nombres %qD, se asume que es %qDlos agregados anÃ³nimos de alcance de espacio de nombres deben ser staticconversiÃ³n estrechadora de %qE desde %qT a %qT dentro de { }la conversiÃ³n estrechadora de %qE desde %qT a %qT dentro de { } estÃ¡ mal formada en C++11se necesita %<typename%> antes de %<%T::%E%> porque %qT es un Ã¡mbito dependientese necesita %<typename%> antes de %qE porque %qT es un Ã¡mbito dependientenecesita conversiÃ³n implÃ­citase necesita conversiÃ³n explÃ­cita; falta el mÃ©todo %s%s%slongitud de insn negativaentero negativo truncado implÃ­citamente al tipo unsignedprofundidad de anidamiento negativa de la regiÃ³n %icuenta de desplazamiento negativaanchura negativa en el campo de bits %q+Danchura negativa en el campo de bit %qsno se llamarÃ¡ ni al destructor ni al operador delete especÃ­fico de la clase, aÃºn si se declaran cuando se defina la clasealternativas de dialecto ensamblador anidadasdeclaraciÃ³n externa anidada de %qDse declara la funciÃ³n anidada %q+D pero nunca se definela funciÃ³n anidada %qE se declarÃ³ %<extern%>la funciÃ³n anidada %qs se declarÃ³ %<extern%>no se admiten trampolines de funciones anidadas para este objetivono se admiten funciones anidadas en este objetivoredefiniciÃ³n anidada de %<enum %E%>redefiniciÃ³n anidada de %<struct %E%>redefiniciÃ³n anidada de %<union %E%>new no se puede aplicar a un tipo de funciÃ³nnew no se puede aplicar a un tipo de referenciano se pueden definir tipos nuevos en un tipo de devoluciÃ³nno se declarÃ³ %<%D(int)%> para el %qs postfijono se declarÃ³ %<%D(int)%> para el %qs postfijo, intentando en su lugar el operador prefijono se encontrÃ³ el mÃ©todo %<%c%E%>no hay una funciÃ³n miembro %q#D declarada en la clase %qTno se encuentra el getter %qsno hay FUNCTION_PROFILER para CRISno se proporcionÃ³ el nombre de fichero de lista de salida TRANSsin argumentosno hay argumentos para la funciÃ³n de especificaciÃ³nno se especificÃ³ un nombre de clase con %qsno hay una plantilla de clase llamada %q#T en %q#Tno hay un %<]%> que cierre para el formato %<%%[%>no hay contexto para resolver el tipo de %qEno existe una funciÃ³n de desalojo correspondiente para %qDno hay tipo de datos para el modo %qsno se encontrÃ³ la declaraciÃ³n de la propiedad %qs en la interfazno hay un argumento por defecto para %qDsin descripciÃ³n aÃºn.no existe el campo %qD en la union que se estÃ¡ inicializandono hay una lista immediate_useno hay ficheros de entradano hay ficheros de entrada; incapaz de escribir ficheros de salidaningÃºn tipo integral puede representar todos los valores de enumerador de %qTno hay registros inferiores disponibles para extraer registros superioresno hay coincidencia para la llamada a %<(%T) (%A)%>no hay coincidencias al convertir la funciÃ³n %qD al tipo %q#Tno hay una funciÃ³n coincidente para la llamada a %<%D(%A)%>no se encontrÃ³ una funciÃ³n coincidente para la llamada a %<%T::operator %T(%A)%#V%>no hay un push coincidente para %<#pragma GCC visibility pop%>no se encontrÃ³ una plantilla coincidente para %qDla funciÃ³n no miembro %qD se declarÃ³ en %qTno hay miembros que coincidan con %<%T::%D%> en %q#Tno hay operador de post-decremento para el tipono hay operador de post-incremento para el tipono hay operador de pre-decremento para el tipono hay operador de pre-incremento para el tipono hay declaraciÃ³n previa para %qDno hay un prototipo previo para %qDno existe el tipo de procesador especificado para enlazarno hay anÃ¡lisis de perfil del cÃ³digo de 64-bit para esta ABIno hay registro en la direcciÃ³nno hay una declaraciÃ³n de devoluciÃ³n en la funciÃ³n que no devuelve voidno hay sclass para el stab %s (0x%x)no hay punto y coma al final del struct o unionno hay un %<operator %s%> adecuado para %qTno se encontrÃ³ un %qD adecuado en la clase %qTno se declarÃ³ una super clase en @interface para %qEno se declarÃ³ una super clase en la interfaz para %qEno hay un tipo llamado %q#T en %q#Tninguna clase de almacenamiento o tipo se puede especificar aquÃ­,no hay un impositor Ãºnico final para %qD en %qTel nodo difiere de node->decl->decl_with_vis.symtab_nodeel nodo tiene un tipo desconocidoel nodo es un alias pero no una definiciÃ³nel nodo es un alias pero no un alias implÃ­citoel nodo estÃ¡ solo en un grupo comdatel nodo estÃ¡ analizado pero no es una definiciÃ³nel nodo estÃ¡ en la lista same_comdat_group no tiene comdat_groupel nodo es un transparent_alias pero no un aliasel nodo es una weakref pero no un transparent_aliasnodo no encontrado node->decl->decl_with_vis.symtab_nodese encontraron nodos sin memoria liberadala expresiÃ³n noexcept evalÃºa a %<falso%> por una llamada a %qDvariante PCS derivada de un no AAPCSconstrucciÃ³n no OpenACC dentro de regiÃ³n OpenACCconstrucciÃ³n no OpenACC dentro de rutina OpenACCno coincide el manejo de excepciÃ³n de algo que no es llamadaargumento %u entero que no es constante en la llamada a la funciÃ³n %qEel argumento 1 para __atomic_always_lock_free no es una constantematriz no constante en la declaraciÃ³n DATA %LinicializaciÃ³n de una matriz que no es constantelas literales compuestas que no son constantes no pueden aparecer en una expresiÃ³n constantecondiciÃ³n que no es constante para una aserciÃ³n estÃ¡ticaelemento no constante en CONSTRUCTOR constanteinicializaciÃ³n en clase que no es constante no vÃ¡lida para el miembro static %qDexpresiÃ³n de inicializaciÃ³n que no es constante en %Lnon-decl/MEM_REF LHS en sentencia clobberse encontrÃ³ UNSPEC %s (%d) que no estÃ¡ delegitimado la ubicaciÃ³n de variablela funciÃ³n %q+D que no se borrÃ³argumento que no es de coma flotante en la llamada a la funciÃ³n %qEargumentos que no son de coma flotante en la llamada a la funciÃ³n %qEno es funciÃ³n en la llamada gimpleel argumento 1 para __atomic_is_lock_free no es un enteroel argumento 3 no es entero en la llamada a la funciÃ³n %qEargumento de modelo de memoria %d que no es entero de %qEsentencia switch de tipo no enterose usÃ³ un no integral en la condiciÃ³nel no-bucle con encabezado %d no estÃ¡ marcado para borrarsematriz no-lvaluada en la expresiÃ³n condicionalel no-miembro %qs no se puede declarar %<mutable%>la funciÃ³n que no es miembro %qD no puede tener calificador-cvla entrada que no es de memoria %d debe permanecer en memoriafunciÃ³n no anidada con tipo modificado variablementeel miembro que no es objeto %qs no se puede declarar %<mutable%>no se puede atrapar el tipo '%T' que no es de objective-c%qs que no es parÃ¡metro no puede ser un paquete de parÃ¡metroel LHS de una operaciÃ³n binaria no es un registroel LHS de una operaciÃ³n terniaria no es un registroel LHS de una operaciÃ³n unaria no es un registrotipo que no es escalarsufijo no estÃ¡ndar en una constante de coma flotanteel miembro const %q#D que no es static, no puede usar el operador de asignaciÃ³n por defectose declarÃ³ el miembro dato que no es static %qE como %<constexpr%>los inicializadores de datos miembro que no son static sÃ³lo estÃ¡ disponibles con -std=c++11 o -std=gnu++11declaraciÃ³n que no es static de %q+D despuÃ©s de una declaraciÃ³n staticinicializaciÃ³n no estÃ¡tica de un miembro de matriz flexibleel miembro de referencia %q#D que no es static, no puede usar el operador de asignaciÃ³n por defectose usÃ³ %qD que no es plantilla como plantillase usa el tipo %qT que no es plantilla como una plantilladeclaraciÃ³n que no es thread-local de %q#D despuÃ©s de una declaraciÃ³n thread-localdeclaraciÃ³n que no es thread-local de %q+D despuÃ©s de una declaraciÃ³n thread-localnon-top-level BIT_FIELD_REF, IMAGPART_EXPR o REALPART_EXPRconversiÃ³n que no es trivial en la asignaciÃ³nconversiÃ³n que no es trivial en la operaciÃ³n unariano se admiten los inicializadores designados como no trivialesCONSTRUCTOR no vector con elementosoperandos que no son vectores en la comparaciÃ³n de vectoresel Ã­ndice de matriz no es una constante en el inicializadorlista de salidas no vacÃ­a del bucle %d, pero no se graban las salidasetiqueta no local argumento %qD no nulo comparado con NULLun argumento que no es nulo tiene un nÃºmero de operando no vÃ¡lido (argumento %lu)un argumento que no es nulo hace referencia a un operando que no es puntero (argumento %lu, operando %lu)un argumento que no es nulo con nÃºmero de operando fuera de rango (argumento %lu, operando %lu)un atributo que no es nulo sin argumento es un atributo que no es prototiponormalizaciÃ³n y escalado no pueden coexistir
! no se permite combinar tipos en BIT_INSERT_EXPRno se configurÃ³ para ABI SPEno se configurÃ³ con el sufijo de encabezados sysrootfaltan argumentosfaltan argumentos para devolverno hay suficientes bucles perfectamente anidadosno hay suficiente informaciÃ³n de tipono hay suficientes argumentos variables para ajustar un centinelanotanota: argumento nulo donde se requiere uno que no sea nulo (argumento %lu)puntero de destino nulocadena de formato nulapuntero nulodesreferencia a puntero nuloel nÃºmero debe ser 0 Ã³ 1el nÃºmero de argumentos no coinciden con el prototipo internoel nÃºmero de argumentos no coinciden con el prototipoel nÃºmero de notas bb en la cadena insn (%d) != n_basic_blocks (%d)el nÃºmero de componentes del vector no es una potencia de dosel nÃºmero de contadores es %d en lugar de %del nÃºmero de resultados no coincide con el nÃºmero de valoresel nÃºmero de variables en la clÃ¡usula %<depend(sink)%> no coincide con el nÃºmero de variables de iteraciÃ³nobjc++-cpp-output es obsoleto; pr favor use en su lugar objective-c++-cpp-outputobjc-cpp-output es obsoleto; por favor use en su lugar objective-c-cpp-outputel objeto no es un mÃ©todofalta un objeto en el uso de %qEla propiedad de objeto %qD no tiene un atributo %<assign%>, %<retain%> o %<copy%>; se asume %<assign%>el tipo de objeto %qT no coincide con el nombre del destructor ~%qTun objeto con tipo modificado variablemente no debe tener enlacese esperaba una declaraciÃ³n mÃ©todo objective-cse esperaba(n) argumento(s) de mensaje de objective-c++se esperaba una declaraciÃ³n de mÃ©todo de objective-c++cÃ³digo de formato Maverick obsoleto '%c'se usÃ³ la opciÃ³n obsoleta -I-, por favor utilice -iquote en su lugaruso obsoleto del inicializador designado con %<:%>uso obsoleto del inicializador designado sin %<=%>el desplazamiento %qwi fuera de los lÃ­mites de la constante de cadenael desplazamiento del campo de bits packed %qD cambiÃ³ en GCC 4.4definiciÃ³n de funciÃ³n de estilo antiguodeclaraciones de parÃ¡metros de estilo antiguo en la definiciÃ³n de una funciÃ³n prototipose omitiÃ³ el operando de enmedio de %<?%>: no se puede revolver el operandosolamente a las regiones %<distribute%> o %<parallel%> se les permite estar estrictamente anidadas dentro de la regiÃ³n %<teams%>%<inbranch%> y %<notinbranch%> son los Ãºnicos indicadores permitidos con el atributo %<__simd__%>sÃ³lo 0.0 se puede cargar como un inmediatosÃ³lo los tips de objeto Objective-C se pueden calificar con un protocolosolamente los constructores toman inicializadores miembrosÃ³lo las variables sin inicializar se pueden colocar en una secciÃ³n .bssSÃ³lo las variables sin inicializar se pueden colocar en la secciÃ³n .noinitsÃ³lo se admiten los aliases weak en esta configuraciÃ³nsolo se permiten inicializadores a cero en la secciÃ³n %qsno se pueden inicializar los tipos de vector opacosel especificador enumerador opaco debe usar un identificador simpleespecificador enumerador opaco sin nombrefallÃ³ al abrir %s: %sopen /dev/zero: %mse abre la lista de salida LTRANS %s: %mabriendo el fichero de dependencias %s: %mabriendo el fichero de salida %s: %mla restriccion de operando contiene %<+%> Ã³ %<=%> en una posiciÃ³n incorrectalas restricciones de operandos para %<asm%> difieren en el nÃºmero de alternativasel operando no es un cÃ³digo de condiciÃ³n, cÃ³digo de operando '%c' no vÃ¡lidoel operando no es un cÃ³digo de condiciÃ³n, cÃ³digo de operando 'D' no vÃ¡lidoel operando no es un cÃ³digo de condiciÃ³n, cÃ³digo de operando 'Y' no vÃ¡lidoel operando no es un entero concreto, cÃ³digo de operando 'r' no vÃ¡lidoel operando no es un entero, cÃ³digo de operando 'K' no vÃ¡lidoel operando no es un entero, cÃ³digo de operando 'R' no vÃ¡lidoel operando no es una referencia de memoria desplazable, cÃ³digo de operando 'H' no vÃ¡lidoel operando debe ser un inmediato del tamaÃ±o correctofalta un nÃºmero operando despuÃ©s de %%-letranÃºmero operando fuera de rangooperando numÃ©rico fuera de rango en el formatoel nÃºmero de operandos especificados para el formato no toma argumentosse especificÃ³ un nÃºmero de operandos con asignaciÃ³n suprimidael tipo %qT del operando es incompatible con el argumento %d de %qElos operandos para %T/%t deben ser reg + const_int:los operandos de ?: tienen tipos diferentes %qT y %qTla operaciÃ³n sobre %qE puede estar indefinidano coincide el atributo de nivel de optimizaciÃ³nla optimizaciÃ³n puede eliminar lecturas y/o escrituras a variables de registroya se habÃ­a especificado option("%s")argumento opcionalopciones activadas: faltan opciones u objetivos despuÃ©s de %qsopciones pasadas: comparaciÃ³n ordenada de puntero con el entero cerocomparaciÃ³n ordenada de puntero con un puntero nulola definiciÃ³n original apareciÃ³ aquÃ­se definiÃ³ originalmente aquÃ­originalmente la llamada indirecta a funciÃ³n no se considera para la inclusiÃ³n en lÃ­nease especificÃ³ originalmente aquÃ­construcciÃ³n %qs huÃ©rfanadeberÃ­a concordar con el mÃ©todo virtual %qD pero no concuerda%<__transaction_cancel%> mÃ¡s externo no estÃ¡ dentro del %<__transaction_atomic%> mÃ¡s externoel bloque mÃ¡s externo de la regiÃ³n %i es errÃ³neotransacciÃ³n mÃ¡s externa en la funciÃ³n %<transaction_may_cancel_outer%>transacciÃ³n mÃ¡s externa en la funciÃ³n %<transaction_safe%>transacciÃ³n mÃ¡s externa en la transacciÃ³nla restricciÃ³n de salida %d no se puede especificar junto con la sobreescritura "%s"la restricciÃ³n de salida %d debe especificar un solo registrola restricciÃ³n de salida %qc para el operando %d no estÃ¡ al iniciose especificÃ³ dos veces el nombre del fichero de salidael nÃºmero de salida %d no es directamente direccionableel operando de salida %d debe usar la restricciÃ³n %<&%>la restricciÃ³n de operando de salida carece de %<=%>el operando de salida es constante en %<asm%>los registros de salida deben ser agrupados en la parte superior de la pilaoutput_move_single:desbordamiento en la dimensiÃ³n de la matrizdesbordamiento en la expresiÃ³n constantedesbordamiento en valores de enumeraciÃ³ndesbordamiento en valores de enumeraciÃ³n en %qDdesbordamiento en la conversiÃ³n implÃ­cita de constantelista de argumentos de salida desbordada para %qsfunciÃ³n sobrecargada sin informaciÃ³n contextual de tipolos controles de anulaciÃ³n (override/final) sÃ³lo estÃ¡n disponibles con -std=c++11 o -std=gnu++11se sobreescribe la funciÃ³n borrada %q+Dse anula la funciÃ³n final %q+Dse sobreescribe la funciÃ³n %q+D que no se borrÃ³el atributo packed causa una alineaciÃ³n ineficienteel atributo packed causa una alineaciÃ³n ineficiente para %q+Del atributo packed causa una alineaciÃ³n ineficiente para %qEno es necesario el atributo packedel atributo packed es innecesario para %q+Del atributo packed es innecesario para %qEtamaÃ±o de la estructura de relleno para los lÃ­mites de alineaciÃ³nestructura de relleno para alinear %q+Del parÃ¡metro %P tiene el tipo incompleto %qTel parÃ¡metro %P de %qD tiene el tipo incompleto %qTel parÃ¡metro %q+D se declarÃ³ %<_Noreturn%>el parÃ¡metro %q+D se declarÃ³ %<inline%>el parÃ¡metro %q+D sÃ³lo tiene una declaraciÃ³n posteriorel parÃ¡metro %qD se declarÃ³ con tipo voidel parÃ¡metro %qD tiene tipo incompletoel parÃ¡metro %qD incluye un puntero a matriz %qT de lÃ­mite desconocidoel parÃ¡metro %qD incluye una referencia a matriz %qT de lÃ­mite desconocidoel parÃ¡metro %qD se declarÃ³ no vÃ¡lidamente como tipo de mÃ©todoel parÃ¡metro %qD estÃ¡ inicializadose definiÃ³ el parÃ¡metro %qD pero no se usael parÃ¡metro %qP de %qD puede ser un candidato para un atributo de formatoel parÃ¡metro %u (%q+D) tiene tipo incompletoel parÃ¡metro %u (%q+D) tiene tipo voidel parÃ¡metro %u tiene tipo incompletoel parÃ¡metro %u tiene tipo voidel parÃ¡metro se declarÃ³ %<auto%>la lista de parÃ¡metros no ofrece una firma vÃ¡lida para %s()el parÃ¡metro puede no tener el tipo modificado variablemente %qTel parÃ¡metro puede ser un candidato para un atributo de formatofalta el nombre del parÃ¡metro de la lista de parÃ¡metrosse omitiÃ³ el nombre del parÃ¡metronombres de parÃ¡metros (sin tipos) en la declaraciÃ³n de la funciÃ³nel paquete de parÃ¡metros %qD no puede tener un argumento por defectoel argumento de paquete de parÃ¡metro %qE debe estar al final de la lista de argumentos de plantillael argumento de paquete de parÃ¡metro %qT debe estar al final de la lista de argumentos de plantillael paquete de parÃ¡metros no puede tener un argumento por defectono se expanden los paquetes de parÃ¡metro con %<...%>argumento de tipo derivado parametrizadono se pueden usar parÃ©ntesis alrededor de %qE para formar una funciÃ³n-puntero-a-miembrose requieren parÃ©ntesis alrededor de esta literal compuesta para eviar ambigÃ¼edad en la decodificaciÃ³nno se permite la inicializaciÃ³n entre parÃ©ntesis para el bucle %<for%> en OpenMPinicializador entre parÃ©ntesis en la matriz newerror de decodificaciÃ³n en la lista de argumentos de plantillala especializaciÃ³n parcial %qT se declarÃ³ %<friend%>no se encontrÃ³ el paso %qs, pero estÃ¡ referenciado por el paso nuevo %qsel paso %s no admite clonaciÃ³nel paso %s necesita una implementaciÃ³n set_pass_param para manejar el argumento extra en NEXT_PASSal pasar %qT se escoge %qT sobre %qTse pasÃ³ NULL al argumento %P de %qD que no es punterose pasa el argumento %d de %qE como %<float%> en lugar de %<double%> debido al prototipose pasa el argumento %d de %qE como %qT en lugar de %qT debido al prototipose pasa el argumento %d de %qE como complejo en lugar de coma flotante debido al prototipose pasa el argumento %d de %qE como complejo en lugar de entero debido al prototipose pasa el argumento %d de %qE como coma flotante en lugar de complejo debido al prototipose pasa el argumento %d de %qE como coma flotante en lugar de entero debido al prototipose pasa el argumento %d de %qE como entero en lugar de complejo debido al prototipose pasa el argumento %d de %qE como entero en lugar de coma flotante debido al prototipose pasa el argumento %d de %qE como signed debido al prototipose pasa el argumento %d de %qE como unsigned debido al prototipoel paso del argumento %d de %qE descarta el calificador %qv del tipo del destino del punterose pasa el argumento %d de %qE desde un tipo Objective-C distintose pasa el argumento %d de %qE desde un tipo de puntero incompatiblese pasa el argumento %d de %qE desde un puntero a espacio de direcciones no contenidoel paso del argumento %d de %qE hace que la funciÃ³n calificada con %q#v apunte desde una no calificadael paso del argumento %d de %qE crea un entero desde un puntero sin una conversiÃ³nel paso del argumento %d de %qE crea un puntero desde un entero sin una conversiÃ³nse pasa el argumento %d de %qE con anchura diferente debido al prototipopasando argumento demasiado grande a la pilael pragma pch_preprocess sÃ³lo se debe usar con -fpreprocessedavisopedavisoped: errorpermerrorperm: fallÃ³ pex_init: %mel plugin %s no estÃ¡ licenciado bajo una licencia compatible con GPL
  %sel plugin %s registrÃ³ una funciÃ³n de llamada hacia atrÃ¡s nula para el evento %sel plugin %s de debe especificar antes de -fplugin-arg-%s en la lÃ­nea de Ã³rdenesse especificÃ³ el plugin %s con diferentes rutas:
  %s
! %sel plugin no puede registrar un paso faltanteel plugin no puede registrar un paso sin nombreel plugin no puede registrar el paso %qs sin un nombre de paso de referenciael soporte de plugins estÃ¡ desactivado; configure con --enable-pluginargumento punterono se permite la aritmÃ©tica de punteros para los objetos capturados por el recolector de basuraasignaciÃ³n de punterolos lÃ­mites del puntero se perdieron por culpa de la expresiÃ³n inesperada %sse usÃ³ un puntero de tipo %<void *%> en la aritmÃ©ticase usÃ³ un puntero de tipo %<void *%> en la sustracciÃ³nel desplazamiento del puntero desde el sÃ­mbolo tal vez es incorrectopuntero o resultado asignabletipos de objetivo a incompatibles en C++el espacio de direcciones %qs que apuntan a punteros debe ser const en %qTel espacio de direcciones %qs que apuntan a punteros debe ser const en %s %q+Del puntero que apunta en la asignaciÃ³n difiere en signoel puntero que apunta en la inicializaciÃ³n difiere en signoel puntero que apunta en el paso del argumento %d de %qE difiere en signoel puntero que apunta en la devoluciÃ³n difiere en signose usÃ³ un puntero a una funciÃ³n en la aritmÃ©ticase utilizÃ³ un puntero a una funciÃ³n en la sustracciÃ³nel puntero a tipo de interfaz no tiene mÃ©todospuntero a la conversiÃ³n miembro a travÃ©s de la base virtual %qTel tipo de puntero a miembro %qT es incompatible con el tipo objeto %qTlos tipos de datos punteros no coinciden en la expresiÃ³n condicionalse usÃ³ un valor de puntero donde se esperaba un complejose usÃ³ un valor de puntero donde se esperaba un valor de coma flotantela funciÃ³n puntero-a-miembro %E no se puede llamar dentro de un objeto; considere utilizar .* o ->*los tipos de datos punteros/enteros no coinciden en la expresiÃ³n condicionalno se permite usar punteros como valores casese usaron punteros a espacios de direcciones discontinuos en la expresiÃ³n condicionalargumento polimÃ³rficoposiciÃ³n mÃ¡s tamaÃ±o supera el tamaÃ±o del objeto referenciado en BIT_FIELD_REFse detectÃ³ un posible problema en la invocaciÃ³n del operador delete:la direcciÃ³n de post-incremento no es un registroel postfijo %qD debe tomar %<int%> como su argumentoel postfijo %qD debe tomar %<int%> como su segundo argumentoel postfijo %qD debe regresar %qTposible desreferencia a puntero nulola direcciÃ³n de pre-decremento no es un registrola direcciÃ³n de pre-incremento no es un registroprecisiÃ³nprecisiÃ³n en formato printfinstrucciÃ³n de predicado ThumbinstrucciÃ³n de predicado en una secuencia condicionalaloja de preferencia registros que permitan la generaciÃ³n de instrucciones short.el prefijo %qD debe regresar %qTse descartan los atributos de prefijo antes de %<@%D%>se descartan los atributos de prefijo para las implementacionesse descartan los atributos de prefijo para los mÃ©todosel prev_bb de %d debe ser %d, no %ddeclaraciÃ³n previadeclaraciÃ³n previa de %<%c%E%>declaraciÃ³n previa de %<%c%E%> como %<@optional%>declaraciÃ³n previa de %<%c%E%> como %<@required%>declaraciÃ³n previa de %<%c%s%>declaraciÃ³n previa de %q+Dla declaraciÃ³n previa de %q+D estaba aquÃ­declaraciÃ³n previa de %qEla definiciÃ³n previa estÃ¡ aquÃ­la definiciÃ³n previa de %q+D estaba aquÃ­la declaraciÃ³n implÃ­cita previa de %q+D estaba aquÃ­la declaraciÃ³n previa %q+#D que no es funciÃ³nse declarÃ³ previamente aquÃ­se definiÃ³ previamente aquÃ­se usÃ³ previamente aquÃ­problema al construir la imagen de destino para %s
  soporte de anÃ¡lisis de perfil para CR16soporte de anÃ¡lisis de perfil para VxWorksel anÃ¡lisis de perfil aÃºn no se implementa en esta arquitecturael anÃ¡lisis de perfil no se admite con -mgprogramas: %s
! el argumento promovido %qD no coincide con el prototipo internoel argumento promovido %qD no coincide con el prototipoel ~unsigned promovido es siempre diferente de cerola propiedad %qs ya se especificÃ³ en %<@dynamic%>la propiedad %qs ya se especificÃ³ en %<@synthesize%>la propiedad %qs estÃ¡ usando la variable de instancia %qs de tipo incompatiblela propiedad %qs estÃ¡ usando la misma variable de instancia que la propiedad %qsla propiedad no puede ser un campo de bitsla propiedad no puede ser una matrizla declaraciÃ³n de propiedad no estÃ¡ en el contexto @interface o @protocolel protocolo %qE tiene una dependencia circularel protocolo %qE es obsoletolos atributos de protocolo no estÃ¡n disponibles en Objective-C 1.0declaraciÃ³n de prototipoel prototipo para %q#D no coincide con ningÃºn otro en la clase %qTel prototipo para %q+D declara el argumento %d con un tipo incompatibleel prototipo para %q+D declara menos argumentos que la definiciÃ³n anterior de estilo antiguoel prototipo para %q+D declara mÃ¡s argumentos que la definiciÃ³n anterior de estilo antiguoprototipo para %q+D despuÃ©s de una definiciÃ³n que no es prototipoel prototipo de '%s' tiene operandos obligatorios despuÃ©s de los opcionalesprovisto por %q+Dno se llamÃ³ al seudo-destructorespecificador-pure en la definiciÃ³n-de-funciÃ³nmodificadores q/Q no vÃ¡lidos para las referencia de sÃ­mboloel nombre calificado no nombra una claseel tipo calificado %qT no coincide con el nombre del destructor ~%qTno se permiten calificadores en la declaraciÃ³n de %<operator %T%>el tipo calificador %qT no coincide con el nombre del destructor ~%qTr0 necesita estar disponible como un registro sobreescrito por llamadala clÃ¡usula de rango debe tener tipo matriz, rebanada, cadena, mapa o canallas expresiones de rango en las declaraciones switch no son estÃ¡ndarla expresiÃ³n %<for%> basada en rango de tipo %qT tiene un miembro %<begin%> pero no tiene %<end%>la expresiÃ³n %<for%> basada en rango de tipo %qT tiene un miembro %<end%> pero no tiene %<begin%>la expresiÃ³n %<for%> basada en rango de tipo %qT es de tipo incompletolos rangos no coinciden entre %qE y %qElos rangos no coinciden en la expresiÃ³n %qEel operador literal raw %q+D tiene conflictos con la plantilla de operador literal %qDno se admite rdynamicfallÃ³ la lectura al leer los datos de exportaciÃ³nse usÃ³ la ubicaciÃ³n de sÃ³lo lectura %qE como salida %<asm%>se usÃ³ el miembro de sÃ³lo lectura %qD como salida %<asm%>se usÃ³ el valor de devoluciÃ³n nombrado de sÃ³lo lectura %qD como salida %<asm%>se usÃ³ el parÃ¡metro de sÃ³lo lectura %qD como salida %<asm%>se usÃ³ la referencia de sÃ³lo lectura %qD como salida %<asm%>se usÃ³ la variable de sÃ³lo lectura %qD como salida %<asm%>leyendo fichero de entradaleyendo a travÃ©s de un puntero nulo (argumento %d)no se puede establecer la propiedad readonlyse recompila con -fcompare-debugevaluaciÃ³n recursiva del argumento por defecto para %q#DinserciÃ³n en lÃ­nea recursivatipo recursivo %qT sin definirse requiere recursivamente para la sustituciÃ³n de %qS
  se requiere recursivamente desde %q#D
  se requiere recursivamente desde aquÃ­
! redeclaraciÃ³n de %<enum %E%>redeclaraciÃ³n de %<wchar_t%> como %qTredeclaraciÃ³n de %q#DredeclaraciÃ³n de %q+D con visibilidad diferente (se preserva la visibilidad anterior)redeclaraciÃ³n de %q+D sin enlaceredeclaraciÃ³n de %qT como algo que no es plantillaredeclaraciÃ³n del tipo interno de C++ %qTredeclaraciÃ³n de la clase Objective-C %qsredeclaraciÃ³n del enumerador %q+Dla redeclaraciÃ³n de friend %q#D no puede tener argumentos de plantilla por defectoredeclaraciÃ³n de la propiedad %qDredeclarado aquÃ­ como %q#Dse redeclarÃ³ con %d parÃ¡metro de plantillase redeclarÃ³ con %d parÃ¡metros de plantillalas funciones extern inline redefinidas no se consideran para la inclusiÃ³n en lÃ­nearedefiniciÃ³n de %<struct %E%>redefiniciÃ³n de %<union %E%>redefiniciÃ³n de %q#DredefiniciÃ³n de %q#TredefiniciÃ³n de %q+DredefiniciÃ³n del argumento por defecto para %q#DredefiniciÃ³n del parÃ¡metro %q+DredefiniciÃ³n de la definiciÃ³n de tipo %q+DredefiniciÃ³n de la definiciÃ³n de tipo %q+D con un tipo diferenteredefiniciÃ³n de la definiciÃ³n de tipo %q+D con un tipo modificado variablementeredeclaraciÃ³n redundante de %q+DdeclaraciÃ³n redundante de %qD en el mismo Ã¡mbitola referencia %qs no se puede declarar %<mutable%>la referencia a %<%T::%D%> es ambiguala referencia a %qD es ambiguareferencia a sentencia muertase devolviÃ³ una referencia a un valor que no es l-valorla regiÃ³n de lp %i es errÃ³nearegion_array no coincide con region_treeregion_array estÃ¡ corrupta para la regiÃ³n %inombre de registro dado para la variable %q+D que no es registrono se especifica un nombre de registro para %q+Dse usÃ³ el registro de %qD para mÃºltiples variables de registro globalesse esperaba un registro o expresiÃ³n de memoria para el modificador de salida 'M'se esperaba un registro o expresiÃ³n de memoria para el modificador de salida 'N'el registro especificado por %q+D no es adecuado para el tipo de datosse usÃ³ la variable de registro %qD en la funciÃ³n anidadalos atributos regparam y thiscall no son compatiblesreimplementaciÃ³n de la clase %qEreinterpret_cast del tipo %qT al tipo %qT proscribe los calificadorestransacciÃ³n relajada en una funciÃ³n %<transaction_safe%>transacciÃ³n relajada en una transacciÃ³n atÃ³micase ha borrado el bucle %d en el Ã¡rbol del buclese elimina el fichero .rpo: %mrenombrando la especificaciÃ³n %s a %s
! se renombra el fichero .rpo: %m%<@%> repetida antes de la cadena Objective-Cse repitiÃ³ %s en el formatoel fichero de repositorio '%s' no contiene argumentos de lÃ­nea de Ã³rdenesno se permite la peticiÃ³n para la conversiÃ³n implÃ­cita de %qT a %qT en C++solicitud por el miembro %qD en %qE, el cual es del tipo %qT que no es clasesolicitud por el miembro %qD en %qE, el cual es de tipo puntero %qT (Â¿ Tal vez quiso utilizar %<->%> ?)la peticiÃ³n para el miembro %qD es ambiguala peticiÃ³n por el miembro %qD es ambigua en la red de herencia mÃºltiplesolicitud por el miembro %qE en el tipo %qT que no es clasepeticiÃ³n del miembro %qE en algo que no es una estructura o uniÃ³nla alineaciÃ³n solicitada %d es mayor que %dla alineaciÃ³n solicitada para %q+D es mayor que la alineaciÃ³n implementada de %wula alineaciÃ³n solicitada no es una potencia positiva de 2la alineaciÃ³n solicitada no es una constante enterala alineaciÃ³n solicitada es demasiado grandela init_priority solicitada no es una constante enterala init_priority solicitada estÃ¡ fuera de rangola init_priority solicitada estÃ¡ reservada para uso internola posiciÃ³n solicitada es menor a cerola posiciÃ³n solicitada no es una constante enterarequire_atom(): tipo de Ã¡tomo requerido incorrectose requiere para la sustituciÃ³n de %qS
  se requiere desde %q#D
  se requiere desde aquÃ­
! el resultado de %<operator->()%> produce un resultado que no es punteroresultado con longitud de carÃ¡cter no constantela devoluciÃ³n descarta el calificador %qv del tipo del destino del punteroel borde de devoluciÃ³n no apunta a exit en el bb %ddevoluciÃ³n desde un tipo de puntero incompatibledevoluciÃ³n desde puntero a espacio de direcciones no contenidola devoluciÃ³n hace que la funciÃ³n calificada con %q#v apunte desde una no calificadala devoluciÃ³n crea un entero desde un puntero sin una conversiÃ³nla devoluciÃ³n crea un puntero desde un entero sin una conversiÃ³nreturn no es seguido por una barrerael tipo de devoluciÃ³n %q#T es un tipo de dato incompletoel tipo de devoluciÃ³n por defecto es %<int%>el tipo de devoluciÃ³n es un tipo de dato incompletoel tipo de devoluciÃ³n puede ser un candidato para un atributo de formatoel tipo de devoluciÃ³n de %qD no es %<int%>la especificaciÃ³n del tipo de devoluciÃ³n para el constructor es no vÃ¡lidala especificaciÃ³n del tipo de devoluciÃ³n para el destructor es no vÃ¡lidase especificÃ³ un tipo de devoluciÃ³n para %<operator %T%>no coincide el tipo del valor de retornodevoluciÃ³n con valor en una funciÃ³n sin tipo de devoluciÃ³ndeclaraciÃ³n return con un valor, en una funciÃ³n que devuelve 'void'declaraciÃ³n return sin valores, en una funciÃ³n que devuelve %qTse devuelve un valor de un constructorse devuelve un valor de un destructorse devuelve la referencia al temporalatributo returns_nonnull en una funciÃ³n que no devuelve punteroel operando derecho del operador coma no puede resolver la direcciÃ³n de la funciÃ³n sobrecargadael operando derecho del operador coma no tiene efectoel operando derecho del operador coma es una referencia, no una llamada, a la funciÃ³n %qEprecisiÃ³n derechaprecisiÃ³n derecha en formato strfmonla cuenta de rotaciÃ³n derecha >= anchura del tipola cuenta de rotaciÃ³n derecha es negativacuenta de desplazamiento a la derecha >= anchura del tipola cuenta de desplazamiento a la derecha es negativael modo de redondeo no se admite para floats de VAXla rutina %qD se declara aquÃ­la cpu rx100 no tiene FPU de hardwarela cpu rx200 no tiene FPU de hardwareel mismo nodo de tipo canÃ³nico para los tipos diferentes %T y %Tse ha usado la misma variable en clÃ¡usulas %<firstprivate%> y %<lastprivate%> en una construcciÃ³n %<distribute%>same_comdat_group no es una lista circularlist same_comdat_group con grupos diferentesse encontrÃ³ %d %<template<>%>, se necesita %d para especializar una plantilla de funciÃ³n miembroescriba %<typename %E%> si quiere un tipoel objeto escalar %qD requiere un elemento en el inicializadorel argumento scalar_storage_order solo puede ser "big-endian" o "little-endian"scalar_storage_order no se admite porque el endianess no es uniformela escala tiene que ser no negativa
  escalado y normalizaciÃ³n no pueden coexistir; se omite
! el planificador %<auto%> no toma un parÃ¡metro %<chunk_size%>el planificador %<runtime%> no toma un parÃ¡metro %<chunk_size%>la expresiÃ³n schedule chunk size debe ser integralel Ã¡mbito %qT antes de %<~%> no es un nombre-de-claselos enums con Ã¡mbito sÃ³lo estÃ¡n disponibles con -std=c++11 o -std=gnu++11no coinciden scoped/unscoped en el enum %q#Tel segundo argumento debe ser una rebanada o una cadenael segundo argumento de %q+D debe ser %<char **%>el segundo argumento de %<__builtin_prefetch%> debe ser una constanteel segundo argumento de la funciÃ³n %qE tiene que ser una potencia de 2 entera constante entre loss bits %qi y %quel segundo operando de la expresiÃ³n condicional no puede resolver la direcciÃ³n de la funciÃ³n sobrecargadael segundo operando de la expresiÃ³n condicional no tiene efectoel segundo operando de la expresiÃ³n condicional es una referencia, no una llamada, a la funciÃ³n %qEel segundo operando del operador condicional es del tipo %<void%>, pero el tercer operando no es una expresiÃ³n throw ni del tipo %<void%>el segundo parÃ¡metro de %<va_start%> no es el Ãºltimo argumento nombradolas anclas de seccions se deben desactivar cando el reordenamiento de nivel principal se desactivalas anclas de secciÃ³n se deben desactivar cuando se desactiva unidad-cada-vezel argumento del atributo secciÃ³n no es una constante de cadenano se puede especificar el atributo de secciÃ³n para las variables localesno se permite un atributo de secciÃ³n para %q+Dno se admiten atributos de secciÃ³n en este objetivono se puede sobreescribir la secciÃ³n de %q+Dla secciÃ³n de %q+D genera un conflicto con la declaraciÃ³n previala secciÃ³n del alias %q+D debe cuadrar con la secciÃ³n de su objetivoconflicto de tipo de secciÃ³nconflicto de tipo de secciÃ³n con %Del selector debe ser un inmediatoel selector debe ser una constante entera en el rango 0..%wiself-tests no estÃ¡n activadas en este buildself-tests es incompatible con -Eestablece el nÃºmero de nops a emitir antes de cada patrÃ³n insn.setjmp/longjmp dentro de construcciÃ³n simdel nombre del setter debe terminar con %<:%>estableciendo el lÃ­mite del tamaÃ±o mÃ¡ximo del fichero core: %maquÃ­ estÃ¡ la declaraciÃ³n oscurecidase oscurece la funciÃ³n interna %q#Dse oscurece la funciÃ³n de biblioteca %q#Dse oscurece la declaraciÃ³n de tipo previa de %q#Dshared y mdll no son compatiblescall_stmt compartida:no se admite sharedrtx compartidola cuenta de desplazamiento no es un entero sin signodesplazamiento de un operando que no es enterolectura corta al leer los datos de exportaciÃ³nbordes sibcall para una insn que no es llamada en bb %ino se recomputan los efectos laterales cuando cambia ADDR_EXPRelemento con efectos colaterales en CONSTRUCTOR sin efectos colateralesno coinciden los signos del tipo y del modo de mÃ¡quina %qsIF simplese descarta el atributo sencillo target_clonesel tamaÃ±o de la matriz nueva debe tener un tipo integralno coincide el tamaÃ±o en el argumento %d de %qEel tamaÃ±o de %q+D es de %d bytesel tamaÃ±o de %q+D es mayor que %wd bytesel tamaÃ±o de la matriz %qD tiene un tipo %qT que no es integralel tamaÃ±o de la matriz %qD es negativoel tamaÃ±o de la matriz %qD no es una expresion constante integralel tamaÃ±o de la matriz %qE es de un tipo no enteroel tamaÃ±o de la matriz %qE es negativoel tamaÃ±o de la matriz %qE es demasiado grandeel tamaÃ±o de la matriz tiene un tipo %qT que no es integralel tamaÃ±o de la matriz es negativoel tamaÃ±o de la matriz no es una expresion constante integralel tamaÃ±o de la matriz es demasiado grandeel tamaÃ±o del bucle %d debe ser %d, no %del tamaÃ±o del valor de devoluciÃ³n de %q+D es de %u bytesel tamaÃ±o del valor de devoluciÃ³n de %q+D es mÃ¡s grande que %wd bytestamaÃ±o de bloques para el bloqueo de bucles.el tamaÃ±o de la matriz sin nombre es de un tipo no enteroel tamaÃ±o de la matriz sin nombre es negativoel tamaÃ±o de la matriz sin nombre es demasiado grandeel tamaÃ±o de la variable %q+D es demasiado grandenivel de optimizaciÃ³n del tamaÃ±o: 0:nada 1:oportunista 2:regalloc 3:alineaciÃ³n libre, -Os.sizeof(long double) es 12.sizeof(long double) es 16.la rebanada sÃ³lo se puede comparar con nilla capacidad de la rebanada debe ser enteroel final de la rebanada debe ser enterorebanada con valor que no es direccionablesoft-float y long-double-128 son incompatibleslo sentimos, sin implementarlo sentimos, sin implementar: la fuente es un puntero a tipo incompletola fuente no es un punterola fuente no es un puntero a clasela fuente no es un tipo de clasela fuente es de tipo de clase incompletocambiaron las ubicaciones de fuente para la funciÃ³n %qE, los datos de anÃ¡lisis de perfil pueden estar desactualizadosel tipo fuente no es polimÃ³rficola especificaciÃ³n %qs tiene un %<%%0%c%> no vÃ¡lidola especificaciÃ³n %qs tiene un %<%%W%c%> no vÃ¡lidola especificaciÃ³n %qs tiene un %<%%x%c%> no vÃ¡lidola especificaciÃ³n %qs es no vÃ¡lidafalla de especificaciÃ³n: %<%%*%> no ha sido inicializado por coincidencia de patrÃ³nfalla de especificaciÃ³n: mÃ¡s de un argumento para SYSROOT_HEADERS_SUFFIX_SPECfalla de especificaciÃ³n: mÃ¡s de un argumento para SYSROOT_SUFFIX_SPECfalla de especificaciÃ³n: no se reconoce la opciÃ³n de especificaciÃ³n %qcel fichero de especificaciÃ³n no tiene especificaciones para enlazarla especificacion es '%s'
  
! la opciÃ³n generada de especificaciÃ³n sÃ³lo es %<-%>especializaciÃ³n de %qT despuÃ©s de la instanciaciÃ³n %qTespecializaciÃ³n de %qD despuÃ©s de la instanciaciÃ³nespecializaciÃ³n de %qD en un espacio de nombres diferentela especializaciÃ³n de %qD debe aparecer en un Ã¡mbito de espacio de nombresespecializaciÃ³n de %qT despuÃ©s de la instanciaciÃ³nespecializaciÃ³n de la funciÃ³n miembro especial declarada implÃ­citamentese especializÃ³ %q#T en un espacio de nombres diferenteel miembro especializado %<%T::%E%> requiere sintaxis %<template<>%>el lÃ­mite %wu especificado es igual al tamaÃ±o del destinoel lÃ­mite especificado %wu supera %<INT_MAX %>el lÃ­mite especificado %wu supera el tamaÃ±o mÃ¡ximo del objeto %wuel lÃ­mite especificado %wu supera el tamaÃ±o %wu del objeto de destinoel modo especificado es demasiado pequeÃ±o para valores enumeradoses obsoleto especificar tipos vectoriales con __attribute__ ((mode))sintaxis de specs %%include mal formada despuÃ©s de %ld caracteressintaxis de specs %%rename mal formada despuÃ©s de %ld caracteresla especificaciÃ³n specs %s no se encontrÃ³ para ser renombradafichero specs mal formado despuÃ©s de %ld caracteresorden specs %% desconocida despuÃ©s de %ld caracteres%<>>%> sobrante, use %<>%> para terminar una lista de argumentos de plantilla%<%%%> final espurio en el formatoel marco de pila no es un mÃºltiplo de 8 bytes: %wdel marco de pila no es un mÃºltiplo de octabyte: %wdmarco de pila demasiado grandeel valor de guardia de pila debe ser una potencia exacta de 2no se admite la expresiÃ³n del lÃ­mite de la pilano se admiten lÃ­mites de la pila en este objetivoel protector de pila no protege la funciÃ³n: todas las matrices locales son de longitud menor a %d bytesel protector de pila no protege las variables locales: almacenamiento temporal de longitud variablese usÃ³ un nombre de registro para una variable de registro globalel tamaÃ±o de la pila debe ser una potencia exacta de 2el tamaÃ±o de la pila debe ser mayor que el valor de la guardia de pilael tamaÃ±o de la pila no debe ser mayor a 64kno se admite el cÃ¡lculo de uso de pila para este objetivoel uso de la pila es de %wd bytesel uso de la pila puede ser de %wd bytesel uso de pila puede estar sin lÃ­mitesstack_offset debe ser un mÃºltiplo de 4stack_offset debe ser por lo menos 4marco de la pila demasiado grande: %d bytesno se permiten las conversiones estÃ¡ndar en este contextoel principio del fragmento RTL debe estar en una lÃ­nea anterior al finel inicio del bucle do implÃ­cito en %L no se puede simplificar a un valor constanteprincipio/fin de fragmento RTL en ficheros diferentesla declaraciÃ³n no puede resolver la direcciÃ³n de la funciÃ³n sobrecargadala declaraciÃ³n no tiene efectola declaraciÃ³n es una referencia, no una llamada, a la funciÃ³n %qEse marcÃ³ la sentencia para throw en medio del bloquese marcÃ³ la sentencia para throw, pero no lo hacela sentencia nunca se ejecutarÃ¡declaraciÃ³n sin efectolas expresiones-de-declaraciones no se permiten fuera de funciones ni en listas de argumentos-plantillastatic %qs no se puede declarar %<mutable%>fallÃ³ la aserciÃ³n estÃ¡tica: %EfallÃ³ la aserciÃ³n estÃ¡tica: %scadena static con una funciÃ³n que no usa unadeclaraciÃ³n static de %q+D despuÃ©s de una declaraciÃ³n que no es staticstatic no se admite en TPF-OSel miembro static %qD no puede ser un campo de bitsse declarÃ³ el miembro static %qD como %<register%>la funciÃ³n miembro static %q#D se declara con calificadores de tipola funciÃ³n miembro static %qD no puede tener calificador-cvstatic o calificadores de tipo en un declarador de matriz que no es parÃ¡metrostatic_cast del tipo %qT al tipo %qT proscribe los calificadoresinstancia de la clase Objective-C %qE alojada estÃ¡ticamentelos atributos stdcall y cdecl no son compatibleslos atributos stdcall y fastcall no son compatibleslos atributos stdcall y thiscall no son compatiblesel paso del bucle do implÃ­cito en %L no se puede simplificar a un valor constantese modificÃ³ el stmt (%p) marcado despuÃ©s del paso de optimizaciÃ³n: la opciÃ³n volatile de stmt no estÃ¡ actualizadastmt con VUSE incorrectola clase de almacenamiento %<__thread%> es no vÃ¡lida para la funciÃ³n %qsla clase de almacenamiento %<auto%> es no vÃ¡lida para la funciÃ³n %qsla clase de almacenamiento %<register%> es no vÃ¡lida para la funciÃ³n %qsclase de almacenamiento %qD aplicada a la instanciaciÃ³n de una plantillase especificÃ³ una clase de almacenamiento para %qsse especificÃ³ una clase de almacenamiento para el parÃ¡metro %qEse especificÃ³ una clase de almacenamiento para el parÃ¡metro %qsse especificÃ³ una clase de almacenamiento para el campo de la estructurase especificÃ³ una clase de almacenamiento para el campo de la estructura %qEse especificÃ³ una clase de almacenamiento para el parÃ¡metro de plantilla %qsse especificÃ³ una clase de almacenamiento para el nombre de tipose especificÃ³ una clase de almacenamiento para un parÃ¡metro sin nombreespecificadores de clase de almacenamiento no vÃ¡lidos en las declaraciones de funciones friendespecificadores de clase de almacenamiento no vÃ¡lidos en las declaraciones de parÃ¡metrosel tamaÃ±o de almacenamiento de %q+D no es constanteno se conoce el tamaÃ±o de almacenamiento de %q+Del tamaÃ±o de almacenamiento de %qD no es constanteno se conoce el tamaÃ±o de almacenamiento de %qD%<@%> parÃ¡sita en el programa%<\%o%> parÃ¡sito en el programa%qc parÃ¡sito en el programa%qs sobrante despuÃ©s de los mÃ©todos Objective-C++%qs parÃ¡sito en el programalos formatos de strftime no pueden dar formato a los argumentosla longitud de la cadena %qd es mayor que la longitud %qd, la mÃ¡xima que los compiladores ISO C%d deben admitirliteral de cadena en la firma de plantilla de funciÃ³nel uso de strong solamente tiene significado en el Ã¡mbito de espacio de nombresse ha interceptado una asignaciÃ³n strong-casttal vez se necesite strong-castse definiÃ³ struct aquÃ­struct no tiene miembrosstruct no tiene miembros nombradosla alineaciÃ³n de la estructura debe ser una potencia pequeÃ±a de dos, no %del lÃ­mite del tamaÃ±o de la estructura sÃ³lo se puede establecer a 8 o 32el lÃ­mite del tamaÃ±o de la estructura sÃ³lo se puede establecer a 8, 32 o 64la inclusiÃ³n del submarco de trabajo %s genera un conflicto con el marco de trabajo incluidofalta el subÃ­ndice en la referencia de la matrizel valor indicado por el subÃ­ndice no es ni matriz ni punteroel valor del subÃ­ndice no es ni matriz ni puntero ni vectorel valor de subÃ­ndice es un puntero a funciÃ³nse declarÃ³ el subÃ­ndice de la matriz como %<register%>se sugiere llaves alrededor de un cuerpo vacÃ­o en una declaraciÃ³n %<do%>se sugieren llaves alrededor del cuerpo vacÃ­o en una declaraciÃ³n %<else%>se sugieren llaves alrededor del cuerpo vacÃ­o en una declaraciÃ³n %<if%>se sugieren llaves explÃ­citas alrededor del cuerpo vacÃ­o en la declaraciÃ³n %<do%>se sugieren llaves explÃ­citas para evitar un %<else%> ambiguose sugieren parÃ©ntesis alrededor de %<&&%> junto con %<||%>se sugieren parÃ©ntesis alrededor de %<+%> para un operando de %<&%>se sugieren parÃ©ntesis alrededor de %<+%> dentro de %<<<%>se sugieren parÃ©ntesis alrededor de %<+%> dentro de %<>>%>se sugieren parÃ©ntesis alrededor de %<-%> para un operando de %<&%>se sugieren parÃ©ntesis alrededor de %<-%> dentro de %<<<%>se sugieren parÃ©ntesis alrededor de %<-%> dentro de %<>>%>se sugieren parÃ©ntesis alrededor de la expresiÃ³n %<>>%>se sugieren parÃ©ntesis alrededor de la aritmÃ©tica para un operando de %<^%>se sugieren parÃ©ntesis alrededor de la aritmÃ©tica para un operando de %<|%>se sugieren parÃ©ntesis alrededor de la asignaciÃ³n usada como valor verdaderose sugieren parÃ©ntesis alrededor de la comparaciÃ³n en un operando de %<!=%>se sugieren parÃ©ntesis alrededor de la comparaciÃ³n para un operando de %<&%>se sugieren parÃ©ntesis alrededor de la comparaciÃ³n en un operando de %<==%>se sugieren parÃ©ntesis alrededor de la comparaciÃ³n para un operando de %<^%>se sugieren parÃ©ntesis alrededor de la comparaciÃ³n para un operando de %<|%>se sugieren parÃ©ntesis alrededor de un operando de %<!%> o cambie %<&%> a %<&&%> o %<!%> a %<~%>se sugieren parÃ©ntesis alrededor del operando de %<!%> o cambie %<|%> a %<||%> o %<!%> a %<~%>alternativa sugerida:alternativas sugeridas:se admite el modo %qsla opciÃ³n %qs no inicia con %<-%>la opciÃ³n %qs ya no se admitela opciÃ³n -mcpu=%s genera un conflicto con la opciÃ³n -march=%sswitch salta dentro de una expresiÃ³n de declaraciÃ³nel switch salta sobre la inicializaciÃ³n de la variablefalta el case por defecto para un switchla cantidad de switch no es un enteroswitch inicia aquÃ­la declaraciÃ³n switch de tamaÃ±o de %lu entradas es demasiado grandese usÃ³ un sÃ­mbolo como un operando inmediatose usÃ³ un sÃ­mbolo con registros base e indizados al mismo tiempose usÃ³ un sÃ­mbolo con desplazamiento en modo PIClas referencias a memoria simbÃ³lica sÃ³lo se admiten en z10 o posteriorsymtab_node::fallÃ³ verifyse requiriÃ³ primero el mÃ©todo sintetizado %qD aquÃ­ fallÃ³ la llamada a sistema para kern.osversion: %mla ruta del sistema %qs no es absolutase toma la direcciÃ³n del constructor %qEse toma la direcciÃ³n del destructor %qEse toma la direcciÃ³n de la expresiÃ³n de tipo %<id%>se toma la direcciÃ³n del temporalse toma la direcciÃ³n de la matriz temporalse toma la direcciÃ³n de xvalue (referencia rvalue)tomar la direcciÃ³n de una etiqueta no es estÃ¡ndarel CPU objetivo no tiene soporte para el modo ARMel CPU objetivo no admite las instrucciones THUMBel CPU objetivo no admite trabajo internoel CPU objetivo no admite accesos sin alinearargumento destinoel atributo target no se admite en esta plataformael atributo o pragma target cambia la ABI Altivecel atributo o pragma target cabia la ABI SPEel atributo o pragma target cambia la ABI darwin64el atributo o pragma target cambia la coma flotante de precisiÃ³n dobleel atributo o pragma target cambia el tamaÃ±o de double longel atributo o pragma target cambia la coma flotante de precisiÃ³n sencillael objetivo no admite actualizaciÃ³n de perfil atÃ³mica; se selecciona el modo sencilloel formato objetivo no soporta infinitoel objetivo no es puntero o referenciael objetivo no es puntero o referencia a una claseel objetivo no es puntero o referencia a un tipo completoel objetivo de conversiÃ³n puede ser un candidato para un atributo de formatoel objetivo de inicializaciÃ³n puede ser un candidato para un atributo de formatono estÃ¡ disponible la orden interna especÃ­fica del objetivono coincide la opciÃ³n especÃ­fica del objetivoel sistema objetivo no admite salida de depuraciÃ³nel sistema objetivo no admite el formato de depuraciÃ³n %qsdestina al simulador software.el argumento de plantilla %d es no vÃ¡lidoel argumento de plantilla %qE involucra a el(los) parÃ¡metro(s) de plantillael argumento de plantilla para %qD usa el tipo local %qTse requiere un argumento de plantilla para %<%s %T%>los argumentos de plantilla para %qD no coinciden con la plantilla original %qDclase de plantilla sin nombredeclaraciÃ³n plantilla de %<typedef%>declaraciÃ³n plantilla de %q#DdefiniciÃ³n de plantilla de %q#D que no es plantillala profundidad de instanciaciÃ³n de la plantilla excede el mÃ¡ximo de %d al instanciar %q+D, posiblemente de la generaciÃ³n de tabla virtual (use -ftemplate-depth= para incrementar el mÃ¡ximo)parÃ¡metro de plantilla %q+#Dno se permite el parÃ¡metro de plantilla %qD de tipo %qT en una expresiÃ³n integral constante porque no es de tipo integral o de enumeraciÃ³nno se usan la plantilla de lista de parÃ¡metros en la instanciaciÃ³n explÃ­citalas listas de parÃ¡metro de plantilla proporcionadas no coinciden con los parÃ¡metros de plantilla de %qDel paquete de parÃ¡metros plantilla %qD no puede tener un argumento por defectoel paquete de parÃ¡metros plantilla no puede tener un argumento por defectolos paquetes de parÃ¡metro de plantilla no pueden tener argumentos por defectoel tipo de parÃ¡metro de plantilla %qT se declarÃ³ %<friend%>los parÃ¡metros de la plantilla no pueden ser friendsno se permite la especializaciÃ³n de plantilla de %qD por ISO C++especializaciÃ³n de plantilla con enlace Cno se especificaron los especificadores de plantilla en la declaraciÃ³n de %qDlos parÃ¡metros de tipo plantilla debe usar la palabra clave %<class%> o %<typename%>plantilla con enlace Cel id-de-plantilla %qD para %q+D no coincide con ninguna declaraciÃ³n de plantillaid de plantilla %qD en la declaraciÃ³n de la plantilla primariael id de plantilla %qD se usa como un declaradorparÃ¡metro-de-plantilla-las plantillas no pueden ser %<virtual%>temporal del tipo %qT que no es literal en una expresiÃ³n constanteel atributo %<getter%> sÃ³lo se puede especificar una vezel atributo %<setter%> sÃ³lo se puede especificar una vezla arquitectura %qs no admite las instrucciones con probabilidad de ramificaciÃ³nla arquitectura %qs no admite las instrucciones par-sencillola arquitectura %qs no admite la instrucciÃ³n syncila opciÃ³n de printf ' 'la opciÃ³n de strfmon '!'la opciÃ³n de printf '#'la opciÃ³n de strftime '#'la opciÃ³n de printf '''la opciÃ³n de scanf '''la opciÃ³n de strfmon '('la opciÃ³n de printf '+'la opciÃ³n de strfmon '+'la opciÃ³n de printf '-'la opciÃ³n de strfmon '-'la opciÃ³n de strftime '-'la opciÃ³n de printf '0'la opciÃ³n de strftime '0'el modificador de strftime 'E'la opciÃ³n de printf 'I'la opciÃ³n de scanf 'I'el modificador 'O'el modificador de strftime 'O'la opciÃ³n de strfmon '^'la opciÃ³n de strftime '^'la opciÃ³n de strftime '_'la opciÃ³n de scanf 'a'la opciÃ³n de scanf 'm'la opciÃ³n de diagnÃ³stico 'q'la opciÃ³n -shared no se admite actualmente en ELF de VAXla ABI para pasar un struct con un miembro de matriz flexible cambiÃ³ en GCC 4.4la ABI para pasar una estructura con un miembro de coma flotante compleja cambiÃ³ en GCC 4.4la ABI para pasar un union con long double cambiÃ³ en GCC 4.4la cpu RX200 no tiene FPU de hardwarela direcciÃ³n de %qD siempre se evaluarÃ¡ como %<true%>la direcciÃ³n de %qD nunca debe ser NULLla direcciÃ³n de una etiqueta no puede aparecer en una expresiÃ³n constantela supresiÃ³n de la asignaciÃ³n es una caracterÃ­stica de scanfla llamada requiere ifunc, que no se admite en este objetivola combinacion de %qs y %qs es incompatible con %qsla comparaciÃ³n siempre se evalÃºa como %<false%> para la direcciÃ³n de %qD que nunca serÃ¡ NULLla comparaciÃ³n siempre se evalÃºa como %<true%> para la direcciÃ³n de %qD que nunca serÃ¡ NULLel compilador puede asumir que la direcciÃ³n de %qD siempre se evaluarÃ¡ como %<true%>el tipo conflictivo definido en otra unidad de traducciÃ³nel tipo conflictivo definido en otra unidad de traducciÃ³n tiene una tabla virtual de tamaÃ±o diferenteel tipo conflictivo definido en otra unidad de traducciÃ³n tiene una una tabla virtual con diferente contenidoel tipo conflictivo definido en otra unidad de traducciÃ³n tiene una una tabla virtual con mÃ¡s entradasel tipo conflictivo definido en otra unidad de traducciÃ³n tiene una informaciÃ³n RTTI diferenteel flujo de control de la funciÃ³n %qE no coincide con sus datos de anÃ¡lisis de perfil (contador %qs)la sintaxis de punto no estÃ¡ disponible en Objective-C 1.0la base extra se define aquÃ­el quinto argumento debe ser un inmediato de 8-bitla primera diferencia de las definiciones correspondientes es el campo %qDla primera diferencia de las definiciones correspondientes es el mÃ©todo %qDel primer parÃ¡metro de %<operator new%> no puede tener un argumento por defectoel tamaÃ±o de marco de %wd bytes es mayor que %wd bytesel tipo incompatible definido en otra unidad de traducciÃ³nel tipo incompatible estÃ¡ definido aquÃ­el Ãºltimo argumento debe ser un inmediato de 1-bitel tercer argumento debe ser un inmediato de 2-bitel Ãºltimo argumento debe ser un inmediato de 32-bitel Ãºltimo argumento debe ser un inmediato de 4-bitel tercer argumento debe ser un inmediato de 5-bitel Ãºltimo argumento debe ser un inmediato de 1-bitel Ãºltimo argumento debe ser un inmediato de 8-bitel m210 no admite little endianel penÃºltimo argumento debe ser un inmediato de 8-bitel operando medio omitido en ?: siempre serÃ¡ %<true%>, se sugiere un operando medio explÃ­citono se puede acceder al registro especificado por %q+D en el objetivo actualel registro especificado para %q+D no es lo suficientemente general para usarse como variable de registroel resultado de la conversiÃ³n no estÃ¡ especificado porque %qE estÃ¡ fuera del rango del tipo %qTel tercer argumento debe ser un inmediato de 8-bitel tipo %qT de variable constexpr %qD no es literalel tipo que se destruye es %qT, pero el destructor se refiere a %qTel uso de nombre de variables con prefijo _OBJC_ para seleccionar secciones de metadatos es obsoleto en 4.6 y se eliminarÃ¡ en 4.7el valor de %qD no se puede usar en una expresiÃ³n constanteno hay argumentos para %qD que dependan de un parÃ¡metro de plantilla, por lo cual una declaraciÃ³n de %qD debe estar disponibleel tercer argumento de %q+D deberÃ­a ser %<char **%>el tercer argumento de %<__builtin_prefetch%> debe ser una constanteel tercer operando de la expresiÃ³n condicional no puede resolver la direcciÃ³n de la funciÃ³n sobrecargadael tercer operando de la expresiÃ³n condicional no tiene efectoel tercer operando de la expresiÃ³n condicional es una referencia, no una llamada, a la funciÃ³n %qEel tercer operando del operador condicional es del tipo %<void%>, pero el segundo operando no es una expresiÃ³n throw ni del tipo %<void%>esta funciÃ³n interna sÃ³lo estÃ¡ disponible en el fr405 y fr450esta funciÃ³n interna sÃ³lo estÃ¡ disponible en el fr450esta funciÃ³n interna sÃ³lo estÃ¡ disponible en el fr500 y fr550esta constante decimal sÃ³lo es unsigned en ISO C90esta constante decimal serÃ¡ unsigned en ISO C90esta es la primera etiqueta por defectoesta es la primera entrada que solapa ese valoreste es la insn:esta funciÃ³n de medios sÃ³lo estÃ¡ disponible en el fr400 y fr550esta funciÃ³n de medios sÃ³lo estÃ¡ disponible en el fr500esta sentencia puede fracasareste objetivo no admite %qseste destino es little endianesta mÃ¡quina objetivo no tiene ramificaciones retardadaslos datos COMMON thread-local no estÃ¡n implementadosdeclaraciÃ³n thread-local de %q#D despuÃ©s de una declaraciÃ³n que no es thread-localdeclaraciÃ³n thread-local de %q+D despuÃ©s de una declaraciÃ³n que no es thread-localse usÃ³ la variable threadprivate %qE en una regiÃ³n objetivose usÃ³ la variable threadprivate %qE en una tarea sin atararrojando NULL, que tiene un tipo integral, que no es punteroel argumento de tls_model debe ser "local-exec", "initial-exec", "local-dynamic" o "global-dynamic"el argumento de tls_model no es una cadenapara estar seguro todos los punteros intermedios en la conversiÃ³n de %qT a %qT se deben calificar como %<const%>para generar dependencias debe especificar -M Ã³ -MMpara hacer referencia a un tipo miembro de un parÃ¡metro de plantilla, use %<typename %E%>el elemento %u tiene ubicaciÃ³n-x == %uel elemento %u tiene ubicaciÃ³n-x == ubicaciÃ³n-y == %uel elemento %u tiene ubicaciÃ³n-y == %ufaltan argumentos para %%:compare-debug-auxbase-optfaltan argumentos para %%:replace-extensionfaltan argumentos para %%:version-comparefaltan argumentos para el constructor %q#Dfaltan argumentos para la funciÃ³nfaltan argumentos para la funciÃ³n %<va_start%>faltan argumentos para la funciÃ³n %q#Dfaltan argumentos para la funciÃ³n %qEfaltan argumentos para la funciÃ³n miembro %q#Dfaltan argumentos para el mÃ©todo %q#Dfaltan expresiones para structfaltan listas de parÃ¡metros de plantilla en la declaraciÃ³n de %qDfaltan listas-de-parÃ¡metros-de-plantillael valor del tipo de la funciÃ³n es demasiado grande, necesita %d registros, sÃ³lo se tienen %d registros para estodemasiado tarde para que la directiva # establezca el directorio de depuraciÃ³ndemasiadas opciones #pragma align=resetdemasiadas clÃ¡usulas %qsdemasiadas alternativas en %<asm%>demasiados argumentosdemasiados argumentos para el formatodemasiados argumentos para %%:compare-debug-auxbase-optdemasiados argumentos para %%:compare-debug-dump-optdemasiados argumentos para %%:compare-debug-self-optdemasiados argumentos para %%:version-comparedemasiados argumentos para el constructor %q#Ddemasiados argumentos para la funciÃ³ndemasiados argumentos para la funciÃ³n %q#Ddemasiados argumentos para la funciÃ³n %qEdemasiados argumentos para makedemasiados argumentos para la funciÃ³n miembro %q#Ddemasiados argumentos para el mÃ©todo %q#Ddemasiados argumentos para el mÃ©todo %qEdemasiados argumentos para la funciÃ³n sobrecargada %sdemasiadas llaves alrededor del inicializador para %qTdemasiados bordes de de manejo de excepciones en bb %idemasiadas expresiones para structdemasiados nombres de ficheros. Teclee %s --help para informaciÃ³n de modo de empleodemasiados inicializadores para %qTdemasiados ficheros de entradase grabaron demasiadas salidas de bucledemasiados bordes de ramificaciÃ³n de salida de bb %idemasiadas listas de parÃ¡metros de plantilla en la declaraciÃ³n de %qDdemasiadas listas-de-parÃ¡metros-de-plantillademasiados valores en la declaraciÃ³n de devoluciÃ³ndemasiadas variables para la clÃ¡usula de rango con canaldemasiado espacio de pila del cual disponer: %ddemasiado espacio de pila para preparar: %dla declaraciÃ³n del nivel superior de %qs especifica %<auto%>el reordenamiento de nivel principal se debe desactivar cuando se desactiva unidad-cada-vezel tamaÃ±o total de los objetos locales es demasiado grandeel tamaÃ±o total de las variables locales excede el lÃ­mite de la arquitecturaC tradicional carece de un espacio de nombres separado para etiquetas, el identificador %qE genera un conflicto conC tradicional rechaza la definiciÃ³n de funciones de estilo ISO CC tradicional rechaza la inicializaciÃ³n automÃ¡tica de agregadosC tradicional rechaza la inicializaciÃ³n de unionsC tradicional rechaza la concatenaciÃ³n de constantes de cadenasC tradicional rechaza el operador unario masel tipo de devoluciÃ³n trailing sÃ³lo estÃ¡ disponible con -std=c++11 o -std=gnu++11se generÃ³ un trampolÃ­n para la funciÃ³n anidada %qDla memoria transaccional no se admite con excepciones que no son llamadael modo de captura no se admite para valores de coma flotante VAXrevisiÃ³n de Ã¡rbol: %s, se tiene %s en %s, en %s:%drevisiÃ³n de Ã¡rbol: acceso de elt %d de tree_int_cst con %d elts en %s, en %s:%drevisiÃ³n de Ã¡rbol: acceso de elt %d de tree_vec con %d elts en %s, en %s:%drevisiÃ³n de Ã¡rbol: acceso del operando %d de %s con %d operandos en %s, en %s:%drevisiÃ³n de Ã¡rbol: acceso del operando %d de omp_clause %s con %d operandos en %s, en %s:%drevisiÃ³n de Ã¡rbol: no se esperaba la clase %qs, se tiene %qs (%s) en %s, en %s:%drevisiÃ³n de Ã¡rbol: se esperaba la clase %qs, se tiene %qs (%s) en %s, en %s:%drevisiÃ³n de Ã¡rbol: no se esperaba ninguno de %s, se tiene %s en %s, en %s:%drevisiÃ³n de Ã¡rbol: se esperaba omp_clause %s, se tiene %s en %s, en %s:%drevisiÃ³n de Ã¡rbol: se esperaba un Ã¡rbol que contenga la estructura %qs, se tiene %qs en %s, en %s:%del cÃ³digo de Ã¡rbol %qs no se admite en flujos LTOla lista de Ã¡rbol termina en la profundidad %iborde verdadero/falso despuÃ©s de una expresiÃ³n que no es GIMPLE_COND en bb %dintente borrar los parÃ©ntesis alrededor del id-de-tipointente utilizar %qE en su lugarse trata de codificar un tipo que no es entero como un campose tratÃ³ de terminar struct, pero fue sacado debido a errores previos de decodificaciÃ³nse intenta hacer que la clase %qT sea un friend de Ã¡mbito globaldos o mÃ¡s tipos de datos en la declaraciÃ³n de %qsdos o mÃ¡s tipos de datos en los especificadores de la declaraciÃ³ndos o mÃ¡s secciones para %sse diÃ³ un argumento de tipo %q#T a %<delete%>, se esperaba un punteroel tipo %qE tiene un constructor definido por el usuarioel tipo %qE tiene un destructor definido por el usuarioel tipo %qE no tiene un constructor para llamar por defectoel tipo %qE tiene funciones miembro virtualesel tipo %qT definido en el espacio de nombres anÃ³nimo no puede coincidir a travÃ©s del contorno de la unidad de traducciÃ³nel tipo %qT definido en el espacio de nombres anÃ³nimo no puede coincidir con el tipo %qT a travÃ©s del contorno de la unidad de traducciÃ³nel tipo %qT no tiene un tamaÃ±o conocidoel tipo %qT para la instanciaciÃ³n explÃ­cita %qD no coincide con el tipo declarado %qTel tipo %qT no es un tipo base para el tipo %qTel tipo %qT no es una base directa de %qTel tipo %qT no es una base directa o virtual de %qTel propio tipo %qT viola la regla de una sola definiciÃ³n de C++el tipo %qT del argumento de plantilla %qE depende de un parÃ¡metro de plantillael tipo %qT del argumento de plantilla %qE depende de parÃ¡metros de plantillael tipo %qT deberÃ­a coincidir con el tipo %Tel tipo %qT viola la regla de definiciÃ³n Ãºnica de C++se usÃ³ el tipo %qT sin enlace para declarar la funciÃ³n %q#D con enlacese usÃ³ el tipo %qT sin enlace para declarar la variable %q#D con enlaceel tipo %qs no es conforme con el protocolo %qEla aserciÃ³n de tipo sÃ³lo es vÃ¡lida para los tipos de interfazse descartan los atributos de tipo despuÃ©s de que el tipo ya se definiÃ³el tipo de dato por defecto es %<int%> en la declaraciÃ³n de %qEel tipo de dato por defecto es %<int%> en el nombre de tipoel tipo no tiene mÃ©todosel tipo es obsoletoel tipo es obsoleto: %sel tipo no es compatible con su varianteno coinciden los tipos entre un SSA_NAME y su sÃ­mbolodiscordancia de tipos para etiqueta case en sentencia switchdiscordancia de tipos en BIT_INSERT_EXPRno coincide el tipo en la expresiÃ³n de direcciÃ³nlos tipos de datos no coinciden en la referencia de rango matrizlos tipos de datos no coinciden en la referencia de matrizlos tipos de datos no coinciden en la expresiÃ³n binarialos tipos de datos no coinciden en la expresiÃ³n complejalos tipos de datos no coinciden en la referencia a componentelos tipos de datos no coinciden en la expresiÃ³n condicionallos tipos no coinciden en la expresiÃ³n fusionada multiplicar-sumarlos tipos no coinciden en el parÃ¡metro pack que no es de tipolos tipos no coinciden en el parÃ¡metro %ilos tipos de datos no coinciden en la expresiÃ³n puntero mÃ¡slos tipos de datos no coinciden en la referencia real/parte imaginariano coincide el tipo en expresiÃ³n tristelos tipos de datos no coinciden en la expresiÃ³n shiftlos tipos no coinciden en la expresiÃ³n de permutaciÃ³n de vectorlos tipos no coinciden en la expresiÃ³n de ensanchado multiplicar-acumularlos tipos no coinciden en la expresiÃ³n shift de ensanchamiento de vectorno coinciden los tipos con la declaraciÃ³n externa previa de %q#Del nombre de tipo que se declarÃ³ como funciÃ³n devuelve una funciÃ³nel nombre de tipo que se declarÃ³ como funciÃ³n devuelve una matrizel tipo de %qD es %<int%> por defectoel tipo de %qD no coincide con la declaraciÃ³n originalel tipo de %qE es desconocidoel tipo de la matriz %q+D se completÃ³ de forma incompatible con la inicializaciÃ³n implÃ­citano se puede determinar el tipo del operando asm %qEel tipo de campo de bits %qs es una extensiÃ³n de GCCel tipo de dato del parÃ¡metro formal %d estÃ¡ incompletoel tipo de la propiedad %qD genera un conflicto con la declaraciÃ³n previadiscordancia en precisiÃ³n de tipo en sentencia switchse descartan los calificadores de tipo en el tipo de devoluciÃ³n de la funciÃ³nel tipo de vector delete no es del tipo puntero ni matrizla clase transparente tipo %qT tiene clases basela clase transparente tipo %qT tiene funciones virtualestipo variante difiere en tipo variante con TYPE_METHODStipo variante con diferente TREE_TYPEtipo variante con diferente TYPE_BINFOtipo variante con diferente TYPE_FIELDStipos variantes difieren en TYPE_SIZE_UNITtipo variante con diferente TYPE_VFIELDtipo variante con TYPE_ALIAS_SET_KNOWN_PTREE_TYPE del tipo varianteTYPE_BINFO del tipo varianteTYPE_SIZE_UNIT del tipo varianteel tipo se declarÃ³ previamente %qETREE_TYPE del tipoTYPE_BINFO del tipoTYPE_SIZE_UNIT del tipoel uso de %<type punning%> sobre un tipo incompleto puede romper las reglas de alias estrictono coincide el tipo/valor en el argumento %d en la lista de parÃ¡metros de plantilla para %qDla definiciÃ³n de tipo %q+D se declarÃ³ como %<_Noreturn%>la definiciÃ³n de tipo %q+D se declarÃ³ como %<inline%>typedef %qD estÃ¡ inicializado (utilice __typeof__ en su lugar)typedef %qD estÃ¡ inicializado (utilice decltype en su lugar)se define tipo %qD localmente pero no se usadeclaraciÃ³n typedef no vÃ¡lida en la declaraciÃ³n de parÃ¡metrosla definiciÃ³n de tipo se declarÃ³ %<auto%>el nombre del typedef puede no ser un especificador-de-nombre-anidadose usa el nombre-de-definiciÃ³n-de-tipo %qD como un declarador de destructorla expresiÃ³n id de tipo no es una expresiÃ³n constante porque %qE es de tipo polimÃ³rficolos tipos no son totalmente compatibleslos tipos difieren en el signotipos con nÃºmero de parÃ¡metros diferentesno se pueden definir tipos en expresiones %<decltype%>no se pueden definir tipos en expresiones %<noexcept%>no se pueden definir tipos en una expresiÃ³n %<typeid%>no se pueden definir tipos en una expresiÃ³n newno se pueden definir tipos en un id-tipo-nuevono se pueden definir tipos en declaraciones de plantilla aliasno se pueden definir tipos en una especificaciÃ³n de excepciÃ³nlos tipos no se pueden definir en conversionesno se pueden definir tipos en condicionesno se pueden definir tipos en declaraciones de excepciÃ³nno se pueden definir tipos en tipos de parÃ¡metrono se pueden definir tipos en argumentos de plantillano se puede calcular la ubicaciÃ³n real del parÃ¡metro apiladono se puede deducir %qT de %qEno se puede emular %qsno se puede encontrar un registro para vaciarno se puede encontrar un registro para vaciar la clase %qsno se puede encontrar el operador de carÃ¡cter literal %qD con argumento %qTno se puede encontrar un operador literal numÃ©rico %qDno se puede encontrar un operador literal de cadena %qD con argumentos %qT, %qTno se pueden generar recargas para:no se puede localizar el guiÃ³n de enlazador por defecto %qs en las rutas de bÃºsqueda de bibliotecasno se puede abrir la dependencia dinÃ¡mica '%s'aÃºn no se puede mostrar el operando; code == %d (%c)no se puede usar '%s' para registro PICuso no acotado de %<alloca%>uso no acotado de array de longitud variableel incondicional %2d nunca se ejecuta
  el incondicional %2d tomado %s
! selector %qE sin declararla conducta es indefinida cuando el segundo parÃ¡metro de %<va_start%> se declara con almacenamiento %<register%>operador %qs nombrado sin definirel tipo subyacente %<%T%> de %<%T%> debe ser un tipo integralno coincide el tipo subyacente en el enum %q#TAST inesperado de gÃ©nero %satributo inesperadotipo-base inesperado en cris_print_baseexpresiÃ³n %qE inesperada de gÃ©nero %snombre de fichero inesperado %s en el fichero de resoluciÃ³n de enlace. Se esperaba %stipo-Ã­ndice inesperado en cris_print_indexoperando multiplicativo inesperadodesplazamiento inesperadooperando inesperadoefectos colaterales inesperados en la direcciÃ³nalineaciÃ³n sin manejar para '#pragma nomember_alignment'no se identifica el operador de llamadaconst %qD sin inicializarconst %qD sin inicializar es no vÃ¡lida en C++const sin inicializar en %<new%> de %q#Tmiembro const sin inicializar en %q#Tun miembro const sin inicializar en %q#T usa %<new%> sin un inicializador newel miembro const sin inicializar en %qT es no vÃ¡lido en C++miembro referencia sin inicializar en %q#Tun miembro referencia sin inicializar en %q#T usa %<new%> sin un inicializador newse colocÃ³ la variable %q+D sin inicializar en el Ã¡rea de memoria del programaunion no se puede hacer transparentese definiÃ³ union aquÃ­union no tiene miembrosunion no tiene miembros nombradosmiembro union %q+D con %qD que no es trivialmodelo '#pragma extern_model' '%s' desconocidonombre %s '#pragma member_alignment' desconocidointerruptor -mdebug-%s desconocidoespecificaciÃ³n de versiÃ³n de cpu CRIS desconocida en -mtune= : %sespecificaciÃ³n de versiÃ³n CRIS desconocida en -march= o -mcpu= : %salgoritmo IRA %qs desconocidoregiÃ³n IRA %qs desconocidamodelo de particiÃ³n LTO %qs desconocidonivel de reÃºso de la pila %qs desconocidomodelo TLS %qs desconocidoacciÃ³n %qE desconocida para %<#pragma pack%> - se descartatamaÃ±o de matriz desconocida en deletealgoritmo %qs de reordenaciÃ³n de bloque bÃ¡sico desconocidoevento de llamada hacia atrÃ¡s desconocido registrado por el plugin %svalor cc_attr desconocidose desconoce el carÃ¡cter de tipo de conversiÃ³n %qc en el formatose desconoce el estilo de desenredado '%s'destino desconocidoestilo de exceso de precisiÃ³n %qs desconocidoestilo de contracciÃ³n de coma flotante %qs desconocidomodo insn desconocidosalida %qs del enlazador desconocidase desconoce el modo de mÃ¡quina %qEinsn move desconocida:descarga ABI %qs desconocidaoperador %qs desconocido en %%:version-compareopciÃ³n desconocida %q.*s en %<-fopt-info-%s%>opciÃ³n desconocida despuÃ©s del tipo %<#pragma GCC diagnostic%>opciÃ³n desconocida para -mrecip=%sse especificÃ³ el paso desconocido %s en -fdisablese especificÃ³ el paso desconocido %s en -fenablemodelo de tamaÃ±o de punteros desconocido %qsmÃ©todo de actualizaciÃ³n de perfil desconocido %qsatributo de propiedad desconocidopuntuaciÃ³n '%c' desconocidanombre de registro %qs desconocido en %<asm%>nombre de registro desconocido: %sreubicaciÃ³n unspec desconocidafunciÃ³n de especificaciÃ³n %qs desconocidaespecificaciÃ³n desconocida para el conjunto de valores de FLT_EVAL_METHOD a permitir %qsfuente desconocidaparÃ¡metro de revisiÃ³n de pila desconocido %qsopciÃ³n -mlong-double-%s desconocidase encontrÃ³ el tipo desconocido %<%T%> durante la codificaciÃ³n de Objective-Cnombre de tipo %qE desconocidovalor %qs desconocido de -mmacosx-version-mintipo de ABI de biblioteca de vectorizaciÃ³n desconocida (%s) para la opciÃ³n -mveclibabi=modelo %qs de coste de vectorizador desconocidoprioridad %qs de inicializaciÃ³n de verificaciÃ³n de vtable desconocida.el campo sin nombre tiene tipo de dato incompletoinicializador sin nombre para %qT, el cual no tiene clases baseinicializador sin nombre para %qT, el cual usa herencia mÃºltiplestruct/union sin nombre que no define ninguna instanciase declarÃ³ la variable o campo sin nombre como voidcomparaciÃ³n sin orden en el argumento de coma no flotanteunquote_string(): cadena incorrectainalcanzableno se reconoce la insn:no se reconoce la direcciÃ³nno se reconoce el argumento en la opciÃ³n %qsno se reconoce el argumento para la opciÃ³n --help=: %q.*sno se reconoce el argumento para la opciÃ³n -f%ssanitize%s=: %q.*sno se reconoce la opciÃ³n de lÃ­nea de Ã³rdenes %<-%s%>no se reconoce la opciÃ³n de lÃ­nea de Ã³rdenes %<-%s%>; Â¿querÃ­a decir %<-%s%>?no se reconoce la opciÃ³n de lÃ­nea de Ã³rdenes %<-fdump-%s%>no se reconoce la opciÃ³n de lÃ­nea de Ã³rdenes %<-fopt-info-%s%>no se reconoce la opciÃ³n de lÃ­nea de Ã³rdenes %qsno se reconoce el nÃºmero de registro de control: %d - se utiliza 'psw'no se reconoce el nivel de salida de depuraciÃ³n %qsno se reconoce el indicador de borde: '%s'no se reconoce el valor de enumerado '%s'no se reconoce el especificador de formatono se reconoce la opciÃ³n de depuraciÃ³n de gcc: %cno se reconocen las include_flags 0x%x pasadas a print_specific_helpno se reconoce el valor de visibilidad de ivar %qsno se reconoce la opciÃ³n -fdisableno se reconoce la opciÃ³n -fenableno se reconoce el nombre de registro %qsno se reconoce el valor del orden de almacenamiento de escalares %qsno se reconoce el nombre de secciÃ³n %qEno se reconoce el desplazamiento oscurecido %qsno se reconoce la constante supuestano se reconoce el valor de visibilidad %qserror no recuperablesobrecarga sin resolver para el interno Altivec %qFlas uniones sin restricciÃ³n sÃ³lo estÃ¡n disponibles con -std=c++11 o -std=gnu++11llamada a funciÃ³n %qD insegura dentro de la funciÃ³n %<transaction_safe%>llamada a funciÃ³n %qD insegura dentro de una transacciÃ³n atÃ³micallamada a funciÃ³n %qE insegura dentro de la funciÃ³n %<transaction_safe%>llamada a funciÃ³n %qE insegura dentro de una transacciÃ³n atÃ³micallamada a funciÃ³n indirecta insegura dentro de la funciÃ³n %<transaction_safe%>llamada a funciÃ³n indirecta insegura dentro de una transacciÃ³n atÃ³micaconstante de coma flotante sin sufijono se admite el argumento para %qDno se admite el tipo de argumento para la funciÃ³n internano se admite la combinaciÃ³n: %sconversiÃ³n de coma fija no admitidano se admite el modo %s
! no se admite la concatenaciÃ³n no estÃ¡ndar de literales de cadenano se admite el sufijo no estÃ¡ndar en una constante de coma flotanteno se admite el tamaÃ±o de operando para el registro extendidoalternativa de dialecto ensamblador sin terminarconstante de formato sin terminarno se usaron argumentos en el formato de estilo $variable %q+D sin usaractualmente las tablas de desenredo requieren un puntero de marco o -maccumulate-outgoing-args para ser correctasel valor superior de la etiqueta de rango `case' excede el valor mÃ¡ximo para el tipouse #include en su lugaruse %<%T::%D%> en su lugaruse %<%T::%D%> en lugar de %<%T::%D%> para nombrar el constructor en un nombre calificadoutilice %<%T::template %D%> para indicar que es una plantillause %<...%> para expandir el paquete de argumentosuse %<this->%D%> en su lugaruse -Winvalid-pch para mÃ¡s informaciÃ³nuse -flax-vector-conversions para permitir conversiones entre vectores con diferentes tipos de elementos o nÃºmero de subpartesutilice __attribute__ ((vector_size)) en su lugarutilice __builtin_rx_mvtc (0, ... ) para escribir valores arbitrarios en PSWutilizar id de funciÃ³n interno en bÃºsqueda de perfil.uso de %<alloca%>uso de %<alloca%> dentro de un bucleel uso de %<complex%> en tipos AltiVec es no vÃ¡lidoel uso de %<double%> en tipos AltiVec es no vÃ¡lido sin -mvsxel uso de %<long double%> en tipos AltiVec es no vÃ¡lidoel uso de %<long long%> en tipos AltiVec es no vÃ¡lido sin -mvsxel uso de %<long%> en tipos AltiVec es obsoleto; use %<int%>el uso de %<long%> en tipos AltiVec es no vÃ¡lido para cÃ³digo de 64 bit sin -mvsxuso de %qs en la plantillael uso del modificador de longitud %qs con el carÃ¡cter de tipo %qc o no tiene ningÃºn efecto o el comportamiento es indefinidouso de %s y %s juntos en el formato %suso de %s y %s junto con el formato %<%%%c%> %sel uso de tipos booleanos en tipos AltiVec es no vÃ¡lidouso de la plantilla de clase %qT como expresiÃ³nel uso de tipos de coma flotante decimal en tipos AltiVec es no vÃ¡lidose usÃ³ la funciÃ³n borrada %q+Duso del enum %q#D sin declaraciÃ³n previauso del espacio de nombres %qD como expresiÃ³nuso de conversiÃ³n de estilo antiguouso de parÃ¡metro desde la funciÃ³n contenedorauso de nil sin tipofalta el operando use para stmtutilice template<> para una especializaciÃ³n explÃ­citase usa un valor de tipo matriz que no se puede cambiar a puntero cuando se requiere un escalarse usa un valor de tipo struct cuando se requiere un escalarse usa un valor de tipo union cuando se requiere un escalarse usa un tipo vector cuando se requiere un escalar%<_Alignas%> sin uso en la declaraciÃ³n vacÃ­aespecificador de clase de almacenamiento sin uso en una declaraciÃ³n vacÃ­anombre de tipo sin uso en una declaraciÃ³n vacÃ­acalificador de tipo sin uso en una declaraciÃ³n vacÃ­ael %qD definido por el usuario siempre evalÃºa ambos argumentoslas literales definidas por el usuario sÃ³lo estÃ¡ disponibles con -std=c++11 o -std=gnu++11se utiliza %<%c%s%>se usa long double de precisiÃ³n extendida de IBMse usa long double de precisiÃ³n extendida de IEEEse usa especializaciÃ³n de plantilla %qT alias despuÃ©s de %qsse usa ABI darwin64se usa el campo no vÃ¡lido %qDse usa ABI de darwin antiguose usa el resultado de una funciÃ³n que devuelve %<void%>usando el parÃ¡metro de tipo plantilla %qT despuÃ©s de %qsse usa el temporal como l-valorse utiliza el rango [%E, %E] para el argumento de la directivase usÃ³ el nombre de definiciÃ³n de tipo %qD despuÃ©s de %qsse usa xvalue (referencia a r-valor) como l-valordeclaraciÃ³n de uso para un no miembro en el Ã¡mbito de la claselos argumentos vÃ¡lidos para %qs son: %slos argumentos vÃ¡lidos para %qs son: %s; Â¿quiso decir %qs?validate_value_data: Ciclo en la cadena regno (%u)validate_value_data: [%u] next_regno errÃ³neo para la cadena vacÃ­a (%u)validate_value_data: [%u] oldest_regno errÃ³neo (%u)validate_value_data: [%u] Registro no vacÃ­o en la cadena (%s %u %i)argumento de valorno se usa el valor calculadoel valor de -mfixed-range debe ser de la forma REG1-REG2el valor pasado en %qs es demasiado grandeinicializaciÃ³n por valor del tipo de funciÃ³n %qTinicializaciÃ³n por valor del tipo de dato incompleto %qTinicializaciÃ³n por valor del tipo de referencia %qTlas asignaciones-de-rastreo-de-variable cambian el planificador selectivola variable %q#D tiene inicializador pero de tipo de dato incompletola variable %q+D se declarÃ³ como %<_Noreturn%>la variable %q+D se declarÃ³ como %<inline%>la definiciÃ³n de la variable %q+D se marca como dllimportla variable %q+D puede ser sobreescrita por %<longjmp%> o %<vfork%>la variable %q+D debe ser const para que se ponga en la secciÃ³n de sÃ³lo lectura a travÃ©s de %qsla variable %q+D es parte de un ciclo de aliasla variable %qD tiene tipo de funciÃ³nla variable %qD tiene inicializador pero de tipo de dato incompletola variable %qD se redeclarÃ³ como funciÃ³nse define la variable %qD pero no se usala variable %qE se declarÃ³ en la regiÃ³n %<host_data%> que la contienela variable %qE no es una iteraciÃ³n del bucle mÃ¡s externo %d; se esperaba %qEla variable %qE de tipo incompleto %qT no se accederÃ¡ en la expresiÃ³n de incremento forla variable %qE de tipo incompleto %qT no se accederÃ¡ en el operando izquierdo del operador comala variable %qE de tipo incompleto %qT no se accederÃ¡ en el operando derecho del operador comala variable %qE de tipo incompleto %qT no se accederÃ¡ en el segundo operando de la expresiÃ³n condicionalla variable %qE de tipo incompleto %qT no se accederÃ¡ en la declaraciÃ³nla variable %qE de tipo incompleto %qT no se accederÃ¡ en el tercer operando de la expresiÃ³n condicionalse usa la matriz de longitud variable %qDse usÃ³ la matriz de longitud variablevariable del mismo nombre de ensamblador que la tabla virtual estÃ¡ definida en otra unidad de traducciÃ³nse declarÃ³ la variable o campo %qE como voidse declarÃ³ la variable o campo como voiduna variable previamente declarada como %<static%> se redeclara como %<extern%>el sÃ­mbolo de variable no es una variablese solicitÃ³ seguimiento de variables, pero no se admite este formato de depuraciÃ³nse solicitÃ³ seguimiento de variables, pero es inÃºtil a menos que se produzca informaciÃ³n de depuraciÃ³nse excediÃ³ el lÃ­mite de tamaÃ±o de rastreo de variablese excediÃ³ el lÃ­mite de tamaÃ±o de rastreo de variable con -fvar-tracking-assignments, se reintenta sin esa opciÃ³nel lÃ­mite del array de longitud variable es desconocidoliteral compuesta de tamaÃ±o variableun objeto de tamaÃ±o variable puede no ser inicializado%qE variablemente modificado en el Ã¡mbito del ficherocampo variablemente modificado en el Ã¡mbito del ficherolas funciones variadic debe usar la variante AAPCS baselas plantillas variadic sÃ³lo estÃ¡n disponibles con -std=c++11 o -std=gnu++11vec_extract sÃ³lo acepta 2 argumentosvec_insert sÃ³lo acepta 3 argumentosel elemento CONSTRUCTOR de vector no es un valor GIMPLECONSTRUCTOR de vector con Ã­ndice de elemento no NULLse pasÃ³ un argumento vector a una funciÃ³n sin prototipola condiciÃ³n vectorial se expandirÃ¡ por piezasinserciÃ³n de vector no en contorno de elementola operaciÃ³n vectorial se expandirÃ¡ en paralelola operaciÃ³n vectorial se expandirÃ¡ por piezasla operaciÃ³n vectorial se expandirÃ¡ con una sola operaciÃ³n escalardesbordamiento vectorial en la expresiÃ³nla operaciÃ³n de ordenamiento vectorial se expandirÃ¡ por piezasel tamaÃ±o del vector no es un mÃºltiplo integral del tamaÃ±o del componentese esperaban tipos vector en una expresiÃ³n de permutaciÃ³n de vectorse esperaban tipos vector en una expresiÃ³n de permutaciÃ³n de vectorno se ha producido vectorizaciÃ³n para un bucle simdse encontraron vectores con nÃºmero de elementos diferentes en la expresiÃ³n de permutaciÃ³nfallÃ³ verify_cgraph_nodefallÃ³ verify_eh_treefallÃ³ verify_flow_infoverify_flow_info: El borde scc del bloque bÃ¡sico %d estÃ¡ corruptoverify_flow_info: El bloque %i tiene loop_father, pero no hay buclesverify_flow_info: El bloque %i carece de loop_fatherverify_flow_info: Borde duplicado %i->%iverify_flow_info: Bloques incorrectos para el respaldo %i->%iverify_flow_info: Respaldo incorrecto %i->%iverify_flow_info: REG_BR_PROB no coincide con la configuraciÃ³n %i %iverify_flow_info: Cuenta errÃ³nea del bloque %i %iverify_flow_info: Cuenta errÃ³nea del borde %i->%i %iverify_flow_info: Frecuencia errÃ³nea del bloque %i %iverify_flow_info: Probabilidad errÃ³nea del borde %i->%i %ifallÃ³ verify_gimplefallÃ³ verify_histogramsfallÃ³ verify_ssafallÃ³ verify_typeel atributo version no es una cadenano se permiten los especificadores-virt en %qs fuera de una definiciÃ³n de clasePHI virtual con ubicaciones de argumentonombre SSA virtual para una decl que no es VOPbase virtual %qT inaccesible en %qT debido a ambigÃ¼edadfalta el operando def virtual para stmtla definiciÃ³n virtual no es un nombre SSAla definiciÃ³n virtual de la declaraciÃ³n no estÃ¡ actualizadafunciÃ³n virtual %q+Dlas funciones virtual no pueden ser friendmÃ©todo virtual %qDfunciÃ³n virtual %qs que no es clasela disposiciÃ³n de la tabla virtual es distinta en otra unidad de translaciÃ³nla tabla virtual de tipo %qD contiene informaciÃ³n RTTIla tabla virtual de tipo %qD viola la regla de definiciÃ³n Ãºnicala tabla virtual de tipo %qD viola la regla de definiciÃ³n Ãºnica el uso de la declaraciÃ³n virtual no estÃ¡ actualizadafalta el operando use virtual para stmtel argumento de visibilidad debe ser "default", "hidden", "protected" o "internal"el argumento de visibilidad no es una cadenano se admiten los atributos de visibilidad en esta configuraciÃ³n; descartadosse descarta '#pragma __message' de vmsno se descarta el valor void como deberÃ­a de serargumento volÃ¡tilse debe especificar volatile en cualquier memoria que sea afectada por DMA.vtable para aviso: aviso: considere enlazar con '-static' como bibliotecas de sistema conse esperaba `%s'weak %q+D no se puede definir como %qEla declaraciÃ³n dÃ©bil de %q+D se estÃ¡ aplicando a una definiciÃ³n estÃ¡tica que ya existela declaraciÃ³n weak de %q+D debe ser publicno se admite la declaraciÃ³n weak de %q+Dla referencia dÃ©bil %q+D debe tener enlace estÃ¡ticola referencia dÃ©bil %q+D finalmente apunta a sÃ­ mismael atributo weakref debe aparecer antes de los atributos de aliasweakref no se admite en esta configuraciÃ³nlos pesos tienen que ser no negativos
! al escribir la salida a %s: %mmatriz de caracteres anchos inicializada con una cadena ancha incompatiblematriz de caracteres anchos inicializada con una cadena que no es anchaliteral de cadena ancha en %<asm%>la anchura de %qs excede su tipola anchura del campo de bits %qD es del tipo %qT que no integralse asumirÃ¡n que devuelven %<id%> y aceptarÃ¡nconcon %q+#Ddentro de este buclela regiÃ³n de trabajo compartido puede no estar bien anidada dentro de la regiÃ³n de trabajo compartido, %<crÃ­tical%>, %<ordered%>, %<master%>, %<task%> explÃ­cita o regiÃ³n %<taskloop%>write_atom(): Intentando escribir Ã¡tomo incorrectowrite_atom(): Escribiendo entero negativowrite_symbol(): sÃ­mbolo de mÃ³dulo %qs incorrectowrite_symtree(): SÃ­mbolo no escritoescribiendo en un objeto constante (argumento %d)escribiendo fichero de salidaescribiendo a travÃ©s de un puntero nulo (argumento %d)se escribe a la lista de salida LTRANS %s: %mno se admite escribir al espacio de direcciones %qsentrada TYPE_CACHED_VALUES incorrectacantidad errÃ³nea de bordes de ramificaciÃ³n despuÃ©s del salto condicional en bb %icantidad errÃ³nea de bordes de ramificaciÃ³n despuÃ©s del salto incondicional %iborde errÃ³neo %d->%d para el argumento PHIlista de uso inmediato errÃ³neainsn errÃ³neo en el borde del respaldolista errÃ³nea de bucles terminados para el borde %d->%dse especificÃ³ el nÃºmero equivocado de argumentos para el atributo %qEnÃºmero errÃ³neo de argumentos para %%:debug-level-gtnÃºmero errÃ³neo de argumentos para %<__builtin_choose_expr%>nÃºmero errÃ³neo de argumentos para %<__builtin_complex%>nÃºmero errÃ³neo de argumentos para %<__builtin_shuffle%>nÃºmero errÃ³neo de argumentos para la funciÃ³n %<__builtin_next_arg%>nÃºmero errÃ³neo argumentos para la funciÃ³n %<va_start%>nÃºmero errÃ³nel de bordes de ramificaciÃ³n despuÃ©s del salto incondicional en bb %inÃºmero errÃ³neo de argumentos de plantilla (%d, debe ser %d)banderas de borde de salida errÃ³neas al final del bb %dargumento de tipo errÃ³neo para %sargumento de tipo errÃ³neo para absargumento de tipo errÃ³neo para complemento de bitsargumento de tipo errÃ³neo para la conjugaciÃ³nargumento de tipo errÃ³neo para el decrementoargumento de tipo errÃ³neo para el incrementoargumento de tipo errÃ³neo para el signo de exclamaciÃ³n unarioargumento de tipo errÃ³neo para el decremento unarioargumento de tipo errÃ³neo para el incremento unariose devuelve el registro x87 con x87 desactivadoxstormy16_print_operand: cÃ³digo desconocidono se admite el modo z/Architecture en %sz/Architecture.cero como constante de puntero nulomatriz %q+D de tamaÃ±o cero o negativovector de tamaÃ±o ceroanchura cero para el campo de bits %q+Danchura cero para el campo de bits %qsanchura cero en el formato %scadena de formato %s de longitud ceromatriz %qD de tamaÃ±o ceromatriz %qT de tamaÃ±o cero{anÃ³nimo}{desconocida}
\ No newline at end of file
--- 2078,2144 ----
  
  Esta opciÃ³n carece de documentaciÃ³n.Esta opciÃ³n es obsoleta; no lo utilice.Esta opciÃ³n es obsoleta; utilice en su lugar -Werror=implicit-function-declaration.Esta opciÃ³n es obsoleta; utilice en su lugar -Wextra.Esta opciÃ³n es obsoleta; utilice en su lugar -fsanitize-recover=.Modelo de hilos: %s
  No se guarda (SAVE) el threadprivate en %LLa variable threadprivate en %C es un elemento de un bloque COMMONRango de evaluaciÃ³n de oportunidad ipa-cp que aÃºn se considera beneficioso para clonar..ABI de VFP de coma flotante dura de Thumb-1Thumb: Asume que los punteros de funciÃ³n pueden ir a cÃ³digo no informado sobre Thumb.Thumb: Asume que las funciones no static pueden ser llamadas desde cÃ³digo ARM.Thumb: Genera marcos de pila (hojas) aun si no es necesario.Thumb: Genera marcos de pila (no-hojas) aun si no es necesario.No se supone que thunk tenga cuerpoJunto con -fpic y -fPIC, no utiliza referencias GOTPLT.Cambia -fvar-tracking-assignments.Cambia la generaciÃ³n de informaciÃ³n de depuraciÃ³n.Faltan codimensiones en %C, se esperaban %d no %dDemasiados argumentos para %s en %LDemasiadas codimensiones en %C, se esperaban %d no %dÂ¡Demasiados componentes en el constructor de estructura en %L!Demasiados dÃ­gitos en la declaraciÃ³n de etiqueta en %CTransforma los almacenamientos condicionales a incondicionales.Transforma llamadas internas instrumentadas en llamadas a envolturas.El alias transparente y los nombres de ensamblador del objetivo difierenAtrapar desbordamientos signed en adiciÃ³n, sustracciÃ³n y multiplicaciÃ³n.Atrapa la divisiÃ³n entera por cero.Trata una especificaciÃ³n de excepciÃ³n throw() como noexcept para mejorar el tamaÃ±o del cÃ³digo.Trata todos los avisos como errores.Trata las referencias a datos como near, far o medium. Por defecto es medium.Trata los enteros como 32-bit.Trata los valores de retorno conocidos de sprintf como constantes.Trata las lÃ­neas con 'D' en la columna uno como comentarios.Trata los ficheros de cabecera faltantes como ficheros generadosTrata el desbordamiento de signo como indefinido.Trata el aviso especificado como error.Trata al fichero de entrada como previamente preprocesado.Pruebe ejecutar '%s' en el intÃ©rprete de Ã³rdenes para elevar su lÃ­mite.
! Trata de permitir que el enlazador convierta las llamadas PIC a llamadas directas.Trata de convertir las llamadas virtuales a llamadas directas.Trata de acomodar los tipos derivados tan compactos como sea posible.Ajusta el cÃ³digo para el procesador dado.Ajusta la latencia esperada de memoria.Afinado para cpu ARC600.Afinado para cpu ARC601.Afinado para Cpu ARC700 R4.2 con bloque XMAC.Afinado para Cpu ARC700 R4.2 con bloque multiplicador estÃ¡ndar.Optimiza para el CPU o la arquitectura destino.Activa el paso de EliminaciÃ³n de Extensiones Redundantes.Retoca la asignaciÃ³n de registros para ayudar a la generaciÃ³n de instrucciones de 16 bits.Dos PROGRAMas principales en %L y %CNo se deben especificar dos o mÃ¡s referencias de parte con rango que no es cero en %LHay dos sÃ­mbolos con el mismo comdat_group que no estÃ¡n vinculados a la lista same_comdat_group.El tipo de entidad en %L es de tipo incompatible con la expresiÃ³n fuente en %LEl tipo de entidad en %L es de tipo incompatible con la especificaciÃ³n de tipoEl operador enlazado a tipo en %L no puede ser NOPASSLa especificaciÃ³n de tipo en %L no puede tener un parÃ¡metro de tipo diferidoNo se especificÃ³ UNIT en %LEl nÃºmero UNIT en la declaraciÃ³n CLOSE en %L debe ser no negativoEl nÃºmero UNIT en la declaraciÃ³n en %L debe ser no negativoLa especificaciÃ³n UNIT en %L debe ser una expresiÃ³n INTEGER o una variable CHARACTERNo se permite el especificador UNIT con NEWUNIT en %CNo se puede generar desplazamiento de carga/almacenamiento para fusiÃ³nDirectiva GCC inclasificable en %CDirectiva OpenMP inclasificable en %CDeclaraciÃ³n inclasificable en %CDeclaraciÃ³n inclasificable en la clÃ¡usula IF en %CCon -ffast-math, genera una instrucciÃ³n FRIZ para conversiones (double)(long long).Longitudes de caracteres desiguales (%ld/%ld) en %sLongitudes de caracteres desiguales (%ld/%ld) en %s en %LDeclaraciÃ³n %s inesperada en %CDeclaraciÃ³n %s inesperada en %C en el cuerpo de INTERFACEDeclaraciÃ³n %s inesperada en BLOCK DATA en %CDeclaraciÃ³n %s inesperada en la secciÃ³n CONTAINS en %CDeclaraciÃ³n %s inesperada en el bloque FORALL en %CDeclaraciÃ³n %s inesperada en el bloque INTERFACE en %CDeclaraciÃ³n %s inesperada en MODULE en %CDeclaraciÃ³n %s inesperada en el bloque WHERE en %CDeclaraciÃ³n CASE inesperada en %CDeclaraciÃ³n END inesperada en %CFin de fichero inesperadoDeclaraciÃ³n TYPE IS inesperada en %CEspecificaciÃ³n de devoluciÃ³n alternativa inesperada en la llamada a subrutina en %LCarÃ¡cter inesperado en la lista de variables en %CCaracteres inesperados en la declaraciÃ³n PARAMETER en %CDesignador de comatriz inesperado en %CElemento %qc inesperado en la cadena de formato en %LCadena de fin de formato inesperadaFin de mÃ³dulo inesperadoBasura inesperada despuÃ©s de la declaraciÃ³n $OMP ATOMIC en %CBasura inesperada despuÃ©s de la declaraciÃ³n $OMP BARRIER en %CBasura inesperada despuÃ©s de la declaraciÃ³n $OMP CRITICAL en %CBasura inesperada despuÃ©s de la declaraciÃ³n $OMP FLUSH en %CBasura inesperada despuÃ©s de la declaraciÃ³n $OMP MASTER en %CBasura inesperada despuÃ©s de la declaraciÃ³n $OMP WORKSHARE en %CBasura inesperada despuÃ©s de la declaraciÃ³n ELSE IF en %CBasura inesperada despuÃ©s de la declaraciÃ³n ELSE en %CBasura inesperada despuÃ©s de la clÃ¡usula NOWAIT en %CBasura inesperada despuÃ©s de la clÃ¡usula TASKWAIT en %CBasura inesperada despuÃ©s de la clÃ¡usula TASKYIELD en %CBasura inesperada despuÃ©s de la declaraciÃ³n de la funciÃ³n en %CBasura inesperada en la lista de argumentos formales en %CEl nÃºmero de unidad en la declaraciÃ³n de E/S es demasiado grandeEl nÃºmero de unidad en la declaraciÃ³n de E/S es demasiado pequeÃ±oModelo de memoria especÃ­fico de la arquitectura desconocidoLista de argumentos de funciÃ³n desconocida en %LAtributo desconocido en la declaraciÃ³n !GCC$ ATTRIBUTES en %CForma desconocida para expresiÃ³n de lÃ­mite de pilaOperador intrÃ­nseco desconocidoOperador %%<%s%%> desconocido en %%LParÃ¡metro desconocido para la opciÃ³n -mtune-ctrl: %sNo se reconoce el nombre MCU '%s'; se asume que solo admite el ISA MSP430.
! Utilice la opciÃ³n -mcpu para poner el ISA explÃ­citamente.No se reconoce el nombre MCU '%s'.No se reconoce la opciÃ³n como valor de endianess: %qsNo se reconoce la opciÃ³n para para valor inicial de coma flotante: %qsNo se reconoce la opciÃ³n: %qsCÃ³digo '%c' no admitido para coma fija:No se admite el operando para el cÃ³digo '%c'DeclaraciÃ³n sin soporte dentro de WHERE en %LValor no admitido para mmpy-optionConstante de carÃ¡cter sin terminar que comienza en %CLa referencia de matriz superior en %L estÃ¡ fuera de los lÃ­mites (%ld < %ld) en la dimensiÃ³n %dLa referencia de matriz superior en %L estÃ¡ fuera de los lÃ­mites (%ld > %ld) en la dimensiÃ³n %dModo de empleo: %s [OPCIÃ“N]... SUB_ORDEN [OPCIÃ“N]...
  
  Modo de empleo: %s [opciones] fichero...
+ Modo de empleo: gcov [OPCIÃ“N...] FUENTE|OBJ...
+ 
  Utilice "-Wa,OPCIÃ“N" para pasar la "OPCIÃ“N" al ensamblador.
  
  Utilice "-Wl,OPCIÃ“N" para pasar la "OPCIÃ“N" al enlazador.
! Usa -G para los datos que estÃ¡n definidos por el objeto actual.Usa -G para los datos del objeto local.Usa instrucciones AVX de 128-bit en lugar de instrucciones AVX de 256-bit en el auto-vectorizador.Usa long doubles de 128 bits.Usa int de 16 bit.Usa float de 32 bit.Usa int de 32 bit.Usa la ABI de 32-bit.Usa los registros de coma flotante de 32-bit.Usa los registros generales de 32-bit.Usa entradas de 4 byte en las tablas de switch.Usa 4 acumuladores de medios.Usa operandos cuaternarios madd.s/madd.d e instrucciones relacionadas donde sean aplicables.Usa las instrucciones de multiplicaciÃ³n half-word 4xx.Usa la instrucciÃ³n dlmzb de bÃºsqueda de cadena 4xx.Usa 64 FPRs.Usa 64 GPRs.Usa float de 64 bit.Usa la ABI de 64-bit.Usa los registros de coma flotante de 64-bit.Usa los registros generales de 64-bit.Usa long doubles de 64 bits.Usa 8 acumuladores de medios.Usa long doubles de 80 bits.Usa los registros ABI reservados.Usa las instrucciones AltiVec.Utiliza la biblioteca C de Bionic.Usa instrucciones Branch Likely, anulando el valor predeterminado de la arquitectura.Usa la instrucciÃ³n CONST16 para cargar constantes.Usa EABI.Usa las instrucciones de direccionamiento virtual mejorado.Utiliza la biblioteca de C de GNU.Utiliza secciones sdata/sbss relativas a GP.Usa el direccionamiento relativo al GP para acceder a datos small.Usa las reglas de alineaciÃ³n H8/300.Usa matemÃ¡tica IEEE para comparaciones fp.Usa el cÃ¡lculo de presiÃ³n de registros basado en IRA en optimizaciones de izado RTL.Usa el cÃ¡lculo de presiÃ³n de registros basado en IRA en optimizaciones de bucle RTL.Usa instrucciones ISA 2.07 Category:Vector.AES y Category:Vector.SHA2.Usa movimiento directo de ISA 2.07 entre las instrucciones de registro GPR & VSX.Usa instrucciones de memoria transaccionales (HTM) de ISA 2.07.Usa LRA en lugar de reload (transicional).Usa la LRA en lugar de recarga.Usa instrucciones MCU.Usa instrucciones de la ExtensiÃ³n MIPS MSA.Usa instrucciones MIPS-3D.Usa instrucciones MIPS-DSP REV 2.Usa instrucciones MIPS-DSP.Usa el soporte de hilos especÃ­fico de Mingw.Usa los registros double-word Neon (en lugar de quad-word) para la vectorizaciÃ³n.Usa los registros quad-word Neon (en lugar de double-word) para la vectorizaciÃ³n.Usa Neon para realizar operaciones de 64 bits en lugar de registros del nÃºcleo.Usa los operadores de ensamblador %reloc() del estilo NewABI.Usa MnemÃ³nicos-P para ramificaciones predichas estÃ¡ticamente como tomadas.Usa PLT para llamadas PIC (-fno-plt: carga la direcciÃ³n desde GOT en el sitio de la llamada).Usa instrucciones 'mad' de estilo PMC.Usa el grupo opcional de instrucciones PowerPC de PropÃ³sito General.Usa el grupo opcional de instrucciones PowerPC de GrÃ¡ficas.Usa las instrucciones mfcr de un solo campo de PowerPC V2.01.Usa las instrucciones de redondeo de coma flotante de PowerPC V2.02.Usa la instrucciÃ³n popcntb de PowerPC V2.02.Usa la instrucciÃ³n compare bytes de PowerPC V2.05.Usa la instrucciÃ³n popcntd de PowerPC V2.06.Usa el conjunto de instrucciones PowerPC-64.Usa la ROM en lugar de la RAM.Usa los convenios de paso de registro SSE para los modos SF y DF.Usa STB_GNU_UNIQUE si lo admite el ensamblador.Usa instrucciones SmartMIPS.Usa sintaxis de ensamblador UNIX.Usa las extensiones ComparaciÃ³n-y-RamificaciÃ³n de UltraSPARC.Usa las extensiones MultiplicaciÃ³n-AdiciÃ³n de Corto Circuito de UltraSPARC.Usa la instrucciÃ³n PoblaciÃ³n-Cuenta de UltraSPARC.Usa la instrucciÃ³n Resta-Extendida-con-Llevada de UltraSPARC.Usa las extensiones del Conjunto de Instrucciones Visuales de UltraSPARC versiÃ³n 1.0.Usa las extensiones del Conjunto de Instrucciones Visuales de UltraSPARC versiÃ³n 2.0.Usa las extensiones del Conjunto de Instrucciones Visuales de UltraSPARC versiÃ³n 3.0.Usa las extensiones del Conjunto de Instrucciones Visuales de UltraSPARC versiÃ³n 4.0.Usa fp de VAX.Usa los convenios de estructura VAXC.Utiliza los cÃ³digos de salida de VMS en lugar de los de posix.Usa instrucciones virtualizaciÃ³n (VZ).Usa __cxa_atexit para registrar destructores.Usa __cxa_get_exception_ptr para el manejo de excepciones.Usa un tipo long de 32-bit.Usa un marcador de registro de 4 bytes para los ficheros sin formato.Usa un tipo long de 64-bit.Usa un tiempo de ejecuciÃ³n mÃ­nimo (sin inicializadores estÃ¡ticos ni constructores) para dispositivos limitados por la memoria.Usa un mÃ©todo de protecciÃ³n de pila inteligente para ciertas funciones.Usa un mÃ©todo de protecciÃ³n de pila para cada funciÃ³n.Usa direcciones que reserven registros globales.Usa todos los registros, sin reservar ninguno para los manejadores de interrupciones.Usa nombres de registro alternativos.Usa un tipo 'int' de 8-bit.Usa un marcador de registro de 8 bytes para los ficheros sin formato.Usa inmediatos de tamaÃ±os arbitrarios en operaciones de bit.Usa el orden de byte big-endian.Usa secuencias ramifica-y-para para revisar la divisiÃ³n entera por cero.Usa bras para el ejecutable < 64k.Usa registros de llamada alterada para los parÃ¡metros y el valor de devoluciÃ³n.Utiliza callbacks en lugar de cÃ³digo en lÃ­nea si el nÃºmero de accesos en la funciÃ³n se hace mayor o igual que este nÃºmero.Usa registro de guarda de invocador entre llamadas si es posible.Usa ciertas instrucciones escalares aÃ±adidas en ISA 3.0.Usa la especulaciÃ³n del control.Usa pilas personalizadas en lugar de memoria local para almacenamiento automÃ¡tico.Usa la especulaciÃ³n de datos despuÃ©s de recargar.Usa la especulaciÃ³n de datos antes de recargar.Usa instrucciones de coma flotante decimal.Selecciona el mÃ©todo predefinido para el manejo de sdata.Usa la convenciÃ³n de llamada diferente usando 'rtd'.Usa instrucciones de envenamiento/desenvenenamiento directo para variables iguales o menores que este nÃºmero.Usa referencias directas contra %gs cuando se acceden datos tls.Usa instrucciones de direcciones fÃ­sicas extendidas (XPA).Usa instrucciones de comparaciÃ³n de coma flotante que respeten epsilon.Usa perfiles de valor de expresiÃ³n en las optimizaciones.Usa las instrucciones GPR to/from move de coma flotante de PowerPC V2.05.Usar el convenio de llamada f2c.Usa las caracterÃ­sticas y el cÃ³digo de planificador para el CPU dado.Usa las caracterÃ­sticas y el planificador del CPU dado.Usar el modelo plano de ventana de registro.Usa instrucciones fp double.Usa registros fp.Usa el juego completo de registros para asignaciÃ³n de registros.Usa el modelo de cÃ³digo del SPARC-V9 dado.Usa el modelo de cÃ³digo del TILE-Gx dado.Usar el modo de direcciÃ³n dado.Usa el dialecto de ensamblador dado.USa la guarda de protecciÃ³n de la pila dada.Usa el dialecto de almacenamiento thread-local dado.Usa el modelo de cÃ³digo del x86-64 dado.Usa FP de hardware (predeterminado).Usa FP de hardware.Usa instrucciones de divisiÃ³n por hardware en ColdFire.Usa instrucciones de conversiÃ³n de coma flotante de hardware.Usa instrucciones de coma flotante por hardware.Usa instrucciones de raÃ­z cuadrada de coma flotante de hardware.Usa coma flotante de hardware.Usa instrucciones de divisiÃ³n y de raÃ­z cuadrada de coma flotante de hardware.Usa fp de hardware.Usa instrucciones de hardware para la divisiÃ³n entera.Usa instrucciones de precargado de hardwareUsa instrucciones de FP quad de hardware.Usa instrucciones de ejecuciÃ³n transaccional por hardware.Usa las instrucciones de operaciones con vectores por hardware y activa el vector ABI.Usa la especulaciÃ³n del control en bloque.Usa la especulaciÃ³n de datos en bloque despuÃ©s de recargar.Usa la especulaciÃ³n de datos en bloque antes de recargar.Usa los nombres de registro in/loc/out.Usa las instrucciones CALLXn indirectas para programas grandes.Usa llamadas indirectas.Usa patrones incluidos en lÃ­nea para copiado de memoria.Usa instrucciones madd/msub de enteros.Usa tablas de salto para las declaraciones switch suficientemente grandes.Usa el orden de byte little-endian.Usa las instrucciones ll, sc y sync.Usa instrucciones lwxc1/swxc1/ldxc1/sdxc1 donde sean aplicables.Usa instrucciones de medios.Usa instrucciones microMIPS.Usa instrucciones acumular/sustraer de multiplicar.Usa instrucciones high de multiplicaciÃ³n para la parte high de la multiplicaciÃ³n 32x32.Usa la biblioteca de C de musl.Usa la disposiciÃ³n de campos de bits nativos (MS).Usa los patrones nuevos adddi3/subdi3.Usa la convenciÃ³n de llamada normal.El uso del mÃ³dulo intrÃ­nseco %qs en %C tiene conflictos con un nombre de mÃ³dulo no intrÃ­nseco usado previamenteEl uso de la constante nombrada NUMERIC_STORAGE_SIZE del mÃ³dulo intrÃ­nseco ISO_FORTRAN_ENV en %C es incompatible con la opciÃ³n %sUsa sÃ³lo una entrada TOC por procedimiento.Usa accesos normales a memoria cacheada para referencias volÃ¡tiles.Usa la disposiciÃ³n de pila empacada.Usa instrucciones apareadas-sencillas de coma flotante.Usa instrucciones de comparaciÃ³n de patrones.Usa tables switch case relativas a contador de programa - esto activa el acortamiento de tablas case.Usa convenios de llamada transportable.Usa la informaciÃ³n de anÃ¡lisis de perfil para las probabilidades de ramificaciÃ³n.Usa propolice como un mÃ©todo de protecciÃ³n de pila.Usa instrucciones push para guardar los argumentos de salida.usa r11 para preservar el enlace estÃ¡tico en llamadas a funciones a travÃ©s de punteros.Usa la zona roja en el cÃ³digo x86-64.Usa un juego reducido de registros para asignaciÃ³n de registros.Usa la pila de registros para los parÃ¡metros y el valor de devoluciÃ³n.Usa instrucciones de memoria registro+desplazamiento aÃ±adidas en ISA 3.0.Usa registros para el paso de parÃ¡metros.Usa los registros r2 y r5.Usa instrucciones de reordenaciÃ³n (load/store de intercambio y de bytes invertidos) (predeterminado).Usa informaciÃ³n de perfil de muestra para los pesos de los nodos de los grafos de llamadas. El fichero de perfil predeterminado es fbdata.afdo en 'pwd'.Usa la informaciÃ³n de perfil de muestra para los pesos de los nodos de los grafos de llamadas. El fichero de perfil se especifica en el argumento.Usa instrucciones de memoria registro+desplazamiento escalares aÃ±adidas en ISA 3.0.Usa bibliotecas compartidas.Usa la revisiÃ³n de especulaciÃ³n de datos simple para el control de especulaciÃ³n.Usa la revisiÃ³n de especulaciÃ³n de datos simple.Usa el simulador de tiempo de ejecuciÃ³n.Usa cÃ³digo de prÃ³logo y epÃ­logo mÃ¡s pequeÃ±o pero mÃ¡s lento.Usa emulaciÃ³n de software para coma flotante (por defecto).Usa comparaciones de coma flotante de software.Usa coma flotante de software.Usa la tendencia de la pila.Usa mÃ©todo de protecciÃ³n de pila solo para funciones con el atributo stack_protect.Usa la funciÃ³n main estÃ¡ndar como entrada para el inicio.Usa variables inicializadas estÃ¡ticamente para lÃ­mites de constantes en lugar de generarlos cada vez que haga falta.Usa variables inicializadas estÃ¡ticamente para lÃ­mites de variables en lugar de generarlos cada vez que haga falta.Usa structs en la alineaciÃ³n mÃ¡s fuerte para copias double-word.Usa stubs para los prÃ³logos de funciÃ³n.Usa subrutinas para los prÃ³logos y epÃ­logos de funciÃ³n.Usa la instrucciÃ³n synci para invalidar el i-cachÃ©.Usa la divisiÃ³n rÃ¡pida basada en tablas (lo predefinido con -O3).Usa las optimizaciÃ³n de bÃºsqueda en tabla para divisiones de enteros pequeÃ±os con signo.Usa la instrucciÃ³n tas.b para __atomic_test_and_set.Usa las extensiones de ABI AltiVec.Usa la extensiÃ³n Puntero Cray.Usa la sintaxis de ensamblador DEC.Usa el ABI ELFv1.Usa el ABI ELFv2.Usa la extensiÃ³n GNU para el formato PE para los datos comunes alineados.Usa el paso de eliminaciÃ³n de cÃ³digo muerto de RTL.Usa la eliminaciÃ³n de almacenamiento muerto de RTL.Usa las extensiones de ABI SPE.Usa el enlazador bfd eb lugar del predeterminado.Usa las instrucciones de campos de bit.Usa la instrucciÃ³n divide.Usa la unidad de coma flotante para suma/resta de enteros.Usa el registro base dado para direccionar la guarda de protecciÃ³n de la pila.Usa la alineaciÃ³n de los datos dada.Usa el desplazamiento dado para direccionar la guarda de protecciÃ³n de la pila.Usa el enlazador de oro eb lugar del predeterminado.Usa el corredor de barril de hardware en lugar de la emulaciÃ³n.Usa la mayor cantidad de caracterÃ­sticas permitidas por otras opciones.Utiliza la instrucciÃ³n mvcle para movimiento de bloques.Usa el tipo entero mÃ¡s estrecho posible para tipos de enumeraciÃ³n.Usa las nuevas instrucciones min/max definidas en ISA 3.0.Usa el simulador de tiempo de ejecuciÃ³n.Usa la emulaciÃ³n de multiplicaciÃ³n por software (por defecto).Usa la emulaciÃ³n de divisiÃ³n por software (por defecto).Usa semÃ¡ntica GNU tradicional para las funciones incluidas en lÃ­nea.Usa trap en lugar de una funciÃ³n de biblioteca para sanear el comportamiento indefinido.Usa instrucciones trap para revisar la divisiÃ³n entera por cero.Usa la biblioteca de C de uClibc.Usa el inicio de unicode y define la macro UNICODE.Usa las instrucciones de vectores y escalares aÃ±adidas en ISA 2.07.Usa instrucciones vectoriales aÃ±adidas en ISA 3.0.Usa instrucciones de memoria registro+desplazamiento vectoriales aÃ±adidas en ISA 3.0.Usa instrucciones (VSX) vector/escalar.Usa lÃ­mites cero para todos los argumentos que llegan a la funciÃ³n 'main'.  Es Ãºtil cuando un binario instrumentado se usa con bibliotecas antiguas.Usa cargas de memoria de extensiÃ³n cero, no las de extensiÃ³n con signo.Usa el modo Fix-and-Continue para indicar que los ficheros objeto se pueden intercambiar en tiempo de ejecuciÃ³n.El operador de usuario %qs referenciado en %L no se encontrÃ³ en el mÃ³dulo %qsLos usos de esta opciÃ³n estÃ¡n diagnosticados.Usando especificaciones internas.
! El argumento VALUE de la funciÃ³n intrÃ­nseca %s en %L debe ser definibleNo se permite VALUE dentro de BLOCK en %CmodoVOID en una salidaNiveles Nios II ISA vÃ¡lidos (para -march):Argumentos vÃ¡lidos para la opciÃ³n -msdata=.Argumentos vÃ¡lidos para -malign-:Argumentos vÃ¡lidos para -fcode-readable=:Argumentos vÃ¡lidos para -mfloat-gprs:Argumentos vÃ¡lidos para -mfpmath=:Argumentos vÃ¡lidos para -mr10k-cache-barrier=:Argumentos vÃ¡lidos para -mstack-protector-guard=:Argumentos vÃ¡lidos para -mstringop-strategy=:Argumentos vÃ¡lidos para -mtp=:Opciones vÃ¡lidas para direccionamiento relativo a GP (para -mgpopt):Valida los punteros vtable antes de usarlos.La variable %s en %L de tipo LOCK_TYPE o con un subcomponente de tipo LOCK_TYPE debe ser una comatrizLa variable %s no puede ser INTENT(IN) en %CLa variable %s no se puede asignar en el procedimiento PURE en %CEl tipo de la variable es UNKNOWN en la asignaciÃ³n en %LABI de biblioteca de vectores a utilizar.Vectoriza para operaciones double-word.No se admiten versiones mÃºltiples de funciones virtualesLos accesos a memoria volÃ¡til no usan instrucciones load/store de E/S.Los accesos a memoria volÃ¡til usan instrucciones load/store de E/S.No se permite una declaraciÃ³n WAIT en un procedimiento PURE en %CEl objetivo de asignaciÃ³n WHERE en %L tiene forma inconsistenteLa mÃ¡scara WHERE en %L tiene forma inconsistentela clÃ¡usula WHERE/ELSEWHERE en %L requiere una matriz LOGICALAvisa sobre declaraciones "extern" que no estÃ¡n en el Ã¡mbito del fichero.Avisa sobre construcciones "sospechosas".Advierte de 'new' de tipos con alineamiento extendido sin -faligned-new.Avisa sobre @selector()es sin mÃ©todos declarados previamente.Avisa sobre construcciones C que no estÃ¡n en el subconjunto comÃºn de C y C++.Avisa sobre constructores de C++ cuyos significados difieren entre ISO C++ 1998 e ISO C++ 2011.Avisa sobre constructores de C++ cuyos significados difieren entre ISO C++ 2011 e ISO C++ 2014.Avisa sobre constructores de C++ cuyos significados difieren entre ISO C++ 2014 e ISO C++ 201z(77) (venidero).Advierte de tipos polimÃ³rficos en C++ cuando aÃ±adir la palabra clave final mejorarÃ­a la calidad del cÃ³digo.Advierte de mÃ©todos virtuales en C++ cuando aÃ±adir la palabra clave final mejorarÃ­a la calidad del cÃ³digo.Advierte de constructores heredados de C++11 cuando la base tiene constructor variÃ¡dico.Avisa sobre el paso de NULL a ranuras de argumento marcadas que requieren no-NULL.Avisa sobre ficheros PCH que se encuentran pero no se usan.Avisa sobre sentencias USE sin cualificador ONLY.Advierte del uso de __TIME__, __DATE__ y __TIMESTAMP__.Avisa sobre la alineaciÃ³n de bloques COMMON.Avisa sobre todos los switches enumerados que carezcan de un case especÃ­fico.Avisa sobre un cuerpo vacÃ­o en una declaraciÃ³n if o else.Avisa sobre bucles DO no vÃ¡lidos.Advierte de expresiones booleanas comparadas con valores enteros distintos de verdadero/falso.Avisa sobre procedimientos llamados que no estÃ¡n declarados explÃ­citamente.Advierte de llamadas a funciones como snprintf y similares que truncan la salida.Avisa sobre llamadas con interfaz implÃ­cita.Advierte de funciones de conversiÃ³n a tipos incompatibles.Avisa sobre conversiones que descartan calificadores.Avisa sobre ciertas operaciones sobre expresiones booleanas.Avisa sobre cÃ³digo que pueda romper las reglas estrictas de aliases.Avisar sobre comparaciÃ³n de tipos enum diferentes.Avisa sobre la divisiÃ³n entera por cero en tiempo de compilaciÃ³n.Avisa sobre divisiones enteras constantes con resultados truncados.Avisa sobre la creaciÃ³n de matrices temporales.Avisa sobre else colgados.Avisa al borrar objetos polimÃ³rficos con destructores que no son virtuales.Avisa sobre el uso del tipo AltiVec obsoleto 'vector long ...'.Advierte de ramas duplicadas en sentencias if-else.Advierte de condiciones duplicadas en cadenas if-else-if.Avisa sobre switches enumerados que carezcan de una declaraciÃ³n "default:".Avisa sobre switches enumerados, sin valor por defecto, en los que falte un case.Avisa sobre comparaciones de igualdad que involucran expresiones REAL o COMPLEX.Avisa sobre caracterÃ­sticas no presentes en ISO C90, pero presentes en ISO C99.Avisa sobre caracterÃ­sticas no presentes en ISO C99, pero presentes en ISO C11.Avisa sobre caracterÃ­sticas no presentes en C tradicional.Avisa sobre el uso de cadenas de formato que no son literales.Advierte de cadenas de formato que contengan bytes NUL.Avisa sobre la eliminaciÃ³n de llamadas de funciÃ³n.Advierte de llamadas a funciones con cadenas de formato que escriben pasado el final de la regiÃ³n de destino.Avisa sobre parÃ¡metros de funciÃ³n declarados sin un especificador de tipo en funciones de estilo K&R.Avisa sobre la aritmÃ©tica de punteros de funciones.Avisa sobre funciones que pueden ser candidatas para __attribute__((const)).Avisa sobre funciones que pueden ser candidatas para __attribute((noreturn)).Avisa sobre funciones que pueden ser candidatas para __attribute__((pure)).Advierte de funciones que pueden ser candidatas para atributos de formato.Avisa sobre funciones globales sin declaraciones previas.Avisa sobre funciones globales sin prototipos.Avisa sobre conversiones implÃ­citas de "float" a "double".Avisa sobre declaraciones implÃ­citas.Avisa sobre la declaraciÃ³n implÃ­cita de funciones.Avisa sobre la aritmÃ©tica de punteros de funciones.Advierte de conversiones de entero a puntero y viceversa incompatibles.Advierte de usos no vÃ¡lidos de la macro "offsetof".Avisa sobre macros definidas en el fichero principal que no se usan.Avisa sobre variables automÃ¡ticas probablemente sin inicializar.Advierte de errores de acceso a memoria encontrados por el Comprobador de LÃ­mites de Punteros.Avisa sobre '&' faltantes en las literales de carÃ¡cter continuadas.Avisa sobre campos faltantes en los inicializadores de struct.Advierte de funciones de desasignaciÃ³n con tamaÃ±o ausentes.Avisa sobre malos usos de pragmas.Avisa sobre la mayorÃ­a de las conversiones implÃ­citas.Avisa sobre declaraciones mÃºltiples del mismo objeto.Avisa sobre conversiones que estrechan dentro de { } que estÃ¡n mal formadas en C++11.Avisa sobre destructores que no son virtuales.Advierte de extensiones de anchura scanf/printf msvcrt que no son ISO.Desactiva las optimizaciones que asumen que un desbordamiento con signo estÃ¡ indefinido.Avisa sobre desbordamiento por debajo en expresiones numÃ©ricas.Advierte de nombres de funciones virtuales sobrecargadas.Avisa sobre sobreescritura de inicializadores con efectos secundarios.Avisa sobre sobreescritura de inicializadores sin efectos secundarios.Avisa sobre campos de bits packed cuyo desplazamiento cambiÃ³ en GCC 4.4.Avisa sobre conversiÃ³n de punteros que incremente la alineaciÃ³n.Advierte de inicializaciones posicionales de estructuras que requieren inicializadores designados.Avisa sobre posibles aliases de argumentos de relleno.Avisa sobre posibles problemas de seguridad con funciones de formato.Avisa sobre posibles violaciones de las reglas de secuencia de punto.Avisa sobre posibles llaves faltantes alrededor de los inicializadores.Avisa sobre posibles parÃ©ntesis ausentes.Avisa sobre la posibilidad de bloques de comentarios anidados y comentarios de C++ que abarquen mÃ¡s de una lÃ­nea fÃ­sica.Advierte de anomalÃ­as de cadena de formato de printf/scanf/strftime/strfmon.Advierte de un uso cuestionable de las macros utilizadas para obtener argumentos variables.Avisa sobre constantes-literales-reales con letra-exponente 'q'.Advierte del retorno de puntero/referencia a variable local o temporal.Avisa sobre la devoluciÃ³n de estructuras, unions o matrices.Advierte de diferencias de signo en funciones de formato.Avisa sobre comparaciones con signo-sin signo.Advierto de algunas violaciones de la regla de una definiciÃ³n de C++ durante la optimizaciÃ³n de tiempo de enlazado.Advierte de instrucciones entre la expresiÃ³n de control de un switch y el primer case.Avisa sobre elementos sobrantes despuÃ©s de #else y #endif.Avisa sobre formatos de strftime que producen dos dÃ­gitos para el aÃ±o.Avisa sobre subÃ­ndices cuyo tipo es "char".Advierte de llamadas sospechosas a memset en las que el tercer argumento contenga el nÃºmero de elementos no multiplicado por el tamaÃ±o del elemento.Advierte de llamadas sospechosas a memset en las que el tercer argumento es el cero literal constante y el segundo no lo es.Avisa sobre declaraciones sospechosas de "main".Advierte de parÃ¡metros de longitud sospechosa para determinadas funciones de cadenas si el argumento utiliza sizeof.Avisa sobre usos sospechosos de direcciones de memoria.Avisa sobre switches cuya expresiÃ³n de control sea booleana.Avisa sobre cosas que varÃ­an entre la -fabi-version actual y la versiÃ³n especificada.Avisa sobre cosas que cambiarÃ¡n cuando se compile con un compilador que cumpla con la ABI.Avisa sobre expresiones de carÃ¡cter truncadas.Avisa sobre lÃ­neas de cÃ³digo truncadas.Avisa sobre NULL sin conversiÃ³n usado como centinela.Avisa sobre desbordamiento por debajo de expresiones numÃ©ricas constantes.Avisa sobre variables automÃ¡ticas sin inicializar.Avisa sobre declaraciones de funciÃ³n sin prototipo.Avisa sobre pragmas que no se reconocen.Avisa sobre constantes de coma flotante sin sufijo.Avisa sobre posibles argumentos de relleno sin uso.Avisa sobre el uso de constantes de carÃ¡cter multicaracteres.Avisa sobre conversiones de tipo inÃºtiles.Avisa sobre directorios de inclusiÃ³n definidos por el usuario que no existen.Avisa sobre usos de declaraciones __attribute__((obsoleto)).Avisa sobre usos de especificador de almacenamiento en registro.Avisa sobre el uso de macros variadic.Avisa sobre variables que pueden cambiar por "longjmp" o "vfork".Avisa sobre variables que se inicialicen ellas mismas.Avisa sobre violaciones de reglas de estilo de Effective C++.Avisa sobre formatos de longitud cero.Avisa sobre bucles DO de cero vueltas.Advierte de construcciones admitidas de forma condicional.Avisa cuando se convierte NULL de/a un tipo que no es puntero.Avisa cuando hay conversiones de tipo implÃ­citas entre enteros con signo y sin signo.Avisa cuando hay conversiones de tipo implÃ­citas que provocan pÃ©rdida de precisiÃ³n en coma flotante.Avisa cuando hay conversiones de tipo implÃ­citas que pueden cambiar un valor.ADvierto de modo de empleo obsoleto en una declaraciÃ³n.Advierte de la colocaciÃ³n de expresiones nuevas con comportamiento indefinido.Avisa si se usa "defined" fuera de #if.Avisa si se usa una conversiÃ³n de estilo C en un programa.Avisa si el llamante de una funciÃ³n, marcada con atributo warn_unused_result, no usa su valor de devoluciÃ³n.Avisa si el tipo de una clase tiene una base o un campo cuyo tipo utiliza el espacio de nombres anÃ³nimo o depende de un tipo sin enlace.Avisa si una comparaciÃ³n evalÃºa siempre como verdadero o falso.Avisa si la comparaciÃ³n es siempre verdadera o siempre falsa debido al rango limitado del tipo de datos.Avisa si se usa una opciÃ³n de compilador, clase, mÃ©todo o campo obsoletos.Avisa si una funciÃ³n usa alloca o crea una matriz de tamaÃ±o dinÃ¡mico.Avisa si una declaraciÃ³n local oculta una variable de instancia.Avisa si un bucle con un nÃºmero constante de iteraciones provoca un comportamiento indefinido.Avisa si una propiedad de un objeto Objective-C no tiene semÃ¡ntica de asignaciÃ³n especificada.Avisa si un selector tiene mÃ©todos mÃºltiples.Avisa si una directiva simd queda anulada por el modelo de coste de vectorizador.Avisa si el tamaÃ±o de marco de una sola funciÃ³n excede el tamaÃ±o de marco dado.Avisa si una cadena es mÃ¡s larga que la longitud portable mÃ¡xima especificada por el estÃ¡ndar.Avisa si un subojeto tiene un atributo abi_tag que el objeto completo no tiene.Avisa si una expresiÃ³n throw siempre darÃ¡ como resultado una llamada a terminate().Avisa si un procedimiento de usuario tiene el mismo nombre que un intrÃ­nseco.Avisa si se usa una matriz de longitud variable.Avisa si una base virtual tiene un operador de asignaciÃ³n move no trivial.Avisa si un nombre de MCU no se reconoce o estÃ¡ en conflicto con otras opciones (por defecto: activado).Avisa si se accede a una matriz fuera de los lÃ­mites.Avisa si se usa una definiciÃ³n de parÃ¡metro al estilo antiguo.Avisa si se usa una macro indefinida en una directiva #if.Avisa si se compara parÃ¡metro puntero con atributo no nulo con NULL.Avisa si los objetos CFString constantes contienen caracteres que no son transportables.Avisa si la desreferencia de un puntero NULL puede llevar a un comportamiento errÃ³neo o indefinido.Avisa si los mÃ©todos heredados no estÃ¡n implementados.Advierte de desbordamiento de un valor con signo por desplazamiento hacia la izquierda.Avisa si la cuenta de desplazamiento a la izquierda es un valor negativo.Avisa si se pasan demasiados argumentos a una funciÃ³n para su cadena de formato.Avisa si se descartan los cualificadores de arrays que son destinos de punteros.Avisa si la cuenta de desplazamiento >= anchura del tipo.Avisa si la cuenta de desplazamiento es negativa.Avisa si se estÃ¡ probando la igualdad de nÃºmeros de coma flotante.Avisa si el ISR estÃ¡ mal deletreado, es decir, sin el prefijo __vector. Activado por omisiÃ³n.Avisa si se cambia el espacio de direcciones de una direccciÃ³n.Avisa si el bucle no se puede optimizar debido a presunciones no triviales.Avisa si el puntero en una asignaciÃ³n a puntero podrÃ­a sobrevivir a lo apuntado.Avisa si el tipo de una variable podrÃ­a no ser interoperable con C.Avisa si se encuentran trigrafos que puedan afectar el significado del programa.Avisa si se ignoran los calificadores de tipo sobre punteros.Avisa si los firmas de tipo de los mÃ©todos candidatos no coinciden exactamente.Avisa en perfiles case en -fprofile-use que no coincidan.Avisa de prototipos que causen diferentes conversiones de tipo de las que sucederÃ­an en la ausencia del prototipo.Avisa sobre cualquier uso de alloca.Advierte de la herencia mÃºltiple directa.Advierte de la herencia virtual directa.Avisa sobre intrÃ­nsecos que no son parte del estÃ¡ndar seleccionado.Advierta de la definiciÃ³n de espacios de nombres.Avisa en la declaraciÃ³n de la plantilla primeraria.Advierte de construcciones sospechosas que implican orden de almacenamiento de escalares inverso.Avisa cuando __builtin_frame_address o __builtin_return_address se usan de forma no segura.Avisa cuando se usan las funciones internas __sync_fetch_and_nand y __sync_nand_and_fetch.Avisa cuando se encuentra una directiva #warning.Avisa cuando se emite una instrucciÃ³n microcodificada Cell.Avisa cuando una funciÃ³n interna se declara con una firma incorrecta.Avisa cuando una macro de preprocesador interna estÃ¡ sin definir o redefinida.Avisa cuando no se usa una variable const.Avisa cuando una declaraciÃ³n no especifique un tipo.Avisa cuando una declaraciÃ³n duplica el especificador const, volatile, restrict o _Atomic.Avisa cuando se encuentra una declaraciÃ³n despuÃ©s de una sentencia.Avisa cuando una funciÃ³n no se puede expandir a HSAIL.Avisa cuando no se usa una funciÃ³n.Avisa cuando sÃ³lo se define un parÃ¡metro de funciÃ³n, y no se usa posteriormente.Avisa cuando no se usa un parÃ¡metro de una funciÃ³n.Avisa cuando un salto pierde la inicializaciÃ³n de una variable.Avisa cuando no se usa una etiqueta.Avisa cuando una variable de array al lado izquierdo es reubicada.Avisa cuando una variable al lado izquierdo es reubicada.Avisa cuando se usa un '0' literal como puntero nulo.Avisa cuando un operador lÃ³gico sospechosamente evalÃºa siempre como verdadero o falso.Avisa cuando una expresiÃ³n noexcept evalÃºa a falso aÃºn cuando la expresiÃ³n no puede hacer throw.Avisa cuando un puntero difiere en signo en una asignaciÃ³n.Avisa cuando hay una conversiÃ³n de puntero a entero de tamaÃ±o diferente.Avisa cuando se compara un puntero con una constante de carÃ¡cter cero.Avisa cuando una variable de registro se declara volatile.Avisa cuando una cadena o un carÃ¡cter literal va seguido de un sufijo ud que no empieza por guiÃ³n bajo.Avisa cuando sÃ³lo se define una variable, y no se usa posteriormente.Avisa cuando no se usa una variable.Avisar cuando una operaciÃ³n vectorial se compila fuera del SIMD.Avisa cuando todos los constructores y destructores son privados.Avisa cuando un argumento que se pasa a un parÃ¡metro con calificaciÃ³n de restringido se solapa con otro argumento.Avisa cuando un parÃ¡metro de modelo de memoria atomic se reconoce que estÃ¡ fuera del rango vÃ¡lido.Avisa cuando no se usa un valor de una expresiÃ³n.Avisa cuando una funciÃ³n incluida en lÃ­nea no se puede incluir en lÃ­nea.Avisa cuando se desactiva un paso de optimizaciÃ³n.Avisa cuando se intenta liberar un objeto que no es de pila.Avisa cuando se convierte el tipo de punteros a funciones miembro.Avisa cuando se borra un puntero a un tipo incompleto.Avisa cuando el no lÃ³gico se utiliza en el operando izquierdo de una comparaciÃ³n.Avisa cuando hay mÃºltiples y distintos manejadores de interrupciones rÃ¡pidos en la unidad de compilaciÃ³n.Avisa cuando las funciones friend sin plantillas se declaran dentro de una plantilla.Avisa cuando no se estÃ¡ usando la protecciÃ³n contra destrucciÃ³n de la pila por alguna razÃ³n.Avisa cuando una variable local oculta otra variable local o parÃ¡metro de tipo compatible.Avisa cuando una variable local oculta otra variable local o parÃ¡metro.Avisa cuando una variable oculta otra (globalmente).Avisa cuando una variable oculta otra.  Igual que -Wshadow=global.Avisa cuando la sobrecarga promueve de unsigned a signed.Avisa cuando se requiere relleno para alinear a los miembros de una estructura.Avisa cuando se aplica sizeof a parÃ¡metros declarados como array.Avisa cuando el compilador reordena cÃ³digo.Avisa cuando el sangrado del cÃ³digo no refleja la estructura de bloque.Avisa cuando el atributo packed no tiene efecto en la disposiciÃ³n de un struct.Avisa cuando hay una conversiÃ³n a puntero desde un entero de tamaÃ±o diferente.Avisa cuando hay conversiÃ³n entre punteros de tipos incompatibles.Avisa cuando se definen typedefs localmente en una funciÃ³n pero no se usan.Avisa cuando el tipo de devoluciÃ³n de una funciÃ³n es el predefinido "int" (C), o sobre tipos de devoluciÃ³n inconsistentes (C++).Avisa siempre que se genera un trampolÃ­n.Avisa cuando se intercepte una asignaciÃ³n Objective-C por el recolector de basura.Avisa cada vez que se ignoran los atributos.Avisa cada vez que se ignoran los calificadores de tipo.AvisoCuando no se proporcione "signed" o "unsigned" hace signed el campo de bits.Cuando no se proporcione "signed" o "unsigned" hacer unsigned el campo de bits.Cuando se accede a la RAM, usa X como lo impone el hardware, p.e. sÃ³lo usa pre-decremento, post-incremento y direccionamiento indirecto con el registro X.  Sin esta opciÃ³n, el compilador puede asumir que hay un modo de direccionamiento X+const similar a Y+const y Z+const y emite instrucciones para emular tal modo de deireccionamiento para X.Al generar cÃ³digo -fpic, permite el uso de PLTs. Se hace caso omiso con fno-pic.Al generar cÃ³digo -mabicalls, permite que los ejecutables usen PLTs y copien reubicaciones.Al generar cÃ³digo -mabicalls, hace que el cÃ³digo sea adecuado para su uso en bibliotecas compartidas.Cuando sea posible no genera marcos de pila.Cuando se estÃ© ejecutando CSE, sigue los saltos a sus objetivos.Donde acorte, usar rutas canonicalizadas para cabeceras de sistemas.Decide si se usan tipos canÃ³nicos.QuÃ© algoritmo -fsched-pressure aplicar.Al establecer el manejador de seÃ±ales: %mAl establecer la pila de seÃ±ales: %mModo de anÃ¡lisis del programa completo (WPA) con nÃºmero de trabajos paralelos especificado.Con esta opciÃ³n tamaÃ±o cero obtenido dinÃ¡micamente para objetos con tipo incompleto se tratarÃ¡n como infinito.Sin relleno, no hay suficientes elementos en el intrÃ­nseco RESHAPE fuente en %L para coincidir con la formaEvita el error mflo/mfhi del VR4130.Evita una anomalÃ­a de hardware agregando un nÃºmero de NOPs antes de una instrucciÃ³n CSYNC o SSYNC.Evita el error de hardware de los primeros 4300.Evita el error en la instrucciÃ³n de multiplicaciÃ³n.Evita ciertos errores de 24K.Evita ciertos errores de R10000.Evita ciertos errores de R4000.Evita ciertos errores de R4400.Evita ciertos errores de R4000.Evita ciertos errores de VR4120.Evita los errores para nÃºcleos tempranos SB-1 revisiÃ³n 2.Evita el error de multiplicaciÃ³n de hardware.SoluciÃ³n alternativa para la errata de ARM Cortex-A53 nÃºmero 835769.SoluciÃ³n alternativa para la errata de ARM Cortex-A53 nÃºmero 843419.Escribe todas las declaraciones como cÃ³digo Ada solo para el fichero dado.Escribe todas las declaraciones como cÃ³digo Ada transitivamente.Escribiendo el mÃ³dulo %qs en la lÃ­nea %d columna %d: %sEntrada incorrecta en una lista TYPE_ARG_TYPESNodo incorrecto referenciado con referencia chkpÃ�rbol incorrecto en una lista TYPE_FIELDSX32 no admite el atributo ms_abiXXX entrando a pop_everything ()
  XXX saliendo de pop_everything ()
! No se puede tomar la direcciÃ³n de una funciÃ³n anindada si se usa la opciÃ³n -mno-pointers-to-nested-functions.Debe activar las instrucciones NEON (e.g. -mfloat-abi=softfp -mfpu=neon) para usar estos intrÃ­nsecos.Debe activar las instrucciones VFP para usar estos intrÃ­nsecos.Debe activar las instrucciones crypto (e.g. include -mfloat-abi=softfp -mfpu=crypto-neon...) para usar estos intrÃ­nsecos.Se necesita un fichero de arranque de C para -msys-crt0=Su plataforma objetivo no soporta -fcheck-pointer-boundsCero no es una declaraciÃ³n de etiqueta vÃ¡lida en %CAnchura cero en el descriptor de formato[Saliendo de %s]
! [no se puede encontrar %s][por defecto][desactivado][activado][super ...] debe aparecer en el contexto de un mÃ©todono se permite el atributo __BELOW100__ con una clase de auto almacenamiento__builtin_arc_aligned con alineamiento no constanteno se admite __builtin_eh_return en este objetivo__builtin_rx_%s acepta 'C', 'Z', 'S', 'O', 'I' o 'U'no se admite __builtin_saveregs en este subobjetivono se admite __builtin_saveregs en este objetivono se admite __builtin_set_thread_pointer en este objetivoel tipo interno del vector (o vectores) argumento de __builtin_shuffle debe tener el mismo tamaÃ±o que el tipo interno de la mÃ¡scaralos vectores argumento de __builtin_shuffle debe ser del mismo tipolos argumentos de __builtin_shuffle deben ser vectoresel Ãºltimo argumento de __builtin_shuffle debe ser un vector enteroel nÃºmero de elementos del vector (o vectores) argumento de __builtin_shuffle y la mÃ¡scara de vector deben ser el mismono se admite __builtin_thread_pointer en este objetivollamada a __builtin_unreachable o __builtin_trap con argumentos__delay_cycles estÃ¡ limitado a nÃºmeros de bucles de 32 bits__delay_cycles solo permite nÃºmero de ciclos no negativo__delay_cycles() solo toma argumentos constantes__float128 y __ibm128 no pueden utilizarse en la misma expresiÃ³n__float128 y long double no pueden utilizarse en la misma expresiÃ³n__fp16 sin ldrh__ibm128 y long double no pueden utilizarse en la misma expresiÃ³nlas declaraciones __label__ sÃ³lo se permiten en Ã¡mbitos de funciÃ³nel argumento __sec_implicit_index %d tiene que ser menor que el rango de %qEel parÃ¡metro __sec_implicit_index tiene que ser una expresiÃ³n constante entera`el argumento `custom-%s=' requiere dÃ­gitos numÃ©ricosun inicializador dentro de llaves no se permite aquÃ­una llamada a un constructor no puede aparecer en una expresiÃ³n constanteuna conversiÃ³n a un tipo diferente de un tipo integral o de enumeraciÃ³n no puede aparecer en una expresiÃ³n constanteun operador coma no puede aparecer en una expresiÃ³n constantehay una definiciÃ³n que difiere en la palabra clave virtual en otra unidad de translaciÃ³nun destructor no puede ser %<constexpr%>hay un mÃ©todo distinto del mismo tipo definido en otra unidad de traducciÃ³nhay definido un tipo diferente en otra unidad de traducciÃ³nhay un campo con el mismo nombre pero distinto tipo definido en otra unidad de traducciÃ³nhay un campo con un nombre distinto definido en otra unidad de translaciÃ³nuna llamada a funciÃ³n no puede aparecer en una expresiÃ³n constanteuna definiciÃ³n de funciÃ³n no se permite aquÃ­una etiqueta sÃ³lo puede ser parte de una declaraciÃ³n y una declaraciÃ³n no es un enunciadoun tipo de conclusiÃ³n lambda tiene un operador de asignaciÃ³n por copia borradoun tipo de conclusiÃ³n lambda tiene un constructor por defecto borradoun miembro de una estructura o union no puede tener un tipo modificado variablementeno se admiten funciones anidadas para registros reducidosun parÃ¡metro no se puede declarar %<constexpr%>una lista de parÃ¡metros con una elipsis no puede coincidir con una declaraciÃ³n de nombre de lista de parÃ¡metros vacÃ­a.una clase de almacenamiento sÃ³lo se puede especificar para objetos y funcionesuna plantilla no se puede definir por defectouna declaraciÃ³n de plantilla no puede aparecer en el Ã¡mbito de bloqueun id-de-plantilla no puede aparecer en una declaraciÃ³n-usingun enlace temporal a %qD sÃ³lo persiste hasta que el constructor terminauna expresiÃ³n de transacciÃ³n no puede aparecer en una expresiÃ³n constanteun tipo definido en otra unidad de traducciÃ³n no es polimÃ³rficoun tipo definido en otra unidad de traducciÃ³n es polimÃ³rficohay un tipo con distinto alineamiento definido en otra unidad de traducciÃ³nhay un tipo con atributos distintos definido en otra unidad de traducciÃ³nhay un tipo con bases distintas definido en otra unidad de traducciÃ³nhay un tipo con distinto nÃºmero de campos definido en otra unidad de traducciÃ³nhay un tipo con distinto nÃºmero de mÃ©todos definido en otra unidad de traducciÃ³nhay un tipo con distinta precisiÃ³n definido en otra unidad de traducciÃ³nhay un tipo con cualificadores distintos definido en otra unidad de traducciÃ³nhay un tipo con diferente tipo de signo definido en otra unidad de traducciÃ³nhay un tipo con distinto tamaÃ±o definido en otra unidad de traducciÃ³nhay un tipo con punteros de tabla virtual distinta definidos en otra unidad de traducciÃ³nuna declaraciÃ³n de uso no puede especificar un id de plantilla.  Intente %<using %D%>una cadena ancha es no vÃ¡lida en este contextobordes de llamada anÃ³malos para una insn que no es llamada en bb %ibordes anormales sin ningÃºn propÃ³sito en bb %iaborto en %s, en %s:%del declarador abstracto %qT se usÃ³ como declaraciÃ³nlas declaraciones access son obsoletas en favor de las declaraciones using: sugerencia: use la palabra clave %<using%>se accede al miembro %qD  en lugar del miembro inicializado %qD en la expresiÃ³n constantese accede a memoria de datos con direcciÃ³n de memoria de programase accede a memoria de programa con direcciÃ³n de memoria de datosse accede al valor de %qE a travÃ©s de glvalue %qT en una expresiÃ³n constanteel acumulador no es una constante enterael nÃºmero del acumulador estÃ¡ fuera de los lÃ­mitesargumento actual de INTENT = OUT/INOUTno se puede especificar un atributo de Ã¡rea de direcciones para funcionesel Ã¡rea de direcciÃ³n de %q+D genera un conflicto con la declaraciÃ³n previael modelo de direcciones %qs no se admite en el modo de bit %sse solicitÃ³ la direcciÃ³n de la variable register explÃ­cita %qDse solicitÃ³ la direcciÃ³n de la variable de registro global %qDdirecciÃ³n de la funciÃ³n sobrecargada sin informaciÃ³n contextual de tipose solicitÃ³ la direcciÃ³n de la variable de registro %qDel desplazamiento de direcciÃ³n no es una constanteel operando de direcciÃ³n requiere una restricciÃ³n para los registros X, Y, o Zse solicitÃ³ la direcciÃ³n de %qD, la cual se declarÃ³ como %<register%>no se admite el espacio de direcciones %qs para dispositivos con tamaÃ±o de flash de hasta %d KiBno se admiten espacios de direcciones para dispositivos Tiny reducidosse tomÃ³ la direcciÃ³n, pero el bit ADDRESSABLE no estÃ¡ activadola direcciÃ³n de un objeto %qE con hilo local o almacenamiento automÃ¡tico no es una expresiÃ³n constanteel agregado %q#D tiene un tipo incompleto y no se puede definirse usÃ³ un valor agregado donde se esperaba un complejose usÃ³ un valor agregado donde se esperaba uno de coma fijase usÃ³ un valor agregado donde se esperaba un floatse usÃ³ un valor agregado donde se esperaba un enterotambiÃ©n conocido comolas definiciones de alias no se admiten en Mach-O; descartadasno se admiten las definiciones de alias en esta configuraciÃ³nla alineaciÃ³n (%u) para %s excede la alineaciÃ³n mÃ¡xima para los datos comunes globales.  Se usarÃ¡ %ula alineaciÃ³n para %q+D debe ser por lo menos %dla alineaciÃ³n para %q+D se especifiÃ³ previamente como %d y no se puede decrementarla alineaciÃ³n puede no estar especificada para %q+Dla alineaciÃ³n debe ser una potencia pequeÃ±a de dos, no %dla alineaciÃ³n de %q+D es mayor que la alineaciÃ³n mÃ¡xima del fichero objeto %dla alineaciÃ³n de %qD es mÃ¡s grande que la declaraciÃ³n originalla alineaciÃ³n de los elementos de la matriz es mayor que el tamaÃ±o de los elementosse especificÃ³ la alineaciÃ³n para el objeto %<register%> %qEse especificÃ³ la alineaciÃ³n para el campo de bits %qEse especificÃ³ la alineaciÃ³n para la funciÃ³n %qEse especificÃ³ la alineaciÃ³n para el parÃ¡metro %qEse especificÃ³ la alineaciÃ³n para la definiciÃ³n de tipo %qEse especificÃ³ la alineaciÃ³n para el campo de bits sin nombrese especificÃ³ la alineaciÃ³n para el parÃ¡metro sin nombretodos las funciones miembros en la clase %qT son privadasel parÃ¡metro de alloc_align estÃ¡ fuera de rangoel parÃ¡metro de alloc_size estÃ¡ fuera de rangoargumento asignableya se capturÃ³ %qD en la expresiÃ³n lambdatambiÃ©n se encontrÃ³ %<%c%s%>no se permiten alternativas en la salida del indicador asmuna funciÃ³n always_inline tal vez no se puede incluir en lÃ­neaconversiÃ³n ambigua para Ã­ndice de matrizconversiÃ³n de tipo por defecto ambigua desde %qTmÃ©todo ambiguo %s%s%sespecializaciÃ³n de plantilla %qD ambigua para %q+Dno se puede especificar un atributo de Ã¡rea de direcciones para variables localesun struct anÃ³nimo no puede tener funciones miembroun union anÃ³nimo no puede tener funciones miembroun tipo de argumento que tiene una promociÃ³n por defecto no puede coincidir con una declaraciÃ³n de nombre de lista de parÃ¡metros vacÃ­a.hay un array de distinto tamaÃ±o definido en otra unidad de traducciÃ³nuna referencia a matriz no puede aparecer en una expresiÃ³n constanteno se permite una especificaciÃ³n-asm en una definiciÃ³n-de-funciÃ³nuna asignaciÃ³n no puede aparecer en una expresiÃ³n constanteun atributo que ataÃ±e a un especificador de tipo se descartaun decremento no puede aparecer en una expresiÃ³n constantehay un enum con nombre de valor distinto definido en otra unidad de traducciÃ³nhay un enum con valores distintos definido en otra unidad de traducciÃ³nhay un enum con distinto nÃºmero de valores definido en otra unidad de traducciÃ³nuna especializaciÃ³n explÃ­cita se debe preceder con %<template <>%>un incremento no puede aparecer en una expresiÃ³n constanteun borde indirecto desde %s no tiene un call_stmt correspondienteun borde indirecto con un llamante desconocido que corresponde a call_stmt con una declaraciÃ³n conocida:anacronismoanacronismo: inicializador de clase base de estilo antiguo anacrÃ³nicoy %qT no tiene constructores de plantillay campostruct anÃ³nimo no estÃ¡ dentro de un tipo nombradounion anÃ³nima sin miembrosla aplicaciÃ³n de #pragma weak %q+D despuÃ©s del primer uso resulta en conducta no especificadala arquitectura %qs sÃ³lo se admite para ensambladorlos argumentos que recibirÃ¡n formato no son %<...%>el argumento %d de %qE puede ser un candidato para un atributo de formatoel argumento %d de %qE debe ser un puntero a un tipo de tamaÃ±o constanteel argumento %d de %qE debe ser un tipo punteroel argumento %d de %qE no debe ser un puntero a funciÃ³nel argumento %d de '%s' tenÃ­a un nombre esperadoel argumento %d para la funciÃ³n interna debe ser una constante en el rango entre %d y %del argumento %i estÃ¡ dentro del rango [%E, %E]el argumento %q+D puede ser sobreescrito por %<longjmp%> o %<vfork%>el argumento %qD no coincide con el prototipo internoel argumento %qD no coincide con el prototipoel argumento %qd no es una constanteno se reconoce el argumento %qs para %<-Waligned-new%>no se reconoce el argumento %qs para %<-Wnormalized%>no se reconoce el argumento %qs para %<-femit-struct-debug-detailed%>argumento desconocido %qs para %<-femit-struct-debug-detailed%>el argumento %u en la llamada a la funciÃ³n %qE no tiene un tipo enteroargumento %u nulo donde se esperaba no nuloel argumento 1 debe ser una literal con signo de 5-bitel argumento 1 debe ser un mapael argumento 1 de %qE debe ser un tipo puntero que no sea voidel argumento 1 de %qE debe ser un puntero a un tipo de tamaÃ±o constanteel argumento 1 de %qE debe ser un puntero a un objeto de tamaÃ±o diferente de ceroel argumento 1 de __builtin_altivec_predicate estÃ¡ fuera de rangoel argumento 1 de __builtin_altivec_predicate debe ser una constanteel argumento 1 de __builtin_paired_predicate estÃ¡ fuera de rangoel argumento 1 de __builtin_paired_predicate debe ser una constanteel argumento 1 de __builtin_spe_predicate estÃ¡ fuera de rangoel argumento 1 de __builtin_spe_predicate debe ser una constanteel argumento 2 debe ser una literal sin signo de 5-bitel argumento 3 en la llamada a la funciÃ³n %qE no tiene un puntero a un tipo enteroel argumento 3 en la llamada a la funciÃ³n %qE tiene un tipo booleanel argumento 3 en la llamada a la funciÃ³n %qE tiene un tipo enumeradoel argumento 3 en la llamada a la funciÃ³n %qE tiene un puntero a un tipo booleanel argumento 3 en la llamada a la funciÃ³n %qE tiene un puntero a un tipo enumeradoel argumento 3 debe ser una literal sin signo de 1-bitel argumento 3 debe ser una literal sin signo de 2-bitel argumento 3 debe ser una literal sin signo de 4-bitla bÃºsqueda dependiente del argumento encuentra %q+Del argumento debe ser una referencia de campoel argumento debe ser matriz o rebanada o canalel argumento debe ser canalel argumento debe ser cadena o matriz o rebanada o mapa o canalel argumento debe tener tipo complejoargumento no permitido en la clÃ¡usula %qs en OpenACC %<parallel%>el argumento de %<__builtin_eh_return_regno%> debe ser constanteel argumento del atributo %qE no es "ilink"el argumento del atributo %qE no es "ilink1" o "ilink2"el argumento del atributo %qE no es "reset", "software_exception", "page_miss", "timer0", "timer1", "message", "dma0", "dma1", "wand" o "swi"el argumento del atributo %qE no es una cadena constanteel argumento del atributo %qE no es una cadena constante ni un nÃºmeroel argumento de Offsetof implica indirecciÃ³n de un campo empotradoel argumento de la llamada a funciÃ³n puede ser un candidato para un atributo de formatoel argumento para %%:compare-debug-auxbase-opt no termina en .gkel argumento para %<-O%> debe ser un entero no negativo, %<g%>, %<s%> o %<fast%>el argumento para %<alloca%> es demasiado grandeel argumento de %<alloca%> es ceroel argumento para %<alloca%> podrÃ­a ser demasiado grandeel argumento de %<alloca%> podrÃ­a ser demasiado grande debido a una conversiÃ³n de %qT a %qTel argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el destino; Â¿pretendÃ­a desreferenciarla?el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el destino; Â¿pretendÃ­a proporcionar una longitud explÃ­cita?el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el destino; Â¿pretendÃ­a quitar el addressof?el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el primer origen; Â¿pretendÃ­a desreferenciarla?el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el primer origen; Â¿pretendÃ­a indicar una longitud explÃ­cita?el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el primer origen; Â¿pretendÃ­a quitar la direcciÃ³n de?el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el segundo origen; Â¿pretendÃ­a desreferenciarla?el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el segundo origen; Â¿pretendÃ­a indicar una longitud explÃ­cita?el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el segundo origen; Â¿pretendÃ­a quitar la direcciÃ³n de?el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el origen; Â¿pretendÃ­a desreferenciarla?el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el origen; Â¿pretendÃ­a indicar una longitud explÃ­cita?el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el origen; Â¿pretendÃ­a quitar la direcciÃ³n de?el argumento de %<sizeof%> en la llamada %qD es el mismo tipo de puntero %qT que el destino; se esperaba %qT o una longitud explÃ­citael argumento de %<sizeof%> en la llamada %qD es el mismo tipo de puntero %qT que el primer origen; se esperaba %qT o una longitud explÃ­citael argumento de %<sizeof%> en la llamada %qD es el mismo tipo de puntero %qT que el segundo origen; se esperaba %qT o una longitud explÃ­citael argumento de %<sizeof%> en la llamada %qD es el mismo tipo de puntero %qT que el origen; se esperaba %qT o una longitud explÃ­citael argumento del atributo %qE no es ni eic ni vector=<lÃ­nea>el argumento del atributo %qE no es cero ni unoel argumento del atributo %qE no es intstackel argumento para el atributo %qE es mÃ¡s grande que %del argumento para %qs debe ser una literal sin signo de 2-bitel argumento para %qs debe ser un entero no negativoel argumento para decltype debe ser una expresiÃ³nel argumento para dss debe ser una literal sin signo de 2-bitel argumento para el array de longitud variable es demasiado grandeal argumento del array de longitud variable es ceroel argumento para el array de longitud variable podrÃ­a ser demasiado grandeel argumento del array de longitud variable podrÃ­a ser demasiado grande debido a una conversiÃ³n de %qT a %qTargumentos '%s' y '%s' para el intrÃ­nseco %sargumentos '%s' y '%s' para el intrÃ­nseco '%s'argumentos 'a%d' y 'a%d' para el intrÃ­nseco '%s'no se permiten argumentos para el destructorIF aritmÃ©ticoaritmÃ©tica en puntero a un tipo de dato incompletose asume que la matriz %q+D tiene un elementomatriz %qD inicializada con una constante de cadena entre parÃ©ntesis %qEasignaciÃ³n de matrizse prohÃ­be el lÃ­mite de matriz despuÃ©s del id-de-tipo entre parÃ©ntesisel lÃ­mite de la matriz no es una constante enterael Ã­ndice de matriz en el inicializador excede los lÃ­mites de la matrizel Ã­ndice de matriz en el inicializador no es una expresiÃ³n constante enterael Ã­ndice de matriz en el inicializador no es de tipo enteroÃ­ndice de matriz en el inicializador que no es matrizel rango de Ã­ndices de la matriz en el inicializador excede los lÃ­mites de la matrizmatriz inicializada con una expresiÃ³n matrizal que no es constantematriz inicializada con una constante de cadena entre parÃ©ntesisla matriz se debe inicializar con un inicializador dentro de llavesmatriz de tipo inapropiado inicializada con una constante de cadenaresultado arrayfalta el tamaÃ±o de la matriz en %q+Dfalta el tamaÃ±o de la matriz en %qDfalta el tamaÃ±o de la matriz en %qTel subÃ­ndice de la matriz es de tipo %<char%>el subÃ­ndice de la matriz estÃ¡ por arriba de los lÃ­mites de la matrizel subÃ­ndice de la matriz estÃ¡ por debajo de los lÃ­mites de la matrizel subÃ­ndice de la matriz no es un enteroel subÃ­ndice de la matriz estÃ¡ fuera de los lÃ­mites de la matrizLos tipos de array tienen lÃ­mites diferentesse usÃ³ una matriz como inicializadorlas matrices de funciones no tienen significadocomo %qDla sobreescritura asm genera un conflicto con el operando de entradala sobreescritura asm genera un conflicto con el operando de salidase descarta la declaraciÃ³n asm debido a un conflicto con el renombrado previono se permite asm en una funciÃ³n %<transaction_safe%>no se permite asm en una transacciÃ³n atÃ³micael operando asm %d probablemente no coincide con las restriccionesel especificador asm para la variable %qE genera un conflicto con la lista de sobreescritura de asmlista hash de nombres del ensamblador corruptafalta una aserciÃ³n despuÃ©s de %qslos atributos de semÃ¡nticas de asignaciÃ³n de la propiedad %qD genera un conflicto con la declaraciÃ³n previase asigna a una matriz desde una lista de inicializadorasignaciÃ³nasignaciÃ³n (no inicializaciÃ³n) en la declaraciÃ³nla asignaciÃ³n descarta el calificador %qv del tipo del destino del punteroasignaciÃ³n desde un tipo Objective-C distintoasignaciÃ³n desde un tipo de puntero incompatibleasignaciÃ³n desde puntero a espacio de direcciones no contenidoel lado izquierdo de la asignaciÃ³n puede ser un candidato para un atributo de formatola asignaciÃ³n hace que la funciÃ³n calificada con %q#v apunte desde una no calificadala asignaciÃ³n crea un entero desde un puntero sin una conversiÃ³nla asignaciÃ³n crea un puntero desde un entero sin una conversiÃ³nasignaciÃ³n del campo constante %qDasignaciÃ³n de la funciÃ³n %qDasignaciÃ³n de miembro %qD en objeto de sÃ³lo-lecturaasignaciÃ³n de la ubicaciÃ³n de sÃ³lo lectura %qEasignaciÃ³n del miembro de sÃ³lo lectura %qDasignaciÃ³n del valor de devoluciÃ³n nombrado de sÃ³lo lectura %qDasignaciÃ³n del parÃ¡metro de sÃ³lo-lectura %qDasignaciÃ³n de la referencia de sÃ³lo lectura %qDasignaciÃ³n de la variable de sÃ³lo lectura %qDsupresiÃ³n de la asignaciÃ³nel parÃ¡metro assume_aligned no es una constante enterase asume argumento de rangose asume argumento de aspectose asume argumento de tipose asume la conversiÃ³n al tipo %qT desde la funciÃ³n sobrecargadase asume salida de directiva de %wu bytese asume salida de directiva de %wu bytesasumiendo el puntero a miembro %qDse asume que el desbordamiento con signo no sucede cuando se combinan constantes alrededor de una comparaciÃ³nse asume que el desbordamiento con signo no sucede cuando se reduce la constante en comparaciÃ³nse asume que el desbordamiento con signo no sucede al simplificar %</%> o %<%%%> a %<>>%> o %<&%>se asume que el desbordamiento con signo no sucede al simplificar %<abs (X)%> a %<X%> o %<-X%>se asume que el desbordamiento con signo no sucede al simplificar %<min/max (X,Y)%> a %<X%> o %<Y%>se asume que el desbordamiento con signo no sucede al simplificar el condicionalse asume que el desbordamiento con signo no sucede al simplificar el condicional a constantese asume que el desbordamiento con signo no sucede al simplificar la prueba de rangoargumento asÃ­ncronofallÃ³ atexitse intentÃ³ tomar la direcciÃ³n del miembro de la estructura de campos de bits %qDel atributo %<fallthrough%> no antecede una etiqueta case o defaultel argumento del atributo %qE no es una cadenael atributo %qs solamente se aplica a tipos de matrizdeclaraciÃ³n de atributoel atributo para %q#T debe estar a continuaciÃ³n de la palabra clave %qsse descarta el atributose descarta el atributo en la declaraciÃ³n de %q#Tse desconoce attribute(target("%s"))se descartan los atributos despuÃ©s del inicializador entre parÃ©ntesisno se permiten atributos en una definiciÃ³n-de-funciÃ³nse descartan los atributos en un especificador de tipo elaborado que no es una declaraciÃ³n adelantadase descartan los atributos en la instanciaciÃ³n de una plantillase descartan los atributos en el tipo sin instanciarse descartan los atributos en los declaradores de parÃ¡metros de matrizlos atributos no se pueden especificar antes de la palabra clave de Objective-C++ %<@%D%>selecciÃ³n automÃ¡tica de fpu actualmente no permitida aquÃ­la variable automÃ¡tica %qE no puede ser %<threadprivate%>campo aux establecido para el borde %s->%sse define el campo aux para el borde indirecto desde %sdirecciÃ³n errÃ³neadirecciÃ³n errÃ³nea, no (reg+disp):direcciÃ³n errÃ³nea, no es una constante:direcciÃ³n errÃ³nea, no es una direcciÃ³n de E/S:direcciÃ³n errÃ³nea, no hay post_inc o pre_dec:alineamiento incorrecto: %dcantidad errÃ³nea de eliminaciÃ³n de espacio de pila: %dinicializador de matriz errÃ³neocÃ³digo interno errÃ³neofcode interno errÃ³neoicode interno errÃ³neocÃ³digo de condiciÃ³n errÃ³neotipo de expresiÃ³n errÃ³nea durante la caminata (%d)insn errÃ³nea para 'A'insn errÃ³nea en frv_print_operand, caso 0insn errÃ³neo en frv_print_operand, const_double errÃ³neainsn errÃ³nea en frv_print_operand, caso zinsn errÃ³nea para frv_print_operand, modificador 'F':insn errÃ³nea para frv_print_operand, modificador 'L':insn errÃ³nea para frv_print_operand, modificador 'M/N':insn errÃ³nea para frv_print_operand, modificador 'O':insn errÃ³nea para frv_print_operand, modificador 'e':insn errÃ³nea para frv_print_operand, modificador 'f':insn errÃ³nea para frv_print_operand, modificador 'g':insn errÃ³nea para frv_print_operand, modificador 'P':insn errÃ³nea para frv_print_operand_address:insn errÃ³nea para frv_print_operand_memory_reference:move errÃ³neooperando errÃ³neoopciÃ³n %qs errÃ³nea para el atributo %<optimize%>opciÃ³n %qs errÃ³nea para el pragma %<optimize%>operando output_condmove_single errÃ³neooperando output_move_double errÃ³neooperando output_move_single errÃ³neoregistro errÃ³neoregistro errÃ³neo para frv_print_operand_memory_reference_reg:insn shift errÃ³nea:prueba errÃ³neauso incorrecto de la funciÃ³n de especificaciÃ³n %qsvalor errÃ³neo %<%s%> para el interruptor -mtls-size=valor %qs errÃ³neo para el interruptor -mcpuvalor %qs errÃ³neo para el interruptor -mfp-rounding-modevalor %qs errÃ³neo para el interruptor -mfp-trap-modevalor %qs errÃ³neo para -mmemory-latencyvalor %qs errÃ³neo para el interruptor -mtls-sizevalor %qs errÃ³neo para el interruptor -mtrap-precisionvalor errÃ³neo %qs para la opciÃ³n -mtunevalor errÃ³neo (%qs) para la opciÃ³n %<-march=%>valor errÃ³neo (%qs) para la opciÃ³n %<-mtune=%>valor errÃ³neo (%qs) para el atributo %<target("arch=")%>valor errÃ³neo (%qs) para el atributo %<target("tune=")%>valor errÃ³neo (%s) para la opciÃ³n -march=valor errÃ³neo (%s) para el interruptor -mcmodel=valor errÃ³neo (%s) para la opciÃ³n -mtune=valor errÃ³neo para -mcall-%svalor errÃ³neo para -msdata=%sencabezados C mal anidados del preprocesadorla regiÃ³n de barrera puede no estar bien anidada dentro de la regiÃ³n de trabajo compartido, %<critical%>, %<ordered%>, %<master%>, %<task%> explÃ­cita o regiÃ³n %<taskloop%>la base %qT se inicializarÃ¡ despuÃ©s dela clase base %q#T debe ser inicializada explÃ­citamente en la copia del constructorla expansiÃ³n del inicializador base %<%T%> no contiene paquetes de parÃ¡metroel operando base de %<->%> tiene el tipo %qT que no es punteroel operando base de %<->%> no es un punteroel tipo base %qT falla en ser un tipo struct o claseel borde pred del bloque bÃ¡sico %d estÃ¡ corruptoel bloque bÃ¡sico %d se debe marcar como irreducibleel bloque bÃ¡sico %d no se debe marcar como irreduciblelas listas de borde del bloque bÃ¡sico %i estÃ¡n corruptaslos bloques bÃ¡sicos no estÃ¡n ubicados consecutivamenteel bb %d no pertenece al bucle %dbb %d tiene el bucle padre %d; deberÃ­a ser el bucle %dbb %d en el lugar equivocadoel operador binario no admite que se mezclen operandos bool vector y vector de coma flotanteel operador binario no admite dos operadores bool vectorel operador binario no admite operador bool vectorprocedimiento bind(c)campo de bits %q+#D con tipo no enterola anchura del campo de bits %q+D no es una constante enteracampo de bits %qD con tipo no integralel campo de bits %qs tiene un tipo no vÃ¡lidola anchura del campo de bits %qs no es una constante enterala anchura del campo de bits %qs no es una expresiÃ³n constante enterabloque IFel cuerpo de la funciÃ³n constexpr %qD no es una declaraciÃ³n de devoluciÃ³nconstrucciÃ³n DISPOSE ambigua: %dconstrucciÃ³n JARL ambigua: %dconstrucciÃ³n JR ambigua: %dconstrucciÃ³n PREPARE ambigua: %dtipo resultante no vÃ¡lido de la comparaciÃ³nse requieren registros booleanos para la opciÃ³n de coma flotantetanto el atributo %s como el %qE proporcionan direcciÃ³nambos argumentos de %<__builtin_clear_cache%> deben ser punterosla especificaciÃ³n entre llaves %qs es no vÃ¡lida en %qcel cuerpo de la especificaciÃ³n entre llaves %qs es no vÃ¡lidoun grupo de llaves dentro de una expresiÃ³n sÃ³lo se permite dentro de una funciÃ³nllaves alrededor del inicializador escalarllaves alrededor del inicializador escalar para el tipo %qTla ramificacion %2d nunca se ejecuta
  ramificaciÃ³n %2d tomada %s%s
! la optimizaciÃ³n de carga de registro objetivo no se pensÃ³ para ser ejecutada dos vecesla declaraciÃ³n break no estÃ¡ dentro de un bucle o switchse usÃ³ la declaraciÃ³n break en un bucle for de OpenMPla funciÃ³n interna %q+D no se declara como funciÃ³nla funciÃ³n interna %qD requiere la opciÃ³n %<-mconstant-cfstrings%>la funciÃ³n interna %qD sÃ³lo toma un argumentola funciÃ³n interna %qE ha de ser llamada directamenteno se admite la funciÃ³n interna %qE para MIPS16el operando interno deberÃ­a ser un valor de 6 bits sin signopero no aquÃ­flujo de bytecode en el fichero %qs generado con LTO versiÃ³n %d.%d en lugar de la versiÃ³n esperada %d.%dflujo de bytecode: se esperaba la etiqueta %s en lugar de %sflujo de bytecode: se encontrÃ³ un nodo cgraph vacÃ­oflujo de bytecode: se encontraron instancias mÃºltiples del nodo cgraph con uid %dflujo de bytecode: se encontrÃ³ una cadean que no estÃ¡ terminada en nullflujo de bytecode: basura al final de la secciÃ³n de sÃ­mbolosflujo de bytecode: no se encontrÃ³ un llamado al leer el bordeflujo de bytecode: no se encontrÃ³ un llamante al leer el bordeflujo de bytecode: la cadena es demasiado larga para la tabla de cadenasflujo de bytecode: la etiqueta %s no estÃ¡ en el rango esperado [%s, %s]flujo de bytecode: se trata de leer %d byes despuÃ©s del final del almacenamiento temporal de entradaflujo de bytecode: secciÃ³n LTO %s inesperadaflujo de bytecode: etiqueta %s inesperadabytecode stream: etiqueta de declaraciÃ³n GIMPLE %s desconocidala llamada %2d nunca se ejecuta
  la llamada %2d devuelve %s
! la llamada tiene una dependencia circularla llamada es poco probable y el tamaÃ±o del cÃ³digo podrÃ­a crecerla llamada de %<(%T) (%A)%> es ambiguala llamada del %<%D(%A)%> sobrecargado es ambiguala llamada del %<%s(%A)%> sobrecargado es ambiguala llamada a %<__builtin_custom_%s%> genera un conflicto con la opciÃ³n %<-mcustom-%s%>la llamada a %qD usa el argumento por defecto para el parÃ¡metro %P, el cual no se ha definido aÃºnllamada a la funciÃ³n %qD la cual arroja el tipo incompleto %q#Tllamada a una funciÃ³n la cual arroja el tipo incompleto %q#Tllamada a la funciÃ³n %qD que no es constexprllamada a %qD que no es funciÃ³nse usÃ³ un registro de llamada alterada para una variable de registro globalllamado desde aquÃ­llamada desde esta funciÃ³nla cuenta de borde llamador es negativala frecuencia de borde llamador %i no coincide con la frecuencia BB %ila frecuencia de borde llamador es negativala frecuencia de borde llamador es demasiado grandeel llamador es thunk de instrumentaciÃ³nel que llama no estÃ¡ optimizadose llama a %qD con el convenio de llamadas SSE sin activar SSE/SSE2llamar a %qD con un argumento distinto de cero es arriesgadose llama a %qD con el atributo sseregparm sin activar SSE/SSE2se llama a %qT con el atributo sseregparm sin activar SSE/SSE2las llamadas a operadores sobrecargados no pueden aparecer en una expresiÃ³n constanteno se encuentra la variable de instancia asociada con la propiedadno se puede usar -mtp=cp15 con Thumb de 16-bitno se puede usar un objeto como un parÃ¡metro para un mÃ©todosolo se puede usar el atributo %qE en definiciones de rango de fichero de objetos de tipo classno se pueden aplicar los atributos longcall y shortcall al mismo tiempo a la misma funciÃ³nno se puede convertir un valor de tipo %qT en un vector de tipo %qT con tamaÃ±o diferenteno se puede convertir un vector de tipo %qT en el tipo %qT con tamaÃ±o diferenteno se puede convertir desde el tipo incompleto %qT a %qTno se puede convertir el valor a un vectorno se puede crear el encabezado precompilado %s: %mno se puede crear el fichero de informaciÃ³n de repositorio %qsno se puede definir la funciÃ³n friend %qs en una definiciÃ³n de clase localno se puede extender el fichero PCH: %mno se puede encontrar un registro en la clase %qs al recargar %<asm%>no se puede obtener la posiciÃ³n en el fichero PCH: %mno se pueden mezclar operandos de tipos de coma flotante decimal y complejosno se pueden mezclar operandos de tipos de coma flotante decimal otros tipos de coma flotanteno se pueden mezclar operandos de tipos de coma flotante decimal y vectorno se puede abrir %qs para escritura: %mno se puede abrir %s para escritura: %mno se puede abrir %s: %mno se puede leer %s: %mno se puede leer el fichero PCH: %mno se puede establecer el atributo %qE despuÃ©s de la definiciÃ³nno se puede establecer la posiciÃ³n en el fichero PCH: %mno se puede usar %qs como un registro guardado de llamadano se puede usar %qs como un registro usado de llamadano se puede usar %qs como un registro fijono se pueden usar mÃºltiples mÃ©todos de revisiÃ³n de la pila juntosno se puede escribir %s: %mno se puede escribir el fichero PCHno se puede escribir el fichero PCH: %mno se puede escribir relleno al fichero PCH: %mno se puede escribir a %s: %mno se puede obtener el estado del programa: %mno se puede abrir %s: %mno se puede abrir el fichero de entrada: %sno se puede abrir la salida de ldd: %mno se puede abrir la salida de nm: %mno se puede usar la direcciÃ³n absoluta que no es relativa a gpcandidato 1:candidato 2:el candidato es:los candidatos son:el candidato es: %+#Dlos candidatos son:los candidatos son: %+#Dno se puede agregar una lista de enumerador a una instanciaciÃ³n de plantillano se puede asignar un objeto de tipo abstracto %qTno se puede reservar espacio en la pila para la variable %q+D, funciÃ³n desnuda.no se puede aplicar %<offsetof%> a una direcciÃ³n que no es constanteno se puede aplicar %<offsetof%> al destructor %<~%T%>no se puede aplicar %<offsetof%> a la funciÃ³n miembro %qDno se puede aplicar %<offsetof%> al dato miembro static %qDno se puede aplicar %<offsetof%> cuando %<operator[]%> estÃ¡ sobrecargadono se puede aplicar el puntero a miembro %qE a %qE, el cual es del tipo %qT que no es claseno se puede unir el campo de bits %qE a %qTno se unir el campo packed %qE a %qTno se puede unir el r-valor %qE a %qTno se puede llamar directamente al constructor %<%T::%D%>no se puede llamar a la funciÃ³n miembro %qD sin un objetono se puede capturar %qE por referenciano se puede cerrar un canal de sÃ³lo recepciÃ³nno se puede convertir %qE desde el tipo %qT al tipo %qTno se puede convertir %qT a %qTno se puede convertir %qT a %qT para el argumento %qP para %qDno se puede convertir %qT a %qT en el paso de argumentosno se puede convertir %qT a %qT en la asignaciÃ³nno se puede convertir %qT a %qT en el argumento por defectono se puede convertir %qT a %qT en la inicializaciÃ³nno se puede convertir %qT a %qT en la devoluciÃ³nno se puede convertir a un tipo punterono se puede convertir el tipo %qT al tipo %qTno se puede crear un puntero al miembro referencia %qDno se puede crear la informaciÃ³n de tipo para el tipo %qT porque involucra tipos de tamaÃ±o variableno se puede declarar %<::main%> como plantillano se puede declarar %<::main%> como inlineno se puede declarar %<::main%> como staticno se puede declarar %qD que sea un tipo de campo de bitsno se puede declarar el campo de bits %qD con un tipo de funciÃ³nno se puede declarar que el campo %q+D sea de tipo abstracto %qTno se puede declarar el miembro %<%T::%s%> dentro de %qTno se puede declarar la funciÃ³n miembro %<%T::%s%> dentro de %<%T%>no se puede declarar que la funciÃ³n miembro %qD tenga enlace estÃ¡ticono se puede declarar que el parÃ¡metro %q+D sea del tipo abstracto %qTno se puede declarar el puntero a %q#Tno se puede declarar el puntero al miembro %q#Tno se puede declarar el puntero para el tipo de funciÃ³n calificado %qTno se puede declarar la referencia a %q#Tno se puede declarar la referencia a %q#T, el cual no es una definiciÃ³n de tipo o un argumento de tipo de plantillano se puede declarar la referencia para el tipo de funciÃ³n calificado %qTno se puede declarar una funciÃ³n static dentro de otra funciÃ³nno se puede declarar que la variable %q+D sea del tipo abstracto %qTno se puede descomponer la direcciÃ³nno se puede decrementar un puntero a un tipo incompleto %qTno se puede definir la funciÃ³n miembro %<%T::%s%> dentro de %<%T%>no se puede definir el miembro de la definiciÃ³n de tipo dependiente %qTno se puede borrar una funciÃ³n.  Solamente los punteros a objetos son argumentos vÃ¡lidos para %<delete%>no se puede derivar de la base %<final%> %qT al tipo derivado %qTno se puede desactivar la funciÃ³n interna %qsno se puede hacer dynamic_cast %qE (de tipo %q#T) al tipo %q#T (%s)no se pueden emitir punteros desalineados en ensamblador ptxno se puede expandir el inicializador para el miembro %<%D%>no se puede declarar explÃ­citamente que el miembro %q#D tenga un enlace externono se puede encontrar %s en el plugin %s
! %sno se puede encontrar '%s'no se puede encontrar 'ldd'no se puede encontrar 'nm'no se puede encontrar cgraph de LTO en %sno se pueden encontrar las referencias de secciÃ³n LTO en %sno se encuentra un par: contador:valor vÃ¡lidono se puede encontrar la clase %qEno se puede encontrar la declaraciÃ³n de interfaz para %qEno se puede encontrar la declaraciÃ³n de interfaz para %qE, superclase de %qEno se puede encontrar la declaraciÃ³n de protocolo para %qEno se puede encontrar la marca de referencia para la clase %qEno se puede formar un puntero al miembro de %q#T que no es claseno se puede generar cÃ³digo independiente de posiciÃ³n para %qsno se pueden manejar llamadas inconsistentes a %qsno se puede incrementar un puntero a un tipo incompleto %qTno se puede inicializar el agregado del tipo %qT con una literal compuestano se pueden inicializar matrices multidimensionales con el inicializadorno se puede incluir en lÃ­nea la funciÃ³n %<main%>no se puede cargar el plugin %s
! %sno se pueden mezclar contadores %s separados para la funciÃ³n %uno se puede abrir %sno se puede abrir %s: %mno se puede abrir '%s'no se puede abrir el fichero ptx intermediono se puede abrir el fichero de perfil %sno se puede pasar argumentos en el registro vector porque las instrucciones altivec estÃ¡n desactivadas, use -maltivec para activarlasno se puede pasar un valor-r a un parÃ¡metro de referenciano se puede poner un objeto con un campo volatile en registerno se puede leer %s: %mno se pueden leer las decls LTO de %sno se pueden leer la tabla de modo LTO de %sno se puede leer el perfil de funciÃ³n de %sno se puede leer la tabla de cadenas de %sno se puede leer el conjunto de trabajo de %sno se puede recargar operandos constantes enteros en %<asm%>no se puede resolver la funciÃ³n sobrecargada %qD basÃ¡ndose en la conversiÃ³n al tipo %qTno se puede regresar de un manejador de una funciÃ³n-intenta-bloque de un constructorno se puede devolver un valor en el registro vector porque las instrucciones altivec estÃ¡n desactivadas, use -maltivec para activarlasno se puede establecer el atributo de interrupciÃ³n: no hay una funciÃ³n actualno se puede establecer el atributo de interrupciÃ³n: no hay tal identificadorno se puede especificar %<override%> para una claseno se puede especificar -o con -c, -S o -E y con mÃºltiples ficherosno se puede especificar -static con -fsanitize=addressno se puede especificar -static con -fsanitize=threadno se pueden especificar -msep-data y -mid-shared-library al mismo tiempollamada al extremo imposible: %sno se puede tomar la direcciÃ³n de %qsno se puede tomar la direcciÃ³n del campo de bits %qDno se puede tomar la direcciÃ³n de %<this%> que es una expresiÃ³n r-valuadano se puede cambiar el tipo en valores que no son de interfazno se puede actualizar formulario SSAno se puede usar %<::%>  en la declaraciÃ³n de parÃ¡metrosno se puede usar el modo %qs para tipos de enumeraciÃ³nno se pueden usar mshared y static juntosno se pueden usar mthreads y mlegacy-threads juntosno se pueden usar accesos de data small para %qsno se puede usar el tipo %s como tipo %sno se puede usar typeid sin -fno-rttino se puede usar va_start en una funciÃ³n de interrupciÃ³nno se puede inicializar por valor la matriz %qT de lÃ­mite desconocidolos tipos canÃ³nicos difieren para los tipos idÃ©nticos %T y %Tcaptura de %qD que no es variable captura de la variable %qD con duraciÃ³n de almacenamiento que no es automÃ¡ticala etiqueta case %qE no estÃ¡ dentro de una declaraciÃ³n switchla etiqueta de `case' no se reduce a una constante enterala etiqueta de case no es una expresion constante enterala etiqueta case no se encuentra dentro de una declaraciÃ³n switchel valor de la etiqueta `case' excede el valor mÃ¡ximo para el tipoel valor de la etiqueta `case' es menor que el valor mÃ­nimo para el tipoetiquetas case no ordenadas en sentencia switchlas etiquetas case no estÃ¡n ordenadas:el valor de case %qs no es un tipo enumeradoel valor de case %qs no es un tipo enumerado %qTla conversiÃ³n agrega el calificador %q#v al tipo de funciÃ³nla conversiÃ³n de %qT a %qT incrementa la alineaciÃ³n requerida del tipo del destinola conversiÃ³n de %qT a %qT pierde precisiÃ³nconversiÃ³n desde una llamada a funciÃ³n de tipo %qT al tipo %qT que no coincideconversiÃ³n de puntero a entero de tamaÃ±o diferentela conversiÃ³n del tipo %qT al tipo %qT proscribe los calificadoresla conversiÃ³n incrementa la alineaciÃ³n requerida del tipo del destinola conversiÃ³n especifica el tipo matrizla conversiÃ³n especifica el tipo funciÃ³nconversiÃ³n a un puntero de espacio de direcciones %s desde un puntero de espacio de direcciones %s discontinuoconversiÃ³n al puntero de espacio de direcciones %s desde un puntero de espacio de direcciones genÃ©rico discontinuoconversiÃ³n a un puntero de espacio de direcciones genÃ©rico desde un puntero de espacio de direcciones %s discontinuoconversiÃ³n a puntero desde un entero de tamaÃ±o diferenteconversiÃ³n a tipo union desde un tipo no presente en unionla conversiÃ³n de %qT a %qT no dereferencÃ­a a los punteroslos atributos de categorÃ­a no estÃ¡n disponibles en Objective-C 1.0los atributos de categorÃ­a no estÃ¡n disponibles en esta versiÃ³n del compilador (se descartan)los atributos cdecl y thiscall no son compatiblesel cgraph_node tiene una lista de clones errÃ³neael cgraph_node tiene un clone_of errÃ³neoel cgraph_node tiene un puntero prev_clone errÃ³neoel cgraph_node estÃ¡ en la lista de clones pero no es clonmatriz de tipo char inicializada con una cadena anchala suma de comprobaciÃ³n es (%x,%x) en lugar de (%x,%x)chkp_find_bounds: no se pueden encontrar lÃ­mites para el punterochkp_find_bounds: cÃ³digo de Ã¡rbol inesperado %schkp_get_bounds_by_definition: code GIMPLE inesperado %schkp_get_bounds_by_definition: var inesperada de tipo %schkp_make_addressed_object_bounds: cÃ³digo de Ã¡rbol inesperado %schkp_walk_pointer_assignments: tipo RHS inesperado: %sse escoge %qD sobre %qDse detectÃ³ una delegaciÃ³n de puntero circularya existe la clase %qEla clase %qE es obsoletala clase %qT no tiene ningÃºn campo llamado %qDla clase %qT es implÃ­citamente friend con sÃ­ mismala clase %qs no implementa el protocolo %qElos atributos de clase no estÃ¡n disponibles en Objective-C 1.0la definiciÃ³n de clase no se puede declarar como friendla extensiÃ³n de clase para la clase %qE se declarÃ³ despuÃ©s de su %<@implementation%>las extensiones de clase no estÃ¡n disponibles en Objective-C 1.0el argumento de limpieza no es una funciÃ³nel argumento de limpieza no es un identificadorcerrar: %sse cierra la lista de salida LTRANS %s: %mcerrando el fichero de dependencias %s: %margumento de coarrayel modelo de cÃ³digo %qs no se admite en el modo de bit %sel modelo de cÃ³digo %qs no se admite en modo x32el modelo de cÃ³digo %s no admite el modo PICel argumento de collapse necesita una expresiÃ³n entera constante positivalos bucles colapsados no estÃ¡n perfectamente anidadoscollect2 versiÃ³n %s
  collect: leyendo %s
  collect: recompilando %s
  collect: reenlazando
  collect: alterando %s en %s
! la colecciÃ³n en la enumeraciÃ³n rÃ¡pida no es un objetofunciÃ³n comdat-local llamada por %s fuera de su comdatel sÃ­mbolo comdat-local referenciado en %s fuera de su comdatcoma al final de la lista de enumeradoresla opciÃ³n de lÃ­nea de Ã³rdenes %qs no se admite en esta configuraciÃ³nla opciÃ³n de lÃ­nea de Ã³rdenes %qs es vÃ¡lida para %s pero no para %sla opciÃ³n de lÃ­nea de Ã³rdenes %qs es vÃ¡lida para el controlador, pero no para %sla informaciÃ³n de depuraciÃ³n de sÃ­mbolos comunes no estÃ¡ estructurada como sÃ­mbolo+desplazamientocompact-casesi no es aplicable a ARCv2se comparan volcados finales de insnsno es segura la comparacion de coma flotante con == o !=se comparan vectores con tipos de elemento diferentesse comparan vectores con nÃºmeros de elementos diferentesla comparaciÃ³n siempre es falsa debido al rango limitado del tipo de datosla comparaciÃ³n siempre es verdadera debido al rango limitado del tipo de datoscomparaciÃ³n entre %q#T y %q#TcomparaciÃ³n entre %qT y %qTla comparaciÃ³n entre diferentes tipos de punteros %qT y %qT carece de una conversiÃ³nla comparaciÃ³n entre diferentes tipos de punteros-a-miembro %qT y %qT carece de una conversiÃ³ncomparaciÃ³n entre puntero y enterocomparaciÃ³n entre expresiones enteras signed y unsignedcomparaciÃ³n entre los tipos %qT y %qTla comparaciÃ³n siempre es %dla comparaciÃ³n siempre es %d debido a la anchura del campo de bitla comparaciÃ³n siempre es falsa debido al rango limitado del tipo de datosla comparaciÃ³n siempre es verdadera debido al rango limitado del tipo de datoscomparaciÃ³n de punteros completos e incompletosla comparaciÃ³n de una constante %qE con una expresiÃ³n boolean siempre es falsala comparaciÃ³n de una constante %qE con una expresiÃ³n boolean siempre es verdaderala comparaciÃ³n de tipos Objective-C distintos carece de una conversiÃ³nla comparaciÃ³n de diferentes tipos de puntero carece de una conversiÃ³nla comparaciÃ³n de punteros a espacios de direcciones discontinuoscomparaciÃ³n de un ~unsigned promovido con una constantecomparaciÃ³n de un ~unsigned promovido con unsignedla comparaciÃ³n de una expresiÃ³n unsigned < 0 siempre es falsala comparaciÃ³n de una expresiÃ³n unsigned >= 0 siempre es verdaderala comparaciÃ³n con una literal de cadena resulta en una conducta no especificadalas comparaciones como %<X<=Y<=Z%> no tienen su significado matemÃ¡ticocompilaciÃ³n terminada debido a -Wfatal-errors.
  compilaciÃ³n terminada debido a -fmax-errors=%u.
  compilaciÃ³n terminada.
! los argumentos complejos deben tener tipo de coma flotantelos argumentos complejos deben tener tipos idÃ©nticosdesbordamiento de coma flotante compleja en la expresiÃ³ndesbordamiento de entero complejo en la expresiÃ³ncomplex no vÃ¡lido para %qsla literal compuesta tiene tamaÃ±o variablela literal compuesta del tipo %qT que no es objetoliteral compuesta calificada por un calificador de espacio de direccionesdeclaraciÃ³n compuesta en una funciÃ³n constexprflujo comprimido: %sla expresiÃ³n de la condiciÃ³n hace referencia a la variable de iteraciÃ³n %qDla expresiÃ³n condicional entre diferentes tipos de punteros %qT y %qT carece de una conversiÃ³nla expresiÃ³n condicional entre diferentes tipos de punteros-a-miembro %qT y %qT carece de una conversiÃ³nespecificaciones de acceso en conflicto para el campo %qE, descartadoespecificaciones de acceso en conflicto para el mÃ©todo %q+D, descartadoespacios de direcciones nombrados generan un conflicto (%s vs %s)se especificaron espacios de direcciones nombrados en conflicto (%s vs %s) para %q+Dse especificaron espacios de direcciones nombrados en conflicto (%s vs generic) para %q+Dse especificaron espacios de direcciones nombrados en conflicto (generic vs %s) para %q+Dse especificaron tipos de devoluciÃ³n en conflicto para %q+#Despecificadores en conflicto en la declaraciÃ³n de %qsel nombre de la super clase %qE genera un conflictose especificaron atributos de tipo en conflicto para %q+#Dcalificadores de tipos en conflicto para %q+Dtipos en conflicto para %<%c%s%>tipos en conflicto para %q+Dtipos en conflicto para la funciÃ³n interna %q+Dhay un conflicto al usar opciones -mcustom, atributos de objetivo y/o funciones _builtin_custom_genera un conflicto con %qDgenera un conflicto con la declaraciÃ³n de la funciÃ³n %q#Dconsidere usar '-pg' en lugar de '-p' con gprof(1)considere usar `-pg' en lugar de `-p' con gprof (1)considere usar `-pg' en lugar de `-p' con gprof(1)const %qs no se puede declarar %<mutable%>propagaciÃ³n const/copy desactivadaconst_double_split recibiÃ³ una insn errÃ³nea:el argumento constante estÃ¡ fuera de rango para %qsse usÃ³ el campo constante %qD como salida %<asm%>no se recomputa la constante cuando cambia ADDR_EXPRla constante se refiere a sÃ­ mismael constructor constexpr no tiene cuerpo vacÃ­ola profundidad de evaluaciÃ³n de constexpr excede el mÃ¡ximo de %d (use -fconstexpr-depth= para incrementar el mÃ¡ximo)el miembro dato static constexpr %qD debe tener un inicializadorel constructor no puede ser una funciÃ³n miembro de tipo staticdelegaciÃ³n de constructor despuÃ©s de un inicializador mem para %qDel constructor para la clase extranjera %qT no puede ser un miembroel constructor no es proporcionado por el usuario porque estÃ¡ marcado explÃ­citamente por defecto en el cuerpo de la claseno se admiten las prioridades de constructorlas prioridades de constructor desde 0 hasta %d estÃ¡n reservadas para la implementaciÃ³nlas prioridades de constructor deben ser enteros desde 0 hasta %d inclusivese usÃ³ la sintaxis de constructor, pero no se declarÃ³ un constructor para el tipo %qTlos constructores tal vez no sean cv-calificadosbucle que lo contiene aquÃ­contiene el mÃ©todo virtual adicional %qDla declaraciÃ³n continue no estÃ¡ dentro de un buclecontrol de flujo enmedio del bloque bÃ¡sico %del control alcanza el final de una funciÃ³n que no es voidla conversiÃ³n entre diferentes tipos de punteros %qT y %qT carece de una conversiÃ³nla conversiÃ³n entre diferentes tipos de punteros-a-miembro %qT y %qT carece de una conversiÃ³nla conversiÃ³n descarta la constanciaconversiÃ³n de %q#T a %q#Tla conversiÃ³n de %qT a %qT descarta los calificadoresla conversiÃ³n de %qT a %qT es ambiguano se considerÃ³ la conversiÃ³n de %qT a %qT para el argumento de plantilla que no es tipose solicitÃ³ la conversiÃ³n desde %qT al tipo no escalar %qTvonversiÃ³n del espacio de direcciones %qs al espacio de direcciones %qsla conversiÃ³n carece de tipo al final del formatola conversiÃ³n de %qE desde %qT a %qT es ambiguaconversiÃ³n de un SSA_NAME del lado izquierdoconversiÃ³n de registro a un tamaÃ±o diferentela conversiÃ³n del escalar %qT al vector %qT implica truncadoconversiÃ³n de un valor constante sin signo a un entero negativola conversiÃ³n a %qT altera el valor constante %qTla conversiÃ³n a %qT de %qT descarta la componente imaginariala conversiÃ³n de %qT desde %qT puede alterar su valorla conversiÃ³n de %qT desde %qT puede cambiar el signo del resultadola conversiÃ³n de %qT desde la expresiÃ³n booleanala conversiÃ³n a una clase base nunca usarÃ¡ un operador de conversiÃ³n de tipola conversiÃ³n a una referencia a una clase base nunca usarÃ¡ un operador de conversiÃ³n de tipola conversiÃ³n a una referencia al mismo tipo nunca usarÃ¡ un operador de conversiÃ³n de tipola conversiÃ³n a una referencia a void nunca usarÃ¡ un operador de conversiÃ³n de tipoconversiÃ³n a tipo de dato incompletoinicializaciÃ³n a un tipo de referencia que no es constante %q#T desde un r-valor de tipo %qTse solicitÃ³ conversiÃ³n a un tipo que no es escalarla conversiÃ³n al mismo tipo nunca usarÃ¡ un operador de conversiÃ³n de tipola conversiÃ³n a void no puede resolver la direcciÃ³n de la funciÃ³n sobrecargadala conversiÃ³n a void nunca usarÃ¡ un operador de conversiÃ³n de tipola conversiÃ³n a void no accederÃ¡ al objeto %qE de tipo incompleto %qTla conversiÃ³n a void no accederÃ¡ al objeto de tipo incompleto %qTla conversiÃ³n a void no accederÃ¡ al objeto de tipo no-copiable-trivialmente %qTla conversiÃ³n a void no accederÃ¡ al objeto de tipo %qTinicializaciÃ³n a un tipo de referencia volatile %q#T desde un r-valor de tipo %qTse convierte %<false%> al tipo puntero %qTse convierte %<false%> a tipo puntero para el argumento %P de %qDse convierte NULL a un tipo que no es punterola conversiÃ³n de una literal compuesta de matriz a un puntero estÃ¡ malformada en C++se convierte puntero lejano a puntero cercanose convierte de %qT a %qTse convierte lambda la cual usa %<...%> a un puntero de funciÃ³nla conversiÃ³n de la funciÃ³n sobrecargada %qD al tipo %q#T es ambiguala conversiÃ³n a %qT desde la lista del inicializador usarÃ­a el constructor explÃ­cito %qDse convierte al tipo %qT que no es puntero desde NULLla variable copyprivate %qE no es threadprivate o private en el contexto externoraÃ­z de Ã¡rbol de bucle corruptalista de salidas corrupta del bucle %dcabeza corrupta de la lista de salidas del bucle %dinformaciÃ³n de anÃ¡lisis de perfil corrupta: el borde de %i a %i excede la cuenta maximalinformaciÃ³n de anÃ¡lisis de perfil corrupta: el nÃºmero de ejecuciones para el borde %d-%d deberÃ­a ser %iinformaciÃ³n de anÃ¡lisis de perfil corrupta: el nÃºmero de iteraciones para el bloque bÃ¡sico %d deberÃ­a ser %iinformaciÃ³n de anÃ¡lisis de perfil corrupta: los datos de anÃ¡lisis de perfil no es consistente en flujoinformaciÃ³n de anÃ¡lisis de perfil corrupta: sum_all es menor que sum_maxvalor de perfil corrupto: la cuenta del perfilador %s (%d de %d) es inconsistente con la cuenta bloque-bÃ¡sico (%d)no se puede cerrar el fichero de volcado Go: %mno se puede cerrar el fichero de volcado de insn final %qs: %mno se puede cerrar el fichero de respuesta %sno se puede cerrar el fichero de respuesta temporal %sno se puede cerrar el fichero de volcado de insn en ceros %qs: %mno se puede convertir %qE de %qT a %qTno se ha podido emitir HSAIL para la funciÃ³n %s: la funciÃ³n no se puede clonarno se puede encontrar un registro de vaciadono se puede encontrar la clase %qEno se puede encontrar la interfaz para la clase %qEno se puede encontrar setter/getter para %qE en la clase %qEno se puede encontrar el fichero de especificaciones %s
! no se puede abrir el fichero de volcado Go %qs: %mno se puede abrir el fichero de volcado %qs: %mno se puede abrir el fichero de volcado de insn final %qs: %mno se puede abrir el fichero de respuesta %sno se puede abrir el fichero de resoluciÃ³n de sÃ­mbolos: %mno se puede abrir el fichero de respuesta temporal %sno se puede abrir el fichero de desplazamientono se puede decodificar el nÃºmero hexadecimalno se puede resolver el tipo typenameno se puede dividir insnno se puede escribir en el fichero de respuesta %sno se puede escribir en el fichero de respuesta temporal %sno se puede entender kern.osversion %q.*sno se puede entender version %s
! no se puede hacer unmap de pch_address_space: %mcreado y usado con diferentes ABIscreado y usado con diferentes arquitecturas / ABIscreado y usado con diferente orden de bitscreado y usado con diferentes opciones de -fpiccreado y usado con diferentes opciones de -fpiecreado y usado con diferentes opciones de '%s'se crea la matriz de %qTse crea la matriz de %qT, la cual es un tipo de clase abstractase crea la matriz de miembros de funciÃ³nse crea la matriz de funcionesse crea la matriz de referenciasse crea la matriz de voidsse crea un puntero a funciÃ³n miembro del tipo %qT que no es clasese crea un puntero al miembro del tipo %qT que no es clasese crea un puntero al miembro de tipo voidse crea un puntero al miembro de referencia de tipo %qTse crea una reubicaciÃ³n en tiempo de ejecuciÃ³nse crea una reubicaciÃ³n en tiempo de ejecuciÃ³n para %qDse crea un selector para el mÃ©todo %qE que no existeel espacio de nombres actual %qD no contiene al espacio de nombres %qD usado con frecuenciala opciÃ³n custom-fpu-cfg no admite %<no-%>la opciÃ³n custom-fpu-cfg requiere argumento de configuraciÃ³nno se pueden especificar atributos de Ã¡rea de datos para variables localesel Ã¡rea de datos de %q+D genera un conflicto con la declaraciÃ³n previadeclaraciÃ³n de datosla definiciÃ³n de datos no tiene tipo o clase de almacenamientoel dato miembro %qD no puede ser una plantilla miembrolos datos miembro pueden no tener el tipo modificado variablemente %qTel tipo de datos de %q+D no es adecuado para un registrodata-model=far no es vÃ¡lido para la arquitectura cr16cSTMT muerto en la tabla EHhistograma muertodepuraciÃ³nel formato de depuraciÃ³n %qs genera un conflicto con una selecciÃ³n previael nivel de salida de depuraciÃ³n %qs es demasiado elevadodepuraciÃ³n: especificador-decl no vÃ¡lido en la condiciÃ³nla declaraciÃ³n %qD no declara nadala declaraciÃ³n no declara nadaexiste la declaraciÃ³n para el parÃ¡metro %qD pero no hay tal parÃ¡metrodeclaraciÃ³n de la variable %<extern%> %qD en la declaraciÃ³n inicial del bucle %<for%>declaraciÃ³n de %<~%T%> como miembro de %qTla declaraciÃ³n de %q#Dla declaraciÃ³n de %q#D tiene %<extern%> y estÃ¡ inicializadala declaraciÃ³n de %q#D no tiene inicializadoresla declaraciÃ³n de %q#D fuera de la clase no es una definiciÃ³nla declaraciÃ³n de %q#D oscurece un parÃ¡metroredeclaraciÃ³n de %q#D con enlace de lenguaje Cla declaraciÃ³n de %q+D oscurece una funciÃ³n internala declaraciÃ³n de %q+D oscurece a una declaraciÃ³n previa que no es variabledeclaraciÃ³n de %q+D con atributo %qs despuÃ©s de la declaraciÃ³n con atributo %qsdeclaraciÃ³n de %q+D con atributo noinline despuÃ©s de la declaraciÃ³n inline declaraciÃ³n de %q+D sin enlace despuÃ©s de una declaraciÃ³n externdeclaraciÃ³n de %qD como %<typedef%>la declaraciÃ³n de %qD como una matriz de miembros de funciÃ³nla declaraciÃ³n de %qD como una matriz de funcionesla declaraciÃ³n de %qD como una matriz de referenciasla declaraciÃ³n de %qD como una matriz de voidsdeclaraciÃ³n de %qD como miembro de %qTla declaraciÃ³n de %qD como una matriz multidimensional debe tener lÃ­mites para todas las dimensiones excepto la primerala declaraciÃ³n de %qD como algo que no es funciÃ³ndeclaraciÃ³n de %qD como algo que no es miembrola declaraciÃ³n de %qD como parÃ¡metrola declaraciÃ³n de %qD en %qD la cual no incluye a %qDla declaraciÃ³n de %qD en el espacio de nombres %qD el cual no incluye a %qDla declaraciÃ³n de %qD no estÃ¡ en un espacio de nombres alrededor de %qDla declaraciÃ³n de %qD oscurece a una declaraciÃ³n globalla declaraciÃ³n de %qD oscurece una captura lambdala declaraciÃ³n de %qD oscurece a una declaraciÃ³n local previadeclaraciÃ³n de %qE como una matriz de funcionesla declaraciÃ³n de %qE como una matriz de voidsla declaraciÃ³n de %qF tiene un especificador de excepciÃ³n diferentela declaraciÃ³n de la variable constexpr %qD no es una definiciÃ³ndeclaraciÃ³n de la funciÃ³n %qD en un contexto no vÃ¡lidodeclaraciÃ³n de %qD que no es variable en la declaraciÃ³n inicial del bucle %<for%>declaraciÃ³n de la variable static %qD en la declaraciÃ³n inicial del bucle %<for%>declaraciÃ³n de nombre de tipo como una matriz de funcionesdeclaraciÃ³n de nombre de tipo como una matriz de voidsno se encontraron declaraciones en la base dependiente %qT pur la bÃºsqueda no calificadafalta el id del declarador; se utiliza la palabra reservada %qDse declara aquÃ­el tipo de declaraciÃ³n no puede resolver la direcciÃ³n de la funciÃ³n sobrecargadael tipo de declaraciÃ³n evalÃºa a %qT, el cual no es una clase o un tipo enumeradodecremento del campo constante %qDel decremento de un valor de enumeraciÃ³n es no vÃ¡lido en C++decremento de la funciÃ³n %qDdecremento de miembro %qD en objeto de sÃ³lo lecturadecremento de la ubicaciÃ³n de sÃ³lo lectura %qEdecremento del miembro de sÃ³lo lectura %qDdecremento del valor de devoluciÃ³n nombrado de sÃ³lo lectura %qDdecremento del parÃ¡metro de sÃ³lo lectura %qDdecremento de la referencia de sÃ³lo lectura %qDdecremento de la variable de sÃ³lo lectura %qDse deduce %qT como %qTla deducciÃ³n de una lista inicializadora encerrada entre llaves requiere #include <initializer_list>predeterminado %d mÃ­nimo %d mÃ¡ximo %del argumento por defecto %qE usa %qDel argumento por defecto %qE usa la variable local %qDargumento por defecto para el parÃ¡metro de plantilla para la clase incluyente %qDargumento por defecto dado para el parÃ¡metro %d de %q#Dno coincide el argumento por defecto en la resoluciÃ³n de sobrecargafalta el argumento por defecto para el parÃ¡metro %P de %q+#Dse especificÃ³ un argumento por defecto para el parÃ¡metro lambdase especificÃ³ un argumento por defecto en la especializaciÃ³n explÃ­citano se permiten los argumentos por defecto en la declaraciÃ³n de la especializaciÃ³n friend de la plantilla %qDlos argumentos por defecto sÃ³lo se permiten para parÃ¡metros de funciÃ³nno se ha especificado el objetivo predefinidono se ha especificado el atributo target_clones predefinidono se pueden usar los argumentos de plantilla por defecto en las declaraciones friend de la plantilla de funciÃ³nno se pueden usar los argumentos de plantilla por defecto en la re-declaraciÃ³n friend de la plantilla de funciÃ³nlos argumentos de plantilla por defecto no se pueden usar en las plantillas de funciÃ³n sin -std=c++11 o -std=gnu++11no se pueden usar los argumentos de plantilla por defecto en las especializaciones parcialeslas funciones por defecto y borradas sÃ³lo estÃ¡n disponibles con -std=c++11 o -std=gnu++11declaraciÃ³n definida por defecto %q+Del constructor por defecto en efecto no inicializa ningÃºn dato miembro que no es staticfunciÃ³n definida por defecto %q+D con argumento por defectodefinir un tipo en una conversiÃ³n es no vÃ¡lido en C++definir un tipo en una literal compuesta es no vÃ¡lido en C++definiendo la especializaciÃ³n explÃ­cita %qD en la declaraciÃ³n friendla definiciÃ³n de tipo en %qs es no vÃ¡lida en C++la definiciÃ³n en el bloque %i no domina el uso en el bloque %idefiniciÃ³n en el bloque %i despuÃ©s del usola definiciÃ³n de %q#D se marca como %<dllimport%>la definiciÃ³n de %q#T dentro de la lista de parÃ¡metros de plantillala definiciÃ³n de %qD no estÃ¡ en un espacio de nombres que contenga a %qTla definiciÃ³n de %qD explÃ­citamente por defectola definiciÃ³n de %qD declarado implÃ­citamenteno se encontrÃ³ la definiciÃ³n del protocolo %qEla definiciÃ³n de los datos miembro static %q+D de la clase dllimportadase proporcionÃ³ una definiciÃ³n para la instanciaciÃ³n explÃ­citalos constructores delegadores sÃ³lo estÃ¡n disponibles con -std=c++11 o -std=gnu++11se borrÃ³ la funciÃ³n %q+Del borrado de %qT estÃ¡ indefinidose borra el fichero LTRANS %s: %mse borra el fichero %s: %mel nombre dependiente %qE se decodifica como un no tipo, pero la instanciaciÃ³n genera un tipoconversiÃ³n obsoleta de una constante de cadena a %qTel mensaje obsoleto no es una cadenadeferenciando el puntero %<void *%>la dereferencia de punteros %<type-punned%>  puede romper las reglas de alias estrictola dereferencia de punteros %<type-punned%> romperÃ¡ las reglas de alias estrictodeclaraciÃ³n de tipo derivadounion derivada %qT no vÃ¡lidase declarÃ³ el destructor %qD como una plantilla miembroel destructor no puede ser una funciÃ³n miembro de tipo staticel destructor para %qE no debe se ejecutado porel destructor para la clase extranjera %qT no puede ser un miembrono se admiten las prioridades de destructorlas prioridades de destructor desde 0 hasta %d estÃ¡n reservadas para la implementaciÃ³nlas prioridades de destructor deben ser enteros desde 0 hasta %d inclusivelos destructores no pueden ser cv-calificadoslos destructores no pueden tener parÃ¡metrosdispositivos aceptados de forma nativa:%sla diferencia entre %qE y %qD no tiene tipo enteronÃºmero diferente de parÃ¡metrosnÃºmero diferente de resultadostipos de parÃ¡metro diferentestipos de receptor diferentestipos de resultado diferentestipos subyacentes diferentes en el enum %q#Tvarargs diferentesbase directa %qT inaccesible en %qT debido a ambigÃ¼edadargumento de la directiva %qEargumento de la directiva en el rango de [%E, %E]se desactiva el paso %s para la funciÃ³n %sse desactiva el paso %s para las funciones en el rango de [%u, %u]tipo Objective-C distinto en la devoluciÃ³ndivisiÃ³n por cerono especifique -march=... y -mcpu=... al mismo tiempono coincide la firma esperada %qDno se admite multilibel dominador de %d deberÃ­a ser %d, no %del dominador de %d en un estado desconocidolista doblemente enlazada de nombres del ensamblador corrruptalista de clones doblemente ligada corrruptadebido a diferentes especificaciones de excepciones%<const%> duplicado%<restrict%> duplicado%<volatile%> duplicado%qE duplicado%qs duplicadovalor case duplicado (o con solapamiento de rangos)nombre de operando asm %qs duplicadotipo base duplicado %qT no vÃ¡lidovalor de case duplicadocalificador-cv duplicadodeclaraciÃ³n duplicada para el protocolo %qEdeclaraciÃ³n duplicada del mÃ©todo %<%c%E%> con tipos en conflictodefiniciÃ³n duplicada de '%s'instanciaciÃ³n explÃ­cita duplicada de %q#DinstanciaciÃ³n explÃ­cita duplicada de %q#TinicializaciÃ³n duplicada de %qDUID de insn duplicado: %ivariable de instancia %q+D duplicadadeclaraciÃ³n de interfaz duplicada para la categorÃ­a %<%E(%E)%>declaraciÃ³n de interfaz duplicada para la clase %qEetiqueta %qD duplicadadeclaraciÃ³n duplicada de la etiqueta %qEmiembro %q+D duplicadoespecificador-virt duplicadocondiciÃ³n %<if%> duplicadadurante la recompilaciÃ³n -fcompare-debugno se admite dwarf versiÃ³n %dno se encontrÃ³ la dependencia dinÃ¡mica %sdynamic_cast de %q#D a %q#T nunca podrÃ¡ tener Ã©xitocada identificador sin declarar se reporta sÃ³lo una vez para cada funciÃ³n en el que apareceel borde %s->%s no tiene un call_stmt correspondienteel borde de %d a %d se debe marcar como irreducibleel borde de %d a %d no se debe marcar como irreduciblepuntos de borde para una declaraciÃ³n errÃ³nea:se debe definir -fopenacc o -fopenmpel especificador de tipo elaborado para un Ã¡mbito enumerado no debe usar la palabra clave %<%D%>los tipos de elemento deben ser el mismooperaciÃ³n binaria elementallos argumentos de la funciÃ³n elemental en %C no cumplenprocedimiento elementalelementos de la matriz %q#D con tipo de dato incompletoelementos de la matriz %q#T tienen tipo de dato incompleto%<\0%> incrustado en el formatoemit_fusion_p9_load no MEMemit_fusion_p9_load, reg #1 errÃ³neoemit_fusion_p9_load, reg #2 errÃ³neoemit_fusion_p9_store no MEMemit_fusion_p9_store, reg #1 errÃ³neoemit_fusion_p9_store, reg #2 errÃ³neose emite un operando PIC, pero el registro PIC aÃºn no estÃ¡ preparadose emite el insn de microcÃ³digo condicional %s	[%s] #%dse emite el insn de microcÃ³digo %s	[%s] #%ddeclaraciÃ³n vacÃ­auna declaraciÃ³n vacÃ­a con %<_Alignas%> no redeclara la etiquetauna declaraciÃ³n vacÃ­a con especificadores de clase de almacenamiento no redeclara la etiquetauna declaraciÃ³n vacÃ­a con calificador de tipo no redeclara la etiquetarango de Ã­ndices vacÃ­o en el inicializadorprecisiÃ³n izquierda vacÃ­a en el formato %sprecisiÃ³n vacÃ­a en el formato %sse especificÃ³ un rango vacÃ­oinicializador escalar vacÃ­oactiva el uso de la instrucciÃ³n move condicional.se activa el paso %s para la funciÃ³n %sse activa el paso %s para las funciones en el rango de [%u, %u]habilitar el soporte de rastreo hacia atrÃ¡s sÃ³lo tiene significado cuando se compila para el Thumbhabilitar el soporte de trabajo interno de llamado sÃ³lo tiene significado cuando se compila para el Thumb%qs contenedoraconstrucciÃ³n OpenACC %qs que lo contienela clase envolvente de la funciÃ³n miembro que no es estÃ¡tica constexpr %q+#D no es un tipo literallas plantillas de clase contenedoras no son explÃ­citamente especializadasregiÃ³n objetivo contenedoratarea contenedorael insn final %d para el bloque %d no se encontrÃ³ en el flujo insnel final del bucle do implÃ­cito en %L no se puede simplificar a un valor constantese definiÃ³ la constante enum aquÃ­constante enum en contexto booleanconversiÃ³n de enum en una asignaciÃ³n es no vÃ¡lido en C++la conversiÃ³n de enum en la inicializaciÃ³n es no vÃ¡lida en C++conversiÃ³n enum en devoluciÃ³n es no vÃ¡lida en C++la conversiÃ³n de enum al pasar el argumento %d de %qE es no vÃ¡lido en C++se definiÃ³ el tipo enum aquÃ­tipos enumeral y no enumeral en la expresiÃ³n condicionalno coincide el enumeral en la expresiÃ³n condicional: %qT vs %qTel valor de enumeraciÃ³n %qE no se maneja en un switchlos valores de enumeraciÃ³n exceden el rango del entero mÃ¡s grandeel valor de enumerador para %qD no es una constante enterael valor de enumerador para %qE no es una constante enterael valor de enumerador para %qE no es una expresiÃ³n constante enterano se definiÃ³ la variable de entorno %qsse debe establecer la variable de entorno COLLECT_GCCse debe establecer la variable de entorno COLLECT_GCC_OPTIONSno se definiÃ³ la variable de entorno DJGPPla variable de entorno DJGPP apunta al fichero corrupto '%s'la variable de entorno DJGPP apunta al fichero faltante '%s'errorerror al cerrar %s: %merror en los argumentos para la funciÃ³n de especificaciÃ³n %qserror al quitar %s
  error al escribir %qserror al escribir a %s: %merror: errores durante la mezcla de unidades de traducciÃ³nmanejo de excepciones desactivado, use -fexceptions para activarno coincide la personalidad del manejo de excepciÃ³nse atraparÃ¡  la excepciÃ³n del tipo %<%T%>la excepciÃ³n del tipo %qT se atraparÃ¡exceso de elementos en el inicializador de matrizexceso de elementos en el inicializador de matriz de caracteresexceso de elementos en el inicializador de escalarexceso de elementos en el inicializador de structexceso de elementos en el inicializador de unionexceso de elementos en el inicializador de vectoroperando use en exceso para stmtla cuenta de ejecuciÃ³n es negativase asume que las cuentas de ejecuciÃ³n son cero
  cuentas de ejecuciÃ³n estimadas
! no se grabÃ³ la salida %d->%dfallÃ³ expand_binop en movsi gotel patrÃ³n de expansiÃ³n %<%E%> no contiene paquetes de argumentoel patrÃ³n de expansiÃ³n %<%T%> no contiene paquetes de argumentoel punto de expansiÃ³n es la ubicaciÃ³n %ise esperaba %<#pragma omp section%> o %<}%>se esperaba una clÃ¡usula %<#pragma omp%>se esperaba %<(%>se esperaba %<(%> o fin de lÃ­nease esperaba %<)%>se esperaba %<*%>se esperaba %<,%>se esperaba %<,%> o %<)%>se esperaba %<,%> o %<...%>se esperaba %<,%> o %<;%>se esperaba %<,%> o %<}%>se esperaba %<,%>, %<;%> o %<}%>se esperaba %<.%>se esperaba %<...%>se esperaba %<:%>se esperaba %<:%> o %<...%>se esperaba %<:%> o %<::%>se esperaba %<:%>, %<,%>, %<;%>, %<}%> o %<__attribute__%>se esperaba %<::%>se esperaba %<;%>se esperaba %<;%> despuÃ©s de la definiciÃ³n de clasese esperaba %<;%> despuÃ©s de la definiciÃ³n de structse esperaba %<;%> despuÃ©s de la definiciÃ³n de unionse esperaba %<;%> al final de la declaraciÃ³n miembrose esperaba %<;%> o %<{%>se esperaba %<;%> o %<{%> despuÃ©s de la definiciÃ³n del atributo de mÃ©todose esperaba %<;%>, %<,%> o %<)%>se esperaba %<;>, identificador o %<(%>se esperaba %<<%>se esperaba %<=%>se esperaba %<=%>, %<,%>, %<;%>, %<asm%> o %<__attribute__%>se esperaba %<>%>se esperaba %<@end%>se esperaba %<@synchronized%>se esperaba %<@throw%>se esperaba %<@try%>se esperaba %<[%>se esperaba %<]%>se esperaba %<_Cilk_spawn%> antes de %<_Cilk_sync%>se esperaba %<__label__%>se esperaba %<__transaction_atomic%>se esperaba %<__transaction_relaxed%>se esperaba %<asm%>se esperaba %<catch%>se esperaba %<class%>se esperaba %<class%>, %<typename%> o %<template%>se esperaba %<decltype%>se esperaba %<delete%>se esperaba %<extern%>se esperaba %<namespace%>se esperaba %<new%>se esperaba %<none%> o %<shared%>se esperaba %<operator%>se esperaba el modificador de clÃ¡usula %<parallel%> o %<target%> %<if%>se esperaba %<return%>se esperaba %<static_assert%>se esperaba %<template%>se esperaba %<throw%>se esperaba %<try%>se esperaba %<using%>se esperaba %<while%>se esperaba %<{%>se esperaba %<{%> o %<:%>se esperaba %<}%>se esperaba %<}%> antes de %<else%>se esperaba %<~%>se esperaban %d niveles de parÃ¡metros de plantilla para %q#D, se obtuvieron %dse esperaba %qT pero el argumento es de tipo %qTse esperaba el modificador de clÃ¡usula %qs %<if%> en vez de %qsse esperaba [big-endian|little-endian|default] despuÃ©s de %<#pragma scalar_storage_order%>se esperaba [error|warning|ignored|push|pop] despuÃ©s de %<#pragma GCC diagnostic%>se esperaba una cadena despuÃ©s de %<#pragma message%>se esperaba un objeto SSA_NAMEse esperaba una expresiÃ³n booleanase esperaba un tipo booleanose esperaba canalse esperaba un nombre de clasese esperaba una llave de clasese esperaba un nombre de clasese esperaba un constructor, un destructor, o una conversiÃ³n de tipose esperaba una declaraciÃ³nse esperaba una declaraciÃ³nse esperaban especificadores de declaraciÃ³nse esperaban especificadores de declaraciÃ³n o %<...%>se esperaba un declaradorse esperaba una cadena vacÃ­a despuÃ©s de la palabra clave %<operator%>se esperaba el fin de la lista-de-capturase esperaba fin de lÃ­nease esperaba una expresiÃ³nse esperaba funciÃ³nse esperaba una expresiÃ³n idse esperaba un identificadorse esperaba un identificador o %<(%>se esperaba un identificador o %<)%>se esperaba un identificador o %<*%>se esperaba un inicializadorse esperaba un enterose esperaba una expresiÃ³n enterase esperaba interfaz o puntero a interfazse esperaba una declaraciÃ³n de iteraciÃ³n o una inicializaciÃ³nse esperaba una declaraciÃ³n de iteraciÃ³nse esperaba una declaraciÃ³n de saltose esperaba etiquetase esperaba una declaraciÃ³n etiquetadase esperaba un Ã­ndice de mapa en el lado derechose esperaba un nombre de espaciose esperaban especificadores de nombre anidadosse esperaba un tipo numÃ©ricooperador inesperadose esperaba el parÃ¡metro pack antes de %<...%>se esperaba un punterose esperaba una expresiÃ³n primariase esperaba un operador punterose esperaba un nombre calificado en la declaraciÃ³n friend para el constructor %qDse esperaba un nombre calificado en la declaraciÃ³n friend para el destructor %qDse esperaba una declaraciÃ³n de selecciÃ³nse esperaba una lista de calificadores-especificadoresse esperaba una declaraciÃ³nse esperaba una cadena literalse esperaba una cadena literalse esperaba un identificador sufijose esperaba un argumento de plantillase esperaba un id de plantillase esperaba un id de plantilla para el tipose esperaba un nombre de plantillase esperaba un specificador de tipose esperaba un nombre de tipose esperaba un especificador de tipose esperaba un id sin calificarla captura por copia explÃ­cita de %<this%> es redundante con la captura por copia por defectola captura por copia explÃ­cita de %qD es redundante con la captura por copia por defectola captura por referencia explÃ­cita de %qD es redundate con la captura por referencia por defectolos operadores de conversiÃ³n explÃ­cita sÃ³lo estÃ¡n disponibles con -std=c++11 o -std=gnu++11goto explÃ­cito al final del bb %dinstanciaciÃ³n explÃ­cita de %q#DinstanciaciÃ³n explÃ­cita de %q#T antes de la definiciÃ³n de la plantillainstanciaciÃ³n explÃ­cita de %qD pero no hay una definiciÃ³n disponibleinstanciaciÃ³n explÃ­cita de %qD en el espacio de nombres %qD (el cual no incluye el espacio de nombres %qD)instanciaciÃ³n explÃ­cita de la plantilla %qD que no es claseinstanciaciÃ³n explÃ­cita de %q#D que no es plantillainstanciaciÃ³n explÃ­cita del tipo %qT que no es plantillala instanciaciÃ³n explÃ­cita no debe usar el especificador %<constexpr%>la instanciaciÃ³n explÃ­cita no debe usar el especificador %<inline%>calificaciÃ³n explÃ­cita en la declaraciÃ³n de %qDespecializaciÃ³n explÃ­cita en el Ã¡mbito %qD que no es espacio de nombresespecializaciÃ³n explÃ­cita de %qD despuÃ©s del primer usola especializaciÃ³n explÃ­cita de %qD se debe preceder con %<template <>%>instanciaciÃ³n explÃ­cita de %qT que no es plantillano se permite la lista de argumentos de plantilla explÃ­citala especializaciÃ³n de plantilla explÃ­cita no puede tener una clase de almacenamientola funciÃ³n %q+D explÃ­citamente por defecto no se puede declarar como constexpr porque la declaraciÃ³n implÃ­cita no es constexpr:los registros usados explÃ­citamente deben ser agrupados en la parte superior de la pilaexpr en la asignaciÃ³n !$OMP ATOMIC WRITE var =  expr debe ser escalar y no puede referenciar a var en %Lexpr en la asignaciÃ³n !$OMP ATOMIC var = var op expr debe ser escalar y no puede referenciar a var en %Lla expresiÃ³n %qE no designa una funciÃ³n constexprla expresiÃ³n %qE tiene efectos colateralesla expresiÃ³n en el declarador-new debe tener un tipo integral o de enumeraciÃ³nla expresiÃ³n en la aserciÃ³n static no es un enterola expresiÃ³n en la aserciÃ³n static no es una expresiÃ³n constante enterala expresiÃ³n en la aserciÃ³n static no es una constantese trata la lista de expresiones como una expresiÃ³n compuesta en la conversiÃ³n funcionalse trata la lista de expresiones como una expresiÃ³n compuesta en en inicializadorse trata la lista de expresiones como una expresiÃ³n compuesta en el inicializador de memoriala declaraciÃ³n de la expresiÃ³n tiene tipo de dato incompletolas listas de inicializador extendidas sÃ³lo estÃ¡ disponibles con -std=c++11 o -std=gnu++11los registros extendidos no tiene mitades superioresla declaraciÃ³n extern de %q#D no coincidedeclaraciÃ³n extern de %q+D despuÃ©s de una declaraciÃ³n sin enlacemodelo globalvalue externono se admiten funciones de inicializaciÃ³n TLS externas en este objetivose requiere enlace externo para el sÃ­mbolo %q+D debido al atributo %qEclon incluido en lÃ­nea visible externamente<;%> extragrupo extra de llaves al final del inicializadorelementos extras en el inicializador escalarborde de salida extra %d->%dcalificaciÃ³n extra %<%T::%> en el miembro %qsno se permite la calificaciÃ³n extrapunto y coma extrase especificÃ³ un punto y coma extra en la definiciÃ³n del mÃ©todose especificÃ³ un punto y coma extra en un struct o unioncalificadores de tipo extra en el argumento de formato (argumento %d)no se puede inicializar el plugin %sfallo al expandir funciÃ³n internano se puede obtener el estado de salida: %mno se pueden obtener los tiempos de proceso: %mfallÃ³ al abrir el fichero temporal %s para la salida LTOfallÃ³ al abrir el fichero de temporal %s con salida LTOfallÃ³ al reclamar una funciÃ³n innecesariafallÃ³ al reclamar una funciÃ³n innecesaria en el mismo grupo comdatla falla de modelo de memoria no puede ser mÃ¡s fuerte que el modelo de memoria exitoso para %<__atomic_compare_exchange%>falla al simplificar la referencia de subcadena en la declaraciÃ³n DATA en %Lfalla al tratar de recargar:borde de caÃ­da despuÃ©s de una sentencia de control en bb %dborde de caÃ­da despuÃ©s del salto incondicional en bb %iel borde de caÃ­da cruza el lÃ­mite de la secciÃ³n en bb %icaida para salir del bb %dla enumeraciÃ³n rÃ¡pida no estÃ¡ disponible en Objective-C 1.0los atributos fastcall y cdecl no son compatibleslos atributos fastcall y regparm no son compatibleslos atributos fastcall y stdcall no son compatibleslos atributos fastcall y thiscall no son compatibleserror fatal: fclose %s: %mel campo %q+D no vÃ¡lidamente se declara como un tipo de funciÃ³nel campo %q+D no vÃ¡lidamente se declara como un tipo de mÃ©todoel campo %qE se declarÃ³ como una funciÃ³nel campo %qE tiene tipo de dato incompletoel nombre del campo no estÃ¡ en el inicializador de record o unionespecificador de precisiÃ³n del campoanchura de campoanchura de campo en formato printfanchura de campo en formato scanfanchura de campo en formato strfmonanchura de campo en formato strftimeespecificador de anchura de campolos campos tienen distinta disposiciÃ³n en otra unidad de translaciÃ³nel fichero termina en el argumento por defectola declaraciÃ³n del Ã¡mbito de fichero de %qE especifica %<auto%>la declaraciÃ³n del Ã¡mbito de fichero de %qE especifica %<register%>carÃ¡cter de rellenocarÃ¡cter de relleno en el formato de strfmonfind_enum(): No se encontrÃ³ el enumeradorse encontrÃ³ la funciÃ³n fini en el objeto %sel primer argumento debe ser []byteel primer argumento de %q+D debe ser %<int%>el primer argumento de %<__builtin_choose_expr%> no es una constanteel primer argumento para %<va_arg%> no es del tipo %<va_list%>el primer descuadre es campoel primer desplazamiento debe estar en direcciÃ³n opuesta a las iteraciones del bucleel registro ebp fijo requiere %<-maccumulate-outgoing-args%>el registro ebp fijo requiere %<target("accumulate-outgoing-args")%>se usÃ³ el registro fijo %s para pasar un parÃ¡metro a la funciÃ³ndesbordamiento de coma fija en la expresiÃ³nno se admiten tipos de coma fija para este objetivono se admiten tipos de coma fija en C++miembro de matriz flexible en unionel miembro de matriz flexible no estÃ¡ al final del structla constante de coma flotante excede el rango de %qTconstante de coma flotante mal usadase truncÃ³ la constante de coma flotante a cerodesbordamiento de coma flotante en la expresiÃ³nla constante de coma flotante no es un operando inmediato vÃ¡lidoinsn de control de flujo dentro de un bloque bÃ¡sicofold check: el Ã¡rbol original cambiÃ³ por un plieguefopen %s: %mfopen: %s: %mpara %qDla expresiÃ³n de incremento for no puede resolver la direcciÃ³n de la funciÃ³n sobrecargadala expresiÃ³n de incremento for no tiene efectola expresiÃ³n de incremento for es una referencia, no una llamada, a la funciÃ³n %qEse esperaba una declaraciÃ³n forpara la declaraciÃ³n de plantilla %q+Dpara la opciÃ³n -mcache-block-size=X, las X vÃ¡lidas son: 4, 8, 16, 32, 64, 128, 256, o 512para la opciÃ³n -misr-vector-size=X, las X vÃ¡lidas son: 4 o 16formatono se usa el argumento de formato %d antes de usar el argumento %d en el formato de estilo-$se usa mÃ¡s de una vez el argumento de formato %d en el formato %sel argumento de formato debe ser una referencia %qsel argumento de formato debe ser una referencia %qs pero se encontrÃ³ una cadenael formato es una cadena de carÃ¡cter anchael formato no es una cadena literal y no tiene argumentos de formatoel formato no es una cadena literal, no se revisaron los tipos de argumentoel formato no es una cadena literal, no se revisÃ³ la cadena de formatoel argumento de la cadena de formato se encuentra despuÃ©s de los argumentos que recibirÃ¡n formatoel argumento de la cadena de formato no es un tipo de cadenala cadena de formato tiene un nÃºmero de operadores no vÃ¡lidola cadena de formato se definiÃ³ aquÃ­se forma un puntero para referenciar al tipo %qTse forma una referencia para referenciar al tipo %qTse forma la referencia a voidse encontrÃ³ %<%c%s%>se encontrÃ³ %<-%E%> en lugar de %<+%E%> en el(los) protocolo(s)se encontrÃ³ %<:%> en un especificador de nombre anidado, se esperaba %<::%>se encontrÃ³ un %qT pero el argumento de formato debe ser una cadenase encontrÃ³ una referencia %qs pero el argumento de formato debe ser una cadenase encontrÃ³ un nombre por defecto con una declaraciÃ³n de definiciÃ³n que no estÃ¡ vacÃ­ase encontrÃ³ una definiciÃ³n real para uno que no es registrose encontrÃ³ una definiciÃ³n virtual para un registro GIMPLEse encontrÃ³ un SSA_NAME que fue liberado en el conjunto librese encontrÃ³ un case por defecto que no estÃ¡ al inicio del vector caseel completado por software de fp requiere una opciÃ³n -mtrap-precision=ifr30_print_operand: cÃ³digo %%F no vÃ¡lidofr30_print_operand: cÃ³digo %%x no vÃ¡lidofr30_print_operand: operando no vÃ¡lido para el cÃ³digo %%Afr30_print_operand: MEM sin manejarfr30_print_operand: cÃ³digo desconocidofr30_print_operand: no se reconoce el cÃ³digo %%Bfr30_print_operand: no se reconoce el cÃ³digo %%bfr30_print_operand: no se reconoce el cÃ³digo %%pfr30_print_operand_address: direcciÃ³n sin manejarse requiere puntero de marco, mas reservadoel tamaÃ±o de marco de %qs es de %wd bytesel tamaÃ±o de marco de la funciÃ³n %qs de %wd bytes excede el lÃ­mite de pila definido por el usuario de %d bytes.  Se agrega una trampa incondicional.el tamaÃ±o de marco de la funciÃ³n %qs de %wd bytes es mayor que la mitad del tamaÃ±o de la pila. La revisiÃ³n dinÃ¡mica no serÃ¡ confiable. No se emitirÃ¡ revisiÃ³n para esta funciÃ³n.el tamaÃ±o del marco es demasiado grande para una revisiÃ³n confiable de la pilala declaraciÃ³n friend %q#D declara una funciÃ³n que no es plantillauna declaraciÃ³n friend %qD en una clase local sin declaraciÃ³n previala declaraciÃ³n friend no nombra una clase o funciÃ³nla declaraciÃ³n friend no estÃ¡ en una definiciÃ³n de clasela declaraciÃ³n friend requiere una llave de clase, p.e. %<friend %#T%>la declaraciÃ³n friend requere una llave de clase, p.e. %<friend class %T::%D%>frv_print_operand: cÃ³digo desconocidola funciÃ³n sÃ³lo se puede comparar con nilla funciÃ³n %q#D se inicializa como una variablela definiciÃ³n de la funciÃ³n %q+D se marca como dllimportla funciÃ³n %q+D es parte de un ciclo de aliasla funciÃ³n %q+F nunca se puede copiar porque recibe un goto que no es localla funciÃ³n %q+F nunca se puede copiar porque guarda direcciones de etiqueta local en una variable estÃ¡ticala funciÃ³n %q+F nunca se puede incluir en lÃ­nea porque contiene un goto calculadola funciÃ³n %q+F nunca puede ser incluida en lÃ­nea porque se suprime al usar -fno-inlinela funciÃ³n %q+F nunca se puede incluir en lÃ­nea porque usa __builtin_return o __builtin_apply_argsla funciÃ³n %q+F nunca se puede incluir en lÃ­nea porque usa alloca (forzar usando el atributo always_inline)la funciÃ³n %q+F nunca puede ser incluida en lÃ­nea porque utiliza atributos que generan conflictos con la inclusiÃ³n en lÃ­neala funciÃ³n %q+F nunca se puede incluir en lÃ­nea porque contiene un goto que no es localla funciÃ³n %q+F nunca se puede incluir en lÃ­nea porque usa setjmpla funciÃ³n %q+F nunca se puede incluir en lÃ­nea porque usa manejo de excepciones setjmp-longjmpla funciÃ³n %q+F nunca se puede incluir en lÃ­nea porque usa listas variables de argumentosla funciÃ³n %qD estÃ¡ inicializada como una variablela funciÃ³n %qD puede ser un candidato para el atributo de formato %qsla funciÃ³n %qD se redeclarÃ³ como variablese usÃ³ la funciÃ³n %qD como salida %<asm%>la funciÃ³n %qs no se puede declarar %<mutable%>no coincide el atributo de funciÃ³nlos atributos de funciÃ³n %qs y %qs no tienen efecto en funciones %qslos atribucions de funciÃ³n %qs, %qs y %qs son mutuamente exclusivosel cuerpo de la funciÃ³n se puede sobreescribir al tiempo de enlaceel cuerpo de la funciÃ³n no estÃ¡ disponiblela llamada a la funciÃ³n tiene valor agregadofunciÃ³n llamada a travÃ©s de un tipo de dato que no es compatibleno se puede instrumentar la funciÃ³nla declaraciÃ³n de la funciÃ³n no es un prototipola funciÃ³n declarada %<noreturn%> tiene una declaraciÃ³n %<return%>la definiciÃ³n de la funciÃ³n se declarÃ³ como %<auto%>la definiciÃ³n de la funciÃ³n se declarÃ³ como %<register%>la definiciÃ³n de la funciÃ³n se declarÃ³ como %<typedef%>la definiciÃ³n de la funciÃ³n no declara parÃ¡metrosla definiciÃ³n de la funciÃ³n tiene un tipo de devoluciÃ³n void calificadola funciÃ³n no devuelve valores de tipo cadenala funciÃ³n puede devolver la direcciÃ³n de una variable localla funciÃ³n puede ser candidata para el atributo %qsla funciÃ³n puede ser candidata para el atributo %qs si se sabe que retorna normalmentela funciÃ³n no se considerÃ³ para la inclusiÃ³n en lÃ­neala funciÃ³n no se declarÃ³ inline y el tamaÃ±o del cÃ³digo podrÃ­a crecerla funciÃ³n no se puede incluir en lÃ­neala funciÃ³n no es candidata para inlineparÃ¡metro de funciÃ³nel nÃºmero de resultados de la funciÃ³n no cuadrael tipo de devoluciÃ³n de funciÃ³n no puede ser funciÃ³nlos tipos de devoluciÃ³n de funciÃ³n no son compatibles debido a %<volatile%>la funciÃ³n devuelve una funciÃ³nla funciÃ³n devuelve una matrizla funciÃ³n devuelve la direcciÃ³n de una variable localla funciÃ³n devuelve un agregadoel sÃ­mbolo de funciÃ³n no es una funciÃ³nla plantilla de funciÃ³n %qD se redeclarÃ³ commo una plantilla de claselos tipos de funciÃ³n no son totalmente compatibles en ISO Cse llamÃ³ a una funciÃ³n con tipo de devoluciÃ³n void calificadoel Ã¡mbito de la funciÃ³n %qs es implÃ­citamente auto y declarado %<__thread%>soporte para function_profilersoporte para function_profiler para MMIXconversiÃ³n funcional al tipo de matriz %qTbasura al final de '#pragma nomember_alignment'controlador gcc versiÃ³n %s %sejecutando gcc versiÃ³n %s
  gcc versiÃ³n %s %s
  gcov %s%s
! el cÃ³digo de thunk genÃ©rico fallÃ³ para el mÃ©todo %qD que utiliza %<...%>obteniendo el lÃ­mite del tamaÃ±o mÃ¡ximo del fichero core: %mgfc_conv_constant_to_tree(): tipo no vÃ¡lido: %sgfc_trans_code(): CÃ³digo de declaraciÃ³n errÃ³neogfc_trans_omp_workshare(): CÃ³digo de declaraciÃ³n errÃ³neogfortran no admite -E sin usar -cppla llamada gimple no tiene objetivola llamada gimple tiene dos objetivosrevisiÃ³n gimple: se esperaba %s(%s), se tiene %s(%s) en %s, en %s:%dse estableciÃ³ gimple_bb (phi) a un bloque bÃ¡sico errÃ³neose estableciÃ³ gimple_bb (stmt) a un bloque bÃ¡sico errÃ³neofallÃ³ la gimplificaciÃ³nno se admiten constructores globales en este objetivono se admiten los destructores globales en este objetivola calificaciÃ³n global del nombre de clase es no vÃ¡lidase usÃ³ la variable de registro global %qD en la funciÃ³n anidadala variable de registro global despuÃ©s de una definiciÃ³n de funciÃ³nla variable de registro global tiene valor inicialse ha interceptado una asignaciÃ³n de variable global/estÃ¡ticase obtuvieron %d parÃ¡metros de plantilla para %q#Dse obtuvieron %d parÃ¡metros de plantilla para %q#Tel destino de goto no es una etiqueta ni un punterogp es constante (pero hay save/restore de gp en llamadas indirectas).gp_offset (%ld) o end_offset (%ld) es menor a cerose debe reubicar el PCHcÃ³digo MIPS16 de coma flotante hard para ABIs diferentes de o32 y o64las instrucciones de coma flotante decimal de hardware no estÃ¡n disponibles en el modo ESA/390las instrucciones de coma flotante decimal de hardware no estÃ¡n disponibles en %stiene parÃ¡metros distintos en otra unidad de translaciÃ³ntiene distinto valor de retorno en otra unidad de translaciÃ³nla cabeza insn %d para el bloque %d no se encontrÃ³ en el flujo insnaquÃ­iWMMXt y NEON son incompatiblesia64_print_operand: cÃ³digo desconocidoel identificador %qE causa conflictos con la palabra clave de C++el identificador %qE es una palabra clave en C++11se esperaba un identificador despuÃ©s de %<@protocol%>si se alcanza este cÃ³digo, el programa abortarÃ¡ifunc no se admite en esta configuraciÃ³nno se admiten ifunc en este objetivose descarta el #pragma %s %sse descarta %<#pragma align%> para %q+D que estÃ¡ alineado explÃ­citamentese hace caso omiso de %<#pragma omp declare simd%> en funciÃ³n con argumento non-%<uniform%> cualificado %<_Atomic%>se hace caso omiso de %<#pragma omp declare simd%> en funciÃ³n con tipo de retorno cualificado %<_Atomic%>se descarta -fschedule-insns debido a un error de manejo de excepcionesse descarta el especificador asm para la variable local que no es estÃ¡tica %q+Dse descartan los atributos aplicados al %qT despuÃ©s de la definiciÃ³nse descartan los atributos aplicados al tipo de clase %qT fuera de la definiciÃ³nse descartan los atributos aplicados al tipo dependiente %qT sin una declaraciÃ³n asociadase descartan los atributos en el argumento de plantilla %qTse descarta el directorio duplicado "%s"
  ignorando el paso lineal grandese descarta el #pragma longcall malformadose descarta el directorio inexistente "%s"
! se descarta la opciÃ³n posiblemente conflictiva %<-fopt-info-%s%>se descarta el valor de devoluciÃ³n de %qD, se declarÃ³ con el atributo warn_unused_resultse descarta el valor de devoluciÃ³n de la funciÃ³n declarada con atributo warn_unused_resultse hace caso omiso de clÃ¡usula sumidero con desplazamiento que no es mÃºltiplo del paso del buclese descarta la opciÃ³n desconocida %q.*s en %<-fdump-%s%>se hace caso omiso del paso lineal cerose especificÃ³ un tipo agregado %qE ilegal para la variable de instancia %qsoperando ilegaldirecciÃ³n de operando ilegal (1)direcciÃ³n de operando ilegal (2)direcciÃ³n de operando ilegal (3)direcciÃ³n de operando ilegal (4)se detectÃ³ un operando ilegalse especificÃ³ un tipo de referencia ilegal para la variable de instancia %qsconversiÃ³n implÃ­cita de %qT a %qT para coincidir con otro operando de la expresiÃ³n binariaconversiÃ³n implÃ­cita de %qT a %qT para coincidir con otro resultado del condicionalconversiÃ³n implÃ­cita de %qT a %qT al pasar el argumento a la funciÃ³ndeclaraciÃ³n implÃ­cita de la funciÃ³n %qEla deferencia implÃ­cita no accederÃ¡ al objeto de tipo %qT en la expresiÃ³n de incremento forla deferencia implÃ­cita no accederÃ¡ al objeto de tipo %qT en el operando izquierdo del operador comala deferencia implÃ­cita no accederÃ¡ al objeto de tipo %qT en el operando derecho del operador comala deferencia implÃ­cita no accederÃ¡ al objeto de tipo %qT en el segundo operando de la expresiÃ³n condicionalla deferencia implÃ­cita no accederÃ¡ al objeto de tipo %qT en la declaraciÃ³nla deferencia implÃ­cita no accederÃ¡ al objeto de tipo %qT en el tercer operando de la expresiÃ³n condicionalno coincide el tipo del puntero this implÃ­citoel indicador implicit_section estÃ¡ puesto pero la secciÃ³n on lo eslos registros extraÃ­dos implÃ­citamente deben ser agrupados en la parte superior de la pilaEND DO implÃ­citoimport_iso_c_binding_module(): Imposible crear sÃ­mbolo para %srestricciÃ³n imposible en %<asm%>es imposible la restricciÃ³n de registros en %<asm%>aserciÃ³n de tipo imposible: el tipo no implementa interfazen %s, en %s:%den C++03 se debe usar una llave-clase cuando se declara un frienden C++98 %qD debe ser inicializado por un constructor, no por %<{...}%>en una llamada a la funciÃ³n de reserva %qD declarada aquÃ­en una llamada a la funciÃ³n de reserva interna %qDen una llamada a la funciÃ³n interna %qDen una llamada a la funciÃ³n %qD declarada aquÃ­en el argumento para el ! unarioen el bloque bÃ¡sico %d:en la declaraciÃ³n %q+Den definiciÃ³n de macro %qsen expansiÃ³n de macro %qsen la sentenciaen el argumento de plantilla para el tipo %qT inicializaciÃ³n en la clase del miembro de datos static %q#D de tipo incompletoinicializaciÃ³n en la clase del miembro de datos static %q#D de tipo que no es literalse expandiÃ³ el fichero de plugin %s inaccesible desde el nombre corto de plugin %s: %macumulador inapropiado para %qsla cuenta de borde de entrada no coincide con el nÃºmero de argumentos PHIcalificadores de espacio de direcciones incompatibles %qs y %qsclÃ¡usula de datos incompatible con reducciÃ³n en %qE; se promociona a present_or_copycoma flotante incompatible / operando de registro de vector para '%%%c'declaraciÃ³n implÃ­cita incompatible de la funciÃ³n interna %qDdeclaraciÃ³n implÃ­cita incompatible de la funciÃ³n %qDtipo incompatible para el argumento %d de %qEtipo incompatibles para el Ã­ndice de mapatipo incompatible para el mÃ©todo %s%s%stipo incompatible para el mÃ©todo %s%s%s (%s)tipo incompatible para el receptortipos incompatibles en el argumento PHI %utipos incompatible en la asignaciÃ³n de %qT a %qTtipos incompatibles en la expresiÃ³n binariatipos incompatibles en sendtipos incompatible en la asignaciÃ³n al tipo %qT del tipo %qTtipos incompatibles en la inicializaciÃ³n del tipo %qT usando el tipo %qTtipos incompatible al devolver el tipo %qT pero se esperaba %qTimplementaciÃ³n incompleta de la categorÃ­a %qEimplementaciÃ³n incompleta de la clase %qEel tipo incompleto %qT no tiene al miembro %qDse utilizÃ³ el tipo incompleto %qT en un especificador de nombre anidadotipos begin/end inconsistentes para la declaraciÃ³n %<for%> basada en rango: %qT y %qTdeducciÃ³n inconsistente para %qT: %qT y despuÃ©s %qTespecificaciÃ³n de instancia de variable inconsistenterestricciones de operandos inconsistentes en un %<asm%>se deducen los tipos inconsistentes %qT y %qT para el tipo de devoluciÃ³n lambdalos sufijos de literal %qD y %qD definidos por el usuario son inconsistentes en la cadena literalmodo de comparaciÃ³n incorrectoentrada incorrecta en label_to_block_mapformato de escalado incorrecto; se utiliza 1/1
! operando de pista incorrectoinsn incorrecta:nÃºmero incorrecto de argumentos para la funciÃ³n %qEnÃºmero incorrecto de elementos de CONSTRUCTOR de vectoroperando de redondeo incorrectodefiniciÃ³n incorrecta del nÃºmero de relleno de aterrizajecomparticiÃ³n incorrecta de nodos de Ã¡rboltipo incorrecto de elementos de CONSTRUCTOR de vectorparalelismo de bucle OpenACC incorrectamente anidadola expresiÃ³n de incremento hace referencia a la variable de iteraciÃ³n %qDincremento del campo constante %qDel incremento de un valor de enumeraciÃ³n es no vÃ¡lido en C++incremento de la funciÃ³n %qDincremento de miembro %qD en objeto de sÃ³lo lecturaincremento de la ubicaciÃ³n de sÃ³lo lectura %qEincremento del miembro de sÃ³lo lectura %qDincremento del valor de devoluciÃ³n nombrado de sÃ³lo lectura %qDincremento del parÃ¡metro de sÃ³lo lectura %qDincremento de la referencia de sÃ³lo lectura %qDincremento de la variable de sÃ³lo lectura %qDel valor del enumerador incrementado es demasiado grande para %<unsigned long%>el Ã­ndice %E denota un desplazamiento mayor que el tamaÃ±o de %qTEl Ã­ndice en la dimensiÃ³n %d estÃ¡ fuera de los lÃ­mites en %Lel Ã­ndice debe ser enterovalor de Ã­ndice en lugar del nombre del campo en el inicializador de unionel valor del Ã­ndice estÃ¡ fuera del lÃ­mitela frecuencia de llamadas indirectas %i no coincide con la frecuencia BB %ila funciÃ³n indirecta %q+D no se puede declarar weakla funciÃ³n indirecta %q+D no se puede declarar weakrefllamada a funciÃ³n indirecta con un llamado aÃºn sin determinarlos saltos indirectos no estÃ¡ disponibles en este objetivola indirecciÃ³n no accederÃ¡ al objeto de tipo incompleto %qT en la expresiÃ³n de incremento forla indirecciÃ³n no accederÃ¡ al objeto de tipo incompleto %qT en el operando izquierdo del operador comala indirecciÃ³n no accederÃ¡ al objeto de tipo incompleto %qT en el operando derecho del operador comala indirecciÃ³n no accederÃ¡ al objeto de tipo incompleto %qT en el segundo operando de la expresiÃ³n condicionalla indirecciÃ³n no accederÃ¡ a un objeto de tipo incompleto %qT en la declaraciÃ³nla indirecciÃ³n no accederÃ¡ al objeto de tipo incompleto %qT en el tercer operando de la expresiÃ³n condicionalla indirecciÃ³n no accederÃ¡ al objeto de tipo no-copiable-trivialmente %qT en la expresiÃ³n de incremento forla indirecciÃ³n no accederÃ¡ al objeto de tipo no-copiable-trivialmente %qT en el operando izquierdo del operador comala indirecciÃ³n no accederÃ¡ al objeto de tipo no-copiable-trivialmente %qT en el operando derecho del operador comala indirecciÃ³n no accederÃ¡ al objeto de tipo no-copiable-trivialmente %qT en el segundo operando de la expresiÃ³n condicionalla indirecciÃ³n no accederÃ¡ al objeto de tipo no-copiable-trivialmente %qT en la declaraciÃ³nla indirecciÃ³n no accederÃ¡ al objeto de tipo no-copiable-trivialmente %qT en el tercer operando de la expresiÃ³n condicionalse encontrÃ³ la funciÃ³n init en el objeto %sla inicializaciÃ³n descarta el calificador %qv del tipo del destino del punteroinicializaciÃ³n desde un tipo Objective-C distintoinicializaciÃ³n desde un tipo de puntero incompatibleinicializaciÃ³n desde puntero a espacio de direcciones no contenidoel lado izquierdo de la inicializaciÃ³n puede ser un candidato para un atributo de formatola inicializaciÃ³n hace que la funciÃ³n calificada con %q#v apunte desde una no calificadala inicializaciÃ³n crea un entero desde un puntero sin una conversiÃ³nla inicializaciÃ³n crea un puntero desde un entero sin una conversiÃ³ninicializaciÃ³n de un miembro de matriz flexibleinicializaciÃ³n de un miembro de matriz flexible en un contexto anidadoinicializaciÃ³n de un tipo de referencia que no es constante %q#T desde un r-valor de tipo %qTinicializaciÃ³n de un tipo de referencia volatile %q#T desde un r-valor de tipo %qTinicializaciones para mÃºltiples miembros de %qTcampo inicializado sobreescritocampo inicializado con efectos colaterales sobreescritosla variable inicializada %q+D se marcÃ³ como dllimportel elemento inicializador no es una expresiÃ³n constanteel elemento inicializador no es calculable al momento de la cargael elemento inicializador no es una constanteel inicializador termina prematuramentela expresiÃ³n inicializadora hace referencia a la variable de iteraciÃ³n %qDel inicializador no puede determinar el tamaÃ±o de %q+Del inicializador no puede determinar el tamaÃ±o de %qDel inicializador no puede determinar el tamaÃ±o de %qTel inicializador para %qT debe estar encerrado entre llavesel inicializador para un valor de coma flotante no es una constante de coma flotanteel inicializador para un valor entero/coma fija es demasiado complicadoinicializador no vÃ¡lido para el miembro static con constructorse proporcionÃ³ un inicializador para la funciÃ³nse especificÃ³ un inicializador para el mÃ©todo %q+D que no es virtualse especificÃ³ un inicializador para la funciÃ³n miembro static %qDla cadena del inicializador para la matriz de caracteres es demasiado largase usÃ³ el nombre-de-clase-inyectada %qD como un argumento de plantilla plantillaclon en lÃ­nea en el mismo grupo comdatse fuerza en la salida un clon incluido en lÃ­neaclon incluido en lÃ­nea con direcciÃ³n tomadaCÃ³digo inline para invalidar las entradas de cachÃ© de instruciones despuÃ©s de establecerer los trampolines de funciones anidadas.declaraciÃ³n inline de %qD despuÃ©s de una declaraciÃ³n con atributo noinlinela funciÃ³n inline %q+D se declara como dllimport: se descarta el atributose declara la funciÃ³n inline %q+D pero nunca se definela funciÃ³n inline %q+D se declarÃ³ weakse le diÃ³ a la funciÃ³n incluida en lÃ­nea %q+D un atributo noinlinese le diÃ³ a la funciÃ³n incluida en lÃ­nea %qD un atributo noinlinelos nombres de espacio incluidos en lÃ­nea sÃ³lo estÃ¡n disponibles con -std=c++11 o -std=gnu++11se estableciÃ³ el puntero inlined_to, pero no se encontraron predecesoresel puntero inlined_to estÃ¡ malel puntero inlined_to se refiere a sÃ­ mismose estableciÃ³ el puntero inlined_to para llamantes no-inlinefallÃ³ la inclusiÃ³n en lÃ­nea en la llamada a %q+F: %sfallÃ³ la inclusiÃ³n en lÃ­nea en la llamada a always_inline %q+F: %sel bucle interno usa el mismo paralelismo OpenACC que el bucle que lo contieneel fichero de entrada %qs es el mismo que el de salidala restricciÃ³n de operando de entrada contiene %qcinserciÃ³n fuera de rango en BIT_INSERT_EXPRen insn %d el puntero del bloque bÃ¡sico es %d, debe ser %den insn %d al final del bb %d tiene un bloque bÃ¡sico que no es NULLen insn %d en el encabezado del bb %d tiene un bloque bÃ¡sico que no es NULLinsn %d estÃ¡ en mÃºltiples bloques bÃ¡sicos (%d y %d)insn %d fuera de los bloques bÃ¡sicos tiene un campo bb que no es NULLdirecciones de insn no liberadasÂ¡ La insn contiene una direcciÃ³n no vÃ¡lida !la insn no satisface sus restricciones:insn fuera del bloque bÃ¡sicoinsn con UID %i no encontrada para el operando %i (`%s') de insn %iinsn con UID %i no encontrada para el operando %i de insn %iinstalar: %s%s
! error de instalaciÃ³n, no se puede encontrar crtoffloadtable.ola variable de instancia %qE se accediÃ³ en el mÃ©todo de la clasela variable de instancia %qE es %s; esto serÃ¡ un error severo en el futurola variable de instancia %qE se declarÃ³ %sla variable de instancia %qE se declarÃ³ privadala variable de instancia %qs es de tamaÃ±o desconocidola variable de instancia %qs se declarÃ³ privadala variable de instancia %qs usa un miembro de matriz flexiblese ha interceptado una asignaciÃ³n de variable de instanciala instrucciÃ³n nunca se ejecutano se admite la planificaciÃ³n de instrucciones en este objetivoargumentos insuficientes para la funciÃ³n sobrecargada %sinformaciÃ³n contextual insuficiente para determinar el tipoinsuficiente paralelismo disponible para paralelizar bucle de elementoinsuficiente paralelismo disponible para paralelizar buclematriz de enteros inicializada con una cadena ancha incompatiblematriz de enteros inicializada con una cadena que no es anchala constante entera es demasiado grande para el tipo %<unsigned long%>divisiÃ³n entera por cerodesbordamiento entero en la expresiÃ³nla expresiÃ³n integral %qE no es una constantela precisiÃ³n del tipo de resultado integral no coincide con el tamaÃ±o del campo de BIT_FIELD_REFno se han implementado las optimizaciones intermÃ³dulos para C++la interfaz %qE no tiene una disposiciÃ³n de cadena constante vÃ¡lidaerror interno del compiladorerror interno del compilador.  DirecciÃ³n errÃ³nea:error interno del compilador.  Desplazamiento incorrecto:error interno del compilador.  Modo desconocido:error interno del compilador: falla interna de consistenciaerror interno: registro errÃ³neo: %derror interno: la funciÃ³n interna %s ya se procesÃ³error interno: la funciÃ³n interna %s tiene un tipo de devoluciÃ³n inesperado %serror interno: funciÃ³n interna %s, el argumento %d tiene el tipo de argumento inesperado %serror interno: cris_side_effect_mode_ok con operandos errÃ³neoserror interno: insn colateral afectando al efecto principalunidad interna en WRITEno se pueden codificar las Rutinas de Servicios de InterrupciÃ³n en el modo Thumblos manejadores de interrupciones no pueden ser funciones MIPS16los manejadores de interrupciones no pueden tener argumentosla rutina de servicio de interrupciones solo puede tener un argumento puntero y un argumento entero opcionalno se puede llamar directamente a la rutina de servicio de interrupcionesls rutina de servicio de interrupciÃ³n no puede tener valor de retorno que no sea voidla rutina de servicio de interrupciones deberÃ­a tener un puntero como primer argumentoel vector de interrupciones para %qE no es vector=(sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5)interrupt_thread sÃ³lo estÃ¡ disponible en fidoel Ã­ndice de registro intrÃ­nseco estÃ¡ fuera de rangovariable intrÃ­nseca que no es un procedimiento#pragma %s no vÃ¡lidooperando %%%c no vÃ¡lido%%-cÃ³digo no vÃ¡lidooperando %%A no vÃ¡lidooperando %%B no vÃ¡lidooperando %%C no vÃ¡lidovalor %%C no vÃ¡lidooperando %%D no vÃ¡lidovalor %%D no vÃ¡lidovalor %%E no vÃ¡lidovalor %%F no vÃ¡lidomodo %%G no vÃ¡lidovalor %%G no vÃ¡lidooperando %%H no vÃ¡lidoespecificador %%H no vÃ¡lidooperando %%I no vÃ¡lidocÃ³digo %%J no vÃ¡lidovalor %%J no vÃ¡lidovalor %%K no vÃ¡lidooperando %%L no vÃ¡lidovalor %%L no vÃ¡lidooperando %%M no vÃ¡lidovalor %%M no vÃ¡lidooperando %%N no vÃ¡lidovalor %%N no vÃ¡lidovalor %%O no vÃ¡lidooperando %%P no vÃ¡lidovalor %%P no vÃ¡lidovalor %%R no vÃ¡lidovalor %%T no vÃ¡lidovalor %%U no vÃ¡lidooperando %%Y no vÃ¡lidooperando %%c no vÃ¡lidooperando %%d no vÃ¡lidovalor %%d no vÃ¡lidovalor %%e no vÃ¡lidooperando %%f no vÃ¡lidovalor %%f no vÃ¡lidooperando %%h no vÃ¡lidovalor %%h no vÃ¡lidooperando %%i no vÃ¡lidocÃ³digo %%j no vÃ¡lidooperando %%j no vÃ¡lidovalor %%j no vÃ¡lidovalor %%k no vÃ¡lidovalor %%m no vÃ¡lidovalor %%p no vÃ¡lidovalor %%q no vÃ¡lidooperando %%r no vÃ¡lidovalor %%r no vÃ¡lidooperando %%s no vÃ¡lidovalor %%s no vÃ¡lidooperando %%t no vÃ¡lidooperando %%t no vÃ¡lido 'valor %%t%%b no vÃ¡lidovalor %%u no vÃ¡lidovalor %%v no vÃ¡lidovalor %%x no vÃ¡lidocÃ³digo %%xn no vÃ¡lidovalor %%y no vÃ¡lido, pruebe usando la restricciÃ³n 'Z''asm' no vÃ¡lido: operandos (punteros) no vÃ¡lidos para mÃ¡s/menosnombre de --param %qs no vÃ¡lidonombre de --param %qs no vÃ¡lido; Â¿quiso decir %qs?valor de --param %qs no vÃ¡lidoCASE_CHAIN no vÃ¡lidoargumento IACC no vÃ¡lidoLHS no vÃ¡lido en la llamada gimplenombre de selector Objective-C++ no vÃ¡lidoargumento PHI no vÃ¡lidoresultado PHI no vÃ¡lidoUNSPEC no vÃ¡lido como operandoUNSPEC no vÃ¡lido como operando: %dtipo abstracto de devoluciÃ³n no vÃ¡lido para la funciÃ³n %q+#Dtipo abstracto de devoluciÃ³n no vÃ¡lido para la funciÃ³n miembro %q+#Dtipo abstracto %qT no vÃ¡lido para %qEtipo abstracto no vÃ¡lido para %q+DdirecciÃ³n no vÃ¡lidadirecciÃ³n no vÃ¡lida para el modificador de salida 'O'direcciÃ³n no vÃ¡lida para el modificador de salida 'R'direcciÃ³n no vÃ¡lida para el modificador de saida 'S'operando de direcciÃ³n no vÃ¡lido en MEM_REFoperando de direcciÃ³n no vÃ¡lido en TARGET_MEM_REFmodo de direccionamiento no vÃ¡lidoalineaciÃ³n no vÃ¡lida para %<#pragma align%>, se descartavalor de argumento no vÃ¡lido para __builtin_arc_alignedaplicaciÃ³n no vÃ¡lida de %<__alignof%> a un campo de bitsaplicaciÃ³n no vÃ¡lida de %<sizeof%> a un campo de bitsaplicaciÃ³n no vÃ¡lida de %<sizeof%> a un tipo de funciÃ³naplicaciÃ³n no vÃ¡lida de %qs a una funciÃ³n miembroaplicaciÃ³n no vÃ¡lida de %qs a un tipo voidaplicaciÃ³n no vÃ¡lida de %qs a un tipo matriz %qT de tipo de elemento incompletoaplicaciÃ³n no vÃ¡lida de %qs a un tipo incompleto %qTargumento no vÃ¡lido %qs para -fdebug-prefix-mapargumento no vÃ¡lido del atributo %qEargumento no vÃ¡lido del atributo %qsargumento no vÃ¡lido para %qDargumento no vÃ¡lido para la funciÃ³n internaargumento no vÃ¡lido para la funciÃ³n interna %sargumento no vÃ¡lido en la llamada gimpleargumentos no vÃ¡lidosasignaciÃ³n de matriz no vÃ¡lidaespecificaciÃ³n de clase base no vÃ¡lidaramificaciÃ³n no vÃ¡lida desde/para un bloque estructurado %setiqueta case no vÃ¡ilda en sentencia switchrango case no vÃ¡ildo en sentencia switchconversiÃ³n no vÃ¡lida del tipo %qT al tipo %qTconversiÃ³n no vÃ¡lida de una expresiÃ³n r-valuada de tipo %qT al tipo %qTconversiÃ³n no vÃ¡lida al tipo de funciÃ³n %qTnombre de clase no vÃ¡lido en la declaraciÃ³n de %qDcombinaciÃ³n no vÃ¡lida de especificadores de tipo mÃºltiplescÃ³digo de comparaciÃ³n no vÃ¡lido en la condiciÃ³n gimplecomparaciÃ³n no vÃ¡lida de matriz generadacomparaciÃ³n no vÃ¡lida de struct generadocomparaciÃ³n no vÃ¡lida de nil con nilcomparaciÃ³n no vÃ¡lida de matriz que no es comparablecomparaciÃ³n no vÃ¡lida de struct que no es comparablecomparaciÃ³n no vÃ¡lida de tipo que no es comparablecomparaciÃ³n no vÃ¡lida de tipo que no es ordenadooperador de comparaciÃ³n no vÃ¡lido para el modificador de salida 'E'operando condicional no vÃ¡lidoconst_cast no vÃ¡lido del tipo %qT al tipo %qTconst_cast no vÃ¡lido de un valor-r de tipo %qT al tipo %qToperando const_double no vÃ¡lidoconstante no vÃ¡lidaconstante no vÃ¡lida - pruebe usar un modificador de salidaconstante no vÃ¡lida para el modificador de salida '%c'constante no vÃ¡lida en %<#pragma pack%> - se descartavector constante no vÃ¡lido para el modificador de salida '%c'restricciones no vÃ¡lidas para el operandoconstructor no vÃ¡lido; tal vez quiso decir %<%T (const %T&)%>predicado controlador no vÃ¡lidoconversiÃ³n no vÃ¡lida de %<__fpreg%>conversiÃ³n no vÃ¡lida de %qT a %qTconversiÃ³n no vÃ¡lida en la llamada gimpleconversiÃ³n no vÃ¡lida en la declaraciÃ³n returnconversiÃ³n no vÃ¡lida a %<__fpreg%>conversiÃ³n no vÃ¡lida del tipo %qT a partir del tipo %qTtipo de devoluciÃ³n covariante no vÃ¡lido para %q+#Dcpu "%s" no vÃ¡lido para %s"%s"%sopciÃ³n de modelo de datos -mdata-model=%s no vÃ¡lidadeclaraciÃ³n no vÃ¡lida de %<%T::%E%>declaraciÃ³n no vÃ¡lida de plantilla miembro en la clase localdeclarador no vÃ¡lidoargumento por defecto no vÃ¡lido para una plantilla de parÃ¡metro de plantillaetiqueta case default no vÃ¡ilda en sentencia switchdefiniciÃ³n no vÃ¡lida del tipo calificado %qTtipo de elemento no vÃ¡lido para el atributo %qsentrada no vÃ¡lida a un bloque estructurado %ssalida no vÃ¡lida de un bloque estructurado %ssalida no vÃ¡lida de un bloque estructurado OpenMPespecializaciÃ³n explÃ­cita no vÃ¡lidaexpresiÃ³n no vÃ¡lida - pruebe usar un modificador de salidaexpresiÃ³n no vÃ¡lida como operandoexpresiÃ³n no vÃ¡lida para el l-valor minexpresiÃ³n no vÃ¡lida para el modificador de salida '%c'tipo de expresiÃ³n no vÃ¡lido para %<#pragma omp atomic%>falla de modelo de memoria no vÃ¡lido para %<__atomic_compare_exchange%>primer operando izquierdo de MEM_REF no vÃ¡lidoforma no vÃ¡lida de %<#pragma omp atomic%>formato no vÃ¡lido de %sfpu no vÃ¡lida para el atributo(objetivo("%s"))declaraciÃ³n de funciÃ³n no vÃ¡lidafunciÃ³n no vÃ¡lida en la llamada gimplevalor de id no vÃ¡lido para atributo de interrupciÃ³n/excepciÃ³nvalor de id no vÃ¡lido atributo resetinicializaciÃ³n en la clase no vÃ¡lida para el miembro de datos static de tipo %qT que no es integralexpresiÃ³n de incremento no vÃ¡lidavalor inicial no vÃ¡lido para el miembro %qEinicializaciÃ³n no vÃ¡lida de una referencia que no es constante de tipo %qT desde un r-valor de tipo %qTinicializaciÃ³n no vÃ¡lida de la referencia de tipo %qT desde una expresiÃ³n de tipo %qTinicializador no vÃ¡lidoinicializador no vÃ¡lido para la matriz miembro %q#Dinicializador no vÃ¡lido para la funciÃ³n miembro %qDinsn no vÃ¡lida:variable de iteraciÃ³n no vÃ¡lida en la enumeraciÃ³n rÃ¡pidaetiquetas no vÃ¡lidas en la condiciÃ³n gimplelado izquierdo de la asignaciÃ³n no vÃ¡lidolÃ­nea no vÃ¡lida en el fichero de resoluciÃ³nespecificaciÃ³n de enlace no vÃ¡lidaubicaciÃ³n no vÃ¡lida en %<pragma %s%>, se descartal-valor no vÃ¡lido en la salida asm %dmÃ¡scara no vÃ¡lidatipo de mÃ¡scara no vÃ¡lido en la expresiÃ³n de permutaciÃ³n de vectordeclaraciÃ³n de la funciÃ³n miembro no vÃ¡lidadeclaraciÃ³n de la plantilla miembro %qD no vÃ¡lidaargumento de modelo de memoria %d no vÃ¡lido de %qEargumento de modelo de memoria no vÃ¡lido para la funciÃ³n internamodelo de memoria no vÃ¡lido para %<__atomic_load%>modelo de memoria no vÃ¡lido para %<__atomic_store%>funciÃ³n nmi no vÃ¡lida para atributo resetargumento de plantilla que no es tipo no vÃ¡lidooperandos que no son vectores no vÃ¡lidos para un vector valuado con mÃ¡stabla de descarga no vÃ¡lida en %soperando de desplazamiento no vÃ¡lido en MEM_REFoperando de desplazamiento no vÃ¡lido en TARGET_MEM_REFoperando de desplazamiento de MEM_REF no vÃ¡lidooperando no vÃ¡lidodirecciÃ³n de operando no vÃ¡lidacÃ³digo de operando '%c' no vÃ¡lidooperando no vÃ¡lido para '%%%c'operando no vÃ¡lido para el modificador 'A'operando no vÃ¡lido para el modificador 'D'operando no vÃ¡lido para el modificador 'H'operando no vÃ¡lido para el modificador 'O'operando no vÃ¡lido para el modificador 'T'operando no vÃ¡lido para el modificador 'b'operando no vÃ¡lido para el modificador 'e'operando no vÃ¡lido para el modificador 'm'operando no vÃ¡lido para el modificador 'o'operador no vÃ¡lido para el modificador 'p'operando no vÃ¡lido para el especificador 'r'operando no vÃ¡lido para el modificador 'z'operando no vÃ¡lido para el cÃ³digo '%c'operando no vÃ¡lido en la referencia indirectaoperando no vÃ¡lido en la declaraciÃ³n returnoperando no vÃ¡lido en la expresiÃ³n unariaoperando no vÃ¡lido en la operaciÃ³n unarialetra de modificador de operando no vÃ¡lidaoperando no vÃ¡lido en el cÃ³digo de salidaprefijo de operando no vÃ¡lidoprefijo de operando no vÃ¡lido '%%%c'tamaÃ±o de operando no vÃ¡lido para el cÃ³digo de operando 'O'tamaÃ±o de operando no vÃ¡lido para el cÃ³digo de operando 'Z'tamaÃ±o de operando no vÃ¡lido para el cÃ³digo de operando 'z'operando no vÃ¡lido para el cÃ³digo %%H%%Loperando no vÃ¡lido para el cÃ³digo %%Moperando no vÃ¡lido para el cÃ³digo %%Noperando no vÃ¡lido para el cÃ³digo %%Ooperando no vÃ¡lido para %%Roperando no vÃ¡lido para el cÃ³digo %%Roperando no vÃ¡lido para %%Soperando no vÃ¡lido para el cÃ³digo %%T/%%Boperando no vÃ¡lido para el cÃ³digo %%Uoperando no vÃ¡lido para el cÃ³digo %%Voperando no vÃ¡lido para el cÃ³digo %%Zoperador no vÃ¡lido para el cÃ³digo %%poperando no vÃ¡lido para el cÃ³digo %%soperando no vÃ¡lido para el cÃ³digo %%zoperando no vÃ¡lido para mÃ¡s/menos, el tipo es un punterooperando no vÃ¡lido para puntero mÃ¡s, el primer operando no es un punterooperando no vÃ¡lido para puntero mÃ¡s, el segundo operando no es un tipo entero de la anchura apropiadaoperando no vÃ¡lido para la declaraciÃ³n switchse usÃ³ un tipo de operando no vÃ¡lido con el cÃ³digo de operando 'Z'operandos no vÃ¡lidos en la operaciÃ³n binariaoperandos no vÃ¡lidos en la comparaciÃ³n gimpleoperandos no vÃ¡lidos en la operaciÃ³n terniariaoperadores no vÃ¡lidos de tipos %qT y %qT para el binario %qOoperandos no vÃ¡lidos en la referencia de matrizoperandos no vÃ¡lidos para el binario %s (se tiene %qT y %qT)operaciÃ³n no vÃ¡lida (%s)operaciÃ³n no vÃ¡lida en %<__fpreg%>operador no vÃ¡lido para %<#pragma omp atomic%>el parÃ¡metro %qs es no vÃ¡lidocombinaciÃ³n de parÃ¡metros no vÃ¡lida para el intrÃ­nseco AltiVec %stipo de parÃ¡metro %qT no vÃ¡lidooperaciÃ³n de posicionamiento de paso no vÃ¡lidomodo de puntero %qs no vÃ¡lidopuntero no vÃ¡lido al campo de bits %qDposiciÃ³n o tamaÃ±o no vÃ¡lido en BIT_INSERT_EXPRposiciÃ³n o tamaÃ±o de operando no vÃ¡lido para BIT_FIELD_REFreducciÃ³n privada no vÃ¡lida en %qEdeclaraciÃ³n no vÃ¡lida de propiedadprototipo no vÃ¡lido para '%s'puntuaciÃ³n %qc no vÃ¡lida en la restricciÃ³nestado const pure no vÃ¡lido para la funciÃ³nespecificador pure no vÃ¡lido (sÃ³lo se permite %<= 0%>)calificadores no vÃ¡lidos en el tipo de funciÃ³n que no es miembroÃ¡mbito calificador no vÃ¡lido en el nombre del seudo-destructorrecepciÃ³n no vÃ¡lida en canal de sÃ³lo envÃ­otipo receptor %qs no vÃ¡lidoredeclaraciÃ³n no vÃ¡lida de %q+Dreferencia no vÃ¡lida para el modificador de salida 'J'prefijo de referencia no vÃ¡lidonombre de registro no vÃ¡lido para %q+DresoluciÃ³n no vÃ¡lida en el fichero de resoluciÃ³ntipo de devoluciÃ³n %qT no vÃ¡lido para la funciÃ³n constexpr %q+Drhs no vÃ¡lido para el almacenamiento de memoria gimplese encontrÃ³ una comparticiÃ³n de rtl no vÃ¡lida en la insngÃ©nero de planificador no vÃ¡lidoel segundo argumento para %<__builtin_prefetch%> es no vÃ¡lido; se usa ceroenvÃ­o no vÃ¡lido en canal de sÃ³lo recepciÃ³nsetter no vÃ¡lido, debe tener un argumentooperando de desplazamiento no vÃ¡lidocadena estÃ¡tica no vÃ¡lida en la llamada gimplestatic_cast no vÃ¡lido del tipo %qT al tipo %qTclase de almacenamiento no vÃ¡lida para la funciÃ³n %qEvalor de memregs objetivo '%d' no vÃ¡lidodeclaraciÃ³n de la plantilla de %qD no vÃ¡lidaparÃ¡metro que no es tipo plantilla no vÃ¡lidoid-de-plantilla no vÃ¡lidoel tercer argumento para %<__builtin_prefetch%> es no vÃ¡lido; se usa cerotipo %<void%> no vÃ¡lido para newtipo %qT no vÃ¡lido como inicializador para un vector de tipo %qTel tipo no vÃ¡lido %qT se declarÃ³ %<friend%>argumento de tipo no vÃ¡lido (se tiene %qT)argumento de tipo no vÃ¡lido de %<->%> (se tiene %qT)argumento de tipo no vÃ¡lido de %<->*%> (se tiene %qT)argumento de tipo no vÃ¡lido de Ã­ndice de matriz (se tiene %qT)argumento de tipo no vÃ¡lido en la conversiÃ³n implÃ­cita (se tiene %qT)argumento de tipo no vÃ¡lido del unario %<*%> (se tiene %qT)tipo no vÃ¡lido para la salida del indicador asmtipo no vÃ¡lido para la variable de de instanciatipo no vÃ¡lido para la variable de iteraciÃ³n %qEtipo no vÃ¡lido para la funciÃ³n maketipo no vÃ¡lido del parÃ¡metro %d en la funciÃ³n constexpr %q+#Dtipo no vÃ¡lido para la propiedadtipos no vÃ¡lidos %<%T[%T]%> para Ã­ndice de matriztipos no vÃ¡lidos en la conversiÃ³n noptipos no vÃ¡lidos en la conversiÃ³n a coma flotantetipos no vÃ¡lidos en la conversiÃ³n a enterotipos no vÃ¡lidos en la conversiÃ³n de coma fijatipos no vÃ¡lidos en la conversiÃ³n nopuso no vÃ¡lido de %%d, %%x, o %%Xuso no vÃ¡lido de %<...%> en la llamada a la funciÃ³n que no es variadicuso no vÃ¡lido de %<..%> con la funciÃ³n internauso no vÃ¡lido de %<...%> con algo que no es rebanadauso no vÃ¡lido de %<::%>uso no vÃ¡lido de %<_Cilk_spawn%>uso no vÃ¡lido de %<auto%> en el operador de conversiÃ³nuso no vÃ¡lido de %<restrict%>uso no vÃ¡lido de %<this%> en el nivel principaluso no vÃ¡lido de %<this%> en la funciÃ³n que no es miembrouso no vÃ¡lido de %qDuso no vÃ¡lido de %qD en la especificaciÃ³n de enlaceuso no vÃ¡lido de %qE para formar una funciÃ³n puntero a miembrouso no vÃ¡lido de %qTuso no vÃ¡lido de '%%%c'uso no vÃ¡lido del modificador ':'uso no vÃ¡lido de un puntero a un tipo incompleto en aritmÃ©tica de punterosuso no vÃ¡lido del Ã­ndice de matriz en puntero a miembrouso no vÃ¡lido de matrices con lÃ­mites sin especificartipo no vÃ¡lido de la salida del indicador asmuso no vÃ¡lido del atribute  %<fallthrough%>uso no vÃ¡lido  de la lista del inicializador dentro de llavesuso no vÃ¡lido de const_cast con tipo %qT, el cual es un puntero o referencia a un tipo de funciÃ³nuso no vÃ¡lido de const_cast con tipo %qT, que no es puntero, referencia, ni un tipo puntero-a-datos-miembrouso no vÃ¡lido del constructor como una plantillauso no vÃ¡lido del tipo dependiente %qTuso no vÃ¡lido del destructor %qD como un tipouso no vÃ¡lido del destructor %qE como un tipouso no vÃ¡lido de un miembro de matriz flexibleuso no vÃ¡lido de la conversiÃ³n implÃ­cita en puntero a miembrouso no vÃ¡lido del tipo incompleto %q#Tuso no vÃ¡lido de la etiqueta %q+D en %<_Cilk_spawn%>uso no vÃ¡lido de valor de mÃ©todo como argumento de Offsetofuso no vÃ¡lido de matriz no-lvaluadauso no vÃ¡lido del dato miembro no static %qDuso no vÃ¡lido de la funciÃ³n miembro no static %qDuso no vÃ¡lido del dato miembro no static %qEuso no vÃ¡lido de la expresiÃ³n de expansiÃ³n de paqueteuso no vÃ¡lido del nombre calificado %<%D::%D%>uso no vÃ¡lido del nombre calificado %<%T::%D%>uso no vÃ¡lido del nombre calificado %<::%D%>uso no vÃ¡lido de una estructura con un miembro de matriz flexibleuso no vÃ¡lido del parÃ¡metro de plantilla plantilla %qTuso no vÃ¡lido del parÃ¡metro de tipo plantilla %qTuso no vÃ¡lido del id de plantilla %qD en la declaraciÃ³n de la plantilla primariauso no vÃ¡lido del nombre-de-plantilla %qE sin una lista de argumentosuso no vÃ¡lido del tipouso no vÃ¡lido del tipo %qT como un valor por defecto para una plantilla de parÃ¡metro de plantillauso no vÃ¡lido del unario %<*%> en puntero a miembrouso no vÃ¡lido de la expresiÃ³n voiduso no vÃ¡lido de volatile lvalue dentro de una funciÃ³n %<transaction_safe%>uso no vÃ¡lido de volatile lvalue dentro de la transacciÃ³nconversiÃ³n definida por el usuario no vÃ¡lida de %qT a %qTinicializaciÃ³n por valor no vÃ¡lida del tipo de referenciatipo resultante no vÃ¡lido de la comparaciÃ³n de vectorestipo de vector no vÃ¡lido para el atributo %qEnÃºmero de versiÃ³n %qs no vÃ¡lidofunciÃ³n warm no vÃ¡lida para atributo resetextracto de cero no vÃ¡lidorango de rodaja invertidofalta el resumen de inclusiÃ³n en lÃ­nea ipa en el fichero de entradafalta el resumen de referencia ipa en la unidad ltransestÃ¡ definido como puntero en un espacio de direcciones diferente en otra unidad de traducciÃ³nestÃ¡ definido como puntero a un tipo diferente en otra unidad de traducciÃ³ndebe ser un puntero-a-miembro de la forma %<&X::Y%>debe ser la direcciÃ³n de una funciÃ³n con enlace externoelemento en READla variable que itera en la enumeraciÃ³n rÃ¡pida no es un objetola iteraciÃ³n %s invoca comportamiento indefinidola variable de iteraciÃ³n %qD no debe ser firstprivatela variable de iteraciÃ³n %qD no debe ser reductionla variable de iteraciÃ³n %qE se predetermina linealla variable de iteraciÃ³n %qE debe ser privatela variable de iteraciÃ³n %qE no debe ser firstprivatela variable de iteraciÃ³n %qE no debe ser lastprivatela variable de iteraciÃ³n %qE no debe ser linealla variable de iteraciÃ³n %qE no debe ser privatela variable de iteraciÃ³n %qE no debe ser reductionla variable de iteraciÃ³n no puede ser volÃ¡tilvariable de iteradorsu dest_idx deberÃ­a ser %d, no %del ivar %qs que usa la declaraciÃ³n %<@synthesize%> debe ser un ivar existenteel abi iwmmxt requiere un cpu capaz de iwmmxtiwmmxt requiere una ABI compatible con AAPCS para una operaciÃ³n adecuadasalto al Ã¡mbito de un identificador con tipo modificado variablementesalto a una expresiÃ³n de declaraciÃ³nel salto evita la inicializaciÃ³n de la variablesalto a la etiqueta casesalto a la etiqueta %qDbasura al final de #pragma %sbasura al final de #pragma ADDRESSbasura al final de #pragma GCC memregs [0..16]basura al final del #pragma __nostandardbasura al final de #pragma __standardbasura al final del #pragma ghs endsdabasura al final del #pragma ghs endtdabasura al final del #pragma ghs endzdabasura al final del #pragma ghs interruptbasura al final de la secciÃ³n #pragma ghsbasura al final del #pragma ghs startsdabasura al final del #pragma ghs starttdabasura al final del #pragma ghs startzdabasura al final de #pragma longcallbasura al final de %<#pragma %s%>basura al final de %<#pragma GCC pch_preprocess%>basura al final de %<#pragma GCC visibility%>basura al final de %<#pragma align%>basura al final de %<#pragma fini%>basura al final de %<#pragma init%>basura al final de %<#pragma message%>basura al final de %<#pragma pack%>basura al final de %<#pragma pop_options%>basura al final de %<#pragma push_options%>basura al final de %<#pragma redefine_extname%>basura al final de %<#pragma reset_options%>basura al final de %<#pragma weak%>basura al final de '#pragma extern_model'basura al final de '#pragma ms_struct'basura al final de '#pragma options'basura al final de '#pragma unused'no se admite la palabra clave %<export%>, y se descartarÃ¡no se permite la palabra clave %<typename%> en este contexto (un inicializador de miembro calificado es implÃ­citamente un tipo)no se permite la palabra clave %<typename%> en este contexto (la clase base es implÃ­citamente un tipo)no se permite la palabra clave %<typename%> fuera de las plantillasetiqueta se declara la etiqueta %q+D pero no estÃ¡ definidase define la etiqueta %q+D pero no se usase usa la etiqueta %q+D pero no estÃ¡ definidala etiqueta %qD se define aquÃ­la etiqueta %qE es referenciada fuera de cualquier funciÃ³netiqueta al final de una declaraciÃ³n compuestaetiqueta nombrada wchar_tel contexto de la etiqueta no es la declaraciÃ³n de funciÃ³n actuallas expresiones lambda sÃ³lo estÃ¡n disponibles con -std=c++11 o -std=gnu++11expresiÃ³n lambda en un contexto sin evaluarrevisiÃ³n lang_*: fallÃ³ en %s, en %s:%dno se reconoce el lenguaje %sno se reconoce la cadena de lenguaje %<"%E"%>se truncÃ³ la constante de coma fija grande implÃ­citamente al tipo de coma fijaentero grande truncado implÃ­citamente al tipo unsignedel Ãºltimo argumento debe ser un inmediatold devolviÃ³ el estado de salida %del argumento izquierdo debe ser una rebanadael operador izquierdo del operador coma no puede resolver la direcciÃ³n de la funciÃ³n sobrecargadael operando izquierdo del operador coma no tiene efectoel operando izquierdo del operador coma es una referencia, no una llamada, a la funciÃ³n %qEprecisiÃ³n izquierdaprecisiÃ³n izquierda en formato strfmonla cuenta de rotaciÃ³n izquierda >= anchura del tipola cuenta de rotaciÃ³n izquierda es negativacuenta de desplazamiento a la izquierda >= anchura del tipola cuenta de desplazamiento a la izquierda es negativael operador del lado izquierdo de la expresiÃ³n coma no tiene efectoel lado izquierdo de la asignaciÃ³n puede ser un candidato para un atributo de formatolas longitudes no coinciden en la expresiÃ³nmodificador de longitudmodificador de longitud en formato printfmodificador de longitud en formato scanfmodificador de longitud en formato strfmonse requiere longitud al alojar una rebanadase encontrÃ³ la letra %c y la insn no era CONS_INTbibliotecas: %s
! se redeclara la funciÃ³n de biblioteca %q#D como %q#D que no es funciÃ³nno se encontrÃ³ la biblioteca lib%sel lÃ­mite es %u bytes, pero el es %sel lÃ­mite es %u bytes, pero el argumento puede alcanzar un tamaÃ±o de %sel inicializador de lista para el tipo que no es clase no debe estar entre parÃ©ntesislos sufijos de operador literal que no estÃ¡n precedidos por %<_%> estÃ¡n reservados para estandarizaciÃ³n futurala plantilla de operador literal %q+D tiene conflictos con el operador literal raw %qDla plantilla de operador literal %qD tiene una lista de parÃ¡metros no vÃ¡lida.  Se esperaba un paquete de argumentos de plantilla que no sean de tipo <char...>operador literal con enlace Clo_sum no proviene de un registrola clase local %q#T no debe tener datos miembro static %q#Dla declaraciÃ³n local de %qE oculta la variable de instancialos sÃ­mbolos locales deben definirsela variable local %qD no puede aparecer en este contextolos requerimientos de memoria para variables locales excede la capacidadla ubicaciÃ³n referencia un bloque que no estÃ¡ en el Ã¡rbol de bloquesse aplicÃ³ un %<and%> lÃ³gico a una constante que no es booleanaun %<and%> de expresiones equivalentesun %<and%> de pruebas equivalentes mutuamente exclusivas siempre es falsose aplicÃ³ un %<or%> lÃ³gico a una constante que no es booleanaun %<or%> lÃ³gico de pruebas colectivamente exhaustivas siempre es verdadero%<or%> lÃ³gico de expresiones equivalentesuso no vÃ¡lido de long, short, signed Ã³ unsigned para %qsla bÃºsqueda de %qT en %qT es ambiguael encabezado del bucle %d no pertenece directamente a Ã©lel encabezado del bucle %d no tiene exactamente 2 entradasel encabezado del bucle %d no es un encabezado de bucleel cerrojo del bucle %d no pertenece directamente a Ã©lel cerrojo del bucle %d no tiene un borde a su encabezadoel cerrojo del bucle %d no tiene exactamente 1 sucesorel cerrojo del bucle %d no tiene un encabezado como sucesorel cerrojo del bucle %d estÃ¡ marcado como parte de una regiÃ³n irreducibleel cerrojo del bucle %d no estÃ¡ dominado por su encabezadoel bucle usa paralelismo OpenACC no permitido por la rutina que lo contienebucle con encabecado %d marcado para borrarel bucle con encabezado %d no estÃ¡ en el Ã¡rbol del bucleespecificador throw mÃ¡s flexible para %q+#Fel valor inferior de la etiqueta de rango `case' es menor que el valor mÃ­nimo para el tipolp_array no coincide con region_treelp_array estÃ¡ corrupta para lp %ifallÃ³ lseek al leer los datos de exportaciÃ³nfallÃ³ lto_obj_file_open()se requiere un l-valor como un operando de decrementose requiere un l-valor como un operando de incrementose requiere un l-valor como operando izquierdo de la asignaciÃ³nse requiere un l-valor como un operador unario %<&%>se requiere un l-valor en la declaraciÃ³n asmcÃ³digo interno independiente de mÃ¡quina fuera de rangofalta el nombre de macro despuÃ©s de %qsse hacen mÃºltiples clones de %qD#pragma GCC variable address malformado#pragma GCC visibility push malformado#pragma builtin malformado#pragma ghs section malformado#pragma redefine_extname malformado, descartado#pragma weak malformado, descartado%<#pragma %s%> malformado, se descarta%<#pragma align%> malformado%<#pragma align%> mal formado - se descarta%<#pragma fini%> malformado'%<#pragma fini%> malformado, se descarta%<#pragma init%> malformado'%<#pragma init%> malformado, se descarta%<#pragma message%> malformado, se descarta%<#pragma pack%> mal formado - se descarta%<#pragma pack(pop[, id], <n>)%> mal formado - se descarta%<#pragma pack(push[, id], <n>)%> mal formado - se descarta'#pragma __extern_prefix' malformado', se descarta'#pragma extern_model' malformado, se descarta'#pragma member_alignment' malformado'#pragma member_alignment' mal formado, se descarta'#pragma ms_struct {on|off|reset}' malformado, se descarta'#pragma ms_struct' malformado, se descarta'#pragma options align={mac68k|power|reset}' malformado, se descarta'#pragma options' malformado, se descartaCOLLECT_GCC_OPTIONS malformadoopciÃ³n -fplugin-arg-%s malformada (falta -<clave>[=<valor>])fichero ptx mal formadoargumentos de la funciÃ³n de especificaciÃ³n malformadosnombre de la funciÃ³n de especificaciÃ³n malformadoobjetivo %s mal formadovalor del objetivo %s mal formadodecodificando %Cse decodifica __underlying_typese decodifica typeof, utilice decltype en su lugarse decodifica el tipo de coma fija desconocidoel mapa sÃ³lo se puede comparar con nilse asocia el campo %qE de una estructura de longitud variablela mÃ¡scara debe ser un inmediatola restricciÃ³n coincidente no permite un registrola restricciÃ³n coincidente no es vÃ¡lida en el operando de salidala restricciÃ³n de coincidencia hace referencia a un nÃºmero de operando no vÃ¡lidolÃ­mite mÃ¡ximo de %d espacios de nombres buscados para %qEnÃºmero mÃ¡ximo de arrays por scop.nÃºmero mÃ¡ximo de bloques bÃ¡sicos por funciÃ³n para analizar con Graphite.nÃºmero mÃ¡ximo de operaciones isl; 0 significa que no hay lÃ­mitenÃºmero mÃ¡ximo de parÃ¡metros en un SCoP.el valor mÃ¡ximo del parÃ¡metro %qs es %uno se pueden usar -EB y -EL al mismo tiempono se pueden usar -m32 y -m64 al mismo tiempolos registros mduc solo se guardan para el objetivo G13las funciones de medios no estÃ¡n disponibles a menos que se use -mmediainicializador mem para %qD despuÃ©s de una delegaciÃ³n de constructorno se permite el miembro %q+#D con constructor en un agregado anÃ³nimono se permite el miembro %q+#D con constructor en la unionno se permite el miembro %q+#D con operador de asignaciÃ³n de copia en un agregado anÃ³nimono se permite el miembro %q+#D con operador de asignaciÃ³n de copia en la unionno se permite el miembro %q+#D con destructor en un agregado anÃ³nimono se permite el miembro %q+#D con destructor en la unionel miembro %qD genera un conflicto con el nombre de campo de la tabla de funciones virtualesel miembro %qD se declarÃ³ como friend antes de definir el tipo %qTse usÃ³ el miembro %qD en un objeto de sÃ³lo lectura como salida %<asm%>el miembro %qD es una referencia sin inicializarlas funciones miembros son implÃ­citamente friends de su clasela comprebaciÃ³n de acceso de memoria siempre fallafallÃ³ la asignaciÃ³n de memoria al leer los datos de exportaciÃ³nla entrada de memoria %d no es directamente direccionablese esperaba una referencia de memoria para el modificador de salida 'S'se declarÃ³ el mÃ©todo %<%c%E%> como %<@optional%> y %<@required%> al mismo tiempoel mÃ©todo %s%s%s estÃ¡ marado go:nointerfaceel mÃ©todo %s%s%s requiere un receptor de punterolos atributos de argumento de mÃ©todo no estÃ¡n disponibles en Objective-C 1.0los atributos de mÃ©todo no estÃ¡n disponibles en Objective-C 1.0los atributos de mÃ©todo no se pueden especificar en el contexto @implementationlos atributos de mÃ©todo se deben especificar al finallos atributos de mÃ©todo sÃ³lo se deben especificar al finalla declaraciÃ³n de mÃ©todo no estÃ¡ en el contexto @interfaceel mÃ©todo declarado como %qE anula el mÃ©todo %qEno se encontrÃ³ la definiciÃ³n de mÃ©todo para %<%c%E%>la definiciÃ³n de mÃ©todo no estÃ¡ en el contexto @implementationel mÃ©todo anula tanto %<transaction_pure%> como los mÃ©todos %qEposiblemente el mÃ©todo carece de una llamada [super dealloc]el tipo de mÃ©todo no coincide con el tipo de objetomÃ©todo con tipo incompatible definido en otra unidad de traducciÃ³nnÃºmero mÃ­nimo de bucles por funciÃ³n para analizar con Graphite.el valor mÃ­nimo del parÃ¡metro %qs es %umio_array_ref(): Referencia de array desconocidoanÃ¡lisis de perfil de las funciones mips16no coinciden las longitudes de los paquetes de argumentos al expandir %<%E%>no coinciden las longitudes de los paquetes de argumentos al expandir %<%T%>no coinciden los argumentosdeclaraciones discordantes durante la optimizaciÃ³n de tiempo de enlacecomparaciÃ³n de tipos de operandos que no coincidenconstruct Objective-C++ %<@%D%> mal ubicadofaltÃ³ optimizar el bucle, el contador de bucles se puede desbordarfalta el operando numÃ©rico $ en el formatofalta un %<(%> despuÃ©s de %<#pragma GCC visibility push%> - descartadofalta un %<(%> despuÃ©s de %<#pragma pack%> - se descartafalta un %<=%> (despuÃ©s del atributo %<getter%>)falta un %<=%> (despuÃ©s del atributo %<setter%>)falta el atributo %<target%> para %D multiversionadofalta un '(' despuÃ©s de '#pragma unused', se descartafalta un '(' despuÃ©s de '#pragma unused', se descartafalta la definiciÃ³n PHIfalta la nota REG_EH_REGION al final de bb %ifalta [big-endian|little-endian|default] despuÃ©s de %<#pragma scalar_storage_order%>falta [error|warning|ignored|push|pop] despuÃ©s de %<#pragma GCC diagnostic%>falta el nombre de la arquitectura en el objetivo 'arch' %sfaltan argumentos para %qsfalta una barrera despuÃ©s del bloque %ifaltan llaves alrededor del inicializadorfaltan llaves alrededor del inicializador para %qTfalta el borde de callgraph para la llamada stmt:falta la llave final para el operando nombradofalta el parÃ©ntesis finalfalta la colecciÃ³n en la enumeraciÃ³n rÃ¡pidafalta el predicado controladorfalta el nombre de la cpu en %<-mcpu=%s%>falta el nombre de la cpu en %<-mtune=%s%>falta el nombre de la cpu en el objetivo 'cpu' %sfalta la definiciÃ³nfalta dispositivo o arquitectura despuÃ©s de %qsfalta el borde %i->%ifalta un nombre de fichero despuÃ©s de %qsfalta el carÃ¡cter de relleno al final del formato strfmonfalta la expresiÃ³n de incrementofalta el inicializador para el miembro %qDfalta un fichero make objetivo despuÃ©s de %qsfalta el mÃ©todo %s%s%sfalta el nÃºmerofalta el parÃ©ntesis inicialfalta un operandofalta una opciÃ³n despuÃ©s del tipo %<#pragma GCC diagnostic%>falta una ruta despuÃ©s de %qsfalta un centinela en la llamada a la funciÃ³nfalta el carÃ¡cter terminando %cfalta el nombre del tipo en la declaraciÃ³n typedefse prohÃ­be mezclar declaraciones y definiciones-de-funciÃ³nno se permite mezclar diferentes sÃ­mbolos de tipos en los mismos grupos comdatse aplicÃ³ el modo %qs a un tipo inapropiadoel modo de tamÃ±o del resultado que no es integral no coincide con el tamaÃ±o del campo de BIT_FIELD_REFmÃ³dulo natural en la declaraciÃ³n USE en %CmÃ¡s de %d operandos en %<asm%>mÃ¡s de una clÃ¡usula %<depend(source)%> en una construcciÃ³n %<ordered%>mÃ¡s de una directiva 'crtl'mÃ¡s de un especificador de acceso en la base especificadalos atributos ms_abi y sysv_abi no son compatiblesel atributo ms_hook_prologue no es compatible con -mfentry para 32-bitms_hook_prologue no es compatible con la funciÃ³n anidadamsp430_select_hwmult_lib necesita uno o mÃ¡s argumentosuna matriz multidimensional debe tener lÃ­mites para todas las dimensiones excepto para la primerala exclusiÃ³n multilib %qs es no vÃ¡lidalas exclusiones multilib %qs son no vÃ¡lidasla selecciÃ³n multilib %qs %qs no es vÃ¡lidala selecciÃ³n multilib %qs es no vÃ¡lidala especificaciÃ³n multilib %qs es no vÃ¡lidase especificaron mÃºltiples opciones -mcpu=.sÃ³lo se admiten mÃºltiples personalidades EH con ensambladores que admiten la directiva cfi.personalitymÃºltiples etiquetas por defecto en un solo switchdefiniciÃ³n mÃºltiple de %q#TmÃºltiples campos inicializados en la uniÃ³n %qTse especificaron mÃºltiples atributos de tipo de funciÃ³nse encontraron mÃºltiples transiciones caliente/frÃ­o (bb %i)se dieron inicializaciones mÃºltiples para %qDse dieron inicializaciones mÃºltiples para la base %qTmÃºltiples llamantes inlineno se permiten atributos interrupt mÃºltiplesatributos interrupt mÃºltiples para la funciÃ³n %qDmÃºltiples variables de iteraciÃ³n en una enumeraciÃ³n rÃ¡pidase especificaron mÃºltiples ejes de bucle para la rutinase encontraron mÃºltiples mÃ©todos nombrados %<%c%E%>mÃºltiples parÃ¡metros nombrados %qDprevalecen definiciones mÃºltiples para %qEse encontraron mÃºltiples selectores nombrados %<%c%E%>mÃºltiples clases de almacenamiento en la declaraciÃ³n de %qsmÃºltiples clases de almacenamiento en los especificadores de declaraciÃ³ntipos mÃºltiples en una declaraciÃ³nnodos PHI virtuales mÃºltiples en BB %dargumento de valor mÃºltiple en un contexto de un solo valorllamada a funciÃ³n de valor mÃºltiple en un contexto de un solo valorla opciÃ³n multiply implica r%d fijoel versionado mÃºltiple necesita ifunc, que no se admite en este objetivose debe hacer #include <typeinfo> antes de usar typeidse debe usar %<.*%> o %<->*%> en la llamada a la funciÃ³n puntero-a-miembro en %<%E (...)%>, p.e. %<(... ->* %E) (...)%>%qD mutable no se puede usar en una expresiÃ³n constanteinformaciÃ³n de repositorio misteriosa en %satributo desnudo se aplica solamente a funcionesel nombre %qD se utiliza en un inicializador designado en estilo GNU para una matrizel nombre %qT tiene tipo de dato incompletola bÃºsqueda de nombre de %qD cambiÃ³la bÃºsqueda de nombre de %qD cambiÃ³ por el nuevo alcance ISO de %<for%>falta el nombre para la funciÃ³n miembroel nombre de la clase oscurece la plantilla de parÃ¡metro de plantilla %qDse usÃ³ un nombre en un inicializador designado de estilo GNU para una matrizya no se admiten los valores de devoluciÃ³n nombradosno se permite el espacio de nombres %qD en la declaraciÃ³n usingno se permite aquÃ­ el alias del espacio de nombres %qD, se asume que es %qDlos agregados anÃ³nimos de alcance de espacio de nombres deben ser staticconversiÃ³n estrechadora de %qE desde %qT a %qT dentro de { }la conversiÃ³n estrechadora de %qE desde %qT a %qT dentro de { } estÃ¡ mal formada en C++11se necesita %<typename%> antes de %<%T::%E%> porque %qT es un Ã¡mbito dependientese necesita %<typename%> antes de %qE porque %qT es un Ã¡mbito dependientenecesita conversiÃ³n implÃ­citase necesita conversiÃ³n explÃ­cita; falta el mÃ©todo %s%s%slongitud de insn negativaentero negativo truncado implÃ­citamente al tipo unsignedprofundidad de anidamiento negativa de la regiÃ³n %icuenta de desplazamiento negativaanchura negativa en el campo de bits %q+Danchura negativa en el campo de bit %qsno se llamarÃ¡ ni al destructor ni al operador delete especÃ­fico de la clase, aÃºn si se declaran cuando se defina la clasealternativas de dialecto ensamblador anidadasdeclaraciÃ³n externa anidada de %qDse declara la funciÃ³n anidada %q+D pero nunca se definela funciÃ³n anidada %qE se declarÃ³ %<extern%>la funciÃ³n anidada %qs se declarÃ³ %<extern%>no se admiten trampolines de funciones anidadas para este objetivono se admiten funciones anidadas en este objetivoredefiniciÃ³n anidada de %<enum %E%>redefiniciÃ³n anidada de %<struct %E%>redefiniciÃ³n anidada de %<union %E%>new no se puede aplicar a un tipo de funciÃ³nnew no se puede aplicar a un tipo de referenciano se pueden definir tipos nuevos en un tipo de devoluciÃ³nno se declarÃ³ %<%D(int)%> para el %qs postfijono se declarÃ³ %<%D(int)%> para el %qs postfijo, intentando en su lugar el operador prefijono se encontrÃ³ el mÃ©todo %<%c%E%>no hay una funciÃ³n miembro %q#D declarada en la clase %qTno se encuentra el getter %qsno hay FUNCTION_PROFILER para CRISno se proporcionÃ³ el nombre de fichero de lista de salida TRANSsin argumentosno hay argumentos para la funciÃ³n de especificaciÃ³nno se especificÃ³ un nombre de clase con %qsno hay una plantilla de clase llamada %q#T en %q#Tno hay un %<]%> que cierre para el formato %<%%[%>no hay contexto para resolver el tipo de %qEno existe una funciÃ³n de desalojo correspondiente para %qDno hay tipo de datos para el modo %qsno se encontrÃ³ la declaraciÃ³n de la propiedad %qs en la interfazno hay un argumento por defecto para %qDsin descripciÃ³n aÃºn.no existe el campo %qD en la union que se estÃ¡ inicializandono hay una lista immediate_useno hay ficheros de entradano hay ficheros de entrada; incapaz de escribir ficheros de salidaningÃºn tipo integral puede representar todos los valores de enumerador de %qTno hay registros inferiores disponibles para extraer registros superioresno hay coincidencia para la llamada a %<(%T) (%A)%>no hay coincidencias al convertir la funciÃ³n %qD al tipo %q#Tno hay una funciÃ³n coincidente para la llamada a %<%D(%A)%>no se encontrÃ³ una funciÃ³n coincidente para la llamada a %<%T::operator %T(%A)%#V%>no hay un push coincidente para %<#pragma GCC visibility pop%>no se encontrÃ³ una plantilla coincidente para %qDla funciÃ³n no miembro %qD se declarÃ³ en %qTno hay miembros que coincidan con %<%T::%D%> en %q#Tno hay operador de post-decremento para el tipono hay operador de post-incremento para el tipono hay operador de pre-decremento para el tipono hay operador de pre-incremento para el tipono hay declaraciÃ³n previa para %qDno hay un prototipo previo para %qDno existe el tipo de procesador especificado para enlazarno hay anÃ¡lisis de perfil del cÃ³digo de 64-bit para esta ABIno hay registro en la direcciÃ³nno hay una declaraciÃ³n de devoluciÃ³n en la funciÃ³n que no devuelve voidno hay sclass para el stab %s (0x%x)no hay punto y coma al final del struct o unionno hay un %<operator %s%> adecuado para %qTno se encontrÃ³ un %qD adecuado en la clase %qTno se declarÃ³ una super clase en @interface para %qEno se declarÃ³ una super clase en la interfaz para %qEno hay un tipo llamado %q#T en %q#Tninguna clase de almacenamiento o tipo se puede especificar aquÃ­,no hay un impositor Ãºnico final para %qD en %qTel nodo difiere de node->decl->decl_with_vis.symtab_nodeel nodo tiene un tipo desconocidoel nodo es un alias pero no una definiciÃ³nel nodo es un alias pero no un alias implÃ­citoel nodo estÃ¡ solo en un grupo comdatel nodo estÃ¡ analizado pero no es una definiciÃ³nel nodo estÃ¡ en la lista same_comdat_group no tiene comdat_groupel nodo es un transparent_alias pero no un aliasel nodo es una weakref pero no un transparent_aliasnodo no encontrado node->decl->decl_with_vis.symtab_nodese encontraron nodos sin memoria liberadala expresiÃ³n noexcept evalÃºa a %<falso%> por una llamada a %qDvariante PCS derivada de un no AAPCSconstrucciÃ³n no OpenACC dentro de regiÃ³n OpenACCconstrucciÃ³n no OpenACC dentro de rutina OpenACCno coincide el manejo de excepciÃ³n de algo que no es llamadaargumento %u entero que no es constante en la llamada a la funciÃ³n %qEel argumento 1 para __atomic_always_lock_free no es una constantematriz no constante en la declaraciÃ³n DATA %LinicializaciÃ³n de una matriz que no es constantelas literales compuestas que no son constantes no pueden aparecer en una expresiÃ³n constantecondiciÃ³n que no es constante para una aserciÃ³n estÃ¡ticaelemento no constante en CONSTRUCTOR constanteinicializaciÃ³n en clase que no es constante no vÃ¡lida para el miembro static %qDexpresiÃ³n de inicializaciÃ³n que no es constante en %Lnon-decl/MEM_REF LHS en sentencia clobberse encontrÃ³ UNSPEC %s (%d) que no estÃ¡ delegitimado la ubicaciÃ³n de variablela funciÃ³n %q+D que no se borrÃ³argumento que no es de coma flotante en la llamada a la funciÃ³n %qEargumentos que no son de coma flotante en la llamada a la funciÃ³n %qEno es funciÃ³n en la llamada gimpleel argumento 1 para __atomic_is_lock_free no es un enteroel argumento 3 no es entero en la llamada a la funciÃ³n %qEargumento de modelo de memoria %d que no es entero de %qEse usÃ³ un operando que no es entero con el cÃ³digo de operando 'z'sentencia switch de tipo no enterose usÃ³ un no integral en la condiciÃ³nel no-bucle con encabezado %d no estÃ¡ marcado para borrarsematriz no-lvaluada en la expresiÃ³n condicionalel no-miembro %qs no se puede declarar %<mutable%>la funciÃ³n que no es miembro %qD no puede tener calificador-cvla entrada que no es de memoria %d debe permanecer en memoriafunciÃ³n no anidada con tipo modificado variablementeel miembro que no es objeto %qs no se puede declarar %<mutable%>no se puede atrapar el tipo '%T' que no es de objective-c%qs que no es parÃ¡metro no puede ser un paquete de parÃ¡metroel LHS de una operaciÃ³n binaria no es un registroel LHS de una operaciÃ³n terniaria no es un registroel LHS de una operaciÃ³n unaria no es un registrotipo que no es escalarsufijo no estÃ¡ndar en una constante de coma flotanteel miembro const %q#D que no es static, no puede usar el operador de asignaciÃ³n por defectose declarÃ³ el miembro dato que no es static %qE como %<constexpr%>los inicializadores de datos miembro que no son static sÃ³lo estÃ¡ disponibles con -std=c++11 o -std=gnu++11declaraciÃ³n que no es static de %q+D despuÃ©s de una declaraciÃ³n staticinicializaciÃ³n no estÃ¡tica de un miembro de matriz flexibleel miembro de referencia %q#D que no es static, no puede usar el operador de asignaciÃ³n por defectose usÃ³ %qD que no es plantilla como plantillase usa el tipo %qT que no es plantilla como una plantilladeclaraciÃ³n que no es thread-local de %q#D despuÃ©s de una declaraciÃ³n thread-localdeclaraciÃ³n que no es thread-local de %q+D despuÃ©s de una declaraciÃ³n thread-localnon-top-level BIT_FIELD_REF, IMAGPART_EXPR o REALPART_EXPRconversiÃ³n que no es trivial en la asignaciÃ³nconversiÃ³n que no es trivial en la operaciÃ³n unariano se admiten los inicializadores designados como no trivialesCONSTRUCTOR no vector con elementosoperandos que no son vectores en la comparaciÃ³n de vectoresel Ã­ndice de matriz no es una constante en el inicializadorlista de salidas no vacÃ­a del bucle %d, pero no se graban las salidasetiqueta no local argumento %qD no nulo comparado con NULLun argumento que no es nulo tiene un nÃºmero de operando no vÃ¡lido (argumento %lu)un argumento que no es nulo hace referencia a un operando que no es puntero (argumento %lu, operando %lu)un argumento que no es nulo con nÃºmero de operando fuera de rango (argumento %lu, operando %lu)un atributo que no es nulo sin argumento es un atributo que no es prototiponormalizaciÃ³n y escalado no pueden coexistir
! no se permite combinar tipos en BIT_INSERT_EXPRno se configurÃ³ para ABI SPEno configurado para el conjunto de instrucciones SPEno se configurÃ³ con el sufijo de encabezados sysrootfaltan argumentosfaltan argumentos para devolverno hay suficientes bucles perfectamente anidadosno hay suficiente informaciÃ³n de tipono hay suficientes argumentos variables para ajustar un centinelanotanota: argumento nulo donde se requiere uno que no sea nulo (argumento %lu)puntero de destino nulocadena de formato nulapuntero nulodesreferencia a puntero nuloel nÃºmero debe ser 0 Ã³ 1el nÃºmero de argumentos no coinciden con el prototipo internoel nÃºmero de argumentos no coinciden con el prototipoel nÃºmero de notas bb en la cadena insn (%d) != n_basic_blocks (%d)el nÃºmero de componentes del vector no es una potencia de dosel nÃºmero de contadores es %d en lugar de %del nÃºmero de resultados no coincide con el nÃºmero de valoresel nÃºmero de variables en la clÃ¡usula %<depend(sink)%> no coincide con el nÃºmero de variables de iteraciÃ³nel argumento numÃ©rico del atributo %qE debe estar dentro del rango 0..63objc++-cpp-output es obsoleto; pr favor use en su lugar objective-c++-cpp-outputobjc-cpp-output es obsoleto; por favor use en su lugar objective-c-cpp-outputel objeto no es un mÃ©todofalta un objeto en el uso de %qEla propiedad de objeto %qD no tiene un atributo %<assign%>, %<retain%> o %<copy%>; se asume %<assign%>el tipo de objeto %qT no coincide con el nombre del destructor ~%qTun objeto con tipo modificado variablemente no debe tener enlacese esperaba una declaraciÃ³n mÃ©todo objective-cse esperaba(n) argumento(s) de mensaje de objective-c++se esperaba una declaraciÃ³n de mÃ©todo de objective-c++cÃ³digo de formato Maverick obsoleto '%c'se usÃ³ la opciÃ³n obsoleta -I-, por favor utilice -iquote en su lugaruso obsoleto del inicializador designado con %<:%>uso obsoleto del inicializador designado sin %<=%>no se ha encontrado el compilador %sel desplazamiento %qwi fuera de los lÃ­mites de la constante de cadenael desplazamiento excede 16 bytesel desplazamiento del campo de bits packed %qD cambiÃ³ en GCC 4.4definiciÃ³n de funciÃ³n de estilo antiguodeclaraciones de parÃ¡metros de estilo antiguo en la definiciÃ³n de una funciÃ³n prototipose omitiÃ³ el operando de enmedio de %<?%>: no se puede revolver el operandosolamente a las regiones %<distribute%> o %<parallel%> se les permite estar estrictamente anidadas dentro de la regiÃ³n %<teams%>%<inbranch%> y %<notinbranch%> son los Ãºnicos indicadores permitidos con el atributo %<__simd__%>sÃ³lo 0.0 se puede cargar como un inmediatosÃ³lo los tips de objeto Objective-C se pueden calificar con un protocolosolamente los constructores toman inicializadores miembrosÃ³lo las variables sin inicializar se pueden colocar en una secciÃ³n .bssSÃ³lo las variables sin inicializar se pueden colocar en la secciÃ³n .noinitsÃ³lo se admiten los aliases weak en esta configuraciÃ³nsolo se permiten inicializadores a cero en la secciÃ³n %qsno se pueden inicializar los tipos de vector opacosel especificador enumerador opaco debe usar un identificador simpleespecificador enumerador opaco sin nombrefallÃ³ al abrir %s: %sopen /dev/zero: %mse abre la lista de salida LTRANS %s: %mabriendo el fichero de dependencias %s: %mabriendo el fichero de salida %s: %mel operando %d deberÃ­a ser un inmediato sin signo de 3 bitsel operando %d deberÃ­a ser un inmediato sin signo de 6 bitsel operando %d deberÃ­a ser un inmediato sin signo de 8 bitsel operando 1 deberÃ­a ser un inmediato de 3 bits sin signoel operando 1 deberÃ­a ser un valor de 3 bits sin signo (10-17)el operando 2 deberÃ­a ser un valor de 3 bits par (subreg 0,2,4,6)el operando 2 deberÃ­a ser un valor de 3 bits sin signo (10-17)el operando 2 deberÃ­a ser un valor de 3 bits sin signo (0-7)el operando 2 deberÃ­a ser un valor de 8 bits sin signoel operando 3 deberÃ­a ser un valor de 3 bits sin signo (10-17)el operando 3 deberÃ­a ser un valor de 8 bits sin signoel operando 4 deberÃ­a ser un valor de 8 bits sin signo (0-255)la restriccion de operando contiene %<+%> Ã³ %<=%> en una posiciÃ³n incorrectalas restricciones de operandos para %<asm%> difieren en el nÃºmero de alternativasel operando para la instrucciÃ³n sleep debe ser una constante en tiempo de compilaciÃ³n sin signo de 6 bitsel operando no es un cÃ³digo de condiciÃ³n, cÃ³digo de operando '%c' no vÃ¡lidoel operando no es un cÃ³digo de condiciÃ³n, cÃ³digo de operando 'D' no vÃ¡lidoel operando no es un cÃ³digo de condiciÃ³n, cÃ³digo de operando 'Y' no vÃ¡lidoel operando no es un entero concreto, cÃ³digo de operando 'R' no vÃ¡lidoel operando no es un entero concreto, cÃ³digo de operando 'r' no vÃ¡lidoel operando no es un entero, cÃ³digo de operando 'K' no vÃ¡lidoel operando no es un entero, cÃ³digo de operando 'R' no vÃ¡lidoel operando no es una referencia de memoria desplazable, cÃ³digo de operando 'H' no vÃ¡lidoel operando debe ser un inmediato del tamaÃ±o correctofalta un nÃºmero operando despuÃ©s de %%-letranÃºmero operando fuera de rangooperando numÃ©rico fuera de rango en el formatoel nÃºmero de operandos especificados para el formato no toma argumentosse especificÃ³ un nÃºmero de operandos con asignaciÃ³n suprimidael tipo %qT del operando es incompatible con el argumento %d de %qElos operandos para %T/%t deben ser reg + const_int:los operandos de ?: tienen tipos diferentes %qT y %qTla operaciÃ³n sobre %qE puede estar indefinidael atributo de optimizaciÃ³n en %qD despuÃ©s de la definiciÃ³n pero el atributo no concuerdano coincide el atributo de nivel de optimizaciÃ³nla optimizaciÃ³n puede eliminar lecturas y/o escrituras a variables de registrola opciÃ³n %qs es vÃ¡lida para %s pero no para %sla funciÃ³n %s no se admite conjuntamente con -fopenaccya se habÃ­a especificado option("%s")argumento opcionalopciones activadas: faltan opciones u objetivos despuÃ©s de %qsopciones pasadas: comparaciÃ³n ordenada de puntero con el entero cerocomparaciÃ³n ordenada de puntero con un puntero nulola definiciÃ³n original apareciÃ³ aquÃ­se definiÃ³ originalmente aquÃ­originalmente la llamada indirecta a funciÃ³n no se considera para la inclusiÃ³n en lÃ­nease especificÃ³ originalmente aquÃ­construcciÃ³n %qs huÃ©rfanadeberÃ­a concordar con el mÃ©todo virtual %qD pero no concuerda%<__transaction_cancel%> mÃ¡s externo no estÃ¡ dentro del %<__transaction_atomic%> mÃ¡s externoel bloque mÃ¡s externo de la regiÃ³n %i es errÃ³neotransacciÃ³n mÃ¡s externa en la funciÃ³n %<transaction_may_cancel_outer%>transacciÃ³n mÃ¡s externa en la funciÃ³n %<transaction_safe%>transacciÃ³n mÃ¡s externa en la transacciÃ³nla restricciÃ³n de salida %d no se puede especificar junto con la sobreescritura "%s"la restricciÃ³n de salida %d debe especificar un solo registrola restricciÃ³n de salida %qc para el operando %d no estÃ¡ al iniciono se ha especificado el fichero de salidase especificÃ³ dos veces el nombre del fichero de salidael nÃºmero de salida %d no es directamente direccionableel operando de salida %d debe usar la restricciÃ³n %<&%>la restricciÃ³n de operando de salida carece de %<=%>el operando de salida es constante en %<asm%>los registros de salida deben ser agrupados en la parte superior de la pilaoutput_move_single:desbordamiento en la dimensiÃ³n de la matrizdesbordamiento en la expresiÃ³n constantedesbordamiento en valores de enumeraciÃ³ndesbordamiento en valores de enumeraciÃ³n en %qDdesbordamiento en la conversiÃ³n implÃ­cita de constantelista de argumentos de salida desbordada para %qsfunciÃ³n sobrecargada sin informaciÃ³n contextual de tipolos controles de anulaciÃ³n (override/final) sÃ³lo estÃ¡n disponibles con -std=c++11 o -std=gnu++11se sobreescribe la funciÃ³n borrada %q+Dse anula la funciÃ³n final %q+Dse sobreescribe la funciÃ³n %q+D que no se borrÃ³el atributo packed causa una alineaciÃ³n ineficienteel atributo packed causa una alineaciÃ³n ineficiente para %q+Del atributo packed causa una alineaciÃ³n ineficiente para %qEno es necesario el atributo packedel atributo packed es innecesario para %q+Del atributo packed es innecesario para %qEtamaÃ±o de la estructura de relleno para los lÃ­mites de alineaciÃ³nestructura de relleno para alinear %q+Del parÃ¡metro %P tiene el tipo incompleto %qTel parÃ¡metro %P de %qD tiene el tipo incompleto %qTel parÃ¡metro %q+D se declarÃ³ %<_Noreturn%>el parÃ¡metro %q+D se declarÃ³ %<inline%>el parÃ¡metro %q+D sÃ³lo tiene una declaraciÃ³n posteriorel parÃ¡metro %qD se declarÃ³ con tipo voidel parÃ¡metro %qD tiene tipo incompletoel parÃ¡metro %qD incluye un puntero a matriz %qT de lÃ­mite desconocidoel parÃ¡metro %qD incluye una referencia a matriz %qT de lÃ­mite desconocidoel parÃ¡metro %qD se declarÃ³ no vÃ¡lidamente como tipo de mÃ©todoel parÃ¡metro %qD estÃ¡ inicializadose definiÃ³ el parÃ¡metro %qD pero no se usael parÃ¡metro %qP de %qD puede ser un candidato para un atributo de formatoel parÃ¡metro %u (%q+D) tiene tipo incompletoel parÃ¡metro %u (%q+D) tiene tipo voidel parÃ¡metro %u tiene tipo incompletoel parÃ¡metro %u tiene tipo voidel parÃ¡metro se declarÃ³ %<auto%>la lista de parÃ¡metros no ofrece una firma vÃ¡lida para %s()el parÃ¡metro puede no tener el tipo modificado variablemente %qTel parÃ¡metro puede ser un candidato para un atributo de formatofalta el nombre del parÃ¡metro de la lista de parÃ¡metrosse omitiÃ³ el nombre del parÃ¡metronombres de parÃ¡metros (sin tipos) en la declaraciÃ³n de la funciÃ³nel paquete de parÃ¡metros %qD no puede tener un argumento por defectoel argumento de paquete de parÃ¡metro %qE debe estar al final de la lista de argumentos de plantillael argumento de paquete de parÃ¡metro %qT debe estar al final de la lista de argumentos de plantillael paquete de parÃ¡metros no puede tener un argumento por defectono se expanden los paquetes de parÃ¡metro con %<...%>el paso de parÃ¡metro para argumentos de tipo %qT ha cambiado en GCC 7.1argumento de tipo derivado parametrizadono se pueden usar parÃ©ntesis alrededor de %qE para formar una funciÃ³n-puntero-a-miembrose requieren parÃ©ntesis alrededor de esta literal compuesta para eviar ambigÃ¼edad en la decodificaciÃ³nno se permite la inicializaciÃ³n entre parÃ©ntesis para el bucle %<for%> en OpenMPinicializador entre parÃ©ntesis en la matriz newerror de decodificaciÃ³n en la lista de argumentos de plantillala especializaciÃ³n parcial %qT se declarÃ³ %<friend%>no se encontrÃ³ el paso %qs, pero estÃ¡ referenciado por el paso nuevo %qsel paso %s no admite clonaciÃ³nel paso %s necesita una implementaciÃ³n set_pass_param para manejar el argumento extra en NEXT_PASSal pasar %qT se escoge %qT sobre %qTse pasÃ³ NULL al argumento %P de %qD que no es punteroel paso del argumento %d de %qE descarta los calificadores del tipo del destino del punterose pasa el argumento %d de %qE como %<float%> en lugar de %<double%> debido al prototipose pasa el argumento %d de %qE como %qT en lugar de %qT debido al prototipose pasa el argumento %d de %qE como complejo en lugar de coma flotante debido al prototipose pasa el argumento %d de %qE como complejo en lugar de entero debido al prototipose pasa el argumento %d de %qE como coma flotante en lugar de complejo debido al prototipose pasa el argumento %d de %qE como coma flotante en lugar de entero debido al prototipose pasa el argumento %d de %qE como entero en lugar de complejo debido al prototipose pasa el argumento %d de %qE como entero en lugar de coma flotante debido al prototipose pasa el argumento %d de %qE como signed debido al prototipose pasa el argumento %d de %qE como unsigned debido al prototipoel paso del argumento %d de %qE descarta el calificador %qv del tipo del destino del punterose pasa el argumento %d de %qE desde un tipo Objective-C distintose pasa el argumento %d de %qE desde un tipo de puntero incompatiblese pasa el argumento %d de %qE desde un puntero a espacio de direcciones no contenidoel paso del argumento %d de %qE hace que la funciÃ³n calificada con %q#v apunte desde una no calificadael paso del argumento %d de %qE crea un entero desde un puntero sin una conversiÃ³nel paso del argumento %d de %qE crea un puntero desde un entero sin una conversiÃ³nse pasa el argumento %d de %qE con anchura diferente debido al prototipopasando argumento demasiado grande a la pilael pragma pch_preprocess sÃ³lo se debe usar con -fpreprocessedavisopedavisoped: errorpermerrorperm: fallÃ³ pex_init: %mel plugin %s no estÃ¡ licenciado bajo una licencia compatible con GPL
  %sel plugin %s registrÃ³ una funciÃ³n de llamada hacia atrÃ¡s nula para el evento %sel plugin %s de debe especificar antes de -fplugin-arg-%s en la lÃ­nea de Ã³rdenesse especificÃ³ el plugin %s con diferentes rutas:
  %s
! %sel plugin no puede registrar un paso faltanteel plugin no puede registrar un paso sin nombreel plugin no puede registrar el paso %qs sin un nombre de paso de referenciael soporte de plugins estÃ¡ desactivado; configure con --enable-pluginpunteroargumento punterono se permite la aritmÃ©tica de punteros para los objetos capturados por el recolector de basuraasignaciÃ³n de punterolos lÃ­mites del puntero se perdieron por culpa de la expresiÃ³n inesperada %sse usÃ³ un puntero de tipo %<void *%> en la aritmÃ©ticase usÃ³ un puntero de tipo %<void *%> en la sustracciÃ³nel desplazamiento del puntero desde el sÃ­mbolo tal vez es incorrectopuntero o resultado asignabletipos de objetivo a incompatibles en C++el espacio de direcciones %qs que apuntan a punteros debe ser const en %qTel espacio de direcciones %qs que apuntan a punteros debe ser const en %s %q+Del puntero que apunta en la asignaciÃ³n difiere en signoel puntero que apunta en la inicializaciÃ³n difiere en signoel puntero que apunta en el paso del argumento %d de %qE difiere en signoel puntero que apunta en la devoluciÃ³n difiere en signose usÃ³ un puntero a una funciÃ³n en la aritmÃ©ticase utilizÃ³ un puntero a una funciÃ³n en la sustracciÃ³nel puntero a tipo de interfaz no tiene mÃ©todospuntero a la conversiÃ³n miembro a travÃ©s de la base virtual %qTel tipo de puntero a miembro %qT es incompatible con el tipo objeto %qTlos tipos de datos punteros no coinciden en la expresiÃ³n condicionalse usÃ³ un valor de puntero donde se esperaba un complejose usÃ³ un valor de puntero donde se esperaba un valor de coma flotantela funciÃ³n puntero-a-miembro %E no se puede llamar dentro de un objeto; considere utilizar .* o ->*los tipos de datos punteros/enteros no coinciden en la expresiÃ³n condicionalno se permite usar punteros como valores casese usaron punteros a espacios de direcciones discontinuos en la expresiÃ³n condicionalargumento polimÃ³rficoposiciÃ³n mÃ¡s tamaÃ±o supera el tamaÃ±o del objeto referenciado en BIT_FIELD_REFno se admite cÃ³digo independiente de posiciÃ³nel cÃ³digo independiente de posiciÃ³n requiere %qsel cÃ³digo independiente de posiciÃ³n requiere la ABI de Linuxse detectÃ³ un posible problema en la invocaciÃ³n del operador delete:la direcciÃ³n de post-incremento no es un registroel postfijo %qD debe tomar %<int%> como su argumentoel postfijo %qD debe tomar %<int%> como su segundo argumentoel postfijo %qD debe regresar %qTposible desreferencia a puntero nulola direcciÃ³n de pre-decremento no es un registrola direcciÃ³n de pre-incremento no es un registroprecisiÃ³nprecisiÃ³n en formato printfinstrucciÃ³n de predicado ThumbinstrucciÃ³n de predicado en una secuencia condicionalaloja de preferencia registros que permitan la generaciÃ³n de instrucciones short.el prefijo %qD debe regresar %qTse descartan los atributos de prefijo antes de %<@%D%>se descartan los atributos de prefijo para las implementacionesse descartan los atributos de prefijo para los mÃ©todosel prev_bb de %d debe ser %d, no %ddeclaraciÃ³n previadeclaraciÃ³n previa de %<%c%E%>declaraciÃ³n previa de %<%c%E%> como %<@optional%>declaraciÃ³n previa de %<%c%E%> como %<@required%>declaraciÃ³n previa de %<%c%s%>declaraciÃ³n previa de %DdeclaraciÃ³n previa de %q+Dla declaraciÃ³n previa de %q+D estaba aquÃ­declaraciÃ³n previa de %qEla definiciÃ³n previa estÃ¡ aquÃ­la definiciÃ³n previa de %q+D estaba aquÃ­la declaraciÃ³n implÃ­cita previa de %q+D estaba aquÃ­la declaraciÃ³n previa %q+#D que no es funciÃ³nse declarÃ³ previamente aquÃ­se definiÃ³ previamente aquÃ­se usÃ³ previamente aquÃ­problema al construir la imagen de destino para %s
  soporte de anÃ¡lisis de perfil para CR16soporte de anÃ¡lisis de perfil para VxWorksel anÃ¡lisis de perfil aÃºn no se implementa en esta arquitecturael anÃ¡lisis de perfil no se admite con -mgprogramas: %s
! el argumento promovido %qD no coincide con el prototipo internoel argumento promovido %qD no coincide con el prototipoel ~unsigned promovido es siempre diferente de cerola propiedad %qs ya se especificÃ³ en %<@dynamic%>la propiedad %qs ya se especificÃ³ en %<@synthesize%>la propiedad %qs estÃ¡ usando la variable de instancia %qs de tipo incompatiblela propiedad %qs estÃ¡ usando la misma variable de instancia que la propiedad %qsla propiedad no puede ser un campo de bitsla propiedad no puede ser una matrizla declaraciÃ³n de propiedad no estÃ¡ en el contexto @interface o @protocolno se admiten los atributos de visibilidad protected en esta configuraciÃ³n; descartadosel protocolo %qE tiene una dependencia circularel protocolo %qE es obsoletolos atributos de protocolo no estÃ¡n disponibles en Objective-C 1.0declaraciÃ³n de prototipoel prototipo para %q#D no coincide con ningÃºn otro en la clase %qTel prototipo para %q+D declara el argumento %d con un tipo incompatibleel prototipo para %q+D declara menos argumentos que la definiciÃ³n anterior de estilo antiguoel prototipo para %q+D declara mÃ¡s argumentos que la definiciÃ³n anterior de estilo antiguoprototipo para %q+D despuÃ©s de una definiciÃ³n que no es prototipoel prototipo de '%s' tiene operandos obligatorios despuÃ©s de los opcionalesprovisto por %q+Dno se llamÃ³ al seudo-destructorespecificador-pure en la definiciÃ³n-de-funciÃ³nmodificadores q/Q no vÃ¡lidos para las referencia de sÃ­mboloel nombre calificado no nombra una claseel tipo calificado %qT no coincide con el nombre del destructor ~%qTno se permiten calificadores en la declaraciÃ³n de %<operator %T%>el tipo calificador %qT no coincide con el nombre del destructor ~%qTr0 necesita estar disponible como un registro sobreescrito por llamadala clÃ¡usula de rango debe tener tipo matriz, rebanada, cadena, mapa o canallas expresiones de rango en las declaraciones switch no son estÃ¡ndarla expresiÃ³n %<for%> basada en rango de tipo %qT tiene un miembro %<begin%> pero no tiene %<end%>la expresiÃ³n %<for%> basada en rango de tipo %qT tiene un miembro %<end%> pero no tiene %<begin%>la expresiÃ³n %<for%> basada en rango de tipo %qT es de tipo incompletolos rangos no coinciden entre %qE y %qElos rangos no coinciden en la expresiÃ³n %qEel operador literal raw %q+D tiene conflictos con la plantilla de operador literal %qDno se admite rdynamicfallÃ³ la lectura al leer los datos de exportaciÃ³nse usÃ³ la ubicaciÃ³n de sÃ³lo lectura %qE como salida %<asm%>se usÃ³ el miembro de sÃ³lo lectura %qD como salida %<asm%>se usÃ³ el valor de devoluciÃ³n nombrado de sÃ³lo lectura %qD como salida %<asm%>se usÃ³ el parÃ¡metro de sÃ³lo lectura %qD como salida %<asm%>se usÃ³ la referencia de sÃ³lo lectura %qD como salida %<asm%>se usÃ³ la variable de sÃ³lo lectura %qD como salida %<asm%>leyendo fichero de entradaleyendo a travÃ©s de un puntero nulo (argumento %d)no se puede establecer la propiedad readonlyse recompila con -fcompare-debugevaluaciÃ³n recursiva del argumento por defecto para %q#DinserciÃ³n en lÃ­nea recursivatipo recursivo %qT sin definirse requiere recursivamente para la sustituciÃ³n de %qS
  se requiere recursivamente desde %q#D
  se requiere recursivamente desde aquÃ­
! redeclaraciÃ³n de %<enum %E%>redeclaraciÃ³n de %<wchar_t%> como %qTredeclaraciÃ³n de %q#DredeclaraciÃ³n de %q+D con visibilidad diferente (se preserva la visibilidad anterior)redeclaraciÃ³n de %q+D sin enlaceredeclaraciÃ³n de %qT como algo que no es plantillaredeclaraciÃ³n del tipo interno de C++ %qTredeclaraciÃ³n de la clase Objective-C %qsredeclaraciÃ³n del enumerador %q+Dla redeclaraciÃ³n de friend %q#D no puede tener argumentos de plantilla por defectoredeclaraciÃ³n de la propiedad %qDredeclarado aquÃ­ como %q#Dse redeclarÃ³ con %d parÃ¡metro de plantillase redeclarÃ³ con %d parÃ¡metros de plantillalas funciones extern inline redefinidas no se consideran para la inclusiÃ³n en lÃ­nearedefiniciÃ³n de %<struct %E%>redefiniciÃ³n de %<union %E%>redefiniciÃ³n de %q#DredefiniciÃ³n de %q#TredefiniciÃ³n de %q+DredefiniciÃ³n del argumento por defecto para %q#DredefiniciÃ³n del parÃ¡metro %q+DredefiniciÃ³n de la definiciÃ³n de tipo %q+DredefiniciÃ³n de la definiciÃ³n de tipo %q+D con un tipo diferenteredefiniciÃ³n de la definiciÃ³n de tipo %q+D con un tipo modificado variablementeredeclaraciÃ³n redundante de %q+DdeclaraciÃ³n redundante de %qD en el mismo Ã¡mbitola referencia %qs no se puede declarar %<mutable%>la referencia a %<%T::%D%> es ambiguala referencia a %qD es ambiguareferencia a sentencia muertase devolviÃ³ una referencia a un valor que no es l-valorla regiÃ³n de lp %i es errÃ³nearegion_array no coincide con region_treeregion_array estÃ¡ corrupta para la regiÃ³n %iasignaciÃ³n de registro no tenida en cuenta para %qD usada en bloque Cilknombre de registro dado para la variable %q+D que no es registrono se especifica un nombre de registro para %q+Del nÃºmero de registro debe ser una constante en tiempo de compilaciÃ³n. Pruebe a poner niveles de optimizaciÃ³n mÃ¡s altosse usÃ³ el registro de %qD para mÃºltiples variables de registro globalesse esperaba un registro o expresiÃ³n de memoria para el modificador de salida 'M'se esperaba un registro o expresiÃ³n de memoria para el modificador de salida 'N'el registro especificado por %q+D no es adecuado para el tipo de datosse usÃ³ la variable de registro %qD en la funciÃ³n anidadalos atributos regparam y thiscall no son compatiblesreimplementaciÃ³n de la clase %qEreinterpret_cast del tipo %qT al tipo %qT proscribe los calificadorestransacciÃ³n relajada en una funciÃ³n %<transaction_safe%>transacciÃ³n relajada en una transacciÃ³n atÃ³micase ha borrado el bucle %d en el Ã¡rbol del buclese elimina el fichero .rpo: %mrenombrando la especificaciÃ³n %s a %s
! se renombra el fichero .rpo: %m%<@%> repetida antes de la cadena Objective-Cse repitiÃ³ %s en el formatoel fichero de repositorio '%s' no contiene argumentos de lÃ­nea de Ã³rdenesno se permite la peticiÃ³n para la conversiÃ³n implÃ­cita de %qT a %qT en C++solicitud por el miembro %qD en %qE, el cual es del tipo %qT que no es clasesolicitud por el miembro %qD en %qE, el cual es de tipo puntero %qT (Â¿ Tal vez quiso utilizar %<->%> ?)la peticiÃ³n para el miembro %qD es ambiguala peticiÃ³n por el miembro %qD es ambigua en la red de herencia mÃºltiplesolicitud por el miembro %qE en el tipo %qT que no es clasepeticiÃ³n del miembro %qE en algo que no es una estructura o uniÃ³nla ABI solicitada requiere -march para subsumir la extensiÃ³n %qcla alineaciÃ³n solicitada %d es mayor que %dla alineaciÃ³n solicitada para %q+D es mayor que la alineaciÃ³n implementada de %wula alineaciÃ³n solicitada no es una potencia positiva de 2la alineaciÃ³n solicitada no es una constante enterala alineaciÃ³n solicitada es demasiado grandela init_priority solicitada no es una constante enterala init_priority solicitada estÃ¡ fuera de rangola init_priority solicitada estÃ¡ reservada para uso internola posiciÃ³n solicitada es menor a cerola posiciÃ³n solicitada no es una constante enterarequire_atom(): tipo de Ã¡tomo requerido incorrectose requiere para la sustituciÃ³n de %qS
  se requiere desde %q#D
  se requiere desde aquÃ­
! el resultado de %<operator->()%> produce un resultado que no es punteroel resultado de %qE requiere %u bits para representarlo, pero %qT solo tiene %u bitsresultado con longitud de carÃ¡cter no constantela devoluciÃ³n descarta el calificador %qv del tipo del destino del punteroel borde de devoluciÃ³n no apunta a exit en el bb %ddevoluciÃ³n desde un tipo de puntero incompatibledevoluciÃ³n desde puntero a espacio de direcciones no contenidola devoluciÃ³n hace que la funciÃ³n calificada con %q#v apunte desde una no calificadala devoluciÃ³n crea un entero desde un puntero sin una conversiÃ³nla devoluciÃ³n crea un puntero desde un entero sin una conversiÃ³nreturn no es seguido por una barrerael tipo de devoluciÃ³n %q#T es un tipo de dato incompletoel tipo de devoluciÃ³n por defecto es %<int%>el tipo de devoluciÃ³n es un tipo de dato incompletoel tipo de devoluciÃ³n puede ser un candidato para un atributo de formatoel tipo de devoluciÃ³n de %qD no es %<int%>tipo de retorno de funciÃ³nla especificaciÃ³n del tipo de devoluciÃ³n para el constructor es no vÃ¡lidala especificaciÃ³n del tipo de devoluciÃ³n para el destructor es no vÃ¡lidase especificÃ³ un tipo de devoluciÃ³n para %<operator %T%>no coincide el tipo del valor de retornodevoluciÃ³n con valor en una funciÃ³n sin tipo de devoluciÃ³ndeclaraciÃ³n return con un valor, en una funciÃ³n que devuelve 'void'declaraciÃ³n return sin valores, en una funciÃ³n que devuelve %qTse devuelve un valor de un constructorse devuelve un valor de un destructorse devuelve la referencia al temporalatributo returns_nonnull en una funciÃ³n que no devuelve punteroel operando derecho del operador coma no puede resolver la direcciÃ³n de la funciÃ³n sobrecargadael operando derecho del operador coma no tiene efectoel operando derecho del operador coma es una referencia, no una llamada, a la funciÃ³n %qEprecisiÃ³n derechaprecisiÃ³n derecha en formato strfmonla cuenta de rotaciÃ³n derecha >= anchura del tipola cuenta de rotaciÃ³n derecha es negativacuenta de desplazamiento a la derecha >= anchura del tipola cuenta de desplazamiento a la derecha es negativael modo de redondeo no se admite para floats de VAXel resultado del redondeo serÃ¡ siempre 0redondear a %d bits no tiene ningÃºn efecto en valores de coma fija con %d bits de fracciÃ³nla rutina %qD se declara aquÃ­la llamada a la rutina usa paralelismo OpenACC no permitido por la rutina que lo contienela llamada a la rutina usa el mismo paralelismo OpenACC que el bucle que lo contienela cpu rx100 no tiene FPU de hardwarela cpu rx200 no tiene FPU de hardwareel mismo nodo de tipo canÃ³nico para los tipos diferentes %T y %Tse ha usado la misma variable en clÃ¡usulas %<firstprivate%> y %<lastprivate%> en una construcciÃ³n %<distribute%>same_comdat_group no es una lista circularlist same_comdat_group con grupos diferentesse encontrÃ³ %d %<template<>%>, se necesita %d para especializar una plantilla de funciÃ³n miembroescriba %<typename %E%> si quiere un tipoel objeto escalar %qD requiere un elemento en el inicializadorel argumento scalar_storage_order solo puede ser "big-endian" o "little-endian"no se admite scalar_storage_orderscalar_storage_order no se admite porque el endianess no es uniformela escala tiene que ser no negativa
  escalado y normalizaciÃ³n no pueden coexistir; se omite
! el planificador %<auto%> no toma un parÃ¡metro %<chunk_size%>el planificador %<runtime%> no toma un parÃ¡metro %<chunk_size%>la expresiÃ³n schedule chunk size debe ser integralel Ã¡mbito %qT antes de %<~%> no es un nombre-de-claselos enums con Ã¡mbito sÃ³lo estÃ¡n disponibles con -std=c++11 o -std=gnu++11no coinciden scoped/unscoped en el enum %q#Tel segundo argumento debe ser una rebanada o una cadenael segundo argumento de %q+D debe ser %<char **%>el segundo argumento de %<__builtin_prefetch%> debe ser una constanteel segundo argumento de la funciÃ³n %qE tiene que ser una potencia de 2 entera constante entre loss bits %qi y %quel segundo operando de la expresiÃ³n condicional no puede resolver la direcciÃ³n de la funciÃ³n sobrecargadael segundo operando de la expresiÃ³n condicional no tiene efectoel segundo operando de la expresiÃ³n condicional es una referencia, no una llamada, a la funciÃ³n %qEel segundo operando del operador condicional es del tipo %<void%>, pero el tercer operando no es una expresiÃ³n throw ni del tipo %<void%>el segundo parÃ¡metro de %<va_start%> no es el Ãºltimo argumento nombradolas anclas de seccions se deben desactivar cando el reordenamiento de nivel principal se desactivalas anclas de secciÃ³n se deben desactivar cuando se desactiva unidad-cada-vezel argumento del atributo secciÃ³n no es una constante de cadenano se puede especificar el atributo de secciÃ³n para las variables localesno se permite un atributo de secciÃ³n para %q+Dno se admiten atributos de secciÃ³n en este objetivono se puede sobreescribir la secciÃ³n de %q+Dla secciÃ³n de %q+D genera un conflicto con la declaraciÃ³n previala secciÃ³n del alias %q+D debe cuadrar con la secciÃ³n de su objetivoconflicto de tipo de secciÃ³nconflicto de tipo de secciÃ³n con %Dlas opciones fp16 seleccionadas son incompatiblesel selector debe ser un inmediatoel selector debe ser una constante entera en el rango 0..%wiautocomparaciÃ³n siempre falsaautocomparaciÃ³n siempre verdaderaself-tests no estÃ¡n activadas en este buildself-tests es incompatible con -Eestablece el nÃºmero de nops a emitir antes de cada patrÃ³n insn.setjmp/longjmp dentro de construcciÃ³n simdel nombre del setter debe terminar con %<:%>estableciendo el lÃ­mite del tamaÃ±o mÃ¡ximo del fichero core: %maquÃ­ estÃ¡ la declaraciÃ³n oscurecidase oscurece la funciÃ³n interna %q#Dse oscurece la funciÃ³n de biblioteca %q#Dse oscurece la declaraciÃ³n de tipo previa de %q#Dshared y mdll no son compatiblescall_stmt compartida:no se admite sharedrtx compartidola cuenta de desplazamiento no es un entero sin signodesplazamiento de un operando que no es enterolectura corta al leer los datos de exportaciÃ³nbordes sibcall para una insn que no es llamada en bb %ino se recomputan los efectos laterales cuando cambia ADDR_EXPRelemento con efectos colaterales en CONSTRUCTOR sin efectos colateralesno coinciden los signos del tipo y del modo de mÃ¡quina %qsIF simplese descarta el atributo sencillo target_clonesel tamaÃ±o de la matriz nueva debe tener un tipo integralno coincide el tamaÃ±o en el argumento %d de %qEel tamaÃ±o de %q+D es de %d bytesel tamaÃ±o de %q+D es mayor que %wd bytesel tamaÃ±o de la matriz %qD tiene un tipo %qT que no es integralel tamaÃ±o de la matriz %qD es negativoel tamaÃ±o de la matriz %qD no es una expresion constante integralel tamaÃ±o de la matriz %qE es de un tipo no enteroel tamaÃ±o de la matriz %qE es negativoel tamaÃ±o de la matriz %qE es demasiado grandeel tamaÃ±o de la matriz tiene un tipo %qT que no es integralel tamaÃ±o de la matriz es negativoel tamaÃ±o de la matriz no es una expresion constante integralel tamaÃ±o de la matriz es demasiado grandeel tamaÃ±o del bucle %d debe ser %d, no %del tamaÃ±o del valor de devoluciÃ³n de %q+D es de %u bytesel tamaÃ±o del valor de devoluciÃ³n de %q+D es mÃ¡s grande que %wd bytestamaÃ±o de bloques para el bloqueo de bucles.el tamaÃ±o de la matriz sin nombre es de un tipo no enteroel tamaÃ±o de la matriz sin nombre es negativoel tamaÃ±o de la matriz sin nombre es demasiado grandeel tamaÃ±o de la variable %q+D es demasiado grandenivel de optimizaciÃ³n del tamaÃ±o: 0:nada 1:oportunista 2:regalloc 3:alineaciÃ³n libre, -Os.los rangos de tamaÃ±o de la opciÃ³n %qs deberÃ­an ser crecientessizeof(long double) es 12.sizeof(long double) es 16.la rebanada sÃ³lo se puede comparar con nilla capacidad de la rebanada debe ser enteroel final de la rebanada debe ser enterorebanada con valor que no es direccionablesoft-float y long-double-128 son incompatibleslo sentimos, sin implementarlo sentimos, sin implementar: la fuente es un puntero a tipo incompletola fuente no es un punterola fuente no es un puntero a clasela fuente no es un tipo de clasela fuente es de tipo de clase incompletocambiaron las ubicaciones de fuente para la funciÃ³n %qE, los datos de anÃ¡lisis de perfil pueden estar desactualizadosel tipo fuente no es polimÃ³rficola especificaciÃ³n %qs tiene un %<%%0%c%> no vÃ¡lidola especificaciÃ³n %qs tiene un %<%%W%c%> no vÃ¡lidola especificaciÃ³n %qs tiene un %<%%x%c%> no vÃ¡lidola especificaciÃ³n %qs es no vÃ¡lidafalla de especificaciÃ³n: %<%%*%> no ha sido inicializado por coincidencia de patrÃ³nfalla de especificaciÃ³n: mÃ¡s de un argumento para SYSROOT_HEADERS_SUFFIX_SPECfalla de especificaciÃ³n: mÃ¡s de un argumento para SYSROOT_SUFFIX_SPECfalla de especificaciÃ³n: no se reconoce la opciÃ³n de especificaciÃ³n %qcel fichero de especificaciÃ³n no tiene especificaciones para enlazarla especificacion es '%s'
  
! la opciÃ³n generada de especificaciÃ³n sÃ³lo es %<-%>especializaciÃ³n de %qT despuÃ©s de la instanciaciÃ³n %qTespecializaciÃ³n de %qD despuÃ©s de la instanciaciÃ³nespecializaciÃ³n de %qD en un espacio de nombres diferentela especializaciÃ³n de %qD debe aparecer en un Ã¡mbito de espacio de nombresespecializaciÃ³n de %qT despuÃ©s de la instanciaciÃ³nespecializaciÃ³n de la funciÃ³n miembro especial declarada implÃ­citamentese especializÃ³ %q#T en un espacio de nombres diferenteel miembro especializado %<%T::%E%> requiere sintaxis %<template<>%>el lÃ­mite %wu especificado es igual al tamaÃ±o del destinoel lÃ­mite especificado %wu supera %<INT_MAX %>el lÃ­mite especificado %wu supera el tamaÃ±o mÃ¡ximo del objeto %wuel lÃ­mite especificado %wu supera el tamaÃ±o %wu del objeto de destinoel modo especificado es demasiado pequeÃ±o para valores enumeradosopciÃ³n %qs especificada mÃ¡s de una vezes obsoleto especificar tipos vectoriales con __attribute__ ((mode))sintaxis de specs %%include mal formada despuÃ©s de %ld caracteressintaxis de specs %%rename mal formada despuÃ©s de %ld caracteresla especificaciÃ³n specs %s no se encontrÃ³ para ser renombradafichero specs mal formado despuÃ©s de %ld caracteresorden specs %% desconocida despuÃ©s de %ld caracteres%<>>%> sobrante, use %<>%> para terminar una lista de argumentos de plantilla%<%%%> final espurio en el formatoel marco de la pila debe ser menor de 64kel marco de pila no es un mÃºltiplo de 8 bytes: %wdel marco de pila no es un mÃºltiplo de octabyte: %wdmarco de pila demasiado grandeel valor de guardia de pila debe ser una potencia exacta de 2no se admite la expresiÃ³n del lÃ­mite de la pilano se admiten lÃ­mites de la pila en este objetivola prueba de pila requiere %<-maccumulate-outgoing-args%> para ser correctala prueba de pila requiere %<target("accumulate-outgoing-args"%> para ser correctael protector de pila no protege la funciÃ³n: todas las matrices locales son de longitud menor a %d bytesel protector de pila no protege las variables locales: almacenamiento temporal de longitud variablese usÃ³ un nombre de registro para una variable de registro globalel tamaÃ±o de la pila debe ser una potencia exacta de 2el tamaÃ±o de la pila debe ser mayor que el valor de la guardia de pilael tamaÃ±o de la pila no debe ser mayor a 64kno se admite el cÃ¡lculo de uso de pila para este objetivoel uso de la pila es de %wd bytesel uso de la pila puede ser de %wd bytesel uso de pila puede estar sin lÃ­mitesstack_offset debe ser un mÃºltiplo de 4stack_offset debe ser por lo menos 4marco de la pila demasiado grande: %d bytesno se permiten las conversiones estÃ¡ndar en este contextoel principio del fragmento RTL debe estar en una lÃ­nea anterior al finel inicio del bucle do implÃ­cito en %L no se puede simplificar a un valor constanteprincipio/fin de fragmento RTL en ficheros diferentesla declaraciÃ³n no puede resolver la direcciÃ³n de la funciÃ³n sobrecargadala declaraciÃ³n no tiene efectola declaraciÃ³n es una referencia, no una llamada, a la funciÃ³n %qEse marcÃ³ la sentencia para throw en medio del bloquese marcÃ³ la sentencia para throw, pero no lo hacela sentencia nunca se ejecutarÃ¡declaraciÃ³n sin efectolas expresiones-de-declaraciones no se permiten fuera de funciones ni en listas de argumentos-plantillastatic %qs no se puede declarar %<mutable%>la declaraciÃ³n de ES estÃ¡tica para %q+D necesita una direcciÃ³nfallÃ³ la aserciÃ³n estÃ¡tica: %EfallÃ³ la aserciÃ³n estÃ¡tica: %scadena static con una funciÃ³n que no usa unadeclaraciÃ³n static de %q+D despuÃ©s de una declaraciÃ³n que no es staticno se admite la inicializaciÃ³n estÃ¡tica de la variable %q+D en memoria %<.shared%>static no se admite en TPF-OSel miembro static %qD no puede ser un campo de bitsse declarÃ³ el miembro static %qD como %<register%>la funciÃ³n miembro static %q#D se declara con calificadores de tipola funciÃ³n miembro static %qD no puede tener calificador-cvstatic o calificadores de tipo en un declarador de matriz que no es parÃ¡metrostatic_cast del tipo %qT al tipo %qT proscribe los calificadoresinstancia de la clase Objective-C %qE alojada estÃ¡ticamentelos atributos stdcall y cdecl no son compatibleslos atributos stdcall y fastcall no son compatibleslos atributos stdcall y thiscall no son compatiblesel paso del bucle do implÃ­cito en %L no se puede simplificar a un valor constantese modificÃ³ el stmt (%p) marcado despuÃ©s del paso de optimizaciÃ³n: la opciÃ³n volatile de stmt no estÃ¡ actualizadastmt con VUSE incorrectola clase de almacenamiento %<__thread%> es no vÃ¡lida para la funciÃ³n %qsla clase de almacenamiento %<auto%> es no vÃ¡lida para la funciÃ³n %qsla clase de almacenamiento %<register%> es no vÃ¡lida para la funciÃ³n %qsclase de almacenamiento %qD aplicada a la instanciaciÃ³n de una plantillase especificÃ³ una clase de almacenamiento para %qsse especificÃ³ una clase de almacenamiento para el parÃ¡metro %qEse especificÃ³ una clase de almacenamiento para el parÃ¡metro %qsse especificÃ³ una clase de almacenamiento para el campo de la estructurase especificÃ³ una clase de almacenamiento para el campo de la estructura %qEse especificÃ³ una clase de almacenamiento para el parÃ¡metro de plantilla %qsse especificÃ³ una clase de almacenamiento para el nombre de tipose especificÃ³ una clase de almacenamiento para un parÃ¡metro sin nombreespecificadores de clase de almacenamiento no vÃ¡lidos en las declaraciones de funciones friendespecificadores de clase de almacenamiento no vÃ¡lidos en las declaraciones de parÃ¡metrosel tamaÃ±o de almacenamiento de %q+D no es constanteno se conoce el tamaÃ±o de almacenamiento de %q+Del tamaÃ±o de almacenamiento de %qD no es constanteno se conoce el tamaÃ±o de almacenamiento de %qDnombre de dispositivo extraÃ±o %qs despuÃ©s de %qs: carÃ¡cter incorrecto %qcno se admite el nombre de estrategia %qs especificado para la opciÃ³n %qs para cÃ³digo de 32 bits%<@%> parÃ¡sita en el programa%<\%o%> parÃ¡sito en el programa%qc parÃ¡sito en el programa%qs sobrante despuÃ©s de los mÃ©todos Objective-C++%qs parÃ¡sito en el programalos formatos de strftime no pueden dar formato a los argumentosla longitud de la cadena %qd es mayor que la longitud %qd, la mÃ¡xima que los compiladores ISO C%d deben admitirliteral de cadena en la firma de plantilla de funciÃ³nel uso de strong solamente tiene significado en el Ã¡mbito de espacio de nombresse ha interceptado una asignaciÃ³n strong-casttal vez se necesite strong-castse definiÃ³ struct aquÃ­struct no tiene miembrosstruct no tiene miembros nombradosla alineaciÃ³n de la estructura debe ser una potencia pequeÃ±a de dos, no %dcampo de estructurael lÃ­mite del tamaÃ±o de la estructura sÃ³lo se puede establecer a 8 o 32el lÃ­mite del tamaÃ±o de la estructura sÃ³lo se puede establecer a 8, 32 o 64la inclusiÃ³n del submarco de trabajo %s genera un conflicto con el marco de trabajo incluidofalta el subÃ­ndice en la referencia de la matrizel valor indicado por el subÃ­ndice no es ni matriz ni punteroel valor del subÃ­ndice no es ni matriz ni puntero ni vectorel valor de subÃ­ndice es un puntero a funciÃ³nse declarÃ³ el subÃ­ndice de la matriz como %<register%>se sugiere llaves alrededor de un cuerpo vacÃ­o en una declaraciÃ³n %<do%>se sugieren llaves alrededor del cuerpo vacÃ­o en una declaraciÃ³n %<else%>se sugieren llaves alrededor del cuerpo vacÃ­o en una declaraciÃ³n %<if%>se sugieren llaves explÃ­citas alrededor del cuerpo vacÃ­o en la declaraciÃ³n %<do%>se sugieren llaves explÃ­citas para evitar un %<else%> ambiguose sugieren parÃ©ntesis alrededor de %<&&%> junto con %<||%>se sugieren parÃ©ntesis alrededor de %<+%> para un operando de %<&%>se sugieren parÃ©ntesis alrededor de %<+%> dentro de %<<<%>se sugieren parÃ©ntesis alrededor de %<+%> dentro de %<>>%>se sugieren parÃ©ntesis alrededor de %<-%> para un operando de %<&%>se sugieren parÃ©ntesis alrededor de %<-%> dentro de %<<<%>se sugieren parÃ©ntesis alrededor de %<-%> dentro de %<>>%>se sugieren parÃ©ntesis alrededor de la expresiÃ³n %<>>%>se sugieren parÃ©ntesis alrededor de la aritmÃ©tica para un operando de %<^%>se sugieren parÃ©ntesis alrededor de la aritmÃ©tica para un operando de %<|%>se sugieren parÃ©ntesis alrededor de la asignaciÃ³n usada como valor verdaderose sugieren parÃ©ntesis alrededor de la comparaciÃ³n en un operando de %<!=%>se sugieren parÃ©ntesis alrededor de la comparaciÃ³n para un operando de %<&%>se sugieren parÃ©ntesis alrededor de la comparaciÃ³n en un operando de %<==%>se sugieren parÃ©ntesis alrededor de la comparaciÃ³n para un operando de %<^%>se sugieren parÃ©ntesis alrededor de la comparaciÃ³n para un operando de %<|%>se sugieren parÃ©ntesis alrededor de un operando de %<!%> o cambie %<&%> a %<&&%> o %<!%> a %<~%>se sugieren parÃ©ntesis alrededor del operando de %<!%> o cambie %<|%> a %<||%> o %<!%> a %<~%>alternativa sugerida:alternativas sugeridas:se admite el modo %qsla opciÃ³n %<-mcustom-%s%> genera un conflicto con la opciÃ³n %<-mcustom-%s%>la opciÃ³n %<-mcustom-%s%> no produce efecto alguno a menos que se especifique -ffinite-math-onlyla opciÃ³n %<-mcustom-%s%> no produce efecto alguno a menos que se especifique -fno-math-errnola opciÃ³n %<-mcustom-%s%> no produce efecto alguno a menos que se especifique -funsafe-math-optimizationsse requiere la opciÃ³n %<-mcustom-%s%> para la coma flotante de precisiÃ³n dobleopciÃ³n %<-mcustom-%s%>: el valor %d tiene que estar entre 0 y 255la opciÃ³n %qs no inicia con %<-%>la opciÃ³n %qs ya no se admitela opciÃ³n -mcpu=%s genera un conflicto con la opciÃ³n -march=%sla condiciÃ³n de switch tiene valor booleanswitch salta dentro de una expresiÃ³n de declaraciÃ³nel switch salta sobre la inicializaciÃ³n de la variablefalta el case por defecto para un switchla cantidad de switch no es un enteroswitch inicia aquÃ­la declaraciÃ³n switch de tamaÃ±o de %lu entradas es demasiado grandese usÃ³ un sÃ­mbolo como un operando inmediatose usÃ³ un sÃ­mbolo con registros base e indizados al mismo tiempose usÃ³ un sÃ­mbolo con desplazamiento en modo PIClas referencias a memoria simbÃ³lica sÃ³lo se admiten en z10 o posteriorsymtab_node::fallÃ³ verifyse requiriÃ³ primero el mÃ©todo sintetizado %qD aquÃ­ fallÃ³ la llamada a sistema para kern.osversion: %mla ruta del sistema %qs no es absolutase toma la direcciÃ³n del constructor %qEse toma la direcciÃ³n del destructor %qEse toma la direcciÃ³n de la expresiÃ³n de tipo %<id%>se toma la direcciÃ³n del temporalse toma la direcciÃ³n de la matriz temporalse toma la direcciÃ³n de xvalue (referencia rvalue)tomar la direcciÃ³n de una etiqueta no es estÃ¡ndarel objetivo %s %qs no acepta un argumentoel objetivo %s %qs no permite una forma negadael objetivo %s %qs no es vÃ¡lidoel objetivo %s %s=%s no es vÃ¡lidoel CPU objetivo no tiene soporte para el modo ARMla CPU objetivo no admite las instrucciones de seguridad ARMv8-Mel CPU objetivo no admite las instrucciones THUMBel CPU objetivo no admite trabajo internoel CPU objetivo no admite accesos sin alinearel OS objetivo no admite accesos sin alinearargumento destinoel atributo target no se admite en esta plataformael atributo o pragma target cambia la ABI Altivecel atributo o pragma target cabia la ABI SPEel atributo o pragma target cambia la ABI darwin64el atributo o pragma target cambia la coma flotante de precisiÃ³n dobleel atributo o pragma target cambia el tamaÃ±o de double longel atributo o pragma target cambia la coma flotante de precisiÃ³n sencillael objetivo no admite actualizaciÃ³n de perfil atÃ³mica; se selecciona el modo sencilloel formato objetivo no soporta infinitoel objetivo no es puntero o referenciael objetivo no es puntero o referencia a una claseel objetivo no es puntero o referencia a un tipo completoel objetivo de conversiÃ³n puede ser un candidato para un atributo de formatoel objetivo de inicializaciÃ³n puede ser un candidato para un atributo de formatono estÃ¡ disponible la orden interna especÃ­fica del objetivono coincide la opciÃ³n especÃ­fica del objetivoel sistema objetivo no admite salida de depuraciÃ³nel sistema objetivo no admite el formato de depuraciÃ³n %qsdestina al simulador software.el argumento de plantilla %d es no vÃ¡lidoel argumento de plantilla %qE involucra a el(los) parÃ¡metro(s) de plantillael argumento de plantilla para %qD usa el tipo local %qTse requiere un argumento de plantilla para %<%s %T%>los argumentos de plantilla para %qD no coinciden con la plantilla original %qDclase de plantilla sin nombredeclaraciÃ³n plantilla de %<typedef%>declaraciÃ³n plantilla de %q#DdefiniciÃ³n de plantilla de %q#D que no es plantillala profundidad de instanciaciÃ³n de la plantilla excede el mÃ¡ximo de %d al instanciar %q+D, posiblemente de la generaciÃ³n de tabla virtual (use -ftemplate-depth= para incrementar el mÃ¡ximo)parÃ¡metro de plantilla %q+#Dno se permite el parÃ¡metro de plantilla %qD de tipo %qT en una expresiÃ³n integral constante porque no es de tipo integral o de enumeraciÃ³nno se usan la plantilla de lista de parÃ¡metros en la instanciaciÃ³n explÃ­citalas listas de parÃ¡metro de plantilla proporcionadas no coinciden con los parÃ¡metros de plantilla de %qDel paquete de parÃ¡metros plantilla %qD no puede tener un argumento por defectoel paquete de parÃ¡metros plantilla no puede tener un argumento por defectolos paquetes de parÃ¡metro de plantilla no pueden tener argumentos por defectoel tipo de parÃ¡metro de plantilla %qT se declarÃ³ %<friend%>los parÃ¡metros de la plantilla no pueden ser friendsno se permite la especializaciÃ³n de plantilla de %qD por ISO C++especializaciÃ³n de plantilla con enlace Cno se especificaron los especificadores de plantilla en la declaraciÃ³n de %qDlos parÃ¡metros de tipo plantilla debe usar la palabra clave %<class%> o %<typename%>plantilla con enlace Cel id-de-plantilla %qD para %q+D no coincide con ninguna declaraciÃ³n de plantillaid de plantilla %qD en la declaraciÃ³n de la plantilla primariael id de plantilla %qD se usa como un declaradorparÃ¡metro-de-plantilla-las plantillas no pueden ser %<virtual%>temporal del tipo %qT que no es literal en una expresiÃ³n constanteel atributo %<getter%> sÃ³lo se puede especificar una vezel atributo %<interrupt%> requiere un procesador MIPS32r2 o superiorel atributo %<setter%> sÃ³lo se puede especificar una vezla arquitectura %qs no admite %<-m%s=2008%>la arquitectura %qs no admite %<-m%s=legacy%>la arquitectura %qs no admite %<-mfp32%>la arquitectura %qs no admite las instrucciones DSPla arquitectura %qs no admite las instrucciones con probabilidad de ramificaciÃ³nla arquitectura %qs no admite las instrucciones madd ni msubla arquitectura %qs no admite las instrucciones par-sencillola arquitectura %qs no admite la instrucciÃ³n syncila opciÃ³n de printf ' 'la opciÃ³n de strfmon '!'la opciÃ³n de printf '#'la opciÃ³n de strftime '#'la opciÃ³n de printf '''la opciÃ³n de scanf '''la opciÃ³n de strfmon '('la opciÃ³n de printf '+'la opciÃ³n de strfmon '+'la opciÃ³n de printf '-'la opciÃ³n de strfmon '-'la opciÃ³n de strftime '-'la opciÃ³n de printf '0'la opciÃ³n de strftime '0'el modificador de strftime 'E'la opciÃ³n de printf 'I'la opciÃ³n de scanf 'I'el modificador 'O'el modificador de strftime 'O'la opciÃ³n de strfmon '^'la opciÃ³n de strftime '^'la opciÃ³n de strftime '_'la opciÃ³n de scanf 'a'la opciÃ³n de scanf 'm'la opciÃ³n de diagnÃ³stico 'q'la opciÃ³n -shared no se admite actualmente en ELF de VAXla ABI para pasar un struct con un miembro de matriz flexible cambiÃ³ en GCC 4.4la ABI para pasar una estructura con un miembro de coma flotante compleja cambiÃ³ en GCC 4.4la ABI para pasar un union con long double cambiÃ³ en GCC 4.4la cpu RX100 no tiene FPU de hardwarela cpu RX200 no tiene FPU de hardwarela direcciÃ³n de %qD siempre se evaluarÃ¡ como %<true%>la direcciÃ³n de %qD nunca debe ser NULLla direcciÃ³n de una etiqueta no puede aparecer en una expresiÃ³n constantela supresiÃ³n de la asignaciÃ³n es una caracterÃ­stica de scanfla llamada requiere ifunc, que no se admite en este objetivola combinacion de %qs y %qs es incompatible con %qsla comparaciÃ³n siempre se evalÃºa como %<false%> para la direcciÃ³n de %qD que nunca serÃ¡ NULLla comparaciÃ³n siempre se evalÃºa como %<true%> para la direcciÃ³n de %qD que nunca serÃ¡ NULLel compilador puede asumir que la direcciÃ³n de %qD siempre se evaluarÃ¡ como %<true%>el tipo conflictivo definido en otra unidad de traducciÃ³nel tipo conflictivo definido en otra unidad de traducciÃ³n tiene una tabla virtual de tamaÃ±o diferenteel tipo conflictivo definido en otra unidad de traducciÃ³n tiene una una tabla virtual con diferente contenidoel tipo conflictivo definido en otra unidad de traducciÃ³n tiene una una tabla virtual con mÃ¡s entradasel tipo conflictivo definido en otra unidad de traducciÃ³n tiene una informaciÃ³n RTTI diferenteel flujo de control de la funciÃ³n %qE no coincide con sus datos de anÃ¡lisis de perfil (contador %qs)la sintaxis de punto no estÃ¡ disponible en Objective-C 1.0la base extra se define aquÃ­el quinto argumento debe ser un inmediato de 8-bitla primera diferencia de las definiciones correspondientes es el campo %qDla primera diferencia de las definiciones correspondientes es el mÃ©todo %qDel primer parÃ¡metro de %<operator new%> no puede tener un argumento por defectoel argumento delantero debe ser un escalar 1, 2, 4, 8el tamaÃ±o de marco de %wd bytes es mayor que %wd bytesel argumento inmediato debe ser un inmediato de 4-bitel argumento inmediato debe ser un inmediato de 5-bitel argumento inmediato debe ser un inmediato de 8-bitel tipo incompatible definido en otra unidad de traducciÃ³nel tipo incompatible estÃ¡ definido aquÃ­el Ãºltimo argumento debe ser un inmediato de 1-bitel tercer argumento debe ser un inmediato de 2-bitel Ãºltimo argumento debe ser un inmediato de 3-bitel Ãºltimo argumento debe ser un inmediato de 32-bitel Ãºltimo argumento debe ser un inmediato de 4-bitel tercer argumento debe ser un inmediato de 5-bitel Ãºltimo argumento debe ser un inmediato de 1-bitel Ãºltimo argumento debe ser un inmediato de 8-bitel Ãºltimo argumento debe ser un escalar 1, 2, 4, 8el m210 no admite little endianel valor mÃ¡ximo para el Ãºltimo rango de tamaÃ±os deberÃ­a ser -1 para la opciÃ³n %qsel penÃºltimo argumento debe ser un inmediato de 8-bitel operando medio omitido en ?: siempre serÃ¡ %<true%>, se sugiere un operando medio explÃ­citoel rango de la mÃ¡scara debe estar entre 0 y 255el rango del selector debe estar entre 0 y 1el rango del selector debe estar entre 0 y 3el rango del selector debe estar entre 0 y 7no se puede acceder al registro especificado por %q+D en el objetivo actualel registro especificado para %q+D no es lo suficientemente general para usarse como variable de registroel resultado de la conversiÃ³n no estÃ¡ especificado porque %qE estÃ¡ fuera del rango del tipo %qTel tercer argumento debe ser un inmediato de 8-bitel tercer argumento debe ser una constante de comparaciÃ³nel tipo %qT de variable constexpr %qD no es literalel tipo que se destruye es %qT, pero el destructor se refiere a %qTel uso de nombre de variables con prefijo _OBJC_ para seleccionar secciones de metadatos es obsoleto en 4.6 y se eliminarÃ¡ en 4.7el valor de %qD no se puede usar en una expresiÃ³n constanteel argumento de xabort debe ser un inmediato de 8-bitno hay argumentos para %qD que dependan de un parÃ¡metro de plantilla, por lo cual una declaraciÃ³n de %qD debe estar disponibleel tercer argumento de %q+D deberÃ­a ser %<char **%>el tercer argumento de %<__builtin_prefetch%> debe ser una constanteel tercer operando de la expresiÃ³n condicional no puede resolver la direcciÃ³n de la funciÃ³n sobrecargadael tercer operando de la expresiÃ³n condicional no tiene efectoel tercer operando de la expresiÃ³n condicional es una referencia, no una llamada, a la funciÃ³n %qEel tercer operando del operador condicional es del tipo %<void%>, pero el segundo operando no es una expresiÃ³n throw ni del tipo %<void%>esta funciÃ³n interna sÃ³lo estÃ¡ disponible en el fr405 y fr450esta funciÃ³n interna sÃ³lo estÃ¡ disponible en el fr450esta funciÃ³n interna sÃ³lo estÃ¡ disponible en el fr500 y fr550este compilador no tiene soporte para %sesta condiciÃ³n tiene bifurcaciones idÃ©nticasesta constante decimal sÃ³lo es unsigned en ISO C90esta constante decimal serÃ¡ unsigned en ISO C90esto es un error de GCC que se puede sortear aÃ±adiendo el atributo usado a la funciÃ³n llamadaesta es la primera etiqueta por defectoesta es la primera entrada que solapa ese valoreste es la insn:esta funciÃ³n de medios sÃ³lo estÃ¡ disponible en el fr400 y fr550esta funciÃ³n de medios sÃ³lo estÃ¡ disponible en el fr500esta sentencia puede fracasareste objetivo no admite %qseste destino es little endianesta mÃ¡quina objetivo no tiene ramificaciones retardadaslos datos COMMON thread-local no estÃ¡n implementadosdeclaraciÃ³n thread-local de %q#D despuÃ©s de una declaraciÃ³n que no es thread-localdeclaraciÃ³n thread-local de %q+D despuÃ©s de una declaraciÃ³n que no es thread-localse usÃ³ la variable threadprivate %qE en una regiÃ³n objetivose usÃ³ la variable threadprivate %qE en una tarea sin atararrojando NULL, que tiene un tipo integral, que no es punteroel argumento de tls_model debe ser "local-exec", "initial-exec", "local-dynamic" o "global-dynamic"el argumento de tls_model no es una cadenapara estar seguro todos los punteros intermedios en la conversiÃ³n de %qT a %qT se deben calificar como %<const%>para generar dependencias debe especificar -M Ã³ -MMpara hacer referencia a un tipo miembro de un parÃ¡metro de plantilla, use %<typename %E%>el elemento %u tiene ubicaciÃ³n-x == %uel elemento %u tiene ubicaciÃ³n-x == ubicaciÃ³n-y == %uel elemento %u tiene ubicaciÃ³n-y == %ufaltan argumentos para %%:compare-debug-auxbase-optfaltan argumentos para %%:replace-extensionfaltan argumentos para %%:version-comparefaltan argumentos para el constructor %q#Dfaltan argumentos para la funciÃ³nfaltan argumentos para la funciÃ³n %<va_start%>faltan argumentos para la funciÃ³n %q#Dfaltan argumentos para la funciÃ³n %qEfaltan argumentos para la funciÃ³n miembro %q#Dfaltan argumentos para el mÃ©todo %q#Dfaltan expresiones para structfaltan listas de parÃ¡metros de plantilla en la declaraciÃ³n de %qDfaltan listas-de-parÃ¡metros-de-plantillael valor del tipo de la funciÃ³n es demasiado grande, necesita %d registros, sÃ³lo se tienen %d registros para estodemasiado tarde para que la directiva # establezca el directorio de depuraciÃ³ndemasiadas opciones #pragma align=resetdemasiadas clÃ¡usulas %qsdemasiadas alternativas en %<asm%>demasiados argumentosdemasiados argumentos para el formatodemasiados argumentos para %%:compare-debug-auxbase-optdemasiados argumentos para %%:compare-debug-dump-optdemasiados argumentos para %%:compare-debug-self-optdemasiados argumentos para %%:version-comparedemasiados argumentos para el constructor %q#Ddemasiados argumentos para la funciÃ³ndemasiados argumentos para la funciÃ³n %q#Ddemasiados argumentos para la funciÃ³n %qEdemasiados argumentos para makedemasiados argumentos para la funciÃ³n miembro %q#Ddemasiados argumentos para el mÃ©todo %q#Ddemasiados argumentos para el mÃ©todo %qEdemasiados argumentos para la funciÃ³n sobrecargada %sdemasiadas llaves alrededor del inicializador para %qTdemasiados bordes de de manejo de excepciones en bb %idemasiadas expresiones para structdemasiados nombres de ficheros. Teclee %s --help para informaciÃ³n de modo de empleodemasiados inicializadores para %qTdemasiados ficheros de entradase grabaron demasiadas salidas de bucledemasiados bordes de ramificaciÃ³n de salida de bb %ise especificaron demasiados rangos de tamaÃ±os en la opciÃ³n %qsdemasiadas listas de parÃ¡metros de plantilla en la declaraciÃ³n de %qDdemasiadas listas-de-parÃ¡metros-de-plantillademasiados valores en la declaraciÃ³n de devoluciÃ³ndemasiadas variables para la clÃ¡usula de rango con canaldemasiado espacio de pila del cual disponer: %ddemasiado espacio de pila para preparar: %dla declaraciÃ³n del nivel superior de %qs especifica %<auto%>el reordenamiento de nivel principal se debe desactivar cuando se desactiva unidad-cada-vezel tamaÃ±o total de los objetos locales es demasiado grandeel tamaÃ±o total de las variables locales excede el lÃ­mite de la arquitecturaC tradicional carece de un espacio de nombres separado para etiquetas, el identificador %qE genera un conflicto conC tradicional rechaza la definiciÃ³n de funciones de estilo ISO CC tradicional rechaza la inicializaciÃ³n automÃ¡tica de agregadosC tradicional rechaza la inicializaciÃ³n de unionsC tradicional rechaza la concatenaciÃ³n de constantes de cadenasC tradicional rechaza el operador unario masel tipo de devoluciÃ³n trailing sÃ³lo estÃ¡ disponible con -std=c++11 o -std=gnu++11se generÃ³ un trampolÃ­n para la funciÃ³n anidada %qDla memoria transaccional no se admite con excepciones que no son llamadael modo de captura no se admite para valores de coma flotante VAXrevisiÃ³n de Ã¡rbol: %s, se tiene %s en %s, en %s:%drevisiÃ³n de Ã¡rbol: acceso de elt %d de tree_int_cst con %d elts en %s, en %s:%drevisiÃ³n de Ã¡rbol: acceso de elt %d de tree_vec con %d elts en %s, en %s:%drevisiÃ³n de Ã¡rbol: acceso del operando %d de %s con %d operandos en %s, en %s:%drevisiÃ³n de Ã¡rbol: acceso del operando %d de omp_clause %s con %d operandos en %s, en %s:%drevisiÃ³n de Ã¡rbol: no se esperaba la clase %qs, se tiene %qs (%s) en %s, en %s:%drevisiÃ³n de Ã¡rbol: se esperaba la clase %qs, se tiene %qs (%s) en %s, en %s:%drevisiÃ³n de Ã¡rbol: no se esperaba ninguno de %s, se tiene %s en %s, en %s:%drevisiÃ³n de Ã¡rbol: se esperaba omp_clause %s, se tiene %s en %s, en %s:%drevisiÃ³n de Ã¡rbol: se esperaba un Ã¡rbol que contenga la estructura %qs, se tiene %qs en %s, en %s:%del cÃ³digo de Ã¡rbol %qs no se admite en flujos LTOla lista de Ã¡rbol termina en la profundidad %iborde verdadero/falso despuÃ©s de una expresiÃ³n que no es GIMPLE_COND en bb %dintente borrar los parÃ©ntesis alrededor del id-de-tipointente utilizar %qE en su lugarse trata de codificar un tipo que no es entero como un campose tratÃ³ de terminar struct, pero fue sacado debido a errores previos de decodificaciÃ³nse intenta hacer que la clase %qT sea un friend de Ã¡mbito globaldos o mÃ¡s tipos de datos en la declaraciÃ³n de %qsdos o mÃ¡s tipos de datos en los especificadores de la declaraciÃ³ndos o mÃ¡s secciones para %sse diÃ³ un argumento de tipo %q#T a %<delete%>, se esperaba un punteroel tipo %qE tiene un constructor definido por el usuarioel tipo %qE tiene un destructor definido por el usuarioel tipo %qE no tiene un constructor para llamar por defectoel tipo %qE tiene funciones miembro virtualesel tipo %qT definido en el espacio de nombres anÃ³nimo no puede coincidir a travÃ©s del contorno de la unidad de traducciÃ³nel tipo %qT definido en el espacio de nombres anÃ³nimo no puede coincidir con el tipo %qT a travÃ©s del contorno de la unidad de traducciÃ³nel tipo %qT no tiene un tamaÃ±o conocidoel tipo %qT para la instanciaciÃ³n explÃ­cita %qD no coincide con el tipo declarado %qTel tipo %qT no es un tipo base para el tipo %qTel tipo %qT no es una base directa de %qTel tipo %qT no es una base directa o virtual de %qTel propio tipo %qT viola la regla de una sola definiciÃ³n de C++el tipo %qT del argumento de plantilla %qE depende de un parÃ¡metro de plantillael tipo %qT del argumento de plantilla %qE depende de parÃ¡metros de plantillael tipo %qT deberÃ­a coincidir con el tipo %Tel tipo %qT viola la regla de definiciÃ³n Ãºnica de C++se usÃ³ el tipo %qT sin enlace para declarar la funciÃ³n %q#D con enlacese usÃ³ el tipo %qT sin enlace para declarar la variable %q#D con enlaceel tipo %qs no es conforme con el protocolo %qEla aserciÃ³n de tipo sÃ³lo es vÃ¡lida para los tipos de interfazse descartan los atributos de tipo despuÃ©s de que el tipo ya se definiÃ³el tipo de dato por defecto es %<int%> en la declaraciÃ³n de %qEel tipo de dato por defecto es %<int%> en el nombre de tipoel tipo no tiene mÃ©todosel tipo es obsoletoel tipo es obsoleto: %sel tipo no es compatible con su varianteno coinciden los tipos entre un SSA_NAME y su sÃ­mbolodiscordancia de tipos para etiqueta case en sentencia switchdiscordancia de tipos en BIT_INSERT_EXPRno coincide el tipo en la expresiÃ³n de direcciÃ³nlos tipos de datos no coinciden en la referencia de rango matrizlos tipos de datos no coinciden en la referencia de matrizlos tipos de datos no coinciden en la expresiÃ³n binarialos tipos de datos no coinciden en la expresiÃ³n complejalos tipos de datos no coinciden en la referencia a componentelos tipos de datos no coinciden en la expresiÃ³n condicionallos tipos no coinciden en la expresiÃ³n fusionada multiplicar-sumarlos tipos no coinciden en el parÃ¡metro pack que no es de tipolos tipos no coinciden en el parÃ¡metro %ilos tipos de datos no coinciden en la expresiÃ³n puntero mÃ¡slos tipos de datos no coinciden en la referencia real/parte imaginariano coincide el tipo en expresiÃ³n tristelos tipos de datos no coinciden en la expresiÃ³n shiftlos tipos no coinciden en la expresiÃ³n de permutaciÃ³n de vectorlos tipos no coinciden en la expresiÃ³n de ensanchado multiplicar-acumularlos tipos no coinciden en la expresiÃ³n shift de ensanchamiento de vectorno coinciden los tipos con la declaraciÃ³n externa previa de %q#Del nombre de tipo %qs deberÃ­a concordar con el nombre de tipo %qsel nombre de tipo que se declarÃ³ como funciÃ³n devuelve una funciÃ³nel nombre de tipo que se declarÃ³ como funciÃ³n devuelve una matrizel tipo de %qD es %<int%> por defectoel tipo de %qD no coincide con la declaraciÃ³n originalel tipo de %qE es desconocidoel tipo de la matriz %q+D se completÃ³ de forma incompatible con la inicializaciÃ³n implÃ­citano se puede determinar el tipo del operando asm %qEel tipo de campo de bits %qs es una extensiÃ³n de GCCel tipo de dato del parÃ¡metro formal %d estÃ¡ incompletoel tipo de la propiedad %qD genera un conflicto con la declaraciÃ³n previadiscordancia en precisiÃ³n de tipo en sentencia switchse descartan los calificadores de tipo en el tipo de devoluciÃ³n de la funciÃ³nel tipo de vector delete no es del tipo puntero ni matrizla clase transparente tipo %qT tiene clases basela clase transparente tipo %qT tiene funciones virtualestipo variante difiere en tipo variante con TYPE_METHODStipo variante con diferente TREE_TYPEtipo variante con diferente TYPE_BINFOtipo variante con diferente TYPE_FIELDStipos variantes difieren en TYPE_SIZE_UNITtipo variante con diferente TYPE_VFIELDtipo variante con TYPE_ALIAS_SET_KNOWN_PTREE_TYPE del tipo varianteTYPE_BINFO del tipo varianteTYPE_SIZE_UNIT del tipo varianteel tipo se declarÃ³ previamente %qETREE_TYPE del tipoTYPE_BINFO del tipoTYPE_SIZE_UNIT del tipoel uso de %<type punning%> sobre un tipo incompleto puede romper las reglas de alias estrictono coincide el tipo/valor en el argumento %d en la lista de parÃ¡metros de plantilla para %qDla definiciÃ³n de tipo %q+D se declarÃ³ como %<_Noreturn%>la definiciÃ³n de tipo %q+D se declarÃ³ como %<inline%>typedef %qD estÃ¡ inicializado (utilice __typeof__ en su lugar)typedef %qD estÃ¡ inicializado (utilice decltype en su lugar)se define tipo %qD localmente pero no se usadeclaraciÃ³n typedef no vÃ¡lida en la declaraciÃ³n de parÃ¡metrosla definiciÃ³n de tipo se declarÃ³ %<auto%>el nombre del typedef puede no ser un especificador-de-nombre-anidadose usa el nombre-de-definiciÃ³n-de-tipo %qD como un declarador de destructorla expresiÃ³n id de tipo no es una expresiÃ³n constante porque %qE es de tipo polimÃ³rficolos tipos no son totalmente compatibleslos tipos difieren en el signotipos con nÃºmero de parÃ¡metros diferentesno se pueden definir tipos en expresiones %<decltype%>no se pueden definir tipos en expresiones %<noexcept%>no se pueden definir tipos en una expresiÃ³n %<typeid%>no se pueden definir tipos en una expresiÃ³n newno se pueden definir tipos en un id-tipo-nuevono se pueden definir tipos en declaraciones de plantilla aliasno se pueden definir tipos en una especificaciÃ³n de excepciÃ³nlos tipos no se pueden definir en conversionesno se pueden definir tipos en condicionesno se pueden definir tipos en declaraciones de excepciÃ³nno se pueden definir tipos en tipos de parÃ¡metrono se pueden definir tipos en argumentos de plantillano se puede calcular la ubicaciÃ³n real del parÃ¡metro apiladono se puede deducir %qT de %qEno se puede emular %qsno se puede encontrar un registro para vaciarno se puede encontrar un registro para vaciar la clase %qsno se puede encontrar el operador de carÃ¡cter literal %qD con argumento %qTno se puede encontrar un operador literal numÃ©rico %qDno se puede encontrar un operador literal de cadena %qD con argumentos %qT, %qTno se pueden generar recargas para:no se puede localizar el guiÃ³n de enlazador por defecto %qs en las rutas de bÃºsqueda de bibliotecasno se puede abrir la dependencia dinÃ¡mica '%s'aÃºn no se puede mostrar el operando; code == %d (%c)no se puede usar '%s' para registro PICuso no acotado de %<alloca%>uso no acotado de array de longitud variableel incondicional %2d nunca se ejecuta
  el incondicional %2d tomado %s
! selector %qE sin declararla conducta es indefinida cuando el segundo parÃ¡metro de %<va_start%> se declara con almacenamiento %<register%>operador %qs nombrado sin definirel tipo subyacente %<%T%> de %<%T%> debe ser un tipo integralno coincide el tipo subyacente en el enum %q#TAST inesperado de gÃ©nero %sargumento inesperado para msp430_select_hwmult_lib: %satributo inesperadotipo-base inesperado en cris_print_baseexpresiÃ³n %qE inesperada de gÃ©nero %snombre de fichero inesperado %s en el fichero de resoluciÃ³n de enlace. Se esperaba %sprimer argumento inesperado para msp430_select_hwmult_lib: %stipo-Ã­ndice inesperado en cris_print_indexoperando multiplicativo inesperadodesplazamiento inesperadooperando inesperadoefectos colaterales inesperados en la direcciÃ³nalineaciÃ³n sin manejar para '#pragma nomember_alignment'no se identifica el operador de llamadaconst %qD sin inicializarconst %qD sin inicializar es no vÃ¡lida en C++const sin inicializar en %<new%> de %q#Tmiembro const sin inicializar en %q#Tun miembro const sin inicializar en %q#T usa %<new%> sin un inicializador newel miembro const sin inicializar en %qT es no vÃ¡lido en C++miembro referencia sin inicializar en %q#Tun miembro referencia sin inicializar en %q#T usa %<new%> sin un inicializador newse colocÃ³ la variable %q+D sin inicializar en el Ã¡rea de memoria del programaunion no se puede hacer transparentese definiÃ³ union aquÃ­union no tiene miembrosunion no tiene miembros nombradosmiembro union %q+D con %qD que no es trivialmodelo '#pragma extern_model' '%s' desconocidonombre %s '#pragma member_alignment' desconocidointerruptor -mdebug-%s desconocidoespecificaciÃ³n de versiÃ³n de cpu CRIS desconocida en -mtune= : %sespecificaciÃ³n de versiÃ³n CRIS desconocida en -march= o -mcpu= : %salgoritmo IRA %qs desconocidoregiÃ³n IRA %qs desconocidamodelo de particiÃ³n LTO %qs desconocidonivel de reÃºso de la pila %qs desconocidomodelo TLS %qs desconocidoacciÃ³n %qE desconocida para %<#pragma pack%> - se descartase especificÃ³ una alineaciÃ³n %qs desconocida para la opciÃ³n %qstamaÃ±o de matriz desconocida en deletesalida del indicador asm %qs desconocidaalgoritmo %qs de reordenaciÃ³n de bloque bÃ¡sico desconocidoevento de llamada hacia atrÃ¡s desconocido registrado por el plugin %svalor cc_attr desconocidose desconoce el carÃ¡cter de tipo de conversiÃ³n %qc en el formatocpu %qs desconocida para -mtunese desconoce el estilo de desenredado '%s'destino desconocidoestilo de exceso de precisiÃ³n %qs desconocidoindicador pasado en -moverride=%s (%s) desconocidoestilo de contracciÃ³n de coma flotante %qs desconocidomodo insn desconocidosalida %qs del enlazador desconocidase desconoce el modo de mÃ¡quina %qEinsn move desconocida:descarga ABI %qs desconocidaoperador %qs desconocido en %%:version-compareopciÃ³n desconocida %q.*s en %<-fopt-info-%s%>opciÃ³n desconocida despuÃ©s del tipo %<#pragma GCC diagnostic%>opciÃ³n desconocida para -mrecip=%sse especificÃ³ el paso desconocido %s en -fdisablese especificÃ³ el paso desconocido %s en -fenablemodelo de tamaÃ±o de punteros desconocido %qsmÃ©todo de actualizaciÃ³n de perfil desconocido %qsatributo de propiedad desconocidopuntuaciÃ³n '%c' desconocidanombre de registro %qs desconocido en %<asm%>nombre de registro desconocido: %sreubicaciÃ³n unspec desconocidafunciÃ³n de especificaciÃ³n %qs desconocidaespecificaciÃ³n desconocida para el conjunto de valores de FLT_EVAL_METHOD a permitir %qsfuente desconocidaparÃ¡metro de revisiÃ³n de pila desconocido %qsopciÃ³n -mlong-double-%s desconocidase encontrÃ³ el tipo desconocido %<%T%> durante la codificaciÃ³n de Objective-Cnombre de tipo %qE desconocidovalor %qs desconocido para el objetivo 'arch' %svalor %qs desconocido para el objetivo 'cpu' %svalor %qs desconocido para el objetivo 'tune' %svalor %qs desconocido para -marchvalor %qs desconocido para -mcpuvalor %qs desconocido para -mtunevalor %qs desconocido de -mmacosx-version-mintipo de ABI de biblioteca de vectorizaciÃ³n desconocida (%s) para la opciÃ³n -mveclibabi=modelo %qs de coste de vectorizador desconocidoprioridad %qs de inicializaciÃ³n de verificaciÃ³n de vtable desconocida.el campo sin nombre tiene tipo de dato incompletoinicializador sin nombre para %qT, el cual no tiene clases baseinicializador sin nombre para %qT, el cual usa herencia mÃºltiplestruct/union sin nombre que no define ninguna instanciase declarÃ³ la variable o campo sin nombre como voidcomparaciÃ³n sin orden en el argumento de coma no flotanteunquote_string(): cadena incorrectainalcanzableNo se reconoce el argumento de la opciÃ³n no se reconoce la insn:no se reconoce la direcciÃ³nno se reconoce el argumento en la opciÃ³n %qsno se reconoce el argumento de -mcpu=: %sno se reconoce el argumento para la opciÃ³n --help=: %q.*sno se reconoce el argumento para la opciÃ³n -f%ssanitize%s=: %q.*sno se reconoce el argumento para la opciÃ³n -f%ssanitize%s=: %q.*s; Â¿quiso decir %qs?no se reconoce la opciÃ³n de lÃ­nea de Ã³rdenes %<-%s%>no se reconoce la opciÃ³n de lÃ­nea de Ã³rdenes %<-%s%>; Â¿querÃ­a decir %<-%s%>?no se reconoce la opciÃ³n de lÃ­nea de Ã³rdenes %<-fdump-%s%>no se reconoce la opciÃ³n de lÃ­nea de Ã³rdenes %<-fopt-info-%s%>no se reconoce la opciÃ³n de lÃ­nea de Ã³rdenes %qsno se reconoce el nÃºmero de registro de control: %d - se utiliza 'psw'no se reconoce el nivel de salida de depuraciÃ³n %qsno se reconoce el indicador de borde: '%s'no se reconoce el valor de enumerado '%s'no se reconoce el especificador de formatono se reconoce la opciÃ³n de depuraciÃ³n de gcc: %ccampo hwpy no reconocido en msp430_mcu_data[%d]: %dno se reconocen las include_flags 0x%x pasadas a print_specific_helpno se reconoce el valor de visibilidad de ivar %qsno se reconoce la opciÃ³n -fdisableno se reconoce la opciÃ³n -fenableno se reconoce el nombre de registro %qsno se reconoce el valor del orden de almacenamiento de escalares %qsno se reconoce el nombre de secciÃ³n %qEno se reconoce el desplazamiento oscurecido %qsno se reconoce la constante supuestano se reconoce el valor de visibilidad %qserror no recuperablesobrecarga sin resolver para el interno Altivec %qFlas uniones sin restricciÃ³n sÃ³lo estÃ¡n disponibles con -std=c++11 o -std=gnu++11llamada a funciÃ³n %qD insegura dentro de la funciÃ³n %<transaction_safe%>llamada a funciÃ³n %qD insegura dentro de una transacciÃ³n atÃ³micallamada a funciÃ³n %qE insegura dentro de la funciÃ³n %<transaction_safe%>llamada a funciÃ³n %qE insegura dentro de una transacciÃ³n atÃ³micallamada a funciÃ³n indirecta insegura dentro de la funciÃ³n %<transaction_safe%>llamada a funciÃ³n indirecta insegura dentro de una transacciÃ³n atÃ³micaconstante de coma flotante sin sufijono se admite el argumento para %qDno se admite el tipo de argumento %qT para simd
! no se admite el tipo de argumento para la funciÃ³n internano se admite la combinaciÃ³n: %qs %sno se admite la combinaciÃ³n: %qs%s %sno se admite la combinaciÃ³n: %sconversiÃ³n de coma fija no admitidano se admite el modo %s
! no se admite la concatenaciÃ³n no estÃ¡ndar de literales de cadenano se admite el sufijo no estÃ¡ndar en una constante de coma flotanteno se admite el tamaÃ±o de operando para el registro extendidono se admite el tipo de retorno %qT para simd
! simdlen %d no admitidono se admite el tamaÃ±o para registro de enterosalternativa de dialecto ensamblador sin terminarconstante de formato sin terminarno se usaron argumentos en el formato de estilo $parÃ¡metro %qD sin usovariable %q+D sin usaractualmente las tablas de desenredo requieren un puntero de marco o -maccumulate-outgoing-args para ser correctasel valor superior de la etiqueta de rango `case' excede el valor mÃ¡ximo para el tipouse #include en su lugaruse %<%T::%D%> en su lugaruse %<%T::%D%> en lugar de %<%T::%D%> para nombrar el constructor en un nombre calificadoutilice %<%T::template %D%> para indicar que es una plantillause %<...%> para expandir el paquete de argumentosuse %<this->%D%> en su lugaruse -Winvalid-pch para mÃ¡s informaciÃ³nuse -flax-vector-conversions para permitir conversiones entre vectores con diferentes tipos de elementos o nÃºmero de subpartesutilice __attribute__ ((vector_size)) en su lugarutilice __builtin_rx_mvtc (0, ... ) para escribir valores arbitrarios en PSWutilizar id de funciÃ³n interno en bÃºsqueda de perfil.uso de %<alloca%>uso de %<alloca%> dentro de un bucleel uso de %<complex%> en tipos AltiVec es no vÃ¡lidoel uso de %<double%> en tipos AltiVec es no vÃ¡lido sin -mvsxel uso de %<long double%> en tipos AltiVec es no vÃ¡lidoel uso de %<long long%> en tipos AltiVec es no vÃ¡lido sin -mvsxel uso de %<long%> en tipos AltiVec es obsoleto; use %<int%>el uso de %<long%> en tipos AltiVec es no vÃ¡lido para cÃ³digo de 64 bit sin -mvsxuso de %qs en la plantillael uso del modificador de longitud %qs con el carÃ¡cter de tipo %qc o no tiene ningÃºn efecto o el comportamiento es indefinidouso de %s y %s juntos en el formato %suso de %s y %s junto con el formato %<%%%c%> %sel uso de tipos booleanos en tipos AltiVec es no vÃ¡lidouso de la plantilla de clase %qT como expresiÃ³nel uso de tipos de coma flotante decimal en tipos AltiVec es no vÃ¡lidose usÃ³ la funciÃ³n borrada %q+Duso del enum %q#D sin declaraciÃ³n previauso del espacio de nombres %qD como expresiÃ³nuso de conversiÃ³n de estilo antiguouso de parÃ¡metro desde la funciÃ³n contenedorauso de nil sin tipofalta el operando use para stmtutilice template<> para una especializaciÃ³n explÃ­citase usa un valor de tipo matriz que no se puede cambiar a puntero cuando se requiere un escalarse usa un valor de tipo struct cuando se requiere un escalarse usa un valor de tipo union cuando se requiere un escalarse usa un tipo vector cuando se requiere un escalar%<_Alignas%> sin uso en la declaraciÃ³n vacÃ­aespecificador de clase de almacenamiento sin uso en una declaraciÃ³n vacÃ­anombre de tipo sin uso en una declaraciÃ³n vacÃ­acalificador de tipo sin uso en una declaraciÃ³n vacÃ­ael %qD definido por el usuario siempre evalÃºa ambos argumentoslas literales definidas por el usuario sÃ³lo estÃ¡ disponibles con -std=c++11 o -std=gnu++11se utiliza %<%c%s%>usar %qs con un tipo sin signo no tiene ningÃºn efectose usa long double de precisiÃ³n extendida de IBMse usa long double de precisiÃ³n extendida de IEEEse usa especializaciÃ³n de plantilla %qT alias despuÃ©s de %qsse usa ABI darwin64se usa el campo no vÃ¡lido %qDse usa num_workers (%d); se hace caso omiso de %dse usa ABI de darwin antiguose usa el resultado de una funciÃ³n que devuelve %<void%>usando el parÃ¡metro de tipo plantilla %qT despuÃ©s de %qsse usa el temporal como l-valorse utiliza el rango [%E, %E] para el argumento de la directivase usÃ³ el nombre de definiciÃ³n de tipo %qD despuÃ©s de %qsse usa vector_length (%d); se hace caso omiso de %dse usa vector_length (%d); se hace caso omiso de la configuraciÃ³n de tiempo de ejecuciÃ³nse usa xvalue (referencia a r-valor) como l-valordeclaraciÃ³n de uso para un no miembro en el Ã¡mbito de la claselos argumentos vÃ¡lidos son: %s; Â¿quiso decir %qs?los argumentos vÃ¡lidos para la opciÃ³n %<-march=%> son: %slos argumentos vÃ¡lidos para la opciÃ³n %<-march=%> son: %s; Â¿quiso decir %qs?los argumentos vÃ¡lidos para la opciÃ³n %<-mtune=%> son: %slos argumentos vÃ¡lidos para la opciÃ³n %<-mtune=%> son: %s; Â¿quiso decir %qs?los argumentos vÃ¡lidos para el atributo %<target("arch=")%> son: %slos argumentos vÃ¡lidos para el atributo %<target("arch=")%> son: %s; Â¿qiuso decir %qs?los argumentos vÃ¡lidos para el atributo %<target("tune=")%> son: %slos argumentos vÃ¡lidos para el atributo %<target("tune=")%> son: %s; Â¿quiso decir %qs?los argumentos vÃ¡lidos para %qs son: %slos argumentos vÃ¡lidos para %qs son: %s; Â¿quiso decir %qs?validate_value_data: Ciclo en la cadena regno (%u)validate_value_data: [%u] next_regno errÃ³neo para la cadena vacÃ­a (%u)validate_value_data: [%u] oldest_regno errÃ³neo (%u)validate_value_data: [%u] Registro no vacÃ­o en la cadena (%s %u %i)argumento de valorno se usa el valor calculadoel valor de -mfixed-range debe ser de la forma REG1-REG2el valor pasado en %qs es demasiado grandeinicializaciÃ³n por valor del tipo de funciÃ³n %qTinicializaciÃ³n por valor del tipo de dato incompleto %qTinicializaciÃ³n por valor del tipo de referencia %qTlas asignaciones-de-rastreo-de-variable cambian el planificador selectivovariablela variable %q#D tiene inicializador pero de tipo de dato incompletola variable %q+D se declarÃ³ como %<_Noreturn%>la variable %q+D se declarÃ³ como %<inline%>la definiciÃ³n de la variable %q+D se marca como dllimportla variable %q+D puede ser sobreescrita por %<longjmp%> o %<vfork%>la variable %q+D debe ser const para que se ponga en la secciÃ³n de sÃ³lo lectura a travÃ©s de %qsla variable %q+D es parte de un ciclo de aliasla variable %qD tiene tipo de funciÃ³nla variable %qD tiene inicializador pero de tipo de dato incompletola variable %qD se redeclarÃ³ como funciÃ³nse define la variable %qD pero no se usala variable %qE se declarÃ³ en la regiÃ³n %<host_data%> que la contienela variable %qE no es una iteraciÃ³n del bucle mÃ¡s externo %d; se esperaba %qEla variable %qE de tipo incompleto %qT no se accederÃ¡ en la expresiÃ³n de incremento forla variable %qE de tipo incompleto %qT no se accederÃ¡ en el operando izquierdo del operador comala variable %qE de tipo incompleto %qT no se accederÃ¡ en el operando derecho del operador comala variable %qE de tipo incompleto %qT no se accederÃ¡ en el segundo operando de la expresiÃ³n condicionalla variable %qE de tipo incompleto %qT no se accederÃ¡ en la declaraciÃ³nla variable %qE de tipo incompleto %qT no se accederÃ¡ en el tercer operando de la expresiÃ³n condicionalse usa la matriz de longitud variable %qDse usÃ³ la matriz de longitud variablevariable del mismo nombre de ensamblador que la tabla virtual estÃ¡ definida en otra unidad de traducciÃ³nse declarÃ³ la variable o campo %qE como voidse declarÃ³ la variable o campo como voiduna variable previamente declarada como %<static%> se redeclara como %<extern%>el sÃ­mbolo de variable no es una variablese solicitÃ³ seguimiento de variables, pero no se admite este formato de depuraciÃ³nse solicitÃ³ seguimiento de variables, pero es inÃºtil a menos que se produzca informaciÃ³n de depuraciÃ³nse excediÃ³ el lÃ­mite de tamaÃ±o de rastreo de variablese excediÃ³ el lÃ­mite de tamaÃ±o de rastreo de variable con -fvar-tracking-assignments, se reintenta sin esa opciÃ³nel lÃ­mite del array de longitud variable es desconocidoliteral compuesta de tamaÃ±o variableun objeto de tamaÃ±o variable puede no ser inicializado%qE variablemente modificado en el Ã¡mbito del ficherocampo variablemente modificado en el Ã¡mbito del ficherolas funciones variadic debe usar la variante AAPCS baselas plantillas variadic sÃ³lo estÃ¡n disponibles con -std=c++11 o -std=gnu++11vec_adde sÃ³lo acepta 3 argumentosvec_addec sÃ³lo acepta 3 argumentosvec_cmpne sÃ³lo acepta 2 argumentosvec_extract sÃ³lo acepta 2 argumentosvec_insert sÃ³lo acepta 3 argumentosvec_lvsl estÃ¡ obsoleta para little endian; utilize asignaciÃ³n para cargas y almacenajes no alineadosvec_lvsr estÃ¡ obsoleta para little endian; utilize asignaciÃ³n para cargas y almacenajes no alineadosvec_mul sÃ³lo acepta 2 argumentosel elemento CONSTRUCTOR de vector no es un valor GIMPLECONSTRUCTOR de vector con Ã­ndice de elemento no NULLse pasÃ³ un argumento vector a una funciÃ³n sin prototipola condiciÃ³n vectorial se expandirÃ¡ por piezasinserciÃ³n de vector no en contorno de elementola operaciÃ³n vectorial se expandirÃ¡ en paralelola operaciÃ³n vectorial se expandirÃ¡ por piezasla operaciÃ³n vectorial se expandirÃ¡ con una sola operaciÃ³n escalardesbordamiento vectorial en la expresiÃ³nla operaciÃ³n de ordenamiento vectorial se expandirÃ¡ por piezasel tamaÃ±o del vector no es un mÃºltiplo integral del tamaÃ±o del componentese esperaban tipos vector en una expresiÃ³n de permutaciÃ³n de vectorse esperaban tipos vector en una expresiÃ³n de permutaciÃ³n de vectorno se ha producido vectorizaciÃ³n para un bucle simdse encontraron vectores con nÃºmero de elementos diferentes en la expresiÃ³n de permutaciÃ³nfallÃ³ verify_cgraph_nodefallÃ³ verify_eh_treefallÃ³ verify_flow_infoverify_flow_info: El borde scc del bloque bÃ¡sico %d estÃ¡ corruptoverify_flow_info: El bloque %i tiene loop_father, pero no hay buclesverify_flow_info: El bloque %i carece de loop_fatherverify_flow_info: Borde duplicado %i->%iverify_flow_info: Bloques incorrectos para el respaldo %i->%iverify_flow_info: Respaldo incorrecto %i->%iverify_flow_info: REG_BR_PROB no coincide con la configuraciÃ³n %i %iverify_flow_info: Cuenta errÃ³nea del bloque %i %iverify_flow_info: Cuenta errÃ³nea del borde %i->%i %iverify_flow_info: Frecuencia errÃ³nea del bloque %i %iverify_flow_info: Probabilidad errÃ³nea del borde %i->%i %ifallÃ³ verify_gimplefallÃ³ verify_histogramsfallÃ³ verify_ssafallÃ³ verify_typeel atributo version no es una cadenano se permiten los especificadores-virt en %qs fuera de una definiciÃ³n de clasePHI virtual con ubicaciones de argumentonombre SSA virtual para una decl que no es VOPbase virtual %qT inaccesible en %qT debido a ambigÃ¼edadfalta el operando def virtual para stmtla definiciÃ³n virtual no es un nombre SSAla definiciÃ³n virtual de la declaraciÃ³n no estÃ¡ actualizadafunciÃ³n virtual %q+Dlas funciones virtual no pueden ser friendmÃ©todo virtual %qDfunciÃ³n virtual %qs que no es clasela disposiciÃ³n de la tabla virtual es distinta en otra unidad de translaciÃ³nla tabla virtual de tipo %qD contiene informaciÃ³n RTTIla tabla virtual de tipo %qD viola la regla de definiciÃ³n Ãºnicala tabla virtual de tipo %qD viola la regla de definiciÃ³n Ãºnica el uso de la declaraciÃ³n virtual no estÃ¡ actualizadafalta el operando use virtual para stmtel argumento de visibilidad debe ser "default", "hidden", "protected" o "internal"el argumento de visibilidad no es una cadenano se admiten los atributos de visibilidad en esta configuraciÃ³n; descartadosse descarta '#pragma __message' de vmsno se descarta el valor void como deberÃ­a de serargumento volÃ¡tilse debe especificar volatile en cualquier memoria que sea afectada por DMA.vtable para aviso: aviso: considere enlazar con '-static' como bibliotecas de sistema conse esperaba `%s'weak %q+D no se puede definir como %qEla declaraciÃ³n dÃ©bil de %q+D se estÃ¡ aplicando a una definiciÃ³n estÃ¡tica que ya existela declaraciÃ³n weak de %q+D debe ser publicno se admite la declaraciÃ³n weak de %q+Dla referencia dÃ©bil %q+D debe tener enlace estÃ¡ticola referencia dÃ©bil %q+D finalmente apunta a sÃ­ mismael atributo weakref debe aparecer antes de los atributos de aliasweakref no se admite en esta configuraciÃ³nlos pesos tienen que ser no negativos
! al escribir la salida a %s: %mmatriz de caracteres anchos inicializada con una cadena ancha incompatiblematriz de caracteres anchos inicializada con una cadena que no es anchaliteral de cadena ancha en %<asm%>la anchura de %qs excede su tipola anchura del campo de bits %qD es del tipo %qT que no integralse asumirÃ¡n que devuelven %<id%> y aceptarÃ¡nno generarÃ¡ instrucciones power5 porque el ensamblador no las admiteno generarÃ¡ instrucciones power6 porque el ensamblador no las admiteno generarÃ¡ instrucciones power7 porque el ensamblador no las admiteno generarÃ¡ instrucciones power8 porque el ensamblador no las admiteno generarÃ¡ instrucciones power9 porque el ensamblador no las admiteconcon %q+#Ddentro de este buclela regiÃ³n de trabajo compartido puede no estar bien anidada dentro de la regiÃ³n de trabajo compartido, %<crÃ­tical%>, %<ordered%>, %<master%>, %<task%> explÃ­cita o regiÃ³n %<taskloop%>write_atom(): Intentando escribir Ã¡tomo incorrectowrite_atom(): Escribiendo entero negativowrite_symbol(): sÃ­mbolo de mÃ³dulo %qs incorrectowrite_symtree(): SÃ­mbolo no escritoescribiendo en un objeto constante (argumento %d)escribiendo fichero de salidaescribiendo a travÃ©s de un puntero nulo (argumento %d)se escribe a la lista de salida LTRANS %s: %mno se admite escribir al espacio de direcciones %qsentrada TYPE_CACHED_VALUES incorrectacantidad errÃ³nea de bordes de ramificaciÃ³n despuÃ©s del salto condicional en bb %icantidad errÃ³nea de bordes de ramificaciÃ³n despuÃ©s del salto incondicional %iargumento %qs incorrecto para la opciÃ³n %qsborde errÃ³neo %d->%d para el argumento PHIlista de uso inmediato errÃ³neainsn errÃ³neo en el borde del respaldolista errÃ³nea de bucles terminados para el borde %d->%dse especificÃ³ el nÃºmero equivocado de argumentos para el atributo %qEnÃºmero errÃ³neo de argumentos para %%:debug-level-gtnÃºmero errÃ³neo de argumentos para %<__builtin_choose_expr%>nÃºmero errÃ³neo de argumentos para %<__builtin_complex%>nÃºmero errÃ³neo de argumentos para %<__builtin_shuffle%>nÃºmero errÃ³neo de argumentos para la funciÃ³n %<__builtin_next_arg%>nÃºmero errÃ³neo argumentos para la funciÃ³n %<va_start%>nÃºmero errÃ³nel de bordes de ramificaciÃ³n despuÃ©s del salto incondicional en bb %inÃºmero errÃ³neo de argumentos de plantilla (%d, debe ser %d)banderas de borde de salida errÃ³neas al final del bb %dse especificÃ³ un nombre de estrategia %qs incorrecto para la opciÃ³n %qsargumento de tipo errÃ³neo para %sargumento de tipo errÃ³neo para absargumento de tipo errÃ³neo para complemento de bitsargumento de tipo errÃ³neo para la conjugaciÃ³nargumento de tipo errÃ³neo para el decrementoargumento de tipo errÃ³neo para el incrementoargumento de tipo errÃ³neo para el signo de exclamaciÃ³n unarioargumento de tipo errÃ³neo para el decremento unarioargumento de tipo errÃ³neo para el incremento unariose devuelve el registro x87 con x87 desactivadoxstormy16_print_operand: cÃ³digo desconocidono se admite el modo z/Architecture en %sz/Architecture.cero como constante de puntero nulomatriz %q+D de tamaÃ±o cero o negativovector de tamaÃ±o ceroanchura cero para el campo de bits %q+Danchura cero para el campo de bits %qsanchura cero en el formato %scadena de formato %s de longitud ceromatriz %qD de tamaÃ±o ceromatriz %qT de tamaÃ±o cero{anÃ³nimo}{desconocida}
\ No newline at end of file
diff -Nrcpad gcc-7.1.0/gcc/po/es.po gcc-7.2.0/gcc/po/es.po
*** gcc-7.1.0/gcc/po/es.po	Sun Apr 30 23:16:59 2017
--- gcc-7.2.0/gcc/po/es.po	Mon Aug  7 15:56:22 2017
***************
*** 17,25 ****
--- 17,27 ----
  # dereference        - desreferencia
  # hardware           - hardware
  # hotness            - calentura
+ # immediate          - inmediato
  # insns              - instrucciones  #: config/frv/frv.opt:126
  # instruction        - instrucciÃ³n
  # iv optimization    - optimizaciÃ³n iv
+ # multiply           - TBD
  # omp (OpenMP)       - omp
  # OS                 - S.O.
  # reallocate         - reubicar
***************
*** 35,44 ****
  #
  msgid ""
  msgstr ""
! "Project-Id-Version: gcc 7.1-b20170226\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-04-24 20:38+0000\n"
! "PO-Revision-Date: 2017-04-16 10:33+0200\n"
  "Last-Translator: Antonio Ceballos <aceballos@gmail.com>\n"
  "Language-Team: Spanish <es@tp.org.es>\n"
  "Language: es\n"
--- 37,46 ----
  #
  msgid ""
  msgstr ""
! "Project-Id-Version: gcc 7.1.0\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-05-01 22:24+0000\n"
! "PO-Revision-Date: 2017-07-26 08:25+0200\n"
  "Last-Translator: Antonio Ceballos <aceballos@gmail.com>\n"
  "Language-Team: Spanish <es@tp.org.es>\n"
  "Language: es\n"
*************** msgstr ""
*** 794,808 ****
  "\n"
  
  #: gcov.c:656
! #, fuzzy, c-format
! #| msgid ""
! #| "Usage: gcov [OPTION]... SOURCE|OBJ...\n"
! #| "\n"
  msgid ""
  "Usage: gcov [OPTION...] SOURCE|OBJ...\n"
  "\n"
  msgstr ""
! "Modo de empleo: gcov [OPCIÃ“N]... FUENTE|OBJ...\n"
  "\n"
  
  #: gcov.c:657
--- 796,807 ----
  "\n"
  
  #: gcov.c:656
! #, c-format
  msgid ""
  "Usage: gcov [OPTION...] SOURCE|OBJ...\n"
  "\n"
  msgstr ""
! "Modo de empleo: gcov [OPCIÃ“N...] FUENTE|OBJ...\n"
  "\n"
  
  #: gcov.c:657
*************** msgid "Bound on number of runtime checks
*** 1996,2005 ****
  msgstr "LÃ­mite en el nÃºmero de revisiones de tiempo de ejecuciÃ³n insertadas por las versiones de bucle del vectorizador para revisiÃ³n de alias."
  
  #: params.def:568
! #, fuzzy, no-c-format
! #| msgid "Max number of loop peels to enhancement alignment of data references in a loop."
  msgid "Maximum number of loop peels to enhance alignment of data references in a loop."
! msgstr "NÃºmero mÃ¡ximo de pelados de bucle para alineaciÃ³n de mejora de las referencias de datos en un bucle."
  
  #: params.def:573
  #, no-c-format
--- 1995,2003 ----
  msgstr "LÃ­mite en el nÃºmero de revisiones de tiempo de ejecuciÃ³n insertadas por las versiones de bucle del vectorizador para revisiÃ³n de alias."
  
  #: params.def:568
! #, no-c-format
  msgid "Maximum number of loop peels to enhance alignment of data references in a loop."
! msgstr "NÃºmero mÃ¡ximo de pelados de bucle para mejorar alineaciÃ³n de las referencias de datos en un bucle."
  
  #: params.def:573
  #, no-c-format
*************** msgid "Maximum amount of similar bbs to
*** 2398,2413 ****
  msgstr "Cantidad mÃ¡xima de bbs similares con las cuales comparar un bb."
  
  #: params.def:1104
! #, fuzzy, no-c-format
! #| msgid "Allow the store merging pass to introduce unaligned stores if it is legal to do so"
  msgid "Allow the store merging pass to introduce unaligned stores if it is legal to do so."
! msgstr "Permitir que el paso de mezcla de almacenamientos introduzca almacenamientos desalineados si es legal hacerlo"
  
  #: params.def:1110
! #, fuzzy, no-c-format
! #| msgid "Maximum number of constant stores to merge in the store merging pass"
  msgid "Maximum number of constant stores to merge in the store merging pass."
! msgstr "NÃºmero mÃ¡ximo de almacenamientos constantes que hay que mezclar en el paso de mezcla de almacenamientos"
  
  #: params.def:1116
  #, no-c-format
--- 2396,2409 ----
  msgstr "Cantidad mÃ¡xima de bbs similares con las cuales comparar un bb."
  
  #: params.def:1104
! #, no-c-format
  msgid "Allow the store merging pass to introduce unaligned stores if it is legal to do so."
! msgstr "Permitir que el paso de mezcla de almacenamientos introduzca almacenamientos desalineados si es legal hacerlo."
  
  #: params.def:1110
! #, no-c-format
  msgid "Maximum number of constant stores to merge in the store merging pass."
! msgstr "NÃºmero mÃ¡ximo de almacenamientos constantes que hay que mezclar en el paso de mezcla de almacenamientos."
  
  #: params.def:1116
  #, no-c-format
*************** msgstr "modificador de longitud en forma
*** 2837,2878 ****
  msgid "<command-line>"
  msgstr "<lÃ­nea-de-orden>"
  
! #: config/aarch64/aarch64.c:4926 config/arm/arm.c:21795 config/arm/arm.c:21808
! #: config/arm/arm.c:21833 config/nios2/nios2.c:2653
  #, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "No se admite el operando para el cÃ³digo '%c'"
  
! #: config/aarch64/aarch64.c:4938 config/aarch64/aarch64.c:4954
! #: config/aarch64/aarch64.c:4967 config/aarch64/aarch64.c:4979
! #: config/aarch64/aarch64.c:4990 config/aarch64/aarch64.c:5013
! #: config/aarch64/aarch64.c:5066 config/aarch64/aarch64.c:5269
  #, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "operando no vÃ¡lido para '%%%c'"
  
! #: config/aarch64/aarch64.c:5033 config/aarch64/aarch64.c:5046
! #: config/aarch64/aarch64.c:5056
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr "coma flotante incompatible / operando de registro de vector para '%%%c'"
  
! #: config/aarch64/aarch64.c:5102 config/arm/arm.c:22340
  #, c-format
  msgid "missing operand"
  msgstr "falta un operando"
  
! #: config/aarch64/aarch64.c:5164
  #, c-format
  msgid "invalid constant"
  msgstr "constante no vÃ¡lida"
  
! #: config/aarch64/aarch64.c:5167
  #, c-format
  msgid "invalid operand"
  msgstr "operando no vÃ¡lido"
  
! #: config/aarch64/aarch64.c:5280
  #, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "prefijo de operando no vÃ¡lido '%%%c'"
--- 2833,2874 ----
  msgid "<command-line>"
  msgstr "<lÃ­nea-de-orden>"
  
! #: config/aarch64/aarch64.c:4927 config/arm/arm.c:21832 config/arm/arm.c:21845
! #: config/arm/arm.c:21870 config/nios2/nios2.c:2653
  #, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "No se admite el operando para el cÃ³digo '%c'"
  
! #: config/aarch64/aarch64.c:4939 config/aarch64/aarch64.c:4955
! #: config/aarch64/aarch64.c:4968 config/aarch64/aarch64.c:4980
! #: config/aarch64/aarch64.c:4991 config/aarch64/aarch64.c:5014
! #: config/aarch64/aarch64.c:5067 config/aarch64/aarch64.c:5270
  #, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "operando no vÃ¡lido para '%%%c'"
  
! #: config/aarch64/aarch64.c:5034 config/aarch64/aarch64.c:5047
! #: config/aarch64/aarch64.c:5057
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr "coma flotante incompatible / operando de registro de vector para '%%%c'"
  
! #: config/aarch64/aarch64.c:5103 config/arm/arm.c:22377
  #, c-format
  msgid "missing operand"
  msgstr "falta un operando"
  
! #: config/aarch64/aarch64.c:5165
  #, c-format
  msgid "invalid constant"
  msgstr "constante no vÃ¡lida"
  
! #: config/aarch64/aarch64.c:5168
  #, c-format
  msgid "invalid operand"
  msgstr "operando no vÃ¡lido"
  
! #: config/aarch64/aarch64.c:5281
  #, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "prefijo de operando no vÃ¡lido '%%%c'"
*************** msgstr "operando no vÃ¡lido en el cÃ³dig
*** 3030,3058 ****
  msgid "invalid UNSPEC as operand: %d"
  msgstr "UNSPEC no vÃ¡lido como operando: %d"
  
! #: config/arm/arm.c:18804 config/arm/arm.c:18829 config/arm/arm.c:18839
! #: config/arm/arm.c:18848 config/arm/arm.c:18857
  #, c-format
  msgid "invalid shift operand"
  msgstr "operando de desplazamiento no vÃ¡lido"
  
! #: config/arm/arm.c:21671 config/arm/arm.c:21689
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "instrucciÃ³n de predicado Thumb"
  
! #: config/arm/arm.c:21677
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "instrucciÃ³n de predicado en una secuencia condicional"
  
! #: config/arm/arm.c:21910 config/arm/arm.c:21932 config/arm/arm.c:21942
! #: config/arm/arm.c:21952 config/arm/arm.c:21962 config/arm/arm.c:22001
! #: config/arm/arm.c:22019 config/arm/arm.c:22044 config/arm/arm.c:22059
! #: config/arm/arm.c:22086 config/arm/arm.c:22093 config/arm/arm.c:22111
! #: config/arm/arm.c:22118 config/arm/arm.c:22126 config/arm/arm.c:22147
! #: config/arm/arm.c:22154 config/arm/arm.c:22287 config/arm/arm.c:22294
! #: config/arm/arm.c:22321 config/arm/arm.c:22328 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
--- 3026,3054 ----
  msgid "invalid UNSPEC as operand: %d"
  msgstr "UNSPEC no vÃ¡lido como operando: %d"
  
! #: config/arm/arm.c:18841 config/arm/arm.c:18866 config/arm/arm.c:18876
! #: config/arm/arm.c:18885 config/arm/arm.c:18894
  #, c-format
  msgid "invalid shift operand"
  msgstr "operando de desplazamiento no vÃ¡lido"
  
! #: config/arm/arm.c:21708 config/arm/arm.c:21726
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "instrucciÃ³n de predicado Thumb"
  
! #: config/arm/arm.c:21714
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "instrucciÃ³n de predicado en una secuencia condicional"
  
! #: config/arm/arm.c:21947 config/arm/arm.c:21969 config/arm/arm.c:21979
! #: config/arm/arm.c:21989 config/arm/arm.c:21999 config/arm/arm.c:22038
! #: config/arm/arm.c:22056 config/arm/arm.c:22081 config/arm/arm.c:22096
! #: config/arm/arm.c:22123 config/arm/arm.c:22130 config/arm/arm.c:22148
! #: config/arm/arm.c:22155 config/arm/arm.c:22163 config/arm/arm.c:22184
! #: config/arm/arm.c:22191 config/arm/arm.c:22324 config/arm/arm.c:22331
! #: config/arm/arm.c:22358 config/arm/arm.c:22365 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
*************** msgstr "instrucciÃ³n de predicado en una
*** 3060,3072 ****
  msgid "invalid operand for code '%c'"
  msgstr "operando no vÃ¡lido para el cÃ³digo '%c'"
  
! #: config/arm/arm.c:22014
  #, c-format
  msgid "instruction never executed"
  msgstr "la instrucciÃ³n nunca se ejecuta"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22035
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr "cÃ³digo de formato Maverick obsoleto '%c'"
--- 3056,3068 ----
  msgid "invalid operand for code '%c'"
  msgstr "operando no vÃ¡lido para el cÃ³digo '%c'"
  
! #: config/arm/arm.c:22051
  #, c-format
  msgid "instruction never executed"
  msgstr "la instrucciÃ³n nunca se ejecuta"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22072
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr "cÃ³digo de formato Maverick obsoleto '%c'"
*************** msgid "unsupported fixed-point conversio
*** 3139,3172 ****
  msgstr "conversiÃ³n de coma fija no admitida"
  
  #: config/avr/avr.c:9803
- #, fuzzy
- #| msgid "Loop variable"
  msgid "variable"
! msgstr "Variable de ciclo"
  
  #: config/avr/avr.c:9808
- #, fuzzy
- #| msgid "a parameter"
  msgid "function parameter"
! msgstr "un parÃ¡metro"
  
  #: config/avr/avr.c:9813
- #, fuzzy
- #| msgid "structure"
  msgid "structure field"
! msgstr "estructura"
  
  #: config/avr/avr.c:9819
- #, fuzzy
- #| msgid "creating array of functions"
  msgid "return type of function"
! msgstr "se crea la matriz de funciones"
  
  #: config/avr/avr.c:9824
- #, fuzzy
- #| msgid "null pointer"
  msgid "pointer"
! msgstr "puntero nulo"
  
  #: config/avr/driver-avr.c:48
  #, c-format
--- 3135,3158 ----
  msgstr "conversiÃ³n de coma fija no admitida"
  
  #: config/avr/avr.c:9803
  msgid "variable"
! msgstr "variable"
  
  #: config/avr/avr.c:9808
  msgid "function parameter"
! msgstr "parÃ¡metro de funciÃ³n"
  
  #: config/avr/avr.c:9813
  msgid "structure field"
! msgstr "campo de estructura"
  
  #: config/avr/avr.c:9819
  msgid "return type of function"
! msgstr "tipo de retorno de funciÃ³n"
  
  #: config/avr/avr.c:9824
  msgid "pointer"
! msgstr "puntero"
  
  #: config/avr/driver-avr.c:48
  #, c-format
*************** msgid "operand is not an integer, invali
*** 3476,3485 ****
  msgstr "el operando no es un entero, cÃ³digo de operando 'R' no vÃ¡lido"
  
  #: config/i386/i386.c:18261
! #, fuzzy, c-format
! #| msgid "operand is not a specific integer, invalid operand code 'r'"
  msgid "operand is not a specific integer, invalid operand code 'R'"
! msgstr "el operando no es un entero concreto, cÃ³digo de operando 'r' no vÃ¡lido"
  
  #: config/i386/i386.c:18357
  #, c-format
--- 3462,3470 ----
  msgstr "el operando no es un entero, cÃ³digo de operando 'R' no vÃ¡lido"
  
  #: config/i386/i386.c:18261
! #, c-format
  msgid "operand is not a specific integer, invalid operand code 'R'"
! msgstr "el operando no es un entero concreto, cÃ³digo de operando 'R' no vÃ¡lido"
  
  #: config/i386/i386.c:18357
  #, c-format
*************** msgstr "emit_fusion_p9_store, reg #2 err
*** 3885,3982 ****
  msgid "emit_fusion_p9_store not MEM"
  msgstr "emit_fusion_p9_store no MEM"
  
! #: config/s390/s390.c:7314
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr "las referencias a memoria simbÃ³lica sÃ³lo se admiten en z10 o posterior"
  
! #: config/s390/s390.c:7325
  #, c-format
  msgid "cannot decompose address"
  msgstr "no se puede descomponer la direcciÃ³n"
  
! #: config/s390/s390.c:7394
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "operador de comparaciÃ³n no vÃ¡lido para el modificador de salida 'E'"
  
! #: config/s390/s390.c:7417
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "referencia no vÃ¡lida para el modificador de salida 'J'"
  
! #: config/s390/s390.c:7435
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "direcciÃ³n no vÃ¡lida para el modificador de salida 'O'"
  
! #: config/s390/s390.c:7457
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "direcciÃ³n no vÃ¡lida para el modificador de salida 'R'"
  
! #: config/s390/s390.c:7475
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr "se esperaba una referencia de memoria para el modificador de salida 'S'"
  
! #: config/s390/s390.c:7485
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "direcciÃ³n no vÃ¡lida para el modificador de saida 'S'"
  
! #: config/s390/s390.c:7506
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr "se esperaba un registro o expresiÃ³n de memoria para el modificador de salida 'N'"
  
! #: config/s390/s390.c:7517
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr "se esperaba un registro o expresiÃ³n de memoria para el modificador de salida 'M'"
  
! #: config/s390/s390.c:7603 config/s390/s390.c:7624
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "constante no vÃ¡lida para el modificador de salida '%c'"
  
! #: config/s390/s390.c:7621
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "constante no vÃ¡lida - pruebe usar un modificador de salida"
  
! #: config/s390/s390.c:7658
  #, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "vector constante no vÃ¡lido para el modificador de salida '%c'"
  
! #: config/s390/s390.c:7665
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "expresiÃ³n no vÃ¡lida - pruebe usar un modificador de salida"
  
! #: config/s390/s390.c:7668
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "expresiÃ³n no vÃ¡lida para el modificador de salida '%c'"
  
! #: config/s390/s390.c:11535
  msgid "vector argument passed to unprototyped function"
  msgstr "se pasÃ³ un argumento vector a una funciÃ³n sin prototipo"
  
! #: config/s390/s390.c:15354
  msgid "types differ in signedness"
  msgstr "los tipos difieren en el signo"
  
! #: config/s390/s390.c:15364
  msgid "binary operator does not support two vector bool operands"
  msgstr "el operador binario no admite dos operadores bool vector"
  
! #: config/s390/s390.c:15367
  msgid "binary operator does not support vector bool operand"
  msgstr "el operador binario no admite operador bool vector"
  
! #: config/s390/s390.c:15375
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr "el operador binario no admite que se mezclen operandos bool vector y vector de coma flotante"
  
--- 3870,3967 ----
  msgid "emit_fusion_p9_store not MEM"
  msgstr "emit_fusion_p9_store no MEM"
  
! #: config/s390/s390.c:7482
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr "las referencias a memoria simbÃ³lica sÃ³lo se admiten en z10 o posterior"
  
! #: config/s390/s390.c:7493
  #, c-format
  msgid "cannot decompose address"
  msgstr "no se puede descomponer la direcciÃ³n"
  
! #: config/s390/s390.c:7562
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "operador de comparaciÃ³n no vÃ¡lido para el modificador de salida 'E'"
  
! #: config/s390/s390.c:7585
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "referencia no vÃ¡lida para el modificador de salida 'J'"
  
! #: config/s390/s390.c:7603
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "direcciÃ³n no vÃ¡lida para el modificador de salida 'O'"
  
! #: config/s390/s390.c:7625
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "direcciÃ³n no vÃ¡lida para el modificador de salida 'R'"
  
! #: config/s390/s390.c:7643
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr "se esperaba una referencia de memoria para el modificador de salida 'S'"
  
! #: config/s390/s390.c:7653
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "direcciÃ³n no vÃ¡lida para el modificador de saida 'S'"
  
! #: config/s390/s390.c:7674
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr "se esperaba un registro o expresiÃ³n de memoria para el modificador de salida 'N'"
  
! #: config/s390/s390.c:7685
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr "se esperaba un registro o expresiÃ³n de memoria para el modificador de salida 'M'"
  
! #: config/s390/s390.c:7771 config/s390/s390.c:7792
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "constante no vÃ¡lida para el modificador de salida '%c'"
  
! #: config/s390/s390.c:7789
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "constante no vÃ¡lida - pruebe usar un modificador de salida"
  
! #: config/s390/s390.c:7826
  #, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "vector constante no vÃ¡lido para el modificador de salida '%c'"
  
! #: config/s390/s390.c:7833
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "expresiÃ³n no vÃ¡lida - pruebe usar un modificador de salida"
  
! #: config/s390/s390.c:7836
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "expresiÃ³n no vÃ¡lida para el modificador de salida '%c'"
  
! #: config/s390/s390.c:11703
  msgid "vector argument passed to unprototyped function"
  msgstr "se pasÃ³ un argumento vector a una funciÃ³n sin prototipo"
  
! #: config/s390/s390.c:15522
  msgid "types differ in signedness"
  msgstr "los tipos difieren en el signo"
  
! #: config/s390/s390.c:15532
  msgid "binary operator does not support two vector bool operands"
  msgstr "el operador binario no admite dos operadores bool vector"
  
! #: config/s390/s390.c:15535
  msgid "binary operator does not support vector bool operand"
  msgstr "el operador binario no admite operador bool vector"
  
! #: config/s390/s390.c:15543
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr "el operador binario no admite que se mezclen operandos bool vector y vector de coma flotante"
  
*************** msgstr "La notaicÃ³n de array de Cilk no
*** 4355,4361 ****
  
  #: c/c-parser.c:5715 cp/semantics.c:1144
  msgid "Cilk array notation cannot be used as a condition for switch statement"
! msgstr "La notaicÃ³n de array de Cilk no puede utilizarse para sentencias switch"
  
  #: c/c-parser.c:5766 cp/semantics.c:799
  msgid "Cilk array notation cannot be used as a condition for while statement"
--- 4340,4346 ----
  
  #: c/c-parser.c:5715 cp/semantics.c:1144
  msgid "Cilk array notation cannot be used as a condition for switch statement"
! msgstr "La notaciÃ³n de array de Cilk no puede utilizarse para sentencias switch"
  
  #: c/c-parser.c:5766 cp/semantics.c:799
  msgid "Cilk array notation cannot be used as a condition for while statement"
*************** msgid "Warn about 'new' of type with ext
*** 6204,6213 ****
  msgstr "Advierte de 'new' de tipos con alineamiento extendido sin -faligned-new."
  
  #: c-family/c.opt:296
- #, fuzzy
- #| msgid "-Waligned-new=all Warn even if 'new' uses a class member allocation function."
  msgid "-Waligned-new=[none|global|all]\tWarn even if 'new' uses a class member allocation function."
! msgstr "-Waligned-new=all Avisa aunque 'new' use una funciÃ³n de reserva miembro de clase."
  
  #: c-family/c.opt:300 ada/gcc-interface/lang.opt:57
  msgid "Enable most warning messages."
--- 6189,6196 ----
  msgstr "Advierte de 'new' de tipos con alineamiento extendido sin -faligned-new."
  
  #: c-family/c.opt:296
  msgid "-Waligned-new=[none|global|all]\tWarn even if 'new' uses a class member allocation function."
! msgstr "-Waligned-new=[none|global|all]\tAvisa aunque 'new' use una funciÃ³n de reserva miembro de clase."
  
  #: c-family/c.opt:300 ada/gcc-interface/lang.opt:57
  msgid "Enable most warning messages."
*************** msgid "-Walloc-zero Warn for calls to al
*** 6226,6235 ****
  msgstr "-Walloc-zero Advierte de llamadas a funciones de reserva que especifican cero bytes."
  
  #: c-family/c.opt:317
- #, fuzzy
- #| msgid "-Walloca-larger-than=<number> Warn on unbounded uses of alloca, and on bounded uses of alloca whose bound can be larger than <number> bytes."
  msgid "-Walloca-larger-than=<number>\tWarn on unbounded uses of alloca, and on bounded uses of alloca whose bound can be larger than <number> bytes."
! msgstr "-Walloca-larger-than=<nÃºmero> Advierte de usos no acotados de alloca y de usos acotados cuyo lÃ­mite pueda ser mÃ¡s grande que <nÃºmero> bytes."
  
  #: c-family/c.opt:331
  msgid "Warn whenever an Objective-C assignment is being intercepted by the garbage collector."
--- 6209,6216 ----
  msgstr "-Walloc-zero Advierte de llamadas a funciones de reserva que especifican cero bytes."
  
  #: c-family/c.opt:317
  msgid "-Walloca-larger-than=<number>\tWarn on unbounded uses of alloca, and on bounded uses of alloca whose bound can be larger than <number> bytes."
! msgstr "-Walloca-larger-than=<nÃºmero>\tAdvierte de usos no acotados de alloca y de usos acotados cuyo lÃ­mite pueda ser mÃ¡s grande que <nÃºmero> bytes."
  
  #: c-family/c.opt:331
  msgid "Warn whenever an Objective-C assignment is being intercepted by the garbage collector."
*************** msgid "Warn about an empty body in an if
*** 6380,6389 ****
  msgstr "Avisa sobre un cuerpo vacÃ­o en una declaraciÃ³n if o else."
  
  #: c-family/c.opt:489
- #, fuzzy
- #| msgid "Warn about stray tokens after #elif and #endif."
  msgid "Warn about stray tokens after #else and #endif."
! msgstr "Avisa sobre elementos sobrantes despuÃ©s de #elif y #endif."
  
  #: c-family/c.opt:493
  msgid "Warn about comparison of different enum types."
--- 6361,6368 ----
  msgstr "Avisa sobre un cuerpo vacÃ­o en una declaraciÃ³n if o else."
  
  #: c-family/c.opt:489
  msgid "Warn about stray tokens after #else and #endif."
! msgstr "Avisa sobre elementos sobrantes despuÃ©s de #else y #endif."
  
  #: c-family/c.opt:493
  msgid "Warn about comparison of different enum types."
*************** msgid "Warn if a variable length array i
*** 6898,6907 ****
  msgstr "Avisa si se usa una matriz de longitud variable."
  
  #: c-family/c.opt:1104
- #, fuzzy
- #| msgid "-Walloca-larger-than=<number> Warn on unbounded uses of alloca, and on bounded uses of alloca whose bound can be larger than <number> bytes."
  msgid "-Wvla-larger-than=<number>\tWarn on unbounded uses of variable-length arrays, and on bounded uses of variable-length arrays whose bound can be larger than <number> bytes."
! msgstr "-Walloca-larger-than=<nÃºmero> Advierte de usos no acotados de alloca y de usos acotados cuyo lÃ­mite pueda ser mÃ¡s grande que <nÃºmero> bytes."
  
  #: c-family/c.opt:1110
  msgid "Warn when a register variable is declared volatile."
--- 6877,6884 ----
  msgstr "Avisa si se usa una matriz de longitud variable."
  
  #: c-family/c.opt:1104
  msgid "-Wvla-larger-than=<number>\tWarn on unbounded uses of variable-length arrays, and on bounded uses of variable-length arrays whose bound can be larger than <number> bytes."
! msgstr "-Wvla-larger-than=<nÃºmero>\tAdvierte de usos no acotados de arrays de longitud variable y de usos acotados de arrays de longitud variable cuyo lÃ­mite pueda ser mÃ¡s grande que <nÃºmero> bytes."
  
  #: c-family/c.opt:1110
  msgid "Warn when a register variable is declared volatile."
*************** msgid "Branches are this expensive (1-5,
*** 8953,8962 ****
  msgstr "Las ramificaciones son asÃ­ de caras (1-5, unidades arbitrarias)."
  
  #: config/i386/i386.opt:275
- #, fuzzy
- #| msgid "Data greater than given threshold will go into .ldata section in x86-64 medium model."
  msgid "-mlarge-data-threshold=<number>\tData greater than given threshold will go into .ldata section in x86-64 medium model."
! msgstr "Los datos mÃ¡s grandes que el lÃ­mite dado irÃ¡n a la secciÃ³n .ldata en el modeolo medium del x86-64."
  
  #: config/i386/i386.opt:279
  msgid "Use given x86-64 code model."
--- 8930,8937 ----
  msgstr "Las ramificaciones son asÃ­ de caras (1-5, unidades arbitrarias)."
  
  #: config/i386/i386.opt:275
  msgid "-mlarge-data-threshold=<number>\tData greater than given threshold will go into .ldata section in x86-64 medium model."
! msgstr "-mlarge-data-threshold=<nÃºmero>\tLos datos mÃ¡s grandes que el lÃ­mite dado irÃ¡n a la secciÃ³n .ldata en el modeolo medium del x86-64."
  
  #: config/i386/i386.opt:279
  msgid "Use given x86-64 code model."
*************** msgstr "Usa la instrucciÃ³n synci para i
*** 12753,12769 ****
  
  #: config/mips/mips.opt:393
  msgid "Use lwxc1/swxc1/ldxc1/sdxc1 instructions where applicable."
! msgstr ""
  
  #: config/mips/mips.opt:397
  msgid "Use 4-operand madd.s/madd.d and related instructions where applicable."
! msgstr ""
  
  #: config/mips/mips.opt:409
- #, fuzzy
- #| msgid "Use Virtualization Application Specific instructions."
  msgid "Use Virtualization (VZ) instructions."
! msgstr "Usa instrucciones especÃ­ficas de aplicaciÃ³n de virtualizaciÃ³n."
  
  #: config/mips/mips.opt:413
  msgid "Use eXtended Physical Address (XPA) instructions."
--- 12728,12742 ----
  
  #: config/mips/mips.opt:393
  msgid "Use lwxc1/swxc1/ldxc1/sdxc1 instructions where applicable."
! msgstr "Usa instrucciones lwxc1/swxc1/ldxc1/sdxc1 donde sean aplicables."
  
  #: config/mips/mips.opt:397
  msgid "Use 4-operand madd.s/madd.d and related instructions where applicable."
! msgstr "Usa operandos cuaternarios madd.s/madd.d e instrucciones relacionadas donde sean aplicables."
  
  #: config/mips/mips.opt:409
  msgid "Use Virtualization (VZ) instructions."
! msgstr "Usa instrucciones virtualizaciÃ³n (VZ)."
  
  #: config/mips/mips.opt:413
  msgid "Use eXtended Physical Address (XPA) instructions."
*************** msgid "Warn when not issuing stack smash
*** 13346,13355 ****
  msgstr "Avisa cuando no se estÃ¡ usando la protecciÃ³n contra destrucciÃ³n de la pila por alguna razÃ³n."
  
  #: common.opt:693
- #, fuzzy
- #| msgid "Warn if stack usage might be larger than specified amount."
  msgid "-Wstack-usage=<number>\tWarn if stack usage might be larger than specified amount."
! msgstr "Avisa si el uso de pila puede ser mayor que el monto especificado."
  
  #: common.opt:697 common.opt:701
  msgid "Warn about code which might break strict aliasing rules."
--- 13319,13326 ----
  msgstr "Avisa cuando no se estÃ¡ usando la protecciÃ³n contra destrucciÃ³n de la pila por alguna razÃ³n."
  
  #: common.opt:693
  msgid "-Wstack-usage=<number>\tWarn if stack usage might be larger than specified amount."
! msgstr "-Wstack-usage=<number>\tAvisa si el uso de pila puede ser mayor que el monto especificado."
  
  #: common.opt:697 common.opt:701
  msgid "Warn about code which might break strict aliasing rules."
*************** msgid "Perform a forward propagation pas
*** 13810,13819 ****
  msgstr "Realiza el paso de la propagaciÃ³n hacia adelante en RTL."
  
  #: common.opt:1379
- #, fuzzy
- #| msgid "-ffp-contract=[off|on|fast] Perform floating-point expression contraction."
  msgid "-ffp-contract=[off|on|fast]\tPerform floating-point expression contraction."
! msgstr "-ffp-contract=[off|on|fast] Realiza contracciÃ³n de expresiÃ³n de coma flotante."
  
  #: common.opt:1382
  #, c-format
--- 13781,13788 ----
  msgstr "Realiza el paso de la propagaciÃ³n hacia adelante en RTL."
  
  #: common.opt:1379
  msgid "-ffp-contract=[off|on|fast]\tPerform floating-point expression contraction."
! msgstr "-ffp-contract=[off|on|fast]\tRealiza contracciÃ³n de expresiÃ³n de coma flotante."
  
  #: common.opt:1382
  #, c-format
*************** msgid "Perform conversion of conditional
*** 13914,13923 ****
  msgstr "Realiza la conversiÃ³n de saltos condicionales a ejecuciÃ³n condicional."
  
  #: common.opt:1531
- #, fuzzy
- #| msgid "-fstack-reuse=[all|named_vars|none] Set stack reuse level for local variables."
  msgid "-fstack-reuse=[all|named_vars|none]\tSet stack reuse level for local variables."
! msgstr "-fstack-reuse=[all|named_vars|none] Establece el nivel de reÃºso de la pila para variables locales."
  
  #: common.opt:1534
  #, c-format
--- 13883,13890 ----
  msgstr "Realiza la conversiÃ³n de saltos condicionales a ejecuciÃ³n condicional."
  
  #: common.opt:1531
  msgid "-fstack-reuse=[all|named_vars|none]\tSet stack reuse level for local variables."
! msgstr "-fstack-reuse=[all|named_vars|none]\tEstablece el nivel de reÃºso de la pila para variables locales."
  
  #: common.opt:1534
  #, c-format
*************** msgid "Perform IPA Value Range Propagati
*** 14017,14026 ****
  msgstr "Realiza la PropagaciÃ³n de Rango Valor IPA."
  
  #: common.opt:1664
- #, fuzzy
- #| msgid "-fira-algorithm=[CB|priority] Set the used IRA algorithm."
  msgid "-fira-algorithm=[CB|priority]\tSet the used IRA algorithm."
! msgstr "-fira-algorithm=[CB|priority] Establece el algoritmo IRA a usar."
  
  #: common.opt:1667
  #, c-format
--- 13984,13991 ----
  msgstr "Realiza la PropagaciÃ³n de Rango Valor IPA."
  
  #: common.opt:1664
  msgid "-fira-algorithm=[CB|priority]\tSet the used IRA algorithm."
! msgstr "-fira-algorithm=[CB|priority]\tEstablece el algoritmo IRA a usar."
  
  #: common.opt:1667
  #, c-format
*************** msgid "unknown IRA algorithm %qs"
*** 14028,14037 ****
  msgstr "algoritmo IRA %qs desconocido"
  
  #: common.opt:1677
- #, fuzzy
- #| msgid "-fira-region=[one|all|mixed] Set regions for IRA."
  msgid "-fira-region=[one|all|mixed]\tSet regions for IRA."
! msgstr "-fira-region=[one|all|mixed] Establece las regiones para IRA."
  
  #: common.opt:1680
  #, c-format
--- 13993,14000 ----
  msgstr "algoritmo IRA %qs desconocido"
  
  #: common.opt:1677
  msgid "-fira-region=[one|all|mixed]\tSet regions for IRA."
! msgstr "-fira-region=[one|all|mixed]\tEstablece las regiones para IRA."
  
  #: common.opt:1680
  #, c-format
*************** msgid "Reorder basic blocks to improve c
*** 14367,14376 ****
  msgstr "Reordena los bloques bÃ¡sicos para mejorar la ubicaciÃ³n del cÃ³digo."
  
  #: common.opt:2076
- #, fuzzy
- #| msgid "-freorder-blocks-algorithm=[simple|stc] Set the used basic block reordering algorithm."
  msgid "-freorder-blocks-algorithm=[simple|stc]\tSet the used basic block reordering algorithm."
! msgstr "-freorder-blocks-algorithm=[simple|stc]Â Establece el algoritmo de ordenaciÃ³n de bloque bÃ¡sico usado."
  
  #: common.opt:2079
  #, c-format
--- 14330,14337 ----
  msgstr "Reordena los bloques bÃ¡sicos para mejorar la ubicaciÃ³n del cÃ³digo."
  
  #: common.opt:2076
  msgid "-freorder-blocks-algorithm=[simple|stc]\tSet the used basic block reordering algorithm."
! msgstr "-freorder-blocks-algorithm=[simple|stc]\tEstablece el algoritmo de ordenaciÃ³n de bloque bÃ¡sico usado."
  
  #: common.opt:2079
  #, c-format
*************** msgid "Enable loop optimizations on tree
*** 14739,14748 ****
  msgstr "Activa las optimizaciones de bucles a nivel de Ã¡rbol."
  
  #: common.opt:2526
- #, fuzzy
- #| msgid "Enable automatic parallelization of loops."
  msgid "-ftree-parallelize-loops=<number>\tEnable automatic parallelization of loops."
! msgstr "Activa la paralelizaciÃ³n automÃ¡tica de bucles."
  
  #: common.opt:2530
  msgid "Enable hoisting loads from conditional pointers."
--- 14700,14707 ----
  msgstr "Activa las optimizaciones de bucles a nivel de Ã¡rbol."
  
  #: common.opt:2526
  msgid "-ftree-parallelize-loops=<number>\tEnable automatic parallelization of loops."
! msgstr "-ftree-parallelize-loops=<nÃºmero>\tActiva la paralelizaciÃ³n automÃ¡tica de bucles."
  
  #: common.opt:2530
  msgid "Enable hoisting loads from conditional pointers."
*************** msgstr "Activa la vectorizaciÃ³n de bloq
*** 14870,14882 ****
  
  #: common.opt:2693
  msgid "Specifies the cost model for vectorization. -fvect-cost-model=[unlimited|dynamic|cheap]\tSpecifies the cost model for vectorization."
! msgstr ""
  
  #: common.opt:2698
- #, fuzzy
- #| msgid "Specifies the vectorization cost model for code marked with a simd directive."
  msgid "-fsimd-cost-model=[unlimited|dynamic|cheap]\tSpecifies the vectorization cost model for code marked with a simd directive."
! msgstr "Especifica el modelo de coste de la vectorizaciÃ³n para cÃ³digo marcado con directiva simd."
  
  #: common.opt:2701
  #, c-format
--- 14829,14839 ----
  
  #: common.opt:2693
  msgid "Specifies the cost model for vectorization. -fvect-cost-model=[unlimited|dynamic|cheap]\tSpecifies the cost model for vectorization."
! msgstr "Especifica el modelo de coste para vectorizaciÃ³n. -fvect-cost-model=[unlimited|dynamic|cheap]\tEspecifica el modelo de coste para vectorizaciÃ³n."
  
  #: common.opt:2698
  msgid "-fsimd-cost-model=[unlimited|dynamic|cheap]\tSpecifies the vectorization cost model for code marked with a simd directive."
! msgstr "-fsimd-cost-model=[unlimited|dynamic|cheap]\tEspecifica el modelo de coste de la vectorizaciÃ³n para cÃ³digo marcado con directiva simd."
  
  #: common.opt:2701
  #, c-format
*************** msgid "type attributes ignored after typ
*** 15569,15578 ****
  msgstr "se descartan los atributos de tipo despuÃ©s de que el tipo ya se definiÃ³"
  
  #: auto-profile.c:347
! #, fuzzy, gcc-internal-format
! #| msgid "Offset exceeds 16 bytes."
  msgid "offset exceeds 16 bytes"
! msgstr "El desplazamiento excede 16 bytes."
  
  #: auto-profile.c:854
  #, gcc-internal-format
--- 15526,15534 ----
  msgstr "se descartan los atributos de tipo despuÃ©s de que el tipo ya se definiÃ³"
  
  #: auto-profile.c:347
! #, gcc-internal-format
  msgid "offset exceeds 16 bytes"
! msgstr "el desplazamiento excede 16 bytes"
  
  #: auto-profile.c:854
  #, gcc-internal-format
*************** msgid "Not expected TAG."
*** 15580,15619 ****
  msgstr "No se esperaba TAG."
  
  #: auto-profile.c:920
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Cannot open profile file %s."
  msgid "cannot open profile file %s"
! msgstr "No se puede abrir el fichero de perfil %s."
  
  #: auto-profile.c:926
! #, fuzzy, gcc-internal-format
! #| msgid "AutoFDO profile magic number does not match."
  msgid "AutoFDO profile magic number does not match"
! msgstr "El nÃºmero mÃ¡gico de perfil AutoFDO no cuadra."
  
  #: auto-profile.c:934
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "AutoFDO profile version %u does match %u."
  msgid "AutoFDO profile version %u does match %u"
! msgstr "La versiÃ³n %u de perfil AutoFDO no cuadra con %u."
  
  #: auto-profile.c:946
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Cannot read string table from %s."
  msgid "cannot read string table from %s"
! msgstr "No se puede leer la tabla de cadenas de %s."
  
  #: auto-profile.c:954
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Cannot read function profile from %s."
  msgid "cannot read function profile from %s"
! msgstr "No se puede leer el perfil de funciÃ³n de %s."
  
  #: auto-profile.c:964
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Cannot read working set from %s."
  msgid "cannot read working set from %s"
! msgstr "No se puede leer el conjunto de trabajo de %s."
  
  #: bt-load.c:1564
  #, gcc-internal-format
--- 15536,15569 ----
  msgstr "No se esperaba TAG."
  
  #: auto-profile.c:920
! #, gcc-internal-format, gfc-internal-format
  msgid "cannot open profile file %s"
! msgstr "no se puede abrir el fichero de perfil %s"
  
  #: auto-profile.c:926
! #, gcc-internal-format
  msgid "AutoFDO profile magic number does not match"
! msgstr "El nÃºmero mÃ¡gico de perfil AutoFDO no cuadra"
  
  #: auto-profile.c:934
! #, gcc-internal-format, gfc-internal-format
  msgid "AutoFDO profile version %u does match %u"
! msgstr "La versiÃ³n %u de perfil AutoFDO no cuadra con %u"
  
  #: auto-profile.c:946
! #, gcc-internal-format, gfc-internal-format
  msgid "cannot read string table from %s"
! msgstr "no se puede leer la tabla de cadenas de %s"
  
  #: auto-profile.c:954
! #, gcc-internal-format, gfc-internal-format
  msgid "cannot read function profile from %s"
! msgstr "no se puede leer el perfil de funciÃ³n de %s"
  
  #: auto-profile.c:964
! #, gcc-internal-format, gfc-internal-format
  msgid "cannot read working set from %s"
! msgstr "no se puede leer el conjunto de trabajo de %s"
  
  #: bt-load.c:1564
  #, gcc-internal-format
*************** msgstr "se asume que el desbordamiento c
*** 17367,17373 ****
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr "se asume que el desbordamiento con signo no sucede cuando se combinan constantes alrededor de una comparaciÃ³n"
  
! #: fold-const.c:12046
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr "fold check: el Ã¡rbol original cambiÃ³ por un pliegue"
--- 17317,17323 ----
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr "se asume que el desbordamiento con signo no sucede cuando se combinan constantes alrededor de una comparaciÃ³n"
  
! #: fold-const.c:12048
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr "fold check: el Ã¡rbol original cambiÃ³ por un pliegue"
*************** msgstr "posible desreferencia a puntero
*** 17903,17910 ****
  msgid "null pointer dereference"
  msgstr "desreferencia a puntero nulo"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12872
! #: tree.c:12909 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
--- 17853,17860 ----
  msgid "null pointer dereference"
  msgstr "desreferencia a puntero nulo"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12880
! #: tree.c:12917 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
*************** msgstr "se declara aquÃ­"
*** 17918,18214 ****
  msgid "nonnull argument %qD compared to NULL"
  msgstr "argumento %qD no nulo comparado con NULL"
  
! #: gimple-ssa-sprintf.c:2307 gimple-ssa-sprintf.c:2435
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr "la salida %qE podrÃ­a truncarse antes del Ãºltimo carÃ¡cter de formato"
  
! #: gimple-ssa-sprintf.c:2309 gimple-ssa-sprintf.c:2437
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr "la salida %qE podrÃ­a truncarse antes del Ãºltimo carÃ¡cter de formato"
  
! #: gimple-ssa-sprintf.c:2311 gimple-ssa-sprintf.c:2439
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr "%qE podrÃ­a escribir un nul al final del destino"
  
! #: gimple-ssa-sprintf.c:2313 gimple-ssa-sprintf.c:2441
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr "%qE se escribe un nul al final del destino"
  
! #: gimple-ssa-sprintf.c:2326
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr "salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo %wu byte en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2328
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo %wu byte en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2330
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr "directiva %<%.*s%> escribiendo %wu byte en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2334
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr "la salida de la directiva %<%.*s%> podrÃ­a truncarse al escribir %wu bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2336
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo %wu bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2338
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr "directiva %<%.*s%> escribiendo %wu bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2351
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr "la salida de la directiva %<%.*s%> podrÃ­a truncarse al escribir hasta %wu bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2353
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo hasta %wu bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2355
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr "directiva %<%.*s%> escribiendo hasta %wu bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2371
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr "la salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2373
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2375
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr "directiva %<%.*s%> escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2388
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr "la salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo entre %wu y %wu bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2390
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo entre %wu y %wu bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2392
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr "directiva %<%.*s%> escribiendo entre %wu y %wu bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2404
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr "la salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2406
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2408
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr "directiva %<%.*s%> escribiendo %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2454
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr "la salida de la directiva %<%.*s%> podrÃ­a truncarse al escribir %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2456
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2458
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr "directiva %<%.*s%> escribiendo %wu byte en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2462
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr "la salida de la directiva %<%.*s%> podrÃ­a truncarse al escribir %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2464
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2466
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr "directiva %<%.*s%> escribiendo %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2480
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr "la salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo hasta %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2483
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo hasta %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2486
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr "directiva %<%.*s%> escribiendo hasta %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2502
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr "la salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2505
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2508
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr "directiva %<%.*s%> escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2521
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "la salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo entre %wu y %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2524
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo entre %wu y %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2527
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "directiva %<%.*s%> escribiendo entre %wu y %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2539
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "la salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2542
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2545
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "directiva %<%.*s%> escribiendo %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2710
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr "la salida de la directiva %<%.*s%> entre %wu y %wu bytes podrÃ­a superar el tamaÃ±o mÃ­nimo requerido de 4095"
  
! #: gimple-ssa-sprintf.c:2712
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr "la salida de la directiva %<%.*s%> entre %wu y %wu bytes supera el tamaÃ±o mÃ­nimo requerido de 4095"
  
! #: gimple-ssa-sprintf.c:2751
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr "la salida de la directiva %<%.*s%> entre %wu y %wu bytes provoca que el resultado supere %<INT_MAX%>"
  
! #: gimple-ssa-sprintf.c:2753
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr "la salida de la directiva %<%.*s%> entre %wu y %wu bytes podrÃ­a provocar que el resultado supere %<INT_MAX%>"
  
! #: gimple-ssa-sprintf.c:2767
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr "se asume salida de directiva de %wu byte"
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr "se asume salida de directiva de %wu bytes"
  
! #: gimple-ssa-sprintf.c:2775
  #, gcc-internal-format
  msgid "directive argument %qE"
  msgstr "argumento de la directiva %qE"
  
! #: gimple-ssa-sprintf.c:2777
  #, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr "argumento de la directiva en el rango de [%E, %E]"
  
! #: gimple-ssa-sprintf.c:2781
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr "se utiliza el rango [%E, %E] para el argumento de la directiva"
  
! #: gimple-ssa-sprintf.c:2801
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr "%qE manda %wu byte a un destino de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr "%qE manda %wu bytes a un destino de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2806
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr "%qE manda entre %wu y %wu bytes a un destino de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2811
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr "%qE manda %wu o mÃ¡s bytes (se asume %wu) a un destino de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2816
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr "%qE manda %wu o mÃ¡s bytes a un destino de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:3588
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr "el lÃ­mite especificado %wu supera el tamaÃ±o mÃ¡ximo del objeto %wu"
  
! #: gimple-ssa-sprintf.c:3594
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr "el lÃ­mite especificado %wu supera %<INT_MAX %>"
  
! #: gimple-ssa-sprintf.c:3647
  #, gcc-internal-format
  msgid "null destination pointer"
  msgstr "puntero de destino nulo"
  
! #: gimple-ssa-sprintf.c:3664
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr "el lÃ­mite especificado %wu supera el tamaÃ±o %wu del objeto de destino"
  
! #: gimple-ssa-sprintf.c:3676
  #, gcc-internal-format
  msgid "null format string"
  msgstr "cadena de formato nula"
--- 17868,18164 ----
  msgid "nonnull argument %qD compared to NULL"
  msgstr "argumento %qD no nulo comparado con NULL"
  
! #: gimple-ssa-sprintf.c:2308 gimple-ssa-sprintf.c:2436
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr "la salida %qE podrÃ­a truncarse antes del Ãºltimo carÃ¡cter de formato"
  
! #: gimple-ssa-sprintf.c:2310 gimple-ssa-sprintf.c:2438
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr "la salida %qE podrÃ­a truncarse antes del Ãºltimo carÃ¡cter de formato"
  
! #: gimple-ssa-sprintf.c:2312 gimple-ssa-sprintf.c:2440
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr "%qE podrÃ­a escribir un nul al final del destino"
  
! #: gimple-ssa-sprintf.c:2314 gimple-ssa-sprintf.c:2442
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr "%qE se escribe un nul al final del destino"
  
! #: gimple-ssa-sprintf.c:2327
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr "salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo %wu byte en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2329
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo %wu byte en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2331
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr "directiva %<%.*s%> escribiendo %wu byte en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2335
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr "la salida de la directiva %<%.*s%> podrÃ­a truncarse al escribir %wu bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2337
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo %wu bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2339
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr "directiva %<%.*s%> escribiendo %wu bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2352
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr "la salida de la directiva %<%.*s%> podrÃ­a truncarse al escribir hasta %wu bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2354
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo hasta %wu bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2356
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr "directiva %<%.*s%> escribiendo hasta %wu bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2372
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr "la salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2374
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2376
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr "directiva %<%.*s%> escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2389
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr "la salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo entre %wu y %wu bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2391
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo entre %wu y %wu bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2393
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr "directiva %<%.*s%> escribiendo entre %wu y %wu bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2405
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr "la salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2407
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2409
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr "directiva %<%.*s%> escribiendo %wu o mÃ¡s bytes en una regiÃ³n de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2455
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr "la salida de la directiva %<%.*s%> podrÃ­a truncarse al escribir %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2457
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2459
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr "directiva %<%.*s%> escribiendo %wu byte en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2463
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr "la salida de la directiva %<%.*s%> podrÃ­a truncarse al escribir %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2465
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2467
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr "directiva %<%.*s%> escribiendo %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2481
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr "la salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo hasta %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2484
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo hasta %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2487
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr "directiva %<%.*s%> escribiendo hasta %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2503
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr "la salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2506
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2509
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr "directiva %<%.*s%> escribiendo probablemente %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2522
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "la salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo entre %wu y %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2525
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo entre %wu y %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2528
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "directiva %<%.*s%> escribiendo entre %wu y %wu bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2540
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "la salida de la directiva %<%.*s%> podrÃ­a truncarse escribiendo %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2543
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "salida de la directiva %<%.*s%> truncada escribiendo %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2546
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "directiva %<%.*s%> escribiendo %wu o mÃ¡s bytes en una regiÃ³n de un tamaÃ±o entre %wu y %wu"
  
! #: gimple-ssa-sprintf.c:2711
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr "la salida de la directiva %<%.*s%> entre %wu y %wu bytes podrÃ­a superar el tamaÃ±o mÃ­nimo requerido de 4095"
  
! #: gimple-ssa-sprintf.c:2713
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr "la salida de la directiva %<%.*s%> entre %wu y %wu bytes supera el tamaÃ±o mÃ­nimo requerido de 4095"
  
! #: gimple-ssa-sprintf.c:2752
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr "la salida de la directiva %<%.*s%> entre %wu y %wu bytes provoca que el resultado supere %<INT_MAX%>"
  
! #: gimple-ssa-sprintf.c:2754
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr "la salida de la directiva %<%.*s%> entre %wu y %wu bytes podrÃ­a provocar que el resultado supere %<INT_MAX%>"
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr "se asume salida de directiva de %wu byte"
  
! #: gimple-ssa-sprintf.c:2769
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr "se asume salida de directiva de %wu bytes"
  
! #: gimple-ssa-sprintf.c:2776
  #, gcc-internal-format
  msgid "directive argument %qE"
  msgstr "argumento de la directiva %qE"
  
! #: gimple-ssa-sprintf.c:2778
  #, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr "argumento de la directiva en el rango de [%E, %E]"
  
! #: gimple-ssa-sprintf.c:2782
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr "se utiliza el rango [%E, %E] para el argumento de la directiva"
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr "%qE manda %wu byte a un destino de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2803
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr "%qE manda %wu bytes a un destino de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2807
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr "%qE manda entre %wu y %wu bytes a un destino de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2812
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr "%qE manda %wu o mÃ¡s bytes (se asume %wu) a un destino de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:2817
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr "%qE manda %wu o mÃ¡s bytes a un destino de tamaÃ±o %wu"
  
! #: gimple-ssa-sprintf.c:3591
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr "el lÃ­mite especificado %wu supera el tamaÃ±o mÃ¡ximo del objeto %wu"
  
! #: gimple-ssa-sprintf.c:3597
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr "el lÃ­mite especificado %wu supera %<INT_MAX %>"
  
! #: gimple-ssa-sprintf.c:3650
  #, gcc-internal-format
  msgid "null destination pointer"
  msgstr "puntero de destino nulo"
  
! #: gimple-ssa-sprintf.c:3667
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr "el lÃ­mite especificado %wu supera el tamaÃ±o %wu del objeto de destino"
  
! #: gimple-ssa-sprintf.c:3679
  #, gcc-internal-format
  msgid "null format string"
  msgstr "cadena de formato nula"
*************** msgid "enclosing task"
*** 18364,18379 ****
  msgstr "tarea contenedora"
  
  #: gimplify.c:6852
! #, fuzzy, gcc-internal-format
! #| msgid "%qE not specified in enclosing %s"
  msgid "%qE not specified in enclosing %qs"
! msgstr "no se especificÃ³ %qE en el %s que lo contiene"
  
  #: gimplify.c:6854
! #, fuzzy, gcc-internal-format
! #| msgid "enclosing %s"
  msgid "enclosing %qs"
! msgstr "%s contenedora"
  
  #: gimplify.c:6965
  #, gcc-internal-format
--- 18314,18327 ----
  msgstr "tarea contenedora"
  
  #: gimplify.c:6852
! #, gcc-internal-format
  msgid "%qE not specified in enclosing %qs"
! msgstr "no se especificÃ³ %qE en el %qs que lo contiene"
  
  #: gimplify.c:6854
! #, gcc-internal-format
  msgid "enclosing %qs"
! msgstr "%qs contenedora"
  
  #: gimplify.c:6965
  #, gcc-internal-format
*************** msgid "the incompatible type defined in
*** 18742,18751 ****
  msgstr "el tipo incompatible definido en otra unidad de traducciÃ³n"
  
  #: ipa-devirt.c:1142
! #, fuzzy, gcc-internal-format
! #| msgid "type name %<%s%> should match type name %<%s%>"
  msgid "type name %qs should match type name %qs"
! msgstr "el nombre de tipo %<%s%> deberÃ­a concordar con el nombre de tipo %<%s%>"
  
  #: ipa-devirt.c:1146 ipa-devirt.c:1238
  #, gcc-internal-format
--- 18690,18698 ----
  msgstr "el tipo incompatible definido en otra unidad de traducciÃ³n"
  
  #: ipa-devirt.c:1142
! #, gcc-internal-format
  msgid "type name %qs should match type name %qs"
! msgstr "el nombre de tipo %qs deberÃ­a concordar con el nombre de tipo %qs"
  
  #: ipa-devirt.c:1146 ipa-devirt.c:1238
  #, gcc-internal-format
*************** msgid "return value type mismatch"
*** 18763,18772 ****
  msgstr "no coincide el tipo del valor de retorno"
  
  #: ipa-devirt.c:1204
! #, fuzzy, gcc-internal-format
! #| msgid "field initializer type mismatch"
  msgid "implicit this pointer type mismatch"
! msgstr "no coincide el tipo del inicializador del campo"
  
  #: ipa-devirt.c:1207
  #, gcc-internal-format, gfc-internal-format
--- 18710,18718 ----
  msgstr "no coincide el tipo del valor de retorno"
  
  #: ipa-devirt.c:1204
! #, gcc-internal-format
  msgid "implicit this pointer type mismatch"
! msgstr "no coincide el tipo del puntero this implÃ­cito"
  
  #: ipa-devirt.c:1207
  #, gcc-internal-format, gfc-internal-format
*************** msgid "ipa inline summary is missing in
*** 18981,18996 ****
  msgstr "falta el resumen de inclusiÃ³n en lÃ­nea ipa en el fichero de entrada"
  
  #: ipa-pure-const.c:187
! #, fuzzy, gcc-internal-format
! #| msgid "function might be candidate for attribute %<%s%>"
  msgid "function might be candidate for attribute %qs"
! msgstr "la funciÃ³n puede ser candidata para el atributo %<%s%>"
  
  #: ipa-pure-const.c:188
! #, fuzzy, gcc-internal-format
! #| msgid "function might be candidate for attribute %<%s%> if it is known to return normally"
  msgid "function might be candidate for attribute %qs if it is known to return normally"
! msgstr "la funciÃ³n puede ser candidata para el atributo %<%s%> si se sabe que devuelve normalmente"
  
  #: ipa-reference.c:1182
  #, gcc-internal-format
--- 18927,18940 ----
  msgstr "falta el resumen de inclusiÃ³n en lÃ­nea ipa en el fichero de entrada"
  
  #: ipa-pure-const.c:187
! #, gcc-internal-format
  msgid "function might be candidate for attribute %qs"
! msgstr "la funciÃ³n puede ser candidata para el atributo %qs"
  
  #: ipa-pure-const.c:188
! #, gcc-internal-format
  msgid "function might be candidate for attribute %qs if it is known to return normally"
! msgstr "la funciÃ³n puede ser candidata para el atributo %qs si se sabe que retorna normalmente"
  
  #: ipa-reference.c:1182
  #, gcc-internal-format
*************** msgid "bytecode stream: unexpected LTO s
*** 19149,19158 ****
  msgstr "flujo de bytecode: secciÃ³n LTO %s inesperada"
  
  #: lto-streamer.c:383
! #, fuzzy, gcc-internal-format
! #| msgid "bytecode stream in file '%s' generated with LTO version %d.%d instead of the expected %d.%d"
  msgid "bytecode stream in file %qs generated with LTO version %d.%d instead of the expected %d.%d"
! msgstr "flujo de bytecode en el fichero '%s' generado con LTO versiÃ³n %d.%d en lugar de la versiÃ³n esperada %d.%d"
  
  #: lto-wrapper.c:114
  #, gcc-internal-format
--- 19093,19101 ----
  msgstr "flujo de bytecode: secciÃ³n LTO %s inesperada"
  
  #: lto-streamer.c:383
! #, gcc-internal-format
  msgid "bytecode stream in file %qs generated with LTO version %d.%d instead of the expected %d.%d"
! msgstr "flujo de bytecode en el fichero %qs generado con LTO versiÃ³n %d.%d en lugar de la versiÃ³n esperada %d.%d"
  
  #: lto-wrapper.c:114
  #, gcc-internal-format
*************** msgid "-fopenacc-dim operand is malforme
*** 19467,19476 ****
  msgstr "operando -fopenacc-dim defectuoso en '%s'"
  
  #: omp-offload.c:1157
! #, fuzzy, gcc-internal-format
! #| msgid "inner loop uses same OpenACC parallelism as containing loop"
  msgid "routine call uses same OpenACC parallelism as containing loop"
! msgstr "el bucle interno usa el mismo paralelismo OpenACC que el bucle que lo contiene"
  
  #: omp-offload.c:1161 omp-offload.c:1193
  #, gcc-internal-format
--- 19410,19418 ----
  msgstr "operando -fopenacc-dim defectuoso en '%s'"
  
  #: omp-offload.c:1157
! #, gcc-internal-format
  msgid "routine call uses same OpenACC parallelism as containing loop"
! msgstr "la llamada a la rutina usa el mismo paralelismo OpenACC que el bucle que lo contiene"
  
  #: omp-offload.c:1161 omp-offload.c:1193
  #, gcc-internal-format
*************** msgid "containing loop here"
*** 19478,19493 ****
  msgstr "bucle que lo contiene aquÃ­"
  
  #: omp-offload.c:1166
! #, fuzzy, gcc-internal-format
! #| msgid "%s uses OpenACC parallelism disallowed by containing routine"
  msgid "routine call uses OpenACC parallelism disallowed by containing routine"
! msgstr "%s usa paralelismo OpenACC no permitido por la rutina que lo contiene"
  
  #: omp-offload.c:1168
! #, fuzzy, gcc-internal-format
! #| msgid "%s uses OpenACC parallelism disallowed by containing routine"
  msgid "loop uses OpenACC parallelism disallowed by containing routine"
! msgstr "%s usa paralelismo OpenACC no permitido por la rutina que lo contiene"
  
  #: omp-offload.c:1173
  #, gcc-internal-format
--- 19420,19433 ----
  msgstr "bucle que lo contiene aquÃ­"
  
  #: omp-offload.c:1166
! #, gcc-internal-format
  msgid "routine call uses OpenACC parallelism disallowed by containing routine"
! msgstr "la llamada a la rutina usa paralelismo OpenACC no permitido por la rutina que lo contiene"
  
  #: omp-offload.c:1168
! #, gcc-internal-format
  msgid "loop uses OpenACC parallelism disallowed by containing routine"
! msgstr "el bucle usa paralelismo OpenACC no permitido por la rutina que lo contiene"
  
  #: omp-offload.c:1173
  #, gcc-internal-format
*************** msgid "insufficient partitioning availab
*** 19511,19520 ****
  msgstr "insuficiente paralelismo disponible para paralelizar bucle de elemento"
  
  #: omp-offload.c:1337
! #, fuzzy, gcc-internal-format
! #| msgid "insufficient partitioning available to parallelize%s loop"
  msgid "insufficient partitioning available to parallelize loop"
! msgstr "insuficiente paralelismo disponible para paralelizar bucle %s"
  
  #: omp-simd-clone.c:192
  #, gcc-internal-format
--- 19451,19459 ----
  msgstr "insuficiente paralelismo disponible para paralelizar bucle de elemento"
  
  #: omp-offload.c:1337
! #, gcc-internal-format
  msgid "insufficient partitioning available to parallelize loop"
! msgstr "insuficiente paralelismo disponible para paralelizar bucle"
  
  #: omp-simd-clone.c:192
  #, gcc-internal-format
*************** msgid "-fsanitize=all option is not vali
*** 19713,19720 ****
  msgstr "la opciÃ³n -fsanitize=all no es vÃ¡lida"
  
  #: opts.c:1642
! #, fuzzy, gcc-internal-format
! #| msgid "unrecognized argument to -f%ssanitize%s= option: %q.*s; did you mean %qs"
  msgid "unrecognized argument to -f%ssanitize%s= option: %q.*s; did you mean %qs?"
  msgstr "no se reconoce el argumento para la opciÃ³n -f%ssanitize%s=: %q.*s; Â¿quiso decir %qs?"
  
--- 19652,19658 ----
  msgstr "la opciÃ³n -fsanitize=all no es vÃ¡lida"
  
  #: opts.c:1642
! #, gcc-internal-format
  msgid "unrecognized argument to -f%ssanitize%s= option: %q.*s; did you mean %qs?"
  msgstr "no se reconoce el argumento para la opciÃ³n -f%ssanitize%s=: %q.*s; Â¿quiso decir %qs?"
  
*************** msgid "insn with UID %i not found for op
*** 20043,20052 ****
  msgstr "insn con UID %i no encontrada para el operando %i de insn %i"
  
  #: read-rtl-function.c:409
! #, fuzzy, gcc-internal-format
! #| msgid "function %qs cannot be declared %<mutable%>"
  msgid "%<__RTL%> function cannot be compiled with %<-flto%>"
! msgstr "la funciÃ³n %qs no se puede declarar %<mutable%>"
  
  #: read-rtl-function.c:710
  #, gcc-internal-format, gfc-internal-format
--- 19981,19989 ----
  msgstr "insn con UID %i no encontrada para el operando %i de insn %i"
  
  #: read-rtl-function.c:409
! #, gcc-internal-format
  msgid "%<__RTL%> function cannot be compiled with %<-flto%>"
! msgstr "la funciÃ³n %<__RTL%> no se puede compilar con %<-flto%>"
  
  #: read-rtl-function.c:710
  #, gcc-internal-format, gfc-internal-format
*************** msgstr "la cadena de formato se definiÃ³
*** 20395,20553 ****
  msgid "%D renamed after being referenced in assembly"
  msgstr "se renombrÃ³ %D despuÃ©s de ser referenciado en el ensamblado"
  
! #: symtab.c:970
  #, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "el sÃ­mbolo de funciÃ³n no es una funciÃ³n"
  
! #: symtab.c:978
  #, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr "el sÃ­mbolo de variable no es una variable"
  
! #: symtab.c:984
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr "el nodo tiene un tipo desconocido"
  
! #: symtab.c:993
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr "nodo no encontrado node->decl->decl_with_vis.symtab_node"
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr "el nodo difiere de node->decl->decl_with_vis.symtab_node"
  
! #: symtab.c:1010
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr "lista hash de nombres del ensamblador corrupta"
  
! #: symtab.c:1023
  #, fuzzy, gcc-internal-format
  #| msgid "node not found in cgraph_hash"
  msgid "node not found in symtab assembler name hash"
  msgstr "no se encontrÃ³ un nodo en cgraph_hash"
  
! #: symtab.c:1030
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr "lista doblemente enlazada de nombres del ensamblador corrrupta"
  
! #: symtab.c:1035
  #, fuzzy, gcc-internal-format
  #| msgid "%qD used before its definition"
  msgid "node has body_removed but is definition"
  msgstr "se usÃ³ %qD antes de su definiciÃ³n"
  
! #: symtab.c:1040
  #, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr "el nodo estÃ¡ analizado pero no es una definiciÃ³n"
  
! #: symtab.c:1045
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr "el nodo es un alias pero no un alias implÃ­cito"
  
! #: symtab.c:1050
  #, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr "el nodo es un alias pero no una definiciÃ³n"
  
! #: symtab.c:1055
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr "el nodo es una weakref pero no un transparent_alias"
  
! #: symtab.c:1060
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr "el nodo es un transparent_alias pero no un alias"
  
! #: symtab.c:1069
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr "el nodo estÃ¡ en la lista same_comdat_group no tiene comdat_group"
  
! #: symtab.c:1074
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr "list same_comdat_group con grupos diferentes"
  
! #: symtab.c:1079
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr "no se permite mezclar diferentes sÃ­mbolos de tipos en los mismos grupos comdat"
  
! #: symtab.c:1084
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr "el nodo estÃ¡ solo en un grupo comdat"
  
! #: symtab.c:1091
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr "same_comdat_group no es una lista circular"
  
! #: symtab.c:1106
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr "el sÃ­mbolo comdat-local referenciado en %s fuera de su comdat"
  
! #: symtab.c:1116
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr "el indicador implicit_section estÃ¡ puesto pero la secciÃ³n on lo es"
  
! #: symtab.c:1123
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr "Tanto la secciÃ³n como el grupo comdat estÃ¡n puestos"
  
! #: symtab.c:1135
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr "Alias y secciÃ³n del objetivo difieren"
  
! #: symtab.c:1142
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr "El alias y los grupos comdat del objetivo difieren"
  
! #: symtab.c:1157
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr "El alias transparente y los nombres de ensamblador del objetivo difieren"
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr "Alias transparentes encadenados"
  
! #: symtab.c:1188 symtab.c:1225
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr "symtab_node::fallÃ³ verify"
  
! #: symtab.c:1221
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr "Hay dos sÃ­mbolos con el mismo comdat_group que no estÃ¡n vinculados a la lista same_comdat_group."
  
! #: symtab.c:1630
  #, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr "la funciÃ³n %q+D es parte de un ciclo de alias"
  
! #: symtab.c:1632
  #, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr "la variable %q+D es parte de un ciclo de alias"
  
! #: symtab.c:1660
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr "la secciÃ³n del alias %q+D debe cuadrar con la secciÃ³n de su objetivo"
--- 20332,20490 ----
  msgid "%D renamed after being referenced in assembly"
  msgstr "se renombrÃ³ %D despuÃ©s de ser referenciado en el ensamblado"
  
! #: symtab.c:978
  #, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "el sÃ­mbolo de funciÃ³n no es una funciÃ³n"
  
! #: symtab.c:986
  #, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr "el sÃ­mbolo de variable no es una variable"
  
! #: symtab.c:992
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr "el nodo tiene un tipo desconocido"
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr "nodo no encontrado node->decl->decl_with_vis.symtab_node"
  
! #: symtab.c:1009
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr "el nodo difiere de node->decl->decl_with_vis.symtab_node"
  
! #: symtab.c:1018
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr "lista hash de nombres del ensamblador corrupta"
  
! #: symtab.c:1031
  #, fuzzy, gcc-internal-format
  #| msgid "node not found in cgraph_hash"
  msgid "node not found in symtab assembler name hash"
  msgstr "no se encontrÃ³ un nodo en cgraph_hash"
  
! #: symtab.c:1038
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr "lista doblemente enlazada de nombres del ensamblador corrrupta"
  
! #: symtab.c:1043
  #, fuzzy, gcc-internal-format
  #| msgid "%qD used before its definition"
  msgid "node has body_removed but is definition"
  msgstr "se usÃ³ %qD antes de su definiciÃ³n"
  
! #: symtab.c:1048
  #, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr "el nodo estÃ¡ analizado pero no es una definiciÃ³n"
  
! #: symtab.c:1053
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr "el nodo es un alias pero no un alias implÃ­cito"
  
! #: symtab.c:1058
  #, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr "el nodo es un alias pero no una definiciÃ³n"
  
! #: symtab.c:1063
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr "el nodo es una weakref pero no un transparent_alias"
  
! #: symtab.c:1068
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr "el nodo es un transparent_alias pero no un alias"
  
! #: symtab.c:1077
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr "el nodo estÃ¡ en la lista same_comdat_group no tiene comdat_group"
  
! #: symtab.c:1082
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr "list same_comdat_group con grupos diferentes"
  
! #: symtab.c:1087
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr "no se permite mezclar diferentes sÃ­mbolos de tipos en los mismos grupos comdat"
  
! #: symtab.c:1092
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr "el nodo estÃ¡ solo en un grupo comdat"
  
! #: symtab.c:1099
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr "same_comdat_group no es una lista circular"
  
! #: symtab.c:1114
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr "el sÃ­mbolo comdat-local referenciado en %s fuera de su comdat"
  
! #: symtab.c:1124
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr "el indicador implicit_section estÃ¡ puesto pero la secciÃ³n on lo es"
  
! #: symtab.c:1131
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr "Tanto la secciÃ³n como el grupo comdat estÃ¡n puestos"
  
! #: symtab.c:1143
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr "Alias y secciÃ³n del objetivo difieren"
  
! #: symtab.c:1150
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr "El alias y los grupos comdat del objetivo difieren"
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr "El alias transparente y los nombres de ensamblador del objetivo difieren"
  
! #: symtab.c:1173
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr "Alias transparentes encadenados"
  
! #: symtab.c:1196 symtab.c:1233
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr "symtab_node::fallÃ³ verify"
  
! #: symtab.c:1229
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr "Hay dos sÃ­mbolos con el mismo comdat_group que no estÃ¡n vinculados a la lista same_comdat_group."
  
! #: symtab.c:1638
  #, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr "la funciÃ³n %q+D es parte de un ciclo de alias"
  
! #: symtab.c:1640
  #, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr "la variable %q+D es parte de un ciclo de alias"
  
! #: symtab.c:1668
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr "la secciÃ³n del alias %q+D debe cuadrar con la secciÃ³n de su objetivo"
*************** msgid "Graphite loop optimizations canno
*** 20648,20681 ****
  msgstr "No se pueden usar las optimizaciones de bucle Graphite (isl no estÃ¡ disponible) (-fgraphite, -fgraphite-identity, -floop-nest-optimize, -floop-parallelize-all"
  
  #: toplev.c:1273
! #, fuzzy, gcc-internal-format
! #| msgid "-fcheck-pointer-bounds is not supported for this target"
  msgid "%<-fcheck-pointer-bounds%> is not supported for this target"
! msgstr "no se admite -fcheck-pointer-bounds para este objetivo"
  
  #: toplev.c:1281
! #, fuzzy, gcc-internal-format
! #| msgid "-fcheck-pointer-bounds is not supported with -fsanitize=bounds"
  msgid "%<-fcheck-pointer-bounds%> is not supported with %<-fsanitize=bounds-strict%>"
! msgstr "fcheck-pointer-bounds no se admite con -fsanitize=bounds"
  
  #: toplev.c:1288
! #, fuzzy, gcc-internal-format
! #| msgid "-fcheck-pointer-bounds is not supported with -fsanitize=bounds"
  msgid "%<-fcheck-pointer-bounds%> is not supported with %<-fsanitize=bounds%>"
! msgstr "fcheck-pointer-bounds no se admite con -fsanitize=bounds"
  
  #: toplev.c:1296
! #, fuzzy, gcc-internal-format
! #| msgid "-fcheck-pointer-bounds is not supported with Address Sanitizer"
  msgid "%<-fcheck-pointer-bounds%> is not supported with Address Sanitizer"
! msgstr "fcheck-pointer-bounds no se admite con Address Sanitizer"
  
  #: toplev.c:1304
! #, fuzzy, gcc-internal-format
! #| msgid "-fcheck-pointer-bounds is not supported with Address Sanitizer"
  msgid "%<-fcheck-pointer-bounds%> is not supported with Thread Sanitizer"
! msgstr "fcheck-pointer-bounds no se admite con Address Sanitizer"
  
  #: toplev.c:1320
  #, gcc-internal-format
--- 20585,20613 ----
  msgstr "No se pueden usar las optimizaciones de bucle Graphite (isl no estÃ¡ disponible) (-fgraphite, -fgraphite-identity, -floop-nest-optimize, -floop-parallelize-all"
  
  #: toplev.c:1273
! #, gcc-internal-format
  msgid "%<-fcheck-pointer-bounds%> is not supported for this target"
! msgstr "no se admite %<-fcheck-pointer-bounds%> para este objetivo"
  
  #: toplev.c:1281
! #, gcc-internal-format
  msgid "%<-fcheck-pointer-bounds%> is not supported with %<-fsanitize=bounds-strict%>"
! msgstr "%<-fcheck-pointer-bounds%> no se admite con %<-fsanitize=bounds-strict%>"
  
  #: toplev.c:1288
! #, gcc-internal-format
  msgid "%<-fcheck-pointer-bounds%> is not supported with %<-fsanitize=bounds%>"
! msgstr "%<-fcheck-pointer-bounds%> no se admite con %<-fsanitize=bounds%>"
  
  #: toplev.c:1296
! #, gcc-internal-format
  msgid "%<-fcheck-pointer-bounds%> is not supported with Address Sanitizer"
! msgstr "%<-fcheck-pointer-bounds%> no se admite con Address Sanitizer"
  
  #: toplev.c:1304
! #, gcc-internal-format
  msgid "%<-fcheck-pointer-bounds%> is not supported with Thread Sanitizer"
! msgstr "%<-fcheck-pointer-bounds%> no se admite con Thread Sanitizer"
  
  #: toplev.c:1320
  #, gcc-internal-format
*************** msgid "memory access check always fail"
*** 21644,21653 ****
  msgstr "la comprebaciÃ³n de acceso de memoria siempre falla"
  
  #: tree-chkp.c:1996
! #, fuzzy, gcc-internal-format
! #| msgid "-fcheck-pointer-bounds requires '%s' name for internal usage"
  msgid "-fcheck-pointer-bounds requires %qs name for internal usage"
! msgstr "-fcheck-pointer-bounds requiere nombre '%s' para uso interno "
  
  #: tree-chkp.c:2774
  #, gcc-internal-format, gfc-internal-format
--- 21576,21584 ----
  msgstr "la comprebaciÃ³n de acceso de memoria siempre falla"
  
  #: tree-chkp.c:1996
! #, gcc-internal-format
  msgid "-fcheck-pointer-bounds requires %qs name for internal usage"
! msgstr "-fcheck-pointer-bounds requiere nombre %qs para uso interno "
  
  #: tree-chkp.c:2774
  #, gcc-internal-format, gfc-internal-format
*************** msgid "within this loop"
*** 21866,21875 ****
  msgstr "dentro de este bucle"
  
  #: tree-ssa-loop-prefetch.c:2045
! #, fuzzy, gcc-internal-format
! #| msgid "-falign-labels=%d is not supported"
  msgid "%<l1-cache-size%> parameter is not a power of two %d"
! msgstr "no se admite -falign-labels=%d"
  
  #: tree-ssa-operands.c:975
  #, gcc-internal-format
--- 21797,21805 ----
  msgstr "dentro de este bucle"
  
  #: tree-ssa-loop-prefetch.c:2045
! #, gcc-internal-format
  msgid "%<l1-cache-size%> parameter is not a power of two %d"
! msgstr "el parÃ¡metro %<l1-cache-size%> no es potencia de dos %d"
  
  #: tree-ssa-operands.c:975
  #, gcc-internal-format
*************** msgstr "%q+D se redeclara sin el atribut
*** 22215,22222 ****
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6704
! #: config/arm/arm.c:6732 config/arm/arm.c:6749 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
--- 22145,22152 ----
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6741
! #: config/arm/arm.c:6769 config/arm/arm.c:6786 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
*************** msgstr "se requiere enlace externo para
*** 22252,22343 ****
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qE implica visibilidad por defecto, pero %qD ya se habÃ­a declarado con una visibilidad diferente"
  
! #: tree.c:8366
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "las matrices de funciones no tienen significado"
  
! #: tree.c:8537
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "el tipo de devoluciÃ³n de funciÃ³n no puede ser funciÃ³n"
  
! #: tree.c:9831 tree.c:9916 tree.c:9977
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr "revisiÃ³n de Ã¡rbol: %s, se tiene %s en %s, en %s:%d"
  
! #: tree.c:9868
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr "revisiÃ³n de Ã¡rbol: no se esperaba ninguno de %s, se tiene %s en %s, en %s:%d"
  
! #: tree.c:9881
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "revisiÃ³n de Ã¡rbol: se esperaba la clase %qs, se tiene %qs (%s) en %s, en %s:%d"
  
! #: tree.c:9930
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "revisiÃ³n de Ã¡rbol: no se esperaba la clase %qs, se tiene %qs (%s) en %s, en %s:%d"
  
! #: tree.c:9943
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr "revisiÃ³n de Ã¡rbol: se esperaba omp_clause %s, se tiene %s en %s, en %s:%d"
  
! #: tree.c:10003
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr "revisiÃ³n de Ã¡rbol: se esperaba un Ã¡rbol que contenga la estructura %qs, se tiene %qs en %s, en %s:%d"
  
! #: tree.c:10017
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr "revisiÃ³n de Ã¡rbol: acceso de elt %d de tree_int_cst con %d elts en %s, en %s:%d"
  
! #: tree.c:10029
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr "revisiÃ³n de Ã¡rbol: acceso de elt %d de tree_vec con %d elts en %s, en %s:%d"
  
! #: tree.c:10042
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr "revisiÃ³n de Ã¡rbol: acceso del operando %d de %s con %d operandos en %s, en %s:%d"
  
! #: tree.c:10055
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr "revisiÃ³n de Ã¡rbol: acceso del operando %d de omp_clause %s con %d operandos en %s, en %s:%d"
  
! #: tree.c:12867
  #, gcc-internal-format
  msgid "%qD is deprecated: %s"
  msgstr "%qD es obsoleto: %s"
  
! #: tree.c:12870
  #, gcc-internal-format
  msgid "%qD is deprecated"
  msgstr "%qD es obsoleto"
  
! #: tree.c:12894 tree.c:12916
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "%qE es obsoleto: %s"
  
! #: tree.c:12897 tree.c:12919
  #, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "%qE es obsoleto"
  
! #: tree.c:12903 tree.c:12924
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "el tipo es obsoleto: %s"
  
! #: tree.c:12906 tree.c:12927
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "el tipo es obsoleto"
--- 22182,22273 ----
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qE implica visibilidad por defecto, pero %qD ya se habÃ­a declarado con una visibilidad diferente"
  
! #: tree.c:8373
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "las matrices de funciones no tienen significado"
  
! #: tree.c:8545
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "el tipo de devoluciÃ³n de funciÃ³n no puede ser funciÃ³n"
  
! #: tree.c:9839 tree.c:9924 tree.c:9985
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr "revisiÃ³n de Ã¡rbol: %s, se tiene %s en %s, en %s:%d"
  
! #: tree.c:9876
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr "revisiÃ³n de Ã¡rbol: no se esperaba ninguno de %s, se tiene %s en %s, en %s:%d"
  
! #: tree.c:9889
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "revisiÃ³n de Ã¡rbol: se esperaba la clase %qs, se tiene %qs (%s) en %s, en %s:%d"
  
! #: tree.c:9938
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "revisiÃ³n de Ã¡rbol: no se esperaba la clase %qs, se tiene %qs (%s) en %s, en %s:%d"
  
! #: tree.c:9951
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr "revisiÃ³n de Ã¡rbol: se esperaba omp_clause %s, se tiene %s en %s, en %s:%d"
  
! #: tree.c:10011
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr "revisiÃ³n de Ã¡rbol: se esperaba un Ã¡rbol que contenga la estructura %qs, se tiene %qs en %s, en %s:%d"
  
! #: tree.c:10025
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr "revisiÃ³n de Ã¡rbol: acceso de elt %d de tree_int_cst con %d elts en %s, en %s:%d"
  
! #: tree.c:10037
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr "revisiÃ³n de Ã¡rbol: acceso de elt %d de tree_vec con %d elts en %s, en %s:%d"
  
! #: tree.c:10050
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr "revisiÃ³n de Ã¡rbol: acceso del operando %d de %s con %d operandos en %s, en %s:%d"
  
! #: tree.c:10063
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr "revisiÃ³n de Ã¡rbol: acceso del operando %d de omp_clause %s con %d operandos en %s, en %s:%d"
  
! #: tree.c:12875
  #, gcc-internal-format
  msgid "%qD is deprecated: %s"
  msgstr "%qD es obsoleto: %s"
  
! #: tree.c:12878
  #, gcc-internal-format
  msgid "%qD is deprecated"
  msgstr "%qD es obsoleto"
  
! #: tree.c:12902 tree.c:12924
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "%qE es obsoleto: %s"
  
! #: tree.c:12905 tree.c:12927
  #, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "%qE es obsoleto"
  
! #: tree.c:12911 tree.c:12932
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "el tipo es obsoleto: %s"
  
! #: tree.c:12914 tree.c:12935
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "el tipo es obsoleto"
*************** msgstr "el tipo es obsoleto"
*** 22364,22625 ****
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13354
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr "tipo variante difiere en "
  
! #: tree.c:13395
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr "tipos variantes difieren en TYPE_SIZE_UNIT"
  
! #: tree.c:13397
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr "TYPE_SIZE_UNIT del tipo variante"
  
! #: tree.c:13399
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr "TYPE_SIZE_UNIT del tipo"
  
! #: tree.c:13419
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr "tipo variante con TYPE_ALIAS_SET_KNOWN_P"
  
! #: tree.c:13432
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr "tipo variante con diferente TYPE_VFIELD"
  
! #: tree.c:13449
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr "tipo variante con TYPE_METHODS"
  
! #: tree.c:13474
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr "tipo variante con diferente TYPE_BINFO"
  
! #: tree.c:13476
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr "TYPE_BINFO del tipo variante"
  
! #: tree.c:13478
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr "TYPE_BINFO del tipo"
  
! #: tree.c:13516
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr "tipo variante con diferente TYPE_FIELDS"
  
! #: tree.c:13518
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr "el primer descuadre es campo"
  
! #: tree.c:13520
  #, gcc-internal-format
  msgid "and field"
  msgstr "y campo"
  
! #: tree.c:13537
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr "tipo variante con diferente TREE_TYPE"
  
! #: tree.c:13539 tree.c:13550
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr "TREE_TYPE del tipo variante"
  
! #: tree.c:13541 tree.c:13552
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr "TREE_TYPE del tipo"
  
! #: tree.c:13548
  #, gcc-internal-format
  msgid "type is not compatible with its variant"
  msgstr "el tipo no es compatible con su variante"
  
! #: tree.c:13851
  #, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr "La variante principal no estÃ¡ definida"
  
! #: tree.c:13856
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr "TYPE_MAIN_VARIANT tiene diferente TYPE_MAIN_VARIANT"
  
! #: tree.c:13868
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr "TYPE_CANONICAL tiene diferente TYPE_CANONICAL"
  
! #: tree.c:13886
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr "TYPE_CANONICAL no es compatible"
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr "TYPE_MODE de TYPE_CANONICAL no es compatible"
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13918
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr "TYPE_VFIELD no es FIELD_DECL ni TREE_LIST"
  
! #: tree.c:13928
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr "TYPE_NEXT_PTR_TO no es POINTER_TYPE"
  
! #: tree.c:13938
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr "TYPE_NEXT_REF_TO no es REFERENCE_TYPE"
  
! #: tree.c:13956
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr "TYPE_MINVAL no NULL"
  
! #: tree.c:13968
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr "TYPE_METHODS no es FUNCTION_DECL, TEMPLATE_DECL ni error_mark_node"
  
! #: tree.c:13979
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr "TYPE_METHOD_BASETYPE no es registro ni uniÃ³n"
  
! #: tree.c:13990
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr "TYPE_OFFSET_BASETYPE no es registro ni uniÃ³n"
  
! #: tree.c:14008
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr "TYPE_ARRAY_MAX_SIZE no es INTEGER_CST"
  
! #: tree.c:14015
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr "TYPE_MAXVAL no NULL"
  
! #: tree.c:14027
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr "TYPE_BINFO no es TREE_BINFO"
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr "El tipo TYPE_BINFO no es TYPE_MAIN_VARIANT"
  
! #: tree.c:14042
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr "El campo TYPE_LANG_SLOT_1 (binfo) es no NULL"
  
! #: tree.c:14058
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr "El valor enumerado no es CONST_DECL ni INTEGER_CST"
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr "El tipo de valor enumerado no es INTEGER_TYPE ni puede convertirse al enumerado"
  
! #: tree.c:14073
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr "El nombre de valor enumerado no es IDENTIFIER_NODE"
  
! #: tree.c:14083
  #, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "El array TYPE_DOMAIN no es de un tipo entero"
  
! #: tree.c:14092
  #, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "TYPE_FIELDS definidos en un tipo incompleto"
  
! #: tree.c:14112
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr "Ã�rbol incorrecto en una lista TYPE_FIELDS"
  
! #: tree.c:14127
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr "TYPE_CACHED_VALUES_P es %i mientras que TYPE_CACHED_VALUES es %p"
  
! #: tree.c:14133
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr "TYPE_CACHED_VALUES no es TREE_VEC"
  
! #: tree.c:14146
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr "entrada TYPE_CACHED_VALUES incorrecta"
  
! #: tree.c:14159
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr "TREE_PURPOSE es no NULL en una lista TYPE_ARG_TYPES"
  
! #: tree.c:14165
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr "Entrada incorrecta en una lista TYPE_ARG_TYPES"
  
! #: tree.c:14172
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr "El campo TYPE_VALUES_RAW es no NULL"
  
! #: tree.c:14184
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr "TYPE_CACHED_VALUES_P estÃ¡ activado y no deberÃ­a"
  
! #: tree.c:14190
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr "TYPE_STRING_FLAG estÃ¡ activado en un cÃ³digo de tipo incorrecto"
  
! #: tree.c:14202
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr "TYPE_STRING_FLAG estÃ¡ activado en un tipo que no parece char ni array de chars"
  
! #: tree.c:14214
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr "TYPE_METHOD_BASETYPE no es una variante de main"
  
! #: tree.c:14221
  #, gcc-internal-format
  msgid "verify_type failed"
  msgstr "fallÃ³ verify_type"
--- 22294,22555 ----
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13362
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr "tipo variante difiere en "
  
! #: tree.c:13403
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr "tipos variantes difieren en TYPE_SIZE_UNIT"
  
! #: tree.c:13405
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr "TYPE_SIZE_UNIT del tipo variante"
  
! #: tree.c:13407
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr "TYPE_SIZE_UNIT del tipo"
  
! #: tree.c:13427
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr "tipo variante con TYPE_ALIAS_SET_KNOWN_P"
  
! #: tree.c:13440
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr "tipo variante con diferente TYPE_VFIELD"
  
! #: tree.c:13457
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr "tipo variante con TYPE_METHODS"
  
! #: tree.c:13482
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr "tipo variante con diferente TYPE_BINFO"
  
! #: tree.c:13484
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr "TYPE_BINFO del tipo variante"
  
! #: tree.c:13486
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr "TYPE_BINFO del tipo"
  
! #: tree.c:13524
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr "tipo variante con diferente TYPE_FIELDS"
  
! #: tree.c:13526
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr "el primer descuadre es campo"
  
! #: tree.c:13528
  #, gcc-internal-format
  msgid "and field"
  msgstr "y campo"
  
! #: tree.c:13545
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr "tipo variante con diferente TREE_TYPE"
  
! #: tree.c:13547 tree.c:13558
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr "TREE_TYPE del tipo variante"
  
! #: tree.c:13549 tree.c:13560
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr "TREE_TYPE del tipo"
  
! #: tree.c:13556
  #, gcc-internal-format
  msgid "type is not compatible with its variant"
  msgstr "el tipo no es compatible con su variante"
  
! #: tree.c:13859
  #, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr "La variante principal no estÃ¡ definida"
  
! #: tree.c:13864
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr "TYPE_MAIN_VARIANT tiene diferente TYPE_MAIN_VARIANT"
  
! #: tree.c:13876
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr "TYPE_CANONICAL tiene diferente TYPE_CANONICAL"
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr "TYPE_CANONICAL no es compatible"
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr "TYPE_MODE de TYPE_CANONICAL no es compatible"
  
! #: tree.c:13910
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13926
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr "TYPE_VFIELD no es FIELD_DECL ni TREE_LIST"
  
! #: tree.c:13936
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr "TYPE_NEXT_PTR_TO no es POINTER_TYPE"
  
! #: tree.c:13946
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr "TYPE_NEXT_REF_TO no es REFERENCE_TYPE"
  
! #: tree.c:13964
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr "TYPE_MINVAL no NULL"
  
! #: tree.c:13976
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr "TYPE_METHODS no es FUNCTION_DECL, TEMPLATE_DECL ni error_mark_node"
  
! #: tree.c:13987
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr "TYPE_METHOD_BASETYPE no es registro ni uniÃ³n"
  
! #: tree.c:13998
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr "TYPE_OFFSET_BASETYPE no es registro ni uniÃ³n"
  
! #: tree.c:14016
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr "TYPE_ARRAY_MAX_SIZE no es INTEGER_CST"
  
! #: tree.c:14023
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr "TYPE_MAXVAL no NULL"
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr "TYPE_BINFO no es TREE_BINFO"
  
! #: tree.c:14043
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr "El tipo TYPE_BINFO no es TYPE_MAIN_VARIANT"
  
! #: tree.c:14050
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr "El campo TYPE_LANG_SLOT_1 (binfo) es no NULL"
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr "El valor enumerado no es CONST_DECL ni INTEGER_CST"
  
! #: tree.c:14074
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr "El tipo de valor enumerado no es INTEGER_TYPE ni puede convertirse al enumerado"
  
! #: tree.c:14081
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr "El nombre de valor enumerado no es IDENTIFIER_NODE"
  
! #: tree.c:14091
  #, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "El array TYPE_DOMAIN no es de un tipo entero"
  
! #: tree.c:14100
  #, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "TYPE_FIELDS definidos en un tipo incompleto"
  
! #: tree.c:14120
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr "Ã�rbol incorrecto en una lista TYPE_FIELDS"
  
! #: tree.c:14135
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr "TYPE_CACHED_VALUES_P es %i mientras que TYPE_CACHED_VALUES es %p"
  
! #: tree.c:14141
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr "TYPE_CACHED_VALUES no es TREE_VEC"
  
! #: tree.c:14154
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr "entrada TYPE_CACHED_VALUES incorrecta"
  
! #: tree.c:14167
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr "TREE_PURPOSE es no NULL en una lista TYPE_ARG_TYPES"
  
! #: tree.c:14173
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr "Entrada incorrecta en una lista TYPE_ARG_TYPES"
  
! #: tree.c:14180
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr "El campo TYPE_VALUES_RAW es no NULL"
  
! #: tree.c:14192
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr "TYPE_CACHED_VALUES_P estÃ¡ activado y no deberÃ­a"
  
! #: tree.c:14198
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr "TYPE_STRING_FLAG estÃ¡ activado en un cÃ³digo de tipo incorrecto"
  
! #: tree.c:14210
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr "TYPE_STRING_FLAG estÃ¡ activado en un tipo que no parece char ni array de chars"
  
! #: tree.c:14222
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr "TYPE_METHOD_BASETYPE no es una variante de main"
  
! #: tree.c:14229
  #, gcc-internal-format
  msgid "verify_type failed"
  msgstr "fallÃ³ verify_type"
*************** msgstr "atributo %<fallthrough%> especif
*** 23616,23628 ****
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "el atributo %<fallthrough%> se especificÃ³ con un parÃ¡metro"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6573 c-family/c-common.c:6644
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "faltan argumentos para la funciÃ³n %qE"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6670 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "demasiados argumentos para la funciÃ³n %qE"
--- 23546,23558 ----
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "el atributo %<fallthrough%> se especificÃ³ con un parÃ¡metro"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6574 c-family/c-common.c:6645
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "faltan argumentos para la funciÃ³n %qE"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6671 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "demasiados argumentos para la funciÃ³n %qE"
*************** msgstr "se intentÃ³ tomar la direcciÃ³n
*** 23707,23778 ****
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr "el Ã­ndice %E denota un desplazamiento mayor que el tamaÃ±o de %qT"
  
! #: c-family/c-common.c:6515 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr "el tamaÃ±o de la matriz es demasiado grande"
  
! #: c-family/c-common.c:6603
  #, gcc-internal-format
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "el tipo %qT del operando es incompatible con el argumento %d de %qE"
  
! #: c-family/c-common.c:6737
  #, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr "nÃºmero incorrecto de argumentos para la funciÃ³n %qE"
  
! #: c-family/c-common.c:6752
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "el argumento 1 de %qE debe ser un tipo puntero que no sea void"
  
! #: c-family/c-common.c:6761
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "el argumento 1 de %qE debe ser un puntero a un tipo de tamaÃ±o constante"
  
! #: c-family/c-common.c:6772
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "el argumento 1 de %qE debe ser un puntero a un objeto de tamaÃ±o diferente de cero"
  
! #: c-family/c-common.c:6787
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr "el argumento %d de %qE debe ser un tipo puntero"
  
! #: c-family/c-common.c:6795
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "el argumento %d de %qE debe ser un puntero a un tipo de tamaÃ±o constante"
  
! #: c-family/c-common.c:6801
  #, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "el argumento %d de %qE no debe ser un puntero a funciÃ³n"
  
! #: c-family/c-common.c:6809
  #, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr "no coincide el tamaÃ±o en el argumento %d de %qE"
  
! #: c-family/c-common.c:6825
  #, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr "argumento de modelo de memoria %d no vÃ¡lido de %qE"
  
! #: c-family/c-common.c:6832
  #, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr "argumento de modelo de memoria %d que no es entero de %qE"
  
! #: c-family/c-common.c:7753
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr "el valor del Ã­ndice estÃ¡ fuera del lÃ­mite"
  
! #: c-family/c-common.c:7794 c-family/c-common.c:7842 c-family/c-common.c:7857
  #: cp/call.c:4836 cp/call.c:4843
  #, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
--- 23637,23708 ----
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr "el Ã­ndice %E denota un desplazamiento mayor que el tamaÃ±o de %qT"
  
! #: c-family/c-common.c:6516 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr "el tamaÃ±o de la matriz es demasiado grande"
  
! #: c-family/c-common.c:6604
  #, gcc-internal-format
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "el tipo %qT del operando es incompatible con el argumento %d de %qE"
  
! #: c-family/c-common.c:6738
  #, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr "nÃºmero incorrecto de argumentos para la funciÃ³n %qE"
  
! #: c-family/c-common.c:6753
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "el argumento 1 de %qE debe ser un tipo puntero que no sea void"
  
! #: c-family/c-common.c:6762
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "el argumento 1 de %qE debe ser un puntero a un tipo de tamaÃ±o constante"
  
! #: c-family/c-common.c:6773
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "el argumento 1 de %qE debe ser un puntero a un objeto de tamaÃ±o diferente de cero"
  
! #: c-family/c-common.c:6788
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr "el argumento %d de %qE debe ser un tipo puntero"
  
! #: c-family/c-common.c:6796
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "el argumento %d de %qE debe ser un puntero a un tipo de tamaÃ±o constante"
  
! #: c-family/c-common.c:6802
  #, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "el argumento %d de %qE no debe ser un puntero a funciÃ³n"
  
! #: c-family/c-common.c:6810
  #, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr "no coincide el tamaÃ±o en el argumento %d de %qE"
  
! #: c-family/c-common.c:6826
  #, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr "argumento de modelo de memoria %d no vÃ¡lido de %qE"
  
! #: c-family/c-common.c:6833
  #, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr "argumento de modelo de memoria %d que no es entero de %qE"
  
! #: c-family/c-common.c:7754
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr "el valor del Ã­ndice estÃ¡ fuera del lÃ­mite"
  
! #: c-family/c-common.c:7795 c-family/c-common.c:7843 c-family/c-common.c:7858
  #: cp/call.c:4836 cp/call.c:4843
  #, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
*************** msgstr "la conversiÃ³n del escalar %qT a
*** 23780,23801 ****
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7943
  #, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr "la funciÃ³n interna %qE ha de ser llamada directamente"
  
! #: c-family/c-common.c:7965 c/c-decl.c:6124
  #, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "el tamaÃ±o de la matriz %qE es demasiado grande"
  
! #: c-family/c-common.c:7967 c/c-decl.c:6127
  #, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "el tamaÃ±o de la matriz sin nombre es demasiado grande"
  
! #: c-family/c-common.c:7997
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
--- 23710,23731 ----
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7944
  #, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr "la funciÃ³n interna %qE ha de ser llamada directamente"
  
! #: c-family/c-common.c:7966 c/c-decl.c:6124
  #, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "el tamaÃ±o de la matriz %qE es demasiado grande"
  
! #: c-family/c-common.c:7968 c/c-decl.c:6127
  #, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "el tamaÃ±o de la matriz sin nombre es demasiado grande"
  
! #: c-family/c-common.c:7998
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
*************** msgid "format string argument is not a s
*** 23816,23825 ****
  msgstr "el argumento de la cadena de formato no es un tipo de cadena"
  
  #: c-family/c-format.c:210
! #, fuzzy, gcc-internal-format
! #| msgid "found a %<%s%> reference but the format argument should be a string"
  msgid "found a %qs reference but the format argument should be a string"
! msgstr "se encontrÃ³ una referencia %<%s%> pero el argumento de formato debe ser una cadena"
  
  #: c-family/c-format.c:213
  #, gcc-internal-format
--- 23746,23754 ----
  msgstr "el argumento de la cadena de formato no es un tipo de cadena"
  
  #: c-family/c-format.c:210
! #, gcc-internal-format
  msgid "found a %qs reference but the format argument should be a string"
! msgstr "se encontrÃ³ una referencia %qs pero el argumento de formato debe ser una cadena"
  
  #: c-family/c-format.c:213
  #, gcc-internal-format
*************** msgid "found a %qT but the format argume
*** 23827,23842 ****
  msgstr "se encontrÃ³ un %qT pero el argumento de formato debe ser una cadena"
  
  #: c-family/c-format.c:223
! #, fuzzy, gcc-internal-format
! #| msgid "format argument should be a %<%s%> reference but a string was found"
  msgid "format argument should be a %qs reference but a string was found"
! msgstr "el argumento de formato debe ser una referencia %<%s%> pero se encontrÃ³ una cadena"
  
  #: c-family/c-format.c:245
! #, fuzzy, gcc-internal-format
! #| msgid "format argument should be a %<%s%> reference"
  msgid "format argument should be a %qs reference"
! msgstr "el argumento de formato debe ser una referencia %<%s%>"
  
  #: c-family/c-format.c:289
  #, gcc-internal-format
--- 23756,23769 ----
  msgstr "se encontrÃ³ un %qT pero el argumento de formato debe ser una cadena"
  
  #: c-family/c-format.c:223
! #, gcc-internal-format
  msgid "format argument should be a %qs reference but a string was found"
! msgstr "el argumento de formato debe ser una referencia %qs pero se encontrÃ³ una cadena"
  
  #: c-family/c-format.c:245
! #, gcc-internal-format
  msgid "format argument should be a %qs reference"
! msgstr "el argumento de formato debe ser una referencia %qs"
  
  #: c-family/c-format.c:289
  #, gcc-internal-format
*************** msgid "%<#pragma weak%> declaration of %
*** 24585,24604 ****
  msgstr "no se admite la declaraciÃ³n %<#pragma weak%> de %q+D; se ignorarÃ¡"
  
  #: c-family/c-pragma.c:418
! #, fuzzy, gcc-internal-format
! #| msgid "trampolines not supported"
  msgid "scalar_storage_order is not supported"
! msgstr "no se admiten los trampolines"
  
  #: c-family/c-pragma.c:422
  #, gcc-internal-format
  msgid "missing [big-endian|little-endian|default] after %<#pragma scalar_storage_order%>"
! msgstr ""
  
  #: c-family/c-pragma.c:431
  #, gcc-internal-format
  msgid "expected [big-endian|little-endian|default] after %<#pragma scalar_storage_order%>"
! msgstr ""
  
  #: c-family/c-pragma.c:485 c-family/c-pragma.c:487
  #, gcc-internal-format
--- 24512,24530 ----
  msgstr "no se admite la declaraciÃ³n %<#pragma weak%> de %q+D; se ignorarÃ¡"
  
  #: c-family/c-pragma.c:418
! #, gcc-internal-format
  msgid "scalar_storage_order is not supported"
! msgstr "no se admite scalar_storage_order"
  
  #: c-family/c-pragma.c:422
  #, gcc-internal-format
  msgid "missing [big-endian|little-endian|default] after %<#pragma scalar_storage_order%>"
! msgstr "falta [big-endian|little-endian|default] despuÃ©s de %<#pragma scalar_storage_order%>"
  
  #: c-family/c-pragma.c:431
  #, gcc-internal-format
  msgid "expected [big-endian|little-endian|default] after %<#pragma scalar_storage_order%>"
! msgstr "se esperaba [big-endian|little-endian|default] despuÃ©s de %<#pragma scalar_storage_order%>"
  
  #: c-family/c-pragma.c:485 c-family/c-pragma.c:487
  #, gcc-internal-format
*************** msgid "junk at end of %<#pragma GCC visi
*** 24661,24670 ****
  msgstr "basura al final de %<#pragma GCC visibility%>"
  
  #: c-family/c-pragma.c:750
! #, fuzzy, gcc-internal-format
! #| msgid "missing [error|warning|ignored] after %<#pragma GCC diagnostic%>"
  msgid "missing [error|warning|ignored|push|pop] after %<#pragma GCC diagnostic%>"
! msgstr "falta [error|warning|ignored] despuÃ©s de %<#pragma GCC diagnostic%>"
  
  #: c-family/c-pragma.c:776
  #, gcc-internal-format
--- 24587,24595 ----
  msgstr "basura al final de %<#pragma GCC visibility%>"
  
  #: c-family/c-pragma.c:750
! #, gcc-internal-format
  msgid "missing [error|warning|ignored|push|pop] after %<#pragma GCC diagnostic%>"
! msgstr "falta [error|warning|ignored|push|pop] despuÃ©s de %<#pragma GCC diagnostic%>"
  
  #: c-family/c-pragma.c:776
  #, gcc-internal-format
*************** msgid "unknown option after %<#pragma GC
*** 24682,24697 ****
  msgstr "opciÃ³n desconocida despuÃ©s del tipo %<#pragma GCC diagnostic%>"
  
  #: c-family/c-pragma.c:802
! #, fuzzy, gcc-internal-format
! #| msgid "%qs is not a valid option to the preprocessor"
  msgid "%qs is not an option that controls warnings"
! msgstr "%qs no es una opciÃ³n vÃ¡lida para el preprocesador"
  
  #: c-family/c-pragma.c:810
! #, fuzzy, gcc-internal-format
! #| msgid "command line option %qs is valid for %s but not for %s"
  msgid "option %qs is valid for %s but not for %s"
! msgstr "la opciÃ³n de lÃ­nea de Ã³rdenes %qs es vÃ¡lida para %s pero no para %s"
  
  #: c-family/c-pragma.c:842
  #, gcc-internal-format
--- 24607,24620 ----
  msgstr "opciÃ³n desconocida despuÃ©s del tipo %<#pragma GCC diagnostic%>"
  
  #: c-family/c-pragma.c:802
! #, gcc-internal-format
  msgid "%qs is not an option that controls warnings"
! msgstr "%qs no es una opciÃ³n para controlar avisos"
  
  #: c-family/c-pragma.c:810
! #, gcc-internal-format
  msgid "option %qs is valid for %s but not for %s"
! msgstr "la opciÃ³n %qs es vÃ¡lida para %s pero no para %s"
  
  #: c-family/c-pragma.c:842
  #, gcc-internal-format
*************** msgid "logical %<and%> of mutually exclu
*** 24905,24932 ****
  msgstr "un %<and%> de pruebas equivalentes mutuamente exclusivas siempre es falso"
  
  #: c-family/c-warn.c:248
! #, fuzzy, gcc-internal-format
! #| msgid "invalid operand in unary expression"
  msgid "logical %<or%> of equal expressions"
! msgstr "operando no vÃ¡lido en la expresiÃ³n unaria"
  
  #: c-family/c-warn.c:251
! #, fuzzy, gcc-internal-format
! #| msgid "logical %<and%> of mutually exclusive tests is always false"
  msgid "logical %<and%> of equal expressions"
! msgstr "un %<and%> de pruebas equivalentes mutuamente exclusivas siempre es falso"
  
  #: c-family/c-warn.c:321
! #, fuzzy, gcc-internal-format
! #| msgid "user-defined %qD always evaluates both arguments"
  msgid "self-comparison always evaluates to true"
! msgstr "el %qD definido por el usuario siempre evalÃºa ambos argumentos"
  
  #: c-family/c-warn.c:324
! #, fuzzy, gcc-internal-format
! #| msgid "user-defined %qD always evaluates both arguments"
  msgid "self-comparison always evaluates to false"
! msgstr "el %qD definido por el usuario siempre evalÃºa ambos argumentos"
  
  #: c-family/c-warn.c:374
  #, gcc-internal-format
--- 24828,24851 ----
  msgstr "un %<and%> de pruebas equivalentes mutuamente exclusivas siempre es falso"
  
  #: c-family/c-warn.c:248
! #, gcc-internal-format
  msgid "logical %<or%> of equal expressions"
! msgstr "%<or%> lÃ³gico de expresiones equivalentes"
  
  #: c-family/c-warn.c:251
! #, gcc-internal-format
  msgid "logical %<and%> of equal expressions"
! msgstr "un %<and%> de expresiones equivalentes"
  
  #: c-family/c-warn.c:321
! #, gcc-internal-format
  msgid "self-comparison always evaluates to true"
! msgstr "autocomparaciÃ³n siempre verdadera"
  
  #: c-family/c-warn.c:324
! #, gcc-internal-format
  msgid "self-comparison always evaluates to false"
! msgstr "autocomparaciÃ³n siempre falsa"
  
  #: c-family/c-warn.c:374
  #, gcc-internal-format
*************** msgstr "la dereferencia de punteros %<ty
*** 24962,25043 ****
  #: c-family/c-warn.c:687
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the destination; did you mean to remove the addressof?"
! msgstr ""
  
  #: c-family/c-warn.c:694
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the destination; did you mean to provide an explicit length?"
! msgstr ""
  
  #: c-family/c-warn.c:699
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the destination; did you mean to dereference it?"
! msgstr ""
  
  #: c-family/c-warn.c:711
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same pointer type %qT as the destination; expected %qT or an explicit length"
! msgstr ""
  
  #: c-family/c-warn.c:727
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to remove the addressof?"
! msgstr ""
  
  #: c-family/c-warn.c:734
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to provide an explicit length?"
! msgstr ""
  
  #: c-family/c-warn.c:739
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to dereference it?"
! msgstr ""
  
  #: c-family/c-warn.c:751
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same pointer type %qT as the source; expected %qT or an explicit length"
! msgstr ""
  
  #: c-family/c-warn.c:767
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the first source; did you mean to remove the addressof?"
! msgstr ""
  
  #: c-family/c-warn.c:774
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the first source; did you mean to provide an explicit length?"
! msgstr ""
  
  #: c-family/c-warn.c:779
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the first source; did you mean to dereference it?"
! msgstr ""
  
  #: c-family/c-warn.c:791
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same pointer type %qT as the first source; expected %qT or an explicit length"
! msgstr ""
  
  #: c-family/c-warn.c:807
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the second source; did you mean to remove the addressof?"
! msgstr ""
  
  #: c-family/c-warn.c:814
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the second source; did you mean to provide an explicit length?"
! msgstr ""
  
  #: c-family/c-warn.c:819
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the second source; did you mean to dereference it?"
! msgstr ""
  
  #: c-family/c-warn.c:831
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same pointer type %qT as the second source; expected %qT or an explicit length"
! msgstr ""
  
  #: c-family/c-warn.c:860 c-family/c-warn.c:867
  #, fuzzy, gcc-internal-format
--- 24881,24962 ----
  #: c-family/c-warn.c:687
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the destination; did you mean to remove the addressof?"
! msgstr "el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el destino; Â¿pretendÃ­a quitar el addressof?"
  
  #: c-family/c-warn.c:694
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the destination; did you mean to provide an explicit length?"
! msgstr "el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el destino; Â¿pretendÃ­a proporcionar una longitud explÃ­cita?"
  
  #: c-family/c-warn.c:699
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the destination; did you mean to dereference it?"
! msgstr "el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el destino; Â¿pretendÃ­a desreferenciarla?"
  
  #: c-family/c-warn.c:711
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same pointer type %qT as the destination; expected %qT or an explicit length"
! msgstr "el argumento de %<sizeof%> en la llamada %qD es el mismo tipo de puntero %qT que el destino; se esperaba %qT o una longitud explÃ­cita"
  
  #: c-family/c-warn.c:727
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to remove the addressof?"
! msgstr "el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el origen; Â¿pretendÃ­a quitar la direcciÃ³n de?"
  
  #: c-family/c-warn.c:734
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to provide an explicit length?"
! msgstr "el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el origen; Â¿pretendÃ­a indicar una longitud explÃ­cita?"
  
  #: c-family/c-warn.c:739
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to dereference it?"
! msgstr "el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el origen; Â¿pretendÃ­a desreferenciarla?"
  
  #: c-family/c-warn.c:751
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same pointer type %qT as the source; expected %qT or an explicit length"
! msgstr "el argumento de %<sizeof%> en la llamada %qD es el mismo tipo de puntero %qT que el origen; se esperaba %qT o una longitud explÃ­cita"
  
  #: c-family/c-warn.c:767
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the first source; did you mean to remove the addressof?"
! msgstr "el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el primer origen; Â¿pretendÃ­a quitar la direcciÃ³n de?"
  
  #: c-family/c-warn.c:774
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the first source; did you mean to provide an explicit length?"
! msgstr "el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el primer origen; Â¿pretendÃ­a indicar una longitud explÃ­cita?"
  
  #: c-family/c-warn.c:779
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the first source; did you mean to dereference it?"
! msgstr "el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el primer origen; Â¿pretendÃ­a desreferenciarla?"
  
  #: c-family/c-warn.c:791
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same pointer type %qT as the first source; expected %qT or an explicit length"
! msgstr "el argumento de %<sizeof%> en la llamada %qD es el mismo tipo de puntero %qT que el primer origen; se esperaba %qT o una longitud explÃ­cita"
  
  #: c-family/c-warn.c:807
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the second source; did you mean to remove the addressof?"
! msgstr "el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el segundo origen; Â¿pretendÃ­a quitar la direcciÃ³n de?"
  
  #: c-family/c-warn.c:814
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the second source; did you mean to provide an explicit length?"
! msgstr "el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el segundo origen; Â¿pretendÃ­a indicar una longitud explÃ­cita?"
  
  #: c-family/c-warn.c:819
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same expression as the second source; did you mean to dereference it?"
! msgstr "el argumento de %<sizeof%> en la llamada %qD es la misma expresiÃ³n que el segundo origen; Â¿pretendÃ­a desreferenciarla?"
  
  #: c-family/c-warn.c:831
  #, gcc-internal-format
  msgid "argument to %<sizeof%> in %qD call is the same pointer type %qT as the second source; expected %qT or an explicit length"
! msgstr "el argumento de %<sizeof%> en la llamada %qD es el mismo tipo de puntero %qT que el segundo origen; se esperaba %qT o una longitud explÃ­cita"
  
  #: c-family/c-warn.c:860 c-family/c-warn.c:867
  #, fuzzy, gcc-internal-format
*************** msgid "%q+D takes only zero or two argum
*** 25066,25075 ****
  msgstr "%q+D sÃ³lo toma cero o dos argumentos"
  
  #: c-family/c-warn.c:910
! #, fuzzy, gcc-internal-format
! #| msgid "field %qE declared as a function"
  msgid "%q+D declared as variadic function"
! msgstr "el campo %qE se declarÃ³ como una funciÃ³n"
  
  #: c-family/c-warn.c:952
  #, gcc-internal-format
--- 24985,24993 ----
  msgstr "%q+D sÃ³lo toma cero o dos argumentos"
  
  #: c-family/c-warn.c:910
! #, gcc-internal-format
  msgid "%q+D declared as variadic function"
! msgstr "%q+D declarado como funciÃ³n variÃ¡dica"
  
  #: c-family/c-warn.c:952
  #, gcc-internal-format
*************** msgid "conversion to %qT from %qT may al
*** 25087,25096 ****
  msgstr "la conversiÃ³n de %qT desde %qT puede alterar su valor"
  
  #: c-family/c-warn.c:989
! #, fuzzy, gcc-internal-format
! #| msgid "conversion from %qT to %qT discards qualifiers"
  msgid "conversion to %qT from %qT discards imaginary component"
! msgstr "la conversiÃ³n de %qT a %qT descarta los calificadores"
  
  #: c-family/c-warn.c:1024
  #, gcc-internal-format
--- 25005,25013 ----
  msgstr "la conversiÃ³n de %qT desde %qT puede alterar su valor"
  
  #: c-family/c-warn.c:989
! #, gcc-internal-format
  msgid "conversion to %qT from %qT discards imaginary component"
! msgstr "la conversiÃ³n a %qT de %qT descarta la componente imaginaria"
  
  #: c-family/c-warn.c:1024
  #, gcc-internal-format
*************** msgid "switch missing default case"
*** 25118,25127 ****
  msgstr "falta el case por defecto para un switch"
  
  #: c-family/c-warn.c:1179
! #, fuzzy, gcc-internal-format
! #| msgid "the conditional began here"
  msgid "switch condition has boolean value"
! msgstr "el condicional empezÃ³ aquÃ­"
  
  #: c-family/c-warn.c:1252
  #, gcc-internal-format
--- 25035,25043 ----
  msgstr "falta el case por defecto para un switch"
  
  #: c-family/c-warn.c:1179
! #, gcc-internal-format
  msgid "switch condition has boolean value"
! msgstr "la condiciÃ³n de switch tiene valor boolean"
  
  #: c-family/c-warn.c:1252
  #, gcc-internal-format
*************** msgid "invalid type argument of %<->%> (
*** 25319,25328 ****
  msgstr "argumento de tipo no vÃ¡lido de %<->%> (se tiene %qT)"
  
  #: c-family/c-warn.c:1414
! #, fuzzy, gcc-internal-format
! #| msgid "invalid type argument of %<->%> (have %qT)"
  msgid "invalid type argument of %<->*%> (have %qT)"
! msgstr "argumento de tipo no vÃ¡lido de %<->%> (se tiene %qT)"
  
  #: c-family/c-warn.c:1419
  #, gcc-internal-format
--- 25235,25243 ----
  msgstr "argumento de tipo no vÃ¡lido de %<->%> (se tiene %qT)"
  
  #: c-family/c-warn.c:1414
! #, gcc-internal-format
  msgid "invalid type argument of %<->*%> (have %qT)"
! msgstr "argumento de tipo no vÃ¡lido de %<->*%> (se tiene %qT)"
  
  #: c-family/c-warn.c:1419
  #, gcc-internal-format
*************** msgid "comparison of promoted ~unsigned
*** 25471,25480 ****
  msgstr "comparaciÃ³n de un ~unsigned promovido con unsigned"
  
  #: c-family/c-warn.c:1897
! #, fuzzy, gcc-internal-format
! #| msgid "unused parameter %q+D"
  msgid "unused parameter %qD"
! msgstr "parÃ¡metro %q+D sin uso"
  
  #: c-family/c-warn.c:1959
  #, gcc-internal-format
--- 25386,25394 ----
  msgstr "comparaciÃ³n de un ~unsigned promovido con unsigned"
  
  #: c-family/c-warn.c:1897
! #, gcc-internal-format
  msgid "unused parameter %qD"
! msgstr "parÃ¡metro %qD sin uso"
  
  #: c-family/c-warn.c:1959
  #, gcc-internal-format
*************** msgid "typedef %qD locally defined but n
*** 25482,25497 ****
  msgstr "se define tipo %qD localmente pero no se usa"
  
  #: c-family/c-warn.c:1994
! #, fuzzy, gcc-internal-format
! #| msgid "duplicate %<const%>"
  msgid "duplicated %<if%> condition"
! msgstr "%<const%> duplicado"
  
  #: c-family/c-warn.c:2023
! #, fuzzy, gcc-internal-format
! #| msgid "declaration of %q+D with attribute noinline follows inline declaration "
  msgid "optimization attribute on %qD follows definition but the attribute doesn%'t match"
! msgstr "declaraciÃ³n de %q+D con atributo noinline despuÃ©s de la declaraciÃ³n inline "
  
  #: c-family/c-warn.c:2031
  #, gcc-internal-format
--- 25396,25409 ----
  msgstr "se define tipo %qD localmente pero no se usa"
  
  #: c-family/c-warn.c:1994
! #, gcc-internal-format
  msgid "duplicated %<if%> condition"
! msgstr "condiciÃ³n %<if%> duplicada"
  
  #: c-family/c-warn.c:2023
! #, gcc-internal-format
  msgid "optimization attribute on %qD follows definition but the attribute doesn%'t match"
! msgstr "el atributo de optimizaciÃ³n en %qD despuÃ©s de la definiciÃ³n pero el atributo no concuerda"
  
  #: c-family/c-warn.c:2031
  #, gcc-internal-format
*************** msgstr "declaraciÃ³n de %q+D con atribut
*** 25505,25532 ****
  
  #: c-family/c-warn.c:2040 c-family/c-warn.c:2045 c-family/c-warn.c:2050
  #: c-family/c-warn.c:2055
! #, fuzzy, gcc-internal-format
! #| msgid "declaration of %q+D with attribute noinline follows inline declaration "
  msgid "declaration of %q+D with attribute %qs follows declaration with attribute %qs"
! msgstr "declaraciÃ³n de %q+D con atributo noinline despuÃ©s de la declaraciÃ³n inline "
  
  #: c-family/c-warn.c:2102
! #, fuzzy, gcc-internal-format
! #| msgid "macro \"%s\" requires %u arguments, but only %u given"
  msgid "result of %qE requires %u bits to represent, but %qT only has %u bits"
! msgstr "la macro \"%s\" requiere %u argumentos, pero solo se proporcionan %u"
  
  #: c-family/c-warn.c:2140 c-family/c-warn.c:2164
! #, fuzzy, gcc-internal-format
! #| msgid "comparison of unsigned expression < 0 is always false"
  msgid "comparison of constant %qE with boolean expression is always false"
! msgstr "la comparaciÃ³n de una expresiÃ³n unsigned < 0 siempre es falsa"
  
  #: c-family/c-warn.c:2143 c-family/c-warn.c:2161
! #, fuzzy, gcc-internal-format
! #| msgid "comparison of unsigned expression >= 0 is always true"
  msgid "comparison of constant %qE with boolean expression is always true"
! msgstr "la comparaciÃ³n de una expresiÃ³n unsigned >= 0 siempre es verdadera"
  
  #: c-family/c-warn.c:2210
  #, fuzzy
--- 25417,25440 ----
  
  #: c-family/c-warn.c:2040 c-family/c-warn.c:2045 c-family/c-warn.c:2050
  #: c-family/c-warn.c:2055
! #, gcc-internal-format
  msgid "declaration of %q+D with attribute %qs follows declaration with attribute %qs"
! msgstr "declaraciÃ³n de %q+D con atributo %qs despuÃ©s de la declaraciÃ³n con atributo %qs"
  
  #: c-family/c-warn.c:2102
! #, gcc-internal-format
  msgid "result of %qE requires %u bits to represent, but %qT only has %u bits"
! msgstr "el resultado de %qE requiere %u bits para representarlo, pero %qT solo tiene %u bits"
  
  #: c-family/c-warn.c:2140 c-family/c-warn.c:2164
! #, gcc-internal-format
  msgid "comparison of constant %qE with boolean expression is always false"
! msgstr "la comparaciÃ³n de una constante %qE con una expresiÃ³n boolean siempre es falsa"
  
  #: c-family/c-warn.c:2143 c-family/c-warn.c:2161
! #, gcc-internal-format
  msgid "comparison of constant %qE with boolean expression is always true"
! msgstr "la comparaciÃ³n de una constante %qE con una expresiÃ³n boolean siempre es verdadera"
  
  #: c-family/c-warn.c:2210
  #, fuzzy
*************** msgstr[0] "el paso del argumento %d de %
*** 25537,25552 ****
  msgstr[1] "el paso del argumento %d de %qE descarta el calificador %qv del tipo del destino del puntero"
  
  #: c-family/c-warn.c:2275 c/c-typeck.c:5217 cp/call.c:5316
! #, fuzzy, gcc-internal-format
! #| msgid "the conditional began here"
  msgid "this condition has identical branches"
! msgstr "el condicional empezÃ³ aquÃ­"
  
  #: c-family/cilk.c:93 cp/parser.c:6570
! #, fuzzy, gcc-internal-format
! #| msgid "%<friend%> can only be specified inside a class"
  msgid "%<_Cilk_spawn%> may only be used inside a function"
! msgstr "%<friend%> sÃ³lo se puede especificar dentro de una clase"
  
  #: c-family/cilk.c:106
  #, fuzzy, gcc-internal-format
--- 25445,25458 ----
  msgstr[1] "el paso del argumento %d de %qE descarta el calificador %qv del tipo del destino del puntero"
  
  #: c-family/c-warn.c:2275 c/c-typeck.c:5217 cp/call.c:5316
! #, gcc-internal-format
  msgid "this condition has identical branches"
! msgstr "esta condiciÃ³n tiene bifurcaciones idÃ©nticas"
  
  #: c-family/cilk.c:93 cp/parser.c:6570
! #, gcc-internal-format
  msgid "%<_Cilk_spawn%> may only be used inside a function"
! msgstr "%<_Cilk_spawn%> sÃ³lo se puede usar dentro de una funciÃ³n"
  
  #: c-family/cilk.c:106
  #, fuzzy, gcc-internal-format
*************** msgid "only function calls can be spawne
*** 25555,25564 ****
  msgstr "su funciÃ³n serÃ¡ mal compilada"
  
  #: c-family/cilk.c:250
! #, fuzzy, gcc-internal-format
! #| msgid "invalid use of %<auto%>"
  msgid "invalid use of %<_Cilk_spawn%>"
! msgstr "uso no vÃ¡lido de %<auto%>"
  
  #: c-family/cilk.c:393
  #, fuzzy, gcc-internal-format
--- 25461,25469 ----
  msgstr "su funciÃ³n serÃ¡ mal compilada"
  
  #: c-family/cilk.c:250
! #, gcc-internal-format
  msgid "invalid use of %<_Cilk_spawn%>"
! msgstr "uso no vÃ¡lido de %<_Cilk_spawn%>"
  
  #: c-family/cilk.c:393
  #, fuzzy, gcc-internal-format
*************** msgid "cannot spawn call to function tha
*** 25572,25586 ****
  msgstr ""
  
  #: c-family/cilk.c:495
! #, fuzzy, gcc-internal-format
! #| msgid "invalid use of %qD in linkage specification"
  msgid "invalid use of label %q+D in %<_Cilk_spawn%>"
! msgstr "uso no vÃ¡lido de %qD en la especificaciÃ³n de enlace"
  
  #: c-family/cilk.c:996
  #, gcc-internal-format
  msgid "register assignment ignored for %qD used in Cilk block"
! msgstr ""
  
  #: c-family/cppspec.c:93
  #, gcc-internal-format
--- 25477,25490 ----
  msgstr ""
  
  #: c-family/cilk.c:495
! #, gcc-internal-format
  msgid "invalid use of label %q+D in %<_Cilk_spawn%>"
! msgstr "uso no vÃ¡lido de la etiqueta %q+D en %<_Cilk_spawn%>"
  
  #: c-family/cilk.c:996
  #, gcc-internal-format
  msgid "register assignment ignored for %qD used in Cilk block"
! msgstr "asignaciÃ³n de registro no tenida en cuenta para %qD usada en bloque Cilk"
  
  #: c-family/cppspec.c:93
  #, gcc-internal-format
*************** msgstr "%qs no es una opciÃ³n vÃ¡lida pa
*** 25592,25602 ****
  msgid "too many input files"
  msgstr "demasiados ficheros de entrada"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8751
! #, fuzzy, gcc-internal-format
! #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for -mcpu"
! msgstr "valor %s desconocido para -mfpu"
  
  #: common/config/alpha/alpha-common.c:76
  #, gcc-internal-format
--- 25496,25505 ----
  msgid "too many input files"
  msgstr "demasiados ficheros de entrada"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8759
! #, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
! msgstr "valor %qs desconocido para -mcpu"
  
  #: common/config/alpha/alpha-common.c:76
  #, gcc-internal-format
*************** msgid "bad value %qs for -mtls-size swit
*** 25604,25619 ****
  msgstr "valor %qs errÃ³neo para el interruptor -mtls-size"
  
  #: common/config/arc/arc-common.c:82
! #, fuzzy, gcc-internal-format
! #| msgid "multiple function type attributes specified"
  msgid "multiple -mcpu= options specified."
! msgstr "se especificaron mÃºltiples atributos de tipo de funciÃ³n."
  
  #: common/config/arc/arc-common.c:88
! #, fuzzy, gcc-internal-format
! #| msgid "bad value %qs for -mtune switch"
  msgid "Unsupported value for mmpy-option"
! msgstr "valor errÃ³neo %qs para la opciÃ³n -mtune"
  
  #: common/config/bfin/bfin-common.c:304 common/config/m68k/m68k-common.c:60
  #, gcc-internal-format, gfc-internal-format
--- 25507,25520 ----
  msgstr "valor %qs errÃ³neo para el interruptor -mtls-size"
  
  #: common/config/arc/arc-common.c:82
! #, gcc-internal-format
  msgid "multiple -mcpu= options specified."
! msgstr "se especificaron mÃºltiples opciones -mcpu=."
  
  #: common/config/arc/arc-common.c:88
! #, gcc-internal-format
  msgid "Unsupported value for mmpy-option"
! msgstr "Valor no admitido para mmpy-option"
  
  #: common/config/bfin/bfin-common.c:304 common/config/m68k/m68k-common.c:60
  #, gcc-internal-format, gfc-internal-format
*************** msgid "bad value %<%s%> for -mtls-size=
*** 25681,25715 ****
  msgstr "valor errÃ³neo %<%s%> para el interruptor -mtls-size="
  
  #: common/config/msp430/msp430-common.c:57
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "unrecognized argument to -mmcu= option: %qs"
  msgid "unrecognized argument of -mcpu: %s"
! msgstr "no se reconoce el argumento para la opciÃ³n -mmcu=: %qs"
  
  #: common/config/nds32/nds32-common.c:49
  #, gcc-internal-format
  msgid "for the option -misr-vector-size=X, the valid X must be: 4 or 16"
! msgstr ""
  
  #: common/config/nds32/nds32-common.c:60
  #, gcc-internal-format
  msgid "for the option -mcache-block-size=X, the valid X must be: 4, 8, 16, 32, 64, 128, 256, or 512"
! msgstr ""
  
  #: common/config/riscv/riscv-common.c:43
  #, gcc-internal-format, gfc-internal-format
  msgid "-march=%s: ISA string must begin with rv32 or rv64"
! msgstr ""
  
  #: common/config/riscv/riscv-common.c:82
  #, gcc-internal-format, gfc-internal-format
  msgid "-march=%s: invalid ISA string"
! msgstr ""
  
  #: common/config/riscv/riscv-common.c:92
  #, gcc-internal-format
  msgid "-march=%s: unsupported ISA substring %qs"
! msgstr ""
  
  #: common/config/rs6000/rs6000-common.c:174 config/sparc/sparc.c:1371
  #, gcc-internal-format, gfc-internal-format
--- 25582,25615 ----
  msgstr "valor errÃ³neo %<%s%> para el interruptor -mtls-size="
  
  #: common/config/msp430/msp430-common.c:57
! #, gcc-internal-format, gfc-internal-format
  msgid "unrecognized argument of -mcpu: %s"
! msgstr "no se reconoce el argumento de -mcpu=: %s"
  
  #: common/config/nds32/nds32-common.c:49
  #, gcc-internal-format
  msgid "for the option -misr-vector-size=X, the valid X must be: 4 or 16"
! msgstr "para la opciÃ³n -misr-vector-size=X, las X vÃ¡lidas son: 4 o 16"
  
  #: common/config/nds32/nds32-common.c:60
  #, gcc-internal-format
  msgid "for the option -mcache-block-size=X, the valid X must be: 4, 8, 16, 32, 64, 128, 256, or 512"
! msgstr "para la opciÃ³n -mcache-block-size=X, las X vÃ¡lidas son: 4, 8, 16, 32, 64, 128, 256, o 512"
  
  #: common/config/riscv/riscv-common.c:43
  #, gcc-internal-format, gfc-internal-format
  msgid "-march=%s: ISA string must begin with rv32 or rv64"
! msgstr "-march=%s: la cadena ISA debe empezar por rv32 o rv64"
  
  #: common/config/riscv/riscv-common.c:82
  #, gcc-internal-format, gfc-internal-format
  msgid "-march=%s: invalid ISA string"
! msgstr "-march=%s: cadena ISA no vÃ¡lida"
  
  #: common/config/riscv/riscv-common.c:92
  #, gcc-internal-format
  msgid "-march=%s: unsupported ISA substring %qs"
! msgstr "-march=%s: subcadena ISA %qs no vÃ¡lida"
  
  #: common/config/rs6000/rs6000-common.c:174 config/sparc/sparc.c:1371
  #, gcc-internal-format, gfc-internal-format
*************** msgid "-msimple-fpu option ignored"
*** 25732,25741 ****
  msgstr "se descarta la opciÃ³n -msimple-fpu"
  
  #: common/config/rs6000/rs6000-common.c:314
! #, fuzzy, gcc-internal-format
! #| msgid "%<-fsplit-stack%> currently only supported on GNU/Linux"
  msgid "%<-fsplit-stack%> currently only supported on PowerPC64 GNU/Linux with glibc-2.18 or later"
! msgstr "sÃ³lo se admite %<-fsplit-stack%> en GNU/Linux"
  
  #: common/config/rx/rx-common.c:61
  #, gcc-internal-format
--- 25632,25640 ----
  msgstr "se descarta la opciÃ³n -msimple-fpu"
  
  #: common/config/rs6000/rs6000-common.c:314
! #, gcc-internal-format
  msgid "%<-fsplit-stack%> currently only supported on PowerPC64 GNU/Linux with glibc-2.18 or later"
! msgstr "sÃ³lo se admite %<-fsplit-stack%> en PowerPC64 GNU/Linux con glibc-2.18 o superior"
  
  #: common/config/rx/rx-common.c:61
  #, gcc-internal-format
*************** msgid "the RX200 cpu does not have FPU h
*** 25743,25752 ****
  msgstr "la cpu RX200 no tiene FPU de hardware"
  
  #: common/config/rx/rx-common.c:63
! #, fuzzy, gcc-internal-format
! #| msgid "the RX200 cpu does not have FPU hardware"
  msgid "the RX100 cpu does not have FPU hardware"
! msgstr "la cpu RX200 no tiene FPU de hardware"
  
  #: common/config/s390/s390-common.c:98
  #, gcc-internal-format
--- 25642,25650 ----
  msgstr "la cpu RX200 no tiene FPU de hardware"
  
  #: common/config/rx/rx-common.c:63
! #, gcc-internal-format
  msgid "the RX100 cpu does not have FPU hardware"
! msgstr "la cpu RX100 no tiene FPU de hardware"
  
  #: common/config/s390/s390-common.c:98
  #, gcc-internal-format
*************** msgstr "no se puede entender kern.osvers
*** 25836,25851 ****
  
  #. Arbitrary limit, number should be like xx.yy.zz
  #: config/darwin-driver.c:125
! #, fuzzy, gcc-internal-format
! #| msgid "couldn%'t understand kern.osversion %q.*s"
  msgid "couldn%'t understand version %s\n"
! msgstr "no se puede entender kern.osversion %q.*s"
  
  #: config/darwin-driver.c:178
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "The compiler does not support -march=%s."
  msgid "this compiler does not support %s"
! msgstr "El compilador no tiene soporte para -march=%s."
  
  #: config/darwin-driver.c:233
  #, fuzzy, gcc-internal-format
--- 25734,25747 ----
  
  #. Arbitrary limit, number should be like xx.yy.zz
  #: config/darwin-driver.c:125
! #, gcc-internal-format
  msgid "couldn%'t understand version %s\n"
! msgstr "no se puede entender version %s\n"
  
  #: config/darwin-driver.c:178
! #, gcc-internal-format, gfc-internal-format
  msgid "this compiler does not support %s"
! msgstr "este compilador no tiene soporte para %s"
  
  #: config/darwin-driver.c:233
  #, fuzzy, gcc-internal-format
*************** msgid "%qE 2.95 vtable-compatibility att
*** 25902,25911 ****
  msgstr "el atributo de compatibilidad vtable 2.95 %qE sÃ³lo aplica a clases C++"
  
  #: config/darwin.c:2758
! #, fuzzy, gcc-internal-format
! #| msgid "visibility attribute not supported in this configuration; ignored"
  msgid "protected visibility attribute not supported in this configuration; ignored"
! msgstr "no se admiten los atributos de visibilidad en esta configuraciÃ³n; descartados"
  
  #: config/darwin.c:2947
  #, gcc-internal-format, gfc-internal-format
--- 25798,25806 ----
  msgstr "el atributo de compatibilidad vtable 2.95 %qE sÃ³lo aplica a clases C++"
  
  #: config/darwin.c:2758
! #, gcc-internal-format
  msgid "protected visibility attribute not supported in this configuration; ignored"
! msgstr "no se admiten los atributos de visibilidad protected en esta configuraciÃ³n; descartados"
  
  #: config/darwin.c:2947
  #, gcc-internal-format, gfc-internal-format
*************** msgid "profiler support for VxWorks"
*** 26039,26054 ****
  msgstr "soporte de anÃ¡lisis de perfil para VxWorks"
  
  #: config/aarch64/aarch64-builtins.c:1089 config/arm/arm-builtins.c:2246
! #, fuzzy, gcc-internal-format
! #| msgid "argument must be a constant"
  msgid "%Kargument %d must be a constant immediate"
! msgstr "el argumento debe ser una constante"
  
  #: config/aarch64/aarch64-builtins.c:1160 config/arm/arm-builtins.c:2471
! #, fuzzy, gcc-internal-format
! #| msgid "index mask must be an immediate"
  msgid "%Klane index must be a constant immediate"
! msgstr "la mÃ¡scara de Ã­ndice debe ser un inmediato"
  
  #: config/aarch64/aarch64-builtins.c:1163
  #, fuzzy, gcc-internal-format
--- 25934,25947 ----
  msgstr "soporte de anÃ¡lisis de perfil para VxWorks"
  
  #: config/aarch64/aarch64-builtins.c:1089 config/arm/arm-builtins.c:2246
! #, gcc-internal-format
  msgid "%Kargument %d must be a constant immediate"
! msgstr "el %Kargumento %d debe ser un inmediato constante"
  
  #: config/aarch64/aarch64-builtins.c:1160 config/arm/arm-builtins.c:2471
! #, gcc-internal-format
  msgid "%Klane index must be a constant immediate"
! msgstr "el Ã­ndice %Klane debe ser un inmediato constante"
  
  #: config/aarch64/aarch64-builtins.c:1163
  #, fuzzy, gcc-internal-format
*************** msgid "%Ktotal size and element size mus
*** 26057,26066 ****
  msgstr "el segundo argumento debe ser un inmediato de 4-bit"
  
  #: config/aarch64/aarch64.c:927
! #, fuzzy, gcc-internal-format
! #| msgid "%qs is incompatible with %qs"
  msgid "%qs is incompatible with %s %s"
! msgstr "%qs es incompatible con %qs"
  
  #: config/aarch64/aarch64.c:929
  #, fuzzy, gcc-internal-format
--- 25950,25958 ----
  msgstr "el segundo argumento debe ser un inmediato de 4-bit"
  
  #: config/aarch64/aarch64.c:927
! #, gcc-internal-format
  msgid "%qs is incompatible with %s %s"
! msgstr "%qs es incompatible con %s %s"
  
  #: config/aarch64/aarch64.c:929
  #, fuzzy, gcc-internal-format
*************** msgstr "%qs es incompatible con %qs"
*** 26068,26270 ****
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "%qs es incompatible con %qs"
  
! #: config/aarch64/aarch64.c:8374
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
! msgstr ""
  
! #: config/aarch64/aarch64.c:8418
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
! msgstr ""
  
! #: config/aarch64/aarch64.c:8475
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "Invalid range %s in option %s"
  msgid "tuning string missing in option (%s)"
  msgstr "Rango %s no vÃ¡lido en la opciÃ³n %s"
  
! #: config/aarch64/aarch64.c:8493
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "unknown string token %s\n"
  msgid "unknown tuning option (%s)"
  msgstr "cadena de elemento %s desconocida\n"
  
! #: config/aarch64/aarch64.c:8707
! #, fuzzy, gcc-internal-format
! #| msgid "valid arguments to %qs are: %s"
  msgid "valid arguments are: %s; did you mean %qs?"
! msgstr "los argumentos vÃ¡lidos para %qs son: %s"
  
! #: config/aarch64/aarch64.c:8748
! #, fuzzy, gcc-internal-format
! #| msgid "missing path after %qs"
  msgid "missing cpu name in %<-mcpu=%s%>"
! msgstr "falta una ruta despuÃ©s de %qs"
  
! #: config/aarch64/aarch64.c:8755
  #, fuzzy, gcc-internal-format
  #| msgid "invalid floating point option: -mfpu=%s"
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "opciÃ³n de coma flotante no vÃ¡lida: -mfpu-%s"
  
! #: config/aarch64/aarch64.c:8782
  #, fuzzy, gcc-internal-format
  #| msgid "missing path after %qs"
  msgid "missing arch name in %<-march=%s%>"
  msgstr "falta una ruta despuÃ©s de %qs"
  
! #: config/aarch64/aarch64.c:8785
! #, fuzzy, gcc-internal-format
! #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for -march"
! msgstr "valor %s desconocido para -mfpu"
  
! #: config/aarch64/aarch64.c:8789
  #, fuzzy, gcc-internal-format
  #| msgid "invalid data model option -mdata-model=%s"
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "opciÃ³n de modelo de datos -mdata-model=%s no vÃ¡lida"
  
! #: config/aarch64/aarch64.c:8815
! #, fuzzy, gcc-internal-format
! #| msgid "Unknown cpu used in -mtune=%s."
  msgid "missing cpu name in %<-mtune=%s%>"
! msgstr "Se utilizÃ³ un cpu desconocido en -mtune=%s."
  
! #: config/aarch64/aarch64.c:8818
! #, fuzzy, gcc-internal-format
! #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for -mtune"
! msgstr "valor %s desconocido para -mfpu"
  
! #: config/aarch64/aarch64.c:8921 config/arm/arm.c:3093
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "la opciÃ³n -mcpu=%s genera un conflicto con la opciÃ³n -march=%s"
  
! #: config/aarch64/aarch64.c:8956
! #, fuzzy, gcc-internal-format
! #| msgid "The compiler does not support -march=%s."
  msgid "Assembler does not support -mabi=ilp32"
! msgstr "El compilador no tiene soporte para -march=%s."
  
! #: config/aarch64/aarch64.c:8960
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9022
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9187
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
! msgstr ""
  
! #: config/aarch64/aarch64.c:9190
! #, fuzzy, gcc-internal-format
! #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for 'arch' target %s"
! msgstr "valor %s desconocido para -mfpu"
  
! #: config/aarch64/aarch64.c:9194
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9228
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "missing makefile target after %qs"
  msgid "missing cpu name in 'cpu' target %s"
! msgstr "falta un fichero make objetivo despuÃ©s de %qs"
  
! #: config/aarch64/aarch64.c:9231
! #, fuzzy, gcc-internal-format
! #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for 'cpu' target %s"
! msgstr "valor %s desconocido para -mfpu"
  
! #: config/aarch64/aarch64.c:9235
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9266
! #, fuzzy, gcc-internal-format
! #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for 'tune' target %s"
! msgstr "valor %s desconocido para -mfpu"
  
! #: config/aarch64/aarch64.c:9307
  #, fuzzy, gcc-internal-format
  #| msgid "missing makefile target after %qs"
  msgid "missing feature modifier in target %s %qs"
  msgstr "falta un fichero make objetivo despuÃ©s de %qs"
  
! #: config/aarch64/aarch64.c:9312
  #, fuzzy, gcc-internal-format
  #| msgid "invalid memory model argument %d of %qE"
  msgid "invalid feature modifier in target %s %qs"
  msgstr "argumento de modelo de memoria %d no vÃ¡lido de %qE"
  
! #: config/aarch64/aarch64.c:9364
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "malformed spec function arguments"
  msgid "malformed target %s"
! msgstr "argumentos de la funciÃ³n de especificaciÃ³n malformados"
  
! #: config/aarch64/aarch64.c:9412
! #, fuzzy, gcc-internal-format
! #| msgid "%s only accepts 1 argument"
  msgid "target %s %qs does not accept an argument"
! msgstr "%s sÃ³lo acepta 1 argumento"
  
! #: config/aarch64/aarch64.c:9421
! #, fuzzy, gcc-internal-format
! #| msgid "matching constraint does not allow a register"
  msgid "target %s %qs does not allow a negated form"
! msgstr "la restricciÃ³n coincidente no permite un registro"
  
! #: config/aarch64/aarch64.c:9476
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "%s\"%s\"%s is invalid"
  msgid "target %s %s=%s is not valid"
! msgstr "%s\"%s\"%s es no vÃ¡lido"
  
! #: config/aarch64/aarch64.c:9536 config/arm/arm.c:30367
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:14849
  #, fuzzy, gcc-internal-format
  #| msgid "attribute %qE argument not a string"
  msgid "attribute %<target%> argument not a string"
  msgstr "el argumento del atributo %qE no es una cadena"
  
! #: config/aarch64/aarch64.c:9546
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "malformed #pragma call"
  msgid "malformed target %s value"
! msgstr "#pragma call malformado"
  
! #: config/aarch64/aarch64.c:9563
! #, fuzzy, gcc-internal-format
! #| msgid "%s\"%s\"%s is invalid"
  msgid "target %s %qs is invalid"
! msgstr "%s\"%s\"%s es no vÃ¡lido"
  
! #: config/aarch64/aarch64.c:9572
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11420
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
! msgstr ""
  
! #: config/aarch64/aarch64.c:11422
  #, fuzzy, gcc-internal-format
  #| msgid "line number out of range"
  msgid "lane %wd out of range %wd - %wd"
--- 25960,26146 ----
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "%qs es incompatible con %qs"
  
! #: config/aarch64/aarch64.c:8382
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
! msgstr "indicador pasado en -moverride=%s (%s) desconocido"
  
! #: config/aarch64/aarch64.c:8426
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
! msgstr "cadena %s mal formada\n"
  
! #: config/aarch64/aarch64.c:8483
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "Invalid range %s in option %s"
  msgid "tuning string missing in option (%s)"
  msgstr "Rango %s no vÃ¡lido en la opciÃ³n %s"
  
! #: config/aarch64/aarch64.c:8501
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "unknown string token %s\n"
  msgid "unknown tuning option (%s)"
  msgstr "cadena de elemento %s desconocida\n"
  
! #: config/aarch64/aarch64.c:8715
! #, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
! msgstr "los argumentos vÃ¡lidos son: %s; Â¿quiso decir %qs?"
  
! #: config/aarch64/aarch64.c:8756
! #, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
! msgstr "falta el nombre de la cpu en %<-mcpu=%s%>"
  
! #: config/aarch64/aarch64.c:8763
  #, fuzzy, gcc-internal-format
  #| msgid "invalid floating point option: -mfpu=%s"
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "opciÃ³n de coma flotante no vÃ¡lida: -mfpu-%s"
  
! #: config/aarch64/aarch64.c:8790
  #, fuzzy, gcc-internal-format
  #| msgid "missing path after %qs"
  msgid "missing arch name in %<-march=%s%>"
  msgstr "falta una ruta despuÃ©s de %qs"
  
! #: config/aarch64/aarch64.c:8793
! #, gcc-internal-format
  msgid "unknown value %qs for -march"
! msgstr "valor %qs desconocido para -march"
  
! #: config/aarch64/aarch64.c:8797
  #, fuzzy, gcc-internal-format
  #| msgid "invalid data model option -mdata-model=%s"
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "opciÃ³n de modelo de datos -mdata-model=%s no vÃ¡lida"
  
! #: config/aarch64/aarch64.c:8823
! #, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
! msgstr "falta el nombre de la cpu en %<-mtune=%s%>"
  
! #: config/aarch64/aarch64.c:8826
! #, gcc-internal-format
  msgid "unknown value %qs for -mtune"
! msgstr "valor %qs desconocido para -mtune"
  
! #: config/aarch64/aarch64.c:8929 config/arm/arm.c:3094
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "la opciÃ³n -mcpu=%s genera un conflicto con la opciÃ³n -march=%s"
  
! #: config/aarch64/aarch64.c:8964
! #, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
! msgstr "El ensamblador no tiene soporte para -mabi=ilp32"
  
! #: config/aarch64/aarch64.c:8968
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9030
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9195
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
! msgstr "falta el nombre de la arquitectura en el objetivo 'arch' %s"
  
! #: config/aarch64/aarch64.c:9198
! #, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
! msgstr "valor %qs desconocido para el objetivo 'arch' %s"
  
! #: config/aarch64/aarch64.c:9202
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9236
! #, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
! msgstr "falta el nombre de la cpu en el objetivo 'cpu' %s"
  
! #: config/aarch64/aarch64.c:9239
! #, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
! msgstr "valor %qs desconocido para el objetivo 'cpu' %s"
  
! #: config/aarch64/aarch64.c:9243
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9274
! #, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
! msgstr "valor %qs desconocido para el objetivo 'tune' %s"
  
! #: config/aarch64/aarch64.c:9315
  #, fuzzy, gcc-internal-format
  #| msgid "missing makefile target after %qs"
  msgid "missing feature modifier in target %s %qs"
  msgstr "falta un fichero make objetivo despuÃ©s de %qs"
  
! #: config/aarch64/aarch64.c:9320
  #, fuzzy, gcc-internal-format
  #| msgid "invalid memory model argument %d of %qE"
  msgid "invalid feature modifier in target %s %qs"
  msgstr "argumento de modelo de memoria %d no vÃ¡lido de %qE"
  
! #: config/aarch64/aarch64.c:9372
! #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s"
! msgstr "objetivo %s mal formado"
  
! #: config/aarch64/aarch64.c:9420
! #, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
! msgstr "el objetivo %s %qs no acepta un argumento"
  
! #: config/aarch64/aarch64.c:9429
! #, gcc-internal-format
  msgid "target %s %qs does not allow a negated form"
! msgstr "el objetivo %s %qs no permite una forma negada"
  
! #: config/aarch64/aarch64.c:9484
! #, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
! msgstr "el objetivo %s %s=%s no es vÃ¡lido"
  
! #: config/aarch64/aarch64.c:9544 config/arm/arm.c:30411
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:15017
  #, fuzzy, gcc-internal-format
  #| msgid "attribute %qE argument not a string"
  msgid "attribute %<target%> argument not a string"
  msgstr "el argumento del atributo %qE no es una cadena"
  
! #: config/aarch64/aarch64.c:9554
! #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
! msgstr "valor del objetivo %s mal formado"
  
! #: config/aarch64/aarch64.c:9571
! #, gcc-internal-format
  msgid "target %s %qs is invalid"
! msgstr "el objetivo %s %qs no es vÃ¡lido"
  
! #: config/aarch64/aarch64.c:9580
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11428
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
! msgstr "%Klane %wd fuera de rango %wd - %wd"
  
! #: config/aarch64/aarch64.c:11430
  #, fuzzy, gcc-internal-format
  #| msgid "line number out of range"
  msgid "lane %wd out of range %wd - %wd"
*************** msgid "-mno-mpy supported only for ARC70
*** 26338,26347 ****
  msgstr ""
  
  #: config/arc/arc.c:720
! #, fuzzy, gcc-internal-format
! #| msgid "-fno-fat-lto-objects are supported only with linker plugin."
  msgid "-mno-dpfp-lrsr supported only with -mdpfp"
! msgstr "-fno-fat-lto-object sÃ³lo se admite con el plugin enlazador."
  
  #: config/arc/arc.c:725
  #, fuzzy, gcc-internal-format
--- 26214,26222 ----
  msgstr ""
  
  #: config/arc/arc.c:720
! #, gcc-internal-format
  msgid "-mno-dpfp-lrsr supported only with -mdpfp"
! msgstr "-mno-dpfp-lrsr sÃ³lo se admite con -mdpfp"
  
  #: config/arc/arc.c:725
  #, fuzzy, gcc-internal-format
*************** msgstr "no se pueden usar juntos -mcorea
*** 26352,26368 ****
  #: config/arc/arc.c:729
  #, gcc-internal-format
  msgid "-mspfp_fast not available on ARC600 or ARC601"
! msgstr ""
  
  #: config/arc/arc.c:734
  #, gcc-internal-format
  msgid "No FPX/FPU mixing allowed"
! msgstr ""
  
  #: config/arc/arc.c:740
  #, gcc-internal-format, gfc-internal-format
  msgid "PIC is not supported for %s. Generating non-PIC code only.."
! msgstr ""
  
  #. Check options against architecture options.  Throw an error if
  #. option is not allowed.
--- 26227,26243 ----
  #: config/arc/arc.c:729
  #, gcc-internal-format
  msgid "-mspfp_fast not available on ARC600 or ARC601"
! msgstr "-mspfp_fast no disponible en ARC600 ni ARC601"
  
  #: config/arc/arc.c:734
  #, gcc-internal-format
  msgid "No FPX/FPU mixing allowed"
! msgstr "No estÃ¡ permitido mezclar FPX/FPU"
  
  #: config/arc/arc.c:740
  #, gcc-internal-format, gfc-internal-format
  msgid "PIC is not supported for %s. Generating non-PIC code only.."
! msgstr "No se admite PIC para %s. Se generarÃ¡ soloamente cÃ³digo no PIC.."
  
  #. Check options against architecture options.  Throw an error if
  #. option is not allowed.
*************** msgstr ""
*** 26370,26387 ****
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%qD is not a variable in clause %qs"
  msgid "%s is not available for %s architecture"
! msgstr "%qD no es una variable en la clÃ¡usula %qs"
  
  #: config/arc/arc.c:879
  #, gcc-internal-format
  msgid "compact-casesi is not applicable to ARCv2"
! msgstr ""
  
  #: config/arc/arc.c:1378
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "multiple function type attributes specified"
  msgid "multiply option implies r%d is fixed"
! msgstr "se especificaron mÃºltiples atributos de tipo de funciÃ³n"
  
  #: config/arc/arc.c:1601 config/epiphany/epiphany.c:492
  #: config/epiphany/epiphany.c:532
--- 26245,26261 ----
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%qD is not a variable in clause %qs"
  msgid "%s is not available for %s architecture"
! msgstr "%s no estÃ¡ disponible para la arquitectura %s"
  
  #: config/arc/arc.c:879
  #, gcc-internal-format
  msgid "compact-casesi is not applicable to ARCv2"
! msgstr "compact-casesi no es aplicable a ARCv2"
  
  #: config/arc/arc.c:1378
! #, gcc-internal-format, gfc-internal-format
  msgid "multiply option implies r%d is fixed"
! msgstr "la opciÃ³n multiply implica r%d fijo"
  
  #: config/arc/arc.c:1601 config/epiphany/epiphany.c:492
  #: config/epiphany/epiphany.c:532
*************** msgid "argument of %qE attribute is not
*** 26395,26467 ****
  msgstr "el argumento del atributo %qE no es \"ilink1\" o \"ilink2\""
  
  #: config/arc/arc.c:1618
! #, fuzzy, gcc-internal-format
! #| msgid "argument of %qE attribute is not \"ilink1\" or \"ilink2\""
  msgid "argument of %qE attribute is not \"ilink\""
! msgstr "el argumento del atributo %qE no es \"ilink1\" o \"ilink2\""
  
  #: config/arc/arc.c:5715
! #, fuzzy, gcc-internal-format
! #| msgid "bit array slice with non-constant length"
  msgid "__builtin_arc_aligned with non-constant alignment"
! msgstr "rebanada de la matriz de bits con longitud no constante"
  
  #: config/arc/arc.c:5723
! #, fuzzy, gcc-internal-format
! #| msgid "invalid argument to %<__builtin_frame_address%>"
  msgid "invalid alignment value for __builtin_arc_aligned"
! msgstr "argumento no vÃ¡lido para %<__builtin_frame_address%>"
  
  #: config/arc/arc.c:5850
  #, gcc-internal-format
  msgid "builtin operand should be an unsigned 6-bit value"
! msgstr ""
  
  #: config/arc/arc.c:5891
! #, fuzzy, gcc-internal-format
! #| msgid "-mcorea should be used with -mmulticore"
  msgid "operand 1 should be an unsigned 3-bit immediate"
! msgstr "-mcorea se debe usar con -mmulticore"
  
  #: config/arc/arc.c:5932 config/arc/arc.c:6029
  #, gcc-internal-format
  msgid "operand 2 should be an unsigned 3-bit value (I0-I7)"
! msgstr ""
  
  #: config/arc/arc.c:5965 config/arc/arc.c:5997
  #, gcc-internal-format
  msgid "operand 1 should be an unsigned 3-bit value (I0-I7)"
! msgstr ""
  
  #: config/arc/arc.c:5969 config/arc/arc.c:6001
  #, gcc-internal-format
  msgid "operand 2 should be an unsigned 8-bit value"
! msgstr ""
  
  #: config/arc/arc.c:6033
  #, gcc-internal-format
  msgid "operand 3 should be an unsigned 8-bit value"
! msgstr ""
  
  #: config/arc/arc.c:6066
  #, gcc-internal-format
  msgid "operand 4 should be an unsigned 8-bit value (0-255)"
! msgstr ""
  
  #: config/arc/arc.c:6070
  #, gcc-internal-format
  msgid "operand 3 should be an unsigned 3-bit value (I0-I7)"
! msgstr ""
  
  #: config/arc/arc.c:6077
  #, gcc-internal-format
  msgid "operand 2 should be an unsigned 3-bit value (subreg 0-7)"
! msgstr ""
  
  #: config/arc/arc.c:6080
  #, gcc-internal-format
  msgid "operand 2 should be an even 3-bit value (subreg 0,2,4,6)"
! msgstr ""
  
  #: config/arc/arc.c:6127
  #, fuzzy, gcc-internal-format, gfc-internal-format
--- 26269,26337 ----
  msgstr "el argumento del atributo %qE no es \"ilink1\" o \"ilink2\""
  
  #: config/arc/arc.c:1618
! #, gcc-internal-format
  msgid "argument of %qE attribute is not \"ilink\""
! msgstr "el argumento del atributo %qE no es \"ilink\""
  
  #: config/arc/arc.c:5715
! #, gcc-internal-format
  msgid "__builtin_arc_aligned with non-constant alignment"
! msgstr "__builtin_arc_aligned con alineamiento no constante"
  
  #: config/arc/arc.c:5723
! #, gcc-internal-format
  msgid "invalid alignment value for __builtin_arc_aligned"
! msgstr "valor de argumento no vÃ¡lido para __builtin_arc_aligned"
  
  #: config/arc/arc.c:5850
  #, gcc-internal-format
  msgid "builtin operand should be an unsigned 6-bit value"
! msgstr "el operando interno deberÃ­a ser un valor de 6 bits sin signo"
  
  #: config/arc/arc.c:5891
! #, gcc-internal-format
  msgid "operand 1 should be an unsigned 3-bit immediate"
! msgstr "el operando 1 deberÃ­a ser un inmediato de 3 bits sin signo"
  
  #: config/arc/arc.c:5932 config/arc/arc.c:6029
  #, gcc-internal-format
  msgid "operand 2 should be an unsigned 3-bit value (I0-I7)"
! msgstr "el operando 2 deberÃ­a ser un valor de 3 bits sin signo (10-17)"
  
  #: config/arc/arc.c:5965 config/arc/arc.c:5997
  #, gcc-internal-format
  msgid "operand 1 should be an unsigned 3-bit value (I0-I7)"
! msgstr "el operando 1 deberÃ­a ser un valor de 3 bits sin signo (10-17)"
  
  #: config/arc/arc.c:5969 config/arc/arc.c:6001
  #, gcc-internal-format
  msgid "operand 2 should be an unsigned 8-bit value"
! msgstr "el operando 2 deberÃ­a ser un valor de 8 bits sin signo"
  
  #: config/arc/arc.c:6033
  #, gcc-internal-format
  msgid "operand 3 should be an unsigned 8-bit value"
! msgstr "el operando 3 deberÃ­a ser un valor de 8 bits sin signo"
  
  #: config/arc/arc.c:6066
  #, gcc-internal-format
  msgid "operand 4 should be an unsigned 8-bit value (0-255)"
! msgstr "el operando 4 deberÃ­a ser un valor de 8 bits sin signo (0-255)"
  
  #: config/arc/arc.c:6070
  #, gcc-internal-format
  msgid "operand 3 should be an unsigned 3-bit value (I0-I7)"
! msgstr "el operando 3 deberÃ­a ser un valor de 3 bits sin signo (10-17)"
  
  #: config/arc/arc.c:6077
  #, gcc-internal-format
  msgid "operand 2 should be an unsigned 3-bit value (subreg 0-7)"
! msgstr "el operando 2 deberÃ­a ser un valor de 3 bits sin signo (0-7)"
  
  #: config/arc/arc.c:6080
  #, gcc-internal-format
  msgid "operand 2 should be an even 3-bit value (subreg 0,2,4,6)"
! msgstr "el operando 2 deberÃ­a ser un valor de 3 bits par (subreg 0,2,4,6)"
  
  #: config/arc/arc.c:6127
  #, fuzzy, gcc-internal-format, gfc-internal-format
*************** msgid "builtin requires an immediate for
*** 26470,26491 ****
  msgstr "se usÃ³ un sÃ­mbolo como un operando inmediato"
  
  #: config/arc/arc.c:6132
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "argument 2 must be a 5-bit unsigned literal"
  msgid "operand %d should be a 6 bit unsigned immediate"
! msgstr "el argumento 2 debe ser una literal sin signo de 5-bit"
  
  #: config/arc/arc.c:6136
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "argument 2 must be a 5-bit unsigned literal"
  msgid "operand %d should be a 8 bit unsigned immediate"
! msgstr "el argumento 2 debe ser una literal sin signo de 5-bit"
  
  #: config/arc/arc.c:6140
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "argument 2 must be a 5-bit unsigned literal"
  msgid "operand %d should be a 3 bit unsigned immediate"
! msgstr "el argumento 2 debe ser una literal sin signo de 5-bit"
  
  #: config/arc/arc.c:6143
  #, gcc-internal-format, gfc-internal-format
--- 26340,26358 ----
  msgstr "se usÃ³ un sÃ­mbolo como un operando inmediato"
  
  #: config/arc/arc.c:6132
! #, gcc-internal-format, gfc-internal-format
  msgid "operand %d should be a 6 bit unsigned immediate"
! msgstr "el operando %d deberÃ­a ser un inmediato sin signo de 6 bits"
  
  #: config/arc/arc.c:6136
! #, gcc-internal-format, gfc-internal-format
  msgid "operand %d should be a 8 bit unsigned immediate"
! msgstr "el operando %d deberÃ­a ser un inmediato sin signo de 8 bits"
  
  #: config/arc/arc.c:6140
! #, gcc-internal-format, gfc-internal-format
  msgid "operand %d should be a 3 bit unsigned immediate"
! msgstr "el operando %d deberÃ­a ser un inmediato sin signo de 3 bits"
  
  #: config/arc/arc.c:6143
  #, gcc-internal-format, gfc-internal-format
*************** msgstr ""
*** 26495,26517 ****
  #: config/arc/arc.c:6194
  #, gcc-internal-format
  msgid "register number must be a compile-time constant. Try giving higher optimization levels"
! msgstr ""
  
  #: config/arc/arc.c:6215
  #, gcc-internal-format
  msgid "operand for sleep instruction must be an unsigned 6 bit compile-time constant"
! msgstr ""
  
  #: config/arc/arc.c:6804
  #, gcc-internal-format
  msgid "Insn addresses not set after shorten_branches"
! msgstr ""
  
  #: config/arc/arc.c:7013
! #, fuzzy, gcc-internal-format
! #| msgid "Bad address, not register:"
  msgid "insn addresses not freed"
! msgstr "DirecciÃ³n errÃ³nea, no es register:"
  
  #: config/arm/arm-builtins.c:2349
  #, fuzzy, gcc-internal-format
--- 26362,26383 ----
  #: config/arc/arc.c:6194
  #, gcc-internal-format
  msgid "register number must be a compile-time constant. Try giving higher optimization levels"
! msgstr "el nÃºmero de registro debe ser una constante en tiempo de compilaciÃ³n. Pruebe a poner niveles de optimizaciÃ³n mÃ¡s altos"
  
  #: config/arc/arc.c:6215
  #, gcc-internal-format
  msgid "operand for sleep instruction must be an unsigned 6 bit compile-time constant"
! msgstr "el operando para la instrucciÃ³n sleep debe ser una constante en tiempo de compilaciÃ³n sin signo de 6 bits"
  
  #: config/arc/arc.c:6804
  #, gcc-internal-format
  msgid "Insn addresses not set after shorten_branches"
! msgstr "Direcciones de insn no establecidas despuÃ©s de shorten_branches"
  
  #: config/arc/arc.c:7013
! #, gcc-internal-format
  msgid "insn addresses not freed"
! msgstr "direcciones de insn no liberadas"
  
  #: config/arm/arm-builtins.c:2349
  #, fuzzy, gcc-internal-format
*************** msgstr "no se admiten funciones anidadas
*** 26522,26538 ****
  #: config/arm/arm-builtins.c:2454
  #, gcc-internal-format
  msgid "You must enable NEON instructions (e.g. -mfloat-abi=softfp -mfpu=neon) to use these intrinsics."
! msgstr ""
  
  #: config/arm/arm-builtins.c:2492
  #, gcc-internal-format
  msgid "You must enable VFP instructions to use these intrinsics."
! msgstr ""
  
  #: config/arm/arm-builtins.c:2552
  #, gcc-internal-format
  msgid "You must enable crypto instructions (e.g. include -mfloat-abi=softfp -mfpu=crypto-neon...) to use these intrinsics."
! msgstr ""
  
  #. @@@ better error message
  #: config/arm/arm-builtins.c:2610 config/arm/arm-builtins.c:2714
--- 26388,26404 ----
  #: config/arm/arm-builtins.c:2454
  #, gcc-internal-format
  msgid "You must enable NEON instructions (e.g. -mfloat-abi=softfp -mfpu=neon) to use these intrinsics."
! msgstr "Debe activar las instrucciones NEON (e.g. -mfloat-abi=softfp -mfpu=neon) para usar estos intrÃ­nsecos."
  
  #: config/arm/arm-builtins.c:2492
  #, gcc-internal-format
  msgid "You must enable VFP instructions to use these intrinsics."
! msgstr "Debe activar las instrucciones VFP para usar estos intrÃ­nsecos."
  
  #: config/arm/arm-builtins.c:2552
  #, gcc-internal-format
  msgid "You must enable crypto instructions (e.g. include -mfloat-abi=softfp -mfpu=crypto-neon...) to use these intrinsics."
! msgstr "Debe activar las instrucciones crypto (e.g. include -mfloat-abi=softfp -mfpu=crypto-neon...) para usar estos intrÃ­nsecos."
  
  #. @@@ better error message
  #: config/arm/arm-builtins.c:2610 config/arm/arm-builtins.c:2714
*************** msgstr "el selector debe ser un inmediat
*** 26544,26560 ****
  #: config/arm/arm-builtins.c:2721 config/arm/arm-builtins.c:2730
  #, gcc-internal-format
  msgid "the range of selector should be in 0 to 7"
! msgstr ""
  
  #: config/arm/arm-builtins.c:2623 config/arm/arm-builtins.c:2732
  #, gcc-internal-format
  msgid "the range of selector should be in 0 to 3"
! msgstr ""
  
  #: config/arm/arm-builtins.c:2628 config/arm/arm-builtins.c:2734
  #, gcc-internal-format
  msgid "the range of selector should be in 0 to 1"
! msgstr ""
  
  #: config/arm/arm-builtins.c:2800
  #, gcc-internal-format
--- 26410,26426 ----
  #: config/arm/arm-builtins.c:2721 config/arm/arm-builtins.c:2730
  #, gcc-internal-format
  msgid "the range of selector should be in 0 to 7"
! msgstr "el rango del selector debe estar entre 0 y 7"
  
  #: config/arm/arm-builtins.c:2623 config/arm/arm-builtins.c:2732
  #, gcc-internal-format
  msgid "the range of selector should be in 0 to 3"
! msgstr "el rango del selector debe estar entre 0 y 3"
  
  #: config/arm/arm-builtins.c:2628 config/arm/arm-builtins.c:2734
  #, gcc-internal-format
  msgid "the range of selector should be in 0 to 1"
! msgstr "el rango del selector debe estar entre 0 y 1"
  
  #: config/arm/arm-builtins.c:2800
  #, gcc-internal-format
*************** msgid "mask must be an immediate"
*** 26562,26571 ****
  msgstr "la mÃ¡scara debe ser un inmediato"
  
  #: config/arm/arm-builtins.c:2805
! #, fuzzy, gcc-internal-format
! #| msgid "%qE attribute argument should be between 0 to 255"
  msgid "the range of mask should be in 0 to 255"
! msgstr "el argumento del atributo %qE debe estar entre 0 y 255"
  
  #: config/arm/arm-builtins.c:2993
  #, gcc-internal-format
--- 26428,26436 ----
  msgstr "la mÃ¡scara debe ser un inmediato"
  
  #: config/arm/arm-builtins.c:2805
! #, gcc-internal-format
  msgid "the range of mask should be in 0 to 255"
! msgstr "el rango de la mÃ¡scara debe estar entre 0 y 255"
  
  #: config/arm/arm-builtins.c:2993
  #, gcc-internal-format
*************** msgstr ""
*** 26687,26880 ****
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2799
! #, fuzzy, gcc-internal-format
! #| msgid "-fPIC and -G are incompatible"
  msgid "iWMMXt and NEON are incompatible"
! msgstr "-fPIC y -G son incompatibles"
  
! #: config/arm/arm.c:2805
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "el CPU objetivo no tiene soporte para el modo ARM"
  
! #: config/arm/arm.c:2809
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "habilitar el soporte de rastreo hacia atrÃ¡s sÃ³lo tiene significado cuando se compila para el Thumb"
  
! #: config/arm/arm.c:2812
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "habilitar el soporte de trabajo interno de llamado sÃ³lo tiene significado cuando se compila para el Thumb"
  
! #: config/arm/arm.c:2820
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g con -mno-apcs-frame no permite una depuraciÃ³n sensible"
  
! #: config/arm/arm.c:2824
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2827
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "no se puede usar -mtp=cp15 con Thumb de 16-bit"
  
! #: config/arm/arm.c:2831
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "El PIC de RTP es incompatible con Thumb"
  
! #: config/arm/arm.c:2839
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2844
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
! msgstr ""
  
! #: config/arm/arm.c:2947
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "el CPU objetivo no admite las instrucciones THUMB"
  
! #: config/arm/arm.c:2992
  #, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "el CPU objetivo no admite accesos sin alinear"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3246
! #, fuzzy, gcc-internal-format
! #| msgid "-mpcrel -fPIC is not currently supported on selected cpu"
  msgid "-mfpu=auto not currently supported without an explicit CPU."
! msgstr "-mpcrel -fPIC no se admite actualmente en la cpu seleccionado"
  
! #: config/arm/arm.c:3321
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "el CPU objetivo no admite trabajo interno"
  
! #: config/arm/arm.c:3327
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check es incompatible con -mno-apcs-frame"
  
! #: config/arm/arm.c:3335
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic y -mapcs-reent son incompatibles"
  
! #: config/arm/arm.c:3338
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "no se admite el cÃ³digo reentrante APCS.  Descartado"
  
! #: config/arm/arm.c:3372
! #, fuzzy, gcc-internal-format
! #| msgid "-msystem-v and -p are incompatible"
  msgid "selected fp16 options are incompatible"
! msgstr "-msystem-v y -p son incompatibles"
  
! #: config/arm/arm.c:3403
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr "iwmmxt requiere una ABI compatible con AAPCS para una operaciÃ³n adecuada"
  
! #: config/arm/arm.c:3406
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr "el abi iwmmxt requiere un cpu capaz de iwmmxt"
  
! #: config/arm/arm.c:3417
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "AAPCS no admite -mcaller-super-interworking"
  
! #: config/arm/arm.c:3420
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "AAPCS no admite -mcallee-super-interworking"
  
! #: config/arm/arm.c:3425
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr "__fp16 sin ldrh"
  
! #: config/arm/arm.c:3436
! #, fuzzy, gcc-internal-format
! #| msgid "-mfloat-abi=hard and VFP"
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
! msgstr "-mfloat-abi=hard y VFP"
  
! #: config/arm/arm.c:3444
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mfloat-abi=hard y VFP"
  
! #: config/arm/arm.c:3480
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "el lÃ­mite del tamaÃ±o de la estructura sÃ³lo se puede establecer a 8, 32 o 64"
  
! #: config/arm/arm.c:3482
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "el lÃ­mite del tamaÃ±o de la estructura sÃ³lo se puede establecer a 8 o 32"
  
! #: config/arm/arm.c:3507
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "El PIC de RTP es incompatible con -msingle-pic-base"
  
! #: config/arm/arm.c:3519
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= es inÃºtil sin -fpic"
  
! #: config/arm/arm.c:3528
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "no se puede usar '%s' para registro PIC"
  
! #: config/arm/arm.c:3547
  #, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "no se admite -freorder-blocks-and-partition en esta arquitectura"
  
! #: config/arm/arm.c:3638
! #, fuzzy, gcc-internal-format
! #| msgid "target CPU does not support THUMB instructions"
  msgid "target CPU does not support ARMv8-M Security Extensions"
! msgstr "el CPU objetivo no admite las instrucciones THUMB"
  
! #: config/arm/arm.c:5706
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr "variante PCS derivada de un no AAPCS"
  
! #: config/arm/arm.c:5708
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr "las funciones variadic debe usar la variante AAPCS base"
  
! #: config/arm/arm.c:5727
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr "variante PCS"
  
! #: config/arm/arm.c:5922
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr "ABI de VFP de coma flotante dura de Thumb-1"
  
! #: config/arm/arm.c:6672 config/arm/arm.c:6690 config/arm/arm.c:6865
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
--- 26552,26746 ----
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2800
! #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
! msgstr "iWMMXt y NEON son incompatibles"
  
! #: config/arm/arm.c:2806
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "el CPU objetivo no tiene soporte para el modo ARM"
  
! #: config/arm/arm.c:2810
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "habilitar el soporte de rastreo hacia atrÃ¡s sÃ³lo tiene significado cuando se compila para el Thumb"
  
! #: config/arm/arm.c:2813
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "habilitar el soporte de trabajo interno de llamado sÃ³lo tiene significado cuando se compila para el Thumb"
  
! #: config/arm/arm.c:2821
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g con -mno-apcs-frame no permite una depuraciÃ³n sensible"
  
! #: config/arm/arm.c:2825
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2828
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "no se puede usar -mtp=cp15 con Thumb de 16-bit"
  
! #: config/arm/arm.c:2832
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "El PIC de RTP es incompatible con Thumb"
  
! #: config/arm/arm.c:2840
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2845
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
! msgstr "-mpure-code solo admite cÃ³digo no pic en los objetivos armv7-m"
  
! #: config/arm/arm.c:2948
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "el CPU objetivo no admite las instrucciones THUMB"
  
! #: config/arm/arm.c:2993
  #, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "el CPU objetivo no admite accesos sin alinear"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3247
! #, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
! msgstr "-mfpu=auto no se admite actualmente sin una CPU explÃ­cita."
  
! #: config/arm/arm.c:3322
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "el CPU objetivo no admite trabajo interno"
  
! #: config/arm/arm.c:3328
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check es incompatible con -mno-apcs-frame"
  
! #: config/arm/arm.c:3336
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic y -mapcs-reent son incompatibles"
  
! #: config/arm/arm.c:3339
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "no se admite el cÃ³digo reentrante APCS.  Descartado"
  
! #: config/arm/arm.c:3373
! #, gcc-internal-format
  msgid "selected fp16 options are incompatible"
! msgstr "las opciones fp16 seleccionadas son incompatibles"
  
! #: config/arm/arm.c:3404
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr "iwmmxt requiere una ABI compatible con AAPCS para una operaciÃ³n adecuada"
  
! #: config/arm/arm.c:3407
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr "el abi iwmmxt requiere un cpu capaz de iwmmxt"
  
! #: config/arm/arm.c:3418
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "AAPCS no admite -mcaller-super-interworking"
  
! #: config/arm/arm.c:3421
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "AAPCS no admite -mcallee-super-interworking"
  
! #: config/arm/arm.c:3426
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr "__fp16 sin ldrh"
  
! #: config/arm/arm.c:3437
! #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
! msgstr "-mfloat-abi=hard: el procesador seleccionado carece de FPU"
  
! #: config/arm/arm.c:3445
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mfloat-abi=hard y VFP"
  
! #: config/arm/arm.c:3481
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "el lÃ­mite del tamaÃ±o de la estructura sÃ³lo se puede establecer a 8, 32 o 64"
  
! #: config/arm/arm.c:3483
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "el lÃ­mite del tamaÃ±o de la estructura sÃ³lo se puede establecer a 8 o 32"
  
! #: config/arm/arm.c:3508
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "El PIC de RTP es incompatible con -msingle-pic-base"
  
! #: config/arm/arm.c:3520
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= es inÃºtil sin -fpic"
  
! #: config/arm/arm.c:3529
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "no se puede usar '%s' para registro PIC"
  
! #: config/arm/arm.c:3548
  #, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "no se admite -freorder-blocks-and-partition en esta arquitectura"
  
! #: config/arm/arm.c:3639
! #, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
! msgstr "la CPU objetivo no admite las instrucciones de seguridad ARMv8-M"
  
! #: config/arm/arm.c:5707
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr "variante PCS derivada de un no AAPCS"
  
! #: config/arm/arm.c:5709
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr "las funciones variadic debe usar la variante AAPCS base"
  
! #: config/arm/arm.c:5728
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr "variante PCS"
  
! #: config/arm/arm.c:5923
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr "ABI de VFP de coma flotante dura de Thumb-1"
  
! #: config/arm/arm.c:6362 config/arm/arm.c:6565 config/arm/arm.c:6593
! #: config/arm/arm.c:26560
! #, gcc-internal-format
! msgid "parameter passing for argument of type %qT changed in GCC 7.1"
! msgstr "el paso de parÃ¡metro para argumentos de tipo %qT ha cambiado en GCC 7.1"
! 
! #: config/arm/arm.c:6709 config/arm/arm.c:6727 config/arm/arm.c:6902
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
*************** msgstr "ABI de VFP de coma flotante dura
*** 26890,27012 ****
  msgid "%qE attribute only applies to functions"
  msgstr "el atributo %qE se aplica solamente a funciones"
  
! #: config/arm/arm.c:6814
! #, fuzzy, gcc-internal-format
! #| msgid "%qE attribute only applies to functions, not %s"
  msgid "%qE attribute not available to functions with arguments passed on the stack"
! msgstr "el atributo %qE se aplica solamente a funciones, no a %s"
  
! #: config/arm/arm.c:6826
! #, fuzzy, gcc-internal-format
! #| msgid "%qD must not have variable number of arguments"
  msgid "%qE attribute not available to functions with variable number of arguments"
! msgstr "%qD no debe tener un nÃºmero variable de argumentos"
  
! #: config/arm/arm.c:6835
! #, fuzzy, gcc-internal-format
! #| msgid "%qE attribute only applies to functions, not %s"
  msgid "%qE attribute not available to functions that return value on the stack"
! msgstr "el atributo %qE se aplica solamente a funciones, no a %s"
  
! #: config/arm/arm.c:6857 config/arm/arm.c:6909
! #, fuzzy, gcc-internal-format
! #| msgid "%qE attribute ignored on non-class types"
  msgid "%qE attribute ignored without -mcmse option."
! msgstr "se descarta el atributo %qE en tipos que no son clases"
  
! #: config/arm/arm.c:6876
! #, fuzzy, gcc-internal-format
! #| msgid "%qE attribute has no effect on unit local functions"
  msgid "%qE attribute has no effect on functions with static linkage"
! msgstr "el atributo %qE no tiene efecto en funciones locales de unidad"
  
! #: config/arm/arm.c:6925
! #, fuzzy, gcc-internal-format
! #| msgid "%qE attribute only applies to function types"
  msgid "%qE attribute only applies to base type of a function pointer"
! msgstr "el atributo %qE se aplica solamente a tipos de funciones"
  
! #: config/arm/arm.c:12208
! #, fuzzy, gcc-internal-format
! #| msgid "STOP code out of range at %C"
  msgid "%K%s %wd out of range %wd - %wd"
! msgstr "El cÃ³digo STOP estÃ¡ fuera de rango en %C"
  
! #: config/arm/arm.c:12211
! #, fuzzy, gcc-internal-format
! #| msgid "STOP code out of range at %C"
  msgid "%s %wd out of range %wd - %wd"
! msgstr "El cÃ³digo STOP estÃ¡ fuera de rango en %C"
  
! #: config/arm/arm.c:23458
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "no se puede calcular la ubicaciÃ³n real del parÃ¡metro apilado"
  
! #: config/arm/arm.c:24111
  #, fuzzy, gcc-internal-format
  #| msgid "Unexpected end of module"
  msgid "Unexpected thumb1 far jump"
  msgstr "Fin de mÃ³dulo inesperado"
  
! #: config/arm/arm.c:24375
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "no hay registros inferiores disponibles para extraer registros superiores"
  
! #: config/arm/arm.c:24624
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "no se pueden codificar las Rutinas de Servicios de InterrupciÃ³n en el modo Thumb"
  
! #: config/arm/arm.c:24853
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
! msgstr ""
  
! #: config/arm/arm.c:30391
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "invalid vector type for attribute %qs"
  msgid "invalid fpu for attribute(target(\"%s\"))"
! msgstr "tipo de vector no vÃ¡lido para el atributo %qs"
  
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30399
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
! msgstr ""
  
! #: config/arm/arm.c:30406 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:14915 config/s390/s390.c:14965 config/s390/s390.c:14982
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr "se desconoce attribute(target(\"%s\"))"
  
  #: config/arm/freebsd.h:121
! #, fuzzy, gcc-internal-format
! #| msgid "target CPU does not support unaligned accesses"
  msgid "target OS does not support unaligned accesses"
! msgstr "el CPU objetivo no admite accesos sin alinear"
  
  #: config/avr/avr-c.c:63 config/avr/avr-c.c:188
! #, fuzzy, gcc-internal-format
! #| msgid "macro \"%s\" requires %u arguments, but only %u given"
  msgid "%qs expects 1 argument but %d given"
! msgstr "la macro \"%s\" requiere %u argumentos, pero solo se proporcionan %u"
  
  #: config/avr/avr-c.c:74
! #, fuzzy, gcc-internal-format
! #| msgid "%qs expects a constant argument"
  msgid "%qs expects a fixed-point value as argument"
! msgstr "%qs espera una constante como argumento"
  
  #: config/avr/avr-c.c:100
! #, fuzzy, gcc-internal-format
! #| msgid "%qE attribute has no effect"
  msgid "using %qs with unsigned type has no effect"
! msgstr "el atributo %qE no tiene efecto"
  
  #: config/avr/avr-c.c:105 config/avr/avr-c.c:171 config/avr/avr-c.c:228
  #, fuzzy, gcc-internal-format
--- 26756,26865 ----
  msgid "%qE attribute only applies to functions"
  msgstr "el atributo %qE se aplica solamente a funciones"
  
! #: config/arm/arm.c:6851
! #, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
! msgstr "el atributo %qE no estÃ¡ disponible para funciones con argumentos pasados en la pila"
  
! #: config/arm/arm.c:6863
! #, gcc-internal-format
  msgid "%qE attribute not available to functions with variable number of arguments"
! msgstr "el atributo %qE no estÃ¡ disponible para funciones con un nÃºmero variable de argumentos"
  
! #: config/arm/arm.c:6872
! #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
! msgstr "el atributo %qE no estÃ¡ disponible para funciones que devuelven valor en la pila"
  
! #: config/arm/arm.c:6894 config/arm/arm.c:6946
! #, gcc-internal-format
  msgid "%qE attribute ignored without -mcmse option."
! msgstr "se descarta el atributo %qE sin la opciÃ³n -mcmse."
  
! #: config/arm/arm.c:6913
! #, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
! msgstr "el atributo %qE no tiene efecto en funciones con enlazado estÃ¡tico"
  
! #: config/arm/arm.c:6962
! #, gcc-internal-format
  msgid "%qE attribute only applies to base type of a function pointer"
! msgstr "el atributo %qE se aplica solamente al tipo base de un puntero a funciÃ³n"
  
! #: config/arm/arm.c:12245
! #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
! msgstr "%K%s %wd fuera de rango %wd - %wd"
  
! #: config/arm/arm.c:12248
! #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
! msgstr "%s %wd fuera de rango %wd - %wd"
  
! #: config/arm/arm.c:23495
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "no se puede calcular la ubicaciÃ³n real del parÃ¡metro apilado"
  
! #: config/arm/arm.c:24148
  #, fuzzy, gcc-internal-format
  #| msgid "Unexpected end of module"
  msgid "Unexpected thumb1 far jump"
  msgstr "Fin de mÃ³dulo inesperado"
  
! #: config/arm/arm.c:24412
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "no hay registros inferiores disponibles para extraer registros superiores"
  
! #: config/arm/arm.c:24661
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "no se pueden codificar las Rutinas de Servicios de InterrupciÃ³n en el modo Thumb"
  
! #: config/arm/arm.c:24890
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
! msgstr "-fstack-check=specific para Thumb-1"
  
! #: config/arm/arm.c:30435
! #, gcc-internal-format, gfc-internal-format
  msgid "invalid fpu for attribute(target(\"%s\"))"
! msgstr "fpu no vÃ¡lida para el atributo(objetivo(\"%s\"))"
  
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30443
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
! msgstr "selecciÃ³n automÃ¡tica de fpu actualmente no permitida aquÃ­"
  
! #: config/arm/arm.c:30450 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:15083 config/s390/s390.c:15133 config/s390/s390.c:15150
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr "se desconoce attribute(target(\"%s\"))"
  
  #: config/arm/freebsd.h:121
! #, gcc-internal-format
  msgid "target OS does not support unaligned accesses"
! msgstr "el OS objetivo no admite accesos sin alinear"
  
  #: config/avr/avr-c.c:63 config/avr/avr-c.c:188
! #, gcc-internal-format
  msgid "%qs expects 1 argument but %d given"
! msgstr "%qs espera 1 argumento pero se han proporcionado %d"
  
  #: config/avr/avr-c.c:74
! #, gcc-internal-format
  msgid "%qs expects a fixed-point value as argument"
! msgstr "%qs espera un valor de coma fija como argumento"
  
  #: config/avr/avr-c.c:100
! #, gcc-internal-format
  msgid "using %qs with unsigned type has no effect"
! msgstr "usar %qs con un tipo sin signo no tiene ningÃºn efecto"
  
  #: config/avr/avr-c.c:105 config/avr/avr-c.c:171 config/avr/avr-c.c:228
  #, fuzzy, gcc-internal-format
*************** msgid "no matching fixed-point overload
*** 27015,27042 ****
  msgstr "no se encontrÃ³ una plantilla coincidente para %qD"
  
  #: config/avr/avr-c.c:122
! #, fuzzy, gcc-internal-format
! #| msgid "macro \"%s\" requires %u arguments, but only %u given"
  msgid "%qs expects 2 arguments but %d given"
! msgstr "la macro \"%s\" requiere %u argumentos, pero solo se proporcionan %u"
  
  #: config/avr/avr-c.c:134 config/avr/avr-c.c:199
! #, fuzzy, gcc-internal-format
! #| msgid "%qs expects a constant argument"
  msgid "%qs expects a fixed-point value as first argument"
! msgstr "%qs espera una constante como argumento"
  
  #: config/avr/avr-c.c:142
! #, fuzzy, gcc-internal-format
! #| msgid "%qs expects a constant argument"
  msgid "%qs expects an integer value as second argument"
! msgstr "%qs espera una constante como argumento"
  
  #: config/avr/avr-devices.c:203
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "-fpic is not supported"
  msgid "devices natively supported:%s"
! msgstr "no se admite -fpic"
  
  #: config/avr/avr-devices.c:212
  #, fuzzy, gcc-internal-format, gfc-internal-format
--- 26868,26891 ----
  msgstr "no se encontrÃ³ una plantilla coincidente para %qD"
  
  #: config/avr/avr-c.c:122
! #, gcc-internal-format
  msgid "%qs expects 2 arguments but %d given"
! msgstr "%qs espera 2 argumentos, pero se han proporcionado %d"
  
  #: config/avr/avr-c.c:134 config/avr/avr-c.c:199
! #, gcc-internal-format
  msgid "%qs expects a fixed-point value as first argument"
! msgstr "%qs espera un valor de coma fijacomo argumento"
  
  #: config/avr/avr-c.c:142
! #, gcc-internal-format
  msgid "%qs expects an integer value as second argument"
! msgstr "%qs espera un valor entero como segundo argumento"
  
  #: config/avr/avr-devices.c:203
! #, gcc-internal-format, gfc-internal-format
  msgid "devices natively supported:%s"
! msgstr "dispositivos aceptados de forma nativa:%s"
  
  #: config/avr/avr-devices.c:212
  #, fuzzy, gcc-internal-format, gfc-internal-format
*************** msgid "-fPIC is not supported"
*** 27065,27080 ****
  msgstr "no se admite -fPIC"
  
  #: config/avr/avr.c:773
! #, fuzzy, gcc-internal-format
! #| msgid "-fpic is not supported"
  msgid "-fpie is not supported"
! msgstr "no se admite -fpic"
  
  #: config/avr/avr.c:775
! #, fuzzy, gcc-internal-format
! #| msgid "-fPIC is not supported"
  msgid "-fPIE is not supported"
! msgstr "no se admite -fPIC"
  
  #: config/avr/avr.c:1040
  #, gcc-internal-format
--- 26914,26927 ----
  msgstr "no se admite -fPIC"
  
  #: config/avr/avr.c:773
! #, gcc-internal-format
  msgid "-fpie is not supported"
! msgstr "no se admite -fpie"
  
  #: config/avr/avr.c:775
! #, gcc-internal-format
  msgid "-fPIE is not supported"
! msgstr "no se admite -fPIE"
  
  #: config/avr/avr.c:1040
  #, gcc-internal-format
*************** msgid "%qs function cannot return a valu
*** 27097,27112 ****
  msgstr "la funciÃ³n %qs no puede devolver un valor"
  
  #: config/avr/avr.c:1084
! #, fuzzy, gcc-internal-format
! #| msgid "%qs appears to be a misspelled %s handler"
  msgid "%qs appears to be a misspelled %s handler, missing __vector prefix"
! msgstr "%qs parece ser un manejador %s mal escrito"
  
  #: config/avr/avr.c:1311
! #, fuzzy, gcc-internal-format
! #| msgid "'builtin_return_address' contains only 2 bytes of address"
  msgid "%<builtin_return_address%> contains only 2 bytes of address"
! msgstr "'builtin_return_address' sÃ³lo contiene 2 bytes de direcciÃ³n"
  
  #: config/avr/avr.c:2543
  #, gcc-internal-format
--- 26944,26957 ----
  msgstr "la funciÃ³n %qs no puede devolver un valor"
  
  #: config/avr/avr.c:1084
! #, gcc-internal-format
  msgid "%qs appears to be a misspelled %s handler, missing __vector prefix"
! msgstr "%qs parece ser un manejador %s mal escrito; falta el prefijo __vector"
  
  #: config/avr/avr.c:1311
! #, gcc-internal-format
  msgid "%<builtin_return_address%> contains only 2 bytes of address"
! msgstr "%<builtin_return_address%> sÃ³lo contiene 2 bytes de direcciÃ³n"
  
  #: config/avr/avr.c:2543
  #, gcc-internal-format
*************** msgid "writing to address space %qs not
*** 27134,27149 ****
  msgstr "no se admite escribir al espacio de direcciones %qs"
  
  #: config/avr/avr.c:9515
! #, fuzzy, gcc-internal-format
! #| msgid "%qE attribute only applies to variables and functions"
  msgid "%qE attribute only applies to variables in static storage"
! msgstr "el atributo %qE se aplica solamente a variables y funciones"
  
  #: config/avr/avr.c:9522
! #, fuzzy, gcc-internal-format
! #| msgid "%qE attribute is not supported for R8C target"
  msgid "%qE attribute only supported for reduced Tiny cores"
! msgstr "no se admite el atributo %qE para el objetivo R8C"
  
  #: config/avr/avr.c:9539 config/bfin/bfin.c:4795 config/i386/winnt.c:59
  #: config/nvptx/nvptx.c:4301
--- 26979,26992 ----
  msgstr "no se admite escribir al espacio de direcciones %qs"
  
  #: config/avr/avr.c:9515
! #, gcc-internal-format
  msgid "%qE attribute only applies to variables in static storage"
! msgstr "el atributo %qE se aplica solamente a variables en almacenamiento estÃ¡tico"
  
  #: config/avr/avr.c:9522
! #, gcc-internal-format
  msgid "%qE attribute only supported for reduced Tiny cores"
! msgstr "solo se admite el atributo %qE nÃºcleos Tiny reducidos"
  
  #: config/avr/avr.c:9539 config/bfin/bfin.c:4795 config/i386/winnt.c:59
  #: config/nvptx/nvptx.c:4301
*************** msgid "%qE attribute allows only an inte
*** 27157,27189 ****
  msgstr "el atributo %qE sÃ³lo permite una constante entera como argumento"
  
  #: config/avr/avr.c:9560
! #, fuzzy, gcc-internal-format
! #| msgid "%qE attribute has no effect"
  msgid "%qE attribute address out of range"
! msgstr "el atributo %qE no tiene efecto"
  
  #: config/avr/avr.c:9573
  #, gcc-internal-format
  msgid "both %s and %qE attribute provide address"
! msgstr ""
  
  #: config/avr/avr.c:9583
! #, fuzzy, gcc-internal-format
! #| msgid "%qE attribute only applies to variables"
  msgid "%qE attribute on non-volatile variable"
! msgstr "el atributo %qE solamente se aplica a variables"
  
  #: config/avr/avr.c:9653
! #, fuzzy, gcc-internal-format
! #| msgid "nested functions not supported on this target"
  msgid "address spaces are not supported for reduced Tiny devices"
! msgstr "no se admiten funciones anidadas en este objetivo"
  
  #: config/avr/avr.c:9660
! #, fuzzy, gcc-internal-format
! #| msgid "code model %qs not supported in the %s bit mode"
  msgid "address space %qs not supported for devices with flash size up to %d KiB"
! msgstr "el modelo de cÃ³digo %qs no se admite en el modo de bit %s"
  
  #: config/avr/avr.c:9831
  #, gcc-internal-format
--- 27000,27028 ----
  msgstr "el atributo %qE sÃ³lo permite una constante entera como argumento"
  
  #: config/avr/avr.c:9560
! #, gcc-internal-format
  msgid "%qE attribute address out of range"
! msgstr "la direcciÃ³n del atributo %qE estÃ¡ fuera de rango"
  
  #: config/avr/avr.c:9573
  #, gcc-internal-format
  msgid "both %s and %qE attribute provide address"
! msgstr "tanto el atributo %s como el %qE proporcionan direcciÃ³n"
  
  #: config/avr/avr.c:9583
! #, gcc-internal-format
  msgid "%qE attribute on non-volatile variable"
! msgstr "atributo %qE en variable no volÃ¡til"
  
  #: config/avr/avr.c:9653
! #, gcc-internal-format
  msgid "address spaces are not supported for reduced Tiny devices"
! msgstr "no se admiten espacios de direcciones para dispositivos Tiny reducidos"
  
  #: config/avr/avr.c:9660
! #, gcc-internal-format
  msgid "address space %qs not supported for devices with flash size up to %d KiB"
! msgstr "no se admite el espacio de direcciones %qs para dispositivos con tamaÃ±o de flash de hasta %d KiB"
  
  #: config/avr/avr.c:9831
  #, gcc-internal-format
*************** msgid "variable %q+D must be const in or
*** 27201,27216 ****
  msgstr "la variable %q+D debe ser const para que se ponga en la secciÃ³n de sÃ³lo lectura a travÃ©s de %qs"
  
  #: config/avr/avr.c:9919
! #, fuzzy, gcc-internal-format
! #| msgid "declaration of %q+D shadows a parameter"
  msgid "static IO declaration for %q+D needs an address"
! msgstr "la declaraciÃ³n de %q+D oscurece un parÃ¡metro"
  
  #: config/avr/avr.c:9951
! #, fuzzy, gcc-internal-format
! #| msgid "previous definition of %q+D was here"
  msgid "IO definition for %q+D needs an address"
! msgstr "la definiciÃ³n previa de %q+D estaba aquÃ­"
  
  #: config/avr/avr.c:10058
  #, gcc-internal-format
--- 27040,27053 ----
  msgstr "la variable %q+D debe ser const para que se ponga en la secciÃ³n de sÃ³lo lectura a travÃ©s de %qs"
  
  #: config/avr/avr.c:9919
! #, gcc-internal-format
  msgid "static IO declaration for %q+D needs an address"
! msgstr "la declaraciÃ³n de ES estÃ¡tica para %q+D necesita una direcciÃ³n"
  
  #: config/avr/avr.c:9951
! #, gcc-internal-format
  msgid "IO definition for %q+D needs an address"
! msgstr "la definiciÃ³n de ES para %q+D necesita una direcciÃ³n"
  
  #: config/avr/avr.c:10058
  #, gcc-internal-format
*************** msgid "uninitialized variable %q+D put i
*** 27223,27244 ****
  msgstr "se colocÃ³ la variable %q+D sin inicializar en el Ã¡rea de memoria del programa"
  
  #: config/avr/avr.c:10224
! #, fuzzy, gcc-internal-format
! #| msgid "%qE incompatible attribute ignored"
  msgid "%q+D has incompatible attributes %qs and %qs"
! msgstr "se descarta el atributo incompatible %qE"
  
  #: config/avr/avr.c:10287
! #, fuzzy, gcc-internal-format
! #| msgid "MCU %qs supported for assembler only"
  msgid "architecture %qs supported for assembler only"
! msgstr "MCU %qs sÃ³lo se admite para ensamblador"
  
  #: config/avr/avr.c:12823
! #, fuzzy, gcc-internal-format
! #| msgid "Conversion from %s to %s at %L"
  msgid "conversion from address space %qs to address space %qs"
! msgstr "ConversiÃ³n de %s a %s en %L"
  
  #: config/avr/avr.c:13916 config/avr/avr.c:13929
  #, gcc-internal-format, gfc-internal-format
--- 27060,27078 ----
  msgstr "se colocÃ³ la variable %q+D sin inicializar en el Ã¡rea de memoria del programa"
  
  #: config/avr/avr.c:10224
! #, gcc-internal-format
  msgid "%q+D has incompatible attributes %qs and %qs"
! msgstr "%q+D tiene atributos incompatibles %qs y %qs"
  
  #: config/avr/avr.c:10287
! #, gcc-internal-format
  msgid "architecture %qs supported for assembler only"
! msgstr "la arquitectura %qs sÃ³lo se admite para ensamblador"
  
  #: config/avr/avr.c:12823
! #, gcc-internal-format
  msgid "conversion from address space %qs to address space %qs"
! msgstr "vonversiÃ³n del espacio de direcciones %qs al espacio de direcciones %qs"
  
  #: config/avr/avr.c:13916 config/avr/avr.c:13929
  #, gcc-internal-format, gfc-internal-format
*************** msgstr "%s espera una constante entera l
*** 27253,27282 ****
  #: config/avr/avr.c:13971
  #, gcc-internal-format, gfc-internal-format
  msgid "rounding to %d bits has no effect for fixed-point value with %d fractional bits"
! msgstr ""
  
  #: config/avr/avr.c:13980
  #, gcc-internal-format
  msgid "rounding result will always be 0"
! msgstr ""
  
  #: config/avr/driver-avr.c:56
! #, fuzzy, gcc-internal-format
! #| msgid "unknown spec function %qs"
  msgid "bad usage of spec function %qs"
! msgstr "funciÃ³n de especificaciÃ³n %qs desconocida"
  
  #: config/avr/driver-avr.c:84
! #, fuzzy, gcc-internal-format
! #| msgid "Array specification at %C has more than %d dimensions"
  msgid "specified option %qs more than once"
! msgstr "La especificaciÃ³n de matriz en %C tiene mÃ¡s de %d dimensiones"
  
  #: config/avr/driver-avr.c:98
! #, fuzzy, gcc-internal-format
! #| msgid "specs file malformed after %ld characters"
  msgid "strange device name %qs after %qs: bad character %qc"
! msgstr "fichero specs mal formado despuÃ©s de %ld caracteres"
  
  #: config/bfin/bfin.c:2349
  #, gcc-internal-format
--- 27087,27113 ----
  #: config/avr/avr.c:13971
  #, gcc-internal-format, gfc-internal-format
  msgid "rounding to %d bits has no effect for fixed-point value with %d fractional bits"
! msgstr "redondear a %d bits no tiene ningÃºn efecto en valores de coma fija con %d bits de fracciÃ³n"
  
  #: config/avr/avr.c:13980
  #, gcc-internal-format
  msgid "rounding result will always be 0"
! msgstr "el resultado del redondeo serÃ¡ siempre 0"
  
  #: config/avr/driver-avr.c:56
! #, gcc-internal-format
  msgid "bad usage of spec function %qs"
! msgstr "uso incorrecto de la funciÃ³n de especificaciÃ³n %qs"
  
  #: config/avr/driver-avr.c:84
! #, gcc-internal-format
  msgid "specified option %qs more than once"
! msgstr "opciÃ³n %qs especificada mÃ¡s de una vez"
  
  #: config/avr/driver-avr.c:98
! #, gcc-internal-format
  msgid "strange device name %qs after %qs: bad character %qc"
! msgstr "nombre de dispositivo extraÃ±o %qs despuÃ©s de %qs: carÃ¡cter incorrecto %qc"
  
  #: config/bfin/bfin.c:2349
  #, gcc-internal-format
*************** msgid "no FUNCTION_PROFILER for CRIS"
*** 27502,27511 ****
  msgstr "no hay FUNCTION_PROFILER para CRIS"
  
  #: config/epiphany/epiphany.c:483
! #, fuzzy, gcc-internal-format
! #| msgid "interrupt handlers cannot be MIPS16 functions"
  msgid "interrupt handlers cannot have arguments"
! msgstr "los manejadores de interrupciones no pueden ser funciones MIPS16"
  
  #: config/epiphany/epiphany.c:507
  #, gcc-internal-format
--- 27333,27341 ----
  msgstr "no hay FUNCTION_PROFILER para CRIS"
  
  #: config/epiphany/epiphany.c:483
! #, gcc-internal-format
  msgid "interrupt handlers cannot have arguments"
! msgstr "los manejadores de interrupciones no pueden tener argumentos"
  
  #: config/epiphany/epiphany.c:507
  #, gcc-internal-format
*************** msgid "this builtin function is only ava
*** 27583,27610 ****
  msgstr "esta funciÃ³n interna sÃ³lo estÃ¡ disponible en el fr450"
  
  #: config/ft32/ft32.c:177
! #, fuzzy, gcc-internal-format
! #| msgid "`sigof' applied to non-aggregate expression"
  msgid "'h' applied to non-register operand"
! msgstr "`sigof' aplicado a una expresiÃ³n no agregada"
  
  #: config/ft32/ft32.c:202
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "array assignment"
  msgid "bad alignment: %d"
! msgstr "asignaciÃ³n de matriz"
  
  #: config/ft32/ft32.c:497
! #, fuzzy, gcc-internal-format
! #| msgid "stack size must not be greater than 64k"
  msgid "stack frame must be smaller than 64K"
! msgstr "el tamaÃ±o de la pila no debe ser mayor a 64k"
  
  #: config/h8300/h8300.c:326
! #, fuzzy, gcc-internal-format
! #| msgid "-f%s not supported: ignored"
  msgid "-msx is not supported in coff"
! msgstr "no se admite -f%s: descartado"
  
  #: config/h8300/h8300.c:348
  #, gcc-internal-format
--- 27413,27436 ----
  msgstr "esta funciÃ³n interna sÃ³lo estÃ¡ disponible en el fr450"
  
  #: config/ft32/ft32.c:177
! #, gcc-internal-format
  msgid "'h' applied to non-register operand"
! msgstr "`h' aplicado a un operando no registro"
  
  #: config/ft32/ft32.c:202
! #, gcc-internal-format, gfc-internal-format
  msgid "bad alignment: %d"
! msgstr "alineamiento incorrecto: %d"
  
  #: config/ft32/ft32.c:497
! #, gcc-internal-format
  msgid "stack frame must be smaller than 64K"
! msgstr "el marco de la pila debe ser menor de 64k"
  
  #: config/h8300/h8300.c:326
! #, gcc-internal-format
  msgid "-msx is not supported in coff"
! msgstr "no se admite -msx en coff"
  
  #: config/h8300/h8300.c:348
  #, gcc-internal-format
*************** msgid "-ms2600 is used without -ms"
*** 27612,27650 ****
  msgstr "se usÃ³ -ms2600 sin -ms"
  
  #: config/h8300/h8300.c:354
! #, fuzzy, gcc-internal-format
! #| msgid "-mn is used without -mh or -ms"
  msgid "-mn is used without -mh or -ms or -msx"
! msgstr "se usÃ³ -mn sin -mh Ã³ -ms"
  
  #: config/h8300/h8300.c:360
! #, fuzzy, gcc-internal-format
! #| msgid "-ms2600 is used without -ms"
  msgid "-mexr is used without -ms"
! msgstr "se usÃ³ -ms2600 sin -ms"
  
  #: config/h8300/h8300.c:366
! #, fuzzy, gcc-internal-format
! #| msgid "%<__int128%> is not supported for this target"
  msgid "-mint32 is not supported for H8300 and H8300L targets"
! msgstr "no se admite %<__int128%> para este objetivo"
  
  #: config/h8300/h8300.c:372
! #, fuzzy, gcc-internal-format
! #| msgid "-mn is used without -mh or -ms"
  msgid "-mexr is used without -ms or -msx"
! msgstr "se usÃ³ -mn sin -mh Ã³ -ms"
  
  #: config/h8300/h8300.c:378
  #, gcc-internal-format
  msgid "-mno-exr valid only with -ms or -msx                   - Option ignored!"
! msgstr ""
  
  #: config/h8300/h8300.c:385
! #, fuzzy, gcc-internal-format
! #| msgid "%<__int128%> is not supported for this target"
  msgid "-mn is not supported for linux targets"
! msgstr "no se admite %<__int128%> para este objetivo"
  
  #: config/i386/host-cygwin.c:62
  #, gcc-internal-format
--- 27438,27471 ----
  msgstr "se usÃ³ -ms2600 sin -ms"
  
  #: config/h8300/h8300.c:354
! #, gcc-internal-format
  msgid "-mn is used without -mh or -ms or -msx"
! msgstr "se usÃ³ -mn sin -mh Ã³ -ms o -msx"
  
  #: config/h8300/h8300.c:360
! #, gcc-internal-format
  msgid "-mexr is used without -ms"
! msgstr "se usÃ³ -mexr sin -ms"
  
  #: config/h8300/h8300.c:366
! #, gcc-internal-format
  msgid "-mint32 is not supported for H8300 and H8300L targets"
! msgstr "no se admite -mint32 para objetivos H8300 y H8300L "
  
  #: config/h8300/h8300.c:372
! #, gcc-internal-format
  msgid "-mexr is used without -ms or -msx"
! msgstr "se usÃ³ -mexr sin -ms Ã³ -msx"
  
  #: config/h8300/h8300.c:378
  #, gcc-internal-format
  msgid "-mno-exr valid only with -ms or -msx                   - Option ignored!"
! msgstr "-mno-exr vÃ¡lida solo con -ms o -msx                    - Â¡OpciÃ³n descartada!"
  
  #: config/h8300/h8300.c:385
! #, gcc-internal-format
  msgid "-mn is not supported for linux targets"
! msgstr "no se admite -mn para objetivos linux"
  
  #: config/i386/host-cygwin.c:62
  #, gcc-internal-format
*************** msgid "can%'t set position in PCH file:
*** 27657,27725 ****
  msgstr "no se puede establecer la posiciÃ³n en el fichero PCH: %m"
  
  #: config/i386/i386.c:4692
! #, fuzzy, gcc-internal-format
! #| msgid "-Werror=%s: no option -%s"
  msgid "wrong argument %qs to option %qs"
! msgstr "-Werror=%s: no existe la opciÃ³n -%s"
  
  #: config/i386/i386.c:4698
  #, gcc-internal-format
  msgid "size ranges of option %qs should be increasing"
! msgstr ""
  
  #: config/i386/i386.c:4708
! #, fuzzy, gcc-internal-format
! #| msgid "register name not specified for %q+D"
  msgid "wrong strategy name %qs specified for option %qs"
! msgstr "no se especifica un nombre de registro para %q+D"
  
  #. rep; movq isn't available in 32-bit code.
  #: config/i386/i386.c:4734
! #, fuzzy, gcc-internal-format
! #| msgid "-mstringop-strategy=rep_8byte not supported for 32-bit code"
  msgid "strategy name %qs specified for option %qs not supported for 32-bit code"
! msgstr "no se admite -mstringop-stategy=rep_8byte para cÃ³digo de 32-bit"
  
  #: config/i386/i386.c:4747
! #, fuzzy, gcc-internal-format
! #| msgid "alignment specified for function %qE"
  msgid "unknown alignment %qs specified for option %qs"
! msgstr "se especificÃ³ la alineaciÃ³n para la funciÃ³n %qE"
  
  #: config/i386/i386.c:4757
  #, gcc-internal-format
  msgid "the max value for the last size range should be -1 for option %qs"
! msgstr ""
  
  #: config/i386/i386.c:4764
! #, fuzzy, gcc-internal-format
! #| msgid "Invalid range %s in option %s"
  msgid "too many size ranges specified in option %qs"
! msgstr "Rango %s no vÃ¡lido en la opciÃ³n %s"
  
  #: config/i386/i386.c:4817
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Unknown argument list function at %L"
  msgid "Unknown parameter to option -mtune-ctrl: %s"
! msgstr "Lista de argumentos de funciÃ³n desconocida en %L"
  
  #: config/i386/i386.c:5221
! #, fuzzy, gcc-internal-format
! #| msgid "64-bit ABI not supported in ESA/390 mode"
  msgid "Intel MCU psABI isn%'t supported in %s mode"
! msgstr "no se admite la ABI de 64-bit en el modo ESA/390"
  
  #: config/i386/i386.c:5270
! #, fuzzy, gcc-internal-format
! #| msgid "%stune=x86-64%s is deprecated; use %stune=k8%s or %stune=generic%s instead as appropriate"
  msgid "%<-mtune=x86-64%> is deprecated; use %<-mtune=k8%> or %<-mtune=generic%> instead as appropriate"
! msgstr "%stune=x86-64%s es obsoleto; use en su lugar %stune=k8%s o %stune=generic%s como sea adecuado"
  
  #: config/i386/i386.c:5272
! #, fuzzy, gcc-internal-format
! #| msgid "%stune=x86-64%s is deprecated; use %stune=k8%s or %stune=generic%s instead as appropriate"
  msgid "%<target(\"tune=x86-64\")%> is deprecated; use %<target(\"tune=k8\")%> or %<target(\"tune=generic\")%> instead as appropriate"
! msgstr "%stune=x86-64%s es obsoleto; use en su lugar %stune=k8%s o %stune=generic%s como sea adecuado"
  
  #. rep; movq isn't available in 32-bit code.
  #: config/i386/i386.c:5299
--- 27478,27537 ----
  msgstr "no se puede establecer la posiciÃ³n en el fichero PCH: %m"
  
  #: config/i386/i386.c:4692
! #, gcc-internal-format
  msgid "wrong argument %qs to option %qs"
! msgstr "argumento %qs incorrecto para la opciÃ³n %qs"
  
  #: config/i386/i386.c:4698
  #, gcc-internal-format
  msgid "size ranges of option %qs should be increasing"
! msgstr "los rangos de tamaÃ±o de la opciÃ³n %qs deberÃ­an ser crecientes"
  
  #: config/i386/i386.c:4708
! #, gcc-internal-format
  msgid "wrong strategy name %qs specified for option %qs"
! msgstr "se especificÃ³ un nombre de estrategia %qs incorrecto para la opciÃ³n %qs"
  
  #. rep; movq isn't available in 32-bit code.
  #: config/i386/i386.c:4734
! #, gcc-internal-format
  msgid "strategy name %qs specified for option %qs not supported for 32-bit code"
! msgstr "no se admite el nombre de estrategia %qs especificado para la opciÃ³n %qs para cÃ³digo de 32 bits"
  
  #: config/i386/i386.c:4747
! #, gcc-internal-format
  msgid "unknown alignment %qs specified for option %qs"
! msgstr "se especificÃ³ una alineaciÃ³n %qs desconocida para la opciÃ³n %qs"
  
  #: config/i386/i386.c:4757
  #, gcc-internal-format
  msgid "the max value for the last size range should be -1 for option %qs"
! msgstr "el valor mÃ¡ximo para el Ãºltimo rango de tamaÃ±os deberÃ­a ser -1 para la opciÃ³n %qs"
  
  #: config/i386/i386.c:4764
! #, gcc-internal-format
  msgid "too many size ranges specified in option %qs"
! msgstr "se especificaron demasiados rangos de tamaÃ±os en la opciÃ³n %qs"
  
  #: config/i386/i386.c:4817
! #, gcc-internal-format, gfc-internal-format
  msgid "Unknown parameter to option -mtune-ctrl: %s"
! msgstr "ParÃ¡metro desconocido para la opciÃ³n -mtune-ctrl: %s"
  
  #: config/i386/i386.c:5221
! #, gcc-internal-format
  msgid "Intel MCU psABI isn%'t supported in %s mode"
! msgstr "no se admite Intel MCU psABI en el modo %s"
  
  #: config/i386/i386.c:5270
! #, gcc-internal-format
  msgid "%<-mtune=x86-64%> is deprecated; use %<-mtune=k8%> or %<-mtune=generic%> instead as appropriate"
! msgstr "%<-mtune=x86-64%> es obsoleto; use en su lugar %<-mtune=k8%> o %<-mtune=generic%> como sea adecuado"
  
  #: config/i386/i386.c:5272
! #, gcc-internal-format
  msgid "%<target(\"tune=x86-64\")%> is deprecated; use %<target(\"tune=k8\")%> or %<target(\"tune=generic\")%> instead as appropriate"
! msgstr "%<target(\"tune=x86-64\")%> es obsoleto; use %<target(\"tune=k8\")%> o %<target(\"tune=generic\")%> en su lugar como convenga"
  
  #. rep; movq isn't available in 32-bit code.
  #: config/i386/i386.c:5299
*************** msgid "-mstringop-strategy=rep_8byte not
*** 27728,27737 ****
  msgstr "no se admite -mstringop-stategy=rep_8byte para cÃ³digo de 32-bit"
  
  #: config/i386/i386.c:5316
! #, fuzzy, gcc-internal-format
! #| msgid "code model %qs not supported in the %s bit mode"
  msgid "address mode %qs not supported in the %s bit mode"
! msgstr "el modelo de cÃ³digo %qs no se admite en el modo de bit %s"
  
  #: config/i386/i386.c:5342 config/i386/i386.c:5351 config/i386/i386.c:5363
  #: config/i386/i386.c:5374 config/i386/i386.c:5385
--- 27540,27548 ----
  msgstr "no se admite -mstringop-stategy=rep_8byte para cÃ³digo de 32-bit"
  
  #: config/i386/i386.c:5316
! #, gcc-internal-format
  msgid "address mode %qs not supported in the %s bit mode"
! msgstr "el modelo de direcciones %qs no se admite en el modo de bit %s"
  
  #: config/i386/i386.c:5342 config/i386/i386.c:5351 config/i386/i386.c:5363
  #: config/i386/i386.c:5374 config/i386/i386.c:5385
*************** msgid "%i-bit mode not compiled in"
*** 27760,27787 ****
  msgstr "no estÃ¡ compilado el modo bit-%i"
  
  #: config/i386/i386.c:5423
! #, fuzzy, gcc-internal-format
! #| msgid "generic CPU can be used only for %stune=%s %s"
  msgid "%<generic%> CPU can be used only for %<-mtune=%> switch"
! msgstr "el CPU generic sÃ³lo se puede usar para %stune=%s %s"
  
  #: config/i386/i386.c:5425
! #, fuzzy, gcc-internal-format
! #| msgid "generic CPU can be used only for %stune=%s %s"
  msgid "%<generic%> CPU can be used only for %<target(\"tune=\")%> attribute"
! msgstr "el CPU generic sÃ³lo se puede usar para %stune=%s %s"
  
  #: config/i386/i386.c:5432
! #, fuzzy, gcc-internal-format
! #| msgid "generic CPU can be used only for %stune=%s %s"
  msgid "%<intel%> CPU can be used only for %<-mtune=%> switch"
! msgstr "el CPU generic sÃ³lo se puede usar para %stune=%s %s"
  
  #: config/i386/i386.c:5434
! #, fuzzy, gcc-internal-format
! #| msgid "generic CPU can be used only for %stune=%s %s"
  msgid "%<intel%> CPU can be used only for %<target(\"tune=\")%> attribute"
! msgstr "el CPU generic sÃ³lo se puede usar para %stune=%s %s"
  
  #: config/i386/i386.c:5442 config/i386/i386.c:5718
  #, gcc-internal-format
--- 27571,27594 ----
  msgstr "no estÃ¡ compilado el modo bit-%i"
  
  #: config/i386/i386.c:5423
! #, gcc-internal-format
  msgid "%<generic%> CPU can be used only for %<-mtune=%> switch"
! msgstr "la CPU %<generic%> solo se puede usar para el ajuste %<-tune=%>"
  
  #: config/i386/i386.c:5425
! #, gcc-internal-format
  msgid "%<generic%> CPU can be used only for %<target(\"tune=\")%> attribute"
! msgstr "la CPU %<generic%> solo se puede usar para el atributo %<target(\"tune=\")%>"
  
  #: config/i386/i386.c:5432
! #, gcc-internal-format
  msgid "%<intel%> CPU can be used only for %<-mtune=%> switch"
! msgstr "la CPU %<intal%> solo se puede usar para el ajuste %<-mtune=%>"
  
  #: config/i386/i386.c:5434
! #, gcc-internal-format
  msgid "%<intel%> CPU can be used only for %<target(\"tune=\")%> attribute"
! msgstr "la CPU %<intel%> solo se puede usar para el atributo %<target(\"tune=\")%>"
  
  #: config/i386/i386.c:5442 config/i386/i386.c:5718
  #, gcc-internal-format
*************** msgid "CPU you selected does not support
*** 27789,27870 ****
  msgstr "el CPU que seleccionÃ³ no admite el conjunto de instrucciones x86-64"
  
  #: config/i386/i386.c:5655 config/i386/i386.c:5658
! #, fuzzy, gcc-internal-format
! #| msgid "target CPU does not support APCS-26"
  msgid "Intel MPX does not support x32"
! msgstr "el CPU objetivo no tiene soporte para APCS-26"
  
  #: config/i386/i386.c:5663
! #, fuzzy, gcc-internal-format
! #| msgid "bad value (%s) for -march= switch"
  msgid "bad value (%qs) for %<-march=%> switch"
! msgstr "valor errÃ³neo (%s) para la opciÃ³n -march="
  
  #: config/i386/i386.c:5664
! #, fuzzy, gcc-internal-format
! #| msgid "bad value (%s) for -march= switch"
  msgid "bad value (%qs) for %<target(\"arch=\")%> attribute"
! msgstr "valor errÃ³neo (%s) para la opciÃ³n -march="
  
  #: config/i386/i386.c:5681
! #, fuzzy, gcc-internal-format
! #| msgid "valid arguments to %qs are: %s"
  msgid "valid arguments to %<-march=%> switch are: %s; did you mean %qs?"
! msgstr "los argumentos vÃ¡lidos para %qs son: %s"
  
  #: config/i386/i386.c:5683
! #, fuzzy, gcc-internal-format
! #| msgid "valid arguments to %qs are: %s"
  msgid "valid arguments to %<target(\"arch=\")%> attribute are: %s; did you mean %qs?"
! msgstr "los argumentos vÃ¡lidos para %qs son: %s"
  
  #: config/i386/i386.c:5688
! #, fuzzy, gcc-internal-format
! #| msgid "valid arguments to %qs are: %s"
  msgid "valid arguments to %<-march=%> switch are: %s"
! msgstr "los argumentos vÃ¡lidos para %qs son: %s"
  
  #: config/i386/i386.c:5689
! #, fuzzy, gcc-internal-format
! #| msgid "valid arguments to %qs are: %s"
  msgid "valid arguments to %<target(\"arch=\")%> attribute are: %s"
! msgstr "los argumentos vÃ¡lidos para %qs son: %s"
  
  #: config/i386/i386.c:5736
! #, fuzzy, gcc-internal-format
! #| msgid "bad value (%s) for -mtune= switch"
  msgid "bad value (%qs) for %<-mtune=%> switch"
! msgstr "valor errÃ³neo (%s) para la opciÃ³n -mtune="
  
  #: config/i386/i386.c:5737
! #, fuzzy, gcc-internal-format
! #| msgid "bad value (%s) for -mtune= switch"
  msgid "bad value (%qs) for %<target(\"tune=\")%> attribute"
! msgstr "valor errÃ³neo (%s) para la opciÃ³n -mtune="
  
  #: config/i386/i386.c:5752
! #, fuzzy, gcc-internal-format
! #| msgid "valid arguments to %qs are: %s"
  msgid "valid arguments to %<-mtune=%> switch are: %s; did you mean %qs?"
! msgstr "los argumentos vÃ¡lidos para %qs son: %s"
  
  #: config/i386/i386.c:5754
! #, fuzzy, gcc-internal-format
! #| msgid "valid arguments to %qs are: %s"
  msgid "valid arguments to %<target(\"tune=\")%> attribute are: %s; did you mean %qs?"
! msgstr "los argumentos vÃ¡lidos para %qs son: %s"
  
  #: config/i386/i386.c:5759
! #, fuzzy, gcc-internal-format
! #| msgid "valid arguments to %qs are: %s"
  msgid "valid arguments to %<-mtune=%> switch are: %s"
! msgstr "los argumentos vÃ¡lidos para %qs son: %s"
  
  #: config/i386/i386.c:5760
! #, fuzzy, gcc-internal-format
! #| msgid "valid arguments to %qs are: %s"
  msgid "valid arguments to %<target(\"tune=\")%> attribute are: %s"
! msgstr "los argumentos vÃ¡lidos para %qs son: %s"
  
  #: config/i386/i386.c:5826
  #, gcc-internal-format
--- 27596,27664 ----
  msgstr "el CPU que seleccionÃ³ no admite el conjunto de instrucciones x86-64"
  
  #: config/i386/i386.c:5655 config/i386/i386.c:5658
! #, gcc-internal-format
  msgid "Intel MPX does not support x32"
! msgstr "Intel MPX no tiene soporte para x32"
  
  #: config/i386/i386.c:5663
! #, gcc-internal-format
  msgid "bad value (%qs) for %<-march=%> switch"
! msgstr "valor errÃ³neo (%qs) para la opciÃ³n %<-march=%>"
  
  #: config/i386/i386.c:5664
! #, gcc-internal-format
  msgid "bad value (%qs) for %<target(\"arch=\")%> attribute"
! msgstr "valor errÃ³neo (%qs) para el atributo %<target(\"arch=\")%>"
  
  #: config/i386/i386.c:5681
! #, gcc-internal-format
  msgid "valid arguments to %<-march=%> switch are: %s; did you mean %qs?"
! msgstr "los argumentos vÃ¡lidos para la opciÃ³n %<-march=%> son: %s; Â¿quiso decir %qs?"
  
  #: config/i386/i386.c:5683
! #, gcc-internal-format
  msgid "valid arguments to %<target(\"arch=\")%> attribute are: %s; did you mean %qs?"
! msgstr "los argumentos vÃ¡lidos para el atributo %<target(\"arch=\")%> son: %s; Â¿qiuso decir %qs?"
  
  #: config/i386/i386.c:5688
! #, gcc-internal-format
  msgid "valid arguments to %<-march=%> switch are: %s"
! msgstr "los argumentos vÃ¡lidos para la opciÃ³n %<-march=%> son: %s"
  
  #: config/i386/i386.c:5689
! #, gcc-internal-format
  msgid "valid arguments to %<target(\"arch=\")%> attribute are: %s"
! msgstr "los argumentos vÃ¡lidos para el atributo %<target(\"arch=\")%> son: %s"
  
  #: config/i386/i386.c:5736
! #, gcc-internal-format
  msgid "bad value (%qs) for %<-mtune=%> switch"
! msgstr "valor errÃ³neo (%qs) para la opciÃ³n %<-mtune=%>"
  
  #: config/i386/i386.c:5737
! #, gcc-internal-format
  msgid "bad value (%qs) for %<target(\"tune=\")%> attribute"
! msgstr "valor errÃ³neo (%qs) para el atributo %<target(\"tune=\")%>"
  
  #: config/i386/i386.c:5752
! #, gcc-internal-format
  msgid "valid arguments to %<-mtune=%> switch are: %s; did you mean %qs?"
! msgstr "los argumentos vÃ¡lidos para la opciÃ³n %<-mtune=%> son: %s; Â¿quiso decir %qs?"
  
  #: config/i386/i386.c:5754
! #, gcc-internal-format
  msgid "valid arguments to %<target(\"tune=\")%> attribute are: %s; did you mean %qs?"
! msgstr "los argumentos vÃ¡lidos para el atributo %<target(\"tune=\")%> son: %s; Â¿quiso decir %qs?"
  
  #: config/i386/i386.c:5759
! #, gcc-internal-format
  msgid "valid arguments to %<-mtune=%> switch are: %s"
! msgstr "los argumentos vÃ¡lidos para la opciÃ³n %<-mtune=%> son: %s"
  
  #: config/i386/i386.c:5760
! #, gcc-internal-format
  msgid "valid arguments to %<target(\"tune=\")%> attribute are: %s"
! msgstr "los argumentos vÃ¡lidos para el atributo %<target(\"tune=\")%> son: %s"
  
  #: config/i386/i386.c:5826
  #, gcc-internal-format
*************** msgid "-mregparm is ignored in 64-bit mo
*** 27872,27881 ****
  msgstr "se descarta -mregparm en modo de 64-bit"
  
  #: config/i386/i386.c:5828
! #, fuzzy, gcc-internal-format
! #| msgid "-mregparm is ignored in 64-bit mode"
  msgid "-mregparm is ignored for Intel MCU psABI"
! msgstr "se descarta -mregparm en modo de 64-bit"
  
  #: config/i386/i386.c:5831
  #, gcc-internal-format, gfc-internal-format
--- 27666,27674 ----
  msgstr "se descarta -mregparm en modo de 64-bit"
  
  #: config/i386/i386.c:5828
! #, gcc-internal-format
  msgid "-mregparm is ignored for Intel MCU psABI"
! msgstr "se descarta -mregparm para Intel MCU psABI"
  
  #: config/i386/i386.c:5831
  #, gcc-internal-format, gfc-internal-format
*************** msgid "-mregparm=%d is not between 0 and
*** 27883,27898 ****
  msgstr "-mregparm=%d no estÃ¡ entre 0 y %d"
  
  #: config/i386/i386.c:5864
! #, fuzzy, gcc-internal-format
! #| msgid "%srtd%s is ignored in 64bit mode"
  msgid "%<-mrtd%> is ignored in 64bit mode"
! msgstr "se descarta %srtd%s en el modo de 64bit"
  
  #: config/i386/i386.c:5865
! #, fuzzy, gcc-internal-format
! #| msgid "%srtd%s is ignored in 64bit mode"
  msgid "%<target(\"rtd\")%> is ignored in 64bit mode"
! msgstr "se descarta %srtd%s en el modo de 64bit"
  
  #: config/i386/i386.c:5938
  #, gcc-internal-format
--- 27676,27689 ----
  msgstr "-mregparm=%d no estÃ¡ entre 0 y %d"
  
  #: config/i386/i386.c:5864
! #, gcc-internal-format
  msgid "%<-mrtd%> is ignored in 64bit mode"
! msgstr "se descarta %<-mrtd%> en el modo de 64bit"
  
  #: config/i386/i386.c:5865
! #, gcc-internal-format
  msgid "%<target(\"rtd\")%> is ignored in 64bit mode"
! msgstr "se descarta %<target(\"rtd\")%> en el modo de 64bit"
  
  #: config/i386/i386.c:5938
  #, gcc-internal-format
*************** msgid "-mincoming-stack-boundary=%d is n
*** 27910,27937 ****
  msgstr "-mincoming-stack-boundary=%d no estÃ¡ entre %d y 12"
  
  #: config/i386/i386.c:5977
! #, fuzzy, gcc-internal-format
! #| msgid "-mno-fentry isn%'t compatible with SEH"
  msgid "-mnop-mcount is not compatible with this target"
! msgstr "-mno-fentry no es compatible con SEH"
  
  #: config/i386/i386.c:5980
! #, fuzzy, gcc-internal-format
! #| msgid "inter-module optimizations not implemented for C++"
  msgid "-mnop-mcount is not implemented for -fPIC"
! msgstr "no se han implementado las optimizaciones intermÃ³dulos para C++"
  
  #: config/i386/i386.c:5986
! #, fuzzy, gcc-internal-format
! #| msgid "%ssseregparm%s used without SSE enabled"
  msgid "%<-msseregparm%> used without SSE enabled"
! msgstr "se usÃ³ %ssseregparm%s sin SSE activado"
  
  #: config/i386/i386.c:5987
! #, fuzzy, gcc-internal-format
! #| msgid "%ssseregparm%s used without SSE enabled"
  msgid "%<target(\"sseregparm\")%> used without SSE enabled"
! msgstr "se usÃ³ %ssseregparm%s sin SSE activado"
  
  #: config/i386/i386.c:5997
  #, gcc-internal-format
--- 27701,27724 ----
  msgstr "-mincoming-stack-boundary=%d no estÃ¡ entre %d y 12"
  
  #: config/i386/i386.c:5977
! #, gcc-internal-format
  msgid "-mnop-mcount is not compatible with this target"
! msgstr "-mnop-mcount no es compatible con este objetivo"
  
  #: config/i386/i386.c:5980
! #, gcc-internal-format
  msgid "-mnop-mcount is not implemented for -fPIC"
! msgstr "-mnop-mcount no estÃ¡ implementada para -fPIC"
  
  #: config/i386/i386.c:5986
! #, gcc-internal-format
  msgid "%<-msseregparm%> used without SSE enabled"
! msgstr "se usÃ³ %<-msseregparm%> sin SSE activado"
  
  #: config/i386/i386.c:5987
! #, gcc-internal-format
  msgid "%<target(\"sseregparm\")%> used without SSE enabled"
! msgstr "se usÃ³ %<target(\"ssseregparm\")%> sin SSE activado"
  
  #: config/i386/i386.c:5997
  #, gcc-internal-format
*************** msgid "387 instruction set disabled, usi
*** 27944,27971 ****
  msgstr "el conjunto de instrucciones 387 estÃ¡ desactivado, usando la aritmÃ©tica SSE"
  
  #: config/i386/i386.c:6054
! #, fuzzy, gcc-internal-format
! #| msgid "stack probing requires %saccumulate-outgoing-args%s for correctness"
  msgid "stack probing requires %<-maccumulate-outgoing-args%> for correctness"
! msgstr "actualmente la prueba de pila requiere un puntero de marco o %saccumulate-outgoing-args%s para ser correctas"
  
  #: config/i386/i386.c:6056
! #, fuzzy, gcc-internal-format
! #| msgid "stack probing requires %saccumulate-outgoing-args%s for correctness"
  msgid "stack probing requires %<target(\"accumulate-outgoing-args\")%> for correctness"
! msgstr "actualmente la prueba de pila requiere un puntero de marco o %saccumulate-outgoing-args%s para ser correctas"
  
  #: config/i386/i386.c:6070
! #, fuzzy, gcc-internal-format
! #| msgid "stack probing requires %saccumulate-outgoing-args%s for correctness"
  msgid "fixed ebp register requires %<-maccumulate-outgoing-args%>"
! msgstr "actualmente la prueba de pila requiere un puntero de marco o %saccumulate-outgoing-args%s para ser correctas"
  
  #: config/i386/i386.c:6072
! #, fuzzy, gcc-internal-format
! #| msgid "stack probing requires %saccumulate-outgoing-args%s for correctness"
  msgid "fixed ebp register requires %<target(\"accumulate-outgoing-args\")%>"
! msgstr "actualmente la prueba de pila requiere un puntero de marco o %saccumulate-outgoing-args%s para ser correctas"
  
  #: config/i386/i386.c:6178
  #, gcc-internal-format
--- 27731,27754 ----
  msgstr "el conjunto de instrucciones 387 estÃ¡ desactivado, usando la aritmÃ©tica SSE"
  
  #: config/i386/i386.c:6054
! #, gcc-internal-format
  msgid "stack probing requires %<-maccumulate-outgoing-args%> for correctness"
! msgstr "la prueba de pila requiere %<-maccumulate-outgoing-args%> para ser correcta"
  
  #: config/i386/i386.c:6056
! #, gcc-internal-format
  msgid "stack probing requires %<target(\"accumulate-outgoing-args\")%> for correctness"
! msgstr "la prueba de pila requiere %<target(\"accumulate-outgoing-args\"%> para ser correcta"
  
  #: config/i386/i386.c:6070
! #, gcc-internal-format
  msgid "fixed ebp register requires %<-maccumulate-outgoing-args%>"
! msgstr "el registro ebp fijo requiere %<-maccumulate-outgoing-args%>"
  
  #: config/i386/i386.c:6072
! #, gcc-internal-format
  msgid "fixed ebp register requires %<target(\"accumulate-outgoing-args\")%>"
! msgstr "el registro ebp fijo requiere %<target(\"accumulate-outgoing-args\")%>"
  
  #: config/i386/i386.c:6178
  #, gcc-internal-format
*************** msgstr "ya se habÃ­a especificado option
*** 27990,28008 ****
  #: config/i386/i386.c:7168
  #, gcc-internal-format
  msgid "Only DWARF debug format is supported for interrupt service routine."
! msgstr ""
  
  #: config/i386/i386.c:7267
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "2 byte cop instructions are not allowed in 64-bit VLIW mode"
  msgid "%s instructions aren't allowed in %s service routine"
! msgstr "las instrucciones cop de 2 bytes no se permiten en modo VLIW de 64-bit"
  
  #: config/i386/i386.c:7271
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Use a stack protection method for every function"
  msgid "%s instructions aren't allowed in function with no_caller_saved_registers attribute"
! msgstr "Usa un mÃ©todo de protecciÃ³n de pila para cada funciÃ³n."
  
  #: config/i386/i386.c:7683 config/i386/i386.c:7734
  #, gcc-internal-format
--- 27773,27789 ----
  #: config/i386/i386.c:7168
  #, gcc-internal-format
  msgid "Only DWARF debug format is supported for interrupt service routine."
! msgstr "Solo se admite el formato de depuraciÃ³n DWARF para la rutina de servicio de interrupciones."
  
  #: config/i386/i386.c:7267
! #, gcc-internal-format, gfc-internal-format
  msgid "%s instructions aren't allowed in %s service routine"
! msgstr "las instrucciones %s no se permiten en la rutina de servicio %s"
  
  #: config/i386/i386.c:7271
! #, gcc-internal-format, gfc-internal-format
  msgid "%s instructions aren't allowed in function with no_caller_saved_registers attribute"
! msgstr "Las instrucciones %s no estÃ¡n permitidas en funciones con el atributo no_caller_saved_registers"
  
  #: config/i386/i386.c:7683 config/i386/i386.c:7734
  #, gcc-internal-format
*************** msgid "cdecl and thiscall attributes are
*** 28060,28069 ****
  msgstr "los atributos cdecl y thiscall no son compatibles"
  
  #: config/i386/i386.c:7779
! #, fuzzy, gcc-internal-format
! #| msgid "%qE attribute is used for none class-method"
  msgid "%qE attribute is used for non-class method"
! msgstr "se usÃ³ el atributo %qE para clases-mÃ©todos none"
  
  #: config/i386/i386.c:8023
  #, gcc-internal-format
--- 27841,27849 ----
  msgstr "los atributos cdecl y thiscall no son compatibles"
  
  #: config/i386/i386.c:7779
! #, gcc-internal-format
  msgid "%qE attribute is used for non-class method"
! msgstr "se usÃ³ el atributo %qE para mÃ©todo no de clase"
  
  #: config/i386/i386.c:8023
  #, gcc-internal-format
*************** msgid "calling %qT with attribute ssereg
*** 28076,28085 ****
  msgstr "se llama a %qT con el atributo sseregparm sin activar SSE/SSE2"
  
  #: config/i386/i386.c:8342
! #, fuzzy, gcc-internal-format
! #| msgid "does not support multilib"
  msgid "X32 does not support ms_abi attribute"
! msgstr "no se admite multilib"
  
  #: config/i386/i386.c:8374
  #, gcc-internal-format
--- 27856,27864 ----
  msgstr "se llama a %qT con el atributo sseregparm sin activar SSE/SSE2"
  
  #: config/i386/i386.c:8342
! #, gcc-internal-format
  msgid "X32 does not support ms_abi attribute"
! msgstr "X32 no admite el atributo ms_abi"
  
  #: config/i386/i386.c:8374
  #, gcc-internal-format
*************** msgid "ms_hook_prologue is not compatibl
*** 28087,28102 ****
  msgstr "ms_hook_prologue no es compatible con la funciÃ³n anidada"
  
  #: config/i386/i386.c:8687
! #, fuzzy, gcc-internal-format
! #| msgid "AVX vector argument without AVX enabled changes the ABI"
  msgid "AVX512F vector argument without AVX512F enabled changes the ABI"
! msgstr "el argumento de vector AVX sin AVX activado cambia la ABI"
  
  #: config/i386/i386.c:8693
! #, fuzzy, gcc-internal-format
! #| msgid "AVX vector argument without AVX enabled changes the ABI"
  msgid "AVX512F vector return without AVX512F enabled changes the ABI"
! msgstr "el argumento de vector AVX sin AVX activado cambia la ABI"
  
  #: config/i386/i386.c:8707
  #, gcc-internal-format
--- 27866,27879 ----
  msgstr "ms_hook_prologue no es compatible con la funciÃ³n anidada"
  
  #: config/i386/i386.c:8687
! #, gcc-internal-format
  msgid "AVX512F vector argument without AVX512F enabled changes the ABI"
! msgstr "el argumento de vector AVX512F sin AVX512F activado cambia la ABI"
  
  #: config/i386/i386.c:8693
! #, gcc-internal-format
  msgid "AVX512F vector return without AVX512F enabled changes the ABI"
! msgstr "el retorno de vector AVX512F sin AVX512F activado cambia la ABI"
  
  #: config/i386/i386.c:8707
  #, gcc-internal-format
*************** msgid "AVX vector argument without AVX e
*** 28104,28113 ****
  msgstr "el argumento de vector AVX sin AVX activado cambia la ABI"
  
  #: config/i386/i386.c:8713
! #, fuzzy, gcc-internal-format
! #| msgid "AVX vector argument without AVX enabled changes the ABI"
  msgid "AVX vector return without AVX enabled changes the ABI"
! msgstr "el argumento de vector AVX sin AVX activado cambia la ABI"
  
  #: config/i386/i386.c:8729
  #, gcc-internal-format
--- 27881,27889 ----
  msgstr "el argumento de vector AVX sin AVX activado cambia la ABI"
  
  #: config/i386/i386.c:8713
! #, gcc-internal-format
  msgid "AVX vector return without AVX enabled changes the ABI"
! msgstr "el retorno de vector AVX sin AVX activado cambia la ABI"
  
  #: config/i386/i386.c:8729
  #, gcc-internal-format
*************** msgid "x87 register return with x87 disa
*** 28160,28174 ****
  msgstr "se devuelve el registro x87 con x87 desactivado"
  
  #: config/i386/i386.c:9655 config/i386/i386.c:9926 config/i386/i386.c:10449
! #, fuzzy, gcc-internal-format
! #| msgid "calling %qD with attribute sseregparm without SSE/SSE2 enabled"
  msgid "calling %qD with SSE calling convention without SSE/SSE2 enabled"
! msgstr "se llama a %qD con el atributo sseregparm sin activar SSE/SSE2"
  
  #: config/i386/i386.c:9657 config/i386/i386.c:9928 config/i386/i386.c:10451
  #, gcc-internal-format
  msgid "this is a GCC bug that can be worked around by adding attribute used to function called"
! msgstr ""
  
  #: config/i386/i386.c:10351
  #, gcc-internal-format, gfc-internal-format
--- 27936,27949 ----
  msgstr "se devuelve el registro x87 con x87 desactivado"
  
  #: config/i386/i386.c:9655 config/i386/i386.c:9926 config/i386/i386.c:10449
! #, gcc-internal-format
  msgid "calling %qD with SSE calling convention without SSE/SSE2 enabled"
! msgstr "se llama a %qD con el convenio de llamadas SSE sin activar SSE/SSE2"
  
  #: config/i386/i386.c:9657 config/i386/i386.c:9928 config/i386/i386.c:10451
  #, gcc-internal-format
  msgid "this is a GCC bug that can be worked around by adding attribute used to function called"
! msgstr "esto es un error de GCC que se puede sortear aÃ±adiendo el atributo usado a la funciÃ³n llamada"
  
  #: config/i386/i386.c:10351
  #, gcc-internal-format, gfc-internal-format
*************** msgstr "el atributo ms_hook_prologue no
*** 28183,28189 ****
  #: config/i386/i386.c:13824
  #, gcc-internal-format
  msgid "Dynamic Realign Argument Pointer (DRAP) not supported in interrupt service routine.  This may be worked around by avoiding functions with aggregate return."
! msgstr ""
  
  #: config/i386/i386.c:14836
  #, gcc-internal-format
--- 27958,27964 ----
  #: config/i386/i386.c:13824
  #, gcc-internal-format
  msgid "Dynamic Realign Argument Pointer (DRAP) not supported in interrupt service routine.  This may be worked around by avoiding functions with aggregate return."
! msgstr "No se admite Puntero de Argumento de Realineamiento DinÃ¡mico (DRAP) en la rutina de servicio de interrupciones.  Esto puede sortearse evitando funciones con retorno agregado."
  
  #: config/i386/i386.c:14836
  #, gcc-internal-format
*************** msgid "-fsplit-stack does not support fa
*** 28191,28198 ****
  msgstr "-fsplit-stack no admite fastcall con funciones anidadas"
  
  #: config/i386/i386.c:14856
! #, fuzzy, gcc-internal-format
! #| msgid "-fsplit-stack does not support 2 register  parameters for a nested function"
  msgid "-fsplit-stack does not support 2 register parameters for a nested function"
  msgstr "-fsplit-stack no admite 2 parÃ¡metros de registro para una funciÃ³n anidada"
  
--- 27966,27972 ----
  msgstr "-fsplit-stack no admite fastcall con funciones anidadas"
  
  #: config/i386/i386.c:14856
! #, gcc-internal-format
  msgid "-fsplit-stack does not support 2 register parameters for a nested function"
  msgstr "-fsplit-stack no admite 2 parÃ¡metros de registro para una funciÃ³n anidada"
  
*************** msgid "-fsplit-stack does not support 3
*** 28204,28213 ****
  msgstr "-fsplit-stack no admite 3 parÃ¡metros de registro"
  
  #: config/i386/i386.c:17672 config/i386/i386.c:17686
! #, fuzzy, gcc-internal-format
! #| msgid "unsupported operand size for extended register"
  msgid "unsupported size for integer register"
! msgstr "no se admite el tamaÃ±o de operando para el registro extendido"
  
  #: config/i386/i386.c:17718
  #, gcc-internal-format
--- 27978,27986 ----
  msgstr "-fsplit-stack no admite 3 parÃ¡metros de registro"
  
  #: config/i386/i386.c:17672 config/i386/i386.c:17686
! #, gcc-internal-format
  msgid "unsupported size for integer register"
! msgstr "no se admite el tamaÃ±o para registro de enteros"
  
  #: config/i386/i386.c:17718
  #, gcc-internal-format
*************** msgid "unsupported operand size for exte
*** 28220,28291 ****
  msgstr "no se admite el tamaÃ±o de operando para el registro extendido"
  
  #: config/i386/i386.c:17924
! #, fuzzy, gcc-internal-format
! #| msgid "non-integer operand used with operand code '%c'"
  msgid "non-integer operand used with operand code 'z'"
! msgstr "se usÃ³ un operando que no es entero con el cÃ³digo de operando '%c'"
  
  #: config/i386/i386.c:28283
! #, fuzzy, gcc-internal-format
! #| msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgid "interrupt service routine can't be called directly"
! msgstr "no se pueden codificar las Rutinas de Servicios de InterrupciÃ³n en el modo Thumb"
  
  #: config/i386/i386.c:32550
  #, gcc-internal-format
  msgid "No dispatcher found for the versioning attributes"
! msgstr ""
  
  #: config/i386/i386.c:32600
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "No label definition found for %qs"
  msgid "No dispatcher found for %s"
! msgstr "No se encontrÃ³ una definiciÃ³n de etiqueta para %qs"
  
  #: config/i386/i386.c:32610
  #, gcc-internal-format, gfc-internal-format
  msgid "No dispatcher found for the versioning attributes : %s"
! msgstr ""
  
  #: config/i386/i386.c:32858
  #, gcc-internal-format
  msgid "Function versions cannot be marked as gnu_inline, bodies have to be generated"
! msgstr ""
  
  #: config/i386/i386.c:32863 config/i386/i386.c:33291
! #, fuzzy, gcc-internal-format
! #| msgid "static linking is not supported"
  msgid "Virtual function multiversioning not supported"
! msgstr "no se admite enlace estÃ¡tico"
  
  #: config/i386/i386.c:32926
  #, gcc-internal-format
  msgid "missing %<target%> attribute for multi-versioned %D"
! msgstr ""
  
  #: config/i386/i386.c:32929
! #, fuzzy, gcc-internal-format
! #| msgid "previous declaration of %q+D"
  msgid "previous declaration of %D"
! msgstr "declaraciÃ³n previa de %q+D"
  
  #: config/i386/i386.c:33148
! #, fuzzy, gcc-internal-format
! #| msgid "nested functions not supported on this target"
  msgid "multiversioning needs ifunc which is not supported on this target"
! msgstr "no se admiten funciones anidadas en este objetivo"
  
  #: config/i386/i386.c:33540
! #, fuzzy, gcc-internal-format
! #| msgid "argument to %qs must be a 2-bit unsigned literal"
  msgid "Parameter to builtin must be a string constant or literal"
! msgstr "el argumento para %qs debe ser una literal sin signo de 2-bit"
  
  #: config/i386/i386.c:33565 config/i386/i386.c:33615
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Argument to -ffpe-trap is not valid: %s"
  msgid "Parameter to builtin not valid: %s"
! msgstr "El argumento para -ffpe-trap no es vÃ¡lido: %s"
  
  #: config/i386/i386.c:34294 config/i386/i386.c:35692
  #, gcc-internal-format
--- 27993,28056 ----
  msgstr "no se admite el tamaÃ±o de operando para el registro extendido"
  
  #: config/i386/i386.c:17924
! #, gcc-internal-format
  msgid "non-integer operand used with operand code 'z'"
! msgstr "se usÃ³ un operando que no es entero con el cÃ³digo de operando 'z'"
  
  #: config/i386/i386.c:28283
! #, gcc-internal-format
  msgid "interrupt service routine can't be called directly"
! msgstr "no se puede llamar directamente a la rutina de servicio de interrupciones"
  
  #: config/i386/i386.c:32550
  #, gcc-internal-format
  msgid "No dispatcher found for the versioning attributes"
! msgstr "No se ha encontrado despachador para los atributos de versiÃ³n"
  
  #: config/i386/i386.c:32600
! #, gcc-internal-format, gfc-internal-format
  msgid "No dispatcher found for %s"
! msgstr "No se encontrÃ³ despachador para %s"
  
  #: config/i386/i386.c:32610
  #, gcc-internal-format, gfc-internal-format
  msgid "No dispatcher found for the versioning attributes : %s"
! msgstr "No se encontrÃ³ despachador para los atributos de versiÃ³n : %s"
  
  #: config/i386/i386.c:32858
  #, gcc-internal-format
  msgid "Function versions cannot be marked as gnu_inline, bodies have to be generated"
! msgstr "Las versiones de funciones no pueden marcarse como gnu_inline; hay que generar cuerpos"
  
  #: config/i386/i386.c:32863 config/i386/i386.c:33291
! #, gcc-internal-format
  msgid "Virtual function multiversioning not supported"
! msgstr "No se admiten versiones mÃºltiples de funciones virtuales"
  
  #: config/i386/i386.c:32926
  #, gcc-internal-format
  msgid "missing %<target%> attribute for multi-versioned %D"
! msgstr "falta el atributo %<target%> para %D multiversionado"
  
  #: config/i386/i386.c:32929
! #, gcc-internal-format
  msgid "previous declaration of %D"
! msgstr "declaraciÃ³n previa de %D"
  
  #: config/i386/i386.c:33148
! #, gcc-internal-format
  msgid "multiversioning needs ifunc which is not supported on this target"
! msgstr "el versionado mÃºltiple necesita ifunc, que no se admite en este objetivo"
  
  #: config/i386/i386.c:33540
! #, gcc-internal-format
  msgid "Parameter to builtin must be a string constant or literal"
! msgstr "El parÃ¡metro para la funciÃ³n interna debe ser una cadena constante o literal"
  
  #: config/i386/i386.c:33565 config/i386/i386.c:33615
! #, gcc-internal-format, gfc-internal-format
  msgid "Parameter to builtin not valid: %s"
! msgstr "El parÃ¡metro para la funciÃ³n interna no es vÃ¡lido: %s"
  
  #: config/i386/i386.c:34294 config/i386/i386.c:35692
  #, gcc-internal-format
*************** msgid "the last argument must be an 1-bi
*** 28308,28317 ****
  msgstr "el Ãºltimo argumento debe ser un inmediato de 1-bit"
  
  #: config/i386/i386.c:35638
! #, fuzzy, gcc-internal-format
! #| msgid "the last argument must be a 32-bit immediate"
  msgid "the last argument must be a 3-bit immediate"
! msgstr "el Ãºltimo argumento debe ser un inmediato de 32-bit"
  
  #: config/i386/i386.c:35671
  #, gcc-internal-format
--- 28073,28081 ----
  msgstr "el Ãºltimo argumento debe ser un inmediato de 1-bit"
  
  #: config/i386/i386.c:35638
! #, gcc-internal-format
  msgid "the last argument must be a 3-bit immediate"
! msgstr "el Ãºltimo argumento debe ser un inmediato de 3-bit"
  
  #: config/i386/i386.c:35671
  #, gcc-internal-format
*************** msgid "the last argument must be an 8-bi
*** 28339,28378 ****
  msgstr "el Ãºltimo argumento debe ser un inmediato de 8-bit"
  
  #: config/i386/i386.c:35907
! #, fuzzy, gcc-internal-format
! #| msgid "argument must be a constant"
  msgid "the third argument must be comparison constant"
! msgstr "el argumento debe ser una constante"
  
  #: config/i386/i386.c:35912
! #, fuzzy, gcc-internal-format
! #| msgid "incorrect insn:"
  msgid "incorrect comparison mode"
! msgstr "insn incorrecta:"
  
  #: config/i386/i386.c:35918 config/i386/i386.c:36119
! #, fuzzy, gcc-internal-format
! #| msgid "incorrect sharing of tree nodes"
  msgid "incorrect rounding operand"
! msgstr "comparticiÃ³n incorrecta de nodos de Ã¡rbol"
  
  #: config/i386/i386.c:36101
! #, fuzzy, gcc-internal-format
! #| msgid "the last argument must be a 4-bit immediate"
  msgid "the immediate argument must be a 4-bit immediate"
! msgstr "el Ãºltimo argumento debe ser un inmediato de 4-bit"
  
  #: config/i386/i386.c:36107
! #, fuzzy, gcc-internal-format
! #| msgid "the last argument must be a 5-bit immediate"
  msgid "the immediate argument must be a 5-bit immediate"
! msgstr "el tercer argumento debe ser un inmediato de 5-bit"
  
  #: config/i386/i386.c:36110
! #, fuzzy, gcc-internal-format
! #| msgid "the last argument must be an 8-bit immediate"
  msgid "the immediate argument must be an 8-bit immediate"
! msgstr "el Ãºltimo argumento debe ser un inmediato de 8-bit"
  
  #: config/i386/i386.c:36527
  #, gcc-internal-format
--- 28103,28136 ----
  msgstr "el Ãºltimo argumento debe ser un inmediato de 8-bit"
  
  #: config/i386/i386.c:35907
! #, gcc-internal-format
  msgid "the third argument must be comparison constant"
! msgstr "el tercer argumento debe ser una constante de comparaciÃ³n"
  
  #: config/i386/i386.c:35912
! #, gcc-internal-format
  msgid "incorrect comparison mode"
! msgstr "modo de comparaciÃ³n incorrecto"
  
  #: config/i386/i386.c:35918 config/i386/i386.c:36119
! #, gcc-internal-format
  msgid "incorrect rounding operand"
! msgstr "operando de redondeo incorrecto"
  
  #: config/i386/i386.c:36101
! #, gcc-internal-format
  msgid "the immediate argument must be a 4-bit immediate"
! msgstr "el argumento inmediato debe ser un inmediato de 4-bit"
  
  #: config/i386/i386.c:36107
! #, gcc-internal-format
  msgid "the immediate argument must be a 5-bit immediate"
! msgstr "el argumento inmediato debe ser un inmediato de 5-bit"
  
  #: config/i386/i386.c:36110
! #, gcc-internal-format
  msgid "the immediate argument must be an 8-bit immediate"
! msgstr "el argumento inmediato debe ser un inmediato de 8-bit"
  
  #: config/i386/i386.c:36527
  #, gcc-internal-format
*************** msgid "last argument must be an immediat
*** 28400,28427 ****
  msgstr "el Ãºltimo argumento debe ser un inmediato"
  
  #: config/i386/i386.c:38270 config/i386/i386.c:38452
! #, fuzzy, gcc-internal-format
! #| msgid "last argument must be scale 1, 2, 4, 8"
  msgid "the last argument must be scale 1, 2, 4, 8"
! msgstr "el argumento izquierdo debe ser un escalar 1, 2, 4, 8"
  
  #: config/i386/i386.c:38505
! #, fuzzy, gcc-internal-format
! #| msgid "last argument must be scale 1, 2, 4, 8"
  msgid "the forth argument must be scale 1, 2, 4, 8"
! msgstr "el argumento izquierdo debe ser un escalar 1, 2, 4, 8"
  
  #: config/i386/i386.c:38511
! #, fuzzy, gcc-internal-format
! #| msgid "incorrect insn:"
  msgid "incorrect hint operand"
! msgstr "insn incorrecta:"
  
  #: config/i386/i386.c:38530
! #, fuzzy, gcc-internal-format
! #| msgid "the last argument must be an 8-bit immediate"
  msgid "the xabort's argument must be an 8-bit immediate"
! msgstr "el Ãºltimo argumento debe ser un inmediato de 8-bit"
  
  #: config/i386/i386.c:41336
  #, gcc-internal-format
--- 28158,28181 ----
  msgstr "el Ãºltimo argumento debe ser un inmediato"
  
  #: config/i386/i386.c:38270 config/i386/i386.c:38452
! #, gcc-internal-format
  msgid "the last argument must be scale 1, 2, 4, 8"
! msgstr "el Ãºltimo argumento debe ser un escalar 1, 2, 4, 8"
  
  #: config/i386/i386.c:38505
! #, gcc-internal-format
  msgid "the forth argument must be scale 1, 2, 4, 8"
! msgstr "el argumento delantero debe ser un escalar 1, 2, 4, 8"
  
  #: config/i386/i386.c:38511
! #, gcc-internal-format
  msgid "incorrect hint operand"
! msgstr "operando de pista incorrecto"
  
  #: config/i386/i386.c:38530
! #, gcc-internal-format
  msgid "the xabort's argument must be an 8-bit immediate"
! msgstr "el argumento de xabort debe ser un inmediato de 8-bit"
  
  #: config/i386/i386.c:41336
  #, gcc-internal-format
*************** msgstr "se descarta el atributo incompat
*** 28446,28452 ****
  #: config/i386/i386.c:41479
  #, gcc-internal-format
  msgid "interrupt service routine should have a pointer as the first argument"
! msgstr ""
  
  #: config/i386/i386.c:41486
  #, gcc-internal-format, gfc-internal-format
--- 28200,28206 ----
  #: config/i386/i386.c:41479
  #, gcc-internal-format
  msgid "interrupt service routine should have a pointer as the first argument"
! msgstr "la rutina de servicio de interrupciones deberÃ­a tener un puntero como primer argumento"
  
  #: config/i386/i386.c:41486
  #, gcc-internal-format, gfc-internal-format
*************** msgstr ""
*** 28456,28561 ****
  #: config/i386/i386.c:41496
  #, gcc-internal-format
  msgid "interrupt service routine can only have a pointer argument and an optional integer argument"
! msgstr ""
  
  #: config/i386/i386.c:41499
! #, fuzzy, gcc-internal-format
! #| msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgid "interrupt service routine can't have non-void return value"
! msgstr "no se pueden codificar las Rutinas de Servicios de InterrupciÃ³n en el modo Thumb"
  
  #: config/i386/i386.c:44401
! #, fuzzy, gcc-internal-format
! #| msgid "By-value argument at %L is not allowed in this context"
  msgid "alternatives not allowed in asm flag output"
! msgstr "El argumento por valor en %L no se permite en este contexto"
  
  #: config/i386/i386.c:44465
! #, fuzzy, gcc-internal-format
! #| msgid "unknown IRA algorithm %qs"
  msgid "unknown asm flag output %qs"
! msgstr "algoritmo IRA %qs desconocido"
  
  #: config/i386/i386.c:44494
! #, fuzzy, gcc-internal-format
! #| msgid "invalid type for make function"
  msgid "invalid type for asm flag output"
! msgstr "tipo no vÃ¡lido para la funciÃ³n make"
  
  #: config/i386/i386.c:50765
! #, fuzzy, gcc-internal-format
! #| msgid "unknown architecture %qs"
  msgid "Unknown architecture specific memory model"
! msgstr "arquitectura %qs desconocida"
  
  #: config/i386/i386.c:50772
  #, gcc-internal-format
  msgid "HLE_ACQUIRE not used with ACQUIRE or stronger memory model"
! msgstr ""
  
  #: config/i386/i386.c:50778
  #, gcc-internal-format
  msgid "HLE_RELEASE not used with RELEASE or stronger memory model"
! msgstr ""
  
  #: config/i386/i386.c:50802 config/i386/i386.c:50923
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "unsupported version"
  msgid "unsupported simdlen %d"
! msgstr "versiÃ³n sin soporte"
  
  #: config/i386/i386.c:50821
  #, gcc-internal-format
  msgid "unsupported return type %qT for simd\n"
! msgstr ""
  
  #: config/i386/i386.c:50843
! #, fuzzy, gcc-internal-format
! #| msgid "unsupported argument type to builtin function"
  msgid "unsupported argument type %qT for simd\n"
! msgstr "no se admite el tipo de argumento para la funciÃ³n interna"
  
  #: config/i386/i386.c:51169
  #, gcc-internal-format
  msgid "Pointer Checker requires MPX support on this target. Use -mmpx options to enable MPX."
! msgstr ""
  
  #: config/i386/intelmic-mkoffload.c:71 config/nvptx/mkoffload.c:85
! #, fuzzy, gcc-internal-format
! #| msgid "deleting LTRANS input file %s: %m"
  msgid "deleting file %s: %m"
! msgstr "se borra el fichero de entrada LTRANS %s: %m"
  
  #: config/i386/intelmic-mkoffload.c:253 config/i386/intelmic-mkoffload.c:317
  #: config/i386/intelmic-mkoffload.c:358 config/nvptx/mkoffload.c:524
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "cannot open %s"
  msgid "cannot open '%s'"
! msgstr "no se puede abrir %s"
  
  #: config/i386/intelmic-mkoffload.c:465
! #, fuzzy, gcc-internal-format
! #| msgid "no input file specified"
  msgid "output file not specified"
! msgstr "no se especificaron ficheros de entrada"
  
  #: config/i386/intelmic-mkoffload.c:558
! #, fuzzy, gcc-internal-format
! #| msgid "COLLECT_LTO_WRAPPER must be set"
  msgid "COLLECT_GCC must be set"
! msgstr "se debe definir COLLECT_LTO_WRAPPER"
  
  #: config/i386/intelmic-mkoffload.c:563 config/nvptx/mkoffload.c:455
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "field %qs not found"
  msgid "offload compiler %s not found"
! msgstr "no se encontrÃ³ el campo %qs"
  
  #: config/i386/intelmic-mkoffload.c:582 config/nvptx/mkoffload.c:475
! #, fuzzy, gcc-internal-format
! #| msgid "unrecognized argument in option %qs"
  msgid "unrecognizable argument of option "
! msgstr "no se reconoce el argumento en la opciÃ³n %qs"
  
  #: config/i386/winnt.c:79
  #, gcc-internal-format
--- 28210,28302 ----
  #: config/i386/i386.c:41496
  #, gcc-internal-format
  msgid "interrupt service routine can only have a pointer argument and an optional integer argument"
! msgstr "la rutina de servicio de interrupciones solo puede tener un argumento puntero y un argumento entero opcional"
  
  #: config/i386/i386.c:41499
! #, gcc-internal-format
  msgid "interrupt service routine can't have non-void return value"
! msgstr "ls rutina de servicio de interrupciÃ³n no puede tener valor de retorno que no sea void"
  
  #: config/i386/i386.c:44401
! #, gcc-internal-format
  msgid "alternatives not allowed in asm flag output"
! msgstr "no se permiten alternativas en la salida del indicador asm"
  
  #: config/i386/i386.c:44465
! #, gcc-internal-format
  msgid "unknown asm flag output %qs"
! msgstr "salida del indicador asm %qs desconocida"
  
  #: config/i386/i386.c:44494
! #, gcc-internal-format
  msgid "invalid type for asm flag output"
! msgstr "tipo no vÃ¡lido para la salida del indicador asm"
  
  #: config/i386/i386.c:50765
! #, gcc-internal-format
  msgid "Unknown architecture specific memory model"
! msgstr "Modelo de memoria especÃ­fico de la arquitectura desconocido"
  
  #: config/i386/i386.c:50772
  #, gcc-internal-format
  msgid "HLE_ACQUIRE not used with ACQUIRE or stronger memory model"
! msgstr "HLE_ACQUIRE no se usa con ACQUIRE o modelos de memoria mÃ¡s fuertes"
  
  #: config/i386/i386.c:50778
  #, gcc-internal-format
  msgid "HLE_RELEASE not used with RELEASE or stronger memory model"
! msgstr "HLE_RELEASE no se usa con RELEASE o modelos de memoria mÃ¡s fuertes"
  
  #: config/i386/i386.c:50802 config/i386/i386.c:50923
! #, gcc-internal-format, gfc-internal-format
  msgid "unsupported simdlen %d"
! msgstr "simdlen %d no admitido"
  
  #: config/i386/i386.c:50821
  #, gcc-internal-format
  msgid "unsupported return type %qT for simd\n"
! msgstr "no se admite el tipo de retorno %qT para simd\n"
  
  #: config/i386/i386.c:50843
! #, gcc-internal-format
  msgid "unsupported argument type %qT for simd\n"
! msgstr "no se admite el tipo de argumento %qT para simd\n"
  
  #: config/i386/i386.c:51169
  #, gcc-internal-format
  msgid "Pointer Checker requires MPX support on this target. Use -mmpx options to enable MPX."
! msgstr "El Comprobador de Punteros requiere suporte MPX en este objetivo. Utilice las opciones -mmpx para activar MPX."
  
  #: config/i386/intelmic-mkoffload.c:71 config/nvptx/mkoffload.c:85
! #, gcc-internal-format
  msgid "deleting file %s: %m"
! msgstr "se borra el fichero %s: %m"
  
  #: config/i386/intelmic-mkoffload.c:253 config/i386/intelmic-mkoffload.c:317
  #: config/i386/intelmic-mkoffload.c:358 config/nvptx/mkoffload.c:524
! #, gcc-internal-format, gfc-internal-format
  msgid "cannot open '%s'"
! msgstr "no se puede abrir '%s'"
  
  #: config/i386/intelmic-mkoffload.c:465
! #, gcc-internal-format
  msgid "output file not specified"
! msgstr "no se ha especificado el fichero de salida"
  
  #: config/i386/intelmic-mkoffload.c:558
! #, gcc-internal-format
  msgid "COLLECT_GCC must be set"
! msgstr "se debe definir COLLECT_GCC"
  
  #: config/i386/intelmic-mkoffload.c:563 config/nvptx/mkoffload.c:455
! #, gcc-internal-format, gfc-internal-format
  msgid "offload compiler %s not found"
! msgstr "no se ha encontrado el compilador %s"
  
  #: config/i386/intelmic-mkoffload.c:582 config/nvptx/mkoffload.c:475
! #, gcc-internal-format
  msgid "unrecognizable argument of option "
! msgstr "No se reconoce el argumento de la opciÃ³n "
  
  #: config/i386/winnt.c:79
  #, gcc-internal-format
*************** msgid "-falign-loops=%d is not supported
*** 28738,28747 ****
  msgstr "no se admite -falign-loops=%d"
  
  #: config/m68k/m68k.c:649
! #, fuzzy, gcc-internal-format
! #| msgid "stack limits not supported on this target"
  msgid "-fstack-limit- options are not supported on this cpu"
! msgstr "no se admiten lÃ­mites de la pila en este objetivo"
  
  #: config/m68k/m68k.c:767
  #, gcc-internal-format
--- 28479,28487 ----
  msgstr "no se admite -falign-loops=%d"
  
  #: config/m68k/m68k.c:649
! #, gcc-internal-format
  msgid "-fstack-limit- options are not supported on this cpu"
! msgstr "no se admiten las opciones -fstack-limit- en esta cpu"
  
  #: config/m68k/m68k.c:767
  #, gcc-internal-format
*************** msgid "initialized variable %q+D is mark
*** 28764,28773 ****
  msgstr "la variable inicializada %q+D se marcÃ³ como dllimport"
  
  #: config/microblaze/microblaze.c:1690
! #, fuzzy, gcc-internal-format
! #| msgid "-fstack-protector not supported for this target"
  msgid "-fPIC/-fpic not supported for this target"
! msgstr "no se admite -fstack-protector para este objetivo"
  
  #: config/microblaze/microblaze.c:1702
  #, gcc-internal-format
--- 28504,28512 ----
  msgstr "la variable inicializada %q+D se marcÃ³ como dllimport"
  
  #: config/microblaze/microblaze.c:1690
! #, gcc-internal-format
  msgid "-fPIC/-fpic not supported for this target"
! msgstr "no se admite -fPIC/-fpic para este objetivo"
  
  #: config/microblaze/microblaze.c:1702
  #, gcc-internal-format
*************** msgid "-mxl-multiply-high can be used on
*** 28780,28789 ****
  msgstr "sÃ³lo se puede usar -mxl-multiply-high con -mcpu=v6.00.a o superior"
  
  #: config/microblaze/microblaze.c:1767
! #, fuzzy, gcc-internal-format
! #| msgid "-mxl-multiply-high can be used only with -mcpu=v6.00.a or greater"
  msgid "-mxl-reorder can be used only with -mcpu=v8.30.a or greater"
! msgstr "sÃ³lo se puede usar -mxl-multiply-high con -mcpu=v6.00.a o superior"
  
  #: config/microblaze/microblaze.c:1773
  #, gcc-internal-format
--- 28519,28527 ----
  msgstr "sÃ³lo se puede usar -mxl-multiply-high con -mcpu=v6.00.a o superior"
  
  #: config/microblaze/microblaze.c:1767
! #, gcc-internal-format
  msgid "-mxl-reorder can be used only with -mcpu=v8.30.a or greater"
! msgstr "-mxl-reorder solo puede usarse con -mcpu=v8.30.a o superior"
  
  #: config/microblaze/microblaze.c:1773
  #, gcc-internal-format
*************** msgid "%qs attribute only applies to fun
*** 28801,28810 ****
  msgstr "el atributo %qs se aplica solamente a funciones"
  
  #: config/mips/mips.c:1405 config/mips/mips.c:1411
! #, fuzzy, gcc-internal-format
! #| msgid "%qE cannot have both %<mips16%> and %<nomips16%> attributes"
  msgid "%qE cannot have both %qs and %qs attributes"
! msgstr "%qE no puede tener atributos %<mips16%> y %<nomips16%> al mismo tiempo"
  
  #: config/mips/mips.c:1440 config/mips/mips.c:1446 config/nios2/nios2.c:3994
  #, gcc-internal-format
--- 28539,28547 ----
  msgstr "el atributo %qs se aplica solamente a funciones"
  
  #: config/mips/mips.c:1405 config/mips/mips.c:1411
! #, gcc-internal-format
  msgid "%qE cannot have both %qs and %qs attributes"
! msgstr "%qE no puede tener los atributos %qs y %qs al mismo tiempo"
  
  #: config/mips/mips.c:1440 config/mips/mips.c:1446 config/nios2/nios2.c:3994
  #, gcc-internal-format
*************** msgid "%qE redeclared with conflicting %
*** 28812,28838 ****
  msgstr "%qE se redeclarÃ³ con los atributos %qs en conflicto"
  
  #: config/mips/mips.c:1478 config/mips/mips.c:1532
! #, fuzzy, gcc-internal-format
! #| msgid "%qE attribute requires a string constant argument"
  msgid "%qE attribute requires a string argument"
! msgstr "el atributo %qE requiere una constante entera como argumento"
  
  #: config/mips/mips.c:1486
! #, fuzzy, gcc-internal-format
! #| msgid "argument to %qE attribute is neither zero, nor one"
  msgid "argument to %qE attribute is neither eic, nor vector=<line>"
! msgstr "el argumento del atributo %qE no es cero ni uno"
  
  #: config/mips/mips.c:1502
  #, gcc-internal-format
  msgid "interrupt vector to %qE attribute is not vector=(sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5)"
! msgstr ""
  
  #: config/mips/mips.c:1539
! #, fuzzy, gcc-internal-format
! #| msgid "argument of %qE attribute is not a string constant"
  msgid "argument to %qE attribute is not intstack"
! msgstr "el argumento del atributo %qE no es una cadena constante"
  
  #: config/mips/mips.c:7692
  #, gcc-internal-format
--- 28549,28572 ----
  msgstr "%qE se redeclarÃ³ con los atributos %qs en conflicto"
  
  #: config/mips/mips.c:1478 config/mips/mips.c:1532
! #, gcc-internal-format
  msgid "%qE attribute requires a string argument"
! msgstr "el atributo %qE requiere una cadena como argumento"
  
  #: config/mips/mips.c:1486
! #, gcc-internal-format
  msgid "argument to %qE attribute is neither eic, nor vector=<line>"
! msgstr "el argumento del atributo %qE no es ni eic ni vector=<lÃ­nea>"
  
  #: config/mips/mips.c:1502
  #, gcc-internal-format
  msgid "interrupt vector to %qE attribute is not vector=(sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5)"
! msgstr "el vector de interrupciones para %qE no es vector=(sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5)"
  
  #: config/mips/mips.c:1539
! #, gcc-internal-format
  msgid "argument to %qE attribute is not intstack"
! msgstr "el argumento del atributo %qE no es intstack"
  
  #: config/mips/mips.c:7692
  #, gcc-internal-format
*************** msgid "cannot handle inconsistent calls
*** 28840,28849 ****
  msgstr "no se pueden manejar llamadas inconsistentes a %qs"
  
  #: config/mips/mips.c:10928
! #, fuzzy, gcc-internal-format
! #| msgid "the %<interrupt%> attribute requires a MIPS32r2 processor"
  msgid "the %<interrupt%> attribute requires a MIPS32r2 processor or greater"
! msgstr "el atributo %<interrupt%> requiere un procesador MIPS32r2"
  
  #: config/mips/mips.c:10930
  #, gcc-internal-format
--- 28574,28582 ----
  msgstr "no se pueden manejar llamadas inconsistentes a %qs"
  
  #: config/mips/mips.c:10928
! #, gcc-internal-format
  msgid "the %<interrupt%> attribute requires a MIPS32r2 processor or greater"
! msgstr "el atributo %<interrupt%> requiere un procesador MIPS32r2 o superior"
  
  #: config/mips/mips.c:10930
  #, gcc-internal-format
*************** msgstr "los manejadores de interrupcione
*** 28853,28865 ****
  #: config/mips/mips.c:11921
  #, gcc-internal-format
  msgid "-fstack-check=specific not implemented for MIPS16"
! msgstr ""
  
  #: config/mips/mips.c:16838
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "argument must be a constant"
  msgid "argument %d to the built-in must be a constant in range %d to %d"
! msgstr "el argumento debe ser una constante"
  
  #: config/mips/mips.c:16844 config/nds32/nds32-intrinsic.c:60
  #: config/nds32/nds32-intrinsic.c:88 config/nds32/nds32-intrinsic.c:118
--- 28586,28597 ----
  #: config/mips/mips.c:11921
  #, gcc-internal-format
  msgid "-fstack-check=specific not implemented for MIPS16"
! msgstr "-fstack-check=specific no implementado para MIPS16"
  
  #: config/mips/mips.c:16838
! #, gcc-internal-format, gfc-internal-format
  msgid "argument %d to the built-in must be a constant in range %d to %d"
! msgstr "el argumento %d para la funciÃ³n interna debe ser una constante en el rango entre %d y %d"
  
  #: config/mips/mips.c:16844 config/nds32/nds32-intrinsic.c:60
  #: config/nds32/nds32-intrinsic.c:88 config/nds32/nds32-intrinsic.c:118
*************** msgid "invalid argument to built-in func
*** 28869,28878 ****
  msgstr "argumento no vÃ¡lido para la funciÃ³n interna"
  
  #: config/mips/mips.c:16958
! #, fuzzy, gcc-internal-format
! #| msgid "failed to reclaim unneeded function"
  msgid "failed to expand built-in function"
! msgstr "fallÃ³ al reclamar una funciÃ³n innecesaria"
  
  #: config/mips/mips.c:17089
  #, gcc-internal-format
--- 28601,28609 ----
  msgstr "argumento no vÃ¡lido para la funciÃ³n interna"
  
  #: config/mips/mips.c:16958
! #, gcc-internal-format
  msgid "failed to expand built-in function"
! msgstr "fallo al expandir funciÃ³n interna"
  
  #: config/mips/mips.c:17089
  #, gcc-internal-format
*************** msgid "hard-float MIPS16 code for ABIs o
*** 28900,28909 ****
  msgstr "cÃ³digo MIPS16 de coma flotante hard para ABIs diferentes de o32 y o64"
  
  #: config/mips/mips.c:19443
! #, fuzzy, gcc-internal-format
! #| msgid "Generate MIPS16 code."
  msgid "MSA MIPS16 code"
! msgstr "Genera cÃ³digo MIPS16."
  
  #: config/mips/mips.c:19618 config/mips/mips.c:19623 config/mips/mips.c:19705
  #: config/mips/mips.c:19707 config/mips/mips.c:19737 config/mips/mips.c:19747
--- 28631,28639 ----
  msgstr "cÃ³digo MIPS16 de coma flotante hard para ABIs diferentes de o32 y o64"
  
  #: config/mips/mips.c:19443
! #, gcc-internal-format
  msgid "MSA MIPS16 code"
! msgstr "cÃ³digo MSA MIPS16"
  
  #: config/mips/mips.c:19618 config/mips/mips.c:19623 config/mips/mips.c:19705
  #: config/mips/mips.c:19707 config/mips/mips.c:19737 config/mips/mips.c:19747
*************** msgid "%<-mgp64%> used with a 32-bit ABI
*** 28938,28947 ****
  msgstr "se utiliza %<-mgp64%> con una ABI de 32-bit"
  
  #: config/mips/mips.c:19702
! #, fuzzy, gcc-internal-format
! #| msgid "the %qs architecture does not support the synci instruction"
  msgid "the %qs architecture does not support %<-mfp32%>"
! msgstr "la arquitectura %qs no admite la instrucciÃ³n synci"
  
  #: config/mips/mips.c:19711
  #, gcc-internal-format
--- 28668,28676 ----
  msgstr "se utiliza %<-mgp64%> con una ABI de 32-bit"
  
  #: config/mips/mips.c:19702
! #, gcc-internal-format
  msgid "the %qs architecture does not support %<-mfp32%>"
! msgstr "la arquitectura %qs no admite %<-mfp32%>"
  
  #: config/mips/mips.c:19711
  #, gcc-internal-format
*************** msgid "%<-mgp32%> and %<-mfp64%> can onl
*** 28954,28975 ****
  msgstr "%<-mgp32%> y %<-mfp64%> sÃ³lo se pueden combinar al usar la ABI o32"
  
  #: config/mips/mips.c:19735
! #, fuzzy, gcc-internal-format
! #| msgid "%<-mgp32%> and %<-mfp64%> can only be combined when using the o32 ABI"
  msgid "%<-mfpxx%> can only be used with the o32 ABI"
! msgstr "%<-mgp32%> y %<-mfp64%> sÃ³lo se pueden combinar al usar la ABI o32"
  
  #: config/mips/mips.c:19739
! #, fuzzy, gcc-internal-format
! #| msgid "%<-mips3d%> requires %<-mpaired-single%>"
  msgid "%<-march=%s%> requires %<-mfp32%>"
! msgstr "%<-mips3d%> requiere %<-mpaired-single%>"
  
  #: config/mips/mips.c:19741
! #, fuzzy, gcc-internal-format
! #| msgid "%<-mips3d%> requires %<-mpaired-single%>"
  msgid "%<-mfpxx%> requires %<-mlra%>"
! msgstr "%<-mips3d%> requiere %<-mpaired-single%>"
  
  #: config/mips/mips.c:19757 config/mips/mips.c:19759 config/mips/mips.c:19772
  #, gcc-internal-format
--- 28683,28701 ----
  msgstr "%<-mgp32%> y %<-mfp64%> sÃ³lo se pueden combinar al usar la ABI o32"
  
  #: config/mips/mips.c:19735
! #, gcc-internal-format
  msgid "%<-mfpxx%> can only be used with the o32 ABI"
! msgstr "%<-mfpxx%> solo se puede usar con la ABI o32"
  
  #: config/mips/mips.c:19739
! #, gcc-internal-format
  msgid "%<-march=%s%> requires %<-mfp32%>"
! msgstr "%<-march=%s%> requiere %<-mfp32%>"
  
  #: config/mips/mips.c:19741
! #, gcc-internal-format
  msgid "%<-mfpxx%> requires %<-mlra%>"
! msgstr "%<-mfpxx%> requiere %<-mlra%>"
  
  #: config/mips/mips.c:19757 config/mips/mips.c:19759 config/mips/mips.c:19772
  #, gcc-internal-format
*************** msgid "the %qs architecture does not sup
*** 28992,29001 ****
  msgstr "la arquitectura %qs no admite las instrucciones con probabilidad de ramificaciÃ³n"
  
  #: config/mips/mips.c:19834
! #, fuzzy, gcc-internal-format
! #| msgid "the %qs architecture does not support the synci instruction"
  msgid "the %qs architecture does not support madd or msub instructions"
! msgstr "la arquitectura %qs no admite la instrucciÃ³n synci"
  
  #: config/mips/mips.c:19848
  #, fuzzy, gcc-internal-format
--- 28718,28726 ----
  msgstr "la arquitectura %qs no admite las instrucciones con probabilidad de ramificaciÃ³n"
  
  #: config/mips/mips.c:19834
! #, gcc-internal-format
  msgid "the %qs architecture does not support madd or msub instructions"
! msgstr "la arquitectura %qs no admite las instrucciones madd ni msub"
  
  #: config/mips/mips.c:19848
  #, fuzzy, gcc-internal-format
*************** msgid "the %qs architecture does not sup
*** 29004,29031 ****
  msgstr "la arquitectura %qs no admite las instrucciones par-sencillo"
  
  #: config/mips/mips.c:19861 config/mips/mips.c:19867
! #, fuzzy, gcc-internal-format
! #| msgid "unsupported combination: %s"
  msgid "unsupported combination: %qs%s %s"
! msgstr "no se admite la combinaciÃ³n: %s"
  
  #: config/mips/mips.c:19876
! #, fuzzy, gcc-internal-format
! #| msgid "unsupported combination: %s"
  msgid "unsupported combination: %qs %s"
! msgstr "no se admite la combinaciÃ³n: %s"
  
  #: config/mips/mips.c:19891
! #, fuzzy, gcc-internal-format
! #| msgid "Generate position-independent code if possible (large mode)"
  msgid "cannot generate position-independent code for %qs"
! msgstr "Genera cÃ³digo independiente de posiciÃ³n si es posible (modo large)"
  
  #: config/mips/mips.c:19894
! #, fuzzy, gcc-internal-format
! #| msgid "Disable position-independent code (PIC) for use in OS kernel code"
  msgid "position-independent code requires %qs"
! msgstr "Desactiva el cÃ³digo independiente de posiciÃ³n (PIC) para su uso en cÃ³digo de nÃºcleo de SO"
  
  #: config/mips/mips.c:19927
  #, gcc-internal-format
--- 28729,28752 ----
  msgstr "la arquitectura %qs no admite las instrucciones par-sencillo"
  
  #: config/mips/mips.c:19861 config/mips/mips.c:19867
! #, gcc-internal-format
  msgid "unsupported combination: %qs%s %s"
! msgstr "no se admite la combinaciÃ³n: %qs%s %s"
  
  #: config/mips/mips.c:19876
! #, gcc-internal-format
  msgid "unsupported combination: %qs %s"
! msgstr "no se admite la combinaciÃ³n: %qs %s"
  
  #: config/mips/mips.c:19891
! #, gcc-internal-format
  msgid "cannot generate position-independent code for %qs"
! msgstr "no se puede generar cÃ³digo independiente de posiciÃ³n para %qs"
  
  #: config/mips/mips.c:19894
! #, gcc-internal-format
  msgid "position-independent code requires %qs"
! msgstr "el cÃ³digo independiente de posiciÃ³n requiere %qs"
  
  #: config/mips/mips.c:19927
  #, gcc-internal-format
*************** msgid "cannot use small-data accesses fo
*** 29038,29053 ****
  msgstr "no se pueden usar accesos de data small para %qs"
  
  #: config/mips/mips.c:19953
! #, fuzzy, gcc-internal-format
! #| msgid "the %qs architecture does not support paired-single instructions"
  msgid "the %qs architecture does not support %<-m%s=legacy%>"
! msgstr "la arquitectura %qs no admite las instrucciones par-sencillo"
  
  #: config/mips/mips.c:19960
! #, fuzzy, gcc-internal-format
! #| msgid "the %qs architecture does not support the synci instruction"
  msgid "the %qs architecture does not support %<-m%s=2008%>"
! msgstr "la arquitectura %qs no admite la instrucciÃ³n synci"
  
  #: config/mips/mips.c:19978
  #, gcc-internal-format
--- 28759,28772 ----
  msgstr "no se pueden usar accesos de data small para %qs"
  
  #: config/mips/mips.c:19953
! #, gcc-internal-format
  msgid "the %qs architecture does not support %<-m%s=legacy%>"
! msgstr "la arquitectura %qs no admite %<-m%s=legacy%>"
  
  #: config/mips/mips.c:19960
! #, gcc-internal-format
  msgid "the %qs architecture does not support %<-m%s=2008%>"
! msgstr "la arquitectura %qs no admite %<-m%s=2008%>"
  
  #: config/mips/mips.c:19978
  #, gcc-internal-format
*************** msgid "%qs must be used with %qs"
*** 29060,29069 ****
  msgstr "%qs se debe usar con %qs"
  
  #: config/mips/mips.c:19998
! #, fuzzy, gcc-internal-format
! #| msgid "-mips3d/-mpaired-single must be used with -mfp64 -mhard-float"
  msgid "%<-mmsa%> must be used with %<-mfp64%> and %<-mhard-float%>"
! msgstr "-mips3d/-mpaired-single se deben usar con -mfp64 -mhard-float"
  
  #: config/mips/mips.c:20005
  #, gcc-internal-format
--- 28779,28787 ----
  msgstr "%qs se debe usar con %qs"
  
  #: config/mips/mips.c:19998
! #, gcc-internal-format
  msgid "%<-mmsa%> must be used with %<-mfp64%> and %<-mhard-float%>"
! msgstr "%<-mmsa%> debe usarse con %<-mfp64%> y %<-mhard-float%>"
  
  #: config/mips/mips.c:20005
  #, gcc-internal-format
*************** msgid "%qs requires a target that provid
*** 29076,29085 ****
  msgstr "%qs requiere un objetivo que provea la instrucciÃ³n %qs"
  
  #: config/mips/mips.c:20025
! #, fuzzy, gcc-internal-format
! #| msgid "the %qs architecture does not support the synci instruction"
  msgid "the %qs architecture does not support DSP instructions"
! msgstr "la arquitectura %qs no admite la instrucciÃ³n synci"
  
  #: config/mips/mips.c:20127
  #, gcc-internal-format
--- 28794,28802 ----
  msgstr "%qs requiere un objetivo que provea la instrucciÃ³n %qs"
  
  #: config/mips/mips.c:20025
! #, gcc-internal-format
  msgid "the %qs architecture does not support DSP instructions"
! msgstr "la arquitectura %qs no admite las instrucciones DSP"
  
  #: config/mips/mips.c:20127
  #, gcc-internal-format
*************** msgstr "-mtune= espera mn10300, am33, am
*** 29155,29176 ****
  #: config/msp430/driver-msp430.c:659
  #, gcc-internal-format, gfc-internal-format
  msgid "unexpected argument to msp430_select_hwmult_lib: %s"
! msgstr ""
  
  #: config/msp430/driver-msp430.c:700
  #, gcc-internal-format, gfc-internal-format
  msgid "unrecognized hwpy field in msp430_mcu_data[%d]: %d"
! msgstr ""
  
  #: config/msp430/driver-msp430.c:707
  #, gcc-internal-format, gfc-internal-format
  msgid "unexpected first argument to msp430_select_hwmult_lib: %s"
! msgstr ""
  
  #: config/msp430/driver-msp430.c:711
  #, gcc-internal-format
  msgid "msp430_select_hwmult_lib needs one or more arguments"
! msgstr ""
  
  #: config/msp430/msp430.c:776
  #, gcc-internal-format, gfc-internal-format
--- 28872,28893 ----
  #: config/msp430/driver-msp430.c:659
  #, gcc-internal-format, gfc-internal-format
  msgid "unexpected argument to msp430_select_hwmult_lib: %s"
! msgstr "argumento inesperado para msp430_select_hwmult_lib: %s"
  
  #: config/msp430/driver-msp430.c:700
  #, gcc-internal-format, gfc-internal-format
  msgid "unrecognized hwpy field in msp430_mcu_data[%d]: %d"
! msgstr "campo hwpy no reconocido en msp430_mcu_data[%d]: %d"
  
  #: config/msp430/driver-msp430.c:707
  #, gcc-internal-format, gfc-internal-format
  msgid "unexpected first argument to msp430_select_hwmult_lib: %s"
! msgstr "primer argumento inesperado para msp430_select_hwmult_lib: %s"
  
  #: config/msp430/driver-msp430.c:711
  #, gcc-internal-format
  msgid "msp430_select_hwmult_lib needs one or more arguments"
! msgstr "msp430_select_hwmult_lib necesita uno o mÃ¡s argumentos"
  
  #: config/msp430/msp430.c:776
  #, gcc-internal-format, gfc-internal-format
*************** msgid ""
*** 29217,29243 ****
  "Unrecognized MCU name '%s', assuming that it just supports the MSP430 ISA.\n"
  "Use the -mcpu option to set the ISA explicitly."
  msgstr ""
  
  #: config/msp430/msp430.c:838
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "unrecognized register name %qs"
  msgid "Unrecognized MCU name '%s'."
! msgstr "no se reconoce el nombre de registro %qs."
  
  #: config/msp430/msp430.c:847
  #, gcc-internal-format
  msgid "-mlarge requires a 430X-compatible -mmcu="
! msgstr ""
  
  #: config/msp430/msp430.c:850
  #, gcc-internal-format
  msgid "-mcode-region=upper requires 430X-compatible cpu"
! msgstr ""
  
  #: config/msp430/msp430.c:852
  #, gcc-internal-format
  msgid "-mdata-region=upper requires 430X-compatible cpu"
! msgstr ""
  
  #: config/msp430/msp430.c:1859
  #, fuzzy, gcc-internal-format
--- 28934,28961 ----
  "Unrecognized MCU name '%s', assuming that it just supports the MSP430 ISA.\n"
  "Use the -mcpu option to set the ISA explicitly."
  msgstr ""
+ "No se reconoce el nombre MCU '%s'; se asume que solo admite el ISA MSP430.\n"
+ "Utilice la opciÃ³n -mcpu para poner el ISA explÃ­citamente."
  
  #: config/msp430/msp430.c:838
! #, gcc-internal-format, gfc-internal-format
  msgid "Unrecognized MCU name '%s'."
! msgstr "No se reconoce el nombre MCU '%s'."
  
  #: config/msp430/msp430.c:847
  #, gcc-internal-format
  msgid "-mlarge requires a 430X-compatible -mmcu="
! msgstr "-mlarge requiere una -mmcu= compatible con 430X"
  
  #: config/msp430/msp430.c:850
  #, gcc-internal-format
  msgid "-mcode-region=upper requires 430X-compatible cpu"
! msgstr "-mcode-region=upper requiere una -mmcu= compatible con 430X"
  
  #: config/msp430/msp430.c:852
  #, gcc-internal-format
  msgid "-mdata-region=upper requires 430X-compatible cpu"
! msgstr "-mdata-region=upper requiere una -mmcu= compatible con 430X"
  
  #: config/msp430/msp430.c:1859
  #, fuzzy, gcc-internal-format
*************** msgid "unrecognized interrupt vector arg
*** 29246,29261 ****
  msgstr "argumento no vÃ¡lido del atributo %qE"
  
  #: config/msp430/msp430.c:1868
! #, fuzzy, gcc-internal-format
! #| msgid "argument %d of %qE must be in the range %d...%d"
  msgid "numeric argument of %qE attribute must be in range 0..63"
! msgstr "el argumento %d de %qE debe estar dentro del rango %d...%d"
  
  #: config/msp430/msp430.c:1874
! #, fuzzy, gcc-internal-format
! #| msgid "argument of %qE attribute is not a string constant"
  msgid "argument of %qE attribute is not a string constant or number"
! msgstr "el argumento del atributo %qE no es una cadena constante"
  
  #: config/msp430/msp430.c:2124
  #, fuzzy, gcc-internal-format
--- 28964,28977 ----
  msgstr "argumento no vÃ¡lido del atributo %qE"
  
  #: config/msp430/msp430.c:1868
! #, gcc-internal-format
  msgid "numeric argument of %qE attribute must be in range 0..63"
! msgstr "el argumento numÃ©rico del atributo %qE debe estar dentro del rango 0..63"
  
  #: config/msp430/msp430.c:1874
! #, gcc-internal-format
  msgid "argument of %qE attribute is not a string constant or number"
! msgstr "el argumento del atributo %qE no es una cadena constante ni un nÃºmero"
  
  #: config/msp430/msp430.c:2124
  #, fuzzy, gcc-internal-format
*************** msgid "argument to interrupt attribute i
*** 29264,29289 ****
  msgstr "no se puede establecer el atributo de interrupciÃ³n: no hay una funciÃ³n actual"
  
  #: config/msp430/msp430.c:2494
! #, fuzzy, gcc-internal-format
! #| msgid "%qE attribute allows only an integer constant argument"
  msgid "__delay_cycles() only takes constant arguments"
! msgstr "el atributo %qE sÃ³lo permite una constante entera como argumento"
  
  #: config/msp430/msp430.c:2504
! #, fuzzy, gcc-internal-format
! #| msgid "%qE attribute allows only an integer constant argument"
  msgid "__delay_cycles only takes non-negative cycle counts"
! msgstr "el atributo %qE sÃ³lo permite una constante entera como argumento"
  
  #: config/msp430/msp430.c:2524
  #, gcc-internal-format
  msgid "__delay_cycles is limited to 32-bit loop counts"
! msgstr ""
  
  #: config/msp430/msp430.c:2594
  #, gcc-internal-format
  msgid "MSP430 builtin functions only work inside interrupt handlers"
! msgstr ""
  
  #: config/msp430/msp430.c:2606 config/rx/rx.c:2635 config/xtensa/xtensa.c:3375
  #: config/xtensa/xtensa.c:3401
--- 28980,29003 ----
  msgstr "no se puede establecer el atributo de interrupciÃ³n: no hay una funciÃ³n actual"
  
  #: config/msp430/msp430.c:2494
! #, gcc-internal-format
  msgid "__delay_cycles() only takes constant arguments"
! msgstr "__delay_cycles() solo toma argumentos constantes"
  
  #: config/msp430/msp430.c:2504
! #, gcc-internal-format
  msgid "__delay_cycles only takes non-negative cycle counts"
! msgstr "__delay_cycles solo permite nÃºmero de ciclos no negativo"
  
  #: config/msp430/msp430.c:2524
  #, gcc-internal-format
  msgid "__delay_cycles is limited to 32-bit loop counts"
! msgstr "__delay_cycles estÃ¡ limitado a nÃºmeros de bucles de 32 bits"
  
  #: config/msp430/msp430.c:2594
  #, gcc-internal-format
  msgid "MSP430 builtin functions only work inside interrupt handlers"
! msgstr "las funciones internas de MSP430 solo funcionan dentro de manejadores de interrupciones"
  
  #: config/msp430/msp430.c:2606 config/rx/rx.c:2635 config/xtensa/xtensa.c:3375
  #: config/xtensa/xtensa.c:3401
*************** msgid "multiple nested types attributes
*** 29304,29313 ****
  msgstr "se especificaron mÃºltiples atributos de tipo de funciÃ³n"
  
  #: config/nds32/nds32-isr.c:360
! #, fuzzy, gcc-internal-format
! #| msgid "multiple interrupt attributes not allowed"
  msgid "multiple interrupt attributes to function %qD"
! msgstr "no se permiten atributos interrupt mÃºltiples"
  
  #. Trampoline is not supported on reduced-set registers yet.
  #: config/nds32/nds32.c:1742 config/nds32/nds32.c:1796
--- 29018,29026 ----
  msgstr "se especificaron mÃºltiples atributos de tipo de funciÃ³n"
  
  #: config/nds32/nds32-isr.c:360
! #, gcc-internal-format
  msgid "multiple interrupt attributes to function %qD"
! msgstr "atributos interrupt mÃºltiples para la funciÃ³n %qD"
  
  #. Trampoline is not supported on reduced-set registers yet.
  #: config/nds32/nds32.c:1742 config/nds32/nds32.c:1796
*************** msgstr "no se permiten atributos interru
*** 29315,29392 ****
  #: config/nds32/nds32.c:2370 config/nds32/nds32.c:2376
  #: config/nds32/nds32.c:2436 config/nds32/nds32.c:2442
  #: config/nds32/nds32.c:2474
! #, fuzzy, gcc-internal-format
! #| msgid "nested functions not supported on this target"
  msgid "a nested function is not supported for reduced registers"
! msgstr "no se admiten funciones anidadas en este objetivo"
  
  #. The enum index value for array size is out of range.
  #: config/nds32/nds32.c:2277
! #, fuzzy, gcc-internal-format
! #| msgid "integer constant out of range"
  msgid "intrinsic register index is out of range"
! msgstr "constante entera fuera de rango"
  
  #: config/nds32/nds32.c:2582
! #, fuzzy, gcc-internal-format
! #| msgid "invalid type for iteration variable %qE"
  msgid "invalid id value for interrupt/exception attribute"
! msgstr "tipo no vÃ¡lido para la variable de iteraciÃ³n %qE"
  
  #: config/nds32/nds32.c:2610
! #, fuzzy, gcc-internal-format
! #| msgid "invalid argument of %qs attribute"
  msgid "invalid id value for reset attribute"
! msgstr "argumento no vÃ¡lido del atributo %qs"
  
  #: config/nds32/nds32.c:2626
! #, fuzzy, gcc-internal-format
! #| msgid "invalid argument of %qs attribute"
  msgid "invalid nmi function for reset attribute"
! msgstr "argumento no vÃ¡lido del atributo %qs"
  
  #: config/nds32/nds32.c:2639
! #, fuzzy, gcc-internal-format
! #| msgid "invalid argument of %qs attribute"
  msgid "invalid warm function for reset attribute"
! msgstr "argumento no vÃ¡lido del atributo %qs"
  
  #: config/nds32/nds32.c:2707
! #, fuzzy, gcc-internal-format
! #| msgid "Disable position-independent code (PIC) for use in OS kernel code"
  msgid "position-independent code not supported"
! msgstr "Desactiva el cÃ³digo independiente de posiciÃ³n (PIC) para su uso en cÃ³digo de nÃºcleo de SO"
  
  #: config/nios2/nios2.c:561
  #, gcc-internal-format
  msgid "Unknown form for stack limit expression"
! msgstr ""
  
  #: config/nios2/nios2.c:1168
! #, fuzzy, gcc-internal-format
! #| msgid "target attribute or pragma changes double precision floating point"
  msgid "switch %<-mcustom-%s%> is required for double precision floating point"
! msgstr "el atributo o pragma target cambia la coma flotante de precisiÃ³n doble"
  
  #: config/nios2/nios2.c:1181
  #, gcc-internal-format
  msgid "switch %<-mcustom-%s%> has no effect unless -funsafe-math-optimizations is specified"
! msgstr ""
  
  #: config/nios2/nios2.c:1190
  #, gcc-internal-format
  msgid "switch %<-mcustom-%s%> has no effect unless -ffinite-math-only is specified"
! msgstr ""
  
  #: config/nios2/nios2.c:1199
  #, gcc-internal-format
  msgid "switch %<-mcustom-%s%> has no effect unless -fno-math-errno is specified"
! msgstr ""
  
  #: config/nios2/nios2.c:1204
  #, gcc-internal-format
  msgid "conflicting use of -mcustom switches, target attributes, and/or __builtin_custom_ functions"
! msgstr ""
  
  #: config/nios2/nios2.c:1306
  #, gcc-internal-format
--- 29028,29097 ----
  #: config/nds32/nds32.c:2370 config/nds32/nds32.c:2376
  #: config/nds32/nds32.c:2436 config/nds32/nds32.c:2442
  #: config/nds32/nds32.c:2474
! #, gcc-internal-format
  msgid "a nested function is not supported for reduced registers"
! msgstr "no se admiten funciones anidadas para registros reducidos"
  
  #. The enum index value for array size is out of range.
  #: config/nds32/nds32.c:2277
! #, gcc-internal-format
  msgid "intrinsic register index is out of range"
! msgstr "el Ã­ndice de registro intrÃ­nseco estÃ¡ fuera de rango"
  
  #: config/nds32/nds32.c:2582
! #, gcc-internal-format
  msgid "invalid id value for interrupt/exception attribute"
! msgstr "valor de id no vÃ¡lido para atributo de interrupciÃ³n/excepciÃ³n"
  
  #: config/nds32/nds32.c:2610
! #, gcc-internal-format
  msgid "invalid id value for reset attribute"
! msgstr "valor de id no vÃ¡lido atributo reset"
  
  #: config/nds32/nds32.c:2626
! #, gcc-internal-format
  msgid "invalid nmi function for reset attribute"
! msgstr "funciÃ³n nmi no vÃ¡lida para atributo reset"
  
  #: config/nds32/nds32.c:2639
! #, gcc-internal-format
  msgid "invalid warm function for reset attribute"
! msgstr "funciÃ³n warm no vÃ¡lida para atributo reset"
  
  #: config/nds32/nds32.c:2707
! #, gcc-internal-format
  msgid "position-independent code not supported"
! msgstr "no se admite cÃ³digo independiente de posiciÃ³n"
  
  #: config/nios2/nios2.c:561
  #, gcc-internal-format
  msgid "Unknown form for stack limit expression"
! msgstr "Forma desconocida para expresiÃ³n de lÃ­mite de pila"
  
  #: config/nios2/nios2.c:1168
! #, gcc-internal-format
  msgid "switch %<-mcustom-%s%> is required for double precision floating point"
! msgstr "se requiere la opciÃ³n %<-mcustom-%s%> para la coma flotante de precisiÃ³n doble"
  
  #: config/nios2/nios2.c:1181
  #, gcc-internal-format
  msgid "switch %<-mcustom-%s%> has no effect unless -funsafe-math-optimizations is specified"
! msgstr "la opciÃ³n %<-mcustom-%s%> no produce efecto alguno a menos que se especifique -funsafe-math-optimizations"
  
  #: config/nios2/nios2.c:1190
  #, gcc-internal-format
  msgid "switch %<-mcustom-%s%> has no effect unless -ffinite-math-only is specified"
! msgstr "la opciÃ³n %<-mcustom-%s%> no produce efecto alguno a menos que se especifique -ffinite-math-only"
  
  #: config/nios2/nios2.c:1199
  #, gcc-internal-format
  msgid "switch %<-mcustom-%s%> has no effect unless -fno-math-errno is specified"
! msgstr "la opciÃ³n %<-mcustom-%s%> no produce efecto alguno a menos que se especifique -fno-math-errno"
  
  #: config/nios2/nios2.c:1204
  #, gcc-internal-format
  msgid "conflicting use of -mcustom switches, target attributes, and/or __builtin_custom_ functions"
! msgstr "hay un conflicto al usar opciones -mcustom, atributos de objetivo y/o funciones _builtin_custom_"
  
  #: config/nios2/nios2.c:1306
  #, gcc-internal-format
*************** msgstr ""
*** 29396,29436 ****
  #: config/nios2/nios2.c:1325
  #, gcc-internal-format
  msgid "switch %<-mcustom-%s%> value %d must be between 0 and 255"
! msgstr ""
  
  #: config/nios2/nios2.c:1348
! #, fuzzy, gcc-internal-format
! #| msgid "Disable position-independent code (PIC) for use in OS kernel code"
  msgid "position-independent code requires the Linux ABI"
! msgstr "Desactiva el cÃ³digo independiente de posiciÃ³n (PIC) para su uso en cÃ³digo de nÃºcleo de SO"
  
  #: config/nios2/nios2.c:1351
  #, gcc-internal-format
  msgid "PIC support for -fstack-limit-symbol"
! msgstr ""
  
  #: config/nios2/nios2.c:1377
! #, fuzzy, gcc-internal-format
! #| msgid "generation of Branch Likely instructions enabled, but not supported by architecture"
  msgid "BMX instructions are only supported with R2 architecture"
! msgstr "la generaciÃ³n de instrucciones Probables a Ramificar estÃ¡ activada, pero se admite por la arquitectura"
  
  #: config/nios2/nios2.c:1379
! #, fuzzy, gcc-internal-format
! #| msgid "instruction scheduling not supported on this target machine"
  msgid "CDX instructions are only supported with R2 architecture"
! msgstr "no se admite la planificaciÃ³n de instrucciones en este objetivo"
  
  #: config/nios2/nios2.c:1384
! #, fuzzy, gcc-internal-format
! #| msgid "Generate code in little endian mode"
  msgid "R2 architecture is little-endian only"
! msgstr "Genera cÃ³digo en modo little endian"
  
  #: config/nios2/nios2.c:3130
  #, gcc-internal-format
  msgid "Cannot call %<__builtin_custom_%s%> without specifying switch %<-mcustom-%s%>"
! msgstr ""
  
  #: config/nios2/nios2.c:3238
  #, gcc-internal-format, gfc-internal-format
--- 29101,29137 ----
  #: config/nios2/nios2.c:1325
  #, gcc-internal-format
  msgid "switch %<-mcustom-%s%> value %d must be between 0 and 255"
! msgstr "opciÃ³n %<-mcustom-%s%>: el valor %d tiene que estar entre 0 y 255"
  
  #: config/nios2/nios2.c:1348
! #, gcc-internal-format
  msgid "position-independent code requires the Linux ABI"
! msgstr "el cÃ³digo independiente de posiciÃ³n requiere la ABI de Linux"
  
  #: config/nios2/nios2.c:1351
  #, gcc-internal-format
  msgid "PIC support for -fstack-limit-symbol"
! msgstr "soporte PIC para -fstack-limit-symbol"
  
  #: config/nios2/nios2.c:1377
! #, gcc-internal-format
  msgid "BMX instructions are only supported with R2 architecture"
! msgstr "las instrucciones BMX solo se admiten con la arquitectura R2"
  
  #: config/nios2/nios2.c:1379
! #, gcc-internal-format
  msgid "CDX instructions are only supported with R2 architecture"
! msgstr "las instrucciones CDX solo se admiten con la arquitectura R2"
  
  #: config/nios2/nios2.c:1384
! #, gcc-internal-format
  msgid "R2 architecture is little-endian only"
! msgstr "la arquitectura R2 solo es little endian"
  
  #: config/nios2/nios2.c:3130
  #, gcc-internal-format
  msgid "Cannot call %<__builtin_custom_%s%> without specifying switch %<-mcustom-%s%>"
! msgstr "No se puede llamar a %<__builtin_custom_%s%> sin especificar la opciÃ³n %<-mcustom-%s%>"
  
  #: config/nios2/nios2.c:3238
  #, gcc-internal-format, gfc-internal-format
*************** msgid "custom instruction opcode must be
*** 29438,29593 ****
  msgstr ""
  
  #: config/nios2/nios2.c:3384
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "invalid argument to built-in function"
  msgid "invalid argument to built-in function %s"
! msgstr "argumento no vÃ¡lido para la funciÃ³n interna"
  
  #: config/nios2/nios2.c:3443
  #, gcc-internal-format, gfc-internal-format
  msgid "Control register number must be in range 0-31 for %s"
! msgstr ""
  
  #: config/nios2/nios2.c:3471
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "number must be 0 or 1"
  msgid "Register number must be in range 0-31 for %s"
! msgstr "el nÃºmero debe ser 0 Ã³ 1"
  
  #: config/nios2/nios2.c:3478
  #, gcc-internal-format, gfc-internal-format
  msgid "The immediate value must fit into a %d-bit integer for %s"
! msgstr ""
  
  #: config/nios2/nios2.c:3528
  #, gcc-internal-format
  msgid "The ENI instruction operand must be either 0 or 1"
! msgstr ""
  
  #: config/nios2/nios2.c:3556
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Builtin function %s requires the -mvsx option"
  msgid "Builtin function %s requires Nios II R%d"
! msgstr "La funciÃ³n interna %s requiere la opciÃ³n -mvsx"
  
  #: config/nios2/nios2.c:3636
! #, fuzzy, gcc-internal-format
! #| msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgid "switch %<-mcustom-%s%> conflicts with switch %<-mcustom-%s%>"
! msgstr "la opciÃ³n -mcpu=%s genera un conflicto con la opciÃ³n -march=%s"
  
  #: config/nios2/nios2.c:3642 config/nios2/nios2.c:3652
  #, gcc-internal-format
  msgid "call to %<__builtin_custom_%s%> conflicts with switch %<-mcustom-%s%>"
! msgstr ""
  
  #: config/nios2/nios2.c:3758
  #, gcc-internal-format
  msgid "custom-fpu-cfg option does not support %<no-%>"
! msgstr ""
  
  #: config/nios2/nios2.c:3763
  #, gcc-internal-format
  msgid "custom-fpu-cfg option requires configuration argument"
! msgstr ""
  
  #: config/nios2/nios2.c:3792
! #, fuzzy, gcc-internal-format
! #| msgid "%s only accepts 2 arguments"
  msgid "%<no-custom-%s%> does not accept arguments"
! msgstr "%s sÃ³lo acepta 2 argumentos"
  
  #: config/nios2/nios2.c:3807
  #, gcc-internal-format
  msgid "%<custom-%s=%> requires argument"
! msgstr ""
  
  #: config/nios2/nios2.c:3817
  #, gcc-internal-format, gfc-internal-format
  msgid "`custom-%s=' argument requires numeric digits"
! msgstr ""
  
  #: config/nios2/nios2.c:3829
  #, gcc-internal-format
  msgid "%<custom-%s=%> is not recognized as FPU instruction"
! msgstr ""
  
  #: config/nios2/nios2.c:3836
! #, fuzzy, gcc-internal-format
! #| msgid "type of %qE is unknown"
  msgid "%<%s%> is unknown"
! msgstr "el tipo de %qE es desconocido"
  
  #: config/nvptx/mkoffload.c:107
! #, fuzzy, gcc-internal-format
! #| msgid "malformed spec function name"
  msgid "malformed ptx file"
! msgstr "nombre de la funciÃ³n de especificaciÃ³n malformado"
  
  #: config/nvptx/mkoffload.c:407
! #, fuzzy, gcc-internal-format
! #| msgid "COLLECT_LTO_WRAPPER must be set"
  msgid "COLLECT_GCC must be set."
! msgstr "se debe definir COLLECT_LTO_WRAPPER."
  
  #: config/nvptx/mkoffload.c:488
  #, gcc-internal-format
  msgid "either -fopenacc or -fopenmp must be set"
! msgstr ""
  
  #: config/nvptx/mkoffload.c:552
! #, fuzzy, gcc-internal-format
! #| msgid "%s:cannot open graph file\n"
  msgid "cannot open intermediate ptx file"
! msgstr "%s:no se puede abrir el fichero de grafo\n"
  
  #: config/nvptx/nvptx.c:159
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Builtin function %s is not supported with the current options"
  msgid "option %s is not supported together with -fopenacc"
! msgstr "La funciÃ³n interna %s no se admite con las opciones actuales"
  
  #: config/nvptx/nvptx.c:261
  #, gcc-internal-format
  msgid "static initialization of variable %q+D in %<.shared%> memory is not supported"
! msgstr ""
  
  #: config/nvptx/nvptx.c:1941
  #, gcc-internal-format
  msgid "cannot emit unaligned pointers in ptx assembly"
! msgstr ""
  
  #: config/nvptx/nvptx.c:2131
  #, gcc-internal-format
  msgid "PTX does not support weak declarations (only weak definitions)"
! msgstr ""
  
  #: config/nvptx/nvptx.c:4283
! #, fuzzy, gcc-internal-format
! #| msgid "%qE attribute ignored on types"
  msgid "%qE attribute requires a void return type"
! msgstr "se descarta el atributo %qE en tipos"
  
  #: config/nvptx/nvptx.c:4306
! #, fuzzy, gcc-internal-format
! #| msgid "__BELOW100__ attribute not allowed with auto storage class"
  msgid "%qE attribute not allowed with auto storage class"
! msgstr "no se permite el atributo __BELOW100__ con una clase de auto almacenamiento"
  
  #: config/nvptx/nvptx.c:4674
  #, gcc-internal-format, gfc-internal-format
  msgid "using vector_length (%d), ignoring %d"
! msgstr ""
  
  #: config/nvptx/nvptx.c:4675
  #, gcc-internal-format, gfc-internal-format
  msgid "using vector_length (%d), ignoring runtime setting"
! msgstr ""
  
  #: config/nvptx/nvptx.c:4685
  #, gcc-internal-format, gfc-internal-format
  msgid "using num_workers (%d), ignoring %d"
! msgstr ""
  
  #: config/pa/pa.c:507
  #, gcc-internal-format
--- 29139,29282 ----
  msgstr ""
  
  #: config/nios2/nios2.c:3384
! #, gcc-internal-format, gfc-internal-format
  msgid "invalid argument to built-in function %s"
! msgstr "argumento no vÃ¡lido para la funciÃ³n interna %s"
  
  #: config/nios2/nios2.c:3443
  #, gcc-internal-format, gfc-internal-format
  msgid "Control register number must be in range 0-31 for %s"
! msgstr "El nÃºmero del registro de control tiene que estar en el rango 0-31 para %s"
  
  #: config/nios2/nios2.c:3471
! #, gcc-internal-format, gfc-internal-format
  msgid "Register number must be in range 0-31 for %s"
! msgstr "El nÃºmero de registro tiene que estar en el rango 0-31 para %s"
  
  #: config/nios2/nios2.c:3478
  #, gcc-internal-format, gfc-internal-format
  msgid "The immediate value must fit into a %d-bit integer for %s"
! msgstr "El valor inmediato tiene que caber en un entero de %d bits para %s"
  
  #: config/nios2/nios2.c:3528
  #, gcc-internal-format
  msgid "The ENI instruction operand must be either 0 or 1"
! msgstr "El operando de la instrucciÃ³n ENI tiene que ser 0 o 1"
  
  #: config/nios2/nios2.c:3556
! #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires Nios II R%d"
! msgstr "La funciÃ³n interna %s requiere Nios II R%d"
  
  #: config/nios2/nios2.c:3636
! #, gcc-internal-format
  msgid "switch %<-mcustom-%s%> conflicts with switch %<-mcustom-%s%>"
! msgstr "la opciÃ³n %<-mcustom-%s%> genera un conflicto con la opciÃ³n %<-mcustom-%s%>"
  
  #: config/nios2/nios2.c:3642 config/nios2/nios2.c:3652
  #, gcc-internal-format
  msgid "call to %<__builtin_custom_%s%> conflicts with switch %<-mcustom-%s%>"
! msgstr "la llamada a %<__builtin_custom_%s%> genera un conflicto con la opciÃ³n %<-mcustom-%s%>"
  
  #: config/nios2/nios2.c:3758
  #, gcc-internal-format
  msgid "custom-fpu-cfg option does not support %<no-%>"
! msgstr "la opciÃ³n custom-fpu-cfg no admite %<no-%>"
  
  #: config/nios2/nios2.c:3763
  #, gcc-internal-format
  msgid "custom-fpu-cfg option requires configuration argument"
! msgstr "la opciÃ³n custom-fpu-cfg requiere argumento de configuraciÃ³n"
  
  #: config/nios2/nios2.c:3792
! #, gcc-internal-format
  msgid "%<no-custom-%s%> does not accept arguments"
! msgstr "%<no-custom-%s%> no acepta argumentos"
  
  #: config/nios2/nios2.c:3807
  #, gcc-internal-format
  msgid "%<custom-%s=%> requires argument"
! msgstr "%<no-custom-%s%> requiere argumento"
  
  #: config/nios2/nios2.c:3817
  #, gcc-internal-format, gfc-internal-format
  msgid "`custom-%s=' argument requires numeric digits"
! msgstr "el argumento `custom-%s=' requiere dÃ­gitos numÃ©ricos"
  
  #: config/nios2/nios2.c:3829
  #, gcc-internal-format
  msgid "%<custom-%s=%> is not recognized as FPU instruction"
! msgstr "%<custom-%s=%> no se reconoce como instrucciÃ³n FPU"
  
  #: config/nios2/nios2.c:3836
! #, gcc-internal-format
  msgid "%<%s%> is unknown"
! msgstr "%<%s%> es desconocido"
  
  #: config/nvptx/mkoffload.c:107
! #, gcc-internal-format
  msgid "malformed ptx file"
! msgstr "fichero ptx mal formado"
  
  #: config/nvptx/mkoffload.c:407
! #, gcc-internal-format
  msgid "COLLECT_GCC must be set."
! msgstr "se debe definir COLLECT_GCC."
  
  #: config/nvptx/mkoffload.c:488
  #, gcc-internal-format
  msgid "either -fopenacc or -fopenmp must be set"
! msgstr "se debe definir -fopenacc o -fopenmp"
  
  #: config/nvptx/mkoffload.c:552
! #, gcc-internal-format
  msgid "cannot open intermediate ptx file"
! msgstr "no se puede abrir el fichero ptx intermedio"
  
  #: config/nvptx/nvptx.c:159
! #, gcc-internal-format, gfc-internal-format
  msgid "option %s is not supported together with -fopenacc"
! msgstr "la funciÃ³n %s no se admite conjuntamente con -fopenacc"
  
  #: config/nvptx/nvptx.c:261
  #, gcc-internal-format
  msgid "static initialization of variable %q+D in %<.shared%> memory is not supported"
! msgstr "no se admite la inicializaciÃ³n estÃ¡tica de la variable %q+D en memoria %<.shared%>"
  
  #: config/nvptx/nvptx.c:1941
  #, gcc-internal-format
  msgid "cannot emit unaligned pointers in ptx assembly"
! msgstr "no se pueden emitir punteros desalineados en ensamblador ptx"
  
  #: config/nvptx/nvptx.c:2131
  #, gcc-internal-format
  msgid "PTX does not support weak declarations (only weak definitions)"
! msgstr "PTX no admite declaraciones dÃ©biles (solamente definiciones dÃ©biles)"
  
  #: config/nvptx/nvptx.c:4283
! #, gcc-internal-format
  msgid "%qE attribute requires a void return type"
! msgstr "el atributo %qE requiere tipo de retorno void"
  
  #: config/nvptx/nvptx.c:4306
! #, gcc-internal-format
  msgid "%qE attribute not allowed with auto storage class"
! msgstr "no se permite el atributo %qE con una clase de auto almacenamiento"
  
  #: config/nvptx/nvptx.c:4674
  #, gcc-internal-format, gfc-internal-format
  msgid "using vector_length (%d), ignoring %d"
! msgstr "se usa vector_length (%d); se hace caso omiso de %d"
  
  #: config/nvptx/nvptx.c:4675
  #, gcc-internal-format, gfc-internal-format
  msgid "using vector_length (%d), ignoring runtime setting"
! msgstr "se usa vector_length (%d); se hace caso omiso de la configuraciÃ³n de tiempo de ejecuciÃ³n"
  
  #: config/nvptx/nvptx.c:4685
  #, gcc-internal-format, gfc-internal-format
  msgid "using num_workers (%d), ignoring %d"
! msgstr "se usa num_workers (%d); se hace caso omiso de %d"
  
  #: config/pa/pa.c:507
  #, gcc-internal-format
*************** msgid "alignment (%u) for %s exceeds max
*** 29615,29698 ****
  msgstr "la alineaciÃ³n (%u) para %s excede la alineaciÃ³n mÃ¡xima para los datos comunes globales.  Se usarÃ¡ %u"
  
  #: config/riscv/riscv.c:333
! #, fuzzy, gcc-internal-format
! #| msgid "unknown value %s for -mfpu"
  msgid "unknown cpu %qs for -mtune"
! msgstr "valor %s desconocido para -mfpu"
  
  #: config/riscv/riscv.c:3765
  #, gcc-internal-format
  msgid "-mdiv requires -march to subsume the %<M%> extension"
! msgstr ""
  
  #: config/riscv/riscv.c:3795
  #, gcc-internal-format
  msgid "requested ABI requires -march to subsume the %qc extension"
! msgstr ""
  
  #: config/riscv/riscv.c:3800
  #, gcc-internal-format, gfc-internal-format
  msgid "ABI requires -march=rv%d"
! msgstr ""
  
  #. Address spaces are currently only supported by C.
  #: config/rl78/rl78.c:367
! #, fuzzy, gcc-internal-format
! #| msgid "-mmulticore can only be used with BF561"
  msgid "-mes0 can only be used with C"
! msgstr "-mmulticore sÃ³lo se puede usar con BF561"
  
  #: config/rl78/rl78.c:370
  #, gcc-internal-format
  msgid "mduc registers only saved for G13 target"
! msgstr ""
  
  #: config/rl78/rl78.c:385
! #, fuzzy, gcc-internal-format
! #| msgid "-mmulticore can only be used with BF561"
  msgid "-mmul=g13 cannot be used with -mcpu=g10"
! msgstr "-mmulticore sÃ³lo se puede usar con BF561"
  
  #: config/rl78/rl78.c:386
! #, fuzzy, gcc-internal-format
! #| msgid "-mmulticore can only be used with BF561"
  msgid "-mmul=g14 cannot be used with -mcpu=g10"
! msgstr "-mmulticore sÃ³lo se puede usar con BF561"
  
  #. The S2 core does not have mul/div instructions.
  #: config/rl78/rl78.c:397
! #, fuzzy, gcc-internal-format
! #| msgid "-mmulticore can only be used with BF561"
  msgid "-mmul=g14 cannot be used with -mcpu=g13"
! msgstr "-mmulticore sÃ³lo se puede usar con BF561"
  
  #. The G14 core does not have the hardware multiply peripheral used by the
  #. G13 core, hence you cannot use G13 multipliy routines on G14 hardware.
  #: config/rl78/rl78.c:409
! #, fuzzy, gcc-internal-format
! #| msgid "-mmulticore can only be used with BF561"
  msgid "-mmul=g13 cannot be used with -mcpu=g14"
! msgstr "-mmulticore sÃ³lo se puede usar con BF561"
  
  #: config/rl78/rl78.c:804
! #, fuzzy, gcc-internal-format
! #| msgid "%qE attribute only applies to functions"
  msgid "naked attribute only applies to functions"
! msgstr "el atributo %qE se aplica solamente a funciones"
  
  #: config/rl78/rl78.c:828
! #, fuzzy, gcc-internal-format
! #| msgid "%qE attribute only applies to functions"
  msgid "%qE attribute doesn't apply to functions"
! msgstr "el atributo %qE se aplica solamente a funciones"
  
  #. This is unpredictable, as we're truncating off usable address
  #. bits.
  #: config/rl78/rl78.c:1170
! #, fuzzy, gcc-internal-format
! #| msgid "converting %<false%> to pointer type %qT"
  msgid "converting far pointer to near pointer"
! msgstr "se convierte %<false%> al tipo puntero %qT"
  
  #: config/rs6000/host-darwin.c:59
  #, gcc-internal-format
--- 29304,29378 ----
  msgstr "la alineaciÃ³n (%u) para %s excede la alineaciÃ³n mÃ¡xima para los datos comunes globales.  Se usarÃ¡ %u"
  
  #: config/riscv/riscv.c:333
! #, gcc-internal-format
  msgid "unknown cpu %qs for -mtune"
! msgstr "cpu %qs desconocida para -mtune"
  
  #: config/riscv/riscv.c:3765
  #, gcc-internal-format
  msgid "-mdiv requires -march to subsume the %<M%> extension"
! msgstr "-mdiv requiere -march para subsumir la extensiÃ³n %<M%>"
  
  #: config/riscv/riscv.c:3795
  #, gcc-internal-format
  msgid "requested ABI requires -march to subsume the %qc extension"
! msgstr "la ABI solicitada requiere -march para subsumir la extensiÃ³n %qc"
  
  #: config/riscv/riscv.c:3800
  #, gcc-internal-format, gfc-internal-format
  msgid "ABI requires -march=rv%d"
! msgstr "ABI requiere -march=rv%d"
  
  #. Address spaces are currently only supported by C.
  #: config/rl78/rl78.c:367
! #, gcc-internal-format
  msgid "-mes0 can only be used with C"
! msgstr "-mes0 solo se puede usar con C"
  
  #: config/rl78/rl78.c:370
  #, gcc-internal-format
  msgid "mduc registers only saved for G13 target"
! msgstr "los registros mduc solo se guardan para el objetivo G13"
  
  #: config/rl78/rl78.c:385
! #, gcc-internal-format
  msgid "-mmul=g13 cannot be used with -mcpu=g10"
! msgstr "-mmul=g13 no se puede usar con -mcpu=g10"
  
  #: config/rl78/rl78.c:386
! #, gcc-internal-format
  msgid "-mmul=g14 cannot be used with -mcpu=g10"
! msgstr "-mmul=g14 no se puede usar con -mcpu=g10"
  
  #. The S2 core does not have mul/div instructions.
  #: config/rl78/rl78.c:397
! #, gcc-internal-format
  msgid "-mmul=g14 cannot be used with -mcpu=g13"
! msgstr "-mmul=g14 no se puede usar con -mcpu=g13"
  
  #. The G14 core does not have the hardware multiply peripheral used by the
  #. G13 core, hence you cannot use G13 multipliy routines on G14 hardware.
  #: config/rl78/rl78.c:409
! #, gcc-internal-format
  msgid "-mmul=g13 cannot be used with -mcpu=g14"
! msgstr "-mmul=g13 no se puede usar con -mcpu=g14"
  
  #: config/rl78/rl78.c:804
! #, gcc-internal-format
  msgid "naked attribute only applies to functions"
! msgstr "atributo desnudo se aplica solamente a funciones"
  
  #: config/rl78/rl78.c:828
! #, gcc-internal-format
  msgid "%qE attribute doesn't apply to functions"
! msgstr "el atributo %qE no se aplica a funciones"
  
  #. This is unpredictable, as we're truncating off usable address
  #. bits.
  #: config/rl78/rl78.c:1170
! #, gcc-internal-format
  msgid "converting far pointer to near pointer"
! msgstr "se convierte puntero lejano a puntero cercano"
  
  #: config/rs6000/host-darwin.c:59
  #, gcc-internal-format
*************** msgstr "basura al final de #pragma longc
*** 29756,29834 ****
  #: config/rs6000/rs6000-c.c:5575
  #, gcc-internal-format
  msgid "vec_lvsl is deprecated for little endian; use assignment for unaligned loads and stores"
! msgstr ""
  
  #: config/rs6000/rs6000-c.c:5579
  #, gcc-internal-format
  msgid "vec_lvsr is deprecated for little endian; use assignment for unaligned loads and stores"
! msgstr ""
  
  #: config/rs6000/rs6000-c.c:5589
! #, fuzzy, gcc-internal-format
! #| msgid "vec_extract only accepts 2 arguments"
  msgid "vec_mul only accepts 2 arguments"
! msgstr "vec_extract sÃ³lo acepta 2 argumentos"
  
  #: config/rs6000/rs6000-c.c:5640
! #, fuzzy, gcc-internal-format
! #| msgid "vec_insert only accepts 3 arguments"
  msgid "vec_cmpne only accepts 2 arguments"
! msgstr "vec_insert sÃ³lo acepta 3 argumentos"
  
! #: config/rs6000/rs6000-c.c:5711
! #, fuzzy, gcc-internal-format
! #| msgid "vec_insert only accepts 3 arguments"
  msgid "vec_adde only accepts 3 arguments"
! msgstr "vec_insert sÃ³lo acepta 3 argumentos"
  
  #: config/rs6000/rs6000-c.c:5774
! #, fuzzy, gcc-internal-format
! #| msgid "vec_insert only accepts 3 arguments"
  msgid "vec_addec only accepts 3 arguments"
! msgstr "vec_insert sÃ³lo acepta 3 argumentos"
  
! #: config/rs6000/rs6000-c.c:5861
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%s sÃ³lo acepta %d argumentos"
  
! #: config/rs6000/rs6000-c.c:5866
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%s sÃ³lo acepta 1 argumento"
  
! #: config/rs6000/rs6000-c.c:5871
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%s sÃ³lo acepta 2 argumentos"
  
! #: config/rs6000/rs6000-c.c:5937
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr "vec_extract sÃ³lo acepta 2 argumentos"
  
! #: config/rs6000/rs6000-c.c:6106
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr "vec_insert sÃ³lo acepta 3 argumentos"
  
! #: config/rs6000/rs6000-c.c:6380
! #, fuzzy, gcc-internal-format
! #| msgid "passing arg %d of %qE discards qualifiers frompointer target type"
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "el paso del argumento %d de %qE descarta los calificadores del tipo del destino del puntero"
  
! #: config/rs6000/rs6000-c.c:6434
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "ifunc is not supported in this configuration"
  msgid "Builtin function %s not supported in this compiler configuration"
! msgstr "ifunc no se admite en esta configuraciÃ³n"
  
! #: config/rs6000/rs6000-c.c:6442
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "invalid parameter combination for AltiVec intrinsic"
  msgid "invalid parameter combination for AltiVec intrinsic %s"
! msgstr "combinaciÃ³n de parÃ¡metros no vÃ¡lida para el intrÃ­nseco AltiVec"
  
  #: config/rs6000/rs6000.c:3642
  #, gcc-internal-format
--- 29436,29507 ----
  #: config/rs6000/rs6000-c.c:5575
  #, gcc-internal-format
  msgid "vec_lvsl is deprecated for little endian; use assignment for unaligned loads and stores"
! msgstr "vec_lvsl estÃ¡ obsoleta para little endian; utilize asignaciÃ³n para cargas y almacenajes no alineados"
  
  #: config/rs6000/rs6000-c.c:5579
  #, gcc-internal-format
  msgid "vec_lvsr is deprecated for little endian; use assignment for unaligned loads and stores"
! msgstr "vec_lvsr estÃ¡ obsoleta para little endian; utilize asignaciÃ³n para cargas y almacenajes no alineados"
  
  #: config/rs6000/rs6000-c.c:5589
! #, gcc-internal-format
  msgid "vec_mul only accepts 2 arguments"
! msgstr "vec_mul sÃ³lo acepta 2 argumentos"
  
  #: config/rs6000/rs6000-c.c:5640
! #, gcc-internal-format
  msgid "vec_cmpne only accepts 2 arguments"
! msgstr "vec_cmpne sÃ³lo acepta 2 argumentos"
  
! #: config/rs6000/rs6000-c.c:5710
! #, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
! msgstr "vec_adde sÃ³lo acepta 3 argumentos"
  
  #: config/rs6000/rs6000-c.c:5774
! #, gcc-internal-format
  msgid "vec_addec only accepts 3 arguments"
! msgstr "vec_addec sÃ³lo acepta 3 argumentos"
  
! #: config/rs6000/rs6000-c.c:5862
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%s sÃ³lo acepta %d argumentos"
  
! #: config/rs6000/rs6000-c.c:5867
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%s sÃ³lo acepta 1 argumento"
  
! #: config/rs6000/rs6000-c.c:5872
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%s sÃ³lo acepta 2 argumentos"
  
! #: config/rs6000/rs6000-c.c:5938
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr "vec_extract sÃ³lo acepta 2 argumentos"
  
! #: config/rs6000/rs6000-c.c:6107
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr "vec_insert sÃ³lo acepta 3 argumentos"
  
! #: config/rs6000/rs6000-c.c:6381
! #, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "el paso del argumento %d de %qE descarta los calificadores del tipo del destino del puntero"
  
! #: config/rs6000/rs6000-c.c:6435
! #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
! msgstr "No se admite la funciÃ³n interna %s en esta configuraciÃ³n del compilador"
  
! #: config/rs6000/rs6000-c.c:6443
! #, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
! msgstr "combinaciÃ³n de parÃ¡metros no vÃ¡lida para el intrÃ­nseco AltiVec %s"
  
  #: config/rs6000/rs6000.c:3642
  #, gcc-internal-format
*************** msgstr "no se admite -malign-power para
*** 29858,29884 ****
  #: config/rs6000/rs6000.c:4021
  #, gcc-internal-format
  msgid "will not generate power9 instructions because assembler lacks power9 support"
! msgstr ""
  
  #: config/rs6000/rs6000.c:4030
  #, gcc-internal-format
  msgid "will not generate power8 instructions because assembler lacks power8 support"
! msgstr ""
  
  #: config/rs6000/rs6000.c:4039
  #, gcc-internal-format
  msgid "will not generate power7 instructions because assembler lacks power7 support"
! msgstr ""
  
  #: config/rs6000/rs6000.c:4048
  #, gcc-internal-format
  msgid "will not generate power6 instructions because assembler lacks power6 support"
! msgstr ""
  
  #: config/rs6000/rs6000.c:4057
  #, gcc-internal-format
  msgid "will not generate power5 instructions because assembler lacks power5 support"
! msgstr ""
  
  #: config/rs6000/rs6000.c:4145
  #, gcc-internal-format
--- 29531,29557 ----
  #: config/rs6000/rs6000.c:4021
  #, gcc-internal-format
  msgid "will not generate power9 instructions because assembler lacks power9 support"
! msgstr "no generarÃ¡ instrucciones power9 porque el ensamblador no las admite"
  
  #: config/rs6000/rs6000.c:4030
  #, gcc-internal-format
  msgid "will not generate power8 instructions because assembler lacks power8 support"
! msgstr "no generarÃ¡ instrucciones power8 porque el ensamblador no las admite"
  
  #: config/rs6000/rs6000.c:4039
  #, gcc-internal-format
  msgid "will not generate power7 instructions because assembler lacks power7 support"
! msgstr "no generarÃ¡ instrucciones power7 porque el ensamblador no las admite"
  
  #: config/rs6000/rs6000.c:4048
  #, gcc-internal-format
  msgid "will not generate power6 instructions because assembler lacks power6 support"
! msgstr "no generarÃ¡ instrucciones power6 porque el ensamblador no las admite"
  
  #: config/rs6000/rs6000.c:4057
  #, gcc-internal-format
  msgid "will not generate power5 instructions because assembler lacks power5 support"
! msgstr "no generarÃ¡ instrucciones power5 porque el ensamblador no las admite"
  
  #: config/rs6000/rs6000.c:4145
  #, gcc-internal-format
*************** msgid "not configured for SPE ABI"
*** 29886,29895 ****
  msgstr "no se configurÃ³ para ABI SPE"
  
  #: config/rs6000/rs6000.c:4150
! #, fuzzy, gcc-internal-format
! #| msgid "Do not use PowerPC instruction set"
  msgid "not configured for SPE instruction set"
! msgstr "No usa el conjunto de instrucciones PowerPC"
  
  #: config/rs6000/rs6000.c:4156
  #, gcc-internal-format
--- 29559,29567 ----
  msgstr "no se configurÃ³ para ABI SPE"
  
  #: config/rs6000/rs6000.c:4150
! #, gcc-internal-format
  msgid "not configured for SPE instruction set"
! msgstr "no configurado para el conjunto de instrucciones SPE"
  
  #: config/rs6000/rs6000.c:4156
  #, gcc-internal-format
*************** msgstr "no se admite -mstring en sistema
*** 29919,29995 ****
  #. Enforce that none of the ISA_3_0_MASKS_SERVER flags
  #. were explicitly cleared.
  #: config/rs6000/rs6000.c:4301 config/rs6000/rs6000.c:4312
! #, fuzzy, gcc-internal-format
! #| msgid "-mcmodel incompatible with other toc options"
  msgid "-mpower9-minmax incompatible with explicitly disabled options"
! msgstr "-mcmodel es incompatible con otras opciones toc"
  
  #: config/rs6000/rs6000.c:4304
  #, gcc-internal-format
  msgid "Power9 target option is incompatible with -mcpu=<xxx> for <xxx> less than power9"
! msgstr ""
  
  #: config/rs6000/rs6000.c:4336
! #, fuzzy, gcc-internal-format
! #| msgid "-mrecip requires -mfused-madd"
  msgid "-mcrypto requires -maltivec"
! msgstr "-mrecip requiere -mfused-madd"
  
  #: config/rs6000/rs6000.c:4343
! #, fuzzy, gcc-internal-format
! #| msgid "--resource requires -o"
  msgid "-mdirect-move requires -mvsx"
! msgstr "--resource requiere -o"
  
  #: config/rs6000/rs6000.c:4350
  #, gcc-internal-format
  msgid "-mpower8-vector requires -maltivec"
! msgstr ""
  
  #: config/rs6000/rs6000.c:4358
! #, fuzzy, gcc-internal-format
! #| msgid "--resource requires -o"
  msgid "-mpower8-vector requires -mvsx"
! msgstr "--resource requiere -o"
  
  #: config/rs6000/rs6000.c:4377
! #, fuzzy, gcc-internal-format
! #| msgid "--resource requires -o"
  msgid "-mvsx-timode requires -mvsx"
! msgstr "--resource requiere -o"
  
  #: config/rs6000/rs6000.c:4384
! #, fuzzy, gcc-internal-format
! #| msgid "-mrecip requires -mfused-madd"
  msgid "-mhard-dfp requires -mhard-float"
! msgstr "-mrecip requiere -mfused-madd"
  
  #: config/rs6000/rs6000.c:4437
! #, fuzzy, gcc-internal-format
! #| msgid "--resource requires -o"
  msgid "-mupper-regs-df requires -mvsx"
! msgstr "--resource requiere -o"
  
  #: config/rs6000/rs6000.c:4444
! #, fuzzy, gcc-internal-format
! #| msgid "--resource requires -o"
  msgid "-mupper-regs-di requires -mvsx"
! msgstr "--resource requiere -o"
  
  #: config/rs6000/rs6000.c:4451
  #, gcc-internal-format
  msgid "-mupper-regs-sf requires -mpower8-vector"
! msgstr ""
  
  #: config/rs6000/rs6000.c:4500
  #, gcc-internal-format
  msgid "-mpower8-fusion-sign requires -mpower8-fusion"
! msgstr ""
  
  #: config/rs6000/rs6000.c:4503
  #, gcc-internal-format
  msgid "-mtoc-fusion requires -mpower8-fusion"
! msgstr ""
  
  #. We prefer to not mention undocumented options in
  #. error messages.  However, if users have managed to select
--- 29591,29659 ----
  #. Enforce that none of the ISA_3_0_MASKS_SERVER flags
  #. were explicitly cleared.
  #: config/rs6000/rs6000.c:4301 config/rs6000/rs6000.c:4312
! #, gcc-internal-format
  msgid "-mpower9-minmax incompatible with explicitly disabled options"
! msgstr "-mpower9-minmax es incompatible con las opciones desactivadas explÃ­citamente"
  
  #: config/rs6000/rs6000.c:4304
  #, gcc-internal-format
  msgid "Power9 target option is incompatible with -mcpu=<xxx> for <xxx> less than power9"
! msgstr "la opciÃ³n del objetivo Power9 es incompatible con -mcpu=<xxx> para <xxx> menor que power9"
  
  #: config/rs6000/rs6000.c:4336
! #, gcc-internal-format
  msgid "-mcrypto requires -maltivec"
! msgstr "-mcrypto requiere -maltivec"
  
  #: config/rs6000/rs6000.c:4343
! #, gcc-internal-format
  msgid "-mdirect-move requires -mvsx"
! msgstr "-mdirect-move requiere -mvsx"
  
  #: config/rs6000/rs6000.c:4350
  #, gcc-internal-format
  msgid "-mpower8-vector requires -maltivec"
! msgstr "-mpower8-vector requiere -maltivec"
  
  #: config/rs6000/rs6000.c:4358
! #, gcc-internal-format
  msgid "-mpower8-vector requires -mvsx"
! msgstr "-mpower8-vector requiere -mvsx"
  
  #: config/rs6000/rs6000.c:4377
! #, gcc-internal-format
  msgid "-mvsx-timode requires -mvsx"
! msgstr "-mvsx-timode requiere -mvsx"
  
  #: config/rs6000/rs6000.c:4384
! #, gcc-internal-format
  msgid "-mhard-dfp requires -mhard-float"
! msgstr "-mhard-dfp requiere -mhard-float"
  
  #: config/rs6000/rs6000.c:4437
! #, gcc-internal-format
  msgid "-mupper-regs-df requires -mvsx"
! msgstr "-mupper-regs-df requiere -mvsx"
  
  #: config/rs6000/rs6000.c:4444
! #, gcc-internal-format
  msgid "-mupper-regs-di requires -mvsx"
! msgstr "-mupper-regs-di requiere -mvsx"
  
  #: config/rs6000/rs6000.c:4451
  #, gcc-internal-format
  msgid "-mupper-regs-sf requires -mpower8-vector"
! msgstr "-mupper-regs-sf requiere -mpower8-vector"
  
  #: config/rs6000/rs6000.c:4500
  #, gcc-internal-format
  msgid "-mpower8-fusion-sign requires -mpower8-fusion"
! msgstr "-mpower8-fusion-sign requiere -mpower8-fusion"
  
  #: config/rs6000/rs6000.c:4503
  #, gcc-internal-format
  msgid "-mtoc-fusion requires -mpower8-fusion"
! msgstr "-mtoc-fusion requiere -mpower8-fusion"
  
  #. We prefer to not mention undocumented options in
  #. error messages.  However, if users have managed to select
*************** msgstr ""
*** 29998,30029 ****
  #: config/rs6000/rs6000.c:4520
  #, gcc-internal-format
  msgid "-mpower9-fusion requires -mpower8-fusion"
! msgstr ""
  
  #: config/rs6000/rs6000.c:4573
  #, gcc-internal-format
  msgid "-mpower9-vector requires -mpower8-vector"
! msgstr ""
  
  #: config/rs6000/rs6000.c:4618
  #, gcc-internal-format
  msgid "-mpower9-dform requires -mpower9-vector"
! msgstr ""
  
  #: config/rs6000/rs6000.c:4647
  #, gcc-internal-format
  msgid "-mpower9-dform, -mpower9-dform-vector, -mpower9-dform-scalar require -mdirect-move"
! msgstr ""
  
  #: config/rs6000/rs6000.c:4670
  #, gcc-internal-format
  msgid "-mpower9-dform requires -mupper-regs-df"
! msgstr ""
  
  #: config/rs6000/rs6000.c:4677
  #, gcc-internal-format
  msgid "-mpower9-dform requires -mupper-regs-sf"
! msgstr ""
  
  #: config/rs6000/rs6000.c:4697
  #, gcc-internal-format
--- 29662,29693 ----
  #: config/rs6000/rs6000.c:4520
  #, gcc-internal-format
  msgid "-mpower9-fusion requires -mpower8-fusion"
! msgstr "-mpower9-fusion requiere -mpower8-fusion"
  
  #: config/rs6000/rs6000.c:4573
  #, gcc-internal-format
  msgid "-mpower9-vector requires -mpower8-vector"
! msgstr "-mpower9-vector requiere -mpower8-vector"
  
  #: config/rs6000/rs6000.c:4618
  #, gcc-internal-format
  msgid "-mpower9-dform requires -mpower9-vector"
! msgstr "-mpower9-dform requiere -mpower9-vector"
  
  #: config/rs6000/rs6000.c:4647
  #, gcc-internal-format
  msgid "-mpower9-dform, -mpower9-dform-vector, -mpower9-dform-scalar require -mdirect-move"
! msgstr "-mpower9-dform, -mpower9-dform-vector, -mpower9-dform-scalar requieren -mdirect-move"
  
  #: config/rs6000/rs6000.c:4670
  #, gcc-internal-format
  msgid "-mpower9-dform requires -mupper-regs-df"
! msgstr "-mpower9-dform requiere -mupper-regs-df"
  
  #: config/rs6000/rs6000.c:4677
  #, gcc-internal-format
  msgid "-mpower9-dform requires -mupper-regs-sf"
! msgstr "-mpower9-dform requiere -mupper-regs-sf"
  
  #: config/rs6000/rs6000.c:4697
  #, gcc-internal-format
*************** msgstr "Argumento %qs no vÃ¡lido para %<
*** 30935,31053 ****
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9812
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr "el tamaÃ±o total de las variables locales excede el lÃ­mite de la arquitectura"
  
! #: config/s390/s390.c:10926
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr "el tamaÃ±o de marco de la funciÃ³n %qs de %wd bytes excede el lÃ­mite de pila definido por el usuario de %d bytes.  Se agrega una trampa incondicional."
  
! #: config/s390/s390.c:10942
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr "el tamaÃ±o de marco de la funciÃ³n %qs de %wd bytes es mayor que la mitad del tamaÃ±o de la pila. La revisiÃ³n dinÃ¡mica no serÃ¡ confiable. No se emitirÃ¡ revisiÃ³n para esta funciÃ³n."
  
! #: config/s390/s390.c:10970
  #, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr "el tamaÃ±o de marco de %qs es de %wd bytes"
  
! #: config/s390/s390.c:10974
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr "%qs utiliza alojamiento dinÃ¡mico de pila"
  
! #: config/s390/s390.c:11352
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14498
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%<mwords-little-endian%> is deprecated and will be removed in a future release"
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr "%<mwords-little-endian%> es obsoleto y se eliminarÃ¡ en una versiÃ³n futura"
  
! #: config/s390/s390.c:14510
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%<mwords-little-endian%> is deprecated and will be removed in a future release"
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr "%<mwords-little-endian%> es obsoleto y se eliminarÃ¡ en una versiÃ³n futura"
  
! #: config/s390/s390.c:14522
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "no se admite el modo z/Architecture en %s"
  
! #: config/s390/s390.c:14525
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "no se admite la ABI de 64-bit en el modo ESA/390"
  
! #: config/s390/s390.c:14542
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "hardware decimal floating point instructions not available on %s"
  msgid "hardware vector support not available on %s"
  msgstr "las instrucciones de coma flotante decimal de hardware no estÃ¡n disponibles en %s"
  
! #: config/s390/s390.c:14545
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14573
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "las instrucciones de coma flotante decimal de hardware no estÃ¡n disponibles en %s"
  
! #: config/s390/s390.c:14577
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "las instrucciones de coma flotante decimal de hardware no estÃ¡n disponibles en el modo ESA/390"
  
! #: config/s390/s390.c:14589
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr "-mhard-dfp no se puede usar en conjunciÃ³n con -msoft-float"
  
! #: config/s390/s390.c:14597
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "no se admiten -mbackchain -mpacked-stack -mhard-float en combinaciÃ³n"
  
! #: config/s390/s390.c:14603
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr "el tamaÃ±o de la pila debe ser mayor que el valor de la guardia de pila"
  
! #: config/s390/s390.c:14605
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "el tamaÃ±o de la pila no debe ser mayor a 64k"
  
! #: config/s390/s390.c:14608
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr "-mstack-guard implica el uso de -mstack-size"
  
  #. argument is not a plain number
! #: config/s390/s390.c:14706
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qs should be a non-negative integer"
  msgid "arguments to %qs should be non-negative integers"
  msgstr "el argumento para %qs debe ser un entero no negativo"
  
! #: config/s390/s390.c:14713
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qE attribute larger than %d"
  msgid "argument to %qs is too large (max. %d)"
  msgstr "el argumento para el atributo %qE es mÃ¡s grande que %d"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:14921
  #, fuzzy, gcc-internal-format
  #| msgid "%<__int128%> is not supported by this target"
  msgid "value %qs is not supported by attribute %<target%>"
--- 30599,30717 ----
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9980
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr "el tamaÃ±o total de las variables locales excede el lÃ­mite de la arquitectura"
  
! #: config/s390/s390.c:11094
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr "el tamaÃ±o de marco de la funciÃ³n %qs de %wd bytes excede el lÃ­mite de pila definido por el usuario de %d bytes.  Se agrega una trampa incondicional."
  
! #: config/s390/s390.c:11110
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr "el tamaÃ±o de marco de la funciÃ³n %qs de %wd bytes es mayor que la mitad del tamaÃ±o de la pila. La revisiÃ³n dinÃ¡mica no serÃ¡ confiable. No se emitirÃ¡ revisiÃ³n para esta funciÃ³n."
  
! #: config/s390/s390.c:11138
  #, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr "el tamaÃ±o de marco de %qs es de %wd bytes"
  
! #: config/s390/s390.c:11142
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr "%qs utiliza alojamiento dinÃ¡mico de pila"
  
! #: config/s390/s390.c:11520
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14666
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%<mwords-little-endian%> is deprecated and will be removed in a future release"
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr "%<mwords-little-endian%> es obsoleto y se eliminarÃ¡ en una versiÃ³n futura"
  
! #: config/s390/s390.c:14678
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%<mwords-little-endian%> is deprecated and will be removed in a future release"
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr "%<mwords-little-endian%> es obsoleto y se eliminarÃ¡ en una versiÃ³n futura"
  
! #: config/s390/s390.c:14690
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "no se admite el modo z/Architecture en %s"
  
! #: config/s390/s390.c:14693
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "no se admite la ABI de 64-bit en el modo ESA/390"
  
! #: config/s390/s390.c:14710
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "hardware decimal floating point instructions not available on %s"
  msgid "hardware vector support not available on %s"
  msgstr "las instrucciones de coma flotante decimal de hardware no estÃ¡n disponibles en %s"
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14741
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "las instrucciones de coma flotante decimal de hardware no estÃ¡n disponibles en %s"
  
! #: config/s390/s390.c:14745
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "las instrucciones de coma flotante decimal de hardware no estÃ¡n disponibles en el modo ESA/390"
  
! #: config/s390/s390.c:14757
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr "-mhard-dfp no se puede usar en conjunciÃ³n con -msoft-float"
  
! #: config/s390/s390.c:14765
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "no se admiten -mbackchain -mpacked-stack -mhard-float en combinaciÃ³n"
  
! #: config/s390/s390.c:14771
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr "el tamaÃ±o de la pila debe ser mayor que el valor de la guardia de pila"
  
! #: config/s390/s390.c:14773
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "el tamaÃ±o de la pila no debe ser mayor a 64k"
  
! #: config/s390/s390.c:14776
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr "-mstack-guard implica el uso de -mstack-size"
  
  #. argument is not a plain number
! #: config/s390/s390.c:14874
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qs should be a non-negative integer"
  msgid "arguments to %qs should be non-negative integers"
  msgstr "el argumento para %qs debe ser un entero no negativo"
  
! #: config/s390/s390.c:14881
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qE attribute larger than %d"
  msgid "argument to %qs is too large (max. %d)"
  msgstr "el argumento para el atributo %qE es mÃ¡s grande que %d"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:15089
  #, fuzzy, gcc-internal-format
  #| msgid "%<__int128%> is not supported by this target"
  msgid "value %qs is not supported by attribute %<target%>"
diff -Nrcpad gcc-7.1.0/gcc/po/fi.gmo gcc-7.2.0/gcc/po/fi.gmo
*** gcc-7.1.0/gcc/po/fi.gmo	Tue May  2 14:16:36 2017
--- gcc-7.2.0/gcc/po/fi.gmo	Mon Aug 14 08:30:39 2017
*************** warranty; not even for MERCHANTABILITY o
*** 149,155 ****
  library lib%s not foundlocal declaration of %qE hides instance variablelocal variable %qD may not appear in this contextlower value in case label range less than minimum value for typelvalue required as left operand of assignmentmacro name missing after %qsmalformed #pragma GCC visibility pushmalformed #pragma builtinmalformed #pragma redefine_extname, ignoredmalformed #pragma weak, ignoredmalformed %<#pragma %s%>, ignoredmalformed %<#pragma message%>, ignoredmalformed %<#pragma pack%> - ignoredmalformed %<#pragma pack(pop[, id])%> - ignoredmalformed %<#pragma pack(push[, id][, <n>])%> - ignoredmalformed '#pragma ms_struct {on|off|reset}', ignoringmalformed '#pragma ms_struct', ignoringmalformed '#pragma options', ignoringmalformed COLLECT_GCC_OPTIONSmaximum value of parameter %qs is %umay not use both -m32 and -m64member %qD is uninitialized referencemethod definition for %<%c%E%> not foundminimum value of parameter %qs is %umismatched argumentsmissing $ operand number in formatmissing %<(%> after %<#pragma GCC visibility push%> - ignoredmissing %<(%> after %<#pragma pack%> - ignoredmissing '(' after '#pragma unused', ignoringmissing ')' after '#pragma unused', ignoringmissing braces around initializermissing definitionmissing filename after %qsmissing fill character at end of strfmon formatmissing increment expressionmissing initializer for member %qDmissing makefile target after %qsmissing operandmissing path after %qsmissing sentinel in function callmissing terminating %c charactermissing type-name in typedef-declarationmode %qs applied to inappropriate typemultidimensional array must have bounds for all dimensions except the firstmultiple default labels in one switchmultiple fields in union %qT initializedmultiple methods named %<%c%E%> foundmultiple parameters named %qDmultiple storage classes in declaration of %qsmultiple storage classes in declaration specifiersmultiple types in one declarationmust #include <typeinfo> before using typeidname %qT has incomplete typename missing for member functionnamed return values are no longer supportednarrowing conversion of %qE from %qT to %qT inside { }negative insn lengthnegative integer implicitly converted to unsigned typenegative width in bit-field %q+Dnegative width in bit-field %qsnested assembly dialect alternativesnested extern declaration of %qDnested function %q+D declared but never definednested function %qs declared %<extern%>nested redefinition of %<enum %E%>nested redefinition of %<struct %E%>nested redefinition of %<union %E%>new types may not be defined in a return typeno %<%c%E%> method foundno argumentsno class name specified with %qsno closing %<]%> for %<%%[%> formatno data type for mode %qsno field %qD found in union being initializedno input filesno matching push for %<#pragma GCC visibility pop%>no previous declaration for %qDno previous prototype for %qDno processor type specified for linkingno return statement in function returning non-voidno semicolon at end of struct or unionnon-const integer argument %u in call to function %qEnon-constant condition for static assertionnon-constant initialization expression at %Lnon-deleted function %q+Dnon-floating-point argument in call to function %qEnon-floating-point arguments in call to function %qEnon-lvalue array in conditional expressionnon-static data member %qE declared %<constexpr%>non-static declaration of %q+D follows static declarationnon-static initialization of a flexible array membernon-thread-local declaration of %q#D follows thread-local declarationnonconstant array index in initializernonlocal label nonnull argument has invalid operand number (argument %lu)nonnull argument references non-pointer operand (argument %lu, operand %lu)nonnull argument with out-of-range operand number (argument %lu, operand %lu)nonnull attribute without arguments on a non-prototypenot configured with sysroot headers suffixnot enough argumentsnotenote: null argument where non-null required (argument %lu)null pointernumber of arguments doesn%'t match built-in prototypenumber of arguments doesn%'t match prototypenumber of components of the vector not a power of twoobject type %qT does not match destructor name ~%qTold-style function definitionold-style parameter declarations in prototyped function definitionopaque vector types cannot be initializedopening LTRANS output list %s: %mopening dependency file %s: %mopening output file %s: %moperand number out of range in formatoperand number specified for format taking no argumentoperand number specified with suppressed assignmentoperands to ?: have different types %qT and %qToperation on %qE may be undefinedoptional argumentoptions enabled: options passed: ordered comparison of pointer with integer zerooriginally defined hereother match is hereoutput file not specifiedoutput filename specified twiceoverflow in array dimensionoverflow in constant expressionoverflow in enumeration valuesoverflow in implicit constant conversionpacked attribute causes inefficient alignmentpacked attribute causes inefficient alignment for %qEpacked attribute is unnecessarypacked attribute is unnecessary for %q+Dpacked attribute is unnecessary for %qEparameter %P has incomplete type %qTparameter %P of %qD has incomplete type %qTparameter %q+D declared %<inline%>parameter %q+D has just a forward declarationparameter %qD declared with void typeparameter %qD has incomplete typeparameter %qD invalidly declared method typeparameter %qD is initializedparameter %u (%q+D) has incomplete typeparameter %u (%q+D) has void typeparameter %u has incomplete typeparameter %u has void typeparameter declared %<auto%>parameter name missing from parameter listparameter name omittedparameter names (without types) in function declarationparse error in template argument listpassing NULL to non-pointer argument %P of %qDpassing argument %d of %qE as %<float%> rather than %<double%> due to prototypepassing argument %d of %qE as complex rather than floating due to prototypepassing argument %d of %qE as complex rather than integer due to prototypepassing argument %d of %qE as floating rather than complex due to prototypepassing argument %d of %qE as floating rather than integer due to prototypepassing argument %d of %qE as integer rather than complex due to prototypepassing argument %d of %qE as integer rather than floating due to prototypepassing argument %d of %qE as signed due to prototypepassing argument %d of %qE as unsigned due to prototypepassing argument %d of %qE from distinct Objective-C typepassing argument %d of %qE from incompatible pointer typepassing argument %d of %qE makes integer from pointer without a castpassing argument %d of %qE makes pointer from integer without a castpassing argument %d of %qE with different width due to prototypepch_preprocess pragma should only be used with -fpreprocessedpointer argumentpointer of type %<void *%> used in arithmeticpointer of type %<void *%> used in subtractionpointer to a function used in arithmeticpointer to a function used in subtractionpointer type mismatch in conditional expressionpointer/integer type mismatch in conditional expressionpointers are not permitted as case valuesprecisionprecision in printf formatprevious declarationprevious declaration of %<%c%s%>previous declaration of %q+Dprevious declaration of %q+D was hereprevious declaration of %qEprevious definition hereprevious definition of %q+D was hereprevious implicit declaration of %q+D was herepreviously declared herepreviously defined herepreviously used hereprofiler support for CR16profiler support for VxWorksprograms: %s
  promoted argument %qD doesn%'t match built-in prototypepromoted argument %qD doesn%'t match prototypeprotocol %qE has circular dependencyprototype declarationprototype for %q#D does not match any in class %qTprototype for %q+D declares argument %d with incompatible typeprototype for %q+D declares fewer arguments than previous old-style definitionprototype for %q+D declares more arguments than previous old-style definitionpure-specifier on function-definitionrange expressions in switch statements are non-standardread-only location %qE used as %<asm%> outputreading through null pointer (argument %d)recursive type %qT undefinedredeclaration of %<enum %E%>redeclaration of %q+D with different visibility (old visibility preserved)redeclaration of C++ built-in type %qTredeclaration of enumerator %q+Dredefinition of %<struct %E%>redefinition of %<union %E%>redefinition of %q#Tredefinition of %q+Dredefinition of parameter %q+Dredefinition of typedef %q+Dregister variable %qD used in nested functionreinterpret_cast from type %qT to type %qT casts away qualifiersrepeated %s in formatrequest for member %qE in something not a structure or unionrequested alignment is too largerequested position is less than zerorequested position is not an integer constantreturn from incompatible pointer typereturn makes integer from pointer without a castreturn makes pointer from integer without a castreturn type %q#T is incompletereturn type defaults to %<int%>return type is an incomplete typereturn type of %qD is not %<int%>return-statement with a value, in function returning 'void'return-statement with no value, in function returning %qTreturning a value from a constructorreturning a value from a destructorright precisionright precision in strfmon formatright rotate count is negativeright shift count >= width of typeright shift count is negativescalar object %qD requires one element in initializersecond argument of %q+D should be %<char **%>second argument to %<__builtin_prefetch%> must be a constantsecond parameter of %<va_start%> not last named argumentshadowed declaration is heresize of array %qD has non-integral type %qTsize of array %qD is negativesize of array %qD is not an integral constant-expressionsize of array %qE has non-integer typesize of array %qE is negativesize of array %qE is too largesize of array has non-integral type %qTsize of array is negativesize of array is not an integral constant-expressionsize of array is too largesize of unnamed array has non-integer typesize of unnamed array is negativesize of unnamed array is too largesize of variable %q+D is too largesizeof(long double) is 12.sizeof(long double) is 16.source is not a pointerspecified mode too small for enumeral valuesspurious trailing %<%%%> in formatstack frame not a multiple of 8 bytes: %wdstack frame not a multiple of octabyte: %wdstatement with no effectstatic assertion failed: %sstatic declaration of %q+D follows non-static declarationstatic member function %q#D declared with type qualifiersstatic or type qualifiers in non-parameter array declaratorstatic_cast from type %qT to type %qT casts away qualifiersstdcall and cdecl attributes are not compatiblestdcall and fastcall attributes are not compatiblestorage class %<__thread%> invalid for function %qsstorage class %<auto%> invalid for function %qsstorage class %<register%> invalid for function %qsstorage class specified for %qsstorage class specified for parameter %qEstorage class specified for parameter %qsstorage class specified for structure fieldstorage class specified for structure field %qEstorage class specified for template parameter %qsstorage class specified for typenamestorage class specified for unnamed parameterstorage class specifiers invalid in parameter declarationsstorage size of %q+D isn%'t constantstorage size of %q+D isn%'t knownstorage size of %qD isn%'t constantstorage size of %qD isn%'t knownstray %<,%> at end of member declarationstray %<@%> in programstray %<\%o%> in programstray %qc in programstray %qs in programstrftime formats cannot format argumentsstring length %qd is greater than the length %qd ISO C%d compilers are required to supportstruct defined herestruct has no membersstruct has no named memberssubscripted value is neither array nor pointersubscripted value is pointer to functionsuggest braces around empty body in %<do%> statementsuggest braces around empty body in an %<else%> statementsuggest braces around empty body in an %<if%> statementsuggest explicit braces to avoid ambiguous %<else%>suggest parentheses around %<&&%> within %<||%>suggest parentheses around %<+%> in operand of %<&%>suggest parentheses around %<+%> inside %<<<%>suggest parentheses around %<+%> inside %<>>%>suggest parentheses around %<-%> in operand of %<&%>suggest parentheses around %<-%> inside %<<<%>suggest parentheses around %<-%> inside %<>>%>suggest parentheses around %<>>%> expressionsuggest parentheses around arithmetic in operand of %<^%>suggest parentheses around arithmetic in operand of %<|%>suggest parentheses around assignment used as truth valuesuggest parentheses around comparison in operand of %<!=%>suggest parentheses around comparison in operand of %<&%>suggest parentheses around comparison in operand of %<==%>suggest parentheses around comparison in operand of %<^%>suggest parentheses around comparison in operand of %<|%>suggested alternative:suggested alternatives:switch %qs is no longer supportedswitch jumps over variable initializationswitch missing default caseswitch starts heresymtab_node::verify failedtaking address of constructor %qEtaking address of destructor %qEtaking address of temporarytaking the address of a label is non-standardtarget argumenttarget format does not support infinitytemplate argument for %qD uses local type %qTtemplate with C linkagetemplates may not be %<virtual%>the ' ' printf flagthe '!' strfmon flagthe '#' printf flagthe '#' strftime flagthe ''' printf flagthe ''' scanf flagthe '(' strfmon flagthe '+' printf flagthe '+' strfmon flagthe '-' printf flagthe '-' strfmon flagthe '-' strftime flagthe '0' printf flagthe '0' strftime flagthe 'E' strftime modifierthe 'I' printf flagthe 'I' scanf flagthe 'O' modifierthe 'O' strftime modifierthe '^' strfmon flagthe '^' strftime flagthe '_' strftime flagthe 'a' scanf flagthe 'm' scanf flagthe 'q' diagnostic flagthe address of %qD will always evaluate as %<true%>the address of %qD will never be NULLthe first parameter of %<operator new%> cannot have a default argumentthird argument of %q+D should probably be %<char **%>third argument to %<__builtin_prefetch%> must be a constantthis decimal constant is unsigned only in ISO C90this decimal constant would be unsigned in ISO C90this is the first default labelthis is the first entry overlapping that valuethis is the insn:thread-local declaration of %q#D follows non-thread-local declarationtls_model argument must be one of "local-exec", "initial-exec", "local-dynamic" or "global-dynamic"tls_model argument not a stringto generate dependencies you must specify either -M or -MMtoo few arguments to %%:compare-debug-auxbase-opttoo few arguments to %%:version-comparetoo few arguments to constructor %q#Dtoo few arguments to functiontoo few arguments to function %<va_start%>too few arguments to function %q#Dtoo few arguments to function %qEtoo few arguments to member function %q#Dtoo few arguments to method %q#Dtoo late for # directive to set debug directorytoo many argumentstoo many arguments for formattoo many arguments to %%:compare-debug-auxbase-opttoo many arguments to %%:compare-debug-dump-opttoo many arguments to %%:compare-debug-self-opttoo many arguments to %%:version-comparetoo many arguments to constructor %q#Dtoo many arguments to functiontoo many arguments to function %q#Dtoo many arguments to function %qEtoo many arguments to member function %q#Dtoo many arguments to method %q#Dtoo many arguments to method %qEtoo many braces around initializer for %qTtoo many filenames given.  Type %s --help for usagetoo many initializers for %qTtoo many input filestotal size of local objects too largetraditional C lacks a separate namespace for labels, identifier %qE conflictstraditional C rejects ISO C style function definitionstraditional C rejects automatic aggregate initializationtraditional C rejects string constant concatenationtraditional C rejects the unary plus operatortwo or more data types in declaration specifierstype %qE has a user-defined constructortype %qE has a user-defined destructortype %qE has virtual member functionstype %qT does not have a known sizetype %qT is not a base type for type %qTtype defaults to %<int%> in declaration of %qEtype defaults to %<int%> in type nametype is deprecatedtype is deprecated: %stype mismatch in array range referencetype mismatch in array referencetype mismatch in component referencetype mismatch in conditional expressiontype mismatch in real/imagpart referencetype name declared as function returning a functiontype name declared as function returning an arraytype of %qD defaults to %<int%>type of %qD does not match original declarationtype of bit-field %qs is a GCC extensiontype of formal parameter %d is incompletetype qualifiers ignored on function return typetypedef %qD is initialized (use __typeof__ instead)types are not quite compatibleunable to open dynamic dependency '%s'unable to open fileunexpected offsetuninitialized const %qDuninitialized const %qD is invalid in C++union cannot be made transparentunion defined hereunion has no membersunion has no named membersunknown action %qE for %<#pragma pack%> - ignoredunknown cc_attr valueunknown conversion type character %qc in formatunknown destunknown move insn:unknown srcunnamed field has incomplete typeunnamed struct/union that defines no instancesunnamed variable or field declared voidunrecognizable insn:unrecognized addressunrecognized command line option %<-fdump-%s%>unrecognized command line option %<-fopt-info-%s%>unrecognized command line option %qsunrecognized format specifierunrecognized gcc debugging option: %cunrecognized register name %qsunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatunused variable %q+Dupper value in case label range exceeds maximum value for typeuse #include insteaduse -Winvalid-pch for more informationuse __attribute__ ((vector_size)) insteaduse of %s and %s together in %s formatuse of old-style castused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requireduseless cast to type %qTuseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationusing %<%c%s%>using invalid field %qDvalue argumentvalue computed is not usedvariable %q#D has initializer but incomplete typevariable %q+D declared %<inline%>variable %qD has function typevariable %qD has initializer but incomplete typevariable %qD redeclared as functionvariable length array is usedvariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable-sized compound literalvariable-sized object may not be initializedvector overflow in expressionverify_flow_info failedverify_flow_info: Block %i lacks loop_fatherverify_flow_info: Wrong count of block %i %iverify_gimple failedverify_histograms failedversion attribute is not a stringvirtual non-class function %qsvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvoid value not ignored as it ought to bevtable for waitpid failedwarning: weakref attribute must appear before alias attributeweakref is not supported in this configurationwhen writing output to %s: %mwide character array initialized from incompatible wide stringwide character array initialized from non-wide stringwidth of %qs exceeds its typewill be assumed to return %<id%> and acceptwriting into constant object (argument %d)writing through null pointer (argument %d)writing to LTRANS output list %s: %mwrong number of arguments to function %<__builtin_next_arg%>wrong number of arguments to function %<va_start%>wrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusxstormy16_print_operand: unknown codezero as null pointer constantzero or negative size array %q+Dzero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qD{anonymous}{unknown}Project-Id-Version: gcc 6.1-b20160131
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-04-24 20:38+0000
  PO-Revision-Date: 2016-02-06 01:01+0200
  Last-Translator: Lauri Nurmi <lanurmi@iki.fi>
  Language-Team: Finnish <translation-team-fi@lists.sourceforge.net>
--- 149,155 ----
  library lib%s not foundlocal declaration of %qE hides instance variablelocal variable %qD may not appear in this contextlower value in case label range less than minimum value for typelvalue required as left operand of assignmentmacro name missing after %qsmalformed #pragma GCC visibility pushmalformed #pragma builtinmalformed #pragma redefine_extname, ignoredmalformed #pragma weak, ignoredmalformed %<#pragma %s%>, ignoredmalformed %<#pragma message%>, ignoredmalformed %<#pragma pack%> - ignoredmalformed %<#pragma pack(pop[, id])%> - ignoredmalformed %<#pragma pack(push[, id][, <n>])%> - ignoredmalformed '#pragma ms_struct {on|off|reset}', ignoringmalformed '#pragma ms_struct', ignoringmalformed '#pragma options', ignoringmalformed COLLECT_GCC_OPTIONSmaximum value of parameter %qs is %umay not use both -m32 and -m64member %qD is uninitialized referencemethod definition for %<%c%E%> not foundminimum value of parameter %qs is %umismatched argumentsmissing $ operand number in formatmissing %<(%> after %<#pragma GCC visibility push%> - ignoredmissing %<(%> after %<#pragma pack%> - ignoredmissing '(' after '#pragma unused', ignoringmissing ')' after '#pragma unused', ignoringmissing braces around initializermissing definitionmissing filename after %qsmissing fill character at end of strfmon formatmissing increment expressionmissing initializer for member %qDmissing makefile target after %qsmissing operandmissing path after %qsmissing sentinel in function callmissing terminating %c charactermissing type-name in typedef-declarationmode %qs applied to inappropriate typemultidimensional array must have bounds for all dimensions except the firstmultiple default labels in one switchmultiple fields in union %qT initializedmultiple methods named %<%c%E%> foundmultiple parameters named %qDmultiple storage classes in declaration of %qsmultiple storage classes in declaration specifiersmultiple types in one declarationmust #include <typeinfo> before using typeidname %qT has incomplete typename missing for member functionnamed return values are no longer supportednarrowing conversion of %qE from %qT to %qT inside { }negative insn lengthnegative integer implicitly converted to unsigned typenegative width in bit-field %q+Dnegative width in bit-field %qsnested assembly dialect alternativesnested extern declaration of %qDnested function %q+D declared but never definednested function %qs declared %<extern%>nested redefinition of %<enum %E%>nested redefinition of %<struct %E%>nested redefinition of %<union %E%>new types may not be defined in a return typeno %<%c%E%> method foundno argumentsno class name specified with %qsno closing %<]%> for %<%%[%> formatno data type for mode %qsno field %qD found in union being initializedno input filesno matching push for %<#pragma GCC visibility pop%>no previous declaration for %qDno previous prototype for %qDno processor type specified for linkingno return statement in function returning non-voidno semicolon at end of struct or unionnon-const integer argument %u in call to function %qEnon-constant condition for static assertionnon-constant initialization expression at %Lnon-deleted function %q+Dnon-floating-point argument in call to function %qEnon-floating-point arguments in call to function %qEnon-lvalue array in conditional expressionnon-static data member %qE declared %<constexpr%>non-static declaration of %q+D follows static declarationnon-static initialization of a flexible array membernon-thread-local declaration of %q#D follows thread-local declarationnonconstant array index in initializernonlocal label nonnull argument has invalid operand number (argument %lu)nonnull argument references non-pointer operand (argument %lu, operand %lu)nonnull argument with out-of-range operand number (argument %lu, operand %lu)nonnull attribute without arguments on a non-prototypenot configured with sysroot headers suffixnot enough argumentsnotenote: null argument where non-null required (argument %lu)null pointernumber of arguments doesn%'t match built-in prototypenumber of arguments doesn%'t match prototypenumber of components of the vector not a power of twoobject type %qT does not match destructor name ~%qTold-style function definitionold-style parameter declarations in prototyped function definitionopaque vector types cannot be initializedopening LTRANS output list %s: %mopening dependency file %s: %mopening output file %s: %moperand number out of range in formatoperand number specified for format taking no argumentoperand number specified with suppressed assignmentoperands to ?: have different types %qT and %qToperation on %qE may be undefinedoptional argumentoptions enabled: options passed: ordered comparison of pointer with integer zerooriginally defined hereother match is hereoutput file not specifiedoutput filename specified twiceoverflow in array dimensionoverflow in constant expressionoverflow in enumeration valuesoverflow in implicit constant conversionpacked attribute causes inefficient alignmentpacked attribute causes inefficient alignment for %qEpacked attribute is unnecessarypacked attribute is unnecessary for %q+Dpacked attribute is unnecessary for %qEparameter %P has incomplete type %qTparameter %P of %qD has incomplete type %qTparameter %q+D declared %<inline%>parameter %q+D has just a forward declarationparameter %qD declared with void typeparameter %qD has incomplete typeparameter %qD invalidly declared method typeparameter %qD is initializedparameter %u (%q+D) has incomplete typeparameter %u (%q+D) has void typeparameter %u has incomplete typeparameter %u has void typeparameter declared %<auto%>parameter name missing from parameter listparameter name omittedparameter names (without types) in function declarationparse error in template argument listpassing NULL to non-pointer argument %P of %qDpassing argument %d of %qE as %<float%> rather than %<double%> due to prototypepassing argument %d of %qE as complex rather than floating due to prototypepassing argument %d of %qE as complex rather than integer due to prototypepassing argument %d of %qE as floating rather than complex due to prototypepassing argument %d of %qE as floating rather than integer due to prototypepassing argument %d of %qE as integer rather than complex due to prototypepassing argument %d of %qE as integer rather than floating due to prototypepassing argument %d of %qE as signed due to prototypepassing argument %d of %qE as unsigned due to prototypepassing argument %d of %qE from distinct Objective-C typepassing argument %d of %qE from incompatible pointer typepassing argument %d of %qE makes integer from pointer without a castpassing argument %d of %qE makes pointer from integer without a castpassing argument %d of %qE with different width due to prototypepch_preprocess pragma should only be used with -fpreprocessedpointer argumentpointer of type %<void *%> used in arithmeticpointer of type %<void *%> used in subtractionpointer to a function used in arithmeticpointer to a function used in subtractionpointer type mismatch in conditional expressionpointer/integer type mismatch in conditional expressionpointers are not permitted as case valuesprecisionprecision in printf formatprevious declarationprevious declaration of %<%c%s%>previous declaration of %q+Dprevious declaration of %q+D was hereprevious declaration of %qEprevious definition hereprevious definition of %q+D was hereprevious implicit declaration of %q+D was herepreviously declared herepreviously defined herepreviously used hereprofiler support for CR16profiler support for VxWorksprograms: %s
  promoted argument %qD doesn%'t match built-in prototypepromoted argument %qD doesn%'t match prototypeprotocol %qE has circular dependencyprototype declarationprototype for %q#D does not match any in class %qTprototype for %q+D declares argument %d with incompatible typeprototype for %q+D declares fewer arguments than previous old-style definitionprototype for %q+D declares more arguments than previous old-style definitionpure-specifier on function-definitionrange expressions in switch statements are non-standardread-only location %qE used as %<asm%> outputreading through null pointer (argument %d)recursive type %qT undefinedredeclaration of %<enum %E%>redeclaration of %q+D with different visibility (old visibility preserved)redeclaration of C++ built-in type %qTredeclaration of enumerator %q+Dredefinition of %<struct %E%>redefinition of %<union %E%>redefinition of %q#Tredefinition of %q+Dredefinition of parameter %q+Dredefinition of typedef %q+Dregister variable %qD used in nested functionreinterpret_cast from type %qT to type %qT casts away qualifiersrepeated %s in formatrequest for member %qE in something not a structure or unionrequested alignment is too largerequested position is less than zerorequested position is not an integer constantreturn from incompatible pointer typereturn makes integer from pointer without a castreturn makes pointer from integer without a castreturn type %q#T is incompletereturn type defaults to %<int%>return type is an incomplete typereturn type of %qD is not %<int%>return-statement with a value, in function returning 'void'return-statement with no value, in function returning %qTreturning a value from a constructorreturning a value from a destructorright precisionright precision in strfmon formatright rotate count is negativeright shift count >= width of typeright shift count is negativescalar object %qD requires one element in initializersecond argument of %q+D should be %<char **%>second argument to %<__builtin_prefetch%> must be a constantsecond parameter of %<va_start%> not last named argumentshadowed declaration is heresize of array %qD has non-integral type %qTsize of array %qD is negativesize of array %qD is not an integral constant-expressionsize of array %qE has non-integer typesize of array %qE is negativesize of array %qE is too largesize of array has non-integral type %qTsize of array is negativesize of array is not an integral constant-expressionsize of array is too largesize of unnamed array has non-integer typesize of unnamed array is negativesize of unnamed array is too largesize of variable %q+D is too largesizeof(long double) is 12.sizeof(long double) is 16.source is not a pointerspecified mode too small for enumeral valuesspurious trailing %<%%%> in formatstack frame not a multiple of 8 bytes: %wdstack frame not a multiple of octabyte: %wdstatement with no effectstatic assertion failed: %sstatic declaration of %q+D follows non-static declarationstatic member function %q#D declared with type qualifiersstatic or type qualifiers in non-parameter array declaratorstatic_cast from type %qT to type %qT casts away qualifiersstdcall and cdecl attributes are not compatiblestdcall and fastcall attributes are not compatiblestorage class %<__thread%> invalid for function %qsstorage class %<auto%> invalid for function %qsstorage class %<register%> invalid for function %qsstorage class specified for %qsstorage class specified for parameter %qEstorage class specified for parameter %qsstorage class specified for structure fieldstorage class specified for structure field %qEstorage class specified for template parameter %qsstorage class specified for typenamestorage class specified for unnamed parameterstorage class specifiers invalid in parameter declarationsstorage size of %q+D isn%'t constantstorage size of %q+D isn%'t knownstorage size of %qD isn%'t constantstorage size of %qD isn%'t knownstray %<,%> at end of member declarationstray %<@%> in programstray %<\%o%> in programstray %qc in programstray %qs in programstrftime formats cannot format argumentsstring length %qd is greater than the length %qd ISO C%d compilers are required to supportstruct defined herestruct has no membersstruct has no named memberssubscripted value is neither array nor pointersubscripted value is pointer to functionsuggest braces around empty body in %<do%> statementsuggest braces around empty body in an %<else%> statementsuggest braces around empty body in an %<if%> statementsuggest explicit braces to avoid ambiguous %<else%>suggest parentheses around %<&&%> within %<||%>suggest parentheses around %<+%> in operand of %<&%>suggest parentheses around %<+%> inside %<<<%>suggest parentheses around %<+%> inside %<>>%>suggest parentheses around %<-%> in operand of %<&%>suggest parentheses around %<-%> inside %<<<%>suggest parentheses around %<-%> inside %<>>%>suggest parentheses around %<>>%> expressionsuggest parentheses around arithmetic in operand of %<^%>suggest parentheses around arithmetic in operand of %<|%>suggest parentheses around assignment used as truth valuesuggest parentheses around comparison in operand of %<!=%>suggest parentheses around comparison in operand of %<&%>suggest parentheses around comparison in operand of %<==%>suggest parentheses around comparison in operand of %<^%>suggest parentheses around comparison in operand of %<|%>suggested alternative:suggested alternatives:switch %qs is no longer supportedswitch jumps over variable initializationswitch missing default caseswitch starts heresymtab_node::verify failedtaking address of constructor %qEtaking address of destructor %qEtaking address of temporarytaking the address of a label is non-standardtarget argumenttarget format does not support infinitytemplate argument for %qD uses local type %qTtemplate with C linkagetemplates may not be %<virtual%>the ' ' printf flagthe '!' strfmon flagthe '#' printf flagthe '#' strftime flagthe ''' printf flagthe ''' scanf flagthe '(' strfmon flagthe '+' printf flagthe '+' strfmon flagthe '-' printf flagthe '-' strfmon flagthe '-' strftime flagthe '0' printf flagthe '0' strftime flagthe 'E' strftime modifierthe 'I' printf flagthe 'I' scanf flagthe 'O' modifierthe 'O' strftime modifierthe '^' strfmon flagthe '^' strftime flagthe '_' strftime flagthe 'a' scanf flagthe 'm' scanf flagthe 'q' diagnostic flagthe address of %qD will always evaluate as %<true%>the address of %qD will never be NULLthe first parameter of %<operator new%> cannot have a default argumentthird argument of %q+D should probably be %<char **%>third argument to %<__builtin_prefetch%> must be a constantthis decimal constant is unsigned only in ISO C90this decimal constant would be unsigned in ISO C90this is the first default labelthis is the first entry overlapping that valuethis is the insn:thread-local declaration of %q#D follows non-thread-local declarationtls_model argument must be one of "local-exec", "initial-exec", "local-dynamic" or "global-dynamic"tls_model argument not a stringto generate dependencies you must specify either -M or -MMtoo few arguments to %%:compare-debug-auxbase-opttoo few arguments to %%:version-comparetoo few arguments to constructor %q#Dtoo few arguments to functiontoo few arguments to function %<va_start%>too few arguments to function %q#Dtoo few arguments to function %qEtoo few arguments to member function %q#Dtoo few arguments to method %q#Dtoo late for # directive to set debug directorytoo many argumentstoo many arguments for formattoo many arguments to %%:compare-debug-auxbase-opttoo many arguments to %%:compare-debug-dump-opttoo many arguments to %%:compare-debug-self-opttoo many arguments to %%:version-comparetoo many arguments to constructor %q#Dtoo many arguments to functiontoo many arguments to function %q#Dtoo many arguments to function %qEtoo many arguments to member function %q#Dtoo many arguments to method %q#Dtoo many arguments to method %qEtoo many braces around initializer for %qTtoo many filenames given.  Type %s --help for usagetoo many initializers for %qTtoo many input filestotal size of local objects too largetraditional C lacks a separate namespace for labels, identifier %qE conflictstraditional C rejects ISO C style function definitionstraditional C rejects automatic aggregate initializationtraditional C rejects string constant concatenationtraditional C rejects the unary plus operatortwo or more data types in declaration specifierstype %qE has a user-defined constructortype %qE has a user-defined destructortype %qE has virtual member functionstype %qT does not have a known sizetype %qT is not a base type for type %qTtype defaults to %<int%> in declaration of %qEtype defaults to %<int%> in type nametype is deprecatedtype is deprecated: %stype mismatch in array range referencetype mismatch in array referencetype mismatch in component referencetype mismatch in conditional expressiontype mismatch in real/imagpart referencetype name declared as function returning a functiontype name declared as function returning an arraytype of %qD defaults to %<int%>type of %qD does not match original declarationtype of bit-field %qs is a GCC extensiontype of formal parameter %d is incompletetype qualifiers ignored on function return typetypedef %qD is initialized (use __typeof__ instead)types are not quite compatibleunable to open dynamic dependency '%s'unable to open fileunexpected offsetuninitialized const %qDuninitialized const %qD is invalid in C++union cannot be made transparentunion defined hereunion has no membersunion has no named membersunknown action %qE for %<#pragma pack%> - ignoredunknown cc_attr valueunknown conversion type character %qc in formatunknown destunknown move insn:unknown srcunnamed field has incomplete typeunnamed struct/union that defines no instancesunnamed variable or field declared voidunrecognizable insn:unrecognized addressunrecognized command line option %<-fdump-%s%>unrecognized command line option %<-fopt-info-%s%>unrecognized command line option %qsunrecognized format specifierunrecognized gcc debugging option: %cunrecognized register name %qsunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatunused variable %q+Dupper value in case label range exceeds maximum value for typeuse #include insteaduse -Winvalid-pch for more informationuse __attribute__ ((vector_size)) insteaduse of %s and %s together in %s formatuse of old-style castused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requireduseless cast to type %qTuseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationusing %<%c%s%>using invalid field %qDvalue argumentvalue computed is not usedvariable %q#D has initializer but incomplete typevariable %q+D declared %<inline%>variable %qD has function typevariable %qD has initializer but incomplete typevariable %qD redeclared as functionvariable length array is usedvariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable-sized compound literalvariable-sized object may not be initializedvector overflow in expressionverify_flow_info failedverify_flow_info: Block %i lacks loop_fatherverify_flow_info: Wrong count of block %i %iverify_gimple failedverify_histograms failedversion attribute is not a stringvirtual non-class function %qsvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvoid value not ignored as it ought to bevtable for waitpid failedwarning: weakref attribute must appear before alias attributeweakref is not supported in this configurationwhen writing output to %s: %mwide character array initialized from incompatible wide stringwide character array initialized from non-wide stringwidth of %qs exceeds its typewill be assumed to return %<id%> and acceptwriting into constant object (argument %d)writing through null pointer (argument %d)writing to LTRANS output list %s: %mwrong number of arguments to function %<__builtin_next_arg%>wrong number of arguments to function %<va_start%>wrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusxstormy16_print_operand: unknown codezero as null pointer constantzero or negative size array %q+Dzero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qD{anonymous}{unknown}Project-Id-Version: gcc 6.1-b20160131
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-05-01 22:24+0000
  PO-Revision-Date: 2016-02-06 01:01+0200
  Last-Translator: Lauri Nurmi <lanurmi@iki.fi>
  Language-Team: Finnish <translation-team-fi@lists.sourceforge.net>
diff -Nrcpad gcc-7.1.0/gcc/po/fi.po gcc-7.2.0/gcc/po/fi.po
*** gcc-7.1.0/gcc/po/fi.po	Sun Apr 30 23:16:59 2017
--- gcc-7.2.0/gcc/po/fi.po	Thu May  4 15:54:38 2017
*************** msgid ""
*** 32,38 ****
  msgstr ""
  "Project-Id-Version: gcc 6.1-b20160131\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-04-24 20:38+0000\n"
  "PO-Revision-Date: 2016-02-06 01:01+0200\n"
  "Last-Translator: Lauri Nurmi <lanurmi@iki.fi>\n"
  "Language-Team: Finnish <translation-team-fi@lists.sourceforge.net>\n"
--- 32,38 ----
  msgstr ""
  "Project-Id-Version: gcc 6.1-b20160131\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-05-01 22:24+0000\n"
  "PO-Revision-Date: 2016-02-06 01:01+0200\n"
  "Last-Translator: Lauri Nurmi <lanurmi@iki.fi>\n"
  "Language-Team: Finnish <translation-team-fi@lists.sourceforge.net>\n"
*************** msgstr "pituusmÃ¤Ã¤re strfmon-muotoiluss
*** 2947,2988 ****
  msgid "<command-line>"
  msgstr "<komentorivi>"
  
! #: config/aarch64/aarch64.c:4926 config/arm/arm.c:21795 config/arm/arm.c:21808
! #: config/arm/arm.c:21833 config/nios2/nios2.c:2653
  #, fuzzy, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "fr30_print_operand: tuntematon koodi"
  
! #: config/aarch64/aarch64.c:4938 config/aarch64/aarch64.c:4954
! #: config/aarch64/aarch64.c:4967 config/aarch64/aarch64.c:4979
! #: config/aarch64/aarch64.c:4990 config/aarch64/aarch64.c:5013
! #: config/aarch64/aarch64.c:5066 config/aarch64/aarch64.c:5269
  #, fuzzy, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "virheellinen const_double-operandi"
  
! #: config/aarch64/aarch64.c:5033 config/aarch64/aarch64.c:5046
! #: config/aarch64/aarch64.c:5056
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5102 config/arm/arm.c:22340
  #, c-format
  msgid "missing operand"
  msgstr "puuttuva operandi"
  
! #: config/aarch64/aarch64.c:5164
  #, fuzzy, c-format
  msgid "invalid constant"
  msgstr "virheellinen rotate-kÃ¤sky"
  
! #: config/aarch64/aarch64.c:5167
  #, fuzzy, c-format
  msgid "invalid operand"
  msgstr "muotomerkkijonolla on epÃ¤kelpo operandinumero"
  
! #: config/aarch64/aarch64.c:5280
  #, fuzzy, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "virheellinen etuliite â€�0bâ€� liukulukuvakiolle"
--- 2947,2988 ----
  msgid "<command-line>"
  msgstr "<komentorivi>"
  
! #: config/aarch64/aarch64.c:4927 config/arm/arm.c:21832 config/arm/arm.c:21845
! #: config/arm/arm.c:21870 config/nios2/nios2.c:2653
  #, fuzzy, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "fr30_print_operand: tuntematon koodi"
  
! #: config/aarch64/aarch64.c:4939 config/aarch64/aarch64.c:4955
! #: config/aarch64/aarch64.c:4968 config/aarch64/aarch64.c:4980
! #: config/aarch64/aarch64.c:4991 config/aarch64/aarch64.c:5014
! #: config/aarch64/aarch64.c:5067 config/aarch64/aarch64.c:5270
  #, fuzzy, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "virheellinen const_double-operandi"
  
! #: config/aarch64/aarch64.c:5034 config/aarch64/aarch64.c:5047
! #: config/aarch64/aarch64.c:5057
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5103 config/arm/arm.c:22377
  #, c-format
  msgid "missing operand"
  msgstr "puuttuva operandi"
  
! #: config/aarch64/aarch64.c:5165
  #, fuzzy, c-format
  msgid "invalid constant"
  msgstr "virheellinen rotate-kÃ¤sky"
  
! #: config/aarch64/aarch64.c:5168
  #, fuzzy, c-format
  msgid "invalid operand"
  msgstr "muotomerkkijonolla on epÃ¤kelpo operandinumero"
  
! #: config/aarch64/aarch64.c:5281
  #, fuzzy, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "virheellinen etuliite â€�0bâ€� liukulukuvakiolle"
*************** msgstr "fr30_print_operand: virheellinen
*** 3140,3168 ****
  msgid "invalid UNSPEC as operand: %d"
  msgstr "virheellinen lauseke kohdemuuttujana"
  
! #: config/arm/arm.c:18804 config/arm/arm.c:18829 config/arm/arm.c:18839
! #: config/arm/arm.c:18848 config/arm/arm.c:18857
  #, fuzzy, c-format
  msgid "invalid shift operand"
  msgstr "virheellinen lauseke kohdemuuttujana"
  
! #: config/arm/arm.c:21671 config/arm/arm.c:21689
  #, fuzzy, c-format
  msgid "predicated Thumb instruction"
  msgstr "Virheellinen kÃ¤sky"
  
! #: config/arm/arm.c:21677
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr ""
  
! #: config/arm/arm.c:21910 config/arm/arm.c:21932 config/arm/arm.c:21942
! #: config/arm/arm.c:21952 config/arm/arm.c:21962 config/arm/arm.c:22001
! #: config/arm/arm.c:22019 config/arm/arm.c:22044 config/arm/arm.c:22059
! #: config/arm/arm.c:22086 config/arm/arm.c:22093 config/arm/arm.c:22111
! #: config/arm/arm.c:22118 config/arm/arm.c:22126 config/arm/arm.c:22147
! #: config/arm/arm.c:22154 config/arm/arm.c:22287 config/arm/arm.c:22294
! #: config/arm/arm.c:22321 config/arm/arm.c:22328 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
--- 3140,3168 ----
  msgid "invalid UNSPEC as operand: %d"
  msgstr "virheellinen lauseke kohdemuuttujana"
  
! #: config/arm/arm.c:18841 config/arm/arm.c:18866 config/arm/arm.c:18876
! #: config/arm/arm.c:18885 config/arm/arm.c:18894
  #, fuzzy, c-format
  msgid "invalid shift operand"
  msgstr "virheellinen lauseke kohdemuuttujana"
  
! #: config/arm/arm.c:21708 config/arm/arm.c:21726
  #, fuzzy, c-format
  msgid "predicated Thumb instruction"
  msgstr "Virheellinen kÃ¤sky"
  
! #: config/arm/arm.c:21714
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr ""
  
! #: config/arm/arm.c:21947 config/arm/arm.c:21969 config/arm/arm.c:21979
! #: config/arm/arm.c:21989 config/arm/arm.c:21999 config/arm/arm.c:22038
! #: config/arm/arm.c:22056 config/arm/arm.c:22081 config/arm/arm.c:22096
! #: config/arm/arm.c:22123 config/arm/arm.c:22130 config/arm/arm.c:22148
! #: config/arm/arm.c:22155 config/arm/arm.c:22163 config/arm/arm.c:22184
! #: config/arm/arm.c:22191 config/arm/arm.c:22324 config/arm/arm.c:22331
! #: config/arm/arm.c:22358 config/arm/arm.c:22365 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
*************** msgstr ""
*** 3170,3182 ****
  msgid "invalid operand for code '%c'"
  msgstr "fr30_print_operand: virheellinen %%x-koodi"
  
! #: config/arm/arm.c:22014
  #, fuzzy, c-format
  msgid "instruction never executed"
  msgstr "kutsu  %2d ei suoritettu koskaan\n"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22035
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr ""
--- 3170,3182 ----
  msgid "invalid operand for code '%c'"
  msgstr "fr30_print_operand: virheellinen %%x-koodi"
  
! #: config/arm/arm.c:22051
  #, fuzzy, c-format
  msgid "instruction never executed"
  msgstr "kutsu  %2d ei suoritettu koskaan\n"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22072
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr ""
*************** msgstr ""
*** 4041,4143 ****
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7314
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr ""
  
! #: config/s390/s390.c:7325
  #, fuzzy, c-format
  msgid "cannot decompose address"
  msgstr "PyydettyÃ¤ osoitetta ei voi asettaa"
  
! #: config/s390/s390.c:7394
  #, fuzzy, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "epÃ¤kelvot operandit binÃ¤Ã¤riselle %s-operaatiolle"
  
! #: config/s390/s390.c:7417
  #, fuzzy, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "epÃ¤kelvot operandit binÃ¤Ã¤riselle %s-operaatiolle"
  
! #: config/s390/s390.c:7435
  #, fuzzy, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "epÃ¤kelvot operandit binÃ¤Ã¤riselle %s-operaatiolle"
  
! #: config/s390/s390.c:7457
  #, fuzzy, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "epÃ¤kelvot operandit binÃ¤Ã¤riselle %s-operaatiolle"
  
! #: config/s390/s390.c:7475
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7485
  #, fuzzy, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "epÃ¤kelvot operandit binÃ¤Ã¤riselle %s-operaatiolle"
  
! #: config/s390/s390.c:7506
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7517
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7603 config/s390/s390.c:7624
  #, fuzzy, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "epÃ¤kelvot operandit binÃ¤Ã¤riselle %s-operaatiolle"
  
! #: config/s390/s390.c:7621
  #, fuzzy, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "epÃ¤kelvot operandit binÃ¤Ã¤riselle %s-operaatiolle"
  
! #: config/s390/s390.c:7658
  #, fuzzy, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "epÃ¤kelvot operandit binÃ¤Ã¤riselle %s-operaatiolle"
  
! #: config/s390/s390.c:7665
  #, fuzzy, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "epÃ¤kelvot operandit binÃ¤Ã¤riselle %s-operaatiolle"
  
! #: config/s390/s390.c:7668
  #, fuzzy, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "epÃ¤kelvot operandit binÃ¤Ã¤riselle %s-operaatiolle"
  
! #: config/s390/s390.c:11535
  #, fuzzy
  #| msgid "AltiVec argument passed to unprototyped function"
  msgid "vector argument passed to unprototyped function"
  msgstr "AltiVec-argumentti vÃ¤litetty funktiolle, jolla ei ole prototyyppiÃ¤"
  
! #: config/s390/s390.c:15354
  #, fuzzy
  msgid "types differ in signedness"
  msgstr "Tiedostot %s ja %s eroavat\n"
  
! #: config/s390/s390.c:15364
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15367
  #, fuzzy
  #| msgid "target format does not support infinity"
  msgid "binary operator does not support vector bool operand"
  msgstr "kohdemuoto ei tue Ã¤Ã¤rettÃ¶myyttÃ¤"
  
! #: config/s390/s390.c:15375
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
--- 4041,4143 ----
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7482
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr ""
  
! #: config/s390/s390.c:7493
  #, fuzzy, c-format
  msgid "cannot decompose address"
  msgstr "PyydettyÃ¤ osoitetta ei voi asettaa"
  
! #: config/s390/s390.c:7562
  #, fuzzy, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "epÃ¤kelvot operandit binÃ¤Ã¤riselle %s-operaatiolle"
  
! #: config/s390/s390.c:7585
  #, fuzzy, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "epÃ¤kelvot operandit binÃ¤Ã¤riselle %s-operaatiolle"
  
! #: config/s390/s390.c:7603
  #, fuzzy, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "epÃ¤kelvot operandit binÃ¤Ã¤riselle %s-operaatiolle"
  
! #: config/s390/s390.c:7625
  #, fuzzy, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "epÃ¤kelvot operandit binÃ¤Ã¤riselle %s-operaatiolle"
  
! #: config/s390/s390.c:7643
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7653
  #, fuzzy, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "epÃ¤kelvot operandit binÃ¤Ã¤riselle %s-operaatiolle"
  
! #: config/s390/s390.c:7674
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7685
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7771 config/s390/s390.c:7792
  #, fuzzy, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "epÃ¤kelvot operandit binÃ¤Ã¤riselle %s-operaatiolle"
  
! #: config/s390/s390.c:7789
  #, fuzzy, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "epÃ¤kelvot operandit binÃ¤Ã¤riselle %s-operaatiolle"
  
! #: config/s390/s390.c:7826
  #, fuzzy, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "epÃ¤kelvot operandit binÃ¤Ã¤riselle %s-operaatiolle"
  
! #: config/s390/s390.c:7833
  #, fuzzy, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "epÃ¤kelvot operandit binÃ¤Ã¤riselle %s-operaatiolle"
  
! #: config/s390/s390.c:7836
  #, fuzzy, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "epÃ¤kelvot operandit binÃ¤Ã¤riselle %s-operaatiolle"
  
! #: config/s390/s390.c:11703
  #, fuzzy
  #| msgid "AltiVec argument passed to unprototyped function"
  msgid "vector argument passed to unprototyped function"
  msgstr "AltiVec-argumentti vÃ¤litetty funktiolle, jolla ei ole prototyyppiÃ¤"
  
! #: config/s390/s390.c:15522
  #, fuzzy
  msgid "types differ in signedness"
  msgstr "Tiedostot %s ja %s eroavat\n"
  
! #: config/s390/s390.c:15532
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15535
  #, fuzzy
  #| msgid "target format does not support infinity"
  msgid "binary operator does not support vector bool operand"
  msgstr "kohdemuoto ei tue Ã¤Ã¤rettÃ¶myyttÃ¤"
  
! #: config/s390/s390.c:15543
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
*************** msgstr ""
*** 19305,19311 ****
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr ""
  
! #: fold-const.c:12046
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr ""
--- 19305,19311 ----
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr ""
  
! #: fold-const.c:12048
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr ""
*************** msgstr "PRINT_OPERAND_ADDRESS, null-osoi
*** 19846,19853 ****
  msgid "null pointer dereference"
  msgstr "PRINT_OPERAND null-osoitin"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12872
! #: tree.c:12909 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
--- 19846,19853 ----
  msgid "null pointer dereference"
  msgstr "PRINT_OPERAND null-osoitin"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12880
! #: tree.c:12917 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
*************** msgstr "esitelty tÃ¤Ã¤llÃ¤"
*** 19861,20158 ****
  msgid "nonnull argument %qD compared to NULL"
  msgstr "annettu NULL funktion %2$qD ei-osoitinargumenttina %1$P"
  
! #: gimple-ssa-sprintf.c:2307 gimple-ssa-sprintf.c:2435
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2309 gimple-ssa-sprintf.c:2437
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2311 gimple-ssa-sprintf.c:2439
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2313 gimple-ssa-sprintf.c:2441
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2326
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2328
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2330
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2334
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2336
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2338
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2351
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2353
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2355
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2371
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2373
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2375
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2388
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2390
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2392
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2404
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2406
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2408
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2454
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2456
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2458
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2462
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2464
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2466
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2480
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2483
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2486
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2502
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2505
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2508
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2521
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2524
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2527
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2539
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2542
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2545
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2710
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2712
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2751
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2753
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2767
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2775
  #, fuzzy, gcc-internal-format
  msgid "directive argument %qE"
  msgstr "Funktion %s argumentti kohdassa %L on negatiivinen"
  
! #: gimple-ssa-sprintf.c:2777
  #, fuzzy, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr "%s odottaa kokonaislukuliteraalia vÃ¤liltÃ¤ [%d, %d]."
  
! #: gimple-ssa-sprintf.c:2781
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2801
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2806
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2811
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2816
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3588
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3594
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3647
  #, fuzzy, gcc-internal-format
  #| msgid "null pointer"
  msgid "null destination pointer"
  msgstr "nollaosoitin"
  
! #: gimple-ssa-sprintf.c:3664
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3676
  #, fuzzy, gcc-internal-format
  #| msgid "%s in format string at %L"
  msgid "null format string"
--- 19861,20158 ----
  msgid "nonnull argument %qD compared to NULL"
  msgstr "annettu NULL funktion %2$qD ei-osoitinargumenttina %1$P"
  
! #: gimple-ssa-sprintf.c:2308 gimple-ssa-sprintf.c:2436
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2310 gimple-ssa-sprintf.c:2438
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2312 gimple-ssa-sprintf.c:2440
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2314 gimple-ssa-sprintf.c:2442
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2327
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2329
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2331
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2335
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2337
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2339
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2352
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2354
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2356
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2372
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2374
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2376
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2389
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2391
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2393
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2405
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2407
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2409
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2455
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2457
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2459
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2463
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2465
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2467
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2481
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2484
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2487
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2503
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2506
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2509
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2522
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2525
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2528
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2540
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2543
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2546
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2711
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2713
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2752
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2754
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2769
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2776
  #, fuzzy, gcc-internal-format
  msgid "directive argument %qE"
  msgstr "Funktion %s argumentti kohdassa %L on negatiivinen"
  
! #: gimple-ssa-sprintf.c:2778
  #, fuzzy, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr "%s odottaa kokonaislukuliteraalia vÃ¤liltÃ¤ [%d, %d]."
  
! #: gimple-ssa-sprintf.c:2782
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2803
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2807
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2812
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2817
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3591
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3597
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3650
  #, fuzzy, gcc-internal-format
  #| msgid "null pointer"
  msgid "null destination pointer"
  msgstr "nollaosoitin"
  
! #: gimple-ssa-sprintf.c:3667
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3679
  #, fuzzy, gcc-internal-format
  #| msgid "%s in format string at %L"
  msgid "null format string"
*************** msgstr "alunperin mÃ¤Ã¤ritelty tÃ¤Ã¤llÃ¤
*** 22358,22516 ****
  msgid "%D renamed after being referenced in assembly"
  msgstr ""
  
! #: symtab.c:970
  #, fuzzy, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "funktion palauttava funktio"
  
! #: symtab.c:978
  #, fuzzy, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr "%qD ei ole muuttuja"
  
! #: symtab.c:984
  #, fuzzy, gcc-internal-format
  msgid "node has unknown type"
  msgstr "tiedostolla %s on tuntematon tiedostotyyppi"
  
! #: symtab.c:993
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1010
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1023
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr ""
  
! #: symtab.c:1030
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr ""
  
! #: symtab.c:1035
  #, fuzzy, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr "ei-muuttujan %qD esittely %<for%>-silmukan alkuesittelyssÃ¤"
  
! #: symtab.c:1040
  #, fuzzy, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr "ei-muuttujan %qD esittely %<for%>-silmukan alkuesittelyssÃ¤"
  
! #: symtab.c:1045
  #, fuzzy, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr "maa-asetustojen aliastiedostoa â€�%sâ€� ei lÃ¶ydy"
  
! #: symtab.c:1050
  #, fuzzy, gcc-internal-format
  #| msgid "old-style function definition"
  msgid "node is alias but not definition"
  msgstr "maa-asetustojen aliastiedostoa â€�%sâ€� ei lÃ¶ydy"
  
! #: symtab.c:1055
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1060
  #, fuzzy, gcc-internal-format
  #| msgid "old-style function definition"
  msgid "node is transparent_alias but not an alias"
  msgstr "maa-asetustojen aliastiedostoa â€�%sâ€� ei lÃ¶ydy"
  
! #: symtab.c:1069
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr ""
  
! #: symtab.c:1074
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr ""
  
! #: symtab.c:1079
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1084
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr ""
  
! #: symtab.c:1091
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr ""
  
! #: symtab.c:1106
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1116
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1123
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr ""
  
! #: symtab.c:1135
  #, fuzzy, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr "Sama kuin --help=target"
  
! #: symtab.c:1142
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1157
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1165
  #, fuzzy, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr "unionista ei voi tehdÃ¤ lÃ¤pinÃ¤kyvÃ¤Ã¤"
  
! #: symtab.c:1188 symtab.c:1225
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr "symtab_node::verify epÃ¤onnistui"
  
! #: symtab.c:1221
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1630
  #, fuzzy, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr "%JsisÃ¤Ã¤nrakennettu funktio %qD esitelty ei-funktiona"
  
! #: symtab.c:1632
  #, fuzzy, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr "muuttujalla %qD on funktiotyyppi"
  
! #: symtab.c:1660
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
--- 22358,22516 ----
  msgid "%D renamed after being referenced in assembly"
  msgstr ""
  
! #: symtab.c:978
  #, fuzzy, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "funktion palauttava funktio"
  
! #: symtab.c:986
  #, fuzzy, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr "%qD ei ole muuttuja"
  
! #: symtab.c:992
  #, fuzzy, gcc-internal-format
  msgid "node has unknown type"
  msgstr "tiedostolla %s on tuntematon tiedostotyyppi"
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1009
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1018
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1031
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr ""
  
! #: symtab.c:1038
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr ""
  
! #: symtab.c:1043
  #, fuzzy, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr "ei-muuttujan %qD esittely %<for%>-silmukan alkuesittelyssÃ¤"
  
! #: symtab.c:1048
  #, fuzzy, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr "ei-muuttujan %qD esittely %<for%>-silmukan alkuesittelyssÃ¤"
  
! #: symtab.c:1053
  #, fuzzy, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr "maa-asetustojen aliastiedostoa â€�%sâ€� ei lÃ¶ydy"
  
! #: symtab.c:1058
  #, fuzzy, gcc-internal-format
  #| msgid "old-style function definition"
  msgid "node is alias but not definition"
  msgstr "maa-asetustojen aliastiedostoa â€�%sâ€� ei lÃ¶ydy"
  
! #: symtab.c:1063
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1068
  #, fuzzy, gcc-internal-format
  #| msgid "old-style function definition"
  msgid "node is transparent_alias but not an alias"
  msgstr "maa-asetustojen aliastiedostoa â€�%sâ€� ei lÃ¶ydy"
  
! #: symtab.c:1077
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr ""
  
! #: symtab.c:1082
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr ""
  
! #: symtab.c:1087
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1092
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr ""
  
! #: symtab.c:1099
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr ""
  
! #: symtab.c:1114
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1124
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1131
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr ""
  
! #: symtab.c:1143
  #, fuzzy, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr "Sama kuin --help=target"
  
! #: symtab.c:1150
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1173
  #, fuzzy, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr "unionista ei voi tehdÃ¤ lÃ¤pinÃ¤kyvÃ¤Ã¤"
  
! #: symtab.c:1196 symtab.c:1233
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr "symtab_node::verify epÃ¤onnistui"
  
! #: symtab.c:1229
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1638
  #, fuzzy, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr "%JsisÃ¤Ã¤nrakennettu funktio %qD esitelty ei-funktiona"
  
! #: symtab.c:1640
  #, fuzzy, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr "muuttujalla %qD on funktiotyyppi"
  
! #: symtab.c:1668
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
*************** msgstr ""
*** 24178,24185 ****
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6704
! #: config/arm/arm.c:6732 config/arm/arm.c:6749 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
--- 24178,24185 ----
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6741
! #: config/arm/arm.c:6769 config/arm/arm.c:6786 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
*************** msgstr ""
*** 24215,24308 ****
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qE edellyttÃ¤Ã¤ oletusnÃ¤kyvyyttÃ¤, mutta %qD on jo esitelty eri nÃ¤kyvyydellÃ¤"
  
! #: tree.c:8366
  #, fuzzy, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "------ Semaforitaulukot --------\n"
  
! #: tree.c:8537
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "funktion paluuarvon tyyppi ei voi olla funktio"
  
! #: tree.c:9831 tree.c:9916 tree.c:9977
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9868
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9881
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9930
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9943
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10003
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10017
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10029
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10042
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10055
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:12867
  #, fuzzy, gcc-internal-format
  #| msgid "%qE is deprecated: %s"
  msgid "%qD is deprecated: %s"
  msgstr "%qE on vanhentunut: %s"
  
! #: tree.c:12870
  #, fuzzy, gcc-internal-format
  #| msgid "%qE is deprecated"
  msgid "%qD is deprecated"
  msgstr "%qE on vanhentunut"
  
! #: tree.c:12894 tree.c:12916
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "%qE on vanhentunut: %s"
  
! #: tree.c:12897 tree.c:12919
  #, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "%qE on vanhentunut"
  
! #: tree.c:12903 tree.c:12924
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "tyyppi on vanhentunut: %s"
  
! #: tree.c:12906 tree.c:12927
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "tyyppi on vanhentunut"
--- 24215,24308 ----
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qE edellyttÃ¤Ã¤ oletusnÃ¤kyvyyttÃ¤, mutta %qD on jo esitelty eri nÃ¤kyvyydellÃ¤"
  
! #: tree.c:8373
  #, fuzzy, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "------ Semaforitaulukot --------\n"
  
! #: tree.c:8545
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "funktion paluuarvon tyyppi ei voi olla funktio"
  
! #: tree.c:9839 tree.c:9924 tree.c:9985
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9876
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9889
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9938
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9951
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10011
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10025
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10037
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10050
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10063
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:12875
  #, fuzzy, gcc-internal-format
  #| msgid "%qE is deprecated: %s"
  msgid "%qD is deprecated: %s"
  msgstr "%qE on vanhentunut: %s"
  
! #: tree.c:12878
  #, fuzzy, gcc-internal-format
  #| msgid "%qE is deprecated"
  msgid "%qD is deprecated"
  msgstr "%qE on vanhentunut"
  
! #: tree.c:12902 tree.c:12924
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "%qE on vanhentunut: %s"
  
! #: tree.c:12905 tree.c:12927
  #, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "%qE on vanhentunut"
  
! #: tree.c:12911 tree.c:12932
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "tyyppi on vanhentunut: %s"
  
! #: tree.c:12914 tree.c:12935
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "tyyppi on vanhentunut"
*************** msgstr "tyyppi on vanhentunut"
*** 24329,24591 ****
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13354
  #, fuzzy, gcc-internal-format
  msgid "type variant differs by "
  msgstr "Tiedoston tyyppi eroaa"
  
! #: tree.c:13395
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13397
  #, fuzzy, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr "tyypillÃ¤ %qT ei ole tunnettua kokoa"
  
! #: tree.c:13399
  #, fuzzy, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr "tyypillÃ¤ %qT ei ole tunnettua kokoa"
  
! #: tree.c:13419
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13432
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13449
  #, fuzzy, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr "taulukon tyypillÃ¤ on vaillinainen alkiotyyppi"
  
! #: tree.c:13474
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13476
  #, fuzzy, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr "paluutyyppi on vaillinainen tyyppi"
  
! #: tree.c:13478
  #, fuzzy, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr "paluutyyppi on vaillinainen tyyppi"
  
! #: tree.c:13516
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13518
  #, fuzzy, gcc-internal-format
  msgid "first mismatch is field"
  msgstr "tyyppitÃ¤smÃ¤Ã¤mÃ¤ttÃ¶myys taulukkoviitteessÃ¤"
  
! #: tree.c:13520
  #, fuzzy, gcc-internal-format
  msgid "and field"
  msgstr "kentÃ¤n leveys"
  
! #: tree.c:13537
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13539 tree.c:13550
  #, fuzzy, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr "paluutyyppi on vaillinainen tyyppi"
  
! #: tree.c:13541 tree.c:13552
  #, fuzzy, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr "paluutyyppi on vaillinainen tyyppi"
  
! #: tree.c:13548
  #, fuzzy, gcc-internal-format
  msgid "type is not compatible with its variant"
  msgstr "funktiokutsu epÃ¤sopivan tyypin lÃ¤pi"
  
! #: tree.c:13851
  #, fuzzy, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr "â€�%sâ€� on mÃ¤Ã¤rittelemÃ¤ttÃ¤"
  
! #: tree.c:13856
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13868
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13886
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13894
  #, fuzzy, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr "funktiokutsu epÃ¤sopivan tyypin lÃ¤pi"
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13918
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13928
  #, fuzzy, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr "ei voi muuntaa osoitintyypiksi"
  
! #: tree.c:13938
  #, fuzzy, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr "tyyppitÃ¤smÃ¤Ã¤mÃ¤ttÃ¶myys komponenttiviitteessÃ¤"
  
! #: tree.c:13956
  #, fuzzy, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr "NULLin muunnos epÃ¤osoitintyypiksi"
  
! #: tree.c:13968
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13979
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13990
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14008
  #, fuzzy, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr "taulukon %qE koko ei ole kokonaislukutyyppiÃ¤"
  
! #: tree.c:14015
  #, fuzzy, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr "NULLin muunnos epÃ¤osoitintyypiksi"
  
! #: tree.c:14027
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14042
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14058
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14073
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14083
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qE has non-integer type"
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "taulukkoindeksi alustimessa ei ole kokonaislukutyyppinen"
  
! #: tree.c:14092
  #, fuzzy, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "paluutyyppi on vaillinainen tyyppi"
  
! #: tree.c:14112
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14127
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14133
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14146
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14159
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14165
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14172
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14184
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14190
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14202
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14214
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14221
  #, fuzzy, gcc-internal-format
  #| msgid "verify_gimple failed"
  msgid "verify_type failed"
--- 24329,24591 ----
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13362
  #, fuzzy, gcc-internal-format
  msgid "type variant differs by "
  msgstr "Tiedoston tyyppi eroaa"
  
! #: tree.c:13403
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13405
  #, fuzzy, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr "tyypillÃ¤ %qT ei ole tunnettua kokoa"
  
! #: tree.c:13407
  #, fuzzy, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr "tyypillÃ¤ %qT ei ole tunnettua kokoa"
  
! #: tree.c:13427
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13440
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13457
  #, fuzzy, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr "taulukon tyypillÃ¤ on vaillinainen alkiotyyppi"
  
! #: tree.c:13482
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13484
  #, fuzzy, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr "paluutyyppi on vaillinainen tyyppi"
  
! #: tree.c:13486
  #, fuzzy, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr "paluutyyppi on vaillinainen tyyppi"
  
! #: tree.c:13524
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13526
  #, fuzzy, gcc-internal-format
  msgid "first mismatch is field"
  msgstr "tyyppitÃ¤smÃ¤Ã¤mÃ¤ttÃ¶myys taulukkoviitteessÃ¤"
  
! #: tree.c:13528
  #, fuzzy, gcc-internal-format
  msgid "and field"
  msgstr "kentÃ¤n leveys"
  
! #: tree.c:13545
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13547 tree.c:13558
  #, fuzzy, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr "paluutyyppi on vaillinainen tyyppi"
  
! #: tree.c:13549 tree.c:13560
  #, fuzzy, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr "paluutyyppi on vaillinainen tyyppi"
  
! #: tree.c:13556
  #, fuzzy, gcc-internal-format
  msgid "type is not compatible with its variant"
  msgstr "funktiokutsu epÃ¤sopivan tyypin lÃ¤pi"
  
! #: tree.c:13859
  #, fuzzy, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr "â€�%sâ€� on mÃ¤Ã¤rittelemÃ¤ttÃ¤"
  
! #: tree.c:13864
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13876
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, fuzzy, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr "funktiokutsu epÃ¤sopivan tyypin lÃ¤pi"
  
! #: tree.c:13910
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13926
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13936
  #, fuzzy, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr "ei voi muuntaa osoitintyypiksi"
  
! #: tree.c:13946
  #, fuzzy, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr "tyyppitÃ¤smÃ¤Ã¤mÃ¤ttÃ¶myys komponenttiviitteessÃ¤"
  
! #: tree.c:13964
  #, fuzzy, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr "NULLin muunnos epÃ¤osoitintyypiksi"
  
! #: tree.c:13976
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13987
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13998
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14016
  #, fuzzy, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr "taulukon %qE koko ei ole kokonaislukutyyppiÃ¤"
  
! #: tree.c:14023
  #, fuzzy, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr "NULLin muunnos epÃ¤osoitintyypiksi"
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14043
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14050
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14074
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14081
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14091
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qE has non-integer type"
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "taulukkoindeksi alustimessa ei ole kokonaislukutyyppinen"
  
! #: tree.c:14100
  #, fuzzy, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "paluutyyppi on vaillinainen tyyppi"
  
! #: tree.c:14120
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14135
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14141
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14154
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14167
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14173
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14180
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14192
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14198
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14210
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14222
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14229
  #, fuzzy, gcc-internal-format
  #| msgid "verify_gimple failed"
  msgid "verify_type failed"
*************** msgstr ""
*** 25596,25608 ****
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "oletusargumentti mÃ¤Ã¤ritelty lambda-parametrille"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6573 c-family/c-common.c:6644
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "liian vÃ¤hÃ¤n argumentteja funktiolle %qE"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6670 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "liian monta argumenttia funktiolle %qE"
--- 25596,25608 ----
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "oletusargumentti mÃ¤Ã¤ritelty lambda-parametrille"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6574 c-family/c-common.c:6645
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "liian vÃ¤hÃ¤n argumentteja funktiolle %qE"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6671 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "liian monta argumenttia funktiolle %qE"
*************** msgstr ""
*** 25687,25759 ****
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6515 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr "taulukon koko on liian suuri"
  
! #: c-family/c-common.c:6603
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "funktiolle %2$qE annettu argumentin %1$d tyyppi on yhteensopimaton"
  
! #: c-family/c-common.c:6737
  #, fuzzy, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr "liian monta argumenttia funktiolle %qE"
  
! #: c-family/c-common.c:6752
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "ylivuoto vakiolausekkeessa"
  
! #: c-family/c-common.c:6761
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "argumentin %d antamisessa funktiolle %qE tehdÃ¤Ã¤n osoitin kokonaisluvusta ilman tyyppimuunnosta"
  
! #: c-family/c-common.c:6772
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "argumentin %d antamisessa funktiolle %qE tehdÃ¤Ã¤n osoitin kokonaisluvusta ilman tyyppimuunnosta"
  
! #: c-family/c-common.c:6787
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr "annettu yhteensopimatonta osoitintyyppiÃ¤ oleva %d. argumentti funktiolle %qE"
  
! #: c-family/c-common.c:6795
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "argumentin %d antamisessa funktiolle %qE tehdÃ¤Ã¤n osoitin kokonaisluvusta ilman tyyppimuunnosta"
  
! #: c-family/c-common.c:6801
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "annettu yhteensopimatonta osoitintyyppiÃ¤ oleva %d. argumentti funktiolle %qE"
  
! #: c-family/c-common.c:6809
  #, fuzzy, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr "funktiolle %2$qE annettu argumentin %1$d tyyppi on yhteensopimaton"
  
! #: c-family/c-common.c:6825
  #, fuzzy, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr "funktiolle %2$qE annettu argumentin %1$d tyyppi on yhteensopimaton"
  
! #: c-family/c-common.c:6832
  #, fuzzy, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr "funktiolle %2$qE annettu argumentin %1$d tyyppi on yhteensopimaton"
  
! #: c-family/c-common.c:7753
  #, fuzzy, gcc-internal-format
  msgid "index value is out of bound"
  msgstr "Arvo sallitun vÃ¤lin ulkopuolella."
  
! #: c-family/c-common.c:7794 c-family/c-common.c:7842 c-family/c-common.c:7857
  #: cp/call.c:4836 cp/call.c:4843
  #, fuzzy, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
--- 25687,25759 ----
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6516 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr "taulukon koko on liian suuri"
  
! #: c-family/c-common.c:6604
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "funktiolle %2$qE annettu argumentin %1$d tyyppi on yhteensopimaton"
  
! #: c-family/c-common.c:6738
  #, fuzzy, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr "liian monta argumenttia funktiolle %qE"
  
! #: c-family/c-common.c:6753
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "ylivuoto vakiolausekkeessa"
  
! #: c-family/c-common.c:6762
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "argumentin %d antamisessa funktiolle %qE tehdÃ¤Ã¤n osoitin kokonaisluvusta ilman tyyppimuunnosta"
  
! #: c-family/c-common.c:6773
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "argumentin %d antamisessa funktiolle %qE tehdÃ¤Ã¤n osoitin kokonaisluvusta ilman tyyppimuunnosta"
  
! #: c-family/c-common.c:6788
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr "annettu yhteensopimatonta osoitintyyppiÃ¤ oleva %d. argumentti funktiolle %qE"
  
! #: c-family/c-common.c:6796
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "argumentin %d antamisessa funktiolle %qE tehdÃ¤Ã¤n osoitin kokonaisluvusta ilman tyyppimuunnosta"
  
! #: c-family/c-common.c:6802
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "annettu yhteensopimatonta osoitintyyppiÃ¤ oleva %d. argumentti funktiolle %qE"
  
! #: c-family/c-common.c:6810
  #, fuzzy, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr "funktiolle %2$qE annettu argumentin %1$d tyyppi on yhteensopimaton"
  
! #: c-family/c-common.c:6826
  #, fuzzy, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr "funktiolle %2$qE annettu argumentin %1$d tyyppi on yhteensopimaton"
  
! #: c-family/c-common.c:6833
  #, fuzzy, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr "funktiolle %2$qE annettu argumentin %1$d tyyppi on yhteensopimaton"
  
! #: c-family/c-common.c:7754
  #, fuzzy, gcc-internal-format
  msgid "index value is out of bound"
  msgstr "Arvo sallitun vÃ¤lin ulkopuolella."
  
! #: c-family/c-common.c:7795 c-family/c-common.c:7843 c-family/c-common.c:7858
  #: cp/call.c:4836 cp/call.c:4843
  #, fuzzy, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
*************** msgstr "muunnos tyypistÃ¤ %qT tyyppiin %
*** 25761,25782 ****
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7943
  #, fuzzy, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr "sisÃ¤inen funktio %q+D esitelty ei-funktiona"
  
! #: c-family/c-common.c:7965 c/c-decl.c:6124
  #, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "taulukon %qE koko on liian suuri"
  
! #: c-family/c-common.c:7967 c/c-decl.c:6127
  #, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "nimettÃ¶mÃ¤n taulukon koko on liian suuri"
  
! #: c-family/c-common.c:7997
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
--- 25761,25782 ----
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7944
  #, fuzzy, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr "sisÃ¤inen funktio %q+D esitelty ei-funktiona"
  
! #: c-family/c-common.c:7966 c/c-decl.c:6124
  #, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "taulukon %qE koko on liian suuri"
  
! #: c-family/c-common.c:7968 c/c-decl.c:6127
  #, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "nimettÃ¶mÃ¤n taulukon koko on liian suuri"
  
! #: c-family/c-common.c:7998
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
*************** msgstr "â€�%sâ€� ei ole kelvollinen esik
*** 27563,27569 ****
  msgid "too many input files"
  msgstr "liikaa syÃ¶tetiedostoja"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8751
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr "tuntematon cc_attr-arvo"
--- 27563,27569 ----
  msgid "too many input files"
  msgstr "liikaa syÃ¶tetiedostoja"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8759
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr "tuntematon cc_attr-arvo"
*************** msgstr "%s %qs"
*** 28024,28209 ****
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "%s ei tue pituusmÃ¤Ã¤rettÃ¤ %qs %s"
  
! #: config/aarch64/aarch64.c:8374
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8418
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  "KÃ¤yttÃ¶: %s [MERKKIJONO]...\n"
  "  tai:  %s VALITSIN\n"
  
! #: config/aarch64/aarch64.c:8475
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr ""
  "KÃ¤yttÃ¶: %s [MERKKIJONO]...\n"
  "  tai:  %s VALITSIN\n"
  
! #: config/aarch64/aarch64.c:8493
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "unknown tuning option (%s)"
  msgstr "tuntematon valitsin -%s"
  
! #: config/aarch64/aarch64.c:8707
  #, fuzzy, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "Kelvolliset argumentit:"
  
! #: config/aarch64/aarch64.c:8748
  #, fuzzy, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr "makron nimi puuttuu %qs:n jÃ¤lkeen"
  
! #: config/aarch64/aarch64.c:8755
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "tuntematon konetila %qs"
  
! #: config/aarch64/aarch64.c:8782
  #, fuzzy, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr "makron nimi puuttuu %qs:n jÃ¤lkeen"
  
! #: config/aarch64/aarch64.c:8785
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr "tuntematon cc_attr-arvo"
  
! #: config/aarch64/aarch64.c:8789
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "tiedostonimi puuttuu %qs:n jÃ¤lkeen"
  
! #: config/aarch64/aarch64.c:8815
  #, fuzzy, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr "makron nimi puuttuu %qs:n jÃ¤lkeen"
  
! #: config/aarch64/aarch64.c:8818
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr "tuntematon cc_attr-arvo"
  
! #: config/aarch64/aarch64.c:8921 config/arm/arm.c:3093
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "valitsin -mcpu=%s on ristiriidassa valitsimen -march=%s kanssa"
  
! #: config/aarch64/aarch64.c:8956
  #, fuzzy, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "%s ei tue %%n$-operandinumeromuotoilua"
  
! #: config/aarch64/aarch64.c:8960
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9022
  #, fuzzy, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr "koodimalli %s ei tue PIC-tilaa"
  
! #: config/aarch64/aarch64.c:9187
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr "polku puuttuu %qs:n jÃ¤lkeen"
  
! #: config/aarch64/aarch64.c:9190
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "Tuntematon -mmacosx-version-min-arvo %qs"
  
! #: config/aarch64/aarch64.c:9194
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr "tiedostonimi puuttuu %qs:n jÃ¤lkeen"
  
! #: config/aarch64/aarch64.c:9228
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "polku puuttuu %qs:n jÃ¤lkeen"
  
! #: config/aarch64/aarch64.c:9231
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "Tuntematon -mmacosx-version-min-arvo %qs"
  
! #: config/aarch64/aarch64.c:9235
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr "tiedostonimi puuttuu %qs:n jÃ¤lkeen"
  
! #: config/aarch64/aarch64.c:9266
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "Tuntematon -mmacosx-version-min-arvo %qs"
  
! #: config/aarch64/aarch64.c:9307
  #, fuzzy, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr "tiedostonimi puuttuu %qs:n jÃ¤lkeen"
  
! #: config/aarch64/aarch64.c:9312
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr "tiedostonimi puuttuu %qs:n jÃ¤lkeen"
  
! #: config/aarch64/aarch64.c:9364
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed #pragma builtin"
  msgid "malformed target %s"
  msgstr "vÃ¤Ã¤rinmuodostettu %<#pragma %s%>, jÃ¤tetÃ¤Ã¤n huomiotta"
  
! #: config/aarch64/aarch64.c:9412
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr "%J%qD sallii vain nolla tai kaksi argumenttia"
  
! #: config/aarch64/aarch64.c:9421
  #, fuzzy, gcc-internal-format
  #| msgid "%s does not support the %<%%%s%c%> %s format"
  msgid "target %s %qs does not allow a negated form"
  msgstr "%s ei tue muotoilua %<%%%s%c%> %s"
  
! #: config/aarch64/aarch64.c:9476
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr "Kohdehakemisto â€�%sâ€� ei ole kelvollinen hakemisto"
  
! #: config/aarch64/aarch64.c:9536 config/arm/arm.c:30367
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:14849
  #, fuzzy, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr "%qE-attribuutti tarvitsee merkkijonovakioargumentin"
  
! #: config/aarch64/aarch64.c:9546
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed #pragma builtin"
  msgid "malformed target %s value"
  msgstr "VÃ¤Ã¤rin muotoiltu kohdekohtainen muuttujamÃ¤Ã¤rittely"
  
! #: config/aarch64/aarch64.c:9563
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr "makefile-kohde puuttuu %qs:n jÃ¤lkeen"
  
! #: config/aarch64/aarch64.c:9572
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11420
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11422
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr ""
--- 28024,28209 ----
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "%s ei tue pituusmÃ¤Ã¤rettÃ¤ %qs %s"
  
! #: config/aarch64/aarch64.c:8382
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8426
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  "KÃ¤yttÃ¶: %s [MERKKIJONO]...\n"
  "  tai:  %s VALITSIN\n"
  
! #: config/aarch64/aarch64.c:8483
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr ""
  "KÃ¤yttÃ¶: %s [MERKKIJONO]...\n"
  "  tai:  %s VALITSIN\n"
  
! #: config/aarch64/aarch64.c:8501
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "unknown tuning option (%s)"
  msgstr "tuntematon valitsin -%s"
  
! #: config/aarch64/aarch64.c:8715
  #, fuzzy, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "Kelvolliset argumentit:"
  
! #: config/aarch64/aarch64.c:8756
  #, fuzzy, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr "makron nimi puuttuu %qs:n jÃ¤lkeen"
  
! #: config/aarch64/aarch64.c:8763
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "tuntematon konetila %qs"
  
! #: config/aarch64/aarch64.c:8790
  #, fuzzy, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr "makron nimi puuttuu %qs:n jÃ¤lkeen"
  
! #: config/aarch64/aarch64.c:8793
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr "tuntematon cc_attr-arvo"
  
! #: config/aarch64/aarch64.c:8797
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "tiedostonimi puuttuu %qs:n jÃ¤lkeen"
  
! #: config/aarch64/aarch64.c:8823
  #, fuzzy, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr "makron nimi puuttuu %qs:n jÃ¤lkeen"
  
! #: config/aarch64/aarch64.c:8826
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr "tuntematon cc_attr-arvo"
  
! #: config/aarch64/aarch64.c:8929 config/arm/arm.c:3094
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "valitsin -mcpu=%s on ristiriidassa valitsimen -march=%s kanssa"
  
! #: config/aarch64/aarch64.c:8964
  #, fuzzy, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "%s ei tue %%n$-operandinumeromuotoilua"
  
! #: config/aarch64/aarch64.c:8968
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9030
  #, fuzzy, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr "koodimalli %s ei tue PIC-tilaa"
  
! #: config/aarch64/aarch64.c:9195
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr "polku puuttuu %qs:n jÃ¤lkeen"
  
! #: config/aarch64/aarch64.c:9198
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "Tuntematon -mmacosx-version-min-arvo %qs"
  
! #: config/aarch64/aarch64.c:9202
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr "tiedostonimi puuttuu %qs:n jÃ¤lkeen"
  
! #: config/aarch64/aarch64.c:9236
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "polku puuttuu %qs:n jÃ¤lkeen"
  
! #: config/aarch64/aarch64.c:9239
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "Tuntematon -mmacosx-version-min-arvo %qs"
  
! #: config/aarch64/aarch64.c:9243
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr "tiedostonimi puuttuu %qs:n jÃ¤lkeen"
  
! #: config/aarch64/aarch64.c:9274
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "Tuntematon -mmacosx-version-min-arvo %qs"
  
! #: config/aarch64/aarch64.c:9315
  #, fuzzy, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr "tiedostonimi puuttuu %qs:n jÃ¤lkeen"
  
! #: config/aarch64/aarch64.c:9320
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr "tiedostonimi puuttuu %qs:n jÃ¤lkeen"
  
! #: config/aarch64/aarch64.c:9372
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed #pragma builtin"
  msgid "malformed target %s"
  msgstr "vÃ¤Ã¤rinmuodostettu %<#pragma %s%>, jÃ¤tetÃ¤Ã¤n huomiotta"
  
! #: config/aarch64/aarch64.c:9420
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr "%J%qD sallii vain nolla tai kaksi argumenttia"
  
! #: config/aarch64/aarch64.c:9429
  #, fuzzy, gcc-internal-format
  #| msgid "%s does not support the %<%%%s%c%> %s format"
  msgid "target %s %qs does not allow a negated form"
  msgstr "%s ei tue muotoilua %<%%%s%c%> %s"
  
! #: config/aarch64/aarch64.c:9484
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr "Kohdehakemisto â€�%sâ€� ei ole kelvollinen hakemisto"
  
! #: config/aarch64/aarch64.c:9544 config/arm/arm.c:30411
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:15017
  #, fuzzy, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr "%qE-attribuutti tarvitsee merkkijonovakioargumentin"
  
! #: config/aarch64/aarch64.c:9554
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed #pragma builtin"
  msgid "malformed target %s value"
  msgstr "VÃ¤Ã¤rin muotoiltu kohdekohtainen muuttujamÃ¤Ã¤rittely"
  
! #: config/aarch64/aarch64.c:9571
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr "makefile-kohde puuttuu %qs:n jÃ¤lkeen"
  
! #: config/aarch64/aarch64.c:9580
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11428
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11430
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr ""
*************** msgstr ""
*** 28618,28807 ****
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2799
  #, fuzzy, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr "-mvsx ja -mpaired ovat yhteensopimattomat"
  
! #: config/arm/arm.c:2805
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "kohdemuoto ei tue Ã¤Ã¤rettÃ¶myyttÃ¤"
  
! #: config/arm/arm.c:2809
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2812
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2820
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr ""
  
! #: config/arm/arm.c:2824
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2827
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2831
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2839
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2844
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2947
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr ""
  
! #: config/arm/arm.c:2992
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "kohdemuoto ei tue Ã¤Ã¤rettÃ¶myyttÃ¤"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3246
  #, fuzzy, gcc-internal-format
  #| msgid "-mpcrel -fPIC is not currently supported on selected cpu"
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-mpcrel -fPIC ei ole nykyisin tuettu valitulle prosessorille"
  
! #: config/arm/arm.c:3321
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "AAPCS ei tue valitsinta -mcaller-super-interworking"
  
! #: config/arm/arm.c:3327
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check on yhteensopimaton valitsimen -mno-apcs-frame kanssa"
  
! #: config/arm/arm.c:3335
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic ja -mapcs-reent ovat yhteensopimattomat"
  
! #: config/arm/arm.c:3338
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr ""
  
! #: config/arm/arm.c:3372
  #, fuzzy, gcc-internal-format
  msgid "selected fp16 options are incompatible"
  msgstr "valitsimet -l ja -s eivÃ¤t ole yhteensopivia"
  
! #: config/arm/arm.c:3403
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr ""
  
! #: config/arm/arm.c:3406
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr ""
  
! #: config/arm/arm.c:3417
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "AAPCS ei tue valitsinta -mcaller-super-interworking"
  
! #: config/arm/arm.c:3420
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "AAPCS ei tue valitsinta -mcallee-super-interworking"
  
! #: config/arm/arm.c:3425
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr ""
  
! #: config/arm/arm.c:3436
  #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr ""
  
! #: config/arm/arm.c:3444
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr ""
  
! #: config/arm/arm.c:3480
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr ""
  
! #: config/arm/arm.c:3482
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr ""
  
! #: config/arm/arm.c:3507
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr ""
  
! #: config/arm/arm.c:3519
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr ""
  
! #: config/arm/arm.c:3528
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr ""
  
! #: config/arm/arm.c:3547
  #, fuzzy, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "sÃ¤iekohtaista muistia ei tueta tÃ¤lle kohteelle"
  
! #: config/arm/arm.c:3638
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "kohdemuoto ei tue Ã¤Ã¤rettÃ¶myyttÃ¤"
  
! #: config/arm/arm.c:5706
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5708
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5727
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5922
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr ""
  
! #: config/arm/arm.c:6672 config/arm/arm.c:6690 config/arm/arm.c:6865
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
--- 28618,28813 ----
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2800
  #, fuzzy, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr "-mvsx ja -mpaired ovat yhteensopimattomat"
  
! #: config/arm/arm.c:2806
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "kohdemuoto ei tue Ã¤Ã¤rettÃ¶myyttÃ¤"
  
! #: config/arm/arm.c:2810
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2813
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2821
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr ""
  
! #: config/arm/arm.c:2825
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2828
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2832
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2840
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2845
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2948
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr ""
  
! #: config/arm/arm.c:2993
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "kohdemuoto ei tue Ã¤Ã¤rettÃ¶myyttÃ¤"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3247
  #, fuzzy, gcc-internal-format
  #| msgid "-mpcrel -fPIC is not currently supported on selected cpu"
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-mpcrel -fPIC ei ole nykyisin tuettu valitulle prosessorille"
  
! #: config/arm/arm.c:3322
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "AAPCS ei tue valitsinta -mcaller-super-interworking"
  
! #: config/arm/arm.c:3328
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check on yhteensopimaton valitsimen -mno-apcs-frame kanssa"
  
! #: config/arm/arm.c:3336
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic ja -mapcs-reent ovat yhteensopimattomat"
  
! #: config/arm/arm.c:3339
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr ""
  
! #: config/arm/arm.c:3373
  #, fuzzy, gcc-internal-format
  msgid "selected fp16 options are incompatible"
  msgstr "valitsimet -l ja -s eivÃ¤t ole yhteensopivia"
  
! #: config/arm/arm.c:3404
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr ""
  
! #: config/arm/arm.c:3407
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr ""
  
! #: config/arm/arm.c:3418
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "AAPCS ei tue valitsinta -mcaller-super-interworking"
  
! #: config/arm/arm.c:3421
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "AAPCS ei tue valitsinta -mcallee-super-interworking"
  
! #: config/arm/arm.c:3426
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr ""
  
! #: config/arm/arm.c:3437
  #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr ""
  
! #: config/arm/arm.c:3445
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr ""
  
! #: config/arm/arm.c:3481
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr ""
  
! #: config/arm/arm.c:3483
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr ""
  
! #: config/arm/arm.c:3508
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr ""
  
! #: config/arm/arm.c:3520
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr ""
  
! #: config/arm/arm.c:3529
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr ""
  
! #: config/arm/arm.c:3548
  #, fuzzy, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "sÃ¤iekohtaista muistia ei tueta tÃ¤lle kohteelle"
  
! #: config/arm/arm.c:3639
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "kohdemuoto ei tue Ã¤Ã¤rettÃ¶myyttÃ¤"
  
! #: config/arm/arm.c:5707
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5709
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5728
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5923
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr ""
  
! #: config/arm/arm.c:6362 config/arm/arm.c:6565 config/arm/arm.c:6593
! #: config/arm/arm.c:26560
! #, gcc-internal-format
! msgid "parameter passing for argument of type %qT changed in GCC 7.1"
! msgstr ""
! 
! #: config/arm/arm.c:6709 config/arm/arm.c:6727 config/arm/arm.c:6902
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
*************** msgstr ""
*** 28817,28893 ****
  msgid "%qE attribute only applies to functions"
  msgstr "%qE-attribuutti pÃ¤tee vain funktioihin, ei %s"
  
! #: config/arm/arm.c:6814
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to functions, not %s"
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr "%qE-attribuutti pÃ¤tee vain funktioihin, ei %s"
  
! #: config/arm/arm.c:6826
  #, fuzzy, gcc-internal-format
  #| msgid "%qD must not have variable number of arguments"
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "%qD:lla ei saa olla vaihtuvaa mÃ¤Ã¤rÃ¤Ã¤ argumentteja"
  
! #: config/arm/arm.c:6835
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to functions, not %s"
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr "%qE-attribuutti pÃ¤tee vain funktioihin, ei %s"
  
! #: config/arm/arm.c:6857 config/arm/arm.c:6909
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute ignored on non-class types"
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "%qE-attribuuttia ei huomioida ei-luokkatyypeille"
  
! #: config/arm/arm.c:6876
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "%J%qE-attribuutti soveltuu vain funktioihin"
  
! #: config/arm/arm.c:6925
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to function types"
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "%qE-attribuutti pÃ¤tee vain funktiotyyppeihin"
  
! #: config/arm/arm.c:12208
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12211
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23458
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr ""
  
! #: config/arm/arm.c:24111
  #, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr ""
  
! #: config/arm/arm.c:24375
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr ""
  
! #: config/arm/arm.c:24624
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:24853
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30391
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid vector type for attribute %qs"
  msgid "invalid fpu for attribute(target(\"%s\"))"
--- 28823,28899 ----
  msgid "%qE attribute only applies to functions"
  msgstr "%qE-attribuutti pÃ¤tee vain funktioihin, ei %s"
  
! #: config/arm/arm.c:6851
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to functions, not %s"
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr "%qE-attribuutti pÃ¤tee vain funktioihin, ei %s"
  
! #: config/arm/arm.c:6863
  #, fuzzy, gcc-internal-format
  #| msgid "%qD must not have variable number of arguments"
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "%qD:lla ei saa olla vaihtuvaa mÃ¤Ã¤rÃ¤Ã¤ argumentteja"
  
! #: config/arm/arm.c:6872
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to functions, not %s"
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr "%qE-attribuutti pÃ¤tee vain funktioihin, ei %s"
  
! #: config/arm/arm.c:6894 config/arm/arm.c:6946
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute ignored on non-class types"
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "%qE-attribuuttia ei huomioida ei-luokkatyypeille"
  
! #: config/arm/arm.c:6913
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "%J%qE-attribuutti soveltuu vain funktioihin"
  
! #: config/arm/arm.c:6962
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to function types"
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "%qE-attribuutti pÃ¤tee vain funktiotyyppeihin"
  
! #: config/arm/arm.c:12245
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12248
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23495
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr ""
  
! #: config/arm/arm.c:24148
  #, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr ""
  
! #: config/arm/arm.c:24412
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr ""
  
! #: config/arm/arm.c:24661
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:24890
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid vector type for attribute %qs"
  msgid "invalid fpu for attribute(target(\"%s\"))"
*************** msgstr "epÃ¤kelpo vektorityyppi attribuu
*** 28896,28908 ****
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30399
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30406 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:14915 config/s390/s390.c:14965 config/s390/s390.c:14982
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr "kohde â€�%sâ€� ei tÃ¤smÃ¤Ã¤ kohdehahmon kanssa"
--- 28902,28914 ----
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30443
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30450 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:15083 config/s390/s390.c:15133 config/s390/s390.c:15150
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr "kohde â€�%sâ€� ei tÃ¤smÃ¤Ã¤ kohdehahmon kanssa"
*************** msgstr "%J%qD sallii vain nolla tai kaks
*** 31537,31543 ****
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "%J%qD sallii vain nolla tai kaksi argumenttia"
  
! #: config/rs6000/rs6000-c.c:5711
  #, fuzzy, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr "%J%qD sallii vain nolla tai kaksi argumenttia"
--- 31543,31549 ----
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "%J%qD sallii vain nolla tai kaksi argumenttia"
  
! #: config/rs6000/rs6000-c.c:5710
  #, fuzzy, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr "%J%qD sallii vain nolla tai kaksi argumenttia"
*************** msgstr "%J%qD sallii vain nolla tai kaks
*** 31547,31588 ****
  msgid "vec_addec only accepts 3 arguments"
  msgstr "%J%qD sallii vain nolla tai kaksi argumenttia"
  
! #: config/rs6000/rs6000-c.c:5861
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%q+D sallii vain nolla tai kaksi argumenttia"
  
! #: config/rs6000/rs6000-c.c:5866
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%J%qD sallii vain nolla tai kaksi argumenttia"
  
! #: config/rs6000/rs6000-c.c:5871
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%J%qD sallii vain nolla tai kaksi argumenttia"
  
! #: config/rs6000/rs6000-c.c:5937
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6106
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6380
  #, fuzzy, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "sijoitus hylkÃ¤Ã¤ kohdeosoitintyypin mÃ¤Ã¤reitÃ¤"
  
! #: config/rs6000/rs6000-c.c:6434
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "weakref ei ole tuettu tÃ¤ssÃ¤ konfiguraatiossa"
  
! #: config/rs6000/rs6000-c.c:6442
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr "virheellinen parametri %qs"
--- 31553,31594 ----
  msgid "vec_addec only accepts 3 arguments"
  msgstr "%J%qD sallii vain nolla tai kaksi argumenttia"
  
! #: config/rs6000/rs6000-c.c:5862
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%q+D sallii vain nolla tai kaksi argumenttia"
  
! #: config/rs6000/rs6000-c.c:5867
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%J%qD sallii vain nolla tai kaksi argumenttia"
  
! #: config/rs6000/rs6000-c.c:5872
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%J%qD sallii vain nolla tai kaksi argumenttia"
  
! #: config/rs6000/rs6000-c.c:5938
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6107
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6381
  #, fuzzy, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "sijoitus hylkÃ¤Ã¤ kohdeosoitintyypin mÃ¤Ã¤reitÃ¤"
  
! #: config/rs6000/rs6000-c.c:6435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "weakref ei ole tuettu tÃ¤ssÃ¤ konfiguraatiossa"
  
! #: config/rs6000/rs6000-c.c:6443
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr "virheellinen parametri %qs"
*************** msgstr "%<__builtin_prefetch%>-funktion
*** 32658,32771 ****
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9812
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr ""
  
! #: config/s390/s390.c:10926
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:10942
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:10970
  #, fuzzy, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr "pinokehys ei ole 8:n tavun monikerta: %wd"
  
! #: config/s390/s390.c:10974
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr ""
  
! #: config/s390/s390.c:11352
  #, fuzzy, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr "#pragma extern_prefix ei ole tuettu tÃ¤llÃ¤ kohteella"
  
! #: config/s390/s390.c:14498
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14510
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14522
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr ""
  
! #: config/s390/s390.c:14525
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "64-bittinen ABI ei ole tuettu ESA/390-tilassa"
  
! #: config/s390/s390.c:14542
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr "sÃ¤iekohtaista muistia ei tueta tÃ¤lle kohteelle"
  
! #: config/s390/s390.c:14545
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14573
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "sÃ¤iekohtaista muistia ei tueta tÃ¤lle kohteelle"
  
! #: config/s390/s390.c:14577
  #, fuzzy, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "sÃ¤iekohtaista muistia ei tueta tÃ¤lle kohteelle"
  
! #: config/s390/s390.c:14589
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14597
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr ""
  
! #: config/s390/s390.c:14603
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr ""
  
! #: config/s390/s390.c:14605
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr ""
  
! #: config/s390/s390.c:14608
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr ""
  
  #. argument is not a plain number
! #: config/s390/s390.c:14706
  #, fuzzy, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr "%q+D:n ensimmÃ¤isen argumentin pitÃ¤isi olla %<int%>"
  
! #: config/s390/s390.c:14713
  #, fuzzy, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr "blocks-argumentti on liian suuri, maksimi on %llu"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:14921
  #, fuzzy, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr "sÃ¤iekohtaista muistia ei tueta tÃ¤lle kohteelle"
--- 32664,32777 ----
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9980
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr ""
  
! #: config/s390/s390.c:11094
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:11110
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:11138
  #, fuzzy, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr "pinokehys ei ole 8:n tavun monikerta: %wd"
  
! #: config/s390/s390.c:11142
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr ""
  
! #: config/s390/s390.c:11520
  #, fuzzy, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr "#pragma extern_prefix ei ole tuettu tÃ¤llÃ¤ kohteella"
  
! #: config/s390/s390.c:14666
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14678
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14690
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr ""
  
! #: config/s390/s390.c:14693
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "64-bittinen ABI ei ole tuettu ESA/390-tilassa"
  
! #: config/s390/s390.c:14710
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr "sÃ¤iekohtaista muistia ei tueta tÃ¤lle kohteelle"
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14741
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "sÃ¤iekohtaista muistia ei tueta tÃ¤lle kohteelle"
  
! #: config/s390/s390.c:14745
  #, fuzzy, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "sÃ¤iekohtaista muistia ei tueta tÃ¤lle kohteelle"
  
! #: config/s390/s390.c:14757
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14765
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr ""
  
! #: config/s390/s390.c:14771
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr ""
  
! #: config/s390/s390.c:14773
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr ""
  
! #: config/s390/s390.c:14776
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr ""
  
  #. argument is not a plain number
! #: config/s390/s390.c:14874
  #, fuzzy, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr "%q+D:n ensimmÃ¤isen argumentin pitÃ¤isi olla %<int%>"
  
! #: config/s390/s390.c:14881
  #, fuzzy, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr "blocks-argumentti on liian suuri, maksimi on %llu"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:15089
  #, fuzzy, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr "sÃ¤iekohtaista muistia ei tueta tÃ¤lle kohteelle"
diff -Nrcpad gcc-7.1.0/gcc/po/fr.gmo gcc-7.2.0/gcc/po/fr.gmo
*** gcc-7.1.0/gcc/po/fr.gmo	Tue May  2 14:16:36 2017
--- gcc-7.2.0/gcc/po/fr.gmo	Mon Aug 14 08:30:39 2017
***************
*** 1,1936 ****
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--- 1,1934 ----
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  For bug reporting instructions, please see:
  
*************** Use the -mcpu option to set the ISA expl
*** 2179,2185 ****
  incorrect hint operandincorrect insn:incorrect number of arguments to function %qEincorrect number of vector CONSTRUCTOR elementsincorrect rounding operandincorrect setting of landing pad numberincorrect sharing of tree nodesincorrect type of vector CONSTRUCTOR elementsincorrectly nested OpenACC loop parallelismincrement expression refers to iteration variable %qDincrement of a boolean expressionincrement of constant field %qDincrement of enumeration value is invalid in C++increment of function %qDincrement of member %qD in read-only objectincrement of pointer to an incomplete type %qTincrement of read-only location %qEincrement of read-only member %qDincrement of read-only named return value %qDincrement of read-only parameter %qDincrement of read-only reference %qDincrement of read-only variable %qDincremented enumerator value is too large for %<long%>incremented enumerator value is too large for %<unsigned long%>index %E denotes an offset greater than size of %qTindex in dimension %d is out of bounds at %Lindex must be integerindex value instead of field name in union initializerindex value is out of boundindirect call frequency %i does not match BB frequency %iindirect function %q+D cannot be declared weakindirect function %q+D cannot be declared weakrefindirect function call with a yet undetermined calleeindirect jumps are not available on this targetindirection will not access object of incomplete type %qT in for increment expressionindirection will not access object of incomplete type %qT in left operand of comma operatorindirection will not access object of incomplete type %qT in right operand of comma operatorindirection will not access object of incomplete type %qT in second operand of conditional expressionindirection will not access object of incomplete type %qT in statementindirection will not access object of incomplete type %qT in third operand of conditional expressionindirection will not access object of non-trivially-copyable type %qT in for increment expressionindirection will not access object of non-trivially-copyable type %qT in left operand of comma operatorindirection will not access object of non-trivially-copyable type %qT in right operand of comma operatorindirection will not access object of non-trivially-copyable type %qT in second operand of conditional expressionindirection will not access object of non-trivially-copyable type %qT in statementindirection will not access object of non-trivially-copyable type %qT in third operand of conditional expressioninferred scalar type %qT is not an integer or floating point type of the same size as %qTinherited constructor %qD is not constexprinheriting constructors only available with -std=c++11 or -std=gnu++11init function found in object %sinit-statement in selection statements only available with -std=c++1z or -std=gnu++1zinit_arglist(): too many argumentsinitialization discards %qv qualifier from pointer target typeinitialization from distinct Objective-C typeinitialization from incompatible pointer typeinitialization from pointer to non-enclosed address spaceinitialization left-hand side might be a candidate for a format attributeinitialization makes %q#v qualified function pointer from unqualifiedinitialization makes integer from pointer without a castinitialization makes pointer from integer without a castinitialization of a flexible array memberinitialization of common block variable %qs in DATA statement at %Cinitialization of flexible array member in a nested contextinitialization of new-expression for type %<auto%> requires exactly one elementinitialization of non-const reference type %q#T from rvalue of type %qTinitialization of volatile reference type %q#T from rvalue of type %qTinitializations for multiple members of %qTinitialized field overwritteninitialized field with side-effects overwritteninitialized variable %q+D is marked dllimportinitializer element is not a constant expressioninitializer element is not computable at load timeinitializer element is not constantinitializer ends prematurelyinitializer expression refers to iteration variable %qDinitializer fails to determine size of %q+Dinitializer fails to determine size of %qDinitializer fails to determine size of %qTinitializer for %<decltype(auto) %D%> has function type (did you forget the %<()%> ?)initializer for %q#D is invalidinitializer for %qT must be brace-enclosedinitializer for flexible array member %q#Dinitializer for floating value is not a floating constantinitializer for integer/fixed-point value is too complicatedinitializer in range-based %<for%> loopinitializer invalid for static member with constructorinitializer provided for functioninitializer specified for friend function %qDinitializer specified for non-virtual method %q+Dinitializer specified for static member function %qDinitializer-string for array of chars is too longinjected-class-name %qD used as template template argumentinline clone in same comdat group listinline clone is forced to outputinline clone with address takeninline code to invalidate instruction cache entries after setting up nested function trampolines.inline declaration of %qD follows declaration with attribute noinlineinline function %q+D declared as  dllimport: attribute ignoredinline function %q+D declared but never definedinline function %q+D declared weakinline function %q+D given attribute noinlineinline function %qD given attribute noinlineinline function %qD used but never definedinline namespaces only available with -std=c++11 or -std=gnu++11inline variables are only available with -std=c++1z or -std=gnu++1zinlined_to pointer is set but no predecessors foundinlined_to pointer is wronginlined_to pointer refers to itselfinlined_to pointer set for noninline callersinlining failed in call to %q+F: %sinlining failed in call to always_inline %q+F: %sinner loop uses same OpenACC parallelism as containing loopinput file %qs is the same as output fileinput operand constraint contains %qcinsert_bbt(): Duplicate key found!insertion out of range in BIT_INSERT_EXPRinsn %d basic block pointer is %d, should be %dinsn %d in footer of bb %d has non-NULL basic blockinsn %d in header of bb %d has non-NULL basic blockinsn %d is in multiple basic blocks (%d and %d)insn %d outside of basic blocks has non-NULL bb fieldinsn addresses not freedinsn contains an invalid address !insn does not satisfy its constraints:insn outside basic blockinsn with UID %i not found for operand %i (`%s') of insn %iinsn with UID %i not found for operand %i of insn %iinstall: %s%s
  installation error, can't find crtoffloadtable.oinstance variable %qE accessed in class methodinstance variable %qE is %s; this will be a hard error in the futureinstance variable %qE is declared %sinstance variable %qE is declared privateinstance variable %qs has unknown sizeinstance variable %qs is declared privateinstance variable %qs uses flexible array memberinstance variable assignment has been interceptedinstruction never executedinstruction scheduling not supported on this target machineinsufficient arguments to overloaded function %sinsufficient contextual information to determine typeinsufficient partitioning available to parallelize element loopinsufficient partitioning available to parallelize loopinsufficient partitioning available to parallelize tile loopint-array initialized from incompatible wide stringint-array initialized from non-wide stringinteger constant is too large for %<unsigned long%> typeinteger division by zerointeger literal exceeds range of %qT typeinteger overflow in array sizeinteger overflow in expressioninteger suffix %qs shadowed by implementationintegral expression %qE is not constantintegral result type precision does not match field size of BIT_FIELD_REFinter-module optimizations not implemented for C++interface %qE does not have valid constant string layoutinternal compiler errorinternal compiler error.  Bad address:internal compiler error.  Incorrect shift:internal compiler error.  Unknown mode:internal compiler error: internal consistency failureinternal error: bad register: %dinternal error: builtin function %s already processedinternal error: builtin function %s had an unexpected return type %sinternal error: builtin function %s, argument %d had unexpected argument type %sinternal error: cris_side_effect_mode_ok with bad operandsinternal error: sideeffect-insn affecting main effectinternal procedure %qs at %L conflicts with DUMMY argumentinternal unit in WRITEinterrupt Service Routines cannot be coded in Thumb modeinterrupt handlers cannot be MIPS16 functionsinterrupt handlers cannot have argumentsinterrupt service routine can only have a pointer argument and an optional integer argumentinterrupt service routine can't be called directlyinterrupt service routine can't have non-void return valueinterrupt service routine should have a pointer as the first argumentinterrupt service routine should have unsigned %sint as the second argumentinterrupt vector to %qE attribute is not vector=(sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5)interrupt_thread is available only on fidointrinsic register index is out of rangeintrinsic variable which isn't a procedureinvalid #pragma %sinvalid %%%c operandinvalid %%-codeinvalid %%A operandinvalid %%B operandinvalid %%C operandinvalid %%C valueinvalid %%D operandinvalid %%D valueinvalid %%E valueinvalid %%F valueinvalid %%G modeinvalid %%G valueinvalid %%H operandinvalid %%H specifierinvalid %%I operandinvalid %%J codeinvalid %%J valueinvalid %%K valueinvalid %%L operandinvalid %%L valueinvalid %%M operandinvalid %%M valueinvalid %%N operandinvalid %%N valueinvalid %%O valueinvalid %%P operandinvalid %%P valueinvalid %%R valueinvalid %%T valueinvalid %%U valueinvalid %%Y operandinvalid %%c operandinvalid %%d operandinvalid %%d valueinvalid %%e valueinvalid %%f operandinvalid %%f valueinvalid %%h operandinvalid %%h valueinvalid %%i operandinvalid %%j codeinvalid %%j operandinvalid %%j valueinvalid %%k valueinvalid %%m valueinvalid %%p valueinvalid %%q valueinvalid %%r operandinvalid %%r valueinvalid %%s operandinvalid %%s valueinvalid %%t operandinvalid %%t operand 'invalid %%t/%%b valueinvalid %%u valueinvalid %%v valueinvalid %%x valueinvalid %%xn codeinvalid %%y value, try using the 'Z' constraintinvalid 'asm': invalid (pointer) operands to plus/minusinvalid --param name %qsinvalid --param name %qs; did you mean %qs?invalid --param value %qsinvalid CASE_CHAINinvalid IACC argumentinvalid LHS in gimple callinvalid Objective-C++ selector nameinvalid OpenACC clause at file scopeinvalid PHI argumentinvalid PHI resultinvalid UNSPEC as operandinvalid UNSPEC as operand: %dinvalid _Literalinvalid abstract parameter type %qTinvalid abstract return type %qTinvalid abstract return type for function %q+#Dinvalid abstract return type for member function %q+#Dinvalid abstract type %qT for %qEinvalid abstract type for %q+Dinvalid access to non-static data member %qD in virtual base of NULL objectinvalid addressinvalid address for 'O' output modifierinvalid address for 'R' output modifierinvalid address for 'S' output modifierinvalid address operand in MEM_REFinvalid address operand in TARGET_MEM_REFinvalid addressing modeinvalid alignment for %<#pragma align%>, ignoringinvalid alignment value for __builtin_arc_alignedinvalid application of %<__alignof%> to a bit-fieldinvalid application of %<sizeof%> to a bit-fieldinvalid application of %<sizeof%> to a function typeinvalid application of %qs to a member functioninvalid application of %qs to a void typeinvalid application of %qs to array type %qT of incomplete element typeinvalid application of %qs to incomplete type %qTinvalid argument %d for builtin %qFinvalid argument %qs to -fdebug-prefix-mapinvalid argument of %qE attributeinvalid argument of %qs attributeinvalid argument of SQRT at %Linvalid argument to %qDinvalid argument to built-in functioninvalid argument to built-in function %sinvalid argument to gimple callinvalid argumentsinvalid array assignmentinvalid base-class specificationinvalid branch to/from %s structured blockinvalid case label in switch statementinvalid case range in switch statementinvalid cast from type %qT to type %qTinvalid cast of an rvalue expression of type %qT to type %qTinvalid cast to abstract class type %qTinvalid cast to function type %qTinvalid class name in declaration of %qDinvalid combination of multiple type-specifiersinvalid comparison code in gimple condinvalid comparison of generated arrayinvalid comparison of generated structinvalid comparison of nil with nilinvalid comparison of non-comparable arrayinvalid comparison of non-comparable structinvalid comparison of non-comparable typeinvalid comparison of non-ordered typeinvalid comparison operator for 'E' output modifierinvalid conditional operandinvalid const_cast from type %qT to type %qTinvalid const_cast of an rvalue of type %qT to type %qTinvalid const_double operandinvalid constantinvalid constant - try using an output modifierinvalid constant for output modifier '%c'invalid constant in %<#pragma %s%>invalid constant in %<#pragma pack%> - ignoredinvalid constant vector for output modifier '%c'invalid constrained type parameterinvalid constraints for operandinvalid constructor; you probably meant %<%T (const %T&)%>invalid controlling predicateinvalid conversion from %<__fpreg%>invalid conversion from %qT to %qTinvalid conversion in gimple callinvalid conversion in return statementinvalid conversion to %<__fpreg%>invalid conversion to type %qT from type %qTinvalid covariant return type for %q#Dinvalid covariant return type for %q+#Dinvalid cpu "%s" for %s"%s"%sinvalid data model option -mdata-model=%sinvalid declaration of %<%T::%E%>invalid declaration of member template in local classinvalid declaratorinvalid default argument for a template template parameterinvalid default case label in switch statementinvalid definition of qualified type %qTinvalid depend kindinvalid depend kind in omp %<ordered%> %<depend%>invalid dist_schedule kindinvalid element type for attribute %qsinvalid encoding prefix in literal operatorinvalid entry to %s structured blockinvalid exit from %s structured blockinvalid exit from OpenMP structured blockinvalid explicit specializationinvalid expression - try using an output modifierinvalid expression as operandinvalid expression for min lvalueinvalid expression for output modifier '%c'invalid expression type for %<#pragma omp atomic%>invalid failure memory model for %<__atomic_compare_exchange%>invalid feature modifier %qs for 'arch' target %sinvalid feature modifier %qs for 'cpu' target %sinvalid feature modifier in %<-march=%s%>invalid feature modifier in %<-mcpu=%s%>invalid feature modifier in target %s %qsinvalid first operand of MEM_REFinvalid form of %<#pragma omp atomic%>invalid format of %sinvalid fpu for attribute(target("%s"))invalid function declarationinvalid function in gimple callinvalid grainsize for _Cilk_forinvalid id value for interrupt/exception attributeinvalid id value for reset attributeinvalid in-class initialization of static data member of non-integral type %qTinvalid increment expressioninvalid initial value for member %qEinvalid initialization of non-const reference of type %qT from an rvalue of type %qTinvalid initialization of reference of type %qT from expression of type %qTinvalid initializerinvalid initializer clauseinvalid initializer for %q#Dinvalid initializer for array member %q#Dinvalid initializer for member function %qDinvalid insn:invalid iterating variable in fast enumerationinvalid labels in gimple condinvalid left hand side of assignmentinvalid line in the resolution fileinvalid linkage-specificationinvalid location for %<pragma %s%>, ignoredinvalid lvalue in asm output %dinvalid map kindinvalid maskinvalid mask type in vector permute expressioninvalid member function declarationinvalid member template declaration %qDinvalid memory model argument %d of %qEinvalid memory model argument to builtininvalid memory model for %<__atomic_load%>invalid memory model for %<__atomic_store%>invalid new-expression of abstract class type %qTinvalid nmi function for reset attributeinvalid non-type template argumentinvalid non-vector operands to vector valued plusinvalid number of operands to __FMAinvalid offload table in %sinvalid offset operand in MEM_REFinvalid offset operand in TARGET_MEM_REFinvalid offset operand of MEM_REFinvalid operandinvalid operand addressinvalid operand code '%c'invalid operand for '%%%c'invalid operand for 'A' modifierinvalid operand for 'D' modifierinvalid operand for 'H' modifierinvalid operand for 'O' modifierinvalid operand for 'T' modifierinvalid operand for 'b' modifierinvalid operand for 'e' modifierinvalid operand for 'm' modifierinvalid operand for 'o' modifierinvalid operand for 'p' modifierinvalid operand for 'r' specifierinvalid operand for 'z' modifierinvalid operand for code '%c'invalid operand in indirect referenceinvalid operand in return statementinvalid operand in unary expressioninvalid operand in unary operationinvalid operand modifier letterinvalid operand output codeinvalid operand prefixinvalid operand prefix '%%%c'invalid operand size for operand code 'O'invalid operand size for operand code 'Z'invalid operand size for operand code 'z'invalid operand to %%H/%%L codeinvalid operand to %%M codeinvalid operand to %%N codeinvalid operand to %%O codeinvalid operand to %%Rinvalid operand to %%R codeinvalid operand to %%Sinvalid operand to %%T/%%B codeinvalid operand to %%U codeinvalid operand to %%V codeinvalid operand to %%Z codeinvalid operand to %%p codeinvalid operand to %%s codeinvalid operand to %%z codeinvalid operand to plus/minus, type is a pointerinvalid operand to pointer plus, first operand is not a pointerinvalid operand to pointer plus, second operand is not an integer type of appropriate widthinvalid operand to switch statementinvalid operand type used with operand code 'Z'invalid operands in binary operationinvalid operands in gimple comparisoninvalid operands in ternary operationinvalid operands of types %qT and %qT to binary %qOinvalid operands to array referenceinvalid operands to binary %s (have %qT and %qT)invalid operationinvalid operation (%s)invalid operation on %<__fpreg%>invalid operator for %<#pragma omp atomic%>invalid parameter %qsinvalid parameter combination for AltiVec intrinsic %sinvalid parameter combination for intrinsic %qsinvalid parameter type %qTinvalid pass positioning operationinvalid pointer mode %qsinvalid pointer to bit-field %qDinvalid position or size in BIT_INSERT_EXPRinvalid position or size operand to BIT_FIELD_REFinvalid private reduction on %qEinvalid proc_bind kindinvalid property declarationinvalid prototype for '%s'invalid punctuation %qc in constraintinvalid pure const state for functioninvalid pure specifier (only %<= 0%> is allowed)invalid qualifiers on non-member function typeinvalid qualifying scope in pseudo-destructor nameinvalid receive on send-only channelinvalid receiver type %qsinvalid redeclaration of %q+Dinvalid reduction-identifierinvalid reference for 'J' output modifierinvalid reference prefixinvalid register name for %q+Dinvalid resolution in the resolution fileinvalid return type %qT of constexpr function %q+Dinvalid rhs for gimple memory storeinvalid rtl sharing found in the insninvalid schedule kindinvalid second argument to %<__builtin_prefetch%>; using zeroinvalid send on receive-only channelinvalid setter, it must have one argumentinvalid shift operandinvalid static chain in gimple callinvalid static_cast from type %qT to type %qTinvalid storage class for function %qEinvalid target memregs value '%d'invalid template declaration of %qDinvalid template non-type parameterinvalid template-idinvalid third argument to %<__builtin_prefetch%>; using zeroinvalid type %<void%> for newinvalid type %qT as initializer for a vector of type %qTinvalid type %qT declared %<friend%>invalid type argument (have %qT)invalid type argument of %<->%> (have %qT)invalid type argument of %<->*%> (have %qT)invalid type argument of array indexing (have %qT)invalid type argument of implicit conversion (have %qT)invalid type argument of unary %<*%> (have %qT)invalid type for asm flag outputinvalid type for instance variableinvalid type for iteration variable %qEinvalid type for make functioninvalid type for parameter %d of constexpr function %q+#Dinvalid type for propertyinvalid types %<%T[%T]%> for array subscriptinvalid types in address space conversioninvalid types in conversion to floating pointinvalid types in conversion to integerinvalid types in fixed-point conversioninvalid types in nop conversioninvalid use of %%d, %%x, or %%Xinvalid use of %<...%> calling non-variadic functioninvalid use of %<...%> with builtin functioninvalid use of %<...%> with non-sliceinvalid use of %<::%>invalid use of %<_Cilk_spawn%>invalid use of %<auto%> in conversion operatorinvalid use of %<auto%> in default template argumentinvalid use of %<auto%> in exception-specificationinvalid use of %<auto%> in template argumentinvalid use of %<extern%> variable %qD in %<#pragma acc declare%>invalid use of %<global%> variable %qD in %<#pragma acc declare%>invalid use of %<restrict%>invalid use of %<this%> at top levelinvalid use of %<this%> in non-member functioninvalid use of %q#T with a flexible array member in %q#Tinvalid use of %q#T with a zero-size array in %q#Dinvalid use of %qDinvalid use of %qD in linkage specificationinvalid use of %qE to form a pointer-to-member-functioninvalid use of %qTinvalid use of '%%%c'invalid use of ':' modifierinvalid use of a pointer to an incomplete type in pointer arithmeticinvalid use of array indexing on pointer to memberinvalid use of array with unspecified boundsinvalid use of asm flag outputinvalid use of attribute %<fallthrough%>invalid use of brace-enclosed initializer listinvalid use of const_cast with type %qT, which is a pointer or reference to a function typeinvalid use of const_cast with type %qT, which is not a pointer, reference, nor a pointer-to-data-member typeinvalid use of constructor as a templateinvalid use of cv-qualified type %qT in parameter declarationinvalid use of dependent type %qTinvalid use of destructor %qD as a typeinvalid use of destructor %qE as a typeinvalid use of flexible array memberinvalid use of implicit conversion on pointer to memberinvalid use of incomplete type %q#Tinvalid use of incomplete typedef %qTinvalid use of label %q+D in %<_Cilk_spawn%>invalid use of member %qD (did you forget the %<&%> ?)invalid use of member %qD in static member functioninvalid use of member function %qD (did you forget the %<()%> ?)invalid use of method value as argument of Offsetofinvalid use of non-lvalue arrayinvalid use of non-static data member %qDinvalid use of non-static member function %qDinvalid use of non-static member function of type %qTinvalid use of nonstatic data member %qEinvalid use of pack expansion expressioninvalid use of placeholder %qTinvalid use of qualified-name %<%D::%D%>invalid use of qualified-name %<%T::%D%>invalid use of qualified-name %<::%D%>invalid use of structure with flexible array memberinvalid use of template template parameter %qTinvalid use of template type parameter %qTinvalid use of template-id %qD in declaration of primary templateinvalid use of template-name %qE without an argument listinvalid use of typeinvalid use of type %<void%> in parameter declarationinvalid use of type %qT as a default value for a template template-parameterinvalid use of unary %<*%> on pointer to memberinvalid use of undefined type %qTinvalid use of void expressioninvalid use of volatile lvalue inside %<transaction_safe%> functioninvalid use of volatile lvalue inside transactioninvalid user-defined conversion from %qT to %qTinvalid value-initialization of reference typeinvalid vector comparison resulting typeinvalid vector type for attribute %qEinvalid version number %qsinvalid warm function for reset attributeinvalid zero extractinverted slice rangeio_kind_name(): bad I/O-kindipa inline summary is missing in input fileipa reference summary is missing in ltrans unitis_c_interoperable(): gfc_simplify_expr failedit is defined as a pointer in different address space in another translation unitit is defined as a pointer to different type in another translation unitit must be a pointer-to-member of the form %<&X::Y%>it must be the address of a function with external linkageit must be the name of a function with external linkageitem in READiterating variable in fast enumeration is not an objectiteration %s invokes undefined behavioriteration variable %qD should not be firstprivateiteration variable %qD should not be reductioniteration variable %qE is predetermined lineariteration variable %qE should be privateiteration variable %qE should not be firstprivateiteration variable %qE should not be lastprivateiteration variable %qE should not be lineariteration variable %qE should not be privateiteration variable %qE should not be reductioniteration variable cannot be volatileiterator variableits dest_idx should be %d, not %divar %qs used by %<@synthesize%> declaration must be an existing ivariwmmxt abi requires an iwmmxt capable cpuiwmmxt requires an AAPCS compatible ABI for proper operationjump into scope of identifier with variably modified typejump into statement expressionjump skips variable initializationjump to case labeljump to label %qDjunk at end of #pragma %sjunk at end of #pragma ADDRESSjunk at end of #pragma GCC memregs [0..16]junk at end of #pragma __nostandardjunk at end of #pragma __standardjunk at end of #pragma ghs endsdajunk at end of #pragma ghs endtdajunk at end of #pragma ghs endzdajunk at end of #pragma ghs interruptjunk at end of #pragma ghs sectionjunk at end of #pragma ghs startsdajunk at end of #pragma ghs starttdajunk at end of #pragma ghs startzdajunk at end of #pragma longcalljunk at end of %<#pragma %s%>junk at end of %<#pragma GCC pch_preprocess%>junk at end of %<#pragma GCC visibility%>junk at end of %<#pragma align%>junk at end of %<#pragma fini%>junk at end of %<#pragma init%>junk at end of %<#pragma message%>junk at end of %<#pragma pack%>junk at end of %<#pragma pop_options%>junk at end of %<#pragma push_options%>junk at end of %<#pragma redefine_extname%>junk at end of %<#pragma reset_options%>junk at end of %<#pragma weak%>junk at end of '#pragma extern_model'junk at end of '#pragma ms_struct'junk at end of '#pragma options'junk at end of '#pragma unused'keyword %<export%> not implemented, and will be ignoredkeyword %<typename%> not allowed in this context (a qualified member initializer is implicitly a type)keyword %<typename%> not allowed in this context (the base class is implicitly a type)keyword %<typename%> not allowed outside of templateslabel label %q+D declared but not definedlabel %q+D defined but not usedlabel %q+D used but not definedlabel %qD defined herelabel %qE referenced outside of any functionlabel at end of compound statementlabel named wchar_tlabel's context is not the current function decllambda capture initializers only available with -std=c++14 or -std=gnu++14lambda expressions only available with -std=c++11 or -std=gnu++11lambda in local class %q+T cannot capture variables from the enclosing contextlambda templates are only available with -std=c++14 or -std=gnu++14lambda-expression in a constant expressionlambda-expression in template-argumentlambda-expression in unevaluated contextlane %wd out of range %wd - %wdlang_* check: failed in %s, at %s:%dlanguage %s not recognizedlanguage string %<"%E"%> not recognizedlarge fixed-point constant implicitly truncated to fixed-point typelarge integer implicitly truncated to unsigned typelast argument must be an immediateld returned %d exit statusleft argument must be a sliceleft hand operand of %<->*%> must be a pointer to class, but is a pointer to member of type %qTleft operand of comma operator cannot resolve address of overloaded functionleft operand of comma operator has no effectleft operand of comma operator is a reference, not call, to function %qEleft operand of shift expression %q+E is negativeleft precisionleft precision in strfmon formatleft rotate count >= width of typeleft rotate count is negativeleft shift count >= width of typeleft shift count >= width of vector elementleft shift count is negativeleft shift of negative valueleft-hand operand of comma expression has no effectleft-hand side of assignment might be a candidate for a format attributelen larger than caplength %qE above array section size in %qs clauselength %qE of array section does not have integral typelength mismatch between LHS and RHSlength mismatch in expressionlength modifierlength modifier in printf formatlength modifier in scanf formatlength modifier in strfmon formatlength of array notation triplet is not an integerlength required when allocating a sliceletter %c was found & insn was not CONST_INTlibraries: %s
  library function %q#D redeclared as non-function %q#Dlibrary lib%s not foundlimit is %u bytes, but argument is %slimit is %u bytes, but argument may be as large as %slinear clause applied to non-integral non-pointer variable with %qT typelinear clause applied to non-integral non-pointer variable with type %qTlinear clause applied to non-integral, non-floating, non-pointer variable with %qT typelinear clause applied to non-integral, non-floating, non-pointer variable with type %qTlinear clause with %qs modifier applied to non-reference variable with %qT typelinear step expression must be integrallist-initializer for non-class type must not be parenthesizedliteral operator suffixes not preceded by %<_%> are reserved for future standardizationliteral operator template %q+D conflicts with raw literal operator %qDliteral operator template %qD has invalid parameter list.  Expected non-type template argument pack <char...>literal operator template %qD has invalid parameter list.  Expected non-type template argument pack <char...> or <typename CharT, CharT...>literal operator with C linkagelo_sum not of registerlocal class %q#T shall not have static data member %q#Dlocal declaration of %qE hides instance variablelocal symbols must be definedlocal variable %qD may not appear in this contextlocal variable memory requirements exceed capacitylocation references block not in block treelogical %<and%> applied to non-boolean constantlogical %<and%> of equal expressionslogical %<and%> of mutually exclusive tests is always falselogical %<or%> applied to non-boolean constantlogical %<or%> of collectively exhaustive tests is always truelogical %<or%> of equal expressionslogical not is only applied to the left hand side of comparisonlogical_to_bitwise(): Bad intrinsiclong, short, signed or unsigned used invalidly for %qslookup of %qT in %qT is ambiguousloop %d%'s header does not belong directly to itloop %d%'s header does not have exactly 2 entriesloop %d%'s header is not a loop headerloop %d%'s latch does not belong directly to itloop %d%'s latch does not have an edge to its headerloop %d%'s latch does not have exactly 1 successorloop %d%'s latch does not have header as successorloop %d%'s latch is marked as part of irreducible regionloop %d%'s latch is not dominated by its headerloop uses OpenACC parallelism disallowed by containing routineloop verification on loop tree that needs fixuploop with header %d marked for removalloop with header %d not in loop treelooser throw specifier for %q+#Flow bound %qE above array section size in %qs clauselow bound %qE of array section does not have integral typelower value in case label range less than minimum value for typelp_array does not match region_treelp_array is corrupted for lp %ilseek failed while reading export datalto_obj_file_open() failedlvalue required as decrement operandlvalue required as increment operandlvalue required as left operand of assignmentlvalue required as unary %<&%> operandlvalue required in asm statementmachine independent builtin code out of rangemacro name missing after %qsmake_generic(): Can't find generic symbol %qsmaking multiple clones of %qDmalformed #pragma ADDRESS variable addressmalformed #pragma GCC visibility pushmalformed #pragma builtinmalformed #pragma ghs sectionmalformed #pragma redefine_extname, ignoredmalformed #pragma weak, ignoredmalformed %<#pragma %s%>, ignoredmalformed %<#pragma %s%>, ignoringmalformed %<#pragma align%>malformed %<#pragma align%>, ignoringmalformed %<#pragma fini%>malformed %<#pragma fini%>, ignoringmalformed %<#pragma init%>malformed %<#pragma init%>, ignoringmalformed %<#pragma message%>, ignoredmalformed %<#pragma pack%> - ignoredmalformed %<#pragma pack(pop[, id])%> - ignoredmalformed %<#pragma pack(push[, id][, <n>])%> - ignoredmalformed '#pragma __extern_prefix', ignoringmalformed '#pragma extern_model', ignoringmalformed '#pragma member_alignment'malformed '#pragma member_alignment', ignoringmalformed '#pragma ms_struct {on|off|reset}', ignoringmalformed '#pragma ms_struct', ignoringmalformed '#pragma options align={mac68k|power|reset}', ignoringmalformed '#pragma options', ignoringmalformed COLLECT_GCC_OPTIONSmalformed option -fplugin-arg-%s (missing -<key>[=<value>])malformed ptx filemalformed spec function argumentsmalformed spec function namemalformed target %smalformed target %s list %qsmalformed target %s valuemangled name for %qD will change in C++17 because the exception specification is part of a function typemangling %Cmangling __underlying_typemangling typeof, use decltype insteadmangling unknown fixed point typemap can only be compared to nilmapping field %qE of variable length structuremask must be an immediatematch_attr_spec(): Bad attributematch_level_4(): Bad operatormatch_string_constant(): Delimiter not foundmatching constraint does not allow a registermatching constraint not valid in output operandmatching constraint references invalid operand numbermaximum limit of %d namespaces searched for %qEmaximum number of arrays per scop.maximum number of basic blocks per function to be analyzed by Graphite.maximum number of isl operations, 0 means unlimitedmaximum number of parameters in a SCoP.maximum value of parameter %qs is %umay not use both -EB and -ELmay not use both -m32 and -m64mduc registers only saved for G13 targetmedia functions are not available unless -mmedia is usedmem-initializer for %qD follows constructor delegationmember %q+#D with constructor not allowed in anonymous aggregatemember %q+#D with constructor not allowed in unionmember %q+#D with copy assignment operator not allowed in anonymous aggregatemember %q+#D with copy assignment operator not allowed in unionmember %q+#D with destructor not allowed in anonymous aggregatemember %q+#D with destructor not allowed in unionmember %q+D cannot be declared as a %<mutable%> referencemember %q+D cannot be declared both %<const%> and %<mutable%>member %qD cannot be declared both %<virtual%> and %<constexpr%>member %qD cannot be declared both %<virtual%> and %<static%>member %qD conflicts with virtual function table field namemember %qD declared as friend before type %qT definedmember %qD in read-only object used as %<asm%> outputmember %qD is uninitialized referencemember %qD must be initialized by mem-initializer in %<constexpr%> constructormember %qD with uninitialized reference fieldsmember functions are implicitly friends of their classmember template %qD may not have virt-specifiersmembers of an explicitly specialized class are defined without a template headermemory access check always failmemory allocation failed while reading export datamemory input %d is not directly addressablememory reference expected for 'S' output modifiermethod %<%c%E%> declared %<@optional%> and %<@required%> at the same timemethod %s%s%s is marked go:nointerfacemethod %s%s%s requires a pointer receivermethod argument attributes are not available in Objective-C 1.0method attributes are not available in Objective-C 1.0method attributes can not be specified in @implementation contextmethod attributes must be specified at the endmethod attributes must be specified at the end onlymethod declaration not in @interface contextmethod declared %qE overriding %qE methodmethod definition for %<%c%E%> not foundmethod definition not in @implementation contextmethod overrides both %<transaction_pure%> and %qE methodsmethod possibly missing a [super dealloc] callmethod type does not match object typemethod with incompatible type is defined in another translation unitmin partition size cannot be greater than max partition sizeminimal number of loops per function to be analyzed by Graphite.minimum value of parameter %qs is %umio_array_ref(): Unknown array refmips16 function profilingmismatch in number of arguments for builtin %qF. Expected: %d got %dmismatched argument pack lengths while expanding %<%E%>mismatched argument pack lengths while expanding %<%T%>mismatched argumentsmismatched declarations during linktime optimizationmismatched operator in fold-expressionmismatching comparison operand typesmismatching parensmisplaced %<@%D%> Objective-C++ constructmissed loop optimization, the loop counter may overflowmissing $ operand number in formatmissing %<(%> after %<#pragma GCC visibility push%> - ignoredmissing %<(%> after %<#pragma pack%> - ignoredmissing %<=%> (after %<getter%> attribute)missing %<=%> (after %<setter%> attribute)missing %<target%> attribute for multi-versioned %Dmissing '(' after '#pragma unused', ignoringmissing ')' after '#pragma unused', ignoringmissing PHI defmissing REG_EH_REGION note at the end of bb %imissing [big-endian|little-endian|default] after %<#pragma scalar_storage_order%>missing [error|warning|ignored|push|pop] after %<#pragma GCC diagnostic%>missing arch name in %<-march=%s%>missing architecture name in 'arch' target %smissing argument to %qsmissing barrier after block %imissing braces around initializermissing braces around initializer for %qTmissing callgraph edge for call stmt:missing close brace for named operandmissing close parenmissing collection in fast enumerationmissing controlling predicatemissing cpu name in %<-mcpu=%s%>missing cpu name in %<-mtune=%s%>missing cpu name in 'cpu' target %smissing definitionmissing device or architecture after %qsmissing edge %i->%imissing feature modifier in target %s %qsmissing filename after %qsmissing fill character at end of strfmon formatmissing increment expressionmissing initializer for field %qD of %qTmissing initializer for member %qDmissing loop condition in loop with %<GCC ivdep%> pragmamissing makefile target after %qsmissing method %s%s%smissing numbermissing open parenmissing operandmissing option after %<#pragma GCC diagnostic%> kindmissing path after %qsmissing sentinel in function callmissing template argumentsmissing template arguments after %qTmissing terminating %c charactermissing type-name in typedef-declarationmixing declarations and function-definitions is forbiddenmixing different types of symbol in same comdat groups is not supportedmode %qs applied to inappropriate typemode size of non-integral result does not match field size of BIT_FIELD_REFmodification of %qE is not a constant expressionmodifier should not be specified in %<linear%> clause on %<simd%> or %<for%> constructsmodule nature in USE statement at %Cmore than %d operands in %<asm%>more than one %<depend(source)%> clause on an %<ordered%> constructmore than one 'crtl' directivemore than one access specifier in base-specifiedms_abi and sysv_abi attributes are not compatiblems_hook_prologue attribute isn%'t compatible with -mfentry for 32-bitms_hook_prologue is not compatible with nested functionmsp430_select_hwmult_lib needs one or more argumentsmultidimensional array must have bounds for all dimensions except the firstmultilib exclusion %qs is invalidmultilib exclusions %qs is invalidmultilib select %qs %qs is invalidmultilib select %qs is invalidmultilib spec %qs is invalidmultiple -mcpu= options specified.multiple EH personalities are supported only with assemblers supporting .cfi_personality directivemultiple declarations in range-based %<for%> loopmultiple default labels in one switchmultiple definition of %q#Tmultiple fast interrupt routines seen: %qE and %qEmultiple fields in union %qT initializedmultiple function type attributes specifiedmultiple hot/cold transitions found (bb %i)multiple initializations given for %qDmultiple initializations given for base %qTmultiple inline callersmultiple interrupt attributes not allowedmultiple interrupt attributes to function %qDmultiple iterating variables in fast enumerationmultiple loop axes specified for routinemultiple methods named %<%c%E%> foundmultiple nested types attributes to function %qDmultiple parameters named %qDmultiple prevailing defs for %qEmultiple ref-qualifiersmultiple save reg attributes to function %qDmultiple selectors named %<%c%E%> foundmultiple storage classes in declaration of %qsmultiple storage classes in declaration specifiersmultiple types in one declarationmultiple virtual PHI nodes in BB %dmultiple-value argument in single-value contextmultiple-value function call in single-value contextmultiply option implies r%d is fixedmultiversioning needs ifunc which is not supported on this targetmust #include <typeinfo> before using typeidmust use %<.*%> or %<->*%> to call pointer-to-member function in %<%E (...)%>, e.g. %<(... ->* %E) (...)%>mutable %qD is not usable in a constant expressionmysterious repository information in %snaked attribute only applies to functionsname %qD used in a GNU-style designated initializer for an arrayname %qT has incomplete typename lookup of %qD changedname lookup of %qD changed for ISO %<for%> scopingname missing for member functionname of class shadows template template parameter %qDname used in a GNU-style designated initializer for an arraynamed return values are no longer supportednamespace %qD enterednamespace %qD not allowed in using-declarationnamespace alias %qD not allowed here, assuming %qDnamespace-scope anonymous aggregates must be staticnarrowing conversion of %qE from %qT to %qT inside { }narrowing conversion of %qE from %qT to %qT inside { } is ill-formed in C++11need %<typename%> before %<%T::%E%> because %qT is a dependent scopeneed %<typename%> before %qE because %qT is a dependent scopeneed explicit conversionneed explicit conversion; missing method %s%s%snegative insn lengthnegative integer implicitly converted to unsigned typenegative length in array section in %qs clausenegative low bound in array section in %qs clausenegative nesting depth of region %inegative shift countnegative width in bit-field %q+Dnegative width in bit-field %qsneither the destructor nor the class-specific operator delete [] will be called, even if they are declared when the class is definedneither the destructor nor the class-specific operator delete will be called, even if they are declared when the class is definednested assembly dialect alternativesnested extern declaration of %qDnested function %q+D declared but never definednested function %qE declared %<extern%>nested function %qs declared %<extern%>nested function trampolines not supported on this targetnested functions not supported on this targetnested identifier requirednested name specifier %qT for enum declaration does not name a class or namespacenested namespace definitions only available with -std=c++1z or -std=gnu++1znested redefinition of %<enum %E%>nested redefinition of %<struct %E%>nested redefinition of %<union %E%>new cannot be applied to a function typenew cannot be applied to a reference typenew declaration %q#D ambiguates built-in declaration %q#Dnew types may not be defined in a return typenew_symbol(): Symbol name too longnext member %q#D declared hereno %<%D(int)%> declared for postfix %qsno %<%D(int)%> declared for postfix %qs, trying prefix operator insteadno %<%c%E%> method foundno %q#D member function declared in class %qTno %qs getter foundno FUNCTION_PROFILER for CRISno LTRANS output list filename providedno argumentsno arguments for spec functionno attribute can be applied to an explicit instantiationno class name specified with %qsno class template named %q#T in %q#Tno closing %<]%> for %<%%[%> formatno closing braceno context to resolve type of %qEno corresponding deallocation function for %qDno data type for mode %qsno declaration of property %qs found in the interfaceno default argument for %qDno description yet.no field %qD found in union being initializedno immediate_use listno input filesno input files; unwilling to write output filesno integral type can represent all of the enumerator values for %qTno low registers available for popping high registersno match for no match for call to %<(%T) (%A)%>no matches converting function %qD to type %q#Tno matching concept for template-introductionno matching fixed-point overload found for %qsno matching function for call to %<%D(%A)%>no matching function for call to %<%T::%E(%A)%#V%>no matching function for call to %<%T::operator %T(%A)%#V%>no matching function for call to %<%s(%A)%>no matching push for %<#pragma GCC visibility pop%>no matching template for %qD foundno member function %qD declared in %qTno members matching %<%T::%D%> in %q#Tno post-decrement operator for typeno post-increment operator for typeno pre-decrement operator for typeno pre-increment operator for typeno previous declaration for %qDno previous prototype for %qDno processor type specified for linkingno profiling of 64-bit code for this ABIno register in addressno return statement in function returning non-voidno return statements in function returning %qTno sclass for %s stab (0x%x)no semicolon at end of struct or unionno suitable %<operator %s%> for %qTno suitable %qD found in class %qTno super class declared in @interface for %qEno super class declared in interface for %qEno type named %q#T in %q#Tno type or storage class may be specified here,no unexpanded parameter packs in binary foldno unique final overrider for %qD in %qTno valid clauses specified in %<#pragma acc declare%>node differs from node->decl->decl_with_vis.symtab_nodenode has body_removed but is definitionnode has unknown typenode is alias but not definitionnode is alias but not implicit aliasnode is alone in a comdat groupnode is analyzed but it is not a definitionnode is in same_comdat_group list but has no comdat_groupnode is transparent_alias but not an aliasnode is weakref but not an transparent_aliasnode not found in symtab assembler name hashnode not found node->decl->decl_with_vis.symtab_nodenodes with unreleased memory foundnoexcept-expression evaluates to %<false%> because of a call to %qDnon double precision REAL argument to %s intrinsic at %Lnon-AAPCS derived PCS variantnon-NULL pointer initialization at %Cnon-OpenACC construct inside of OpenACC regionnon-OpenACC construct inside of OpenACC routinenon-call exception handling mismatchnon-class template %qT used without template argumentsnon-class, non-variable partial specialization %qD is not allowednon-cold basic block %d dominated by a block in the cold partition (%d)non-const integer argument %u in call to function %qEnon-constant argument 1 to __atomic_always_lock_freenon-constant array in DATA statement %Lnon-constant array initializationnon-constant array new length must be specified directly, not by typedefnon-constant array new length must be specified without parentheses around the type-idnon-constant compound literals cannot appear in a constant-expressionnon-constant condition for static assertionnon-constant element in constant CONSTRUCTORnon-constant in-class initialization invalid for non-inline static member %qDnon-constant in-class initialization invalid for static member %qDnon-constant initialization expression at %Lnon-decl/MEM_REF LHS in clobber statementnon-default INTEGER kind argument to %s intrinsic at %Lnon-delegitimized UNSPEC %s (%d) found in variable locationnon-deleted function %q+Dnon-floating-point argument in call to function %qEnon-floating-point arguments in call to function %qEnon-function %qD declared as implicit templatenon-function in gimple callnon-integer argument 1 to __atomic_is_lock_freenon-integer argument 3 in call to function %qEnon-integer memory model argument %d of %qEnon-integer operand used with operand code 'z'non-integral type switch statementnon-integral used in conditionnon-local variable %qD declared %<__thread%> has a non-trivial destructornon-local variable %qD declared %<__thread%> needs dynamic initializationnon-loop with header %d not marked for removalnon-lvalue array in conditional expressionnon-member %qs cannot be declared %<mutable%>non-member function %qD cannot have cv-qualifiernon-member function %qD cannot have ref-qualifiernon-member-template declaration of %qDnon-memory input %d must stay in memorynon-nested function with variably modified typenon-object member %qs cannot be declared %<mutable%>non-objective-c type '%T' cannot be caughtnon-parameter %qs cannot be a parameter packnon-pointer argument to %<__builtin_launder%>non-register as LHS of binary operationnon-register as LHS of ternary operationnon-register as LHS of unary operationnon-scalar BIT_FIELD_REF, IMAGPART_EXPR or REALPART_EXPRnon-scalar typenon-standard suffix on floating constantnon-static const member %q#D in class without a constructornon-static const member %q#D, can%'t use default assignment operatornon-static data member %q+D in a union may not have reference type %qTnon-static data member %qE declared %<concept%>non-static data member %qE declared %<constexpr%>non-static data member declared with placeholder %qTnon-static data member initializers only available with -std=c++11 or -std=gnu++11non-static declaration of %q+D follows static declarationnon-static initialization of a flexible array membernon-static reference %q#D in class without a constructornon-static reference member %q#D, can%'t use default assignment operatornon-template %qD used as templatenon-template type %qT used as a templatenon-thread-local declaration of %q#D follows thread-local declarationnon-thread-local declaration of %q+D follows thread-local declarationnon-top-level BIT_FIELD_REF, IMAGPART_EXPR or REALPART_EXPRnon-trivial conversion at assignmentnon-trivial conversion in unary operationnon-trivial designated initializers not supportednon-type partial specialization %qD is not allowednon-variable %qD in declaration with more than one declarator with placeholder typenon-vector CONSTRUCTOR with elementsnon-vector operands in vector comparisonnonconstant array index in initializernonempty exits list of loop %d, but exits are not recordednonlocal label nonnull argument %qD compared to NULLnonnull argument has invalid operand number (argument %lu)nonnull argument references non-pointer operand (argument %lu, operand %lu)nonnull argument with out-of-range operand number (argument %lu, operand %lu)nonnull attribute without arguments on a non-prototypenormalization cannot co-exist with scaling
! not allowed type combination in BIT_INSERT_EXPRnot configured for SPE ABInot configured for SPE instruction setnot configured with sysroot headers suffixnot enough DO loops for %s !$ACC LOOP at %Lnot enough DO loops for collapsed %s at %Lnot enough argumentsnot enough arguments to returnnot enough for loops to collapsenot enough perfectly nested loopsnot enough type informationnot enough variable arguments to fit a sentinelnotenote: null argument where non-null required (argument %lu)null destination pointernull format stringnull pointernull pointer dereferencenumber must be 0 or 1number of arguments doesn%'t match built-in prototypenumber of arguments doesn%'t match prototypenumber of bb notes in insn chain (%d) != n_basic_blocks (%d)number of components of the vector not a power of twonumber of components of vector not a power of twonumber of counters is %d instead of %dnumber of results does not match number of valuesnumber of variables in %<depend(sink)%> clause does not match number of iteration variablesnumeric argument of %qE attribute must be in range 0..63objc++-cpp-output is deprecated; please use objective-c++-cpp-output insteadobjc-cpp-output is deprecated; please use objective-c-cpp-output insteadobject is not a methodobject missing in use of %qEobject property %qD has no %<assign%>, %<retain%> or %<copy%> attribute; assuming %<assign%>object type %qT does not match destructor name ~%qTobject with variably modified type must have no linkageobjective-c method declaration is expectedobjective-c++ message argument(s) are expectedobjective-c++ message receiver expectedobjective-c++ method declaration is expectedobsolete Maverick format code '%c'obsolete option -I- used, please use -iquote insteadobsolete use of designated initializer with %<:%>obsolete use of designated initializer without %<=%>odr-used inline variable %qD is not definedoffload compiler %s not foundoffset %qwi outside bounds of constant stringoffset exceeds 16 bytesoffset of %qD is not ABI-compliant and may change in a future version of GCCoffset of packed bit-field %qD has changed in GCC 4.4offsetof within non-standard-layout type %qT is undefinedold declaration %q#Dold-style function definitionold-style parameter declarations in prototyped function definitionomitted middle operand to %<?:%> operand cannot be mangledone of the initializer call arguments should be %<&omp_priv%>one of the initializer call arguments should be %<omp_priv%> or %<&omp_priv%>only %<distribute%> or %<parallel%> regions are allowed to be strictly nested inside %<teams%> regiononly %<inbranch%> and %<notinbranch%> flags are allowed for %<__simd__%> attributeonly %u names provided while %qT decomposes into %wu elementsonly 0.0 can be loaded as an immediateonly Objective-C object types can be qualified with a protocolonly attribute %<fallthrough%> can be applied to a null statementonly constructors take member initializersonly declarations of constructors and conversion operators can be %<explicit%>only function calls can be spawnedonly here as a friendonly plain %<auto%> return type can be deduced to %<void%>only uninitialized variables can be placed in a .bss sectiononly uninitialized variables can be placed in the .noinit sectiononly weak aliases are supported in this configurationonly zero initializers are allowed in section %qsopaque vector types cannot be initializedopaque-enum-specifier must use a simple identifieropaque-enum-specifier without nameopen %s failed: %sopen /dev/zero: %mopening LTRANS output list %s: %mopening dependency file %s: %mopening output file %qs: %sopening output file %s: %moperand %d should be a 3 bit unsigned immediateoperand %d should be a 6 bit unsigned immediateoperand %d should be a 8 bit unsigned immediateoperand 1 should be an unsigned 3-bit immediateoperand 1 should be an unsigned 3-bit value (I0-I7)operand 2 should be an even 3-bit value (subreg 0,2,4,6)operand 2 should be an unsigned 3-bit value (I0-I7)operand 2 should be an unsigned 3-bit value (subreg 0-7)operand 2 should be an unsigned 8-bit valueoperand 3 should be an unsigned 3-bit value (I0-I7)operand 3 should be an unsigned 8-bit valueoperand 4 should be an unsigned 8-bit value (0-255)operand constraint contains incorrectly positioned %<+%> or %<=%>operand constraints for %<asm%> differ in number of alternativesoperand for sleep instruction must be an unsigned 6 bit compile-time constantoperand is not a condition code, invalid operand code '%c'operand is not a condition code, invalid operand code 'D'operand is not a condition code, invalid operand code 'Y'operand is not a specific integer, invalid operand code 'R'operand is not a specific integer, invalid operand code 'r'operand is not an integer, invalid operand code 'K'operand is not an integer, invalid operand code 'R'operand is not an offsettable memory reference, invalid operand code 'H'operand must be an immediate of the right sizeoperand number missing after %%-letteroperand number out of rangeoperand number out of range in formatoperand number specified for format taking no argumentoperand number specified with suppressed assignmentoperand of fold expression has no unexpanded parameter packsoperand type %qT is incompatible with argument %d of %qEoperand types are %qT and %qToperands to %T/%t must be reg + const_int:operands to ?: have different types %qT and %qToperation on %qE may be undefinedoptimization attribute on %qD follows definition but the attribute doesn%'t matchoptimization level attribute mismatchoptimization may eliminate reads and/or writes to register variablesoption %qs is valid for %s but not for %soption %s is not supported together with -fopenaccoption("%s") was already specifiedoptional argumentoptions enabled: options or targets missing after %qsoptions passed: ordered argument needs positive constant integer expressionordered comparison of pointer with integer zeroordered comparison of pointer with null pointeroriginal %<default%> is hereoriginal declaration appeared hereoriginal definition appeared hereoriginally defined hereoriginally indirect function call not considered for inliningoriginally specified hereorphaned %qs constructother match is hereought to match virtual method %qD but does notout-of-bounds access may be optimized awayouter %<__transaction_cancel%> not within outer %<__transaction_atomic%>outer block of region %i is wrongouter transaction in %<transaction_may_cancel_outer%> functionouter transaction in %<transaction_safe%> functionouter transaction in transactionoutput constraint %d cannot be specified together with "%s" clobberoutput constraint %d must specify a single registeroutput constraint %qc for operand %d is not at the beginningoutput file %s already exists in folder %soutput file not specifiedoutput filename specified twiceoutput number %d not directly addressableoutput operand %d must use %<&%> constraintoutput operand constraint lacks %<=%>output operand is constant in %<asm%>output regs must be grouped at top of stackoutput_move_single:overflow in array dimensionoverflow in constant expressionoverflow in enumeration valuesoverflow in enumeration values at %qDoverflow in implicit constant conversionoverflowed output arg list for %qsoverloaded function name %qE in clause %qsoverloaded function with no contextual type informationoverride controls (override/final) only available with -std=c++11 or -std=gnu++11overriding %qD declared %<transaction_safe%>overriding deleted function %q+Doverriding final function %q+Doverriding non-deleted function %q+Dpack expansion argument for non-pack parameter %qD of alias template %qDpack expansion argument for non-pack parameter %qD of concept %qDpack expansion in using-declaration only available with -std=c++1z or -std=gnu++1zpacked attribute causes inefficient alignmentpacked attribute causes inefficient alignment for %q+Dpacked attribute causes inefficient alignment for %qEpacked attribute is unnecessarypacked attribute is unnecessary for %q+Dpacked attribute is unnecessary for %qEpadding struct size to alignment boundarypadding struct to align %q+Dparameter %P has incomplete type %qTparameter %P of %qD has incomplete type %qTparameter %q+D declared %<_Noreturn%>parameter %q+D declared %<inline%>parameter %q+D has just a forward declarationparameter %qD declared with void typeparameter %qD has incomplete typeparameter %qD includes pointer to array of unknown bound %qTparameter %qD includes reference to array of unknown bound %qTparameter %qD invalidly declared method typeparameter %qD is initializedparameter %qD set but not usedparameter %qP of %qD might be a candidate for a format attributeparameter %u (%q+D) has incomplete typeparameter %u (%q+D) has void typeparameter %u has incomplete typeparameter %u has void typeparameter declared %<auto%>parameter list does not match a valid signature for %s()parameter may not have variably modified type %qTparameter might be a candidate for a format attributeparameter name missing from parameter listparameter name omittedparameter names (without types) in function declarationparameter pack %q+D must be at the end of the template parameter listparameter pack %qD cannot have a default argumentparameter pack argument %qE must be at the end of the template argument listparameter pack argument %qT must be at the end of the template argument listparameter pack cannot have a default argumentparameter packs not expanded with %<...%>:parametrized derived type argumentparent subprogram cannot be inlinedparentheses around %qE cannot be used to form a pointer-to-member-functionparentheses required around this composite literal to avoid parsing ambiguityparenthesized initialization is not allowed in OpenMP %<for%> loopparenthesized initialization is not allowed in for-loopparenthesized initializer in array newparse error in SELECT TYPE statement at %Cparse error in template argument listpartial specialization %q+D does not specialize any template argumentspartial specialization %q+D does not specialize any template arguments and is not more constrained thanpartial specialization %qD is not more specialized thanpartial specialization %qT declared %<friend%>partial specialization is not more specialized than the primary template because it replaces multiple parameters with a pack expansionpartial specialization of %qD after instantiation of %qDpartition found but function partition flag not setpass %qs not found but is referenced by new pass %qspass %s does not support cloningpass %s needs a set_pass_param implementation to handle the extra argument in NEXT_PASSpassing %qT as %<this%> argument discards qualifierspassing %qT chooses %qT over %qTpassing NULL to non-pointer argument %P of %qDpassing arg %d of %qE discards qualifiers from pointer target typepassing argument %d of %qE as %<float%> rather than %<double%> due to prototypepassing argument %d of %qE as %qT rather than %qT due to prototypepassing argument %d of %qE as complex rather than floating due to prototypepassing argument %d of %qE as complex rather than integer due to prototypepassing argument %d of %qE as floating rather than complex due to prototypepassing argument %d of %qE as floating rather than integer due to prototypepassing argument %d of %qE as integer rather than complex due to prototypepassing argument %d of %qE as integer rather than floating due to prototypepassing argument %d of %qE as signed due to prototypepassing argument %d of %qE as unsigned due to prototypepassing argument %d of %qE discards %qv qualifier from pointer target typepassing argument %d of %qE from distinct Objective-C typepassing argument %d of %qE from incompatible pointer typepassing argument %d of %qE from pointer to non-enclosed address spacepassing argument %d of %qE makes %q#v qualified function pointer from unqualifiedpassing argument %d of %qE makes integer from pointer without a castpassing argument %d of %qE makes pointer from integer without a castpassing argument %d of %qE with different width due to prototypepassing argument %i to restrict-qualified parameter aliases with argument %Zpassing argument %i to restrict-qualified parameter aliases with arguments %Zpassing arguments to ellipsis of inherited constructor %qDpassing objects of non-trivially-copyable type %q#T through %<...%> is conditionally supportedpassing too large argument on stackpch_preprocess pragma should only be used with -fpreprocessedpedwarnpedwarn: perhaps you need explicit template arguments in your nested-name-specifierperhaps you want to explicitly add %<%T::%>permerrorpermerror: pex_init failed: %mplaceholder constraints not satisfiedplacement new constructing an array of objects of type %qT and size %qwu in a region of type %qT and size %qwiplacement new constructing an object of type %<%T [%wu]%> and size %qwu in a region of type %qT and size %qwiplacement new constructing an object of type %qT and size %qwu in a region of type %qT and size %qwiplugin %s is not licensed under a GPL-compatible license
  %splugin %s registered a null callback function for event %splugin %s should be specified before -fplugin-arg-%s in the command lineplugin %s was specified with different paths:
  %s
  %splugin cannot register a missing passplugin cannot register an unnamed passplugin cannot register pass %qs without reference pass nameplugin support is disabled; configure with --enable-pluginpointerpointer argumentpointer arithmetic for garbage-collected objects not allowedpointer assignmentpointer bounds were lost due to unexpected expression %spointer of type %<void *%> used in arithmeticpointer of type %<void *%> used in subtractionpointer offset from symbol maybe incorrectpointer or allocatable resultpointer target types incompatible in C++pointer targeting address space %qs must be const in %qTpointer targeting address space %qs must be const in %s %q+Dpointer targets in assignment differ in signednesspointer targets in initialization differ in signednesspointer targets in passing argument %d of %qE differ in signednesspointer targets in return differ in signednesspointer to a function used in arithmeticpointer to a function used in subtractionpointer to array loses qualifier in conditional expressionpointer to interface type has no methodspointer to member conversion via virtual base %qTpointer to member type %qT incompatible with object type %qTpointer type mismatch in conditional expressionpointer value used where a complex was expectedpointer value used where a floating point value was expectedpointer-to-member function %E cannot be called without an object; consider using .* or ->*pointer-to-member-function type %qT requires an lvaluepointer-to-member-function type %qT requires an rvaluepointer/integer type mismatch in conditional expressionpointers are not permitted as case valuespointers to arrays with different qualifiers are incompatible in ISO Cpointers to disjoint address spaces used in conditional expressionpolymorphic argumentposition plus size exceeds size of referenced object in BIT_FIELD_REFposition-independent code not supportedposition-independent code requires %qsposition-independent code requires the Linux ABIpositional initialization of field in %<struct%> declared with %<designated_init%> attributepossible problem detected in invocation of delete [] operator:possible problem detected in invocation of delete operator:post-increment address is not a registerpostfix %qD must take %<int%> as its argumentpostfix %qD must take %<int%> as its second argumentpostfix %qD should return %qTpotential null pointer dereferencepragma simd ignored because -fcilkplus is not enabledpragma simd must be inside a functionpre-decrement address is not a registerpre-increment address is not a registerprecisionprecision in printf formatpredeclared arithmetic type %qT in %<#pragma omp declare reduction%>predeclared arithmetic type in %<#pragma omp declare reduction%>predicated Thumb instructionpredicated instruction in conditional sequencepreferentially allocate registers that allow short instruction generation.prefix %qD should return %qTprefix attributes are ignored before %<@%D%>prefix attributes are ignored for implementationsprefix attributes are ignored for methodsprev_bb of %d should be %d, not %dprevious %<#pragma omp declare reduction%>previous %<pragma omp declare reduction%> declarationprevious declarationprevious declaration %q#Dprevious declaration %qDprevious declaration %qD used %d template parameterprevious declaration %qD used %d template parametersprevious declaration as %q#Dprevious declaration hereprevious declaration of %<%c%E%>previous declaration of %<%c%E%> as %<@optional%>previous declaration of %<%c%E%> as %<@required%>previous declaration of %<%c%s%>previous declaration of %Dprevious declaration of %q+Dprevious declaration of %q+D was hereprevious declaration of %qDprevious declaration of %qD was hereprevious declaration of %qEprevious declaration of namespace %qD hereprevious declaration with %qL linkageprevious definition hereprevious definition of %q#Tprevious definition of %q+D was hereprevious definition of %qD was hereprevious external decl of %q#Dprevious implicit declaration of %q+D was hereprevious non-function declaration %q+#Dprevious non-prototype definition hereprevious specification in %q#D herepreviously declared herepreviously defined herepreviously defined here as %spreviously used hereprimary template %qDprimary template hereprivate member %q#D in anonymous structprivate member %q#D in anonymous unionproblem with building target image for %s
--- 2177,2183 ----
  incorrect hint operandincorrect insn:incorrect number of arguments to function %qEincorrect number of vector CONSTRUCTOR elementsincorrect rounding operandincorrect setting of landing pad numberincorrect sharing of tree nodesincorrect type of vector CONSTRUCTOR elementsincorrectly nested OpenACC loop parallelismincrement expression refers to iteration variable %qDincrement of a boolean expressionincrement of constant field %qDincrement of enumeration value is invalid in C++increment of function %qDincrement of member %qD in read-only objectincrement of pointer to an incomplete type %qTincrement of read-only location %qEincrement of read-only member %qDincrement of read-only named return value %qDincrement of read-only parameter %qDincrement of read-only reference %qDincrement of read-only variable %qDincremented enumerator value is too large for %<long%>incremented enumerator value is too large for %<unsigned long%>index %E denotes an offset greater than size of %qTindex in dimension %d is out of bounds at %Lindex must be integerindex value instead of field name in union initializerindex value is out of boundindirect call frequency %i does not match BB frequency %iindirect function %q+D cannot be declared weakindirect function %q+D cannot be declared weakrefindirect function call with a yet undetermined calleeindirect jumps are not available on this targetindirection will not access object of incomplete type %qT in for increment expressionindirection will not access object of incomplete type %qT in left operand of comma operatorindirection will not access object of incomplete type %qT in right operand of comma operatorindirection will not access object of incomplete type %qT in second operand of conditional expressionindirection will not access object of incomplete type %qT in statementindirection will not access object of incomplete type %qT in third operand of conditional expressionindirection will not access object of non-trivially-copyable type %qT in for increment expressionindirection will not access object of non-trivially-copyable type %qT in left operand of comma operatorindirection will not access object of non-trivially-copyable type %qT in right operand of comma operatorindirection will not access object of non-trivially-copyable type %qT in second operand of conditional expressionindirection will not access object of non-trivially-copyable type %qT in statementindirection will not access object of non-trivially-copyable type %qT in third operand of conditional expressioninferred scalar type %qT is not an integer or floating point type of the same size as %qTinherited constructor %qD is not constexprinheriting constructors only available with -std=c++11 or -std=gnu++11init function found in object %sinit-statement in selection statements only available with -std=c++1z or -std=gnu++1zinit_arglist(): too many argumentsinitialization discards %qv qualifier from pointer target typeinitialization from distinct Objective-C typeinitialization from incompatible pointer typeinitialization from pointer to non-enclosed address spaceinitialization left-hand side might be a candidate for a format attributeinitialization makes %q#v qualified function pointer from unqualifiedinitialization makes integer from pointer without a castinitialization makes pointer from integer without a castinitialization of a flexible array memberinitialization of common block variable %qs in DATA statement at %Cinitialization of flexible array member in a nested contextinitialization of new-expression for type %<auto%> requires exactly one elementinitialization of non-const reference type %q#T from rvalue of type %qTinitialization of volatile reference type %q#T from rvalue of type %qTinitializations for multiple members of %qTinitialized field overwritteninitialized field with side-effects overwritteninitialized variable %q+D is marked dllimportinitializer element is not a constant expressioninitializer element is not computable at load timeinitializer element is not constantinitializer ends prematurelyinitializer expression refers to iteration variable %qDinitializer fails to determine size of %q+Dinitializer fails to determine size of %qDinitializer fails to determine size of %qTinitializer for %<decltype(auto) %D%> has function type (did you forget the %<()%> ?)initializer for %q#D is invalidinitializer for %qT must be brace-enclosedinitializer for flexible array member %q#Dinitializer for floating value is not a floating constantinitializer for integer/fixed-point value is too complicatedinitializer in range-based %<for%> loopinitializer invalid for static member with constructorinitializer provided for functioninitializer specified for friend function %qDinitializer specified for non-virtual method %q+Dinitializer specified for static member function %qDinitializer-string for array of chars is too longinjected-class-name %qD used as template template argumentinline clone in same comdat group listinline clone is forced to outputinline clone with address takeninline code to invalidate instruction cache entries after setting up nested function trampolines.inline declaration of %qD follows declaration with attribute noinlineinline function %q+D declared as  dllimport: attribute ignoredinline function %q+D declared but never definedinline function %q+D declared weakinline function %q+D given attribute noinlineinline function %qD given attribute noinlineinline function %qD used but never definedinline namespaces only available with -std=c++11 or -std=gnu++11inline variables are only available with -std=c++1z or -std=gnu++1zinlined_to pointer is set but no predecessors foundinlined_to pointer is wronginlined_to pointer refers to itselfinlined_to pointer set for noninline callersinlining failed in call to %q+F: %sinlining failed in call to always_inline %q+F: %sinner loop uses same OpenACC parallelism as containing loopinput file %qs is the same as output fileinput operand constraint contains %qcinsert_bbt(): Duplicate key found!insertion out of range in BIT_INSERT_EXPRinsn %d basic block pointer is %d, should be %dinsn %d in footer of bb %d has non-NULL basic blockinsn %d in header of bb %d has non-NULL basic blockinsn %d is in multiple basic blocks (%d and %d)insn %d outside of basic blocks has non-NULL bb fieldinsn addresses not freedinsn contains an invalid address !insn does not satisfy its constraints:insn outside basic blockinsn with UID %i not found for operand %i (`%s') of insn %iinsn with UID %i not found for operand %i of insn %iinstall: %s%s
  installation error, can't find crtoffloadtable.oinstance variable %qE accessed in class methodinstance variable %qE is %s; this will be a hard error in the futureinstance variable %qE is declared %sinstance variable %qE is declared privateinstance variable %qs has unknown sizeinstance variable %qs is declared privateinstance variable %qs uses flexible array memberinstance variable assignment has been interceptedinstruction never executedinstruction scheduling not supported on this target machineinsufficient arguments to overloaded function %sinsufficient contextual information to determine typeinsufficient partitioning available to parallelize element loopinsufficient partitioning available to parallelize loopinsufficient partitioning available to parallelize tile loopint-array initialized from incompatible wide stringint-array initialized from non-wide stringinteger constant is too large for %<unsigned long%> typeinteger division by zerointeger literal exceeds range of %qT typeinteger overflow in array sizeinteger overflow in expressioninteger suffix %qs shadowed by implementationintegral expression %qE is not constantintegral result type precision does not match field size of BIT_FIELD_REFinter-module optimizations not implemented for C++interface %qE does not have valid constant string layoutinternal compiler errorinternal compiler error.  Bad address:internal compiler error.  Incorrect shift:internal compiler error.  Unknown mode:internal compiler error: internal consistency failureinternal error: bad register: %dinternal error: builtin function %s already processedinternal error: builtin function %s had an unexpected return type %sinternal error: builtin function %s, argument %d had unexpected argument type %sinternal error: cris_side_effect_mode_ok with bad operandsinternal error: sideeffect-insn affecting main effectinternal procedure %qs at %L conflicts with DUMMY argumentinternal unit in WRITEinterrupt Service Routines cannot be coded in Thumb modeinterrupt handlers cannot be MIPS16 functionsinterrupt handlers cannot have argumentsinterrupt service routine can only have a pointer argument and an optional integer argumentinterrupt service routine can't be called directlyinterrupt service routine can't have non-void return valueinterrupt service routine should have a pointer as the first argumentinterrupt service routine should have unsigned %sint as the second argumentinterrupt vector to %qE attribute is not vector=(sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5)interrupt_thread is available only on fidointrinsic register index is out of rangeintrinsic variable which isn't a procedureinvalid #pragma %sinvalid %%%c operandinvalid %%-codeinvalid %%A operandinvalid %%B operandinvalid %%C operandinvalid %%C valueinvalid %%D operandinvalid %%D valueinvalid %%E valueinvalid %%F valueinvalid %%G modeinvalid %%G valueinvalid %%H operandinvalid %%H specifierinvalid %%I operandinvalid %%J codeinvalid %%J valueinvalid %%K valueinvalid %%L operandinvalid %%L valueinvalid %%M operandinvalid %%M valueinvalid %%N operandinvalid %%N valueinvalid %%O valueinvalid %%P operandinvalid %%P valueinvalid %%R valueinvalid %%T valueinvalid %%U valueinvalid %%Y operandinvalid %%c operandinvalid %%d operandinvalid %%d valueinvalid %%e valueinvalid %%f operandinvalid %%f valueinvalid %%h operandinvalid %%h valueinvalid %%i operandinvalid %%j codeinvalid %%j operandinvalid %%j valueinvalid %%k valueinvalid %%m valueinvalid %%p valueinvalid %%q valueinvalid %%r operandinvalid %%r valueinvalid %%s operandinvalid %%s valueinvalid %%t operandinvalid %%t operand 'invalid %%t/%%b valueinvalid %%u valueinvalid %%v valueinvalid %%x valueinvalid %%xn codeinvalid %%y value, try using the 'Z' constraintinvalid 'asm': invalid (pointer) operands to plus/minusinvalid --param name %qsinvalid --param name %qs; did you mean %qs?invalid --param value %qsinvalid CASE_CHAINinvalid IACC argumentinvalid LHS in gimple callinvalid Objective-C++ selector nameinvalid OpenACC clause at file scopeinvalid PHI argumentinvalid PHI resultinvalid UNSPEC as operandinvalid UNSPEC as operand: %dinvalid _Literalinvalid abstract parameter type %qTinvalid abstract return type %qTinvalid abstract return type for function %q+#Dinvalid abstract return type for member function %q+#Dinvalid abstract type %qT for %qEinvalid abstract type for %q+Dinvalid access to non-static data member %qD in virtual base of NULL objectinvalid addressinvalid address for 'O' output modifierinvalid address for 'R' output modifierinvalid address for 'S' output modifierinvalid address operand in MEM_REFinvalid address operand in TARGET_MEM_REFinvalid addressing modeinvalid alignment for %<#pragma align%>, ignoringinvalid alignment value for __builtin_arc_alignedinvalid application of %<__alignof%> to a bit-fieldinvalid application of %<sizeof%> to a bit-fieldinvalid application of %<sizeof%> to a function typeinvalid application of %qs to a member functioninvalid application of %qs to a void typeinvalid application of %qs to array type %qT of incomplete element typeinvalid application of %qs to incomplete type %qTinvalid argument %d for builtin %qFinvalid argument %qs to -fdebug-prefix-mapinvalid argument of %qE attributeinvalid argument of %qs attributeinvalid argument of SQRT at %Linvalid argument to %qDinvalid argument to built-in functioninvalid argument to built-in function %sinvalid argument to gimple callinvalid argumentsinvalid array assignmentinvalid base-class specificationinvalid branch to/from %s structured blockinvalid case label in switch statementinvalid case range in switch statementinvalid cast from type %qT to type %qTinvalid cast of an rvalue expression of type %qT to type %qTinvalid cast to abstract class type %qTinvalid cast to function type %qTinvalid class name in declaration of %qDinvalid combination of multiple type-specifiersinvalid comparison code in gimple condinvalid comparison of generated arrayinvalid comparison of generated structinvalid comparison of nil with nilinvalid comparison of non-comparable arrayinvalid comparison of non-comparable structinvalid comparison of non-comparable typeinvalid comparison of non-ordered typeinvalid comparison operator for 'E' output modifierinvalid conditional operandinvalid const_cast from type %qT to type %qTinvalid const_cast of an rvalue of type %qT to type %qTinvalid const_double operandinvalid constantinvalid constant - try using an output modifierinvalid constant for output modifier '%c'invalid constant in %<#pragma %s%>invalid constant in %<#pragma pack%> - ignoredinvalid constant vector for output modifier '%c'invalid constrained type parameterinvalid constraints for operandinvalid constructor; you probably meant %<%T (const %T&)%>invalid controlling predicateinvalid conversion from %<__fpreg%>invalid conversion from %qT to %qTinvalid conversion in gimple callinvalid conversion in return statementinvalid conversion to %<__fpreg%>invalid conversion to type %qT from type %qTinvalid covariant return type for %q#Dinvalid covariant return type for %q+#Dinvalid cpu "%s" for %s"%s"%sinvalid data model option -mdata-model=%sinvalid declaration of %<%T::%E%>invalid declaration of member template in local classinvalid declaratorinvalid default argument for a template template parameterinvalid default case label in switch statementinvalid definition of qualified type %qTinvalid depend kindinvalid depend kind in omp %<ordered%> %<depend%>invalid dist_schedule kindinvalid element type for attribute %qsinvalid encoding prefix in literal operatorinvalid entry to %s structured blockinvalid exit from %s structured blockinvalid exit from OpenMP structured blockinvalid explicit specializationinvalid expression - try using an output modifierinvalid expression as operandinvalid expression for min lvalueinvalid expression for output modifier '%c'invalid expression type for %<#pragma omp atomic%>invalid failure memory model for %<__atomic_compare_exchange%>invalid feature modifier %qs for 'arch' target %sinvalid feature modifier %qs for 'cpu' target %sinvalid feature modifier in %<-march=%s%>invalid feature modifier in %<-mcpu=%s%>invalid feature modifier in target %s %qsinvalid first operand of MEM_REFinvalid form of %<#pragma omp atomic%>invalid format of %sinvalid fpu for attribute(target("%s"))invalid function declarationinvalid function in gimple callinvalid grainsize for _Cilk_forinvalid id value for interrupt/exception attributeinvalid id value for reset attributeinvalid in-class initialization of static data member of non-integral type %qTinvalid increment expressioninvalid initial value for member %qEinvalid initialization of non-const reference of type %qT from an rvalue of type %qTinvalid initialization of reference of type %qT from expression of type %qTinvalid initializerinvalid initializer clauseinvalid initializer for %q#Dinvalid initializer for array member %q#Dinvalid initializer for member function %qDinvalid insn:invalid iterating variable in fast enumerationinvalid labels in gimple condinvalid left hand side of assignmentinvalid line in the resolution fileinvalid linkage-specificationinvalid location for %<pragma %s%>, ignoredinvalid lvalue in asm output %dinvalid map kindinvalid maskinvalid mask type in vector permute expressioninvalid member function declarationinvalid member template declaration %qDinvalid memory model argument %d of %qEinvalid memory model argument to builtininvalid memory model for %<__atomic_load%>invalid memory model for %<__atomic_store%>invalid new-expression of abstract class type %qTinvalid nmi function for reset attributeinvalid non-type template argumentinvalid non-vector operands to vector valued plusinvalid number of operands to __FMAinvalid offload table in %sinvalid offset operand in MEM_REFinvalid offset operand in TARGET_MEM_REFinvalid offset operand of MEM_REFinvalid operandinvalid operand addressinvalid operand code '%c'invalid operand for '%%%c'invalid operand for 'A' modifierinvalid operand for 'D' modifierinvalid operand for 'H' modifierinvalid operand for 'O' modifierinvalid operand for 'T' modifierinvalid operand for 'b' modifierinvalid operand for 'e' modifierinvalid operand for 'm' modifierinvalid operand for 'o' modifierinvalid operand for 'p' modifierinvalid operand for 'r' specifierinvalid operand for 'z' modifierinvalid operand for code '%c'invalid operand in indirect referenceinvalid operand in return statementinvalid operand in unary expressioninvalid operand in unary operationinvalid operand modifier letterinvalid operand output codeinvalid operand prefixinvalid operand prefix '%%%c'invalid operand size for operand code 'O'invalid operand size for operand code 'Z'invalid operand size for operand code 'z'invalid operand to %%H/%%L codeinvalid operand to %%M codeinvalid operand to %%N codeinvalid operand to %%O codeinvalid operand to %%Rinvalid operand to %%R codeinvalid operand to %%Sinvalid operand to %%T/%%B codeinvalid operand to %%U codeinvalid operand to %%V codeinvalid operand to %%Z codeinvalid operand to %%p codeinvalid operand to %%s codeinvalid operand to %%z codeinvalid operand to plus/minus, type is a pointerinvalid operand to pointer plus, first operand is not a pointerinvalid operand to pointer plus, second operand is not an integer type of appropriate widthinvalid operand to switch statementinvalid operand type used with operand code 'Z'invalid operands in binary operationinvalid operands in gimple comparisoninvalid operands in ternary operationinvalid operands of types %qT and %qT to binary %qOinvalid operands to array referenceinvalid operands to binary %s (have %qT and %qT)invalid operationinvalid operation (%s)invalid operation on %<__fpreg%>invalid operator for %<#pragma omp atomic%>invalid parameter %qsinvalid parameter combination for AltiVec intrinsic %sinvalid parameter combination for intrinsic %qsinvalid parameter type %qTinvalid pass positioning operationinvalid pointer mode %qsinvalid pointer to bit-field %qDinvalid position or size in BIT_INSERT_EXPRinvalid position or size operand to BIT_FIELD_REFinvalid private reduction on %qEinvalid proc_bind kindinvalid property declarationinvalid prototype for '%s'invalid punctuation %qc in constraintinvalid pure const state for functioninvalid pure specifier (only %<= 0%> is allowed)invalid qualifiers on non-member function typeinvalid qualifying scope in pseudo-destructor nameinvalid receive on send-only channelinvalid receiver type %qsinvalid redeclaration of %q+Dinvalid reduction-identifierinvalid reference for 'J' output modifierinvalid reference prefixinvalid register name for %q+Dinvalid resolution in the resolution fileinvalid return type %qT of constexpr function %q+Dinvalid rhs for gimple memory storeinvalid rtl sharing found in the insninvalid schedule kindinvalid second argument to %<__builtin_prefetch%>; using zeroinvalid send on receive-only channelinvalid setter, it must have one argumentinvalid shift operandinvalid static chain in gimple callinvalid static_cast from type %qT to type %qTinvalid storage class for function %qEinvalid target memregs value '%d'invalid template declaration of %qDinvalid template non-type parameterinvalid template-idinvalid third argument to %<__builtin_prefetch%>; using zeroinvalid type %<void%> for newinvalid type %qT as initializer for a vector of type %qTinvalid type %qT declared %<friend%>invalid type argument (have %qT)invalid type argument of %<->%> (have %qT)invalid type argument of %<->*%> (have %qT)invalid type argument of array indexing (have %qT)invalid type argument of implicit conversion (have %qT)invalid type argument of unary %<*%> (have %qT)invalid type for asm flag outputinvalid type for instance variableinvalid type for iteration variable %qEinvalid type for make functioninvalid type for parameter %d of constexpr function %q+#Dinvalid type for propertyinvalid types %<%T[%T]%> for array subscriptinvalid types in address space conversioninvalid types in conversion to floating pointinvalid types in conversion to integerinvalid types in fixed-point conversioninvalid types in nop conversioninvalid use of %%d, %%x, or %%Xinvalid use of %<...%> calling non-variadic functioninvalid use of %<...%> with builtin functioninvalid use of %<...%> with non-sliceinvalid use of %<::%>invalid use of %<_Cilk_spawn%>invalid use of %<auto%> in conversion operatorinvalid use of %<auto%> in default template argumentinvalid use of %<auto%> in exception-specificationinvalid use of %<auto%> in template argumentinvalid use of %<extern%> variable %qD in %<#pragma acc declare%>invalid use of %<global%> variable %qD in %<#pragma acc declare%>invalid use of %<restrict%>invalid use of %<this%> at top levelinvalid use of %<this%> in non-member functioninvalid use of %q#T with a flexible array member in %q#Tinvalid use of %q#T with a zero-size array in %q#Dinvalid use of %qDinvalid use of %qD in linkage specificationinvalid use of %qE to form a pointer-to-member-functioninvalid use of %qTinvalid use of '%%%c'invalid use of ':' modifierinvalid use of a pointer to an incomplete type in pointer arithmeticinvalid use of array indexing on pointer to memberinvalid use of array with unspecified boundsinvalid use of asm flag outputinvalid use of attribute %<fallthrough%>invalid use of brace-enclosed initializer listinvalid use of const_cast with type %qT, which is a pointer or reference to a function typeinvalid use of const_cast with type %qT, which is not a pointer, reference, nor a pointer-to-data-member typeinvalid use of constructor as a templateinvalid use of cv-qualified type %qT in parameter declarationinvalid use of dependent type %qTinvalid use of destructor %qD as a typeinvalid use of destructor %qE as a typeinvalid use of flexible array memberinvalid use of implicit conversion on pointer to memberinvalid use of incomplete type %q#Tinvalid use of incomplete typedef %qTinvalid use of label %q+D in %<_Cilk_spawn%>invalid use of member %qD (did you forget the %<&%> ?)invalid use of member %qD in static member functioninvalid use of member function %qD (did you forget the %<()%> ?)invalid use of method value as argument of Offsetofinvalid use of non-lvalue arrayinvalid use of non-static data member %qDinvalid use of non-static member function %qDinvalid use of non-static member function of type %qTinvalid use of nonstatic data member %qEinvalid use of pack expansion expressioninvalid use of placeholder %qTinvalid use of qualified-name %<%D::%D%>invalid use of qualified-name %<%T::%D%>invalid use of qualified-name %<::%D%>invalid use of structure with flexible array memberinvalid use of template template parameter %qTinvalid use of template type parameter %qTinvalid use of template-id %qD in declaration of primary templateinvalid use of template-name %qE without an argument listinvalid use of typeinvalid use of type %<void%> in parameter declarationinvalid use of type %qT as a default value for a template template-parameterinvalid use of unary %<*%> on pointer to memberinvalid use of undefined type %qTinvalid use of void expressioninvalid use of volatile lvalue inside %<transaction_safe%> functioninvalid use of volatile lvalue inside transactioninvalid user-defined conversion from %qT to %qTinvalid value-initialization of reference typeinvalid vector comparison resulting typeinvalid vector type for attribute %qEinvalid version number %qsinvalid warm function for reset attributeinvalid zero extractinverted slice rangeio_kind_name(): bad I/O-kindipa inline summary is missing in input fileipa reference summary is missing in ltrans unitis_c_interoperable(): gfc_simplify_expr failedit is defined as a pointer in different address space in another translation unitit is defined as a pointer to different type in another translation unitit must be a pointer-to-member of the form %<&X::Y%>it must be the address of a function with external linkageit must be the name of a function with external linkageitem in READiterating variable in fast enumeration is not an objectiteration %s invokes undefined behavioriteration variable %qD should not be firstprivateiteration variable %qD should not be reductioniteration variable %qE is predetermined lineariteration variable %qE should be privateiteration variable %qE should not be firstprivateiteration variable %qE should not be lastprivateiteration variable %qE should not be lineariteration variable %qE should not be privateiteration variable %qE should not be reductioniteration variable cannot be volatileiterator variableits dest_idx should be %d, not %divar %qs used by %<@synthesize%> declaration must be an existing ivariwmmxt abi requires an iwmmxt capable cpuiwmmxt requires an AAPCS compatible ABI for proper operationjump into scope of identifier with variably modified typejump into statement expressionjump skips variable initializationjump to case labeljump to label %qDjunk at end of #pragma %sjunk at end of #pragma ADDRESSjunk at end of #pragma GCC memregs [0..16]junk at end of #pragma __nostandardjunk at end of #pragma __standardjunk at end of #pragma ghs endsdajunk at end of #pragma ghs endtdajunk at end of #pragma ghs endzdajunk at end of #pragma ghs interruptjunk at end of #pragma ghs sectionjunk at end of #pragma ghs startsdajunk at end of #pragma ghs starttdajunk at end of #pragma ghs startzdajunk at end of #pragma longcalljunk at end of %<#pragma %s%>junk at end of %<#pragma GCC pch_preprocess%>junk at end of %<#pragma GCC visibility%>junk at end of %<#pragma align%>junk at end of %<#pragma fini%>junk at end of %<#pragma init%>junk at end of %<#pragma message%>junk at end of %<#pragma pack%>junk at end of %<#pragma pop_options%>junk at end of %<#pragma push_options%>junk at end of %<#pragma redefine_extname%>junk at end of %<#pragma reset_options%>junk at end of %<#pragma weak%>junk at end of '#pragma extern_model'junk at end of '#pragma ms_struct'junk at end of '#pragma options'junk at end of '#pragma unused'keyword %<export%> not implemented, and will be ignoredkeyword %<typename%> not allowed in this context (a qualified member initializer is implicitly a type)keyword %<typename%> not allowed in this context (the base class is implicitly a type)keyword %<typename%> not allowed outside of templateslabel label %q+D declared but not definedlabel %q+D defined but not usedlabel %q+D used but not definedlabel %qD defined herelabel %qE referenced outside of any functionlabel at end of compound statementlabel named wchar_tlabel's context is not the current function decllambda capture initializers only available with -std=c++14 or -std=gnu++14lambda expressions only available with -std=c++11 or -std=gnu++11lambda in local class %q+T cannot capture variables from the enclosing contextlambda templates are only available with -std=c++14 or -std=gnu++14lambda-expression in a constant expressionlambda-expression in template-argumentlambda-expression in unevaluated contextlane %wd out of range %wd - %wdlang_* check: failed in %s, at %s:%dlanguage %s not recognizedlanguage string %<"%E"%> not recognizedlarge fixed-point constant implicitly truncated to fixed-point typelarge integer implicitly truncated to unsigned typelast argument must be an immediateld returned %d exit statusleft argument must be a sliceleft hand operand of %<->*%> must be a pointer to class, but is a pointer to member of type %qTleft operand of comma operator cannot resolve address of overloaded functionleft operand of comma operator has no effectleft operand of comma operator is a reference, not call, to function %qEleft operand of shift expression %q+E is negativeleft precisionleft precision in strfmon formatleft rotate count >= width of typeleft rotate count is negativeleft shift count >= width of typeleft shift count >= width of vector elementleft shift count is negativeleft shift of negative valueleft-hand operand of comma expression has no effectleft-hand side of assignment might be a candidate for a format attributelen larger than caplength %qE above array section size in %qs clauselength %qE of array section does not have integral typelength mismatch between LHS and RHSlength mismatch in expressionlength modifierlength modifier in printf formatlength modifier in scanf formatlength modifier in strfmon formatlength of array notation triplet is not an integerlength required when allocating a sliceletter %c was found & insn was not CONST_INTlibraries: %s
  library function %q#D redeclared as non-function %q#Dlibrary lib%s not foundlimit is %u bytes, but argument is %slimit is %u bytes, but argument may be as large as %slinear clause applied to non-integral non-pointer variable with %qT typelinear clause applied to non-integral non-pointer variable with type %qTlinear clause applied to non-integral, non-floating, non-pointer variable with %qT typelinear clause applied to non-integral, non-floating, non-pointer variable with type %qTlinear clause with %qs modifier applied to non-reference variable with %qT typelinear step expression must be integrallist-initializer for non-class type must not be parenthesizedliteral operator suffixes not preceded by %<_%> are reserved for future standardizationliteral operator template %q+D conflicts with raw literal operator %qDliteral operator template %qD has invalid parameter list.  Expected non-type template argument pack <char...>literal operator template %qD has invalid parameter list.  Expected non-type template argument pack <char...> or <typename CharT, CharT...>literal operator with C linkagelo_sum not of registerlocal class %q#T shall not have static data member %q#Dlocal declaration of %qE hides instance variablelocal symbols must be definedlocal variable %qD may not appear in this contextlocal variable memory requirements exceed capacitylocation references block not in block treelogical %<and%> applied to non-boolean constantlogical %<and%> of equal expressionslogical %<and%> of mutually exclusive tests is always falselogical %<or%> applied to non-boolean constantlogical %<or%> of collectively exhaustive tests is always truelogical %<or%> of equal expressionslogical not is only applied to the left hand side of comparisonlogical_to_bitwise(): Bad intrinsiclong, short, signed or unsigned used invalidly for %qslookup of %qT in %qT is ambiguousloop %d%'s header does not belong directly to itloop %d%'s header does not have exactly 2 entriesloop %d%'s header is not a loop headerloop %d%'s latch does not belong directly to itloop %d%'s latch does not have an edge to its headerloop %d%'s latch does not have exactly 1 successorloop %d%'s latch does not have header as successorloop %d%'s latch is marked as part of irreducible regionloop %d%'s latch is not dominated by its headerloop uses OpenACC parallelism disallowed by containing routineloop verification on loop tree that needs fixuploop with header %d marked for removalloop with header %d not in loop treelooser throw specifier for %q+#Flow bound %qE above array section size in %qs clauselow bound %qE of array section does not have integral typelower value in case label range less than minimum value for typelp_array does not match region_treelp_array is corrupted for lp %ilseek failed while reading export datalto_obj_file_open() failedlvalue required as decrement operandlvalue required as increment operandlvalue required as left operand of assignmentlvalue required as unary %<&%> operandlvalue required in asm statementmachine independent builtin code out of rangemacro name missing after %qsmake_generic(): Can't find generic symbol %qsmaking multiple clones of %qDmalformed #pragma ADDRESS variable addressmalformed #pragma GCC visibility pushmalformed #pragma builtinmalformed #pragma ghs sectionmalformed #pragma redefine_extname, ignoredmalformed #pragma weak, ignoredmalformed %<#pragma %s%>, ignoredmalformed %<#pragma %s%>, ignoringmalformed %<#pragma align%>malformed %<#pragma align%>, ignoringmalformed %<#pragma fini%>malformed %<#pragma fini%>, ignoringmalformed %<#pragma init%>malformed %<#pragma init%>, ignoringmalformed %<#pragma message%>, ignoredmalformed %<#pragma pack%> - ignoredmalformed %<#pragma pack(pop[, id])%> - ignoredmalformed %<#pragma pack(push[, id][, <n>])%> - ignoredmalformed '#pragma __extern_prefix', ignoringmalformed '#pragma extern_model', ignoringmalformed '#pragma member_alignment'malformed '#pragma member_alignment', ignoringmalformed '#pragma ms_struct {on|off|reset}', ignoringmalformed '#pragma ms_struct', ignoringmalformed '#pragma options align={mac68k|power|reset}', ignoringmalformed '#pragma options', ignoringmalformed COLLECT_GCC_OPTIONSmalformed option -fplugin-arg-%s (missing -<key>[=<value>])malformed ptx filemalformed spec function argumentsmalformed spec function namemalformed target %smalformed target %s list %qsmalformed target %s valuemangled name for %qD will change in C++17 because the exception specification is part of a function typemangling %Cmangling __underlying_typemangling typeof, use decltype insteadmangling unknown fixed point typemap can only be compared to nilmapping field %qE of variable length structuremask must be an immediatematch_attr_spec(): Bad attributematch_level_4(): Bad operatormatch_string_constant(): Delimiter not foundmatching constraint does not allow a registermatching constraint not valid in output operandmatching constraint references invalid operand numbermaximum limit of %d namespaces searched for %qEmaximum number of arrays per scop.maximum number of basic blocks per function to be analyzed by Graphite.maximum number of isl operations, 0 means unlimitedmaximum number of parameters in a SCoP.maximum value of parameter %qs is %umay not use both -EB and -ELmay not use both -m32 and -m64mduc registers only saved for G13 targetmedia functions are not available unless -mmedia is usedmem-initializer for %qD follows constructor delegationmember %q+#D with constructor not allowed in anonymous aggregatemember %q+#D with constructor not allowed in unionmember %q+#D with copy assignment operator not allowed in anonymous aggregatemember %q+#D with copy assignment operator not allowed in unionmember %q+#D with destructor not allowed in anonymous aggregatemember %q+#D with destructor not allowed in unionmember %q+D cannot be declared as a %<mutable%> referencemember %q+D cannot be declared both %<const%> and %<mutable%>member %qD cannot be declared both %<virtual%> and %<constexpr%>member %qD cannot be declared both %<virtual%> and %<static%>member %qD conflicts with virtual function table field namemember %qD declared as friend before type %qT definedmember %qD in read-only object used as %<asm%> outputmember %qD is uninitialized referencemember %qD must be initialized by mem-initializer in %<constexpr%> constructormember %qD with uninitialized reference fieldsmember functions are implicitly friends of their classmember template %qD may not have virt-specifiersmembers of an explicitly specialized class are defined without a template headermemory access check always failmemory allocation failed while reading export datamemory input %d is not directly addressablememory reference expected for 'S' output modifiermethod %<%c%E%> declared %<@optional%> and %<@required%> at the same timemethod %s%s%s is marked go:nointerfacemethod %s%s%s requires a pointer receivermethod argument attributes are not available in Objective-C 1.0method attributes are not available in Objective-C 1.0method attributes can not be specified in @implementation contextmethod attributes must be specified at the endmethod attributes must be specified at the end onlymethod declaration not in @interface contextmethod declared %qE overriding %qE methodmethod definition for %<%c%E%> not foundmethod definition not in @implementation contextmethod overrides both %<transaction_pure%> and %qE methodsmethod possibly missing a [super dealloc] callmethod type does not match object typemethod with incompatible type is defined in another translation unitmin partition size cannot be greater than max partition sizeminimal number of loops per function to be analyzed by Graphite.minimum value of parameter %qs is %umio_array_ref(): Unknown array refmips16 function profilingmismatch in number of arguments for builtin %qF. Expected: %d got %dmismatched argument pack lengths while expanding %<%E%>mismatched argument pack lengths while expanding %<%T%>mismatched argumentsmismatched declarations during linktime optimizationmismatched operator in fold-expressionmismatching comparison operand typesmismatching parensmisplaced %<@%D%> Objective-C++ constructmissed loop optimization, the loop counter may overflowmissing $ operand number in formatmissing %<(%> after %<#pragma GCC visibility push%> - ignoredmissing %<(%> after %<#pragma pack%> - ignoredmissing %<=%> (after %<getter%> attribute)missing %<=%> (after %<setter%> attribute)missing %<target%> attribute for multi-versioned %Dmissing '(' after '#pragma unused', ignoringmissing ')' after '#pragma unused', ignoringmissing PHI defmissing REG_EH_REGION note at the end of bb %imissing [big-endian|little-endian|default] after %<#pragma scalar_storage_order%>missing [error|warning|ignored|push|pop] after %<#pragma GCC diagnostic%>missing arch name in %<-march=%s%>missing architecture name in 'arch' target %smissing argument to %qsmissing barrier after block %imissing braces around initializermissing braces around initializer for %qTmissing callgraph edge for call stmt:missing close brace for named operandmissing close parenmissing collection in fast enumerationmissing controlling predicatemissing cpu name in %<-mcpu=%s%>missing cpu name in %<-mtune=%s%>missing cpu name in 'cpu' target %smissing definitionmissing device or architecture after %qsmissing edge %i->%imissing feature modifier in target %s %qsmissing filename after %qsmissing fill character at end of strfmon formatmissing increment expressionmissing initializer for field %qD of %qTmissing initializer for member %qDmissing loop condition in loop with %<GCC ivdep%> pragmamissing makefile target after %qsmissing method %s%s%smissing numbermissing open parenmissing operandmissing option after %<#pragma GCC diagnostic%> kindmissing path after %qsmissing sentinel in function callmissing template argumentsmissing template arguments after %qTmissing terminating %c charactermissing type-name in typedef-declarationmixing declarations and function-definitions is forbiddenmixing different types of symbol in same comdat groups is not supportedmode %qs applied to inappropriate typemode size of non-integral result does not match field size of BIT_FIELD_REFmodification of %qE is not a constant expressionmodifier should not be specified in %<linear%> clause on %<simd%> or %<for%> constructsmodule nature in USE statement at %Cmore than %d operands in %<asm%>more than one %<depend(source)%> clause on an %<ordered%> constructmore than one 'crtl' directivemore than one access specifier in base-specifiedms_abi and sysv_abi attributes are not compatiblems_hook_prologue attribute isn%'t compatible with -mfentry for 32-bitms_hook_prologue is not compatible with nested functionmsp430_select_hwmult_lib needs one or more argumentsmultidimensional array must have bounds for all dimensions except the firstmultilib exclusion %qs is invalidmultilib exclusions %qs is invalidmultilib select %qs %qs is invalidmultilib select %qs is invalidmultilib spec %qs is invalidmultiple -mcpu= options specified.multiple EH personalities are supported only with assemblers supporting .cfi_personality directivemultiple declarations in range-based %<for%> loopmultiple default labels in one switchmultiple definition of %q#Tmultiple fast interrupt routines seen: %qE and %qEmultiple fields in union %qT initializedmultiple function type attributes specifiedmultiple hot/cold transitions found (bb %i)multiple initializations given for %qDmultiple initializations given for base %qTmultiple inline callersmultiple interrupt attributes not allowedmultiple interrupt attributes to function %qDmultiple iterating variables in fast enumerationmultiple loop axes specified for routinemultiple methods named %<%c%E%> foundmultiple nested types attributes to function %qDmultiple parameters named %qDmultiple prevailing defs for %qEmultiple ref-qualifiersmultiple save reg attributes to function %qDmultiple selectors named %<%c%E%> foundmultiple storage classes in declaration of %qsmultiple storage classes in declaration specifiersmultiple types in one declarationmultiple virtual PHI nodes in BB %dmultiple-value argument in single-value contextmultiple-value function call in single-value contextmultiply option implies r%d is fixedmultiversioning needs ifunc which is not supported on this targetmust #include <typeinfo> before using typeidmust use %<.*%> or %<->*%> to call pointer-to-member function in %<%E (...)%>, e.g. %<(... ->* %E) (...)%>mutable %qD is not usable in a constant expressionmysterious repository information in %snaked attribute only applies to functionsname %qD used in a GNU-style designated initializer for an arrayname %qT has incomplete typename lookup of %qD changedname lookup of %qD changed for ISO %<for%> scopingname missing for member functionname of class shadows template template parameter %qDname used in a GNU-style designated initializer for an arraynamed return values are no longer supportednamespace %qD enterednamespace %qD not allowed in using-declarationnamespace alias %qD not allowed here, assuming %qDnamespace-scope anonymous aggregates must be staticnarrowing conversion of %qE from %qT to %qT inside { }narrowing conversion of %qE from %qT to %qT inside { } is ill-formed in C++11need %<typename%> before %<%T::%E%> because %qT is a dependent scopeneed %<typename%> before %qE because %qT is a dependent scopeneed explicit conversionneed explicit conversion; missing method %s%s%snegative insn lengthnegative integer implicitly converted to unsigned typenegative length in array section in %qs clausenegative low bound in array section in %qs clausenegative nesting depth of region %inegative shift countnegative width in bit-field %q+Dnegative width in bit-field %qsneither the destructor nor the class-specific operator delete [] will be called, even if they are declared when the class is definedneither the destructor nor the class-specific operator delete will be called, even if they are declared when the class is definednested assembly dialect alternativesnested extern declaration of %qDnested function %q+D declared but never definednested function %qE declared %<extern%>nested function %qs declared %<extern%>nested function trampolines not supported on this targetnested functions not supported on this targetnested identifier requirednested name specifier %qT for enum declaration does not name a class or namespacenested namespace definitions only available with -std=c++1z or -std=gnu++1znested redefinition of %<enum %E%>nested redefinition of %<struct %E%>nested redefinition of %<union %E%>new cannot be applied to a function typenew cannot be applied to a reference typenew declaration %q#D ambiguates built-in declaration %q#Dnew types may not be defined in a return typenew_symbol(): Symbol name too longnext member %q#D declared hereno %<%D(int)%> declared for postfix %qsno %<%D(int)%> declared for postfix %qs, trying prefix operator insteadno %<%c%E%> method foundno %q#D member function declared in class %qTno %qs getter foundno FUNCTION_PROFILER for CRISno LTRANS output list filename providedno argumentsno arguments for spec functionno attribute can be applied to an explicit instantiationno class name specified with %qsno class template named %q#T in %q#Tno closing %<]%> for %<%%[%> formatno closing braceno context to resolve type of %qEno corresponding deallocation function for %qDno data type for mode %qsno declaration of property %qs found in the interfaceno default argument for %qDno description yet.no field %qD found in union being initializedno immediate_use listno input filesno input files; unwilling to write output filesno integral type can represent all of the enumerator values for %qTno low registers available for popping high registersno match for no match for call to %<(%T) (%A)%>no matches converting function %qD to type %q#Tno matching concept for template-introductionno matching fixed-point overload found for %qsno matching function for call to %<%D(%A)%>no matching function for call to %<%T::%E(%A)%#V%>no matching function for call to %<%T::operator %T(%A)%#V%>no matching function for call to %<%s(%A)%>no matching push for %<#pragma GCC visibility pop%>no matching template for %qD foundno member function %qD declared in %qTno members matching %<%T::%D%> in %q#Tno post-decrement operator for typeno post-increment operator for typeno pre-decrement operator for typeno pre-increment operator for typeno previous declaration for %qDno previous prototype for %qDno processor type specified for linkingno profiling of 64-bit code for this ABIno register in addressno return statement in function returning non-voidno return statements in function returning %qTno sclass for %s stab (0x%x)no semicolon at end of struct or unionno suitable %<operator %s%> for %qTno suitable %qD found in class %qTno super class declared in @interface for %qEno super class declared in interface for %qEno type named %q#T in %q#Tno type or storage class may be specified here,no unexpanded parameter packs in binary foldno unique final overrider for %qD in %qTno valid clauses specified in %<#pragma acc declare%>node differs from node->decl->decl_with_vis.symtab_nodenode has body_removed but is definitionnode has unknown typenode is alias but not definitionnode is alias but not implicit aliasnode is alone in a comdat groupnode is analyzed but it is not a definitionnode is in same_comdat_group list but has no comdat_groupnode is transparent_alias but not an aliasnode is weakref but not an transparent_aliasnode not found in symtab assembler name hashnode not found node->decl->decl_with_vis.symtab_nodenodes with unreleased memory foundnoexcept-expression evaluates to %<false%> because of a call to %qDnon double precision REAL argument to %s intrinsic at %Lnon-AAPCS derived PCS variantnon-NULL pointer initialization at %Cnon-OpenACC construct inside of OpenACC regionnon-OpenACC construct inside of OpenACC routinenon-call exception handling mismatchnon-class template %qT used without template argumentsnon-class, non-variable partial specialization %qD is not allowednon-cold basic block %d dominated by a block in the cold partition (%d)non-const integer argument %u in call to function %qEnon-constant argument 1 to __atomic_always_lock_freenon-constant array in DATA statement %Lnon-constant array initializationnon-constant array new length must be specified directly, not by typedefnon-constant array new length must be specified without parentheses around the type-idnon-constant compound literals cannot appear in a constant-expressionnon-constant condition for static assertionnon-constant element in constant CONSTRUCTORnon-constant in-class initialization invalid for non-inline static member %qDnon-constant in-class initialization invalid for static member %qDnon-constant initialization expression at %Lnon-decl/MEM_REF LHS in clobber statementnon-default INTEGER kind argument to %s intrinsic at %Lnon-delegitimized UNSPEC %s (%d) found in variable locationnon-deleted function %q+Dnon-floating-point argument in call to function %qEnon-floating-point arguments in call to function %qEnon-function %qD declared as implicit templatenon-function in gimple callnon-integer argument 1 to __atomic_is_lock_freenon-integer argument 3 in call to function %qEnon-integer memory model argument %d of %qEnon-integer operand used with operand code 'z'non-integral type switch statementnon-integral used in conditionnon-local variable %qD declared %<__thread%> has a non-trivial destructornon-local variable %qD declared %<__thread%> needs dynamic initializationnon-loop with header %d not marked for removalnon-lvalue array in conditional expressionnon-member %qs cannot be declared %<mutable%>non-member function %qD cannot have cv-qualifiernon-member function %qD cannot have ref-qualifiernon-member-template declaration of %qDnon-memory input %d must stay in memorynon-nested function with variably modified typenon-object member %qs cannot be declared %<mutable%>non-objective-c type '%T' cannot be caughtnon-parameter %qs cannot be a parameter packnon-pointer argument to %<__builtin_launder%>non-register as LHS of binary operationnon-register as LHS of ternary operationnon-register as LHS of unary operationnon-scalar BIT_FIELD_REF, IMAGPART_EXPR or REALPART_EXPRnon-scalar typenon-standard suffix on floating constantnon-static const member %q#D in class without a constructornon-static const member %q#D, can%'t use default assignment operatornon-static data member %q+D in a union may not have reference type %qTnon-static data member %qE declared %<concept%>non-static data member %qE declared %<constexpr%>non-static data member declared with placeholder %qTnon-static data member initializers only available with -std=c++11 or -std=gnu++11non-static declaration of %q+D follows static declarationnon-static initialization of a flexible array membernon-static reference %q#D in class without a constructornon-static reference member %q#D, can%'t use default assignment operatornon-template %qD used as templatenon-template type %qT used as a templatenon-thread-local declaration of %q#D follows thread-local declarationnon-thread-local declaration of %q+D follows thread-local declarationnon-top-level BIT_FIELD_REF, IMAGPART_EXPR or REALPART_EXPRnon-trivial conversion at assignmentnon-trivial conversion in unary operationnon-trivial designated initializers not supportednon-type partial specialization %qD is not allowednon-variable %qD in declaration with more than one declarator with placeholder typenon-vector CONSTRUCTOR with elementsnon-vector operands in vector comparisonnonconstant array index in initializernonempty exits list of loop %d, but exits are not recordednonlocal label nonnull argument %qD compared to NULLnonnull argument has invalid operand number (argument %lu)nonnull argument references non-pointer operand (argument %lu, operand %lu)nonnull argument with out-of-range operand number (argument %lu, operand %lu)nonnull attribute without arguments on a non-prototypenormalization cannot co-exist with scaling
! not allowed type combination in BIT_INSERT_EXPRnot configured for SPE ABInot configured for SPE instruction setnot configured with sysroot headers suffixnot enough DO loops for %s !$ACC LOOP at %Lnot enough DO loops for collapsed %s at %Lnot enough argumentsnot enough arguments to returnnot enough for loops to collapsenot enough perfectly nested loopsnot enough type informationnot enough variable arguments to fit a sentinelnotenote: null argument where non-null required (argument %lu)null destination pointernull format stringnull pointernull pointer dereferencenumber must be 0 or 1number of arguments doesn%'t match built-in prototypenumber of arguments doesn%'t match prototypenumber of bb notes in insn chain (%d) != n_basic_blocks (%d)number of components of the vector not a power of twonumber of components of vector not a power of twonumber of counters is %d instead of %dnumber of results does not match number of valuesnumber of variables in %<depend(sink)%> clause does not match number of iteration variablesnumeric argument of %qE attribute must be in range 0..63objc++-cpp-output is deprecated; please use objective-c++-cpp-output insteadobjc-cpp-output is deprecated; please use objective-c-cpp-output insteadobject is not a methodobject missing in use of %qEobject property %qD has no %<assign%>, %<retain%> or %<copy%> attribute; assuming %<assign%>object type %qT does not match destructor name ~%qTobject with variably modified type must have no linkageobjective-c method declaration is expectedobjective-c++ message argument(s) are expectedobjective-c++ message receiver expectedobjective-c++ method declaration is expectedobsolete Maverick format code '%c'obsolete option -I- used, please use -iquote insteadobsolete use of designated initializer with %<:%>obsolete use of designated initializer without %<=%>odr-used inline variable %qD is not definedoffload compiler %s not foundoffset %qwi outside bounds of constant stringoffset exceeds 16 bytesoffset of %qD is not ABI-compliant and may change in a future version of GCCoffset of packed bit-field %qD has changed in GCC 4.4offsetof within non-standard-layout type %qT is undefinedold declaration %q#Dold-style function definitionold-style parameter declarations in prototyped function definitionomitted middle operand to %<?:%> operand cannot be mangledone of the initializer call arguments should be %<&omp_priv%>one of the initializer call arguments should be %<omp_priv%> or %<&omp_priv%>only %<distribute%> or %<parallel%> regions are allowed to be strictly nested inside %<teams%> regiononly %<inbranch%> and %<notinbranch%> flags are allowed for %<__simd__%> attributeonly %u names provided while %qT decomposes into %wu elementsonly 0.0 can be loaded as an immediateonly Objective-C object types can be qualified with a protocolonly attribute %<fallthrough%> can be applied to a null statementonly constructors take member initializersonly declarations of constructors and conversion operators can be %<explicit%>only function calls can be spawnedonly here as a friendonly plain %<auto%> return type can be deduced to %<void%>only uninitialized variables can be placed in a .bss sectiononly uninitialized variables can be placed in the .noinit sectiononly weak aliases are supported in this configurationonly zero initializers are allowed in section %qsopaque vector types cannot be initializedopaque-enum-specifier must use a simple identifieropaque-enum-specifier without nameopen %s failed: %sopen /dev/zero: %mopening LTRANS output list %s: %mopening dependency file %s: %mopening output file %qs: %sopening output file %s: %moperand %d should be a 3 bit unsigned immediateoperand %d should be a 6 bit unsigned immediateoperand %d should be a 8 bit unsigned immediateoperand 1 should be an unsigned 3-bit immediateoperand 1 should be an unsigned 3-bit value (I0-I7)operand 2 should be an even 3-bit value (subreg 0,2,4,6)operand 2 should be an unsigned 3-bit value (I0-I7)operand 2 should be an unsigned 3-bit value (subreg 0-7)operand 2 should be an unsigned 8-bit valueoperand 3 should be an unsigned 3-bit value (I0-I7)operand 3 should be an unsigned 8-bit valueoperand 4 should be an unsigned 8-bit value (0-255)operand constraint contains incorrectly positioned %<+%> or %<=%>operand constraints for %<asm%> differ in number of alternativesoperand for sleep instruction must be an unsigned 6 bit compile-time constantoperand is not a condition code, invalid operand code '%c'operand is not a condition code, invalid operand code 'D'operand is not a condition code, invalid operand code 'Y'operand is not a specific integer, invalid operand code 'R'operand is not a specific integer, invalid operand code 'r'operand is not an integer, invalid operand code 'K'operand is not an integer, invalid operand code 'R'operand is not an offsettable memory reference, invalid operand code 'H'operand must be an immediate of the right sizeoperand number missing after %%-letteroperand number out of rangeoperand number out of range in formatoperand number specified for format taking no argumentoperand number specified with suppressed assignmentoperand of fold expression has no unexpanded parameter packsoperand type %qT is incompatible with argument %d of %qEoperand types are %qT and %qToperands to %T/%t must be reg + const_int:operands to ?: have different types %qT and %qToperation on %qE may be undefinedoptimization attribute on %qD follows definition but the attribute doesn%'t matchoptimization level attribute mismatchoptimization may eliminate reads and/or writes to register variablesoption %qs is valid for %s but not for %soption %s is not supported together with -fopenaccoption("%s") was already specifiedoptional argumentoptions enabled: options or targets missing after %qsoptions passed: ordered argument needs positive constant integer expressionordered comparison of pointer with integer zeroordered comparison of pointer with null pointeroriginal %<default%> is hereoriginal declaration appeared hereoriginal definition appeared hereoriginally defined hereoriginally indirect function call not considered for inliningoriginally specified hereorphaned %qs constructother match is hereought to match virtual method %qD but does notout-of-bounds access may be optimized awayouter %<__transaction_cancel%> not within outer %<__transaction_atomic%>outer block of region %i is wrongouter transaction in %<transaction_may_cancel_outer%> functionouter transaction in %<transaction_safe%> functionouter transaction in transactionoutput constraint %d cannot be specified together with "%s" clobberoutput constraint %d must specify a single registeroutput constraint %qc for operand %d is not at the beginningoutput file %s already exists in folder %soutput file not specifiedoutput filename specified twiceoutput number %d not directly addressableoutput operand %d must use %<&%> constraintoutput operand constraint lacks %<=%>output operand is constant in %<asm%>output regs must be grouped at top of stackoutput_move_single:overflow in array dimensionoverflow in constant expressionoverflow in enumeration valuesoverflow in enumeration values at %qDoverflow in implicit constant conversionoverflowed output arg list for %qsoverloaded function name %qE in clause %qsoverloaded function with no contextual type informationoverride controls (override/final) only available with -std=c++11 or -std=gnu++11overriding %qD declared %<transaction_safe%>overriding deleted function %q+Doverriding final function %q+Doverriding non-deleted function %q+Dpack expansion argument for non-pack parameter %qD of alias template %qDpack expansion argument for non-pack parameter %qD of concept %qDpack expansion in using-declaration only available with -std=c++1z or -std=gnu++1zpacked attribute causes inefficient alignmentpacked attribute causes inefficient alignment for %q+Dpacked attribute causes inefficient alignment for %qEpacked attribute is unnecessarypacked attribute is unnecessary for %q+Dpacked attribute is unnecessary for %qEpadding struct size to alignment boundarypadding struct to align %q+Dparameter %P has incomplete type %qTparameter %P of %qD has incomplete type %qTparameter %q+D declared %<_Noreturn%>parameter %q+D declared %<inline%>parameter %q+D has just a forward declarationparameter %qD declared with void typeparameter %qD has incomplete typeparameter %qD includes pointer to array of unknown bound %qTparameter %qD includes reference to array of unknown bound %qTparameter %qD invalidly declared method typeparameter %qD is initializedparameter %qD set but not usedparameter %qP of %qD might be a candidate for a format attributeparameter %u (%q+D) has incomplete typeparameter %u (%q+D) has void typeparameter %u has incomplete typeparameter %u has void typeparameter declared %<auto%>parameter list does not match a valid signature for %s()parameter may not have variably modified type %qTparameter might be a candidate for a format attributeparameter name missing from parameter listparameter name omittedparameter names (without types) in function declarationparameter pack %q+D must be at the end of the template parameter listparameter pack %qD cannot have a default argumentparameter pack argument %qE must be at the end of the template argument listparameter pack argument %qT must be at the end of the template argument listparameter pack cannot have a default argumentparameter packs not expanded with %<...%>:parameter passing for argument of type %qT changed in GCC 7.1parametrized derived type argumentparent subprogram cannot be inlinedparentheses around %qE cannot be used to form a pointer-to-member-functionparentheses required around this composite literal to avoid parsing ambiguityparenthesized initialization is not allowed in OpenMP %<for%> loopparenthesized initialization is not allowed in for-loopparenthesized initializer in array newparse error in SELECT TYPE statement at %Cparse error in template argument listpartial specialization %q+D does not specialize any template argumentspartial specialization %q+D does not specialize any template arguments and is not more constrained thanpartial specialization %qD is not more specialized thanpartial specialization %qT declared %<friend%>partial specialization is not more specialized than the primary template because it replaces multiple parameters with a pack expansionpartial specialization of %qD after instantiation of %qDpartition found but function partition flag not setpass %qs not found but is referenced by new pass %qspass %s does not support cloningpass %s needs a set_pass_param implementation to handle the extra argument in NEXT_PASSpassing %qT as %<this%> argument discards qualifierspassing %qT chooses %qT over %qTpassing NULL to non-pointer argument %P of %qDpassing arg %d of %qE discards qualifiers from pointer target typepassing argument %d of %qE as %<float%> rather than %<double%> due to prototypepassing argument %d of %qE as %qT rather than %qT due to prototypepassing argument %d of %qE as complex rather than floating due to prototypepassing argument %d of %qE as complex rather than integer due to prototypepassing argument %d of %qE as floating rather than complex due to prototypepassing argument %d of %qE as floating rather than integer due to prototypepassing argument %d of %qE as integer rather than complex due to prototypepassing argument %d of %qE as integer rather than floating due to prototypepassing argument %d of %qE as signed due to prototypepassing argument %d of %qE as unsigned due to prototypepassing argument %d of %qE discards %qv qualifier from pointer target typepassing argument %d of %qE from distinct Objective-C typepassing argument %d of %qE from incompatible pointer typepassing argument %d of %qE from pointer to non-enclosed address spacepassing argument %d of %qE makes %q#v qualified function pointer from unqualifiedpassing argument %d of %qE makes integer from pointer without a castpassing argument %d of %qE makes pointer from integer without a castpassing argument %d of %qE with different width due to prototypepassing argument %i to restrict-qualified parameter aliases with argument %Zpassing argument %i to restrict-qualified parameter aliases with arguments %Zpassing arguments to ellipsis of inherited constructor %qDpassing objects of non-trivially-copyable type %q#T through %<...%> is conditionally supportedpassing too large argument on stackpch_preprocess pragma should only be used with -fpreprocessedpedwarnpedwarn: perhaps you need explicit template arguments in your nested-name-specifierperhaps you want to explicitly add %<%T::%>permerrorpermerror: pex_init failed: %mplaceholder constraints not satisfiedplacement new constructing an array of objects of type %qT and size %qwu in a region of type %qT and size %qwiplacement new constructing an object of type %<%T [%wu]%> and size %qwu in a region of type %qT and size %qwiplacement new constructing an object of type %qT and size %qwu in a region of type %qT and size %qwiplugin %s is not licensed under a GPL-compatible license
  %splugin %s registered a null callback function for event %splugin %s should be specified before -fplugin-arg-%s in the command lineplugin %s was specified with different paths:
  %s
  %splugin cannot register a missing passplugin cannot register an unnamed passplugin cannot register pass %qs without reference pass nameplugin support is disabled; configure with --enable-pluginpointerpointer argumentpointer arithmetic for garbage-collected objects not allowedpointer assignmentpointer bounds were lost due to unexpected expression %spointer of type %<void *%> used in arithmeticpointer of type %<void *%> used in subtractionpointer offset from symbol maybe incorrectpointer or allocatable resultpointer target types incompatible in C++pointer targeting address space %qs must be const in %qTpointer targeting address space %qs must be const in %s %q+Dpointer targets in assignment differ in signednesspointer targets in initialization differ in signednesspointer targets in passing argument %d of %qE differ in signednesspointer targets in return differ in signednesspointer to a function used in arithmeticpointer to a function used in subtractionpointer to array loses qualifier in conditional expressionpointer to interface type has no methodspointer to member conversion via virtual base %qTpointer to member type %qT incompatible with object type %qTpointer type mismatch in conditional expressionpointer value used where a complex was expectedpointer value used where a floating point value was expectedpointer-to-member function %E cannot be called without an object; consider using .* or ->*pointer-to-member-function type %qT requires an lvaluepointer-to-member-function type %qT requires an rvaluepointer/integer type mismatch in conditional expressionpointers are not permitted as case valuespointers to arrays with different qualifiers are incompatible in ISO Cpointers to disjoint address spaces used in conditional expressionpolymorphic argumentposition plus size exceeds size of referenced object in BIT_FIELD_REFposition-independent code not supportedposition-independent code requires %qsposition-independent code requires the Linux ABIpositional initialization of field in %<struct%> declared with %<designated_init%> attributepossible problem detected in invocation of delete [] operator:possible problem detected in invocation of delete operator:post-increment address is not a registerpostfix %qD must take %<int%> as its argumentpostfix %qD must take %<int%> as its second argumentpostfix %qD should return %qTpotential null pointer dereferencepragma simd ignored because -fcilkplus is not enabledpragma simd must be inside a functionpre-decrement address is not a registerpre-increment address is not a registerprecisionprecision in printf formatpredeclared arithmetic type %qT in %<#pragma omp declare reduction%>predeclared arithmetic type in %<#pragma omp declare reduction%>predicated Thumb instructionpredicated instruction in conditional sequencepreferentially allocate registers that allow short instruction generation.prefix %qD should return %qTprefix attributes are ignored before %<@%D%>prefix attributes are ignored for implementationsprefix attributes are ignored for methodsprev_bb of %d should be %d, not %dprevious %<#pragma omp declare reduction%>previous %<pragma omp declare reduction%> declarationprevious declarationprevious declaration %q#Dprevious declaration %qDprevious declaration %qD used %d template parameterprevious declaration %qD used %d template parametersprevious declaration as %q#Dprevious declaration hereprevious declaration of %<%c%E%>previous declaration of %<%c%E%> as %<@optional%>previous declaration of %<%c%E%> as %<@required%>previous declaration of %<%c%s%>previous declaration of %Dprevious declaration of %q+Dprevious declaration of %q+D was hereprevious declaration of %qDprevious declaration of %qD was hereprevious declaration of %qEprevious declaration of namespace %qD hereprevious declaration with %qL linkageprevious definition hereprevious definition of %q#Tprevious definition of %q+D was hereprevious definition of %qD was hereprevious external decl of %q#Dprevious implicit declaration of %q+D was hereprevious non-function declaration %q+#Dprevious non-prototype definition hereprevious specification in %q#D herepreviously declared herepreviously defined herepreviously defined here as %spreviously used hereprimary template %qDprimary template hereprivate member %q#D in anonymous structprivate member %q#D in anonymous unionproblem with building target image for %s
*************** Use the -mcpu option to set the ISA expl
*** 2201,2210 ****
  unsupported argument type to builtin functionunsupported combination: %qs %sunsupported combination: %qs%s %sunsupported combination: %sunsupported fixed-point conversionunsupported mode %s
  unsupported non-standard concatenation of string literalsunsupported non-standard suffix on floating constantunsupported operand size for extended registerunsupported operation or type for vector comparison returning a booleanunsupported return type %qT for simd
  unsupported simdlen %dunsupported size for integer registerunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatunused parameter %qDunused variable %q+Dunused variable %qDunwind tables currently require either a frame pointer or -maccumulate-outgoing-args for correctnessupper value in case label range exceeds maximum value for typeuse #include insteaduse %<%T::%D%> insteaduse %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified nameuse %<%T::template %D%> to indicate that it is a templateuse %<-faligned-new%> to enable C++17 over-aligned new supportuse %<...%> to expand argument packuse %<this->%D%> insteaduse -Winvalid-pch for more informationuse -flax-vector-conversions to permit conversions between vectors with differing element types or numbers of subpartsuse -std=gnu++11 or -fext-numeric-literals to enable more built-in suffixesuse __attribute__ ((vector_size)) insteaduse __builtin_rx_mvtc (0, ... ) to write arbitrary values to PSWuse internal function id in profile lookup.use of %<_Cilk_spawn%> in a return statement is not alloweduse of %<alloca%>use of %<alloca%> within a loopuse of %<auto%> in lambda parameter declaration only available with -std=c++14 or -std=gnu++14use of %<auto%> in member template conversion operator can never be deduceduse of %<auto%> in parameter declaration only available with -std=c++14 or -std=gnu++14use of %<complex%> in AltiVec types is invaliduse of %<double%> in AltiVec types is invalid without -mvsxuse of %<long double%> in AltiVec types is invaliduse of %<long long%> in AltiVec types is invalid without -mvsxuse of %<long%> in AltiVec types is deprecated; use %<int%>use of %<long%> in AltiVec types is invalid for 64-bit code without -mvsxuse of %<this%> in a constant expressionuse of %qD before deduction of %<auto%>use of %qs in templateuse of %qs length modifier with %qc type character has either no effect or undefined behavioruse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of an operand of type %qT in %<operator++%> is deprecateduse of an operand of type %qT in %<operator++%> is forbidden in C++1zuse of an operand of type %qT in %<operator--%> is forbiddenuse of boolean types in AltiVec types is invaliduse of built-in trait %qE in function signature; use library traits insteaduse of class template %qT as expressionuse of decimal floating point types in AltiVec types is invaliduse of deleted function %qDuse of enum %q#D without previous declarationuse of invalid variable template %qEuse of local variable with automatic storage from containing functionuse of multiversioned function without a defaultuse of namespace %qD as expressionuse of old-style castuse of parameter from containing functionuse of parameter outside function bodyuse of untyped niluse operand missing for stmtuse option -std=c99, -std=gnu99, -std=c11 or -std=gnu11 to compile your codeuse template<> for an explicit specializationused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requiredused vector type where scalar is requireduseless %<_Alignas%> in empty declarationuseless %qs in empty declarationuseless cast to type %qTuseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationuser defined reduction lookup is ambiguoususer defined reduction not found for %qEuser defined reduction with constructor initializer for base class %qTuser-defined %qD always evaluates both argumentsuser-defined literals only available with -std=c++11 or -std=gnu++11uses %qD, which does not have an alignment parameterusing %<%c%s%>using %qs with unsigned type has no effectusing IBM extended precision long doubleusing IEEE extended precision long doubleusing alias template specialization %qT after %qsusing darwin64 ABIusing invalid field %qDusing num_workers (%d), ignoring %dusing old darwin ABIusing parameters for %<linear%> step is not supported yetusing result of function returning %<void%>using template type parameter %qT after %qsusing temporary as lvalueusing the range [%E, %E] for directive argumentusing typedef-name %qD after %qsusing vector_length (%d), ignoring %dusing vector_length (%d), ignoring runtime settingusing xvalue (rvalue reference) as lvalueusing-declaration for non-member at class scopevalid arguments are: %s; did you mean %qs?valid arguments to %<-march=%> switch are: %svalid arguments to %<-march=%> switch are: %s; did you mean %qs?valid arguments to %<-mtune=%> switch are: %svalid arguments to %<-mtune=%> switch are: %s; did you mean %qs?valid arguments to %<target("arch=")%> attribute are: %svalid arguments to %<target("arch=")%> attribute are: %s; did you mean %qs?valid arguments to %<target("tune=")%> attribute are: %svalid arguments to %<target("tune=")%> attribute are: %s; did you mean %qs?valid arguments to %qs are: %svalid arguments to %qs are: %s; did you mean %qs?valid values for builtin %qF argument %d are 64, 128, 256, 512, 1024, 2048, and 4096validate_value_data: Loop in regno chain (%u)validate_value_data: [%u] Bad next_regno for empty chain (%u)validate_value_data: [%u] Bad oldest_regno (%u)validate_value_data: [%u] Non-empty reg in chain (%s %u %i)value %qE of type %qT is not a constant expressionvalue %qs is not supported by attribute %<target%>value argumentvalue computed is not usedvalue of -mfixed-range must have form REG1-REG2value passed in %qs is too largevalue-initialization of function type %qTvalue-initialization of incomplete type %qTvalue-initialization of reference type %qTvar-tracking-assignments changes selective schedulingvariablevariable %q#D has initializer but incomplete typevariable %q+D declared %<_Noreturn%>variable %q+D declared %<inline%>variable %q+D definition is marked dllimportvariable %q+D might be clobbered by %<longjmp%> or %<vfork%>variable %q+D must be const in order to be put into read-only section by means of %qsvariable %q+D part of alias cyclevariable %qD has function typevariable %qD has initializer but incomplete typevariable %qD of non-literal type %qT in %<constexpr%> functionvariable %qD redeclared as functionvariable %qD set but not usedvariable %qD used more than once with %<#pragma acc declare%>variable %qE declared in enclosing %<host_data%> regionvariable %qE is not an iteration of outermost loop %d, expected %qEvariable %qE of incomplete type %qT will not be accessed in for increment expressionvariable %qE of incomplete type %qT will not be accessed in left operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in right operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in second operand of conditional expressionvariable %qE of incomplete type %qT will not be accessed in statementvariable %qE of incomplete type %qT will not be accessed in third operand of conditional expressionvariable concept has no initializervariable length array %qD is usedvariable length array is usedvariable length element type in array %<reduction%> clausevariable of same assembler name as the virtual table is defined in another translation unitvariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable symbol is not variablevariable template declared herevariable template-id %qD in nested-name-specifiervariable templates only available with -std=c++14 or -std=gnu++14variable tracking requested, but not supported by this debug formatvariable tracking requested, but useless unless producing debug infovariable tracking size limit exceededvariable tracking size limit exceeded with -fvar-tracking-assignments, retrying withoutvariable-length array bound is unknownvariable-sized compound literalvariable-sized object may not be initializedvariably modified %qE at file scopevariably modified field at file scopevariably modified type not allowed in new-expressionvariadic constraint introduced without %<...%>variadic functions must use the base AAPCS variantvariadic templates only available with -std=c++11 or -std=gnu++11vec_adde only accepts 3 argumentsvec_addec only accepts 3 argumentsvec_cmpne only accepts 2 argumentsvec_extract only accepts 2 argumentsvec_insert only accepts 3 argumentsvec_lvsl is deprecated for little endian; use assignment for unaligned loads and storesvec_lvsr is deprecated for little endian; use assignment for unaligned loads and storesvec_mul only accepts 2 argumentsvector CONSTRUCTOR element is not a GIMPLE valuevector CONSTRUCTOR with non-NULL element indexvector argument passed to unprototyped functionvector attribute not immediately followed by a single function declaration or definitionvector condition will be expanded piecewisevector insertion not at element boundaryvector operation will be expanded in parallelvector operation will be expanded piecewisevector operation will be expanded with a single scalar operationvector overflow in expressionvector shuffling operation will be expanded piecewisevector size not an integral multiple of component sizevector types expected in sad expressionvector types expected in vector permute expressionvectorization did not happen for a simd loopvectorlength must be a power of 2vectorlength must be an integer constantvectors with different element number found in vector permute expressionverify_bind_c_derived_type(): Given symbol is unexpectedly NULLverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_flow_info: Basic block %d succ edge is corruptedverify_flow_info: Block %i has loop_father, but there are no loopsverify_flow_info: Block %i lacks loop_fatherverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: REG_BR_PROB does not match cfg %i %iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_gimple failedverify_histograms failedverify_ssa failedverify_type failedversion attribute is not a stringversion control conflict marker in filevirt-specifiers in %qs not allowed outside a class definitionvirtual PHI with argument locationsvirtual SSA name for non-VOP declvirtual base %qT inaccessible in %qT due to ambiguityvirtual def operand missing for stmtvirtual definition is not an SSA namevirtual definition of statement not up-to-datevirtual function %q+Dvirtual function cannot have deduced return typevirtual functions cannot be friendsvirtual method %qDvirtual non-class function %qsvirtual table layout differs in another translation unitvirtual table of type %qD contains RTTI informationvirtual table of type %qD violates one definition rulevirtual table of type %qD violates one definition rule  virtual use of statement not up-to-datevirtual use operand missing for stmtvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvisibility attribute not supported in this configuration; ignoredvms '#pragma __message' is ignoredvoid value not ignored as it ought to bevolatile argumentvolatile must be specified on any memory that is effected by DMA.vtable for waitpid failedwarning: consider linking with '-static' as system libraries withwas expecting `%s'weak %q+D cannot be defined %qEweak declaration of %q+D being applied to a already existing, static definitionweak declaration of %q+D must be publicweak declaration of %q+D not supportedweakref %q+D must have static linkageweakref %q+D ultimately targets itselfweakref attribute must appear before alias attributeweakref is not supported in this configurationweights need to be non-negative
! when writing output to %s: %mwide character array initialized from incompatible wide stringwide character array initialized from non-wide stringwide string literal in %<asm%>width of %qD exceeds its typewidth of %qs exceeds its typewidth of bit-field %qD has non-integral type %qTwill be assumed to return %<id%> and acceptwill not generate power5 instructions because assembler lacks power5 supportwill not generate power6 instructions because assembler lacks power6 supportwill not generate power7 instructions because assembler lacks power7 supportwill not generate power8 instructions because assembler lacks power8 supportwill not generate power9 instructions because assembler lacks power9 supportwithwith %q+#Dwithin this loopwork-sharing region may not be closely nested inside of work-sharing, %<critical%>, %<ordered%>, %<master%>, explicit %<task%> or %<taskloop%> regionwrite of %wu-bit data outside the bound of destination object, data truncated into %wu-bitwrite_atom(): Trying to write dab atomwrite_atom(): Writing negative integerwrite_symbol(): bad module symbol %qswrite_symtree(): Symbol not writtenwriting into constant object (argument %d)writing output filewriting through null pointer (argument %d)writing to LTRANS output list %s: %mwriting to address space %qs not supportedwrong TYPE_CACHED_VALUES entrywrong amount of branch edges after conditional jump in bb %iwrong amount of branch edges after unconditional jump %iwrong argument %qs to option %qswrong edge %d->%d for PHI argumentwrong immediate use listwrong insn in the fallthru edgewrong list of exited loops for edge  %d->%dwrong number of arguments specified for %qE attributewrong number of arguments to %%:debug-level-gtwrong number of arguments to %<__builtin_addressof%>wrong number of arguments to %<__builtin_call_with_static_chain%>wrong number of arguments to %<__builtin_choose_expr%>wrong number of arguments to %<__builtin_complex%>wrong number of arguments to %<__builtin_launder%>wrong number of arguments to %<__builtin_shuffle%>wrong number of arguments to function %<__builtin_next_arg%>wrong number of arguments to function %<va_start%>wrong number of branch edges after unconditional jump in bb %iwrong number of template arguments (%d, should be %d)wrong number of template arguments (%d, should be at least %d)wrong outgoing edge flags at end of bb %dwrong strategy name %qs specified for option %qswrong type argument to %swrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusx87 register return with x87 disabledxstormy16_print_operand: unknown codeyou can work around this by removing the initializerz/Architecture mode not supported on %sz/Architecture.zero as null pointer constantzero length array section in %qs clausezero or negative size array %q+Dzero vector sizezero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qDzero-size array %qTzero-size array member %qD in an otherwise empty %q#Tzero-size array member %qD not at end of %q#T{anonymous}{unknown}Project-Id-Version: gcc 7.1-b20170427
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-04-24 20:38+0000
! PO-Revision-Date: 2017-04-29 21:11+0200
  Last-Translator: FrÃ©dÃ©ric Marchal <fmarchal@perso.be>
  Language-Team: French <traduc@traduc.org>
  Language: fr
--- 2199,2208 ----
  unsupported argument type to builtin functionunsupported combination: %qs %sunsupported combination: %qs%s %sunsupported combination: %sunsupported fixed-point conversionunsupported mode %s
  unsupported non-standard concatenation of string literalsunsupported non-standard suffix on floating constantunsupported operand size for extended registerunsupported operation or type for vector comparison returning a booleanunsupported return type %qT for simd
  unsupported simdlen %dunsupported size for integer registerunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatunused parameter %qDunused variable %q+Dunused variable %qDunwind tables currently require either a frame pointer or -maccumulate-outgoing-args for correctnessupper value in case label range exceeds maximum value for typeuse #include insteaduse %<%T::%D%> insteaduse %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified nameuse %<%T::template %D%> to indicate that it is a templateuse %<-faligned-new%> to enable C++17 over-aligned new supportuse %<...%> to expand argument packuse %<this->%D%> insteaduse -Winvalid-pch for more informationuse -flax-vector-conversions to permit conversions between vectors with differing element types or numbers of subpartsuse -std=gnu++11 or -fext-numeric-literals to enable more built-in suffixesuse __attribute__ ((vector_size)) insteaduse __builtin_rx_mvtc (0, ... ) to write arbitrary values to PSWuse internal function id in profile lookup.use of %<_Cilk_spawn%> in a return statement is not alloweduse of %<alloca%>use of %<alloca%> within a loopuse of %<auto%> in lambda parameter declaration only available with -std=c++14 or -std=gnu++14use of %<auto%> in member template conversion operator can never be deduceduse of %<auto%> in parameter declaration only available with -std=c++14 or -std=gnu++14use of %<complex%> in AltiVec types is invaliduse of %<double%> in AltiVec types is invalid without -mvsxuse of %<long double%> in AltiVec types is invaliduse of %<long long%> in AltiVec types is invalid without -mvsxuse of %<long%> in AltiVec types is deprecated; use %<int%>use of %<long%> in AltiVec types is invalid for 64-bit code without -mvsxuse of %<this%> in a constant expressionuse of %qD before deduction of %<auto%>use of %qs in templateuse of %qs length modifier with %qc type character has either no effect or undefined behavioruse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of an operand of type %qT in %<operator++%> is deprecateduse of an operand of type %qT in %<operator++%> is forbidden in C++1zuse of an operand of type %qT in %<operator--%> is forbiddenuse of boolean types in AltiVec types is invaliduse of built-in trait %qE in function signature; use library traits insteaduse of class template %qT as expressionuse of decimal floating point types in AltiVec types is invaliduse of deleted function %qDuse of enum %q#D without previous declarationuse of invalid variable template %qEuse of local variable with automatic storage from containing functionuse of multiversioned function without a defaultuse of namespace %qD as expressionuse of old-style castuse of parameter from containing functionuse of parameter outside function bodyuse of untyped niluse operand missing for stmtuse option -std=c99, -std=gnu99, -std=c11 or -std=gnu11 to compile your codeuse template<> for an explicit specializationused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requiredused vector type where scalar is requireduseless %<_Alignas%> in empty declarationuseless %qs in empty declarationuseless cast to type %qTuseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationuser defined reduction lookup is ambiguoususer defined reduction not found for %qEuser defined reduction with constructor initializer for base class %qTuser-defined %qD always evaluates both argumentsuser-defined literals only available with -std=c++11 or -std=gnu++11uses %qD, which does not have an alignment parameterusing %<%c%s%>using %qs with unsigned type has no effectusing IBM extended precision long doubleusing IEEE extended precision long doubleusing alias template specialization %qT after %qsusing darwin64 ABIusing invalid field %qDusing num_workers (%d), ignoring %dusing old darwin ABIusing parameters for %<linear%> step is not supported yetusing result of function returning %<void%>using template type parameter %qT after %qsusing temporary as lvalueusing the range [%E, %E] for directive argumentusing typedef-name %qD after %qsusing vector_length (%d), ignoring %dusing vector_length (%d), ignoring runtime settingusing xvalue (rvalue reference) as lvalueusing-declaration for non-member at class scopevalid arguments are: %s; did you mean %qs?valid arguments to %<-march=%> switch are: %svalid arguments to %<-march=%> switch are: %s; did you mean %qs?valid arguments to %<-mtune=%> switch are: %svalid arguments to %<-mtune=%> switch are: %s; did you mean %qs?valid arguments to %<target("arch=")%> attribute are: %svalid arguments to %<target("arch=")%> attribute are: %s; did you mean %qs?valid arguments to %<target("tune=")%> attribute are: %svalid arguments to %<target("tune=")%> attribute are: %s; did you mean %qs?valid arguments to %qs are: %svalid arguments to %qs are: %s; did you mean %qs?valid values for builtin %qF argument %d are 64, 128, 256, 512, 1024, 2048, and 4096validate_value_data: Loop in regno chain (%u)validate_value_data: [%u] Bad next_regno for empty chain (%u)validate_value_data: [%u] Bad oldest_regno (%u)validate_value_data: [%u] Non-empty reg in chain (%s %u %i)value %qE of type %qT is not a constant expressionvalue %qs is not supported by attribute %<target%>value argumentvalue computed is not usedvalue of -mfixed-range must have form REG1-REG2value passed in %qs is too largevalue-initialization of function type %qTvalue-initialization of incomplete type %qTvalue-initialization of reference type %qTvar-tracking-assignments changes selective schedulingvariablevariable %q#D has initializer but incomplete typevariable %q+D declared %<_Noreturn%>variable %q+D declared %<inline%>variable %q+D definition is marked dllimportvariable %q+D might be clobbered by %<longjmp%> or %<vfork%>variable %q+D must be const in order to be put into read-only section by means of %qsvariable %q+D part of alias cyclevariable %qD has function typevariable %qD has initializer but incomplete typevariable %qD of non-literal type %qT in %<constexpr%> functionvariable %qD redeclared as functionvariable %qD set but not usedvariable %qD used more than once with %<#pragma acc declare%>variable %qE declared in enclosing %<host_data%> regionvariable %qE is not an iteration of outermost loop %d, expected %qEvariable %qE of incomplete type %qT will not be accessed in for increment expressionvariable %qE of incomplete type %qT will not be accessed in left operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in right operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in second operand of conditional expressionvariable %qE of incomplete type %qT will not be accessed in statementvariable %qE of incomplete type %qT will not be accessed in third operand of conditional expressionvariable concept has no initializervariable length array %qD is usedvariable length array is usedvariable length element type in array %<reduction%> clausevariable of same assembler name as the virtual table is defined in another translation unitvariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable symbol is not variablevariable template declared herevariable template-id %qD in nested-name-specifiervariable templates only available with -std=c++14 or -std=gnu++14variable tracking requested, but not supported by this debug formatvariable tracking requested, but useless unless producing debug infovariable tracking size limit exceededvariable tracking size limit exceeded with -fvar-tracking-assignments, retrying withoutvariable-length array bound is unknownvariable-sized compound literalvariable-sized object may not be initializedvariably modified %qE at file scopevariably modified field at file scopevariably modified type not allowed in new-expressionvariadic constraint introduced without %<...%>variadic functions must use the base AAPCS variantvariadic templates only available with -std=c++11 or -std=gnu++11vec_adde only accepts 3 argumentsvec_addec only accepts 3 argumentsvec_cmpne only accepts 2 argumentsvec_extract only accepts 2 argumentsvec_insert only accepts 3 argumentsvec_lvsl is deprecated for little endian; use assignment for unaligned loads and storesvec_lvsr is deprecated for little endian; use assignment for unaligned loads and storesvec_mul only accepts 2 argumentsvector CONSTRUCTOR element is not a GIMPLE valuevector CONSTRUCTOR with non-NULL element indexvector argument passed to unprototyped functionvector attribute not immediately followed by a single function declaration or definitionvector condition will be expanded piecewisevector insertion not at element boundaryvector operation will be expanded in parallelvector operation will be expanded piecewisevector operation will be expanded with a single scalar operationvector overflow in expressionvector shuffling operation will be expanded piecewisevector size not an integral multiple of component sizevector types expected in sad expressionvector types expected in vector permute expressionvectorization did not happen for a simd loopvectorlength must be a power of 2vectorlength must be an integer constantvectors with different element number found in vector permute expressionverify_bind_c_derived_type(): Given symbol is unexpectedly NULLverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_flow_info: Basic block %d succ edge is corruptedverify_flow_info: Block %i has loop_father, but there are no loopsverify_flow_info: Block %i lacks loop_fatherverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: REG_BR_PROB does not match cfg %i %iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_gimple failedverify_histograms failedverify_ssa failedverify_type failedversion attribute is not a stringversion control conflict marker in filevirt-specifiers in %qs not allowed outside a class definitionvirtual PHI with argument locationsvirtual SSA name for non-VOP declvirtual base %qT inaccessible in %qT due to ambiguityvirtual def operand missing for stmtvirtual definition is not an SSA namevirtual definition of statement not up-to-datevirtual function %q+Dvirtual function cannot have deduced return typevirtual functions cannot be friendsvirtual method %qDvirtual non-class function %qsvirtual table layout differs in another translation unitvirtual table of type %qD contains RTTI informationvirtual table of type %qD violates one definition rulevirtual table of type %qD violates one definition rule  virtual use of statement not up-to-datevirtual use operand missing for stmtvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvisibility attribute not supported in this configuration; ignoredvms '#pragma __message' is ignoredvoid value not ignored as it ought to bevolatile argumentvolatile must be specified on any memory that is effected by DMA.vtable for waitpid failedwarning: consider linking with '-static' as system libraries withwas expecting `%s'weak %q+D cannot be defined %qEweak declaration of %q+D being applied to a already existing, static definitionweak declaration of %q+D must be publicweak declaration of %q+D not supportedweakref %q+D must have static linkageweakref %q+D ultimately targets itselfweakref attribute must appear before alias attributeweakref is not supported in this configurationweights need to be non-negative
! when writing output to %s: %mwide character array initialized from incompatible wide stringwide character array initialized from non-wide stringwide string literal in %<asm%>width of %qD exceeds its typewidth of %qs exceeds its typewidth of bit-field %qD has non-integral type %qTwill be assumed to return %<id%> and acceptwill not generate power5 instructions because assembler lacks power5 supportwill not generate power6 instructions because assembler lacks power6 supportwill not generate power7 instructions because assembler lacks power7 supportwill not generate power8 instructions because assembler lacks power8 supportwill not generate power9 instructions because assembler lacks power9 supportwithwith %q+#Dwithin this loopwork-sharing region may not be closely nested inside of work-sharing, %<critical%>, %<ordered%>, %<master%>, explicit %<task%> or %<taskloop%> regionwrite of %wu-bit data outside the bound of destination object, data truncated into %wu-bitwrite_atom(): Trying to write dab atomwrite_atom(): Writing negative integerwrite_symbol(): bad module symbol %qswrite_symtree(): Symbol not writtenwriting into constant object (argument %d)writing output filewriting through null pointer (argument %d)writing to LTRANS output list %s: %mwriting to address space %qs not supportedwrong TYPE_CACHED_VALUES entrywrong amount of branch edges after conditional jump in bb %iwrong amount of branch edges after unconditional jump %iwrong argument %qs to option %qswrong edge %d->%d for PHI argumentwrong immediate use listwrong insn in the fallthru edgewrong list of exited loops for edge  %d->%dwrong number of arguments specified for %qE attributewrong number of arguments to %%:debug-level-gtwrong number of arguments to %<__builtin_addressof%>wrong number of arguments to %<__builtin_call_with_static_chain%>wrong number of arguments to %<__builtin_choose_expr%>wrong number of arguments to %<__builtin_complex%>wrong number of arguments to %<__builtin_launder%>wrong number of arguments to %<__builtin_shuffle%>wrong number of arguments to function %<__builtin_next_arg%>wrong number of arguments to function %<va_start%>wrong number of branch edges after unconditional jump in bb %iwrong number of template arguments (%d, should be %d)wrong number of template arguments (%d, should be at least %d)wrong outgoing edge flags at end of bb %dwrong strategy name %qs specified for option %qswrong type argument to %swrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusx87 register return with x87 disabledxstormy16_print_operand: unknown codeyou can work around this by removing the initializerz/Architecture mode not supported on %sz/Architecture.zero as null pointer constantzero length array section in %qs clausezero or negative size array %q+Dzero vector sizezero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qDzero-size array %qTzero-size array member %qD in an otherwise empty %q#Tzero-size array member %qD not at end of %q#T{anonymous}{unknown}Project-Id-Version: gcc 7.1.0
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-05-01 22:24+0000
! PO-Revision-Date: 2017-07-31 21:23+0200
  Last-Translator: FrÃ©dÃ©ric Marchal <fmarchal@perso.be>
  Language-Team: French <traduc@traduc.org>
  Language: fr
*************** F2008: Une affectation Ã  une fonction p
*** 2382,2388 ****
  CrÃ©ation d'un tableau temporaire Ã  %LCrÃ©ation d'un temporaire pour le tableau Ã  %L dans l'argument %qsLe tableau DATA %qs Ã  %L doit Ãªtre spÃ©cifiÃ© dans une dÃ©claration prÃ©cÃ©denteL'Ã©lÃ©ment DATA %qs Ã  %L ne peut pas avoir un co-indexL'Ã©lÃ©ment DATA %qs Ã  %L est un pointeur et doit donc Ãªtre un tableau Ã  part entiÃ¨reInstruction DATA Ã  %C aprÃ¨s la premiÃ¨re instruction exÃ©cutableL'instruction DATA Ã  %C ne peut pas apparaÃ®tre dans une INTERFACEL'instruction DATA Ã  %C n'est pas permise dans une procÃ©dure PUREL'instruction DATA Ã  %L a plus de valeurs que de variablesL'instruction DATA Ã  %L a plus de variables que de valeursSpÃ©cificateur de format DC interdit Ã  %Cobjet DEALLOCATEDEALLOCATE d'un co-tableau Ã  %C dans un bloc CRITICALDEALLOCATE d'un co-tableau Ã  %C dans un bloc DO CONCURRENTDECIMAL= Ã  %C n'est pas permis en Fortran 95DECL_GIMPLE_REG_P est dÃ©fini sur une variable dont l'adresse est priseDEF_INTERNAL_FLT_FN (%s) n'a pas de fonction interne associÃ©eDEF_INTERNAL_INT_FN (%s) n'a pas de fonction interne associÃ©eDELIM= Ã  %C pas permis en Fortran 95DEPEND SINK utilisÃ© avec DEPEND SOURCE sur la mÃªme construction Ã  %LL'argument DIM Ã  %L est en dehors des limitesL'argument DIM sans argument COARRAY n'est pas permis pour l'intrinsÃ¨que THIS_IMAGE Ã  %LDIMENSION spÃ©cifiÃ© pour %qs en dehors du corps de son INTERFACE Ã  %LArgument DISTANCE= pour NUM_IMAGES Ã  %LArgument DISTANCE= pour THIS_IMAGE Ã  %LLe chunk_size de la clause DIST_SCHEDULE Ã  %L requiert une expression INTEGER scalaireConstruction DO CONCURRENT Ã  %CLa boucle DO Ã  %L est indÃ©finie car elle dÃ©bordeLa boucle DO Ã  %L est indÃ©finie car elle dÃ©borde vers le basLa boucle DO Ã  %L sera exÃ©cutÃ©e zÃ©ro foisLa valeur de pas de DO est zÃ©roInstruction de fin de DO qui n'est pas END DO ou CONTINUE avec l'Ã©tiquette %d Ã  %CL'itÃ©rateur DO %qs Ã  %L est Ã  l'intÃ©rieur d'un itÃ©rateur du mÃªme nomDOUBLE COMPLEX Ã  %CSpÃ©cificateur de format DP interdit Ã  %CLa procÃ©dure DTIO %s Ã  %L doit Ãªtre rÃ©cursiveL'argument muet DTIO Ã  %L doit Ãªtre un scalaireL'argument muet DTIO Ã  %L doit Ãªtre ASSUMED SHAPE ARRAYL'argument muet DTIO Ã  %L doit avoir KIND = %dL'argument muet DTIO Ã  %L doit Ãªtre du type %sL'argument muet DTIO Ã  %L doit avoir INTENT %sLa procÃ©dure DTIO %qs Ã  %L doit Ãªtre une sous-routineÃ‰lÃ©ment de donnÃ©e au dessus de la limite supÃ©rieure du tableau Ã  %LÃ‰lÃ©ment de donnÃ©e en dessous de la limite infÃ©rieure du tableau Ã  %LLes donnÃ©es sont stockÃ©es dans le format gros-boutiste.Les donnÃ©es sont stockÃ©es dans le format petit-boutiste.  (Par dÃ©faut).La cible de donnÃ©es Ã  %L n'aura point de co-indexL'Ã©lÃ©ment de transfert de donnÃ©es Ã  %L ne peut pas Ãªtre une rÃ©fÃ©rence complÃ¨te Ã  un tableau de taille taciteL'Ã©lÃ©ment de transfert de donnÃ©es Ã  %L ne peut pas Ãªtre polymorphique Ã  moins qu'il soit traitÃ© par une procÃ©dure d'entrÃ©e/sortie dÃ©finieL'Ã©lÃ©ment de transfert de donnÃ©es Ã  %L ne peut pas avoir de composants ALLOCATABLE Ã  moins qu'il soit traitÃ© par une procÃ©dure d'entrÃ©e/sortie dÃ©finieL'Ã©lÃ©ment de transfert de donnÃ©es Ã  %L ne peut pas avoir de composants POINTER Ã  moins qu'il soit traitÃ© par une procÃ©dure d'entrÃ©e/sortie dÃ©finieL'Ã©lÃ©ment de transfert de donnÃ©es Ã  %L ne peut pas avoir de composants PRIVATEL'Ã©lÃ©ment de transfert de donnÃ©es Ã  %L ne peut pas avoir de composants PRIVATE Ã  moins qu'il soit traitÃ© par une procÃ©dure d'entrÃ©e/sortie dÃ©finieL'Ã©lÃ©ment de transfert de donnÃ©es Ã  %L ne peut pas avoir de composants de pointeur de procÃ©dureL'objet pointeur de donnÃ©es Ã  %L doit Ãªtre polymorphique illimitÃ© ou Ãªtre d'un type avec l'attribut BIND ou SEQUENCE pour Ãªtre compatible avec une cible polymorphique illimitÃ©eLa dÃ©claration de la mÃ©thode %qD comme Ã©tant finale permettrait la dÃ©virtualisation de %i appelLa dÃ©claration de la mÃ©thode %qD comme Ã©tant finale permettrait la dÃ©virtualisation de %i appelsLa dÃ©claration de la mÃ©thode %qD comme Ã©tant finale permettrait la dÃ©virtualisation de %i appel exÃ©cutÃ© %lli foisLa dÃ©claration de la mÃ©thode %qD comme Ã©tant finale permettrait la dÃ©virtualisation de %i appels exÃ©cutÃ©s %lli foisLa dÃ©claration du type %qD comme Ã©tant final permettrait la dÃ©virtualisation de %i appelLa dÃ©claration du type %qD comme Ã©tant final permettrait la dÃ©virtualisation de %i appelsLa dÃ©claration du type %qD comme Ã©tant final permettrait la dÃ©virtualisation de %i appel exÃ©cutÃ© %lli foisLa dÃ©claration du type %qD comme Ã©tant final permettrait la dÃ©virtualisation de %i appels exÃ©cutÃ©s %lli foisLa dÃ©claration du destructeur virtuel de %qD comme Ã©tant final permettrait la dÃ©virtualisation de %i appelLa dÃ©claration du destructeur virtuel de %qD comme Ã©tant final permettrait la dÃ©virtualisation de %i appelsLa dÃ©claration du destructeur virtuel de %qD comme Ã©tant final permettrait la dÃ©virtualisation de %i appel exÃ©cutÃ© %lli foisLa dÃ©claration du destructeur virtuel de %qD comme Ã©tant final permettrait la dÃ©virtualisation de %i appels exÃ©cutÃ©s %lli foisRetarder Ã  plus tard le dÃ©pilage des arguments des fonctions hors de la pile.Le tableau diffÃ©rÃ© %qs Ã  %L n'est pas permis dans une expression d'initialisationParamÃ¨tre de type diffÃ©rÃ© pas encore supportÃ©Supprimer les instructions inutiles qui peuvent dÃ©clencher des exceptions.Supprimer les vÃ©rifications inutiles des pointeurs nuls.FonctionnalitÃ© supprimÃ©eÂ :Rendu obsolÃ¨te en faveur de -std=c++11.Rendu obsolÃ¨te en faveur de -std=c++14.Rendu obsolÃ¨te en faveur de -std=c11.Rendu obsolÃ¨te en faveur de -std=c99.Rendu obsolÃ¨te en faveur de -std=gnu++11.Rendu obsolÃ¨te en faveur de -std=gnu++14.Rendu obsolÃ¨te en faveur de -std=gnu11.Rendu obsolÃ¨te en faveur de -std=gnu99.Rendu obsolÃ¨te en faveur de -std=iso9899:1999.Option obsolÃ¨te. Utilisez -misel Ã  la place.Option obsolÃ¨te. Utilisez -mno-isel Ã  la place.Option obsolÃ¨te. Utilisez -mno-spe Ã  la place.Option obsolÃ¨te. Utilisez -mno-vrsave Ã  la place.Option obsolÃ¨te. Utilisez -mspe Ã  la place.Option obsolÃ¨te. Utilisez -mvrsave Ã  la place.ObsolÃ¨te. Cette option n'a aucun effet.Le type dÃ©rivÃ© %qs Ã  %C est utilisÃ© avant sa dÃ©finitionLe type dÃ©rivÃ© %qs Ã  %L ne peut pas Ãªtre dÃ©clarÃ© avec les deux attributs PRIVATE et BIND(C) Ã  la foisLe type dÃ©rivÃ© %qs Ã  %L ne peut pas avoir l'attribut SEQUENCE car il est BIND(C)Le type dÃ©rivÃ© %qs Ã  %L ne peut pas Ãªtre ABSTRACTLe type dÃ©rivÃ© %qs Ã  %L doit Ãªtre une extension de %qsLe type dÃ©rivÃ© %qs Ã  %L doit Ãªtre extensibleLe type dÃ©rivÃ© %qs ne peut pas Ãªtre utilisÃ© comme une variable Ã  %CLe type dÃ©rivÃ© %qs, dÃ©clarÃ© Ã  %L, doit avoir l'attribut BIND pour Ãªtre interopÃ©rable avec le CLe type dÃ©rivÃ© %qs avec l'attribut BIND(C) Ã  %L est vide et peut Ãªtre inaccessible pour le processeur C compagnonLe type dÃ©rivÃ© Ã  %C peut uniquement Ãªtre PRIVATE dans la partie de spÃ©cification d'un moduleLe type dÃ©rivÃ© Ã  %C peut uniquement Ãªtre PUBLIC dans la partie de spÃ©cification d'un moduleLe type dÃ©rivÃ© Ã  %C n'a pas Ã©tÃ© prÃ©cÃ©demment dÃ©fini et, par consÃ©quent, il ne peut pas apparaÃ®tre dans une dÃ©finition de type dÃ©rivÃ©Le composant de type dÃ©rivÃ© %C n'est pas un membre EQUIVALENCE permisLa dÃ©claration de type dÃ©rivÃ© avec FINAL Ã  %C doit Ãªtre dans la partie de spÃ©cification d'un MODULEDÃ©finition de type dÃ©rivÃ© Ã  %C avec une section CONTAINS videDÃ©finition du type dÃ©rivÃ© Ã  %C sans composantsLa dÃ©finition du type dÃ©rivÃ© %qs Ã  %C a dÃ©jÃ  Ã©tÃ© dÃ©finiLe nom du type dÃ©rivÃ© %qs Ã  %C a dÃ©jÃ  le type de base %sLa variable de type dÃ©rivÃ© %qs Ã  %L ne peut pas avoir des composants ALLOCATABLE pour Ãªtre un objet EQUIVALENCELa variable de type dÃ©rivÃ© %qs Ã  %L doit avoir l'attribut SEQUENCE pour Ãªtre un objet EQUIVALENCELa variable de type dÃ©rivÃ© %qs Ã  %L avec une initialisation par dÃ©faut ne peut pas Ãªtre dans une EQUIVALENCE avec une variable dans COMMONLa variable de type dÃ©rivÃ© %qs Ã  %L avec un ou des composants pointeurs ne peut pas Ãªtre dans un objet EQUIVALENCELa variable %qs, d'un type dÃ©rivÃ©, dans COMMON Ã  %L a un composant ultime qui est allouableLa variable %qs, d'un type dÃ©rivÃ©, dans COMMON Ã  %L n'a ni l'attribut SEQUENCE ni l'attribut BIND(C)La variable %qs, d'un type dÃ©rivÃ©, dans COMMON Ã  %L ne peut pas avoir une initialisation par dÃ©fautLe type dÃ©rivÃ© %qs dÃ©clarÃ© Ã  %L doit Ãªtre ABSTRACT car %qs est DEFERRED et pas surchargÃ©Le type dÃ©rivÃ© %qs avec BIND(C) ne doit pas avoir de section CONTAINS Ã  %CLe type dÃ©rivÃ© %qs avec SEQUENCE ne doit pas avoir de section CONTAINS Ã  %CL'argument muet %qs d'un type dÃ©rivÃ© Ã  %L a Ã©tÃ© dÃ©clarÃ© INTENT(OUT) mais n'a pas reÃ§u de valeur et n'a pas d'initialisation par dÃ©fautDescription pour mxl-mode-bootstrap.Description pour mxl-mode-executable.Description pour mxl-mode-novectors.Description pour mxl-mode-xmdstub.DÃ©tecter les chemins qui dÃ©clenchent un comportement erronÃ© ou indÃ©fini dÃ» Ã  une valeur nulle utilisÃ©e d'une maniÃ¨re interdite par l'attribut returns_nonnull ou nonnull. Isoler ces chemins du flux de contrÃ´le principal et transformer l'instruction avec un comportement erronÃ© ou indÃ©fini en une instruction de dÃ©routement.DÃ©tecter les chemins qui dÃ©clenchent un comportement erronÃ© ou indÃ©fini dÃ» au dÃ©rÃ©fÃ©rencement d'un pointeur nul. Isoler ces chemins du flux de contrÃ´le principal et transformer les instructions avec un comportement erronÃ© ou indÃ©fini en instructions de dÃ©routement.DÃ©terminer quelles sont les dÃ©pendances qui sont considÃ©rÃ©es coÃ»teuses entre les insns.Longueurs de CHARACTER diffÃ©rentes (%d/%d) dans le constructeur du tableau Ã  %LLongueurs de CHARACTER diffÃ©rentes (%ld/%ld) dans le constructeur de tableauParamÃ¨tres de type de sous-type diffÃ©rents dans l'affectation de pointeur Ã  %LRangs diffÃ©rents dans l'affectation du pointeur Ã  %LForme diffÃ©rente pour %s Ã  %L sur la dimension %d (%d et %d)Formes diffÃ©rentes pour les arguments %qs et %qs Ã  %L pour l'intrinsÃ¨que %<dot_product%>Formes diffÃ©rentes sur la dimension 1 des arguments %qs et %qs Ã  %L pour l'intrinsÃ¨que matmulFormes diffÃ©rentes sur la dimension 2 de l'argument %qs et la dimension 1 de l'argument %qs Ã  %L pour l'intrinsÃ¨que matmulSous-types diffÃ©rents Ã  %LTypes diffÃ©rents dans une affectation de pointeur Ã  %L; tentative d'affecter %s Ã  %sDimensions spÃ©cifiÃ©es pour %s Ã  %L aprÃ¨s son initialisationDÃ©sactiver la passe spÃ©cifique Ã  ARCompact pour gÃ©nÃ©rer des instructions d'exÃ©cution conditionnelle.DÃ©sactiver les registres FP.EmpÃªcher les instructions LR et SR d'utiliser les registres Â«Â auxÂ Â» de l'extension FPX.DÃ©sactiver l'Ã©tape d'optimisation de scalaires en vecteurs qui transforme les calculs sur des entiers de 64 bits en calculs sur des vecteurs.DÃ©sactiver les optimisations des virgules flottantes qui ignorent le signe du zÃ©ro dÃ©fini par IEEE.DÃ©sactiver l'unitÃ© matÃ©rielle en virgule flottante.DÃ©sactiver l'adressage indexÃ©.DÃ©sactiver les optimisations observables par les NaN (Not a Number: pas un nombre) IEEE si ces NaN produisent un effet visible.Interdire les optimisations qui supposent un comportement par dÃ©faut pour l'arrondis des virgules flottantes.DÃ©sactiver le code indÃ©pendant de la position (PIC) pour l'utilisation dans du code du noyau de l'OS.DÃ©sactiver le prÃ©-traitement.DÃ©sactiver les registres d'espace.DÃ©sactiver l'utilisation des instructions FPU du RX.  Interdire les appels directs aux fonctions globales.Interdit plus que Â«Â msched-max-memory-insnsÂ Â» dans le groupe d'instructions. Autrement, la limite est Â«Â soupleÂ Â» (prÃ©fÃ¨re les opÃ©rations non-mÃ©moire quand la limite est atteinte).DÃ©couvrir les fonctions pures et const.DÃ©couvrir les variables statiques en lecture seule et non adressables.Afficher les statistiques du temps de compilation.Afficher les statistiques accumulÃ©es durant la compilation.Afficher l'arbre du code aprÃ¨s l'optimisation en premiÃ¨re ligne.Afficher l'arbre du code aprÃ¨s analyse.Afficher l'arbre du code aprÃ¨s analyse; option dÃ©prÃ©ciÃ©e.Afficher la version du compilateur.Afficher cette information.Division par zÃ©ro Ã  %LDivision par zÃ©ro en convertissant %s vers %s Ã  %LStratÃ©gie de division, une valeur dans la liste: call-div1, call-fp, call-table.Faire une rematÃ©rialisation sensible Ã  CFG pendant LRA.Faire des optimisations d'alignement pour les instructions d'appel.Effectuer le changement de contexte de l'ordonnanceur si le processeur est un bdver1, bdver2, bdver3, bdver4 ou znver1 et l'ordonnancement Haifa est sÃ©lectionnÃ©.Ne pas gÃ©nÃ©rer des instructions BRcc dans arc_reorg.Ne pas autoriser les donnÃ©es constantes Ã  Ãªtre placÃ©es dans les sections de code.Ne pas supposer un grand segment TLS.Ne pas supposer que les bibliothÃ¨ques standards du C et Â«Â mainÂ Â» existent.Ne pas dÃ©sactiver les registres d'espace.Ne pas Ã©liminer les commentaires dans les expansions des macros.Ne pas Ã©liminer les commentaires.Ne pas afficher les fonctions compilÃ©es ni le temps Ã©coulÃ©.Ne pas produire de modes d'adressages avec des affectations avec effets de bords.Ne pas produire des constantes entiÃ¨res complexes dans une mÃ©moire en lecture seule.Ne pas gÃ©nÃ©rer de prologue ou dâ€™Ã©pilogue de fonction.Ne pas imposer d'alignement strict.Ne pas gÃ©nÃ©rer de directives #line.Ne pas gÃ©nÃ©rer de directives .size.Ne pas gÃ©nÃ©rer un point de sortie unique pour chaque fonction.Ne pas gÃ©nÃ©rer du code qui ne peut tourner qu'en mode superviseur (par dÃ©faut).Ne pas gÃ©nÃ©rer les instructions de chargement/stockage avec mise Ã  jour.Ne pas gÃ©nÃ©rer des appels millicode (nÃ©cessaire uniquement avec -Os).Ne pas gÃ©nÃ©rer des instructions mpy sur un ARC700.Ne pas mettre en ligne la division entiÃ¨re.Ne pas mettre en ligne la racine carrÃ©e.Ne pas rÃ©aliser l'Ã©dition de liens avec la bibliothÃ¨que lib<MCU>.a spÃ©cifique au pÃ©riphÃ©rique.Ne pas charger le registre PIC dans les prologues des fonctions.Ne pas chercher les fichiers objets dans le chemin standard.Ne pas marquer les commutateurs de l'ABI dans e_flags.Ne pas appliquer les optimisations qui augmentent notablement l'utilisation de la pile.Ne pas placer les constantes en virgule flottante dans la TOC.Ne pas placer les constantes des symboles et des dÃ©calages dans la TOC.Ne pas prÃ©dÃ©finir les macros spÃ©cifiques au systÃ¨me et Ã  GCC.Ne pas prÃ©tendre que les branches sont onÃ©reuses.Ne pas fournir d'adresse de dÃ©part par dÃ©faut 0x100 du programme.Ne pas pousser les registres Ã©tendus sur la pile dans les fonctions de monitoring.Ne pas placer les globaux non initialisÃ©s dans la section commune.Ne pas rechercher dans les rÃ©pertoires d'inclusion standards du systÃ¨me (ceux spÃ©cifiÃ©s avec -isystem seront quand mÃªme utilisÃ©s).Ne pas rechercher dans les rÃ©pertoires d'inclusion standards du systÃ¨me pour le C++.Ne pas supporter les fonctions internes SSE4.1 et SSE4.2 et la gÃ©nÃ©ration de code.Ne pas supprimer les informations de dÃ©bogage des classes C++.Ne pas supprimer les avertissements pour les en-tÃªtes systÃ¨me.Ne pas traiter les variables locales et les blocs COMMON comme s'ils Ã©taient nommÃ©s dans des dÃ©clarations SAVE.Ne pas ajuster l'alignement du code et des donnÃ©es en lecture seule.Ne pas ajuster l'alignement de la pile.Ne pas ajuster l'alignement des donnÃ©s accessibles en Ã©criture.Ne pas utiliser les instructions MDMX.Ne pas utiliser les instructions MIPS-3D.Ne pas utiliser les registres FP du VAX.Ne pas utiliser une fonction pour purger la cache avant d'appeler des trampolines sur la pile.Ne pas utiliser des adresses qui allouent des registres globaux.Ne pas utiliser les codes de condition des instructions normales.Ne pas utiliser l'unitÃ© en virgule flottante matÃ©rielle.Ne pas utiliser l'unitÃ© matÃ©rielle pour les opÃ©rations en virgule flottante.Ne pas utiliser le coprocesseur mathÃ©matique.Ne pas utiliser les instructions matÃ©rielles quad FP.Ne pas utiliser des motifs en lignes pour copier de la mÃ©moire.Ne pas utiliser les extensions de l'ABI AltiVec.Ne pas utiliser les extensions de l'ABI SPE.Ne pas utiliser les instructions de champs de bits.Ne pas utiliser l'instruction callt (par dÃ©faut).Ne pas utiliser l'instruction personnalisÃ©e fabsd.Ne pas utiliser l'instruction personnalisÃ©e fabss.Ne pas utiliser l'instruction personnalisÃ©e faddd.Ne pas utiliser l'instruction personnalisÃ©e fadds.Ne pas utiliser l'instruction personnalisÃ©e fatand.Ne pas utiliser l'instruction personnalisÃ©e fatans.Ne pas utiliser l'instruction personnalisÃ©e fcmpeqd.Ne pas utiliser l'instruction personnalisÃ©e fcmpeqs.Ne pas utiliser l'instruction personnalisÃ©e fcmpged.Ne pas utiliser l'instruction personnalisÃ©e fcmpges.Ne pas utiliser l'instruction personnalisÃ©e fcmpgtd.Ne pas utiliser l'instruction personnalisÃ©e fcmpgts.Ne pas utiliser l'instruction personnalisÃ©e fcmpled.Ne pas utiliser l'instruction personnalisÃ©e fcmples.Ne pas utiliser l'instruction personnalisÃ©e fcmpltd.Ne pas utiliser l'instruction personnalisÃ©e fcmplts.Ne pas utiliser l'instruction personnalisÃ©e fcmpned.Ne pas utiliser l'instruction personnalisÃ©e fcmpnes.Ne pas utiliser l'instruction personnalisÃ©e fcosd.Ne pas utiliser l'instruction personnalisÃ©e fcoss.Ne pas utiliser l'instruction personnalisÃ©e fdivd.Ne pas utiliser l'instruction personnalisÃ©e fdivs.Ne pas utiliser l'instruction personnalisÃ©e fexpd.Ne pas utiliser l'instruction personnalisÃ©e fexps.Ne pas utiliser l'instruction personnalisÃ©e fextsd.Ne pas utiliser l'instruction personnalisÃ©e fixdi.Ne pas utiliser l'instruction personnalisÃ©e fixdu.Ne pas utiliser l'instruction personnalisÃ©e fixsi.Ne pas utiliser l'instruction personnalisÃ©e fixsu.Ne pas utiliser l'instruction personnalisÃ©e floatid.Ne pas utiliser l'instruction personnalisÃ©e floatis.Ne pas utiliser l'instruction personnalisÃ©e floatud.Ne pas utiliser l'instruction personnalisÃ©e floatus.Ne pas utiliser l'instruction personnalisÃ©e flogd.Ne pas utiliser l'instruction personnalisÃ©e flogs.Ne pas utiliser l'instruction personnalisÃ©e fmaxd.Ne pas utiliser l'instruction personnalisÃ©e fmaxs.Ne pas utiliser l'instruction personnalisÃ©e fmind.Ne pas utiliser l'instruction personnalisÃ©e fmins.Ne pas utiliser l'instruction personnalisÃ©e fmuld.Ne pas utiliser l'instruction personnalisÃ©e fmuls.Ne pas utiliser l'instruction personnalisÃ©e fnegd.Ne pas utiliser l'instruction personnalisÃ©e fnegs.Ne pas utiliser l'instruction personnalisÃ©e frdxhi.Ne pas utiliser l'instruction personnalisÃ©e frdxlo.Ne pas utiliser l'instruction personnalisÃ©e frdy.Ne pas utiliser l'instruction personnalisÃ©e fsind.Ne pas utiliser l'instruction personnalisÃ©e fsins.Ne pas utiliser l'instruction personnalisÃ©e fsqrtd.Ne pas utiliser l'instruction personnalisÃ©e fsqrts.Ne pas utiliser l'instruction personnalisÃ©e fsubd.Ne pas utiliser l'instruction personnalisÃ©e fsubs.Ne pas utiliser l'instruction personnalisÃ©e ftand.Ne pas utiliser l'instruction personnalisÃ©e ftans.Ne pas utiliser l'instruction personnalisÃ©e ftruncds.Ne pas utiliser l'instruction personnalisÃ©e fwrx.Ne pas utiliser l'instruction personnalisÃ©e fwry.Ne pas utiliser l'instruction personnalisÃ©e round.Ne pas utiliser des rÃ©fÃ©rences mÃ©moire non alignÃ©es.Ne pas avertir Ã  propos de l'utilisation de Â«Â long longÂ Â» avec -pedantic.VÃ©rifier la pile en utilisant des limites dans la mÃ©moire temporaire L1.Ne fait rien. PrÃ©servÃ© pour rÃ©tro-compatibilitÃ©.Ne fait rien. PrÃ©servÃ© pour rÃ©tro-compatibilitÃ©.Ne pas aligner les Ã©lÃ©ments dans le code ou les donnÃ©es.Ne pas allouer des float ni des double dans des registres en prÃ©cision Ã©tendue.Ne pas supposer que les accÃ¨s non alignÃ©s sont traitÃ©s par le systÃ¨me.N'appeler aucune fonction de vidange de la cache.N'appeler aucune fonction de dÃ©routement de vidange de la cache.Ne pas crÃ©er un exÃ©cutable indÃ©pendant de la position.Ne pas produire les supplÃ©ments DWARF au delÃ  de la version sÃ©lectionnÃ©e.Ne pas gÃ©nÃ©rer des fonctions dÃ©clarÃ©es Â«Â en ligneÂ Â» avec l'attribut Â«Â dllexportÂ Â» Ã  moins que ce ne soit nÃ©cessaire.Ne pas gÃ©nÃ©rer les sections DWARF pubnames et pubtypes.Ne pas gÃ©nÃ©rer de vÃ©rifications pour la spÃ©culation de contrÃ´le dans l'ordonnancement sÃ©lectif.Ne pas gÃ©nÃ©rer les informations de dÃ©bogage dans des fichiers .dwo sÃ©parÃ©s.Ne pas gÃ©nÃ©rer de code qui ne fonctionne qu'en mode privilÃ©giÃ©. Implique -mno-inline-ic_invalidate si le code en ligne devait ne pas fonctionner en mode utilisateur.N'indiquer aucune prioritÃ© avec TARGET_REGISTER_PRIORITY.Ne pas optimiser les dÃ©placements de blocs, utiliser memcpy.Ne pas optimiser les dÃ©placements de blocs.Ne pas enregistrer DW_AT_decl_column et DW_AT_call_column dans DWARF.Ne pas enregistrer les options de la ligne de commande gcc dans DW_AT_producer de DWARF.Ne pas utiliser les mnÃ©moniques P pour les branchements.N'utiliser aucun des r32..r63.Ne pas utiliser une plage d'adressage avec moins de 25 bits pour les appels.Ne pas avertir au sujet de l'utilisation des extensions de Microsoft.Bloc CLASS IS en double dans l'instruction SELECT TYPE Ã  %LUnitÃ© en virgule flottante double prÃ©cision.Transformer les erreurs de conformitÃ© en simples avertissements.Pilotage:Le muet %qs Ã  %L ne peut pas avoir une initialisationL'argument muet %qs Ã  %L ne peut pas Ãªtre INTENT(OUT)L'argument muet %qs Ã  %L ne peut pas Ãªtre OPTIONALL'argument muet %qs Ã  %L qui est EVENT_TYPE ne sera point INTENT(OUT)L'argument muet %qs Ã  %L qui est LOCK_TYPE ne sera point INTENT(OUT)L'argument muet %qs Ã  %L a Ã©tÃ© dÃ©clarÃ© INTENT(OUT) mais n'a pas reÃ§u de valeurL'argument muet %qs doit Ãªtre un pointeur, un tableau de forme tacite ou de rang tacite sans attribut CONTIGUOUS â€“ car l'argument effectif Ã  %L n'est pas simplement contigu et les deux sont ASYNCHRONOUS ou VOLATILEL'argument muet %qs n'est pas autorisÃ© dans l'expression Ã  %LL'argument muet %qs de %qs Ã  %L devrait Ãªtre nommÃ© %qs pour correspondre Ã  l'argument Ã©quivalent de la procÃ©dure qui surchargeArgument muet %qs avec INTENT(IN) dans un contexte d'association de pointeur (%s) Ã  %LArgument muet %qs avec INTENT(IN) dans le contexte de dÃ©finition de variable (%s) Ã  %LFanion fictif. Ceci est la sÃ©lection par dÃ©faut Ã  moins que des commutateurs FPX soient explicitement fournis.La procÃ©dure muette %qs Ã  %C ne peut pas avoir une interface gÃ©nÃ©riqueLa procÃ©dure muette %qs Ã  %L ne sera point Ã©lÃ©mentaleLa procÃ©dure muette %qs n'est pas permise dans la procÃ©dure Ã©lÃ©mentale %qs Ã  %LLa procÃ©dure muette %qs d'une procÃ©dure PURE Ã  %L doit aussi Ãªtre PURELa procÃ©dure muette Ã  %C ne peut pas avoir d'attribut BIND(C) avec NAMEVidanger les dÃ©clarations dans un fichier .decl.Vidanger les informations dÃ©taillÃ©es sur la reprÃ©sentation interne de GCC des emplacements du code source.Vidanger les Ã©tapes d'optimisation.Attribut %s dupliquÃ© Ã  %LAttribut %s spÃ©cifiÃ© en double Ã  %LSpÃ©cification de l'Ã©tiquette %s dupliquÃ©e Ã  %CSpÃ©cification %s dupliquÃ©e Ã  %CAttribut ASYNCHRONOUS spÃ©cifiÃ© en double Ã  %LAttribut AUTOMATIC spÃ©cifiÃ© en double Ã  %LL'attribut BIND est spÃ©cifiÃ© en double Ã  %LDEFERRED dupliquÃ© Ã  %CInstructions ELSE dupliquÃ©es Ã  %L et %CL'attribut EXTENDS est spÃ©cifiÃ© en double Ã  %LInstruction IMPLCIT NONE dupliquÃ©e Ã  %CSpÃ©cification NML dupliquÃ©e Ã  %CNON_OVERRIDABLE dupliquÃ© Ã  %CAttribut POINTER dupliquÃ© Ã  %CInstruction PRIVATE dupliquÃ©e Ã  %CAttribut PROTECTED spÃ©cifiÃ© en double Ã  %LAttribut SAVE spÃ©cifiÃ© en double Ã  %LInstruction SEQENCE dupliquÃ©e Ã  %CSpÃ©cificateur UNIT dupliquÃ© Ã  %CAttribut SAVE spÃ©cifiÃ© en double Ã  %LAttribut VOLATILE spÃ©cifiÃ© en double Ã  %LSpÃ©cificateurs d'accÃ¨s dupliquÃ©s Ã  %CArgument %qs dupliquÃ© Ã  %L pour l'intrinsÃ¨que %sSpÃ©cificateur de tableau dupliquÃ© pour le pointÃ© de type Cray Ã  %CÃ‰tiquette de construction %qs dupliquÃ©e Ã  %CSpÃ©cificateur de format dupliquÃ© Ã  %CNom %qs dupliquÃ© dans l'association Ã  %CÃ‰tiquette d'instruction %d dupliquÃ©e Ã  %L et %LSymbole %qs dupliquÃ© dans la liste d'arguments formels Ã  %CAvertir Ã  propos de types qui ne correspondent pas dans les dÃ©clarations globales durant l'optimisation lors de l'Ã©dition de liens.DRAP (Dynamic Realign Argument Pointer) n'est pas supportÃ© dans une routine de service d'interruption. Ceci peut Ãªtre contournÃ© en Ã©vitant les fonctions avec un retour agrÃ©gÃ©.Allouer dynamiquement les registres cc.SpÃ©cificateur E pas permis avec le descripteur g0E500 et FPR ne sont pas supportÃ©sEDGE_CROSSING incorrectement dÃ©fini au travers de la mÃªme sectionEDGE_CROSSING manquant au travers d'une frontiÃ¨re de sectionune arÃªte EH traverse une frontiÃ¨re de section dans le bb %iÃ©tiquette de la zone d'atterrissage du gestionnaire d'exceptions La fonction ELEMENTAL %qs Ã  %L doit avoir un rÃ©sultat scalaireLa procÃ©dure ELEMENTAL non INTRINSIC %qs n'est pas permise comme argument effectif Ã  %LLe prÃ©fixe ELEMENTAL dans l'interface MODULE PROCEDURE est manquant Ã  %LLe composant pointeur de procÃ©dure ELEMENTAL %qs n'est pas permis comme argument effectif Ã  %LL'instruction ELSE IF Ã  %C ne peut pas suivre une instruction ELSE Ã  %LL'instruction ELSEWHERE Ã  %C suit un ELSEWHERE prÃ©cÃ©dent qui n'est pas masquÃ©Instruction ELSEWHERE Ã  %C pas englobÃ©e dans un bloc WHEREENCODING= Ã  %C n'est pas permis en Fortran 95Instruction END au lieu de l'instruction %s Ã  %LL'Ã©tiquette END Ã  %C n'est pas permise dans l'instruction de sortieL'Ã©tiquette de la balise END %d Ã  %L n'est pas dÃ©finieENTRY %qs Ã  %L ne peut pas Ãªtre appelÃ© rÃ©cursivement car la fonction %qs n'est pas RECURSIVEENTRY %qs Ã  %L ne peut pas Ãªtre appelÃ© rÃ©cursivement car la sous-routine %qs n'est pas RECURSIVEENTRY %qs Ã  %L n'a pas de type IMPLICITLe rÃ©sultat de ENTRY %s ne peut pas Ãªtre un POINTER dans FUNCTION %s Ã  %LLe rÃ©sultat de ENTRY %s ne peut pas Ãªtre un tableau dans FUNCTION %s Ã  %LLe rÃ©sultat de ENTRY %s ne peut pas Ãªtre du type %s dans FUNCTION %s Ã  %LInstruction ENTRY Ã  %CL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans une procÃ©dure contenueL'instruction ENTRY Ã  %C ne peut apparaÃ®tre dans un BLOCK DATAL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans un bloc DERIVED TYPEL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans un bloc DOL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans un bloc FORALLL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans un MODULEL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans un PROGRAML'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans un bloc SELECTL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans un bloc STRUCTUREL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans un SUBMODULEL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans un bloc WHEREL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans un sous programme contenuL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans un bloc IF-THENL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans une INTERFACEENTRY_BLOCK a un nÅ“ud dans le langage intermÃ©diaire (IL) qui lui est associÃ©ENUM et ENUMERATOR Ã  %CLa dÃ©claration ENUM Ã  %C n'a aucun ENUMERATORInstruction de dÃ©finition ENUM attendue avant %CENUMERATOR %L pas initialisÃ© avec une expression entiÃ¨reL'Ã©tiquette de la balise EOR %d Ã  %L n'est pas dÃ©finieEQUIVALENCE Ã  %C requiert deux objets ou plusL'Ã©tiquette de la balise ERR %d Ã  %L n'est pas dÃ©finieERRMSG Ã  %LERRMSG Ã  %L est inutile sans la balise STATBalise ERRMSG Ã  %Lvariable ERRMSGL'argument ERRMSG= Ã  %L doit Ãªtre une variable CHARACTER scalaireInstruction ERROR STOP Ã  %CArchitecture ESA/390.Instruction EVENT POST Ã  %CInstruction EVENT WAIT Ã  %CL'argument EVENT Ã  %L pour l'intrinsÃ¨que EVENT_QUERY sera du type EVENT_TYPEL'instruction EXIT Ã  %C termine la boucle !$ACC LOOPL'instruction EXIT Ã  %C termine la boucle !$OMP DOInstruction EXIT sans nom de construction Â«Â doÂ Â» Ã  %CEXIT_BLOCK a un nÅ“ud dans le langage intermÃ©diaire (IL) qui lui est associÃ©EXTENDS Ã  %LL'attribut EXTERNAL est en conflit avec l'attribut FUNCTION dans %qs Ã  %LSoit aucun ou tous les objets dans l'ensemble EQUIVALENCE Ã  %L aura l'attribut PROTECTEDSoit aucune ou soit toutes les limites supÃ©rieurs doivent Ãªtre spÃ©cifiÃ©es Ã  %LL'Ã©lÃ©ment %d de l'argument effectif de RESHAPE Ã  %L ne peut pas Ãªtre nÃ©gatifL'Ã©lÃ©ment dans le constructeur du tableau %s Ã  %L est %sUn Ã©lÃ©ment d'un tableau de forme tacite ou pointeur est passÃ© Ã  l'argument tableau muet %qs Ã  %LFonction Ã©lÃ©mentaire comme expression d'initialisation avec des arguments non entiers/non caractÃ¨res Ã  %LÃ‰lÃ©ments avec la mÃªme valeur Ã  %L et %L dans l'indice de vecteur dans le contexte de dÃ©finition de variable (%s)Ã‰liminer les appels de fonctions multiples aussi pour les fonctions impures.Produire les Ã©tiquettes .gnu_attribute.Produire des relocalisations 16 bits vers les zones de petites donnÃ©es.Produire des relocalisations 32 bits vers les zones de petites donnÃ©es.Produire les supplÃ©ments DWARF au delÃ  de la version sÃ©lectionnÃ©e.Produire du code conforme Ã  IEEE, sans exceptions inexactes.Produire les informations du graphe d'appel.Produire des vÃ©rifications qui entraÃ®nent l'exÃ©cution des instructions Â«Â break 8Â Â» quand des fonctions atomiques intÃ©grÃ©es sont appliquÃ©es Ã  une mÃ©moire mal alignÃ©e.Produire du code pour l'extension octets/mots de l'ISA.Produire du code pour l'extension de comptage de l'ISA.Produire du code pour l'extension de dÃ©placements en virgule flottante et la racine carrÃ©e de l'ISA.Produire du code pour l'extension vidÃ©o de l'ISA.Produire du code utilisant des directives de relocalisations explicites.Produire les symboles communs comme des symboles faibles.Produire des annotations de dÃ©bogage pendant le prÃ©-traitement.Produire les informations de dÃ©bogage relatives Ã  l'Ã©tape d'analyse d'Ã©chappement quand l'option -fgo-optimize-allocs est active.Produire des branchements directs vers les fonctions locales.Ã‰mettre des erreurs quand des relocalisations Ã  l'exÃ©cution sont gÃ©nÃ©rÃ©es.GÃ©nÃ©rer du code supplÃ©mentaire dans le prologue de la fonction pour intercepter si la taille de la pile dÃ©passe la limite donnÃ©e.Produire les prologues des fonctions uniquement devant les parties qui en ont besoin au lieu de les produire au dÃ©but des fonctions.Produire des appels de fonctions en utilisant la table de dÃ©calage globale lors de la gÃ©nÃ©ration de code indÃ©pendant de la position (PIC).Produire des instanciations implicites pour des patrons en ligne.Produire des instanciations implicites pour les patrons.Produire des branchements indirects vers les fonctions locales.GÃ©nÃ©rer des sÃ©quences longues de chargement/stockage.Ã‰mettre un appel au compteur de profilage avant le prologue lors de l'entrÃ©e dans une fonction.Produire rdval au lieu de rduniq pour le pointeur de thread.Produire les variables constantes statiques mÃªme si elles ne sont pas utilisÃ©es.Produire des bits de stop avant et aprÃ¨s les asms Ã©tendues volatiles.Produire des dÃ©routements sous forme de Â«Â break 8Â Â». C'est le comportement par dÃ©faut pour CRIS v3 et supÃ©rieurs.  Si dÃ©sactivÃ©, des appels Ã  abort() sont utilisÃ©s.Produire des informations verbeuses de mise au point dans le code assemblÃ©.Ã‰mettre des avertissements quand des relocalisations Ã  l'exÃ©cution sont gÃ©nÃ©rÃ©es.FINAL vide Ã  %CInstruction IMPLICIT vide Ã  %CLe constructeur de tableau vide Ã  %C n'est pas permisListe d'initialisation vide dans l'ancien style Ã  %CEnsemble de chiffres vide dans la constante BOZ Ã  %CActiver les alternatives Ã  l'instruction Â«Â qÂ Â».Activer l'instruction de l'extension du compteur d'horodatage 64 bits.Activer le support pour les dÃ©sallocations avec taille connue du C++14.Activer les tables CFI via les directives de l'assembleur GAS.Activer Cilk Plus.Activer les attributs STATIC et AUTOMATIC du style DEC.Activer DIV, DIVU.Activer les instructions DIV-REM du ARCv2.Activer les extensions DSP 3.1 Pack A.Activer les infos DWARF de dÃ©bogage des lignes via GNU as.Activer les instructions Ã  double et simple opÃ©rande pour la tÃ©lÃ©phonie.Activer l'Ã©limination redondante totale (Full Redundancy Elimination) sur les arbres.Activer le mode PIC avec descripteurs de fonctions.Activer la transformation d'identitÃ© Graphite.Activer la bibliothÃ¨que partagÃ©e basÃ©e sur un ID.Activer les virgules flottantes IEEE 128 bits via le mot clÃ© __float128.Activer l'allocation de registres locaux.Activer l'extension conditionnelle de chargement/stockage avec verrou.Activer les instructions MUL.Activer les instructions MUL.X et UMUL.X.Activer les instructions MULX, supposer qu'il y a une logique de dÃ©calage rapide.Autoriser la syntaxe d'exception et de synchronisation de Objective-C.Activer la gestion des exceptions Objective-C en utilisant setjmp Ã  l'exÃ©cution.Activer OpenACC.Activer OpenMP (implique -frecursive en Fortran).Activer les directives SIMD de OpenMP.Activer le support PIC pour construire des bibliothÃ¨ques.Activer les extensions de langage PlanÂ 9.Activer la gestion de la contrainte Rcq. La plupart des gÃ©nÃ©rations de code court dÃ©pend de ceci.Activer la gestion de la contrainte Rcw. ccfsm condexec dÃ©pend principalement de ceci.Activer le support et l'utilisation des instructions Lire-Modifier-Ã‰crire (Read-Modify-Write).Activer la coalescence SSA sur les variables utilisateur.Activer la descente du code SSA sur les arbres.Activer l'optimisation de l'Ã©limination du code mort SSA sur les arbres.Activer les optimisations SSA-BIT-CCP sur les arbres.Activer les optimisations SSA-CCP sur les arbres.Activer l'optimisation SSA-PRE sur les arbres.Activer le code de pistage du TPF-OS.Activer l'extension XY Memory (DSP version 3).Activer l'alignement des blocs COMMON.Activer tous les avertissements -Wunused-.Activer toutes les extensions du langage DEC.Activer toutes les vidanges des informations d'optimisation sur stderr.Activer une Ã©tape d'optimisation sur de petits segments de code (peephole) par RTL avant sched2.Autoriser ASan Ã  protÃ©ger les fonctions intÃ©grÃ©es.Autoriser la dÃ©tection par ASan des bogues d'utilisation aprÃ¨s retour.Autoriser ASan Ã  protÃ©ger les globales.Autoriser ASan Ã  protÃ©ger les opÃ©rations de chargement.Autoriser ASan Ã  protÃ©ger la pile.Autoriser ASan Ã  protÃ©ger les opÃ©rations d'Ã©criture.Activer la relaxation de l'assembleur et de l'Ã©diteur de liens. ActivÃ© par dÃ©faut Ã  -Os.Activer les instructions atomiques.Activer l'instanciation automatique de patron.Activer le dÃ©bogage par un backend.Activer la propagation vers le haut des propriÃ©tÃ©s d'utilisation au niveau SSA.Activer les instructions Barrel Shift.Activer la vectorisation des blocs de base (SLP) sur les arbres.Autoriser le code de profilage de base du programme.Activer bbit peephole2.Activer le contournement de la cache pour les rÃ©fÃ©rences volatiles.Activer les instructions de densitÃ© de code du ARCv2.Activer la sortie du code hors des boucles.Activer les options communes pour la gÃ©nÃ©ration d'informations de profilage pour l'optimisation directe Ã  partir des donnÃ©es collectÃ©es par le profilage et dÃ©finir -fprofile-dir=.Activer les options communes pour la gÃ©nÃ©ration d'informations de profilage pour l'optimisation directe Ã  partir des donnÃ©es collectÃ©es par le profilage.Activer les options communes pour rÃ©aliser une optimisation directe Ã  partir des informations recueillies par le profilage et dÃ©finir -fprofile-dir=.Activer les options communes pour rÃ©aliser une optimisation directe Ã  partir des informations recueillies par le profilage.Activer le motif casesi compact.Activer l'Ã©limination conditionnelle du code mort pour les appels internes.Activer l'exÃ©cution conditionnelle autre que moves/scc.Activer les dÃ©placements conditionnels.Activer la fonctionnalitÃ© constructeur/destructeur.Activer la propagation par copie des informations sur l'Ã©volution scalaire.Activer la propagation de copie sur les arbres.Autoriser la correction des inconsistances dans le flux d'entrÃ©e du profil.Activer le fuzzing (test avec des donnÃ©es alÃ©atoires) guidÃ© par la couverture du code. Cette option insÃ¨re un appel Ã  __sanitizer_cov_trace_pc dans chaque bloc de base.Activer l'Ã©limination des stockages morts.Activer la sortie de dÃ©bogage.Activer le support matÃ©riel pour les nombres dÃ©cimaux en virgule flottante.Activer les conversions par dÃ©faut entre __float128 et long double.Activer les instructions de division et de modulo.Activer l'optimisation des dominateurs.Activer les instructions de chargement/stockage double pour ARC HS.Activer l'extension dual viterbi butterfly.Activer l'insertion plus tÃ´t de bits de stop pour un meilleur ordonnancement.Activer le traitement des exceptions.Activer la propagation vers l'avant sur les arbres.Activer les optimisations de premiÃ¨re ligne.Autoriser le profilage des fonctions.Activer la rÃ©organisation des fonctions qui amÃ©liore le placement du code.Activer le ramasse-miettes (Garbage Collection) dans les programmes Objective-C/Objective-C++.Activer la gÃ©nÃ©ration d'instructions SIMD ARC via des fonctions intrinsÃ¨ques spÃ©cifiques Ã  la cible.Activer la gÃ©nÃ©ration des instructions BMX du R2.Activer la gÃ©nÃ©ration des instructions CDX du R2.Activer l'estimation des probabilitÃ©s de branchement.Activer l'unitÃ© matÃ©rielle en virgule flottante.Activer la sortie de chargements adjacents hors d'une boucle pour encourager la gÃ©nÃ©ration d'instructions de dÃ©placements conditionnels.Activer la sortie hors des boucles des chargements par des pointeurs conditionnels.Activer les entrÃ©es et sorties de la reprÃ©sentation Graphite.Activer la vÃ©rification en ligne des rÃ©cepteurs nuls avec le moteur NeXT et la version 2 de l'ABI.Activer la mise en ligne de PLT dans les appels de fonctions.Activer la mise en ligne de fonctions dÃ©clarÃ©es Â«Â inlineÂ Â». Le dÃ©sactiver dÃ©sactive toutes les mises en ligne.Activer les variantes spÃ©cifiques au sous-type pour les fonctions intrinsÃ¨ques entiÃ¨res.Activer l'optimisation de l'alignement des Ã©tiquettes.Activer les intrinsÃ¨ques mathÃ©matiques historiques pour compatibilitÃ©.Activer les optimisations durant l'Ã©dition de liens.Activer les optimisations par l'Ã©diteur de liens.Activer la relÃ¢che par l'Ã©diteur de liens.Autoriser la relÃ¢che de l'Ã©diteur de liens.Activer la relÃ¢che par l'Ã©diteur de liens.Activer la liaison entre load/store.Activer la distribution des boucles pour les motifs transformÃ©s en appels de bibliothÃ¨que.Activer la distribution des boucles sur les arbres.Activer la vectorisation de l'Ã©pilogue d'une boucle en utilisant une taille de vecteur plus petite.Activer la copie des en-tÃªtes de boucles sur les arbres.Activer les mouvements invariants de boucles sur les arbres.Activer les transformations de boucles imbriquÃ©es.  Identique Ã  -floop-nest-optimize.Activer les optimisations de boucles au niveau de l'arbre.Activer la vectorisation des boucles sur les arbres.Activer lra.Activer les optimisations sur de petits segments de code (peephole) spÃ©cifiques Ã  la machine.Activer la plupart des messages d'avertissement.Activer le support multicÅ“ur.Activer les instructions de multiplications.Activer les optimisations de l'exÃ©cution de conditions imbriquÃ©es.Activer l'optimisation de && et || dans les exÃ©cutions conditionnelles.Activer l'analyse de GIMPLE.Activer l'utilisation du prÃ©-rechargement du motif cbranchsi.Activer le prÃ©-traitement.Activer la validation des limites pendant la compilation.Activer la rÃ©association au niveau de l'arbre.Activer l'ordonnancement des insns sensible Ã  la pression sur les registres.Activer la relaxe dans l'assembleur.Activer l'ordonnancement Ã  travers les blocs de base.Activer des segments de donnÃ©es sÃ©parÃ©s.Activer le stockage des rÃ©sultats des comparaisons dans les GPR.Activer les instructions d'extension de signe.Activer le placement de petits entiers dans les registres VSX.Autoriser la scission des chargements d'immÃ©diats sur 32 bits en partie basse / haute.Autoriser le sondage de la pile.Activer la vÃ©rification stricte du retour d'une structure selon l'ABI 32 bits spÃ©cifique au processeur.Activer l'optimisation des longueurs de chaÃ®nes sur les arbres.Activer le support pour les concepts du C++.Activer le support pour les STRUCTURE/RECORD DEC.Activer le support pour la mÃ©moire transactionnelle GNU.Activer le support de l'ABI du RH850. Ceci est l'option par dÃ©faut.Activer le support pour l'ancienne ABI de GCC.Activer l'instruction de l'extension d'inversion de l'ordre des octets.Activer la fusion des appels en fin de fonction (tail call) sur les arbres.Activer l'heuristique du chemin critique dans l'ordonnanceur.Activer l'heuristique du dÃ©compte des dÃ©pendances dans l'ordonnanceur.Activer l'approximation de la division.  Activer cette option rÃ©duit la prÃ©cision des rÃ©sultats de la division Ã  16 bits en simple prÃ©cision et 32 bits en double prÃ©cision.Activer l'heuristique de groupe dans l'ordonnanceur.Activer l'heuristique de la derniÃ¨re instruction dans l'ordonnancement.Activer l'optimisation de boucles imbriquÃ©es.Activer le mode normal.Activer l'heuristique de rang dans l'ordonnanceur.Activer l'approximation de l'inverse de la racine carrÃ©e.  Activer cette option rÃ©duit la prÃ©cision des rÃ©sultats de l'inverse de la racine carrÃ©e Ã  16 bits en simple prÃ©cision et 32 bits en double prÃ©cision.Activer l'heuristique des instructions spÃ©culatives dans l'ordonnanceur.Activer l'approximation de la racine carrÃ©e.  Activer cette option rÃ©duit la prÃ©cision des rÃ©sultats de la racine carrÃ©e Ã  16 bits en simple prÃ©cision et 32 bits en double prÃ©cision. Si activÃ©e, elle implique -mlow-precision-recip-sqrt.Activer l'utilisation de registres 64 bits en virgule flottante dans les instructions fmov. Voyez -mdalign si un alignement 64 bits est requis.Activer l'utilisation des instructions FPU du RX.  Ceci est la valeur par dÃ©faut.Activer l'utilisation des chargements indexÃ©s.Activer l'utilisation de prÃ©/post modifications avec un dÃ©placement sur le registre.Activer l'utilisation de l'allocateur de registre LRA.Activer l'utilisation de l'instruction fsca.Activer l'utilisation de l'instruction fsrra.Activer l'utilisation de la vieille ABI dÃ©fectueuse oÃ¹ tous les arguments des fonctions empilÃ©es sont alignÃ©s sur 32 bits.Activer l'utilisation d'instructions courtes de chargement.Activer l'utilisation de l'ABI RX standard oÃ¹ tous les arguments des fonctions empilÃ©es sont alignÃ©s naturellement. C'est l'option par dÃ©faut.Activer l'extension du langage vecteur z qui fourni la macro sensible au contexte Â«Â vectorÂ Â» et activer les fonctions internes dans le style Altivec dans vecintrin.h.Activer le prÃ©-traitement traditionnel.Activer les accÃ¨s sur des mots et demi-mots non alignÃ©s aux donnÃ©es compactÃ©es.Activer l'utilisation de GPREL pour les donnÃ©es en lecture seule dans FDPIC.Activer l'utilisation des opÃ©rations de bits du NPS400.Activer l'utilisation de l'extension xld/xst du NPS400.Activer l'utilisation de POST_INC / POST_DEC.Activer l'utilisation de POST_MODIFY.Activer l'utilisation des registres simple prÃ©cision avec un numÃ©ro impair.Activer l'utilisation de sdata/scommon/sbss.Activer les instructions dÃ©finies par l'utilisateur.Activer l'utilisation des instructions en virgule flottante IEEE 128 bits.Activer les instructions de boucle du v850e3v5.Activer l'extension CRC Ã  polynÃ´me variable.Activer la vectorisation sur les arbres.Activer la sortie en mode bavard.Activer le contournement du seul errata du processeur AT697F (qui correspond Ã  l'errata #13 du processeur AT697E).Activer les contournements des erratas du processeur UT699.Activer/DÃ©sactiver l'ordonnancement traditionnel dans les boucles qui sont dÃ©jÃ  passÃ©es par l'ordonnancement modulo.Activer/dÃ©sactiver l'adressage relatif Ã  GP.Autoriser les bibliothÃ¨ques partagÃ©es basÃ©es sur un ID.Activer le mode de donnÃ©es indÃ©pendantes de la position (PID=Position Independent Data).Activer ou dÃ©sactiver l'utilisation des instructions SMOVF, SMOVB, SMOVU, SUNTIL, SWHILE et RMPA. Elles sont activÃ©es par dÃ©faut.Activer le modÃ¨le de coÃ»t du vectoriseur dynamique. PrÃ©servÃ© pour rÃ©tro-compatibilitÃ©.Activer la vidange verbeuse du modÃ¨le de coÃ»t dans les fichiers de vidange de dÃ©bogage.Encoder les instructions SSE avec le prÃ©fixe VEX.Expression de fin dans la boucle DOLa fin de l'instruction DO non bloc Ã  %C est enchevÃªtrÃ©e dans une autre boucle DOLa fin de l'instruction DO non bloc Ã  %C est Ã  l'intÃ©rieur d'un autre blocFin de l'initialisation du scalaire attendue Ã  %CFin de la liste de recherche.
  Faire respecter la sÃ©mantique du contrÃ´le d'accÃ¨s Ã  un membre de classe.L'entitÃ© %qs Ã  %L a un paramÃ¨tre de type diffÃ©rÃ© et requiert soit l'attribut POINTER ou ALLOCATABLEL'entitÃ© %qs Ã  %L est dÃ©jÃ  prÃ©sente dans l'interfaceL'entitÃ© avec une longueur de caractÃ¨re tacite Ã  %L doit Ãªtre un argument muet ou un PARAMETERLa valeur de l'enum n'est pas CONST_DECL ou INTEGER_CSTLe nom de la valeur de l'enum n'est pas IDENTIFIER_NODELe type de la valeur de l'enum n'est pas INTEGER_TYPE et n'est pas convertible en l'enumL'Ã©numÃ©rateur excÃ¨de le type entier du C Ã  %CL'Ã©quivalence pour %qs ne correspond pas Ã  l'ordre du COMMON %qs Ã  %LÃ‰quivalent Ã  -mgpopt=local.Ã‰quivalent Ã  -mgpopt=none.La variable errmsg Ã  %L doit Ãªtre une variable CHARACTER scalaireLa variable errmsg Ã  %L ne sera point qualifiÃ©e par %s dans la mÃªme instruction %sErreurErreur lors de la conversion de la constante PARAMETER dans la constante complexe Ã  %CErreur de conversion de l'entierErreur dans l'initialisation du pointeur Ã  %CErreur dans la spÃ©cification de type Ã  %LErreur en Ã©crivant dans le fichier module %qs: %sErreur en Ã©crivant le fichier des modules: %sErreur dâ€™Ã©criture du fichier de sortie Â«Â %sÂ Â»
  Ã‰valuation d'une expression d'initialisation non standard Ã  %LÃ‰vÃ©nementL'argument variable d'Ã©vÃ©nement Ã  %L doit Ãªtre un co-tableau mais pas co-indexÃ©L'argument variable d'Ã©vÃ©nement Ã  %L doit Ãªtre un co-tableau ou co-indexÃ©La variable d'Ã©vÃ©nement Ã  %L doit Ãªtre un scalaire de type EVENT_TYPELa condition de sortie de la boucle DO WHILE Ã  %L doit Ãªtre une expression LOGICAL scalaireArrÃªter Ã  la premiÃ¨re erreur rencontrÃ©e.Remplacer les divisions entiÃ¨res sur 32 ou 64 bits par des divisions sur 8 bits non signÃ©es avec vÃ©rification Ã  l'exÃ©cution.DÃ©velopper adddi3 et subdi3 lors de la gÃ©nÃ©ration du rtl en add.f / adc etc.Â«Â )Â Â» attendue Ã  %CÂ«Â ,Â Â» attendu Ã  %C%<(%> attendu Ã  %C%<)%> ou %<,%> attendue Ã  %C%<,%> attendu Ã  %C%<,%> ou fin d'instruction attendue Ã  %C%<::%> attendu aprÃ¨s les attributs de liaison Ã  %C%<::%> attendu Ã  %C%<=>%> attendu Ã  %C%<END INTERFACE ASSIGNMENT (=)%> attendu Ã  %CÂ«Â *Â Â» attendu dans la spÃ©cification du co-index dans l'instruction ALLOCATE Ã  %L:: attendu dans la dÃ©finition de TYPE Ã  %CSigne = attendu dans l'instruction PARAMETER Ã  %CBoucle DO attendue Ã  %CDescripteur d'Ã©dition P attenduSymbole PARAMETER attendu dans la constante complexe Ã  %CArgument SHAPE inattendu pour C_F_POINTER avec FPTR tableau Ã  %LUne instruction TYPE IS, CLASS IS ou END SELECT est attendue Ã  la suite de SELECT TYPE Ã  %CUne instruction CASE ou END SELECT est attendue Ã  la suite de SELECT CASE Ã  %CInterface sans nom attendue Ã  %CProcÃ©dure attendue pour l'argument %qs Ã  %LPointeur de procÃ©dure attendu pour l'argument %qs Ã  %LUne parenthÃ¨se droite est attendue dans l'expression Ã  %CValeur de pas attendue dans l'itÃ©rateur Ã  %CSpÃ©cificateur d'accÃ¨s attendu Ã  %CÃ‰tiquette de retour alternatif attendue Ã  %CUne expression d'initialisation est attendue Ã  %CUne autre dimension est attendue dans la dÃ©claration de tableau Ã  %CListe d'arguments attendue Ã  %CIndice de tableau attendu Ã  %CLongueur de pas d'indice de tableau attendu Ã  %CAssociation attendue Ã  %CListe d'association attendue Ã  %CNom de bit d'attribut attenduAttribut de liaison attendu Ã  %CNom de liaison attendu Ã  %CCible de liaison attendue aprÃ¨s %<=>%> Ã  %CNom de bloc %qs attendu pour la construction SELECT Ã  %COn attendait le nom du bloc de %qs dans l'instruction %s Ã  %LSpÃ©cification de limites attendue pour %qs Ã  %LVariable co-tableau attendue comme argument %qs de l'intrinsÃ¨que %s Ã  %LVirgule attendue dans la liste des E/S Ã  %CRÃ©fÃ©rence Ã  un composant attendue Ã  %CDonnÃ©e constante attendue aprÃ¨s le spÃ©cificateur de rÃ©pÃ©tition Ã  %CListe d'entitÃ©s attendue dans l'instruction AUTOMATIC Ã  %CListe d'entitÃ©s attendue dans l'instruction STATIC Ã  %CExposant attendu dans l'expression Ã  %CExpression attendue Ã  %C dans l'instruction PARAMETERExpression attendue dans l'instruction %s Ã  %CExpression attendue dans la spÃ©cification de tableau Ã  %CType d'expression attendueListe d'arguments formels attendue dans la dÃ©finition de la fonction Ã  %CNom gÃ©nÃ©rique ou descripteur d'opÃ©rateur attendu Ã  %CExpression d'initialisation attendue Ã  %CExpression d'initialisation attendue dans CASE Ã  %CEntier attenduChaÃ®ne contenant un entier attendueOn attendait l'Ã©tiquette %qs pour l'instruction %s Ã  %CParenthÃ¨se gauche attendueNom de procÃ©dure de module attendu Ã  %CNom attenduChaÃ®ne contenant un rÃ©el attendueParenthÃ¨se droite attendueExpression d'initialisation d'un scalaire attendue Ã  %CNom de liaison spÃ©cifique attendu Ã  %CChaÃ®ne attendueNom de composant de structure attendu Ã  %CComposant de structure ou nom d'opÃ©rateur attendu aprÃ¨s Â«Â .Â Â» Ã  %COn attendait un nom de terminaison Ã  %CProcÃ©dure liÃ©e Ã  un type ou composant pointeur de procÃ©dure attendu Ã  %CVariable attendue dans l'instruction READ Ã  %CNom de variable attendu Ã  %CNom de variable attendu Ã  %C dans l'instruction PARAMETER%<END INTERFACE %s%> attendu Ã  %C%<END INTERFACE OPERATOR (%s)%> attendu Ã  %C%<END INTERFACE OPERATOR (%s)%> attendu Ã  %C mais on a eu %qs%<END INTERFACE OPERATOR (.%s.)%> attendu Ã  %C%s attendu Ã  %COn attendait l'instruction %s Ã  %LUne virgule est attendue dans EQUIVALENCE Ã  %CExpression INTEGER scalaire attendue Ã  %C, %s trouvÃ©Liste d'entitÃ©s nommÃ©es attendue Ã  %CExpliquer ce qui rentre en considÃ©ration dans l'alignement pour conduire Ã  la dÃ©cision de rendre une insn courte ou longue.Interface explicite requise pour %qs Ã  %L: %sInterface explicite requise pour le composant %qs Ã  %L: %sExporter les fonctions mÃªme si elles peuvent Ãªtre mises en ligne.L'expression Ã  %L doit Ãªtre une constante dans ce contexteL'expression Ã  %L doit Ãªtre du type INTEGER et non %sL'expression Ã  %L doit Ãªtre un scalaireL'expression dans le sÃ©lecteur CASE Ã  %L ne peut pas Ãªtre %sL'expression dans l'instruction CASE Ã  %L n'est pas dans la plage de %sL'expression dans l'instruction CASE Ã  %L doit Ãªtre du sous-type %dL'expression dans l'instruction CASE Ã  %L doit Ãªtre du type %sL'expression dans l'instruction CASE Ã  %L doit Ãªtre scalaireExtension: Le spÃ©cificateur %s dans l'instruction %s Ã  %C a la valeur %qsExtension: Conversion de %s vers %s Ã  %LExtension: Argument effectif scalaire du sous-type pas par dÃ©faut, du sous-type non C_CHAR avec un argument muet tableau %qs Ã  %LExtension: OpÃ©rateur unaire qui suit un opÃ©rateur arithmÃ©tique (utilisez des parenthÃ¨ses) Ã  %CExtension: Largeur zÃ©ro aprÃ¨s le descripteur L Ã  %LExtension: caractÃ¨re barre oblique inversÃ©e Ã  %CExtension: lettre d'exposant %<q%> dans une constante littÃ©rale rÃ©elle Ã  %CL'externe %qs Ã  %L ne peut pas avoir une initialisationLa IO UNIT externe ne peut pas Ãªtre un tableau Ã  %LL'objet externe %qs Ã  %L ne peut pas avoir d'initialisationCaractÃ¨res superflus dans le format Ã  %LF2008: l'instruction IMPORT C1210 Ã  %C n'est pas permise dans le corps d'interface d'une procÃ©dure d'un moduleInstruction FAIL IMAGE Ã  %CArgument FAILED= pour NUM_IMAGES Ã  %LLa clause FINAL Ã  %L requiert une expression LOGICAL scalaireLa dÃ©claration FINAL Ã  %C doit Ãªtre Ã  l'intÃ©rieur de CONTAINSLa dÃ©claration FINAL Ã  %C doit Ãªtre Ã  l'intÃ©rieur d'une section CONTAINS du type dÃ©rivÃ©La procÃ©dure FINAL %qs Ã  %L n'est pas une SUBROUTINELa procÃ©dure FINAL %qs dÃ©clarÃ©e Ã  %L a le mÃªme rang (%d) que %qsLa procÃ©dure FINAL Ã  %L doit avoir exactement un argumentDÃ©claration de procÃ©dure FINAL Ã  %CInstruction FLUSH Ã  %CL'expression de fin de FORALL Ã  %L doit Ãªtre un INTEGER scalaireL'index %qs de FORALL ne peut pas apparaÃ®tre dans une spÃ©cification de triplet Ã  %LLe nom d'index FORALL Ã  %L doit Ãªtre un INTEGER scalaireLe nom d'index de FORALL Ã  %L doit Ãªtre une variable scalaire de type entierLa clause de masque FORALL Ã  %L requiert une expression scalaire LOGICALL'expression de dÃ©part de FORALL Ã  %L doit Ãªtre un INTEGER scalaireL'expression de pas de FORALL Ã  %L ne peut pas Ãªtre zÃ©roL'expression de pas de FORALL Ã  %L doit Ãªtre un %s scalaireL'Ã©tiquette FORMAT %d Ã  %L n'est pas dÃ©finieL'instruction FORMAT Ã  %C ne peut pas apparaÃ®tre dans une INTERFACEL'instruction FORMAT Ã  %L n'a pas d'Ã©tiquette d'instructionL'Ã©tiquette du FORMAT Ã  %L doit Ãªtre du type CHARACTER ou INTEGER du sous-type par dÃ©fautLes exceptions FP sont activÃ©es.L'argument FPTR Ã  %L pour C_F_POINTER ne sera point polymorphiqueles options FPX Â«Â fastÂ Â» et Â«Â compactÂ Â» ne peuvent pas Ãªtre spÃ©cifiÃ©es ensembleFPX: Activer les extensions en virgule flottante double prÃ©cision du processeur ARC Argonaut.FPX: GÃ©nÃ©rer des instructions FPX (compacte) en double prÃ©cision.FPX: GÃ©nÃ©rer des instructions FPX (rapide) en double prÃ©cision.FPX: GÃ©nÃ©rer des instructions FPX (compacte) en simple prÃ©cision.FPX: GÃ©nÃ©rer des instructions FPX (rapide) en simple prÃ©cision.Le rÃ©sultat de FUNCTION %s ne peut pas Ãªtre un POINTER dans FUNCTION %s Ã  %LLe rÃ©sultat de FUNCTION %s ne peut pas Ãªtre un tableau dans FUNCTION %s Ã  %LLe rÃ©sultat de FUNCTION %s ne peut pas Ãªtre du type %s dans FUNCTION %s Ã  %LFactoriser les constructeurs et destructeurs complexes pour favoriser l'espace par rapport Ã  la vitesse.Ã‰chec lors de la crÃ©ation du type structure Â«Â %sÂ Â» Ã  %CÃ‰chec en rÃ©cupÃ©rant la longueur d'un tableau constant.Erreur fataleLe fichier %qs ouvert Ã  %C n'est pas un fichier module GNU FortranContrÃ´le fin des fonctionnalitÃ©s d'ajustement.Le premier argument de l'affectation dÃ©finie Ã  %L doit Ãªtre INTENT(OUT) ou INTENT(INOUT)Le premier argument de l'interface opÃ©rateur Ã  %L ne peut pas Ãªtre optionnelLe premier argument de l'interface de l'opÃ©rateur Ã  %L doit Ãªtre INTENT(IN)Le premier ou le dernier argument intrinsÃ¨que de !$OMP ATOMIC doit Ãªtre %qs Ã  %LCorrigez le calcul de min_intLa longueur de ligne fixe doit Ãªtre au moins septLe fanion %<-fmax-stack-var-size=%d%> Ã©crase %<-frecursive%> impliquÃ© par %<-fopenmp%>Le fanion %<-fno-automatic%> Ã©crase %<-fmax-stack-var-size=%d%>Le fanion %<-fno-automatic%> Ã©crase %<-frecursive%>Le fanion %<-fno-automatic%> Ã©crase %<-frecursive%> impliquÃ© par %<-fopenmp%>Le fanion %<-frecursive%> Ã©crase %<-fmax-stack-var-size=%d%>Nom de la configuration des instructions personnalisÃ©es en virgule flottante.L'unitÃ© en virgule flottante ne supporte pas la division et la racine carrÃ©e.Suivre les conventions d'appels du SuperH de Renesas (anciennement Hitachi).Suivre les exigences du C++17 concernant l'ordre d'Ã©valuation des expressions d'affectations, des dÃ©calages, des appels aux fonctions membres, etc.Suivre les prescriptions pour l'Ã©dition de liens de l'EABI.Pour la procÃ©dure muette %s, aucun nom de liaison est autorisÃ© dans BIND(C) Ã  %CPour les bibliothÃ¨ques intrinsÃ¨ques : passer tous les paramÃ¨tres dans des registres.Activer la permission d'exÃ©cution sur la pile pour les fonctions imbriquÃ©es.Pour les cibles qui requiÃ¨rent normalement des trampolines pour les fonctions imbriquÃ©es, toujours les gÃ©nÃ©rer au lieu d'utiliser des descripteurs.Forcer la sortie en assembleur Ã  toujours utiliser des constantes en hexadÃ©cimal.Forcer les accÃ¨s aux champs de bits Ã  correspondre Ã  la largeur de leur type.Forcer la crÃ©ation d'un temporaire pour tester du code Â«Â forallÂ Â» peu frÃ©quemment exÃ©cutÃ©.Forcer les fonctions Ã  Ãªtre alignÃ©es sur une frontiÃ¨re de 4 octets.Forcer le type sous-jacent de Â«Â wchar_tÂ Â» Ã  Ãªtre Â«Â unsigned shortÂ Â».Forcer l'utilisation de crÃ©neaux de retard (delay slots) pour les branchements conditionnels.Forcer le contrÃ´leur de limites des pointeurs Ã  traiter tous les tableaux Ã  la fin des structures comme Ã©tant peut-Ãªtre flexibles. Par dÃ©faut, seuls les tableaux avec une longueur zÃ©ro ou qui sont marquÃ©s avec l'attribut bnd_variable_size sont traitÃ©s comme Ã©tant flexibles.Forcer le contrÃ´leur de limites des pointeurs Ã  utiliser les limites du tableau le plus Ã  l'intÃ©rieur en cas d'accÃ¨s Ã  des tableaux statiques imbriquÃ©s. Par dÃ©faut, le tableau le plus Ã  l'extÃ©rieur est utilisÃ©.Forcer le contrÃ´leur de limites des pointeurs Ã  utiliser des limites Ã©troites pour l'adresse du premier champ d'une structure. Par dÃ©faut, un pointeur vers le premier champ a les mÃªmes limites qu'un pointeur vers la structure entiÃ¨re.Instruction de format dans le bloc principal du module Ã  %CFortran 2003: Le spÃ©cificateur %s dans l'instruction %s Ã  %C a la valeur %qsFortan 2003: SpÃ©cificateur de format DT interdit Ã  %CFortran 2003: Argument effectif scalaire CHARACTER avec un argument muet tableau %qs Ã  %LFonctionnalitÃ© Fortran 2008 obsolÃ¨teÂ :Fortran 2008: Le bloc COMMON %qs avec l'Ã©tiquette de liaison Ã  %L partage l'identificateur avec l'entitÃ© de bloc non COMMON globale Ã  %LFortran 2008: Argument effectif non pointeur Ã  %L vers le muet pointeur %qsFortran 2008: Pointeur null Ã  %L pour un muet non pointeur %qsFortran 2008: Fonctions pointeurs dans le contexte de la dÃ©finition de variable (%s) Ã  %LFortran 2008: Point-virgule Ã  %C sans instruction avant luiLe Fortran 95 exige un INTEGER par dÃ©faut dans la balise %s Ã  %LAucune liaison spÃ©cifique correspondante pour l'appel Ã  GENERIC %qs Ã  %LLa longueur de ligne libre doit Ãªtre au moins troisFonction %qs comme expression d'initialisation Ã  %LLa fonction %qs Ã  %L ne peut pas Ãªtre appelÃ©e rÃ©cursivement car elle n'est pas RECURSIVELa fonction %qs Ã  %L ne peut pas avoir une initialisationLa fonction %qs Ã  %L n'a pas de type IMPLICITLa fonction %qs Ã  %L est INTRINSIC mais elle est incompatible avec un intrinsÃ¨queLa fonction %qs Ã  %L doit Ãªtre PURELa fonction %qs dans l'expression d'initialisation Ã  %L doit Ãªtre une fonction intrinsÃ¨queLa fonction %qs est dÃ©clarÃ©e CHARACTER(*) et ne peut pas Ãªtre utilisÃ©e Ã  %L car elle n'est pas un argument muetLa fonction %qs requiert une liste d'arguments Ã  %CLa fonction %s Ã  %L a des entrÃ©es avec des spÃ©cifications de tableau non concordantesLa fonction %s Ã  %L a des entrÃ©es qui retournent des variables de longueurs de chaÃ®nes diffÃ©rentesLe nom de fonction %qs n'est pas permis Ã  %CLe rÃ©sultat de fonction %qs Ã  %L ne peut pas avoir une initialisationLe rÃ©sultat de la fonction %qs Ã  %L n'a pas de type IMPLICITLe rÃ©sultat %qs de la fonction Ã  %L est invalide comme argument X pour C_FUNLOCLe rÃ©sultat %qs de la fonction Ã  %L ne sera point un co-tableau et n'aura point un composant co-tableauLe rÃ©sultat de la fonction %qs est invalide comme cible de procÃ©dure dans l'affectation du pointeur de procÃ©dure Ã  %LAligner les dÃ©buts des fonctions sur une puissance de 2 de cette valeur.Les versions de fonctions ne peuvent pas Ãªtre marquÃ©es avec gnu_inline, des corps de fonctions doivent Ãªtre gÃ©nÃ©rÃ©sLes fonctions qui retournent des valeurs doivent Ãªtre terminÃ©es par des expressions de retour.Fusionner certaines opÃ©rations sur des entiers pour une meilleure performance sur un power8.Fusionner certaines opÃ©rations pour une meilleure performance sur un power9.Fusionner les rÃ©fÃ©rences Ã  la toc des modÃ¨les de code medium/large avec l'instruction mÃ©moire.GCC ne supporte pas les opÃ©rateurs avec des types entiers et des types en virgule fixe qui, ensemble, ont trop de bits entiers et fractionnelsGCC n'est pas configurÃ© pour supporter %s comme cible de dÃ©lestageGCC ne supporte que %u portÃ©es imbriquÃ©esvecteur GCC passÃ© par rÃ©fÃ©rence: extension ABI non standard sans aucune garantie de compatibilitÃ©vecteur GCC retournÃ© par rÃ©fÃ©rence: extension ABI non standard sans aucune garantie de compatibilitÃ©GCSE dÃ©sactivÃ©GENERIC %qs Ã  %L ne peut Ã©craser la liaison spÃ©cifique avec le mÃªme nomGENERIC %qs Ã  %L doit cibler une liaison spÃ©cifique, %qs est GENERIC aussiLe GENERIC Ã  %C doit Ãªtre Ã  l'intÃ©rieur du type dÃ©rivÃ© CONTAINSLiaison GENERIC Ã  %CLa procÃ©dure GENERIC %qs n'est pas permise comme argument effectif Ã  %LGMP version %s, MPFR version %s, MPC version %s, isl version %s
! GNUÂ C ne supporte plus -traditional sans -EExtension GNUÂ :GNU Objective C ne supporte plus la compilation traditionnelleL'instruction GOTO Ã  %L quitte une construction CRITICAL pour l'Ã©tiquette Ã  %LL'instruction GOTO Ã  %L quitte une construction DO CONCURRENT pour l'Ã©tiquette Ã  %LGÃ©nÃ©rer des instructions 16 bits.GÃ©nÃ©rer du code 16 bits pour i386.GÃ©nÃ©rer du code 32 bits.GÃ©nÃ©rer des dÃ©calages 32 bits dans les tables de Â«Â switchÂ Â».GÃ©nÃ©rer du code 32 bits pour i386.GÃ©nÃ©rer du code 32 bits pour x86-64.GÃ©nÃ©rer des instructions mac et multiplication 32Ã—16.GÃ©nÃ©rer du code 64 bits.GÃ©nÃ©rer du code 64 bits pour x86-64.GÃ©nÃ©rer des trames de pile conformes Ã  APCS.GÃ©nÃ©rer du code 32 bits ARCompact pour le processeur ARC600.GÃ©nÃ©rer du code 32 bits ARCompact pour le processeur ARC601.GÃ©nÃ©rer du code 32 bits ARCompact pour le processeur ARC700.GÃ©nÃ©rer des stubs dans le style AT&T pour Mach-O.GÃ©nÃ©rer les instructions AltiVec en utilisant un ordre des Ã©lÃ©ments gros-boutiste.GÃ©nÃ©rer les instructions AltiVec en utilisant un ordre des Ã©lÃ©ments petit-boutiste.GÃ©nÃ©rer les en-tÃªtes C des options spÃ©cifiques Ã  la plate-forme.GÃ©nÃ©rer du microcode pour le Cell.GÃ©nÃ©rer les sections DWARF pubnames et pubtypes avec les extensions GNU.GÃ©nÃ©rer les sections DWARF pubnames et pubtypes.GÃ©nÃ©rer du code FDPIC ELF.GÃ©nÃ©rer des instructions en arithmÃ©tique Ã©tendue. Actuellement, seules divaw, adds, subs et sat16 sont supportÃ©es.GÃ©nÃ©rer du code double prÃ©cision avec GFLOAT.GÃ©nÃ©rer du code H8/300H.GÃ©nÃ©rer du code H8S.GÃ©nÃ©rer du code H8S/S2600.GÃ©nÃ©rer du code H8SX.GÃ©nÃ©rer du code ILP32.GÃ©nÃ©rer des blocs IT (If-Then) appropriÃ©s pour ARMv8.GÃ©nÃ©rer du code LP64.GÃ©nÃ©rer du code pour MIPS16.GÃ©nÃ©rer du code pour un PA1.0.GÃ©nÃ©rer du code pour un PA1.1.GÃ©nÃ©rer du code pour un PA2.0 (nÃ©cessite binutils 2.10 ou supÃ©rieur).GÃ©nÃ©rer des instructions simples prÃ©cisions appariÃ©es (paired-single) du PPC750CL.GÃ©nÃ©rer des instructions SBIT et CBIT.GÃ©nÃ©rer du code SH1.GÃ©nÃ©rer du code SH2.GÃ©nÃ©rer du code pour un SH2a sans FPU.GÃ©nÃ©rer du code SH2e.GÃ©nÃ©rer du code SH3.GÃ©nÃ©rer du code SH3e.GÃ©nÃ©rer du code pour le SH4 sans FPU.GÃ©nÃ©rer du code SH4.GÃ©nÃ©rer du code pour le SH4-100 sans FPU.GÃ©nÃ©rer du code SH4-100.GÃ©nÃ©rer du code pour le SH4-200 sans FPU.GÃ©nÃ©rer du code SH4-200.GÃ©nÃ©rer du code pour le SH4-300 sans FPU.GÃ©nÃ©rer du code SH4-300.GÃ©nÃ©rer du code pour le SH4a sans FPU.GÃ©nÃ©rer du code SH4a.GÃ©nÃ©rer du code SH4al-dsp.GÃ©nÃ©rer des instructions SIMD SPE sur un E500.GÃ©nÃ©rer les instructions VRSAVE lors de la gÃ©nÃ©ration de code AltiVec.GÃ©nÃ©rer une section __mcount_loc avec tous des appels Ã  mcount ou __fentry__.GÃ©nÃ©rer une directive #line pointant sur le rÃ©pertoire de travail courant.GÃ©nÃ©rer un appel pour stopper l'application si une fonction qui ne devrait par retourner un rÃ©sultat retourne quand mÃªme un rÃ©sultat.GÃ©nÃ©rer un point de sortie unique pour chaque fonction.GÃ©nÃ©rer du code de passage de paramÃ¨tres agrÃ©gÃ©s avec, au plus, un alignement 64 bits.GÃ©nÃ©rer une sortie assembleur qui est compatible avec l'assembleur AS100 de Renesas. Ceci peut restreindre certaines capacitÃ©s du compilateur. Par dÃ©faut, une syntaxe compatible avec GAS est gÃ©nÃ©rÃ©e.GÃ©nÃ©rer des instructions auto-inc/dec.GÃ©nÃ©rer du code gros-boutiste.GÃ©nÃ©rer du code gros-boutiste.GÃ©nÃ©rer des instructions Â«Â bitÂ Â».GÃ©nÃ©rer du code pour passer les limites dans les appels.GÃ©nÃ©rer des stockages avec limites pour l'Ã©criture des pointeurs.GÃ©nÃ©rer des indices de branchement pour les branches.GÃ©nÃ©rer les insns d'appels comme appels directs.GÃ©nÃ©rer des insns d'appels comme appels indirects, si nÃ©cessaire.GÃ©nÃ©rer les insns d'appels comme appels indirects.GÃ©nÃ©rer des insns d'appels comme appels indirects aux registres.GÃ©nÃ©rer des contrÃ´les pour tous les accÃ¨s en lecture Ã  la mÃ©moire.GÃ©nÃ©rer des contrÃ´les pour tous les accÃ¨s en Ã©criture Ã  la mÃ©moire.GÃ©nÃ©rer l'instruction cld dans le prologue de fonctions.GÃ©nÃ©rer du code pour un adressage sur 18 bits.GÃ©nÃ©rer du code pour un adressage sur 32 bits.GÃ©nÃ©rer du code pour l'architecture CR16C.GÃ©nÃ©rer du code pour l'architecture CR16C+ (par dÃ©faut).GÃ©nÃ©rer du code pour GNU as.GÃ©nÃ©rer du code pour l'assembleur GNU (gas).GÃ©nÃ©rer du code pour GNU ld.GÃ©nÃ©rer du code pour l'environnement d'exÃ©cution GNU.GÃ©nÃ©rer le code pour l'environnement d'exÃ©cution NeXT (Apple Mac OS X).GÃ©nÃ©rer du code pour le dÃ©chargement vers OpenMP: active -msoft-stack et -muniform-simt.GÃ©nÃ©rer du code pour les processeurs de la sÃ©rie SH4 340 (sans MMU/FPU).GÃ©nÃ©rer du code pour les processeurs de la sÃ©rie SH4 400 (sans MMU/FPU).GÃ©nÃ©rer du code pour les processeurs de la sÃ©rie SH4 500 (sans FPU).GÃ©nÃ©rer du code pour l'Ã©tat Thumb.GÃ©nÃ©rer du code pour l'assembleur UNIX.GÃ©nÃ©rer du code pour une ABI 32 bits.GÃ©nÃ©rer du code pour un 5206e.GÃ©nÃ©rer du code pour un 520X.GÃ©nÃ©rer du code pour un 528x.GÃ©nÃ©rer du code pour un 5307.GÃ©nÃ©rer du code pour un 5407.GÃ©nÃ©rer du code pour une ABI 64 bits.GÃ©nÃ©rer du code pour un 68000.GÃ©nÃ©rer du code pour un 68010.GÃ©nÃ©rer du code pour un 68020.GÃ©nÃ©rer du code pour un 68030.GÃ©nÃ©rer du code pour un 68040 sans les nouvelles instructions.GÃ©nÃ©rer du code pour un 68040.GÃ©nÃ©rer du code pour un 68060 sans les nouvelles instructions.GÃ©nÃ©rer du code pour un 68060.GÃ©nÃ©rer du code pour un 68302.GÃ©nÃ©rer du code pour un 68332.GÃ©nÃ©rer du code pour un 68851.GÃ©nÃ©rer du code pour un ColdFire v4e.GÃ©nÃ©rer le code pour une DLL.GÃ©nÃ©rer du code pour un Fido A.GÃ©nÃ©rer du code pour un cpu32.GÃ©nÃ©rer du code pour un 11/10.GÃ©nÃ©rer du code pour un 11/40.GÃ©nÃ©rer du code pour un 11/45.GÃ©nÃ©rer du code pour des extensions Ã  charger dans le noyau de darwin.GÃ©nÃ©rer le code pour les fonctions mÃªme si elles sont complÃ¨tement mises en ligne.GÃ©nÃ©rer du code pour le processeur donnÃ©.GÃ©nÃ©rer le code pour la PLT dans la BSS d'un ancien exÃ©cutable.GÃ©nÃ©rer le code pour les fonctions statiques mÃªme si elles ne sont jamais appelÃ©es.GÃ©nÃ©rer du code pour la plateforme Android.GÃ©nÃ©rer du code pour M*Core M210GÃ©nÃ©rer du code pour M*Core M340GÃ©nÃ©rer du code pour le noyau ou pour des extensions Ã  charger dans le noyau.GÃ©nÃ©rer le code pour le mode superviseur (par dÃ©faut).GÃ©nÃ©rer le code pour le mode utilisateur.GÃ©nÃ©rer du code dans l'Ã©tat ARM 32 bits.GÃ©nÃ©rer du code en mode gros-boutiste.GÃ©nÃ©rer du code en mode gros-boutiste.GÃ©nÃ©rer du code en mode petit-boutiste.GÃ©nÃ©rer du code en mode petit-boutiste.GÃ©nÃ©rer du code adaptÃ© pour les exÃ©cutables (PAS pour les bibliothÃ¨ques partagÃ©es).GÃ©nÃ©rer du code adaptÃ© pour un dÃ©bogage avec cycle court.GÃ©nÃ©rer du code qui peut Ãªtre utilisÃ© avec des objets dynamiques dans le style SVR4.GÃ©nÃ©rer du code qui peut garder les Ã©tats locaux uniformes d'une avenue SIMD Ã  l'autre (SIMD lane)GÃ©nÃ©rer du code conforme Ã  l'ABI spÃ©cifique au processeur (psABI) du MCU Intel.GÃ©nÃ©rer du code conforme Ã  l'ABI spÃ©cifiÃ©e.GÃ©nÃ©rer du code qui est compatible lors de l'Ã©dition de liens avec du code MIPS16 et microMIPS.GÃ©nÃ©rer du code qui utilise les instructions en virgules flottantes du 68881.GÃ©nÃ©rer du code qui ne sera pas liÃ© avec une autre bibliothÃ¨que partagÃ©e par son ID mais qui pourra Ãªtre utilisÃ© comme bibliothÃ¨que partagÃ©e.GÃ©nÃ©rer du code pour vÃ©rifier les bornes avant d'indexer les tableaux.GÃ©nÃ©rer du code pour vÃ©rifier les spÃ©cifications des exceptions.GÃ©nÃ©rer du code pour utiliser une PLT (Procedure Linkage Table) et une GOT (Global Offsets Table) non exÃ©cutables.GÃ©nÃ©rer du code qui utilise les instructions en virgule flottante matÃ©rielles.GÃ©nÃ©rer du code qui n'utilise que des registres gÃ©nÃ©raux.GÃ©nÃ©rer du code avec des appels de bibliothÃ¨que pour la virgule flottante.GÃ©nÃ©rer du code sans registre GP.GÃ©nÃ©rer les objets CFString Ã  la compilation.GÃ©nÃ©rer des sections de dÃ©bogage compressÃ©es.GÃ©nÃ©rer des instructions de dÃ©placements conditionnels.GÃ©nÃ©rer les dÃ©finitions cpp pour les E/S d'un serveur.GÃ©nÃ©rer les dÃ©finitions cpp pour les E/S d'une station de travail.GÃ©nÃ©rer les informations de dÃ©bogage dans le format COFF.GÃ©nÃ©rer les informations de dÃ©bogage dans le format DWARF v2 (ou ultÃ©rieur).GÃ©nÃ©rer les informations de dÃ©bogage dans le format STABS.GÃ©nÃ©rer les informations de dÃ©bogage dans le format VMS.GÃ©nÃ©rer les informations de dÃ©bogage dans le format XCOFF.GÃ©nÃ©rer les informations de dÃ©bogage dans le format Ã©tendu par dÃ©faut.GÃ©nÃ©rer les informations de dÃ©bogage dans le format par dÃ©faut.GÃ©nÃ©rer les informations de dÃ©bogage dans la version par dÃ©faut du format DWARF.GÃ©nÃ©rer les informations de dÃ©bogage dans le format STABS Ã©tendu.GÃ©nÃ©rer les informations de dÃ©bogage dans le format XCOFF Ã©tendu.GÃ©nÃ©rer les informations de dÃ©bogage dans des fichiers .dwo sÃ©parÃ©s.GÃ©nÃ©rer du code pour le FPU du SH2a en double prÃ©cision par dÃ©faut.GÃ©nÃ©rer du code pour le FPU du SH2a en simple prÃ©cision par dÃ©faut.GÃ©nÃ©rer du code SH4 simple prÃ©cision par dÃ©faut.GÃ©nÃ©rer du code SH4-100 simple prÃ©cision par dÃ©faut.GÃ©nÃ©rer du code SH4-200 simple prÃ©cision par dÃ©faut.GÃ©nÃ©rer du code SH4-300 simple prÃ©cision par dÃ©faut.GÃ©nÃ©rer du code SH4a simple prÃ©cision par dÃ©faut.GÃ©nÃ©rer des trames de pile discontinues.GÃ©nÃ©rer des rÃ©sultats de divisions oÃ¹ le reste a le mÃªme signe que le diviseur (pas le dividende).GÃ©nÃ©rer des appels indirects rapides.GÃ©nÃ©rer les mathÃ©matiques en virgule flottante avec le jeu d'instructions donnÃ©.GÃ©nÃ©rer une version en ligne de la division en virgule flottante, optimiser pour la latence.GÃ©nÃ©rer une version en ligne de la division en virgule flottante, optimiser pour le dÃ©bit.GÃ©nÃ©rer une version en ligne de la division entiÃ¨re, optimiser pour la latence.GÃ©nÃ©rer une version en ligne de la division entiÃ¨re, optimiser pour le dÃ©bit.GÃ©nÃ©rer une version en ligne de la racine carrÃ©e, optimiser pour la latence.GÃ©nÃ©rer une version en ligne de la racine carrÃ©e, optimiser pour le dÃ©bit.GÃ©nÃ©rer les instructions supportÃ©es par le Barrel Shifter.GÃ©nÃ©rer des instructions isel.GÃ©nÃ©rer une recherche de classes molle (via objc_getClass()) pour l'utilisation en mode Zero-Link.GÃ©nÃ©rer du code petit-boutiste.GÃ©nÃ©rer du code petit-boutiste.GÃ©nÃ©rer les instructions de chargement/stockage de mots multiples.GÃ©nÃ©rer les instructions de chargement/stockage avec mise Ã  jour.GÃ©nÃ©rer les dÃ©pendances pour make et compiler.GÃ©nÃ©rer les dÃ©pendances pour make.GÃ©nÃ©rer les appels mcount/__fentry__ sous forme de nops. Pour les activer, il faut insÃ©rer les instructions rÃ©elles.GÃ©nÃ©rer les instructions mul64 et mulu64.GÃ©nÃ©rer l'instruction norm.GÃ©nÃ©rer du code en mode normal.GÃ©nÃ©rer du code pour le FPU du SH2a en simple prÃ©cision uniquement.GÃ©nÃ©rer du code SH4 simple prÃ©cision uniquement.GÃ©nÃ©rer du code SH4-100 simple prÃ©cision uniquement.GÃ©nÃ©rer du code SH4-200 simple prÃ©cision uniquement.GÃ©nÃ©rer du code SH4-300 simple prÃ©cision uniquement.GÃ©nÃ©rer du code SH4a simple prÃ©cision uniquement.GÃ©nÃ©rer du code relatif au compteur de programme (PC).GÃ©nÃ©rer des instructions de l'extension de performance.GÃ©nÃ©rer les cibles bidons pour tous les en-tÃªtes.GÃ©nÃ©rer des contrÃ´les de limites des pointeurs pour les variables avec un type incomplet.GÃ©nÃ©rer du code indÃ©pendant de la position pour les exÃ©cutables si possible (mode large).GÃ©nÃ©rer du code indÃ©pendant de la position pour les exÃ©cutables si possible (mode petit).GÃ©nÃ©rer du code indÃ©pendant de la position si possible (mode large).GÃ©nÃ©rer du code indÃ©pendant de la position si possible (mode petit).GÃ©nÃ©rer des instructions de prÃ©chargement, si disponible, pour les tableaux dans les boucles.GÃ©nÃ©rer du code PIC rÃ©-entrant.GÃ©nÃ©rer des inverses au lieu de divss et sqrtss.GÃ©nÃ©rer l'information pour les types de descripteurs lors de l'exÃ©cution.GÃ©nÃ©rer des rÃ©fÃ©rences Ã  sdata.  Ceci est l'option par dÃ©faut Ã  moins que vous compiliez pour PIC.GÃ©nÃ©rer du code auto-relocalisable.GÃ©nÃ©rer sin, cos, sqrt pour le coprocesseur mathÃ©matique.GÃ©nÃ©rer les inverses de la racine carrÃ©e et de la division par logiciel pour un meilleur dÃ©bit.GÃ©nÃ©rer des mÃ©thodes Objective-C spÃ©ciales pour initialiser et dÃ©truire des ivars C++ non-POD, si nÃ©cessaire.GÃ©nÃ©rer des instructions sur des chaÃ®nes pour les dÃ©placements de blocs.GÃ©nÃ©rer l'instruction swap.GÃ©nÃ©rer les instructions avec modulo entier.GÃ©nÃ©rer les instructions de mÃ©moire atomique quadruple mots (lqarx/stqcx).GÃ©nÃ©rer les instructions de mÃ©moire quadruple mots (lq/stq).GÃ©nÃ©rer des tables de retour en arriÃ¨re (unwind tables) qui sont exactes Ã  chaque limite d'instruction.GÃ©nÃ©rer des instructions push25/pop25 v3.GÃ©nÃ©rer l'instruction vzeroupper avant un transfert du flux de contrÃ´le hors d'une fonction.La fonction gÃ©nÃ©rique %qs Ã  %L n'est pas cohÃ©rente avec l'interface intrinsÃ¨que spÃ©cifiqueNom gÃ©nÃ©rique %qs de la fonction %qs Ã  %L Ã©tant le mÃªme nom que le type dÃ©rivÃ© Ã  %LLa sous-routine gÃ©nÃ©rique %qs Ã  %L n'est pas cohÃ©rente avec l'interface de sous-routine intrinsÃ¨queDonner aux branches leur coÃ»t par dÃ©faut.PrÃ©fixer les symboles externes avec un caractÃ¨re de soulignement.Le nom de liaison globale %qs Ã  %L est dÃ©jÃ  utilisÃ© comme un(e) %s Ã  %LLe nom global %qs Ã  %L est dÃ©jÃ  utilisÃ© comme un(e) %s Ã  %LLes optimisations de boucles Graphite ne peuvent pas Ãªtre utilisÃ©es (isl n'est pas disponible) (-fgraphite, -fgraphite-identity, -floop-nest-optimize, -floop-parallelize-all)Les optimisations de boucles par Graphite ne peuvent pas Ãªtre utilisÃ©es (isl n'est pas disponible).Guider l'Ã©diteur de liens pour relÃ¢cher les instructions.HLE_ACQUIRE n'est pas utilisÃ© avec le modÃ¨le mÃ©moire ACQUIRE ou un autre plus contraignantHLE_RELEASE n'est pas utilisÃ© avec le modÃ¨le mÃ©moire RELEASE ou un autre plus contraignantLe nom HSA SSA est dÃ©fini par l'instruction qui est censÃ©e l'utiliserLe nom HSA SSA n'est pas parmi les opÃ©randes de l'instruction qui est censÃ©e l'utiliserLa vÃ©rification HSA SSA a Ã©chouÃ©eHSA n'a pas Ã©tÃ© activÃ© durant la configurationLes opÃ©randes d'image HSA ne sont pas gÃ©rÃ©sL'instruction HSA utilise un registre qui n'est pas parmi les utilisations de registres enregistrÃ©esLa vÃ©rification de l'instruction HSA a Ã©chouÃ©eTraiter les fonctions internes atomiques qui pourraient Ãªtre appliquÃ©es Ã  des donnÃ©es non alignÃ©es en appelant des fonctions de la bibliothÃ¨que. Outrepasse -mtrap-unaligned-atomic.Fanion de contrÃ´le du modÃ¨le de l'ordonnanceur avec prÃ©-extraction automatique matÃ©rielle. Nombre de cycles d'anticipation que le modÃ¨le examine; la valeur Â«Â 0Â Â» active uniquement l'heuristique de tri des instructions. DÃ©sactivÃ© par dÃ©faut.La constante hexadÃ©cimale Ã  %C utilise une syntaxe non standardL'instruction de la valeur de l'histogramme ne correspond pas Ã  l'instruction Ã  laquelle il est associÃ©Constante Hollerith Ã  %CLa variable %qs associÃ©e Ã  l'hÃ´te ne peut pas Ãªtre dans l'instruction DATA Ã  %CQuelle croissance d'une unitÃ© de compilation peut Ãªtre tolÃ©rÃ©e en raison de la mise en ligne (en pourcentage).Quelle croissance d'une unitÃ© de compilation peut Ãªtre tolÃ©rÃ©e Ã  cause de la propagation interprocÃ©durale de constantes (en pourcentage).IBITS: Bit incorrectICE: emit_insn utilisÃ© lÃ  oÃ¹ emit_jump_insn est attendu :
  Identification de la bibliothÃ¨que partagÃ©e Ã  construire.les bibliothÃ¨ques partagÃ©es utilisant un ID et FD-PIC ne peuvent pas Ãªtre utilisÃ©s ensembleModule IEEE_ARITHMETIC Ã  %CModule IEEE_EXCEPTIONS Ã  %CModule IEEE_FEATURES Ã  %CLa clause IF Ã  %L requiert une expression LOGICAL scalaireLe modificateur %s de la clause IF Ã  %L n'est pas appropriÃ© pour la construction OpenMP actuelleLa clause IF sans modificateur Ã  %L est utilisÃ©e avec des clauses IF avec modificateursL'instruction IMPLICIT NONE (type) Ã  %L suit une instruction IMPLICITL'instruction IMPLICIT Ã  %C suit une instruction IMPLICIT NONE (type)IMPORT NONE avec une liste de spÃ©cifications Ã  %CInstruction IMPORT Ã  %CL'instruction IMPORT Ã  %C est uniquement permise dans un corps d'INTERFACEProcÃ©dure IMPURE Ã  %CINDIRECT_REF dans gimple ILL'instruction INQUIRE Ã  %L ne peut pas contenir les deux spÃ©cificateurs FILE et UNIT en mÃªme tempsL'instruction INQUIRE Ã  %L requiert un spÃ©cificateur PENDING= avec le spÃ©cificateur ID=L'instruction INQUIRE Ã  %L requiert l'un des deux spÃ©cificateurs FILE ou UNITL'instruction INQUIRE n'est pas permise dans une procÃ©dure PURE Ã  %Cl'expression INTEGER de la clause %s Ã  %L doit Ãªtre non nÃ©gativeL'expression INTEGER de la clause %s Ã  %L doit Ãªtre positiveL'expression INTEGER de chunk_size dans la clause SCHEDULE Ã  %L doit Ãªtre positiveINTEGER(KIND=8) n'est pas disponible avec l'option %<-fdefault-integer-8%>INTEGER(KIND=8) n'est pas disponible avec l'option %<-finteger-4-integer-8%>INTENT (%s) est en conflit avec INTENT(%s) Ã  %LINTENT n'est pas permis Ã  l'intÃ©rieur de BLOCK Ã  %CL'argument effectif de INTENT(%s) Ã  %L pourrait interfÃ©rer avec l'argument effectif Ã  %L.INTENT(IN) POINTER %qs dans la clause %s Ã  %LINTENT(IN) POINTER %qs dans la clause COPYPRIVATE Ã  %LL'argument INTENT(OUT) %qs de la procÃ©dure pure %qs Ã  %L ne peut pas Ãªtre polymorphiqueLa procÃ©dure %qs de INTERFACE Ã  %L a le mÃªme nom que la procÃ©dure englobantela dÃ©finition IO pour %q+D a besoin d'une adresseL'Ã©tiquette IOLENGTH est invalide dans l'instruction INQUIRE Ã  %CIOMSG doit Ãªtre une variable scalaire caractÃ¨re par dÃ©faut Ã  %LBalise IOMSG Ã  %Lle C ISO ne permet pas %<%E (expression)%>le C ISO n'autorise pas de %<;%> supplÃ©mentaire en dehors d'une fonctionle C ISO ne permet pas l'utilisation de %<_Alignof%> sur un type fonctionle C ISO ne supporte pas %<#pragma STDC FLOAT_CONST_DECIMAL64%>le C ISO ne permet pas %<++%> ni %<--%> sur les types complexesle C ISO ne supporte pas l'identificateur prÃ©dÃ©fini %<__FUNCTION__%>le C ISO ne supporte pas l'identificateur prÃ©dÃ©fini %<__PRETTY_FUNCTION__%>le C ISO ne supporte pas les types %<__int%d%>le C ISO ne permet pas d'utiliser %<~%> pour calculer le conjuguÃ© d'un complexele C ISO interdit les types entiers complexesle C ISO ne supporte pas les virgules flottantes dÃ©cimalesle C ISO ne supporte pas les types en virgule fixele C ISO ne supporte pas un simple %<complex%> signifiant %<double complex%>le C ISO ne supporte pas les types saturantsle C ISO ne supporte pas le type %<_Float%d%s%>le C ISO interdit %<goto *expr;%>le C ISO interdit %<return%> avec une expression dans une fonction qui retourne un voidle C ISO interdit une unitÃ© de traduction videle C ISO interdit l'affectation entre un pointeur de fonction et %<void *%>le C ISO interdit les groupes entre accolades Ã  l'intÃ©rieur d'expressionsle C ISO interdit le transtypage d'un type non scalaire vers lui-mÃªmele C ISO interdit le transtypage vers un type unionle C ISO interdit la comparaison de %<void *%> avec un pointeur de fonctionle C ISO interdit une expression conditionnelle entre %<void *%> et un pointeur de fonctionle C ISO interdit une expression conditionnelle dont un seul cÃ´tÃ© est Â«Â voidÂ Â»le C ISO interdit les fonctions de type volatile ou constantele C ISO interdit la conversion d'un pointeur de fonction en un type de pointeur vers un objetle C ISO interdit la conversion d'un pointeur vers un objet en un type de pointeur vers une fonctionle C ISO interdit d'initialiser avec des accolades videsle C ISO interdit la dÃ©claration anticipÃ©e des paramÃ¨tresle C ISO interdit les rÃ©fÃ©rences anticipÃ©es vers un type %<enum%>le C ISO interdit l'initialisation entre un pointeur de fonction et %<void *%>le C ISO interdit la dÃ©claration d'Ã©tiquettele C ISO interdit les dÃ©clarations de membre sans aucun membrele C ISO interdit les fonctions imbriquÃ©esle C ISO interdit l'omission du terme central de l'expression ?:le C ISO interdit les comparaisons ordonnÃ©es de pointeurs vers des fonctionsle C ISO interdit de passer l'argument %d de %qE entre un pointeur de fonction et %<void *%>le C ISO interdit les types de fonction qualifiÃ©sle C ISO interdit le retour entre un pointeur de fonction et %<void *%>le C ISO interdit de spÃ©cifier les bornes des Ã©lÃ©ments Ã  initialiserle C ISO interdit d'accÃ©der aux tableaux %<register%> par un indicele C ISO interdit le tableau de taille nullele C ISO interdit le tableau de taille nulle %qEle C ISO interdit la conversion d'argument en type unionle C ISO requiert un argument nommÃ© devant %<...%>le C ISO restreint les valeurs de l'Ã©numÃ©rateur Ã  la plage d'un %<int%>le C++ ISO 1998 ne permet pas %<long long%>le C++ ISO 1998 interdit l'utilisation de %<extern%> sur des instanciations explicitesle C++ ISO ne permet pas %<alignof%> avec un non typele C++ ISO ne permet pas d'omettre l'opÃ©rande du milieu de ?:le C++ ISO ne permet pas des initialisations par dÃ©signation du C99le C++ ISO ne permet pas des initialisations par dÃ©signationle C++ ISO ne permet pas que %<%T::%D%> soit dÃ©fini comme %<%T::%D%>le C++ ISO ne permet pas l'utilisation de %<alignof%> sur un type fonctionle C++ ISO ne supporte pas %<__int%d%> pour %qsle C++ ISO ne supporte pas les patrons lambdale C++ ISO n'accepte pas qu'un simple %<complex%> signifie %<double complex%>le C++ ISO interdit l'application de %<__alignof%> Ã  une expression d'un type de fonctionle C++ ISO interdit l'application de %<sizeof%> Ã  une expression d'un type de fonctionle C++ ISO interdit les groupes d'accolades Ã  l'intÃ©rieur des expressionsle C++ ISO interdit l'appel de %<::main%> depuis l'intÃ©rieur du programmele C++ ISO interdit le transtypage vers un type tableau %qTle C++ ISO interdit la comparaison entre un pointeur et un entierle C++ ISO interdit la comparaison entre les pointeurs de type %<void *%> et les pointeurs de fonctionsle C++ ISO interdit les littÃ©raux composÃ©sle C++ ISO interdit les gotos calculÃ©sle C++ ISO interdit l'expression conditionnelle entre les pointeurs de type %<void *%> et les pointeurs de fonctionsle C++ ISO interdit la conversion entre les pointeurs de type %<void *%> et les pointeurs de fonctionsle C++ ISO interdit la conversion d'une chaÃ®ne constante vers %qTle C++ ISO interdit la dÃ©claration de %qs sans typele C++ ISO interdit de dÃ©crÃ©menter un pointeur du type %qTle C++ ISO interdit de dÃ©crÃ©menter un enumle C++ ISO interdit un enum vide et sans nomle C++ ISO interdit le membre tableau flexible %qsle C++ ISO interdit les tableaux flexibles comme membresle C++ ISO interdit l'initialisation intra-classe du membre statique non constant %qDle C++ ISO interdit d'incrÃ©menter un pointeur du type %qTle C++ ISO interdit d'incrÃ©menter un enumle C++ ISO interdit l'initialisation du membre constant %qD du type non entier %qTle C++ ISO interdit le type imbriquÃ© %qD avec le mÃªme nom que la classe englobantele C++ ISO interdit l'omission du terme au milieu de l'expression ?:le C++ ISO interdit de prendre l'adresse de la fonction %<::main%>le C++ ISO interdit de prendre l'adresse d'une fonction membre liÃ©e pour former un pointeur vers une fonction membre. Utilisez %<&%T::%D%>le C++ ISO interdit de prendre l'adresse d'une fonction membre non statique non qualifiÃ© ou entre parenthÃ¨ses pour former un pointeur vers une fonction membre. Utilisez %<&%T::%D%>le C++ ISO interdit l'utilisation de %qE sur des instanciations explicitesle C++ ISO interdit le mot-clÃ© typename dans un paramÃ¨tre de patron qui est un patron; utilisez -std=c++1z ou -std=gnu++1zle C++ ISO interdit l'utilisation de %<auto%> dans une dÃ©claration de paramÃ¨trele C++ ISO interdit l'utilisation d'un littÃ©ral en virgule flottante dans une expression constantele C++ ISO interdit l'utilisation d'un pointeur de type %<void *%> dans une soustractionle C++ ISO interdit l'utilisation d'un pointeur vers une fonction dans une soustractionle C++ ISO interdit l'utilisation d'un pointeur vers une mÃ©thode dans une soustractionle C++ ISO interdit le tableau de taille variablele C++ ISO interdit le tableau de taille variable %qDle C++ ISO interdit le tableau de taille zÃ©role C++ ISO interdit le tableau de taille zÃ©ro %qDle C++ ISO interdit les structures anonymesle C++ ISO interdit la surcharge de l'opÃ©rateur ?:le C++ ISO indique que ceux-ci sont ambigus mÃªme si la plus mauvaise conversion pour le premier est meilleures que la plus mauvaise conversion pour le second:le C++1z ISO n'autorise pas le spÃ©cificateur de classe de stockage %<register%>le C++1z ISO n'autorise pas la spÃ©cification dynamique des exceptionsle C90 ISO ne supporte pas %<[*]%> dans les dÃ©clarateurs de tableaule C90 ISO ne permet pas %<_Alignas%>le C90 ISO ne supporte pas %<_Generic%>le C90 ISO ne supporte pas %<_Noreturn%>le C90 ISO ne supporte pas %<_Static_assert%>le C90 ISO ne supporte pas l'identificateur prÃ©dÃ©fini %<__func__%>le C90 ISO ne supporte pas %<long long%>le C90 ISO ne supporte pas %<static%> ou les qualificatifs de types dans les dÃ©clarateurs de tableau de paramÃ¨tresle C90 ISO ne supporte pas %qEle C90 ISO ne supporte pas les types boolÃ©ensle C90 ISO ne supporte pas les types Â«Â complexÂ Â»le C90 ISO ne supporte pas les membres qui sont des tableaux flexiblesle C90 ISO ne permet pas le qualificatif %<_Atomic%>le C90 ISO ne supporte pas les structures et unions sans nomle C90 ISO interdit le tableau %qE dont la taille ne peut Ãªtre Ã©valuÃ©ele C90 ISO interdit le tableau dont la taille ne peut Ãªtre Ã©valuÃ©ele C90 ISO interdit les littÃ©raux composÃ©sle C90 ISO interdit les mÃ©langes de dÃ©clarations et de codele C90 ISO interdit de spÃ©cifier des sous-objets Ã  initialiserle C90 ISO interdit d'accÃ©der Ã  un tableau par un indice si le tableau n'est pas une l-valeurle C90 ISO interdit le tableau de taille variablele C90 ISO interdit le tableau %qE de taille variablele C99 ISO ne permet pas %<_Alignas%>le C99 ISO ne supporte pas %<_Generic%>le C99 ISO ne supporte pas %<_Noreturn%>le C99 ISO ne supporte pas %<_Static_assert%>le C99 ISO ne supporte pas %qEle C99 ISO ne supporte pas le qualificatif %<_Atomic%>le C99 ISO ne supporte pas les structures et unions sans nomModule ISO_C_BINDING Ã  %CModule intrinsÃ¨que ISO_FORTRAN_ENV Ã  %CSi -ftree-vectorize est utilisÃ©, la limite minimale de boucle d'une boucle prise en compte pour la vectorisation.Si -fvariable-expansion-in-unroller est utilisÃ©, le nombre maximum de fois qu'une variable individuelle sera dÃ©veloppÃ©e pendant le dÃ©pliage de la boucle.Si le premier argument de ATAN2 Ã  %L est zÃ©ro, alors le second argument ne doit pas Ãªtre zÃ©roSi le nombre de candidats dans l'ensemble est plus petit, on essaie toujours de retirer les IV inutilisÃ©s durant son optimisation.Si l'ordonnancement est fait aprÃ¨s le rechargement, faire un ordonnancement des super blocs.Ignorer Â«Â DÂ Â» dans la colonne 1 du format fixe.Ignorer dllimport pour les fonctions.IgnorÃ©.Objet allouable illÃ©gal Ã  %C pour une procÃ©dure PURECaractÃ¨re illÃ©gal dans la constante BOZ Ã  %CIdentifiant illÃ©gal dans copy_walk_reduction_argDirective du prÃ©processeur illÃ©galeType de rÃ©fÃ©rence illÃ©gale Ã  %L comme objet EQUIVALENCEPas nul illÃ©gal Ã  %LInstruction %s de contrÃ´le d'image Ã  %C dans un bloc CRITICALInstruction %s de contrÃ´le d'image Ã  %C dans un bloc DO CONCURRENTInstruction %s de contrÃ´le d'image Ã  %C dans une procÃ©dure PUREInstruction CRITICAL de contrÃ´le d'image Ã  %C dans un bloc DO CONCURRENTInstruction CRITICAL de contrÃ´le d'image Ã  %C dans une procÃ©dure PUREInstruction EVENT %s de contrÃ´le d'image Ã  %C dans un bloc CRITICALInstruction EVENT %s de contrÃ´le d'image Ã  %C dans un bloc DO CONCURRENTInstruction EVENT %s de contrÃ´le d'image Ã  %C dans une procÃ©dure PUREInstruction RETURN de contrÃ´le d'image Ã  %C dans un bloc CRITICALInstruction RETURN de contrÃ´le d'image Ã  %C dans un bloc DO CONCURRENTInstruction STOP de contrÃ´le d'image Ã  %C dans un bloc CRITICALInstruction STOP de contrÃ´le d'image Ã  %C dans un bloc DO CONCURRENTInstruction SYNC de contrÃ´le d'image Ã  %C dans un bloc CRITICALInstruction SYNC de contrÃ´le d'image Ã  %C dans un bloc DO CONCURRENTInstruction SYNC de contrÃ´le d'image Ã  %C dans une procÃ©dure PUREL'argument imageset Ã  %L doit Ãªtre une expression scalaire ou INTEGER de rang 1L'argument imageset Ã  %L doit Ãªtre entre 1 et num_images()ImplÃ©menter les sÃ©mantiques C++17 des constructeurs qui hÃ©ritent.ImplÃ©menter les opÃ©rations __atomic via des appels de bibliothÃ¨que aux fonctions historiques __sync.ImplÃ©menter la rÃ©solution du DR 150 pour faire correspondre les arguments de patron des patrons.La dÃ©claration implicite de la fonction BIND(C) %qs Ã  %L pourrait ne pas Ãªtre interopÃ©rable avec le CLa variable BIND(C) %qs implicitement dÃ©clarÃ©e Ã  %L pourrait ne pas Ãªtre interopÃ©rable avec le CLa fonction %s dÃ©clarÃ©e implicitement est utilisÃ©e dans !$OMP DECLARE REDUCTION Ã  %L La sous-routine %s dÃ©clarÃ©e implicitement est utilisÃ© dans !$OMP DECLARE REDUCTION Ã  %L La variable %qs implicitement dÃ©clarÃ©e Ã  %L peut ne pas Ãªtre interopÃ©rable avec le C mais elle est un argument muet Ã  la procÃ©dure BIND(C) %qs Ã  %LLe PARAMETER %qs implicitement typÃ© Ã  %L ne concorde pas avec le type IMPLICIT ultÃ©rieurSAVE implicite pour la variable module %qs Ã  %L, nÃ©cessaire Ã  cause de l'initialisation par dÃ©fautTableau de forme implicite Ã  %LDans %s Ã  %L, les procÃ©dures doivent toutes Ãªtre des FUNCTION car le nom gÃ©nÃ©rique est Ã©galement le nom du type dÃ©rivÃ©Dans %s Ã  %L, les procÃ©dures doivent Ãªtre soit toutes des SUBROUTINE ou soit toutes des FUNCTIONEn C++, une valeur non nulle signifie qu'il faut avertir Ã  propos des conversions dÃ©prÃ©ciÃ©es de chaÃ®nes littÃ©rales en Â«Â char *Â Â».  En C, le mÃªme avertissement est Ã©mis sauf que la conversion n'est, bien entendu, pas dÃ©prÃ©ciÃ©e par le standard C ISO.En Fortran 2003, le bloc COMMON %qs Ã  %L est un identificateur global et doit donc avoir le mÃªme nom de liaison que le bloc COMMON similairement nommÃ© Ã  %L: %s vs %sDans l'optimisation SSA-PRE sur les arbres, activer l'Ã©limination de la redondance partielle-partielle.Dans le constructeur %qsDans le constructeur de copie %qsDans le destructeur %qsDans la fonction %qsDans la fonction lambdaDans la fonction membre %qsDans la fonction membre statique %qsRÃ©pertoire d'inclusion %qs: %sType dÃ©rivÃ© incompatible dans PARAMETER Ã  %LRangs incompatibles %d et %d dans l'affectation Ã  %LRangs incompatibles dans %s (%d et %d) Ã  %LTypes incompatibles dans l'instruction DATA Ã  %L; tentative de conversion de %s en %sTypespec incompatible pour l'Ã©lÃ©ment de tableau Ã  %LUtilisation incompatible de TILE et COLLAPSE Ã  %LRÃ¨gles d'Ã©quivalence incohÃ©rentes impliquant %qs Ã  %L et %qs Ã  %LRangs inconsistant pour l'opÃ©rateur Ã  %%L et %%LarÃªte incorrecte de gestions des exceptions %i->%iValeur de retour de fonction invalideAugmenter la conformitÃ© IEEE pour les comparaisons en virgule flottante.L'index dans la dimension %d est hors des limites Ã  %LIndiquer la prÃ©sence d'un errata pour le processeur.Indiquer les prioritÃ©s pour r0..r3 / r12..r15 avec TARGET_REGISTER_PRIORITY.Inhiber l'utilisation des instructions matÃ©rielles en virgule flottante.L'initialisation Ã  %C n'est pas permise dans une procÃ©dure PUREL'initialisation Ã  %C n'est pas pour une variable pointeurL'initialisation du composant allouable Ã  %C n'est pas permiseL'initialisation du pointeur Ã  %C n'est pas permise dans une procÃ©dure PUREL'initialisation de la variable Ã  %C n'est pas permise dans une procÃ©dure PURELa chaine d'initialisation Ã  %L a Ã©tÃ© tronquÃ©e pour tenir dans la variable (%d/%d)Initialiser les composants de variables de types dÃ©rivÃ©s en fonction d'autres fanions d'initialisation.Initialiser les variables locales Ã  zÃ©ro (provient de g77).Le symbole %qs initialisÃ© Ã  %C peut uniquement Ãªtre COMMON dans BLOCK DATALa variable %qs Ã  %L est initialisÃ©e dans un COMMON blanc mais l'initialisation est uniquement permise dans des communs nommÃ©sInitialisation interdite pour PARAMETER %qs Ã  %CInitialisation d'une variable dÃ©jÃ  initialisÃ©e Ã  %CInjecter les fonctions amies dans l'espace de noms englobant.Mettre en ligne les opÃ©rations __atomic quand une sÃ©quence d'instructions sans blocage est disponible.Mettre en ligne toutes les opÃ©rations connues sur des chaÃ®nes.Mettre les constantes en ligne si cela peut Ãªtre fait en 2 insns ou moins.Mettre en ligne les opÃ©rations memset/memcpy sur des chaÃ®nes mais n'exÃ©cuter la version en ligne que pour des petits blocs.Mettre en ligne rÃ©cursif uniquement quand la probabilitÃ© que l'appel soit exÃ©cutÃ© dÃ©passe le paramÃ¨tre.InsÃ©rer le code de profilage basÃ© sur arc du programme.InsÃ©rer du code pour profiler les valeurs des expressions.InsÃ©rer des instructions hbrp aprÃ¨s des cibles de branchements avec indices pour Ã©viter de planter le SPU.InsÃ©rer des nops quand cela pourrait amÃ©liorer la performance en permettant des doubles Ã©missions dans les pipelines (par dÃ©faut).InsÃ©rer du code de vÃ©rification de la pile dans le programme. Identique Ã  -fstack-check=specific.les adresses des insn ne sont pas dÃ©finies aprÃ¨s shorten_branchesAjouter des appels de profilage aux entrÃ©es et aux sorties des fonctions.Uniquement gÃ©nÃ©rer le code de contrÃ´le pour les fonctions marquÃ©es avec l'attribut bnd_instrument.Le clone modifiÃ© pour ajouter du code ne fait pas rÃ©fÃ©rence au nÅ“ud originalLe fragment pour ajouter du code a une mauvaise arÃªte vers l'appelÃ©Le nÅ“ud modifiÃ© pour ajouter du code Ã  une mauvaise dÃ©claration originaleDivision entiÃ¨re tronquÃ©e vers la constante %qs Ã  %LExpression entiÃ¨re requise Ã  %CID entier (N) de l'instruction personnalisÃ©e fabsd.ID entier (N) de l'instruction personnalisÃ©e fabss.ID entier (N) de l'instruction personnalisÃ©e faddd.ID entier (N) de l'instruction personnalisÃ©e fadds.ID entier (N) de l'instruction personnalisÃ©e fatand.ID entier (N) de l'instruction personnalisÃ©e fatans.ID entier (N) de l'instruction personnalisÃ©e fcmpeqd.ID entier (N) de l'instruction personnalisÃ©e fcmpeqs.ID entier (N) de l'instruction personnalisÃ©e fcmpged.ID entier (N) de l'instruction personnalisÃ©e fcmpges.ID entier (N) de l'instruction personnalisÃ©e fcmpgtd.ID entier (N) de l'instruction personnalisÃ©e fcmpgts.ID entier (N) de l'instruction personnalisÃ©e fcmpled.ID entier (N) de l'instruction personnalisÃ©e fcmples.ID entier (N) de l'instruction personnalisÃ©e fcmpltd.ID entier (N) de l'instruction personnalisÃ©e fcmplts.ID entier (N) de l'instruction personnalisÃ©e fcmpned.ID entier (N) de l'instruction personnalisÃ©e fcmpnes.ID entier (N) de l'instruction personnalisÃ©e fcosd.ID entier (N) de l'instruction personnalisÃ©e fcoss.ID entier (N) de l'instruction personnalisÃ©e fdivd.ID entier (N) de l'instruction personnalisÃ©e fdivs.ID entier (N) de l'instruction personnalisÃ©e fexpd.ID entier (N) de l'instruction personnalisÃ©e fexps.ID entier (N) de l'instruction personnalisÃ©e fextsd.ID entier (N) de l'instruction personnalisÃ©e fixdi.ID entier (N) de l'instruction personnalisÃ©e fixdu.ID entier (N) de l'instruction personnalisÃ©e fixsi.ID entier (N) de l'instruction personnalisÃ©e fixsu.ID entier (N) de l'instruction personnalisÃ©e floatid.ID entier (N) de l'instruction personnalisÃ©e floatis.ID entier (N) de l'instruction personnalisÃ©e floatud.ID entier (N) de l'instruction personnalisÃ©e floatus.ID entier (N) de l'instruction personnalisÃ©e flogd.ID entier (N) de l'instruction personnalisÃ©e flogs.ID entier (N) de l'instruction personnalisÃ©e fmaxd.ID entier (N) de l'instruction personnalisÃ©e fmaxs.ID entier (N) de l'instruction personnalisÃ©e fmind.ID entier (N) de l'instruction personnalisÃ©e fmins.ID entier (N) de l'instruction personnalisÃ©e fmuld.ID entier (N) de l'instruction personnalisÃ©e fmuls.ID entier (N) de l'instruction personnalisÃ©e fnegd.ID entier (N) de l'instruction personnalisÃ©e fnegs.ID entier (N) de l'instruction personnalisÃ©e frdxhi.ID entier (N) de l'instruction personnalisÃ©e frdxlo.ID entier (N) de l'instruction personnalisÃ©e frdy.ID entier (N) de l'instruction personnalisÃ©e fsind.ID entier (N) de l'instruction personnalisÃ©e fsins.ID entier (N) de l'instruction personnalisÃ©e fsqrtd.ID entier (N) de l'instruction personnalisÃ©e fsqrts.ID entier (N) de l'instruction personnalisÃ©e fsubd.ID entier (N) de l'instruction personnalisÃ©e fsubs.ID entier (N) de l'instruction personnalisÃ©e ftand.ID entier (N) de l'instruction personnalisÃ©e ftans.ID entier (N) de l'instruction personnalisÃ©e ftruncds.ID entier (N) de l'instruction personnalisÃ©e fwrx.ID entier (N) de l'instruction personnalisÃ©e fwry.ID entier (N) de l'instruction personnalisÃ©e round.Le sous-type %d Ã  %C n'est pas disponible pour un entierL'entier est hors de la plage symÃ©trique impliquÃ©e par le standard Fortran Ã  %LEntier en dehors de la plage symÃ©trique impliquÃ©e par le Standard Fortran en convertissant %s vers %s Ã  %LDÃ©bordement d'entierDÃ©bordement d'entier en calculant la quantitÃ© de mÃ©moire Ã  allouerEntier trop grand pour l'entier du sous-type %i Ã  %CL'entier est trop grand pour son sous-type Ã  %C. Cette vÃ©rification peut Ãªtre dÃ©sactivÃ©e avec l'option -fno-range-checkEntier trop grand Ã  %CValeur entiÃ¨re trop grande dans l'expression Ã  %CIntÃ©grer les fonctions Ã  l'intÃ©rieur de leurs appelants si il est Ã©tabli que la taille du code ne grandira pas.IntÃ©grer les fonctions qui ne sont pas dÃ©clarÃ©es Â«Â inlineÂ Â» dans leurs appelants quand cela est profitable.IntÃ©grer les fonctions qui ne sont requises que par leur unique appelant.la psABI du MCU Intel n'est pas supportÃ©e dans le mode %sle MPX de Intel ne supporte pas x32L'interface %qs Ã  %L est dÃ©clarÃ©e dans une instruction PROCEDURE ultÃ©rieureL'interface %qs Ã  %L ne peut pas Ãªtre une fonction-instructionL'interface %qs Ã  %L ne peut pas Ãªtre gÃ©nÃ©riqueL'interface %qs Ã  %L doit Ãªtre expliciteDÃ©saccord d'interface pour le composant pointeur de procÃ©dure %qs dans le constructeur de structure Ã  %L: %sInterface non concordante dans la procÃ©dure muette %qs Ã  %L: %sNon concordance de l'interface dans la procÃ©dure globale %qs Ã  %L: %sDÃ©saccord d'interface dans l'affectation du pointeur de procÃ©dure Ã  %L: %qs n'est pas une sous-routineInterface non concordante dans l'affectation du pointeur de procÃ©dure Ã  %L: %sUne interface doit Ãªtre spÃ©cifiÃ©e pour une liaison DEFERRED Ã  %CNom d'interface attendu aprÃ¨s %<(%> Ã  %CErreur interne du compilateur : Erreur en rapportant les routines rÃ©-entrÃ©es.
  Fichier interne Ã  %L avec une liste de nomsProcÃ©dure interne %qs dans %s Ã  %LLa procÃ©dure interne %qs est invalide dans l'affectation du pointeur de procÃ©dure Ã  %LProcÃ©dure interne %qs utilisÃ©e comme argument effectif Ã  %LUnitÃ© interne avec un indice vecteur Ã  %LInterprÃ©ter tout INTEGER(4) comme un INTEGER(8).InterprÃ©ter tout REAL(4) comme un REAL(10).InterprÃ©ter tout REAL(4) comme un REAL(16).InterprÃ©ter tout REAL(4) comme un REAL(8).InterprÃ©ter tout REAL(8) comme un REAL(10).InterprÃ©ter tout REAL(8) comme un REAL(16).InterprÃ©ter tout REAL(8) comme un REAL(4).InterprÃ©ter les nombres imaginaires, en virgule fixe ou avec d'autres suffixes gnu comme le nombre littÃ©ral correspondant au lieu d'un nombre littÃ©ral dÃ©fini par l'utilisateur.Entrecouper les lots de littÃ©raux avec le code dans la section texte.L'intrinsÃ¨que %qs (est %s) est utilisÃ© Ã  %LL'intrinsÃ¨que %qs Ã  %L ne peut pas avoir une initialisationL'intrinsÃ¨que %qs Ã  %L est invalide dans une affectation du pointeur de procÃ©dureL'intrinsÃ¨que %qs Ã  %L n'est pas permis comme argument effectifL'intrinsÃ¨que %qs Ã  %L doit avoir au moins deux argumentsL'intrinsÃ¨que TRANSFER Ã  %L a un rÃ©sultat partiellement indÃ©fini: taille de la source %ld < taille du rÃ©sultat %ldFonction intrinsÃ¨que %qs (%d) non reconnueLa fonction intrinsÃ¨que %qs Ã  %L n'est pas permise dans une expression d'initialisationLa fonction intrinsÃ¨que %s Ã  %L n'est pas permise pour CO_REDUCELa fonction intrinsÃ¨que NULL Ã  %L ne peut pas Ãªtre un argument effectif de STORAGE_SIZE car il retourne un pointeur dissociÃ©L'opÃ©rateur intrinsÃ¨que %qs rÃ©fÃ©rencÃ© Ã  %L n'est pas trouvÃ© dans le module %qsL'interface de l'opÃ©rateur intrinsÃ¨que Ã  %L doit Ãªtre une FUNCTIONLa procÃ©dure intrinsÃ¨que %qs n'est pas permise dans une instruction PROCEDURE Ã  %LLa procÃ©dure intrinsÃ¨que Ã  %L ne peut pas Ãªtre un MODULE PROCEDURELa sous-routine intrinsÃ¨que %qs Ã  %L n'aura point de spÃ©cificateur de typeIdentificateur C invalide dans le spÃ©cificateur NAME= Ã  %CConstante Hollerith invalide Ã  %L car elle contient un caractÃ¨re largeConstante Hollerith invalide: %L doit contenir au moins un caractÃ¨reConstante Hollerith invalide: L'entier Ã  %L devrait avoir le sous-type par dÃ©fautParamÃ¨tre KIND %s invalide Ã  %LNULL invalide Ã  %LArgument invalide pour !$ACC WAIT Ã  %LArguments invalides pour la fonction interneCaractÃ¨re %<$%> invalide Ã  %L. Utilisez %<-fdollar-ok%> pour l'autoriser comme une extensionCaractÃ¨re invalide dans le nom Ã  %CClause invalide dans le module avec !$ACC DECLARE Ã  %LCo-dimension %d invalide Ã  %C, seules %d co-dimensions existesContexte invalide pour l'intrinsÃ¨que NULL () Ã  %LContexte invalide pour un pointeur NULL() Ã  %%LLettre d'exposant %<q%> invalide dans une constante littÃ©rale rÃ©elle Ã  %CExpression invalide dans gfc_element_size.Expression invalide dans gfc_target_encode_expr.Expression invalide dans gfc_target_interpret_expr.Expression invalide dans le constructeur de structure pour le composant pointeur %qs Ã  %L dans une procÃ©dure PUREForme invalide pour l'instruction PROGRAM Ã  %CLa forme de l'instruction WRITE est invalide Ã  %L, UNIT est requisForme invalide pour la rÃ©fÃ©rence de tableau Ã  %CForme invalide pour la rÃ©fÃ©rence au co-tableau Ã  %CNumÃ©ro d'image %d invalide dans SYNC IMAGESExpression d'initialisation invalide pour le composant ALLOCATABLE %qs dans le constructeur de structure Ã  %LInitialisation %s invalide dans l'instruction Data Ã  %CSous-type %d invalide pour la constante CHARACTER Ã  %CSous-type invalide pour %s Ã  %LInitialisation dans l'ancien style invalide pour le composant de type dÃ©rivÃ© Ã  %COpÃ©rateur invalide pour !$OMP DECLARE REDUCTION %s Ã  %LArgument de procÃ©dure invalide Ã  %LAffectation de pointeur de procÃ©dure invalide Ã  %LPlage %s invalide dans l'option %sSous-type %d invalide pour un rÃ©el Ã  %CCode standard invalide pour l'intrinsÃ¨que %qs (%d)SpÃ©cification de type invalide Ã  %CValeur invalide pour la spÃ©cification %s Ã  %CÃ‰mettre les avertissements nÃ©cessaires pour Ãªtre strictement conforme au standard.Le pas de l'itÃ©ration Ã  %L ne peut pas Ãªtre zÃ©roAligner les cibles des sauts sur une puissance de 2 de cette valeur.Rebut aprÃ¨s l'instruction ASSOCIATE Ã  %CRebut aprÃ¨s CALL Ã  %CRebut aprÃ¨s la liaison GENERIC Ã  %CRebut aprÃ¨s l'instruction MAP Ã  %CRebut aprÃ¨s l'instruction UNION Ã  %CRebut aprÃ¨s l'instruction STRUCTURE non imbriquÃ©e Ã  %CGÃ©nÃ©rer uniquement les tables de retour en arriÃ¨re pour la gestion des exceptions.Utiliser simplement icc0/fcc0.Le paramÃ¨tre KIND de %s Ã  %L doit Ãªtre une expression d'initialisationLe mot-clÃ© %qs Ã  %C est dÃ©jÃ  apparu dans la liste des arguments actuelleL'argument mot-clÃ© %qs Ã  %L est dÃ©jÃ  associÃ© Ã  un autre argument effectifL'argument mot-clÃ© %qs Ã  %L n'est pas dans une procÃ©dureL'argument mot-clÃ© requiert une interface explicite pour la procÃ©dure %qs Ã  %LL'argument mot-clÃ© requiert une interface explicite pour le composant pointeur de procÃ©dure %qs Ã  %LLe sous-type %d n'est pas supportÃ© pour CHARACTER Ã  %CLe sous-type %d n'est pas supportÃ© pour le type %s Ã  %CLe paramÃ¨tre de sous-type pour l'entitÃ© Ã  %L diffÃ¨re du paramÃ¨tre de sous-type du typespecABI AArch64 connues (Ã  utiliser avec l'option -mabi=):ABI connues (Ã  utiliser avec l'option -mabi=):Processeurs ARC connus (Ã  utiliser avec l'option -mcpu=):ABI ARM connues (Ã  utiliser avec l'option -mabi=):Processeurs ARM connus (Ã  utiliser avec les options -mcpu= et -mtune=):UnitÃ©s en virgule flottante ARM connues (Ã  utiliser avec l'option -mfpu=):Architectures ARM connues (Ã  utiliser avec l'option -march=):ISA C6X connues (Ã  utiliser avec l'option -march=):Processeurs connus (Ã  utiliser avec les options -mcpu= et -mtune=):Processeurs FR-V connus (Ã  utiliser avec l'option -mcpu=):Processeurs IQ2000 connus (Ã  utiliser avec l'option -mcpu=):Processeurs Itanium connus (Ã  utiliser avec l'option -mtune=):Processeurs M68K connus (Ã  utiliser avec l'option -mcpu=):ISA connues pour M68K (Ã  utiliser avec l'option -march=):Microarchitectures M68K connues (Ã  utiliser avec l'option -mtune=):ABI MIPS connues (Ã  utiliser avec l'option -mabi=):Processeurs MIPS connus (Ã  utiliser avec les options -march= et -mtune=):ParamÃ¨tres MIPS IEEE 754 connus (Ã  utiliser avec les options -mabs= et -mnan=):Niveaux ISA MIPS connus (Ã  utiliser avec l'option -mips):Processeurs TILE-Gx connus (Ã  utiliser avec l'option -mcpu=):Processeurs TILEPro connus (Ã  utiliser avec l'option -mcpu=):Dialectes TLS connus (Ã  utiliser avec l'option -mtls-dialect=):Formats connus pour __fp16 (Ã  utiliser avec l'option -mfp16-format=):Modes d'adressage connus (Ã  utiliser avec l'option -maddress-mode=):Types d'architectures connues (Ã  utiliser avec l'option -march=):Dialectes d'assembleurs connus (Ã  utiliser avec l'option -masm=):Types de cmodel connus (Ã  utiliser avec l'option -mcmodel=):ModÃ¨les de code connus (Ã  utiliser avec l'option -mcmodel=):Choix connus pour l'alignement de donnÃ©es (Ã  utiliser avec l'option -malign-data=):ABI en virgule flottante connues (Ã  utiliser avec l'option -mfloat-abi=):MÃ©thodes connues pour protÃ©ger la pile (Ã  utiliser avec l'option -mstack-protector-guard=):ABI des bibliothÃ¨ques vectorielles connues (Ã  utiliser avec l'option -mveclibabi=):latence de la cache L%d inconnue pour %sLEXER_DEBUGGING_ENABLED_P n'est pas dÃ©fini Ã  vraimembre de gauche dans un appel qui ne retourne rienModificateur de clause LINEAR utilisÃ© sur la construction DO ou SIMD Ã  %LClause LINEAR spÃ©cifiÃ©e avec la clause ORDERED avec argument Ã  %LArgument muet LINEAR %qs avec l'attribut VALUE et le modificateur %s Ã  %LLa variable LINEAR %qs doit Ãªtre INTEGER Ã  %LInstruction LOCK Ã  %CLOCK_EVENT dans un contexte de dÃ©finition de variable (%s) Ã  %LLOCK_TYPE dans le contexte de dÃ©finition de variable (%s) Ã  %LArgument muet LOGICAL %qs Ã  %L avec le sous-type non C_Bool dans la procÃ©dure BIND(C) %qsDes opÃ©randes LOGICAL sont requis dans l'expression Ã  %LVariable rÃ©sultat LOGICAL %qs Ã  %L avec le sous-type non C_Bool dans la procÃ©dure BIND(C) %qsle support LTO n'a pas Ã©tÃ© activÃ© dans cette configurationL'Ã©tiquette %d Ã  %C est dÃ©jÃ  rÃ©fÃ©rencÃ©e comme une Ã©tiquette de formatL'Ã©tiquette %d Ã  %C est dÃ©jÃ  rÃ©fÃ©rencÃ©e comme cible d'un branchementÃ‰tiquette %d Ã  %C prÃ©cÃ©demment utilisÃ©e comme Ã©tiquette de FORMATÃ‰tiquette %d Ã  %C prÃ©cÃ©demment utilisÃ©e comme cible de branchementL'Ã©tiquette %d Ã  %L est dÃ©finie mais ne peut pas Ãªtre utilisÃ©eL'Ã©tiquette %d Ã  %L est dÃ©finie mais non utilisÃ©eL'Ã©tiquette %d rÃ©fÃ©rencÃ©e Ã  %L n'est jamais dÃ©finieL'Ã©tiquette %qs Ã  %C ne correspond pas Ã  l'Ã©tiquette %qs du IFL'Ã©tiquette %qs Ã  %C ne correspond pas Ã  l'Ã©tiquette %qs de WHEREL'Ã©tiquette Ã  %L n'est pas dans le mÃªme bloc que l'instruction GOTO Ã  %LLe nom de l'Ã©tiquette %qs Ã  %C est ambiguParenthÃ¨se gauche requise aprÃ¨s %<*%>Extension antiqueÂ :La lettre %qc a dÃ©jÃ  un type IMPLICIT Ã  %CLa lettre %qc est dÃ©jÃ  dÃ©finie dans l'instruction IMPLICIT Ã  %CLes lettres doivent Ãªtre dans l'ordre alphabÃ©tique dans l'instruction IMPLICIT Ã  %CLe niveau de verbositÃ© des stockages de dÃ©bogage de hsaLever les restrictions sur la taille de la GOT.Identique Ã  -M mais ignore les fichiers d'en-tÃªte systÃ¨me.Identique Ã  -MD mais ignore les fichiers d'en-tÃªte systÃ¨me.Comme -pedantic mais les avertissements sont rapportÃ©s comme des erreurs.La limite de %d lignes continuÃ©es est dÃ©passÃ©e dans l'instruction %CLigne tronquÃ©e Ã  %LLignes exÃ©cutÃ©es: %s sur %d
  Lier du code pour un noyau __main.Faire l'Ã©dition de liens pour produire le programme au format ELF (au lieu de mmo).Ã‰diter les liens avec le BSP HAL.Ã‰diter les liens avec une version limitÃ©e de la bibliothÃ¨que C.Faire l'Ã©dition de liens avec libads.a, libc.a et crt0.o.Faire l'Ã©dition de liens avec libc.a et libdebug.a.Faire l'Ã©dition de liens avec libc.a et libsim.a.Faire l'Ã©dition de liens avec libmvme.a, libc.a et crt0.o.Faire l'Ã©dition de liens avec libsim.a, libc.a et sim-crt0.o.Faire l'Ã©dition de liens avec libyk.a, libc.a et crt0.o.Faire l'Ã©dition de liens avec la bibliothÃ¨que en virgule flottante rapide.Faire l'Ã©dition de liens avec la bibliothÃ¨ques library-pic.Les optimisations durant l'Ã©dition de liens sont faites avec un nombre de tÃ¢ches parallÃ¨les ou un serveur de tÃ¢ches.Lister tous les compteurs de dÃ©bogage disponibles avec leurs limites et leurs valeurs.DÃ©claration locale depuis une fonction diffÃ©renteLa variable verrou Ã  %L doit Ãªtre un scalaire de type LOCK_TYPELe bloc SELECT CASE logique Ã  %L a plus de deux casUne plage logique n'est pas permise dans l'instruction CASE Ã  %LLes valeurs logiques Ã  %%L doivent Ãªtre comparÃ©es avec %s au lieu de %sRechercher et utiliser les fichiers PCH mÃªme pendant le prÃ©-traitement.Chercher des opportunitÃ©s de rÃ©duire les ajustements de pile et les rÃ©fÃ©rences Ã  la pile.Aligner le code des boucles sur une puissance de 2 de cette valeur.La boucle itÃ¨re sans finUne boucle parallÃ©lisÃ©e sur plusieurs Â«Â gangsÂ Â» n'est pas permise Ã  l'intÃ©rieur d'une autre boucle parallÃ©lisÃ©e sur plusieurs Â«Â gangsÂ Â» Ã  %LUne boucle parallÃ©lisÃ©e sur plusieurs Â«Â gangsÂ Â» n'est pas permise Ã  l'intÃ©rieur d'une boucle parallÃ©lisÃ©e sur plusieurs Â«Â workersÂ Â» Ã  %LUne boucle parallÃ©lisÃ©e sur plusieurs vecteurs n'est pas permise Ã  l'intÃ©rieur d'une autre boucle parallÃ©lisÃ©e sur plusieurs vecteurs Ã  %LUne boucle parallÃ©lisÃ©e sur plusieurs Â«Â workersÂ Â» n'est pas permise Ã  l'intÃ©rieur d'une autre boucle parallÃ©lisÃ©e sur plusieurs vecteurs Ã  %LUne boucle parallÃ©lisÃ©e sur plusieurs Â«Â workersÂ Â» n'est pas permise Ã  l'intÃ©rieur d'une autre boucle parallÃ©lisÃ©e sur plusieurs Â«Â workersÂ Â» Ã  %LVariable de boucleLa variable de boucle Ã  %C ne peut pas Ãªtre un co-tableauLa variable de boucle Ã  %C ne peut pas Ãªtre un sous-composantLa variable de boucle Ã  %C ne peut pas Ãªtre un tableauLa variable de boucle a Ã©tÃ© modifiÃ©eLes boucles qui itÃ¨rent au moins le nombre de fois sÃ©lectionnÃ© recevront un alignement de boucle..La rÃ©fÃ©rence infÃ©rieure au tableau Ã  %L est hors des limites (%ld < %ld) dans la dimension %dLa rÃ©fÃ©rence infÃ©rieure au tableau Ã  %L est en dehors des limites (%ld > %ld) dans la dimension %dLa limite infÃ©rieur doit Ãªtre prÃ©sente Ã  %Lle MCU Â«Â %sÂ Â» n'a pas d'unitÃ© de multiplication matÃ©rielle mais -mhwmult demande Â«Â %sÂ Â»le MCU Â«Â %sÂ Â» supporte l'ISA %s mais -mcpu est dÃ©fini Ã  %sle MCU Â«Â %sÂ Â» supporte la multiplication matÃ©rielle %s mais -mhwmult demande Â«Â 16-bitÂ Â»le MCU Â«Â %sÂ Â» supporte la multiplication matÃ©rielle %s mais -mhwmult demande Â«Â 32-bitÂ Â»le MCU Â«Â %sÂ Â» supporte la multiplication matÃ©rielle %s mais -mhwmult demande Â«Â f5seriesÂ Â»code -mxgot MIPS16PIC MIPS16 pour des ABI autres que o32 et o64MMIX interne: %s n'est pas un entier pouvant dÃ©calÃ©MMIX interne: Registre erronÃ©: %dMMIX interne: Valeur erronÃ©e pour Â«Â mÂ Â», pas un CONST_INTMMIX interne: Ne peut dÃ©coder cet opÃ©randeMMIX interne: Attendait CONST_INT, pas ceciMMIX interne: Attendait une constante, pas ceciMMIX interne: Attendait un registre, pas ceciMMIX interne: Le dernier vararg nommÃ© ne tiendra pas dans un registreMMIX interne: Cas %qc manquant dans mmix_print_operandMMIX interne: Ce n'est pas une constante:MMIX interne: Ce n'est pas une adresse reconnueMMIX interne: Tentative de produire une condition incorrectement inversÃ©e:MMIX interne: Quel est le CC de ceciÂ ?MMIX interne: Quel est le CC de ceciÂ ?l'argument vectoriel MMX sans activer MMX modifie l'ABIle retour vectoriel MMX sans activer MMX change l'ABIMODIFY_EXPR inattendu avec des tuplesMODULE PROCEDURE Ã  %C doit Ãªtre dans une interface de module gÃ©nÃ©riqueDÃ©claration de MODULE PROCEDURE Ã  %CPrÃ©fixe de MODULE Ã  %CArgument MOLD requis pour NULL Ã  %LBalise MOLD Ã  %LLa balise MOLD Ã  %L est en conflit avec la balise SOURCE Ã  %LLa balise MOLD Ã  %L est en conflit avec le typespec Ã  %LMOLD= est requis dans l'argument NULL() Ã  %L: AmbigÃ¼itÃ© entre les fonctions spÃ©cifiÃ©es %s et %scode MIPS16 MSAles fonctions internes du MSP430 ne fonctionnent qu'Ã  l'intÃ©rieur des gestionnaires d'interruptionsMULT rencontrÃ© dans cris_op_strL'amplitude du deuxiÃ¨me argument de %s dÃ©passe la taille des bits Ã  %LL'amplitude du deuxiÃ¨me argument de ISHFTC excÃ¨de le BIT_SIZE du premier argument Ã  %CLa variante principale n'est pas dÃ©finieTenir Ã  jour une liste inversÃ©e de pointeurs.Rendre les Â«Â charÂ Â» signÃ©s par dÃ©faut.Rendre les Â«Â charÂ Â» non signÃ©s par dÃ©faut.Rendre les entiers larges de 32 bits.Produire les Â«Â structÂ Â» avec une taille multiples de 4 octets (attention: altÃ©rÃ© par l'ABI).S'assurer que les chargements et les stockages ne sont pas dÃ©placÃ©s au delÃ  d'instructions DMA.Faire supposer Ã  la machine de relaxation de l'Ã©diteur de lien qu'un bouclage du compteur du programme survient.Instruction GENERIC mal formÃ©e Ã  %CAllouer les donnÃ©es avec malloc dans l'espace P2.Remplacer un nom de rÃ©pertoire par un autre dans les informations de dÃ©bogage.Marquer le registre MAC comme Ã©tant Ã©crasÃ© par un appel.Marquer les appels Ã  __tls_get_addr avec des informations sur les arguments.Marquer toutes les boucles comme Ã©tant parallÃ¨les.Marquer toutes les fonctions et mÃ©thodes mises en ligne comme ayant la visibilitÃ© Â«Â cachÃ©eÂ Â».Le nombre max de blocs de base dans une boucle pour un dÃ©placement de boucle invariant.Le nombre max de boucles pour l'allocation de registre rÃ©gional.La taille max de la table des conflits en Mo.Le nombre maximum d'insns de rechargement gÃ©nÃ©rÃ©es par insn est atteint (%d)
--- 2380,2386 ----
  CrÃ©ation d'un tableau temporaire Ã  %LCrÃ©ation d'un temporaire pour le tableau Ã  %L dans l'argument %qsLe tableau DATA %qs Ã  %L doit Ãªtre spÃ©cifiÃ© dans une dÃ©claration prÃ©cÃ©denteL'Ã©lÃ©ment DATA %qs Ã  %L ne peut pas avoir un co-indexL'Ã©lÃ©ment DATA %qs Ã  %L est un pointeur et doit donc Ãªtre un tableau Ã  part entiÃ¨reInstruction DATA Ã  %C aprÃ¨s la premiÃ¨re instruction exÃ©cutableL'instruction DATA Ã  %C ne peut pas apparaÃ®tre dans une INTERFACEL'instruction DATA Ã  %C n'est pas permise dans une procÃ©dure PUREL'instruction DATA Ã  %L a plus de valeurs que de variablesL'instruction DATA Ã  %L a plus de variables que de valeursSpÃ©cificateur de format DC interdit Ã  %Cobjet DEALLOCATEDEALLOCATE d'un co-tableau Ã  %C dans un bloc CRITICALDEALLOCATE d'un co-tableau Ã  %C dans un bloc DO CONCURRENTDECIMAL= Ã  %C n'est pas permis en Fortran 95DECL_GIMPLE_REG_P est dÃ©fini sur une variable dont l'adresse est priseDEF_INTERNAL_FLT_FN (%s) n'a pas de fonction interne associÃ©eDEF_INTERNAL_INT_FN (%s) n'a pas de fonction interne associÃ©eDELIM= Ã  %C pas permis en Fortran 95DEPEND SINK utilisÃ© avec DEPEND SOURCE sur la mÃªme construction Ã  %LL'argument DIM Ã  %L est en dehors des limitesL'argument DIM sans argument COARRAY n'est pas permis pour l'intrinsÃ¨que THIS_IMAGE Ã  %LDIMENSION spÃ©cifiÃ© pour %qs en dehors du corps de son INTERFACE Ã  %LArgument DISTANCE= pour NUM_IMAGES Ã  %LArgument DISTANCE= pour THIS_IMAGE Ã  %LLe chunk_size de la clause DIST_SCHEDULE Ã  %L requiert une expression INTEGER scalaireConstruction DO CONCURRENT Ã  %CLa boucle DO Ã  %L est indÃ©finie car elle dÃ©bordeLa boucle DO Ã  %L est indÃ©finie car elle dÃ©borde vers le basLa boucle DO Ã  %L sera exÃ©cutÃ©e zÃ©ro foisLa valeur de pas de DO est zÃ©roInstruction de fin de DO qui n'est pas END DO ou CONTINUE avec l'Ã©tiquette %d Ã  %CL'itÃ©rateur DO %qs Ã  %L est Ã  l'intÃ©rieur d'un itÃ©rateur du mÃªme nomDOUBLE COMPLEX Ã  %CSpÃ©cificateur de format DP interdit Ã  %CLa procÃ©dure DTIO %s Ã  %L doit Ãªtre rÃ©cursiveL'argument muet DTIO Ã  %L doit Ãªtre un scalaireL'argument muet DTIO Ã  %L doit Ãªtre ASSUMED SHAPE ARRAYL'argument muet DTIO Ã  %L doit avoir KIND = %dL'argument muet DTIO Ã  %L doit Ãªtre du type %sL'argument muet DTIO Ã  %L doit avoir INTENT %sLa procÃ©dure DTIO %qs Ã  %L doit Ãªtre une sous-routineÃ‰lÃ©ment de donnÃ©e au dessus de la limite supÃ©rieure du tableau Ã  %LÃ‰lÃ©ment de donnÃ©e en dessous de la limite infÃ©rieure du tableau Ã  %LLes donnÃ©es sont stockÃ©es dans le format gros-boutiste.Les donnÃ©es sont stockÃ©es dans le format petit-boutiste.  (Par dÃ©faut).La cible de donnÃ©es Ã  %L n'aura point de co-indexL'Ã©lÃ©ment de transfert de donnÃ©es Ã  %L ne peut pas Ãªtre une rÃ©fÃ©rence complÃ¨te Ã  un tableau de taille taciteL'Ã©lÃ©ment de transfert de donnÃ©es Ã  %L ne peut pas Ãªtre polymorphique Ã  moins qu'il soit traitÃ© par une procÃ©dure d'entrÃ©e/sortie dÃ©finieL'Ã©lÃ©ment de transfert de donnÃ©es Ã  %L ne peut pas avoir de composants ALLOCATABLE Ã  moins qu'il soit traitÃ© par une procÃ©dure d'entrÃ©e/sortie dÃ©finieL'Ã©lÃ©ment de transfert de donnÃ©es Ã  %L ne peut pas avoir de composants POINTER Ã  moins qu'il soit traitÃ© par une procÃ©dure d'entrÃ©e/sortie dÃ©finieL'Ã©lÃ©ment de transfert de donnÃ©es Ã  %L ne peut pas avoir de composants PRIVATEL'Ã©lÃ©ment de transfert de donnÃ©es Ã  %L ne peut pas avoir de composants PRIVATE Ã  moins qu'il soit traitÃ© par une procÃ©dure d'entrÃ©e/sortie dÃ©finieL'Ã©lÃ©ment de transfert de donnÃ©es Ã  %L ne peut pas avoir de composants de pointeur de procÃ©dureL'objet pointeur de donnÃ©es Ã  %L doit Ãªtre polymorphique illimitÃ© ou Ãªtre d'un type avec l'attribut BIND ou SEQUENCE pour Ãªtre compatible avec une cible polymorphique illimitÃ©eLa dÃ©claration de la mÃ©thode %qD comme Ã©tant finale permettrait la dÃ©virtualisation de %i appelLa dÃ©claration de la mÃ©thode %qD comme Ã©tant finale permettrait la dÃ©virtualisation de %i appelsLa dÃ©claration de la mÃ©thode %qD comme Ã©tant finale permettrait la dÃ©virtualisation de %i appel exÃ©cutÃ© %lli foisLa dÃ©claration de la mÃ©thode %qD comme Ã©tant finale permettrait la dÃ©virtualisation de %i appels exÃ©cutÃ©s %lli foisLa dÃ©claration du type %qD comme Ã©tant final permettrait la dÃ©virtualisation de %i appelLa dÃ©claration du type %qD comme Ã©tant final permettrait la dÃ©virtualisation de %i appelsLa dÃ©claration du type %qD comme Ã©tant final permettrait la dÃ©virtualisation de %i appel exÃ©cutÃ© %lli foisLa dÃ©claration du type %qD comme Ã©tant final permettrait la dÃ©virtualisation de %i appels exÃ©cutÃ©s %lli foisLa dÃ©claration du destructeur virtuel de %qD comme Ã©tant final permettrait la dÃ©virtualisation de %i appelLa dÃ©claration du destructeur virtuel de %qD comme Ã©tant final permettrait la dÃ©virtualisation de %i appelsLa dÃ©claration du destructeur virtuel de %qD comme Ã©tant final permettrait la dÃ©virtualisation de %i appel exÃ©cutÃ© %lli foisLa dÃ©claration du destructeur virtuel de %qD comme Ã©tant final permettrait la dÃ©virtualisation de %i appels exÃ©cutÃ©s %lli foisRetarder Ã  plus tard le dÃ©pilage des arguments des fonctions hors de la pile.Le tableau diffÃ©rÃ© %qs Ã  %L n'est pas permis dans une expression d'initialisationParamÃ¨tre de type diffÃ©rÃ© pas encore supportÃ©Supprimer les instructions inutiles qui peuvent dÃ©clencher des exceptions.Supprimer les vÃ©rifications inutiles des pointeurs nuls.FonctionnalitÃ© supprimÃ©eÂ :Rendu obsolÃ¨te en faveur de -std=c++11.Rendu obsolÃ¨te en faveur de -std=c++14.Rendu obsolÃ¨te en faveur de -std=c11.Rendu obsolÃ¨te en faveur de -std=c99.Rendu obsolÃ¨te en faveur de -std=gnu++11.Rendu obsolÃ¨te en faveur de -std=gnu++14.Rendu obsolÃ¨te en faveur de -std=gnu11.Rendu obsolÃ¨te en faveur de -std=gnu99.Rendu obsolÃ¨te en faveur de -std=iso9899:1999.Option obsolÃ¨te. Utilisez -misel Ã  la place.Option obsolÃ¨te. Utilisez -mno-isel Ã  la place.Option obsolÃ¨te. Utilisez -mno-spe Ã  la place.Option obsolÃ¨te. Utilisez -mno-vrsave Ã  la place.Option obsolÃ¨te. Utilisez -mspe Ã  la place.Option obsolÃ¨te. Utilisez -mvrsave Ã  la place.ObsolÃ¨te. Cette option n'a aucun effet.Le type dÃ©rivÃ© %qs Ã  %C est utilisÃ© avant sa dÃ©finitionLe type dÃ©rivÃ© %qs Ã  %L ne peut pas Ãªtre dÃ©clarÃ© avec les deux attributs PRIVATE et BIND(C) Ã  la foisLe type dÃ©rivÃ© %qs Ã  %L ne peut pas avoir l'attribut SEQUENCE car il est BIND(C)Le type dÃ©rivÃ© %qs Ã  %L ne peut pas Ãªtre ABSTRACTLe type dÃ©rivÃ© %qs Ã  %L doit Ãªtre une extension de %qsLe type dÃ©rivÃ© %qs Ã  %L doit Ãªtre extensibleLe type dÃ©rivÃ© %qs ne peut pas Ãªtre utilisÃ© comme une variable Ã  %CLe type dÃ©rivÃ© %qs, dÃ©clarÃ© Ã  %L, doit avoir l'attribut BIND pour Ãªtre interopÃ©rable avec le CLe type dÃ©rivÃ© %qs avec l'attribut BIND(C) Ã  %L est vide et peut Ãªtre inaccessible pour le processeur C compagnonLe type dÃ©rivÃ© Ã  %C peut uniquement Ãªtre PRIVATE dans la partie de spÃ©cification d'un moduleLe type dÃ©rivÃ© Ã  %C peut uniquement Ãªtre PUBLIC dans la partie de spÃ©cification d'un moduleLe type dÃ©rivÃ© Ã  %C n'a pas Ã©tÃ© prÃ©cÃ©demment dÃ©fini et, par consÃ©quent, il ne peut pas apparaÃ®tre dans une dÃ©finition de type dÃ©rivÃ©Le composant de type dÃ©rivÃ© %C n'est pas un membre EQUIVALENCE permisLa dÃ©claration de type dÃ©rivÃ© avec FINAL Ã  %C doit Ãªtre dans la partie de spÃ©cification d'un MODULEDÃ©finition de type dÃ©rivÃ© Ã  %C avec une section CONTAINS videDÃ©finition du type dÃ©rivÃ© Ã  %C sans composantsLa dÃ©finition du type dÃ©rivÃ© %qs Ã  %C a dÃ©jÃ  Ã©tÃ© dÃ©finiLe nom du type dÃ©rivÃ© %qs Ã  %C a dÃ©jÃ  le type de base %sLa variable de type dÃ©rivÃ© %qs Ã  %L ne peut pas avoir des composants ALLOCATABLE pour Ãªtre un objet EQUIVALENCELa variable de type dÃ©rivÃ© %qs Ã  %L doit avoir l'attribut SEQUENCE pour Ãªtre un objet EQUIVALENCELa variable de type dÃ©rivÃ© %qs Ã  %L avec une initialisation par dÃ©faut ne peut pas Ãªtre dans une EQUIVALENCE avec une variable dans COMMONLa variable de type dÃ©rivÃ© %qs Ã  %L avec un ou des composants pointeurs ne peut pas Ãªtre dans un objet EQUIVALENCELa variable %qs, d'un type dÃ©rivÃ©, dans COMMON Ã  %L a un composant ultime qui est allouableLa variable %qs, d'un type dÃ©rivÃ©, dans COMMON Ã  %L n'a ni l'attribut SEQUENCE ni l'attribut BIND(C)La variable %qs, d'un type dÃ©rivÃ©, dans COMMON Ã  %L ne peut pas avoir une initialisation par dÃ©fautLe type dÃ©rivÃ© %qs dÃ©clarÃ© Ã  %L doit Ãªtre ABSTRACT car %qs est DEFERRED et pas surchargÃ©Le type dÃ©rivÃ© %qs avec BIND(C) ne doit pas avoir de section CONTAINS Ã  %CLe type dÃ©rivÃ© %qs avec SEQUENCE ne doit pas avoir de section CONTAINS Ã  %CL'argument muet %qs d'un type dÃ©rivÃ© Ã  %L a Ã©tÃ© dÃ©clarÃ© INTENT(OUT) mais n'a pas reÃ§u de valeur et n'a pas d'initialisation par dÃ©fautDescription pour mxl-mode-bootstrap.Description pour mxl-mode-executable.Description pour mxl-mode-novectors.Description pour mxl-mode-xmdstub.DÃ©tecter les chemins qui dÃ©clenchent un comportement erronÃ© ou indÃ©fini dÃ» Ã  une valeur nulle utilisÃ©e d'une maniÃ¨re interdite par l'attribut returns_nonnull ou nonnull. Isoler ces chemins du flux de contrÃ´le principal et transformer l'instruction avec un comportement erronÃ© ou indÃ©fini en une instruction de dÃ©routement.DÃ©tecter les chemins qui dÃ©clenchent un comportement erronÃ© ou indÃ©fini dÃ» au dÃ©rÃ©fÃ©rencement d'un pointeur nul. Isoler ces chemins du flux de contrÃ´le principal et transformer les instructions avec un comportement erronÃ© ou indÃ©fini en instructions de dÃ©routement.DÃ©terminer quelles sont les dÃ©pendances qui sont considÃ©rÃ©es coÃ»teuses entre les insns.Longueurs de CHARACTER diffÃ©rentes (%d/%d) dans le constructeur du tableau Ã  %LLongueurs de CHARACTER diffÃ©rentes (%ld/%ld) dans le constructeur de tableauParamÃ¨tres de type de sous-type diffÃ©rents dans l'affectation de pointeur Ã  %LRangs diffÃ©rents dans l'affectation du pointeur Ã  %LForme diffÃ©rente pour %s Ã  %L sur la dimension %d (%d et %d)Formes diffÃ©rentes pour les arguments %qs et %qs Ã  %L pour l'intrinsÃ¨que %<dot_product%>Formes diffÃ©rentes sur la dimension 1 des arguments %qs et %qs Ã  %L pour l'intrinsÃ¨que matmulFormes diffÃ©rentes sur la dimension 2 de l'argument %qs et la dimension 1 de l'argument %qs Ã  %L pour l'intrinsÃ¨que matmulSous-types diffÃ©rents Ã  %LTypes diffÃ©rents dans une affectation de pointeur Ã  %L; tentative d'affecter %s Ã  %sDimensions spÃ©cifiÃ©es pour %s Ã  %L aprÃ¨s son initialisationDÃ©sactiver la passe spÃ©cifique Ã  ARCompact pour gÃ©nÃ©rer des instructions d'exÃ©cution conditionnelle.DÃ©sactiver les registres FP.EmpÃªcher les instructions LR et SR d'utiliser les registres Â«Â auxÂ Â» de l'extension FPX.DÃ©sactiver l'Ã©tape d'optimisation de scalaires en vecteurs qui transforme les calculs sur des entiers de 64 bits en calculs sur des vecteurs.DÃ©sactiver les optimisations des virgules flottantes qui ignorent le signe du zÃ©ro dÃ©fini par IEEE.DÃ©sactiver l'unitÃ© matÃ©rielle en virgule flottante.DÃ©sactiver l'adressage indexÃ©.DÃ©sactiver les optimisations observables par les NaN (Not a Number: pas un nombre) IEEE si ces NaN produisent un effet visible.Interdire les optimisations qui supposent un comportement par dÃ©faut pour l'arrondis des virgules flottantes.DÃ©sactiver le code indÃ©pendant de la position (PIC) pour l'utilisation dans du code du noyau de l'OS.DÃ©sactiver le prÃ©-traitement.DÃ©sactiver les registres d'espace.DÃ©sactiver l'utilisation des instructions FPU du RX.  Interdire les appels directs aux fonctions globales.Interdit plus que Â«Â msched-max-memory-insnsÂ Â» dans le groupe d'instructions. Autrement, la limite est Â«Â soupleÂ Â» (prÃ©fÃ¨re les opÃ©rations non-mÃ©moire quand la limite est atteinte).DÃ©couvrir les fonctions pures et const.DÃ©couvrir les variables statiques en lecture seule et non adressables.Afficher les statistiques du temps de compilation.Afficher les statistiques accumulÃ©es durant la compilation.Afficher l'arbre du code aprÃ¨s l'optimisation en premiÃ¨re ligne.Afficher l'arbre du code aprÃ¨s analyse.Afficher l'arbre du code aprÃ¨s analyse; option dÃ©prÃ©ciÃ©e.Afficher la version du compilateur.Afficher cette information.Division par zÃ©ro Ã  %LDivision par zÃ©ro en convertissant %s vers %s Ã  %LStratÃ©gie de division, une valeur dans la liste: call-div1, call-fp, call-table.Faire une rematÃ©rialisation sensible Ã  CFG pendant LRA.Faire des optimisations d'alignement pour les instructions d'appel.Effectuer le changement de contexte de l'ordonnanceur si le processeur est un bdver1, bdver2, bdver3, bdver4 ou znver1 et l'ordonnancement Haifa est sÃ©lectionnÃ©.Ne pas gÃ©nÃ©rer des instructions BRcc dans arc_reorg.Ne pas autoriser les donnÃ©es constantes Ã  Ãªtre placÃ©es dans les sections de code.Ne pas supposer un grand segment TLS.Ne pas supposer que les bibliothÃ¨ques standards du C et Â«Â mainÂ Â» existent.Ne pas dÃ©sactiver les registres d'espace.Ne pas Ã©liminer les commentaires dans les expansions des macros.Ne pas Ã©liminer les commentaires.Ne pas afficher les fonctions compilÃ©es ni le temps Ã©coulÃ©.Ne pas produire de modes d'adressages avec des affectations avec effets de bords.Ne pas produire des constantes entiÃ¨res complexes dans une mÃ©moire en lecture seule.Ne pas gÃ©nÃ©rer de prologue ou dâ€™Ã©pilogue de fonction.Ne pas imposer d'alignement strict.Ne pas gÃ©nÃ©rer de directives #line.Ne pas gÃ©nÃ©rer de directives .size.Ne pas gÃ©nÃ©rer un point de sortie unique pour chaque fonction.Ne pas gÃ©nÃ©rer du code qui ne peut tourner qu'en mode superviseur (par dÃ©faut).Ne pas gÃ©nÃ©rer les instructions de chargement/stockage avec mise Ã  jour.Ne pas gÃ©nÃ©rer des appels millicode (nÃ©cessaire uniquement avec -Os).Ne pas gÃ©nÃ©rer des instructions mpy sur un ARC700.Ne pas mettre en ligne la division entiÃ¨re.Ne pas mettre en ligne la racine carrÃ©e.Ne pas rÃ©aliser l'Ã©dition de liens avec la bibliothÃ¨que lib<MCU>.a spÃ©cifique au pÃ©riphÃ©rique.Ne pas charger le registre PIC dans les prologues des fonctions.Ne pas chercher les fichiers objets dans le chemin standard.Ne pas marquer les commutateurs de l'ABI dans e_flags.Ne pas appliquer les optimisations qui augmentent notablement l'utilisation de la pile.Ne pas placer les constantes en virgule flottante dans la TOC.Ne pas placer les constantes des symboles et des dÃ©calages dans la TOC.Ne pas prÃ©dÃ©finir les macros spÃ©cifiques au systÃ¨me et Ã  GCC.Ne pas prÃ©tendre que les branches sont onÃ©reuses.Ne pas fournir d'adresse de dÃ©part par dÃ©faut 0x100 du programme.Ne pas pousser les registres Ã©tendus sur la pile dans les fonctions de monitoring.Ne pas placer les globaux non initialisÃ©s dans la section commune.Ne pas rechercher dans les rÃ©pertoires d'inclusion standards du systÃ¨me (ceux spÃ©cifiÃ©s avec -isystem seront quand mÃªme utilisÃ©s).Ne pas rechercher dans les rÃ©pertoires d'inclusion standards du systÃ¨me pour le C++.Ne pas supporter les fonctions internes SSE4.1 et SSE4.2 et la gÃ©nÃ©ration de code.Ne pas supprimer les informations de dÃ©bogage des classes C++.Ne pas supprimer les avertissements pour les en-tÃªtes systÃ¨me.Ne pas traiter les variables locales et les blocs COMMON comme s'ils Ã©taient nommÃ©s dans des dÃ©clarations SAVE.Ne pas ajuster l'alignement du code et des donnÃ©es en lecture seule.Ne pas ajuster l'alignement de la pile.Ne pas ajuster l'alignement des donnÃ©s accessibles en Ã©criture.Ne pas utiliser les instructions MDMX.Ne pas utiliser les instructions MIPS-3D.Ne pas utiliser les registres FP du VAX.Ne pas utiliser une fonction pour purger la cache avant d'appeler des trampolines sur la pile.Ne pas utiliser des adresses qui allouent des registres globaux.Ne pas utiliser les codes de condition des instructions normales.Ne pas utiliser l'unitÃ© en virgule flottante matÃ©rielle.Ne pas utiliser l'unitÃ© matÃ©rielle pour les opÃ©rations en virgule flottante.Ne pas utiliser le coprocesseur mathÃ©matique.Ne pas utiliser les instructions matÃ©rielles quad FP.Ne pas utiliser des motifs en lignes pour copier de la mÃ©moire.Ne pas utiliser les extensions de l'ABI AltiVec.Ne pas utiliser les extensions de l'ABI SPE.Ne pas utiliser les instructions de champs de bits.Ne pas utiliser l'instruction callt (par dÃ©faut).Ne pas utiliser l'instruction personnalisÃ©e fabsd.Ne pas utiliser l'instruction personnalisÃ©e fabss.Ne pas utiliser l'instruction personnalisÃ©e faddd.Ne pas utiliser l'instruction personnalisÃ©e fadds.Ne pas utiliser l'instruction personnalisÃ©e fatand.Ne pas utiliser l'instruction personnalisÃ©e fatans.Ne pas utiliser l'instruction personnalisÃ©e fcmpeqd.Ne pas utiliser l'instruction personnalisÃ©e fcmpeqs.Ne pas utiliser l'instruction personnalisÃ©e fcmpged.Ne pas utiliser l'instruction personnalisÃ©e fcmpges.Ne pas utiliser l'instruction personnalisÃ©e fcmpgtd.Ne pas utiliser l'instruction personnalisÃ©e fcmpgts.Ne pas utiliser l'instruction personnalisÃ©e fcmpled.Ne pas utiliser l'instruction personnalisÃ©e fcmples.Ne pas utiliser l'instruction personnalisÃ©e fcmpltd.Ne pas utiliser l'instruction personnalisÃ©e fcmplts.Ne pas utiliser l'instruction personnalisÃ©e fcmpned.Ne pas utiliser l'instruction personnalisÃ©e fcmpnes.Ne pas utiliser l'instruction personnalisÃ©e fcosd.Ne pas utiliser l'instruction personnalisÃ©e fcoss.Ne pas utiliser l'instruction personnalisÃ©e fdivd.Ne pas utiliser l'instruction personnalisÃ©e fdivs.Ne pas utiliser l'instruction personnalisÃ©e fexpd.Ne pas utiliser l'instruction personnalisÃ©e fexps.Ne pas utiliser l'instruction personnalisÃ©e fextsd.Ne pas utiliser l'instruction personnalisÃ©e fixdi.Ne pas utiliser l'instruction personnalisÃ©e fixdu.Ne pas utiliser l'instruction personnalisÃ©e fixsi.Ne pas utiliser l'instruction personnalisÃ©e fixsu.Ne pas utiliser l'instruction personnalisÃ©e floatid.Ne pas utiliser l'instruction personnalisÃ©e floatis.Ne pas utiliser l'instruction personnalisÃ©e floatud.Ne pas utiliser l'instruction personnalisÃ©e floatus.Ne pas utiliser l'instruction personnalisÃ©e flogd.Ne pas utiliser l'instruction personnalisÃ©e flogs.Ne pas utiliser l'instruction personnalisÃ©e fmaxd.Ne pas utiliser l'instruction personnalisÃ©e fmaxs.Ne pas utiliser l'instruction personnalisÃ©e fmind.Ne pas utiliser l'instruction personnalisÃ©e fmins.Ne pas utiliser l'instruction personnalisÃ©e fmuld.Ne pas utiliser l'instruction personnalisÃ©e fmuls.Ne pas utiliser l'instruction personnalisÃ©e fnegd.Ne pas utiliser l'instruction personnalisÃ©e fnegs.Ne pas utiliser l'instruction personnalisÃ©e frdxhi.Ne pas utiliser l'instruction personnalisÃ©e frdxlo.Ne pas utiliser l'instruction personnalisÃ©e frdy.Ne pas utiliser l'instruction personnalisÃ©e fsind.Ne pas utiliser l'instruction personnalisÃ©e fsins.Ne pas utiliser l'instruction personnalisÃ©e fsqrtd.Ne pas utiliser l'instruction personnalisÃ©e fsqrts.Ne pas utiliser l'instruction personnalisÃ©e fsubd.Ne pas utiliser l'instruction personnalisÃ©e fsubs.Ne pas utiliser l'instruction personnalisÃ©e ftand.Ne pas utiliser l'instruction personnalisÃ©e ftans.Ne pas utiliser l'instruction personnalisÃ©e ftruncds.Ne pas utiliser l'instruction personnalisÃ©e fwrx.Ne pas utiliser l'instruction personnalisÃ©e fwry.Ne pas utiliser l'instruction personnalisÃ©e round.Ne pas utiliser des rÃ©fÃ©rences mÃ©moire non alignÃ©es.Ne pas avertir Ã  propos de l'utilisation de Â«Â long longÂ Â» avec -pedantic.VÃ©rifier la pile en utilisant des limites dans la mÃ©moire temporaire L1.Ne fait rien. PrÃ©servÃ© pour rÃ©tro-compatibilitÃ©.Ne fait rien. PrÃ©servÃ© pour rÃ©tro-compatibilitÃ©.Ne pas aligner les Ã©lÃ©ments dans le code ou les donnÃ©es.Ne pas allouer des float ni des double dans des registres en prÃ©cision Ã©tendue.Ne pas supposer que les accÃ¨s non alignÃ©s sont traitÃ©s par le systÃ¨me.N'appeler aucune fonction de vidange de la cache.N'appeler aucune fonction de dÃ©routement de vidange de la cache.Ne pas crÃ©er un exÃ©cutable indÃ©pendant de la position.Ne pas produire les supplÃ©ments DWARF au delÃ  de la version sÃ©lectionnÃ©e.Ne pas gÃ©nÃ©rer des fonctions dÃ©clarÃ©es Â«Â en ligneÂ Â» avec l'attribut Â«Â dllexportÂ Â» Ã  moins que ce ne soit nÃ©cessaire.Ne pas gÃ©nÃ©rer les sections DWARF pubnames et pubtypes.Ne pas gÃ©nÃ©rer de vÃ©rifications pour la spÃ©culation de contrÃ´le dans l'ordonnancement sÃ©lectif.Ne pas gÃ©nÃ©rer les informations de dÃ©bogage dans des fichiers .dwo sÃ©parÃ©s.Ne pas gÃ©nÃ©rer de code qui ne fonctionne qu'en mode privilÃ©giÃ©. Implique -mno-inline-ic_invalidate si le code en ligne devait ne pas fonctionner en mode utilisateur.N'indiquer aucune prioritÃ© avec TARGET_REGISTER_PRIORITY.Ne pas optimiser les dÃ©placements de blocs, utiliser memcpy.Ne pas optimiser les dÃ©placements de blocs.Ne pas enregistrer DW_AT_decl_column et DW_AT_call_column dans DWARF.Ne pas enregistrer les options de la ligne de commande gcc dans DW_AT_producer de DWARF.Ne pas utiliser les mnÃ©moniques P pour les branchements.N'utiliser aucun des r32..r63.Ne pas utiliser une plage d'adressage avec moins de 25 bits pour les appels.Ne pas avertir au sujet de l'utilisation des extensions de Microsoft.Bloc CLASS IS en double dans l'instruction SELECT TYPE Ã  %LUnitÃ© en virgule flottante double prÃ©cision.Transformer les erreurs de conformitÃ© en simples avertissements.Pilotage:Le muet %qs Ã  %L ne peut pas avoir une initialisationL'argument muet %qs Ã  %L ne peut pas Ãªtre INTENT(OUT)L'argument muet %qs Ã  %L ne peut pas Ãªtre OPTIONALL'argument muet %qs Ã  %L qui est EVENT_TYPE ne sera point INTENT(OUT)L'argument muet %qs Ã  %L qui est LOCK_TYPE ne sera point INTENT(OUT)L'argument muet %qs Ã  %L a Ã©tÃ© dÃ©clarÃ© INTENT(OUT) mais n'a pas reÃ§u de valeurL'argument muet %qs doit Ãªtre un pointeur, un tableau de forme tacite ou de rang tacite sans attribut CONTIGUOUS â€“ car l'argument effectif Ã  %L n'est pas simplement contigu et les deux sont ASYNCHRONOUS ou VOLATILEL'argument muet %qs n'est pas autorisÃ© dans l'expression Ã  %LL'argument muet %qs de %qs Ã  %L devrait Ãªtre nommÃ© %qs pour correspondre Ã  l'argument Ã©quivalent de la procÃ©dure qui surchargeArgument muet %qs avec INTENT(IN) dans un contexte d'association de pointeur (%s) Ã  %LArgument muet %qs avec INTENT(IN) dans le contexte de dÃ©finition de variable (%s) Ã  %LFanion fictif. Ceci est la sÃ©lection par dÃ©faut Ã  moins que des commutateurs FPX soient explicitement fournis.La procÃ©dure muette %qs Ã  %C ne peut pas avoir une interface gÃ©nÃ©riqueLa procÃ©dure muette %qs Ã  %L ne sera point Ã©lÃ©mentaleLa procÃ©dure muette %qs n'est pas permise dans la procÃ©dure Ã©lÃ©mentale %qs Ã  %LLa procÃ©dure muette %qs d'une procÃ©dure PURE Ã  %L doit aussi Ãªtre PURELa procÃ©dure muette Ã  %C ne peut pas avoir d'attribut BIND(C) avec NAMEVidanger les dÃ©clarations dans un fichier .decl.Vidanger les informations dÃ©taillÃ©es sur la reprÃ©sentation interne de GCC des emplacements du code source.Vidanger les Ã©tapes d'optimisation.Attribut %s dupliquÃ© Ã  %LAttribut %s spÃ©cifiÃ© en double Ã  %LSpÃ©cification de l'Ã©tiquette %s dupliquÃ©e Ã  %CSpÃ©cification %s dupliquÃ©e Ã  %CAttribut ASYNCHRONOUS spÃ©cifiÃ© en double Ã  %LAttribut AUTOMATIC spÃ©cifiÃ© en double Ã  %LL'attribut BIND est spÃ©cifiÃ© en double Ã  %LDEFERRED dupliquÃ© Ã  %CInstructions ELSE dupliquÃ©es Ã  %L et %CL'attribut EXTENDS est spÃ©cifiÃ© en double Ã  %LInstruction IMPLCIT NONE dupliquÃ©e Ã  %CSpÃ©cification NML dupliquÃ©e Ã  %CNON_OVERRIDABLE dupliquÃ© Ã  %CAttribut POINTER dupliquÃ© Ã  %CInstruction PRIVATE dupliquÃ©e Ã  %CAttribut PROTECTED spÃ©cifiÃ© en double Ã  %LAttribut SAVE spÃ©cifiÃ© en double Ã  %LInstruction SEQENCE dupliquÃ©e Ã  %CSpÃ©cificateur UNIT dupliquÃ© Ã  %CAttribut SAVE spÃ©cifiÃ© en double Ã  %LAttribut VOLATILE spÃ©cifiÃ© en double Ã  %LSpÃ©cificateurs d'accÃ¨s dupliquÃ©s Ã  %CArgument %qs dupliquÃ© Ã  %L pour l'intrinsÃ¨que %sSpÃ©cificateur de tableau dupliquÃ© pour le pointÃ© de type Cray Ã  %CÃ‰tiquette de construction %qs dupliquÃ©e Ã  %CSpÃ©cificateur de format dupliquÃ© Ã  %CNom %qs dupliquÃ© dans l'association Ã  %CÃ‰tiquette d'instruction %d dupliquÃ©e Ã  %L et %LSymbole %qs dupliquÃ© dans la liste d'arguments formels Ã  %CAvertir Ã  propos de types qui ne correspondent pas dans les dÃ©clarations globales durant l'optimisation lors de l'Ã©dition de liens.DRAP (Dynamic Realign Argument Pointer) n'est pas supportÃ© dans une routine de service d'interruption. Ceci peut Ãªtre contournÃ© en Ã©vitant les fonctions avec un retour agrÃ©gÃ©.Allouer dynamiquement les registres cc.SpÃ©cificateur E pas permis avec le descripteur g0E500 et FPR ne sont pas supportÃ©sEDGE_CROSSING incorrectement dÃ©fini au travers de la mÃªme sectionEDGE_CROSSING manquant au travers d'une frontiÃ¨re de sectionune arÃªte EH traverse une frontiÃ¨re de section dans le bb %iÃ©tiquette de la zone d'atterrissage du gestionnaire d'exceptions La fonction ELEMENTAL %qs Ã  %L doit avoir un rÃ©sultat scalaireLa procÃ©dure ELEMENTAL non INTRINSIC %qs n'est pas permise comme argument effectif Ã  %LLe prÃ©fixe ELEMENTAL dans l'interface MODULE PROCEDURE est manquant Ã  %LLe composant pointeur de procÃ©dure ELEMENTAL %qs n'est pas permis comme argument effectif Ã  %LL'instruction ELSE IF Ã  %C ne peut pas suivre une instruction ELSE Ã  %LL'instruction ELSEWHERE Ã  %C suit un ELSEWHERE prÃ©cÃ©dent qui n'est pas masquÃ©Instruction ELSEWHERE Ã  %C pas englobÃ©e dans un bloc WHEREENCODING= Ã  %C n'est pas permis en Fortran 95Instruction END au lieu de l'instruction %s Ã  %LL'Ã©tiquette END Ã  %C n'est pas permise dans l'instruction de sortieL'Ã©tiquette de la balise END %d Ã  %L n'est pas dÃ©finieENTRY %qs Ã  %L ne peut pas Ãªtre appelÃ© rÃ©cursivement car la fonction %qs n'est pas RECURSIVEENTRY %qs Ã  %L ne peut pas Ãªtre appelÃ© rÃ©cursivement car la sous-routine %qs n'est pas RECURSIVEENTRY %qs Ã  %L n'a pas de type IMPLICITLe rÃ©sultat de ENTRY %s ne peut pas Ãªtre un POINTER dans FUNCTION %s Ã  %LLe rÃ©sultat de ENTRY %s ne peut pas Ãªtre un tableau dans FUNCTION %s Ã  %LLe rÃ©sultat de ENTRY %s ne peut pas Ãªtre du type %s dans FUNCTION %s Ã  %LInstruction ENTRY Ã  %CL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans une procÃ©dure contenueL'instruction ENTRY Ã  %C ne peut apparaÃ®tre dans un BLOCK DATAL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans un bloc DERIVED TYPEL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans un bloc DOL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans un bloc FORALLL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans un MODULEL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans un PROGRAML'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans un bloc SELECTL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans un bloc STRUCTUREL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans un SUBMODULEL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans un bloc WHEREL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans un sous programme contenuL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans un bloc IF-THENL'instruction ENTRY Ã  %C ne peut pas apparaÃ®tre dans une INTERFACEENTRY_BLOCK a un nÅ“ud dans le langage intermÃ©diaire (IL) qui lui est associÃ©ENUM et ENUMERATOR Ã  %CLa dÃ©claration ENUM Ã  %C n'a aucun ENUMERATORInstruction de dÃ©finition ENUM attendue avant %CENUMERATOR %L pas initialisÃ© avec une expression entiÃ¨reL'Ã©tiquette de la balise EOR %d Ã  %L n'est pas dÃ©finieEQUIVALENCE Ã  %C requiert deux objets ou plusL'Ã©tiquette de la balise ERR %d Ã  %L n'est pas dÃ©finieERRMSG Ã  %LERRMSG Ã  %L est inutile sans la balise STATBalise ERRMSG Ã  %Lvariable ERRMSGL'argument ERRMSG= Ã  %L doit Ãªtre une variable CHARACTER scalaireInstruction ERROR STOP Ã  %CArchitecture ESA/390.Instruction EVENT POST Ã  %CInstruction EVENT WAIT Ã  %CL'argument EVENT Ã  %L pour l'intrinsÃ¨que EVENT_QUERY sera du type EVENT_TYPEL'instruction EXIT Ã  %C termine la boucle !$ACC LOOPL'instruction EXIT Ã  %C termine la boucle !$OMP DOInstruction EXIT sans nom de construction Â«Â doÂ Â» Ã  %CEXIT_BLOCK a un nÅ“ud dans le langage intermÃ©diaire (IL) qui lui est associÃ©EXTENDS Ã  %LL'attribut EXTERNAL est en conflit avec l'attribut FUNCTION dans %qs Ã  %LSoit aucun ou tous les objets dans l'ensemble EQUIVALENCE Ã  %L aura l'attribut PROTECTEDSoit aucune ou soit toutes les limites supÃ©rieurs doivent Ãªtre spÃ©cifiÃ©es Ã  %LL'Ã©lÃ©ment %d de l'argument effectif de RESHAPE Ã  %L ne peut pas Ãªtre nÃ©gatifL'Ã©lÃ©ment dans le constructeur du tableau %s Ã  %L est %sUn Ã©lÃ©ment d'un tableau de forme tacite ou pointeur est passÃ© Ã  l'argument tableau muet %qs Ã  %LFonction Ã©lÃ©mentaire comme expression d'initialisation avec des arguments non entiers/non caractÃ¨res Ã  %LÃ‰lÃ©ments avec la mÃªme valeur Ã  %L et %L dans l'indice de vecteur dans le contexte de dÃ©finition de variable (%s)Ã‰liminer les appels de fonctions multiples aussi pour les fonctions impures.Produire les Ã©tiquettes .gnu_attribute.Produire des relocalisations 16 bits vers les zones de petites donnÃ©es.Produire des relocalisations 32 bits vers les zones de petites donnÃ©es.Produire les supplÃ©ments DWARF au delÃ  de la version sÃ©lectionnÃ©e.Produire du code conforme Ã  IEEE, sans exceptions inexactes.Produire les informations du graphe d'appel.Produire des vÃ©rifications qui entraÃ®nent l'exÃ©cution des instructions Â«Â break 8Â Â» quand des fonctions atomiques intÃ©grÃ©es sont appliquÃ©es Ã  une mÃ©moire mal alignÃ©e.Produire du code pour l'extension octets/mots de l'ISA.Produire du code pour l'extension de comptage de l'ISA.Produire du code pour l'extension de dÃ©placements en virgule flottante et la racine carrÃ©e de l'ISA.Produire du code pour l'extension vidÃ©o de l'ISA.Produire du code utilisant des directives de relocalisations explicites.Produire les symboles communs comme des symboles faibles.Produire des annotations de dÃ©bogage pendant le prÃ©-traitement.Produire les informations de dÃ©bogage relatives Ã  l'Ã©tape d'analyse d'Ã©chappement quand l'option -fgo-optimize-allocs est active.Produire des branchements directs vers les fonctions locales.Ã‰mettre des erreurs quand des relocalisations Ã  l'exÃ©cution sont gÃ©nÃ©rÃ©es.GÃ©nÃ©rer du code supplÃ©mentaire dans le prologue de la fonction pour intercepter si la taille de la pile dÃ©passe la limite donnÃ©e.Produire les prologues des fonctions uniquement devant les parties qui en ont besoin au lieu de les produire au dÃ©but des fonctions.Produire des appels de fonctions en utilisant la table de dÃ©calage globale lors de la gÃ©nÃ©ration de code indÃ©pendant de la position (PIC).Produire des instanciations implicites pour des patrons en ligne.Produire des instanciations implicites pour les patrons.Produire des branchements indirects vers les fonctions locales.GÃ©nÃ©rer des sÃ©quences longues de chargement/stockage.Ã‰mettre un appel au compteur de profilage avant le prologue lors de l'entrÃ©e dans une fonction.Produire rdval au lieu de rduniq pour le pointeur de thread.Produire les variables constantes statiques mÃªme si elles ne sont pas utilisÃ©es.Produire des bits de stop avant et aprÃ¨s les asms Ã©tendues volatiles.Produire des dÃ©routements sous forme de Â«Â break 8Â Â». C'est le comportement par dÃ©faut pour CRIS v3 et supÃ©rieurs.  Si dÃ©sactivÃ©, des appels Ã  abort() sont utilisÃ©s.Produire des informations verbeuses de mise au point dans le code assemblÃ©.Ã‰mettre des avertissements quand des relocalisations Ã  l'exÃ©cution sont gÃ©nÃ©rÃ©es.FINAL vide Ã  %CInstruction IMPLICIT vide Ã  %CLe constructeur de tableau vide Ã  %C n'est pas permisListe d'initialisation vide dans l'ancien style Ã  %CEnsemble de chiffres vide dans la constante BOZ Ã  %CActiver les alternatives Ã  l'instruction Â«Â qÂ Â».Activer l'instruction de l'extension du compteur d'horodatage 64 bits.Activer le support pour les dÃ©sallocations avec taille connue du C++14.Activer les tables CFI via les directives de l'assembleur GAS.Activer Cilk Plus.Activer les attributs STATIC et AUTOMATIC du style DEC.Activer DIV, DIVU.Activer les instructions DIV-REM du ARCv2.Activer les extensions DSP 3.1 Pack A.Activer les infos DWARF de dÃ©bogage des lignes via GNU as.Activer les instructions Ã  double et simple opÃ©rande pour la tÃ©lÃ©phonie.Activer l'Ã©limination redondante totale (Full Redundancy Elimination) sur les arbres.Activer le mode PIC avec descripteurs de fonctions.Activer la transformation d'identitÃ© Graphite.Activer la bibliothÃ¨que partagÃ©e basÃ©e sur un ID.Activer les virgules flottantes IEEE 128 bits via le mot clÃ© __float128.Activer l'allocation de registres locaux.Activer l'extension conditionnelle de chargement/stockage avec verrou.Activer les instructions MUL.Activer les instructions MUL.X et UMUL.X.Activer les instructions MULX, supposer qu'il y a une logique de dÃ©calage rapide.Autoriser la syntaxe d'exception et de synchronisation de Objective-C.Activer la gestion des exceptions Objective-C en utilisant setjmp Ã  l'exÃ©cution.Activer OpenACC.Activer OpenMP (implique -frecursive en Fortran).Activer les directives SIMD de OpenMP.Activer le support PIC pour construire des bibliothÃ¨ques.Activer les extensions de langage PlanÂ 9.Activer la gestion de la contrainte Rcq. La plupart des gÃ©nÃ©rations de code court dÃ©pend de ceci.Activer la gestion de la contrainte Rcw. ccfsm condexec dÃ©pend principalement de ceci.Activer le support et l'utilisation des instructions Lire-Modifier-Ã‰crire (Read-Modify-Write).Activer la coalescence SSA sur les variables utilisateur.Activer la descente du code SSA sur les arbres.Activer l'optimisation de l'Ã©limination du code mort SSA sur les arbres.Activer les optimisations SSA-BIT-CCP sur les arbres.Activer les optimisations SSA-CCP sur les arbres.Activer l'optimisation SSA-PRE sur les arbres.Activer le code de pistage du TPF-OS.Activer l'extension XY Memory (DSP version 3).Activer l'alignement des blocs COMMON.Activer tous les avertissements -Wunused-.Activer toutes les extensions du langage DEC.Activer toutes les vidanges des informations d'optimisation sur stderr.Activer une Ã©tape d'optimisation sur de petits segments de code (peephole) par RTL avant sched2.Autoriser ASan Ã  protÃ©ger les fonctions intÃ©grÃ©es.Autoriser la dÃ©tection par ASan des bogues d'utilisation aprÃ¨s retour.Autoriser ASan Ã  protÃ©ger les globales.Autoriser ASan Ã  protÃ©ger les opÃ©rations de chargement.Autoriser ASan Ã  protÃ©ger la pile.Autoriser ASan Ã  protÃ©ger les opÃ©rations d'Ã©criture.Activer la relaxation de l'assembleur et de l'Ã©diteur de liens. ActivÃ© par dÃ©faut Ã  -Os.Activer les instructions atomiques.Activer l'instanciation automatique de patron.Activer le dÃ©bogage par un backend.Activer la propagation vers le haut des propriÃ©tÃ©s d'utilisation au niveau SSA.Activer les instructions Barrel Shift.Activer la vectorisation des blocs de base (SLP) sur les arbres.Autoriser le code de profilage de base du programme.Activer bbit peephole2.Activer le contournement de la cache pour les rÃ©fÃ©rences volatiles.Activer les instructions de densitÃ© de code du ARCv2.Activer la sortie du code hors des boucles.Activer les options communes pour la gÃ©nÃ©ration d'informations de profilage pour l'optimisation directe Ã  partir des donnÃ©es collectÃ©es par le profilage et dÃ©finir -fprofile-dir=.Activer les options communes pour la gÃ©nÃ©ration d'informations de profilage pour l'optimisation directe Ã  partir des donnÃ©es collectÃ©es par le profilage.Activer les options communes pour rÃ©aliser une optimisation directe Ã  partir des informations recueillies par le profilage et dÃ©finir -fprofile-dir=.Activer les options communes pour rÃ©aliser une optimisation directe Ã  partir des informations recueillies par le profilage.Activer le motif casesi compact.Activer l'Ã©limination conditionnelle du code mort pour les appels internes.Activer l'exÃ©cution conditionnelle autre que moves/scc.Activer les dÃ©placements conditionnels.Activer la fonctionnalitÃ© constructeur/destructeur.Activer la propagation par copie des informations sur l'Ã©volution scalaire.Activer la propagation de copie sur les arbres.Autoriser la correction des inconsistances dans le flux d'entrÃ©e du profil.Activer le fuzzing (test avec des donnÃ©es alÃ©atoires) guidÃ© par la couverture du code. Cette option insÃ¨re un appel Ã  __sanitizer_cov_trace_pc dans chaque bloc de base.Activer l'Ã©limination des stockages morts.Activer la sortie de dÃ©bogage.Activer le support matÃ©riel pour les nombres dÃ©cimaux en virgule flottante.Activer les conversions par dÃ©faut entre __float128 et long double.Activer les instructions de division et de modulo.Activer l'optimisation des dominateurs.Activer les instructions de chargement/stockage double pour ARC HS.Activer l'extension dual viterbi butterfly.Activer l'insertion plus tÃ´t de bits de stop pour un meilleur ordonnancement.Activer le traitement des exceptions.Activer la propagation vers l'avant sur les arbres.Activer les optimisations de premiÃ¨re ligne.Autoriser le profilage des fonctions.Activer la rÃ©organisation des fonctions qui amÃ©liore le placement du code.Activer le ramasse-miettes (Garbage Collection) dans les programmes Objective-C/Objective-C++.Activer la gÃ©nÃ©ration d'instructions SIMD ARC via des fonctions intrinsÃ¨ques spÃ©cifiques Ã  la cible.Activer la gÃ©nÃ©ration des instructions BMX du R2.Activer la gÃ©nÃ©ration des instructions CDX du R2.Activer l'estimation des probabilitÃ©s de branchement.Activer l'unitÃ© matÃ©rielle en virgule flottante.Activer la sortie de chargements adjacents hors d'une boucle pour encourager la gÃ©nÃ©ration d'instructions de dÃ©placements conditionnels.Activer la sortie hors des boucles des chargements par des pointeurs conditionnels.Activer les entrÃ©es et sorties de la reprÃ©sentation Graphite.Activer la vÃ©rification en ligne des rÃ©cepteurs nuls avec le moteur NeXT et la version 2 de l'ABI.Activer la mise en ligne de PLT dans les appels de fonctions.Activer la mise en ligne de fonctions dÃ©clarÃ©es Â«Â inlineÂ Â». Le dÃ©sactiver dÃ©sactive toutes les mises en ligne.Activer les variantes spÃ©cifiques au sous-type pour les fonctions intrinsÃ¨ques entiÃ¨res.Activer l'optimisation de l'alignement des Ã©tiquettes.Activer les intrinsÃ¨ques mathÃ©matiques historiques pour compatibilitÃ©.Activer les optimisations durant l'Ã©dition de liens.Activer les optimisations par l'Ã©diteur de liens.Activer la relÃ¢che par l'Ã©diteur de liens.Autoriser la relÃ¢che de l'Ã©diteur de liens.Activer la relÃ¢che par l'Ã©diteur de liens.Activer la liaison entre load/store.Activer la distribution des boucles pour les motifs transformÃ©s en appels de bibliothÃ¨que.Activer la distribution des boucles sur les arbres.Activer la vectorisation de l'Ã©pilogue d'une boucle en utilisant une taille de vecteur plus petite.Activer la copie des en-tÃªtes de boucles sur les arbres.Activer les mouvements invariants de boucles sur les arbres.Activer les transformations de boucles imbriquÃ©es.  Identique Ã  -floop-nest-optimize.Activer les optimisations de boucles au niveau de l'arbre.Activer la vectorisation des boucles sur les arbres.Activer lra.Activer les optimisations sur de petits segments de code (peephole) spÃ©cifiques Ã  la machine.Activer la plupart des messages d'avertissement.Activer le support multicÅ“ur.Activer les instructions de multiplications.Activer les optimisations de l'exÃ©cution de conditions imbriquÃ©es.Activer l'optimisation de && et || dans les exÃ©cutions conditionnelles.Activer l'analyse de GIMPLE.Activer l'utilisation du prÃ©-rechargement du motif cbranchsi.Activer le prÃ©-traitement.Activer la validation des limites pendant la compilation.Activer la rÃ©association au niveau de l'arbre.Activer l'ordonnancement des insns sensible Ã  la pression sur les registres.Activer la relaxe dans l'assembleur.Activer l'ordonnancement Ã  travers les blocs de base.Activer des segments de donnÃ©es sÃ©parÃ©s.Activer le stockage des rÃ©sultats des comparaisons dans les GPR.Activer les instructions d'extension de signe.Activer le placement de petits entiers dans les registres VSX.Autoriser la scission des chargements d'immÃ©diats sur 32 bits en partie basse / haute.Autoriser le sondage de la pile.Activer la vÃ©rification stricte du retour d'une structure selon l'ABI 32 bits spÃ©cifique au processeur.Activer l'optimisation des longueurs de chaÃ®nes sur les arbres.Activer le support pour les concepts du C++.Activer le support pour les STRUCTURE/RECORD DEC.Activer le support pour la mÃ©moire transactionnelle GNU.Activer le support de l'ABI du RH850. Ceci est l'option par dÃ©faut.Activer le support pour l'ancienne ABI de GCC.Activer l'instruction de l'extension d'inversion de l'ordre des octets.Activer la fusion des appels en fin de fonction (tail call) sur les arbres.Activer l'heuristique du chemin critique dans l'ordonnanceur.Activer l'heuristique du dÃ©compte des dÃ©pendances dans l'ordonnanceur.Activer l'approximation de la division.  Activer cette option rÃ©duit la prÃ©cision des rÃ©sultats de la division Ã  16 bits en simple prÃ©cision et 32 bits en double prÃ©cision.Activer l'heuristique de groupe dans l'ordonnanceur.Activer l'heuristique de la derniÃ¨re instruction dans l'ordonnancement.Activer l'optimisation de boucles imbriquÃ©es.Activer le mode normal.Activer l'heuristique de rang dans l'ordonnanceur.Activer l'approximation de l'inverse de la racine carrÃ©e.  Activer cette option rÃ©duit la prÃ©cision des rÃ©sultats de l'inverse de la racine carrÃ©e Ã  16 bits en simple prÃ©cision et 32 bits en double prÃ©cision.Activer l'heuristique des instructions spÃ©culatives dans l'ordonnanceur.Activer l'approximation de la racine carrÃ©e.  Activer cette option rÃ©duit la prÃ©cision des rÃ©sultats de la racine carrÃ©e Ã  16 bits en simple prÃ©cision et 32 bits en double prÃ©cision. Si activÃ©e, elle implique -mlow-precision-recip-sqrt.Activer l'utilisation de registres 64 bits en virgule flottante dans les instructions fmov. Voyez -mdalign si un alignement 64 bits est requis.Activer l'utilisation des instructions FPU du RX.  Ceci est la valeur par dÃ©faut.Activer l'utilisation des chargements indexÃ©s.Activer l'utilisation de prÃ©/post modifications avec un dÃ©placement sur le registre.Activer l'utilisation de l'allocateur de registre LRA.Activer l'utilisation de l'instruction fsca.Activer l'utilisation de l'instruction fsrra.Activer l'utilisation de la vieille ABI dÃ©fectueuse oÃ¹ tous les arguments des fonctions empilÃ©es sont alignÃ©s sur 32 bits.Activer l'utilisation d'instructions courtes de chargement.Activer l'utilisation de l'ABI RX standard oÃ¹ tous les arguments des fonctions empilÃ©es sont alignÃ©s naturellement. C'est l'option par dÃ©faut.Activer l'extension du langage vecteur z qui fourni la macro sensible au contexte Â«Â vectorÂ Â» et activer les fonctions internes dans le style Altivec dans vecintrin.h.Activer le prÃ©-traitement traditionnel.Activer les accÃ¨s sur des mots et demi-mots non alignÃ©s aux donnÃ©es compactÃ©es.Activer l'utilisation de GPREL pour les donnÃ©es en lecture seule dans FDPIC.Activer l'utilisation des opÃ©rations de bits du NPS400.Activer l'utilisation de l'extension xld/xst du NPS400.Activer l'utilisation de POST_INC / POST_DEC.Activer l'utilisation de POST_MODIFY.Activer l'utilisation des registres simple prÃ©cision avec un numÃ©ro impair.Activer l'utilisation de sdata/scommon/sbss.Activer les instructions dÃ©finies par l'utilisateur.Activer l'utilisation des instructions en virgule flottante IEEE 128 bits.Activer les instructions de boucle du v850e3v5.Activer l'extension CRC Ã  polynÃ´me variable.Activer la vectorisation sur les arbres.Activer la sortie en mode bavard.Activer le contournement du seul errata du processeur AT697F (qui correspond Ã  l'errata #13 du processeur AT697E).Activer les contournements des erratas du processeur UT699.Activer/DÃ©sactiver l'ordonnancement traditionnel dans les boucles qui sont dÃ©jÃ  passÃ©es par l'ordonnancement modulo.Activer/dÃ©sactiver l'adressage relatif Ã  GP.Autoriser les bibliothÃ¨ques partagÃ©es basÃ©es sur un ID.Activer le mode de donnÃ©es indÃ©pendantes de la position (PID=Position Independent Data).Activer ou dÃ©sactiver l'utilisation des instructions SMOVF, SMOVB, SMOVU, SUNTIL, SWHILE et RMPA. Elles sont activÃ©es par dÃ©faut.Activer le modÃ¨le de coÃ»t du vectoriseur dynamique. PrÃ©servÃ© pour rÃ©tro-compatibilitÃ©.Activer la vidange verbeuse du modÃ¨le de coÃ»t dans les fichiers de vidange de dÃ©bogage.Encoder les instructions SSE avec le prÃ©fixe VEX.Expression de fin dans la boucle DOLa fin de l'instruction DO non bloc Ã  %C est enchevÃªtrÃ©e dans une autre boucle DOLa fin de l'instruction DO non bloc Ã  %C est Ã  l'intÃ©rieur d'un autre blocFin de l'initialisation du scalaire attendue Ã  %CFin de la liste de recherche.
  Faire respecter la sÃ©mantique du contrÃ´le d'accÃ¨s Ã  un membre de classe.L'entitÃ© %qs Ã  %L a un paramÃ¨tre de type diffÃ©rÃ© et requiert soit l'attribut POINTER ou ALLOCATABLEL'entitÃ© %qs Ã  %L est dÃ©jÃ  prÃ©sente dans l'interfaceL'entitÃ© avec une longueur de caractÃ¨re tacite Ã  %L doit Ãªtre un argument muet ou un PARAMETERLa valeur de l'enum n'est pas CONST_DECL ou INTEGER_CSTLe nom de la valeur de l'enum n'est pas IDENTIFIER_NODELe type de la valeur de l'enum n'est pas INTEGER_TYPE et n'est pas convertible en l'enumL'Ã©numÃ©rateur excÃ¨de le type entier du C Ã  %CL'Ã©quivalence pour %qs ne correspond pas Ã  l'ordre du COMMON %qs Ã  %LÃ‰quivalent Ã  -mgpopt=local.Ã‰quivalent Ã  -mgpopt=none.La variable errmsg Ã  %L doit Ãªtre une variable CHARACTER scalaireLa variable errmsg Ã  %L ne sera point qualifiÃ©e par %s dans la mÃªme instruction %sErreurErreur lors de la conversion de la constante PARAMETER dans la constante complexe Ã  %CErreur de conversion de l'entierErreur dans l'initialisation du pointeur Ã  %CErreur dans la spÃ©cification de type Ã  %LErreur en Ã©crivant dans le fichier module %qs: %sErreur en Ã©crivant le fichier des modules: %sErreur dâ€™Ã©criture du fichier de sortie Â«Â %sÂ Â»
  Ã‰valuation d'une expression d'initialisation non standard Ã  %LÃ‰vÃ©nementL'argument variable d'Ã©vÃ©nement Ã  %L doit Ãªtre un co-tableau mais pas co-indexÃ©L'argument variable d'Ã©vÃ©nement Ã  %L doit Ãªtre un co-tableau ou co-indexÃ©La variable d'Ã©vÃ©nement Ã  %L doit Ãªtre un scalaire de type EVENT_TYPELa condition de sortie de la boucle DO WHILE Ã  %L doit Ãªtre une expression LOGICAL scalaireArrÃªter Ã  la premiÃ¨re erreur rencontrÃ©e.Remplacer les divisions entiÃ¨res sur 32 ou 64 bits par des divisions sur 8 bits non signÃ©es avec vÃ©rification Ã  l'exÃ©cution.DÃ©velopper adddi3 et subdi3 lors de la gÃ©nÃ©ration du rtl en add.f / adc etc.Â«Â )Â Â» attendue Ã  %CÂ«Â ,Â Â» attendu Ã  %C%<(%> attendu Ã  %C%<)%> ou %<,%> attendue Ã  %C%<,%> attendu Ã  %C%<,%> ou fin d'instruction attendue Ã  %C%<::%> attendu aprÃ¨s les attributs de liaison Ã  %C%<::%> attendu Ã  %C%<=>%> attendu Ã  %C%<END INTERFACE ASSIGNMENT (=)%> attendu Ã  %CÂ«Â *Â Â» attendu dans la spÃ©cification du co-index dans l'instruction ALLOCATE Ã  %L:: attendu dans la dÃ©finition de TYPE Ã  %CSigne = attendu dans l'instruction PARAMETER Ã  %CBoucle DO attendue Ã  %CDescripteur d'Ã©dition P attenduSymbole PARAMETER attendu dans la constante complexe Ã  %CArgument SHAPE inattendu pour C_F_POINTER avec FPTR tableau Ã  %LUne instruction TYPE IS, CLASS IS ou END SELECT est attendue Ã  la suite de SELECT TYPE Ã  %CUne instruction CASE ou END SELECT est attendue Ã  la suite de SELECT CASE Ã  %CInterface sans nom attendue Ã  %CProcÃ©dure attendue pour l'argument %qs Ã  %LPointeur de procÃ©dure attendu pour l'argument %qs Ã  %LUne parenthÃ¨se droite est attendue dans l'expression Ã  %CValeur de pas attendue dans l'itÃ©rateur Ã  %CSpÃ©cificateur d'accÃ¨s attendu Ã  %CÃ‰tiquette de retour alternatif attendue Ã  %CUne expression d'initialisation est attendue Ã  %CUne autre dimension est attendue dans la dÃ©claration de tableau Ã  %CListe d'arguments attendue Ã  %CIndice de tableau attendu Ã  %CLongueur de pas d'indice de tableau attendu Ã  %CAssociation attendue Ã  %CListe d'association attendue Ã  %CNom de bit d'attribut attenduAttribut de liaison attendu Ã  %CNom de liaison attendu Ã  %CCible de liaison attendue aprÃ¨s %<=>%> Ã  %CNom de bloc %qs attendu pour la construction SELECT Ã  %COn attendait le nom du bloc de %qs dans l'instruction %s Ã  %LSpÃ©cification de limites attendue pour %qs Ã  %LVariable co-tableau attendue comme argument %qs de l'intrinsÃ¨que %s Ã  %LVirgule attendue dans la liste des E/S Ã  %CRÃ©fÃ©rence Ã  un composant attendue Ã  %CDonnÃ©e constante attendue aprÃ¨s le spÃ©cificateur de rÃ©pÃ©tition Ã  %CListe d'entitÃ©s attendue dans l'instruction AUTOMATIC Ã  %CListe d'entitÃ©s attendue dans l'instruction STATIC Ã  %CExposant attendu dans l'expression Ã  %CExpression attendue Ã  %C dans l'instruction PARAMETERExpression attendue dans l'instruction %s Ã  %CExpression attendue dans la spÃ©cification de tableau Ã  %CType d'expression attendueListe d'arguments formels attendue dans la dÃ©finition de la fonction Ã  %CNom gÃ©nÃ©rique ou descripteur d'opÃ©rateur attendu Ã  %CExpression d'initialisation attendue Ã  %CExpression d'initialisation attendue dans CASE Ã  %CEntier attenduChaÃ®ne contenant un entier attendueOn attendait l'Ã©tiquette %qs pour l'instruction %s Ã  %CParenthÃ¨se gauche attendueNom de procÃ©dure de module attendu Ã  %CNom attenduChaÃ®ne contenant un rÃ©el attendueParenthÃ¨se droite attendueExpression d'initialisation d'un scalaire attendue Ã  %CNom de liaison spÃ©cifique attendu Ã  %CChaÃ®ne attendueNom de composant de structure attendu Ã  %CComposant de structure ou nom d'opÃ©rateur attendu aprÃ¨s Â«Â .Â Â» Ã  %COn attendait un nom de terminaison Ã  %CProcÃ©dure liÃ©e Ã  un type ou composant pointeur de procÃ©dure attendu Ã  %CVariable attendue dans l'instruction READ Ã  %CNom de variable attendu Ã  %CNom de variable attendu Ã  %C dans l'instruction PARAMETER%<END INTERFACE %s%> attendu Ã  %C%<END INTERFACE OPERATOR (%s)%> attendu Ã  %C%<END INTERFACE OPERATOR (%s)%> attendu Ã  %C mais on a eu %qs%<END INTERFACE OPERATOR (.%s.)%> attendu Ã  %C%s attendu Ã  %COn attendait l'instruction %s Ã  %LUne virgule est attendue dans EQUIVALENCE Ã  %CExpression INTEGER scalaire attendue Ã  %C, %s trouvÃ©Liste d'entitÃ©s nommÃ©es attendue Ã  %CExpliquer ce qui rentre en considÃ©ration dans l'alignement pour conduire Ã  la dÃ©cision de rendre une insn courte ou longue.Interface explicite requise pour %qs Ã  %L: %sInterface explicite requise pour le composant %qs Ã  %L: %sExporter les fonctions mÃªme si elles peuvent Ãªtre mises en ligne.L'expression Ã  %L doit Ãªtre une constante dans ce contexteL'expression Ã  %L doit Ãªtre du type INTEGER et non %sL'expression Ã  %L doit Ãªtre un scalaireL'expression dans le sÃ©lecteur CASE Ã  %L ne peut pas Ãªtre %sL'expression dans l'instruction CASE Ã  %L n'est pas dans la plage de %sL'expression dans l'instruction CASE Ã  %L doit Ãªtre du sous-type %dL'expression dans l'instruction CASE Ã  %L doit Ãªtre du type %sL'expression dans l'instruction CASE Ã  %L doit Ãªtre scalaireExtension: Le spÃ©cificateur %s dans l'instruction %s Ã  %C a la valeur %qsExtension: Conversion de %s vers %s Ã  %LExtension: Argument effectif scalaire du sous-type pas par dÃ©faut, du sous-type non C_CHAR avec un argument muet tableau %qs Ã  %LExtension: OpÃ©rateur unaire qui suit un opÃ©rateur arithmÃ©tique (utilisez des parenthÃ¨ses) Ã  %CExtension: Largeur zÃ©ro aprÃ¨s le descripteur L Ã  %LExtension: caractÃ¨re barre oblique inversÃ©e Ã  %CExtension: lettre d'exposant %<q%> dans une constante littÃ©rale rÃ©elle Ã  %CL'externe %qs Ã  %L ne peut pas avoir une initialisationLa IO UNIT externe ne peut pas Ãªtre un tableau Ã  %LL'objet externe %qs Ã  %L ne peut pas avoir d'initialisationCaractÃ¨res superflus dans le format Ã  %LF2008: l'instruction IMPORT C1210 Ã  %C n'est pas permise dans le corps d'interface d'une procÃ©dure d'un moduleInstruction FAIL IMAGE Ã  %CArgument FAILED= pour NUM_IMAGES Ã  %LLa clause FINAL Ã  %L requiert une expression LOGICAL scalaireLa dÃ©claration FINAL Ã  %C doit Ãªtre Ã  l'intÃ©rieur de CONTAINSLa dÃ©claration FINAL Ã  %C doit Ãªtre Ã  l'intÃ©rieur d'une section CONTAINS du type dÃ©rivÃ©La procÃ©dure FINAL %qs Ã  %L n'est pas une SUBROUTINELa procÃ©dure FINAL %qs dÃ©clarÃ©e Ã  %L a le mÃªme rang (%d) que %qsLa procÃ©dure FINAL Ã  %L doit avoir exactement un argumentDÃ©claration de procÃ©dure FINAL Ã  %CInstruction FLUSH Ã  %CL'expression de fin de FORALL Ã  %L doit Ãªtre un INTEGER scalaireL'index %qs de FORALL ne peut pas apparaÃ®tre dans une spÃ©cification de triplet Ã  %LLe nom d'index FORALL Ã  %L doit Ãªtre un INTEGER scalaireLe nom d'index de FORALL Ã  %L doit Ãªtre une variable scalaire de type entierLa clause de masque FORALL Ã  %L requiert une expression scalaire LOGICALL'expression de dÃ©part de FORALL Ã  %L doit Ãªtre un INTEGER scalaireL'expression de pas de FORALL Ã  %L ne peut pas Ãªtre zÃ©roL'expression de pas de FORALL Ã  %L doit Ãªtre un %s scalaireL'Ã©tiquette FORMAT %d Ã  %L n'est pas dÃ©finieL'instruction FORMAT Ã  %C ne peut pas apparaÃ®tre dans une INTERFACEL'instruction FORMAT Ã  %L n'a pas d'Ã©tiquette d'instructionL'Ã©tiquette du FORMAT Ã  %L doit Ãªtre du type CHARACTER ou INTEGER du sous-type par dÃ©fautLes exceptions FP sont activÃ©es.L'argument FPTR Ã  %L pour C_F_POINTER ne sera point polymorphiqueles options FPX Â«Â fastÂ Â» et Â«Â compactÂ Â» ne peuvent pas Ãªtre spÃ©cifiÃ©es ensembleFPX: Activer les extensions en virgule flottante double prÃ©cision du processeur ARC Argonaut.FPX: GÃ©nÃ©rer des instructions FPX (compacte) en double prÃ©cision.FPX: GÃ©nÃ©rer des instructions FPX (rapide) en double prÃ©cision.FPX: GÃ©nÃ©rer des instructions FPX (compacte) en simple prÃ©cision.FPX: GÃ©nÃ©rer des instructions FPX (rapide) en simple prÃ©cision.Le rÃ©sultat de FUNCTION %s ne peut pas Ãªtre un POINTER dans FUNCTION %s Ã  %LLe rÃ©sultat de FUNCTION %s ne peut pas Ãªtre un tableau dans FUNCTION %s Ã  %LLe rÃ©sultat de FUNCTION %s ne peut pas Ãªtre du type %s dans FUNCTION %s Ã  %LFactoriser les constructeurs et destructeurs complexes pour favoriser l'espace par rapport Ã  la vitesse.Ã‰chec lors de la crÃ©ation du type structure Â«Â %sÂ Â» Ã  %CÃ‰chec en rÃ©cupÃ©rant la longueur d'un tableau constant.Erreur fataleLe fichier %qs ouvert Ã  %C n'est pas un fichier module GNU FortranContrÃ´le fin des fonctionnalitÃ©s d'ajustement.Le premier argument de l'affectation dÃ©finie Ã  %L doit Ãªtre INTENT(OUT) ou INTENT(INOUT)Le premier argument de l'interface opÃ©rateur Ã  %L ne peut pas Ãªtre optionnelLe premier argument de l'interface de l'opÃ©rateur Ã  %L doit Ãªtre INTENT(IN)Le premier ou le dernier argument intrinsÃ¨que de !$OMP ATOMIC doit Ãªtre %qs Ã  %LCorrigez le calcul de min_intLa longueur de ligne fixe doit Ãªtre au moins septLe fanion %<-fmax-stack-var-size=%d%> Ã©crase %<-frecursive%> impliquÃ© par %<-fopenmp%>Le fanion %<-fno-automatic%> Ã©crase %<-fmax-stack-var-size=%d%>Le fanion %<-fno-automatic%> Ã©crase %<-frecursive%>Le fanion %<-fno-automatic%> Ã©crase %<-frecursive%> impliquÃ© par %<-fopenmp%>Le fanion %<-frecursive%> Ã©crase %<-fmax-stack-var-size=%d%>Nom de la configuration des instructions personnalisÃ©es en virgule flottante.L'unitÃ© en virgule flottante ne supporte pas la division et la racine carrÃ©e.Suivre les conventions d'appels du SuperH de Renesas (anciennement Hitachi).Suivre les exigences du C++17 concernant l'ordre d'Ã©valuation des expressions d'affectations, des dÃ©calages, des appels aux fonctions membres, etc.Suivre les prescriptions pour l'Ã©dition de liens de l'EABI.Pour la procÃ©dure muette %s, aucun nom de liaison est autorisÃ© dans BIND(C) Ã  %CPour les bibliothÃ¨ques intrinsÃ¨ques : passer tous les paramÃ¨tres dans des registres.Activer la permission d'exÃ©cution sur la pile pour les fonctions imbriquÃ©es.Pour les cibles qui requiÃ¨rent normalement des trampolines pour les fonctions imbriquÃ©es, toujours les gÃ©nÃ©rer au lieu d'utiliser des descripteurs.Forcer la sortie en assembleur Ã  toujours utiliser des constantes en hexadÃ©cimal.Forcer les accÃ¨s aux champs de bits Ã  correspondre Ã  la largeur de leur type.Forcer la crÃ©ation d'un temporaire pour tester du code Â«Â forallÂ Â» peu frÃ©quemment exÃ©cutÃ©.Forcer les fonctions Ã  Ãªtre alignÃ©es sur une frontiÃ¨re de 4 octets.Forcer le type sous-jacent de Â«Â wchar_tÂ Â» Ã  Ãªtre Â«Â unsigned shortÂ Â».Forcer l'utilisation de crÃ©neaux de retard (delay slots) pour les branchements conditionnels.Forcer le contrÃ´leur de limites des pointeurs Ã  traiter tous les tableaux Ã  la fin des structures comme Ã©tant peut-Ãªtre flexibles. Par dÃ©faut, seuls les tableaux avec une longueur zÃ©ro ou qui sont marquÃ©s avec l'attribut bnd_variable_size sont traitÃ©s comme Ã©tant flexibles.Forcer le contrÃ´leur de limites des pointeurs Ã  utiliser les limites du tableau le plus Ã  l'intÃ©rieur en cas d'accÃ¨s Ã  des tableaux statiques imbriquÃ©s. Par dÃ©faut, le tableau le plus Ã  l'extÃ©rieur est utilisÃ©.Forcer le contrÃ´leur de limites des pointeurs Ã  utiliser des limites Ã©troites pour l'adresse du premier champ d'une structure. Par dÃ©faut, un pointeur vers le premier champ a les mÃªmes limites qu'un pointeur vers la structure entiÃ¨re.Instruction de format dans le bloc principal du module Ã  %CFortran 2003: Le spÃ©cificateur %s dans l'instruction %s Ã  %C a la valeur %qsFortan 2003: SpÃ©cificateur de format DT interdit Ã  %CFortran 2003: Argument effectif scalaire CHARACTER avec un argument muet tableau %qs Ã  %LFonctionnalitÃ© Fortran 2008 obsolÃ¨teÂ :Fortran 2008: Le bloc COMMON %qs avec l'Ã©tiquette de liaison Ã  %L partage l'identificateur avec l'entitÃ© de bloc non COMMON globale Ã  %LFortran 2008: Argument effectif non pointeur Ã  %L vers le muet pointeur %qsFortran 2008: Pointeur null Ã  %L pour un muet non pointeur %qsFortran 2008: Fonctions pointeurs dans le contexte de la dÃ©finition de variable (%s) Ã  %LFortran 2008: Point-virgule Ã  %C sans instruction avant luiLe Fortran 95 exige un INTEGER par dÃ©faut dans la balise %s Ã  %LAucune liaison spÃ©cifique correspondante pour l'appel Ã  GENERIC %qs Ã  %LLa longueur de ligne libre doit Ãªtre au moins troisFonction %qs comme expression d'initialisation Ã  %LLa fonction %qs Ã  %L ne peut pas Ãªtre appelÃ©e rÃ©cursivement car elle n'est pas RECURSIVELa fonction %qs Ã  %L ne peut pas avoir une initialisationLa fonction %qs Ã  %L n'a pas de type IMPLICITLa fonction %qs Ã  %L est INTRINSIC mais elle est incompatible avec un intrinsÃ¨queLa fonction %qs Ã  %L doit Ãªtre PURELa fonction %qs dans l'expression d'initialisation Ã  %L doit Ãªtre une fonction intrinsÃ¨queLa fonction %qs est dÃ©clarÃ©e CHARACTER(*) et ne peut pas Ãªtre utilisÃ©e Ã  %L car elle n'est pas un argument muetLa fonction %qs requiert une liste d'arguments Ã  %CLa fonction %s Ã  %L a des entrÃ©es avec des spÃ©cifications de tableau non concordantesLa fonction %s Ã  %L a des entrÃ©es qui retournent des variables de longueurs de chaÃ®nes diffÃ©rentesLe nom de fonction %qs n'est pas permis Ã  %CLe rÃ©sultat de fonction %qs Ã  %L ne peut pas avoir une initialisationLe rÃ©sultat de la fonction %qs Ã  %L n'a pas de type IMPLICITLe rÃ©sultat %qs de la fonction Ã  %L est invalide comme argument X pour C_FUNLOCLe rÃ©sultat %qs de la fonction Ã  %L ne sera point un co-tableau et n'aura point un composant co-tableauLe rÃ©sultat de la fonction %qs est invalide comme cible de procÃ©dure dans l'affectation du pointeur de procÃ©dure Ã  %LAligner les dÃ©buts des fonctions sur une puissance de 2 de cette valeur.Les versions de fonctions ne peuvent pas Ãªtre marquÃ©es avec gnu_inline, des corps de fonctions doivent Ãªtre gÃ©nÃ©rÃ©sLes fonctions qui retournent des valeurs doivent Ãªtre terminÃ©es par des expressions de retour.Fusionner certaines opÃ©rations sur des entiers pour une meilleure performance sur un power8.Fusionner certaines opÃ©rations pour une meilleure performance sur un power9.Fusionner les rÃ©fÃ©rences Ã  la toc des modÃ¨les de code medium/large avec l'instruction mÃ©moire.GCC ne supporte pas les opÃ©rateurs avec des types entiers et des types en virgule fixe qui, ensemble, ont trop de bits entiers et fractionnelsGCC n'est pas configurÃ© pour supporter %s comme cible de dÃ©lestageGCC ne supporte que %u portÃ©es imbriquÃ©esvecteur GCC passÃ© par rÃ©fÃ©rence: extension ABI non standard sans aucune garantie de compatibilitÃ©vecteur GCC retournÃ© par rÃ©fÃ©rence: extension ABI non standard sans aucune garantie de compatibilitÃ©GCSE dÃ©sactivÃ©GENERIC %qs Ã  %L ne peut Ã©craser la liaison spÃ©cifique avec le mÃªme nomGENERIC %qs Ã  %L doit cibler une liaison spÃ©cifique, %qs est GENERIC aussiLe GENERIC Ã  %C doit Ãªtre Ã  l'intÃ©rieur du type dÃ©rivÃ© CONTAINSLiaison GENERIC Ã  %CLa procÃ©dure GENERIC %qs n'est pas permise comme argument effectif Ã  %LGMP version %s, MPFR version %s, MPC version %s, isl version %s
! GNUÂ C ne supporte plus -traditional sans -EExtension GNUÂ :GNU Objective C ne supporte plus la compilation traditionnelleL'instruction GOTO Ã  %L quitte une construction CRITICAL pour l'Ã©tiquette Ã  %LL'instruction GOTO Ã  %L quitte une construction DO CONCURRENT pour l'Ã©tiquette Ã  %LGÃ©nÃ©rer des instructions 16 bits.GÃ©nÃ©rer du code 16 bits pour i386.GÃ©nÃ©rer du code 32 bits.GÃ©nÃ©rer des dÃ©calages 32 bits dans les tables de Â«Â switchÂ Â».GÃ©nÃ©rer du code 32 bits pour i386.GÃ©nÃ©rer du code 32 bits pour x86-64.GÃ©nÃ©rer des instructions mac et multiplication 32Ã—16.GÃ©nÃ©rer du code 64 bits.GÃ©nÃ©rer du code 64 bits pour x86-64.GÃ©nÃ©rer des trames de pile conformes Ã  APCS.GÃ©nÃ©rer du code 32 bits ARCompact pour le processeur ARC600.GÃ©nÃ©rer du code 32 bits ARCompact pour le processeur ARC601.GÃ©nÃ©rer du code 32 bits ARCompact pour le processeur ARC700.GÃ©nÃ©rer des stubs dans le style AT&T pour Mach-O.GÃ©nÃ©rer les instructions AltiVec en utilisant un ordre des Ã©lÃ©ments gros-boutiste.GÃ©nÃ©rer les instructions AltiVec en utilisant un ordre des Ã©lÃ©ments petit-boutiste.GÃ©nÃ©rer les en-tÃªtes C des options spÃ©cifiques Ã  la plate-forme.GÃ©nÃ©rer du microcode pour le Cell.GÃ©nÃ©rer les sections DWARF pubnames et pubtypes avec les extensions GNU.GÃ©nÃ©rer les sections DWARF pubnames et pubtypes.GÃ©nÃ©rer du code FDPIC ELF.GÃ©nÃ©rer des instructions en arithmÃ©tique Ã©tendue. Actuellement, seules divaw, adds, subs et sat16 sont supportÃ©es.GÃ©nÃ©rer du code double prÃ©cision avec GFLOAT.GÃ©nÃ©rer du code H8/300H.GÃ©nÃ©rer du code H8S.GÃ©nÃ©rer du code H8S/S2600.GÃ©nÃ©rer du code H8SX.GÃ©nÃ©rer du code ILP32.GÃ©nÃ©rer des blocs IT (If-Then) appropriÃ©s pour ARMv8.GÃ©nÃ©rer du code LP64.GÃ©nÃ©rer du code pour MIPS16.GÃ©nÃ©rer du code pour un PA1.0.GÃ©nÃ©rer du code pour un PA1.1.GÃ©nÃ©rer du code pour un PA2.0 (nÃ©cessite binutils 2.10 ou supÃ©rieur).GÃ©nÃ©rer des instructions simples prÃ©cisions appariÃ©es (paired-single) du PPC750CL.GÃ©nÃ©rer des instructions SBIT et CBIT.GÃ©nÃ©rer du code SH1.GÃ©nÃ©rer du code SH2.GÃ©nÃ©rer du code pour un SH2a sans FPU.GÃ©nÃ©rer du code SH2e.GÃ©nÃ©rer du code SH3.GÃ©nÃ©rer du code SH3e.GÃ©nÃ©rer du code pour le SH4 sans FPU.GÃ©nÃ©rer du code SH4.GÃ©nÃ©rer du code pour le SH4-100 sans FPU.GÃ©nÃ©rer du code SH4-100.GÃ©nÃ©rer du code pour le SH4-200 sans FPU.GÃ©nÃ©rer du code SH4-200.GÃ©nÃ©rer du code pour le SH4-300 sans FPU.GÃ©nÃ©rer du code SH4-300.GÃ©nÃ©rer du code pour le SH4a sans FPU.GÃ©nÃ©rer du code SH4a.GÃ©nÃ©rer du code SH4al-dsp.GÃ©nÃ©rer des instructions SIMD SPE sur un E500.GÃ©nÃ©rer les instructions VRSAVE lors de la gÃ©nÃ©ration de code AltiVec.GÃ©nÃ©rer une section __mcount_loc avec tous des appels Ã  mcount ou __fentry__.GÃ©nÃ©rer une directive #line pointant sur le rÃ©pertoire de travail courant.GÃ©nÃ©rer un appel pour stopper l'application si une fonction qui ne devrait par retourner un rÃ©sultat retourne quand mÃªme un rÃ©sultat.GÃ©nÃ©rer un point de sortie unique pour chaque fonction.GÃ©nÃ©rer du code de passage de paramÃ¨tres agrÃ©gÃ©s avec, au plus, un alignement 64 bits.GÃ©nÃ©rer une sortie assembleur qui est compatible avec l'assembleur AS100 de Renesas. Ceci peut restreindre certaines capacitÃ©s du compilateur. Par dÃ©faut, une syntaxe compatible avec GAS est gÃ©nÃ©rÃ©e.GÃ©nÃ©rer des instructions auto-inc/dec.GÃ©nÃ©rer du code gros-boutiste.GÃ©nÃ©rer du code gros-boutiste.GÃ©nÃ©rer des instructions Â«Â bitÂ Â».GÃ©nÃ©rer du code pour passer les limites dans les appels.GÃ©nÃ©rer des stockages avec limites pour l'Ã©criture des pointeurs.GÃ©nÃ©rer des indices de branchement pour les branches.GÃ©nÃ©rer les insns d'appels comme appels directs.GÃ©nÃ©rer des insns d'appels comme appels indirects, si nÃ©cessaire.GÃ©nÃ©rer les insns d'appels comme appels indirects.GÃ©nÃ©rer des insns d'appels comme appels indirects aux registres.GÃ©nÃ©rer des contrÃ´les pour tous les accÃ¨s en lecture Ã  la mÃ©moire.GÃ©nÃ©rer des contrÃ´les pour tous les accÃ¨s en Ã©criture Ã  la mÃ©moire.GÃ©nÃ©rer l'instruction cld dans le prologue de fonctions.GÃ©nÃ©rer du code pour un adressage sur 18 bits.GÃ©nÃ©rer du code pour un adressage sur 32 bits.GÃ©nÃ©rer du code pour l'architecture CR16C.GÃ©nÃ©rer du code pour l'architecture CR16C+ (par dÃ©faut).GÃ©nÃ©rer du code pour GNU as.GÃ©nÃ©rer du code pour l'assembleur GNU (gas).GÃ©nÃ©rer du code pour GNU ld.GÃ©nÃ©rer du code pour l'environnement d'exÃ©cution GNU.GÃ©nÃ©rer le code pour l'environnement d'exÃ©cution NeXT (Apple Mac OS X).GÃ©nÃ©rer du code pour le dÃ©chargement vers OpenMP: active -msoft-stack et -muniform-simt.GÃ©nÃ©rer du code pour les processeurs de la sÃ©rie SH4 340 (sans MMU/FPU).GÃ©nÃ©rer du code pour les processeurs de la sÃ©rie SH4 400 (sans MMU/FPU).GÃ©nÃ©rer du code pour les processeurs de la sÃ©rie SH4 500 (sans FPU).GÃ©nÃ©rer du code pour l'Ã©tat Thumb.GÃ©nÃ©rer du code pour l'assembleur UNIX.GÃ©nÃ©rer du code pour une ABI 32 bits.GÃ©nÃ©rer du code pour un 5206e.GÃ©nÃ©rer du code pour un 520X.GÃ©nÃ©rer du code pour un 528x.GÃ©nÃ©rer du code pour un 5307.GÃ©nÃ©rer du code pour un 5407.GÃ©nÃ©rer du code pour une ABI 64 bits.GÃ©nÃ©rer du code pour un 68000.GÃ©nÃ©rer du code pour un 68010.GÃ©nÃ©rer du code pour un 68020.GÃ©nÃ©rer du code pour un 68030.GÃ©nÃ©rer du code pour un 68040 sans les nouvelles instructions.GÃ©nÃ©rer du code pour un 68040.GÃ©nÃ©rer du code pour un 68060 sans les nouvelles instructions.GÃ©nÃ©rer du code pour un 68060.GÃ©nÃ©rer du code pour un 68302.GÃ©nÃ©rer du code pour un 68332.GÃ©nÃ©rer du code pour un 68851.GÃ©nÃ©rer du code pour un ColdFire v4e.GÃ©nÃ©rer le code pour une DLL.GÃ©nÃ©rer du code pour un Fido A.GÃ©nÃ©rer du code pour un cpu32.GÃ©nÃ©rer du code pour un 11/10.GÃ©nÃ©rer du code pour un 11/40.GÃ©nÃ©rer du code pour un 11/45.GÃ©nÃ©rer du code pour des extensions Ã  charger dans le noyau de darwin.GÃ©nÃ©rer le code pour les fonctions mÃªme si elles sont complÃ¨tement mises en ligne.GÃ©nÃ©rer du code pour le processeur donnÃ©.GÃ©nÃ©rer le code pour la PLT dans la BSS d'un ancien exÃ©cutable.GÃ©nÃ©rer le code pour les fonctions statiques mÃªme si elles ne sont jamais appelÃ©es.GÃ©nÃ©rer du code pour la plateforme Android.GÃ©nÃ©rer du code pour M*Core M210GÃ©nÃ©rer du code pour M*Core M340GÃ©nÃ©rer du code pour le noyau ou pour des extensions Ã  charger dans le noyau.GÃ©nÃ©rer le code pour le mode superviseur (par dÃ©faut).GÃ©nÃ©rer le code pour le mode utilisateur.GÃ©nÃ©rer du code dans l'Ã©tat ARM 32 bits.GÃ©nÃ©rer du code en mode gros-boutiste.GÃ©nÃ©rer du code en mode gros-boutiste.GÃ©nÃ©rer du code en mode petit-boutiste.GÃ©nÃ©rer du code en mode petit-boutiste.GÃ©nÃ©rer du code adaptÃ© pour les exÃ©cutables (PAS pour les bibliothÃ¨ques partagÃ©es).GÃ©nÃ©rer du code adaptÃ© pour un dÃ©bogage avec cycle court.GÃ©nÃ©rer du code qui peut Ãªtre utilisÃ© avec des objets dynamiques dans le style SVR4.GÃ©nÃ©rer du code qui peut garder les Ã©tats locaux uniformes d'une avenue SIMD Ã  l'autre (SIMD lane)GÃ©nÃ©rer du code conforme Ã  l'ABI spÃ©cifique au processeur (psABI) du MCU Intel.GÃ©nÃ©rer du code conforme Ã  l'ABI spÃ©cifiÃ©e.GÃ©nÃ©rer du code qui est compatible lors de l'Ã©dition de liens avec du code MIPS16 et microMIPS.GÃ©nÃ©rer du code qui utilise les instructions en virgules flottantes du 68881.GÃ©nÃ©rer du code qui ne sera pas liÃ© avec une autre bibliothÃ¨que partagÃ©e par son ID mais qui pourra Ãªtre utilisÃ© comme bibliothÃ¨que partagÃ©e.GÃ©nÃ©rer du code pour vÃ©rifier les bornes avant d'indexer les tableaux.GÃ©nÃ©rer du code pour vÃ©rifier les spÃ©cifications des exceptions.GÃ©nÃ©rer du code pour utiliser une PLT (Procedure Linkage Table) et une GOT (Global Offsets Table) non exÃ©cutables.GÃ©nÃ©rer du code qui utilise les instructions en virgule flottante matÃ©rielles.GÃ©nÃ©rer du code qui n'utilise que des registres gÃ©nÃ©raux.GÃ©nÃ©rer du code avec des appels de bibliothÃ¨que pour la virgule flottante.GÃ©nÃ©rer du code sans registre GP.GÃ©nÃ©rer les objets CFString Ã  la compilation.GÃ©nÃ©rer des sections de dÃ©bogage compressÃ©es.GÃ©nÃ©rer des instructions de dÃ©placements conditionnels.GÃ©nÃ©rer les dÃ©finitions cpp pour les E/S d'un serveur.GÃ©nÃ©rer les dÃ©finitions cpp pour les E/S d'une station de travail.GÃ©nÃ©rer les informations de dÃ©bogage dans le format COFF.GÃ©nÃ©rer les informations de dÃ©bogage dans le format DWARF v2 (ou ultÃ©rieur).GÃ©nÃ©rer les informations de dÃ©bogage dans le format STABS.GÃ©nÃ©rer les informations de dÃ©bogage dans le format VMS.GÃ©nÃ©rer les informations de dÃ©bogage dans le format XCOFF.GÃ©nÃ©rer les informations de dÃ©bogage dans le format Ã©tendu par dÃ©faut.GÃ©nÃ©rer les informations de dÃ©bogage dans le format par dÃ©faut.GÃ©nÃ©rer les informations de dÃ©bogage dans la version par dÃ©faut du format DWARF.GÃ©nÃ©rer les informations de dÃ©bogage dans le format STABS Ã©tendu.GÃ©nÃ©rer les informations de dÃ©bogage dans le format XCOFF Ã©tendu.GÃ©nÃ©rer les informations de dÃ©bogage dans des fichiers .dwo sÃ©parÃ©s.GÃ©nÃ©rer du code pour le FPU du SH2a en double prÃ©cision par dÃ©faut.GÃ©nÃ©rer du code pour le FPU du SH2a en simple prÃ©cision par dÃ©faut.GÃ©nÃ©rer du code SH4 simple prÃ©cision par dÃ©faut.GÃ©nÃ©rer du code SH4-100 simple prÃ©cision par dÃ©faut.GÃ©nÃ©rer du code SH4-200 simple prÃ©cision par dÃ©faut.GÃ©nÃ©rer du code SH4-300 simple prÃ©cision par dÃ©faut.GÃ©nÃ©rer du code SH4a simple prÃ©cision par dÃ©faut.GÃ©nÃ©rer des trames de pile discontinues.GÃ©nÃ©rer des rÃ©sultats de divisions oÃ¹ le reste a le mÃªme signe que le diviseur (pas le dividende).GÃ©nÃ©rer des appels indirects rapides.GÃ©nÃ©rer les mathÃ©matiques en virgule flottante avec le jeu d'instructions donnÃ©.GÃ©nÃ©rer une version en ligne de la division en virgule flottante, optimiser pour la latence.GÃ©nÃ©rer une version en ligne de la division en virgule flottante, optimiser pour le dÃ©bit.GÃ©nÃ©rer une version en ligne de la division entiÃ¨re, optimiser pour la latence.GÃ©nÃ©rer une version en ligne de la division entiÃ¨re, optimiser pour le dÃ©bit.GÃ©nÃ©rer une version en ligne de la racine carrÃ©e, optimiser pour la latence.GÃ©nÃ©rer une version en ligne de la racine carrÃ©e, optimiser pour le dÃ©bit.GÃ©nÃ©rer les instructions supportÃ©es par le Barrel Shifter.GÃ©nÃ©rer des instructions isel.GÃ©nÃ©rer une recherche de classes molle (via objc_getClass()) pour l'utilisation en mode Zero-Link.GÃ©nÃ©rer du code petit-boutiste.GÃ©nÃ©rer du code petit-boutiste.GÃ©nÃ©rer les instructions de chargement/stockage de mots multiples.GÃ©nÃ©rer les instructions de chargement/stockage avec mise Ã  jour.GÃ©nÃ©rer les dÃ©pendances pour make et compiler.GÃ©nÃ©rer les dÃ©pendances pour make.GÃ©nÃ©rer les appels mcount/__fentry__ sous forme de nops. Pour les activer, il faut insÃ©rer les instructions rÃ©elles.GÃ©nÃ©rer les instructions mul64 et mulu64.GÃ©nÃ©rer l'instruction norm.GÃ©nÃ©rer du code en mode normal.GÃ©nÃ©rer du code pour le FPU du SH2a en simple prÃ©cision uniquement.GÃ©nÃ©rer du code SH4 simple prÃ©cision uniquement.GÃ©nÃ©rer du code SH4-100 simple prÃ©cision uniquement.GÃ©nÃ©rer du code SH4-200 simple prÃ©cision uniquement.GÃ©nÃ©rer du code SH4-300 simple prÃ©cision uniquement.GÃ©nÃ©rer du code SH4a simple prÃ©cision uniquement.GÃ©nÃ©rer du code relatif au compteur de programme (PC).GÃ©nÃ©rer des instructions de l'extension de performance.GÃ©nÃ©rer les cibles bidons pour tous les en-tÃªtes.GÃ©nÃ©rer des contrÃ´les de limites des pointeurs pour les variables avec un type incomplet.GÃ©nÃ©rer du code indÃ©pendant de la position pour les exÃ©cutables si possible (mode large).GÃ©nÃ©rer du code indÃ©pendant de la position pour les exÃ©cutables si possible (mode petit).GÃ©nÃ©rer du code indÃ©pendant de la position si possible (mode large).GÃ©nÃ©rer du code indÃ©pendant de la position si possible (mode petit).GÃ©nÃ©rer des instructions de prÃ©chargement, si disponible, pour les tableaux dans les boucles.GÃ©nÃ©rer du code PIC rÃ©-entrant.GÃ©nÃ©rer des inverses au lieu de divss et sqrtss.GÃ©nÃ©rer l'information pour les types de descripteurs lors de l'exÃ©cution.GÃ©nÃ©rer des rÃ©fÃ©rences Ã  sdata.  Ceci est l'option par dÃ©faut Ã  moins que vous compiliez pour PIC.GÃ©nÃ©rer du code auto-relocalisable.GÃ©nÃ©rer sin, cos, sqrt pour le coprocesseur mathÃ©matique.GÃ©nÃ©rer les inverses de la racine carrÃ©e et de la division par logiciel pour un meilleur dÃ©bit.GÃ©nÃ©rer des mÃ©thodes Objective-C spÃ©ciales pour initialiser et dÃ©truire des ivars C++ non-POD, si nÃ©cessaire.GÃ©nÃ©rer des instructions sur des chaÃ®nes pour les dÃ©placements de blocs.GÃ©nÃ©rer l'instruction swap.GÃ©nÃ©rer les instructions avec modulo entier.GÃ©nÃ©rer les instructions de mÃ©moire atomique quadruple mots (lqarx/stqcx).GÃ©nÃ©rer les instructions de mÃ©moire quadruple mots (lq/stq).GÃ©nÃ©rer des tables de retour en arriÃ¨re (unwind tables) qui sont exactes Ã  chaque limite d'instruction.GÃ©nÃ©rer des instructions push25/pop25 v3.GÃ©nÃ©rer l'instruction vzeroupper avant un transfert du flux de contrÃ´le hors d'une fonction.La fonction gÃ©nÃ©rique %qs Ã  %L n'est pas cohÃ©rente avec l'interface intrinsÃ¨que spÃ©cifiqueNom gÃ©nÃ©rique %qs de la fonction %qs Ã  %L Ã©tant le mÃªme nom que le type dÃ©rivÃ© Ã  %LLa sous-routine gÃ©nÃ©rique %qs Ã  %L n'est pas cohÃ©rente avec l'interface de sous-routine intrinsÃ¨queDonner aux branches leur coÃ»t par dÃ©faut.PrÃ©fixer les symboles externes avec un caractÃ¨re de soulignement.Le nom de liaison globale %qs Ã  %L est dÃ©jÃ  utilisÃ© comme un(e) %s Ã  %LLe nom global %qs Ã  %L est dÃ©jÃ  utilisÃ© comme un(e) %s Ã  %LLes optimisations de boucles Graphite ne peuvent pas Ãªtre utilisÃ©es (isl n'est pas disponible) (-fgraphite, -fgraphite-identity, -floop-nest-optimize, -floop-parallelize-all)Les optimisations de boucles par Graphite ne peuvent pas Ãªtre utilisÃ©es (isl n'est pas disponible).Guider l'Ã©diteur de liens pour relÃ¢cher les instructions.HLE_ACQUIRE n'est pas utilisÃ© avec le modÃ¨le mÃ©moire ACQUIRE ou un autre plus contraignantHLE_RELEASE n'est pas utilisÃ© avec le modÃ¨le mÃ©moire RELEASE ou un autre plus contraignantLe nom HSA SSA est dÃ©fini par l'instruction qui est censÃ©e l'utiliserLe nom HSA SSA n'est pas parmi les opÃ©randes de l'instruction qui est censÃ©e l'utiliserLa vÃ©rification HSA SSA a Ã©chouÃ©HSA n'a pas Ã©tÃ© activÃ© durant la configurationLes opÃ©randes d'image HSA ne sont pas gÃ©rÃ©sL'instruction HSA utilise un registre qui n'est pas parmi les utilisations de registres enregistrÃ©esLa vÃ©rification de l'instruction HSA a Ã©chouÃ©Traiter les fonctions internes atomiques qui pourraient Ãªtre appliquÃ©es Ã  des donnÃ©es non alignÃ©es en appelant des fonctions de la bibliothÃ¨que. Outrepasse -mtrap-unaligned-atomic.Fanion de contrÃ´le du modÃ¨le de l'ordonnanceur avec prÃ©-extraction automatique matÃ©rielle. Nombre de cycles d'anticipation que le modÃ¨le examine; la valeur Â«Â 0Â Â» active uniquement l'heuristique de tri des instructions. DÃ©sactivÃ© par dÃ©faut.La constante hexadÃ©cimale Ã  %C utilise une syntaxe non standardL'instruction de la valeur de l'histogramme ne correspond pas Ã  l'instruction Ã  laquelle il est associÃ©Constante Hollerith Ã  %CLa variable %qs associÃ©e Ã  l'hÃ´te ne peut pas Ãªtre dans l'instruction DATA Ã  %CQuelle croissance d'une unitÃ© de compilation peut Ãªtre tolÃ©rÃ©e en raison de la mise en ligne (en pourcentage).Quelle croissance d'une unitÃ© de compilation peut Ãªtre tolÃ©rÃ©e Ã  cause de la propagation interprocÃ©durale de constantes (en pourcentage).IBITS: Bit incorrectICE: emit_insn utilisÃ© lÃ  oÃ¹ emit_jump_insn est attendu :
  Identification de la bibliothÃ¨que partagÃ©e Ã  construire.les bibliothÃ¨ques partagÃ©es utilisant un ID et FD-PIC ne peuvent pas Ãªtre utilisÃ©s ensembleModule IEEE_ARITHMETIC Ã  %CModule IEEE_EXCEPTIONS Ã  %CModule IEEE_FEATURES Ã  %CLa clause IF Ã  %L requiert une expression LOGICAL scalaireLe modificateur %s de la clause IF Ã  %L n'est pas appropriÃ© pour la construction OpenMP actuelleLa clause IF sans modificateur Ã  %L est utilisÃ©e avec des clauses IF avec modificateursL'instruction IMPLICIT NONE (type) Ã  %L suit une instruction IMPLICITL'instruction IMPLICIT Ã  %C suit une instruction IMPLICIT NONE (type)IMPORT NONE avec une liste de spÃ©cifications Ã  %CInstruction IMPORT Ã  %CL'instruction IMPORT Ã  %C est uniquement permise dans un corps d'INTERFACEProcÃ©dure IMPURE Ã  %CINDIRECT_REF dans gimple ILL'instruction INQUIRE Ã  %L ne peut pas contenir les deux spÃ©cificateurs FILE et UNIT en mÃªme tempsL'instruction INQUIRE Ã  %L requiert un spÃ©cificateur PENDING= avec le spÃ©cificateur ID=L'instruction INQUIRE Ã  %L requiert l'un des deux spÃ©cificateurs FILE ou UNITL'instruction INQUIRE n'est pas permise dans une procÃ©dure PURE Ã  %Cl'expression INTEGER de la clause %s Ã  %L doit Ãªtre non nÃ©gativeL'expression INTEGER de la clause %s Ã  %L doit Ãªtre positiveL'expression INTEGER de chunk_size dans la clause SCHEDULE Ã  %L doit Ãªtre positiveINTEGER(KIND=8) n'est pas disponible avec l'option %<-fdefault-integer-8%>INTEGER(KIND=8) n'est pas disponible avec l'option %<-finteger-4-integer-8%>INTENT (%s) est en conflit avec INTENT(%s) Ã  %LINTENT n'est pas permis Ã  l'intÃ©rieur de BLOCK Ã  %CL'argument effectif de INTENT(%s) Ã  %L pourrait interfÃ©rer avec l'argument effectif Ã  %L.INTENT(IN) POINTER %qs dans la clause %s Ã  %LINTENT(IN) POINTER %qs dans la clause COPYPRIVATE Ã  %LL'argument INTENT(OUT) %qs de la procÃ©dure pure %qs Ã  %L ne peut pas Ãªtre polymorphiqueLa procÃ©dure %qs de INTERFACE Ã  %L a le mÃªme nom que la procÃ©dure englobantela dÃ©finition IO pour %q+D a besoin d'une adresseL'Ã©tiquette IOLENGTH est invalide dans l'instruction INQUIRE Ã  %CIOMSG doit Ãªtre une variable scalaire caractÃ¨re par dÃ©faut Ã  %LBalise IOMSG Ã  %Lle C ISO ne permet pas %<%E (expression)%>le C ISO n'autorise pas de %<;%> supplÃ©mentaire en dehors d'une fonctionle C ISO ne permet pas l'utilisation de %<_Alignof%> sur un type fonctionle C ISO ne supporte pas %<#pragma STDC FLOAT_CONST_DECIMAL64%>le C ISO ne permet pas %<++%> ni %<--%> sur les types complexesle C ISO ne supporte pas l'identificateur prÃ©dÃ©fini %<__FUNCTION__%>le C ISO ne supporte pas l'identificateur prÃ©dÃ©fini %<__PRETTY_FUNCTION__%>le C ISO ne supporte pas les types %<__int%d%>le C ISO ne permet pas d'utiliser %<~%> pour calculer le conjuguÃ© d'un complexele C ISO interdit les types entiers complexesle C ISO ne supporte pas les virgules flottantes dÃ©cimalesle C ISO ne supporte pas les types en virgule fixele C ISO ne supporte pas un simple %<complex%> signifiant %<double complex%>le C ISO ne supporte pas les types saturantsle C ISO ne supporte pas le type %<_Float%d%s%>le C ISO interdit %<goto *expr;%>le C ISO interdit %<return%> avec une expression dans une fonction qui retourne un voidle C ISO interdit une unitÃ© de traduction videle C ISO interdit l'affectation entre un pointeur de fonction et %<void *%>le C ISO interdit les groupes entre accolades Ã  l'intÃ©rieur d'expressionsle C ISO interdit le transtypage d'un type non scalaire vers lui-mÃªmele C ISO interdit le transtypage vers un type unionle C ISO interdit la comparaison de %<void *%> avec un pointeur de fonctionle C ISO interdit une expression conditionnelle entre %<void *%> et un pointeur de fonctionle C ISO interdit une expression conditionnelle dont un seul cÃ´tÃ© est Â«Â voidÂ Â»le C ISO interdit les fonctions de type volatile ou constantele C ISO interdit la conversion d'un pointeur de fonction en un type de pointeur vers un objetle C ISO interdit la conversion d'un pointeur vers un objet en un type de pointeur vers une fonctionle C ISO interdit d'initialiser avec des accolades videsle C ISO interdit la dÃ©claration anticipÃ©e des paramÃ¨tresle C ISO interdit les rÃ©fÃ©rences anticipÃ©es vers un type %<enum%>le C ISO interdit l'initialisation entre un pointeur de fonction et %<void *%>le C ISO interdit la dÃ©claration d'Ã©tiquettele C ISO interdit les dÃ©clarations de membre sans aucun membrele C ISO interdit les fonctions imbriquÃ©esle C ISO interdit l'omission du terme central de l'expression ?:le C ISO interdit les comparaisons ordonnÃ©es de pointeurs vers des fonctionsle C ISO interdit de passer l'argument %d de %qE entre un pointeur de fonction et %<void *%>le C ISO interdit les types de fonction qualifiÃ©sle C ISO interdit le retour entre un pointeur de fonction et %<void *%>le C ISO interdit de spÃ©cifier les bornes des Ã©lÃ©ments Ã  initialiserle C ISO interdit d'accÃ©der aux tableaux %<register%> par un indicele C ISO interdit le tableau de taille nullele C ISO interdit le tableau de taille nulle %qEle C ISO interdit la conversion d'argument en type unionle C ISO requiert un argument nommÃ© devant %<...%>le C ISO restreint les valeurs de l'Ã©numÃ©rateur Ã  la plage d'un %<int%>le C++ ISO 1998 ne permet pas %<long long%>le C++ ISO 1998 interdit l'utilisation de %<extern%> sur des instanciations explicitesle C++ ISO ne permet pas %<alignof%> avec un non typele C++ ISO ne permet pas d'omettre l'opÃ©rande du milieu de ?:le C++ ISO ne permet pas des initialisations par dÃ©signation du C99le C++ ISO ne permet pas des initialisations par dÃ©signationle C++ ISO ne permet pas que %<%T::%D%> soit dÃ©fini comme %<%T::%D%>le C++ ISO ne permet pas l'utilisation de %<alignof%> sur un type fonctionle C++ ISO ne supporte pas %<__int%d%> pour %qsle C++ ISO ne supporte pas les patrons lambdale C++ ISO n'accepte pas qu'un simple %<complex%> signifie %<double complex%>le C++ ISO interdit l'application de %<__alignof%> Ã  une expression d'un type de fonctionle C++ ISO interdit l'application de %<sizeof%> Ã  une expression d'un type de fonctionle C++ ISO interdit les groupes d'accolades Ã  l'intÃ©rieur des expressionsle C++ ISO interdit l'appel de %<::main%> depuis l'intÃ©rieur du programmele C++ ISO interdit le transtypage vers un type tableau %qTle C++ ISO interdit la comparaison entre un pointeur et un entierle C++ ISO interdit la comparaison entre les pointeurs de type %<void *%> et les pointeurs de fonctionsle C++ ISO interdit les littÃ©raux composÃ©sle C++ ISO interdit les gotos calculÃ©sle C++ ISO interdit l'expression conditionnelle entre les pointeurs de type %<void *%> et les pointeurs de fonctionsle C++ ISO interdit la conversion entre les pointeurs de type %<void *%> et les pointeurs de fonctionsle C++ ISO interdit la conversion d'une chaÃ®ne constante vers %qTle C++ ISO interdit la dÃ©claration de %qs sans typele C++ ISO interdit de dÃ©crÃ©menter un pointeur du type %qTle C++ ISO interdit de dÃ©crÃ©menter un enumle C++ ISO interdit un enum vide et sans nomle C++ ISO interdit le membre tableau flexible %qsle C++ ISO interdit les tableaux flexibles comme membresle C++ ISO interdit l'initialisation intra-classe du membre statique non constant %qDle C++ ISO interdit d'incrÃ©menter un pointeur du type %qTle C++ ISO interdit d'incrÃ©menter un enumle C++ ISO interdit l'initialisation du membre constant %qD du type non entier %qTle C++ ISO interdit le type imbriquÃ© %qD avec le mÃªme nom que la classe englobantele C++ ISO interdit l'omission du terme au milieu de l'expression ?:le C++ ISO interdit de prendre l'adresse de la fonction %<::main%>le C++ ISO interdit de prendre l'adresse d'une fonction membre liÃ©e pour former un pointeur vers une fonction membre. Utilisez %<&%T::%D%>le C++ ISO interdit de prendre l'adresse d'une fonction membre non statique non qualifiÃ© ou entre parenthÃ¨ses pour former un pointeur vers une fonction membre. Utilisez %<&%T::%D%>le C++ ISO interdit l'utilisation de %qE sur des instanciations explicitesle C++ ISO interdit le mot-clÃ© typename dans un paramÃ¨tre de patron qui est un patron; utilisez -std=c++1z ou -std=gnu++1zle C++ ISO interdit l'utilisation de %<auto%> dans une dÃ©claration de paramÃ¨trele C++ ISO interdit l'utilisation d'un littÃ©ral en virgule flottante dans une expression constantele C++ ISO interdit l'utilisation d'un pointeur de type %<void *%> dans une soustractionle C++ ISO interdit l'utilisation d'un pointeur vers une fonction dans une soustractionle C++ ISO interdit l'utilisation d'un pointeur vers une mÃ©thode dans une soustractionle C++ ISO interdit le tableau de taille variablele C++ ISO interdit le tableau de taille variable %qDle C++ ISO interdit le tableau de taille zÃ©role C++ ISO interdit le tableau de taille zÃ©ro %qDle C++ ISO interdit les structures anonymesle C++ ISO interdit la surcharge de l'opÃ©rateur ?:le C++ ISO indique que ceux-ci sont ambigus mÃªme si la plus mauvaise conversion pour le premier est meilleures que la plus mauvaise conversion pour le second:le C++1z ISO n'autorise pas le spÃ©cificateur de classe de stockage %<register%>le C++1z ISO n'autorise pas la spÃ©cification dynamique des exceptionsle C90 ISO ne supporte pas %<[*]%> dans les dÃ©clarateurs de tableaule C90 ISO ne permet pas %<_Alignas%>le C90 ISO ne supporte pas %<_Generic%>le C90 ISO ne supporte pas %<_Noreturn%>le C90 ISO ne supporte pas %<_Static_assert%>le C90 ISO ne supporte pas l'identificateur prÃ©dÃ©fini %<__func__%>le C90 ISO ne supporte pas %<long long%>le C90 ISO ne supporte pas %<static%> ou les qualificatifs de types dans les dÃ©clarateurs de tableau de paramÃ¨tresle C90 ISO ne supporte pas %qEle C90 ISO ne supporte pas les types boolÃ©ensle C90 ISO ne supporte pas les types Â«Â complexÂ Â»le C90 ISO ne supporte pas les membres qui sont des tableaux flexiblesle C90 ISO ne permet pas le qualificatif %<_Atomic%>le C90 ISO ne supporte pas les structures et unions sans nomle C90 ISO interdit le tableau %qE dont la taille ne peut Ãªtre Ã©valuÃ©ele C90 ISO interdit le tableau dont la taille ne peut Ãªtre Ã©valuÃ©ele C90 ISO interdit les littÃ©raux composÃ©sle C90 ISO interdit les mÃ©langes de dÃ©clarations et de codele C90 ISO interdit de spÃ©cifier des sous-objets Ã  initialiserle C90 ISO interdit d'accÃ©der Ã  un tableau par un indice si le tableau n'est pas une l-valeurle C90 ISO interdit le tableau de taille variablele C90 ISO interdit le tableau %qE de taille variablele C99 ISO ne permet pas %<_Alignas%>le C99 ISO ne supporte pas %<_Generic%>le C99 ISO ne supporte pas %<_Noreturn%>le C99 ISO ne supporte pas %<_Static_assert%>le C99 ISO ne supporte pas %qEle C99 ISO ne supporte pas le qualificatif %<_Atomic%>le C99 ISO ne supporte pas les structures et unions sans nomModule ISO_C_BINDING Ã  %CModule intrinsÃ¨que ISO_FORTRAN_ENV Ã  %CSi -ftree-vectorize est utilisÃ©, la limite minimale de boucle d'une boucle prise en compte pour la vectorisation.Si -fvariable-expansion-in-unroller est utilisÃ©, le nombre maximum de fois qu'une variable individuelle sera dÃ©veloppÃ©e pendant le dÃ©pliage de la boucle.Si le premier argument de ATAN2 Ã  %L est zÃ©ro, alors le second argument ne doit pas Ãªtre zÃ©roSi le nombre de candidats dans l'ensemble est plus petit, on essaie toujours de retirer les IV inutilisÃ©s durant son optimisation.Si l'ordonnancement est fait aprÃ¨s le rechargement, faire un ordonnancement des super blocs.Ignorer Â«Â DÂ Â» dans la colonne 1 du format fixe.Ignorer dllimport pour les fonctions.IgnorÃ©.Objet allouable illÃ©gal Ã  %C pour une procÃ©dure PURECaractÃ¨re illÃ©gal dans la constante BOZ Ã  %CIdentifiant illÃ©gal dans copy_walk_reduction_argDirective du prÃ©processeur illÃ©galeType de rÃ©fÃ©rence illÃ©gale Ã  %L comme objet EQUIVALENCEPas nul illÃ©gal Ã  %LInstruction %s de contrÃ´le d'image Ã  %C dans un bloc CRITICALInstruction %s de contrÃ´le d'image Ã  %C dans un bloc DO CONCURRENTInstruction %s de contrÃ´le d'image Ã  %C dans une procÃ©dure PUREInstruction CRITICAL de contrÃ´le d'image Ã  %C dans un bloc DO CONCURRENTInstruction CRITICAL de contrÃ´le d'image Ã  %C dans une procÃ©dure PUREInstruction EVENT %s de contrÃ´le d'image Ã  %C dans un bloc CRITICALInstruction EVENT %s de contrÃ´le d'image Ã  %C dans un bloc DO CONCURRENTInstruction EVENT %s de contrÃ´le d'image Ã  %C dans une procÃ©dure PUREInstruction RETURN de contrÃ´le d'image Ã  %C dans un bloc CRITICALInstruction RETURN de contrÃ´le d'image Ã  %C dans un bloc DO CONCURRENTInstruction STOP de contrÃ´le d'image Ã  %C dans un bloc CRITICALInstruction STOP de contrÃ´le d'image Ã  %C dans un bloc DO CONCURRENTInstruction SYNC de contrÃ´le d'image Ã  %C dans un bloc CRITICALInstruction SYNC de contrÃ´le d'image Ã  %C dans un bloc DO CONCURRENTInstruction SYNC de contrÃ´le d'image Ã  %C dans une procÃ©dure PUREL'argument imageset Ã  %L doit Ãªtre une expression scalaire ou INTEGER de rang 1L'argument imageset Ã  %L doit Ãªtre entre 1 et num_images()ImplÃ©menter les sÃ©mantiques C++17 des constructeurs qui hÃ©ritent.ImplÃ©menter les opÃ©rations __atomic via des appels de bibliothÃ¨que aux fonctions historiques __sync.ImplÃ©menter la rÃ©solution du DR 150 pour faire correspondre les arguments de patron des patrons.La dÃ©claration implicite de la fonction BIND(C) %qs Ã  %L pourrait ne pas Ãªtre interopÃ©rable avec le CLa variable BIND(C) %qs implicitement dÃ©clarÃ©e Ã  %L pourrait ne pas Ãªtre interopÃ©rable avec le CLa fonction %s dÃ©clarÃ©e implicitement est utilisÃ©e dans !$OMP DECLARE REDUCTION Ã  %L La sous-routine %s dÃ©clarÃ©e implicitement est utilisÃ© dans !$OMP DECLARE REDUCTION Ã  %L La variable %qs implicitement dÃ©clarÃ©e Ã  %L peut ne pas Ãªtre interopÃ©rable avec le C mais elle est un argument muet Ã  la procÃ©dure BIND(C) %qs Ã  %LLe PARAMETER %qs implicitement typÃ© Ã  %L ne concorde pas avec le type IMPLICIT ultÃ©rieurSAVE implicite pour la variable module %qs Ã  %L, nÃ©cessaire Ã  cause de l'initialisation par dÃ©fautTableau de forme implicite Ã  %LDans %s Ã  %L, les procÃ©dures doivent toutes Ãªtre des FUNCTION car le nom gÃ©nÃ©rique est Ã©galement le nom du type dÃ©rivÃ©Dans %s Ã  %L, les procÃ©dures doivent Ãªtre soit toutes des SUBROUTINE ou soit toutes des FUNCTIONEn C++, une valeur non nulle signifie qu'il faut avertir Ã  propos des conversions dÃ©prÃ©ciÃ©es de chaÃ®nes littÃ©rales en Â«Â char *Â Â».  En C, le mÃªme avertissement est Ã©mis sauf que la conversion n'est, bien entendu, pas dÃ©prÃ©ciÃ©e par le standard C ISO.En Fortran 2003, le bloc COMMON %qs Ã  %L est un identificateur global et doit donc avoir le mÃªme nom de liaison que le bloc COMMON similairement nommÃ© Ã  %L: %s vs %sDans l'optimisation SSA-PRE sur les arbres, activer l'Ã©limination de la redondance partielle-partielle.Dans le constructeur %qsDans le constructeur de copie %qsDans le destructeur %qsDans la fonction %qsDans la fonction lambdaDans la fonction membre %qsDans la fonction membre statique %qsRÃ©pertoire d'inclusion %qs: %sType dÃ©rivÃ© incompatible dans PARAMETER Ã  %LRangs incompatibles %d et %d dans l'affectation Ã  %LRangs incompatibles dans %s (%d et %d) Ã  %LTypes incompatibles dans l'instruction DATA Ã  %L; tentative de conversion de %s en %sTypespec incompatible pour l'Ã©lÃ©ment de tableau Ã  %LUtilisation incompatible de TILE et COLLAPSE Ã  %LRÃ¨gles d'Ã©quivalence incohÃ©rentes impliquant %qs Ã  %L et %qs Ã  %LRangs inconsistant pour l'opÃ©rateur Ã  %%L et %%LarÃªte incorrecte de gestions des exceptions %i->%iValeur de retour de fonction invalideAugmenter la conformitÃ© IEEE pour les comparaisons en virgule flottante.L'index dans la dimension %d est hors des limites Ã  %LIndiquer la prÃ©sence d'un errata pour le processeur.Indiquer les prioritÃ©s pour r0..r3 / r12..r15 avec TARGET_REGISTER_PRIORITY.Inhiber l'utilisation des instructions matÃ©rielles en virgule flottante.L'initialisation Ã  %C n'est pas permise dans une procÃ©dure PUREL'initialisation Ã  %C n'est pas pour une variable pointeurL'initialisation du composant allouable Ã  %C n'est pas permiseL'initialisation du pointeur Ã  %C n'est pas permise dans une procÃ©dure PUREL'initialisation de la variable Ã  %C n'est pas permise dans une procÃ©dure PURELa chaine d'initialisation Ã  %L a Ã©tÃ© tronquÃ©e pour tenir dans la variable (%d/%d)Initialiser les composants de variables de types dÃ©rivÃ©s en fonction d'autres fanions d'initialisation.Initialiser les variables locales Ã  zÃ©ro (provient de g77).Le symbole %qs initialisÃ© Ã  %C peut uniquement Ãªtre COMMON dans BLOCK DATALa variable %qs Ã  %L est initialisÃ©e dans un COMMON blanc mais l'initialisation est uniquement permise dans des communs nommÃ©sInitialisation interdite pour PARAMETER %qs Ã  %CInitialisation d'une variable dÃ©jÃ  initialisÃ©e Ã  %CInjecter les fonctions amies dans l'espace de noms englobant.Mettre en ligne les opÃ©rations __atomic quand une sÃ©quence d'instructions sans blocage est disponible.Mettre en ligne toutes les opÃ©rations connues sur des chaÃ®nes.Mettre les constantes en ligne si cela peut Ãªtre fait en 2 insns ou moins.Mettre en ligne les opÃ©rations memset/memcpy sur des chaÃ®nes mais n'exÃ©cuter la version en ligne que pour des petits blocs.Mettre en ligne rÃ©cursif uniquement quand la probabilitÃ© que l'appel soit exÃ©cutÃ© dÃ©passe le paramÃ¨tre.InsÃ©rer le code de profilage basÃ© sur arc du programme.InsÃ©rer du code pour profiler les valeurs des expressions.InsÃ©rer des instructions hbrp aprÃ¨s des cibles de branchements avec indices pour Ã©viter de planter le SPU.InsÃ©rer des nops quand cela pourrait amÃ©liorer la performance en permettant des doubles Ã©missions dans les pipelines (par dÃ©faut).InsÃ©rer du code de vÃ©rification de la pile dans le programme. Identique Ã  -fstack-check=specific.les adresses des insn ne sont pas dÃ©finies aprÃ¨s shorten_branchesAjouter des appels de profilage aux entrÃ©es et aux sorties des fonctions.Uniquement gÃ©nÃ©rer le code de contrÃ´le pour les fonctions marquÃ©es avec l'attribut bnd_instrument.Le clone modifiÃ© pour ajouter du code ne fait pas rÃ©fÃ©rence au nÅ“ud originalLe fragment pour ajouter du code a une mauvaise arÃªte vers l'appelÃ©Le nÅ“ud modifiÃ© pour ajouter du code Ã  une mauvaise dÃ©claration originaleDivision entiÃ¨re tronquÃ©e vers la constante %qs Ã  %LExpression entiÃ¨re requise Ã  %CID entier (N) de l'instruction personnalisÃ©e fabsd.ID entier (N) de l'instruction personnalisÃ©e fabss.ID entier (N) de l'instruction personnalisÃ©e faddd.ID entier (N) de l'instruction personnalisÃ©e fadds.ID entier (N) de l'instruction personnalisÃ©e fatand.ID entier (N) de l'instruction personnalisÃ©e fatans.ID entier (N) de l'instruction personnalisÃ©e fcmpeqd.ID entier (N) de l'instruction personnalisÃ©e fcmpeqs.ID entier (N) de l'instruction personnalisÃ©e fcmpged.ID entier (N) de l'instruction personnalisÃ©e fcmpges.ID entier (N) de l'instruction personnalisÃ©e fcmpgtd.ID entier (N) de l'instruction personnalisÃ©e fcmpgts.ID entier (N) de l'instruction personnalisÃ©e fcmpled.ID entier (N) de l'instruction personnalisÃ©e fcmples.ID entier (N) de l'instruction personnalisÃ©e fcmpltd.ID entier (N) de l'instruction personnalisÃ©e fcmplts.ID entier (N) de l'instruction personnalisÃ©e fcmpned.ID entier (N) de l'instruction personnalisÃ©e fcmpnes.ID entier (N) de l'instruction personnalisÃ©e fcosd.ID entier (N) de l'instruction personnalisÃ©e fcoss.ID entier (N) de l'instruction personnalisÃ©e fdivd.ID entier (N) de l'instruction personnalisÃ©e fdivs.ID entier (N) de l'instruction personnalisÃ©e fexpd.ID entier (N) de l'instruction personnalisÃ©e fexps.ID entier (N) de l'instruction personnalisÃ©e fextsd.ID entier (N) de l'instruction personnalisÃ©e fixdi.ID entier (N) de l'instruction personnalisÃ©e fixdu.ID entier (N) de l'instruction personnalisÃ©e fixsi.ID entier (N) de l'instruction personnalisÃ©e fixsu.ID entier (N) de l'instruction personnalisÃ©e floatid.ID entier (N) de l'instruction personnalisÃ©e floatis.ID entier (N) de l'instruction personnalisÃ©e floatud.ID entier (N) de l'instruction personnalisÃ©e floatus.ID entier (N) de l'instruction personnalisÃ©e flogd.ID entier (N) de l'instruction personnalisÃ©e flogs.ID entier (N) de l'instruction personnalisÃ©e fmaxd.ID entier (N) de l'instruction personnalisÃ©e fmaxs.ID entier (N) de l'instruction personnalisÃ©e fmind.ID entier (N) de l'instruction personnalisÃ©e fmins.ID entier (N) de l'instruction personnalisÃ©e fmuld.ID entier (N) de l'instruction personnalisÃ©e fmuls.ID entier (N) de l'instruction personnalisÃ©e fnegd.ID entier (N) de l'instruction personnalisÃ©e fnegs.ID entier (N) de l'instruction personnalisÃ©e frdxhi.ID entier (N) de l'instruction personnalisÃ©e frdxlo.ID entier (N) de l'instruction personnalisÃ©e frdy.ID entier (N) de l'instruction personnalisÃ©e fsind.ID entier (N) de l'instruction personnalisÃ©e fsins.ID entier (N) de l'instruction personnalisÃ©e fsqrtd.ID entier (N) de l'instruction personnalisÃ©e fsqrts.ID entier (N) de l'instruction personnalisÃ©e fsubd.ID entier (N) de l'instruction personnalisÃ©e fsubs.ID entier (N) de l'instruction personnalisÃ©e ftand.ID entier (N) de l'instruction personnalisÃ©e ftans.ID entier (N) de l'instruction personnalisÃ©e ftruncds.ID entier (N) de l'instruction personnalisÃ©e fwrx.ID entier (N) de l'instruction personnalisÃ©e fwry.ID entier (N) de l'instruction personnalisÃ©e round.Le sous-type %d Ã  %C n'est pas disponible pour un entierL'entier est hors de la plage symÃ©trique impliquÃ©e par le standard Fortran Ã  %LEntier en dehors de la plage symÃ©trique impliquÃ©e par le Standard Fortran en convertissant %s vers %s Ã  %LDÃ©bordement d'entierDÃ©bordement d'entier en calculant la quantitÃ© de mÃ©moire Ã  allouerEntier trop grand pour l'entier du sous-type %i Ã  %CL'entier est trop grand pour son sous-type Ã  %C. Cette vÃ©rification peut Ãªtre dÃ©sactivÃ©e avec l'option -fno-range-checkEntier trop grand Ã  %CValeur entiÃ¨re trop grande dans l'expression Ã  %CIntÃ©grer les fonctions Ã  l'intÃ©rieur de leurs appelants si il est Ã©tabli que la taille du code ne grandira pas.IntÃ©grer les fonctions qui ne sont pas dÃ©clarÃ©es Â«Â inlineÂ Â» dans leurs appelants quand cela est profitable.IntÃ©grer les fonctions qui ne sont requises que par leur unique appelant.la psABI du MCU Intel n'est pas supportÃ©e dans le mode %sle MPX de Intel ne supporte pas x32L'interface %qs Ã  %L est dÃ©clarÃ©e dans une instruction PROCEDURE ultÃ©rieureL'interface %qs Ã  %L ne peut pas Ãªtre une fonction-instructionL'interface %qs Ã  %L ne peut pas Ãªtre gÃ©nÃ©riqueL'interface %qs Ã  %L doit Ãªtre expliciteDÃ©saccord d'interface pour le composant pointeur de procÃ©dure %qs dans le constructeur de structure Ã  %L: %sInterface non concordante dans la procÃ©dure muette %qs Ã  %L: %sNon concordance de l'interface dans la procÃ©dure globale %qs Ã  %L: %sDÃ©saccord d'interface dans l'affectation du pointeur de procÃ©dure Ã  %L: %qs n'est pas une sous-routineInterface non concordante dans l'affectation du pointeur de procÃ©dure Ã  %L: %sUne interface doit Ãªtre spÃ©cifiÃ©e pour une liaison DEFERRED Ã  %CNom d'interface attendu aprÃ¨s %<(%> Ã  %CErreur interne du compilateur : Erreur en rapportant les routines rÃ©-entrÃ©es.
  Fichier interne Ã  %L avec une liste de nomsProcÃ©dure interne %qs dans %s Ã  %LLa procÃ©dure interne %qs est invalide dans l'affectation du pointeur de procÃ©dure Ã  %LProcÃ©dure interne %qs utilisÃ©e comme argument effectif Ã  %LUnitÃ© interne avec un indice vecteur Ã  %LInterprÃ©ter tout INTEGER(4) comme un INTEGER(8).InterprÃ©ter tout REAL(4) comme un REAL(10).InterprÃ©ter tout REAL(4) comme un REAL(16).InterprÃ©ter tout REAL(4) comme un REAL(8).InterprÃ©ter tout REAL(8) comme un REAL(10).InterprÃ©ter tout REAL(8) comme un REAL(16).InterprÃ©ter tout REAL(8) comme un REAL(4).InterprÃ©ter les nombres imaginaires, en virgule fixe ou avec d'autres suffixes gnu comme le nombre littÃ©ral correspondant au lieu d'un nombre littÃ©ral dÃ©fini par l'utilisateur.Entrecouper les lots de littÃ©raux avec le code dans la section texte.L'intrinsÃ¨que %qs (est %s) est utilisÃ© Ã  %LL'intrinsÃ¨que %qs Ã  %L ne peut pas avoir une initialisationL'intrinsÃ¨que %qs Ã  %L est invalide dans une affectation du pointeur de procÃ©dureL'intrinsÃ¨que %qs Ã  %L n'est pas permis comme argument effectifL'intrinsÃ¨que %qs Ã  %L doit avoir au moins deux argumentsL'intrinsÃ¨que TRANSFER Ã  %L a un rÃ©sultat partiellement indÃ©fini: taille de la source %ld < taille du rÃ©sultat %ldFonction intrinsÃ¨que %qs (%d) non reconnueLa fonction intrinsÃ¨que %qs Ã  %L n'est pas permise dans une expression d'initialisationLa fonction intrinsÃ¨que %s Ã  %L n'est pas permise pour CO_REDUCELa fonction intrinsÃ¨que NULL Ã  %L ne peut pas Ãªtre un argument effectif de STORAGE_SIZE car il retourne un pointeur dissociÃ©L'opÃ©rateur intrinsÃ¨que %qs rÃ©fÃ©rencÃ© Ã  %L n'est pas trouvÃ© dans le module %qsL'interface de l'opÃ©rateur intrinsÃ¨que Ã  %L doit Ãªtre une FUNCTIONLa procÃ©dure intrinsÃ¨que %qs n'est pas permise dans une instruction PROCEDURE Ã  %LLa procÃ©dure intrinsÃ¨que Ã  %L ne peut pas Ãªtre un MODULE PROCEDURELa sous-routine intrinsÃ¨que %qs Ã  %L n'aura point de spÃ©cificateur de typeIdentificateur C invalide dans le spÃ©cificateur NAME= Ã  %CConstante Hollerith invalide Ã  %L car elle contient un caractÃ¨re largeConstante Hollerith invalide: %L doit contenir au moins un caractÃ¨reConstante Hollerith invalide: L'entier Ã  %L devrait avoir le sous-type par dÃ©fautParamÃ¨tre KIND %s invalide Ã  %LNULL invalide Ã  %LArgument invalide pour !$ACC WAIT Ã  %LArguments invalides pour la fonction interneCaractÃ¨re %<$%> invalide Ã  %L. Utilisez %<-fdollar-ok%> pour l'autoriser comme une extensionCaractÃ¨re invalide dans le nom Ã  %CClause invalide dans le module avec !$ACC DECLARE Ã  %LCo-dimension %d invalide Ã  %C, seules %d co-dimensions existesContexte invalide pour l'intrinsÃ¨que NULL () Ã  %LContexte invalide pour un pointeur NULL() Ã  %%LLettre d'exposant %<q%> invalide dans une constante littÃ©rale rÃ©elle Ã  %CExpression invalide dans gfc_element_size.Expression invalide dans gfc_target_encode_expr.Expression invalide dans gfc_target_interpret_expr.Expression invalide dans le constructeur de structure pour le composant pointeur %qs Ã  %L dans une procÃ©dure PUREForme invalide pour l'instruction PROGRAM Ã  %CLa forme de l'instruction WRITE est invalide Ã  %L, UNIT est requisForme invalide pour la rÃ©fÃ©rence de tableau Ã  %CForme invalide pour la rÃ©fÃ©rence au co-tableau Ã  %CNumÃ©ro d'image %d invalide dans SYNC IMAGESExpression d'initialisation invalide pour le composant ALLOCATABLE %qs dans le constructeur de structure Ã  %LInitialisation %s invalide dans l'instruction Data Ã  %CSous-type %d invalide pour la constante CHARACTER Ã  %CSous-type invalide pour %s Ã  %LInitialisation dans l'ancien style invalide pour le composant de type dÃ©rivÃ© Ã  %COpÃ©rateur invalide pour !$OMP DECLARE REDUCTION %s Ã  %LArgument de procÃ©dure invalide Ã  %LAffectation de pointeur de procÃ©dure invalide Ã  %LPlage %s invalide dans l'option %sSous-type %d invalide pour un rÃ©el Ã  %CCode standard invalide pour l'intrinsÃ¨que %qs (%d)SpÃ©cification de type invalide Ã  %CValeur invalide pour la spÃ©cification %s Ã  %CÃ‰mettre les avertissements nÃ©cessaires pour Ãªtre strictement conforme au standard.Le pas de l'itÃ©ration Ã  %L ne peut pas Ãªtre zÃ©roAligner les cibles des sauts sur une puissance de 2 de cette valeur.Rebut aprÃ¨s l'instruction ASSOCIATE Ã  %CRebut aprÃ¨s CALL Ã  %CRebut aprÃ¨s la liaison GENERIC Ã  %CRebut aprÃ¨s l'instruction MAP Ã  %CRebut aprÃ¨s l'instruction UNION Ã  %CRebut aprÃ¨s l'instruction STRUCTURE non imbriquÃ©e Ã  %CGÃ©nÃ©rer uniquement les tables de retour en arriÃ¨re pour la gestion des exceptions.Utiliser simplement icc0/fcc0.Le paramÃ¨tre KIND de %s Ã  %L doit Ãªtre une expression d'initialisationLe mot-clÃ© %qs Ã  %C est dÃ©jÃ  apparu dans la liste des arguments actuelleL'argument mot-clÃ© %qs Ã  %L est dÃ©jÃ  associÃ© Ã  un autre argument effectifL'argument mot-clÃ© %qs Ã  %L n'est pas dans une procÃ©dureL'argument mot-clÃ© requiert une interface explicite pour la procÃ©dure %qs Ã  %LL'argument mot-clÃ© requiert une interface explicite pour le composant pointeur de procÃ©dure %qs Ã  %LLe sous-type %d n'est pas supportÃ© pour CHARACTER Ã  %CLe sous-type %d n'est pas supportÃ© pour le type %s Ã  %CLe paramÃ¨tre de sous-type pour l'entitÃ© Ã  %L diffÃ¨re du paramÃ¨tre de sous-type du typespecABI AArch64 connues (Ã  utiliser avec l'option -mabi=):ABI connues (Ã  utiliser avec l'option -mabi=):Processeurs ARC connus (Ã  utiliser avec l'option -mcpu=):ABI ARM connues (Ã  utiliser avec l'option -mabi=):Processeurs ARM connus (Ã  utiliser avec les options -mcpu= et -mtune=):UnitÃ©s en virgule flottante ARM connues (Ã  utiliser avec l'option -mfpu=):Architectures ARM connues (Ã  utiliser avec l'option -march=):ISA C6X connues (Ã  utiliser avec l'option -march=):Processeurs connus (Ã  utiliser avec les options -mcpu= et -mtune=):Processeurs FR-V connus (Ã  utiliser avec l'option -mcpu=):Processeurs IQ2000 connus (Ã  utiliser avec l'option -mcpu=):Processeurs Itanium connus (Ã  utiliser avec l'option -mtune=):Processeurs M68K connus (Ã  utiliser avec l'option -mcpu=):ISA connues pour M68K (Ã  utiliser avec l'option -march=):Microarchitectures M68K connues (Ã  utiliser avec l'option -mtune=):ABI MIPS connues (Ã  utiliser avec l'option -mabi=):Processeurs MIPS connus (Ã  utiliser avec les options -march= et -mtune=):ParamÃ¨tres MIPS IEEE 754 connus (Ã  utiliser avec les options -mabs= et -mnan=):Niveaux ISA MIPS connus (Ã  utiliser avec l'option -mips):Processeurs TILE-Gx connus (Ã  utiliser avec l'option -mcpu=):Processeurs TILEPro connus (Ã  utiliser avec l'option -mcpu=):Dialectes TLS connus (Ã  utiliser avec l'option -mtls-dialect=):Formats connus pour __fp16 (Ã  utiliser avec l'option -mfp16-format=):Modes d'adressage connus (Ã  utiliser avec l'option -maddress-mode=):Types d'architectures connues (Ã  utiliser avec l'option -march=):Dialectes d'assembleurs connus (Ã  utiliser avec l'option -masm=):Types de cmodel connus (Ã  utiliser avec l'option -mcmodel=):ModÃ¨les de code connus (Ã  utiliser avec l'option -mcmodel=):Choix connus pour l'alignement de donnÃ©es (Ã  utiliser avec l'option -malign-data=):ABI en virgule flottante connues (Ã  utiliser avec l'option -mfloat-abi=):MÃ©thodes connues pour protÃ©ger la pile (Ã  utiliser avec l'option -mstack-protector-guard=):ABI des bibliothÃ¨ques vectorielles connues (Ã  utiliser avec l'option -mveclibabi=):latence de la cache L%d inconnue pour %sLEXER_DEBUGGING_ENABLED_P n'est pas dÃ©fini Ã  vraimembre de gauche dans un appel qui ne retourne rienModificateur de clause LINEAR utilisÃ© sur la construction DO ou SIMD Ã  %LClause LINEAR spÃ©cifiÃ©e avec la clause ORDERED avec argument Ã  %LArgument muet LINEAR %qs avec l'attribut VALUE et le modificateur %s Ã  %LLa variable LINEAR %qs doit Ãªtre INTEGER Ã  %LInstruction LOCK Ã  %CLOCK_EVENT dans un contexte de dÃ©finition de variable (%s) Ã  %LLOCK_TYPE dans le contexte de dÃ©finition de variable (%s) Ã  %LArgument muet LOGICAL %qs Ã  %L avec le sous-type non C_Bool dans la procÃ©dure BIND(C) %qsDes opÃ©randes LOGICAL sont requis dans l'expression Ã  %LVariable rÃ©sultat LOGICAL %qs Ã  %L avec le sous-type non C_Bool dans la procÃ©dure BIND(C) %qsle support LTO n'a pas Ã©tÃ© activÃ© dans cette configurationL'Ã©tiquette %d Ã  %C est dÃ©jÃ  rÃ©fÃ©rencÃ©e comme une Ã©tiquette de formatL'Ã©tiquette %d Ã  %C est dÃ©jÃ  rÃ©fÃ©rencÃ©e comme cible d'un branchementÃ‰tiquette %d Ã  %C prÃ©cÃ©demment utilisÃ©e comme Ã©tiquette de FORMATÃ‰tiquette %d Ã  %C prÃ©cÃ©demment utilisÃ©e comme cible de branchementL'Ã©tiquette %d Ã  %L est dÃ©finie mais ne peut pas Ãªtre utilisÃ©eL'Ã©tiquette %d Ã  %L est dÃ©finie mais non utilisÃ©eL'Ã©tiquette %d rÃ©fÃ©rencÃ©e Ã  %L n'est jamais dÃ©finieL'Ã©tiquette %qs Ã  %C ne correspond pas Ã  l'Ã©tiquette %qs du IFL'Ã©tiquette %qs Ã  %C ne correspond pas Ã  l'Ã©tiquette %qs de WHEREL'Ã©tiquette Ã  %L n'est pas dans le mÃªme bloc que l'instruction GOTO Ã  %LLe nom de l'Ã©tiquette %qs Ã  %C est ambiguParenthÃ¨se gauche requise aprÃ¨s %<*%>Extension antiqueÂ :La lettre %qc a dÃ©jÃ  un type IMPLICIT Ã  %CLa lettre %qc est dÃ©jÃ  dÃ©finie dans l'instruction IMPLICIT Ã  %CLes lettres doivent Ãªtre dans l'ordre alphabÃ©tique dans l'instruction IMPLICIT Ã  %CLe niveau de verbositÃ© des stockages de dÃ©bogage de hsaLever les restrictions sur la taille de la GOT.Identique Ã  -M mais ignore les fichiers d'en-tÃªte systÃ¨me.Identique Ã  -MD mais ignore les fichiers d'en-tÃªte systÃ¨me.Comme -pedantic mais les avertissements sont rapportÃ©s comme des erreurs.La limite de %d lignes continuÃ©es est dÃ©passÃ©e dans l'instruction %CLigne tronquÃ©e Ã  %LLignes exÃ©cutÃ©es: %s sur %d
  Lier du code pour un noyau __main.Faire l'Ã©dition de liens pour produire le programme au format ELF (au lieu de mmo).Ã‰diter les liens avec le BSP HAL.Ã‰diter les liens avec une version limitÃ©e de la bibliothÃ¨que C.Faire l'Ã©dition de liens avec libads.a, libc.a et crt0.o.Faire l'Ã©dition de liens avec libc.a et libdebug.a.Faire l'Ã©dition de liens avec libc.a et libsim.a.Faire l'Ã©dition de liens avec libmvme.a, libc.a et crt0.o.Faire l'Ã©dition de liens avec libsim.a, libc.a et sim-crt0.o.Faire l'Ã©dition de liens avec libyk.a, libc.a et crt0.o.Faire l'Ã©dition de liens avec la bibliothÃ¨que en virgule flottante rapide.Faire l'Ã©dition de liens avec la bibliothÃ¨ques library-pic.Les optimisations durant l'Ã©dition de liens sont faites avec un nombre de tÃ¢ches parallÃ¨les ou un serveur de tÃ¢ches.Lister tous les compteurs de dÃ©bogage disponibles avec leurs limites et leurs valeurs.DÃ©claration locale depuis une fonction diffÃ©renteLa variable verrou Ã  %L doit Ãªtre un scalaire de type LOCK_TYPELe bloc SELECT CASE logique Ã  %L a plus de deux casUne plage logique n'est pas permise dans l'instruction CASE Ã  %LLes valeurs logiques Ã  %%L doivent Ãªtre comparÃ©es avec %s au lieu de %sRechercher et utiliser les fichiers PCH mÃªme pendant le prÃ©-traitement.Chercher des opportunitÃ©s de rÃ©duire les ajustements de pile et les rÃ©fÃ©rences Ã  la pile.Aligner le code des boucles sur une puissance de 2 de cette valeur.La boucle itÃ¨re sans finUne boucle parallÃ©lisÃ©e sur plusieurs Â«Â gangsÂ Â» n'est pas permise Ã  l'intÃ©rieur d'une autre boucle parallÃ©lisÃ©e sur plusieurs Â«Â gangsÂ Â» Ã  %LUne boucle parallÃ©lisÃ©e sur plusieurs Â«Â gangsÂ Â» n'est pas permise Ã  l'intÃ©rieur d'une boucle parallÃ©lisÃ©e sur plusieurs Â«Â workersÂ Â» Ã  %LUne boucle parallÃ©lisÃ©e sur plusieurs vecteurs n'est pas permise Ã  l'intÃ©rieur d'une autre boucle parallÃ©lisÃ©e sur plusieurs vecteurs Ã  %LUne boucle parallÃ©lisÃ©e sur plusieurs Â«Â workersÂ Â» n'est pas permise Ã  l'intÃ©rieur d'une autre boucle parallÃ©lisÃ©e sur plusieurs vecteurs Ã  %LUne boucle parallÃ©lisÃ©e sur plusieurs Â«Â workersÂ Â» n'est pas permise Ã  l'intÃ©rieur d'une autre boucle parallÃ©lisÃ©e sur plusieurs Â«Â workersÂ Â» Ã  %LVariable de boucleLa variable de boucle Ã  %C ne peut pas Ãªtre un co-tableauLa variable de boucle Ã  %C ne peut pas Ãªtre un sous-composantLa variable de boucle Ã  %C ne peut pas Ãªtre un tableauLa variable de boucle a Ã©tÃ© modifiÃ©eLes boucles qui itÃ¨rent au moins le nombre de fois sÃ©lectionnÃ© recevront un alignement de boucle..La rÃ©fÃ©rence infÃ©rieure au tableau Ã  %L est hors des limites (%ld < %ld) dans la dimension %dLa rÃ©fÃ©rence infÃ©rieure au tableau Ã  %L est en dehors des limites (%ld > %ld) dans la dimension %dLa limite infÃ©rieur doit Ãªtre prÃ©sente Ã  %Lle MCU Â«Â %sÂ Â» n'a pas d'unitÃ© de multiplication matÃ©rielle mais -mhwmult demande Â«Â %sÂ Â»le MCU Â«Â %sÂ Â» supporte l'ISA %s mais -mcpu est dÃ©fini Ã  %sle MCU Â«Â %sÂ Â» supporte la multiplication matÃ©rielle %s mais -mhwmult demande Â«Â 16-bitÂ Â»le MCU Â«Â %sÂ Â» supporte la multiplication matÃ©rielle %s mais -mhwmult demande Â«Â 32-bitÂ Â»le MCU Â«Â %sÂ Â» supporte la multiplication matÃ©rielle %s mais -mhwmult demande Â«Â f5seriesÂ Â»code -mxgot MIPS16PIC MIPS16 pour des ABI autres que o32 et o64MMIX interne: %s n'est pas un entier pouvant dÃ©calÃ©MMIX interne: Registre erronÃ©: %dMMIX interne: Valeur erronÃ©e pour Â«Â mÂ Â», pas un CONST_INTMMIX interne: Ne peut dÃ©coder cet opÃ©randeMMIX interne: Attendait CONST_INT, pas ceciMMIX interne: Attendait une constante, pas ceciMMIX interne: Attendait un registre, pas ceciMMIX interne: Le dernier vararg nommÃ© ne tiendra pas dans un registreMMIX interne: Cas %qc manquant dans mmix_print_operandMMIX interne: Ce n'est pas une constante:MMIX interne: Ce n'est pas une adresse reconnueMMIX interne: Tentative de produire une condition incorrectement inversÃ©e:MMIX interne: Quel est le CC de ceciÂ ?MMIX interne: Quel est le CC de ceciÂ ?l'argument vectoriel MMX sans activer MMX modifie l'ABIle retour vectoriel MMX sans activer MMX change l'ABIMODIFY_EXPR inattendu avec des tuplesMODULE PROCEDURE Ã  %C doit Ãªtre dans une interface de module gÃ©nÃ©riqueDÃ©claration de MODULE PROCEDURE Ã  %CPrÃ©fixe de MODULE Ã  %CArgument MOLD requis pour NULL Ã  %LBalise MOLD Ã  %LLa balise MOLD Ã  %L est en conflit avec la balise SOURCE Ã  %LLa balise MOLD Ã  %L est en conflit avec le typespec Ã  %LMOLD= est requis dans l'argument NULL() Ã  %L: AmbigÃ¼itÃ© entre les fonctions spÃ©cifiÃ©es %s et %scode MIPS16 MSAles fonctions internes du MSP430 ne fonctionnent qu'Ã  l'intÃ©rieur des gestionnaires d'interruptionsMULT rencontrÃ© dans cris_op_strL'amplitude du deuxiÃ¨me argument de %s dÃ©passe la taille des bits Ã  %LL'amplitude du deuxiÃ¨me argument de ISHFTC excÃ¨de le BIT_SIZE du premier argument Ã  %CLa variante principale n'est pas dÃ©finieTenir Ã  jour une liste inversÃ©e de pointeurs.Rendre les Â«Â charÂ Â» signÃ©s par dÃ©faut.Rendre les Â«Â charÂ Â» non signÃ©s par dÃ©faut.Rendre les entiers larges de 32 bits.Produire les Â«Â structÂ Â» avec une taille multiples de 4 octets (attention: altÃ©rÃ© par l'ABI).S'assurer que les chargements et les stockages ne sont pas dÃ©placÃ©s au delÃ  d'instructions DMA.Faire supposer Ã  la machine de relaxation de l'Ã©diteur de lien qu'un bouclage du compteur du programme survient.Instruction GENERIC mal formÃ©e Ã  %CAllouer les donnÃ©es avec malloc dans l'espace P2.Remplacer un nom de rÃ©pertoire par un autre dans les informations de dÃ©bogage.Marquer le registre MAC comme Ã©tant Ã©crasÃ© par un appel.Marquer les appels Ã  __tls_get_addr avec des informations sur les arguments.Marquer toutes les boucles comme Ã©tant parallÃ¨les.Marquer toutes les fonctions et mÃ©thodes mises en ligne comme ayant la visibilitÃ© Â«Â cachÃ©eÂ Â».Le nombre max de blocs de base dans une boucle pour un dÃ©placement de boucle invariant.Le nombre max de boucles pour l'allocation de registre rÃ©gional.La taille max de la table des conflits en Mo.Le nombre maximum d'insns de rechargement gÃ©nÃ©rÃ©es par insn est atteint (%d)
*************** Utilisez l'option -mcpu pour dÃ©finir l'
*** 2457,2469 ****
  sortie %d->%d pas enregistrÃ©eexpand_binop a Ã©chouÃ© dans movsi gotle motif d'expansion %<%E%> ne contient pas de paquet d'argumentsle motif d'expansion %<%T%> ne contient pas de paquet d'argumentsle point d'expansion est l'emplacement %iclause %<#pragma acc%> attendue%<#pragma omp section%> ou %<}%> attenduclause %<#pragma omp%> attendueclause %<#pragma simd%> attendue%<(%> attendu%<(%> ou fin de ligne attendue%<)%> attendu%<*%> attendu%<+%>, %<*%>, %<-%>, %<&%>, %<^%>, %<|%>, %<&&%>, %<||%> ou identificateur attendu%<,%> attendu%<,%> ou %<)%> attendu%<,%> ou %<)%> attendu aprÃ¨s %qE%<,%> ou %<...%> attendu%<,%> ou %<;%> attendu%<,%> ou %<}%> attendu%<,%>, %<;%> ou %<}%> attendu%<.%> attendu%<...%> attendu%<:%> attendu%<:%> ou %<)%> attendu%<:%> ou %<...%> attendu%<;%> ou %<::%> attendu%<:%> ou nombre attendu%<:%>, %<,%>, %<;%>, %<}%> ou %<__attribute__%> attendu%<::%> attendu%<;%> attendu%<;%> attendu aprÃ¨s la dÃ©finition de la classe%<;%> attendu aprÃ¨s la dÃ©finition de la structure%<;%> attendu aprÃ¨s la dÃ©finition de l'union%<;%> attendu Ã  la fin de la dÃ©claration du membre%<;%> ou %<{%> attendu%<;%> ou %<{%> attendu aprÃ¨s la dÃ©finition des attributs de la mÃ©thode%<;%>, %<,%> ou %<)%> attendu%<;%>, identificateur ou %<(%> attendu%<<%> attendu%<=%> attendu%<=%>, %<,%>, %<;%>, %<asm%> ou %<__attribute__%> attendu%<>%> attendu%<@end%> attendu%<@synchronized%> attendu%<@throw%> attendu%<@try%> attendu%<[%> attendu%<]%> attendu%<_Cilk_spawn%> attendu avant %<_Cilk_sync%>%<__label__%> attendu%<__transaction_atomic%> attendu%<__transaction_relaxed%> attendu%<asm%> attendu%<catch%> attendu%<class%> attendu%<class%> ou %<typename%> attendu%<class%>, %<typename%> ou %<template%> attendu%<data%> attendu%<data%> attendu aprÃ¨s %<#pragma acc %s%>%<data%>, %<update%>, %<enter%> ou %<exit%> attendu%<declare%> attendu%<decltype%> attendu%<delete%> attendu%<extern%> attendu%<for%> attendu aprÃ¨s %qs%<namespace%> attendu%<new%> attendu%<none%> attendu%<none%> ou %<shared%> attendu%<omp_priv%> ou nom de fonction attendu%<operator%> attendumodificateurs de clause %<parallel%> ou %<target%> %<if%> attendus%<point%> attendu%<return%> attendu%<scalar%> attendu%<simd%> ou %<reduction%> ou %<target%> attendu%<static_assert%> attendu%<target%> attendu%<template%> attendu%<throw%> attendu%<tofrom%> attendu%<try%> attendu%<using%> attendu%<while%> attendu%<{%> attendu%<{%> ou %<:%> attendu%<}%> attendu%<}%> attendu avant %<else%>%<~%> attenduon attendait %d niveaux de paramÃ¨tres du patron pour %q#D mais on en a obtenu %d%qT attendu mais l'argument est de type %qTmodificateur de clause %qs %<if%> attendu au lieu de %qs... attendu[big-endian|little-endian|default] attendu aprÃ¨s %<#pragma scalar_storage_order%>[error|warning|ignored|push|pop] attendu aprÃ¨s %<#pragma GCC diagnostic%>une chaÃ®ne est attendue aprÃ¨s %<#pragma message%>un objet SSA_NAME Ã©tait attenduun identificateur est attendu pour le nom d'attributexpression de notation des tableaux attendueattribut attendu avant %<...%>opÃ©rateur binaire attenduexpression boolÃ©enne attenduetype boolÃ©en attenduÃ©tiquette Â«Â caseÂ Â» ou instruction Â«Â gotoÂ Â» attenduecanal attendunom de classe attendumot-clÃ© de type classe (class ou struct) attendunom de classe attenduconstructeur, destructeur ou conversion de type attendudÃ©claration attenduedÃ©claration ou instruction attenduespÃ©cificateurs de dÃ©claration attendusspÃ©cificateurs de dÃ©claration ou %<...%> attendudÃ©clarateur attenduinstruction Â«Â elseÂ Â» attendueune chaÃ®ne vide Ã©tait attendue aprÃ¨s le mot-clÃ© %<operator%>fin de liste de capture attenduefin de ligne attendueexpression attendueliste-expression ou type-id attendufonction attenduenom de fonction attendunom de fonction %<(%> attenduexpression Â«Â gotoÂ Â» attendueexpression id attendueexpression id (arguments) attendueidentificateur attenduidentificateur ou %<(%> attenduidentificateur ou %<)%> attenduidentificateur ou %<*%> attenduinitialisation attendueentier attenduexpression entiÃ¨re attendueexpression entiÃ¨re attendue avant Â«Â )Â Â»interface ou pointeur vers une interface attendudÃ©claration ou initialisation d'itÃ©ration attendueinstruction d'itÃ©ration attendueinstruction de saut attendueÃ©tiquette attendueinstruction Ã©tiquetÃ©e attendueun index sur un tableau associatif est attendu dans le membre de droiteespace de noms attenduspÃ©cificateur de nom imbriquÃ© attendutype numÃ©rique attenduopÃ©rateur attendupaquet de paramÃ¨tres attendu avant %<...%>nom d'Ã©tape attendupointeur attenduexpression primaire attendueopÃ©rateur pointeur attendunom qualifiÃ© attendu dans la dÃ©claration amie pour le constructeur %qDnom qualifiÃ© attendu dans la dÃ©claration amie du destructeur %qDinstruction de sÃ©lection attendueÂ«Â ;Â Â» attenduliste de qualificatifs et de qualificatifs attendueinstruction attenduechaÃ®ne littÃ©rale attenduechaÃ®ne littÃ©rale attendueidentificateur de suffixe attenduargument de patron attendutemplate-id attendutemplate-id attendu pour le typenom de patron attenduspÃ©cificateur du type attenduun nom de type attenduspÃ©cificateur de type attenduunqualified-id attendunom de variable attendula capture par copie explicite de %<this%> est redondante avec la capture par copie par dÃ©fautla capture par copie explicite de %qD est redondante avec la capture par copie par dÃ©fautla capture par rÃ©fÃ©rence explicite de %qD est redondante avec la capture par rÃ©fÃ©rence par dÃ©fautles opÃ©rateurs de conversion explicites sont uniquement disponibles avec -std=c++11 ou -std=gnu++11les guides de dÃ©duction explicites ne sont pas pris en compte pour l'initialisation par copieÂ«Â gotoÂ Â» explicite Ã  la fin du bb %dinstanciation explicite de %q#Dinstanciation explicite de %q#T avant la dÃ©finition de patroninstanciation explicite de %qD mais pas de dÃ©finition disponibleinstanciation explicite de %qD dans l'espace de noms %qD (qui n'englobe pas l'espace de noms %qD)une instanciation explicite de %qD en dehors de son espace de noms doit utiliser un spÃ©cificateur de nom imbriquÃ©instanciation explicite du patron non classe %qDinstanciation explicite du non patron %q#Dinstanciation explicite du type non patron %qTune instanciation explicite ne doit pas utiliser le spÃ©cificateur %<constexpr%>une instanciation explicite ne doit pas utiliser le spÃ©cificateur %<inline%>qualificatifs explicites dans la dÃ©claration de %qDla variable-registre explicite %qD ne peut pas Ãªtre modifiÃ©e dans une fonction exÃ©cutÃ©e en parallÃ¨lela spÃ©cialisation explicite doit Ãªtre dÃ©clarÃ©e %<concept%>spÃ©cialisation explicite dans la portÃ©e d'un non espace de noms %qDspÃ©cialisation explicite de %qD aprÃ¨s la premiÃ¨re utilisationla spÃ©cialisation explicite de %qD doit Ãªtre introduite par %<template <>%>une spÃ©cialisation explicite de %qD en dehors de son espace de noms doit utiliser un spÃ©cificateur de nom imbriquÃ©spÃ©cialisation explicite du concept de fonction %qDspÃ©cialisation explicite du non patron %qTune liste explicite d'arguments de patron n'est pas permiseune spÃ©cialisation explicite de patron ne peut pas avoir une classe de stockagela fonction %q+D imposÃ©e par dÃ©faut explicitement ne peut pas Ãªtre dÃ©clarÃ©e constexpr car la dÃ©claration implicite n'est pas constexpr:les registres explicitement utilisÃ©s doivent Ãªtre groupÃ©s en haut de la pileLettre d'exposant Â«Â qÂ Â» dans une constante littÃ©rale rÃ©elle Ã  %Cexpr dans l'affectation var = expr de !$OMP ATOMIC WRITE doit Ãªtre scalaire et ne peut pas faire rÃ©fÃ©rence Ã  var Ã  %Lexpr dans l'affectation !$OMP ATOMIC var = var op expr doit Ãªtre scalaire et ne peut pas faire rÃ©fÃ©rence Ã  var Ã  %Ll'expression %qE ne dÃ©signe pas une fonction constexprl'expression %qE Ã  des effets de bordl'expression %qE n'est pas une expression constantel'expression ne peut pas Ãªtre utilisÃ©e comme une fonctionl'expression dans la dÃ©claration Â«Â newÂ Â» doit Ãªtre un type entier ou un type Ã©numÃ©rÃ©l'expression dans l'assertion statique n'est pas un entierl'expression dans l'assertion statique n'est pas une expression constante entiÃ¨rel'expression dans l'assertion statique n'est pas une constantela liste d'expressions est traitÃ©e comme une expression composÃ©e dans le transtypage fonctionnella liste d'expressions est traitÃ©e comme une expression composÃ©e dans l'initialisationla liste d'expressions est traitÃ©e comme une expression composÃ©e dans l'initialisation mÃ©moirel'expression doit Ãªtre fondamentalel'expression du type de classe abstraite %qT ne peut pas Ãªtre utilisÃ©e dans une expression Â«Â throwÂ Â»l'instruction de l'expression a un type incompletexpression_rank(): Deux specs de tableauextend_ref(): Variable Â«Â tailÂ Â» invalideles listes d'initialisation Ã©tendues sont uniquement disponibles avec -std=c++11 ou -std=gnu++11les registres Ã©tendus n'ont pas de moitiÃ© hautela dÃ©claration externe de %q#D ne concorde pasla dÃ©claration externe de %q+D suit une dÃ©claration sans classe de liaisonmodÃ¨le externe globalvalueles fonctions d'initialisation TLS externes ne sont pas supportÃ©es sur cette cibleclasse de liaison externe requise pour le symbole %q+D en raison de l'attribut %qEclone en ligne visible depuis l'extÃ©rieur%<;%> superflugroupe d'accolades superflu Ã  la fin de l'initialisationÃ©lÃ©ments superflus dans l'initialisation d'un scalairearÃªte sortante supplÃ©mentaire %d->%dqualification %<%T::%> additionnelle sur le membre %qsqualification supplÃ©mentaire pas permiseÂ«Â ;Â Â» superflupoint virgule superflu spÃ©cifiÃ© dans la dÃ©finition de la mÃ©thodepoint virgule superflu dans la structure ou dans l'unionqualificatif de type supplÃ©mentaire dans l'argument du format (argument %d)Ã©chec Ã  l'initialisation du greffon %sÃ©chec lors de la crÃ©ation du composant du tableau associatif Â«Â %sÂ Â»Ã©chec lors de la crÃ©ation du composant d'union Â«Â %sÂ Â»Ã©chec lors du dÃ©veloppement de la fonction interneerreur pour obtenir le statut de sortie: %merreur Ã  l'obtention des temps du processus: %mÃ©chec Ã  l'ouverture du fichier temporaire %s pour la sortie LTOÃ©chec Ã  l'ouverture du fichier temporaire %s avec la sortie LTOÃ©chec lors de la rÃ©cupÃ©ration de la fonction inutileÃ©chec lors de la rÃ©cupÃ©ration de la fonction inutile dans le mÃªme groupe comdatle modÃ¨le mÃ©moire en cas d'Ã©chec ne peut pas Ãªtre plus fort que le modÃ¨le mÃ©moire en cas de succÃ¨s pour %<__atomic_compare_exchange%>Ã©chec lors de la simplification de la rÃ©fÃ©rence Ã  la sous-chaÃ®ne dans l'instruction DATA Ã  %LÃ©chec en essayant de recharger:arÃªte fallthru aprÃ¨s une instruction de contrÃ´le dans le bb %darÃªte fallthru aprÃ¨s un branchement inconditionnel dans le bb %iune arÃªte fallthru traverse une frontiÃ¨re de section dans le bb %ifallthru pour sortir du bloc de base %dl'Ã©numÃ©ration rapide n'est pas disponible en Objective-C 1.0les attributs fastcall et cdecl sont incompatiblesles attributs fastcall et regparm sont incompatiblesles attributs fastcall et stdcall sont incompatiblesles attributs fastcall et thiscall sont incompatibleserreur fatale: fclose %s: %mLa chaÃ®ne fe_runtime_error doit Ãªtre terminÃ©e par un zÃ©rofe_runtime_error: Mauvais nombre d'arguments (%d au lieu de %d)champ %q#D avec le mÃªme nom que la classele champ %q+D est incorrectement dÃ©clarÃ© avec le type d'une fonctionle champ %q+D est incorrectement dÃ©clarÃ© avec le type d'une mÃ©thodele champ %qD a le type incomplet %qTchamp %qE dÃ©clarÃ© comme une fonctionle champ %qE est d'un type incompletle nom du champ n'est pas dans l'initialisation de l'enregistrement ou de l'unionspÃ©cificateur de champ de prÃ©cisionlargeur de champlargeur de champ dans le format de printflargeur de champ dans le format de scanflargeur de champ dans le format de strfmonlargeur de champ dans le format de strftimespÃ©cificateur de largeur de chample champ a un agencement diffÃ©rent dans une autre unitÃ© de traductionle fichier %qs a Ã©tÃ© quittÃ© mais n'a pas Ã©tÃ© entrÃ©fin de fichier dans l'argument par dÃ©fautla dÃ©claration de %qE au niveau du fichier spÃ©cifie %<auto%>la dÃ©claration de %qE au niveau du fichier spÃ©cifie %<register%>caractÃ¨re de remplissagecaractÃ¨re de remplissage dans le format de strfmonfind_array_spec(): Spec manquantefind_array_spec(): Â«Â asÂ Â» inutilisÃ©(1)find_array_spec(): Â«Â asÂ Â» inutilisÃ©(2)find_enum(): Ã‰numÃ©ration introuvablefonction fini() trouvÃ©e dans l'objet %sle premier argument doit Ãªtre []bytele premier argument de %q+D devrait Ãªtre %<int%>le premier argument de %<__builtin_call_with_static_chain%> doit Ãªtre une expression d'appelle premier argument de %<__builtin_choose_expr%> n'est pas une constantele premier argument de %<va_arg%> n'est pas du type %<va_list%>le premier dÃ©saccord est le chample premier offset doit Ãªtre dans la direction opposÃ©e des itÃ©rations de la bouclele registre ebp fixÃ© requiert %<-maccumulate-outgoing-args%>le registre ebp fixÃ© requiert %<target("accumulate-outgoing-args")%>registre fixe %s utilisÃ© pour passer un paramÃ¨tre Ã  la fonctiondÃ©bordement d'un nombre en virgule fixe dans l'expressionles types en virgule fixe ne sont pas supportÃ©s pour cette cibletypes en virgule fixe pas supportÃ©s en C++membre tableau flexible %qD dans %q#T par ailleurs videle membre tableau flexible %qD n'est pas Ã  la fin de %q#Ttableau flexible comme membre d'une structure sans aucun membre nommÃ©tableau flexible comme membre de l'unionle tableau flexible n'est pas le dernier membre Ã  la fin de la structurela constante en virgule flottante dÃ©borde de la plage de %qTconstante flottante mal utilisÃ©econstante en virgule flottante tronquÃ©e Ã  zÃ©role littÃ©ral en virgule flottante dÃ©passe la plage de type %qTle littÃ©ral en virgule flottante est tronquÃ© Ã  zÃ©rodÃ©bordement d'un nombre en virgule flottante dans l'expressionle suffixe en virgule flottante %qs est masquÃ© par l'implÃ©mentationla constante en virgule flottante n'est pas un opÃ©rande immÃ©diat valideinsn de contrÃ´le de flot Ã  l'intÃ©rieur dâ€™un bloc de basevÃ©rification fold: arbre originale modifiÃ© par foldrepli de l'expansion vide sur %Oles expressions fold sont uniquement disponibles avec -std=c++1z ou -std=gnu++1zfopen %s: %mfopen: %s: %mpour %qDpour un transtypage de style Â«Â fonctionÂ Â», enlevez le %<::%D%> redondantpour la dÃ©duction de %<std::initializer_list%>, utilisez l'initialisation par liste copiÃ©e (c-Ã -d ajoutez %<=%> avant le %<{%>)l'expression d'incrÃ©mentation de Â«Â forÂ Â» ne peut rÃ©soudre l'adresse de la fonction surchargÃ©el'expression d'incrÃ©mentation de Â«Â forÂ Â» n'a pas d'effetl'expression d'incrÃ©mentation de Â«Â forÂ Â» est une rÃ©fÃ©rence, pas un appel, Ã  la fonction %qEl'expression de longueur doit Ãªtre spÃ©cifiÃ©e pour un type pointeurinstruction Â«Â forÂ Â» attenduepour la dÃ©claration du patron %q+Ddans l'option -mcache-block-size=X, les valeurs valides pour X sont: 4, 8, 16, 32, 64, 128, 256, ou 512dans l'option -misr-vector-size=X, les valeurs valides pour X sont 4 ou 16l'expression de longueur doit Ãªtre spÃ©cifiÃ©e pour un type tableau dont la limite est inconnueinstruction Â«Â forÂ Â», Â«Â whileÂ Â» ou Â«Â doÂ Â» attendueformatl'argument de format %d est inutilisÃ© et se trouve avant l'argument %d qui est utilisÃ© avec un numÃ©ro d'argument $l'argument de format %d est utilisÃ© plus d'une fois dans le format %sl'argument de format aurait dÃ» Ãªtre une rÃ©fÃ©rence Ã  %qsl'argument de format aurait dÃ» Ãªtre une rÃ©fÃ©rence Ã  %qs mais c'est une chaÃ®ne qui a Ã©tÃ© trouvÃ©ele format est une chaÃ®ne de caractÃ¨res largesle format n'est pas une chaÃ®ne littÃ©rale et il n'y a pas d'arguments de formatle format n'est pas une chaÃ®ne littÃ©rale, les types des arguments ne sont pas vÃ©rifiÃ©sle format n'est pas une chaÃ®ne littÃ©rale, le format n'est pas vÃ©rifiÃ©l'argument de la chaÃ®ne de format suit les arguments devant Ãªtre formatÃ©sl'argument passÃ© comme chaÃ®ne de format n'est pas une chaÃ®ne de caractÃ¨resla chaÃ®ne de format a un numÃ©ro d'opÃ©rande invalidela chaÃ®ne de format est dÃ©finie iciformation d'un pointer vers le type de fonction qualifiÃ© %qTformation d'un pointeur vers le type de rÃ©fÃ©rence %qTformation d'une rÃ©fÃ©rence vers le type de fonction qualifiÃ© %qTformation d'une rÃ©fÃ©rence vers le type de rÃ©fÃ©rence %qTformation d'une rÃ©fÃ©rence vers voiddÃ©claration anticipÃ©e de %q#T%<%c%s%> trouvÃ©%<-%E%> trouvÃ© Ã  la place de %<+%E%> dans le(s) protocole(s)%<:%> trouvÃ© dans le spÃ©cificateur de nom imbriquÃ©, %<::%> attenduun %qT a Ã©tÃ© trouvÃ© mais l'argument de format devrait Ãªtre une chaÃ®neune rÃ©fÃ©rence %qs a Ã©tÃ© trouvÃ©e mais l'argument de format devrait Ãªtre une chaÃ®nenom par dÃ©faut trouvÃ© avec une instruction de dÃ©finition non videdÃ©finition rÃ©elle trouvÃ©e pour un non registredÃ©finition virtuelle trouvÃ©e pour un registre GIMPLEun SSA_NAME a Ã©tÃ© rencontrÃ© qui avait Ã©tÃ© relÃ¢chÃ© dans le pool des Ã©lÃ©ments libresÂ«Â caseÂ Â» par dÃ©faut rencontrÃ© mais pas au dÃ©but du vecteur des Â«Â caseÂ Â»la couche logicielle pour complÃ©ter l'arithmÃ©tique requiert -mtrap-precision=ifr30_print_operand: code %%F invalidefr30_print_operand: code %%x invalidefr30_print_operand: opÃ©rande invalide pour le code %%Afr30_print_operand: MEM non traitÃ©fr30_print_operand: code inconnufr30_print_operand: code %%B non reconnufr30_print_operand: code %%b non reconnufr30_print_operand: code %%p non reconnufr30_print_operand_address: adresse non traitÃ©eun pointeur de trame est requis, mais il est rÃ©servÃ©la taille de la trame de %qs est de %wd octetsla taille de la trame de la fonction %qs est de %wd octets. Elle dÃ©passe la limite de %d octets de la pile fournie par l'utilisateur. Un dÃ©routement inconditionnel est ajoutÃ©.la taille de la trame de la fonction %qs est de %wd octets. C'est plus que la moitiÃ© de la taille de la pile. Le contrÃ´le dynamique ne serait pas fiable. Aucun contrÃ´le n'est gÃ©nÃ©rÃ© pour cette fonction.taille de trame trop grande pour une vÃ©rification fiable de la pilefree_expr0(): Mauvais type d'expressionfree_pi_tree(): Correction non rÃ©soluela dÃ©claration amie %q#D dÃ©clare une fonction non patrondÃ©claration amie %qD dans la classe locale sans dÃ©claration antÃ©rieurela dÃ©claration amie %qD n'est pas visible par la spÃ©cialisation explicitela dÃ©claration amie %qD ne peut pas avoir de spÃ©cificateur de type Â«Â virt-specifiersÂ Â»la dÃ©claration amie ne nomme pas une classe ou une fonctiondÃ©claration amie icila dÃ©claration amie n'est pas dans la dÃ©finition de la classeune dÃ©claration amie requiert le mot-clÃ© Â«Â classÂ Â», c-Ã -d %<friend %#T%>une dÃ©claration amie requiert le mot-clÃ© Â«Â classÂ Â», c-Ã -d. %<friend class %T::%D%>par rapport Ã  la dÃ©claration prÃ©cÃ©dente de %qFfrv_print_operand: code inconnuune fonction peut uniquement Ãªtre comparÃ©e Ã  nulla fonction %q#D est initialisÃ©e comme une variablela fonction %q+D est imposÃ©e par dÃ©faut au moment de sa dÃ©claration avec une spÃ©cification d'exception qui diffÃ¨re de la spÃ©cification d'exception implicite %qXla dÃ©finition de la fonction %q+D est marquÃ©e dllimportla fonction %q+D fait partie du cycle des aliasla fonction %q+F ne peut jamais Ãªtre copiÃ©e car elle reÃ§oit un Â«Â gotoÂ Â» non localla fonction %q+F ne peut jamais Ãªtre copiÃ©e car elle sauvegarde l'adresse d'une Ã©tiquette locale dans une variable statiquela fonction %q+F ne peut jamais Ãªtre mise en ligne parce qu'elle contient un Â«Â gotoÂ Â» calculÃ©la fonction %q+F ne peut jamais Ãªtre mise en ligne parce que cela est supprimÃ© par l'utilisation de -fno-inlinela fonction %q+F ne peut jamais Ãªtre mise en ligne parce qu'elle utilise __builtin_return ou __builtin_apply_argsla fonction %q+F ne peut jamais Ãªtre mise en ligne car elle utilise Â«Â allocaÂ Â» (ce qui sera outrepassÃ© en utilisant l'attribut Â«Â always_inlineÂ Â»)la fonction %q+F ne peut jamais Ãªtre mise en ligne parce qu'elle utilise des attributs en conflit avec la mise en lignela fonction %q+F ne peut jamais Ãªtre mise en ligne parce qu'elle utilise un Â«Â gotoÂ Â» qui n'est pas localla fonction %q+F ne peut jamais Ãªtre mise en ligne parce qu'elle utilise setjmpla fonction %q+F ne peut jamais Ãªtre mise en ligne parce qu'elle utilise setjmp-longjmp pour gÃ©rer les exceptionsla fonction %q+F ne peut jamais Ãªtre mise en ligne parce qu'elle utilise une liste variable d'argumentsfonction %qD dÃ©clarÃ©e %<virtual%> Ã  l'intÃ©rieur d'une unionla fonction %qD est initialisÃ©e comme une variablela fonction %qD pourrait peut-Ãªtre Ãªtre candidate pour l'attribut de format %qsfonction %qD redÃ©clarÃ©e comme une variablela fonction %qD est utilisÃ©e comme sortie %<asm%>la fonction %qs ne peut pas Ãªtre dÃ©clarÃ©e %<mutable%>attribut de fonction incohÃ©rentles attributs de fonction %qs et %qs n'ont pas d'effet sur la fonction %qsles attributs de fonction %qs, %qs et %qs sont mutuellement exclusifsle corps de la fonction peut Ãªtre Ã©crasÃ© durant l'Ã©dition de liensle corps de la fonction n'est pas disponiblel'appel de fonction a une valeur d'agrÃ©gatfonction appelÃ©e Ã  travers un type non compatiblela fonction ne peut pas Ãªtre modifiÃ©e pour ajouter du codela dÃ©claration de fonction n'est pas un prototypela fonction est dÃ©clarÃ©e avec %<noreturn%> mais elle utilise l'instruction %<return%>dÃ©finition de fonction dÃ©clarÃ©e %<auto%>dÃ©finition de fonction dÃ©clarÃ©e %<register%>dÃ©finition de fonction dÃ©clarÃ©e %<typedef%>dÃ©finition de fonction dÃ©clarÃ©e %qsla dÃ©finition de fonction ne dÃ©clare aucun paramÃ¨trela dÃ©finition de la fonction a un type de retour Â«Â voidÂ Â» qualifiÃ©la fonction ne retourne pas un type Â«Â stringÂ Â»la fonction peut retourner l'adresse d'une variable localela fonction pourrait Ãªtre une candidate pour l'attribut %qsla fonction pourrait Ãªtre une candidate pour l'attribut %qs si elle est connue pour retourner normalementfonction pas retenue pour Ãªtre mise en lignela fonction n'est pas dÃ©clarÃ©e en ligne et la taille du code augmenteraitla fonction ne peut Ãªtre mise en lignela fonction nâ€™est pas une candidate Ã  la mise en lignetype tableau ou fonction %qT dans %<#pragma omp declare reduction%>fonction ou type tableau dans %<#pragma omp declare reduction%>paramÃ¨tre de fonctionDÃ©saccord dans le nombre de rÃ©sultats de la fonctionle type retournÃ© par une fonction ne peut Ãªtre une fonctionles types retournÃ©s par les fonctions ne sont pas compatibles en raison de %<volatile%>fonction retournant une fonctionfonction retournant un tableaula fonction retourne l'adresse d'une Ã©tiquettela fonction retourne l'adresse d'une variable localela fonction retourne un agrÃ©gatle symbole de la fonction n'est pas une fonctionle patron de fonction %qD est redÃ©clarÃ© comme un patron de classetemplate-id de la fonction %qD dans le spÃ©cificateur de nom imbriquÃ©types fonctions pas vraiment compatibles en C ISOfonction appelÃ©e avec un type de retour void qualifiÃ©%qE au niveau de la fonction est implicitement Â«Â autoÂ Â» et dÃ©clarÃ© %qs%qs dans le champ de la fonction est implicitement dÃ©clarÃ© auto et dÃ©clarÃ© %<__thread%>support de function_profilerfunction_profiler supportÃ© pour MMIXtranstypage fonctionnel vers le type tableau %qTrebut Ã  la fin de Â«Â #pragma nomember_alignmentÂ Â»pilote gcc version %s %sexÃ©cutant gcc version %s
  gcc version %s %s
  gcov %s%s
! le code du fragment gÃ©nÃ©rique Ã©choue pour la mÃ©thode %qD qui utilise %<...%>get_mpz(): N'est pas une constante entiÃ¨reobtention de la limite maximale de la taille du fichier de vidange (core file): %mgfc_add_interface(): Mauvais type d'interfacegfc_arith_divide(): Mauvais type de basegfc_arith_error(): Mauvais code d'erreurgfc_arith_minus(): Mauvais type de basegfc_arith_plus(): Mauvais type de basegfc_arith_times(): Mauvais type de basegfc_arith_uminus(): Mauvais type de basegfc_array_dimen_size(): Mauvaise expression EXPR_ARRAYgfc_array_dimen_size(): Mauvaise dimensiongfc_ascii_statement(): Mauvais code d'instructiongfc_basic_typename(): Type non dÃ©finigfc_caf_attr(): Mauvaise rÃ©fÃ©rence Ã  un tableaugfc_caf_attr(): L'expression n'est pas une variablegfc_check_dependency: on attendait une EXPR_VARIABLEgfc_check_digit(): mauvais radicalgfc_code2string(): Mauvais codegfc_compare_array_spec(): SpÃ©cification de tableau Ã©crasÃ©egfc_compare_derived_types: type dÃ©rivÃ© invalidegfc_compare_expr(): Mauvais type de basegfc_conv_constant_to_tree(): type invalide: %sgfc_convert_constant(): Type inattendugfc_copy_expr(): Mauvais nÅ“ud d'expressiongfc_find_array_ref(): Pas de rÃ©fÃ©rence trouvÃ©egfc_free_statement(): Mauvaise instructiongfc_get_constant_expr(): le lieu %<where%> ne peut pas Ãªtre NULLgfc_get_default_type(): Mauvais symbole %qsgfc_global_used(): Mauvais typegfc_is_constant_expr(): Type d'expression inconnugfc_match(): Mauvais code de correspondance %cgfc_match_sym_complex_part(): Mauvais typegfc_op2string(): Mauvais codegfc_range_check() a retournÃ© une mauvaise valeurgfc_range_check(): Mauvais typegfc_ref_dimen_size(): Mauvais dimen_typegfc_ref_dimen_size(): Mauvaise dimensiongfc_resolve_blocks(): Mauvais type de blocgfc_resolve_code(): Mauvais code d'instructiongfc_resolve_code(): Pas d'expression dans le DO WHILEgfc_resolve_expr(): Mauvais type d'expressiongfc_set_default_type(): le symbole a dÃ©jÃ  un typegfc_simplify_abs(): Mauvais typegfc_simplify_dcmplx(): Mauvais type (x)gfc_simplify_dcmplx(): Mauvais type (y)gfc_simplify_dim(): Mauvais typegfc_simplify_floor(): Mauvais sous-typegfc_simplify_log: mauvais typegfc_simplify_mod(): Mauvais argumentsgfc_simplify_modulo(): Mauvais argumentsgfc_trans_code(): Mauvais code d'instructiongfc_trans_omp_workshare(): Mauvais code d'instructiongfc_trans_select(): Mauvais type pour l'expression casegfc_typename(): Type non dÃ©finigfc_validate_kind(): Mauvais sous-type obtenugfc_validate_kind(): Mauvais type obtenugfc_variable_attr(): Mauvaise rÃ©fÃ©rence Ã  un tableaugfc_variable_attr(): L'expression n'est pas une variablegfortran ne supporte pas -E sans -cppgfortran: Uniquement une option %<-J%> autorisÃ©el'appel gimple n'a pas de ciblel'appel gimple a deux ciblesvÃ©rification gimple: attendait %s(%s), a trouvÃ© %s(%s) dans %s, Ã  %s:%dgimple_bb (phi) est dÃ©fini avec un mauvais bloc de basegimple_bb (stmt) est dÃ©fini avec un mauvais bloc de basela gimplification a Ã©chouÃ©eles constructeurs globaux ne sont pas supportÃ©s sur cette cibledÃ©claration globale de %q#Dles destructeurs globaux ne sont pas supportÃ©s sur cette ciblela qualification globale du nom de la classe est invalidevariable globale de registre %qD utilisÃ©e dans une fonction imbriquÃ©eune variable-registre globale suit une dÃ©finition de fonctionla variable-registre globale a une valeur initialel'affectation Ã  la variable globale/statique a Ã©tÃ© interceptÃ©ea obtenu %d paramÃ¨tres de patron pour %q#Da obtenu %d paramÃ¨tres de patron pour %q#Tla destination du Â«Â gotoÂ Â» n'est ni une Ã©tiquette ni un pointeurgp est constant (mais sauvegarder/rÃ©tablir gp lors d'appels indirects).gp_offset (%ld) ou end_offset (%ld) est plus petit que zÃ©role PCH a dÃ» Ãªtre relocalisÃ©code MIPS16 avec des flottants matÃ©riels pour des ABI autres que o32 et o64les instructions dÃ©cimales en virgule flottante matÃ©rielles ne sont pas disponibles en mode ESA/390les instructions dÃ©cimales en virgule flottante matÃ©rielles ne sont pas disponibles sur %sle support des vecteurs matÃ©riels n'est pas disponible sur %sle support des vecteurs matÃ©riels n'est pas disponible avec -msoft-floata des paramÃ¨tres diffÃ©rents dans une autre unitÃ© de traductiona une valeur de retour diffÃ©rente dans une autre unitÃ© de traductionl'insn de tÃªte %d du bloc %d n'a pas Ã©tÃ© trouvÃ©e dans le flot des insnicilimite supÃ©rieure %qE au delÃ  de la taille de la section du tableau dans la clause %qsle hwcap %s est un argument invalide pour la fonction interne %siWMMXt et NEON sont incompatiblesiWMMXt non supportÃ© en mode Thumbia64_print_operandÂ : code inconnuidentical_array_ref(): dimensions incohÃ©rentesl'identificateur %qE est en conflit avec un mot-clÃ© du C++l'identificateur %qE est un mot clÃ© en C++11identificateur attendu aprÃ¨s %<@protocol%>si une clause %<if%> a un modificateur, alors toutes les clauses %<if%> doivent utiliser un modificateurune instruction Â«Â ifÂ Â» ne peut pas contenir %<Cilk_spawn%>si ce code est atteint, le programme s'arrÃªteraÂ«Â ifuncÂ Â» n'est pas supportÃ© par cette configurationÂ«Â ifuncÂ Â» n'est pas supportÃ© sur cette cible#pragma %s %s ignorÃ©%<#pragma align%> ignorÃ© pour %q+D explicitement alignÃ©%<#pragma omp declare simd%> est ignorÃ© sur une fonction avec un argument non %<uniform%> avec le qualificatif %<_Atomic%>%<#pragma omp declare simd%> est ignorÃ© sur une fonction avec un type de retour avec le qualificatif %<_Atomic%>l'attribut %qD est ignorÃ© sur l'espace de noms anonymel'attribut %qD est ignorÃ© sur l'espace de noms pas en lignel'attribut %qE est ignorÃ© car il est appliquÃ© Ã  l'instanciation du patron %qTl'attribut %qE est ignorÃ© car il est appliquÃ© Ã  la spÃ©cialisation du patron %qT-fschedule-insns est ignorÃ© Ã  cause d'un bogue dans la gestion des exceptionsspÃ©cificateur asm ignorÃ© pour la variable locale non statique %q+Dles attributs appliquÃ©s Ã  %qT aprÃ¨s sa dÃ©finition sont ignorÃ©sles attributs sont ignorÃ©s si ils sont appliquÃ©s Ã  la classe de type %qT en dehors de la dÃ©finitionattributs ignorÃ©s car ils sont appliquÃ©s au type dÃ©pendent %qT sans dÃ©claration associÃ©eles attributs dans l'argument %qE du patron sont ignorÃ©sles attributs sur l'argument %qT du patron sont ignorÃ©sle rÃ©pertoire Â«Â %sÂ Â» est ignorÃ© car prÃ©sent deux fois
  le grand pas linÃ©aire est ignorÃ©ignore l'annotation de bouclele #pragma longcall mal composÃ© est ignorÃ©le rÃ©pertoire Â«Â %sÂ Â» est ignorÃ© car inexistant
  attribut Â«Â packedÂ Â» ignorÃ© Ã  cause du champ non POD non empaquetÃ© %q#Dignore l'option %<-fopt-info-%s%> qui entre peut-Ãªtre en conflitla valeur de retour de %qD est ignorÃ©e alors qu'elle est dÃ©clarÃ©e avec l'attribut nodiscardla valeur retournÃ©e par %qD est ignorÃ©e alors qu'elle est dÃ©clarÃ©e avec l'attribut warn_unused_resultla valeur retournÃ©e est ignorÃ©e pour une fonction dÃ©clarÃ©e avec l'attribut warn_unused_resultla valeur de retour de type %qT est ignorÃ©e alors qu'elle est dÃ©clarÃ©e avec l'attribut nodiscardla clause Â«Â sinkÂ Â» est ignorÃ©e car elle a un offset qui n'est pas un multiple du pas de la boucleoption inconnue %q.*s ignorÃ©e dans %<-fdump-%s%>la valeur non reconnue %<%s%> de l'option %<-mcustom-fpu-cfg%> est ignorÃ©ele pas linÃ©aire nul est ignorÃ©OP illÃ©gal dans optimize_comparisontype d'agrÃ©gat %qE illÃ©gal spÃ©cifiÃ© pour la variable d'instance %qsopÃ©rande illÃ©gal adresse d'opÃ©rande illÃ©gale (1)adresse d'opÃ©rande illÃ©gale (2)adresse d'opÃ©rande illÃ©gale (3)adresse d'opÃ©rande illÃ©gale (4)opÃ©rande illÃ©gal dÃ©tectÃ©type de rÃ©fÃ©rence illÃ©gal spÃ©cifiÃ© pour la variable d'instance %qsconversion implicite de %qT vers %qT pour correspondre Ã  d'autres opÃ©randes de l'expression binaireconversion implicite depuis %qT vers %qT pour correspondre Ã  d'autres rÃ©sultats de la conditionconversion implicite de %qT en %qT lors du passage de l'argument Ã  la fonctiondÃ©claration implicite de la fonction %qEdÃ©claration implicite de la fonction %qE; vouliez-vous utiliser %qsÂ ?le dÃ©rÃ©fÃ©rencement implicite n'accÃ¨dera pas Ã  l'objet du type %qT dans l'expression d'incrÃ©mentation de Â«Â forÂ Â»le dÃ©rÃ©fÃ©rencement implicite n'accÃ¨dera pas Ã  l'objet du type %qT dans l'opÃ©rande de gauche de l'opÃ©rateur virgulele dÃ©rÃ©fÃ©rencement implicite n'accÃ¨dera pas Ã  l'objet du type %qT dans l'opÃ©rande de droite de l'opÃ©rateur virgulele dÃ©rÃ©fÃ©rencement implicite n'accÃ¨dera pas Ã  l'objet du type %qT dans le deuxiÃ¨me opÃ©rande de l'expression conditionnellele dÃ©rÃ©fÃ©rencement implicite n'accÃ¨dera pas Ã  l'objet du type %qT dans l'instructionle dÃ©rÃ©fÃ©rencement implicite n'accÃ¨dera pas Ã  l'objet du type %qT dans le troisiÃ¨me opÃ©rande de l'expression conditionnellecorrespondance implicite du tableau de taille tacite %qDles patrons implicites ne peuvent pas Ãªtre %<virtual%>dÃ©saccord dans le type du pointeur implicite Â«Â thisÂ Â»le fanion implicit_section est dÃ©fini mais la section ne l'est pasles registres implicitement dÃ©pilÃ©s doivent Ãªtre groupÃ©s en haut de la pileEND DO impliciteimport_iso_c_binding_module(): Impossible de crÃ©er le symbole pour %scontrainte impossible dans %<asm%>contrainte de registre impossible dans %<asm%>assertion de type impossible: le type n'implÃ©mente pas l'interfacedans %s, Ã  %s:%den C++03, le mot-clÃ© class (ou struct) doit Ãªtre utilisÃ© lors de la dÃ©claration d'un amien C++11 et au delÃ , un constructeur par dÃ©faut peut Ãªtre expliciteen C++11, les destructeurs sont noexcept par dÃ©fauten C++11, ce throw sera terminal car les destructeurs sont noexcept par dÃ©fauten C++98, %<template%> (afin de lever une ambigÃ¼itÃ©) est seulement permis Ã  l'intÃ©rieur des patronsen C++98, %q+D ne peut pas Ãªtre statique parce qu'il est un membre d'une unionen C++98, %qD doit Ãªtre initialisÃ© par un constructeur et non par %<{...}%>dans un appel Ã  la fonction d'allocation %qD dÃ©clarÃ©e icidans un appel Ã  la fonction d'allocation interne %qDdans un appel Ã  la fonction interne %qDdans un appel Ã  la fonction %qD dÃ©clarÃ©e icidans l'argument d'un unaireÂ !dans le bloc de base %d :dans l'appel Ã  %qD, dÃ©clarÃ© icidans la dÃ©claration de %q+Ddans la dÃ©finition de la macro %qsdans l'expansion de la macro %qsdans gfc_simplify_acos(): Mauvais typedans gfc_simplify_acosh(): Mauvais typedans gfc_simplify_asin(): Mauvais typedans gfc_simplify_asinh(): Mauvais typedans gfc_simplify_atan(): Mauvais typedans gfc_simplify_atan2d(): Mauvais typedans gfc_simplify_atanh(): Mauvais typedans gfc_simplify_atrigd(): Mauvais typedans gfc_simplify_cos(): Mauvais typedans gfc_simplify_exp(): Mauvais typedans gfc_simplify_sin(): Mauvais typedans gfc_simplify_trigd(): Mauvais typedans l'initialisation de la variable de dÃ©composition %qDdans le passage de l'argument %P de %qDdans simplify_trig_call(): Mauvais intrinsÃ¨quedans l'instructiondans l'argument de patron pour le type %qT dans la dÃ©finition de %q#Tinitialisation intra-classe du membre de donnÃ©e statique %q#D d'un type incompletinitialisation intra-classe du membre de donnÃ©e statique %q#D du type non littÃ©ralfichier de greffon %s inaccessible dÃ©veloppÃ© depuis le nom court du greffon %s: %maccumulateur inappropriÃ© pour %qsincluez %qs ou fournissez une dÃ©claration de %qDle nombre d'arÃªtes entrantes ne correspond pas au nombre d'arguments PHIles qualificatifs d'espace d'adresses %qs et %qs sont incompatiblesclause de donnÃ©es avec rÃ©duction sur %qE incompatible; promu en present_or_copyopÃ©rande en virgule flottante ou registre vecteur incompatible pour Â«Â %%%cÂ Â»dÃ©claration implicite incompatible pour la fonction interne %qDdÃ©claration implicite incompatible de la fonction %qDtype incompatible pour l'argument %d de %qEtype incompatible pour l'index du tableau associatiftype incompatible pour la mÃ©thode %s%s%stype incompatible pour la mÃ©thode %s%s%s (%s)type incompatible pour le rÃ©cepteurtypes incompatibles dans l'argument PHI %utypes incompatibles dans l'affectation de %qT vers %qTtypes incompatibles dans l'expression binairetype incompatible dans l'envoitypes incompatibles dans l'affectation au type %qT depuis le type %qTtypes incompatibles dans l'initialisation du type %qT en utilisant le type %qTtypes incompatibles en retournant le type %qT alors que %qT Ã©tait attendutypes vectoriels incompatibles dans l'expression conditionnelle: %qT, %qT et %qTimplÃ©mentation incomplÃ¨te de la catÃ©gorie %qEimplÃ©mentation incomplÃ¨te de la classe %qEle type incomplet %qT n'a pas de membre %qDtype %qT incomplet utilisÃ© dans un spÃ©cificateur de noms imbriquÃ©types diffÃ©rents pour Â«Â beginÂ Â» et Â«Â endÂ Â» de l'instruction %<for%> parcourant une plage: %qT et %qTdÃ©duction incohÃ©rente pour %qT: %qT et puis %qTdÃ©duction incohÃ©rente pour le type de retour auto: %qT et puis %qTspÃ©cification de variable d'instance incohÃ©rentecontraintes d'opÃ©rande inconsistantes dans un %<asm%>les types incohÃ©rents %qT et %qT sont dÃ©duits du type retournÃ© par la lambdales suffixes littÃ©raux dÃ©finis par l'utilisateur %qD et %qD sont inconsistants dans la chaÃ®ne littÃ©ralemode de comparaison incorrectentrÃ©e incorrecte dans label_to_block_mapformat incorrect dans la mise Ã  l'Ã©chelle, utilise 1/1
  opÃ©rande d'indice incorrectinsn incorrecteÂ :nombre d'arguments incorrect pour la fonction %qEnombre incorrect pour les Ã©lÃ©ments d'un vecteur CONSTRUCTORopÃ©rande d'arrondi incorrectconfiguration incorrecte pour le numÃ©ro de la zone d'atterrissage des exceptions (landing pad)partage incorrect des nÅ“uds de l'arbretype incorrect pour les Ã©lÃ©ments d'un vecteur CONSTRUCTORparallÃ©lisme de boucle OpenACC incorrectement imbriquÃ©l'expression d'incrÃ©mentation fait rÃ©fÃ©rence Ã  la variable d'itÃ©ration %qDincrÃ©mentation d'une expression boolÃ©enneincrÃ©mentation du champ constant %qDincrÃ©menter une valeur Ã©numÃ©rÃ©e est invalide en C++incrÃ©mentation de la fonction %qDincrÃ©mentation du membre %qD d'un objet en lecture seuleincrÃ©ment d'un pointeur vers un type incomplet %qTincrÃ©mentation de l'emplacement %qE en lecture seuleincrÃ©mentation du membre %qD en lecture seuleincrÃ©mentation de la valeur de retour nommÃ©e %qD en lecture seuleincrÃ©mentation du paramÃ¨tre %qD en lecture seuleincrÃ©mentation de la rÃ©fÃ©rence en lecture seule %qDincrÃ©mentation de la variable %qD en lecture seulela valeur incrÃ©mentÃ©e de l'Ã©numÃ©ration est trop grande pour %<long%>la valeur incrÃ©mentÃ©e de l'Ã©numÃ©ration est trop grande pour %<unsigned long%>l'index %E dÃ©signe un offset plus grand que la taille de %qTl'index dans la dimension %d est hors de limites Ã  %Ll'index doit Ãªtre un entiervaleur d'index au lieu d'un nom de champ dans l'initialisation de l'unionla valeur de l'index est hors limitesla frÃ©quence d'appel indirecte %i ne correspond pas Ã  la frÃ©quence du BB %ila fonction indirecte %q+D ne peut pas Ãªtre dÃ©clarÃ©e faiblela fonction indirecte %q+D ne peut pas Ãªtre dÃ©clarÃ©e Â«Â weakrefÂ Â»appel de fonction indirect vers un appelÃ© encore Ã  dÃ©terminerles sauts indirects ne sont pas disponibles sur cette ciblel'indirection n'accÃ¨dera pas Ã  l'objet du type incomplet %qT dans l'expression d'incrÃ©mentation de Â«Â forÂ Â»l'indirection n'accÃ¨dera pas Ã  l'objet du type incomplet %qT dans l'opÃ©rande de gauche de l'opÃ©rateur virgulel'indirection n'accÃ¨dera pas Ã  l'objet du type incomplet %qT dans l'opÃ©rande de droite de l'opÃ©rateur virgulel'indirection n'accÃ¨dera pas Ã  l'objet du type incomplet %qT dans le deuxiÃ¨me opÃ©rande de l'expression conditionnellel'indirection n'accÃ¨dera pas Ã  l'objet du type incomplet %qT dans l'instructionl'indirection n'accÃ¨dera pas Ã  l'objet du type incomplet %qT dans le troisiÃ¨me opÃ©rande de l'expression conditionnellel'indirection n'accÃ¨dera pas Ã  l'objet du type non trivialement copiable %qT dans l'expression d'incrÃ©mentation de Â«Â forÂ Â»l'indirection n'accÃ¨dera pas Ã  l'objet du type non trivialement copiable %qT dans l'opÃ©rande de gauche de l'opÃ©rateur virgulel'indirection n'accÃ¨dera pas Ã  l'objet du type non trivialement copiable %qT dans l'opÃ©rande de droite de l'opÃ©rateur virgulel'indirection n'accÃ¨dera pas Ã  l'objet du type non trivialement copiable %qT dans le deuxiÃ¨me opÃ©rande de l'expression conditionnellel'indirection n'accÃ¨dera pas Ã  l'objet du type non trivialement copiable %qT dans l'instructionl'indirection n'accÃ¨dera pas Ã  l'objet du type non trivialement copiable %qT dans le troisiÃ¨me opÃ©rande de l'expression conditionnellele type scalaire infÃ©rÃ© %qT n'est pas un type entier ou en virgule flottante de la mÃªme taille que %qTle constructeur hÃ©ritÃ© %qD n'est pas constexprles constructeurs hÃ©ritÃ©s sont uniquement disponibles avec -std=c++11 ou -std=gnu++11fonction init trouvÃ©e dans l'objet %sl'instruction init dans des instructions de sÃ©lection est uniquement disponible avec -std=c++1z ou -std=gnu++1zinit_arglist(): trop d'argumentsl'initialisation abandonne le qualificatif %qv du type pointÃ©initialisation depuis un type Objective-C distinctinitialisation depuis un type pointeur incompatibleinitialisation depuis un pointeur vers un espace d'adresses non fermÃ©le membre de gauche de l'initialisation pourrait Ãªtre un candidat pour un attribut de formatl'initialisation ajoute le qualificatif %q#v au pointeur de fonction qui n'avait pas de qualificatifl'initialisation transforme un pointeur en entier sans transtypagel'initialisation transforme un entier en pointeur sans transtypageinitialisation d'un membre de tableau flexibleinitialisation de la variable de bloc commun %qs dans l'instruction DATA Ã  %Cinitialisation d'un membre de tableau flexible dans un contexte imbriquÃ©l'initialisation de l'expression Â«Â newÂ Â» pour le type %<auto%> exige exactement un Ã©lÃ©mentinitialisation d'un type rÃ©fÃ©rencÃ© non const %q#T depuis une r-valeur du type %qTinitialisation d'un type rÃ©fÃ©rencÃ© volatile %q#T depuis une r-valeur du type %qTinitialisations pour des membres multiples de %qTle champ initialisÃ© est Ã©crasÃ©le champ initialisÃ© a des effets de bord Ã©crasÃ©sla variable initialisÃ© %q+D est marquÃ©e dllimportun Ã©lÃ©ment de l'initialisation n'est pas une expression constanteun Ã©lÃ©ment de l'initialisation n'est pas Ã©valuable lors du chargementun Ã©lÃ©ment de l'initialisation n'est pas une constantefin prÃ©maturÃ©e de l'initialisationl'expression de l'initialiseur fait rÃ©fÃ©rence Ã  la variable d'itÃ©ration %qDl'initialiseur n'a pu dÃ©terminer la taille de %q+Dl'initialisation n'a pu dÃ©terminer la taille de %qDl'initialisation n'a pu dÃ©terminer la taille de %qTl'initialisation pour %<decltype(auto) %D%> a un type fonction (avez-vous oubliÃ© les %<()%>Â ?)l'initialisation pour %q#D est invalidel'initialisation de %qT doit Ãªtre entre accoladesinitialisation pour le membre tableau flexible %q#Dl'initialiseur pour une valeur en virgule flottante n'est pas une constante en virgule flottantel'initialiseur pour les valeurs entiÃ¨res/virgules fixes est trop compliquÃ©initialisation dans une boucle %<for%> parcourant une plageinitialisation invalide pour un membre statique avec constructeurinitialisation fournie pour une fonctioninitialisation spÃ©cifiÃ©e pour la fonction amie %qDinitialisation spÃ©cifiÃ©e pour une mÃ©thode non virtuelle %q+Dinitialisation spÃ©cifiÃ©e pour la fonction membre statique %qDla chaÃ®ne d'initialisation est trop longue pour le tableau de caractÃ¨resnom de classe injectÃ© %qD utilisÃ© comme argument de patron qui est lui-mÃªme un patronclone en ligne dans la mÃªme liste du groupe comdatle clone en ligne est forcÃ© Ã  sortirclone en ligne avec l'adresse prisemettre le code en ligne pour invalider les entrÃ©es de la cache des instructions aprÃ¨s avoir enchaÃ®nÃ© des fonctions trampolines.la dÃ©claration en ligne de %qD suit la dÃ©claration avec l'attribut Â«Â noinlineÂ Â»fonction Â«Â inlineÂ Â» %q+D dÃ©clarÃ©e en tant que dllimport: attribut ignorÃ©la fonction en ligne %q+D est dÃ©clarÃ©e mais jamais dÃ©finiela fonction Â«Â inlineÂ Â» %q+D est dÃ©clarÃ©e faiblela fonction en ligne %q+D a reÃ§u l'attribut Â«Â noinlineÂ Â»la fonction Ã  mettre en ligne %qD a reÃ§u l'attribut Â«Â noinlineÂ Â»la fonction en ligne %qD est utilisÃ©e mais n'a jamais Ã©tÃ© dÃ©finieles espaces de noms en ligne sont uniquement disponibles avec -std=c++11 ou -std=gnu++11les variables Â«Â inlineÂ Â» sont uniquement disponibles avec -std=c++1z ou -std=gnu++1zle pointeur inlined_to est dÃ©fini mais aucun prÃ©dÃ©cesseur trouvÃ©le pointeur inlined_to est fauxle pointeur inlined_to fait rÃ©fÃ©rence Ã  lui mÃªmepointeur inlined_to dÃ©fini pour des appelants pas en lignela mise en ligne a Ã©chouÃ© dans l'appel Ã  %q+F: %sla mise en ligne a Ã©chouÃ© dans l'appel Ã  always_inline %q+F: %sla boucle intÃ©rieure utilise le mÃªme parallÃ©lisme OpenACC que la boucle qui la contientle fichier d'entrÃ©e %qs est le mÃªme que le fichier de sortiela contrainte de l'opÃ©rande d'entrÃ©e contient %qcinsert_bbt(): ClÃ© dupliquÃ©e trouvÃ©eÂ !insertion hors limites dans BIT_INSERT_EXPRle pointeur du bloc de base de l'insn %d est %d, il devrait Ãªtre %dl'insn %d dans la fin du bb %d a un bloc de base non NULLl'insn %d dans l'en-tÃªte du bb %d a un bloc de base non NULLl'insn %d est dans plusieurs blocs de base (%d et %d)l'insn %d en dehors des blocs de base a un champ bb non NULLles adresses des insn ne sont pas libÃ©rÃ©esinsn contient une adresse invalide !insn ne satisfait pas Ã  ses contraintes:insn Ã  l'extÃ©rieur de tout bloc de basel'insn avec le UID %i n'a pas Ã©tÃ© trouvÃ©e pour l'opÃ©rande %i (Â«Â %sÂ Â») de l'insn %il'insn avec le UID %i n'a pas Ã©tÃ© trouvÃ©e pour l'opÃ©rande %i de l'insn %iinstallÃ©s: %s%s
  erreur d'installation, impossible de trouver crtoffloadtable.ola variable d'instance %qE est accÃ©dÃ©e dans la mÃ©thode de la classela variable d'instance %qE est %s; ceci dÃ©clenchera une erreur incontournable dans le futurla variable d'instance %qE est dÃ©clarÃ©e %sla variable d'instance %qE est dÃ©clarÃ©e privÃ©ela variable d'instance %qs a une taille inconnuela variable d'instance %qs est dÃ©clarÃ©e privÃ©ela variable d'instance %qs utilise un membre de tableau flexiblel'affectation Ã  la variable d'instance a Ã©tÃ© interceptÃ©einstruction jamais exÃ©cutÃ©el'ordonnancement d'instructions n'est pas supportÃ© sur cette machine ciblepas assez d'arguments pour la fonction surchargÃ©e %sinformation contextuelle insuffisante pour dÃ©terminer le typepartitionnement insuffisant pour parallÃ©liser la boucle des Ã©lÃ©mentspartitionnement disponible insuffisant pour parallÃ©liser la bouclepartitionnement disponible insuffisant pour parallÃ©liser la boucle dÃ©coupÃ©e en blocstableau d'entiers initialisÃ© Ã  l'aide d'une chaÃ®ne large incompatibletableau d'entiers initialisÃ© Ã  l'aide d'une chaÃ®ne non-largela constante entiÃ¨re est trop grande pour le type %<unsigned long%>division entiÃ¨re par zÃ©role littÃ©ral entier dÃ©passe la plage du type %qTdÃ©bordement d'entier dans la taille du tableaudÃ©bordement d'entier dans l'expressionle suffixe entier %qs est masquÃ© par l'implÃ©mentationl'expression intÃ©grale %qE n'est pas une constantela prÃ©cision du type rÃ©sultant intÃ©gral ne correspond pas Ã  la taille du champ de BIT_FIELD_REFles optimisations inter-modules ne sont pas implÃ©mentÃ©es pour le C++l'interface %qE n'a pas un agencement des chaÃ®nes constantes valableerreur interne du compilateurerreur interne du compilateur. Mauvaise adresse:erreur interne du compilateur. DÃ©calage incorrect:erreur interne du compilateur. Mode inconnu:erreur interne du compilateur: dÃ©faut d'inconsistance interneerreur interne: registre erronÃ©: %derreur interne: fonction interne %s dÃ©jÃ  traitÃ©eerreur interne: la fonction interne %s a un type de retour %s inattenduerreur interne: pour la fonction interne %s, l'argument %d a le type %s inattenduerreur interne: cris_side_effect_mode_ok avec des opÃ©randes erronÃ©eserreur interne: une insn avec un effet de bord change l'effet principalLa procÃ©dure interne %qs Ã  %L est en conflit avec l'argument DUMMYunitÃ© interne dans WRITEles routines du service d'interruption ne peuvent pas Ãªtre codÃ©es en mode Thumbles gestionnaires d'interruptions ne peuvent pas Ãªtre des fonctions MIPS16les gestionnaires d'interruptions ne peuvent pas avoir d'argumentla routine de service d'interruption ne peut avoir qu'un argument de type pointeur et un argument entier optionnelune routine de service d'interruption ne peut pas Ãªtre appelÃ©e directementla routine de service d'interruption ne peut pas avoir une valeur de retour non voidla routine de service d'interruption devrait avoir un pointeur comme premier argumentla routine de service d'interruption devrait avoir un Â«Â unsigned %sintÂ Â» comme deuxiÃ¨me argumentle vecteur d'interruption de l'attribut %qE n'est pas vector=(sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5)interrupt_thread est disponible uniquement sur fidol'index du registre intrinsÃ¨que est hors limitevariable intrinsÃ¨que qui n'est pas une procÃ©dure#pragma %s invalideopÃ©rande %%%c invalide%%-code invalideopÃ©rande %%A invalideopÃ©rande %%B invalideopÃ©rande %%C invalidevaleur %%C invalideopÃ©rande %%D invalidevaleur %%D invalidevaleur %%E invalidevaleur %%F invalidemode %%G invalidevaleur %%G invalideopÃ©rande %%H invalidespÃ©cificateur %%H invalideopÃ©rande %%I invalidevaleur %%J invalidevaleur %%J invalidevaleur %%K invalideopÃ©rande %%L invalidevaleur %%L invalideopÃ©rande %%M invalidevaleur %%M invalideopÃ©rande %%N invalidevaleur %%N invalidevaleur %%O invalideopÃ©rande %%P invalidevaleur %%P invalidevaleur %%R invalidevaleur %%T invalidevaleur %%U invalideopÃ©rande %%Y invalideopÃ©rande %%c invalideopÃ©rande %%d invalidevaleur %%d invalidevaleur %%e invalideopÃ©rande %%f invalidevaleur %%f invalideopÃ©rande %%h invalidevaleur %%h invalideopÃ©rande %%i invalidevaleur %%j invalideopÃ©rande %%j invalidevaleur %%j invalidevaleur %%k invalidevaleur %%m invalidevaleur %%p invalidevaleur %%q invalideopÃ©rande %%r invalidevaleur %%r invalideopÃ©rande %%s invalidevaleur %%s invalideopÃ©rande %%t invalideopÃ©rande %%t invalide 'valeur %%t/%%b invalidevaleur %%u invalidevaleur %%v invalidevaleur %%x invalidevaleur %%xn invalidevaleur %%y invalide, essayez d'utiliser la contrainte Â«Â ZÂ Â»Â«Â asmÂ Â» invalideÂ : opÃ©randes (pointeurs) invalides pour plus/moinsnom de --param %qs invalidenom de --param %qs invalide; vouliez vous utiliser %qsÂ ?valeur de --param %qs invalideCASE_CHAIN invalideargument IACC invalidemembre de gauche invalide dans un appel gimplenom de sÃ©lecteur Objective-C++ invalideclause OpenACC invalide au niveau global du fichierargument PHI invaliderÃ©sultat PHI invalideUNSPEC invalide comme opÃ©randeUNSPEC invalide comme opÃ©randeÂ : %d_Literal invalideparamÃ¨tre abstrait invalide pour le type %qTle type abstrait %qT retournÃ© est invalidele type abstrait retournÃ© est invalide pour la fonction %q+#Dle type abstrait retournÃ© est invalide pour la fonction membre %q+#Dtype abstrait %qT invalide pour %qEtype abstrait invalide pour %q+DaccÃ¨s invalide au membre de donnÃ©e non statique %qD dans la base virtuelle d'un objet NULLadresse invalideadresse invalide pour le modificateur de sortie Â«Â OÂ Â»adresse invalide pour le modificateur de sortie Â«Â RÂ Â»adresse invalide pour le modificateur de sortie Â«Â SÂ Â»opÃ©rande d'adresse invalide dans MEM_REFopÃ©rande d'adresse invalide dans TARGET_MEM_REFmode d'adressage invalidealignement invalide pour %<#pragma align%>, ignorÃ©valeur d'alignement invalide pour __builtin_arc_alignedapplication invalide de %<__alignof%> sur un champ de bitsapplication invalide de %<sizeof%> sur un champ de bitsutilisation invalide de %<sizeof%> sur un type fonctionapplication invalide de %qs Ã  une fonction membreutilisation invalide de %qs sur un type voidutilisation invalide de %qs sur le type tableau %qT dont le type des Ã©lÃ©ments est incompletutilisation invalide de %qs sur le type incomplet %qTargument %d invalide pour la fonction interne %qFargument %qs invalide Ã  -fdebug-prefix-mapargument invalide dans l'attribut %qEargument invalide pour l'attribut %qsargument invalide pour SQRT Ã  %Largument invalide pour %qDargument invalide pour la fonction interneargument invalide pour la fonction interne %sargument invalide dans un appel gimplearguments invalidesaffectation de tableau invalidespÃ©cification de classe de base invalidebranchement invalide vers/depuis le bloc structurÃ© %sÃ©tiquette invalide pour un Â«Â caseÂ Â» dans l'instruction Â«Â switchÂ Â»plage du Â«Â caseÂ Â» invalide dans l'instruction Â«Â switchÂ Â»transtypage invalide Ã  partir du type %qT vers le type %qTtranstypage invalide d'une expression r-valeur du type %qT vers le type %qTtranstypage invalide vers le type de classe abstraite %qTtranstypage invalide vers le type fonction %qTnom de classe invalide dans la dÃ©claration de %qDcombinaison invalide de spÃ©cificateurs de types multiplescode de comparaison invalide dans la condition gimplecomparaison invalide d'un tableau gÃ©nÃ©rÃ©comparaison invalide d'une structure gÃ©nÃ©rÃ©ecomparaison invalide de nul avec nulcomparaison invalide d'un tableau non comparablecomparaison invalide d'une structure non comparablecomparaison invalide d'un type non comparablecomparaison invalide d'un type non ordonnÃ©opÃ©rateur de comparaison invalide pour le modificateur de sortie Â«Â EÂ Â»opÃ©rande conditionnel invalideconst_cast invalide Ã  partir du type %qT vers le type %qTconst_cast invalide d'une r-valeur du type %qT vers le type %qTopÃ©rande const_double invalideconstante invalideconstante invalide - essayez un modificateur de sortieconstante invalide pour le modificateur de sortie Â«Â %cÂ Â»constante invalide dans %<#pragma %s%>constante invalide dans %<#pragma pack%> â€“ ignorÃ©vecteur constant invalide pour le modificateur de sortie Â«Â %cÂ Â»paramÃ¨tre de type contraint invalidecontrainte invalide pour l'opÃ©randeconstructeur invalide; vous vouliez probablement utiliser %<%T (const %T&)%>prÃ©dicat de contrÃ´le invalideconversion invalide depuis %<__fpreg%>conversion invalide de %qT vers %qTconversion invalide dans un appel gimpleconversion invalide dans une instruction de retourconversion invalide vers %<__fpreg%>conversion invalide vers le type %qT Ã  partir du type %qTtype de retour covariant invalide pour %q#Dtype de retour covariant invalide pour %q+#Dprocesseur Â«Â %sÂ Â» invalide pour %s"%s"%soption de modÃ¨le de donnÃ©es -mdata-model=%s invalidedÃ©claration invalide de %<%T::%E%>dÃ©claration invalide du patron membre dans la classe localedÃ©clarateur invalideargument par dÃ©faut invalide pour un paramÃ¨tre de patron qui est un patronÃ©tiquette invalide pour le Â«Â caseÂ Â» par dÃ©faut dans l'instruction Â«Â switchÂ Â»dÃ©finition invalide du type qualifiÃ© %qTtype de Â«Â dependÂ Â» invalidesous-type dÃ©pendant invalide dans omp %<ordered%> %<depend%>type de Â«Â dist_scheduleÂ Â» invalidetype d'Ã©lÃ©ment invalide pour l'attribut %qsprÃ©fixe d'encodage invalide dans l'opÃ©rateur littÃ©ralentrÃ©e invalide dans le bloc structurÃ© %ssortie invalide hors du bloc structurÃ© %ssortie invalide du bloc structurÃ© OpenMPspÃ©cialisation explicite invalideexpression invalide - essayez un modificateur de sortieexpression invalide comme opÃ©randeexpression invalide pour la l-valeur minexpression invalide pour le modificateur de sortie Â«Â %cÂ Â»type d'expression invalide pour %<#pragma omp atomic%>modÃ¨le mÃ©moire en cas d'Ã©chec invalide pour %<__atomic_compare_exchange%>modificateur de fonctionnalitÃ© %qs invalide pour la cible Â«Â archÂ Â» %smodificateur de fonctionnalitÃ© %qs invalide pour la cible Â«Â cpuÂ Â» %smodificateur de fonctionnalitÃ© invalide dans %<-march=%s%>modificateur de fonctionnalitÃ© invalide dans %<-mcpu=%s%>modificateur de fonctionnalitÃ© invalide dans la cible %s %qspremier opÃ©rande invalide pour MEM_REFforme invalide de %<#pragma omp atomic%>format invalide de %sfpu invalide pour attribute(target("%s"))dÃ©claration de fonction invalidefonction invalide dans l'appel gimpleÂ«Â grainsizeÂ Â» invalide pour _Cilk_forvaleur d'identifiant invalide pour l'attribut d'interruption/exceptionvaleur d'identifiant invalide pour l'attribut de rÃ©initialisationinitialisation intra-classe invalide du membre de donnÃ©e statique du type non entier %qTexpression d'incrÃ©mentation invalidevaleur initiale invalide pour le membre %qEinitialisation invalide pour une rÃ©fÃ©rence non constante du type %qT Ã  partir d'une r-valeur de type %qTinitialisation invalide pour une rÃ©fÃ©rence du type %qT Ã  partir d'une expression de type %qTinitialisation invalideclause d'initialisation invalideinitialisation invalide pour %q#Dinitialisation invalide pour le membre tableau %q#Dinitialisation invalide pour la fonction membre %qDinsn invalideÂ :variable d'itÃ©ration invalide dans l'Ã©numÃ©ration rapideÃ©tiquettes invalides dans la condition gimplemembre gauche invalide dans l'affectationligne invalide dans le fichier de rÃ©solutionspÃ©cification de classe de liaison invalideemplacement invalide pour %<pragma %s%>, ignorÃ©l-valeur invalide dans la sortie asm %dtype de Â«Â mapÂ Â» invalidemasque invalidetype de masque invalide dans une expression de permutation vectorielledÃ©claration de fonction membre invalidedÃ©claration de patron membre %qD invalidemodÃ¨le mÃ©moire invalide pour l'argument %d de %qEargument de modÃ¨le mÃ©moire invalide dans la fonction internemodÃ¨le mÃ©moire invalide pour %<__atomic_load%>modÃ¨le mÃ©moire invalide pour %<__atomic_store%>expression Â«Â newÂ Â» invalide pour le type de classe abstraite %qTfonction nmi invalide pour l'attribut de rÃ©initialisationargument de patron invalide car ce n'est pas un typeopÃ©randes non vectoriels invalides pour un vecteur plus valeurnombre d'opÃ©randes invalide pour __FMAtable de dÃ©lestage invalide dans %sopÃ©rande de dÃ©calage invalide dans MEM_REFopÃ©rande de dÃ©calage invalide dans TARGET_MEM_REFopÃ©rande de dÃ©calage invalide pour MEM_REFopÃ©rande invalideadresse d'opÃ©rande invalideopÃ©rande invalide pour Â«Â %cÂ Â»opÃ©rande invalide pour Â«Â %%%cÂ Â»opÃ©rande invalide pour le modificateur Â«Â AÂ Â»opÃ©rande invalide pour le modificateur Â«Â DÂ Â»opÃ©rande invalide pour le modificateur Â«Â HÂ Â»opÃ©rande invalide pour le modificateur Â«Â OÂ Â»opÃ©rande invalide pour le modificateur Â«Â TÂ Â»opÃ©rande invalide pour le modificateur Â«Â bÂ Â»opÃ©rande invalide pour le modificateur Â«Â eÂ Â»opÃ©rande invalide pour le modificateur Â«Â mÂ Â»opÃ©rande invalide pour le modificateur Â«Â oÂ Â»opÃ©rande invalide pour le modificateur Â«Â pÂ Â»opÃ©rande invalide pour le spÃ©cificateur Â«Â rÂ Â»opÃ©rande invalide pour le modificateur Â«Â zÂ Â»opÃ©rande invalide pour Â«Â %cÂ Â»opÃ©rande invalide dans la rÃ©fÃ©rence indirecteopÃ©rande invalide dans l'instruction de retouropÃ©rande invalide dans une expression unaireopÃ©rande invalide dans l'opÃ©ration unairelettre de modificateur d'opÃ©rande invalideopÃ©rande invalide pour le code de sortieprÃ©fixe d'opÃ©rande invalideprÃ©fixe d'opÃ©rande invalide Â«Â %%%cÂ Â»taille d'opÃ©rande invalide pour le code d'opÃ©rande Â«Â 0Â Â»taille d'opÃ©rande invalide pour le code d'opÃ©rande Â«Â ZÂ Â»taille d'opÃ©rande invalide pour le code d'opÃ©rande Â«Â zÂ Â»opÃ©rande invalide pour le code %%H/%%LopÃ©rande invalide pour le code %%MopÃ©rande invalide pour le code %%NopÃ©rande invalide pour le code %%OopÃ©rande invalide pour %%RopÃ©rande invalide pour le code %%RopÃ©rande invalide pour %%SopÃ©rande invalide pour le code %%T/%%BopÃ©rande invalide pour le code %%UopÃ©rande invalide pour le code %%VopÃ©rande invalide pour le code %%ZopÃ©rande invalide pour le code %%popÃ©rande invalide pour le code %%sopÃ©rande invalide pour le code %%zopÃ©rande invalide Ã  plus/moins, le type est un pointeuropÃ©rande invalide pour le plus pointeur, le premier opÃ©rande n'est pas un pointeuropÃ©rande invalide pour le plus pointeur, le deuxiÃ¨me opÃ©rande n'est pas un type entier de la bonne tailleopÃ©rande invalide pour l'instruction Â«Â switchÂ Â»type opÃ©rande invalide utilisÃ© avec le code d'opÃ©rande Â«Â ZÂ Â»opÃ©randes invalides dans l'opÃ©ration binaireopÃ©randes invalides dans une comparaison gimpleopÃ©randes invalides dans l'opÃ©ration ternaireles opÃ©randes des types %qT et %qT sont invalides pour le %qO binaireopÃ©randes invalides vers la rÃ©fÃ©rence au tableauopÃ©randes invalides pour le %s binaire (avec les types %qT et %qT)opÃ©ration invalideopÃ©ration invalide (%s)opÃ©ration invalide sur %<__fpreg%>opÃ©ration invalide pour %<#pragma omp atomic%>paramÃ¨tre invalide %qscombinaison invalide de paramÃ¨tres pour l'intrinsÃ¨que Altivec %scombinaison de paramÃ¨tres invalide pour l'intrinsÃ¨que %qstype de paramÃ¨tre %qT invalideopÃ©ration de positionnement de l'Ã©tape invalidemode pointeur %qs invalidepointeur invalide vers le champ de bits %qDposition ou taille invalide dans BIT_INSERT_EXPRposition ou opÃ©rande de taille invalide pour BIT_FIELD_REFrÃ©duction privÃ©e invalide sur %qEtype de Â«Â proc_bindÂ Â» invalidedÃ©claration de propriÃ©tÃ© invalideprototype invalide pour Â«Â %sÂ Â»ponctuation %qc invalide dans la contraintetype const pure invalide pour la fonctionspÃ©cificateur pur invalide (seul %<= 0%> est autorisÃ©)qualificatifs invalides sur un type de fonction non membreÃ©tendue de qualification invalide dans le nom du pseudo-destructeurrÃ©ception invalide sur un canal qui ne peut que envoyertype du receveur %qs invalideredÃ©claration invalide de %q+Didentificateur de rÃ©duction invaliderÃ©fÃ©rence invalide pour le modificateur de sortie Â«Â JÂ Â»prÃ©fixe de rÃ©fÃ©rence invalidenom de registre invalide pour %q+DrÃ©solution invalide dans le fichier de rÃ©solutiontype retournÃ© %qT invalide pour la fonction constexpr %q+Dmembre de droite invalide pour un stockage mÃ©moire gimplepartage rtl invalide repÃ©rÃ© dans l'insntype d'ordonnancement invalidele deuxiÃ¨me argument de %<__builtin_prefetch%> est invalide; utilisation de zÃ©roenvoi invalide sur un canal qui ne peut que recevoirsetter invalide, il doit avoir un argumentopÃ©rande shift invalidechaÃ®ne statique invalide dans un appel gimpleÂ«Â static_castÂ Â» invalide depuis le type %qT vers le type %qTclasse de stockage invalide pour la fonction %qEvaleur memregs cible Â«Â %dÂ Â» invalidedÃ©claration de patron %qD invalidele paramÃ¨tre non type du patron est invalidetemplate-id invalidele troisiÃ¨me argument de %<__builtin_prefetch%> est invalide; utilisation de zÃ©rotype %<void%> invalide pour Â«Â newÂ Â»type %qT invalide pour initialiser un vecteur de type %qTtype %qT invalide dÃ©clarÃ© %<friend%>argument de type invalide (%qT obtenu)argument de type invalide pour %<->%> (%qT obtenu)argument de type invalide pour %<->*%> (%qT obtenu)argument de type invalide pour l'index d'un tableau (%qT obtenu)argument de type invalide pour la conversion implicite (%qT obtenu)argument de type invalide pour le %<*%> unaire (%qT obtenu)type invalide pour la sortie du fanion asmtype invalide pour la variable d'instancetype invalide pour la variable d'itÃ©ration %qEtype invalide pour la fonction maketype invalide pour le paramÃ¨tre %d de la fonction constexpr %q+#Dtype invalide pour une propriÃ©tÃ©types %<%T[%T]%> invalides pour l'indice du tableautypes invalides dans une conversion d'espace d'adressetypes invalides dans une conversion vers une virgule flottantetypes invalides dans une conversion vers un entiertypes invalides dans une conversion en virgule fixetypes invalides dans une conversion noputilisation invalide de %%d, %%x, ou %%Xutilisation invalide de %<...%> dans l'appel d'une fonction pas variadiqueutilisation invalide de %<...%> avec une fonction interneutilisation invalide de %<...%> avec quelque chose qui n'est pas une trancheutilisation invalide de %<::%>utilisation invalide de %<_Cilk_spawn%>utilisation invalide de %<auto%> dans un opÃ©rateur de conversionutilisation invalide de %<auto%> dans l'argument par dÃ©faut du patronutilisation invalide de %<auto%> dans une spÃ©cification d'exceptionutilisation invalide de %<auto%> dans un argument de patronutilisation invalide de la variable %<extern%> %qD dans %<#pragma acc declare%>utilisation invalide de la variable %<globale%> %qD dans %<#pragma acc declare%>usage de %<restrict%> invalideutilisation invalide de %<this%> hors de toute fonctionutilisation invalide de %<this%> dans une fonction non membreutilisation invalide de %q#T avec un membre sous forme de tableau flexible dans %q#Tutilisation invalide de %q#T avec un tableau de taille nulle dans %q#Dutilisation invalide de %qDutilisation invalide de %qD dans la spÃ©cification de la classe de liaisonutilisation invalide de %qE pour former un pointeur vers une fonction membreutilisation invalide de %qTutilisation invalide de Â«Â %%%cÂ Â»utilisation invalide du modificateur Â«Â :Â Â»utilisation invalide d'un pointeur vers un type incomplet dans un pointeur arithmÃ©tiqueutilisation invalide de l'indexation de tableau sur un pointeur vers un membreutilisation invalide d'un tableau sans borne spÃ©cifiÃ©eutilisation invalide de la sortie du fanion asmutilisation invalide de l'attribut %<fallthrough%>utilisation invalide de la liste d'initialisation entre accoladesutilisation invalide de const_cast avec le type %qT qui est un pointeur ou une rÃ©fÃ©rence Ã  un type fonctionutilisation invalide de const_cast avec le type %qT qui n'est pas un pointeur, une rÃ©fÃ©rence, ni un type pointeur vers une donnÃ©e membreutilisation invalide du constructeur comme patronutilisation invalide du type %qT qualifiÃ© CV dans la dÃ©claration du paramÃ¨treutilisation invalide du type dÃ©pendant %qTutilisation invalide du destructeur %qD comme un typeutilisation invalide du destructeur %qE comme un typeutilisation invalide d'un membre qui est un tableau flexibleutilisation invalide de la conversion implicite d'un pointeur vers un membreutilisation invalide du type incomplet %q#Tutilisation invalide du typedef incomplet %qTutilisation invalide de l'Ã©tiquette %q+D dans %<_Cilk_spawn%>utilisation invalide du membre %qD (avez-vous oubliÃ© le %<&%>Â ?)utilisation invalide du membre %qD dans une fonction membre statiqueutilisation invalide de la fonction membre %qD (avez-vous oubliÃ© le %<()%>Â ?)utilisation invalide de la valeur de la mÃ©thode comme argument de Offsetofutilisation invalide d'un tableau n'Ã©tant pas une l-valeurutilisation invalide du membre de donnÃ©e non statique %qDutilisation invalide de la fonction membre non statique %qDutilisation invalide de la fonction membre non statique de type %qTutilisation invalide du membre de donnÃ©e non statique %qEutilisation invalide de l'expression d'expansion d'un paquetutilisation invalide de l'espace rÃ©servÃ© %qTutilisation invalide du nom qualifiÃ© %<%D::%D%>utilisation invalide du nom qualifiÃ© %<%T::%D%>utilisation invalide du nom qualifiÃ© %<::%D%>utilisation invalide d'une structure ayant un membre qui est un tableau flexibleutilisation invalide du paramÃ¨tre de patron %qT qui est un patronutilisation invalide du paramÃ¨tre de patron %qT qui est un typeutilisation invalide du template-id %qD dans la dÃ©claration du patron primaireutilisation invalide du nom de patron %qE sans liste d'argumentsutilisation invalide du typeutilisation invalide du type %<void%> dans la dÃ©claration du paramÃ¨treutilisation invalide du type %qT comme valeur par dÃ©faut pour un paramÃ¨tre de patron qui est lui-mÃªme un patronutilisation invalide du %<*%> unaire sur un pointeur vers un membreutilisation invalide du type non dÃ©fini %qTutilisation invalide de l'expression voidutilisation invalide d'une l-valeur volatile Ã  l'intÃ©rieur d'une fonction %<transaction_safe%>utilisation invalide d'une l-valeur volatile Ã  l'intÃ©rieur d'une transactionla conversion dÃ©finie par l'utilisateur de %qT vers %qT est invalidel'initialisation par valeur du type rÃ©fÃ©rence est invalidetype invalide comme rÃ©sultat d'une comparaison vectorielletype de vecteur invalide pour l'attribut %qEnumÃ©ro de version %qs invalidefonction Â«Â warmÂ Â» invalide pour l'attribut de rÃ©initialisationÂ«Â zero extractÂ Â» invalidela plage de la tranche est inversÃ©eio_kind_name(): mauvais I/O-kindle rÃ©sumÃ© en ligne ipa est manquant dans le fichier d'entrÃ©ele rÃ©sumÃ© de rÃ©fÃ©rence ipa est manquant dans l'unitÃ© ltransis_c_interoperable(): gfc_simplify_expr a Ã©chouÃ©il est dÃ©fini comme un pointeur dans des espaces d'adresses diffÃ©rents dans une autre unitÃ© de traductionil est dÃ©fini comme un pointeur vers un type diffÃ©rent dans une autre unitÃ© de traductionil doit Ãªtre un pointeur vers un membre de la forme %<&X::Y%>il doit Ãªtre l'adresse d'une fonction avec une classe de liaison externeil doit Ãªtre le nom d'une fonction avec une classe de liaison externeÃ©lÃ©ment dans READla variable d'itÃ©ration dans l'Ã©numÃ©ration rapide n'est pas un objetl'itÃ©ration %s invoque un comportement indÃ©finila variable d'itÃ©ration %qD ne devrait pas Ãªtre Â«Â firstprivateÂ Â»la variable d'itÃ©ration %qD ne devrait pas Ãªtre une rÃ©ductionla variable d'itÃ©ration %qE est prÃ©dÃ©terminÃ©e linÃ©airela variable d'itÃ©ration %qE devrait Ãªtre privÃ©ela variable d'itÃ©ration %qE ne devrait pas Ãªtre Â«Â firstprivateÂ Â»la variable d'itÃ©ration %qE ne devrait pas Ãªtre Â«Â lastprivateÂ Â»la variable d'itÃ©ration %qE ne devrait pas Ãªtre linÃ©airela variable d'itÃ©ration %qE ne devrait pas Ãªtre privÃ©ela variable d'itÃ©ration %qE ne devrait pas Ãªtre une rÃ©ductionune variable d'itÃ©ration ne peut pas Ãªtre volatilevariable d'itÃ©rateurson dest_idx devrait Ãªtre %d, pas %divar %qs utilisÃ©e par la dÃ©claration %<@synthesize%> doit Ãªtre une ivar existantel'abi iwmmxt requiert un processeur avec iwmmxtiwmmxt exige une ABI compatible AAPCS pour fonctionner correctementsaut dans la portÃ©e de l'identificateur avec un type modifiÃ© par une variablesaut dans l'expression d'une instructionle saut passe outre l'initialisation d'une variablesaut Ã  l'Ã©tiquette du Â«Â caseÂ Â»saut Ã  l'Ã©tiquette %qDrebut Ã  la fin de #pragma %srebut Ã  la fin de #pragma ADDRESSsrebut Ã  la fin de #pragma GCC memregs [0..16]rebut Ã  la fin de #pragma __nostandardrebut Ã  la fin de #pragma __standardrebut Ã  la fin de #pragma ghs endsdarebut Ã  la fin de #pragma ghs endtdarebut Ã  la fin de #pragma ghs endzdarebut Ã  la fin de #pragma ghs interruptrebut Ã  la fin de la section #pragma ghsrebut Ã  la fin de #pragma ghs startsdarebut Ã  la fin de #pragma ghs starttdarebut Ã  la fin de #pragma ghs startzdarebut Ã  la fin de #pragma longcallrebut Ã  la fin de %<#pragma %s%>rebut Ã  la fin de %<#pragma GCC pch_preprocess%>rebut Ã  la fin de %<#pragma GCC visibility%>rebut Ã  la fin de %<#pragma align%>rebut Ã  la fin de %<#pragma fini%>rebut Ã  la fin de %<#pragma init%>rebut Ã  la fin de %<#pragma message%>rebut Ã  la fin de %<#pragma pack%>rebut Ã  la fin de %<#pragma pop_options%>rebut Ã  la fin de %<#pragma push_options%>rebut Ã  la fin de %<#pragma redefine_extname%>rebut Ã  la fin de %<#pragma reset_options%>rebut Ã  la fin de %<#pragma weak%>rebut Ã  la fin de Â«Â #pragma extern_modelÂ Â»rebut Ã  la fin de Â«Â #pragma ms_structÂ Â»rebut Ã  la fin de Â«Â #pragma optionsÂ Â»rebut Ã  la fin de Â«Â #pragma unusedÂ Â»le mot-clÃ© %<export%> n'est pas implÃ©mentÃ© et sera ignorÃ©le mot-clÃ© %<typename%> n'est pas permis dans ce contexte (une initialisation de membre qualifiÃ©e est implicitement un type)le mot-clÃ© %<typename%> n'est pas permis dans ce contexte (la classe de base est implicitement un type)le mot-clÃ© %<typename%> n'est pas permis en dehors des patronsÃ©tiquetteÃ©tiquette %q+D dÃ©clarÃ©e mais pas dÃ©finieÃ©tiquette %q+D dÃ©finie mais non utilisÃ©el'Ã©tiquette %q+D est utilisÃ©e mais non dÃ©finiel'Ã©tiquette %qD est dÃ©finie icil'Ã©tiquette %qE est rÃ©fÃ©rencÃ©e Ã  l'extÃ©rieur de toute fonctionÃ©tiquette Ã  la fin d'une dÃ©claration composÃ©eÃ©tiquette nommÃ©e wchar_tle contexte de l'Ã©tiquette n'est pas la dÃ©claration de la fonction actuelleles initialisations par capture des fonctions lambda sont uniquement disponibles avec -std=c++14 ou -std=gnu++14les expressions lambda sont uniquement disponibles avec -std=c++11 ou -std=gnu++11la lambda dans la classe locale %q+T ne sait pas capturer des variables du contexte englobantles patrons lambda sont uniquement disponibles avec -std=c++14 ou -std=gnu++14expression lambda dans une expression constanteexpression lambda dans l'argument du patronexpression lambda dans un contexte non Ã©valuÃ©avenue %wd hors des limites %wd - %wdvÃ©rification lang_* : Ã©chec dans %s, Ã  %s:%dle langage %s n'est pas reconnula chaÃ®ne de langage %<"%E"%> n'est pas reconnuela constante de grande taille en virgule fixe a Ã©tÃ© tronquÃ©e implicitement en un type en virgule fixeun grand entier est implicitement tronquÃ© vers un type non signÃ©le dernier argument doit Ãªtre une valeur immÃ©diateld a retournÃ© le statut de sortie %dl'argument de gauche doit Ãªtre une tranchel'opÃ©rande de gauche de %<->*%> doit Ãªtre un pointeur vers une classe mais il est un pointeur vers un membre du type %qTl'opÃ©rande de gauche de l'opÃ©rateur virgule ne peut rÃ©soudre l'adresse de la fonction surchargÃ©el'opÃ©rande de gauche de l'opÃ©rateur virgule n'a pas d'effetl'opÃ©rande de gauche de l'opÃ©rateur virgule est une rÃ©fÃ©rence, pas un appel, Ã  la fonction %qEl'opÃ©rande de gauche de l'expression de dÃ©calage %q+E est nÃ©gatifprÃ©cision Ã  gaucheprÃ©cision Ã  gauche dans le format de strfmonle compteur de rotations vers la gauche >= largeur du typele compteur de rotations vers la gauche est nÃ©gatifcompteur de dÃ©calages vers la gauche >= Ã  la largeur du typecompteur de dÃ©calages vers la gauche >= Ã  la largeur de l'Ã©lÃ©ment du vecteurle compteur de dÃ©calages vers la gauche est nÃ©gatifdÃ©calage vers la gauche d'une valeur nÃ©gativel'opÃ©rande Ã  gauche de la virgule n'a pas d'effetle membre de gauche de l'affectation pourrait Ãªtre un candidat pour un attribut de formatlen plus grand que caplongueur %qE au delÃ  de la taille de la section du tableau dans la clause %qsla longueur %qE de la section du tableau n'a pas un type entierdÃ©saccord de longueur entre le membre de gauche et celui de droitedÃ©saccord de longueur dans l'expressionmodificateur de longueurmodificateur de longueur dans le format printfmodificateur de longueur dans le format de scanfmodificateur de longueur dans le format de strfmonla longueur de la notation triplet du tableau n'est pas un entierlongueur requise en allouant une tranchela lettre %c n'a pas Ã©tÃ© trouvÃ©e et insn n'Ã©tait pas CONST_INTbibliothÃ¨ques: %s
  la fonction %q#D de la bibliothÃ¨que est redÃ©clarÃ©e comme %q#D n'Ã©tant pas une fonctionbibliothÃ¨que lib%s introuvablela limite est %u octets mais l'argument a %sla limite est %u octets mais l'argument peut Ãªtre aussi grand que %sclause linÃ©aire appliquÃ©e Ã  la variable non entiÃ¨re non pointeur ayant le type %qTclause linÃ©aire appliquÃ©e Ã  une variable non entiÃ¨re non pointeur de type %qTclause linÃ©aire appliquÃ©e Ã  la variable non entiÃ¨re, non dÃ©cimale, non pointeur ayant le type %qTclause linÃ©aire appliquÃ©e Ã  une variable non entiÃ¨re, non dÃ©cimale, non pointeur avec le type %qTla clause linÃ©aire avec le modificateur %qs est appliquÃ©e Ã  la variable non rÃ©fÃ©rence ayant le type %qTl'expression du pas de Â«Â linearÂ Â» doit Ãªtre un entierune initialisation par liste pour un type non classe ne doit pas Ãªtre entre parenthÃ¨sesles suffixes d'opÃ©rateurs littÃ©raux qui ne sont pas prÃ©cÃ©dÃ©s par %<_%> sont rÃ©servÃ©s pour une standardisation futurel'opÃ©rateur littÃ©ral avec patron %q+D est en conflit avec l'opÃ©rateur littÃ©ral de base %qDle patron de l'opÃ©rateur littÃ©ral %qD a une liste de paramÃ¨tres invalide. On attendait un paquet d'arguments de type non patron tel que <char...>le patron de l'opÃ©rateur littÃ©ral %qD a une liste de paramÃ¨tres invalide. On attendait un paquet d'arguments de type non patron tels que <char...> ou <typename CharT, CharT...>opÃ©rateur littÃ©ral avec une classe de liaison Clo_sum n'est pas un registrela classe locale %q#T ne doit pas avoir le membre de donnÃ©e statique %q#Dla dÃ©claration locale de %qE masque la variable d'instanceles symboles locaux doivent Ãªtre dÃ©finisla variable locale %qD ne peut pas apparaÃ®tre dans ce contexteles exigences en mÃ©moire pour les variables locales excÃ¨dent la capacitÃ©le bloc des rÃ©fÃ©rences vers les emplacements n'est pas dans l'arbre des blocs%<et%> logique appliquÃ© Ã  une constante non boolÃ©enne%<et%> logique d'expressions Ã©galesle %<et%> logique des tests mutuellement exclusifs est toujours faux%<ou%> logique appliquÃ© Ã  une constante non boolÃ©ennele %<ou%> logique des tests collectivement exhaustifs est toujours vrai%<ou%> logique d'expressions Ã©galesle non logique est toujours appliquÃ© au membre de gauche de la comparaisonlogical_to_bitwise(): Mauvais intrinsÃ¨queÂ«Â longÂ Â», Â«Â shortÂ Â», Â«Â signedÂ Â» ou Â«Â unsignedÂ Â» utilisÃ© incorrectement pour %qsla recherche de %qT dans %qT est ambigÃ¼el'en-tÃªte de la boucle %d ne lui appartient pas directementl'en-tÃªte de la boucle %d n'a pas exactement 2 entrÃ©esl'en-tÃªte de la boucle %d n'est pas un en-tÃªte de bouclele retour de la boucle %d ne lui appartient pas directementle retour de la boucle %d n'a pas d'arÃªte vers son en-tÃªtele retour de la boucle %d n'a pas exactement 1 successeurle retour de la boucle %d n'a pas un en-tÃªte comme successeurle retour de la boucle %d est marquÃ© comme faisant partie d'une rÃ©gion irrÃ©ductiblele retour de la boucle %d n'est pas dominÃ© par son en-tÃªtela boucle utilise un parallÃ©lisme OpenACC interdit par la routine contenantevÃ©rification des boucles sur l'arbre des boucles dont les itÃ©rations n'ont pas Ã©tÃ© ajustÃ©es (loop fixup)la boucle avec l'en-tÃªte %d est marquÃ©e pour Ãªtre retirÃ©ela boucle avec l'en-tÃªte %d n'est pas dans l'arbre des bouclesgÃ©nÃ©ration d'exception plus lÃ¢che pour %q+#Flimite infÃ©rieure %qE au delÃ  de la taille de la section du tableau dans la clause %qsla borne infÃ©rieure %qE de la section du tableau n'a pas un type entierla valeur la plus basse parmi les Ã©tiquettes des Â«Â caseÂ Â» est infÃ©rieure Ã  la valeur minimale du typelp_array ne correspond pas Ã  region_treelp_array est corrompu pour le lp %ilseek a Ã©chouÃ© en lisant les donnÃ©es d'exportlto_obj_file_open() a Ã©chouÃ©l-valeur exigÃ©e comme opÃ©rande de dÃ©crÃ©mentationl-valeur exigÃ©e comme opÃ©rande d'incrÃ©mentationl-valeur exigÃ©e comme opÃ©rande de gauche de l'affectationl-valeur exigÃ©e comme opÃ©rande unaire %<&%>l-valeur exigÃ©e dans l'instruction asmle code de la fonction intÃ©grÃ©e indÃ©pendant de la machine est hors limitenom de macro manquant aprÃ¨s %qsmake_generic(): Impossible de trouver le symbole gÃ©nÃ©rique %qsconstruction de clones multiples de %qDadresse variable de #pragma ADDRESS mal composÃ©e#pragma GCC visibility push mal composÃ©#pragma builtin mal composÃ©section mal composÃ©e #pragma ghs#pragma redefine_extname mal composÃ©, ignorÃ©#pragma weak mal composÃ©, ignorÃ©%<#pragma %s%> mal composÃ©, ignorÃ©%<#pragma %s%> mal composÃ©, ignorÃ©%<#pragma align%> mal composÃ©%<#pragma align%> mal composÃ©, ignorÃ©%<#pragma fini%> mal composÃ©%<#pragma fini%> mal composÃ©, ignorÃ©%<#pragma init%> mal composÃ©%<#pragma init%> mal composÃ©, ignorÃ©%<#pragma message%> mal composÃ©, ignorÃ©%<#pragma pack%> mal composÃ©e â€“ ignorÃ©%<#pragma pack(pop[, id])%> mal composÃ©e â€“ ignorÃ©%<#pragma pack(push[, id], <n>)%> mal composÃ©e â€“ ignorÃ©Â«Â #pragma __extern_prefixÂ Â» mal composÃ©, ignorÃ©Â«Â #pragma extern_modelÂ Â» mal composÃ©, ignorÃ©Â«Â #pragma member_alignmentÂ Â» mal composÃ©Â«Â #pragma member_alignmentÂ Â» mal composÃ©, ignorÃ©Â«Â #pragma ms_struct {on|off|reset}Â Â» mal composÃ©, ignorÃ©Â«Â #pragma ms_structÂ Â» mal composÃ©, ignorÃ©Â«Â #pragma options align={mac68k|power|reset}Â Â» mal composÃ©, ignorÃ©Â«Â #pragma optionsÂ Â» mal composÃ©, ignorÃ©COLLECT_GCC_OPTIONS mal formÃ©option -fplugin-arg-%s mal formÃ©e (il manque -<clÃ©>[=<valeur>])fichier ptx mal formÃ©arguments pour la fonction de spec mal composÃ©snom de fonction de spec mal composÃ©cible %s mal formÃ©ela liste %2$qs de la cible %1$s est mal composÃ©ela valeur cible de %s est mal composÃ©ele nom dÃ©corÃ© pour %qD changera dans le C++17 car la spÃ©cification de l'exception fait partir du type de la fonctiondÃ©coration de %CdÃ©coration de __underlying_typedÃ©coration de typeof, utilisez plutÃ´t decltypedÃ©coration du type en virgule fixe inconnuun tableau associatif peut uniquement Ãªtre comparÃ© Ã  nulchamp de correspondance %qE d'une structure de longueur variablele masque doit Ãªtre un immÃ©diatmatch_attr_spec(): Mauvais attributmatch_level_4(): Mauvais opÃ©rateurmatch_string_constant(): DÃ©limiteur pas trouvÃ©la contrainte correspondante n'autorise pas un registrela contrainte concordante n'est pas valide dans un opÃ©rande de sortiela contrainte correspondante fait rÃ©fÃ©rence Ã  un numÃ©ro d'opÃ©rande invalidelimite maximale de %d espaces de noms recherchÃ©s pour %qEle nombre maximum de tableaux par scop.le nombre maximum de blocs de base par fonction Ã  analyser par Graphite.le nombre maximum d'opÃ©rations isl, 0 pour illimitÃ©le nombre maximum de paramÃ¨tres dans un SCoP.la valeur maximale du paramÃ¨tre %qs est %une peut utiliser -EB et -EL ensemblene peut utiliser -m32 et -m64 ensembleles registres mduc ne sont sauvegardÃ©s que sur la cible G13les fonctions mÃ©dia ne sont pas disponibles Ã  moins que -mmedia soit utilisÃ©l'initialisation en mÃ©moire pour %qD suit la dÃ©lÃ©gation du constructeurle membre %q+#D avec un constructeur n'est pas permis dans un agrÃ©gat anonymele membre %q+#D avec un constructeur n'est pas permis dans l'unionle membre %q+#D avec un opÃ©rateur d'affectation par copie n'est pas permis dans un agrÃ©gat anonymele membre %q#D avec un opÃ©rateur dâ€™affectation par copie n'est pas permis dans l'unionle membre %q+#D avec un destructeur n'est pas permis dans un agrÃ©gat anonymele membre %q+#D avec destructeur n'est pas permis dans l'unionle membre %q+D ne peut pas Ãªtre dÃ©clarÃ© comme une rÃ©fÃ©rence %<mutable%>le membre %q+D ne peut pas Ãªtre dÃ©clarÃ© Ã  la fois %<const%> et %<mutable%>le membre %qD ne peut pas Ãªtre dÃ©clarÃ© Ã  la fois %<virtual%> et %<constexpr%>le membre %qD ne peut pas Ãªtre dÃ©clarÃ© Ã  la fois %<virtual%> et %<static%>le membre %qD est en conflit avec le nom d'un champ dans la table des fonctions virtuellesle membre %qD est dÃ©clarÃ© comme ami avant la dÃ©finition du type %qTle membre %qD d'un objet en lecture seule est utilisÃ© comme sortie %<asm%>le membre %qD est une rÃ©fÃ©rence non initialisÃ©ele membre %qD doit Ãªtre initialisÃ© par l'initialisation des membres dans le constructeur %<constexpr%>membre %qD avec des champs de rÃ©fÃ©rence non initialisÃ©sles fonctions membres sont implicitement amies de leur classele patron de membre %qD ne peut pas avoir de spÃ©cificateur virtuel (virt-specifier)des membres d'une classe spÃ©cialisÃ©e explicitement sont dÃ©finis sans en-tÃªte de patronle contrÃ´le de l'accÃ¨s mÃ©moire Ã©choue toujoursl'allocation de mÃ©moire a Ã©chouÃ© en lisant les donnÃ©es d'exportl'entrÃ©e mÃ©moire %d n'est pas directement adressablerÃ©fÃ©rence mÃ©moire attendue pour le modificateur de sortie Â«Â SÂ Â»la mÃ©thode %<%c%E%> est dÃ©clarÃ©e %<@optional%> et %<@required%> en mÃªme tempsla mÃ©thode %s%s%s est marquÃ©e comme go:nointerfacela mÃ©thode %s%s%s exige un rÃ©cepteur pointeurles attributs d'arguments d'une mÃ©thode ne sont pas disponibles en Objective-C 1.0les attributs de la mÃ©thode ne sont pas disponibles dans Objective-C 1.0les attributs de la mÃ©thode ne peuvent pas Ãªtre spÃ©cifiÃ©s dans le contexte @implementationles attributs de mÃ©thodes doivent Ãªtre spÃ©cifiÃ©s Ã  la finles attributs de mÃ©thodes doivent Ãªtre spÃ©cifiÃ©s uniquement Ã  la finla dÃ©claration de la mÃ©thode n'est pas dans le contexte @interfacela mÃ©thode dÃ©clarÃ©e %qE surcharge la mÃ©thode %qEla dÃ©finition de la mÃ©thode pour %<%c%E%> n'a pas Ã©tÃ© trouvÃ©ela dÃ©finition de la mÃ©thode n'est pas dans le contexte @implementationla mÃ©thode surcharge Ã  la fois les mÃ©thodes %<transaction_pure%> et %qEil manque peut-Ãªtre un appel Ã  [super dealloc] pour la mÃ©thodele type de la mÃ©thode ne correspond pas au type de l'objetune mÃ©thode avec un type incompatible est dÃ©finie dans une autre unitÃ© de traductionla taille de partition minimale ne peut pas Ãªtre plus grande que la taille de partition maximalele nombre minimum de boucles par fonction Ã  analyser par Graphite.la valeur minimale du paramÃ¨tre %qs est %umio_array_ref(): RÃ©fÃ©rence de tableau inconnueprofilage de fonction mips16dÃ©saccord dans le nombre d'arguments de la fonction %qF. Attendu: %d mais %d obtenusles longueurs des paquets d'arguments sont en dÃ©saccord durant l'expansion de %<%E%>les longueurs des paquets d'arguments sont en dÃ©saccord durant l'expansion de %<%T%>arguments non concordantsdÃ©clarations non concordantes pendant l'optimisation lors de l'Ã©dition de liensopÃ©rateur en dÃ©saccord dans l'expression foldtypes d'opÃ©randes de comparaison non concordantsparenthÃ¨ses non appairÃ©esconstruction Objective-C++ %<@%D%> mal placÃ©eoptimisation de boucle manquÃ©e, le compteur de boucle peut dÃ©bordernumÃ©ro de l'opÃ©rande $ manquant dans le format%<(%> manquante aprÃ¨s %<#pragma GCC visibility push%> â€“ ignorÃ©%<(%> manquante aprÃ¨s %<#pragma pack%> â€“ ignorÃ©%<=%> manquant (aprÃ¨s l'attribut %<getter%>)%<=%> manquant (aprÃ¨s l'attribut %<setter%>)attribut %<target%> manquant pour %D avec plusieurs versionsÂ«Â (Â Â» manquante aprÃ¨s Â«Â #pragma unusedÂ Â», ignorÃ©Â«Â )Â Â» manquante aprÃ¨s Â«Â #pragma unusedÂ Â», ignorÃ©dÃ©finition PHI manquantenote REG_EH_REGION manquante Ã  la fin du bb %i[big-endian|little-endian|default] manquant aprÃ¨s %<#pragma scalar_storage_order%>[error|warning|ignored|push|pop] manquant aprÃ¨s %<#pragma GCC diagnostic%>nom d'architecture manquant dans %<-march=%s%>nom d'architecture manquant dans la cible Â«Â archÂ Â» %sargument manquant Ã  %qsbarriÃ¨re manquante aprÃ¨s le bloc %iaccolades manquantes autour de l'initialisationaccolades manquantes autour de l'initialisation pour %qTarÃªte callgraph manquante pour l'appel stmt:accolade de fermeture manquante pour l'opÃ©rande nommÃ©parenthÃ¨se fermante manquantecollection manquante dans l'Ã©numÃ©ration rapideprÃ©dicat de contrÃ´le manquantnom de processeur manquant dans %<-mcpu=%s%>nom de processeur manquant dans %<-mtune=%s%>nom de processeur manquant dans la cible Â«Â cpuÂ Â» %sdÃ©finition manquantepÃ©riphÃ©rique ou architecture manquant aprÃ¨s %qsarÃªte manquante %i->%imodificateur de fonctionnalitÃ© manquant dans la cible %s %qsnom de fichier manquant aprÃ¨s %qscaractÃ¨re de remplissage manquant Ã  la fin du format de strfmonexpression d'incrÃ©mentation manquanteinitialisation manquante pour le champ %qD de %qTinitialisation manquante pour le membre %qDcondition de boucle manquante dans la boucle avec le pragma %<GCC ivdep%>cible manquante dans le makefile aprÃ¨s %qsmÃ©thode manquante %s%s%snombre manquantparenthÃ¨se ouvrante manquanteopÃ©rande manquantoption manquante aprÃ¨s %<#pragma GCC diagnostic%>cible manquante aprÃ¨s %qssentinelle manquante dans l'appel Ã  la fonctionarguments de patron manquantsarguments de patron manquants aprÃ¨s %qTcaractÃ¨re de terminaison %c manquantnom de type manquant dans la dÃ©claration typedefmÃ©langer des dÃ©clarations et des dÃ©finitions de fonctions est interditle mÃ©lange de types de symboles diffÃ©rents dans les mÃªmes groupes comdat n'est pas supportÃ©mode %qs appliquÃ© Ã  un type inappropriÃ©la taille du mode du rÃ©sultat non intÃ©gral ne correspond pas Ã  la taille du champ de BIT_FIELD_REFla modification de %qE n'est pas une expression constantele modificateur ne devrait pas Ãªtre spÃ©cifiÃ© dans la clause %<linear%> sur des constructions %<simd%> ou %<for%>nature du module dans l'instruction USE Ã  %Cplus que %d opÃ©randes dans %<asm%>plus d'une clause %<depend(source)%> sur une construction %<ordered%>plus d'une directive Â«Â ctrlÂ Â»plus d'un spÃ©cificateur d'accÃ¨s dans le spÃ©cificateur de baseles attributs ms_abi et sysv_abi sont incompatiblesl'attribut ms_hook_prologue est incompatible avec -mfentry pour 32 bitsms_hook_prologue n'est pas compatible avec les fonctions imbriquÃ©esmsp430_select_hwmult_lib a besoin d'au moins un argumentle tableau multidimensionnel doit avoir des bornes pour chaque dimension exceptÃ© la premiÃ¨rel'exclusion multilib %qs est invalideles exclusions multilib %qs sont invalidesle sÃ©lecteur multilib %qs %qs est invalidele sÃ©lecteur multilib %qs est invalidela spec multilib %qs est invalidel'option -mcpu= a Ã©tÃ© spÃ©cifiÃ©e plusieurs fois.les personnalitÃ©s EH multiples sont uniquement supportÃ©es avec les assembleurs qui supportent la directive .cfi_personalitydÃ©clarations multiples dans une boucle %<for%> parcourant une plageplusieurs Ã©tiquettes Â«Â defaultÂ Â» dans un Â«Â switchÂ Â»dÃ©finition multiple de %q#Tplusieurs routines d'interruptions rapides vues: %qE et %qEchamps multiples initialisÃ©s dans l'union %qTplusieurs attributs de type de fonction spÃ©cifiÃ©stransitions chaud/froid multiples trouvÃ©es (bb %i)initialisations multiples donnÃ©es pour %qDinitialisations multiples donnÃ©es pour la base %qTappelants en ligne multiplesplusieurs attributs d'interruption ne sont pas permisattributs d'interruptions multiples pour la fonction %qDvariables d'itÃ©ration multiples dans l'Ã©numÃ©ration rapideaxes de boucles multiples spÃ©cifiÃ©s pour la routineplusieurs mÃ©thodes nommÃ©es %<%c%E%> ont Ã©tÃ© rencontrÃ©esattributs de types imbriquÃ©s multiples pour la fonction %qDplusieurs paramÃ¨tres nommÃ©s %qDplusieurs dÃ©finitions existantes pour %qEqualificatifs de rÃ©fÃ©rence multiplesattributs de sauvegarde de registres multiples pour la fonction %qDplusieurs sÃ©lecteurs nommÃ©s %<%c%E%> ont Ã©tÃ© rencontrÃ©sclasses de stockage multiples dans la dÃ©claration de %qsclasses de stockage multiples dans les spÃ©cificateurs de la dÃ©clarationtypes multiples dans une dÃ©clarationnÅ“uds PHI virtuels multiples dans le BB %dargument Ã  valeur multiple dans un contexte Ã  valeur uniqueappel de fonction Ã  valeur multiple dans un contexte Ã  valeur uniquel'option de multiplication implique que r%d est fixeles versions multiples requiÃ¨rent ifunc qui n'est pas supportÃ© sur cette cibleil faut appeler #include <typeinfo> avant d'utiliser typeidil faut utiliser %<.*%> ou %<->*%> pour appeler une fonction via un pointeur vers un membre dans %<%E (...)%>, par ex: %<(... ->* %E) (...)%>le mutable %qD n'est pas utilisable dans une expression constantedÃ©pÃ´t mystÃ©rieux d'informations dans %sun attribut nu ne peut Ãªtre appliquÃ© qu'Ã  des fonctionsnom %qD utilisÃ© dans une initialisation par dÃ©signation dans le style GNU pour un tableaule nom %qT a un type incompletla recherche du nom de %qD a changÃ©la recherche du nom de %qD a changÃ© pour la portÃ©e du %<for%> ISOnom manquant pour la fonction membrele nom de la classe masque le paramÃ¨tre de patron %qD qui est lui-mÃªme un patronnom utilisÃ© dans une initialisation par dÃ©signation dans le style GNU pour un tableaules valeurs nommÃ©es Ã  retourner ne sont plus supportÃ©esentrÃ©e dans l'espace de noms %qDl'espace de noms %qD n'est pas permis dans une dÃ©claration Â«Â usingÂ Â»l'alias de l'espace de noms %qD n'est pas permis ici, on suppose %qDles agrÃ©gats anonymes dans la portÃ©e de l'espace de noms doivent Ãªtre statiquesconversion rÃ©ductrice de %qE depuis %qT vers %qT Ã  l'intÃ©rieur de { }la conversion rÃ©ductrice de %qE depuis %qT vers %qT Ã  l'intÃ©rieur de { } est mal formÃ©e en C++11a besoin de %<typename%> avant %<%T::%E%> car %qT est une portÃ©e dÃ©pendante%<typename%> doit Ãªtre utilisÃ© avant %qE car %qT est une portÃ©e dÃ©pendanteconversion explicite nÃ©cessaireconversion explicite nÃ©cessaire, mÃ©thode %s%s%s manquantelongueur insn nÃ©gativeentier nÃ©gatif implicitement converti en un type non signÃ©longueur nÃ©gative dans la section du tableau dans la clause %qslimite infÃ©rieure nÃ©gative dans la section du tableau dans la clause %qsprofondeur d'imbrication nÃ©gative pour la rÃ©gion %inombre de dÃ©calages nÃ©gatiflargeur nÃ©gative dans le champ de bits %q+Dlargeur nÃ©gative du champ de bits %qsni le destructeur ni l'opÃ©rateur Â«Â delete[]Â Â» spÃ©cifique Ã  la classe seront appelÃ©s, mÃªme s'ils sont dÃ©clarÃ©s lorsque la classe est dÃ©finieni le destructeur ni l'opÃ©rateur Â«Â deleteÂ Â» spÃ©cifique Ã  la classe seront appelÃ©s, mÃªme s'ils sont dÃ©clarÃ©s lorsque la classe est dÃ©finiealternatives imbriquÃ©es de dialecte assembleurdÃ©claration externe imbriquÃ©e de %qDla fonction imbriquÃ©e %q+D est dÃ©clarÃ©e mais jamais dÃ©finiefonction imbriquÃ©e %qEÂ» dÃ©clarÃ©e %<extern%>fonction imbriquÃ©e %qs dÃ©clarÃ©e %<extern%>trampolines de fonctions imbriquÃ©es pas supportÃ©s sur cette ciblefonctions imbriquÃ©es pas supportÃ©es sur cette cibleidentificateur imbriquÃ© requisle spÃ©cificateur de nom imbriquÃ© %qT pour la dÃ©claration d'un enum ne nomme pas une classe ou un espace de nomsles dÃ©finitions d'espace de noms imbriquÃ©s sont uniquement disponibles avec -std=c++1z ou -std=gnu++1zredÃ©finition imbriquÃ©e de %<enum %E%>redÃ©finition imbriquÃ©e de %<struct %E%>redÃ©finition imbriquÃ©e de %<union %E%>Â«Â newÂ Â» ne peut Ãªtre appliquÃ© Ã  un type de fonctionÂ«Â newÂ Â» ne peut pas Ãªtre appliquÃ© Ã  un type rÃ©fÃ©rencÃ©la nouvelle dÃ©claration %q#D rend ambigÃ¼e le dÃ©claration interne %q#Dde nouveaux types ne peuvent Ãªtre dÃ©finis dans un type Ã  retournernew_symbol(): Nom de symbole trop longmembre %q#D suivant dÃ©clarÃ© icipas de %<%D(int)%> dÃ©clarÃ© pour l'opÃ©rateur suffixÃ© %qspas de %<%D(int)%> dÃ©clarÃ© pour l'opÃ©rateur suffixÃ© %qs, on essaie avec l'opÃ©rateur prÃ©fixÃ© Ã  la placeaucune mÃ©thode %<%c%E%> trouvÃ©epas de fonction membre %q#D dÃ©clarÃ©e dans la classe %qTpas de getter %qs trouvÃ©pas de FUNCTION_PROFILER pour CRISaucun nom de fichier fourni pour la liste de sortie LTRANSpas d'argumentaucun argument pour la fonction de specaucun attribut peut Ãªtre appliquÃ© Ã  une instanciation expliciteaucun nom de classe spÃ©cifiÃ© avec %qspas de patron de classe nommÃ© %q#T dans %q#Tpas de %<]%> fermant pour le format %<%%[%>pas d'accolade fermantepas de contexte pour rÃ©soudre le type de %qEpas de fonction de dÃ©sallocation correspondante pour %qDaucun type de donnÃ©es pour le mode %qsaucune dÃ©claration de la propriÃ©tÃ© %qs trouvÃ©e dans l'interfacepas d'argument par dÃ©faut pour %qDaucune description pour l'instant.pas de champ %qD trouvÃ© dans l'union initialisÃ©epas de liste immediate_usepas de fichier Ã  l'entrÃ©eaucun fichier d'entrÃ©e; pas d'accord pour Ã©crire les fichiers de sortieaucun type entier ne peut reprÃ©senter toutes les valeurs de l'Ã©numÃ©ration pour %qTpas de registre bas disponible pour dÃ©piler les registres hautspas de concordance pour pas de concordance pour l'appel Ã  %<(%T) (%A)%>pas de correspondance pour convertir la fonction %qD vers le type %q#Tpas de concept correspondant pour l'introduction du patronaucune surcharge en virgule flottante correspond Ã  %qspas de fonction correspondant Ã  l'appel %<%D(%A)%>pas de fonction concordante pour l'appel Ã  %<%T::%E(%A)%#V%>pas de fonction concordante pour l'appel Ã  %<%T::operator %T(%A)%#V%>pas de fonction concordante pour l'appel de %<%s(%A)%>pas de Â«Â pushÂ Â» correspondant pour %<#pragma GCC visibility pop%>aucun patron correspondant trouvÃ© pour %qDpas de fonction membre %qD dÃ©clarÃ©e dans %qTaucun membre concordant avec %<%T::%D%> dans %q#Tpas d'opÃ©rateur de post-dÃ©crÃ©mentation pour le typepas d'opÃ©rateur de post-incrÃ©mentation pour le typepas d'opÃ©rateur de prÃ©-dÃ©crÃ©mentation pour le typepas d'opÃ©rateur de prÃ©-incrÃ©mentation pour le typeaucune dÃ©claration prÃ©cÃ©dente pour %qDaucun prototype prÃ©cÃ©dent pour %qDpas de type de processeur spÃ©cifiÃ© pour l'Ã©dition de lienspas de profilage du code 64 bits pour cette ABIpas de registre dans l'adresseÂ«Â returnÂ Â» manquant dans une fonction devant retourner une valeurÂ«Â returnÂ Â» manquant dans une fonction retournant %qTpas de sclass pour le stab %s (0x%x)pas de point virgule Ã  la fin de la structure ou de l'unionpas de %<operator %s%> adaptÃ© pour %qTpas de %qD convenable dans la classe %qTpas de super classe dÃ©clarÃ©e dans @interface pour %qEpas de super classe dÃ©clarÃ©e dans l'interface pour %qEpas de type nommÃ© %q#T dans %q#Taucun type ni classe de stockage ne peut Ãªtre spÃ©cifiÃ© ici,aucun paquet de paramÃ¨tres non dÃ©roulÃ©s dans le fold binairepas de surcharge finale unique pour %qD dans %qTpas de clause valide spÃ©cifiÃ©e dans %<#pragma acc declare%>le nÅ“ud diffÃ¨re de node->decl->decl_with_vis.symtab_nodele nÅ“ud a body_removed mais il est une dÃ©finitionle nÅ“ud a un type inconnule nÅ“ud est un alias mais pas une dÃ©finitionle nÅ“ud est un alias mais pas un alias implicitele nÅ“ud est seul dans un groupe comdatle nÅ“ud est analysÃ© mais il n'est pas une dÃ©finitionle nÅ“ud est dans la liste same_comdat_group mais il n'a aucun comdat_grouple nÅ“ud est un transparent_alias mais pas un aliasle nÅ“ud est une rÃ©fÃ©rence faible (weakref) mais pas un transparent_aliasle nÅ“ud n'a pas Ã©tÃ© trouvÃ© dans le hachage des noms assembleur symtabnÅ“ud pas trouvÃ© node->decl->decl_with_vis.symtab_nodedes nÅ“uds ont Ã©tÃ© trouvÃ© avec une mÃ©moire non libÃ©rÃ©el'expression Â«Â noexceptÂ Â» est Ã©valuÃ©e Ã  %<false%> Ã  cause de l'appel Ã  %qDargument REAL pas en double prÃ©cision pour l'intrinsÃ¨que %s Ã  %Lvariante PCS qui n'est pas dÃ©rivÃ©e de AAPCSInitialisation d'un pointeur non NULL Ã  %Cconstruction non OpenACC Ã  l'intÃ©rieur d'une rÃ©gion OpenACCconstruction non OpenACC Ã  l'intÃ©rieur d'une routine OpenACCdÃ©saccord sur le traitement de l'exception sans appelle patron non classe %qT est utilisÃ© sans arguments de patronla spÃ©cialisation partielle de la non variable ou non classe %qD n'est pas permisele bloc de base %d n'est pas froid mais il est dominÃ© par un bloc dans la partition froide (%d)argument entier non constant %u dans l'appel Ã  la fonction %qEargument 1 non constant pour __atomic_always_lock_freetableau non constant dans l'instruction DATA Ã  %Linitialisation d'un tableau non constantla nouvelle longueur du tableau non constant doit Ãªtre spÃ©cifiÃ©e directement, pas par un typedefla nouvelle longueur du tableau non constant doit Ãªtre spÃ©cifiÃ©e sans parenthÃ¨ses autour du id de typeun littÃ©ral composÃ© non constant ne peut pas apparaÃ®tre dans une expression constantecondition non constante pour l'assertion statiqueÃ©lÃ©ment non constant dans un CONSTRUCTOR constantl'initialisation non constante dans la classe est invalide pour le membre statique pas en ligne %qDl'initialisation non constante dans la classe est invalide pour le membre statique %qDexpression d'initialisation non constante Ã  %Lmembre de gauche non-decl/MEM_REF dans une instruction Ã©crasÃ©eArgument INTEGER du sous-type pas par dÃ©faut passÃ© Ã  l'intrinsÃ¨que %s Ã  %LUNSPEC non dÃ©lÃ©gitimisÃ© %s (%d) trouvÃ© Ã  l'emplacement de la variablela fonction non supprimÃ©e %q+Dl'argument dans l'appel de la fonction %qE n'est pas en virgule flottantel'argument dans l'appel de la fonction %qE n'est pas en virgule flottantela non fonction %qD est dÃ©clarÃ©e comme un patron implicitenon fonction dans un appel gimpleargument 1 non entier pour __atomic_is_lock_freeargument 3 non entier dans l'appel Ã  la fonction %qEmodÃ¨le mÃ©moire non entier pour l'argument %d de %qEopÃ©rande non entier utilise avec le code d'opÃ©rande Â«Â zÂ Â»instruction Â«Â switchÂ Â» avec un type non entiernon entier utilisÃ© dans la conditionla variable non locale %qD dÃ©clarÃ©e %<__thread%> a un destructeur non trivialla variable non locale %qD dÃ©clarÃ©e %<__thread%> a besoin d'une initialisation dynamiquela non-boucle avec l'en-tÃªte %d n'est pas marquÃ©e pour Ãªtre retirÃ©ele tableau n'est pas une l-valeur dans l'expression conditionnellele non membre %qs ne peut pas Ãªtre dÃ©clarÃ© %<mutable%>la fonction non membre %qD ne peut pas avoir de qualificatif CVla fonction non membre %qD ne peut pas avoir de qualificatif de rÃ©fÃ©rencela dÃ©claration du patron non membre de %qDl'entrÃ©e %d qui n'est pas une zone mÃ©moire doit rester en mÃ©moirefonction non imbriquÃ©e avec un type modifiÃ© par une variablele membre non objet %qs ne peut pas Ãªtre dÃ©clarÃ© %<mutable%>le type non-objective-c Â«Â %TÂ Â» ne peut Ãªtre interceptÃ©le non paramÃ¨tre %qs ne peut pas Ãªtre un paquet de paramÃ¨tresl'argument de %<__builtin_launder%> n'est pas un pointeurnon registre comme membre de gauche d'une opÃ©ration binairenon registre comme membre de gauche dans une opÃ©ration ternairenon registre comme membre de gauche d'une opÃ©ration unaireBIT_FIELD_REF, IMAGPART_EXPR ou REALPART_EXPR non scalairetype non scalairesuffixe non standard sur une constante en virgule flottantele membre constant non statique %q#D dans la classe sans un constructeurle membre constant non statique %q#D ne peut utiliser l'opÃ©rateur d'affectation par dÃ©fautle membre de donnÃ©e non statique %q+D dans une union ne peut pas avoir le type rÃ©fÃ©rencÃ© %qTle membre non statique %qE est dÃ©clarÃ© %<concept%>le membre non statique %qE est dÃ©clarÃ© %<constexpr%>membre de donnÃ©e non statique dÃ©clarÃ© avec %qT comme espace rÃ©servÃ©les initialisations de membres de donnÃ©es non statiques sont uniquement disponibles avec -std=c++11 ou -std=gnu++11la dÃ©claration non statique de %q+D suit une dÃ©claration statiqueinitialisation non statique d'un membre de tableau flexiblela rÃ©fÃ©rence non statique %q#D dans la classe sans un constructeurle membre par rÃ©fÃ©rence non statique %q#D ne peut utiliser l'opÃ©rateur d'affectation par dÃ©faut%qD n'est pas un patron mais il est utilisÃ© comme patrontype non patron %qT utilisÃ© comme un patronla dÃ©claration non locale au thread de %q#D suit la dÃ©claration locale au threadla dÃ©claration non locale au thread de %q+D suit une dÃ©claration locale au threadBIT_FIELD_REF, IMAGPART_EXPR ou REALPART_EXPR pas au plus haut niveauconversion non triviale dans l'affectationconversion non triviale dans une opÃ©ration unaireles initialisations par dÃ©signation non triviales ne sont pas supportÃ©esla spÃ©cialisation partielle du non type %qD n'est pas permisenon variable %qD dans la dÃ©claration avec plus d'une dÃ©claration contenant un type Ã  remplacernon vecteur CONSTRUCTOR avec des Ã©lÃ©mentsopÃ©randes non vectoriels dans une comparaison vectorielleindex de tableau non constant dans l'initialisationla liste des sorties de la boucle %d n'est pas vide mais des sorties ne sont pas enregistrÃ©esÃ©tiquette non locale argument non null %qD comparÃ© Ã  NULLun argument non nul a un numÃ©ro d'opÃ©rande invalide (argument %lu)un argument non nul rÃ©fÃ©rence un opÃ©rande qui n'est pas un pointeur (argument %lu, opÃ©rande %lu)un argument non nul a un numÃ©ro d'opÃ©rande hors des bornes (argument %lu, opÃ©rande %lu)attribut non nul sans argument sur un non-prototypela normalisation s'oppose Ã  la mise Ã  l'Ã©chelle
! combinaison de types pas permise dans BIT_INSERT_EXPRpas configurÃ© pour l'ABI SPEpas configurÃ© pour le jeu d'instructions SPEpas configurÃ© avec le suffixe d'en-tÃªtes sysrootpas assez de boucles DO pour la boucle %s !$ACC LOOP Ã  %Lpas assez de boucle DO pour le %s coalescÃ© Ã  %Lpas assez d'argumentspas assez d'arguments Ã  retournerpas assez de boucles Â«Â forÂ Â» Ã  combinerpas assez de boucles parfaitement imbriquÃ©espas assez d'informations sur le typepas assez d'arguments variables pour insÃ©rer une sentinellenotenote: argument nul lÃ  oÃ¹ un non-nul est requis (argument %lu)pointeur de destination nullchaÃ®ne de format nullepointeur nulldÃ©rÃ©fÃ©rencement d'un pointeur nullle nombre doit Ãªtre 0 ou 1le nombre d'arguments ne concorde pas avec celui du prototype internele nombre d'arguments ne concorde pas avec celui du prototypele nombre d'annotations des bb dans la chaÃ®ne des insn (%d) != n_basic_blocks (%d)le nombre d'Ã©lÃ©ments du vecteur n'est pas une puissance de deuxle nombre d'Ã©lÃ©ments du vecteur n'est pas une puissance de deuxnombre de compteurs est %d au lieu de %dle nombre de rÃ©sultats ne correspond pas au nombre de valeursle nombre de variables dans la clause %<depend(sink)%> ne correspond pas au nombre de variables d'itÃ©rationsl'argument numÃ©rique de l'attribut %qE doit Ãªtre dans la plage 0..63objc++-cpp-output est dÃ©prÃ©ciÃ©; utilisez plutÃ´t objective-c++-cpp-outputobjc-cpp-output est dÃ©prÃ©ciÃ©; utilisez plutÃ´t objective-c-cpp-outputl'objet n'est pas une mÃ©thodeobjet manquant dans l'usage de %qEla propriÃ©tÃ© de l'objet %qD n'a pas d'attribut %<assign%>, %<retain%> ou %<copy%>; on suppose que c'est %<assign%>l'objet de type %qT ne correspond pas au nom du destructeur ~%qTun objet avec un type modifiÃ© par une variable ne peut pas avoir de classe de liaisonune dÃ©claration de mÃ©thode objective-c est attendueun ou des argument(s) de message objective-c++ est/sont attendu(s)rÃ©cepteur de message objective-c++ attenduune dÃ©claration de mÃ©thode objective-c++ est attenduecode de format Maverick Â«Â %cÂ Â» obsolÃ¨teutilisation de l'option -I- obsolÃ¨te, veuillez utiliser -iquote Ã  la placeutilisation obsolÃ¨te d'une initialisation dÃ©signÃ©e avec %<:%>utilisation obsolÃ¨te d'une initialisation dÃ©signÃ©e sans %<=%>la variable en ligne %qD utilisÃ©e par odr n'est pas dÃ©finiele compilateur de dÃ©chargement %s n'a pas Ã©tÃ© trouvÃ©le dÃ©calage %qwi est hors des limites de la chaÃ®ne constantele dÃ©calage excÃ¨de 16 octetsle dÃ©calage relatif de %qD n'est pas compatible avec l'ABI et peut changer dans une version future de GCCl'offset du champ de bits compactÃ© %qD a changÃ© dans GCC 4.4l'utilisation de offsetof Ã  l'intÃ©rieur du type %qT (qui ne respecte pas l'agencement standard) est indÃ©finiancienne dÃ©claration %q#DdÃ©finition de fonction selon l'ancien styledÃ©claration de paramÃ¨tres selon l'ancien style dans la dÃ©finition de fonction prototypÃ©el'opÃ©rande omis au milieu de %<?:%> ne peut pas Ãªtre dÃ©corÃ©un des arguments de l'appel de l'initialisation devrait Ãªtre %<&omp_priv%>un des arguments de l'appel de l'initialisation devrait Ãªtre %<omp_priv%> ou %<&omp_priv%>seules les rÃ©gions %<distribute%> ou %<parallel%> sont autorisÃ©es Ã  Ãªtre strictement imbriquÃ©es Ã  l'intÃ©rieur d'une rÃ©gion %<teams%>seuls les fanions %<inbranch%> et %<notinbranch%> sont permis pour l'attribut %<__simd__%>seulement %u noms fournis alors que %qT se dÃ©compose en %wu Ã©lÃ©mentsseul 0.0 peut Ãªtre chargÃ© comme valeur immÃ©diateseuls des types d'objets Objective-C peuvent Ãªtre qualifiÃ©s avec un protocoleseul l'attribut %<fallthrough%> peut Ãªtre appliquÃ© Ã  une instruction nulleseuls les constructeurs prennent des initialisions membresseuls les dÃ©clarations de constructeurs et les opÃ©rateurs de conversion peuvent Ãªtre %<explicit%>seuls des appels de fonctions peuvent Ãªtre dÃ©marrÃ©s en parallÃ¨leuniquement ici comme amiseul un type de retour %<auto%> Ã©vident peut Ãªtre dÃ©duit en %<void%>seules les variables non initialisÃ©es peuvent Ãªtre placÃ©es dans une section .bssseules les variables non initialisÃ©es peuvent Ãªtre placÃ©es dans la section .noinitseulement les alias faibles sont supportÃ©s dans cette configurationseuls les initialiseurs Ã  zÃ©ro sont autorisÃ©s dans la section %qstype de vecteur opaque ne peut Ãªtre initialisÃ©un spÃ©cificateur enum opaque doit utiliser un simple identificateurspÃ©cificateur enum opaque sans noml'ouverture de %s a Ã©chouÃ©e: %souverture de /dev/zero: %mouverture de la liste de sortie LTRANS %s: %mouverture du fichier de dÃ©pendances %s: %mouverture du fichier de sortie %qs: %souverture du fichier de sortie %s: %ml'opÃ©rande %d devrait Ãªtre une valeur immÃ©diate non signÃ©e sur 3 bitsl'opÃ©rande %d devrait Ãªtre une valeur immÃ©diate non signÃ©e sur 6 bitsl'opÃ©rande %d devrait Ãªtre une valeur immÃ©diate non signÃ©e sur 8 bitsl'opÃ©rande 1 devrait Ãªtre une valeur immÃ©diate non signÃ©e sur 3 bitsl'opÃ©rande 1 devrait Ãªtre une valeur non signÃ©e sur 3 bits (I0-I7)l'opÃ©rande 2 devrait Ãªtre une valeur paire sur 3 bits (sous-registre 0,2,4,6)l'opÃ©rande 2 devrait Ãªtre une valeur non signÃ©e sur 3 bits (I0-I7)l'opÃ©rande 2 devrait Ãªtre une valeur non signÃ©e sur 3 bits (sous-registre 0-7)l'opÃ©rande 2 devrait Ãªtre une valeur non signÃ©e sur 8 bitsl'opÃ©rande 3 devrait Ãªtre une valeur non signÃ©e sur 3 bits (I0-I7)l'opÃ©rande 3 devrait Ãªtre une valeur non signÃ©e sur 8 bitsl'opÃ©rande 4 devrait Ãªtre une valeur non signÃ©e sur 8 bits (0-255)la contrainte de l'opÃ©rande contient un %<+%> ou un %<-%> incorrectement positionnÃ©les contraintes de l'opÃ©rande pour %<asm%> diffÃ¨rent en nombre d'alternativesl'opÃ©rande de l'instruction Â«Â sleepÂ Â» doit Ãªtre une constante non signÃ©e sur 6 bits disponible lors de la compilationl'opÃ©rande n'est pas du code de condition, code d'opÃ©rande Â«Â %cÂ Â» invalidel'opÃ©rande n'est pas du code de condition, code d'opÃ©rande Â«Â DÂ Â» invalidel'opÃ©rande n'est pas du code de condition, code d'opÃ©rande Â«Â YÂ Â» invalidel'opÃ©rande n'est pas un entier spÃ©cifique, code d'opÃ©rande Â«Â RÂ Â» invalidel'opÃ©rande n'est pas un entier spÃ©cifique, code d'opÃ©rande Â«Â rÂ Â» invalidel'opÃ©rande n'est pas un entier, code d'opÃ©rande Â«Â KÂ Â» invalidel'opÃ©rande n'est pas un entier, code d'opÃ©rande Â«Â RÂ Â» invalidel'opÃ©rande n'est pas une rÃ©fÃ©rence mÃ©moire avec dÃ©calage, code d'opÃ©rande Â«Â HÂ Â» invalidel'opÃ©rande doit Ãªtre une valeur immÃ©diate de la bonne taillenumÃ©ro dâ€™opÃ©rande manquant aprÃ¨s %%-lettrenumÃ©ro dâ€™opÃ©rande hors limitele numÃ©ro d'opÃ©rande est hors limites dans le formatnumÃ©ro d'opÃ©rande spÃ©cifiÃ© pour un format n'acceptant aucun argumentnumÃ©ro d'opÃ©rande spÃ©cifiÃ© avec une affectation supprimÃ©el'opÃ©rande de l'expression fold n'a aucun paquet de paramÃ¨tres non dÃ©roulÃ©le type %qT de l'opÃ©rande est incompatible avec l'argument %d de %qEles types des opÃ©randes sont %qT et %qTles opÃ©randes de %T/%t doivent Ãªtre reg + const_int:les opÃ©randes de ?: ont les types diffÃ©rents %qT et %qTl'opÃ©ration sur %qE est peut Ãªtre non dÃ©finiel'attribut d'optimisation sur %qD suit la dÃ©finition mais l'attribut ne correspond pasincohÃ©rence d'un attribut au niveau de l'optimisationl'optimisation peut Ã©liminer les lectures ou les Ã©critures dans les variables-registresl'option %qs est valide pour %s mais pas pour %sl'option %s n'est pas supportÃ©e avec -fopenaccoption("%s") a dÃ©jÃ  Ã©tÃ© spÃ©cifiÃ©argument optionneloptions activÃ©esÂ : options ou cibles manquantes aprÃ¨s %qsoptions passÃ©esÂ : les arguments ordonnÃ©s ont besoin d'une expression entiÃ¨re constante positivecomparaison ordonnÃ©e d'un pointeur avec un zÃ©ro entiercomparaison ordonnÃ©e d'un pointeur avec un pointeur nulle %<default%> original est icila dÃ©claration originale apparaÃ®t icila dÃ©finition originale apparaÃ®t icidÃ©fini initialement icil'appel de fonction initialement indirect n'est pas pris en compte pour la mise en lignespÃ©cifiÃ© initialement iciconstruction %qs orphelinel'autre correspondance est iciaurait dÃ» correspondre Ã  la mÃ©thode virtuelle %qD mais ce n'est pas le casl'accÃ¨s hors limites peut Ãªtre Ã©liminÃ© par l'optimisationle %<__transaction_cancel%> extÃ©rieur n'est pas Ã  l'intÃ©rieur d'un %<__transaction_atomic%> extÃ©rieurle bloc extÃ©rieur de la rÃ©gion %i n'est pas bontransaction extÃ©rieure dans une fonction %<transaction_may_cancel_outer%>transaction extÃ©rieure dans une fonction %<transaction_safe%>transaction extÃ©rieure dans une transactionla contrainte de sortie %d ne peut pas Ãªtre spÃ©cifiÃ©e avec le registre Ã©crasÃ© Â«Â %sÂ Â»la contrainte de sortie %d doit spÃ©cifier un seul registrela contrainte de sortie %qc pour l'opÃ©rande %d n'est pas au dÃ©butle fichier de sortie %s existe dÃ©jÃ  dans le dossier %sfichier de sortie non spÃ©cifiÃ©nom du fichier de sortie spÃ©cifiÃ© deux foisla sortie numÃ©ro %d n'est pas directement adressablel'opÃ©rande de sortie %d doit utiliser la contrainte %<&%>il manque un %<=%> Ã  la contrainte de l'opÃ©rande de sortiel'opÃ©rande de sortie est une constante dans %<asm%>les registres de sortie doivent Ãªtre regroupÃ©s en haut de la pileoutput_move_singleÂ :dÃ©bordement dans la dimension du tableaudÃ©bordement dans l'expression constantedÃ©bordement dans les valeurs de l'Ã©numÃ©rationdÃ©bordement dans les valeurs de l'Ã©numÃ©ration Ã  %qDdÃ©bordement dans la conversion implicite de la constantedÃ©bordement de la liste d'arguments de sortie pour %qsnom de fonction surchargÃ©e %qE dans la clause %qsfonction surchargÃ©e sans information contextuelle de typele contrÃ´le de la surcharge (override/final) est uniquement disponible avec -std=c++11 ou -std=gnu++11dans la surcharge de %qD dÃ©clarÃ© %<transaction_safe%>surcharge la fonction supprimÃ©e %q+Dsurcharge la fonction virtuelle %q+Dsurcharge la fonction non supprimÃ©e %q+Dargument d'expansion du paquet pour le paramÃ¨tre non paquet %qD du patron d'alias %qDargument d'expansion du paquet pour le paramÃ¨tre non paquet %qD du concept %qDl'expansion de paquets dans une dÃ©claration Â«Â usingÂ Â» est uniquement disponible avec -std=c++1z ou -std=gnu++1zl'attribut Â«Â packedÂ Â» provoque un alignement inefficacel'attribut Â«Â packedÂ Â» entraÃ®ne un alignement inefficace pour %q+Dl'attribut Â«Â packedÂ Â» provoque un alignement inefficace pour %qEl'attribut Â«Â packedÂ Â» n'est pas nÃ©cessairel'attribut Â«Â packedÂ Â» n'est pas nÃ©cessaire pour %q+Dl'attribut Â«Â packedÂ Â» n'est pas nÃ©cessaire pour %qEremplissage de la taille du Â«Â structÂ Â» jusqu'Ã  la frontiÃ¨re d'alignementremplissage du Â«Â structÂ Â» pour aligner %q+Dle paramÃ¨tre %P a un type incomplet %qTle paramÃ¨tre %P de %qD a un type incomplet %qTparamÃ¨tre %q+D dÃ©clarÃ© %<_Noreturn%>paramÃ¨tre %q+D dÃ©clarÃ© %<inline%>le paramÃ¨tre %q+D n'a qu'une dÃ©claration anticipÃ©eparamÃ¨tre %qD dÃ©clarÃ© avec le type Â«Â voidÂ Â»le paramÃ¨tre %qD a un type incompletle paramÃ¨tre %qD inclut un pointeur vers un tableau %qT dont les bornes sont inconnuesle paramÃ¨tre %qD inclut une rÃ©fÃ©rence vers un tableau %qT dont les bornes sont inconnuesle paramÃ¨tre %qD est incorrectement dÃ©clarÃ© comme type de mÃ©thodele paramÃ¨tre %qD est initialisÃ©le paramÃ¨tre %qD est dÃ©fini mais pas utilisÃ©le paramÃ¨tre %qP de %qD pourrait Ãªtre un candidat pour un attribut de formatle paramÃ¨tre %u (%q+D) a un type incompletle paramÃ¨tre %u (%q+D) a le type voidle paramÃ¨tre %u a un type incompletle paramÃ¨tre %u a le type voidparamÃ¨tre dÃ©clarÃ© %<auto%>la liste de paramÃ¨tres ne correspond pas Ã  la signature de %s()le paramÃ¨tre ne peut pas avoir le type %qT modifiÃ© par une variablele paramÃ¨tre pourrait Ãªtre un candidat pour un attribut de formatnom du paramÃ¨tre manquant dans la liste des paramÃ¨tresnom de paramÃ¨tre omisnoms de paramÃ¨tres (sans type) dans la dÃ©claration de fonctionle paquet de paramÃ¨tres %q+D doit Ãªtre Ã  la fin de la liste des paramÃ¨tres du patronle paquet de paramÃ¨tres %qD ne peut pas avoir d'argument par dÃ©fautl'argument %qE du paquet de paramÃ¨tres doit Ãªtre Ã  la fin de la liste des arguments du patronl'argument %qT du paquet de paramÃ¨tres doit Ãªtre Ã  la fin de la liste des arguments du patronle paquet de paramÃ¨tres ne peut pas avoir d'argument par dÃ©fautles paquets de paramÃ¨tres ne sont pas Ã©tendus avec %<...%>argument de type dÃ©rivÃ© paramÃ©trisÃ©le sous-programme parent ne peut pas Ãªtre mis en ligneles parenthÃ¨ses autour de %qE ne peuvent pas Ãªtre utilisÃ©es pour former un pointeur vers une fonction membredes parenthÃ¨ses sont requises autour de ce littÃ©ral composite pour Ã©viter des ambiguÃ¯tÃ©s dans l'analyseune initialisation entre parenthÃ¨ses n'est pas permise dans une boucle %<for%> de OpenMPune initialisation entre parenthÃ¨ses n'est pas permise dans une boucle Â«Â forÂ Â»initialisation entre parenthÃ¨ses dans le Â«Â newÂ Â» du tableauerreur d'analyse dans l'instruction SELECT TYPE Ã  %Cerreur d'analyse dans la liste des arguments du patronla spÃ©cialisation partielle %q+D ne spÃ©cialise aucun argument du patronla spÃ©cialisation partielle %q+D ne spÃ©cialise aucun argument du patron et n'a pas plus de contrainte quela spÃ©cialisation partielle de %qD n'est pas plus spÃ©cialisÃ©e quespÃ©cialisation partielle %qT dÃ©clarÃ©e %<friend%>la spÃ©cialisation partielle n'est pas plus spÃ©cialisÃ©e que le patron primaire car elle remplace des paramÃ¨tres multiples par une expansion d'un paquetspÃ©cialisation partielle de %qD aprÃ¨s l'instanciation de %qDune partition a Ã©tÃ© trouvÃ©e mais le fanion de partition de fonction n'est pas misl'Ã©tape %qs n'a pas Ã©tÃ© trouvÃ©e mais elle est rÃ©fÃ©rencÃ©e par la nouvelle Ã©tape %qsl'Ã©tape %s ne supporte pas le clonagel'Ã©tape %s a besoin d'une implÃ©mentation de set_pass_param pour gÃ©rer l'argument supplÃ©mentaire dans NEXT_PASSle passage de %qT comme argument %<this%> abandonne les qualificatifsle passage de %qT choisi %qT au lieu de %qTpassage de NULL pour l'argument non pointeur %P de %qDle passage de l'argument %d de %qE abandonne les qualificatifs du type cible du pointeurpassage de l'argument %d de %qE comme %<float%> au lieu de %<double%> Ã  cause du prototypepassage de l'argument %d de %qE comme %qT au lieu de %qT Ã  cause du prototypepassage de l'argument %d de %qE comme complexe au lieu de flottant Ã  cause du prototypepassage de l'argument %d de %qE comme complexe au lieu d'entier Ã  cause du prototypepassage de l'argument %d de %qE comme flottant au lieu de complexe Ã  cause du prototypepassage de l'argument %d de %qE comme flottant au lieu d'entier Ã  cause du prototypepassage de l'argument %d de %qE comme entier au lieu de complexe Ã  cause du prototypepassage de l'argument %d de %qE comme entier au lieu de flottant Ã  cause du prototypepassage de l'argument %d de %qE comme signÃ© Ã  cause du prototypepassage de l'argument %d de %qE comme un non signÃ© Ã  cause du prototypepasser l'argument %d de %qE abandonne le qualificatif %qv du type pointÃ©passage de l'argument %d de %qE depuis un type Objective-C distinctpassage de l'argument %d de %qE depuis un type pointeur incompatiblepassage de l'argument %d de %qE depuis un pointeur vers un espace d'adresses non fermÃ©passer l'argument %d de %qE ajoute le qualificatif %q#v au pointeur de fonction qui n'avait pas de qualificatifle passage de l'argument %d de %qE transforme un pointeur en entier sans transtypagele passage de l'argument %d de %qE transforme un entier en pointeur sans transtypagepassage de l'argument %d de %qE avec des largeurs diffÃ©rentes Ã  cause du prototypel'argument %i est passÃ© Ã  un paramÃ¨tre avec un qualificatif restrictif alors qu'il est Ã©galement passÃ© dans l'argument %Zl'argument %i est passÃ© Ã  un paramÃ¨tre avec un qualificatif restrictif alors qu'il est Ã©galement passÃ© dans les arguments %Zpassage des arguments Ã  l'Ã©lision du constructeur hÃ©ritÃ© %qDle passage d'objets du type %q#T non trivialement copiables au travers de %<...%> est supportÃ© conditionnellementpassage d'un argument trop grand sur la pilele pragma pch_preprocess ne devrait Ãªtre utilisÃ© qu'avec -fpreprocessedpÃ©dantpÃ©dant: vous avez peut-Ãªtre besoin d'arguments de patron explicites dans votre spÃ©cificateur de nom imbriquÃ©vous voulez peut-Ãªtre ajouter %<%T::%> explicitementerreur de permissionpermerreur: Ã©chec de pex_init: %mles indications de contraintes ne sont pas satisfaitesl'opÃ©rateur Â«Â newÂ Â» avec placement construit un tableau d'objets de type %qT et de taille %qwu dans une rÃ©gion de type %qT et de taille %qwil'opÃ©rateur Â«Â newÂ Â» avec placement construit un objet de type %<%T [%wu]%> et de taille %qwu dans une rÃ©gion de type %qT et de taille %qwil'opÃ©rateur Â«Â newÂ Â» avec placement construit un objet de type %qT et de taille %qwu dans une rÃ©gion de type %qT et de taille %qwile greffon %s n'est pas sous une licence compatible avec GPL
  %sle greffon %s a enregistrÃ© une fonction de rappel nulle pour l'Ã©vÃ©nement %sle greffon %s devrait Ãªtre spÃ©cifiÃ© avant -fplugin-arg-%s dans la ligne de commandele greffon %s a Ã©tÃ© spÃ©cifiÃ© avec des chemins diffÃ©rents:
  %s
  %sle greffon ne peut pas enregistrer une Ã©tape manquantele greffon ne peut pas enregistrer une Ã©tape sans nomle greffon ne peut enregistrer l'Ã©tape %qs sans nom d'Ã©tape de rÃ©fÃ©rencele support des greffons est dÃ©sactivÃ©; configurez avec --enable-pluginpointeurargument pointeurl'arithmÃ©tique de pointeur pour des objets collectÃ©s par le ramasse-miettes est interditaffectation de pointeurles limites du pointeur ont Ã©tÃ© perdues Ã  cause de l'expression inattendue %sun pointeur du type %<void *%> est utilisÃ© dans une arithmÃ©tiquepointeur de type %<void *%> utilisÃ© dans une soustractionl'offset du pointeur par rapport au symbole peut Ãªtre incorrectrÃ©sultat pointeur ou allouableles types ciblÃ©s par les pointeurs sont incompatibles en C++un pointeur visant l'espace d'adresses %qs doit Ãªtre Â«Â constÂ Â» dans %qTun pointeur visant l'espace d'adresses %qs doit Ãªtre const dans le/la %s %q+Dles cibles pointÃ©es dans l'affectation diffÃ¨rent dans la plage signÃ©eles cibles pointÃ©es dans l'initialisation diffÃ¨rent dans la plage signÃ©eles cibles pointÃ©es dans le passage de l'argument %d de %qE diffÃ¨rent dans la plage signÃ©eles cibles pointÃ©es dans le retour diffÃ¨rent dans la plage signÃ©eun pointeur vers une fonction est utilisÃ© dans une arithmÃ©tiquepointeur vers une fonction utilisÃ© dans une soustractionle pointeur vers le tableau perd le qualificatif dans l'expression conditionnellele pointeur vers le type d'interface n'a pas de mÃ©thodeconversion d'un pointeur vers un membre via la base virtuelle %qTle pointeur vers le type membre %qT est incompatible avec le type d'objet %qTnon concordance de type de pointeurs dans une expression conditionnellevaleur de pointeur utilisÃ©e lÃ  oÃ¹ un complexe Ã©tait attenduvaleur de pointeur utilisÃ©e lÃ  oÃ¹ une valeur en virgule flottante Ã©tait attenduele pointeur vers la fonction membre %E ne peut Ãªtre appelÃ© sans un objet; utilisez .* ou ->*le type pointeur vers une fonction membre %qT requiert une l-valeurle type pointeur vers une fonction membre %qT requiert une r-valeurnon concordance entre un pointeur et un entier dans une expression conditionnelleles pointeurs ne sont pas permis comme valeurs de Â«Â caseÂ Â»des pointeurs vers des tableaux avec des qualificatifs diffÃ©rents sont incompatibles en C ISOpointeurs vers des espaces d'adresses disjoints utilisÃ©s dans une expression conditionnelleargument polymorphiquela position plus la taille dÃ©passe la taille de l'objet rÃ©fÃ©rencÃ© dans BIT_FIELD_REFle code indÃ©pendant de la position n'est pas supportÃ©le code indÃ©pendant de la position requiert %qsle code indÃ©pendant de la position requiert l'ABI Linuxinitialisation par position de champs dans une %<struct%> qui est dÃ©clarÃ©e avec l'attribut %<designated_init%>problÃ¨me possible dÃ©tectÃ© dans l'invocation de l'opÃ©rateur delete[]:problÃ¨me possible dÃ©tectÃ© dans l'invocation de l'opÃ©rateur delete:le post-incrÃ©ment d'adresse n'est pas un registre%qD suffixÃ© doit prendre %<int%> comme argument%qD suffixÃ© doit prendre %<int%> comme second argument%qD suffixÃ© devrait retourner %qTdÃ©rÃ©fÃ©rencement d'un pointeur potentiellement nullle pragma simd est ignorÃ© car -fcilkplus n'est pas activÃ©le pragma simd doit Ãªtre Ã  l'intÃ©rieur de la fonctionle prÃ©-dÃ©crÃ©ment d'adresse n'est pas un registrele prÃ©-incrÃ©ment d'adresse n'est pas un registreprÃ©cisionprÃ©cision dans le format de printftype arithmÃ©tique %qT prÃ©dÃ©clarÃ© dans %<#pragma omp declare reduction%>type arithmÃ©tique prÃ©dÃ©clarÃ© dans %<#pragma omp declare reduction%>instruction Thumb Ã©tablieinstruction Ã©tablie dans la sÃ©quence conditionnelleallouer de prÃ©fÃ©rence des registres qui autorisent la gÃ©nÃ©ration d'instructions courtes.%qD prÃ©fixÃ© devrait retourner %qTles attributs de prÃ©fixes sont ignorÃ©s avant %<@%D%>les attributs de prÃ©fixes sont ignorÃ©s pour les implÃ©mentationsles attributs de prÃ©fixes sont ignorÃ©s pour les mÃ©thodesprev_bb de %d devrait Ãªtre %d, pas %d%<#pragma omp declare reduction%> prÃ©cÃ©dentdÃ©claration %<pragma omp declare reduction%> prÃ©cÃ©dentedÃ©claration prÃ©cÃ©dentedÃ©claration prÃ©cÃ©dente de %q#DdÃ©claration prÃ©cÃ©dente de %qDla dÃ©claration prÃ©cÃ©dente %qD utilisait %d paramÃ¨tre dans le patronla dÃ©claration prÃ©cÃ©dente %qD utilisait %d paramÃ¨tres dans le patrondÃ©clarÃ© prÃ©cÃ©demment en tant que %q#DdÃ©claration prÃ©cÃ©dente icidÃ©claration prÃ©cÃ©dente de %<%c%E%>dÃ©claration prÃ©cÃ©dente de %<%c%E%> comme %<@optional%>dÃ©claration prÃ©cÃ©dente de %<%c%E%> comme %<@required%>dÃ©claration prÃ©cÃ©dente de %<%c%s%>dÃ©claration prÃ©cÃ©dente de %DdÃ©claration prÃ©cÃ©dente de %q+Dla dÃ©claration prÃ©cÃ©dente de %q+D Ã©tait icidÃ©claration prÃ©cÃ©dente de %qDla dÃ©claration prÃ©cÃ©dente de %qD Ã©tait icidÃ©claration prÃ©cÃ©dente de %qEla dÃ©claration prÃ©cÃ©dente de l'espace de noms %qD est icidÃ©claration prÃ©cÃ©dente avec la classe de liaison %qLdÃ©finition prÃ©cÃ©dente icidÃ©finition prÃ©cÃ©dente de %q#Tla dÃ©finition prÃ©cÃ©dente de %q+D Ã©tait icila dÃ©finition prÃ©cÃ©dente de %qD Ã©tait icidÃ©claration externe prÃ©cÃ©dente de %q#Dla dÃ©claration implicite prÃ©cÃ©dente de %q+D Ã©tait icila dÃ©claration prÃ©cÃ©dente de la non fonction %q+#Dla dÃ©finition non prototype prÃ©cÃ©dente est icila spÃ©cification prÃ©cÃ©dente dans %q#D est iciprÃ©cÃ©demment dÃ©clarÃ©e iciprÃ©cÃ©demment dÃ©fini iciprÃ©cÃ©demment dÃ©fini ici comme %sprÃ©cÃ©demment utilisÃ©e icile patron primaire %qDle patron primaire icimembre privÃ© %q#D dans une structure anonymemembre privÃ© %q#D dans une union anonymeproblÃ¨me lors de la construction de l'image cible pour %s
--- 2455,2467 ----
  sortie %d->%d pas enregistrÃ©eexpand_binop a Ã©chouÃ© dans movsi gotle motif d'expansion %<%E%> ne contient pas de paquet d'argumentsle motif d'expansion %<%T%> ne contient pas de paquet d'argumentsle point d'expansion est l'emplacement %iclause %<#pragma acc%> attendue%<#pragma omp section%> ou %<}%> attenduclause %<#pragma omp%> attendueclause %<#pragma simd%> attendue%<(%> attendu%<(%> ou fin de ligne attendue%<)%> attendu%<*%> attendu%<+%>, %<*%>, %<-%>, %<&%>, %<^%>, %<|%>, %<&&%>, %<||%> ou identificateur attendu%<,%> attendu%<,%> ou %<)%> attendu%<,%> ou %<)%> attendu aprÃ¨s %qE%<,%> ou %<...%> attendu%<,%> ou %<;%> attendu%<,%> ou %<}%> attendu%<,%>, %<;%> ou %<}%> attendu%<.%> attendu%<...%> attendu%<:%> attendu%<:%> ou %<)%> attendu%<:%> ou %<...%> attendu%<;%> ou %<::%> attendu%<:%> ou nombre attendu%<:%>, %<,%>, %<;%>, %<}%> ou %<__attribute__%> attendu%<::%> attendu%<;%> attendu%<;%> attendu aprÃ¨s la dÃ©finition de la classe%<;%> attendu aprÃ¨s la dÃ©finition de la structure%<;%> attendu aprÃ¨s la dÃ©finition de l'union%<;%> attendu Ã  la fin de la dÃ©claration du membre%<;%> ou %<{%> attendu%<;%> ou %<{%> attendu aprÃ¨s la dÃ©finition des attributs de la mÃ©thode%<;%>, %<,%> ou %<)%> attendu%<;%>, identificateur ou %<(%> attendu%<<%> attendu%<=%> attendu%<=%>, %<,%>, %<;%>, %<asm%> ou %<__attribute__%> attendu%<>%> attendu%<@end%> attendu%<@synchronized%> attendu%<@throw%> attendu%<@try%> attendu%<[%> attendu%<]%> attendu%<_Cilk_spawn%> attendu avant %<_Cilk_sync%>%<__label__%> attendu%<__transaction_atomic%> attendu%<__transaction_relaxed%> attendu%<asm%> attendu%<catch%> attendu%<class%> attendu%<class%> ou %<typename%> attendu%<class%>, %<typename%> ou %<template%> attendu%<data%> attendu%<data%> attendu aprÃ¨s %<#pragma acc %s%>%<data%>, %<update%>, %<enter%> ou %<exit%> attendu%<declare%> attendu%<decltype%> attendu%<delete%> attendu%<extern%> attendu%<for%> attendu aprÃ¨s %qs%<namespace%> attendu%<new%> attendu%<none%> attendu%<none%> ou %<shared%> attendu%<omp_priv%> ou nom de fonction attendu%<operator%> attendumodificateurs de clause %<parallel%> ou %<target%> %<if%> attendus%<point%> attendu%<return%> attendu%<scalar%> attendu%<simd%> ou %<reduction%> ou %<target%> attendu%<static_assert%> attendu%<target%> attendu%<template%> attendu%<throw%> attendu%<tofrom%> attendu%<try%> attendu%<using%> attendu%<while%> attendu%<{%> attendu%<{%> ou %<:%> attendu%<}%> attendu%<}%> attendu avant %<else%>%<~%> attenduon attendait %d niveaux de paramÃ¨tres du patron pour %q#D mais on en a obtenu %d%qT attendu mais l'argument est de type %qTmodificateur de clause %qs %<if%> attendu au lieu de %qs... attendu[big-endian|little-endian|default] attendu aprÃ¨s %<#pragma scalar_storage_order%>[error|warning|ignored|push|pop] attendu aprÃ¨s %<#pragma GCC diagnostic%>une chaÃ®ne est attendue aprÃ¨s %<#pragma message%>un objet SSA_NAME Ã©tait attenduun identificateur est attendu pour le nom d'attributexpression de notation des tableaux attendueattribut attendu avant %<...%>opÃ©rateur binaire attenduexpression boolÃ©enne attenduetype boolÃ©en attenduÃ©tiquette Â«Â caseÂ Â» ou instruction Â«Â gotoÂ Â» attenduecanal attendunom de classe attendumot-clÃ© de type classe (class ou struct) attendunom de classe attenduconstructeur, destructeur ou conversion de type attendudÃ©claration attenduedÃ©claration ou instruction attenduespÃ©cificateurs de dÃ©claration attendusspÃ©cificateurs de dÃ©claration ou %<...%> attendudÃ©clarateur attenduinstruction Â«Â elseÂ Â» attendueune chaÃ®ne vide Ã©tait attendue aprÃ¨s le mot-clÃ© %<operator%>fin de liste de capture attenduefin de ligne attendueexpression attendueliste-expression ou type-id attendufonction attenduenom de fonction attendunom de fonction %<(%> attenduexpression Â«Â gotoÂ Â» attendueexpression id attendueexpression id (arguments) attendueidentificateur attenduidentificateur ou %<(%> attenduidentificateur ou %<)%> attenduidentificateur ou %<*%> attenduinitialisation attendueentier attenduexpression entiÃ¨re attendueexpression entiÃ¨re attendue avant Â«Â )Â Â»interface ou pointeur vers une interface attendudÃ©claration ou initialisation d'itÃ©ration attendueinstruction d'itÃ©ration attendueinstruction de saut attendueÃ©tiquette attendueinstruction Ã©tiquetÃ©e attendueun index sur un tableau associatif est attendu dans le membre de droiteespace de noms attenduspÃ©cificateur de nom imbriquÃ© attendutype numÃ©rique attenduopÃ©rateur attendupaquet de paramÃ¨tres attendu avant %<...%>nom d'Ã©tape attendupointeur attenduexpression primaire attendueopÃ©rateur pointeur attendunom qualifiÃ© attendu dans la dÃ©claration amie pour le constructeur %qDnom qualifiÃ© attendu dans la dÃ©claration amie du destructeur %qDinstruction de sÃ©lection attendueÂ«Â ;Â Â» attenduliste de qualificatifs et de qualificatifs attendueinstruction attenduechaÃ®ne littÃ©rale attenduechaÃ®ne littÃ©rale attendueidentificateur de suffixe attenduargument de patron attendutemplate-id attendutemplate-id attendu pour le typenom de patron attenduspÃ©cificateur du type attenduun nom de type attenduspÃ©cificateur de type attenduunqualified-id attendunom de variable attendula capture par copie explicite de %<this%> est redondante avec la capture par copie par dÃ©fautla capture par copie explicite de %qD est redondante avec la capture par copie par dÃ©fautla capture par rÃ©fÃ©rence explicite de %qD est redondante avec la capture par rÃ©fÃ©rence par dÃ©fautles opÃ©rateurs de conversion explicites sont uniquement disponibles avec -std=c++11 ou -std=gnu++11les guides de dÃ©duction explicites ne sont pas pris en compte pour l'initialisation par copieÂ«Â gotoÂ Â» explicite Ã  la fin du bb %dinstanciation explicite de %q#Dinstanciation explicite de %q#T avant la dÃ©finition de patroninstanciation explicite de %qD mais pas de dÃ©finition disponibleinstanciation explicite de %qD dans l'espace de noms %qD (qui n'englobe pas l'espace de noms %qD)une instanciation explicite de %qD en dehors de son espace de noms doit utiliser un spÃ©cificateur de nom imbriquÃ©instanciation explicite du patron non classe %qDinstanciation explicite du non patron %q#Dinstanciation explicite du type non patron %qTune instanciation explicite ne doit pas utiliser le spÃ©cificateur %<constexpr%>une instanciation explicite ne doit pas utiliser le spÃ©cificateur %<inline%>qualificatifs explicites dans la dÃ©claration de %qDla variable-registre explicite %qD ne peut pas Ãªtre modifiÃ©e dans une fonction exÃ©cutÃ©e en parallÃ¨lela spÃ©cialisation explicite doit Ãªtre dÃ©clarÃ©e %<concept%>spÃ©cialisation explicite dans la portÃ©e d'un non espace de noms %qDspÃ©cialisation explicite de %qD aprÃ¨s la premiÃ¨re utilisationla spÃ©cialisation explicite de %qD doit Ãªtre introduite par %<template <>%>une spÃ©cialisation explicite de %qD en dehors de son espace de noms doit utiliser un spÃ©cificateur de nom imbriquÃ©spÃ©cialisation explicite du concept de fonction %qDspÃ©cialisation explicite du non patron %qTune liste explicite d'arguments de patron n'est pas permiseune spÃ©cialisation explicite de patron ne peut pas avoir une classe de stockagela fonction %q+D imposÃ©e par dÃ©faut explicitement ne peut pas Ãªtre dÃ©clarÃ©e constexpr car la dÃ©claration implicite n'est pas constexpr:les registres explicitement utilisÃ©s doivent Ãªtre groupÃ©s en haut de la pileLettre d'exposant Â«Â qÂ Â» dans une constante littÃ©rale rÃ©elle Ã  %Cexpr dans l'affectation var = expr de !$OMP ATOMIC WRITE doit Ãªtre scalaire et ne peut pas faire rÃ©fÃ©rence Ã  var Ã  %Lexpr dans l'affectation !$OMP ATOMIC var = var op expr doit Ãªtre scalaire et ne peut pas faire rÃ©fÃ©rence Ã  var Ã  %Ll'expression %qE ne dÃ©signe pas une fonction constexprl'expression %qE Ã  des effets de bordl'expression %qE n'est pas une expression constantel'expression ne peut pas Ãªtre utilisÃ©e comme une fonctionl'expression dans la dÃ©claration Â«Â newÂ Â» doit Ãªtre un type entier ou un type Ã©numÃ©rÃ©l'expression dans l'assertion statique n'est pas un entierl'expression dans l'assertion statique n'est pas une expression constante entiÃ¨rel'expression dans l'assertion statique n'est pas une constantela liste d'expressions est traitÃ©e comme une expression composÃ©e dans le transtypage fonctionnella liste d'expressions est traitÃ©e comme une expression composÃ©e dans l'initialisationla liste d'expressions est traitÃ©e comme une expression composÃ©e dans l'initialisation mÃ©moirel'expression doit Ãªtre fondamentalel'expression du type de classe abstraite %qT ne peut pas Ãªtre utilisÃ©e dans une expression Â«Â throwÂ Â»l'instruction de l'expression a un type incompletexpression_rank(): Deux specs de tableauextend_ref(): Variable Â«Â tailÂ Â» invalideles listes d'initialisation Ã©tendues sont uniquement disponibles avec -std=c++11 ou -std=gnu++11les registres Ã©tendus n'ont pas de moitiÃ© hautela dÃ©claration externe de %q#D ne concorde pasla dÃ©claration externe de %q+D suit une dÃ©claration sans classe de liaisonmodÃ¨le externe globalvalueles fonctions d'initialisation TLS externes ne sont pas supportÃ©es sur cette cibleclasse de liaison externe requise pour le symbole %q+D en raison de l'attribut %qEclone en ligne visible depuis l'extÃ©rieur%<;%> superflugroupe d'accolades superflu Ã  la fin de l'initialisationÃ©lÃ©ments superflus dans l'initialisation d'un scalairearÃªte sortante supplÃ©mentaire %d->%dqualification %<%T::%> additionnelle sur le membre %qsqualification supplÃ©mentaire pas permiseÂ«Â ;Â Â» superflupoint virgule superflu spÃ©cifiÃ© dans la dÃ©finition de la mÃ©thodepoint virgule superflu dans la structure ou dans l'unionqualificatif de type supplÃ©mentaire dans l'argument du format (argument %d)Ã©chec Ã  l'initialisation du greffon %sÃ©chec lors de la crÃ©ation du composant du tableau associatif Â«Â %sÂ Â»Ã©chec lors de la crÃ©ation du composant d'union Â«Â %sÂ Â»Ã©chec lors du dÃ©veloppement de la fonction interneerreur pour obtenir le statut de sortie: %merreur Ã  l'obtention des temps du processus: %mÃ©chec Ã  l'ouverture du fichier temporaire %s pour la sortie LTOÃ©chec Ã  l'ouverture du fichier temporaire %s avec la sortie LTOÃ©chec lors de la rÃ©cupÃ©ration de la fonction inutileÃ©chec lors de la rÃ©cupÃ©ration de la fonction inutile dans le mÃªme groupe comdatle modÃ¨le mÃ©moire en cas d'Ã©chec ne peut pas Ãªtre plus fort que le modÃ¨le mÃ©moire en cas de succÃ¨s pour %<__atomic_compare_exchange%>Ã©chec lors de la simplification de la rÃ©fÃ©rence Ã  la sous-chaÃ®ne dans l'instruction DATA Ã  %LÃ©chec en essayant de recharger:arÃªte fallthru aprÃ¨s une instruction de contrÃ´le dans le bb %darÃªte fallthru aprÃ¨s un branchement inconditionnel dans le bb %iune arÃªte fallthru traverse une frontiÃ¨re de section dans le bb %ifallthru pour sortir du bloc de base %dl'Ã©numÃ©ration rapide n'est pas disponible en Objective-C 1.0les attributs fastcall et cdecl sont incompatiblesles attributs fastcall et regparm sont incompatiblesles attributs fastcall et stdcall sont incompatiblesles attributs fastcall et thiscall sont incompatibleserreur fatale: fclose %s: %mLa chaÃ®ne fe_runtime_error doit Ãªtre terminÃ©e par un zÃ©rofe_runtime_error: Mauvais nombre d'arguments (%d au lieu de %d)champ %q#D avec le mÃªme nom que la classele champ %q+D est incorrectement dÃ©clarÃ© avec le type d'une fonctionle champ %q+D est incorrectement dÃ©clarÃ© avec le type d'une mÃ©thodele champ %qD a le type incomplet %qTchamp %qE dÃ©clarÃ© comme une fonctionle champ %qE est d'un type incompletle nom du champ n'est pas dans l'initialisation de l'enregistrement ou de l'unionspÃ©cificateur de champ de prÃ©cisionlargeur de champlargeur de champ dans le format de printflargeur de champ dans le format de scanflargeur de champ dans le format de strfmonlargeur de champ dans le format de strftimespÃ©cificateur de largeur de chample champ a un agencement diffÃ©rent dans une autre unitÃ© de traductionle fichier %qs a Ã©tÃ© quittÃ© mais n'a pas Ã©tÃ© entrÃ©fin de fichier dans l'argument par dÃ©fautla dÃ©claration de %qE au niveau du fichier spÃ©cifie %<auto%>la dÃ©claration de %qE au niveau du fichier spÃ©cifie %<register%>caractÃ¨re de remplissagecaractÃ¨re de remplissage dans le format de strfmonfind_array_spec(): Spec manquantefind_array_spec(): Â«Â asÂ Â» inutilisÃ©(1)find_array_spec(): Â«Â asÂ Â» inutilisÃ©(2)find_enum(): Ã‰numÃ©ration introuvablefonction fini() trouvÃ©e dans l'objet %sle premier argument doit Ãªtre []bytele premier argument de %q+D devrait Ãªtre %<int%>le premier argument de %<__builtin_call_with_static_chain%> doit Ãªtre une expression d'appelle premier argument de %<__builtin_choose_expr%> n'est pas une constantele premier argument de %<va_arg%> n'est pas du type %<va_list%>le premier dÃ©saccord est le chample premier offset doit Ãªtre dans la direction opposÃ©e des itÃ©rations de la bouclele registre ebp fixÃ© requiert %<-maccumulate-outgoing-args%>le registre ebp fixÃ© requiert %<target("accumulate-outgoing-args")%>registre fixe %s utilisÃ© pour passer un paramÃ¨tre Ã  la fonctiondÃ©bordement d'un nombre en virgule fixe dans l'expressionles types en virgule fixe ne sont pas supportÃ©s pour cette cibletypes en virgule fixe pas supportÃ©s en C++membre tableau flexible %qD dans %q#T par ailleurs videle membre tableau flexible %qD n'est pas Ã  la fin de %q#Ttableau flexible comme membre d'une structure sans aucun membre nommÃ©tableau flexible comme membre de l'unionle tableau flexible n'est pas le dernier membre Ã  la fin de la structurela constante en virgule flottante dÃ©borde de la plage de %qTconstante flottante mal utilisÃ©econstante en virgule flottante tronquÃ©e Ã  zÃ©role littÃ©ral en virgule flottante dÃ©passe la plage de type %qTle littÃ©ral en virgule flottante est tronquÃ© Ã  zÃ©rodÃ©bordement d'un nombre en virgule flottante dans l'expressionle suffixe en virgule flottante %qs est masquÃ© par l'implÃ©mentationla constante en virgule flottante n'est pas un opÃ©rande immÃ©diat valideinsn de contrÃ´le de flot Ã  l'intÃ©rieur dâ€™un bloc de basevÃ©rification fold: arbre originale modifiÃ© par foldrepli de l'expansion vide sur %Oles expressions fold sont uniquement disponibles avec -std=c++1z ou -std=gnu++1zfopen %s: %mfopen: %s: %mpour %qDpour un transtypage de style Â«Â fonctionÂ Â», enlevez le %<::%D%> redondantpour la dÃ©duction de %<std::initializer_list%>, utilisez l'initialisation par liste copiÃ©e (c-Ã -d ajoutez %<=%> avant le %<{%>)l'expression d'incrÃ©mentation de Â«Â forÂ Â» ne peut rÃ©soudre l'adresse de la fonction surchargÃ©el'expression d'incrÃ©mentation de Â«Â forÂ Â» n'a pas d'effetl'expression d'incrÃ©mentation de Â«Â forÂ Â» est une rÃ©fÃ©rence, pas un appel, Ã  la fonction %qEl'expression de longueur doit Ãªtre spÃ©cifiÃ©e pour un type pointeurinstruction Â«Â forÂ Â» attenduepour la dÃ©claration du patron %q+Ddans l'option -mcache-block-size=X, les valeurs valides pour X sont: 4, 8, 16, 32, 64, 128, 256, ou 512dans l'option -misr-vector-size=X, les valeurs valides pour X sont 4 ou 16l'expression de longueur doit Ãªtre spÃ©cifiÃ©e pour un type tableau dont la limite est inconnueinstruction Â«Â forÂ Â», Â«Â whileÂ Â» ou Â«Â doÂ Â» attendueformatl'argument de format %d est inutilisÃ© et se trouve avant l'argument %d qui est utilisÃ© avec un numÃ©ro d'argument $l'argument de format %d est utilisÃ© plus d'une fois dans le format %sl'argument de format aurait dÃ» Ãªtre une rÃ©fÃ©rence Ã  %qsl'argument de format aurait dÃ» Ãªtre une rÃ©fÃ©rence Ã  %qs mais c'est une chaÃ®ne qui a Ã©tÃ© trouvÃ©ele format est une chaÃ®ne de caractÃ¨res largesle format n'est pas une chaÃ®ne littÃ©rale et il n'y a pas d'arguments de formatle format n'est pas une chaÃ®ne littÃ©rale, les types des arguments ne sont pas vÃ©rifiÃ©sle format n'est pas une chaÃ®ne littÃ©rale, le format n'est pas vÃ©rifiÃ©l'argument de la chaÃ®ne de format suit les arguments devant Ãªtre formatÃ©sl'argument passÃ© comme chaÃ®ne de format n'est pas une chaÃ®ne de caractÃ¨resla chaÃ®ne de format a un numÃ©ro d'opÃ©rande invalidela chaÃ®ne de format est dÃ©finie iciformation d'un pointer vers le type de fonction qualifiÃ© %qTformation d'un pointeur vers le type de rÃ©fÃ©rence %qTformation d'une rÃ©fÃ©rence vers le type de fonction qualifiÃ© %qTformation d'une rÃ©fÃ©rence vers le type de rÃ©fÃ©rence %qTformation d'une rÃ©fÃ©rence vers voiddÃ©claration anticipÃ©e de %q#T%<%c%s%> trouvÃ©%<-%E%> trouvÃ© Ã  la place de %<+%E%> dans le(s) protocole(s)%<:%> trouvÃ© dans le spÃ©cificateur de nom imbriquÃ©, %<::%> attenduun %qT a Ã©tÃ© trouvÃ© mais l'argument de format devrait Ãªtre une chaÃ®neune rÃ©fÃ©rence %qs a Ã©tÃ© trouvÃ©e mais l'argument de format devrait Ãªtre une chaÃ®nenom par dÃ©faut trouvÃ© avec une instruction de dÃ©finition non videdÃ©finition rÃ©elle trouvÃ©e pour un non registredÃ©finition virtuelle trouvÃ©e pour un registre GIMPLEun SSA_NAME a Ã©tÃ© rencontrÃ© qui avait Ã©tÃ© relÃ¢chÃ© dans le pool des Ã©lÃ©ments libresÂ«Â caseÂ Â» par dÃ©faut rencontrÃ© mais pas au dÃ©but du vecteur des Â«Â caseÂ Â»la couche logicielle pour complÃ©ter l'arithmÃ©tique requiert -mtrap-precision=ifr30_print_operand: code %%F invalidefr30_print_operand: code %%x invalidefr30_print_operand: opÃ©rande invalide pour le code %%Afr30_print_operand: MEM non traitÃ©fr30_print_operand: code inconnufr30_print_operand: code %%B non reconnufr30_print_operand: code %%b non reconnufr30_print_operand: code %%p non reconnufr30_print_operand_address: adresse non traitÃ©eun pointeur de trame est requis, mais il est rÃ©servÃ©la taille de la trame de %qs est de %wd octetsla taille de la trame de la fonction %qs est de %wd octets. Elle dÃ©passe la limite de %d octets de la pile fournie par l'utilisateur. Un dÃ©routement inconditionnel est ajoutÃ©.la taille de la trame de la fonction %qs est de %wd octets. C'est plus que la moitiÃ© de la taille de la pile. Le contrÃ´le dynamique ne serait pas fiable. Aucun contrÃ´le n'est gÃ©nÃ©rÃ© pour cette fonction.taille de trame trop grande pour une vÃ©rification fiable de la pilefree_expr0(): Mauvais type d'expressionfree_pi_tree(): Correction non rÃ©soluela dÃ©claration amie %q#D dÃ©clare une fonction non patrondÃ©claration amie %qD dans la classe locale sans dÃ©claration antÃ©rieurela dÃ©claration amie %qD n'est pas visible par la spÃ©cialisation explicitela dÃ©claration amie %qD ne peut pas avoir de spÃ©cificateur de type Â«Â virt-specifiersÂ Â»la dÃ©claration amie ne nomme pas une classe ou une fonctiondÃ©claration amie icila dÃ©claration amie n'est pas dans la dÃ©finition de la classeune dÃ©claration amie requiert le mot-clÃ© Â«Â classÂ Â», c-Ã -d %<friend %#T%>une dÃ©claration amie requiert le mot-clÃ© Â«Â classÂ Â», c-Ã -d. %<friend class %T::%D%>par rapport Ã  la dÃ©claration prÃ©cÃ©dente de %qFfrv_print_operand: code inconnuune fonction peut uniquement Ãªtre comparÃ©e Ã  nulla fonction %q#D est initialisÃ©e comme une variablela fonction %q+D est imposÃ©e par dÃ©faut au moment de sa dÃ©claration avec une spÃ©cification d'exception qui diffÃ¨re de la spÃ©cification d'exception implicite %qXla dÃ©finition de la fonction %q+D est marquÃ©e dllimportla fonction %q+D fait partie du cycle des aliasla fonction %q+F ne peut jamais Ãªtre copiÃ©e car elle reÃ§oit un Â«Â gotoÂ Â» non localla fonction %q+F ne peut jamais Ãªtre copiÃ©e car elle sauvegarde l'adresse d'une Ã©tiquette locale dans une variable statiquela fonction %q+F ne peut jamais Ãªtre mise en ligne parce qu'elle contient un Â«Â gotoÂ Â» calculÃ©la fonction %q+F ne peut jamais Ãªtre mise en ligne parce que cela est supprimÃ© par l'utilisation de -fno-inlinela fonction %q+F ne peut jamais Ãªtre mise en ligne parce qu'elle utilise __builtin_return ou __builtin_apply_argsla fonction %q+F ne peut jamais Ãªtre mise en ligne car elle utilise Â«Â allocaÂ Â» (ce qui sera outrepassÃ© en utilisant l'attribut Â«Â always_inlineÂ Â»)la fonction %q+F ne peut jamais Ãªtre mise en ligne parce qu'elle utilise des attributs en conflit avec la mise en lignela fonction %q+F ne peut jamais Ãªtre mise en ligne parce qu'elle utilise un Â«Â gotoÂ Â» qui n'est pas localla fonction %q+F ne peut jamais Ãªtre mise en ligne parce qu'elle utilise setjmpla fonction %q+F ne peut jamais Ãªtre mise en ligne parce qu'elle utilise setjmp-longjmp pour gÃ©rer les exceptionsla fonction %q+F ne peut jamais Ãªtre mise en ligne parce qu'elle utilise une liste variable d'argumentsfonction %qD dÃ©clarÃ©e %<virtual%> Ã  l'intÃ©rieur d'une unionla fonction %qD est initialisÃ©e comme une variablela fonction %qD pourrait peut-Ãªtre Ãªtre candidate pour l'attribut de format %qsfonction %qD redÃ©clarÃ©e comme une variablela fonction %qD est utilisÃ©e comme sortie %<asm%>la fonction %qs ne peut pas Ãªtre dÃ©clarÃ©e %<mutable%>attribut de fonction incohÃ©rentles attributs de fonction %qs et %qs n'ont pas d'effet sur la fonction %qsles attributs de fonction %qs, %qs et %qs sont mutuellement exclusifsle corps de la fonction peut Ãªtre Ã©crasÃ© durant l'Ã©dition de liensle corps de la fonction n'est pas disponiblel'appel de fonction a une valeur d'agrÃ©gatfonction appelÃ©e Ã  travers un type non compatiblela fonction ne peut pas Ãªtre modifiÃ©e pour ajouter du codela dÃ©claration de fonction n'est pas un prototypela fonction est dÃ©clarÃ©e avec %<noreturn%> mais elle utilise l'instruction %<return%>dÃ©finition de fonction dÃ©clarÃ©e %<auto%>dÃ©finition de fonction dÃ©clarÃ©e %<register%>dÃ©finition de fonction dÃ©clarÃ©e %<typedef%>dÃ©finition de fonction dÃ©clarÃ©e %qsla dÃ©finition de fonction ne dÃ©clare aucun paramÃ¨trela dÃ©finition de la fonction a un type de retour Â«Â voidÂ Â» qualifiÃ©la fonction ne retourne pas un type Â«Â stringÂ Â»la fonction peut retourner l'adresse d'une variable localela fonction pourrait Ãªtre une candidate pour l'attribut %qsla fonction pourrait Ãªtre une candidate pour l'attribut %qs si elle est connue pour retourner normalementfonction pas retenue pour Ãªtre mise en lignela fonction n'est pas dÃ©clarÃ©e en ligne et la taille du code augmenteraitla fonction ne peut Ãªtre mise en lignela fonction nâ€™est pas une candidate Ã  la mise en lignetype tableau ou fonction %qT dans %<#pragma omp declare reduction%>fonction ou type tableau dans %<#pragma omp declare reduction%>paramÃ¨tre de fonctionDÃ©saccord dans le nombre de rÃ©sultats de la fonctionle type retournÃ© par une fonction ne peut Ãªtre une fonctionles types retournÃ©s par les fonctions ne sont pas compatibles en raison de %<volatile%>fonction retournant une fonctionfonction retournant un tableaula fonction retourne l'adresse d'une Ã©tiquettela fonction retourne l'adresse d'une variable localela fonction retourne un agrÃ©gatle symbole de la fonction n'est pas une fonctionle patron de fonction %qD est redÃ©clarÃ© comme un patron de classetemplate-id de la fonction %qD dans le spÃ©cificateur de nom imbriquÃ©types fonctions pas vraiment compatibles en C ISOfonction appelÃ©e avec un type de retour void qualifiÃ©%qE au niveau de la fonction est implicitement Â«Â autoÂ Â» et dÃ©clarÃ© %qs%qs dans le champ de la fonction est implicitement dÃ©clarÃ© auto et dÃ©clarÃ© %<__thread%>support de function_profilerfunction_profiler supportÃ© pour MMIXtranstypage fonctionnel vers le type tableau %qTrebut Ã  la fin de Â«Â #pragma nomember_alignmentÂ Â»pilote gcc version %s %sexÃ©cutant gcc version %s
  gcc version %s %s
  gcov %s%s
! le code du fragment gÃ©nÃ©rique Ã©choue pour la mÃ©thode %qD qui utilise %<...%>get_mpz(): N'est pas une constante entiÃ¨reobtention de la limite maximale de la taille du fichier de vidange (core file): %mgfc_add_interface(): Mauvais type d'interfacegfc_arith_divide(): Mauvais type de basegfc_arith_error(): Mauvais code d'erreurgfc_arith_minus(): Mauvais type de basegfc_arith_plus(): Mauvais type de basegfc_arith_times(): Mauvais type de basegfc_arith_uminus(): Mauvais type de basegfc_array_dimen_size(): Mauvaise expression EXPR_ARRAYgfc_array_dimen_size(): Mauvaise dimensiongfc_ascii_statement(): Mauvais code d'instructiongfc_basic_typename(): Type non dÃ©finigfc_caf_attr(): Mauvaise rÃ©fÃ©rence Ã  un tableaugfc_caf_attr(): L'expression n'est pas une variablegfc_check_dependency: on attendait une EXPR_VARIABLEgfc_check_digit(): mauvais radicalgfc_code2string(): Mauvais codegfc_compare_array_spec(): SpÃ©cification de tableau Ã©crasÃ©egfc_compare_derived_types: type dÃ©rivÃ© invalidegfc_compare_expr(): Mauvais type de basegfc_conv_constant_to_tree(): type invalide: %sgfc_convert_constant(): Type inattendugfc_copy_expr(): Mauvais nÅ“ud d'expressiongfc_find_array_ref(): Pas de rÃ©fÃ©rence trouvÃ©egfc_free_statement(): Mauvaise instructiongfc_get_constant_expr(): le lieu %<where%> ne peut pas Ãªtre NULLgfc_get_default_type(): Mauvais symbole %qsgfc_global_used(): Mauvais typegfc_is_constant_expr(): Type d'expression inconnugfc_match(): Mauvais code de correspondance %cgfc_match_sym_complex_part(): Mauvais typegfc_op2string(): Mauvais codegfc_range_check() a retournÃ© une mauvaise valeurgfc_range_check(): Mauvais typegfc_ref_dimen_size(): Mauvais dimen_typegfc_ref_dimen_size(): Mauvaise dimensiongfc_resolve_blocks(): Mauvais type de blocgfc_resolve_code(): Mauvais code d'instructiongfc_resolve_code(): Pas d'expression dans le DO WHILEgfc_resolve_expr(): Mauvais type d'expressiongfc_set_default_type(): le symbole a dÃ©jÃ  un typegfc_simplify_abs(): Mauvais typegfc_simplify_dcmplx(): Mauvais type (x)gfc_simplify_dcmplx(): Mauvais type (y)gfc_simplify_dim(): Mauvais typegfc_simplify_floor(): Mauvais sous-typegfc_simplify_log: mauvais typegfc_simplify_mod(): Mauvais argumentsgfc_simplify_modulo(): Mauvais argumentsgfc_trans_code(): Mauvais code d'instructiongfc_trans_omp_workshare(): Mauvais code d'instructiongfc_trans_select(): Mauvais type pour l'expression casegfc_typename(): Type non dÃ©finigfc_validate_kind(): Mauvais sous-type obtenugfc_validate_kind(): Mauvais type obtenugfc_variable_attr(): Mauvaise rÃ©fÃ©rence Ã  un tableaugfc_variable_attr(): L'expression n'est pas une variablegfortran ne supporte pas -E sans -cppgfortran: Uniquement une option %<-J%> autorisÃ©el'appel gimple n'a pas de ciblel'appel gimple a deux ciblesvÃ©rification gimple: attendait %s(%s), a trouvÃ© %s(%s) dans %s, Ã  %s:%dgimple_bb (phi) est dÃ©fini avec un mauvais bloc de basegimple_bb (stmt) est dÃ©fini avec un mauvais bloc de basela gimplification a Ã©chouÃ©les constructeurs globaux ne sont pas supportÃ©s sur cette cibledÃ©claration globale de %q#Dles destructeurs globaux ne sont pas supportÃ©s sur cette ciblela qualification globale du nom de la classe est invalidevariable globale de registre %qD utilisÃ©e dans une fonction imbriquÃ©eune variable-registre globale suit une dÃ©finition de fonctionla variable-registre globale a une valeur initialel'affectation Ã  la variable globale/statique a Ã©tÃ© interceptÃ©ea obtenu %d paramÃ¨tres de patron pour %q#Da obtenu %d paramÃ¨tres de patron pour %q#Tla destination du Â«Â gotoÂ Â» n'est ni une Ã©tiquette ni un pointeurgp est constant (mais sauvegarder/rÃ©tablir gp lors d'appels indirects).gp_offset (%ld) ou end_offset (%ld) est plus petit que zÃ©role PCH a dÃ» Ãªtre relocalisÃ©code MIPS16 avec des flottants matÃ©riels pour des ABI autres que o32 et o64les instructions dÃ©cimales en virgule flottante matÃ©rielles ne sont pas disponibles en mode ESA/390les instructions dÃ©cimales en virgule flottante matÃ©rielles ne sont pas disponibles sur %sle support des vecteurs matÃ©riels n'est pas disponible sur %sle support des vecteurs matÃ©riels n'est pas disponible avec -msoft-floata des paramÃ¨tres diffÃ©rents dans une autre unitÃ© de traductiona une valeur de retour diffÃ©rente dans une autre unitÃ© de traductionl'insn de tÃªte %d du bloc %d n'a pas Ã©tÃ© trouvÃ©e dans le flot des insnicilimite supÃ©rieure %qE au delÃ  de la taille de la section du tableau dans la clause %qsle hwcap %s est un argument invalide pour la fonction interne %siWMMXt et NEON sont incompatiblesiWMMXt non supportÃ© en mode Thumbia64_print_operandÂ : code inconnuidentical_array_ref(): dimensions incohÃ©rentesl'identificateur %qE est en conflit avec un mot-clÃ© du C++l'identificateur %qE est un mot clÃ© en C++11identificateur attendu aprÃ¨s %<@protocol%>si une clause %<if%> a un modificateur, alors toutes les clauses %<if%> doivent utiliser un modificateurune instruction Â«Â ifÂ Â» ne peut pas contenir %<Cilk_spawn%>si ce code est atteint, le programme s'arrÃªteraÂ«Â ifuncÂ Â» n'est pas supportÃ© par cette configurationÂ«Â ifuncÂ Â» n'est pas supportÃ© sur cette cible#pragma %s %s ignorÃ©%<#pragma align%> ignorÃ© pour %q+D explicitement alignÃ©%<#pragma omp declare simd%> est ignorÃ© sur une fonction avec un argument non %<uniform%> avec le qualificatif %<_Atomic%>%<#pragma omp declare simd%> est ignorÃ© sur une fonction avec un type de retour avec le qualificatif %<_Atomic%>l'attribut %qD est ignorÃ© sur l'espace de noms anonymel'attribut %qD est ignorÃ© sur l'espace de noms pas en lignel'attribut %qE est ignorÃ© car il est appliquÃ© Ã  l'instanciation du patron %qTl'attribut %qE est ignorÃ© car il est appliquÃ© Ã  la spÃ©cialisation du patron %qT-fschedule-insns est ignorÃ© Ã  cause d'un bogue dans la gestion des exceptionsspÃ©cificateur asm ignorÃ© pour la variable locale non statique %q+Dles attributs appliquÃ©s Ã  %qT aprÃ¨s sa dÃ©finition sont ignorÃ©sles attributs sont ignorÃ©s si ils sont appliquÃ©s Ã  la classe de type %qT en dehors de la dÃ©finitionattributs ignorÃ©s car ils sont appliquÃ©s au type dÃ©pendent %qT sans dÃ©claration associÃ©eles attributs dans l'argument %qE du patron sont ignorÃ©sles attributs sur l'argument %qT du patron sont ignorÃ©sle rÃ©pertoire Â«Â %sÂ Â» est ignorÃ© car prÃ©sent deux fois
  le grand pas linÃ©aire est ignorÃ©ignore l'annotation de bouclele #pragma longcall mal composÃ© est ignorÃ©le rÃ©pertoire Â«Â %sÂ Â» est ignorÃ© car inexistant
  attribut Â«Â packedÂ Â» ignorÃ© Ã  cause du champ non POD non empaquetÃ© %q#Dignore l'option %<-fopt-info-%s%> qui entre peut-Ãªtre en conflitla valeur de retour de %qD est ignorÃ©e alors qu'elle est dÃ©clarÃ©e avec l'attribut nodiscardla valeur retournÃ©e par %qD est ignorÃ©e alors qu'elle est dÃ©clarÃ©e avec l'attribut warn_unused_resultla valeur retournÃ©e est ignorÃ©e pour une fonction dÃ©clarÃ©e avec l'attribut warn_unused_resultla valeur de retour de type %qT est ignorÃ©e alors qu'elle est dÃ©clarÃ©e avec l'attribut nodiscardla clause Â«Â sinkÂ Â» est ignorÃ©e car elle a un offset qui n'est pas un multiple du pas de la boucleoption inconnue %q.*s ignorÃ©e dans %<-fdump-%s%>la valeur non reconnue %<%s%> de l'option %<-mcustom-fpu-cfg%> est ignorÃ©ele pas linÃ©aire nul est ignorÃ©OP illÃ©gal dans optimize_comparisontype d'agrÃ©gat %qE illÃ©gal spÃ©cifiÃ© pour la variable d'instance %qsopÃ©rande illÃ©gal adresse d'opÃ©rande illÃ©gale (1)adresse d'opÃ©rande illÃ©gale (2)adresse d'opÃ©rande illÃ©gale (3)adresse d'opÃ©rande illÃ©gale (4)opÃ©rande illÃ©gal dÃ©tectÃ©type de rÃ©fÃ©rence illÃ©gal spÃ©cifiÃ© pour la variable d'instance %qsconversion implicite de %qT vers %qT pour correspondre Ã  d'autres opÃ©randes de l'expression binaireconversion implicite depuis %qT vers %qT pour correspondre Ã  d'autres rÃ©sultats de la conditionconversion implicite de %qT en %qT lors du passage de l'argument Ã  la fonctiondÃ©claration implicite de la fonction %qEdÃ©claration implicite de la fonction %qE; vouliez-vous utiliser %qsÂ ?le dÃ©rÃ©fÃ©rencement implicite n'accÃ¨dera pas Ã  l'objet du type %qT dans l'expression d'incrÃ©mentation de Â«Â forÂ Â»le dÃ©rÃ©fÃ©rencement implicite n'accÃ¨dera pas Ã  l'objet du type %qT dans l'opÃ©rande de gauche de l'opÃ©rateur virgulele dÃ©rÃ©fÃ©rencement implicite n'accÃ¨dera pas Ã  l'objet du type %qT dans l'opÃ©rande de droite de l'opÃ©rateur virgulele dÃ©rÃ©fÃ©rencement implicite n'accÃ¨dera pas Ã  l'objet du type %qT dans le deuxiÃ¨me opÃ©rande de l'expression conditionnellele dÃ©rÃ©fÃ©rencement implicite n'accÃ¨dera pas Ã  l'objet du type %qT dans l'instructionle dÃ©rÃ©fÃ©rencement implicite n'accÃ¨dera pas Ã  l'objet du type %qT dans le troisiÃ¨me opÃ©rande de l'expression conditionnellecorrespondance implicite du tableau de taille tacite %qDles patrons implicites ne peuvent pas Ãªtre %<virtual%>dÃ©saccord dans le type du pointeur implicite Â«Â thisÂ Â»le fanion implicit_section est dÃ©fini mais la section ne l'est pasles registres implicitement dÃ©pilÃ©s doivent Ãªtre groupÃ©s en haut de la pileEND DO impliciteimport_iso_c_binding_module(): Impossible de crÃ©er le symbole pour %scontrainte impossible dans %<asm%>contrainte de registre impossible dans %<asm%>assertion de type impossible: le type n'implÃ©mente pas l'interfacedans %s, Ã  %s:%den C++03, le mot-clÃ© class (ou struct) doit Ãªtre utilisÃ© lors de la dÃ©claration d'un amien C++11 et au delÃ , un constructeur par dÃ©faut peut Ãªtre expliciteen C++11, les destructeurs sont noexcept par dÃ©fauten C++11, ce throw sera terminal car les destructeurs sont noexcept par dÃ©fauten C++98, %<template%> (afin de lever une ambigÃ¼itÃ©) est seulement permis Ã  l'intÃ©rieur des patronsen C++98, %q+D ne peut pas Ãªtre statique parce qu'il est un membre d'une unionen C++98, %qD doit Ãªtre initialisÃ© par un constructeur et non par %<{...}%>dans un appel Ã  la fonction d'allocation %qD dÃ©clarÃ©e icidans un appel Ã  la fonction d'allocation interne %qDdans un appel Ã  la fonction interne %qDdans un appel Ã  la fonction %qD dÃ©clarÃ©e icidans l'argument d'un unaireÂ !dans le bloc de base %d :dans l'appel Ã  %qD, dÃ©clarÃ© icidans la dÃ©claration de %q+Ddans la dÃ©finition de la macro %qsdans l'expansion de la macro %qsdans gfc_simplify_acos(): Mauvais typedans gfc_simplify_acosh(): Mauvais typedans gfc_simplify_asin(): Mauvais typedans gfc_simplify_asinh(): Mauvais typedans gfc_simplify_atan(): Mauvais typedans gfc_simplify_atan2d(): Mauvais typedans gfc_simplify_atanh(): Mauvais typedans gfc_simplify_atrigd(): Mauvais typedans gfc_simplify_cos(): Mauvais typedans gfc_simplify_exp(): Mauvais typedans gfc_simplify_sin(): Mauvais typedans gfc_simplify_trigd(): Mauvais typedans l'initialisation de la variable de dÃ©composition %qDdans le passage de l'argument %P de %qDdans simplify_trig_call(): Mauvais intrinsÃ¨quedans l'instructiondans l'argument de patron pour le type %qT dans la dÃ©finition de %q#Tinitialisation intra-classe du membre de donnÃ©e statique %q#D d'un type incompletinitialisation intra-classe du membre de donnÃ©e statique %q#D du type non littÃ©ralfichier de greffon %s inaccessible dÃ©veloppÃ© depuis le nom court du greffon %s: %maccumulateur inappropriÃ© pour %qsincluez %qs ou fournissez une dÃ©claration de %qDle nombre d'arÃªtes entrantes ne correspond pas au nombre d'arguments PHIles qualificatifs d'espace d'adresses %qs et %qs sont incompatiblesclause de donnÃ©es avec rÃ©duction sur %qE incompatible; promu en present_or_copyopÃ©rande en virgule flottante ou registre vecteur incompatible pour Â«Â %%%cÂ Â»dÃ©claration implicite incompatible pour la fonction interne %qDdÃ©claration implicite incompatible de la fonction %qDtype incompatible pour l'argument %d de %qEtype incompatible pour l'index du tableau associatiftype incompatible pour la mÃ©thode %s%s%stype incompatible pour la mÃ©thode %s%s%s (%s)type incompatible pour le rÃ©cepteurtypes incompatibles dans l'argument PHI %utypes incompatibles dans l'affectation de %qT vers %qTtypes incompatibles dans l'expression binairetype incompatible dans l'envoitypes incompatibles dans l'affectation au type %qT depuis le type %qTtypes incompatibles dans l'initialisation du type %qT en utilisant le type %qTtypes incompatibles en retournant le type %qT alors que %qT Ã©tait attendutypes vectoriels incompatibles dans l'expression conditionnelle: %qT, %qT et %qTimplÃ©mentation incomplÃ¨te de la catÃ©gorie %qEimplÃ©mentation incomplÃ¨te de la classe %qEle type incomplet %qT n'a pas de membre %qDtype %qT incomplet utilisÃ© dans un spÃ©cificateur de noms imbriquÃ©types diffÃ©rents pour Â«Â beginÂ Â» et Â«Â endÂ Â» de l'instruction %<for%> parcourant une plage: %qT et %qTdÃ©duction incohÃ©rente pour %qT: %qT et puis %qTdÃ©duction incohÃ©rente pour le type de retour auto: %qT et puis %qTspÃ©cification de variable d'instance incohÃ©rentecontraintes d'opÃ©rande inconsistantes dans un %<asm%>les types incohÃ©rents %qT et %qT sont dÃ©duits du type retournÃ© par la lambdales suffixes littÃ©raux dÃ©finis par l'utilisateur %qD et %qD sont inconsistants dans la chaÃ®ne littÃ©ralemode de comparaison incorrectentrÃ©e incorrecte dans label_to_block_mapformat incorrect dans la mise Ã  l'Ã©chelle, utilise 1/1
  opÃ©rande d'indice incorrectinsn incorrecteÂ :nombre d'arguments incorrect pour la fonction %qEnombre incorrect pour les Ã©lÃ©ments d'un vecteur CONSTRUCTORopÃ©rande d'arrondi incorrectconfiguration incorrecte pour le numÃ©ro de la zone d'atterrissage des exceptions (landing pad)partage incorrect des nÅ“uds de l'arbretype incorrect pour les Ã©lÃ©ments d'un vecteur CONSTRUCTORparallÃ©lisme de boucle OpenACC incorrectement imbriquÃ©l'expression d'incrÃ©mentation fait rÃ©fÃ©rence Ã  la variable d'itÃ©ration %qDincrÃ©mentation d'une expression boolÃ©enneincrÃ©mentation du champ constant %qDincrÃ©menter une valeur Ã©numÃ©rÃ©e est invalide en C++incrÃ©mentation de la fonction %qDincrÃ©mentation du membre %qD d'un objet en lecture seuleincrÃ©ment d'un pointeur vers un type incomplet %qTincrÃ©mentation de l'emplacement %qE en lecture seuleincrÃ©mentation du membre %qD en lecture seuleincrÃ©mentation de la valeur de retour nommÃ©e %qD en lecture seuleincrÃ©mentation du paramÃ¨tre %qD en lecture seuleincrÃ©mentation de la rÃ©fÃ©rence en lecture seule %qDincrÃ©mentation de la variable %qD en lecture seulela valeur incrÃ©mentÃ©e de l'Ã©numÃ©ration est trop grande pour %<long%>la valeur incrÃ©mentÃ©e de l'Ã©numÃ©ration est trop grande pour %<unsigned long%>l'index %E dÃ©signe un offset plus grand que la taille de %qTl'index dans la dimension %d est hors de limites Ã  %Ll'index doit Ãªtre un entiervaleur d'index au lieu d'un nom de champ dans l'initialisation de l'unionla valeur de l'index est hors limitesla frÃ©quence d'appel indirecte %i ne correspond pas Ã  la frÃ©quence du BB %ila fonction indirecte %q+D ne peut pas Ãªtre dÃ©clarÃ©e faiblela fonction indirecte %q+D ne peut pas Ãªtre dÃ©clarÃ©e Â«Â weakrefÂ Â»appel de fonction indirect vers un appelÃ© encore Ã  dÃ©terminerles sauts indirects ne sont pas disponibles sur cette ciblel'indirection n'accÃ¨dera pas Ã  l'objet du type incomplet %qT dans l'expression d'incrÃ©mentation de Â«Â forÂ Â»l'indirection n'accÃ¨dera pas Ã  l'objet du type incomplet %qT dans l'opÃ©rande de gauche de l'opÃ©rateur virgulel'indirection n'accÃ¨dera pas Ã  l'objet du type incomplet %qT dans l'opÃ©rande de droite de l'opÃ©rateur virgulel'indirection n'accÃ¨dera pas Ã  l'objet du type incomplet %qT dans le deuxiÃ¨me opÃ©rande de l'expression conditionnellel'indirection n'accÃ¨dera pas Ã  l'objet du type incomplet %qT dans l'instructionl'indirection n'accÃ¨dera pas Ã  l'objet du type incomplet %qT dans le troisiÃ¨me opÃ©rande de l'expression conditionnellel'indirection n'accÃ¨dera pas Ã  l'objet du type non trivialement copiable %qT dans l'expression d'incrÃ©mentation de Â«Â forÂ Â»l'indirection n'accÃ¨dera pas Ã  l'objet du type non trivialement copiable %qT dans l'opÃ©rande de gauche de l'opÃ©rateur virgulel'indirection n'accÃ¨dera pas Ã  l'objet du type non trivialement copiable %qT dans l'opÃ©rande de droite de l'opÃ©rateur virgulel'indirection n'accÃ¨dera pas Ã  l'objet du type non trivialement copiable %qT dans le deuxiÃ¨me opÃ©rande de l'expression conditionnellel'indirection n'accÃ¨dera pas Ã  l'objet du type non trivialement copiable %qT dans l'instructionl'indirection n'accÃ¨dera pas Ã  l'objet du type non trivialement copiable %qT dans le troisiÃ¨me opÃ©rande de l'expression conditionnellele type scalaire infÃ©rÃ© %qT n'est pas un type entier ou en virgule flottante de la mÃªme taille que %qTle constructeur hÃ©ritÃ© %qD n'est pas constexprles constructeurs hÃ©ritÃ©s sont uniquement disponibles avec -std=c++11 ou -std=gnu++11fonction init trouvÃ©e dans l'objet %sl'instruction init dans des instructions de sÃ©lection est uniquement disponible avec -std=c++1z ou -std=gnu++1zinit_arglist(): trop d'argumentsl'initialisation abandonne le qualificatif %qv du type pointÃ©initialisation depuis un type Objective-C distinctinitialisation depuis un type pointeur incompatibleinitialisation depuis un pointeur vers un espace d'adresses non fermÃ©le membre de gauche de l'initialisation pourrait Ãªtre un candidat pour un attribut de formatl'initialisation ajoute le qualificatif %q#v au pointeur de fonction qui n'avait pas de qualificatifl'initialisation transforme un pointeur en entier sans transtypagel'initialisation transforme un entier en pointeur sans transtypageinitialisation d'un membre de tableau flexibleinitialisation de la variable de bloc commun %qs dans l'instruction DATA Ã  %Cinitialisation d'un membre de tableau flexible dans un contexte imbriquÃ©l'initialisation de l'expression Â«Â newÂ Â» pour le type %<auto%> exige exactement un Ã©lÃ©mentinitialisation d'un type rÃ©fÃ©rencÃ© non const %q#T depuis une r-valeur du type %qTinitialisation d'un type rÃ©fÃ©rencÃ© volatile %q#T depuis une r-valeur du type %qTinitialisations pour des membres multiples de %qTle champ initialisÃ© est Ã©crasÃ©le champ initialisÃ© a des effets de bord Ã©crasÃ©sla variable initialisÃ© %q+D est marquÃ©e dllimportun Ã©lÃ©ment de l'initialisation n'est pas une expression constanteun Ã©lÃ©ment de l'initialisation n'est pas Ã©valuable lors du chargementun Ã©lÃ©ment de l'initialisation n'est pas une constantefin prÃ©maturÃ©e de l'initialisationl'expression de l'initialiseur fait rÃ©fÃ©rence Ã  la variable d'itÃ©ration %qDl'initialiseur n'a pu dÃ©terminer la taille de %q+Dl'initialisation n'a pu dÃ©terminer la taille de %qDl'initialisation n'a pu dÃ©terminer la taille de %qTl'initialisation pour %<decltype(auto) %D%> a un type fonction (avez-vous oubliÃ© les %<()%>Â ?)l'initialisation pour %q#D est invalidel'initialisation de %qT doit Ãªtre entre accoladesinitialisation pour le membre tableau flexible %q#Dl'initialiseur pour une valeur en virgule flottante n'est pas une constante en virgule flottantel'initialiseur pour les valeurs entiÃ¨res/virgules fixes est trop compliquÃ©initialisation dans une boucle %<for%> parcourant une plageinitialisation invalide pour un membre statique avec constructeurinitialisation fournie pour une fonctioninitialisation spÃ©cifiÃ©e pour la fonction amie %qDinitialisation spÃ©cifiÃ©e pour une mÃ©thode non virtuelle %q+Dinitialisation spÃ©cifiÃ©e pour la fonction membre statique %qDla chaÃ®ne d'initialisation est trop longue pour le tableau de caractÃ¨resnom de classe injectÃ© %qD utilisÃ© comme argument de patron qui est lui-mÃªme un patronclone en ligne dans la mÃªme liste du groupe comdatle clone en ligne est forcÃ© Ã  sortirclone en ligne avec l'adresse prisemettre le code en ligne pour invalider les entrÃ©es de la cache des instructions aprÃ¨s avoir enchaÃ®nÃ© des fonctions trampolines.la dÃ©claration en ligne de %qD suit la dÃ©claration avec l'attribut Â«Â noinlineÂ Â»fonction Â«Â inlineÂ Â» %q+D dÃ©clarÃ©e en tant que dllimport: attribut ignorÃ©la fonction en ligne %q+D est dÃ©clarÃ©e mais jamais dÃ©finiela fonction Â«Â inlineÂ Â» %q+D est dÃ©clarÃ©e faiblela fonction en ligne %q+D a reÃ§u l'attribut Â«Â noinlineÂ Â»la fonction Ã  mettre en ligne %qD a reÃ§u l'attribut Â«Â noinlineÂ Â»la fonction en ligne %qD est utilisÃ©e mais n'a jamais Ã©tÃ© dÃ©finieles espaces de noms en ligne sont uniquement disponibles avec -std=c++11 ou -std=gnu++11les variables Â«Â inlineÂ Â» sont uniquement disponibles avec -std=c++1z ou -std=gnu++1zle pointeur inlined_to est dÃ©fini mais aucun prÃ©dÃ©cesseur trouvÃ©le pointeur inlined_to est fauxle pointeur inlined_to fait rÃ©fÃ©rence Ã  lui mÃªmepointeur inlined_to dÃ©fini pour des appelants pas en lignela mise en ligne a Ã©chouÃ© dans l'appel Ã  %q+F: %sla mise en ligne a Ã©chouÃ© dans l'appel Ã  always_inline %q+F: %sla boucle intÃ©rieure utilise le mÃªme parallÃ©lisme OpenACC que la boucle qui la contientle fichier d'entrÃ©e %qs est le mÃªme que le fichier de sortiela contrainte de l'opÃ©rande d'entrÃ©e contient %qcinsert_bbt(): ClÃ© dupliquÃ©e trouvÃ©eÂ !insertion hors limites dans BIT_INSERT_EXPRle pointeur du bloc de base de l'insn %d est %d, il devrait Ãªtre %dl'insn %d dans la fin du bb %d a un bloc de base non NULLl'insn %d dans l'en-tÃªte du bb %d a un bloc de base non NULLl'insn %d est dans plusieurs blocs de base (%d et %d)l'insn %d en dehors des blocs de base a un champ bb non NULLles adresses des insn ne sont pas libÃ©rÃ©esinsn contient une adresse invalide !insn ne satisfait pas Ã  ses contraintes:insn Ã  l'extÃ©rieur de tout bloc de basel'insn avec le UID %i n'a pas Ã©tÃ© trouvÃ©e pour l'opÃ©rande %i (Â«Â %sÂ Â») de l'insn %il'insn avec le UID %i n'a pas Ã©tÃ© trouvÃ©e pour l'opÃ©rande %i de l'insn %iinstallÃ©s: %s%s
  erreur d'installation, impossible de trouver crtoffloadtable.ola variable d'instance %qE est accÃ©dÃ©e dans la mÃ©thode de la classela variable d'instance %qE est %s; ceci dÃ©clenchera une erreur incontournable dans le futurla variable d'instance %qE est dÃ©clarÃ©e %sla variable d'instance %qE est dÃ©clarÃ©e privÃ©ela variable d'instance %qs a une taille inconnuela variable d'instance %qs est dÃ©clarÃ©e privÃ©ela variable d'instance %qs utilise un membre de tableau flexiblel'affectation Ã  la variable d'instance a Ã©tÃ© interceptÃ©einstruction jamais exÃ©cutÃ©el'ordonnancement d'instructions n'est pas supportÃ© sur cette machine ciblepas assez d'arguments pour la fonction surchargÃ©e %sinformation contextuelle insuffisante pour dÃ©terminer le typepartitionnement insuffisant pour parallÃ©liser la boucle des Ã©lÃ©mentspartitionnement disponible insuffisant pour parallÃ©liser la bouclepartitionnement disponible insuffisant pour parallÃ©liser la boucle dÃ©coupÃ©e en blocstableau d'entiers initialisÃ© Ã  l'aide d'une chaÃ®ne large incompatibletableau d'entiers initialisÃ© Ã  l'aide d'une chaÃ®ne non-largela constante entiÃ¨re est trop grande pour le type %<unsigned long%>division entiÃ¨re par zÃ©role littÃ©ral entier dÃ©passe la plage du type %qTdÃ©bordement d'entier dans la taille du tableaudÃ©bordement d'entier dans l'expressionle suffixe entier %qs est masquÃ© par l'implÃ©mentationl'expression intÃ©grale %qE n'est pas une constantela prÃ©cision du type rÃ©sultant intÃ©gral ne correspond pas Ã  la taille du champ de BIT_FIELD_REFles optimisations inter-modules ne sont pas implÃ©mentÃ©es pour le C++l'interface %qE n'a pas un agencement des chaÃ®nes constantes valableerreur interne du compilateurerreur interne du compilateur. Mauvaise adresse:erreur interne du compilateur. DÃ©calage incorrect:erreur interne du compilateur. Mode inconnu:erreur interne du compilateur: dÃ©faut d'inconsistance interneerreur interne: registre erronÃ©: %derreur interne: fonction interne %s dÃ©jÃ  traitÃ©eerreur interne: la fonction interne %s a un type de retour %s inattenduerreur interne: pour la fonction interne %s, l'argument %d a le type %s inattenduerreur interne: cris_side_effect_mode_ok avec des opÃ©randes erronÃ©eserreur interne: une insn avec un effet de bord change l'effet principalLa procÃ©dure interne %qs Ã  %L est en conflit avec l'argument DUMMYunitÃ© interne dans WRITEles routines du service d'interruption ne peuvent pas Ãªtre codÃ©es en mode Thumbles gestionnaires d'interruptions ne peuvent pas Ãªtre des fonctions MIPS16les gestionnaires d'interruptions ne peuvent pas avoir d'argumentla routine de service d'interruption ne peut avoir qu'un argument de type pointeur et un argument entier optionnelune routine de service d'interruption ne peut pas Ãªtre appelÃ©e directementla routine de service d'interruption ne peut pas avoir une valeur de retour non voidla routine de service d'interruption devrait avoir un pointeur comme premier argumentla routine de service d'interruption devrait avoir un Â«Â unsigned %sintÂ Â» comme deuxiÃ¨me argumentle vecteur d'interruption de l'attribut %qE n'est pas vector=(sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5)interrupt_thread est disponible uniquement sur fidol'index du registre intrinsÃ¨que est hors limitevariable intrinsÃ¨que qui n'est pas une procÃ©dure#pragma %s invalideopÃ©rande %%%c invalide%%-code invalideopÃ©rande %%A invalideopÃ©rande %%B invalideopÃ©rande %%C invalidevaleur %%C invalideopÃ©rande %%D invalidevaleur %%D invalidevaleur %%E invalidevaleur %%F invalidemode %%G invalidevaleur %%G invalideopÃ©rande %%H invalidespÃ©cificateur %%H invalideopÃ©rande %%I invalidevaleur %%J invalidevaleur %%J invalidevaleur %%K invalideopÃ©rande %%L invalidevaleur %%L invalideopÃ©rande %%M invalidevaleur %%M invalideopÃ©rande %%N invalidevaleur %%N invalidevaleur %%O invalideopÃ©rande %%P invalidevaleur %%P invalidevaleur %%R invalidevaleur %%T invalidevaleur %%U invalideopÃ©rande %%Y invalideopÃ©rande %%c invalideopÃ©rande %%d invalidevaleur %%d invalidevaleur %%e invalideopÃ©rande %%f invalidevaleur %%f invalideopÃ©rande %%h invalidevaleur %%h invalideopÃ©rande %%i invalidevaleur %%j invalideopÃ©rande %%j invalidevaleur %%j invalidevaleur %%k invalidevaleur %%m invalidevaleur %%p invalidevaleur %%q invalideopÃ©rande %%r invalidevaleur %%r invalideopÃ©rande %%s invalidevaleur %%s invalideopÃ©rande %%t invalideopÃ©rande %%t invalide 'valeur %%t/%%b invalidevaleur %%u invalidevaleur %%v invalidevaleur %%x invalidevaleur %%xn invalidevaleur %%y invalide, essayez d'utiliser la contrainte Â«Â ZÂ Â»Â«Â asmÂ Â» invalideÂ : opÃ©randes (pointeurs) invalides pour plus/moinsnom de --param %qs invalidenom de --param %qs invalide; vouliez vous utiliser %qsÂ ?valeur de --param %qs invalideCASE_CHAIN invalideargument IACC invalidemembre de gauche invalide dans un appel gimplenom de sÃ©lecteur Objective-C++ invalideclause OpenACC invalide au niveau global du fichierargument PHI invaliderÃ©sultat PHI invalideUNSPEC invalide comme opÃ©randeUNSPEC invalide comme opÃ©randeÂ : %d_Literal invalideparamÃ¨tre abstrait invalide pour le type %qTle type abstrait %qT retournÃ© est invalidele type abstrait retournÃ© est invalide pour la fonction %q+#Dle type abstrait retournÃ© est invalide pour la fonction membre %q+#Dtype abstrait %qT invalide pour %qEtype abstrait invalide pour %q+DaccÃ¨s invalide au membre de donnÃ©e non statique %qD dans la base virtuelle d'un objet NULLadresse invalideadresse invalide pour le modificateur de sortie Â«Â OÂ Â»adresse invalide pour le modificateur de sortie Â«Â RÂ Â»adresse invalide pour le modificateur de sortie Â«Â SÂ Â»opÃ©rande d'adresse invalide dans MEM_REFopÃ©rande d'adresse invalide dans TARGET_MEM_REFmode d'adressage invalidealignement invalide pour %<#pragma align%>, ignorÃ©valeur d'alignement invalide pour __builtin_arc_alignedapplication invalide de %<__alignof%> sur un champ de bitsapplication invalide de %<sizeof%> sur un champ de bitsutilisation invalide de %<sizeof%> sur un type fonctionapplication invalide de %qs Ã  une fonction membreutilisation invalide de %qs sur un type voidutilisation invalide de %qs sur le type tableau %qT dont le type des Ã©lÃ©ments est incompletutilisation invalide de %qs sur le type incomplet %qTargument %d invalide pour la fonction interne %qFargument %qs invalide Ã  -fdebug-prefix-mapargument invalide dans l'attribut %qEargument invalide pour l'attribut %qsargument invalide pour SQRT Ã  %Largument invalide pour %qDargument invalide pour la fonction interneargument invalide pour la fonction interne %sargument invalide dans un appel gimplearguments invalidesaffectation de tableau invalidespÃ©cification de classe de base invalidebranchement invalide vers/depuis le bloc structurÃ© %sÃ©tiquette invalide pour un Â«Â caseÂ Â» dans l'instruction Â«Â switchÂ Â»plage du Â«Â caseÂ Â» invalide dans l'instruction Â«Â switchÂ Â»transtypage invalide Ã  partir du type %qT vers le type %qTtranstypage invalide d'une expression r-valeur du type %qT vers le type %qTtranstypage invalide vers le type de classe abstraite %qTtranstypage invalide vers le type fonction %qTnom de classe invalide dans la dÃ©claration de %qDcombinaison invalide de spÃ©cificateurs de types multiplescode de comparaison invalide dans la condition gimplecomparaison invalide d'un tableau gÃ©nÃ©rÃ©comparaison invalide d'une structure gÃ©nÃ©rÃ©ecomparaison invalide de nul avec nulcomparaison invalide d'un tableau non comparablecomparaison invalide d'une structure non comparablecomparaison invalide d'un type non comparablecomparaison invalide d'un type non ordonnÃ©opÃ©rateur de comparaison invalide pour le modificateur de sortie Â«Â EÂ Â»opÃ©rande conditionnel invalideconst_cast invalide Ã  partir du type %qT vers le type %qTconst_cast invalide d'une r-valeur du type %qT vers le type %qTopÃ©rande const_double invalideconstante invalideconstante invalide - essayez un modificateur de sortieconstante invalide pour le modificateur de sortie Â«Â %cÂ Â»constante invalide dans %<#pragma %s%>constante invalide dans %<#pragma pack%> â€“ ignorÃ©vecteur constant invalide pour le modificateur de sortie Â«Â %cÂ Â»paramÃ¨tre de type contraint invalidecontrainte invalide pour l'opÃ©randeconstructeur invalide; vous vouliez probablement utiliser %<%T (const %T&)%>prÃ©dicat de contrÃ´le invalideconversion invalide depuis %<__fpreg%>conversion invalide de %qT vers %qTconversion invalide dans un appel gimpleconversion invalide dans une instruction de retourconversion invalide vers %<__fpreg%>conversion invalide vers le type %qT Ã  partir du type %qTtype de retour covariant invalide pour %q#Dtype de retour covariant invalide pour %q+#Dprocesseur Â«Â %sÂ Â» invalide pour %s"%s"%soption de modÃ¨le de donnÃ©es -mdata-model=%s invalidedÃ©claration invalide de %<%T::%E%>dÃ©claration invalide du patron membre dans la classe localedÃ©clarateur invalideargument par dÃ©faut invalide pour un paramÃ¨tre de patron qui est un patronÃ©tiquette invalide pour le Â«Â caseÂ Â» par dÃ©faut dans l'instruction Â«Â switchÂ Â»dÃ©finition invalide du type qualifiÃ© %qTtype de Â«Â dependÂ Â» invalidesous-type dÃ©pendant invalide dans omp %<ordered%> %<depend%>type de Â«Â dist_scheduleÂ Â» invalidetype d'Ã©lÃ©ment invalide pour l'attribut %qsprÃ©fixe d'encodage invalide dans l'opÃ©rateur littÃ©ralentrÃ©e invalide dans le bloc structurÃ© %ssortie invalide hors du bloc structurÃ© %ssortie invalide du bloc structurÃ© OpenMPspÃ©cialisation explicite invalideexpression invalide - essayez un modificateur de sortieexpression invalide comme opÃ©randeexpression invalide pour la l-valeur minexpression invalide pour le modificateur de sortie Â«Â %cÂ Â»type d'expression invalide pour %<#pragma omp atomic%>modÃ¨le mÃ©moire en cas d'Ã©chec invalide pour %<__atomic_compare_exchange%>modificateur de fonctionnalitÃ© %qs invalide pour la cible Â«Â archÂ Â» %smodificateur de fonctionnalitÃ© %qs invalide pour la cible Â«Â cpuÂ Â» %smodificateur de fonctionnalitÃ© invalide dans %<-march=%s%>modificateur de fonctionnalitÃ© invalide dans %<-mcpu=%s%>modificateur de fonctionnalitÃ© invalide dans la cible %s %qspremier opÃ©rande invalide pour MEM_REFforme invalide de %<#pragma omp atomic%>format invalide de %sfpu invalide pour attribute(target("%s"))dÃ©claration de fonction invalidefonction invalide dans l'appel gimpleÂ«Â grainsizeÂ Â» invalide pour _Cilk_forvaleur d'identifiant invalide pour l'attribut d'interruption/exceptionvaleur d'identifiant invalide pour l'attribut de rÃ©initialisationinitialisation intra-classe invalide du membre de donnÃ©e statique du type non entier %qTexpression d'incrÃ©mentation invalidevaleur initiale invalide pour le membre %qEinitialisation invalide pour une rÃ©fÃ©rence non constante du type %qT Ã  partir d'une r-valeur de type %qTinitialisation invalide pour une rÃ©fÃ©rence du type %qT Ã  partir d'une expression de type %qTinitialisation invalideclause d'initialisation invalideinitialisation invalide pour %q#Dinitialisation invalide pour le membre tableau %q#Dinitialisation invalide pour la fonction membre %qDinsn invalideÂ :variable d'itÃ©ration invalide dans l'Ã©numÃ©ration rapideÃ©tiquettes invalides dans la condition gimplemembre gauche invalide dans l'affectationligne invalide dans le fichier de rÃ©solutionspÃ©cification de classe de liaison invalideemplacement invalide pour %<pragma %s%>, ignorÃ©l-valeur invalide dans la sortie asm %dtype de Â«Â mapÂ Â» invalidemasque invalidetype de masque invalide dans une expression de permutation vectorielledÃ©claration de fonction membre invalidedÃ©claration de patron membre %qD invalidemodÃ¨le mÃ©moire invalide pour l'argument %d de %qEargument de modÃ¨le mÃ©moire invalide dans la fonction internemodÃ¨le mÃ©moire invalide pour %<__atomic_load%>modÃ¨le mÃ©moire invalide pour %<__atomic_store%>expression Â«Â newÂ Â» invalide pour le type de classe abstraite %qTfonction nmi invalide pour l'attribut de rÃ©initialisationargument de patron invalide car ce n'est pas un typeopÃ©randes non vectoriels invalides pour un vecteur plus valeurnombre d'opÃ©randes invalide pour __FMAtable de dÃ©lestage invalide dans %sopÃ©rande de dÃ©calage invalide dans MEM_REFopÃ©rande de dÃ©calage invalide dans TARGET_MEM_REFopÃ©rande de dÃ©calage invalide pour MEM_REFopÃ©rande invalideadresse d'opÃ©rande invalideopÃ©rande invalide pour Â«Â %cÂ Â»opÃ©rande invalide pour Â«Â %%%cÂ Â»opÃ©rande invalide pour le modificateur Â«Â AÂ Â»opÃ©rande invalide pour le modificateur Â«Â DÂ Â»opÃ©rande invalide pour le modificateur Â«Â HÂ Â»opÃ©rande invalide pour le modificateur Â«Â OÂ Â»opÃ©rande invalide pour le modificateur Â«Â TÂ Â»opÃ©rande invalide pour le modificateur Â«Â bÂ Â»opÃ©rande invalide pour le modificateur Â«Â eÂ Â»opÃ©rande invalide pour le modificateur Â«Â mÂ Â»opÃ©rande invalide pour le modificateur Â«Â oÂ Â»opÃ©rande invalide pour le modificateur Â«Â pÂ Â»opÃ©rande invalide pour le spÃ©cificateur Â«Â rÂ Â»opÃ©rande invalide pour le modificateur Â«Â zÂ Â»opÃ©rande invalide pour Â«Â %cÂ Â»opÃ©rande invalide dans la rÃ©fÃ©rence indirecteopÃ©rande invalide dans l'instruction de retouropÃ©rande invalide dans une expression unaireopÃ©rande invalide dans l'opÃ©ration unairelettre de modificateur d'opÃ©rande invalideopÃ©rande invalide pour le code de sortieprÃ©fixe d'opÃ©rande invalideprÃ©fixe d'opÃ©rande invalide Â«Â %%%cÂ Â»taille d'opÃ©rande invalide pour le code d'opÃ©rande Â«Â 0Â Â»taille d'opÃ©rande invalide pour le code d'opÃ©rande Â«Â ZÂ Â»taille d'opÃ©rande invalide pour le code d'opÃ©rande Â«Â zÂ Â»opÃ©rande invalide pour le code %%H/%%LopÃ©rande invalide pour le code %%MopÃ©rande invalide pour le code %%NopÃ©rande invalide pour le code %%OopÃ©rande invalide pour %%RopÃ©rande invalide pour le code %%RopÃ©rande invalide pour %%SopÃ©rande invalide pour le code %%T/%%BopÃ©rande invalide pour le code %%UopÃ©rande invalide pour le code %%VopÃ©rande invalide pour le code %%ZopÃ©rande invalide pour le code %%popÃ©rande invalide pour le code %%sopÃ©rande invalide pour le code %%zopÃ©rande invalide Ã  plus/moins, le type est un pointeuropÃ©rande invalide pour le plus pointeur, le premier opÃ©rande n'est pas un pointeuropÃ©rande invalide pour le plus pointeur, le deuxiÃ¨me opÃ©rande n'est pas un type entier de la bonne tailleopÃ©rande invalide pour l'instruction Â«Â switchÂ Â»type opÃ©rande invalide utilisÃ© avec le code d'opÃ©rande Â«Â ZÂ Â»opÃ©randes invalides dans l'opÃ©ration binaireopÃ©randes invalides dans une comparaison gimpleopÃ©randes invalides dans l'opÃ©ration ternaireles opÃ©randes des types %qT et %qT sont invalides pour le %qO binaireopÃ©randes invalides vers la rÃ©fÃ©rence au tableauopÃ©randes invalides pour le %s binaire (avec les types %qT et %qT)opÃ©ration invalideopÃ©ration invalide (%s)opÃ©ration invalide sur %<__fpreg%>opÃ©ration invalide pour %<#pragma omp atomic%>paramÃ¨tre invalide %qscombinaison invalide de paramÃ¨tres pour l'intrinsÃ¨que Altivec %scombinaison de paramÃ¨tres invalide pour l'intrinsÃ¨que %qstype de paramÃ¨tre %qT invalideopÃ©ration de positionnement de l'Ã©tape invalidemode pointeur %qs invalidepointeur invalide vers le champ de bits %qDposition ou taille invalide dans BIT_INSERT_EXPRposition ou opÃ©rande de taille invalide pour BIT_FIELD_REFrÃ©duction privÃ©e invalide sur %qEtype de Â«Â proc_bindÂ Â» invalidedÃ©claration de propriÃ©tÃ© invalideprototype invalide pour Â«Â %sÂ Â»ponctuation %qc invalide dans la contraintetype const pure invalide pour la fonctionspÃ©cificateur pur invalide (seul %<= 0%> est autorisÃ©)qualificatifs invalides sur un type de fonction non membreÃ©tendue de qualification invalide dans le nom du pseudo-destructeurrÃ©ception invalide sur un canal qui ne peut que envoyertype du receveur %qs invalideredÃ©claration invalide de %q+Didentificateur de rÃ©duction invaliderÃ©fÃ©rence invalide pour le modificateur de sortie Â«Â JÂ Â»prÃ©fixe de rÃ©fÃ©rence invalidenom de registre invalide pour %q+DrÃ©solution invalide dans le fichier de rÃ©solutiontype retournÃ© %qT invalide pour la fonction constexpr %q+Dmembre de droite invalide pour un stockage mÃ©moire gimplepartage rtl invalide repÃ©rÃ© dans l'insntype d'ordonnancement invalidele deuxiÃ¨me argument de %<__builtin_prefetch%> est invalide; utilisation de zÃ©roenvoi invalide sur un canal qui ne peut que recevoirsetter invalide, il doit avoir un argumentopÃ©rande shift invalidechaÃ®ne statique invalide dans un appel gimpleÂ«Â static_castÂ Â» invalide depuis le type %qT vers le type %qTclasse de stockage invalide pour la fonction %qEvaleur memregs cible Â«Â %dÂ Â» invalidedÃ©claration de patron %qD invalidele paramÃ¨tre non type du patron est invalidetemplate-id invalidele troisiÃ¨me argument de %<__builtin_prefetch%> est invalide; utilisation de zÃ©rotype %<void%> invalide pour Â«Â newÂ Â»type %qT invalide pour initialiser un vecteur de type %qTtype %qT invalide dÃ©clarÃ© %<friend%>argument de type invalide (%qT obtenu)argument de type invalide pour %<->%> (%qT obtenu)argument de type invalide pour %<->*%> (%qT obtenu)argument de type invalide pour l'index d'un tableau (%qT obtenu)argument de type invalide pour la conversion implicite (%qT obtenu)argument de type invalide pour le %<*%> unaire (%qT obtenu)type invalide pour la sortie du fanion asmtype invalide pour la variable d'instancetype invalide pour la variable d'itÃ©ration %qEtype invalide pour la fonction maketype invalide pour le paramÃ¨tre %d de la fonction constexpr %q+#Dtype invalide pour une propriÃ©tÃ©types %<%T[%T]%> invalides pour l'indice du tableautypes invalides dans une conversion d'espace d'adressetypes invalides dans une conversion vers une virgule flottantetypes invalides dans une conversion vers un entiertypes invalides dans une conversion en virgule fixetypes invalides dans une conversion noputilisation invalide de %%d, %%x, ou %%Xutilisation invalide de %<...%> dans l'appel d'une fonction pas variadiqueutilisation invalide de %<...%> avec une fonction interneutilisation invalide de %<...%> avec quelque chose qui n'est pas une trancheutilisation invalide de %<::%>utilisation invalide de %<_Cilk_spawn%>utilisation invalide de %<auto%> dans un opÃ©rateur de conversionutilisation invalide de %<auto%> dans l'argument par dÃ©faut du patronutilisation invalide de %<auto%> dans une spÃ©cification d'exceptionutilisation invalide de %<auto%> dans un argument de patronutilisation invalide de la variable %<extern%> %qD dans %<#pragma acc declare%>utilisation invalide de la variable %<globale%> %qD dans %<#pragma acc declare%>usage de %<restrict%> invalideutilisation invalide de %<this%> hors de toute fonctionutilisation invalide de %<this%> dans une fonction non membreutilisation invalide de %q#T avec un membre sous forme de tableau flexible dans %q#Tutilisation invalide de %q#T avec un tableau de taille nulle dans %q#Dutilisation invalide de %qDutilisation invalide de %qD dans la spÃ©cification de la classe de liaisonutilisation invalide de %qE pour former un pointeur vers une fonction membreutilisation invalide de %qTutilisation invalide de Â«Â %%%cÂ Â»utilisation invalide du modificateur Â«Â :Â Â»utilisation invalide d'un pointeur vers un type incomplet dans un pointeur arithmÃ©tiqueutilisation invalide de l'indexation de tableau sur un pointeur vers un membreutilisation invalide d'un tableau sans borne spÃ©cifiÃ©eutilisation invalide de la sortie du fanion asmutilisation invalide de l'attribut %<fallthrough%>utilisation invalide de la liste d'initialisation entre accoladesutilisation invalide de const_cast avec le type %qT qui est un pointeur ou une rÃ©fÃ©rence Ã  un type fonctionutilisation invalide de const_cast avec le type %qT qui n'est pas un pointeur, une rÃ©fÃ©rence, ni un type pointeur vers une donnÃ©e membreutilisation invalide du constructeur comme patronutilisation invalide du type %qT qualifiÃ© CV dans la dÃ©claration du paramÃ¨treutilisation invalide du type dÃ©pendant %qTutilisation invalide du destructeur %qD comme un typeutilisation invalide du destructeur %qE comme un typeutilisation invalide d'un membre qui est un tableau flexibleutilisation invalide de la conversion implicite d'un pointeur vers un membreutilisation invalide du type incomplet %q#Tutilisation invalide du typedef incomplet %qTutilisation invalide de l'Ã©tiquette %q+D dans %<_Cilk_spawn%>utilisation invalide du membre %qD (avez-vous oubliÃ© le %<&%>Â ?)utilisation invalide du membre %qD dans une fonction membre statiqueutilisation invalide de la fonction membre %qD (avez-vous oubliÃ© le %<()%>Â ?)utilisation invalide de la valeur de la mÃ©thode comme argument de Offsetofutilisation invalide d'un tableau n'Ã©tant pas une l-valeurutilisation invalide du membre de donnÃ©e non statique %qDutilisation invalide de la fonction membre non statique %qDutilisation invalide de la fonction membre non statique de type %qTutilisation invalide du membre de donnÃ©e non statique %qEutilisation invalide de l'expression d'expansion d'un paquetutilisation invalide de l'espace rÃ©servÃ© %qTutilisation invalide du nom qualifiÃ© %<%D::%D%>utilisation invalide du nom qualifiÃ© %<%T::%D%>utilisation invalide du nom qualifiÃ© %<::%D%>utilisation invalide d'une structure ayant un membre qui est un tableau flexibleutilisation invalide du paramÃ¨tre de patron %qT qui est un patronutilisation invalide du paramÃ¨tre de patron %qT qui est un typeutilisation invalide du template-id %qD dans la dÃ©claration du patron primaireutilisation invalide du nom de patron %qE sans liste d'argumentsutilisation invalide du typeutilisation invalide du type %<void%> dans la dÃ©claration du paramÃ¨treutilisation invalide du type %qT comme valeur par dÃ©faut pour un paramÃ¨tre de patron qui est lui-mÃªme un patronutilisation invalide du %<*%> unaire sur un pointeur vers un membreutilisation invalide du type non dÃ©fini %qTutilisation invalide de l'expression voidutilisation invalide d'une l-valeur volatile Ã  l'intÃ©rieur d'une fonction %<transaction_safe%>utilisation invalide d'une l-valeur volatile Ã  l'intÃ©rieur d'une transactionla conversion dÃ©finie par l'utilisateur de %qT vers %qT est invalidel'initialisation par valeur du type rÃ©fÃ©rence est invalidetype invalide comme rÃ©sultat d'une comparaison vectorielletype de vecteur invalide pour l'attribut %qEnumÃ©ro de version %qs invalidefonction Â«Â warmÂ Â» invalide pour l'attribut de rÃ©initialisationÂ«Â zero extractÂ Â» invalidela plage de la tranche est inversÃ©eio_kind_name(): mauvais I/O-kindle rÃ©sumÃ© en ligne ipa est manquant dans le fichier d'entrÃ©ele rÃ©sumÃ© de rÃ©fÃ©rence ipa est manquant dans l'unitÃ© ltransis_c_interoperable(): gfc_simplify_expr a Ã©chouÃ©il est dÃ©fini comme un pointeur dans des espaces d'adresses diffÃ©rents dans une autre unitÃ© de traductionil est dÃ©fini comme un pointeur vers un type diffÃ©rent dans une autre unitÃ© de traductionil doit Ãªtre un pointeur vers un membre de la forme %<&X::Y%>il doit Ãªtre l'adresse d'une fonction avec une classe de liaison externeil doit Ãªtre le nom d'une fonction avec une classe de liaison externeÃ©lÃ©ment dans READla variable d'itÃ©ration dans l'Ã©numÃ©ration rapide n'est pas un objetl'itÃ©ration %s invoque un comportement indÃ©finila variable d'itÃ©ration %qD ne devrait pas Ãªtre Â«Â firstprivateÂ Â»la variable d'itÃ©ration %qD ne devrait pas Ãªtre une rÃ©ductionla variable d'itÃ©ration %qE est prÃ©dÃ©terminÃ©e linÃ©airela variable d'itÃ©ration %qE devrait Ãªtre privÃ©ela variable d'itÃ©ration %qE ne devrait pas Ãªtre Â«Â firstprivateÂ Â»la variable d'itÃ©ration %qE ne devrait pas Ãªtre Â«Â lastprivateÂ Â»la variable d'itÃ©ration %qE ne devrait pas Ãªtre linÃ©airela variable d'itÃ©ration %qE ne devrait pas Ãªtre privÃ©ela variable d'itÃ©ration %qE ne devrait pas Ãªtre une rÃ©ductionune variable d'itÃ©ration ne peut pas Ãªtre volatilevariable d'itÃ©rateurson dest_idx devrait Ãªtre %d, pas %divar %qs utilisÃ©e par la dÃ©claration %<@synthesize%> doit Ãªtre une ivar existantel'abi iwmmxt requiert un processeur avec iwmmxtiwmmxt exige une ABI compatible AAPCS pour fonctionner correctementsaut dans la portÃ©e de l'identificateur avec un type modifiÃ© par une variablesaut dans l'expression d'une instructionle saut passe outre l'initialisation d'une variablesaut Ã  l'Ã©tiquette du Â«Â caseÂ Â»saut Ã  l'Ã©tiquette %qDrebut Ã  la fin de #pragma %srebut Ã  la fin de #pragma ADDRESSsrebut Ã  la fin de #pragma GCC memregs [0..16]rebut Ã  la fin de #pragma __nostandardrebut Ã  la fin de #pragma __standardrebut Ã  la fin de #pragma ghs endsdarebut Ã  la fin de #pragma ghs endtdarebut Ã  la fin de #pragma ghs endzdarebut Ã  la fin de #pragma ghs interruptrebut Ã  la fin de la section #pragma ghsrebut Ã  la fin de #pragma ghs startsdarebut Ã  la fin de #pragma ghs starttdarebut Ã  la fin de #pragma ghs startzdarebut Ã  la fin de #pragma longcallrebut Ã  la fin de %<#pragma %s%>rebut Ã  la fin de %<#pragma GCC pch_preprocess%>rebut Ã  la fin de %<#pragma GCC visibility%>rebut Ã  la fin de %<#pragma align%>rebut Ã  la fin de %<#pragma fini%>rebut Ã  la fin de %<#pragma init%>rebut Ã  la fin de %<#pragma message%>rebut Ã  la fin de %<#pragma pack%>rebut Ã  la fin de %<#pragma pop_options%>rebut Ã  la fin de %<#pragma push_options%>rebut Ã  la fin de %<#pragma redefine_extname%>rebut Ã  la fin de %<#pragma reset_options%>rebut Ã  la fin de %<#pragma weak%>rebut Ã  la fin de Â«Â #pragma extern_modelÂ Â»rebut Ã  la fin de Â«Â #pragma ms_structÂ Â»rebut Ã  la fin de Â«Â #pragma optionsÂ Â»rebut Ã  la fin de Â«Â #pragma unusedÂ Â»le mot-clÃ© %<export%> n'est pas implÃ©mentÃ© et sera ignorÃ©le mot-clÃ© %<typename%> n'est pas permis dans ce contexte (une initialisation de membre qualifiÃ©e est implicitement un type)le mot-clÃ© %<typename%> n'est pas permis dans ce contexte (la classe de base est implicitement un type)le mot-clÃ© %<typename%> n'est pas permis en dehors des patronsÃ©tiquetteÃ©tiquette %q+D dÃ©clarÃ©e mais pas dÃ©finieÃ©tiquette %q+D dÃ©finie mais non utilisÃ©el'Ã©tiquette %q+D est utilisÃ©e mais non dÃ©finiel'Ã©tiquette %qD est dÃ©finie icil'Ã©tiquette %qE est rÃ©fÃ©rencÃ©e Ã  l'extÃ©rieur de toute fonctionÃ©tiquette Ã  la fin d'une dÃ©claration composÃ©eÃ©tiquette nommÃ©e wchar_tle contexte de l'Ã©tiquette n'est pas la dÃ©claration de la fonction actuelleles initialisations par capture des fonctions lambda sont uniquement disponibles avec -std=c++14 ou -std=gnu++14les expressions lambda sont uniquement disponibles avec -std=c++11 ou -std=gnu++11la lambda dans la classe locale %q+T ne sait pas capturer des variables du contexte englobantles patrons lambda sont uniquement disponibles avec -std=c++14 ou -std=gnu++14expression lambda dans une expression constanteexpression lambda dans l'argument du patronexpression lambda dans un contexte non Ã©valuÃ©avenue %wd hors des limites %wd - %wdvÃ©rification lang_* : Ã©chec dans %s, Ã  %s:%dle langage %s n'est pas reconnula chaÃ®ne de langage %<"%E"%> n'est pas reconnuela constante de grande taille en virgule fixe a Ã©tÃ© tronquÃ©e implicitement en un type en virgule fixeun grand entier est implicitement tronquÃ© vers un type non signÃ©le dernier argument doit Ãªtre une valeur immÃ©diateld a retournÃ© le statut de sortie %dl'argument de gauche doit Ãªtre une tranchel'opÃ©rande de gauche de %<->*%> doit Ãªtre un pointeur vers une classe mais il est un pointeur vers un membre du type %qTl'opÃ©rande de gauche de l'opÃ©rateur virgule ne peut rÃ©soudre l'adresse de la fonction surchargÃ©el'opÃ©rande de gauche de l'opÃ©rateur virgule n'a pas d'effetl'opÃ©rande de gauche de l'opÃ©rateur virgule est une rÃ©fÃ©rence, pas un appel, Ã  la fonction %qEl'opÃ©rande de gauche de l'expression de dÃ©calage %q+E est nÃ©gatifprÃ©cision Ã  gaucheprÃ©cision Ã  gauche dans le format de strfmonle compteur de rotations vers la gauche >= largeur du typele compteur de rotations vers la gauche est nÃ©gatifcompteur de dÃ©calages vers la gauche >= Ã  la largeur du typecompteur de dÃ©calages vers la gauche >= Ã  la largeur de l'Ã©lÃ©ment du vecteurle compteur de dÃ©calages vers la gauche est nÃ©gatifdÃ©calage vers la gauche d'une valeur nÃ©gativel'opÃ©rande Ã  gauche de la virgule n'a pas d'effetle membre de gauche de l'affectation pourrait Ãªtre un candidat pour un attribut de formatlen plus grand que caplongueur %qE au delÃ  de la taille de la section du tableau dans la clause %qsla longueur %qE de la section du tableau n'a pas un type entierdÃ©saccord de longueur entre le membre de gauche et celui de droitedÃ©saccord de longueur dans l'expressionmodificateur de longueurmodificateur de longueur dans le format printfmodificateur de longueur dans le format de scanfmodificateur de longueur dans le format de strfmonla longueur de la notation triplet du tableau n'est pas un entierlongueur requise en allouant une tranchela lettre %c n'a pas Ã©tÃ© trouvÃ©e et insn n'Ã©tait pas CONST_INTbibliothÃ¨ques: %s
  la fonction %q#D de la bibliothÃ¨que est redÃ©clarÃ©e comme %q#D n'Ã©tant pas une fonctionbibliothÃ¨que lib%s introuvablela limite est %u octets mais l'argument a %sla limite est %u octets mais l'argument peut Ãªtre aussi grand que %sclause linÃ©aire appliquÃ©e Ã  la variable non entiÃ¨re non pointeur ayant le type %qTclause linÃ©aire appliquÃ©e Ã  une variable non entiÃ¨re non pointeur de type %qTclause linÃ©aire appliquÃ©e Ã  la variable non entiÃ¨re, non dÃ©cimale, non pointeur ayant le type %qTclause linÃ©aire appliquÃ©e Ã  une variable non entiÃ¨re, non dÃ©cimale, non pointeur avec le type %qTla clause linÃ©aire avec le modificateur %qs est appliquÃ©e Ã  la variable non rÃ©fÃ©rence ayant le type %qTl'expression du pas de Â«Â linearÂ Â» doit Ãªtre un entierune initialisation par liste pour un type non classe ne doit pas Ãªtre entre parenthÃ¨sesles suffixes d'opÃ©rateurs littÃ©raux qui ne sont pas prÃ©cÃ©dÃ©s par %<_%> sont rÃ©servÃ©s pour une standardisation futurel'opÃ©rateur littÃ©ral avec patron %q+D est en conflit avec l'opÃ©rateur littÃ©ral de base %qDle patron de l'opÃ©rateur littÃ©ral %qD a une liste de paramÃ¨tres invalide. On attendait un paquet d'arguments de type non patron tel que <char...>le patron de l'opÃ©rateur littÃ©ral %qD a une liste de paramÃ¨tres invalide. On attendait un paquet d'arguments de type non patron tels que <char...> ou <typename CharT, CharT...>opÃ©rateur littÃ©ral avec une classe de liaison Clo_sum n'est pas un registrela classe locale %q#T ne doit pas avoir le membre de donnÃ©e statique %q#Dla dÃ©claration locale de %qE masque la variable d'instanceles symboles locaux doivent Ãªtre dÃ©finisla variable locale %qD ne peut pas apparaÃ®tre dans ce contexteles exigences en mÃ©moire pour les variables locales excÃ¨dent la capacitÃ©le bloc des rÃ©fÃ©rences vers les emplacements n'est pas dans l'arbre des blocs%<et%> logique appliquÃ© Ã  une constante non boolÃ©enne%<et%> logique d'expressions Ã©galesle %<et%> logique des tests mutuellement exclusifs est toujours faux%<ou%> logique appliquÃ© Ã  une constante non boolÃ©ennele %<ou%> logique des tests collectivement exhaustifs est toujours vrai%<ou%> logique d'expressions Ã©galesle non logique est toujours appliquÃ© au membre de gauche de la comparaisonlogical_to_bitwise(): Mauvais intrinsÃ¨queÂ«Â longÂ Â», Â«Â shortÂ Â», Â«Â signedÂ Â» ou Â«Â unsignedÂ Â» utilisÃ© incorrectement pour %qsla recherche de %qT dans %qT est ambigÃ¼el'en-tÃªte de la boucle %d ne lui appartient pas directementl'en-tÃªte de la boucle %d n'a pas exactement 2 entrÃ©esl'en-tÃªte de la boucle %d n'est pas un en-tÃªte de bouclele retour de la boucle %d ne lui appartient pas directementle retour de la boucle %d n'a pas d'arÃªte vers son en-tÃªtele retour de la boucle %d n'a pas exactement 1 successeurle retour de la boucle %d n'a pas un en-tÃªte comme successeurle retour de la boucle %d est marquÃ© comme faisant partie d'une rÃ©gion irrÃ©ductiblele retour de la boucle %d n'est pas dominÃ© par son en-tÃªtela boucle utilise un parallÃ©lisme OpenACC interdit par la routine contenantevÃ©rification des boucles sur l'arbre des boucles dont les itÃ©rations n'ont pas Ã©tÃ© ajustÃ©es (loop fixup)la boucle avec l'en-tÃªte %d est marquÃ©e pour Ãªtre retirÃ©ela boucle avec l'en-tÃªte %d n'est pas dans l'arbre des bouclesgÃ©nÃ©ration d'exception plus lÃ¢che pour %q+#Flimite infÃ©rieure %qE au delÃ  de la taille de la section du tableau dans la clause %qsla borne infÃ©rieure %qE de la section du tableau n'a pas un type entierla valeur la plus basse parmi les Ã©tiquettes des Â«Â caseÂ Â» est infÃ©rieure Ã  la valeur minimale du typelp_array ne correspond pas Ã  region_treelp_array est corrompu pour le lp %ilseek a Ã©chouÃ© en lisant les donnÃ©es d'exportlto_obj_file_open() a Ã©chouÃ©l-valeur exigÃ©e comme opÃ©rande de dÃ©crÃ©mentationl-valeur exigÃ©e comme opÃ©rande d'incrÃ©mentationl-valeur exigÃ©e comme opÃ©rande de gauche de l'affectationl-valeur exigÃ©e comme opÃ©rande unaire %<&%>l-valeur exigÃ©e dans l'instruction asmle code de la fonction intÃ©grÃ©e indÃ©pendant de la machine est hors limitenom de macro manquant aprÃ¨s %qsmake_generic(): Impossible de trouver le symbole gÃ©nÃ©rique %qsconstruction de clones multiples de %qDadresse variable de #pragma ADDRESS mal composÃ©e#pragma GCC visibility push mal composÃ©#pragma builtin mal composÃ©section mal composÃ©e #pragma ghs#pragma redefine_extname mal composÃ©, ignorÃ©#pragma weak mal composÃ©, ignorÃ©%<#pragma %s%> mal composÃ©, ignorÃ©%<#pragma %s%> mal composÃ©, ignorÃ©%<#pragma align%> mal composÃ©%<#pragma align%> mal composÃ©, ignorÃ©%<#pragma fini%> mal composÃ©%<#pragma fini%> mal composÃ©, ignorÃ©%<#pragma init%> mal composÃ©%<#pragma init%> mal composÃ©, ignorÃ©%<#pragma message%> mal composÃ©, ignorÃ©%<#pragma pack%> mal composÃ©e â€“ ignorÃ©%<#pragma pack(pop[, id])%> mal composÃ©e â€“ ignorÃ©%<#pragma pack(push[, id], <n>)%> mal composÃ©e â€“ ignorÃ©Â«Â #pragma __extern_prefixÂ Â» mal composÃ©, ignorÃ©Â«Â #pragma extern_modelÂ Â» mal composÃ©, ignorÃ©Â«Â #pragma member_alignmentÂ Â» mal composÃ©Â«Â #pragma member_alignmentÂ Â» mal composÃ©, ignorÃ©Â«Â #pragma ms_struct {on|off|reset}Â Â» mal composÃ©, ignorÃ©Â«Â #pragma ms_structÂ Â» mal composÃ©, ignorÃ©Â«Â #pragma options align={mac68k|power|reset}Â Â» mal composÃ©, ignorÃ©Â«Â #pragma optionsÂ Â» mal composÃ©, ignorÃ©COLLECT_GCC_OPTIONS mal formÃ©option -fplugin-arg-%s mal formÃ©e (il manque -<clÃ©>[=<valeur>])fichier ptx mal formÃ©arguments pour la fonction de spec mal composÃ©snom de fonction de spec mal composÃ©cible %s mal formÃ©ela liste %2$qs de la cible %1$s est mal composÃ©ela valeur cible de %s est mal composÃ©ele nom dÃ©corÃ© pour %qD changera dans le C++17 car la spÃ©cification de l'exception fait partir du type de la fonctiondÃ©coration de %CdÃ©coration de __underlying_typedÃ©coration de typeof, utilisez plutÃ´t decltypedÃ©coration du type en virgule fixe inconnuun tableau associatif peut uniquement Ãªtre comparÃ© Ã  nulchamp de correspondance %qE d'une structure de longueur variablele masque doit Ãªtre un immÃ©diatmatch_attr_spec(): Mauvais attributmatch_level_4(): Mauvais opÃ©rateurmatch_string_constant(): DÃ©limiteur pas trouvÃ©la contrainte correspondante n'autorise pas un registrela contrainte concordante n'est pas valide dans un opÃ©rande de sortiela contrainte correspondante fait rÃ©fÃ©rence Ã  un numÃ©ro d'opÃ©rande invalidelimite maximale de %d espaces de noms recherchÃ©s pour %qEle nombre maximum de tableaux par scop.le nombre maximum de blocs de base par fonction Ã  analyser par Graphite.le nombre maximum d'opÃ©rations isl, 0 pour illimitÃ©le nombre maximum de paramÃ¨tres dans un SCoP.la valeur maximale du paramÃ¨tre %qs est %une peut utiliser -EB et -EL ensemblene peut utiliser -m32 et -m64 ensembleles registres mduc ne sont sauvegardÃ©s que sur la cible G13les fonctions mÃ©dia ne sont pas disponibles Ã  moins que -mmedia soit utilisÃ©l'initialisation en mÃ©moire pour %qD suit la dÃ©lÃ©gation du constructeurle membre %q+#D avec un constructeur n'est pas permis dans un agrÃ©gat anonymele membre %q+#D avec un constructeur n'est pas permis dans l'unionle membre %q+#D avec un opÃ©rateur d'affectation par copie n'est pas permis dans un agrÃ©gat anonymele membre %q#D avec un opÃ©rateur dâ€™affectation par copie n'est pas permis dans l'unionle membre %q+#D avec un destructeur n'est pas permis dans un agrÃ©gat anonymele membre %q+#D avec destructeur n'est pas permis dans l'unionle membre %q+D ne peut pas Ãªtre dÃ©clarÃ© comme une rÃ©fÃ©rence %<mutable%>le membre %q+D ne peut pas Ãªtre dÃ©clarÃ© Ã  la fois %<const%> et %<mutable%>le membre %qD ne peut pas Ãªtre dÃ©clarÃ© Ã  la fois %<virtual%> et %<constexpr%>le membre %qD ne peut pas Ãªtre dÃ©clarÃ© Ã  la fois %<virtual%> et %<static%>le membre %qD est en conflit avec le nom d'un champ dans la table des fonctions virtuellesle membre %qD est dÃ©clarÃ© comme ami avant la dÃ©finition du type %qTle membre %qD d'un objet en lecture seule est utilisÃ© comme sortie %<asm%>le membre %qD est une rÃ©fÃ©rence non initialisÃ©ele membre %qD doit Ãªtre initialisÃ© par l'initialisation des membres dans le constructeur %<constexpr%>membre %qD avec des champs de rÃ©fÃ©rence non initialisÃ©sles fonctions membres sont implicitement amies de leur classele patron de membre %qD ne peut pas avoir de spÃ©cificateur virtuel (virt-specifier)des membres d'une classe spÃ©cialisÃ©e explicitement sont dÃ©finis sans en-tÃªte de patronle contrÃ´le de l'accÃ¨s mÃ©moire Ã©choue toujoursl'allocation de mÃ©moire a Ã©chouÃ© en lisant les donnÃ©es d'exportl'entrÃ©e mÃ©moire %d n'est pas directement adressablerÃ©fÃ©rence mÃ©moire attendue pour le modificateur de sortie Â«Â SÂ Â»la mÃ©thode %<%c%E%> est dÃ©clarÃ©e %<@optional%> et %<@required%> en mÃªme tempsla mÃ©thode %s%s%s est marquÃ©e comme go:nointerfacela mÃ©thode %s%s%s exige un rÃ©cepteur pointeurles attributs d'arguments d'une mÃ©thode ne sont pas disponibles en Objective-C 1.0les attributs de la mÃ©thode ne sont pas disponibles dans Objective-C 1.0les attributs de la mÃ©thode ne peuvent pas Ãªtre spÃ©cifiÃ©s dans le contexte @implementationles attributs de mÃ©thodes doivent Ãªtre spÃ©cifiÃ©s Ã  la finles attributs de mÃ©thodes doivent Ãªtre spÃ©cifiÃ©s uniquement Ã  la finla dÃ©claration de la mÃ©thode n'est pas dans le contexte @interfacela mÃ©thode dÃ©clarÃ©e %qE surcharge la mÃ©thode %qEla dÃ©finition de la mÃ©thode pour %<%c%E%> n'a pas Ã©tÃ© trouvÃ©ela dÃ©finition de la mÃ©thode n'est pas dans le contexte @implementationla mÃ©thode surcharge Ã  la fois les mÃ©thodes %<transaction_pure%> et %qEil manque peut-Ãªtre un appel Ã  [super dealloc] pour la mÃ©thodele type de la mÃ©thode ne correspond pas au type de l'objetune mÃ©thode avec un type incompatible est dÃ©finie dans une autre unitÃ© de traductionla taille de partition minimale ne peut pas Ãªtre plus grande que la taille de partition maximalele nombre minimum de boucles par fonction Ã  analyser par Graphite.la valeur minimale du paramÃ¨tre %qs est %umio_array_ref(): RÃ©fÃ©rence de tableau inconnueprofilage de fonction mips16dÃ©saccord dans le nombre d'arguments de la fonction %qF. Attendu: %d mais %d obtenusles longueurs des paquets d'arguments sont en dÃ©saccord durant l'expansion de %<%E%>les longueurs des paquets d'arguments sont en dÃ©saccord durant l'expansion de %<%T%>arguments non concordantsdÃ©clarations non concordantes pendant l'optimisation lors de l'Ã©dition de liensopÃ©rateur en dÃ©saccord dans l'expression foldtypes d'opÃ©randes de comparaison non concordantsparenthÃ¨ses non appairÃ©esconstruction Objective-C++ %<@%D%> mal placÃ©eoptimisation de boucle manquÃ©e, le compteur de boucle peut dÃ©bordernumÃ©ro de l'opÃ©rande $ manquant dans le format%<(%> manquante aprÃ¨s %<#pragma GCC visibility push%> â€“ ignorÃ©%<(%> manquante aprÃ¨s %<#pragma pack%> â€“ ignorÃ©%<=%> manquant (aprÃ¨s l'attribut %<getter%>)%<=%> manquant (aprÃ¨s l'attribut %<setter%>)attribut %<target%> manquant pour %D avec plusieurs versionsÂ«Â (Â Â» manquante aprÃ¨s Â«Â #pragma unusedÂ Â», ignorÃ©Â«Â )Â Â» manquante aprÃ¨s Â«Â #pragma unusedÂ Â», ignorÃ©dÃ©finition PHI manquantenote REG_EH_REGION manquante Ã  la fin du bb %i[big-endian|little-endian|default] manquant aprÃ¨s %<#pragma scalar_storage_order%>[error|warning|ignored|push|pop] manquant aprÃ¨s %<#pragma GCC diagnostic%>nom d'architecture manquant dans %<-march=%s%>nom d'architecture manquant dans la cible Â«Â archÂ Â» %sargument manquant Ã  %qsbarriÃ¨re manquante aprÃ¨s le bloc %iaccolades manquantes autour de l'initialisationaccolades manquantes autour de l'initialisation pour %qTarÃªte callgraph manquante pour l'appel stmt:accolade de fermeture manquante pour l'opÃ©rande nommÃ©parenthÃ¨se fermante manquantecollection manquante dans l'Ã©numÃ©ration rapideprÃ©dicat de contrÃ´le manquantnom de processeur manquant dans %<-mcpu=%s%>nom de processeur manquant dans %<-mtune=%s%>nom de processeur manquant dans la cible Â«Â cpuÂ Â» %sdÃ©finition manquantepÃ©riphÃ©rique ou architecture manquant aprÃ¨s %qsarÃªte manquante %i->%imodificateur de fonctionnalitÃ© manquant dans la cible %s %qsnom de fichier manquant aprÃ¨s %qscaractÃ¨re de remplissage manquant Ã  la fin du format de strfmonexpression d'incrÃ©mentation manquanteinitialisation manquante pour le champ %qD de %qTinitialisation manquante pour le membre %qDcondition de boucle manquante dans la boucle avec le pragma %<GCC ivdep%>cible manquante dans le makefile aprÃ¨s %qsmÃ©thode manquante %s%s%snombre manquantparenthÃ¨se ouvrante manquanteopÃ©rande manquantoption manquante aprÃ¨s %<#pragma GCC diagnostic%>cible manquante aprÃ¨s %qssentinelle manquante dans l'appel Ã  la fonctionarguments de patron manquantsarguments de patron manquants aprÃ¨s %qTcaractÃ¨re de terminaison %c manquantnom de type manquant dans la dÃ©claration typedefmÃ©langer des dÃ©clarations et des dÃ©finitions de fonctions est interditle mÃ©lange de types de symboles diffÃ©rents dans les mÃªmes groupes comdat n'est pas supportÃ©mode %qs appliquÃ© Ã  un type inappropriÃ©la taille du mode du rÃ©sultat non intÃ©gral ne correspond pas Ã  la taille du champ de BIT_FIELD_REFla modification de %qE n'est pas une expression constantele modificateur ne devrait pas Ãªtre spÃ©cifiÃ© dans la clause %<linear%> sur des constructions %<simd%> ou %<for%>nature du module dans l'instruction USE Ã  %Cplus que %d opÃ©randes dans %<asm%>plus d'une clause %<depend(source)%> sur une construction %<ordered%>plus d'une directive Â«Â ctrlÂ Â»plus d'un spÃ©cificateur d'accÃ¨s dans le spÃ©cificateur de baseles attributs ms_abi et sysv_abi sont incompatiblesl'attribut ms_hook_prologue est incompatible avec -mfentry pour 32 bitsms_hook_prologue n'est pas compatible avec les fonctions imbriquÃ©esmsp430_select_hwmult_lib a besoin d'au moins un argumentle tableau multidimensionnel doit avoir des bornes pour chaque dimension exceptÃ© la premiÃ¨rel'exclusion multilib %qs est invalideles exclusions multilib %qs sont invalidesle sÃ©lecteur multilib %qs %qs est invalidele sÃ©lecteur multilib %qs est invalidela spec multilib %qs est invalidel'option -mcpu= a Ã©tÃ© spÃ©cifiÃ©e plusieurs fois.les personnalitÃ©s EH multiples sont uniquement supportÃ©es avec les assembleurs qui supportent la directive .cfi_personalitydÃ©clarations multiples dans une boucle %<for%> parcourant une plageplusieurs Ã©tiquettes Â«Â defaultÂ Â» dans un Â«Â switchÂ Â»dÃ©finition multiple de %q#Tplusieurs routines d'interruptions rapides vues: %qE et %qEchamps multiples initialisÃ©s dans l'union %qTplusieurs attributs de type de fonction spÃ©cifiÃ©stransitions chaud/froid multiples trouvÃ©es (bb %i)initialisations multiples donnÃ©es pour %qDinitialisations multiples donnÃ©es pour la base %qTappelants en ligne multiplesplusieurs attributs d'interruption ne sont pas permisattributs d'interruptions multiples pour la fonction %qDvariables d'itÃ©ration multiples dans l'Ã©numÃ©ration rapideaxes de boucles multiples spÃ©cifiÃ©s pour la routineplusieurs mÃ©thodes nommÃ©es %<%c%E%> ont Ã©tÃ© rencontrÃ©esattributs de types imbriquÃ©s multiples pour la fonction %qDplusieurs paramÃ¨tres nommÃ©s %qDplusieurs dÃ©finitions existantes pour %qEqualificatifs de rÃ©fÃ©rence multiplesattributs de sauvegarde de registres multiples pour la fonction %qDplusieurs sÃ©lecteurs nommÃ©s %<%c%E%> ont Ã©tÃ© rencontrÃ©sclasses de stockage multiples dans la dÃ©claration de %qsclasses de stockage multiples dans les spÃ©cificateurs de la dÃ©clarationtypes multiples dans une dÃ©clarationnÅ“uds PHI virtuels multiples dans le BB %dargument Ã  valeur multiple dans un contexte Ã  valeur uniqueappel de fonction Ã  valeur multiple dans un contexte Ã  valeur uniquel'option de multiplication implique que r%d est fixeles versions multiples requiÃ¨rent ifunc qui n'est pas supportÃ© sur cette cibleil faut appeler #include <typeinfo> avant d'utiliser typeidil faut utiliser %<.*%> ou %<->*%> pour appeler une fonction via un pointeur vers un membre dans %<%E (...)%>, par ex: %<(... ->* %E) (...)%>le mutable %qD n'est pas utilisable dans une expression constantedÃ©pÃ´t mystÃ©rieux d'informations dans %sun attribut nu ne peut Ãªtre appliquÃ© qu'Ã  des fonctionsnom %qD utilisÃ© dans une initialisation par dÃ©signation dans le style GNU pour un tableaule nom %qT a un type incompletla recherche du nom de %qD a changÃ©la recherche du nom de %qD a changÃ© pour la portÃ©e du %<for%> ISOnom manquant pour la fonction membrele nom de la classe masque le paramÃ¨tre de patron %qD qui est lui-mÃªme un patronnom utilisÃ© dans une initialisation par dÃ©signation dans le style GNU pour un tableaules valeurs nommÃ©es Ã  retourner ne sont plus supportÃ©esentrÃ©e dans l'espace de noms %qDl'espace de noms %qD n'est pas permis dans une dÃ©claration Â«Â usingÂ Â»l'alias de l'espace de noms %qD n'est pas permis ici, on suppose %qDles agrÃ©gats anonymes dans la portÃ©e de l'espace de noms doivent Ãªtre statiquesconversion rÃ©ductrice de %qE depuis %qT vers %qT Ã  l'intÃ©rieur de { }la conversion rÃ©ductrice de %qE depuis %qT vers %qT Ã  l'intÃ©rieur de { } est mal formÃ©e en C++11a besoin de %<typename%> avant %<%T::%E%> car %qT est une portÃ©e dÃ©pendante%<typename%> doit Ãªtre utilisÃ© avant %qE car %qT est une portÃ©e dÃ©pendanteconversion explicite nÃ©cessaireconversion explicite nÃ©cessaire, mÃ©thode %s%s%s manquantelongueur insn nÃ©gativeentier nÃ©gatif implicitement converti en un type non signÃ©longueur nÃ©gative dans la section du tableau dans la clause %qslimite infÃ©rieure nÃ©gative dans la section du tableau dans la clause %qsprofondeur d'imbrication nÃ©gative pour la rÃ©gion %inombre de dÃ©calages nÃ©gatiflargeur nÃ©gative dans le champ de bits %q+Dlargeur nÃ©gative du champ de bits %qsni le destructeur ni l'opÃ©rateur Â«Â delete[]Â Â» spÃ©cifique Ã  la classe seront appelÃ©s, mÃªme s'ils sont dÃ©clarÃ©s lorsque la classe est dÃ©finieni le destructeur ni l'opÃ©rateur Â«Â deleteÂ Â» spÃ©cifique Ã  la classe seront appelÃ©s, mÃªme s'ils sont dÃ©clarÃ©s lorsque la classe est dÃ©finiealternatives imbriquÃ©es de dialecte assembleurdÃ©claration externe imbriquÃ©e de %qDla fonction imbriquÃ©e %q+D est dÃ©clarÃ©e mais jamais dÃ©finiefonction imbriquÃ©e %qEÂ» dÃ©clarÃ©e %<extern%>fonction imbriquÃ©e %qs dÃ©clarÃ©e %<extern%>trampolines de fonctions imbriquÃ©es pas supportÃ©s sur cette ciblefonctions imbriquÃ©es pas supportÃ©es sur cette cibleidentificateur imbriquÃ© requisle spÃ©cificateur de nom imbriquÃ© %qT pour la dÃ©claration d'un enum ne nomme pas une classe ou un espace de nomsles dÃ©finitions d'espace de noms imbriquÃ©s sont uniquement disponibles avec -std=c++1z ou -std=gnu++1zredÃ©finition imbriquÃ©e de %<enum %E%>redÃ©finition imbriquÃ©e de %<struct %E%>redÃ©finition imbriquÃ©e de %<union %E%>Â«Â newÂ Â» ne peut Ãªtre appliquÃ© Ã  un type de fonctionÂ«Â newÂ Â» ne peut pas Ãªtre appliquÃ© Ã  un type rÃ©fÃ©rencÃ©la nouvelle dÃ©claration %q#D rend ambigÃ¼e le dÃ©claration interne %q#Dde nouveaux types ne peuvent Ãªtre dÃ©finis dans un type Ã  retournernew_symbol(): Nom de symbole trop longmembre %q#D suivant dÃ©clarÃ© icipas de %<%D(int)%> dÃ©clarÃ© pour l'opÃ©rateur suffixÃ© %qspas de %<%D(int)%> dÃ©clarÃ© pour l'opÃ©rateur suffixÃ© %qs, on essaie avec l'opÃ©rateur prÃ©fixÃ© Ã  la placeaucune mÃ©thode %<%c%E%> trouvÃ©epas de fonction membre %q#D dÃ©clarÃ©e dans la classe %qTpas de getter %qs trouvÃ©pas de FUNCTION_PROFILER pour CRISaucun nom de fichier fourni pour la liste de sortie LTRANSpas d'argumentaucun argument pour la fonction de specaucun attribut peut Ãªtre appliquÃ© Ã  une instanciation expliciteaucun nom de classe spÃ©cifiÃ© avec %qspas de patron de classe nommÃ© %q#T dans %q#Tpas de %<]%> fermant pour le format %<%%[%>pas d'accolade fermantepas de contexte pour rÃ©soudre le type de %qEpas de fonction de dÃ©sallocation correspondante pour %qDaucun type de donnÃ©es pour le mode %qsaucune dÃ©claration de la propriÃ©tÃ© %qs trouvÃ©e dans l'interfacepas d'argument par dÃ©faut pour %qDaucune description pour l'instant.pas de champ %qD trouvÃ© dans l'union initialisÃ©epas de liste immediate_usepas de fichier Ã  l'entrÃ©eaucun fichier d'entrÃ©e; pas d'accord pour Ã©crire les fichiers de sortieaucun type entier ne peut reprÃ©senter toutes les valeurs de l'Ã©numÃ©ration pour %qTpas de registre bas disponible pour dÃ©piler les registres hautspas de concordance pour pas de concordance pour l'appel Ã  %<(%T) (%A)%>pas de correspondance pour convertir la fonction %qD vers le type %q#Tpas de concept correspondant pour l'introduction du patronaucune surcharge en virgule flottante correspond Ã  %qspas de fonction correspondant Ã  l'appel %<%D(%A)%>pas de fonction concordante pour l'appel Ã  %<%T::%E(%A)%#V%>pas de fonction concordante pour l'appel Ã  %<%T::operator %T(%A)%#V%>pas de fonction concordante pour l'appel de %<%s(%A)%>pas de Â«Â pushÂ Â» correspondant pour %<#pragma GCC visibility pop%>aucun patron correspondant trouvÃ© pour %qDpas de fonction membre %qD dÃ©clarÃ©e dans %qTaucun membre concordant avec %<%T::%D%> dans %q#Tpas d'opÃ©rateur de post-dÃ©crÃ©mentation pour le typepas d'opÃ©rateur de post-incrÃ©mentation pour le typepas d'opÃ©rateur de prÃ©-dÃ©crÃ©mentation pour le typepas d'opÃ©rateur de prÃ©-incrÃ©mentation pour le typeaucune dÃ©claration prÃ©cÃ©dente pour %qDaucun prototype prÃ©cÃ©dent pour %qDpas de type de processeur spÃ©cifiÃ© pour l'Ã©dition de lienspas de profilage du code 64 bits pour cette ABIpas de registre dans l'adresseÂ«Â returnÂ Â» manquant dans une fonction devant retourner une valeurÂ«Â returnÂ Â» manquant dans une fonction retournant %qTpas de sclass pour le stab %s (0x%x)pas de point virgule Ã  la fin de la structure ou de l'unionpas de %<operator %s%> adaptÃ© pour %qTpas de %qD convenable dans la classe %qTpas de super classe dÃ©clarÃ©e dans @interface pour %qEpas de super classe dÃ©clarÃ©e dans l'interface pour %qEpas de type nommÃ© %q#T dans %q#Taucun type ni classe de stockage ne peut Ãªtre spÃ©cifiÃ© ici,aucun paquet de paramÃ¨tres non dÃ©roulÃ©s dans le fold binairepas de surcharge finale unique pour %qD dans %qTpas de clause valide spÃ©cifiÃ©e dans %<#pragma acc declare%>le nÅ“ud diffÃ¨re de node->decl->decl_with_vis.symtab_nodele nÅ“ud a body_removed mais il est une dÃ©finitionle nÅ“ud a un type inconnule nÅ“ud est un alias mais pas une dÃ©finitionle nÅ“ud est un alias mais pas un alias implicitele nÅ“ud est seul dans un groupe comdatle nÅ“ud est analysÃ© mais il n'est pas une dÃ©finitionle nÅ“ud est dans la liste same_comdat_group mais il n'a aucun comdat_grouple nÅ“ud est un transparent_alias mais pas un aliasle nÅ“ud est une rÃ©fÃ©rence faible (weakref) mais pas un transparent_aliasle nÅ“ud n'a pas Ã©tÃ© trouvÃ© dans le hachage des noms assembleur symtabnÅ“ud pas trouvÃ© node->decl->decl_with_vis.symtab_nodedes nÅ“uds ont Ã©tÃ© trouvÃ© avec une mÃ©moire non libÃ©rÃ©el'expression Â«Â noexceptÂ Â» est Ã©valuÃ©e Ã  %<false%> Ã  cause de l'appel Ã  %qDargument REAL pas en double prÃ©cision pour l'intrinsÃ¨que %s Ã  %Lvariante PCS qui n'est pas dÃ©rivÃ©e de AAPCSInitialisation d'un pointeur non NULL Ã  %Cconstruction non OpenACC Ã  l'intÃ©rieur d'une rÃ©gion OpenACCconstruction non OpenACC Ã  l'intÃ©rieur d'une routine OpenACCdÃ©saccord sur le traitement de l'exception sans appelle patron non classe %qT est utilisÃ© sans arguments de patronla spÃ©cialisation partielle de la non variable ou non classe %qD n'est pas permisele bloc de base %d n'est pas froid mais il est dominÃ© par un bloc dans la partition froide (%d)argument entier non constant %u dans l'appel Ã  la fonction %qEargument 1 non constant pour __atomic_always_lock_freetableau non constant dans l'instruction DATA Ã  %Linitialisation d'un tableau non constantla nouvelle longueur du tableau non constant doit Ãªtre spÃ©cifiÃ©e directement, pas par un typedefla nouvelle longueur du tableau non constant doit Ãªtre spÃ©cifiÃ©e sans parenthÃ¨ses autour du id de typeun littÃ©ral composÃ© non constant ne peut pas apparaÃ®tre dans une expression constantecondition non constante pour l'assertion statiqueÃ©lÃ©ment non constant dans un CONSTRUCTOR constantl'initialisation non constante dans la classe est invalide pour le membre statique pas en ligne %qDl'initialisation non constante dans la classe est invalide pour le membre statique %qDexpression d'initialisation non constante Ã  %Lmembre de gauche non-decl/MEM_REF dans une instruction Ã©crasÃ©eArgument INTEGER du sous-type pas par dÃ©faut passÃ© Ã  l'intrinsÃ¨que %s Ã  %LUNSPEC non dÃ©lÃ©gitimisÃ© %s (%d) trouvÃ© Ã  l'emplacement de la variablela fonction non supprimÃ©e %q+Dl'argument dans l'appel de la fonction %qE n'est pas en virgule flottantel'argument dans l'appel de la fonction %qE n'est pas en virgule flottantela non fonction %qD est dÃ©clarÃ©e comme un patron implicitenon fonction dans un appel gimpleargument 1 non entier pour __atomic_is_lock_freeargument 3 non entier dans l'appel Ã  la fonction %qEmodÃ¨le mÃ©moire non entier pour l'argument %d de %qEopÃ©rande non entier utilise avec le code d'opÃ©rande Â«Â zÂ Â»instruction Â«Â switchÂ Â» avec un type non entiernon entier utilisÃ© dans la conditionla variable non locale %qD dÃ©clarÃ©e %<__thread%> a un destructeur non trivialla variable non locale %qD dÃ©clarÃ©e %<__thread%> a besoin d'une initialisation dynamiquela non-boucle avec l'en-tÃªte %d n'est pas marquÃ©e pour Ãªtre retirÃ©ele tableau n'est pas une l-valeur dans l'expression conditionnellele non membre %qs ne peut pas Ãªtre dÃ©clarÃ© %<mutable%>la fonction non membre %qD ne peut pas avoir de qualificatif CVla fonction non membre %qD ne peut pas avoir de qualificatif de rÃ©fÃ©rencela dÃ©claration du patron non membre de %qDl'entrÃ©e %d qui n'est pas une zone mÃ©moire doit rester en mÃ©moirefonction non imbriquÃ©e avec un type modifiÃ© par une variablele membre non objet %qs ne peut pas Ãªtre dÃ©clarÃ© %<mutable%>le type non-objective-c Â«Â %TÂ Â» ne peut Ãªtre interceptÃ©le non paramÃ¨tre %qs ne peut pas Ãªtre un paquet de paramÃ¨tresl'argument de %<__builtin_launder%> n'est pas un pointeurnon registre comme membre de gauche d'une opÃ©ration binairenon registre comme membre de gauche dans une opÃ©ration ternairenon registre comme membre de gauche d'une opÃ©ration unaireBIT_FIELD_REF, IMAGPART_EXPR ou REALPART_EXPR non scalairetype non scalairesuffixe non standard sur une constante en virgule flottantele membre constant non statique %q#D dans la classe sans un constructeurle membre constant non statique %q#D ne peut utiliser l'opÃ©rateur d'affectation par dÃ©fautle membre de donnÃ©e non statique %q+D dans une union ne peut pas avoir le type rÃ©fÃ©rencÃ© %qTle membre non statique %qE est dÃ©clarÃ© %<concept%>le membre non statique %qE est dÃ©clarÃ© %<constexpr%>membre de donnÃ©e non statique dÃ©clarÃ© avec %qT comme espace rÃ©servÃ©les initialisations de membres de donnÃ©es non statiques sont uniquement disponibles avec -std=c++11 ou -std=gnu++11la dÃ©claration non statique de %q+D suit une dÃ©claration statiqueinitialisation non statique d'un membre de tableau flexiblela rÃ©fÃ©rence non statique %q#D dans la classe sans un constructeurle membre par rÃ©fÃ©rence non statique %q#D ne peut utiliser l'opÃ©rateur d'affectation par dÃ©faut%qD n'est pas un patron mais il est utilisÃ© comme patrontype non patron %qT utilisÃ© comme un patronla dÃ©claration non locale au thread de %q#D suit la dÃ©claration locale au threadla dÃ©claration non locale au thread de %q+D suit une dÃ©claration locale au threadBIT_FIELD_REF, IMAGPART_EXPR ou REALPART_EXPR pas au plus haut niveauconversion non triviale dans l'affectationconversion non triviale dans une opÃ©ration unaireles initialisations par dÃ©signation non triviales ne sont pas supportÃ©esla spÃ©cialisation partielle du non type %qD n'est pas permisenon variable %qD dans la dÃ©claration avec plus d'une dÃ©claration contenant un type Ã  remplacernon vecteur CONSTRUCTOR avec des Ã©lÃ©mentsopÃ©randes non vectoriels dans une comparaison vectorielleindex de tableau non constant dans l'initialisationla liste des sorties de la boucle %d n'est pas vide mais des sorties ne sont pas enregistrÃ©esÃ©tiquette non locale argument non null %qD comparÃ© Ã  NULLun argument non nul a un numÃ©ro d'opÃ©rande invalide (argument %lu)un argument non nul rÃ©fÃ©rence un opÃ©rande qui n'est pas un pointeur (argument %lu, opÃ©rande %lu)un argument non nul a un numÃ©ro d'opÃ©rande hors des bornes (argument %lu, opÃ©rande %lu)attribut non nul sans argument sur un non-prototypela normalisation s'oppose Ã  la mise Ã  l'Ã©chelle
! combinaison de types pas permise dans BIT_INSERT_EXPRpas configurÃ© pour l'ABI SPEpas configurÃ© pour le jeu d'instructions SPEpas configurÃ© avec le suffixe d'en-tÃªtes sysrootpas assez de boucles DO pour la boucle %s !$ACC LOOP Ã  %Lpas assez de boucle DO pour le %s coalescÃ© Ã  %Lpas assez d'argumentspas assez d'arguments Ã  retournerpas assez de boucles Â«Â forÂ Â» Ã  combinerpas assez de boucles parfaitement imbriquÃ©espas assez d'informations sur le typepas assez d'arguments variables pour insÃ©rer une sentinellenotenote: argument nul lÃ  oÃ¹ un non-nul est requis (argument %lu)pointeur de destination nullchaÃ®ne de format nullepointeur nulldÃ©rÃ©fÃ©rencement d'un pointeur nullle nombre doit Ãªtre 0 ou 1le nombre d'arguments ne concorde pas avec celui du prototype internele nombre d'arguments ne concorde pas avec celui du prototypele nombre d'annotations des bb dans la chaÃ®ne des insn (%d) != n_basic_blocks (%d)le nombre d'Ã©lÃ©ments du vecteur n'est pas une puissance de deuxle nombre d'Ã©lÃ©ments du vecteur n'est pas une puissance de deuxnombre de compteurs est %d au lieu de %dle nombre de rÃ©sultats ne correspond pas au nombre de valeursle nombre de variables dans la clause %<depend(sink)%> ne correspond pas au nombre de variables d'itÃ©rationsl'argument numÃ©rique de l'attribut %qE doit Ãªtre dans la plage 0..63objc++-cpp-output est dÃ©prÃ©ciÃ©; utilisez plutÃ´t objective-c++-cpp-outputobjc-cpp-output est dÃ©prÃ©ciÃ©; utilisez plutÃ´t objective-c-cpp-outputl'objet n'est pas une mÃ©thodeobjet manquant dans l'usage de %qEla propriÃ©tÃ© de l'objet %qD n'a pas d'attribut %<assign%>, %<retain%> ou %<copy%>; on suppose que c'est %<assign%>l'objet de type %qT ne correspond pas au nom du destructeur ~%qTun objet avec un type modifiÃ© par une variable ne peut pas avoir de classe de liaisonune dÃ©claration de mÃ©thode objective-c est attendueun ou des argument(s) de message objective-c++ est/sont attendu(s)rÃ©cepteur de message objective-c++ attenduune dÃ©claration de mÃ©thode objective-c++ est attenduecode de format Maverick Â«Â %cÂ Â» obsolÃ¨teutilisation de l'option -I- obsolÃ¨te, veuillez utiliser -iquote Ã  la placeutilisation obsolÃ¨te d'une initialisation dÃ©signÃ©e avec %<:%>utilisation obsolÃ¨te d'une initialisation dÃ©signÃ©e sans %<=%>la variable en ligne %qD utilisÃ©e par odr n'est pas dÃ©finiele compilateur de dÃ©chargement %s n'a pas Ã©tÃ© trouvÃ©le dÃ©calage %qwi est hors des limites de la chaÃ®ne constantele dÃ©calage excÃ¨de 16 octetsle dÃ©calage relatif de %qD n'est pas compatible avec l'ABI et peut changer dans une version future de GCCl'offset du champ de bits compactÃ© %qD a changÃ© dans GCC 4.4l'utilisation de offsetof Ã  l'intÃ©rieur du type %qT (qui ne respecte pas l'agencement standard) est indÃ©finiancienne dÃ©claration %q#DdÃ©finition de fonction selon l'ancien styledÃ©claration de paramÃ¨tres selon l'ancien style dans la dÃ©finition de fonction prototypÃ©el'opÃ©rande omis au milieu de %<?:%> ne peut pas Ãªtre dÃ©corÃ©un des arguments de l'appel de l'initialisation devrait Ãªtre %<&omp_priv%>un des arguments de l'appel de l'initialisation devrait Ãªtre %<omp_priv%> ou %<&omp_priv%>seules les rÃ©gions %<distribute%> ou %<parallel%> sont autorisÃ©es Ã  Ãªtre strictement imbriquÃ©es Ã  l'intÃ©rieur d'une rÃ©gion %<teams%>seuls les fanions %<inbranch%> et %<notinbranch%> sont permis pour l'attribut %<__simd__%>seulement %u noms fournis alors que %qT se dÃ©compose en %wu Ã©lÃ©mentsseul 0.0 peut Ãªtre chargÃ© comme valeur immÃ©diateseuls des types d'objets Objective-C peuvent Ãªtre qualifiÃ©s avec un protocoleseul l'attribut %<fallthrough%> peut Ãªtre appliquÃ© Ã  une instruction nulleseuls les constructeurs prennent des initialisions membresseuls les dÃ©clarations de constructeurs et les opÃ©rateurs de conversion peuvent Ãªtre %<explicit%>seuls des appels de fonctions peuvent Ãªtre dÃ©marrÃ©s en parallÃ¨leuniquement ici comme amiseul un type de retour %<auto%> Ã©vident peut Ãªtre dÃ©duit en %<void%>seules les variables non initialisÃ©es peuvent Ãªtre placÃ©es dans une section .bssseules les variables non initialisÃ©es peuvent Ãªtre placÃ©es dans la section .noinitseulement les alias faibles sont supportÃ©s dans cette configurationseuls les initialiseurs Ã  zÃ©ro sont autorisÃ©s dans la section %qstype de vecteur opaque ne peut Ãªtre initialisÃ©un spÃ©cificateur enum opaque doit utiliser un simple identificateurspÃ©cificateur enum opaque sans noml'ouverture de %s a Ã©chouÃ©: %souverture de /dev/zero: %mouverture de la liste de sortie LTRANS %s: %mouverture du fichier de dÃ©pendances %s: %mouverture du fichier de sortie %qs: %souverture du fichier de sortie %s: %ml'opÃ©rande %d devrait Ãªtre une valeur immÃ©diate non signÃ©e sur 3 bitsl'opÃ©rande %d devrait Ãªtre une valeur immÃ©diate non signÃ©e sur 6 bitsl'opÃ©rande %d devrait Ãªtre une valeur immÃ©diate non signÃ©e sur 8 bitsl'opÃ©rande 1 devrait Ãªtre une valeur immÃ©diate non signÃ©e sur 3 bitsl'opÃ©rande 1 devrait Ãªtre une valeur non signÃ©e sur 3 bits (I0-I7)l'opÃ©rande 2 devrait Ãªtre une valeur paire sur 3 bits (sous-registre 0,2,4,6)l'opÃ©rande 2 devrait Ãªtre une valeur non signÃ©e sur 3 bits (I0-I7)l'opÃ©rande 2 devrait Ãªtre une valeur non signÃ©e sur 3 bits (sous-registre 0-7)l'opÃ©rande 2 devrait Ãªtre une valeur non signÃ©e sur 8 bitsl'opÃ©rande 3 devrait Ãªtre une valeur non signÃ©e sur 3 bits (I0-I7)l'opÃ©rande 3 devrait Ãªtre une valeur non signÃ©e sur 8 bitsl'opÃ©rande 4 devrait Ãªtre une valeur non signÃ©e sur 8 bits (0-255)la contrainte de l'opÃ©rande contient un %<+%> ou un %<-%> incorrectement positionnÃ©les contraintes de l'opÃ©rande pour %<asm%> diffÃ¨rent en nombre d'alternativesl'opÃ©rande de l'instruction Â«Â sleepÂ Â» doit Ãªtre une constante non signÃ©e sur 6 bits disponible lors de la compilationl'opÃ©rande n'est pas du code de condition, code d'opÃ©rande Â«Â %cÂ Â» invalidel'opÃ©rande n'est pas du code de condition, code d'opÃ©rande Â«Â DÂ Â» invalidel'opÃ©rande n'est pas du code de condition, code d'opÃ©rande Â«Â YÂ Â» invalidel'opÃ©rande n'est pas un entier spÃ©cifique, code d'opÃ©rande Â«Â RÂ Â» invalidel'opÃ©rande n'est pas un entier spÃ©cifique, code d'opÃ©rande Â«Â rÂ Â» invalidel'opÃ©rande n'est pas un entier, code d'opÃ©rande Â«Â KÂ Â» invalidel'opÃ©rande n'est pas un entier, code d'opÃ©rande Â«Â RÂ Â» invalidel'opÃ©rande n'est pas une rÃ©fÃ©rence mÃ©moire avec dÃ©calage, code d'opÃ©rande Â«Â HÂ Â» invalidel'opÃ©rande doit Ãªtre une valeur immÃ©diate de la bonne taillenumÃ©ro dâ€™opÃ©rande manquant aprÃ¨s %%-lettrenumÃ©ro dâ€™opÃ©rande hors limitele numÃ©ro d'opÃ©rande est hors limites dans le formatnumÃ©ro d'opÃ©rande spÃ©cifiÃ© pour un format n'acceptant aucun argumentnumÃ©ro d'opÃ©rande spÃ©cifiÃ© avec une affectation supprimÃ©el'opÃ©rande de l'expression fold n'a aucun paquet de paramÃ¨tres non dÃ©roulÃ©le type %qT de l'opÃ©rande est incompatible avec l'argument %d de %qEles types des opÃ©randes sont %qT et %qTles opÃ©randes de %T/%t doivent Ãªtre reg + const_int:les opÃ©randes de ?: ont les types diffÃ©rents %qT et %qTl'opÃ©ration sur %qE est peut Ãªtre non dÃ©finiel'attribut d'optimisation sur %qD suit la dÃ©finition mais l'attribut ne correspond pasincohÃ©rence d'un attribut au niveau de l'optimisationl'optimisation peut Ã©liminer les lectures ou les Ã©critures dans les variables-registresl'option %qs est valide pour %s mais pas pour %sl'option %s n'est pas supportÃ©e avec -fopenaccoption("%s") a dÃ©jÃ  Ã©tÃ© spÃ©cifiÃ©argument optionneloptions activÃ©esÂ : options ou cibles manquantes aprÃ¨s %qsoptions passÃ©esÂ : les arguments ordonnÃ©s ont besoin d'une expression entiÃ¨re constante positivecomparaison ordonnÃ©e d'un pointeur avec un zÃ©ro entiercomparaison ordonnÃ©e d'un pointeur avec un pointeur nulle %<default%> original est icila dÃ©claration originale apparaÃ®t icila dÃ©finition originale apparaÃ®t icidÃ©fini initialement icil'appel de fonction initialement indirect n'est pas pris en compte pour la mise en lignespÃ©cifiÃ© initialement iciconstruction %qs orphelinel'autre correspondance est iciaurait dÃ» correspondre Ã  la mÃ©thode virtuelle %qD mais ce n'est pas le casl'accÃ¨s hors limites peut Ãªtre Ã©liminÃ© par l'optimisationle %<__transaction_cancel%> extÃ©rieur n'est pas Ã  l'intÃ©rieur d'un %<__transaction_atomic%> extÃ©rieurle bloc extÃ©rieur de la rÃ©gion %i n'est pas bontransaction extÃ©rieure dans une fonction %<transaction_may_cancel_outer%>transaction extÃ©rieure dans une fonction %<transaction_safe%>transaction extÃ©rieure dans une transactionla contrainte de sortie %d ne peut pas Ãªtre spÃ©cifiÃ©e avec le registre Ã©crasÃ© Â«Â %sÂ Â»la contrainte de sortie %d doit spÃ©cifier un seul registrela contrainte de sortie %qc pour l'opÃ©rande %d n'est pas au dÃ©butle fichier de sortie %s existe dÃ©jÃ  dans le dossier %sfichier de sortie non spÃ©cifiÃ©nom du fichier de sortie spÃ©cifiÃ© deux foisla sortie numÃ©ro %d n'est pas directement adressablel'opÃ©rande de sortie %d doit utiliser la contrainte %<&%>il manque un %<=%> Ã  la contrainte de l'opÃ©rande de sortiel'opÃ©rande de sortie est une constante dans %<asm%>les registres de sortie doivent Ãªtre regroupÃ©s en haut de la pileoutput_move_singleÂ :dÃ©bordement dans la dimension du tableaudÃ©bordement dans l'expression constantedÃ©bordement dans les valeurs de l'Ã©numÃ©rationdÃ©bordement dans les valeurs de l'Ã©numÃ©ration Ã  %qDdÃ©bordement dans la conversion implicite de la constantedÃ©bordement de la liste d'arguments de sortie pour %qsnom de fonction surchargÃ©e %qE dans la clause %qsfonction surchargÃ©e sans information contextuelle de typele contrÃ´le de la surcharge (override/final) est uniquement disponible avec -std=c++11 ou -std=gnu++11dans la surcharge de %qD dÃ©clarÃ© %<transaction_safe%>surcharge la fonction supprimÃ©e %q+Dsurcharge la fonction virtuelle %q+Dsurcharge la fonction non supprimÃ©e %q+Dargument d'expansion du paquet pour le paramÃ¨tre non paquet %qD du patron d'alias %qDargument d'expansion du paquet pour le paramÃ¨tre non paquet %qD du concept %qDl'expansion de paquets dans une dÃ©claration Â«Â usingÂ Â» est uniquement disponible avec -std=c++1z ou -std=gnu++1zl'attribut Â«Â packedÂ Â» provoque un alignement inefficacel'attribut Â«Â packedÂ Â» entraÃ®ne un alignement inefficace pour %q+Dl'attribut Â«Â packedÂ Â» provoque un alignement inefficace pour %qEl'attribut Â«Â packedÂ Â» n'est pas nÃ©cessairel'attribut Â«Â packedÂ Â» n'est pas nÃ©cessaire pour %q+Dl'attribut Â«Â packedÂ Â» n'est pas nÃ©cessaire pour %qEremplissage de la taille du Â«Â structÂ Â» jusqu'Ã  la frontiÃ¨re d'alignementremplissage du Â«Â structÂ Â» pour aligner %q+Dle paramÃ¨tre %P a un type incomplet %qTle paramÃ¨tre %P de %qD a un type incomplet %qTparamÃ¨tre %q+D dÃ©clarÃ© %<_Noreturn%>paramÃ¨tre %q+D dÃ©clarÃ© %<inline%>le paramÃ¨tre %q+D n'a qu'une dÃ©claration anticipÃ©eparamÃ¨tre %qD dÃ©clarÃ© avec le type Â«Â voidÂ Â»le paramÃ¨tre %qD a un type incompletle paramÃ¨tre %qD inclut un pointeur vers un tableau %qT dont les bornes sont inconnuesle paramÃ¨tre %qD inclut une rÃ©fÃ©rence vers un tableau %qT dont les bornes sont inconnuesle paramÃ¨tre %qD est incorrectement dÃ©clarÃ© comme type de mÃ©thodele paramÃ¨tre %qD est initialisÃ©le paramÃ¨tre %qD est dÃ©fini mais pas utilisÃ©le paramÃ¨tre %qP de %qD pourrait Ãªtre un candidat pour un attribut de formatle paramÃ¨tre %u (%q+D) a un type incompletle paramÃ¨tre %u (%q+D) a le type voidle paramÃ¨tre %u a un type incompletle paramÃ¨tre %u a le type voidparamÃ¨tre dÃ©clarÃ© %<auto%>la liste de paramÃ¨tres ne correspond pas Ã  la signature de %s()le paramÃ¨tre ne peut pas avoir le type %qT modifiÃ© par une variablele paramÃ¨tre pourrait Ãªtre un candidat pour un attribut de formatnom du paramÃ¨tre manquant dans la liste des paramÃ¨tresnom de paramÃ¨tre omisnoms de paramÃ¨tres (sans type) dans la dÃ©claration de fonctionle paquet de paramÃ¨tres %q+D doit Ãªtre Ã  la fin de la liste des paramÃ¨tres du patronle paquet de paramÃ¨tres %qD ne peut pas avoir d'argument par dÃ©fautl'argument %qE du paquet de paramÃ¨tres doit Ãªtre Ã  la fin de la liste des arguments du patronl'argument %qT du paquet de paramÃ¨tres doit Ãªtre Ã  la fin de la liste des arguments du patronle paquet de paramÃ¨tres ne peut pas avoir d'argument par dÃ©fautles paquets de paramÃ¨tres ne sont pas Ã©tendus avec %<...%>le passage de paramÃ¨tre pour l'argument de type %qT a changÃ© dans GCC 7.1argument de type dÃ©rivÃ© paramÃ©trisÃ©le sous-programme parent ne peut pas Ãªtre mis en ligneles parenthÃ¨ses autour de %qE ne peuvent pas Ãªtre utilisÃ©es pour former un pointeur vers une fonction membredes parenthÃ¨ses sont requises autour de ce littÃ©ral composite pour Ã©viter des ambiguÃ¯tÃ©s dans l'analyseune initialisation entre parenthÃ¨ses n'est pas permise dans une boucle %<for%> de OpenMPune initialisation entre parenthÃ¨ses n'est pas permise dans une boucle Â«Â forÂ Â»initialisation entre parenthÃ¨ses dans le Â«Â newÂ Â» du tableauerreur d'analyse dans l'instruction SELECT TYPE Ã  %Cerreur d'analyse dans la liste des arguments du patronla spÃ©cialisation partielle %q+D ne spÃ©cialise aucun argument du patronla spÃ©cialisation partielle %q+D ne spÃ©cialise aucun argument du patron et n'a pas plus de contrainte quela spÃ©cialisation partielle de %qD n'est pas plus spÃ©cialisÃ©e quespÃ©cialisation partielle %qT dÃ©clarÃ©e %<friend%>la spÃ©cialisation partielle n'est pas plus spÃ©cialisÃ©e que le patron primaire car elle remplace des paramÃ¨tres multiples par une expansion d'un paquetspÃ©cialisation partielle de %qD aprÃ¨s l'instanciation de %qDune partition a Ã©tÃ© trouvÃ©e mais le fanion de partition de fonction n'est pas misl'Ã©tape %qs n'a pas Ã©tÃ© trouvÃ©e mais elle est rÃ©fÃ©rencÃ©e par la nouvelle Ã©tape %qsl'Ã©tape %s ne supporte pas le clonagel'Ã©tape %s a besoin d'une implÃ©mentation de set_pass_param pour gÃ©rer l'argument supplÃ©mentaire dans NEXT_PASSle passage de %qT comme argument %<this%> abandonne les qualificatifsle passage de %qT choisi %qT au lieu de %qTpassage de NULL pour l'argument non pointeur %P de %qDle passage de l'argument %d de %qE abandonne les qualificatifs du type cible du pointeurpassage de l'argument %d de %qE comme %<float%> au lieu de %<double%> Ã  cause du prototypepassage de l'argument %d de %qE comme %qT au lieu de %qT Ã  cause du prototypepassage de l'argument %d de %qE comme complexe au lieu de flottant Ã  cause du prototypepassage de l'argument %d de %qE comme complexe au lieu d'entier Ã  cause du prototypepassage de l'argument %d de %qE comme flottant au lieu de complexe Ã  cause du prototypepassage de l'argument %d de %qE comme flottant au lieu d'entier Ã  cause du prototypepassage de l'argument %d de %qE comme entier au lieu de complexe Ã  cause du prototypepassage de l'argument %d de %qE comme entier au lieu de flottant Ã  cause du prototypepassage de l'argument %d de %qE comme signÃ© Ã  cause du prototypepassage de l'argument %d de %qE comme un non signÃ© Ã  cause du prototypepasser l'argument %d de %qE abandonne le qualificatif %qv du type pointÃ©passage de l'argument %d de %qE depuis un type Objective-C distinctpassage de l'argument %d de %qE depuis un type pointeur incompatiblepassage de l'argument %d de %qE depuis un pointeur vers un espace d'adresses non fermÃ©passer l'argument %d de %qE ajoute le qualificatif %q#v au pointeur de fonction qui n'avait pas de qualificatifle passage de l'argument %d de %qE transforme un pointeur en entier sans transtypagele passage de l'argument %d de %qE transforme un entier en pointeur sans transtypagepassage de l'argument %d de %qE avec des largeurs diffÃ©rentes Ã  cause du prototypel'argument %i est passÃ© Ã  un paramÃ¨tre avec un qualificatif restrictif alors qu'il est Ã©galement passÃ© dans l'argument %Zl'argument %i est passÃ© Ã  un paramÃ¨tre avec un qualificatif restrictif alors qu'il est Ã©galement passÃ© dans les arguments %Zpassage des arguments Ã  l'Ã©lision du constructeur hÃ©ritÃ© %qDle passage d'objets du type %q#T non trivialement copiables au travers de %<...%> est supportÃ© conditionnellementpassage d'un argument trop grand sur la pilele pragma pch_preprocess ne devrait Ãªtre utilisÃ© qu'avec -fpreprocessedpÃ©dantpÃ©dant: vous avez peut-Ãªtre besoin d'arguments de patron explicites dans votre spÃ©cificateur de nom imbriquÃ©vous voulez peut-Ãªtre ajouter %<%T::%> explicitementerreur de permissionpermerreur: Ã©chec de pex_init: %mles indications de contraintes ne sont pas satisfaitesl'opÃ©rateur Â«Â newÂ Â» avec placement construit un tableau d'objets de type %qT et de taille %qwu dans une rÃ©gion de type %qT et de taille %qwil'opÃ©rateur Â«Â newÂ Â» avec placement construit un objet de type %<%T [%wu]%> et de taille %qwu dans une rÃ©gion de type %qT et de taille %qwil'opÃ©rateur Â«Â newÂ Â» avec placement construit un objet de type %qT et de taille %qwu dans une rÃ©gion de type %qT et de taille %qwile greffon %s n'est pas sous une licence compatible avec GPL
  %sle greffon %s a enregistrÃ© une fonction de rappel nulle pour l'Ã©vÃ©nement %sle greffon %s devrait Ãªtre spÃ©cifiÃ© avant -fplugin-arg-%s dans la ligne de commandele greffon %s a Ã©tÃ© spÃ©cifiÃ© avec des chemins diffÃ©rents:
  %s
  %sle greffon ne peut pas enregistrer une Ã©tape manquantele greffon ne peut pas enregistrer une Ã©tape sans nomle greffon ne peut enregistrer l'Ã©tape %qs sans nom d'Ã©tape de rÃ©fÃ©rencele support des greffons est dÃ©sactivÃ©; configurez avec --enable-pluginpointeurargument pointeurl'arithmÃ©tique de pointeur pour des objets collectÃ©s par le ramasse-miettes est interditaffectation de pointeurles limites du pointeur ont Ã©tÃ© perdues Ã  cause de l'expression inattendue %sun pointeur du type %<void *%> est utilisÃ© dans une arithmÃ©tiquepointeur de type %<void *%> utilisÃ© dans une soustractionl'offset du pointeur par rapport au symbole peut Ãªtre incorrectrÃ©sultat pointeur ou allouableles types ciblÃ©s par les pointeurs sont incompatibles en C++un pointeur visant l'espace d'adresses %qs doit Ãªtre Â«Â constÂ Â» dans %qTun pointeur visant l'espace d'adresses %qs doit Ãªtre const dans le/la %s %q+Dles cibles pointÃ©es dans l'affectation diffÃ¨rent dans la plage signÃ©eles cibles pointÃ©es dans l'initialisation diffÃ¨rent dans la plage signÃ©eles cibles pointÃ©es dans le passage de l'argument %d de %qE diffÃ¨rent dans la plage signÃ©eles cibles pointÃ©es dans le retour diffÃ¨rent dans la plage signÃ©eun pointeur vers une fonction est utilisÃ© dans une arithmÃ©tiquepointeur vers une fonction utilisÃ© dans une soustractionle pointeur vers le tableau perd le qualificatif dans l'expression conditionnellele pointeur vers le type d'interface n'a pas de mÃ©thodeconversion d'un pointeur vers un membre via la base virtuelle %qTle pointeur vers le type membre %qT est incompatible avec le type d'objet %qTnon concordance de type de pointeurs dans une expression conditionnellevaleur de pointeur utilisÃ©e lÃ  oÃ¹ un complexe Ã©tait attenduvaleur de pointeur utilisÃ©e lÃ  oÃ¹ une valeur en virgule flottante Ã©tait attenduele pointeur vers la fonction membre %E ne peut Ãªtre appelÃ© sans un objet; utilisez .* ou ->*le type pointeur vers une fonction membre %qT requiert une l-valeurle type pointeur vers une fonction membre %qT requiert une r-valeurnon concordance entre un pointeur et un entier dans une expression conditionnelleles pointeurs ne sont pas permis comme valeurs de Â«Â caseÂ Â»des pointeurs vers des tableaux avec des qualificatifs diffÃ©rents sont incompatibles en C ISOpointeurs vers des espaces d'adresses disjoints utilisÃ©s dans une expression conditionnelleargument polymorphiquela position plus la taille dÃ©passe la taille de l'objet rÃ©fÃ©rencÃ© dans BIT_FIELD_REFle code indÃ©pendant de la position n'est pas supportÃ©le code indÃ©pendant de la position requiert %qsle code indÃ©pendant de la position requiert l'ABI Linuxinitialisation par position de champs dans une %<struct%> qui est dÃ©clarÃ©e avec l'attribut %<designated_init%>problÃ¨me possible dÃ©tectÃ© dans l'invocation de l'opÃ©rateur delete[]:problÃ¨me possible dÃ©tectÃ© dans l'invocation de l'opÃ©rateur delete:le post-incrÃ©ment d'adresse n'est pas un registre%qD suffixÃ© doit prendre %<int%> comme argument%qD suffixÃ© doit prendre %<int%> comme second argument%qD suffixÃ© devrait retourner %qTdÃ©rÃ©fÃ©rencement d'un pointeur potentiellement nullle pragma simd est ignorÃ© car -fcilkplus n'est pas activÃ©le pragma simd doit Ãªtre Ã  l'intÃ©rieur de la fonctionle prÃ©-dÃ©crÃ©ment d'adresse n'est pas un registrele prÃ©-incrÃ©ment d'adresse n'est pas un registreprÃ©cisionprÃ©cision dans le format de printftype arithmÃ©tique %qT prÃ©dÃ©clarÃ© dans %<#pragma omp declare reduction%>type arithmÃ©tique prÃ©dÃ©clarÃ© dans %<#pragma omp declare reduction%>instruction Thumb Ã©tablieinstruction Ã©tablie dans la sÃ©quence conditionnelleallouer de prÃ©fÃ©rence des registres qui autorisent la gÃ©nÃ©ration d'instructions courtes.%qD prÃ©fixÃ© devrait retourner %qTles attributs de prÃ©fixes sont ignorÃ©s avant %<@%D%>les attributs de prÃ©fixes sont ignorÃ©s pour les implÃ©mentationsles attributs de prÃ©fixes sont ignorÃ©s pour les mÃ©thodesprev_bb de %d devrait Ãªtre %d, pas %d%<#pragma omp declare reduction%> prÃ©cÃ©dentdÃ©claration %<pragma omp declare reduction%> prÃ©cÃ©dentedÃ©claration prÃ©cÃ©dentedÃ©claration prÃ©cÃ©dente de %q#DdÃ©claration prÃ©cÃ©dente de %qDla dÃ©claration prÃ©cÃ©dente %qD utilisait %d paramÃ¨tre dans le patronla dÃ©claration prÃ©cÃ©dente %qD utilisait %d paramÃ¨tres dans le patrondÃ©clarÃ© prÃ©cÃ©demment en tant que %q#DdÃ©claration prÃ©cÃ©dente icidÃ©claration prÃ©cÃ©dente de %<%c%E%>dÃ©claration prÃ©cÃ©dente de %<%c%E%> comme %<@optional%>dÃ©claration prÃ©cÃ©dente de %<%c%E%> comme %<@required%>dÃ©claration prÃ©cÃ©dente de %<%c%s%>dÃ©claration prÃ©cÃ©dente de %DdÃ©claration prÃ©cÃ©dente de %q+Dla dÃ©claration prÃ©cÃ©dente de %q+D Ã©tait icidÃ©claration prÃ©cÃ©dente de %qDla dÃ©claration prÃ©cÃ©dente de %qD Ã©tait icidÃ©claration prÃ©cÃ©dente de %qEla dÃ©claration prÃ©cÃ©dente de l'espace de noms %qD est icidÃ©claration prÃ©cÃ©dente avec la classe de liaison %qLdÃ©finition prÃ©cÃ©dente icidÃ©finition prÃ©cÃ©dente de %q#Tla dÃ©finition prÃ©cÃ©dente de %q+D Ã©tait icila dÃ©finition prÃ©cÃ©dente de %qD Ã©tait icidÃ©claration externe prÃ©cÃ©dente de %q#Dla dÃ©claration implicite prÃ©cÃ©dente de %q+D Ã©tait icila dÃ©claration prÃ©cÃ©dente de la non fonction %q+#Dla dÃ©finition non prototype prÃ©cÃ©dente est icila spÃ©cification prÃ©cÃ©dente dans %q#D est iciprÃ©cÃ©demment dÃ©clarÃ©e iciprÃ©cÃ©demment dÃ©fini iciprÃ©cÃ©demment dÃ©fini ici comme %sprÃ©cÃ©demment utilisÃ©e icile patron primaire %qDle patron primaire icimembre privÃ© %q#D dans une structure anonymemembre privÃ© %q#D dans une union anonymeproblÃ¨me lors de la construction de l'image cible pour %s
*************** Utilisez l'option -mcpu pour dÃ©finir l'
*** 2479,2485 ****
  la mise Ã  l'Ã©chelle s'oppose Ã  la normalisation, ignorÃ©
  schedule %<auto%> ne prend pas de paramÃ¨tre %<chunk_size%>schedule %<runtime%> ne prend pas de paramÃ¨tre %<chunk_size%>l'expression de taille des tranches d'ordonnancement doit Ãªtre un entierla portÃ©e %qT avant %<~%> n'est pas un nom de classel'Ã©numÃ©ration %qT dans une portÃ©e limitÃ©e est passÃ©e au travers de ... en tant que %qT avant -fabi-version=6 et en tant que %qT aprÃ¨sles enums fortement typÃ©s sont uniquement disponibles avec -std=c++11 ou -std=gnu++11non concordance entre un enum simple et un enum fortement typÃ© pour %q#Tle deuxiÃ¨me argument doit Ãªtre une tranche ou une chaÃ®nele deuxiÃ¨me argument de %q+D devrait Ãªtre %<char **%>le deuxiÃ¨me argument de %<__builtin_call_with_static_chain%> doit Ãªtre un type pointeurle deuxiÃ¨me argument de %<__builtin_prefetch%> doit Ãªtre une constantele deuxiÃ¨me argument de %<va_arg%> est du type incompatible %qTle deuxiÃ¨me argument de la fonction %qE doit Ãªtre une constante entiÃ¨re qui est une puissance de 2 comprise entre %qi et %qu bitsle deuxiÃ¨me argument de vec_vextract4b doit Ãªtre 0..12le deuxiÃ¨me opÃ©rande de %<offsetof%> n'est ni un simple identificateur ni une sÃ©quence d'accÃ¨s aux membres et de rÃ©fÃ©rences de tableauxle deuxiÃ¨me opÃ©rande de l'expression conditionnelle ne peut rÃ©soudre l'adresse de la fonction surchargÃ©ele deuxiÃ¨me opÃ©rande de l'expression conditionnelle n'a pas d'effetle deuxiÃ¨me opÃ©rande de l'expression conditionnelle est une rÃ©fÃ©rence, pas un appel, Ã  la fonction %qEle deuxiÃ¨me opÃ©rande de l'opÃ©rateur conditionnel a le type %<void%> mais le troisiÃ¨me opÃ©rande n'est ni une expression qui gÃ©nÃ¨re une exception ni le type %<void%>le deuxiÃ¨me paramÃ¨tre de %<va_start%> n'est pas le dernier argument nommÃ©les ancres de sections doivent Ãªtre dÃ©sactivÃ©es quand la rÃ©organisation au plus haut niveau est dÃ©sactivÃ©eles ancres de sections doivent Ãªtre dÃ©sactivÃ©es quand unit-at-a-time (une unitÃ© Ã  la fois) est dÃ©sactivÃ©l'argument de l'attribut de section n'est pas une constante de type chaÃ®ne de caractÃ¨resl'attribut de section ne peut pas Ãªtre spÃ©cifiÃ© pour des variables localesl'attribut de section n'est pas permis pour %q+Dles attributs de sections ne sont pas supportÃ©s pour cette ciblela section de %q+D ne peut pas Ãªtre contournÃ©ela section de %q+D est en conflit avec la dÃ©claration prÃ©cÃ©dentela section de l'alias %q+D doit correspondre Ã  la section de sa cibleconflit du type de sectionconflit du type de section avec %Dles options fp16 sÃ©lectionnÃ©es sont incompatiblessÃ©lecteur doit Ãªtre un immÃ©diatle sÃ©lecteur doit Ãªtre une constante entiÃ¨re dans la plage 0..%wila comparaison avec soi-mÃªme retourne toujours fauxla comparaison avec soi-mÃªme retourne toujours vrailes auto-tests ne sont pas activÃ©s dans cet exÃ©cutableauto-tests incompatibles avec -Efixer le nombre de nops a Ã©mettre avant chaque motif d'insn.setjmp/longjmp Ã  l'intÃ©rieur d'une construction simdle nom du Â«Â setterÂ Â» doit Ãªtre terminÃ© par %<:%>initialisation de la limite maximale de la taille du fichier de vidange (core file): %mla dÃ©claration masquÃ©e est icimasquage de la fonction interne %q#Dmasquage de la fonction %q#D de la bibliothÃ¨quemasque la dÃ©claration prÃ©cÃ©dente du type de %q#Dinformation sur le nom SSA partagÃ©shared et mdll ne sont pas compatiblescall_stmt partagÃ©:shared n'est pas supportÃ©rtx partagÃ©le compteur du nombre de dÃ©calages n'est pas un entier non signÃ©l'expression de dÃ©calage %q+E dÃ©bordedÃ©calage d'un opÃ©rande non entiertrop peu de donnÃ©es lues en lisant les donnÃ©es d'exportshow_array_ref(): RÃ©fÃ©rence de tableau inconnueshow_array_spec(): Type de forme de tableau pas gÃ©rÃ©.show_code_node(): Mauvais code d'instructionshow_expr(): Mauvais intrinsÃ¨que dans l'expressionÂ !show_expr(): Ne sais pas comment afficher l'expressionshow_ref(): Mauvais code de composantarÃªtes Â«Â sibcallÂ Â» (appel d'une fonction similaire en fin de fonction) pour une insn qui n'est pas un appel dans le bb %iles effets de bords n'ont pas Ã©tÃ© recalculÃ©s quand ADDR_EXPR a changÃ©Ã©lÃ©ment avec des effets de bord dans un CONSTRUCTOR sans effets de bordla plage signÃ©e du type et le mode machine %qs ne correspondent pasIF simplesimplify_intrinsic_op(): Mauvais opÃ©rateursimplify_min_max(): Mauvais type dans la liste d'argumentsl'attribut target_clones isolÃ© est ignorÃ©la taille du tableau dans Â«Â newÂ Â» doit avoir un type entierdÃ©saccord de taille dans l'argument %d de %qEla taille de %q+D est de %d octetsla taille de %q+D est plus grande que %wd octetsla taille de %qD diffÃ¨re de la taille de la dÃ©claration originalela taille du tableau %qD a le type non entier %qTla taille du tableau %qD est nÃ©gativela taille du tableau %qD n'est pas une expression constante de type entierla taille du tableau %qE a un type incompletla taille du tableau %qE a un type qui n'est pas un entierla taille du tableau %qE est nÃ©gativela taille du tableau %qE est trop grandela taille du tableau a le type non entier %qTla taille du tableau est nÃ©gativela taille du tableau n'est pas une expression constante entiÃ¨rela taille du tableau est trop grandela taille de la boucle %d devrait Ãªtre %d, et non %dla valeur retournÃ©e par %q+D a une taille de %u octetsla taille de la valeur retournÃ©e par %q+D est supÃ©rieure Ã  %wd octetsla taille des blocs pour le dÃ©coupage de boucle en blocs (loop blocking).la taille du type %qT est trop grande (%qE octets)la taille du tableau sans nom a un type incompletla taille du tableau sans nom a un type qui n'est pas un entierla taille du tableau sans nom est nÃ©gativela taille du tableau sans nom est trop grandela taille de la variable %q+D est trop grandeniveau d'optimisation de taille: 0:aucune 1: opportuniste 2: regalloc 3: abandonner alignement, -Os.les plages de tailles de l'option %qs devraient Ãªtre croissantessizeof(long double) vaut 12.sizeof(long double) vaut 16.une tranche peut uniquement Ãªtre comparÃ©e Ã  nulla capacitÃ© de la tranche doit Ãªtre un entierla fin de la tranche doit Ãªtre un entiertranche d'une valeur qui ne peut pas Ãªtre adressÃ©eainsi, toute instanciation avec un paquet de paramÃ¨tres non vide serait mal formÃ©esoft-float et long-double-128 sont incompatiblesdÃ©solÃ©, non implÃ©mentÃ©dÃ©solÃ©, pas implÃ©mentÃ©: dÃ©solÃ©: les sÃ©mantiques de la fonction statique en ligne %q#D sont erronÃ©es (vous obtiendrez de multiples copies)dÃ©solÃ©: les sÃ©mantiques de la variable en ligne %q#D sont erronÃ©es (vous obtiendrez de multiples copies)la source est un pointeur vers un type incompletla source n'est pas un pointeurla source n'est pas un pointeur vers une classela source n'est pas de type Â«Â classÂ Â»la source est d'un type Â«Â classÂ Â» incompletl'emplacement des sources de la fonction %qE a changÃ©, les donnÃ©es de profilage sont pÃ©rimÃ©esle type source n'est pas polymorphiqueun appel Ã  une fonction dÃ©marrÃ©e en parallÃ¨le ne peut pas faire partie d'une expression avec une virgulela spec %qs a un %<%%0%c%> invalidela spec %qs a un %<%%W%c%> invalidela spec %qs a un %<%%x%c%> invalidespec %qs invalideÃ©chec du spec: %<%%*%> n'a pas Ã©tÃ© initialisÃ© par concordance du patronÃ©chec de spec: plus d'un argument Ã  SYSROOT_HEADERS_SUFFIX_SPECÃ©chec de spec: plus d'un argument Ã  SYSROOT_SUFFIX_SPECÃ©chec de spec: option de spec %qc non reconnuele fichier de spec n'a pas de spÃ©cification pour l'Ã©dition de liensspec est Â«Â %sÂ Â»
  
! le commutateur gÃ©nÃ©rÃ© par la spec est un simple %<-%>spec_dimen_size(): Mauvaise dimensionspÃ©cialisation de %qT aprÃ¨s instanciation %qTspÃ©cialisation de %qD aprÃ¨s instanciationspÃ©cialisation de %qD dans diffÃ©rents espaces de nomsla spÃ©cialisation de %qD doit apparaÃ®tre dans la portÃ©e de l'espace de nomsspÃ©cialisation de %qT aprÃ¨s instanciationspÃ©cialisation du patron d'alias %qDspÃ©cialisation d'une fonction membre spÃ©ciale dÃ©clarÃ©e implicitementspÃ©cialisation du concept de variable %q#DspÃ©cialisation du patron de variable %qD dÃ©clarÃ© comme une fonctionspÃ©cialisation de %q#T dans diffÃ©rents espaces de nomsla syntaxe %<template<>%> est requise pour spÃ©cialiser %<%T::%E%>la limite spÃ©cifiÃ©e (%wu) est Ã©gale Ã  la taille de la destinationla limite spÃ©cifiÃ©e %wu excÃ¨de %<INT_MAX%>la limite spÃ©cifiÃ©e %wu excÃ¨de la taille maximale de l'objet (%wu)la limite spÃ©cifiÃ©e %wu dÃ©passe la taille %wu de l'objet de destinationle mode spÃ©cifiÃ© est trop petit pour les valeurs de l'Ã©numÃ©rationoption %qs spÃ©cifiÃ©e plus d'une foisspÃ©cifier les types vectoriels avec __attribute__ ((mode)) est obsolÃ¨tela syntaxe des specs %%include est mal formÃ©e aprÃ¨s %ld caractÃ¨resla syntaxe des specs %%rename est mal formÃ©e aprÃ¨s %ld caractÃ¨resla spÃ©cification des specs %s Ã  renommer n'a pas Ã©tÃ© trouvÃ©efichier de specs mal composÃ© aprÃ¨s %ld caractÃ¨rescommande specs %% inconnue aprÃ¨s %ld caractÃ¨resle %<>>%> est faux, utilisez %<>%> pour terminer la liste d'arguments du patrondes caractÃ¨res %<%%%> douteux traÃ®nent dans le formatla trame de pile doit Ãªtre plus petite que 64Kla trame de pile n'est pas un multiple de 8 octets: %wdla trame de pile n'est pas un multiple de 8 octets: %wdtrame de pile trop grandela valeur de protection de la pile doit Ãªtre une puissance de 2l'expression limitant la pile n'est pas supportÃ©eles limites de la pile ne sont pas supportÃ©es sur cette ciblele sondage de la pile requiert %<-maccumulate-outgoing-args%> pour Ãªtre correctele sondage de la pile requiert %<target("accumulate-outgoing-args")%> pour Ãªtre correctela protection de la pile ne protÃ¨ge pas la fonction: tous les tableaux locaux font moins de %d octets de longueurla protection de la pile ne protÃ¨ge pas les variables locales: tampon de longueur variableregistre de pile utilisÃ© pour une variable-registre globalela taille de la pile doit Ãªtre une puissance de 2la taille de la pile doit Ãªtre plus grande que la valeur de la protection de la pilela taille de la pile ne peut pas Ãªtre plus grande que 64kle calcul de l'utilisation de la pile n'est pas supportÃ© pour cette ciblel'utilisation de la pile est de %wd octetsl'utilisation de la pile pourrait Ãªtre de %wd octetsl'utilisation de la pile pourrait peut-Ãªtre ne pas avoir de limitestack_offset doit Ãªtre un multiple de 4stack_offset doit Ãªtre au moins 4trame de pile trop grande: %d octetsles conversions standard ne sont pas permises dans ce contextele dÃ©but du fragment RTL doit Ãªtre sur une ligne avant la finLe dÃ©but de la boucle DO implicite Ã  %L n'a pas pu Ãªtre simplifiÃ©e en une valeur constantel'index de dÃ©part et la longueur sont nÃ©cessaires pour utiliser la notation tableau dans les pointeurs ou les enregistrementsl'index de dÃ©part et la longueur sont nÃ©cessaires pour utiliser la notation tableau avec un tableau dont la limite est inconnuel'index de dÃ©part et la longueur sont nÃ©cessaires pour utiliser la notation des tableaux dans des tableaux sans dimensionl'index de dÃ©part et la longueur sont nÃ©cessaires pour utiliser la notation des tableaux dans les pointeursl'index de dÃ©part et la longueur sont nÃ©cessaires pour utiliser la notation des tableaux dans des tableaux de longueur variablel'indice de dÃ©part de la notation triplet du tableau n'est pas un entierle dÃ©but et la fin du fragment RTL sont dans des fichiers diffÃ©rentsl'instruction ne peut rÃ©soudre l'adresse de la fonction surchargÃ©el'instruction n'a pas d'effetl'instruction est une rÃ©fÃ©rence, pas un appel, Ã  la fonction %qEl'instruction n'est pas une expression constanteune instruction est marquÃ©e comme produisant une exception au milieu du blocl'instruction est marquÃ©e comme produisant une exception mais elle ne le fait pasl'instruction utilise un nom SSA libÃ©rÃ©:l'instruction ne sera jamais exÃ©cutÃ©edÃ©claration sans effetles expressions-instructions ne sont pas permises en dehors des fonctions ni dans les listes d'arguments du patronle %qs statique ne peut pas Ãªtre dÃ©clarÃ© %<mutable%>la dÃ©claration IO statique pour %q+D a besoin d'une adressel'assertion statique a Ã©chouÃ©Ã©chec de l'assertion statique: %El'assertion statique a Ã©chouÃ©: %schaÃ®ne statique avec une fonction qui n'en utilise pasmembre de donnÃ©e statique %qD dans une classe sans nommembre statique %qE dÃ©clarÃ© %<concept%>la dÃ©claration statique de %q+D suit une dÃ©claration non statiquel'initialisation statique de la variable %q+D dans la mÃ©moire %<.shared%> n'est pas supportÃ©estatic n'est pas supportÃ© sur TPF-OSle membre statique %qD ne peut pas Ãªtre un champ de bitsmembre statique %qD dÃ©clarÃ© %<register%>la fonction membre statique %q#D est dÃ©clarÃ©e avec des qualificatifs de typela fonction membre statique %qD ne peut pas avoir de qualificatif CVla fonction membre statique %qD ne peut pas avoir de qualificatif de rÃ©fÃ©renceÂ«Â staticÂ Â» ou qualificatifs de type dans un dÃ©clarateur de tableau n'Ã©tant pas un paramÃ¨treun static_assert sans message est uniquement disponible avec -std=c++1z ou -std=gnu++1zutiliser Â«Â static_castÂ Â» pour transtyper du type %qT vers le type %qT Ã©limine les qualificatifsinstance allouÃ©e statiquement de la classe Objective-C %qEles attributs stdcall et cdecl sont incompatiblesles attributs stdcall et fastcall sont incompatiblesles attributs stdcall et thiscall sont incompatiblesLe pas de la boucle DO implicite Ã  %L n'a pas pu Ãªtre simplifiÃ©e en une valeur constantela taille du pas doit Ãªtre une expression constante entiÃ¨re ou une variable entiÃ¨reinstruction (%p) marquÃ©e comme modifiÃ©e aprÃ¨s l'Ã©tape d'optimisation: fanion volatile de l'instruction pas Ã  jourinstruction avec un mauvais VUSEla classe de stockage %<__thread%> est invalide pour la fonction %qsla classe de stockage %<auto%> est invalide pour la fonction %qsla classe de stockage %<register%> est invalide pour la fonction %qsla classe de stockage %<thread_local%> est invalide pour la fonction %qsclasse de stockage %qD appliquÃ©e Ã  l'instanciation du patronclasse de stockage spÃ©cifiÃ©e pour %qsclasse de stockage spÃ©cifiÃ©e pour le paramÃ¨tre %qEclasse de stockage spÃ©cifiÃ©e pour le paramÃ¨tre %qsclasse de stockage spÃ©cifiÃ©e pour le champ de la structureclasse de stockage spÃ©cifiÃ©e pour le champ de la structure %qEclasse de stockage spÃ©cifiÃ©e pour le paramÃ¨tre %qs du patronclasse de stockage spÃ©cifiÃ©e pour un typenameclasse de stockage spÃ©cifiÃ©e pour le paramÃ¨tre sans nomspÃ©cificateurs de classe de stockage invalides dans les dÃ©clarations de fonctions amiesspÃ©cificateurs de classe de stockage invalides dans la dÃ©claration des paramÃ¨tresla taille de stockage de %q+D n'est pas une constantela taille de stockage de %q+D est inconnuela taille de stockage de %qD n'est pas constantela taille de stockage de %qD n'est pas connuenom de pÃ©riphÃ©rique %qs Ã©trange aprÃ¨s %qs: mauvais caractÃ¨re %qcle nom de stratÃ©gie %qs spÃ©cifiÃ© pour l'option %qs n'est pas supportÃ© pour du code 32 bits%<,%> Ã©garÃ©e Ã  la fin de la dÃ©claration du membre%<@%> Ã©garÃ© dans le programme%<\%o%> Ã©garÃ© dans le programme%qc Ã©garÃ© dans le programme%qs Ã©garÃ© entre des mÃ©thodes Objective-C++%qs Ã©garÃ© dans le programmela mise en ligne du sous processus a Ã©chouÃ©ela mise en ligne du sous processus a Ã©tÃ© tuÃ©e par un signalles formats de strftime ne peuvent pas formater d'argumentsle pas de la notation triplet d'un tableau n'est pas un entierla chaÃ®ne de longueur %qd est plus grande que la longueur %qd que les compilateurs C%d ISO doivent supporterchaÃ®ne littÃ©rale dans la signature du patron de la fonctionun Â«Â usingÂ Â» fort est dÃ©prÃ©ciÃ©, utilisez plutÃ´t un espace de noms en ligneun Â«Â usingÂ Â» fort n'a de sens qu'au niveau de l'espace de nomsl'affectation avec transtypage fort a Ã©tÃ© interceptÃ©eun transtypage fort pourrait Ãªtre nÃ©cessaireÂ«Â structÂ Â» dÃ©fini icila structure n'a aucun membrela structure n'a aucun membre nommÃ©l'alignement de la structure doit Ãªtre une petite puissance de 2, pas %dchamp de structurela frontiÃ¨re de la taille de la structure peut seulement Ãªtre 8 ou 32la frontiÃ¨re de la taille de la structure peut seulement Ãªtre 8, 32 ou 64le fichier include %s du sous-framework est en conflit avec le fichier include du frameworkle sous-programme %q+F n'est pas marquÃ© comme Ã©tant Inlinele sous-programme %q+F n'est pas marquÃ© comme Ã©tant Inline_Alwaysindice manquant dans la rÃ©fÃ©rence du tableaula valeur indicÃ©e n'est ni un tableau ni un pointeurla valeur de l'indice n'est ni un tableau ni un pointeur ni un vecteurla valeur de l'indice est un pointeur vers une fonctionl'accÃ¨s indicÃ© du tableau est dÃ©clarÃ© %<register%>accolades suggÃ©rÃ©es autour du corps vide de l'instruction %<do%>accolades suggÃ©rÃ©es autour du corps vide d'une instruction %<else%>accolades suggÃ©rÃ©es autour du corps vide d'une instruction %<if%>des accolades explicites sont suggÃ©rÃ©es autour du corps vide de l'instruction %<do%>des accolades explicites sont suggÃ©rÃ©es pour Ã©viter toute ambiguÃ¯tÃ© sur le %<else%>parenthÃ¨ses suggÃ©rÃ©es autour de %<&&%> Ã  l'intÃ©rieur de %<||%>parenthÃ¨ses suggÃ©rÃ©es autour de %<+%> dans l'opÃ©rande de %<&%>parenthÃ¨ses suggÃ©rÃ©es autour de %<+%> Ã  l'intÃ©rieur de %<<<%>parenthÃ¨ses suggÃ©rÃ©es autour de %<+%> Ã  l'intÃ©rieur de %<>>%>parenthÃ¨ses suggÃ©rÃ©es autour de %<-%> dans l'opÃ©rande de %<&%>parenthÃ¨ses suggÃ©rÃ©es autour de %<-%> Ã  l'intÃ©rieur de %<<<%>parenthÃ¨ses suggÃ©rÃ©es autour de %<-%> Ã  l'intÃ©rieur de %<>>%>parenthÃ¨ses suggÃ©rÃ©es autour de l'expression %<>>%>parenthÃ¨ses suggÃ©rÃ©es autour de l'arithmÃ©tique dans l'opÃ©rande de %<^%>parenthÃ¨ses suggÃ©rÃ©es autour de l'arithmÃ©tique dans l'opÃ©rande de %<|%>parenthÃ¨ses suggÃ©rÃ©es autour de l'affectation utilisÃ©e comme valeur dans une conditionparenthÃ¨ses suggÃ©rÃ©es autour de la comparaison dans l'opÃ©rande de %<!=%>parenthÃ¨ses suggÃ©rÃ©es autour de la comparaison dans l'opÃ©rande de %<&%>parenthÃ¨ses suggÃ©rÃ©es autour de la comparaison dans l'opÃ©rande de %<==%>parenthÃ¨ses suggÃ©rÃ©es autour de la comparaison dans l'opÃ©rande de %<^%>parenthÃ¨ses suggÃ©rÃ©es autour de la comparaison dans l'opÃ©rande de %<|%>parenthÃ¨ses suggÃ©rÃ©es autour de l'opÃ©rande de %<!%> ou changez %<&%> en %<&&%> ou %<!%> en %<~%>parenthÃ¨ses suggÃ©rÃ©es autour de l'opÃ©rande de %<!%> ou changez %<|%> en %<||%> ou %<!%> en %<~%>alternative suggÃ©rÃ©e:alternatives suggÃ©rÃ©es:alternatives suggÃ©rÃ©es: %qssupport du mode %qsarchitectures de cÅ“urs supportÃ©es:%sl'option %<-mcustom-%s%> est en conflit avec l'option %<-mcustom-%s%>l'option %<-mcustom-%s%> n'a pas d'effet Ã  moins que -ffinite-math-only soit spÃ©cifiÃ©l'option %<-mcustom-%s%> n'a pas d'effet Ã  moins que -fno-math-errno soit spÃ©cifiÃ©l'option %<-mcustom-%s%> n'a pas d'effet Ã  moins que -funsafe-math-optimizations soit spÃ©cifiÃ©l'option %<-mcustom-%s%> est requise pour la virgule flottante en double prÃ©cisionla valeur %2$d de l'option %<-mcustom-%1$s%> doit Ãªtre comprise entre 0 et 255le commutateur %qs ne dÃ©bute pas par %<-%>l'option %qs n'est plus supportÃ©el'option -mcpu=%s est en conflit avec l'option -march=%sla condition du Â«Â switchÂ Â» a une valeur boolÃ©ennele Â«Â switchÂ Â» saute dans l'expression d'une instructionle Â«Â switchÂ Â» passe outre l'initialisation d'une variablele Â«Â switchÂ Â» n'a pas de branche par dÃ©fautla quantitÃ© du switch n'est pas un entierle Â«Â switchÂ Â» dÃ©bute icil'instruction Â«Â switchÂ Â» d'une taille de %lu entrÃ©es est trop grandesymbole utilisÃ© comme opÃ©rande immÃ©diatsymbole utilisÃ© conjointement avec des registres de base et d'indexsymbole avec offset utilisÃ© en mode PICles rÃ©fÃ©rences mÃ©moire symboliques sont uniquement supportÃ©es sur z10 ou ultÃ©rieursymtab_node::verify a Ã©chouÃ©la mÃ©thode synthÃ©tisÃ©e %qD est requise ici pour la premiÃ¨re fois Ã©chec de sysctl pour kern.osversion: %mle chemin systÃ¨me %qs n'est pas absoluprise de l'adresse du destructeur %qEprise de l'adresse du destructeur %qEprise de l'adresse d'une expression de type %<void%>prise de l'adresse du temporaireprise de l'adresse d'un tableau temporaireprise de l'adresse d'une x-valeur (rÃ©fÃ©rence Ã  une r-valeur)prendre l'adresse d'une Ã©tiquette n'est pas standardla cible %s %qs n'accepte pas d'argumentla cible %s %qs n'autorise pas de forme nÃ©gativela cible %2$qs pour %1$s est invalidela cible %s %s=%s n'est pas valablele processeur cible ne supporte pas ARMle processeur cible ne supporte pas les extensions de sÃ©curitÃ© ARMv8-Mle processeur cible ne supporte pas les instructions THUMBle processeur cible ne supporte pas l'interopÃ©rabilitÃ©le processeur cible ne supporte pas les accÃ¨s non alignÃ©sle systÃ¨me d'exploitation cible ne supporte pas les accÃ¨s non alignÃ©sargument ciblel'attribut cible n'est pas supportÃ© sur cette machinel'attribut cible ou le pragma change l'ABI AltiVecl'attribut cible ou le pragma change l'ABI SPEl'attribut cible ou le pragma change l'ABI darwin64l'attribut cible ou le pragma change la virgule flottante double prÃ©cisionl'attribut cible ou le pragma change la taille du double longl'attribut cible ou le pragma change la virgule flottante simple prÃ©cisionla cible ne supporte pas la mise Ã  jour atomique du profilage, le mode simple est sÃ©lectionnÃ©la cible ne supporte pas le rÃ©partiteur de version de fonctionle format cible ne supporte pas l'infinila cible n'est pas un pointeur ni une rÃ©fÃ©rencela cible n'est pas un pointeur ni une rÃ©fÃ©rence Ã  une classela cible n'est pas un pointeur ni une rÃ©fÃ©rence Ã  un type completla cible de la conversion pourrait Ãªtre une candidate pour un attribut de formatla cible de l'initialisation pourrait Ãªtre une candidate pour un attribut de formatla fonction intÃ©grÃ©e spÃ©cifique Ã  la cible n'est pas disponibleoption spÃ©cifique Ã  la cible incohÃ©rentele systÃ¨me cible ne supporte pas la sortie de dÃ©bogagele systÃ¨me cible ne supporte par le format de dÃ©bogage %qscible le simulateur logiciel.patron %qD dÃ©clarÃ©patron %qE dans la clause %qsl'argument %d du patron est invalidel'argument %qE du patron implique des paramÃ¨tres du patronl'argument du patron pour %qD utilise le type local %qTargument du patron requis pour %<%s %T%>les arguments du patron %qD ne correspondent pas Ã  ceux du patron original %qDpatron de classe sans nomÃ©chec de la contrainte du patrondÃ©claration de patron de %<typedef%>dÃ©claration du patron de %q#DdÃ©finition de patron d'un non patron %q#Dla profondeur d'instanciation du patron excÃ¨de le maximum qui est %d (utilisez -ftemplate-depth= pour augmenter le maximum)la profondeur d'instanciation du patron excÃ¨de le maximum de %d lors de l'instanciation de %q+D, peut-Ãªtre via la gÃ©nÃ©ration de la table virtuelle (utilisez -ftemplate-depth= pour augmenter le maximum)paramÃ¨tre %q+#D du patronle paramÃ¨tre de patron %qD est dÃ©clarÃ© icile paramÃ¨tre %qD du patron, du type %qT, n'est pas permis dans une expression constante intÃ©grale parce qu'il n'est pas d'un type intÃ©gral ou Ã©numÃ©rÃ©liste de paramÃ¨tres de patron utilisÃ©e dans une instanciation explicitela liste des paramÃ¨tres du patron fournie ne correspond pas aux paramÃ¨tres du patron de %qDle paquet de paramÃ¨tres %qD du patron ne peut pas avoir d'argument par dÃ©fautle paquet de paramÃ¨tres du patron ne peut pas avoir d'argument par dÃ©fautles paquets de paramÃ¨tres des patrons ne peuvent pas avoir d'arguments par dÃ©fautle type paramÃ¨tre du patron %qT est dÃ©clarÃ© %<friend%>les paramÃ¨tres du patron ne peuvent pas Ãªtre amisles paramÃ¨tres du patron ne correspondent pas au patron %qDles paramÃ¨tres du patron ne peuvent pas Ãªtre dÃ©duits dans la spÃ©cialisation partielle:l'espace rÃ©servÃ© par le type %qT dans le patron doit Ãªtre suivi d'un simple declarator-idla spÃ©cialisation du patron de %qD n'est pas permise par le C++ ISOspÃ©cialisation de patron avec Ã©dition de liens CspÃ©cificateurs de patron pas spÃ©cifiÃ©s dans la dÃ©claration de %qDles paramÃ¨tres de type du patron doivent utiliser le mot-clÃ© %<class%> ou %<typename%>patron avec liaison Ctemplate-id %qD pour %q+D ne concorde avec aucune dÃ©claration de patrontemplate-id %qD dans la dÃ©claration de patron primairetemplate-id %qD utilisÃ© comme un dÃ©clarateurparamÃ¨tre-patron-les patrons ne peuvent pas Ãªtre %<virtual%>temporaire du type %qT non littÃ©ral dans une expression constante%<operator?:%> ternaire%<operator?:%> ternaire dans %<%E ? %E : %E%>le format de dÃ©bogage Â«Â %sÂ Â» ne peut pas Ãªtre utilisÃ© avec des en-tÃªtes prÃ©compilÃ©sl'attribut %<getter%> ne peut Ãªtre spÃ©cifiÃ© qu'une seule foisl'attribut %<interrupt%> requiert un processeur MIPS32r2 ou supÃ©rieurl'attribut %<setter%> ne peut Ãªtre spÃ©cifiÃ© qu'une seule foisl'attribut %qE requiert des argumentsl'architecture %qs ne supporte pas %<-m%s=2008%>l'architecture %qs ne supporte pas %<-m%s=legacy%>l'architecture %qs ne supporte pas %<-mfp32%>l'architecture %qs ne supporte pas les instructions DSPl'architecture %qs ne supporte pas les instructions de branchement probablel'architecture %qs ne supporte pas les instructions madd ou msubl'architecture %qs ne supporte pas les registres impairs en simple prÃ©cisionl'architecture %qs ne supporte pas les instructions en simple prÃ©cision appariÃ©es (paired-single)l'architecture %qs ne supporte pas l'instruction syncile fanion Â«Â Â» de printfle fanion Â«Â !Â Â» de strfmonle fanion Â«Â #Â Â» de printfle fanion Â«Â #Â Â» de strftimele fanion Â«Â 'Â Â» de printfla fanion Â«Â 'Â Â» de scanfle fanion Â«Â (Â Â» de strfmonle fanion Â«Â +Â Â» de printfle fanion Â«Â +Â Â» de strfmonle fanion Â«Â -Â Â» de printfle fanion Â«Â -Â Â» de strfmonle fanion Â«Â -Â Â» de strftimele fanion Â«Â 0Â Â» de printfle fanion Â«Â 0Â Â» de strftimele modificateur Â«Â EÂ Â» de strftimele fanion Â«Â IÂ Â» de printfle fanion Â«Â IÂ Â» de scanfle modificateur Â«Â OÂ Â»le modificateur Â«Â OÂ Â» de strftimele fanion Â«Â ^Â Â» de strfmonla fanion Â«Â ^Â Â» de strftimele fanion Â«Â _Â Â» de strftimele fanion Â«Â aÂ Â» de scanfla fanion Â«Â mÂ Â» de scanfle fanion Â«Â qÂ Â» de diagnostiquel'option -shared n'est actuellement pas supportÃ©e pour un ELF VAX.l'ABI pour passer des agrÃ©gats avec un alignement sur %d octets a changÃ© avec GCC 5l'ABI pour passer des agrÃ©gats de flottants homogÃ¨nes a changÃ© avec GCC 5l'ABI pour passer une structure possÃ©dant un tableau flexible comme membre a changÃ© dans GCC 4.4l'ABI pour passer une structure possÃ©dant un nombre dÃ©cimal complexe comme membre a changÃ© dans GCC 4.4l'ABI pour passer une union avec un double long a changÃ© dans GCC 4.4le processeur RX100 n'a pas d'unitÃ© mathÃ©matique matÃ©riellele processeur RX200 n'a pas d'unitÃ© mathÃ©matique matÃ©riellel'adresse de %qD sera toujours Ã©valuÃ©e comme Ã©tant %<true%>l'adresse de %qD ne sera jamais NULLl'adresse d'une Ã©tiquette ne peut pas apparaÃ®tre dans une expression constantela fonctionnalitÃ© de suppression d'affectation de scanfl'appel requiert ifunc qui n'est pas supportÃ© par cette ciblela combinaison de %qs et %qs est incompatible avec %qsla comparaison sera toujours %<false%> car l'adresse de %qD ne sera jamais NULLla comparaison sera toujours %<true%> car l'adresse de %qD ne sera jamais NULLle compilateur peut supposer que l'adresse de %qD sera toujours Ã©valuÃ©e Ã  %<true%>le compilateur peut supposer que l'adresse de %qD ne sera jamais NULLle composant %qs est un type PRIVATE et ne peut pas Ãªtre un composant de %qs, qui est PUBLIC Ã  %Lle type en conflit dÃ©fini dans une autre unitÃ© de traductionle type en conflit dÃ©fini dans une autre unitÃ© de traduction a une table virtuelle d'une taille diffÃ©rentele type en conflit dÃ©fini dans une autre unitÃ© de traduction a une table virtuelle avec un contenu diffÃ©rentle type en conflit dÃ©fini dans une autre unitÃ© de traduction a une table virtuelle avec plus d'entrÃ©esle type en conflit dÃ©fini dans une autre unitÃ© de traduction avec des informations RTTI diffÃ©rentesle flot de contrÃ´le de la fonction %qE ne correspond pas aux donnÃ©es de profilage (compteur %qs)le dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_sll_pi16 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_sll_pi32 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_sll_si64 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_slli_pi16 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_slli_pi32 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_slli_si64 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_sra_pi16 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_sra_pi32 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_sra_si64 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_srai_pi16 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_srai_pi32 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_srai_si64 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_srl_pi16 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_srl_pi32 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_srl_si64 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_srli_pi16 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_srli_pi32 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_srli_si64 dans le codela syntaxe pointÃ©e n'est pas disponible en Objective-C 1.0l'Ã©lision dans %qD n'est pas hÃ©ritÃ©ela base supplÃ©mentaire est dÃ©finie icile cinquiÃ¨me argument doit Ãªtre une valeur immÃ©diate sur 8 bitsle premier argument d'un VEC_COND_EXPR doit Ãªtre d'un type vectoriel boolÃ©en du mÃªme nombre d'Ã©lÃ©ments que le rÃ©sultatla premiÃ¨re diffÃ©rence des dÃ©finitions correspondantes est le champ %qDla premiÃ¨re diffÃ©rence des dÃ©finitions correspondantes est la mÃ©thode %qDle premier paramÃ¨tre de %<operator new%> ne peut pas avoir d'argument par dÃ©fautle quatriÃ¨me argument doit Ãªtre une Ã©chelle 1, 2, 4, 8la taille de trame de %wd octets est plus grande que %wd octetsl'argument immÃ©diat doit Ãªtre une valeur immÃ©diate sur 4 bitsl'argument immÃ©diat doit Ãªtre une valeur immÃ©diate sur 5 bitsl'argument immÃ©diat doit Ãªtre une valeur immÃ©diate sur 8 bitsle type incomplet dÃ©fini dans une autre unitÃ© de traductionle type incompatible est dÃ©fini icila lambda n'a pas de capture par dÃ©fautle dernier argument doit Ãªtre une valeur immÃ©diate sur 1 bitle dernier argument doit Ãªtre une valeur immÃ©diate sur 2 bitsle dernier argument doit Ãªtre une valeur immÃ©diate sur 3 bitsle dernier argument doit Ãªtre une valeur immÃ©diate sur 32 bitsle dernier argument doit Ãªtre une valeur immÃ©diate sur 4 bitsle dernier argument doit Ãªtre une valeur immÃ©diate sur 5 bitsle dernier argument doit Ãªtre une valeur immÃ©diate sur 1 bitle dernier argument doit Ãªtre une valeur immÃ©diate sur 8 bitsle dernier argument doit Ãªtre une Ã©chelle 1, 2, 4, 8l'agencement des agrÃ©gats contenant des vecteurs alignÃ©s sur %d octets a changÃ© avec GCC 5le m210 ne supporte pas les systÃ¨mes petits-boutistesle nom dÃ©corÃ© de %qD a changÃ© entre -fabi-version=%d (%D) et -fabi-version=%d (%D)le nom dÃ©corÃ© de %qD change entre -fabi-version=%d (%D) et -fabi-version=%d (%D)le nom dÃ©corÃ© de %qD change entre -fabi-version=%d et -fabi-version=%dle nom dÃ©corÃ© d'un fragment pour %qD change entre -fabi-version=%d et -fabi-version=%dle nom dÃ©corÃ© de la variable de protection de l'initialisation pour %qD change entre -fabi-version=%d et -fabi-version=%dla valeur maximale pour la derniÃ¨re plage de taille de l'option %qs devrait Ãªtre -1l'avant dernier argument doit Ãªtre une valeur immÃ©diate sur 8 bitsl'opÃ©rande omis au milieu de ?: sera toujours %<vrai%>, il est suggÃ©rÃ© de spÃ©cifier explicitement l'opÃ©rande du milieule programme devrait aussi dÃ©finir %qDla plage du dÃ©compte doit Ãªtre entre 0 et 32. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_ror_pi16 dans le code.la plage du dÃ©compte doit Ãªtre entre 0 et 32. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_ror_pi32 dans le code.la plage du dÃ©compte doit Ãªtre entre 0 et 32. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_rori_pi16 dans le code.la plage du dÃ©compte doit Ãªtre entre 0 et 32. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_rori_pi32 dans le code.la plage du dÃ©compte doit Ãªtre entre 0 et 64. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_ror_si64 dans le code.la plage du dÃ©compte doit Ãªtre entre 0 et 64. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_rori_si64 dans le code.la plage du masque doit Ãªtre entre 0 et 255la plage du sÃ©lecteur doit Ãªtre entre 0 et 1la plage du sÃ©lecteur doit Ãªtre entre 0 et 3la plage du sÃ©lecteur doit Ãªtre entre 0 et 7le registre spÃ©cifiÃ© pour %q+D n'est pas accessible par la cible actuellele registre spÃ©cifiÃ© pour %q+D n'est pas assez gÃ©nÃ©ral pour Ãªtre utilisÃ© comme registre de variablele rÃ©sultat de la conversion n'est pas spÃ©cifiÃ© car %qE est en dehors de la plage du type %qTle troisiÃ¨me argument doit Ãªtre une valeur immÃ©diate sur 8 bitsle troisiÃ¨me argument doit Ãªtre une constante de comparaisonle type %qT de la variable constexpr %qD n'est pas littÃ©ralle type devant Ãªtre dÃ©truit est %qT, mais le destructeur rÃ©fÃ¨re Ã  %qTl'utilisation de noms de variables prÃ©fixÃ©s par _OBJC_ pour sÃ©lectionner les sections de mÃ©ta-donnÃ©es est dÃ©prÃ©ciÃ©e dans la version 4.6 et sera supprimÃ©e dans la version 4.7la valeur de %qD n'est pas utilisable dans une expression constantel'argument de xabort doit Ãªtre une valeur immÃ©diate sur 8 bitsil n'y a pas d'argument pour %qD qui dÃ©pend d'un paramÃ¨tre du patron, aussi une dÃ©claration de %qD doit Ãªtre disponiblele troisiÃ¨me argument de %q+D devrait probablement Ãªtre %<char **%>le troisiÃ¨me argument de %<__builtin_prefetch%> doit Ãªtre une constantele troisiÃ¨me argument de Â«Â vec_vinsert4bÂ Â» doit Ãªtre 0..12le troisiÃ¨me opÃ©rande de l'expression conditionnelle ne peut rÃ©soudre l'adresse de la fonction surchargÃ©ele troisiÃ¨me opÃ©rande de l'expression conditionnelle n'a pas d'effetle troisiÃ¨me opÃ©rande de l'expression conditionnelle est une rÃ©fÃ©rence, pas un appel, Ã  la fonction %qEle troisiÃ¨me opÃ©rande de l'opÃ©rateur conditionnel a le type %<void%> mais le deuxiÃ¨me opÃ©rande n'est ni une expression qui gÃ©nÃ¨re une exception ni le type %<void%>cette instruction %qs ne protÃ¨ge pasâ€¦cette fonction interne est seulement disponible sur les fr405 et fr450cette fonction interne est seulement disponible sur le fr450cette fonction interne est seulement disponible sur les fr500 et fr550cette fonction interne n'est pas supportÃ©e pour cette ciblece compilateur ne supporte pas %sce compilateur ne supporte pas PowerPC (fanions arch ignorÃ©s)ce compilateur ne supporte pas X86 (fanions arch ignorÃ©s)cette condition a des branches identiquescette constante dÃ©cimale est non signÃ©e uniquement en C90 ISOcette constante dÃ©cimale serait non signÃ©e en C90 ISOceci est un bogue de GCC qui peut Ãªtre contournÃ© en ajoutant l'attribut utilisÃ© Ã  la fonction appelÃ©ececi est la premiÃ¨re Ã©tiquette Â«Â defaultÂ Â»ceci est la premiÃ¨re entrÃ©e chevauchant cette valeurceci est la insn :cette fonction mÃ©dia est seulement disponible sur les fr400 et fr550cette fonction mÃ©dia est seulement disponible sur le fr500cette instruction peut poursuivre son chemincette cible ne supporte pas %qscette cible est petit-boutiencette machine cible n'a pas de branchements diffÃ©rÃ©sles donnÃ©es COMMON locales au thread ne sont pas implÃ©mentÃ©esla dÃ©claration locale au thread de %q#D suit la dÃ©claration non locale au threadla dÃ©claration locale au thread de %q+D suit une dÃ©claration non locale au threadla variable privÃ©e au thread %qE est utilisÃ©e dans la rÃ©gion ciblela variable privÃ©e au thread %qE est utilisÃ©e dans une tÃ¢che non liÃ©eles expressions Â«Â throwÂ Â» ne sont pas permises dans les boucles marquÃ©es avec le pragma simdthrow appellera toujours terminate()exception gÃ©nÃ©rÃ©e sur un NULL avec le type entier au lieu du type pointeurl'argument de tls_model doit Ãªtre l'une des valeurs Â«Â local-execÂ Â», Â«Â initial-execÂ Â», Â«Â local-dynamicÂ Â» ou Â«Â global-dynamicÂ Â»l'argument de tls_model n'est pas une chaÃ®nepour Ãªtre sÃ»rs, tous les pointeurs intermÃ©diaires dans les transtypages de %qT vers %qT doivent Ãªtre qualifiÃ©s avec %<const%>pour gÃ©nÃ©rer les dÃ©pendances, vous devez spÃ©cifier -M ou -MMpour faire rÃ©fÃ©rence Ã  un membre type d'un paramÃ¨tre de patron, utilisez %<typename %E%>le jeton %u a x-location == %ule jeton %u a x-location == y-location == %ule jeton %u a y-location == %utrop peu d'arguments pour %%:compare-debug-auxbase-opttrop peu d'arguments pour %%:replace-extensiontrop peu d'arguments pour %%:version-comparepas assez d'arguments pour le constructeur %q#Dtrop peu d'arguments pour la fonctiontrop peu d'arguments pour la fonction %<va_start%>trop peu d'arguments pour la fonction %q#Dtrop peu d'arguments pour la fonction %qEtrop peu d'arguments pour la fonction membre %q#Dpas assez d'arguments pour la mÃ©thode %q#Dtrop peu d'expressions pour structtrop peu de listes de paramÃ¨tres de patron dans la dÃ©claration de %qDtrop peu de listes de paramÃ¨tres pour le patrontype de valeur de fonction trop grand, a besoin de %d registres mais seuls %d sont disponiblesil est trop tard pour dÃ©finir le rÃ©pertoire de dÃ©bogage avec la directive #trop d'options pour #pragma pour align=resettrop de clauses %<if%>trop de %<if%> avec le modificateur %qstrop de clauses %<if%> sans modificateurtrop d'arguments pour %<static%>trop de clauses %qstrop d'alternatives dans %<asm%>trop d'argumentstrop d'arguments pour le formattrop d'arguments pour %%:compare-debug-auxbase-opttrop d'arguments pour %%:compare-debug-dump-opttrop d'arguments pour %%:compare-debug-self-opttrop d'arguments pour %%:version-comparetrop d'arguments pour le constructeur %q#Dtrop d'arguments pour la fonctiontrop d'arguments pour la fonction %q#Dtrop d'arguments pour la fonction %qEtrop d'arguments passÃ©s Ã  maketrop d'arguments pour la fonction membre %q#Dtrop d'arguments pour la mÃ©thode %q#Dtrop d'arguments pour la fonction %qEtrop d'arguments pour la fonction surchargÃ©e %strop d'accolades autour de l'initialiseur pour %qTtrop d'arÃªtes de gestion des exceptions dans le bb %itrop d'expressions pour structtrop de noms de fichiers. Tapez %s --help pour connaÃ®tre l'usagetrop d'Ã©lÃ©ments d'initialisation pour %qTtrop de fichiers d'entrÃ©etrop de sorties de boucle enregistrÃ©estrop de parenthÃ¨ses ouvertestrop d'arÃªtes de branchements sortants depuis le bb %itrop de plages de tailles spÃ©cifiÃ©es dans l'option %qstrop d'en-tÃªtes de patrons pour %D (devrait Ãªtre %d)trop de listes de paramÃ¨tres de patron dans la dÃ©claration de %qDtrop de listes de paramÃ¨tres pour le patrontrop de valeurs dans l'instruction de retourtrop de variables pour l'instruction Â«Â rangeÂ Â» avec un canaltrop d'espace de pile Ã  disposer: %dtrop d'espace de pile Ã  prÃ©parer: %dla dÃ©claration de %qs hors de toute fonction spÃ©cifie %<auto%>la rÃ©organisation au plus haut niveau doit Ãªtre dÃ©sactivÃ©e quand unit-at-a-time (une unitÃ© Ã  la fois) est dÃ©sactivÃ©la taille totale des objets locaux est trop grandela taille totale des variables locales excÃ¨de la limite de l'architecturepister les N adresses cibles les plus frÃ©quentes dans le profilage d'appels indirects.le C traditionnel n'a pas d'espace de noms sÃ©parÃ© pour les Ã©tiquettes, l'identificateur %qE est en conflitle C traditionnel rejette les dÃ©finitions de fonctions de style C ISOle C traditionnel rejette l'initialisation automatique d'agrÃ©gatsle C traditionnel rejette l'initialisation des unionsle C traditionnel rejette la concatÃ©nation de chaÃ®nes constantesle C traditionnel rejette le plus unairele type de retour %qT Ã  la fin du guide de dÃ©duction n'est pas une spÃ©cialisation de %qTle type de retour Ã  la fin est uniquement disponible avec -std=c++11 ou -std=gnu++11trampoline gÃ©nÃ©rÃ© pour la fonction imbriquÃ©e %qDla mÃ©moire transactionnelle n'est pas supportÃ©e avec des exceptions sans appelL'intrinsÃ¨que transformationnel %qs Ã  %L n'est pas permis dans une expression d'initialisationle mode de dÃ©routage n'est pas supportÃ© pour les flottants sur VAXvÃ©rification de l'arbre: %s, obtenu %s dans %s, Ã  %s:%dvÃ©rification de l'arbre: accÃ¨s Ã  elt %d de tree_int_cst avec %d elts dans %s, Ã  %s:%dvÃ©rification de l'arbre: accÃ¨s Ã  elt %d de tree_vec avec %d elts dans %s, Ã  %s:%dvÃ©rification de l'arbre: opÃ©rande accÃ©dÃ© %d de %s avec %d opÃ©randes dans %s, Ã  %s:%dvÃ©rification de l'arbre: opÃ©rande accÃ©dÃ© %d de omp_clause %s avec %d opÃ©randes dans %s, Ã  %s:%dvÃ©rification de l'arbre: on n'attendait pas la classe %qs, obtenu %qs (%s) dans %s, Ã  %s:%dvÃ©rification de l'arbre: attendait la classe %qs, obtenu %qs (%s) dans %s, Ã  %s:%dvÃ©rification de l'arbre: n'attendait aucun parmi %s, obtenu %s dans %s, Ã  %s:%dvÃ©rification de l'arbre: attendait omp_clause %s, obtenu %s dans %s, Ã  %s:%dvÃ©rification de l'arbre: attendait un arbre contenant la structure %qs, obtenu %qs dans %s, Ã  %s:%dle code d'arbre %qs n'est pas supportÃ© dans les flux LTOla liste de l'arbre se termine Ã  la profondeur %iarÃªte vrai/faux aprÃ¨s un non GIMPLE_COND dans le bb %dessayez d'enlever les parenthÃ¨ses autour du type-idles instructions Â«Â tryÂ Â» ne sont pas permises dans les boucles marquÃ©es avec #pragma simdessayez d'utiliser %qE Ã  la placetentative d'encoder un type non entier comme un champ de bitsla tentative de terminer la struct a Ã©tÃ© stoppÃ©e nette en raison des erreurs prÃ©cÃ©dentes dans l'analyse syntaxiquetentative de rendre amie la classe %qT au niveau de la portÃ©e globalechaÃ®ne d'ajustement manquante dans l'option (%s)deux %<[%> consÃ©cutifs n'introduiront qu'un attributau moins deux types de donnÃ©es dans la dÃ©claration de %qsdeux types de donnÃ©es ou plus dans le spÃ©cificateur de dÃ©clarationdeux sections ou plus pour %sargument de type %q#T donnÃ© Ã  %<delete%> alors qu'on attendait un pointeurle type %qE a un constructeur dÃ©fini par l'utilisateurle type %qE a un destructeur dÃ©fini par l'utilisateurle type %qE n'a pas de constructeur par dÃ©faut Ã  appelerle type %qE a des fonctions membres virtuellesle type %qT dÃ©fini dans l'espace de noms anonyme ne peut pas correspondre au type de mÃªme nom de l'autre cÃ´tÃ© de la frontiÃ¨re de l'unitÃ© de traductionle type %qT dÃ©fini dans l'espace de noms anonyme ne peut pas correspondre au type %qT de l'autre cÃ´tÃ© de la frontiÃ¨re de l'unitÃ© de traductionle type %qT n'a pas de taille connuele type %qT pour l'instanciation explicite %qD ne correspond pas au type dÃ©clarÃ© %qTle type %qT n'est pas un type de base pour le type %qTle type %qT n'est pas une base directe de %qTle type %qT n'est pas une base directe ou virtuelle de %qTle type %qT est trop grandle type %qT enfreint lui-mÃªme la rÃ¨gle de la dÃ©finition unique du C++le type %qT de l'argument %qE du patron dÃ©pend d'un paramÃ¨tre du patronle type %qT de l'argument %qE du patron dÃ©pend de paramÃ¨tres du patronle type %qT devrait correspondre au type %qTle type %qT enfreint la rÃ¨gle de la dÃ©finition unique du C++le type %qT sans classe de liaison est utilisÃ© pour dÃ©clarer la fonction %q#D avec une classe de liaisonle type %qT sans classe de liaison est utilisÃ© pour dÃ©clarer la variable %q#D avec une classe de liaisonle type %qs n'est pas conforme au protocole %qEassertion de type uniquement valable pour des types d'interfacesles attributs de type sont ignorÃ©s aprÃ¨s que le type ait dÃ©jÃ  Ã©tÃ© dÃ©finile type %<int%> est utilisÃ© par dÃ©faut dans la dÃ©claration de %qEle type %<int%> est utilisÃ© par dÃ©faut dans le nom du typele type n'a pas de mÃ©thodele type est obsolÃ¨tele type est obsolÃ¨te: %sle type n'est pas compatible avec sa variantedÃ©saccord de type entre un SSA_NAME et son symboledÃ©saccord de type pour l'Ã©tiquette du Â«Â caseÂ Â» dans l'instruction Â«Â switchÂ Â»dÃ©saccord de type dans BIT_INSERT_EXPRdÃ©saccord de type dans une expression d'adressedÃ©saccord de type dans la rÃ©fÃ©rence Ã  la plage du tableaudÃ©saccord de type dans la rÃ©fÃ©rence au tableaudÃ©saccord de type dans une expression binairedÃ©saccord de type dans une expression complexedÃ©saccord de type dans la rÃ©fÃ©rence au composantnon concordance de type dans une expression conditionnelledÃ©saccord de type dans une expression multiplier et additionner fusionnÃ©edÃ©saccord de type dans le paquet de paramÃ¨tres non typedÃ©saccord de type dans le paramÃ¨tre %idÃ©saccord de type dans une expression plus pointeurdÃ©saccord de type dans la rÃ©fÃ©rence Ã  la partie rÃ©elle/imaginairedÃ©saccord de type dans une expression SAD (Sum of Absolute Difference = Somme des DiffÃ©rences Absolues)dÃ©saccord de type dans une expression de dÃ©calagedÃ©saccord de type dans une expression de permutation vectorielledÃ©saccord de type dans une expression multiplier et accumuler avec Ã©largissementdÃ©saccord de type dans une expression de dÃ©calage d'un vecteur avec Ã©largissementnon concordance de type avec la dÃ©claration externe prÃ©cÃ©dente de %q#Dle type doit Ãªtre un %<auto%> qualifiÃ© avec CV ou une rÃ©fÃ©rence Ã  un %<auto%> qualifiÃ© avec CVle nom du type %qs devrait correspondre au nom du type %qsnom de type dÃ©clarÃ© comme une fonction retournant une fonctionnom de type dÃ©clarÃ© comme une fonction retournant un tableaule type de %qD devient %<int%> par dÃ©fautle type de %qD ne correspond pas Ã  la dÃ©claration originalele type de %qE est inconnule type du tableau %q+D est complÃ©tÃ© de maniÃ¨re incompatible avec une initialisation implicitele type de l'opÃ©rande asm %qE n'a pas pu Ãªtre dÃ©terminÃ©le type de champ de bit %qs est une extension de GCCle type du paramÃ¨tre formel %d est incompletle type de la propriÃ©tÃ© %qD est en conflit avec la dÃ©claration prÃ©cÃ©dentedÃ©saccord dans la prÃ©cision du type dans l'instruction Â«Â switchÂ Â»les qualificatifs de type sont ignorÃ©s sur le type retournÃ© par la fonctionle type passÃ© au delete vectoriel n'est ni un pointeur ni un type tableaule type transparent %q#T ne peut Ãªtre rendu transparent car le type du premier champ a une ABI diffÃ©rente de la classe gÃ©nÃ©ralele type transparent %q#T n'a aucun champla classe de type transparent %qT a des classes de basela classe de type transparent %qT a des fonctions virtuellesla variante du type diffÃ¨re sur la variante du type a TYPE_METHODSla variante du type a un TREE_TYPE diffÃ©rentla variante du type a un TYPE_BINFO diffÃ©rentla variante du type a un TYPE_FIELDS diffÃ©rentla variante du type a un TYPE_SIZE_UNIT diffÃ©rentla variante du type a un TYPE_VFIELD diffÃ©rentvariante du type avec TYPE_ALIAS_SET_KNOWN_PTREE_TYPE de la variante du typeTYPE_BINFO de la variante du typeTYPE_SIZE_UNIT de la variante du typele type a Ã©tÃ© prÃ©cÃ©demment dÃ©clarÃ© %qETREE_TYPE du typeTYPE_BINFO du typeTYPE_SIZE_UNIT du typeun transtypage Ã  la barbare vers un type incomplet pourrait enfreindre la rÃ¨gle selon laquelle un seul pointeur pointe vers une zone mÃ©moire (strict aliasing).non concordance de type/valeur pour l'argument %d dans la liste des paramÃ¨tres du patron de %qDle typedef %q+D est dÃ©clarÃ© %<_Noreturn%>le typedef %q+D est dÃ©clarÃ© %<inline%>typedef %qD est initialisÃ© (utilisez plutÃ´t __typeof__)typedef %qD est initialisÃ© (utilisez plutÃ´t decltype)le typedef %qD est dÃ©fini localement sans Ãªtre utilisÃ©la dÃ©claration typedef est invalide dans la dÃ©claration du paramÃ¨tretypedef dÃ©clarÃ© %<auto%>le nom du typedef ne peut pas Ãªtre un nom de spÃ©cificateur imbriquÃ©nom du typedef %qD utilisÃ© comme dÃ©claration de destructeurtypeid du type de fonction qualifiÃ© %qTl'expression typeid n'est pas une expression constante car %qE est un type polymorphiqueles types ne sont pas vraiment compatiblesles types diffÃ¨rent sur le type signÃ©/non-signÃ©les types ont des nombres de paramÃ¨tres diffÃ©rentsles types ne peuvent pas Ãªtre dÃ©finis dans les expressions %<decltype%>les types ne peuvent pas Ãªtre dÃ©finis dans des expressions %<noexcept%>les types ne peuvent pas Ãªtre dÃ©finis dans une expression %<typeid%>les types ne peuvent pas Ãªtre dÃ©finis dans un conversion-type-iddes types ne peuvent pas Ãªtre dÃ©finis dans la dÃ©claration d'une instruction Â«Â forÂ Â» parcourant une plageles types ne peuvent pas Ãªtre dÃ©finis dans une expression Â«Â newÂ Â»les types ne peuvent pas Ãªtre dÃ©finis dans un new-type-idles types ne peuvent pas Ãªtre dÃ©finis dans des dÃ©clarations de patrons d'aliasles types ne peuvent pas Ãªtre dÃ©finis dans une spÃ©cification d'exceptionles types ne peuvent pas Ãªtre dÃ©finis dans les transtypagesdes types ne peuvent pas Ãªtre dÃ©finis dans des conditionsdes types ne peuvent pas Ãªtre dÃ©finis dans une liste de types de rÃ©ductionsdes types ne peuvent pas Ãªtre dÃ©finis dans une dÃ©claration d'exceptiondes types ne peuvent pas Ãªtre dÃ©finis dans des types de paramÃ¨tresles types ne peuvent pas Ãªtre dÃ©finis dans les arguments du patrontypespec dans ALLOCATE Ã  %Lincapable de calculer la position rÃ©elle des paramÃ¨tres sur la pileimpossible de dÃ©duire %qT Ã  partir de %qEimpossible de dÃ©duire le type de retour de la lambda Ã  partir de %qEimpossible d'Ã©muler %qsimpossible de trouver un registre Ã  dÃ©verserimpossible de trouver un registre de classe %qs Ã  dÃ©verserimpossible de trouver l'opÃ©rateur littÃ©ral de caractÃ¨re %qD avec l'argument %qTimpossible de trouver l'opÃ©rateur littÃ©ral numÃ©rique %qDimpossible de trouver l'opÃ©rateur littÃ©ral de chaÃ®ne %qD avec les arguments %qT, %qTincapable de gÃ©nÃ©rer des recharges pour:impossible de trouver le script d'Ã©dition de liens par dÃ©faut %qs dans les chemins de recherche des bibliothÃ¨quesincapable d'ouvrir la dÃ©pendance dynamique Â«Â %sÂ Â»impossible d'ouvrir le fichierimpossible d'ouvrir le fichier journal %<vtv_class_set_sizes.log%>: %mimpossible d'ouvrir le fichier journal %<vtv_count_data.log%>: %mimpossible d'ouvrir le fichier journal %<vtv_set_ptr_data.log%>: %mimpossible d'imprimer l'opÃ©rande pour l'instant; code == %d (%c)impossible d'enregistrer les informations du greffon %qs â€“ nom de greffon pas trouvÃ©incapable d'utiliser Â«Â %sÂ Â» pour un registre PICutilisation de %<alloca%> sans limiteutilisation d'un tableau de longueur variable sans limiteinconditionnel %2d jamais exÃ©cutÃ©
  inconditionnel %2d pris %s
  sÃ©lecteur %qE non dÃ©clarÃ©le comportement est indÃ©fini quand le second paramÃ¨tre de %<va_start%> est dÃ©clarÃ© avec le stockage %<register%>opÃ©rande nommÃ© %qs non dÃ©finile type sous-jacent %<%T%> de %<%T%> doit Ãªtre un type entierdÃ©saccord dans le type sous-jacent de l'enum %q#Texpression !$OMP ATOMIC inattendue Ã  %Larbre syntaxique abstrait (AST=Abstract Syntax Tree) de type %s inattenduargument inattenduargument inattendu pour msp430_select_hwmult_lib: %sattribut inattendutype de base inattendu dans cris_print_basel'expression %qE du sous-type %s est inattenduenom de fichier %s inattendu dans la rÃ©solution du fichier de l'Ã©diteur de liens. %s attendupremier argument inattendu pour msp430_select_hwmult_lib: %stype d'index inattendu dans cris_print_indexmot-clÃ© inattendu; enlevez l'espace entre les guillemets et l'identificateur du suffixeopÃ©rande multiplicatif inattendudÃ©calage inattenduopÃ©rande inattendueffets de bord inattendus dans l'adressealignement non gÃ©rÃ© pour Â«Â #pragma nomember_alignmentÂ Â»opÃ©rande d'appel non identifiableconstante %qD non initialisÃ©ela constante %qD non initialisÃ©e est invalide en C++constante non initialisÃ©e dans %<new%> de %q#Tmembre constant non initialisÃ© dans %q#Tle membre constant non initialisÃ© dans %q#T utilise %<new%> sans initialisation Â«Â newÂ Â»le membre constant non initialisÃ© dans %qT est invalide en C++membre constant non initialisÃ© dans la base %q#T de %q#Tle membre constant non initialisÃ© dans la base %q#T de %q#T utilise %<new%> sans initialisation Â«Â newÂ Â»membre par rÃ©fÃ©rence non initialisÃ© dans %q#Tle membre de rÃ©fÃ©rence non initialisÃ© dans %q#T utilise %<new%> sans initialisation Â«Â newÂ Â»membre de rÃ©fÃ©rence non initialisÃ© dans la base %q#T de %q#Tle membre de rÃ©fÃ©rence non initialisÃ© dans la base %q#T de %q#T utilise %<new%> sans initialisation Â«Â newÂ Â»variable non initialisÃ©e %q+D placÃ©e dans la zone mÃ©moire du programmevariable %qD non initialisÃ©e dans une fonction %<constexpr%>une union ne peut pas Ãªtre rendue transparenteÂ«Â unionÂ Â» dÃ©fini icil'union n'a aucun membrel'union n'a aucun membre nommÃ©membre d'union %q+D avec un %qD non trivialmodÃ¨le Â«Â %sÂ Â» inconnu pour Â«Â #pragma extern_modelÂ Â»nom %s inconnu pour Â«Â #pragma member_alignmentÂ Â»option -mdebug-%s inconnuespÃ©cification de version du processeur CRIS inconnue dans -mtune= : %sspÃ©cification de version CRIS inconnue dans -march= ou -mcpu= : %salgorithme IRA %qs inconnurÃ©gion IRA %qs inconnuemodÃ¨le de partitionnement LTO %qs inconnuNiveau de rÃ©utilisation de la pile %qs inconnumodÃ¨le TLS %qs inconnuaction %qE inconnue pour %<#pragma pack%> â€“ ignorÃ©alignement %qs inconnu spÃ©cifiÃ© pour l'option %qsspÃ©cificateur d'architecture inconnu dans le modÃ¨le mÃ©moire de la fonction internetaille du tableau inconnue dans deletesortie du fanion asm %qs inconnuealgorithme de rÃ©organisation des blocs de base %qs inconnutype d'opÃ©rande immÃ©diat de la fonction intÃ©grÃ©e inconnu pour l'opÃ©rande %dÃ©vÃ©nement de rappel inconnu enregistrÃ© par le greffon %svaleur cc_attr inconnuecaractÃ¨re de type de conversion %qc inconnu dans le formatarchitecture de cÅ“ur %qs inconnue spÃ©cifiÃ©e avec %qsprocesseur %qs inconnu pour -mtunestyle de dÃ©codage des noms Â«Â %sÂ Â» inconnudestination inconnuestyle de prÃ©cision excÃ©dentaire %qs inconnufanion inconnu passÃ© Ã  -moverride=%s (%s)style de contraction en virgule flottante %qs inconnumode insn inconnusortie %qs inconnue pour l'Ã©diteur de liensmode machine %qE inconnuinsn de dÃ©placement inconnueÂ :ABI de dÃ©chargement %qs inconnueopÃ©rateur %qs inconnu dans %%:version-compareoption %q.*s inconnue dans %<-fopt-info-%s%>option inconnue aprÃ¨s %<#pragma GCC diagnostic%>option inconnue pour -mrecip=%sÃ©tape %s inconnue spÃ©cifiÃ©e dans -fdisableÃ©tape %s inconnue spÃ©cifiÃ©e dans -fenablemodÃ¨le de taille de pointeur %qs inconnumÃ©thode de mise Ã  jour du profil %qs inconnueattribut de propriÃ©tÃ© inconnuponctuation Â«Â %cÂ Â» inconnuenom de registre %qs inconnu dans %<asm%>nom de registre inconnu: %srelocalisation unspec inconnuefonction de spec %qs inconnuespÃ©cification inconnue pour l'ensemble des valeurs de FLT_EVAL_METHOD Ã  permettre %qssource inconnueparamÃ¨tre de contrÃ´le de la pile %qs inconnuoption -mlong-double-%s inconnueoption d'ajustement inconnue (%s)type %<%T%> inconnu rencontrÃ© pendant l'encodage Objective-Cnom de type %qE inconnunom de type %qE inconnu; vouliez-vous utiliser %qsÂ ?nom de type %qE inconnu; utilisez le mot-clÃ© %<enum%> pour faire rÃ©fÃ©rence au typenom de type %qE inconnu; utilisez le mot-clÃ© %<struct%> pour faire rÃ©fÃ©rence au typenom de type %qE inconnu; utilisez le mot-clÃ© %<union%> pour faire rÃ©fÃ©rence au typevaleur %qs inconnue pour la cible Â«Â archÂ Â» %svaleur %qs inconnue pour la cible Â«Â cpuÂ Â» %svaleur %qs inconnue pour la cible Â«Â tuneÂ Â» %svaleur %qs inconnue pour -marchvaleur %qs inconnue pour -mcpuvaleur %qs inconnue pour -mtunevaleur %qs inconnue pour -mmacosx-version-mintype d'ABI de la bibliothÃ¨que de vectorisation (%s) inconnu pour l'option -mveclibabi=modÃ¨le de coÃ»t de la vectorisation %qs inconnuprioritÃ© d'initialisation de la vÃ©rification de la vtable %qs inconnueclasse sans nom dÃ©finie iciun champ sans nom a un type incompletinitialisation sans nom pour %qT, lequel n'a pas de classe de baseinitialisation sans nom pour %qT, lequel utilise de multiples hÃ©ritagesun enum fortement typÃ© sans nom n'est pas permisstruct/union sans nom ne dÃ©finissant aucune instanceun type non nommÃ© sans classe de liaison est utilisÃ© pour dÃ©clarer la fonction %q#D avec une classe de liaisonun type non nommÃ© sans classe de liaison est utilisÃ© pour dÃ©clarer la variable %q#D avec une classe de liaisonvariable non nommÃ©e ou champ dÃ©clarÃ© voidcomparaison non ordonnÃ©e sur un argument n'Ã©tant pas en virgule flottanteunquote_string(): mauvaise chaÃ®ne obtenueinatteignableargument mÃ©connaissable pour l'option insn non reconnaissable:adresse non reconnueargument non reconnu pour l'option %qsargument non reconnu pour -mcpu: %sargument non reconnu pour l'option --help=: %q.*sargument non reconnu pour l'option -f%ssanitize%s=: %q.*sargument non reconnu pour l'option -f%ssanitize%s=: %q.*s; vouliez-vous utiliser %qsÂ ?option %<-%s%> non reconnue sur la ligne de commandeoption %<-%s%> non reconnue sur la ligne de commande, aviez-vous l'intention d'utiliser %<-%s%>Â ?l'option %<-fdump-%s%> de la ligne de commande n'est pas reconnuel'option %<-fopt-info-%s%> de la ligne de commande n'est pas reconnueoption %qs non reconnue sur la ligne de commandenumÃ©ro de registre de contrÃ´le non reconnu: %d â€“ utilisation de Â«Â pswÂ Â»niveau de sortie de dÃ©bogage %qs non reconnufanion d'arÃªte non reconnu: Â«Â %sÂ Â»valeur d'Ã©numÃ©ration non reconnue: Â«Â %sÂ Â»spÃ©cificateur de format non reconnuoption gcc de dÃ©bogage non reconnue: %cchamp hwpy non reconnu dans msp430_mcu_data[%d]: %dinclude_flags 0x%x non reconnu passÃ© Ã  print_specific_helpargument de vecteur d'interruption non reconnu pour l'attribut %qEvaleur de visibilitÃ© %qs non reconnue dans Â«Â ivar_visibilityÂ Â»option -fdisable non reconnueoption -fenable non reconnuenom de registre %qs non reconnuordre de stockage des scalaires %qs non reconnunom de section %qE non reconnudÃ©calage %qs non reconnu pour la mÃ©moire de validation (shadow memory)constante supposÃ©e non reconnuevaleur de visibilitÃ© %qs non reconnueerreur irrÃ©cupÃ©rablesurcharge non rÃ©solue pour la fonction Altivec interne %qFfonction interne surchargÃ©e non rÃ©solueles unions sans restrictions sont disponibles avec -std=c++11 ou -std=gnu++11l'appel Ã  la fonction %qD n'est pas sÃ»r dans la fonction %<transaction_safe%>l'appel de la fonction %qD n'est pas sÃ»r dans une transaction atomiquel'appel Ã  la fonction %qE n'est pas sÃ»r dans la fonction %<transaction_safe%>l'appel de la fonction %qE n'est pas sÃ»r dans une transaction atomiqueappel de fonction indirect pas sÃ»r dans une fonction %<transaction_safe%>appel de fonction indirect pas sÃ»r dans une transaction atomiqueconstante Â«Â floatÂ Â» sans suffixeargument non supportÃ© par %qDtype d'argument %qT non supportÃ© pour simd
  type d'argument non supportÃ© pour une fonction internecombinaison non supportÃ©e: %qs %scombinaison non supportÃ©e: %qs%s %scombinaison non supportÃ©e: %sconversion en virgule fixe non supportÃ©emode %s non supportÃ©
--- 2477,2483 ----
  la mise Ã  l'Ã©chelle s'oppose Ã  la normalisation, ignorÃ©
  schedule %<auto%> ne prend pas de paramÃ¨tre %<chunk_size%>schedule %<runtime%> ne prend pas de paramÃ¨tre %<chunk_size%>l'expression de taille des tranches d'ordonnancement doit Ãªtre un entierla portÃ©e %qT avant %<~%> n'est pas un nom de classel'Ã©numÃ©ration %qT dans une portÃ©e limitÃ©e est passÃ©e au travers de ... en tant que %qT avant -fabi-version=6 et en tant que %qT aprÃ¨sles enums fortement typÃ©s sont uniquement disponibles avec -std=c++11 ou -std=gnu++11non concordance entre un enum simple et un enum fortement typÃ© pour %q#Tle deuxiÃ¨me argument doit Ãªtre une tranche ou une chaÃ®nele deuxiÃ¨me argument de %q+D devrait Ãªtre %<char **%>le deuxiÃ¨me argument de %<__builtin_call_with_static_chain%> doit Ãªtre un type pointeurle deuxiÃ¨me argument de %<__builtin_prefetch%> doit Ãªtre une constantele deuxiÃ¨me argument de %<va_arg%> est du type incompatible %qTle deuxiÃ¨me argument de la fonction %qE doit Ãªtre une constante entiÃ¨re qui est une puissance de 2 comprise entre %qi et %qu bitsle deuxiÃ¨me argument de vec_vextract4b doit Ãªtre 0..12le deuxiÃ¨me opÃ©rande de %<offsetof%> n'est ni un simple identificateur ni une sÃ©quence d'accÃ¨s aux membres et de rÃ©fÃ©rences de tableauxle deuxiÃ¨me opÃ©rande de l'expression conditionnelle ne peut rÃ©soudre l'adresse de la fonction surchargÃ©ele deuxiÃ¨me opÃ©rande de l'expression conditionnelle n'a pas d'effetle deuxiÃ¨me opÃ©rande de l'expression conditionnelle est une rÃ©fÃ©rence, pas un appel, Ã  la fonction %qEle deuxiÃ¨me opÃ©rande de l'opÃ©rateur conditionnel a le type %<void%> mais le troisiÃ¨me opÃ©rande n'est ni une expression qui gÃ©nÃ¨re une exception ni le type %<void%>le deuxiÃ¨me paramÃ¨tre de %<va_start%> n'est pas le dernier argument nommÃ©les ancres de sections doivent Ãªtre dÃ©sactivÃ©es quand la rÃ©organisation au plus haut niveau est dÃ©sactivÃ©eles ancres de sections doivent Ãªtre dÃ©sactivÃ©es quand unit-at-a-time (une unitÃ© Ã  la fois) est dÃ©sactivÃ©l'argument de l'attribut de section n'est pas une constante de type chaÃ®ne de caractÃ¨resl'attribut de section ne peut pas Ãªtre spÃ©cifiÃ© pour des variables localesl'attribut de section n'est pas permis pour %q+Dles attributs de sections ne sont pas supportÃ©s pour cette ciblela section de %q+D ne peut pas Ãªtre contournÃ©ela section de %q+D est en conflit avec la dÃ©claration prÃ©cÃ©dentela section de l'alias %q+D doit correspondre Ã  la section de sa cibleconflit du type de sectionconflit du type de section avec %Dles options fp16 sÃ©lectionnÃ©es sont incompatiblessÃ©lecteur doit Ãªtre un immÃ©diatle sÃ©lecteur doit Ãªtre une constante entiÃ¨re dans la plage 0..%wila comparaison avec soi-mÃªme retourne toujours fauxla comparaison avec soi-mÃªme retourne toujours vrailes auto-tests ne sont pas activÃ©s dans cet exÃ©cutableauto-tests incompatibles avec -Efixer le nombre de nops a Ã©mettre avant chaque motif d'insn.setjmp/longjmp Ã  l'intÃ©rieur d'une construction simdle nom du Â«Â setterÂ Â» doit Ãªtre terminÃ© par %<:%>initialisation de la limite maximale de la taille du fichier de vidange (core file): %mla dÃ©claration masquÃ©e est icimasquage de la fonction interne %q#Dmasquage de la fonction %q#D de la bibliothÃ¨quemasque la dÃ©claration prÃ©cÃ©dente du type de %q#Dinformation sur le nom SSA partagÃ©shared et mdll ne sont pas compatiblescall_stmt partagÃ©:shared n'est pas supportÃ©rtx partagÃ©le compteur du nombre de dÃ©calages n'est pas un entier non signÃ©l'expression de dÃ©calage %q+E dÃ©bordedÃ©calage d'un opÃ©rande non entiertrop peu de donnÃ©es lues en lisant les donnÃ©es d'exportshow_array_ref(): RÃ©fÃ©rence de tableau inconnueshow_array_spec(): Type de forme de tableau pas gÃ©rÃ©.show_code_node(): Mauvais code d'instructionshow_expr(): Mauvais intrinsÃ¨que dans l'expressionÂ !show_expr(): Ne sais pas comment afficher l'expressionshow_ref(): Mauvais code de composantarÃªtes Â«Â sibcallÂ Â» (appel d'une fonction similaire en fin de fonction) pour une insn qui n'est pas un appel dans le bb %iles effets de bords n'ont pas Ã©tÃ© recalculÃ©s quand ADDR_EXPR a changÃ©Ã©lÃ©ment avec des effets de bord dans un CONSTRUCTOR sans effets de bordla plage signÃ©e du type et le mode machine %qs ne correspondent pasIF simplesimplify_intrinsic_op(): Mauvais opÃ©rateursimplify_min_max(): Mauvais type dans la liste d'argumentsl'attribut target_clones isolÃ© est ignorÃ©la taille du tableau dans Â«Â newÂ Â» doit avoir un type entierdÃ©saccord de taille dans l'argument %d de %qEla taille de %q+D est de %d octetsla taille de %q+D est plus grande que %wd octetsla taille de %qD diffÃ¨re de la taille de la dÃ©claration originalela taille du tableau %qD a le type non entier %qTla taille du tableau %qD est nÃ©gativela taille du tableau %qD n'est pas une expression constante de type entierla taille du tableau %qE a un type incompletla taille du tableau %qE a un type qui n'est pas un entierla taille du tableau %qE est nÃ©gativela taille du tableau %qE est trop grandela taille du tableau a le type non entier %qTla taille du tableau est nÃ©gativela taille du tableau n'est pas une expression constante entiÃ¨rela taille du tableau est trop grandela taille de la boucle %d devrait Ãªtre %d, et non %dla valeur retournÃ©e par %q+D a une taille de %u octetsla taille de la valeur retournÃ©e par %q+D est supÃ©rieure Ã  %wd octetsla taille des blocs pour le dÃ©coupage de boucle en blocs (loop blocking).la taille du type %qT est trop grande (%qE octets)la taille du tableau sans nom a un type incompletla taille du tableau sans nom a un type qui n'est pas un entierla taille du tableau sans nom est nÃ©gativela taille du tableau sans nom est trop grandela taille de la variable %q+D est trop grandeniveau d'optimisation de taille: 0:aucune 1: opportuniste 2: regalloc 3: abandonner alignement, -Os.les plages de tailles de l'option %qs devraient Ãªtre croissantessizeof(long double) vaut 12.sizeof(long double) vaut 16.une tranche peut uniquement Ãªtre comparÃ©e Ã  nulla capacitÃ© de la tranche doit Ãªtre un entierla fin de la tranche doit Ãªtre un entiertranche d'une valeur qui ne peut pas Ãªtre adressÃ©eainsi, toute instanciation avec un paquet de paramÃ¨tres non vide serait mal formÃ©esoft-float et long-double-128 sont incompatiblesdÃ©solÃ©, non implÃ©mentÃ©dÃ©solÃ©, pas implÃ©mentÃ©: dÃ©solÃ©: les sÃ©mantiques de la fonction statique en ligne %q#D sont erronÃ©es (vous obtiendrez de multiples copies)dÃ©solÃ©: les sÃ©mantiques de la variable en ligne %q#D sont erronÃ©es (vous obtiendrez de multiples copies)la source est un pointeur vers un type incompletla source n'est pas un pointeurla source n'est pas un pointeur vers une classela source n'est pas de type Â«Â classÂ Â»la source est d'un type Â«Â classÂ Â» incompletl'emplacement des sources de la fonction %qE a changÃ©, les donnÃ©es de profilage sont pÃ©rimÃ©esle type source n'est pas polymorphiqueun appel Ã  une fonction dÃ©marrÃ©e en parallÃ¨le ne peut pas faire partie d'une expression avec une virgulela spec %qs a un %<%%0%c%> invalidela spec %qs a un %<%%W%c%> invalidela spec %qs a un %<%%x%c%> invalidespec %qs invalideÃ©chec du spec: %<%%*%> n'a pas Ã©tÃ© initialisÃ© par concordance du patronÃ©chec de spec: plus d'un argument Ã  SYSROOT_HEADERS_SUFFIX_SPECÃ©chec de spec: plus d'un argument Ã  SYSROOT_SUFFIX_SPECÃ©chec de spec: option de spec %qc non reconnuele fichier de spec n'a pas de spÃ©cification pour l'Ã©dition de liensspec est Â«Â %sÂ Â»
  
! le commutateur gÃ©nÃ©rÃ© par la spec est un simple %<-%>spec_dimen_size(): Mauvaise dimensionspÃ©cialisation de %qT aprÃ¨s instanciation %qTspÃ©cialisation de %qD aprÃ¨s instanciationspÃ©cialisation de %qD dans diffÃ©rents espaces de nomsla spÃ©cialisation de %qD doit apparaÃ®tre dans la portÃ©e de l'espace de nomsspÃ©cialisation de %qT aprÃ¨s instanciationspÃ©cialisation du patron d'alias %qDspÃ©cialisation d'une fonction membre spÃ©ciale dÃ©clarÃ©e implicitementspÃ©cialisation du concept de variable %q#DspÃ©cialisation du patron de variable %qD dÃ©clarÃ© comme une fonctionspÃ©cialisation de %q#T dans diffÃ©rents espaces de nomsla syntaxe %<template<>%> est requise pour spÃ©cialiser %<%T::%E%>la limite spÃ©cifiÃ©e (%wu) est Ã©gale Ã  la taille de la destinationla limite spÃ©cifiÃ©e %wu excÃ¨de %<INT_MAX%>la limite spÃ©cifiÃ©e %wu excÃ¨de la taille maximale de l'objet (%wu)la limite spÃ©cifiÃ©e %wu dÃ©passe la taille %wu de l'objet de destinationle mode spÃ©cifiÃ© est trop petit pour les valeurs de l'Ã©numÃ©rationoption %qs spÃ©cifiÃ©e plus d'une foisspÃ©cifier les types vectoriels avec __attribute__ ((mode)) est obsolÃ¨tela syntaxe des specs %%include est mal formÃ©e aprÃ¨s %ld caractÃ¨resla syntaxe des specs %%rename est mal formÃ©e aprÃ¨s %ld caractÃ¨resla spÃ©cification des specs %s Ã  renommer n'a pas Ã©tÃ© trouvÃ©efichier de specs mal composÃ© aprÃ¨s %ld caractÃ¨rescommande specs %% inconnue aprÃ¨s %ld caractÃ¨resle %<>>%> est faux, utilisez %<>%> pour terminer la liste d'arguments du patrondes caractÃ¨res %<%%%> douteux traÃ®nent dans le formatla trame de pile doit Ãªtre plus petite que 64Kla trame de pile n'est pas un multiple de 8 octets: %wdla trame de pile n'est pas un multiple de 8 octets: %wdtrame de pile trop grandela valeur de protection de la pile doit Ãªtre une puissance de 2l'expression limitant la pile n'est pas supportÃ©eles limites de la pile ne sont pas supportÃ©es sur cette ciblele sondage de la pile requiert %<-maccumulate-outgoing-args%> pour Ãªtre correctele sondage de la pile requiert %<target("accumulate-outgoing-args")%> pour Ãªtre correctela protection de la pile ne protÃ¨ge pas la fonction: tous les tableaux locaux font moins de %d octets de longueurla protection de la pile ne protÃ¨ge pas les variables locales: tampon de longueur variableregistre de pile utilisÃ© pour une variable-registre globalela taille de la pile doit Ãªtre une puissance de 2la taille de la pile doit Ãªtre plus grande que la valeur de la protection de la pilela taille de la pile ne peut pas Ãªtre plus grande que 64kle calcul de l'utilisation de la pile n'est pas supportÃ© pour cette ciblel'utilisation de la pile est de %wd octetsl'utilisation de la pile pourrait Ãªtre de %wd octetsl'utilisation de la pile pourrait peut-Ãªtre ne pas avoir de limitestack_offset doit Ãªtre un multiple de 4stack_offset doit Ãªtre au moins 4trame de pile trop grande: %d octetsles conversions standard ne sont pas permises dans ce contextele dÃ©but du fragment RTL doit Ãªtre sur une ligne avant la finLe dÃ©but de la boucle DO implicite Ã  %L n'a pas pu Ãªtre simplifiÃ©e en une valeur constantel'index de dÃ©part et la longueur sont nÃ©cessaires pour utiliser la notation tableau dans les pointeurs ou les enregistrementsl'index de dÃ©part et la longueur sont nÃ©cessaires pour utiliser la notation tableau avec un tableau dont la limite est inconnuel'index de dÃ©part et la longueur sont nÃ©cessaires pour utiliser la notation des tableaux dans des tableaux sans dimensionl'index de dÃ©part et la longueur sont nÃ©cessaires pour utiliser la notation des tableaux dans les pointeursl'index de dÃ©part et la longueur sont nÃ©cessaires pour utiliser la notation des tableaux dans des tableaux de longueur variablel'indice de dÃ©part de la notation triplet du tableau n'est pas un entierle dÃ©but et la fin du fragment RTL sont dans des fichiers diffÃ©rentsl'instruction ne peut rÃ©soudre l'adresse de la fonction surchargÃ©el'instruction n'a pas d'effetl'instruction est une rÃ©fÃ©rence, pas un appel, Ã  la fonction %qEl'instruction n'est pas une expression constanteune instruction est marquÃ©e comme produisant une exception au milieu du blocl'instruction est marquÃ©e comme produisant une exception mais elle ne le fait pasl'instruction utilise un nom SSA libÃ©rÃ©:l'instruction ne sera jamais exÃ©cutÃ©edÃ©claration sans effetles expressions-instructions ne sont pas permises en dehors des fonctions ni dans les listes d'arguments du patronle %qs statique ne peut pas Ãªtre dÃ©clarÃ© %<mutable%>la dÃ©claration IO statique pour %q+D a besoin d'une adressel'assertion statique a Ã©chouÃ©Ã©chec de l'assertion statique: %El'assertion statique a Ã©chouÃ©: %schaÃ®ne statique avec une fonction qui n'en utilise pasmembre de donnÃ©e statique %qD dans une classe sans nommembre statique %qE dÃ©clarÃ© %<concept%>la dÃ©claration statique de %q+D suit une dÃ©claration non statiquel'initialisation statique de la variable %q+D dans la mÃ©moire %<.shared%> n'est pas supportÃ©estatic n'est pas supportÃ© sur TPF-OSle membre statique %qD ne peut pas Ãªtre un champ de bitsmembre statique %qD dÃ©clarÃ© %<register%>la fonction membre statique %q#D est dÃ©clarÃ©e avec des qualificatifs de typela fonction membre statique %qD ne peut pas avoir de qualificatif CVla fonction membre statique %qD ne peut pas avoir de qualificatif de rÃ©fÃ©renceÂ«Â staticÂ Â» ou qualificatifs de type dans un dÃ©clarateur de tableau n'Ã©tant pas un paramÃ¨treun static_assert sans message est uniquement disponible avec -std=c++1z ou -std=gnu++1zutiliser Â«Â static_castÂ Â» pour transtyper du type %qT vers le type %qT Ã©limine les qualificatifsinstance allouÃ©e statiquement de la classe Objective-C %qEles attributs stdcall et cdecl sont incompatiblesles attributs stdcall et fastcall sont incompatiblesles attributs stdcall et thiscall sont incompatiblesLe pas de la boucle DO implicite Ã  %L n'a pas pu Ãªtre simplifiÃ©e en une valeur constantela taille du pas doit Ãªtre une expression constante entiÃ¨re ou une variable entiÃ¨reinstruction (%p) marquÃ©e comme modifiÃ©e aprÃ¨s l'Ã©tape d'optimisation: fanion volatile de l'instruction pas Ã  jourinstruction avec un mauvais VUSEla classe de stockage %<__thread%> est invalide pour la fonction %qsla classe de stockage %<auto%> est invalide pour la fonction %qsla classe de stockage %<register%> est invalide pour la fonction %qsla classe de stockage %<thread_local%> est invalide pour la fonction %qsclasse de stockage %qD appliquÃ©e Ã  l'instanciation du patronclasse de stockage spÃ©cifiÃ©e pour %qsclasse de stockage spÃ©cifiÃ©e pour le paramÃ¨tre %qEclasse de stockage spÃ©cifiÃ©e pour le paramÃ¨tre %qsclasse de stockage spÃ©cifiÃ©e pour le champ de la structureclasse de stockage spÃ©cifiÃ©e pour le champ de la structure %qEclasse de stockage spÃ©cifiÃ©e pour le paramÃ¨tre %qs du patronclasse de stockage spÃ©cifiÃ©e pour un typenameclasse de stockage spÃ©cifiÃ©e pour le paramÃ¨tre sans nomspÃ©cificateurs de classe de stockage invalides dans les dÃ©clarations de fonctions amiesspÃ©cificateurs de classe de stockage invalides dans la dÃ©claration des paramÃ¨tresla taille de stockage de %q+D n'est pas une constantela taille de stockage de %q+D est inconnuela taille de stockage de %qD n'est pas constantela taille de stockage de %qD n'est pas connuenom de pÃ©riphÃ©rique %qs Ã©trange aprÃ¨s %qs: mauvais caractÃ¨re %qcle nom de stratÃ©gie %qs spÃ©cifiÃ© pour l'option %qs n'est pas supportÃ© pour du code 32 bits%<,%> Ã©garÃ©e Ã  la fin de la dÃ©claration du membre%<@%> Ã©garÃ© dans le programme%<\%o%> Ã©garÃ© dans le programme%qc Ã©garÃ© dans le programme%qs Ã©garÃ© entre des mÃ©thodes Objective-C++%qs Ã©garÃ© dans le programmela mise en ligne du sous processus a Ã©chouÃ©la mise en ligne du sous processus a Ã©tÃ© tuÃ©e par un signalles formats de strftime ne peuvent pas formater d'argumentsle pas de la notation triplet d'un tableau n'est pas un entierla chaÃ®ne de longueur %qd est plus grande que la longueur %qd que les compilateurs C%d ISO doivent supporterchaÃ®ne littÃ©rale dans la signature du patron de la fonctionun Â«Â usingÂ Â» fort est dÃ©prÃ©ciÃ©, utilisez plutÃ´t un espace de noms en ligneun Â«Â usingÂ Â» fort n'a de sens qu'au niveau de l'espace de nomsl'affectation avec transtypage fort a Ã©tÃ© interceptÃ©eun transtypage fort pourrait Ãªtre nÃ©cessaireÂ«Â structÂ Â» dÃ©fini icila structure n'a aucun membrela structure n'a aucun membre nommÃ©l'alignement de la structure doit Ãªtre une petite puissance de 2, pas %dchamp de structurela frontiÃ¨re de la taille de la structure peut seulement Ãªtre 8 ou 32la frontiÃ¨re de la taille de la structure peut seulement Ãªtre 8, 32 ou 64le fichier include %s du sous-framework est en conflit avec le fichier include du frameworkle sous-programme %q+F n'est pas marquÃ© comme Ã©tant Inlinele sous-programme %q+F n'est pas marquÃ© comme Ã©tant Inline_Alwaysindice manquant dans la rÃ©fÃ©rence du tableaula valeur indicÃ©e n'est ni un tableau ni un pointeurla valeur de l'indice n'est ni un tableau ni un pointeur ni un vecteurla valeur de l'indice est un pointeur vers une fonctionl'accÃ¨s indicÃ© du tableau est dÃ©clarÃ© %<register%>accolades suggÃ©rÃ©es autour du corps vide de l'instruction %<do%>accolades suggÃ©rÃ©es autour du corps vide d'une instruction %<else%>accolades suggÃ©rÃ©es autour du corps vide d'une instruction %<if%>des accolades explicites sont suggÃ©rÃ©es autour du corps vide de l'instruction %<do%>des accolades explicites sont suggÃ©rÃ©es pour Ã©viter toute ambiguÃ¯tÃ© sur le %<else%>parenthÃ¨ses suggÃ©rÃ©es autour de %<&&%> Ã  l'intÃ©rieur de %<||%>parenthÃ¨ses suggÃ©rÃ©es autour de %<+%> dans l'opÃ©rande de %<&%>parenthÃ¨ses suggÃ©rÃ©es autour de %<+%> Ã  l'intÃ©rieur de %<<<%>parenthÃ¨ses suggÃ©rÃ©es autour de %<+%> Ã  l'intÃ©rieur de %<>>%>parenthÃ¨ses suggÃ©rÃ©es autour de %<-%> dans l'opÃ©rande de %<&%>parenthÃ¨ses suggÃ©rÃ©es autour de %<-%> Ã  l'intÃ©rieur de %<<<%>parenthÃ¨ses suggÃ©rÃ©es autour de %<-%> Ã  l'intÃ©rieur de %<>>%>parenthÃ¨ses suggÃ©rÃ©es autour de l'expression %<>>%>parenthÃ¨ses suggÃ©rÃ©es autour de l'arithmÃ©tique dans l'opÃ©rande de %<^%>parenthÃ¨ses suggÃ©rÃ©es autour de l'arithmÃ©tique dans l'opÃ©rande de %<|%>parenthÃ¨ses suggÃ©rÃ©es autour de l'affectation utilisÃ©e comme valeur dans une conditionparenthÃ¨ses suggÃ©rÃ©es autour de la comparaison dans l'opÃ©rande de %<!=%>parenthÃ¨ses suggÃ©rÃ©es autour de la comparaison dans l'opÃ©rande de %<&%>parenthÃ¨ses suggÃ©rÃ©es autour de la comparaison dans l'opÃ©rande de %<==%>parenthÃ¨ses suggÃ©rÃ©es autour de la comparaison dans l'opÃ©rande de %<^%>parenthÃ¨ses suggÃ©rÃ©es autour de la comparaison dans l'opÃ©rande de %<|%>parenthÃ¨ses suggÃ©rÃ©es autour de l'opÃ©rande de %<!%> ou changez %<&%> en %<&&%> ou %<!%> en %<~%>parenthÃ¨ses suggÃ©rÃ©es autour de l'opÃ©rande de %<!%> ou changez %<|%> en %<||%> ou %<!%> en %<~%>alternative suggÃ©rÃ©e:alternatives suggÃ©rÃ©es:alternatives suggÃ©rÃ©es: %qssupport du mode %qsarchitectures de cÅ“urs supportÃ©es:%sl'option %<-mcustom-%s%> est en conflit avec l'option %<-mcustom-%s%>l'option %<-mcustom-%s%> n'a pas d'effet Ã  moins que -ffinite-math-only soit spÃ©cifiÃ©l'option %<-mcustom-%s%> n'a pas d'effet Ã  moins que -fno-math-errno soit spÃ©cifiÃ©l'option %<-mcustom-%s%> n'a pas d'effet Ã  moins que -funsafe-math-optimizations soit spÃ©cifiÃ©l'option %<-mcustom-%s%> est requise pour la virgule flottante en double prÃ©cisionla valeur %2$d de l'option %<-mcustom-%1$s%> doit Ãªtre comprise entre 0 et 255le commutateur %qs ne dÃ©bute pas par %<-%>l'option %qs n'est plus supportÃ©el'option -mcpu=%s est en conflit avec l'option -march=%sla condition du Â«Â switchÂ Â» a une valeur boolÃ©ennele Â«Â switchÂ Â» saute dans l'expression d'une instructionle Â«Â switchÂ Â» passe outre l'initialisation d'une variablele Â«Â switchÂ Â» n'a pas de branche par dÃ©fautla quantitÃ© du switch n'est pas un entierle Â«Â switchÂ Â» dÃ©bute icil'instruction Â«Â switchÂ Â» d'une taille de %lu entrÃ©es est trop grandesymbole utilisÃ© comme opÃ©rande immÃ©diatsymbole utilisÃ© conjointement avec des registres de base et d'indexsymbole avec offset utilisÃ© en mode PICles rÃ©fÃ©rences mÃ©moire symboliques sont uniquement supportÃ©es sur z10 ou ultÃ©rieursymtab_node::verify a Ã©chouÃ©la mÃ©thode synthÃ©tisÃ©e %qD est requise ici pour la premiÃ¨re fois Ã©chec de sysctl pour kern.osversion: %mle chemin systÃ¨me %qs n'est pas absoluprise de l'adresse du destructeur %qEprise de l'adresse du destructeur %qEprise de l'adresse d'une expression de type %<void%>prise de l'adresse du temporaireprise de l'adresse d'un tableau temporaireprise de l'adresse d'une x-valeur (rÃ©fÃ©rence Ã  une r-valeur)prendre l'adresse d'une Ã©tiquette n'est pas standardla cible %s %qs n'accepte pas d'argumentla cible %s %qs n'autorise pas de forme nÃ©gativela cible %2$qs pour %1$s est invalidela cible %s %s=%s n'est pas valablele processeur cible ne supporte pas ARMle processeur cible ne supporte pas les extensions de sÃ©curitÃ© ARMv8-Mle processeur cible ne supporte pas les instructions THUMBle processeur cible ne supporte pas l'interopÃ©rabilitÃ©le processeur cible ne supporte pas les accÃ¨s non alignÃ©sle systÃ¨me d'exploitation cible ne supporte pas les accÃ¨s non alignÃ©sargument ciblel'attribut cible n'est pas supportÃ© sur cette machinel'attribut cible ou le pragma change l'ABI AltiVecl'attribut cible ou le pragma change l'ABI SPEl'attribut cible ou le pragma change l'ABI darwin64l'attribut cible ou le pragma change la virgule flottante double prÃ©cisionl'attribut cible ou le pragma change la taille du double longl'attribut cible ou le pragma change la virgule flottante simple prÃ©cisionla cible ne supporte pas la mise Ã  jour atomique du profilage, le mode simple est sÃ©lectionnÃ©la cible ne supporte pas le rÃ©partiteur de version de fonctionle format cible ne supporte pas l'infinila cible n'est pas un pointeur ni une rÃ©fÃ©rencela cible n'est pas un pointeur ni une rÃ©fÃ©rence Ã  une classela cible n'est pas un pointeur ni une rÃ©fÃ©rence Ã  un type completla cible de la conversion pourrait Ãªtre une candidate pour un attribut de formatla cible de l'initialisation pourrait Ãªtre une candidate pour un attribut de formatla fonction intÃ©grÃ©e spÃ©cifique Ã  la cible n'est pas disponibleoption spÃ©cifique Ã  la cible incohÃ©rentele systÃ¨me cible ne supporte pas la sortie de dÃ©bogagele systÃ¨me cible ne supporte par le format de dÃ©bogage %qscible le simulateur logiciel.patron %qD dÃ©clarÃ©patron %qE dans la clause %qsl'argument %d du patron est invalidel'argument %qE du patron implique des paramÃ¨tres du patronl'argument du patron pour %qD utilise le type local %qTargument du patron requis pour %<%s %T%>les arguments du patron %qD ne correspondent pas Ã  ceux du patron original %qDpatron de classe sans nomÃ©chec de la contrainte du patrondÃ©claration de patron de %<typedef%>dÃ©claration du patron de %q#DdÃ©finition de patron d'un non patron %q#Dla profondeur d'instanciation du patron excÃ¨de le maximum qui est %d (utilisez -ftemplate-depth= pour augmenter le maximum)la profondeur d'instanciation du patron excÃ¨de le maximum de %d lors de l'instanciation de %q+D, peut-Ãªtre via la gÃ©nÃ©ration de la table virtuelle (utilisez -ftemplate-depth= pour augmenter le maximum)paramÃ¨tre %q+#D du patronle paramÃ¨tre de patron %qD est dÃ©clarÃ© icile paramÃ¨tre %qD du patron, du type %qT, n'est pas permis dans une expression constante intÃ©grale parce qu'il n'est pas d'un type intÃ©gral ou Ã©numÃ©rÃ©liste de paramÃ¨tres de patron utilisÃ©e dans une instanciation explicitela liste des paramÃ¨tres du patron fournie ne correspond pas aux paramÃ¨tres du patron de %qDle paquet de paramÃ¨tres %qD du patron ne peut pas avoir d'argument par dÃ©fautle paquet de paramÃ¨tres du patron ne peut pas avoir d'argument par dÃ©fautles paquets de paramÃ¨tres des patrons ne peuvent pas avoir d'arguments par dÃ©fautle type paramÃ¨tre du patron %qT est dÃ©clarÃ© %<friend%>les paramÃ¨tres du patron ne peuvent pas Ãªtre amisles paramÃ¨tres du patron ne correspondent pas au patron %qDles paramÃ¨tres du patron ne peuvent pas Ãªtre dÃ©duits dans la spÃ©cialisation partielle:l'espace rÃ©servÃ© par le type %qT dans le patron doit Ãªtre suivi d'un simple declarator-idla spÃ©cialisation du patron de %qD n'est pas permise par le C++ ISOspÃ©cialisation de patron avec Ã©dition de liens CspÃ©cificateurs de patron pas spÃ©cifiÃ©s dans la dÃ©claration de %qDles paramÃ¨tres de type du patron doivent utiliser le mot-clÃ© %<class%> ou %<typename%>patron avec liaison Ctemplate-id %qD pour %q+D ne concorde avec aucune dÃ©claration de patrontemplate-id %qD dans la dÃ©claration de patron primairetemplate-id %qD utilisÃ© comme un dÃ©clarateurparamÃ¨tre-patron-les patrons ne peuvent pas Ãªtre %<virtual%>temporaire du type %qT non littÃ©ral dans une expression constante%<operator?:%> ternaire%<operator?:%> ternaire dans %<%E ? %E : %E%>le format de dÃ©bogage Â«Â %sÂ Â» ne peut pas Ãªtre utilisÃ© avec des en-tÃªtes prÃ©compilÃ©sl'attribut %<getter%> ne peut Ãªtre spÃ©cifiÃ© qu'une seule foisl'attribut %<interrupt%> requiert un processeur MIPS32r2 ou supÃ©rieurl'attribut %<setter%> ne peut Ãªtre spÃ©cifiÃ© qu'une seule foisl'attribut %qE requiert des argumentsl'architecture %qs ne supporte pas %<-m%s=2008%>l'architecture %qs ne supporte pas %<-m%s=legacy%>l'architecture %qs ne supporte pas %<-mfp32%>l'architecture %qs ne supporte pas les instructions DSPl'architecture %qs ne supporte pas les instructions de branchement probablel'architecture %qs ne supporte pas les instructions madd ou msubl'architecture %qs ne supporte pas les registres impairs en simple prÃ©cisionl'architecture %qs ne supporte pas les instructions en simple prÃ©cision appariÃ©es (paired-single)l'architecture %qs ne supporte pas l'instruction syncile fanion Â«Â Â» de printfle fanion Â«Â !Â Â» de strfmonle fanion Â«Â #Â Â» de printfle fanion Â«Â #Â Â» de strftimele fanion Â«Â 'Â Â» de printfla fanion Â«Â 'Â Â» de scanfle fanion Â«Â (Â Â» de strfmonle fanion Â«Â +Â Â» de printfle fanion Â«Â +Â Â» de strfmonle fanion Â«Â -Â Â» de printfle fanion Â«Â -Â Â» de strfmonle fanion Â«Â -Â Â» de strftimele fanion Â«Â 0Â Â» de printfle fanion Â«Â 0Â Â» de strftimele modificateur Â«Â EÂ Â» de strftimele fanion Â«Â IÂ Â» de printfle fanion Â«Â IÂ Â» de scanfle modificateur Â«Â OÂ Â»le modificateur Â«Â OÂ Â» de strftimele fanion Â«Â ^Â Â» de strfmonla fanion Â«Â ^Â Â» de strftimele fanion Â«Â _Â Â» de strftimele fanion Â«Â aÂ Â» de scanfla fanion Â«Â mÂ Â» de scanfle fanion Â«Â qÂ Â» de diagnostiquel'option -shared n'est actuellement pas supportÃ©e pour un ELF VAX.l'ABI pour passer des agrÃ©gats avec un alignement sur %d octets a changÃ© avec GCC 5l'ABI pour passer des agrÃ©gats de flottants homogÃ¨nes a changÃ© avec GCC 5l'ABI pour passer une structure possÃ©dant un tableau flexible comme membre a changÃ© dans GCC 4.4l'ABI pour passer une structure possÃ©dant un nombre dÃ©cimal complexe comme membre a changÃ© dans GCC 4.4l'ABI pour passer une union avec un double long a changÃ© dans GCC 4.4le processeur RX100 n'a pas d'unitÃ© mathÃ©matique matÃ©riellele processeur RX200 n'a pas d'unitÃ© mathÃ©matique matÃ©riellel'adresse de %qD sera toujours Ã©valuÃ©e comme Ã©tant %<true%>l'adresse de %qD ne sera jamais NULLl'adresse d'une Ã©tiquette ne peut pas apparaÃ®tre dans une expression constantela fonctionnalitÃ© de suppression d'affectation de scanfl'appel requiert ifunc qui n'est pas supportÃ© par cette ciblela combinaison de %qs et %qs est incompatible avec %qsla comparaison sera toujours %<false%> car l'adresse de %qD ne sera jamais NULLla comparaison sera toujours %<true%> car l'adresse de %qD ne sera jamais NULLle compilateur peut supposer que l'adresse de %qD sera toujours Ã©valuÃ©e Ã  %<true%>le compilateur peut supposer que l'adresse de %qD ne sera jamais NULLle composant %qs est un type PRIVATE et ne peut pas Ãªtre un composant de %qs, qui est PUBLIC Ã  %Lle type en conflit dÃ©fini dans une autre unitÃ© de traductionle type en conflit dÃ©fini dans une autre unitÃ© de traduction a une table virtuelle d'une taille diffÃ©rentele type en conflit dÃ©fini dans une autre unitÃ© de traduction a une table virtuelle avec un contenu diffÃ©rentle type en conflit dÃ©fini dans une autre unitÃ© de traduction a une table virtuelle avec plus d'entrÃ©esle type en conflit dÃ©fini dans une autre unitÃ© de traduction avec des informations RTTI diffÃ©rentesle flot de contrÃ´le de la fonction %qE ne correspond pas aux donnÃ©es de profilage (compteur %qs)le dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_sll_pi16 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_sll_pi32 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_sll_si64 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_slli_pi16 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_slli_pi32 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_slli_si64 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_sra_pi16 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_sra_pi32 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_sra_si64 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_srai_pi16 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_srai_pi32 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_srai_si64 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_srl_pi16 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_srl_pi32 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_srl_si64 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_srli_pi16 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_srli_pi32 dans le codele dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_srli_si64 dans le codela syntaxe pointÃ©e n'est pas disponible en Objective-C 1.0l'Ã©lision dans %qD n'est pas hÃ©ritÃ©ela base supplÃ©mentaire est dÃ©finie icile cinquiÃ¨me argument doit Ãªtre une valeur immÃ©diate sur 8 bitsle premier argument d'un VEC_COND_EXPR doit Ãªtre d'un type vectoriel boolÃ©en du mÃªme nombre d'Ã©lÃ©ments que le rÃ©sultatla premiÃ¨re diffÃ©rence des dÃ©finitions correspondantes est le champ %qDla premiÃ¨re diffÃ©rence des dÃ©finitions correspondantes est la mÃ©thode %qDle premier paramÃ¨tre de %<operator new%> ne peut pas avoir d'argument par dÃ©fautle quatriÃ¨me argument doit Ãªtre une Ã©chelle 1, 2, 4, 8la taille de trame de %wd octets est plus grande que %wd octetsl'argument immÃ©diat doit Ãªtre une valeur immÃ©diate sur 4 bitsl'argument immÃ©diat doit Ãªtre une valeur immÃ©diate sur 5 bitsl'argument immÃ©diat doit Ãªtre une valeur immÃ©diate sur 8 bitsle type incomplet dÃ©fini dans une autre unitÃ© de traductionle type incompatible est dÃ©fini icila lambda n'a pas de capture par dÃ©fautle dernier argument doit Ãªtre une valeur immÃ©diate sur 1 bitle dernier argument doit Ãªtre une valeur immÃ©diate sur 2 bitsle dernier argument doit Ãªtre une valeur immÃ©diate sur 3 bitsle dernier argument doit Ãªtre une valeur immÃ©diate sur 32 bitsle dernier argument doit Ãªtre une valeur immÃ©diate sur 4 bitsle dernier argument doit Ãªtre une valeur immÃ©diate sur 5 bitsle dernier argument doit Ãªtre une valeur immÃ©diate sur 1 bitle dernier argument doit Ãªtre une valeur immÃ©diate sur 8 bitsle dernier argument doit Ãªtre une Ã©chelle 1, 2, 4, 8l'agencement des agrÃ©gats contenant des vecteurs alignÃ©s sur %d octets a changÃ© avec GCC 5le m210 ne supporte pas les systÃ¨mes petits-boutistesle nom dÃ©corÃ© de %qD a changÃ© entre -fabi-version=%d (%D) et -fabi-version=%d (%D)le nom dÃ©corÃ© de %qD change entre -fabi-version=%d (%D) et -fabi-version=%d (%D)le nom dÃ©corÃ© de %qD change entre -fabi-version=%d et -fabi-version=%dle nom dÃ©corÃ© d'un fragment pour %qD change entre -fabi-version=%d et -fabi-version=%dle nom dÃ©corÃ© de la variable de protection de l'initialisation pour %qD change entre -fabi-version=%d et -fabi-version=%dla valeur maximale pour la derniÃ¨re plage de taille de l'option %qs devrait Ãªtre -1l'avant dernier argument doit Ãªtre une valeur immÃ©diate sur 8 bitsl'opÃ©rande omis au milieu de ?: sera toujours %<vrai%>, il est suggÃ©rÃ© de spÃ©cifier explicitement l'opÃ©rande du milieule programme devrait aussi dÃ©finir %qDla plage du dÃ©compte doit Ãªtre entre 0 et 32. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_ror_pi16 dans le code.la plage du dÃ©compte doit Ãªtre entre 0 et 32. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_ror_pi32 dans le code.la plage du dÃ©compte doit Ãªtre entre 0 et 32. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_rori_pi16 dans le code.la plage du dÃ©compte doit Ãªtre entre 0 et 32. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_rori_pi32 dans le code.la plage du dÃ©compte doit Ãªtre entre 0 et 64. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_ror_si64 dans le code.la plage du dÃ©compte doit Ãªtre entre 0 et 64. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_rori_si64 dans le code.la plage du masque doit Ãªtre entre 0 et 255la plage du sÃ©lecteur doit Ãªtre entre 0 et 1la plage du sÃ©lecteur doit Ãªtre entre 0 et 3la plage du sÃ©lecteur doit Ãªtre entre 0 et 7le registre spÃ©cifiÃ© pour %q+D n'est pas accessible par la cible actuellele registre spÃ©cifiÃ© pour %q+D n'est pas assez gÃ©nÃ©ral pour Ãªtre utilisÃ© comme registre de variablele rÃ©sultat de la conversion n'est pas spÃ©cifiÃ© car %qE est en dehors de la plage du type %qTle troisiÃ¨me argument doit Ãªtre une valeur immÃ©diate sur 8 bitsle troisiÃ¨me argument doit Ãªtre une constante de comparaisonle type %qT de la variable constexpr %qD n'est pas littÃ©ralle type devant Ãªtre dÃ©truit est %qT, mais le destructeur rÃ©fÃ¨re Ã  %qTl'utilisation de noms de variables prÃ©fixÃ©s par _OBJC_ pour sÃ©lectionner les sections de mÃ©ta-donnÃ©es est dÃ©prÃ©ciÃ©e dans la version 4.6 et sera supprimÃ©e dans la version 4.7la valeur de %qD n'est pas utilisable dans une expression constantel'argument de xabort doit Ãªtre une valeur immÃ©diate sur 8 bitsil n'y a pas d'argument pour %qD qui dÃ©pend d'un paramÃ¨tre du patron, aussi une dÃ©claration de %qD doit Ãªtre disponiblele troisiÃ¨me argument de %q+D devrait probablement Ãªtre %<char **%>le troisiÃ¨me argument de %<__builtin_prefetch%> doit Ãªtre une constantele troisiÃ¨me argument de Â«Â vec_vinsert4bÂ Â» doit Ãªtre 0..12le troisiÃ¨me opÃ©rande de l'expression conditionnelle ne peut rÃ©soudre l'adresse de la fonction surchargÃ©ele troisiÃ¨me opÃ©rande de l'expression conditionnelle n'a pas d'effetle troisiÃ¨me opÃ©rande de l'expression conditionnelle est une rÃ©fÃ©rence, pas un appel, Ã  la fonction %qEle troisiÃ¨me opÃ©rande de l'opÃ©rateur conditionnel a le type %<void%> mais le deuxiÃ¨me opÃ©rande n'est ni une expression qui gÃ©nÃ¨re une exception ni le type %<void%>cette instruction %qs ne protÃ¨ge pasâ€¦cette fonction interne est seulement disponible sur les fr405 et fr450cette fonction interne est seulement disponible sur le fr450cette fonction interne est seulement disponible sur les fr500 et fr550cette fonction interne n'est pas supportÃ©e pour cette ciblece compilateur ne supporte pas %sce compilateur ne supporte pas PowerPC (fanions arch ignorÃ©s)ce compilateur ne supporte pas X86 (fanions arch ignorÃ©s)cette condition a des branches identiquescette constante dÃ©cimale est non signÃ©e uniquement en C90 ISOcette constante dÃ©cimale serait non signÃ©e en C90 ISOceci est un bogue de GCC qui peut Ãªtre contournÃ© en ajoutant l'attribut utilisÃ© Ã  la fonction appelÃ©ececi est la premiÃ¨re Ã©tiquette Â«Â defaultÂ Â»ceci est la premiÃ¨re entrÃ©e chevauchant cette valeurceci est la insn :cette fonction mÃ©dia est seulement disponible sur les fr400 et fr550cette fonction mÃ©dia est seulement disponible sur le fr500cette instruction peut poursuivre son chemincette cible ne supporte pas %qscette cible est petit-boutiencette machine cible n'a pas de branchements diffÃ©rÃ©sles donnÃ©es COMMON locales au thread ne sont pas implÃ©mentÃ©esla dÃ©claration locale au thread de %q#D suit la dÃ©claration non locale au threadla dÃ©claration locale au thread de %q+D suit une dÃ©claration non locale au threadla variable privÃ©e au thread %qE est utilisÃ©e dans la rÃ©gion ciblela variable privÃ©e au thread %qE est utilisÃ©e dans une tÃ¢che non liÃ©eles expressions Â«Â throwÂ Â» ne sont pas permises dans les boucles marquÃ©es avec le pragma simdthrow appellera toujours terminate()exception gÃ©nÃ©rÃ©e sur un NULL avec le type entier au lieu du type pointeurl'argument de tls_model doit Ãªtre l'une des valeurs Â«Â local-execÂ Â», Â«Â initial-execÂ Â», Â«Â local-dynamicÂ Â» ou Â«Â global-dynamicÂ Â»l'argument de tls_model n'est pas une chaÃ®nepour Ãªtre sÃ»rs, tous les pointeurs intermÃ©diaires dans les transtypages de %qT vers %qT doivent Ãªtre qualifiÃ©s avec %<const%>pour gÃ©nÃ©rer les dÃ©pendances, vous devez spÃ©cifier -M ou -MMpour faire rÃ©fÃ©rence Ã  un membre type d'un paramÃ¨tre de patron, utilisez %<typename %E%>le jeton %u a x-location == %ule jeton %u a x-location == y-location == %ule jeton %u a y-location == %utrop peu d'arguments pour %%:compare-debug-auxbase-opttrop peu d'arguments pour %%:replace-extensiontrop peu d'arguments pour %%:version-comparepas assez d'arguments pour le constructeur %q#Dtrop peu d'arguments pour la fonctiontrop peu d'arguments pour la fonction %<va_start%>trop peu d'arguments pour la fonction %q#Dtrop peu d'arguments pour la fonction %qEtrop peu d'arguments pour la fonction membre %q#Dpas assez d'arguments pour la mÃ©thode %q#Dtrop peu d'expressions pour structtrop peu de listes de paramÃ¨tres de patron dans la dÃ©claration de %qDtrop peu de listes de paramÃ¨tres pour le patrontype de valeur de fonction trop grand, a besoin de %d registres mais seuls %d sont disponiblesil est trop tard pour dÃ©finir le rÃ©pertoire de dÃ©bogage avec la directive #trop d'options pour #pragma pour align=resettrop de clauses %<if%>trop de %<if%> avec le modificateur %qstrop de clauses %<if%> sans modificateurtrop d'arguments pour %<static%>trop de clauses %qstrop d'alternatives dans %<asm%>trop d'argumentstrop d'arguments pour le formattrop d'arguments pour %%:compare-debug-auxbase-opttrop d'arguments pour %%:compare-debug-dump-opttrop d'arguments pour %%:compare-debug-self-opttrop d'arguments pour %%:version-comparetrop d'arguments pour le constructeur %q#Dtrop d'arguments pour la fonctiontrop d'arguments pour la fonction %q#Dtrop d'arguments pour la fonction %qEtrop d'arguments passÃ©s Ã  maketrop d'arguments pour la fonction membre %q#Dtrop d'arguments pour la mÃ©thode %q#Dtrop d'arguments pour la fonction %qEtrop d'arguments pour la fonction surchargÃ©e %strop d'accolades autour de l'initialiseur pour %qTtrop d'arÃªtes de gestion des exceptions dans le bb %itrop d'expressions pour structtrop de noms de fichiers. Tapez %s --help pour connaÃ®tre l'usagetrop d'Ã©lÃ©ments d'initialisation pour %qTtrop de fichiers d'entrÃ©etrop de sorties de boucle enregistrÃ©estrop de parenthÃ¨ses ouvertestrop d'arÃªtes de branchements sortants depuis le bb %itrop de plages de tailles spÃ©cifiÃ©es dans l'option %qstrop d'en-tÃªtes de patrons pour %D (devrait Ãªtre %d)trop de listes de paramÃ¨tres de patron dans la dÃ©claration de %qDtrop de listes de paramÃ¨tres pour le patrontrop de valeurs dans l'instruction de retourtrop de variables pour l'instruction Â«Â rangeÂ Â» avec un canaltrop d'espace de pile Ã  disposer: %dtrop d'espace de pile Ã  prÃ©parer: %dla dÃ©claration de %qs hors de toute fonction spÃ©cifie %<auto%>la rÃ©organisation au plus haut niveau doit Ãªtre dÃ©sactivÃ©e quand unit-at-a-time (une unitÃ© Ã  la fois) est dÃ©sactivÃ©la taille totale des objets locaux est trop grandela taille totale des variables locales excÃ¨de la limite de l'architecturepister les N adresses cibles les plus frÃ©quentes dans le profilage d'appels indirects.le C traditionnel n'a pas d'espace de noms sÃ©parÃ© pour les Ã©tiquettes, l'identificateur %qE est en conflitle C traditionnel rejette les dÃ©finitions de fonctions de style C ISOle C traditionnel rejette l'initialisation automatique d'agrÃ©gatsle C traditionnel rejette l'initialisation des unionsle C traditionnel rejette la concatÃ©nation de chaÃ®nes constantesle C traditionnel rejette le plus unairele type de retour %qT Ã  la fin du guide de dÃ©duction n'est pas une spÃ©cialisation de %qTle type de retour Ã  la fin est uniquement disponible avec -std=c++11 ou -std=gnu++11trampoline gÃ©nÃ©rÃ© pour la fonction imbriquÃ©e %qDla mÃ©moire transactionnelle n'est pas supportÃ©e avec des exceptions sans appelL'intrinsÃ¨que transformationnel %qs Ã  %L n'est pas permis dans une expression d'initialisationle mode de dÃ©routage n'est pas supportÃ© pour les flottants sur VAXvÃ©rification de l'arbre: %s, obtenu %s dans %s, Ã  %s:%dvÃ©rification de l'arbre: accÃ¨s Ã  elt %d de tree_int_cst avec %d elts dans %s, Ã  %s:%dvÃ©rification de l'arbre: accÃ¨s Ã  elt %d de tree_vec avec %d elts dans %s, Ã  %s:%dvÃ©rification de l'arbre: opÃ©rande accÃ©dÃ© %d de %s avec %d opÃ©randes dans %s, Ã  %s:%dvÃ©rification de l'arbre: opÃ©rande accÃ©dÃ© %d de omp_clause %s avec %d opÃ©randes dans %s, Ã  %s:%dvÃ©rification de l'arbre: on n'attendait pas la classe %qs, obtenu %qs (%s) dans %s, Ã  %s:%dvÃ©rification de l'arbre: attendait la classe %qs, obtenu %qs (%s) dans %s, Ã  %s:%dvÃ©rification de l'arbre: n'attendait aucun parmi %s, obtenu %s dans %s, Ã  %s:%dvÃ©rification de l'arbre: attendait omp_clause %s, obtenu %s dans %s, Ã  %s:%dvÃ©rification de l'arbre: attendait un arbre contenant la structure %qs, obtenu %qs dans %s, Ã  %s:%dle code d'arbre %qs n'est pas supportÃ© dans les flux LTOla liste de l'arbre se termine Ã  la profondeur %iarÃªte vrai/faux aprÃ¨s un non GIMPLE_COND dans le bb %dessayez d'enlever les parenthÃ¨ses autour du type-idles instructions Â«Â tryÂ Â» ne sont pas permises dans les boucles marquÃ©es avec #pragma simdessayez d'utiliser %qE Ã  la placetentative d'encoder un type non entier comme un champ de bitsla tentative de terminer la struct a Ã©tÃ© stoppÃ©e nette en raison des erreurs prÃ©cÃ©dentes dans l'analyse syntaxiquetentative de rendre amie la classe %qT au niveau de la portÃ©e globalechaÃ®ne d'ajustement manquante dans l'option (%s)deux %<[%> consÃ©cutifs n'introduiront qu'un attributau moins deux types de donnÃ©es dans la dÃ©claration de %qsdeux types de donnÃ©es ou plus dans le spÃ©cificateur de dÃ©clarationdeux sections ou plus pour %sargument de type %q#T donnÃ© Ã  %<delete%> alors qu'on attendait un pointeurle type %qE a un constructeur dÃ©fini par l'utilisateurle type %qE a un destructeur dÃ©fini par l'utilisateurle type %qE n'a pas de constructeur par dÃ©faut Ã  appelerle type %qE a des fonctions membres virtuellesle type %qT dÃ©fini dans l'espace de noms anonyme ne peut pas correspondre au type de mÃªme nom de l'autre cÃ´tÃ© de la frontiÃ¨re de l'unitÃ© de traductionle type %qT dÃ©fini dans l'espace de noms anonyme ne peut pas correspondre au type %qT de l'autre cÃ´tÃ© de la frontiÃ¨re de l'unitÃ© de traductionle type %qT n'a pas de taille connuele type %qT pour l'instanciation explicite %qD ne correspond pas au type dÃ©clarÃ© %qTle type %qT n'est pas un type de base pour le type %qTle type %qT n'est pas une base directe de %qTle type %qT n'est pas une base directe ou virtuelle de %qTle type %qT est trop grandle type %qT enfreint lui-mÃªme la rÃ¨gle de la dÃ©finition unique du C++le type %qT de l'argument %qE du patron dÃ©pend d'un paramÃ¨tre du patronle type %qT de l'argument %qE du patron dÃ©pend de paramÃ¨tres du patronle type %qT devrait correspondre au type %qTle type %qT enfreint la rÃ¨gle de la dÃ©finition unique du C++le type %qT sans classe de liaison est utilisÃ© pour dÃ©clarer la fonction %q#D avec une classe de liaisonle type %qT sans classe de liaison est utilisÃ© pour dÃ©clarer la variable %q#D avec une classe de liaisonle type %qs n'est pas conforme au protocole %qEassertion de type uniquement valable pour des types d'interfacesles attributs de type sont ignorÃ©s aprÃ¨s que le type ait dÃ©jÃ  Ã©tÃ© dÃ©finile type %<int%> est utilisÃ© par dÃ©faut dans la dÃ©claration de %qEle type %<int%> est utilisÃ© par dÃ©faut dans le nom du typele type n'a pas de mÃ©thodele type est obsolÃ¨tele type est obsolÃ¨te: %sle type n'est pas compatible avec sa variantedÃ©saccord de type entre un SSA_NAME et son symboledÃ©saccord de type pour l'Ã©tiquette du Â«Â caseÂ Â» dans l'instruction Â«Â switchÂ Â»dÃ©saccord de type dans BIT_INSERT_EXPRdÃ©saccord de type dans une expression d'adressedÃ©saccord de type dans la rÃ©fÃ©rence Ã  la plage du tableaudÃ©saccord de type dans la rÃ©fÃ©rence au tableaudÃ©saccord de type dans une expression binairedÃ©saccord de type dans une expression complexedÃ©saccord de type dans la rÃ©fÃ©rence au composantnon concordance de type dans une expression conditionnelledÃ©saccord de type dans une expression multiplier et additionner fusionnÃ©edÃ©saccord de type dans le paquet de paramÃ¨tres non typedÃ©saccord de type dans le paramÃ¨tre %idÃ©saccord de type dans une expression plus pointeurdÃ©saccord de type dans la rÃ©fÃ©rence Ã  la partie rÃ©elle/imaginairedÃ©saccord de type dans une expression SAD (Sum of Absolute Difference = Somme des DiffÃ©rences Absolues)dÃ©saccord de type dans une expression de dÃ©calagedÃ©saccord de type dans une expression de permutation vectorielledÃ©saccord de type dans une expression multiplier et accumuler avec Ã©largissementdÃ©saccord de type dans une expression de dÃ©calage d'un vecteur avec Ã©largissementnon concordance de type avec la dÃ©claration externe prÃ©cÃ©dente de %q#Dle type doit Ãªtre un %<auto%> qualifiÃ© avec CV ou une rÃ©fÃ©rence Ã  un %<auto%> qualifiÃ© avec CVle nom du type %qs devrait correspondre au nom du type %qsnom de type dÃ©clarÃ© comme une fonction retournant une fonctionnom de type dÃ©clarÃ© comme une fonction retournant un tableaule type de %qD devient %<int%> par dÃ©fautle type de %qD ne correspond pas Ã  la dÃ©claration originalele type de %qE est inconnule type du tableau %q+D est complÃ©tÃ© de maniÃ¨re incompatible avec une initialisation implicitele type de l'opÃ©rande asm %qE n'a pas pu Ãªtre dÃ©terminÃ©le type de champ de bit %qs est une extension de GCCle type du paramÃ¨tre formel %d est incompletle type de la propriÃ©tÃ© %qD est en conflit avec la dÃ©claration prÃ©cÃ©dentedÃ©saccord dans la prÃ©cision du type dans l'instruction Â«Â switchÂ Â»les qualificatifs de type sont ignorÃ©s sur le type retournÃ© par la fonctionle type passÃ© au delete vectoriel n'est ni un pointeur ni un type tableaule type transparent %q#T ne peut Ãªtre rendu transparent car le type du premier champ a une ABI diffÃ©rente de la classe gÃ©nÃ©ralele type transparent %q#T n'a aucun champla classe de type transparent %qT a des classes de basela classe de type transparent %qT a des fonctions virtuellesla variante du type diffÃ¨re sur la variante du type a TYPE_METHODSla variante du type a un TREE_TYPE diffÃ©rentla variante du type a un TYPE_BINFO diffÃ©rentla variante du type a un TYPE_FIELDS diffÃ©rentla variante du type a un TYPE_SIZE_UNIT diffÃ©rentla variante du type a un TYPE_VFIELD diffÃ©rentvariante du type avec TYPE_ALIAS_SET_KNOWN_PTREE_TYPE de la variante du typeTYPE_BINFO de la variante du typeTYPE_SIZE_UNIT de la variante du typele type a Ã©tÃ© prÃ©cÃ©demment dÃ©clarÃ© %qETREE_TYPE du typeTYPE_BINFO du typeTYPE_SIZE_UNIT du typeun transtypage Ã  la barbare vers un type incomplet pourrait enfreindre la rÃ¨gle selon laquelle un seul pointeur pointe vers une zone mÃ©moire (strict aliasing).non concordance de type/valeur pour l'argument %d dans la liste des paramÃ¨tres du patron de %qDle typedef %q+D est dÃ©clarÃ© %<_Noreturn%>le typedef %q+D est dÃ©clarÃ© %<inline%>typedef %qD est initialisÃ© (utilisez plutÃ´t __typeof__)typedef %qD est initialisÃ© (utilisez plutÃ´t decltype)le typedef %qD est dÃ©fini localement sans Ãªtre utilisÃ©la dÃ©claration typedef est invalide dans la dÃ©claration du paramÃ¨tretypedef dÃ©clarÃ© %<auto%>le nom du typedef ne peut pas Ãªtre un nom de spÃ©cificateur imbriquÃ©nom du typedef %qD utilisÃ© comme dÃ©claration de destructeurtypeid du type de fonction qualifiÃ© %qTl'expression typeid n'est pas une expression constante car %qE est un type polymorphiqueles types ne sont pas vraiment compatiblesles types diffÃ¨rent sur le type signÃ©/non-signÃ©les types ont des nombres de paramÃ¨tres diffÃ©rentsles types ne peuvent pas Ãªtre dÃ©finis dans les expressions %<decltype%>les types ne peuvent pas Ãªtre dÃ©finis dans des expressions %<noexcept%>les types ne peuvent pas Ãªtre dÃ©finis dans une expression %<typeid%>les types ne peuvent pas Ãªtre dÃ©finis dans un conversion-type-iddes types ne peuvent pas Ãªtre dÃ©finis dans la dÃ©claration d'une instruction Â«Â forÂ Â» parcourant une plageles types ne peuvent pas Ãªtre dÃ©finis dans une expression Â«Â newÂ Â»les types ne peuvent pas Ãªtre dÃ©finis dans un new-type-idles types ne peuvent pas Ãªtre dÃ©finis dans des dÃ©clarations de patrons d'aliasles types ne peuvent pas Ãªtre dÃ©finis dans une spÃ©cification d'exceptionles types ne peuvent pas Ãªtre dÃ©finis dans les transtypagesdes types ne peuvent pas Ãªtre dÃ©finis dans des conditionsdes types ne peuvent pas Ãªtre dÃ©finis dans une liste de types de rÃ©ductionsdes types ne peuvent pas Ãªtre dÃ©finis dans une dÃ©claration d'exceptiondes types ne peuvent pas Ãªtre dÃ©finis dans des types de paramÃ¨tresles types ne peuvent pas Ãªtre dÃ©finis dans les arguments du patrontypespec dans ALLOCATE Ã  %Lincapable de calculer la position rÃ©elle des paramÃ¨tres sur la pileimpossible de dÃ©duire %qT Ã  partir de %qEimpossible de dÃ©duire le type de retour de la lambda Ã  partir de %qEimpossible d'Ã©muler %qsimpossible de trouver un registre Ã  dÃ©verserimpossible de trouver un registre de classe %qs Ã  dÃ©verserimpossible de trouver l'opÃ©rateur littÃ©ral de caractÃ¨re %qD avec l'argument %qTimpossible de trouver l'opÃ©rateur littÃ©ral numÃ©rique %qDimpossible de trouver l'opÃ©rateur littÃ©ral de chaÃ®ne %qD avec les arguments %qT, %qTincapable de gÃ©nÃ©rer des recharges pour:impossible de trouver le script d'Ã©dition de liens par dÃ©faut %qs dans les chemins de recherche des bibliothÃ¨quesincapable d'ouvrir la dÃ©pendance dynamique Â«Â %sÂ Â»impossible d'ouvrir le fichierimpossible d'ouvrir le fichier journal %<vtv_class_set_sizes.log%>: %mimpossible d'ouvrir le fichier journal %<vtv_count_data.log%>: %mimpossible d'ouvrir le fichier journal %<vtv_set_ptr_data.log%>: %mimpossible d'imprimer l'opÃ©rande pour l'instant; code == %d (%c)impossible d'enregistrer les informations du greffon %qs â€“ nom de greffon pas trouvÃ©incapable d'utiliser Â«Â %sÂ Â» pour un registre PICutilisation de %<alloca%> sans limiteutilisation d'un tableau de longueur variable sans limiteinconditionnel %2d jamais exÃ©cutÃ©
  inconditionnel %2d pris %s
  sÃ©lecteur %qE non dÃ©clarÃ©le comportement est indÃ©fini quand le second paramÃ¨tre de %<va_start%> est dÃ©clarÃ© avec le stockage %<register%>opÃ©rande nommÃ© %qs non dÃ©finile type sous-jacent %<%T%> de %<%T%> doit Ãªtre un type entierdÃ©saccord dans le type sous-jacent de l'enum %q#Texpression !$OMP ATOMIC inattendue Ã  %Larbre syntaxique abstrait (AST=Abstract Syntax Tree) de type %s inattenduargument inattenduargument inattendu pour msp430_select_hwmult_lib: %sattribut inattendutype de base inattendu dans cris_print_basel'expression %qE du sous-type %s est inattenduenom de fichier %s inattendu dans la rÃ©solution du fichier de l'Ã©diteur de liens. %s attendupremier argument inattendu pour msp430_select_hwmult_lib: %stype d'index inattendu dans cris_print_indexmot-clÃ© inattendu; enlevez l'espace entre les guillemets et l'identificateur du suffixeopÃ©rande multiplicatif inattendudÃ©calage inattenduopÃ©rande inattendueffets de bord inattendus dans l'adressealignement non gÃ©rÃ© pour Â«Â #pragma nomember_alignmentÂ Â»opÃ©rande d'appel non identifiableconstante %qD non initialisÃ©ela constante %qD non initialisÃ©e est invalide en C++constante non initialisÃ©e dans %<new%> de %q#Tmembre constant non initialisÃ© dans %q#Tle membre constant non initialisÃ© dans %q#T utilise %<new%> sans initialisation Â«Â newÂ Â»le membre constant non initialisÃ© dans %qT est invalide en C++membre constant non initialisÃ© dans la base %q#T de %q#Tle membre constant non initialisÃ© dans la base %q#T de %q#T utilise %<new%> sans initialisation Â«Â newÂ Â»membre par rÃ©fÃ©rence non initialisÃ© dans %q#Tle membre de rÃ©fÃ©rence non initialisÃ© dans %q#T utilise %<new%> sans initialisation Â«Â newÂ Â»membre de rÃ©fÃ©rence non initialisÃ© dans la base %q#T de %q#Tle membre de rÃ©fÃ©rence non initialisÃ© dans la base %q#T de %q#T utilise %<new%> sans initialisation Â«Â newÂ Â»variable non initialisÃ©e %q+D placÃ©e dans la zone mÃ©moire du programmevariable %qD non initialisÃ©e dans une fonction %<constexpr%>une union ne peut pas Ãªtre rendue transparenteÂ«Â unionÂ Â» dÃ©fini icil'union n'a aucun membrel'union n'a aucun membre nommÃ©membre d'union %q+D avec un %qD non trivialmodÃ¨le Â«Â %sÂ Â» inconnu pour Â«Â #pragma extern_modelÂ Â»nom %s inconnu pour Â«Â #pragma member_alignmentÂ Â»option -mdebug-%s inconnuespÃ©cification de version du processeur CRIS inconnue dans -mtune= : %sspÃ©cification de version CRIS inconnue dans -march= ou -mcpu= : %salgorithme IRA %qs inconnurÃ©gion IRA %qs inconnuemodÃ¨le de partitionnement LTO %qs inconnuNiveau de rÃ©utilisation de la pile %qs inconnumodÃ¨le TLS %qs inconnuaction %qE inconnue pour %<#pragma pack%> â€“ ignorÃ©alignement %qs inconnu spÃ©cifiÃ© pour l'option %qsspÃ©cificateur d'architecture inconnu dans le modÃ¨le mÃ©moire de la fonction internetaille du tableau inconnue dans deletesortie du fanion asm %qs inconnuealgorithme de rÃ©organisation des blocs de base %qs inconnutype d'opÃ©rande immÃ©diat de la fonction intÃ©grÃ©e inconnu pour l'opÃ©rande %dÃ©vÃ©nement de rappel inconnu enregistrÃ© par le greffon %svaleur cc_attr inconnuecaractÃ¨re de type de conversion %qc inconnu dans le formatarchitecture de cÅ“ur %qs inconnue spÃ©cifiÃ©e avec %qsprocesseur %qs inconnu pour -mtunestyle de dÃ©codage des noms Â«Â %sÂ Â» inconnudestination inconnuestyle de prÃ©cision excÃ©dentaire %qs inconnufanion inconnu passÃ© Ã  -moverride=%s (%s)style de contraction en virgule flottante %qs inconnumode insn inconnusortie %qs inconnue pour l'Ã©diteur de liensmode machine %qE inconnuinsn de dÃ©placement inconnueÂ :ABI de dÃ©chargement %qs inconnueopÃ©rateur %qs inconnu dans %%:version-compareoption %q.*s inconnue dans %<-fopt-info-%s%>option inconnue aprÃ¨s %<#pragma GCC diagnostic%>option inconnue pour -mrecip=%sÃ©tape %s inconnue spÃ©cifiÃ©e dans -fdisableÃ©tape %s inconnue spÃ©cifiÃ©e dans -fenablemodÃ¨le de taille de pointeur %qs inconnumÃ©thode de mise Ã  jour du profil %qs inconnueattribut de propriÃ©tÃ© inconnuponctuation Â«Â %cÂ Â» inconnuenom de registre %qs inconnu dans %<asm%>nom de registre inconnu: %srelocalisation unspec inconnuefonction de spec %qs inconnuespÃ©cification inconnue pour l'ensemble des valeurs de FLT_EVAL_METHOD Ã  permettre %qssource inconnueparamÃ¨tre de contrÃ´le de la pile %qs inconnuoption -mlong-double-%s inconnueoption d'ajustement inconnue (%s)type %<%T%> inconnu rencontrÃ© pendant l'encodage Objective-Cnom de type %qE inconnunom de type %qE inconnu; vouliez-vous utiliser %qsÂ ?nom de type %qE inconnu; utilisez le mot-clÃ© %<enum%> pour faire rÃ©fÃ©rence au typenom de type %qE inconnu; utilisez le mot-clÃ© %<struct%> pour faire rÃ©fÃ©rence au typenom de type %qE inconnu; utilisez le mot-clÃ© %<union%> pour faire rÃ©fÃ©rence au typevaleur %qs inconnue pour la cible Â«Â archÂ Â» %svaleur %qs inconnue pour la cible Â«Â cpuÂ Â» %svaleur %qs inconnue pour la cible Â«Â tuneÂ Â» %svaleur %qs inconnue pour -marchvaleur %qs inconnue pour -mcpuvaleur %qs inconnue pour -mtunevaleur %qs inconnue pour -mmacosx-version-mintype d'ABI de la bibliothÃ¨que de vectorisation (%s) inconnu pour l'option -mveclibabi=modÃ¨le de coÃ»t de la vectorisation %qs inconnuprioritÃ© d'initialisation de la vÃ©rification de la vtable %qs inconnueclasse sans nom dÃ©finie iciun champ sans nom a un type incompletinitialisation sans nom pour %qT, lequel n'a pas de classe de baseinitialisation sans nom pour %qT, lequel utilise de multiples hÃ©ritagesun enum fortement typÃ© sans nom n'est pas permisstruct/union sans nom ne dÃ©finissant aucune instanceun type non nommÃ© sans classe de liaison est utilisÃ© pour dÃ©clarer la fonction %q#D avec une classe de liaisonun type non nommÃ© sans classe de liaison est utilisÃ© pour dÃ©clarer la variable %q#D avec une classe de liaisonvariable non nommÃ©e ou champ dÃ©clarÃ© voidcomparaison non ordonnÃ©e sur un argument n'Ã©tant pas en virgule flottanteunquote_string(): mauvaise chaÃ®ne obtenueinatteignableargument mÃ©connaissable pour l'option insn non reconnaissable:adresse non reconnueargument non reconnu pour l'option %qsargument non reconnu pour -mcpu: %sargument non reconnu pour l'option --help=: %q.*sargument non reconnu pour l'option -f%ssanitize%s=: %q.*sargument non reconnu pour l'option -f%ssanitize%s=: %q.*s; vouliez-vous utiliser %qsÂ ?option %<-%s%> non reconnue sur la ligne de commandeoption %<-%s%> non reconnue sur la ligne de commande, aviez-vous l'intention d'utiliser %<-%s%>Â ?l'option %<-fdump-%s%> de la ligne de commande n'est pas reconnuel'option %<-fopt-info-%s%> de la ligne de commande n'est pas reconnueoption %qs non reconnue sur la ligne de commandenumÃ©ro de registre de contrÃ´le non reconnu: %d â€“ utilisation de Â«Â pswÂ Â»niveau de sortie de dÃ©bogage %qs non reconnufanion d'arÃªte non reconnu: Â«Â %sÂ Â»valeur d'Ã©numÃ©ration non reconnue: Â«Â %sÂ Â»spÃ©cificateur de format non reconnuoption gcc de dÃ©bogage non reconnue: %cchamp hwpy non reconnu dans msp430_mcu_data[%d]: %dinclude_flags 0x%x non reconnu passÃ© Ã  print_specific_helpargument de vecteur d'interruption non reconnu pour l'attribut %qEvaleur de visibilitÃ© %qs non reconnue dans Â«Â ivar_visibilityÂ Â»option -fdisable non reconnueoption -fenable non reconnuenom de registre %qs non reconnuordre de stockage des scalaires %qs non reconnunom de section %qE non reconnudÃ©calage %qs non reconnu pour la mÃ©moire de validation (shadow memory)constante supposÃ©e non reconnuevaleur de visibilitÃ© %qs non reconnueerreur irrÃ©cupÃ©rablesurcharge non rÃ©solue pour la fonction Altivec interne %qFfonction interne surchargÃ©e non rÃ©solueles unions sans restrictions sont disponibles avec -std=c++11 ou -std=gnu++11l'appel Ã  la fonction %qD n'est pas sÃ»r dans la fonction %<transaction_safe%>l'appel de la fonction %qD n'est pas sÃ»r dans une transaction atomiquel'appel Ã  la fonction %qE n'est pas sÃ»r dans la fonction %<transaction_safe%>l'appel de la fonction %qE n'est pas sÃ»r dans une transaction atomiqueappel de fonction indirect pas sÃ»r dans une fonction %<transaction_safe%>appel de fonction indirect pas sÃ»r dans une transaction atomiqueconstante Â«Â floatÂ Â» sans suffixeargument non supportÃ© par %qDtype d'argument %qT non supportÃ© pour simd
  type d'argument non supportÃ© pour une fonction internecombinaison non supportÃ©e: %qs %scombinaison non supportÃ©e: %qs%s %scombinaison non supportÃ©e: %sconversion en virgule fixe non supportÃ©emode %s non supportÃ©
diff -Nrcpad gcc-7.1.0/gcc/po/fr.po gcc-7.2.0/gcc/po/fr.po
*** gcc-7.1.0/gcc/po/fr.po	Sun Apr 30 23:16:59 2017
--- gcc-7.2.0/gcc/po/fr.po	Tue Aug  1 23:44:37 2017
***************
*** 130,139 ****
  #
  msgid ""
  msgstr ""
! "Project-Id-Version: gcc 7.1-b20170427\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-04-24 20:38+0000\n"
! "PO-Revision-Date: 2017-04-29 21:11+0200\n"
  "Last-Translator: FrÃ©dÃ©ric Marchal <fmarchal@perso.be>\n"
  "Language-Team: French <traduc@traduc.org>\n"
  "Language: fr\n"
--- 130,139 ----
  #
  msgid ""
  msgstr ""
! "Project-Id-Version: gcc 7.1.0\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-05-01 22:24+0000\n"
! "PO-Revision-Date: 2017-07-31 21:23+0200\n"
  "Last-Translator: FrÃ©dÃ©ric Marchal <fmarchal@perso.be>\n"
  "Language-Team: French <traduc@traduc.org>\n"
  "Language: fr\n"
*************** msgstr "modificateur de longueur dans le
*** 2923,2964 ****
  msgid "<command-line>"
  msgstr "<ligne-de-commande>"
  
! #: config/aarch64/aarch64.c:4926 config/arm/arm.c:21795 config/arm/arm.c:21808
! #: config/arm/arm.c:21833 config/nios2/nios2.c:2653
  #, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "OpÃ©rande non supportÃ© pour le code Â«Â %cÂ Â»"
  
! #: config/aarch64/aarch64.c:4938 config/aarch64/aarch64.c:4954
! #: config/aarch64/aarch64.c:4967 config/aarch64/aarch64.c:4979
! #: config/aarch64/aarch64.c:4990 config/aarch64/aarch64.c:5013
! #: config/aarch64/aarch64.c:5066 config/aarch64/aarch64.c:5269
  #, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "opÃ©rande invalide pour Â«Â %%%cÂ Â»"
  
! #: config/aarch64/aarch64.c:5033 config/aarch64/aarch64.c:5046
! #: config/aarch64/aarch64.c:5056
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr "opÃ©rande en virgule flottante ou registre vecteur incompatible pour Â«Â %%%cÂ Â»"
  
! #: config/aarch64/aarch64.c:5102 config/arm/arm.c:22340
  #, c-format
  msgid "missing operand"
  msgstr "opÃ©rande manquant"
  
! #: config/aarch64/aarch64.c:5164
  #, c-format
  msgid "invalid constant"
  msgstr "constante invalide"
  
! #: config/aarch64/aarch64.c:5167
  #, c-format
  msgid "invalid operand"
  msgstr "opÃ©rande invalide"
  
! #: config/aarch64/aarch64.c:5280
  #, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "prÃ©fixe d'opÃ©rande invalide Â«Â %%%cÂ Â»"
--- 2923,2964 ----
  msgid "<command-line>"
  msgstr "<ligne-de-commande>"
  
! #: config/aarch64/aarch64.c:4927 config/arm/arm.c:21832 config/arm/arm.c:21845
! #: config/arm/arm.c:21870 config/nios2/nios2.c:2653
  #, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "OpÃ©rande non supportÃ© pour le code Â«Â %cÂ Â»"
  
! #: config/aarch64/aarch64.c:4939 config/aarch64/aarch64.c:4955
! #: config/aarch64/aarch64.c:4968 config/aarch64/aarch64.c:4980
! #: config/aarch64/aarch64.c:4991 config/aarch64/aarch64.c:5014
! #: config/aarch64/aarch64.c:5067 config/aarch64/aarch64.c:5270
  #, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "opÃ©rande invalide pour Â«Â %%%cÂ Â»"
  
! #: config/aarch64/aarch64.c:5034 config/aarch64/aarch64.c:5047
! #: config/aarch64/aarch64.c:5057
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr "opÃ©rande en virgule flottante ou registre vecteur incompatible pour Â«Â %%%cÂ Â»"
  
! #: config/aarch64/aarch64.c:5103 config/arm/arm.c:22377
  #, c-format
  msgid "missing operand"
  msgstr "opÃ©rande manquant"
  
! #: config/aarch64/aarch64.c:5165
  #, c-format
  msgid "invalid constant"
  msgstr "constante invalide"
  
! #: config/aarch64/aarch64.c:5168
  #, c-format
  msgid "invalid operand"
  msgstr "opÃ©rande invalide"
  
! #: config/aarch64/aarch64.c:5281
  #, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "prÃ©fixe d'opÃ©rande invalide Â«Â %%%cÂ Â»"
*************** msgstr "opÃ©rande invalide pour le code
*** 3116,3144 ****
  msgid "invalid UNSPEC as operand: %d"
  msgstr "UNSPEC invalide comme opÃ©randeÂ : %d"
  
! #: config/arm/arm.c:18804 config/arm/arm.c:18829 config/arm/arm.c:18839
! #: config/arm/arm.c:18848 config/arm/arm.c:18857
  #, c-format
  msgid "invalid shift operand"
  msgstr "opÃ©rande shift invalide"
  
! #: config/arm/arm.c:21671 config/arm/arm.c:21689
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "instruction Thumb Ã©tablie"
  
! #: config/arm/arm.c:21677
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "instruction Ã©tablie dans la sÃ©quence conditionnelle"
  
! #: config/arm/arm.c:21910 config/arm/arm.c:21932 config/arm/arm.c:21942
! #: config/arm/arm.c:21952 config/arm/arm.c:21962 config/arm/arm.c:22001
! #: config/arm/arm.c:22019 config/arm/arm.c:22044 config/arm/arm.c:22059
! #: config/arm/arm.c:22086 config/arm/arm.c:22093 config/arm/arm.c:22111
! #: config/arm/arm.c:22118 config/arm/arm.c:22126 config/arm/arm.c:22147
! #: config/arm/arm.c:22154 config/arm/arm.c:22287 config/arm/arm.c:22294
! #: config/arm/arm.c:22321 config/arm/arm.c:22328 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
--- 3116,3144 ----
  msgid "invalid UNSPEC as operand: %d"
  msgstr "UNSPEC invalide comme opÃ©randeÂ : %d"
  
! #: config/arm/arm.c:18841 config/arm/arm.c:18866 config/arm/arm.c:18876
! #: config/arm/arm.c:18885 config/arm/arm.c:18894
  #, c-format
  msgid "invalid shift operand"
  msgstr "opÃ©rande shift invalide"
  
! #: config/arm/arm.c:21708 config/arm/arm.c:21726
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "instruction Thumb Ã©tablie"
  
! #: config/arm/arm.c:21714
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "instruction Ã©tablie dans la sÃ©quence conditionnelle"
  
! #: config/arm/arm.c:21947 config/arm/arm.c:21969 config/arm/arm.c:21979
! #: config/arm/arm.c:21989 config/arm/arm.c:21999 config/arm/arm.c:22038
! #: config/arm/arm.c:22056 config/arm/arm.c:22081 config/arm/arm.c:22096
! #: config/arm/arm.c:22123 config/arm/arm.c:22130 config/arm/arm.c:22148
! #: config/arm/arm.c:22155 config/arm/arm.c:22163 config/arm/arm.c:22184
! #: config/arm/arm.c:22191 config/arm/arm.c:22324 config/arm/arm.c:22331
! #: config/arm/arm.c:22358 config/arm/arm.c:22365 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
*************** msgstr "instruction Ã©tablie dans la sÃ©
*** 3146,3158 ****
  msgid "invalid operand for code '%c'"
  msgstr "opÃ©rande invalide pour Â«Â %cÂ Â»"
  
! #: config/arm/arm.c:22014
  #, c-format
  msgid "instruction never executed"
  msgstr "instruction jamais exÃ©cutÃ©e"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22035
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr "code de format Maverick Â«Â %cÂ Â» obsolÃ¨te"
--- 3146,3158 ----
  msgid "invalid operand for code '%c'"
  msgstr "opÃ©rande invalide pour Â«Â %cÂ Â»"
  
! #: config/arm/arm.c:22051
  #, c-format
  msgid "instruction never executed"
  msgstr "instruction jamais exÃ©cutÃ©e"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22072
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr "code de format Maverick Â«Â %cÂ Â» obsolÃ¨te"
*************** msgstr "emit_fusion_p9_store, mauvais re
*** 3960,4057 ****
  msgid "emit_fusion_p9_store not MEM"
  msgstr "emit_fusion_p9_store pas MEM"
  
! #: config/s390/s390.c:7314
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr "les rÃ©fÃ©rences mÃ©moire symboliques sont uniquement supportÃ©es sur z10 ou ultÃ©rieur"
  
! #: config/s390/s390.c:7325
  #, c-format
  msgid "cannot decompose address"
  msgstr "adresse indÃ©composable"
  
! #: config/s390/s390.c:7394
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "opÃ©rateur de comparaison invalide pour le modificateur de sortie Â«Â EÂ Â»"
  
! #: config/s390/s390.c:7417
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "rÃ©fÃ©rence invalide pour le modificateur de sortie Â«Â JÂ Â»"
  
! #: config/s390/s390.c:7435
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "adresse invalide pour le modificateur de sortie Â«Â OÂ Â»"
  
! #: config/s390/s390.c:7457
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "adresse invalide pour le modificateur de sortie Â«Â RÂ Â»"
  
! #: config/s390/s390.c:7475
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr "rÃ©fÃ©rence mÃ©moire attendue pour le modificateur de sortie Â«Â SÂ Â»"
  
! #: config/s390/s390.c:7485
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "adresse invalide pour le modificateur de sortie Â«Â SÂ Â»"
  
! #: config/s390/s390.c:7506
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr "registre ou expression mÃ©moire attendue pour le modificateur de sortie Â«Â NÂ Â»"
  
! #: config/s390/s390.c:7517
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr "registre ou expression mÃ©moire attendue pour le modificateur de sortie Â«Â MÂ Â»"
  
! #: config/s390/s390.c:7603 config/s390/s390.c:7624
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "constante invalide pour le modificateur de sortie Â«Â %cÂ Â»"
  
! #: config/s390/s390.c:7621
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "constante invalide - essayez un modificateur de sortie"
  
! #: config/s390/s390.c:7658
  #, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "vecteur constant invalide pour le modificateur de sortie Â«Â %cÂ Â»"
  
! #: config/s390/s390.c:7665
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "expression invalide - essayez un modificateur de sortie"
  
! #: config/s390/s390.c:7668
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "expression invalide pour le modificateur de sortie Â«Â %cÂ Â»"
  
! #: config/s390/s390.c:11535
  msgid "vector argument passed to unprototyped function"
  msgstr "vecteur passÃ© en argument Ã  une fonction sans prototype"
  
! #: config/s390/s390.c:15354
  msgid "types differ in signedness"
  msgstr "les types diffÃ¨rent sur le type signÃ©/non-signÃ©"
  
! #: config/s390/s390.c:15364
  msgid "binary operator does not support two vector bool operands"
  msgstr "l'opÃ©rateur binaire ne supporte pas deux opÃ©randes boolÃ©ens vectoriels"
  
! #: config/s390/s390.c:15367
  msgid "binary operator does not support vector bool operand"
  msgstr "l'opÃ©rateur binaire ne supporte pas l'opÃ©rande boolÃ©en vectoriel"
  
! #: config/s390/s390.c:15375
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr "l'opÃ©rateur binaire ne supporte pas le mÃ©lange d'un boolÃ©en vectoriel avec un vecteur en virgule flottante"
  
--- 3960,4057 ----
  msgid "emit_fusion_p9_store not MEM"
  msgstr "emit_fusion_p9_store pas MEM"
  
! #: config/s390/s390.c:7482
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr "les rÃ©fÃ©rences mÃ©moire symboliques sont uniquement supportÃ©es sur z10 ou ultÃ©rieur"
  
! #: config/s390/s390.c:7493
  #, c-format
  msgid "cannot decompose address"
  msgstr "adresse indÃ©composable"
  
! #: config/s390/s390.c:7562
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "opÃ©rateur de comparaison invalide pour le modificateur de sortie Â«Â EÂ Â»"
  
! #: config/s390/s390.c:7585
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "rÃ©fÃ©rence invalide pour le modificateur de sortie Â«Â JÂ Â»"
  
! #: config/s390/s390.c:7603
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "adresse invalide pour le modificateur de sortie Â«Â OÂ Â»"
  
! #: config/s390/s390.c:7625
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "adresse invalide pour le modificateur de sortie Â«Â RÂ Â»"
  
! #: config/s390/s390.c:7643
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr "rÃ©fÃ©rence mÃ©moire attendue pour le modificateur de sortie Â«Â SÂ Â»"
  
! #: config/s390/s390.c:7653
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "adresse invalide pour le modificateur de sortie Â«Â SÂ Â»"
  
! #: config/s390/s390.c:7674
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr "registre ou expression mÃ©moire attendue pour le modificateur de sortie Â«Â NÂ Â»"
  
! #: config/s390/s390.c:7685
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr "registre ou expression mÃ©moire attendue pour le modificateur de sortie Â«Â MÂ Â»"
  
! #: config/s390/s390.c:7771 config/s390/s390.c:7792
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "constante invalide pour le modificateur de sortie Â«Â %cÂ Â»"
  
! #: config/s390/s390.c:7789
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "constante invalide - essayez un modificateur de sortie"
  
! #: config/s390/s390.c:7826
  #, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "vecteur constant invalide pour le modificateur de sortie Â«Â %cÂ Â»"
  
! #: config/s390/s390.c:7833
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "expression invalide - essayez un modificateur de sortie"
  
! #: config/s390/s390.c:7836
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "expression invalide pour le modificateur de sortie Â«Â %cÂ Â»"
  
! #: config/s390/s390.c:11703
  msgid "vector argument passed to unprototyped function"
  msgstr "vecteur passÃ© en argument Ã  une fonction sans prototype"
  
! #: config/s390/s390.c:15522
  msgid "types differ in signedness"
  msgstr "les types diffÃ¨rent sur le type signÃ©/non-signÃ©"
  
! #: config/s390/s390.c:15532
  msgid "binary operator does not support two vector bool operands"
  msgstr "l'opÃ©rateur binaire ne supporte pas deux opÃ©randes boolÃ©ens vectoriels"
  
! #: config/s390/s390.c:15535
  msgid "binary operator does not support vector bool operand"
  msgstr "l'opÃ©rateur binaire ne supporte pas l'opÃ©rande boolÃ©en vectoriel"
  
! #: config/s390/s390.c:15543
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr "l'opÃ©rateur binaire ne supporte pas le mÃ©lange d'un boolÃ©en vectoriel avec un vecteur en virgule flottante"
  
*************** msgstr "suppose qu'un dÃ©bordement signÃ
*** 17412,17418 ****
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr "suppose qu'un dÃ©bordement signÃ© n'a pas lieu lorsque des constantes sont combinÃ©es autour d'une comparaison"
  
! #: fold-const.c:12046
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr "vÃ©rification fold: arbre originale modifiÃ© par fold"
--- 17412,17418 ----
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr "suppose qu'un dÃ©bordement signÃ© n'a pas lieu lorsque des constantes sont combinÃ©es autour d'une comparaison"
  
! #: fold-const.c:12048
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr "vÃ©rification fold: arbre originale modifiÃ© par fold"
*************** msgstr "dÃ©rÃ©fÃ©rencement d'un pointeur
*** 17950,17957 ****
  msgid "null pointer dereference"
  msgstr "dÃ©rÃ©fÃ©rencement d'un pointeur null"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12872
! #: tree.c:12909 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
--- 17950,17957 ----
  msgid "null pointer dereference"
  msgstr "dÃ©rÃ©fÃ©rencement d'un pointeur null"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12880
! #: tree.c:12917 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
*************** msgstr "dÃ©clarÃ© ici"
*** 17965,18261 ****
  msgid "nonnull argument %qD compared to NULL"
  msgstr "argument non null %qD comparÃ© Ã  NULL"
  
! #: gimple-ssa-sprintf.c:2307 gimple-ssa-sprintf.c:2435
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr "la sortie de %qE peut Ãªtre tronquÃ©e avant le dernier caractÃ¨re de format"
  
! #: gimple-ssa-sprintf.c:2309 gimple-ssa-sprintf.c:2437
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr "la sortie de %qE peut Ãªtre tronquÃ©e avant le dernier caractÃ¨re de format"
  
! #: gimple-ssa-sprintf.c:2311 gimple-ssa-sprintf.c:2439
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr "%qE peut Ã©crire un zÃ©ro terminal au delÃ  de la fin de la destination"
  
! #: gimple-ssa-sprintf.c:2313 gimple-ssa-sprintf.c:2441
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr "%qE Ã©crit un zÃ©ro terminal au delÃ  de la fin de la destination"
  
! #: gimple-ssa-sprintf.c:2326
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant %wu octet dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2328
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant %wu octet dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2330
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr "la directive %<%.*s%> Ã©crit %wu octet dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2334
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant %wu octets dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2336
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant %wu octets dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2338
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr "la directive %<%.*s%> Ã©crit %wu octets dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2351
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant jusqu'Ã  %wu octets dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2353
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant jusqu'Ã  %wu octets dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2355
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr "la directive %<%.*s%> Ã©crit jusqu'Ã  %wu octets dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2371
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant probablement %wu octets ou plus dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2373
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant probablement %wu octets ou plus dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2375
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr "la directive %<%.*s%> Ã©crit probablement %wu octets ou plus dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2388
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant entre %wu et %wu octets dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2390
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant entre %wu et %wu octets dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2392
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr "la directive %<%.*s%> Ã©crit entre %wu et %wu octets dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2404
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant %wu octets ou plus dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2406
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant %wu ou plus d'octets dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2408
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr "la directive %<%.*s%> Ã©crit %wu ou plus d'octets dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2454
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant %wu octet dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2456
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant %wu octet dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2458
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr "la directive %<%.*s%> Ã©crit %wu octet dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2462
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant %wu octets dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2464
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant %wu octets dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2466
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr "la directive %<%.*s%> Ã©crit %wu octets dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2480
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant jusqu'Ã  %wu octets dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2483
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant jusqu'Ã  %wu octets dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2486
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr "la directive %<%.*s%> Ã©crit jusqu'Ã  %wu octets dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2502
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant probablement %wu octets ou plus dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2505
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant probablement %wu octets ou plus dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2508
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr "la directive %<%.*s%> Ã©crit probablement %wu octets ou plus dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2521
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant entre %wu et %wu octets dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2524
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant entre %wu et %wu octets dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2527
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "la directive %<%.*s%> Ã©crit entre %wu et %wu octets dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2539
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant %wu octets ou plus dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2542
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant %wu octets ou plus dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2545
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "la directive %<%.*s%> Ã©crit %wu octets ou plus dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2710
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr "la sortie de la directive %<%.*s%> qui contient entre %wu et %wu octets peut dÃ©passer la taille minimum requise de 4095"
  
! #: gimple-ssa-sprintf.c:2712
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr "la sortie de la directive %<%.*s%> qui contient entre %wu et %wu octets dÃ©passe la taille minimum requise de 4095"
  
! #: gimple-ssa-sprintf.c:2751
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr "la sortie de la directive %<%.*s%> qui contient entre %wu et %wu octets fait dÃ©border le rÃ©sultat au delÃ  de %<INT_MAX%>"
  
! #: gimple-ssa-sprintf.c:2753
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr "la sortie de la directive %<%.*s%> qui contient entre %wu et %wu octets peut faire dÃ©border le rÃ©sultat au delÃ  de %<INT_MAX%>"
  
! #: gimple-ssa-sprintf.c:2767
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr "on suppose que la sortie de la directive occupe %wu octet"
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr "on suppose que la sortie de la directive occupe %wu octets"
  
! #: gimple-ssa-sprintf.c:2775
  #, gcc-internal-format
  msgid "directive argument %qE"
  msgstr "argument de directive %qE"
  
! #: gimple-ssa-sprintf.c:2777
  #, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr "argument de directive dans la plage [%E, %E]"
  
! #: gimple-ssa-sprintf.c:2781
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr "utilise la plage [%E, %E] pour l'argument de la directive"
  
! #: gimple-ssa-sprintf.c:2801
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr "%qE Ã©crit %wu octet dans une destination dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr "%qE Ã©crit %wu octets dans une destination dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2806
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr "%qE Ã©crit entre %wu et %wu octets dans une destination dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2811
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr "%qE Ã©crit %wu octets ou plus (%wu supposÃ©) dans une destination dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2816
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr "%qE Ã©crit %wu octets ou plus dans une destination dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:3588
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr "la limite spÃ©cifiÃ©e %wu excÃ¨de la taille maximale de l'objet (%wu)"
  
! #: gimple-ssa-sprintf.c:3594
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr "la limite spÃ©cifiÃ©e %wu excÃ¨de %<INT_MAX%>"
  
! #: gimple-ssa-sprintf.c:3647
  #, gcc-internal-format
  msgid "null destination pointer"
  msgstr "pointeur de destination null"
  
! #: gimple-ssa-sprintf.c:3664
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr "la limite spÃ©cifiÃ©e %wu dÃ©passe la taille %wu de l'objet de destination"
  
! #: gimple-ssa-sprintf.c:3676
  #, gcc-internal-format
  msgid "null format string"
  msgstr "chaÃ®ne de format nulle"
--- 17965,18261 ----
  msgid "nonnull argument %qD compared to NULL"
  msgstr "argument non null %qD comparÃ© Ã  NULL"
  
! #: gimple-ssa-sprintf.c:2308 gimple-ssa-sprintf.c:2436
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr "la sortie de %qE peut Ãªtre tronquÃ©e avant le dernier caractÃ¨re de format"
  
! #: gimple-ssa-sprintf.c:2310 gimple-ssa-sprintf.c:2438
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr "la sortie de %qE peut Ãªtre tronquÃ©e avant le dernier caractÃ¨re de format"
  
! #: gimple-ssa-sprintf.c:2312 gimple-ssa-sprintf.c:2440
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr "%qE peut Ã©crire un zÃ©ro terminal au delÃ  de la fin de la destination"
  
! #: gimple-ssa-sprintf.c:2314 gimple-ssa-sprintf.c:2442
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr "%qE Ã©crit un zÃ©ro terminal au delÃ  de la fin de la destination"
  
! #: gimple-ssa-sprintf.c:2327
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant %wu octet dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2329
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant %wu octet dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2331
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr "la directive %<%.*s%> Ã©crit %wu octet dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2335
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant %wu octets dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2337
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant %wu octets dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2339
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr "la directive %<%.*s%> Ã©crit %wu octets dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2352
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant jusqu'Ã  %wu octets dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2354
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant jusqu'Ã  %wu octets dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2356
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr "la directive %<%.*s%> Ã©crit jusqu'Ã  %wu octets dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2372
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant probablement %wu octets ou plus dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2374
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant probablement %wu octets ou plus dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2376
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr "la directive %<%.*s%> Ã©crit probablement %wu octets ou plus dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2389
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant entre %wu et %wu octets dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2391
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant entre %wu et %wu octets dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2393
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr "la directive %<%.*s%> Ã©crit entre %wu et %wu octets dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2405
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant %wu octets ou plus dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2407
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant %wu ou plus d'octets dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2409
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr "la directive %<%.*s%> Ã©crit %wu ou plus d'octets dans une rÃ©gion dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2455
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant %wu octet dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2457
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant %wu octet dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2459
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr "la directive %<%.*s%> Ã©crit %wu octet dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2463
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant %wu octets dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2465
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant %wu octets dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2467
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr "la directive %<%.*s%> Ã©crit %wu octets dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2481
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant jusqu'Ã  %wu octets dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2484
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant jusqu'Ã  %wu octets dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2487
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr "la directive %<%.*s%> Ã©crit jusqu'Ã  %wu octets dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2503
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant probablement %wu octets ou plus dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2506
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant probablement %wu octets ou plus dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2509
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr "la directive %<%.*s%> Ã©crit probablement %wu octets ou plus dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2522
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant entre %wu et %wu octets dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2525
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant entre %wu et %wu octets dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2528
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "la directive %<%.*s%> Ã©crit entre %wu et %wu octets dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2540
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> peut Ãªtre tronquÃ©e en Ã©crivant %wu octets ou plus dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2543
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "la sortie de la directive %<%.*s%> a Ã©tÃ© tronquÃ©e en Ã©crivant %wu octets ou plus dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2546
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "la directive %<%.*s%> Ã©crit %wu octets ou plus dans une rÃ©gion dont la taille est comprise entre %wu et %wu"
  
! #: gimple-ssa-sprintf.c:2711
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr "la sortie de la directive %<%.*s%> qui contient entre %wu et %wu octets peut dÃ©passer la taille minimum requise de 4095"
  
! #: gimple-ssa-sprintf.c:2713
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr "la sortie de la directive %<%.*s%> qui contient entre %wu et %wu octets dÃ©passe la taille minimum requise de 4095"
  
! #: gimple-ssa-sprintf.c:2752
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr "la sortie de la directive %<%.*s%> qui contient entre %wu et %wu octets fait dÃ©border le rÃ©sultat au delÃ  de %<INT_MAX%>"
  
! #: gimple-ssa-sprintf.c:2754
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr "la sortie de la directive %<%.*s%> qui contient entre %wu et %wu octets peut faire dÃ©border le rÃ©sultat au delÃ  de %<INT_MAX%>"
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr "on suppose que la sortie de la directive occupe %wu octet"
  
! #: gimple-ssa-sprintf.c:2769
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr "on suppose que la sortie de la directive occupe %wu octets"
  
! #: gimple-ssa-sprintf.c:2776
  #, gcc-internal-format
  msgid "directive argument %qE"
  msgstr "argument de directive %qE"
  
! #: gimple-ssa-sprintf.c:2778
  #, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr "argument de directive dans la plage [%E, %E]"
  
! #: gimple-ssa-sprintf.c:2782
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr "utilise la plage [%E, %E] pour l'argument de la directive"
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr "%qE Ã©crit %wu octet dans une destination dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2803
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr "%qE Ã©crit %wu octets dans une destination dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2807
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr "%qE Ã©crit entre %wu et %wu octets dans une destination dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2812
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr "%qE Ã©crit %wu octets ou plus (%wu supposÃ©) dans une destination dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:2817
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr "%qE Ã©crit %wu octets ou plus dans une destination dont la taille est %wu"
  
! #: gimple-ssa-sprintf.c:3591
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr "la limite spÃ©cifiÃ©e %wu excÃ¨de la taille maximale de l'objet (%wu)"
  
! #: gimple-ssa-sprintf.c:3597
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr "la limite spÃ©cifiÃ©e %wu excÃ¨de %<INT_MAX%>"
  
! #: gimple-ssa-sprintf.c:3650
  #, gcc-internal-format
  msgid "null destination pointer"
  msgstr "pointeur de destination null"
  
! #: gimple-ssa-sprintf.c:3667
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr "la limite spÃ©cifiÃ©e %wu dÃ©passe la taille %wu de l'objet de destination"
  
! #: gimple-ssa-sprintf.c:3679
  #, gcc-internal-format
  msgid "null format string"
  msgstr "chaÃ®ne de format nulle"
*************** msgstr "%<_Cilk_spawn%> attendu avant %<
*** 18582,18588 ****
  #: gimplify.c:12201
  #, gcc-internal-format
  msgid "gimplification failed"
! msgstr "la gimplification a Ã©chouÃ©e"
  
  #: gimplify.c:12729
  #, gcc-internal-format
--- 18582,18588 ----
  #: gimplify.c:12201
  #, gcc-internal-format
  msgid "gimplification failed"
! msgstr "la gimplification a Ã©chouÃ©"
  
  #: gimplify.c:12729
  #, gcc-internal-format
*************** msgstr "Le nom HSA SSA est dÃ©fini par l
*** 18637,18643 ****
  #: hsa-gen.c:1189 hsa-gen.c:1202
  #, gcc-internal-format
  msgid "HSA SSA verification failed"
! msgstr "La vÃ©rification HSA SSA a Ã©chouÃ©e"
  
  #: hsa-gen.c:1198
  #, gcc-internal-format
--- 18637,18643 ----
  #: hsa-gen.c:1189 hsa-gen.c:1202
  #, gcc-internal-format
  msgid "HSA SSA verification failed"
! msgstr "La vÃ©rification HSA SSA a Ã©chouÃ©"
  
  #: hsa-gen.c:1198
  #, gcc-internal-format
*************** msgstr "L'instruction HSA utilise un reg
*** 18652,18658 ****
  #: hsa-gen.c:1462
  #, gcc-internal-format
  msgid "HSA instruction verification failed"
! msgstr "La vÃ©rification de l'instruction HSA a Ã©chouÃ©e"
  
  #: input.c:1147
  #, gcc-internal-format, gfc-internal-format
--- 18652,18658 ----
  #: hsa-gen.c:1462
  #, gcc-internal-format
  msgid "HSA instruction verification failed"
! msgstr "La vÃ©rification de l'instruction HSA a Ã©chouÃ©"
  
  #: input.c:1147
  #, gcc-internal-format, gfc-internal-format
*************** msgstr "la chaÃ®ne de format est dÃ©fini
*** 20433,20589 ****
  msgid "%D renamed after being referenced in assembly"
  msgstr "%D renommÃ© aprÃ¨s avoir Ã©tÃ© rÃ©fÃ©rencÃ© dans l'assembleur"
  
! #: symtab.c:970
  #, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "le symbole de la fonction n'est pas une fonction"
  
! #: symtab.c:978
  #, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr "le symbole de la variable n'est pas une variable"
  
! #: symtab.c:984
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr "le nÅ“ud a un type inconnu"
  
! #: symtab.c:993
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr "nÅ“ud pas trouvÃ© node->decl->decl_with_vis.symtab_node"
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr "le nÅ“ud diffÃ¨re de node->decl->decl_with_vis.symtab_node"
  
! #: symtab.c:1010
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr "la liste de hachage des noms assembleur est corrompue"
  
! #: symtab.c:1023
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr "le nÅ“ud n'a pas Ã©tÃ© trouvÃ© dans le hachage des noms assembleur symtab"
  
! #: symtab.c:1030
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr "la liste doublement liÃ©e des noms assembleur est corrompue"
  
! #: symtab.c:1035
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr "le nÅ“ud a body_removed mais il est une dÃ©finition"
  
! #: symtab.c:1040
  #, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr "le nÅ“ud est analysÃ© mais il n'est pas une dÃ©finition"
  
! #: symtab.c:1045
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr "le nÅ“ud est un alias mais pas un alias implicite"
  
! #: symtab.c:1050
  #, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr "le nÅ“ud est un alias mais pas une dÃ©finition"
  
! #: symtab.c:1055
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr "le nÅ“ud est une rÃ©fÃ©rence faible (weakref) mais pas un transparent_alias"
  
! #: symtab.c:1060
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr "le nÅ“ud est un transparent_alias mais pas un alias"
  
! #: symtab.c:1069
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr "le nÅ“ud est dans la liste same_comdat_group mais il n'a aucun comdat_group"
  
! #: symtab.c:1074
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr "liste same_comdat_group au travers de groupes diffÃ©rents"
  
! #: symtab.c:1079
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr "le mÃ©lange de types de symboles diffÃ©rents dans les mÃªmes groupes comdat n'est pas supportÃ©"
  
! #: symtab.c:1084
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr "le nÅ“ud est seul dans un groupe comdat"
  
! #: symtab.c:1091
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr "same_comdat_group n'est pas une liste circulaire"
  
! #: symtab.c:1106
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr "un symbole comdat local est rÃ©fÃ©rencÃ© par %s hors de son comdat"
  
! #: symtab.c:1116
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr "le fanion implicit_section est dÃ©fini mais la section ne l'est pas"
  
! #: symtab.c:1123
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr "La section et le groupe comdat sont tous les deux dÃ©finis"
  
! #: symtab.c:1135
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr "Les sections de l'alias et de la cible diffÃ¨rent"
  
! #: symtab.c:1142
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr "Les groupes comdat de l'alias et de la cible diffÃ¨rent"
  
! #: symtab.c:1157
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr "Les noms assembleurs de l'alias transparent et de la cible diffÃ¨rent"
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr "Alias transparents enchaÃ®nÃ©s"
  
! #: symtab.c:1188 symtab.c:1225
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr "symtab_node::verify a Ã©chouÃ©"
  
! #: symtab.c:1221
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr "Deux symboles avec le mÃªme comdat_group ne sont pas liÃ©s par la liste same_comdat_group."
  
! #: symtab.c:1630
  #, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr "la fonction %q+D fait partie du cycle des alias"
  
! #: symtab.c:1632
  #, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr "la variable %q+D fait partie du cycle des alias"
  
! #: symtab.c:1660
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr "la section de l'alias %q+D doit correspondre Ã  la section de sa cible"
--- 20433,20589 ----
  msgid "%D renamed after being referenced in assembly"
  msgstr "%D renommÃ© aprÃ¨s avoir Ã©tÃ© rÃ©fÃ©rencÃ© dans l'assembleur"
  
! #: symtab.c:978
  #, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "le symbole de la fonction n'est pas une fonction"
  
! #: symtab.c:986
  #, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr "le symbole de la variable n'est pas une variable"
  
! #: symtab.c:992
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr "le nÅ“ud a un type inconnu"
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr "nÅ“ud pas trouvÃ© node->decl->decl_with_vis.symtab_node"
  
! #: symtab.c:1009
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr "le nÅ“ud diffÃ¨re de node->decl->decl_with_vis.symtab_node"
  
! #: symtab.c:1018
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr "la liste de hachage des noms assembleur est corrompue"
  
! #: symtab.c:1031
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr "le nÅ“ud n'a pas Ã©tÃ© trouvÃ© dans le hachage des noms assembleur symtab"
  
! #: symtab.c:1038
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr "la liste doublement liÃ©e des noms assembleur est corrompue"
  
! #: symtab.c:1043
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr "le nÅ“ud a body_removed mais il est une dÃ©finition"
  
! #: symtab.c:1048
  #, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr "le nÅ“ud est analysÃ© mais il n'est pas une dÃ©finition"
  
! #: symtab.c:1053
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr "le nÅ“ud est un alias mais pas un alias implicite"
  
! #: symtab.c:1058
  #, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr "le nÅ“ud est un alias mais pas une dÃ©finition"
  
! #: symtab.c:1063
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr "le nÅ“ud est une rÃ©fÃ©rence faible (weakref) mais pas un transparent_alias"
  
! #: symtab.c:1068
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr "le nÅ“ud est un transparent_alias mais pas un alias"
  
! #: symtab.c:1077
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr "le nÅ“ud est dans la liste same_comdat_group mais il n'a aucun comdat_group"
  
! #: symtab.c:1082
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr "liste same_comdat_group au travers de groupes diffÃ©rents"
  
! #: symtab.c:1087
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr "le mÃ©lange de types de symboles diffÃ©rents dans les mÃªmes groupes comdat n'est pas supportÃ©"
  
! #: symtab.c:1092
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr "le nÅ“ud est seul dans un groupe comdat"
  
! #: symtab.c:1099
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr "same_comdat_group n'est pas une liste circulaire"
  
! #: symtab.c:1114
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr "un symbole comdat local est rÃ©fÃ©rencÃ© par %s hors de son comdat"
  
! #: symtab.c:1124
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr "le fanion implicit_section est dÃ©fini mais la section ne l'est pas"
  
! #: symtab.c:1131
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr "La section et le groupe comdat sont tous les deux dÃ©finis"
  
! #: symtab.c:1143
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr "Les sections de l'alias et de la cible diffÃ¨rent"
  
! #: symtab.c:1150
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr "Les groupes comdat de l'alias et de la cible diffÃ¨rent"
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr "Les noms assembleurs de l'alias transparent et de la cible diffÃ¨rent"
  
! #: symtab.c:1173
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr "Alias transparents enchaÃ®nÃ©s"
  
! #: symtab.c:1196 symtab.c:1233
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr "symtab_node::verify a Ã©chouÃ©"
  
! #: symtab.c:1229
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr "Deux symboles avec le mÃªme comdat_group ne sont pas liÃ©s par la liste same_comdat_group."
  
! #: symtab.c:1638
  #, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr "la fonction %q+D fait partie du cycle des alias"
  
! #: symtab.c:1640
  #, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr "la variable %q+D fait partie du cycle des alias"
  
! #: symtab.c:1668
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr "la section de l'alias %q+D doit correspondre Ã  la section de sa cible"
*************** msgstr "%q+D redÃ©clarÃ© sans l'attribut
*** 22245,22252 ****
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6704
! #: config/arm/arm.c:6732 config/arm/arm.c:6749 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
--- 22245,22252 ----
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6741
! #: config/arm/arm.c:6769 config/arm/arm.c:6786 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
*************** msgstr "classe de liaison externe requis
*** 22282,22373 ****
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qE implique la visibilitÃ© par dÃ©faut mais %qD a dÃ©jÃ  Ã©tÃ© dÃ©clarÃ© avec une visibilitÃ© diffÃ©rente"
  
! #: tree.c:8366
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "les tableaux de fonctions ne sont pas pertinents"
  
! #: tree.c:8537
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "le type retournÃ© par une fonction ne peut Ãªtre une fonction"
  
! #: tree.c:9831 tree.c:9916 tree.c:9977
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr "vÃ©rification de l'arbre: %s, obtenu %s dans %s, Ã  %s:%d"
  
! #: tree.c:9868
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr "vÃ©rification de l'arbre: n'attendait aucun parmi %s, obtenu %s dans %s, Ã  %s:%d"
  
! #: tree.c:9881
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "vÃ©rification de l'arbre: attendait la classe %qs, obtenu %qs (%s) dans %s, Ã  %s:%d"
  
! #: tree.c:9930
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "vÃ©rification de l'arbre: on n'attendait pas la classe %qs, obtenu %qs (%s) dans %s, Ã  %s:%d"
  
! #: tree.c:9943
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr "vÃ©rification de l'arbre: attendait omp_clause %s, obtenu %s dans %s, Ã  %s:%d"
  
! #: tree.c:10003
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr "vÃ©rification de l'arbre: attendait un arbre contenant la structure %qs, obtenu %qs dans %s, Ã  %s:%d"
  
! #: tree.c:10017
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr "vÃ©rification de l'arbre: accÃ¨s Ã  elt %d de tree_int_cst avec %d elts dans %s, Ã  %s:%d"
  
! #: tree.c:10029
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr "vÃ©rification de l'arbre: accÃ¨s Ã  elt %d de tree_vec avec %d elts dans %s, Ã  %s:%d"
  
! #: tree.c:10042
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr "vÃ©rification de l'arbre: opÃ©rande accÃ©dÃ© %d de %s avec %d opÃ©randes dans %s, Ã  %s:%d"
  
! #: tree.c:10055
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr "vÃ©rification de l'arbre: opÃ©rande accÃ©dÃ© %d de omp_clause %s avec %d opÃ©randes dans %s, Ã  %s:%d"
  
! #: tree.c:12867
  #, gcc-internal-format
  msgid "%qD is deprecated: %s"
  msgstr "%qD est obsolÃ¨te: %s"
  
! #: tree.c:12870
  #, gcc-internal-format
  msgid "%qD is deprecated"
  msgstr "%qD est obsolÃ¨te"
  
! #: tree.c:12894 tree.c:12916
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "%qE est obsolÃ¨te: %s"
  
! #: tree.c:12897 tree.c:12919
  #, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "%qE est obsolÃ¨te"
  
! #: tree.c:12903 tree.c:12924
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "le type est obsolÃ¨te: %s"
  
! #: tree.c:12906 tree.c:12927
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "le type est obsolÃ¨te"
--- 22282,22373 ----
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qE implique la visibilitÃ© par dÃ©faut mais %qD a dÃ©jÃ  Ã©tÃ© dÃ©clarÃ© avec une visibilitÃ© diffÃ©rente"
  
! #: tree.c:8373
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "les tableaux de fonctions ne sont pas pertinents"
  
! #: tree.c:8545
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "le type retournÃ© par une fonction ne peut Ãªtre une fonction"
  
! #: tree.c:9839 tree.c:9924 tree.c:9985
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr "vÃ©rification de l'arbre: %s, obtenu %s dans %s, Ã  %s:%d"
  
! #: tree.c:9876
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr "vÃ©rification de l'arbre: n'attendait aucun parmi %s, obtenu %s dans %s, Ã  %s:%d"
  
! #: tree.c:9889
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "vÃ©rification de l'arbre: attendait la classe %qs, obtenu %qs (%s) dans %s, Ã  %s:%d"
  
! #: tree.c:9938
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "vÃ©rification de l'arbre: on n'attendait pas la classe %qs, obtenu %qs (%s) dans %s, Ã  %s:%d"
  
! #: tree.c:9951
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr "vÃ©rification de l'arbre: attendait omp_clause %s, obtenu %s dans %s, Ã  %s:%d"
  
! #: tree.c:10011
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr "vÃ©rification de l'arbre: attendait un arbre contenant la structure %qs, obtenu %qs dans %s, Ã  %s:%d"
  
! #: tree.c:10025
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr "vÃ©rification de l'arbre: accÃ¨s Ã  elt %d de tree_int_cst avec %d elts dans %s, Ã  %s:%d"
  
! #: tree.c:10037
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr "vÃ©rification de l'arbre: accÃ¨s Ã  elt %d de tree_vec avec %d elts dans %s, Ã  %s:%d"
  
! #: tree.c:10050
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr "vÃ©rification de l'arbre: opÃ©rande accÃ©dÃ© %d de %s avec %d opÃ©randes dans %s, Ã  %s:%d"
  
! #: tree.c:10063
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr "vÃ©rification de l'arbre: opÃ©rande accÃ©dÃ© %d de omp_clause %s avec %d opÃ©randes dans %s, Ã  %s:%d"
  
! #: tree.c:12875
  #, gcc-internal-format
  msgid "%qD is deprecated: %s"
  msgstr "%qD est obsolÃ¨te: %s"
  
! #: tree.c:12878
  #, gcc-internal-format
  msgid "%qD is deprecated"
  msgstr "%qD est obsolÃ¨te"
  
! #: tree.c:12902 tree.c:12924
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "%qE est obsolÃ¨te: %s"
  
! #: tree.c:12905 tree.c:12927
  #, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "%qE est obsolÃ¨te"
  
! #: tree.c:12911 tree.c:12932
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "le type est obsolÃ¨te: %s"
  
! #: tree.c:12914 tree.c:12935
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "le type est obsolÃ¨te"
*************** msgstr "le type est obsolÃ¨te"
*** 22394,22655 ****
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13354
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr "la variante du type diffÃ¨re sur "
  
! #: tree.c:13395
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr "la variante du type a un TYPE_SIZE_UNIT diffÃ©rent"
  
! #: tree.c:13397
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr "TYPE_SIZE_UNIT de la variante du type"
  
! #: tree.c:13399
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr "TYPE_SIZE_UNIT du type"
  
! #: tree.c:13419
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr "variante du type avec TYPE_ALIAS_SET_KNOWN_P"
  
! #: tree.c:13432
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr "la variante du type a un TYPE_VFIELD diffÃ©rent"
  
! #: tree.c:13449
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr "la variante du type a TYPE_METHODS"
  
! #: tree.c:13474
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr "la variante du type a un TYPE_BINFO diffÃ©rent"
  
! #: tree.c:13476
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr "TYPE_BINFO de la variante du type"
  
! #: tree.c:13478
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr "TYPE_BINFO du type"
  
! #: tree.c:13516
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr "la variante du type a un TYPE_FIELDS diffÃ©rent"
  
! #: tree.c:13518
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr "le premier dÃ©saccord est le champ"
  
! #: tree.c:13520
  #, gcc-internal-format
  msgid "and field"
  msgstr "et le champ"
  
! #: tree.c:13537
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr "la variante du type a un TREE_TYPE diffÃ©rent"
  
! #: tree.c:13539 tree.c:13550
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr "TREE_TYPE de la variante du type"
  
! #: tree.c:13541 tree.c:13552
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr "TREE_TYPE du type"
  
! #: tree.c:13548
  #, gcc-internal-format
  msgid "type is not compatible with its variant"
  msgstr "le type n'est pas compatible avec sa variante"
  
! #: tree.c:13851
  #, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr "La variante principale n'est pas dÃ©finie"
  
! #: tree.c:13856
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr "TYPE_MAIN_VARIANT a un TYPE_MAIN_VARIANT diffÃ©rent"
  
! #: tree.c:13868
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr "TYPE_CANONICAL a un TYPE_CANONICAL diffÃ©rent"
  
! #: tree.c:13886
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr "TYPE_CANONICAL n'est pas compatible"
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr "le TYPE_MODE de TYPE_CANONICAL n'est pas compatible"
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr "le TYPE_CANONICAL de la variante principale n'est pas la variante principale"
  
! #: tree.c:13918
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr "TYPE_VFIELD n'est pas FIELD_DECL ni TREE_LIST"
  
! #: tree.c:13928
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr "TYPE_NEXT_PTR_TO n'est pas POINTER_TYPE"
  
! #: tree.c:13938
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr "TYPE_NEXT_REF_TO n'est pas REFERENCE_TYPE"
  
! #: tree.c:13956
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr "TYPE_MINVAL non nul"
  
! #: tree.c:13968
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr "TYPE_METHODS n'est pas FUNCTION_DECL, TEMPLATE_DECL ni error_mark_node"
  
! #: tree.c:13979
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr "TYPE_METHOD_BASETYPE n'est pas un enregistrement ni une union"
  
! #: tree.c:13990
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr "TYPE_OFFSET_BASETYPE n'est pas un enregistrement ni une union"
  
! #: tree.c:14008
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr "TYPE_ARRAY_MAX_SIZE pas INTEGER_CST"
  
! #: tree.c:14015
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr "TYPE_MAXVAL non NULL"
  
! #: tree.c:14027
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr "TYPE_BINFO n'est pas TREE_BINFO"
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr "le type TYPE_BINFO n'est pas TYPE_MAIN_VARIANT"
  
! #: tree.c:14042
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr "le champ TYPE_LANG_SLOT_1 (binfo) est non NULL"
  
! #: tree.c:14058
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr "La valeur de l'enum n'est pas CONST_DECL ou INTEGER_CST"
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr "Le type de la valeur de l'enum n'est pas INTEGER_TYPE et n'est pas convertible en l'enum"
  
! #: tree.c:14073
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr "Le nom de la valeur de l'enum n'est pas IDENTIFIER_NODE"
  
! #: tree.c:14083
  #, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "le TYPE_DOMAIN du tableau n'est pas d'un type entier"
  
! #: tree.c:14092
  #, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "TYPE_FIELDS dÃ©fini dans un type incomplet"
  
! #: tree.c:14112
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr "Arbre erronÃ© dans la liste TYPE_FIELDS"
  
! #: tree.c:14127
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr "TYPE_CACHED_VALUES_P est %i tandis que TYPE_CACHED_VALUES est %p"
  
! #: tree.c:14133
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr "TYPE_CACHED_VALUES n'est pas TREE_VEC"
  
! #: tree.c:14146
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr "mauvaise entrÃ©e TYPE_CACHED_VALUES"
  
! #: tree.c:14159
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr "TREE_PURPOSE n'est pas NULL dans la liste TYPE_ARG_TYPES"
  
! #: tree.c:14165
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr "EntrÃ©e erronÃ©e dans la liste TYPE_ARG_TYPES"
  
! #: tree.c:14172
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr "le champ TYPE_VALUES_RAW n'est pas NULL"
  
! #: tree.c:14184
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr "TYPE_CACHED_VALUES_P est dÃ©fini alors qu'il ne le devrait pas"
  
! #: tree.c:14190
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr "TYPE_STRING_FLAG est dÃ©fini sur le mauvais code de type"
  
! #: tree.c:14202
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr "TYPE_STRING_FLAG est dÃ©fini sur un type qui ne ressemble pas Ã  un Â«Â charÂ Â» ou un tableau de Â«Â charÂ Â»"
  
! #: tree.c:14214
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr "TYPE_METHOD_BASETYPE n'est pas la variante principale"
  
! #: tree.c:14221
  #, gcc-internal-format
  msgid "verify_type failed"
  msgstr "verify_type a Ã©chouÃ©"
--- 22394,22655 ----
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13362
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr "la variante du type diffÃ¨re sur "
  
! #: tree.c:13403
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr "la variante du type a un TYPE_SIZE_UNIT diffÃ©rent"
  
! #: tree.c:13405
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr "TYPE_SIZE_UNIT de la variante du type"
  
! #: tree.c:13407
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr "TYPE_SIZE_UNIT du type"
  
! #: tree.c:13427
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr "variante du type avec TYPE_ALIAS_SET_KNOWN_P"
  
! #: tree.c:13440
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr "la variante du type a un TYPE_VFIELD diffÃ©rent"
  
! #: tree.c:13457
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr "la variante du type a TYPE_METHODS"
  
! #: tree.c:13482
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr "la variante du type a un TYPE_BINFO diffÃ©rent"
  
! #: tree.c:13484
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr "TYPE_BINFO de la variante du type"
  
! #: tree.c:13486
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr "TYPE_BINFO du type"
  
! #: tree.c:13524
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr "la variante du type a un TYPE_FIELDS diffÃ©rent"
  
! #: tree.c:13526
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr "le premier dÃ©saccord est le champ"
  
! #: tree.c:13528
  #, gcc-internal-format
  msgid "and field"
  msgstr "et le champ"
  
! #: tree.c:13545
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr "la variante du type a un TREE_TYPE diffÃ©rent"
  
! #: tree.c:13547 tree.c:13558
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr "TREE_TYPE de la variante du type"
  
! #: tree.c:13549 tree.c:13560
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr "TREE_TYPE du type"
  
! #: tree.c:13556
  #, gcc-internal-format
  msgid "type is not compatible with its variant"
  msgstr "le type n'est pas compatible avec sa variante"
  
! #: tree.c:13859
  #, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr "La variante principale n'est pas dÃ©finie"
  
! #: tree.c:13864
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr "TYPE_MAIN_VARIANT a un TYPE_MAIN_VARIANT diffÃ©rent"
  
! #: tree.c:13876
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr "TYPE_CANONICAL a un TYPE_CANONICAL diffÃ©rent"
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr "TYPE_CANONICAL n'est pas compatible"
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr "le TYPE_MODE de TYPE_CANONICAL n'est pas compatible"
  
! #: tree.c:13910
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr "le TYPE_CANONICAL de la variante principale n'est pas la variante principale"
  
! #: tree.c:13926
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr "TYPE_VFIELD n'est pas FIELD_DECL ni TREE_LIST"
  
! #: tree.c:13936
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr "TYPE_NEXT_PTR_TO n'est pas POINTER_TYPE"
  
! #: tree.c:13946
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr "TYPE_NEXT_REF_TO n'est pas REFERENCE_TYPE"
  
! #: tree.c:13964
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr "TYPE_MINVAL non nul"
  
! #: tree.c:13976
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr "TYPE_METHODS n'est pas FUNCTION_DECL, TEMPLATE_DECL ni error_mark_node"
  
! #: tree.c:13987
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr "TYPE_METHOD_BASETYPE n'est pas un enregistrement ni une union"
  
! #: tree.c:13998
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr "TYPE_OFFSET_BASETYPE n'est pas un enregistrement ni une union"
  
! #: tree.c:14016
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr "TYPE_ARRAY_MAX_SIZE pas INTEGER_CST"
  
! #: tree.c:14023
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr "TYPE_MAXVAL non NULL"
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr "TYPE_BINFO n'est pas TREE_BINFO"
  
! #: tree.c:14043
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr "le type TYPE_BINFO n'est pas TYPE_MAIN_VARIANT"
  
! #: tree.c:14050
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr "le champ TYPE_LANG_SLOT_1 (binfo) est non NULL"
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr "La valeur de l'enum n'est pas CONST_DECL ou INTEGER_CST"
  
! #: tree.c:14074
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr "Le type de la valeur de l'enum n'est pas INTEGER_TYPE et n'est pas convertible en l'enum"
  
! #: tree.c:14081
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr "Le nom de la valeur de l'enum n'est pas IDENTIFIER_NODE"
  
! #: tree.c:14091
  #, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "le TYPE_DOMAIN du tableau n'est pas d'un type entier"
  
! #: tree.c:14100
  #, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "TYPE_FIELDS dÃ©fini dans un type incomplet"
  
! #: tree.c:14120
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr "Arbre erronÃ© dans la liste TYPE_FIELDS"
  
! #: tree.c:14135
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr "TYPE_CACHED_VALUES_P est %i tandis que TYPE_CACHED_VALUES est %p"
  
! #: tree.c:14141
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr "TYPE_CACHED_VALUES n'est pas TREE_VEC"
  
! #: tree.c:14154
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr "mauvaise entrÃ©e TYPE_CACHED_VALUES"
  
! #: tree.c:14167
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr "TREE_PURPOSE n'est pas NULL dans la liste TYPE_ARG_TYPES"
  
! #: tree.c:14173
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr "EntrÃ©e erronÃ©e dans la liste TYPE_ARG_TYPES"
  
! #: tree.c:14180
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr "le champ TYPE_VALUES_RAW n'est pas NULL"
  
! #: tree.c:14192
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr "TYPE_CACHED_VALUES_P est dÃ©fini alors qu'il ne le devrait pas"
  
! #: tree.c:14198
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr "TYPE_STRING_FLAG est dÃ©fini sur le mauvais code de type"
  
! #: tree.c:14210
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr "TYPE_STRING_FLAG est dÃ©fini sur un type qui ne ressemble pas Ã  un Â«Â charÂ Â» ou un tableau de Â«Â charÂ Â»"
  
! #: tree.c:14222
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr "TYPE_METHOD_BASETYPE n'est pas la variante principale"
  
! #: tree.c:14229
  #, gcc-internal-format
  msgid "verify_type failed"
  msgstr "verify_type a Ã©chouÃ©"
*************** msgstr "l'attribut %<fallthrough%> est s
*** 23650,23662 ****
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "l'attribut %<fallthrough%> est spÃ©cifiÃ© avec un paramÃ¨tre"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6573 c-family/c-common.c:6644
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "trop peu d'arguments pour la fonction %qE"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6670 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "trop d'arguments pour la fonction %qE"
--- 23650,23662 ----
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "l'attribut %<fallthrough%> est spÃ©cifiÃ© avec un paramÃ¨tre"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6574 c-family/c-common.c:6645
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "trop peu d'arguments pour la fonction %qE"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6671 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "trop d'arguments pour la fonction %qE"
*************** msgstr "tentative de prendre l'adresse d
*** 23741,23812 ****
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr "l'index %E dÃ©signe un offset plus grand que la taille de %qT"
  
! #: c-family/c-common.c:6515 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr "la taille du tableau est trop grande"
  
! #: c-family/c-common.c:6603
  #, gcc-internal-format
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "le type %qT de l'opÃ©rande est incompatible avec l'argument %d de %qE"
  
! #: c-family/c-common.c:6737
  #, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr "nombre d'arguments incorrect pour la fonction %qE"
  
! #: c-family/c-common.c:6752
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "l'argument 1 de %qE doit Ãªtre un type pointeur non void"
  
! #: c-family/c-common.c:6761
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "l'argument 1 de %qE doit Ãªtre un pointeur vers un type ayant une taille constante"
  
! #: c-family/c-common.c:6772
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "l'argument 1 de %qE doit Ãªtre un pointeur vers un objet de taille non nulle"
  
! #: c-family/c-common.c:6787
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr "l'argument %d de %qE doit Ãªtre un type pointeur"
  
! #: c-family/c-common.c:6795
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "l'argument %d de %qE doit Ãªtre un pointeur vers un type ayant une taille constante"
  
! #: c-family/c-common.c:6801
  #, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "l'argument %d de %qE doit Ãªtre un pointeur vers une fonction"
  
! #: c-family/c-common.c:6809
  #, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr "dÃ©saccord de taille dans l'argument %d de %qE"
  
! #: c-family/c-common.c:6825
  #, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr "modÃ¨le mÃ©moire invalide pour l'argument %d de %qE"
  
! #: c-family/c-common.c:6832
  #, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr "modÃ¨le mÃ©moire non entier pour l'argument %d de %qE"
  
! #: c-family/c-common.c:7753
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr "la valeur de l'index est hors limites"
  
! #: c-family/c-common.c:7794 c-family/c-common.c:7842 c-family/c-common.c:7857
  #: cp/call.c:4836 cp/call.c:4843
  #, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
--- 23741,23812 ----
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr "l'index %E dÃ©signe un offset plus grand que la taille de %qT"
  
! #: c-family/c-common.c:6516 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr "la taille du tableau est trop grande"
  
! #: c-family/c-common.c:6604
  #, gcc-internal-format
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "le type %qT de l'opÃ©rande est incompatible avec l'argument %d de %qE"
  
! #: c-family/c-common.c:6738
  #, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr "nombre d'arguments incorrect pour la fonction %qE"
  
! #: c-family/c-common.c:6753
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "l'argument 1 de %qE doit Ãªtre un type pointeur non void"
  
! #: c-family/c-common.c:6762
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "l'argument 1 de %qE doit Ãªtre un pointeur vers un type ayant une taille constante"
  
! #: c-family/c-common.c:6773
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "l'argument 1 de %qE doit Ãªtre un pointeur vers un objet de taille non nulle"
  
! #: c-family/c-common.c:6788
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr "l'argument %d de %qE doit Ãªtre un type pointeur"
  
! #: c-family/c-common.c:6796
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "l'argument %d de %qE doit Ãªtre un pointeur vers un type ayant une taille constante"
  
! #: c-family/c-common.c:6802
  #, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "l'argument %d de %qE doit Ãªtre un pointeur vers une fonction"
  
! #: c-family/c-common.c:6810
  #, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr "dÃ©saccord de taille dans l'argument %d de %qE"
  
! #: c-family/c-common.c:6826
  #, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr "modÃ¨le mÃ©moire invalide pour l'argument %d de %qE"
  
! #: c-family/c-common.c:6833
  #, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr "modÃ¨le mÃ©moire non entier pour l'argument %d de %qE"
  
! #: c-family/c-common.c:7754
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr "la valeur de l'index est hors limites"
  
! #: c-family/c-common.c:7795 c-family/c-common.c:7843 c-family/c-common.c:7858
  #: cp/call.c:4836 cp/call.c:4843
  #, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
*************** msgstr "la conversion du scalaire %qT ve
*** 23814,23835 ****
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7943
  #, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr "la fonction interne %qE doit Ãªtre appelÃ©e directement"
  
! #: c-family/c-common.c:7965 c/c-decl.c:6124
  #, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "la taille du tableau %qE est trop grande"
  
! #: c-family/c-common.c:7967 c/c-decl.c:6127
  #, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "la taille du tableau sans nom est trop grande"
  
! #: c-family/c-common.c:7997
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr "la variable d'environnement SOURCE_DATE_EPOCH doit fournir un entier non nÃ©gatif plus petit que ou Ã©gal Ã  %wd"
--- 23814,23835 ----
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7944
  #, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr "la fonction interne %qE doit Ãªtre appelÃ©e directement"
  
! #: c-family/c-common.c:7966 c/c-decl.c:6124
  #, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "la taille du tableau %qE est trop grande"
  
! #: c-family/c-common.c:7968 c/c-decl.c:6127
  #, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "la taille du tableau sans nom est trop grande"
  
! #: c-family/c-common.c:7998
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr "la variable d'environnement SOURCE_DATE_EPOCH doit fournir un entier non nÃ©gatif plus petit que ou Ã©gal Ã  %wd"
*************** msgstr "%qs n'est pas une option valide
*** 25590,25596 ****
  msgid "too many input files"
  msgstr "trop de fichiers d'entrÃ©e"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8751
  #, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr "valeur %qs inconnue pour -mcpu"
--- 25590,25596 ----
  msgid "too many input files"
  msgstr "trop de fichiers d'entrÃ©e"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8759
  #, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr "valeur %qs inconnue pour -mcpu"
*************** msgstr "%qs est incompatible avec %s %s"
*** 26048,26226 ****
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "le modificateur de fonctionnalitÃ© %qs est incompatible avec %s %s"
  
! #: config/aarch64/aarch64.c:8374
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr "fanion inconnu passÃ© Ã  -moverride=%s (%s)"
  
! #: config/aarch64/aarch64.c:8418
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr "chaÃ®ne %s mal formÃ©e\n"
  
! #: config/aarch64/aarch64.c:8475
  #, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr "chaÃ®ne d'ajustement manquante dans l'option (%s)"
  
! #: config/aarch64/aarch64.c:8493
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown tuning option (%s)"
  msgstr "option d'ajustement inconnue (%s)"
  
! #: config/aarch64/aarch64.c:8707
  #, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "les arguments valides sont: %s; vouliez-vous utiliser %qsÂ ?"
  
! #: config/aarch64/aarch64.c:8748
  #, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr "nom de processeur manquant dans %<-mcpu=%s%>"
  
! #: config/aarch64/aarch64.c:8755
  #, gcc-internal-format
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "modificateur de fonctionnalitÃ© invalide dans %<-mcpu=%s%>"
  
! #: config/aarch64/aarch64.c:8782
  #, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr "nom d'architecture manquant dans %<-march=%s%>"
  
! #: config/aarch64/aarch64.c:8785
  #, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr "valeur %qs inconnue pour -march"
  
! #: config/aarch64/aarch64.c:8789
  #, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "modificateur de fonctionnalitÃ© invalide dans %<-march=%s%>"
  
! #: config/aarch64/aarch64.c:8815
  #, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr "nom de processeur manquant dans %<-mtune=%s%>"
  
! #: config/aarch64/aarch64.c:8818
  #, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr "valeur %qs inconnue pour -mtune"
  
! #: config/aarch64/aarch64.c:8921 config/arm/arm.c:3093
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "l'option -mcpu=%s est en conflit avec l'option -march=%s"
  
! #: config/aarch64/aarch64.c:8956
  #, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "L'assembleur ne supporte pas -mabi=ilp32"
  
! #: config/aarch64/aarch64.c:8960
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr "La signature de l'adresse de retour n'est supportÃ©e qu'avec -mabi=lp64"
  
! #: config/aarch64/aarch64.c:9022
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr "modÃ¨le de code %qs avec -f%s"
  
! #: config/aarch64/aarch64.c:9187
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr "nom d'architecture manquant dans la cible Â«Â archÂ Â» %s"
  
! #: config/aarch64/aarch64.c:9190
  #, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "valeur %qs inconnue pour la cible Â«Â archÂ Â» %s"
  
! #: config/aarch64/aarch64.c:9194
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr "modificateur de fonctionnalitÃ© %qs invalide pour la cible Â«Â archÂ Â» %s"
  
! #: config/aarch64/aarch64.c:9228
  #, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "nom de processeur manquant dans la cible Â«Â cpuÂ Â» %s"
  
! #: config/aarch64/aarch64.c:9231
  #, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "valeur %qs inconnue pour la cible Â«Â cpuÂ Â» %s"
  
! #: config/aarch64/aarch64.c:9235
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr "modificateur de fonctionnalitÃ© %qs invalide pour la cible Â«Â cpuÂ Â» %s"
  
! #: config/aarch64/aarch64.c:9266
  #, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "valeur %qs inconnue pour la cible Â«Â tuneÂ Â» %s"
  
! #: config/aarch64/aarch64.c:9307
  #, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr "modificateur de fonctionnalitÃ© manquant dans la cible %s %qs"
  
! #: config/aarch64/aarch64.c:9312
  #, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr "modificateur de fonctionnalitÃ© invalide dans la cible %s %qs"
  
! #: config/aarch64/aarch64.c:9364
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s"
  msgstr "cible %s mal formÃ©e"
  
! #: config/aarch64/aarch64.c:9412
  #, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr "la cible %s %qs n'accepte pas d'argument"
  
! #: config/aarch64/aarch64.c:9421
  #, gcc-internal-format
  msgid "target %s %qs does not allow a negated form"
  msgstr "la cible %s %qs n'autorise pas de forme nÃ©gative"
  
! #: config/aarch64/aarch64.c:9476
  #, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr "la cible %s %s=%s n'est pas valable"
  
! #: config/aarch64/aarch64.c:9536 config/arm/arm.c:30367
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:14849
  #, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr "l'argument %<target%> de l'attribut n'est pas une chaÃ®ne"
  
! #: config/aarch64/aarch64.c:9546
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
  msgstr "la valeur cible de %s est mal composÃ©e"
  
! #: config/aarch64/aarch64.c:9563
  #, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr "la cible %2$qs pour %1$s est invalide"
  
! #: config/aarch64/aarch64.c:9572
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr "la liste %2$qs de la cible %1$s est mal composÃ©e"
  
! #: config/aarch64/aarch64.c:11420
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr "%Kl'avenue %wd est hors des limites %wd - %wd"
  
! #: config/aarch64/aarch64.c:11422
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr "avenue %wd hors des limites %wd - %wd"
--- 26048,26226 ----
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "le modificateur de fonctionnalitÃ© %qs est incompatible avec %s %s"
  
! #: config/aarch64/aarch64.c:8382
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr "fanion inconnu passÃ© Ã  -moverride=%s (%s)"
  
! #: config/aarch64/aarch64.c:8426
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr "chaÃ®ne %s mal formÃ©e\n"
  
! #: config/aarch64/aarch64.c:8483
  #, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr "chaÃ®ne d'ajustement manquante dans l'option (%s)"
  
! #: config/aarch64/aarch64.c:8501
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown tuning option (%s)"
  msgstr "option d'ajustement inconnue (%s)"
  
! #: config/aarch64/aarch64.c:8715
  #, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "les arguments valides sont: %s; vouliez-vous utiliser %qsÂ ?"
  
! #: config/aarch64/aarch64.c:8756
  #, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr "nom de processeur manquant dans %<-mcpu=%s%>"
  
! #: config/aarch64/aarch64.c:8763
  #, gcc-internal-format
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "modificateur de fonctionnalitÃ© invalide dans %<-mcpu=%s%>"
  
! #: config/aarch64/aarch64.c:8790
  #, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr "nom d'architecture manquant dans %<-march=%s%>"
  
! #: config/aarch64/aarch64.c:8793
  #, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr "valeur %qs inconnue pour -march"
  
! #: config/aarch64/aarch64.c:8797
  #, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "modificateur de fonctionnalitÃ© invalide dans %<-march=%s%>"
  
! #: config/aarch64/aarch64.c:8823
  #, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr "nom de processeur manquant dans %<-mtune=%s%>"
  
! #: config/aarch64/aarch64.c:8826
  #, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr "valeur %qs inconnue pour -mtune"
  
! #: config/aarch64/aarch64.c:8929 config/arm/arm.c:3094
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "l'option -mcpu=%s est en conflit avec l'option -march=%s"
  
! #: config/aarch64/aarch64.c:8964
  #, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "L'assembleur ne supporte pas -mabi=ilp32"
  
! #: config/aarch64/aarch64.c:8968
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr "La signature de l'adresse de retour n'est supportÃ©e qu'avec -mabi=lp64"
  
! #: config/aarch64/aarch64.c:9030
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr "modÃ¨le de code %qs avec -f%s"
  
! #: config/aarch64/aarch64.c:9195
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr "nom d'architecture manquant dans la cible Â«Â archÂ Â» %s"
  
! #: config/aarch64/aarch64.c:9198
  #, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "valeur %qs inconnue pour la cible Â«Â archÂ Â» %s"
  
! #: config/aarch64/aarch64.c:9202
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr "modificateur de fonctionnalitÃ© %qs invalide pour la cible Â«Â archÂ Â» %s"
  
! #: config/aarch64/aarch64.c:9236
  #, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "nom de processeur manquant dans la cible Â«Â cpuÂ Â» %s"
  
! #: config/aarch64/aarch64.c:9239
  #, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "valeur %qs inconnue pour la cible Â«Â cpuÂ Â» %s"
  
! #: config/aarch64/aarch64.c:9243
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr "modificateur de fonctionnalitÃ© %qs invalide pour la cible Â«Â cpuÂ Â» %s"
  
! #: config/aarch64/aarch64.c:9274
  #, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "valeur %qs inconnue pour la cible Â«Â tuneÂ Â» %s"
  
! #: config/aarch64/aarch64.c:9315
  #, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr "modificateur de fonctionnalitÃ© manquant dans la cible %s %qs"
  
! #: config/aarch64/aarch64.c:9320
  #, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr "modificateur de fonctionnalitÃ© invalide dans la cible %s %qs"
  
! #: config/aarch64/aarch64.c:9372
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s"
  msgstr "cible %s mal formÃ©e"
  
! #: config/aarch64/aarch64.c:9420
  #, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr "la cible %s %qs n'accepte pas d'argument"
  
! #: config/aarch64/aarch64.c:9429
  #, gcc-internal-format
  msgid "target %s %qs does not allow a negated form"
  msgstr "la cible %s %qs n'autorise pas de forme nÃ©gative"
  
! #: config/aarch64/aarch64.c:9484
  #, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr "la cible %s %s=%s n'est pas valable"
  
! #: config/aarch64/aarch64.c:9544 config/arm/arm.c:30411
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:15017
  #, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr "l'argument %<target%> de l'attribut n'est pas une chaÃ®ne"
  
! #: config/aarch64/aarch64.c:9554
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
  msgstr "la valeur cible de %s est mal composÃ©e"
  
! #: config/aarch64/aarch64.c:9571
  #, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr "la cible %2$qs pour %1$s est invalide"
  
! #: config/aarch64/aarch64.c:9580
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr "la liste %2$qs de la cible %1$s est mal composÃ©e"
  
! #: config/aarch64/aarch64.c:11428
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr "%Kl'avenue %wd est hors des limites %wd - %wd"
  
! #: config/aarch64/aarch64.c:11430
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr "avenue %wd hors des limites %wd - %wd"
*************** msgstr "le dÃ©compte ne devrait pas Ãªtr
*** 26627,26815 ****
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr "le dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_sra_si64 dans le code"
  
! #: config/arm/arm.c:2799
  #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr "iWMMXt et NEON sont incompatibles"
  
! #: config/arm/arm.c:2805
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "le processeur cible ne supporte pas ARM"
  
! #: config/arm/arm.c:2809
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "activer le support de la trace de dÃ©bogage n'a de sens qu'en compilant pour le Thumb"
  
! #: config/arm/arm.c:2812
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "activer le support pour l'interopÃ©rabilitÃ© de l'appelÃ© n'a de sens qu'en compilant pour le Thumb"
  
! #: config/arm/arm.c:2820
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g avec -mno-apcs-frame peut ne pas donner un dÃ©bogage pertinent"
  
! #: config/arm/arm.c:2824
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr "iWMMXt non supportÃ© en mode Thumb"
  
! #: config/arm/arm.c:2827
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "-mtp=cp15 ne peut pas Ãªtre utilisÃ© avec un Thumb 16 bits"
  
! #: config/arm/arm.c:2831
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "RTP PIC est incompatible avec Thumb"
  
! #: config/arm/arm.c:2839
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr "-mslow-flash-data ne supporte que du code non pic sur les cibles armv7-m"
  
! #: config/arm/arm.c:2844
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr "-mpure-code ne supporte que du code non pic sur les cibles armv7-m"
  
! #: config/arm/arm.c:2947
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "le processeur cible ne supporte pas les instructions THUMB"
  
! #: config/arm/arm.c:2992
  #, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "le processeur cible ne supporte pas les accÃ¨s non alignÃ©s"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3246
  #, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-mfpu=auto n'est actuellement pas supportÃ© sans un processeur explicite."
  
! #: config/arm/arm.c:3321
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "le processeur cible ne supporte pas l'interopÃ©rabilitÃ©"
  
! #: config/arm/arm.c:3327
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check incompatible avec -mno-apcs-frame"
  
! #: config/arm/arm.c:3335
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic et -mapcs-reent sont incompatibles"
  
! #: config/arm/arm.c:3338
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "Le code rÃ©entrant APCS n'est pas supportÃ©.  IgnorÃ©"
  
! #: config/arm/arm.c:3372
  #, gcc-internal-format
  msgid "selected fp16 options are incompatible"
  msgstr "les options fp16 sÃ©lectionnÃ©es sont incompatibles"
  
! #: config/arm/arm.c:3403
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr "iwmmxt exige une ABI compatible AAPCS pour fonctionner correctement"
  
! #: config/arm/arm.c:3406
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr "l'abi iwmmxt requiert un processeur avec iwmmxt"
  
! #: config/arm/arm.c:3417
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "AAPCS ne supporte pas -mcaller-super-interworking"
  
! #: config/arm/arm.c:3420
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "AAPCS ne supporte pas -mcallee-super-interworking"
  
! #: config/arm/arm.c:3425
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr "__fp16 et pas de ldrh"
  
! #: config/arm/arm.c:3436
  #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr "-mfloat-abi=hard: le processeur sÃ©lectionnÃ© n'a pas de FPU"
  
! #: config/arm/arm.c:3444
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mfloat-abi=hard et VFP"
  
! #: config/arm/arm.c:3480
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "la frontiÃ¨re de la taille de la structure peut seulement Ãªtre 8, 32 ou 64"
  
! #: config/arm/arm.c:3482
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "la frontiÃ¨re de la taille de la structure peut seulement Ãªtre 8 ou 32"
  
! #: config/arm/arm.c:3507
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "RTP PIC est incompatible avec -msingle-pic-base"
  
! #: config/arm/arm.c:3519
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= est inutile sans -fpic"
  
! #: config/arm/arm.c:3528
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "incapable d'utiliser Â«Â %sÂ Â» pour un registre PIC"
  
! #: config/arm/arm.c:3547
  #, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-freorder-blocks-and-partition n'est pas supportÃ© sur cette architecture"
  
! #: config/arm/arm.c:3638
  #, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "le processeur cible ne supporte pas les extensions de sÃ©curitÃ© ARMv8-M"
  
! #: config/arm/arm.c:5706
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr "variante PCS qui n'est pas dÃ©rivÃ©e de AAPCS"
  
! #: config/arm/arm.c:5708
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr "les fonctions variadiques doivent utiliser la variante du AAPCS de base"
  
! #: config/arm/arm.c:5727
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr "variante PCS"
  
! #: config/arm/arm.c:5922
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr "ABI VFP en virgule flottante matÃ©rielle du Thumb-1"
  
! #: config/arm/arm.c:6672 config/arm/arm.c:6690 config/arm/arm.c:6865
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
--- 26627,26821 ----
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr "le dÃ©compte ne devrait pas Ãªtre infÃ©rieur Ã  0. Veuillez vÃ©rifier l'intrinsÃ¨que _mm_sra_si64 dans le code"
  
! #: config/arm/arm.c:2800
  #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr "iWMMXt et NEON sont incompatibles"
  
! #: config/arm/arm.c:2806
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "le processeur cible ne supporte pas ARM"
  
! #: config/arm/arm.c:2810
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "activer le support de la trace de dÃ©bogage n'a de sens qu'en compilant pour le Thumb"
  
! #: config/arm/arm.c:2813
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "activer le support pour l'interopÃ©rabilitÃ© de l'appelÃ© n'a de sens qu'en compilant pour le Thumb"
  
! #: config/arm/arm.c:2821
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g avec -mno-apcs-frame peut ne pas donner un dÃ©bogage pertinent"
  
! #: config/arm/arm.c:2825
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr "iWMMXt non supportÃ© en mode Thumb"
  
! #: config/arm/arm.c:2828
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "-mtp=cp15 ne peut pas Ãªtre utilisÃ© avec un Thumb 16 bits"
  
! #: config/arm/arm.c:2832
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "RTP PIC est incompatible avec Thumb"
  
! #: config/arm/arm.c:2840
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr "-mslow-flash-data ne supporte que du code non pic sur les cibles armv7-m"
  
! #: config/arm/arm.c:2845
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr "-mpure-code ne supporte que du code non pic sur les cibles armv7-m"
  
! #: config/arm/arm.c:2948
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "le processeur cible ne supporte pas les instructions THUMB"
  
! #: config/arm/arm.c:2993
  #, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "le processeur cible ne supporte pas les accÃ¨s non alignÃ©s"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3247
  #, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-mfpu=auto n'est actuellement pas supportÃ© sans un processeur explicite."
  
! #: config/arm/arm.c:3322
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "le processeur cible ne supporte pas l'interopÃ©rabilitÃ©"
  
! #: config/arm/arm.c:3328
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check incompatible avec -mno-apcs-frame"
  
! #: config/arm/arm.c:3336
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic et -mapcs-reent sont incompatibles"
  
! #: config/arm/arm.c:3339
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "Le code rÃ©entrant APCS n'est pas supportÃ©.  IgnorÃ©"
  
! #: config/arm/arm.c:3373
  #, gcc-internal-format
  msgid "selected fp16 options are incompatible"
  msgstr "les options fp16 sÃ©lectionnÃ©es sont incompatibles"
  
! #: config/arm/arm.c:3404
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr "iwmmxt exige une ABI compatible AAPCS pour fonctionner correctement"
  
! #: config/arm/arm.c:3407
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr "l'abi iwmmxt requiert un processeur avec iwmmxt"
  
! #: config/arm/arm.c:3418
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "AAPCS ne supporte pas -mcaller-super-interworking"
  
! #: config/arm/arm.c:3421
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "AAPCS ne supporte pas -mcallee-super-interworking"
  
! #: config/arm/arm.c:3426
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr "__fp16 et pas de ldrh"
  
! #: config/arm/arm.c:3437
  #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr "-mfloat-abi=hard: le processeur sÃ©lectionnÃ© n'a pas de FPU"
  
! #: config/arm/arm.c:3445
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mfloat-abi=hard et VFP"
  
! #: config/arm/arm.c:3481
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "la frontiÃ¨re de la taille de la structure peut seulement Ãªtre 8, 32 ou 64"
  
! #: config/arm/arm.c:3483
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "la frontiÃ¨re de la taille de la structure peut seulement Ãªtre 8 ou 32"
  
! #: config/arm/arm.c:3508
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "RTP PIC est incompatible avec -msingle-pic-base"
  
! #: config/arm/arm.c:3520
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= est inutile sans -fpic"
  
! #: config/arm/arm.c:3529
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "incapable d'utiliser Â«Â %sÂ Â» pour un registre PIC"
  
! #: config/arm/arm.c:3548
  #, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-freorder-blocks-and-partition n'est pas supportÃ© sur cette architecture"
  
! #: config/arm/arm.c:3639
  #, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "le processeur cible ne supporte pas les extensions de sÃ©curitÃ© ARMv8-M"
  
! #: config/arm/arm.c:5707
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr "variante PCS qui n'est pas dÃ©rivÃ©e de AAPCS"
  
! #: config/arm/arm.c:5709
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr "les fonctions variadiques doivent utiliser la variante du AAPCS de base"
  
! #: config/arm/arm.c:5728
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr "variante PCS"
  
! #: config/arm/arm.c:5923
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr "ABI VFP en virgule flottante matÃ©rielle du Thumb-1"
  
! #: config/arm/arm.c:6362 config/arm/arm.c:6565 config/arm/arm.c:6593
! #: config/arm/arm.c:26560
! #, gcc-internal-format
! msgid "parameter passing for argument of type %qT changed in GCC 7.1"
! msgstr "le passage de paramÃ¨tre pour l'argument de type %qT a changÃ© dans GCC 7.1"
! 
! #: config/arm/arm.c:6709 config/arm/arm.c:6727 config/arm/arm.c:6902
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
*************** msgstr "ABI VFP en virgule flottante mat
*** 26825,26896 ****
  msgid "%qE attribute only applies to functions"
  msgstr "l'attribut %qE s'applique uniquement aux fonctions"
  
! #: config/arm/arm.c:6814
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr "l'attribut %qE n'est pas disponible pour les fonctions avec des arguments passÃ©s sur la pile"
  
! #: config/arm/arm.c:6826
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "l'attribut %qE n'est pas disponible pour les fonctions avec un nombre variable d'arguments"
  
! #: config/arm/arm.c:6835
  #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr "l'attribut %qE n'est pas disponible pour les fonctions qui retournent une valeur sur la pile"
  
! #: config/arm/arm.c:6857 config/arm/arm.c:6909
  #, gcc-internal-format
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "l'attribut %qE est ignorÃ© sans l'option -mcmse."
  
! #: config/arm/arm.c:6876
  #, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "l'attribut %qE n'a pas d'effet sur les fonctions statiques"
  
! #: config/arm/arm.c:6925
  #, gcc-internal-format
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "l'attribut %qE ne s'applique qu'au type de base d'un pointeur vers une fonction"
  
! #: config/arm/arm.c:12208
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr "%K%s %wd hors des limites %wd - %wd"
  
! #: config/arm/arm.c:12211
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr "%s %wd hors des limites %wd - %wd"
  
! #: config/arm/arm.c:23458
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "incapable de calculer la position rÃ©elle des paramÃ¨tres sur la pile"
  
! #: config/arm/arm.c:24111
  #, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr "Saut lointain thumb1 inattendu"
  
! #: config/arm/arm.c:24375
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "pas de registre bas disponible pour dÃ©piler les registres hauts"
  
! #: config/arm/arm.c:24624
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "les routines du service d'interruption ne peuvent pas Ãªtre codÃ©es en mode Thumb"
  
! #: config/arm/arm.c:24853
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr "-fstack-check=specific pour Thumb-1"
  
! #: config/arm/arm.c:30391
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid fpu for attribute(target(\"%s\"))"
  msgstr "fpu invalide pour attribute(target(\"%s\"))"
--- 26831,26902 ----
  msgid "%qE attribute only applies to functions"
  msgstr "l'attribut %qE s'applique uniquement aux fonctions"
  
! #: config/arm/arm.c:6851
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr "l'attribut %qE n'est pas disponible pour les fonctions avec des arguments passÃ©s sur la pile"
  
! #: config/arm/arm.c:6863
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "l'attribut %qE n'est pas disponible pour les fonctions avec un nombre variable d'arguments"
  
! #: config/arm/arm.c:6872
  #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr "l'attribut %qE n'est pas disponible pour les fonctions qui retournent une valeur sur la pile"
  
! #: config/arm/arm.c:6894 config/arm/arm.c:6946
  #, gcc-internal-format
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "l'attribut %qE est ignorÃ© sans l'option -mcmse."
  
! #: config/arm/arm.c:6913
  #, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "l'attribut %qE n'a pas d'effet sur les fonctions statiques"
  
! #: config/arm/arm.c:6962
  #, gcc-internal-format
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "l'attribut %qE ne s'applique qu'au type de base d'un pointeur vers une fonction"
  
! #: config/arm/arm.c:12245
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr "%K%s %wd hors des limites %wd - %wd"
  
! #: config/arm/arm.c:12248
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr "%s %wd hors des limites %wd - %wd"
  
! #: config/arm/arm.c:23495
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "incapable de calculer la position rÃ©elle des paramÃ¨tres sur la pile"
  
! #: config/arm/arm.c:24148
  #, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr "Saut lointain thumb1 inattendu"
  
! #: config/arm/arm.c:24412
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "pas de registre bas disponible pour dÃ©piler les registres hauts"
  
! #: config/arm/arm.c:24661
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "les routines du service d'interruption ne peuvent pas Ãªtre codÃ©es en mode Thumb"
  
! #: config/arm/arm.c:24890
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr "-fstack-check=specific pour Thumb-1"
  
! #: config/arm/arm.c:30435
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid fpu for attribute(target(\"%s\"))"
  msgstr "fpu invalide pour attribute(target(\"%s\"))"
*************** msgstr "fpu invalide pour attribute(targ
*** 26898,26910 ****
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30399
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr "la sÃ©lection automatique du fpu n'est actuellement pas permise ici"
  
! #: config/arm/arm.c:30406 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:14915 config/s390/s390.c:14965 config/s390/s390.c:14982
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr "attribute(target(\"%s\")) est inconnu"
--- 26904,26916 ----
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30443
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr "la sÃ©lection automatique du fpu n'est actuellement pas permise ici"
  
! #: config/arm/arm.c:30450 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:15083 config/s390/s390.c:15133 config/s390/s390.c:15150
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr "attribute(target(\"%s\")) est inconnu"
*************** msgstr "vec_mul accepte uniquement 2 arg
*** 29521,29527 ****
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "vec_cmpne accepte uniquement 2 arguments"
  
! #: config/rs6000/rs6000-c.c:5711
  #, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr "vec_adde accepte uniquement 3 arguments"
--- 29527,29533 ----
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "vec_cmpne accepte uniquement 2 arguments"
  
! #: config/rs6000/rs6000-c.c:5710
  #, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr "vec_adde accepte uniquement 3 arguments"
*************** msgstr "vec_adde accepte uniquement 3 ar
*** 29531,29572 ****
  msgid "vec_addec only accepts 3 arguments"
  msgstr "vec_addec accepte uniquement 3 arguments"
  
! #: config/rs6000/rs6000-c.c:5861
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%s accepte uniquement %d arguments"
  
! #: config/rs6000/rs6000-c.c:5866
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%s accepte uniquement 1 argument"
  
! #: config/rs6000/rs6000-c.c:5871
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%s accepte uniquement 2 arguments"
  
! #: config/rs6000/rs6000-c.c:5937
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr "vec_extract accepte uniquement 2 arguments"
  
! #: config/rs6000/rs6000-c.c:6106
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr "vec_insert accepte uniquement 3 arguments"
  
! #: config/rs6000/rs6000-c.c:6380
  #, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "le passage de l'argument %d de %qE abandonne les qualificatifs du type cible du pointeur"
  
! #: config/rs6000/rs6000-c.c:6434
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "La fonction interne %s n'est pas supportÃ©e dans cette configuration du compilateur"
  
! #: config/rs6000/rs6000-c.c:6442
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr "combinaison invalide de paramÃ¨tres pour l'intrinsÃ¨que Altivec %s"
--- 29537,29578 ----
  msgid "vec_addec only accepts 3 arguments"
  msgstr "vec_addec accepte uniquement 3 arguments"
  
! #: config/rs6000/rs6000-c.c:5862
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%s accepte uniquement %d arguments"
  
! #: config/rs6000/rs6000-c.c:5867
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%s accepte uniquement 1 argument"
  
! #: config/rs6000/rs6000-c.c:5872
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%s accepte uniquement 2 arguments"
  
! #: config/rs6000/rs6000-c.c:5938
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr "vec_extract accepte uniquement 2 arguments"
  
! #: config/rs6000/rs6000-c.c:6107
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr "vec_insert accepte uniquement 3 arguments"
  
! #: config/rs6000/rs6000-c.c:6381
  #, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "le passage de l'argument %d de %qE abandonne les qualificatifs du type cible du pointeur"
  
! #: config/rs6000/rs6000-c.c:6435
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "La fonction interne %s n'est pas supportÃ©e dans cette configuration du compilateur"
  
! #: config/rs6000/rs6000-c.c:6443
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr "combinaison invalide de paramÃ¨tres pour l'intrinsÃ¨que Altivec %s"
*************** msgstr "argument %d invalide pour la fon
*** 30618,30731 ****
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr "l'attribut %qE demandÃ© n'est pas une paire de constantes entiÃ¨res non nÃ©gatives sÃ©parÃ©es par une virgule ou est trop grand (max. %d)"
  
! #: config/s390/s390.c:9812
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr "la taille totale des variables locales excÃ¨de la limite de l'architecture"
  
! #: config/s390/s390.c:10926
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr "la taille de la trame de la fonction %qs est de %wd octets. Elle dÃ©passe la limite de %d octets de la pile fournie par l'utilisateur. Un dÃ©routement inconditionnel est ajoutÃ©."
  
! #: config/s390/s390.c:10942
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr "la taille de la trame de la fonction %qs est de %wd octets. C'est plus que la moitiÃ© de la taille de la pile. Le contrÃ´le dynamique ne serait pas fiable. Aucun contrÃ´le n'est gÃ©nÃ©rÃ© pour cette fonction."
  
! #: config/s390/s390.c:10970
  #, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr "la taille de la trame de %qs est de %wd octets"
  
! #: config/s390/s390.c:10974
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr "%qs utilise l'allocation de pile dynamique"
  
! #: config/s390/s390.c:11352
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr "les processeurs plus vieux que le z900 ne sont pas supportÃ©s par -fsplit-stack"
  
! #: config/s390/s390.c:14498
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr "%sarch=%s%s est dÃ©prÃ©ciÃ© et sera supprimÃ© dans les versions futures; utilisez au moins %sarch=z900%s"
  
! #: config/s390/s390.c:14510
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr "%stune=%s%s est dÃ©prÃ©ciÃ© et sera supprimÃ© dans les versions futures; utilisez au moins %stune=z900%s"
  
! #: config/s390/s390.c:14522
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "z/Le mode d'architecture n'est pas supportÃ© sur %s"
  
! #: config/s390/s390.c:14525
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "l'ABI 64 bits n'est pas supportÃ©e en mode ESA/390"
  
! #: config/s390/s390.c:14542
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr "le support des vecteurs matÃ©riels n'est pas disponible sur %s"
  
! #: config/s390/s390.c:14545
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr "le support des vecteurs matÃ©riels n'est pas disponible avec -msoft-float"
  
! #: config/s390/s390.c:14573
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "les instructions dÃ©cimales en virgule flottante matÃ©rielles ne sont pas disponibles sur %s"
  
! #: config/s390/s390.c:14577
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "les instructions dÃ©cimales en virgule flottante matÃ©rielles ne sont pas disponibles en mode ESA/390"
  
! #: config/s390/s390.c:14589
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr "-mhard-dfp ne peut Ãªtre utilisÃ© en conjonction avec -msoft-float"
  
! #: config/s390/s390.c:14597
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "-mbackchain -mpacked-stack -mhard-float ne sont pas supportÃ©s en combinaison"
  
! #: config/s390/s390.c:14603
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr "la taille de la pile doit Ãªtre plus grande que la valeur de la protection de la pile"
  
! #: config/s390/s390.c:14605
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "la taille de la pile ne peut pas Ãªtre plus grande que 64k"
  
! #: config/s390/s390.c:14608
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr "-mstack-guard implique l'utilisation de -mstack-size"
  
  #. argument is not a plain number
! #: config/s390/s390.c:14706
  #, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr "les arguments de %qs doivent Ãªtre des entiers non nÃ©gatifs"
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr "l'argument de %qs est trop grand (max. %d)"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:14921
  #, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr "la valeur %qs n'est pas supportÃ©e par l'attribut %<target%>"
--- 30624,30737 ----
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr "l'attribut %qE demandÃ© n'est pas une paire de constantes entiÃ¨res non nÃ©gatives sÃ©parÃ©es par une virgule ou est trop grand (max. %d)"
  
! #: config/s390/s390.c:9980
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr "la taille totale des variables locales excÃ¨de la limite de l'architecture"
  
! #: config/s390/s390.c:11094
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr "la taille de la trame de la fonction %qs est de %wd octets. Elle dÃ©passe la limite de %d octets de la pile fournie par l'utilisateur. Un dÃ©routement inconditionnel est ajoutÃ©."
  
! #: config/s390/s390.c:11110
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr "la taille de la trame de la fonction %qs est de %wd octets. C'est plus que la moitiÃ© de la taille de la pile. Le contrÃ´le dynamique ne serait pas fiable. Aucun contrÃ´le n'est gÃ©nÃ©rÃ© pour cette fonction."
  
! #: config/s390/s390.c:11138
  #, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr "la taille de la trame de %qs est de %wd octets"
  
! #: config/s390/s390.c:11142
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr "%qs utilise l'allocation de pile dynamique"
  
! #: config/s390/s390.c:11520
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr "les processeurs plus vieux que le z900 ne sont pas supportÃ©s par -fsplit-stack"
  
! #: config/s390/s390.c:14666
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr "%sarch=%s%s est dÃ©prÃ©ciÃ© et sera supprimÃ© dans les versions futures; utilisez au moins %sarch=z900%s"
  
! #: config/s390/s390.c:14678
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr "%stune=%s%s est dÃ©prÃ©ciÃ© et sera supprimÃ© dans les versions futures; utilisez au moins %stune=z900%s"
  
! #: config/s390/s390.c:14690
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "z/Le mode d'architecture n'est pas supportÃ© sur %s"
  
! #: config/s390/s390.c:14693
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "l'ABI 64 bits n'est pas supportÃ©e en mode ESA/390"
  
! #: config/s390/s390.c:14710
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr "le support des vecteurs matÃ©riels n'est pas disponible sur %s"
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr "le support des vecteurs matÃ©riels n'est pas disponible avec -msoft-float"
  
! #: config/s390/s390.c:14741
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "les instructions dÃ©cimales en virgule flottante matÃ©rielles ne sont pas disponibles sur %s"
  
! #: config/s390/s390.c:14745
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "les instructions dÃ©cimales en virgule flottante matÃ©rielles ne sont pas disponibles en mode ESA/390"
  
! #: config/s390/s390.c:14757
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr "-mhard-dfp ne peut Ãªtre utilisÃ© en conjonction avec -msoft-float"
  
! #: config/s390/s390.c:14765
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "-mbackchain -mpacked-stack -mhard-float ne sont pas supportÃ©s en combinaison"
  
! #: config/s390/s390.c:14771
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr "la taille de la pile doit Ãªtre plus grande que la valeur de la protection de la pile"
  
! #: config/s390/s390.c:14773
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "la taille de la pile ne peut pas Ãªtre plus grande que 64k"
  
! #: config/s390/s390.c:14776
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr "-mstack-guard implique l'utilisation de -mstack-size"
  
  #. argument is not a plain number
! #: config/s390/s390.c:14874
  #, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr "les arguments de %qs doivent Ãªtre des entiers non nÃ©gatifs"
  
! #: config/s390/s390.c:14881
  #, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr "l'argument de %qs est trop grand (max. %d)"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:15089
  #, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr "la valeur %qs n'est pas supportÃ©e par l'attribut %<target%>"
*************** msgstr "-fwpa et -fltrans sont mutuellem
*** 59191,59197 ****
  #: lto/lto-object.c:107
  #, gcc-internal-format, gfc-internal-format
  msgid "open %s failed: %s"
! msgstr "l'ouverture de %s a Ã©chouÃ©e: %s"
  
  #: lto/lto-object.c:151 lto/lto-object.c:186 lto/lto-object.c:283
  #: lto/lto-object.c:340 lto/lto-object.c:364
--- 59197,59203 ----
  #: lto/lto-object.c:107
  #, gcc-internal-format, gfc-internal-format
  msgid "open %s failed: %s"
! msgstr "l'ouverture de %s a Ã©chouÃ©: %s"
  
  #: lto/lto-object.c:151 lto/lto-object.c:186 lto/lto-object.c:283
  #: lto/lto-object.c:340 lto/lto-object.c:364
*************** msgstr "waitpid a Ã©chouÃ©"
*** 59363,59369 ****
  #: lto/lto.c:2316
  #, gcc-internal-format
  msgid "streaming subprocess failed"
! msgstr "la mise en ligne du sous processus a Ã©chouÃ©e"
  
  #: lto/lto.c:2319
  #, gcc-internal-format
--- 59369,59375 ----
  #: lto/lto.c:2316
  #, gcc-internal-format
  msgid "streaming subprocess failed"
! msgstr "la mise en ligne du sous processus a Ã©chouÃ©"
  
  #: lto/lto.c:2319
  #, gcc-internal-format
diff -Nrcpad gcc-7.1.0/gcc/po/gcc.pot gcc-7.2.0/gcc/po/gcc.pot
*** gcc-7.1.0/gcc/po/gcc.pot	Mon May  1 22:28:48 2017
--- gcc-7.2.0/gcc/po/gcc.pot	Fri Aug  4 22:18:39 2017
*************** msgid ""
*** 8,14 ****
  msgstr ""
  "Project-Id-Version: PACKAGE VERSION\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-05-01 22:24+0000\n"
  "PO-Revision-Date: YEAR-MO-DA HO:MI+ZONE\n"
  "Last-Translator: FULL NAME <EMAIL@ADDRESS>\n"
  "Language-Team: LANGUAGE <LL@li.org>\n"
--- 8,14 ----
  msgstr ""
  "Project-Id-Version: PACKAGE VERSION\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-08-04 22:17+0000\n"
  "PO-Revision-Date: YEAR-MO-DA HO:MI+ZONE\n"
  "Last-Translator: FULL NAME <EMAIL@ADDRESS>\n"
  "Language-Team: LANGUAGE <LL@li.org>\n"
*************** msgstr ""
*** 188,200 ****
  #. TARGET_PRINT_OPERAND must handle them.
  #. We can't handle floating point constants;
  #. PRINT_OPERAND must handle them.
! #: final.c:3988 config/arc/arc.c:5068 config/i386/i386.c:17057
  #: config/pdp11/pdp11.c:1698
  #, c-format
  msgid "floating constant misused"
  msgstr ""
  
! #: final.c:4046 config/arc/arc.c:5165 config/i386/i386.c:17155
  #: config/pdp11/pdp11.c:1739
  #, c-format
  msgid "invalid expression as operand"
--- 188,200 ----
  #. TARGET_PRINT_OPERAND must handle them.
  #. We can't handle floating point constants;
  #. PRINT_OPERAND must handle them.
! #: final.c:3988 config/arc/arc.c:5068 config/i386/i386.c:17063
  #: config/pdp11/pdp11.c:1698
  #, c-format
  msgid "floating constant misused"
  msgstr ""
  
! #: final.c:4046 config/arc/arc.c:5165 config/i386/i386.c:17161
  #: config/pdp11/pdp11.c:1739
  #, c-format
  msgid "invalid expression as operand"
*************** msgid ""
*** 493,580 ****
  " other options on to these processes the -W<letter> options must be used.\n"
  msgstr ""
  
! #: gcc.c:5934
  #, c-format
  msgid "Processing spec (%s), which is '%s'\n"
  msgstr ""
  
! #: gcc.c:6638
  #, c-format
  msgid "Target: %s\n"
  msgstr ""
  
! #: gcc.c:6639
  #, c-format
  msgid "Configured with: %s\n"
  msgstr ""
  
! #: gcc.c:6653
  #, c-format
  msgid "Thread model: %s\n"
  msgstr ""
  
! #: gcc.c:6664
  #, c-format
  msgid "gcc version %s %s\n"
  msgstr ""
  
! #: gcc.c:6667
  #, c-format
  msgid "gcc driver version %s %sexecuting gcc version %s\n"
  msgstr ""
  
! #: gcc.c:6740 gcc.c:6952
  #, c-format
  msgid ""
  "The bug is not reproducible, so it is likely a hardware or OS problem.\n"
  msgstr ""
  
! #: gcc.c:6876
  #, c-format
  msgid ""
  "Preprocessed source stored into %s file, please attach this to your "
  "bugreport.\n"
  msgstr ""
  
! #: gcc.c:7829
  #, c-format
  msgid "install: %s%s\n"
  msgstr ""
  
! #: gcc.c:7832
  #, c-format
  msgid "programs: %s\n"
  msgstr ""
  
! #: gcc.c:7834
  #, c-format
  msgid "libraries: %s\n"
  msgstr ""
  
! #: gcc.c:7951
  #, c-format
  msgid ""
  "\n"
  "For bug reporting instructions, please see:\n"
  msgstr ""
  
! #: gcc.c:7967 gcov-tool.c:528
  #, c-format
  msgid "%s %s%s\n"
  msgstr ""
  
! #: gcc.c:7970 gcov-tool.c:530 gcov.c:689 fortran/gfortranspec.c:280
  msgid "(C)"
  msgstr ""
  
! #: gcc.c:7971 fortran/gfortranspec.c:281
  msgid ""
  "This is free software; see the source for copying conditions.  There is NO\n"
  "warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n"
  "\n"
  msgstr ""
  
! #: gcc.c:8276
  #, c-format
  msgid ""
  "\n"
--- 493,580 ----
  " other options on to these processes the -W<letter> options must be used.\n"
  msgstr ""
  
! #: gcc.c:5937
  #, c-format
  msgid "Processing spec (%s), which is '%s'\n"
  msgstr ""
  
! #: gcc.c:6641
  #, c-format
  msgid "Target: %s\n"
  msgstr ""
  
! #: gcc.c:6642
  #, c-format
  msgid "Configured with: %s\n"
  msgstr ""
  
! #: gcc.c:6656
  #, c-format
  msgid "Thread model: %s\n"
  msgstr ""
  
! #: gcc.c:6667
  #, c-format
  msgid "gcc version %s %s\n"
  msgstr ""
  
! #: gcc.c:6670
  #, c-format
  msgid "gcc driver version %s %sexecuting gcc version %s\n"
  msgstr ""
  
! #: gcc.c:6743 gcc.c:6955
  #, c-format
  msgid ""
  "The bug is not reproducible, so it is likely a hardware or OS problem.\n"
  msgstr ""
  
! #: gcc.c:6879
  #, c-format
  msgid ""
  "Preprocessed source stored into %s file, please attach this to your "
  "bugreport.\n"
  msgstr ""
  
! #: gcc.c:7832
  #, c-format
  msgid "install: %s%s\n"
  msgstr ""
  
! #: gcc.c:7835
  #, c-format
  msgid "programs: %s\n"
  msgstr ""
  
! #: gcc.c:7837
  #, c-format
  msgid "libraries: %s\n"
  msgstr ""
  
! #: gcc.c:7954
  #, c-format
  msgid ""
  "\n"
  "For bug reporting instructions, please see:\n"
  msgstr ""
  
! #: gcc.c:7970 gcov-tool.c:528
  #, c-format
  msgid "%s %s%s\n"
  msgstr ""
  
! #: gcc.c:7973 gcov-tool.c:530 gcov.c:689 fortran/gfortranspec.c:280
  msgid "(C)"
  msgstr ""
  
! #: gcc.c:7974 fortran/gfortranspec.c:281
  msgid ""
  "This is free software; see the source for copying conditions.  There is NO\n"
  "warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n"
  "\n"
  msgstr ""
  
! #: gcc.c:8279
  #, c-format
  msgid ""
  "\n"
*************** msgid ""
*** 583,596 ****
  "\n"
  msgstr ""
  
! #: gcc.c:8277
  #, c-format
  msgid ""
  "Use \"-Wl,OPTION\" to pass \"OPTION\" to the linker.\n"
  "\n"
  msgstr ""
  
! #: gcc.c:9580
  #, c-format
  msgid ""
  "Assembler options\n"
--- 583,596 ----
  "\n"
  msgstr ""
  
! #: gcc.c:8280
  #, c-format
  msgid ""
  "Use \"-Wl,OPTION\" to pass \"OPTION\" to the linker.\n"
  "\n"
  msgstr ""
  
! #: gcc.c:9583
  #, c-format
  msgid ""
  "Assembler options\n"
*************** msgid ""
*** 598,604 ****
  "\n"
  msgstr ""
  
! #: gcc.c:9581
  #, c-format
  msgid ""
  "Use \"-Wa,OPTION\" to pass \"OPTION\" to the assembler.\n"
--- 598,604 ----
  "\n"
  msgstr ""
  
! #: gcc.c:9584
  #, c-format
  msgid ""
  "Use \"-Wa,OPTION\" to pass \"OPTION\" to the assembler.\n"
*************** msgstr ""
*** 610,623 ****
  msgid "  merge [options] <dir1> <dir2>         Merge coverage file contents\n"
  msgstr ""
  
! #: gcov-tool.c:176 gcov-tool.c:270 gcov-tool.c:420
  #, c-format
! msgid "    -v, --verbose                       Verbose mode\n"
  msgstr ""
  
! #: gcov-tool.c:177 gcov-tool.c:271
  #, c-format
! msgid "    -o, --output <dir>                  Output directory\n"
  msgstr ""
  
  #: gcov-tool.c:178
--- 610,623 ----
  msgid "  merge [options] <dir1> <dir2>         Merge coverage file contents\n"
  msgstr ""
  
! #: gcov-tool.c:176 gcov-tool.c:271
  #, c-format
! msgid "    -o, --output <dir>                  Output directory\n"
  msgstr ""
  
! #: gcov-tool.c:177 gcov-tool.c:273 gcov-tool.c:425
  #, c-format
! msgid "    -v, --verbose                       Verbose mode\n"
  msgstr ""
  
  #: gcov-tool.c:178
*************** msgid ""
*** 637,650 ****
  "  rewrite [options] <dir>               Rewrite coverage file contents\n"
  msgstr ""
  
! #: gcov-tool.c:272
  #, c-format
! msgid "    -s, --scale <float or simple-frac>  Scale the profile counters\n"
  msgstr ""
  
! #: gcov-tool.c:273
  #, c-format
! msgid "    -n, --normalize <int64_t>           Normalize the profile\n"
  msgstr ""
  
  #: gcov-tool.c:290
--- 637,650 ----
  "  rewrite [options] <dir>               Rewrite coverage file contents\n"
  msgstr ""
  
! #: gcov-tool.c:270
  #, c-format
! msgid "    -n, --normalize <int64_t>           Normalize the profile\n"
  msgstr ""
  
! #: gcov-tool.c:272
  #, c-format
! msgid "    -s, --scale <float or simple-frac>  Scale the profile counters\n"
  msgstr ""
  
  #: gcov-tool.c:290
*************** msgid ""
*** 673,701 ****
  "  overlap [options] <dir1> <dir2>       Compute the overlap of two profiles\n"
  msgstr ""
  
! #: gcov-tool.c:421
  #, c-format
! msgid ""
! "    -h, --hotonly                       Only print info for hot objects/"
! "functions\n"
  msgstr ""
  
! #: gcov-tool.c:422
  #, c-format
! msgid "    -f, --function                      Print function level info\n"
  msgstr ""
  
! #: gcov-tool.c:423
  #, c-format
! msgid "    -F, --fullname                      Print full filename\n"
  msgstr ""
  
! #: gcov-tool.c:424
  #, c-format
  msgid "    -o, --object                        Print object level info\n"
  msgstr ""
  
! #: gcov-tool.c:425
  #, c-format
  msgid "    -t <float>, --hot_threshold <float> Set the threshold for hotness\n"
  msgstr ""
--- 673,701 ----
  "  overlap [options] <dir1> <dir2>       Compute the overlap of two profiles\n"
  msgstr ""
  
! #: gcov-tool.c:420
  #, c-format
! msgid "    -f, --function                      Print function level info\n"
  msgstr ""
  
! #: gcov-tool.c:421
  #, c-format
! msgid "    -F, --fullname                      Print full filename\n"
  msgstr ""
  
! #: gcov-tool.c:422
  #, c-format
! msgid ""
! "    -h, --hotonly                       Only print info for hot objects/"
! "functions\n"
  msgstr ""
  
! #: gcov-tool.c:423
  #, c-format
  msgid "    -o, --object                        Print object level info\n"
  msgstr ""
  
! #: gcov-tool.c:424
  #, c-format
  msgid "    -t <float>, --hot_threshold <float> Set the threshold for hotness\n"
  msgstr ""
*************** msgstr ""
*** 768,805 ****
  
  #: gcov.c:658
  #, c-format
- msgid "  -h, --help                      Print this help, then exit\n"
- msgstr ""
- 
- #: gcov.c:659
- #, c-format
  msgid ""
  "  -a, --all-blocks                Show information for every basic block\n"
  msgstr ""
  
! #: gcov.c:660
  #, c-format
  msgid ""
  "  -b, --branch-probabilities      Include branch probabilities in output\n"
  msgstr ""
  
! #: gcov.c:661
  #, c-format
  msgid ""
  "  -c, --branch-counts             Output counts of branches taken\n"
  "                                    rather than percentages\n"
  msgstr ""
  
! #: gcov.c:663
  #, c-format
  msgid "  -d, --display-progress          Display progress information\n"
  msgstr ""
  
! #: gcov.c:664
  #, c-format
  msgid "  -f, --function-summaries        Output summaries for each function\n"
  msgstr ""
  
  #: gcov.c:665
  #, c-format
  msgid ""
--- 768,805 ----
  
  #: gcov.c:658
  #, c-format
  msgid ""
  "  -a, --all-blocks                Show information for every basic block\n"
  msgstr ""
  
! #: gcov.c:659
  #, c-format
  msgid ""
  "  -b, --branch-probabilities      Include branch probabilities in output\n"
  msgstr ""
  
! #: gcov.c:660
  #, c-format
  msgid ""
  "  -c, --branch-counts             Output counts of branches taken\n"
  "                                    rather than percentages\n"
  msgstr ""
  
! #: gcov.c:662
  #, c-format
  msgid "  -d, --display-progress          Display progress information\n"
  msgstr ""
  
! #: gcov.c:663
  #, c-format
  msgid "  -f, --function-summaries        Output summaries for each function\n"
  msgstr ""
  
+ #: gcov.c:664
+ #, c-format
+ msgid "  -h, --help                      Print this help, then exit\n"
+ msgstr ""
+ 
  #: gcov.c:665
  #, c-format
  msgid ""
*************** msgstr ""
*** 987,1068 ****
  msgid "%s:graph is unsolvable for '%s'\n"
  msgstr ""
  
! #: gcov.c:2002
  #, c-format
  msgid "Lines executed:%s of %d\n"
  msgstr ""
  
! #: gcov.c:2005
  #, c-format
  msgid "No executable lines\n"
  msgstr ""
  
! #: gcov.c:2013
  #, c-format
  msgid "%s '%s'\n"
  msgstr ""
  
! #: gcov.c:2020
  #, c-format
  msgid "Branches executed:%s of %d\n"
  msgstr ""
  
! #: gcov.c:2024
  #, c-format
  msgid "Taken at least once:%s of %d\n"
  msgstr ""
  
! #: gcov.c:2030
  #, c-format
  msgid "No branches\n"
  msgstr ""
  
! #: gcov.c:2032
  #, c-format
  msgid "Calls executed:%s of %d\n"
  msgstr ""
  
! #: gcov.c:2036
  #, c-format
  msgid "No calls\n"
  msgstr ""
  
! #: gcov.c:2317
  #, c-format
  msgid "%s:no lines for '%s'\n"
  msgstr ""
  
! #: gcov.c:2419
  #, c-format
  msgid "call   %2d returned %s\n"
  msgstr ""
  
! #: gcov.c:2424
  #, c-format
  msgid "call   %2d never executed\n"
  msgstr ""
  
! #: gcov.c:2429
  #, c-format
  msgid "branch %2d taken %s%s\n"
  msgstr ""
  
! #: gcov.c:2434
  #, c-format
  msgid "branch %2d never executed\n"
  msgstr ""
  
! #: gcov.c:2439
  #, c-format
  msgid "unconditional %2d taken %s\n"
  msgstr ""
  
! #: gcov.c:2442
  #, c-format
  msgid "unconditional %2d never executed\n"
  msgstr ""
  
! #: gcov.c:2512
  #, c-format
  msgid "Cannot open source file %s\n"
  msgstr ""
--- 987,1068 ----
  msgid "%s:graph is unsolvable for '%s'\n"
  msgstr ""
  
! #: gcov.c:2009
  #, c-format
  msgid "Lines executed:%s of %d\n"
  msgstr ""
  
! #: gcov.c:2012
  #, c-format
  msgid "No executable lines\n"
  msgstr ""
  
! #: gcov.c:2020
  #, c-format
  msgid "%s '%s'\n"
  msgstr ""
  
! #: gcov.c:2027
  #, c-format
  msgid "Branches executed:%s of %d\n"
  msgstr ""
  
! #: gcov.c:2031
  #, c-format
  msgid "Taken at least once:%s of %d\n"
  msgstr ""
  
! #: gcov.c:2037
  #, c-format
  msgid "No branches\n"
  msgstr ""
  
! #: gcov.c:2039
  #, c-format
  msgid "Calls executed:%s of %d\n"
  msgstr ""
  
! #: gcov.c:2043
  #, c-format
  msgid "No calls\n"
  msgstr ""
  
! #: gcov.c:2324
  #, c-format
  msgid "%s:no lines for '%s'\n"
  msgstr ""
  
! #: gcov.c:2426
  #, c-format
  msgid "call   %2d returned %s\n"
  msgstr ""
  
! #: gcov.c:2431
  #, c-format
  msgid "call   %2d never executed\n"
  msgstr ""
  
! #: gcov.c:2436
  #, c-format
  msgid "branch %2d taken %s%s\n"
  msgstr ""
  
! #: gcov.c:2441
  #, c-format
  msgid "branch %2d never executed\n"
  msgstr ""
  
! #: gcov.c:2446
  #, c-format
  msgid "unconditional %2d taken %s\n"
  msgstr ""
  
! #: gcov.c:2449
  #, c-format
  msgid "unconditional %2d never executed\n"
  msgstr ""
  
! #: gcov.c:2519
  #, c-format
  msgid "Cannot open source file %s\n"
  msgstr ""
*************** msgstr ""
*** 1169,1260 ****
  msgid "Uses of this option are diagnosed."
  msgstr ""
  
! #: opts.c:1096
  #, c-format
  msgid "default %d minimum %d maximum %d"
  msgstr ""
  
! #: opts.c:1163
  #, c-format
  msgid "Same as %s.  Use the latter option instead."
  msgstr ""
  
! #: opts.c:1171
  #, c-format
  msgid "%s  Same as %s."
  msgstr ""
  
! #: opts.c:1242
  msgid "[default]"
  msgstr ""
  
! #: opts.c:1253
  msgid "[enabled]"
  msgstr ""
  
! #: opts.c:1253
  msgid "[disabled]"
  msgstr ""
  
! #: opts.c:1272
  #, c-format
  msgid " No options with the desired characteristics were found\n"
  msgstr ""
  
! #: opts.c:1281
  #, c-format
  msgid ""
  " None found.  Use --help=%s to show *all* the options supported by the %s "
  "front-end.\n"
  msgstr ""
  
! #: opts.c:1287
  #, c-format
  msgid ""
  " All options with the desired characteristics have already been displayed\n"
  msgstr ""
  
! #: opts.c:1372
  msgid "The following options are target specific"
  msgstr ""
  
! #: opts.c:1375
  msgid "The following options control compiler warning messages"
  msgstr ""
  
! #: opts.c:1378
  msgid "The following options control optimizations"
  msgstr ""
  
! #: opts.c:1381 opts.c:1420
  msgid "The following options are language-independent"
  msgstr ""
  
! #: opts.c:1384
  msgid "The --param option recognizes the following as parameters"
  msgstr ""
  
! #: opts.c:1390
  msgid "The following options are specific to just the language "
  msgstr ""
  
! #: opts.c:1392
  msgid "The following options are supported by the language "
  msgstr ""
  
! #: opts.c:1403
  msgid "The following options are not documented"
  msgstr ""
  
! #: opts.c:1405
  msgid "The following options take separate arguments"
  msgstr ""
  
! #: opts.c:1407
  msgid "The following options take joined arguments"
  msgstr ""
  
! #: opts.c:1418
  msgid "The following options are language-related"
  msgstr ""
  
--- 1169,1260 ----
  msgid "Uses of this option are diagnosed."
  msgstr ""
  
! #: opts.c:1103
  #, c-format
  msgid "default %d minimum %d maximum %d"
  msgstr ""
  
! #: opts.c:1170
  #, c-format
  msgid "Same as %s.  Use the latter option instead."
  msgstr ""
  
! #: opts.c:1178
  #, c-format
  msgid "%s  Same as %s."
  msgstr ""
  
! #: opts.c:1249
  msgid "[default]"
  msgstr ""
  
! #: opts.c:1260
  msgid "[enabled]"
  msgstr ""
  
! #: opts.c:1260
  msgid "[disabled]"
  msgstr ""
  
! #: opts.c:1279
  #, c-format
  msgid " No options with the desired characteristics were found\n"
  msgstr ""
  
! #: opts.c:1288
  #, c-format
  msgid ""
  " None found.  Use --help=%s to show *all* the options supported by the %s "
  "front-end.\n"
  msgstr ""
  
! #: opts.c:1294
  #, c-format
  msgid ""
  " All options with the desired characteristics have already been displayed\n"
  msgstr ""
  
! #: opts.c:1379
  msgid "The following options are target specific"
  msgstr ""
  
! #: opts.c:1382
  msgid "The following options control compiler warning messages"
  msgstr ""
  
! #: opts.c:1385
  msgid "The following options control optimizations"
  msgstr ""
  
! #: opts.c:1388 opts.c:1427
  msgid "The following options are language-independent"
  msgstr ""
  
! #: opts.c:1391
  msgid "The --param option recognizes the following as parameters"
  msgstr ""
  
! #: opts.c:1397
  msgid "The following options are specific to just the language "
  msgstr ""
  
! #: opts.c:1399
  msgid "The following options are supported by the language "
  msgstr ""
  
! #: opts.c:1410
  msgid "The following options are not documented"
  msgstr ""
  
! #: opts.c:1412
  msgid "The following options take separate arguments"
  msgstr ""
  
! #: opts.c:1414
  msgid "The following options take joined arguments"
  msgstr ""
  
! #: opts.c:1425
  msgid "The following options are language-related"
  msgstr ""
  
*************** msgstr ""
*** 2985,2992 ****
  msgid "<command-line>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:4927 config/arm/arm.c:21832 config/arm/arm.c:21845
! #: config/arm/arm.c:21870 config/nios2/nios2.c:2653
  #, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr ""
--- 2985,2992 ----
  msgid "<command-line>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:4927 config/arm/arm.c:21821 config/arm/arm.c:21834
! #: config/arm/arm.c:21859 config/nios2/nios2.c:2653
  #, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr ""
*************** msgstr ""
*** 3005,3011 ****
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5103 config/arm/arm.c:22377
  #, c-format
  msgid "missing operand"
  msgstr ""
--- 3005,3011 ----
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5103 config/arm/arm.c:22366
  #, c-format
  msgid "missing operand"
  msgstr ""
*************** msgstr ""
*** 3025,3032 ****
  msgid "invalid operand prefix '%%%c'"
  msgstr ""
  
! #: config/alpha/alpha.c:5092 config/i386/i386.c:18279
! #: config/rs6000/rs6000.c:23938 config/sparc/sparc.c:8854
  #, c-format
  msgid "'%%&' used without any local dynamic TLS references"
  msgstr ""
--- 3025,3032 ----
  msgid "invalid operand prefix '%%%c'"
  msgstr ""
  
! #: config/alpha/alpha.c:5092 config/i386/i386.c:18285
! #: config/rs6000/rs6000.c:23985 config/sparc/sparc.c:8995
  #, c-format
  msgid "'%%&' used without any local dynamic TLS references"
  msgstr ""
*************** msgid "invalid %%r value"
*** 3042,3059 ****
  msgstr ""
  
  #: config/alpha/alpha.c:5190 config/ia64/ia64.c:5442
! #: config/rs6000/rs6000.c:23618 config/xtensa/xtensa.c:2363
  #, c-format
  msgid "invalid %%R value"
  msgstr ""
  
! #: config/alpha/alpha.c:5196 config/rs6000/rs6000.c:23538
! #: config/xtensa/xtensa.c:2330
  #, c-format
  msgid "invalid %%N value"
  msgstr ""
  
! #: config/alpha/alpha.c:5204 config/rs6000/rs6000.c:23566
  #, c-format
  msgid "invalid %%P value"
  msgstr ""
--- 3042,3059 ----
  msgstr ""
  
  #: config/alpha/alpha.c:5190 config/ia64/ia64.c:5442
! #: config/rs6000/rs6000.c:23665 config/xtensa/xtensa.c:2364
  #, c-format
  msgid "invalid %%R value"
  msgstr ""
  
! #: config/alpha/alpha.c:5196 config/rs6000/rs6000.c:23585
! #: config/xtensa/xtensa.c:2331
  #, c-format
  msgid "invalid %%N value"
  msgstr ""
  
! #: config/alpha/alpha.c:5204 config/rs6000/rs6000.c:23613
  #, c-format
  msgid "invalid %%P value"
  msgstr ""
*************** msgstr ""
*** 3063,3069 ****
  msgid "invalid %%h value"
  msgstr ""
  
! #: config/alpha/alpha.c:5220 config/xtensa/xtensa.c:2356
  #, c-format
  msgid "invalid %%L value"
  msgstr ""
--- 3063,3069 ----
  msgid "invalid %%h value"
  msgstr ""
  
! #: config/alpha/alpha.c:5220 config/xtensa/xtensa.c:2357
  #, c-format
  msgid "invalid %%L value"
  msgstr ""
*************** msgid "invalid %%U value"
*** 3084,3090 ****
  msgstr ""
  
  #: config/alpha/alpha.c:5290 config/alpha/alpha.c:5301
! #: config/rs6000/rs6000.c:23626
  #, c-format
  msgid "invalid %%s value"
  msgstr ""
--- 3084,3090 ----
  msgstr ""
  
  #: config/alpha/alpha.c:5290 config/alpha/alpha.c:5301
! #: config/rs6000/rs6000.c:23673
  #, c-format
  msgid "invalid %%s value"
  msgstr ""
*************** msgstr ""
*** 3094,3100 ****
  msgid "invalid %%C value"
  msgstr ""
  
! #: config/alpha/alpha.c:5349 config/rs6000/rs6000.c:23402
  #, c-format
  msgid "invalid %%E value"
  msgstr ""
--- 3094,3100 ----
  msgid "invalid %%C value"
  msgstr ""
  
! #: config/alpha/alpha.c:5349 config/rs6000/rs6000.c:23449
  #, c-format
  msgid "invalid %%E value"
  msgstr ""
*************** msgid "unknown relocation unspec"
*** 3105,3111 ****
  msgstr ""
  
  #: config/alpha/alpha.c:5383 config/cr16/cr16.c:1534
! #: config/rs6000/rs6000.c:23943 config/spu/spu.c:1447
  #, c-format
  msgid "invalid %%xn code"
  msgstr ""
--- 3105,3111 ----
  msgstr ""
  
  #: config/alpha/alpha.c:5383 config/cr16/cr16.c:1534
! #: config/rs6000/rs6000.c:23990 config/spu/spu.c:1447
  #, c-format
  msgid "invalid %%xn code"
  msgstr ""
*************** msgstr ""
*** 3168,3174 ****
  #. Unknown flag.
  #. Undocumented flag.
  #: config/arc/arc.c:3467 config/epiphany/epiphany.c:1289
! #: config/m32r/m32r.c:2230 config/nds32/nds32.c:2292 config/sparc/sparc.c:9133
  #, c-format
  msgid "invalid operand output code"
  msgstr ""
--- 3168,3174 ----
  #. Unknown flag.
  #. Undocumented flag.
  #: config/arc/arc.c:3467 config/epiphany/epiphany.c:1289
! #: config/m32r/m32r.c:2230 config/nds32/nds32.c:2292 config/sparc/sparc.c:9274
  #, c-format
  msgid "invalid operand output code"
  msgstr ""
*************** msgstr ""
*** 3178,3206 ****
  msgid "invalid UNSPEC as operand: %d"
  msgstr ""
  
! #: config/arm/arm.c:18841 config/arm/arm.c:18866 config/arm/arm.c:18876
! #: config/arm/arm.c:18885 config/arm/arm.c:18894
  #, c-format
  msgid "invalid shift operand"
  msgstr ""
  
! #: config/arm/arm.c:21708 config/arm/arm.c:21726
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr ""
  
! #: config/arm/arm.c:21714
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr ""
  
! #: config/arm/arm.c:21947 config/arm/arm.c:21969 config/arm/arm.c:21979
! #: config/arm/arm.c:21989 config/arm/arm.c:21999 config/arm/arm.c:22038
! #: config/arm/arm.c:22056 config/arm/arm.c:22081 config/arm/arm.c:22096
! #: config/arm/arm.c:22123 config/arm/arm.c:22130 config/arm/arm.c:22148
! #: config/arm/arm.c:22155 config/arm/arm.c:22163 config/arm/arm.c:22184
! #: config/arm/arm.c:22191 config/arm/arm.c:22324 config/arm/arm.c:22331
! #: config/arm/arm.c:22358 config/arm/arm.c:22365 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
--- 3178,3206 ----
  msgid "invalid UNSPEC as operand: %d"
  msgstr ""
  
! #: config/arm/arm.c:18830 config/arm/arm.c:18855 config/arm/arm.c:18865
! #: config/arm/arm.c:18874 config/arm/arm.c:18883
  #, c-format
  msgid "invalid shift operand"
  msgstr ""
  
! #: config/arm/arm.c:21697 config/arm/arm.c:21715
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr ""
  
! #: config/arm/arm.c:21703
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr ""
  
! #: config/arm/arm.c:21936 config/arm/arm.c:21958 config/arm/arm.c:21968
! #: config/arm/arm.c:21978 config/arm/arm.c:21988 config/arm/arm.c:22027
! #: config/arm/arm.c:22045 config/arm/arm.c:22070 config/arm/arm.c:22085
! #: config/arm/arm.c:22112 config/arm/arm.c:22119 config/arm/arm.c:22137
! #: config/arm/arm.c:22144 config/arm/arm.c:22152 config/arm/arm.c:22173
! #: config/arm/arm.c:22180 config/arm/arm.c:22313 config/arm/arm.c:22320
! #: config/arm/arm.c:22347 config/arm/arm.c:22354 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
*************** msgstr ""
*** 3208,3308 ****
  msgid "invalid operand for code '%c'"
  msgstr ""
  
! #: config/arm/arm.c:22051
  #, c-format
  msgid "instruction never executed"
  msgstr ""
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22072
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr ""
  
! #: config/avr/avr.c:2439
  #, c-format
  msgid "address operand requires constraint for X, Y, or Z register"
  msgstr ""
  
! #: config/avr/avr.c:2620
  msgid "operands to %T/%t must be reg + const_int:"
  msgstr ""
  
! #: config/avr/avr.c:2670 config/avr/avr.c:2737
  msgid "bad address, not an I/O address:"
  msgstr ""
  
! #: config/avr/avr.c:2679
  msgid "bad address, not a constant:"
  msgstr ""
  
! #: config/avr/avr.c:2697 config/avr/avr.c:2704
  msgid "bad address, not (reg+disp):"
  msgstr ""
  
! #: config/avr/avr.c:2711
  msgid "bad address, not post_inc or pre_dec:"
  msgstr ""
  
! #: config/avr/avr.c:2723
  msgid "internal compiler error.  Bad address:"
  msgstr ""
  
! #: config/avr/avr.c:2756
  #, c-format
  msgid "Unsupported code '%c' for fixed-point:"
  msgstr ""
  
! #: config/avr/avr.c:2764
  msgid "internal compiler error.  Unknown mode:"
  msgstr ""
  
! #: config/avr/avr.c:3788 config/avr/avr.c:4732 config/avr/avr.c:5179
  msgid "invalid insn:"
  msgstr ""
  
! #: config/avr/avr.c:3842 config/avr/avr.c:3954 config/avr/avr.c:4012
! #: config/avr/avr.c:4064 config/avr/avr.c:4083 config/avr/avr.c:4275
! #: config/avr/avr.c:4583 config/avr/avr.c:4868 config/avr/avr.c:5072
! #: config/avr/avr.c:5236 config/avr/avr.c:5330 config/avr/avr.c:5529
  msgid "incorrect insn:"
  msgstr ""
  
! #: config/avr/avr.c:4099 config/avr/avr.c:4374 config/avr/avr.c:4654
! #: config/avr/avr.c:4940 config/avr/avr.c:5118 config/avr/avr.c:5386
! #: config/avr/avr.c:5587
  msgid "unknown move insn:"
  msgstr ""
  
! #: config/avr/avr.c:6046
  msgid "bad shift insn:"
  msgstr ""
  
! #: config/avr/avr.c:6154 config/avr/avr.c:6635 config/avr/avr.c:7050
  msgid "internal compiler error.  Incorrect shift:"
  msgstr ""
  
! #: config/avr/avr.c:8456
  msgid "unsupported fixed-point conversion"
  msgstr ""
  
! #: config/avr/avr.c:9803
  msgid "variable"
  msgstr ""
  
! #: config/avr/avr.c:9808
  msgid "function parameter"
  msgstr ""
  
! #: config/avr/avr.c:9813
  msgid "structure field"
  msgstr ""
  
! #: config/avr/avr.c:9819
  msgid "return type of function"
  msgstr ""
  
! #: config/avr/avr.c:9824
  msgid "pointer"
  msgstr ""
  
--- 3208,3308 ----
  msgid "invalid operand for code '%c'"
  msgstr ""
  
! #: config/arm/arm.c:22040
  #, c-format
  msgid "instruction never executed"
  msgstr ""
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22061
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr ""
  
! #: config/avr/avr.c:2455
  #, c-format
  msgid "address operand requires constraint for X, Y, or Z register"
  msgstr ""
  
! #: config/avr/avr.c:2636
  msgid "operands to %T/%t must be reg + const_int:"
  msgstr ""
  
! #: config/avr/avr.c:2686 config/avr/avr.c:2753
  msgid "bad address, not an I/O address:"
  msgstr ""
  
! #: config/avr/avr.c:2695
  msgid "bad address, not a constant:"
  msgstr ""
  
! #: config/avr/avr.c:2713 config/avr/avr.c:2720
  msgid "bad address, not (reg+disp):"
  msgstr ""
  
! #: config/avr/avr.c:2727
  msgid "bad address, not post_inc or pre_dec:"
  msgstr ""
  
! #: config/avr/avr.c:2739
  msgid "internal compiler error.  Bad address:"
  msgstr ""
  
! #: config/avr/avr.c:2772
  #, c-format
  msgid "Unsupported code '%c' for fixed-point:"
  msgstr ""
  
! #: config/avr/avr.c:2780
  msgid "internal compiler error.  Unknown mode:"
  msgstr ""
  
! #: config/avr/avr.c:3804 config/avr/avr.c:4748 config/avr/avr.c:5195
  msgid "invalid insn:"
  msgstr ""
  
! #: config/avr/avr.c:3858 config/avr/avr.c:3970 config/avr/avr.c:4028
! #: config/avr/avr.c:4080 config/avr/avr.c:4099 config/avr/avr.c:4291
! #: config/avr/avr.c:4599 config/avr/avr.c:4884 config/avr/avr.c:5088
! #: config/avr/avr.c:5252 config/avr/avr.c:5345 config/avr/avr.c:5544
  msgid "incorrect insn:"
  msgstr ""
  
! #: config/avr/avr.c:4115 config/avr/avr.c:4390 config/avr/avr.c:4670
! #: config/avr/avr.c:4956 config/avr/avr.c:5134 config/avr/avr.c:5401
! #: config/avr/avr.c:5602
  msgid "unknown move insn:"
  msgstr ""
  
! #: config/avr/avr.c:6061
  msgid "bad shift insn:"
  msgstr ""
  
! #: config/avr/avr.c:6169 config/avr/avr.c:6650 config/avr/avr.c:7065
  msgid "internal compiler error.  Incorrect shift:"
  msgstr ""
  
! #: config/avr/avr.c:8471
  msgid "unsupported fixed-point conversion"
  msgstr ""
  
! #: config/avr/avr.c:9818
  msgid "variable"
  msgstr ""
  
! #: config/avr/avr.c:9823
  msgid "function parameter"
  msgstr ""
  
! #: config/avr/avr.c:9828
  msgid "structure field"
  msgstr ""
  
! #: config/avr/avr.c:9834
  msgid "return type of function"
  msgstr ""
  
! #: config/avr/avr.c:9839
  msgid "pointer"
  msgstr ""
  
*************** msgid "invalid const_double operand"
*** 3324,3330 ****
  msgstr ""
  
  #: config/cris/cris.c:604 config/ft32/ft32.c:106 config/moxie/moxie.c:104
! #: final.c:3455 final.c:3457 fold-const.c:268 gcc.c:5268 gcc.c:5282
  #: rtl-error.c:101 toplev.c:337 tree-vrp.c:7849 cp/typeck.c:6167
  #: lto/lto-object.c:184 lto/lto-object.c:281 lto/lto-object.c:338
  #: lto/lto-object.c:362
--- 3324,3330 ----
  msgstr ""
  
  #: config/cris/cris.c:604 config/ft32/ft32.c:106 config/moxie/moxie.c:104
! #: final.c:3455 final.c:3457 fold-const.c:268 gcc.c:5271 gcc.c:5285
  #: rtl-error.c:101 toplev.c:337 tree-vrp.c:7849 cp/typeck.c:6167
  #: lto/lto-object.c:184 lto/lto-object.c:281 lto/lto-object.c:338
  #: lto/lto-object.c:362
*************** msgstr ""
*** 3546,3633 ****
  msgid "bad output_condmove_single operand"
  msgstr ""
  
! #: config/i386/i386.c:17149
  #, c-format
  msgid "invalid UNSPEC as operand"
  msgstr ""
  
! #: config/i386/i386.c:17660
  #, c-format
  msgid "invalid use of asm flag output"
  msgstr ""
  
! #: config/i386/i386.c:17882
  #, c-format
  msgid "invalid operand size for operand code 'O'"
  msgstr ""
  
! #: config/i386/i386.c:17917
  #, c-format
  msgid "invalid operand size for operand code 'z'"
  msgstr ""
  
! #: config/i386/i386.c:17986
  #, c-format
  msgid "invalid operand type used with operand code 'Z'"
  msgstr ""
  
! #: config/i386/i386.c:17991
  #, c-format
  msgid "invalid operand size for operand code 'Z'"
  msgstr ""
  
! #: config/i386/i386.c:18067
  #, c-format
  msgid "operand is not a condition code, invalid operand code 'Y'"
  msgstr ""
  
! #: config/i386/i386.c:18146
  #, c-format
  msgid "operand is not a condition code, invalid operand code 'D'"
  msgstr ""
  
! #: config/i386/i386.c:18164
  #, c-format
  msgid "operand is not a condition code, invalid operand code '%c'"
  msgstr ""
  
! #: config/i386/i386.c:18177
  #, c-format
  msgid ""
  "operand is not an offsettable memory reference, invalid operand code 'H'"
  msgstr ""
  
! #: config/i386/i386.c:18192
  #, c-format
  msgid "operand is not an integer, invalid operand code 'K'"
  msgstr ""
  
! #: config/i386/i386.c:18220
  #, c-format
  msgid "operand is not a specific integer, invalid operand code 'r'"
  msgstr ""
  
! #: config/i386/i386.c:18238
  #, c-format
  msgid "operand is not an integer, invalid operand code 'R'"
  msgstr ""
  
! #: config/i386/i386.c:18261
  #, c-format
  msgid "operand is not a specific integer, invalid operand code 'R'"
  msgstr ""
  
! #: config/i386/i386.c:18357
  #, c-format
  msgid "invalid operand code '%c'"
  msgstr ""
  
! #: config/i386/i386.c:18419
  #, c-format
  msgid "invalid constraints for operand"
  msgstr ""
  
! #: config/i386/i386.c:28920
  msgid "unknown insn mode"
  msgstr ""
  
--- 3546,3633 ----
  msgid "bad output_condmove_single operand"
  msgstr ""
  
! #: config/i386/i386.c:17155
  #, c-format
  msgid "invalid UNSPEC as operand"
  msgstr ""
  
! #: config/i386/i386.c:17666
  #, c-format
  msgid "invalid use of asm flag output"
  msgstr ""
  
! #: config/i386/i386.c:17888
  #, c-format
  msgid "invalid operand size for operand code 'O'"
  msgstr ""
  
! #: config/i386/i386.c:17923
  #, c-format
  msgid "invalid operand size for operand code 'z'"
  msgstr ""
  
! #: config/i386/i386.c:17992
  #, c-format
  msgid "invalid operand type used with operand code 'Z'"
  msgstr ""
  
! #: config/i386/i386.c:17997
  #, c-format
  msgid "invalid operand size for operand code 'Z'"
  msgstr ""
  
! #: config/i386/i386.c:18073
  #, c-format
  msgid "operand is not a condition code, invalid operand code 'Y'"
  msgstr ""
  
! #: config/i386/i386.c:18152
  #, c-format
  msgid "operand is not a condition code, invalid operand code 'D'"
  msgstr ""
  
! #: config/i386/i386.c:18170
  #, c-format
  msgid "operand is not a condition code, invalid operand code '%c'"
  msgstr ""
  
! #: config/i386/i386.c:18183
  #, c-format
  msgid ""
  "operand is not an offsettable memory reference, invalid operand code 'H'"
  msgstr ""
  
! #: config/i386/i386.c:18198
  #, c-format
  msgid "operand is not an integer, invalid operand code 'K'"
  msgstr ""
  
! #: config/i386/i386.c:18226
  #, c-format
  msgid "operand is not a specific integer, invalid operand code 'r'"
  msgstr ""
  
! #: config/i386/i386.c:18244
  #, c-format
  msgid "operand is not an integer, invalid operand code 'R'"
  msgstr ""
  
! #: config/i386/i386.c:18267
  #, c-format
  msgid "operand is not a specific integer, invalid operand code 'R'"
  msgstr ""
  
! #: config/i386/i386.c:18363
  #, c-format
  msgid "invalid operand code '%c'"
  msgstr ""
  
! #: config/i386/i386.c:18425
  #, c-format
  msgid "invalid constraints for operand"
  msgstr ""
  
! #: config/i386/i386.c:28926
  msgid "unknown insn mode"
  msgstr ""
  
*************** msgstr ""
*** 3664,3670 ****
  msgid "invalid %%P operand"
  msgstr ""
  
! #: config/iq2000/iq2000.c:3153 config/rs6000/rs6000.c:23556
  #, c-format
  msgid "invalid %%p value"
  msgstr ""
--- 3664,3670 ----
  msgid "invalid %%P operand"
  msgstr ""
  
! #: config/iq2000/iq2000.c:3153 config/rs6000/rs6000.c:23603
  #, c-format
  msgid "invalid %%p value"
  msgstr ""
*************** msgstr ""
*** 3717,3723 ****
  msgid "post-increment address is not a register"
  msgstr ""
  
! #: config/m32r/m32r.c:2333 config/m32r/m32r.c:2348 config/rs6000/rs6000.c:35600
  msgid "bad address"
  msgstr ""
  
--- 3717,3723 ----
  msgid "post-increment address is not a register"
  msgstr ""
  
! #: config/m32r/m32r.c:2333 config/m32r/m32r.c:2348 config/rs6000/rs6000.c:35649
  msgid "bad address"
  msgstr ""
  
*************** msgid "insn contains an invalid address
*** 3750,3756 ****
  msgstr ""
  
  #: config/microblaze/microblaze.c:2309 config/microblaze/microblaze.c:2528
! #: config/xtensa/xtensa.c:2460
  msgid "invalid address"
  msgstr ""
  
--- 3750,3756 ----
  msgstr ""
  
  #: config/microblaze/microblaze.c:2309 config/microblaze/microblaze.c:2528
! #: config/xtensa/xtensa.c:2461
  msgid "invalid address"
  msgstr ""
  
*************** msgstr ""
*** 3841,4117 ****
  msgid "Try running '%s' in the shell to raise its limit.\n"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4223
  msgid "-maltivec=le not allowed for big-endian targets"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4235
  msgid "-mvsx requires hardware floating point"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4243
  msgid "-mvsx and -mpaired are incompatible"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4245
  msgid "-mvsx needs indexed addressing"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4250
  msgid "-mvsx and -mno-altivec are incompatible"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4252
  msgid "-mno-altivec disables vsx"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4460
  msgid "-mquad-memory requires 64-bit mode"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4463
  msgid "-mquad-memory-atomic requires 64-bit mode"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4475
  msgid "-mquad-memory is not available in little endian mode"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4547
  msgid "-mtoc-fusion requires 64-bit"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4554
  msgid "-mtoc-fusion requires medium/large code model"
  msgstr ""
  
! #: config/rs6000/rs6000.c:11245
  msgid "bad move"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23199
  msgid "Bad 128-bit move"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23390
  #, c-format
  msgid "invalid %%e value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23411
  #, c-format
  msgid "invalid %%f value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23420
  #, c-format
  msgid "invalid %%F value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23429
  #, c-format
  msgid "invalid %%G value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23464
  #, c-format
  msgid "invalid %%j code"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23474
  #, c-format
  msgid "invalid %%J code"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23484
  #, c-format
  msgid "invalid %%k value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23499 config/xtensa/xtensa.c:2349
  #, c-format
  msgid "invalid %%K value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23546
  #, c-format
  msgid "invalid %%O value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23593
  #, c-format
  msgid "invalid %%q value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23646
  #, c-format
  msgid "invalid %%T value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23658
  #, c-format
  msgid "invalid %%u value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23672 config/xtensa/xtensa.c:2319
  #, c-format
  msgid "invalid %%v value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23739 config/xtensa/xtensa.c:2370
  #, c-format
  msgid "invalid %%x value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23887
  #, c-format
  msgid "invalid %%y value, try using the 'Z' constraint"
  msgstr ""
  
! #: config/rs6000/rs6000.c:24603
  msgid "__float128 and __ibm128 cannot be used in the same expression"
  msgstr ""
  
! #: config/rs6000/rs6000.c:24609
  msgid "__ibm128 and long double cannot be used in the same expression"
  msgstr ""
  
! #: config/rs6000/rs6000.c:24615
  msgid "__float128 and long double cannot be used in the same expression"
  msgstr ""
  
! #: config/rs6000/rs6000.c:38903
  msgid "AltiVec argument passed to unprototyped function"
  msgstr ""
  
! #: config/rs6000/rs6000.c:40709
  msgid "Could not generate addis value for fusion"
  msgstr ""
  
! #: config/rs6000/rs6000.c:40781
  msgid "Unable to generate load/store offset for fusion"
  msgstr ""
  
! #: config/rs6000/rs6000.c:40885
  msgid "Bad GPR fusion"
  msgstr ""
  
! #: config/rs6000/rs6000.c:41103
  msgid "emit_fusion_p9_load, bad reg #1"
  msgstr ""
  
! #: config/rs6000/rs6000.c:41149
  msgid "emit_fusion_p9_load, bad reg #2"
  msgstr ""
  
! #: config/rs6000/rs6000.c:41152
  msgid "emit_fusion_p9_load not MEM"
  msgstr ""
  
! #: config/rs6000/rs6000.c:41190
  msgid "emit_fusion_p9_store, bad reg #1"
  msgstr ""
  
! #: config/rs6000/rs6000.c:41236
  msgid "emit_fusion_p9_store, bad reg #2"
  msgstr ""
  
! #: config/rs6000/rs6000.c:41239
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7482
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr ""
  
! #: config/s390/s390.c:7493
  #, c-format
  msgid "cannot decompose address"
  msgstr ""
  
! #: config/s390/s390.c:7562
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7585
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7603
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7625
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7643
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7653
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7674
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7685
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7771 config/s390/s390.c:7792
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr ""
  
! #: config/s390/s390.c:7789
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7826
  #, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr ""
  
! #: config/s390/s390.c:7833
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7836
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr ""
  
! #: config/s390/s390.c:11703
  msgid "vector argument passed to unprototyped function"
  msgstr ""
  
! #: config/s390/s390.c:15522
  msgid "types differ in signedness"
  msgstr ""
  
! #: config/s390/s390.c:15532
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15535
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15543
  msgid ""
  "binary operator does not support mixing vector bool with floating point "
  "vector operands"
--- 3841,4117 ----
  msgid "Try running '%s' in the shell to raise its limit.\n"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4225
  msgid "-maltivec=le not allowed for big-endian targets"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4237
  msgid "-mvsx requires hardware floating point"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4245
  msgid "-mvsx and -mpaired are incompatible"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4247
  msgid "-mvsx needs indexed addressing"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4252
  msgid "-mvsx and -mno-altivec are incompatible"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4254
  msgid "-mno-altivec disables vsx"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4462
  msgid "-mquad-memory requires 64-bit mode"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4465
  msgid "-mquad-memory-atomic requires 64-bit mode"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4477
  msgid "-mquad-memory is not available in little endian mode"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4549
  msgid "-mtoc-fusion requires 64-bit"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4556
  msgid "-mtoc-fusion requires medium/large code model"
  msgstr ""
  
! #: config/rs6000/rs6000.c:11276
  msgid "bad move"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23246
  msgid "Bad 128-bit move"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23437
  #, c-format
  msgid "invalid %%e value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23458
  #, c-format
  msgid "invalid %%f value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23467
  #, c-format
  msgid "invalid %%F value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23476
  #, c-format
  msgid "invalid %%G value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23511
  #, c-format
  msgid "invalid %%j code"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23521
  #, c-format
  msgid "invalid %%J code"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23531
  #, c-format
  msgid "invalid %%k value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23546 config/xtensa/xtensa.c:2350
  #, c-format
  msgid "invalid %%K value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23593
  #, c-format
  msgid "invalid %%O value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23640
  #, c-format
  msgid "invalid %%q value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23693
  #, c-format
  msgid "invalid %%T value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23705
  #, c-format
  msgid "invalid %%u value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23719 config/xtensa/xtensa.c:2320
  #, c-format
  msgid "invalid %%v value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23786 config/xtensa/xtensa.c:2371
  #, c-format
  msgid "invalid %%x value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:23934
  #, c-format
  msgid "invalid %%y value, try using the 'Z' constraint"
  msgstr ""
  
! #: config/rs6000/rs6000.c:24650
  msgid "__float128 and __ibm128 cannot be used in the same expression"
  msgstr ""
  
! #: config/rs6000/rs6000.c:24656
  msgid "__ibm128 and long double cannot be used in the same expression"
  msgstr ""
  
! #: config/rs6000/rs6000.c:24662
  msgid "__float128 and long double cannot be used in the same expression"
  msgstr ""
  
! #: config/rs6000/rs6000.c:38952
  msgid "AltiVec argument passed to unprototyped function"
  msgstr ""
  
! #: config/rs6000/rs6000.c:40758
  msgid "Could not generate addis value for fusion"
  msgstr ""
  
! #: config/rs6000/rs6000.c:40830
  msgid "Unable to generate load/store offset for fusion"
  msgstr ""
  
! #: config/rs6000/rs6000.c:40934
  msgid "Bad GPR fusion"
  msgstr ""
  
! #: config/rs6000/rs6000.c:41152
  msgid "emit_fusion_p9_load, bad reg #1"
  msgstr ""
  
! #: config/rs6000/rs6000.c:41198
  msgid "emit_fusion_p9_load, bad reg #2"
  msgstr ""
  
! #: config/rs6000/rs6000.c:41201
  msgid "emit_fusion_p9_load not MEM"
  msgstr ""
  
! #: config/rs6000/rs6000.c:41239
  msgid "emit_fusion_p9_store, bad reg #1"
  msgstr ""
  
! #: config/rs6000/rs6000.c:41285
  msgid "emit_fusion_p9_store, bad reg #2"
  msgstr ""
  
! #: config/rs6000/rs6000.c:41288
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7489
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr ""
  
! #: config/s390/s390.c:7500
  #, c-format
  msgid "cannot decompose address"
  msgstr ""
  
! #: config/s390/s390.c:7569
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7592
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7610
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7632
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7650
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7660
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7681
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7692
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7778 config/s390/s390.c:7799
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr ""
  
! #: config/s390/s390.c:7796
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7833
  #, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr ""
  
! #: config/s390/s390.c:7840
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7843
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr ""
  
! #: config/s390/s390.c:11710
  msgid "vector argument passed to unprototyped function"
  msgstr ""
  
! #: config/s390/s390.c:15529
  msgid "types differ in signedness"
  msgstr ""
  
! #: config/s390/s390.c:15539
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15542
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15550
  msgid ""
  "binary operator does not support mixing vector bool with floating point "
  "vector operands"
*************** msgstr ""
*** 4139,4181 ****
  msgid "created and used with different endianness"
  msgstr ""
  
! #: config/sparc/sparc.c:8863 config/sparc/sparc.c:8869
  #, c-format
  msgid "invalid %%Y operand"
  msgstr ""
  
! #: config/sparc/sparc.c:8956
  #, c-format
  msgid "invalid %%A operand"
  msgstr ""
  
! #: config/sparc/sparc.c:8976
  #, c-format
  msgid "invalid %%B operand"
  msgstr ""
  
! #: config/sparc/sparc.c:9056 config/tilegx/tilegx.c:5103
  #: config/tilepro/tilepro.c:4512
  #, c-format
  msgid "invalid %%C operand"
  msgstr ""
  
! #: config/sparc/sparc.c:9088 config/tilegx/tilegx.c:5136
  #, c-format
  msgid "invalid %%D operand"
  msgstr ""
  
! #: config/sparc/sparc.c:9107
  #, c-format
  msgid "invalid %%f operand"
  msgstr ""
  
! #: config/sparc/sparc.c:9119
  #, c-format
  msgid "invalid %%s operand"
  msgstr ""
  
! #: config/sparc/sparc.c:9164
  #, c-format
  msgid "floating-point constant not a valid immediate operand"
  msgstr ""
--- 4139,4181 ----
  msgid "created and used with different endianness"
  msgstr ""
  
! #: config/sparc/sparc.c:9004 config/sparc/sparc.c:9010
  #, c-format
  msgid "invalid %%Y operand"
  msgstr ""
  
! #: config/sparc/sparc.c:9097
  #, c-format
  msgid "invalid %%A operand"
  msgstr ""
  
! #: config/sparc/sparc.c:9117
  #, c-format
  msgid "invalid %%B operand"
  msgstr ""
  
! #: config/sparc/sparc.c:9197 config/tilegx/tilegx.c:5103
  #: config/tilepro/tilepro.c:4512
  #, c-format
  msgid "invalid %%C operand"
  msgstr ""
  
! #: config/sparc/sparc.c:9229 config/tilegx/tilegx.c:5136
  #, c-format
  msgid "invalid %%D operand"
  msgstr ""
  
! #: config/sparc/sparc.c:9248
  #, c-format
  msgid "invalid %%f operand"
  msgstr ""
  
! #: config/sparc/sparc.c:9260
  #, c-format
  msgid "invalid %%s operand"
  msgstr ""
  
! #: config/sparc/sparc.c:9305
  #, c-format
  msgid "floating-point constant not a valid immediate operand"
  msgstr ""
*************** msgstr ""
*** 4337,4366 ****
  msgid "bad test"
  msgstr ""
  
! #: config/xtensa/xtensa.c:2307
  #, c-format
  msgid "invalid %%D value"
  msgstr ""
  
! #: config/xtensa/xtensa.c:2344
  msgid "invalid mask"
  msgstr ""
  
! #: config/xtensa/xtensa.c:2377
  #, c-format
  msgid "invalid %%d value"
  msgstr ""
  
! #: config/xtensa/xtensa.c:2396 config/xtensa/xtensa.c:2406
  #, c-format
  msgid "invalid %%t/%%b value"
  msgstr ""
  
! #: config/xtensa/xtensa.c:2485
  msgid "no register in address"
  msgstr ""
  
! #: config/xtensa/xtensa.c:2493
  msgid "address offset not a constant"
  msgstr ""
  
--- 4337,4366 ----
  msgid "bad test"
  msgstr ""
  
! #: config/xtensa/xtensa.c:2308
  #, c-format
  msgid "invalid %%D value"
  msgstr ""
  
! #: config/xtensa/xtensa.c:2345
  msgid "invalid mask"
  msgstr ""
  
! #: config/xtensa/xtensa.c:2378
  #, c-format
  msgid "invalid %%d value"
  msgstr ""
  
! #: config/xtensa/xtensa.c:2397 config/xtensa/xtensa.c:2407
  #, c-format
  msgid "invalid %%t/%%b value"
  msgstr ""
  
! #: config/xtensa/xtensa.c:2486
  msgid "no register in address"
  msgstr ""
  
! #: config/xtensa/xtensa.c:2494
  msgid "address offset not a constant"
  msgstr ""
  
*************** msgstr ""
*** 4381,4388 ****
  #: c/gimple-parser.c:189 c/gimple-parser.c:198 c/gimple-parser.c:227
  #: c/gimple-parser.c:1320 c/gimple-parser.c:1344 c/gimple-parser.c:1424
  #: c/gimple-parser.c:1451 c/c-parser.c:2985 c/c-parser.c:9257
! #: c/gimple-parser.c:1228 c/gimple-parser.c:1267 cp/parser.c:27236
! #: cp/parser.c:27809
  #, gcc-internal-format
  msgid "expected %<;%>"
  msgstr ""
--- 4381,4388 ----
  #: c/gimple-parser.c:189 c/gimple-parser.c:198 c/gimple-parser.c:227
  #: c/gimple-parser.c:1320 c/gimple-parser.c:1344 c/gimple-parser.c:1424
  #: c/gimple-parser.c:1451 c/c-parser.c:2985 c/c-parser.c:9257
! #: c/gimple-parser.c:1228 c/gimple-parser.c:1267 cp/parser.c:27259
! #: cp/parser.c:27832
  #, gcc-internal-format
  msgid "expected %<;%>"
  msgstr ""
*************** msgstr ""
*** 4404,4417 ****
  #: c/c-parser.c:17131 c/c-parser.c:17573 c/c-parser.c:17631 c/c-parser.c:18057
  #: c/gimple-parser.c:364 c/gimple-parser.c:783 c/gimple-parser.c:835
  #: c/gimple-parser.c:861 c/gimple-parser.c:1148 c/gimple-parser.c:1289
! #: c/gimple-parser.c:1378 c/c-parser.c:11143 cp/parser.c:24946
! #: cp/parser.c:27812
  #, gcc-internal-format
  msgid "expected %<(%>"
  msgstr ""
  
  #: c/c-parser.c:2217 c/c-parser.c:7364 c/c-parser.c:7769 c/c-parser.c:7810
! #: c/c-parser.c:7948 c/c-parser.c:11932 cp/parser.c:27234 cp/parser.c:27827
  #, gcc-internal-format
  msgid "expected %<,%>"
  msgstr ""
--- 4404,4417 ----
  #: c/c-parser.c:17131 c/c-parser.c:17573 c/c-parser.c:17631 c/c-parser.c:18057
  #: c/gimple-parser.c:364 c/gimple-parser.c:783 c/gimple-parser.c:835
  #: c/gimple-parser.c:861 c/gimple-parser.c:1148 c/gimple-parser.c:1289
! #: c/gimple-parser.c:1378 c/c-parser.c:11143 cp/parser.c:24969
! #: cp/parser.c:27835
  #, gcc-internal-format
  msgid "expected %<(%>"
  msgstr ""
  
  #: c/c-parser.c:2217 c/c-parser.c:7364 c/c-parser.c:7769 c/c-parser.c:7810
! #: c/c-parser.c:7948 c/c-parser.c:11932 cp/parser.c:27257 cp/parser.c:27850
  #, gcc-internal-format
  msgid "expected %<,%>"
  msgstr ""
*************** msgstr ""
*** 4442,4448 ****
  #: c/gimple-parser.c:793 c/gimple-parser.c:815 c/gimple-parser.c:842
  #: c/gimple-parser.c:865 c/gimple-parser.c:988 c/gimple-parser.c:1159
  #: c/gimple-parser.c:1170 c/gimple-parser.c:1292 c/gimple-parser.c:1381
! #: cp/parser.c:24979 cp/parser.c:27857
  #, gcc-internal-format
  msgid "expected %<)%>"
  msgstr ""
--- 4442,4448 ----
  #: c/gimple-parser.c:793 c/gimple-parser.c:815 c/gimple-parser.c:842
  #: c/gimple-parser.c:865 c/gimple-parser.c:988 c/gimple-parser.c:1159
  #: c/gimple-parser.c:1170 c/gimple-parser.c:1292 c/gimple-parser.c:1381
! #: cp/parser.c:25002 cp/parser.c:27880
  #, gcc-internal-format
  msgid "expected %<)%>"
  msgstr ""
*************** msgstr ""
*** 4450,4456 ****
  #: c/c-parser.c:3619 c/c-parser.c:4573 c/c-parser.c:4609 c/c-parser.c:6267
  #: c/c-parser.c:7879 c/c-parser.c:8237 c/c-parser.c:8390 c/c-parser.c:10829
  #: c/c-parser.c:17969 c/c-parser.c:17971 c/c-parser.c:18310
! #: c/gimple-parser.c:965 cp/parser.c:7115 cp/parser.c:27821
  #, gcc-internal-format
  msgid "expected %<]%>"
  msgstr ""
--- 4450,4456 ----
  #: c/c-parser.c:3619 c/c-parser.c:4573 c/c-parser.c:4609 c/c-parser.c:6267
  #: c/c-parser.c:7879 c/c-parser.c:8237 c/c-parser.c:8390 c/c-parser.c:10829
  #: c/c-parser.c:17969 c/c-parser.c:17971 c/c-parser.c:18310
! #: c/gimple-parser.c:965 cp/parser.c:7120 cp/parser.c:27844
  #, gcc-internal-format
  msgid "expected %<]%>"
  msgstr ""
*************** msgid "expected %<;%>, %<,%> or %<)%>"
*** 4460,4473 ****
  msgstr ""
  
  #: c/c-parser.c:4429 c/c-parser.c:14776 c/gimple-parser.c:1493
! #: cp/parser.c:27815 cp/parser.c:29742
  #, gcc-internal-format
  msgid "expected %<}%>"
  msgstr ""
  
  #: c/c-parser.c:4743 c/c-parser.c:9598 c/c-parser.c:15502 c/c-parser.c:18336
  #: c/gimple-parser.c:142 c/gimple-parser.c:1384 c/c-parser.c:2803
! #: c/c-parser.c:3006 c/c-parser.c:9152 cp/parser.c:17788 cp/parser.c:27818
  #, gcc-internal-format
  msgid "expected %<{%>"
  msgstr ""
--- 4460,4473 ----
  msgstr ""
  
  #: c/c-parser.c:4429 c/c-parser.c:14776 c/gimple-parser.c:1493
! #: cp/parser.c:27838 cp/parser.c:29765
  #, gcc-internal-format
  msgid "expected %<}%>"
  msgstr ""
  
  #: c/c-parser.c:4743 c/c-parser.c:9598 c/c-parser.c:15502 c/c-parser.c:18336
  #: c/gimple-parser.c:142 c/gimple-parser.c:1384 c/c-parser.c:2803
! #: c/c-parser.c:3006 c/c-parser.c:9152 cp/parser.c:17811 cp/parser.c:27841
  #, gcc-internal-format
  msgid "expected %<{%>"
  msgstr ""
*************** msgstr ""
*** 4477,4483 ****
  #: c/c-parser.c:11621 c/c-parser.c:11756 c/c-parser.c:12125 c/c-parser.c:12217
  #: c/c-parser.c:12870 c/c-parser.c:16975 c/c-parser.c:17034
  #: c/gimple-parser.c:1432 c/gimple-parser.c:1459 c/c-parser.c:6174
! #: c/c-parser.c:11237 cp/parser.c:27851 cp/parser.c:28953 cp/parser.c:31615
  #, gcc-internal-format
  msgid "expected %<:%>"
  msgstr ""
--- 4477,4483 ----
  #: c/c-parser.c:11621 c/c-parser.c:11756 c/c-parser.c:12125 c/c-parser.c:12217
  #: c/c-parser.c:12870 c/c-parser.c:16975 c/c-parser.c:17034
  #: c/gimple-parser.c:1432 c/gimple-parser.c:1459 c/c-parser.c:6174
! #: c/c-parser.c:11237 cp/parser.c:27874 cp/parser.c:28976 cp/parser.c:31638
  #, gcc-internal-format
  msgid "expected %<:%>"
  msgstr ""
*************** msgstr ""
*** 4490,4514 ****
  msgid "Cilk array notation cannot be used for a throw expression"
  msgstr ""
  
! #: c/c-parser.c:5715 cp/semantics.c:1144
  msgid "Cilk array notation cannot be used as a condition for switch statement"
  msgstr ""
  
! #: c/c-parser.c:5766 cp/semantics.c:799
  msgid "Cilk array notation cannot be used as a condition for while statement"
  msgstr ""
  
! #: c/c-parser.c:5818 cp/parser.c:27745
  #, gcc-internal-format
  msgid "expected %<while%>"
  msgstr ""
  
! #: c/c-parser.c:5825 cp/semantics.c:858
  msgid ""
  "Cilk array notation cannot be used as a condition for a do-while statement"
  msgstr ""
  
! #: c/c-parser.c:6028 cp/semantics.c:977
  msgid "Cilk array notation cannot be used in a condition for a for-loop"
  msgstr ""
  
--- 4490,4514 ----
  msgid "Cilk array notation cannot be used for a throw expression"
  msgstr ""
  
! #: c/c-parser.c:5715 cp/semantics.c:1147
  msgid "Cilk array notation cannot be used as a condition for switch statement"
  msgstr ""
  
! #: c/c-parser.c:5766 cp/semantics.c:802
  msgid "Cilk array notation cannot be used as a condition for while statement"
  msgstr ""
  
! #: c/c-parser.c:5818 cp/parser.c:27768
  #, gcc-internal-format
  msgid "expected %<while%>"
  msgstr ""
  
! #: c/c-parser.c:5825 cp/semantics.c:861
  msgid ""
  "Cilk array notation cannot be used as a condition for a do-while statement"
  msgstr ""
  
! #: c/c-parser.c:6028 cp/semantics.c:980
  msgid "Cilk array notation cannot be used in a condition for a for-loop"
  msgstr ""
  
*************** msgstr ""
*** 4516,4533 ****
  msgid "expected %<.%>"
  msgstr ""
  
! #: c/c-parser.c:8823 c/c-parser.c:8855 c/c-parser.c:9095 cp/parser.c:29527
! #: cp/parser.c:29601
  #, gcc-internal-format
  msgid "expected %<@end%>"
  msgstr ""
  
! #: c/c-parser.c:9512 c/gimple-parser.c:778 cp/parser.c:27836
  #, gcc-internal-format
  msgid "expected %<>%>"
  msgstr ""
  
! #: c/c-parser.c:12309 c/c-parser.c:13088 cp/parser.c:27860
  #, gcc-internal-format
  msgid "expected %<,%> or %<)%>"
  msgstr ""
--- 4516,4533 ----
  msgid "expected %<.%>"
  msgstr ""
  
! #: c/c-parser.c:8823 c/c-parser.c:8855 c/c-parser.c:9095 cp/parser.c:29550
! #: cp/parser.c:29624
  #, gcc-internal-format
  msgid "expected %<@end%>"
  msgstr ""
  
! #: c/c-parser.c:9512 c/gimple-parser.c:778 cp/parser.c:27859
  #, gcc-internal-format
  msgid "expected %<>%>"
  msgstr ""
  
! #: c/c-parser.c:12309 c/c-parser.c:13088 cp/parser.c:27883
  #, gcc-internal-format
  msgid "expected %<,%> or %<)%>"
  msgstr ""
*************** msgstr ""
*** 4535,4551 ****
  #. All following cases are statements with LHS.
  #: c/c-parser.c:14488 c/c-parser.c:14532 c/c-parser.c:14760 c/c-parser.c:15001
  #: c/c-parser.c:17172 c/c-parser.c:17795 c/gimple-parser.c:287
! #: c/c-parser.c:4632 cp/parser.c:27839
  #, gcc-internal-format
  msgid "expected %<=%>"
  msgstr ""
  
! #: c/c-parser.c:15545 c/c-parser.c:15535 cp/parser.c:35022
  #, gcc-internal-format
  msgid "expected %<#pragma omp section%> or %<}%>"
  msgstr ""
  
! #: c/c-parser.c:17957 c/c-parser.c:10764 cp/parser.c:27824 cp/parser.c:30884
  #, gcc-internal-format
  msgid "expected %<[%>"
  msgstr ""
--- 4535,4551 ----
  #. All following cases are statements with LHS.
  #: c/c-parser.c:14488 c/c-parser.c:14532 c/c-parser.c:14760 c/c-parser.c:15001
  #: c/c-parser.c:17172 c/c-parser.c:17795 c/gimple-parser.c:287
! #: c/c-parser.c:4632 cp/parser.c:27862
  #, gcc-internal-format
  msgid "expected %<=%>"
  msgstr ""
  
! #: c/c-parser.c:15545 c/c-parser.c:15535 cp/parser.c:35045
  #, gcc-internal-format
  msgid "expected %<#pragma omp section%> or %<}%>"
  msgstr ""
  
! #: c/c-parser.c:17957 c/c-parser.c:10764 cp/parser.c:27847 cp/parser.c:30907
  #, gcc-internal-format
  msgid "expected %<[%>"
  msgstr ""
*************** msgstr ""
*** 4554,4560 ****
  msgid "(anonymous)"
  msgstr ""
  
! #: c/gimple-parser.c:767 cp/parser.c:15443 cp/parser.c:27833
  #, gcc-internal-format
  msgid "expected %<<%>"
  msgstr ""
--- 4554,4560 ----
  msgid "(anonymous)"
  msgstr ""
  
! #: c/gimple-parser.c:767 cp/parser.c:15462 cp/parser.c:27856
  #, gcc-internal-format
  msgid "expected %<<%>"
  msgstr ""
*************** msgstr ""
*** 4563,4573 ****
  msgid "expected label"
  msgstr ""
  
! #: cp/call.c:9927
  msgid "candidate 1:"
  msgstr ""
  
! #: cp/call.c:9928
  msgid "candidate 2:"
  msgstr ""
  
--- 4563,4573 ----
  msgid "expected label"
  msgstr ""
  
! #: cp/call.c:9932
  msgid "candidate 1:"
  msgstr ""
  
! #: cp/call.c:9933
  msgid "candidate 2:"
  msgstr ""
  
*************** msgstr ""
*** 4790,4800 ****
  msgid "%r%s:%d:%R   in constexpr expansion of %qs"
  msgstr ""
  
! #: cp/pt.c:1950 cp/semantics.c:5250
  msgid "candidates are:"
  msgstr ""
  
! #: cp/pt.c:21895
  msgid "candidate is:"
  msgid_plural "candidates are:"
  msgstr[0] ""
--- 4790,4800 ----
  msgid "%r%s:%d:%R   in constexpr expansion of %qs"
  msgstr ""
  
! #: cp/pt.c:1950 cp/semantics.c:5263
  msgid "candidates are:"
  msgstr ""
  
! #: cp/pt.c:21984
  msgid "candidate is:"
  msgid_plural "candidates are:"
  msgstr[0] ""
*************** msgstr ""
*** 4965,5044 ****
  msgid "actual argument to INTENT = OUT/INOUT"
  msgstr ""
  
! #: fortran/io.c:585
  msgid "Positive width required"
  msgstr ""
  
! #: fortran/io.c:586
  msgid "Nonnegative width required"
  msgstr ""
  
! #: fortran/io.c:587
  msgid "Unexpected element %qc in format string at %L"
  msgstr ""
  
! #: fortran/io.c:589
  msgid "Unexpected end of format string"
  msgstr ""
  
! #: fortran/io.c:590
  msgid "Zero width in format descriptor"
  msgstr ""
  
! #: fortran/io.c:610
  msgid "Missing leading left parenthesis"
  msgstr ""
  
! #: fortran/io.c:639
  msgid "Left parenthesis required after %<*%>"
  msgstr ""
  
! #: fortran/io.c:670
  msgid "Expected P edit descriptor"
  msgstr ""
  
  #. P requires a prior number.
! #: fortran/io.c:678
  msgid "P descriptor requires leading scale factor"
  msgstr ""
  
! #: fortran/io.c:726
! #, c-format
! msgid "Right parenthesis expected at %C"
! msgstr ""
! 
! #: fortran/io.c:819 fortran/io.c:833
  msgid "Comma required after P descriptor"
  msgstr ""
  
! #: fortran/io.c:847
  msgid "Positive width required with T descriptor"
  msgstr ""
  
! #: fortran/io.c:930
  msgid "E specifier not allowed with g0 descriptor"
  msgstr ""
  
! #: fortran/io.c:1000
  msgid "Positive exponent width required"
  msgstr ""
  
! #: fortran/io.c:1030
  msgid "Period required in format specifier"
  msgstr ""
  
! #: fortran/io.c:1748
  #, c-format
  msgid "%s tag"
  msgstr ""
  
! #: fortran/io.c:3217
  msgid "internal unit in WRITE"
  msgstr ""
  
  #. For INQUIRE, all tags except FILE, ID and UNIT are variable definition
  #. contexts.  Thus, use an extended RESOLVE_TAG macro for that.
! #: fortran/io.c:4484
  #, c-format
  msgid "%s tag with INQUIRE"
  msgstr ""
--- 4965,5044 ----
  msgid "actual argument to INTENT = OUT/INOUT"
  msgstr ""
  
! #: fortran/io.c:595
  msgid "Positive width required"
  msgstr ""
  
! #: fortran/io.c:596
  msgid "Nonnegative width required"
  msgstr ""
  
! #: fortran/io.c:597
  msgid "Unexpected element %qc in format string at %L"
  msgstr ""
  
! #: fortran/io.c:599
  msgid "Unexpected end of format string"
  msgstr ""
  
! #: fortran/io.c:600
  msgid "Zero width in format descriptor"
  msgstr ""
  
! #: fortran/io.c:620
  msgid "Missing leading left parenthesis"
  msgstr ""
  
! #: fortran/io.c:649
  msgid "Left parenthesis required after %<*%>"
  msgstr ""
  
! #: fortran/io.c:680
  msgid "Expected P edit descriptor"
  msgstr ""
  
  #. P requires a prior number.
! #: fortran/io.c:688
  msgid "P descriptor requires leading scale factor"
  msgstr ""
  
! #: fortran/io.c:782 fortran/io.c:796
  msgid "Comma required after P descriptor"
  msgstr ""
  
! #: fortran/io.c:810
  msgid "Positive width required with T descriptor"
  msgstr ""
  
! #: fortran/io.c:893
  msgid "E specifier not allowed with g0 descriptor"
  msgstr ""
  
! #: fortran/io.c:963
  msgid "Positive exponent width required"
  msgstr ""
  
! #: fortran/io.c:1006
! #, c-format
! msgid "Right parenthesis expected at %C"
! msgstr ""
! 
! #: fortran/io.c:1040
  msgid "Period required in format specifier"
  msgstr ""
  
! #: fortran/io.c:1758
  #, c-format
  msgid "%s tag"
  msgstr ""
  
! #: fortran/io.c:3251
  msgid "internal unit in WRITE"
  msgstr ""
  
  #. For INQUIRE, all tags except FILE, ID and UNIT are variable definition
  #. contexts.  Thus, use an extended RESOLVE_TAG macro for that.
! #: fortran/io.c:4551
  #, c-format
  msgid "%s tag with INQUIRE"
  msgstr ""
*************** msgstr ""
*** 5048,5122 ****
  msgid "Syntax error in expression at %C"
  msgstr ""
  
! #: fortran/module.c:1211
  msgid "Unexpected EOF"
  msgstr ""
  
! #: fortran/module.c:1295
  msgid "Integer overflow"
  msgstr ""
  
! #: fortran/module.c:1325
  msgid "Name too long"
  msgstr ""
  
! #: fortran/module.c:1427 fortran/module.c:1530
  msgid "Bad name"
  msgstr ""
  
! #: fortran/module.c:1554
  msgid "Expected name"
  msgstr ""
  
! #: fortran/module.c:1557
  msgid "Expected left parenthesis"
  msgstr ""
  
! #: fortran/module.c:1560
  msgid "Expected right parenthesis"
  msgstr ""
  
! #: fortran/module.c:1563
  msgid "Expected integer"
  msgstr ""
  
! #: fortran/module.c:1566 fortran/module.c:2559
  msgid "Expected string"
  msgstr ""
  
! #: fortran/module.c:1591
  msgid "find_enum(): Enum not found"
  msgstr ""
  
! #: fortran/module.c:2274
  msgid "Expected attribute bit name"
  msgstr ""
  
! #: fortran/module.c:3163
  msgid "Expected integer string"
  msgstr ""
  
! #: fortran/module.c:3167
  msgid "Error converting integer"
  msgstr ""
  
! #: fortran/module.c:3189
  msgid "Expected real string"
  msgstr ""
  
! #: fortran/module.c:3413
  msgid "Expected expression type"
  msgstr ""
  
! #: fortran/module.c:3493
  msgid "Bad operator"
  msgstr ""
  
! #: fortran/module.c:3608
  msgid "Bad type in constant expression"
  msgstr ""
  
! #: fortran/module.c:6950
  msgid "Unexpected end of module"
  msgstr ""
  
--- 5048,5122 ----
  msgid "Syntax error in expression at %C"
  msgstr ""
  
! #: fortran/module.c:1212
  msgid "Unexpected EOF"
  msgstr ""
  
! #: fortran/module.c:1296
  msgid "Integer overflow"
  msgstr ""
  
! #: fortran/module.c:1326
  msgid "Name too long"
  msgstr ""
  
! #: fortran/module.c:1428 fortran/module.c:1531
  msgid "Bad name"
  msgstr ""
  
! #: fortran/module.c:1555
  msgid "Expected name"
  msgstr ""
  
! #: fortran/module.c:1558
  msgid "Expected left parenthesis"
  msgstr ""
  
! #: fortran/module.c:1561
  msgid "Expected right parenthesis"
  msgstr ""
  
! #: fortran/module.c:1564
  msgid "Expected integer"
  msgstr ""
  
! #: fortran/module.c:1567 fortran/module.c:2560
  msgid "Expected string"
  msgstr ""
  
! #: fortran/module.c:1592
  msgid "find_enum(): Enum not found"
  msgstr ""
  
! #: fortran/module.c:2275
  msgid "Expected attribute bit name"
  msgstr ""
  
! #: fortran/module.c:3164
  msgid "Expected integer string"
  msgstr ""
  
! #: fortran/module.c:3168
  msgid "Error converting integer"
  msgstr ""
  
! #: fortran/module.c:3190
  msgid "Expected real string"
  msgstr ""
  
! #: fortran/module.c:3414
  msgid "Expected expression type"
  msgstr ""
  
! #: fortran/module.c:3494
  msgid "Bad operator"
  msgstr ""
  
! #: fortran/module.c:3609
  msgid "Bad type in constant expression"
  msgstr ""
  
! #: fortran/module.c:6951
  msgid "Unexpected end of module"
  msgstr ""
  
*************** msgid ""
*** 5365,5376 ****
  "'%s' (%ld/%ld)"
  msgstr ""
  
! #: fortran/trans-expr.c:8617
  #, c-format
  msgid "Target of rank remapping is too small (%ld < %ld)"
  msgstr ""
  
! #: fortran/trans-expr.c:9983
  msgid "Assignment of scalar to unallocated array"
  msgstr ""
  
--- 5365,5376 ----
  "'%s' (%ld/%ld)"
  msgstr ""
  
! #: fortran/trans-expr.c:8627
  #, c-format
  msgid "Target of rank remapping is too small (%ld < %ld)"
  msgstr ""
  
! #: fortran/trans-expr.c:9993
  msgid "Assignment of scalar to unallocated array"
  msgstr ""
  
*************** msgstr ""
*** 5713,5719 ****
  
  #: config/sparc/linux64.h:149 config/sparc/linux64.h:156
  #: config/sparc/netbsd-elf.h:108 config/sparc/netbsd-elf.h:117
! #: config/sparc/sol2.h:228 config/sparc/sol2.h:234
  msgid "may not use both -m32 and -m64"
  msgstr ""
  
--- 5713,5719 ----
  
  #: config/sparc/linux64.h:149 config/sparc/linux64.h:156
  #: config/sparc/netbsd-elf.h:108 config/sparc/netbsd-elf.h:117
! #: config/sparc/sol2.h:237 config/sparc/sol2.h:243
  msgid "may not use both -m32 and -m64"
  msgstr ""
  
*************** msgid "Specify bit size of immediate TLS
*** 8855,8861 ****
  msgstr ""
  
  #: config/ia64/ia64.opt:122 config/spu/spu.opt:84 config/i386/i386.opt:510
! #: config/s390/s390.opt:197 config/sparc/sparc.opt:138
  #: config/visium/visium.opt:49
  msgid "Schedule code for given CPU."
  msgstr ""
--- 8855,8861 ----
  msgstr ""
  
  #: config/ia64/ia64.opt:122 config/spu/spu.opt:84 config/i386/i386.opt:510
! #: config/s390/s390.opt:200 config/sparc/sparc.opt:146
  #: config/visium/visium.opt:49
  msgid "Schedule code for given CPU."
  msgstr ""
*************** msgstr ""
*** 9097,9103 ****
  msgid "target the software simulator."
  msgstr ""
  
! #: config/ft32/ft32.opt:27 config/s390/s390.opt:228 config/mips/mips.opt:389
  msgid "Use LRA instead of reload."
  msgstr ""
  
--- 9097,9103 ----
  msgid "target the software simulator."
  msgstr ""
  
! #: config/ft32/ft32.opt:27 config/s390/s390.opt:231 config/mips/mips.opt:389
  msgid "Use LRA instead of reload."
  msgstr ""
  
*************** msgstr ""
*** 9319,9330 ****
  msgid "Use 80-bit long double."
  msgstr ""
  
! #: config/i386/i386.opt:204 config/s390/s390.opt:157
  #: config/sparc/long-double-switch.opt:27 config/alpha/alpha.opt:102
  msgid "Use 64-bit long double."
  msgstr ""
  
! #: config/i386/i386.opt:208 config/s390/s390.opt:153
  #: config/sparc/long-double-switch.opt:23 config/alpha/alpha.opt:98
  msgid "Use 128-bit long double."
  msgstr ""
--- 9319,9330 ----
  msgid "Use 80-bit long double."
  msgstr ""
  
! #: config/i386/i386.opt:204 config/s390/s390.opt:160
  #: config/sparc/long-double-switch.opt:27 config/alpha/alpha.opt:102
  msgid "Use 64-bit long double."
  msgstr ""
  
! #: config/i386/i386.opt:208 config/s390/s390.opt:156
  #: config/sparc/long-double-switch.opt:23 config/alpha/alpha.opt:98
  msgid "Use 128-bit long double."
  msgstr ""
*************** msgstr ""
*** 10431,10457 ****
  msgid "64 bit ABI."
  msgstr ""
  
! #: config/s390/s390.opt:123
  msgid "Maintain backchain pointer."
  msgstr ""
  
! #: config/s390/s390.opt:127
  msgid "Additional debug prints."
  msgstr ""
  
! #: config/s390/s390.opt:131
  msgid "ESA/390 architecture."
  msgstr ""
  
! #: config/s390/s390.opt:135
  msgid "Enable decimal floating point hardware support."
  msgstr ""
  
! #: config/s390/s390.opt:139
  msgid "Enable hardware floating point."
  msgstr ""
  
! #: config/s390/s390.opt:143
  msgid ""
  "Takes two non-negative integer numbers separated by a comma. Prepend the "
  "function label with the number of two-byte Nop instructions indicated by the "
--- 10431,10457 ----
  msgid "64 bit ABI."
  msgstr ""
  
! #: config/s390/s390.opt:126
  msgid "Maintain backchain pointer."
  msgstr ""
  
! #: config/s390/s390.opt:130
  msgid "Additional debug prints."
  msgstr ""
  
! #: config/s390/s390.opt:134
  msgid "ESA/390 architecture."
  msgstr ""
  
! #: config/s390/s390.opt:138
  msgid "Enable decimal floating point hardware support."
  msgstr ""
  
! #: config/s390/s390.opt:142
  msgid "Enable hardware floating point."
  msgstr ""
  
! #: config/s390/s390.opt:146
  msgid ""
  "Takes two non-negative integer numbers separated by a comma. Prepend the "
  "function label with the number of two-byte Nop instructions indicated by the "
*************** msgid ""
*** 10461,10529 ****
  "size.  Using 0 for both values disables hotpatching."
  msgstr ""
  
! #: config/s390/s390.opt:161
  msgid "Use hardware transactional execution instructions."
  msgstr ""
  
! #: config/s390/s390.opt:165
  msgid "Use hardware vector facility instructions and enable the vector ABI."
  msgstr ""
  
! #: config/s390/s390.opt:169
  msgid "Use packed stack layout."
  msgstr ""
  
! #: config/s390/s390.opt:173
  msgid "Use bras for executable < 64k."
  msgstr ""
  
! #: config/s390/s390.opt:177
  msgid "Disable hardware floating point."
  msgstr ""
  
! #: config/s390/s390.opt:181
  msgid ""
  "Set the max. number of bytes which has to be left to stack size before a "
  "trap instruction is triggered."
  msgstr ""
  
! #: config/s390/s390.opt:185
  msgid "Switches off the -mstack-guard= option."
  msgstr ""
  
! #: config/s390/s390.opt:189
  msgid ""
  "Emit extra code in the function prologue in order to trap if the stack size "
  "exceeds the given limit."
  msgstr ""
  
! #: config/s390/s390.opt:193
  msgid "Switches off the -mstack-size= option."
  msgstr ""
  
! #: config/s390/s390.opt:201
  msgid "Use the mvcle instruction for block moves."
  msgstr ""
  
! #: config/s390/s390.opt:205
  msgid ""
  "Enable the z vector language extension providing the context-sensitive "
  "vector macro and enable the Altivec-style builtins in vecintrin.h."
  msgstr ""
  
! #: config/s390/s390.opt:210
  msgid "Warn if a function uses alloca or creates an array with dynamic size."
  msgstr ""
  
! #: config/s390/s390.opt:214
  msgid "Warn if a single function's framesize exceeds the given framesize."
  msgstr ""
  
! #: config/s390/s390.opt:218
  msgid "z/Architecture."
  msgstr ""
  
! #: config/s390/s390.opt:222
  msgid ""
  "Set the branch costs for conditional branch instructions.  Reasonable values "
  "are small, non-negative integers.  The default branch cost is 1."
--- 10461,10529 ----
  "size.  Using 0 for both values disables hotpatching."
  msgstr ""
  
! #: config/s390/s390.opt:164
  msgid "Use hardware transactional execution instructions."
  msgstr ""
  
! #: config/s390/s390.opt:168
  msgid "Use hardware vector facility instructions and enable the vector ABI."
  msgstr ""
  
! #: config/s390/s390.opt:172
  msgid "Use packed stack layout."
  msgstr ""
  
! #: config/s390/s390.opt:176
  msgid "Use bras for executable < 64k."
  msgstr ""
  
! #: config/s390/s390.opt:180
  msgid "Disable hardware floating point."
  msgstr ""
  
! #: config/s390/s390.opt:184
  msgid ""
  "Set the max. number of bytes which has to be left to stack size before a "
  "trap instruction is triggered."
  msgstr ""
  
! #: config/s390/s390.opt:188
  msgid "Switches off the -mstack-guard= option."
  msgstr ""
  
! #: config/s390/s390.opt:192
  msgid ""
  "Emit extra code in the function prologue in order to trap if the stack size "
  "exceeds the given limit."
  msgstr ""
  
! #: config/s390/s390.opt:196
  msgid "Switches off the -mstack-size= option."
  msgstr ""
  
! #: config/s390/s390.opt:204
  msgid "Use the mvcle instruction for block moves."
  msgstr ""
  
! #: config/s390/s390.opt:208
  msgid ""
  "Enable the z vector language extension providing the context-sensitive "
  "vector macro and enable the Altivec-style builtins in vecintrin.h."
  msgstr ""
  
! #: config/s390/s390.opt:213
  msgid "Warn if a function uses alloca or creates an array with dynamic size."
  msgstr ""
  
! #: config/s390/s390.opt:217
  msgid "Warn if a single function's framesize exceeds the given framesize."
  msgstr ""
  
! #: config/s390/s390.opt:221
  msgid "z/Architecture."
  msgstr ""
  
! #: config/s390/s390.opt:225
  msgid ""
  "Set the branch costs for conditional branch instructions.  Reasonable values "
  "are small, non-negative integers.  The default branch cost is 1."
*************** msgstr ""
*** 10582,10592 ****
  msgid "Known ARM CPUs (for use with the -mcpu= and -mtune= options):"
  msgstr ""
  
! #: config/arm/arm-tables.opt:359
  msgid "Known ARM architectures (for use with the -march= option):"
  msgstr ""
  
! #: config/arm/arm-tables.opt:471
  msgid "Known ARM FPUs (for use with the -mfpu= option):"
  msgstr ""
  
--- 10582,10592 ----
  msgid "Known ARM CPUs (for use with the -mcpu= and -mtune= options):"
  msgstr ""
  
! #: config/arm/arm-tables.opt:353
  msgid "Known ARM architectures (for use with the -march= option):"
  msgstr ""
  
! #: config/arm/arm-tables.opt:465
  msgid "Known ARM FPUs (for use with the -mfpu= option):"
  msgstr ""
  
*************** msgid "Use UltraSPARC Visual Instruction
*** 10821,10900 ****
  msgstr ""
  
  #: config/sparc/sparc.opt:86
! msgid "Use UltraSPARC Compare-and-Branch extensions."
  msgstr ""
  
  #: config/sparc/sparc.opt:90
! msgid "Use UltraSPARC Fused Multiply-Add extensions."
  msgstr ""
  
  #: config/sparc/sparc.opt:94
! msgid "Use UltraSPARC Population-Count instruction."
  msgstr ""
  
  #: config/sparc/sparc.opt:98
! msgid "Use UltraSPARC Subtract-Extended-with-Carry instruction."
  msgstr ""
  
  #: config/sparc/sparc.opt:102
! msgid "Pointers are 64-bit."
  msgstr ""
  
  #: config/sparc/sparc.opt:106
! msgid "Pointers are 32-bit."
  msgstr ""
  
  #: config/sparc/sparc.opt:110
! msgid "Use 64-bit ABI."
  msgstr ""
  
  #: config/sparc/sparc.opt:114
! msgid "Use 32-bit ABI."
  msgstr ""
  
  #: config/sparc/sparc.opt:118
! msgid "Use stack bias."
  msgstr ""
  
  #: config/sparc/sparc.opt:122
! msgid "Use structs on stronger alignment for double-word copies."
  msgstr ""
  
  #: config/sparc/sparc.opt:126
! msgid "Optimize tail call instructions in assembler and linker."
  msgstr ""
  
  #: config/sparc/sparc.opt:130
  msgid "Do not generate code that can only run in supervisor mode (default)."
  msgstr ""
  
! #: config/sparc/sparc.opt:134 config/visium/visium.opt:45
  msgid "Use features of and schedule code for given CPU."
  msgstr ""
  
! #: config/sparc/sparc.opt:214
  msgid "Use given SPARC-V9 code model."
  msgstr ""
  
! #: config/sparc/sparc.opt:218
  msgid "Enable debug output."
  msgstr ""
  
! #: config/sparc/sparc.opt:222
  msgid "Enable strict 32-bit psABI struct return checking."
  msgstr ""
  
! #: config/sparc/sparc.opt:226
  msgid ""
  "Enable workaround for single erratum of AT697F processor (corresponding to "
  "erratum #13 of AT697E processor)."
  msgstr ""
  
! #: config/sparc/sparc.opt:231
  msgid "Enable workarounds for the errata of the UT699 processor."
  msgstr ""
  
! #: config/sparc/sparc.opt:260
  msgid "Specify the memory model in effect for the program."
  msgstr ""
  
--- 10821,10916 ----
  msgstr ""
  
  #: config/sparc/sparc.opt:86
! msgid "Use additional VIS instructions introduced in OSA2017."
  msgstr ""
  
  #: config/sparc/sparc.opt:90
! msgid "Use UltraSPARC Compare-and-Branch extensions."
  msgstr ""
  
  #: config/sparc/sparc.opt:94
! msgid "Use UltraSPARC Fused Multiply-Add extensions."
  msgstr ""
  
  #: config/sparc/sparc.opt:98
! msgid "Use Floating-point Multiply Single to Double (FsMULd) instruction."
  msgstr ""
  
  #: config/sparc/sparc.opt:102
! msgid "Use UltraSPARC Population-Count instruction."
  msgstr ""
  
  #: config/sparc/sparc.opt:106
! msgid "Use UltraSPARC Subtract-Extended-with-Carry instruction."
  msgstr ""
  
  #: config/sparc/sparc.opt:110
! msgid "Pointers are 64-bit."
  msgstr ""
  
  #: config/sparc/sparc.opt:114
! msgid "Pointers are 32-bit."
  msgstr ""
  
  #: config/sparc/sparc.opt:118
! msgid "Use 64-bit ABI."
  msgstr ""
  
  #: config/sparc/sparc.opt:122
! msgid "Use 32-bit ABI."
  msgstr ""
  
  #: config/sparc/sparc.opt:126
! msgid "Use stack bias."
  msgstr ""
  
  #: config/sparc/sparc.opt:130
+ msgid "Use structs on stronger alignment for double-word copies."
+ msgstr ""
+ 
+ #: config/sparc/sparc.opt:134
+ msgid "Optimize tail call instructions in assembler and linker."
+ msgstr ""
+ 
+ #: config/sparc/sparc.opt:138
  msgid "Do not generate code that can only run in supervisor mode (default)."
  msgstr ""
  
! #: config/sparc/sparc.opt:142 config/visium/visium.opt:45
  msgid "Use features of and schedule code for given CPU."
  msgstr ""
  
! #: config/sparc/sparc.opt:225
  msgid "Use given SPARC-V9 code model."
  msgstr ""
  
! #: config/sparc/sparc.opt:229
  msgid "Enable debug output."
  msgstr ""
  
! #: config/sparc/sparc.opt:233
  msgid "Enable strict 32-bit psABI struct return checking."
  msgstr ""
  
! #: config/sparc/sparc.opt:237
  msgid ""
  "Enable workaround for single erratum of AT697F processor (corresponding to "
  "erratum #13 of AT697E processor)."
  msgstr ""
  
! #: config/sparc/sparc.opt:242
  msgid "Enable workarounds for the errata of the UT699 processor."
  msgstr ""
  
! #: config/sparc/sparc.opt:246
! msgid "Enable workarounds for the errata of the UT699E/UT700 processor."
! msgstr ""
! 
! #: config/sparc/sparc.opt:250
! msgid "Enable workarounds for the errata of the GR712RC processor."
! msgstr ""
! 
! #: config/sparc/sparc.opt:283
  msgid "Specify the memory model in effect for the program."
  msgstr ""
  
*************** msgstr ""
*** 15484,15493 ****
  
  #: common.opt:2495
  msgid ""
! "Detect paths that trigger erroneous or undefined behavior due a null value "
! "being used in a way forbidden by a returns_nonnull or nonnull attribute.  "
! "Isolate those paths from the main control flow and turn the statement with "
! "erroneous or undefined behavior into a trap."
  msgstr ""
  
  #: common.opt:2502
--- 15500,15509 ----
  
  #: common.opt:2495
  msgid ""
! "Detect paths that trigger erroneous or undefined behavior due to a null "
! "value being used in a way forbidden by a returns_nonnull or nonnull "
! "attribute.  Isolate those paths from the main control flow and turn the "
! "statement with erroneous or undefined behavior into a trap."
  msgstr ""
  
  #: common.opt:2502
*************** msgid "expected boolean type"
*** 15905,15911 ****
  msgstr ""
  
  #: go/gofrontend/expressions.cc:4204 c/c-parser.c:12782 c/c-parser.c:12789
! #: cp/parser.c:32592 cp/parser.c:32599
  #, gcc-internal-format
  msgid "expected integer"
  msgstr ""
--- 15921,15927 ----
  msgstr ""
  
  #: go/gofrontend/expressions.cc:4204 c/c-parser.c:12782 c/c-parser.c:12789
! #: cp/parser.c:32615 cp/parser.c:32622
  #, gcc-internal-format
  msgid "expected integer"
  msgstr ""
*************** msgstr ""
*** 16184,16308 ****
  msgid "range clause must have array, slice, string, map, or channel type"
  msgstr ""
  
! #: go/gofrontend/types.cc:513
  msgid "invalid comparison of non-ordered type"
  msgstr ""
  
! #: go/gofrontend/types.cc:529
  msgid "slice can only be compared to nil"
  msgstr ""
  
! #: go/gofrontend/types.cc:531
  msgid "map can only be compared to nil"
  msgstr ""
  
! #: go/gofrontend/types.cc:533
  msgid "func can only be compared to nil"
  msgstr ""
  
! #: go/gofrontend/types.cc:539
  #, c-format
  msgid "invalid operation (%s)"
  msgstr ""
  
! #: go/gofrontend/types.cc:562
  msgid "invalid comparison of non-comparable type"
  msgstr ""
  
! #: go/gofrontend/types.cc:575
  msgid "invalid comparison of generated struct"
  msgstr ""
  
! #: go/gofrontend/types.cc:586
  msgid "invalid comparison of non-comparable struct"
  msgstr ""
  
! #: go/gofrontend/types.cc:596
  msgid "invalid comparison of generated array"
  msgstr ""
  
! #: go/gofrontend/types.cc:603
  msgid "invalid comparison of non-comparable array"
  msgstr ""
  
! #: go/gofrontend/types.cc:631
  msgid "multiple-value function call in single-value context"
  msgstr ""
  
! #: go/gofrontend/types.cc:708
  msgid "need explicit conversion"
  msgstr ""
  
! #: go/gofrontend/types.cc:715
  #, c-format
  msgid "cannot use type %s as type %s"
  msgstr ""
  
! #: go/gofrontend/types.cc:3849
  msgid "different receiver types"
  msgstr ""
  
! #: go/gofrontend/types.cc:3869 go/gofrontend/types.cc:3882
! #: go/gofrontend/types.cc:3897
  msgid "different number of parameters"
  msgstr ""
  
! #: go/gofrontend/types.cc:3890
  msgid "different parameter types"
  msgstr ""
  
! #: go/gofrontend/types.cc:3905
  msgid "different varargs"
  msgstr ""
  
! #: go/gofrontend/types.cc:3914 go/gofrontend/types.cc:3927
! #: go/gofrontend/types.cc:3942
  msgid "different number of results"
  msgstr ""
  
! #: go/gofrontend/types.cc:3935
  msgid "different result types"
  msgstr ""
  
! #: go/gofrontend/types.cc:8423
  #, c-format
  msgid "need explicit conversion; missing method %s%s%s"
  msgstr ""
  
! #: go/gofrontend/types.cc:8440 go/gofrontend/types.cc:8582
  #, c-format
  msgid "incompatible type for method %s%s%s"
  msgstr ""
  
! #: go/gofrontend/types.cc:8444 go/gofrontend/types.cc:8586
  #, c-format
  msgid "incompatible type for method %s%s%s (%s)"
  msgstr ""
  
! #: go/gofrontend/types.cc:8523 go/gofrontend/types.cc:8536
  msgid "pointer to interface type has no methods"
  msgstr ""
  
! #: go/gofrontend/types.cc:8525 go/gofrontend/types.cc:8538
  msgid "type has no methods"
  msgstr ""
  
! #: go/gofrontend/types.cc:8559
  #, c-format
  msgid "ambiguous method %s%s%s"
  msgstr ""
  
! #: go/gofrontend/types.cc:8562
  #, c-format
  msgid "missing method %s%s%s"
  msgstr ""
  
! #: go/gofrontend/types.cc:8603
  #, c-format
  msgid "method %s%s%s requires a pointer receiver"
  msgstr ""
  
! #: go/gofrontend/types.cc:8621
  #, c-format
  msgid "method %s%s%s is marked go:nointerface"
  msgstr ""
--- 16200,16324 ----
  msgid "range clause must have array, slice, string, map, or channel type"
  msgstr ""
  
! #: go/gofrontend/types.cc:525
  msgid "invalid comparison of non-ordered type"
  msgstr ""
  
! #: go/gofrontend/types.cc:541
  msgid "slice can only be compared to nil"
  msgstr ""
  
! #: go/gofrontend/types.cc:543
  msgid "map can only be compared to nil"
  msgstr ""
  
! #: go/gofrontend/types.cc:545
  msgid "func can only be compared to nil"
  msgstr ""
  
! #: go/gofrontend/types.cc:551
  #, c-format
  msgid "invalid operation (%s)"
  msgstr ""
  
! #: go/gofrontend/types.cc:574
  msgid "invalid comparison of non-comparable type"
  msgstr ""
  
! #: go/gofrontend/types.cc:587
  msgid "invalid comparison of generated struct"
  msgstr ""
  
! #: go/gofrontend/types.cc:598
  msgid "invalid comparison of non-comparable struct"
  msgstr ""
  
! #: go/gofrontend/types.cc:608
  msgid "invalid comparison of generated array"
  msgstr ""
  
! #: go/gofrontend/types.cc:615
  msgid "invalid comparison of non-comparable array"
  msgstr ""
  
! #: go/gofrontend/types.cc:643
  msgid "multiple-value function call in single-value context"
  msgstr ""
  
! #: go/gofrontend/types.cc:720
  msgid "need explicit conversion"
  msgstr ""
  
! #: go/gofrontend/types.cc:727
  #, c-format
  msgid "cannot use type %s as type %s"
  msgstr ""
  
! #: go/gofrontend/types.cc:3864
  msgid "different receiver types"
  msgstr ""
  
! #: go/gofrontend/types.cc:3884 go/gofrontend/types.cc:3897
! #: go/gofrontend/types.cc:3912
  msgid "different number of parameters"
  msgstr ""
  
! #: go/gofrontend/types.cc:3905
  msgid "different parameter types"
  msgstr ""
  
! #: go/gofrontend/types.cc:3920
  msgid "different varargs"
  msgstr ""
  
! #: go/gofrontend/types.cc:3929 go/gofrontend/types.cc:3942
! #: go/gofrontend/types.cc:3958
  msgid "different number of results"
  msgstr ""
  
! #: go/gofrontend/types.cc:3951
  msgid "different result types"
  msgstr ""
  
! #: go/gofrontend/types.cc:8445
  #, c-format
  msgid "need explicit conversion; missing method %s%s%s"
  msgstr ""
  
! #: go/gofrontend/types.cc:8462 go/gofrontend/types.cc:8605
  #, c-format
  msgid "incompatible type for method %s%s%s"
  msgstr ""
  
! #: go/gofrontend/types.cc:8466 go/gofrontend/types.cc:8609
  #, c-format
  msgid "incompatible type for method %s%s%s (%s)"
  msgstr ""
  
! #: go/gofrontend/types.cc:8545 go/gofrontend/types.cc:8558
  msgid "pointer to interface type has no methods"
  msgstr ""
  
! #: go/gofrontend/types.cc:8547 go/gofrontend/types.cc:8560
  msgid "type has no methods"
  msgstr ""
  
! #: go/gofrontend/types.cc:8581
  #, c-format
  msgid "ambiguous method %s%s%s"
  msgstr ""
  
! #: go/gofrontend/types.cc:8584
  #, c-format
  msgid "missing method %s%s%s"
  msgstr ""
  
! #: go/gofrontend/types.cc:8626
  #, c-format
  msgid "method %s%s%s requires a pointer receiver"
  msgstr ""
  
! #: go/gofrontend/types.cc:8644
  #, c-format
  msgid "method %s%s%s is marked go:nointerface"
  msgstr ""
*************** msgstr ""
*** 16488,16494 ****
  msgid "specified bound %wu equals the size of the destination"
  msgstr ""
  
! #: builtins.c:4640 gimplify.c:3149
  #, gcc-internal-format
  msgid "too few arguments to function %<va_start%>"
  msgstr ""
--- 16504,16510 ----
  msgid "specified bound %wu equals the size of the destination"
  msgstr ""
  
! #: builtins.c:4640 gimplify.c:3150
  #, gcc-internal-format
  msgid "too few arguments to function %<va_start%>"
  msgstr ""
*************** msgstr ""
*** 16552,16661 ****
  msgid "invalid memory model for %<__atomic_load%>"
  msgstr ""
  
! #: builtins.c:5881 builtins.c:6068
  #, gcc-internal-format
  msgid "invalid memory model for %<__atomic_store%>"
  msgstr ""
  
! #: builtins.c:6186
  #, gcc-internal-format
  msgid "non-constant argument 1 to __atomic_always_lock_free"
  msgstr ""
  
! #: builtins.c:6228
  #, gcc-internal-format
  msgid "non-integer argument 1 to __atomic_is_lock_free"
  msgstr ""
  
! #: builtins.c:6292
  #, gcc-internal-format
  msgid "__builtin_thread_pointer is not supported on this target"
  msgstr ""
  
! #: builtins.c:6312
  #, gcc-internal-format
  msgid "__builtin_set_thread_pointer is not supported on this target"
  msgstr ""
  
  #. All valid uses of __builtin_va_arg_pack () are removed during
  #. inlining.
! #: builtins.c:6572 expr.c:10797
  #, gcc-internal-format
  msgid "%Kinvalid use of %<__builtin_va_arg_pack ()%>"
  msgstr ""
  
  #. All valid uses of __builtin_va_arg_pack_len () are removed during
  #. inlining.
! #: builtins.c:6578
  #, gcc-internal-format
  msgid "%Kinvalid use of %<__builtin_va_arg_pack_len ()%>"
  msgstr ""
  
! #: builtins.c:6815
  #, gcc-internal-format
  msgid "%<__builtin_longjmp%> second argument must be 1"
  msgstr ""
  
  #. Software implementation of Pointer Bounds Checker is NYI.
  #. Target support is required.
! #: builtins.c:7457
  #, gcc-internal-format
  msgid "Your target platform does not support -fcheck-pointer-bounds"
  msgstr ""
  
! #: builtins.c:7776
  #, gcc-internal-format
  msgid "target format does not support infinity"
  msgstr ""
  
! #: builtins.c:9394
  #, gcc-internal-format
  msgid "%<va_start%> used in function with fixed args"
  msgstr ""
  
! #: builtins.c:9402
  #, gcc-internal-format
  msgid "wrong number of arguments to function %<va_start%>"
  msgstr ""
  
! #: builtins.c:9417
  #, gcc-internal-format
  msgid "%<__builtin_next_arg%> called without an argument"
  msgstr ""
  
! #: builtins.c:9422
  #, gcc-internal-format
  msgid "wrong number of arguments to function %<__builtin_next_arg%>"
  msgstr ""
  
! #: builtins.c:9454
  #, gcc-internal-format
  msgid "second parameter of %<va_start%> not last named argument"
  msgstr ""
  
! #: builtins.c:9467
  #, gcc-internal-format
  msgid ""
  "undefined behavior when second parameter of %<va_start%> is declared with "
  "%<register%> storage"
  msgstr ""
  
! #: builtins.c:9496
  #, gcc-internal-format
  msgid "%Kfirst argument of %D must be a pointer, second integer constant"
  msgstr ""
  
! #: builtins.c:9509
  #, gcc-internal-format
  msgid "%Klast argument of %D is not integer constant between 0 and 3"
  msgstr ""
  
! #: builtins.c:9783
  #, gcc-internal-format
  msgid "%Kattempt to free a non-heap object %qD"
  msgstr ""
  
! #: builtins.c:9786
  #, gcc-internal-format
  msgid "%Kattempt to free a non-heap object"
  msgstr ""
--- 16568,16677 ----
  msgid "invalid memory model for %<__atomic_load%>"
  msgstr ""
  
! #: builtins.c:5881 builtins.c:6074
  #, gcc-internal-format
  msgid "invalid memory model for %<__atomic_store%>"
  msgstr ""
  
! #: builtins.c:6192
  #, gcc-internal-format
  msgid "non-constant argument 1 to __atomic_always_lock_free"
  msgstr ""
  
! #: builtins.c:6234
  #, gcc-internal-format
  msgid "non-integer argument 1 to __atomic_is_lock_free"
  msgstr ""
  
! #: builtins.c:6298
  #, gcc-internal-format
  msgid "__builtin_thread_pointer is not supported on this target"
  msgstr ""
  
! #: builtins.c:6318
  #, gcc-internal-format
  msgid "__builtin_set_thread_pointer is not supported on this target"
  msgstr ""
  
  #. All valid uses of __builtin_va_arg_pack () are removed during
  #. inlining.
! #: builtins.c:6578 expr.c:10795
  #, gcc-internal-format
  msgid "%Kinvalid use of %<__builtin_va_arg_pack ()%>"
  msgstr ""
  
  #. All valid uses of __builtin_va_arg_pack_len () are removed during
  #. inlining.
! #: builtins.c:6584
  #, gcc-internal-format
  msgid "%Kinvalid use of %<__builtin_va_arg_pack_len ()%>"
  msgstr ""
  
! #: builtins.c:6821
  #, gcc-internal-format
  msgid "%<__builtin_longjmp%> second argument must be 1"
  msgstr ""
  
  #. Software implementation of Pointer Bounds Checker is NYI.
  #. Target support is required.
! #: builtins.c:7463
  #, gcc-internal-format
  msgid "Your target platform does not support -fcheck-pointer-bounds"
  msgstr ""
  
! #: builtins.c:7782
  #, gcc-internal-format
  msgid "target format does not support infinity"
  msgstr ""
  
! #: builtins.c:9400
  #, gcc-internal-format
  msgid "%<va_start%> used in function with fixed args"
  msgstr ""
  
! #: builtins.c:9408
  #, gcc-internal-format
  msgid "wrong number of arguments to function %<va_start%>"
  msgstr ""
  
! #: builtins.c:9423
  #, gcc-internal-format
  msgid "%<__builtin_next_arg%> called without an argument"
  msgstr ""
  
! #: builtins.c:9428
  #, gcc-internal-format
  msgid "wrong number of arguments to function %<__builtin_next_arg%>"
  msgstr ""
  
! #: builtins.c:9460
  #, gcc-internal-format
  msgid "second parameter of %<va_start%> not last named argument"
  msgstr ""
  
! #: builtins.c:9473
  #, gcc-internal-format
  msgid ""
  "undefined behavior when second parameter of %<va_start%> is declared with "
  "%<register%> storage"
  msgstr ""
  
! #: builtins.c:9502
  #, gcc-internal-format
  msgid "%Kfirst argument of %D must be a pointer, second integer constant"
  msgstr ""
  
! #: builtins.c:9515
  #, gcc-internal-format
  msgid "%Klast argument of %D is not integer constant between 0 and 3"
  msgstr ""
  
! #: builtins.c:9789
  #, gcc-internal-format
  msgid "%Kattempt to free a non-heap object %qD"
  msgstr ""
  
! #: builtins.c:9792
  #, gcc-internal-format
  msgid "%Kattempt to free a non-heap object"
  msgstr ""
*************** msgid "%<weakref%> attribute ignored bec
*** 17570,17581 ****
  msgstr ""
  
  #. include_self=
! #: cgraphunit.c:968 c/c-decl.c:11128
  #, gcc-internal-format
  msgid "%q+F used but never defined"
  msgstr ""
  
! #: cgraphunit.c:970 c/c-decl.c:11137
  #, gcc-internal-format
  msgid "%q+F declared %<static%> but never defined"
  msgstr ""
--- 17586,17597 ----
  msgstr ""
  
  #. include_self=
! #: cgraphunit.c:968 c/c-decl.c:11131
  #, gcc-internal-format
  msgid "%q+F used but never defined"
  msgstr ""
  
! #: cgraphunit.c:970 c/c-decl.c:11140
  #, gcc-internal-format
  msgid "%q+F declared %<static%> but never defined"
  msgstr ""
*************** msgstr ""
*** 17670,17681 ****
  msgid "cannot find '%s'"
  msgstr ""
  
! #: collect-utils.c:183 collect2.c:2361 collect2.c:2560 gcc.c:3080 gcc.c:6787
  #, gcc-internal-format
  msgid "pex_init failed: %m"
  msgstr ""
  
! #: collect-utils.c:192 collect2.c:2370 collect2.c:2568 gcc.c:8428
  #, gcc-internal-format
  msgid "%s: %m"
  msgstr ""
--- 17686,17697 ----
  msgid "cannot find '%s'"
  msgstr ""
  
! #: collect-utils.c:183 collect2.c:2361 collect2.c:2560 gcc.c:3080 gcc.c:6790
  #, gcc-internal-format
  msgid "pex_init failed: %m"
  msgstr ""
  
! #: collect-utils.c:192 collect2.c:2370 collect2.c:2568 gcc.c:8431
  #, gcc-internal-format
  msgid "%s: %m"
  msgstr ""
*************** msgstr ""
*** 17685,17691 ****
  msgid "COLLECT_LTO_WRAPPER must be set"
  msgstr ""
  
! #: collect2.c:966 gcc.c:7313 lto-wrapper.c:1479
  #: config/i386/intelmic-mkoffload.c:554 config/nvptx/mkoffload.c:403
  #, gcc-internal-format
  msgid "atexit failed"
--- 17701,17707 ----
  msgid "COLLECT_LTO_WRAPPER must be set"
  msgstr ""
  
! #: collect2.c:966 gcc.c:7316 lto-wrapper.c:1479
  #: config/i386/intelmic-mkoffload.c:554 config/nvptx/mkoffload.c:403
  #, gcc-internal-format
  msgid "atexit failed"
*************** msgstr ""
*** 17903,17909 ****
  msgid "error writing %qs"
  msgstr ""
  
! #: coverage.c:1245
  #, gcc-internal-format, gfc-internal-format
  msgid "cannot open %s"
  msgstr ""
--- 17919,17925 ----
  msgid "error writing %qs"
  msgstr ""
  
! #: coverage.c:1257
  #, gcc-internal-format, gfc-internal-format
  msgid "cannot open %s"
  msgstr ""
*************** msgstr ""
*** 17983,18001 ****
  msgid "ignoring possibly conflicting option %<-fopt-info-%s%>"
  msgstr ""
  
! #: dwarf2out.c:1093
  #, gcc-internal-format
  msgid ""
  "multiple EH personalities are supported only with assemblers supporting ."
  "cfi_personality directive"
  msgstr ""
  
! #: dwarf2out.c:13685
  #, gcc-internal-format, gfc-internal-format
  msgid "non-delegitimized UNSPEC %s (%d) found in variable location"
  msgstr ""
  
! #: dwarf2out.c:27308
  #, gcc-internal-format
  msgid "-feliminate-dwarf2-dups is broken for C++, ignoring"
  msgstr ""
--- 17999,18017 ----
  msgid "ignoring possibly conflicting option %<-fopt-info-%s%>"
  msgstr ""
  
! #: dwarf2out.c:1097
  #, gcc-internal-format
  msgid ""
  "multiple EH personalities are supported only with assemblers supporting ."
  "cfi_personality directive"
  msgstr ""
  
! #: dwarf2out.c:13689
  #, gcc-internal-format, gfc-internal-format
  msgid "non-delegitimized UNSPEC %s (%d) found in variable location"
  msgstr ""
  
! #: dwarf2out.c:27319
  #, gcc-internal-format
  msgid "-feliminate-dwarf2-dups is broken for C++, ignoring"
  msgstr ""
*************** msgid ""
*** 18107,18118 ****
  "truncated into %wu-bit"
  msgstr ""
  
! #: expr.c:10804
  #, gcc-internal-format
  msgid "%Kcall to %qs declared with attribute error: %s"
  msgstr ""
  
! #: expr.c:10811
  #, gcc-internal-format
  msgid "%Kcall to %qs declared with attribute warning: %s"
  msgstr ""
--- 18123,18134 ----
  "truncated into %wu-bit"
  msgstr ""
  
! #: expr.c:10802
  #, gcc-internal-format
  msgid "%Kcall to %qs declared with attribute error: %s"
  msgstr ""
  
! #: expr.c:10809
  #, gcc-internal-format
  msgid "%Kcall to %qs declared with attribute warning: %s"
  msgstr ""
*************** msgstr ""
*** 18127,18138 ****
  msgid "the frame size of %wd bytes is larger than %wd bytes"
  msgstr ""
  
! #: final.c:4635 toplev.c:1404 tree-cfgcleanup.c:1148
  #, gcc-internal-format
  msgid "could not open final insn dump file %qs: %m"
  msgstr ""
  
! #: final.c:4688 tree-cfgcleanup.c:1164
  #, gcc-internal-format
  msgid "could not close final insn dump file %qs: %m"
  msgstr ""
--- 18143,18154 ----
  msgid "the frame size of %wd bytes is larger than %wd bytes"
  msgstr ""
  
! #: final.c:4635 toplev.c:1404 tree-cfgcleanup.c:1211
  #, gcc-internal-format
  msgid "could not open final insn dump file %qs: %m"
  msgstr ""
  
! #: final.c:4688 tree-cfgcleanup.c:1227
  #, gcc-internal-format
  msgid "could not close final insn dump file %qs: %m"
  msgstr ""
*************** msgstr ""
*** 18147,18153 ****
  msgid "comparison is always %d due to width of bit-field"
  msgstr ""
  
! #: fold-const.c:5340 tree-ssa-reassoc.c:2343 tree-ssa-reassoc.c:2974
  #, gcc-internal-format
  msgid "assuming signed overflow does not occur when simplifying range test"
  msgstr ""
--- 18163,18169 ----
  msgid "comparison is always %d due to width of bit-field"
  msgstr ""
  
! #: fold-const.c:5340 tree-ssa-reassoc.c:2343 tree-ssa-reassoc.c:2983
  #, gcc-internal-format
  msgid "assuming signed overflow does not occur when simplifying range test"
  msgstr ""
*************** msgid ""
*** 18180,18186 ****
  "comparison"
  msgstr ""
  
! #: fold-const.c:12048
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr ""
--- 18196,18202 ----
  "comparison"
  msgstr ""
  
! #: fold-const.c:12049
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr ""
*************** msgstr ""
*** 18190,18196 ****
  msgid "total size of local objects too large"
  msgstr ""
  
! #: function.c:1765 gimplify.c:6111
  #, gcc-internal-format
  msgid "impossible constraint in %<asm%>"
  msgstr ""
--- 18206,18212 ----
  msgid "total size of local objects too large"
  msgstr ""
  
! #: function.c:1765 gimplify.c:6112
  #, gcc-internal-format
  msgid "impossible constraint in %<asm%>"
  msgstr ""
*************** msgstr ""
*** 18290,18351 ****
  msgid "input file %qs is the same as output file"
  msgstr ""
  
! #: gcc.c:4498
  #, gcc-internal-format
  msgid "-pipe ignored because -save-temps specified"
  msgstr ""
  
! #: gcc.c:4586
  #, gcc-internal-format
  msgid "%<-x %s%> after last input file has no effect"
  msgstr ""
  
! #: gcc.c:4768
  #, gcc-internal-format
  msgid "unable to locate default linker script %qs in the library search paths"
  msgstr ""
  
! #: gcc.c:4973
  #, gcc-internal-format
  msgid "switch %qs does not start with %<-%>"
  msgstr ""
  
! #: gcc.c:4977
  #, gcc-internal-format
  msgid "spec-generated switch is just %<-%>"
  msgstr ""
  
! #: gcc.c:5070
  #, gcc-internal-format, gfc-internal-format
  msgid "could not open temporary response file %s"
  msgstr ""
  
! #: gcc.c:5077
  #, gcc-internal-format, gfc-internal-format
  msgid "could not write to temporary response file %s"
  msgstr ""
  
! #: gcc.c:5083
  #, gcc-internal-format, gfc-internal-format
  msgid "could not close temporary response file %s"
  msgstr ""
  
! #: gcc.c:5206
  #, gcc-internal-format
  msgid "spec %qs invalid"
  msgstr ""
  
! #: gcc.c:5356
  #, gcc-internal-format
  msgid "spec %qs has invalid %<%%0%c%>"
  msgstr ""
  
! #: gcc.c:5677
  #, gcc-internal-format
  msgid "spec %qs has invalid %<%%W%c%>"
  msgstr ""
  
! #: gcc.c:5700
  #, gcc-internal-format
  msgid "spec %qs has invalid %<%%x%c%>"
  msgstr ""
--- 18306,18372 ----
  msgid "input file %qs is the same as output file"
  msgstr ""
  
! #: gcc.c:4476
! #, gcc-internal-format
! msgid "output filename may not be empty"
! msgstr ""
! 
! #: gcc.c:4501
  #, gcc-internal-format
  msgid "-pipe ignored because -save-temps specified"
  msgstr ""
  
! #: gcc.c:4589
  #, gcc-internal-format
  msgid "%<-x %s%> after last input file has no effect"
  msgstr ""
  
! #: gcc.c:4771
  #, gcc-internal-format
  msgid "unable to locate default linker script %qs in the library search paths"
  msgstr ""
  
! #: gcc.c:4976
  #, gcc-internal-format
  msgid "switch %qs does not start with %<-%>"
  msgstr ""
  
! #: gcc.c:4980
  #, gcc-internal-format
  msgid "spec-generated switch is just %<-%>"
  msgstr ""
  
! #: gcc.c:5073
  #, gcc-internal-format, gfc-internal-format
  msgid "could not open temporary response file %s"
  msgstr ""
  
! #: gcc.c:5080
  #, gcc-internal-format, gfc-internal-format
  msgid "could not write to temporary response file %s"
  msgstr ""
  
! #: gcc.c:5086
  #, gcc-internal-format, gfc-internal-format
  msgid "could not close temporary response file %s"
  msgstr ""
  
! #: gcc.c:5209
  #, gcc-internal-format
  msgid "spec %qs invalid"
  msgstr ""
  
! #: gcc.c:5359
  #, gcc-internal-format
  msgid "spec %qs has invalid %<%%0%c%>"
  msgstr ""
  
! #: gcc.c:5680
  #, gcc-internal-format
  msgid "spec %qs has invalid %<%%W%c%>"
  msgstr ""
  
! #: gcc.c:5703
  #, gcc-internal-format
  msgid "spec %qs has invalid %<%%x%c%>"
  msgstr ""
*************** msgstr ""
*** 18353,18580 ****
  #. Catch the case where a spec string contains something like
  #. '%{foo:%*}'.  i.e. there is no * in the pattern on the left
  #. hand side of the :.
! #: gcc.c:5911
  #, gcc-internal-format
  msgid "spec failure: %<%%*%> has not been initialized by pattern match"
  msgstr ""
  
! #: gcc.c:5954
  #, gcc-internal-format
  msgid "spec failure: unrecognized spec option %qc"
  msgstr ""
  
! #: gcc.c:6016
  #, gcc-internal-format
  msgid "unknown spec function %qs"
  msgstr ""
  
! #: gcc.c:6046
  #, gcc-internal-format
  msgid "error in args to spec function %qs"
  msgstr ""
  
! #: gcc.c:6100
  #, gcc-internal-format
  msgid "malformed spec function name"
  msgstr ""
  
  #. )
! #: gcc.c:6103
  #, gcc-internal-format
  msgid "no arguments for spec function"
  msgstr ""
  
! #: gcc.c:6122
  #, gcc-internal-format
  msgid "malformed spec function arguments"
  msgstr ""
  
! #: gcc.c:6396
  #, gcc-internal-format
  msgid "braced spec %qs is invalid at %qc"
  msgstr ""
  
! #: gcc.c:6491
  #, gcc-internal-format
  msgid "braced spec body %qs is invalid"
  msgstr ""
  
! #: gcc.c:7097
  #, gcc-internal-format, gfc-internal-format
  msgid "%s: could not determine length of compare-debug file %s"
  msgstr ""
  
! #: gcc.c:7108
  #, gcc-internal-format, gfc-internal-format
  msgid "%s: -fcompare-debug failure (length)"
  msgstr ""
  
! #: gcc.c:7118 gcc.c:7159
  #, gcc-internal-format, gfc-internal-format
  msgid "%s: could not open compare-debug file %s"
  msgstr ""
  
! #: gcc.c:7138 gcc.c:7175
  #, gcc-internal-format, gfc-internal-format
  msgid "%s: -fcompare-debug failure"
  msgstr ""
  
! #: gcc.c:7483
  #, gcc-internal-format
  msgid "spec failure: more than one arg to SYSROOT_SUFFIX_SPEC"
  msgstr ""
  
! #: gcc.c:7507
  #, gcc-internal-format
  msgid "spec failure: more than one arg to SYSROOT_HEADERS_SUFFIX_SPEC"
  msgstr ""
  
! #: gcc.c:7812
  #, gcc-internal-format
  msgid "unrecognized command line option %<-%s%>; did you mean %<-%s%>?"
  msgstr ""
  
! #: gcc.c:7816
  #, gcc-internal-format
  msgid "unrecognized command line option %<-%s%>"
  msgstr ""
  
! #: gcc.c:7942
  #, gcc-internal-format
  msgid "not configured with sysroot headers suffix"
  msgstr ""
  
! #: gcc.c:8003
  #, gcc-internal-format
  msgid "no input files"
  msgstr ""
  
! #: gcc.c:8054
  #, gcc-internal-format
  msgid "cannot specify -o with -c, -S or -E with multiple files"
  msgstr ""
  
! #: gcc.c:8095
  #, gcc-internal-format, gfc-internal-format
  msgid "%s: %s compiler not installed on this system"
  msgstr ""
  
! #: gcc.c:8119
  #, gcc-internal-format
  msgid "recompiling with -fcompare-debug"
  msgstr ""
  
! #: gcc.c:8135
  #, gcc-internal-format
  msgid "during -fcompare-debug recompilation"
  msgstr ""
  
! #: gcc.c:8144
  #, gcc-internal-format
  msgid "comparing final insns dumps"
  msgstr ""
  
! #: gcc.c:8261
  #, gcc-internal-format, gfc-internal-format
  msgid "-fuse-linker-plugin, but %s not found"
  msgstr ""
  
! #: gcc.c:8294
  #, gcc-internal-format, gfc-internal-format
  msgid "%s: linker input file unused because linking not done"
  msgstr ""
  
! #: gcc.c:8350 c-family/c-opts.c:749
  #, gcc-internal-format
  msgid "cannot use %<-%> as input filename for a precompiled header"
  msgstr ""
  
! #: gcc.c:8356
  #, gcc-internal-format, gfc-internal-format
  msgid "language %s not recognized"
  msgstr ""
  
! #: gcc.c:8596
  #, gcc-internal-format
  msgid "multilib spec %qs is invalid"
  msgstr ""
  
! #: gcc.c:8798
  #, gcc-internal-format
  msgid "multilib exclusions %qs is invalid"
  msgstr ""
  
! #: gcc.c:8862
  #, gcc-internal-format
  msgid "multilib select %qs %qs is invalid"
  msgstr ""
  
! #: gcc.c:9024
  #, gcc-internal-format
  msgid "multilib select %qs is invalid"
  msgstr ""
  
! #: gcc.c:9064
  #, gcc-internal-format
  msgid "multilib exclusion %qs is invalid"
  msgstr ""
  
! #: gcc.c:9279
  #, gcc-internal-format
  msgid "environment variable %qs not defined"
  msgstr ""
  
! #: gcc.c:9418 gcc.c:9423
  #, gcc-internal-format
  msgid "invalid version number %qs"
  msgstr ""
  
! #: gcc.c:9466
  #, gcc-internal-format, gfc-internal-format
  msgid "too few arguments to %%:version-compare"
  msgstr ""
  
! #: gcc.c:9472
  #, gcc-internal-format, gfc-internal-format
  msgid "too many arguments to %%:version-compare"
  msgstr ""
  
! #: gcc.c:9514
  #, gcc-internal-format
  msgid "unknown operator %qs in %%:version-compare"
  msgstr ""
  
! #: gcc.c:9638
  #, gcc-internal-format, gfc-internal-format
  msgid "too many arguments to %%:compare-debug-dump-opt"
  msgstr ""
  
! #: gcc.c:9711
  #, gcc-internal-format, gfc-internal-format
  msgid "too many arguments to %%:compare-debug-self-opt"
  msgstr ""
  
! #: gcc.c:9747
  #, gcc-internal-format, gfc-internal-format
  msgid "too few arguments to %%:compare-debug-auxbase-opt"
  msgstr ""
  
! #: gcc.c:9751
  #, gcc-internal-format, gfc-internal-format
  msgid "too many arguments to %%:compare-debug-auxbase-opt"
  msgstr ""
  
! #: gcc.c:9758
  #, gcc-internal-format, gfc-internal-format
  msgid "argument to %%:compare-debug-auxbase-opt does not end in .gk"
  msgstr ""
  
! #: gcc.c:9832
  #, gcc-internal-format, gfc-internal-format
  msgid "too few arguments to %%:replace-extension"
  msgstr ""
  
! #: gcc.c:9885
  #, gcc-internal-format, gfc-internal-format
  msgid "wrong number of arguments to %%:debug-level-gt"
  msgstr ""
--- 18374,18601 ----
  #. Catch the case where a spec string contains something like
  #. '%{foo:%*}'.  i.e. there is no * in the pattern on the left
  #. hand side of the :.
! #: gcc.c:5914
  #, gcc-internal-format
  msgid "spec failure: %<%%*%> has not been initialized by pattern match"
  msgstr ""
  
! #: gcc.c:5957
  #, gcc-internal-format
  msgid "spec failure: unrecognized spec option %qc"
  msgstr ""
  
! #: gcc.c:6019
  #, gcc-internal-format
  msgid "unknown spec function %qs"
  msgstr ""
  
! #: gcc.c:6049
  #, gcc-internal-format
  msgid "error in args to spec function %qs"
  msgstr ""
  
! #: gcc.c:6103
  #, gcc-internal-format
  msgid "malformed spec function name"
  msgstr ""
  
  #. )
! #: gcc.c:6106
  #, gcc-internal-format
  msgid "no arguments for spec function"
  msgstr ""
  
! #: gcc.c:6125
  #, gcc-internal-format
  msgid "malformed spec function arguments"
  msgstr ""
  
! #: gcc.c:6399
  #, gcc-internal-format
  msgid "braced spec %qs is invalid at %qc"
  msgstr ""
  
! #: gcc.c:6494
  #, gcc-internal-format
  msgid "braced spec body %qs is invalid"
  msgstr ""
  
! #: gcc.c:7100
  #, gcc-internal-format, gfc-internal-format
  msgid "%s: could not determine length of compare-debug file %s"
  msgstr ""
  
! #: gcc.c:7111
  #, gcc-internal-format, gfc-internal-format
  msgid "%s: -fcompare-debug failure (length)"
  msgstr ""
  
! #: gcc.c:7121 gcc.c:7162
  #, gcc-internal-format, gfc-internal-format
  msgid "%s: could not open compare-debug file %s"
  msgstr ""
  
! #: gcc.c:7141 gcc.c:7178
  #, gcc-internal-format, gfc-internal-format
  msgid "%s: -fcompare-debug failure"
  msgstr ""
  
! #: gcc.c:7486
  #, gcc-internal-format
  msgid "spec failure: more than one arg to SYSROOT_SUFFIX_SPEC"
  msgstr ""
  
! #: gcc.c:7510
  #, gcc-internal-format
  msgid "spec failure: more than one arg to SYSROOT_HEADERS_SUFFIX_SPEC"
  msgstr ""
  
! #: gcc.c:7815
  #, gcc-internal-format
  msgid "unrecognized command line option %<-%s%>; did you mean %<-%s%>?"
  msgstr ""
  
! #: gcc.c:7819
  #, gcc-internal-format
  msgid "unrecognized command line option %<-%s%>"
  msgstr ""
  
! #: gcc.c:7945
  #, gcc-internal-format
  msgid "not configured with sysroot headers suffix"
  msgstr ""
  
! #: gcc.c:8006
  #, gcc-internal-format
  msgid "no input files"
  msgstr ""
  
! #: gcc.c:8057
  #, gcc-internal-format
  msgid "cannot specify -o with -c, -S or -E with multiple files"
  msgstr ""
  
! #: gcc.c:8098
  #, gcc-internal-format, gfc-internal-format
  msgid "%s: %s compiler not installed on this system"
  msgstr ""
  
! #: gcc.c:8122
  #, gcc-internal-format
  msgid "recompiling with -fcompare-debug"
  msgstr ""
  
! #: gcc.c:8138
  #, gcc-internal-format
  msgid "during -fcompare-debug recompilation"
  msgstr ""
  
! #: gcc.c:8147
  #, gcc-internal-format
  msgid "comparing final insns dumps"
  msgstr ""
  
! #: gcc.c:8264
  #, gcc-internal-format, gfc-internal-format
  msgid "-fuse-linker-plugin, but %s not found"
  msgstr ""
  
! #: gcc.c:8297
  #, gcc-internal-format, gfc-internal-format
  msgid "%s: linker input file unused because linking not done"
  msgstr ""
  
! #: gcc.c:8353 c-family/c-opts.c:749
  #, gcc-internal-format
  msgid "cannot use %<-%> as input filename for a precompiled header"
  msgstr ""
  
! #: gcc.c:8359
  #, gcc-internal-format, gfc-internal-format
  msgid "language %s not recognized"
  msgstr ""
  
! #: gcc.c:8599
  #, gcc-internal-format
  msgid "multilib spec %qs is invalid"
  msgstr ""
  
! #: gcc.c:8801
  #, gcc-internal-format
  msgid "multilib exclusions %qs is invalid"
  msgstr ""
  
! #: gcc.c:8865
  #, gcc-internal-format
  msgid "multilib select %qs %qs is invalid"
  msgstr ""
  
! #: gcc.c:9027
  #, gcc-internal-format
  msgid "multilib select %qs is invalid"
  msgstr ""
  
! #: gcc.c:9067
  #, gcc-internal-format
  msgid "multilib exclusion %qs is invalid"
  msgstr ""
  
! #: gcc.c:9282
  #, gcc-internal-format
  msgid "environment variable %qs not defined"
  msgstr ""
  
! #: gcc.c:9421 gcc.c:9426
  #, gcc-internal-format
  msgid "invalid version number %qs"
  msgstr ""
  
! #: gcc.c:9469
  #, gcc-internal-format, gfc-internal-format
  msgid "too few arguments to %%:version-compare"
  msgstr ""
  
! #: gcc.c:9475
  #, gcc-internal-format, gfc-internal-format
  msgid "too many arguments to %%:version-compare"
  msgstr ""
  
! #: gcc.c:9517
  #, gcc-internal-format
  msgid "unknown operator %qs in %%:version-compare"
  msgstr ""
  
! #: gcc.c:9641
  #, gcc-internal-format, gfc-internal-format
  msgid "too many arguments to %%:compare-debug-dump-opt"
  msgstr ""
  
! #: gcc.c:9714
  #, gcc-internal-format, gfc-internal-format
  msgid "too many arguments to %%:compare-debug-self-opt"
  msgstr ""
  
! #: gcc.c:9750
  #, gcc-internal-format, gfc-internal-format
  msgid "too few arguments to %%:compare-debug-auxbase-opt"
  msgstr ""
  
! #: gcc.c:9754
  #, gcc-internal-format, gfc-internal-format
  msgid "too many arguments to %%:compare-debug-auxbase-opt"
  msgstr ""
  
! #: gcc.c:9761
  #, gcc-internal-format, gfc-internal-format
  msgid "argument to %%:compare-debug-auxbase-opt does not end in .gk"
  msgstr ""
  
! #: gcc.c:9835
  #, gcc-internal-format, gfc-internal-format
  msgid "too few arguments to %%:replace-extension"
  msgstr ""
  
! #: gcc.c:9888
  #, gcc-internal-format, gfc-internal-format
  msgid "wrong number of arguments to %%:debug-level-gt"
  msgstr ""
*************** msgstr ""
*** 18721,18729 ****
  #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12880
  #: tree.c:12917 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
! #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
! #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
! #: cp/semantics.c:1764 cp/typeck.c:1648 cp/typeck.c:1843 cp/typeck.c:3718
  #, gcc-internal-format
  msgid "declared here"
  msgstr ""
--- 18742,18750 ----
  #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12880
  #: tree.c:12917 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
! #: cp/call.c:6454 cp/call.c:7936 cp/constexpr.c:778 cp/constexpr.c:2190
! #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5073 cp/pt.c:8075
! #: cp/semantics.c:1767 cp/typeck.c:1648 cp/typeck.c:1843 cp/typeck.c:3718
  #, gcc-internal-format
  msgid "declared here"
  msgstr ""
*************** msgstr ""
*** 19212,19451 ****
  msgid "attribute %<fallthrough%> not preceding a case label or default label"
  msgstr ""
  
! #: gimplify.c:3289
  #, gcc-internal-format
  msgid "using result of function returning %<void%>"
  msgstr ""
  
! #: gimplify.c:5969
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid lvalue in asm output %d"
  msgstr ""
  
! #: gimplify.c:6112
  #, gcc-internal-format, gfc-internal-format
  msgid "non-memory input %d must stay in memory"
  msgstr ""
  
! #: gimplify.c:6152 gimplify.c:6161
  #, gcc-internal-format, gfc-internal-format
  msgid "memory input %d is not directly addressable"
  msgstr ""
  
! #: gimplify.c:6764
  #, gcc-internal-format
  msgid "threadprivate variable %qE used in target region"
  msgstr ""
  
! #: gimplify.c:6766
  #, gcc-internal-format
  msgid "enclosing target region"
  msgstr ""
  
! #: gimplify.c:6778
  #, gcc-internal-format
  msgid "threadprivate variable %qE used in untied task"
  msgstr ""
  
! #: gimplify.c:6780
  #, gcc-internal-format
  msgid "enclosing task"
  msgstr ""
  
! #: gimplify.c:6852
  #, gcc-internal-format
  msgid "%qE not specified in enclosing %qs"
  msgstr ""
  
! #: gimplify.c:6854
  #, gcc-internal-format
  msgid "enclosing %qs"
  msgstr ""
  
! #: gimplify.c:6965
  #, gcc-internal-format
  msgid "%qE not specified in enclosing OpenACC %qs construct"
  msgstr ""
  
! #: gimplify.c:6967
  #, gcc-internal-format
  msgid "enclosing OpenACC %qs construct"
  msgstr ""
  
! #: gimplify.c:7018
  #, gcc-internal-format
  msgid "%qE with %<link%> clause used in %<routine%> function"
  msgstr ""
  
! #: gimplify.c:7026
  #, gcc-internal-format
  msgid "%qE requires a %<declare%> directive for use in a %<routine%> function"
  msgstr ""
  
! #: gimplify.c:7092 gimplify.c:7692
  #, gcc-internal-format
  msgid "variable %qE declared in enclosing %<host_data%> region"
  msgstr ""
  
! #: gimplify.c:7113
  #, gcc-internal-format
  msgid "%qD referenced in target region does not have a mappable type"
  msgstr ""
  
! #: gimplify.c:7231 gimplify.c:7263
  #, gcc-internal-format
  msgid "iteration variable %qE is predetermined linear"
  msgstr ""
  
! #: gimplify.c:7234
  #, gcc-internal-format
  msgid "iteration variable %qE should be private"
  msgstr ""
  
! #: gimplify.c:7248
  #, gcc-internal-format
  msgid "iteration variable %qE should not be firstprivate"
  msgstr ""
  
! #: gimplify.c:7251
  #, gcc-internal-format
  msgid "iteration variable %qE should not be reduction"
  msgstr ""
  
! #: gimplify.c:7254
  #, gcc-internal-format
  msgid "iteration variable %qE should not be linear"
  msgstr ""
  
! #: gimplify.c:7257
  #, gcc-internal-format
  msgid "iteration variable %qE should not be lastprivate"
  msgstr ""
  
! #: gimplify.c:7260
  #, gcc-internal-format
  msgid "iteration variable %qE should not be private"
  msgstr ""
  
! #: gimplify.c:7562
  #, gcc-internal-format
  msgid ""
  "%<linear%> clause for variable other than loop iterator specified on "
  "construct combined with %<distribute%>"
  msgstr ""
  
! #: gimplify.c:7769
  #, gcc-internal-format
  msgid "mapping field %qE of variable length structure"
  msgstr ""
  
! #: gimplify.c:7980
  #, gcc-internal-format
  msgid "%qE appears more than once in map clauses"
  msgstr ""
  
! #: gimplify.c:8284
  #, gcc-internal-format
  msgid ""
  "copyprivate variable %qE is not threadprivate or private in outer context"
  msgstr ""
  
! #: gimplify.c:8304
  #, gcc-internal-format
  msgid "%s variable %qE is private in outer context"
  msgstr ""
  
! #: gimplify.c:8330
  #, gcc-internal-format
  msgid "expected %qs %<if%> clause modifier rather than %qs"
  msgstr ""
  
! #: gimplify.c:8596
  #, gcc-internal-format
  msgid "%<_Atomic%> %qD in implicit %<map%> clause"
  msgstr ""
  
! #: gimplify.c:8629
  #, gcc-internal-format
  msgid ""
  "%<_Atomic%> %qD in implicit %<firstprivate%> clause on %<target%> construct"
  msgstr ""
  
! #: gimplify.c:8802
  #, gcc-internal-format
  msgid "%<_Atomic%> %qD in %<firstprivate%> clause on %<target%> construct"
  msgstr ""
  
! #: gimplify.c:8853
  #, gcc-internal-format
  msgid ""
  "same variable used in %<firstprivate%> and %<lastprivate%> clauses on "
  "%<distribute%> construct"
  msgstr ""
  
! #: gimplify.c:8935
  #, gcc-internal-format
  msgid ""
  "incompatible data clause with reduction on %qE; promoting to present_or_copy"
  msgstr ""
  
! #: gimplify.c:9080
  #, gcc-internal-format
  msgid "invalid private reduction on %qE"
  msgstr ""
  
! #: gimplify.c:10904 omp-low.c:2814
  #, gcc-internal-format
  msgid ""
  "%<ordered%> construct with %<depend%> clause must be closely nested inside a "
  "loop with %<ordered%> clause with a parameter"
  msgstr ""
  
! #: gimplify.c:10922
  #, gcc-internal-format
  msgid "variable %qE is not an iteration of outermost loop %d, expected %qE"
  msgstr ""
  
! #: gimplify.c:10935
  #, gcc-internal-format
  msgid ""
  "number of variables in %<depend(sink)%> clause does not match number of "
  "iteration variables"
  msgstr ""
  
! #: gimplify.c:10948
  #, gcc-internal-format
  msgid "more than one %<depend(source)%> clause on an %<ordered%> construct"
  msgstr ""
  
! #: gimplify.c:10959
  #, gcc-internal-format
  msgid ""
  "%<depend(source)%> clause specified together with %<depend(sink:)%> clauses "
  "on the same construct"
  msgstr ""
  
! #: gimplify.c:11902
  #, gcc-internal-format
  msgid "expected %<_Cilk_spawn%> before %<_Cilk_sync%>"
  msgstr ""
  
! #: gimplify.c:12201
  #, gcc-internal-format
  msgid "gimplification failed"
  msgstr ""
  
! #: gimplify.c:12729
  #, gcc-internal-format
  msgid "%qT is promoted to %qT when passed through %<...%>"
  msgstr ""
  
! #: gimplify.c:12734
  #, gcc-internal-format
  msgid "(so you should pass %qT not %qT to %<va_arg%>)"
  msgstr ""
  
! #: gimplify.c:12741
  #, gcc-internal-format
  msgid "if this code is reached, the program will abort"
  msgstr ""
--- 19233,19472 ----
  msgid "attribute %<fallthrough%> not preceding a case label or default label"
  msgstr ""
  
! #: gimplify.c:3290
  #, gcc-internal-format
  msgid "using result of function returning %<void%>"
  msgstr ""
  
! #: gimplify.c:5970
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid lvalue in asm output %d"
  msgstr ""
  
! #: gimplify.c:6113
  #, gcc-internal-format, gfc-internal-format
  msgid "non-memory input %d must stay in memory"
  msgstr ""
  
! #: gimplify.c:6153 gimplify.c:6162
  #, gcc-internal-format, gfc-internal-format
  msgid "memory input %d is not directly addressable"
  msgstr ""
  
! #: gimplify.c:6767
  #, gcc-internal-format
  msgid "threadprivate variable %qE used in target region"
  msgstr ""
  
! #: gimplify.c:6769
  #, gcc-internal-format
  msgid "enclosing target region"
  msgstr ""
  
! #: gimplify.c:6781
  #, gcc-internal-format
  msgid "threadprivate variable %qE used in untied task"
  msgstr ""
  
! #: gimplify.c:6783
  #, gcc-internal-format
  msgid "enclosing task"
  msgstr ""
  
! #: gimplify.c:6855
  #, gcc-internal-format
  msgid "%qE not specified in enclosing %qs"
  msgstr ""
  
! #: gimplify.c:6857
  #, gcc-internal-format
  msgid "enclosing %qs"
  msgstr ""
  
! #: gimplify.c:6968
  #, gcc-internal-format
  msgid "%qE not specified in enclosing OpenACC %qs construct"
  msgstr ""
  
! #: gimplify.c:6970
  #, gcc-internal-format
  msgid "enclosing OpenACC %qs construct"
  msgstr ""
  
! #: gimplify.c:7021
  #, gcc-internal-format
  msgid "%qE with %<link%> clause used in %<routine%> function"
  msgstr ""
  
! #: gimplify.c:7029
  #, gcc-internal-format
  msgid "%qE requires a %<declare%> directive for use in a %<routine%> function"
  msgstr ""
  
! #: gimplify.c:7095 gimplify.c:7695
  #, gcc-internal-format
  msgid "variable %qE declared in enclosing %<host_data%> region"
  msgstr ""
  
! #: gimplify.c:7116
  #, gcc-internal-format
  msgid "%qD referenced in target region does not have a mappable type"
  msgstr ""
  
! #: gimplify.c:7234 gimplify.c:7266
  #, gcc-internal-format
  msgid "iteration variable %qE is predetermined linear"
  msgstr ""
  
! #: gimplify.c:7237
  #, gcc-internal-format
  msgid "iteration variable %qE should be private"
  msgstr ""
  
! #: gimplify.c:7251
  #, gcc-internal-format
  msgid "iteration variable %qE should not be firstprivate"
  msgstr ""
  
! #: gimplify.c:7254
  #, gcc-internal-format
  msgid "iteration variable %qE should not be reduction"
  msgstr ""
  
! #: gimplify.c:7257
  #, gcc-internal-format
  msgid "iteration variable %qE should not be linear"
  msgstr ""
  
! #: gimplify.c:7260
  #, gcc-internal-format
  msgid "iteration variable %qE should not be lastprivate"
  msgstr ""
  
! #: gimplify.c:7263
  #, gcc-internal-format
  msgid "iteration variable %qE should not be private"
  msgstr ""
  
! #: gimplify.c:7565
  #, gcc-internal-format
  msgid ""
  "%<linear%> clause for variable other than loop iterator specified on "
  "construct combined with %<distribute%>"
  msgstr ""
  
! #: gimplify.c:7772
  #, gcc-internal-format
  msgid "mapping field %qE of variable length structure"
  msgstr ""
  
! #: gimplify.c:7983
  #, gcc-internal-format
  msgid "%qE appears more than once in map clauses"
  msgstr ""
  
! #: gimplify.c:8287
  #, gcc-internal-format
  msgid ""
  "copyprivate variable %qE is not threadprivate or private in outer context"
  msgstr ""
  
! #: gimplify.c:8307
  #, gcc-internal-format
  msgid "%s variable %qE is private in outer context"
  msgstr ""
  
! #: gimplify.c:8333
  #, gcc-internal-format
  msgid "expected %qs %<if%> clause modifier rather than %qs"
  msgstr ""
  
! #: gimplify.c:8599
  #, gcc-internal-format
  msgid "%<_Atomic%> %qD in implicit %<map%> clause"
  msgstr ""
  
! #: gimplify.c:8632
  #, gcc-internal-format
  msgid ""
  "%<_Atomic%> %qD in implicit %<firstprivate%> clause on %<target%> construct"
  msgstr ""
  
! #: gimplify.c:8805
  #, gcc-internal-format
  msgid "%<_Atomic%> %qD in %<firstprivate%> clause on %<target%> construct"
  msgstr ""
  
! #: gimplify.c:8856
  #, gcc-internal-format
  msgid ""
  "same variable used in %<firstprivate%> and %<lastprivate%> clauses on "
  "%<distribute%> construct"
  msgstr ""
  
! #: gimplify.c:8938
  #, gcc-internal-format
  msgid ""
  "incompatible data clause with reduction on %qE; promoting to present_or_copy"
  msgstr ""
  
! #: gimplify.c:9083
  #, gcc-internal-format
  msgid "invalid private reduction on %qE"
  msgstr ""
  
! #: gimplify.c:10907 omp-low.c:2842
  #, gcc-internal-format
  msgid ""
  "%<ordered%> construct with %<depend%> clause must be closely nested inside a "
  "loop with %<ordered%> clause with a parameter"
  msgstr ""
  
! #: gimplify.c:10925
  #, gcc-internal-format
  msgid "variable %qE is not an iteration of outermost loop %d, expected %qE"
  msgstr ""
  
! #: gimplify.c:10938
  #, gcc-internal-format
  msgid ""
  "number of variables in %<depend(sink)%> clause does not match number of "
  "iteration variables"
  msgstr ""
  
! #: gimplify.c:10951
  #, gcc-internal-format
  msgid "more than one %<depend(source)%> clause on an %<ordered%> construct"
  msgstr ""
  
! #: gimplify.c:10962
  #, gcc-internal-format
  msgid ""
  "%<depend(source)%> clause specified together with %<depend(sink:)%> clauses "
  "on the same construct"
  msgstr ""
  
! #: gimplify.c:11905
  #, gcc-internal-format
  msgid "expected %<_Cilk_spawn%> before %<_Cilk_sync%>"
  msgstr ""
  
! #: gimplify.c:12204
  #, gcc-internal-format
  msgid "gimplification failed"
  msgstr ""
  
! #: gimplify.c:12732
  #, gcc-internal-format
  msgid "%qT is promoted to %qT when passed through %<...%>"
  msgstr ""
  
! #: gimplify.c:12737
  #, gcc-internal-format
  msgid "(so you should pass %qT not %qT to %<va_arg%>)"
  msgstr ""
  
! #: gimplify.c:12744
  #, gcc-internal-format
  msgid "if this code is reached, the program will abort"
  msgstr ""
*************** msgstr ""
*** 19693,19699 ****
  
  #: ipa-devirt.c:1229
  #, gcc-internal-format
! msgid "type %qT itself violate the C++ One Definition Rule"
  msgstr ""
  
  #: ipa-devirt.c:1235
--- 19714,19720 ----
  
  #: ipa-devirt.c:1229
  #, gcc-internal-format
! msgid "type %qT itself violates the C++ One Definition Rule"
  msgstr ""
  
  #: ipa-devirt.c:1235
*************** msgstr ""
*** 19803,19809 ****
  
  #: ipa-devirt.c:1576
  #, gcc-internal-format
! msgid "fields has different layout in another translation unit"
  msgstr ""
  
  #: ipa-devirt.c:1599
--- 19824,19830 ----
  
  #: ipa-devirt.c:1576
  #, gcc-internal-format
! msgid "fields have different layout in another translation unit"
  msgstr ""
  
  #: ipa-devirt.c:1599
*************** msgstr ""
*** 20211,20322 ****
  msgid "multiple loop axes specified for routine"
  msgstr ""
  
! #: omp-low.c:2120 omp-offload.c:1124
  #, gcc-internal-format
  msgid "%<seq%> overrides other OpenACC loop specifiers"
  msgstr ""
  
! #: omp-low.c:2123 omp-offload.c:1125
  #, gcc-internal-format
  msgid "%<auto%> conflicts with other OpenACC loop specifiers"
  msgstr ""
  
! #: omp-low.c:2127 omp-offload.c:1159
  #, gcc-internal-format
  msgid "inner loop uses same OpenACC parallelism as containing loop"
  msgstr ""
  
! #: omp-low.c:2174
  #, gcc-internal-format
  msgid "argument not permitted on %qs clause in OpenACC %<parallel%>"
  msgstr ""
  
! #: omp-low.c:2443
  #, gcc-internal-format
  msgid "non-OpenACC construct inside of OpenACC routine"
  msgstr ""
  
! #: omp-low.c:2452
  #, gcc-internal-format
  msgid "non-OpenACC construct inside of OpenACC region"
  msgstr ""
  
! #: omp-low.c:2477
  #, gcc-internal-format
  msgid ""
  "%<ordered simd threads%> must be closely nested inside of %<for simd%> region"
  msgstr ""
  
! #: omp-low.c:2485
  #, gcc-internal-format
  msgid ""
  "OpenMP constructs other than %<#pragma omp ordered simd%> may not be nested "
  "inside %<simd%> region"
  msgstr ""
  
! #: omp-low.c:2497
  #, gcc-internal-format
  msgid ""
  "only %<distribute%> or %<parallel%> regions are allowed to be strictly "
  "nested inside %<teams%> region"
  msgstr ""
  
! #: omp-low.c:2514
  #, gcc-internal-format
  msgid ""
  "%<distribute%> region must be strictly nested inside %<teams%> construct"
  msgstr ""
  
! #: omp-low.c:2555
  #, gcc-internal-format
  msgid ""
  "OpenACC loop directive must be associated with an OpenACC compute region"
  msgstr ""
  
! #: omp-low.c:2577
  #, gcc-internal-format
  msgid "orphaned %qs construct"
  msgstr ""
  
! #: omp-low.c:2606
  #, gcc-internal-format
  msgid "%<#pragma omp cancel for%> inside %<nowait%> for construct"
  msgstr ""
  
! #: omp-low.c:2611
  #, gcc-internal-format
  msgid "%<#pragma omp cancel for%> inside %<ordered%> for construct"
  msgstr ""
  
! #: omp-low.c:2631 omp-low.c:2644
  #, gcc-internal-format
  msgid "%<#pragma omp cancel sections%> inside %<nowait%> sections construct"
  msgstr ""
  
! #: omp-low.c:2670
  #, gcc-internal-format
  msgid ""
  "%<%s taskgroup%> construct not closely nested inside of %<taskgroup%> region"
  msgstr ""
  
! #: omp-low.c:2684
  #, gcc-internal-format
  msgid "invalid arguments"
  msgstr ""
  
! #: omp-low.c:2690
  #, gcc-internal-format
  msgid "%<%s %s%> construct not closely nested inside of %qs"
  msgstr ""
  
! #: omp-low.c:2718
  #, gcc-internal-format
  msgid ""
  "barrier region may not be closely nested inside of work-sharing, %<critical"
  "%>, %<ordered%>, %<master%>, explicit %<task%> or %<taskloop%> region"
  msgstr ""
  
! #: omp-low.c:2725
  #, gcc-internal-format
  msgid ""
  "work-sharing region may not be closely nested inside of work-sharing, "
--- 20232,20343 ----
  msgid "multiple loop axes specified for routine"
  msgstr ""
  
! #: omp-low.c:2148 omp-offload.c:1124
  #, gcc-internal-format
  msgid "%<seq%> overrides other OpenACC loop specifiers"
  msgstr ""
  
! #: omp-low.c:2151 omp-offload.c:1125
  #, gcc-internal-format
  msgid "%<auto%> conflicts with other OpenACC loop specifiers"
  msgstr ""
  
! #: omp-low.c:2155 omp-offload.c:1159
  #, gcc-internal-format
  msgid "inner loop uses same OpenACC parallelism as containing loop"
  msgstr ""
  
! #: omp-low.c:2202
  #, gcc-internal-format
  msgid "argument not permitted on %qs clause in OpenACC %<parallel%>"
  msgstr ""
  
! #: omp-low.c:2471
  #, gcc-internal-format
  msgid "non-OpenACC construct inside of OpenACC routine"
  msgstr ""
  
! #: omp-low.c:2480
  #, gcc-internal-format
  msgid "non-OpenACC construct inside of OpenACC region"
  msgstr ""
  
! #: omp-low.c:2505
  #, gcc-internal-format
  msgid ""
  "%<ordered simd threads%> must be closely nested inside of %<for simd%> region"
  msgstr ""
  
! #: omp-low.c:2513
  #, gcc-internal-format
  msgid ""
  "OpenMP constructs other than %<#pragma omp ordered simd%> may not be nested "
  "inside %<simd%> region"
  msgstr ""
  
! #: omp-low.c:2525
  #, gcc-internal-format
  msgid ""
  "only %<distribute%> or %<parallel%> regions are allowed to be strictly "
  "nested inside %<teams%> region"
  msgstr ""
  
! #: omp-low.c:2542
  #, gcc-internal-format
  msgid ""
  "%<distribute%> region must be strictly nested inside %<teams%> construct"
  msgstr ""
  
! #: omp-low.c:2583
  #, gcc-internal-format
  msgid ""
  "OpenACC loop directive must be associated with an OpenACC compute region"
  msgstr ""
  
! #: omp-low.c:2605
  #, gcc-internal-format
  msgid "orphaned %qs construct"
  msgstr ""
  
! #: omp-low.c:2634
  #, gcc-internal-format
  msgid "%<#pragma omp cancel for%> inside %<nowait%> for construct"
  msgstr ""
  
! #: omp-low.c:2639
  #, gcc-internal-format
  msgid "%<#pragma omp cancel for%> inside %<ordered%> for construct"
  msgstr ""
  
! #: omp-low.c:2659 omp-low.c:2672
  #, gcc-internal-format
  msgid "%<#pragma omp cancel sections%> inside %<nowait%> sections construct"
  msgstr ""
  
! #: omp-low.c:2698
  #, gcc-internal-format
  msgid ""
  "%<%s taskgroup%> construct not closely nested inside of %<taskgroup%> region"
  msgstr ""
  
! #: omp-low.c:2712
  #, gcc-internal-format
  msgid "invalid arguments"
  msgstr ""
  
! #: omp-low.c:2718
  #, gcc-internal-format
  msgid "%<%s %s%> construct not closely nested inside of %qs"
  msgstr ""
  
! #: omp-low.c:2746
  #, gcc-internal-format
  msgid ""
  "barrier region may not be closely nested inside of work-sharing, %<critical"
  "%>, %<ordered%>, %<master%>, explicit %<task%> or %<taskloop%> region"
  msgstr ""
  
! #: omp-low.c:2753
  #, gcc-internal-format
  msgid ""
  "work-sharing region may not be closely nested inside of work-sharing, "
*************** msgid ""
*** 20324,20434 ****
  "region"
  msgstr ""
  
! #: omp-low.c:2754
  #, gcc-internal-format
  msgid ""
  "%<master%> region may not be closely nested inside of work-sharing, explicit "
  "%<task%> or %<taskloop%> region"
  msgstr ""
  
! #: omp-low.c:2778 omp-low.c:2917
  #, gcc-internal-format
  msgid "%<depend(%s)%> is only allowed in %<omp ordered%>"
  msgstr ""
  
! #: omp-low.c:2806
  #, gcc-internal-format
  msgid ""
  "%<ordered%> construct with %<depend%> clause must be closely nested inside "
  "an %<ordered%> loop"
  msgstr ""
  
! #: omp-low.c:2823
  #, gcc-internal-format
  msgid "invalid depend kind in omp %<ordered%> %<depend%>"
  msgstr ""
  
! #: omp-low.c:2838
  #, gcc-internal-format
  msgid "%<ordered%> %<simd%> must be closely nested inside %<simd%> region"
  msgstr ""
  
! #: omp-low.c:2851
  #, gcc-internal-format
  msgid ""
  "%<ordered%> region may not be closely nested inside of %<critical%>, "
  "%<ordered%>, explicit %<task%> or %<taskloop%> region"
  msgstr ""
  
! #: omp-low.c:2862 omp-low.c:2875
  #, gcc-internal-format
  msgid ""
  "%<ordered%> region must be closely nested inside a loop region with an "
  "%<ordered%> clause"
  msgstr ""
  
! #: omp-low.c:2892
  #, gcc-internal-format
  msgid ""
  "%<critical%> region may not be nested inside a %<critical%> region with the "
  "same name"
  msgstr ""
  
! #: omp-low.c:2904
  #, gcc-internal-format
  msgid "%<teams%> construct not closely nested inside of %<target%> construct"
  msgstr ""
  
! #: omp-low.c:2925
  #, gcc-internal-format
  msgid ""
  "OpenACC region inside of OpenACC routine, nested parallelism not supported "
  "yet"
  msgstr ""
  
! #: omp-low.c:2938
  #, gcc-internal-format
  msgid "OpenACC construct inside of non-OpenACC region"
  msgstr ""
  
! #: omp-low.c:2983
  #, gcc-internal-format
  msgid "%s %qs construct inside of %s %qs region"
  msgstr ""
  
! #: omp-low.c:2996 omp-low.c:3003
  #, gcc-internal-format
  msgid "%qs construct inside of %qs region"
  msgstr ""
  
! #: omp-low.c:3115
  #, gcc-internal-format
  msgid "setjmp/longjmp inside simd construct"
  msgstr ""
  
! #: omp-low.c:6341
  #, gcc-internal-format
  msgid ""
  "ignoring sink clause with offset that is not a multiple of the loop step"
  msgstr ""
  
! #: omp-low.c:6364
  #, gcc-internal-format
  msgid "first offset must be in opposite direction of loop iterations"
  msgstr ""
  
! #: omp-low.c:9087
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid exit from %s structured block"
  msgstr ""
  
! #: omp-low.c:9089 omp-low.c:9094
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid entry to %s structured block"
  msgstr ""
  
  #. Otherwise, be vague and lazy, but efficient.
! #: omp-low.c:9098
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid branch to/from %s structured block"
  msgstr ""
--- 20345,20455 ----
  "region"
  msgstr ""
  
! #: omp-low.c:2782
  #, gcc-internal-format
  msgid ""
  "%<master%> region may not be closely nested inside of work-sharing, explicit "
  "%<task%> or %<taskloop%> region"
  msgstr ""
  
! #: omp-low.c:2806 omp-low.c:2945
  #, gcc-internal-format
  msgid "%<depend(%s)%> is only allowed in %<omp ordered%>"
  msgstr ""
  
! #: omp-low.c:2834
  #, gcc-internal-format
  msgid ""
  "%<ordered%> construct with %<depend%> clause must be closely nested inside "
  "an %<ordered%> loop"
  msgstr ""
  
! #: omp-low.c:2851
  #, gcc-internal-format
  msgid "invalid depend kind in omp %<ordered%> %<depend%>"
  msgstr ""
  
! #: omp-low.c:2866
  #, gcc-internal-format
  msgid "%<ordered%> %<simd%> must be closely nested inside %<simd%> region"
  msgstr ""
  
! #: omp-low.c:2879
  #, gcc-internal-format
  msgid ""
  "%<ordered%> region may not be closely nested inside of %<critical%>, "
  "%<ordered%>, explicit %<task%> or %<taskloop%> region"
  msgstr ""
  
! #: omp-low.c:2890 omp-low.c:2903
  #, gcc-internal-format
  msgid ""
  "%<ordered%> region must be closely nested inside a loop region with an "
  "%<ordered%> clause"
  msgstr ""
  
! #: omp-low.c:2920
  #, gcc-internal-format
  msgid ""
  "%<critical%> region may not be nested inside a %<critical%> region with the "
  "same name"
  msgstr ""
  
! #: omp-low.c:2932
  #, gcc-internal-format
  msgid "%<teams%> construct not closely nested inside of %<target%> construct"
  msgstr ""
  
! #: omp-low.c:2953
  #, gcc-internal-format
  msgid ""
  "OpenACC region inside of OpenACC routine, nested parallelism not supported "
  "yet"
  msgstr ""
  
! #: omp-low.c:2966
  #, gcc-internal-format
  msgid "OpenACC construct inside of non-OpenACC region"
  msgstr ""
  
! #: omp-low.c:3011
  #, gcc-internal-format
  msgid "%s %qs construct inside of %s %qs region"
  msgstr ""
  
! #: omp-low.c:3024 omp-low.c:3031
  #, gcc-internal-format
  msgid "%qs construct inside of %qs region"
  msgstr ""
  
! #: omp-low.c:3143
  #, gcc-internal-format
  msgid "setjmp/longjmp inside simd construct"
  msgstr ""
  
! #: omp-low.c:6379
  #, gcc-internal-format
  msgid ""
  "ignoring sink clause with offset that is not a multiple of the loop step"
  msgstr ""
  
! #: omp-low.c:6402
  #, gcc-internal-format
  msgid "first offset must be in opposite direction of loop iterations"
  msgstr ""
  
! #: omp-low.c:9125
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid exit from %s structured block"
  msgstr ""
  
! #: omp-low.c:9127 omp-low.c:9132
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid entry to %s structured block"
  msgstr ""
  
  #. Otherwise, be vague and lazy, but efficient.
! #: omp-low.c:9136
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid branch to/from %s structured block"
  msgstr ""
*************** msgstr ""
*** 20517,20523 ****
  msgid "command line option %qs is not supported by this configuration"
  msgstr ""
  
! #: opts-common.c:1129 opts.c:1773
  #, gcc-internal-format
  msgid "missing argument to %qs"
  msgstr ""
--- 20538,20544 ----
  msgid "command line option %qs is not supported by this configuration"
  msgstr ""
  
! #: opts-common.c:1129 opts.c:1780
  #, gcc-internal-format
  msgid "missing argument to %qs"
  msgstr ""
*************** msgstr ""
*** 20682,20811 ****
  msgid "-fsanitize-address-use-after-scope requires -fstack-reuse=none option"
  msgstr ""
  
! #: opts.c:1410
  #, gcc-internal-format
  msgid "unrecognized include_flags 0x%x passed to print_specific_help"
  msgstr ""
  
! #: opts.c:1610
  #, gcc-internal-format
  msgid "-fsanitize=all option is not valid"
  msgstr ""
  
! #: opts.c:1642
  #, gcc-internal-format
  msgid ""
  "unrecognized argument to -f%ssanitize%s= option: %q.*s; did you mean %qs?"
  msgstr ""
  
! #: opts.c:1649
  #, gcc-internal-format
  msgid "unrecognized argument to -f%ssanitize%s= option: %q.*s"
  msgstr ""
  
! #: opts.c:1828
  #, gcc-internal-format
  msgid "--help argument %q.*s is ambiguous, please be more specific"
  msgstr ""
  
! #: opts.c:1837
  #, gcc-internal-format
  msgid "unrecognized argument to --help= option: %q.*s"
  msgstr ""
  
! #: opts.c:2078
  #, gcc-internal-format
  msgid "HSA has not been enabled during configuration"
  msgstr ""
  
! #: opts.c:2090
  #, gcc-internal-format
  msgid "-foffload-abi option can be specified only for offload compiler"
  msgstr ""
  
! #: opts.c:2098
  #, gcc-internal-format, gfc-internal-format
  msgid "structure alignment must be a small power of two, not %d"
  msgstr ""
  
! #: opts.c:2217
  #, gcc-internal-format
  msgid "unknown stack check parameter %qs"
  msgstr ""
  
! #: opts.c:2249
  #, gcc-internal-format
  msgid ""
  "%<-gdwarf%s%> is ambiguous; use %<-gdwarf-%s%> for DWARF version or %<-"
  "gdwarf -g%s%> for debug level"
  msgstr ""
  
! #: opts.c:2260
  #, gcc-internal-format, gfc-internal-format
  msgid "dwarf version %d is not supported"
  msgstr ""
  
! #: opts.c:2360
  #, gcc-internal-format, gfc-internal-format
  msgid "%s: --param arguments should be of the form NAME=VALUE"
  msgstr ""
  
! #: opts.c:2371
  #, gcc-internal-format
  msgid "invalid --param name %qs; did you mean %qs?"
  msgstr ""
  
! #: opts.c:2374
  #, gcc-internal-format
  msgid "invalid --param name %qs"
  msgstr ""
  
! #: opts.c:2382
  #, gcc-internal-format
  msgid "invalid --param value %qs"
  msgstr ""
  
! #: opts.c:2504
  #, gcc-internal-format
  msgid "target system does not support debug output"
  msgstr ""
  
! #: opts.c:2513
  #, gcc-internal-format
  msgid "debug format %qs conflicts with prior selection"
  msgstr ""
  
! #: opts.c:2531
  #, gcc-internal-format
  msgid "unrecognized debug output level %qs"
  msgstr ""
  
! #: opts.c:2533
  #, gcc-internal-format
  msgid "debug output level %qs is too high"
  msgstr ""
  
! #: opts.c:2553
  #, gcc-internal-format
  msgid "getting core file size maximum limit: %m"
  msgstr ""
  
! #: opts.c:2557
  #, gcc-internal-format
  msgid "setting core file size limit to maximum: %m"
  msgstr ""
  
! #: opts.c:2602
  #, gcc-internal-format, gfc-internal-format
  msgid "unrecognized gcc debugging option: %c"
  msgstr ""
  
! #: opts.c:2627
  #, gcc-internal-format, gfc-internal-format
  msgid "-Werror=%s: no option -%s"
  msgstr ""
  
! #: opts.c:2629
  #, gcc-internal-format, gfc-internal-format
  msgid "-Werror=%s: -%s is not an option that controls warnings"
  msgstr ""
--- 20703,20843 ----
  msgid "-fsanitize-address-use-after-scope requires -fstack-reuse=none option"
  msgstr ""
  
! #: opts.c:1012
! #, gcc-internal-format
! msgid "transactional memory is not supported with %<-fsanitize=address%>"
! msgstr ""
! 
! #: opts.c:1015
! #, gcc-internal-format
! msgid ""
! "transactional memory is not supported with %<-fsanitize=kernel-address%>"
! msgstr ""
! 
! #: opts.c:1417
  #, gcc-internal-format
  msgid "unrecognized include_flags 0x%x passed to print_specific_help"
  msgstr ""
  
! #: opts.c:1617
  #, gcc-internal-format
  msgid "-fsanitize=all option is not valid"
  msgstr ""
  
! #: opts.c:1649
  #, gcc-internal-format
  msgid ""
  "unrecognized argument to -f%ssanitize%s= option: %q.*s; did you mean %qs?"
  msgstr ""
  
! #: opts.c:1656
  #, gcc-internal-format
  msgid "unrecognized argument to -f%ssanitize%s= option: %q.*s"
  msgstr ""
  
! #: opts.c:1835
  #, gcc-internal-format
  msgid "--help argument %q.*s is ambiguous, please be more specific"
  msgstr ""
  
! #: opts.c:1844
  #, gcc-internal-format
  msgid "unrecognized argument to --help= option: %q.*s"
  msgstr ""
  
! #: opts.c:2085
  #, gcc-internal-format
  msgid "HSA has not been enabled during configuration"
  msgstr ""
  
! #: opts.c:2097
  #, gcc-internal-format
  msgid "-foffload-abi option can be specified only for offload compiler"
  msgstr ""
  
! #: opts.c:2105
  #, gcc-internal-format, gfc-internal-format
  msgid "structure alignment must be a small power of two, not %d"
  msgstr ""
  
! #: opts.c:2224
  #, gcc-internal-format
  msgid "unknown stack check parameter %qs"
  msgstr ""
  
! #: opts.c:2256
  #, gcc-internal-format
  msgid ""
  "%<-gdwarf%s%> is ambiguous; use %<-gdwarf-%s%> for DWARF version or %<-"
  "gdwarf -g%s%> for debug level"
  msgstr ""
  
! #: opts.c:2267
  #, gcc-internal-format, gfc-internal-format
  msgid "dwarf version %d is not supported"
  msgstr ""
  
! #: opts.c:2367
  #, gcc-internal-format, gfc-internal-format
  msgid "%s: --param arguments should be of the form NAME=VALUE"
  msgstr ""
  
! #: opts.c:2378
  #, gcc-internal-format
  msgid "invalid --param name %qs; did you mean %qs?"
  msgstr ""
  
! #: opts.c:2381
  #, gcc-internal-format
  msgid "invalid --param name %qs"
  msgstr ""
  
! #: opts.c:2389
  #, gcc-internal-format
  msgid "invalid --param value %qs"
  msgstr ""
  
! #: opts.c:2511
  #, gcc-internal-format
  msgid "target system does not support debug output"
  msgstr ""
  
! #: opts.c:2520
  #, gcc-internal-format
  msgid "debug format %qs conflicts with prior selection"
  msgstr ""
  
! #: opts.c:2538
  #, gcc-internal-format
  msgid "unrecognized debug output level %qs"
  msgstr ""
  
! #: opts.c:2540
  #, gcc-internal-format
  msgid "debug output level %qs is too high"
  msgstr ""
  
! #: opts.c:2560
  #, gcc-internal-format
  msgid "getting core file size maximum limit: %m"
  msgstr ""
  
! #: opts.c:2564
  #, gcc-internal-format
  msgid "setting core file size limit to maximum: %m"
  msgstr ""
  
! #: opts.c:2609
  #, gcc-internal-format, gfc-internal-format
  msgid "unrecognized gcc debugging option: %c"
  msgstr ""
  
! #: opts.c:2634
  #, gcc-internal-format, gfc-internal-format
  msgid "-Werror=%s: no option -%s"
  msgstr ""
  
! #: opts.c:2636
  #, gcc-internal-format, gfc-internal-format
  msgid "-Werror=%s: -%s is not an option that controls warnings"
  msgstr ""
*************** msgstr ""
*** 21148,21154 ****
  msgid "register of %qD used for multiple global register variables"
  msgstr ""
  
! #: reginfo.c:789 config/rs6000/rs6000.c:31768
  #, gcc-internal-format
  msgid "conflicts with %qD"
  msgstr ""
--- 21180,21186 ----
  msgid "register of %qD used for multiple global register variables"
  msgstr ""
  
! #: reginfo.c:789 config/rs6000/rs6000.c:31817
  #, gcc-internal-format
  msgid "conflicts with %qD"
  msgstr ""
*************** msgstr ""
*** 21764,21775 ****
  msgid "error closing %s: %m"
  msgstr ""
  
! #: toplev.c:2054
  #, gcc-internal-format
  msgid "self-tests incompatible with -E"
  msgstr ""
  
! #: toplev.c:2069
  #, gcc-internal-format
  msgid "self-tests are not enabled in this build"
  msgstr ""
--- 21796,21807 ----
  msgid "error closing %s: %m"
  msgstr ""
  
! #: toplev.c:2057
  #, gcc-internal-format
  msgid "self-tests incompatible with -E"
  msgstr ""
  
! #: toplev.c:2072
  #, gcc-internal-format
  msgid "self-tests are not enabled in this build"
  msgstr ""
*************** msgstr ""
*** 22691,22737 ****
  msgid "in expansion of macro %qs"
  msgstr ""
  
! #: tree-eh.c:4669
  #, gcc-internal-format, gfc-internal-format
  msgid "BB %i has multiple EH edges"
  msgstr ""
  
! #: tree-eh.c:4681
  #, gcc-internal-format, gfc-internal-format
  msgid "BB %i can not throw but has an EH edge"
  msgstr ""
  
! #: tree-eh.c:4689
  #, gcc-internal-format, gfc-internal-format
  msgid "BB %i last statement has incorrectly set lp"
  msgstr ""
  
! #: tree-eh.c:4695
  #, gcc-internal-format, gfc-internal-format
  msgid "BB %i is missing an EH edge"
  msgstr ""
  
! #: tree-eh.c:4701
  #, gcc-internal-format, gfc-internal-format
  msgid "Incorrect EH edge %i->%i"
  msgstr ""
  
! #: tree-eh.c:4735 tree-eh.c:4754
  #, gcc-internal-format, gfc-internal-format
  msgid "BB %i is missing an edge"
  msgstr ""
  
! #: tree-eh.c:4771
  #, gcc-internal-format, gfc-internal-format
  msgid "BB %i too many fallthru edges"
  msgstr ""
  
! #: tree-eh.c:4780
  #, gcc-internal-format, gfc-internal-format
  msgid "BB %i has incorrect edge"
  msgstr ""
  
! #: tree-eh.c:4786
  #, gcc-internal-format, gfc-internal-format
  msgid "BB %i has incorrect fallthru edge"
  msgstr ""
--- 22723,22769 ----
  msgid "in expansion of macro %qs"
  msgstr ""
  
! #: tree-eh.c:4684
  #, gcc-internal-format, gfc-internal-format
  msgid "BB %i has multiple EH edges"
  msgstr ""
  
! #: tree-eh.c:4696
  #, gcc-internal-format, gfc-internal-format
  msgid "BB %i can not throw but has an EH edge"
  msgstr ""
  
! #: tree-eh.c:4704
  #, gcc-internal-format, gfc-internal-format
  msgid "BB %i last statement has incorrectly set lp"
  msgstr ""
  
! #: tree-eh.c:4710
  #, gcc-internal-format, gfc-internal-format
  msgid "BB %i is missing an EH edge"
  msgstr ""
  
! #: tree-eh.c:4716
  #, gcc-internal-format, gfc-internal-format
  msgid "Incorrect EH edge %i->%i"
  msgstr ""
  
! #: tree-eh.c:4750 tree-eh.c:4769
  #, gcc-internal-format, gfc-internal-format
  msgid "BB %i is missing an edge"
  msgstr ""
  
! #: tree-eh.c:4786
  #, gcc-internal-format, gfc-internal-format
  msgid "BB %i too many fallthru edges"
  msgstr ""
  
! #: tree-eh.c:4795
  #, gcc-internal-format, gfc-internal-format
  msgid "BB %i has incorrect edge"
  msgstr ""
  
! #: tree-eh.c:4801
  #, gcc-internal-format, gfc-internal-format
  msgid "BB %i has incorrect fallthru edge"
  msgstr ""
*************** msgstr ""
*** 22844,22875 ****
  msgid "target does not support atomic profile update, single mode is selected"
  msgstr ""
  
! #: tree-ssa-ccp.c:3422
  #, gcc-internal-format, gfc-internal-format
  msgid "argument %u null where non-null expected"
  msgstr ""
  
! #: tree-ssa-ccp.c:3427
  #, gcc-internal-format
  msgid "in a call to built-in function %qD"
  msgstr ""
  
! #: tree-ssa-ccp.c:3431
  #, gcc-internal-format
  msgid "in a call to function %qD declared here"
  msgstr ""
  
! #: tree-ssa-loop-niter.c:2367
  #, gcc-internal-format
  msgid "missed loop optimization, the loop counter may overflow"
  msgstr ""
  
! #: tree-ssa-loop-niter.c:2964
  #, gcc-internal-format, gfc-internal-format
  msgid "iteration %s invokes undefined behavior"
  msgstr ""
  
! #: tree-ssa-loop-niter.c:2965
  #, gcc-internal-format
  msgid "within this loop"
  msgstr ""
--- 22876,22907 ----
  msgid "target does not support atomic profile update, single mode is selected"
  msgstr ""
  
! #: tree-ssa-ccp.c:3420
  #, gcc-internal-format, gfc-internal-format
  msgid "argument %u null where non-null expected"
  msgstr ""
  
! #: tree-ssa-ccp.c:3425
  #, gcc-internal-format
  msgid "in a call to built-in function %qD"
  msgstr ""
  
! #: tree-ssa-ccp.c:3429
  #, gcc-internal-format
  msgid "in a call to function %qD declared here"
  msgstr ""
  
! #: tree-ssa-loop-niter.c:2416
  #, gcc-internal-format
  msgid "missed loop optimization, the loop counter may overflow"
  msgstr ""
  
! #: tree-ssa-loop-niter.c:3013
  #, gcc-internal-format, gfc-internal-format
  msgid "iteration %s invokes undefined behavior"
  msgstr ""
  
! #: tree-ssa-loop-niter.c:3014
  #, gcc-internal-format
  msgid "within this loop"
  msgstr ""
*************** msgstr ""
*** 23233,23242 ****
  #: c-family/c-attribs.c:2937 c-family/c-attribs.c:3019
  #: c-family/c-attribs.c:3062 c-family/c-attribs.c:3078
  #: c-family/c-attribs.c:3172 c-family/c-common.c:5631 config/darwin.c:2062
! #: config/arm/arm.c:6741 config/arm/arm.c:6769 config/arm/arm.c:6786
! #: config/avr/avr.c:9460 config/h8300/h8300.c:5480 config/h8300/h8300.c:5504
! #: config/i386/i386.c:7715 config/i386/i386.c:41425 config/ia64/ia64.c:762
! #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
  #: ada/gcc-interface/utils.c:6124 ada/gcc-interface/utils.c:6141
  #: ada/gcc-interface/utils.c:6157 ada/gcc-interface/utils.c:6183
  #: lto/lto-lang.c:241
--- 23265,23274 ----
  #: c-family/c-attribs.c:2937 c-family/c-attribs.c:3019
  #: c-family/c-attribs.c:3062 c-family/c-attribs.c:3078
  #: c-family/c-attribs.c:3172 c-family/c-common.c:5631 config/darwin.c:2062
! #: config/arm/arm.c:6719 config/arm/arm.c:6747 config/arm/arm.c:6764
! #: config/avr/avr.c:9475 config/h8300/h8300.c:5480 config/h8300/h8300.c:5504
! #: config/i386/i386.c:7721 config/i386/i386.c:41466 config/ia64/ia64.c:762
! #: config/rs6000/rs6000.c:35418 config/spu/spu.c:3741
  #: ada/gcc-interface/utils.c:6124 ada/gcc-interface/utils.c:6141
  #: ada/gcc-interface/utils.c:6157 ada/gcc-interface/utils.c:6183
  #: lto/lto-lang.c:241
*************** msgstr ""
*** 24235,24241 ****
  msgid "type was previously declared %qE"
  msgstr ""
  
! #: c-family/c-attribs.c:2524 cp/class.c:4715
  #, gcc-internal-format
  msgid ""
  "%<transaction_safe_dynamic%> may only be specified for a virtual function"
--- 24267,24273 ----
  msgid "type was previously declared %qE"
  msgstr ""
  
! #: c-family/c-attribs.c:2524 cp/class.c:4717
  #, gcc-internal-format
  msgid ""
  "%<transaction_safe_dynamic%> may only be specified for a virtual function"
*************** msgid ""
*** 24527,24533 ****
  "%<true%>"
  msgstr ""
  
! #: c-family/c-common.c:3427 cp/semantics.c:660 cp/typeck.c:8608
  #, gcc-internal-format
  msgid "suggest parentheses around assignment used as truth value"
  msgstr ""
--- 24559,24565 ----
  "%<true%>"
  msgstr ""
  
! #: c-family/c-common.c:3427 cp/semantics.c:660 cp/typeck.c:8609
  #, gcc-internal-format
  msgid "suggest parentheses around assignment used as truth value"
  msgstr ""
*************** msgstr ""
*** 25153,25216 ****
  msgid "extra type qualifiers in format argument (argument %d)"
  msgstr ""
  
! #: c-family/c-format.c:3469
  #, gcc-internal-format
  msgid ""
  "%s %<%s%.*s%> expects argument of type %<%s%s%>, but argument %d has type %qT"
  msgstr ""
  
! #: c-family/c-format.c:3479
  #, gcc-internal-format
  msgid "%s %<%s%.*s%> expects a matching %<%s%s%> argument"
  msgstr ""
  
! #: c-family/c-format.c:3490
  #, gcc-internal-format
  msgid ""
  "%s %<%s%.*s%> expects argument of type %<%T%s%>, but argument %d has type %qT"
  msgstr ""
  
! #: c-family/c-format.c:3500
  #, gcc-internal-format
  msgid "%s %<%s%.*s%> expects a matching %<%T%s%> argument"
  msgstr ""
  
! #: c-family/c-format.c:3562 c-family/c-format.c:3568 c-family/c-format.c:3719
  #, gcc-internal-format
  msgid "%<__gcc_host_wide_int__%> is not defined as a type"
  msgstr ""
  
! #: c-family/c-format.c:3575 c-family/c-format.c:3729
  #, gcc-internal-format
  msgid "%<__gcc_host_wide_int__%> is not defined as %<long%> or %<long long%>"
  msgstr ""
  
! #: c-family/c-format.c:3625
  #, gcc-internal-format
  msgid "%<locus%> is not defined as a type"
  msgstr ""
  
! #: c-family/c-format.c:3678
  #, gcc-internal-format
  msgid "%<location_t%> is not defined as a type"
  msgstr ""
  
! #: c-family/c-format.c:3695
  #, gcc-internal-format
  msgid "%<tree%> is not defined as a type"
  msgstr ""
  
! #: c-family/c-format.c:3700
  #, gcc-internal-format
  msgid "%<tree%> is not defined as a pointer type"
  msgstr ""
  
! #: c-family/c-format.c:3973
  #, gcc-internal-format
  msgid "args to be formatted is not %<...%>"
  msgstr ""
  
! #: c-family/c-format.c:3985
  #, gcc-internal-format
  msgid "strftime formats cannot format arguments"
  msgstr ""
--- 25185,25248 ----
  msgid "extra type qualifiers in format argument (argument %d)"
  msgstr ""
  
! #: c-family/c-format.c:3475
  #, gcc-internal-format
  msgid ""
  "%s %<%s%.*s%> expects argument of type %<%s%s%>, but argument %d has type %qT"
  msgstr ""
  
! #: c-family/c-format.c:3485
  #, gcc-internal-format
  msgid "%s %<%s%.*s%> expects a matching %<%s%s%> argument"
  msgstr ""
  
! #: c-family/c-format.c:3496
  #, gcc-internal-format
  msgid ""
  "%s %<%s%.*s%> expects argument of type %<%T%s%>, but argument %d has type %qT"
  msgstr ""
  
! #: c-family/c-format.c:3506
  #, gcc-internal-format
  msgid "%s %<%s%.*s%> expects a matching %<%T%s%> argument"
  msgstr ""
  
! #: c-family/c-format.c:3568 c-family/c-format.c:3574 c-family/c-format.c:3725
  #, gcc-internal-format
  msgid "%<__gcc_host_wide_int__%> is not defined as a type"
  msgstr ""
  
! #: c-family/c-format.c:3581 c-family/c-format.c:3735
  #, gcc-internal-format
  msgid "%<__gcc_host_wide_int__%> is not defined as %<long%> or %<long long%>"
  msgstr ""
  
! #: c-family/c-format.c:3631
  #, gcc-internal-format
  msgid "%<locus%> is not defined as a type"
  msgstr ""
  
! #: c-family/c-format.c:3684
  #, gcc-internal-format
  msgid "%<location_t%> is not defined as a type"
  msgstr ""
  
! #: c-family/c-format.c:3701
  #, gcc-internal-format
  msgid "%<tree%> is not defined as a type"
  msgstr ""
  
! #: c-family/c-format.c:3706
  #, gcc-internal-format
  msgid "%<tree%> is not defined as a pointer type"
  msgstr ""
  
! #: c-family/c-format.c:3979
  #, gcc-internal-format
  msgid "args to be formatted is not %<...%>"
  msgstr ""
  
! #: c-family/c-format.c:3991
  #, gcc-internal-format
  msgid "strftime formats cannot format arguments"
  msgstr ""
*************** msgstr ""
*** 25315,25321 ****
  msgid "repeated %<@%> before Objective-C string"
  msgstr ""
  
! #: c-family/c-lex.c:1191 cp/parser.c:3974
  #, gcc-internal-format
  msgid "unsupported non-standard concatenation of string literals"
  msgstr ""
--- 25347,25353 ----
  msgid "repeated %<@%> before Objective-C string"
  msgstr ""
  
! #: c-family/c-lex.c:1191 cp/parser.c:3976
  #, gcc-internal-format
  msgid "unsupported non-standard concatenation of string literals"
  msgstr ""
*************** msgstr ""
*** 25345,25351 ****
  msgid "%<#pragma omp atomic capture%> uses two different variables for memory"
  msgstr ""
  
! #: c-family/c-omp.c:485 cp/semantics.c:8196
  #, gcc-internal-format
  msgid "invalid type for iteration variable %qE"
  msgstr ""
--- 25377,25383 ----
  msgid "%<#pragma omp atomic capture%> uses two different variables for memory"
  msgstr ""
  
! #: c-family/c-omp.c:485 cp/semantics.c:8209
  #, gcc-internal-format
  msgid "invalid type for iteration variable %qE"
  msgstr ""
*************** msgstr ""
*** 25360,25381 ****
  msgid "%qE is not initialized"
  msgstr ""
  
! #: c-family/c-omp.c:527 cp/semantics.c:8084
  #, gcc-internal-format
  msgid "missing controlling predicate"
  msgstr ""
  
! #: c-family/c-omp.c:612 cp/semantics.c:7740
  #, gcc-internal-format
  msgid "invalid controlling predicate"
  msgstr ""
  
! #: c-family/c-omp.c:619 cp/semantics.c:8090
  #, gcc-internal-format
  msgid "missing increment expression"
  msgstr ""
  
! #: c-family/c-omp.c:683 cp/semantics.c:7855
  #, gcc-internal-format
  msgid "invalid increment expression"
  msgstr ""
--- 25392,25413 ----
  msgid "%qE is not initialized"
  msgstr ""
  
! #: c-family/c-omp.c:527 cp/semantics.c:8097
  #, gcc-internal-format
  msgid "missing controlling predicate"
  msgstr ""
  
! #: c-family/c-omp.c:612 cp/semantics.c:7753
  #, gcc-internal-format
  msgid "invalid controlling predicate"
  msgstr ""
  
! #: c-family/c-omp.c:619 cp/semantics.c:8103
  #, gcc-internal-format
  msgid "missing increment expression"
  msgstr ""
  
! #: c-family/c-omp.c:683 cp/semantics.c:7868
  #, gcc-internal-format
  msgid "invalid increment expression"
  msgstr ""
*************** msgstr ""
*** 25937,25944 ****
  msgid "wrong type argument to %s"
  msgstr ""
  
! #: c-family/c-warn.c:49 c-family/c-warn.c:62 cp/constexpr.c:1757
! #: cp/constexpr.c:3911
  #, gcc-internal-format
  msgid "overflow in constant expression"
  msgstr ""
--- 25969,25976 ----
  msgid "wrong type argument to %s"
  msgstr ""
  
! #: c-family/c-warn.c:49 c-family/c-warn.c:62 cp/constexpr.c:1773
! #: cp/constexpr.c:3935
  #, gcc-internal-format
  msgid "overflow in constant expression"
  msgstr ""
*************** msgstr[1] ""
*** 26654,26660 ****
  msgid "this condition has identical branches"
  msgstr ""
  
! #: c-family/cilk.c:93 cp/parser.c:6570
  #, gcc-internal-format
  msgid "%<_Cilk_spawn%> may only be used inside a function"
  msgstr ""
--- 26686,26692 ----
  msgid "this condition has identical branches"
  msgstr ""
  
! #: c-family/cilk.c:93 cp/parser.c:6575
  #, gcc-internal-format
  msgid "%<_Cilk_spawn%> may only be used inside a function"
  msgstr ""
*************** msgstr ""
*** 26816,26822 ****
  msgid "-march=%s: unsupported ISA substring %qs"
  msgstr ""
  
! #: common/config/rs6000/rs6000-common.c:174 config/sparc/sparc.c:1371
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown -mdebug-%s switch"
  msgstr ""
--- 26848,26854 ----
  msgid "-march=%s: unsupported ISA substring %qs"
  msgstr ""
  
! #: common/config/rs6000/rs6000-common.c:174 config/sparc/sparc.c:1482
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown -mdebug-%s switch"
  msgstr ""
*************** msgstr ""
*** 27150,27156 ****
  msgid "%Kargument %d must be a constant immediate"
  msgstr ""
  
! #: config/aarch64/aarch64-builtins.c:1160 config/arm/arm-builtins.c:2471
  #, gcc-internal-format
  msgid "%Klane index must be a constant immediate"
  msgstr ""
--- 27182,27188 ----
  msgid "%Kargument %d must be a constant immediate"
  msgstr ""
  
! #: config/aarch64/aarch64-builtins.c:1160 config/arm/arm-builtins.c:2476
  #, gcc-internal-format
  msgid "%Klane index must be a constant immediate"
  msgstr ""
*************** msgstr ""
*** 27230,27236 ****
  msgid "unknown value %qs for -mtune"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8929 config/arm/arm.c:3094
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr ""
--- 27262,27268 ----
  msgid "unknown value %qs for -mtune"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8929 config/arm/arm.c:3072
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr ""
*************** msgstr ""
*** 27315,27322 ****
  msgid "target %s %s=%s is not valid"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9544 config/arm/arm.c:30411 config/i386/i386.c:6772
! #: config/rs6000/rs6000.c:39283 config/s390/s390.c:15017
  #, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr ""
--- 27347,27354 ----
  msgid "target %s %s=%s is not valid"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9544 config/arm/arm.c:30400 config/i386/i386.c:6778
! #: config/rs6000/rs6000.c:39332 config/s390/s390.c:15024
  #, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr ""
*************** msgid "bad value %qs for -mmemory-latenc
*** 27402,27408 ****
  msgstr ""
  
  #: config/alpha/alpha.c:6663 config/alpha/alpha.c:6666 config/arc/arc.c:5816
! #: config/arc/arc.c:6095 config/s390/s390.c:873 config/tilegx/tilegx.c:3542
  #: config/tilepro/tilepro.c:3106
  #, gcc-internal-format
  msgid "bad builtin fcode"
--- 27434,27440 ----
  msgstr ""
  
  #: config/alpha/alpha.c:6663 config/alpha/alpha.c:6666 config/arc/arc.c:5816
! #: config/arc/arc.c:6095 config/s390/s390.c:876 config/tilegx/tilegx.c:3542
  #: config/tilepro/tilepro.c:3106
  #, gcc-internal-format
  msgid "bad builtin fcode"
*************** msgstr ""
*** 27579,27602 ****
  msgid "insn addresses not freed"
  msgstr ""
  
! #: config/arm/arm-builtins.c:2349
  #, gcc-internal-format
  msgid "this builtin is not supported for this target"
  msgstr ""
  
! #: config/arm/arm-builtins.c:2454
  #, gcc-internal-format
  msgid ""
  "You must enable NEON instructions (e.g. -mfloat-abi=softfp -mfpu=neon) to "
  "use these intrinsics."
  msgstr ""
  
! #: config/arm/arm-builtins.c:2492
  #, gcc-internal-format
  msgid "You must enable VFP instructions to use these intrinsics."
  msgstr ""
  
! #: config/arm/arm-builtins.c:2552
  #, gcc-internal-format
  msgid ""
  "You must enable crypto instructions (e.g. include -mfloat-abi=softfp -"
--- 27611,27634 ----
  msgid "insn addresses not freed"
  msgstr ""
  
! #: config/arm/arm-builtins.c:2354
  #, gcc-internal-format
  msgid "this builtin is not supported for this target"
  msgstr ""
  
! #: config/arm/arm-builtins.c:2459
  #, gcc-internal-format
  msgid ""
  "You must enable NEON instructions (e.g. -mfloat-abi=softfp -mfpu=neon) to "
  "use these intrinsics."
  msgstr ""
  
! #: config/arm/arm-builtins.c:2497
  #, gcc-internal-format
  msgid "You must enable VFP instructions to use these intrinsics."
  msgstr ""
  
! #: config/arm/arm-builtins.c:2557
  #, gcc-internal-format
  msgid ""
  "You must enable crypto instructions (e.g. include -mfloat-abi=softfp -"
*************** msgid ""
*** 27604,28008 ****
  msgstr ""
  
  #. @@@ better error message
! #: config/arm/arm-builtins.c:2610 config/arm/arm-builtins.c:2714
  #, gcc-internal-format
  msgid "selector must be an immediate"
  msgstr ""
  
! #: config/arm/arm-builtins.c:2618 config/arm/arm-builtins.c:2663
! #: config/arm/arm-builtins.c:2721 config/arm/arm-builtins.c:2730
  #, gcc-internal-format
  msgid "the range of selector should be in 0 to 7"
  msgstr ""
  
! #: config/arm/arm-builtins.c:2623 config/arm/arm-builtins.c:2732
  #, gcc-internal-format
  msgid "the range of selector should be in 0 to 3"
  msgstr ""
  
! #: config/arm/arm-builtins.c:2628 config/arm/arm-builtins.c:2734
  #, gcc-internal-format
  msgid "the range of selector should be in 0 to 1"
  msgstr ""
  
! #: config/arm/arm-builtins.c:2800
  #, gcc-internal-format
  msgid "mask must be an immediate"
  msgstr ""
  
! #: config/arm/arm-builtins.c:2805
  #, gcc-internal-format
  msgid "the range of mask should be in 0 to 255"
  msgstr ""
  
! #: config/arm/arm-builtins.c:2993
  #, gcc-internal-format
  msgid ""
  "the range of count should be in 0 to 32.  please check the intrinsic "
  "_mm_rori_pi16 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:2995
  #, gcc-internal-format
  msgid ""
  "the range of count should be in 0 to 32.  please check the intrinsic "
  "_mm_rori_pi32 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:2997
  #, gcc-internal-format
  msgid ""
  "the range of count should be in 0 to 32.  please check the intrinsic "
  "_mm_ror_pi16 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:2999
  #, gcc-internal-format
  msgid ""
  "the range of count should be in 0 to 32.  please check the intrinsic "
  "_mm_ror_pi32 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3005
  #, gcc-internal-format
  msgid ""
  "the range of count should be in 0 to 64.  please check the intrinsic "
  "_mm_rori_si64 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3007
  #, gcc-internal-format
  msgid ""
  "the range of count should be in 0 to 64.  please check the intrinsic "
  "_mm_ror_si64 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3012
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic "
  "_mm_srli_pi16 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3014
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic "
  "_mm_srli_pi32 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3016
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic "
  "_mm_srli_si64 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3018
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic "
  "_mm_slli_pi16 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3020
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic "
  "_mm_slli_pi32 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3022
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic "
  "_mm_slli_si64 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3024
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic "
  "_mm_srai_pi16 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3026
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic "
  "_mm_srai_pi32 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3028
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic "
  "_mm_srai_si64 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3030
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic _mm_srl_pi16 "
  "in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3032
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic _mm_srl_pi32 "
  "in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3034
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic _mm_srl_si64 "
  "in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3036
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic _mm_sll_pi16 "
  "in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3038
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic _mm_sll_pi32 "
  "in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3040
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic _mm_sll_si64 "
  "in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3042
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic _mm_sra_pi16 "
  "in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3044
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic _mm_sra_pi32 "
  "in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3046
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 "
  "in code."
  msgstr ""
  
! #: config/arm/arm.c:2800
  #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:2806
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr ""
  
! #: config/arm/arm.c:2810
  #, gcc-internal-format
  msgid ""
  "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2813
  #, gcc-internal-format
  msgid ""
  "enabling callee interworking support is only meaningful when compiling for "
  "the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2821
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr ""
  
! #: config/arm/arm.c:2825
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2828
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2832
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2840
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2845
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2948
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr ""
  
! #: config/arm/arm.c:2993
  #, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr ""
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3247
  #, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr ""
  
! #: config/arm/arm.c:3322
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr ""
  
! #: config/arm/arm.c:3328
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr ""
  
! #: config/arm/arm.c:3336
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:3339
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr ""
  
! #: config/arm/arm.c:3373
  #, gcc-internal-format
  msgid "selected fp16 options are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:3404
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr ""
  
! #: config/arm/arm.c:3407
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr ""
  
! #: config/arm/arm.c:3418
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr ""
  
! #: config/arm/arm.c:3421
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr ""
  
! #: config/arm/arm.c:3426
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr ""
  
! #: config/arm/arm.c:3437
  #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr ""
  
! #: config/arm/arm.c:3445
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr ""
  
! #: config/arm/arm.c:3481
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr ""
  
! #: config/arm/arm.c:3483
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr ""
  
! #: config/arm/arm.c:3508
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr ""
  
! #: config/arm/arm.c:3520
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr ""
  
! #: config/arm/arm.c:3529
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr ""
  
! #: config/arm/arm.c:3548
  #, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr ""
  
! #: config/arm/arm.c:3639
  #, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr ""
  
! #: config/arm/arm.c:5707
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5709
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5728
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5923
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr ""
  
! #: config/arm/arm.c:6362 config/arm/arm.c:6565 config/arm/arm.c:6593
! #: config/arm/arm.c:26560
  #, gcc-internal-format
  msgid "parameter passing for argument of type %qT changed in GCC 7.1"
  msgstr ""
  
! #: config/arm/arm.c:6709 config/arm/arm.c:6727 config/arm/arm.c:6902
! #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
! #: config/i386/i386.c:7670 config/i386/i386.c:13041 config/i386/i386.c:41329
! #: config/i386/i386.c:41379 config/i386/i386.c:41449 config/m68k/m68k.c:760
! #: config/mcore/mcore.c:3056 config/nvptx/nvptx.c:4278 config/rl78/rl78.c:781
! #: config/rs6000/rs6000.c:35295 config/rx/rx.c:2696 config/rx/rx.c:2722
! #: config/s390/s390.c:1082 config/sh/sh.c:8394 config/sh/sh.c:8412
  #: config/sh/sh.c:8436 config/sh/sh.c:8507 config/sh/sh.c:8530
  #: config/spu/spu.c:3683 config/stormy16/stormy16.c:2212
  #: config/v850/v850.c:2083 config/visium/visium.c:705
--- 27636,28040 ----
  msgstr ""
  
  #. @@@ better error message
! #: config/arm/arm-builtins.c:2615 config/arm/arm-builtins.c:2719
  #, gcc-internal-format
  msgid "selector must be an immediate"
  msgstr ""
  
! #: config/arm/arm-builtins.c:2623 config/arm/arm-builtins.c:2668
! #: config/arm/arm-builtins.c:2726 config/arm/arm-builtins.c:2735
  #, gcc-internal-format
  msgid "the range of selector should be in 0 to 7"
  msgstr ""
  
! #: config/arm/arm-builtins.c:2628 config/arm/arm-builtins.c:2737
  #, gcc-internal-format
  msgid "the range of selector should be in 0 to 3"
  msgstr ""
  
! #: config/arm/arm-builtins.c:2633 config/arm/arm-builtins.c:2739
  #, gcc-internal-format
  msgid "the range of selector should be in 0 to 1"
  msgstr ""
  
! #: config/arm/arm-builtins.c:2805
  #, gcc-internal-format
  msgid "mask must be an immediate"
  msgstr ""
  
! #: config/arm/arm-builtins.c:2810
  #, gcc-internal-format
  msgid "the range of mask should be in 0 to 255"
  msgstr ""
  
! #: config/arm/arm-builtins.c:2998
  #, gcc-internal-format
  msgid ""
  "the range of count should be in 0 to 32.  please check the intrinsic "
  "_mm_rori_pi16 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3000
  #, gcc-internal-format
  msgid ""
  "the range of count should be in 0 to 32.  please check the intrinsic "
  "_mm_rori_pi32 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3002
  #, gcc-internal-format
  msgid ""
  "the range of count should be in 0 to 32.  please check the intrinsic "
  "_mm_ror_pi16 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3004
  #, gcc-internal-format
  msgid ""
  "the range of count should be in 0 to 32.  please check the intrinsic "
  "_mm_ror_pi32 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3010
  #, gcc-internal-format
  msgid ""
  "the range of count should be in 0 to 64.  please check the intrinsic "
  "_mm_rori_si64 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3012
  #, gcc-internal-format
  msgid ""
  "the range of count should be in 0 to 64.  please check the intrinsic "
  "_mm_ror_si64 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3017
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic "
  "_mm_srli_pi16 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3019
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic "
  "_mm_srli_pi32 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3021
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic "
  "_mm_srli_si64 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3023
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic "
  "_mm_slli_pi16 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3025
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic "
  "_mm_slli_pi32 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3027
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic "
  "_mm_slli_si64 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3029
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic "
  "_mm_srai_pi16 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3031
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic "
  "_mm_srai_pi32 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3033
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic "
  "_mm_srai_si64 in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3035
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic _mm_srl_pi16 "
  "in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3037
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic _mm_srl_pi32 "
  "in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3039
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic _mm_srl_si64 "
  "in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3041
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic _mm_sll_pi16 "
  "in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3043
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic _mm_sll_pi32 "
  "in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3045
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic _mm_sll_si64 "
  "in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3047
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic _mm_sra_pi16 "
  "in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3049
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic _mm_sra_pi32 "
  "in code."
  msgstr ""
  
! #: config/arm/arm-builtins.c:3051
  #, gcc-internal-format
  msgid ""
  "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 "
  "in code."
  msgstr ""
  
! #: config/arm/arm.c:2778
  #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:2784
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr ""
  
! #: config/arm/arm.c:2788
  #, gcc-internal-format
  msgid ""
  "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2791
  #, gcc-internal-format
  msgid ""
  "enabling callee interworking support is only meaningful when compiling for "
  "the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2799
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr ""
  
! #: config/arm/arm.c:2803
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2806
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2810
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2818
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2823
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2926
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr ""
  
! #: config/arm/arm.c:2971
  #, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr ""
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3225
  #, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr ""
  
! #: config/arm/arm.c:3300
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr ""
  
! #: config/arm/arm.c:3306
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr ""
  
! #: config/arm/arm.c:3314
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:3317
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr ""
  
! #: config/arm/arm.c:3351
  #, gcc-internal-format
  msgid "selected fp16 options are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:3382
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr ""
  
! #: config/arm/arm.c:3385
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr ""
  
! #: config/arm/arm.c:3396
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr ""
  
! #: config/arm/arm.c:3399
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr ""
  
! #: config/arm/arm.c:3404
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr ""
  
! #: config/arm/arm.c:3415
  #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr ""
  
! #: config/arm/arm.c:3423
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr ""
  
! #: config/arm/arm.c:3459
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr ""
  
! #: config/arm/arm.c:3461
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr ""
  
! #: config/arm/arm.c:3486
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr ""
  
! #: config/arm/arm.c:3498
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr ""
  
! #: config/arm/arm.c:3507
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr ""
  
! #: config/arm/arm.c:3526
  #, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr ""
  
! #: config/arm/arm.c:3617
  #, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr ""
  
! #: config/arm/arm.c:5685
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5687
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5706
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5901
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr ""
  
! #: config/arm/arm.c:6340 config/arm/arm.c:6543 config/arm/arm.c:6571
! #: config/arm/arm.c:26549
  #, gcc-internal-format
  msgid "parameter passing for argument of type %qT changed in GCC 7.1"
  msgstr ""
  
! #: config/arm/arm.c:6687 config/arm/arm.c:6705 config/arm/arm.c:6880
! #: config/avr/avr.c:9495 config/avr/avr.c:9511 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
! #: config/i386/i386.c:7676 config/i386/i386.c:13047 config/i386/i386.c:41370
! #: config/i386/i386.c:41420 config/i386/i386.c:41490 config/m68k/m68k.c:760
! #: config/mcore/mcore.c:3056 config/nvptx/nvptx.c:4294 config/rl78/rl78.c:781
! #: config/rs6000/rs6000.c:35344 config/rx/rx.c:2696 config/rx/rx.c:2722
! #: config/s390/s390.c:1085 config/sh/sh.c:8394 config/sh/sh.c:8412
  #: config/sh/sh.c:8436 config/sh/sh.c:8507 config/sh/sh.c:8530
  #: config/spu/spu.c:3683 config/stormy16/stormy16.c:2212
  #: config/v850/v850.c:2083 config/visium/visium.c:705
*************** msgstr ""
*** 28010,28083 ****
  msgid "%qE attribute only applies to functions"
  msgstr ""
  
! #: config/arm/arm.c:6851
  #, gcc-internal-format
  msgid ""
  "%qE attribute not available to functions with arguments passed on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6863
  #, gcc-internal-format
  msgid ""
  "%qE attribute not available to functions with variable number of arguments"
  msgstr ""
  
! #: config/arm/arm.c:6872
  #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6894 config/arm/arm.c:6946
  #, gcc-internal-format
  msgid "%qE attribute ignored without -mcmse option."
  msgstr ""
  
! #: config/arm/arm.c:6913
  #, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr ""
  
! #: config/arm/arm.c:6962
  #, gcc-internal-format
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr ""
  
! #: config/arm/arm.c:12245
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12248
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23495
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr ""
  
! #: config/arm/arm.c:24148
  #, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr ""
  
! #: config/arm/arm.c:24412
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr ""
  
! #: config/arm/arm.c:24661
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:24890
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30435
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid fpu for attribute(target(\"%s\"))"
  msgstr ""
--- 28042,28122 ----
  msgid "%qE attribute only applies to functions"
  msgstr ""
  
! #: config/arm/arm.c:6829
  #, gcc-internal-format
  msgid ""
  "%qE attribute not available to functions with arguments passed on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6841
  #, gcc-internal-format
  msgid ""
  "%qE attribute not available to functions with variable number of arguments"
  msgstr ""
  
! #: config/arm/arm.c:6850
  #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6872 config/arm/arm.c:6924
  #, gcc-internal-format
  msgid "%qE attribute ignored without -mcmse option."
  msgstr ""
  
! #: config/arm/arm.c:6891
  #, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr ""
  
! #: config/arm/arm.c:6940
  #, gcc-internal-format
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr ""
  
! #: config/arm/arm.c:8656
! #, gcc-internal-format
! msgid ""
! "accessing thread-local storage is not currently supported with -mpure-code "
! "or -mslow-flash-data"
! msgstr ""
! 
! #: config/arm/arm.c:12232
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12235
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23484
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr ""
  
! #: config/arm/arm.c:24137
  #, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr ""
  
! #: config/arm/arm.c:24401
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr ""
  
! #: config/arm/arm.c:24650
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:24879
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30424
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid fpu for attribute(target(\"%s\"))"
  msgstr ""
*************** msgstr ""
*** 28085,28097 ****
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30443
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30450 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:15083 config/s390/s390.c:15133 config/s390/s390.c:15150
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr ""
--- 28124,28136 ----
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30432
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30439 config/i386/i386.c:6844 config/i386/i386.c:6891
! #: config/s390/s390.c:15090 config/s390/s390.c:15140 config/s390/s390.c:15157
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr ""
*************** msgstr ""
*** 28185,28352 ****
  msgid "function attributes %qs and %qs have no effect on %qs function"
  msgstr ""
  
! #: config/avr/avr.c:1074
  #, gcc-internal-format
  msgid "%qs function cannot have arguments"
  msgstr ""
  
! #: config/avr/avr.c:1077
  #, gcc-internal-format
  msgid "%qs function cannot return a value"
  msgstr ""
  
! #: config/avr/avr.c:1084
  #, gcc-internal-format
! msgid "%qs appears to be a misspelled %s handler, missing __vector prefix"
  msgstr ""
  
! #: config/avr/avr.c:1311
  #, gcc-internal-format
  msgid "%<builtin_return_address%> contains only 2 bytes of address"
  msgstr ""
  
! #: config/avr/avr.c:2543
  #, gcc-internal-format
  msgid "pointer offset from symbol maybe incorrect"
  msgstr ""
  
! #: config/avr/avr.c:2682
  #, gcc-internal-format
  msgid "accessing data memory with program memory address"
  msgstr ""
  
! #: config/avr/avr.c:2743
  #, gcc-internal-format
  msgid "accessing program memory with data memory address"
  msgstr ""
  
! #: config/avr/avr.c:3222
  #, gcc-internal-format, gfc-internal-format
  msgid "fixed register %s used to pass parameter to function"
  msgstr ""
  
! #: config/avr/avr.c:3492
  #, gcc-internal-format
  msgid "writing to address space %qs not supported"
  msgstr ""
  
! #: config/avr/avr.c:9515
  #, gcc-internal-format
  msgid "%qE attribute only applies to variables in static storage"
  msgstr ""
  
! #: config/avr/avr.c:9522
  #, gcc-internal-format
  msgid "%qE attribute only supported for reduced Tiny cores"
  msgstr ""
  
! #: config/avr/avr.c:9539 config/bfin/bfin.c:4795 config/i386/winnt.c:59
! #: config/nvptx/nvptx.c:4301
  #, gcc-internal-format
  msgid "%qE attribute only applies to variables"
  msgstr ""
  
! #: config/avr/avr.c:9550
  #, gcc-internal-format
  msgid "%qE attribute allows only an integer constant argument"
  msgstr ""
  
! #: config/avr/avr.c:9560
  #, gcc-internal-format
  msgid "%qE attribute address out of range"
  msgstr ""
  
! #: config/avr/avr.c:9573
  #, gcc-internal-format
  msgid "both %s and %qE attribute provide address"
  msgstr ""
  
! #: config/avr/avr.c:9583
  #, gcc-internal-format
  msgid "%qE attribute on non-volatile variable"
  msgstr ""
  
! #: config/avr/avr.c:9653
  #, gcc-internal-format
  msgid "address spaces are not supported for reduced Tiny devices"
  msgstr ""
  
! #: config/avr/avr.c:9660
  #, gcc-internal-format
  msgid ""
  "address space %qs not supported for devices with flash size up to %d KiB"
  msgstr ""
  
! #: config/avr/avr.c:9831
  #, gcc-internal-format
  msgid "pointer targeting address space %qs must be const in %qT"
  msgstr ""
  
! #: config/avr/avr.c:9834
  #, gcc-internal-format
  msgid "pointer targeting address space %qs must be const in %s %q+D"
  msgstr ""
  
! #: config/avr/avr.c:9880
  #, gcc-internal-format
  msgid ""
  "variable %q+D must be const in order to be put into read-only section by "
  "means of %qs"
  msgstr ""
  
! #: config/avr/avr.c:9919
  #, gcc-internal-format
  msgid "static IO declaration for %q+D needs an address"
  msgstr ""
  
! #: config/avr/avr.c:9951
  #, gcc-internal-format
  msgid "IO definition for %q+D needs an address"
  msgstr ""
  
! #: config/avr/avr.c:10058
  #, gcc-internal-format
  msgid "only uninitialized variables can be placed in the .noinit section"
  msgstr ""
  
! #: config/avr/avr.c:10138
  #, gcc-internal-format
  msgid "uninitialized variable %q+D put into program memory area"
  msgstr ""
  
! #: config/avr/avr.c:10224
  #, gcc-internal-format
  msgid "%q+D has incompatible attributes %qs and %qs"
  msgstr ""
  
! #: config/avr/avr.c:10287
  #, gcc-internal-format
  msgid "architecture %qs supported for assembler only"
  msgstr ""
  
! #: config/avr/avr.c:12823
  #, gcc-internal-format
  msgid "conversion from address space %qs to address space %qs"
  msgstr ""
  
! #: config/avr/avr.c:13916 config/avr/avr.c:13929
  #, gcc-internal-format, gfc-internal-format
  msgid "%s expects a compile time integer constant"
  msgstr ""
  
! #: config/avr/avr.c:13943
  #, gcc-internal-format, gfc-internal-format
  msgid "%s expects a compile time long integer constant as first argument"
  msgstr ""
  
! #: config/avr/avr.c:13971
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "rounding to %d bits has no effect for fixed-point value with %d fractional "
  "bits"
  msgstr ""
  
! #: config/avr/avr.c:13980
  #, gcc-internal-format
  msgid "rounding result will always be 0"
  msgstr ""
--- 28224,28404 ----
  msgid "function attributes %qs and %qs have no effect on %qs function"
  msgstr ""
  
! #: config/avr/avr.c:1068
  #, gcc-internal-format
  msgid "%qs function cannot have arguments"
  msgstr ""
  
! #: config/avr/avr.c:1071
  #, gcc-internal-format
  msgid "%qs function cannot return a value"
  msgstr ""
  
! #: config/avr/avr.c:1085
  #, gcc-internal-format
! msgid "%qs appears to be a misspelled %qs handler, missing %<__vector%> prefix"
  msgstr ""
  
! #: config/avr/avr.c:1098
! #, gcc-internal-format
! msgid ""
! "%qs is a reserved indentifier in AVR-LibC.  Consider %<#include <avr/"
! "interrupt.h>%> before using the %qs macro"
! msgstr ""
! 
! #: config/avr/avr.c:1327
  #, gcc-internal-format
  msgid "%<builtin_return_address%> contains only 2 bytes of address"
  msgstr ""
  
! #: config/avr/avr.c:2559
  #, gcc-internal-format
  msgid "pointer offset from symbol maybe incorrect"
  msgstr ""
  
! #: config/avr/avr.c:2698
  #, gcc-internal-format
  msgid "accessing data memory with program memory address"
  msgstr ""
  
! #: config/avr/avr.c:2759
  #, gcc-internal-format
  msgid "accessing program memory with data memory address"
  msgstr ""
  
! #: config/avr/avr.c:3238
  #, gcc-internal-format, gfc-internal-format
  msgid "fixed register %s used to pass parameter to function"
  msgstr ""
  
! #: config/avr/avr.c:3508
  #, gcc-internal-format
  msgid "writing to address space %qs not supported"
  msgstr ""
  
! #: config/avr/avr.c:9530
  #, gcc-internal-format
  msgid "%qE attribute only applies to variables in static storage"
  msgstr ""
  
! #: config/avr/avr.c:9537
  #, gcc-internal-format
  msgid "%qE attribute only supported for reduced Tiny cores"
  msgstr ""
  
! #: config/avr/avr.c:9554 config/bfin/bfin.c:4795 config/i386/winnt.c:59
! #: config/nvptx/nvptx.c:4317
  #, gcc-internal-format
  msgid "%qE attribute only applies to variables"
  msgstr ""
  
! #: config/avr/avr.c:9565
  #, gcc-internal-format
  msgid "%qE attribute allows only an integer constant argument"
  msgstr ""
  
! #: config/avr/avr.c:9575
  #, gcc-internal-format
  msgid "%qE attribute address out of range"
  msgstr ""
  
! #: config/avr/avr.c:9588
  #, gcc-internal-format
  msgid "both %s and %qE attribute provide address"
  msgstr ""
  
! #: config/avr/avr.c:9598
  #, gcc-internal-format
  msgid "%qE attribute on non-volatile variable"
  msgstr ""
  
! #: config/avr/avr.c:9668
  #, gcc-internal-format
  msgid "address spaces are not supported for reduced Tiny devices"
  msgstr ""
  
! #: config/avr/avr.c:9675
  #, gcc-internal-format
  msgid ""
  "address space %qs not supported for devices with flash size up to %d KiB"
  msgstr ""
  
! #: config/avr/avr.c:9846
  #, gcc-internal-format
  msgid "pointer targeting address space %qs must be const in %qT"
  msgstr ""
  
! #: config/avr/avr.c:9849
  #, gcc-internal-format
  msgid "pointer targeting address space %qs must be const in %s %q+D"
  msgstr ""
  
! #: config/avr/avr.c:9895
  #, gcc-internal-format
  msgid ""
  "variable %q+D must be const in order to be put into read-only section by "
  "means of %qs"
  msgstr ""
  
! #: config/avr/avr.c:9934
  #, gcc-internal-format
  msgid "static IO declaration for %q+D needs an address"
  msgstr ""
  
! #: config/avr/avr.c:9966
  #, gcc-internal-format
  msgid "IO definition for %q+D needs an address"
  msgstr ""
  
! #: config/avr/avr.c:10073
  #, gcc-internal-format
  msgid "only uninitialized variables can be placed in the .noinit section"
  msgstr ""
  
! #. This might happen with C++ if stuff needs constructing.
! #: config/avr/avr.c:10149
! #, gcc-internal-format
! msgid "variable %q+D with dynamic initialization put into program memory area"
! msgstr ""
! 
! #: config/avr/avr.c:10160
  #, gcc-internal-format
  msgid "uninitialized variable %q+D put into program memory area"
  msgstr ""
  
! #: config/avr/avr.c:10247
  #, gcc-internal-format
  msgid "%q+D has incompatible attributes %qs and %qs"
  msgstr ""
  
! #: config/avr/avr.c:10310
  #, gcc-internal-format
  msgid "architecture %qs supported for assembler only"
  msgstr ""
  
! #: config/avr/avr.c:12872
  #, gcc-internal-format
  msgid "conversion from address space %qs to address space %qs"
  msgstr ""
  
! #: config/avr/avr.c:13965 config/avr/avr.c:13978
  #, gcc-internal-format, gfc-internal-format
  msgid "%s expects a compile time integer constant"
  msgstr ""
  
! #: config/avr/avr.c:13992
  #, gcc-internal-format, gfc-internal-format
  msgid "%s expects a compile time long integer constant as first argument"
  msgstr ""
  
! #: config/avr/avr.c:14020
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "rounding to %d bits has no effect for fixed-point value with %d fractional "
  "bits"
  msgstr ""
  
! #: config/avr/avr.c:14029
  #, gcc-internal-format
  msgid "rounding result will always be 0"
  msgstr ""
*************** msgstr ""
*** 28633,28644 ****
  msgid "invalid IACC argument"
  msgstr ""
  
! #: config/frv/frv.c:8708
  #, gcc-internal-format
  msgid "%qs expects a constant argument"
  msgstr ""
  
! #: config/frv/frv.c:8713
  #, gcc-internal-format
  msgid "constant argument out of range for %qs"
  msgstr ""
--- 28685,28696 ----
  msgid "invalid IACC argument"
  msgstr ""
  
! #: config/frv/frv.c:8708 config/sparc/sparc.c:10545
  #, gcc-internal-format
  msgid "%qs expects a constant argument"
  msgstr ""
  
! #: config/frv/frv.c:8713 config/sparc/sparc.c:10551
  #, gcc-internal-format
  msgid "constant argument out of range for %qs"
  msgstr ""
*************** msgstr ""
*** 28822,28828 ****
  msgid "code model %qs not supported in x32 mode"
  msgstr ""
  
! #: config/i386/i386.c:5372 config/i386/i386.c:5381 config/i386/i386.c:6556
  #, gcc-internal-format, gfc-internal-format
  msgid "code model %s does not support PIC mode"
  msgstr ""
--- 28874,28880 ----
  msgid "code model %qs not supported in x32 mode"
  msgstr ""
  
! #: config/i386/i386.c:5372 config/i386/i386.c:5381 config/i386/i386.c:6562
  #, gcc-internal-format, gfc-internal-format
  msgid "code model %s does not support PIC mode"
  msgstr ""
*************** msgstr ""
*** 28954,29239 ****
  msgid "%<target(\"rtd\")%> is ignored in 64bit mode"
  msgstr ""
  
! #: config/i386/i386.c:5938
  #, gcc-internal-format
  msgid "-mpreferred-stack-boundary is not supported for this target"
  msgstr ""
  
! #: config/i386/i386.c:5941
  #, gcc-internal-format, gfc-internal-format
  msgid "-mpreferred-stack-boundary=%d is not between %d and %d"
  msgstr ""
  
! #: config/i386/i386.c:5964
  #, gcc-internal-format, gfc-internal-format
  msgid "-mincoming-stack-boundary=%d is not between %d and 12"
  msgstr ""
  
! #: config/i386/i386.c:5977
  #, gcc-internal-format
  msgid "-mnop-mcount is not compatible with this target"
  msgstr ""
  
! #: config/i386/i386.c:5980
  #, gcc-internal-format
  msgid "-mnop-mcount is not implemented for -fPIC"
  msgstr ""
  
! #: config/i386/i386.c:5986
  #, gcc-internal-format
  msgid "%<-msseregparm%> used without SSE enabled"
  msgstr ""
  
! #: config/i386/i386.c:5987
  #, gcc-internal-format
  msgid "%<target(\"sseregparm\")%> used without SSE enabled"
  msgstr ""
  
! #: config/i386/i386.c:5997
  #, gcc-internal-format
  msgid "SSE instruction set disabled, using 387 arithmetics"
  msgstr ""
  
! #: config/i386/i386.c:6004
  #, gcc-internal-format
  msgid "387 instruction set disabled, using SSE arithmetics"
  msgstr ""
  
! #: config/i386/i386.c:6054
  #, gcc-internal-format
  msgid "stack probing requires %<-maccumulate-outgoing-args%> for correctness"
  msgstr ""
  
! #: config/i386/i386.c:6056
  #, gcc-internal-format
  msgid ""
  "stack probing requires %<target(\"accumulate-outgoing-args\")%> for "
  "correctness"
  msgstr ""
  
! #: config/i386/i386.c:6070
  #, gcc-internal-format
  msgid "fixed ebp register requires %<-maccumulate-outgoing-args%>"
  msgstr ""
  
! #: config/i386/i386.c:6072
  #, gcc-internal-format
  msgid "fixed ebp register requires %<target(\"accumulate-outgoing-args\")%>"
  msgstr ""
  
! #: config/i386/i386.c:6178
  #, gcc-internal-format
  msgid "-mfentry isn%'t supported for 32-bit in combination with -fpic"
  msgstr ""
  
! #: config/i386/i386.c:6185
  #, gcc-internal-format
  msgid "-mno-fentry isn%'t compatible with SEH"
  msgstr ""
  
! #: config/i386/i386.c:6252 config/rs6000/rs6000.c:5475
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown option for -mrecip=%s"
  msgstr ""
  
! #: config/i386/i386.c:6866
  #, gcc-internal-format, gfc-internal-format
  msgid "option(\"%s\") was already specified"
  msgstr ""
  
! #: config/i386/i386.c:7168
  #, gcc-internal-format
  msgid "Only DWARF debug format is supported for interrupt service routine."
  msgstr ""
  
! #: config/i386/i386.c:7267
  #, gcc-internal-format, gfc-internal-format
  msgid "%s instructions aren't allowed in %s service routine"
  msgstr ""
  
! #: config/i386/i386.c:7271
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "%s instructions aren't allowed in function with no_caller_saved_registers "
  "attribute"
  msgstr ""
  
! #: config/i386/i386.c:7683 config/i386/i386.c:7734
  #, gcc-internal-format
  msgid "fastcall and regparm attributes are not compatible"
  msgstr ""
  
! #: config/i386/i386.c:7688
  #, gcc-internal-format
  msgid "regparam and thiscall attributes are not compatible"
  msgstr ""
  
! #: config/i386/i386.c:7695 config/i386/i386.c:41349
  #, gcc-internal-format
  msgid "%qE attribute requires an integer constant argument"
  msgstr ""
  
! #: config/i386/i386.c:7701
  #, gcc-internal-format
  msgid "argument to %qE attribute larger than %d"
  msgstr ""
  
! #: config/i386/i386.c:7726 config/i386/i386.c:7769
  #, gcc-internal-format
  msgid "fastcall and cdecl attributes are not compatible"
  msgstr ""
  
! #: config/i386/i386.c:7730
  #, gcc-internal-format
  msgid "fastcall and stdcall attributes are not compatible"
  msgstr ""
  
! #: config/i386/i386.c:7738 config/i386/i386.c:7787
  #, gcc-internal-format
  msgid "fastcall and thiscall attributes are not compatible"
  msgstr ""
  
! #: config/i386/i386.c:7748 config/i386/i386.c:7765
  #, gcc-internal-format
  msgid "stdcall and cdecl attributes are not compatible"
  msgstr ""
  
! #: config/i386/i386.c:7752
  #, gcc-internal-format
  msgid "stdcall and fastcall attributes are not compatible"
  msgstr ""
  
! #: config/i386/i386.c:7756 config/i386/i386.c:7783
  #, gcc-internal-format
  msgid "stdcall and thiscall attributes are not compatible"
  msgstr ""
  
! #: config/i386/i386.c:7773 config/i386/i386.c:7791
  #, gcc-internal-format
  msgid "cdecl and thiscall attributes are not compatible"
  msgstr ""
  
! #: config/i386/i386.c:7779
  #, gcc-internal-format
  msgid "%qE attribute is used for non-class method"
  msgstr ""
  
! #: config/i386/i386.c:8023
  #, gcc-internal-format
  msgid "calling %qD with attribute sseregparm without SSE/SSE2 enabled"
  msgstr ""
  
! #: config/i386/i386.c:8026
  #, gcc-internal-format
  msgid "calling %qT with attribute sseregparm without SSE/SSE2 enabled"
  msgstr ""
  
! #: config/i386/i386.c:8342
  #, gcc-internal-format
  msgid "X32 does not support ms_abi attribute"
  msgstr ""
  
! #: config/i386/i386.c:8374
  #, gcc-internal-format
  msgid "ms_hook_prologue is not compatible with nested function"
  msgstr ""
  
! #: config/i386/i386.c:8687
  #, gcc-internal-format
  msgid "AVX512F vector argument without AVX512F enabled changes the ABI"
  msgstr ""
  
! #: config/i386/i386.c:8693
  #, gcc-internal-format
  msgid "AVX512F vector return without AVX512F enabled changes the ABI"
  msgstr ""
  
! #: config/i386/i386.c:8707
  #, gcc-internal-format
  msgid "AVX vector argument without AVX enabled changes the ABI"
  msgstr ""
  
! #: config/i386/i386.c:8713
  #, gcc-internal-format
  msgid "AVX vector return without AVX enabled changes the ABI"
  msgstr ""
  
! #: config/i386/i386.c:8729
  #, gcc-internal-format
  msgid "SSE vector argument without SSE enabled changes the ABI"
  msgstr ""
  
! #: config/i386/i386.c:8735
  #, gcc-internal-format
  msgid "SSE vector return without SSE enabled changes the ABI"
  msgstr ""
  
! #: config/i386/i386.c:8751
  #, gcc-internal-format
  msgid "MMX vector argument without MMX enabled changes the ABI"
  msgstr ""
  
! #: config/i386/i386.c:8757
  #, gcc-internal-format
  msgid "MMX vector return without MMX enabled changes the ABI"
  msgstr ""
  
! #: config/i386/i386.c:8939
  #, gcc-internal-format
  msgid ""
  "the ABI of passing struct with a flexible array member has changed in GCC 4.4"
  msgstr ""
  
! #: config/i386/i386.c:9056
  #, gcc-internal-format
  msgid "the ABI of passing union with long double has changed in GCC 4.4"
  msgstr ""
  
! #: config/i386/i386.c:9174
  #, gcc-internal-format
  msgid ""
  "the ABI of passing structure with complex float member has changed in GCC 4.4"
  msgstr ""
  
! #: config/i386/i386.c:9337
  #, gcc-internal-format
  msgid "SSE register return with SSE disabled"
  msgstr ""
  
! #: config/i386/i386.c:9343
  #, gcc-internal-format
  msgid "SSE register argument with SSE disabled"
  msgstr ""
  
! #: config/i386/i386.c:9359
  #, gcc-internal-format
  msgid "x87 register return with x87 disabled"
  msgstr ""
  
! #: config/i386/i386.c:9655 config/i386/i386.c:9926 config/i386/i386.c:10449
  #, gcc-internal-format
  msgid "calling %qD with SSE calling convention without SSE/SSE2 enabled"
  msgstr ""
  
! #: config/i386/i386.c:9657 config/i386/i386.c:9928 config/i386/i386.c:10451
  #, gcc-internal-format
  msgid ""
  "this is a GCC bug that can be worked around by adding attribute used to "
  "function called"
  msgstr ""
  
! #: config/i386/i386.c:10351
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "The ABI for passing parameters with %d-byte alignment has changed in GCC 4.6"
  msgstr ""
  
! #: config/i386/i386.c:13734
  #, gcc-internal-format
  msgid "ms_hook_prologue attribute isn%'t compatible with -mfentry for 32-bit"
  msgstr ""
  
! #: config/i386/i386.c:13824
  #, gcc-internal-format
  msgid ""
  "Dynamic Realign Argument Pointer (DRAP) not supported in interrupt service "
--- 29006,29291 ----
  msgid "%<target(\"rtd\")%> is ignored in 64bit mode"
  msgstr ""
  
! #: config/i386/i386.c:5944
  #, gcc-internal-format
  msgid "-mpreferred-stack-boundary is not supported for this target"
  msgstr ""
  
! #: config/i386/i386.c:5947
  #, gcc-internal-format, gfc-internal-format
  msgid "-mpreferred-stack-boundary=%d is not between %d and %d"
  msgstr ""
  
! #: config/i386/i386.c:5970
  #, gcc-internal-format, gfc-internal-format
  msgid "-mincoming-stack-boundary=%d is not between %d and 12"
  msgstr ""
  
! #: config/i386/i386.c:5983
  #, gcc-internal-format
  msgid "-mnop-mcount is not compatible with this target"
  msgstr ""
  
! #: config/i386/i386.c:5986
  #, gcc-internal-format
  msgid "-mnop-mcount is not implemented for -fPIC"
  msgstr ""
  
! #: config/i386/i386.c:5992
  #, gcc-internal-format
  msgid "%<-msseregparm%> used without SSE enabled"
  msgstr ""
  
! #: config/i386/i386.c:5993
  #, gcc-internal-format
  msgid "%<target(\"sseregparm\")%> used without SSE enabled"
  msgstr ""
  
! #: config/i386/i386.c:6003
  #, gcc-internal-format
  msgid "SSE instruction set disabled, using 387 arithmetics"
  msgstr ""
  
! #: config/i386/i386.c:6010
  #, gcc-internal-format
  msgid "387 instruction set disabled, using SSE arithmetics"
  msgstr ""
  
! #: config/i386/i386.c:6060
  #, gcc-internal-format
  msgid "stack probing requires %<-maccumulate-outgoing-args%> for correctness"
  msgstr ""
  
! #: config/i386/i386.c:6062
  #, gcc-internal-format
  msgid ""
  "stack probing requires %<target(\"accumulate-outgoing-args\")%> for "
  "correctness"
  msgstr ""
  
! #: config/i386/i386.c:6076
  #, gcc-internal-format
  msgid "fixed ebp register requires %<-maccumulate-outgoing-args%>"
  msgstr ""
  
! #: config/i386/i386.c:6078
  #, gcc-internal-format
  msgid "fixed ebp register requires %<target(\"accumulate-outgoing-args\")%>"
  msgstr ""
  
! #: config/i386/i386.c:6184
  #, gcc-internal-format
  msgid "-mfentry isn%'t supported for 32-bit in combination with -fpic"
  msgstr ""
  
! #: config/i386/i386.c:6191
  #, gcc-internal-format
  msgid "-mno-fentry isn%'t compatible with SEH"
  msgstr ""
  
! #: config/i386/i386.c:6258 config/rs6000/rs6000.c:5477
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown option for -mrecip=%s"
  msgstr ""
  
! #: config/i386/i386.c:6872
  #, gcc-internal-format, gfc-internal-format
  msgid "option(\"%s\") was already specified"
  msgstr ""
  
! #: config/i386/i386.c:7174
  #, gcc-internal-format
  msgid "Only DWARF debug format is supported for interrupt service routine."
  msgstr ""
  
! #: config/i386/i386.c:7273
  #, gcc-internal-format, gfc-internal-format
  msgid "%s instructions aren't allowed in %s service routine"
  msgstr ""
  
! #: config/i386/i386.c:7277
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "%s instructions aren't allowed in function with no_caller_saved_registers "
  "attribute"
  msgstr ""
  
! #: config/i386/i386.c:7689 config/i386/i386.c:7740
  #, gcc-internal-format
  msgid "fastcall and regparm attributes are not compatible"
  msgstr ""
  
! #: config/i386/i386.c:7694
  #, gcc-internal-format
  msgid "regparam and thiscall attributes are not compatible"
  msgstr ""
  
! #: config/i386/i386.c:7701 config/i386/i386.c:41390
  #, gcc-internal-format
  msgid "%qE attribute requires an integer constant argument"
  msgstr ""
  
! #: config/i386/i386.c:7707
  #, gcc-internal-format
  msgid "argument to %qE attribute larger than %d"
  msgstr ""
  
! #: config/i386/i386.c:7732 config/i386/i386.c:7775
  #, gcc-internal-format
  msgid "fastcall and cdecl attributes are not compatible"
  msgstr ""
  
! #: config/i386/i386.c:7736
  #, gcc-internal-format
  msgid "fastcall and stdcall attributes are not compatible"
  msgstr ""
  
! #: config/i386/i386.c:7744 config/i386/i386.c:7793
  #, gcc-internal-format
  msgid "fastcall and thiscall attributes are not compatible"
  msgstr ""
  
! #: config/i386/i386.c:7754 config/i386/i386.c:7771
  #, gcc-internal-format
  msgid "stdcall and cdecl attributes are not compatible"
  msgstr ""
  
! #: config/i386/i386.c:7758
  #, gcc-internal-format
  msgid "stdcall and fastcall attributes are not compatible"
  msgstr ""
  
! #: config/i386/i386.c:7762 config/i386/i386.c:7789
  #, gcc-internal-format
  msgid "stdcall and thiscall attributes are not compatible"
  msgstr ""
  
! #: config/i386/i386.c:7779 config/i386/i386.c:7797
  #, gcc-internal-format
  msgid "cdecl and thiscall attributes are not compatible"
  msgstr ""
  
! #: config/i386/i386.c:7785
  #, gcc-internal-format
  msgid "%qE attribute is used for non-class method"
  msgstr ""
  
! #: config/i386/i386.c:8029
  #, gcc-internal-format
  msgid "calling %qD with attribute sseregparm without SSE/SSE2 enabled"
  msgstr ""
  
! #: config/i386/i386.c:8032
  #, gcc-internal-format
  msgid "calling %qT with attribute sseregparm without SSE/SSE2 enabled"
  msgstr ""
  
! #: config/i386/i386.c:8348
  #, gcc-internal-format
  msgid "X32 does not support ms_abi attribute"
  msgstr ""
  
! #: config/i386/i386.c:8380
  #, gcc-internal-format
  msgid "ms_hook_prologue is not compatible with nested function"
  msgstr ""
  
! #: config/i386/i386.c:8693
  #, gcc-internal-format
  msgid "AVX512F vector argument without AVX512F enabled changes the ABI"
  msgstr ""
  
! #: config/i386/i386.c:8699
  #, gcc-internal-format
  msgid "AVX512F vector return without AVX512F enabled changes the ABI"
  msgstr ""
  
! #: config/i386/i386.c:8713
  #, gcc-internal-format
  msgid "AVX vector argument without AVX enabled changes the ABI"
  msgstr ""
  
! #: config/i386/i386.c:8719
  #, gcc-internal-format
  msgid "AVX vector return without AVX enabled changes the ABI"
  msgstr ""
  
! #: config/i386/i386.c:8735
  #, gcc-internal-format
  msgid "SSE vector argument without SSE enabled changes the ABI"
  msgstr ""
  
! #: config/i386/i386.c:8741
  #, gcc-internal-format
  msgid "SSE vector return without SSE enabled changes the ABI"
  msgstr ""
  
! #: config/i386/i386.c:8757
  #, gcc-internal-format
  msgid "MMX vector argument without MMX enabled changes the ABI"
  msgstr ""
  
! #: config/i386/i386.c:8763
  #, gcc-internal-format
  msgid "MMX vector return without MMX enabled changes the ABI"
  msgstr ""
  
! #: config/i386/i386.c:8945
  #, gcc-internal-format
  msgid ""
  "the ABI of passing struct with a flexible array member has changed in GCC 4.4"
  msgstr ""
  
! #: config/i386/i386.c:9062
  #, gcc-internal-format
  msgid "the ABI of passing union with long double has changed in GCC 4.4"
  msgstr ""
  
! #: config/i386/i386.c:9180
  #, gcc-internal-format
  msgid ""
  "the ABI of passing structure with complex float member has changed in GCC 4.4"
  msgstr ""
  
! #: config/i386/i386.c:9343
  #, gcc-internal-format
  msgid "SSE register return with SSE disabled"
  msgstr ""
  
! #: config/i386/i386.c:9349
  #, gcc-internal-format
  msgid "SSE register argument with SSE disabled"
  msgstr ""
  
! #: config/i386/i386.c:9365
  #, gcc-internal-format
  msgid "x87 register return with x87 disabled"
  msgstr ""
  
! #: config/i386/i386.c:9661 config/i386/i386.c:9932 config/i386/i386.c:10455
  #, gcc-internal-format
  msgid "calling %qD with SSE calling convention without SSE/SSE2 enabled"
  msgstr ""
  
! #: config/i386/i386.c:9663 config/i386/i386.c:9934 config/i386/i386.c:10457
  #, gcc-internal-format
  msgid ""
  "this is a GCC bug that can be worked around by adding attribute used to "
  "function called"
  msgstr ""
  
! #: config/i386/i386.c:10357
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "The ABI for passing parameters with %d-byte alignment has changed in GCC 4.6"
  msgstr ""
  
! #: config/i386/i386.c:13740
  #, gcc-internal-format
  msgid "ms_hook_prologue attribute isn%'t compatible with -mfentry for 32-bit"
  msgstr ""
  
! #: config/i386/i386.c:13830
  #, gcc-internal-format
  msgid ""
  "Dynamic Realign Argument Pointer (DRAP) not supported in interrupt service "
*************** msgid ""
*** 29241,29252 ****
  "return."
  msgstr ""
  
! #: config/i386/i386.c:14836
  #, gcc-internal-format
  msgid "-fsplit-stack does not support fastcall with nested function"
  msgstr ""
  
! #: config/i386/i386.c:14856
  #, gcc-internal-format
  msgid ""
  "-fsplit-stack does not support 2 register parameters for a nested function"
--- 29293,29304 ----
  "return."
  msgstr ""
  
! #: config/i386/i386.c:14842
  #, gcc-internal-format
  msgid "-fsplit-stack does not support fastcall with nested function"
  msgstr ""
  
! #: config/i386/i386.c:14862
  #, gcc-internal-format
  msgid ""
  "-fsplit-stack does not support 2 register parameters for a nested function"
*************** msgstr ""
*** 29254,29554 ****
  
  #. FIXME: We could make this work by pushing a register
  #. around the addition and comparison.
! #: config/i386/i386.c:14867
  #, gcc-internal-format
  msgid "-fsplit-stack does not support 3 register parameters"
  msgstr ""
  
! #: config/i386/i386.c:17672 config/i386/i386.c:17686
  #, gcc-internal-format
  msgid "unsupported size for integer register"
  msgstr ""
  
! #: config/i386/i386.c:17718
  #, gcc-internal-format
  msgid "extended registers have no high halves"
  msgstr ""
  
! #: config/i386/i386.c:17733
  #, gcc-internal-format
  msgid "unsupported operand size for extended register"
  msgstr ""
  
! #: config/i386/i386.c:17924
  #, gcc-internal-format
  msgid "non-integer operand used with operand code 'z'"
  msgstr ""
  
! #: config/i386/i386.c:28283
  #, gcc-internal-format
  msgid "interrupt service routine can't be called directly"
  msgstr ""
  
! #: config/i386/i386.c:32550
  #, gcc-internal-format
  msgid "No dispatcher found for the versioning attributes"
  msgstr ""
  
! #: config/i386/i386.c:32600
  #, gcc-internal-format, gfc-internal-format
  msgid "No dispatcher found for %s"
  msgstr ""
  
! #: config/i386/i386.c:32610
  #, gcc-internal-format, gfc-internal-format
  msgid "No dispatcher found for the versioning attributes : %s"
  msgstr ""
  
! #: config/i386/i386.c:32858
  #, gcc-internal-format
  msgid ""
  "Function versions cannot be marked as gnu_inline, bodies have to be generated"
  msgstr ""
  
! #: config/i386/i386.c:32863 config/i386/i386.c:33291
  #, gcc-internal-format
  msgid "Virtual function multiversioning not supported"
  msgstr ""
  
! #: config/i386/i386.c:32926
  #, gcc-internal-format
  msgid "missing %<target%> attribute for multi-versioned %D"
  msgstr ""
  
! #: config/i386/i386.c:32929
  #, gcc-internal-format
  msgid "previous declaration of %D"
  msgstr ""
  
! #: config/i386/i386.c:33148
  #, gcc-internal-format
  msgid "multiversioning needs ifunc which is not supported on this target"
  msgstr ""
  
! #: config/i386/i386.c:33540
  #, gcc-internal-format
  msgid "Parameter to builtin must be a string constant or literal"
  msgstr ""
  
! #: config/i386/i386.c:33565 config/i386/i386.c:33615
  #, gcc-internal-format, gfc-internal-format
  msgid "Parameter to builtin not valid: %s"
  msgstr ""
  
! #: config/i386/i386.c:34294 config/i386/i386.c:35692
  #, gcc-internal-format
  msgid "the last argument must be a 2-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:34689
  #, gcc-internal-format
  msgid "the fifth argument must be an 8-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:34784
  #, gcc-internal-format
  msgid "the third argument must be an 8-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:35623
  #, gcc-internal-format
  msgid "the last argument must be an 1-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:35638
  #, gcc-internal-format
  msgid "the last argument must be a 3-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:35671
  #, gcc-internal-format
  msgid "the last argument must be a 4-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:35711
  #, gcc-internal-format
  msgid "the last argument must be a 1-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:35724
  #, gcc-internal-format
  msgid "the last argument must be a 5-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:35734
  #, gcc-internal-format
  msgid "the next to last argument must be an 8-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:35739 config/i386/i386.c:36529
  #, gcc-internal-format
  msgid "the last argument must be an 8-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:35907
  #, gcc-internal-format
  msgid "the third argument must be comparison constant"
  msgstr ""
  
! #: config/i386/i386.c:35912
  #, gcc-internal-format
  msgid "incorrect comparison mode"
  msgstr ""
  
! #: config/i386/i386.c:35918 config/i386/i386.c:36119
  #, gcc-internal-format
  msgid "incorrect rounding operand"
  msgstr ""
  
! #: config/i386/i386.c:36101
  #, gcc-internal-format
  msgid "the immediate argument must be a 4-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:36107
  #, gcc-internal-format
  msgid "the immediate argument must be a 5-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:36110
  #, gcc-internal-format
  msgid "the immediate argument must be an 8-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:36527
  #, gcc-internal-format
  msgid "the last argument must be a 32-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:36609 config/rs6000/rs6000.c:15973
  #, gcc-internal-format
  msgid "selector must be an integer constant in the range 0..%wi"
  msgstr ""
  
! #: config/i386/i386.c:36814
  #, gcc-internal-format
  msgid "%qE needs unknown isa option"
  msgstr ""
  
! #: config/i386/i386.c:36818
  #, gcc-internal-format
  msgid "%qE needs isa option %s"
  msgstr ""
  
! #: config/i386/i386.c:37566
  #, gcc-internal-format
  msgid "last argument must be an immediate"
  msgstr ""
  
! #: config/i386/i386.c:38270 config/i386/i386.c:38452
  #, gcc-internal-format
  msgid "the last argument must be scale 1, 2, 4, 8"
  msgstr ""
  
! #: config/i386/i386.c:38505
  #, gcc-internal-format
  msgid "the forth argument must be scale 1, 2, 4, 8"
  msgstr ""
  
! #: config/i386/i386.c:38511
  #, gcc-internal-format
  msgid "incorrect hint operand"
  msgstr ""
  
! #: config/i386/i386.c:38530
  #, gcc-internal-format
  msgid "the xabort's argument must be an 8-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:41336
  #, gcc-internal-format
  msgid "%qE attribute only available for 32-bit"
  msgstr ""
  
! #: config/i386/i386.c:41357
  #, gcc-internal-format
  msgid "argument to %qE attribute is neither zero, nor one"
  msgstr ""
  
! #: config/i386/i386.c:41390 config/i386/i386.c:41399
  #, gcc-internal-format
  msgid "ms_abi and sysv_abi attributes are not compatible"
  msgstr ""
  
! #: config/i386/i386.c:41435 config/rs6000/rs6000.c:35378
  #, gcc-internal-format
  msgid "%qE incompatible attribute ignored"
  msgstr ""
  
! #: config/i386/i386.c:41479
  #, gcc-internal-format
  msgid "interrupt service routine should have a pointer as the first argument"
  msgstr ""
  
! #: config/i386/i386.c:41486
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "interrupt service routine should have unsigned %sint as the second argument"
  msgstr ""
  
! #: config/i386/i386.c:41496
  #, gcc-internal-format
  msgid ""
  "interrupt service routine can only have a pointer argument and an optional "
  "integer argument"
  msgstr ""
  
! #: config/i386/i386.c:41499
  #, gcc-internal-format
  msgid "interrupt service routine can't have non-void return value"
  msgstr ""
  
! #: config/i386/i386.c:44401
  #, gcc-internal-format
  msgid "alternatives not allowed in asm flag output"
  msgstr ""
  
! #: config/i386/i386.c:44465
  #, gcc-internal-format
  msgid "unknown asm flag output %qs"
  msgstr ""
  
! #: config/i386/i386.c:44494
  #, gcc-internal-format
  msgid "invalid type for asm flag output"
  msgstr ""
  
! #: config/i386/i386.c:50765
  #, gcc-internal-format
  msgid "Unknown architecture specific memory model"
  msgstr ""
  
! #: config/i386/i386.c:50772
  #, gcc-internal-format
  msgid "HLE_ACQUIRE not used with ACQUIRE or stronger memory model"
  msgstr ""
  
! #: config/i386/i386.c:50778
  #, gcc-internal-format
  msgid "HLE_RELEASE not used with RELEASE or stronger memory model"
  msgstr ""
  
! #: config/i386/i386.c:50802 config/i386/i386.c:50923
  #, gcc-internal-format, gfc-internal-format
  msgid "unsupported simdlen %d"
  msgstr ""
  
! #: config/i386/i386.c:50821
  #, gcc-internal-format
  msgid "unsupported return type %qT for simd\n"
  msgstr ""
  
! #: config/i386/i386.c:50843
  #, gcc-internal-format
  msgid "unsupported argument type %qT for simd\n"
  msgstr ""
  
! #: config/i386/i386.c:51169
  #, gcc-internal-format
  msgid ""
  "Pointer Checker requires MPX support on this target. Use -mmpx options to "
--- 29306,29606 ----
  
  #. FIXME: We could make this work by pushing a register
  #. around the addition and comparison.
! #: config/i386/i386.c:14873
  #, gcc-internal-format
  msgid "-fsplit-stack does not support 3 register parameters"
  msgstr ""
  
! #: config/i386/i386.c:17678 config/i386/i386.c:17692
  #, gcc-internal-format
  msgid "unsupported size for integer register"
  msgstr ""
  
! #: config/i386/i386.c:17724
  #, gcc-internal-format
  msgid "extended registers have no high halves"
  msgstr ""
  
! #: config/i386/i386.c:17739
  #, gcc-internal-format
  msgid "unsupported operand size for extended register"
  msgstr ""
  
! #: config/i386/i386.c:17930
  #, gcc-internal-format
  msgid "non-integer operand used with operand code 'z'"
  msgstr ""
  
! #: config/i386/i386.c:28289
  #, gcc-internal-format
  msgid "interrupt service routine can't be called directly"
  msgstr ""
  
! #: config/i386/i386.c:32591
  #, gcc-internal-format
  msgid "No dispatcher found for the versioning attributes"
  msgstr ""
  
! #: config/i386/i386.c:32641
  #, gcc-internal-format, gfc-internal-format
  msgid "No dispatcher found for %s"
  msgstr ""
  
! #: config/i386/i386.c:32651
  #, gcc-internal-format, gfc-internal-format
  msgid "No dispatcher found for the versioning attributes : %s"
  msgstr ""
  
! #: config/i386/i386.c:32899
  #, gcc-internal-format
  msgid ""
  "Function versions cannot be marked as gnu_inline, bodies have to be generated"
  msgstr ""
  
! #: config/i386/i386.c:32904 config/i386/i386.c:33332
  #, gcc-internal-format
  msgid "Virtual function multiversioning not supported"
  msgstr ""
  
! #: config/i386/i386.c:32967
  #, gcc-internal-format
  msgid "missing %<target%> attribute for multi-versioned %D"
  msgstr ""
  
! #: config/i386/i386.c:32970
  #, gcc-internal-format
  msgid "previous declaration of %D"
  msgstr ""
  
! #: config/i386/i386.c:33189
  #, gcc-internal-format
  msgid "multiversioning needs ifunc which is not supported on this target"
  msgstr ""
  
! #: config/i386/i386.c:33581
  #, gcc-internal-format
  msgid "Parameter to builtin must be a string constant or literal"
  msgstr ""
  
! #: config/i386/i386.c:33606 config/i386/i386.c:33656
  #, gcc-internal-format, gfc-internal-format
  msgid "Parameter to builtin not valid: %s"
  msgstr ""
  
! #: config/i386/i386.c:34335 config/i386/i386.c:35733
  #, gcc-internal-format
  msgid "the last argument must be a 2-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:34730
  #, gcc-internal-format
  msgid "the fifth argument must be an 8-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:34825
  #, gcc-internal-format
  msgid "the third argument must be an 8-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:35664
  #, gcc-internal-format
  msgid "the last argument must be an 1-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:35679
  #, gcc-internal-format
  msgid "the last argument must be a 3-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:35712
  #, gcc-internal-format
  msgid "the last argument must be a 4-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:35752
  #, gcc-internal-format
  msgid "the last argument must be a 1-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:35765
  #, gcc-internal-format
  msgid "the last argument must be a 5-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:35775
  #, gcc-internal-format
  msgid "the next to last argument must be an 8-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:35780 config/i386/i386.c:36570
  #, gcc-internal-format
  msgid "the last argument must be an 8-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:35948
  #, gcc-internal-format
  msgid "the third argument must be comparison constant"
  msgstr ""
  
! #: config/i386/i386.c:35953
  #, gcc-internal-format
  msgid "incorrect comparison mode"
  msgstr ""
  
! #: config/i386/i386.c:35959 config/i386/i386.c:36160
  #, gcc-internal-format
  msgid "incorrect rounding operand"
  msgstr ""
  
! #: config/i386/i386.c:36142
  #, gcc-internal-format
  msgid "the immediate argument must be a 4-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:36148
  #, gcc-internal-format
  msgid "the immediate argument must be a 5-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:36151
  #, gcc-internal-format
  msgid "the immediate argument must be an 8-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:36568
  #, gcc-internal-format
  msgid "the last argument must be a 32-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:36650 config/rs6000/rs6000.c:16009
  #, gcc-internal-format
  msgid "selector must be an integer constant in the range 0..%wi"
  msgstr ""
  
! #: config/i386/i386.c:36855
  #, gcc-internal-format
  msgid "%qE needs unknown isa option"
  msgstr ""
  
! #: config/i386/i386.c:36859
  #, gcc-internal-format
  msgid "%qE needs isa option %s"
  msgstr ""
  
! #: config/i386/i386.c:37607
  #, gcc-internal-format
  msgid "last argument must be an immediate"
  msgstr ""
  
! #: config/i386/i386.c:38311 config/i386/i386.c:38493
  #, gcc-internal-format
  msgid "the last argument must be scale 1, 2, 4, 8"
  msgstr ""
  
! #: config/i386/i386.c:38546
  #, gcc-internal-format
  msgid "the forth argument must be scale 1, 2, 4, 8"
  msgstr ""
  
! #: config/i386/i386.c:38552
  #, gcc-internal-format
  msgid "incorrect hint operand"
  msgstr ""
  
! #: config/i386/i386.c:38571
  #, gcc-internal-format
  msgid "the xabort's argument must be an 8-bit immediate"
  msgstr ""
  
! #: config/i386/i386.c:41377
  #, gcc-internal-format
  msgid "%qE attribute only available for 32-bit"
  msgstr ""
  
! #: config/i386/i386.c:41398
  #, gcc-internal-format
  msgid "argument to %qE attribute is neither zero, nor one"
  msgstr ""
  
! #: config/i386/i386.c:41431 config/i386/i386.c:41440
  #, gcc-internal-format
  msgid "ms_abi and sysv_abi attributes are not compatible"
  msgstr ""
  
! #: config/i386/i386.c:41476 config/rs6000/rs6000.c:35427
  #, gcc-internal-format
  msgid "%qE incompatible attribute ignored"
  msgstr ""
  
! #: config/i386/i386.c:41520
  #, gcc-internal-format
  msgid "interrupt service routine should have a pointer as the first argument"
  msgstr ""
  
! #: config/i386/i386.c:41527
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "interrupt service routine should have unsigned %sint as the second argument"
  msgstr ""
  
! #: config/i386/i386.c:41537
  #, gcc-internal-format
  msgid ""
  "interrupt service routine can only have a pointer argument and an optional "
  "integer argument"
  msgstr ""
  
! #: config/i386/i386.c:41540
  #, gcc-internal-format
  msgid "interrupt service routine can't have non-void return value"
  msgstr ""
  
! #: config/i386/i386.c:44442
  #, gcc-internal-format
  msgid "alternatives not allowed in asm flag output"
  msgstr ""
  
! #: config/i386/i386.c:44506
  #, gcc-internal-format
  msgid "unknown asm flag output %qs"
  msgstr ""
  
! #: config/i386/i386.c:44535
  #, gcc-internal-format
  msgid "invalid type for asm flag output"
  msgstr ""
  
! #: config/i386/i386.c:50806
  #, gcc-internal-format
  msgid "Unknown architecture specific memory model"
  msgstr ""
  
! #: config/i386/i386.c:50813
  #, gcc-internal-format
  msgid "HLE_ACQUIRE not used with ACQUIRE or stronger memory model"
  msgstr ""
  
! #: config/i386/i386.c:50819
  #, gcc-internal-format
  msgid "HLE_RELEASE not used with RELEASE or stronger memory model"
  msgstr ""
  
! #: config/i386/i386.c:50843 config/i386/i386.c:50964
  #, gcc-internal-format, gfc-internal-format
  msgid "unsupported simdlen %d"
  msgstr ""
  
! #: config/i386/i386.c:50862
  #, gcc-internal-format
  msgid "unsupported return type %qT for simd\n"
  msgstr ""
  
! #: config/i386/i386.c:50884
  #, gcc-internal-format
  msgid "unsupported argument type %qT for simd\n"
  msgstr ""
  
! #: config/i386/i386.c:51210
  #, gcc-internal-format
  msgid ""
  "Pointer Checker requires MPX support on this target. Use -mmpx options to "
*************** msgstr ""
*** 29671,29677 ****
  msgid "argument %qd is not a constant"
  msgstr ""
  
! #: config/iq2000/iq2000.c:2912 config/xtensa/xtensa.c:2455
  #, gcc-internal-format
  msgid "PRINT_OPERAND_ADDRESS, null pointer"
  msgstr ""
--- 29723,29729 ----
  msgid "argument %qd is not a constant"
  msgstr ""
  
! #: config/iq2000/iq2000.c:2912 config/xtensa/xtensa.c:2456
  #, gcc-internal-format
  msgid "PRINT_OPERAND_ADDRESS, null pointer"
  msgstr ""
*************** msgstr ""
*** 29681,29687 ****
  msgid "PRINT_OPERAND: Unknown punctuation '%c'"
  msgstr ""
  
! #: config/iq2000/iq2000.c:3076 config/xtensa/xtensa.c:2299
  #, gcc-internal-format
  msgid "PRINT_OPERAND null pointer"
  msgstr ""
--- 29733,29739 ----
  msgid "PRINT_OPERAND: Unknown punctuation '%c'"
  msgstr ""
  
! #: config/iq2000/iq2000.c:3076 config/xtensa/xtensa.c:2300
  #, gcc-internal-format
  msgid "PRINT_OPERAND null pointer"
  msgstr ""
*************** msgstr ""
*** 29782,29788 ****
  msgid "interrupt_thread is available only on fido"
  msgstr ""
  
! #: config/m68k/m68k.c:1108 config/rs6000/rs6000.c:28119
  #, gcc-internal-format
  msgid "stack limit expression is not supported"
  msgstr ""
--- 29834,29840 ----
  msgid "interrupt_thread is available only on fido"
  msgstr ""
  
! #: config/m68k/m68k.c:1108 config/rs6000/rs6000.c:28168
  #, gcc-internal-format
  msgid "stack limit expression is not supported"
  msgstr ""
*************** msgstr ""
*** 30293,30300 ****
  msgid "MSP430 builtin functions only work inside interrupt handlers"
  msgstr ""
  
! #: config/msp430/msp430.c:2606 config/rx/rx.c:2635 config/xtensa/xtensa.c:3375
! #: config/xtensa/xtensa.c:3401
  #, gcc-internal-format
  msgid "bad builtin code"
  msgstr ""
--- 30345,30352 ----
  msgid "MSP430 builtin functions only work inside interrupt handlers"
  msgstr ""
  
! #: config/msp430/msp430.c:2606 config/rx/rx.c:2635 config/xtensa/xtensa.c:3376
! #: config/xtensa/xtensa.c:3402
  #, gcc-internal-format
  msgid "bad builtin code"
  msgstr ""
*************** msgstr ""
*** 30555,30581 ****
  msgid "PTX does not support weak declarations (only weak definitions)"
  msgstr ""
  
! #: config/nvptx/nvptx.c:4283
  #, gcc-internal-format
  msgid "%qE attribute requires a void return type"
  msgstr ""
  
! #: config/nvptx/nvptx.c:4306
  #, gcc-internal-format
  msgid "%qE attribute not allowed with auto storage class"
  msgstr ""
  
! #: config/nvptx/nvptx.c:4674
  #, gcc-internal-format, gfc-internal-format
  msgid "using vector_length (%d), ignoring %d"
  msgstr ""
  
! #: config/nvptx/nvptx.c:4675
  #, gcc-internal-format, gfc-internal-format
  msgid "using vector_length (%d), ignoring runtime setting"
  msgstr ""
  
! #: config/nvptx/nvptx.c:4685
  #, gcc-internal-format, gfc-internal-format
  msgid "using num_workers (%d), ignoring %d"
  msgstr ""
--- 30607,30633 ----
  msgid "PTX does not support weak declarations (only weak definitions)"
  msgstr ""
  
! #: config/nvptx/nvptx.c:4299
  #, gcc-internal-format
  msgid "%qE attribute requires a void return type"
  msgstr ""
  
! #: config/nvptx/nvptx.c:4322
  #, gcc-internal-format
  msgid "%qE attribute not allowed with auto storage class"
  msgstr ""
  
! #: config/nvptx/nvptx.c:4690
  #, gcc-internal-format, gfc-internal-format
  msgid "using vector_length (%d), ignoring %d"
  msgstr ""
  
! #: config/nvptx/nvptx.c:4691
  #, gcc-internal-format, gfc-internal-format
  msgid "using vector_length (%d), ignoring runtime setting"
  msgstr ""
  
! #: config/nvptx/nvptx.c:4701
  #, gcc-internal-format, gfc-internal-format
  msgid "using num_workers (%d), ignoring %d"
  msgstr ""
*************** msgstr ""
*** 30600,30606 ****
  msgid "-g option disabled"
  msgstr ""
  
! #: config/pa/pa.c:8769
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "alignment (%u) for %s exceeds maximum alignment for global common data.  "
--- 30652,30658 ----
  msgid "-g option disabled"
  msgstr ""
  
! #: config/pa/pa.c:8793
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "alignment (%u) for %s exceeds maximum alignment for global common data.  "
*************** msgstr ""
*** 30737,30973 ****
  msgid "junk at end of #pragma longcall"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5575
  #, gcc-internal-format
  msgid ""
  "vec_lvsl is deprecated for little endian; use assignment for unaligned loads "
  "and stores"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5579
  #, gcc-internal-format
  msgid ""
  "vec_lvsr is deprecated for little endian; use assignment for unaligned loads "
  "and stores"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5589
  #, gcc-internal-format
  msgid "vec_mul only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5640
  #, gcc-internal-format
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5710
  #, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5774
  #, gcc-internal-format
  msgid "vec_addec only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5862
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5867
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5872
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5938
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6107
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6381
  #, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6435
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6443
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr ""
  
! #: config/rs6000/rs6000.c:3642
  #, gcc-internal-format
  msgid "-mrecip requires -ffinite-math or -ffast-math"
  msgstr ""
  
! #: config/rs6000/rs6000.c:3644
  #, gcc-internal-format
  msgid "-mrecip requires -fno-trapping-math or -ffast-math"
  msgstr ""
  
! #: config/rs6000/rs6000.c:3646
  #, gcc-internal-format
  msgid "-mrecip requires -freciprocal-math or -ffast-math"
  msgstr ""
  
! #: config/rs6000/rs6000.c:3746
  #, gcc-internal-format
  msgid "-m64 requires PowerPC64 architecture, enabling"
  msgstr ""
  
! #: config/rs6000/rs6000.c:3929
  #, gcc-internal-format
  msgid ""
  "-malign-power is not supported for 64-bit Darwin; it is incompatible with "
  "the installed C and C++ libraries"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4021
  #, gcc-internal-format
  msgid ""
  "will not generate power9 instructions because assembler lacks power9 support"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4030
  #, gcc-internal-format
  msgid ""
  "will not generate power8 instructions because assembler lacks power8 support"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4039
  #, gcc-internal-format
  msgid ""
  "will not generate power7 instructions because assembler lacks power7 support"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4048
  #, gcc-internal-format
  msgid ""
  "will not generate power6 instructions because assembler lacks power6 support"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4057
  #, gcc-internal-format
  msgid ""
  "will not generate power5 instructions because assembler lacks power5 support"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4145
  #, gcc-internal-format
  msgid "not configured for SPE ABI"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4150
  #, gcc-internal-format
  msgid "not configured for SPE instruction set"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4156
  #, gcc-internal-format
  msgid "target attribute or pragma changes SPE ABI"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4163
  #, gcc-internal-format
  msgid "AltiVec not supported in this target"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4165 config/rs6000/rs6000.c:4170
  #, gcc-internal-format
  msgid "SPE not supported in this target"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4198
  #, gcc-internal-format
  msgid "-mmultiple is not supported on little endian systems"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4205
  #, gcc-internal-format
  msgid "-mstring is not supported on little endian systems"
  msgstr ""
  
  #. Enforce that none of the ISA_3_0_MASKS_SERVER flags
  #. were explicitly cleared.
! #: config/rs6000/rs6000.c:4301 config/rs6000/rs6000.c:4312
  #, gcc-internal-format
  msgid "-mpower9-minmax incompatible with explicitly disabled options"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4304
  #, gcc-internal-format
  msgid ""
  "Power9 target option is incompatible with -mcpu=<xxx> for <xxx> less than "
  "power9"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4336
  #, gcc-internal-format
  msgid "-mcrypto requires -maltivec"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4343
  #, gcc-internal-format
  msgid "-mdirect-move requires -mvsx"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4350
  #, gcc-internal-format
  msgid "-mpower8-vector requires -maltivec"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4358
  #, gcc-internal-format
  msgid "-mpower8-vector requires -mvsx"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4377
  #, gcc-internal-format
  msgid "-mvsx-timode requires -mvsx"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4384
  #, gcc-internal-format
  msgid "-mhard-dfp requires -mhard-float"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4437
  #, gcc-internal-format
  msgid "-mupper-regs-df requires -mvsx"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4444
  #, gcc-internal-format
  msgid "-mupper-regs-di requires -mvsx"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4451
  #, gcc-internal-format
  msgid "-mupper-regs-sf requires -mpower8-vector"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4500
  #, gcc-internal-format
  msgid "-mpower8-fusion-sign requires -mpower8-fusion"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4503
  #, gcc-internal-format
  msgid "-mtoc-fusion requires -mpower8-fusion"
  msgstr ""
--- 30789,31025 ----
  msgid "junk at end of #pragma longcall"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5578
  #, gcc-internal-format
  msgid ""
  "vec_lvsl is deprecated for little endian; use assignment for unaligned loads "
  "and stores"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5582
  #, gcc-internal-format
  msgid ""
  "vec_lvsr is deprecated for little endian; use assignment for unaligned loads "
  "and stores"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5592
  #, gcc-internal-format
  msgid "vec_mul only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5643
  #, gcc-internal-format
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5713
  #, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5777
  #, gcc-internal-format
  msgid "vec_addec only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5865
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5870
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5875
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5941
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6110
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6388
  #, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6442
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6450
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr ""
  
! #: config/rs6000/rs6000.c:3644
  #, gcc-internal-format
  msgid "-mrecip requires -ffinite-math or -ffast-math"
  msgstr ""
  
! #: config/rs6000/rs6000.c:3646
  #, gcc-internal-format
  msgid "-mrecip requires -fno-trapping-math or -ffast-math"
  msgstr ""
  
! #: config/rs6000/rs6000.c:3648
  #, gcc-internal-format
  msgid "-mrecip requires -freciprocal-math or -ffast-math"
  msgstr ""
  
! #: config/rs6000/rs6000.c:3748
  #, gcc-internal-format
  msgid "-m64 requires PowerPC64 architecture, enabling"
  msgstr ""
  
! #: config/rs6000/rs6000.c:3931
  #, gcc-internal-format
  msgid ""
  "-malign-power is not supported for 64-bit Darwin; it is incompatible with "
  "the installed C and C++ libraries"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4023
  #, gcc-internal-format
  msgid ""
  "will not generate power9 instructions because assembler lacks power9 support"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4032
  #, gcc-internal-format
  msgid ""
  "will not generate power8 instructions because assembler lacks power8 support"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4041
  #, gcc-internal-format
  msgid ""
  "will not generate power7 instructions because assembler lacks power7 support"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4050
  #, gcc-internal-format
  msgid ""
  "will not generate power6 instructions because assembler lacks power6 support"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4059
  #, gcc-internal-format
  msgid ""
  "will not generate power5 instructions because assembler lacks power5 support"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4147
  #, gcc-internal-format
  msgid "not configured for SPE ABI"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4152
  #, gcc-internal-format
  msgid "not configured for SPE instruction set"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4158
  #, gcc-internal-format
  msgid "target attribute or pragma changes SPE ABI"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4165
  #, gcc-internal-format
  msgid "AltiVec not supported in this target"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4167 config/rs6000/rs6000.c:4172
  #, gcc-internal-format
  msgid "SPE not supported in this target"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4200
  #, gcc-internal-format
  msgid "-mmultiple is not supported on little endian systems"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4207
  #, gcc-internal-format
  msgid "-mstring is not supported on little endian systems"
  msgstr ""
  
  #. Enforce that none of the ISA_3_0_MASKS_SERVER flags
  #. were explicitly cleared.
! #: config/rs6000/rs6000.c:4303 config/rs6000/rs6000.c:4314
  #, gcc-internal-format
  msgid "-mpower9-minmax incompatible with explicitly disabled options"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4306
  #, gcc-internal-format
  msgid ""
  "Power9 target option is incompatible with -mcpu=<xxx> for <xxx> less than "
  "power9"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4338
  #, gcc-internal-format
  msgid "-mcrypto requires -maltivec"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4345
  #, gcc-internal-format
  msgid "-mdirect-move requires -mvsx"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4352
  #, gcc-internal-format
  msgid "-mpower8-vector requires -maltivec"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4360
  #, gcc-internal-format
  msgid "-mpower8-vector requires -mvsx"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4379
  #, gcc-internal-format
  msgid "-mvsx-timode requires -mvsx"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4386
  #, gcc-internal-format
  msgid "-mhard-dfp requires -mhard-float"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4439
  #, gcc-internal-format
  msgid "-mupper-regs-df requires -mvsx"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4446
  #, gcc-internal-format
  msgid "-mupper-regs-di requires -mvsx"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4453
  #, gcc-internal-format
  msgid "-mupper-regs-sf requires -mpower8-vector"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4502
  #, gcc-internal-format
  msgid "-mpower8-fusion-sign requires -mpower8-fusion"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4505
  #, gcc-internal-format
  msgid "-mtoc-fusion requires -mpower8-fusion"
  msgstr ""
*************** msgstr ""
*** 30976,31510 ****
  #. error messages.  However, if users have managed to select
  #. power9-fusion without selecting power8-fusion, they
  #. already know about undocumented flags.
! #: config/rs6000/rs6000.c:4520
  #, gcc-internal-format
  msgid "-mpower9-fusion requires -mpower8-fusion"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4573
  #, gcc-internal-format
  msgid "-mpower9-vector requires -mpower8-vector"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4618
  #, gcc-internal-format
  msgid "-mpower9-dform requires -mpower9-vector"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4647
  #, gcc-internal-format
  msgid ""
  "-mpower9-dform, -mpower9-dform-vector, -mpower9-dform-scalar require -"
  "mdirect-move"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4670
  #, gcc-internal-format
  msgid "-mpower9-dform requires -mupper-regs-df"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4677
  #, gcc-internal-format
  msgid "-mpower9-dform requires -mupper-regs-sf"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4697
  #, gcc-internal-format
  msgid "-mvsx-timode might need -mlra"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4722
  #, gcc-internal-format
  msgid "-mallow-movmisalign requires -mvsx"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4737
  #, gcc-internal-format
  msgid "-mefficient-unaligned-vsx requires -mvsx"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4745
  #, gcc-internal-format
  msgid "-mefficient-unaligned-vsx requires -mallow-movmisalign"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4759
  #, gcc-internal-format
  msgid ""
  "-mvsx-small-integer requires -mpower8-vector, -mupper-regs-di, and -mdirect-"
  "move"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4771
  #, gcc-internal-format
  msgid "target attribute or pragma changes long double size"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4797
  #, gcc-internal-format
  msgid "-mfloat128 requires VSX support"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4807
  #, gcc-internal-format
  msgid "-mfloat128-type requires VSX support"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4823
  #, gcc-internal-format
  msgid "-mfloat128 requires -mfloat128-type"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4836
  #, gcc-internal-format
  msgid "-mfloat128-hardware requires -mfloat128-type"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4859
  #, gcc-internal-format
  msgid "-mfloat128-hardware requires full ISA 3.0 support"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4867
  #, gcc-internal-format
  msgid "-mfloat128-hardware requires -m64"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4931
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown vectorization library ABI type (%s) for -mveclibabi= switch"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4952 config/rs6000/rs6000.c:4967
  #, gcc-internal-format
  msgid "target attribute or pragma changes AltiVec ABI"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4980
  #, gcc-internal-format
  msgid "target attribute or pragma changes darwin64 ABI"
  msgstr ""
  
! #: config/rs6000/rs6000.c:5046
  #, gcc-internal-format
  msgid "target attribute or pragma changes single precision floating point"
  msgstr ""
  
! #: config/rs6000/rs6000.c:5049
  #, gcc-internal-format
  msgid "target attribute or pragma changes double precision floating point"
  msgstr ""
  
! #: config/rs6000/rs6000.c:5151
  #, gcc-internal-format
  msgid "%qs is not a valid number in -mstack-protector-guard-offset="
  msgstr ""
  
! #: config/rs6000/rs6000.c:5156
  #, gcc-internal-format
  msgid "%qs is not a valid offset in -mstack-protector-guard-offset="
  msgstr ""
  
! #: config/rs6000/rs6000.c:5168
  #, gcc-internal-format
  msgid "%qs is not a valid base register in -mstack-protector-guard-reg="
  msgstr ""
  
! #: config/rs6000/rs6000.c:5176
  #, gcc-internal-format
  msgid "-mstack-protector-guard=tls needs a valid base register"
  msgstr ""
  
! #: config/rs6000/rs6000.c:8171
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "the layout of aggregates containing vectors with %d-byte alignment has "
  "changed in GCC 5"
  msgstr ""
  
! #: config/rs6000/rs6000.c:11584
  #, gcc-internal-format
  msgid ""
  "GCC vector returned by reference: non-standard ABI extension with no "
  "compatibility guarantee"
  msgstr ""
  
! #: config/rs6000/rs6000.c:11746
  #, gcc-internal-format
  msgid ""
  "cannot return value in vector register because altivec instructions are "
  "disabled, use -maltivec to enable them"
  msgstr ""
  
! #: config/rs6000/rs6000.c:11946
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "the ABI of passing aggregates with %d-byte alignment has changed in GCC 5"
  msgstr ""
  
! #: config/rs6000/rs6000.c:12215
  #, gcc-internal-format
  msgid ""
  "cannot pass argument in vector register because altivec instructions are "
  "disabled, use -maltivec to enable them"
  msgstr ""
  
! #: config/rs6000/rs6000.c:13067
  #, gcc-internal-format
  msgid "the ABI of passing homogeneous float aggregates has changed in GCC 5"
  msgstr ""
  
! #: config/rs6000/rs6000.c:13242
  #, gcc-internal-format
  msgid ""
  "GCC vector passed by reference: non-standard ABI extension with no "
  "compatibility guarantee"
  msgstr ""
  
! #: config/rs6000/rs6000.c:14036
  #, gcc-internal-format, gfc-internal-format
  msgid "internal error: builtin function %s already processed"
  msgstr ""
  
! #: config/rs6000/rs6000.c:14540
  #, gcc-internal-format
  msgid "argument 1 must be an 8-bit field value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:14586
  #, gcc-internal-format
  msgid "argument 1 must be a 5-bit signed literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:14689 config/rs6000/rs6000.c:16557
  #, gcc-internal-format
  msgid "argument 2 must be a 5-bit unsigned literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:14707
  #, gcc-internal-format
  msgid "argument 1 must be a 6-bit unsigned literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:14721
  #, gcc-internal-format
  msgid "argument 2 must be a 7-bit unsigned literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:14760
  #, gcc-internal-format
  msgid "argument 1 of __builtin_altivec_predicate must be a constant"
  msgstr ""
  
! #: config/rs6000/rs6000.c:14817
  #, gcc-internal-format
  msgid "argument 1 of __builtin_altivec_predicate is out of range"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15305
  #, gcc-internal-format, gfc-internal-format
  msgid "builtin %s is only valid in 64-bit mode"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15354
  #, gcc-internal-format, gfc-internal-format
  msgid "argument %d must be an unsigned literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15356
  #, gcc-internal-format, gfc-internal-format
  msgid "argument %d is an unsigned literal that is out of range"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15494
  #, gcc-internal-format, gfc-internal-format
  msgid "builtin %s only accepts a string argument"
  msgstr ""
  
  #. Invalid CPU argument.
! #: config/rs6000/rs6000.c:15513
  #, gcc-internal-format, gfc-internal-format
  msgid "cpu %s is an invalid argument to builtin %s"
  msgstr ""
  
  #. Invalid HWCAP argument.
! #: config/rs6000/rs6000.c:15541
  #, gcc-internal-format, gfc-internal-format
  msgid "hwcap %s is an invalid argument to builtin %s"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15615
  #, gcc-internal-format
  msgid "argument 3 must be a 4-bit unsigned literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15640
  #, gcc-internal-format
  msgid "argument 3 must be a 2-bit unsigned literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15660
  #, gcc-internal-format
  msgid "argument 3 must be a 1-bit unsigned literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15672
  #, gcc-internal-format
  msgid "argument 1 must be 0 or 2"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15684
  #, gcc-internal-format
  msgid "argument 1 must be a 1-bit unsigned literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15698
  #, gcc-internal-format
  msgid "argument 2 must be a 6-bit unsigned literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15710
  #, gcc-internal-format
  msgid "argument 2 must be 0 or 1"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15717
  #, gcc-internal-format
  msgid "argument 3 must be in the range 0..15"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15906
  #, gcc-internal-format
  msgid "argument to %qs must be a 2-bit unsigned literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16063
  #, gcc-internal-format
  msgid "unresolved overload for Altivec builtin %qF"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16237
  #, gcc-internal-format
  msgid "argument to dss must be a 2-bit unsigned literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16285
  #, gcc-internal-format
  msgid "second argument to vec_vextract4b must be 0..12"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16302
  #, gcc-internal-format
  msgid "third argument to vec_vinsert4b must be 0..12"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16677
  #, gcc-internal-format
  msgid "argument 1 of __builtin_paired_predicate must be a constant"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16724
  #, gcc-internal-format
  msgid "argument 1 of __builtin_paired_predicate is out of range"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16749
  #, gcc-internal-format
  msgid "argument 1 of __builtin_spe_predicate must be a constant"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16821
  #, gcc-internal-format
  msgid "argument 1 of __builtin_spe_predicate is out of range"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16903
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s is only valid for the cell processor"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16905
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -mvsx option"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16907
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -mhtm option"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16909
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -maltivec option"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16911
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -mpaired option"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16913
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -mspe option"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16916
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -mhard-dfp and -mpower8-vector options"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16919
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -mhard-dfp option"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16921
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -mpower8-vector option"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16924 config/rs6000/rs6000.c:16930
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -mcpu=power9 and -m64 options"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16927 config/rs6000/rs6000.c:16933
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -mcpu=power9 option"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16936
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Builtin function %s requires the -mhard-float and -mlong-double-128 options"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16939
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -mhard-float option"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16941
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -mfloat128 option"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16943
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s is not supported with the current options"
  msgstr ""
  
! #: config/rs6000/rs6000.c:18786
  #, gcc-internal-format, gfc-internal-format
  msgid "internal error: builtin function %s had an unexpected return type %s"
  msgstr ""
  
! #: config/rs6000/rs6000.c:18803
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "internal error: builtin function %s, argument %d had unexpected argument "
  "type %s"
  msgstr ""
  
! #: config/rs6000/rs6000.c:28088
  #, gcc-internal-format
  msgid "stack frame too large"
  msgstr ""
  
! #: config/rs6000/rs6000.c:31766
  #, gcc-internal-format
  msgid "-fsplit-stack uses register r29"
  msgstr ""
  
! #: config/rs6000/rs6000.c:31774
  #, gcc-internal-format
  msgid "Stack frame larger than 2G is not supported for -fsplit-stack"
  msgstr ""
  
! #: config/rs6000/rs6000.c:32762
  #, gcc-internal-format
  msgid "no profiling of 64-bit code for this ABI"
  msgstr ""
  
! #: config/rs6000/rs6000.c:35065
  #, gcc-internal-format
  msgid ""
  "You cannot take the address of a nested function if you use the -mno-"
  "pointers-to-nested-functions option."
  msgstr ""
  
! #: config/rs6000/rs6000.c:35147
  #, gcc-internal-format
  msgid "use of %<long double%> in AltiVec types is invalid"
  msgstr ""
  
! #: config/rs6000/rs6000.c:35149
  #, gcc-internal-format
  msgid "use of boolean types in AltiVec types is invalid"
  msgstr ""
  
! #: config/rs6000/rs6000.c:35151
  #, gcc-internal-format
  msgid "use of %<complex%> in AltiVec types is invalid"
  msgstr ""
  
! #: config/rs6000/rs6000.c:35153
  #, gcc-internal-format
  msgid "use of decimal floating point types in AltiVec types is invalid"
  msgstr ""
  
! #: config/rs6000/rs6000.c:35159
  #, gcc-internal-format
  msgid ""
  "use of %<long%> in AltiVec types is invalid for 64-bit code without -mvsx"
  msgstr ""
  
! #: config/rs6000/rs6000.c:35162
  #, gcc-internal-format
  msgid "use of %<long%> in AltiVec types is deprecated; use %<int%>"
  msgstr ""
  
! #: config/rs6000/rs6000.c:35167
  #, gcc-internal-format
  msgid "use of %<long long%> in AltiVec types is invalid without -mvsx"
  msgstr ""
  
! #: config/rs6000/rs6000.c:35170
  #, gcc-internal-format
  msgid "use of %<double%> in AltiVec types is invalid without -mvsx"
  msgstr ""
  
! #: config/rs6000/rs6000.c:38943
  #, gcc-internal-format, gfc-internal-format
  msgid "emitting microcode insn %s\t[%s] #%d"
  msgstr ""
  
! #: config/rs6000/rs6000.c:38947
  #, gcc-internal-format, gfc-internal-format
  msgid "emitting conditional microcode insn %s\t[%s] #%d"
  msgstr ""
  
! #: config/rs6000/rs6000.c:39255
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid cpu \"%s\" for %s\"%s\"%s"
  msgstr ""
  
! #: config/rs6000/rs6000.c:39258
  #, gcc-internal-format, gfc-internal-format
  msgid "%s\"%s\"%s is not allowed"
  msgstr ""
  
! #: config/rs6000/rs6000.c:39260
  #, gcc-internal-format, gfc-internal-format
  msgid "%s\"%s\"%s is invalid"
  msgstr ""
  
! #: config/rs6000/rs6000.c:39777
  #, gcc-internal-format, gfc-internal-format
  msgid "-mno-%s turns off -m%s"
  msgstr ""
  
! #: config/rs6000/rs6000.c:39794
  #, gcc-internal-format
  msgid "-mno-power9-vector turns off -mpower9-dform"
  msgstr ""
--- 31028,31567 ----
  #. error messages.  However, if users have managed to select
  #. power9-fusion without selecting power8-fusion, they
  #. already know about undocumented flags.
! #: config/rs6000/rs6000.c:4522
  #, gcc-internal-format
  msgid "-mpower9-fusion requires -mpower8-fusion"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4575
  #, gcc-internal-format
  msgid "-mpower9-vector requires -mpower8-vector"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4620
  #, gcc-internal-format
  msgid "-mpower9-dform requires -mpower9-vector"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4649
  #, gcc-internal-format
  msgid ""
  "-mpower9-dform, -mpower9-dform-vector, -mpower9-dform-scalar require -"
  "mdirect-move"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4672
  #, gcc-internal-format
  msgid "-mpower9-dform requires -mupper-regs-df"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4679
  #, gcc-internal-format
  msgid "-mpower9-dform requires -mupper-regs-sf"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4699
  #, gcc-internal-format
  msgid "-mvsx-timode might need -mlra"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4724
  #, gcc-internal-format
  msgid "-mallow-movmisalign requires -mvsx"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4739
  #, gcc-internal-format
  msgid "-mefficient-unaligned-vsx requires -mvsx"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4747
  #, gcc-internal-format
  msgid "-mefficient-unaligned-vsx requires -mallow-movmisalign"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4761
  #, gcc-internal-format
  msgid ""
  "-mvsx-small-integer requires -mpower8-vector, -mupper-regs-di, and -mdirect-"
  "move"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4773
  #, gcc-internal-format
  msgid "target attribute or pragma changes long double size"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4799
  #, gcc-internal-format
  msgid "-mfloat128 requires VSX support"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4809
  #, gcc-internal-format
  msgid "-mfloat128-type requires VSX support"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4825
  #, gcc-internal-format
  msgid "-mfloat128 requires -mfloat128-type"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4838
  #, gcc-internal-format
  msgid "-mfloat128-hardware requires -mfloat128-type"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4861
  #, gcc-internal-format
  msgid "-mfloat128-hardware requires full ISA 3.0 support"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4869
  #, gcc-internal-format
  msgid "-mfloat128-hardware requires -m64"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4933
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown vectorization library ABI type (%s) for -mveclibabi= switch"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4954 config/rs6000/rs6000.c:4969
  #, gcc-internal-format
  msgid "target attribute or pragma changes AltiVec ABI"
  msgstr ""
  
! #: config/rs6000/rs6000.c:4982
  #, gcc-internal-format
  msgid "target attribute or pragma changes darwin64 ABI"
  msgstr ""
  
! #: config/rs6000/rs6000.c:5048
  #, gcc-internal-format
  msgid "target attribute or pragma changes single precision floating point"
  msgstr ""
  
! #: config/rs6000/rs6000.c:5051
  #, gcc-internal-format
  msgid "target attribute or pragma changes double precision floating point"
  msgstr ""
  
! #: config/rs6000/rs6000.c:5153
  #, gcc-internal-format
  msgid "%qs is not a valid number in -mstack-protector-guard-offset="
  msgstr ""
  
! #: config/rs6000/rs6000.c:5158
  #, gcc-internal-format
  msgid "%qs is not a valid offset in -mstack-protector-guard-offset="
  msgstr ""
  
! #: config/rs6000/rs6000.c:5170
  #, gcc-internal-format
  msgid "%qs is not a valid base register in -mstack-protector-guard-reg="
  msgstr ""
  
! #: config/rs6000/rs6000.c:5178
  #, gcc-internal-format
  msgid "-mstack-protector-guard=tls needs a valid base register"
  msgstr ""
  
! #: config/rs6000/rs6000.c:8202
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "the layout of aggregates containing vectors with %d-byte alignment has "
  "changed in GCC 5"
  msgstr ""
  
! #: config/rs6000/rs6000.c:11615
  #, gcc-internal-format
  msgid ""
  "GCC vector returned by reference: non-standard ABI extension with no "
  "compatibility guarantee"
  msgstr ""
  
! #: config/rs6000/rs6000.c:11777
  #, gcc-internal-format
  msgid ""
  "cannot return value in vector register because altivec instructions are "
  "disabled, use -maltivec to enable them"
  msgstr ""
  
! #: config/rs6000/rs6000.c:11977
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "the ABI of passing aggregates with %d-byte alignment has changed in GCC 5"
  msgstr ""
  
! #: config/rs6000/rs6000.c:12246
  #, gcc-internal-format
  msgid ""
  "cannot pass argument in vector register because altivec instructions are "
  "disabled, use -maltivec to enable them"
  msgstr ""
  
! #: config/rs6000/rs6000.c:13098
  #, gcc-internal-format
  msgid "the ABI of passing homogeneous float aggregates has changed in GCC 5"
  msgstr ""
  
! #: config/rs6000/rs6000.c:13273
  #, gcc-internal-format
  msgid ""
  "GCC vector passed by reference: non-standard ABI extension with no "
  "compatibility guarantee"
  msgstr ""
  
! #: config/rs6000/rs6000.c:14067
  #, gcc-internal-format, gfc-internal-format
  msgid "internal error: builtin function %s already processed"
  msgstr ""
  
! #: config/rs6000/rs6000.c:14571
  #, gcc-internal-format
  msgid "argument 1 must be an 8-bit field value"
  msgstr ""
  
! #: config/rs6000/rs6000.c:14617
  #, gcc-internal-format
  msgid "argument 1 must be a 5-bit signed literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:14720 config/rs6000/rs6000.c:16593
  #, gcc-internal-format
  msgid "argument 2 must be a 5-bit unsigned literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:14738
  #, gcc-internal-format
  msgid "argument 1 must be a 6-bit unsigned literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:14752
  #, gcc-internal-format
  msgid "argument 2 must be a 7-bit unsigned literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:14791
  #, gcc-internal-format
  msgid "argument 1 of __builtin_altivec_predicate must be a constant"
  msgstr ""
  
! #: config/rs6000/rs6000.c:14848
  #, gcc-internal-format
  msgid "argument 1 of __builtin_altivec_predicate is out of range"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15336
  #, gcc-internal-format, gfc-internal-format
  msgid "builtin %s is only valid in 64-bit mode"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15385
  #, gcc-internal-format, gfc-internal-format
  msgid "argument %d must be an unsigned literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15387
  #, gcc-internal-format, gfc-internal-format
  msgid "argument %d is an unsigned literal that is out of range"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15525
  #, gcc-internal-format, gfc-internal-format
  msgid "builtin %s only accepts a string argument"
  msgstr ""
  
  #. Invalid CPU argument.
! #: config/rs6000/rs6000.c:15544
  #, gcc-internal-format, gfc-internal-format
  msgid "cpu %s is an invalid argument to builtin %s"
  msgstr ""
  
  #. Invalid HWCAP argument.
! #: config/rs6000/rs6000.c:15572
  #, gcc-internal-format, gfc-internal-format
  msgid "hwcap %s is an invalid argument to builtin %s"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15598
! #, gcc-internal-format, gfc-internal-format
! msgid "%s needs GLIBC (2.23 and newer) that exports hardware capability bits"
! msgstr ""
! 
! #: config/rs6000/rs6000.c:15651
  #, gcc-internal-format
  msgid "argument 3 must be a 4-bit unsigned literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15676
  #, gcc-internal-format
  msgid "argument 3 must be a 2-bit unsigned literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15696
  #, gcc-internal-format
  msgid "argument 3 must be a 1-bit unsigned literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15708
  #, gcc-internal-format
  msgid "argument 1 must be 0 or 2"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15720
  #, gcc-internal-format
  msgid "argument 1 must be a 1-bit unsigned literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15734
  #, gcc-internal-format
  msgid "argument 2 must be a 6-bit unsigned literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15746
  #, gcc-internal-format
  msgid "argument 2 must be 0 or 1"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15753
  #, gcc-internal-format
  msgid "argument 3 must be in the range 0..15"
  msgstr ""
  
! #: config/rs6000/rs6000.c:15942
  #, gcc-internal-format
  msgid "argument to %qs must be a 2-bit unsigned literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16099
  #, gcc-internal-format
  msgid "unresolved overload for Altivec builtin %qF"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16273
  #, gcc-internal-format
  msgid "argument to dss must be a 2-bit unsigned literal"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16321
  #, gcc-internal-format
  msgid "second argument to vec_vextract4b must be 0..12"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16338
  #, gcc-internal-format
  msgid "third argument to vec_vinsert4b must be 0..12"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16713
  #, gcc-internal-format
  msgid "argument 1 of __builtin_paired_predicate must be a constant"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16760
  #, gcc-internal-format
  msgid "argument 1 of __builtin_paired_predicate is out of range"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16785
  #, gcc-internal-format
  msgid "argument 1 of __builtin_spe_predicate must be a constant"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16857
  #, gcc-internal-format
  msgid "argument 1 of __builtin_spe_predicate is out of range"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16939
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s is only valid for the cell processor"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16941
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -mvsx option"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16943
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -mhtm option"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16945
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -maltivec option"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16947
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -mpaired option"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16949
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -mspe option"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16952
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -mhard-dfp and -mpower8-vector options"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16955
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -mhard-dfp option"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16957
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -mpower8-vector option"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16960 config/rs6000/rs6000.c:16966
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -mcpu=power9 and -m64 options"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16963 config/rs6000/rs6000.c:16969
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -mcpu=power9 option"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16972
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Builtin function %s requires the -mhard-float and -mlong-double-128 options"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16975
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -mhard-float option"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16977
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s requires the -mfloat128 option"
  msgstr ""
  
! #: config/rs6000/rs6000.c:16979
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s is not supported with the current options"
  msgstr ""
  
! #: config/rs6000/rs6000.c:18833
  #, gcc-internal-format, gfc-internal-format
  msgid "internal error: builtin function %s had an unexpected return type %s"
  msgstr ""
  
! #: config/rs6000/rs6000.c:18850
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "internal error: builtin function %s, argument %d had unexpected argument "
  "type %s"
  msgstr ""
  
! #: config/rs6000/rs6000.c:28135
  #, gcc-internal-format
  msgid "stack frame too large"
  msgstr ""
  
! #: config/rs6000/rs6000.c:31815
  #, gcc-internal-format
  msgid "-fsplit-stack uses register r29"
  msgstr ""
  
! #: config/rs6000/rs6000.c:31823
  #, gcc-internal-format
  msgid "Stack frame larger than 2G is not supported for -fsplit-stack"
  msgstr ""
  
! #: config/rs6000/rs6000.c:32811
  #, gcc-internal-format
  msgid "no profiling of 64-bit code for this ABI"
  msgstr ""
  
! #: config/rs6000/rs6000.c:35114
  #, gcc-internal-format
  msgid ""
  "You cannot take the address of a nested function if you use the -mno-"
  "pointers-to-nested-functions option."
  msgstr ""
  
! #: config/rs6000/rs6000.c:35196
  #, gcc-internal-format
  msgid "use of %<long double%> in AltiVec types is invalid"
  msgstr ""
  
! #: config/rs6000/rs6000.c:35198
  #, gcc-internal-format
  msgid "use of boolean types in AltiVec types is invalid"
  msgstr ""
  
! #: config/rs6000/rs6000.c:35200
  #, gcc-internal-format
  msgid "use of %<complex%> in AltiVec types is invalid"
  msgstr ""
  
! #: config/rs6000/rs6000.c:35202
  #, gcc-internal-format
  msgid "use of decimal floating point types in AltiVec types is invalid"
  msgstr ""
  
! #: config/rs6000/rs6000.c:35208
  #, gcc-internal-format
  msgid ""
  "use of %<long%> in AltiVec types is invalid for 64-bit code without -mvsx"
  msgstr ""
  
! #: config/rs6000/rs6000.c:35211
  #, gcc-internal-format
  msgid "use of %<long%> in AltiVec types is deprecated; use %<int%>"
  msgstr ""
  
! #: config/rs6000/rs6000.c:35216
  #, gcc-internal-format
  msgid "use of %<long long%> in AltiVec types is invalid without -mvsx"
  msgstr ""
  
! #: config/rs6000/rs6000.c:35219
  #, gcc-internal-format
  msgid "use of %<double%> in AltiVec types is invalid without -mvsx"
  msgstr ""
  
! #: config/rs6000/rs6000.c:38992
  #, gcc-internal-format, gfc-internal-format
  msgid "emitting microcode insn %s\t[%s] #%d"
  msgstr ""
  
! #: config/rs6000/rs6000.c:38996
  #, gcc-internal-format, gfc-internal-format
  msgid "emitting conditional microcode insn %s\t[%s] #%d"
  msgstr ""
  
! #: config/rs6000/rs6000.c:39304
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid cpu \"%s\" for %s\"%s\"%s"
  msgstr ""
  
! #: config/rs6000/rs6000.c:39307
  #, gcc-internal-format, gfc-internal-format
  msgid "%s\"%s\"%s is not allowed"
  msgstr ""
  
! #: config/rs6000/rs6000.c:39309
  #, gcc-internal-format, gfc-internal-format
  msgid "%s\"%s\"%s is invalid"
  msgstr ""
  
! #: config/rs6000/rs6000.c:39826
  #, gcc-internal-format, gfc-internal-format
  msgid "-mno-%s turns off -m%s"
  msgstr ""
  
! #: config/rs6000/rs6000.c:39843
  #, gcc-internal-format
  msgid "-mno-power9-vector turns off -mpower9-dform"
  msgstr ""
*************** msgid "-mcall-aixdesc incompatible with
*** 31692,31697 ****
--- 31749,31755 ----
  msgstr ""
  
  #: config/rs6000/freebsd64.h:113 config/rs6000/linux64.h:135
+ #: config/rs6000/rtems.h:96
  #, gcc-internal-format
  msgid "-m64 requires a PowerPC64 cpu"
  msgstr ""
*************** msgstr ""
*** 31783,31789 ****
  msgid "builtin vec_step can only be used on vector types."
  msgstr ""
  
! #: config/s390/s390-c.c:685 config/s390/s390.c:913
  #, gcc-internal-format
  msgid "constant value required for builtin %qF argument %d"
  msgstr ""
--- 31841,31847 ----
  msgid "builtin vec_step can only be used on vector types."
  msgstr ""
  
! #: config/s390/s390-c.c:685 config/s390/s390.c:916
  #, gcc-internal-format
  msgid "constant value required for builtin %qF argument %d"
  msgstr ""
*************** msgstr ""
*** 31812,31818 ****
  
  #: config/s390/s390-c.c:889
  #, gcc-internal-format
! msgid "%qF requires -march=arch12 or higher"
  msgstr ""
  
  #: config/s390/s390-c.c:903
--- 31870,31876 ----
  
  #: config/s390/s390-c.c:889
  #, gcc-internal-format
! msgid "%qF requires z14 or higher"
  msgstr ""
  
  #: config/s390/s390-c.c:903
*************** msgstr ""
*** 31832,31838 ****
  
  #: config/s390/s390-c.c:966
  #, gcc-internal-format
! msgid "%qs matching variant requires -march=arch12 or higher"
  msgstr ""
  
  #: config/s390/s390-c.c:972
--- 31890,31896 ----
  
  #: config/s390/s390-c.c:966
  #, gcc-internal-format
! msgid "%qs matching variant requires z14 or higher"
  msgstr ""
  
  #: config/s390/s390-c.c:972
*************** msgstr ""
*** 31845,31913 ****
  msgid "constant argument %d for builtin %qF is out of range for target type"
  msgstr ""
  
! #: config/s390/s390.c:769
  #, gcc-internal-format
  msgid "constant argument %d for builtin %qF is out of range (0.."
  msgstr ""
  
! #: config/s390/s390.c:786
  #, gcc-internal-format
  msgid "constant argument %d for builtin %qF is out of range ("
  msgstr ""
  
! #: config/s390/s390.c:837
  #, gcc-internal-format
  msgid ""
  "builtin %qF is not supported without -mhtm (default with -march=zEC12 and "
  "higher)."
  msgstr ""
  
! #: config/s390/s390.c:843
  #, gcc-internal-format
  msgid "builtin %qF requires -mvx (default with -march=z13 and higher)."
  msgstr ""
  
! #: config/s390/s390.c:850
  #, gcc-internal-format
! msgid "Builtin %qF requires arch12 or higher."
  msgstr ""
  
! #: config/s390/s390.c:869
  #, gcc-internal-format
  msgid "unresolved overloaded builtin"
  msgstr ""
  
! #: config/s390/s390.c:876 config/tilegx/tilegx.c:3545
  #: config/tilepro/tilepro.c:3109
  #, gcc-internal-format
  msgid "bad builtin icode"
  msgstr ""
  
! #: config/s390/s390.c:1004
  #, gcc-internal-format
  msgid "invalid argument %d for builtin %qF"
  msgstr ""
  
! #: config/s390/s390.c:1105
  #, gcc-internal-format
  msgid ""
  "requested %qE attribute is not a comma separated pair of non-negative "
  "integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9980
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr ""
  
! #: config/s390/s390.c:11094
  #, gcc-internal-format
  msgid ""
  "frame size of function %qs is %wd bytes exceeding user provided stack limit "
  "of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:11110
  #, gcc-internal-format
  msgid ""
  "frame size of function %qs is %wd bytes which is more than half the stack "
--- 31903,31971 ----
  msgid "constant argument %d for builtin %qF is out of range for target type"
  msgstr ""
  
! #: config/s390/s390.c:772
  #, gcc-internal-format
  msgid "constant argument %d for builtin %qF is out of range (0.."
  msgstr ""
  
! #: config/s390/s390.c:789
  #, gcc-internal-format
  msgid "constant argument %d for builtin %qF is out of range ("
  msgstr ""
  
! #: config/s390/s390.c:840
  #, gcc-internal-format
  msgid ""
  "builtin %qF is not supported without -mhtm (default with -march=zEC12 and "
  "higher)."
  msgstr ""
  
! #: config/s390/s390.c:846
  #, gcc-internal-format
  msgid "builtin %qF requires -mvx (default with -march=z13 and higher)."
  msgstr ""
  
! #: config/s390/s390.c:853
  #, gcc-internal-format
! msgid "Builtin %qF requires z14 or higher."
  msgstr ""
  
! #: config/s390/s390.c:872
  #, gcc-internal-format
  msgid "unresolved overloaded builtin"
  msgstr ""
  
! #: config/s390/s390.c:879 config/tilegx/tilegx.c:3545
  #: config/tilepro/tilepro.c:3109
  #, gcc-internal-format
  msgid "bad builtin icode"
  msgstr ""
  
! #: config/s390/s390.c:1007
  #, gcc-internal-format
  msgid "invalid argument %d for builtin %qF"
  msgstr ""
  
! #: config/s390/s390.c:1108
  #, gcc-internal-format
  msgid ""
  "requested %qE attribute is not a comma separated pair of non-negative "
  "integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9987
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr ""
  
! #: config/s390/s390.c:11101
  #, gcc-internal-format
  msgid ""
  "frame size of function %qs is %wd bytes exceeding user provided stack limit "
  "of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:11117
  #, gcc-internal-format
  msgid ""
  "frame size of function %qs is %wd bytes which is more than half the stack "
*************** msgid ""
*** 31915,32019 ****
  "function."
  msgstr ""
  
! #: config/s390/s390.c:11138
  #, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr ""
  
! #: config/s390/s390.c:11142
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr ""
  
! #: config/s390/s390.c:11520
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14666
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "%sarch=%s%s is deprecated and will be removed in future releases; use at "
  "least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14678
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "%stune=%s%s is deprecated and will be removed in future releases; use at "
  "least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14690
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr ""
  
! #: config/s390/s390.c:14693
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14710
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14741
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14745
  #, gcc-internal-format
  msgid ""
  "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14757
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14765
  #, gcc-internal-format
  msgid ""
  "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr ""
  
! #: config/s390/s390.c:14771
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr ""
  
! #: config/s390/s390.c:14773
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr ""
  
! #: config/s390/s390.c:14776
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr ""
  
  #. argument is not a plain number
! #: config/s390/s390.c:14874
  #, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr ""
  
! #: config/s390/s390.c:14881
  #, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr ""
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:15089
  #, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr ""
--- 31973,32077 ----
  "function."
  msgstr ""
  
! #: config/s390/s390.c:11145
  #, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr ""
  
! #: config/s390/s390.c:11149
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr ""
  
! #: config/s390/s390.c:11527
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14673
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "%sarch=%s%s is deprecated and will be removed in future releases; use at "
  "least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14685
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "%stune=%s%s is deprecated and will be removed in future releases; use at "
  "least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14697
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr ""
  
! #: config/s390/s390.c:14700
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14717
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14720
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14748
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14752
  #, gcc-internal-format
  msgid ""
  "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14764
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14772
  #, gcc-internal-format
  msgid ""
  "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr ""
  
! #: config/s390/s390.c:14778
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr ""
  
! #: config/s390/s390.c:14780
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr ""
  
! #: config/s390/s390.c:14783
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr ""
  
  #. argument is not a plain number
! #: config/s390/s390.c:14881
  #, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr ""
  
! #: config/s390/s390.c:14888
  #, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr ""
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:15096
  #, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr ""
*************** msgstr ""
*** 32072,32098 ****
  msgid "-mrelax is only supported for RTP PIC"
  msgstr ""
  
! #: config/sparc/sparc.c:1393
  #, gcc-internal-format, gfc-internal-format
  msgid "%s is not supported by this configuration"
  msgstr ""
  
! #: config/sparc/sparc.c:1400
  #, gcc-internal-format
  msgid "-mlong-double-64 not allowed with -m64"
  msgstr ""
  
! #: config/sparc/sparc.c:1420
  #, gcc-internal-format, gfc-internal-format
  msgid "bad value (%s) for -mcmodel= switch"
  msgstr ""
  
! #: config/sparc/sparc.c:1425
  #, gcc-internal-format
! msgid "-mcmodel= is not supported on 32 bit systems"
  msgstr ""
  
! #: config/sparc/sparc.c:1432
  #, gcc-internal-format
  msgid "-fcall-saved-REG is not supported for out registers"
  msgstr ""
--- 32130,32156 ----
  msgid "-mrelax is only supported for RTP PIC"
  msgstr ""
  
! #: config/sparc/sparc.c:1509
  #, gcc-internal-format, gfc-internal-format
  msgid "%s is not supported by this configuration"
  msgstr ""
  
! #: config/sparc/sparc.c:1516
  #, gcc-internal-format
  msgid "-mlong-double-64 not allowed with -m64"
  msgstr ""
  
! #: config/sparc/sparc.c:1536
  #, gcc-internal-format, gfc-internal-format
  msgid "bad value (%s) for -mcmodel= switch"
  msgstr ""
  
! #: config/sparc/sparc.c:1541
  #, gcc-internal-format
! msgid "-mcmodel= is not supported on 32-bit systems"
  msgstr ""
  
! #: config/sparc/sparc.c:1548
  #, gcc-internal-format
  msgid "-fcall-saved-REG is not supported for out registers"
  msgstr ""
*************** msgstr ""
*** 32377,32398 ****
  msgid "invalid constant in %<#pragma %s%>"
  msgstr ""
  
! #: config/xtensa/xtensa.c:2185
  #, gcc-internal-format
  msgid "boolean registers required for the floating-point option"
  msgstr ""
  
! #: config/xtensa/xtensa.c:2220
  #, gcc-internal-format, gfc-internal-format
  msgid "-f%s is not supported with CONST16 instructions"
  msgstr ""
  
! #: config/xtensa/xtensa.c:2227
  #, gcc-internal-format
  msgid "PIC is required but not supported with CONST16 instructions"
  msgstr ""
  
! #: config/xtensa/xtensa.c:3543
  #, gcc-internal-format
  msgid "only uninitialized variables can be placed in a .bss section"
  msgstr ""
--- 32435,32456 ----
  msgid "invalid constant in %<#pragma %s%>"
  msgstr ""
  
! #: config/xtensa/xtensa.c:2186
  #, gcc-internal-format
  msgid "boolean registers required for the floating-point option"
  msgstr ""
  
! #: config/xtensa/xtensa.c:2221
  #, gcc-internal-format, gfc-internal-format
  msgid "-f%s is not supported with CONST16 instructions"
  msgstr ""
  
! #: config/xtensa/xtensa.c:2228
  #, gcc-internal-format
  msgid "PIC is required but not supported with CONST16 instructions"
  msgstr ""
  
! #: config/xtensa/xtensa.c:3544
  #, gcc-internal-format
  msgid "only uninitialized variables can be placed in a .bss section"
  msgstr ""
*************** msgstr ""
*** 32479,32485 ****
  msgid "could not read the BRIG file"
  msgstr ""
  
! #: c/c-array-notation.c:217 c/c-array-notation.c:246 cp/call.c:8205
  #: cp/cp-array-notation.c:250
  #, gcc-internal-format
  msgid "Invalid builtin arguments"
--- 32537,32543 ----
  msgid "could not read the BRIG file"
  msgstr ""
  
! #: c/c-array-notation.c:217 c/c-array-notation.c:246 cp/call.c:8210
  #: cp/cp-array-notation.c:250
  #, gcc-internal-format
  msgid "Invalid builtin arguments"
*************** msgid "label %qD defined here"
*** 32892,32900 ****
  msgstr ""
  
  #: c/c-decl.c:3601 c/c-decl.c:3872 c/c-typeck.c:8091 cp/class.c:1480
! #: cp/class.c:3379 cp/decl.c:3907 cp/decl.c:10592 cp/decl.c:10999
! #: cp/friend.c:383 cp/friend.c:392 cp/parser.c:3166 cp/parser.c:3259
! #: cp/parser.c:3290 cp/parser.c:6043 cp/parser.c:20681
  #, gcc-internal-format
  msgid "%qD declared here"
  msgstr ""
--- 32950,32958 ----
  msgstr ""
  
  #: c/c-decl.c:3601 c/c-decl.c:3872 c/c-typeck.c:8091 cp/class.c:1480
! #: cp/class.c:3381 cp/decl.c:3907 cp/decl.c:10592 cp/decl.c:10999
! #: cp/friend.c:383 cp/friend.c:392 cp/parser.c:3168 cp/parser.c:3261
! #: cp/parser.c:3292 cp/parser.c:6048 cp/parser.c:20704
  #, gcc-internal-format
  msgid "%qD declared here"
  msgstr ""
*************** msgstr ""
*** 33030,33036 ****
  msgid "%<[*]%> not allowed in other than function prototype scope"
  msgstr ""
  
! #: c/c-decl.c:4606 cp/decl2.c:1408
  #, gcc-internal-format
  msgid "%q+D in declare target directive does not have mappable type"
  msgstr ""
--- 33088,33094 ----
  msgid "%<[*]%> not allowed in other than function prototype scope"
  msgstr ""
  
! #: c/c-decl.c:4606 cp/decl2.c:1409
  #, gcc-internal-format
  msgid "%q+D in declare target directive does not have mappable type"
  msgstr ""
*************** msgstr ""
*** 34085,34091 ****
  msgid "two or more data types in declaration specifiers"
  msgstr ""
  
! #: c/c-decl.c:9853 cp/parser.c:27656
  #, gcc-internal-format
  msgid "%<long long long%> is too long for GCC"
  msgstr ""
--- 34143,34149 ----
  msgid "two or more data types in declaration specifiers"
  msgstr ""
  
! #: c/c-decl.c:9853 cp/parser.c:27679
  #, gcc-internal-format
  msgid "%<long long long%> is too long for GCC"
  msgstr ""
*************** msgstr ""
*** 34225,34243 ****
  msgid "ISO C does not support plain %<complex%> meaning %<double complex%>"
  msgstr ""
  
! #: c/c-decl.c:10925 c/c-decl.c:10938 c/c-decl.c:10964
  #, gcc-internal-format
  msgid "ISO C does not support complex integer types"
  msgstr ""
  
! #: c/c-decl.c:11372 cp/semantics.c:5330
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp declare reduction%> combiner refers to variable %qD which is "
  "not %<omp_out%> nor %<omp_in%>"
  msgstr ""
  
! #: c/c-decl.c:11376 cp/semantics.c:5334
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp declare reduction%> initializer refers to variable %qD which "
--- 34283,34301 ----
  msgid "ISO C does not support plain %<complex%> meaning %<double complex%>"
  msgstr ""
  
! #: c/c-decl.c:10925 c/c-decl.c:10941 c/c-decl.c:10967
  #, gcc-internal-format
  msgid "ISO C does not support complex integer types"
  msgstr ""
  
! #: c/c-decl.c:11375 cp/semantics.c:5343
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp declare reduction%> combiner refers to variable %qD which is "
  "not %<omp_out%> nor %<omp_in%>"
  msgstr ""
  
! #: c/c-decl.c:11379 cp/semantics.c:5347
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp declare reduction%> initializer refers to variable %qD which "
*************** msgstr ""
*** 34289,34295 ****
  msgid "version control conflict marker in file"
  msgstr ""
  
! #: c/c-parser.c:1035 cp/parser.c:27863
  #, gcc-internal-format
  msgid "expected end of line"
  msgstr ""
--- 34347,34353 ----
  msgid "version control conflict marker in file"
  msgstr ""
  
! #: c/c-parser.c:1035 cp/parser.c:27886
  #, gcc-internal-format
  msgid "expected end of line"
  msgstr ""
*************** msgid "unknown type name %qE"
*** 34330,34336 ****
  msgstr ""
  
  #: c/c-parser.c:1656 c/c-parser.c:10365 c/c-parser.c:15447 c/c-parser.c:15875
! #: c/c-parser.c:16351 cp/parser.c:35355 cp/parser.c:38379
  #, gcc-internal-format
  msgid "expected declaration specifiers"
  msgstr ""
--- 34388,34394 ----
  msgstr ""
  
  #: c/c-parser.c:1656 c/c-parser.c:10365 c/c-parser.c:15447 c/c-parser.c:15875
! #: c/c-parser.c:16351 cp/parser.c:35378 cp/parser.c:38402
  #, gcc-internal-format
  msgid "expected declaration specifiers"
  msgstr ""
*************** msgstr ""
*** 34345,34351 ****
  msgid "expected %<;%>, identifier or %<(%>"
  msgstr ""
  
! #: c/c-parser.c:1714 cp/parser.c:29516 cp/parser.c:29590
  #, gcc-internal-format
  msgid "prefix attributes are ignored for methods"
  msgstr ""
--- 34403,34409 ----
  msgid "expected %<;%>, identifier or %<(%>"
  msgstr ""
  
! #: c/c-parser.c:1714 cp/parser.c:29539 cp/parser.c:29613
  #, gcc-internal-format
  msgid "prefix attributes are ignored for methods"
  msgstr ""
*************** msgstr ""
*** 34360,34367 ****
  msgid "unexpected attribute"
  msgstr ""
  
! #: c/c-parser.c:1780 c/c-parser.c:5035 c/c-parser.c:5376 cp/parser.c:10721
! #: cp/parser.c:10908
  #, gcc-internal-format
  msgid "%<fallthrough%> attribute not followed by %<;%>"
  msgstr ""
--- 34418,34425 ----
  msgid "unexpected attribute"
  msgstr ""
  
! #: c/c-parser.c:1780 c/c-parser.c:5035 c/c-parser.c:5376 cp/parser.c:10730
! #: cp/parser.c:10917
  #, gcc-internal-format
  msgid "%<fallthrough%> attribute not followed by %<;%>"
  msgstr ""
*************** msgstr ""
*** 34400,34406 ****
  msgid "%<__auto_type%> may only be used with a single declarator"
  msgstr ""
  
! #: c/c-parser.c:2028 cp/parser.c:12724 cp/parser.c:12881
  #, gcc-internal-format
  msgid "expected %<,%> or %<;%>"
  msgstr ""
--- 34458,34464 ----
  msgid "%<__auto_type%> may only be used with a single declarator"
  msgstr ""
  
! #: c/c-parser.c:2028 cp/parser.c:12733 cp/parser.c:12890
  #, gcc-internal-format
  msgid "expected %<,%> or %<;%>"
  msgstr ""
*************** msgstr ""
*** 34428,34434 ****
  msgid "ISO C90 does not support %<_Static_assert%>"
  msgstr ""
  
! #: c/c-parser.c:2234 c/c-parser.c:3925 c/c-parser.c:10423 cp/parser.c:38038
  #, gcc-internal-format
  msgid "expected string literal"
  msgstr ""
--- 34486,34492 ----
  msgid "ISO C90 does not support %<_Static_assert%>"
  msgstr ""
  
! #: c/c-parser.c:2234 c/c-parser.c:3925 c/c-parser.c:10423 cp/parser.c:38061
  #, gcc-internal-format
  msgid "expected string literal"
  msgstr ""
*************** msgstr ""
*** 34492,34505 ****
  #: c/c-parser.c:10030 c/c-parser.c:10083 c/c-parser.c:10099 c/c-parser.c:10145
  #: c/c-parser.c:10737 c/c-parser.c:10778 c/c-parser.c:12750 c/c-parser.c:12984
  #: c/c-parser.c:14838 c/c-parser.c:17638 c/c-parser.c:17967
! #: c/gimple-parser.c:1008 c/gimple-parser.c:1046 cp/parser.c:27866
! #: cp/parser.c:30359 cp/parser.c:30389 cp/parser.c:30459 cp/parser.c:32558
! #: cp/parser.c:37752 cp/parser.c:38523
  #, gcc-internal-format
  msgid "expected identifier"
  msgstr ""
  
! #: c/c-parser.c:2780 cp/parser.c:18016
  #, gcc-internal-format
  msgid "comma at end of enumerator list"
  msgstr ""
--- 34550,34563 ----
  #: c/c-parser.c:10030 c/c-parser.c:10083 c/c-parser.c:10099 c/c-parser.c:10145
  #: c/c-parser.c:10737 c/c-parser.c:10778 c/c-parser.c:12750 c/c-parser.c:12984
  #: c/c-parser.c:14838 c/c-parser.c:17638 c/c-parser.c:17967
! #: c/gimple-parser.c:1008 c/gimple-parser.c:1046 cp/parser.c:27889
! #: cp/parser.c:30382 cp/parser.c:30412 cp/parser.c:30482 cp/parser.c:32581
! #: cp/parser.c:37775 cp/parser.c:38546
  #, gcc-internal-format
  msgid "expected identifier"
  msgstr ""
  
! #: c/c-parser.c:2780 cp/parser.c:18039
  #, gcc-internal-format
  msgid "comma at end of enumerator list"
  msgstr ""
*************** msgstr ""
*** 34634,34640 ****
  msgid "expected %<}%> before %<else%>"
  msgstr ""
  
! #: c/c-parser.c:4908 cp/parser.c:11026
  #, gcc-internal-format
  msgid "%<else%> without a previous %<if%>"
  msgstr ""
--- 34692,34698 ----
  msgid "expected %<}%> before %<else%>"
  msgstr ""
  
! #: c/c-parser.c:4908 cp/parser.c:11035
  #, gcc-internal-format
  msgid "%<else%> without a previous %<if%>"
  msgstr ""
*************** msgid ""
*** 34660,34671 ****
  "a label can only be part of a statement and a declaration is not a statement"
  msgstr ""
  
! #: c/c-parser.c:5252 cp/parser.c:10573
  #, gcc-internal-format
  msgid "-fcilkplus must be enabled to use %<_Cilk_for%>"
  msgstr ""
  
! #: c/c-parser.c:5262 cp/parser.c:10599
  #, gcc-internal-format
  msgid "-fcilkplus must be enabled to use %<_Cilk_sync%>"
  msgstr ""
--- 34718,34729 ----
  "a label can only be part of a statement and a declaration is not a statement"
  msgstr ""
  
! #: c/c-parser.c:5252 cp/parser.c:10582
  #, gcc-internal-format
  msgid "-fcilkplus must be enabled to use %<_Cilk_for%>"
  msgstr ""
  
! #: c/c-parser.c:5262 cp/parser.c:10608
  #, gcc-internal-format
  msgid "-fcilkplus must be enabled to use %<_Cilk_sync%>"
  msgstr ""
*************** msgstr ""
*** 34679,34695 ****
  #. c_parser_skip_until_found stops at a closing nesting
  #. delimiter without consuming it, but here we need to consume
  #. it to proceed further.
! #: c/c-parser.c:5397 c/gimple-parser.c:1391 cp/parser.c:10677
  #, gcc-internal-format
  msgid "expected statement"
  msgstr ""
  
! #: c/c-parser.c:5501 cp/parser.c:12259
  #, gcc-internal-format
  msgid "suggest braces around empty body in an %<if%> statement"
  msgstr ""
  
! #: c/c-parser.c:5535 cp/parser.c:12262
  #, gcc-internal-format
  msgid "suggest braces around empty body in an %<else%> statement"
  msgstr ""
--- 34737,34753 ----
  #. c_parser_skip_until_found stops at a closing nesting
  #. delimiter without consuming it, but here we need to consume
  #. it to proceed further.
! #: c/c-parser.c:5397 c/gimple-parser.c:1391 cp/parser.c:10686
  #, gcc-internal-format
  msgid "expected statement"
  msgstr ""
  
! #: c/c-parser.c:5501 cp/parser.c:12268
  #, gcc-internal-format
  msgid "suggest braces around empty body in an %<if%> statement"
  msgstr ""
  
! #: c/c-parser.c:5535 cp/parser.c:12271
  #, gcc-internal-format
  msgid "suggest braces around empty body in an %<else%> statement"
  msgstr ""
*************** msgstr ""
*** 34699,34705 ****
  msgid "if statement cannot contain %<Cilk_spawn%>"
  msgstr ""
  
! #: c/c-parser.c:5667 cp/parser.c:11261
  #, gcc-internal-format
  msgid "suggest explicit braces to avoid ambiguous %<else%>"
  msgstr ""
--- 34757,34763 ----
  msgid "if statement cannot contain %<Cilk_spawn%>"
  msgstr ""
  
! #: c/c-parser.c:5667 cp/parser.c:11270
  #, gcc-internal-format
  msgid "suggest explicit braces to avoid ambiguous %<else%>"
  msgstr ""
*************** msgstr ""
*** 34719,34725 ****
  msgid "invalid iterating variable in fast enumeration"
  msgstr ""
  
! #: c/c-parser.c:6014 cp/parser.c:11462
  #, gcc-internal-format
  msgid "missing loop condition in loop with %<GCC ivdep%> pragma"
  msgstr ""
--- 34777,34783 ----
  msgid "invalid iterating variable in fast enumeration"
  msgstr ""
  
! #: c/c-parser.c:6014 cp/parser.c:11471
  #, gcc-internal-format
  msgid "missing loop condition in loop with %<GCC ivdep%> pragma"
  msgstr ""
*************** msgstr ""
*** 34900,34916 ****
  msgid "%<__builtin_complex%> operands of different types"
  msgstr ""
  
! #: c/c-parser.c:8121 cp/parser.c:6676
  #, gcc-internal-format
  msgid "wrong number of arguments to %<__builtin_shuffle%>"
  msgstr ""
  
! #: c/c-parser.c:8202 cp/parser.c:6587
  #, gcc-internal-format
  msgid "-fcilkplus must be enabled to use %<_Cilk_spawn%>"
  msgstr ""
  
! #: c/c-parser.c:8209 cp/parser.c:6593
  #, gcc-internal-format
  msgid "consecutive %<_Cilk_spawn%> keywords are not permitted"
  msgstr ""
--- 34958,34974 ----
  msgid "%<__builtin_complex%> operands of different types"
  msgstr ""
  
! #: c/c-parser.c:8121 cp/parser.c:6681
  #, gcc-internal-format
  msgid "wrong number of arguments to %<__builtin_shuffle%>"
  msgstr ""
  
! #: c/c-parser.c:8202 cp/parser.c:6592
  #, gcc-internal-format
  msgid "-fcilkplus must be enabled to use %<_Cilk_spawn%>"
  msgstr ""
  
! #: c/c-parser.c:8209 cp/parser.c:6598
  #, gcc-internal-format
  msgid "consecutive %<_Cilk_spawn%> keywords are not permitted"
  msgstr ""
*************** msgstr ""
*** 34965,35027 ****
  msgid "no type or storage class may be specified here,"
  msgstr ""
  
! #: c/c-parser.c:9946 c/c-parser.c:10003 cp/parser.c:30419
  #, gcc-internal-format
  msgid "unknown property attribute"
  msgstr ""
  
! #: c/c-parser.c:9967 cp/parser.c:30379
  #, gcc-internal-format
  msgid "missing %<=%> (after %<getter%> attribute)"
  msgstr ""
  
! #: c/c-parser.c:9970 cp/parser.c:30382
  #, gcc-internal-format
  msgid "missing %<=%> (after %<setter%> attribute)"
  msgstr ""
  
! #: c/c-parser.c:9984 cp/parser.c:30397
  #, gcc-internal-format
  msgid "the %<setter%> attribute may only be specified once"
  msgstr ""
  
! #: c/c-parser.c:9989 cp/parser.c:30403
  #, gcc-internal-format
  msgid "setter name must terminate with %<:%>"
  msgstr ""
  
! #: c/c-parser.c:9996 cp/parser.c:30411
  #, gcc-internal-format
  msgid "the %<getter%> attribute may only be specified once"
  msgstr ""
  
  #: c/c-parser.c:10191 c/c-parser.c:15872 c/c-parser.c:16130 c/c-parser.c:16189
! #: c/c-parser.c:16273 cp/parser.c:35352 cp/parser.c:35646 cp/parser.c:35734
! #: cp/parser.c:35805 cp/parser.c:38116 cp/parser.c:38131 cp/parser.c:38147
! #: cp/parser.c:38163 cp/parser.c:38179 cp/parser.c:38207 cp/parser.c:38220
! #: cp/parser.c:38243 cp/parser.c:38256
  #, gcc-internal-format
  msgid "%<#pragma %s%> may only be used in compound statements"
  msgstr ""
  
! #: c/c-parser.c:10214 cp/parser.c:38233
  #, gcc-internal-format
  msgid "%<#pragma acc routine%> must be at file scope"
  msgstr ""
  
! #: c/c-parser.c:10292 cp/parser.c:38314
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp section%> may only be used in %<#pragma omp sections%> "
  "construct"
  msgstr ""
  
! #: c/c-parser.c:10311 cp/parser.c:38333
  #, gcc-internal-format
  msgid "for, while or do statement expected"
  msgstr ""
  
! #: c/c-parser.c:10323 cp/parser.c:38106
  #, gcc-internal-format
  msgid "%<#pragma GCC pch_preprocess%> must be first"
  msgstr ""
--- 35023,35085 ----
  msgid "no type or storage class may be specified here,"
  msgstr ""
  
! #: c/c-parser.c:9946 c/c-parser.c:10003 cp/parser.c:30442
  #, gcc-internal-format
  msgid "unknown property attribute"
  msgstr ""
  
! #: c/c-parser.c:9967 cp/parser.c:30402
  #, gcc-internal-format
  msgid "missing %<=%> (after %<getter%> attribute)"
  msgstr ""
  
! #: c/c-parser.c:9970 cp/parser.c:30405
  #, gcc-internal-format
  msgid "missing %<=%> (after %<setter%> attribute)"
  msgstr ""
  
! #: c/c-parser.c:9984 cp/parser.c:30420
  #, gcc-internal-format
  msgid "the %<setter%> attribute may only be specified once"
  msgstr ""
  
! #: c/c-parser.c:9989 cp/parser.c:30426
  #, gcc-internal-format
  msgid "setter name must terminate with %<:%>"
  msgstr ""
  
! #: c/c-parser.c:9996 cp/parser.c:30434
  #, gcc-internal-format
  msgid "the %<getter%> attribute may only be specified once"
  msgstr ""
  
  #: c/c-parser.c:10191 c/c-parser.c:15872 c/c-parser.c:16130 c/c-parser.c:16189
! #: c/c-parser.c:16273 cp/parser.c:35375 cp/parser.c:35669 cp/parser.c:35757
! #: cp/parser.c:35828 cp/parser.c:38139 cp/parser.c:38154 cp/parser.c:38170
! #: cp/parser.c:38186 cp/parser.c:38202 cp/parser.c:38230 cp/parser.c:38243
! #: cp/parser.c:38266 cp/parser.c:38279
  #, gcc-internal-format
  msgid "%<#pragma %s%> may only be used in compound statements"
  msgstr ""
  
! #: c/c-parser.c:10214 cp/parser.c:38256
  #, gcc-internal-format
  msgid "%<#pragma acc routine%> must be at file scope"
  msgstr ""
  
! #: c/c-parser.c:10292 cp/parser.c:38337
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp section%> may only be used in %<#pragma omp sections%> "
  "construct"
  msgstr ""
  
! #: c/c-parser.c:10311 cp/parser.c:38356
  #, gcc-internal-format
  msgid "for, while or do statement expected"
  msgstr ""
  
! #: c/c-parser.c:10323 cp/parser.c:38129
  #, gcc-internal-format
  msgid "%<#pragma GCC pch_preprocess%> must be first"
  msgstr ""
*************** msgstr ""
*** 35036,35047 ****
  msgid "%<#pragma grainsize%> must be inside a function"
  msgstr ""
  
! #: c/c-parser.c:10663 cp/parser.c:30809
  #, gcc-internal-format
  msgid "too many %qs clauses"
  msgstr ""
  
! #: c/c-parser.c:10684 cp/parser.c:31341
  #, gcc-internal-format
  msgid "expected integer expression before ')'"
  msgstr ""
--- 35094,35105 ----
  msgid "%<#pragma grainsize%> must be inside a function"
  msgstr ""
  
! #: c/c-parser.c:10663 cp/parser.c:30832
  #, gcc-internal-format
  msgid "too many %qs clauses"
  msgstr ""
  
! #: c/c-parser.c:10684 cp/parser.c:31364
  #, gcc-internal-format
  msgid "expected integer expression before ')'"
  msgstr ""
*************** msgstr ""
*** 35056,35108 ****
  msgid "%qD is not a variable"
  msgstr ""
  
! #: c/c-parser.c:10986 cp/semantics.c:6815
  #, gcc-internal-format
  msgid "%qD is not a pointer variable"
  msgstr ""
  
! #: c/c-parser.c:11027 cp/parser.c:31419
  #, gcc-internal-format
  msgid "collapse argument needs positive constant integer expression"
  msgstr ""
  
! #: c/c-parser.c:11097 cp/parser.c:31476
  #, gcc-internal-format
  msgid "expected %<none%>"
  msgstr ""
  
! #: c/c-parser.c:11099 cp/parser.c:31478
  #, gcc-internal-format
  msgid "expected %<none%> or %<shared%>"
  msgstr ""
  
! #: c/c-parser.c:11199 cp/parser.c:31578
  #, gcc-internal-format
  msgid "expected %<data%>, %<update%>, %<enter%> or %<exit%>"
  msgstr ""
  
! #: c/c-parser.c:11219 c/c-parser.c:16182 c/c-parser.c:16266 cp/parser.c:31596
! #: cp/parser.c:35638 cp/parser.c:35726
  #, gcc-internal-format
  msgid "expected %<data%>"
  msgstr ""
  
! #: c/c-parser.c:11266 cp/parser.c:31649
  #, gcc-internal-format
  msgid "too many %<if%> clauses with %qs modifier"
  msgstr ""
  
! #: c/c-parser.c:11273 cp/parser.c:31656
  #, gcc-internal-format
  msgid "too many %<if%> clauses"
  msgstr ""
  
! #: c/c-parser.c:11275 cp/parser.c:31658
  #, gcc-internal-format
  msgid "too many %<if%> clauses without modifier"
  msgstr ""
  
! #: c/c-parser.c:11281 cp/parser.c:31664
  #, gcc-internal-format
  msgid ""
  "if any %<if%> clause has modifier, then all %<if%> clauses have to use "
--- 35114,35166 ----
  msgid "%qD is not a variable"
  msgstr ""
  
! #: c/c-parser.c:10986 cp/semantics.c:6828
  #, gcc-internal-format
  msgid "%qD is not a pointer variable"
  msgstr ""
  
! #: c/c-parser.c:11027 cp/parser.c:31442
  #, gcc-internal-format
  msgid "collapse argument needs positive constant integer expression"
  msgstr ""
  
! #: c/c-parser.c:11097 cp/parser.c:31499
  #, gcc-internal-format
  msgid "expected %<none%>"
  msgstr ""
  
! #: c/c-parser.c:11099 cp/parser.c:31501
  #, gcc-internal-format
  msgid "expected %<none%> or %<shared%>"
  msgstr ""
  
! #: c/c-parser.c:11199 cp/parser.c:31601
  #, gcc-internal-format
  msgid "expected %<data%>, %<update%>, %<enter%> or %<exit%>"
  msgstr ""
  
! #: c/c-parser.c:11219 c/c-parser.c:16182 c/c-parser.c:16266 cp/parser.c:31619
! #: cp/parser.c:35661 cp/parser.c:35749
  #, gcc-internal-format
  msgid "expected %<data%>"
  msgstr ""
  
! #: c/c-parser.c:11266 cp/parser.c:31672
  #, gcc-internal-format
  msgid "too many %<if%> clauses with %qs modifier"
  msgstr ""
  
! #: c/c-parser.c:11273 cp/parser.c:31679
  #, gcc-internal-format
  msgid "too many %<if%> clauses"
  msgstr ""
  
! #: c/c-parser.c:11275 cp/parser.c:31681
  #, gcc-internal-format
  msgid "too many %<if%> clauses without modifier"
  msgstr ""
  
! #: c/c-parser.c:11281 cp/parser.c:31687
  #, gcc-internal-format
  msgid ""
  "if any %<if%> clause has modifier, then all %<if%> clauses have to use "
*************** msgstr ""
*** 35132,35153 ****
  msgid "%<num_tasks%> value must be positive"
  msgstr ""
  
! #: c/c-parser.c:11502 cp/semantics.c:6999
  #, gcc-internal-format
  msgid "%<grainsize%> value must be positive"
  msgstr ""
  
! #: c/c-parser.c:11548 cp/semantics.c:7028
  #, gcc-internal-format
  msgid "%<priority%> value must be non-negative"
  msgstr ""
  
! #: c/c-parser.c:11611 c/c-parser.c:11617 cp/parser.c:31875 cp/parser.c:31882
  #, gcc-internal-format
  msgid "expected %<tofrom%>"
  msgstr ""
  
! #: c/c-parser.c:11625 c/c-parser.c:11631 cp/parser.c:31891 cp/parser.c:31898
  #, gcc-internal-format
  msgid "expected %<scalar%>"
  msgstr ""
--- 35190,35211 ----
  msgid "%<num_tasks%> value must be positive"
  msgstr ""
  
! #: c/c-parser.c:11502 cp/semantics.c:7012
  #, gcc-internal-format
  msgid "%<grainsize%> value must be positive"
  msgstr ""
  
! #: c/c-parser.c:11548 cp/semantics.c:7041
  #, gcc-internal-format
  msgid "%<priority%> value must be non-negative"
  msgstr ""
  
! #: c/c-parser.c:11611 c/c-parser.c:11617 cp/parser.c:31898 cp/parser.c:31905
  #, gcc-internal-format
  msgid "expected %<tofrom%>"
  msgstr ""
  
! #: c/c-parser.c:11625 c/c-parser.c:11631 cp/parser.c:31914 cp/parser.c:31921
  #, gcc-internal-format
  msgid "expected %<scalar%>"
  msgstr ""
*************** msgstr ""
*** 35157,35215 ****
  msgid "%<num_workers%> value must be positive"
  msgstr ""
  
! #: c/c-parser.c:11762 cp/parser.c:31200
  #, gcc-internal-format
  msgid "too many %<static%> arguments"
  msgstr ""
  
! #: c/c-parser.c:11796 cp/parser.c:31233
  #, gcc-internal-format
  msgid "unexpected argument"
  msgstr ""
  
! #: c/c-parser.c:11823 cp/semantics.c:6323
  #, gcc-internal-format
  msgid "%qs value must be positive"
  msgstr ""
  
! #: c/c-parser.c:11962 cp/semantics.c:7128
  #, gcc-internal-format
  msgid "%<tile%> argument needs positive integral constant"
  msgstr ""
  
! #: c/c-parser.c:12027 cp/parser.c:31955
  #, gcc-internal-format
  msgid "ordered argument needs positive constant integer expression"
  msgstr ""
  
! #: c/c-parser.c:12118 c/c-parser.c:16964 cp/parser.c:37047
  #, gcc-internal-format
  msgid ""
  "expected %<+%>, %<*%>, %<-%>, %<&%>, %<^%>, %<|%>, %<&&%>, %<||%> or "
  "identifier"
  msgstr ""
  
! #: c/c-parser.c:12227 cp/parser.c:32168
  #, gcc-internal-format
  msgid "both %<monotonic%> and %<nonmonotonic%> modifiers specified"
  msgstr ""
  
! #: c/c-parser.c:12281 cp/parser.c:32184
  #, gcc-internal-format
  msgid "schedule %<runtime%> does not take a %<chunk_size%> parameter"
  msgstr ""
  
! #: c/c-parser.c:12285 cp/parser.c:32187
  #, gcc-internal-format
  msgid "schedule %<auto%> does not take a %<chunk_size%> parameter"
  msgstr ""
  
! #: c/c-parser.c:12297 cp/semantics.c:6395
  #, gcc-internal-format
  msgid "chunk size value must be positive"
  msgstr ""
  
! #: c/c-parser.c:12320 cp/parser.c:32207
  #, gcc-internal-format
  msgid "invalid schedule kind"
  msgstr ""
--- 35215,35273 ----
  msgid "%<num_workers%> value must be positive"
  msgstr ""
  
! #: c/c-parser.c:11762 cp/parser.c:31223
  #, gcc-internal-format
  msgid "too many %<static%> arguments"
  msgstr ""
  
! #: c/c-parser.c:11796 cp/parser.c:31256
  #, gcc-internal-format
  msgid "unexpected argument"
  msgstr ""
  
! #: c/c-parser.c:11823 cp/semantics.c:6336
  #, gcc-internal-format
  msgid "%qs value must be positive"
  msgstr ""
  
! #: c/c-parser.c:11962 cp/semantics.c:7141
  #, gcc-internal-format
  msgid "%<tile%> argument needs positive integral constant"
  msgstr ""
  
! #: c/c-parser.c:12027 cp/parser.c:31978
  #, gcc-internal-format
  msgid "ordered argument needs positive constant integer expression"
  msgstr ""
  
! #: c/c-parser.c:12118 c/c-parser.c:16964 cp/parser.c:37070
  #, gcc-internal-format
  msgid ""
  "expected %<+%>, %<*%>, %<-%>, %<&%>, %<^%>, %<|%>, %<&&%>, %<||%> or "
  "identifier"
  msgstr ""
  
! #: c/c-parser.c:12227 cp/parser.c:32191
  #, gcc-internal-format
  msgid "both %<monotonic%> and %<nonmonotonic%> modifiers specified"
  msgstr ""
  
! #: c/c-parser.c:12281 cp/parser.c:32207
  #, gcc-internal-format
  msgid "schedule %<runtime%> does not take a %<chunk_size%> parameter"
  msgstr ""
  
! #: c/c-parser.c:12285 cp/parser.c:32210
  #, gcc-internal-format
  msgid "schedule %<auto%> does not take a %<chunk_size%> parameter"
  msgstr ""
  
! #: c/c-parser.c:12297 cp/semantics.c:6408
  #, gcc-internal-format
  msgid "chunk size value must be positive"
  msgstr ""
  
! #: c/c-parser.c:12320 cp/parser.c:32230
  #, gcc-internal-format
  msgid "invalid schedule kind"
  msgstr ""
*************** msgstr ""
*** 35224,35242 ****
  msgid "%<num_teams%> value must be positive"
  msgstr ""
  
! #: c/c-parser.c:12529 cp/semantics.c:6486
  #, gcc-internal-format
  msgid "%<thread_limit%> value must be positive"
  msgstr ""
  
! #: c/c-parser.c:12573 cp/semantics.c:6596
  #, gcc-internal-format
  msgid ""
  "%<aligned%> clause alignment expression must be positive constant integer "
  "expression"
  msgstr ""
  
! #: c/c-parser.c:12636 cp/parser.c:32465
  #, gcc-internal-format
  msgid "using parameters for %<linear%> step is not supported yet"
  msgstr ""
--- 35282,35300 ----
  msgid "%<num_teams%> value must be positive"
  msgstr ""
  
! #: c/c-parser.c:12529 cp/semantics.c:6499
  #, gcc-internal-format
  msgid "%<thread_limit%> value must be positive"
  msgstr ""
  
! #: c/c-parser.c:12573 cp/semantics.c:6609
  #, gcc-internal-format
  msgid ""
  "%<aligned%> clause alignment expression must be positive constant integer "
  "expression"
  msgstr ""
  
! #: c/c-parser.c:12636 cp/parser.c:32488
  #, gcc-internal-format
  msgid "using parameters for %<linear%> step is not supported yet"
  msgstr ""
*************** msgid ""
*** 35258,35274 ****
  "%<simdlen%> clause expression must be positive constant integer expression"
  msgstr ""
  
! #: c/c-parser.c:12888 cp/parser.c:32701 cp/parser.c:32924
  #, gcc-internal-format
  msgid "invalid depend kind"
  msgstr ""
  
! #: c/c-parser.c:12972 cp/parser.c:32774
  #, gcc-internal-format
  msgid "invalid map kind"
  msgstr ""
  
! #: c/c-parser.c:13068 cp/parser.c:32871
  #, gcc-internal-format
  msgid "invalid dist_schedule kind"
  msgstr ""
--- 35316,35332 ----
  "%<simdlen%> clause expression must be positive constant integer expression"
  msgstr ""
  
! #: c/c-parser.c:12888 cp/parser.c:32724 cp/parser.c:32947
  #, gcc-internal-format
  msgid "invalid depend kind"
  msgstr ""
  
! #: c/c-parser.c:12972 cp/parser.c:32797
  #, gcc-internal-format
  msgid "invalid map kind"
  msgstr ""
  
! #: c/c-parser.c:13068 cp/parser.c:32894
  #, gcc-internal-format
  msgid "invalid dist_schedule kind"
  msgstr ""
*************** msgstr ""
*** 35278,35344 ****
  msgid "invalid proc_bind kind"
  msgstr ""
  
! #: c/c-parser.c:13352 cp/parser.c:33149
  #, gcc-internal-format
  msgid "expected %<#pragma acc%> clause"
  msgstr ""
  
! #: c/c-parser.c:13363 c/c-parser.c:13646 cp/parser.c:33160 cp/parser.c:33476
  #, gcc-internal-format
  msgid "%qs is not valid for %qs"
  msgstr ""
  
! #: c/c-parser.c:13509 cp/parser.c:33336
  #, gcc-internal-format
  msgid "%qs must be the first clause of %qs"
  msgstr ""
  
! #: c/c-parser.c:13635 cp/parser.c:33465
  #, gcc-internal-format
  msgid "expected %<#pragma omp%> clause"
  msgstr ""
  
! #: c/c-parser.c:13773 cp/parser.c:36151
  #, gcc-internal-format
  msgid "no valid clauses specified in %<#pragma acc declare%>"
  msgstr ""
  
! #: c/c-parser.c:13783 cp/parser.c:36161
  #, gcc-internal-format
  msgid "array section in %<#pragma acc declare%>"
  msgstr ""
  
! #: c/c-parser.c:13803 cp/parser.c:36181
  #, gcc-internal-format
  msgid "%qD must be a global variable in %<#pragma acc declare link%>"
  msgstr ""
  
! #: c/c-parser.c:13814 cp/parser.c:36192
  #, gcc-internal-format
  msgid "invalid OpenACC clause at file scope"
  msgstr ""
  
! #: c/c-parser.c:13821 cp/parser.c:36199
  #, gcc-internal-format
  msgid "invalid use of %<extern%> variable %qD in %<#pragma acc declare%>"
  msgstr ""
  
! #: c/c-parser.c:13829 cp/parser.c:36207
  #, gcc-internal-format
  msgid "invalid use of %<global%> variable %qD in %<#pragma acc declare%>"
  msgstr ""
  
! #: c/c-parser.c:13841 cp/parser.c:36219
  #, gcc-internal-format
  msgid "variable %qD used more than once with %<#pragma acc declare%>"
  msgstr ""
  
! #: c/c-parser.c:13933 cp/parser.c:36305
  #, gcc-internal-format
  msgid "expected %<data%> after %<#pragma acc %s%>"
  msgstr ""
  
! #: c/c-parser.c:13949 cp/parser.c:36322
  #, gcc-internal-format
  msgid "%<#pragma acc %s data%> has no data movement clause"
  msgstr ""
--- 35336,35402 ----
  msgid "invalid proc_bind kind"
  msgstr ""
  
! #: c/c-parser.c:13352 cp/parser.c:33172
  #, gcc-internal-format
  msgid "expected %<#pragma acc%> clause"
  msgstr ""
  
! #: c/c-parser.c:13363 c/c-parser.c:13646 cp/parser.c:33183 cp/parser.c:33499
  #, gcc-internal-format
  msgid "%qs is not valid for %qs"
  msgstr ""
  
! #: c/c-parser.c:13509 cp/parser.c:33359
  #, gcc-internal-format
  msgid "%qs must be the first clause of %qs"
  msgstr ""
  
! #: c/c-parser.c:13635 cp/parser.c:33488
  #, gcc-internal-format
  msgid "expected %<#pragma omp%> clause"
  msgstr ""
  
! #: c/c-parser.c:13773 cp/parser.c:36174
  #, gcc-internal-format
  msgid "no valid clauses specified in %<#pragma acc declare%>"
  msgstr ""
  
! #: c/c-parser.c:13783 cp/parser.c:36184
  #, gcc-internal-format
  msgid "array section in %<#pragma acc declare%>"
  msgstr ""
  
! #: c/c-parser.c:13803 cp/parser.c:36204
  #, gcc-internal-format
  msgid "%qD must be a global variable in %<#pragma acc declare link%>"
  msgstr ""
  
! #: c/c-parser.c:13814 cp/parser.c:36215
  #, gcc-internal-format
  msgid "invalid OpenACC clause at file scope"
  msgstr ""
  
! #: c/c-parser.c:13821 cp/parser.c:36222
  #, gcc-internal-format
  msgid "invalid use of %<extern%> variable %qD in %<#pragma acc declare%>"
  msgstr ""
  
! #: c/c-parser.c:13829 cp/parser.c:36230
  #, gcc-internal-format
  msgid "invalid use of %<global%> variable %qD in %<#pragma acc declare%>"
  msgstr ""
  
! #: c/c-parser.c:13841 cp/parser.c:36242
  #, gcc-internal-format
  msgid "variable %qD used more than once with %<#pragma acc declare%>"
  msgstr ""
  
! #: c/c-parser.c:13933 cp/parser.c:36328
  #, gcc-internal-format
  msgid "expected %<data%> after %<#pragma acc %s%>"
  msgstr ""
  
! #: c/c-parser.c:13949 cp/parser.c:36345
  #, gcc-internal-format
  msgid "%<#pragma acc %s data%> has no data movement clause"
  msgstr ""
*************** msgstr ""
*** 35353,35359 ****
  msgid "expected function name"
  msgstr ""
  
! #: c/c-parser.c:14191 cp/parser.c:37466
  #, gcc-internal-format
  msgid "%qD does not refer to a function"
  msgstr ""
--- 35411,35417 ----
  msgid "expected function name"
  msgstr ""
  
! #: c/c-parser.c:14191 cp/parser.c:37489
  #, gcc-internal-format
  msgid "%qD does not refer to a function"
  msgstr ""
*************** msgid ""
*** 35365,35410 ****
  "definition"
  msgstr ""
  
! #: c/c-parser.c:14251 cp/parser.c:37520 cp/parser.c:37562
  #, gcc-internal-format
  msgid ""
  "%<#pragma acc routine%> not immediately followed by a single function "
  "declaration or definition"
  msgstr ""
  
! #: c/c-parser.c:14268 cp/parser.c:37576
  #, gcc-internal-format
  msgid "%<#pragma acc routine%> already applied to %qD"
  msgstr ""
  
! #: c/c-parser.c:14277 cp/parser.c:37585
  #, gcc-internal-format
  msgid "%<#pragma acc routine%> must be applied before use"
  msgstr ""
  
! #: c/c-parser.c:14278 cp/parser.c:37586
  #, gcc-internal-format
  msgid "%<#pragma acc routine%> must be applied before definition"
  msgstr ""
  
! #: c/c-parser.c:14321 cp/parser.c:36497
  #, gcc-internal-format
  msgid ""
  "%<#pragma acc update%> must contain at least one %<device%> or %<host%> or "
  "%<self%> clause"
  msgstr ""
  
! #: c/c-parser.c:14729 cp/parser.c:33847 cp/parser.c:33873
  #, gcc-internal-format
  msgid "invalid form of %<#pragma omp atomic%>"
  msgstr ""
  
! #: c/c-parser.c:14733 cp/parser.c:33904 cp/parser.c:33920
  #, gcc-internal-format
  msgid "invalid operator for %<#pragma omp atomic%>"
  msgstr ""
  
! #: c/c-parser.c:14782 cp/semantics.c:8525 cp/semantics.c:8535
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp atomic capture%> uses two different expressions for memory"
--- 35423,35468 ----
  "definition"
  msgstr ""
  
! #: c/c-parser.c:14251 cp/parser.c:37543 cp/parser.c:37585
  #, gcc-internal-format
  msgid ""
  "%<#pragma acc routine%> not immediately followed by a single function "
  "declaration or definition"
  msgstr ""
  
! #: c/c-parser.c:14268 cp/parser.c:37599
  #, gcc-internal-format
  msgid "%<#pragma acc routine%> already applied to %qD"
  msgstr ""
  
! #: c/c-parser.c:14277 cp/parser.c:37608
  #, gcc-internal-format
  msgid "%<#pragma acc routine%> must be applied before use"
  msgstr ""
  
! #: c/c-parser.c:14278 cp/parser.c:37609
  #, gcc-internal-format
  msgid "%<#pragma acc routine%> must be applied before definition"
  msgstr ""
  
! #: c/c-parser.c:14321 cp/parser.c:36520
  #, gcc-internal-format
  msgid ""
  "%<#pragma acc update%> must contain at least one %<device%> or %<host%> or "
  "%<self%> clause"
  msgstr ""
  
! #: c/c-parser.c:14729 cp/parser.c:33870 cp/parser.c:33896
  #, gcc-internal-format
  msgid "invalid form of %<#pragma omp atomic%>"
  msgstr ""
  
! #: c/c-parser.c:14733 cp/parser.c:33927 cp/parser.c:33943
  #, gcc-internal-format
  msgid "invalid operator for %<#pragma omp atomic%>"
  msgstr ""
  
! #: c/c-parser.c:14782 cp/semantics.c:8538 cp/semantics.c:8548
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp atomic capture%> uses two different expressions for memory"
*************** msgstr ""
*** 35415,35443 ****
  msgid "expected %<(%> or end of line"
  msgstr ""
  
! #: c/c-parser.c:14913 cp/parser.c:34451
  #, gcc-internal-format
  msgid "%<ordered%> clause parameter is less than %<collapse%>"
  msgstr ""
  
! #: c/c-parser.c:14924 cp/parser.c:34462
  #, gcc-internal-format
  msgid ""
  "%<linear%> clause may not be specified together with %<ordered%> clause with "
  "a parameter"
  msgstr ""
  
! #: c/c-parser.c:14943 cp/parser.c:34490 cp/parser.c:38700
  #, gcc-internal-format
  msgid "for statement expected"
  msgstr ""
  
! #: c/c-parser.c:14949 cp/parser.c:34497
  #, gcc-internal-format
  msgid "_Cilk_for statement expected"
  msgstr ""
  
! #: c/c-parser.c:15018 cp/semantics.c:8074 cp/semantics.c:8161
  #, gcc-internal-format
  msgid "expected iteration declaration or initialization"
  msgstr ""
--- 35473,35501 ----
  msgid "expected %<(%> or end of line"
  msgstr ""
  
! #: c/c-parser.c:14913 cp/parser.c:34474
  #, gcc-internal-format
  msgid "%<ordered%> clause parameter is less than %<collapse%>"
  msgstr ""
  
! #: c/c-parser.c:14924 cp/parser.c:34485
  #, gcc-internal-format
  msgid ""
  "%<linear%> clause may not be specified together with %<ordered%> clause with "
  "a parameter"
  msgstr ""
  
! #: c/c-parser.c:14943 cp/parser.c:34513 cp/parser.c:38723
  #, gcc-internal-format
  msgid "for statement expected"
  msgstr ""
  
! #: c/c-parser.c:14949 cp/parser.c:34520
  #, gcc-internal-format
  msgid "_Cilk_for statement expected"
  msgstr ""
  
! #: c/c-parser.c:15018 cp/semantics.c:8087 cp/semantics.c:8174
  #, gcc-internal-format
  msgid "expected iteration declaration or initialization"
  msgstr ""
*************** msgstr ""
*** 35447,35530 ****
  msgid "not enough perfectly nested loops"
  msgstr ""
  
! #: c/c-parser.c:15162 cp/parser.c:34723
  #, gcc-internal-format
  msgid "collapsed loops not perfectly nested"
  msgstr ""
  
! #: c/c-parser.c:15209 cp/parser.c:34540 cp/parser.c:34582 cp/pt.c:15513
  #, gcc-internal-format
  msgid "iteration variable %qD should not be firstprivate"
  msgstr ""
  
! #: c/c-parser.c:15300 cp/parser.c:34796
  #, gcc-internal-format
  msgid "%<ordered%> clause with parameter may not be specified on %qs construct"
  msgstr ""
  
! #: c/c-parser.c:15461 cp/parser.c:34954
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp ordered%> with %<depend%> clause may only be used in compound "
  "statements"
  msgstr ""
  
! #: c/c-parser.c:15664 cp/parser.c:35147
  #, gcc-internal-format
  msgid "expected %<for%> after %qs"
  msgstr ""
  
! #: c/c-parser.c:15863 cp/parser.c:35343
  #, gcc-internal-format
  msgid "expected %<point%>"
  msgstr ""
  
! #: c/c-parser.c:16083 cp/parser.c:35580
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp target data%> with map-type other than %<to%>, %<from%>, "
  "%<tofrom%> or %<alloc%> on %<map%> clause"
  msgstr ""
  
! #: c/c-parser.c:16096 cp/parser.c:35593
  #, gcc-internal-format
  msgid "%<#pragma omp target data%> must contain at least one %<map%> clause"
  msgstr ""
  
! #: c/c-parser.c:16143 cp/parser.c:35818
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp target update%> must contain at least one %<from%> or %<to%> "
  "clauses"
  msgstr ""
  
! #: c/c-parser.c:16215 cp/parser.c:35673
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp target enter data%> with map-type other than %<to%> or %<alloc"
  "%> on %<map%> clause"
  msgstr ""
  
! #: c/c-parser.c:16227 cp/parser.c:35685
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp target enter data%> must contain at least one %<map%> clause"
  msgstr ""
  
! #: c/c-parser.c:16301 cp/parser.c:35762
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp target exit data%> with map-type other than %<from%>, %<release"
  "%> or %<delete%> on %<map%> clause"
  msgstr ""
  
! #: c/c-parser.c:16314 cp/parser.c:35775
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp target exit data%> must contain at least one %<map%> clause"
  msgstr ""
  
! #: c/c-parser.c:16528 cp/parser.c:36028
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp target%> with map-type other than %<to%>, %<from%>, %<tofrom%> "
--- 35505,35588 ----
  msgid "not enough perfectly nested loops"
  msgstr ""
  
! #: c/c-parser.c:15162 cp/parser.c:34746
  #, gcc-internal-format
  msgid "collapsed loops not perfectly nested"
  msgstr ""
  
! #: c/c-parser.c:15209 cp/parser.c:34563 cp/parser.c:34605 cp/pt.c:15595
  #, gcc-internal-format
  msgid "iteration variable %qD should not be firstprivate"
  msgstr ""
  
! #: c/c-parser.c:15300 cp/parser.c:34819
  #, gcc-internal-format
  msgid "%<ordered%> clause with parameter may not be specified on %qs construct"
  msgstr ""
  
! #: c/c-parser.c:15461 cp/parser.c:34977
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp ordered%> with %<depend%> clause may only be used in compound "
  "statements"
  msgstr ""
  
! #: c/c-parser.c:15664 cp/parser.c:35170
  #, gcc-internal-format
  msgid "expected %<for%> after %qs"
  msgstr ""
  
! #: c/c-parser.c:15863 cp/parser.c:35366
  #, gcc-internal-format
  msgid "expected %<point%>"
  msgstr ""
  
! #: c/c-parser.c:16083 cp/parser.c:35603
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp target data%> with map-type other than %<to%>, %<from%>, "
  "%<tofrom%> or %<alloc%> on %<map%> clause"
  msgstr ""
  
! #: c/c-parser.c:16096 cp/parser.c:35616
  #, gcc-internal-format
  msgid "%<#pragma omp target data%> must contain at least one %<map%> clause"
  msgstr ""
  
! #: c/c-parser.c:16143 cp/parser.c:35841
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp target update%> must contain at least one %<from%> or %<to%> "
  "clauses"
  msgstr ""
  
! #: c/c-parser.c:16215 cp/parser.c:35696
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp target enter data%> with map-type other than %<to%> or %<alloc"
  "%> on %<map%> clause"
  msgstr ""
  
! #: c/c-parser.c:16227 cp/parser.c:35708
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp target enter data%> must contain at least one %<map%> clause"
  msgstr ""
  
! #: c/c-parser.c:16301 cp/parser.c:35785
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp target exit data%> with map-type other than %<from%>, %<release"
  "%> or %<delete%> on %<map%> clause"
  msgstr ""
  
! #: c/c-parser.c:16314 cp/parser.c:35798
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp target exit data%> must contain at least one %<map%> clause"
  msgstr ""
  
! #: c/c-parser.c:16528 cp/parser.c:36051
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp target%> with map-type other than %<to%>, %<from%>, %<tofrom%> "
*************** msgid ""
*** 35545,35551 ****
  "definition"
  msgstr ""
  
! #: c/c-parser.c:16675 cp/parser.c:36620
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp declare simd%> or %<simd%> attribute cannot be used in the "
--- 35603,35609 ----
  "definition"
  msgstr ""
  
! #: c/c-parser.c:16675 cp/parser.c:36643
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp declare simd%> or %<simd%> attribute cannot be used in the "
*************** msgid ""
*** 35559,35594 ****
  "declaration or definition"
  msgstr ""
  
! #: c/c-parser.c:16697 cp/parser.c:36679
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp declare simd%> not immediately followed by a single function "
  "declaration or definition"
  msgstr ""
  
! #: c/c-parser.c:16813 cp/parser.c:36749
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp declare target%> with clauses in between %<#pragma omp declare "
  "target%> without clauses and %<#pragma omp end declare target%>"
  msgstr ""
  
! #: c/c-parser.c:16832 cp/parser.c:36768
  #, gcc-internal-format
  msgid "%qD specified both in declare target %<link%> and %<to%> clauses"
  msgstr ""
  
! #: c/c-parser.c:16873 cp/parser.c:36815
  #, gcc-internal-format
  msgid "expected %<target%>"
  msgstr ""
  
! #: c/c-parser.c:16880 cp/parser.c:36822
  #, gcc-internal-format
  msgid "expected %<declare%>"
  msgstr ""
  
! #: c/c-parser.c:16886 cp/parser.c:36829
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp end declare target%> without corresponding %<#pragma omp "
--- 35617,35652 ----
  "declaration or definition"
  msgstr ""
  
! #: c/c-parser.c:16697 cp/parser.c:36702
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp declare simd%> not immediately followed by a single function "
  "declaration or definition"
  msgstr ""
  
! #: c/c-parser.c:16813 cp/parser.c:36772
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp declare target%> with clauses in between %<#pragma omp declare "
  "target%> without clauses and %<#pragma omp end declare target%>"
  msgstr ""
  
! #: c/c-parser.c:16832 cp/parser.c:36791
  #, gcc-internal-format
  msgid "%qD specified both in declare target %<link%> and %<to%> clauses"
  msgstr ""
  
! #: c/c-parser.c:16873 cp/parser.c:36838
  #, gcc-internal-format
  msgid "expected %<target%>"
  msgstr ""
  
! #: c/c-parser.c:16880 cp/parser.c:36845
  #, gcc-internal-format
  msgid "expected %<declare%>"
  msgstr ""
  
! #: c/c-parser.c:16886 cp/parser.c:36852
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp end declare target%> without corresponding %<#pragma omp "
*************** msgstr ""
*** 35647,35668 ****
  msgid "one of the initializer call arguments should be %<&omp_priv%>"
  msgstr ""
  
! #: c/c-parser.c:17286 cp/parser.c:37274
  #, gcc-internal-format
  msgid "expected %<simd%> or %<reduction%> or %<target%>"
  msgstr ""
  
! #: c/c-parser.c:17501 cp/semantics.c:7539
  #, gcc-internal-format
  msgid "%qE declared %<threadprivate%> after first use"
  msgstr ""
  
! #: c/c-parser.c:17503 cp/semantics.c:7541
  #, gcc-internal-format
  msgid "automatic variable %qE cannot be %<threadprivate%>"
  msgstr ""
  
! #: c/c-parser.c:17507 cp/semantics.c:7543
  #, gcc-internal-format
  msgid "%<threadprivate%> %qE has incomplete type"
  msgstr ""
--- 35705,35726 ----
  msgid "one of the initializer call arguments should be %<&omp_priv%>"
  msgstr ""
  
! #: c/c-parser.c:17286 cp/parser.c:37297
  #, gcc-internal-format
  msgid "expected %<simd%> or %<reduction%> or %<target%>"
  msgstr ""
  
! #: c/c-parser.c:17501 cp/semantics.c:7552
  #, gcc-internal-format
  msgid "%qE declared %<threadprivate%> after first use"
  msgstr ""
  
! #: c/c-parser.c:17503 cp/semantics.c:7554
  #, gcc-internal-format
  msgid "automatic variable %qE cannot be %<threadprivate%>"
  msgstr ""
  
! #: c/c-parser.c:17507 cp/semantics.c:7556
  #, gcc-internal-format
  msgid "%<threadprivate%> %qE has incomplete type"
  msgstr ""
*************** msgstr ""
*** 35677,35729 ****
  msgid "pragma simd must be inside a function"
  msgstr ""
  
! #: c/c-parser.c:17588 cp/parser.c:38471
  #, gcc-internal-format
  msgid "vectorlength must be an integer constant"
  msgstr ""
  
! #: c/c-parser.c:17590 cp/parser.c:38474
  #, gcc-internal-format
  msgid "vectorlength must be a power of 2"
  msgstr ""
  
! #: c/c-parser.c:17673 cp/parser.c:38581
  #, gcc-internal-format
  msgid "step size must be an integer constant expression or an integer variable"
  msgstr ""
  
! #: c/c-parser.c:17772 cp/parser.c:38674
  #, gcc-internal-format
  msgid "expected %<#pragma simd%> clause"
  msgstr ""
  
! #: c/c-parser.c:17816 cp/parser.c:38077
  #, gcc-internal-format
  msgid "%<#pragma cilk grainsize%> is not followed by %<_Cilk_for%>"
  msgstr ""
  
! #: c/c-parser.c:18116 cp/parser.c:37969
  #, gcc-internal-format
  msgid "%<__transaction_cancel%> without transactional memory support enabled"
  msgstr ""
  
! #: c/c-parser.c:18122 cp/parser.c:37975
  #, gcc-internal-format
  msgid "%<__transaction_cancel%> within a %<__transaction_relaxed%>"
  msgstr ""
  
! #: c/c-parser.c:18131 cp/parser.c:37984
  #, gcc-internal-format
  msgid ""
  "outer %<__transaction_cancel%> not within outer %<__transaction_atomic%>"
  msgstr ""
  
! #: c/c-parser.c:18133 cp/parser.c:37987
  #, gcc-internal-format
  msgid "  or a %<transaction_may_cancel_outer%> function"
  msgstr ""
  
! #: c/c-parser.c:18139 cp/parser.c:37993
  #, gcc-internal-format
  msgid "%<__transaction_cancel%> not within %<__transaction_atomic%>"
  msgstr ""
--- 35735,35787 ----
  msgid "pragma simd must be inside a function"
  msgstr ""
  
! #: c/c-parser.c:17588 cp/parser.c:38494
  #, gcc-internal-format
  msgid "vectorlength must be an integer constant"
  msgstr ""
  
! #: c/c-parser.c:17590 cp/parser.c:38497
  #, gcc-internal-format
  msgid "vectorlength must be a power of 2"
  msgstr ""
  
! #: c/c-parser.c:17673 cp/parser.c:38604
  #, gcc-internal-format
  msgid "step size must be an integer constant expression or an integer variable"
  msgstr ""
  
! #: c/c-parser.c:17772 cp/parser.c:38697
  #, gcc-internal-format
  msgid "expected %<#pragma simd%> clause"
  msgstr ""
  
! #: c/c-parser.c:17816 cp/parser.c:38100
  #, gcc-internal-format
  msgid "%<#pragma cilk grainsize%> is not followed by %<_Cilk_for%>"
  msgstr ""
  
! #: c/c-parser.c:18116 cp/parser.c:37992
  #, gcc-internal-format
  msgid "%<__transaction_cancel%> without transactional memory support enabled"
  msgstr ""
  
! #: c/c-parser.c:18122 cp/parser.c:37998
  #, gcc-internal-format
  msgid "%<__transaction_cancel%> within a %<__transaction_relaxed%>"
  msgstr ""
  
! #: c/c-parser.c:18131 cp/parser.c:38007
  #, gcc-internal-format
  msgid ""
  "outer %<__transaction_cancel%> not within outer %<__transaction_atomic%>"
  msgstr ""
  
! #: c/c-parser.c:18133 cp/parser.c:38010
  #, gcc-internal-format
  msgid "  or a %<transaction_may_cancel_outer%> function"
  msgstr ""
  
! #: c/c-parser.c:18139 cp/parser.c:38016
  #, gcc-internal-format
  msgid "%<__transaction_cancel%> not within %<__transaction_atomic%>"
  msgstr ""
*************** msgstr ""
*** 35733,35739 ****
  msgid "base of array section must be pointer or array type"
  msgstr ""
  
! #: c/c-parser.c:18216 cp/parser.c:7104
  #, gcc-internal-format
  msgid "expected %<:%> or numeral"
  msgstr ""
--- 35791,35797 ----
  msgid "base of array section must be pointer or array type"
  msgstr ""
  
! #: c/c-parser.c:18216 cp/parser.c:7109
  #, gcc-internal-format
  msgid "expected %<:%> or numeral"
  msgstr ""
*************** msgid ""
*** 36470,36476 ****
  "initialization left-hand side might be a candidate for a format attribute"
  msgstr ""
  
! #: c/c-typeck.c:6623 cp/typeck.c:8583
  #, gcc-internal-format
  msgid "return type might be a candidate for a format attribute"
  msgstr ""
--- 36528,36534 ----
  "initialization left-hand side might be a candidate for a format attribute"
  msgstr ""
  
! #: c/c-typeck.c:6623 cp/typeck.c:8584
  #, gcc-internal-format
  msgid "return type might be a candidate for a format attribute"
  msgstr ""
*************** msgstr ""
*** 36802,36808 ****
  msgid "ISO C forbids %<goto *expr;%>"
  msgstr ""
  
! #: c/c-typeck.c:9860 c/gimple-parser.c:1544 cp/typeck.c:8812
  #, gcc-internal-format
  msgid "function declared %<noreturn%> has a %<return%> statement"
  msgstr ""
--- 36860,36866 ----
  msgid "ISO C forbids %<goto *expr;%>"
  msgstr ""
  
! #: c/c-typeck.c:9860 c/gimple-parser.c:1544 cp/typeck.c:8813
  #, gcc-internal-format
  msgid "function declared %<noreturn%> has a %<return%> statement"
  msgstr ""
*************** msgstr ""
*** 36812,36818 ****
  msgid "array notation expression cannot be used as a return value"
  msgstr ""
  
! #: c/c-typeck.c:9877 cp/typeck.c:8803
  #, gcc-internal-format
  msgid "use of %<_Cilk_spawn%> in a return statement is not allowed"
  msgstr ""
--- 36870,36876 ----
  msgid "array notation expression cannot be used as a return value"
  msgstr ""
  
! #: c/c-typeck.c:9877 cp/typeck.c:8804
  #, gcc-internal-format
  msgid "use of %<_Cilk_spawn%> in a return statement is not allowed"
  msgstr ""
*************** msgstr ""
*** 36837,36843 ****
  msgid "function returns address of label"
  msgstr ""
  
! #: c/c-typeck.c:10093 cp/semantics.c:1154
  #, gcc-internal-format
  msgid "switch quantity not an integer"
  msgstr ""
--- 36895,36901 ----
  msgid "function returns address of label"
  msgstr ""
  
! #: c/c-typeck.c:10093 cp/semantics.c:1157
  #, gcc-internal-format
  msgid "switch quantity not an integer"
  msgstr ""
*************** msgstr ""
*** 36852,36858 ****
  msgid "case label is not an integer constant expression"
  msgstr ""
  
! #: c/c-typeck.c:10170 cp/parser.c:10824
  #, gcc-internal-format
  msgid "case label not within a switch statement"
  msgstr ""
--- 36910,36916 ----
  msgid "case label is not an integer constant expression"
  msgstr ""
  
! #: c/c-typeck.c:10170 cp/parser.c:10833
  #, gcc-internal-format
  msgid "case label not within a switch statement"
  msgstr ""
*************** msgstr ""
*** 36872,36888 ****
  msgid "rank-mismatch between if-statement%'s condition and the else-block"
  msgstr ""
  
! #: c/c-typeck.c:10374 cp/parser.c:12094
  #, gcc-internal-format
  msgid "break statement not within loop or switch"
  msgstr ""
  
! #: c/c-typeck.c:10376 cp/parser.c:12120
  #, gcc-internal-format
  msgid "continue statement not within a loop"
  msgstr ""
  
! #: c/c-typeck.c:10381 cp/parser.c:12107
  #, gcc-internal-format
  msgid "break statement used with OpenMP for loop"
  msgstr ""
--- 36930,36946 ----
  msgid "rank-mismatch between if-statement%'s condition and the else-block"
  msgstr ""
  
! #: c/c-typeck.c:10374 cp/parser.c:12103
  #, gcc-internal-format
  msgid "break statement not within loop or switch"
  msgstr ""
  
! #: c/c-typeck.c:10376 cp/parser.c:12129
  #, gcc-internal-format
  msgid "continue statement not within a loop"
  msgstr ""
  
! #: c/c-typeck.c:10381 cp/parser.c:12116
  #, gcc-internal-format
  msgid "break statement used with OpenMP for loop"
  msgstr ""
*************** msgstr ""
*** 36892,36898 ****
  msgid "break statement within %<#pragma simd%> loop body"
  msgstr ""
  
! #: c/c-typeck.c:10388 cp/parser.c:12124
  #, gcc-internal-format
  msgid "continue statement within %<#pragma simd%> loop body"
  msgstr ""
--- 36950,36956 ----
  msgid "break statement within %<#pragma simd%> loop body"
  msgstr ""
  
! #: c/c-typeck.c:10388 cp/parser.c:12133
  #, gcc-internal-format
  msgid "continue statement within %<#pragma simd%> loop body"
  msgstr ""
*************** msgstr ""
*** 37004,37017 ****
  msgid "used vector type where scalar is required"
  msgstr ""
  
! #: c/c-typeck.c:12108 cp/semantics.c:8632
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp cancel%> must specify one of %<parallel%>, %<for%>, %<sections"
  "%> or %<taskgroup%> clauses"
  msgstr ""
  
! #: c/c-typeck.c:12147 cp/semantics.c:8669
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp cancellation point%> must specify one of %<parallel%>, %<for"
--- 37062,37075 ----
  msgid "used vector type where scalar is required"
  msgstr ""
  
! #: c/c-typeck.c:12108 cp/semantics.c:8645
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp cancel%> must specify one of %<parallel%>, %<for%>, %<sections"
  "%> or %<taskgroup%> clauses"
  msgstr ""
  
! #: c/c-typeck.c:12147 cp/semantics.c:8682
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp cancellation point%> must specify one of %<parallel%>, %<for"
*************** msgstr ""
*** 37023,37047 ****
  msgid "%<_Atomic%> %qE in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12204 c/c-typeck.c:13413 cp/semantics.c:4535
! #: cp/semantics.c:6724
  #, gcc-internal-format
  msgid "bit-field %qE in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12213 c/c-typeck.c:13437 cp/semantics.c:4545
! #: cp/semantics.c:6742
  #, gcc-internal-format
  msgid "%qE is a member of a union"
  msgstr ""
  
! #: c/c-typeck.c:12223 cp/semantics.c:4559 cp/semantics.c:6767
  #, gcc-internal-format
  msgid "%qD is not a variable in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12227 c/c-typeck.c:13454 cp/semantics.c:4563
! #: cp/semantics.c:6770
  #, gcc-internal-format
  msgid "%qE is not a variable in %qs clause"
  msgstr ""
--- 37081,37105 ----
  msgid "%<_Atomic%> %qE in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12204 c/c-typeck.c:13413 cp/semantics.c:4548
! #: cp/semantics.c:6737
  #, gcc-internal-format
  msgid "bit-field %qE in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12213 c/c-typeck.c:13437 cp/semantics.c:4558
! #: cp/semantics.c:6755
  #, gcc-internal-format
  msgid "%qE is a member of a union"
  msgstr ""
  
! #: c/c-typeck.c:12223 cp/semantics.c:4572 cp/semantics.c:6780
  #, gcc-internal-format
  msgid "%qD is not a variable in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12227 c/c-typeck.c:13454 cp/semantics.c:4576
! #: cp/semantics.c:6783
  #, gcc-internal-format
  msgid "%qE is not a variable in %qs clause"
  msgstr ""
*************** msgstr ""
*** 37051,37121 ****
  msgid "%<_Atomic%> %qD in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12243 c/c-typeck.c:13461 c/c-typeck.c:13563 cp/semantics.c:4580
! #: cp/semantics.c:6776 cp/semantics.c:6938
  #, gcc-internal-format
  msgid "%qD is threadprivate variable in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12279 cp/semantics.c:4612
  #, gcc-internal-format
  msgid "low bound %qE of array section does not have integral type"
  msgstr ""
  
! #: c/c-typeck.c:12286 cp/semantics.c:4619
  #, gcc-internal-format
  msgid "length %qE of array section does not have integral type"
  msgstr ""
  
! #: c/c-typeck.c:12313 c/c-typeck.c:12377 c/c-typeck.c:12635 cp/semantics.c:4655
! #: cp/semantics.c:4719
  #, gcc-internal-format
  msgid "zero length array section in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12332 cp/semantics.c:4674
  #, gcc-internal-format
  msgid "for unknown bound array type length expression must be specified"
  msgstr ""
  
! #: c/c-typeck.c:12340 cp/semantics.c:4682
  #, gcc-internal-format
  msgid "negative low bound in array section in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12349 c/c-typeck.c:12459 cp/semantics.c:4691
! #: cp/semantics.c:4801
  #, gcc-internal-format
  msgid "negative length in array section in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12366 cp/semantics.c:4708
  #, gcc-internal-format
  msgid "low bound %qE above array section size in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12403 cp/semantics.c:4745
  #, gcc-internal-format
  msgid "length %qE above array section size in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12418 cp/semantics.c:4760
  #, gcc-internal-format
  msgid "high bound %qE above array section size in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12451 cp/semantics.c:4793
  #, gcc-internal-format
  msgid "for pointer type length expression must be specified"
  msgstr ""
  
! #: c/c-typeck.c:12469 c/c-typeck.c:12578 cp/semantics.c:4811
! #: cp/semantics.c:4923
  #, gcc-internal-format
  msgid "array section is not contiguous in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12477 cp/semantics.c:4819
  #, gcc-internal-format
  msgid "%qE does not have pointer or array type"
  msgstr ""
--- 37109,37179 ----
  msgid "%<_Atomic%> %qD in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12243 c/c-typeck.c:13461 c/c-typeck.c:13563 cp/semantics.c:4593
! #: cp/semantics.c:6789 cp/semantics.c:6951
  #, gcc-internal-format
  msgid "%qD is threadprivate variable in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12279 cp/semantics.c:4625
  #, gcc-internal-format
  msgid "low bound %qE of array section does not have integral type"
  msgstr ""
  
! #: c/c-typeck.c:12286 cp/semantics.c:4632
  #, gcc-internal-format
  msgid "length %qE of array section does not have integral type"
  msgstr ""
  
! #: c/c-typeck.c:12313 c/c-typeck.c:12377 c/c-typeck.c:12635 cp/semantics.c:4668
! #: cp/semantics.c:4732
  #, gcc-internal-format
  msgid "zero length array section in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12332 cp/semantics.c:4687
  #, gcc-internal-format
  msgid "for unknown bound array type length expression must be specified"
  msgstr ""
  
! #: c/c-typeck.c:12340 cp/semantics.c:4695
  #, gcc-internal-format
  msgid "negative low bound in array section in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12349 c/c-typeck.c:12459 cp/semantics.c:4704
! #: cp/semantics.c:4814
  #, gcc-internal-format
  msgid "negative length in array section in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12366 cp/semantics.c:4721
  #, gcc-internal-format
  msgid "low bound %qE above array section size in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12403 cp/semantics.c:4758
  #, gcc-internal-format
  msgid "length %qE above array section size in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12418 cp/semantics.c:4773
  #, gcc-internal-format
  msgid "high bound %qE above array section size in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12451 cp/semantics.c:4806
  #, gcc-internal-format
  msgid "for pointer type length expression must be specified"
  msgstr ""
  
! #: c/c-typeck.c:12469 c/c-typeck.c:12578 cp/semantics.c:4824
! #: cp/semantics.c:4936
  #, gcc-internal-format
  msgid "array section is not contiguous in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:12477 cp/semantics.c:4832
  #, gcc-internal-format
  msgid "%qE does not have pointer or array type"
  msgstr ""
*************** msgstr ""
*** 37135,37141 ****
  msgid "%qE has invalid type for %<reduction(%s)%>"
  msgstr ""
  
! #: c/c-typeck.c:12955 cp/semantics.c:5734
  #, gcc-internal-format
  msgid "user defined reduction not found for %qE"
  msgstr ""
--- 37193,37199 ----
  msgid "%qE has invalid type for %<reduction(%s)%>"
  msgstr ""
  
! #: c/c-typeck.c:12955 cp/semantics.c:5747
  #, gcc-internal-format
  msgid "user defined reduction not found for %qE"
  msgstr ""
*************** msgstr ""
*** 37145,37161 ****
  msgid "variable length element type in array %<reduction%> clause"
  msgstr ""
  
! #: c/c-typeck.c:13061 c/c-typeck.c:13621 cp/semantics.c:7257
  #, gcc-internal-format
  msgid "%<nowait%> clause must not be used together with %<copyprivate%>"
  msgstr ""
  
! #: c/c-typeck.c:13073 cp/semantics.c:7297
  #, gcc-internal-format
  msgid "%qE must be %<threadprivate%> for %<copyin%>"
  msgstr ""
  
! #: c/c-typeck.c:13087 cp/semantics.c:5908
  #, gcc-internal-format
  msgid ""
  "modifier should not be specified in %<linear%> clause on %<simd%> or %<for%> "
--- 37203,37219 ----
  msgid "variable length element type in array %<reduction%> clause"
  msgstr ""
  
! #: c/c-typeck.c:13061 c/c-typeck.c:13621 cp/semantics.c:7270
  #, gcc-internal-format
  msgid "%<nowait%> clause must not be used together with %<copyprivate%>"
  msgstr ""
  
! #: c/c-typeck.c:13073 cp/semantics.c:7310
  #, gcc-internal-format
  msgid "%qE must be %<threadprivate%> for %<copyin%>"
  msgstr ""
  
! #: c/c-typeck.c:13087 cp/semantics.c:5921
  #, gcc-internal-format
  msgid ""
  "modifier should not be specified in %<linear%> clause on %<simd%> or %<for%> "
*************** msgstr ""
*** 37180,37197 ****
  msgid "%<_Atomic%> %qD in %<linear%> clause"
  msgstr ""
  
! #: c/c-typeck.c:13139 cp/semantics.c:5991
  #, gcc-internal-format
  msgid "%<linear%> clause step %qE is neither constant nor a parameter"
  msgstr ""
  
! #: c/c-typeck.c:13169 c/c-typeck.c:13556 cp/semantics.c:6075
! #: cp/semantics.c:6931
  #, gcc-internal-format
  msgid "%qE is not a variable in clause %qs"
  msgstr ""
  
! #: c/c-typeck.c:13178 cp/semantics.c:6084
  #, gcc-internal-format
  msgid "%qD appears more than once in reduction clauses"
  msgstr ""
--- 37238,37255 ----
  msgid "%<_Atomic%> %qD in %<linear%> clause"
  msgstr ""
  
! #: c/c-typeck.c:13139 cp/semantics.c:6004
  #, gcc-internal-format
  msgid "%<linear%> clause step %qE is neither constant nor a parameter"
  msgstr ""
  
! #: c/c-typeck.c:13169 c/c-typeck.c:13556 cp/semantics.c:6088
! #: cp/semantics.c:6944
  #, gcc-internal-format
  msgid "%qE is not a variable in clause %qs"
  msgstr ""
  
! #: c/c-typeck.c:13178 cp/semantics.c:6097
  #, gcc-internal-format
  msgid "%qD appears more than once in reduction clauses"
  msgstr ""
*************** msgid "%qE appears more than once in dat
*** 37202,37233 ****
  msgstr ""
  
  #: c/c-typeck.c:13196 c/c-typeck.c:13225 c/c-typeck.c:13385 c/c-typeck.c:13499
! #: c/c-typeck.c:13505 c/c-typeck.c:13518 c/c-typeck.c:13527 cp/semantics.c:6094
! #: cp/semantics.c:6101 cp/semantics.c:6152 cp/semantics.c:6158
! #: cp/semantics.c:6195 cp/semantics.c:6687 cp/semantics.c:6824
! #: cp/semantics.c:6830 cp/semantics.c:6843 cp/semantics.c:6852
  #, gcc-internal-format
  msgid "%qD appears more than once in data clauses"
  msgstr ""
  
  #: c/c-typeck.c:13198 c/c-typeck.c:13227 c/c-typeck.c:13507 c/c-typeck.c:13529
! #: cp/semantics.c:6103 cp/semantics.c:6160 cp/semantics.c:6832
! #: cp/semantics.c:6854
  #, gcc-internal-format
  msgid "%qD appears both in data and map clauses"
  msgstr ""
  
! #: c/c-typeck.c:13212 cp/semantics.c:6146
  #, gcc-internal-format
  msgid "%qE is not a variable in clause %<firstprivate%>"
  msgstr ""
  
! #: c/c-typeck.c:13241 cp/semantics.c:6189
  #, gcc-internal-format
  msgid "%qE is not a variable in clause %<lastprivate%>"
  msgstr ""
  
! #: c/c-typeck.c:13260 cp/semantics.c:6552
  #, gcc-internal-format
  msgid "%qE is not a variable in %<aligned%> clause"
  msgstr ""
--- 37260,37291 ----
  msgstr ""
  
  #: c/c-typeck.c:13196 c/c-typeck.c:13225 c/c-typeck.c:13385 c/c-typeck.c:13499
! #: c/c-typeck.c:13505 c/c-typeck.c:13518 c/c-typeck.c:13527 cp/semantics.c:6107
! #: cp/semantics.c:6114 cp/semantics.c:6165 cp/semantics.c:6171
! #: cp/semantics.c:6208 cp/semantics.c:6700 cp/semantics.c:6837
! #: cp/semantics.c:6843 cp/semantics.c:6856 cp/semantics.c:6865
  #, gcc-internal-format
  msgid "%qD appears more than once in data clauses"
  msgstr ""
  
  #: c/c-typeck.c:13198 c/c-typeck.c:13227 c/c-typeck.c:13507 c/c-typeck.c:13529
! #: cp/semantics.c:6116 cp/semantics.c:6173 cp/semantics.c:6845
! #: cp/semantics.c:6867
  #, gcc-internal-format
  msgid "%qD appears both in data and map clauses"
  msgstr ""
  
! #: c/c-typeck.c:13212 cp/semantics.c:6159
  #, gcc-internal-format
  msgid "%qE is not a variable in clause %<firstprivate%>"
  msgstr ""
  
! #: c/c-typeck.c:13241 cp/semantics.c:6202
  #, gcc-internal-format
  msgid "%qE is not a variable in clause %<lastprivate%>"
  msgstr ""
  
! #: c/c-typeck.c:13260 cp/semantics.c:6565
  #, gcc-internal-format
  msgid "%qE is not a variable in %<aligned%> clause"
  msgstr ""
*************** msgstr ""
*** 37247,37301 ****
  msgid "%qE appears more than once in %<aligned%> clauses"
  msgstr ""
  
! #: c/c-typeck.c:13336 cp/semantics.c:6634
  #, gcc-internal-format
  msgid "%qE is not a variable in %<depend%> clause"
  msgstr ""
  
! #: c/c-typeck.c:13358 cp/semantics.c:6665
  #, gcc-internal-format
  msgid "array section does not have mappable type in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:13382 c/c-typeck.c:13516 cp/semantics.c:6684
! #: cp/semantics.c:6841
  #, gcc-internal-format
  msgid "%qD appears more than once in motion clauses"
  msgstr ""
  
! #: c/c-typeck.c:13388 c/c-typeck.c:13520 cp/semantics.c:6690
! #: cp/semantics.c:6845
  #, gcc-internal-format
  msgid "%qD appears more than once in map clauses"
  msgstr ""
  
! #: c/c-typeck.c:13420 cp/semantics.c:6731
  #, gcc-internal-format
  msgid "%qE does not have a mappable type in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:13480 c/c-typeck.c:13570 cp/semantics.c:6806
! #: cp/semantics.c:6945
  #, gcc-internal-format
  msgid "%qD does not have a mappable type in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:13551 cp/semantics.c:6925
  #, gcc-internal-format
  msgid "%qE is neither a variable nor a function name in clause %qs"
  msgstr ""
  
! #: c/c-typeck.c:13579 cp/semantics.c:6954
  #, gcc-internal-format
  msgid "%qE appears more than once on the same %<declare target%> directive"
  msgstr ""
  
! #: c/c-typeck.c:13593 cp/semantics.c:6969
  #, gcc-internal-format
  msgid "%qD is not an argument in %<uniform%> clause"
  msgstr ""
  
! #: c/c-typeck.c:13596 cp/semantics.c:6971
  #, gcc-internal-format
  msgid "%qE is not an argument in %<uniform%> clause"
  msgstr ""
--- 37305,37359 ----
  msgid "%qE appears more than once in %<aligned%> clauses"
  msgstr ""
  
! #: c/c-typeck.c:13336 cp/semantics.c:6647
  #, gcc-internal-format
  msgid "%qE is not a variable in %<depend%> clause"
  msgstr ""
  
! #: c/c-typeck.c:13358 cp/semantics.c:6678
  #, gcc-internal-format
  msgid "array section does not have mappable type in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:13382 c/c-typeck.c:13516 cp/semantics.c:6697
! #: cp/semantics.c:6854
  #, gcc-internal-format
  msgid "%qD appears more than once in motion clauses"
  msgstr ""
  
! #: c/c-typeck.c:13388 c/c-typeck.c:13520 cp/semantics.c:6703
! #: cp/semantics.c:6858
  #, gcc-internal-format
  msgid "%qD appears more than once in map clauses"
  msgstr ""
  
! #: c/c-typeck.c:13420 cp/semantics.c:6744
  #, gcc-internal-format
  msgid "%qE does not have a mappable type in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:13480 c/c-typeck.c:13570 cp/semantics.c:6819
! #: cp/semantics.c:6958
  #, gcc-internal-format
  msgid "%qD does not have a mappable type in %qs clause"
  msgstr ""
  
! #: c/c-typeck.c:13551 cp/semantics.c:6938
  #, gcc-internal-format
  msgid "%qE is neither a variable nor a function name in clause %qs"
  msgstr ""
  
! #: c/c-typeck.c:13579 cp/semantics.c:6967
  #, gcc-internal-format
  msgid "%qE appears more than once on the same %<declare target%> directive"
  msgstr ""
  
! #: c/c-typeck.c:13593 cp/semantics.c:6982
  #, gcc-internal-format
  msgid "%qD is not an argument in %<uniform%> clause"
  msgstr ""
  
! #: c/c-typeck.c:13596 cp/semantics.c:6984
  #, gcc-internal-format
  msgid "%qE is not an argument in %<uniform%> clause"
  msgstr ""
*************** msgstr ""
*** 37305,37337 ****
  msgid "%qs variable is neither a pointer nor an array"
  msgstr ""
  
! #: c/c-typeck.c:13686 cp/semantics.c:6351
  #, gcc-internal-format
  msgid "%<nonmonotonic%> modifier specified for %qs schedule kind"
  msgstr ""
  
! #: c/c-typeck.c:13717 cp/semantics.c:7149
  #, gcc-internal-format
  msgid "%<inbranch%> clause is incompatible with %<notinbranch%>"
  msgstr ""
  
! #: c/c-typeck.c:13767 cp/semantics.c:7340
  #, gcc-internal-format
  msgid "%qE is predetermined %qs for %qs"
  msgstr ""
  
! #: c/c-typeck.c:13787 cp/semantics.c:7231
  #, gcc-internal-format
  msgid "%<simdlen%> clause value is bigger than %<safelen%> clause value"
  msgstr ""
  
! #: c/c-typeck.c:13799 cp/semantics.c:7244
  #, gcc-internal-format
  msgid ""
  "%<nonmonotonic%> schedule modifier specified together with %<ordered%> clause"
  msgstr ""
  
! #: c/c-typeck.c:13817 cp/semantics.c:7211
  #, gcc-internal-format
  msgid ""
  "%<linear%> clause step is a parameter %qD not specified in %<uniform%> clause"
--- 37363,37395 ----
  msgid "%qs variable is neither a pointer nor an array"
  msgstr ""
  
! #: c/c-typeck.c:13686 cp/semantics.c:6364
  #, gcc-internal-format
  msgid "%<nonmonotonic%> modifier specified for %qs schedule kind"
  msgstr ""
  
! #: c/c-typeck.c:13717 cp/semantics.c:7162
  #, gcc-internal-format
  msgid "%<inbranch%> clause is incompatible with %<notinbranch%>"
  msgstr ""
  
! #: c/c-typeck.c:13767 cp/semantics.c:7353
  #, gcc-internal-format
  msgid "%qE is predetermined %qs for %qs"
  msgstr ""
  
! #: c/c-typeck.c:13787 cp/semantics.c:7244
  #, gcc-internal-format
  msgid "%<simdlen%> clause value is bigger than %<safelen%> clause value"
  msgstr ""
  
! #: c/c-typeck.c:13799 cp/semantics.c:7257
  #, gcc-internal-format
  msgid ""
  "%<nonmonotonic%> schedule modifier specified together with %<ordered%> clause"
  msgstr ""
  
! #: c/c-typeck.c:13817 cp/semantics.c:7224
  #, gcc-internal-format
  msgid ""
  "%<linear%> clause step is a parameter %qD not specified in %<uniform%> clause"
*************** msgstr ""
*** 37905,38060 ****
  msgid "use of multiversioned function without a default"
  msgstr ""
  
! #: cp/call.c:7710
  #, gcc-internal-format
  msgid "passing %qT as %<this%> argument discards qualifiers"
  msgstr ""
  
! #: cp/call.c:7713 cp/call.c:7829 cp/call.c:9587 cp/name-lookup.c:5963
  #, gcc-internal-format
  msgid "  in call to %qD"
  msgstr ""
  
! #: cp/call.c:7743
  #, gcc-internal-format
  msgid "%qT is not an accessible base of %qT"
  msgstr ""
  
! #: cp/call.c:7825
  #, gcc-internal-format
  msgid "deducing %qT as %qT"
  msgstr ""
  
! #: cp/call.c:7831
  #, gcc-internal-format
  msgid "  (you can disable this with -fno-deduce-init-list)"
  msgstr ""
  
! #: cp/call.c:7931
  #, gcc-internal-format
  msgid "passing arguments to ellipsis of inherited constructor %qD"
  msgstr ""
  
! #: cp/call.c:8275
  #, gcc-internal-format
  msgid "constructor delegates to itself"
  msgstr ""
  
! #: cp/call.c:8525
  #, gcc-internal-format
  msgid "call to non-function %qD"
  msgstr ""
  
! #: cp/call.c:8571 cp/pt.c:14200 cp/typeck.c:2807
  #, gcc-internal-format
  msgid "cannot call constructor %<%T::%D%> directly"
  msgstr ""
  
! #: cp/call.c:8573
  #, gcc-internal-format
  msgid "for a function-style cast, remove the redundant %<::%D%>"
  msgstr ""
  
! #: cp/call.c:8708
  #, gcc-internal-format
  msgid "no matching function for call to %<%T::operator %T(%A)%#V%>"
  msgstr ""
  
! #: cp/call.c:8724
  #, gcc-internal-format
  msgid "no matching function for call to %<%T::%E(%A)%#V%>"
  msgstr ""
  
! #: cp/call.c:8748
  #, gcc-internal-format
  msgid "no matching function for call to %<%s(%A)%>"
  msgstr ""
  
! #: cp/call.c:8751
  #, gcc-internal-format
  msgid "call of overloaded %<%s(%A)%> is ambiguous"
  msgstr ""
  
! #: cp/call.c:8772
  #, gcc-internal-format
  msgid "pure virtual %q#D called from non-static data member initializer"
  msgstr ""
  
! #: cp/call.c:8777
  #, gcc-internal-format
  msgid "pure virtual %q#D called from constructor"
  msgstr ""
  
! #: cp/call.c:8778
  #, gcc-internal-format
  msgid "pure virtual %q#D called from destructor"
  msgstr ""
  
! #: cp/call.c:8801
  #, gcc-internal-format
  msgid "cannot call member function %qD without object"
  msgstr ""
  
! #: cp/call.c:9585
  #, gcc-internal-format
  msgid "passing %qT chooses %qT over %qT"
  msgstr ""
  
! #: cp/call.c:9645
  #, gcc-internal-format
  msgid "choosing %qD over %qD"
  msgstr ""
  
! #: cp/call.c:9646
  #, gcc-internal-format
  msgid "  for conversion from %qT to %qT"
  msgstr ""
  
! #: cp/call.c:9649
  #, gcc-internal-format
  msgid "  because conversion sequence for the argument is better"
  msgstr ""
  
! #: cp/call.c:9873
  #, gcc-internal-format
  msgid "default argument mismatch in overload resolution"
  msgstr ""
  
! #: cp/call.c:9877
  #, gcc-internal-format
  msgid " candidate 1: %q#F"
  msgstr ""
  
! #: cp/call.c:9879
  #, gcc-internal-format
  msgid " candidate 2: %q#F"
  msgstr ""
  
! #: cp/call.c:9924
  #, gcc-internal-format
  msgid ""
  "ISO C++ says that these are ambiguous, even though the worst conversion for "
  "the first is better than the worst conversion for the second:"
  msgstr ""
  
! #: cp/call.c:10102
  #, gcc-internal-format
  msgid "could not convert %qE from %qT to %qT"
  msgstr ""
  
! #: cp/call.c:10296
  #, gcc-internal-format
  msgid "a temporary bound to %qD only persists until the constructor exits"
  msgstr ""
  
! #: cp/call.c:10419
  #, gcc-internal-format
  msgid ""
  "invalid initialization of non-const reference of type %qT from an rvalue of "
  "type %qT"
  msgstr ""
  
! #: cp/call.c:10423
  #, gcc-internal-format
  msgid ""
  "invalid initialization of reference of type %qT from expression of type %qT"
--- 37963,38118 ----
  msgid "use of multiversioned function without a default"
  msgstr ""
  
! #: cp/call.c:7713
  #, gcc-internal-format
  msgid "passing %qT as %<this%> argument discards qualifiers"
  msgstr ""
  
! #: cp/call.c:7716 cp/call.c:7832 cp/call.c:9592 cp/name-lookup.c:5962
  #, gcc-internal-format
  msgid "  in call to %qD"
  msgstr ""
  
! #: cp/call.c:7746
  #, gcc-internal-format
  msgid "%qT is not an accessible base of %qT"
  msgstr ""
  
! #: cp/call.c:7828
  #, gcc-internal-format
  msgid "deducing %qT as %qT"
  msgstr ""
  
! #: cp/call.c:7834
  #, gcc-internal-format
  msgid "  (you can disable this with -fno-deduce-init-list)"
  msgstr ""
  
! #: cp/call.c:7934
  #, gcc-internal-format
  msgid "passing arguments to ellipsis of inherited constructor %qD"
  msgstr ""
  
! #: cp/call.c:8280
  #, gcc-internal-format
  msgid "constructor delegates to itself"
  msgstr ""
  
! #: cp/call.c:8530
  #, gcc-internal-format
  msgid "call to non-function %qD"
  msgstr ""
  
! #: cp/call.c:8576 cp/pt.c:14282 cp/typeck.c:2807
  #, gcc-internal-format
  msgid "cannot call constructor %<%T::%D%> directly"
  msgstr ""
  
! #: cp/call.c:8578
  #, gcc-internal-format
  msgid "for a function-style cast, remove the redundant %<::%D%>"
  msgstr ""
  
! #: cp/call.c:8713
  #, gcc-internal-format
  msgid "no matching function for call to %<%T::operator %T(%A)%#V%>"
  msgstr ""
  
! #: cp/call.c:8729
  #, gcc-internal-format
  msgid "no matching function for call to %<%T::%E(%A)%#V%>"
  msgstr ""
  
! #: cp/call.c:8753
  #, gcc-internal-format
  msgid "no matching function for call to %<%s(%A)%>"
  msgstr ""
  
! #: cp/call.c:8756
  #, gcc-internal-format
  msgid "call of overloaded %<%s(%A)%> is ambiguous"
  msgstr ""
  
! #: cp/call.c:8777
  #, gcc-internal-format
  msgid "pure virtual %q#D called from non-static data member initializer"
  msgstr ""
  
! #: cp/call.c:8782
  #, gcc-internal-format
  msgid "pure virtual %q#D called from constructor"
  msgstr ""
  
! #: cp/call.c:8783
  #, gcc-internal-format
  msgid "pure virtual %q#D called from destructor"
  msgstr ""
  
! #: cp/call.c:8806
  #, gcc-internal-format
  msgid "cannot call member function %qD without object"
  msgstr ""
  
! #: cp/call.c:9590
  #, gcc-internal-format
  msgid "passing %qT chooses %qT over %qT"
  msgstr ""
  
! #: cp/call.c:9650
  #, gcc-internal-format
  msgid "choosing %qD over %qD"
  msgstr ""
  
! #: cp/call.c:9651
  #, gcc-internal-format
  msgid "  for conversion from %qT to %qT"
  msgstr ""
  
! #: cp/call.c:9654
  #, gcc-internal-format
  msgid "  because conversion sequence for the argument is better"
  msgstr ""
  
! #: cp/call.c:9878
  #, gcc-internal-format
  msgid "default argument mismatch in overload resolution"
  msgstr ""
  
! #: cp/call.c:9882
  #, gcc-internal-format
  msgid " candidate 1: %q#F"
  msgstr ""
  
! #: cp/call.c:9884
  #, gcc-internal-format
  msgid " candidate 2: %q#F"
  msgstr ""
  
! #: cp/call.c:9929
  #, gcc-internal-format
  msgid ""
  "ISO C++ says that these are ambiguous, even though the worst conversion for "
  "the first is better than the worst conversion for the second:"
  msgstr ""
  
! #: cp/call.c:10107
  #, gcc-internal-format
  msgid "could not convert %qE from %qT to %qT"
  msgstr ""
  
! #: cp/call.c:10301
  #, gcc-internal-format
  msgid "a temporary bound to %qD only persists until the constructor exits"
  msgstr ""
  
! #: cp/call.c:10424
  #, gcc-internal-format
  msgid ""
  "invalid initialization of non-const reference of type %qT from an rvalue of "
  "type %qT"
  msgstr ""
  
! #: cp/call.c:10428
  #, gcc-internal-format
  msgid ""
  "invalid initialization of reference of type %qT from expression of type %qT"
*************** msgstr ""
*** 38163,38597 ****
  msgid "cannot derive from %<final%> base %qT in derived type %qT"
  msgstr ""
  
! #: cp/class.c:2231
  #, gcc-internal-format
  msgid "all member functions in class %qT are private"
  msgstr ""
  
! #: cp/class.c:2243
  #, gcc-internal-format
  msgid "%q#T only defines a private destructor and has no friends"
  msgstr ""
  
! #: cp/class.c:2288
  #, gcc-internal-format
  msgid "%q#T only defines private constructors and has no friends"
  msgstr ""
  
! #: cp/class.c:2681
  #, gcc-internal-format
  msgid "no unique final overrider for %qD in %qT"
  msgstr ""
  
! #: cp/class.c:3042
  #, gcc-internal-format
  msgid "%qD can be marked override"
  msgstr ""
  
! #: cp/class.c:3054
  #, gcc-internal-format
  msgid "%q+#D marked %<final%>, but is not virtual"
  msgstr ""
  
! #: cp/class.c:3056
  #, gcc-internal-format
  msgid "%q+#D marked %<override%>, but does not override"
  msgstr ""
  
! #: cp/class.c:3126
  #, gcc-internal-format
  msgid "%qD was hidden"
  msgstr ""
  
! #: cp/class.c:3128
  #, gcc-internal-format
  msgid "  by %qD"
  msgstr ""
  
! #: cp/class.c:3162 cp/decl2.c:1483
  #, gcc-internal-format
  msgid "%q#D invalid; an anonymous union can only have non-static data members"
  msgstr ""
  
! #: cp/class.c:3166
  #, gcc-internal-format
  msgid "%q#D invalid; an anonymous struct can only have non-static data members"
  msgstr ""
  
! #: cp/class.c:3178 cp/decl2.c:1490
  #, gcc-internal-format
  msgid "private member %q#D in anonymous union"
  msgstr ""
  
! #: cp/class.c:3181
  #, gcc-internal-format
  msgid "private member %q#D in anonymous struct"
  msgstr ""
  
! #: cp/class.c:3187 cp/decl2.c:1493
  #, gcc-internal-format
  msgid "protected member %q#D in anonymous union"
  msgstr ""
  
! #: cp/class.c:3190
  #, gcc-internal-format
  msgid "protected member %q#D in anonymous struct"
  msgstr ""
  
! #: cp/class.c:3378
  #, gcc-internal-format
  msgid "the ellipsis in %qD is not inherited"
  msgstr ""
  
! #: cp/class.c:3547
  #, gcc-internal-format
  msgid "bit-field %q+#D with non-integral type"
  msgstr ""
  
! #: cp/class.c:3563
  #, gcc-internal-format
  msgid "bit-field %q+D width not an integer constant"
  msgstr ""
  
! #: cp/class.c:3568
  #, gcc-internal-format
  msgid "negative width in bit-field %q+D"
  msgstr ""
  
! #: cp/class.c:3573
  #, gcc-internal-format
  msgid "zero width for bit-field %q+D"
  msgstr ""
  
! #: cp/class.c:3583
  #, gcc-internal-format
  msgid "width of %qD exceeds its type"
  msgstr ""
  
! #: cp/class.c:3588
  #, gcc-internal-format
  msgid "%qD is too small to hold all values of %q#T"
  msgstr ""
  
! #: cp/class.c:3648
  #, gcc-internal-format
  msgid "member %q+#D with constructor not allowed in union"
  msgstr ""
  
! #: cp/class.c:3651
  #, gcc-internal-format
  msgid "member %q+#D with destructor not allowed in union"
  msgstr ""
  
! #: cp/class.c:3653
  #, gcc-internal-format
  msgid "member %q+#D with copy assignment operator not allowed in union"
  msgstr ""
  
! #: cp/class.c:3657
  #, gcc-internal-format
  msgid "unrestricted unions only available with -std=c++11 or -std=gnu++11"
  msgstr ""
  
! #: cp/class.c:3781
  #, gcc-internal-format
  msgid "in C++98 %q+D may not be static because it is a member of a union"
  msgstr ""
  
! #: cp/class.c:3788
  #, gcc-internal-format
  msgid "non-static data member %q+D in a union may not have reference type %qT"
  msgstr ""
  
! #: cp/class.c:3798
  #, gcc-internal-format
  msgid "field %q+D invalidly declared function type"
  msgstr ""
  
! #: cp/class.c:3804
  #, gcc-internal-format
  msgid "field %q+D invalidly declared method type"
  msgstr ""
  
! #: cp/class.c:3864
  #, gcc-internal-format
  msgid "ignoring packed attribute because of unpacked non-POD field %q#D"
  msgstr ""
  
! #: cp/class.c:3912
  #, gcc-internal-format
  msgid "member %q+D cannot be declared both %<const%> and %<mutable%>"
  msgstr ""
  
! #: cp/class.c:3918
  #, gcc-internal-format
  msgid "member %q+D cannot be declared as a %<mutable%> reference"
  msgstr ""
  
! #: cp/class.c:3944
  #, gcc-internal-format
  msgid "multiple fields in union %qT initialized"
  msgstr ""
  
! #: cp/class.c:3985
  #, gcc-internal-format
  msgid "field %q#D with same name as class"
  msgstr ""
  
! #: cp/class.c:4008
  #, gcc-internal-format
  msgid "%q#T has pointer data members"
  msgstr ""
  
! #: cp/class.c:4013
  #, gcc-internal-format
  msgid "  but does not override %<%T(const %T&)%>"
  msgstr ""
  
! #: cp/class.c:4015
  #, gcc-internal-format
  msgid "  or %<operator=(const %T&)%>"
  msgstr ""
  
! #: cp/class.c:4019
  #, gcc-internal-format
  msgid "  but does not override %<operator=(const %T&)%>"
  msgstr ""
  
! #: cp/class.c:4424
  #, gcc-internal-format
  msgid "alignment of %qD increased in -fabi-version=9 (GCC 5.2)"
  msgstr ""
  
! #: cp/class.c:4427
  #, gcc-internal-format
  msgid "alignment of %qD will increase in -fabi-version=9"
  msgstr ""
  
! #: cp/class.c:4698
  #, gcc-internal-format
  msgid "initializer specified for non-virtual method %q+D"
  msgstr ""
  
! #: cp/class.c:5155
  #, gcc-internal-format
  msgid "method overrides both %<transaction_pure%> and %qE methods"
  msgstr ""
  
! #: cp/class.c:5176
  #, gcc-internal-format
  msgid "method declared %qE overriding %qE method"
  msgstr ""
  
! #: cp/class.c:5771 cp/constexpr.c:218
  #, gcc-internal-format
  msgid ""
  "enclosing class of constexpr non-static member function %q+#D is not a "
  "literal type"
  msgstr ""
  
! #: cp/class.c:5796
  #, gcc-internal-format
  msgid "%q+T is not literal because:"
  msgstr ""
  
! #: cp/class.c:5798
  #, gcc-internal-format
  msgid "  %q+T has a non-trivial destructor"
  msgstr ""
  
! #: cp/class.c:5803
  #, gcc-internal-format
  msgid ""
  "  %q+T is not an aggregate, does not have a trivial default constructor, and "
  "has no constexpr constructor that is not a copy or move constructor"
  msgstr ""
  
! #: cp/class.c:5838
  #, gcc-internal-format
  msgid "  base class %qT of %q+T is non-literal"
  msgstr ""
  
! #: cp/class.c:5853
  #, gcc-internal-format
  msgid "  non-static data member %qD has non-literal type"
  msgstr ""
  
! #: cp/class.c:5860
  #, gcc-internal-format
  msgid "  non-static data member %qD has volatile type"
  msgstr ""
  
! #: cp/class.c:5978
  #, gcc-internal-format
  msgid "base class %q#T has accessible non-virtual destructor"
  msgstr ""
  
! #: cp/class.c:6007
  #, gcc-internal-format
  msgid "non-static reference %q#D in class without a constructor"
  msgstr ""
  
! #: cp/class.c:6013
  #, gcc-internal-format
  msgid "non-static const member %q#D in class without a constructor"
  msgstr ""
  
  #. If the function is defaulted outside the class, we just
  #. give the synthesis error.
! #: cp/class.c:6039
  #, gcc-internal-format
  msgid ""
  "%q+D declared to take const reference, but implicit declaration would take "
  "non-const"
  msgstr ""
  
! #: cp/class.c:6316
  #, gcc-internal-format
  msgid "direct base %qT inaccessible in %qT due to ambiguity"
  msgstr ""
  
! #: cp/class.c:6328
  #, gcc-internal-format
  msgid "virtual base %qT inaccessible in %qT due to ambiguity"
  msgstr ""
  
! #: cp/class.c:6556
  #, gcc-internal-format
  msgid ""
  "offset of %qD is not ABI-compliant and may change in a future version of GCC"
  msgstr ""
  
! #: cp/class.c:6711
  #, gcc-internal-format
  msgid "size of type %qT is too large (%qE bytes)"
  msgstr ""
  
! #: cp/class.c:7009
  #, gcc-internal-format
  msgid "invalid use of %q#T with a zero-size array in %q#D"
  msgstr ""
  
! #: cp/class.c:7011
  #, gcc-internal-format
  msgid "invalid use of %q#T with a flexible array member in %q#T"
  msgstr ""
  
! #: cp/class.c:7016
  #, gcc-internal-format
  msgid "array member %q#D declared here"
  msgstr ""
  
! #: cp/class.c:7043
  #, gcc-internal-format
  msgid "zero-size array member %qD not at end of %q#T"
  msgstr ""
  
! #: cp/class.c:7045
  #, gcc-internal-format
  msgid "zero-size array member %qD in an otherwise empty %q#T"
  msgstr ""
  
! #: cp/class.c:7053 cp/class.c:7083
  #, gcc-internal-format
  msgid "in the definition of %q#T"
  msgstr ""
  
! #: cp/class.c:7061
  #, gcc-internal-format
  msgid "flexible array member %qD not at end of %q#T"
  msgstr ""
  
! #: cp/class.c:7063
  #, gcc-internal-format
  msgid "flexible array member %qD in an otherwise empty %q#T"
  msgstr ""
  
! #: cp/class.c:7081
  #, gcc-internal-format
  msgid "next member %q#D declared here"
  msgstr ""
  
! #: cp/class.c:7193 cp/parser.c:22773
  #, gcc-internal-format
  msgid "redefinition of %q#T"
  msgstr ""
  
! #: cp/class.c:7337
  #, gcc-internal-format
  msgid "%q#T has virtual functions and accessible non-virtual destructor"
  msgstr ""
  
! #: cp/class.c:7365
  #, gcc-internal-format
  msgid "type transparent %q#T does not have any fields"
  msgstr ""
  
! #: cp/class.c:7371
  #, gcc-internal-format
  msgid "type transparent class %qT has base classes"
  msgstr ""
  
! #: cp/class.c:7375
  #, gcc-internal-format
  msgid "type transparent class %qT has virtual functions"
  msgstr ""
  
! #: cp/class.c:7381
  #, gcc-internal-format
  msgid ""
  "type transparent %q#T cannot be made transparent because the type of the "
  "first field has a different ABI from the class overall"
  msgstr ""
  
! #: cp/class.c:7545
  #, gcc-internal-format
  msgid ""
  "definition of std::initializer_list does not match #include "
  "<initializer_list>"
  msgstr ""
  
! #: cp/class.c:7556
  #, gcc-internal-format
  msgid "trying to finish struct, but kicked out due to previous parse errors"
  msgstr ""
  
! #: cp/class.c:8072
  #, gcc-internal-format
  msgid "language string %<\"%E\"%> not recognized"
  msgstr ""
  
! #: cp/class.c:8162
  #, gcc-internal-format
  msgid "cannot resolve overloaded function %qD based on conversion to type %qT"
  msgstr ""
  
! #: cp/class.c:8317
  #, gcc-internal-format
  msgid "no matches converting function %qD to type %q#T"
  msgstr ""
  
! #: cp/class.c:8345
  #, gcc-internal-format
  msgid "converting overloaded function %qD to type %q#T is ambiguous"
  msgstr ""
  
! #: cp/class.c:8372
  #, gcc-internal-format
  msgid "assuming pointer to member %qD"
  msgstr ""
  
! #: cp/class.c:8375
  #, gcc-internal-format
  msgid "(a pointer to member can only be formed with %<&%E%>)"
  msgstr ""
  
! #: cp/class.c:8450 cp/class.c:8487
  #, gcc-internal-format
  msgid "not enough type information"
  msgstr ""
  
! #: cp/class.c:8470 cp/cvt.c:171 cp/cvt.c:198 cp/cvt.c:247
  #, gcc-internal-format
  msgid "cannot convert %qE from type %qT to type %qT"
  msgstr ""
--- 38221,38655 ----
  msgid "cannot derive from %<final%> base %qT in derived type %qT"
  msgstr ""
  
! #: cp/class.c:2233
  #, gcc-internal-format
  msgid "all member functions in class %qT are private"
  msgstr ""
  
! #: cp/class.c:2245
  #, gcc-internal-format
  msgid "%q#T only defines a private destructor and has no friends"
  msgstr ""
  
! #: cp/class.c:2290
  #, gcc-internal-format
  msgid "%q#T only defines private constructors and has no friends"
  msgstr ""
  
! #: cp/class.c:2683
  #, gcc-internal-format
  msgid "no unique final overrider for %qD in %qT"
  msgstr ""
  
! #: cp/class.c:3044
  #, gcc-internal-format
  msgid "%qD can be marked override"
  msgstr ""
  
! #: cp/class.c:3056
  #, gcc-internal-format
  msgid "%q+#D marked %<final%>, but is not virtual"
  msgstr ""
  
! #: cp/class.c:3058
  #, gcc-internal-format
  msgid "%q+#D marked %<override%>, but does not override"
  msgstr ""
  
! #: cp/class.c:3128
  #, gcc-internal-format
  msgid "%qD was hidden"
  msgstr ""
  
! #: cp/class.c:3130
  #, gcc-internal-format
  msgid "  by %qD"
  msgstr ""
  
! #: cp/class.c:3164 cp/decl2.c:1484
  #, gcc-internal-format
  msgid "%q#D invalid; an anonymous union can only have non-static data members"
  msgstr ""
  
! #: cp/class.c:3168
  #, gcc-internal-format
  msgid "%q#D invalid; an anonymous struct can only have non-static data members"
  msgstr ""
  
! #: cp/class.c:3180 cp/decl2.c:1491
  #, gcc-internal-format
  msgid "private member %q#D in anonymous union"
  msgstr ""
  
! #: cp/class.c:3183
  #, gcc-internal-format
  msgid "private member %q#D in anonymous struct"
  msgstr ""
  
! #: cp/class.c:3189 cp/decl2.c:1494
  #, gcc-internal-format
  msgid "protected member %q#D in anonymous union"
  msgstr ""
  
! #: cp/class.c:3192
  #, gcc-internal-format
  msgid "protected member %q#D in anonymous struct"
  msgstr ""
  
! #: cp/class.c:3380
  #, gcc-internal-format
  msgid "the ellipsis in %qD is not inherited"
  msgstr ""
  
! #: cp/class.c:3549
  #, gcc-internal-format
  msgid "bit-field %q+#D with non-integral type"
  msgstr ""
  
! #: cp/class.c:3565
  #, gcc-internal-format
  msgid "bit-field %q+D width not an integer constant"
  msgstr ""
  
! #: cp/class.c:3570
  #, gcc-internal-format
  msgid "negative width in bit-field %q+D"
  msgstr ""
  
! #: cp/class.c:3575
  #, gcc-internal-format
  msgid "zero width for bit-field %q+D"
  msgstr ""
  
! #: cp/class.c:3585
  #, gcc-internal-format
  msgid "width of %qD exceeds its type"
  msgstr ""
  
! #: cp/class.c:3590
  #, gcc-internal-format
  msgid "%qD is too small to hold all values of %q#T"
  msgstr ""
  
! #: cp/class.c:3650
  #, gcc-internal-format
  msgid "member %q+#D with constructor not allowed in union"
  msgstr ""
  
! #: cp/class.c:3653
  #, gcc-internal-format
  msgid "member %q+#D with destructor not allowed in union"
  msgstr ""
  
! #: cp/class.c:3655
  #, gcc-internal-format
  msgid "member %q+#D with copy assignment operator not allowed in union"
  msgstr ""
  
! #: cp/class.c:3659
  #, gcc-internal-format
  msgid "unrestricted unions only available with -std=c++11 or -std=gnu++11"
  msgstr ""
  
! #: cp/class.c:3783
  #, gcc-internal-format
  msgid "in C++98 %q+D may not be static because it is a member of a union"
  msgstr ""
  
! #: cp/class.c:3790
  #, gcc-internal-format
  msgid "non-static data member %q+D in a union may not have reference type %qT"
  msgstr ""
  
! #: cp/class.c:3800
  #, gcc-internal-format
  msgid "field %q+D invalidly declared function type"
  msgstr ""
  
! #: cp/class.c:3806
  #, gcc-internal-format
  msgid "field %q+D invalidly declared method type"
  msgstr ""
  
! #: cp/class.c:3866
  #, gcc-internal-format
  msgid "ignoring packed attribute because of unpacked non-POD field %q#D"
  msgstr ""
  
! #: cp/class.c:3914
  #, gcc-internal-format
  msgid "member %q+D cannot be declared both %<const%> and %<mutable%>"
  msgstr ""
  
! #: cp/class.c:3920
  #, gcc-internal-format
  msgid "member %q+D cannot be declared as a %<mutable%> reference"
  msgstr ""
  
! #: cp/class.c:3946
  #, gcc-internal-format
  msgid "multiple fields in union %qT initialized"
  msgstr ""
  
! #: cp/class.c:3987
  #, gcc-internal-format
  msgid "field %q#D with same name as class"
  msgstr ""
  
! #: cp/class.c:4010
  #, gcc-internal-format
  msgid "%q#T has pointer data members"
  msgstr ""
  
! #: cp/class.c:4015
  #, gcc-internal-format
  msgid "  but does not override %<%T(const %T&)%>"
  msgstr ""
  
! #: cp/class.c:4017
  #, gcc-internal-format
  msgid "  or %<operator=(const %T&)%>"
  msgstr ""
  
! #: cp/class.c:4021
  #, gcc-internal-format
  msgid "  but does not override %<operator=(const %T&)%>"
  msgstr ""
  
! #: cp/class.c:4426
  #, gcc-internal-format
  msgid "alignment of %qD increased in -fabi-version=9 (GCC 5.2)"
  msgstr ""
  
! #: cp/class.c:4429
  #, gcc-internal-format
  msgid "alignment of %qD will increase in -fabi-version=9"
  msgstr ""
  
! #: cp/class.c:4700
  #, gcc-internal-format
  msgid "initializer specified for non-virtual method %q+D"
  msgstr ""
  
! #: cp/class.c:5157
  #, gcc-internal-format
  msgid "method overrides both %<transaction_pure%> and %qE methods"
  msgstr ""
  
! #: cp/class.c:5178
  #, gcc-internal-format
  msgid "method declared %qE overriding %qE method"
  msgstr ""
  
! #: cp/class.c:5775 cp/constexpr.c:220
  #, gcc-internal-format
  msgid ""
  "enclosing class of constexpr non-static member function %q+#D is not a "
  "literal type"
  msgstr ""
  
! #: cp/class.c:5799
  #, gcc-internal-format
  msgid "%q+T is not literal because:"
  msgstr ""
  
! #: cp/class.c:5801
  #, gcc-internal-format
  msgid "  %q+T has a non-trivial destructor"
  msgstr ""
  
! #: cp/class.c:5806
  #, gcc-internal-format
  msgid ""
  "  %q+T is not an aggregate, does not have a trivial default constructor, and "
  "has no constexpr constructor that is not a copy or move constructor"
  msgstr ""
  
! #: cp/class.c:5841
  #, gcc-internal-format
  msgid "  base class %qT of %q+T is non-literal"
  msgstr ""
  
! #: cp/class.c:5856
  #, gcc-internal-format
  msgid "  non-static data member %qD has non-literal type"
  msgstr ""
  
! #: cp/class.c:5863
  #, gcc-internal-format
  msgid "  non-static data member %qD has volatile type"
  msgstr ""
  
! #: cp/class.c:5981
  #, gcc-internal-format
  msgid "base class %q#T has accessible non-virtual destructor"
  msgstr ""
  
! #: cp/class.c:6010
  #, gcc-internal-format
  msgid "non-static reference %q#D in class without a constructor"
  msgstr ""
  
! #: cp/class.c:6016
  #, gcc-internal-format
  msgid "non-static const member %q#D in class without a constructor"
  msgstr ""
  
  #. If the function is defaulted outside the class, we just
  #. give the synthesis error.
! #: cp/class.c:6042
  #, gcc-internal-format
  msgid ""
  "%q+D declared to take const reference, but implicit declaration would take "
  "non-const"
  msgstr ""
  
! #: cp/class.c:6319
  #, gcc-internal-format
  msgid "direct base %qT inaccessible in %qT due to ambiguity"
  msgstr ""
  
! #: cp/class.c:6331
  #, gcc-internal-format
  msgid "virtual base %qT inaccessible in %qT due to ambiguity"
  msgstr ""
  
! #: cp/class.c:6559
  #, gcc-internal-format
  msgid ""
  "offset of %qD is not ABI-compliant and may change in a future version of GCC"
  msgstr ""
  
! #: cp/class.c:6714
  #, gcc-internal-format
  msgid "size of type %qT is too large (%qE bytes)"
  msgstr ""
  
! #: cp/class.c:7012
  #, gcc-internal-format
  msgid "invalid use of %q#T with a zero-size array in %q#D"
  msgstr ""
  
! #: cp/class.c:7014
  #, gcc-internal-format
  msgid "invalid use of %q#T with a flexible array member in %q#T"
  msgstr ""
  
! #: cp/class.c:7019
  #, gcc-internal-format
  msgid "array member %q#D declared here"
  msgstr ""
  
! #: cp/class.c:7046
  #, gcc-internal-format
  msgid "zero-size array member %qD not at end of %q#T"
  msgstr ""
  
! #: cp/class.c:7048
  #, gcc-internal-format
  msgid "zero-size array member %qD in an otherwise empty %q#T"
  msgstr ""
  
! #: cp/class.c:7056 cp/class.c:7086
  #, gcc-internal-format
  msgid "in the definition of %q#T"
  msgstr ""
  
! #: cp/class.c:7064
  #, gcc-internal-format
  msgid "flexible array member %qD not at end of %q#T"
  msgstr ""
  
! #: cp/class.c:7066
  #, gcc-internal-format
  msgid "flexible array member %qD in an otherwise empty %q#T"
  msgstr ""
  
! #: cp/class.c:7084
  #, gcc-internal-format
  msgid "next member %q#D declared here"
  msgstr ""
  
! #: cp/class.c:7196 cp/parser.c:22796
  #, gcc-internal-format
  msgid "redefinition of %q#T"
  msgstr ""
  
! #: cp/class.c:7340
  #, gcc-internal-format
  msgid "%q#T has virtual functions and accessible non-virtual destructor"
  msgstr ""
  
! #: cp/class.c:7368
  #, gcc-internal-format
  msgid "type transparent %q#T does not have any fields"
  msgstr ""
  
! #: cp/class.c:7374
  #, gcc-internal-format
  msgid "type transparent class %qT has base classes"
  msgstr ""
  
! #: cp/class.c:7378
  #, gcc-internal-format
  msgid "type transparent class %qT has virtual functions"
  msgstr ""
  
! #: cp/class.c:7384
  #, gcc-internal-format
  msgid ""
  "type transparent %q#T cannot be made transparent because the type of the "
  "first field has a different ABI from the class overall"
  msgstr ""
  
! #: cp/class.c:7548
  #, gcc-internal-format
  msgid ""
  "definition of std::initializer_list does not match #include "
  "<initializer_list>"
  msgstr ""
  
! #: cp/class.c:7559
  #, gcc-internal-format
  msgid "trying to finish struct, but kicked out due to previous parse errors"
  msgstr ""
  
! #: cp/class.c:8075
  #, gcc-internal-format
  msgid "language string %<\"%E\"%> not recognized"
  msgstr ""
  
! #: cp/class.c:8165
  #, gcc-internal-format
  msgid "cannot resolve overloaded function %qD based on conversion to type %qT"
  msgstr ""
  
! #: cp/class.c:8320
  #, gcc-internal-format
  msgid "no matches converting function %qD to type %q#T"
  msgstr ""
  
! #: cp/class.c:8348
  #, gcc-internal-format
  msgid "converting overloaded function %qD to type %q#T is ambiguous"
  msgstr ""
  
! #: cp/class.c:8375
  #, gcc-internal-format
  msgid "assuming pointer to member %qD"
  msgstr ""
  
! #: cp/class.c:8378
  #, gcc-internal-format
  msgid "(a pointer to member can only be formed with %<&%E%>)"
  msgstr ""
  
! #: cp/class.c:8453 cp/class.c:8490
  #, gcc-internal-format
  msgid "not enough type information"
  msgstr ""
  
! #: cp/class.c:8473 cp/cvt.c:171 cp/cvt.c:198 cp/cvt.c:247
  #, gcc-internal-format
  msgid "cannot convert %qE from type %qT to type %qT"
  msgstr ""
*************** msgstr ""
*** 38601,38612 ****
  #. A name N used in a class S shall refer to the same declaration
  #. in its context and when re-evaluated in the completed scope of
  #. S.
! #: cp/class.c:8756
  #, gcc-internal-format
  msgid "declaration of %q#D"
  msgstr ""
  
! #: cp/class.c:8758
  #, gcc-internal-format
  msgid "changes meaning of %qD from %q#D"
  msgstr ""
--- 38659,38670 ----
  #. A name N used in a class S shall refer to the same declaration
  #. in its context and when re-evaluated in the completed scope of
  #. S.
! #: cp/class.c:8759
  #, gcc-internal-format
  msgid "declaration of %q#D"
  msgstr ""
  
! #: cp/class.c:8761
  #, gcc-internal-format
  msgid "changes meaning of %qD from %q#D"
  msgstr ""
*************** msgstr ""
*** 38636,38989 ****
  msgid "invalid return type %qT of constexpr function %q+D"
  msgstr ""
  
! #: cp/constexpr.c:228
  #, gcc-internal-format
  msgid "%q#T has virtual base classes"
  msgstr ""
  
! #: cp/constexpr.c:488
  #, gcc-internal-format
  msgid "constexpr constructor does not have empty body"
  msgstr ""
  
! #: cp/constexpr.c:594
  #, gcc-internal-format
  msgid "body of %<constexpr%> constructor cannot be a function-try-block"
  msgstr ""
  
! #: cp/constexpr.c:723
  #, gcc-internal-format
  msgid ""
  "%<constexpr%> constructor for union %qT must initialize exactly one non-"
  "static data member"
  msgstr ""
  
! #: cp/constexpr.c:775
  #, gcc-internal-format
  msgid ""
  "member %qD must be initialized by mem-initializer in %<constexpr%> "
  "constructor"
  msgstr ""
  
! #: cp/constexpr.c:816
  #, gcc-internal-format
  msgid "body of constexpr function %qD not a return-statement"
  msgstr ""
  
! #: cp/constexpr.c:876
  #, gcc-internal-format
  msgid "%qD is not usable as a constexpr function because:"
  msgstr ""
  
! #: cp/constexpr.c:1176 cp/constexpr.c:1185 cp/constexpr.c:1750
  #, gcc-internal-format
  msgid "%q+E is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:1363 cp/constexpr.c:5115
  #, gcc-internal-format
  msgid "call to internal function %qE"
  msgstr ""
  
! #: cp/constexpr.c:1426
  #, gcc-internal-format
  msgid "expression %qE does not designate a constexpr function"
  msgstr ""
  
! #: cp/constexpr.c:1444 cp/constexpr.c:5133
  #, gcc-internal-format
  msgid "call to non-constexpr function %qD"
  msgstr ""
  
! #: cp/constexpr.c:1516
  #, gcc-internal-format
  msgid "%qD called in a constant expression before its definition is complete"
  msgstr ""
  
! #: cp/constexpr.c:1523
  #, gcc-internal-format
  msgid "%qD called in a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:1527
  #, gcc-internal-format
  msgid "%qD used before its definition"
  msgstr ""
  
! #: cp/constexpr.c:1567
  #, gcc-internal-format
  msgid "call has circular dependency"
  msgstr ""
  
! #: cp/constexpr.c:1578
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "constexpr evaluation depth exceeds maximum of %d (use -fconstexpr-depth= to "
  "increase the maximum)"
  msgstr ""
  
! #: cp/constexpr.c:1661
  #, gcc-internal-format
  msgid "constexpr call flows off the end of the function"
  msgstr ""
  
! #: cp/constexpr.c:1790
  #, gcc-internal-format
  msgid "right operand of shift expression %q+E is negative"
  msgstr ""
  
! #: cp/constexpr.c:1797
  #, gcc-internal-format
  msgid ""
  "right operand of shift expression %q+E is >= than the precision of the left "
  "operand"
  msgstr ""
  
! #: cp/constexpr.c:1815
  #, gcc-internal-format
  msgid "left operand of shift expression %q+E is negative"
  msgstr ""
  
! #: cp/constexpr.c:1834
  #, gcc-internal-format
  msgid "shift expression %q+E overflows"
  msgstr ""
  
! #: cp/constexpr.c:1978
  #, gcc-internal-format
  msgid "arithmetic involving a null pointer in %qE"
  msgstr ""
  
! #: cp/constexpr.c:2172
  #, gcc-internal-format
  msgid ""
  "array subscript value %qE is outside the bounds of array %qD of type %qT"
  msgstr ""
  
! #: cp/constexpr.c:2177
  #, gcc-internal-format
  msgid "array subscript value %qE is outside the bounds of array type %qT"
  msgstr ""
  
! #: cp/constexpr.c:2324
  #, gcc-internal-format
  msgid "accessing uninitialized array element"
  msgstr ""
  
! #: cp/constexpr.c:2355
  #, gcc-internal-format
  msgid "dereferencing a null pointer in %qE"
  msgstr ""
  
! #: cp/constexpr.c:2369 cp/constexpr.c:2459 cp/constexpr.c:4003
  #, gcc-internal-format
  msgid "%qE is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:2375
  #, gcc-internal-format
  msgid "mutable %qD is not usable in a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:2400
  #, gcc-internal-format
  msgid ""
  "accessing %qD member instead of initialized %qD member in constant expression"
  msgstr ""
  
! #: cp/constexpr.c:2419
  #, gcc-internal-format
  msgid "accessing uninitialized member %qD"
  msgstr ""
  
! #: cp/constexpr.c:3122 cp/constexpr.c:4412
  #, gcc-internal-format
  msgid "dereferencing a null pointer"
  msgstr ""
  
! #: cp/constexpr.c:3141
  #, gcc-internal-format
  msgid "accessing value of %qE through a %qT glvalue in a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:3180
  #, gcc-internal-format
  msgid "the value of %qD is not usable in a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:3187
  #, gcc-internal-format
  msgid "%qD used in its own initializer"
  msgstr ""
  
! #: cp/constexpr.c:3192
  #, gcc-internal-format
  msgid "%q#D is not const"
  msgstr ""
  
! #: cp/constexpr.c:3195
  #, gcc-internal-format
  msgid "%q#D is volatile"
  msgstr ""
  
! #: cp/constexpr.c:3200 cp/constexpr.c:3207
  #, gcc-internal-format
  msgid "%qD was not initialized with a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:3213
  #, gcc-internal-format
  msgid "%qD was not declared %<constexpr%>"
  msgstr ""
  
! #: cp/constexpr.c:3216
  #, gcc-internal-format
  msgid "%qD does not have integral or enumeration type"
  msgstr ""
  
! #: cp/constexpr.c:3410
  #, gcc-internal-format
  msgid "modification of %qE is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:3782
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "constexpr loop iteration count exceeds limit of %d (use -fconstexpr-loop-"
  "limit= to increase the limit)"
  msgstr ""
  
! #: cp/constexpr.c:3921
  #, gcc-internal-format
  msgid "value %qE of type %qT is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:4049 cp/constexpr.c:5562
  #, gcc-internal-format
  msgid "temporary of non-literal type %qT in a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:4398
  #, gcc-internal-format
  msgid "a reinterpret_cast is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:4424
  #, gcc-internal-format
  msgid "conversion of %qT null pointer to %qT is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:4439
  #, gcc-internal-format
  msgid "%<reinterpret_cast<%T>(%E)%> is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:4502 cp/constexpr.c:5423 cp/constexpr.c:5738
  #, gcc-internal-format
  msgid "expression %qE is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:4579
  #, gcc-internal-format
  msgid "statement is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:4582
  #, gcc-internal-format
  msgid "unexpected expression %qE of kind %s"
  msgstr ""
  
! #: cp/constexpr.c:4652
  #, gcc-internal-format
  msgid ""
  "%qE is not a constant expression because it refers to mutable subobjects of "
  "%qT"
  msgstr ""
  
! #: cp/constexpr.c:4661
  #, gcc-internal-format
  msgid ""
  "%qE is not a constant expression because it refers to an incompletely "
  "initialized variable"
  msgstr ""
  
! #: cp/constexpr.c:4675
  #, gcc-internal-format
  msgid ""
  "conversion from pointer type %qT to arithmetic type %qT in a constant "
  "expression"
  msgstr ""
  
! #: cp/constexpr.c:5033
  #, gcc-internal-format
  msgid "expression %qE has side-effects"
  msgstr ""
  
! #: cp/constexpr.c:5227
  #, gcc-internal-format
  msgid "reinterpret_cast from integer to pointer"
  msgstr ""
  
! #: cp/constexpr.c:5259
  #, gcc-internal-format
  msgid ""
  "address-of an object %qE with thread local or automatic storage is not a "
  "constant expression"
  msgstr ""
  
! #: cp/constexpr.c:5293
  #, gcc-internal-format
  msgid "use of %<this%> in a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:5435
  #, gcc-internal-format
  msgid ""
  "typeid-expression is not a constant expression because %qE is of polymorphic "
  "type"
  msgstr ""
  
! #: cp/constexpr.c:5496
  #, gcc-internal-format
  msgid "cast to non-integral type %qT in a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:5529 cp/decl.c:5163
  #, gcc-internal-format
  msgid "%qD declared %<static%> in %<constexpr%> function"
  msgstr ""
  
! #: cp/constexpr.c:5536 cp/decl.c:5160
  #, gcc-internal-format
  msgid "%qD declared %<thread_local%> in %<constexpr%> function"
  msgstr ""
  
! #: cp/constexpr.c:5543 cp/decl.c:5583
  #, gcc-internal-format
  msgid "uninitialized variable %qD in %<constexpr%> function"
  msgstr ""
  
! #: cp/constexpr.c:5611
  #, gcc-internal-format
  msgid "division by zero is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:5715
  #, gcc-internal-format
  msgid "%<delete[]%> is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:5746
  #, gcc-internal-format
  msgid "non-constant array initialization"
  msgstr ""
  
! #: cp/constexpr.c:5767
  #, gcc-internal-format
  msgid "%<goto%> is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:5779
  #, gcc-internal-format, gfc-internal-format
  msgid "unexpected AST of kind %s"
  msgstr ""
--- 38694,39047 ----
  msgid "invalid return type %qT of constexpr function %q+D"
  msgstr ""
  
! #: cp/constexpr.c:229
  #, gcc-internal-format
  msgid "%q#T has virtual base classes"
  msgstr ""
  
! #: cp/constexpr.c:489
  #, gcc-internal-format
  msgid "constexpr constructor does not have empty body"
  msgstr ""
  
! #: cp/constexpr.c:595
  #, gcc-internal-format
  msgid "body of %<constexpr%> constructor cannot be a function-try-block"
  msgstr ""
  
! #: cp/constexpr.c:724
  #, gcc-internal-format
  msgid ""
  "%<constexpr%> constructor for union %qT must initialize exactly one non-"
  "static data member"
  msgstr ""
  
! #: cp/constexpr.c:776
  #, gcc-internal-format
  msgid ""
  "member %qD must be initialized by mem-initializer in %<constexpr%> "
  "constructor"
  msgstr ""
  
! #: cp/constexpr.c:817
  #, gcc-internal-format
  msgid "body of constexpr function %qD not a return-statement"
  msgstr ""
  
! #: cp/constexpr.c:877
  #, gcc-internal-format
  msgid "%qD is not usable as a constexpr function because:"
  msgstr ""
  
! #: cp/constexpr.c:1177 cp/constexpr.c:1186 cp/constexpr.c:1766
  #, gcc-internal-format
  msgid "%q+E is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:1364 cp/constexpr.c:5146
  #, gcc-internal-format
  msgid "call to internal function %qE"
  msgstr ""
  
! #: cp/constexpr.c:1442
  #, gcc-internal-format
  msgid "expression %qE does not designate a constexpr function"
  msgstr ""
  
! #: cp/constexpr.c:1460 cp/constexpr.c:5164
  #, gcc-internal-format
  msgid "call to non-constexpr function %qD"
  msgstr ""
  
! #: cp/constexpr.c:1532
  #, gcc-internal-format
  msgid "%qD called in a constant expression before its definition is complete"
  msgstr ""
  
! #: cp/constexpr.c:1539
  #, gcc-internal-format
  msgid "%qD called in a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:1543
  #, gcc-internal-format
  msgid "%qD used before its definition"
  msgstr ""
  
! #: cp/constexpr.c:1583
  #, gcc-internal-format
  msgid "call has circular dependency"
  msgstr ""
  
! #: cp/constexpr.c:1594
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "constexpr evaluation depth exceeds maximum of %d (use -fconstexpr-depth= to "
  "increase the maximum)"
  msgstr ""
  
! #: cp/constexpr.c:1677
  #, gcc-internal-format
  msgid "constexpr call flows off the end of the function"
  msgstr ""
  
! #: cp/constexpr.c:1806
  #, gcc-internal-format
  msgid "right operand of shift expression %q+E is negative"
  msgstr ""
  
! #: cp/constexpr.c:1813
  #, gcc-internal-format
  msgid ""
  "right operand of shift expression %q+E is >= than the precision of the left "
  "operand"
  msgstr ""
  
! #: cp/constexpr.c:1831
  #, gcc-internal-format
  msgid "left operand of shift expression %q+E is negative"
  msgstr ""
  
! #: cp/constexpr.c:1850
  #, gcc-internal-format
  msgid "shift expression %q+E overflows"
  msgstr ""
  
! #: cp/constexpr.c:1994
  #, gcc-internal-format
  msgid "arithmetic involving a null pointer in %qE"
  msgstr ""
  
! #: cp/constexpr.c:2188
  #, gcc-internal-format
  msgid ""
  "array subscript value %qE is outside the bounds of array %qD of type %qT"
  msgstr ""
  
! #: cp/constexpr.c:2193
  #, gcc-internal-format
  msgid "array subscript value %qE is outside the bounds of array type %qT"
  msgstr ""
  
! #: cp/constexpr.c:2340
  #, gcc-internal-format
  msgid "accessing uninitialized array element"
  msgstr ""
  
! #: cp/constexpr.c:2371
  #, gcc-internal-format
  msgid "dereferencing a null pointer in %qE"
  msgstr ""
  
! #: cp/constexpr.c:2385 cp/constexpr.c:2475 cp/constexpr.c:4027
  #, gcc-internal-format
  msgid "%qE is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:2391
  #, gcc-internal-format
  msgid "mutable %qD is not usable in a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:2416
  #, gcc-internal-format
  msgid ""
  "accessing %qD member instead of initialized %qD member in constant expression"
  msgstr ""
  
! #: cp/constexpr.c:2435
  #, gcc-internal-format
  msgid "accessing uninitialized member %qD"
  msgstr ""
  
! #: cp/constexpr.c:3146 cp/constexpr.c:4443
  #, gcc-internal-format
  msgid "dereferencing a null pointer"
  msgstr ""
  
! #: cp/constexpr.c:3165
  #, gcc-internal-format
  msgid "accessing value of %qE through a %qT glvalue in a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:3204
  #, gcc-internal-format
  msgid "the value of %qD is not usable in a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:3211
  #, gcc-internal-format
  msgid "%qD used in its own initializer"
  msgstr ""
  
! #: cp/constexpr.c:3216
  #, gcc-internal-format
  msgid "%q#D is not const"
  msgstr ""
  
! #: cp/constexpr.c:3219
  #, gcc-internal-format
  msgid "%q#D is volatile"
  msgstr ""
  
! #: cp/constexpr.c:3224 cp/constexpr.c:3231
  #, gcc-internal-format
  msgid "%qD was not initialized with a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:3237
  #, gcc-internal-format
  msgid "%qD was not declared %<constexpr%>"
  msgstr ""
  
! #: cp/constexpr.c:3240
  #, gcc-internal-format
  msgid "%qD does not have integral or enumeration type"
  msgstr ""
  
! #: cp/constexpr.c:3434
  #, gcc-internal-format
  msgid "modification of %qE is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:3806
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "constexpr loop iteration count exceeds limit of %d (use -fconstexpr-loop-"
  "limit= to increase the limit)"
  msgstr ""
  
! #: cp/constexpr.c:3945
  #, gcc-internal-format
  msgid "value %qE of type %qT is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:4080 cp/constexpr.c:5593
  #, gcc-internal-format
  msgid "temporary of non-literal type %qT in a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:4429
  #, gcc-internal-format
  msgid "a reinterpret_cast is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:4455
  #, gcc-internal-format
  msgid "conversion of %qT null pointer to %qT is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:4470
  #, gcc-internal-format
  msgid "%<reinterpret_cast<%T>(%E)%> is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:4533 cp/constexpr.c:5454 cp/constexpr.c:5769
  #, gcc-internal-format
  msgid "expression %qE is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:4610
  #, gcc-internal-format
  msgid "statement is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:4613
  #, gcc-internal-format
  msgid "unexpected expression %qE of kind %s"
  msgstr ""
  
! #: cp/constexpr.c:4683
  #, gcc-internal-format
  msgid ""
  "%qE is not a constant expression because it refers to mutable subobjects of "
  "%qT"
  msgstr ""
  
! #: cp/constexpr.c:4692
  #, gcc-internal-format
  msgid ""
  "%qE is not a constant expression because it refers to an incompletely "
  "initialized variable"
  msgstr ""
  
! #: cp/constexpr.c:4706
  #, gcc-internal-format
  msgid ""
  "conversion from pointer type %qT to arithmetic type %qT in a constant "
  "expression"
  msgstr ""
  
! #: cp/constexpr.c:5064
  #, gcc-internal-format
  msgid "expression %qE has side-effects"
  msgstr ""
  
! #: cp/constexpr.c:5258
  #, gcc-internal-format
  msgid "reinterpret_cast from integer to pointer"
  msgstr ""
  
! #: cp/constexpr.c:5290
  #, gcc-internal-format
  msgid ""
  "address-of an object %qE with thread local or automatic storage is not a "
  "constant expression"
  msgstr ""
  
! #: cp/constexpr.c:5324
  #, gcc-internal-format
  msgid "use of %<this%> in a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:5466
  #, gcc-internal-format
  msgid ""
  "typeid-expression is not a constant expression because %qE is of polymorphic "
  "type"
  msgstr ""
  
! #: cp/constexpr.c:5527
  #, gcc-internal-format
  msgid "cast to non-integral type %qT in a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:5560 cp/decl.c:5163
  #, gcc-internal-format
  msgid "%qD declared %<static%> in %<constexpr%> function"
  msgstr ""
  
! #: cp/constexpr.c:5567 cp/decl.c:5160
  #, gcc-internal-format
  msgid "%qD declared %<thread_local%> in %<constexpr%> function"
  msgstr ""
  
! #: cp/constexpr.c:5574 cp/decl.c:5583
  #, gcc-internal-format
  msgid "uninitialized variable %qD in %<constexpr%> function"
  msgstr ""
  
! #: cp/constexpr.c:5642
  #, gcc-internal-format
  msgid "division by zero is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:5746
  #, gcc-internal-format
  msgid "%<delete[]%> is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:5777
  #, gcc-internal-format
  msgid "non-constant array initialization"
  msgstr ""
  
! #: cp/constexpr.c:5798
  #, gcc-internal-format
  msgid "%<goto%> is not a constant expression"
  msgstr ""
  
! #: cp/constexpr.c:5810
  #, gcc-internal-format, gfc-internal-format
  msgid "unexpected AST of kind %s"
  msgstr ""
*************** msgstr ""
*** 39843,39849 ****
  msgid "  skips initialization of %q#D"
  msgstr ""
  
! #: cp/decl.c:3408 cp/parser.c:12104 cp/parser.c:12131
  #, gcc-internal-format
  msgid "invalid exit from OpenMP structured block"
  msgstr ""
--- 39901,39907 ----
  msgid "  skips initialization of %q#D"
  msgstr ""
  
! #: cp/decl.c:3408 cp/parser.c:12113 cp/parser.c:12140
  #, gcc-internal-format
  msgid "invalid exit from OpenMP structured block"
  msgstr ""
*************** msgstr ""
*** 39858,39864 ****
  msgid "%qD is not a type"
  msgstr ""
  
! #: cp/decl.c:3766 cp/parser.c:6082
  #, gcc-internal-format
  msgid "%qD used without template parameters"
  msgstr ""
--- 39916,39922 ----
  msgid "%qD is not a type"
  msgstr ""
  
! #: cp/decl.c:3766 cp/parser.c:6087
  #, gcc-internal-format
  msgid "%qD used without template parameters"
  msgstr ""
*************** msgstr ""
*** 41546,41552 ****
  msgid "parameter declared %<auto%>"
  msgstr ""
  
! #: cp/decl.c:11845 cp/parser.c:3161
  #, gcc-internal-format
  msgid "invalid use of template-name %qE without an argument list"
  msgstr ""
--- 41604,41610 ----
  msgid "parameter declared %<auto%>"
  msgstr ""
  
! #: cp/decl.c:11845 cp/parser.c:3163
  #, gcc-internal-format
  msgid "invalid use of template-name %qE without an argument list"
  msgstr ""
*************** msgstr ""
*** 42007,42019 ****
  msgid "%qD has the same name as the class in which it is declared"
  msgstr ""
  
! #: cp/decl.c:13533 cp/friend.c:304 cp/parser.c:2987 cp/parser.c:6141
! #: cp/pt.c:8574
  #, gcc-internal-format
  msgid "%qT is not a template"
  msgstr ""
  
! #: cp/decl.c:13534 cp/friend.c:305 cp/tree.c:4036
  #, gcc-internal-format
  msgid "previous declaration here"
  msgstr ""
--- 42065,42077 ----
  msgid "%qD has the same name as the class in which it is declared"
  msgstr ""
  
! #: cp/decl.c:13533 cp/friend.c:304 cp/parser.c:2989 cp/parser.c:6146
! #: cp/pt.c:8656
  #, gcc-internal-format
  msgid "%qT is not a template"
  msgstr ""
  
! #: cp/decl.c:13534 cp/friend.c:305 cp/tree.c:4031
  #, gcc-internal-format
  msgid "previous declaration here"
  msgstr ""
*************** msgstr ""
*** 42023,42030 ****
  msgid "perhaps you want to explicitly add %<%T::%>"
  msgstr ""
  
! #: cp/decl.c:13547 cp/name-lookup.c:2741 cp/name-lookup.c:3581
! #: cp/name-lookup.c:3626 cp/parser.c:6092 cp/parser.c:25696
  #, gcc-internal-format
  msgid "reference to %qD is ambiguous"
  msgstr ""
--- 42081,42088 ----
  msgid "perhaps you want to explicitly add %<%T::%>"
  msgstr ""
  
! #: cp/decl.c:13547 cp/name-lookup.c:2741 cp/name-lookup.c:3580
! #: cp/name-lookup.c:3625 cp/parser.c:6097 cp/parser.c:25719
  #, gcc-internal-format
  msgid "reference to %qD is ambiguous"
  msgstr ""
*************** msgstr ""
*** 42074,42080 ****
  msgid "scoped/unscoped mismatch in enum %q#T"
  msgstr ""
  
! #: cp/decl.c:14058 cp/decl.c:14066 cp/decl.c:14078 cp/parser.c:17916
  #, gcc-internal-format
  msgid "previous definition here"
  msgstr ""
--- 42132,42138 ----
  msgid "scoped/unscoped mismatch in enum %q#T"
  msgstr ""
  
! #: cp/decl.c:14058 cp/decl.c:14066 cp/decl.c:14078 cp/parser.c:17939
  #, gcc-internal-format
  msgid "previous definition here"
  msgstr ""
*************** msgstr ""
*** 42139,42145 ****
  msgid "return type %q#T is incomplete"
  msgstr ""
  
! #: cp/decl.c:14846 cp/typeck.c:8980
  #, gcc-internal-format
  msgid "%<operator=%> should return a reference to %<*this%>"
  msgstr ""
--- 42197,42203 ----
  msgid "return type %q#T is incomplete"
  msgstr ""
  
! #: cp/decl.c:14846 cp/typeck.c:8981
  #, gcc-internal-format
  msgid "%<operator=%> should return a reference to %<*this%>"
  msgstr ""
*************** msgstr ""
*** 42154,42160 ****
  msgid "no return statements in function returning %qT"
  msgstr ""
  
! #: cp/decl.c:15615 cp/typeck.c:8861
  #, gcc-internal-format
  msgid "only plain %<auto%> return type can be deduced to %<void%>"
  msgstr ""
--- 42212,42218 ----
  msgid "no return statements in function returning %qT"
  msgstr ""
  
! #: cp/decl.c:15615 cp/typeck.c:8862
  #, gcc-internal-format
  msgid "only plain %<auto%> return type can be deduced to %<void%>"
  msgstr ""
*************** msgstr ""
*** 42315,42341 ****
  msgid "width of bit-field %qD has non-integral type %qT"
  msgstr ""
  
! #: cp/decl2.c:1403
  #, gcc-internal-format
  msgid "%q+D static data member inside of declare target directive"
  msgstr ""
  
! #: cp/decl2.c:1467
  #, gcc-internal-format
  msgid "anonymous struct not inside named type"
  msgstr ""
  
! #: cp/decl2.c:1558
  #, gcc-internal-format
  msgid "namespace-scope anonymous aggregates must be static"
  msgstr ""
  
! #: cp/decl2.c:1567
  #, gcc-internal-format
  msgid "anonymous union with no members"
  msgstr ""
  
! #: cp/decl2.c:1600
  #, gcc-internal-format
  msgid "%<operator new%> must return type %qT"
  msgstr ""
--- 42373,42399 ----
  msgid "width of bit-field %qD has non-integral type %qT"
  msgstr ""
  
! #: cp/decl2.c:1404
  #, gcc-internal-format
  msgid "%q+D static data member inside of declare target directive"
  msgstr ""
  
! #: cp/decl2.c:1468
  #, gcc-internal-format
  msgid "anonymous struct not inside named type"
  msgstr ""
  
! #: cp/decl2.c:1559
  #, gcc-internal-format
  msgid "namespace-scope anonymous aggregates must be static"
  msgstr ""
  
! #: cp/decl2.c:1568
  #, gcc-internal-format
  msgid "anonymous union with no members"
  msgstr ""
  
! #: cp/decl2.c:1601
  #, gcc-internal-format
  msgid "%<operator new%> must return type %qT"
  msgstr ""
*************** msgstr ""
*** 42344,42412 ****
  #.
  #. The first parameter shall not have an associated default
  #. argument.
! #: cp/decl2.c:1611
  #, gcc-internal-format
  msgid "the first parameter of %<operator new%> cannot have a default argument"
  msgstr ""
  
! #: cp/decl2.c:1627
  #, gcc-internal-format
  msgid "%<operator new%> takes type %<size_t%> (%qT) as first parameter"
  msgstr ""
  
! #: cp/decl2.c:1656
  #, gcc-internal-format
  msgid "%<operator delete%> must return type %qT"
  msgstr ""
  
! #: cp/decl2.c:1665
  #, gcc-internal-format
  msgid "%<operator delete%> takes type %qT as first parameter"
  msgstr ""
  
! #: cp/decl2.c:2527
  #, gcc-internal-format
  msgid "%qT has a field %qD whose type has no linkage"
  msgstr ""
  
! #: cp/decl2.c:2531
  #, gcc-internal-format
  msgid ""
  "%qT has a field %qD whose type depends on the type %qT which has no linkage"
  msgstr ""
  
! #: cp/decl2.c:2536
  #, gcc-internal-format
  msgid "%qT has a field %qD whose type uses the anonymous namespace"
  msgstr ""
  
! #: cp/decl2.c:2544
  #, gcc-internal-format
  msgid "%qT declared with greater visibility than the type of its field %qD"
  msgstr ""
  
! #: cp/decl2.c:2562
  #, gcc-internal-format
  msgid "%qT has a base %qT whose type has no linkage"
  msgstr ""
  
! #: cp/decl2.c:2566
  #, gcc-internal-format
  msgid ""
  "%qT has a base %qT whose type depends on the type %qT which has no linkage"
  msgstr ""
  
! #: cp/decl2.c:2571
  #, gcc-internal-format
  msgid "%qT has a base %qT whose type uses the anonymous namespace"
  msgstr ""
  
! #: cp/decl2.c:2578
  #, gcc-internal-format
  msgid "%qT declared with greater visibility than its base %qT"
  msgstr ""
  
! #: cp/decl2.c:4187
  #, gcc-internal-format
  msgid "%q#D, declared using unnamed type, is used but never defined"
  msgstr ""
--- 42402,42470 ----
  #.
  #. The first parameter shall not have an associated default
  #. argument.
! #: cp/decl2.c:1612
  #, gcc-internal-format
  msgid "the first parameter of %<operator new%> cannot have a default argument"
  msgstr ""
  
! #: cp/decl2.c:1628
  #, gcc-internal-format
  msgid "%<operator new%> takes type %<size_t%> (%qT) as first parameter"
  msgstr ""
  
! #: cp/decl2.c:1657
  #, gcc-internal-format
  msgid "%<operator delete%> must return type %qT"
  msgstr ""
  
! #: cp/decl2.c:1666
  #, gcc-internal-format
  msgid "%<operator delete%> takes type %qT as first parameter"
  msgstr ""
  
! #: cp/decl2.c:2528
  #, gcc-internal-format
  msgid "%qT has a field %qD whose type has no linkage"
  msgstr ""
  
! #: cp/decl2.c:2532
  #, gcc-internal-format
  msgid ""
  "%qT has a field %qD whose type depends on the type %qT which has no linkage"
  msgstr ""
  
! #: cp/decl2.c:2537
  #, gcc-internal-format
  msgid "%qT has a field %qD whose type uses the anonymous namespace"
  msgstr ""
  
! #: cp/decl2.c:2545
  #, gcc-internal-format
  msgid "%qT declared with greater visibility than the type of its field %qD"
  msgstr ""
  
! #: cp/decl2.c:2563
  #, gcc-internal-format
  msgid "%qT has a base %qT whose type has no linkage"
  msgstr ""
  
! #: cp/decl2.c:2567
  #, gcc-internal-format
  msgid ""
  "%qT has a base %qT whose type depends on the type %qT which has no linkage"
  msgstr ""
  
! #: cp/decl2.c:2572
  #, gcc-internal-format
  msgid "%qT has a base %qT whose type uses the anonymous namespace"
  msgstr ""
  
! #: cp/decl2.c:2579
  #, gcc-internal-format
  msgid "%qT declared with greater visibility than its base %qT"
  msgstr ""
  
! #: cp/decl2.c:4188
  #, gcc-internal-format
  msgid "%q#D, declared using unnamed type, is used but never defined"
  msgstr ""
*************** msgstr ""
*** 42415,42474 ****
  #. no linkage can only be used to declare extern "C"
  #. entities.  Since it's not always an error in the
  #. ISO C++ 90 Standard, we only issue a warning.
! #: cp/decl2.c:4196
  #, gcc-internal-format
  msgid "unnamed type with no linkage used to declare variable %q#D with linkage"
  msgstr ""
  
! #: cp/decl2.c:4200
  #, gcc-internal-format
  msgid "unnamed type with no linkage used to declare function %q#D with linkage"
  msgstr ""
  
! #: cp/decl2.c:4204
  #, gcc-internal-format
  msgid ""
  "%q#D does not refer to the unqualified type, so it is not used for linkage"
  msgstr ""
  
! #: cp/decl2.c:4212
  #, gcc-internal-format
  msgid "%q#D, declared using local type %qT, is used but never defined"
  msgstr ""
  
! #: cp/decl2.c:4216
  #, gcc-internal-format
  msgid "type %qT with no linkage used to declare variable %q#D with linkage"
  msgstr ""
  
! #: cp/decl2.c:4219
  #, gcc-internal-format
  msgid "type %qT with no linkage used to declare function %q#D with linkage"
  msgstr ""
  
! #: cp/decl2.c:4407 cp/decl2.c:4410
  #, gcc-internal-format
  msgid "the program should also define %qD"
  msgstr ""
  
! #: cp/decl2.c:4775
  #, gcc-internal-format
  msgid "inline function %qD used but never defined"
  msgstr ""
  
! #: cp/decl2.c:4963
  #, gcc-internal-format
  msgid "default argument missing for parameter %P of %q+#D"
  msgstr ""
  
  #. We mark a lambda conversion op as deleted if we can't
  #. generate it properly; see maybe_add_lambda_conv_op.
! #: cp/decl2.c:5063
  #, gcc-internal-format
  msgid "converting lambda which uses %<...%> to function pointer"
  msgstr ""
  
! #: cp/decl2.c:5070
  #, gcc-internal-format
  msgid "use of deleted function %qD"
  msgstr ""
--- 42473,42532 ----
  #. no linkage can only be used to declare extern "C"
  #. entities.  Since it's not always an error in the
  #. ISO C++ 90 Standard, we only issue a warning.
! #: cp/decl2.c:4197
  #, gcc-internal-format
  msgid "unnamed type with no linkage used to declare variable %q#D with linkage"
  msgstr ""
  
! #: cp/decl2.c:4201
  #, gcc-internal-format
  msgid "unnamed type with no linkage used to declare function %q#D with linkage"
  msgstr ""
  
! #: cp/decl2.c:4205
  #, gcc-internal-format
  msgid ""
  "%q#D does not refer to the unqualified type, so it is not used for linkage"
  msgstr ""
  
! #: cp/decl2.c:4213
  #, gcc-internal-format
  msgid "%q#D, declared using local type %qT, is used but never defined"
  msgstr ""
  
! #: cp/decl2.c:4217
  #, gcc-internal-format
  msgid "type %qT with no linkage used to declare variable %q#D with linkage"
  msgstr ""
  
! #: cp/decl2.c:4220
  #, gcc-internal-format
  msgid "type %qT with no linkage used to declare function %q#D with linkage"
  msgstr ""
  
! #: cp/decl2.c:4408 cp/decl2.c:4411
  #, gcc-internal-format
  msgid "the program should also define %qD"
  msgstr ""
  
! #: cp/decl2.c:4776
  #, gcc-internal-format
  msgid "inline function %qD used but never defined"
  msgstr ""
  
! #: cp/decl2.c:4964
  #, gcc-internal-format
  msgid "default argument missing for parameter %P of %q+#D"
  msgstr ""
  
  #. We mark a lambda conversion op as deleted if we can't
  #. generate it properly; see maybe_add_lambda_conv_op.
! #: cp/decl2.c:5064
  #, gcc-internal-format
  msgid "converting lambda which uses %<...%> to function pointer"
  msgstr ""
  
! #: cp/decl2.c:5071
  #, gcc-internal-format
  msgid "use of deleted function %qD"
  msgstr ""
*************** msgstr ""
*** 42791,42808 ****
  msgid "invalid initializer for array member %q#D"
  msgstr ""
  
! #: cp/init.c:797 cp/init.c:821 cp/init.c:2367 cp/method.c:1345
  #, gcc-internal-format
  msgid "uninitialized const member in %q#T"
  msgstr ""
  
  #: cp/init.c:799 cp/init.c:816 cp/init.c:823 cp/init.c:2352 cp/init.c:2380
! #: cp/method.c:1348 cp/method.c:1359
  #, gcc-internal-format
  msgid "%q#D should be initialized"
  msgstr ""
  
! #: cp/init.c:814 cp/init.c:2339 cp/method.c:1356
  #, gcc-internal-format
  msgid "uninitialized reference member in %q#T"
  msgstr ""
--- 42849,42866 ----
  msgid "invalid initializer for array member %q#D"
  msgstr ""
  
! #: cp/init.c:797 cp/init.c:821 cp/init.c:2367 cp/method.c:1346
  #, gcc-internal-format
  msgid "uninitialized const member in %q#T"
  msgstr ""
  
  #: cp/init.c:799 cp/init.c:816 cp/init.c:823 cp/init.c:2352 cp/init.c:2380
! #: cp/method.c:1349 cp/method.c:1360
  #, gcc-internal-format
  msgid "%q#D should be initialized"
  msgstr ""
  
! #: cp/init.c:814 cp/init.c:2339 cp/method.c:1357
  #, gcc-internal-format
  msgid "uninitialized reference member in %q#T"
  msgstr ""
*************** msgstr ""
*** 42904,42910 ****
  msgid "array must be initialized with a brace-enclosed initializer"
  msgstr ""
  
! #: cp/init.c:1980 cp/semantics.c:3192
  #, gcc-internal-format
  msgid "%qT is not a class type"
  msgstr ""
--- 42962,42968 ----
  msgid "array must be initialized with a brace-enclosed initializer"
  msgstr ""
  
! #: cp/init.c:1980 cp/semantics.c:3205
  #, gcc-internal-format
  msgid "%qT is not a class type"
  msgstr ""
*************** msgstr ""
*** 42924,42930 ****
  msgid "invalid use of non-static member function %qD"
  msgstr ""
  
! #: cp/init.c:2143 cp/semantics.c:1763
  #, gcc-internal-format
  msgid "invalid use of non-static data member %qD"
  msgstr ""
--- 42982,42988 ----
  msgid "invalid use of non-static member function %qD"
  msgstr ""
  
! #: cp/init.c:2143 cp/semantics.c:1766
  #, gcc-internal-format
  msgid "invalid use of non-static data member %qD"
  msgstr ""
*************** msgstr ""
*** 43143,43164 ****
  msgid "because the array element type %qT has variable size"
  msgstr ""
  
! #: cp/lambda.c:541
  #, gcc-internal-format
  msgid "cannot capture %qE by reference"
  msgstr ""
  
! #: cp/lambda.c:549
  #, gcc-internal-format
  msgid "capture by copy of incomplete type %qT"
  msgstr ""
  
! #: cp/lambda.c:573
  #, gcc-internal-format
  msgid "already captured %qD in lambda expression"
  msgstr ""
  
! #: cp/lambda.c:772
  #, gcc-internal-format
  msgid "%<this%> was not captured for this lambda function"
  msgstr ""
--- 43201,43222 ----
  msgid "because the array element type %qT has variable size"
  msgstr ""
  
! #: cp/lambda.c:542
  #, gcc-internal-format
  msgid "cannot capture %qE by reference"
  msgstr ""
  
! #: cp/lambda.c:552
  #, gcc-internal-format
  msgid "capture by copy of incomplete type %qT"
  msgstr ""
  
! #: cp/lambda.c:576
  #, gcc-internal-format
  msgid "already captured %qD in lambda expression"
  msgstr ""
  
! #: cp/lambda.c:775
  #, gcc-internal-format
  msgid "%<this%> was not captured for this lambda function"
  msgstr ""
*************** msgid ""
*** 43217,43429 ****
  "use of an undeclared name is deprecated)"
  msgstr ""
  
! #: cp/mangle.c:2335
  #, gcc-internal-format
  msgid "mangling typeof, use decltype instead"
  msgstr ""
  
! #: cp/mangle.c:2339
  #, gcc-internal-format
  msgid "mangling __underlying_type"
  msgstr ""
  
! #: cp/mangle.c:2622
  #, gcc-internal-format
  msgid "mangling unknown fixed point type"
  msgstr ""
  
! #: cp/mangle.c:3233
  #, gcc-internal-format
  msgid ""
  "use of built-in trait %qE in function signature; use library traits instead"
  msgstr ""
  
! #: cp/mangle.c:3238
  #, gcc-internal-format, gfc-internal-format
  msgid "mangling %C"
  msgstr ""
  
! #: cp/mangle.c:3315
  #, gcc-internal-format
  msgid "omitted middle operand to %<?:%> operand cannot be mangled"
  msgstr ""
  
! #: cp/mangle.c:3402
  #, gcc-internal-format
  msgid "string literal in function template signature"
  msgstr ""
  
! #: cp/mangle.c:3860
  #, gcc-internal-format
  msgid ""
  "mangled name for %qD will change in C++17 because the exception "
  "specification is part of a function type"
  msgstr ""
  
! #: cp/mangle.c:3894
  #, gcc-internal-format
  msgid ""
  "a later -fabi-version= (or =0) avoids this error with a change in mangling"
  msgstr ""
  
! #: cp/mangle.c:3923
  #, gcc-internal-format
  msgid ""
  "the mangled name of %qD changed between -fabi-version=%d (%D) and -fabi-"
  "version=%d (%D)"
  msgstr ""
  
! #: cp/mangle.c:3929
  #, gcc-internal-format
  msgid ""
  "the mangled name of %qD changes between -fabi-version=%d (%D) and -fabi-"
  "version=%d (%D)"
  msgstr ""
  
! #: cp/mangle.c:4271
  #, gcc-internal-format
  msgid ""
  "the mangled name of a thunk for %qD changes between -fabi-version=%d and -"
  "fabi-version=%d"
  msgstr ""
  
! #: cp/mangle.c:4276
  #, gcc-internal-format
  msgid ""
  "the mangled name of %qD changes between -fabi-version=%d and -fabi-version=%d"
  msgstr ""
  
! #: cp/mangle.c:4281
  #, gcc-internal-format
  msgid ""
  "the mangled name of the initialization guard variable for %qD changes "
  "between -fabi-version=%d and -fabi-version=%d"
  msgstr ""
  
! #: cp/method.c:845 cp/method.c:1301
  #, gcc-internal-format
  msgid "non-static const member %q#D, can%'t use default assignment operator"
  msgstr ""
  
! #: cp/method.c:851 cp/method.c:1307
  #, gcc-internal-format
  msgid ""
  "non-static reference member %q#D, can%'t use default assignment operator"
  msgstr ""
  
! #: cp/method.c:969
  #, gcc-internal-format
  msgid "synthesized method %qD first required here "
  msgstr ""
  
! #: cp/method.c:1256
  #, gcc-internal-format
  msgid "union member %q+D with non-trivial %qD"
  msgstr ""
  
! #: cp/method.c:1266
  #, gcc-internal-format
  msgid "defaulted constructor calls non-constexpr %qD"
  msgstr ""
  
! #: cp/method.c:1324
  #, gcc-internal-format
  msgid "initializer for %q#D is invalid"
  msgstr ""
  
! #: cp/method.c:1376
  #, gcc-internal-format
  msgid "defaulted default constructor does not initialize %q#D"
  msgstr ""
  
! #: cp/method.c:1387
  #, gcc-internal-format
  msgid "copying non-static data member %q#D of rvalue reference type"
  msgstr ""
  
  #. A trivial constructor doesn't have any NSDMI.
! #: cp/method.c:1616
  #, gcc-internal-format
  msgid ""
  "defaulted default constructor does not initialize any non-static data member"
  msgstr ""
  
! #: cp/method.c:1657
  #, gcc-internal-format
  msgid ""
  "defaulted move assignment for %qT calls a non-trivial move assignment "
  "operator for virtual base %qT"
  msgstr ""
  
! #: cp/method.c:1774
  #, gcc-internal-format
  msgid "a lambda closure type has a deleted default constructor"
  msgstr ""
  
! #: cp/method.c:1777
  #, gcc-internal-format
  msgid "a lambda closure type has a deleted copy assignment operator"
  msgstr ""
  
! #: cp/method.c:1788
  #, gcc-internal-format
  msgid ""
  "%q#D is implicitly declared as deleted because %qT declares a move "
  "constructor or move assignment operator"
  msgstr ""
  
! #: cp/method.c:1799
  #, gcc-internal-format
  msgid "%q#D inherits from multiple base subobjects"
  msgstr ""
  
! #: cp/method.c:1819
  #, gcc-internal-format
  msgid ""
  "%q#D is implicitly deleted because the default definition would be ill-"
  "formed:"
  msgstr ""
  
! #: cp/method.c:1828
  msgid ""
  "%q#F is implicitly deleted because its exception-specification does not "
  "match the implicit exception-specification %qX"
  msgstr ""
  
! #: cp/method.c:2148
  #, gcc-internal-format
  msgid "defaulted declaration %q+D"
  msgstr ""
  
! #: cp/method.c:2150
  #, gcc-internal-format
  msgid "does not match expected signature %qD"
  msgstr ""
  
! #: cp/method.c:2182
  msgid ""
  "function %q+D defaulted on its redeclaration with an exception-specification "
  "that differs from the implicit exception-specification %qX"
  msgstr ""
  
! #: cp/method.c:2204
  #, gcc-internal-format
  msgid ""
  "explicitly defaulted function %q+D cannot be declared as constexpr because "
  "the implicit declaration is not constexpr:"
  msgstr ""
  
! #: cp/method.c:2250
  #, gcc-internal-format
  msgid "a template cannot be defaulted"
  msgstr ""
  
! #: cp/method.c:2278
  #, gcc-internal-format
  msgid "%qD cannot be defaulted"
  msgstr ""
  
! #: cp/method.c:2287
  #, gcc-internal-format
  msgid "defaulted function %q+D with default argument"
  msgstr ""
--- 43275,43487 ----
  "use of an undeclared name is deprecated)"
  msgstr ""
  
! #: cp/mangle.c:2340
  #, gcc-internal-format
  msgid "mangling typeof, use decltype instead"
  msgstr ""
  
! #: cp/mangle.c:2344
  #, gcc-internal-format
  msgid "mangling __underlying_type"
  msgstr ""
  
! #: cp/mangle.c:2627
  #, gcc-internal-format
  msgid "mangling unknown fixed point type"
  msgstr ""
  
! #: cp/mangle.c:3238
  #, gcc-internal-format
  msgid ""
  "use of built-in trait %qE in function signature; use library traits instead"
  msgstr ""
  
! #: cp/mangle.c:3243
  #, gcc-internal-format, gfc-internal-format
  msgid "mangling %C"
  msgstr ""
  
! #: cp/mangle.c:3320
  #, gcc-internal-format
  msgid "omitted middle operand to %<?:%> operand cannot be mangled"
  msgstr ""
  
! #: cp/mangle.c:3407
  #, gcc-internal-format
  msgid "string literal in function template signature"
  msgstr ""
  
! #: cp/mangle.c:3865
  #, gcc-internal-format
  msgid ""
  "mangled name for %qD will change in C++17 because the exception "
  "specification is part of a function type"
  msgstr ""
  
! #: cp/mangle.c:3899
  #, gcc-internal-format
  msgid ""
  "a later -fabi-version= (or =0) avoids this error with a change in mangling"
  msgstr ""
  
! #: cp/mangle.c:3928
  #, gcc-internal-format
  msgid ""
  "the mangled name of %qD changed between -fabi-version=%d (%D) and -fabi-"
  "version=%d (%D)"
  msgstr ""
  
! #: cp/mangle.c:3934
  #, gcc-internal-format
  msgid ""
  "the mangled name of %qD changes between -fabi-version=%d (%D) and -fabi-"
  "version=%d (%D)"
  msgstr ""
  
! #: cp/mangle.c:4276
  #, gcc-internal-format
  msgid ""
  "the mangled name of a thunk for %qD changes between -fabi-version=%d and -"
  "fabi-version=%d"
  msgstr ""
  
! #: cp/mangle.c:4281
  #, gcc-internal-format
  msgid ""
  "the mangled name of %qD changes between -fabi-version=%d and -fabi-version=%d"
  msgstr ""
  
! #: cp/mangle.c:4286
  #, gcc-internal-format
  msgid ""
  "the mangled name of the initialization guard variable for %qD changes "
  "between -fabi-version=%d and -fabi-version=%d"
  msgstr ""
  
! #: cp/method.c:846 cp/method.c:1302
  #, gcc-internal-format
  msgid "non-static const member %q#D, can%'t use default assignment operator"
  msgstr ""
  
! #: cp/method.c:852 cp/method.c:1308
  #, gcc-internal-format
  msgid ""
  "non-static reference member %q#D, can%'t use default assignment operator"
  msgstr ""
  
! #: cp/method.c:970
  #, gcc-internal-format
  msgid "synthesized method %qD first required here "
  msgstr ""
  
! #: cp/method.c:1257
  #, gcc-internal-format
  msgid "union member %q+D with non-trivial %qD"
  msgstr ""
  
! #: cp/method.c:1267
  #, gcc-internal-format
  msgid "defaulted constructor calls non-constexpr %qD"
  msgstr ""
  
! #: cp/method.c:1325
  #, gcc-internal-format
  msgid "initializer for %q#D is invalid"
  msgstr ""
  
! #: cp/method.c:1377
  #, gcc-internal-format
  msgid "defaulted default constructor does not initialize %q#D"
  msgstr ""
  
! #: cp/method.c:1388
  #, gcc-internal-format
  msgid "copying non-static data member %q#D of rvalue reference type"
  msgstr ""
  
  #. A trivial constructor doesn't have any NSDMI.
! #: cp/method.c:1617
  #, gcc-internal-format
  msgid ""
  "defaulted default constructor does not initialize any non-static data member"
  msgstr ""
  
! #: cp/method.c:1658
  #, gcc-internal-format
  msgid ""
  "defaulted move assignment for %qT calls a non-trivial move assignment "
  "operator for virtual base %qT"
  msgstr ""
  
! #: cp/method.c:1775
  #, gcc-internal-format
  msgid "a lambda closure type has a deleted default constructor"
  msgstr ""
  
! #: cp/method.c:1778
  #, gcc-internal-format
  msgid "a lambda closure type has a deleted copy assignment operator"
  msgstr ""
  
! #: cp/method.c:1789
  #, gcc-internal-format
  msgid ""
  "%q#D is implicitly declared as deleted because %qT declares a move "
  "constructor or move assignment operator"
  msgstr ""
  
! #: cp/method.c:1800
  #, gcc-internal-format
  msgid "%q#D inherits from multiple base subobjects"
  msgstr ""
  
! #: cp/method.c:1820
  #, gcc-internal-format
  msgid ""
  "%q#D is implicitly deleted because the default definition would be ill-"
  "formed:"
  msgstr ""
  
! #: cp/method.c:1829
  msgid ""
  "%q#F is implicitly deleted because its exception-specification does not "
  "match the implicit exception-specification %qX"
  msgstr ""
  
! #: cp/method.c:2149
  #, gcc-internal-format
  msgid "defaulted declaration %q+D"
  msgstr ""
  
! #: cp/method.c:2151
  #, gcc-internal-format
  msgid "does not match expected signature %qD"
  msgstr ""
  
! #: cp/method.c:2183
  msgid ""
  "function %q+D defaulted on its redeclaration with an exception-specification "
  "that differs from the implicit exception-specification %qX"
  msgstr ""
  
! #: cp/method.c:2205
  #, gcc-internal-format
  msgid ""
  "explicitly defaulted function %q+D cannot be declared as constexpr because "
  "the implicit declaration is not constexpr:"
  msgstr ""
  
! #: cp/method.c:2251
  #, gcc-internal-format
  msgid "a template cannot be defaulted"
  msgstr ""
  
! #: cp/method.c:2279
  #, gcc-internal-format
  msgid "%qD cannot be defaulted"
  msgstr ""
  
! #: cp/method.c:2288
  #, gcc-internal-format
  msgid "defaulted function %q+D with default argument"
  msgstr ""
*************** msgstr ""
*** 43615,43742 ****
  msgid "%<%T::%D%> names constructor in %qT"
  msgstr ""
  
! #: cp/name-lookup.c:3459
  #, gcc-internal-format
  msgid "cannot inherit constructors from indirect base %qT"
  msgstr ""
  
! #: cp/name-lookup.c:3467
  #, gcc-internal-format
  msgid "no members matching %<%T::%D%> in %q#T"
  msgstr ""
  
! #: cp/name-lookup.c:3559
  #, gcc-internal-format
  msgid "declaration of %qD not in a namespace surrounding %qD"
  msgstr ""
  
! #: cp/name-lookup.c:3567
  #, gcc-internal-format
  msgid "explicit qualification in declaration of %qD"
  msgstr ""
  
! #: cp/name-lookup.c:3640
  #, gcc-internal-format
  msgid "%qD has not been declared within %D"
  msgstr ""
  
! #: cp/name-lookup.c:3641
  #, gcc-internal-format
  msgid "only here as a friend"
  msgstr ""
  
! #: cp/name-lookup.c:3657
  #, gcc-internal-format
  msgid "%qD should have been declared inside %qD"
  msgstr ""
  
! #: cp/name-lookup.c:3702
  #, gcc-internal-format
  msgid "%qD attribute requires a single NTBS argument"
  msgstr ""
  
! #: cp/name-lookup.c:3709
  #, gcc-internal-format
  msgid ""
  "%qD attribute is meaningless since members of the anonymous namespace get "
  "local symbols"
  msgstr ""
  
! #: cp/name-lookup.c:3719
  #, gcc-internal-format
  msgid "ignoring %qD attribute on non-inline namespace"
  msgstr ""
  
! #: cp/name-lookup.c:3725
  #, gcc-internal-format
  msgid "ignoring %qD attribute on anonymous namespace"
  msgstr ""
  
! #: cp/name-lookup.c:3744 cp/name-lookup.c:4165
  #, gcc-internal-format
  msgid "%qD attribute directive ignored"
  msgstr ""
  
! #: cp/name-lookup.c:3809
  #, gcc-internal-format
  msgid "namespace alias %qD not allowed here, assuming %qD"
  msgstr ""
  
! #: cp/name-lookup.c:4150
  #, gcc-internal-format
  msgid "strong using is deprecated; use inline namespaces instead"
  msgstr ""
  
! #: cp/name-lookup.c:4153
  #, gcc-internal-format
  msgid "strong using only meaningful at namespace scope"
  msgstr ""
  
! #: cp/name-lookup.c:4157
  #, gcc-internal-format
  msgid "current namespace %qD does not enclose strongly used namespace %qD"
  msgstr ""
  
! #: cp/name-lookup.c:4506
  #, gcc-internal-format
  msgid "maximum limit of %d namespaces searched for %qE"
  msgstr ""
  
! #: cp/name-lookup.c:4522 cp/name-lookup.c:4563
  #, gcc-internal-format
  msgid "suggested alternative: %qs"
  msgstr ""
  
! #: cp/name-lookup.c:4530
  #, gcc-internal-format
  msgid "suggested alternative:"
  msgid_plural "suggested alternatives:"
  msgstr[0] ""
  msgstr[1] ""
  
! #: cp/name-lookup.c:4534
  #, gcc-internal-format
  msgid "  %qE"
  msgstr ""
  
! #: cp/name-lookup.c:5962
  #, gcc-internal-format
  msgid "argument dependent lookup finds %q+D"
  msgstr ""
  
! #: cp/name-lookup.c:6215
  #, gcc-internal-format
  msgid ""
  "declaration of std::initializer_list does not match #include "
  "<initializer_list>, isn't a template"
  msgstr ""
  
! #: cp/name-lookup.c:6526
  #, gcc-internal-format
  msgid "XXX entering pop_everything ()\n"
  msgstr ""
  
! #: cp/name-lookup.c:6535
  #, gcc-internal-format
  msgid "XXX leaving pop_everything ()\n"
  msgstr ""
--- 43673,43800 ----
  msgid "%<%T::%D%> names constructor in %qT"
  msgstr ""
  
! #: cp/name-lookup.c:3458
  #, gcc-internal-format
  msgid "cannot inherit constructors from indirect base %qT"
  msgstr ""
  
! #: cp/name-lookup.c:3466
  #, gcc-internal-format
  msgid "no members matching %<%T::%D%> in %q#T"
  msgstr ""
  
! #: cp/name-lookup.c:3558
  #, gcc-internal-format
  msgid "declaration of %qD not in a namespace surrounding %qD"
  msgstr ""
  
! #: cp/name-lookup.c:3566
  #, gcc-internal-format
  msgid "explicit qualification in declaration of %qD"
  msgstr ""
  
! #: cp/name-lookup.c:3639
  #, gcc-internal-format
  msgid "%qD has not been declared within %D"
  msgstr ""
  
! #: cp/name-lookup.c:3640
  #, gcc-internal-format
  msgid "only here as a friend"
  msgstr ""
  
! #: cp/name-lookup.c:3656
  #, gcc-internal-format
  msgid "%qD should have been declared inside %qD"
  msgstr ""
  
! #: cp/name-lookup.c:3701
  #, gcc-internal-format
  msgid "%qD attribute requires a single NTBS argument"
  msgstr ""
  
! #: cp/name-lookup.c:3708
  #, gcc-internal-format
  msgid ""
  "%qD attribute is meaningless since members of the anonymous namespace get "
  "local symbols"
  msgstr ""
  
! #: cp/name-lookup.c:3718
  #, gcc-internal-format
  msgid "ignoring %qD attribute on non-inline namespace"
  msgstr ""
  
! #: cp/name-lookup.c:3724
  #, gcc-internal-format
  msgid "ignoring %qD attribute on anonymous namespace"
  msgstr ""
  
! #: cp/name-lookup.c:3743 cp/name-lookup.c:4164
  #, gcc-internal-format
  msgid "%qD attribute directive ignored"
  msgstr ""
  
! #: cp/name-lookup.c:3808
  #, gcc-internal-format
  msgid "namespace alias %qD not allowed here, assuming %qD"
  msgstr ""
  
! #: cp/name-lookup.c:4149
  #, gcc-internal-format
  msgid "strong using is deprecated; use inline namespaces instead"
  msgstr ""
  
! #: cp/name-lookup.c:4152
  #, gcc-internal-format
  msgid "strong using only meaningful at namespace scope"
  msgstr ""
  
! #: cp/name-lookup.c:4156
  #, gcc-internal-format
  msgid "current namespace %qD does not enclose strongly used namespace %qD"
  msgstr ""
  
! #: cp/name-lookup.c:4505
  #, gcc-internal-format
  msgid "maximum limit of %d namespaces searched for %qE"
  msgstr ""
  
! #: cp/name-lookup.c:4521 cp/name-lookup.c:4562
  #, gcc-internal-format
  msgid "suggested alternative: %qs"
  msgstr ""
  
! #: cp/name-lookup.c:4529
  #, gcc-internal-format
  msgid "suggested alternative:"
  msgid_plural "suggested alternatives:"
  msgstr[0] ""
  msgstr[1] ""
  
! #: cp/name-lookup.c:4533
  #, gcc-internal-format
  msgid "  %qE"
  msgstr ""
  
! #: cp/name-lookup.c:5961
  #, gcc-internal-format
  msgid "argument dependent lookup finds %q+D"
  msgstr ""
  
! #: cp/name-lookup.c:6214
  #, gcc-internal-format
  msgid ""
  "declaration of std::initializer_list does not match #include "
  "<initializer_list>, isn't a template"
  msgstr ""
  
! #: cp/name-lookup.c:6525
  #, gcc-internal-format
  msgid "XXX entering pop_everything ()\n"
  msgstr ""
  
! #: cp/name-lookup.c:6534
  #, gcc-internal-format
  msgid "XXX leaving pop_everything ()\n"
  msgstr ""
*************** msgstr ""
*** 43756,43762 ****
  msgid "LEXER_DEBUGGING_ENABLED_P is not set to true"
  msgstr ""
  
! #: cp/parser.c:1359 cp/parser.c:36599
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp declare simd%> not immediately followed by function "
--- 43814,43820 ----
  msgid "LEXER_DEBUGGING_ENABLED_P is not set to true"
  msgstr ""
  
! #: cp/parser.c:1359 cp/parser.c:36622
  #, gcc-internal-format
  msgid ""
  "%<#pragma omp declare simd%> not immediately followed by function "
*************** msgstr ""
*** 43783,43789 ****
  msgid "request for member %qE in non-class type %qT"
  msgstr ""
  
! #: cp/parser.c:2842 cp/parser.c:17854
  #, gcc-internal-format
  msgid "%<%T::%E%> has not been declared"
  msgstr ""
--- 43841,43847 ----
  msgid "request for member %qE in non-class type %qT"
  msgstr ""
  
! #: cp/parser.c:2842 cp/parser.c:17877
  #, gcc-internal-format
  msgid "%<%T::%E%> has not been declared"
  msgstr ""
*************** msgstr ""
*** 43843,45095 ****
  msgid "(perhaps a semicolon is missing after the definition of %qT)"
  msgstr ""
  
! #: cp/parser.c:2991
  #, gcc-internal-format
  msgid "%qE is not a class template"
  msgstr ""
  
! #: cp/parser.c:2993
  #, gcc-internal-format
  msgid "%qE is not a template"
  msgstr ""
  
! #: cp/parser.c:2996
  #, gcc-internal-format
  msgid "invalid template-id"
  msgstr ""
  
! #: cp/parser.c:3030
  #, gcc-internal-format
  msgid "ISO C++ forbids using a floating-point literal in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3034 cp/pt.c:16746
  #, gcc-internal-format
  msgid ""
  "a cast to a type other than an integral or enumeration type cannot appear in "
  "a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3039
  #, gcc-internal-format
  msgid "%<typeid%> operator cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3043
  #, gcc-internal-format
  msgid "non-constant compound literals cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3047
  #, gcc-internal-format
  msgid "a function call cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3051
  #, gcc-internal-format
  msgid "an increment cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3055
  #, gcc-internal-format
  msgid "an decrement cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3059
  #, gcc-internal-format
  msgid "an array reference cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3063
  #, gcc-internal-format
  msgid "the address of a label cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3067
  #, gcc-internal-format
  msgid "calls to overloaded operators cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3071
  #, gcc-internal-format
  msgid "an assignment cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3074
  #, gcc-internal-format
  msgid "a comma operator cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3078
  #, gcc-internal-format
  msgid "a call to a constructor cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3082
  #, gcc-internal-format
  msgid "a transaction expression cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3128
  #, gcc-internal-format
  msgid "%qs cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3164
  #, gcc-internal-format
  msgid ""
  "class template argument deduction is only available with -std=c++1z or -"
  "std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:3169
  #, gcc-internal-format
  msgid "invalid use of destructor %qD as a type"
  msgstr ""
  
  #. Something like 'unsigned A a;'
! #: cp/parser.c:3172
  #, gcc-internal-format
  msgid "invalid combination of multiple type-specifiers"
  msgstr ""
  
! #: cp/parser.c:3184
  #, gcc-internal-format
  msgid "%qE does not name a type; did you mean %qs?"
  msgstr ""
  
! #: cp/parser.c:3188
  #, gcc-internal-format
  msgid "%qE does not name a type"
  msgstr ""
  
! #: cp/parser.c:3197
  #, gcc-internal-format
  msgid "C++11 %<constexpr%> only available with -std=c++11 or -std=gnu++11"
  msgstr ""
  
! #: cp/parser.c:3200
  #, gcc-internal-format
  msgid "C++11 %<noexcept%> only available with -std=c++11 or -std=gnu++11"
  msgstr ""
  
! #: cp/parser.c:3205
  #, gcc-internal-format
  msgid "C++11 %<thread_local%> only available with -std=c++11 or -std=gnu++11"
  msgstr ""
  
! #: cp/parser.c:3208
  #, gcc-internal-format
  msgid "%<concept%> only available with -fconcepts"
  msgstr ""
  
! #: cp/parser.c:3234
  #, gcc-internal-format
  msgid "(perhaps %<typename %T::%E%> was intended)"
  msgstr ""
  
! #: cp/parser.c:3252
  #, gcc-internal-format
  msgid "%qE in namespace %qE does not name a template type"
  msgstr ""
  
! #: cp/parser.c:3256
  #, gcc-internal-format
  msgid "%qE in namespace %qE does not name a type"
  msgstr ""
  
  #. A<T>::A<T>()
! #: cp/parser.c:3265
  #, gcc-internal-format
  msgid "%<%T::%E%> names the constructor, not the type"
  msgstr ""
  
! #: cp/parser.c:3268
  #, gcc-internal-format
  msgid "and %qT has no template constructors"
  msgstr ""
  
! #: cp/parser.c:3273
  #, gcc-internal-format
  msgid "need %<typename%> before %<%T::%E%> because %qT is a dependent scope"
  msgstr ""
  
! #: cp/parser.c:3283
  #, gcc-internal-format
  msgid "%qE in %q#T does not name a template type"
  msgstr ""
  
! #: cp/parser.c:3287
  #, gcc-internal-format
  msgid "%qE in %q#T does not name a type"
  msgstr ""
  
! #: cp/parser.c:3890
  #, gcc-internal-format
  msgid "expected string-literal"
  msgstr ""
  
! #: cp/parser.c:3955
  #, gcc-internal-format
  msgid ""
  "inconsistent user-defined literal suffixes %qD and %qD in string literal"
  msgstr ""
  
! #: cp/parser.c:4009
  #, gcc-internal-format
  msgid "a wide string is invalid in this context"
  msgstr ""
  
! #: cp/parser.c:4124
  #, gcc-internal-format
  msgid "unable to find character literal operator %qD with %qT argument"
  msgstr ""
  
! #: cp/parser.c:4225
  #, gcc-internal-format
  msgid "integer literal exceeds range of %qT type"
  msgstr ""
  
! #: cp/parser.c:4232
  #, gcc-internal-format
  msgid "floating literal exceeds range of %qT type"
  msgstr ""
  
! #: cp/parser.c:4236
  #, gcc-internal-format
  msgid "floating literal truncated to zero"
  msgstr ""
  
! #: cp/parser.c:4276
  #, gcc-internal-format
  msgid "unable to find numeric literal operator %qD"
  msgstr ""
  
! #: cp/parser.c:4278
  #, gcc-internal-format
  msgid ""
  "use -std=gnu++11 or -fext-numeric-literals to enable more built-in suffixes"
  msgstr ""
  
! #: cp/parser.c:4330
  #, gcc-internal-format
  msgid "unable to find string literal operator %qD with %qT, %qT arguments"
  msgstr ""
  
! #: cp/parser.c:4390 cp/parser.c:12668
  #, gcc-internal-format
  msgid "expected declaration"
  msgstr ""
  
! #: cp/parser.c:4652 cp/parser.c:4667
  #, gcc-internal-format
  msgid "expected binary operator"
  msgstr ""
  
! #: cp/parser.c:4673
  #, gcc-internal-format
  msgid "expected ..."
  msgstr ""
  
! #: cp/parser.c:4685
  #, gcc-internal-format
  msgid "binary expression in operand of fold-expression"
  msgstr ""
  
! #: cp/parser.c:4688
  #, gcc-internal-format
  msgid "conditional expression in operand of fold-expression"
  msgstr ""
  
! #: cp/parser.c:4696
  #, gcc-internal-format
  msgid "mismatched operator in fold-expression"
  msgstr ""
  
! #: cp/parser.c:4800
  #, gcc-internal-format
  msgid "fixed-point types not supported in C++"
  msgstr ""
  
! #: cp/parser.c:4881
  #, gcc-internal-format
  msgid "ISO C++ forbids braced-groups within expressions"
  msgstr ""
  
! #: cp/parser.c:4893
  #, gcc-internal-format
  msgid ""
  "statement-expressions are not allowed outside functions nor in template-"
  "argument lists"
  msgstr ""
  
! #: cp/parser.c:4932
  #, gcc-internal-format
  msgid "fold-expressions only available with -std=c++1z or -std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:4990 cp/parser.c:5164 cp/parser.c:5342 cp/semantics.c:3530
  #, gcc-internal-format
  msgid "expected primary-expression"
  msgstr ""
  
! #: cp/parser.c:5020
  #, gcc-internal-format
  msgid "%<this%> may not be used in this context"
  msgstr ""
  
! #: cp/parser.c:5158
  #, gcc-internal-format
  msgid "a template declaration cannot appear at block scope"
  msgstr ""
  
! #: cp/parser.c:5317
  #, gcc-internal-format
  msgid "local variable %qD may not appear in this context"
  msgstr ""
  
! #: cp/parser.c:5494
  #, gcc-internal-format
  msgid "expected id-expression"
  msgstr ""
  
! #: cp/parser.c:5626
  #, gcc-internal-format
  msgid "scope %qT before %<~%> is not a class-name"
  msgstr ""
  
! #: cp/parser.c:5655 cp/parser.c:7675
  #, gcc-internal-format
  msgid "%<~auto%> only available with -std=c++14 or -std=gnu++14"
  msgstr ""
  
! #: cp/parser.c:5766
  #, gcc-internal-format
  msgid "declaration of %<~%T%> as member of %qT"
  msgstr ""
  
! #: cp/parser.c:5781
  #, gcc-internal-format
  msgid "typedef-name %qD used as destructor declarator"
  msgstr ""
  
! #: cp/parser.c:5817
  #, gcc-internal-format
  msgid ""
  "literal operator suffixes not preceded by %<_%> are reserved for future "
  "standardization"
  msgstr ""
  
! #: cp/parser.c:5828 cp/parser.c:19884
  #, gcc-internal-format
  msgid "expected unqualified-id"
  msgstr ""
  
! #: cp/parser.c:5935
  #, gcc-internal-format
  msgid "found %<:%> in nested-name-specifier, expected %<::%>"
  msgstr ""
  
! #: cp/parser.c:6004
  #, gcc-internal-format
  msgid "decltype evaluates to %qT, which is not a class or enumeration type"
  msgstr ""
  
! #: cp/parser.c:6030
  #, gcc-internal-format
  msgid "function template-id %qD in nested-name-specifier"
  msgstr ""
  
! #: cp/parser.c:6038
  #, gcc-internal-format
  msgid "variable template-id %qD in nested-name-specifier"
  msgstr ""
  
! #: cp/parser.c:6142 cp/typeck.c:2625 cp/typeck.c:2628 cp/typeck.c:2648
  #, gcc-internal-format
  msgid "%qD is not a template"
  msgstr ""
  
! #: cp/parser.c:6220
  #, gcc-internal-format
  msgid "expected nested-name-specifier"
  msgstr ""
  
! #: cp/parser.c:6421 cp/parser.c:8656
  #, gcc-internal-format
  msgid "types may not be defined in casts"
  msgstr ""
  
! #: cp/parser.c:6505
  #, gcc-internal-format
  msgid "types may not be defined in a %<typeid%> expression"
  msgstr ""
  
! #: cp/parser.c:6563
  #, gcc-internal-format
  msgid "%<_Cilk_spawn%> must be followed by an expression"
  msgstr ""
  
! #: cp/parser.c:6647
  #, gcc-internal-format
  msgid "wrong number of arguments to %<__builtin_addressof%>"
  msgstr ""
  
! #: cp/parser.c:6659 cp/pt.c:17319
  #, gcc-internal-format
  msgid "wrong number of arguments to %<__builtin_launder%>"
  msgstr ""
  
! #: cp/parser.c:6751
  #, gcc-internal-format
  msgid "ISO C++ forbids compound-literals"
  msgstr ""
  
! #: cp/parser.c:6810
  #, gcc-internal-format
  msgid "two consecutive %<[%> shall only introduce an attribute"
  msgstr ""
  
! #: cp/parser.c:7210
  #, gcc-internal-format
  msgid "braced list index is not allowed with array notation"
  msgstr ""
  
! #: cp/parser.c:7420 cp/typeck.c:2513
  #, gcc-internal-format
  msgid "invalid use of %qD"
  msgstr ""
  
! #: cp/parser.c:7429
  #, gcc-internal-format
  msgid "%<%D::%D%> is not a class member"
  msgstr ""
  
! #: cp/parser.c:7727
  #, gcc-internal-format
  msgid "non-scalar type"
  msgstr ""
  
! #: cp/parser.c:7826
  #, gcc-internal-format
  msgid "ISO C++ does not allow %<alignof%> with a non-type"
  msgstr ""
  
! #: cp/parser.c:7911
  #, gcc-internal-format
  msgid "types may not be defined in %<noexcept%> expressions"
  msgstr ""
  
! #: cp/parser.c:8189
  #, gcc-internal-format
  msgid "types may not be defined in a new-expression"
  msgstr ""
  
! #: cp/parser.c:8205
  #, gcc-internal-format
  msgid "array bound forbidden after parenthesized type-id"
  msgstr ""
  
! #: cp/parser.c:8207
  #, gcc-internal-format
  msgid "try removing the parentheses around the type-id"
  msgstr ""
  
! #: cp/parser.c:8239
  #, gcc-internal-format
  msgid ""
  "initialization of new-expression for type %<auto%> requires exactly one "
  "element"
  msgstr ""
  
! #: cp/parser.c:8287
  #, gcc-internal-format
  msgid "expected expression-list or type-id"
  msgstr ""
  
! #: cp/parser.c:8316
  #, gcc-internal-format
  msgid "types may not be defined in a new-type-id"
  msgstr ""
  
! #: cp/parser.c:8444
  #, gcc-internal-format
  msgid "expression in new-declarator must have integral or enumeration type"
  msgstr ""
  
! #: cp/parser.c:8752
  #, gcc-internal-format
  msgid "use of old-style cast"
  msgstr ""
  
! #: cp/parser.c:8899
  #, gcc-internal-format
  msgid "%<>>%> operator is treated as two right angle brackets in C++11"
  msgstr ""
  
! #: cp/parser.c:8902
  #, gcc-internal-format
  msgid "suggest parentheses around %<>>%> expression"
  msgstr ""
  
! #: cp/parser.c:9098
  #, gcc-internal-format
  msgid "ISO C++ does not allow ?: with omitted middle operand"
  msgstr ""
  
! #: cp/parser.c:9813
  #, gcc-internal-format
  msgid "lambda-expression in unevaluated context"
  msgstr ""
  
! #: cp/parser.c:9822
  #, gcc-internal-format
  msgid "lambda-expression in template-argument"
  msgstr ""
  
! #: cp/parser.c:9975
  #, gcc-internal-format
  msgid "expected end of capture-list"
  msgstr ""
  
! #: cp/parser.c:9989
  #, gcc-internal-format
  msgid ""
  "explicit by-copy capture of %<this%> redundant with by-copy capture default"
  msgstr ""
  
! #: cp/parser.c:10006
  #, gcc-internal-format
  msgid "%<*this%> capture only available with -std=c++1z or -std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:10051
  #, gcc-internal-format
  msgid ""
  "lambda capture initializers only available with -std=c++14 or -std=gnu++14"
  msgstr ""
  
! #: cp/parser.c:10058
  #, gcc-internal-format
  msgid "empty initializer for lambda init-capture"
  msgstr ""
  
! #: cp/parser.c:10081
  #, gcc-internal-format
  msgid "capture of non-variable %qD "
  msgstr ""
  
! #: cp/parser.c:10084 cp/parser.c:10094 cp/semantics.c:3371 cp/semantics.c:3383
  #, gcc-internal-format
  msgid "%q#D declared here"
  msgstr ""
  
! #: cp/parser.c:10090
  #, gcc-internal-format
  msgid "capture of variable %qD with non-automatic storage duration"
  msgstr ""
  
! #: cp/parser.c:10128
  #, gcc-internal-format
  msgid "explicit by-copy capture of %qD redundant with by-copy capture default"
  msgstr ""
  
! #: cp/parser.c:10133
  #, gcc-internal-format
  msgid ""
  "explicit by-reference capture of %qD redundant with by-reference capture "
  "default"
  msgstr ""
  
! #: cp/parser.c:10182
  #, gcc-internal-format
  msgid "lambda templates are only available with -std=c++14 or -std=gnu++14"
  msgstr ""
  
! #: cp/parser.c:10186
  #, gcc-internal-format
  msgid "ISO C++ does not support lambda templates"
  msgstr ""
  
! #: cp/parser.c:10216
  #, gcc-internal-format
  msgid "default argument specified for lambda parameter"
  msgstr ""
  
! #: cp/parser.c:10234
  #, gcc-internal-format
  msgid "duplicate %<mutable%>"
  msgstr ""
  
! #: cp/parser.c:10282
  #, gcc-internal-format
  msgid "%<constexpr%> lambda only available with -std=c++1z or -std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:10734 cp/parser.c:10915
  #, gcc-internal-format
  msgid "attributes at the beginning of statement are ignored"
  msgstr ""
  
! #: cp/parser.c:10762
  #, gcc-internal-format
  msgid "expected labeled-statement"
  msgstr ""
  
! #: cp/parser.c:10808
  #, gcc-internal-format
  msgid "case label %qE not within a switch statement"
  msgstr ""
  
! #: cp/parser.c:10922
  #, gcc-internal-format
  msgid "need %<typename%> before %qE because %qT is a dependent scope"
  msgstr ""
  
! #: cp/parser.c:10931
  #, gcc-internal-format
  msgid "%<%T::%D%> names the constructor, not the type"
  msgstr ""
  
! #: cp/parser.c:10978
  #, gcc-internal-format
  msgid "compound-statement in constexpr function"
  msgstr ""
  
! #: cp/parser.c:11105
  #, gcc-internal-format
  msgid "%<if constexpr%> only available with -std=c++1z or -std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:11131
  #, gcc-internal-format
  msgid ""
  "init-statement in selection statements only available with -std=c++1z or -"
  "std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:11301 cp/parser.c:27869
  #, gcc-internal-format
  msgid "expected selection-statement"
  msgstr ""
  
! #: cp/parser.c:11334
  #, gcc-internal-format
  msgid "types may not be defined in conditions"
  msgstr ""
  
! #: cp/parser.c:11757
  #, gcc-internal-format
  msgid "range-based %<for%> expression of type %qT has incomplete type"
  msgstr ""
  
! #: cp/parser.c:11795
  #, gcc-internal-format
  msgid ""
  "range-based %<for%> expression of type %qT has an %<end%> member but not a "
  "%<begin%>"
  msgstr ""
  
! #: cp/parser.c:11801
  #, gcc-internal-format
  msgid ""
  "range-based %<for%> expression of type %qT has a %<begin%> member but not an "
  "%<end%>"
  msgstr ""
  
! #: cp/parser.c:11853
  #, gcc-internal-format
  msgid ""
  "inconsistent begin/end types in range-based %<for%> statement: %qT and %qT"
  msgstr ""
  
! #: cp/parser.c:11988 cp/parser.c:27872
  #, gcc-internal-format
  msgid "expected iteration-statement"
  msgstr ""
  
! #: cp/parser.c:12036
  #, gcc-internal-format
  msgid ""
  "range-based %<for%> loops only available with -std=c++11 or -std=gnu++11"
  msgstr ""
  
! #: cp/parser.c:12110
  #, gcc-internal-format
  msgid "break statement used with Cilk Plus for loop"
  msgstr ""
  
! #: cp/parser.c:12170
  #, gcc-internal-format
  msgid "%<goto%> in %<constexpr%> function"
  msgstr ""
  
  #. Issue a warning about this use of a GNU extension.
! #: cp/parser.c:12178
  #, gcc-internal-format
  msgid "ISO C++ forbids computed gotos"
  msgstr ""
  
! #: cp/parser.c:12191 cp/parser.c:27875
  #, gcc-internal-format
  msgid "expected jump-statement"
  msgstr ""
  
! #: cp/parser.c:12348 cp/parser.c:23115
  #, gcc-internal-format
  msgid "extra %<;%>"
  msgstr ""
  
! #: cp/parser.c:12591
  #, gcc-internal-format
  msgid "%<__label__%> not at the beginning of a block"
  msgstr ""
  
! #: cp/parser.c:12805
  #, gcc-internal-format
  msgid ""
  "non-variable %qD in declaration with more than one declarator with "
  "placeholder type"
  msgstr ""
  
! #: cp/parser.c:12825
  #, gcc-internal-format
  msgid "inconsistent deduction for %qT: %qT and then %qT"
  msgstr ""
  
! #: cp/parser.c:12846
  #, gcc-internal-format
  msgid "mixing declarations and function-definitions is forbidden"
  msgstr ""
  
! #: cp/parser.c:12870
  #, gcc-internal-format
  msgid "types may not be defined in a for-range-declaration"
  msgstr ""
  
! #: cp/parser.c:12925
  #, gcc-internal-format
  msgid "initializer in range-based %<for%> loop"
  msgstr ""
  
! #: cp/parser.c:12928
  #, gcc-internal-format
  msgid "multiple declarations in range-based %<for%> loop"
  msgstr ""
  
! #: cp/parser.c:12979
  #, gcc-internal-format
  msgid ""
  "decomposition declaration only available with -std=c++1z or -std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:13028
  #, gcc-internal-format
  msgid "empty decomposition declaration"
  msgstr ""
  
! #: cp/parser.c:13201
  #, gcc-internal-format
  msgid "%<friend%> used outside of class"
  msgstr ""
  
  #. Complain about `auto' as a storage specifier, if
  #. we're complaining about C++0x compatibility.
! #: cp/parser.c:13265
  #, gcc-internal-format
  msgid "%<auto%> changes meaning in C++11; please remove it"
  msgstr ""
  
! #: cp/parser.c:13301
  #, gcc-internal-format
  msgid "decl-specifier invalid in condition"
  msgstr ""
  
! #: cp/parser.c:13307
  #, gcc-internal-format
  msgid "%qD invalid in lambda"
  msgstr ""
  
! #: cp/parser.c:13400
  #, gcc-internal-format
  msgid "class definition may not be declared a friend"
  msgstr ""
  
! #: cp/parser.c:13470 cp/parser.c:23522
  #, gcc-internal-format
  msgid "templates may not be %<virtual%>"
  msgstr ""
  
! #: cp/parser.c:13510
  #, gcc-internal-format
  msgid "invalid linkage-specification"
  msgstr ""
  
! #: cp/parser.c:13597
  #, gcc-internal-format
  msgid ""
  "static_assert without a message only available with -std=c++1z or -std=gnu+"
  "+1z"
  msgstr ""
  
! #: cp/parser.c:13791
  #, gcc-internal-format
  msgid "types may not be defined in %<decltype%> expressions"
  msgstr ""
  
! #: cp/parser.c:13934
  #, gcc-internal-format
  msgid "types may not be defined in a conversion-type-id"
  msgstr ""
  
! #: cp/parser.c:13961
  #, gcc-internal-format
  msgid "invalid use of %<auto%> in conversion operator"
  msgstr ""
  
! #: cp/parser.c:13965
  #, gcc-internal-format
  msgid ""
  "use of %<auto%> in member template conversion operator can never be deduced"
  msgstr ""
  
! #: cp/parser.c:14054
  #, gcc-internal-format
  msgid "only constructors take member initializers"
  msgstr ""
  
! #: cp/parser.c:14076
  #, gcc-internal-format
  msgid "cannot expand initializer for member %<%D%>"
  msgstr ""
  
! #: cp/parser.c:14088
  #, gcc-internal-format
  msgid "mem-initializer for %qD follows constructor delegation"
  msgstr ""
  
! #: cp/parser.c:14100
  #, gcc-internal-format
  msgid "constructor delegation follows mem-initializer for %qD"
  msgstr ""
  
! #: cp/parser.c:14152
  #, gcc-internal-format
  msgid "anachronistic old-style base class initializer"
  msgstr ""
  
! #: cp/parser.c:14222
  #, gcc-internal-format
  msgid ""
  "keyword %<typename%> not allowed in this context (a qualified member "
  "initializer is implicitly a type)"
  msgstr ""
  
! #: cp/parser.c:14583
  #, gcc-internal-format
  msgid "unexpected keyword; remove space between quotes and suffix identifier"
  msgstr ""
  
! #: cp/parser.c:14589
  #, gcc-internal-format
  msgid "expected suffix identifier"
  msgstr ""
  
! #: cp/parser.c:14598
  #, gcc-internal-format
  msgid "expected empty string after %<operator%> keyword"
  msgstr ""
  
! #: cp/parser.c:14604
  #, gcc-internal-format
  msgid "invalid encoding prefix in literal operator"
  msgstr ""
  
! #: cp/parser.c:14627
  #, gcc-internal-format
  msgid "expected operator"
  msgstr ""
  
  #. Warn that we do not support `export'.
! #: cp/parser.c:14672
  #, gcc-internal-format
  msgid "keyword %<export%> not implemented, and will be ignored"
  msgstr ""
  
! #: cp/parser.c:14842
  #, gcc-internal-format
  msgid "invalid constrained type parameter"
  msgstr ""
  
! #: cp/parser.c:14850
  #, gcc-internal-format
  msgid "cv-qualified type parameter"
  msgstr ""
  
! #: cp/parser.c:14935
  #, gcc-internal-format
  msgid "variadic constraint introduced without %<...%>"
  msgstr ""
  
! #: cp/parser.c:14999
  #, gcc-internal-format
  msgid "invalid use of %<auto%> in default template argument"
  msgstr ""
  
! #: cp/parser.c:15234 cp/parser.c:15320 cp/parser.c:21348
  #, gcc-internal-format
  msgid "template parameter pack %qD cannot have a default argument"
  msgstr ""
  
! #: cp/parser.c:15238 cp/parser.c:15324
  #, gcc-internal-format
  msgid "template parameter packs cannot have default arguments"
  msgstr ""
  
! #: cp/parser.c:15390
  #, gcc-internal-format
  msgid "expected template-id"
  msgstr ""
  
! #: cp/parser.c:15450
  #, gcc-internal-format
  msgid "%<<::%> cannot begin a template-argument list"
  msgstr ""
  
! #: cp/parser.c:15454
  #, gcc-internal-format
  msgid ""
  "%<<:%> is an alternate spelling for %<[%>. Insert whitespace between %<<%> "
  "and %<::%>"
  msgstr ""
  
! #: cp/parser.c:15458
  #, gcc-internal-format
  msgid ""
  "(if you use %<-fpermissive%> or %<-std=c++11%>, or %<-std=gnu++11%> G++ will "
  "accept your code)"
  msgstr ""
  
! #: cp/parser.c:15565
  #, gcc-internal-format
  msgid "parse error in template argument list"
  msgstr ""
  
  #. The name does not name a template.
! #: cp/parser.c:15634 cp/parser.c:15761 cp/parser.c:15976
  #, gcc-internal-format
  msgid "expected template-name"
  msgstr ""
  
  #. Explain what went wrong.
! #: cp/parser.c:15680
  #, gcc-internal-format
  msgid "non-template %qD used as template"
  msgstr ""
  
! #: cp/parser.c:15682
  #, gcc-internal-format
  msgid "use %<%T::template %D%> to indicate that it is a template"
  msgstr ""
  
! #: cp/parser.c:15828
  #, gcc-internal-format
  msgid "expected parameter pack before %<...%>"
  msgstr ""
  
! #: cp/parser.c:15937 cp/parser.c:15955 cp/parser.c:16122
  #, gcc-internal-format
  msgid "expected template-argument"
  msgstr ""
  
! #: cp/parser.c:16097
  #, gcc-internal-format
  msgid "invalid non-type template argument"
  msgstr ""
  
! #: cp/parser.c:16224
  #, gcc-internal-format
  msgid "explicit instantiation shall not use %<inline%> specifier"
  msgstr ""
  
! #: cp/parser.c:16228
  #, gcc-internal-format
  msgid "explicit instantiation shall not use %<constexpr%> specifier"
  msgstr ""
  
! #: cp/parser.c:16287
  #, gcc-internal-format
  msgid "template specialization with C linkage"
  msgstr ""
  
! #: cp/parser.c:16507
  #, gcc-internal-format
  msgid "expected type specifier"
  msgstr ""
  
! #: cp/parser.c:16691
  #, gcc-internal-format
  msgid ""
  "use of %<auto%> in lambda parameter declaration only available with -std=c+"
  "+14 or -std=gnu++14"
  msgstr ""
  
! #: cp/parser.c:16697
  #, gcc-internal-format
  msgid ""
  "use of %<auto%> in parameter declaration only available with -std=c++14 or -"
  "std=gnu++14"
  msgstr ""
  
! #: cp/parser.c:16702
  #, gcc-internal-format
  msgid "ISO C++ forbids use of %<auto%> in parameter declaration"
  msgstr ""
  
! #: cp/parser.c:16847
  #, gcc-internal-format
  msgid "expected template-id for type"
  msgstr ""
  
! #: cp/parser.c:16916
  #, gcc-internal-format
  msgid "expected type-name"
  msgstr ""
  
! #: cp/parser.c:17265
  #, gcc-internal-format
  msgid ""
  "elaborated-type-specifier for a scoped enum must not use the %<%D%> keyword"
  msgstr ""
  
! #: cp/parser.c:17488
  #, gcc-internal-format
  msgid "declaration %qD does not declare anything"
  msgstr ""
  
! #: cp/parser.c:17575
  #, gcc-internal-format
  msgid "attributes ignored on uninstantiated type"
  msgstr ""
  
! #: cp/parser.c:17579
  #, gcc-internal-format
  msgid "attributes ignored on template instantiation"
  msgstr ""
  
! #: cp/parser.c:17584
  #, gcc-internal-format
  msgid ""
  "attributes ignored on elaborated-type-specifier that is not a forward "
  "declaration"
  msgstr ""
  
! #: cp/parser.c:17718
  #, gcc-internal-format
  msgid "%qD is an enumeration template"
  msgstr ""
  
! #: cp/parser.c:17729
  #, gcc-internal-format
  msgid "%qD does not name an enumeration in %qT"
  msgstr ""
  
! #: cp/parser.c:17744
  #, gcc-internal-format
  msgid "unnamed scoped enum is not allowed"
  msgstr ""
  
! #: cp/parser.c:17799
  #, gcc-internal-format
  msgid "expected %<;%> or %<{%>"
  msgstr ""
  
! #: cp/parser.c:17848
  #, gcc-internal-format
  msgid "cannot add an enumerator list to a template instantiation"
  msgstr ""
  
! #: cp/parser.c:17862
  #, gcc-internal-format
  msgid ""
  "nested name specifier %qT for enum declaration does not name a class or "
  "namespace"
  msgstr ""
  
! #: cp/parser.c:17874 cp/parser.c:22605
  #, gcc-internal-format
  msgid "declaration of %qD in namespace %qD which does not enclose %qD"
  msgstr ""
  
! #: cp/parser.c:17879 cp/parser.c:22610
  #, gcc-internal-format
  msgid "declaration of %qD in %qD which does not enclose %qD"
  msgstr ""
  
! #: cp/parser.c:17891 cp/parser.c:22624
  #, gcc-internal-format
  msgid "extra qualification not allowed"
  msgstr ""
  
! #: cp/parser.c:17914
  #, gcc-internal-format
  msgid "multiple definition of %q#T"
  msgstr ""
  
! #: cp/parser.c:17927
  #, gcc-internal-format
  msgid "ISO C++ forbids empty unnamed enum"
  msgstr ""
  
! #: cp/parser.c:17947
  #, gcc-internal-format
  msgid "opaque-enum-specifier without name"
  msgstr ""
  
! #: cp/parser.c:17950
  #, gcc-internal-format
  msgid "opaque-enum-specifier must use a simple identifier"
  msgstr ""
  
! #: cp/parser.c:18128
  #, gcc-internal-format
  msgid "%qD is not a namespace-name"
  msgstr ""
  
! #: cp/parser.c:18129
  #, gcc-internal-format
  msgid "expected namespace-name"
  msgstr ""
  
! #: cp/parser.c:18207
  #, gcc-internal-format
  msgid "a nested namespace definition cannot have attributes"
  msgstr ""
  
! #: cp/parser.c:18210
  #, gcc-internal-format
  msgid ""
  "nested namespace definitions only available with -std=c++1z or -std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:18213
  #, gcc-internal-format
  msgid "a nested namespace definition cannot be inline"
  msgstr ""
  
! #: cp/parser.c:18221
  #, gcc-internal-format
  msgid "nested identifier required"
  msgstr ""
  
! #: cp/parser.c:18249
  #, gcc-internal-format
  msgid "namespace %qD entered"
  msgstr ""
  
! #: cp/parser.c:18302
  #, gcc-internal-format
  msgid "%<namespace%> definition is not allowed here"
  msgstr ""
  
! #: cp/parser.c:18453
  #, gcc-internal-format
  msgid ""
  "pack expansion in using-declaration only available with -std=c++1z or -"
  "std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:18468
  #, gcc-internal-format
  msgid "a template-id may not appear in a using-declaration"
  msgstr ""
  
! #: cp/parser.c:18515
  #, gcc-internal-format
  msgid ""
  "comma-separated list in using-declaration only available with -std=c++1z or -"
  "std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:18525
  #, gcc-internal-format
  msgid ""
  "access declarations are deprecated in favour of using-declarations; "
  "suggestion: add the %<using%> keyword"
  msgstr ""
  
! #: cp/parser.c:18590
  #, gcc-internal-format
  msgid "types may not be defined in alias template declarations"
  msgstr ""
  
! #: cp/parser.c:18743
  #, gcc-internal-format
  msgid "%<asm%> in %<constexpr%> function"
  msgstr ""
  
! #: cp/parser.c:19130
  #, gcc-internal-format
  msgid "a function-definition is not allowed here"
  msgstr ""
  
! #: cp/parser.c:19141
  #, gcc-internal-format
  msgid "an asm-specification is not allowed on a function-definition"
  msgstr ""
  
! #: cp/parser.c:19145
  #, gcc-internal-format
  msgid "attributes are not allowed on a function-definition"
  msgstr ""
  
! #: cp/parser.c:19196
  #, gcc-internal-format
  msgid "expected constructor, destructor, or type conversion"
  msgstr ""
  
  #. Anything else is an error.
! #: cp/parser.c:19235 cp/parser.c:21539
  #, gcc-internal-format
  msgid "expected initializer"
  msgstr ""
  
! #: cp/parser.c:19316
  #, gcc-internal-format
  msgid "initializer provided for function"
  msgstr ""
  
! #: cp/parser.c:19350
  #, gcc-internal-format
  msgid "attributes after parenthesized initializer ignored"
  msgstr ""
  
! #: cp/parser.c:19355
  #, gcc-internal-format
  msgid "non-function %qD declared as implicit template"
  msgstr ""
  
! #: cp/parser.c:19804
  #, gcc-internal-format
  msgid "array bound is not an integer constant"
  msgstr ""
  
! #: cp/parser.c:19930
  #, gcc-internal-format
  msgid "cannot define member of dependent typedef %qT"
  msgstr ""
  
! #: cp/parser.c:19934
  #, gcc-internal-format
  msgid "%<%T::%E%> is not a type"
  msgstr ""
  
! #: cp/parser.c:19962
  #, gcc-internal-format
  msgid "invalid use of constructor as a template"
  msgstr ""
  
! #: cp/parser.c:19964
  #, gcc-internal-format
  msgid ""
  "use %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified "
--- 43901,45158 ----
  msgid "(perhaps a semicolon is missing after the definition of %qT)"
  msgstr ""
  
! #: cp/parser.c:2993
  #, gcc-internal-format
  msgid "%qE is not a class template"
  msgstr ""
  
! #: cp/parser.c:2995
  #, gcc-internal-format
  msgid "%qE is not a template"
  msgstr ""
  
! #: cp/parser.c:2998
  #, gcc-internal-format
  msgid "invalid template-id"
  msgstr ""
  
! #: cp/parser.c:3032
  #, gcc-internal-format
  msgid "ISO C++ forbids using a floating-point literal in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3036 cp/pt.c:16828
  #, gcc-internal-format
  msgid ""
  "a cast to a type other than an integral or enumeration type cannot appear in "
  "a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3041
  #, gcc-internal-format
  msgid "%<typeid%> operator cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3045
  #, gcc-internal-format
  msgid "non-constant compound literals cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3049
  #, gcc-internal-format
  msgid "a function call cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3053
  #, gcc-internal-format
  msgid "an increment cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3057
  #, gcc-internal-format
  msgid "an decrement cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3061
  #, gcc-internal-format
  msgid "an array reference cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3065
  #, gcc-internal-format
  msgid "the address of a label cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3069
  #, gcc-internal-format
  msgid "calls to overloaded operators cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3073
  #, gcc-internal-format
  msgid "an assignment cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3076
  #, gcc-internal-format
  msgid "a comma operator cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3080
  #, gcc-internal-format
  msgid "a call to a constructor cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3084
  #, gcc-internal-format
  msgid "a transaction expression cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3130
  #, gcc-internal-format
  msgid "%qs cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/parser.c:3166
  #, gcc-internal-format
  msgid ""
  "class template argument deduction is only available with -std=c++1z or -"
  "std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:3171
  #, gcc-internal-format
  msgid "invalid use of destructor %qD as a type"
  msgstr ""
  
  #. Something like 'unsigned A a;'
! #: cp/parser.c:3174
  #, gcc-internal-format
  msgid "invalid combination of multiple type-specifiers"
  msgstr ""
  
! #: cp/parser.c:3186
  #, gcc-internal-format
  msgid "%qE does not name a type; did you mean %qs?"
  msgstr ""
  
! #: cp/parser.c:3190
  #, gcc-internal-format
  msgid "%qE does not name a type"
  msgstr ""
  
! #: cp/parser.c:3199
  #, gcc-internal-format
  msgid "C++11 %<constexpr%> only available with -std=c++11 or -std=gnu++11"
  msgstr ""
  
! #: cp/parser.c:3202
  #, gcc-internal-format
  msgid "C++11 %<noexcept%> only available with -std=c++11 or -std=gnu++11"
  msgstr ""
  
! #: cp/parser.c:3207
  #, gcc-internal-format
  msgid "C++11 %<thread_local%> only available with -std=c++11 or -std=gnu++11"
  msgstr ""
  
! #: cp/parser.c:3210
  #, gcc-internal-format
  msgid "%<concept%> only available with -fconcepts"
  msgstr ""
  
! #: cp/parser.c:3236
  #, gcc-internal-format
  msgid "(perhaps %<typename %T::%E%> was intended)"
  msgstr ""
  
! #: cp/parser.c:3254
  #, gcc-internal-format
  msgid "%qE in namespace %qE does not name a template type"
  msgstr ""
  
! #: cp/parser.c:3258
  #, gcc-internal-format
  msgid "%qE in namespace %qE does not name a type"
  msgstr ""
  
  #. A<T>::A<T>()
! #: cp/parser.c:3267
  #, gcc-internal-format
  msgid "%<%T::%E%> names the constructor, not the type"
  msgstr ""
  
! #: cp/parser.c:3270
  #, gcc-internal-format
  msgid "and %qT has no template constructors"
  msgstr ""
  
! #: cp/parser.c:3275
  #, gcc-internal-format
  msgid "need %<typename%> before %<%T::%E%> because %qT is a dependent scope"
  msgstr ""
  
! #: cp/parser.c:3285
  #, gcc-internal-format
  msgid "%qE in %q#T does not name a template type"
  msgstr ""
  
! #: cp/parser.c:3289
  #, gcc-internal-format
  msgid "%qE in %q#T does not name a type"
  msgstr ""
  
! #: cp/parser.c:3892
  #, gcc-internal-format
  msgid "expected string-literal"
  msgstr ""
  
! #: cp/parser.c:3957
  #, gcc-internal-format
  msgid ""
  "inconsistent user-defined literal suffixes %qD and %qD in string literal"
  msgstr ""
  
! #: cp/parser.c:4011
  #, gcc-internal-format
  msgid "a wide string is invalid in this context"
  msgstr ""
  
! #: cp/parser.c:4126
  #, gcc-internal-format
  msgid "unable to find character literal operator %qD with %qT argument"
  msgstr ""
  
! #: cp/parser.c:4227
  #, gcc-internal-format
  msgid "integer literal exceeds range of %qT type"
  msgstr ""
  
! #: cp/parser.c:4234
  #, gcc-internal-format
  msgid "floating literal exceeds range of %qT type"
  msgstr ""
  
! #: cp/parser.c:4238
  #, gcc-internal-format
  msgid "floating literal truncated to zero"
  msgstr ""
  
! #: cp/parser.c:4278
  #, gcc-internal-format
  msgid "unable to find numeric literal operator %qD"
  msgstr ""
  
! #: cp/parser.c:4280
  #, gcc-internal-format
  msgid ""
  "use -std=gnu++11 or -fext-numeric-literals to enable more built-in suffixes"
  msgstr ""
  
! #: cp/parser.c:4332
  #, gcc-internal-format
  msgid "unable to find string literal operator %qD with %qT, %qT arguments"
  msgstr ""
  
! #: cp/parser.c:4392 cp/parser.c:12677
  #, gcc-internal-format
  msgid "expected declaration"
  msgstr ""
  
! #: cp/parser.c:4654 cp/parser.c:4669
  #, gcc-internal-format
  msgid "expected binary operator"
  msgstr ""
  
! #: cp/parser.c:4675
  #, gcc-internal-format
  msgid "expected ..."
  msgstr ""
  
! #: cp/parser.c:4687
  #, gcc-internal-format
  msgid "binary expression in operand of fold-expression"
  msgstr ""
  
! #: cp/parser.c:4690
  #, gcc-internal-format
  msgid "conditional expression in operand of fold-expression"
  msgstr ""
  
! #: cp/parser.c:4698
  #, gcc-internal-format
  msgid "mismatched operator in fold-expression"
  msgstr ""
  
! #: cp/parser.c:4802
  #, gcc-internal-format
  msgid "fixed-point types not supported in C++"
  msgstr ""
  
! #: cp/parser.c:4883
  #, gcc-internal-format
  msgid "ISO C++ forbids braced-groups within expressions"
  msgstr ""
  
! #: cp/parser.c:4895
  #, gcc-internal-format
  msgid ""
  "statement-expressions are not allowed outside functions nor in template-"
  "argument lists"
  msgstr ""
  
! #: cp/parser.c:4934
  #, gcc-internal-format
  msgid "fold-expressions only available with -std=c++1z or -std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:4992 cp/parser.c:5166 cp/parser.c:5344 cp/semantics.c:3543
  #, gcc-internal-format
  msgid "expected primary-expression"
  msgstr ""
  
! #: cp/parser.c:5022
  #, gcc-internal-format
  msgid "%<this%> may not be used in this context"
  msgstr ""
  
! #: cp/parser.c:5160
  #, gcc-internal-format
  msgid "a template declaration cannot appear at block scope"
  msgstr ""
  
! #: cp/parser.c:5319
  #, gcc-internal-format
  msgid "local variable %qD may not appear in this context"
  msgstr ""
  
! #: cp/parser.c:5501
  #, gcc-internal-format
  msgid "expected id-expression"
  msgstr ""
  
! #: cp/parser.c:5633
  #, gcc-internal-format
  msgid "scope %qT before %<~%> is not a class-name"
  msgstr ""
  
! #: cp/parser.c:5662 cp/parser.c:7680
  #, gcc-internal-format
  msgid "%<~auto%> only available with -std=c++14 or -std=gnu++14"
  msgstr ""
  
! #: cp/parser.c:5773
  #, gcc-internal-format
  msgid "declaration of %<~%T%> as member of %qT"
  msgstr ""
  
! #: cp/parser.c:5788
  #, gcc-internal-format
  msgid "typedef-name %qD used as destructor declarator"
  msgstr ""
  
! #: cp/parser.c:5824
  #, gcc-internal-format
  msgid ""
  "literal operator suffixes not preceded by %<_%> are reserved for future "
  "standardization"
  msgstr ""
  
! #: cp/parser.c:5835 cp/parser.c:19907
  #, gcc-internal-format
  msgid "expected unqualified-id"
  msgstr ""
  
! #: cp/parser.c:5942
  #, gcc-internal-format
  msgid "found %<:%> in nested-name-specifier, expected %<::%>"
  msgstr ""
  
! #: cp/parser.c:6009
  #, gcc-internal-format
  msgid "decltype evaluates to %qT, which is not a class or enumeration type"
  msgstr ""
  
! #: cp/parser.c:6035
  #, gcc-internal-format
  msgid "function template-id %qD in nested-name-specifier"
  msgstr ""
  
! #: cp/parser.c:6043
  #, gcc-internal-format
  msgid "variable template-id %qD in nested-name-specifier"
  msgstr ""
  
! #: cp/parser.c:6147 cp/typeck.c:2625 cp/typeck.c:2628 cp/typeck.c:2648
  #, gcc-internal-format
  msgid "%qD is not a template"
  msgstr ""
  
! #: cp/parser.c:6225
  #, gcc-internal-format
  msgid "expected nested-name-specifier"
  msgstr ""
  
! #: cp/parser.c:6426 cp/parser.c:8661
  #, gcc-internal-format
  msgid "types may not be defined in casts"
  msgstr ""
  
! #: cp/parser.c:6510
  #, gcc-internal-format
  msgid "types may not be defined in a %<typeid%> expression"
  msgstr ""
  
! #: cp/parser.c:6568
  #, gcc-internal-format
  msgid "%<_Cilk_spawn%> must be followed by an expression"
  msgstr ""
  
! #: cp/parser.c:6652
  #, gcc-internal-format
  msgid "wrong number of arguments to %<__builtin_addressof%>"
  msgstr ""
  
! #: cp/parser.c:6664 cp/pt.c:17401
  #, gcc-internal-format
  msgid "wrong number of arguments to %<__builtin_launder%>"
  msgstr ""
  
! #: cp/parser.c:6756
  #, gcc-internal-format
  msgid "ISO C++ forbids compound-literals"
  msgstr ""
  
! #: cp/parser.c:6815
  #, gcc-internal-format
  msgid "two consecutive %<[%> shall only introduce an attribute"
  msgstr ""
  
! #: cp/parser.c:7215
  #, gcc-internal-format
  msgid "braced list index is not allowed with array notation"
  msgstr ""
  
! #: cp/parser.c:7425 cp/typeck.c:2513
  #, gcc-internal-format
  msgid "invalid use of %qD"
  msgstr ""
  
! #: cp/parser.c:7434
  #, gcc-internal-format
  msgid "%<%D::%D%> is not a class member"
  msgstr ""
  
! #: cp/parser.c:7732
  #, gcc-internal-format
  msgid "non-scalar type"
  msgstr ""
  
! #: cp/parser.c:7831
  #, gcc-internal-format
  msgid "ISO C++ does not allow %<alignof%> with a non-type"
  msgstr ""
  
! #: cp/parser.c:7916
  #, gcc-internal-format
  msgid "types may not be defined in %<noexcept%> expressions"
  msgstr ""
  
! #: cp/parser.c:8194
  #, gcc-internal-format
  msgid "types may not be defined in a new-expression"
  msgstr ""
  
! #: cp/parser.c:8210
  #, gcc-internal-format
  msgid "array bound forbidden after parenthesized type-id"
  msgstr ""
  
! #: cp/parser.c:8212
  #, gcc-internal-format
  msgid "try removing the parentheses around the type-id"
  msgstr ""
  
! #: cp/parser.c:8244
  #, gcc-internal-format
  msgid ""
  "initialization of new-expression for type %<auto%> requires exactly one "
  "element"
  msgstr ""
  
! #: cp/parser.c:8292
  #, gcc-internal-format
  msgid "expected expression-list or type-id"
  msgstr ""
  
! #: cp/parser.c:8321
  #, gcc-internal-format
  msgid "types may not be defined in a new-type-id"
  msgstr ""
  
! #: cp/parser.c:8449
  #, gcc-internal-format
  msgid "expression in new-declarator must have integral or enumeration type"
  msgstr ""
  
! #: cp/parser.c:8757
  #, gcc-internal-format
  msgid "use of old-style cast"
  msgstr ""
  
! #: cp/parser.c:8904
  #, gcc-internal-format
  msgid "%<>>%> operator is treated as two right angle brackets in C++11"
  msgstr ""
  
! #: cp/parser.c:8907
  #, gcc-internal-format
  msgid "suggest parentheses around %<>>%> expression"
  msgstr ""
  
! #: cp/parser.c:9103
  #, gcc-internal-format
  msgid "ISO C++ does not allow ?: with omitted middle operand"
  msgstr ""
  
! #: cp/parser.c:9822
  #, gcc-internal-format
  msgid "lambda-expression in unevaluated context"
  msgstr ""
  
! #: cp/parser.c:9831
  #, gcc-internal-format
  msgid "lambda-expression in template-argument"
  msgstr ""
  
! #: cp/parser.c:9984
  #, gcc-internal-format
  msgid "expected end of capture-list"
  msgstr ""
  
! #: cp/parser.c:9998
  #, gcc-internal-format
  msgid ""
  "explicit by-copy capture of %<this%> redundant with by-copy capture default"
  msgstr ""
  
! #: cp/parser.c:10015
  #, gcc-internal-format
  msgid "%<*this%> capture only available with -std=c++1z or -std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:10060
  #, gcc-internal-format
  msgid ""
  "lambda capture initializers only available with -std=c++14 or -std=gnu++14"
  msgstr ""
  
! #: cp/parser.c:10067
  #, gcc-internal-format
  msgid "empty initializer for lambda init-capture"
  msgstr ""
  
! #: cp/parser.c:10090
  #, gcc-internal-format
  msgid "capture of non-variable %qD "
  msgstr ""
  
! #: cp/parser.c:10093 cp/parser.c:10103 cp/semantics.c:3384 cp/semantics.c:3396
  #, gcc-internal-format
  msgid "%q#D declared here"
  msgstr ""
  
! #: cp/parser.c:10099
  #, gcc-internal-format
  msgid "capture of variable %qD with non-automatic storage duration"
  msgstr ""
  
! #: cp/parser.c:10137
  #, gcc-internal-format
  msgid "explicit by-copy capture of %qD redundant with by-copy capture default"
  msgstr ""
  
! #: cp/parser.c:10142
  #, gcc-internal-format
  msgid ""
  "explicit by-reference capture of %qD redundant with by-reference capture "
  "default"
  msgstr ""
  
! #: cp/parser.c:10191
  #, gcc-internal-format
  msgid "lambda templates are only available with -std=c++14 or -std=gnu++14"
  msgstr ""
  
! #: cp/parser.c:10195
  #, gcc-internal-format
  msgid "ISO C++ does not support lambda templates"
  msgstr ""
  
! #: cp/parser.c:10225
  #, gcc-internal-format
  msgid "default argument specified for lambda parameter"
  msgstr ""
  
! #: cp/parser.c:10243
  #, gcc-internal-format
  msgid "duplicate %<mutable%>"
  msgstr ""
  
! #: cp/parser.c:10291
  #, gcc-internal-format
  msgid "%<constexpr%> lambda only available with -std=c++1z or -std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:10743 cp/parser.c:10924
  #, gcc-internal-format
  msgid "attributes at the beginning of statement are ignored"
  msgstr ""
  
! #: cp/parser.c:10771
  #, gcc-internal-format
  msgid "expected labeled-statement"
  msgstr ""
  
! #: cp/parser.c:10817
  #, gcc-internal-format
  msgid "case label %qE not within a switch statement"
  msgstr ""
  
! #: cp/parser.c:10931
  #, gcc-internal-format
  msgid "need %<typename%> before %qE because %qT is a dependent scope"
  msgstr ""
  
! #: cp/parser.c:10940
  #, gcc-internal-format
  msgid "%<%T::%D%> names the constructor, not the type"
  msgstr ""
  
! #: cp/parser.c:10987
  #, gcc-internal-format
  msgid "compound-statement in constexpr function"
  msgstr ""
  
! #: cp/parser.c:11114
  #, gcc-internal-format
  msgid "%<if constexpr%> only available with -std=c++1z or -std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:11140
  #, gcc-internal-format
  msgid ""
  "init-statement in selection statements only available with -std=c++1z or -"
  "std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:11310 cp/parser.c:27892
  #, gcc-internal-format
  msgid "expected selection-statement"
  msgstr ""
  
! #: cp/parser.c:11343
  #, gcc-internal-format
  msgid "types may not be defined in conditions"
  msgstr ""
  
! #: cp/parser.c:11766
  #, gcc-internal-format
  msgid "range-based %<for%> expression of type %qT has incomplete type"
  msgstr ""
  
! #: cp/parser.c:11804
  #, gcc-internal-format
  msgid ""
  "range-based %<for%> expression of type %qT has an %<end%> member but not a "
  "%<begin%>"
  msgstr ""
  
! #: cp/parser.c:11810
  #, gcc-internal-format
  msgid ""
  "range-based %<for%> expression of type %qT has a %<begin%> member but not an "
  "%<end%>"
  msgstr ""
  
! #: cp/parser.c:11862
  #, gcc-internal-format
  msgid ""
  "inconsistent begin/end types in range-based %<for%> statement: %qT and %qT"
  msgstr ""
  
! #: cp/parser.c:11997 cp/parser.c:27895
  #, gcc-internal-format
  msgid "expected iteration-statement"
  msgstr ""
  
! #: cp/parser.c:12045
  #, gcc-internal-format
  msgid ""
  "range-based %<for%> loops only available with -std=c++11 or -std=gnu++11"
  msgstr ""
  
! #: cp/parser.c:12119
  #, gcc-internal-format
  msgid "break statement used with Cilk Plus for loop"
  msgstr ""
  
! #: cp/parser.c:12179
  #, gcc-internal-format
  msgid "%<goto%> in %<constexpr%> function"
  msgstr ""
  
  #. Issue a warning about this use of a GNU extension.
! #: cp/parser.c:12187
  #, gcc-internal-format
  msgid "ISO C++ forbids computed gotos"
  msgstr ""
  
! #: cp/parser.c:12200 cp/parser.c:27898
  #, gcc-internal-format
  msgid "expected jump-statement"
  msgstr ""
  
! #: cp/parser.c:12357 cp/parser.c:23138
  #, gcc-internal-format
  msgid "extra %<;%>"
  msgstr ""
  
! #: cp/parser.c:12600
  #, gcc-internal-format
  msgid "%<__label__%> not at the beginning of a block"
  msgstr ""
  
! #: cp/parser.c:12814
  #, gcc-internal-format
  msgid ""
  "non-variable %qD in declaration with more than one declarator with "
  "placeholder type"
  msgstr ""
  
! #: cp/parser.c:12834
  #, gcc-internal-format
  msgid "inconsistent deduction for %qT: %qT and then %qT"
  msgstr ""
  
! #: cp/parser.c:12855
  #, gcc-internal-format
  msgid "mixing declarations and function-definitions is forbidden"
  msgstr ""
  
! #: cp/parser.c:12879
  #, gcc-internal-format
  msgid "types may not be defined in a for-range-declaration"
  msgstr ""
  
! #: cp/parser.c:12934
  #, gcc-internal-format
  msgid "initializer in range-based %<for%> loop"
  msgstr ""
  
! #: cp/parser.c:12937
  #, gcc-internal-format
  msgid "multiple declarations in range-based %<for%> loop"
  msgstr ""
  
! #: cp/parser.c:12988
  #, gcc-internal-format
  msgid ""
  "decomposition declaration only available with -std=c++1z or -std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:13037
  #, gcc-internal-format
  msgid "empty decomposition declaration"
  msgstr ""
  
! #: cp/parser.c:13054
! #, gcc-internal-format
! msgid "invalid initializer for structured binding declaration"
! msgstr ""
! 
! #: cp/parser.c:13220
  #, gcc-internal-format
  msgid "%<friend%> used outside of class"
  msgstr ""
  
  #. Complain about `auto' as a storage specifier, if
  #. we're complaining about C++0x compatibility.
! #: cp/parser.c:13284
  #, gcc-internal-format
  msgid "%<auto%> changes meaning in C++11; please remove it"
  msgstr ""
  
! #: cp/parser.c:13320
  #, gcc-internal-format
  msgid "decl-specifier invalid in condition"
  msgstr ""
  
! #: cp/parser.c:13326
  #, gcc-internal-format
  msgid "%qD invalid in lambda"
  msgstr ""
  
! #: cp/parser.c:13419
  #, gcc-internal-format
  msgid "class definition may not be declared a friend"
  msgstr ""
  
! #: cp/parser.c:13489 cp/parser.c:23545
  #, gcc-internal-format
  msgid "templates may not be %<virtual%>"
  msgstr ""
  
! #: cp/parser.c:13529
  #, gcc-internal-format
  msgid "invalid linkage-specification"
  msgstr ""
  
! #: cp/parser.c:13616
  #, gcc-internal-format
  msgid ""
  "static_assert without a message only available with -std=c++1z or -std=gnu+"
  "+1z"
  msgstr ""
  
! #: cp/parser.c:13810
  #, gcc-internal-format
  msgid "types may not be defined in %<decltype%> expressions"
  msgstr ""
  
! #: cp/parser.c:13953
  #, gcc-internal-format
  msgid "types may not be defined in a conversion-type-id"
  msgstr ""
  
! #: cp/parser.c:13980
  #, gcc-internal-format
  msgid "invalid use of %<auto%> in conversion operator"
  msgstr ""
  
! #: cp/parser.c:13984
  #, gcc-internal-format
  msgid ""
  "use of %<auto%> in member template conversion operator can never be deduced"
  msgstr ""
  
! #: cp/parser.c:14073
  #, gcc-internal-format
  msgid "only constructors take member initializers"
  msgstr ""
  
! #: cp/parser.c:14095
  #, gcc-internal-format
  msgid "cannot expand initializer for member %<%D%>"
  msgstr ""
  
! #: cp/parser.c:14107
  #, gcc-internal-format
  msgid "mem-initializer for %qD follows constructor delegation"
  msgstr ""
  
! #: cp/parser.c:14119
  #, gcc-internal-format
  msgid "constructor delegation follows mem-initializer for %qD"
  msgstr ""
  
! #: cp/parser.c:14171
  #, gcc-internal-format
  msgid "anachronistic old-style base class initializer"
  msgstr ""
  
! #: cp/parser.c:14241
  #, gcc-internal-format
  msgid ""
  "keyword %<typename%> not allowed in this context (a qualified member "
  "initializer is implicitly a type)"
  msgstr ""
  
! #: cp/parser.c:14602
  #, gcc-internal-format
  msgid "unexpected keyword; remove space between quotes and suffix identifier"
  msgstr ""
  
! #: cp/parser.c:14608
  #, gcc-internal-format
  msgid "expected suffix identifier"
  msgstr ""
  
! #: cp/parser.c:14617
  #, gcc-internal-format
  msgid "expected empty string after %<operator%> keyword"
  msgstr ""
  
! #: cp/parser.c:14623
  #, gcc-internal-format
  msgid "invalid encoding prefix in literal operator"
  msgstr ""
  
! #: cp/parser.c:14646
  #, gcc-internal-format
  msgid "expected operator"
  msgstr ""
  
  #. Warn that we do not support `export'.
! #: cp/parser.c:14691
  #, gcc-internal-format
  msgid "keyword %<export%> not implemented, and will be ignored"
  msgstr ""
  
! #: cp/parser.c:14861
  #, gcc-internal-format
  msgid "invalid constrained type parameter"
  msgstr ""
  
! #: cp/parser.c:14869
  #, gcc-internal-format
  msgid "cv-qualified type parameter"
  msgstr ""
  
! #: cp/parser.c:14954
  #, gcc-internal-format
  msgid "variadic constraint introduced without %<...%>"
  msgstr ""
  
! #: cp/parser.c:15018
  #, gcc-internal-format
  msgid "invalid use of %<auto%> in default template argument"
  msgstr ""
  
! #: cp/parser.c:15253 cp/parser.c:15339 cp/parser.c:21371
  #, gcc-internal-format
  msgid "template parameter pack %qD cannot have a default argument"
  msgstr ""
  
! #: cp/parser.c:15257 cp/parser.c:15343
  #, gcc-internal-format
  msgid "template parameter packs cannot have default arguments"
  msgstr ""
  
! #: cp/parser.c:15409
  #, gcc-internal-format
  msgid "expected template-id"
  msgstr ""
  
! #: cp/parser.c:15469
  #, gcc-internal-format
  msgid "%<<::%> cannot begin a template-argument list"
  msgstr ""
  
! #: cp/parser.c:15473
  #, gcc-internal-format
  msgid ""
  "%<<:%> is an alternate spelling for %<[%>. Insert whitespace between %<<%> "
  "and %<::%>"
  msgstr ""
  
! #: cp/parser.c:15477
  #, gcc-internal-format
  msgid ""
  "(if you use %<-fpermissive%> or %<-std=c++11%>, or %<-std=gnu++11%> G++ will "
  "accept your code)"
  msgstr ""
  
! #: cp/parser.c:15584
  #, gcc-internal-format
  msgid "parse error in template argument list"
  msgstr ""
  
  #. The name does not name a template.
! #: cp/parser.c:15653 cp/parser.c:15784 cp/parser.c:15999
  #, gcc-internal-format
  msgid "expected template-name"
  msgstr ""
  
  #. Explain what went wrong.
! #: cp/parser.c:15699
  #, gcc-internal-format
  msgid "non-template %qD used as template"
  msgstr ""
  
! #: cp/parser.c:15701
  #, gcc-internal-format
  msgid "use %<%T::template %D%> to indicate that it is a template"
  msgstr ""
  
! #: cp/parser.c:15851
  #, gcc-internal-format
  msgid "expected parameter pack before %<...%>"
  msgstr ""
  
! #: cp/parser.c:15960 cp/parser.c:15978 cp/parser.c:16145
  #, gcc-internal-format
  msgid "expected template-argument"
  msgstr ""
  
! #: cp/parser.c:16120
  #, gcc-internal-format
  msgid "invalid non-type template argument"
  msgstr ""
  
! #: cp/parser.c:16247
  #, gcc-internal-format
  msgid "explicit instantiation shall not use %<inline%> specifier"
  msgstr ""
  
! #: cp/parser.c:16251
  #, gcc-internal-format
  msgid "explicit instantiation shall not use %<constexpr%> specifier"
  msgstr ""
  
! #: cp/parser.c:16310
  #, gcc-internal-format
  msgid "template specialization with C linkage"
  msgstr ""
  
! #: cp/parser.c:16530
  #, gcc-internal-format
  msgid "expected type specifier"
  msgstr ""
  
! #: cp/parser.c:16714
  #, gcc-internal-format
  msgid ""
  "use of %<auto%> in lambda parameter declaration only available with -std=c+"
  "+14 or -std=gnu++14"
  msgstr ""
  
! #: cp/parser.c:16720
  #, gcc-internal-format
  msgid ""
  "use of %<auto%> in parameter declaration only available with -std=c++14 or -"
  "std=gnu++14"
  msgstr ""
  
! #: cp/parser.c:16725
  #, gcc-internal-format
  msgid "ISO C++ forbids use of %<auto%> in parameter declaration"
  msgstr ""
  
! #: cp/parser.c:16870
  #, gcc-internal-format
  msgid "expected template-id for type"
  msgstr ""
  
! #: cp/parser.c:16939
  #, gcc-internal-format
  msgid "expected type-name"
  msgstr ""
  
! #: cp/parser.c:17288
  #, gcc-internal-format
  msgid ""
  "elaborated-type-specifier for a scoped enum must not use the %<%D%> keyword"
  msgstr ""
  
! #: cp/parser.c:17511
  #, gcc-internal-format
  msgid "declaration %qD does not declare anything"
  msgstr ""
  
! #: cp/parser.c:17598
  #, gcc-internal-format
  msgid "attributes ignored on uninstantiated type"
  msgstr ""
  
! #: cp/parser.c:17602
  #, gcc-internal-format
  msgid "attributes ignored on template instantiation"
  msgstr ""
  
! #: cp/parser.c:17607
  #, gcc-internal-format
  msgid ""
  "attributes ignored on elaborated-type-specifier that is not a forward "
  "declaration"
  msgstr ""
  
! #: cp/parser.c:17741
  #, gcc-internal-format
  msgid "%qD is an enumeration template"
  msgstr ""
  
! #: cp/parser.c:17752
  #, gcc-internal-format
  msgid "%qD does not name an enumeration in %qT"
  msgstr ""
  
! #: cp/parser.c:17767
  #, gcc-internal-format
  msgid "unnamed scoped enum is not allowed"
  msgstr ""
  
! #: cp/parser.c:17822
  #, gcc-internal-format
  msgid "expected %<;%> or %<{%>"
  msgstr ""
  
! #: cp/parser.c:17871
  #, gcc-internal-format
  msgid "cannot add an enumerator list to a template instantiation"
  msgstr ""
  
! #: cp/parser.c:17885
  #, gcc-internal-format
  msgid ""
  "nested name specifier %qT for enum declaration does not name a class or "
  "namespace"
  msgstr ""
  
! #: cp/parser.c:17897 cp/parser.c:22628
  #, gcc-internal-format
  msgid "declaration of %qD in namespace %qD which does not enclose %qD"
  msgstr ""
  
! #: cp/parser.c:17902 cp/parser.c:22633
  #, gcc-internal-format
  msgid "declaration of %qD in %qD which does not enclose %qD"
  msgstr ""
  
! #: cp/parser.c:17914 cp/parser.c:22647
  #, gcc-internal-format
  msgid "extra qualification not allowed"
  msgstr ""
  
! #: cp/parser.c:17937
  #, gcc-internal-format
  msgid "multiple definition of %q#T"
  msgstr ""
  
! #: cp/parser.c:17950
  #, gcc-internal-format
  msgid "ISO C++ forbids empty unnamed enum"
  msgstr ""
  
! #: cp/parser.c:17970
  #, gcc-internal-format
  msgid "opaque-enum-specifier without name"
  msgstr ""
  
! #: cp/parser.c:17973
  #, gcc-internal-format
  msgid "opaque-enum-specifier must use a simple identifier"
  msgstr ""
  
! #: cp/parser.c:18151
  #, gcc-internal-format
  msgid "%qD is not a namespace-name"
  msgstr ""
  
! #: cp/parser.c:18152
  #, gcc-internal-format
  msgid "expected namespace-name"
  msgstr ""
  
! #: cp/parser.c:18230
  #, gcc-internal-format
  msgid "a nested namespace definition cannot have attributes"
  msgstr ""
  
! #: cp/parser.c:18233
  #, gcc-internal-format
  msgid ""
  "nested namespace definitions only available with -std=c++1z or -std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:18236
  #, gcc-internal-format
  msgid "a nested namespace definition cannot be inline"
  msgstr ""
  
! #: cp/parser.c:18244
  #, gcc-internal-format
  msgid "nested identifier required"
  msgstr ""
  
! #: cp/parser.c:18272
  #, gcc-internal-format
  msgid "namespace %qD entered"
  msgstr ""
  
! #: cp/parser.c:18325
  #, gcc-internal-format
  msgid "%<namespace%> definition is not allowed here"
  msgstr ""
  
! #: cp/parser.c:18476
  #, gcc-internal-format
  msgid ""
  "pack expansion in using-declaration only available with -std=c++1z or -"
  "std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:18491
  #, gcc-internal-format
  msgid "a template-id may not appear in a using-declaration"
  msgstr ""
  
! #: cp/parser.c:18538
  #, gcc-internal-format
  msgid ""
  "comma-separated list in using-declaration only available with -std=c++1z or -"
  "std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:18548
  #, gcc-internal-format
  msgid ""
  "access declarations are deprecated in favour of using-declarations; "
  "suggestion: add the %<using%> keyword"
  msgstr ""
  
! #: cp/parser.c:18613
  #, gcc-internal-format
  msgid "types may not be defined in alias template declarations"
  msgstr ""
  
! #: cp/parser.c:18766
  #, gcc-internal-format
  msgid "%<asm%> in %<constexpr%> function"
  msgstr ""
  
! #: cp/parser.c:19153
  #, gcc-internal-format
  msgid "a function-definition is not allowed here"
  msgstr ""
  
! #: cp/parser.c:19164
  #, gcc-internal-format
  msgid "an asm-specification is not allowed on a function-definition"
  msgstr ""
  
! #: cp/parser.c:19168
  #, gcc-internal-format
  msgid "attributes are not allowed on a function-definition"
  msgstr ""
  
! #: cp/parser.c:19219
  #, gcc-internal-format
  msgid "expected constructor, destructor, or type conversion"
  msgstr ""
  
  #. Anything else is an error.
! #: cp/parser.c:19258 cp/parser.c:21562
  #, gcc-internal-format
  msgid "expected initializer"
  msgstr ""
  
! #: cp/parser.c:19339
  #, gcc-internal-format
  msgid "initializer provided for function"
  msgstr ""
  
! #: cp/parser.c:19373
  #, gcc-internal-format
  msgid "attributes after parenthesized initializer ignored"
  msgstr ""
  
! #: cp/parser.c:19378
  #, gcc-internal-format
  msgid "non-function %qD declared as implicit template"
  msgstr ""
  
! #: cp/parser.c:19827
  #, gcc-internal-format
  msgid "array bound is not an integer constant"
  msgstr ""
  
! #: cp/parser.c:19953
  #, gcc-internal-format
  msgid "cannot define member of dependent typedef %qT"
  msgstr ""
  
! #: cp/parser.c:19957
  #, gcc-internal-format
  msgid "%<%T::%E%> is not a type"
  msgstr ""
  
! #: cp/parser.c:19985
  #, gcc-internal-format
  msgid "invalid use of constructor as a template"
  msgstr ""
  
! #: cp/parser.c:19987
  #, gcc-internal-format
  msgid ""
  "use %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified "
*************** msgstr ""
*** 45100,45447 ****
  #. here because we do not have enough
  #. information about its original syntactic
  #. form.
! #: cp/parser.c:19981
  #, gcc-internal-format
  msgid "invalid declarator"
  msgstr ""
  
  #. But declarations with qualified-ids can't appear in a
  #. function.
! #: cp/parser.c:20051
  #, gcc-internal-format
  msgid "qualified-id in declaration"
  msgstr ""
  
! #: cp/parser.c:20076
  #, gcc-internal-format
  msgid "expected declarator"
  msgstr ""
  
! #: cp/parser.c:20179
  #, gcc-internal-format
  msgid "%qD is a namespace"
  msgstr ""
  
! #: cp/parser.c:20181
  #, gcc-internal-format
  msgid "cannot form pointer to member of non-class %q#T"
  msgstr ""
  
! #: cp/parser.c:20202
  #, gcc-internal-format
  msgid "expected ptr-operator"
  msgstr ""
  
! #: cp/parser.c:20261
  #, gcc-internal-format
  msgid "duplicate cv-qualifier"
  msgstr ""
  
! #: cp/parser.c:20315
  #, gcc-internal-format
  msgid "multiple ref-qualifiers"
  msgstr ""
  
! #: cp/parser.c:20352
  #, gcc-internal-format
  msgid "%E requires %<-fgnu-tm%>"
  msgstr ""
  
! #: cp/parser.c:20408
  #, gcc-internal-format
  msgid "duplicate virt-specifier"
  msgstr ""
  
! #: cp/parser.c:20679
  #, gcc-internal-format
  msgid "missing template arguments after %qT"
  msgstr ""
  
! #: cp/parser.c:20685 cp/typeck2.c:493 cp/typeck2.c:532 cp/typeck2.c:1976
  #, gcc-internal-format
  msgid "invalid use of %qT"
  msgstr ""
  
! #: cp/parser.c:20706
  #, gcc-internal-format
  msgid "types may not be defined in template arguments"
  msgstr ""
  
! #: cp/parser.c:20711
  #, gcc-internal-format
  msgid "invalid use of %<auto%> in template argument"
  msgstr ""
  
! #: cp/parser.c:20799
  #, gcc-internal-format
  msgid "expected type-specifier"
  msgstr ""
  
! #: cp/parser.c:21105
  #, gcc-internal-format
  msgid "expected %<,%> or %<...%>"
  msgstr ""
  
! #: cp/parser.c:21180
  #, gcc-internal-format
  msgid "types may not be defined in parameter types"
  msgstr ""
  
! #: cp/parser.c:21332
  #, gcc-internal-format
  msgid "default arguments are only permitted for function parameters"
  msgstr ""
  
! #: cp/parser.c:21350
  #, gcc-internal-format
  msgid "parameter pack %qD cannot have a default argument"
  msgstr ""
  
! #: cp/parser.c:21356
  #, gcc-internal-format
  msgid "template parameter pack cannot have a default argument"
  msgstr ""
  
! #: cp/parser.c:21358
  #, gcc-internal-format
  msgid "parameter pack cannot have a default argument"
  msgstr ""
  
! #: cp/parser.c:21745
  #, gcc-internal-format
  msgid "ISO C++ does not allow designated initializers"
  msgstr ""
  
! #: cp/parser.c:21759
  #, gcc-internal-format
  msgid "ISO C++ does not allow C99 designated initializers"
  msgstr ""
  
! #: cp/parser.c:21879 cp/parser.c:22005
  #, gcc-internal-format
  msgid "expected class-name"
  msgstr ""
  
! #: cp/parser.c:22206
  #, gcc-internal-format
  msgid "expected %<;%> after class definition"
  msgstr ""
  
! #: cp/parser.c:22209
  #, gcc-internal-format
  msgid "expected %<;%> after struct definition"
  msgstr ""
  
! #: cp/parser.c:22212
  #, gcc-internal-format
  msgid "expected %<;%> after union definition"
  msgstr ""
  
! #: cp/parser.c:22553
  #, gcc-internal-format
  msgid "expected %<{%> or %<:%>"
  msgstr ""
  
! #: cp/parser.c:22564
  #, gcc-internal-format
  msgid "cannot specify %<override%> for a class"
  msgstr ""
  
! #: cp/parser.c:22572
  #, gcc-internal-format
  msgid "global qualification of class name is invalid"
  msgstr ""
  
! #: cp/parser.c:22579
  #, gcc-internal-format
  msgid "qualified name does not name a class"
  msgstr ""
  
! #: cp/parser.c:22591
  #, gcc-internal-format
  msgid "invalid class name in declaration of %qD"
  msgstr ""
  
! #: cp/parser.c:22650
  #, gcc-internal-format
  msgid "an explicit specialization must be preceded by %<template <>%>"
  msgstr ""
  
! #: cp/parser.c:22680
  #, gcc-internal-format
  msgid "function template %qD redeclared as a class template"
  msgstr ""
  
! #: cp/parser.c:22716
  #, gcc-internal-format
  msgid "could not resolve typename type"
  msgstr ""
  
! #: cp/parser.c:22775
  #, gcc-internal-format
  msgid "previous definition of %q#T"
  msgstr ""
  
! #: cp/parser.c:22865 cp/parser.c:27878
  #, gcc-internal-format
  msgid "expected class-key"
  msgstr ""
  
! #: cp/parser.c:22889
  #, gcc-internal-format
  msgid ""
  "ISO C++ forbids typename key in template template parameter; use -std=c++1z "
  "or -std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:22893
  #, gcc-internal-format
  msgid "expected %<class%> or %<typename%>"
  msgstr ""
  
! #: cp/parser.c:23135
  #, gcc-internal-format
  msgid "in C++03 a class-key must be used when declaring a friend"
  msgstr ""
  
! #: cp/parser.c:23153
  #, gcc-internal-format
  msgid "friend declaration does not name a class or function"
  msgstr ""
  
! #: cp/parser.c:23171
  #, gcc-internal-format
  msgid "a storage class on an anonymous aggregate in class scope is not allowed"
  msgstr ""
  
! #: cp/parser.c:23375
  #, gcc-internal-format
  msgid "pure-specifier on function-definition"
  msgstr ""
  
! #: cp/parser.c:23430
  #, gcc-internal-format
  msgid "stray %<,%> at end of member declaration"
  msgstr ""
  
! #: cp/parser.c:23442
  #, gcc-internal-format
  msgid "expected %<;%> at end of member declaration"
  msgstr ""
  
! #: cp/parser.c:23516
  #, gcc-internal-format
  msgid "invalid pure specifier (only %<= 0%> is allowed)"
  msgstr ""
  
! #: cp/parser.c:23551
  #, gcc-internal-format
  msgid "a brace-enclosed initializer is not allowed here"
  msgstr ""
  
! #: cp/parser.c:23680
  #, gcc-internal-format
! msgid "%<virtual%> specified more than once in base-specified"
  msgstr ""
  
! #: cp/parser.c:23700
  #, gcc-internal-format
! msgid "more than one access specifier in base-specified"
  msgstr ""
  
! #: cp/parser.c:23724
  #, gcc-internal-format
  msgid "keyword %<typename%> not allowed outside of templates"
  msgstr ""
  
! #: cp/parser.c:23727
  #, gcc-internal-format
  msgid ""
  "keyword %<typename%> not allowed in this context (the base class is "
  "implicitly a type)"
  msgstr ""
  
! #: cp/parser.c:23820 cp/parser.c:23897
  #, gcc-internal-format
  msgid "types may not be defined in an exception-specification"
  msgstr ""
  
! #: cp/parser.c:23905
  #, gcc-internal-format
  msgid "ISO C++1z does not allow dynamic exception specifications"
  msgstr ""
  
! #: cp/parser.c:23911
  #, gcc-internal-format
  msgid "dynamic exception specifications are deprecated in C++11"
  msgstr ""
  
! #: cp/parser.c:23955
  #, gcc-internal-format
  msgid "invalid use of %<auto%> in exception-specification"
  msgstr ""
  
! #: cp/parser.c:23994
  #, gcc-internal-format
  msgid "%<try%> in %<constexpr%> function"
  msgstr ""
  
! #: cp/parser.c:24107
  #, gcc-internal-format
  msgid "types may not be defined in exception-declarations"
  msgstr ""
  
! #: cp/parser.c:24711
  #, gcc-internal-format
  msgid "attribute using prefix used together with scoped attribute token"
  msgstr ""
  
! #: cp/parser.c:24725
  #, gcc-internal-format
  msgid "expected an identifier for the attribute name"
  msgstr ""
  
! #: cp/parser.c:24806
  #, gcc-internal-format
  msgid "attribute %<noreturn%> can appear at most once in an attribute-list"
  msgstr ""
  
! #: cp/parser.c:24810
  #, gcc-internal-format
  msgid "attribute %<deprecated%> can appear at most once in an attribute-list"
  msgstr ""
  
! #: cp/parser.c:24847
  #, gcc-internal-format
  msgid "expected attribute before %<...%>"
  msgstr ""
  
! #: cp/parser.c:24908
  #, gcc-internal-format
  msgid "attribute using prefix only available with -std=c++1z or -std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:25122
  #, gcc-internal-format
  msgid "%<requires%> only available with -fconcepts"
  msgstr ""
  
! #: cp/parser.c:25154
  #, gcc-internal-format
  msgid "a requires expression cannot appear outside a template"
  msgstr ""
  
! #: cp/parser.c:25856
  #, gcc-internal-format
  msgid "specializing member %<%T::%E%> requires %<template<>%> syntax"
  msgstr ""
  
! #: cp/parser.c:25861
  #, gcc-internal-format
  msgid "invalid declaration of %<%T::%E%>"
  msgstr ""
  
! #: cp/parser.c:25865
  #, gcc-internal-format
  msgid "too few template-parameter-lists"
  msgstr ""
--- 45163,45510 ----
  #. here because we do not have enough
  #. information about its original syntactic
  #. form.
! #: cp/parser.c:20004
  #, gcc-internal-format
  msgid "invalid declarator"
  msgstr ""
  
  #. But declarations with qualified-ids can't appear in a
  #. function.
! #: cp/parser.c:20074
  #, gcc-internal-format
  msgid "qualified-id in declaration"
  msgstr ""
  
! #: cp/parser.c:20099
  #, gcc-internal-format
  msgid "expected declarator"
  msgstr ""
  
! #: cp/parser.c:20202
  #, gcc-internal-format
  msgid "%qD is a namespace"
  msgstr ""
  
! #: cp/parser.c:20204
  #, gcc-internal-format
  msgid "cannot form pointer to member of non-class %q#T"
  msgstr ""
  
! #: cp/parser.c:20225
  #, gcc-internal-format
  msgid "expected ptr-operator"
  msgstr ""
  
! #: cp/parser.c:20284
  #, gcc-internal-format
  msgid "duplicate cv-qualifier"
  msgstr ""
  
! #: cp/parser.c:20338
  #, gcc-internal-format
  msgid "multiple ref-qualifiers"
  msgstr ""
  
! #: cp/parser.c:20375
  #, gcc-internal-format
  msgid "%E requires %<-fgnu-tm%>"
  msgstr ""
  
! #: cp/parser.c:20431
  #, gcc-internal-format
  msgid "duplicate virt-specifier"
  msgstr ""
  
! #: cp/parser.c:20702
  #, gcc-internal-format
  msgid "missing template arguments after %qT"
  msgstr ""
  
! #: cp/parser.c:20708 cp/typeck2.c:493 cp/typeck2.c:532 cp/typeck2.c:1976
  #, gcc-internal-format
  msgid "invalid use of %qT"
  msgstr ""
  
! #: cp/parser.c:20729
  #, gcc-internal-format
  msgid "types may not be defined in template arguments"
  msgstr ""
  
! #: cp/parser.c:20734
  #, gcc-internal-format
  msgid "invalid use of %<auto%> in template argument"
  msgstr ""
  
! #: cp/parser.c:20822
  #, gcc-internal-format
  msgid "expected type-specifier"
  msgstr ""
  
! #: cp/parser.c:21128
  #, gcc-internal-format
  msgid "expected %<,%> or %<...%>"
  msgstr ""
  
! #: cp/parser.c:21203
  #, gcc-internal-format
  msgid "types may not be defined in parameter types"
  msgstr ""
  
! #: cp/parser.c:21355
  #, gcc-internal-format
  msgid "default arguments are only permitted for function parameters"
  msgstr ""
  
! #: cp/parser.c:21373
  #, gcc-internal-format
  msgid "parameter pack %qD cannot have a default argument"
  msgstr ""
  
! #: cp/parser.c:21379
  #, gcc-internal-format
  msgid "template parameter pack cannot have a default argument"
  msgstr ""
  
! #: cp/parser.c:21381
  #, gcc-internal-format
  msgid "parameter pack cannot have a default argument"
  msgstr ""
  
! #: cp/parser.c:21768
  #, gcc-internal-format
  msgid "ISO C++ does not allow designated initializers"
  msgstr ""
  
! #: cp/parser.c:21782
  #, gcc-internal-format
  msgid "ISO C++ does not allow C99 designated initializers"
  msgstr ""
  
! #: cp/parser.c:21902 cp/parser.c:22028
  #, gcc-internal-format
  msgid "expected class-name"
  msgstr ""
  
! #: cp/parser.c:22229
  #, gcc-internal-format
  msgid "expected %<;%> after class definition"
  msgstr ""
  
! #: cp/parser.c:22232
  #, gcc-internal-format
  msgid "expected %<;%> after struct definition"
  msgstr ""
  
! #: cp/parser.c:22235
  #, gcc-internal-format
  msgid "expected %<;%> after union definition"
  msgstr ""
  
! #: cp/parser.c:22576
  #, gcc-internal-format
  msgid "expected %<{%> or %<:%>"
  msgstr ""
  
! #: cp/parser.c:22587
  #, gcc-internal-format
  msgid "cannot specify %<override%> for a class"
  msgstr ""
  
! #: cp/parser.c:22595
  #, gcc-internal-format
  msgid "global qualification of class name is invalid"
  msgstr ""
  
! #: cp/parser.c:22602
  #, gcc-internal-format
  msgid "qualified name does not name a class"
  msgstr ""
  
! #: cp/parser.c:22614
  #, gcc-internal-format
  msgid "invalid class name in declaration of %qD"
  msgstr ""
  
! #: cp/parser.c:22673
  #, gcc-internal-format
  msgid "an explicit specialization must be preceded by %<template <>%>"
  msgstr ""
  
! #: cp/parser.c:22703
  #, gcc-internal-format
  msgid "function template %qD redeclared as a class template"
  msgstr ""
  
! #: cp/parser.c:22739
  #, gcc-internal-format
  msgid "could not resolve typename type"
  msgstr ""
  
! #: cp/parser.c:22798
  #, gcc-internal-format
  msgid "previous definition of %q#T"
  msgstr ""
  
! #: cp/parser.c:22888 cp/parser.c:27901
  #, gcc-internal-format
  msgid "expected class-key"
  msgstr ""
  
! #: cp/parser.c:22912
  #, gcc-internal-format
  msgid ""
  "ISO C++ forbids typename key in template template parameter; use -std=c++1z "
  "or -std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:22916
  #, gcc-internal-format
  msgid "expected %<class%> or %<typename%>"
  msgstr ""
  
! #: cp/parser.c:23158
  #, gcc-internal-format
  msgid "in C++03 a class-key must be used when declaring a friend"
  msgstr ""
  
! #: cp/parser.c:23176
  #, gcc-internal-format
  msgid "friend declaration does not name a class or function"
  msgstr ""
  
! #: cp/parser.c:23194
  #, gcc-internal-format
  msgid "a storage class on an anonymous aggregate in class scope is not allowed"
  msgstr ""
  
! #: cp/parser.c:23398
  #, gcc-internal-format
  msgid "pure-specifier on function-definition"
  msgstr ""
  
! #: cp/parser.c:23453
  #, gcc-internal-format
  msgid "stray %<,%> at end of member declaration"
  msgstr ""
  
! #: cp/parser.c:23465
  #, gcc-internal-format
  msgid "expected %<;%> at end of member declaration"
  msgstr ""
  
! #: cp/parser.c:23539
  #, gcc-internal-format
  msgid "invalid pure specifier (only %<= 0%> is allowed)"
  msgstr ""
  
! #: cp/parser.c:23574
  #, gcc-internal-format
  msgid "a brace-enclosed initializer is not allowed here"
  msgstr ""
  
! #: cp/parser.c:23703
  #, gcc-internal-format
! msgid "%<virtual%> specified more than once in base-specifier"
  msgstr ""
  
! #: cp/parser.c:23723
  #, gcc-internal-format
! msgid "more than one access specifier in base-specifier"
  msgstr ""
  
! #: cp/parser.c:23747
  #, gcc-internal-format
  msgid "keyword %<typename%> not allowed outside of templates"
  msgstr ""
  
! #: cp/parser.c:23750
  #, gcc-internal-format
  msgid ""
  "keyword %<typename%> not allowed in this context (the base class is "
  "implicitly a type)"
  msgstr ""
  
! #: cp/parser.c:23843 cp/parser.c:23920
  #, gcc-internal-format
  msgid "types may not be defined in an exception-specification"
  msgstr ""
  
! #: cp/parser.c:23928
  #, gcc-internal-format
  msgid "ISO C++1z does not allow dynamic exception specifications"
  msgstr ""
  
! #: cp/parser.c:23934
  #, gcc-internal-format
  msgid "dynamic exception specifications are deprecated in C++11"
  msgstr ""
  
! #: cp/parser.c:23978
  #, gcc-internal-format
  msgid "invalid use of %<auto%> in exception-specification"
  msgstr ""
  
! #: cp/parser.c:24017
  #, gcc-internal-format
  msgid "%<try%> in %<constexpr%> function"
  msgstr ""
  
! #: cp/parser.c:24130
  #, gcc-internal-format
  msgid "types may not be defined in exception-declarations"
  msgstr ""
  
! #: cp/parser.c:24734
  #, gcc-internal-format
  msgid "attribute using prefix used together with scoped attribute token"
  msgstr ""
  
! #: cp/parser.c:24748
  #, gcc-internal-format
  msgid "expected an identifier for the attribute name"
  msgstr ""
  
! #: cp/parser.c:24829
  #, gcc-internal-format
  msgid "attribute %<noreturn%> can appear at most once in an attribute-list"
  msgstr ""
  
! #: cp/parser.c:24833
  #, gcc-internal-format
  msgid "attribute %<deprecated%> can appear at most once in an attribute-list"
  msgstr ""
  
! #: cp/parser.c:24870
  #, gcc-internal-format
  msgid "expected attribute before %<...%>"
  msgstr ""
  
! #: cp/parser.c:24931
  #, gcc-internal-format
  msgid "attribute using prefix only available with -std=c++1z or -std=gnu++1z"
  msgstr ""
  
! #: cp/parser.c:25145
  #, gcc-internal-format
  msgid "%<requires%> only available with -fconcepts"
  msgstr ""
  
! #: cp/parser.c:25177
  #, gcc-internal-format
  msgid "a requires expression cannot appear outside a template"
  msgstr ""
  
! #: cp/parser.c:25879
  #, gcc-internal-format
  msgid "specializing member %<%T::%E%> requires %<template<>%> syntax"
  msgstr ""
  
! #: cp/parser.c:25884
  #, gcc-internal-format
  msgid "invalid declaration of %<%T::%E%>"
  msgstr ""
  
! #: cp/parser.c:25888
  #, gcc-internal-format
  msgid "too few template-parameter-lists"
  msgstr ""
*************** msgstr ""
*** 45450,45949 ****
  #. something like:
  #.
  #. template <class T> template <class U> void S::f();
! #: cp/parser.c:25872
  #, gcc-internal-format
  msgid "too many template-parameter-lists"
  msgstr ""
  
! #: cp/parser.c:26222
  #, gcc-internal-format
  msgid "named return values are no longer supported"
  msgstr ""
  
! #: cp/parser.c:26388
  #, gcc-internal-format
  msgid ""
  "literal operator template %qD has invalid parameter list.  Expected non-type "
  "template argument pack <char...> or <typename CharT, CharT...>"
  msgstr ""
  
! #: cp/parser.c:26393
  #, gcc-internal-format
  msgid ""
  "literal operator template %qD has invalid parameter list.  Expected non-type "
  "template argument pack <char...>"
  msgstr ""
  
! #: cp/parser.c:26462
  #, gcc-internal-format
  msgid "empty introduction-list"
  msgstr ""
  
! #: cp/parser.c:26486
  #, gcc-internal-format
  msgid "no matching concept for template-introduction"
  msgstr ""
  
! #: cp/parser.c:26508
  #, gcc-internal-format
  msgid "invalid declaration of member template in local class"
  msgstr ""
  
! #: cp/parser.c:26517
  #, gcc-internal-format
  msgid "template with C linkage"
  msgstr ""
  
! #: cp/parser.c:26536
  #, gcc-internal-format
  msgid "invalid explicit specialization"
  msgstr ""
  
! #: cp/parser.c:26640
  #, gcc-internal-format
  msgid "template declaration of %<typedef%>"
  msgstr ""
  
! #: cp/parser.c:26691
  #, gcc-internal-format
  msgid "a class template declaration must not declare anything else"
  msgstr ""
  
! #: cp/parser.c:26737
  #, gcc-internal-format
  msgid "explicit template specialization cannot have a storage class"
  msgstr ""
  
! #: cp/parser.c:27045
  #, gcc-internal-format
  msgid "%<>>%> should be %<> >%> within a nested template argument list"
  msgstr ""
  
! #: cp/parser.c:27058
  #, gcc-internal-format
  msgid "spurious %<>>%>, use %<>%> to terminate a template argument list"
  msgstr ""
  
! #: cp/parser.c:27357
  #, gcc-internal-format
  msgid "%<sizeof...%> argument must be surrounded by parentheses"
  msgstr ""
  
! #: cp/parser.c:27513
  #, gcc-internal-format
  msgid "invalid use of %qD in linkage specification"
  msgstr ""
  
! #: cp/parser.c:27528
  #, gcc-internal-format
  msgid "%<__thread%> before %qD"
  msgstr ""
  
! #: cp/parser.c:27662
  #, gcc-internal-format
  msgid "ISO C++ 1998 does not support %<long long%>"
  msgstr ""
  
! #: cp/parser.c:27670
  #, gcc-internal-format
  msgid "both %<__thread%> and %<thread_local%> specified"
  msgstr ""
  
! #: cp/parser.c:27672
  #, gcc-internal-format
  msgid "duplicate %qD"
  msgstr ""
  
! #: cp/parser.c:27694
  #, gcc-internal-format
  msgid "duplicate %qs"
  msgstr ""
  
! #: cp/parser.c:27736
  #, gcc-internal-format
  msgid "expected %<new%>"
  msgstr ""
  
! #: cp/parser.c:27739
  #, gcc-internal-format
  msgid "expected %<delete%>"
  msgstr ""
  
! #: cp/parser.c:27742
  #, gcc-internal-format
  msgid "expected %<return%>"
  msgstr ""
  
! #: cp/parser.c:27748
  #, gcc-internal-format
  msgid "expected %<extern%>"
  msgstr ""
  
! #: cp/parser.c:27751
  #, gcc-internal-format
  msgid "expected %<static_assert%>"
  msgstr ""
  
! #: cp/parser.c:27754
  #, gcc-internal-format
  msgid "expected %<decltype%>"
  msgstr ""
  
! #: cp/parser.c:27757
  #, gcc-internal-format
  msgid "expected %<operator%>"
  msgstr ""
  
! #: cp/parser.c:27760
  #, gcc-internal-format
  msgid "expected %<class%>"
  msgstr ""
  
! #: cp/parser.c:27763
  #, gcc-internal-format
  msgid "expected %<template%>"
  msgstr ""
  
! #: cp/parser.c:27766
  #, gcc-internal-format
  msgid "expected %<namespace%>"
  msgstr ""
  
! #: cp/parser.c:27769
  #, gcc-internal-format
  msgid "expected %<using%>"
  msgstr ""
  
! #: cp/parser.c:27772
  #, gcc-internal-format
  msgid "expected %<asm%>"
  msgstr ""
  
! #: cp/parser.c:27775
  #, gcc-internal-format
  msgid "expected %<try%>"
  msgstr ""
  
! #: cp/parser.c:27778
  #, gcc-internal-format
  msgid "expected %<catch%>"
  msgstr ""
  
! #: cp/parser.c:27781
  #, gcc-internal-format
  msgid "expected %<throw%>"
  msgstr ""
  
! #: cp/parser.c:27784
  #, gcc-internal-format
  msgid "expected %<__label__%>"
  msgstr ""
  
! #: cp/parser.c:27787
  #, gcc-internal-format
  msgid "expected %<@try%>"
  msgstr ""
  
! #: cp/parser.c:27790
  #, gcc-internal-format
  msgid "expected %<@synchronized%>"
  msgstr ""
  
! #: cp/parser.c:27793
  #, gcc-internal-format
  msgid "expected %<@throw%>"
  msgstr ""
  
! #: cp/parser.c:27796
  #, gcc-internal-format
  msgid "expected %<__transaction_atomic%>"
  msgstr ""
  
! #: cp/parser.c:27799
  #, gcc-internal-format
  msgid "expected %<__transaction_relaxed%>"
  msgstr ""
  
! #: cp/parser.c:27830
  #, gcc-internal-format
  msgid "expected %<::%>"
  msgstr ""
  
! #: cp/parser.c:27842
  #, gcc-internal-format
  msgid "expected %<...%>"
  msgstr ""
  
! #: cp/parser.c:27845
  #, gcc-internal-format
  msgid "expected %<*%>"
  msgstr ""
  
! #: cp/parser.c:27848
  #, gcc-internal-format
  msgid "expected %<~%>"
  msgstr ""
  
! #: cp/parser.c:27854
  #, gcc-internal-format
  msgid "expected %<:%> or %<::%>"
  msgstr ""
  
! #: cp/parser.c:27882
  #, gcc-internal-format
  msgid "expected %<class%>, %<typename%>, or %<template%>"
  msgstr ""
  
! #: cp/parser.c:28144
  #, gcc-internal-format
  msgid "%qs tag used in naming %q#T"
  msgstr ""
  
! #: cp/parser.c:28149
  #, gcc-internal-format
  msgid "%q#T was previously declared here"
  msgstr ""
  
! #: cp/parser.c:28170
  #, gcc-internal-format
  msgid "%qD redeclared with different access"
  msgstr ""
  
! #: cp/parser.c:28191
  #, gcc-internal-format
  msgid ""
  "in C++98 %<template%> (as a disambiguator) is only allowed within templates"
  msgstr ""
  
! #: cp/parser.c:28434
  #, gcc-internal-format
  msgid "file ends in default argument"
  msgstr ""
  
! #: cp/parser.c:28663 cp/parser.c:29972 cp/parser.c:30158
  #, gcc-internal-format
  msgid "misplaced %<@%D%> Objective-C++ construct"
  msgstr ""
  
! #: cp/parser.c:28732
  #, gcc-internal-format
  msgid "objective-c++ message receiver expected"
  msgstr ""
  
! #: cp/parser.c:28802
  #, gcc-internal-format
  msgid "objective-c++ message argument(s) are expected"
  msgstr ""
  
! #: cp/parser.c:28832
  #, gcc-internal-format
  msgid "%<@encode%> must specify a type as an argument"
  msgstr ""
  
! #: cp/parser.c:29238
  #, gcc-internal-format
  msgid "invalid Objective-C++ selector name"
  msgstr ""
  
! #: cp/parser.c:29313 cp/parser.c:29331
  #, gcc-internal-format
  msgid "objective-c++ method declaration is expected"
  msgstr ""
  
! #: cp/parser.c:29325 cp/parser.c:29390
  #, gcc-internal-format
  msgid "method attributes must be specified at the end"
  msgstr ""
  
! #: cp/parser.c:29433
  #, gcc-internal-format
  msgid "stray %qs between Objective-C++ methods"
  msgstr ""
  
! #: cp/parser.c:29639 cp/parser.c:29646 cp/parser.c:29653
  #, gcc-internal-format
  msgid "invalid type for instance variable"
  msgstr ""
  
! #: cp/parser.c:29766
  #, gcc-internal-format
  msgid "identifier expected after %<@protocol%>"
  msgstr ""
  
! #: cp/parser.c:29937
  #, gcc-internal-format
  msgid ""
  "attributes may not be specified before the %<@%D%> Objective-C++ keyword"
  msgstr ""
  
! #: cp/parser.c:29944
  #, gcc-internal-format
  msgid "prefix attributes are ignored before %<@%D%>"
  msgstr ""
  
! #: cp/parser.c:30217 cp/parser.c:30224 cp/parser.c:30231
  #, gcc-internal-format
  msgid "invalid type for property"
  msgstr ""
  
! #: cp/parser.c:31358
  #, gcc-internal-format
  msgid "%<wait%> expression must be integral"
  msgstr ""
  
! #: cp/parser.c:32053
  #, gcc-internal-format
  msgid "invalid reduction-identifier"
  msgstr ""
  
! #: cp/parser.c:34252
  #, gcc-internal-format
  msgid "parenthesized initialization is not allowed in OpenMP %<for%> loop"
  msgstr ""
  
! #: cp/parser.c:34255
  #, gcc-internal-format
  msgid "parenthesized initialization is not allowed in for-loop"
  msgstr ""
  
! #: cp/parser.c:34351
  #, gcc-internal-format
  msgid ""
  "%<_Cilk_for%> allows expression instead of declaration only in C, not in C++"
  msgstr ""
  
! #: cp/parser.c:34587 cp/pt.c:15520
  #, gcc-internal-format
  msgid "iteration variable %qD should not be reduction"
  msgstr ""
  
! #: cp/parser.c:34672
  #, gcc-internal-format
  msgid "not enough for loops to collapse"
  msgstr ""
  
! #: cp/parser.c:36630
  #, gcc-internal-format
  msgid ""
  "vector attribute not immediately followed by a single function declaration "
  "or definition"
  msgstr ""
  
! #: cp/parser.c:36926
  #, gcc-internal-format
  msgid "invalid initializer clause"
  msgstr ""
  
! #: cp/parser.c:36954
  #, gcc-internal-format
  msgid "expected id-expression (arguments)"
  msgstr ""
  
! #: cp/parser.c:36966
  #, gcc-internal-format
  msgid ""
  "one of the initializer call arguments should be %<omp_priv%> or %<&omp_priv%>"
  msgstr ""
  
! #: cp/parser.c:37066
  #, gcc-internal-format
  msgid "types may not be defined in declare reduction type list"
  msgstr ""
  
! #: cp/parser.c:37088 cp/semantics.c:5387
  #, gcc-internal-format
  msgid "predeclared arithmetic type %qT in %<#pragma omp declare reduction%>"
  msgstr ""
  
! #: cp/parser.c:37093 cp/semantics.c:5396
  #, gcc-internal-format
  msgid "function or array type %qT in %<#pragma omp declare reduction%>"
  msgstr ""
  
! #: cp/parser.c:37096 cp/pt.c:12313 cp/semantics.c:5402
  #, gcc-internal-format
  msgid "reference type %qT in %<#pragma omp declare reduction%>"
  msgstr ""
  
! #: cp/parser.c:37099 cp/semantics.c:5408
  #, gcc-internal-format
  msgid ""
  "const, volatile or __restrict qualified type %qT in %<#pragma omp declare "
  "reduction%>"
  msgstr ""
  
! #: cp/parser.c:37449
  #, gcc-internal-format
  msgid "%<#pragma acc routine%> names a set of overloads"
  msgstr ""
  
! #: cp/parser.c:37459
  #, gcc-internal-format
  msgid "%qD does not refer to a namespace scope function"
  msgstr ""
  
  #. cancel-and-throw is unimplemented.
! #: cp/parser.c:37794
  #, gcc-internal-format
  msgid "atomic_cancel"
  msgstr ""
  
! #: cp/parser.c:37837 cp/semantics.c:8699
  #, gcc-internal-format
  msgid "%<__transaction_relaxed%> without transactional memory support enabled"
  msgstr ""
  
! #: cp/parser.c:37839 cp/semantics.c:8701
  #, gcc-internal-format
  msgid "%<__transaction_atomic%> without transactional memory support enabled"
  msgstr ""
  
! #: cp/parser.c:38035
  #, gcc-internal-format
  msgid "junk at end of %<#pragma GCC pch_preprocess%>"
  msgstr ""
  
! #: cp/parser.c:38068
  #, gcc-internal-format
  msgid "invalid grainsize for _Cilk_for"
  msgstr ""
  
! #: cp/parser.c:38323
  #, gcc-internal-format
  msgid "%<#pragma GCC ivdep%> must be inside a function"
  msgstr ""
  
! #: cp/parser.c:38344
  #, gcc-internal-format
  msgid "%<#pragma simd%> must be inside a function"
  msgstr ""
  
! #: cp/parser.c:38356
  #, gcc-internal-format
  msgid "%<#pragma cilk grainsize%> must be inside a function"
  msgstr ""
  
! #: cp/parser.c:38368
  #, gcc-internal-format
  msgid "-fcilkplus must be enabled to use %<#pragma cilk grainsize%>"
  msgstr ""
  
! #: cp/parser.c:38425
  #, gcc-internal-format
  msgid "inter-module optimizations not implemented for C++"
  msgstr ""
  
! #: cp/parser.c:38535
  #, gcc-internal-format
  msgid "expected variable-name"
  msgstr ""
  
! #: cp/parser.c:38599
  #, gcc-internal-format
  msgid "expected %<,%> or %<)%> after %qE"
  msgstr ""
  
! #: cp/parser.c:38998
  #, gcc-internal-format
  msgid "implicit templates may not be %<virtual%>"
  msgstr ""
--- 45513,46012 ----
  #. something like:
  #.
  #. template <class T> template <class U> void S::f();
! #: cp/parser.c:25895
  #, gcc-internal-format
  msgid "too many template-parameter-lists"
  msgstr ""
  
! #: cp/parser.c:26245
  #, gcc-internal-format
  msgid "named return values are no longer supported"
  msgstr ""
  
! #: cp/parser.c:26411
  #, gcc-internal-format
  msgid ""
  "literal operator template %qD has invalid parameter list.  Expected non-type "
  "template argument pack <char...> or <typename CharT, CharT...>"
  msgstr ""
  
! #: cp/parser.c:26416
  #, gcc-internal-format
  msgid ""
  "literal operator template %qD has invalid parameter list.  Expected non-type "
  "template argument pack <char...>"
  msgstr ""
  
! #: cp/parser.c:26485
  #, gcc-internal-format
  msgid "empty introduction-list"
  msgstr ""
  
! #: cp/parser.c:26509
  #, gcc-internal-format
  msgid "no matching concept for template-introduction"
  msgstr ""
  
! #: cp/parser.c:26531
  #, gcc-internal-format
  msgid "invalid declaration of member template in local class"
  msgstr ""
  
! #: cp/parser.c:26540
  #, gcc-internal-format
  msgid "template with C linkage"
  msgstr ""
  
! #: cp/parser.c:26559
  #, gcc-internal-format
  msgid "invalid explicit specialization"
  msgstr ""
  
! #: cp/parser.c:26663
  #, gcc-internal-format
  msgid "template declaration of %<typedef%>"
  msgstr ""
  
! #: cp/parser.c:26714
  #, gcc-internal-format
  msgid "a class template declaration must not declare anything else"
  msgstr ""
  
! #: cp/parser.c:26760
  #, gcc-internal-format
  msgid "explicit template specialization cannot have a storage class"
  msgstr ""
  
! #: cp/parser.c:27068
  #, gcc-internal-format
  msgid "%<>>%> should be %<> >%> within a nested template argument list"
  msgstr ""
  
! #: cp/parser.c:27081
  #, gcc-internal-format
  msgid "spurious %<>>%>, use %<>%> to terminate a template argument list"
  msgstr ""
  
! #: cp/parser.c:27380
  #, gcc-internal-format
  msgid "%<sizeof...%> argument must be surrounded by parentheses"
  msgstr ""
  
! #: cp/parser.c:27536
  #, gcc-internal-format
  msgid "invalid use of %qD in linkage specification"
  msgstr ""
  
! #: cp/parser.c:27551
  #, gcc-internal-format
  msgid "%<__thread%> before %qD"
  msgstr ""
  
! #: cp/parser.c:27685
  #, gcc-internal-format
  msgid "ISO C++ 1998 does not support %<long long%>"
  msgstr ""
  
! #: cp/parser.c:27693
  #, gcc-internal-format
  msgid "both %<__thread%> and %<thread_local%> specified"
  msgstr ""
  
! #: cp/parser.c:27695
  #, gcc-internal-format
  msgid "duplicate %qD"
  msgstr ""
  
! #: cp/parser.c:27717
  #, gcc-internal-format
  msgid "duplicate %qs"
  msgstr ""
  
! #: cp/parser.c:27759
  #, gcc-internal-format
  msgid "expected %<new%>"
  msgstr ""
  
! #: cp/parser.c:27762
  #, gcc-internal-format
  msgid "expected %<delete%>"
  msgstr ""
  
! #: cp/parser.c:27765
  #, gcc-internal-format
  msgid "expected %<return%>"
  msgstr ""
  
! #: cp/parser.c:27771
  #, gcc-internal-format
  msgid "expected %<extern%>"
  msgstr ""
  
! #: cp/parser.c:27774
  #, gcc-internal-format
  msgid "expected %<static_assert%>"
  msgstr ""
  
! #: cp/parser.c:27777
  #, gcc-internal-format
  msgid "expected %<decltype%>"
  msgstr ""
  
! #: cp/parser.c:27780
  #, gcc-internal-format
  msgid "expected %<operator%>"
  msgstr ""
  
! #: cp/parser.c:27783
  #, gcc-internal-format
  msgid "expected %<class%>"
  msgstr ""
  
! #: cp/parser.c:27786
  #, gcc-internal-format
  msgid "expected %<template%>"
  msgstr ""
  
! #: cp/parser.c:27789
  #, gcc-internal-format
  msgid "expected %<namespace%>"
  msgstr ""
  
! #: cp/parser.c:27792
  #, gcc-internal-format
  msgid "expected %<using%>"
  msgstr ""
  
! #: cp/parser.c:27795
  #, gcc-internal-format
  msgid "expected %<asm%>"
  msgstr ""
  
! #: cp/parser.c:27798
  #, gcc-internal-format
  msgid "expected %<try%>"
  msgstr ""
  
! #: cp/parser.c:27801
  #, gcc-internal-format
  msgid "expected %<catch%>"
  msgstr ""
  
! #: cp/parser.c:27804
  #, gcc-internal-format
  msgid "expected %<throw%>"
  msgstr ""
  
! #: cp/parser.c:27807
  #, gcc-internal-format
  msgid "expected %<__label__%>"
  msgstr ""
  
! #: cp/parser.c:27810
  #, gcc-internal-format
  msgid "expected %<@try%>"
  msgstr ""
  
! #: cp/parser.c:27813
  #, gcc-internal-format
  msgid "expected %<@synchronized%>"
  msgstr ""
  
! #: cp/parser.c:27816
  #, gcc-internal-format
  msgid "expected %<@throw%>"
  msgstr ""
  
! #: cp/parser.c:27819
  #, gcc-internal-format
  msgid "expected %<__transaction_atomic%>"
  msgstr ""
  
! #: cp/parser.c:27822
  #, gcc-internal-format
  msgid "expected %<__transaction_relaxed%>"
  msgstr ""
  
! #: cp/parser.c:27853
  #, gcc-internal-format
  msgid "expected %<::%>"
  msgstr ""
  
! #: cp/parser.c:27865
  #, gcc-internal-format
  msgid "expected %<...%>"
  msgstr ""
  
! #: cp/parser.c:27868
  #, gcc-internal-format
  msgid "expected %<*%>"
  msgstr ""
  
! #: cp/parser.c:27871
  #, gcc-internal-format
  msgid "expected %<~%>"
  msgstr ""
  
! #: cp/parser.c:27877
  #, gcc-internal-format
  msgid "expected %<:%> or %<::%>"
  msgstr ""
  
! #: cp/parser.c:27905
  #, gcc-internal-format
  msgid "expected %<class%>, %<typename%>, or %<template%>"
  msgstr ""
  
! #: cp/parser.c:28167
  #, gcc-internal-format
  msgid "%qs tag used in naming %q#T"
  msgstr ""
  
! #: cp/parser.c:28172
  #, gcc-internal-format
  msgid "%q#T was previously declared here"
  msgstr ""
  
! #: cp/parser.c:28193
  #, gcc-internal-format
  msgid "%qD redeclared with different access"
  msgstr ""
  
! #: cp/parser.c:28214
  #, gcc-internal-format
  msgid ""
  "in C++98 %<template%> (as a disambiguator) is only allowed within templates"
  msgstr ""
  
! #: cp/parser.c:28457
  #, gcc-internal-format
  msgid "file ends in default argument"
  msgstr ""
  
! #: cp/parser.c:28686 cp/parser.c:29995 cp/parser.c:30181
  #, gcc-internal-format
  msgid "misplaced %<@%D%> Objective-C++ construct"
  msgstr ""
  
! #: cp/parser.c:28755
  #, gcc-internal-format
  msgid "objective-c++ message receiver expected"
  msgstr ""
  
! #: cp/parser.c:28825
  #, gcc-internal-format
  msgid "objective-c++ message argument(s) are expected"
  msgstr ""
  
! #: cp/parser.c:28855
  #, gcc-internal-format
  msgid "%<@encode%> must specify a type as an argument"
  msgstr ""
  
! #: cp/parser.c:29261
  #, gcc-internal-format
  msgid "invalid Objective-C++ selector name"
  msgstr ""
  
! #: cp/parser.c:29336 cp/parser.c:29354
  #, gcc-internal-format
  msgid "objective-c++ method declaration is expected"
  msgstr ""
  
! #: cp/parser.c:29348 cp/parser.c:29413
  #, gcc-internal-format
  msgid "method attributes must be specified at the end"
  msgstr ""
  
! #: cp/parser.c:29456
  #, gcc-internal-format
  msgid "stray %qs between Objective-C++ methods"
  msgstr ""
  
! #: cp/parser.c:29662 cp/parser.c:29669 cp/parser.c:29676
  #, gcc-internal-format
  msgid "invalid type for instance variable"
  msgstr ""
  
! #: cp/parser.c:29789
  #, gcc-internal-format
  msgid "identifier expected after %<@protocol%>"
  msgstr ""
  
! #: cp/parser.c:29960
  #, gcc-internal-format
  msgid ""
  "attributes may not be specified before the %<@%D%> Objective-C++ keyword"
  msgstr ""
  
! #: cp/parser.c:29967
  #, gcc-internal-format
  msgid "prefix attributes are ignored before %<@%D%>"
  msgstr ""
  
! #: cp/parser.c:30240 cp/parser.c:30247 cp/parser.c:30254
  #, gcc-internal-format
  msgid "invalid type for property"
  msgstr ""
  
! #: cp/parser.c:31381
  #, gcc-internal-format
  msgid "%<wait%> expression must be integral"
  msgstr ""
  
! #: cp/parser.c:32076
  #, gcc-internal-format
  msgid "invalid reduction-identifier"
  msgstr ""
  
! #: cp/parser.c:34275
  #, gcc-internal-format
  msgid "parenthesized initialization is not allowed in OpenMP %<for%> loop"
  msgstr ""
  
! #: cp/parser.c:34278
  #, gcc-internal-format
  msgid "parenthesized initialization is not allowed in for-loop"
  msgstr ""
  
! #: cp/parser.c:34374
  #, gcc-internal-format
  msgid ""
  "%<_Cilk_for%> allows expression instead of declaration only in C, not in C++"
  msgstr ""
  
! #: cp/parser.c:34610 cp/pt.c:15602
  #, gcc-internal-format
  msgid "iteration variable %qD should not be reduction"
  msgstr ""
  
! #: cp/parser.c:34695
  #, gcc-internal-format
  msgid "not enough for loops to collapse"
  msgstr ""
  
! #: cp/parser.c:36653
  #, gcc-internal-format
  msgid ""
  "vector attribute not immediately followed by a single function declaration "
  "or definition"
  msgstr ""
  
! #: cp/parser.c:36949
  #, gcc-internal-format
  msgid "invalid initializer clause"
  msgstr ""
  
! #: cp/parser.c:36977
  #, gcc-internal-format
  msgid "expected id-expression (arguments)"
  msgstr ""
  
! #: cp/parser.c:36989
  #, gcc-internal-format
  msgid ""
  "one of the initializer call arguments should be %<omp_priv%> or %<&omp_priv%>"
  msgstr ""
  
! #: cp/parser.c:37089
  #, gcc-internal-format
  msgid "types may not be defined in declare reduction type list"
  msgstr ""
  
! #: cp/parser.c:37111 cp/semantics.c:5400
  #, gcc-internal-format
  msgid "predeclared arithmetic type %qT in %<#pragma omp declare reduction%>"
  msgstr ""
  
! #: cp/parser.c:37116 cp/semantics.c:5409
  #, gcc-internal-format
  msgid "function or array type %qT in %<#pragma omp declare reduction%>"
  msgstr ""
  
! #: cp/parser.c:37119 cp/pt.c:12395 cp/semantics.c:5415
  #, gcc-internal-format
  msgid "reference type %qT in %<#pragma omp declare reduction%>"
  msgstr ""
  
! #: cp/parser.c:37122 cp/semantics.c:5421
  #, gcc-internal-format
  msgid ""
  "const, volatile or __restrict qualified type %qT in %<#pragma omp declare "
  "reduction%>"
  msgstr ""
  
! #: cp/parser.c:37472
  #, gcc-internal-format
  msgid "%<#pragma acc routine%> names a set of overloads"
  msgstr ""
  
! #: cp/parser.c:37482
  #, gcc-internal-format
  msgid "%qD does not refer to a namespace scope function"
  msgstr ""
  
  #. cancel-and-throw is unimplemented.
! #: cp/parser.c:37817
  #, gcc-internal-format
  msgid "atomic_cancel"
  msgstr ""
  
! #: cp/parser.c:37860 cp/semantics.c:8712
  #, gcc-internal-format
  msgid "%<__transaction_relaxed%> without transactional memory support enabled"
  msgstr ""
  
! #: cp/parser.c:37862 cp/semantics.c:8714
  #, gcc-internal-format
  msgid "%<__transaction_atomic%> without transactional memory support enabled"
  msgstr ""
  
! #: cp/parser.c:38058
  #, gcc-internal-format
  msgid "junk at end of %<#pragma GCC pch_preprocess%>"
  msgstr ""
  
! #: cp/parser.c:38091
  #, gcc-internal-format
  msgid "invalid grainsize for _Cilk_for"
  msgstr ""
  
! #: cp/parser.c:38346
  #, gcc-internal-format
  msgid "%<#pragma GCC ivdep%> must be inside a function"
  msgstr ""
  
! #: cp/parser.c:38367
  #, gcc-internal-format
  msgid "%<#pragma simd%> must be inside a function"
  msgstr ""
  
! #: cp/parser.c:38379
  #, gcc-internal-format
  msgid "%<#pragma cilk grainsize%> must be inside a function"
  msgstr ""
  
! #: cp/parser.c:38391
  #, gcc-internal-format
  msgid "-fcilkplus must be enabled to use %<#pragma cilk grainsize%>"
  msgstr ""
  
! #: cp/parser.c:38448
  #, gcc-internal-format
  msgid "inter-module optimizations not implemented for C++"
  msgstr ""
  
! #: cp/parser.c:38558
  #, gcc-internal-format
  msgid "expected variable-name"
  msgstr ""
  
! #: cp/parser.c:38622
  #, gcc-internal-format
  msgid "expected %<,%> or %<)%> after %qE"
  msgstr ""
  
! #: cp/parser.c:39021
  #, gcc-internal-format
  msgid "implicit templates may not be %<virtual%>"
  msgstr ""
*************** msgstr ""
*** 46037,46043 ****
  msgid "candidate is: %#D"
  msgstr ""
  
! #: cp/pt.c:1953 cp/semantics.c:5256
  #, gcc-internal-format
  msgid "%s %#D"
  msgstr ""
--- 46100,46106 ----
  msgid "candidate is: %#D"
  msgstr ""
  
! #: cp/pt.c:1953 cp/semantics.c:5269
  #, gcc-internal-format
  msgid "%s %#D"
  msgstr ""
*************** msgid ""
*** 46647,46886 ****
  "external linkage"
  msgstr ""
  
! #: cp/pt.c:6609
  #, gcc-internal-format
  msgid ""
  "%qE is not a valid template argument of type %qT because %qD has no linkage"
  msgstr ""
  
! #: cp/pt.c:6639
  #, gcc-internal-format
  msgid ""
  "%qE is not a valid template argument for type %qT because of conflicts in cv-"
  "qualification"
  msgstr ""
  
! #: cp/pt.c:6647
  #, gcc-internal-format
  msgid ""
  "%qE is not a valid template argument for type %qT because it is not an lvalue"
  msgstr ""
  
! #: cp/pt.c:6665
  #, gcc-internal-format
  msgid ""
  "%q#D is not a valid template argument for type %qT because a reference "
  "variable does not have a constant address"
  msgstr ""
  
! #: cp/pt.c:6677
  #, gcc-internal-format
  msgid ""
  "%qE is not a valid template argument for type %qT because it is not an "
  "object with linkage"
  msgstr ""
  
! #: cp/pt.c:6688
  #, gcc-internal-format
  msgid ""
  "%qE is not a valid template argument for type %qT because object %qD does "
  "not have linkage"
  msgstr ""
  
! #: cp/pt.c:6735
  #, gcc-internal-format
  msgid ""
  "%qE is not a valid template argument for type %qT because it is a pointer"
  msgstr ""
  
! #: cp/pt.c:6737
  #, gcc-internal-format
  msgid "try using %qE instead"
  msgstr ""
  
! #: cp/pt.c:6783 cp/pt.c:6815
  #, gcc-internal-format
  msgid ""
  "%qE is not a valid template argument for type %qT because it is of type %qT"
  msgstr ""
  
! #: cp/pt.c:6789
  #, gcc-internal-format
  msgid "standard conversions are not allowed in this context"
  msgstr ""
  
! #: cp/pt.c:7335
  #, gcc-internal-format
  msgid "ignoring attributes on template argument %qT"
  msgstr ""
  
! #: cp/pt.c:7351
  #, gcc-internal-format
  msgid "ignoring attributes in template argument %qE"
  msgstr ""
  
! #: cp/pt.c:7461
  #, gcc-internal-format
  msgid "injected-class-name %qD used as template template argument"
  msgstr ""
  
! #: cp/pt.c:7490
  #, gcc-internal-format
  msgid "invalid use of destructor %qE as a type"
  msgstr ""
  
! #: cp/pt.c:7495
  #, gcc-internal-format
  msgid "to refer to a type member of a template parameter, use %<typename %E%>"
  msgstr ""
  
! #: cp/pt.c:7511 cp/pt.c:7533 cp/pt.c:7586
  #, gcc-internal-format
  msgid "type/value mismatch at argument %d in template parameter list for %qD"
  msgstr ""
  
! #: cp/pt.c:7516
  #, gcc-internal-format
  msgid "  expected a constant of type %qT, got %qT"
  msgstr ""
  
! #: cp/pt.c:7521
  #, gcc-internal-format
  msgid "  expected a class template, got %qE"
  msgstr ""
  
! #: cp/pt.c:7524
  #, gcc-internal-format
  msgid "  expected a type, got %qE"
  msgstr ""
  
! #: cp/pt.c:7538
  #, gcc-internal-format
  msgid "  expected a type, got %qT"
  msgstr ""
  
! #: cp/pt.c:7541
  #, gcc-internal-format
  msgid "  expected a class template, got %qT"
  msgstr ""
  
! #: cp/pt.c:7590
  #, gcc-internal-format
  msgid "  expected a template of type %qD, got %qT"
  msgstr ""
  
! #: cp/pt.c:7604
  #, gcc-internal-format
  msgid "constraint mismatch at argument %d in template parameter list for %qD"
  msgstr ""
  
! #: cp/pt.c:7607
  #, gcc-internal-format
  msgid "  expected %qD but got %qD"
  msgstr ""
  
  #. Not sure if this is reachable, but it doesn't hurt
  #. to be robust.
! #: cp/pt.c:7652
  #, gcc-internal-format
  msgid "type mismatch in nontype parameter pack"
  msgstr ""
  
! #: cp/pt.c:7675
  #, gcc-internal-format
  msgid "could not convert template argument %qE from %qT to %qT"
  msgstr ""
  
! #: cp/pt.c:7812 cp/pt.c:8118
  #, gcc-internal-format, gfc-internal-format
  msgid "template argument %d is invalid"
  msgstr ""
  
! #: cp/pt.c:7827 cp/pt.c:7957 cp/pt.c:8143
  #, gcc-internal-format, gfc-internal-format
  msgid "wrong number of template arguments (%d, should be %d)"
  msgstr ""
  
! #: cp/pt.c:7953
  #, gcc-internal-format, gfc-internal-format
  msgid "wrong number of template arguments (%d, should be at least %d)"
  msgstr ""
  
! #: cp/pt.c:7962
  #, gcc-internal-format
  msgid "provided for %qD"
  msgstr ""
  
! #: cp/pt.c:7987
  #, gcc-internal-format
  msgid ""
  "pack expansion argument for non-pack parameter %qD of alias template %qD"
  msgstr ""
  
! #: cp/pt.c:7991
  #, gcc-internal-format
  msgid "pack expansion argument for non-pack parameter %qD of concept %qD"
  msgstr ""
  
! #: cp/pt.c:8084
  #, gcc-internal-format
  msgid ""
  "so any instantiation with a non-empty parameter pack would be ill-formed"
  msgstr ""
  
! #: cp/pt.c:8146
  #, gcc-internal-format
  msgid "provided for %q+D"
  msgstr ""
  
! #: cp/pt.c:8419
  #, gcc-internal-format
  msgid "%q#D is not a function template"
  msgstr ""
  
! #: cp/pt.c:8586
  #, gcc-internal-format
  msgid "non-template type %qT used as a template"
  msgstr ""
  
! #: cp/pt.c:8588
  #, gcc-internal-format
  msgid "for template declaration %q+D"
  msgstr ""
  
! #: cp/pt.c:8711
  #, gcc-internal-format
  msgid "template constraint failure"
  msgstr ""
  
! #: cp/pt.c:9056
  #, gcc-internal-format
  msgid "use of invalid variable template %qE"
  msgstr ""
  
! #: cp/pt.c:9492
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "template instantiation depth exceeds maximum of %d (use -ftemplate-depth= to "
  "increase the maximum)"
  msgstr ""
  
! #: cp/pt.c:11093
  #, gcc-internal-format
  msgid "fold of empty expansion over %O"
  msgstr ""
  
! #: cp/pt.c:11412
  #, gcc-internal-format
  msgid "mismatched argument pack lengths while expanding %<%T%>"
  msgstr ""
  
! #: cp/pt.c:11416
  #, gcc-internal-format
  msgid "mismatched argument pack lengths while expanding %<%E%>"
  msgstr ""
  
! #: cp/pt.c:11983
  #, gcc-internal-format
  msgid "  when instantiating default argument for call to %D"
  msgstr ""
--- 46710,46967 ----
  "external linkage"
  msgstr ""
  
! #: cp/pt.c:6610
  #, gcc-internal-format
  msgid ""
  "%qE is not a valid template argument of type %qT because %qD has no linkage"
  msgstr ""
  
! #: cp/pt.c:6625
! #, gcc-internal-format
! msgid "the address of %qD is not a valid template argument"
! msgstr ""
! 
! #: cp/pt.c:6634
! #, gcc-internal-format
! msgid ""
! "the address of the %qT subobject of %qD is not a valid template argument"
! msgstr ""
! 
! #: cp/pt.c:6641
! #, gcc-internal-format
! msgid ""
! "the address of %qD is not a valid template argument because it does not have "
! "static storage duration"
! msgstr ""
! 
! #: cp/pt.c:6672
  #, gcc-internal-format
  msgid ""
  "%qE is not a valid template argument for type %qT because of conflicts in cv-"
  "qualification"
  msgstr ""
  
! #: cp/pt.c:6680
  #, gcc-internal-format
  msgid ""
  "%qE is not a valid template argument for type %qT because it is not an lvalue"
  msgstr ""
  
! #: cp/pt.c:6698
  #, gcc-internal-format
  msgid ""
  "%q#D is not a valid template argument for type %qT because a reference "
  "variable does not have a constant address"
  msgstr ""
  
! #: cp/pt.c:6714
  #, gcc-internal-format
  msgid ""
  "%qE is not a valid template argument for type %qT because it is not an "
  "object with linkage"
  msgstr ""
  
! #: cp/pt.c:6725
  #, gcc-internal-format
  msgid ""
  "%qE is not a valid template argument for type %qT because object %qD does "
  "not have linkage"
  msgstr ""
  
! #: cp/pt.c:6775
  #, gcc-internal-format
  msgid ""
  "%qE is not a valid template argument for type %qT because it is a pointer"
  msgstr ""
  
! #: cp/pt.c:6777
  #, gcc-internal-format
  msgid "try using %qE instead"
  msgstr ""
  
! #: cp/pt.c:6823 cp/pt.c:6855
  #, gcc-internal-format
  msgid ""
  "%qE is not a valid template argument for type %qT because it is of type %qT"
  msgstr ""
  
! #: cp/pt.c:6829
  #, gcc-internal-format
  msgid "standard conversions are not allowed in this context"
  msgstr ""
  
! #: cp/pt.c:7417
  #, gcc-internal-format
  msgid "ignoring attributes on template argument %qT"
  msgstr ""
  
! #: cp/pt.c:7433
  #, gcc-internal-format
  msgid "ignoring attributes in template argument %qE"
  msgstr ""
  
! #: cp/pt.c:7543
  #, gcc-internal-format
  msgid "injected-class-name %qD used as template template argument"
  msgstr ""
  
! #: cp/pt.c:7572
  #, gcc-internal-format
  msgid "invalid use of destructor %qE as a type"
  msgstr ""
  
! #: cp/pt.c:7577
  #, gcc-internal-format
  msgid "to refer to a type member of a template parameter, use %<typename %E%>"
  msgstr ""
  
! #: cp/pt.c:7593 cp/pt.c:7615 cp/pt.c:7668
  #, gcc-internal-format
  msgid "type/value mismatch at argument %d in template parameter list for %qD"
  msgstr ""
  
! #: cp/pt.c:7598
  #, gcc-internal-format
  msgid "  expected a constant of type %qT, got %qT"
  msgstr ""
  
! #: cp/pt.c:7603
  #, gcc-internal-format
  msgid "  expected a class template, got %qE"
  msgstr ""
  
! #: cp/pt.c:7606
  #, gcc-internal-format
  msgid "  expected a type, got %qE"
  msgstr ""
  
! #: cp/pt.c:7620
  #, gcc-internal-format
  msgid "  expected a type, got %qT"
  msgstr ""
  
! #: cp/pt.c:7623
  #, gcc-internal-format
  msgid "  expected a class template, got %qT"
  msgstr ""
  
! #: cp/pt.c:7672
  #, gcc-internal-format
  msgid "  expected a template of type %qD, got %qT"
  msgstr ""
  
! #: cp/pt.c:7686
  #, gcc-internal-format
  msgid "constraint mismatch at argument %d in template parameter list for %qD"
  msgstr ""
  
! #: cp/pt.c:7689
  #, gcc-internal-format
  msgid "  expected %qD but got %qD"
  msgstr ""
  
  #. Not sure if this is reachable, but it doesn't hurt
  #. to be robust.
! #: cp/pt.c:7734
  #, gcc-internal-format
  msgid "type mismatch in nontype parameter pack"
  msgstr ""
  
! #: cp/pt.c:7757
  #, gcc-internal-format
  msgid "could not convert template argument %qE from %qT to %qT"
  msgstr ""
  
! #: cp/pt.c:7894 cp/pt.c:8200
  #, gcc-internal-format, gfc-internal-format
  msgid "template argument %d is invalid"
  msgstr ""
  
! #: cp/pt.c:7909 cp/pt.c:8039 cp/pt.c:8225
  #, gcc-internal-format, gfc-internal-format
  msgid "wrong number of template arguments (%d, should be %d)"
  msgstr ""
  
! #: cp/pt.c:8035
  #, gcc-internal-format, gfc-internal-format
  msgid "wrong number of template arguments (%d, should be at least %d)"
  msgstr ""
  
! #: cp/pt.c:8044
  #, gcc-internal-format
  msgid "provided for %qD"
  msgstr ""
  
! #: cp/pt.c:8069
  #, gcc-internal-format
  msgid ""
  "pack expansion argument for non-pack parameter %qD of alias template %qD"
  msgstr ""
  
! #: cp/pt.c:8073
  #, gcc-internal-format
  msgid "pack expansion argument for non-pack parameter %qD of concept %qD"
  msgstr ""
  
! #: cp/pt.c:8166
  #, gcc-internal-format
  msgid ""
  "so any instantiation with a non-empty parameter pack would be ill-formed"
  msgstr ""
  
! #: cp/pt.c:8228
  #, gcc-internal-format
  msgid "provided for %q+D"
  msgstr ""
  
! #: cp/pt.c:8501
  #, gcc-internal-format
  msgid "%q#D is not a function template"
  msgstr ""
  
! #: cp/pt.c:8668
  #, gcc-internal-format
  msgid "non-template type %qT used as a template"
  msgstr ""
  
! #: cp/pt.c:8670
  #, gcc-internal-format
  msgid "for template declaration %q+D"
  msgstr ""
  
! #: cp/pt.c:8793
  #, gcc-internal-format
  msgid "template constraint failure"
  msgstr ""
  
! #: cp/pt.c:9138
  #, gcc-internal-format
  msgid "use of invalid variable template %qE"
  msgstr ""
  
! #: cp/pt.c:9574
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "template instantiation depth exceeds maximum of %d (use -ftemplate-depth= to "
  "increase the maximum)"
  msgstr ""
  
! #: cp/pt.c:11175
  #, gcc-internal-format
  msgid "fold of empty expansion over %O"
  msgstr ""
  
! #: cp/pt.c:11494
  #, gcc-internal-format
  msgid "mismatched argument pack lengths while expanding %<%T%>"
  msgstr ""
  
! #: cp/pt.c:11498
  #, gcc-internal-format
  msgid "mismatched argument pack lengths while expanding %<%E%>"
  msgstr ""
  
! #: cp/pt.c:12065
  #, gcc-internal-format
  msgid "  when instantiating default argument for call to %D"
  msgstr ""
*************** msgstr ""
*** 46898,47172 ****
  #.
  #. is an attempt to declare a variable with function
  #. type.
! #: cp/pt.c:12843
  #, gcc-internal-format
  msgid "variable %qD has function type"
  msgstr ""
  
! #: cp/pt.c:13015
  #, gcc-internal-format
  msgid "invalid parameter type %qT"
  msgstr ""
  
! #: cp/pt.c:13017
  #, gcc-internal-format
  msgid "in declaration %q+D"
  msgstr ""
  
! #: cp/pt.c:13128
  #, gcc-internal-format
  msgid "function returning an array"
  msgstr ""
  
! #: cp/pt.c:13130
  #, gcc-internal-format
  msgid "function returning a function"
  msgstr ""
  
! #: cp/pt.c:13170
  #, gcc-internal-format
  msgid "creating pointer to member function of non-class type %qT"
  msgstr ""
  
! #: cp/pt.c:13783
  #, gcc-internal-format
  msgid "forming reference to void"
  msgstr ""
  
! #: cp/pt.c:13785
  #, gcc-internal-format
  msgid "forming pointer to reference type %qT"
  msgstr ""
  
! #: cp/pt.c:13787
  #, gcc-internal-format
  msgid "forming reference to reference type %qT"
  msgstr ""
  
! #: cp/pt.c:13800
  #, gcc-internal-format
  msgid "forming pointer to qualified function type %qT"
  msgstr ""
  
! #: cp/pt.c:13803
  #, gcc-internal-format
  msgid "forming reference to qualified function type %qT"
  msgstr ""
  
! #: cp/pt.c:13851
  #, gcc-internal-format
  msgid "creating pointer to member of non-class type %qT"
  msgstr ""
  
! #: cp/pt.c:13857
  #, gcc-internal-format
  msgid "creating pointer to member reference type %qT"
  msgstr ""
  
! #: cp/pt.c:13863
  #, gcc-internal-format
  msgid "creating pointer to member of type void"
  msgstr ""
  
! #: cp/pt.c:13929
  #, gcc-internal-format
  msgid "creating array of %qT"
  msgstr ""
  
! #: cp/pt.c:13962
  #, gcc-internal-format
  msgid "%qT is not a class, struct, or union type"
  msgstr ""
  
! #: cp/pt.c:13999
  #, gcc-internal-format
  msgid "%qT resolves to %qT, which is not an enumeration type"
  msgstr ""
  
! #: cp/pt.c:14007
  #, gcc-internal-format
  msgid "%qT resolves to %qT, which is is not a class type"
  msgstr ""
  
! #: cp/pt.c:14071
  #, gcc-internal-format
  msgid "empty initializer in lambda init-capture"
  msgstr ""
  
! #: cp/pt.c:14150
  #, gcc-internal-format
  msgid "use of %qs in template"
  msgstr ""
  
! #: cp/pt.c:14314
  #, gcc-internal-format
  msgid "qualifying type %qT does not match destructor name ~%qT"
  msgstr ""
  
! #: cp/pt.c:14329
  #, gcc-internal-format
  msgid ""
  "dependent-name %qE is parsed as a non-type, but instantiation yields a type"
  msgstr ""
  
! #: cp/pt.c:14331
  #, gcc-internal-format
  msgid "say %<typename %E%> if a type is meant"
  msgstr ""
  
! #: cp/pt.c:14551
  #, gcc-internal-format
  msgid "using invalid field %qD"
  msgstr ""
  
! #: cp/pt.c:15018 cp/pt.c:16437
  #, gcc-internal-format
  msgid "invalid use of pack expansion expression"
  msgstr ""
  
! #: cp/pt.c:15022 cp/pt.c:16441
  #, gcc-internal-format
  msgid "use %<...%> to expand argument pack"
  msgstr ""
  
! #: cp/pt.c:17236
  #, gcc-internal-format
  msgid ""
  "%qD was not declared in this scope, and no declarations were found by "
  "argument-dependent lookup at the point of instantiation"
  msgstr ""
  
! #: cp/pt.c:17265
  #, gcc-internal-format
  msgid "declarations in dependent base %qT are not found by unqualified lookup"
  msgstr ""
  
! #: cp/pt.c:17270
  #, gcc-internal-format
  msgid "use %<this->%D%> instead"
  msgstr ""
  
! #: cp/pt.c:17273
  #, gcc-internal-format
  msgid "use %<%T::%D%> instead"
  msgstr ""
  
! #: cp/pt.c:17278
  #, gcc-internal-format
  msgid "%qD declared here, later in the translation unit"
  msgstr ""
  
! #: cp/pt.c:17611
  #, gcc-internal-format
  msgid "%qT is not a class or namespace"
  msgstr ""
  
! #: cp/pt.c:17614
  #, gcc-internal-format
  msgid "%qD is not a class or namespace"
  msgstr ""
  
! #: cp/pt.c:17981
  #, gcc-internal-format
  msgid "%qT is/uses unnamed type"
  msgstr ""
  
! #: cp/pt.c:17983
  #, gcc-internal-format
  msgid "template argument for %qD uses local type %qT"
  msgstr ""
  
! #: cp/pt.c:17993
  #, gcc-internal-format
  msgid "%qT is a variably modified type"
  msgstr ""
  
! #: cp/pt.c:18008
  #, gcc-internal-format
  msgid "integral expression %qE is not constant"
  msgstr ""
  
! #: cp/pt.c:18026
  #, gcc-internal-format
  msgid "  trying to instantiate %qD"
  msgstr ""
  
! #: cp/pt.c:21892
  #, gcc-internal-format
  msgid "ambiguous template instantiation for %q#T"
  msgstr ""
  
! #: cp/pt.c:21894
  #, gcc-internal-format
  msgid "ambiguous template instantiation for %q#D"
  msgstr ""
  
! #: cp/pt.c:21900
  msgid "%s %#S"
  msgstr ""
  
! #: cp/pt.c:21924 cp/pt.c:22011
  #, gcc-internal-format
  msgid "explicit instantiation of non-template %q#D"
  msgstr ""
  
! #: cp/pt.c:21943
  #, gcc-internal-format
  msgid "%qD is not a static data member of a class template"
  msgstr ""
  
! #: cp/pt.c:21949 cp/pt.c:22006
  #, gcc-internal-format
  msgid "no matching template for %qD found"
  msgstr ""
  
! #: cp/pt.c:21954
  #, gcc-internal-format
  msgid ""
  "type %qT for explicit instantiation %qD does not match declared type %qT"
  msgstr ""
  
! #: cp/pt.c:21962
  #, gcc-internal-format
  msgid "explicit instantiation of %q#D"
  msgstr ""
  
! #: cp/pt.c:21998
  #, gcc-internal-format
  msgid "duplicate explicit instantiation of %q#D"
  msgstr ""
  
! #: cp/pt.c:22021 cp/pt.c:22118
  #, gcc-internal-format
  msgid "ISO C++ 1998 forbids the use of %<extern%> on explicit instantiations"
  msgstr ""
  
! #: cp/pt.c:22026 cp/pt.c:22135
  #, gcc-internal-format
  msgid "storage class %qD applied to template instantiation"
  msgstr ""
  
! #: cp/pt.c:22094
  #, gcc-internal-format
  msgid "explicit instantiation of non-class template %qD"
  msgstr ""
  
! #: cp/pt.c:22096
  #, gcc-internal-format
  msgid "explicit instantiation of non-template type %qT"
  msgstr ""
  
! #: cp/pt.c:22105
  #, gcc-internal-format
  msgid "explicit instantiation of %q#T before definition of template"
  msgstr ""
  
! #: cp/pt.c:22123
  #, gcc-internal-format
  msgid "ISO C++ forbids the use of %qE on explicit instantiations"
  msgstr ""
  
! #: cp/pt.c:22169
  #, gcc-internal-format
  msgid "duplicate explicit instantiation of %q#T"
  msgstr ""
--- 46979,47253 ----
  #.
  #. is an attempt to declare a variable with function
  #. type.
! #: cp/pt.c:12925
  #, gcc-internal-format
  msgid "variable %qD has function type"
  msgstr ""
  
! #: cp/pt.c:13097
  #, gcc-internal-format
  msgid "invalid parameter type %qT"
  msgstr ""
  
! #: cp/pt.c:13099
  #, gcc-internal-format
  msgid "in declaration %q+D"
  msgstr ""
  
! #: cp/pt.c:13210
  #, gcc-internal-format
  msgid "function returning an array"
  msgstr ""
  
! #: cp/pt.c:13212
  #, gcc-internal-format
  msgid "function returning a function"
  msgstr ""
  
! #: cp/pt.c:13252
  #, gcc-internal-format
  msgid "creating pointer to member function of non-class type %qT"
  msgstr ""
  
! #: cp/pt.c:13865
  #, gcc-internal-format
  msgid "forming reference to void"
  msgstr ""
  
! #: cp/pt.c:13867
  #, gcc-internal-format
  msgid "forming pointer to reference type %qT"
  msgstr ""
  
! #: cp/pt.c:13869
  #, gcc-internal-format
  msgid "forming reference to reference type %qT"
  msgstr ""
  
! #: cp/pt.c:13882
  #, gcc-internal-format
  msgid "forming pointer to qualified function type %qT"
  msgstr ""
  
! #: cp/pt.c:13885
  #, gcc-internal-format
  msgid "forming reference to qualified function type %qT"
  msgstr ""
  
! #: cp/pt.c:13933
  #, gcc-internal-format
  msgid "creating pointer to member of non-class type %qT"
  msgstr ""
  
! #: cp/pt.c:13939
  #, gcc-internal-format
  msgid "creating pointer to member reference type %qT"
  msgstr ""
  
! #: cp/pt.c:13945
  #, gcc-internal-format
  msgid "creating pointer to member of type void"
  msgstr ""
  
! #: cp/pt.c:14011
  #, gcc-internal-format
  msgid "creating array of %qT"
  msgstr ""
  
! #: cp/pt.c:14044
  #, gcc-internal-format
  msgid "%qT is not a class, struct, or union type"
  msgstr ""
  
! #: cp/pt.c:14081
  #, gcc-internal-format
  msgid "%qT resolves to %qT, which is not an enumeration type"
  msgstr ""
  
! #: cp/pt.c:14089
  #, gcc-internal-format
  msgid "%qT resolves to %qT, which is is not a class type"
  msgstr ""
  
! #: cp/pt.c:14153
  #, gcc-internal-format
  msgid "empty initializer in lambda init-capture"
  msgstr ""
  
! #: cp/pt.c:14232
  #, gcc-internal-format
  msgid "use of %qs in template"
  msgstr ""
  
! #: cp/pt.c:14396
  #, gcc-internal-format
  msgid "qualifying type %qT does not match destructor name ~%qT"
  msgstr ""
  
! #: cp/pt.c:14411
  #, gcc-internal-format
  msgid ""
  "dependent-name %qE is parsed as a non-type, but instantiation yields a type"
  msgstr ""
  
! #: cp/pt.c:14413
  #, gcc-internal-format
  msgid "say %<typename %E%> if a type is meant"
  msgstr ""
  
! #: cp/pt.c:14633
  #, gcc-internal-format
  msgid "using invalid field %qD"
  msgstr ""
  
! #: cp/pt.c:15100 cp/pt.c:16519
  #, gcc-internal-format
  msgid "invalid use of pack expansion expression"
  msgstr ""
  
! #: cp/pt.c:15104 cp/pt.c:16523
  #, gcc-internal-format
  msgid "use %<...%> to expand argument pack"
  msgstr ""
  
! #: cp/pt.c:17318
  #, gcc-internal-format
  msgid ""
  "%qD was not declared in this scope, and no declarations were found by "
  "argument-dependent lookup at the point of instantiation"
  msgstr ""
  
! #: cp/pt.c:17347
  #, gcc-internal-format
  msgid "declarations in dependent base %qT are not found by unqualified lookup"
  msgstr ""
  
! #: cp/pt.c:17352
  #, gcc-internal-format
  msgid "use %<this->%D%> instead"
  msgstr ""
  
! #: cp/pt.c:17355
  #, gcc-internal-format
  msgid "use %<%T::%D%> instead"
  msgstr ""
  
! #: cp/pt.c:17360
  #, gcc-internal-format
  msgid "%qD declared here, later in the translation unit"
  msgstr ""
  
! #: cp/pt.c:17693
  #, gcc-internal-format
  msgid "%qT is not a class or namespace"
  msgstr ""
  
! #: cp/pt.c:17696
  #, gcc-internal-format
  msgid "%qD is not a class or namespace"
  msgstr ""
  
! #: cp/pt.c:18063
  #, gcc-internal-format
  msgid "%qT is/uses unnamed type"
  msgstr ""
  
! #: cp/pt.c:18065
  #, gcc-internal-format
  msgid "template argument for %qD uses local type %qT"
  msgstr ""
  
! #: cp/pt.c:18075
  #, gcc-internal-format
  msgid "%qT is a variably modified type"
  msgstr ""
  
! #: cp/pt.c:18090
  #, gcc-internal-format
  msgid "integral expression %qE is not constant"
  msgstr ""
  
! #: cp/pt.c:18108
  #, gcc-internal-format
  msgid "  trying to instantiate %qD"
  msgstr ""
  
! #: cp/pt.c:21981
  #, gcc-internal-format
  msgid "ambiguous template instantiation for %q#T"
  msgstr ""
  
! #: cp/pt.c:21983
  #, gcc-internal-format
  msgid "ambiguous template instantiation for %q#D"
  msgstr ""
  
! #: cp/pt.c:21989
  msgid "%s %#S"
  msgstr ""
  
! #: cp/pt.c:22013 cp/pt.c:22100
  #, gcc-internal-format
  msgid "explicit instantiation of non-template %q#D"
  msgstr ""
  
! #: cp/pt.c:22032
  #, gcc-internal-format
  msgid "%qD is not a static data member of a class template"
  msgstr ""
  
! #: cp/pt.c:22038 cp/pt.c:22095
  #, gcc-internal-format
  msgid "no matching template for %qD found"
  msgstr ""
  
! #: cp/pt.c:22043
  #, gcc-internal-format
  msgid ""
  "type %qT for explicit instantiation %qD does not match declared type %qT"
  msgstr ""
  
! #: cp/pt.c:22051
  #, gcc-internal-format
  msgid "explicit instantiation of %q#D"
  msgstr ""
  
! #: cp/pt.c:22087
  #, gcc-internal-format
  msgid "duplicate explicit instantiation of %q#D"
  msgstr ""
  
! #: cp/pt.c:22110 cp/pt.c:22207
  #, gcc-internal-format
  msgid "ISO C++ 1998 forbids the use of %<extern%> on explicit instantiations"
  msgstr ""
  
! #: cp/pt.c:22115 cp/pt.c:22224
  #, gcc-internal-format
  msgid "storage class %qD applied to template instantiation"
  msgstr ""
  
! #: cp/pt.c:22183
  #, gcc-internal-format
  msgid "explicit instantiation of non-class template %qD"
  msgstr ""
  
! #: cp/pt.c:22185
  #, gcc-internal-format
  msgid "explicit instantiation of non-template type %qT"
  msgstr ""
  
! #: cp/pt.c:22194
  #, gcc-internal-format
  msgid "explicit instantiation of %q#T before definition of template"
  msgstr ""
  
! #: cp/pt.c:22212
  #, gcc-internal-format
  msgid "ISO C++ forbids the use of %qE on explicit instantiations"
  msgstr ""
  
! #: cp/pt.c:22258
  #, gcc-internal-format
  msgid "duplicate explicit instantiation of %q#T"
  msgstr ""
*************** msgstr ""
*** 47178,47189 ****
  #. member function or static data member of a class template
  #. shall be present in every translation unit in which it is
  #. explicitly instantiated.
! #: cp/pt.c:22719
  #, gcc-internal-format
  msgid "explicit instantiation of %qD but no definition available"
  msgstr ""
  
! #: cp/pt.c:22971
  #, gcc-internal-format
  msgid ""
  "template instantiation depth exceeds maximum of %d instantiating %q+D, "
--- 47259,47270 ----
  #. member function or static data member of a class template
  #. shall be present in every translation unit in which it is
  #. explicitly instantiated.
! #: cp/pt.c:22808
  #, gcc-internal-format
  msgid "explicit instantiation of %qD but no definition available"
  msgstr ""
  
! #: cp/pt.c:23060
  #, gcc-internal-format
  msgid ""
  "template instantiation depth exceeds maximum of %d instantiating %q+D, "
*************** msgid ""
*** 47191,47278 ****
  "the maximum)"
  msgstr ""
  
! #: cp/pt.c:23313
  #, gcc-internal-format
  msgid "invalid template non-type parameter"
  msgstr ""
  
! #: cp/pt.c:23315
  #, gcc-internal-format
  msgid "%q#T is not a valid type for a template non-type parameter"
  msgstr ""
  
! #: cp/pt.c:24740
  #, gcc-internal-format
  msgid ""
  "deducing from brace-enclosed initializer list requires #include "
  "<initializer_list>"
  msgstr ""
  
! #: cp/pt.c:25197
  #, gcc-internal-format
  msgid "non-class template %qT used without template arguments"
  msgstr ""
  
! #: cp/pt.c:25273
  #, gcc-internal-format
  msgid ""
  "cannot deduce template arguments for copy-initialization of %qT, as it has "
  "no non-explicit deduction guides or user-declared constructors"
  msgstr ""
  
! #: cp/pt.c:25287
  #, gcc-internal-format
  msgid "class template argument deduction failed:"
  msgstr ""
  
! #: cp/pt.c:25291
  #, gcc-internal-format
  msgid "explicit deduction guides not considered for copy-initialization"
  msgstr ""
  
! #: cp/pt.c:25361
  #, gcc-internal-format
  msgid "direct-list-initialization of %<auto%> requires exactly one element"
  msgstr ""
  
! #: cp/pt.c:25364
  #, gcc-internal-format
  msgid ""
  "for deduction to %<std::initializer_list%>, use copy-list-initialization (i."
  "e. add %<=%> before the %<{%>)"
  msgstr ""
  
! #: cp/pt.c:25396
  #, gcc-internal-format
  msgid "%qT as type rather than plain %<decltype(auto)%>"
  msgstr ""
  
! #: cp/pt.c:25431
  #, gcc-internal-format
  msgid "unable to deduce lambda return type from %qE"
  msgstr ""
  
! #: cp/pt.c:25433
  #, gcc-internal-format
  msgid "unable to deduce %qT from %qE"
  msgstr ""
  
! #: cp/pt.c:25466
  #, gcc-internal-format
  msgid "placeholder constraints not satisfied"
  msgstr ""
  
! #: cp/pt.c:25470
  #, gcc-internal-format
  msgid "deduced initializer does not satisfy placeholder constraints"
  msgstr ""
  
! #: cp/pt.c:25474
  #, gcc-internal-format
  msgid "deduced return type does not satisfy placeholder constraints"
  msgstr ""
  
! #: cp/pt.c:25478
  #, gcc-internal-format
  msgid "deduced expression type does not satisfy placeholder constraints"
  msgstr ""
--- 47272,47359 ----
  "the maximum)"
  msgstr ""
  
! #: cp/pt.c:23402
  #, gcc-internal-format
  msgid "invalid template non-type parameter"
  msgstr ""
  
! #: cp/pt.c:23404
  #, gcc-internal-format
  msgid "%q#T is not a valid type for a template non-type parameter"
  msgstr ""
  
! #: cp/pt.c:24862
  #, gcc-internal-format
  msgid ""
  "deducing from brace-enclosed initializer list requires #include "
  "<initializer_list>"
  msgstr ""
  
! #: cp/pt.c:25317
  #, gcc-internal-format
  msgid "non-class template %qT used without template arguments"
  msgstr ""
  
! #: cp/pt.c:25393
  #, gcc-internal-format
  msgid ""
  "cannot deduce template arguments for copy-initialization of %qT, as it has "
  "no non-explicit deduction guides or user-declared constructors"
  msgstr ""
  
! #: cp/pt.c:25407
  #, gcc-internal-format
  msgid "class template argument deduction failed:"
  msgstr ""
  
! #: cp/pt.c:25411
  #, gcc-internal-format
  msgid "explicit deduction guides not considered for copy-initialization"
  msgstr ""
  
! #: cp/pt.c:25481
  #, gcc-internal-format
  msgid "direct-list-initialization of %<auto%> requires exactly one element"
  msgstr ""
  
! #: cp/pt.c:25484
  #, gcc-internal-format
  msgid ""
  "for deduction to %<std::initializer_list%>, use copy-list-initialization (i."
  "e. add %<=%> before the %<{%>)"
  msgstr ""
  
! #: cp/pt.c:25516
  #, gcc-internal-format
  msgid "%qT as type rather than plain %<decltype(auto)%>"
  msgstr ""
  
! #: cp/pt.c:25551
  #, gcc-internal-format
  msgid "unable to deduce lambda return type from %qE"
  msgstr ""
  
! #: cp/pt.c:25553
  #, gcc-internal-format
  msgid "unable to deduce %qT from %qE"
  msgstr ""
  
! #: cp/pt.c:25586
  #, gcc-internal-format
  msgid "placeholder constraints not satisfied"
  msgstr ""
  
! #: cp/pt.c:25590
  #, gcc-internal-format
  msgid "deduced initializer does not satisfy placeholder constraints"
  msgstr ""
  
! #: cp/pt.c:25594
  #, gcc-internal-format
  msgid "deduced return type does not satisfy placeholder constraints"
  msgstr ""
  
! #: cp/pt.c:25598
  #, gcc-internal-format
  msgid "deduced expression type does not satisfy placeholder constraints"
  msgstr ""
*************** msgstr ""
*** 47431,47912 ****
  msgid "  since %q+#D declared in base class"
  msgstr ""
  
! #: cp/semantics.c:848
  #, gcc-internal-format
  msgid "suggest explicit braces around empty body in %<do%> statement"
  msgstr ""
  
! #: cp/semantics.c:1516
  #, gcc-internal-format
  msgid "type of asm operand %qE could not be determined"
  msgstr ""
  
! #: cp/semantics.c:1581
  #, gcc-internal-format
  msgid "__label__ declarations are only allowed in function scopes"
  msgstr ""
  
! #: cp/semantics.c:1761
  #, gcc-internal-format
  msgid "invalid use of member %qD in static member function"
  msgstr ""
  
! #: cp/semantics.c:2447
  #, gcc-internal-format
  msgid "arguments to destructor are not allowed"
  msgstr ""
  
! #: cp/semantics.c:2544
  #, gcc-internal-format
  msgid "%<this%> is unavailable for static member functions"
  msgstr ""
  
! #: cp/semantics.c:2546
  #, gcc-internal-format
  msgid "invalid use of %<this%> in non-member function"
  msgstr ""
  
! #: cp/semantics.c:2548
  #, gcc-internal-format
  msgid "invalid use of %<this%> at top level"
  msgstr ""
  
! #: cp/semantics.c:2570
  #, gcc-internal-format
  msgid "invalid qualifying scope in pseudo-destructor name"
  msgstr ""
  
! #: cp/semantics.c:2578 cp/typeck.c:2545
  #, gcc-internal-format
  msgid "qualified type %qT does not match destructor name ~%qT"
  msgstr ""
  
! #: cp/semantics.c:2600
  #, gcc-internal-format
  msgid "%qE is not of type %qT"
  msgstr ""
  
! #: cp/semantics.c:2671
  #, gcc-internal-format
  msgid "compound literal of non-object type %qT"
  msgstr ""
  
! #: cp/semantics.c:2799
  #, gcc-internal-format
  msgid "template type parameters must use the keyword %<class%> or %<typename%>"
  msgstr ""
  
! #: cp/semantics.c:2849
  #, gcc-internal-format
  msgid ""
  "invalid use of type %qT as a default value for a template template-parameter"
  msgstr ""
  
! #: cp/semantics.c:2852
  #, gcc-internal-format
  msgid "invalid default argument for a template template parameter"
  msgstr ""
  
! #: cp/semantics.c:2869
  #, gcc-internal-format
  msgid "definition of %q#T inside template parameter list"
  msgstr ""
  
! #: cp/semantics.c:2900
  #, gcc-internal-format
  msgid "invalid definition of qualified type %qT"
  msgstr ""
  
! #: cp/semantics.c:3187
  #, gcc-internal-format
  msgid "invalid base-class specification"
  msgstr ""
  
! #: cp/semantics.c:3348
  #, gcc-internal-format
  msgid "cannot capture member %qD of anonymous union"
  msgstr ""
  
! #: cp/semantics.c:3361 cp/semantics.c:9407
  #, gcc-internal-format
  msgid "%qD is not captured"
  msgstr ""
  
! #: cp/semantics.c:3366
  #, gcc-internal-format
  msgid "the lambda has no capture-default"
  msgstr ""
  
! #: cp/semantics.c:3368
  #, gcc-internal-format
  msgid ""
  "lambda in local class %q+T cannot capture variables from the enclosing "
  "context"
  msgstr ""
  
! #: cp/semantics.c:3380
  #, gcc-internal-format
  msgid "use of local variable with automatic storage from containing function"
  msgstr ""
  
! #: cp/semantics.c:3382
  #, gcc-internal-format
  msgid "use of parameter from containing function"
  msgstr ""
  
! #: cp/semantics.c:3514
  #, gcc-internal-format
  msgid "use of parameter outside function body"
  msgstr ""
  
! #: cp/semantics.c:3524
  #, gcc-internal-format
  msgid "missing template arguments"
  msgstr ""
  
! #: cp/semantics.c:3551
  #, gcc-internal-format
  msgid ""
  "template parameter %qD of type %qT is not allowed in an integral constant "
  "expression because it is not of integral or enumeration type"
  msgstr ""
  
! #: cp/semantics.c:3648
  #, gcc-internal-format
  msgid "use of namespace %qD as expression"
  msgstr ""
  
! #: cp/semantics.c:3653
  #, gcc-internal-format
  msgid "use of class template %qT as expression"
  msgstr ""
  
  #. Ambiguous reference to base members.
! #: cp/semantics.c:3659
  #, gcc-internal-format
  msgid "request for member %qD is ambiguous in multiple inheritance lattice"
  msgstr ""
  
! #: cp/semantics.c:3685
  #, gcc-internal-format
  msgid "%qD cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/semantics.c:3818
  #, gcc-internal-format
  msgid "type of %qE is unknown"
  msgstr ""
  
! #: cp/semantics.c:3847
  #, gcc-internal-format
  msgid "%qT is not an enumeration type"
  msgstr ""
  
  #. Parameter packs can only be used in templates
! #: cp/semantics.c:4002
  #, gcc-internal-format
  msgid "Parameter pack __bases only valid in template declaration"
  msgstr ""
  
! #: cp/semantics.c:4031
  #, gcc-internal-format
  msgid "cannot apply %<offsetof%> to destructor %<~%T%>"
  msgstr ""
  
! #: cp/semantics.c:4040
  #, gcc-internal-format
  msgid ""
  "second operand of %<offsetof%> is neither a single identifier nor a sequence "
  "of member accesses and array references"
  msgstr ""
  
! #: cp/semantics.c:4048
  #, gcc-internal-format
  msgid "cannot apply %<offsetof%> to member function %qD"
  msgstr ""
  
! #: cp/semantics.c:4061
  #, gcc-internal-format
  msgid "offsetof within non-standard-layout type %qT is undefined"
  msgstr ""
  
! #: cp/semantics.c:4572 cp/semantics.c:6061 cp/semantics.c:6132
! #: cp/semantics.c:6175 cp/semantics.c:6540 cp/semantics.c:6639
! #: cp/semantics.c:6782
  #, gcc-internal-format
  msgid "%<this%> allowed in OpenMP only in %<declare simd%> clauses"
  msgstr ""
  
! #: cp/semantics.c:5253
  #, gcc-internal-format
  msgid "user defined reduction lookup is ambiguous"
  msgstr ""
  
! #: cp/semantics.c:5526
  #, gcc-internal-format
  msgid "%qE in %<reduction%> clause is a zero size array"
  msgstr ""
  
! #: cp/semantics.c:5574
  #, gcc-internal-format
  msgid "%qE has const type for %<reduction%>"
  msgstr ""
  
! #: cp/semantics.c:5686
  #, gcc-internal-format
  msgid "user defined reduction with constructor initializer for base class %qT"
  msgstr ""
  
! #: cp/semantics.c:5920
  #, gcc-internal-format
  msgid ""
  "linear clause with %qs modifier applied to non-reference variable with %qT "
  "type"
  msgstr ""
  
! #: cp/semantics.c:5935
  #, gcc-internal-format
  msgid ""
  "linear clause applied to non-integral, non-floating, non-pointer variable "
  "with %qT type"
  msgstr ""
  
! #: cp/semantics.c:5947
  #, gcc-internal-format
  msgid ""
  "linear clause applied to non-integral non-pointer variable with %qT type"
  msgstr ""
  
! #: cp/semantics.c:5969
  #, gcc-internal-format
  msgid "linear step expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6072
  #, gcc-internal-format
  msgid "%qD is not a variable in clause %qs"
  msgstr ""
  
! #: cp/semantics.c:6144
  #, gcc-internal-format
  msgid "%qD is not a variable in clause %<firstprivate%>"
  msgstr ""
  
! #: cp/semantics.c:6187
  #, gcc-internal-format
  msgid "%qD is not a variable in clause %<lastprivate%>"
  msgstr ""
  
! #: cp/semantics.c:6232
  #, gcc-internal-format
  msgid "%<gang%> static expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6246
  #, gcc-internal-format
  msgid "%<gang%> static value must be positive"
  msgstr ""
  
! #: cp/semantics.c:6280
  #, gcc-internal-format
  msgid "%<gang%> num expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6283
  #, gcc-internal-format
  msgid "%<vector%> length expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6287
  #, gcc-internal-format
  msgid "%<worker%> num expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6291
  #, gcc-internal-format
  msgid "%qs expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6309
  #, gcc-internal-format
  msgid "%<gang%> num value must be positive"
  msgstr ""
  
! #: cp/semantics.c:6313
  #, gcc-internal-format
  msgid "%<vector%> length value must be positive"
  msgstr ""
  
! #: cp/semantics.c:6318
  #, gcc-internal-format
  msgid "%<worker%> num value must be positive"
  msgstr ""
  
! #: cp/semantics.c:6370
  #, gcc-internal-format
  msgid "schedule chunk size expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6413
  #, gcc-internal-format
  msgid "%qs length expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6426
  #, gcc-internal-format
  msgid "%qs length expression must be positive constant integer expression"
  msgstr ""
  
! #: cp/semantics.c:6445
  #, gcc-internal-format
  msgid "%<async%> expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6473
  #, gcc-internal-format
  msgid "%<thread_limit%> expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6502
  #, gcc-internal-format
  msgid "%<device%> id must be integral"
  msgstr ""
  
! #: cp/semantics.c:6523
  #, gcc-internal-format
  msgid "%<dist_schedule%> chunk size expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6550
  #, gcc-internal-format
  msgid "%qD is not a variable in %<aligned%> clause"
  msgstr ""
  
! #: cp/semantics.c:6564
  #, gcc-internal-format
  msgid ""
  "%qE in %<aligned%> clause is neither a pointer nor an array nor a reference "
  "to pointer or array"
  msgstr ""
  
! #: cp/semantics.c:6570
  #, gcc-internal-format
  msgid "%qD appears more than once in %<aligned%> clauses"
  msgstr ""
  
! #: cp/semantics.c:6583
  #, gcc-internal-format
  msgid "%<aligned%> clause alignment expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6632
  #, gcc-internal-format
  msgid "%qD is not a variable in %<depend%> clause"
  msgstr ""
  
! #: cp/semantics.c:6917
  #, gcc-internal-format
  msgid "overloaded function name %qE in clause %qs"
  msgstr ""
  
! #: cp/semantics.c:6921
  #, gcc-internal-format
  msgid "template %qE in clause %qs"
  msgstr ""
  
! #: cp/semantics.c:6986
  #, gcc-internal-format
  msgid "%<grainsize%> expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:7015
  #, gcc-internal-format
  msgid "%<priority%> expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:7044
  #, gcc-internal-format
  msgid "%<num_tasks%> expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:7073
  #, gcc-internal-format
  msgid ""
  "%qs variable is neither a pointer, nor an array nor reference to pointer or "
  "array"
  msgstr ""
  
! #: cp/semantics.c:7113
  #, gcc-internal-format
  msgid "%<tile%> argument needs integral type"
  msgstr ""
  
! #: cp/semantics.c:7532
  #, gcc-internal-format
  msgid "%<threadprivate%> %qD is not file, namespace or block scope variable"
  msgstr ""
  
! #: cp/semantics.c:7546
  #, gcc-internal-format
  msgid "%<threadprivate%> %qE directive not in %qT definition"
  msgstr ""
  
! #: cp/semantics.c:7751
  #, gcc-internal-format
  msgid "difference between %qE and %qD does not have integer type"
  msgstr ""
  
! #: cp/semantics.c:8179
  #, gcc-internal-format
  msgid "%<#pragma omp simd%> used with class iteration variable %qE"
  msgstr ""
  
! #: cp/semantics.c:8522 cp/semantics.c:8532
  #, gcc-internal-format
  msgid "%<#pragma omp atomic update%> uses two different expressions for memory"
  msgstr ""
  
! #: cp/semantics.c:8825
  #, gcc-internal-format
  msgid "static assertion failed"
  msgstr ""
  
! #: cp/semantics.c:8827
  #, gcc-internal-format, gfc-internal-format
  msgid "static assertion failed: %s"
  msgstr ""
  
! #: cp/semantics.c:8832
  #, gcc-internal-format
  msgid "non-constant condition for static assertion"
  msgstr ""
  
! #: cp/semantics.c:8862
  #, gcc-internal-format
  msgid "argument to decltype must be an expression"
  msgstr ""
  
! #: cp/semantics.c:8890
  #, gcc-internal-format
  msgid "decltype cannot resolve address of overloaded function"
  msgstr ""
  
! #: cp/semantics.c:9446
  #, gcc-internal-format
  msgid "operand of fold expression has no unexpanded parameter packs"
  msgstr ""
  
! #: cp/semantics.c:9499
  #, gcc-internal-format
  msgid "both arguments in binary fold have unexpanded parameter packs"
  msgstr ""
  
! #: cp/semantics.c:9501
  #, gcc-internal-format
  msgid "no unexpanded parameter packs in binary fold"
  msgstr ""
  
! #: cp/semantics.c:9519
  #, gcc-internal-format
  msgid "non-pointer argument to %<__builtin_launder%>"
  msgstr ""
--- 47512,47993 ----
  msgid "  since %q+#D declared in base class"
  msgstr ""
  
! #: cp/semantics.c:851
  #, gcc-internal-format
  msgid "suggest explicit braces around empty body in %<do%> statement"
  msgstr ""
  
! #: cp/semantics.c:1519
  #, gcc-internal-format
  msgid "type of asm operand %qE could not be determined"
  msgstr ""
  
! #: cp/semantics.c:1584
  #, gcc-internal-format
  msgid "__label__ declarations are only allowed in function scopes"
  msgstr ""
  
! #: cp/semantics.c:1764
  #, gcc-internal-format
  msgid "invalid use of member %qD in static member function"
  msgstr ""
  
! #: cp/semantics.c:2460
  #, gcc-internal-format
  msgid "arguments to destructor are not allowed"
  msgstr ""
  
! #: cp/semantics.c:2557
  #, gcc-internal-format
  msgid "%<this%> is unavailable for static member functions"
  msgstr ""
  
! #: cp/semantics.c:2559
  #, gcc-internal-format
  msgid "invalid use of %<this%> in non-member function"
  msgstr ""
  
! #: cp/semantics.c:2561
  #, gcc-internal-format
  msgid "invalid use of %<this%> at top level"
  msgstr ""
  
! #: cp/semantics.c:2583
  #, gcc-internal-format
  msgid "invalid qualifying scope in pseudo-destructor name"
  msgstr ""
  
! #: cp/semantics.c:2591 cp/typeck.c:2545
  #, gcc-internal-format
  msgid "qualified type %qT does not match destructor name ~%qT"
  msgstr ""
  
! #: cp/semantics.c:2613
  #, gcc-internal-format
  msgid "%qE is not of type %qT"
  msgstr ""
  
! #: cp/semantics.c:2684
  #, gcc-internal-format
  msgid "compound literal of non-object type %qT"
  msgstr ""
  
! #: cp/semantics.c:2812
  #, gcc-internal-format
  msgid "template type parameters must use the keyword %<class%> or %<typename%>"
  msgstr ""
  
! #: cp/semantics.c:2862
  #, gcc-internal-format
  msgid ""
  "invalid use of type %qT as a default value for a template template-parameter"
  msgstr ""
  
! #: cp/semantics.c:2865
  #, gcc-internal-format
  msgid "invalid default argument for a template template parameter"
  msgstr ""
  
! #: cp/semantics.c:2882
  #, gcc-internal-format
  msgid "definition of %q#T inside template parameter list"
  msgstr ""
  
! #: cp/semantics.c:2913
  #, gcc-internal-format
  msgid "invalid definition of qualified type %qT"
  msgstr ""
  
! #: cp/semantics.c:3200
  #, gcc-internal-format
  msgid "invalid base-class specification"
  msgstr ""
  
! #: cp/semantics.c:3361
  #, gcc-internal-format
  msgid "cannot capture member %qD of anonymous union"
  msgstr ""
  
! #: cp/semantics.c:3374 cp/semantics.c:9420
  #, gcc-internal-format
  msgid "%qD is not captured"
  msgstr ""
  
! #: cp/semantics.c:3379
  #, gcc-internal-format
  msgid "the lambda has no capture-default"
  msgstr ""
  
! #: cp/semantics.c:3381
  #, gcc-internal-format
  msgid ""
  "lambda in local class %q+T cannot capture variables from the enclosing "
  "context"
  msgstr ""
  
! #: cp/semantics.c:3393
  #, gcc-internal-format
  msgid "use of local variable with automatic storage from containing function"
  msgstr ""
  
! #: cp/semantics.c:3395
  #, gcc-internal-format
  msgid "use of parameter from containing function"
  msgstr ""
  
! #: cp/semantics.c:3527
  #, gcc-internal-format
  msgid "use of parameter outside function body"
  msgstr ""
  
! #: cp/semantics.c:3537
  #, gcc-internal-format
  msgid "missing template arguments"
  msgstr ""
  
! #: cp/semantics.c:3564
  #, gcc-internal-format
  msgid ""
  "template parameter %qD of type %qT is not allowed in an integral constant "
  "expression because it is not of integral or enumeration type"
  msgstr ""
  
! #: cp/semantics.c:3661
  #, gcc-internal-format
  msgid "use of namespace %qD as expression"
  msgstr ""
  
! #: cp/semantics.c:3666
  #, gcc-internal-format
  msgid "use of class template %qT as expression"
  msgstr ""
  
  #. Ambiguous reference to base members.
! #: cp/semantics.c:3672
  #, gcc-internal-format
  msgid "request for member %qD is ambiguous in multiple inheritance lattice"
  msgstr ""
  
! #: cp/semantics.c:3698
  #, gcc-internal-format
  msgid "%qD cannot appear in a constant-expression"
  msgstr ""
  
! #: cp/semantics.c:3831
  #, gcc-internal-format
  msgid "type of %qE is unknown"
  msgstr ""
  
! #: cp/semantics.c:3860
  #, gcc-internal-format
  msgid "%qT is not an enumeration type"
  msgstr ""
  
  #. Parameter packs can only be used in templates
! #: cp/semantics.c:4015
  #, gcc-internal-format
  msgid "Parameter pack __bases only valid in template declaration"
  msgstr ""
  
! #: cp/semantics.c:4044
  #, gcc-internal-format
  msgid "cannot apply %<offsetof%> to destructor %<~%T%>"
  msgstr ""
  
! #: cp/semantics.c:4053
  #, gcc-internal-format
  msgid ""
  "second operand of %<offsetof%> is neither a single identifier nor a sequence "
  "of member accesses and array references"
  msgstr ""
  
! #: cp/semantics.c:4061
  #, gcc-internal-format
  msgid "cannot apply %<offsetof%> to member function %qD"
  msgstr ""
  
! #: cp/semantics.c:4074
  #, gcc-internal-format
  msgid "offsetof within non-standard-layout type %qT is undefined"
  msgstr ""
  
! #: cp/semantics.c:4585 cp/semantics.c:6074 cp/semantics.c:6145
! #: cp/semantics.c:6188 cp/semantics.c:6553 cp/semantics.c:6652
! #: cp/semantics.c:6795
  #, gcc-internal-format
  msgid "%<this%> allowed in OpenMP only in %<declare simd%> clauses"
  msgstr ""
  
! #: cp/semantics.c:5266
  #, gcc-internal-format
  msgid "user defined reduction lookup is ambiguous"
  msgstr ""
  
! #: cp/semantics.c:5539
  #, gcc-internal-format
  msgid "%qE in %<reduction%> clause is a zero size array"
  msgstr ""
  
! #: cp/semantics.c:5587
  #, gcc-internal-format
  msgid "%qE has const type for %<reduction%>"
  msgstr ""
  
! #: cp/semantics.c:5699
  #, gcc-internal-format
  msgid "user defined reduction with constructor initializer for base class %qT"
  msgstr ""
  
! #: cp/semantics.c:5933
  #, gcc-internal-format
  msgid ""
  "linear clause with %qs modifier applied to non-reference variable with %qT "
  "type"
  msgstr ""
  
! #: cp/semantics.c:5948
  #, gcc-internal-format
  msgid ""
  "linear clause applied to non-integral, non-floating, non-pointer variable "
  "with %qT type"
  msgstr ""
  
! #: cp/semantics.c:5960
  #, gcc-internal-format
  msgid ""
  "linear clause applied to non-integral non-pointer variable with %qT type"
  msgstr ""
  
! #: cp/semantics.c:5982
  #, gcc-internal-format
  msgid "linear step expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6085
  #, gcc-internal-format
  msgid "%qD is not a variable in clause %qs"
  msgstr ""
  
! #: cp/semantics.c:6157
  #, gcc-internal-format
  msgid "%qD is not a variable in clause %<firstprivate%>"
  msgstr ""
  
! #: cp/semantics.c:6200
  #, gcc-internal-format
  msgid "%qD is not a variable in clause %<lastprivate%>"
  msgstr ""
  
! #: cp/semantics.c:6245
  #, gcc-internal-format
  msgid "%<gang%> static expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6259
  #, gcc-internal-format
  msgid "%<gang%> static value must be positive"
  msgstr ""
  
! #: cp/semantics.c:6293
  #, gcc-internal-format
  msgid "%<gang%> num expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6296
  #, gcc-internal-format
  msgid "%<vector%> length expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6300
  #, gcc-internal-format
  msgid "%<worker%> num expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6304
  #, gcc-internal-format
  msgid "%qs expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6322
  #, gcc-internal-format
  msgid "%<gang%> num value must be positive"
  msgstr ""
  
! #: cp/semantics.c:6326
  #, gcc-internal-format
  msgid "%<vector%> length value must be positive"
  msgstr ""
  
! #: cp/semantics.c:6331
  #, gcc-internal-format
  msgid "%<worker%> num value must be positive"
  msgstr ""
  
! #: cp/semantics.c:6383
  #, gcc-internal-format
  msgid "schedule chunk size expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6426
  #, gcc-internal-format
  msgid "%qs length expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6439
  #, gcc-internal-format
  msgid "%qs length expression must be positive constant integer expression"
  msgstr ""
  
! #: cp/semantics.c:6458
  #, gcc-internal-format
  msgid "%<async%> expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6486
  #, gcc-internal-format
  msgid "%<thread_limit%> expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6515
  #, gcc-internal-format
  msgid "%<device%> id must be integral"
  msgstr ""
  
! #: cp/semantics.c:6536
  #, gcc-internal-format
  msgid "%<dist_schedule%> chunk size expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6563
  #, gcc-internal-format
  msgid "%qD is not a variable in %<aligned%> clause"
  msgstr ""
  
! #: cp/semantics.c:6577
  #, gcc-internal-format
  msgid ""
  "%qE in %<aligned%> clause is neither a pointer nor an array nor a reference "
  "to pointer or array"
  msgstr ""
  
! #: cp/semantics.c:6583
  #, gcc-internal-format
  msgid "%qD appears more than once in %<aligned%> clauses"
  msgstr ""
  
! #: cp/semantics.c:6596
  #, gcc-internal-format
  msgid "%<aligned%> clause alignment expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:6645
  #, gcc-internal-format
  msgid "%qD is not a variable in %<depend%> clause"
  msgstr ""
  
! #: cp/semantics.c:6930
  #, gcc-internal-format
  msgid "overloaded function name %qE in clause %qs"
  msgstr ""
  
! #: cp/semantics.c:6934
  #, gcc-internal-format
  msgid "template %qE in clause %qs"
  msgstr ""
  
! #: cp/semantics.c:6999
  #, gcc-internal-format
  msgid "%<grainsize%> expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:7028
  #, gcc-internal-format
  msgid "%<priority%> expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:7057
  #, gcc-internal-format
  msgid "%<num_tasks%> expression must be integral"
  msgstr ""
  
! #: cp/semantics.c:7086
  #, gcc-internal-format
  msgid ""
  "%qs variable is neither a pointer, nor an array nor reference to pointer or "
  "array"
  msgstr ""
  
! #: cp/semantics.c:7126
  #, gcc-internal-format
  msgid "%<tile%> argument needs integral type"
  msgstr ""
  
! #: cp/semantics.c:7545
  #, gcc-internal-format
  msgid "%<threadprivate%> %qD is not file, namespace or block scope variable"
  msgstr ""
  
! #: cp/semantics.c:7559
  #, gcc-internal-format
  msgid "%<threadprivate%> %qE directive not in %qT definition"
  msgstr ""
  
! #: cp/semantics.c:7764
  #, gcc-internal-format
  msgid "difference between %qE and %qD does not have integer type"
  msgstr ""
  
! #: cp/semantics.c:8192
  #, gcc-internal-format
  msgid "%<#pragma omp simd%> used with class iteration variable %qE"
  msgstr ""
  
! #: cp/semantics.c:8535 cp/semantics.c:8545
  #, gcc-internal-format
  msgid "%<#pragma omp atomic update%> uses two different expressions for memory"
  msgstr ""
  
! #: cp/semantics.c:8838
  #, gcc-internal-format
  msgid "static assertion failed"
  msgstr ""
  
! #: cp/semantics.c:8840
  #, gcc-internal-format, gfc-internal-format
  msgid "static assertion failed: %s"
  msgstr ""
  
! #: cp/semantics.c:8845
  #, gcc-internal-format
  msgid "non-constant condition for static assertion"
  msgstr ""
  
! #: cp/semantics.c:8875
  #, gcc-internal-format
  msgid "argument to decltype must be an expression"
  msgstr ""
  
! #: cp/semantics.c:8903
  #, gcc-internal-format
  msgid "decltype cannot resolve address of overloaded function"
  msgstr ""
  
! #: cp/semantics.c:9459
  #, gcc-internal-format
  msgid "operand of fold expression has no unexpanded parameter packs"
  msgstr ""
  
! #: cp/semantics.c:9512
  #, gcc-internal-format
  msgid "both arguments in binary fold have unexpanded parameter packs"
  msgstr ""
  
! #: cp/semantics.c:9514
  #, gcc-internal-format
  msgid "no unexpanded parameter packs in binary fold"
  msgstr ""
  
! #: cp/semantics.c:9532
  #, gcc-internal-format
  msgid "non-pointer argument to %<__builtin_launder%>"
  msgstr ""
*************** msgstr ""
*** 47921,48030 ****
  msgid "lambda-expression in a constant expression"
  msgstr ""
  
! #: cp/tree.c:3893
  #, gcc-internal-format
  msgid "%qE attribute applied to %qD with void return type"
  msgstr ""
  
! #: cp/tree.c:3900
  #, gcc-internal-format
  msgid ""
  "%qE attribute can only be applied to functions or to class or enumeration "
  "types"
  msgstr ""
  
! #: cp/tree.c:3952
  #, gcc-internal-format
  msgid "requested init_priority is not an integer constant"
  msgstr ""
  
! #: cp/tree.c:3974
  #, gcc-internal-format
  msgid ""
  "can only use %qE attribute on file-scope definitions of objects of class type"
  msgstr ""
  
! #: cp/tree.c:3982
  #, gcc-internal-format
  msgid "requested init_priority is out of range"
  msgstr ""
  
! #: cp/tree.c:3992
  #, gcc-internal-format
  msgid "requested init_priority is reserved for internal use"
  msgstr ""
  
! #: cp/tree.c:4003
  #, gcc-internal-format
  msgid "%qE attribute is not supported on this platform"
  msgstr ""
  
! #: cp/tree.c:4030
  #, gcc-internal-format
  msgid "redeclaration of %qD adds abi tag %E"
  msgstr ""
  
! #: cp/tree.c:4050
  #, gcc-internal-format
  msgid "the %qE attribute requires arguments"
  msgstr ""
  
! #: cp/tree.c:4061
  #, gcc-internal-format
  msgid "arguments to the %qE attribute must be narrow string literals"
  msgstr ""
  
! #: cp/tree.c:4074 cp/tree.c:4087
  #, gcc-internal-format
  msgid "arguments to the %qE attribute must contain valid identifiers"
  msgstr ""
  
! #: cp/tree.c:4076
  #, gcc-internal-format
  msgid "%<%c%> is not a valid first character for an identifier"
  msgstr ""
  
! #: cp/tree.c:4089
  #, gcc-internal-format
  msgid "%<%c%> is not a valid character in an identifier"
  msgstr ""
  
! #: cp/tree.c:4113
  #, gcc-internal-format
  msgid "%qE attribute applied to non-class, non-enum type %qT"
  msgstr ""
  
! #: cp/tree.c:4119
  #, gcc-internal-format
  msgid "%qE attribute applied to %qT after its definition"
  msgstr ""
  
! #: cp/tree.c:4126
  #, gcc-internal-format
  msgid "ignoring %qE attribute applied to template instantiation %qT"
  msgstr ""
  
! #: cp/tree.c:4133
  #, gcc-internal-format
  msgid "ignoring %qE attribute applied to template specialization %qT"
  msgstr ""
  
! #: cp/tree.c:4155
  #, gcc-internal-format
  msgid "%qE attribute applied to non-function, non-variable %qD"
  msgstr ""
  
! #: cp/tree.c:4161
  #, gcc-internal-format
  msgid "%qE attribute applied to extern \"C\" declaration %qD"
  msgstr ""
  
! #: cp/tree.c:4889
  #, gcc-internal-format
  msgid "zero as null pointer constant"
  msgstr ""
  
! #: cp/tree.c:4902
  #, gcc-internal-format, gfc-internal-format
  msgid "lang_* check: failed in %s, at %s:%d"
  msgstr ""
--- 48002,48111 ----
  msgid "lambda-expression in a constant expression"
  msgstr ""
  
! #: cp/tree.c:3888
  #, gcc-internal-format
  msgid "%qE attribute applied to %qD with void return type"
  msgstr ""
  
! #: cp/tree.c:3895
  #, gcc-internal-format
  msgid ""
  "%qE attribute can only be applied to functions or to class or enumeration "
  "types"
  msgstr ""
  
! #: cp/tree.c:3947
  #, gcc-internal-format
  msgid "requested init_priority is not an integer constant"
  msgstr ""
  
! #: cp/tree.c:3969
  #, gcc-internal-format
  msgid ""
  "can only use %qE attribute on file-scope definitions of objects of class type"
  msgstr ""
  
! #: cp/tree.c:3977
  #, gcc-internal-format
  msgid "requested init_priority is out of range"
  msgstr ""
  
! #: cp/tree.c:3987
  #, gcc-internal-format
  msgid "requested init_priority is reserved for internal use"
  msgstr ""
  
! #: cp/tree.c:3998
  #, gcc-internal-format
  msgid "%qE attribute is not supported on this platform"
  msgstr ""
  
! #: cp/tree.c:4025
  #, gcc-internal-format
  msgid "redeclaration of %qD adds abi tag %E"
  msgstr ""
  
! #: cp/tree.c:4045
  #, gcc-internal-format
  msgid "the %qE attribute requires arguments"
  msgstr ""
  
! #: cp/tree.c:4056
  #, gcc-internal-format
  msgid "arguments to the %qE attribute must be narrow string literals"
  msgstr ""
  
! #: cp/tree.c:4069 cp/tree.c:4082
  #, gcc-internal-format
  msgid "arguments to the %qE attribute must contain valid identifiers"
  msgstr ""
  
! #: cp/tree.c:4071
  #, gcc-internal-format
  msgid "%<%c%> is not a valid first character for an identifier"
  msgstr ""
  
! #: cp/tree.c:4084
  #, gcc-internal-format
  msgid "%<%c%> is not a valid character in an identifier"
  msgstr ""
  
! #: cp/tree.c:4108
  #, gcc-internal-format
  msgid "%qE attribute applied to non-class, non-enum type %qT"
  msgstr ""
  
! #: cp/tree.c:4114
  #, gcc-internal-format
  msgid "%qE attribute applied to %qT after its definition"
  msgstr ""
  
! #: cp/tree.c:4121
  #, gcc-internal-format
  msgid "ignoring %qE attribute applied to template instantiation %qT"
  msgstr ""
  
! #: cp/tree.c:4128
  #, gcc-internal-format
  msgid "ignoring %qE attribute applied to template specialization %qT"
  msgstr ""
  
! #: cp/tree.c:4150
  #, gcc-internal-format
  msgid "%qE attribute applied to non-function, non-variable %qD"
  msgstr ""
  
! #: cp/tree.c:4156
  #, gcc-internal-format
  msgid "%qE attribute applied to extern \"C\" declaration %qD"
  msgstr ""
  
! #: cp/tree.c:4884
  #, gcc-internal-format
  msgid "zero as null pointer constant"
  msgstr ""
  
! #: cp/tree.c:4897
  #, gcc-internal-format, gfc-internal-format
  msgid "lang_* check: failed in %s, at %s:%d"
  msgstr ""
*************** msgstr ""
*** 48737,48883 ****
  msgid "invalid conversion to type %qT from type %qT"
  msgstr ""
  
! #: cp/typeck.c:8507
  #, gcc-internal-format
  msgid "cannot convert %qT to %qT for argument %qP to %qD"
  msgstr ""
  
! #: cp/typeck.c:8513
  #, gcc-internal-format
  msgid "cannot convert %qT to %qT in default argument"
  msgstr ""
  
! #: cp/typeck.c:8517
  #, gcc-internal-format
  msgid "cannot convert %qT to %qT in argument passing"
  msgstr ""
  
! #: cp/typeck.c:8521
  #, gcc-internal-format
  msgid "cannot convert %qT to %qT"
  msgstr ""
  
! #: cp/typeck.c:8525
  #, gcc-internal-format
  msgid "cannot convert %qT to %qT in initialization"
  msgstr ""
  
! #: cp/typeck.c:8529
  #, gcc-internal-format
  msgid "cannot convert %qT to %qT in return"
  msgstr ""
  
! #: cp/typeck.c:8533
  #, gcc-internal-format
  msgid "cannot convert %qT to %qT in assignment"
  msgstr ""
  
! #: cp/typeck.c:8546
  #, gcc-internal-format
  msgid "class type %qT is incomplete"
  msgstr ""
  
! #: cp/typeck.c:8564
  #, gcc-internal-format
  msgid "parameter %qP of %qD might be a candidate for a format attribute"
  msgstr ""
  
! #: cp/typeck.c:8568
  #, gcc-internal-format
  msgid "parameter might be a candidate for a format attribute"
  msgstr ""
  
! #: cp/typeck.c:8573
  #, gcc-internal-format
  msgid "target of conversion might be a candidate for a format attribute"
  msgstr ""
  
! #: cp/typeck.c:8578
  #, gcc-internal-format
  msgid "target of initialization might be a candidate for a format attribute"
  msgstr ""
  
! #: cp/typeck.c:8588
  #, gcc-internal-format
  msgid ""
  "left-hand side of assignment might be a candidate for a format attribute"
  msgstr ""
  
! #: cp/typeck.c:8683
  #, gcc-internal-format
  msgid "in passing argument %P of %qD"
  msgstr ""
  
! #: cp/typeck.c:8742
  #, gcc-internal-format
  msgid "returning reference to temporary"
  msgstr ""
  
! #: cp/typeck.c:8749
  #, gcc-internal-format
  msgid "reference to non-lvalue returned"
  msgstr ""
  
! #: cp/typeck.c:8764
  #, gcc-internal-format
  msgid "reference to local variable %qD returned"
  msgstr ""
  
! #: cp/typeck.c:8768
  #, gcc-internal-format
  msgid "address of label %qD returned"
  msgstr ""
  
! #: cp/typeck.c:8772
  #, gcc-internal-format
  msgid "address of local variable %qD returned"
  msgstr ""
  
! #: cp/typeck.c:8818
  #, gcc-internal-format
  msgid "returning a value from a destructor"
  msgstr ""
  
  #. If a return statement appears in a handler of the
  #. function-try-block of a constructor, the program is ill-formed.
! #: cp/typeck.c:8826
  #, gcc-internal-format
  msgid "cannot return from a handler of a function-try-block of a constructor"
  msgstr ""
  
  #. You can't return a value from a constructor.
! #: cp/typeck.c:8829
  #, gcc-internal-format
  msgid "returning a value from a constructor"
  msgstr ""
  
  #. Give a helpful error message.
! #: cp/typeck.c:8859 cp/typeck.c:8905
  #, gcc-internal-format
  msgid "return-statement with no value, in function returning %qT"
  msgstr ""
  
! #: cp/typeck.c:8867
  #, gcc-internal-format
  msgid "returning initializer list"
  msgstr ""
  
! #: cp/typeck.c:8886
  #, gcc-internal-format
  msgid "inconsistent types %qT and %qT deduced for lambda return type"
  msgstr ""
  
! #: cp/typeck.c:8889
  #, gcc-internal-format
  msgid "inconsistent deduction for auto return type: %qT and then %qT"
  msgstr ""
  
! #: cp/typeck.c:8924
  #, gcc-internal-format
  msgid "return-statement with a value, in function returning 'void'"
  msgstr ""
  
! #: cp/typeck.c:8954
  #, gcc-internal-format
  msgid ""
  "%<operator new%> must not return NULL unless it is declared %<throw()%> (or -"
--- 48818,48964 ----
  msgid "invalid conversion to type %qT from type %qT"
  msgstr ""
  
! #: cp/typeck.c:8508
  #, gcc-internal-format
  msgid "cannot convert %qT to %qT for argument %qP to %qD"
  msgstr ""
  
! #: cp/typeck.c:8514
  #, gcc-internal-format
  msgid "cannot convert %qT to %qT in default argument"
  msgstr ""
  
! #: cp/typeck.c:8518
  #, gcc-internal-format
  msgid "cannot convert %qT to %qT in argument passing"
  msgstr ""
  
! #: cp/typeck.c:8522
  #, gcc-internal-format
  msgid "cannot convert %qT to %qT"
  msgstr ""
  
! #: cp/typeck.c:8526
  #, gcc-internal-format
  msgid "cannot convert %qT to %qT in initialization"
  msgstr ""
  
! #: cp/typeck.c:8530
  #, gcc-internal-format
  msgid "cannot convert %qT to %qT in return"
  msgstr ""
  
! #: cp/typeck.c:8534
  #, gcc-internal-format
  msgid "cannot convert %qT to %qT in assignment"
  msgstr ""
  
! #: cp/typeck.c:8547
  #, gcc-internal-format
  msgid "class type %qT is incomplete"
  msgstr ""
  
! #: cp/typeck.c:8565
  #, gcc-internal-format
  msgid "parameter %qP of %qD might be a candidate for a format attribute"
  msgstr ""
  
! #: cp/typeck.c:8569
  #, gcc-internal-format
  msgid "parameter might be a candidate for a format attribute"
  msgstr ""
  
! #: cp/typeck.c:8574
  #, gcc-internal-format
  msgid "target of conversion might be a candidate for a format attribute"
  msgstr ""
  
! #: cp/typeck.c:8579
  #, gcc-internal-format
  msgid "target of initialization might be a candidate for a format attribute"
  msgstr ""
  
! #: cp/typeck.c:8589
  #, gcc-internal-format
  msgid ""
  "left-hand side of assignment might be a candidate for a format attribute"
  msgstr ""
  
! #: cp/typeck.c:8684
  #, gcc-internal-format
  msgid "in passing argument %P of %qD"
  msgstr ""
  
! #: cp/typeck.c:8743
  #, gcc-internal-format
  msgid "returning reference to temporary"
  msgstr ""
  
! #: cp/typeck.c:8750
  #, gcc-internal-format
  msgid "reference to non-lvalue returned"
  msgstr ""
  
! #: cp/typeck.c:8765
  #, gcc-internal-format
  msgid "reference to local variable %qD returned"
  msgstr ""
  
! #: cp/typeck.c:8769
  #, gcc-internal-format
  msgid "address of label %qD returned"
  msgstr ""
  
! #: cp/typeck.c:8773
  #, gcc-internal-format
  msgid "address of local variable %qD returned"
  msgstr ""
  
! #: cp/typeck.c:8819
  #, gcc-internal-format
  msgid "returning a value from a destructor"
  msgstr ""
  
  #. If a return statement appears in a handler of the
  #. function-try-block of a constructor, the program is ill-formed.
! #: cp/typeck.c:8827
  #, gcc-internal-format
  msgid "cannot return from a handler of a function-try-block of a constructor"
  msgstr ""
  
  #. You can't return a value from a constructor.
! #: cp/typeck.c:8830
  #, gcc-internal-format
  msgid "returning a value from a constructor"
  msgstr ""
  
  #. Give a helpful error message.
! #: cp/typeck.c:8860 cp/typeck.c:8906
  #, gcc-internal-format
  msgid "return-statement with no value, in function returning %qT"
  msgstr ""
  
! #: cp/typeck.c:8868
  #, gcc-internal-format
  msgid "returning initializer list"
  msgstr ""
  
! #: cp/typeck.c:8887
  #, gcc-internal-format
  msgid "inconsistent types %qT and %qT deduced for lambda return type"
  msgstr ""
  
! #: cp/typeck.c:8890
  #, gcc-internal-format
  msgid "inconsistent deduction for auto return type: %qT and then %qT"
  msgstr ""
  
! #: cp/typeck.c:8925
  #, gcc-internal-format
  msgid "return-statement with a value, in function returning 'void'"
  msgstr ""
  
! #: cp/typeck.c:8955
  #, gcc-internal-format
  msgid ""
  "%<operator new%> must not return NULL unless it is declared %<throw()%> (or -"
*************** msgid ""
*** 48885,48896 ****
  msgstr ""
  
  #. Make this a permerror because we used to accept it.
! #: cp/typeck.c:9556
  #, gcc-internal-format
  msgid "using temporary as lvalue"
  msgstr ""
  
! #: cp/typeck.c:9558
  #, gcc-internal-format
  msgid "using xvalue (rvalue reference) as lvalue"
  msgstr ""
--- 48966,48977 ----
  msgstr ""
  
  #. Make this a permerror because we used to accept it.
! #: cp/typeck.c:9557
  #, gcc-internal-format
  msgid "using temporary as lvalue"
  msgstr ""
  
! #: cp/typeck.c:9559
  #, gcc-internal-format
  msgid "using xvalue (rvalue reference) as lvalue"
  msgstr ""
*************** msgid ""
*** 53080,53181 ****
  "Procedure pointer initialization target at %L may not be a procedure pointer"
  msgstr ""
  
! #: fortran/expr.c:5234
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Fortran 2008: Pointer functions in variable definition context (%s) at %L"
  msgstr ""
  
! #: fortran/expr.c:5242
  #, gcc-internal-format, gfc-internal-format
  msgid "Non-variable expression in variable definition context (%s) at %L"
  msgstr ""
  
! #: fortran/expr.c:5250
  #, gcc-internal-format
  msgid "Named constant %qs in variable definition context (%s) at %L"
  msgstr ""
  
! #: fortran/expr.c:5259
  #, gcc-internal-format
  msgid "%qs in variable definition context (%s) at %L is not a variable"
  msgstr ""
  
! #: fortran/expr.c:5270
  #, gcc-internal-format, gfc-internal-format
  msgid "Non-POINTER in pointer association context (%s) at %L"
  msgstr ""
  
! #: fortran/expr.c:5279
  #, gcc-internal-format, gfc-internal-format
  msgid "Type inaccessible in variable definition context (%s) at %L"
  msgstr ""
  
! #: fortran/expr.c:5292
  #, gcc-internal-format, gfc-internal-format
  msgid "LOCK_TYPE in variable definition context (%s) at %L"
  msgstr ""
  
! #: fortran/expr.c:5305
  #, gcc-internal-format, gfc-internal-format
  msgid "LOCK_EVENT in variable definition context (%s) at %L"
  msgstr ""
  
! #: fortran/expr.c:5335
  #, gcc-internal-format
  msgid ""
  "Dummy argument %qs with INTENT(IN) in pointer association context (%s) at %L"
  msgstr ""
  
! #: fortran/expr.c:5343
  #, gcc-internal-format
  msgid ""
  "Dummy argument %qs with INTENT(IN) in variable definition context (%s) at %L"
  msgstr ""
  
! #: fortran/expr.c:5356
  #, gcc-internal-format
  msgid ""
  "Variable %qs is PROTECTED and can not appear in a pointer association "
  "context (%s) at %L"
  msgstr ""
  
! #: fortran/expr.c:5364
  #, gcc-internal-format
  msgid ""
  "Variable %qs is PROTECTED and can not appear in a variable definition "
  "context (%s) at %L"
  msgstr ""
  
! #: fortran/expr.c:5376
  #, gcc-internal-format
  msgid ""
  "Variable %qs can not appear in a variable definition context (%s) at %L in "
  "PURE procedure"
  msgstr ""
  
! #: fortran/expr.c:5435
  #, gcc-internal-format
  msgid ""
  "%qs at %L associated to vector-indexed target can not be used in a variable "
  "definition context (%s)"
  msgstr ""
  
! #: fortran/expr.c:5439
  #, gcc-internal-format
  msgid ""
  "%qs at %L associated to expression can not be used in a variable definition "
  "context (%s)"
  msgstr ""
  
! #: fortran/expr.c:5450
  #, gcc-internal-format
  msgid ""
  "Associate-name %qs can not appear in a variable definition context (%s) at "
  "%L because its target at %L can not, either"
  msgstr ""
  
! #: fortran/expr.c:5492
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Elements with the same value at %L and %L in vector subscript in a variable "
--- 53161,53262 ----
  "Procedure pointer initialization target at %L may not be a procedure pointer"
  msgstr ""
  
! #: fortran/expr.c:5239
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Fortran 2008: Pointer functions in variable definition context (%s) at %L"
  msgstr ""
  
! #: fortran/expr.c:5247
  #, gcc-internal-format, gfc-internal-format
  msgid "Non-variable expression in variable definition context (%s) at %L"
  msgstr ""
  
! #: fortran/expr.c:5255
  #, gcc-internal-format
  msgid "Named constant %qs in variable definition context (%s) at %L"
  msgstr ""
  
! #: fortran/expr.c:5264
  #, gcc-internal-format
  msgid "%qs in variable definition context (%s) at %L is not a variable"
  msgstr ""
  
! #: fortran/expr.c:5275
  #, gcc-internal-format, gfc-internal-format
  msgid "Non-POINTER in pointer association context (%s) at %L"
  msgstr ""
  
! #: fortran/expr.c:5284
  #, gcc-internal-format, gfc-internal-format
  msgid "Type inaccessible in variable definition context (%s) at %L"
  msgstr ""
  
! #: fortran/expr.c:5297
  #, gcc-internal-format, gfc-internal-format
  msgid "LOCK_TYPE in variable definition context (%s) at %L"
  msgstr ""
  
! #: fortran/expr.c:5310
  #, gcc-internal-format, gfc-internal-format
  msgid "LOCK_EVENT in variable definition context (%s) at %L"
  msgstr ""
  
! #: fortran/expr.c:5340
  #, gcc-internal-format
  msgid ""
  "Dummy argument %qs with INTENT(IN) in pointer association context (%s) at %L"
  msgstr ""
  
! #: fortran/expr.c:5348
  #, gcc-internal-format
  msgid ""
  "Dummy argument %qs with INTENT(IN) in variable definition context (%s) at %L"
  msgstr ""
  
! #: fortran/expr.c:5361
  #, gcc-internal-format
  msgid ""
  "Variable %qs is PROTECTED and can not appear in a pointer association "
  "context (%s) at %L"
  msgstr ""
  
! #: fortran/expr.c:5369
  #, gcc-internal-format
  msgid ""
  "Variable %qs is PROTECTED and can not appear in a variable definition "
  "context (%s) at %L"
  msgstr ""
  
! #: fortran/expr.c:5381
  #, gcc-internal-format
  msgid ""
  "Variable %qs can not appear in a variable definition context (%s) at %L in "
  "PURE procedure"
  msgstr ""
  
! #: fortran/expr.c:5440
  #, gcc-internal-format
  msgid ""
  "%qs at %L associated to vector-indexed target can not be used in a variable "
  "definition context (%s)"
  msgstr ""
  
! #: fortran/expr.c:5444
  #, gcc-internal-format
  msgid ""
  "%qs at %L associated to expression can not be used in a variable definition "
  "context (%s)"
  msgstr ""
  
! #: fortran/expr.c:5455
  #, gcc-internal-format
  msgid ""
  "Associate-name %qs can not appear in a variable definition context (%s) at "
  "%L because its target at %L can not, either"
  msgstr ""
  
! #: fortran/expr.c:5497
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Elements with the same value at %L and %L in vector subscript in a variable "
*************** msgstr ""
*** 53376,53387 ****
  msgid "Second argument of defined assignment at %L must be INTENT(IN)"
  msgstr ""
  
! #: fortran/interface.c:965 fortran/resolve.c:15914
  #, gcc-internal-format, gfc-internal-format
  msgid "First argument of operator interface at %L must be INTENT(IN)"
  msgstr ""
  
! #: fortran/interface.c:972 fortran/resolve.c:15932
  #, gcc-internal-format, gfc-internal-format
  msgid "Second argument of operator interface at %L must be INTENT(IN)"
  msgstr ""
--- 53457,53468 ----
  msgid "Second argument of defined assignment at %L must be INTENT(IN)"
  msgstr ""
  
! #: fortran/interface.c:965 fortran/resolve.c:15882
  #, gcc-internal-format, gfc-internal-format
  msgid "First argument of operator interface at %L must be INTENT(IN)"
  msgstr ""
  
! #: fortran/interface.c:972 fortran/resolve.c:15900
  #, gcc-internal-format, gfc-internal-format
  msgid "Second argument of operator interface at %L must be INTENT(IN)"
  msgstr ""
*************** msgstr ""
*** 54272,54785 ****
  msgid "Fortran 2003: DT format specifier not allowed at %C"
  msgstr ""
  
! #: fortran/io.c:685
  #, gcc-internal-format, gfc-internal-format
  msgid "X descriptor requires leading space count at %L"
  msgstr ""
  
! #: fortran/io.c:762
  #, gcc-internal-format, gfc-internal-format
  msgid "$ descriptor at %L"
  msgstr ""
  
! #: fortran/io.c:766
  #, gcc-internal-format, gfc-internal-format
  msgid "$ should be the last specifier in format at %L"
  msgstr ""
  
! #: fortran/io.c:865 fortran/io.c:869
  #, gcc-internal-format, gfc-internal-format
  msgid "Extension: Zero width after L descriptor at %L"
  msgstr ""
  
! #: fortran/io.c:881
  #, gcc-internal-format, gfc-internal-format
  msgid "Missing positive width after L descriptor at %L"
  msgstr ""
  
! #: fortran/io.c:912
  #, gcc-internal-format
  msgid "%<G0%> in format at %L"
  msgstr ""
  
! #: fortran/io.c:940
  #, gcc-internal-format, gfc-internal-format
  msgid "Positive width required in format specifier %s at %L"
  msgstr ""
  
! #: fortran/io.c:956 fortran/io.c:963
  #, gcc-internal-format, gfc-internal-format
  msgid "Period required in format specifier %s at %L"
  msgstr ""
  
! #: fortran/io.c:1035
  #, gcc-internal-format, gfc-internal-format
  msgid "Period required in format specifier at %L"
  msgstr ""
  
! #: fortran/io.c:1057
  #, gcc-internal-format, gfc-internal-format
  msgid "The H format specifier at %L is a Fortran 95 deleted feature"
  msgstr ""
  
! #: fortran/io.c:1145 fortran/io.c:1207
  #, gcc-internal-format, gfc-internal-format
  msgid "Missing comma at %L"
  msgstr ""
  
! #: fortran/io.c:1225
  #, gcc-internal-format, gfc-internal-format
  msgid "%s in format string at %L"
  msgstr ""
  
! #: fortran/io.c:1263
  #, gcc-internal-format, gfc-internal-format
  msgid "Extraneous characters in format at %L"
  msgstr ""
  
! #: fortran/io.c:1285
  #, gcc-internal-format, gfc-internal-format
  msgid "Format statement in module main block at %C"
  msgstr ""
  
! #: fortran/io.c:1294
  #, gcc-internal-format, gfc-internal-format
  msgid "FORMAT statement at %C cannot appear within an INTERFACE"
  msgstr ""
  
! #: fortran/io.c:1300
  #, gcc-internal-format, gfc-internal-format
  msgid "Missing format label at %C"
  msgstr ""
  
! #: fortran/io.c:1348
  #, gcc-internal-format, gfc-internal-format
  msgid "IOMSG must be a scalar-default-char-variable at %L"
  msgstr ""
  
! #: fortran/io.c:1362
  #, gcc-internal-format, gfc-internal-format
  msgid "%s requires a scalar-default-char-expr at %L"
  msgstr ""
  
! #: fortran/io.c:1385 fortran/io.c:1416 fortran/io.c:1482
  #, gcc-internal-format, gfc-internal-format
  msgid "Invalid value for %s specification at %C"
  msgstr ""
  
! #: fortran/io.c:1391 fortran/io.c:1422 fortran/io.c:1564 fortran/io.c:1577
  #, gcc-internal-format, gfc-internal-format
  msgid "Duplicate %s specification at %C"
  msgstr ""
  
! #: fortran/io.c:1429
  #, gcc-internal-format, gfc-internal-format
  msgid "Variable %s cannot be INTENT(IN) at %C"
  msgstr ""
  
! #: fortran/io.c:1437
  #, gcc-internal-format, gfc-internal-format
  msgid "Variable %s cannot be assigned in PURE procedure at %C"
  msgstr ""
  
! #: fortran/io.c:1488
  #, gcc-internal-format, gfc-internal-format
  msgid "Duplicate %s label specification at %C"
  msgstr ""
  
! #: fortran/io.c:1508 fortran/io.c:1525 fortran/io.c:1546
  #, gcc-internal-format, gfc-internal-format
  msgid "%s is a DEC extension at %C, re-compile with -fdec to enable"
  msgstr ""
  
! #: fortran/io.c:1599
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Constant expression in FORMAT tag at %L must be of type default CHARACTER"
  msgstr ""
  
! #: fortran/io.c:1617
  #, gcc-internal-format, gfc-internal-format
  msgid "FORMAT tag at %L must be of type default-kind CHARACTER or of INTEGER"
  msgstr ""
  
! #: fortran/io.c:1623
  #, gcc-internal-format, gfc-internal-format
  msgid "ASSIGNED variable in FORMAT tag at %L"
  msgstr ""
  
! #: fortran/io.c:1628
  #, gcc-internal-format
  msgid "Variable %qs at %L has not been assigned a format label"
  msgstr ""
  
! #: fortran/io.c:1635
  #, gcc-internal-format
  msgid "Scalar %qs in FORMAT tag at %L is not an ASSIGNED variable"
  msgstr ""
  
! #: fortran/io.c:1647
  #, gcc-internal-format, gfc-internal-format
  msgid "Non-character in FORMAT tag at %L"
  msgstr ""
  
! #: fortran/io.c:1653
  #, gcc-internal-format, gfc-internal-format
  msgid "Non-character assumed shape array element in FORMAT tag at %L"
  msgstr ""
  
! #: fortran/io.c:1660
  #, gcc-internal-format, gfc-internal-format
  msgid "Non-character assumed size array element in FORMAT tag at %L"
  msgstr ""
  
! #: fortran/io.c:1667
  #, gcc-internal-format, gfc-internal-format
  msgid "Non-character pointer array element in FORMAT tag at %L"
  msgstr ""
  
! #: fortran/io.c:1693
  #, gcc-internal-format, gfc-internal-format
  msgid "%s tag at %L must be of type %s"
  msgstr ""
  
! #: fortran/io.c:1700
  #, gcc-internal-format, gfc-internal-format
  msgid "%s tag at %L must be a character string of default kind"
  msgstr ""
  
! #: fortran/io.c:1707
  #, gcc-internal-format, gfc-internal-format
  msgid "%s tag at %L must be scalar"
  msgstr ""
  
! #: fortran/io.c:1713
  #, gcc-internal-format, gfc-internal-format
  msgid "IOMSG tag at %L"
  msgstr ""
  
! #: fortran/io.c:1721
  #, gcc-internal-format, gfc-internal-format
  msgid "Fortran 95 requires default INTEGER in %s tag at %L"
  msgstr ""
  
! #: fortran/io.c:1730
  #, gcc-internal-format, gfc-internal-format
  msgid "Non-default LOGICAL kind in %s tag at %L"
  msgstr ""
  
! #: fortran/io.c:1737
  #, gcc-internal-format, gfc-internal-format
  msgid "NEWUNIT specifier at %L"
  msgstr ""
  
! #: fortran/io.c:1755
  #, gcc-internal-format, gfc-internal-format
  msgid "CONVERT tag at %L"
  msgstr ""
  
! #: fortran/io.c:1965
  #, gcc-internal-format
  msgid "Fortran 2003: %s specifier in %s statement at %C has value %qs"
  msgstr ""
  
! #: fortran/io.c:1973 fortran/io.c:2000
  #, gcc-internal-format
  msgid "%s specifier in %s statement at %C has value %qs"
  msgstr ""
  
! #: fortran/io.c:1992
  #, gcc-internal-format
  msgid "Extension: %s specifier in %s statement at %C has value %qs"
  msgstr ""
  
! #: fortran/io.c:2014 fortran/io.c:2022
  #, gcc-internal-format
  msgid "%s specifier in %s statement at %C has invalid value %qs"
  msgstr ""
  
! #: fortran/io.c:2075
  #, gcc-internal-format, gfc-internal-format
  msgid "OPEN statement not allowed in PURE procedure at %C"
  msgstr ""
  
! #: fortran/io.c:2088
  #, gcc-internal-format, gfc-internal-format
  msgid "UNIT specifier not allowed with NEWUNIT at %C"
  msgstr ""
  
! #: fortran/io.c:2098
  #, gcc-internal-format, gfc-internal-format
  msgid "NEWUNIT specifier must have FILE= or STATUS='scratch' at %C"
  msgstr ""
  
! #: fortran/io.c:2106
  #, gcc-internal-format, gfc-internal-format
  msgid "OPEN statement at %C must have UNIT or NEWUNIT specified"
  msgstr ""
  
! #: fortran/io.c:2144
  #, gcc-internal-format, gfc-internal-format
  msgid "ACTION type conflicts with READONLY specifier at %C"
  msgstr ""
  
! #: fortran/io.c:2158
  #, gcc-internal-format, gfc-internal-format
  msgid "ASYNCHRONOUS= at %C not allowed in Fortran 95"
  msgstr ""
  
! #: fortran/io.c:2179 fortran/io.c:3712
  #, gcc-internal-format, gfc-internal-format
  msgid "BLANK= at %C not allowed in Fortran 95"
  msgstr ""
  
! #: fortran/io.c:2216 fortran/io.c:3688
  #, gcc-internal-format, gfc-internal-format
  msgid "DECIMAL= at %C not allowed in Fortran 95"
  msgstr ""
  
! #: fortran/io.c:2254
  #, gcc-internal-format, gfc-internal-format
  msgid "ENCODING= at %C not allowed in Fortran 95"
  msgstr ""
  
! #: fortran/io.c:2317 fortran/io.c:3761
  #, gcc-internal-format, gfc-internal-format
  msgid "ROUND= at %C not allowed in Fortran 95"
  msgstr ""
  
! #: fortran/io.c:2356
  #, gcc-internal-format, gfc-internal-format
  msgid "SIGN= at %C not allowed in Fortran 95"
  msgstr ""
  
! #: fortran/io.c:2577
  #, gcc-internal-format, gfc-internal-format
  msgid "CLOSE statement not allowed in PURE procedure at %C"
  msgstr ""
  
! #: fortran/io.c:2639
  #, gcc-internal-format, gfc-internal-format
  msgid "CLOSE statement at %L requires a UNIT number"
  msgstr ""
  
! #: fortran/io.c:2647
  #, gcc-internal-format, gfc-internal-format
  msgid "UNIT number in CLOSE statement at %L must be non-negative"
  msgstr ""
  
! #: fortran/io.c:2745 fortran/match.c:2937
  #, gcc-internal-format, gfc-internal-format
  msgid "%s statement not allowed in PURE procedure at %C"
  msgstr ""
  
! #: fortran/io.c:2779
  #, gcc-internal-format, gfc-internal-format
  msgid "UNIT number missing in statement at %L"
  msgstr ""
  
! #: fortran/io.c:2787 fortran/io.c:3230
  #, gcc-internal-format, gfc-internal-format
  msgid "UNIT number in statement at %L must be non-negative"
  msgstr ""
  
! #: fortran/io.c:2820
  #, gcc-internal-format, gfc-internal-format
  msgid "FLUSH statement at %C"
  msgstr ""
  
! #: fortran/io.c:2861
  #, gcc-internal-format, gfc-internal-format
  msgid "Missing format with default unit at %C"
  msgstr ""
  
! #: fortran/io.c:2881
  #, gcc-internal-format, gfc-internal-format
  msgid "Duplicate UNIT specification at %C"
  msgstr ""
  
! #: fortran/io.c:2955
  #, gcc-internal-format, gfc-internal-format
  msgid "Duplicate format specification at %C"
  msgstr ""
  
! #: fortran/io.c:2972
  #, gcc-internal-format
  msgid "Symbol %qs in namelist %qs is INTENT(IN) at %C"
  msgstr ""
  
! #: fortran/io.c:3008
  #, gcc-internal-format, gfc-internal-format
  msgid "Duplicate NML specification at %C"
  msgstr ""
  
! #: fortran/io.c:3017
  #, gcc-internal-format
  msgid "Symbol %qs at %C must be a NAMELIST group name"
  msgstr ""
  
! #: fortran/io.c:3087
  #, gcc-internal-format, gfc-internal-format
  msgid "END tag at %C not allowed in output statement"
  msgstr ""
  
! #: fortran/io.c:3164
  #, gcc-internal-format, gfc-internal-format
  msgid "UNIT not specified at %L"
  msgstr ""
  
! #: fortran/io.c:3176
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "UNIT specification at %L must be an INTEGER expression or a CHARACTER "
  "variable"
  msgstr ""
  
! #: fortran/io.c:3198
  #, gcc-internal-format, gfc-internal-format
  msgid "Invalid form of WRITE statement at %L, UNIT required"
  msgstr ""
  
! #: fortran/io.c:3209
  #, gcc-internal-format, gfc-internal-format
  msgid "Internal unit with vector subscript at %L"
  msgstr ""
  
! #: fortran/io.c:3223
  #, gcc-internal-format, gfc-internal-format
  msgid "External IO UNIT cannot be an array at %L"
  msgstr ""
  
! #: fortran/io.c:3251
  #, gcc-internal-format
  msgid ""
  "NAMELIST %qs in READ statement at %L contains the symbol %qs which may not "
  "appear in a variable definition context"
  msgstr ""
  
! #: fortran/io.c:3261
  #, gcc-internal-format, gfc-internal-format
  msgid "Comma before i/o item list at %L"
  msgstr ""
  
! #: fortran/io.c:3271
  #, gcc-internal-format, gfc-internal-format
  msgid "ERR tag label %d at %L not defined"
  msgstr ""
  
! #: fortran/io.c:3283
  #, gcc-internal-format, gfc-internal-format
  msgid "END tag label %d at %L not defined"
  msgstr ""
  
! #: fortran/io.c:3295
  #, gcc-internal-format, gfc-internal-format
  msgid "EOR tag label %d at %L not defined"
  msgstr ""
  
! #: fortran/io.c:3305
  #, gcc-internal-format, gfc-internal-format
  msgid "FORMAT label %d at %L not defined"
  msgstr ""
  
! #: fortran/io.c:3336
  #, gcc-internal-format
  msgid "io_kind_name(): bad I/O-kind"
  msgstr ""
  
! #: fortran/io.c:3425
  #, gcc-internal-format, gfc-internal-format
  msgid "Syntax error in I/O iterator at %C"
  msgstr ""
  
! #: fortran/io.c:3456
  #, gcc-internal-format, gfc-internal-format
  msgid "Expected variable in READ statement at %C"
  msgstr ""
  
! #: fortran/io.c:3462
  #, gcc-internal-format, gfc-internal-format
  msgid "Expected expression in %s statement at %C"
  msgstr ""
  
  #. A general purpose syntax error.
! #: fortran/io.c:3519 fortran/io.c:4179 fortran/gfortran.h:2813
  #, gcc-internal-format, gfc-internal-format
  msgid "Syntax error in %s statement at %C"
  msgstr ""
  
! #: fortran/io.c:3603
  #, gcc-internal-format, gfc-internal-format
  msgid "Internal file at %L with namelist"
  msgstr ""
  
! #: fortran/io.c:3659
  #, gcc-internal-format, gfc-internal-format
  msgid "ASYNCHRONOUS= specifier at %L must be an initialization expression"
  msgstr ""
  
! #: fortran/io.c:3737
  #, gcc-internal-format, gfc-internal-format
  msgid "PAD= at %C not allowed in Fortran 95"
  msgstr ""
  
! #: fortran/io.c:3813
  #, gcc-internal-format, gfc-internal-format
  msgid "DELIM= at %C not allowed in Fortran 95"
  msgstr ""
  
! #: fortran/io.c:3965
  #, gcc-internal-format, gfc-internal-format
  msgid "PRINT namelist at %C is an extension"
  msgstr ""
  
! #: fortran/io.c:4146
  #, gcc-internal-format, gfc-internal-format
  msgid "Expected comma in I/O list at %C"
  msgstr ""
  
! #: fortran/io.c:4213
  #, gcc-internal-format, gfc-internal-format
  msgid "PRINT statement at %C not allowed within PURE procedure"
  msgstr ""
  
! #: fortran/io.c:4380 fortran/io.c:4442
  #, gcc-internal-format, gfc-internal-format
  msgid "INQUIRE statement not allowed in PURE procedure at %C"
  msgstr ""
  
! #: fortran/io.c:4408
  #, gcc-internal-format, gfc-internal-format
  msgid "IOLENGTH tag invalid in INQUIRE statement at %C"
  msgstr ""
  
! #: fortran/io.c:4418 fortran/trans-io.c:1333
  #, gcc-internal-format, gfc-internal-format
  msgid "INQUIRE statement at %L cannot contain both FILE and UNIT specifiers"
  msgstr ""
  
! #: fortran/io.c:4425
  #, gcc-internal-format, gfc-internal-format
  msgid "INQUIRE statement at %L requires either FILE or UNIT specifier"
  msgstr ""
  
! #: fortran/io.c:4435
  #, gcc-internal-format, gfc-internal-format
  msgid "UNIT number in INQUIRE statement at %L can not be %d"
  msgstr ""
  
! #: fortran/io.c:4450
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "INQUIRE statement at %L requires a PENDING= specifier with the ID= specifier"
  msgstr ""
  
! #: fortran/io.c:4628
  #, gcc-internal-format, gfc-internal-format
  msgid "WAIT at %C not allowed in Fortran 95"
  msgstr ""
  
! #: fortran/io.c:4634
  #, gcc-internal-format, gfc-internal-format
  msgid "WAIT statement not allowed in PURE procedure at %C"
  msgstr ""
--- 54353,54887 ----
  msgid "Fortran 2003: DT format specifier not allowed at %C"
  msgstr ""
  
! #: fortran/io.c:695
  #, gcc-internal-format, gfc-internal-format
  msgid "X descriptor requires leading space count at %L"
  msgstr ""
  
! #: fortran/io.c:724
  #, gcc-internal-format, gfc-internal-format
  msgid "$ descriptor at %L"
  msgstr ""
  
! #: fortran/io.c:728
  #, gcc-internal-format, gfc-internal-format
  msgid "$ should be the last specifier in format at %L"
  msgstr ""
  
! #: fortran/io.c:828 fortran/io.c:832
  #, gcc-internal-format, gfc-internal-format
  msgid "Extension: Zero width after L descriptor at %L"
  msgstr ""
  
! #: fortran/io.c:844
  #, gcc-internal-format, gfc-internal-format
  msgid "Missing positive width after L descriptor at %L"
  msgstr ""
  
! #: fortran/io.c:875
  #, gcc-internal-format
  msgid "%<G0%> in format at %L"
  msgstr ""
  
! #: fortran/io.c:903
  #, gcc-internal-format, gfc-internal-format
  msgid "Positive width required in format specifier %s at %L"
  msgstr ""
  
! #: fortran/io.c:919 fortran/io.c:926
  #, gcc-internal-format, gfc-internal-format
  msgid "Period required in format specifier %s at %L"
  msgstr ""
  
! #: fortran/io.c:1045
  #, gcc-internal-format, gfc-internal-format
  msgid "Period required in format specifier at %L"
  msgstr ""
  
! #: fortran/io.c:1067
  #, gcc-internal-format, gfc-internal-format
  msgid "The H format specifier at %L is a Fortran 95 deleted feature"
  msgstr ""
  
! #: fortran/io.c:1155 fortran/io.c:1217
  #, gcc-internal-format, gfc-internal-format
  msgid "Missing comma at %L"
  msgstr ""
  
! #: fortran/io.c:1235
  #, gcc-internal-format, gfc-internal-format
  msgid "%s in format string at %L"
  msgstr ""
  
! #: fortran/io.c:1273
  #, gcc-internal-format, gfc-internal-format
  msgid "Extraneous characters in format at %L"
  msgstr ""
  
! #: fortran/io.c:1295
  #, gcc-internal-format, gfc-internal-format
  msgid "Format statement in module main block at %C"
  msgstr ""
  
! #: fortran/io.c:1304
  #, gcc-internal-format, gfc-internal-format
  msgid "FORMAT statement at %C cannot appear within an INTERFACE"
  msgstr ""
  
! #: fortran/io.c:1310
  #, gcc-internal-format, gfc-internal-format
  msgid "Missing format label at %C"
  msgstr ""
  
! #: fortran/io.c:1358
  #, gcc-internal-format, gfc-internal-format
  msgid "IOMSG must be a scalar-default-char-variable at %L"
  msgstr ""
  
! #: fortran/io.c:1372
  #, gcc-internal-format, gfc-internal-format
  msgid "%s requires a scalar-default-char-expr at %L"
  msgstr ""
  
! #: fortran/io.c:1395 fortran/io.c:1426 fortran/io.c:1492
  #, gcc-internal-format, gfc-internal-format
  msgid "Invalid value for %s specification at %C"
  msgstr ""
  
! #: fortran/io.c:1401 fortran/io.c:1432 fortran/io.c:1574 fortran/io.c:1587
  #, gcc-internal-format, gfc-internal-format
  msgid "Duplicate %s specification at %C"
  msgstr ""
  
! #: fortran/io.c:1439
  #, gcc-internal-format, gfc-internal-format
  msgid "Variable %s cannot be INTENT(IN) at %C"
  msgstr ""
  
! #: fortran/io.c:1447
  #, gcc-internal-format, gfc-internal-format
  msgid "Variable %s cannot be assigned in PURE procedure at %C"
  msgstr ""
  
! #: fortran/io.c:1498
  #, gcc-internal-format, gfc-internal-format
  msgid "Duplicate %s label specification at %C"
  msgstr ""
  
! #: fortran/io.c:1518 fortran/io.c:1535 fortran/io.c:1556
  #, gcc-internal-format, gfc-internal-format
  msgid "%s is a DEC extension at %C, re-compile with -fdec to enable"
  msgstr ""
  
! #: fortran/io.c:1609
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Constant expression in FORMAT tag at %L must be of type default CHARACTER"
  msgstr ""
  
! #: fortran/io.c:1627
  #, gcc-internal-format, gfc-internal-format
  msgid "FORMAT tag at %L must be of type default-kind CHARACTER or of INTEGER"
  msgstr ""
  
! #: fortran/io.c:1633
  #, gcc-internal-format, gfc-internal-format
  msgid "ASSIGNED variable in FORMAT tag at %L"
  msgstr ""
  
! #: fortran/io.c:1638
  #, gcc-internal-format
  msgid "Variable %qs at %L has not been assigned a format label"
  msgstr ""
  
! #: fortran/io.c:1645
  #, gcc-internal-format
  msgid "Scalar %qs in FORMAT tag at %L is not an ASSIGNED variable"
  msgstr ""
  
! #: fortran/io.c:1657
  #, gcc-internal-format, gfc-internal-format
  msgid "Non-character in FORMAT tag at %L"
  msgstr ""
  
! #: fortran/io.c:1663
  #, gcc-internal-format, gfc-internal-format
  msgid "Non-character assumed shape array element in FORMAT tag at %L"
  msgstr ""
  
! #: fortran/io.c:1670
  #, gcc-internal-format, gfc-internal-format
  msgid "Non-character assumed size array element in FORMAT tag at %L"
  msgstr ""
  
! #: fortran/io.c:1677
  #, gcc-internal-format, gfc-internal-format
  msgid "Non-character pointer array element in FORMAT tag at %L"
  msgstr ""
  
! #: fortran/io.c:1703
  #, gcc-internal-format, gfc-internal-format
  msgid "%s tag at %L must be of type %s"
  msgstr ""
  
! #: fortran/io.c:1710
  #, gcc-internal-format, gfc-internal-format
  msgid "%s tag at %L must be a character string of default kind"
  msgstr ""
  
! #: fortran/io.c:1717
  #, gcc-internal-format, gfc-internal-format
  msgid "%s tag at %L must be scalar"
  msgstr ""
  
! #: fortran/io.c:1723
  #, gcc-internal-format, gfc-internal-format
  msgid "IOMSG tag at %L"
  msgstr ""
  
! #: fortran/io.c:1731
  #, gcc-internal-format, gfc-internal-format
  msgid "Fortran 95 requires default INTEGER in %s tag at %L"
  msgstr ""
  
! #: fortran/io.c:1740
  #, gcc-internal-format, gfc-internal-format
  msgid "Non-default LOGICAL kind in %s tag at %L"
  msgstr ""
  
! #: fortran/io.c:1747
  #, gcc-internal-format, gfc-internal-format
  msgid "NEWUNIT specifier at %L"
  msgstr ""
  
! #: fortran/io.c:1765
  #, gcc-internal-format, gfc-internal-format
  msgid "CONVERT tag at %L"
  msgstr ""
  
! #: fortran/io.c:1975
  #, gcc-internal-format
  msgid "Fortran 2003: %s specifier in %s statement at %C has value %qs"
  msgstr ""
  
! #: fortran/io.c:1983 fortran/io.c:2010
  #, gcc-internal-format
  msgid "%s specifier in %s statement at %C has value %qs"
  msgstr ""
  
! #: fortran/io.c:2002
  #, gcc-internal-format
  msgid "Extension: %s specifier in %s statement at %C has value %qs"
  msgstr ""
  
! #: fortran/io.c:2024 fortran/io.c:2032
  #, gcc-internal-format
  msgid "%s specifier in %s statement at %C has invalid value %qs"
  msgstr ""
  
! #: fortran/io.c:2085
  #, gcc-internal-format, gfc-internal-format
  msgid "OPEN statement not allowed in PURE procedure at %C"
  msgstr ""
  
! #: fortran/io.c:2098
  #, gcc-internal-format, gfc-internal-format
  msgid "UNIT specifier not allowed with NEWUNIT at %C"
  msgstr ""
  
! #: fortran/io.c:2108
  #, gcc-internal-format, gfc-internal-format
  msgid "NEWUNIT specifier must have FILE= or STATUS='scratch' at %C"
  msgstr ""
  
! #: fortran/io.c:2116
  #, gcc-internal-format, gfc-internal-format
  msgid "OPEN statement at %C must have UNIT or NEWUNIT specified"
  msgstr ""
  
! #: fortran/io.c:2154
  #, gcc-internal-format, gfc-internal-format
  msgid "ACTION type conflicts with READONLY specifier at %C"
  msgstr ""
  
! #: fortran/io.c:2168
  #, gcc-internal-format, gfc-internal-format
  msgid "ASYNCHRONOUS= at %C not allowed in Fortran 95"
  msgstr ""
  
! #: fortran/io.c:2189 fortran/io.c:3779
  #, gcc-internal-format, gfc-internal-format
  msgid "BLANK= at %C not allowed in Fortran 95"
  msgstr ""
  
! #: fortran/io.c:2226 fortran/io.c:3755
  #, gcc-internal-format, gfc-internal-format
  msgid "DECIMAL= at %C not allowed in Fortran 95"
  msgstr ""
  
! #: fortran/io.c:2264
  #, gcc-internal-format, gfc-internal-format
  msgid "ENCODING= at %C not allowed in Fortran 95"
  msgstr ""
  
! #: fortran/io.c:2327 fortran/io.c:3828
  #, gcc-internal-format, gfc-internal-format
  msgid "ROUND= at %C not allowed in Fortran 95"
  msgstr ""
  
! #: fortran/io.c:2366
  #, gcc-internal-format, gfc-internal-format
  msgid "SIGN= at %C not allowed in Fortran 95"
  msgstr ""
  
! #: fortran/io.c:2587
  #, gcc-internal-format, gfc-internal-format
  msgid "CLOSE statement not allowed in PURE procedure at %C"
  msgstr ""
  
! #: fortran/io.c:2649
  #, gcc-internal-format, gfc-internal-format
  msgid "CLOSE statement at %L requires a UNIT number"
  msgstr ""
  
! #: fortran/io.c:2657
  #, gcc-internal-format, gfc-internal-format
  msgid "UNIT number in CLOSE statement at %L must be non-negative"
  msgstr ""
  
! #: fortran/io.c:2755 fortran/match.c:2937
  #, gcc-internal-format, gfc-internal-format
  msgid "%s statement not allowed in PURE procedure at %C"
  msgstr ""
  
! #: fortran/io.c:2789
  #, gcc-internal-format, gfc-internal-format
  msgid "UNIT number missing in statement at %L"
  msgstr ""
  
! #: fortran/io.c:2797 fortran/io.c:3264
  #, gcc-internal-format, gfc-internal-format
  msgid "UNIT number in statement at %L must be non-negative"
  msgstr ""
  
! #: fortran/io.c:2830
  #, gcc-internal-format, gfc-internal-format
  msgid "FLUSH statement at %C"
  msgstr ""
  
! #: fortran/io.c:2871
  #, gcc-internal-format, gfc-internal-format
  msgid "Missing format with default unit at %C"
  msgstr ""
  
! #: fortran/io.c:2891
  #, gcc-internal-format, gfc-internal-format
  msgid "Duplicate UNIT specification at %C"
  msgstr ""
  
! #: fortran/io.c:2965
  #, gcc-internal-format, gfc-internal-format
  msgid "Duplicate format specification at %C"
  msgstr ""
  
! #: fortran/io.c:3006
  #, gcc-internal-format
  msgid "Symbol %qs in namelist %qs is INTENT(IN) at %C"
  msgstr ""
  
! #: fortran/io.c:3042
  #, gcc-internal-format, gfc-internal-format
  msgid "Duplicate NML specification at %C"
  msgstr ""
  
! #: fortran/io.c:3051
  #, gcc-internal-format
  msgid "Symbol %qs at %C must be a NAMELIST group name"
  msgstr ""
  
! #: fortran/io.c:3121
  #, gcc-internal-format, gfc-internal-format
  msgid "END tag at %C not allowed in output statement"
  msgstr ""
  
! #: fortran/io.c:3198
  #, gcc-internal-format, gfc-internal-format
  msgid "UNIT not specified at %L"
  msgstr ""
  
! #: fortran/io.c:3210
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "UNIT specification at %L must be an INTEGER expression or a CHARACTER "
  "variable"
  msgstr ""
  
! #: fortran/io.c:3232
  #, gcc-internal-format, gfc-internal-format
  msgid "Invalid form of WRITE statement at %L, UNIT required"
  msgstr ""
  
! #: fortran/io.c:3243
  #, gcc-internal-format, gfc-internal-format
  msgid "Internal unit with vector subscript at %L"
  msgstr ""
  
! #: fortran/io.c:3257
  #, gcc-internal-format, gfc-internal-format
  msgid "External IO UNIT cannot be an array at %L"
  msgstr ""
  
! #: fortran/io.c:3287
  #, gcc-internal-format
  msgid ""
  "NAMELIST %qs in READ statement at %L contains the symbol %qs which may not "
  "appear in a variable definition context"
  msgstr ""
  
! #: fortran/io.c:3299
! #, gcc-internal-format
! msgid ""
! "NAMELIST object %qs in namelist %qs at %L is polymorphic and requires a "
! "defined input/output procedure"
! msgstr ""
! 
! #: fortran/io.c:3309 fortran/resolve.c:13913
! #, gcc-internal-format
! msgid ""
! "NAMELIST object %qs in namelist %qs at %L with ALLOCATABLE or POINTER "
! "components"
! msgstr ""
! 
! #: fortran/io.c:3317
! #, gcc-internal-format
! msgid ""
! "NAMELIST object %qs in namelist %qs at %L has ALLOCATABLE or POINTER "
! "components and thus requires a defined input/output procedure"
! msgstr ""
! 
! #: fortran/io.c:3328
  #, gcc-internal-format, gfc-internal-format
  msgid "Comma before i/o item list at %L"
  msgstr ""
  
! #: fortran/io.c:3338
  #, gcc-internal-format, gfc-internal-format
  msgid "ERR tag label %d at %L not defined"
  msgstr ""
  
! #: fortran/io.c:3350
  #, gcc-internal-format, gfc-internal-format
  msgid "END tag label %d at %L not defined"
  msgstr ""
  
! #: fortran/io.c:3362
  #, gcc-internal-format, gfc-internal-format
  msgid "EOR tag label %d at %L not defined"
  msgstr ""
  
! #: fortran/io.c:3372
  #, gcc-internal-format, gfc-internal-format
  msgid "FORMAT label %d at %L not defined"
  msgstr ""
  
! #: fortran/io.c:3403
  #, gcc-internal-format
  msgid "io_kind_name(): bad I/O-kind"
  msgstr ""
  
! #: fortran/io.c:3492
  #, gcc-internal-format, gfc-internal-format
  msgid "Syntax error in I/O iterator at %C"
  msgstr ""
  
! #: fortran/io.c:3523
  #, gcc-internal-format, gfc-internal-format
  msgid "Expected variable in READ statement at %C"
  msgstr ""
  
! #: fortran/io.c:3529
  #, gcc-internal-format, gfc-internal-format
  msgid "Expected expression in %s statement at %C"
  msgstr ""
  
  #. A general purpose syntax error.
! #: fortran/io.c:3586 fortran/io.c:4246 fortran/gfortran.h:2813
  #, gcc-internal-format, gfc-internal-format
  msgid "Syntax error in %s statement at %C"
  msgstr ""
  
! #: fortran/io.c:3670
  #, gcc-internal-format, gfc-internal-format
  msgid "Internal file at %L with namelist"
  msgstr ""
  
! #: fortran/io.c:3726
  #, gcc-internal-format, gfc-internal-format
  msgid "ASYNCHRONOUS= specifier at %L must be an initialization expression"
  msgstr ""
  
! #: fortran/io.c:3804
  #, gcc-internal-format, gfc-internal-format
  msgid "PAD= at %C not allowed in Fortran 95"
  msgstr ""
  
! #: fortran/io.c:3880
  #, gcc-internal-format, gfc-internal-format
  msgid "DELIM= at %C not allowed in Fortran 95"
  msgstr ""
  
! #: fortran/io.c:4032
  #, gcc-internal-format, gfc-internal-format
  msgid "PRINT namelist at %C is an extension"
  msgstr ""
  
! #: fortran/io.c:4213
  #, gcc-internal-format, gfc-internal-format
  msgid "Expected comma in I/O list at %C"
  msgstr ""
  
! #: fortran/io.c:4280
  #, gcc-internal-format, gfc-internal-format
  msgid "PRINT statement at %C not allowed within PURE procedure"
  msgstr ""
  
! #: fortran/io.c:4447 fortran/io.c:4509
  #, gcc-internal-format, gfc-internal-format
  msgid "INQUIRE statement not allowed in PURE procedure at %C"
  msgstr ""
  
! #: fortran/io.c:4475
  #, gcc-internal-format, gfc-internal-format
  msgid "IOLENGTH tag invalid in INQUIRE statement at %C"
  msgstr ""
  
! #: fortran/io.c:4485 fortran/trans-io.c:1333
  #, gcc-internal-format, gfc-internal-format
  msgid "INQUIRE statement at %L cannot contain both FILE and UNIT specifiers"
  msgstr ""
  
! #: fortran/io.c:4492
  #, gcc-internal-format, gfc-internal-format
  msgid "INQUIRE statement at %L requires either FILE or UNIT specifier"
  msgstr ""
  
! #: fortran/io.c:4502
  #, gcc-internal-format, gfc-internal-format
  msgid "UNIT number in INQUIRE statement at %L can not be %d"
  msgstr ""
  
! #: fortran/io.c:4517
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "INQUIRE statement at %L requires a PENDING= specifier with the ID= specifier"
  msgstr ""
  
! #: fortran/io.c:4695
  #, gcc-internal-format, gfc-internal-format
  msgid "WAIT at %C not allowed in Fortran 95"
  msgstr ""
  
! #: fortran/io.c:4701
  #, gcc-internal-format, gfc-internal-format
  msgid "WAIT statement not allowed in PURE procedure at %C"
  msgstr ""
*************** msgstr ""
*** 55707,55973 ****
  msgid "Missing generic specification in USE statement at %C"
  msgstr ""
  
! #: fortran/module.c:637
  #, gcc-internal-format, gfc-internal-format
  msgid "Renaming operators in USE statements at %C"
  msgstr ""
  
! #: fortran/module.c:678
  #, gcc-internal-format
  msgid "The name %qs at %C has already been used as an external module name"
  msgstr ""
  
! #: fortran/module.c:741
  #, gcc-internal-format, gfc-internal-format
  msgid "SUBMODULE declaration at %C"
  msgstr ""
  
! #: fortran/module.c:746
  #, gcc-internal-format, gfc-internal-format
  msgid "SUBMODULE declaration at %C cannot appear within another scoping unit"
  msgstr ""
  
! #: fortran/module.c:821
  #, gcc-internal-format, gfc-internal-format
  msgid "Syntax error in SUBMODULE statement at %C"
  msgstr ""
  
! #: fortran/module.c:1166
  #, gcc-internal-format
  msgid "Reading module %qs at line %d column %d: %s"
  msgstr ""
  
! #: fortran/module.c:1170
  #, gcc-internal-format
  msgid "Writing module %qs at line %d column %d: %s"
  msgstr ""
  
! #: fortran/module.c:1174
  #, gcc-internal-format
  msgid "Module %qs at line %d column %d: %s"
  msgstr ""
  
! #: fortran/module.c:1569
  #, gcc-internal-format
  msgid "require_atom(): bad atom type required"
  msgstr ""
  
! #: fortran/module.c:1618
  #, gcc-internal-format, gfc-internal-format
  msgid "Error writing modules file: %s"
  msgstr ""
  
! #: fortran/module.c:1662
  #, gcc-internal-format
  msgid "write_atom(): Writing negative integer"
  msgstr ""
  
! #: fortran/module.c:1669
  #, gcc-internal-format
  msgid "write_atom(): Trying to write dab atom"
  msgstr ""
  
! #: fortran/module.c:1875
  #, gcc-internal-format
  msgid "unquote_string(): got bad string"
  msgstr ""
  
! #: fortran/module.c:2674
  #, gcc-internal-format
  msgid "mio_array_ref(): Unknown array ref"
  msgstr ""
  
! #: fortran/module.c:3650
  #, gcc-internal-format, gfc-internal-format
  msgid "Namelist %s cannot be renamed by USE association to %s"
  msgstr ""
  
! #: fortran/module.c:4746
  #, gcc-internal-format, gfc-internal-format
  msgid "Ambiguous !$OMP DECLARE REDUCTION from module %s at %L"
  msgstr ""
  
! #: fortran/module.c:4749
  #, gcc-internal-format, gfc-internal-format
  msgid "Previous !$OMP DECLARE REDUCTION from module %s at %L"
  msgstr ""
  
! #: fortran/module.c:4943
  #, gcc-internal-format
  msgid ""
  "%qs of module %qs, imported at %C, is also the name of the current program "
  "unit"
  msgstr ""
  
! #: fortran/module.c:5295
  #, gcc-internal-format
  msgid "Symbol %qs referenced at %L not found in module %qs"
  msgstr ""
  
! #: fortran/module.c:5302
  #, gcc-internal-format
  msgid "User operator %qs referenced at %L not found in module %qs"
  msgstr ""
  
! #: fortran/module.c:5307
  #, gcc-internal-format
  msgid "Intrinsic operator %qs referenced at %L not found in module %qs"
  msgstr ""
  
! #: fortran/module.c:5542
  #, gcc-internal-format
  msgid "write_symbol(): bad module symbol %qs"
  msgstr ""
  
! #: fortran/module.c:5875
  #, gcc-internal-format
  msgid "write_symtree(): Symbol not written"
  msgstr ""
  
! #: fortran/module.c:6062
  #, gcc-internal-format
  msgid "Can't open module file %qs for writing at %C: %s"
  msgstr ""
  
! #: fortran/module.c:6081
  #, gcc-internal-format
  msgid "Error writing module file %qs for writing: %s"
  msgstr ""
  
! #: fortran/module.c:6092
  #, gcc-internal-format
  msgid "Can't delete module file %qs: %s"
  msgstr ""
  
! #: fortran/module.c:6095
  #, gcc-internal-format
  msgid "Can't rename module file %qs to %qs: %s"
  msgstr ""
  
! #: fortran/module.c:6101
  #, gcc-internal-format
  msgid "Can't delete temporary module file %qs: %s"
  msgstr ""
  
! #: fortran/module.c:6158
  #, gcc-internal-format
  msgid "Symbol %qs at %C already declared"
  msgstr ""
  
! #: fortran/module.c:6229
  #, gcc-internal-format, gfc-internal-format
  msgid "import_iso_c_binding_module(): Unable to create symbol for %s"
  msgstr ""
  
! #: fortran/module.c:6337 fortran/module.c:6681
  #, gcc-internal-format
  msgid "The symbol %qs, referenced at %L, is not in the selected standard"
  msgstr ""
  
! #: fortran/module.c:6465
  #, gcc-internal-format
  msgid "Symbol %qs referenced at %L not found in intrinsic module ISO_C_BINDING"
  msgstr ""
  
! #: fortran/module.c:6486 fortran/module.c:6519 fortran/module.c:6561
  #, gcc-internal-format
  msgid "Symbol %qs already declared"
  msgstr ""
  
! #: fortran/module.c:6666
  #, gcc-internal-format
  msgid ""
  "Use of intrinsic module %qs at %C conflicts with non-intrinsic module name "
  "used previously"
  msgstr ""
  
! #: fortran/module.c:6688
  #, gcc-internal-format
  msgid ""
  "Use of the NUMERIC_STORAGE_SIZE named constant from intrinsic module "
  "ISO_FORTRAN_ENV at %L is incompatible with option %qs"
  msgstr ""
  
! #: fortran/module.c:6756
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Use of the NUMERIC_STORAGE_SIZE named constant from intrinsic module "
  "ISO_FORTRAN_ENV at %C is incompatible with option %s"
  msgstr ""
  
! #: fortran/module.c:6810
  #, gcc-internal-format
  msgid ""
  "Symbol %qs referenced at %L not found in intrinsic module ISO_FORTRAN_ENV"
  msgstr ""
  
! #: fortran/module.c:6836
  #, gcc-internal-format, gfc-internal-format
  msgid "USE statement at %C has no ONLY qualifier"
  msgstr ""
  
! #: fortran/module.c:6865
  #, gcc-internal-format, gfc-internal-format
  msgid "ISO_FORTRAN_ENV intrinsic module at %C"
  msgstr ""
  
! #: fortran/module.c:6877
  #, gcc-internal-format, gfc-internal-format
  msgid "ISO_C_BINDING module at %C"
  msgstr ""
  
! #: fortran/module.c:6890
  #, gcc-internal-format
  msgid "Can't find an intrinsic module named %qs at %C"
  msgstr ""
  
! #: fortran/module.c:6896
  #, gcc-internal-format, gfc-internal-format
  msgid "IEEE_FEATURES module at %C"
  msgstr ""
  
! #: fortran/module.c:6902
  #, gcc-internal-format, gfc-internal-format
  msgid "IEEE_EXCEPTIONS module at %C"
  msgstr ""
  
! #: fortran/module.c:6908
  #, gcc-internal-format, gfc-internal-format
  msgid "IEEE_ARITHMETIC module at %C"
  msgstr ""
  
! #: fortran/module.c:6918
  #, gcc-internal-format
  msgid "Can't open module file %qs for reading at %C: %s"
  msgstr ""
  
! #: fortran/module.c:6921
  #, gcc-internal-format
  msgid ""
  "Module file %qs has not been generated, either because the module does not "
  "contain a MODULE PROCEDURE or there is an error in the module."
  msgstr ""
  
! #: fortran/module.c:6932
  #, gcc-internal-format
  msgid ""
  "Use of non-intrinsic module %qs at %C conflicts with intrinsic module name "
  "used previously"
  msgstr ""
  
! #: fortran/module.c:6955
  #, gcc-internal-format
  msgid "File %qs opened at %C is not a GNU Fortran module file"
  msgstr ""
  
! #: fortran/module.c:6963
  #, gcc-internal-format
  msgid ""
  "Cannot read module file %qs opened at %C, because it was created by a "
  "different version of GNU Fortran"
  msgstr ""
  
! #: fortran/module.c:6978
  #, gcc-internal-format, gfc-internal-format
  msgid "Can't USE the same %smodule we're building!"
  msgstr ""
--- 55809,56075 ----
  msgid "Missing generic specification in USE statement at %C"
  msgstr ""
  
! #: fortran/module.c:638
  #, gcc-internal-format, gfc-internal-format
  msgid "Renaming operators in USE statements at %C"
  msgstr ""
  
! #: fortran/module.c:679
  #, gcc-internal-format
  msgid "The name %qs at %C has already been used as an external module name"
  msgstr ""
  
! #: fortran/module.c:742
  #, gcc-internal-format, gfc-internal-format
  msgid "SUBMODULE declaration at %C"
  msgstr ""
  
! #: fortran/module.c:747
  #, gcc-internal-format, gfc-internal-format
  msgid "SUBMODULE declaration at %C cannot appear within another scoping unit"
  msgstr ""
  
! #: fortran/module.c:822
  #, gcc-internal-format, gfc-internal-format
  msgid "Syntax error in SUBMODULE statement at %C"
  msgstr ""
  
! #: fortran/module.c:1167
  #, gcc-internal-format
  msgid "Reading module %qs at line %d column %d: %s"
  msgstr ""
  
! #: fortran/module.c:1171
  #, gcc-internal-format
  msgid "Writing module %qs at line %d column %d: %s"
  msgstr ""
  
! #: fortran/module.c:1175
  #, gcc-internal-format
  msgid "Module %qs at line %d column %d: %s"
  msgstr ""
  
! #: fortran/module.c:1570
  #, gcc-internal-format
  msgid "require_atom(): bad atom type required"
  msgstr ""
  
! #: fortran/module.c:1619
  #, gcc-internal-format, gfc-internal-format
  msgid "Error writing modules file: %s"
  msgstr ""
  
! #: fortran/module.c:1663
  #, gcc-internal-format
  msgid "write_atom(): Writing negative integer"
  msgstr ""
  
! #: fortran/module.c:1670
  #, gcc-internal-format
  msgid "write_atom(): Trying to write dab atom"
  msgstr ""
  
! #: fortran/module.c:1876
  #, gcc-internal-format
  msgid "unquote_string(): got bad string"
  msgstr ""
  
! #: fortran/module.c:2675
  #, gcc-internal-format
  msgid "mio_array_ref(): Unknown array ref"
  msgstr ""
  
! #: fortran/module.c:3651
  #, gcc-internal-format, gfc-internal-format
  msgid "Namelist %s cannot be renamed by USE association to %s"
  msgstr ""
  
! #: fortran/module.c:4747
  #, gcc-internal-format, gfc-internal-format
  msgid "Ambiguous !$OMP DECLARE REDUCTION from module %s at %L"
  msgstr ""
  
! #: fortran/module.c:4750
  #, gcc-internal-format, gfc-internal-format
  msgid "Previous !$OMP DECLARE REDUCTION from module %s at %L"
  msgstr ""
  
! #: fortran/module.c:4944
  #, gcc-internal-format
  msgid ""
  "%qs of module %qs, imported at %C, is also the name of the current program "
  "unit"
  msgstr ""
  
! #: fortran/module.c:5296
  #, gcc-internal-format
  msgid "Symbol %qs referenced at %L not found in module %qs"
  msgstr ""
  
! #: fortran/module.c:5303
  #, gcc-internal-format
  msgid "User operator %qs referenced at %L not found in module %qs"
  msgstr ""
  
! #: fortran/module.c:5308
  #, gcc-internal-format
  msgid "Intrinsic operator %qs referenced at %L not found in module %qs"
  msgstr ""
  
! #: fortran/module.c:5543
  #, gcc-internal-format
  msgid "write_symbol(): bad module symbol %qs"
  msgstr ""
  
! #: fortran/module.c:5876
  #, gcc-internal-format
  msgid "write_symtree(): Symbol not written"
  msgstr ""
  
! #: fortran/module.c:6063
  #, gcc-internal-format
  msgid "Can't open module file %qs for writing at %C: %s"
  msgstr ""
  
! #: fortran/module.c:6082
  #, gcc-internal-format
  msgid "Error writing module file %qs for writing: %s"
  msgstr ""
  
! #: fortran/module.c:6093
  #, gcc-internal-format
  msgid "Can't delete module file %qs: %s"
  msgstr ""
  
! #: fortran/module.c:6096
  #, gcc-internal-format
  msgid "Can't rename module file %qs to %qs: %s"
  msgstr ""
  
! #: fortran/module.c:6102
  #, gcc-internal-format
  msgid "Can't delete temporary module file %qs: %s"
  msgstr ""
  
! #: fortran/module.c:6159
  #, gcc-internal-format
  msgid "Symbol %qs at %C already declared"
  msgstr ""
  
! #: fortran/module.c:6230
  #, gcc-internal-format, gfc-internal-format
  msgid "import_iso_c_binding_module(): Unable to create symbol for %s"
  msgstr ""
  
! #: fortran/module.c:6338 fortran/module.c:6682
  #, gcc-internal-format
  msgid "The symbol %qs, referenced at %L, is not in the selected standard"
  msgstr ""
  
! #: fortran/module.c:6466
  #, gcc-internal-format
  msgid "Symbol %qs referenced at %L not found in intrinsic module ISO_C_BINDING"
  msgstr ""
  
! #: fortran/module.c:6487 fortran/module.c:6520 fortran/module.c:6562
  #, gcc-internal-format
  msgid "Symbol %qs already declared"
  msgstr ""
  
! #: fortran/module.c:6667
  #, gcc-internal-format
  msgid ""
  "Use of intrinsic module %qs at %C conflicts with non-intrinsic module name "
  "used previously"
  msgstr ""
  
! #: fortran/module.c:6689
  #, gcc-internal-format
  msgid ""
  "Use of the NUMERIC_STORAGE_SIZE named constant from intrinsic module "
  "ISO_FORTRAN_ENV at %L is incompatible with option %qs"
  msgstr ""
  
! #: fortran/module.c:6757
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Use of the NUMERIC_STORAGE_SIZE named constant from intrinsic module "
  "ISO_FORTRAN_ENV at %C is incompatible with option %s"
  msgstr ""
  
! #: fortran/module.c:6811
  #, gcc-internal-format
  msgid ""
  "Symbol %qs referenced at %L not found in intrinsic module ISO_FORTRAN_ENV"
  msgstr ""
  
! #: fortran/module.c:6837
  #, gcc-internal-format, gfc-internal-format
  msgid "USE statement at %C has no ONLY qualifier"
  msgstr ""
  
! #: fortran/module.c:6866
  #, gcc-internal-format, gfc-internal-format
  msgid "ISO_FORTRAN_ENV intrinsic module at %C"
  msgstr ""
  
! #: fortran/module.c:6878
  #, gcc-internal-format, gfc-internal-format
  msgid "ISO_C_BINDING module at %C"
  msgstr ""
  
! #: fortran/module.c:6891
  #, gcc-internal-format
  msgid "Can't find an intrinsic module named %qs at %C"
  msgstr ""
  
! #: fortran/module.c:6897
  #, gcc-internal-format, gfc-internal-format
  msgid "IEEE_FEATURES module at %C"
  msgstr ""
  
! #: fortran/module.c:6903
  #, gcc-internal-format, gfc-internal-format
  msgid "IEEE_EXCEPTIONS module at %C"
  msgstr ""
  
! #: fortran/module.c:6909
  #, gcc-internal-format, gfc-internal-format
  msgid "IEEE_ARITHMETIC module at %C"
  msgstr ""
  
! #: fortran/module.c:6919
  #, gcc-internal-format
  msgid "Can't open module file %qs for reading at %C: %s"
  msgstr ""
  
! #: fortran/module.c:6922
  #, gcc-internal-format
  msgid ""
  "Module file %qs has not been generated, either because the module does not "
  "contain a MODULE PROCEDURE or there is an error in the module."
  msgstr ""
  
! #: fortran/module.c:6933
  #, gcc-internal-format
  msgid ""
  "Use of non-intrinsic module %qs at %C conflicts with intrinsic module name "
  "used previously"
  msgstr ""
  
! #: fortran/module.c:6956
  #, gcc-internal-format
  msgid "File %qs opened at %C is not a GNU Fortran module file"
  msgstr ""
  
! #: fortran/module.c:6964
  #, gcc-internal-format
  msgid ""
  "Cannot read module file %qs opened at %C, because it was created by a "
  "different version of GNU Fortran"
  msgstr ""
  
! #: fortran/module.c:6979
  #, gcc-internal-format, gfc-internal-format
  msgid "Can't USE the same %smodule we're building!"
  msgstr ""
*************** msgstr ""
*** 58545,58551 ****
  msgid "Unable to resolve the specific function %qs at %L"
  msgstr ""
  
! #: fortran/resolve.c:2751 fortran/resolve.c:15846
  #, gcc-internal-format
  msgid "Function %qs at %L has no IMPLICIT type"
  msgstr ""
--- 58647,58653 ----
  msgid "Unable to resolve the specific function %qs at %L"
  msgstr ""
  
! #: fortran/resolve.c:2751 fortran/resolve.c:15814
  #, gcc-internal-format
  msgid "Function %qs at %L has no IMPLICIT type"
  msgstr ""
*************** msgid ""
*** 60174,60689 ****
  "at %L"
  msgstr ""
  
! #: fortran/resolve.c:13884
  #, gcc-internal-format
  msgid "Assumed size array %qs in namelist %qs at %L is not allowed"
  msgstr ""
  
! #: fortran/resolve.c:13890
  #, gcc-internal-format
  msgid "NAMELIST array object %qs with assumed shape in namelist %qs at %L"
  msgstr ""
  
! #: fortran/resolve.c:13896
  #, gcc-internal-format
  msgid "NAMELIST array object %qs with nonconstant shape in namelist %qs at %L"
  msgstr ""
  
! #: fortran/resolve.c:13904
  #, gcc-internal-format
  msgid ""
  "NAMELIST object %qs with nonconstant character length in namelist %qs at %L"
  msgstr ""
  
! #: fortran/resolve.c:13914
! #, gcc-internal-format
! msgid ""
! "NAMELIST object %qs in namelist %qs at %L is polymorphic and requires a "
! "defined input/output procedure"
! msgstr ""
! 
! #: fortran/resolve.c:13924
! #, gcc-internal-format
! msgid ""
! "NAMELIST object %qs in namelist %qs at %L with ALLOCATABLE or POINTER "
! "components"
! msgstr ""
! 
! #: fortran/resolve.c:13942
  #, gcc-internal-format
  msgid ""
  "NAMELIST object %qs was declared PRIVATE and cannot be member of PUBLIC "
  "namelist %qs at %L"
  msgstr ""
  
! #: fortran/resolve.c:13957
  #, gcc-internal-format
  msgid ""
  "NAMELIST object %qs has use-associated PRIVATE components and cannot be "
  "member of namelist %qs at %L"
  msgstr ""
  
! #: fortran/resolve.c:13968
  #, gcc-internal-format
  msgid ""
  "NAMELIST object %qs has PRIVATE components and cannot be a member of PUBLIC "
  "namelist %qs at %L"
  msgstr ""
  
! #: fortran/resolve.c:13995
  #, gcc-internal-format
  msgid "PROCEDURE attribute conflicts with NAMELIST attribute in %qs at %L"
  msgstr ""
  
! #: fortran/resolve.c:14014
  #, gcc-internal-format
  msgid "Parameter array %qs at %L cannot be automatic or of deferred shape"
  msgstr ""
  
! #: fortran/resolve.c:14030
  #, gcc-internal-format
  msgid ""
  "Implicitly typed PARAMETER %qs at %L doesn't match a later IMPLICIT type"
  msgstr ""
  
! #: fortran/resolve.c:14041
  #, gcc-internal-format, gfc-internal-format
  msgid "Incompatible derived type in PARAMETER at %L"
  msgstr ""
  
! #: fortran/resolve.c:14049
  #, gcc-internal-format
  msgid "CLASS variable %qs at %L cannot have the PARAMETER attribute"
  msgstr ""
  
! #: fortran/resolve.c:14091
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Sorry, allocatable/pointer components in polymorphic (CLASS) type coarrays "
  "at %L are unsupported"
  msgstr ""
  
! #: fortran/resolve.c:14155
  #, gcc-internal-format, gfc-internal-format
  msgid "PROTECTED attribute conflicts with EXTERNAL attribute at %L"
  msgstr ""
  
! #: fortran/resolve.c:14158
  #, gcc-internal-format, gfc-internal-format
  msgid "PROCEDURE attribute conflicts with PROTECTED attribute at %L"
  msgstr ""
  
! #: fortran/resolve.c:14254
  #, gcc-internal-format
  msgid ""
  "%qs at %L has the CONTIGUOUS attribute but is not an array pointer or an "
  "assumed-shape or assumed-rank array"
  msgstr ""
  
! #: fortran/resolve.c:14272
  #, gcc-internal-format, gfc-internal-format
  msgid "Assumed size array at %L must be a dummy argument"
  msgstr ""
  
! #: fortran/resolve.c:14275
  #, gcc-internal-format, gfc-internal-format
  msgid "Assumed shape array at %L must be a dummy argument"
  msgstr ""
  
! #: fortran/resolve.c:14283
  #, gcc-internal-format, gfc-internal-format
  msgid "Assumed-rank array at %L must be a dummy argument"
  msgstr ""
  
! #: fortran/resolve.c:14290
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Assumed-rank array at %L may not have the VALUE or CODIMENSION attribute"
  msgstr ""
  
! #: fortran/resolve.c:14303
  #, gcc-internal-format, gfc-internal-format
  msgid "Symbol at %L is not a DUMMY variable"
  msgstr ""
  
! #: fortran/resolve.c:14309
  #, gcc-internal-format
  msgid ""
  "%qs at %L cannot have the VALUE attribute because it is not a dummy argument"
  msgstr ""
  
! #: fortran/resolve.c:14319
  #, gcc-internal-format
  msgid ""
  "Character dummy variable %qs at %L with VALUE attribute must have constant "
  "length"
  msgstr ""
  
! #: fortran/resolve.c:14328
  #, gcc-internal-format
  msgid ""
  "C interoperable character dummy variable %qs at %L with VALUE attribute must "
  "have length one"
  msgstr ""
  
! #: fortran/resolve.c:14341 fortran/resolve.c:14508
  #, gcc-internal-format
  msgid "The derived type %qs at %L is of type %qs, which has not been defined"
  msgstr ""
  
! #: fortran/resolve.c:14355
  #, gcc-internal-format, gfc-internal-format
  msgid "Variable %s at %L with NO_ARG_CHECK attribute shall be a dummy argument"
  msgstr ""
  
! #: fortran/resolve.c:14364
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Variable %s at %L with NO_ARG_CHECK attribute shall be of type TYPE(*) or of "
  "an numeric intrinsic type"
  msgstr ""
  
! #: fortran/resolve.c:14373
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Variable %s at %L with NO_ARG_CHECK attribute may not have the ALLOCATABLE, "
  "CODIMENSION, POINTER or VALUE attribute"
  msgstr ""
  
! #: fortran/resolve.c:14381
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Variable %s at %L with NO_ARG_CHECK attribute may not have the INTENT(OUT) "
  "attribute"
  msgstr ""
  
! #: fortran/resolve.c:14388
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Variable %s at %L with NO_ARG_CHECK attribute shall either be a scalar or an "
  "assumed-size array"
  msgstr ""
  
! #: fortran/resolve.c:14408
  #, gcc-internal-format, gfc-internal-format
  msgid "Assumed type of variable %s at %L is only permitted for dummy variables"
  msgstr ""
  
! #: fortran/resolve.c:14415
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Assumed-type variable %s at %L may not have the ALLOCATABLE, CODIMENSION, "
  "POINTER or VALUE attribute"
  msgstr ""
  
! #: fortran/resolve.c:14422
  #, gcc-internal-format, gfc-internal-format
  msgid "Assumed-type variable %s at %L may not have the INTENT(OUT) attribute"
  msgstr ""
  
! #: fortran/resolve.c:14429
  #, gcc-internal-format, gfc-internal-format
  msgid "Assumed-type variable %s at %L shall not be an explicit-shape array"
  msgstr ""
  
! #: fortran/resolve.c:14454
  #, gcc-internal-format
  msgid ""
  "Variable %qs at %L cannot be BIND(C) because it is neither a COMMON block "
  "nor declared at the module level scope"
  msgstr ""
  
! #: fortran/resolve.c:14534
  #, gcc-internal-format
  msgid "PUBLIC %s %qs at %L of PRIVATE derived type %qs"
  msgstr ""
  
! #: fortran/resolve.c:14549
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Variable %s at %L of type LOCK_TYPE or with subcomponent of type LOCK_TYPE "
  "must be a coarray"
  msgstr ""
  
! #: fortran/resolve.c:14562
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Variable %s at %L of type EVENT_TYPE or with subcomponent of type LOCK_TYPE "
  "must be a coarray"
  msgstr ""
  
! #: fortran/resolve.c:14580
  #, gcc-internal-format
  msgid ""
  "The INTENT(OUT) dummy argument %qs at %L is ASSUMED SIZE and so cannot have "
  "a default initializer"
  msgstr ""
  
! #: fortran/resolve.c:14592
  #, gcc-internal-format
  msgid "Dummy argument %qs at %L of LOCK_TYPE shall not be INTENT(OUT)"
  msgstr ""
  
! #: fortran/resolve.c:14601
  #, gcc-internal-format
  msgid "Dummy argument %qs at %L of EVENT_TYPE shall not be INTENT(OUT)"
  msgstr ""
  
! #: fortran/resolve.c:14613
  #, gcc-internal-format
  msgid ""
  "Function result %qs at %L shall not be a coarray or have a coarray component"
  msgstr ""
  
! #: fortran/resolve.c:14622
  #, gcc-internal-format
  msgid ""
  "Variable %qs at %L of TYPE(C_PTR) or TYPE(C_FUNPTR) shall not be a coarray"
  msgstr ""
  
! #: fortran/resolve.c:14634
  #, gcc-internal-format
  msgid ""
  "Variable %qs at %L with coarray component shall be a nonpointer, "
  "nonallocatable scalar, which is not a coarray"
  msgstr ""
  
! #: fortran/resolve.c:14649
  #, gcc-internal-format
  msgid ""
  "Variable %qs at %L is a coarray and is not ALLOCATABLE, SAVE nor a dummy "
  "argument"
  msgstr ""
  
! #: fortran/resolve.c:14657
  #, gcc-internal-format
  msgid ""
  "Coarray variable %qs at %L shall not have codimensions with deferred shape"
  msgstr ""
  
! #: fortran/resolve.c:14664
  #, gcc-internal-format
  msgid "Allocatable coarray variable %qs at %L must have deferred shape"
  msgstr ""
  
! #: fortran/resolve.c:14676
  #, gcc-internal-format
  msgid ""
  "Variable %qs at %L is INTENT(OUT) and can thus not be an allocatable coarray "
  "or have coarray components"
  msgstr ""
  
! #: fortran/resolve.c:14685
  #, gcc-internal-format
  msgid "Coarray dummy variable %qs at %L not allowed in BIND(C) procedure %qs"
  msgstr ""
  
! #: fortran/resolve.c:14701
  #, gcc-internal-format
  msgid ""
  "LOGICAL dummy argument %qs at %L with non-C_Bool kind in BIND(C) procedure "
  "%qs"
  msgstr ""
  
! #: fortran/resolve.c:14707
  #, gcc-internal-format
  msgid ""
  "LOGICAL result variable %qs at %L with non-C_Bool kind in BIND(C) procedure "
  "%qs"
  msgstr ""
  
! #: fortran/resolve.c:14732
  #, gcc-internal-format
  msgid "Namelist %qs can not be an argument to subroutine or function at %L"
  msgstr ""
  
! #: fortran/resolve.c:14802
  #, gcc-internal-format, gfc-internal-format
  msgid "Threadprivate at %L isn't SAVEd"
  msgstr ""
  
! #: fortran/resolve.c:14813
  #, gcc-internal-format
  msgid "!$OMP DECLARE TARGET variable %qs at %L isn't SAVEd"
  msgstr ""
  
! #: fortran/resolve.c:14909
  #, gcc-internal-format
  msgid "check_data_variable(): Bad expression"
  msgstr ""
  
! #: fortran/resolve.c:14915
  #, gcc-internal-format
  msgid "BLOCK DATA element %qs at %L must be in COMMON"
  msgstr ""
  
! #: fortran/resolve.c:14921
  #, gcc-internal-format
  msgid "DATA array %qs at %L must be specified in a previous declaration"
  msgstr ""
  
! #: fortran/resolve.c:14930
  #, gcc-internal-format
  msgid "DATA element %qs at %L cannot have a coindex"
  msgstr ""
  
! #: fortran/resolve.c:14944
  #, gcc-internal-format
  msgid "DATA element %qs at %L is a pointer and so must be a full array"
  msgstr ""
  
! #: fortran/resolve.c:14990
  #, gcc-internal-format, gfc-internal-format
  msgid "Nonconstant array section at %L in DATA statement"
  msgstr ""
  
! #: fortran/resolve.c:15003
  #, gcc-internal-format, gfc-internal-format
  msgid "DATA statement at %L has more variables than values"
  msgstr ""
  
! #: fortran/resolve.c:15102
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "start of implied-do loop at %L could not be simplified to a constant value"
  msgstr ""
  
! #: fortran/resolve.c:15110
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "end of implied-do loop at %L could not be simplified to a constant value"
  msgstr ""
  
! #: fortran/resolve.c:15118
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "step of implied-do loop at %L could not be simplified to a constant value"
  msgstr ""
  
! #: fortran/resolve.c:15243
  #, gcc-internal-format, gfc-internal-format
  msgid "DATA statement at %L has more values than variables"
  msgstr ""
  
! #: fortran/resolve.c:15408
  #, gcc-internal-format, gfc-internal-format
  msgid "Label %d at %L defined but not used"
  msgstr ""
  
! #: fortran/resolve.c:15414
  #, gcc-internal-format, gfc-internal-format
  msgid "Label %d at %L defined but cannot be used"
  msgstr ""
  
! #: fortran/resolve.c:15498
  #, gcc-internal-format
  msgid ""
  "Derived type variable %qs at %L must have SEQUENCE attribute to be an "
  "EQUIVALENCE object"
  msgstr ""
  
! #: fortran/resolve.c:15507
  #, gcc-internal-format
  msgid ""
  "Derived type variable %qs at %L cannot have ALLOCATABLE components to be an "
  "EQUIVALENCE object"
  msgstr ""
  
! #: fortran/resolve.c:15515
  #, gcc-internal-format
  msgid ""
  "Derived type variable %qs at %L with default initialization cannot be in "
  "EQUIVALENCE with a variable in COMMON"
  msgstr ""
  
! #: fortran/resolve.c:15531
  #, gcc-internal-format
  msgid ""
  "Derived type variable %qs at %L with pointer component(s) cannot be an "
  "EQUIVALENCE object"
  msgstr ""
  
! #: fortran/resolve.c:15634
  #, gcc-internal-format, gfc-internal-format
  msgid "Syntax error in EQUIVALENCE statement at %L"
  msgstr ""
  
! #: fortran/resolve.c:15649
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Either all or none of the objects in the EQUIVALENCE set at %L shall have "
  "the PROTECTED attribute"
  msgstr ""
  
! #: fortran/resolve.c:15661
  #, gcc-internal-format
  msgid ""
  "Common block member %qs at %L cannot be an EQUIVALENCE object in the pure "
  "procedure %qs"
  msgstr ""
  
! #: fortran/resolve.c:15670
  #, gcc-internal-format
  msgid "Named constant %qs at %L cannot be an EQUIVALENCE object"
  msgstr ""
  
! #: fortran/resolve.c:15743
  #, gcc-internal-format
  msgid ""
  "Array %qs at %L with non-constant bounds cannot be an EQUIVALENCE object"
  msgstr ""
  
! #: fortran/resolve.c:15754
  #, gcc-internal-format
  msgid "Structure component %qs at %L cannot be an EQUIVALENCE object"
  msgstr ""
  
! #: fortran/resolve.c:15765
  #, gcc-internal-format, gfc-internal-format
  msgid "Substring at %L has length zero"
  msgstr ""
  
! #: fortran/resolve.c:15856
  #, gcc-internal-format
  msgid "PUBLIC function %qs at %L of PRIVATE type %qs"
  msgstr ""
  
! #: fortran/resolve.c:15869
  #, gcc-internal-format
  msgid "ENTRY %qs at %L has no IMPLICIT type"
  msgstr ""
  
! #: fortran/resolve.c:15889
  #, gcc-internal-format
  msgid "User operator procedure %qs at %L must be a FUNCTION"
  msgstr ""
  
! #: fortran/resolve.c:15899
  #, gcc-internal-format
  msgid "User operator procedure %qs at %L cannot be assumed character length"
  msgstr ""
  
! #: fortran/resolve.c:15907
  #, gcc-internal-format
  msgid "User operator procedure %qs at %L must have at least one argument"
  msgstr ""
  
! #: fortran/resolve.c:15921
  #, gcc-internal-format, gfc-internal-format
  msgid "First argument of operator interface at %L cannot be optional"
  msgstr ""
  
! #: fortran/resolve.c:15939
  #, gcc-internal-format, gfc-internal-format
  msgid "Second argument of operator interface at %L cannot be optional"
  msgstr ""
  
! #: fortran/resolve.c:15946
  #, gcc-internal-format, gfc-internal-format
  msgid "Operator interface at %L must have, at most, two arguments"
  msgstr ""
  
! #: fortran/resolve.c:16024
  #, gcc-internal-format
  msgid "Contained procedure %qs at %L of a PURE procedure must also be PURE"
  msgstr ""
--- 60276,60777 ----
  "at %L"
  msgstr ""
  
! #: fortran/resolve.c:13866
  #, gcc-internal-format
  msgid "Assumed size array %qs in namelist %qs at %L is not allowed"
  msgstr ""
  
! #: fortran/resolve.c:13872
  #, gcc-internal-format
  msgid "NAMELIST array object %qs with assumed shape in namelist %qs at %L"
  msgstr ""
  
! #: fortran/resolve.c:13878
  #, gcc-internal-format
  msgid "NAMELIST array object %qs with nonconstant shape in namelist %qs at %L"
  msgstr ""
  
! #: fortran/resolve.c:13886
  #, gcc-internal-format
  msgid ""
  "NAMELIST object %qs with nonconstant character length in namelist %qs at %L"
  msgstr ""
  
! #: fortran/resolve.c:13903
  #, gcc-internal-format
  msgid ""
  "NAMELIST object %qs was declared PRIVATE and cannot be member of PUBLIC "
  "namelist %qs at %L"
  msgstr ""
  
! #: fortran/resolve.c:13925
  #, gcc-internal-format
  msgid ""
  "NAMELIST object %qs has use-associated PRIVATE components and cannot be "
  "member of namelist %qs at %L"
  msgstr ""
  
! #: fortran/resolve.c:13936
  #, gcc-internal-format
  msgid ""
  "NAMELIST object %qs has PRIVATE components and cannot be a member of PUBLIC "
  "namelist %qs at %L"
  msgstr ""
  
! #: fortran/resolve.c:13963
  #, gcc-internal-format
  msgid "PROCEDURE attribute conflicts with NAMELIST attribute in %qs at %L"
  msgstr ""
  
! #: fortran/resolve.c:13982
  #, gcc-internal-format
  msgid "Parameter array %qs at %L cannot be automatic or of deferred shape"
  msgstr ""
  
! #: fortran/resolve.c:13998
  #, gcc-internal-format
  msgid ""
  "Implicitly typed PARAMETER %qs at %L doesn't match a later IMPLICIT type"
  msgstr ""
  
! #: fortran/resolve.c:14009
  #, gcc-internal-format, gfc-internal-format
  msgid "Incompatible derived type in PARAMETER at %L"
  msgstr ""
  
! #: fortran/resolve.c:14017
  #, gcc-internal-format
  msgid "CLASS variable %qs at %L cannot have the PARAMETER attribute"
  msgstr ""
  
! #: fortran/resolve.c:14059
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Sorry, allocatable/pointer components in polymorphic (CLASS) type coarrays "
  "at %L are unsupported"
  msgstr ""
  
! #: fortran/resolve.c:14123
  #, gcc-internal-format, gfc-internal-format
  msgid "PROTECTED attribute conflicts with EXTERNAL attribute at %L"
  msgstr ""
  
! #: fortran/resolve.c:14126
  #, gcc-internal-format, gfc-internal-format
  msgid "PROCEDURE attribute conflicts with PROTECTED attribute at %L"
  msgstr ""
  
! #: fortran/resolve.c:14222
  #, gcc-internal-format
  msgid ""
  "%qs at %L has the CONTIGUOUS attribute but is not an array pointer or an "
  "assumed-shape or assumed-rank array"
  msgstr ""
  
! #: fortran/resolve.c:14240
  #, gcc-internal-format, gfc-internal-format
  msgid "Assumed size array at %L must be a dummy argument"
  msgstr ""
  
! #: fortran/resolve.c:14243
  #, gcc-internal-format, gfc-internal-format
  msgid "Assumed shape array at %L must be a dummy argument"
  msgstr ""
  
! #: fortran/resolve.c:14251
  #, gcc-internal-format, gfc-internal-format
  msgid "Assumed-rank array at %L must be a dummy argument"
  msgstr ""
  
! #: fortran/resolve.c:14258
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Assumed-rank array at %L may not have the VALUE or CODIMENSION attribute"
  msgstr ""
  
! #: fortran/resolve.c:14271
  #, gcc-internal-format, gfc-internal-format
  msgid "Symbol at %L is not a DUMMY variable"
  msgstr ""
  
! #: fortran/resolve.c:14277
  #, gcc-internal-format
  msgid ""
  "%qs at %L cannot have the VALUE attribute because it is not a dummy argument"
  msgstr ""
  
! #: fortran/resolve.c:14287
  #, gcc-internal-format
  msgid ""
  "Character dummy variable %qs at %L with VALUE attribute must have constant "
  "length"
  msgstr ""
  
! #: fortran/resolve.c:14296
  #, gcc-internal-format
  msgid ""
  "C interoperable character dummy variable %qs at %L with VALUE attribute must "
  "have length one"
  msgstr ""
  
! #: fortran/resolve.c:14309 fortran/resolve.c:14476
  #, gcc-internal-format
  msgid "The derived type %qs at %L is of type %qs, which has not been defined"
  msgstr ""
  
! #: fortran/resolve.c:14323
  #, gcc-internal-format, gfc-internal-format
  msgid "Variable %s at %L with NO_ARG_CHECK attribute shall be a dummy argument"
  msgstr ""
  
! #: fortran/resolve.c:14332
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Variable %s at %L with NO_ARG_CHECK attribute shall be of type TYPE(*) or of "
  "an numeric intrinsic type"
  msgstr ""
  
! #: fortran/resolve.c:14341
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Variable %s at %L with NO_ARG_CHECK attribute may not have the ALLOCATABLE, "
  "CODIMENSION, POINTER or VALUE attribute"
  msgstr ""
  
! #: fortran/resolve.c:14349
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Variable %s at %L with NO_ARG_CHECK attribute may not have the INTENT(OUT) "
  "attribute"
  msgstr ""
  
! #: fortran/resolve.c:14356
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Variable %s at %L with NO_ARG_CHECK attribute shall either be a scalar or an "
  "assumed-size array"
  msgstr ""
  
! #: fortran/resolve.c:14376
  #, gcc-internal-format, gfc-internal-format
  msgid "Assumed type of variable %s at %L is only permitted for dummy variables"
  msgstr ""
  
! #: fortran/resolve.c:14383
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Assumed-type variable %s at %L may not have the ALLOCATABLE, CODIMENSION, "
  "POINTER or VALUE attribute"
  msgstr ""
  
! #: fortran/resolve.c:14390
  #, gcc-internal-format, gfc-internal-format
  msgid "Assumed-type variable %s at %L may not have the INTENT(OUT) attribute"
  msgstr ""
  
! #: fortran/resolve.c:14397
  #, gcc-internal-format, gfc-internal-format
  msgid "Assumed-type variable %s at %L shall not be an explicit-shape array"
  msgstr ""
  
! #: fortran/resolve.c:14422
  #, gcc-internal-format
  msgid ""
  "Variable %qs at %L cannot be BIND(C) because it is neither a COMMON block "
  "nor declared at the module level scope"
  msgstr ""
  
! #: fortran/resolve.c:14502
  #, gcc-internal-format
  msgid "PUBLIC %s %qs at %L of PRIVATE derived type %qs"
  msgstr ""
  
! #: fortran/resolve.c:14517
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Variable %s at %L of type LOCK_TYPE or with subcomponent of type LOCK_TYPE "
  "must be a coarray"
  msgstr ""
  
! #: fortran/resolve.c:14530
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Variable %s at %L of type EVENT_TYPE or with subcomponent of type LOCK_TYPE "
  "must be a coarray"
  msgstr ""
  
! #: fortran/resolve.c:14548
  #, gcc-internal-format
  msgid ""
  "The INTENT(OUT) dummy argument %qs at %L is ASSUMED SIZE and so cannot have "
  "a default initializer"
  msgstr ""
  
! #: fortran/resolve.c:14560
  #, gcc-internal-format
  msgid "Dummy argument %qs at %L of LOCK_TYPE shall not be INTENT(OUT)"
  msgstr ""
  
! #: fortran/resolve.c:14569
  #, gcc-internal-format
  msgid "Dummy argument %qs at %L of EVENT_TYPE shall not be INTENT(OUT)"
  msgstr ""
  
! #: fortran/resolve.c:14581
  #, gcc-internal-format
  msgid ""
  "Function result %qs at %L shall not be a coarray or have a coarray component"
  msgstr ""
  
! #: fortran/resolve.c:14590
  #, gcc-internal-format
  msgid ""
  "Variable %qs at %L of TYPE(C_PTR) or TYPE(C_FUNPTR) shall not be a coarray"
  msgstr ""
  
! #: fortran/resolve.c:14602
  #, gcc-internal-format
  msgid ""
  "Variable %qs at %L with coarray component shall be a nonpointer, "
  "nonallocatable scalar, which is not a coarray"
  msgstr ""
  
! #: fortran/resolve.c:14617
  #, gcc-internal-format
  msgid ""
  "Variable %qs at %L is a coarray and is not ALLOCATABLE, SAVE nor a dummy "
  "argument"
  msgstr ""
  
! #: fortran/resolve.c:14625
  #, gcc-internal-format
  msgid ""
  "Coarray variable %qs at %L shall not have codimensions with deferred shape"
  msgstr ""
  
! #: fortran/resolve.c:14632
  #, gcc-internal-format
  msgid "Allocatable coarray variable %qs at %L must have deferred shape"
  msgstr ""
  
! #: fortran/resolve.c:14644
  #, gcc-internal-format
  msgid ""
  "Variable %qs at %L is INTENT(OUT) and can thus not be an allocatable coarray "
  "or have coarray components"
  msgstr ""
  
! #: fortran/resolve.c:14653
  #, gcc-internal-format
  msgid "Coarray dummy variable %qs at %L not allowed in BIND(C) procedure %qs"
  msgstr ""
  
! #: fortran/resolve.c:14669
  #, gcc-internal-format
  msgid ""
  "LOGICAL dummy argument %qs at %L with non-C_Bool kind in BIND(C) procedure "
  "%qs"
  msgstr ""
  
! #: fortran/resolve.c:14675
  #, gcc-internal-format
  msgid ""
  "LOGICAL result variable %qs at %L with non-C_Bool kind in BIND(C) procedure "
  "%qs"
  msgstr ""
  
! #: fortran/resolve.c:14700
  #, gcc-internal-format
  msgid "Namelist %qs can not be an argument to subroutine or function at %L"
  msgstr ""
  
! #: fortran/resolve.c:14770
  #, gcc-internal-format, gfc-internal-format
  msgid "Threadprivate at %L isn't SAVEd"
  msgstr ""
  
! #: fortran/resolve.c:14781
  #, gcc-internal-format
  msgid "!$OMP DECLARE TARGET variable %qs at %L isn't SAVEd"
  msgstr ""
  
! #: fortran/resolve.c:14877
  #, gcc-internal-format
  msgid "check_data_variable(): Bad expression"
  msgstr ""
  
! #: fortran/resolve.c:14883
  #, gcc-internal-format
  msgid "BLOCK DATA element %qs at %L must be in COMMON"
  msgstr ""
  
! #: fortran/resolve.c:14889
  #, gcc-internal-format
  msgid "DATA array %qs at %L must be specified in a previous declaration"
  msgstr ""
  
! #: fortran/resolve.c:14898
  #, gcc-internal-format
  msgid "DATA element %qs at %L cannot have a coindex"
  msgstr ""
  
! #: fortran/resolve.c:14912
  #, gcc-internal-format
  msgid "DATA element %qs at %L is a pointer and so must be a full array"
  msgstr ""
  
! #: fortran/resolve.c:14958
  #, gcc-internal-format, gfc-internal-format
  msgid "Nonconstant array section at %L in DATA statement"
  msgstr ""
  
! #: fortran/resolve.c:14971
  #, gcc-internal-format, gfc-internal-format
  msgid "DATA statement at %L has more variables than values"
  msgstr ""
  
! #: fortran/resolve.c:15070
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "start of implied-do loop at %L could not be simplified to a constant value"
  msgstr ""
  
! #: fortran/resolve.c:15078
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "end of implied-do loop at %L could not be simplified to a constant value"
  msgstr ""
  
! #: fortran/resolve.c:15086
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "step of implied-do loop at %L could not be simplified to a constant value"
  msgstr ""
  
! #: fortran/resolve.c:15211
  #, gcc-internal-format, gfc-internal-format
  msgid "DATA statement at %L has more values than variables"
  msgstr ""
  
! #: fortran/resolve.c:15376
  #, gcc-internal-format, gfc-internal-format
  msgid "Label %d at %L defined but not used"
  msgstr ""
  
! #: fortran/resolve.c:15382
  #, gcc-internal-format, gfc-internal-format
  msgid "Label %d at %L defined but cannot be used"
  msgstr ""
  
! #: fortran/resolve.c:15466
  #, gcc-internal-format
  msgid ""
  "Derived type variable %qs at %L must have SEQUENCE attribute to be an "
  "EQUIVALENCE object"
  msgstr ""
  
! #: fortran/resolve.c:15475
  #, gcc-internal-format
  msgid ""
  "Derived type variable %qs at %L cannot have ALLOCATABLE components to be an "
  "EQUIVALENCE object"
  msgstr ""
  
! #: fortran/resolve.c:15483
  #, gcc-internal-format
  msgid ""
  "Derived type variable %qs at %L with default initialization cannot be in "
  "EQUIVALENCE with a variable in COMMON"
  msgstr ""
  
! #: fortran/resolve.c:15499
  #, gcc-internal-format
  msgid ""
  "Derived type variable %qs at %L with pointer component(s) cannot be an "
  "EQUIVALENCE object"
  msgstr ""
  
! #: fortran/resolve.c:15602
  #, gcc-internal-format, gfc-internal-format
  msgid "Syntax error in EQUIVALENCE statement at %L"
  msgstr ""
  
! #: fortran/resolve.c:15617
  #, gcc-internal-format, gfc-internal-format
  msgid ""
  "Either all or none of the objects in the EQUIVALENCE set at %L shall have "
  "the PROTECTED attribute"
  msgstr ""
  
! #: fortran/resolve.c:15629
  #, gcc-internal-format
  msgid ""
  "Common block member %qs at %L cannot be an EQUIVALENCE object in the pure "
  "procedure %qs"
  msgstr ""
  
! #: fortran/resolve.c:15638
  #, gcc-internal-format
  msgid "Named constant %qs at %L cannot be an EQUIVALENCE object"
  msgstr ""
  
! #: fortran/resolve.c:15711
  #, gcc-internal-format
  msgid ""
  "Array %qs at %L with non-constant bounds cannot be an EQUIVALENCE object"
  msgstr ""
  
! #: fortran/resolve.c:15722
  #, gcc-internal-format
  msgid "Structure component %qs at %L cannot be an EQUIVALENCE object"
  msgstr ""
  
! #: fortran/resolve.c:15733
  #, gcc-internal-format, gfc-internal-format
  msgid "Substring at %L has length zero"
  msgstr ""
  
! #: fortran/resolve.c:15824
  #, gcc-internal-format
  msgid "PUBLIC function %qs at %L of PRIVATE type %qs"
  msgstr ""
  
! #: fortran/resolve.c:15837
  #, gcc-internal-format
  msgid "ENTRY %qs at %L has no IMPLICIT type"
  msgstr ""
  
! #: fortran/resolve.c:15857
  #, gcc-internal-format
  msgid "User operator procedure %qs at %L must be a FUNCTION"
  msgstr ""
  
! #: fortran/resolve.c:15867
  #, gcc-internal-format
  msgid "User operator procedure %qs at %L cannot be assumed character length"
  msgstr ""
  
! #: fortran/resolve.c:15875
  #, gcc-internal-format
  msgid "User operator procedure %qs at %L must have at least one argument"
  msgstr ""
  
! #: fortran/resolve.c:15889
  #, gcc-internal-format, gfc-internal-format
  msgid "First argument of operator interface at %L cannot be optional"
  msgstr ""
  
! #: fortran/resolve.c:15907
  #, gcc-internal-format, gfc-internal-format
  msgid "Second argument of operator interface at %L cannot be optional"
  msgstr ""
  
! #: fortran/resolve.c:15914
  #, gcc-internal-format, gfc-internal-format
  msgid "Operator interface at %L must have, at most, two arguments"
  msgstr ""
  
! #: fortran/resolve.c:15992
  #, gcc-internal-format
  msgid "Contained procedure %qs at %L of a PURE procedure must also be PURE"
  msgstr ""
*************** msgstr ""
*** 61829,61840 ****
  msgid "The event variable at %L shall not be coindexed"
  msgstr ""
  
! #: fortran/trans-io.c:1957
  #, gcc-internal-format
  msgid "build_dt: format with namelist"
  msgstr ""
  
! #: fortran/trans-io.c:2464
  #, gcc-internal-format, gfc-internal-format
  msgid "Bad IO basetype (%d)"
  msgstr ""
--- 61917,61928 ----
  msgid "The event variable at %L shall not be coindexed"
  msgstr ""
  
! #: fortran/trans-io.c:1968
  #, gcc-internal-format
  msgid "build_dt: format with namelist"
  msgstr ""
  
! #: fortran/trans-io.c:2475
  #, gcc-internal-format, gfc-internal-format
  msgid "Bad IO basetype (%d)"
  msgstr ""
diff -Nrcpad gcc-7.1.0/gcc/po/hr.gmo gcc-7.2.0/gcc/po/hr.gmo
*** gcc-7.1.0/gcc/po/hr.gmo	Tue May  2 14:16:36 2017
--- gcc-7.2.0/gcc/po/hr.gmo	Mon Aug 14 08:30:39 2017
*************** warranty; not even for MERCHANTABILITY o
*** 81,87 ****
  insn does not satisfy its constraints:insn outside basic blockinternal compiler error: invalid %%-codeinvalid 'asm': invalid expression as operandlibraries: %s
  malformed COLLECT_GCC_OPTIONSnegative insn lengthnote: operand number out of rangeoptions enabled: sorry, unimplemented: this is the insn:unrecognizable insn:unrecoverable errorwarning: Project-Id-Version: gcc 4.7.1
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-04-24 20:38+0000
  PO-Revision-Date: 2012-07-05 15:49+0200
  Last-Translator: Tomislav Krznar <tomislav.krznar@gmail.com>
  Language-Team: Croatian <lokalizacija@linux.hr>
--- 81,87 ----
  insn does not satisfy its constraints:insn outside basic blockinternal compiler error: invalid %%-codeinvalid 'asm': invalid expression as operandlibraries: %s
  malformed COLLECT_GCC_OPTIONSnegative insn lengthnote: operand number out of rangeoptions enabled: sorry, unimplemented: this is the insn:unrecognizable insn:unrecoverable errorwarning: Project-Id-Version: gcc 4.7.1
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-05-01 22:24+0000
  PO-Revision-Date: 2012-07-05 15:49+0200
  Last-Translator: Tomislav Krznar <tomislav.krznar@gmail.com>
  Language-Team: Croatian <lokalizacija@linux.hr>
diff -Nrcpad gcc-7.1.0/gcc/po/hr.po gcc-7.2.0/gcc/po/hr.po
*** gcc-7.1.0/gcc/po/hr.po	Sun Apr 30 23:16:59 2017
--- gcc-7.2.0/gcc/po/hr.po	Thu May  4 15:54:38 2017
*************** msgid ""
*** 7,13 ****
  msgstr ""
  "Project-Id-Version: gcc 4.7.1\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-04-24 20:38+0000\n"
  "PO-Revision-Date: 2012-07-05 15:49+0200\n"
  "Last-Translator: Tomislav Krznar <tomislav.krznar@gmail.com>\n"
  "Language-Team: Croatian <lokalizacija@linux.hr>\n"
--- 7,13 ----
  msgstr ""
  "Project-Id-Version: gcc 4.7.1\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-05-01 22:24+0000\n"
  "PO-Revision-Date: 2012-07-05 15:49+0200\n"
  "Last-Translator: Tomislav Krznar <tomislav.krznar@gmail.com>\n"
  "Language-Team: Croatian <lokalizacija@linux.hr>\n"
*************** msgstr ""
*** 2834,2877 ****
  msgid "<command-line>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:4926 config/arm/arm.c:21795 config/arm/arm.c:21808
! #: config/arm/arm.c:21833 config/nios2/nios2.c:2653
  #, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:4938 config/aarch64/aarch64.c:4954
! #: config/aarch64/aarch64.c:4967 config/aarch64/aarch64.c:4979
! #: config/aarch64/aarch64.c:4990 config/aarch64/aarch64.c:5013
! #: config/aarch64/aarch64.c:5066 config/aarch64/aarch64.c:5269
  #, c-format
  msgid "invalid operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5033 config/aarch64/aarch64.c:5046
! #: config/aarch64/aarch64.c:5056
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5102 config/arm/arm.c:22340
  #, c-format
  msgid "missing operand"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5164
  #, fuzzy, c-format
  #| msgid "invalid %%-code"
  msgid "invalid constant"
  msgstr "neispravni %%-kod"
  
! #: config/aarch64/aarch64.c:5167
  #, fuzzy, c-format
  #| msgid "invalid expression as operand"
  msgid "invalid operand"
  msgstr "neispravni izraz kao operand"
  
! #: config/aarch64/aarch64.c:5280
  #, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr ""
--- 2834,2877 ----
  msgid "<command-line>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:4927 config/arm/arm.c:21832 config/arm/arm.c:21845
! #: config/arm/arm.c:21870 config/nios2/nios2.c:2653
  #, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:4939 config/aarch64/aarch64.c:4955
! #: config/aarch64/aarch64.c:4968 config/aarch64/aarch64.c:4980
! #: config/aarch64/aarch64.c:4991 config/aarch64/aarch64.c:5014
! #: config/aarch64/aarch64.c:5067 config/aarch64/aarch64.c:5270
  #, c-format
  msgid "invalid operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5034 config/aarch64/aarch64.c:5047
! #: config/aarch64/aarch64.c:5057
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5103 config/arm/arm.c:22377
  #, c-format
  msgid "missing operand"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5165
  #, fuzzy, c-format
  #| msgid "invalid %%-code"
  msgid "invalid constant"
  msgstr "neispravni %%-kod"
  
! #: config/aarch64/aarch64.c:5168
  #, fuzzy, c-format
  #| msgid "invalid expression as operand"
  msgid "invalid operand"
  msgstr "neispravni izraz kao operand"
  
! #: config/aarch64/aarch64.c:5281
  #, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr ""
*************** msgstr ""
*** 3035,3063 ****
  msgid "invalid UNSPEC as operand: %d"
  msgstr "neispravni izraz kao operand"
  
! #: config/arm/arm.c:18804 config/arm/arm.c:18829 config/arm/arm.c:18839
! #: config/arm/arm.c:18848 config/arm/arm.c:18857
  #, c-format
  msgid "invalid shift operand"
  msgstr ""
  
! #: config/arm/arm.c:21671 config/arm/arm.c:21689
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr ""
  
! #: config/arm/arm.c:21677
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr ""
  
! #: config/arm/arm.c:21910 config/arm/arm.c:21932 config/arm/arm.c:21942
! #: config/arm/arm.c:21952 config/arm/arm.c:21962 config/arm/arm.c:22001
! #: config/arm/arm.c:22019 config/arm/arm.c:22044 config/arm/arm.c:22059
! #: config/arm/arm.c:22086 config/arm/arm.c:22093 config/arm/arm.c:22111
! #: config/arm/arm.c:22118 config/arm/arm.c:22126 config/arm/arm.c:22147
! #: config/arm/arm.c:22154 config/arm/arm.c:22287 config/arm/arm.c:22294
! #: config/arm/arm.c:22321 config/arm/arm.c:22328 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
--- 3035,3063 ----
  msgid "invalid UNSPEC as operand: %d"
  msgstr "neispravni izraz kao operand"
  
! #: config/arm/arm.c:18841 config/arm/arm.c:18866 config/arm/arm.c:18876
! #: config/arm/arm.c:18885 config/arm/arm.c:18894
  #, c-format
  msgid "invalid shift operand"
  msgstr ""
  
! #: config/arm/arm.c:21708 config/arm/arm.c:21726
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr ""
  
! #: config/arm/arm.c:21714
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr ""
  
! #: config/arm/arm.c:21947 config/arm/arm.c:21969 config/arm/arm.c:21979
! #: config/arm/arm.c:21989 config/arm/arm.c:21999 config/arm/arm.c:22038
! #: config/arm/arm.c:22056 config/arm/arm.c:22081 config/arm/arm.c:22096
! #: config/arm/arm.c:22123 config/arm/arm.c:22130 config/arm/arm.c:22148
! #: config/arm/arm.c:22155 config/arm/arm.c:22163 config/arm/arm.c:22184
! #: config/arm/arm.c:22191 config/arm/arm.c:22324 config/arm/arm.c:22331
! #: config/arm/arm.c:22358 config/arm/arm.c:22365 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
*************** msgstr ""
*** 3065,3077 ****
  msgid "invalid operand for code '%c'"
  msgstr ""
  
! #: config/arm/arm.c:22014
  #, c-format
  msgid "instruction never executed"
  msgstr ""
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22035
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr ""
--- 3065,3077 ----
  msgid "invalid operand for code '%c'"
  msgstr ""
  
! #: config/arm/arm.c:22051
  #, c-format
  msgid "instruction never executed"
  msgstr ""
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22072
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr ""
*************** msgstr ""
*** 3882,3979 ****
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7314
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr ""
  
! #: config/s390/s390.c:7325
  #, c-format
  msgid "cannot decompose address"
  msgstr ""
  
! #: config/s390/s390.c:7394
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7417
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7435
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7457
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7475
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7485
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7506
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7517
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7603 config/s390/s390.c:7624
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr ""
  
! #: config/s390/s390.c:7621
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7658
  #, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr ""
  
! #: config/s390/s390.c:7665
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7668
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr ""
  
! #: config/s390/s390.c:11535
  msgid "vector argument passed to unprototyped function"
  msgstr ""
  
! #: config/s390/s390.c:15354
  msgid "types differ in signedness"
  msgstr ""
  
! #: config/s390/s390.c:15364
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15367
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15375
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
--- 3882,3979 ----
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7482
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr ""
  
! #: config/s390/s390.c:7493
  #, c-format
  msgid "cannot decompose address"
  msgstr ""
  
! #: config/s390/s390.c:7562
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7585
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7603
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7625
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7643
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7653
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7674
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7685
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7771 config/s390/s390.c:7792
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr ""
  
! #: config/s390/s390.c:7789
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7826
  #, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr ""
  
! #: config/s390/s390.c:7833
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7836
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr ""
  
! #: config/s390/s390.c:11703
  msgid "vector argument passed to unprototyped function"
  msgstr ""
  
! #: config/s390/s390.c:15522
  msgid "types differ in signedness"
  msgstr ""
  
! #: config/s390/s390.c:15532
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15535
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15543
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
*************** msgstr ""
*** 17361,17367 ****
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr ""
  
! #: fold-const.c:12046
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr ""
--- 17361,17367 ----
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr ""
  
! #: fold-const.c:12048
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr ""
*************** msgstr ""
*** 17900,17907 ****
  msgid "null pointer dereference"
  msgstr ""
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12872
! #: tree.c:12909 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
--- 17900,17907 ----
  msgid "null pointer dereference"
  msgstr ""
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12880
! #: tree.c:12917 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
*************** msgstr ""
*** 17915,18211 ****
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2307 gimple-ssa-sprintf.c:2435
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2309 gimple-ssa-sprintf.c:2437
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2311 gimple-ssa-sprintf.c:2439
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2313 gimple-ssa-sprintf.c:2441
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2326
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2328
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2330
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2334
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2336
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2338
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2351
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2353
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2355
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2371
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2373
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2375
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2388
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2390
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2392
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2404
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2406
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2408
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2454
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2456
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2458
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2462
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2464
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2466
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2480
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2483
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2486
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2502
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2505
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2508
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2521
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2524
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2527
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2539
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2542
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2545
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2710
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2712
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2751
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2753
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2767
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2775
  #, gcc-internal-format
  msgid "directive argument %qE"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2777
  #, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2781
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2801
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2806
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2811
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2816
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3588
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3594
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3647
  #, gcc-internal-format
  msgid "null destination pointer"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3664
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3676
  #, gcc-internal-format
  msgid "null format string"
  msgstr ""
--- 17915,18211 ----
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2308 gimple-ssa-sprintf.c:2436
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2310 gimple-ssa-sprintf.c:2438
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2312 gimple-ssa-sprintf.c:2440
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2314 gimple-ssa-sprintf.c:2442
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2327
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2329
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2331
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2335
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2337
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2339
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2352
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2354
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2356
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2372
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2374
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2376
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2389
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2391
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2393
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2405
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2407
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2409
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2455
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2457
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2459
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2463
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2465
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2467
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2481
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2484
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2487
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2503
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2506
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2509
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2522
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2525
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2528
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2540
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2543
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2546
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2711
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2713
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2752
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2754
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2769
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2776
  #, gcc-internal-format
  msgid "directive argument %qE"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2778
  #, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2782
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2803
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2807
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2812
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2817
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3591
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3597
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3650
  #, gcc-internal-format
  msgid "null destination pointer"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3667
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3679
  #, gcc-internal-format
  msgid "null format string"
  msgstr ""
*************** msgstr ""
*** 20383,20539 ****
  msgid "%D renamed after being referenced in assembly"
  msgstr ""
  
! #: symtab.c:970
  #, gcc-internal-format
  msgid "function symbol is not function"
  msgstr ""
  
! #: symtab.c:978
  #, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr ""
  
! #: symtab.c:984
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr ""
  
! #: symtab.c:993
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1010
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1023
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr ""
  
! #: symtab.c:1030
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr ""
  
! #: symtab.c:1035
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr ""
  
! #: symtab.c:1040
  #, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr ""
  
! #: symtab.c:1045
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1050
  #, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr ""
  
! #: symtab.c:1055
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1060
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr ""
  
! #: symtab.c:1069
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr ""
  
! #: symtab.c:1074
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr ""
  
! #: symtab.c:1079
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1084
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr ""
  
! #: symtab.c:1091
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr ""
  
! #: symtab.c:1106
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1116
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1123
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr ""
  
! #: symtab.c:1135
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1142
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1157
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1188 symtab.c:1225
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr ""
  
! #: symtab.c:1221
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1630
  #, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr ""
  
! #: symtab.c:1632
  #, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr ""
  
! #: symtab.c:1660
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
--- 20383,20539 ----
  msgid "%D renamed after being referenced in assembly"
  msgstr ""
  
! #: symtab.c:978
  #, gcc-internal-format
  msgid "function symbol is not function"
  msgstr ""
  
! #: symtab.c:986
  #, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr ""
  
! #: symtab.c:992
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1009
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1018
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1031
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr ""
  
! #: symtab.c:1038
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr ""
  
! #: symtab.c:1043
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr ""
  
! #: symtab.c:1048
  #, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr ""
  
! #: symtab.c:1053
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1058
  #, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr ""
  
! #: symtab.c:1063
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1068
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr ""
  
! #: symtab.c:1077
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr ""
  
! #: symtab.c:1082
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr ""
  
! #: symtab.c:1087
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1092
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr ""
  
! #: symtab.c:1099
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr ""
  
! #: symtab.c:1114
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1124
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1131
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr ""
  
! #: symtab.c:1143
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1150
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1173
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1196 symtab.c:1233
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr ""
  
! #: symtab.c:1229
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1638
  #, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr ""
  
! #: symtab.c:1640
  #, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr ""
  
! #: symtab.c:1668
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
*************** msgstr ""
*** 22196,22203 ****
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6704
! #: config/arm/arm.c:6732 config/arm/arm.c:6749 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
--- 22196,22203 ----
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6741
! #: config/arm/arm.c:6769 config/arm/arm.c:6786 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
*************** msgstr ""
*** 22233,22324 ****
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr ""
  
! #: tree.c:8366
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr ""
  
! #: tree.c:8537
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr ""
  
! #: tree.c:9831 tree.c:9916 tree.c:9977
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9868
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9881
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9930
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9943
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10003
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10017
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10029
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10042
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10055
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:12867
  #, gcc-internal-format
  msgid "%qD is deprecated: %s"
  msgstr ""
  
! #: tree.c:12870
  #, gcc-internal-format
  msgid "%qD is deprecated"
  msgstr ""
  
! #: tree.c:12894 tree.c:12916
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr ""
  
! #: tree.c:12897 tree.c:12919
  #, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr ""
  
! #: tree.c:12903 tree.c:12924
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr ""
  
! #: tree.c:12906 tree.c:12927
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr ""
--- 22233,22324 ----
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr ""
  
! #: tree.c:8373
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr ""
  
! #: tree.c:8545
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr ""
  
! #: tree.c:9839 tree.c:9924 tree.c:9985
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9876
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9889
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9938
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9951
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10011
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10025
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10037
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10050
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10063
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:12875
  #, gcc-internal-format
  msgid "%qD is deprecated: %s"
  msgstr ""
  
! #: tree.c:12878
  #, gcc-internal-format
  msgid "%qD is deprecated"
  msgstr ""
  
! #: tree.c:12902 tree.c:12924
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr ""
  
! #: tree.c:12905 tree.c:12927
  #, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr ""
  
! #: tree.c:12911 tree.c:12932
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr ""
  
! #: tree.c:12914 tree.c:12935
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr ""
*************** msgstr ""
*** 22345,22606 ****
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13354
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13395
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13397
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13399
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13419
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13432
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13449
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13474
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13476
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13478
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13516
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13518
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr ""
  
! #: tree.c:13520
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13537
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13539 tree.c:13550
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13541 tree.c:13552
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13548
  #, gcc-internal-format
  msgid "type is not compatible with its variant"
  msgstr ""
  
! #: tree.c:13851
  #, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr ""
  
! #: tree.c:13856
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13868
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13886
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13918
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13928
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13938
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13956
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13968
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13979
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13990
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14008
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14015
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14027
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14042
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14058
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14073
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14083
  #, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr ""
  
! #: tree.c:14092
  #, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr ""
  
! #: tree.c:14112
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14127
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14133
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14146
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14159
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14165
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14172
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14184
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14190
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14202
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14214
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14221
  #, fuzzy, gcc-internal-format
  #| msgid "pex_init failed"
  msgid "verify_type failed"
--- 22345,22606 ----
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13362
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13403
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13405
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13407
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13427
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13440
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13457
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13482
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13484
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13486
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13524
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13526
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr ""
  
! #: tree.c:13528
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13545
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13547 tree.c:13558
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13549 tree.c:13560
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13556
  #, gcc-internal-format
  msgid "type is not compatible with its variant"
  msgstr ""
  
! #: tree.c:13859
  #, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr ""
  
! #: tree.c:13864
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13876
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13910
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13926
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13936
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13946
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13964
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13976
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13987
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13998
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14016
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14023
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14043
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14050
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14074
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14081
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14091
  #, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr ""
  
! #: tree.c:14100
  #, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr ""
  
! #: tree.c:14120
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14135
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14141
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14154
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14167
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14173
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14180
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14192
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14198
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14210
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14222
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14229
  #, fuzzy, gcc-internal-format
  #| msgid "pex_init failed"
  msgid "verify_type failed"
*************** msgstr ""
*** 23598,23610 ****
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr ""
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6573 c-family/c-common.c:6644
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr ""
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6670 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr ""
--- 23598,23610 ----
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr ""
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6574 c-family/c-common.c:6645
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr ""
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6671 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr ""
*************** msgstr ""
*** 23689,23760 ****
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6515 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr ""
  
! #: c-family/c-common.c:6603
  #, gcc-internal-format
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6737
  #, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr ""
  
! #: c-family/c-common.c:6752
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr ""
  
! #: c-family/c-common.c:6761
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr ""
  
! #: c-family/c-common.c:6772
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr ""
  
! #: c-family/c-common.c:6787
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr ""
  
! #: c-family/c-common.c:6795
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr ""
  
! #: c-family/c-common.c:6801
  #, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr ""
  
! #: c-family/c-common.c:6809
  #, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6825
  #, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6832
  #, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:7753
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr ""
  
! #: c-family/c-common.c:7794 c-family/c-common.c:7842 c-family/c-common.c:7857
  #: cp/call.c:4836 cp/call.c:4843
  #, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
--- 23689,23760 ----
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6516 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr ""
  
! #: c-family/c-common.c:6604
  #, gcc-internal-format
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6738
  #, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr ""
  
! #: c-family/c-common.c:6753
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr ""
  
! #: c-family/c-common.c:6762
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr ""
  
! #: c-family/c-common.c:6773
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr ""
  
! #: c-family/c-common.c:6788
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr ""
  
! #: c-family/c-common.c:6796
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr ""
  
! #: c-family/c-common.c:6802
  #, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr ""
  
! #: c-family/c-common.c:6810
  #, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6826
  #, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6833
  #, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:7754
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr ""
  
! #: c-family/c-common.c:7795 c-family/c-common.c:7843 c-family/c-common.c:7858
  #: cp/call.c:4836 cp/call.c:4843
  #, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
*************** msgstr ""
*** 23762,23783 ****
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7943
  #, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr ""
  
! #: c-family/c-common.c:7965 c/c-decl.c:6124
  #, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr ""
  
! #: c-family/c-common.c:7967 c/c-decl.c:6127
  #, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr ""
  
! #: c-family/c-common.c:7997
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
--- 23762,23783 ----
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7944
  #, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr ""
  
! #: c-family/c-common.c:7966 c/c-decl.c:6124
  #, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr ""
  
! #: c-family/c-common.c:7968 c/c-decl.c:6127
  #, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr ""
  
! #: c-family/c-common.c:7998
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
*************** msgstr ""
*** 25539,25545 ****
  msgid "too many input files"
  msgstr ""
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8751
  #, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr ""
--- 25539,25545 ----
  msgid "too many input files"
  msgstr ""
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8759
  #, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr ""
*************** msgstr ""
*** 25998,26177 ****
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8374
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8418
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8475
  #, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8493
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%s:unknown function '%u'\n"
  msgid "unknown tuning option (%s)"
  msgstr "%s:nepoznata funkcija â€ž%uâ€�\n"
  
! #: config/aarch64/aarch64.c:8707
  #, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8748
  #, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8755
  #, gcc-internal-format
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8782
  #, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8785
  #, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8789
  #, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8815
  #, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8818
  #, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8921 config/arm/arm.c:3093
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8956
  #, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8960
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9022
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9187
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9190
  #, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9194
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9228
  #, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9231
  #, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9235
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9266
  #, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9307
  #, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9312
  #, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9364
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9412
  #, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9421
  #, gcc-internal-format
  msgid "target %s %qs does not allow a negated form"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9476
  #, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9536 config/arm/arm.c:30367
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:14849
  #, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9546
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9563
  #, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9572
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11420
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11422
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr ""
--- 25998,26177 ----
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8382
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8426
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8483
  #, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8501
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%s:unknown function '%u'\n"
  msgid "unknown tuning option (%s)"
  msgstr "%s:nepoznata funkcija â€ž%uâ€�\n"
  
! #: config/aarch64/aarch64.c:8715
  #, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8756
  #, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8763
  #, gcc-internal-format
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8790
  #, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8793
  #, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8797
  #, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8823
  #, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8826
  #, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8929 config/arm/arm.c:3094
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8964
  #, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8968
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9030
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9195
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9198
  #, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9202
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9236
  #, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9239
  #, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9243
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9274
  #, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9315
  #, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9320
  #, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9372
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9420
  #, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9429
  #, gcc-internal-format
  msgid "target %s %qs does not allow a negated form"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9484
  #, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9544 config/arm/arm.c:30411
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:15017
  #, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9554
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9571
  #, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9580
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11428
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11430
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr ""
*************** msgstr ""
*** 26578,26766 ****
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2799
  #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:2805
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr ""
  
! #: config/arm/arm.c:2809
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2812
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2820
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr ""
  
! #: config/arm/arm.c:2824
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2827
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2831
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2839
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2844
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2947
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr ""
  
! #: config/arm/arm.c:2992
  #, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr ""
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3246
  #, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr ""
  
! #: config/arm/arm.c:3321
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr ""
  
! #: config/arm/arm.c:3327
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr ""
  
! #: config/arm/arm.c:3335
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:3338
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr ""
  
! #: config/arm/arm.c:3372
  #, gcc-internal-format
  msgid "selected fp16 options are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:3403
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr ""
  
! #: config/arm/arm.c:3406
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr ""
  
! #: config/arm/arm.c:3417
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr ""
  
! #: config/arm/arm.c:3420
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr ""
  
! #: config/arm/arm.c:3425
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr ""
  
! #: config/arm/arm.c:3436
  #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr ""
  
! #: config/arm/arm.c:3444
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr ""
  
! #: config/arm/arm.c:3480
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr ""
  
! #: config/arm/arm.c:3482
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr ""
  
! #: config/arm/arm.c:3507
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr ""
  
! #: config/arm/arm.c:3519
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr ""
  
! #: config/arm/arm.c:3528
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr ""
  
! #: config/arm/arm.c:3547
  #, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr ""
  
! #: config/arm/arm.c:3638
  #, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr ""
  
! #: config/arm/arm.c:5706
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5708
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5727
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5922
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr ""
  
! #: config/arm/arm.c:6672 config/arm/arm.c:6690 config/arm/arm.c:6865
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
--- 26578,26772 ----
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2800
  #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:2806
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr ""
  
! #: config/arm/arm.c:2810
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2813
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2821
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr ""
  
! #: config/arm/arm.c:2825
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2828
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2832
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2840
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2845
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2948
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr ""
  
! #: config/arm/arm.c:2993
  #, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr ""
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3247
  #, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr ""
  
! #: config/arm/arm.c:3322
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr ""
  
! #: config/arm/arm.c:3328
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr ""
  
! #: config/arm/arm.c:3336
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:3339
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr ""
  
! #: config/arm/arm.c:3373
  #, gcc-internal-format
  msgid "selected fp16 options are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:3404
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr ""
  
! #: config/arm/arm.c:3407
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr ""
  
! #: config/arm/arm.c:3418
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr ""
  
! #: config/arm/arm.c:3421
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr ""
  
! #: config/arm/arm.c:3426
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr ""
  
! #: config/arm/arm.c:3437
  #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr ""
  
! #: config/arm/arm.c:3445
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr ""
  
! #: config/arm/arm.c:3481
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr ""
  
! #: config/arm/arm.c:3483
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr ""
  
! #: config/arm/arm.c:3508
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr ""
  
! #: config/arm/arm.c:3520
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr ""
  
! #: config/arm/arm.c:3529
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr ""
  
! #: config/arm/arm.c:3548
  #, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr ""
  
! #: config/arm/arm.c:3639
  #, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr ""
  
! #: config/arm/arm.c:5707
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5709
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5728
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5923
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr ""
  
! #: config/arm/arm.c:6362 config/arm/arm.c:6565 config/arm/arm.c:6593
! #: config/arm/arm.c:26560
! #, gcc-internal-format
! msgid "parameter passing for argument of type %qT changed in GCC 7.1"
! msgstr ""
! 
! #: config/arm/arm.c:6709 config/arm/arm.c:6727 config/arm/arm.c:6902
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
*************** msgstr ""
*** 26776,26847 ****
  msgid "%qE attribute only applies to functions"
  msgstr ""
  
! #: config/arm/arm.c:6814
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6826
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr ""
  
! #: config/arm/arm.c:6835
  #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6857 config/arm/arm.c:6909
  #, gcc-internal-format
  msgid "%qE attribute ignored without -mcmse option."
  msgstr ""
  
! #: config/arm/arm.c:6876
  #, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr ""
  
! #: config/arm/arm.c:6925
  #, gcc-internal-format
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr ""
  
! #: config/arm/arm.c:12208
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12211
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23458
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr ""
  
! #: config/arm/arm.c:24111
  #, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr ""
  
! #: config/arm/arm.c:24375
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr ""
  
! #: config/arm/arm.c:24624
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:24853
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30391
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid fpu for attribute(target(\"%s\"))"
  msgstr ""
--- 26782,26853 ----
  msgid "%qE attribute only applies to functions"
  msgstr ""
  
! #: config/arm/arm.c:6851
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6863
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr ""
  
! #: config/arm/arm.c:6872
  #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6894 config/arm/arm.c:6946
  #, gcc-internal-format
  msgid "%qE attribute ignored without -mcmse option."
  msgstr ""
  
! #: config/arm/arm.c:6913
  #, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr ""
  
! #: config/arm/arm.c:6962
  #, gcc-internal-format
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr ""
  
! #: config/arm/arm.c:12245
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12248
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23495
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr ""
  
! #: config/arm/arm.c:24148
  #, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr ""
  
! #: config/arm/arm.c:24412
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr ""
  
! #: config/arm/arm.c:24661
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:24890
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30435
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid fpu for attribute(target(\"%s\"))"
  msgstr ""
*************** msgstr ""
*** 26849,26861 ****
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30399
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30406 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:14915 config/s390/s390.c:14965 config/s390/s390.c:14982
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr ""
--- 26855,26867 ----
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30443
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30450 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:15083 config/s390/s390.c:15133 config/s390/s390.c:15150
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr ""
*************** msgstr ""
*** 29468,29474 ****
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5711
  #, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr ""
--- 29474,29480 ----
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5710
  #, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr ""
*************** msgstr ""
*** 29478,29519 ****
  msgid "vec_addec only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5861
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5866
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5871
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5937
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6106
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6380
  #, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6434
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6442
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr ""
--- 29484,29525 ----
  msgid "vec_addec only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5862
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5867
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5872
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5938
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6107
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6381
  #, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6435
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6443
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr ""
*************** msgstr ""
*** 30565,30678 ****
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9812
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr ""
  
! #: config/s390/s390.c:10926
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:10942
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:10970
  #, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr ""
  
! #: config/s390/s390.c:10974
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr ""
  
! #: config/s390/s390.c:11352
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14498
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14510
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14522
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr ""
  
! #: config/s390/s390.c:14525
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14542
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14545
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14573
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14577
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14589
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14597
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr ""
  
! #: config/s390/s390.c:14603
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr ""
  
! #: config/s390/s390.c:14605
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr ""
  
! #: config/s390/s390.c:14608
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr ""
  
  #. argument is not a plain number
! #: config/s390/s390.c:14706
  #, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr ""
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr ""
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:14921
  #, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr ""
--- 30571,30684 ----
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9980
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr ""
  
! #: config/s390/s390.c:11094
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:11110
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:11138
  #, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr ""
  
! #: config/s390/s390.c:11142
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr ""
  
! #: config/s390/s390.c:11520
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14666
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14678
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14690
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr ""
  
! #: config/s390/s390.c:14693
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14710
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14741
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14745
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14757
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14765
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr ""
  
! #: config/s390/s390.c:14771
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr ""
  
! #: config/s390/s390.c:14773
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr ""
  
! #: config/s390/s390.c:14776
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr ""
  
  #. argument is not a plain number
! #: config/s390/s390.c:14874
  #, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr ""
  
! #: config/s390/s390.c:14881
  #, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr ""
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:15089
  #, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr ""
diff -Nrcpad gcc-7.1.0/gcc/po/id.gmo gcc-7.2.0/gcc/po/id.gmo
*** gcc-7.1.0/gcc/po/id.gmo	Tue May  2 14:16:36 2017
--- gcc-7.2.0/gcc/po/id.gmo	Mon Aug 14 08:30:39 2017
*************** warranty; not even for MERCHANTABILITY o
*** 467,473 ****
  unconditional %2d taken %s
  undefined named operand %qsunderlying type %<%T%> of %<%T%> must be an integral typeunexpected base-type in cris_print_baseunexpected index-type in cris_print_indexunexpected multiplicative operandunexpected operandunexpected side-effects in addressuninitialized const %qDuninitialized const in %<new%> of %q#Tunion cannot be made transparentunion has no membersunion has no named membersunknown -mdebug-%s switchunknown CRIS cpu version specification in -mtune= : %sunknown CRIS version specification in -march= or -mcpu= : %sunknown array size in deleteunknown cc_attr valueunknown conversion type character %qc in formatunknown demangling style '%s'unknown insn modeunknown move insn:unknown option after %<#pragma GCC diagnostic%> kindunknown register name %qs in %<asm%>unknown register name: %sunknown relocation unspecunnamed initializer for %qT, which has no base classesunnamed initializer for %qT, which uses multiple inheritanceunnamed struct/union that defines no instancesunnamed variable or field declared voidunordered comparison on non-floating point argumentunrecognizable insn:unrecognized addressunrecognized format specifierunrecognized gcc debugging option: %cunrecognized include_flags 0x%x passed to print_specific_helpunrecognized supposed constantunrecoverable errorunresolved overload for Altivec builtin %qFunsupported combination: %sunsupported non-standard concatenation of string literalsunsupported non-standard suffix on floating constantunsupported operand size for extended registerunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatunused variable %q+Dupper value in case label range exceeds maximum value for typeuse #include insteaduse %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified nameuse %<%T::template %D%> to indicate that it is a templateuse %<...%> to expand argument packuse -Winvalid-pch for more informationuse -flax-vector-conversions to permit conversions between vectors with differing element types or numbers of subpartsuse __attribute__ ((vector_size)) insteaduse of %<complex%> in AltiVec types is invaliduse of %<long double%> in AltiVec types is invaliduse of %<long%> in AltiVec types is deprecated; use %<int%>use of %qs in templateuse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of boolean types in AltiVec types is invaliduse of class template %qT as expressionuse of decimal floating point types in AltiVec types is invaliduse of enum %q#D without previous declarationuse of namespace %qD as expressionuse of old-style castuse template<> for an explicit specializationused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requireduseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationuser-defined %qD always evaluates both argumentsusing invalid field %qDusing template type parameter %qT after %qsusing typedef-name %qD after %qsusing-declaration for non-member at class scopevalidate_value_data: Loop in regno chain (%u)validate_value_data: [%u] Bad next_regno for empty chain (%u)validate_value_data: [%u] Bad oldest_regno (%u)validate_value_data: [%u] Non-empty reg in chain (%s %u %i)value computed is not usedvalue of -mfixed-range must have form REG1-REG2variable %q#D has initializer but incomplete typevariable %q+D declared %<inline%>variable %q+D definition is marked dllimportvariable %q+D might be clobbered by %<longjmp%> or %<vfork%>variable %qD has function typevariable %qD has initializer but incomplete typevariable length array %qD is usedvariable length array is usedvariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable tracking requested, but not supported by this debug formatvariable tracking requested, but useless unless producing debug infovariable-sized compound literalvariable-sized object may not be initializedvec_extract only accepts 2 argumentsvec_insert only accepts 3 argumentsvector overflow in expressionvector size not an integral multiple of component sizeverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_flow_info: Basic block %d succ edge is corruptedverify_flow_info: Block %i has loop_father, but there are no loopsverify_flow_info: Block %i lacks loop_fatherverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_gimple failedverify_histograms failedverify_ssa failedversion attribute is not a stringvirtual base %qT inaccessible in %qT due to ambiguityvirtual functions cannot be friendsvirtual non-class function %qsvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvisibility attribute not supported in this configuration; ignoredvoid value not ignored as it ought to bewarning: weak declaration of %q+D must be publicweak declaration of %q+D not supportedweakref %q+D must have static linkageweakref %q+D ultimately targets itselfwhen writing output to %s: %mwide character array initialized from incompatible wide stringwide character array initialized from non-wide stringwide string literal in %<asm%>width of %qs exceeds its typewill be assumed to return %<id%> and acceptwith %q+#Dwriting into constant object (argument %d)writing through null pointer (argument %d)wrong amount of branch edges after unconditional jump %iwrong edge %d->%d for PHI argumentwrong immediate use listwrong insn in the fallthru edgewrong number of arguments to function %<__builtin_next_arg%>wrong number of arguments to function %<va_start%>wrong number of template arguments (%d, should be %d)wrong outgoing edge flags at end of bb %dwrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusx87 register return with x87 disabledxstormy16_print_operand: unknown codez/Architecture mode not supported on %szero or negative size array %q+Dzero vector sizezero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qDProject-Id-Version: gcc 4.4.1
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-04-24 20:38+0000
  PO-Revision-Date: 2009-11-10 09:00+0700
  Last-Translator: Arif E. Nugroho <arif_endro@yahoo.com>
  Language-Team: Indonesian <translation-team-id@lists.sourceforge.net>
--- 467,473 ----
  unconditional %2d taken %s
  undefined named operand %qsunderlying type %<%T%> of %<%T%> must be an integral typeunexpected base-type in cris_print_baseunexpected index-type in cris_print_indexunexpected multiplicative operandunexpected operandunexpected side-effects in addressuninitialized const %qDuninitialized const in %<new%> of %q#Tunion cannot be made transparentunion has no membersunion has no named membersunknown -mdebug-%s switchunknown CRIS cpu version specification in -mtune= : %sunknown CRIS version specification in -march= or -mcpu= : %sunknown array size in deleteunknown cc_attr valueunknown conversion type character %qc in formatunknown demangling style '%s'unknown insn modeunknown move insn:unknown option after %<#pragma GCC diagnostic%> kindunknown register name %qs in %<asm%>unknown register name: %sunknown relocation unspecunnamed initializer for %qT, which has no base classesunnamed initializer for %qT, which uses multiple inheritanceunnamed struct/union that defines no instancesunnamed variable or field declared voidunordered comparison on non-floating point argumentunrecognizable insn:unrecognized addressunrecognized format specifierunrecognized gcc debugging option: %cunrecognized include_flags 0x%x passed to print_specific_helpunrecognized supposed constantunrecoverable errorunresolved overload for Altivec builtin %qFunsupported combination: %sunsupported non-standard concatenation of string literalsunsupported non-standard suffix on floating constantunsupported operand size for extended registerunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatunused variable %q+Dupper value in case label range exceeds maximum value for typeuse #include insteaduse %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified nameuse %<%T::template %D%> to indicate that it is a templateuse %<...%> to expand argument packuse -Winvalid-pch for more informationuse -flax-vector-conversions to permit conversions between vectors with differing element types or numbers of subpartsuse __attribute__ ((vector_size)) insteaduse of %<complex%> in AltiVec types is invaliduse of %<long double%> in AltiVec types is invaliduse of %<long%> in AltiVec types is deprecated; use %<int%>use of %qs in templateuse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of boolean types in AltiVec types is invaliduse of class template %qT as expressionuse of decimal floating point types in AltiVec types is invaliduse of enum %q#D without previous declarationuse of namespace %qD as expressionuse of old-style castuse template<> for an explicit specializationused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requireduseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationuser-defined %qD always evaluates both argumentsusing invalid field %qDusing template type parameter %qT after %qsusing typedef-name %qD after %qsusing-declaration for non-member at class scopevalidate_value_data: Loop in regno chain (%u)validate_value_data: [%u] Bad next_regno for empty chain (%u)validate_value_data: [%u] Bad oldest_regno (%u)validate_value_data: [%u] Non-empty reg in chain (%s %u %i)value computed is not usedvalue of -mfixed-range must have form REG1-REG2variable %q#D has initializer but incomplete typevariable %q+D declared %<inline%>variable %q+D definition is marked dllimportvariable %q+D might be clobbered by %<longjmp%> or %<vfork%>variable %qD has function typevariable %qD has initializer but incomplete typevariable length array %qD is usedvariable length array is usedvariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable tracking requested, but not supported by this debug formatvariable tracking requested, but useless unless producing debug infovariable-sized compound literalvariable-sized object may not be initializedvec_extract only accepts 2 argumentsvec_insert only accepts 3 argumentsvector overflow in expressionvector size not an integral multiple of component sizeverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_flow_info: Basic block %d succ edge is corruptedverify_flow_info: Block %i has loop_father, but there are no loopsverify_flow_info: Block %i lacks loop_fatherverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_gimple failedverify_histograms failedverify_ssa failedversion attribute is not a stringvirtual base %qT inaccessible in %qT due to ambiguityvirtual functions cannot be friendsvirtual non-class function %qsvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvisibility attribute not supported in this configuration; ignoredvoid value not ignored as it ought to bewarning: weak declaration of %q+D must be publicweak declaration of %q+D not supportedweakref %q+D must have static linkageweakref %q+D ultimately targets itselfwhen writing output to %s: %mwide character array initialized from incompatible wide stringwide character array initialized from non-wide stringwide string literal in %<asm%>width of %qs exceeds its typewill be assumed to return %<id%> and acceptwith %q+#Dwriting into constant object (argument %d)writing through null pointer (argument %d)wrong amount of branch edges after unconditional jump %iwrong edge %d->%d for PHI argumentwrong immediate use listwrong insn in the fallthru edgewrong number of arguments to function %<__builtin_next_arg%>wrong number of arguments to function %<va_start%>wrong number of template arguments (%d, should be %d)wrong outgoing edge flags at end of bb %dwrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusx87 register return with x87 disabledxstormy16_print_operand: unknown codez/Architecture mode not supported on %szero or negative size array %q+Dzero vector sizezero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qDProject-Id-Version: gcc 4.4.1
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-05-01 22:24+0000
  PO-Revision-Date: 2009-11-10 09:00+0700
  Last-Translator: Arif E. Nugroho <arif_endro@yahoo.com>
  Language-Team: Indonesian <translation-team-id@lists.sourceforge.net>
diff -Nrcpad gcc-7.1.0/gcc/po/id.po gcc-7.2.0/gcc/po/id.po
*** gcc-7.1.0/gcc/po/id.po	Sun Apr 30 23:16:59 2017
--- gcc-7.2.0/gcc/po/id.po	Thu May  4 15:54:38 2017
*************** msgid ""
*** 7,13 ****
  msgstr ""
  "Project-Id-Version: gcc 4.4.1\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-04-24 20:38+0000\n"
  "PO-Revision-Date: 2009-11-10 09:00+0700\n"
  "Last-Translator: Arif E. Nugroho <arif_endro@yahoo.com>\n"
  "Language-Team: Indonesian <translation-team-id@lists.sourceforge.net>\n"
--- 7,13 ----
  msgstr ""
  "Project-Id-Version: gcc 4.4.1\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-05-01 22:24+0000\n"
  "PO-Revision-Date: 2009-11-10 09:00+0700\n"
  "Last-Translator: Arif E. Nugroho <arif_endro@yahoo.com>\n"
  "Language-Team: Indonesian <translation-team-id@lists.sourceforge.net>\n"
*************** msgstr "pemodifikasi panjang dalam forma
*** 3069,3114 ****
  msgid "<command-line>"
  msgstr "<baris-perintah>"
  
! #: config/aarch64/aarch64.c:4926 config/arm/arm.c:21795 config/arm/arm.c:21808
! #: config/arm/arm.c:21833 config/nios2/nios2.c:2653
  #, fuzzy, c-format
  #| msgid "invalid operand for code '%c'"
  msgid "Unsupported operand for code '%c'"
  msgstr "operan tidak valid untuk kode '%c'"
  
! #: config/aarch64/aarch64.c:4938 config/aarch64/aarch64.c:4954
! #: config/aarch64/aarch64.c:4967 config/aarch64/aarch64.c:4979
! #: config/aarch64/aarch64.c:4990 config/aarch64/aarch64.c:5013
! #: config/aarch64/aarch64.c:5066 config/aarch64/aarch64.c:5269
  #, fuzzy, c-format
  #| msgid "invalid operand for code '%c'"
  msgid "invalid operand for '%%%c'"
  msgstr "operan tidak valid untuk kode '%c'"
  
! #: config/aarch64/aarch64.c:5033 config/aarch64/aarch64.c:5046
! #: config/aarch64/aarch64.c:5056
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5102 config/arm/arm.c:22340
  #, c-format
  msgid "missing operand"
  msgstr "hilang operan"
  
! #: config/aarch64/aarch64.c:5164
  #, fuzzy, c-format
  #| msgid "invalid insn:"
  msgid "invalid constant"
  msgstr "insn tidak valid:"
  
! #: config/aarch64/aarch64.c:5167
  #, fuzzy, c-format
  #| msgid "invalid %%d operand"
  msgid "invalid operand"
  msgstr "operan %%d tidak valid"
  
! #: config/aarch64/aarch64.c:5280
  #, fuzzy, c-format
  #| msgid "invalid operand code '%c'"
  msgid "invalid operand prefix '%%%c'"
--- 3069,3114 ----
  msgid "<command-line>"
  msgstr "<baris-perintah>"
  
! #: config/aarch64/aarch64.c:4927 config/arm/arm.c:21832 config/arm/arm.c:21845
! #: config/arm/arm.c:21870 config/nios2/nios2.c:2653
  #, fuzzy, c-format
  #| msgid "invalid operand for code '%c'"
  msgid "Unsupported operand for code '%c'"
  msgstr "operan tidak valid untuk kode '%c'"
  
! #: config/aarch64/aarch64.c:4939 config/aarch64/aarch64.c:4955
! #: config/aarch64/aarch64.c:4968 config/aarch64/aarch64.c:4980
! #: config/aarch64/aarch64.c:4991 config/aarch64/aarch64.c:5014
! #: config/aarch64/aarch64.c:5067 config/aarch64/aarch64.c:5270
  #, fuzzy, c-format
  #| msgid "invalid operand for code '%c'"
  msgid "invalid operand for '%%%c'"
  msgstr "operan tidak valid untuk kode '%c'"
  
! #: config/aarch64/aarch64.c:5034 config/aarch64/aarch64.c:5047
! #: config/aarch64/aarch64.c:5057
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5103 config/arm/arm.c:22377
  #, c-format
  msgid "missing operand"
  msgstr "hilang operan"
  
! #: config/aarch64/aarch64.c:5165
  #, fuzzy, c-format
  #| msgid "invalid insn:"
  msgid "invalid constant"
  msgstr "insn tidak valid:"
  
! #: config/aarch64/aarch64.c:5168
  #, fuzzy, c-format
  #| msgid "invalid %%d operand"
  msgid "invalid operand"
  msgstr "operan %%d tidak valid"
  
! #: config/aarch64/aarch64.c:5281
  #, fuzzy, c-format
  #| msgid "invalid operand code '%c'"
  msgid "invalid operand prefix '%%%c'"
*************** msgstr "operan kode keluaran tidak valid
*** 3273,3301 ****
  msgid "invalid UNSPEC as operand: %d"
  msgstr "UNSPEC tidak valid sebagai operan"
  
! #: config/arm/arm.c:18804 config/arm/arm.c:18829 config/arm/arm.c:18839
! #: config/arm/arm.c:18848 config/arm/arm.c:18857
  #, c-format
  msgid "invalid shift operand"
  msgstr "operan shift tidak valid"
  
! #: config/arm/arm.c:21671 config/arm/arm.c:21689
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "instruksi Thumb terprediksi"
  
! #: config/arm/arm.c:21677
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "instruksi terprediksi dalam urutan berkondisi"
  
! #: config/arm/arm.c:21910 config/arm/arm.c:21932 config/arm/arm.c:21942
! #: config/arm/arm.c:21952 config/arm/arm.c:21962 config/arm/arm.c:22001
! #: config/arm/arm.c:22019 config/arm/arm.c:22044 config/arm/arm.c:22059
! #: config/arm/arm.c:22086 config/arm/arm.c:22093 config/arm/arm.c:22111
! #: config/arm/arm.c:22118 config/arm/arm.c:22126 config/arm/arm.c:22147
! #: config/arm/arm.c:22154 config/arm/arm.c:22287 config/arm/arm.c:22294
! #: config/arm/arm.c:22321 config/arm/arm.c:22328 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
--- 3273,3301 ----
  msgid "invalid UNSPEC as operand: %d"
  msgstr "UNSPEC tidak valid sebagai operan"
  
! #: config/arm/arm.c:18841 config/arm/arm.c:18866 config/arm/arm.c:18876
! #: config/arm/arm.c:18885 config/arm/arm.c:18894
  #, c-format
  msgid "invalid shift operand"
  msgstr "operan shift tidak valid"
  
! #: config/arm/arm.c:21708 config/arm/arm.c:21726
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "instruksi Thumb terprediksi"
  
! #: config/arm/arm.c:21714
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "instruksi terprediksi dalam urutan berkondisi"
  
! #: config/arm/arm.c:21947 config/arm/arm.c:21969 config/arm/arm.c:21979
! #: config/arm/arm.c:21989 config/arm/arm.c:21999 config/arm/arm.c:22038
! #: config/arm/arm.c:22056 config/arm/arm.c:22081 config/arm/arm.c:22096
! #: config/arm/arm.c:22123 config/arm/arm.c:22130 config/arm/arm.c:22148
! #: config/arm/arm.c:22155 config/arm/arm.c:22163 config/arm/arm.c:22184
! #: config/arm/arm.c:22191 config/arm/arm.c:22324 config/arm/arm.c:22331
! #: config/arm/arm.c:22358 config/arm/arm.c:22365 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
*************** msgstr "instruksi terprediksi dalam urut
*** 3303,3315 ****
  msgid "invalid operand for code '%c'"
  msgstr "operan tidak valid untuk kode '%c'"
  
! #: config/arm/arm.c:22014
  #, c-format
  msgid "instruction never executed"
  msgstr "instruksi tidak pernah dijalankan"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22035
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr ""
--- 3303,3315 ----
  msgid "invalid operand for code '%c'"
  msgstr "operan tidak valid untuk kode '%c'"
  
! #: config/arm/arm.c:22051
  #, c-format
  msgid "instruction never executed"
  msgstr "instruksi tidak pernah dijalankan"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22072
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr ""
*************** msgstr ""
*** 4177,4288 ****
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7314
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr ""
  
! #: config/s390/s390.c:7325
  #, c-format
  msgid "cannot decompose address"
  msgstr "tidak dapat menguraikan alamat"
  
! #: config/s390/s390.c:7394
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "operan tidak valid untuk pemodifikasi 'b'"
  
! #: config/s390/s390.c:7417
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid reference for 'J' output modifier"
  msgstr "operan tidak valid untuk pemodifikasi 'b'"
  
! #: config/s390/s390.c:7435
  #, fuzzy, c-format
  #| msgid "invalid operand for 'O' modifier"
  msgid "invalid address for 'O' output modifier"
  msgstr "operan tidak valid untuk pemodifikasi 'O'"
  
! #: config/s390/s390.c:7457
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid address for 'R' output modifier"
  msgstr "operan tidak valid untuk pemodifikasi 'b'"
  
! #: config/s390/s390.c:7475
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7485
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid address for 'S' output modifier"
  msgstr "operan tidak valid untuk pemodifikasi 'b'"
  
! #: config/s390/s390.c:7506
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7517
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7603 config/s390/s390.c:7624
  #, fuzzy, c-format
  #| msgid "invalid operand for 'o' modifier"
  msgid "invalid constant for output modifier '%c'"
  msgstr "operan tidak valid untuk pemodifikasi 'o'"
  
! #: config/s390/s390.c:7621
  #, fuzzy, c-format
  #| msgid "invalid operand output code"
  msgid "invalid constant - try using an output modifier"
  msgstr "operan kode keluaran tidak valid"
  
! #: config/s390/s390.c:7658
  #, fuzzy, c-format
  #| msgid "invalid operand for 'o' modifier"
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "operan tidak valid untuk pemodifikasi 'o'"
  
! #: config/s390/s390.c:7665
  #, fuzzy, c-format
  #| msgid "invalid expression for min lvalue"
  msgid "invalid expression - try using an output modifier"
  msgstr "ekspresi tidak valid untuk minimal lvalue"
  
! #: config/s390/s390.c:7668
  #, fuzzy, c-format
  #| msgid "invalid operand for 'o' modifier"
  msgid "invalid expression for output modifier '%c'"
  msgstr "operan tidak valid untuk pemodifikasi 'o'"
  
! #: config/s390/s390.c:11535
  #, fuzzy
  #| msgid "AltiVec argument passed to unprototyped function"
  msgid "vector argument passed to unprototyped function"
  msgstr "Argumen AltiVec dilewatkan ke fungsi yang tidak berprototipe"
  
! #: config/s390/s390.c:15354
  #, fuzzy
  #| msgid "pointer targets in return differ in signedness"
  msgid "types differ in signedness"
  msgstr "target penunjuk dalam kembali berbeda dalam signedness"
  
! #: config/s390/s390.c:15364
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15367
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15375
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
--- 4177,4288 ----
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7482
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr ""
  
! #: config/s390/s390.c:7493
  #, c-format
  msgid "cannot decompose address"
  msgstr "tidak dapat menguraikan alamat"
  
! #: config/s390/s390.c:7562
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "operan tidak valid untuk pemodifikasi 'b'"
  
! #: config/s390/s390.c:7585
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid reference for 'J' output modifier"
  msgstr "operan tidak valid untuk pemodifikasi 'b'"
  
! #: config/s390/s390.c:7603
  #, fuzzy, c-format
  #| msgid "invalid operand for 'O' modifier"
  msgid "invalid address for 'O' output modifier"
  msgstr "operan tidak valid untuk pemodifikasi 'O'"
  
! #: config/s390/s390.c:7625
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid address for 'R' output modifier"
  msgstr "operan tidak valid untuk pemodifikasi 'b'"
  
! #: config/s390/s390.c:7643
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7653
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid address for 'S' output modifier"
  msgstr "operan tidak valid untuk pemodifikasi 'b'"
  
! #: config/s390/s390.c:7674
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7685
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7771 config/s390/s390.c:7792
  #, fuzzy, c-format
  #| msgid "invalid operand for 'o' modifier"
  msgid "invalid constant for output modifier '%c'"
  msgstr "operan tidak valid untuk pemodifikasi 'o'"
  
! #: config/s390/s390.c:7789
  #, fuzzy, c-format
  #| msgid "invalid operand output code"
  msgid "invalid constant - try using an output modifier"
  msgstr "operan kode keluaran tidak valid"
  
! #: config/s390/s390.c:7826
  #, fuzzy, c-format
  #| msgid "invalid operand for 'o' modifier"
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "operan tidak valid untuk pemodifikasi 'o'"
  
! #: config/s390/s390.c:7833
  #, fuzzy, c-format
  #| msgid "invalid expression for min lvalue"
  msgid "invalid expression - try using an output modifier"
  msgstr "ekspresi tidak valid untuk minimal lvalue"
  
! #: config/s390/s390.c:7836
  #, fuzzy, c-format
  #| msgid "invalid operand for 'o' modifier"
  msgid "invalid expression for output modifier '%c'"
  msgstr "operan tidak valid untuk pemodifikasi 'o'"
  
! #: config/s390/s390.c:11703
  #, fuzzy
  #| msgid "AltiVec argument passed to unprototyped function"
  msgid "vector argument passed to unprototyped function"
  msgstr "Argumen AltiVec dilewatkan ke fungsi yang tidak berprototipe"
  
! #: config/s390/s390.c:15522
  #, fuzzy
  #| msgid "pointer targets in return differ in signedness"
  msgid "types differ in signedness"
  msgstr "target penunjuk dalam kembali berbeda dalam signedness"
  
! #: config/s390/s390.c:15532
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15535
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15543
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
*************** msgstr "diasumsikan signed overflow tida
*** 21402,21408 ****
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr "diasumsikan signed overflow tidak terjadi ketika mengkombinasi konstan diantar sebuah perbandingan"
  
! #: fold-const.c:12046
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr "pemeriksaan fold: pohon asal diubah oleh fold"
--- 21402,21408 ----
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr "diasumsikan signed overflow tidak terjadi ketika mengkombinasi konstan diantar sebuah perbandingan"
  
! #: fold-const.c:12048
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr "pemeriksaan fold: pohon asal diubah oleh fold"
*************** msgstr "tipe tidak cocok dalam referensi
*** 21996,22003 ****
  msgid "null pointer dereference"
  msgstr "penunjuk circular delegasi terdeteksi"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12872
! #: tree.c:12909 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
--- 21996,22003 ----
  msgid "null pointer dereference"
  msgstr "penunjuk circular delegasi terdeteksi"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12880
! #: tree.c:12917 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
*************** msgstr "%q+D dideklarasikan disini"
*** 22012,22311 ****
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2307 gimple-ssa-sprintf.c:2435
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2309 gimple-ssa-sprintf.c:2437
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2311 gimple-ssa-sprintf.c:2439
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2313 gimple-ssa-sprintf.c:2441
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2326
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2328
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2330
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2334
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2336
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2338
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2351
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2353
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2355
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2371
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2373
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2375
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2388
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2390
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2392
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2404
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2406
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2408
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2454
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2456
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2458
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2462
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2464
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2466
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2480
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2483
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2486
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2502
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2505
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2508
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2521
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2524
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2527
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2539
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2542
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2545
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2710
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2712
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2751
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2753
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2767
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2775
  #, fuzzy, gcc-internal-format
  #| msgid "invalid option argument %qs"
  msgid "directive argument %qE"
  msgstr "pilihan argumen %qs tidak valid"
  
! #: gimple-ssa-sprintf.c:2777
  #, fuzzy, gcc-internal-format
  #| msgid "%s expects an integer literal in the range [%d, %d]."
  msgid "directive argument in the range [%E, %E]"
  msgstr "%s diduga sebuah integer literal dalam jangkauan [%d, %d]."
  
! #: gimple-ssa-sprintf.c:2781
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2801
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2806
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2811
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2816
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3588
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3594
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3647
  #, fuzzy, gcc-internal-format
  #| msgid "Maintain backchain pointer"
  msgid "null destination pointer"
  msgstr "jaga backchain penunjuk"
  
! #: gimple-ssa-sprintf.c:3664
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3676
  #, fuzzy, gcc-internal-format
  #| msgid "%s in format string at %L"
  msgid "null format string"
--- 22012,22311 ----
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2308 gimple-ssa-sprintf.c:2436
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2310 gimple-ssa-sprintf.c:2438
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2312 gimple-ssa-sprintf.c:2440
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2314 gimple-ssa-sprintf.c:2442
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2327
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2329
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2331
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2335
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2337
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2339
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2352
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2354
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2356
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2372
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2374
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2376
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2389
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2391
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2393
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2405
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2407
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2409
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2455
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2457
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2459
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2463
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2465
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2467
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2481
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2484
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2487
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2503
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2506
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2509
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2522
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2525
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2528
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2540
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2543
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2546
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2711
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2713
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2752
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2754
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2769
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2776
  #, fuzzy, gcc-internal-format
  #| msgid "invalid option argument %qs"
  msgid "directive argument %qE"
  msgstr "pilihan argumen %qs tidak valid"
  
! #: gimple-ssa-sprintf.c:2778
  #, fuzzy, gcc-internal-format
  #| msgid "%s expects an integer literal in the range [%d, %d]."
  msgid "directive argument in the range [%E, %E]"
  msgstr "%s diduga sebuah integer literal dalam jangkauan [%d, %d]."
  
! #: gimple-ssa-sprintf.c:2782
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2803
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2807
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2812
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2817
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3591
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3597
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3650
  #, fuzzy, gcc-internal-format
  #| msgid "Maintain backchain pointer"
  msgid "null destination pointer"
  msgstr "jaga backchain penunjuk"
  
! #: gimple-ssa-sprintf.c:3667
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3679
  #, fuzzy, gcc-internal-format
  #| msgid "%s in format string at %L"
  msgid "null format string"
*************** msgstr "string format memiliki jumlah op
*** 24633,24797 ****
  msgid "%D renamed after being referenced in assembly"
  msgstr "%D diubah namanya setelah direferensikan dalam perakitan"
  
! #: symtab.c:970
  #, fuzzy, gcc-internal-format
  #| msgid "function returning a function"
  msgid "function symbol is not function"
  msgstr "fungsi mengembalikan sebuah fungsi"
  
! #: symtab.c:978
  #, fuzzy, gcc-internal-format
  #| msgid "%qs attribute only applies to variables"
  msgid "variable symbol is not variable"
  msgstr "%qs atribut hanya berlaku ke variabel"
  
! #: symtab.c:984
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr ""
  
! #: symtab.c:993
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1010
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1023
  #, fuzzy, gcc-internal-format
  #| msgid "node not found in cgraph_hash"
  msgid "node not found in symtab assembler name hash"
  msgstr "titik tidak ditemukan dalam cgraph_hash"
  
! #: symtab.c:1030
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr ""
  
! #: symtab.c:1035
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr ""
  
! #: symtab.c:1040
  #, fuzzy, gcc-internal-format
  #| msgid "called object %qE is not a function"
  msgid "node is analyzed but it is not a definition"
  msgstr "dipanggil objek %qE bukan sebuah fungsi"
  
! #: symtab.c:1045
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1050
  #, fuzzy, gcc-internal-format
  #| msgid "%Jold-style function definition"
  msgid "node is alias but not definition"
  msgstr "%J definisi fungsi gaya-lama"
  
! #: symtab.c:1055
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1060
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr ""
  
! #: symtab.c:1069
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr ""
  
! #: symtab.c:1074
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr ""
  
! #: symtab.c:1079
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1084
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr ""
  
! #: symtab.c:1091
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr ""
  
! #: symtab.c:1106
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1116
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1123
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr ""
  
! #: symtab.c:1135
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1142
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1157
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1188 symtab.c:1225
  #, fuzzy, gcc-internal-format
  #| msgid "verify_ssa failed"
  msgid "symtab_node::verify failed"
  msgstr "verify_ssa gagal"
  
! #: symtab.c:1221
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1630
  #, fuzzy, gcc-internal-format
  #| msgid "function %q+D redeclared as inline"
  msgid "function %q+D part of alias cycle"
  msgstr "fungsi %q+D redeklarasi sebagai inline"
  
! #: symtab.c:1632
  #, fuzzy, gcc-internal-format
  #| msgid "variable %qD has function type"
  msgid "variable %q+D part of alias cycle"
  msgstr "variabel %qD memiliki tipe fungsi"
  
! #: symtab.c:1660
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
--- 24633,24797 ----
  msgid "%D renamed after being referenced in assembly"
  msgstr "%D diubah namanya setelah direferensikan dalam perakitan"
  
! #: symtab.c:978
  #, fuzzy, gcc-internal-format
  #| msgid "function returning a function"
  msgid "function symbol is not function"
  msgstr "fungsi mengembalikan sebuah fungsi"
  
! #: symtab.c:986
  #, fuzzy, gcc-internal-format
  #| msgid "%qs attribute only applies to variables"
  msgid "variable symbol is not variable"
  msgstr "%qs atribut hanya berlaku ke variabel"
  
! #: symtab.c:992
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1009
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1018
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1031
  #, fuzzy, gcc-internal-format
  #| msgid "node not found in cgraph_hash"
  msgid "node not found in symtab assembler name hash"
  msgstr "titik tidak ditemukan dalam cgraph_hash"
  
! #: symtab.c:1038
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr ""
  
! #: symtab.c:1043
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr ""
  
! #: symtab.c:1048
  #, fuzzy, gcc-internal-format
  #| msgid "called object %qE is not a function"
  msgid "node is analyzed but it is not a definition"
  msgstr "dipanggil objek %qE bukan sebuah fungsi"
  
! #: symtab.c:1053
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1058
  #, fuzzy, gcc-internal-format
  #| msgid "%Jold-style function definition"
  msgid "node is alias but not definition"
  msgstr "%J definisi fungsi gaya-lama"
  
! #: symtab.c:1063
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1068
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr ""
  
! #: symtab.c:1077
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr ""
  
! #: symtab.c:1082
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr ""
  
! #: symtab.c:1087
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1092
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr ""
  
! #: symtab.c:1099
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr ""
  
! #: symtab.c:1114
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1124
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1131
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr ""
  
! #: symtab.c:1143
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1150
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1173
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1196 symtab.c:1233
  #, fuzzy, gcc-internal-format
  #| msgid "verify_ssa failed"
  msgid "symtab_node::verify failed"
  msgstr "verify_ssa gagal"
  
! #: symtab.c:1229
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1638
  #, fuzzy, gcc-internal-format
  #| msgid "function %q+D redeclared as inline"
  msgid "function %q+D part of alias cycle"
  msgstr "fungsi %q+D redeklarasi sebagai inline"
  
! #: symtab.c:1640
  #, fuzzy, gcc-internal-format
  #| msgid "variable %qD has function type"
  msgid "variable %q+D part of alias cycle"
  msgstr "variabel %qD memiliki tipe fungsi"
  
! #: symtab.c:1668
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
*************** msgstr "%q+D redeklarasi tanpa atribut d
*** 26557,26564 ****
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6704
! #: config/arm/arm.c:6732 config/arm/arm.c:6749 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
--- 26557,26564 ----
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6741
! #: config/arm/arm.c:6769 config/arm/arm.c:6786 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
*************** msgstr "external linkage dibutuhkan untu
*** 26596,26693 ****
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qs mengimplikasikan visibility baku, tetapi %qD telah dideklarasikan dengan sebuah visibility berbeda"
  
! #: tree.c:8366
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "array dari fungsi tidak berarti"
  
! #: tree.c:8537
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "tipe kembali fungsi tidak dapat berupa fungsi"
  
! #: tree.c:9831 tree.c:9916 tree.c:9977
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr "pemeriksaan pohon: %s, memiliki %s dalam %s, di %s:%d"
  
! #: tree.c:9868
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr "pemeriksaan pohon: diduga kosong dari %s, memiliki %s dalam %s, di %s:%d"
  
! #: tree.c:9881
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "pemeriksaan pohon: diduga kelas %qs, memiliki %qs (%s) dalam %s, di %s:%d"
  
! #: tree.c:9930
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "pemeriksaan pohon: tidak menduga kelas %qs, memiliki %qs (%s dalam %s, di %s:%d"
  
! #: tree.c:9943
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr "pemeriksaan pohon: diduga omp_clause %s, memiliki %s dalam %s, di %s:%d"
  
! #: tree.c:10003
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr "pemeriksaan pohon: diduga pohon yang berisi struktur %qs, memiliki %qs dalam %s, di %s:%d"
  
! #: tree.c:10017
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr "pemeriksaan pohon: diakses elt %d dari tree_vec dengan %d elts dalam %s, di %s:%d"
  
! #: tree.c:10029
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr "pemeriksaan pohon: diakses elt %d dari tree_vec dengan %d elts dalam %s, di %s:%d"
  
! #: tree.c:10042
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr "pemeriksaan pohon: diakses operan %d dari %s dengan %d operan dalam %s, di %s:%d"
  
! #: tree.c:10055
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr "pemeriksaan pohon: diakses operan %d dari omp_clause %s dengan %d operan dalam %s, di %s:%d"
  
! #: tree.c:12867
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qD is deprecated: %s"
  msgstr "%qs sudah ditinggalkan"
  
! #: tree.c:12870
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qD is deprecated"
  msgstr "%qs sudah ditinggalkan"
  
! #: tree.c:12894 tree.c:12916
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qE is deprecated: %s"
  msgstr "%qs sudah ditinggalkan"
  
! #: tree.c:12897 tree.c:12919
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qE is deprecated"
  msgstr "%qs sudah ditinggalkan"
  
! #: tree.c:12903 tree.c:12924
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "type is deprecated"
  msgid "type is deprecated: %s"
  msgstr "tipe sudah ditinggalkan"
  
! #: tree.c:12906 tree.c:12927
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "tipe sudah ditinggalkan"
--- 26596,26693 ----
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qs mengimplikasikan visibility baku, tetapi %qD telah dideklarasikan dengan sebuah visibility berbeda"
  
! #: tree.c:8373
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "array dari fungsi tidak berarti"
  
! #: tree.c:8545
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "tipe kembali fungsi tidak dapat berupa fungsi"
  
! #: tree.c:9839 tree.c:9924 tree.c:9985
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr "pemeriksaan pohon: %s, memiliki %s dalam %s, di %s:%d"
  
! #: tree.c:9876
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr "pemeriksaan pohon: diduga kosong dari %s, memiliki %s dalam %s, di %s:%d"
  
! #: tree.c:9889
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "pemeriksaan pohon: diduga kelas %qs, memiliki %qs (%s) dalam %s, di %s:%d"
  
! #: tree.c:9938
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "pemeriksaan pohon: tidak menduga kelas %qs, memiliki %qs (%s dalam %s, di %s:%d"
  
! #: tree.c:9951
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr "pemeriksaan pohon: diduga omp_clause %s, memiliki %s dalam %s, di %s:%d"
  
! #: tree.c:10011
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr "pemeriksaan pohon: diduga pohon yang berisi struktur %qs, memiliki %qs dalam %s, di %s:%d"
  
! #: tree.c:10025
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr "pemeriksaan pohon: diakses elt %d dari tree_vec dengan %d elts dalam %s, di %s:%d"
  
! #: tree.c:10037
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr "pemeriksaan pohon: diakses elt %d dari tree_vec dengan %d elts dalam %s, di %s:%d"
  
! #: tree.c:10050
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr "pemeriksaan pohon: diakses operan %d dari %s dengan %d operan dalam %s, di %s:%d"
  
! #: tree.c:10063
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr "pemeriksaan pohon: diakses operan %d dari omp_clause %s dengan %d operan dalam %s, di %s:%d"
  
! #: tree.c:12875
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qD is deprecated: %s"
  msgstr "%qs sudah ditinggalkan"
  
! #: tree.c:12878
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qD is deprecated"
  msgstr "%qs sudah ditinggalkan"
  
! #: tree.c:12902 tree.c:12924
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qE is deprecated: %s"
  msgstr "%qs sudah ditinggalkan"
  
! #: tree.c:12905 tree.c:12927
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qE is deprecated"
  msgstr "%qs sudah ditinggalkan"
  
! #: tree.c:12911 tree.c:12932
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "type is deprecated"
  msgid "type is deprecated: %s"
  msgstr "tipe sudah ditinggalkan"
  
! #: tree.c:12914 tree.c:12935
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "tipe sudah ditinggalkan"
*************** msgstr "tipe sudah ditinggalkan"
*** 26714,26978 ****
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13354
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13395
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13397
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13399
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13419
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13432
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13449
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13474
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13476
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13478
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13516
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13518
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr ""
  
! #: tree.c:13520
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13537
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13539 tree.c:13550
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13541 tree.c:13552
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13548
  #, fuzzy, gcc-internal-format
  #| msgid "assert: %s is assign compatible with %s"
  msgid "type is not compatible with its variant"
  msgstr "assert: %s adalah assign kompatibel dengan %s"
  
! #: tree.c:13851
  #, fuzzy, gcc-internal-format
  #| msgid "environment variable \"%s\" not defined"
  msgid "Main variant is not defined"
  msgstr "variabel lingkungan \"%s\" tidak terdefinisi"
  
! #: tree.c:13856
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13868
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13886
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13918
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13928
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13938
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13956
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13968
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13979
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13990
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14008
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14015
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14027
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14042
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14058
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14073
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14083
  #, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr ""
  
! #: tree.c:14092
  #, fuzzy, gcc-internal-format
  #| msgid "field %qs has incomplete type"
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "field %qs memiliki tipe tidak lengkap"
  
! #: tree.c:14112
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14127
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14133
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14146
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14159
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14165
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14172
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14184
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14190
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14202
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14214
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14221
  #, fuzzy, gcc-internal-format
  #| msgid "verify_gimple failed"
  msgid "verify_type failed"
--- 26714,26978 ----
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13362
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13403
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13405
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13407
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13427
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13440
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13457
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13482
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13484
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13486
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13524
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13526
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr ""
  
! #: tree.c:13528
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13545
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13547 tree.c:13558
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13549 tree.c:13560
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13556
  #, fuzzy, gcc-internal-format
  #| msgid "assert: %s is assign compatible with %s"
  msgid "type is not compatible with its variant"
  msgstr "assert: %s adalah assign kompatibel dengan %s"
  
! #: tree.c:13859
  #, fuzzy, gcc-internal-format
  #| msgid "environment variable \"%s\" not defined"
  msgid "Main variant is not defined"
  msgstr "variabel lingkungan \"%s\" tidak terdefinisi"
  
! #: tree.c:13864
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13876
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13910
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13926
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13936
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13946
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13964
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13976
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13987
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13998
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14016
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14023
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14043
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14050
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14074
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14081
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14091
  #, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr ""
  
! #: tree.c:14100
  #, fuzzy, gcc-internal-format
  #| msgid "field %qs has incomplete type"
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "field %qs memiliki tipe tidak lengkap"
  
! #: tree.c:14120
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14135
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14141
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14154
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14167
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14173
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14180
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14192
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14198
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14210
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14222
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14229
  #, fuzzy, gcc-internal-format
  #| msgid "verify_gimple failed"
  msgid "verify_type failed"
*************** msgstr ""
*** 28041,28053 ****
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr ""
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6573 c-family/c-common.c:6644
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "terlalu sediki argumen ke fungsi %qE"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6670 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "terlalu banyak argumen ke fungsi %qE"
--- 28041,28053 ----
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr ""
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6574 c-family/c-common.c:6645
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "terlalu sediki argumen ke fungsi %qE"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6671 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "terlalu banyak argumen ke fungsi %qE"
*************** msgstr "mencoba untuk mengambil alamat d
*** 28138,28221 ****
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6515 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr "ukuran dari array terlalu besar"
  
! #: c-family/c-common.c:6603
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "tipe tidak kompatibel untuk argumen %d dari %qE"
  
! #: c-family/c-common.c:6737
  #, fuzzy, gcc-internal-format
  #| msgid "not enough arguments to function %qE"
  msgid "incorrect number of arguments to function %qE"
  msgstr "tidak cukup argumen ke fungsi %qE"
  
! #: c-family/c-common.c:6752
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qs must be a 2-bit unsigned literal"
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "argumen ke %qs harus berupa sebuah 2 bit unsigned literal"
  
! #: c-family/c-common.c:6761
  #, fuzzy, gcc-internal-format
  #| msgid "%Kfirst argument of %D must be a pointer, second integer constant"
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "%K argumen pertama dari %D harus berupa sebuah penunjuk, integer kedua konstanta"
  
! #: c-family/c-common.c:6772
  #, fuzzy, gcc-internal-format
  #| msgid "%Kfirst argument of %D must be a pointer, second integer constant"
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "%K argumen pertama dari %D harus berupa sebuah penunjuk, integer kedua konstanta"
  
! #: c-family/c-common.c:6787
  #, fuzzy, gcc-internal-format
  #| msgid "passing argument %d of %qE from incompatible pointer type"
  msgid "argument %d of %qE must be a pointer type"
  msgstr "melewatkan argumen %d dari %qE dari tipe penunjuk yang tidak kompatibel"
  
! #: c-family/c-common.c:6795
  #, fuzzy, gcc-internal-format
  #| msgid "argument %d of %qE might be a candidate for a format attribute"
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "argumen %d dari %qE mungkin menjadi sebuah kandidat untuk sebuah format atribut"
  
! #: c-family/c-common.c:6801
  #, fuzzy, gcc-internal-format
  #| msgid "passing argument %d of %qE makes integer from pointer without a cast"
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "melewatkan argumen %d dari %qE membuat integer dari penunjuk tanpa sebuah cast"
  
! #: c-family/c-common.c:6809
  #, fuzzy, gcc-internal-format
  #| msgid "Type/rank mismatch in argument '%s' at %L"
  msgid "size mismatch in argument %d of %qE"
  msgstr "Tipe/tingkat tidak cocok dalam argumen '%s' di %L"
  
! #: c-family/c-common.c:6825
  #, fuzzy, gcc-internal-format
  #| msgid "invalid type argument of %qs"
  msgid "invalid memory model argument %d of %qE"
  msgstr "tipe argumen tidak valid dari %qs"
  
! #: c-family/c-common.c:6832
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "non-integer memory model argument %d of %qE"
  msgstr "tipe tidak kompatibel untuk argumen %d dari %qE"
  
! #: c-family/c-common.c:7753
  #, fuzzy, gcc-internal-format
  #| msgid "index in dimension %d is out of bounds at %L"
  msgid "index value is out of bound"
  msgstr "indeks dalam dimensi %d diluar dari jangkauan di %L"
  
! #: c-family/c-common.c:7794 c-family/c-common.c:7842 c-family/c-common.c:7857
  #: cp/call.c:4836 cp/call.c:4843
  #, fuzzy, gcc-internal-format
  #| msgid "conversion from %qT to %qT is ambiguous"
--- 28138,28221 ----
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6516 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr "ukuran dari array terlalu besar"
  
! #: c-family/c-common.c:6604
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "tipe tidak kompatibel untuk argumen %d dari %qE"
  
! #: c-family/c-common.c:6738
  #, fuzzy, gcc-internal-format
  #| msgid "not enough arguments to function %qE"
  msgid "incorrect number of arguments to function %qE"
  msgstr "tidak cukup argumen ke fungsi %qE"
  
! #: c-family/c-common.c:6753
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qs must be a 2-bit unsigned literal"
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "argumen ke %qs harus berupa sebuah 2 bit unsigned literal"
  
! #: c-family/c-common.c:6762
  #, fuzzy, gcc-internal-format
  #| msgid "%Kfirst argument of %D must be a pointer, second integer constant"
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "%K argumen pertama dari %D harus berupa sebuah penunjuk, integer kedua konstanta"
  
! #: c-family/c-common.c:6773
  #, fuzzy, gcc-internal-format
  #| msgid "%Kfirst argument of %D must be a pointer, second integer constant"
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "%K argumen pertama dari %D harus berupa sebuah penunjuk, integer kedua konstanta"
  
! #: c-family/c-common.c:6788
  #, fuzzy, gcc-internal-format
  #| msgid "passing argument %d of %qE from incompatible pointer type"
  msgid "argument %d of %qE must be a pointer type"
  msgstr "melewatkan argumen %d dari %qE dari tipe penunjuk yang tidak kompatibel"
  
! #: c-family/c-common.c:6796
  #, fuzzy, gcc-internal-format
  #| msgid "argument %d of %qE might be a candidate for a format attribute"
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "argumen %d dari %qE mungkin menjadi sebuah kandidat untuk sebuah format atribut"
  
! #: c-family/c-common.c:6802
  #, fuzzy, gcc-internal-format
  #| msgid "passing argument %d of %qE makes integer from pointer without a cast"
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "melewatkan argumen %d dari %qE membuat integer dari penunjuk tanpa sebuah cast"
  
! #: c-family/c-common.c:6810
  #, fuzzy, gcc-internal-format
  #| msgid "Type/rank mismatch in argument '%s' at %L"
  msgid "size mismatch in argument %d of %qE"
  msgstr "Tipe/tingkat tidak cocok dalam argumen '%s' di %L"
  
! #: c-family/c-common.c:6826
  #, fuzzy, gcc-internal-format
  #| msgid "invalid type argument of %qs"
  msgid "invalid memory model argument %d of %qE"
  msgstr "tipe argumen tidak valid dari %qs"
  
! #: c-family/c-common.c:6833
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "non-integer memory model argument %d of %qE"
  msgstr "tipe tidak kompatibel untuk argumen %d dari %qE"
  
! #: c-family/c-common.c:7754
  #, fuzzy, gcc-internal-format
  #| msgid "index in dimension %d is out of bounds at %L"
  msgid "index value is out of bound"
  msgstr "indeks dalam dimensi %d diluar dari jangkauan di %L"
  
! #: c-family/c-common.c:7795 c-family/c-common.c:7843 c-family/c-common.c:7858
  #: cp/call.c:4836 cp/call.c:4843
  #, fuzzy, gcc-internal-format
  #| msgid "conversion from %qT to %qT is ambiguous"
*************** msgstr "konversi dari %qT ke %qT adalah
*** 28224,28248 ****
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7943
  #, fuzzy, gcc-internal-format
  #| msgid "inline function %q+D cannot be declared weak"
  msgid "built-in function %qE must be directly called"
  msgstr "fungsi inline %q+D tidak dapat dideklarasikan lemah"
  
! #: c-family/c-common.c:7965 c/c-decl.c:6124
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qs is too large"
  msgid "size of array %qE is too large"
  msgstr "ukuran dari array %qs adalah terlalu besar"
  
! #: c-family/c-common.c:7967 c/c-decl.c:6127
  #, fuzzy, gcc-internal-format
  #| msgid "size of array is too large"
  msgid "size of unnamed array is too large"
  msgstr "ukuran dari array terlalu besar"
  
! #: c-family/c-common.c:7997
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
--- 28224,28248 ----
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7944
  #, fuzzy, gcc-internal-format
  #| msgid "inline function %q+D cannot be declared weak"
  msgid "built-in function %qE must be directly called"
  msgstr "fungsi inline %q+D tidak dapat dideklarasikan lemah"
  
! #: c-family/c-common.c:7966 c/c-decl.c:6124
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qs is too large"
  msgid "size of array %qE is too large"
  msgstr "ukuran dari array %qs adalah terlalu besar"
  
! #: c-family/c-common.c:7968 c/c-decl.c:6127
  #, fuzzy, gcc-internal-format
  #| msgid "size of array is too large"
  msgid "size of unnamed array is too large"
  msgstr "ukuran dari array terlalu besar"
  
! #: c-family/c-common.c:7998
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
*************** msgstr "\"%s\" bukan sebuah pilihan vali
*** 30089,30095 ****
  msgid "too many input files"
  msgstr "terlalu banyak berkas masukan"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8751
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for -mcpu"
--- 30089,30095 ----
  msgid "too many input files"
  msgstr "terlalu banyak berkas masukan"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8759
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for -mcpu"
*************** msgstr "assert: %s adalah assign kompati
*** 30583,30781 ****
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "assert: %s adalah assign kompatibel dengan %s"
  
! #: config/aarch64/aarch64.c:8374
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8418
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8475
  #, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8493
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "unknown spec function '%s'"
  msgid "unknown tuning option (%s)"
  msgstr "fungsi spesifikasi '%s' tidak diketahui"
  
! #: config/aarch64/aarch64.c:8707
  #, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8748
  #, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8755
  #, fuzzy, gcc-internal-format
  #| msgid "invalid thread pointer option: -mtp=%s"
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "pilihan thread pointer tidak valid: -mtp=%s"
  
! #: config/aarch64/aarch64.c:8782
  #, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8785
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for -march"
  msgstr "nilai %s tidak diketahui untuk pilihan -mfpu"
  
! #: config/aarch64/aarch64.c:8789
  #, fuzzy, gcc-internal-format
  #| msgid "invalid thread pointer option: -mtp=%s"
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "pilihan thread pointer tidak valid: -mtp=%s"
  
! #: config/aarch64/aarch64.c:8815
  #, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8818
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for -mtune"
  msgstr "nilai %s tidak diketahui untuk pilihan -mfpu"
  
! #: config/aarch64/aarch64.c:8921 config/arm/arm.c:3093
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "switch -mcpu=%s conflicts with -march= switch"
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "pilihan -mcpu=%s konflik dengan pilihan -march="
  
! #: config/aarch64/aarch64.c:8956
  #, fuzzy, gcc-internal-format
  #| msgid "does not support multilib"
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "tidak mendukung multilib"
  
! #: config/aarch64/aarch64.c:8960
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9022
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9187
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9190
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "nilai %s tidak diketahui untuk pilihan -mfpu"
  
! #: config/aarch64/aarch64.c:9194
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9228
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "missing makefile target after %qs"
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "hilang target makefile setelah %qs"
  
! #: config/aarch64/aarch64.c:9231
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "nilai %s tidak diketahui untuk pilihan -mfpu"
  
! #: config/aarch64/aarch64.c:9235
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9266
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "nilai %s tidak diketahui untuk pilihan -mfpu"
  
! #: config/aarch64/aarch64.c:9307
  #, fuzzy, gcc-internal-format
  #| msgid "missing makefile target after %qs"
  msgid "missing feature modifier in target %s %qs"
  msgstr "hilang target makefile setelah %qs"
  
! #: config/aarch64/aarch64.c:9312
  #, fuzzy, gcc-internal-format
  #| msgid "invalid option argument %qs"
  msgid "invalid feature modifier in target %s %qs"
  msgstr "pilihan argumen %qs tidak valid"
  
! #: config/aarch64/aarch64.c:9364
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed spec function arguments"
  msgid "malformed target %s"
  msgstr "argumen spesifikasi fungsi salah format"
  
! #: config/aarch64/aarch64.c:9412
  #, fuzzy, gcc-internal-format
  #| msgid "%s only accepts 1 argument"
  msgid "target %s %qs does not accept an argument"
  msgstr "%s hanya menerima 1 argumen"
  
! #: config/aarch64/aarch64.c:9421
  #, fuzzy, gcc-internal-format
  #| msgid "matching constraint does not allow a register"
  msgid "target %s %qs does not allow a negated form"
  msgstr "batasan yang cocok tidak mengijinkan sebuah register"
  
! #: config/aarch64/aarch64.c:9476
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "-mcpu=%s is not valid"
  msgid "target %s %s=%s is not valid"
  msgstr "-mcpu=%s tidak valid"
  
! #: config/aarch64/aarch64.c:9536 config/arm/arm.c:30367
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:14849
  #, fuzzy, gcc-internal-format
  #| msgid "alias argument not a string"
  msgid "attribute %<target%> argument not a string"
  msgstr "alias argumen bukan sebuah string"
  
! #: config/aarch64/aarch64.c:9546
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid target memregs value '%d'"
  msgid "malformed target %s value"
  msgstr "nilai target memregs '%d' tidak valid"
  
! #: config/aarch64/aarch64.c:9563
  #, fuzzy, gcc-internal-format
  #| msgid "template argument %d is invalid"
  msgid "target %s %qs is invalid"
  msgstr "template argumen %d tidak valid"
  
! #: config/aarch64/aarch64.c:9572
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11420
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11422
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr ""
--- 30583,30781 ----
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "assert: %s adalah assign kompatibel dengan %s"
  
! #: config/aarch64/aarch64.c:8382
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8426
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8483
  #, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8501
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "unknown spec function '%s'"
  msgid "unknown tuning option (%s)"
  msgstr "fungsi spesifikasi '%s' tidak diketahui"
  
! #: config/aarch64/aarch64.c:8715
  #, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8756
  #, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8763
  #, fuzzy, gcc-internal-format
  #| msgid "invalid thread pointer option: -mtp=%s"
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "pilihan thread pointer tidak valid: -mtp=%s"
  
! #: config/aarch64/aarch64.c:8790
  #, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8793
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for -march"
  msgstr "nilai %s tidak diketahui untuk pilihan -mfpu"
  
! #: config/aarch64/aarch64.c:8797
  #, fuzzy, gcc-internal-format
  #| msgid "invalid thread pointer option: -mtp=%s"
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "pilihan thread pointer tidak valid: -mtp=%s"
  
! #: config/aarch64/aarch64.c:8823
  #, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8826
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for -mtune"
  msgstr "nilai %s tidak diketahui untuk pilihan -mfpu"
  
! #: config/aarch64/aarch64.c:8929 config/arm/arm.c:3094
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "switch -mcpu=%s conflicts with -march= switch"
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "pilihan -mcpu=%s konflik dengan pilihan -march="
  
! #: config/aarch64/aarch64.c:8964
  #, fuzzy, gcc-internal-format
  #| msgid "does not support multilib"
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "tidak mendukung multilib"
  
! #: config/aarch64/aarch64.c:8968
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9030
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9195
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9198
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "nilai %s tidak diketahui untuk pilihan -mfpu"
  
! #: config/aarch64/aarch64.c:9202
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9236
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "missing makefile target after %qs"
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "hilang target makefile setelah %qs"
  
! #: config/aarch64/aarch64.c:9239
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "nilai %s tidak diketahui untuk pilihan -mfpu"
  
! #: config/aarch64/aarch64.c:9243
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9274
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "nilai %s tidak diketahui untuk pilihan -mfpu"
  
! #: config/aarch64/aarch64.c:9315
  #, fuzzy, gcc-internal-format
  #| msgid "missing makefile target after %qs"
  msgid "missing feature modifier in target %s %qs"
  msgstr "hilang target makefile setelah %qs"
  
! #: config/aarch64/aarch64.c:9320
  #, fuzzy, gcc-internal-format
  #| msgid "invalid option argument %qs"
  msgid "invalid feature modifier in target %s %qs"
  msgstr "pilihan argumen %qs tidak valid"
  
! #: config/aarch64/aarch64.c:9372
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed spec function arguments"
  msgid "malformed target %s"
  msgstr "argumen spesifikasi fungsi salah format"
  
! #: config/aarch64/aarch64.c:9420
  #, fuzzy, gcc-internal-format
  #| msgid "%s only accepts 1 argument"
  msgid "target %s %qs does not accept an argument"
  msgstr "%s hanya menerima 1 argumen"
  
! #: config/aarch64/aarch64.c:9429
  #, fuzzy, gcc-internal-format
  #| msgid "matching constraint does not allow a register"
  msgid "target %s %qs does not allow a negated form"
  msgstr "batasan yang cocok tidak mengijinkan sebuah register"
  
! #: config/aarch64/aarch64.c:9484
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "-mcpu=%s is not valid"
  msgid "target %s %s=%s is not valid"
  msgstr "-mcpu=%s tidak valid"
  
! #: config/aarch64/aarch64.c:9544 config/arm/arm.c:30411
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:15017
  #, fuzzy, gcc-internal-format
  #| msgid "alias argument not a string"
  msgid "attribute %<target%> argument not a string"
  msgstr "alias argumen bukan sebuah string"
  
! #: config/aarch64/aarch64.c:9554
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid target memregs value '%d'"
  msgid "malformed target %s value"
  msgstr "nilai target memregs '%d' tidak valid"
  
! #: config/aarch64/aarch64.c:9571
  #, fuzzy, gcc-internal-format
  #| msgid "template argument %d is invalid"
  msgid "target %s %qs is invalid"
  msgstr "template argumen %d tidak valid"
  
! #: config/aarch64/aarch64.c:9580
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11428
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11430
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr ""
*************** msgstr ""
*** 31199,31261 ****
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2799
  #, fuzzy, gcc-internal-format
  #| msgid "-fPIC and -G are incompatible"
  msgid "iWMMXt and NEON are incompatible"
  msgstr "-fPIC dan -G tidak kompatibel"
  
! #: config/arm/arm.c:2805
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "target CPU tidak mendukung kode ARM"
  
! #: config/arm/arm.c:2809
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "aktifkan dukungan backtrace hanya berarti ketika mengkompile untuk Thumb"
  
! #: config/arm/arm.c:2812
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "aktifkan dukungan callee kerja sama yang berarti ketika mengkompile untuk Thumb"
  
! #: config/arm/arm.c:2820
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g dengan -mno-apcs-frame mungkin tidak memberikan debugging yang masuk akal"
  
! #: config/arm/arm.c:2824
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2827
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "tidak dapat menggunakan -mtp=cp15 dengan 16-bit Thumb"
  
! #: config/arm/arm.c:2831
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "RTP PIC tidak kompatibel dengan Thumb"
  
! #: config/arm/arm.c:2839
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2844
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2947
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "target CPU tidak mendukung instruksi THUMB"
  
! #: config/arm/arm.c:2992
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support ARM mode"
  msgid "target CPU does not support unaligned accesses"
--- 31199,31261 ----
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2800
  #, fuzzy, gcc-internal-format
  #| msgid "-fPIC and -G are incompatible"
  msgid "iWMMXt and NEON are incompatible"
  msgstr "-fPIC dan -G tidak kompatibel"
  
! #: config/arm/arm.c:2806
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "target CPU tidak mendukung kode ARM"
  
! #: config/arm/arm.c:2810
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "aktifkan dukungan backtrace hanya berarti ketika mengkompile untuk Thumb"
  
! #: config/arm/arm.c:2813
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "aktifkan dukungan callee kerja sama yang berarti ketika mengkompile untuk Thumb"
  
! #: config/arm/arm.c:2821
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g dengan -mno-apcs-frame mungkin tidak memberikan debugging yang masuk akal"
  
! #: config/arm/arm.c:2825
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2828
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "tidak dapat menggunakan -mtp=cp15 dengan 16-bit Thumb"
  
! #: config/arm/arm.c:2832
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "RTP PIC tidak kompatibel dengan Thumb"
  
! #: config/arm/arm.c:2840
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2845
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2948
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "target CPU tidak mendukung instruksi THUMB"
  
! #: config/arm/arm.c:2993
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support ARM mode"
  msgid "target CPU does not support unaligned accesses"
*************** msgstr "target CPU tidak mendukung kode
*** 31263,31398 ****
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3246
  #, fuzzy, gcc-internal-format
  #| msgid "-mpcrel -fPIC is not currently supported on selected cpu"
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-mpcrel -fPIC saat ini tidak didukung dalam cpu yang dipilih"
  
! #: config/arm/arm.c:3321
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "target CPU tidak mendukung kerja-sama"
  
! #: config/arm/arm.c:3327
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check tidak kompatibel dengan -mno-apcs-frame"
  
! #: config/arm/arm.c:3335
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic dan -macps-reent tidak kompatibel"
  
! #: config/arm/arm.c:3338
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "APCS reentrant kode tidak didukung. Diabaikan"
  
! #: config/arm/arm.c:3372
  #, fuzzy, gcc-internal-format
  #| msgid "-mrelocatable and -msdata=%s are incompatible"
  msgid "selected fp16 options are incompatible"
  msgstr "-mrelocatable dan -msdata=%s tidak kompatibel"
  
! #: config/arm/arm.c:3403
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr "iwmmxt membutuhkan sebuah AAPCS kompatibel ABI untuk operasi yang sesuai"
  
! #: config/arm/arm.c:3406
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr "iwmmxt abi membutuhkan sebuah iwmmxt kapabel cpu"
  
! #: config/arm/arm.c:3417
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "target CPU tidak mendukung kerja-sama"
  
! #: config/arm/arm.c:3420
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "target CPU tidak mendukung kerja-sama"
  
! #: config/arm/arm.c:3425
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr ""
  
! #: config/arm/arm.c:3436
  #, fuzzy, gcc-internal-format
  #| msgid "-mfloat-abi=hard and VFP"
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr "-mfloat-abi=hard dan VFP"
  
! #: config/arm/arm.c:3444
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mfloat-abi=hard dan VFP"
  
! #: config/arm/arm.c:3480
  #, fuzzy, gcc-internal-format
  #| msgid "structure size boundary can only be set to %s"
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "ukuran batas struktur hanya dapat diset ke %s"
  
! #: config/arm/arm.c:3482
  #, fuzzy, gcc-internal-format
  #| msgid "structure size boundary can only be set to %s"
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "ukuran batas struktur hanya dapat diset ke %s"
  
! #: config/arm/arm.c:3507
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "RTP PIC tidak kompatibel dengan -msingle-pic-base"
  
! #: config/arm/arm.c:3519
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= tidak berguna tanpa -fpic"
  
! #: config/arm/arm.c:3528
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "tidak dapat menggunakan '%s' untuk register PIC"
  
! #: config/arm/arm.c:3547
  #, fuzzy, gcc-internal-format
  #| msgid "-freorder-blocks-and-partition does not work on this architecture"
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-freorder-blocks-and-partition tidak bekerja dalam arsitektur ini"
  
! #: config/arm/arm.c:3638
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support THUMB instructions"
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "target CPU tidak mendukung instruksi THUMB"
  
! #: config/arm/arm.c:5706
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5708
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5727
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5922
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr ""
  
! #: config/arm/arm.c:6672 config/arm/arm.c:6690 config/arm/arm.c:6865
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
--- 31263,31404 ----
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3247
  #, fuzzy, gcc-internal-format
  #| msgid "-mpcrel -fPIC is not currently supported on selected cpu"
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-mpcrel -fPIC saat ini tidak didukung dalam cpu yang dipilih"
  
! #: config/arm/arm.c:3322
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "target CPU tidak mendukung kerja-sama"
  
! #: config/arm/arm.c:3328
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check tidak kompatibel dengan -mno-apcs-frame"
  
! #: config/arm/arm.c:3336
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic dan -macps-reent tidak kompatibel"
  
! #: config/arm/arm.c:3339
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "APCS reentrant kode tidak didukung. Diabaikan"
  
! #: config/arm/arm.c:3373
  #, fuzzy, gcc-internal-format
  #| msgid "-mrelocatable and -msdata=%s are incompatible"
  msgid "selected fp16 options are incompatible"
  msgstr "-mrelocatable dan -msdata=%s tidak kompatibel"
  
! #: config/arm/arm.c:3404
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr "iwmmxt membutuhkan sebuah AAPCS kompatibel ABI untuk operasi yang sesuai"
  
! #: config/arm/arm.c:3407
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr "iwmmxt abi membutuhkan sebuah iwmmxt kapabel cpu"
  
! #: config/arm/arm.c:3418
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "target CPU tidak mendukung kerja-sama"
  
! #: config/arm/arm.c:3421
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "target CPU tidak mendukung kerja-sama"
  
! #: config/arm/arm.c:3426
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr ""
  
! #: config/arm/arm.c:3437
  #, fuzzy, gcc-internal-format
  #| msgid "-mfloat-abi=hard and VFP"
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr "-mfloat-abi=hard dan VFP"
  
! #: config/arm/arm.c:3445
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mfloat-abi=hard dan VFP"
  
! #: config/arm/arm.c:3481
  #, fuzzy, gcc-internal-format
  #| msgid "structure size boundary can only be set to %s"
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "ukuran batas struktur hanya dapat diset ke %s"
  
! #: config/arm/arm.c:3483
  #, fuzzy, gcc-internal-format
  #| msgid "structure size boundary can only be set to %s"
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "ukuran batas struktur hanya dapat diset ke %s"
  
! #: config/arm/arm.c:3508
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "RTP PIC tidak kompatibel dengan -msingle-pic-base"
  
! #: config/arm/arm.c:3520
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= tidak berguna tanpa -fpic"
  
! #: config/arm/arm.c:3529
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "tidak dapat menggunakan '%s' untuk register PIC"
  
! #: config/arm/arm.c:3548
  #, fuzzy, gcc-internal-format
  #| msgid "-freorder-blocks-and-partition does not work on this architecture"
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-freorder-blocks-and-partition tidak bekerja dalam arsitektur ini"
  
! #: config/arm/arm.c:3639
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support THUMB instructions"
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "target CPU tidak mendukung instruksi THUMB"
  
! #: config/arm/arm.c:5707
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5709
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5728
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5923
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr ""
  
! #: config/arm/arm.c:6362 config/arm/arm.c:6565 config/arm/arm.c:6593
! #: config/arm/arm.c:26560
! #, gcc-internal-format
! msgid "parameter passing for argument of type %qT changed in GCC 7.1"
! msgstr ""
! 
! #: config/arm/arm.c:6709 config/arm/arm.c:6727 config/arm/arm.c:6902
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
*************** msgstr ""
*** 31409,31485 ****
  msgid "%qE attribute only applies to functions"
  msgstr "atribut %qs hanya berlaku ke fungsi"
  
! #: config/arm/arm.c:6814
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6826
  #, fuzzy, gcc-internal-format
  #| msgid "%qD must not have variable number of arguments"
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "%qD tidak boleh memiliki argumen dengan jumlah bervariabel"
  
! #: config/arm/arm.c:6835
  #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6857 config/arm/arm.c:6909
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute ignored on non-class types"
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "%qE atribut diabaikan dalam tipe bukan-class"
  
! #: config/arm/arm.c:6876
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute have effect only on public objects"
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "%qE atribut hanya memiliki efek dalam objek publik"
  
! #: config/arm/arm.c:6925
  #, fuzzy, gcc-internal-format
  #| msgid "%qs attribute only applies to function types"
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "atribut %qs hanya berlaku ke fungsi tipe"
  
! #: config/arm/arm.c:12208
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12211
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23458
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "tidak dapat menghitung lokasi ril dari parameter terstack"
  
! #: config/arm/arm.c:24111
  #, fuzzy, gcc-internal-format
  #| msgid "Unexpected end of module"
  msgid "Unexpected thumb1 far jump"
  msgstr "Tidak terduga akhir dari modul"
  
! #: config/arm/arm.c:24375
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "tidak ada register bawah yang tersedia unruk popping register atas"
  
! #: config/arm/arm.c:24624
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "Interrupt Sevice Routines tidak dapat dikodekan dalam mode Thumb"
  
! #: config/arm/arm.c:24853
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30391
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid vector type for attribute %qE"
  msgid "invalid fpu for attribute(target(\"%s\"))"
--- 31415,31491 ----
  msgid "%qE attribute only applies to functions"
  msgstr "atribut %qs hanya berlaku ke fungsi"
  
! #: config/arm/arm.c:6851
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6863
  #, fuzzy, gcc-internal-format
  #| msgid "%qD must not have variable number of arguments"
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "%qD tidak boleh memiliki argumen dengan jumlah bervariabel"
  
! #: config/arm/arm.c:6872
  #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6894 config/arm/arm.c:6946
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute ignored on non-class types"
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "%qE atribut diabaikan dalam tipe bukan-class"
  
! #: config/arm/arm.c:6913
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute have effect only on public objects"
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "%qE atribut hanya memiliki efek dalam objek publik"
  
! #: config/arm/arm.c:6962
  #, fuzzy, gcc-internal-format
  #| msgid "%qs attribute only applies to function types"
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "atribut %qs hanya berlaku ke fungsi tipe"
  
! #: config/arm/arm.c:12245
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12248
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23495
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "tidak dapat menghitung lokasi ril dari parameter terstack"
  
! #: config/arm/arm.c:24148
  #, fuzzy, gcc-internal-format
  #| msgid "Unexpected end of module"
  msgid "Unexpected thumb1 far jump"
  msgstr "Tidak terduga akhir dari modul"
  
! #: config/arm/arm.c:24412
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "tidak ada register bawah yang tersedia unruk popping register atas"
  
! #: config/arm/arm.c:24661
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "Interrupt Sevice Routines tidak dapat dikodekan dalam mode Thumb"
  
! #: config/arm/arm.c:24890
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid vector type for attribute %qE"
  msgid "invalid fpu for attribute(target(\"%s\"))"
*************** msgstr "tipe vektori tidak valid untuk a
*** 31488,31500 ****
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30399
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30406 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:14915 config/s390/s390.c:14965 config/s390/s390.c:14982
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr "atribut(target(\"%s\")) tidak diketahui"
--- 31494,31506 ----
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30443
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30450 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:15083 config/s390/s390.c:15133 config/s390/s390.c:15150
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr "atribut(target(\"%s\")) tidak diketahui"
*************** msgstr "vec_extract hanya menerima 2 arg
*** 34340,34346 ****
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "vec_insert hanya menerima 3 argumen"
  
! #: config/rs6000/rs6000-c.c:5711
  #, fuzzy, gcc-internal-format
  #| msgid "vec_insert only accepts 3 arguments"
  msgid "vec_adde only accepts 3 arguments"
--- 34346,34352 ----
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "vec_insert hanya menerima 3 argumen"
  
! #: config/rs6000/rs6000-c.c:5710
  #, fuzzy, gcc-internal-format
  #| msgid "vec_insert only accepts 3 arguments"
  msgid "vec_adde only accepts 3 arguments"
*************** msgstr "vec_insert hanya menerima 3 argu
*** 34352,34395 ****
  msgid "vec_addec only accepts 3 arguments"
  msgstr "vec_insert hanya menerima 3 argumen"
  
! #: config/rs6000/rs6000-c.c:5861
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%s hanya menerima %d argumen"
  
! #: config/rs6000/rs6000-c.c:5866
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%s hanya menerima 1 argumen"
  
! #: config/rs6000/rs6000-c.c:5871
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%s hanya menerima 2 argumen"
  
! #: config/rs6000/rs6000-c.c:5937
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr "vec_extract hanya menerima 2 argumen"
  
! #: config/rs6000/rs6000-c.c:6106
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr "vec_insert hanya menerima 3 argumen"
  
! #: config/rs6000/rs6000-c.c:6380
  #, fuzzy, gcc-internal-format
  #| msgid "passing arg %d of %qE discards qualifiers frompointer target type"
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "melewatkan argumen %d dari %qE mengabaikan kualifier frompointer target type"
  
! #: config/rs6000/rs6000-c.c:6434
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%Jalias definitions not supported in this configuration"
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "%J definisi alias tidak didukung dalam konfigurasi ini"
  
! #: config/rs6000/rs6000-c.c:6442
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid parameter combination for AltiVec intrinsic"
  msgid "invalid parameter combination for AltiVec intrinsic %s"
--- 34358,34401 ----
  msgid "vec_addec only accepts 3 arguments"
  msgstr "vec_insert hanya menerima 3 argumen"
  
! #: config/rs6000/rs6000-c.c:5862
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%s hanya menerima %d argumen"
  
! #: config/rs6000/rs6000-c.c:5867
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%s hanya menerima 1 argumen"
  
! #: config/rs6000/rs6000-c.c:5872
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%s hanya menerima 2 argumen"
  
! #: config/rs6000/rs6000-c.c:5938
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr "vec_extract hanya menerima 2 argumen"
  
! #: config/rs6000/rs6000-c.c:6107
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr "vec_insert hanya menerima 3 argumen"
  
! #: config/rs6000/rs6000-c.c:6381
  #, fuzzy, gcc-internal-format
  #| msgid "passing arg %d of %qE discards qualifiers frompointer target type"
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "melewatkan argumen %d dari %qE mengabaikan kualifier frompointer target type"
  
! #: config/rs6000/rs6000-c.c:6435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%Jalias definitions not supported in this configuration"
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "%J definisi alias tidak didukung dalam konfigurasi ini"
  
! #: config/rs6000/rs6000-c.c:6443
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid parameter combination for AltiVec intrinsic"
  msgid "invalid parameter combination for AltiVec intrinsic %s"
*************** msgstr "argumen ke fungsi bawaan tidak v
*** 35504,35625 ****
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9812
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr "ukuran total dari variabel lokal melebihi batas arsitektur"
  
! #: config/s390/s390.c:10926
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:10942
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:10970
  #, fuzzy, gcc-internal-format
  #| msgid "frame size of %qs is "
  msgid "frame size of %qs is %wd bytes"
  msgstr "ukuran frame dari %qs adalah "
  
! #: config/s390/s390.c:10974
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr "%qs menggunakan alokasi dinamis stack"
  
! #: config/s390/s390.c:11352
  #, fuzzy, gcc-internal-format
  #| msgid "-fPIC and -fpic are not supported for this target"
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr "-fPIC dan -fpic tidak didukung untuk target ini"
  
! #: config/s390/s390.c:14498
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14510
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14522
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "mode z/Arsitektur tidak didukung di %s"
  
! #: config/s390/s390.c:14525
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "64 bit ABI tidak didukung di mode ESA/390"
  
! #: config/s390/s390.c:14542
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "Hardware decimal floating point instructions not available on %s"
  msgid "hardware vector support not available on %s"
  msgstr "Instruksi perangkat keras titik pecahan desimal tidak tersedia di %s"
  
! #: config/s390/s390.c:14545
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14573
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "Hardware decimal floating point instructions not available on %s"
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "Instruksi perangkat keras titik pecahan desimal tidak tersedia di %s"
  
! #: config/s390/s390.c:14577
  #, fuzzy, gcc-internal-format
  #| msgid "Hardware decimal floating point instructions not available in ESA/390 mode"
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "Instruksi perangkat keras titik pecahan desimal tidak tersedia dalam mode ESA/390"
  
! #: config/s390/s390.c:14589
  #, fuzzy, gcc-internal-format
  #| msgid "-mhard-dfp can't be used in conjunction with -msoft-float"
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr "-mhard-dfp tidak dapat digunakan dalam konjungsi dengan -msoft-float"
  
! #: config/s390/s390.c:14597
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "-mbackchain -mpacked-stack -mhard-float tidak didukung dalam kombinasi"
  
! #: config/s390/s390.c:14603
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr "ukuran stack harus lebih besar dari nilai penjaga stack"
  
! #: config/s390/s390.c:14605
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "ukuran stack harus lebih besar  dari 64k"
  
! #: config/s390/s390.c:14608
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr "-mstack-guard mengimplikasikan penggunaan dari -mstack-size"
  
  #. argument is not a plain number
! #: config/s390/s390.c:14706
  #, fuzzy, gcc-internal-format
  #| msgid "argument to \"%s\" should be a non-negative integer"
  msgid "arguments to %qs should be non-negative integers"
  msgstr "argumen ke \"%s\" seharusnya sebuah integer tidak negatif"
  
! #: config/s390/s390.c:14713
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qs attribute larger than %d"
  msgid "argument to %qs is too large (max. %d)"
  msgstr "argumen ke atribut %qs lebih besar daripada %d"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:14921
  #, fuzzy, gcc-internal-format
  #| msgid "stack limits not supported on this target"
  msgid "value %qs is not supported by attribute %<target%>"
--- 35510,35631 ----
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9980
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr "ukuran total dari variabel lokal melebihi batas arsitektur"
  
! #: config/s390/s390.c:11094
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:11110
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:11138
  #, fuzzy, gcc-internal-format
  #| msgid "frame size of %qs is "
  msgid "frame size of %qs is %wd bytes"
  msgstr "ukuran frame dari %qs adalah "
  
! #: config/s390/s390.c:11142
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr "%qs menggunakan alokasi dinamis stack"
  
! #: config/s390/s390.c:11520
  #, fuzzy, gcc-internal-format
  #| msgid "-fPIC and -fpic are not supported for this target"
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr "-fPIC dan -fpic tidak didukung untuk target ini"
  
! #: config/s390/s390.c:14666
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14678
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14690
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "mode z/Arsitektur tidak didukung di %s"
  
! #: config/s390/s390.c:14693
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "64 bit ABI tidak didukung di mode ESA/390"
  
! #: config/s390/s390.c:14710
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "Hardware decimal floating point instructions not available on %s"
  msgid "hardware vector support not available on %s"
  msgstr "Instruksi perangkat keras titik pecahan desimal tidak tersedia di %s"
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14741
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "Hardware decimal floating point instructions not available on %s"
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "Instruksi perangkat keras titik pecahan desimal tidak tersedia di %s"
  
! #: config/s390/s390.c:14745
  #, fuzzy, gcc-internal-format
  #| msgid "Hardware decimal floating point instructions not available in ESA/390 mode"
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "Instruksi perangkat keras titik pecahan desimal tidak tersedia dalam mode ESA/390"
  
! #: config/s390/s390.c:14757
  #, fuzzy, gcc-internal-format
  #| msgid "-mhard-dfp can't be used in conjunction with -msoft-float"
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr "-mhard-dfp tidak dapat digunakan dalam konjungsi dengan -msoft-float"
  
! #: config/s390/s390.c:14765
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "-mbackchain -mpacked-stack -mhard-float tidak didukung dalam kombinasi"
  
! #: config/s390/s390.c:14771
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr "ukuran stack harus lebih besar dari nilai penjaga stack"
  
! #: config/s390/s390.c:14773
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "ukuran stack harus lebih besar  dari 64k"
  
! #: config/s390/s390.c:14776
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr "-mstack-guard mengimplikasikan penggunaan dari -mstack-size"
  
  #. argument is not a plain number
! #: config/s390/s390.c:14874
  #, fuzzy, gcc-internal-format
  #| msgid "argument to \"%s\" should be a non-negative integer"
  msgid "arguments to %qs should be non-negative integers"
  msgstr "argumen ke \"%s\" seharusnya sebuah integer tidak negatif"
  
! #: config/s390/s390.c:14881
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qs attribute larger than %d"
  msgid "argument to %qs is too large (max. %d)"
  msgstr "argumen ke atribut %qs lebih besar daripada %d"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:15089
  #, fuzzy, gcc-internal-format
  #| msgid "stack limits not supported on this target"
  msgid "value %qs is not supported by attribute %<target%>"
diff -Nrcpad gcc-7.1.0/gcc/po/ja.gmo gcc-7.2.0/gcc/po/ja.gmo
*** gcc-7.1.0/gcc/po/ja.gmo	Tue May  2 14:16:37 2017
--- gcc-7.2.0/gcc/po/ja.gmo	Mon Aug 14 08:30:39 2017
*************** warranty; not even for MERCHANTABILITY o
*** 235,241 ****
  
  specified mode too small for enumeral valuesspecifying vector types with __attribute__ ((mode)) is deprecatedspecs %%include syntax malformed after %ld charactersspecs %%rename syntax malformed after %ld charactersspecs %s spec was not found to be renamedspecs file malformed after %ld charactersspecs unknown %% command after %ld charactersspurious trailing %<%%%> in formatstack frame not a multiple of 8 bytes: %wdstack frame not a multiple of octabyte: %wdstack frame too largestack limit expression is not supportedstack limits not supported on this targetstack protector not protecting function: all local arrays are less than %d bytes longstack protector not protecting local variables: variable length bufferstack register used for global register variablestack size must be an exact power of 2stack size must not be greater than 64kstackframe too big: %d bytesstatement has no effectstatement marked for throw, but doesn%'tstatement with no effectstatic assertion failed: %Estatic declaration of %q+D follows non-static declarationstatic is not supported on TPF-OSstatic member %qD cannot be a bit-fieldstatic or type qualifiers in non-parameter array declaratorstdcall and cdecl attributes are not compatiblestdcall and fastcall attributes are not compatiblestdcall and thiscall attributes are not compatiblestorage class specified for %qsstorage class specified for parameter %qEstorage class specified for parameter %qsstorage class specified for structure fieldstorage class specified for structure field %qEstorage class specified for typenamestorage class specified for unnamed parameterstorage class specifiers invalid in friend function declarationsstorage class specifiers invalid in parameter declarationsstorage size of %q+D isn%'t constantstorage size of %q+D isn%'t knownstray %<@%> in programstray %<\%o%> in programstray %qc in programstray %qs in programstrftime formats cannot format argumentsstring length %qd is greater than the length %qd ISO C%d compilers are required to supportstruct defined herestruct has no membersstruct has no named membersstructure alignment must be a small power of two, not %dsubscript missing in array referencesubscripted value is neither array nor pointersubscripted value is neither array nor pointer nor vectorsubscripted value is pointer to functionsuggest braces around empty body in %<do%> statementsuggest braces around empty body in an %<else%> statementsuggest braces around empty body in an %<if%> statementsuggest explicit braces to avoid ambiguous %<else%>suggest parentheses around %<&&%> within %<||%>suggest parentheses around %<+%> in operand of %<&%>suggest parentheses around %<+%> inside %<<<%>suggest parentheses around %<+%> inside %<>>%>suggest parentheses around %<-%> in operand of %<&%>suggest parentheses around %<-%> inside %<<<%>suggest parentheses around %<-%> inside %<>>%>suggest parentheses around arithmetic in operand of %<^%>suggest parentheses around arithmetic in operand of %<|%>suggest parentheses around assignment used as truth valuesuggest parentheses around comparison in operand of %<!=%>suggest parentheses around comparison in operand of %<&%>suggest parentheses around comparison in operand of %<==%>suggest parentheses around comparison in operand of %<^%>suggest parentheses around comparison in operand of %<|%>suggest parentheses around operand of %<!%> or change %<&%> to %<&&%> or %<!%> to %<~%>suggest parentheses around operand of %<!%> or change %<|%> to %<||%> or %<!%> to %<~%>switch %qs does not start with %<-%>switch %qs is no longer supportedswitch -mcpu=%s conflicts with -march=%s switchswitch missing default caseswitch quantity not an integerswitch starts heresymbol used as immediate operandsymbol with offset used in PIC modesymbolic memory references are only supported on z10 or latersysctl for kern.osversion failed: %msystem path %qs is not absolutetaking address of expression of type %<void%>taking address of temporarytaking the address of a label is non-standardtarget CPU does not support ARM modetarget CPU does not support THUMB instructionstarget CPU does not support interworkingtarget attribute is not supported on this machinetarget attribute or pragma changes AltiVec ABItarget attribute or pragma changes SPE ABItarget attribute or pragma changes darwin64 ABItarget attribute or pragma changes double precision floating pointtarget attribute or pragma changes long double sizetarget attribute or pragma changes single precision floating pointtarget format does not support infinitytarget is not pointer or referencetarget is not pointer or reference to classtarget is not pointer or reference to complete typetarget specific option mismatchtarget system does not support debug outputtemplate class without a nametemplate declaration of %q#Dtemplate definition of non-template %q#Dtemplate parameter %q+#Dthe %<getter%> attribute may only be specified oncethe %<setter%> attribute may only be specified oncethe %qs architecture does not support branch-likely instructionsthe %qs architecture does not support paired-single instructionsthe %qs architecture does not support the synci instructionthe ' ' printf flagthe '!' strfmon flagthe '#' printf flagthe '#' strftime flagthe ''' printf flagthe ''' scanf flagthe '(' strfmon flagthe '+' printf flagthe '+' strfmon flagthe '-' printf flagthe '-' strfmon flagthe '-' strftime flagthe '0' printf flagthe '0' strftime flagthe 'E' strftime modifierthe 'I' printf flagthe 'I' scanf flagthe 'O' modifierthe 'O' strftime modifierthe '^' strfmon flagthe '^' strftime flagthe '_' strftime flagthe 'a' scanf flagthe 'm' scanf flagthe 'q' diagnostic flagthe -shared option is not currently supported for VAX ELFthe ABI of passing struct with a flexible array member has changed in GCC 4.4the ABI of passing structure with complex float member has changed in GCC 4.4the ABI of passing union with long double has changed in GCC 4.4the RX200 cpu does not have FPU hardwarethe address of %qD will always evaluate as %<true%>the assignment suppression scanf featurethe first parameter of %<operator new%> cannot have a default argumentthe frame size of %wd bytes is larger than %wd bytesthe last argument must be a 1-bit immediatethe last argument must be a 2-bit immediatethe last argument must be a 32-bit immediatethe last argument must be a 4-bit immediatethe last argument must be a 5-bit immediatethe last argument must be an 8-bit immediatethe m210 does not have little endian supportthe next to last argument must be an 8-bit immediatethe result of the conversion is unspecified because %qE is outside the range of type %qTthird argument of %q+D should probably be %<char **%>third argument to %<__builtin_prefetch%> must be a constantthis builtin function is only available on the fr405 and fr450this builtin function is only available on the fr450this builtin function is only available on the fr500 and fr550this decimal constant is unsigned only in ISO C90this decimal constant would be unsigned in ISO C90this is the first default labelthis is the first entry overlapping that valuethis media function is only available on the fr400 and fr550this media function is only available on the fr500this target does not support %qsthis target machine does not have delayed branchesthread-local COMMON data not implementedthread-local declaration of %q+D follows non-thread-local declarationtls_model argument must be one of "local-exec", "initial-exec", "local-dynamic" or "global-dynamic"tls_model argument not a stringto generate dependencies you must specify either -M or -MMtoo few arguments to %%:compare-debug-auxbase-opttoo few arguments to %%:version-comparetoo few arguments to functiontoo few arguments to function %<va_start%>too few arguments to function %qEtoo few template parameter lists in declaration of %qDtoo late for # directive to set debug directorytoo many #pragma options align=resettoo many %qs clausestoo many argumentstoo many arguments for formattoo many arguments to %%:compare-debug-auxbase-opttoo many arguments to %%:compare-debug-dump-opttoo many arguments to %%:compare-debug-self-opttoo many arguments to %%:version-comparetoo many arguments to functiontoo many arguments to function %qEtoo many arguments to method %qEtoo many arguments to overloaded function %stoo many braces around initializer for %qTtoo many filenames given.  Type %s --help for usagetoo many input filestoo many template parameter lists in declaration of %qDtoo many values in return statementtoo much stack space to dispose of: %dtoo much stack space to prepare: %dtotal size of local objects too largetotal size of local variables exceeds architecture limittraditional C lacks a separate namespace for labels, identifier %qE conflictstraditional C rejects ISO C style function definitionstraditional C rejects automatic aggregate initializationtraditional C rejects initialization of unionstraditional C rejects string constant concatenationtraditional C rejects the unary plus operatortrap mode not supported for VAX floatstwo or more data types in declaration specifierstype %q#T argument given to %<delete%>, expected pointertype attributes ignored after type is already definedtype defaults to %<int%> in declaration of %qEtype defaults to %<int%> in type nametype has no methodstype is deprecatedtype is deprecated: %stype mismatch between an SSA_NAME and its symboltype mismatch in address expressiontype mismatch in array range referencetype mismatch in array referencetype mismatch in binary expressiontype mismatch in complex expressiontype mismatch in conditional expressiontype mismatch in pointer plus expressiontype mismatch in real/imagpart referencetype mismatch in shift expressiontype name declared as function returning a functiontype name declared as function returning an arraytype of %qD defaults to %<int%>type of %qD does not match original declarationtype of bit-field %qs is a GCC extensiontype of formal parameter %d is incompletetype qualifiers ignored on function return typetype to vector delete is neither pointer or array typetypedef %q+D declared %<inline%>typedef %qD is initialized (use __typeof__ instead)typedef declaration invalid in parameter declarationtypes are not quite compatibleunable to compute real location of stacked parameterunable to emulate %qsunable to locate default linker script %qs in the library search pathsunable to open dynamic dependency '%s'unable to use '%s' for PIC registerundefined named operand %qsunexpected multiplicative operandunexpected operandunexpected side-effects in addressunidentifiable call opuninitialized const %qD is invalid in C++uninitialized const member in %qT is invalid in C++union cannot be made transparentunion defined hereunion has no membersunion has no named membersunknown -mdebug-%s switchunknown CRIS cpu version specification in -mtune= : %sunknown CRIS version specification in -march= or -mcpu= : %sunknown IRA algorithm %qsunknown IRA region %qsunknown TLS model %qsunknown action %qE for %<#pragma pack%> - ignoredunknown array size in deleteunknown callback event registered by plugin %sunknown cc_attr valueunknown conversion type character %qc in formatunknown demangling style '%s'unknown excess precision style %qsunknown floating point contraction style %qsunknown insn modeunknown machine mode %qEunknown move insn:unknown operator %qs in %%:version-compareunknown option after %<#pragma GCC diagnostic%> kindunknown option for -mrecip=%sunknown property attributeunknown register name %qs in %<asm%>unknown register name: %sunknown spec function %qsunknown switch -mlong-double-%sunknown type name %qEunknown value %qs of -mmacosx-version-minunknown vectorization library ABI type (%s) for -mveclibabi= switchunnamed field has incomplete typeunnamed struct/union that defines no instancesunnamed variable or field declared voidunordered comparison on non-floating point argumentunrecognizable insn:unrecognized addressunrecognized argument in option %qsunrecognized argument to --help= option: %q.*sunrecognized command line option %<-fdump-%s%>unrecognized command line option %qsunrecognized format specifierunrecognized gcc debugging option: %cunrecognized include_flags 0x%x passed to print_specific_helpunrecognized register name %qsunrecognized section name %qEunrecognized supposed constantunrecognized visibility value %qsunrecoverable errorunsuffixed float constantunsupported argument type to builtin functionunsupported combination: %sunsupported non-standard concatenation of string literalsunsupported non-standard suffix on floating constantunterminated format stringunused arguments in $-style formatunused variable %q+Dupper value in case label range exceeds maximum value for typeuse #include insteaduse -Winvalid-pch for more informationuse __attribute__ ((vector_size)) insteaduse of %<complex%> in AltiVec types is invaliduse of %<double%> in AltiVec types is invalid without -mvsxuse of %<long double%> in AltiVec types is invaliduse of %<long long%> in AltiVec types is invalid without -mvsxuse of %<long%> in AltiVec types is deprecated; use %<int%>use of %<long%> in AltiVec types is invalid for 64-bit code without -mvsxuse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of boolean types in AltiVec types is invaliduse of decimal floating point types in AltiVec types is invaliduse of old-style castused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requireduseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationusing IBM extended precision long doubleusing IEEE extended precision long doubleusing darwin64 ABIusing old darwin ABIusing result of function returning %<void%>valid arguments to %qs are: %svalue computed is not usedvalue of -mfixed-range must have form REG1-REG2variable %q+D declared %<inline%>variable %q+D definition is marked dllimportvariable %q+D might be clobbered by %<longjmp%> or %<vfork%>variable %qD has initializer but incomplete typevariable %qD redeclared as functionvariable %qD set but not usedvariable length array is usedvariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable tracking requested, but not supported by this debug formatvariable tracking requested, but useless unless producing debug infovariable tracking size limit exceededvariable tracking size limit exceeded with -fvar-tracking-assignments, retrying withoutvariable-sized object may not be initializedvariably modified %qE at file scopevariably modified field at file scopevec_extract only accepts 2 argumentsvec_insert only accepts 3 argumentsvector overflow in expressionvector size not an integral multiple of component sizeverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_gimple failedverify_histograms failedverify_ssa failedversion attribute is not a stringvirtual SSA name for non-VOP declvirtual base %qT inaccessible in %qT due to ambiguityvirtual functions cannot be friendsvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvisibility attribute not supported in this configuration; ignoredvoid value not ignored as it ought to bewarning: warning: consider linking with '-static' as system libraries withweak %q+D cannot be defined %qEweak declaration of %q+D must be publicweak declaration of %q+D not supportedweakref %q+D must have static linkageweakref attribute must appear before alias attributeweakref is not supported in this configurationwhen writing output to %s: %mwide character array initialized from incompatible wide stringwide character array initialized from non-wide stringwide string literal in %<asm%>width of %qs exceeds its typewidth of bit-field %qD has non-integral type %qTwriting into constant object (argument %d)writing through null pointer (argument %d)wrong number of arguments specified for %qE attributewrong number of arguments to function %<__builtin_next_arg%>wrong number of arguments to function %<va_start%>wrong type argument to %swrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusx87 register return with x87 disabledxstormy16_print_operand: unknown codez/Architecture mode not supported on %szero or negative size array %q+Dzero vector sizezero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format string{anonymous}{unknown}Project-Id-Version: gcc 4.6.1
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-04-24 20:38+0000
  PO-Revision-Date: 2011-10-30 18:48+0900
  Last-Translator: Yasuaki Taniguchi <yasuakit@gmail.com>
  Language-Team: Japanese <translation-team-ja@lists.sourceforge.net>
--- 235,241 ----
  
  specified mode too small for enumeral valuesspecifying vector types with __attribute__ ((mode)) is deprecatedspecs %%include syntax malformed after %ld charactersspecs %%rename syntax malformed after %ld charactersspecs %s spec was not found to be renamedspecs file malformed after %ld charactersspecs unknown %% command after %ld charactersspurious trailing %<%%%> in formatstack frame not a multiple of 8 bytes: %wdstack frame not a multiple of octabyte: %wdstack frame too largestack limit expression is not supportedstack limits not supported on this targetstack protector not protecting function: all local arrays are less than %d bytes longstack protector not protecting local variables: variable length bufferstack register used for global register variablestack size must be an exact power of 2stack size must not be greater than 64kstackframe too big: %d bytesstatement has no effectstatement marked for throw, but doesn%'tstatement with no effectstatic assertion failed: %Estatic declaration of %q+D follows non-static declarationstatic is not supported on TPF-OSstatic member %qD cannot be a bit-fieldstatic or type qualifiers in non-parameter array declaratorstdcall and cdecl attributes are not compatiblestdcall and fastcall attributes are not compatiblestdcall and thiscall attributes are not compatiblestorage class specified for %qsstorage class specified for parameter %qEstorage class specified for parameter %qsstorage class specified for structure fieldstorage class specified for structure field %qEstorage class specified for typenamestorage class specified for unnamed parameterstorage class specifiers invalid in friend function declarationsstorage class specifiers invalid in parameter declarationsstorage size of %q+D isn%'t constantstorage size of %q+D isn%'t knownstray %<@%> in programstray %<\%o%> in programstray %qc in programstray %qs in programstrftime formats cannot format argumentsstring length %qd is greater than the length %qd ISO C%d compilers are required to supportstruct defined herestruct has no membersstruct has no named membersstructure alignment must be a small power of two, not %dsubscript missing in array referencesubscripted value is neither array nor pointersubscripted value is neither array nor pointer nor vectorsubscripted value is pointer to functionsuggest braces around empty body in %<do%> statementsuggest braces around empty body in an %<else%> statementsuggest braces around empty body in an %<if%> statementsuggest explicit braces to avoid ambiguous %<else%>suggest parentheses around %<&&%> within %<||%>suggest parentheses around %<+%> in operand of %<&%>suggest parentheses around %<+%> inside %<<<%>suggest parentheses around %<+%> inside %<>>%>suggest parentheses around %<-%> in operand of %<&%>suggest parentheses around %<-%> inside %<<<%>suggest parentheses around %<-%> inside %<>>%>suggest parentheses around arithmetic in operand of %<^%>suggest parentheses around arithmetic in operand of %<|%>suggest parentheses around assignment used as truth valuesuggest parentheses around comparison in operand of %<!=%>suggest parentheses around comparison in operand of %<&%>suggest parentheses around comparison in operand of %<==%>suggest parentheses around comparison in operand of %<^%>suggest parentheses around comparison in operand of %<|%>suggest parentheses around operand of %<!%> or change %<&%> to %<&&%> or %<!%> to %<~%>suggest parentheses around operand of %<!%> or change %<|%> to %<||%> or %<!%> to %<~%>switch %qs does not start with %<-%>switch %qs is no longer supportedswitch -mcpu=%s conflicts with -march=%s switchswitch missing default caseswitch quantity not an integerswitch starts heresymbol used as immediate operandsymbol with offset used in PIC modesymbolic memory references are only supported on z10 or latersysctl for kern.osversion failed: %msystem path %qs is not absolutetaking address of expression of type %<void%>taking address of temporarytaking the address of a label is non-standardtarget CPU does not support ARM modetarget CPU does not support THUMB instructionstarget CPU does not support interworkingtarget attribute is not supported on this machinetarget attribute or pragma changes AltiVec ABItarget attribute or pragma changes SPE ABItarget attribute or pragma changes darwin64 ABItarget attribute or pragma changes double precision floating pointtarget attribute or pragma changes long double sizetarget attribute or pragma changes single precision floating pointtarget format does not support infinitytarget is not pointer or referencetarget is not pointer or reference to classtarget is not pointer or reference to complete typetarget specific option mismatchtarget system does not support debug outputtemplate class without a nametemplate declaration of %q#Dtemplate definition of non-template %q#Dtemplate parameter %q+#Dthe %<getter%> attribute may only be specified oncethe %<setter%> attribute may only be specified oncethe %qs architecture does not support branch-likely instructionsthe %qs architecture does not support paired-single instructionsthe %qs architecture does not support the synci instructionthe ' ' printf flagthe '!' strfmon flagthe '#' printf flagthe '#' strftime flagthe ''' printf flagthe ''' scanf flagthe '(' strfmon flagthe '+' printf flagthe '+' strfmon flagthe '-' printf flagthe '-' strfmon flagthe '-' strftime flagthe '0' printf flagthe '0' strftime flagthe 'E' strftime modifierthe 'I' printf flagthe 'I' scanf flagthe 'O' modifierthe 'O' strftime modifierthe '^' strfmon flagthe '^' strftime flagthe '_' strftime flagthe 'a' scanf flagthe 'm' scanf flagthe 'q' diagnostic flagthe -shared option is not currently supported for VAX ELFthe ABI of passing struct with a flexible array member has changed in GCC 4.4the ABI of passing structure with complex float member has changed in GCC 4.4the ABI of passing union with long double has changed in GCC 4.4the RX200 cpu does not have FPU hardwarethe address of %qD will always evaluate as %<true%>the assignment suppression scanf featurethe first parameter of %<operator new%> cannot have a default argumentthe frame size of %wd bytes is larger than %wd bytesthe last argument must be a 1-bit immediatethe last argument must be a 2-bit immediatethe last argument must be a 32-bit immediatethe last argument must be a 4-bit immediatethe last argument must be a 5-bit immediatethe last argument must be an 8-bit immediatethe m210 does not have little endian supportthe next to last argument must be an 8-bit immediatethe result of the conversion is unspecified because %qE is outside the range of type %qTthird argument of %q+D should probably be %<char **%>third argument to %<__builtin_prefetch%> must be a constantthis builtin function is only available on the fr405 and fr450this builtin function is only available on the fr450this builtin function is only available on the fr500 and fr550this decimal constant is unsigned only in ISO C90this decimal constant would be unsigned in ISO C90this is the first default labelthis is the first entry overlapping that valuethis media function is only available on the fr400 and fr550this media function is only available on the fr500this target does not support %qsthis target machine does not have delayed branchesthread-local COMMON data not implementedthread-local declaration of %q+D follows non-thread-local declarationtls_model argument must be one of "local-exec", "initial-exec", "local-dynamic" or "global-dynamic"tls_model argument not a stringto generate dependencies you must specify either -M or -MMtoo few arguments to %%:compare-debug-auxbase-opttoo few arguments to %%:version-comparetoo few arguments to functiontoo few arguments to function %<va_start%>too few arguments to function %qEtoo few template parameter lists in declaration of %qDtoo late for # directive to set debug directorytoo many #pragma options align=resettoo many %qs clausestoo many argumentstoo many arguments for formattoo many arguments to %%:compare-debug-auxbase-opttoo many arguments to %%:compare-debug-dump-opttoo many arguments to %%:compare-debug-self-opttoo many arguments to %%:version-comparetoo many arguments to functiontoo many arguments to function %qEtoo many arguments to method %qEtoo many arguments to overloaded function %stoo many braces around initializer for %qTtoo many filenames given.  Type %s --help for usagetoo many input filestoo many template parameter lists in declaration of %qDtoo many values in return statementtoo much stack space to dispose of: %dtoo much stack space to prepare: %dtotal size of local objects too largetotal size of local variables exceeds architecture limittraditional C lacks a separate namespace for labels, identifier %qE conflictstraditional C rejects ISO C style function definitionstraditional C rejects automatic aggregate initializationtraditional C rejects initialization of unionstraditional C rejects string constant concatenationtraditional C rejects the unary plus operatortrap mode not supported for VAX floatstwo or more data types in declaration specifierstype %q#T argument given to %<delete%>, expected pointertype attributes ignored after type is already definedtype defaults to %<int%> in declaration of %qEtype defaults to %<int%> in type nametype has no methodstype is deprecatedtype is deprecated: %stype mismatch between an SSA_NAME and its symboltype mismatch in address expressiontype mismatch in array range referencetype mismatch in array referencetype mismatch in binary expressiontype mismatch in complex expressiontype mismatch in conditional expressiontype mismatch in pointer plus expressiontype mismatch in real/imagpart referencetype mismatch in shift expressiontype name declared as function returning a functiontype name declared as function returning an arraytype of %qD defaults to %<int%>type of %qD does not match original declarationtype of bit-field %qs is a GCC extensiontype of formal parameter %d is incompletetype qualifiers ignored on function return typetype to vector delete is neither pointer or array typetypedef %q+D declared %<inline%>typedef %qD is initialized (use __typeof__ instead)typedef declaration invalid in parameter declarationtypes are not quite compatibleunable to compute real location of stacked parameterunable to emulate %qsunable to locate default linker script %qs in the library search pathsunable to open dynamic dependency '%s'unable to use '%s' for PIC registerundefined named operand %qsunexpected multiplicative operandunexpected operandunexpected side-effects in addressunidentifiable call opuninitialized const %qD is invalid in C++uninitialized const member in %qT is invalid in C++union cannot be made transparentunion defined hereunion has no membersunion has no named membersunknown -mdebug-%s switchunknown CRIS cpu version specification in -mtune= : %sunknown CRIS version specification in -march= or -mcpu= : %sunknown IRA algorithm %qsunknown IRA region %qsunknown TLS model %qsunknown action %qE for %<#pragma pack%> - ignoredunknown array size in deleteunknown callback event registered by plugin %sunknown cc_attr valueunknown conversion type character %qc in formatunknown demangling style '%s'unknown excess precision style %qsunknown floating point contraction style %qsunknown insn modeunknown machine mode %qEunknown move insn:unknown operator %qs in %%:version-compareunknown option after %<#pragma GCC diagnostic%> kindunknown option for -mrecip=%sunknown property attributeunknown register name %qs in %<asm%>unknown register name: %sunknown spec function %qsunknown switch -mlong-double-%sunknown type name %qEunknown value %qs of -mmacosx-version-minunknown vectorization library ABI type (%s) for -mveclibabi= switchunnamed field has incomplete typeunnamed struct/union that defines no instancesunnamed variable or field declared voidunordered comparison on non-floating point argumentunrecognizable insn:unrecognized addressunrecognized argument in option %qsunrecognized argument to --help= option: %q.*sunrecognized command line option %<-fdump-%s%>unrecognized command line option %qsunrecognized format specifierunrecognized gcc debugging option: %cunrecognized include_flags 0x%x passed to print_specific_helpunrecognized register name %qsunrecognized section name %qEunrecognized supposed constantunrecognized visibility value %qsunrecoverable errorunsuffixed float constantunsupported argument type to builtin functionunsupported combination: %sunsupported non-standard concatenation of string literalsunsupported non-standard suffix on floating constantunterminated format stringunused arguments in $-style formatunused variable %q+Dupper value in case label range exceeds maximum value for typeuse #include insteaduse -Winvalid-pch for more informationuse __attribute__ ((vector_size)) insteaduse of %<complex%> in AltiVec types is invaliduse of %<double%> in AltiVec types is invalid without -mvsxuse of %<long double%> in AltiVec types is invaliduse of %<long long%> in AltiVec types is invalid without -mvsxuse of %<long%> in AltiVec types is deprecated; use %<int%>use of %<long%> in AltiVec types is invalid for 64-bit code without -mvsxuse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of boolean types in AltiVec types is invaliduse of decimal floating point types in AltiVec types is invaliduse of old-style castused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requireduseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationusing IBM extended precision long doubleusing IEEE extended precision long doubleusing darwin64 ABIusing old darwin ABIusing result of function returning %<void%>valid arguments to %qs are: %svalue computed is not usedvalue of -mfixed-range must have form REG1-REG2variable %q+D declared %<inline%>variable %q+D definition is marked dllimportvariable %q+D might be clobbered by %<longjmp%> or %<vfork%>variable %qD has initializer but incomplete typevariable %qD redeclared as functionvariable %qD set but not usedvariable length array is usedvariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable tracking requested, but not supported by this debug formatvariable tracking requested, but useless unless producing debug infovariable tracking size limit exceededvariable tracking size limit exceeded with -fvar-tracking-assignments, retrying withoutvariable-sized object may not be initializedvariably modified %qE at file scopevariably modified field at file scopevec_extract only accepts 2 argumentsvec_insert only accepts 3 argumentsvector overflow in expressionvector size not an integral multiple of component sizeverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_gimple failedverify_histograms failedverify_ssa failedversion attribute is not a stringvirtual SSA name for non-VOP declvirtual base %qT inaccessible in %qT due to ambiguityvirtual functions cannot be friendsvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvisibility attribute not supported in this configuration; ignoredvoid value not ignored as it ought to bewarning: warning: consider linking with '-static' as system libraries withweak %q+D cannot be defined %qEweak declaration of %q+D must be publicweak declaration of %q+D not supportedweakref %q+D must have static linkageweakref attribute must appear before alias attributeweakref is not supported in this configurationwhen writing output to %s: %mwide character array initialized from incompatible wide stringwide character array initialized from non-wide stringwide string literal in %<asm%>width of %qs exceeds its typewidth of bit-field %qD has non-integral type %qTwriting into constant object (argument %d)writing through null pointer (argument %d)wrong number of arguments specified for %qE attributewrong number of arguments to function %<__builtin_next_arg%>wrong number of arguments to function %<va_start%>wrong type argument to %swrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusx87 register return with x87 disabledxstormy16_print_operand: unknown codez/Architecture mode not supported on %szero or negative size array %q+Dzero vector sizezero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format string{anonymous}{unknown}Project-Id-Version: gcc 4.6.1
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-05-01 22:24+0000
  PO-Revision-Date: 2011-10-30 18:48+0900
  Last-Translator: Yasuaki Taniguchi <yasuakit@gmail.com>
  Language-Team: Japanese <translation-team-ja@lists.sourceforge.net>
diff -Nrcpad gcc-7.1.0/gcc/po/ja.po gcc-7.2.0/gcc/po/ja.po
*** gcc-7.1.0/gcc/po/ja.po	Sun Apr 30 23:16:59 2017
--- gcc-7.2.0/gcc/po/ja.po	Thu May  4 15:54:38 2017
*************** msgid ""
*** 19,25 ****
  msgstr ""
  "Project-Id-Version: gcc 4.6.1\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-04-24 20:38+0000\n"
  "PO-Revision-Date: 2011-10-30 18:48+0900\n"
  "Last-Translator: Yasuaki Taniguchi <yasuakit@gmail.com>\n"
  "Language-Team: Japanese <translation-team-ja@lists.sourceforge.net>\n"
--- 19,25 ----
  msgstr ""
  "Project-Id-Version: gcc 4.6.1\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-05-01 22:24+0000\n"
  "PO-Revision-Date: 2011-10-30 18:48+0900\n"
  "Last-Translator: Yasuaki Taniguchi <yasuakit@gmail.com>\n"
  "Language-Team: Japanese <translation-team-ja@lists.sourceforge.net>\n"
*************** msgstr "strfmon æ›¸å¼�ã�®é•·ã�•ä¿®é£¾å­�
*** 2984,3029 ****
  msgid "<command-line>"
  msgstr "<ã‚³ãƒžãƒ³ãƒ‰ãƒ©ã‚¤ãƒ³>"
  
! #: config/aarch64/aarch64.c:4926 config/arm/arm.c:21795 config/arm/arm.c:21808
! #: config/arm/arm.c:21833 config/nios2/nios2.c:2653
  #, fuzzy, c-format
  #| msgid "invalid operand for code '%c'"
  msgid "Unsupported operand for code '%c'"
  msgstr "ã‚³ãƒ¼ãƒ‰ '%c' ã�«å¯¾ã�™ã‚‹ç„¡åŠ¹ã�ªè¢«æ¼”ç®—å­�ã�§ã�™"
  
! #: config/aarch64/aarch64.c:4938 config/aarch64/aarch64.c:4954
! #: config/aarch64/aarch64.c:4967 config/aarch64/aarch64.c:4979
! #: config/aarch64/aarch64.c:4990 config/aarch64/aarch64.c:5013
! #: config/aarch64/aarch64.c:5066 config/aarch64/aarch64.c:5269
  #, fuzzy, c-format
  #| msgid "invalid operand for code '%c'"
  msgid "invalid operand for '%%%c'"
  msgstr "ã‚³ãƒ¼ãƒ‰ '%c' ã�«å¯¾ã�™ã‚‹ç„¡åŠ¹ã�ªè¢«æ¼”ç®—å­�ã�§ã�™"
  
! #: config/aarch64/aarch64.c:5033 config/aarch64/aarch64.c:5046
! #: config/aarch64/aarch64.c:5056
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5102 config/arm/arm.c:22340
  #, c-format
  msgid "missing operand"
  msgstr "è¢«æ¼”ç®—å­�ã�Œã�‚ã‚Šã�¾ã�›ã‚“"
  
! #: config/aarch64/aarch64.c:5164
  #, fuzzy, c-format
  #| msgid "invalid insn:"
  msgid "invalid constant"
  msgstr "ç„¡åŠ¹ã�ªå‘½ä»¤:"
  
! #: config/aarch64/aarch64.c:5167
  #, fuzzy, c-format
  #| msgid "invalid %%d operand"
  msgid "invalid operand"
  msgstr "ç„¡åŠ¹ã�ª %%d è¢«æ¼”ç®—å­�ã�§ã�™"
  
! #: config/aarch64/aarch64.c:5280
  #, fuzzy, c-format
  #| msgid "invalid operand code '%c'"
  msgid "invalid operand prefix '%%%c'"
--- 2984,3029 ----
  msgid "<command-line>"
  msgstr "<ã‚³ãƒžãƒ³ãƒ‰ãƒ©ã‚¤ãƒ³>"
  
! #: config/aarch64/aarch64.c:4927 config/arm/arm.c:21832 config/arm/arm.c:21845
! #: config/arm/arm.c:21870 config/nios2/nios2.c:2653
  #, fuzzy, c-format
  #| msgid "invalid operand for code '%c'"
  msgid "Unsupported operand for code '%c'"
  msgstr "ã‚³ãƒ¼ãƒ‰ '%c' ã�«å¯¾ã�™ã‚‹ç„¡åŠ¹ã�ªè¢«æ¼”ç®—å­�ã�§ã�™"
  
! #: config/aarch64/aarch64.c:4939 config/aarch64/aarch64.c:4955
! #: config/aarch64/aarch64.c:4968 config/aarch64/aarch64.c:4980
! #: config/aarch64/aarch64.c:4991 config/aarch64/aarch64.c:5014
! #: config/aarch64/aarch64.c:5067 config/aarch64/aarch64.c:5270
  #, fuzzy, c-format
  #| msgid "invalid operand for code '%c'"
  msgid "invalid operand for '%%%c'"
  msgstr "ã‚³ãƒ¼ãƒ‰ '%c' ã�«å¯¾ã�™ã‚‹ç„¡åŠ¹ã�ªè¢«æ¼”ç®—å­�ã�§ã�™"
  
! #: config/aarch64/aarch64.c:5034 config/aarch64/aarch64.c:5047
! #: config/aarch64/aarch64.c:5057
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5103 config/arm/arm.c:22377
  #, c-format
  msgid "missing operand"
  msgstr "è¢«æ¼”ç®—å­�ã�Œã�‚ã‚Šã�¾ã�›ã‚“"
  
! #: config/aarch64/aarch64.c:5165
  #, fuzzy, c-format
  #| msgid "invalid insn:"
  msgid "invalid constant"
  msgstr "ç„¡åŠ¹ã�ªå‘½ä»¤:"
  
! #: config/aarch64/aarch64.c:5168
  #, fuzzy, c-format
  #| msgid "invalid %%d operand"
  msgid "invalid operand"
  msgstr "ç„¡åŠ¹ã�ª %%d è¢«æ¼”ç®—å­�ã�§ã�™"
  
! #: config/aarch64/aarch64.c:5281
  #, fuzzy, c-format
  #| msgid "invalid operand code '%c'"
  msgid "invalid operand prefix '%%%c'"
*************** msgstr "ç„¡åŠ¹ã�ªè¢«æ¼”ç®—å­�å‡ºåŠ›ã‚³ãƒ
*** 3188,3216 ****
  msgid "invalid UNSPEC as operand: %d"
  msgstr "è¢«æ¼”ç®—å­�ã�¨ã�—ã�¦ç„¡åŠ¹ã�ª UNSPEC ã�§ã�™"
  
! #: config/arm/arm.c:18804 config/arm/arm.c:18829 config/arm/arm.c:18839
! #: config/arm/arm.c:18848 config/arm/arm.c:18857
  #, c-format
  msgid "invalid shift operand"
  msgstr "ç„¡åŠ¹ã�ªã‚·ãƒ•ãƒˆè¢«æ¼”ç®—å­�"
  
! #: config/arm/arm.c:21671 config/arm/arm.c:21689
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "è¿°èªžä»˜ã�� Thumb å‘½ä»¤"
  
! #: config/arm/arm.c:21677
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "æ�¡ä»¶ã‚·ãƒ¼ã‚±ãƒ³ã‚¹ã�«ã�‚ã‚‹è¿°èªžä»˜ã��å‘½ä»¤"
  
! #: config/arm/arm.c:21910 config/arm/arm.c:21932 config/arm/arm.c:21942
! #: config/arm/arm.c:21952 config/arm/arm.c:21962 config/arm/arm.c:22001
! #: config/arm/arm.c:22019 config/arm/arm.c:22044 config/arm/arm.c:22059
! #: config/arm/arm.c:22086 config/arm/arm.c:22093 config/arm/arm.c:22111
! #: config/arm/arm.c:22118 config/arm/arm.c:22126 config/arm/arm.c:22147
! #: config/arm/arm.c:22154 config/arm/arm.c:22287 config/arm/arm.c:22294
! #: config/arm/arm.c:22321 config/arm/arm.c:22328 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
--- 3188,3216 ----
  msgid "invalid UNSPEC as operand: %d"
  msgstr "è¢«æ¼”ç®—å­�ã�¨ã�—ã�¦ç„¡åŠ¹ã�ª UNSPEC ã�§ã�™"
  
! #: config/arm/arm.c:18841 config/arm/arm.c:18866 config/arm/arm.c:18876
! #: config/arm/arm.c:18885 config/arm/arm.c:18894
  #, c-format
  msgid "invalid shift operand"
  msgstr "ç„¡åŠ¹ã�ªã‚·ãƒ•ãƒˆè¢«æ¼”ç®—å­�"
  
! #: config/arm/arm.c:21708 config/arm/arm.c:21726
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "è¿°èªžä»˜ã�� Thumb å‘½ä»¤"
  
! #: config/arm/arm.c:21714
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "æ�¡ä»¶ã‚·ãƒ¼ã‚±ãƒ³ã‚¹ã�«ã�‚ã‚‹è¿°èªžä»˜ã��å‘½ä»¤"
  
! #: config/arm/arm.c:21947 config/arm/arm.c:21969 config/arm/arm.c:21979
! #: config/arm/arm.c:21989 config/arm/arm.c:21999 config/arm/arm.c:22038
! #: config/arm/arm.c:22056 config/arm/arm.c:22081 config/arm/arm.c:22096
! #: config/arm/arm.c:22123 config/arm/arm.c:22130 config/arm/arm.c:22148
! #: config/arm/arm.c:22155 config/arm/arm.c:22163 config/arm/arm.c:22184
! #: config/arm/arm.c:22191 config/arm/arm.c:22324 config/arm/arm.c:22331
! #: config/arm/arm.c:22358 config/arm/arm.c:22365 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
*************** msgstr "æ�¡ä»¶ã‚·ãƒ¼ã‚±ãƒ³ã‚¹ã�«ã�‚ã‚‹è¿
*** 3218,3230 ****
  msgid "invalid operand for code '%c'"
  msgstr "ã‚³ãƒ¼ãƒ‰ '%c' ã�«å¯¾ã�™ã‚‹ç„¡åŠ¹ã�ªè¢«æ¼”ç®—å­�ã�§ã�™"
  
! #: config/arm/arm.c:22014
  #, c-format
  msgid "instruction never executed"
  msgstr "å‘½ä»¤ã�¯æ±ºã�—ã�¦å®Ÿè¡Œã�•ã‚Œã�¾ã�›ã‚“"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22035
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr ""
--- 3218,3230 ----
  msgid "invalid operand for code '%c'"
  msgstr "ã‚³ãƒ¼ãƒ‰ '%c' ã�«å¯¾ã�™ã‚‹ç„¡åŠ¹ã�ªè¢«æ¼”ç®—å­�ã�§ã�™"
  
! #: config/arm/arm.c:22051
  #, c-format
  msgid "instruction never executed"
  msgstr "å‘½ä»¤ã�¯æ±ºã�—ã�¦å®Ÿè¡Œã�•ã‚Œã�¾ã�›ã‚“"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22072
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr ""
*************** msgstr ""
*** 4069,4171 ****
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7314
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr "ã‚·ãƒ³ãƒœãƒ«ã�«ã‚ˆã‚‹ãƒ¡ãƒ¢ãƒªå�‚ç…§ã�¯ z10 ã�¾ã�Ÿã�¯ã��ã‚Œä»¥é™�ã�§ã�®ã�¿ã‚µãƒ�ãƒ¼ãƒˆã�•ã‚Œã�¾ã�™"
  
! #: config/s390/s390.c:7325
  #, c-format
  msgid "cannot decompose address"
  msgstr ""
  
! #: config/s390/s390.c:7394
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "'E' å‡ºåŠ›ä¿®é£¾å­�ç”¨ã�®ç„¡åŠ¹ã�ªæ¯”è¼ƒæ¼”ç®—å­�ã�§ã�™"
  
! #: config/s390/s390.c:7417
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "'J' å‡ºåŠ›ä¿®é£¾å­�ç”¨ã�®ç„¡åŠ¹ã�ªå�‚ç…§ã�§ã�™"
  
! #: config/s390/s390.c:7435
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "'O' å‡ºåŠ›ä¿®é£¾å­�ç”¨ã�®ç„¡åŠ¹ã�ªã‚¢ãƒ‰ãƒ¬ã‚¹ã�§ã�™"
  
! #: config/s390/s390.c:7457
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "'R' å‡ºåŠ›ä¿®é£¾å­�ç”¨ã�®ç„¡åŠ¹ã�ªã‚¢ãƒ‰ãƒ¬ã‚¹ã�§ã�™"
  
! #: config/s390/s390.c:7475
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr "'S' å‡ºåŠ›ä¿®é£¾å­�ç”¨ã�«ã�¯ãƒ¡ãƒ¢ãƒªå�‚ç…§ã�ŒäºˆæœŸã�•ã‚Œã�¾ã�™"
  
! #: config/s390/s390.c:7485
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "'S' å‡ºåŠ›ä¿®é£¾å­�ç”¨ã�®ç„¡åŠ¹ã�ªã‚¢ãƒ‰ãƒ¬ã‚¹ã�§ã�™"
  
! #: config/s390/s390.c:7506
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr "'N' å‡ºåŠ›ä¿®é£¾å­�ç”¨ã�«ã�¯ãƒ¬ã‚¸ã‚¹ã‚¿ã�¾ã�Ÿã�¯ãƒ¡ãƒ¢ãƒªå¼�ã�ŒäºˆæœŸã�•ã‚Œã�¾ã�™"
  
! #: config/s390/s390.c:7517
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr "'M' å‡ºåŠ›ä¿®é£¾å­�ç”¨ã�«ã�¯ãƒ¬ã‚¸ã‚¹ã‚¿ã�¾ã�Ÿã�¯ãƒ¡ãƒ¢ãƒªå¼�ã�ŒäºˆæœŸã�•ã‚Œã�¾ã�™"
  
! #: config/s390/s390.c:7603 config/s390/s390.c:7624
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "å‡ºåŠ›ä¿®é£¾å­� '%c' ç”¨ã�®ç„¡åŠ¹ã�ªå®šæ•°ã�§ã�™"
  
! #: config/s390/s390.c:7621
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "ç„¡åŠ¹ã�ªå®šæ•°ã�§ã�™ - å‡ºåŠ›ä¿®é£¾å­�ã�®ä½¿ç”¨ã‚’è©¦ã�¿ã�¦ã��ã� ã�•ã�„"
  
! #: config/s390/s390.c:7658
  #, fuzzy, c-format
  #| msgid "invalid constant for output modifier '%c'"
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "å‡ºåŠ›ä¿®é£¾å­� '%c' ç”¨ã�®ç„¡åŠ¹ã�ªå®šæ•°ã�§ã�™"
  
! #: config/s390/s390.c:7665
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "ç„¡åŠ¹ã�ªå¼�ã�§ã�™ - å‡ºåŠ›ä¿®é£¾å­�ã�®ä½¿ç”¨ã‚’è©¦ã�¿ã�¦ã��ã� ã�•ã�„"
  
! #: config/s390/s390.c:7668
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "å‡ºåŠ›ä¿®é£¾å­� '%c' ç”¨ã�®ç„¡åŠ¹ã�ªå¼�ã�§ã�™"
  
! #: config/s390/s390.c:11535
  #, fuzzy
  #| msgid "AltiVec argument passed to unprototyped function"
  msgid "vector argument passed to unprototyped function"
  msgstr "ãƒ—ãƒ­ãƒˆã‚¿ã‚¤ãƒ—ã�Œç„¡ã�„é–¢æ•°ã�« AltiVec å¼•æ•°ã�Œæ¸¡ã�•ã‚Œã�¾ã�—ã�Ÿ"
  
! #: config/s390/s390.c:15354
  #, fuzzy
  #| msgid "pointer targets in return differ in signedness"
  msgid "types differ in signedness"
  msgstr "æˆ»ã‚Šã�§ã�®ãƒ�ã‚¤ãƒ³ã‚¿ã�®å…ˆã�®ç¬¦å�·ã�Œç•°ã�ªã‚Šã�¾ã�™"
  
! #: config/s390/s390.c:15364
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15367
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15375
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
--- 4069,4171 ----
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7482
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr "ã‚·ãƒ³ãƒœãƒ«ã�«ã‚ˆã‚‹ãƒ¡ãƒ¢ãƒªå�‚ç…§ã�¯ z10 ã�¾ã�Ÿã�¯ã��ã‚Œä»¥é™�ã�§ã�®ã�¿ã‚µãƒ�ãƒ¼ãƒˆã�•ã‚Œã�¾ã�™"
  
! #: config/s390/s390.c:7493
  #, c-format
  msgid "cannot decompose address"
  msgstr ""
  
! #: config/s390/s390.c:7562
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "'E' å‡ºåŠ›ä¿®é£¾å­�ç”¨ã�®ç„¡åŠ¹ã�ªæ¯”è¼ƒæ¼”ç®—å­�ã�§ã�™"
  
! #: config/s390/s390.c:7585
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "'J' å‡ºåŠ›ä¿®é£¾å­�ç”¨ã�®ç„¡åŠ¹ã�ªå�‚ç…§ã�§ã�™"
  
! #: config/s390/s390.c:7603
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "'O' å‡ºåŠ›ä¿®é£¾å­�ç”¨ã�®ç„¡åŠ¹ã�ªã‚¢ãƒ‰ãƒ¬ã‚¹ã�§ã�™"
  
! #: config/s390/s390.c:7625
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "'R' å‡ºåŠ›ä¿®é£¾å­�ç”¨ã�®ç„¡åŠ¹ã�ªã‚¢ãƒ‰ãƒ¬ã‚¹ã�§ã�™"
  
! #: config/s390/s390.c:7643
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr "'S' å‡ºåŠ›ä¿®é£¾å­�ç”¨ã�«ã�¯ãƒ¡ãƒ¢ãƒªå�‚ç…§ã�ŒäºˆæœŸã�•ã‚Œã�¾ã�™"
  
! #: config/s390/s390.c:7653
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "'S' å‡ºåŠ›ä¿®é£¾å­�ç”¨ã�®ç„¡åŠ¹ã�ªã‚¢ãƒ‰ãƒ¬ã‚¹ã�§ã�™"
  
! #: config/s390/s390.c:7674
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr "'N' å‡ºåŠ›ä¿®é£¾å­�ç”¨ã�«ã�¯ãƒ¬ã‚¸ã‚¹ã‚¿ã�¾ã�Ÿã�¯ãƒ¡ãƒ¢ãƒªå¼�ã�ŒäºˆæœŸã�•ã‚Œã�¾ã�™"
  
! #: config/s390/s390.c:7685
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr "'M' å‡ºåŠ›ä¿®é£¾å­�ç”¨ã�«ã�¯ãƒ¬ã‚¸ã‚¹ã‚¿ã�¾ã�Ÿã�¯ãƒ¡ãƒ¢ãƒªå¼�ã�ŒäºˆæœŸã�•ã‚Œã�¾ã�™"
  
! #: config/s390/s390.c:7771 config/s390/s390.c:7792
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "å‡ºåŠ›ä¿®é£¾å­� '%c' ç”¨ã�®ç„¡åŠ¹ã�ªå®šæ•°ã�§ã�™"
  
! #: config/s390/s390.c:7789
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "ç„¡åŠ¹ã�ªå®šæ•°ã�§ã�™ - å‡ºåŠ›ä¿®é£¾å­�ã�®ä½¿ç”¨ã‚’è©¦ã�¿ã�¦ã��ã� ã�•ã�„"
  
! #: config/s390/s390.c:7826
  #, fuzzy, c-format
  #| msgid "invalid constant for output modifier '%c'"
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "å‡ºåŠ›ä¿®é£¾å­� '%c' ç”¨ã�®ç„¡åŠ¹ã�ªå®šæ•°ã�§ã�™"
  
! #: config/s390/s390.c:7833
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "ç„¡åŠ¹ã�ªå¼�ã�§ã�™ - å‡ºåŠ›ä¿®é£¾å­�ã�®ä½¿ç”¨ã‚’è©¦ã�¿ã�¦ã��ã� ã�•ã�„"
  
! #: config/s390/s390.c:7836
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "å‡ºåŠ›ä¿®é£¾å­� '%c' ç”¨ã�®ç„¡åŠ¹ã�ªå¼�ã�§ã�™"
  
! #: config/s390/s390.c:11703
  #, fuzzy
  #| msgid "AltiVec argument passed to unprototyped function"
  msgid "vector argument passed to unprototyped function"
  msgstr "ãƒ—ãƒ­ãƒˆã‚¿ã‚¤ãƒ—ã�Œç„¡ã�„é–¢æ•°ã�« AltiVec å¼•æ•°ã�Œæ¸¡ã�•ã‚Œã�¾ã�—ã�Ÿ"
  
! #: config/s390/s390.c:15522
  #, fuzzy
  #| msgid "pointer targets in return differ in signedness"
  msgid "types differ in signedness"
  msgstr "æˆ»ã‚Šã�§ã�®ãƒ�ã‚¤ãƒ³ã‚¿ã�®å…ˆã�®ç¬¦å�·ã�Œç•°ã�ªã‚Šã�¾ã�™"
  
! #: config/s390/s390.c:15532
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15535
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15543
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
*************** msgstr ""
*** 20673,20679 ****
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr ""
  
! #: fold-const.c:12046
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr ""
--- 20673,20679 ----
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr ""
  
! #: fold-const.c:12048
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr ""
*************** msgstr "ã‚¿ãƒ¼ã‚²ãƒƒãƒˆã�¯ãƒ�ã‚¤ãƒ³ã‚¿ã�
*** 21220,21227 ****
  msgid "null pointer dereference"
  msgstr "NULL ãƒ�ã‚¤ãƒ³ã‚¿"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12872
! #: tree.c:12909 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
--- 21220,21227 ----
  msgid "null pointer dereference"
  msgstr "NULL ãƒ�ã‚¤ãƒ³ã‚¿"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12880
! #: tree.c:12917 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
*************** msgstr "ã�“ã�“ã�§å®£è¨€ã�•ã‚Œã�¦ã�„ã�¾ã�
*** 21235,21534 ****
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2307 gimple-ssa-sprintf.c:2435
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2309 gimple-ssa-sprintf.c:2437
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2311 gimple-ssa-sprintf.c:2439
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2313 gimple-ssa-sprintf.c:2441
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2326
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2328
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2330
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2334
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2336
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2338
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2351
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2353
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2355
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2371
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2373
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2375
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2388
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2390
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2392
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2404
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2406
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2408
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2454
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2456
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2458
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2462
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2464
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2466
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2480
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2483
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2486
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2502
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2505
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2508
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2521
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2524
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2527
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2539
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2542
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2545
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2710
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2712
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2751
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2753
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2767
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2775
  #, fuzzy, gcc-internal-format
  #| msgid "too few arguments to %qE"
  msgid "directive argument %qE"
  msgstr "%qE ã�¸ã�®å¼•æ•°ã�Œå°‘ã�ªã�™ã�Žã�¾ã�™"
  
! #: gimple-ssa-sprintf.c:2777
  #, fuzzy, gcc-internal-format
  #| msgid "%s expects an integer literal in the range [%d, %d]"
  msgid "directive argument in the range [%E, %E]"
  msgstr "%s ã�¯ [%d, %d] ã�®ç¯„å›²å†…ã�®æ•´æ•°ãƒªãƒ†ãƒ©ãƒ«ã�ŒäºˆæœŸã�•ã‚Œã�¾ã�™"
  
! #: gimple-ssa-sprintf.c:2781
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2801
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2806
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2811
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2816
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3588
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3594
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3647
  #, fuzzy, gcc-internal-format
  #| msgid "null pointer"
  msgid "null destination pointer"
  msgstr "NULL ãƒ�ã‚¤ãƒ³ã‚¿"
  
! #: gimple-ssa-sprintf.c:3664
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3676
  #, fuzzy, gcc-internal-format
  msgid "null format string"
  msgstr "ãƒ•ã‚©ãƒ¼ãƒžãƒƒãƒˆæ–‡å­—åˆ—ã�Œ null ã�§ã�™"
--- 21235,21534 ----
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2308 gimple-ssa-sprintf.c:2436
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2310 gimple-ssa-sprintf.c:2438
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2312 gimple-ssa-sprintf.c:2440
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2314 gimple-ssa-sprintf.c:2442
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2327
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2329
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2331
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2335
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2337
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2339
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2352
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2354
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2356
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2372
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2374
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2376
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2389
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2391
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2393
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2405
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2407
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2409
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2455
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2457
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2459
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2463
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2465
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2467
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2481
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2484
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2487
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2503
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2506
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2509
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2522
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2525
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2528
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2540
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2543
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2546
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2711
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2713
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2752
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2754
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2769
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2776
  #, fuzzy, gcc-internal-format
  #| msgid "too few arguments to %qE"
  msgid "directive argument %qE"
  msgstr "%qE ã�¸ã�®å¼•æ•°ã�Œå°‘ã�ªã�™ã�Žã�¾ã�™"
  
! #: gimple-ssa-sprintf.c:2778
  #, fuzzy, gcc-internal-format
  #| msgid "%s expects an integer literal in the range [%d, %d]"
  msgid "directive argument in the range [%E, %E]"
  msgstr "%s ã�¯ [%d, %d] ã�®ç¯„å›²å†…ã�®æ•´æ•°ãƒªãƒ†ãƒ©ãƒ«ã�ŒäºˆæœŸã�•ã‚Œã�¾ã�™"
  
! #: gimple-ssa-sprintf.c:2782
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2803
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2807
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2812
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2817
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3591
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3597
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3650
  #, fuzzy, gcc-internal-format
  #| msgid "null pointer"
  msgid "null destination pointer"
  msgstr "NULL ãƒ�ã‚¤ãƒ³ã‚¿"
  
! #: gimple-ssa-sprintf.c:3667
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3679
  #, fuzzy, gcc-internal-format
  msgid "null format string"
  msgstr "ãƒ•ã‚©ãƒ¼ãƒžãƒƒãƒˆæ–‡å­—åˆ—ã�Œ null ã�§ã�™"
*************** msgstr "å…ƒã€…ã�¯ã�“ã�“ã�§å®šç¾©ã�•ã‚Œã�
*** 23780,23942 ****
  msgid "%D renamed after being referenced in assembly"
  msgstr ""
  
! #: symtab.c:970
  #, fuzzy, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "`%s' ã�¯é–¢æ•°ã‚’è¿”ã�™é–¢æ•°ã�¨ã�—ã�¦å®£è¨€ã�•ã‚Œã�¦ã�„ã�¾ã�™"
  
! #: symtab.c:978
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to variables"
  msgid "variable symbol is not variable"
  msgstr "%qE ã�¯å¤‰æ•°ã�«ã�®ã�¿é�©ç”¨ã�§ã��ã�¾ã�™"
  
! #: symtab.c:984
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr ""
  
! #: symtab.c:993
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1010
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1023
  #, fuzzy, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr "ãƒ¡ã‚½ãƒƒãƒ‰ '%s' ã�¯ã‚¯ãƒ©ã‚¹å†…ã�«è¦‹ã�¤ã�‹ã‚Šã�¾ã�›ã‚“"
  
! #: symtab.c:1030
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr ""
  
! #: symtab.c:1035
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr ""
  
! #: symtab.c:1040
  #, fuzzy, gcc-internal-format
  #| msgid "called object %qE is not a function"
  msgid "node is analyzed but it is not a definition"
  msgstr "å‘¼ã�³å‡ºã�•ã‚Œã�Ÿã‚ªãƒ–ã‚¸ã‚§ã‚¯ãƒˆ %qE ã�¯é–¢æ•°ã�§ã�¯ã�‚ã‚Šã�¾ã�›ã‚“"
  
! #: symtab.c:1045
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1050
  #, fuzzy, gcc-internal-format
  #| msgid "old-style function definition"
  msgid "node is alias but not definition"
  msgstr "å�¤ã�„ã‚¹ã‚¿ã‚¤ãƒ«ã�®é–¢æ•°å®šç¾©ã�§ã�™"
  
! #: symtab.c:1055
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1060
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr ""
  
! #: symtab.c:1069
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr ""
  
! #: symtab.c:1074
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr ""
  
! #: symtab.c:1079
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1084
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr ""
  
! #: symtab.c:1091
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr ""
  
! #: symtab.c:1106
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1116
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1123
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr ""
  
! #: symtab.c:1135
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1142
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1157
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1188 symtab.c:1225
  #, fuzzy, gcc-internal-format
  #| msgid "verify_ssa failed"
  msgid "symtab_node::verify failed"
  msgstr "verify_ssa ã�«å¤±æ•—ã�—ã�¾ã�—ã�Ÿ"
  
! #: symtab.c:1221
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1630
  #, fuzzy, gcc-internal-format
  #| msgid "function %qD redeclared as variable"
  msgid "function %q+D part of alias cycle"
  msgstr "é–¢æ•° %qD ã�Œå¤‰æ•°ã�¨ã�—ã�¦å†�å®£è¨€ã�•ã‚Œã�¾ã�—ã�Ÿ"
  
! #: symtab.c:1632
  #, fuzzy, gcc-internal-format
  #| msgid "variable %q+D set but not used"
  msgid "variable %q+D part of alias cycle"
  msgstr "å¤‰æ•° %q+D ã�Œè¨­å®šã�•ã‚Œã�¾ã�—ã�Ÿã�Œä½¿ç”¨ã�•ã‚Œã�¦ã�„ã�¾ã�›ã‚“"
  
! #: symtab.c:1660
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
--- 23780,23942 ----
  msgid "%D renamed after being referenced in assembly"
  msgstr ""
  
! #: symtab.c:978
  #, fuzzy, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "`%s' ã�¯é–¢æ•°ã‚’è¿”ã�™é–¢æ•°ã�¨ã�—ã�¦å®£è¨€ã�•ã‚Œã�¦ã�„ã�¾ã�™"
  
! #: symtab.c:986
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to variables"
  msgid "variable symbol is not variable"
  msgstr "%qE ã�¯å¤‰æ•°ã�«ã�®ã�¿é�©ç”¨ã�§ã��ã�¾ã�™"
  
! #: symtab.c:992
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1009
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1018
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1031
  #, fuzzy, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr "ãƒ¡ã‚½ãƒƒãƒ‰ '%s' ã�¯ã‚¯ãƒ©ã‚¹å†…ã�«è¦‹ã�¤ã�‹ã‚Šã�¾ã�›ã‚“"
  
! #: symtab.c:1038
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr ""
  
! #: symtab.c:1043
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr ""
  
! #: symtab.c:1048
  #, fuzzy, gcc-internal-format
  #| msgid "called object %qE is not a function"
  msgid "node is analyzed but it is not a definition"
  msgstr "å‘¼ã�³å‡ºã�•ã‚Œã�Ÿã‚ªãƒ–ã‚¸ã‚§ã‚¯ãƒˆ %qE ã�¯é–¢æ•°ã�§ã�¯ã�‚ã‚Šã�¾ã�›ã‚“"
  
! #: symtab.c:1053
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1058
  #, fuzzy, gcc-internal-format
  #| msgid "old-style function definition"
  msgid "node is alias but not definition"
  msgstr "å�¤ã�„ã‚¹ã‚¿ã‚¤ãƒ«ã�®é–¢æ•°å®šç¾©ã�§ã�™"
  
! #: symtab.c:1063
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1068
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr ""
  
! #: symtab.c:1077
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr ""
  
! #: symtab.c:1082
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr ""
  
! #: symtab.c:1087
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1092
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr ""
  
! #: symtab.c:1099
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr ""
  
! #: symtab.c:1114
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1124
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1131
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr ""
  
! #: symtab.c:1143
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1150
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1173
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1196 symtab.c:1233
  #, fuzzy, gcc-internal-format
  #| msgid "verify_ssa failed"
  msgid "symtab_node::verify failed"
  msgstr "verify_ssa ã�«å¤±æ•—ã�—ã�¾ã�—ã�Ÿ"
  
! #: symtab.c:1229
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1638
  #, fuzzy, gcc-internal-format
  #| msgid "function %qD redeclared as variable"
  msgid "function %q+D part of alias cycle"
  msgstr "é–¢æ•° %qD ã�Œå¤‰æ•°ã�¨ã�—ã�¦å†�å®£è¨€ã�•ã‚Œã�¾ã�—ã�Ÿ"
  
! #: symtab.c:1640
  #, fuzzy, gcc-internal-format
  #| msgid "variable %q+D set but not used"
  msgid "variable %q+D part of alias cycle"
  msgstr "å¤‰æ•° %q+D ã�Œè¨­å®šã�•ã‚Œã�¾ã�—ã�Ÿã�Œä½¿ç”¨ã�•ã‚Œã�¦ã�„ã�¾ã�›ã‚“"
  
! #: symtab.c:1668
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
*************** msgstr "%q+D ã�¯ dllimport å±žæ€§ç„¡ã�—ã
*** 25646,25653 ****
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6704
! #: config/arm/arm.c:6732 config/arm/arm.c:6749 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
--- 25646,25653 ----
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6741
! #: config/arm/arm.c:6769 config/arm/arm.c:6786 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
*************** msgstr "ã‚·ãƒ³ãƒœãƒ« %q+D ç”¨ã�«å¤–éƒ¨ãƒ
*** 25683,25777 ****
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qE ã�¯æš—é»™çš„ã�«ãƒ‡ãƒ•ã‚©ãƒ«ãƒˆã�®å�¯è¦–æ€§ã�¨ã�ªã‚Šã�¾ã�™ã�Œã€�%qD ã�¯æ—¢ã�«ç•°ã�ªã‚‹å�¯è¦–æ€§ã�¨ã�—ã�¦å®£è¨€ã�•ã‚Œã�¦ã�„ã�¾ã�™"
  
! #: tree.c:8366
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "é–¢æ•°ã�®é…�åˆ—ã�¯æ„�å‘³ã�Œã�‚ã‚Šã�¾ã�›ã‚“"
  
! #: tree.c:8537
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "é–¢æ•°ã�®è¿”ã�™åž‹ã�Œé–¢æ•°ã�§ã�‚ã�£ã�¦ã�¯ã�ªã‚Šã�¾ã�›ã‚“"
  
! #: tree.c:9831 tree.c:9916 tree.c:9977
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9868
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9881
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9930
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9943
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10003
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10017
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "RTL check: access of elt %d of vector with last elt %d in %s, at %s:%d"
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr "RTL check: ãƒ™ã‚¯ãƒˆãƒ«ã�® elt %d ã‚’æœ€å¾Œã�® elt %d (%s ä¸­)ã�¨ä¸€ç·’ã�«ã‚¢ã‚¯ã‚»ã‚¹ã�—ã�¾ã�™ (%s:%d)"
  
! #: tree.c:10029
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10042
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10055
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:12867
  #, fuzzy, gcc-internal-format
  #| msgid "%qE is deprecated: %s"
  msgid "%qD is deprecated: %s"
  msgstr "%qE ã�¯å»ƒæ­¢ã�•ã‚Œã�¾ã�—ã�Ÿ: %s"
  
! #: tree.c:12870
  #, fuzzy, gcc-internal-format
  #| msgid "%qE is deprecated"
  msgid "%qD is deprecated"
  msgstr "%qE ã�¯å»ƒæ­¢ã�•ã‚Œã�¾ã�—ã�Ÿ"
  
! #: tree.c:12894 tree.c:12916
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "%qE ã�¯å»ƒæ­¢ã�•ã‚Œã�¾ã�—ã�Ÿ: %s"
  
! #: tree.c:12897 tree.c:12919
  #, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "%qE ã�¯å»ƒæ­¢ã�•ã‚Œã�¾ã�—ã�Ÿ"
  
! #: tree.c:12903 tree.c:12924
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "åž‹ã�¯å»ƒæ­¢ã�•ã‚Œã�¾ã�—ã�Ÿ: %s"
  
! #: tree.c:12906 tree.c:12927
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "åž‹ã�¯å»ƒæ­¢ã�•ã‚Œã�¾ã�—ã�Ÿ"
--- 25683,25777 ----
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qE ã�¯æš—é»™çš„ã�«ãƒ‡ãƒ•ã‚©ãƒ«ãƒˆã�®å�¯è¦–æ€§ã�¨ã�ªã‚Šã�¾ã�™ã�Œã€�%qD ã�¯æ—¢ã�«ç•°ã�ªã‚‹å�¯è¦–æ€§ã�¨ã�—ã�¦å®£è¨€ã�•ã‚Œã�¦ã�„ã�¾ã�™"
  
! #: tree.c:8373
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "é–¢æ•°ã�®é…�åˆ—ã�¯æ„�å‘³ã�Œã�‚ã‚Šã�¾ã�›ã‚“"
  
! #: tree.c:8545
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "é–¢æ•°ã�®è¿”ã�™åž‹ã�Œé–¢æ•°ã�§ã�‚ã�£ã�¦ã�¯ã�ªã‚Šã�¾ã�›ã‚“"
  
! #: tree.c:9839 tree.c:9924 tree.c:9985
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9876
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9889
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9938
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9951
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10011
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10025
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "RTL check: access of elt %d of vector with last elt %d in %s, at %s:%d"
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr "RTL check: ãƒ™ã‚¯ãƒˆãƒ«ã�® elt %d ã‚’æœ€å¾Œã�® elt %d (%s ä¸­)ã�¨ä¸€ç·’ã�«ã‚¢ã‚¯ã‚»ã‚¹ã�—ã�¾ã�™ (%s:%d)"
  
! #: tree.c:10037
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10050
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10063
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:12875
  #, fuzzy, gcc-internal-format
  #| msgid "%qE is deprecated: %s"
  msgid "%qD is deprecated: %s"
  msgstr "%qE ã�¯å»ƒæ­¢ã�•ã‚Œã�¾ã�—ã�Ÿ: %s"
  
! #: tree.c:12878
  #, fuzzy, gcc-internal-format
  #| msgid "%qE is deprecated"
  msgid "%qD is deprecated"
  msgstr "%qE ã�¯å»ƒæ­¢ã�•ã‚Œã�¾ã�—ã�Ÿ"
  
! #: tree.c:12902 tree.c:12924
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "%qE ã�¯å»ƒæ­¢ã�•ã‚Œã�¾ã�—ã�Ÿ: %s"
  
! #: tree.c:12905 tree.c:12927
  #, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "%qE ã�¯å»ƒæ­¢ã�•ã‚Œã�¾ã�—ã�Ÿ"
  
! #: tree.c:12911 tree.c:12932
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "åž‹ã�¯å»ƒæ­¢ã�•ã‚Œã�¾ã�—ã�Ÿ: %s"
  
! #: tree.c:12914 tree.c:12935
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "åž‹ã�¯å»ƒæ­¢ã�•ã‚Œã�¾ã�—ã�Ÿ"
*************** msgstr "åž‹ã�¯å»ƒæ­¢ã�•ã‚Œã�¾ã�—ã�Ÿ"
*** 25798,26063 ****
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13354
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13395
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13397
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13399
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13419
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13432
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13449
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13474
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13476
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13478
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13516
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13518
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr ""
  
! #: tree.c:13520
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13537
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13539 tree.c:13550
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13541 tree.c:13552
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13548
  #, fuzzy, gcc-internal-format
  #| msgid "ms_hook_prologue is not compatible with nested function"
  msgid "type is not compatible with its variant"
  msgstr "ms_hook_prologue ã�¯å…¥ã‚Œå­�ã�«ã�ªã�£ã�Ÿé–¢æ•°ã�¨ä¸¡ç«‹ã�§ã��ã�¾ã�›ã‚“"
  
! #: tree.c:13851
  #, fuzzy, gcc-internal-format
  #| msgid "environment variable %qs not defined"
  msgid "Main variant is not defined"
  msgstr "ç’°å¢ƒå¤‰æ•° %qs ã�Œå®šç¾©ã�•ã‚Œã�¦ã�„ã�¾ã�›ã‚“"
  
! #: tree.c:13856
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13868
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13886
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13918
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13928
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13938
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13956
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13968
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13979
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13990
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14008
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14015
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14027
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14042
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14058
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14073
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14083
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qE has non-integer type"
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "é…�åˆ— %qE ã�®ã‚µã‚¤ã‚ºã�Œé�žæ•´æ•°åž‹ã�§ã�™"
  
! #: tree.c:14092
  #, fuzzy, gcc-internal-format
  #| msgid "field %qE has incomplete type"
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "ãƒ•ã‚£ãƒ¼ãƒ«ãƒ‰ %qE ã�Œä¸�å®Œå…¨åž‹ã‚’æŒ�ã�£ã�¦ã�„ã�¾ã�™"
  
! #: tree.c:14112
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14127
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14133
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14146
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14159
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14165
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14172
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14184
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14190
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14202
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14214
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14221
  #, fuzzy, gcc-internal-format
  #| msgid "verify_gimple failed"
  msgid "verify_type failed"
--- 25798,26063 ----
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13362
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13403
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13405
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13407
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13427
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13440
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13457
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13482
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13484
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13486
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13524
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13526
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr ""
  
! #: tree.c:13528
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13545
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13547 tree.c:13558
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13549 tree.c:13560
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13556
  #, fuzzy, gcc-internal-format
  #| msgid "ms_hook_prologue is not compatible with nested function"
  msgid "type is not compatible with its variant"
  msgstr "ms_hook_prologue ã�¯å…¥ã‚Œå­�ã�«ã�ªã�£ã�Ÿé–¢æ•°ã�¨ä¸¡ç«‹ã�§ã��ã�¾ã�›ã‚“"
  
! #: tree.c:13859
  #, fuzzy, gcc-internal-format
  #| msgid "environment variable %qs not defined"
  msgid "Main variant is not defined"
  msgstr "ç’°å¢ƒå¤‰æ•° %qs ã�Œå®šç¾©ã�•ã‚Œã�¦ã�„ã�¾ã�›ã‚“"
  
! #: tree.c:13864
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13876
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13910
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13926
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13936
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13946
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13964
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13976
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13987
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13998
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14016
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14023
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14043
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14050
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14074
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14081
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14091
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qE has non-integer type"
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "é…�åˆ— %qE ã�®ã‚µã‚¤ã‚ºã�Œé�žæ•´æ•°åž‹ã�§ã�™"
  
! #: tree.c:14100
  #, fuzzy, gcc-internal-format
  #| msgid "field %qE has incomplete type"
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "ãƒ•ã‚£ãƒ¼ãƒ«ãƒ‰ %qE ã�Œä¸�å®Œå…¨åž‹ã‚’æŒ�ã�£ã�¦ã�„ã�¾ã�™"
  
! #: tree.c:14120
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14135
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14141
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14154
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14167
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14173
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14180
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14192
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14198
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14210
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14222
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14229
  #, fuzzy, gcc-internal-format
  #| msgid "verify_gimple failed"
  msgid "verify_type failed"
*************** msgstr ""
*** 27092,27104 ****
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "ä»®å¼•æ•° `%s' ã�§æŒ‡å®šã�•ã‚Œã�Ÿè¨˜æ†¶ã‚¯ãƒ©ã‚¹"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6573 c-family/c-common.c:6644
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "é–¢æ•° %qE ã�¸æ¸¡ã�™å¼•æ•°ã�Œå°‘ã�ªã�™ã�Žã�¾ã�™"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6670 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "é–¢æ•° %qE ã�¸ã�®å¼•æ•°ã�Œå¤šã�™ã�Žã�¾ã�™"
--- 27092,27104 ----
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "ä»®å¼•æ•° `%s' ã�§æŒ‡å®šã�•ã‚Œã�Ÿè¨˜æ†¶ã‚¯ãƒ©ã‚¹"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6574 c-family/c-common.c:6645
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "é–¢æ•° %qE ã�¸æ¸¡ã�™å¼•æ•°ã�Œå°‘ã�ªã�™ã�Žã�¾ã�™"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6671 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "é–¢æ•° %qE ã�¸ã�®å¼•æ•°ã�Œå¤šã�™ã�Žã�¾ã�™"
*************** msgstr "ãƒ“ãƒƒãƒˆãƒ•ã‚£ãƒ¼ãƒ«ãƒ‰ã�§ã�‚ã‚
*** 27187,27268 ****
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6515 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr "é…�åˆ—ã�®ã‚µã‚¤ã‚ºã�Œå¤§ã��ã�™ã�Žã�¾ã�™"
  
! #: c-family/c-common.c:6603
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "%d ç•ªç›®ã�® %qE ã�®å¼•æ•°ç”¨ã�®äº’æ�›æ€§ã�Œã�ªã�„åž‹ã�§ã�™"
  
! #: c-family/c-common.c:6737
  #, fuzzy, gcc-internal-format
  #| msgid "not enough arguments to function %qE"
  msgid "incorrect number of arguments to function %qE"
  msgstr "é–¢æ•° %qE ã�¸å��åˆ†ã�ªå¼•æ•°ã�Œã�‚ã‚Šã�¾ã�›ã‚“"
  
! #: c-family/c-common.c:6752
  #, fuzzy, gcc-internal-format
  #| msgid "argument %d of %qE must be an address"
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "%d ç•ªç›®ã�® %qE ã�®å¼•æ•°ã�¯ã‚¢ãƒ‰ãƒ¬ã‚¹ã�§ã�ªã�‘ã‚Œã�°ã�„ã�‘ã�¾ã�›ã‚“"
  
! #: c-family/c-common.c:6761
  #, fuzzy, gcc-internal-format
  #| msgid "%Kfirst argument of %D must be a pointer, second integer constant"
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "%K %D ã�®ç¬¬ä¸€å¼•æ•°ã�Œãƒ�ã‚¤ãƒ³ã‚¿ã€�ç¬¬äºŒå¼•æ•°ã�Œæ•´æ•°å®šæ•°ã�§ã�ªã�‘ã‚Œã�°ã�„ã�‘ã�¾ã�›ã‚“"
  
! #: c-family/c-common.c:6772
  #, fuzzy, gcc-internal-format
  #| msgid "%Kfirst argument of %D must be a pointer, second integer constant"
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "%K %D ã�®ç¬¬ä¸€å¼•æ•°ã�Œãƒ�ã‚¤ãƒ³ã‚¿ã€�ç¬¬äºŒå¼•æ•°ã�Œæ•´æ•°å®šæ•°ã�§ã�ªã�‘ã‚Œã�°ã�„ã�‘ã�¾ã�›ã‚“"
  
! #: c-family/c-common.c:6787
  #, fuzzy, gcc-internal-format
  #| msgid "argument %d of %qE must be an address"
  msgid "argument %d of %qE must be a pointer type"
  msgstr "%d ç•ªç›®ã�® %qE ã�®å¼•æ•°ã�¯ã‚¢ãƒ‰ãƒ¬ã‚¹ã�§ã�ªã�‘ã‚Œã�°ã�„ã�‘ã�¾ã�›ã‚“"
  
! #: c-family/c-common.c:6795
  #, fuzzy, gcc-internal-format
  #| msgid "argument %d of %qE might be a candidate for a format attribute"
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "%d ç•ªç›®ã�® %qE ã�®å¼•æ•°ã�¯ format å±žæ€§ã�®å€™è£œã�®ã‚ˆã�†ã�§ã�™"
  
! #: c-family/c-common.c:6801
  #, fuzzy, gcc-internal-format
  #| msgid "argument %d of %qE must be a multiple of %d"
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "%d ç•ªç›®ã�® %qE ã�®å¼•æ•°ã�¯ %d ã�®å€�æ•°ã�§ã�ªã�‘ã‚Œã�°ã�„ã�‘ã�¾ã�›ã‚“"
  
! #: c-family/c-common.c:6809
  #, fuzzy, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr "å¼•æ•° %d å€‹ã�® `%s' ã‚’æ¸¡ã�—ã�¾ã�™"
  
! #: c-family/c-common.c:6825
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "invalid memory model argument %d of %qE"
  msgstr "%d ç•ªç›®ã�® %qE ã�®å¼•æ•°ç”¨ã�®äº’æ�›æ€§ã�Œã�ªã�„åž‹ã�§ã�™"
  
! #: c-family/c-common.c:6832
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "non-integer memory model argument %d of %qE"
  msgstr "%d ç•ªç›®ã�® %qE ã�®å¼•æ•°ç”¨ã�®äº’æ�›æ€§ã�Œã�ªã�„åž‹ã�§ã�™"
  
! #: c-family/c-common.c:7753
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr ""
  
! #: c-family/c-common.c:7794 c-family/c-common.c:7842 c-family/c-common.c:7857
  #: cp/call.c:4836 cp/call.c:4843
  #, fuzzy, gcc-internal-format
  #| msgid "conversion from %qT to %qT is ambiguous"
--- 27187,27268 ----
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6516 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr "é…�åˆ—ã�®ã‚µã‚¤ã‚ºã�Œå¤§ã��ã�™ã�Žã�¾ã�™"
  
! #: c-family/c-common.c:6604
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "%d ç•ªç›®ã�® %qE ã�®å¼•æ•°ç”¨ã�®äº’æ�›æ€§ã�Œã�ªã�„åž‹ã�§ã�™"
  
! #: c-family/c-common.c:6738
  #, fuzzy, gcc-internal-format
  #| msgid "not enough arguments to function %qE"
  msgid "incorrect number of arguments to function %qE"
  msgstr "é–¢æ•° %qE ã�¸å��åˆ†ã�ªå¼•æ•°ã�Œã�‚ã‚Šã�¾ã�›ã‚“"
  
! #: c-family/c-common.c:6753
  #, fuzzy, gcc-internal-format
  #| msgid "argument %d of %qE must be an address"
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "%d ç•ªç›®ã�® %qE ã�®å¼•æ•°ã�¯ã‚¢ãƒ‰ãƒ¬ã‚¹ã�§ã�ªã�‘ã‚Œã�°ã�„ã�‘ã�¾ã�›ã‚“"
  
! #: c-family/c-common.c:6762
  #, fuzzy, gcc-internal-format
  #| msgid "%Kfirst argument of %D must be a pointer, second integer constant"
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "%K %D ã�®ç¬¬ä¸€å¼•æ•°ã�Œãƒ�ã‚¤ãƒ³ã‚¿ã€�ç¬¬äºŒå¼•æ•°ã�Œæ•´æ•°å®šæ•°ã�§ã�ªã�‘ã‚Œã�°ã�„ã�‘ã�¾ã�›ã‚“"
  
! #: c-family/c-common.c:6773
  #, fuzzy, gcc-internal-format
  #| msgid "%Kfirst argument of %D must be a pointer, second integer constant"
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "%K %D ã�®ç¬¬ä¸€å¼•æ•°ã�Œãƒ�ã‚¤ãƒ³ã‚¿ã€�ç¬¬äºŒå¼•æ•°ã�Œæ•´æ•°å®šæ•°ã�§ã�ªã�‘ã‚Œã�°ã�„ã�‘ã�¾ã�›ã‚“"
  
! #: c-family/c-common.c:6788
  #, fuzzy, gcc-internal-format
  #| msgid "argument %d of %qE must be an address"
  msgid "argument %d of %qE must be a pointer type"
  msgstr "%d ç•ªç›®ã�® %qE ã�®å¼•æ•°ã�¯ã‚¢ãƒ‰ãƒ¬ã‚¹ã�§ã�ªã�‘ã‚Œã�°ã�„ã�‘ã�¾ã�›ã‚“"
  
! #: c-family/c-common.c:6796
  #, fuzzy, gcc-internal-format
  #| msgid "argument %d of %qE might be a candidate for a format attribute"
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "%d ç•ªç›®ã�® %qE ã�®å¼•æ•°ã�¯ format å±žæ€§ã�®å€™è£œã�®ã‚ˆã�†ã�§ã�™"
  
! #: c-family/c-common.c:6802
  #, fuzzy, gcc-internal-format
  #| msgid "argument %d of %qE must be a multiple of %d"
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "%d ç•ªç›®ã�® %qE ã�®å¼•æ•°ã�¯ %d ã�®å€�æ•°ã�§ã�ªã�‘ã‚Œã�°ã�„ã�‘ã�¾ã�›ã‚“"
  
! #: c-family/c-common.c:6810
  #, fuzzy, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr "å¼•æ•° %d å€‹ã�® `%s' ã‚’æ¸¡ã�—ã�¾ã�™"
  
! #: c-family/c-common.c:6826
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "invalid memory model argument %d of %qE"
  msgstr "%d ç•ªç›®ã�® %qE ã�®å¼•æ•°ç”¨ã�®äº’æ�›æ€§ã�Œã�ªã�„åž‹ã�§ã�™"
  
! #: c-family/c-common.c:6833
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "non-integer memory model argument %d of %qE"
  msgstr "%d ç•ªç›®ã�® %qE ã�®å¼•æ•°ç”¨ã�®äº’æ�›æ€§ã�Œã�ªã�„åž‹ã�§ã�™"
  
! #: c-family/c-common.c:7754
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr ""
  
! #: c-family/c-common.c:7795 c-family/c-common.c:7843 c-family/c-common.c:7858
  #: cp/call.c:4836 cp/call.c:4843
  #, fuzzy, gcc-internal-format
  #| msgid "conversion from %qT to %qT is ambiguous"
*************** msgstr "%qT ã�‹ã‚‰ %qT ã�¸ã�®å¤‰æ�›ã�Œæ›
*** 27271,27293 ****
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7943
  #, fuzzy, gcc-internal-format
  #| msgid "built-in function %qD takes one argument only"
  msgid "built-in function %qE must be directly called"
  msgstr "çµ„ã�¿è¾¼ã�¿é–¢æ•° %qD ã�¯å�˜ä¸€ã�®å¼•æ•°ã‚’ã�¨ã‚Šã�¾ã�™"
  
! #: c-family/c-common.c:7965 c/c-decl.c:6124
  #, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "é…�åˆ— %qE ã�®ã‚µã‚¤ã‚ºã�Œå¤§ã��ã�™ã�Žã�¾ã�™"
  
! #: c-family/c-common.c:7967 c/c-decl.c:6127
  #, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "ç„¡å��é…�åˆ—ã�®ã‚µã‚¤ã‚ºã�Œå¤§ã��ã�™ã�Žã�¾ã�™"
  
! #: c-family/c-common.c:7997
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
--- 27271,27293 ----
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7944
  #, fuzzy, gcc-internal-format
  #| msgid "built-in function %qD takes one argument only"
  msgid "built-in function %qE must be directly called"
  msgstr "çµ„ã�¿è¾¼ã�¿é–¢æ•° %qD ã�¯å�˜ä¸€ã�®å¼•æ•°ã‚’ã�¨ã‚Šã�¾ã�™"
  
! #: c-family/c-common.c:7966 c/c-decl.c:6124
  #, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "é…�åˆ— %qE ã�®ã‚µã‚¤ã‚ºã�Œå¤§ã��ã�™ã�Žã�¾ã�™"
  
! #: c-family/c-common.c:7968 c/c-decl.c:6127
  #, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "ç„¡å��é…�åˆ—ã�®ã‚µã‚¤ã‚ºã�Œå¤§ã��ã�™ã�Žã�¾ã�™"
  
! #: c-family/c-common.c:7998
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
*************** msgstr "%qs ã�¯å‰�å‡¦ç�†ã�®æœ‰åŠ¹ã�ªã‚ªã
*** 29078,29084 ****
  msgid "too many input files"
  msgstr "å…¥åŠ›ãƒ•ã‚¡ã‚¤ãƒ«ã�Œå¤šã�™ã�Žã�¾ã�™"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8751
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for -mcpu"
--- 29078,29084 ----
  msgid "too many input files"
  msgstr "å…¥åŠ›ãƒ•ã‚¡ã‚¤ãƒ«ã�Œå¤šã�™ã�Žã�¾ã�™"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8759
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for -mcpu"
*************** msgstr "RTP PIC ã�¯ Thumb ã�§ã�¯ä½¿ç”¨ã�
*** 29557,29755 ****
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8374
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8418
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8475
  #, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8493
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "unknown spec function %qs"
  msgid "unknown tuning option (%s)"
  msgstr "ä¸�æ˜Žã�ª spec é–¢æ•° %qs ã�§ã�™"
  
! #: config/aarch64/aarch64.c:8707
  #, fuzzy, gcc-internal-format
  #| msgid "valid arguments to %qs are: %s"
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "%qs ã�¸ã�®æœ‰åŠ¹ã�ªå¼•æ•°ã�¯æ¬¡ã�®é€šã‚Šã�§ã�™: %s"
  
! #: config/aarch64/aarch64.c:8748
  #, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8755
  #, fuzzy, gcc-internal-format
  #| msgid "invalid thread pointer option: -mtp=%s"
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "ç„¡åŠ¹ã�ªã‚¹ãƒ¬ãƒƒãƒ‰ãƒ�ã‚¤ãƒ³ã‚¿ã‚ªãƒ—ã‚·ãƒ§ãƒ³ã�§ã�™: -mtp=%s"
  
! #: config/aarch64/aarch64.c:8782
  #, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8785
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for -march"
  msgstr "-mfpu ç”¨ã�®ä¸�æ˜Žã�ªå€¤ %s ã�§ã�™"
  
! #: config/aarch64/aarch64.c:8789
  #, fuzzy, gcc-internal-format
  #| msgid "invalid thread pointer option: -mtp=%s"
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "ç„¡åŠ¹ã�ªã‚¹ãƒ¬ãƒƒãƒ‰ãƒ�ã‚¤ãƒ³ã‚¿ã‚ªãƒ—ã‚·ãƒ§ãƒ³ã�§ã�™: -mtp=%s"
  
! #: config/aarch64/aarch64.c:8815
  #, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8818
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for -mtune"
  msgstr "-mfpu ç”¨ã�®ä¸�æ˜Žã�ªå€¤ %s ã�§ã�™"
  
! #: config/aarch64/aarch64.c:8921 config/arm/arm.c:3093
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "-mcpu=%s ã‚¹ã‚¤ãƒƒãƒ�ã�Œ -march=%s ã‚¹ã‚¤ãƒƒãƒ�ã�¨ç«¶å�ˆã�—ã�¦ã�„ã�¾ã�™"
  
! #: config/aarch64/aarch64.c:8956
  #, fuzzy, gcc-internal-format
  #| msgid "does not support multilib"
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "multilib ã�¯ã‚µãƒ�ãƒ¼ãƒˆã�—ã�¾ã�›ã‚“"
  
! #: config/aarch64/aarch64.c:8960
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9022
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9187
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9190
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "-mfpu ç”¨ã�®ä¸�æ˜Žã�ªå€¤ %s ã�§ã�™"
  
! #: config/aarch64/aarch64.c:9194
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9228
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "missing makefile target after %qs"
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "%qs ã�®å¾Œã�« makefile ã‚¿ãƒ¼ã‚²ãƒƒãƒˆã�Œã�‚ã‚Šã�¾ã�›ã‚“"
  
! #: config/aarch64/aarch64.c:9231
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "-mfpu ç”¨ã�®ä¸�æ˜Žã�ªå€¤ %s ã�§ã�™"
  
! #: config/aarch64/aarch64.c:9235
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9266
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "-mfpu ç”¨ã�®ä¸�æ˜Žã�ªå€¤ %s ã�§ã�™"
  
! #: config/aarch64/aarch64.c:9307
  #, fuzzy, gcc-internal-format
  #| msgid "missing makefile target after %qs"
  msgid "missing feature modifier in target %s %qs"
  msgstr "%qs ã�®å¾Œã�« makefile ã‚¿ãƒ¼ã‚²ãƒƒãƒˆã�Œã�‚ã‚Šã�¾ã�›ã‚“"
  
! #: config/aarch64/aarch64.c:9312
  #, fuzzy, gcc-internal-format
  #| msgid "invalid operand modifier letter"
  msgid "invalid feature modifier in target %s %qs"
  msgstr "ç„¡åŠ¹ã�ªè¢«æ¼”ç®—å­�ä¿®é£¾æ–‡å­—"
  
! #: config/aarch64/aarch64.c:9364
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed spec function arguments"
  msgid "malformed target %s"
  msgstr "é–“é�•ã�£ã�Ÿå½¢å¼�ã�® spec é–¢æ•°å¼•æ•°ã�§ã�™"
  
! #: config/aarch64/aarch64.c:9412
  #, fuzzy, gcc-internal-format
  #| msgid "%s only accepts 1 argument"
  msgid "target %s %qs does not accept an argument"
  msgstr "%s ã�¯ 1 å€‹ã�®å¼•æ•°ã�®ã�¿å�—ã�‘ä»˜ã�‘ã�¾ã�™"
  
! #: config/aarch64/aarch64.c:9421
  #, fuzzy, gcc-internal-format
  #| msgid "matching constraint does not allow a register"
  msgid "target %s %qs does not allow a negated form"
  msgstr "ä¸€è‡´åˆ¶ç´„ã�¯ãƒ¬ã‚¸ã‚¹ã‚¿ã�§ã�¯è¨±å�¯ã�•ã‚Œã�¦ã�„ã�¾ã�›ã‚“"
  
! #: config/aarch64/aarch64.c:9476
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%s\"%s\"%s is invalid"
  msgid "target %s %s=%s is not valid"
  msgstr "%s\"%s\"%s ã�¯ç„¡åŠ¹ã�§ã�™"
  
! #: config/aarch64/aarch64.c:9536 config/arm/arm.c:30367
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:14849
  #, fuzzy, gcc-internal-format
  #| msgid "attribute %qE argument not a string"
  msgid "attribute %<target%> argument not a string"
  msgstr "å±žæ€§ %qE ã�®å¼•æ•°ã�Œæ–‡å­—åˆ—ã�§ã�¯ã�‚ã‚Šã�¾ã�›ã‚“"
  
! #: config/aarch64/aarch64.c:9546
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed #pragma call"
  msgid "malformed target %s value"
  msgstr "é–“é�•ã�£ã�Ÿå½¢å¼�ã�® #pragma call ã�§ã�™"
  
! #: config/aarch64/aarch64.c:9563
  #, fuzzy, gcc-internal-format
  #| msgid "%s\"%s\"%s is invalid"
  msgid "target %s %qs is invalid"
  msgstr "%s\"%s\"%s ã�¯ç„¡åŠ¹ã�§ã�™"
  
! #: config/aarch64/aarch64.c:9572
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11420
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11422
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr ""
--- 29557,29755 ----
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8382
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8426
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8483
  #, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8501
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "unknown spec function %qs"
  msgid "unknown tuning option (%s)"
  msgstr "ä¸�æ˜Žã�ª spec é–¢æ•° %qs ã�§ã�™"
  
! #: config/aarch64/aarch64.c:8715
  #, fuzzy, gcc-internal-format
  #| msgid "valid arguments to %qs are: %s"
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "%qs ã�¸ã�®æœ‰åŠ¹ã�ªå¼•æ•°ã�¯æ¬¡ã�®é€šã‚Šã�§ã�™: %s"
  
! #: config/aarch64/aarch64.c:8756
  #, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8763
  #, fuzzy, gcc-internal-format
  #| msgid "invalid thread pointer option: -mtp=%s"
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "ç„¡åŠ¹ã�ªã‚¹ãƒ¬ãƒƒãƒ‰ãƒ�ã‚¤ãƒ³ã‚¿ã‚ªãƒ—ã‚·ãƒ§ãƒ³ã�§ã�™: -mtp=%s"
  
! #: config/aarch64/aarch64.c:8790
  #, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8793
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for -march"
  msgstr "-mfpu ç”¨ã�®ä¸�æ˜Žã�ªå€¤ %s ã�§ã�™"
  
! #: config/aarch64/aarch64.c:8797
  #, fuzzy, gcc-internal-format
  #| msgid "invalid thread pointer option: -mtp=%s"
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "ç„¡åŠ¹ã�ªã‚¹ãƒ¬ãƒƒãƒ‰ãƒ�ã‚¤ãƒ³ã‚¿ã‚ªãƒ—ã‚·ãƒ§ãƒ³ã�§ã�™: -mtp=%s"
  
! #: config/aarch64/aarch64.c:8823
  #, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8826
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for -mtune"
  msgstr "-mfpu ç”¨ã�®ä¸�æ˜Žã�ªå€¤ %s ã�§ã�™"
  
! #: config/aarch64/aarch64.c:8929 config/arm/arm.c:3094
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "-mcpu=%s ã‚¹ã‚¤ãƒƒãƒ�ã�Œ -march=%s ã‚¹ã‚¤ãƒƒãƒ�ã�¨ç«¶å�ˆã�—ã�¦ã�„ã�¾ã�™"
  
! #: config/aarch64/aarch64.c:8964
  #, fuzzy, gcc-internal-format
  #| msgid "does not support multilib"
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "multilib ã�¯ã‚µãƒ�ãƒ¼ãƒˆã�—ã�¾ã�›ã‚“"
  
! #: config/aarch64/aarch64.c:8968
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9030
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9195
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9198
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "-mfpu ç”¨ã�®ä¸�æ˜Žã�ªå€¤ %s ã�§ã�™"
  
! #: config/aarch64/aarch64.c:9202
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9236
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "missing makefile target after %qs"
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "%qs ã�®å¾Œã�« makefile ã‚¿ãƒ¼ã‚²ãƒƒãƒˆã�Œã�‚ã‚Šã�¾ã�›ã‚“"
  
! #: config/aarch64/aarch64.c:9239
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "-mfpu ç”¨ã�®ä¸�æ˜Žã�ªå€¤ %s ã�§ã�™"
  
! #: config/aarch64/aarch64.c:9243
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9274
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "-mfpu ç”¨ã�®ä¸�æ˜Žã�ªå€¤ %s ã�§ã�™"
  
! #: config/aarch64/aarch64.c:9315
  #, fuzzy, gcc-internal-format
  #| msgid "missing makefile target after %qs"
  msgid "missing feature modifier in target %s %qs"
  msgstr "%qs ã�®å¾Œã�« makefile ã‚¿ãƒ¼ã‚²ãƒƒãƒˆã�Œã�‚ã‚Šã�¾ã�›ã‚“"
  
! #: config/aarch64/aarch64.c:9320
  #, fuzzy, gcc-internal-format
  #| msgid "invalid operand modifier letter"
  msgid "invalid feature modifier in target %s %qs"
  msgstr "ç„¡åŠ¹ã�ªè¢«æ¼”ç®—å­�ä¿®é£¾æ–‡å­—"
  
! #: config/aarch64/aarch64.c:9372
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed spec function arguments"
  msgid "malformed target %s"
  msgstr "é–“é�•ã�£ã�Ÿå½¢å¼�ã�® spec é–¢æ•°å¼•æ•°ã�§ã�™"
  
! #: config/aarch64/aarch64.c:9420
  #, fuzzy, gcc-internal-format
  #| msgid "%s only accepts 1 argument"
  msgid "target %s %qs does not accept an argument"
  msgstr "%s ã�¯ 1 å€‹ã�®å¼•æ•°ã�®ã�¿å�—ã�‘ä»˜ã�‘ã�¾ã�™"
  
! #: config/aarch64/aarch64.c:9429
  #, fuzzy, gcc-internal-format
  #| msgid "matching constraint does not allow a register"
  msgid "target %s %qs does not allow a negated form"
  msgstr "ä¸€è‡´åˆ¶ç´„ã�¯ãƒ¬ã‚¸ã‚¹ã‚¿ã�§ã�¯è¨±å�¯ã�•ã‚Œã�¦ã�„ã�¾ã�›ã‚“"
  
! #: config/aarch64/aarch64.c:9484
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%s\"%s\"%s is invalid"
  msgid "target %s %s=%s is not valid"
  msgstr "%s\"%s\"%s ã�¯ç„¡åŠ¹ã�§ã�™"
  
! #: config/aarch64/aarch64.c:9544 config/arm/arm.c:30411
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:15017
  #, fuzzy, gcc-internal-format
  #| msgid "attribute %qE argument not a string"
  msgid "attribute %<target%> argument not a string"
  msgstr "å±žæ€§ %qE ã�®å¼•æ•°ã�Œæ–‡å­—åˆ—ã�§ã�¯ã�‚ã‚Šã�¾ã�›ã‚“"
  
! #: config/aarch64/aarch64.c:9554
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed #pragma call"
  msgid "malformed target %s value"
  msgstr "é–“é�•ã�£ã�Ÿå½¢å¼�ã�® #pragma call ã�§ã�™"
  
! #: config/aarch64/aarch64.c:9571
  #, fuzzy, gcc-internal-format
  #| msgid "%s\"%s\"%s is invalid"
  msgid "target %s %qs is invalid"
  msgstr "%s\"%s\"%s ã�¯ç„¡åŠ¹ã�§ã�™"
  
! #: config/aarch64/aarch64.c:9580
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11428
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11430
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr ""
*************** msgstr ""
*** 30170,30233 ****
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2799
  #, fuzzy, gcc-internal-format
  #| msgid "-fPIC and -G are incompatible"
  msgid "iWMMXt and NEON are incompatible"
  msgstr "-fPIC ã�¨ -G ã�¯ä½µç”¨ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:2805
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "ã‚¿ãƒ¼ã‚²ãƒƒãƒˆ CPU ã�¯ ARM ãƒ¢ãƒ¼ãƒ‰ã‚’ã‚µãƒ�ãƒ¼ãƒˆã�—ã�¦ã�„ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:2809
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "ãƒ�ãƒƒã‚¯ãƒˆãƒ¬ãƒ¼ã‚¹ã‚µãƒ�ãƒ¼ãƒˆã�®æœ‰åŠ¹åŒ–ã�¯ Thumb ç”¨ã�«ã‚³ãƒ³ãƒ‘ã‚¤ãƒ«ã�—ã�Ÿã�¨ã��ã�®ã�¿æ„�å‘³ã�Œã�‚ã‚Šã�¾ã�™"
  
! #: config/arm/arm.c:2812
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "å‘¼ã�³å‡ºã�—å…ˆ ARM/Thumb ç›¸äº’åˆ©ç”¨æœ‰åŠ¹åŒ–ã�¯ Thumb ç”¨ã�«ã‚³ãƒ³ãƒ‘ã‚¤ãƒ«ã�—ã�Ÿã�¨ã��ã�®ã�¿æ„�å‘³ã�Œã�‚ã‚Šã�¾ã�™"
  
! #: config/arm/arm.c:2820
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g ã�« -mno-apcs-frame ã‚’ã�¤ã�‘ã‚‹ã�¨ã€�ã��ã‚�ç´°ã�‹ã�ªãƒ‡ãƒ�ãƒƒã‚°ã�¯ã�§ã��ã�ªã�„ã�§ã�—ã‚‡ã�†"
  
! #: config/arm/arm.c:2824
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2827
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "-mtp=cp15 ã‚’ 16 ãƒ“ãƒƒãƒˆ Thumb ã�§ä½¿ç”¨ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:2831
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "RTP PIC ã�¯ Thumb ã�§ã�¯ä½¿ç”¨ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:2839
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2844
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
  # å…¬å¼�ã�ªå��å‰�ã�¯ Thumb ã�§ã�‚ã‚Š THUMB ã�§ã�¯ã�ªã�„
! #: config/arm/arm.c:2947
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "ã‚¿ãƒ¼ã‚²ãƒƒãƒˆ CPU ã�¯ Thumb å‘½ä»¤ã‚’ã‚µãƒ�ãƒ¼ãƒˆã�—ã�¦ã�„ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:2992
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support ARM mode"
  msgid "target CPU does not support unaligned accesses"
--- 30170,30233 ----
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2800
  #, fuzzy, gcc-internal-format
  #| msgid "-fPIC and -G are incompatible"
  msgid "iWMMXt and NEON are incompatible"
  msgstr "-fPIC ã�¨ -G ã�¯ä½µç”¨ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:2806
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "ã‚¿ãƒ¼ã‚²ãƒƒãƒˆ CPU ã�¯ ARM ãƒ¢ãƒ¼ãƒ‰ã‚’ã‚µãƒ�ãƒ¼ãƒˆã�—ã�¦ã�„ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:2810
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "ãƒ�ãƒƒã‚¯ãƒˆãƒ¬ãƒ¼ã‚¹ã‚µãƒ�ãƒ¼ãƒˆã�®æœ‰åŠ¹åŒ–ã�¯ Thumb ç”¨ã�«ã‚³ãƒ³ãƒ‘ã‚¤ãƒ«ã�—ã�Ÿã�¨ã��ã�®ã�¿æ„�å‘³ã�Œã�‚ã‚Šã�¾ã�™"
  
! #: config/arm/arm.c:2813
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "å‘¼ã�³å‡ºã�—å…ˆ ARM/Thumb ç›¸äº’åˆ©ç”¨æœ‰åŠ¹åŒ–ã�¯ Thumb ç”¨ã�«ã‚³ãƒ³ãƒ‘ã‚¤ãƒ«ã�—ã�Ÿã�¨ã��ã�®ã�¿æ„�å‘³ã�Œã�‚ã‚Šã�¾ã�™"
  
! #: config/arm/arm.c:2821
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g ã�« -mno-apcs-frame ã‚’ã�¤ã�‘ã‚‹ã�¨ã€�ã��ã‚�ç´°ã�‹ã�ªãƒ‡ãƒ�ãƒƒã‚°ã�¯ã�§ã��ã�ªã�„ã�§ã�—ã‚‡ã�†"
  
! #: config/arm/arm.c:2825
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2828
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "-mtp=cp15 ã‚’ 16 ãƒ“ãƒƒãƒˆ Thumb ã�§ä½¿ç”¨ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:2832
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "RTP PIC ã�¯ Thumb ã�§ã�¯ä½¿ç”¨ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:2840
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2845
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
  # å…¬å¼�ã�ªå��å‰�ã�¯ Thumb ã�§ã�‚ã‚Š THUMB ã�§ã�¯ã�ªã�„
! #: config/arm/arm.c:2948
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "ã‚¿ãƒ¼ã‚²ãƒƒãƒˆ CPU ã�¯ Thumb å‘½ä»¤ã‚’ã‚µãƒ�ãƒ¼ãƒˆã�—ã�¦ã�„ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:2993
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support ARM mode"
  msgid "target CPU does not support unaligned accesses"
*************** msgstr "ã‚¿ãƒ¼ã‚²ãƒƒãƒˆ CPU ã�¯ ARM ãƒ¢ã
*** 30235,30368 ****
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3246
  #, fuzzy, gcc-internal-format
  #| msgid "-mpcrel -fPIC is not currently supported on selected cpu"
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-mpcrel -fPIC ã�¯é�¸æŠžã�—ã�Ÿ CPU ä¸Šã�§ã�¯ç�¾åœ¨ã�®ã�¨ã�“ã‚�ã‚µãƒ�ãƒ¼ãƒˆã�•ã‚Œã�¦ã�„ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:3321
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "ã‚¿ãƒ¼ã‚²ãƒƒãƒˆ CPU ã�¯ ARM/Thumb ç›¸äº’åˆ©ç”¨ã‚’ã‚µãƒ�ãƒ¼ãƒˆã�—ã�¦ã�„ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:3327
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check ã�¨ -mno-apcs-frame ã�¯ä½µç”¨ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:3335
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic ã�¨ -mapcs-reent ã�¯ä½µç”¨ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:3338
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "APCS å†�å…¥å�¯èƒ½ã‚³ãƒ¼ãƒ‰ã�¯ã‚µãƒ�ãƒ¼ãƒˆã�•ã‚Œã�¦ã�„ã�¾ã�›ã‚“ã€‚ç„¡è¦–ã�•ã‚Œã�¾ã�—ã�Ÿ"
  
! #: config/arm/arm.c:3372
  #, fuzzy, gcc-internal-format
  #| msgid "-mrelocatable and -msdata=%s are incompatible"
  msgid "selected fp16 options are incompatible"
  msgstr "-mrelocatable ã�¨ -msdata=%s ã�¯ä½µç”¨ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:3403
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr "iwmmxt ã�¯é�©åˆ‡ã�ªæ“�ä½œç”¨ã�« AAPCS äº’æ�› ABI ã‚’å¿…è¦�ã�¨ã�—ã�¾ã�™"
  
! #: config/arm/arm.c:3406
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr "iwmmxt ABI ã�¯ iwmmxt æ©Ÿèƒ½ã�Œã�‚ã‚‹ CPU ã‚’å¿…è¦�ã�¨ã�—ã�¾ã�™"
  
! #: config/arm/arm.c:3417
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "AAPCS ã�¯ -mcaller-super-interworking ã‚’ã‚µãƒ�ãƒ¼ãƒˆã�—ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:3420
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "AAPCS ã�¯ -mcallee-super-interworking ã‚’ã‚µãƒ�ãƒ¼ãƒˆã�—ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:3425
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr "__fp16 ã�‹ã�¤ ldrh ç„¡ã�—"
  
! #: config/arm/arm.c:3436
  #, fuzzy, gcc-internal-format
  #| msgid "-mfloat-abi=hard and VFP"
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr "-mfloat-abi=hard ã�Šã‚ˆã�³ VFP"
  
! #: config/arm/arm.c:3444
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mfloat-abi=hard ã�Šã‚ˆã�³ VFP"
  
! #: config/arm/arm.c:3480
  #, fuzzy, gcc-internal-format
  #| msgid "structure size boundary can only be set to %s"
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "æ§‹é€ ä½“ã‚µã‚¤ã‚ºå¢ƒç•Œã�¯ %s ã�«ã�®ã�¿è¨­å®šã�§ã��ã�¾ã�™"
  
! #: config/arm/arm.c:3482
  #, fuzzy, gcc-internal-format
  #| msgid "structure size boundary can only be set to %s"
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "æ§‹é€ ä½“ã‚µã‚¤ã‚ºå¢ƒç•Œã�¯ %s ã�«ã�®ã�¿è¨­å®šã�§ã��ã�¾ã�™"
  
! #: config/arm/arm.c:3507
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "RTP PIC ã�¯ -msingle-pic-base ã�¨ä½µç”¨ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:3519
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= ã�¯ -fpic ã‚’ã�¤ã�‘ã�ªã�„ã�¨å½¹ã�«ç«‹ã�¡ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:3528
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "PIC ãƒ¬ã‚¸ã‚¹ã‚¿ç”¨ã�« '%s' ã‚’ä½¿ç”¨ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:3547
  #, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-freorder-blocks-and-partition ã�¯ã�“ã�®ã‚¢ãƒ¼ã‚­ãƒ†ã‚¯ãƒ�ãƒ£ä¸Šã�§ã�¯ã‚µãƒ�ãƒ¼ãƒˆã�•ã‚Œã�¦ã�„ã�¾ã�›ã‚“"
  
  # å…¬å¼�ã�ªå��å‰�ã�¯ Thumb ã�§ã�‚ã‚Š THUMB ã�§ã�¯ã�ªã�„
! #: config/arm/arm.c:3638
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support THUMB instructions"
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "ã‚¿ãƒ¼ã‚²ãƒƒãƒˆ CPU ã�¯ Thumb å‘½ä»¤ã‚’ã‚µãƒ�ãƒ¼ãƒˆã�—ã�¦ã�„ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:5706
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5708
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5727
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5922
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr "Thumb-1 ãƒ�ãƒ¼ãƒ‰ã‚¦ã‚§ã‚¢æµ®å‹•å°�æ•° VFP ABI"
  
! #: config/arm/arm.c:6672 config/arm/arm.c:6690 config/arm/arm.c:6865
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
--- 30235,30374 ----
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3247
  #, fuzzy, gcc-internal-format
  #| msgid "-mpcrel -fPIC is not currently supported on selected cpu"
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-mpcrel -fPIC ã�¯é�¸æŠžã�—ã�Ÿ CPU ä¸Šã�§ã�¯ç�¾åœ¨ã�®ã�¨ã�“ã‚�ã‚µãƒ�ãƒ¼ãƒˆã�•ã‚Œã�¦ã�„ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:3322
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "ã‚¿ãƒ¼ã‚²ãƒƒãƒˆ CPU ã�¯ ARM/Thumb ç›¸äº’åˆ©ç”¨ã‚’ã‚µãƒ�ãƒ¼ãƒˆã�—ã�¦ã�„ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:3328
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check ã�¨ -mno-apcs-frame ã�¯ä½µç”¨ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:3336
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic ã�¨ -mapcs-reent ã�¯ä½µç”¨ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:3339
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "APCS å†�å…¥å�¯èƒ½ã‚³ãƒ¼ãƒ‰ã�¯ã‚µãƒ�ãƒ¼ãƒˆã�•ã‚Œã�¦ã�„ã�¾ã�›ã‚“ã€‚ç„¡è¦–ã�•ã‚Œã�¾ã�—ã�Ÿ"
  
! #: config/arm/arm.c:3373
  #, fuzzy, gcc-internal-format
  #| msgid "-mrelocatable and -msdata=%s are incompatible"
  msgid "selected fp16 options are incompatible"
  msgstr "-mrelocatable ã�¨ -msdata=%s ã�¯ä½µç”¨ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:3404
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr "iwmmxt ã�¯é�©åˆ‡ã�ªæ“�ä½œç”¨ã�« AAPCS äº’æ�› ABI ã‚’å¿…è¦�ã�¨ã�—ã�¾ã�™"
  
! #: config/arm/arm.c:3407
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr "iwmmxt ABI ã�¯ iwmmxt æ©Ÿèƒ½ã�Œã�‚ã‚‹ CPU ã‚’å¿…è¦�ã�¨ã�—ã�¾ã�™"
  
! #: config/arm/arm.c:3418
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "AAPCS ã�¯ -mcaller-super-interworking ã‚’ã‚µãƒ�ãƒ¼ãƒˆã�—ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:3421
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "AAPCS ã�¯ -mcallee-super-interworking ã‚’ã‚µãƒ�ãƒ¼ãƒˆã�—ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:3426
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr "__fp16 ã�‹ã�¤ ldrh ç„¡ã�—"
  
! #: config/arm/arm.c:3437
  #, fuzzy, gcc-internal-format
  #| msgid "-mfloat-abi=hard and VFP"
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr "-mfloat-abi=hard ã�Šã‚ˆã�³ VFP"
  
! #: config/arm/arm.c:3445
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mfloat-abi=hard ã�Šã‚ˆã�³ VFP"
  
! #: config/arm/arm.c:3481
  #, fuzzy, gcc-internal-format
  #| msgid "structure size boundary can only be set to %s"
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "æ§‹é€ ä½“ã‚µã‚¤ã‚ºå¢ƒç•Œã�¯ %s ã�«ã�®ã�¿è¨­å®šã�§ã��ã�¾ã�™"
  
! #: config/arm/arm.c:3483
  #, fuzzy, gcc-internal-format
  #| msgid "structure size boundary can only be set to %s"
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "æ§‹é€ ä½“ã‚µã‚¤ã‚ºå¢ƒç•Œã�¯ %s ã�«ã�®ã�¿è¨­å®šã�§ã��ã�¾ã�™"
  
! #: config/arm/arm.c:3508
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "RTP PIC ã�¯ -msingle-pic-base ã�¨ä½µç”¨ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:3520
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= ã�¯ -fpic ã‚’ã�¤ã�‘ã�ªã�„ã�¨å½¹ã�«ç«‹ã�¡ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:3529
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "PIC ãƒ¬ã‚¸ã‚¹ã‚¿ç”¨ã�« '%s' ã‚’ä½¿ç”¨ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:3548
  #, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-freorder-blocks-and-partition ã�¯ã�“ã�®ã‚¢ãƒ¼ã‚­ãƒ†ã‚¯ãƒ�ãƒ£ä¸Šã�§ã�¯ã‚µãƒ�ãƒ¼ãƒˆã�•ã‚Œã�¦ã�„ã�¾ã�›ã‚“"
  
  # å…¬å¼�ã�ªå��å‰�ã�¯ Thumb ã�§ã�‚ã‚Š THUMB ã�§ã�¯ã�ªã�„
! #: config/arm/arm.c:3639
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support THUMB instructions"
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "ã‚¿ãƒ¼ã‚²ãƒƒãƒˆ CPU ã�¯ Thumb å‘½ä»¤ã‚’ã‚µãƒ�ãƒ¼ãƒˆã�—ã�¦ã�„ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:5707
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5709
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5728
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5923
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr "Thumb-1 ãƒ�ãƒ¼ãƒ‰ã‚¦ã‚§ã‚¢æµ®å‹•å°�æ•° VFP ABI"
  
! #: config/arm/arm.c:6362 config/arm/arm.c:6565 config/arm/arm.c:6593
! #: config/arm/arm.c:26560
! #, gcc-internal-format
! msgid "parameter passing for argument of type %qT changed in GCC 7.1"
! msgstr ""
! 
! #: config/arm/arm.c:6709 config/arm/arm.c:6727 config/arm/arm.c:6902
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
*************** msgstr "Thumb-1 ãƒ�ãƒ¼ãƒ‰ã‚¦ã‚§ã‚¢æµ®å‹•
*** 30378,30455 ****
  msgid "%qE attribute only applies to functions"
  msgstr "%qE å±žæ€§ã�¯é–¢æ•°ã�¸ã�®ã�¿é�©ç”¨ã�•ã‚Œã�¾ã�™"
  
! #: config/arm/arm.c:6814
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to functions, not %s"
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr "%qE å±žæ€§ã�¯é–¢æ•°ã�¸ã�®ã�¿é�©ç”¨å‡ºæ�¥ã�¾ã�™ã€‚%s ã�¸ã�¯é�©ç”¨ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:6826
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute requires prototypes with named arguments"
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "%qE å±žæ€§ã�¯å��å‰�ä»˜ã��å¼•æ•°ã�Œã�‚ã‚‹ãƒ—ãƒ­ãƒˆã‚¿ã‚¤ãƒ—ã�Œå¿…è¦�ã�§ã�™"
  
! #: config/arm/arm.c:6835
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to functions, not %s"
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr "%qE å±žæ€§ã�¯é–¢æ•°ã�¸ã�®ã�¿é�©ç”¨å‡ºæ�¥ã�¾ã�™ã€‚%s ã�¸ã�¯é�©ç”¨ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:6857 config/arm/arm.c:6909
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute ignored on non-class types"
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "%qE å±žæ€§ã�¯é�žã‚¯ãƒ©ã‚¹åž‹ã�«é–¢ã�—ã�¦ã�¯ç„¡è¦–ã�•ã‚Œã�¾ã�™"
  
! #: config/arm/arm.c:6876
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute has no effect on unit local functions"
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "%qE å±žæ€§ã�¯ãƒ¦ãƒ‹ãƒƒãƒˆå±€æ‰€é–¢æ•°ã�«é–¢ã�—ã�¦ã�¯åŠ¹æžœã�Œã�‚ã‚Šã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:6925
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to function types"
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "%qE å±žæ€§ã�¯é–¢æ•°åž‹ã�«ã�®ã�¿é�©ç”¨ã�§ã��ã�¾ã�™"
  
! #: config/arm/arm.c:12208
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12211
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23458
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "ã‚¹ã‚¿ãƒƒã‚¯ã�«ç©�ã�¾ã‚Œã�Ÿä»®å¼•æ•°ã�®å®Ÿéš›ã�®ä½�ç½®ã‚’è¨ˆç®—ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:24111
  #, fuzzy, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr "äºˆæœŸã�—ã�ªã�„åž‹ã�Œ `id' (%s) ã�«æŒ‡å®šã�•ã‚Œã�¾ã�—ã�Ÿ"
  
! #: config/arm/arm.c:24375
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "é«˜ä½�ãƒ¬ã‚¸ã‚¹ã‚¿ã‚’ pop ã�™ã‚‹ç‚ºã�«ä½¿ç”¨ã�§ã��ã‚‹ä½Žä½�ãƒ¬ã‚¸ã‚¹ã‚¿ã�Œã�‚ã‚Šã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:24624
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "å‰²ã‚Šè¾¼ã�¿ã‚µãƒ¼ãƒ“ã‚¹ãƒ«ãƒ¼ãƒ�ãƒ³ã‚’ Thumb ãƒ¢ãƒ¼ãƒ‰ã�§ã‚³ãƒ¼ãƒ‰åŒ–ã�™ã‚‹ã�“ã�¨ã�¯ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:24853
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30391
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid vector type for attribute %qs"
  msgid "invalid fpu for attribute(target(\"%s\"))"
--- 30384,30461 ----
  msgid "%qE attribute only applies to functions"
  msgstr "%qE å±žæ€§ã�¯é–¢æ•°ã�¸ã�®ã�¿é�©ç”¨ã�•ã‚Œã�¾ã�™"
  
! #: config/arm/arm.c:6851
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to functions, not %s"
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr "%qE å±žæ€§ã�¯é–¢æ•°ã�¸ã�®ã�¿é�©ç”¨å‡ºæ�¥ã�¾ã�™ã€‚%s ã�¸ã�¯é�©ç”¨ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:6863
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute requires prototypes with named arguments"
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "%qE å±žæ€§ã�¯å��å‰�ä»˜ã��å¼•æ•°ã�Œã�‚ã‚‹ãƒ—ãƒ­ãƒˆã‚¿ã‚¤ãƒ—ã�Œå¿…è¦�ã�§ã�™"
  
! #: config/arm/arm.c:6872
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to functions, not %s"
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr "%qE å±žæ€§ã�¯é–¢æ•°ã�¸ã�®ã�¿é�©ç”¨å‡ºæ�¥ã�¾ã�™ã€‚%s ã�¸ã�¯é�©ç”¨ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:6894 config/arm/arm.c:6946
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute ignored on non-class types"
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "%qE å±žæ€§ã�¯é�žã‚¯ãƒ©ã‚¹åž‹ã�«é–¢ã�—ã�¦ã�¯ç„¡è¦–ã�•ã‚Œã�¾ã�™"
  
! #: config/arm/arm.c:6913
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute has no effect on unit local functions"
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "%qE å±žæ€§ã�¯ãƒ¦ãƒ‹ãƒƒãƒˆå±€æ‰€é–¢æ•°ã�«é–¢ã�—ã�¦ã�¯åŠ¹æžœã�Œã�‚ã‚Šã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:6962
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to function types"
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "%qE å±žæ€§ã�¯é–¢æ•°åž‹ã�«ã�®ã�¿é�©ç”¨ã�§ã��ã�¾ã�™"
  
! #: config/arm/arm.c:12245
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12248
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23495
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "ã‚¹ã‚¿ãƒƒã‚¯ã�«ç©�ã�¾ã‚Œã�Ÿä»®å¼•æ•°ã�®å®Ÿéš›ã�®ä½�ç½®ã‚’è¨ˆç®—ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:24148
  #, fuzzy, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr "äºˆæœŸã�—ã�ªã�„åž‹ã�Œ `id' (%s) ã�«æŒ‡å®šã�•ã‚Œã�¾ã�—ã�Ÿ"
  
! #: config/arm/arm.c:24412
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "é«˜ä½�ãƒ¬ã‚¸ã‚¹ã‚¿ã‚’ pop ã�™ã‚‹ç‚ºã�«ä½¿ç”¨ã�§ã��ã‚‹ä½Žä½�ãƒ¬ã‚¸ã‚¹ã‚¿ã�Œã�‚ã‚Šã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:24661
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "å‰²ã‚Šè¾¼ã�¿ã‚µãƒ¼ãƒ“ã‚¹ãƒ«ãƒ¼ãƒ�ãƒ³ã‚’ Thumb ãƒ¢ãƒ¼ãƒ‰ã�§ã‚³ãƒ¼ãƒ‰åŒ–ã�™ã‚‹ã�“ã�¨ã�¯ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/arm/arm.c:24890
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid vector type for attribute %qs"
  msgid "invalid fpu for attribute(target(\"%s\"))"
*************** msgstr "%qs å±žæ€§ç”¨ã�®ç„¡åŠ¹ã�ªãƒ™ã‚¯ã
*** 30458,30470 ****
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30399
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30406 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:14915 config/s390/s390.c:14965 config/s390/s390.c:14982
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr "attribute(target(\"%s\")) ã�Œä¸�æ˜Žã�§ã�™"
--- 30464,30476 ----
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30443
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30450 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:15083 config/s390/s390.c:15133 config/s390/s390.c:15150
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr "attribute(target(\"%s\")) ã�Œä¸�æ˜Žã�§ã�™"
*************** msgstr "vec_extract ã�¯ 2 å€‹ã�®å¼•æ•°ã�
*** 33247,33253 ****
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "vec_insert ã�¯ 3 å€‹ã�®å¼•æ•°ã�®ã�¿å�—ã�‘ä»˜ã�‘ã�¾ã�™"
  
! #: config/rs6000/rs6000-c.c:5711
  #, fuzzy, gcc-internal-format
  #| msgid "vec_insert only accepts 3 arguments"
  msgid "vec_adde only accepts 3 arguments"
--- 33253,33259 ----
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "vec_insert ã�¯ 3 å€‹ã�®å¼•æ•°ã�®ã�¿å�—ã�‘ä»˜ã�‘ã�¾ã�™"
  
! #: config/rs6000/rs6000-c.c:5710
  #, fuzzy, gcc-internal-format
  #| msgid "vec_insert only accepts 3 arguments"
  msgid "vec_adde only accepts 3 arguments"
*************** msgstr "vec_insert ã�¯ 3 å€‹ã�®å¼•æ•°ã�®
*** 33259,33302 ****
  msgid "vec_addec only accepts 3 arguments"
  msgstr "vec_insert ã�¯ 3 å€‹ã�®å¼•æ•°ã�®ã�¿å�—ã�‘ä»˜ã�‘ã�¾ã�™"
  
! #: config/rs6000/rs6000-c.c:5861
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%s ã�¯ %d å€‹ã�®å¼•æ•°ã�®ã�¿å�—ã�‘ä»˜ã�‘ã�¾ã�™"
  
! #: config/rs6000/rs6000-c.c:5866
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%s ã�¯ 1 å€‹ã�®å¼•æ•°ã�®ã�¿å�—ã�‘ä»˜ã�‘ã�¾ã�™"
  
! #: config/rs6000/rs6000-c.c:5871
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%s ã�¯ 2 ã�“ã�®å¼•æ•°ã�®ã�¿å�—ã�‘ä»˜ã�‘ã�¾ã�™"
  
! #: config/rs6000/rs6000-c.c:5937
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr "vec_extract ã�¯ 2 å€‹ã�®å¼•æ•°ã�®ã�¿å�—ã�‘ä»˜ã�‘ã�¾ã�™"
  
! #: config/rs6000/rs6000-c.c:6106
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr "vec_insert ã�¯ 3 å€‹ã�®å¼•æ•°ã�®ã�¿å�—ã�‘ä»˜ã�‘ã�¾ã�™"
  
! #: config/rs6000/rs6000-c.c:6380
  #, fuzzy, gcc-internal-format
  #| msgid "passing argument %d of %qE makes integer from pointer without a cast"
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "passing argument %d ç•ªç›®ã�® %qE ã�®å¼•æ•°ã‚’æ¸¡ã�™ã�¨ã��ã�«ãƒ�ã‚¤ãƒ³ã‚¿ã�‹ã‚‰ã‚­ãƒ£ã‚¹ãƒˆç„¡ã�—ã�«æ•´æ•°ã‚’ä½œæˆ�ã�—ã�¦ã�„ã�¾ã�™"
  
! #: config/rs6000/rs6000-c.c:6434
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "ifunc is not supported in this configuration"
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "ifunc ã�¯ã�“ã�®è¨­å®šã�§ã�¯ã‚µãƒ�ãƒ¼ãƒˆã�•ã‚Œã�¦ã�„ã�¾ã�›ã‚“"
  
! #: config/rs6000/rs6000-c.c:6442
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr ""
--- 33265,33308 ----
  msgid "vec_addec only accepts 3 arguments"
  msgstr "vec_insert ã�¯ 3 å€‹ã�®å¼•æ•°ã�®ã�¿å�—ã�‘ä»˜ã�‘ã�¾ã�™"
  
! #: config/rs6000/rs6000-c.c:5862
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%s ã�¯ %d å€‹ã�®å¼•æ•°ã�®ã�¿å�—ã�‘ä»˜ã�‘ã�¾ã�™"
  
! #: config/rs6000/rs6000-c.c:5867
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%s ã�¯ 1 å€‹ã�®å¼•æ•°ã�®ã�¿å�—ã�‘ä»˜ã�‘ã�¾ã�™"
  
! #: config/rs6000/rs6000-c.c:5872
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%s ã�¯ 2 ã�“ã�®å¼•æ•°ã�®ã�¿å�—ã�‘ä»˜ã�‘ã�¾ã�™"
  
! #: config/rs6000/rs6000-c.c:5938
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr "vec_extract ã�¯ 2 å€‹ã�®å¼•æ•°ã�®ã�¿å�—ã�‘ä»˜ã�‘ã�¾ã�™"
  
! #: config/rs6000/rs6000-c.c:6107
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr "vec_insert ã�¯ 3 å€‹ã�®å¼•æ•°ã�®ã�¿å�—ã�‘ä»˜ã�‘ã�¾ã�™"
  
! #: config/rs6000/rs6000-c.c:6381
  #, fuzzy, gcc-internal-format
  #| msgid "passing argument %d of %qE makes integer from pointer without a cast"
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "passing argument %d ç•ªç›®ã�® %qE ã�®å¼•æ•°ã‚’æ¸¡ã�™ã�¨ã��ã�«ãƒ�ã‚¤ãƒ³ã‚¿ã�‹ã‚‰ã‚­ãƒ£ã‚¹ãƒˆç„¡ã�—ã�«æ•´æ•°ã‚’ä½œæˆ�ã�—ã�¦ã�„ã�¾ã�™"
  
! #: config/rs6000/rs6000-c.c:6435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "ifunc is not supported in this configuration"
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "ifunc ã�¯ã�“ã�®è¨­å®šã�§ã�¯ã‚µãƒ�ãƒ¼ãƒˆã�•ã‚Œã�¦ã�„ã�¾ã�›ã‚“"
  
! #: config/rs6000/rs6000-c.c:6443
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr ""
*************** msgstr "çµ„ã�¿è¾¼ã�¿é–¢æ•°ã�¸ã�®ç„¡åŠ¹ã�
*** 34403,34521 ****
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9812
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr "å±€æ‰€å¤‰æ•°ã�®å�ˆè¨ˆã‚µã‚¤ã‚ºã�Œã‚¢ãƒ¼ã‚­ãƒ†ã‚¯ãƒ�ãƒ£ã�®åˆ¶é™�ã‚’è¶…é�Žã�—ã�¦ã�„ã�¾ã�™"
  
! #: config/s390/s390.c:10926
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:10942
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:10970
  #, fuzzy, gcc-internal-format
  #| msgid "frame size of %qs is "
  msgid "frame size of %qs is %wd bytes"
  msgstr "%qs ã�®ãƒ•ãƒ¬ãƒ¼ãƒ ã‚µã‚¤ã‚º: "
  
! #: config/s390/s390.c:10974
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr "%qs ã�¯å‹•çš„ã‚¹ã‚¿ãƒƒã‚¯å‰²ã‚Šå½“ã�¦ã‚’ä½¿ç”¨ã�—ã�¾ã�™"
  
! #: config/s390/s390.c:11352
  #, fuzzy, gcc-internal-format
  #| msgid "-fPIC and -fpic are not supported for this target"
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr "-fPIC and -fpic ã�¯ã�“ã�®ã‚¿ãƒ¼ã‚²ãƒƒãƒˆã�§ã�¯ã‚µãƒ�ãƒ¼ãƒˆã�•ã‚Œã�¦ã�„ã�¾ã�›ã‚“"
  
! #: config/s390/s390.c:14498
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14510
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14522
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "z/Architecture ãƒ¢ãƒ¼ãƒ‰ã�¯ %s ä¸Šã�§ã�¯ã‚µãƒ�ãƒ¼ãƒˆã�•ã‚Œã�¦ã�„ã�¾ã�›ã‚“"
  
! #: config/s390/s390.c:14525
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "64 ãƒ“ãƒƒãƒˆ ABI ã�¯ ESA/390 ãƒ¢ãƒ¼ãƒ‰å†…ã�§ã�¯ã‚µãƒ�ãƒ¼ãƒˆã�•ã‚Œã�¦ã�„ã�¾ã�›ã‚“"
  
! #: config/s390/s390.c:14542
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "hardware decimal floating point instructions not available on %s"
  msgid "hardware vector support not available on %s"
  msgstr "ãƒ�ãƒ¼ãƒ‰ã‚¦ã‚§ã‚¢å��é€²æµ®å‹•å°�æ•°ç‚¹å‘½ä»¤ã�¯ %s ä¸Šã�§ã�¯ä½¿ç”¨å‡ºæ�¥ã�¾ã�›ã‚“"
  
! #: config/s390/s390.c:14545
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14573
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "ãƒ�ãƒ¼ãƒ‰ã‚¦ã‚§ã‚¢å��é€²æµ®å‹•å°�æ•°ç‚¹å‘½ä»¤ã�¯ %s ä¸Šã�§ã�¯ä½¿ç”¨å‡ºæ�¥ã�¾ã�›ã‚“"
  
! #: config/s390/s390.c:14577
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "ãƒ�ãƒ¼ãƒ‰ã‚¦ã‚§ã‚¢å��é€²æµ®å‹•å°�æ•°ç‚¹å‘½ä»¤ã�¯ ESA/390 ãƒ¢ãƒ¼ãƒ‰ã�§ã�¯ä½¿ç”¨å‡ºæ�¥ã�¾ã�›ã‚“"
  
! #: config/s390/s390.c:14589
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr "-mhard-dfp ã�¯ -msoft-float ã�¨ä½µç”¨ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/s390/s390.c:14597
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "-mbackchain -mpacked-stack -mhard-float ã�®çµ„ã�¿å�ˆã‚�ã�›ã�¯ã‚µãƒ�ãƒ¼ãƒˆã�•ã‚Œã�¦ã�„ã�¾ã�›ã‚“"
  
! #: config/s390/s390.c:14603
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr ""
  
! #: config/s390/s390.c:14605
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "ã‚¹ã‚¿ãƒƒã‚¯ã‚µã‚¤ã‚ºã�¯ 64k ã‚ˆã‚Šå¤§ã��ã��ã�¦ã�¯ã�„ã�‘ã�¾ã�›ã‚“"
  
! #: config/s390/s390.c:14608
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr "-mstack-guard ã�¯ -mstack-size ã‚’æš—é»™çš„ã�«ä½¿ç”¨ã�—ã�¾ã�™"
  
  #. argument is not a plain number
! #: config/s390/s390.c:14706
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qs should be a non-negative integer"
  msgid "arguments to %qs should be non-negative integers"
  msgstr "%qs ã�¸ã�®å¼•æ•°ã�¯é�žè² æ•´æ•°ã�§ã�‚ã‚‹ã�¹ã��ã�§ã�™"
  
! #: config/s390/s390.c:14713
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qE attribute larger than %d"
  msgid "argument to %qs is too large (max. %d)"
  msgstr "%qE å±žæ€§ã�¸ã�®å¼•æ•°ã�Œ %d ã‚ˆã‚Šå¤§ã��ã�„ã�§ã�™"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:14921
  #, fuzzy, gcc-internal-format
  #| msgid "%<__int128%> is not supported by this target"
  msgid "value %qs is not supported by attribute %<target%>"
--- 34409,34527 ----
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9980
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr "å±€æ‰€å¤‰æ•°ã�®å�ˆè¨ˆã‚µã‚¤ã‚ºã�Œã‚¢ãƒ¼ã‚­ãƒ†ã‚¯ãƒ�ãƒ£ã�®åˆ¶é™�ã‚’è¶…é�Žã�—ã�¦ã�„ã�¾ã�™"
  
! #: config/s390/s390.c:11094
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:11110
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:11138
  #, fuzzy, gcc-internal-format
  #| msgid "frame size of %qs is "
  msgid "frame size of %qs is %wd bytes"
  msgstr "%qs ã�®ãƒ•ãƒ¬ãƒ¼ãƒ ã‚µã‚¤ã‚º: "
  
! #: config/s390/s390.c:11142
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr "%qs ã�¯å‹•çš„ã‚¹ã‚¿ãƒƒã‚¯å‰²ã‚Šå½“ã�¦ã‚’ä½¿ç”¨ã�—ã�¾ã�™"
  
! #: config/s390/s390.c:11520
  #, fuzzy, gcc-internal-format
  #| msgid "-fPIC and -fpic are not supported for this target"
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr "-fPIC and -fpic ã�¯ã�“ã�®ã‚¿ãƒ¼ã‚²ãƒƒãƒˆã�§ã�¯ã‚µãƒ�ãƒ¼ãƒˆã�•ã‚Œã�¦ã�„ã�¾ã�›ã‚“"
  
! #: config/s390/s390.c:14666
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14678
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14690
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "z/Architecture ãƒ¢ãƒ¼ãƒ‰ã�¯ %s ä¸Šã�§ã�¯ã‚µãƒ�ãƒ¼ãƒˆã�•ã‚Œã�¦ã�„ã�¾ã�›ã‚“"
  
! #: config/s390/s390.c:14693
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "64 ãƒ“ãƒƒãƒˆ ABI ã�¯ ESA/390 ãƒ¢ãƒ¼ãƒ‰å†…ã�§ã�¯ã‚µãƒ�ãƒ¼ãƒˆã�•ã‚Œã�¦ã�„ã�¾ã�›ã‚“"
  
! #: config/s390/s390.c:14710
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "hardware decimal floating point instructions not available on %s"
  msgid "hardware vector support not available on %s"
  msgstr "ãƒ�ãƒ¼ãƒ‰ã‚¦ã‚§ã‚¢å��é€²æµ®å‹•å°�æ•°ç‚¹å‘½ä»¤ã�¯ %s ä¸Šã�§ã�¯ä½¿ç”¨å‡ºæ�¥ã�¾ã�›ã‚“"
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14741
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "ãƒ�ãƒ¼ãƒ‰ã‚¦ã‚§ã‚¢å��é€²æµ®å‹•å°�æ•°ç‚¹å‘½ä»¤ã�¯ %s ä¸Šã�§ã�¯ä½¿ç”¨å‡ºæ�¥ã�¾ã�›ã‚“"
  
! #: config/s390/s390.c:14745
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "ãƒ�ãƒ¼ãƒ‰ã‚¦ã‚§ã‚¢å��é€²æµ®å‹•å°�æ•°ç‚¹å‘½ä»¤ã�¯ ESA/390 ãƒ¢ãƒ¼ãƒ‰ã�§ã�¯ä½¿ç”¨å‡ºæ�¥ã�¾ã�›ã‚“"
  
! #: config/s390/s390.c:14757
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr "-mhard-dfp ã�¯ -msoft-float ã�¨ä½µç”¨ã�§ã��ã�¾ã�›ã‚“"
  
! #: config/s390/s390.c:14765
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "-mbackchain -mpacked-stack -mhard-float ã�®çµ„ã�¿å�ˆã‚�ã�›ã�¯ã‚µãƒ�ãƒ¼ãƒˆã�•ã‚Œã�¦ã�„ã�¾ã�›ã‚“"
  
! #: config/s390/s390.c:14771
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr ""
  
! #: config/s390/s390.c:14773
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "ã‚¹ã‚¿ãƒƒã‚¯ã‚µã‚¤ã‚ºã�¯ 64k ã‚ˆã‚Šå¤§ã��ã��ã�¦ã�¯ã�„ã�‘ã�¾ã�›ã‚“"
  
! #: config/s390/s390.c:14776
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr "-mstack-guard ã�¯ -mstack-size ã‚’æš—é»™çš„ã�«ä½¿ç”¨ã�—ã�¾ã�™"
  
  #. argument is not a plain number
! #: config/s390/s390.c:14874
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qs should be a non-negative integer"
  msgid "arguments to %qs should be non-negative integers"
  msgstr "%qs ã�¸ã�®å¼•æ•°ã�¯é�žè² æ•´æ•°ã�§ã�‚ã‚‹ã�¹ã��ã�§ã�™"
  
! #: config/s390/s390.c:14881
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qE attribute larger than %d"
  msgid "argument to %qs is too large (max. %d)"
  msgstr "%qE å±žæ€§ã�¸ã�®å¼•æ•°ã�Œ %d ã‚ˆã‚Šå¤§ã��ã�„ã�§ã�™"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:15089
  #, fuzzy, gcc-internal-format
  #| msgid "%<__int128%> is not supported by this target"
  msgid "value %qs is not supported by attribute %<target%>"
diff -Nrcpad gcc-7.1.0/gcc/po/nl.gmo gcc-7.2.0/gcc/po/nl.gmo
*** gcc-7.1.0/gcc/po/nl.gmo	Tue May  2 14:16:37 2017
--- gcc-7.2.0/gcc/po/nl.gmo	Mon Aug 14 08:30:39 2017
*************** warranty; not even for MERCHANTABILITY o
*** 97,103 ****
  unconditional %2d taken %s
  unexpected operanduninitialized const %qDuninitialized const %qD is invalid in C++union cannot be made transparentunion has no membersunion has no named membersunknown insn modeunknown move insn:unknown relocation unspecunnamed struct/union that defines no instancesunrecognizable insn:unrecognized addressunrecognized argument in option %qsunrecognized argument to --help= option: %q.*sunrecognized command line option %<-%s%>unrecognized command line option %<-fdump-%s%>unrecognized command line option %<-fopt-info-%s%>unrecognized command line option %qsunrecognized option -fdisableunrecognized option -fenableunrecognized register name %qsunrecognized supposed constantunrecognized visibility value %qsunrecoverable errorunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatupper value in case label range exceeds maximum value for typeuse __attribute__ ((vector_size)) insteaduse of %s and %s together in %s formatuseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationvalid arguments to %qs are: %svariable %qD has initializer but incomplete typevariable previously declared %<static%> redeclared %<extern%>variable-sized object may not be initializedvector overflow in expressionvectorlength must be an integer constantversion attribute is not a stringvisibility argument not a stringvoid value not ignored as it ought to bewarning: width of %qs exceeds its typewrong number of arguments specified for %qE attributewrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary pluszero width for bit-field %qszero width in %s formatzero-length %s format string{anonymous}Project-Id-Version: gcc 4.9-b20140202
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-04-24 20:38+0000
  PO-Revision-Date: 2014-02-05 12:25+0100
  Last-Translator: Benno Schulenberg <benno@vertaalt.nl>
  Language-Team: Dutch <vertaling@vrijschrift.org>
--- 97,103 ----
  unconditional %2d taken %s
  unexpected operanduninitialized const %qDuninitialized const %qD is invalid in C++union cannot be made transparentunion has no membersunion has no named membersunknown insn modeunknown move insn:unknown relocation unspecunnamed struct/union that defines no instancesunrecognizable insn:unrecognized addressunrecognized argument in option %qsunrecognized argument to --help= option: %q.*sunrecognized command line option %<-%s%>unrecognized command line option %<-fdump-%s%>unrecognized command line option %<-fopt-info-%s%>unrecognized command line option %qsunrecognized option -fdisableunrecognized option -fenableunrecognized register name %qsunrecognized supposed constantunrecognized visibility value %qsunrecoverable errorunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatupper value in case label range exceeds maximum value for typeuse __attribute__ ((vector_size)) insteaduse of %s and %s together in %s formatuseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationvalid arguments to %qs are: %svariable %qD has initializer but incomplete typevariable previously declared %<static%> redeclared %<extern%>variable-sized object may not be initializedvector overflow in expressionvectorlength must be an integer constantversion attribute is not a stringvisibility argument not a stringvoid value not ignored as it ought to bewarning: width of %qs exceeds its typewrong number of arguments specified for %qE attributewrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary pluszero width for bit-field %qszero width in %s formatzero-length %s format string{anonymous}Project-Id-Version: gcc 4.9-b20140202
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-05-01 22:24+0000
  PO-Revision-Date: 2014-02-05 12:25+0100
  Last-Translator: Benno Schulenberg <benno@vertaalt.nl>
  Language-Team: Dutch <vertaling@vrijschrift.org>
diff -Nrcpad gcc-7.1.0/gcc/po/nl.po gcc-7.2.0/gcc/po/nl.po
*** gcc-7.1.0/gcc/po/nl.po	Sun Apr 30 23:16:59 2017
--- gcc-7.2.0/gcc/po/nl.po	Thu May  4 15:54:38 2017
*************** msgid ""
*** 8,14 ****
  msgstr ""
  "Project-Id-Version: gcc 4.9-b20140202\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-04-24 20:38+0000\n"
  "PO-Revision-Date: 2014-02-05 12:25+0100\n"
  "Last-Translator: Benno Schulenberg <benno@vertaalt.nl>\n"
  "Language-Team: Dutch <vertaling@vrijschrift.org>\n"
--- 8,14 ----
  msgstr ""
  "Project-Id-Version: gcc 4.9-b20140202\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-05-01 22:24+0000\n"
  "PO-Revision-Date: 2014-02-05 12:25+0100\n"
  "Last-Translator: Benno Schulenberg <benno@vertaalt.nl>\n"
  "Language-Team: Dutch <vertaling@vrijschrift.org>\n"
*************** msgstr "lengte-modifier in strfmon-forma
*** 2789,2830 ****
  msgid "<command-line>"
  msgstr "<opdrachtregel>"
  
! #: config/aarch64/aarch64.c:4926 config/arm/arm.c:21795 config/arm/arm.c:21808
! #: config/arm/arm.c:21833 config/nios2/nios2.c:2653
  #, fuzzy, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "ongeldige operand voor code '%c'"
  
! #: config/aarch64/aarch64.c:4938 config/aarch64/aarch64.c:4954
! #: config/aarch64/aarch64.c:4967 config/aarch64/aarch64.c:4979
! #: config/aarch64/aarch64.c:4990 config/aarch64/aarch64.c:5013
! #: config/aarch64/aarch64.c:5066 config/aarch64/aarch64.c:5269
  #, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "ongeldige operand voor '%%%c'"
  
! #: config/aarch64/aarch64.c:5033 config/aarch64/aarch64.c:5046
! #: config/aarch64/aarch64.c:5056
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5102 config/arm/arm.c:22340
  #, c-format
  msgid "missing operand"
  msgstr "operand ontbreekt"
  
! #: config/aarch64/aarch64.c:5164
  #, c-format
  msgid "invalid constant"
  msgstr "ongeldige constante"
  
! #: config/aarch64/aarch64.c:5167
  #, c-format
  msgid "invalid operand"
  msgstr "ongeldige operand"
  
! #: config/aarch64/aarch64.c:5280
  #, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "ongeldige operandprefix '%%%c'"
--- 2789,2830 ----
  msgid "<command-line>"
  msgstr "<opdrachtregel>"
  
! #: config/aarch64/aarch64.c:4927 config/arm/arm.c:21832 config/arm/arm.c:21845
! #: config/arm/arm.c:21870 config/nios2/nios2.c:2653
  #, fuzzy, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "ongeldige operand voor code '%c'"
  
! #: config/aarch64/aarch64.c:4939 config/aarch64/aarch64.c:4955
! #: config/aarch64/aarch64.c:4968 config/aarch64/aarch64.c:4980
! #: config/aarch64/aarch64.c:4991 config/aarch64/aarch64.c:5014
! #: config/aarch64/aarch64.c:5067 config/aarch64/aarch64.c:5270
  #, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "ongeldige operand voor '%%%c'"
  
! #: config/aarch64/aarch64.c:5034 config/aarch64/aarch64.c:5047
! #: config/aarch64/aarch64.c:5057
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5103 config/arm/arm.c:22377
  #, c-format
  msgid "missing operand"
  msgstr "operand ontbreekt"
  
! #: config/aarch64/aarch64.c:5165
  #, c-format
  msgid "invalid constant"
  msgstr "ongeldige constante"
  
! #: config/aarch64/aarch64.c:5168
  #, c-format
  msgid "invalid operand"
  msgstr "ongeldige operand"
  
! #: config/aarch64/aarch64.c:5281
  #, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "ongeldige operandprefix '%%%c'"
*************** msgstr "ongeldige code voor operanduitvo
*** 2983,3012 ****
  msgid "invalid UNSPEC as operand: %d"
  msgstr "ongeldige UNSPEC als operand: %d"
  
! #: config/arm/arm.c:18804 config/arm/arm.c:18829 config/arm/arm.c:18839
! #: config/arm/arm.c:18848 config/arm/arm.c:18857
  #, c-format
  msgid "invalid shift operand"
  msgstr "ongeldige shift-operand"
  
! #: config/arm/arm.c:21671 config/arm/arm.c:21689
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "Thumb-instructie met predicaat"
  
  # mja. snappen wie snappen kan ^^
! #: config/arm/arm.c:21677
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "instructie met predicaat in voorwaardelijke sequentie"
  
! #: config/arm/arm.c:21910 config/arm/arm.c:21932 config/arm/arm.c:21942
! #: config/arm/arm.c:21952 config/arm/arm.c:21962 config/arm/arm.c:22001
! #: config/arm/arm.c:22019 config/arm/arm.c:22044 config/arm/arm.c:22059
! #: config/arm/arm.c:22086 config/arm/arm.c:22093 config/arm/arm.c:22111
! #: config/arm/arm.c:22118 config/arm/arm.c:22126 config/arm/arm.c:22147
! #: config/arm/arm.c:22154 config/arm/arm.c:22287 config/arm/arm.c:22294
! #: config/arm/arm.c:22321 config/arm/arm.c:22328 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
--- 2983,3012 ----
  msgid "invalid UNSPEC as operand: %d"
  msgstr "ongeldige UNSPEC als operand: %d"
  
! #: config/arm/arm.c:18841 config/arm/arm.c:18866 config/arm/arm.c:18876
! #: config/arm/arm.c:18885 config/arm/arm.c:18894
  #, c-format
  msgid "invalid shift operand"
  msgstr "ongeldige shift-operand"
  
! #: config/arm/arm.c:21708 config/arm/arm.c:21726
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "Thumb-instructie met predicaat"
  
  # mja. snappen wie snappen kan ^^
! #: config/arm/arm.c:21714
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "instructie met predicaat in voorwaardelijke sequentie"
  
! #: config/arm/arm.c:21947 config/arm/arm.c:21969 config/arm/arm.c:21979
! #: config/arm/arm.c:21989 config/arm/arm.c:21999 config/arm/arm.c:22038
! #: config/arm/arm.c:22056 config/arm/arm.c:22081 config/arm/arm.c:22096
! #: config/arm/arm.c:22123 config/arm/arm.c:22130 config/arm/arm.c:22148
! #: config/arm/arm.c:22155 config/arm/arm.c:22163 config/arm/arm.c:22184
! #: config/arm/arm.c:22191 config/arm/arm.c:22324 config/arm/arm.c:22331
! #: config/arm/arm.c:22358 config/arm/arm.c:22365 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
*************** msgstr "instructie met predicaat in voor
*** 3014,3026 ****
  msgid "invalid operand for code '%c'"
  msgstr "ongeldige operand voor code '%c'"
  
! #: config/arm/arm.c:22014
  #, c-format
  msgid "instruction never executed"
  msgstr "instructie wordt nooit uitgevoerd"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22035
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr ""
--- 3014,3026 ----
  msgid "invalid operand for code '%c'"
  msgstr "ongeldige operand voor code '%c'"
  
! #: config/arm/arm.c:22051
  #, c-format
  msgid "instruction never executed"
  msgstr "instructie wordt nooit uitgevoerd"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22072
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr ""
*************** msgstr ""
*** 3849,3951 ****
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7314
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr ""
  
  # Betere vertaling voor 'decompose'?
! #: config/s390/s390.c:7325
  #, c-format
  msgid "cannot decompose address"
  msgstr "kan adres niet ontleden"
  
! #: config/s390/s390.c:7394
  #, fuzzy, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "ongeldige operand voor 'b' modifier"
  
! #: config/s390/s390.c:7417
  #, fuzzy, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "ongeldige operand voor 'b' modifier"
  
! #: config/s390/s390.c:7435
  #, fuzzy, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "ongeldige operand voor 'O' modifier"
  
! #: config/s390/s390.c:7457
  #, fuzzy, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "ongeldige operand voor 'b' modifier"
  
! #: config/s390/s390.c:7475
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7485
  #, fuzzy, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "ongeldige operand voor 'b' modifier"
  
! #: config/s390/s390.c:7506
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7517
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7603 config/s390/s390.c:7624
  #, fuzzy, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "ongeldige operand voor 'o' modifier"
  
! #: config/s390/s390.c:7621
  #, fuzzy, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "ongeldige code voor operanduitvoer"
  
! #: config/s390/s390.c:7658
  #, fuzzy, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "ongeldige operand voor 'o' modifier"
  
! #: config/s390/s390.c:7665
  #, fuzzy, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "ongeldige expressie als operand"
  
! #: config/s390/s390.c:7668
  #, fuzzy, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "ongeldige operand voor 'o' modifier"
  
! #: config/s390/s390.c:11535
  #, fuzzy
  #| msgid "AltiVec argument passed to unprototyped function"
  msgid "vector argument passed to unprototyped function"
  msgstr "AltiVec argument doorgegeven aan functie zonder prototype"
  
  # 'signedness' = 'signed-heid'?
! #: config/s390/s390.c:15354
  #, fuzzy
  msgid "types differ in signedness"
  msgstr "doelen van pointer in %s verschillen in signedness"
  
! #: config/s390/s390.c:15364
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15367
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15375
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
--- 3849,3951 ----
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7482
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr ""
  
  # Betere vertaling voor 'decompose'?
! #: config/s390/s390.c:7493
  #, c-format
  msgid "cannot decompose address"
  msgstr "kan adres niet ontleden"
  
! #: config/s390/s390.c:7562
  #, fuzzy, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "ongeldige operand voor 'b' modifier"
  
! #: config/s390/s390.c:7585
  #, fuzzy, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "ongeldige operand voor 'b' modifier"
  
! #: config/s390/s390.c:7603
  #, fuzzy, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "ongeldige operand voor 'O' modifier"
  
! #: config/s390/s390.c:7625
  #, fuzzy, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "ongeldige operand voor 'b' modifier"
  
! #: config/s390/s390.c:7643
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7653
  #, fuzzy, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "ongeldige operand voor 'b' modifier"
  
! #: config/s390/s390.c:7674
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7685
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7771 config/s390/s390.c:7792
  #, fuzzy, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "ongeldige operand voor 'o' modifier"
  
! #: config/s390/s390.c:7789
  #, fuzzy, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "ongeldige code voor operanduitvoer"
  
! #: config/s390/s390.c:7826
  #, fuzzy, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "ongeldige operand voor 'o' modifier"
  
! #: config/s390/s390.c:7833
  #, fuzzy, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "ongeldige expressie als operand"
  
! #: config/s390/s390.c:7836
  #, fuzzy, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "ongeldige operand voor 'o' modifier"
  
! #: config/s390/s390.c:11703
  #, fuzzy
  #| msgid "AltiVec argument passed to unprototyped function"
  msgid "vector argument passed to unprototyped function"
  msgstr "AltiVec argument doorgegeven aan functie zonder prototype"
  
  # 'signedness' = 'signed-heid'?
! #: config/s390/s390.c:15522
  #, fuzzy
  msgid "types differ in signedness"
  msgstr "doelen van pointer in %s verschillen in signedness"
  
! #: config/s390/s390.c:15532
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15535
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15543
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
*************** msgstr ""
*** 18425,18431 ****
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr ""
  
! #: fold-const.c:12046
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr ""
--- 18425,18431 ----
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr ""
  
! #: fold-const.c:12048
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr ""
*************** msgstr "herhaald lid %qs"
*** 18964,18971 ****
  msgid "null pointer dereference"
  msgstr "herhaald lid %qs"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12872
! #: tree.c:12909 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
--- 18964,18971 ----
  msgid "null pointer dereference"
  msgstr "herhaald lid %qs"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12880
! #: tree.c:12917 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
*************** msgstr "%qs tevoren hier gedeclareerd"
*** 18979,19275 ****
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2307 gimple-ssa-sprintf.c:2435
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2309 gimple-ssa-sprintf.c:2437
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2311 gimple-ssa-sprintf.c:2439
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2313 gimple-ssa-sprintf.c:2441
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2326
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2328
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2330
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2334
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2336
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2338
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2351
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2353
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2355
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2371
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2373
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2375
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2388
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2390
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2392
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2404
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2406
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2408
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2454
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2456
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2458
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2462
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2464
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2466
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2480
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2483
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2486
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2502
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2505
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2508
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2521
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2524
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2527
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2539
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2542
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2545
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2710
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2712
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2751
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2753
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2767
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2775
  #, fuzzy, gcc-internal-format
  msgid "directive argument %qE"
  msgstr "Te veel argumenten voor %s op %L"
  
! #: gimple-ssa-sprintf.c:2777
  #, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2781
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2801
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2806
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2811
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2816
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3588
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3594
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3647
  #, fuzzy, gcc-internal-format
  msgid "null destination pointer"
  msgstr "lege declaratie"
  
! #: gimple-ssa-sprintf.c:3664
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3676
  #, fuzzy, gcc-internal-format
  #| msgid "unterminated format string"
  msgid "null format string"
--- 18979,19275 ----
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2308 gimple-ssa-sprintf.c:2436
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2310 gimple-ssa-sprintf.c:2438
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2312 gimple-ssa-sprintf.c:2440
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2314 gimple-ssa-sprintf.c:2442
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2327
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2329
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2331
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2335
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2337
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2339
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2352
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2354
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2356
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2372
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2374
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2376
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2389
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2391
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2393
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2405
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2407
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2409
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2455
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2457
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2459
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2463
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2465
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2467
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2481
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2484
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2487
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2503
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2506
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2509
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2522
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2525
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2528
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2540
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2543
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2546
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2711
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2713
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2752
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2754
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2769
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2776
  #, fuzzy, gcc-internal-format
  msgid "directive argument %qE"
  msgstr "Te veel argumenten voor %s op %L"
  
! #: gimple-ssa-sprintf.c:2778
  #, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2782
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2803
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2807
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2812
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2817
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3591
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3597
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3650
  #, fuzzy, gcc-internal-format
  msgid "null destination pointer"
  msgstr "lege declaratie"
  
! #: gimple-ssa-sprintf.c:3667
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3679
  #, fuzzy, gcc-internal-format
  #| msgid "unterminated format string"
  msgid "null format string"
*************** msgstr "functie-definitie als %<typdef%>
*** 21457,21613 ****
  msgid "%D renamed after being referenced in assembly"
  msgstr ""
  
! #: symtab.c:970
  #, fuzzy, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "%qs gedeclareerd als een functie die een functie teruggeeft"
  
! #: symtab.c:978
  #, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr ""
  
! #: symtab.c:984
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr ""
  
! #: symtab.c:993
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1010
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1023
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr ""
  
! #: symtab.c:1030
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr ""
  
! #: symtab.c:1035
  #, fuzzy, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr "opgeroepen object is geen functie"
  
! #: symtab.c:1040
  #, fuzzy, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr "opgeroepen object is geen functie"
  
! #: symtab.c:1045
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1050
  #, fuzzy, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr "%Jfunctiedefinitie in oude stijl"
  
! #: symtab.c:1055
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1060
  #, fuzzy, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr "%Jfunctiedefinitie in oude stijl"
  
! #: symtab.c:1069
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr ""
  
! #: symtab.c:1074
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr ""
  
! #: symtab.c:1079
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1084
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr ""
  
! #: symtab.c:1091
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr ""
  
! #: symtab.c:1106
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1116
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1123
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr ""
  
! #: symtab.c:1135
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1142
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1157
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1188 symtab.c:1225
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr ""
  
! #: symtab.c:1221
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1630
  #, fuzzy, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr "functie %qs geherdeclareerd als inline"
  
! #: symtab.c:1632
  #, fuzzy, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr "variabele %qs als inline gedeclareerd"
  
! #: symtab.c:1660
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
--- 21457,21613 ----
  msgid "%D renamed after being referenced in assembly"
  msgstr ""
  
! #: symtab.c:978
  #, fuzzy, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "%qs gedeclareerd als een functie die een functie teruggeeft"
  
! #: symtab.c:986
  #, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr ""
  
! #: symtab.c:992
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1009
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1018
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1031
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr ""
  
! #: symtab.c:1038
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr ""
  
! #: symtab.c:1043
  #, fuzzy, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr "opgeroepen object is geen functie"
  
! #: symtab.c:1048
  #, fuzzy, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr "opgeroepen object is geen functie"
  
! #: symtab.c:1053
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1058
  #, fuzzy, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr "%Jfunctiedefinitie in oude stijl"
  
! #: symtab.c:1063
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1068
  #, fuzzy, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr "%Jfunctiedefinitie in oude stijl"
  
! #: symtab.c:1077
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr ""
  
! #: symtab.c:1082
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr ""
  
! #: symtab.c:1087
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1092
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr ""
  
! #: symtab.c:1099
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr ""
  
! #: symtab.c:1114
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1124
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1131
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr ""
  
! #: symtab.c:1143
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1150
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1173
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1196 symtab.c:1233
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr ""
  
! #: symtab.c:1229
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1638
  #, fuzzy, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr "functie %qs geherdeclareerd als inline"
  
! #: symtab.c:1640
  #, fuzzy, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr "variabele %qs als inline gedeclareerd"
  
! #: symtab.c:1668
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
*************** msgstr ""
*** 23273,23280 ****
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6704
! #: config/arm/arm.c:6732 config/arm/arm.c:6749 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
--- 23273,23280 ----
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6741
! #: config/arm/arm.c:6769 config/arm/arm.c:6786 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
*************** msgstr ""
*** 23310,23401 ****
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qs als ander soort symbool geherdeclareerd"
  
! #: tree.c:8366
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "arrays van functies zijn niet betekenisvol"
  
! #: tree.c:8537
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "de terugkeerwaarde van een functie kan geen funtie zijn"
  
! #: tree.c:9831 tree.c:9916 tree.c:9977
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9868
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9881
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9930
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9943
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10003
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10017
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10029
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10042
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10055
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:12867
  #, fuzzy, gcc-internal-format
  msgid "%qD is deprecated: %s"
  msgstr "%<%.*s%> is niet gedefinieerd"
  
! #: tree.c:12870
  #, fuzzy, gcc-internal-format
  msgid "%qD is deprecated"
  msgstr "%<%.*s%> is niet gedefinieerd"
  
! #: tree.c:12894 tree.c:12916
  #, fuzzy, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "%<%.*s%> is niet gedefinieerd"
  
! #: tree.c:12897 tree.c:12919
  #, fuzzy, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "%<%.*s%> is niet gedefinieerd"
  
! #: tree.c:12903 tree.c:12924
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "%<%.*s%> is niet gedefinieerd"
  
! #: tree.c:12906 tree.c:12927
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr ""
--- 23310,23401 ----
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qs als ander soort symbool geherdeclareerd"
  
! #: tree.c:8373
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "arrays van functies zijn niet betekenisvol"
  
! #: tree.c:8545
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "de terugkeerwaarde van een functie kan geen funtie zijn"
  
! #: tree.c:9839 tree.c:9924 tree.c:9985
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9876
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9889
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9938
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9951
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10011
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10025
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10037
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10050
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10063
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:12875
  #, fuzzy, gcc-internal-format
  msgid "%qD is deprecated: %s"
  msgstr "%<%.*s%> is niet gedefinieerd"
  
! #: tree.c:12878
  #, fuzzy, gcc-internal-format
  msgid "%qD is deprecated"
  msgstr "%<%.*s%> is niet gedefinieerd"
  
! #: tree.c:12902 tree.c:12924
  #, fuzzy, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "%<%.*s%> is niet gedefinieerd"
  
! #: tree.c:12905 tree.c:12927
  #, fuzzy, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "%<%.*s%> is niet gedefinieerd"
  
! #: tree.c:12911 tree.c:12932
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "%<%.*s%> is niet gedefinieerd"
  
! #: tree.c:12914 tree.c:12935
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr ""
*************** msgstr ""
*** 23422,23683 ****
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13354
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13395
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13397
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13399
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13419
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13432
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13449
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13474
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13476
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13478
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13516
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13518
  #, fuzzy, gcc-internal-format
  msgid "first mismatch is field"
  msgstr "types in voorwaardelijke expressie komen niet overeen"
  
! #: tree.c:13520
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13537
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13539 tree.c:13550
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13541 tree.c:13552
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13548
  #, fuzzy, gcc-internal-format
  msgid "type is not compatible with its variant"
  msgstr "%<%.*s%> is niet gedefinieerd"
  
! #: tree.c:13851
  #, fuzzy, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr "statische variable %qs is als dllimport aangeduid"
  
! #: tree.c:13856
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13868
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13886
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13918
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13928
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13938
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13956
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13968
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13979
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13990
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14008
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14015
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14027
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14042
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14058
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14073
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14083
  #, fuzzy, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "grootte van array %qs is van een niet-integer type"
  
! #: tree.c:14092
  #, fuzzy, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "veld %qs heeft een onvolledig type"
  
! #: tree.c:14112
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14127
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14133
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14146
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14159
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14165
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14172
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14184
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14190
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14202
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14214
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14221
  #, fuzzy, gcc-internal-format
  msgid "verify_type failed"
  msgstr "pex_init mislukt"
--- 23422,23683 ----
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13362
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13403
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13405
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13407
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13427
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13440
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13457
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13482
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13484
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13486
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13524
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13526
  #, fuzzy, gcc-internal-format
  msgid "first mismatch is field"
  msgstr "types in voorwaardelijke expressie komen niet overeen"
  
! #: tree.c:13528
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13545
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13547 tree.c:13558
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13549 tree.c:13560
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13556
  #, fuzzy, gcc-internal-format
  msgid "type is not compatible with its variant"
  msgstr "%<%.*s%> is niet gedefinieerd"
  
! #: tree.c:13859
  #, fuzzy, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr "statische variable %qs is als dllimport aangeduid"
  
! #: tree.c:13864
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13876
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13910
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13926
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13936
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13946
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13964
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13976
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13987
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13998
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14016
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14023
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14043
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14050
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14074
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14081
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14091
  #, fuzzy, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "grootte van array %qs is van een niet-integer type"
  
! #: tree.c:14100
  #, fuzzy, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "veld %qs heeft een onvolledig type"
  
! #: tree.c:14120
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14135
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14141
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14154
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14167
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14173
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14180
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14192
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14198
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14210
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14222
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14229
  #, fuzzy, gcc-internal-format
  msgid "verify_type failed"
  msgstr "pex_init mislukt"
*************** msgstr ""
*** 24690,24702 ****
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "argumenten aan macro %qs gegeven"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6573 c-family/c-common.c:6644
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "te weinig argumenten voor functie %qE"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6670 c/c-typeck.c:3286
  #, fuzzy, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "te veel argumenten voor functie %qE"
--- 24690,24702 ----
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "argumenten aan macro %qs gegeven"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6574 c-family/c-common.c:6645
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "te weinig argumenten voor functie %qE"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6671 c/c-typeck.c:3286
  #, fuzzy, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "te veel argumenten voor functie %qE"
*************** msgstr "poging om het adres te nemen van
*** 24781,24853 ****
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6515 cp/init.c:2952 cp/init.c:2971
  #, fuzzy, gcc-internal-format
  msgid "size of array is too large"
  msgstr "omvang van array %qs is te groot"
  
! #: c-family/c-common.c:6603
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "incompatibel type voor argument %d van %qE"
  
! #: c-family/c-common.c:6737
  #, fuzzy, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr "te weinig argumenten voor functie %qE"
  
! #: c-family/c-common.c:6752
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr ""
  
! #: c-family/c-common.c:6761
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "herhalings-aantal is geen integerconstante"
  
! #: c-family/c-common.c:6772
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "herhalings-aantal is geen integerconstante"
  
! #: c-family/c-common.c:6787
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr ""
  
! #: c-family/c-common.c:6795
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "herhalings-aantal is geen integerconstante"
  
! #: c-family/c-common.c:6801
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "herhalings-aantal is geen integerconstante"
  
! #: c-family/c-common.c:6809
  #, fuzzy, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr "doorgeven van argument %d van %qs"
  
! #: c-family/c-common.c:6825
  #, fuzzy, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr "ongeldig type-argument %qs"
  
! #: c-family/c-common.c:6832
  #, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:7753
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr "indexwaarde valt buiten bereik"
  
! #: c-family/c-common.c:7794 c-family/c-common.c:7842 c-family/c-common.c:7857
  #: cp/call.c:4836 cp/call.c:4843
  #, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
--- 24781,24853 ----
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6516 cp/init.c:2952 cp/init.c:2971
  #, fuzzy, gcc-internal-format
  msgid "size of array is too large"
  msgstr "omvang van array %qs is te groot"
  
! #: c-family/c-common.c:6604
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "incompatibel type voor argument %d van %qE"
  
! #: c-family/c-common.c:6738
  #, fuzzy, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr "te weinig argumenten voor functie %qE"
  
! #: c-family/c-common.c:6753
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr ""
  
! #: c-family/c-common.c:6762
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "herhalings-aantal is geen integerconstante"
  
! #: c-family/c-common.c:6773
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "herhalings-aantal is geen integerconstante"
  
! #: c-family/c-common.c:6788
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr ""
  
! #: c-family/c-common.c:6796
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "herhalings-aantal is geen integerconstante"
  
! #: c-family/c-common.c:6802
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "herhalings-aantal is geen integerconstante"
  
! #: c-family/c-common.c:6810
  #, fuzzy, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr "doorgeven van argument %d van %qs"
  
! #: c-family/c-common.c:6826
  #, fuzzy, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr "ongeldig type-argument %qs"
  
! #: c-family/c-common.c:6833
  #, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:7754
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr "indexwaarde valt buiten bereik"
  
! #: c-family/c-common.c:7795 c-family/c-common.c:7843 c-family/c-common.c:7858
  #: cp/call.c:4836 cp/call.c:4843
  #, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
*************** msgstr ""
*** 24855,24876 ****
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7943
  #, fuzzy, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr "%Jingebouwde functie %qD gedeclareerd als niet-functie"
  
! #: c-family/c-common.c:7965 c/c-decl.c:6124
  #, fuzzy, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "omvang van array %qs is te groot"
  
! #: c-family/c-common.c:7967 c/c-decl.c:6127
  #, fuzzy, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "omvang van array %qs is te groot"
  
! #: c-family/c-common.c:7997
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
--- 24855,24876 ----
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7944
  #, fuzzy, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr "%Jingebouwde functie %qD gedeclareerd als niet-functie"
  
! #: c-family/c-common.c:7966 c/c-decl.c:6124
  #, fuzzy, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "omvang van array %qs is te groot"
  
! #: c-family/c-common.c:7968 c/c-decl.c:6127
  #, fuzzy, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "omvang van array %qs is te groot"
  
! #: c-family/c-common.c:7998
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
*************** msgstr "-fPIC is niet geldig met -mcoff"
*** 26645,26651 ****
  msgid "too many input files"
  msgstr "te veel invoerbestanden"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8751
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr "slechte waarde (%s) voor optie -mcpu"
--- 26645,26651 ----
  msgid "too many input files"
  msgstr "te veel invoerbestanden"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8759
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr "slechte waarde (%s) voor optie -mcpu"
*************** msgstr "case-selector niet compatibel me
*** 27106,27285 ****
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "case-selector niet compatibel met label"
  
! #: config/aarch64/aarch64.c:8374
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8418
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8475
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr "Ongeldige optie voor floating-point emulatie: -mfpe-%s"
  
! #: config/aarch64/aarch64.c:8493
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "unknown tuning option (%s)"
  msgstr "onbekende spec-functie '%s'"
  
! #: config/aarch64/aarch64.c:8707
  #, fuzzy, gcc-internal-format
  #| msgid "valid arguments to %qs are: %s"
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "geldige argumenten van %qs zijn: %s"
  
! #: config/aarch64/aarch64.c:8748
  #, fuzzy, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr "ontbrekende witruimte na getal %qs"
  
! #: config/aarch64/aarch64.c:8755
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "beginwaarde ontbreekt"
  
! #: config/aarch64/aarch64.c:8782
  #, fuzzy, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr "ontbrekende witruimte na getal %qs"
  
! #: config/aarch64/aarch64.c:8785
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr "slechte waarde (%s) voor de -march= optie"
  
! #: config/aarch64/aarch64.c:8789
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "beginwaarde ontbreekt"
  
! #: config/aarch64/aarch64.c:8815
  #, fuzzy, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr "ontbrekende witruimte na getal %qs"
  
! #: config/aarch64/aarch64.c:8818
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr "slechte waarde (%s) voor de -march= optie"
  
! #: config/aarch64/aarch64.c:8921 config/arm/arm.c:3093
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "optie -mcpu=%s geeft conflicten met optie -mtune="
  
! #: config/aarch64/aarch64.c:8956
  #, fuzzy, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "ondersteunt geen multilib"
  
! #: config/aarch64/aarch64.c:8960
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9022
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9187
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr "ontbrekende witruimte na getal %qs"
  
! #: config/aarch64/aarch64.c:9190
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "slechte waarde (%s) voor de -march= optie"
  
! #: config/aarch64/aarch64.c:9194
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr "beginwaarde ontbreekt"
  
! #: config/aarch64/aarch64.c:9228
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "ontbrekende witruimte na getal %qs"
  
! #: config/aarch64/aarch64.c:9231
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "slechte waarde (%s) voor optie -mcpu"
  
! #: config/aarch64/aarch64.c:9235
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr "beginwaarde ontbreekt"
  
! #: config/aarch64/aarch64.c:9266
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "slechte waarde (%s) voor de -march= optie"
  
! #: config/aarch64/aarch64.c:9307
  #, fuzzy, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr "beginwaarde ontbreekt"
  
! #: config/aarch64/aarch64.c:9312
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr "beginwaarde ontbreekt"
  
! #: config/aarch64/aarch64.c:9364
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s"
  msgstr "misvormde #pragma weak"
  
! #: config/aarch64/aarch64.c:9412
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr "%J%qD neemt ofwel geen, ofwel twee argumenten"
  
! #: config/aarch64/aarch64.c:9421
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs does not allow a negated form"
  msgstr "numerieke constante zonder cijfers"
  
! #: config/aarch64/aarch64.c:9476
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr "spec '%s' is ongeldig"
  
! #: config/aarch64/aarch64.c:9536 config/arm/arm.c:30367
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:14849
  #, fuzzy, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr "het argument van %<alias%> is geen string"
  
! #: config/aarch64/aarch64.c:9546
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
  msgstr "misvormde #pragma weak"
  
! #: config/aarch64/aarch64.c:9563
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr "multilib select '%s' in ongeldig"
  
! #: config/aarch64/aarch64.c:9572
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11420
  #, fuzzy, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr "operandnummer buiten bereik"
  
! #: config/aarch64/aarch64.c:11422
  #, fuzzy, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr "operandnummer buiten bereik"
--- 27106,27285 ----
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "case-selector niet compatibel met label"
  
! #: config/aarch64/aarch64.c:8382
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8426
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8483
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr "Ongeldige optie voor floating-point emulatie: -mfpe-%s"
  
! #: config/aarch64/aarch64.c:8501
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "unknown tuning option (%s)"
  msgstr "onbekende spec-functie '%s'"
  
! #: config/aarch64/aarch64.c:8715
  #, fuzzy, gcc-internal-format
  #| msgid "valid arguments to %qs are: %s"
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "geldige argumenten van %qs zijn: %s"
  
! #: config/aarch64/aarch64.c:8756
  #, fuzzy, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr "ontbrekende witruimte na getal %qs"
  
! #: config/aarch64/aarch64.c:8763
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "beginwaarde ontbreekt"
  
! #: config/aarch64/aarch64.c:8790
  #, fuzzy, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr "ontbrekende witruimte na getal %qs"
  
! #: config/aarch64/aarch64.c:8793
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr "slechte waarde (%s) voor de -march= optie"
  
! #: config/aarch64/aarch64.c:8797
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "beginwaarde ontbreekt"
  
! #: config/aarch64/aarch64.c:8823
  #, fuzzy, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr "ontbrekende witruimte na getal %qs"
  
! #: config/aarch64/aarch64.c:8826
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr "slechte waarde (%s) voor de -march= optie"
  
! #: config/aarch64/aarch64.c:8929 config/arm/arm.c:3094
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "optie -mcpu=%s geeft conflicten met optie -mtune="
  
! #: config/aarch64/aarch64.c:8964
  #, fuzzy, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "ondersteunt geen multilib"
  
! #: config/aarch64/aarch64.c:8968
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9030
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9195
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr "ontbrekende witruimte na getal %qs"
  
! #: config/aarch64/aarch64.c:9198
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "slechte waarde (%s) voor de -march= optie"
  
! #: config/aarch64/aarch64.c:9202
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr "beginwaarde ontbreekt"
  
! #: config/aarch64/aarch64.c:9236
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "ontbrekende witruimte na getal %qs"
  
! #: config/aarch64/aarch64.c:9239
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "slechte waarde (%s) voor optie -mcpu"
  
! #: config/aarch64/aarch64.c:9243
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr "beginwaarde ontbreekt"
  
! #: config/aarch64/aarch64.c:9274
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "slechte waarde (%s) voor de -march= optie"
  
! #: config/aarch64/aarch64.c:9315
  #, fuzzy, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr "beginwaarde ontbreekt"
  
! #: config/aarch64/aarch64.c:9320
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr "beginwaarde ontbreekt"
  
! #: config/aarch64/aarch64.c:9372
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s"
  msgstr "misvormde #pragma weak"
  
! #: config/aarch64/aarch64.c:9420
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr "%J%qD neemt ofwel geen, ofwel twee argumenten"
  
! #: config/aarch64/aarch64.c:9429
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs does not allow a negated form"
  msgstr "numerieke constante zonder cijfers"
  
! #: config/aarch64/aarch64.c:9484
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr "spec '%s' is ongeldig"
  
! #: config/aarch64/aarch64.c:9544 config/arm/arm.c:30411
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:15017
  #, fuzzy, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr "het argument van %<alias%> is geen string"
  
! #: config/aarch64/aarch64.c:9554
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
  msgstr "misvormde #pragma weak"
  
! #: config/aarch64/aarch64.c:9571
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr "multilib select '%s' in ongeldig"
  
! #: config/aarch64/aarch64.c:9580
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11428
  #, fuzzy, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr "operandnummer buiten bereik"
  
! #: config/aarch64/aarch64.c:11430
  #, fuzzy, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr "operandnummer buiten bereik"
*************** msgstr ""
*** 27688,27877 ****
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2799
  #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr "iWMMXt en NEON zijn incompatibel"
  
! #: config/arm/arm.c:2805
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "doel-CPU ondersteunt geen interworking"
  
! #: config/arm/arm.c:2809
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2812
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2820
  #, fuzzy, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g met -fomit-frame-pointer geeft mogelijk geen fatsoenlijke debug-mogelijkheden"
  
! #: config/arm/arm.c:2824
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2827
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2831
  #, fuzzy, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "case-selector niet compatibel met label"
  
! #: config/arm/arm.c:2839
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2844
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2947
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "doel-CPU ondersteunt geen interworking"
  
! #: config/arm/arm.c:2992
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "doel-CPU ondersteunt geen interworking"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3246
  #, fuzzy, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "De -shared optie wordt op het ogenblik niet ondersteund voor VAX ELF."
  
! #: config/arm/arm.c:3321
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "doel-CPU ondersteunt geen interworking"
  
! #: config/arm/arm.c:3327
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check is niet compatibel met -mno-apcs-frame"
  
! #: config/arm/arm.c:3335
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic en -mapcs-reent zijn incompatibel"
  
! #: config/arm/arm.c:3338
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "APCS reentrant code wordt niet ondersteund.  Genegeerd"
  
! #: config/arm/arm.c:3372
  #, fuzzy, gcc-internal-format
  #| msgid "-mrelocatable and -msdata=%s are incompatible"
  msgid "selected fp16 options are incompatible"
  msgstr "-mrelocatable en -msdata=%s zijn incompatibel"
  
! #: config/arm/arm.c:3403
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr ""
  
! #: config/arm/arm.c:3406
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr ""
  
! #: config/arm/arm.c:3417
  #, fuzzy, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "doel-CPU ondersteunt geen interworking"
  
! #: config/arm/arm.c:3420
  #, fuzzy, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "doel-CPU ondersteunt geen interworking"
  
! #: config/arm/arm.c:3425
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr ""
  
! #: config/arm/arm.c:3436
  #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr ""
  
! #: config/arm/arm.c:3444
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr ""
  
! #: config/arm/arm.c:3480
  #, fuzzy, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "Grens voor structure-grootte kan enkel op 8 of 32 insgesteld worden"
  
! #: config/arm/arm.c:3482
  #, fuzzy, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "Grens voor structure-grootte kan enkel op 8 of 32 insgesteld worden"
  
! #: config/arm/arm.c:3507
  #, fuzzy, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "case-selector niet compatibel met label"
  
! #: config/arm/arm.c:3519
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr ""
  
! #: config/arm/arm.c:3528
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr ""
  
! #: config/arm/arm.c:3547
  #, fuzzy, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "sectie-attributen worden niet ondersteund voor dit doelsysteem"
  
! #: config/arm/arm.c:3638
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "doel-CPU ondersteunt geen interworking"
  
! #: config/arm/arm.c:5706
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5708
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5727
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5922
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr ""
  
! #: config/arm/arm.c:6672 config/arm/arm.c:6690 config/arm/arm.c:6865
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
--- 27688,27883 ----
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2800
  #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr "iWMMXt en NEON zijn incompatibel"
  
! #: config/arm/arm.c:2806
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "doel-CPU ondersteunt geen interworking"
  
! #: config/arm/arm.c:2810
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2813
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2821
  #, fuzzy, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g met -fomit-frame-pointer geeft mogelijk geen fatsoenlijke debug-mogelijkheden"
  
! #: config/arm/arm.c:2825
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2828
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2832
  #, fuzzy, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "case-selector niet compatibel met label"
  
! #: config/arm/arm.c:2840
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2845
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2948
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "doel-CPU ondersteunt geen interworking"
  
! #: config/arm/arm.c:2993
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "doel-CPU ondersteunt geen interworking"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3247
  #, fuzzy, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "De -shared optie wordt op het ogenblik niet ondersteund voor VAX ELF."
  
! #: config/arm/arm.c:3322
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "doel-CPU ondersteunt geen interworking"
  
! #: config/arm/arm.c:3328
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check is niet compatibel met -mno-apcs-frame"
  
! #: config/arm/arm.c:3336
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic en -mapcs-reent zijn incompatibel"
  
! #: config/arm/arm.c:3339
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "APCS reentrant code wordt niet ondersteund.  Genegeerd"
  
! #: config/arm/arm.c:3373
  #, fuzzy, gcc-internal-format
  #| msgid "-mrelocatable and -msdata=%s are incompatible"
  msgid "selected fp16 options are incompatible"
  msgstr "-mrelocatable en -msdata=%s zijn incompatibel"
  
! #: config/arm/arm.c:3404
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr ""
  
! #: config/arm/arm.c:3407
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr ""
  
! #: config/arm/arm.c:3418
  #, fuzzy, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "doel-CPU ondersteunt geen interworking"
  
! #: config/arm/arm.c:3421
  #, fuzzy, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "doel-CPU ondersteunt geen interworking"
  
! #: config/arm/arm.c:3426
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr ""
  
! #: config/arm/arm.c:3437
  #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr ""
  
! #: config/arm/arm.c:3445
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr ""
  
! #: config/arm/arm.c:3481
  #, fuzzy, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "Grens voor structure-grootte kan enkel op 8 of 32 insgesteld worden"
  
! #: config/arm/arm.c:3483
  #, fuzzy, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "Grens voor structure-grootte kan enkel op 8 of 32 insgesteld worden"
  
! #: config/arm/arm.c:3508
  #, fuzzy, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "case-selector niet compatibel met label"
  
! #: config/arm/arm.c:3520
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr ""
  
! #: config/arm/arm.c:3529
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr ""
  
! #: config/arm/arm.c:3548
  #, fuzzy, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "sectie-attributen worden niet ondersteund voor dit doelsysteem"
  
! #: config/arm/arm.c:3639
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "doel-CPU ondersteunt geen interworking"
  
! #: config/arm/arm.c:5707
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5709
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5728
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5923
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr ""
  
! #: config/arm/arm.c:6362 config/arm/arm.c:6565 config/arm/arm.c:6593
! #: config/arm/arm.c:26560
! #, gcc-internal-format
! msgid "parameter passing for argument of type %qT changed in GCC 7.1"
! msgstr ""
! 
! #: config/arm/arm.c:6709 config/arm/arm.c:6727 config/arm/arm.c:6902
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
*************** msgstr ""
*** 27887,27963 ****
  msgid "%qE attribute only applies to functions"
  msgstr "attribuut %qE is enkel van toepassing op functies"
  
! #: config/arm/arm.c:6814
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to functions, not %s"
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr "attribuut %qE is enkel van toepassing op functies, niet %s"
  
! #: config/arm/arm.c:6826
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "%qs neemt ofwel geen, ofwel twee argumenten"
  
! #: config/arm/arm.c:6835
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to functions, not %s"
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr "attribuut %qE is enkel van toepassing op functies, niet %s"
  
! #: config/arm/arm.c:6857 config/arm/arm.c:6909
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute ignored on non-class types"
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "attribuut %qE wordt genegeerd voor non-class-types"
  
! #: config/arm/arm.c:6876
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute applies only to initialized variables with external linkage"
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "attribuut %qE is enkel van toepassing op geÃ¯nitialiseerde variabelen die extern gelinkt zijn"
  
! #: config/arm/arm.c:6925
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to function types"
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "attribuut %qE is enkel van toepassing op functie-types"
  
! #: config/arm/arm.c:12208
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12211
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23458
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr ""
  
! #: config/arm/arm.c:24111
  #, fuzzy, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr "ongeldige operand van %s"
  
! #: config/arm/arm.c:24375
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr ""
  
! #: config/arm/arm.c:24624
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:24853
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30391
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid vector type for attribute %qs"
  msgid "invalid fpu for attribute(target(\"%s\"))"
--- 27893,27969 ----
  msgid "%qE attribute only applies to functions"
  msgstr "attribuut %qE is enkel van toepassing op functies"
  
! #: config/arm/arm.c:6851
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to functions, not %s"
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr "attribuut %qE is enkel van toepassing op functies, niet %s"
  
! #: config/arm/arm.c:6863
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "%qs neemt ofwel geen, ofwel twee argumenten"
  
! #: config/arm/arm.c:6872
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to functions, not %s"
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr "attribuut %qE is enkel van toepassing op functies, niet %s"
  
! #: config/arm/arm.c:6894 config/arm/arm.c:6946
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute ignored on non-class types"
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "attribuut %qE wordt genegeerd voor non-class-types"
  
! #: config/arm/arm.c:6913
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute applies only to initialized variables with external linkage"
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "attribuut %qE is enkel van toepassing op geÃ¯nitialiseerde variabelen die extern gelinkt zijn"
  
! #: config/arm/arm.c:6962
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to function types"
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "attribuut %qE is enkel van toepassing op functie-types"
  
! #: config/arm/arm.c:12245
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12248
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23495
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr ""
  
! #: config/arm/arm.c:24148
  #, fuzzy, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr "ongeldige operand van %s"
  
! #: config/arm/arm.c:24412
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr ""
  
! #: config/arm/arm.c:24661
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:24890
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid vector type for attribute %qs"
  msgid "invalid fpu for attribute(target(\"%s\"))"
*************** msgstr "ongeldig vector-type voor attrib
*** 27966,27978 ****
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30399
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30406 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:14915 config/s390/s390.c:14965 config/s390/s390.c:14982
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr ""
--- 27972,27984 ----
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30443
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30450 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:15083 config/s390/s390.c:15133 config/s390/s390.c:15150
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr ""
*************** msgstr "%J%qD neemt ofwel geen, ofwel tw
*** 30608,30614 ****
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "%J%qD neemt ofwel geen, ofwel twee argumenten"
  
! #: config/rs6000/rs6000-c.c:5711
  #, fuzzy, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr "%J%qD neemt ofwel geen, ofwel twee argumenten"
--- 30614,30620 ----
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "%J%qD neemt ofwel geen, ofwel twee argumenten"
  
! #: config/rs6000/rs6000-c.c:5710
  #, fuzzy, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr "%J%qD neemt ofwel geen, ofwel twee argumenten"
*************** msgid "vec_addec only accepts 3 argument
*** 30619,30660 ****
  msgstr "%J%qD neemt ofwel geen, ofwel twee argumenten"
  
  # Betere term voor "mismatched"?
! #: config/rs6000/rs6000-c.c:5861
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "slechte combinatie van argumenten"
  
! #: config/rs6000/rs6000-c.c:5866
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%J%qD neemt ofwel geen, ofwel twee argumenten"
  
! #: config/rs6000/rs6000-c.c:5871
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%J%qD neemt ofwel geen, ofwel twee argumenten"
  
! #: config/rs6000/rs6000-c.c:5937
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6106
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6380
  #, fuzzy, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "cast laat qualifiers van doeltype van pointer vallen"
  
! #: config/rs6000/rs6000-c.c:6434
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "alias-definities worden niet ondersteund in deze configuratie; genegeerd"
  
! #: config/rs6000/rs6000-c.c:6442
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr "ongeldig argument voor %<__builtin_return_address%>"
--- 30625,30666 ----
  msgstr "%J%qD neemt ofwel geen, ofwel twee argumenten"
  
  # Betere term voor "mismatched"?
! #: config/rs6000/rs6000-c.c:5862
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "slechte combinatie van argumenten"
  
! #: config/rs6000/rs6000-c.c:5867
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%J%qD neemt ofwel geen, ofwel twee argumenten"
  
! #: config/rs6000/rs6000-c.c:5872
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%J%qD neemt ofwel geen, ofwel twee argumenten"
  
! #: config/rs6000/rs6000-c.c:5938
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6107
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6381
  #, fuzzy, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "cast laat qualifiers van doeltype van pointer vallen"
  
! #: config/rs6000/rs6000-c.c:6435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "alias-definities worden niet ondersteund in deze configuratie; genegeerd"
  
! #: config/rs6000/rs6000-c.c:6443
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr "ongeldig argument voor %<__builtin_return_address%>"
*************** msgstr "ongeldig argument voor %<__built
*** 31708,31822 ****
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr "gevraagde positie is geen integerconstante"
  
! #: config/s390/s390.c:9812
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr ""
  
! #: config/s390/s390.c:10926
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:10942
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:10970
  #, fuzzy, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr "opslaggrootte van %qs is onbekend"
  
! #: config/s390/s390.c:10974
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr ""
  
! #: config/s390/s390.c:11352
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14498
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14510
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14522
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "trapmodus niet ondersteund voor VAX-floats"
  
! #: config/s390/s390.c:14525
  #, fuzzy, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "afrondingsmodus niet ondersteund voor VAX-floats"
  
! #: config/s390/s390.c:14542
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr "ISO C staat het testen van asserties niet toe"
  
! #: config/s390/s390.c:14545
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14573
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "ISO C staat het testen van asserties niet toe"
  
! #: config/s390/s390.c:14577
  #, fuzzy, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "ISO C staat het testen van asserties niet toe"
  
! #: config/s390/s390.c:14589
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14597
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr ""
  
! #: config/s390/s390.c:14603
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr ""
  
! #: config/s390/s390.c:14605
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr ""
  
! #: config/s390/s390.c:14608
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr ""
  
  #. argument is not a plain number
! #: config/s390/s390.c:14706
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qs should be a non-negative integer"
  msgid "arguments to %qs should be non-negative integers"
  msgstr "argument van %qs moet een niet-negatieve integer zijn"
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr "argument van %qs is te groot (max. %d)"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:14921
  #, fuzzy, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr "sectie-attributen worden niet ondersteund op dit doelsysteem"
--- 31714,31828 ----
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr "gevraagde positie is geen integerconstante"
  
! #: config/s390/s390.c:9980
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr ""
  
! #: config/s390/s390.c:11094
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:11110
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:11138
  #, fuzzy, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr "opslaggrootte van %qs is onbekend"
  
! #: config/s390/s390.c:11142
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr ""
  
! #: config/s390/s390.c:11520
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14666
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14678
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14690
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "trapmodus niet ondersteund voor VAX-floats"
  
! #: config/s390/s390.c:14693
  #, fuzzy, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "afrondingsmodus niet ondersteund voor VAX-floats"
  
! #: config/s390/s390.c:14710
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr "ISO C staat het testen van asserties niet toe"
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14741
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "ISO C staat het testen van asserties niet toe"
  
! #: config/s390/s390.c:14745
  #, fuzzy, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "ISO C staat het testen van asserties niet toe"
  
! #: config/s390/s390.c:14757
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14765
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr ""
  
! #: config/s390/s390.c:14771
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr ""
  
! #: config/s390/s390.c:14773
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr ""
  
! #: config/s390/s390.c:14776
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr ""
  
  #. argument is not a plain number
! #: config/s390/s390.c:14874
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qs should be a non-negative integer"
  msgid "arguments to %qs should be non-negative integers"
  msgstr "argument van %qs moet een niet-negatieve integer zijn"
  
! #: config/s390/s390.c:14881
  #, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr "argument van %qs is te groot (max. %d)"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:15089
  #, fuzzy, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr "sectie-attributen worden niet ondersteund op dit doelsysteem"
diff -Nrcpad gcc-7.1.0/gcc/po/ru.gmo gcc-7.2.0/gcc/po/ru.gmo
*** gcc-7.1.0/gcc/po/ru.gmo	Tue May  2 14:16:37 2017
--- gcc-7.2.0/gcc/po/ru.gmo	Mon Aug 14 08:30:39 2017
*************** warranty; not even for MERCHANTABILITY o
*** 1323,1329 ****
  unconditional %2d taken %s
  undeclared selector %qEundefined named operand %qsunderlying type %<%T%> of %<%T%> must be an integral typeunderlying type mismatch in enum %q#Tunexpected AST of kind %sunexpected attributeunexpected base-type in cris_print_baseunexpected expression %qE of kind %sunexpected file name %s in linker resolution file. Expected %sunexpected index-type in cris_print_indexunexpected multiplicative operandunexpected offsetunexpected operandunexpected side-effects in addressunhandled alignment for '#pragma nomember_alignment'unidentifiable call opuninitialized const %qDuninitialized const %qD is invalid in C++uninitialized const in %<new%> of %q#Tuninitialized const member in %q#Tuninitialized const member in %q#T using %<new%> without new-initializeruninitialized const member in %qT is invalid in C++uninitialized reference member in %q#Tuninitialized reference member in %q#T using %<new%> without new-initializeruninitialized variable %q+D put into program memory areaunion cannot be made transparentunion defined hereunion has no membersunion has no named membersunion member %q+D with non-trivial %qDunknown '#pragma extern_model' model '%s'unknown '#pragma member_alignment' name %sunknown -mdebug-%s switchunknown CRIS cpu version specification in -mtune= : %sunknown CRIS version specification in -march= or -mcpu= : %sunknown IRA algorithm %qsunknown IRA region %qsunknown TLS model %qsunknown action %qE for %<#pragma pack%> - ignoredunknown array size in deleteunknown callback event registered by plugin %sunknown cc_attr valueunknown conversion type character %qc in formatunknown demangling style '%s'unknown destunknown excess precision style %qsunknown floating point contraction style %qsunknown insn modeunknown machine mode %qEunknown move insn:unknown operator %qs in %%:version-compareunknown option after %<#pragma GCC diagnostic%> kindunknown option for -mrecip=%sunknown pass %s specified in -fdisableunknown pass %s specified in -fenableunknown property attributeunknown punctuation '%c'unknown register name %qs in %<asm%>unknown register name: %sunknown relocation unspecunknown spec function %qsunknown srcunknown switch -mlong-double-%sunknown type %<%T%> found during Objective-C encodingunknown type name %qEunknown value %qs of -mmacosx-version-minunknown vectorization library ABI type (%s) for -mveclibabi= switchunnamed field has incomplete typeunnamed initializer for %qT, which has no base classesunnamed initializer for %qT, which uses multiple inheritanceunnamed struct/union that defines no instancesunnamed variable or field declared voidunordered comparison on non-floating point argumentunrecognizable insn:unrecognized addressunrecognized argument in option %qsunrecognized argument to --help= option: %q.*sunrecognized command line option %<-fdump-%s%>unrecognized command line option %qsunrecognized control register number: %d - using 'psw'unrecognized format specifierunrecognized gcc debugging option: %cunrecognized include_flags 0x%x passed to print_specific_helpunrecognized option -fdisableunrecognized option -fenableunrecognized register name %qsunrecognized section name %qEunrecognized supposed constantunrecognized visibility value %qsunrecoverable errorunresolved overload for Altivec builtin %qFunrestricted unions only available with -std=c++11 or -std=gnu++11unsafe function call %qD within %<transaction_safe%> functionunsafe function call %qD within atomic transactionunsafe function call %qE within %<transaction_safe%> functionunsafe function call %qE within atomic transactionunsafe indirect function call within %<transaction_safe%> functionunsafe indirect function call within atomic transactionunsuffixed float constantunsupported argument type to builtin functionunsupported combination: %sunsupported non-standard concatenation of string literalsunsupported non-standard suffix on floating constantunsupported operand size for extended registerunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatunused variable %q+Dunwind tables currently require either a frame pointer or -maccumulate-outgoing-args for correctnessupper value in case label range exceeds maximum value for typeuse #include insteaduse %<%T::%D%> insteaduse %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified nameuse %<%T::template %D%> to indicate that it is a templateuse %<...%> to expand argument packuse %<this->%D%> insteaduse -Winvalid-pch for more informationuse -flax-vector-conversions to permit conversions between vectors with differing element types or numbers of subpartsuse __attribute__ ((vector_size)) insteaduse __builtin_rx_mvtc (0, ... ) to write arbitrary values to PSWuse of %<complex%> in AltiVec types is invaliduse of %<double%> in AltiVec types is invalid without -mvsxuse of %<long double%> in AltiVec types is invaliduse of %<long long%> in AltiVec types is invalid without -mvsxuse of %<long%> in AltiVec types is deprecated; use %<int%>use of %<long%> in AltiVec types is invalid for 64-bit code without -mvsxuse of %qs in templateuse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of boolean types in AltiVec types is invaliduse of class template %qT as expressionuse of decimal floating point types in AltiVec types is invaliduse of deleted function %qDuse of enum %q#D without previous declarationuse of namespace %qD as expressionuse of old-style castuse of parameter from containing functionuse operand missing for stmtuse template<> for an explicit specializationused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requiredused vector type where scalar is requireduseless %<_Alignas%> in empty declarationuseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationuser-defined %qD always evaluates both argumentsuser-defined literals only available with -std=c++11 or -std=gnu++11using %<%c%s%>using IBM extended precision long doubleusing IEEE extended precision long doubleusing alias template specialization %qT after %qsusing darwin64 ABIusing invalid field %qDusing old darwin ABIusing result of function returning %<void%>using template type parameter %qT after %qsusing temporary as lvalueusing typedef-name %qD after %qsusing xvalue (rvalue reference) as lvalueusing-declaration for non-member at class scopevalid arguments to %qs are: %svalidate_value_data: Loop in regno chain (%u)validate_value_data: [%u] Bad next_regno for empty chain (%u)validate_value_data: [%u] Bad oldest_regno (%u)validate_value_data: [%u] Non-empty reg in chain (%s %u %i)value computed is not usedvalue of -mfixed-range must have form REG1-REG2value passed in %qs is too largevalue-initialization of function type %qTvalue-initialization of incomplete type %qTvalue-initialization of reference type %qTvar-tracking-assignments changes selective schedulingvariable %q#D has initializer but incomplete typevariable %q+D declared %<_Noreturn%>variable %q+D declared %<inline%>variable %q+D definition is marked dllimportvariable %q+D might be clobbered by %<longjmp%> or %<vfork%>variable %q+D must be const in order to be put into read-only section by means of %qsvariable %q+D part of alias cyclevariable %qD has function typevariable %qD has initializer but incomplete typevariable %qD redeclared as functionvariable %qD set but not usedvariable %qE of incomplete type %qT will not be accessed in for increment expressionvariable %qE of incomplete type %qT will not be accessed in left operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in right operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in second operand of conditional expressionvariable %qE of incomplete type %qT will not be accessed in statementvariable %qE of incomplete type %qT will not be accessed in third operand of conditional expressionvariable length array %qD is usedvariable length array is usedvariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable tracking requested, but not supported by this debug formatvariable tracking requested, but useless unless producing debug infovariable tracking size limit exceededvariable tracking size limit exceeded with -fvar-tracking-assignments, retrying withoutvariable-sized compound literalvariable-sized object may not be initializedvariably modified %qE at file scopevariably modified field at file scopevariadic functions must use the base AAPCS variantvariadic templates only available with -std=c++11 or -std=gnu++11vec_extract only accepts 2 argumentsvec_insert only accepts 3 argumentsvector operation will be expanded in parallelvector operation will be expanded piecewisevector operation will be expanded with a single scalar operationvector overflow in expressionvector shuffling operation will be expanded piecewisevector size not an integral multiple of component sizevector types expected in vector permute expressionvectors with different element number found in vector permute expressionverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_flow_info: Basic block %d succ edge is corruptedverify_flow_info: Block %i has loop_father, but there are no loopsverify_flow_info: Block %i lacks loop_fatherverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_gimple failedverify_histograms failedverify_ssa failedversion attribute is not a stringvirt-specifiers in %qs not allowed outside a class definitionvirtual SSA name for non-VOP declvirtual base %qT inaccessible in %qT due to ambiguityvirtual def operand missing for stmtvirtual definition of statement not up-to-datevirtual function %q+Dvirtual functions cannot be friendsvirtual non-class function %qsvirtual use of statement not up-to-datevirtual use operand missing for stmtvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvisibility attribute not supported in this configuration; ignoredvms '#pragma __message' is ignoredvoid value not ignored as it ought to bevtable for warning: warning: consider linking with '-static' as system libraries withweak %q+D cannot be defined %qEweak declaration of %q+D must be publicweak declaration of %q+D not supportedweakref %q+D must have static linkageweakref %q+D ultimately targets itselfweakref attribute must appear before alias attributeweakref is not supported in this configurationwhen writing output to %s: %mwide character array initialized from incompatible wide stringwide character array initialized from non-wide stringwide string literal in %<asm%>width of %qs exceeds its typewidth of bit-field %qD has non-integral type %qTwill be assumed to return %<id%> and acceptwithwith %q+#Dwriting into constant object (argument %d)writing through null pointer (argument %d)writing to LTRANS output list %s: %mwriting to address space %qs not supportedwrong amount of branch edges after unconditional jump %iwrong edge %d->%d for PHI argumentwrong immediate use listwrong insn in the fallthru edgewrong list of exited loops for edge  %d->%dwrong number of arguments specified for %qE attributewrong number of arguments to %<__builtin_choose_expr%>wrong number of arguments to %<__builtin_complex%>wrong number of arguments to %<__builtin_shuffle%>wrong number of arguments to function %<__builtin_next_arg%>wrong number of arguments to function %<va_start%>wrong number of template arguments (%d, should be %d)wrong outgoing edge flags at end of bb %dwrong type argument to %swrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusx87 register return with x87 disabledxstormy16_print_operand: unknown codez/Architecture mode not supported on %szero as null pointer constantzero or negative size array %q+Dzero vector sizezero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qDzero-size array %qT{anonymous}{unknown}Project-Id-Version: gcc 6.1.0
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-04-24 20:38+0000
  PO-Revision-Date: 2016-05-25 15:46+0300
  Last-Translator: Pavel Maryanov <acid@jack.kiev.ua>
  Language-Team: Russian <gnu@d07.ru>
--- 1323,1329 ----
  unconditional %2d taken %s
  undeclared selector %qEundefined named operand %qsunderlying type %<%T%> of %<%T%> must be an integral typeunderlying type mismatch in enum %q#Tunexpected AST of kind %sunexpected attributeunexpected base-type in cris_print_baseunexpected expression %qE of kind %sunexpected file name %s in linker resolution file. Expected %sunexpected index-type in cris_print_indexunexpected multiplicative operandunexpected offsetunexpected operandunexpected side-effects in addressunhandled alignment for '#pragma nomember_alignment'unidentifiable call opuninitialized const %qDuninitialized const %qD is invalid in C++uninitialized const in %<new%> of %q#Tuninitialized const member in %q#Tuninitialized const member in %q#T using %<new%> without new-initializeruninitialized const member in %qT is invalid in C++uninitialized reference member in %q#Tuninitialized reference member in %q#T using %<new%> without new-initializeruninitialized variable %q+D put into program memory areaunion cannot be made transparentunion defined hereunion has no membersunion has no named membersunion member %q+D with non-trivial %qDunknown '#pragma extern_model' model '%s'unknown '#pragma member_alignment' name %sunknown -mdebug-%s switchunknown CRIS cpu version specification in -mtune= : %sunknown CRIS version specification in -march= or -mcpu= : %sunknown IRA algorithm %qsunknown IRA region %qsunknown TLS model %qsunknown action %qE for %<#pragma pack%> - ignoredunknown array size in deleteunknown callback event registered by plugin %sunknown cc_attr valueunknown conversion type character %qc in formatunknown demangling style '%s'unknown destunknown excess precision style %qsunknown floating point contraction style %qsunknown insn modeunknown machine mode %qEunknown move insn:unknown operator %qs in %%:version-compareunknown option after %<#pragma GCC diagnostic%> kindunknown option for -mrecip=%sunknown pass %s specified in -fdisableunknown pass %s specified in -fenableunknown property attributeunknown punctuation '%c'unknown register name %qs in %<asm%>unknown register name: %sunknown relocation unspecunknown spec function %qsunknown srcunknown switch -mlong-double-%sunknown type %<%T%> found during Objective-C encodingunknown type name %qEunknown value %qs of -mmacosx-version-minunknown vectorization library ABI type (%s) for -mveclibabi= switchunnamed field has incomplete typeunnamed initializer for %qT, which has no base classesunnamed initializer for %qT, which uses multiple inheritanceunnamed struct/union that defines no instancesunnamed variable or field declared voidunordered comparison on non-floating point argumentunrecognizable insn:unrecognized addressunrecognized argument in option %qsunrecognized argument to --help= option: %q.*sunrecognized command line option %<-fdump-%s%>unrecognized command line option %qsunrecognized control register number: %d - using 'psw'unrecognized format specifierunrecognized gcc debugging option: %cunrecognized include_flags 0x%x passed to print_specific_helpunrecognized option -fdisableunrecognized option -fenableunrecognized register name %qsunrecognized section name %qEunrecognized supposed constantunrecognized visibility value %qsunrecoverable errorunresolved overload for Altivec builtin %qFunrestricted unions only available with -std=c++11 or -std=gnu++11unsafe function call %qD within %<transaction_safe%> functionunsafe function call %qD within atomic transactionunsafe function call %qE within %<transaction_safe%> functionunsafe function call %qE within atomic transactionunsafe indirect function call within %<transaction_safe%> functionunsafe indirect function call within atomic transactionunsuffixed float constantunsupported argument type to builtin functionunsupported combination: %sunsupported non-standard concatenation of string literalsunsupported non-standard suffix on floating constantunsupported operand size for extended registerunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatunused variable %q+Dunwind tables currently require either a frame pointer or -maccumulate-outgoing-args for correctnessupper value in case label range exceeds maximum value for typeuse #include insteaduse %<%T::%D%> insteaduse %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified nameuse %<%T::template %D%> to indicate that it is a templateuse %<...%> to expand argument packuse %<this->%D%> insteaduse -Winvalid-pch for more informationuse -flax-vector-conversions to permit conversions between vectors with differing element types or numbers of subpartsuse __attribute__ ((vector_size)) insteaduse __builtin_rx_mvtc (0, ... ) to write arbitrary values to PSWuse of %<complex%> in AltiVec types is invaliduse of %<double%> in AltiVec types is invalid without -mvsxuse of %<long double%> in AltiVec types is invaliduse of %<long long%> in AltiVec types is invalid without -mvsxuse of %<long%> in AltiVec types is deprecated; use %<int%>use of %<long%> in AltiVec types is invalid for 64-bit code without -mvsxuse of %qs in templateuse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of boolean types in AltiVec types is invaliduse of class template %qT as expressionuse of decimal floating point types in AltiVec types is invaliduse of deleted function %qDuse of enum %q#D without previous declarationuse of namespace %qD as expressionuse of old-style castuse of parameter from containing functionuse operand missing for stmtuse template<> for an explicit specializationused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requiredused vector type where scalar is requireduseless %<_Alignas%> in empty declarationuseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationuser-defined %qD always evaluates both argumentsuser-defined literals only available with -std=c++11 or -std=gnu++11using %<%c%s%>using IBM extended precision long doubleusing IEEE extended precision long doubleusing alias template specialization %qT after %qsusing darwin64 ABIusing invalid field %qDusing old darwin ABIusing result of function returning %<void%>using template type parameter %qT after %qsusing temporary as lvalueusing typedef-name %qD after %qsusing xvalue (rvalue reference) as lvalueusing-declaration for non-member at class scopevalid arguments to %qs are: %svalidate_value_data: Loop in regno chain (%u)validate_value_data: [%u] Bad next_regno for empty chain (%u)validate_value_data: [%u] Bad oldest_regno (%u)validate_value_data: [%u] Non-empty reg in chain (%s %u %i)value computed is not usedvalue of -mfixed-range must have form REG1-REG2value passed in %qs is too largevalue-initialization of function type %qTvalue-initialization of incomplete type %qTvalue-initialization of reference type %qTvar-tracking-assignments changes selective schedulingvariable %q#D has initializer but incomplete typevariable %q+D declared %<_Noreturn%>variable %q+D declared %<inline%>variable %q+D definition is marked dllimportvariable %q+D might be clobbered by %<longjmp%> or %<vfork%>variable %q+D must be const in order to be put into read-only section by means of %qsvariable %q+D part of alias cyclevariable %qD has function typevariable %qD has initializer but incomplete typevariable %qD redeclared as functionvariable %qD set but not usedvariable %qE of incomplete type %qT will not be accessed in for increment expressionvariable %qE of incomplete type %qT will not be accessed in left operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in right operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in second operand of conditional expressionvariable %qE of incomplete type %qT will not be accessed in statementvariable %qE of incomplete type %qT will not be accessed in third operand of conditional expressionvariable length array %qD is usedvariable length array is usedvariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable tracking requested, but not supported by this debug formatvariable tracking requested, but useless unless producing debug infovariable tracking size limit exceededvariable tracking size limit exceeded with -fvar-tracking-assignments, retrying withoutvariable-sized compound literalvariable-sized object may not be initializedvariably modified %qE at file scopevariably modified field at file scopevariadic functions must use the base AAPCS variantvariadic templates only available with -std=c++11 or -std=gnu++11vec_extract only accepts 2 argumentsvec_insert only accepts 3 argumentsvector operation will be expanded in parallelvector operation will be expanded piecewisevector operation will be expanded with a single scalar operationvector overflow in expressionvector shuffling operation will be expanded piecewisevector size not an integral multiple of component sizevector types expected in vector permute expressionvectors with different element number found in vector permute expressionverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_flow_info: Basic block %d succ edge is corruptedverify_flow_info: Block %i has loop_father, but there are no loopsverify_flow_info: Block %i lacks loop_fatherverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_gimple failedverify_histograms failedverify_ssa failedversion attribute is not a stringvirt-specifiers in %qs not allowed outside a class definitionvirtual SSA name for non-VOP declvirtual base %qT inaccessible in %qT due to ambiguityvirtual def operand missing for stmtvirtual definition of statement not up-to-datevirtual function %q+Dvirtual functions cannot be friendsvirtual non-class function %qsvirtual use of statement not up-to-datevirtual use operand missing for stmtvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvisibility attribute not supported in this configuration; ignoredvms '#pragma __message' is ignoredvoid value not ignored as it ought to bevtable for warning: warning: consider linking with '-static' as system libraries withweak %q+D cannot be defined %qEweak declaration of %q+D must be publicweak declaration of %q+D not supportedweakref %q+D must have static linkageweakref %q+D ultimately targets itselfweakref attribute must appear before alias attributeweakref is not supported in this configurationwhen writing output to %s: %mwide character array initialized from incompatible wide stringwide character array initialized from non-wide stringwide string literal in %<asm%>width of %qs exceeds its typewidth of bit-field %qD has non-integral type %qTwill be assumed to return %<id%> and acceptwithwith %q+#Dwriting into constant object (argument %d)writing through null pointer (argument %d)writing to LTRANS output list %s: %mwriting to address space %qs not supportedwrong amount of branch edges after unconditional jump %iwrong edge %d->%d for PHI argumentwrong immediate use listwrong insn in the fallthru edgewrong list of exited loops for edge  %d->%dwrong number of arguments specified for %qE attributewrong number of arguments to %<__builtin_choose_expr%>wrong number of arguments to %<__builtin_complex%>wrong number of arguments to %<__builtin_shuffle%>wrong number of arguments to function %<__builtin_next_arg%>wrong number of arguments to function %<va_start%>wrong number of template arguments (%d, should be %d)wrong outgoing edge flags at end of bb %dwrong type argument to %swrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusx87 register return with x87 disabledxstormy16_print_operand: unknown codez/Architecture mode not supported on %szero as null pointer constantzero or negative size array %q+Dzero vector sizezero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qDzero-size array %qT{anonymous}{unknown}Project-Id-Version: gcc 6.1.0
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-05-01 22:24+0000
  PO-Revision-Date: 2016-05-25 15:46+0300
  Last-Translator: Pavel Maryanov <acid@jack.kiev.ua>
  Language-Team: Russian <gnu@d07.ru>
diff -Nrcpad gcc-7.1.0/gcc/po/ru.po gcc-7.2.0/gcc/po/ru.po
*** gcc-7.1.0/gcc/po/ru.po	Sun Apr 30 23:16:59 2017
--- gcc-7.2.0/gcc/po/ru.po	Thu May  4 15:54:38 2017
*************** msgid ""
*** 12,18 ****
  msgstr ""
  "Project-Id-Version: gcc 6.1.0\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-04-24 20:38+0000\n"
  "PO-Revision-Date: 2016-05-25 15:46+0300\n"
  "Last-Translator: Pavel Maryanov <acid@jack.kiev.ua>\n"
  "Language-Team: Russian <gnu@d07.ru>\n"
--- 12,18 ----
  msgstr ""
  "Project-Id-Version: gcc 6.1.0\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-05-01 22:24+0000\n"
  "PO-Revision-Date: 2016-05-25 15:46+0300\n"
  "Last-Translator: Pavel Maryanov <acid@jack.kiev.ua>\n"
  "Language-Team: Russian <gnu@d07.ru>\n"
*************** msgstr "Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€ Ñ€Ð°Ð·Ð¼Ð
*** 3103,3147 ****
  msgid "<command-line>"
  msgstr "<command-line>"
  
! #: config/aarch64/aarch64.c:4926 config/arm/arm.c:21795 config/arm/arm.c:21808
! #: config/arm/arm.c:21833 config/nios2/nios2.c:2653
  #, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "Ð�ÐµÐ¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÐ¼Ñ‹Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð´Ð»Ñ� ÐºÐ¾Ð´Ð° '%c'"
  
! #: config/aarch64/aarch64.c:4938 config/aarch64/aarch64.c:4954
! #: config/aarch64/aarch64.c:4967 config/aarch64/aarch64.c:4979
! #: config/aarch64/aarch64.c:4990 config/aarch64/aarch64.c:5013
! #: config/aarch64/aarch64.c:5066 config/aarch64/aarch64.c:5269
  #, fuzzy, c-format
  #| msgid "invalid operand for code '%c'"
  msgid "invalid operand for '%%%c'"
  msgstr "Ð½ÐµÐ´Ð¾Ð¿ÑƒÑ�Ñ‚Ð¸Ð¼Ñ‹Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð´Ð»Ñ� ÐºÐ¾Ð´Ð° '%c'"
  
! #: config/aarch64/aarch64.c:5033 config/aarch64/aarch64.c:5046
! #: config/aarch64/aarch64.c:5056
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5102 config/arm/arm.c:22340
  #, c-format
  msgid "missing operand"
  msgstr "Ð¾Ñ‚Ñ�ÑƒÑ‚Ñ�Ñ‚Ð²ÑƒÐµÑ‚ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´"
  
! #: config/aarch64/aarch64.c:5164
  #, fuzzy, c-format
  #| msgid "invalid insn:"
  msgid "invalid constant"
  msgstr "Ð½ÐµÐ´Ð¾Ð¿ÑƒÑ�Ñ‚Ð¸Ð¼Ð°Ñ� Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ñ�:"
  
! #: config/aarch64/aarch64.c:5167
  #, fuzzy, c-format
  #| msgid "invalid %%d operand"
  msgid "invalid operand"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð´Ð»Ñ� %%d"
  
! #: config/aarch64/aarch64.c:5280
  #, fuzzy, c-format
  #| msgid "invalid operand code '%c'"
  msgid "invalid operand prefix '%%%c'"
--- 3103,3147 ----
  msgid "<command-line>"
  msgstr "<command-line>"
  
! #: config/aarch64/aarch64.c:4927 config/arm/arm.c:21832 config/arm/arm.c:21845
! #: config/arm/arm.c:21870 config/nios2/nios2.c:2653
  #, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "Ð�ÐµÐ¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÐ¼Ñ‹Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð´Ð»Ñ� ÐºÐ¾Ð´Ð° '%c'"
  
! #: config/aarch64/aarch64.c:4939 config/aarch64/aarch64.c:4955
! #: config/aarch64/aarch64.c:4968 config/aarch64/aarch64.c:4980
! #: config/aarch64/aarch64.c:4991 config/aarch64/aarch64.c:5014
! #: config/aarch64/aarch64.c:5067 config/aarch64/aarch64.c:5270
  #, fuzzy, c-format
  #| msgid "invalid operand for code '%c'"
  msgid "invalid operand for '%%%c'"
  msgstr "Ð½ÐµÐ´Ð¾Ð¿ÑƒÑ�Ñ‚Ð¸Ð¼Ñ‹Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð´Ð»Ñ� ÐºÐ¾Ð´Ð° '%c'"
  
! #: config/aarch64/aarch64.c:5034 config/aarch64/aarch64.c:5047
! #: config/aarch64/aarch64.c:5057
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5103 config/arm/arm.c:22377
  #, c-format
  msgid "missing operand"
  msgstr "Ð¾Ñ‚Ñ�ÑƒÑ‚Ñ�Ñ‚Ð²ÑƒÐµÑ‚ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´"
  
! #: config/aarch64/aarch64.c:5165
  #, fuzzy, c-format
  #| msgid "invalid insn:"
  msgid "invalid constant"
  msgstr "Ð½ÐµÐ´Ð¾Ð¿ÑƒÑ�Ñ‚Ð¸Ð¼Ð°Ñ� Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ñ�:"
  
! #: config/aarch64/aarch64.c:5168
  #, fuzzy, c-format
  #| msgid "invalid %%d operand"
  msgid "invalid operand"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð´Ð»Ñ� %%d"
  
! #: config/aarch64/aarch64.c:5281
  #, fuzzy, c-format
  #| msgid "invalid operand code '%c'"
  msgid "invalid operand prefix '%%%c'"
*************** msgstr "Ð½ÐµÐ²ÐµÑ€Ð½Ñ‹Ð¹ ÐºÐ¾Ð´ Ð²Ñ‹Ñ…Ð¾
*** 3306,3334 ****
  msgid "invalid UNSPEC as operand: %d"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ UNSPEC"
  
! #: config/arm/arm.c:18804 config/arm/arm.c:18829 config/arm/arm.c:18839
! #: config/arm/arm.c:18848 config/arm/arm.c:18857
  #, c-format
  msgid "invalid shift operand"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ñ‚Ð¾Ñ€ Ñ�Ð´Ð²Ð¸Ð³Ð°"
  
! #: config/arm/arm.c:21671 config/arm/arm.c:21689
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "Ð¿Ñ€ÐµÐ´Ð¸ÐºÐ°Ñ‚Ð¸Ð²Ð½Ð°Ñ� Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ñ� Ð´Ð»Ñ� Ð°Ñ€Ñ…Ð¸Ñ‚ÐµÐºÑ‚ÑƒÑ€Ñ‹ Thumb"
  
! #: config/arm/arm.c:21677
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "Ð¿Ñ€ÐµÐ´Ð¸ÐºÐ°Ñ‚Ð¸Ð²Ð½Ð°Ñ� Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ñ� Ð² ÑƒÑ�Ð»Ð¾Ð²Ð½Ð¾Ð¹ Ð¿Ð¾Ñ�Ð»ÐµÐ´Ð¾Ð²Ð°Ñ‚ÐµÐ»ÑŒÐ½Ð¾Ñ�Ñ‚Ð¸"
  
! #: config/arm/arm.c:21910 config/arm/arm.c:21932 config/arm/arm.c:21942
! #: config/arm/arm.c:21952 config/arm/arm.c:21962 config/arm/arm.c:22001
! #: config/arm/arm.c:22019 config/arm/arm.c:22044 config/arm/arm.c:22059
! #: config/arm/arm.c:22086 config/arm/arm.c:22093 config/arm/arm.c:22111
! #: config/arm/arm.c:22118 config/arm/arm.c:22126 config/arm/arm.c:22147
! #: config/arm/arm.c:22154 config/arm/arm.c:22287 config/arm/arm.c:22294
! #: config/arm/arm.c:22321 config/arm/arm.c:22328 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
--- 3306,3334 ----
  msgid "invalid UNSPEC as operand: %d"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ UNSPEC"
  
! #: config/arm/arm.c:18841 config/arm/arm.c:18866 config/arm/arm.c:18876
! #: config/arm/arm.c:18885 config/arm/arm.c:18894
  #, c-format
  msgid "invalid shift operand"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ñ‚Ð¾Ñ€ Ñ�Ð´Ð²Ð¸Ð³Ð°"
  
! #: config/arm/arm.c:21708 config/arm/arm.c:21726
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "Ð¿Ñ€ÐµÐ´Ð¸ÐºÐ°Ñ‚Ð¸Ð²Ð½Ð°Ñ� Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ñ� Ð´Ð»Ñ� Ð°Ñ€Ñ…Ð¸Ñ‚ÐµÐºÑ‚ÑƒÑ€Ñ‹ Thumb"
  
! #: config/arm/arm.c:21714
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "Ð¿Ñ€ÐµÐ´Ð¸ÐºÐ°Ñ‚Ð¸Ð²Ð½Ð°Ñ� Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ñ� Ð² ÑƒÑ�Ð»Ð¾Ð²Ð½Ð¾Ð¹ Ð¿Ð¾Ñ�Ð»ÐµÐ´Ð¾Ð²Ð°Ñ‚ÐµÐ»ÑŒÐ½Ð¾Ñ�Ñ‚Ð¸"
  
! #: config/arm/arm.c:21947 config/arm/arm.c:21969 config/arm/arm.c:21979
! #: config/arm/arm.c:21989 config/arm/arm.c:21999 config/arm/arm.c:22038
! #: config/arm/arm.c:22056 config/arm/arm.c:22081 config/arm/arm.c:22096
! #: config/arm/arm.c:22123 config/arm/arm.c:22130 config/arm/arm.c:22148
! #: config/arm/arm.c:22155 config/arm/arm.c:22163 config/arm/arm.c:22184
! #: config/arm/arm.c:22191 config/arm/arm.c:22324 config/arm/arm.c:22331
! #: config/arm/arm.c:22358 config/arm/arm.c:22365 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
*************** msgstr "Ð¿Ñ€ÐµÐ´Ð¸ÐºÐ°Ñ‚Ð¸Ð²Ð½Ð°Ñ� Ð¸Ð½Ñ
*** 3336,3348 ****
  msgid "invalid operand for code '%c'"
  msgstr "Ð½ÐµÐ´Ð¾Ð¿ÑƒÑ�Ñ‚Ð¸Ð¼Ñ‹Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð´Ð»Ñ� ÐºÐ¾Ð´Ð° '%c'"
  
! #: config/arm/arm.c:22014
  #, c-format
  msgid "instruction never executed"
  msgstr "Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ñ� Ð½Ð¸ÐºÐ¾Ð³Ð´Ð° Ð½Ðµ Ð²Ñ‹Ð¿Ð¾Ð»Ð½Ñ�ÐµÑ‚Ñ�Ñ�"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22035
  #, fuzzy, c-format
  #| msgid "Unsupported operand for code '%c'"
  msgid "obsolete Maverick format code '%c'"
--- 3336,3348 ----
  msgid "invalid operand for code '%c'"
  msgstr "Ð½ÐµÐ´Ð¾Ð¿ÑƒÑ�Ñ‚Ð¸Ð¼Ñ‹Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð´Ð»Ñ� ÐºÐ¾Ð´Ð° '%c'"
  
! #: config/arm/arm.c:22051
  #, c-format
  msgid "instruction never executed"
  msgstr "Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ñ� Ð½Ð¸ÐºÐ¾Ð³Ð´Ð° Ð½Ðµ Ð²Ñ‹Ð¿Ð¾Ð»Ð½Ñ�ÐµÑ‚Ñ�Ñ�"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22072
  #, fuzzy, c-format
  #| msgid "Unsupported operand for code '%c'"
  msgid "obsolete Maverick format code '%c'"
*************** msgstr ""
*** 4186,4288 ****
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7314
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr "Ñ�Ð¸Ð¼Ð²Ð¾Ð»ÑŒÐ½Ñ‹Ðµ Ñ�Ñ�Ñ‹Ð»ÐºÐ¸ Ð½Ð° Ð¿Ð°Ð¼Ñ�Ñ‚ÑŒ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÑŽÑ‚Ñ�Ñ� Ñ‚Ð¾Ð»ÑŒÐºÐ¾ Ð´Ð»Ñ� z10 Ð¸Ð»Ð¸ Ð±Ð¾Ð»ÐµÐµ Ð¿Ð¾Ð·Ð´Ð½Ð¸Ñ… Ð²ÐµÑ€Ñ�Ð¸Ð¹"
  
! #: config/s390/s390.c:7325
  #, c-format
  msgid "cannot decompose address"
  msgstr "Ð¾ÑˆÐ¸Ð±ÐºÐ° Ð¿Ñ€Ð¸ Ð´ÐµÐºÐ¾Ð¼Ð¿Ð¾Ð·Ð¸Ñ†Ð¸Ð¸ Ð°Ð´Ñ€ÐµÑ�Ð°"
  
! #: config/s390/s390.c:7394
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ñ‚Ð¾Ñ€ Ñ�Ñ€Ð°Ð²Ð½ÐµÐ½Ð¸Ñ� Ð´Ð»Ñ� 'E' Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ñ‹Ð²Ð¾Ð´Ð°"
  
! #: config/s390/s390.c:7417
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ð°Ñ� Ñ�Ñ�Ñ‹Ð»ÐºÐ° Ð´Ð»Ñ� 'J' Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ñ‹Ð²Ð¾Ð´Ð°"
  
! #: config/s390/s390.c:7435
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ð°Ð´Ñ€ÐµÑ� Ð´Ð»Ñ� 'O' Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ñ‹Ð²Ð¾Ð´Ð°"
  
! #: config/s390/s390.c:7457
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ð°Ð´Ñ€ÐµÑ� Ð´Ð»Ñ� 'R' Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ñ‹Ð²Ð¾Ð´Ð°"
  
! #: config/s390/s390.c:7475
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr "Ð¾Ð¶Ð¸Ð´Ð°Ð»Ð°Ñ�ÑŒ Ñ�Ñ�Ñ‹Ð»ÐºÐ° Ð½Ð° Ð¿Ð°Ð¼Ñ�Ñ‚ÑŒ Ð´Ð»Ñ� 'S' Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ñ‹Ð²Ð¾Ð´Ð°"
  
! #: config/s390/s390.c:7485
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ð°Ð´Ñ€ÐµÑ� Ð´Ð»Ñ� 'S' Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ñ‹Ð²Ð¾Ð´Ð°"
  
! #: config/s390/s390.c:7506
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr "Ð¾Ð¶Ð¸Ð´Ð°Ð»Ð¾Ñ�ÑŒ Ð²Ñ‹Ñ€Ð°Ð¶ÐµÐ½Ð¸Ð¸ Ð¸Ð· Ñ€ÐµÐ³Ð¸Ñ�Ñ‚Ñ€Ð¾Ð² Ð¸ Ð¿Ð°Ð¼Ñ�Ñ‚Ð¸ Ð´Ð»Ñ� 'N' Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ñ‹Ð²Ð¾Ð´Ð°"
  
! #: config/s390/s390.c:7517
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr "Ð¾Ð¶Ð¸Ð´Ð°Ð»Ñ�Ñ� Ñ€ÐµÐ³Ð¸Ñ�Ñ‚Ñ€ Ð¸Ð»Ð¸ Ð²Ñ‹Ñ€Ð°Ð¶ÐµÐ½Ð¸Ðµ Ð¿Ð°Ð¼Ñ�Ñ‚Ð¸ Ð´Ð»Ñ� Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ñ‹Ð²Ð¾Ð´Ð° 'M'"
  
! #: config/s390/s390.c:7603 config/s390/s390.c:7624
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ð°Ñ� ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚Ð° Ð´Ð»Ñ� Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ñ‹Ð²Ð¾Ð´Ð° '%c'"
  
! #: config/s390/s390.c:7621
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ð°Ñ� ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚Ð° - Ð¿Ð¾Ð¿Ñ‹Ñ‚Ð°Ð¹Ñ‚ÐµÑ�ÑŒ Ð¸Ñ�Ð¿Ð¾Ð»ÑŒÐ·Ð¾Ð²Ð°Ñ‚ÑŒ Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€ Ð²Ñ‹Ð²Ð¾Ð´Ð°"
  
! #: config/s390/s390.c:7658
  #, fuzzy, c-format
  #| msgid "invalid constant for output modifier '%c'"
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ð°Ñ� ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚Ð° Ð´Ð»Ñ� Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ñ‹Ð²Ð¾Ð´Ð° '%c'"
  
! #: config/s390/s390.c:7665
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ð¾Ðµ Ð²Ñ‹Ñ€Ð°Ð¶ÐµÐ½Ð¸Ðµ - Ð¿Ð¾Ð¿Ñ‹Ñ‚Ð°Ð¹Ñ‚ÐµÑ�ÑŒ Ð¸Ñ�Ð¿Ð¾Ð»ÑŒÐ·Ð¾Ð²Ð°Ñ‚ÑŒ Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€ Ð²Ñ‹Ð²Ð¾Ð´Ð°"
  
! #: config/s390/s390.c:7668
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ð¾Ðµ Ð²Ñ‹Ñ€Ð°Ð¶ÐµÐ½Ð¸Ðµ Ð´Ð»Ñ� Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ñ‹Ð²Ð¾Ð´Ð° '%c'"
  
! #: config/s390/s390.c:11535
  #, fuzzy
  #| msgid "AltiVec argument passed to unprototyped function"
  msgid "vector argument passed to unprototyped function"
  msgstr "Ð�Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ AltiVec Ð¿ÐµÑ€ÐµÐ´Ð°Ð½ Ð² Ñ„ÑƒÐ½ÐºÑ†Ð¸ÑŽ Ð±ÐµÐ· Ð¿Ñ€Ð¾Ñ‚Ð¾Ñ‚Ð¸Ð¿Ð°"
  
! #: config/s390/s390.c:15354
  #, fuzzy
  #| msgid "pointer targets in return differ in signedness"
  msgid "types differ in signedness"
  msgstr "Ð¿Ñ€Ð¸ Ð²Ð¾Ð·Ð²Ñ€Ð°Ñ‚Ðµ Ñ€ÐµÐ·ÑƒÐ»ÑŒÑ‚Ð°Ñ‚Ð° ÑƒÐºÐ°Ð·ÑƒÐµÐ¼Ñ‹Ðµ Ñ‚Ð¸Ð¿Ñ‹ Ñ€Ð°Ð·Ð»Ð¸Ñ‡Ð°ÑŽÑ‚Ñ�Ñ� Ð·Ð½Ð°ÐºÐ¾Ð²Ð¾Ñ�Ñ‚ÑŒÑŽ"
  
! #: config/s390/s390.c:15364
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15367
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15375
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
--- 4186,4288 ----
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7482
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr "Ñ�Ð¸Ð¼Ð²Ð¾Ð»ÑŒÐ½Ñ‹Ðµ Ñ�Ñ�Ñ‹Ð»ÐºÐ¸ Ð½Ð° Ð¿Ð°Ð¼Ñ�Ñ‚ÑŒ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÑŽÑ‚Ñ�Ñ� Ñ‚Ð¾Ð»ÑŒÐºÐ¾ Ð´Ð»Ñ� z10 Ð¸Ð»Ð¸ Ð±Ð¾Ð»ÐµÐµ Ð¿Ð¾Ð·Ð´Ð½Ð¸Ñ… Ð²ÐµÑ€Ñ�Ð¸Ð¹"
  
! #: config/s390/s390.c:7493
  #, c-format
  msgid "cannot decompose address"
  msgstr "Ð¾ÑˆÐ¸Ð±ÐºÐ° Ð¿Ñ€Ð¸ Ð´ÐµÐºÐ¾Ð¼Ð¿Ð¾Ð·Ð¸Ñ†Ð¸Ð¸ Ð°Ð´Ñ€ÐµÑ�Ð°"
  
! #: config/s390/s390.c:7562
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ñ‚Ð¾Ñ€ Ñ�Ñ€Ð°Ð²Ð½ÐµÐ½Ð¸Ñ� Ð´Ð»Ñ� 'E' Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ñ‹Ð²Ð¾Ð´Ð°"
  
! #: config/s390/s390.c:7585
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ð°Ñ� Ñ�Ñ�Ñ‹Ð»ÐºÐ° Ð´Ð»Ñ� 'J' Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ñ‹Ð²Ð¾Ð´Ð°"
  
! #: config/s390/s390.c:7603
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ð°Ð´Ñ€ÐµÑ� Ð´Ð»Ñ� 'O' Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ñ‹Ð²Ð¾Ð´Ð°"
  
! #: config/s390/s390.c:7625
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ð°Ð´Ñ€ÐµÑ� Ð´Ð»Ñ� 'R' Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ñ‹Ð²Ð¾Ð´Ð°"
  
! #: config/s390/s390.c:7643
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr "Ð¾Ð¶Ð¸Ð´Ð°Ð»Ð°Ñ�ÑŒ Ñ�Ñ�Ñ‹Ð»ÐºÐ° Ð½Ð° Ð¿Ð°Ð¼Ñ�Ñ‚ÑŒ Ð´Ð»Ñ� 'S' Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ñ‹Ð²Ð¾Ð´Ð°"
  
! #: config/s390/s390.c:7653
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ð°Ð´Ñ€ÐµÑ� Ð´Ð»Ñ� 'S' Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ñ‹Ð²Ð¾Ð´Ð°"
  
! #: config/s390/s390.c:7674
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr "Ð¾Ð¶Ð¸Ð´Ð°Ð»Ð¾Ñ�ÑŒ Ð²Ñ‹Ñ€Ð°Ð¶ÐµÐ½Ð¸Ð¸ Ð¸Ð· Ñ€ÐµÐ³Ð¸Ñ�Ñ‚Ñ€Ð¾Ð² Ð¸ Ð¿Ð°Ð¼Ñ�Ñ‚Ð¸ Ð´Ð»Ñ� 'N' Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ñ‹Ð²Ð¾Ð´Ð°"
  
! #: config/s390/s390.c:7685
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr "Ð¾Ð¶Ð¸Ð´Ð°Ð»Ñ�Ñ� Ñ€ÐµÐ³Ð¸Ñ�Ñ‚Ñ€ Ð¸Ð»Ð¸ Ð²Ñ‹Ñ€Ð°Ð¶ÐµÐ½Ð¸Ðµ Ð¿Ð°Ð¼Ñ�Ñ‚Ð¸ Ð´Ð»Ñ� Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ñ‹Ð²Ð¾Ð´Ð° 'M'"
  
! #: config/s390/s390.c:7771 config/s390/s390.c:7792
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ð°Ñ� ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚Ð° Ð´Ð»Ñ� Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ñ‹Ð²Ð¾Ð´Ð° '%c'"
  
! #: config/s390/s390.c:7789
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ð°Ñ� ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚Ð° - Ð¿Ð¾Ð¿Ñ‹Ñ‚Ð°Ð¹Ñ‚ÐµÑ�ÑŒ Ð¸Ñ�Ð¿Ð¾Ð»ÑŒÐ·Ð¾Ð²Ð°Ñ‚ÑŒ Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€ Ð²Ñ‹Ð²Ð¾Ð´Ð°"
  
! #: config/s390/s390.c:7826
  #, fuzzy, c-format
  #| msgid "invalid constant for output modifier '%c'"
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ð°Ñ� ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚Ð° Ð´Ð»Ñ� Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ñ‹Ð²Ð¾Ð´Ð° '%c'"
  
! #: config/s390/s390.c:7833
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ð¾Ðµ Ð²Ñ‹Ñ€Ð°Ð¶ÐµÐ½Ð¸Ðµ - Ð¿Ð¾Ð¿Ñ‹Ñ‚Ð°Ð¹Ñ‚ÐµÑ�ÑŒ Ð¸Ñ�Ð¿Ð¾Ð»ÑŒÐ·Ð¾Ð²Ð°Ñ‚ÑŒ Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€ Ð²Ñ‹Ð²Ð¾Ð´Ð°"
  
! #: config/s390/s390.c:7836
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ð¾Ðµ Ð²Ñ‹Ñ€Ð°Ð¶ÐµÐ½Ð¸Ðµ Ð´Ð»Ñ� Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ñ‹Ð²Ð¾Ð´Ð° '%c'"
  
! #: config/s390/s390.c:11703
  #, fuzzy
  #| msgid "AltiVec argument passed to unprototyped function"
  msgid "vector argument passed to unprototyped function"
  msgstr "Ð�Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ AltiVec Ð¿ÐµÑ€ÐµÐ´Ð°Ð½ Ð² Ñ„ÑƒÐ½ÐºÑ†Ð¸ÑŽ Ð±ÐµÐ· Ð¿Ñ€Ð¾Ñ‚Ð¾Ñ‚Ð¸Ð¿Ð°"
  
! #: config/s390/s390.c:15522
  #, fuzzy
  #| msgid "pointer targets in return differ in signedness"
  msgid "types differ in signedness"
  msgstr "Ð¿Ñ€Ð¸ Ð²Ð¾Ð·Ð²Ñ€Ð°Ñ‚Ðµ Ñ€ÐµÐ·ÑƒÐ»ÑŒÑ‚Ð°Ñ‚Ð° ÑƒÐºÐ°Ð·ÑƒÐµÐ¼Ñ‹Ðµ Ñ‚Ð¸Ð¿Ñ‹ Ñ€Ð°Ð·Ð»Ð¸Ñ‡Ð°ÑŽÑ‚Ñ�Ñ� Ð·Ð½Ð°ÐºÐ¾Ð²Ð¾Ñ�Ñ‚ÑŒÑŽ"
  
! #: config/s390/s390.c:15532
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15535
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15543
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
*************** msgstr "Ð¿Ñ€ÐµÐ´Ð¿Ð¾Ð»Ð°Ð³Ð°ÐµÑ‚Ñ�Ñ� Ñ‡Ñ
*** 21426,21432 ****
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr "Ð¿Ñ€ÐµÐ´Ð¿Ð¾Ð»Ð°Ð³Ð°ÐµÑ‚Ñ�Ñ�, Ñ‡Ñ‚Ð¾ Ð¿Ñ€Ð¸ ÐºÐ¾Ð¼Ð±Ð¸Ð½Ð¸Ñ€Ð¾Ð²Ð°Ð½Ð¸Ð¸ ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚ Ð²Ð¾ÐºÑ€ÑƒÐ³ Ñ�Ñ€Ð°Ð²Ð½ÐµÐ½Ð¸Ñ� Ð½Ðµ Ð¿Ñ€Ð¾Ð¸Ð·Ð¾ÑˆÐ»Ð¾ Ð¿ÐµÑ€ÐµÐ¿Ð¾Ð»Ð½ÐµÐ½Ð¸Ðµ"
  
! #: fold-const.c:12046
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€ÐºÐ° fold: Ð¸Ñ�Ñ…Ð¾Ð´Ð½Ð¾Ðµ Ð´ÐµÑ€ÐµÐ²Ð¾ Ð¸Ð·Ð¼ÐµÐ½ÐµÐ½Ð¾ Ñ„ÑƒÐ½ÐºÑ†Ð¸ÐµÐ¹ fold"
--- 21426,21432 ----
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr "Ð¿Ñ€ÐµÐ´Ð¿Ð¾Ð»Ð°Ð³Ð°ÐµÑ‚Ñ�Ñ�, Ñ‡Ñ‚Ð¾ Ð¿Ñ€Ð¸ ÐºÐ¾Ð¼Ð±Ð¸Ð½Ð¸Ñ€Ð¾Ð²Ð°Ð½Ð¸Ð¸ ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚ Ð²Ð¾ÐºÑ€ÑƒÐ³ Ñ�Ñ€Ð°Ð²Ð½ÐµÐ½Ð¸Ñ� Ð½Ðµ Ð¿Ñ€Ð¾Ð¸Ð·Ð¾ÑˆÐ»Ð¾ Ð¿ÐµÑ€ÐµÐ¿Ð¾Ð»Ð½ÐµÐ½Ð¸Ðµ"
  
! #: fold-const.c:12048
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€ÐºÐ° fold: Ð¸Ñ�Ñ…Ð¾Ð´Ð½Ð¾Ðµ Ð´ÐµÑ€ÐµÐ²Ð¾ Ð¸Ð·Ð¼ÐµÐ½ÐµÐ½Ð¾ Ñ„ÑƒÐ½ÐºÑ†Ð¸ÐµÐ¹ fold"
*************** msgstr "Ñ†ÐµÐ»ÑŒ Ð½Ðµ ÐµÑ�Ñ‚ÑŒ ÑƒÐºÐ°Ð·Ð
*** 21982,21989 ****
  msgid "null pointer dereference"
  msgstr "Ð½ÑƒÐ»ÐµÐ²Ð¾Ð¹ ÑƒÐºÐ°Ð·Ð°Ñ‚ÐµÐ»ÑŒ"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12872
! #: tree.c:12909 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
--- 21982,21989 ----
  msgid "null pointer dereference"
  msgstr "Ð½ÑƒÐ»ÐµÐ²Ð¾Ð¹ ÑƒÐºÐ°Ð·Ð°Ñ‚ÐµÐ»ÑŒ"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12880
! #: tree.c:12917 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
*************** msgstr "Ð¾Ð±ÑŠÑ�Ð²Ð»ÐµÐ½Ð¾ Ð·Ð´ÐµÑ�ÑŒ"
*** 21997,22296 ****
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2307 gimple-ssa-sprintf.c:2435
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2309 gimple-ssa-sprintf.c:2437
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2311 gimple-ssa-sprintf.c:2439
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2313 gimple-ssa-sprintf.c:2441
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2326
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2328
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2330
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2334
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2336
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2338
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2351
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2353
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2355
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2371
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2373
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2375
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2388
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2390
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2392
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2404
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2406
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2408
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2454
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2456
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2458
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2462
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2464
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2466
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2480
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2483
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2486
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2502
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2505
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2508
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2521
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2524
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2527
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2539
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2542
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2545
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2710
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2712
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2751
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2753
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2767
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2775
  #, fuzzy, gcc-internal-format
  #| msgid "Extension: Negative argument N at %L"
  msgid "directive argument %qE"
  msgstr "Ð Ð°Ñ�ÑˆÐ¸Ñ€ÐµÐ½Ð¸Ðµ: ÐžÑ‚Ñ€Ð¸Ñ†Ð°Ñ‚ÐµÐ»ÑŒÐ½Ñ‹Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ N Ð² %L"
  
! #: gimple-ssa-sprintf.c:2777
  #, fuzzy, gcc-internal-format
  #| msgid "disable pass %s for functions in the range of [%u, %u]"
  msgid "directive argument in the range [%E, %E]"
  msgstr "Ð¾Ñ‚ÐºÐ»ÑŽÑ‡Ð¸Ñ‚ÑŒ Ð¿Ñ€Ð¾Ñ…Ð¾Ð´ %s Ð´Ð»Ñ� Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¹ Ð² Ð´Ð¸Ð°Ð¿Ð°Ð·Ð¾Ð½Ðµ [%u, %u]"
  
! #: gimple-ssa-sprintf.c:2781
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2801
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2806
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2811
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2816
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3588
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3594
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3647
  #, fuzzy, gcc-internal-format
  #| msgid "null pointer"
  msgid "null destination pointer"
  msgstr "Ð½ÑƒÐ»ÐµÐ²Ð¾Ð¹ ÑƒÐºÐ°Ð·Ð°Ñ‚ÐµÐ»ÑŒ"
  
! #: gimple-ssa-sprintf.c:3664
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3676
  #, fuzzy, gcc-internal-format
  #| msgid "%s in format string at %L"
  msgid "null format string"
--- 21997,22296 ----
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2308 gimple-ssa-sprintf.c:2436
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2310 gimple-ssa-sprintf.c:2438
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2312 gimple-ssa-sprintf.c:2440
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2314 gimple-ssa-sprintf.c:2442
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2327
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2329
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2331
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2335
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2337
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2339
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2352
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2354
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2356
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2372
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2374
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2376
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2389
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2391
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2393
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2405
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2407
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2409
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2455
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2457
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2459
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2463
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2465
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2467
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2481
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2484
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2487
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2503
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2506
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2509
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2522
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2525
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2528
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2540
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2543
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2546
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2711
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2713
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2752
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2754
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2769
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2776
  #, fuzzy, gcc-internal-format
  #| msgid "Extension: Negative argument N at %L"
  msgid "directive argument %qE"
  msgstr "Ð Ð°Ñ�ÑˆÐ¸Ñ€ÐµÐ½Ð¸Ðµ: ÐžÑ‚Ñ€Ð¸Ñ†Ð°Ñ‚ÐµÐ»ÑŒÐ½Ñ‹Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ N Ð² %L"
  
! #: gimple-ssa-sprintf.c:2778
  #, fuzzy, gcc-internal-format
  #| msgid "disable pass %s for functions in the range of [%u, %u]"
  msgid "directive argument in the range [%E, %E]"
  msgstr "Ð¾Ñ‚ÐºÐ»ÑŽÑ‡Ð¸Ñ‚ÑŒ Ð¿Ñ€Ð¾Ñ…Ð¾Ð´ %s Ð´Ð»Ñ� Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¹ Ð² Ð´Ð¸Ð°Ð¿Ð°Ð·Ð¾Ð½Ðµ [%u, %u]"
  
! #: gimple-ssa-sprintf.c:2782
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2803
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2807
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2812
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2817
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3591
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3597
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3650
  #, fuzzy, gcc-internal-format
  #| msgid "null pointer"
  msgid "null destination pointer"
  msgstr "Ð½ÑƒÐ»ÐµÐ²Ð¾Ð¹ ÑƒÐºÐ°Ð·Ð°Ñ‚ÐµÐ»ÑŒ"
  
! #: gimple-ssa-sprintf.c:3667
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3679
  #, fuzzy, gcc-internal-format
  #| msgid "%s in format string at %L"
  msgid "null format string"
*************** msgstr "Ð¸Ñ�Ñ…Ð¾Ð´Ð½Ð¾Ðµ Ð¾Ð¿Ñ€ÐµÐ´ÐµÐ»Ð
*** 24600,24769 ****
  msgid "%D renamed after being referenced in assembly"
  msgstr "Ð¿ÐµÑ€ÐµÐ¸Ð¼ÐµÐ½Ð¾Ð²Ð°Ð½Ð¸Ðµ %D Ð¿Ð¾Ñ�Ð»Ðµ Ñ�Ñ�Ñ‹Ð»ÐºÐ¸ Ð² Ð°Ñ�Ñ�ÐµÐ¼Ð±Ð»ÐµÑ€Ð½Ð¾Ð¼ ÐºÐ¾Ð´Ðµ"
  
! #: symtab.c:970
  #, fuzzy, gcc-internal-format
  #| msgid "function returning a function"
  msgid "function symbol is not function"
  msgstr "Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ� Ð²Ð¾Ð·Ð²Ñ€Ð°Ñ‰Ð°ÐµÑ‚ Ñ„ÑƒÐ½ÐºÑ†Ð¸ÑŽ"
  
  #
! #: symtab.c:978
  #, fuzzy, gcc-internal-format
  #| msgid "array is not addressable"
  msgid "variable symbol is not variable"
  msgstr "Ð¼Ð°Ñ�Ñ�Ð¸Ð² Ð½ÐµÐ°Ð´Ñ€ÐµÑ�ÑƒÐµÐ¼"
  
! #: symtab.c:984
  #, fuzzy, gcc-internal-format
  #| msgid "node has wrong clone list"
  msgid "node has unknown type"
  msgstr "ÑƒÐ·ÐµÐ» Ð¸Ð¼ÐµÐµÑ‚ Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ñ�Ð¿Ð¸Ñ�Ð¾Ðº ÐºÐ»Ð¾Ð½Ð¾Ð²"
  
! #: symtab.c:993
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1010
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1023
  #, fuzzy, gcc-internal-format
  #| msgid "node not found in cgraph_hash"
  msgid "node not found in symtab assembler name hash"
  msgstr "Ð½Ðµ Ð½Ð°Ð¹Ð´ÐµÐ½ ÑƒÐ·ÐµÐ» Ð² cgraph_hash"
  
! #: symtab.c:1030
  #, fuzzy, gcc-internal-format
  #| msgid "double linked list of clones corrupted"
  msgid "double linked list of assembler names corrupted"
  msgstr "Ð¸Ñ�Ð¿Ð¾Ñ€Ñ‡ÐµÐ½ Ð´Ð²ÑƒÑ�Ð²Ñ�Ð·Ð½Ñ‹Ð¹ Ñ�Ð¿Ð¸Ñ�Ð¾Ðº ÐºÐ»Ð¾Ð½Ð¾Ð²"
  
! #: symtab.c:1035
  #, fuzzy, gcc-internal-format
  #| msgid "%qD used before its definition"
  msgid "node has body_removed but is definition"
  msgstr "%qD Ð¸Ñ�Ð¿Ð¾Ð»ÑŒÐ·Ð¾Ð²Ð°Ð½Ð° Ð´Ð¾ Ñ�Ð²Ð¾ÐµÐ³Ð¾ Ð¾Ð¿Ñ€ÐµÐ´ÐµÐ»ÐµÐ½Ð¸Ñ�"
  
! #: symtab.c:1040
  #, fuzzy, gcc-internal-format
  #| msgid "node is in clone list but it is not clone"
  msgid "node is analyzed but it is not a definition"
  msgstr "ÑƒÐ·ÐµÐ» Ð² Ñ�Ð¿Ð¸Ñ�ÐºÐµ ÐºÐ»Ð¾Ð½Ð¾Ð², Ð½Ð¾ Ð½Ðµ Ñ�Ð²Ð»Ñ�ÐµÑ‚Ñ�Ñ� ÐºÐ»Ð¾Ð½Ð¾Ð¼"
  
! #: symtab.c:1045
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1050
  #, fuzzy, gcc-internal-format
  #| msgid "node is in clone list but it is not clone"
  msgid "node is alias but not definition"
  msgstr "ÑƒÐ·ÐµÐ» Ð² Ñ�Ð¿Ð¸Ñ�ÐºÐµ ÐºÐ»Ð¾Ð½Ð¾Ð², Ð½Ð¾ Ð½Ðµ Ñ�Ð²Ð»Ñ�ÐµÑ‚Ñ�Ñ� ÐºÐ»Ð¾Ð½Ð¾Ð¼"
  
! #: symtab.c:1055
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1060
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr ""
  
! #: symtab.c:1069
  #, fuzzy, gcc-internal-format
  #| msgid "node is in clone list but it is not clone"
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr "ÑƒÐ·ÐµÐ» Ð² Ñ�Ð¿Ð¸Ñ�ÐºÐµ ÐºÐ»Ð¾Ð½Ð¾Ð², Ð½Ð¾ Ð½Ðµ Ñ�Ð²Ð»Ñ�ÐµÑ‚Ñ�Ñ� ÐºÐ»Ð¾Ð½Ð¾Ð¼"
  
! #: symtab.c:1074
  #, fuzzy, gcc-internal-format
  #| msgid "same_comdat_group is not a circular list"
  msgid "same_comdat_group list across different groups"
  msgstr "same_comdat_group Ð½Ðµ Ñ�Ð²Ð»Ñ�ÐµÑ‚Ñ�Ñ� Ñ†Ð¸ÐºÐ»Ð¸Ñ‡ÐµÑ�ÐºÐ¸Ð¼ Ñ�Ð¿Ð¸Ñ�ÐºÐ¾Ð¼"
  
! #: symtab.c:1079
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1084
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr "Ñ‚Ð¾Ð»ÑŒÐºÐ¾ Ð¾Ð´Ð¸Ð½ ÑƒÐ·ÐµÐ» Ð² comdat Ð³Ñ€ÑƒÐ¿Ð¿Ðµ"
  
! #: symtab.c:1091
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr "same_comdat_group Ð½Ðµ Ñ�Ð²Ð»Ñ�ÐµÑ‚Ñ�Ñ� Ñ†Ð¸ÐºÐ»Ð¸Ñ‡ÐµÑ�ÐºÐ¸Ð¼ Ñ�Ð¿Ð¸Ñ�ÐºÐ¾Ð¼"
  
! #: symtab.c:1106
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1116
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1123
  #, fuzzy, gcc-internal-format
  #| msgid "node is alone in a comdat group"
  msgid "Both section and comdat group is set"
  msgstr "Ñ‚Ð¾Ð»ÑŒÐºÐ¾ Ð¾Ð´Ð¸Ð½ ÑƒÐ·ÐµÐ» Ð² comdat Ð³Ñ€ÑƒÐ¿Ð¿Ðµ"
  
! #: symtab.c:1135
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1142
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1157
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1188 symtab.c:1225
  #, fuzzy, gcc-internal-format
  #| msgid "verify_ssa failed"
  msgid "symtab_node::verify failed"
  msgstr "Ð¿Ñ€Ð¾Ñ†ÐµÐ´ÑƒÑ€Ð° verify_ssa Ð²Ñ‹Ñ�Ð²Ð¸Ð»Ð° Ð¾ÑˆÐ¸Ð±ÐºÐ¸"
  
! #: symtab.c:1221
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1630
  #, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr "Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ� %q+D Ñ�Ð²Ð»Ñ�ÐµÑ‚Ñ�Ñ� Ñ‡Ð°Ñ�Ñ‚ÑŒÑŽ Ñ†Ð¸ÐºÐ»Ð° Ð°Ð»Ð¸Ð°Ñ�Ð¾Ð²"
  
! #: symtab.c:1632
  #, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr "Ð¿ÐµÑ€ÐµÐ¼ÐµÐ½Ð½Ð°Ñ� %q+D Ð²Ñ…Ð¾Ð´Ð¸Ñ‚ Ð² Ñ†Ð¸ÐºÐ» Ð°Ð»Ð¸Ð°Ñ�Ð¾Ð²"
  
! #: symtab.c:1660
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
--- 24600,24769 ----
  msgid "%D renamed after being referenced in assembly"
  msgstr "Ð¿ÐµÑ€ÐµÐ¸Ð¼ÐµÐ½Ð¾Ð²Ð°Ð½Ð¸Ðµ %D Ð¿Ð¾Ñ�Ð»Ðµ Ñ�Ñ�Ñ‹Ð»ÐºÐ¸ Ð² Ð°Ñ�Ñ�ÐµÐ¼Ð±Ð»ÐµÑ€Ð½Ð¾Ð¼ ÐºÐ¾Ð´Ðµ"
  
! #: symtab.c:978
  #, fuzzy, gcc-internal-format
  #| msgid "function returning a function"
  msgid "function symbol is not function"
  msgstr "Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ� Ð²Ð¾Ð·Ð²Ñ€Ð°Ñ‰Ð°ÐµÑ‚ Ñ„ÑƒÐ½ÐºÑ†Ð¸ÑŽ"
  
  #
! #: symtab.c:986
  #, fuzzy, gcc-internal-format
  #| msgid "array is not addressable"
  msgid "variable symbol is not variable"
  msgstr "Ð¼Ð°Ñ�Ñ�Ð¸Ð² Ð½ÐµÐ°Ð´Ñ€ÐµÑ�ÑƒÐµÐ¼"
  
! #: symtab.c:992
  #, fuzzy, gcc-internal-format
  #| msgid "node has wrong clone list"
  msgid "node has unknown type"
  msgstr "ÑƒÐ·ÐµÐ» Ð¸Ð¼ÐµÐµÑ‚ Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ñ�Ð¿Ð¸Ñ�Ð¾Ðº ÐºÐ»Ð¾Ð½Ð¾Ð²"
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1009
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1018
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1031
  #, fuzzy, gcc-internal-format
  #| msgid "node not found in cgraph_hash"
  msgid "node not found in symtab assembler name hash"
  msgstr "Ð½Ðµ Ð½Ð°Ð¹Ð´ÐµÐ½ ÑƒÐ·ÐµÐ» Ð² cgraph_hash"
  
! #: symtab.c:1038
  #, fuzzy, gcc-internal-format
  #| msgid "double linked list of clones corrupted"
  msgid "double linked list of assembler names corrupted"
  msgstr "Ð¸Ñ�Ð¿Ð¾Ñ€Ñ‡ÐµÐ½ Ð´Ð²ÑƒÑ�Ð²Ñ�Ð·Ð½Ñ‹Ð¹ Ñ�Ð¿Ð¸Ñ�Ð¾Ðº ÐºÐ»Ð¾Ð½Ð¾Ð²"
  
! #: symtab.c:1043
  #, fuzzy, gcc-internal-format
  #| msgid "%qD used before its definition"
  msgid "node has body_removed but is definition"
  msgstr "%qD Ð¸Ñ�Ð¿Ð¾Ð»ÑŒÐ·Ð¾Ð²Ð°Ð½Ð° Ð´Ð¾ Ñ�Ð²Ð¾ÐµÐ³Ð¾ Ð¾Ð¿Ñ€ÐµÐ´ÐµÐ»ÐµÐ½Ð¸Ñ�"
  
! #: symtab.c:1048
  #, fuzzy, gcc-internal-format
  #| msgid "node is in clone list but it is not clone"
  msgid "node is analyzed but it is not a definition"
  msgstr "ÑƒÐ·ÐµÐ» Ð² Ñ�Ð¿Ð¸Ñ�ÐºÐµ ÐºÐ»Ð¾Ð½Ð¾Ð², Ð½Ð¾ Ð½Ðµ Ñ�Ð²Ð»Ñ�ÐµÑ‚Ñ�Ñ� ÐºÐ»Ð¾Ð½Ð¾Ð¼"
  
! #: symtab.c:1053
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1058
  #, fuzzy, gcc-internal-format
  #| msgid "node is in clone list but it is not clone"
  msgid "node is alias but not definition"
  msgstr "ÑƒÐ·ÐµÐ» Ð² Ñ�Ð¿Ð¸Ñ�ÐºÐµ ÐºÐ»Ð¾Ð½Ð¾Ð², Ð½Ð¾ Ð½Ðµ Ñ�Ð²Ð»Ñ�ÐµÑ‚Ñ�Ñ� ÐºÐ»Ð¾Ð½Ð¾Ð¼"
  
! #: symtab.c:1063
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1068
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr ""
  
! #: symtab.c:1077
  #, fuzzy, gcc-internal-format
  #| msgid "node is in clone list but it is not clone"
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr "ÑƒÐ·ÐµÐ» Ð² Ñ�Ð¿Ð¸Ñ�ÐºÐµ ÐºÐ»Ð¾Ð½Ð¾Ð², Ð½Ð¾ Ð½Ðµ Ñ�Ð²Ð»Ñ�ÐµÑ‚Ñ�Ñ� ÐºÐ»Ð¾Ð½Ð¾Ð¼"
  
! #: symtab.c:1082
  #, fuzzy, gcc-internal-format
  #| msgid "same_comdat_group is not a circular list"
  msgid "same_comdat_group list across different groups"
  msgstr "same_comdat_group Ð½Ðµ Ñ�Ð²Ð»Ñ�ÐµÑ‚Ñ�Ñ� Ñ†Ð¸ÐºÐ»Ð¸Ñ‡ÐµÑ�ÐºÐ¸Ð¼ Ñ�Ð¿Ð¸Ñ�ÐºÐ¾Ð¼"
  
! #: symtab.c:1087
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1092
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr "Ñ‚Ð¾Ð»ÑŒÐºÐ¾ Ð¾Ð´Ð¸Ð½ ÑƒÐ·ÐµÐ» Ð² comdat Ð³Ñ€ÑƒÐ¿Ð¿Ðµ"
  
! #: symtab.c:1099
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr "same_comdat_group Ð½Ðµ Ñ�Ð²Ð»Ñ�ÐµÑ‚Ñ�Ñ� Ñ†Ð¸ÐºÐ»Ð¸Ñ‡ÐµÑ�ÐºÐ¸Ð¼ Ñ�Ð¿Ð¸Ñ�ÐºÐ¾Ð¼"
  
! #: symtab.c:1114
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1124
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1131
  #, fuzzy, gcc-internal-format
  #| msgid "node is alone in a comdat group"
  msgid "Both section and comdat group is set"
  msgstr "Ñ‚Ð¾Ð»ÑŒÐºÐ¾ Ð¾Ð´Ð¸Ð½ ÑƒÐ·ÐµÐ» Ð² comdat Ð³Ñ€ÑƒÐ¿Ð¿Ðµ"
  
! #: symtab.c:1143
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1150
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1173
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1196 symtab.c:1233
  #, fuzzy, gcc-internal-format
  #| msgid "verify_ssa failed"
  msgid "symtab_node::verify failed"
  msgstr "Ð¿Ñ€Ð¾Ñ†ÐµÐ´ÑƒÑ€Ð° verify_ssa Ð²Ñ‹Ñ�Ð²Ð¸Ð»Ð° Ð¾ÑˆÐ¸Ð±ÐºÐ¸"
  
! #: symtab.c:1229
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1638
  #, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr "Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ� %q+D Ñ�Ð²Ð»Ñ�ÐµÑ‚Ñ�Ñ� Ñ‡Ð°Ñ�Ñ‚ÑŒÑŽ Ñ†Ð¸ÐºÐ»Ð° Ð°Ð»Ð¸Ð°Ñ�Ð¾Ð²"
  
! #: symtab.c:1640
  #, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr "Ð¿ÐµÑ€ÐµÐ¼ÐµÐ½Ð½Ð°Ñ� %q+D Ð²Ñ…Ð¾Ð´Ð¸Ñ‚ Ð² Ñ†Ð¸ÐºÐ» Ð°Ð»Ð¸Ð°Ñ�Ð¾Ð²"
  
! #: symtab.c:1668
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
*************** msgstr "%q+D Ð¿Ð¾Ð²Ñ‚Ð¾Ñ€Ð½Ð¾ Ð´ÐµÐºÐ»Ð°
*** 26466,26473 ****
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6704
! #: config/arm/arm.c:6732 config/arm/arm.c:6749 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
--- 26466,26473 ----
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6741
! #: config/arm/arm.c:6769 config/arm/arm.c:6786 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
*************** msgstr "Ñ�Ð¸Ð¼Ð²Ð¾Ð» %q+D Ð´Ð¾Ð»Ð¶ÐµÐ½ Ð
*** 26503,26597 ****
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qE Ð¿Ñ€ÐµÐ´Ð¿Ð¾Ð»Ð°Ð³Ð°ÐµÑ‚ Ð²Ð¸Ð´Ð¸Ð¼Ð¾Ñ�Ñ‚ÑŒ Ð¿Ð¾ ÑƒÐ¼Ð¾Ð»Ñ‡Ð°Ð½Ð¸ÑŽ, Ð½Ð¾ %qD ÑƒÐ¶Ðµ Ð±Ñ‹Ð» Ð´ÐµÐºÐ»Ð°Ñ€Ð¸Ñ€Ð¾Ð²Ð°Ð½ Ñ� Ð´Ñ€ÑƒÐ³Ð¸Ð¼ Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚Ð¾Ð¼ Ð²Ð¸Ð´Ð¸Ð¼Ð¾Ñ�Ñ‚Ð¸"
  
! #: tree.c:8366
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "Ð¼Ð°Ñ�Ñ�Ð¸Ð²Ñ‹ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¹ Ð½Ðµ Ð¸Ð¼ÐµÑŽÑ‚ Ð¾Ñ�Ð¼Ñ‹Ñ�Ð»ÐµÐ½Ð½Ð¾Ð¹ Ð¸Ð½Ñ‚ÐµÑ€Ð¿Ñ€ÐµÑ‚Ð°Ñ†Ð¸Ð¸"
  
! #: tree.c:8537
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "Ñ€ÐµÐ·ÑƒÐ»ÑŒÑ‚Ð°Ñ‚ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸ Ð½Ðµ Ð¼Ð¾Ð¶ÐµÑ‚ Ð¸Ð¼ÐµÑ‚ÑŒ Ñ‚Ð¸Ð¿ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸"
  
! #: tree.c:9831 tree.c:9916 tree.c:9977
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr "Ð´ÐµÑ€ÐµÐ²Ð¾: %s, Ð¸Ð¼ÐµÐµÑ‚Ñ�Ñ� %s Ð² %s, Ð½Ð° %s:%d"
  
! #: tree.c:9868
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr "Ð´ÐµÑ€ÐµÐ²Ð¾: Ð½Ðµ Ð¾Ð¶Ð¸Ð´Ð°Ð»Ð¾Ñ�ÑŒ Ð½Ð¸Ñ‡ÐµÐ³Ð¾ Ð¸Ð· %s, Ð¾Ð±Ð½Ð°Ñ€ÑƒÐ¶ÐµÐ½Ð¾ %s Ð² %s, Ð½Ð° %s:%d"
  
! #: tree.c:9881
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "Ð´ÐµÑ€ÐµÐ²Ð¾: Ð¾Ð¶Ð¸Ð´Ð°Ð»Ñ�Ñ� ÐºÐ»Ð°Ñ�Ñ� %qs, Ð¾Ð±Ð½Ð°Ñ€ÑƒÐ¶ÐµÐ½ %qs (%s) Ð² %s, Ð½Ð° %s:%d"
  
! #: tree.c:9930
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "Ð´ÐµÑ€ÐµÐ²Ð¾: Ð½Ðµ Ð¾Ð¶Ð¸Ð´Ð°Ð»Ñ�Ñ� ÐºÐ»Ð°Ñ�Ñ� %qs, Ð¾Ð±Ð½Ð°Ñ€ÑƒÐ¶ÐµÐ½ %qs (%s) Ð² %s, Ð½Ð° %s:%d"
  
! #: tree.c:9943
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr "Ð´ÐµÑ€ÐµÐ²Ð¾: Ð¾Ð¶Ð¸Ð´Ð°Ð»Ð¾Ñ�ÑŒ omp_clause %s, Ð¾Ð±Ð½Ð°Ñ€ÑƒÐ¶ÐµÐ½Ð¾ %s Ð² %s, Ð½Ð° %s:%d"
  
! #: tree.c:10003
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr "Ð´ÐµÑ€ÐµÐ²Ð¾: Ð¾Ð¶Ð¸Ð´Ð°Ð»Ð¾Ñ�ÑŒ Ð´ÐµÑ€ÐµÐ²Ð¾, Ñ�Ð¾Ð´ÐµÑ€Ð¶Ð°Ñ‰ÐµÐµ Ñ�Ñ‚Ñ€ÑƒÐºÑ‚ÑƒÑ€Ñƒ %qs, Ð¾Ð±Ð½Ð°Ñ€ÑƒÐ¶ÐµÐ½Ð¾ %qs Ð² %s, Ð½Ð° %s:%d"
  
! #: tree.c:10017
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr "Ð´ÐµÑ€ÐµÐ²Ð¾: Ð´Ð¾Ñ�Ñ‚ÑƒÐ¿ Ðº Ñ�Ð»ÐµÐ¼ÐµÐ½Ñ‚Ñƒ %d Ð²ÐµÐºÑ‚Ð¾Ñ€Ð° tree_vec Ñ� %d Ñ�Ð»ÐµÐ¼ÐµÐ½Ñ‚Ð°Ð¼Ð¸ Ð² %s, Ð½Ð° %s:%d"
  
! #: tree.c:10029
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr "Ð´ÐµÑ€ÐµÐ²Ð¾: Ð´Ð¾Ñ�Ñ‚ÑƒÐ¿ Ðº Ñ�Ð»ÐµÐ¼ÐµÐ½Ñ‚Ñƒ %d Ð²ÐµÐºÑ‚Ð¾Ñ€Ð° tree_vec Ñ� %d Ñ�Ð»ÐµÐ¼ÐµÐ½Ñ‚Ð°Ð¼Ð¸ Ð² %s, Ð½Ð° %s:%d"
  
! #: tree.c:10042
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr "Ð´ÐµÑ€ÐµÐ²Ð¾: Ð´Ð¾Ñ�Ñ‚ÑƒÐ¿ Ðº Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´Ñƒ %d Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸ %s Ñ� %d Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´Ð°Ð¼Ð¸ Ð² %s, Ð² %s:%d"
  
! #: tree.c:10055
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr "Ð´ÐµÑ€ÐµÐ²Ð¾: Ð´Ð¾Ñ�Ñ‚ÑƒÐ¿ Ðº Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´Ñƒ %d Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸ omp_clause %s Ñ� %d Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´Ð°Ð¼Ð¸ Ð² %s, Ð² %s:%d"
  
! #: tree.c:12867
  #, fuzzy, gcc-internal-format
  #| msgid "%qE is deprecated: %s"
  msgid "%qD is deprecated: %s"
  msgstr "%qE ÑƒÑ�Ñ‚Ð°Ñ€ÐµÐ²ÑˆÐµÐµ: %s"
  
! #: tree.c:12870
  #, fuzzy, gcc-internal-format
  #| msgid "%qE is deprecated"
  msgid "%qD is deprecated"
  msgstr "Ð¸Ð¼Ñ� %qE Ð±ÑƒÐ´ÐµÑ‚ Ð¸Ñ�ÐºÐ»ÑŽÑ‡ÐµÐ½Ð¾ Ð² Ð±ÑƒÐ´ÑƒÑ‰Ð¸Ñ… Ð²ÐµÑ€Ñ�Ð¸Ñ�Ñ…"
  
! #: tree.c:12894 tree.c:12916
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "%qE ÑƒÑ�Ñ‚Ð°Ñ€ÐµÐ²ÑˆÐµÐµ: %s"
  
! #: tree.c:12897 tree.c:12919
  #, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "Ð¸Ð¼Ñ� %qE Ð±ÑƒÐ´ÐµÑ‚ Ð¸Ñ�ÐºÐ»ÑŽÑ‡ÐµÐ½Ð¾ Ð² Ð±ÑƒÐ´ÑƒÑ‰Ð¸Ñ… Ð²ÐµÑ€Ñ�Ð¸Ñ�Ñ…"
  
! #: tree.c:12903 tree.c:12924
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶ÐºÐ° Ð´Ð°Ð½Ð½Ð¾Ð³Ð¾ Ñ‚Ð¸Ð¿Ð° Ð±ÑƒÐ´ÐµÑ‚ Ð¸Ñ�ÐºÐ»ÑŽÑ‡ÐµÐ½Ð° Ð² Ð±ÑƒÐ´ÑƒÑ‰Ð¸Ñ… Ð²ÐµÑ€Ñ�Ð¸Ñ�Ñ…: %s"
  
! #: tree.c:12906 tree.c:12927
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶ÐºÐ° Ð´Ð°Ð½Ð½Ð¾Ð³Ð¾ Ñ‚Ð¸Ð¿Ð° Ð±ÑƒÐ´ÐµÑ‚ Ð¸Ñ�ÐºÐ»ÑŽÑ‡ÐµÐ½Ð° Ð² Ð±ÑƒÐ´ÑƒÑ‰Ð¸Ñ… Ð²ÐµÑ€Ñ�Ð¸Ñ�Ñ…"
--- 26503,26597 ----
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qE Ð¿Ñ€ÐµÐ´Ð¿Ð¾Ð»Ð°Ð³Ð°ÐµÑ‚ Ð²Ð¸Ð´Ð¸Ð¼Ð¾Ñ�Ñ‚ÑŒ Ð¿Ð¾ ÑƒÐ¼Ð¾Ð»Ñ‡Ð°Ð½Ð¸ÑŽ, Ð½Ð¾ %qD ÑƒÐ¶Ðµ Ð±Ñ‹Ð» Ð´ÐµÐºÐ»Ð°Ñ€Ð¸Ñ€Ð¾Ð²Ð°Ð½ Ñ� Ð´Ñ€ÑƒÐ³Ð¸Ð¼ Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚Ð¾Ð¼ Ð²Ð¸Ð´Ð¸Ð¼Ð¾Ñ�Ñ‚Ð¸"
  
! #: tree.c:8373
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "Ð¼Ð°Ñ�Ñ�Ð¸Ð²Ñ‹ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¹ Ð½Ðµ Ð¸Ð¼ÐµÑŽÑ‚ Ð¾Ñ�Ð¼Ñ‹Ñ�Ð»ÐµÐ½Ð½Ð¾Ð¹ Ð¸Ð½Ñ‚ÐµÑ€Ð¿Ñ€ÐµÑ‚Ð°Ñ†Ð¸Ð¸"
  
! #: tree.c:8545
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "Ñ€ÐµÐ·ÑƒÐ»ÑŒÑ‚Ð°Ñ‚ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸ Ð½Ðµ Ð¼Ð¾Ð¶ÐµÑ‚ Ð¸Ð¼ÐµÑ‚ÑŒ Ñ‚Ð¸Ð¿ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸"
  
! #: tree.c:9839 tree.c:9924 tree.c:9985
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr "Ð´ÐµÑ€ÐµÐ²Ð¾: %s, Ð¸Ð¼ÐµÐµÑ‚Ñ�Ñ� %s Ð² %s, Ð½Ð° %s:%d"
  
! #: tree.c:9876
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr "Ð´ÐµÑ€ÐµÐ²Ð¾: Ð½Ðµ Ð¾Ð¶Ð¸Ð´Ð°Ð»Ð¾Ñ�ÑŒ Ð½Ð¸Ñ‡ÐµÐ³Ð¾ Ð¸Ð· %s, Ð¾Ð±Ð½Ð°Ñ€ÑƒÐ¶ÐµÐ½Ð¾ %s Ð² %s, Ð½Ð° %s:%d"
  
! #: tree.c:9889
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "Ð´ÐµÑ€ÐµÐ²Ð¾: Ð¾Ð¶Ð¸Ð´Ð°Ð»Ñ�Ñ� ÐºÐ»Ð°Ñ�Ñ� %qs, Ð¾Ð±Ð½Ð°Ñ€ÑƒÐ¶ÐµÐ½ %qs (%s) Ð² %s, Ð½Ð° %s:%d"
  
! #: tree.c:9938
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "Ð´ÐµÑ€ÐµÐ²Ð¾: Ð½Ðµ Ð¾Ð¶Ð¸Ð´Ð°Ð»Ñ�Ñ� ÐºÐ»Ð°Ñ�Ñ� %qs, Ð¾Ð±Ð½Ð°Ñ€ÑƒÐ¶ÐµÐ½ %qs (%s) Ð² %s, Ð½Ð° %s:%d"
  
! #: tree.c:9951
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr "Ð´ÐµÑ€ÐµÐ²Ð¾: Ð¾Ð¶Ð¸Ð´Ð°Ð»Ð¾Ñ�ÑŒ omp_clause %s, Ð¾Ð±Ð½Ð°Ñ€ÑƒÐ¶ÐµÐ½Ð¾ %s Ð² %s, Ð½Ð° %s:%d"
  
! #: tree.c:10011
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr "Ð´ÐµÑ€ÐµÐ²Ð¾: Ð¾Ð¶Ð¸Ð´Ð°Ð»Ð¾Ñ�ÑŒ Ð´ÐµÑ€ÐµÐ²Ð¾, Ñ�Ð¾Ð´ÐµÑ€Ð¶Ð°Ñ‰ÐµÐµ Ñ�Ñ‚Ñ€ÑƒÐºÑ‚ÑƒÑ€Ñƒ %qs, Ð¾Ð±Ð½Ð°Ñ€ÑƒÐ¶ÐµÐ½Ð¾ %qs Ð² %s, Ð½Ð° %s:%d"
  
! #: tree.c:10025
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr "Ð´ÐµÑ€ÐµÐ²Ð¾: Ð´Ð¾Ñ�Ñ‚ÑƒÐ¿ Ðº Ñ�Ð»ÐµÐ¼ÐµÐ½Ñ‚Ñƒ %d Ð²ÐµÐºÑ‚Ð¾Ñ€Ð° tree_vec Ñ� %d Ñ�Ð»ÐµÐ¼ÐµÐ½Ñ‚Ð°Ð¼Ð¸ Ð² %s, Ð½Ð° %s:%d"
  
! #: tree.c:10037
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr "Ð´ÐµÑ€ÐµÐ²Ð¾: Ð´Ð¾Ñ�Ñ‚ÑƒÐ¿ Ðº Ñ�Ð»ÐµÐ¼ÐµÐ½Ñ‚Ñƒ %d Ð²ÐµÐºÑ‚Ð¾Ñ€Ð° tree_vec Ñ� %d Ñ�Ð»ÐµÐ¼ÐµÐ½Ñ‚Ð°Ð¼Ð¸ Ð² %s, Ð½Ð° %s:%d"
  
! #: tree.c:10050
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr "Ð´ÐµÑ€ÐµÐ²Ð¾: Ð´Ð¾Ñ�Ñ‚ÑƒÐ¿ Ðº Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´Ñƒ %d Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸ %s Ñ� %d Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´Ð°Ð¼Ð¸ Ð² %s, Ð² %s:%d"
  
! #: tree.c:10063
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr "Ð´ÐµÑ€ÐµÐ²Ð¾: Ð´Ð¾Ñ�Ñ‚ÑƒÐ¿ Ðº Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´Ñƒ %d Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸ omp_clause %s Ñ� %d Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´Ð°Ð¼Ð¸ Ð² %s, Ð² %s:%d"
  
! #: tree.c:12875
  #, fuzzy, gcc-internal-format
  #| msgid "%qE is deprecated: %s"
  msgid "%qD is deprecated: %s"
  msgstr "%qE ÑƒÑ�Ñ‚Ð°Ñ€ÐµÐ²ÑˆÐµÐµ: %s"
  
! #: tree.c:12878
  #, fuzzy, gcc-internal-format
  #| msgid "%qE is deprecated"
  msgid "%qD is deprecated"
  msgstr "Ð¸Ð¼Ñ� %qE Ð±ÑƒÐ´ÐµÑ‚ Ð¸Ñ�ÐºÐ»ÑŽÑ‡ÐµÐ½Ð¾ Ð² Ð±ÑƒÐ´ÑƒÑ‰Ð¸Ñ… Ð²ÐµÑ€Ñ�Ð¸Ñ�Ñ…"
  
! #: tree.c:12902 tree.c:12924
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "%qE ÑƒÑ�Ñ‚Ð°Ñ€ÐµÐ²ÑˆÐµÐµ: %s"
  
! #: tree.c:12905 tree.c:12927
  #, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "Ð¸Ð¼Ñ� %qE Ð±ÑƒÐ´ÐµÑ‚ Ð¸Ñ�ÐºÐ»ÑŽÑ‡ÐµÐ½Ð¾ Ð² Ð±ÑƒÐ´ÑƒÑ‰Ð¸Ñ… Ð²ÐµÑ€Ñ�Ð¸Ñ�Ñ…"
  
! #: tree.c:12911 tree.c:12932
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶ÐºÐ° Ð´Ð°Ð½Ð½Ð¾Ð³Ð¾ Ñ‚Ð¸Ð¿Ð° Ð±ÑƒÐ´ÐµÑ‚ Ð¸Ñ�ÐºÐ»ÑŽÑ‡ÐµÐ½Ð° Ð² Ð±ÑƒÐ´ÑƒÑ‰Ð¸Ñ… Ð²ÐµÑ€Ñ�Ð¸Ñ�Ñ…: %s"
  
! #: tree.c:12914 tree.c:12935
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶ÐºÐ° Ð´Ð°Ð½Ð½Ð¾Ð³Ð¾ Ñ‚Ð¸Ð¿Ð° Ð±ÑƒÐ´ÐµÑ‚ Ð¸Ñ�ÐºÐ»ÑŽÑ‡ÐµÐ½Ð° Ð² Ð±ÑƒÐ´ÑƒÑ‰Ð¸Ñ… Ð²ÐµÑ€Ñ�Ð¸Ñ�Ñ…"
*************** msgstr "Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶ÐºÐ° Ð´Ð°Ð½Ð½Ð¾Ð³Ð
*** 26618,26883 ****
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13354
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13395
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13397
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13399
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13419
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13432
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13449
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13474
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13476
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13478
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13516
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13518
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr ""
  
! #: tree.c:13520
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13537
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13539 tree.c:13550
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13541 tree.c:13552
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13548
  #, fuzzy, gcc-internal-format
  #| msgid "%qD is not compatible with %qD"
  msgid "type is not compatible with its variant"
  msgstr "%qD Ð½Ðµ Ñ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼ Ñ� %qD"
  
! #: tree.c:13851
  #, fuzzy, gcc-internal-format
  #| msgid "environment variable %qs not defined"
  msgid "Main variant is not defined"
  msgstr "Ð¿ÐµÑ€ÐµÐ¼ÐµÐ½Ð½Ð°Ñ� Ð¾ÐºÑ€ÑƒÐ¶ÐµÐ½Ð¸Ñ� %qs Ð½Ðµ Ð¾Ð¿Ñ€ÐµÐ´ÐµÐ»ÐµÐ½Ð°"
  
! #: tree.c:13856
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13868
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13886
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13918
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13928
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13938
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13956
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13968
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13979
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13990
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14008
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14015
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14027
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14042
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14058
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14073
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14083
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qE has non-integer type"
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "Ñ€Ð°Ð·Ð¼ÐµÑ€ Ð¼Ð°Ñ�Ñ�Ð¸Ð²Ð° %qE Ð¸Ð¼ÐµÐµÑ‚ Ð½Ðµ Ñ†ÐµÐ»Ð¾Ñ‡Ð¸Ñ�Ð»ÐµÐ½Ð½Ñ‹Ð¹ Ñ‚Ð¸Ð¿"
  
! #: tree.c:14092
  #, fuzzy, gcc-internal-format
  #| msgid "field %qE has incomplete type"
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "Ð¿Ð¾Ð»Ðµ %qE Ð¸Ð¼ÐµÐµÑ‚ Ð½ÐµÐ¿Ð¾Ð»Ð½Ñ‹Ð¹ Ñ‚Ð¸Ð¿"
  
! #: tree.c:14112
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14127
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14133
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14146
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14159
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14165
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14172
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14184
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14190
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14202
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14214
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14221
  #, fuzzy, gcc-internal-format
  #| msgid "verify_gimple failed"
  msgid "verify_type failed"
--- 26618,26883 ----
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13362
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13403
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13405
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13407
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13427
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13440
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13457
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13482
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13484
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13486
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13524
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13526
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr ""
  
! #: tree.c:13528
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13545
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13547 tree.c:13558
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13549 tree.c:13560
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13556
  #, fuzzy, gcc-internal-format
  #| msgid "%qD is not compatible with %qD"
  msgid "type is not compatible with its variant"
  msgstr "%qD Ð½Ðµ Ñ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼ Ñ� %qD"
  
! #: tree.c:13859
  #, fuzzy, gcc-internal-format
  #| msgid "environment variable %qs not defined"
  msgid "Main variant is not defined"
  msgstr "Ð¿ÐµÑ€ÐµÐ¼ÐµÐ½Ð½Ð°Ñ� Ð¾ÐºÑ€ÑƒÐ¶ÐµÐ½Ð¸Ñ� %qs Ð½Ðµ Ð¾Ð¿Ñ€ÐµÐ´ÐµÐ»ÐµÐ½Ð°"
  
! #: tree.c:13864
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13876
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13910
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13926
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13936
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13946
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13964
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13976
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13987
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13998
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14016
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14023
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14043
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14050
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14074
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14081
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14091
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qE has non-integer type"
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "Ñ€Ð°Ð·Ð¼ÐµÑ€ Ð¼Ð°Ñ�Ñ�Ð¸Ð²Ð° %qE Ð¸Ð¼ÐµÐµÑ‚ Ð½Ðµ Ñ†ÐµÐ»Ð¾Ñ‡Ð¸Ñ�Ð»ÐµÐ½Ð½Ñ‹Ð¹ Ñ‚Ð¸Ð¿"
  
! #: tree.c:14100
  #, fuzzy, gcc-internal-format
  #| msgid "field %qE has incomplete type"
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "Ð¿Ð¾Ð»Ðµ %qE Ð¸Ð¼ÐµÐµÑ‚ Ð½ÐµÐ¿Ð¾Ð»Ð½Ñ‹Ð¹ Ñ‚Ð¸Ð¿"
  
! #: tree.c:14120
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14135
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14141
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14154
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14167
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14173
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14180
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14192
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14198
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14210
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14222
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14229
  #, fuzzy, gcc-internal-format
  #| msgid "verify_gimple failed"
  msgid "verify_type failed"
*************** msgstr ""
*** 27911,27923 ****
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "Ð·Ð°Ð´Ð°Ð½ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð¿Ð¾ ÑƒÐ¼Ð¾Ð»Ñ‡Ð°Ð½Ð¸ÑŽ Ð´Ð»Ñ� lambda-Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€Ð°"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6573 c-family/c-common.c:6644
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "Ñ�Ð»Ð¸ÑˆÐºÐ¾Ð¼ Ð¼Ð°Ð»Ð¾ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð¾Ð² Ð² Ð²Ñ‹Ð·Ð¾Ð²Ðµ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸ %qE"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6670 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "Ñ�Ð»Ð¸ÑˆÐºÐ¾Ð¼ Ð¼Ð½Ð¾Ð³Ð¾ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð¾Ð² Ð² Ð²Ñ‹Ð·Ð¾Ð²Ðµ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸ %qE"
--- 27911,27923 ----
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "Ð·Ð°Ð´Ð°Ð½ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð¿Ð¾ ÑƒÐ¼Ð¾Ð»Ñ‡Ð°Ð½Ð¸ÑŽ Ð´Ð»Ñ� lambda-Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€Ð°"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6574 c-family/c-common.c:6645
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "Ñ�Ð»Ð¸ÑˆÐºÐ¾Ð¼ Ð¼Ð°Ð»Ð¾ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð¾Ð² Ð² Ð²Ñ‹Ð·Ð¾Ð²Ðµ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸ %qE"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6671 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "Ñ�Ð»Ð¸ÑˆÐºÐ¾Ð¼ Ð¼Ð½Ð¾Ð³Ð¾ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð¾Ð² Ð² Ð²Ñ‹Ð·Ð¾Ð²Ðµ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸ %qE"
*************** msgstr "Ð²Ð·Ñ�Ñ‚Ð¸Ðµ Ð°Ð´Ñ€ÐµÑ�Ð° Ð¾Ñ‚ Ð
*** 28008,28082 ****
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr "Ð¸Ð½Ð´ÐµÐºÑ� %E Ð¾Ð±Ð¾Ð·Ð½Ð°Ñ‡Ð°ÐµÑ‚ Ñ�Ð¼ÐµÑ‰ÐµÐ½Ð¸Ðµ, Ð¿Ñ€ÐµÐ²Ñ‹ÑˆÐ°ÑŽÑ‰ÐµÐµ Ñ€Ð°Ð·Ð¼ÐµÑ€ %qT"
  
! #: c-family/c-common.c:6515 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr "Ñ€Ð°Ð·Ð¼ÐµÑ€ Ð¼Ð°Ñ�Ñ�Ð¸Ð²Ð° Ñ�Ð»Ð¸ÑˆÐºÐ¾Ð¼ Ð²ÐµÐ»Ð¸Ðº"
  
! #: c-family/c-common.c:6603
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "Ð½ÐµÑ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼Ñ‹Ð¹ Ñ‚Ð¸Ð¿ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð° %d Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸ %qE"
  
! #: c-family/c-common.c:6737
  #, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr "Ð½ÐµÐ¿Ñ€Ð°Ð²Ð¸Ð»ÑŒÐ½Ð¾Ðµ Ñ‡Ð¸Ñ�Ð»Ð¾ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð¾Ð² Ð² Ð²Ñ‹Ð·Ð¾Ð²Ðµ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸ %qE"
  
! #: c-family/c-common.c:6752
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ 1 Ð´Ð»Ñ� %qE Ð´Ð¾Ð»Ð¶ÐµÐ½ Ð±Ñ‹Ñ‚ÑŒ Ð½Ðµ-void ÑƒÐºÐ°Ð·Ð°Ñ‚ÐµÐ»ÐµÐ¼"
  
! #: c-family/c-common.c:6761
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ 1 Ð´Ð»Ñ� %qE Ð´Ð¾Ð»Ð¶ÐµÐ½ Ð±Ñ‹Ñ‚ÑŒ Ñ‚Ð¸Ð¿Ð¾Ð¼ Ñ� ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚Ð½Ñ‹Ð¼ Ñ€Ð°Ð·Ð¼ÐµÑ€Ð¾Ð¼"
  
! #: c-family/c-common.c:6772
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ 1 Ð´Ð»Ñ� %qE Ð´Ð¾Ð»Ð¶ÐµÐ½ Ð±Ñ‹Ñ‚ÑŒ ÑƒÐºÐ°Ð·Ð°Ñ‚ÐµÐ»ÐµÐ¼ Ð½Ð° Ð¾Ð±ÑŠÐµÐºÑ‚ Ð½ÐµÐ½ÑƒÐ»ÐµÐ²Ð¾Ð³Ð¾ Ñ€Ð°Ð·Ð¼ÐµÑ€Ð°"
  
! #: c-family/c-common.c:6787
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d Ð´Ð»Ñ� %qE Ð´Ð¾Ð»Ð¶ÐµÐ½ Ð±Ñ‹Ñ‚ÑŒ ÑƒÐºÐ°Ð·Ð°Ñ‚ÐµÐ»ÐµÐ¼"
  
! #: c-family/c-common.c:6795
  #, fuzzy, gcc-internal-format
  #| msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ 1 Ð´Ð»Ñ� %qE Ð´Ð¾Ð»Ð¶ÐµÐ½ Ð±Ñ‹Ñ‚ÑŒ Ñ‚Ð¸Ð¿Ð¾Ð¼ Ñ� ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚Ð½Ñ‹Ð¼ Ñ€Ð°Ð·Ð¼ÐµÑ€Ð¾Ð¼"
  
! #: c-family/c-common.c:6801
  #, fuzzy, gcc-internal-format
  #| msgid "argument %d of %qE must be a pointer type"
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d Ð´Ð»Ñ� %qE Ð´Ð¾Ð»Ð¶ÐµÐ½ Ð±Ñ‹Ñ‚ÑŒ ÑƒÐºÐ°Ð·Ð°Ñ‚ÐµÐ»ÐµÐ¼"
  
! #: c-family/c-common.c:6809
  #, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr "Ð½ÐµÑ�Ð¾Ð¾Ñ‚Ð²ÐµÑ‚Ñ�Ñ‚Ð²Ð¸Ðµ Ñ€Ð°Ð·Ð¼ÐµÑ€Ð° Ð² Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ðµ %d Ð´Ð»Ñ� %qE"
  
! #: c-family/c-common.c:6825
  #, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d Ð¼Ð¾Ð´ÐµÐ»Ð¸ Ð¿Ð°Ð¼Ñ�Ñ‚Ð¸ Ð´Ð»Ñ� %qE"
  
! #: c-family/c-common.c:6832
  #, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr "Ð½ÐµÑ†ÐµÐ»Ð¾Ñ‡Ð¸Ñ�Ð»ÐµÐ½Ð½Ñ‹Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d Ð¼Ð¾Ð´ÐµÐ»Ð¸ Ð¿Ð°Ð¼Ñ�Ñ‚Ð¸ Ð´Ð»Ñ� %qE"
  
! #: c-family/c-common.c:7753
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr "Ð·Ð½Ð°Ñ‡ÐµÐ½Ð¸Ðµ Ð¸Ð½Ð´ÐµÐºÑ�Ð° Ð²Ð½Ðµ Ð´Ð¸Ð°Ð¿Ð°Ð·Ð¾Ð½Ð°"
  
! #: c-family/c-common.c:7794 c-family/c-common.c:7842 c-family/c-common.c:7857
  #: cp/call.c:4836 cp/call.c:4843
  #, fuzzy, gcc-internal-format
  #| msgid "conversion of scalar to vector involves truncation"
--- 28008,28082 ----
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr "Ð¸Ð½Ð´ÐµÐºÑ� %E Ð¾Ð±Ð¾Ð·Ð½Ð°Ñ‡Ð°ÐµÑ‚ Ñ�Ð¼ÐµÑ‰ÐµÐ½Ð¸Ðµ, Ð¿Ñ€ÐµÐ²Ñ‹ÑˆÐ°ÑŽÑ‰ÐµÐµ Ñ€Ð°Ð·Ð¼ÐµÑ€ %qT"
  
! #: c-family/c-common.c:6516 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr "Ñ€Ð°Ð·Ð¼ÐµÑ€ Ð¼Ð°Ñ�Ñ�Ð¸Ð²Ð° Ñ�Ð»Ð¸ÑˆÐºÐ¾Ð¼ Ð²ÐµÐ»Ð¸Ðº"
  
! #: c-family/c-common.c:6604
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "Ð½ÐµÑ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼Ñ‹Ð¹ Ñ‚Ð¸Ð¿ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð° %d Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸ %qE"
  
! #: c-family/c-common.c:6738
  #, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr "Ð½ÐµÐ¿Ñ€Ð°Ð²Ð¸Ð»ÑŒÐ½Ð¾Ðµ Ñ‡Ð¸Ñ�Ð»Ð¾ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð¾Ð² Ð² Ð²Ñ‹Ð·Ð¾Ð²Ðµ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸ %qE"
  
! #: c-family/c-common.c:6753
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ 1 Ð´Ð»Ñ� %qE Ð´Ð¾Ð»Ð¶ÐµÐ½ Ð±Ñ‹Ñ‚ÑŒ Ð½Ðµ-void ÑƒÐºÐ°Ð·Ð°Ñ‚ÐµÐ»ÐµÐ¼"
  
! #: c-family/c-common.c:6762
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ 1 Ð´Ð»Ñ� %qE Ð´Ð¾Ð»Ð¶ÐµÐ½ Ð±Ñ‹Ñ‚ÑŒ Ñ‚Ð¸Ð¿Ð¾Ð¼ Ñ� ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚Ð½Ñ‹Ð¼ Ñ€Ð°Ð·Ð¼ÐµÑ€Ð¾Ð¼"
  
! #: c-family/c-common.c:6773
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ 1 Ð´Ð»Ñ� %qE Ð´Ð¾Ð»Ð¶ÐµÐ½ Ð±Ñ‹Ñ‚ÑŒ ÑƒÐºÐ°Ð·Ð°Ñ‚ÐµÐ»ÐµÐ¼ Ð½Ð° Ð¾Ð±ÑŠÐµÐºÑ‚ Ð½ÐµÐ½ÑƒÐ»ÐµÐ²Ð¾Ð³Ð¾ Ñ€Ð°Ð·Ð¼ÐµÑ€Ð°"
  
! #: c-family/c-common.c:6788
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d Ð´Ð»Ñ� %qE Ð´Ð¾Ð»Ð¶ÐµÐ½ Ð±Ñ‹Ñ‚ÑŒ ÑƒÐºÐ°Ð·Ð°Ñ‚ÐµÐ»ÐµÐ¼"
  
! #: c-family/c-common.c:6796
  #, fuzzy, gcc-internal-format
  #| msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ 1 Ð´Ð»Ñ� %qE Ð´Ð¾Ð»Ð¶ÐµÐ½ Ð±Ñ‹Ñ‚ÑŒ Ñ‚Ð¸Ð¿Ð¾Ð¼ Ñ� ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚Ð½Ñ‹Ð¼ Ñ€Ð°Ð·Ð¼ÐµÑ€Ð¾Ð¼"
  
! #: c-family/c-common.c:6802
  #, fuzzy, gcc-internal-format
  #| msgid "argument %d of %qE must be a pointer type"
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d Ð´Ð»Ñ� %qE Ð´Ð¾Ð»Ð¶ÐµÐ½ Ð±Ñ‹Ñ‚ÑŒ ÑƒÐºÐ°Ð·Ð°Ñ‚ÐµÐ»ÐµÐ¼"
  
! #: c-family/c-common.c:6810
  #, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr "Ð½ÐµÑ�Ð¾Ð¾Ñ‚Ð²ÐµÑ‚Ñ�Ñ‚Ð²Ð¸Ðµ Ñ€Ð°Ð·Ð¼ÐµÑ€Ð° Ð² Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ðµ %d Ð´Ð»Ñ� %qE"
  
! #: c-family/c-common.c:6826
  #, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d Ð¼Ð¾Ð´ÐµÐ»Ð¸ Ð¿Ð°Ð¼Ñ�Ñ‚Ð¸ Ð´Ð»Ñ� %qE"
  
! #: c-family/c-common.c:6833
  #, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr "Ð½ÐµÑ†ÐµÐ»Ð¾Ñ‡Ð¸Ñ�Ð»ÐµÐ½Ð½Ñ‹Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d Ð¼Ð¾Ð´ÐµÐ»Ð¸ Ð¿Ð°Ð¼Ñ�Ñ‚Ð¸ Ð´Ð»Ñ� %qE"
  
! #: c-family/c-common.c:7754
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr "Ð·Ð½Ð°Ñ‡ÐµÐ½Ð¸Ðµ Ð¸Ð½Ð´ÐµÐºÑ�Ð° Ð²Ð½Ðµ Ð´Ð¸Ð°Ð¿Ð°Ð·Ð¾Ð½Ð°"
  
! #: c-family/c-common.c:7795 c-family/c-common.c:7843 c-family/c-common.c:7858
  #: cp/call.c:4836 cp/call.c:4843
  #, fuzzy, gcc-internal-format
  #| msgid "conversion of scalar to vector involves truncation"
*************** msgstr "Ð¿Ñ€ÐµÐ¾Ð±Ñ€Ð°Ð·Ð¾Ð²Ð°Ð½Ð¸Ðµ Ñ�Ð
*** 28085,28107 ****
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7943
  #, fuzzy, gcc-internal-format
  #| msgid "built-in function %qD takes one argument only"
  msgid "built-in function %qE must be directly called"
  msgstr "Ð²Ð½ÑƒÑ‚Ñ€ÐµÐ½Ð½Ñ�Ñ� Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ� %qD Ð¿Ñ€Ð¸Ð½Ð¸Ð¼Ð°ÐµÑ‚ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ Ð¾Ð´Ð¸Ð½ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚"
  
! #: c-family/c-common.c:7965 c/c-decl.c:6124
  #, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "Ñ€Ð°Ð·Ð¼ÐµÑ€ Ð¼Ð°Ñ�Ñ�Ð¸Ð²Ð° %qE Ñ�Ð»Ð¸ÑˆÐºÐ¾Ð¼ Ð²ÐµÐ»Ð¸Ðº"
  
! #: c-family/c-common.c:7967 c/c-decl.c:6127
  #, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "Ñ€Ð°Ð·Ð¼ÐµÑ€ Ð±ÐµÐ·Ñ‹Ð¼Ñ�Ð½Ð½Ð¾Ð³Ð¾ Ð¼Ð°Ñ�Ñ�Ð¸Ð²Ð° Ñ�Ð»Ð¸ÑˆÐºÐ¾Ð¼ Ð²ÐµÐ»Ð¸Ðº"
  
! #: c-family/c-common.c:7997
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
--- 28085,28107 ----
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7944
  #, fuzzy, gcc-internal-format
  #| msgid "built-in function %qD takes one argument only"
  msgid "built-in function %qE must be directly called"
  msgstr "Ð²Ð½ÑƒÑ‚Ñ€ÐµÐ½Ð½Ñ�Ñ� Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ� %qD Ð¿Ñ€Ð¸Ð½Ð¸Ð¼Ð°ÐµÑ‚ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ Ð¾Ð´Ð¸Ð½ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚"
  
! #: c-family/c-common.c:7966 c/c-decl.c:6124
  #, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "Ñ€Ð°Ð·Ð¼ÐµÑ€ Ð¼Ð°Ñ�Ñ�Ð¸Ð²Ð° %qE Ñ�Ð»Ð¸ÑˆÐºÐ¾Ð¼ Ð²ÐµÐ»Ð¸Ðº"
  
! #: c-family/c-common.c:7968 c/c-decl.c:6127
  #, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "Ñ€Ð°Ð·Ð¼ÐµÑ€ Ð±ÐµÐ·Ñ‹Ð¼Ñ�Ð½Ð½Ð¾Ð³Ð¾ Ð¼Ð°Ñ�Ñ�Ð¸Ð²Ð° Ñ�Ð»Ð¸ÑˆÐºÐ¾Ð¼ Ð²ÐµÐ»Ð¸Ðº"
  
! #: c-family/c-common.c:7998
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
*************** msgid "too many input files"
*** 29905,29911 ****
  msgstr "Ñ�Ð»Ð¸ÑˆÐºÐ¾Ð¼ Ð¼Ð½Ð¾Ð³Ð¾ Ð²Ñ…Ð¾Ð´Ð½Ñ‹Ñ… Ñ„Ð°Ð¹Ð»Ð¾Ð²"
  
  #
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8751
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for -mcpu"
--- 29905,29911 ----
  msgstr "Ñ�Ð»Ð¸ÑˆÐºÐ¾Ð¼ Ð¼Ð½Ð¾Ð³Ð¾ Ð²Ñ…Ð¾Ð´Ð½Ñ‹Ñ… Ñ„Ð°Ð¹Ð»Ð¾Ð²"
  
  #
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8759
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for -mcpu"
*************** msgstr "%qs Ð½ÐµÑ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼ Ñ� %q
*** 30384,30591 ****
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "%qs Ð½ÐµÑ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼ Ñ� %qs"
  
! #: config/aarch64/aarch64.c:8374
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8418
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8475
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "Invalid range %s in option %s"
  msgid "tuning string missing in option (%s)"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ð´Ð¸Ð°Ð¿Ð°Ð·Ð¾Ð½ %s Ð´Ð»Ñ� ÐºÐ»ÑŽÑ‡Ð° %s"
  
! #: config/aarch64/aarch64.c:8493
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "unknown spec function %qs"
  msgid "unknown tuning option (%s)"
  msgstr "Ð½ÐµÐ¸Ð·Ð²ÐµÑ�Ñ‚Ð½Ð°Ñ� Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ� %qs Ð² Ñ�Ð¿ÐµÑ†Ð¸Ñ„Ð¸ÐºÐ°Ñ†Ð¸Ð¸"
  
! #: config/aarch64/aarch64.c:8707
  #, fuzzy, gcc-internal-format
  #| msgid "valid arguments to %qs are: %s"
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "Ð´Ð¾Ð¿ÑƒÑ�Ñ‚Ð¸Ð¼Ñ‹Ðµ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ñ‹ %qs: %s"
  
! #: config/aarch64/aarch64.c:8748
  #, fuzzy, gcc-internal-format
  #| msgid "missing path after %qs"
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr "Ð½Ðµ Ð·Ð°Ð´Ð°Ð½ Ð¼Ð°Ñ€ÑˆÑ€ÑƒÑ‚ Ð¿Ð¾Ñ�Ð»Ðµ %qs"
  
! #: config/aarch64/aarch64.c:8755
  #, fuzzy, gcc-internal-format
  #| msgid "invalid pointer mode %qs"
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "Ð½ÐµÐ¸Ð·Ð²ÐµÑ�Ñ‚Ð½Ð°Ñ� Ð¼Ð°ÑˆÐ¸Ð½Ð½Ñ‹Ð¹ Ñ€ÐµÐ¶Ð¸Ð¼ %qs Ð´Ð»Ñ� ÑƒÐºÐ°Ð·Ð°Ñ‚ÐµÐ»Ñ�"
  
! #: config/aarch64/aarch64.c:8782
  #, fuzzy, gcc-internal-format
  #| msgid "missing path after %qs"
  msgid "missing arch name in %<-march=%s%>"
  msgstr "Ð½Ðµ Ð·Ð°Ð´Ð°Ð½ Ð¼Ð°Ñ€ÑˆÑ€ÑƒÑ‚ Ð¿Ð¾Ñ�Ð»Ðµ %qs"
  
  #
! #: config/aarch64/aarch64.c:8785
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for -march"
  msgstr "Ð½ÐµÐ¸Ð·Ð²ÐµÑ�Ñ‚Ð½Ð¾Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð¸Ðµ %s Ð´Ð»Ñ� ÐºÐ»ÑŽÑ‡Ð° -mfpu"
  
! #: config/aarch64/aarch64.c:8789
  #, fuzzy, gcc-internal-format
  #| msgid "invalid data model option -mdata-model=%s"
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ð°Ñ� Ð¾Ð¿Ñ†Ð¸Ñ� Ð¼Ð¾Ð´ÐµÐ»Ð¸ Ð´Ð°Ð½Ð½Ñ‹Ñ… -mdata-model=%s"
  
! #: config/aarch64/aarch64.c:8815
  #, fuzzy, gcc-internal-format
  #| msgid "missing filename after %qs"
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr "Ð½Ðµ Ð·Ð°Ð´Ð°Ð½Ð¾ Ð¸Ð¼Ñ� Ñ„Ð°Ð¹Ð»Ð° Ð¿Ð¾Ñ�Ð»Ðµ %qs"
  
  #
! #: config/aarch64/aarch64.c:8818
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for -mtune"
  msgstr "Ð½ÐµÐ¸Ð·Ð²ÐµÑ�Ñ‚Ð½Ð¾Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð¸Ðµ %s Ð´Ð»Ñ� ÐºÐ»ÑŽÑ‡Ð° -mfpu"
  
! #: config/aarch64/aarch64.c:8921 config/arm/arm.c:3093
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "ÐºÐ»ÑŽÑ‡ -mcpu=%s Ð½ÐµÑ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼ Ñ� ÐºÐ»ÑŽÑ‡Ð¾Ð¼ -march=%s"
  
! #: config/aarch64/aarch64.c:8956
  #, fuzzy, gcc-internal-format
  #| msgid "does not support multilib"
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚ Ð¼ÑƒÐ»ÑŒÑ‚Ð¸Ð±Ð¸Ð±Ð»Ð¸Ð¾Ñ‚ÐµÐºÑƒ"
  
! #: config/aarch64/aarch64.c:8960
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9022
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9187
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr ""
  
  #
! #: config/aarch64/aarch64.c:9190
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "Ð½ÐµÐ¸Ð·Ð²ÐµÑ�Ñ‚Ð½Ð¾Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð¸Ðµ %s Ð´Ð»Ñ� ÐºÐ»ÑŽÑ‡Ð° -mfpu"
  
! #: config/aarch64/aarch64.c:9194
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9228
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "missing makefile target after %qs"
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "Ð½Ðµ Ð·Ð°Ð´Ð°Ð½Ð° Ñ†ÐµÐ»ÑŒ Ð¿Ð¾Ñ�Ð»Ðµ %qs"
  
  #
! #: config/aarch64/aarch64.c:9231
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "Ð½ÐµÐ¸Ð·Ð²ÐµÑ�Ñ‚Ð½Ð¾Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð¸Ðµ %s Ð´Ð»Ñ� ÐºÐ»ÑŽÑ‡Ð° -mfpu"
  
! #: config/aarch64/aarch64.c:9235
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr ""
  
  #
! #: config/aarch64/aarch64.c:9266
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "Ð½ÐµÐ¸Ð·Ð²ÐµÑ�Ñ‚Ð½Ð¾Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð¸Ðµ %s Ð´Ð»Ñ� ÐºÐ»ÑŽÑ‡Ð° -mfpu"
  
! #: config/aarch64/aarch64.c:9307
  #, fuzzy, gcc-internal-format
  #| msgid "missing makefile target after %qs"
  msgid "missing feature modifier in target %s %qs"
  msgstr "Ð½Ðµ Ð·Ð°Ð´Ð°Ð½Ð° Ñ†ÐµÐ»ÑŒ Ð¿Ð¾Ñ�Ð»Ðµ %qs"
  
! #: config/aarch64/aarch64.c:9312
  #, fuzzy, gcc-internal-format
  #| msgid "invalid memory model argument %d of %qE"
  msgid "invalid feature modifier in target %s %qs"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d Ð¼Ð¾Ð´ÐµÐ»Ð¸ Ð¿Ð°Ð¼Ñ�Ñ‚Ð¸ Ð´Ð»Ñ� %qE"
  
! #: config/aarch64/aarch64.c:9364
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed spec function arguments"
  msgid "malformed target %s"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ðµ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ñ‹ spec-Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸"
  
! #: config/aarch64/aarch64.c:9412
  #, fuzzy, gcc-internal-format
  #| msgid "%s only accepts 1 argument"
  msgid "target %s %qs does not accept an argument"
  msgstr "%s Ð¿Ñ€Ð¸Ð½Ð¸Ð¼Ð°ÐµÑ‚ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ 1 Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚"
  
! #: config/aarch64/aarch64.c:9421
  #, fuzzy, gcc-internal-format
  #| msgid "matching constraint does not allow a register"
  msgid "target %s %qs does not allow a negated form"
  msgstr "Ð¾Ð³Ñ€Ð°Ð½Ð¸Ñ‡Ð¸Ñ‚ÐµÐ»ÑŒ Ð½Ðµ Ð´Ð¾Ð¿ÑƒÑ�ÐºÐ°ÐµÑ‚ Ð¸Ñ�Ð¿Ð¾Ð»ÑŒÐ·Ð¾Ð²Ð°Ð½Ð¸Ðµ Ñ€ÐµÐ³Ð¸Ñ�Ñ‚Ñ€Ð°"
  
! #: config/aarch64/aarch64.c:9476
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%s\"%s\"%s is invalid"
  msgid "target %s %s=%s is not valid"
  msgstr "%s\"%s\"%s Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ð¾"
  
! #: config/aarch64/aarch64.c:9536 config/arm/arm.c:30367
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:14849
  #, fuzzy, gcc-internal-format
  #| msgid "attribute %qE argument not a string"
  msgid "attribute %<target%> argument not a string"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚Ð° %qE Ð½Ðµ Ñ�Ð²Ð»Ñ�ÐµÑ‚Ñ�Ñ� Ñ�Ñ‚Ñ€Ð¾ÐºÐ¾Ð²Ð¾Ð¹ ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚Ð¾Ð¹"
  
! #: config/aarch64/aarch64.c:9546
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed #pragma call"
  msgid "malformed target %s value"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ñ�Ð¸Ð½Ñ‚Ð°ÐºÑ�Ð¸Ñ� #pragma call"
  
! #: config/aarch64/aarch64.c:9563
  #, fuzzy, gcc-internal-format
  #| msgid "%s\"%s\"%s is invalid"
  msgid "target %s %qs is invalid"
  msgstr "%s\"%s\"%s Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ð¾"
  
! #: config/aarch64/aarch64.c:9572
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11420
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11422
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr ""
--- 30384,30591 ----
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "%qs Ð½ÐµÑ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼ Ñ� %qs"
  
! #: config/aarch64/aarch64.c:8382
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8426
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8483
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "Invalid range %s in option %s"
  msgid "tuning string missing in option (%s)"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ð´Ð¸Ð°Ð¿Ð°Ð·Ð¾Ð½ %s Ð´Ð»Ñ� ÐºÐ»ÑŽÑ‡Ð° %s"
  
! #: config/aarch64/aarch64.c:8501
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "unknown spec function %qs"
  msgid "unknown tuning option (%s)"
  msgstr "Ð½ÐµÐ¸Ð·Ð²ÐµÑ�Ñ‚Ð½Ð°Ñ� Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ� %qs Ð² Ñ�Ð¿ÐµÑ†Ð¸Ñ„Ð¸ÐºÐ°Ñ†Ð¸Ð¸"
  
! #: config/aarch64/aarch64.c:8715
  #, fuzzy, gcc-internal-format
  #| msgid "valid arguments to %qs are: %s"
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "Ð´Ð¾Ð¿ÑƒÑ�Ñ‚Ð¸Ð¼Ñ‹Ðµ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ñ‹ %qs: %s"
  
! #: config/aarch64/aarch64.c:8756
  #, fuzzy, gcc-internal-format
  #| msgid "missing path after %qs"
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr "Ð½Ðµ Ð·Ð°Ð´Ð°Ð½ Ð¼Ð°Ñ€ÑˆÑ€ÑƒÑ‚ Ð¿Ð¾Ñ�Ð»Ðµ %qs"
  
! #: config/aarch64/aarch64.c:8763
  #, fuzzy, gcc-internal-format
  #| msgid "invalid pointer mode %qs"
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "Ð½ÐµÐ¸Ð·Ð²ÐµÑ�Ñ‚Ð½Ð°Ñ� Ð¼Ð°ÑˆÐ¸Ð½Ð½Ñ‹Ð¹ Ñ€ÐµÐ¶Ð¸Ð¼ %qs Ð´Ð»Ñ� ÑƒÐºÐ°Ð·Ð°Ñ‚ÐµÐ»Ñ�"
  
! #: config/aarch64/aarch64.c:8790
  #, fuzzy, gcc-internal-format
  #| msgid "missing path after %qs"
  msgid "missing arch name in %<-march=%s%>"
  msgstr "Ð½Ðµ Ð·Ð°Ð´Ð°Ð½ Ð¼Ð°Ñ€ÑˆÑ€ÑƒÑ‚ Ð¿Ð¾Ñ�Ð»Ðµ %qs"
  
  #
! #: config/aarch64/aarch64.c:8793
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for -march"
  msgstr "Ð½ÐµÐ¸Ð·Ð²ÐµÑ�Ñ‚Ð½Ð¾Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð¸Ðµ %s Ð´Ð»Ñ� ÐºÐ»ÑŽÑ‡Ð° -mfpu"
  
! #: config/aarch64/aarch64.c:8797
  #, fuzzy, gcc-internal-format
  #| msgid "invalid data model option -mdata-model=%s"
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ð°Ñ� Ð¾Ð¿Ñ†Ð¸Ñ� Ð¼Ð¾Ð´ÐµÐ»Ð¸ Ð´Ð°Ð½Ð½Ñ‹Ñ… -mdata-model=%s"
  
! #: config/aarch64/aarch64.c:8823
  #, fuzzy, gcc-internal-format
  #| msgid "missing filename after %qs"
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr "Ð½Ðµ Ð·Ð°Ð´Ð°Ð½Ð¾ Ð¸Ð¼Ñ� Ñ„Ð°Ð¹Ð»Ð° Ð¿Ð¾Ñ�Ð»Ðµ %qs"
  
  #
! #: config/aarch64/aarch64.c:8826
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for -mtune"
  msgstr "Ð½ÐµÐ¸Ð·Ð²ÐµÑ�Ñ‚Ð½Ð¾Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð¸Ðµ %s Ð´Ð»Ñ� ÐºÐ»ÑŽÑ‡Ð° -mfpu"
  
! #: config/aarch64/aarch64.c:8929 config/arm/arm.c:3094
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "ÐºÐ»ÑŽÑ‡ -mcpu=%s Ð½ÐµÑ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼ Ñ� ÐºÐ»ÑŽÑ‡Ð¾Ð¼ -march=%s"
  
! #: config/aarch64/aarch64.c:8964
  #, fuzzy, gcc-internal-format
  #| msgid "does not support multilib"
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚ Ð¼ÑƒÐ»ÑŒÑ‚Ð¸Ð±Ð¸Ð±Ð»Ð¸Ð¾Ñ‚ÐµÐºÑƒ"
  
! #: config/aarch64/aarch64.c:8968
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9030
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9195
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr ""
  
  #
! #: config/aarch64/aarch64.c:9198
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "Ð½ÐµÐ¸Ð·Ð²ÐµÑ�Ñ‚Ð½Ð¾Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð¸Ðµ %s Ð´Ð»Ñ� ÐºÐ»ÑŽÑ‡Ð° -mfpu"
  
! #: config/aarch64/aarch64.c:9202
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9236
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "missing makefile target after %qs"
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "Ð½Ðµ Ð·Ð°Ð´Ð°Ð½Ð° Ñ†ÐµÐ»ÑŒ Ð¿Ð¾Ñ�Ð»Ðµ %qs"
  
  #
! #: config/aarch64/aarch64.c:9239
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "Ð½ÐµÐ¸Ð·Ð²ÐµÑ�Ñ‚Ð½Ð¾Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð¸Ðµ %s Ð´Ð»Ñ� ÐºÐ»ÑŽÑ‡Ð° -mfpu"
  
! #: config/aarch64/aarch64.c:9243
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr ""
  
  #
! #: config/aarch64/aarch64.c:9274
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %s for -mfpu"
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "Ð½ÐµÐ¸Ð·Ð²ÐµÑ�Ñ‚Ð½Ð¾Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð¸Ðµ %s Ð´Ð»Ñ� ÐºÐ»ÑŽÑ‡Ð° -mfpu"
  
! #: config/aarch64/aarch64.c:9315
  #, fuzzy, gcc-internal-format
  #| msgid "missing makefile target after %qs"
  msgid "missing feature modifier in target %s %qs"
  msgstr "Ð½Ðµ Ð·Ð°Ð´Ð°Ð½Ð° Ñ†ÐµÐ»ÑŒ Ð¿Ð¾Ñ�Ð»Ðµ %qs"
  
! #: config/aarch64/aarch64.c:9320
  #, fuzzy, gcc-internal-format
  #| msgid "invalid memory model argument %d of %qE"
  msgid "invalid feature modifier in target %s %qs"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d Ð¼Ð¾Ð´ÐµÐ»Ð¸ Ð¿Ð°Ð¼Ñ�Ñ‚Ð¸ Ð´Ð»Ñ� %qE"
  
! #: config/aarch64/aarch64.c:9372
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed spec function arguments"
  msgid "malformed target %s"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ðµ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ñ‹ spec-Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸"
  
! #: config/aarch64/aarch64.c:9420
  #, fuzzy, gcc-internal-format
  #| msgid "%s only accepts 1 argument"
  msgid "target %s %qs does not accept an argument"
  msgstr "%s Ð¿Ñ€Ð¸Ð½Ð¸Ð¼Ð°ÐµÑ‚ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ 1 Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚"
  
! #: config/aarch64/aarch64.c:9429
  #, fuzzy, gcc-internal-format
  #| msgid "matching constraint does not allow a register"
  msgid "target %s %qs does not allow a negated form"
  msgstr "Ð¾Ð³Ñ€Ð°Ð½Ð¸Ñ‡Ð¸Ñ‚ÐµÐ»ÑŒ Ð½Ðµ Ð´Ð¾Ð¿ÑƒÑ�ÐºÐ°ÐµÑ‚ Ð¸Ñ�Ð¿Ð¾Ð»ÑŒÐ·Ð¾Ð²Ð°Ð½Ð¸Ðµ Ñ€ÐµÐ³Ð¸Ñ�Ñ‚Ñ€Ð°"
  
! #: config/aarch64/aarch64.c:9484
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%s\"%s\"%s is invalid"
  msgid "target %s %s=%s is not valid"
  msgstr "%s\"%s\"%s Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ð¾"
  
! #: config/aarch64/aarch64.c:9544 config/arm/arm.c:30411
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:15017
  #, fuzzy, gcc-internal-format
  #| msgid "attribute %qE argument not a string"
  msgid "attribute %<target%> argument not a string"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚Ð° %qE Ð½Ðµ Ñ�Ð²Ð»Ñ�ÐµÑ‚Ñ�Ñ� Ñ�Ñ‚Ñ€Ð¾ÐºÐ¾Ð²Ð¾Ð¹ ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚Ð¾Ð¹"
  
! #: config/aarch64/aarch64.c:9554
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed #pragma call"
  msgid "malformed target %s value"
  msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ñ�Ð¸Ð½Ñ‚Ð°ÐºÑ�Ð¸Ñ� #pragma call"
  
! #: config/aarch64/aarch64.c:9571
  #, fuzzy, gcc-internal-format
  #| msgid "%s\"%s\"%s is invalid"
  msgid "target %s %qs is invalid"
  msgstr "%s\"%s\"%s Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ð¾"
  
! #: config/aarch64/aarch64.c:9580
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11428
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11430
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr ""
*************** msgid "the count should be no less than
*** 31010,31203 ****
  msgstr ""
  
  #
! #: config/arm/arm.c:2799
  #, fuzzy, gcc-internal-format
  #| msgid "-fPIC and -G are incompatible"
  msgid "iWMMXt and NEON are incompatible"
  msgstr "ÐºÐ»ÑŽÑ‡Ð¸ -fPIC Ð¸ -G Ð½ÐµÑ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼Ñ‹"
  
! #: config/arm/arm.c:2805
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "Ñ†ÐµÐ»ÐµÐ²Ð¾Ð¹ Ð¿Ñ€Ð¾Ñ†ÐµÑ�Ñ�Ð¾Ñ€ Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚ Ñ€ÐµÐ¶Ð¸Ð¼ ARM"
  
! #: config/arm/arm.c:2809
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶ÐºÐ° backtrace Ð¸Ð¼ÐµÐµÑ‚ Ñ�Ð¼Ñ‹Ñ�Ð» Ñ‚Ð¾Ð»ÑŒÐºÐ¾ Ð´Ð»Ñ� Thumb"
  
! #: config/arm/arm.c:2812
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "-mcallee-super-interworking Ð¸Ð¼ÐµÐµÑ‚ Ñ�Ð¼Ñ‹Ñ�Ð» Ñ‚Ð¾Ð»ÑŒÐºÐ¾ Ð¿Ñ€Ð¸ ÐºÐ¾Ð¼Ð¿Ð¸Ð»Ñ�Ñ†Ð¸Ð¸ Ð´Ð»Ñ� Thumb"
  
! #: config/arm/arm.c:2820
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g Ñ� -mno-apcs-frame Ð¼Ð¾Ð¶ÐµÑ‚ Ñ�Ð¾Ð·Ð´Ð°Ñ‚ÑŒ Ð¿Ñ€Ð¾Ð±Ð»ÐµÐ¼Ñ‹ Ð¿Ñ€Ð¸ Ð¾Ñ‚Ð»Ð°Ð´ÐºÐµ"
  
! #: config/arm/arm.c:2824
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2827
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "Ð½ÐµÐ´Ð¾Ð¿ÑƒÑ�Ñ‚Ð¸Ð¼Ð¾ Ð¸Ñ�Ð¿Ð¾Ð»ÑŒÐ·Ð¾Ð²Ð°Ñ‚ÑŒ -mtp=cp15 Ñ� 16-Ð±Ð¸Ñ‚Ð½Ñ‹Ð¼ Thumb"
  
! #: config/arm/arm.c:2831
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "Ð¿Ð¾Ð·Ð¸Ñ†Ð¸Ð¾Ð½Ð½Ð¾-Ð½ÐµÐ·Ð°Ð²Ð¸Ñ�Ð¸Ð¼Ñ‹Ð¹ RTP Ð½ÐµÑ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼ Ñ� Thumb"
  
! #: config/arm/arm.c:2839
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2844
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2947
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "Ñ†ÐµÐ»ÐµÐ²Ð¾Ð¹ Ð¿Ñ€Ð¾Ñ†ÐµÑ�Ñ�Ð¾Ñ€ Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚ ÐºÐ¾Ð¼Ð°Ð½Ð´Ñ‹ THUMB"
  
! #: config/arm/arm.c:2992
  #, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "Ñ†ÐµÐ»ÐµÐ²Ð¾Ð¹ Ð¿Ñ€Ð¾Ñ†ÐµÑ�Ñ�Ð¾Ñ€ Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚ Ð½ÐµÐ²Ñ‹Ñ€Ð¾Ð²Ð½ÐµÐ½Ð½Ñ‹Ðµ Ð´Ð¾Ñ�Ñ‚ÑƒÐ¿Ñ‹"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3246
  #, fuzzy, gcc-internal-format
  #| msgid "-mpcrel -fPIC is not currently supported on selected cpu"
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-mpcrel -fPIC Ð² Ð½Ð°Ñ�Ñ‚Ð¾Ñ�Ñ‰ÐµÐµ Ð²Ñ€ÐµÐ¼Ñ� Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚Ñ�Ñ� Ð½Ð° Ð²Ñ‹Ð±Ñ€Ð°Ð½Ð½Ð¾Ð¼ Ð¿Ñ€Ð¾Ñ†ÐµÑ�Ñ�Ð¾Ñ€Ðµ"
  
! #: config/arm/arm.c:3321
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "Ñ†ÐµÐ»ÐµÐ²Ð¾Ð¹ Ð¿Ñ€Ð¾Ñ†ÐµÑ�Ñ�Ð¾Ñ€ Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚ interworking"
  
! #: config/arm/arm.c:3327
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "ÐºÐ»ÑŽÑ‡ -mapcs-stack-check Ð½ÐµÑ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼ Ñ� -mno-apcs-frame"
  
! #: config/arm/arm.c:3335
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "ÐºÐ»ÑŽÑ‡Ð¸ -fpic Ð¸ -mapcs-reent Ð½ÐµÑ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼Ñ‹"
  
! #: config/arm/arm.c:3338
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "Ñ€ÐµÐµÐ½Ñ‚ÐµÑ€Ð°Ð±ÐµÐ»ÑŒÐ½Ñ‹Ð¹ ÐºÐ¾Ð´ APCS Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚Ñ�Ñ�. ÐšÐ»ÑŽÑ‡ Ð¸Ð³Ð½Ð¾Ñ€Ð¸Ñ€ÑƒÐµÑ‚Ñ�Ñ�."
  
! #: config/arm/arm.c:3372
  #, fuzzy, gcc-internal-format
  #| msgid "-mrelocatable and -msdata=%s are incompatible"
  msgid "selected fp16 options are incompatible"
  msgstr "ÐºÐ»ÑŽÑ‡Ð¸ -mrelocatable Ð¸ -msdata=%s Ð½ÐµÑ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼Ñ‹"
  
! #: config/arm/arm.c:3403
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr "iwmmxt Ñ‚Ñ€ÐµÐ±ÑƒÐµÑ‚ AAPCS Ñ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼Ð¾Ð³Ð¾ ABI Ð´Ð»Ñ� Ð¿Ñ€Ð°Ð²Ð¸Ð»ÑŒÐ½Ð¾Ð¹ Ñ€Ð°Ð±Ð¾Ñ‚Ñ‹"
  
! #: config/arm/arm.c:3406
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr "Ð´Ð»Ñ� Ñ€Ð°Ð±Ð¾Ñ‚Ñ‹ Ñ� iwmmxt ABI Ñ‚Ñ€ÐµÐ±ÑƒÐµÑ‚Ñ�Ñ� Ð¿Ñ€Ð¾Ñ†ÐµÑ�Ñ�Ð¾Ñ€ Ñ� Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶ÐºÐ¾Ð¹ iwmmxt"
  
! #: config/arm/arm.c:3417
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "AAPCS Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚ -mcaller-super-interworking"
  
! #: config/arm/arm.c:3420
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "AAPCS Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚ -mcaller-super-interworking"
  
! #: config/arm/arm.c:3425
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr "__fp16 Ð¸ Ð½ÐµÑ‚ ldrh"
  
! #: config/arm/arm.c:3436
  #, fuzzy, gcc-internal-format
  #| msgid "-mfloat-abi=hard and VFP"
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr "-mflat-abi=hard Ð¸ VFP"
  
! #: config/arm/arm.c:3444
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mflat-abi=hard Ð¸ VFP"
  
! #: config/arm/arm.c:3480
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "Ð³Ñ€Ð°Ð½Ð¸Ñ†Ð° Ñ€Ð°Ð·Ð¼ÐµÑ€Ð° Ñ�Ñ‚Ñ€ÑƒÐºÑ‚ÑƒÑ€Ñ‹ Ð¼Ð¾Ð¶ÐµÑ‚ Ð±Ñ‹Ñ‚ÑŒ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ 8, 32 Ð¸Ð»Ð¸ 64"
  
! #: config/arm/arm.c:3482
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "Ð³Ñ€Ð°Ð½Ð¸Ñ†Ð° Ñ€Ð°Ð·Ð¼ÐµÑ€Ð° Ñ�Ñ‚Ñ€ÑƒÐºÑ‚ÑƒÑ€Ñ‹ Ð¼Ð¾Ð¶ÐµÑ‚ Ð±Ñ‹Ñ‚ÑŒ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ 8 Ð¸Ð»Ð¸ 32"
  
! #: config/arm/arm.c:3507
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "Ð¿Ð¾Ð·Ð¸Ñ†Ð¸Ð¾Ð½Ð½Ð¾-Ð½ÐµÐ·Ð°Ð²Ð¸Ñ�Ð¸Ð¼Ñ‹Ð¹ RTP Ð½ÐµÑ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼ Ñ� -msingle-pic-base"
  
! #: config/arm/arm.c:3519
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= Ð½Ðµ Ð¸Ð¼ÐµÐµÑ‚ Ñ�Ð¼Ñ‹Ñ�Ð»Ð° Ð±ÐµÐ· -fpic"
  
! #: config/arm/arm.c:3528
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "Ð¸Ñ�Ð¿Ð¾Ð»ÑŒÐ·Ð¾Ð²Ð°Ð½Ð¸Ðµ '%s' ÐºÐ°Ðº PIC-Ñ€ÐµÐ³Ð¸Ñ�Ñ‚Ñ€Ð° Ð½ÐµÐ²Ð¾Ð·Ð¼Ð¾Ð¶Ð½Ð¾"
  
! #: config/arm/arm.c:3547
  #, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-freorder-blocks-and-partition Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚Ñ�Ñ� Ð½Ð° Ñ�Ñ‚Ð¾Ð¹ Ð°Ñ€Ñ…Ð¸Ñ‚ÐµÐºÑ‚ÑƒÑ€Ðµ"
  
! #: config/arm/arm.c:3638
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support THUMB instructions"
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "Ñ†ÐµÐ»ÐµÐ²Ð¾Ð¹ Ð¿Ñ€Ð¾Ñ†ÐµÑ�Ñ�Ð¾Ñ€ Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚ ÐºÐ¾Ð¼Ð°Ð½Ð´Ñ‹ THUMB"
  
! #: config/arm/arm.c:5706
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr "non-AAPCS Ð¿Ñ€Ð¾Ð¸Ð·Ð²Ð¾Ð´Ð½Ñ‹Ð¹ PCS Ð²Ð°Ñ€Ð¸Ð°Ð½Ñ‚"
  
! #: config/arm/arm.c:5708
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr "Ð²Ð°Ñ€Ð¸Ð°Ð½Ñ‚Ð½Ñ‹Ðµ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸ Ð´Ð¾Ð»Ð¶Ð½Ñ‹ Ð¸Ñ�Ð¿Ð¾Ð»ÑŒÐ·Ð¾Ð²Ð°Ñ‚ÑŒ Ð±Ð°Ð·Ð¾Ð²Ñ‹Ð¹ AAPCS Ð²Ð°Ñ€Ð¸Ð°Ð½Ñ‚"
  
! #: config/arm/arm.c:5727
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr "PCS Ð²Ð°Ñ€Ð¸Ð°Ð½Ñ‚"
  
! #: config/arm/arm.c:5922
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr "Thumb-1 Ð°Ð¿Ð¿Ð°Ñ€Ð°Ñ‚Ð½Ñ‹Ð¹ Ð¿Ð»Ð°Ð²Ð°ÑŽÑ‰Ð¸Ð¹ VFP ABI"
  
! #: config/arm/arm.c:6672 config/arm/arm.c:6690 config/arm/arm.c:6865
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
--- 31010,31209 ----
  msgstr ""
  
  #
! #: config/arm/arm.c:2800
  #, fuzzy, gcc-internal-format
  #| msgid "-fPIC and -G are incompatible"
  msgid "iWMMXt and NEON are incompatible"
  msgstr "ÐºÐ»ÑŽÑ‡Ð¸ -fPIC Ð¸ -G Ð½ÐµÑ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼Ñ‹"
  
! #: config/arm/arm.c:2806
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "Ñ†ÐµÐ»ÐµÐ²Ð¾Ð¹ Ð¿Ñ€Ð¾Ñ†ÐµÑ�Ñ�Ð¾Ñ€ Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚ Ñ€ÐµÐ¶Ð¸Ð¼ ARM"
  
! #: config/arm/arm.c:2810
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶ÐºÐ° backtrace Ð¸Ð¼ÐµÐµÑ‚ Ñ�Ð¼Ñ‹Ñ�Ð» Ñ‚Ð¾Ð»ÑŒÐºÐ¾ Ð´Ð»Ñ� Thumb"
  
! #: config/arm/arm.c:2813
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "-mcallee-super-interworking Ð¸Ð¼ÐµÐµÑ‚ Ñ�Ð¼Ñ‹Ñ�Ð» Ñ‚Ð¾Ð»ÑŒÐºÐ¾ Ð¿Ñ€Ð¸ ÐºÐ¾Ð¼Ð¿Ð¸Ð»Ñ�Ñ†Ð¸Ð¸ Ð´Ð»Ñ� Thumb"
  
! #: config/arm/arm.c:2821
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g Ñ� -mno-apcs-frame Ð¼Ð¾Ð¶ÐµÑ‚ Ñ�Ð¾Ð·Ð´Ð°Ñ‚ÑŒ Ð¿Ñ€Ð¾Ð±Ð»ÐµÐ¼Ñ‹ Ð¿Ñ€Ð¸ Ð¾Ñ‚Ð»Ð°Ð´ÐºÐµ"
  
! #: config/arm/arm.c:2825
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2828
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "Ð½ÐµÐ´Ð¾Ð¿ÑƒÑ�Ñ‚Ð¸Ð¼Ð¾ Ð¸Ñ�Ð¿Ð¾Ð»ÑŒÐ·Ð¾Ð²Ð°Ñ‚ÑŒ -mtp=cp15 Ñ� 16-Ð±Ð¸Ñ‚Ð½Ñ‹Ð¼ Thumb"
  
! #: config/arm/arm.c:2832
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "Ð¿Ð¾Ð·Ð¸Ñ†Ð¸Ð¾Ð½Ð½Ð¾-Ð½ÐµÐ·Ð°Ð²Ð¸Ñ�Ð¸Ð¼Ñ‹Ð¹ RTP Ð½ÐµÑ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼ Ñ� Thumb"
  
! #: config/arm/arm.c:2840
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2845
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2948
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "Ñ†ÐµÐ»ÐµÐ²Ð¾Ð¹ Ð¿Ñ€Ð¾Ñ†ÐµÑ�Ñ�Ð¾Ñ€ Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚ ÐºÐ¾Ð¼Ð°Ð½Ð´Ñ‹ THUMB"
  
! #: config/arm/arm.c:2993
  #, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "Ñ†ÐµÐ»ÐµÐ²Ð¾Ð¹ Ð¿Ñ€Ð¾Ñ†ÐµÑ�Ñ�Ð¾Ñ€ Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚ Ð½ÐµÐ²Ñ‹Ñ€Ð¾Ð²Ð½ÐµÐ½Ð½Ñ‹Ðµ Ð´Ð¾Ñ�Ñ‚ÑƒÐ¿Ñ‹"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3247
  #, fuzzy, gcc-internal-format
  #| msgid "-mpcrel -fPIC is not currently supported on selected cpu"
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-mpcrel -fPIC Ð² Ð½Ð°Ñ�Ñ‚Ð¾Ñ�Ñ‰ÐµÐµ Ð²Ñ€ÐµÐ¼Ñ� Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚Ñ�Ñ� Ð½Ð° Ð²Ñ‹Ð±Ñ€Ð°Ð½Ð½Ð¾Ð¼ Ð¿Ñ€Ð¾Ñ†ÐµÑ�Ñ�Ð¾Ñ€Ðµ"
  
! #: config/arm/arm.c:3322
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "Ñ†ÐµÐ»ÐµÐ²Ð¾Ð¹ Ð¿Ñ€Ð¾Ñ†ÐµÑ�Ñ�Ð¾Ñ€ Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚ interworking"
  
! #: config/arm/arm.c:3328
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "ÐºÐ»ÑŽÑ‡ -mapcs-stack-check Ð½ÐµÑ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼ Ñ� -mno-apcs-frame"
  
! #: config/arm/arm.c:3336
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "ÐºÐ»ÑŽÑ‡Ð¸ -fpic Ð¸ -mapcs-reent Ð½ÐµÑ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼Ñ‹"
  
! #: config/arm/arm.c:3339
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "Ñ€ÐµÐµÐ½Ñ‚ÐµÑ€Ð°Ð±ÐµÐ»ÑŒÐ½Ñ‹Ð¹ ÐºÐ¾Ð´ APCS Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚Ñ�Ñ�. ÐšÐ»ÑŽÑ‡ Ð¸Ð³Ð½Ð¾Ñ€Ð¸Ñ€ÑƒÐµÑ‚Ñ�Ñ�."
  
! #: config/arm/arm.c:3373
  #, fuzzy, gcc-internal-format
  #| msgid "-mrelocatable and -msdata=%s are incompatible"
  msgid "selected fp16 options are incompatible"
  msgstr "ÐºÐ»ÑŽÑ‡Ð¸ -mrelocatable Ð¸ -msdata=%s Ð½ÐµÑ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼Ñ‹"
  
! #: config/arm/arm.c:3404
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr "iwmmxt Ñ‚Ñ€ÐµÐ±ÑƒÐµÑ‚ AAPCS Ñ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼Ð¾Ð³Ð¾ ABI Ð´Ð»Ñ� Ð¿Ñ€Ð°Ð²Ð¸Ð»ÑŒÐ½Ð¾Ð¹ Ñ€Ð°Ð±Ð¾Ñ‚Ñ‹"
  
! #: config/arm/arm.c:3407
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr "Ð´Ð»Ñ� Ñ€Ð°Ð±Ð¾Ñ‚Ñ‹ Ñ� iwmmxt ABI Ñ‚Ñ€ÐµÐ±ÑƒÐµÑ‚Ñ�Ñ� Ð¿Ñ€Ð¾Ñ†ÐµÑ�Ñ�Ð¾Ñ€ Ñ� Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶ÐºÐ¾Ð¹ iwmmxt"
  
! #: config/arm/arm.c:3418
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "AAPCS Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚ -mcaller-super-interworking"
  
! #: config/arm/arm.c:3421
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "AAPCS Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚ -mcaller-super-interworking"
  
! #: config/arm/arm.c:3426
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr "__fp16 Ð¸ Ð½ÐµÑ‚ ldrh"
  
! #: config/arm/arm.c:3437
  #, fuzzy, gcc-internal-format
  #| msgid "-mfloat-abi=hard and VFP"
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr "-mflat-abi=hard Ð¸ VFP"
  
! #: config/arm/arm.c:3445
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mflat-abi=hard Ð¸ VFP"
  
! #: config/arm/arm.c:3481
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "Ð³Ñ€Ð°Ð½Ð¸Ñ†Ð° Ñ€Ð°Ð·Ð¼ÐµÑ€Ð° Ñ�Ñ‚Ñ€ÑƒÐºÑ‚ÑƒÑ€Ñ‹ Ð¼Ð¾Ð¶ÐµÑ‚ Ð±Ñ‹Ñ‚ÑŒ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ 8, 32 Ð¸Ð»Ð¸ 64"
  
! #: config/arm/arm.c:3483
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "Ð³Ñ€Ð°Ð½Ð¸Ñ†Ð° Ñ€Ð°Ð·Ð¼ÐµÑ€Ð° Ñ�Ñ‚Ñ€ÑƒÐºÑ‚ÑƒÑ€Ñ‹ Ð¼Ð¾Ð¶ÐµÑ‚ Ð±Ñ‹Ñ‚ÑŒ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ 8 Ð¸Ð»Ð¸ 32"
  
! #: config/arm/arm.c:3508
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "Ð¿Ð¾Ð·Ð¸Ñ†Ð¸Ð¾Ð½Ð½Ð¾-Ð½ÐµÐ·Ð°Ð²Ð¸Ñ�Ð¸Ð¼Ñ‹Ð¹ RTP Ð½ÐµÑ�Ð¾Ð²Ð¼ÐµÑ�Ñ‚Ð¸Ð¼ Ñ� -msingle-pic-base"
  
! #: config/arm/arm.c:3520
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= Ð½Ðµ Ð¸Ð¼ÐµÐµÑ‚ Ñ�Ð¼Ñ‹Ñ�Ð»Ð° Ð±ÐµÐ· -fpic"
  
! #: config/arm/arm.c:3529
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "Ð¸Ñ�Ð¿Ð¾Ð»ÑŒÐ·Ð¾Ð²Ð°Ð½Ð¸Ðµ '%s' ÐºÐ°Ðº PIC-Ñ€ÐµÐ³Ð¸Ñ�Ñ‚Ñ€Ð° Ð½ÐµÐ²Ð¾Ð·Ð¼Ð¾Ð¶Ð½Ð¾"
  
! #: config/arm/arm.c:3548
  #, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-freorder-blocks-and-partition Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚Ñ�Ñ� Ð½Ð° Ñ�Ñ‚Ð¾Ð¹ Ð°Ñ€Ñ…Ð¸Ñ‚ÐµÐºÑ‚ÑƒÑ€Ðµ"
  
! #: config/arm/arm.c:3639
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support THUMB instructions"
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "Ñ†ÐµÐ»ÐµÐ²Ð¾Ð¹ Ð¿Ñ€Ð¾Ñ†ÐµÑ�Ñ�Ð¾Ñ€ Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚ ÐºÐ¾Ð¼Ð°Ð½Ð´Ñ‹ THUMB"
  
! #: config/arm/arm.c:5707
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr "non-AAPCS Ð¿Ñ€Ð¾Ð¸Ð·Ð²Ð¾Ð´Ð½Ñ‹Ð¹ PCS Ð²Ð°Ñ€Ð¸Ð°Ð½Ñ‚"
  
! #: config/arm/arm.c:5709
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr "Ð²Ð°Ñ€Ð¸Ð°Ð½Ñ‚Ð½Ñ‹Ðµ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸ Ð´Ð¾Ð»Ð¶Ð½Ñ‹ Ð¸Ñ�Ð¿Ð¾Ð»ÑŒÐ·Ð¾Ð²Ð°Ñ‚ÑŒ Ð±Ð°Ð·Ð¾Ð²Ñ‹Ð¹ AAPCS Ð²Ð°Ñ€Ð¸Ð°Ð½Ñ‚"
  
! #: config/arm/arm.c:5728
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr "PCS Ð²Ð°Ñ€Ð¸Ð°Ð½Ñ‚"
  
! #: config/arm/arm.c:5923
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr "Thumb-1 Ð°Ð¿Ð¿Ð°Ñ€Ð°Ñ‚Ð½Ñ‹Ð¹ Ð¿Ð»Ð°Ð²Ð°ÑŽÑ‰Ð¸Ð¹ VFP ABI"
  
! #: config/arm/arm.c:6362 config/arm/arm.c:6565 config/arm/arm.c:6593
! #: config/arm/arm.c:26560
! #, gcc-internal-format
! msgid "parameter passing for argument of type %qT changed in GCC 7.1"
! msgstr ""
! 
! #: config/arm/arm.c:6709 config/arm/arm.c:6727 config/arm/arm.c:6902
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
*************** msgstr "Thumb-1 Ð°Ð¿Ð¿Ð°Ñ€Ð°Ñ‚Ð½Ñ‹Ð¹ Ð¿Ð
*** 31213,31291 ****
  msgid "%qE attribute only applies to functions"
  msgstr "%qE Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ Ð¿Ñ€Ð¸Ð¼ÐµÐ½Ð¸Ð¼ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ Ðº Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ�Ð¼"
  
! #: config/arm/arm.c:6814
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to functions, not %s"
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr "Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ %qE Ð¿Ñ€Ð¸Ð¼ÐµÐ½Ð¸Ð¼ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ Ðº Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ�Ð¼, Ð° Ð½Ðµ Ðº %s"
  
! #: config/arm/arm.c:6826
  #, fuzzy, gcc-internal-format
  #| msgid "%qD must not have variable number of arguments"
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "%qD Ð½Ðµ Ð¼Ð¾Ð¶ÐµÑ‚ Ð¸Ð¼ÐµÑ‚ÑŒ Ð¿ÐµÑ€ÐµÐ¼ÐµÐ½Ð½Ð¾Ðµ Ñ‡Ð¸Ñ�Ð»Ð¾ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð¾Ð²"
  
! #: config/arm/arm.c:6835
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to functions, not %s"
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr "Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ %qE Ð¿Ñ€Ð¸Ð¼ÐµÐ½Ð¸Ð¼ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ Ðº Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ�Ð¼, Ð° Ð½Ðµ Ðº %s"
  
! #: config/arm/arm.c:6857 config/arm/arm.c:6909
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute ignored on non-class types"
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ %qE Ð´Ð»Ñ� Ð½Ðµ ÐºÐ»Ð°Ñ�Ñ�Ð¾Ð²Ñ‹Ñ… Ñ‚Ð¸Ð¿Ð¾Ð² Ð¸Ð³Ð½Ð¾Ñ€Ð¸Ñ€ÑƒÐµÑ‚Ñ�Ñ�"
  
! #: config/arm/arm.c:6876
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute has no effect on unit local functions"
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ %qE Ð½Ðµ Ð´ÐµÐ¹Ñ�Ñ‚Ð²ÑƒÐµÑ‚ Ð´Ð»Ñ� Ð»Ð¾ÐºÐ°Ð»ÑŒÐ½Ñ‹Ñ… Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¹"
  
! #: config/arm/arm.c:6925
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to function types"
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ %qE Ð´Ð¾Ð¿ÑƒÑ�Ñ‚Ð¸Ð¼ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ Ð´Ð»Ñ� Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¹"
  
! #: config/arm/arm.c:12208
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12211
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23458
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "Ð½ÐµÐ²Ð¾Ð·Ð¼Ð¾Ð¶Ð½Ð¾ Ð²Ñ‹Ñ‡Ð¸Ñ�Ð»Ð¸Ñ‚ÑŒ Ñ„Ð°ÐºÑ‚Ð¸Ñ‡ÐµÑ�ÐºÐ¾Ðµ Ð¿Ð¾Ð»Ð¾Ð¶ÐµÐ½Ð¸Ðµ Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€Ð° Ð² Ñ�Ñ‚ÐµÐºÐµ"
  
! #: config/arm/arm.c:24111
  #, fuzzy, gcc-internal-format
  #| msgid "Unexpected end of module"
  msgid "Unexpected thumb1 far jump"
  msgstr "Ð�ÐµÐ¾Ð¶Ð¸Ð´Ð°Ð½Ð½Ñ‹Ð¹ ÐºÐ¾Ð½ÐµÑ† Ð¼Ð¾Ð´ÑƒÐ»Ñ�"
  
! #: config/arm/arm.c:24375
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "Ð½ÐµÑ‚ Ñ�Ð²Ð¾Ð±Ð¾Ð´Ð½Ñ‹Ñ… low-Ñ€ÐµÐ³Ð¸Ñ�Ñ‚Ñ€Ð¾Ð² Ð´Ð»Ñ� Ð²Ñ‹Ñ‚Ð°Ð»ÐºÐ¸Ð²Ð°Ð½Ð¸Ñ� high-Ñ€ÐµÐ³Ð¸Ñ�Ñ‚Ñ€Ð¾Ð²"
  
! #: config/arm/arm.c:24624
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "Ð¿Ð¾Ð´Ð¿Ñ€Ð¾Ð³Ñ€Ð°Ð¼Ð¼Ñ‹ Service Routines Ð´Ð»Ñ� Ð¿Ñ€ÐµÑ€Ñ‹Ð²Ð°Ð½Ð¸Ð¹ Ð½Ðµ Ð¼Ð¾Ð³ÑƒÑ‚ Ð¸Ñ�Ð¿Ð¾Ð»ÑŒÐ·Ð¾Ð²Ð°Ñ‚ÑŒÑ�Ñ� Ð² Ñ€ÐµÐ¶Ð¸Ð¼Ðµ Thumb"
  
! #: config/arm/arm.c:24853
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30391
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid vector type for attribute %qs"
  msgid "invalid fpu for attribute(target(\"%s\"))"
--- 31219,31297 ----
  msgid "%qE attribute only applies to functions"
  msgstr "%qE Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ Ð¿Ñ€Ð¸Ð¼ÐµÐ½Ð¸Ð¼ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ Ðº Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ�Ð¼"
  
! #: config/arm/arm.c:6851
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to functions, not %s"
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr "Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ %qE Ð¿Ñ€Ð¸Ð¼ÐµÐ½Ð¸Ð¼ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ Ðº Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ�Ð¼, Ð° Ð½Ðµ Ðº %s"
  
! #: config/arm/arm.c:6863
  #, fuzzy, gcc-internal-format
  #| msgid "%qD must not have variable number of arguments"
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "%qD Ð½Ðµ Ð¼Ð¾Ð¶ÐµÑ‚ Ð¸Ð¼ÐµÑ‚ÑŒ Ð¿ÐµÑ€ÐµÐ¼ÐµÐ½Ð½Ð¾Ðµ Ñ‡Ð¸Ñ�Ð»Ð¾ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð¾Ð²"
  
! #: config/arm/arm.c:6872
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to functions, not %s"
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr "Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ %qE Ð¿Ñ€Ð¸Ð¼ÐµÐ½Ð¸Ð¼ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ Ðº Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ�Ð¼, Ð° Ð½Ðµ Ðº %s"
  
! #: config/arm/arm.c:6894 config/arm/arm.c:6946
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute ignored on non-class types"
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ %qE Ð´Ð»Ñ� Ð½Ðµ ÐºÐ»Ð°Ñ�Ñ�Ð¾Ð²Ñ‹Ñ… Ñ‚Ð¸Ð¿Ð¾Ð² Ð¸Ð³Ð½Ð¾Ñ€Ð¸Ñ€ÑƒÐµÑ‚Ñ�Ñ�"
  
! #: config/arm/arm.c:6913
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute has no effect on unit local functions"
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ %qE Ð½Ðµ Ð´ÐµÐ¹Ñ�Ñ‚Ð²ÑƒÐµÑ‚ Ð´Ð»Ñ� Ð»Ð¾ÐºÐ°Ð»ÑŒÐ½Ñ‹Ñ… Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¹"
  
! #: config/arm/arm.c:6962
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to function types"
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ %qE Ð´Ð¾Ð¿ÑƒÑ�Ñ‚Ð¸Ð¼ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ Ð´Ð»Ñ� Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¹"
  
! #: config/arm/arm.c:12245
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12248
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23495
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "Ð½ÐµÐ²Ð¾Ð·Ð¼Ð¾Ð¶Ð½Ð¾ Ð²Ñ‹Ñ‡Ð¸Ñ�Ð»Ð¸Ñ‚ÑŒ Ñ„Ð°ÐºÑ‚Ð¸Ñ‡ÐµÑ�ÐºÐ¾Ðµ Ð¿Ð¾Ð»Ð¾Ð¶ÐµÐ½Ð¸Ðµ Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€Ð° Ð² Ñ�Ñ‚ÐµÐºÐµ"
  
! #: config/arm/arm.c:24148
  #, fuzzy, gcc-internal-format
  #| msgid "Unexpected end of module"
  msgid "Unexpected thumb1 far jump"
  msgstr "Ð�ÐµÐ¾Ð¶Ð¸Ð´Ð°Ð½Ð½Ñ‹Ð¹ ÐºÐ¾Ð½ÐµÑ† Ð¼Ð¾Ð´ÑƒÐ»Ñ�"
  
! #: config/arm/arm.c:24412
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "Ð½ÐµÑ‚ Ñ�Ð²Ð¾Ð±Ð¾Ð´Ð½Ñ‹Ñ… low-Ñ€ÐµÐ³Ð¸Ñ�Ñ‚Ñ€Ð¾Ð² Ð´Ð»Ñ� Ð²Ñ‹Ñ‚Ð°Ð»ÐºÐ¸Ð²Ð°Ð½Ð¸Ñ� high-Ñ€ÐµÐ³Ð¸Ñ�Ñ‚Ñ€Ð¾Ð²"
  
! #: config/arm/arm.c:24661
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "Ð¿Ð¾Ð´Ð¿Ñ€Ð¾Ð³Ñ€Ð°Ð¼Ð¼Ñ‹ Service Routines Ð´Ð»Ñ� Ð¿Ñ€ÐµÑ€Ñ‹Ð²Ð°Ð½Ð¸Ð¹ Ð½Ðµ Ð¼Ð¾Ð³ÑƒÑ‚ Ð¸Ñ�Ð¿Ð¾Ð»ÑŒÐ·Ð¾Ð²Ð°Ñ‚ÑŒÑ�Ñ� Ð² Ñ€ÐµÐ¶Ð¸Ð¼Ðµ Thumb"
  
! #: config/arm/arm.c:24890
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid vector type for attribute %qs"
  msgid "invalid fpu for attribute(target(\"%s\"))"
*************** msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ð²ÐµÐºÑ
*** 31294,31306 ****
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30399
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30406 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:14915 config/s390/s390.c:14965 config/s390/s390.c:14982
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr "attribute(target(\"%s\")) Ð½ÐµÐ¸Ð·Ð²ÐµÑ�Ñ‚ÐµÐ½"
--- 31300,31312 ----
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30443
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30450 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:15083 config/s390/s390.c:15133 config/s390/s390.c:15150
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr "attribute(target(\"%s\")) Ð½ÐµÐ¸Ð·Ð²ÐµÑ�Ñ‚ÐµÐ½"
*************** msgstr "vec_extract Ð¿Ñ€Ð¸Ð½Ð¸Ð¼Ð°ÐµÑ‚ Ñ
*** 34095,34101 ****
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "vec_insert Ð¿Ñ€Ð¸Ð½Ð¸Ð¼Ð°ÐµÑ‚ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ 3 Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°"
  
! #: config/rs6000/rs6000-c.c:5711
  #, fuzzy, gcc-internal-format
  #| msgid "vec_insert only accepts 3 arguments"
  msgid "vec_adde only accepts 3 arguments"
--- 34101,34107 ----
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "vec_insert Ð¿Ñ€Ð¸Ð½Ð¸Ð¼Ð°ÐµÑ‚ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ 3 Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°"
  
! #: config/rs6000/rs6000-c.c:5710
  #, fuzzy, gcc-internal-format
  #| msgid "vec_insert only accepts 3 arguments"
  msgid "vec_adde only accepts 3 arguments"
*************** msgstr "vec_insert Ð¿Ñ€Ð¸Ð½Ð¸Ð¼Ð°ÐµÑ‚ Ñ‚
*** 34107,34150 ****
  msgid "vec_addec only accepts 3 arguments"
  msgstr "vec_insert Ð¿Ñ€Ð¸Ð½Ð¸Ð¼Ð°ÐµÑ‚ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ 3 Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°"
  
! #: config/rs6000/rs6000-c.c:5861
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%s Ð¿Ñ€Ð¸Ð½Ð¸Ð¼Ð°ÐµÑ‚ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ %d Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð¾Ð²"
  
! #: config/rs6000/rs6000-c.c:5866
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%s Ð¿Ñ€Ð¸Ð½Ð¸Ð¼Ð°ÐµÑ‚ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ 1 Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚"
  
! #: config/rs6000/rs6000-c.c:5871
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%s Ð¿Ñ€Ð¸Ð½Ð¸Ð¼Ð°ÐµÑ‚ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ 2 Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°"
  
! #: config/rs6000/rs6000-c.c:5937
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr "vec_extract Ð¿Ñ€Ð¸Ð½Ð¸Ð¼Ð°ÐµÑ‚ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ 2 Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°"
  
! #: config/rs6000/rs6000-c.c:6106
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr "vec_insert Ð¿Ñ€Ð¸Ð½Ð¸Ð¼Ð°ÐµÑ‚ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ 3 Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°"
  
! #: config/rs6000/rs6000-c.c:6380
  #, fuzzy, gcc-internal-format
  #| msgid "passing arg %d of %qE discards qualifiers frompointer target type"
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "Ð¿ÐµÑ€ÐµÐ´Ð°Ñ‡Ð° arg %d Ð¾Ñ‚ %qE Ð¾Ñ‚Ð¼ÐµÐ½Ñ�ÐµÑ‚ ÐºÐ²Ð°Ð»Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ñ‹ frompointer ÑƒÐºÐ°Ð·ÑƒÐµÐ¼Ð¾Ð³Ð¾ Ñ‚Ð¸Ð¿Ð°"
  
! #: config/rs6000/rs6000-c.c:6434
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "ifunc is not supported in this configuration"
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "ifunc Ð² Ð´Ð°Ð½Ð½Ð¾Ð¹ ÐºÐ¾Ð½Ñ„Ð¸Ð³ÑƒÑ€Ð°Ñ†Ð¸Ð¸ Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚Ñ�Ñ�"
  
! #: config/rs6000/rs6000-c.c:6442
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid parameter combination for AltiVec intrinsic"
  msgid "invalid parameter combination for AltiVec intrinsic %s"
--- 34113,34156 ----
  msgid "vec_addec only accepts 3 arguments"
  msgstr "vec_insert Ð¿Ñ€Ð¸Ð½Ð¸Ð¼Ð°ÐµÑ‚ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ 3 Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°"
  
! #: config/rs6000/rs6000-c.c:5862
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%s Ð¿Ñ€Ð¸Ð½Ð¸Ð¼Ð°ÐµÑ‚ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ %d Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð¾Ð²"
  
! #: config/rs6000/rs6000-c.c:5867
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%s Ð¿Ñ€Ð¸Ð½Ð¸Ð¼Ð°ÐµÑ‚ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ 1 Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚"
  
! #: config/rs6000/rs6000-c.c:5872
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%s Ð¿Ñ€Ð¸Ð½Ð¸Ð¼Ð°ÐµÑ‚ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ 2 Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°"
  
! #: config/rs6000/rs6000-c.c:5938
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr "vec_extract Ð¿Ñ€Ð¸Ð½Ð¸Ð¼Ð°ÐµÑ‚ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ 2 Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°"
  
! #: config/rs6000/rs6000-c.c:6107
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr "vec_insert Ð¿Ñ€Ð¸Ð½Ð¸Ð¼Ð°ÐµÑ‚ Ñ‚Ð¾Ð»ÑŒÐºÐ¾ 3 Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°"
  
! #: config/rs6000/rs6000-c.c:6381
  #, fuzzy, gcc-internal-format
  #| msgid "passing arg %d of %qE discards qualifiers frompointer target type"
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "Ð¿ÐµÑ€ÐµÐ´Ð°Ñ‡Ð° arg %d Ð¾Ñ‚ %qE Ð¾Ñ‚Ð¼ÐµÐ½Ñ�ÐµÑ‚ ÐºÐ²Ð°Ð»Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€Ñ‹ frompointer ÑƒÐºÐ°Ð·ÑƒÐµÐ¼Ð¾Ð³Ð¾ Ñ‚Ð¸Ð¿Ð°"
  
! #: config/rs6000/rs6000-c.c:6435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "ifunc is not supported in this configuration"
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "ifunc Ð² Ð´Ð°Ð½Ð½Ð¾Ð¹ ÐºÐ¾Ð½Ñ„Ð¸Ð³ÑƒÑ€Ð°Ñ†Ð¸Ð¸ Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚Ñ�Ñ�"
  
! #: config/rs6000/rs6000-c.c:6443
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid parameter combination for AltiVec intrinsic"
  msgid "invalid parameter combination for AltiVec intrinsic %s"
*************** msgstr "Ð½ÐµÐºÐ¾Ñ€Ñ€ÐµÐºÑ‚Ð½Ñ‹Ð¹ Ð°Ñ€Ð³Ñ
*** 35254,35372 ****
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9812
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr "Ñ�ÑƒÐ¼Ð¼Ð°Ñ€Ð½Ñ‹Ð¹ Ñ€Ð°Ð·Ð¼ÐµÑ€ Ð»Ð¾ÐºÐ°Ð»ÑŒÐ½Ñ‹Ñ… Ð¿ÐµÑ€ÐµÐ¼ÐµÐ½Ð½Ñ‹Ñ… Ð¿Ñ€ÐµÐ²Ñ‹ÑˆÐ°ÐµÑ‚ Ð°Ñ€Ñ…Ð¸Ñ‚ÐµÐºÑ‚ÑƒÑ€Ð½Ñ‹Ð¹ Ð¿Ñ€ÐµÐ´ÐµÐ»"
  
! #: config/s390/s390.c:10926
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr "Ñ€Ð°Ð·Ð¼ÐµÑ€ ÐºÐ°Ð´Ñ€Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸ %qs Ñ€Ð°Ð²ÐµÐ½ %wd Ð±Ð°Ð¹Ñ‚, Ñ‡Ñ‚Ð¾ Ð¿Ñ€ÐµÐ²Ñ‹ÑˆÐ°ÐµÑ‚ Ð¿Ñ€ÐµÐ´Ð¾Ñ�Ñ‚Ð°Ð²Ð»ÐµÐ½Ð½Ñ‹Ð¹ Ð¿Ð¾Ð»ÑŒÐ·Ð¾Ð²Ð°Ñ‚ÐµÐ»ÐµÐ¼ Ð»Ð¸Ð¼Ð¸Ñ‚ Ñ�Ñ‚ÐµÐºÐ° Ð² %d Ð±Ð°Ð¹Ñ‚.  Ð”Ð¾Ð±Ð°Ð²Ð»ÐµÐ½ Ð±ÐµÐ·ÑƒÑ�Ð»Ð¾Ð²Ð½Ñ‹Ð¹ trap."
  
! #: config/s390/s390.c:10942
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr "Ñ€Ð°Ð·Ð¼ÐµÑ€ ÐºÐ°Ð´Ñ€Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸ %qs Ñ€Ð°Ð²ÐµÐ½ %wd Ð±Ð°Ð¹Ñ‚, Ñ‡Ñ‚Ð¾ Ð±Ð¾Ð»ÑŒÑˆÐµ Ð¿Ð¾Ð»Ð¾Ð²Ð¸Ð½Ñ‹ Ñ€Ð°Ð·Ð¼ÐµÑ€Ð° Ñ�Ñ‚ÐµÐºÐ°. Ð”Ð¸Ð½Ð°Ð¼Ð¸Ñ‡ÐµÑ�ÐºÐ°Ñ� Ð¿Ñ€Ð¾Ð²ÐµÑ€ÐºÐ° Ð½Ðµ Ð±ÑƒÐ´ÐµÑ‚ Ð½Ð°Ð´ÐµÐ¶Ð½Ð¾Ð¹. Ð”Ð»Ñ� Ñ�Ñ‚Ð¾Ð¹ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸ Ð¿Ñ€Ð¾Ð²ÐµÑ€ÐºÐ° Ð½Ðµ Ñ�Ð³ÐµÐ½ÐµÑ€Ð¸Ñ€Ð¾Ð²Ð°Ð½Ð°."
  
! #: config/s390/s390.c:10970
  #, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr "Ñ€Ð°Ð·Ð¼ÐµÑ€ ÐºÐ°Ð´Ñ€Ð° %qs Ñ€Ð°Ð²ÐµÐ½ %wd Ð±Ð°Ð¹Ñ‚"
  
! #: config/s390/s390.c:10974
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr "%qs Ð¸Ñ�Ð¿Ð¾Ð»ÑŒÐ·ÑƒÐµÑ‚ Ð´Ð¸Ð½Ð°Ð¼Ð¸Ñ‡ÐµÑ�ÐºÐ¾Ðµ Ñ€Ð°Ð·Ð¼ÐµÑ‰ÐµÐ½Ð¸Ðµ Ñ�Ñ‚ÐµÐºÐ°"
  
! #: config/s390/s390.c:11352
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14498
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%<mwords-little-endian%> is deprecated and will be removed in a future release"
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr "%<mwords-little-endian%> Ð½Ðµ Ñ€ÐµÐºÐ¾Ð¼ÐµÐ½Ð´ÑƒÐµÑ‚Ñ�Ñ� Ð¸ Ð½Ðµ Ð±ÑƒÐ´ÐµÑ‚ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°Ñ‚ÑŒÑ�Ñ� Ð² Ð±ÑƒÐ´ÑƒÑ‰Ð¸Ñ… Ð²ÐµÑ€Ñ�Ð¸Ñ�Ñ…"
  
! #: config/s390/s390.c:14510
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%<mwords-little-endian%> is deprecated and will be removed in a future release"
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr "%<mwords-little-endian%> Ð½Ðµ Ñ€ÐµÐºÐ¾Ð¼ÐµÐ½Ð´ÑƒÐµÑ‚Ñ�Ñ� Ð¸ Ð½Ðµ Ð±ÑƒÐ´ÐµÑ‚ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°Ñ‚ÑŒÑ�Ñ� Ð² Ð±ÑƒÐ´ÑƒÑ‰Ð¸Ñ… Ð²ÐµÑ€Ñ�Ð¸Ñ�Ñ…"
  
! #: config/s390/s390.c:14522
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "Ñ€ÐµÐ¶Ð¸Ð¼ z/Architecture Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚Ñ�Ñ� Ð½Ð° %s"
  
! #: config/s390/s390.c:14525
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "64-Ð±Ð¸Ñ‚Ð½Ñ‹Ð¹ ABI Ð² Ñ€ÐµÐ¶Ð¸Ð¼Ðµ ESA/390 Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚Ñ�Ñ�"
  
! #: config/s390/s390.c:14542
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "hardware decimal floating point instructions not available on %s"
  msgid "hardware vector support not available on %s"
  msgstr "Ð°Ð¿Ð¿Ð°Ñ€Ð°Ñ‚Ð½Ñ‹Ðµ Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ð¸ Ð´ÐµÑ�Ñ�Ñ‚Ð¸Ñ‡Ð½Ð¾Ð¹ Ð¿Ð»Ð°Ð²Ð°ÑŽÑ‰ÐµÐ¹ Ñ‚Ð¾Ñ‡ÐºÐ¸ Ð¾Ñ‚Ñ�ÑƒÑ‚Ñ�Ñ‚Ð²ÑƒÑŽÑ‚ Ð½Ð° %s"
  
! #: config/s390/s390.c:14545
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14573
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "Ð°Ð¿Ð¿Ð°Ñ€Ð°Ñ‚Ð½Ñ‹Ðµ Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ð¸ Ð´ÐµÑ�Ñ�Ñ‚Ð¸Ñ‡Ð½Ð¾Ð¹ Ð¿Ð»Ð°Ð²Ð°ÑŽÑ‰ÐµÐ¹ Ñ‚Ð¾Ñ‡ÐºÐ¸ Ð¾Ñ‚Ñ�ÑƒÑ‚Ñ�Ñ‚Ð²ÑƒÑŽÑ‚ Ð½Ð° %s"
  
! #: config/s390/s390.c:14577
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "Ð°Ð¿Ð¿Ð°Ñ€Ð°Ñ‚Ð½Ñ‹Ðµ Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ð¸ Ð´ÐµÑ�Ñ�Ñ‚Ð¸Ñ‡Ð½Ð¾Ð¹ Ð¿Ð»Ð°Ð²Ð°ÑŽÑ‰ÐµÐ¹ Ñ‚Ð¾Ñ‡ÐºÐ¸ Ð¾Ñ‚Ñ�ÑƒÑ‚Ñ�Ñ‚Ð²ÑƒÑŽÑ‚ Ð² Ñ€ÐµÐ¶Ð¸Ð¼Ðµ ESA/390"
  
! #: config/s390/s390.c:14589
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr "ÐºÐ»ÑŽÑ‡ -mhard-dfp Ð½Ðµ Ð¼Ð¾Ð¶ÐµÑ‚ Ð±Ñ‹Ñ‚ÑŒ Ð¸Ñ�Ð¿Ð¾Ð»ÑŒÐ·Ð¾Ð²Ð°Ð½ Ð²Ð¼ÐµÑ�Ñ‚Ðµ Ñ� -msoft-float"
  
! #: config/s390/s390.c:14597
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "Ñ�Ð¾Ñ‡ÐµÑ‚Ð°Ð½Ð¸Ðµ ÐºÐ»ÑŽÑ‡ÐµÐ¹ -mbackchain -mpacked-stack -mhard-float Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚Ñ�Ñ�"
  
! #: config/s390/s390.c:14603
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr "Ñ€Ð°Ð·Ð¼ÐµÑ€ Ñ�Ñ‚ÐµÐºÐ° Ð´Ð¾Ð»Ð¶ÐµÐ½ Ð±Ñ‹Ñ‚ÑŒ Ð±Ð¾Ð»ÑŒÑˆÐµ Ñ‡ÐµÐ¼ Ð¾Ñ…Ñ€Ð°Ð½Ñ�ÑŽÑ‰ÐµÐµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð¸Ðµ Ñ�Ñ‚ÐµÐºÐ°"
  
! #: config/s390/s390.c:14605
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "Ñ€Ð°Ð·Ð¼ÐµÑ€ Ñ�Ñ‚ÐµÐºÐ° Ð´Ð¾Ð»Ð¶ÐµÐ½ Ð±Ñ‹Ñ‚ÑŒ Ð±Ð¾Ð»ÑŒÑˆÐµ Ñ‡ÐµÐ¼ 64k"
  
! #: config/s390/s390.c:14608
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr "ÐºÐ»ÑŽÑ‡ -mstack-guard Ð²Ð»ÐµÑ‡ÐµÑ‚ Ð¸Ñ�Ð¿Ð¾Ð»ÑŒÐ·Ð¾Ð²Ð°Ð½Ð¸Ðµ ÐºÐ»ÑŽÑ‡Ð° -mstack-size"
  
  #. argument is not a plain number
! #: config/s390/s390.c:14706
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qs should be a non-negative integer"
  msgid "arguments to %qs should be non-negative integers"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %qs Ð´Ð¾Ð»Ð¶ÐµÐ½ Ð±Ñ‹Ñ‚ÑŒ Ð½ÐµÐ¾Ñ‚Ñ€Ð¸Ñ†Ð°Ñ‚ÐµÐ»ÑŒÐ½Ñ‹Ð¼ Ñ†ÐµÐ»Ñ‹Ð¼ Ñ‡Ð¸Ñ�Ð»Ð¾Ð¼"
  
! #: config/s390/s390.c:14713
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qE attribute larger than %d"
  msgid "argument to %qs is too large (max. %d)"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð´Ð»Ñ� %qE Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚Ð° Ð±Ð¾Ð»ÑŒÑˆÐµ Ñ‡ÐµÐ¼ %d"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:14921
  #, fuzzy, gcc-internal-format
  #| msgid "%<__int128%> is not supported by this target"
  msgid "value %qs is not supported by attribute %<target%>"
--- 35260,35378 ----
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9980
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr "Ñ�ÑƒÐ¼Ð¼Ð°Ñ€Ð½Ñ‹Ð¹ Ñ€Ð°Ð·Ð¼ÐµÑ€ Ð»Ð¾ÐºÐ°Ð»ÑŒÐ½Ñ‹Ñ… Ð¿ÐµÑ€ÐµÐ¼ÐµÐ½Ð½Ñ‹Ñ… Ð¿Ñ€ÐµÐ²Ñ‹ÑˆÐ°ÐµÑ‚ Ð°Ñ€Ñ…Ð¸Ñ‚ÐµÐºÑ‚ÑƒÑ€Ð½Ñ‹Ð¹ Ð¿Ñ€ÐµÐ´ÐµÐ»"
  
! #: config/s390/s390.c:11094
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr "Ñ€Ð°Ð·Ð¼ÐµÑ€ ÐºÐ°Ð´Ñ€Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸ %qs Ñ€Ð°Ð²ÐµÐ½ %wd Ð±Ð°Ð¹Ñ‚, Ñ‡Ñ‚Ð¾ Ð¿Ñ€ÐµÐ²Ñ‹ÑˆÐ°ÐµÑ‚ Ð¿Ñ€ÐµÐ´Ð¾Ñ�Ñ‚Ð°Ð²Ð»ÐµÐ½Ð½Ñ‹Ð¹ Ð¿Ð¾Ð»ÑŒÐ·Ð¾Ð²Ð°Ñ‚ÐµÐ»ÐµÐ¼ Ð»Ð¸Ð¼Ð¸Ñ‚ Ñ�Ñ‚ÐµÐºÐ° Ð² %d Ð±Ð°Ð¹Ñ‚.  Ð”Ð¾Ð±Ð°Ð²Ð»ÐµÐ½ Ð±ÐµÐ·ÑƒÑ�Ð»Ð¾Ð²Ð½Ñ‹Ð¹ trap."
  
! #: config/s390/s390.c:11110
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr "Ñ€Ð°Ð·Ð¼ÐµÑ€ ÐºÐ°Ð´Ñ€Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸ %qs Ñ€Ð°Ð²ÐµÐ½ %wd Ð±Ð°Ð¹Ñ‚, Ñ‡Ñ‚Ð¾ Ð±Ð¾Ð»ÑŒÑˆÐµ Ð¿Ð¾Ð»Ð¾Ð²Ð¸Ð½Ñ‹ Ñ€Ð°Ð·Ð¼ÐµÑ€Ð° Ñ�Ñ‚ÐµÐºÐ°. Ð”Ð¸Ð½Ð°Ð¼Ð¸Ñ‡ÐµÑ�ÐºÐ°Ñ� Ð¿Ñ€Ð¾Ð²ÐµÑ€ÐºÐ° Ð½Ðµ Ð±ÑƒÐ´ÐµÑ‚ Ð½Ð°Ð´ÐµÐ¶Ð½Ð¾Ð¹. Ð”Ð»Ñ� Ñ�Ñ‚Ð¾Ð¹ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ð¸ Ð¿Ñ€Ð¾Ð²ÐµÑ€ÐºÐ° Ð½Ðµ Ñ�Ð³ÐµÐ½ÐµÑ€Ð¸Ñ€Ð¾Ð²Ð°Ð½Ð°."
  
! #: config/s390/s390.c:11138
  #, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr "Ñ€Ð°Ð·Ð¼ÐµÑ€ ÐºÐ°Ð´Ñ€Ð° %qs Ñ€Ð°Ð²ÐµÐ½ %wd Ð±Ð°Ð¹Ñ‚"
  
! #: config/s390/s390.c:11142
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr "%qs Ð¸Ñ�Ð¿Ð¾Ð»ÑŒÐ·ÑƒÐµÑ‚ Ð´Ð¸Ð½Ð°Ð¼Ð¸Ñ‡ÐµÑ�ÐºÐ¾Ðµ Ñ€Ð°Ð·Ð¼ÐµÑ‰ÐµÐ½Ð¸Ðµ Ñ�Ñ‚ÐµÐºÐ°"
  
! #: config/s390/s390.c:11520
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14666
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%<mwords-little-endian%> is deprecated and will be removed in a future release"
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr "%<mwords-little-endian%> Ð½Ðµ Ñ€ÐµÐºÐ¾Ð¼ÐµÐ½Ð´ÑƒÐµÑ‚Ñ�Ñ� Ð¸ Ð½Ðµ Ð±ÑƒÐ´ÐµÑ‚ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°Ñ‚ÑŒÑ�Ñ� Ð² Ð±ÑƒÐ´ÑƒÑ‰Ð¸Ñ… Ð²ÐµÑ€Ñ�Ð¸Ñ�Ñ…"
  
! #: config/s390/s390.c:14678
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%<mwords-little-endian%> is deprecated and will be removed in a future release"
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr "%<mwords-little-endian%> Ð½Ðµ Ñ€ÐµÐºÐ¾Ð¼ÐµÐ½Ð´ÑƒÐµÑ‚Ñ�Ñ� Ð¸ Ð½Ðµ Ð±ÑƒÐ´ÐµÑ‚ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°Ñ‚ÑŒÑ�Ñ� Ð² Ð±ÑƒÐ´ÑƒÑ‰Ð¸Ñ… Ð²ÐµÑ€Ñ�Ð¸Ñ�Ñ…"
  
! #: config/s390/s390.c:14690
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "Ñ€ÐµÐ¶Ð¸Ð¼ z/Architecture Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚Ñ�Ñ� Ð½Ð° %s"
  
! #: config/s390/s390.c:14693
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "64-Ð±Ð¸Ñ‚Ð½Ñ‹Ð¹ ABI Ð² Ñ€ÐµÐ¶Ð¸Ð¼Ðµ ESA/390 Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚Ñ�Ñ�"
  
! #: config/s390/s390.c:14710
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "hardware decimal floating point instructions not available on %s"
  msgid "hardware vector support not available on %s"
  msgstr "Ð°Ð¿Ð¿Ð°Ñ€Ð°Ñ‚Ð½Ñ‹Ðµ Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ð¸ Ð´ÐµÑ�Ñ�Ñ‚Ð¸Ñ‡Ð½Ð¾Ð¹ Ð¿Ð»Ð°Ð²Ð°ÑŽÑ‰ÐµÐ¹ Ñ‚Ð¾Ñ‡ÐºÐ¸ Ð¾Ñ‚Ñ�ÑƒÑ‚Ñ�Ñ‚Ð²ÑƒÑŽÑ‚ Ð½Ð° %s"
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14741
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "Ð°Ð¿Ð¿Ð°Ñ€Ð°Ñ‚Ð½Ñ‹Ðµ Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ð¸ Ð´ÐµÑ�Ñ�Ñ‚Ð¸Ñ‡Ð½Ð¾Ð¹ Ð¿Ð»Ð°Ð²Ð°ÑŽÑ‰ÐµÐ¹ Ñ‚Ð¾Ñ‡ÐºÐ¸ Ð¾Ñ‚Ñ�ÑƒÑ‚Ñ�Ñ‚Ð²ÑƒÑŽÑ‚ Ð½Ð° %s"
  
! #: config/s390/s390.c:14745
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "Ð°Ð¿Ð¿Ð°Ñ€Ð°Ñ‚Ð½Ñ‹Ðµ Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ð¸ Ð´ÐµÑ�Ñ�Ñ‚Ð¸Ñ‡Ð½Ð¾Ð¹ Ð¿Ð»Ð°Ð²Ð°ÑŽÑ‰ÐµÐ¹ Ñ‚Ð¾Ñ‡ÐºÐ¸ Ð¾Ñ‚Ñ�ÑƒÑ‚Ñ�Ñ‚Ð²ÑƒÑŽÑ‚ Ð² Ñ€ÐµÐ¶Ð¸Ð¼Ðµ ESA/390"
  
! #: config/s390/s390.c:14757
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr "ÐºÐ»ÑŽÑ‡ -mhard-dfp Ð½Ðµ Ð¼Ð¾Ð¶ÐµÑ‚ Ð±Ñ‹Ñ‚ÑŒ Ð¸Ñ�Ð¿Ð¾Ð»ÑŒÐ·Ð¾Ð²Ð°Ð½ Ð²Ð¼ÐµÑ�Ñ‚Ðµ Ñ� -msoft-float"
  
! #: config/s390/s390.c:14765
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "Ñ�Ð¾Ñ‡ÐµÑ‚Ð°Ð½Ð¸Ðµ ÐºÐ»ÑŽÑ‡ÐµÐ¹ -mbackchain -mpacked-stack -mhard-float Ð½Ðµ Ð¿Ð¾Ð´Ð´ÐµÑ€Ð¶Ð¸Ð²Ð°ÐµÑ‚Ñ�Ñ�"
  
! #: config/s390/s390.c:14771
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr "Ñ€Ð°Ð·Ð¼ÐµÑ€ Ñ�Ñ‚ÐµÐºÐ° Ð´Ð¾Ð»Ð¶ÐµÐ½ Ð±Ñ‹Ñ‚ÑŒ Ð±Ð¾Ð»ÑŒÑˆÐµ Ñ‡ÐµÐ¼ Ð¾Ñ…Ñ€Ð°Ð½Ñ�ÑŽÑ‰ÐµÐµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð¸Ðµ Ñ�Ñ‚ÐµÐºÐ°"
  
! #: config/s390/s390.c:14773
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "Ñ€Ð°Ð·Ð¼ÐµÑ€ Ñ�Ñ‚ÐµÐºÐ° Ð´Ð¾Ð»Ð¶ÐµÐ½ Ð±Ñ‹Ñ‚ÑŒ Ð±Ð¾Ð»ÑŒÑˆÐµ Ñ‡ÐµÐ¼ 64k"
  
! #: config/s390/s390.c:14776
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr "ÐºÐ»ÑŽÑ‡ -mstack-guard Ð²Ð»ÐµÑ‡ÐµÑ‚ Ð¸Ñ�Ð¿Ð¾Ð»ÑŒÐ·Ð¾Ð²Ð°Ð½Ð¸Ðµ ÐºÐ»ÑŽÑ‡Ð° -mstack-size"
  
  #. argument is not a plain number
! #: config/s390/s390.c:14874
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qs should be a non-negative integer"
  msgid "arguments to %qs should be non-negative integers"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %qs Ð´Ð¾Ð»Ð¶ÐµÐ½ Ð±Ñ‹Ñ‚ÑŒ Ð½ÐµÐ¾Ñ‚Ñ€Ð¸Ñ†Ð°Ñ‚ÐµÐ»ÑŒÐ½Ñ‹Ð¼ Ñ†ÐµÐ»Ñ‹Ð¼ Ñ‡Ð¸Ñ�Ð»Ð¾Ð¼"
  
! #: config/s390/s390.c:14881
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qE attribute larger than %d"
  msgid "argument to %qs is too large (max. %d)"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð´Ð»Ñ� %qE Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚Ð° Ð±Ð¾Ð»ÑŒÑˆÐµ Ñ‡ÐµÐ¼ %d"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:15089
  #, fuzzy, gcc-internal-format
  #| msgid "%<__int128%> is not supported by this target"
  msgid "value %qs is not supported by attribute %<target%>"
diff -Nrcpad gcc-7.1.0/gcc/po/sr.gmo gcc-7.2.0/gcc/po/sr.gmo
*** gcc-7.1.0/gcc/po/sr.gmo	Tue May  2 14:16:37 2017
--- gcc-7.2.0/gcc/po/sr.gmo	Mon Aug 14 08:30:39 2017
*************** warranty; not even for MERCHANTABILITY o
*** 425,431 ****
  unconditional %2d taken %s
  undefined named operand %qsunexpected base-type in cris_print_baseunexpected index-type in cris_print_indexunexpected multiplicative operandunexpected operandunexpected side-effects in addressuninitialized const %qDuninitialized const in %<new%> of %q#Tunion cannot be made transparentunion has no membersunion has no named membersunknown -mdebug-%s switchunknown CRIS cpu version specification in -mtune= : %sunknown CRIS version specification in -march= or -mcpu= : %sunknown array size in deleteunknown cc_attr valueunknown conversion type character %qc in formatunknown demangling style '%s'unknown insn modeunknown move insn:unknown option after %<#pragma GCC diagnostic%> kindunknown register name %qs in %<asm%>unknown register name: %sunknown relocation unspecunnamed initializer for %qT, which has no base classesunnamed initializer for %qT, which uses multiple inheritanceunnamed struct/union that defines no instancesunnamed variable or field declared voidunordered comparison on non-floating point argumentunrecognizable insn:unrecognized addressunrecognized format specifierunrecognized gcc debugging option: %cunrecognized supposed constantunrecoverable errorunresolved overload for Altivec builtin %qFunsupported combination: %sunsupported operand size for extended registerunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatunused variable %q+Dunwind tables currently require either a frame pointer or -maccumulate-outgoing-args for correctnessupper value in case label range exceeds maximum value for typeuse #include insteaduse %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified nameuse %<%T::template %D%> to indicate that it is a templateuse -Winvalid-pch for more informationuse __attribute__ ((vector_size)) insteaduse of %<complex%> in AltiVec types is invaliduse of %<long double%> in AltiVec types is invaliduse of %<long%> in AltiVec types is deprecated; use %<int%>use of %qs in templateuse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of boolean types in AltiVec types is invaliduse of class template %qT as expressionuse of decimal floating point types in AltiVec types is invaliduse of enum %q#D without previous declarationuse of namespace %qD as expressionuse of old-style castuse of parameter from containing functionused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requireduseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationuser-defined %qD always evaluates both argumentsusing invalid field %qDusing template type parameter %qT after %qsusing typedef-name %qD after %qsusing-declaration for non-member at class scopevalidate_value_data: Loop in regno chain (%u)validate_value_data: [%u] Bad next_regno for empty chain (%u)validate_value_data: [%u] Bad oldest_regno (%u)validate_value_data: [%u] Non-empty reg in chain (%s %u %i)value computed is not usedvalue of -mfixed-range must have form REG1-REG2variable %q#D has initializer but incomplete typevariable %q+D declared %<inline%>variable %q+D definition is marked dllimportvariable %q+D might be clobbered by %<longjmp%> or %<vfork%>variable %qD has function typevariable %qD has initializer but incomplete typevariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable tracking requested, but not supported by this debug formatvariable tracking requested, but useless unless producing debug infovariable-sized object may not be initializedvector overflow in expressionvector size not an integral multiple of component sizeverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_flow_info: Basic block %d succ edge is corruptedverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_ssa failedvirtual base %qT inaccessible in %qT due to ambiguityvirtual functions cannot be friendsvirtual non-class function %qsvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvisibility attribute not supported in this configuration; ignoredvoid value not ignored as it ought to bewarning: weak declaration of %q+D must be publicweak declaration of %q+D not supportedweakref %q+D must have static linkageweakref %q+D ultimately targets itselfwhen writing output to %s: %mwide string literal in %<asm%>width of %qs exceeds its typewill be assumed to return %<id%> and acceptwith %q+#Dwriting into constant object (argument %d)writing through null pointer (argument %d)wrong amount of branch edges after unconditional jump %iwrong edge %d->%d for PHI argumentwrong immediate use listwrong insn in the fallthru edgewrong number of template arguments (%d, should be %d)wrong outgoing edge flags at end of bb %dwrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusx87 register return with x87 disabledxstormy16_print_operand: unknown codez/Architecture mode not supported on %szero or negative size array %q+Dzero vector sizezero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qDProject-Id-Version: gcc 4.2.1
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-04-24 20:38+0000
  PO-Revision-Date: 2007-08-19 12:00+0200
  Last-Translator: Caslav Ilic <caslav.ilic@gmx.net>
  Language-Team: Serbian <gnu@prevod.org>
--- 425,431 ----
  unconditional %2d taken %s
  undefined named operand %qsunexpected base-type in cris_print_baseunexpected index-type in cris_print_indexunexpected multiplicative operandunexpected operandunexpected side-effects in addressuninitialized const %qDuninitialized const in %<new%> of %q#Tunion cannot be made transparentunion has no membersunion has no named membersunknown -mdebug-%s switchunknown CRIS cpu version specification in -mtune= : %sunknown CRIS version specification in -march= or -mcpu= : %sunknown array size in deleteunknown cc_attr valueunknown conversion type character %qc in formatunknown demangling style '%s'unknown insn modeunknown move insn:unknown option after %<#pragma GCC diagnostic%> kindunknown register name %qs in %<asm%>unknown register name: %sunknown relocation unspecunnamed initializer for %qT, which has no base classesunnamed initializer for %qT, which uses multiple inheritanceunnamed struct/union that defines no instancesunnamed variable or field declared voidunordered comparison on non-floating point argumentunrecognizable insn:unrecognized addressunrecognized format specifierunrecognized gcc debugging option: %cunrecognized supposed constantunrecoverable errorunresolved overload for Altivec builtin %qFunsupported combination: %sunsupported operand size for extended registerunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatunused variable %q+Dunwind tables currently require either a frame pointer or -maccumulate-outgoing-args for correctnessupper value in case label range exceeds maximum value for typeuse #include insteaduse %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified nameuse %<%T::template %D%> to indicate that it is a templateuse -Winvalid-pch for more informationuse __attribute__ ((vector_size)) insteaduse of %<complex%> in AltiVec types is invaliduse of %<long double%> in AltiVec types is invaliduse of %<long%> in AltiVec types is deprecated; use %<int%>use of %qs in templateuse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of boolean types in AltiVec types is invaliduse of class template %qT as expressionuse of decimal floating point types in AltiVec types is invaliduse of enum %q#D without previous declarationuse of namespace %qD as expressionuse of old-style castuse of parameter from containing functionused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requireduseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationuser-defined %qD always evaluates both argumentsusing invalid field %qDusing template type parameter %qT after %qsusing typedef-name %qD after %qsusing-declaration for non-member at class scopevalidate_value_data: Loop in regno chain (%u)validate_value_data: [%u] Bad next_regno for empty chain (%u)validate_value_data: [%u] Bad oldest_regno (%u)validate_value_data: [%u] Non-empty reg in chain (%s %u %i)value computed is not usedvalue of -mfixed-range must have form REG1-REG2variable %q#D has initializer but incomplete typevariable %q+D declared %<inline%>variable %q+D definition is marked dllimportvariable %q+D might be clobbered by %<longjmp%> or %<vfork%>variable %qD has function typevariable %qD has initializer but incomplete typevariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable tracking requested, but not supported by this debug formatvariable tracking requested, but useless unless producing debug infovariable-sized object may not be initializedvector overflow in expressionvector size not an integral multiple of component sizeverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_flow_info: Basic block %d succ edge is corruptedverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_ssa failedvirtual base %qT inaccessible in %qT due to ambiguityvirtual functions cannot be friendsvirtual non-class function %qsvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvisibility attribute not supported in this configuration; ignoredvoid value not ignored as it ought to bewarning: weak declaration of %q+D must be publicweak declaration of %q+D not supportedweakref %q+D must have static linkageweakref %q+D ultimately targets itselfwhen writing output to %s: %mwide string literal in %<asm%>width of %qs exceeds its typewill be assumed to return %<id%> and acceptwith %q+#Dwriting into constant object (argument %d)writing through null pointer (argument %d)wrong amount of branch edges after unconditional jump %iwrong edge %d->%d for PHI argumentwrong immediate use listwrong insn in the fallthru edgewrong number of template arguments (%d, should be %d)wrong outgoing edge flags at end of bb %dwrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusx87 register return with x87 disabledxstormy16_print_operand: unknown codez/Architecture mode not supported on %szero or negative size array %q+Dzero vector sizezero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qDProject-Id-Version: gcc 4.2.1
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-05-01 22:24+0000
  PO-Revision-Date: 2007-08-19 12:00+0200
  Last-Translator: Caslav Ilic <caslav.ilic@gmx.net>
  Language-Team: Serbian <gnu@prevod.org>
diff -Nrcpad gcc-7.1.0/gcc/po/sr.po gcc-7.2.0/gcc/po/sr.po
*** gcc-7.1.0/gcc/po/sr.po	Sun Apr 30 23:16:59 2017
--- gcc-7.2.0/gcc/po/sr.po	Thu May  4 15:54:38 2017
*************** msgid ""
*** 6,12 ****
  msgstr ""
  "Project-Id-Version: gcc 4.2.1\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-04-24 20:38+0000\n"
  "PO-Revision-Date: 2007-08-19 12:00+0200\n"
  "Last-Translator: Caslav Ilic <caslav.ilic@gmx.net>\n"
  "Language-Team: Serbian <gnu@prevod.org>\n"
--- 6,12 ----
  msgstr ""
  "Project-Id-Version: gcc 4.2.1\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-05-01 22:24+0000\n"
  "PO-Revision-Date: 2007-08-19 12:00+0200\n"
  "Last-Translator: Caslav Ilic <caslav.ilic@gmx.net>\n"
  "Language-Team: Serbian <gnu@prevod.org>\n"
*************** msgstr "Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€ Ð´ÑƒÐ¶Ð¸Ð
*** 3099,3144 ****
  msgid "<command-line>"
  msgstr "<ÐºÐ¾Ð¼Ð°Ð½Ð´Ð½Ð°-Ð»Ð¸Ð½Ð¸Ñ˜Ð°>"
  
! #: config/aarch64/aarch64.c:4926 config/arm/arm.c:21795 config/arm/arm.c:21808
! #: config/arm/arm.c:21833 config/nios2/nios2.c:2653
  #, fuzzy, c-format
  #| msgid "invalid operand for code '%c'"
  msgid "Unsupported operand for code '%c'"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð·Ð° ÐºÃ´Ð´ â€˜%câ€™"
  
! #: config/aarch64/aarch64.c:4938 config/aarch64/aarch64.c:4954
! #: config/aarch64/aarch64.c:4967 config/aarch64/aarch64.c:4979
! #: config/aarch64/aarch64.c:4990 config/aarch64/aarch64.c:5013
! #: config/aarch64/aarch64.c:5066 config/aarch64/aarch64.c:5269
  #, fuzzy, c-format
  #| msgid "invalid operand for code '%c'"
  msgid "invalid operand for '%%%c'"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð·Ð° ÐºÃ´Ð´ â€˜%câ€™"
  
! #: config/aarch64/aarch64.c:5033 config/aarch64/aarch64.c:5046
! #: config/aarch64/aarch64.c:5056
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5102 config/arm/arm.c:22340
  #, c-format
  msgid "missing operand"
  msgstr "Ð½ÐµÐ´Ð¾Ñ�Ñ‚Ð°Ñ˜Ðµ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´"
  
! #: config/aarch64/aarch64.c:5164
  #, fuzzy, c-format
  #| msgid "invalid insn:"
  msgid "invalid constant"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð½Ð° Ð¸Ñ˜Ð°:"
  
! #: config/aarch64/aarch64.c:5167
  #, fuzzy, c-format
  #| msgid "invalid %%d operand"
  msgid "invalid operand"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ %%d Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´"
  
! #: config/aarch64/aarch64.c:5280
  #, fuzzy, c-format
  #| msgid "invalid operand code '%c'"
  msgid "invalid operand prefix '%%%c'"
--- 3099,3144 ----
  msgid "<command-line>"
  msgstr "<ÐºÐ¾Ð¼Ð°Ð½Ð´Ð½Ð°-Ð»Ð¸Ð½Ð¸Ñ˜Ð°>"
  
! #: config/aarch64/aarch64.c:4927 config/arm/arm.c:21832 config/arm/arm.c:21845
! #: config/arm/arm.c:21870 config/nios2/nios2.c:2653
  #, fuzzy, c-format
  #| msgid "invalid operand for code '%c'"
  msgid "Unsupported operand for code '%c'"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð·Ð° ÐºÃ´Ð´ â€˜%câ€™"
  
! #: config/aarch64/aarch64.c:4939 config/aarch64/aarch64.c:4955
! #: config/aarch64/aarch64.c:4968 config/aarch64/aarch64.c:4980
! #: config/aarch64/aarch64.c:4991 config/aarch64/aarch64.c:5014
! #: config/aarch64/aarch64.c:5067 config/aarch64/aarch64.c:5270
  #, fuzzy, c-format
  #| msgid "invalid operand for code '%c'"
  msgid "invalid operand for '%%%c'"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð·Ð° ÐºÃ´Ð´ â€˜%câ€™"
  
! #: config/aarch64/aarch64.c:5034 config/aarch64/aarch64.c:5047
! #: config/aarch64/aarch64.c:5057
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5103 config/arm/arm.c:22377
  #, c-format
  msgid "missing operand"
  msgstr "Ð½ÐµÐ´Ð¾Ñ�Ñ‚Ð°Ñ˜Ðµ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´"
  
! #: config/aarch64/aarch64.c:5165
  #, fuzzy, c-format
  #| msgid "invalid insn:"
  msgid "invalid constant"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð½Ð° Ð¸Ñ˜Ð°:"
  
! #: config/aarch64/aarch64.c:5168
  #, fuzzy, c-format
  #| msgid "invalid %%d operand"
  msgid "invalid operand"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ %%d Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´"
  
! #: config/aarch64/aarch64.c:5281
  #, fuzzy, c-format
  #| msgid "invalid operand code '%c'"
  msgid "invalid operand prefix '%%%c'"
*************** msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ ÐºÃ´Ð´ Ð¸Ð·
*** 3303,3331 ****
  msgid "invalid UNSPEC as operand: %d"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð£Ð�Ð¡ÐŸÐ•Ð¦ ÐºÐ°Ð¾ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´"
  
! #: config/arm/arm.c:18804 config/arm/arm.c:18829 config/arm/arm.c:18839
! #: config/arm/arm.c:18848 config/arm/arm.c:18857
  #, c-format
  msgid "invalid shift operand"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð¿Ð¾Ð¼Ð°ÐºÐ°"
  
! #: config/arm/arm.c:21671 config/arm/arm.c:21689
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "Ð¿Ñ€ÐµÐ´Ð¸ÐºÐ°Ñ‚Ð½Ð° Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ñ˜Ð° Ð¢Ð°Ð¼Ð±Ð°"
  
! #: config/arm/arm.c:21677
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "Ð¿Ñ€ÐµÐ´Ð¸ÐºÐ°Ñ‚Ð½Ð° Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ñ˜Ð° Ñƒ ÑƒÑ�Ð»Ð¾Ð²Ð½Ð¾Ð¼ Ñ€ÐµÐ´Ð¾Ñ�Ð»ÐµÐ´Ñƒ"
  
! #: config/arm/arm.c:21910 config/arm/arm.c:21932 config/arm/arm.c:21942
! #: config/arm/arm.c:21952 config/arm/arm.c:21962 config/arm/arm.c:22001
! #: config/arm/arm.c:22019 config/arm/arm.c:22044 config/arm/arm.c:22059
! #: config/arm/arm.c:22086 config/arm/arm.c:22093 config/arm/arm.c:22111
! #: config/arm/arm.c:22118 config/arm/arm.c:22126 config/arm/arm.c:22147
! #: config/arm/arm.c:22154 config/arm/arm.c:22287 config/arm/arm.c:22294
! #: config/arm/arm.c:22321 config/arm/arm.c:22328 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
--- 3303,3331 ----
  msgid "invalid UNSPEC as operand: %d"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð£Ð�Ð¡ÐŸÐ•Ð¦ ÐºÐ°Ð¾ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´"
  
! #: config/arm/arm.c:18841 config/arm/arm.c:18866 config/arm/arm.c:18876
! #: config/arm/arm.c:18885 config/arm/arm.c:18894
  #, c-format
  msgid "invalid shift operand"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð¿Ð¾Ð¼Ð°ÐºÐ°"
  
! #: config/arm/arm.c:21708 config/arm/arm.c:21726
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "Ð¿Ñ€ÐµÐ´Ð¸ÐºÐ°Ñ‚Ð½Ð° Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ñ˜Ð° Ð¢Ð°Ð¼Ð±Ð°"
  
! #: config/arm/arm.c:21714
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "Ð¿Ñ€ÐµÐ´Ð¸ÐºÐ°Ñ‚Ð½Ð° Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ñ˜Ð° Ñƒ ÑƒÑ�Ð»Ð¾Ð²Ð½Ð¾Ð¼ Ñ€ÐµÐ´Ð¾Ñ�Ð»ÐµÐ´Ñƒ"
  
! #: config/arm/arm.c:21947 config/arm/arm.c:21969 config/arm/arm.c:21979
! #: config/arm/arm.c:21989 config/arm/arm.c:21999 config/arm/arm.c:22038
! #: config/arm/arm.c:22056 config/arm/arm.c:22081 config/arm/arm.c:22096
! #: config/arm/arm.c:22123 config/arm/arm.c:22130 config/arm/arm.c:22148
! #: config/arm/arm.c:22155 config/arm/arm.c:22163 config/arm/arm.c:22184
! #: config/arm/arm.c:22191 config/arm/arm.c:22324 config/arm/arm.c:22331
! #: config/arm/arm.c:22358 config/arm/arm.c:22365 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
*************** msgstr "Ð¿Ñ€ÐµÐ´Ð¸ÐºÐ°Ñ‚Ð½Ð° Ð¸Ð½Ñ�Ñ‚Ñ€Ñ
*** 3333,3346 ****
  msgid "invalid operand for code '%c'"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð·Ð° ÐºÃ´Ð´ â€˜%câ€™"
  
! #: config/arm/arm.c:22014
  #, fuzzy, c-format
  #| msgid "instruction never exectued"
  msgid "instruction never executed"
  msgstr "Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ñ˜Ð° Ñ�Ðµ Ð½Ð¸ÐºÐ°Ð´ Ð½Ðµ Ð¸Ð·Ð²Ñ€ÑˆÐ°Ð²Ð°"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22035
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr ""
--- 3333,3346 ----
  msgid "invalid operand for code '%c'"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð·Ð° ÐºÃ´Ð´ â€˜%câ€™"
  
! #: config/arm/arm.c:22051
  #, fuzzy, c-format
  #| msgid "instruction never exectued"
  msgid "instruction never executed"
  msgstr "Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ñ˜Ð° Ñ�Ðµ Ð½Ð¸ÐºÐ°Ð´ Ð½Ðµ Ð¸Ð·Ð²Ñ€ÑˆÐ°Ð²Ð°"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22072
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr ""
*************** msgstr ""
*** 4210,4321 ****
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7314
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr ""
  
! #: config/s390/s390.c:7325
  #, c-format
  msgid "cannot decompose address"
  msgstr "Ð½Ðµ Ð¼Ð¾Ð³Ñƒ Ð´Ð° Ñ€Ð°Ð·Ð»Ð¾Ð¶Ð¸Ð¼ Ð°Ð´Ñ€ÐµÑ�Ñƒ"
  
! #: config/s390/s390.c:7394
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð·Ð° Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€ â€˜bâ€™"
  
! #: config/s390/s390.c:7417
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid reference for 'J' output modifier"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð·Ð° Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€ â€˜bâ€™"
  
! #: config/s390/s390.c:7435
  #, fuzzy, c-format
  #| msgid "invalid operand for 'O' modifier"
  msgid "invalid address for 'O' output modifier"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð·Ð° Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€ â€˜Oâ€™"
  
! #: config/s390/s390.c:7457
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid address for 'R' output modifier"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð·Ð° Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€ â€˜bâ€™"
  
! #: config/s390/s390.c:7475
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7485
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid address for 'S' output modifier"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð·Ð° Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€ â€˜bâ€™"
  
! #: config/s390/s390.c:7506
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7517
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7603 config/s390/s390.c:7624
  #, fuzzy, c-format
  #| msgid "invalid operand for 'o' modifier"
  msgid "invalid constant for output modifier '%c'"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð·Ð° Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€ â€˜oâ€™"
  
! #: config/s390/s390.c:7621
  #, fuzzy, c-format
  #| msgid "invalid operand output code"
  msgid "invalid constant - try using an output modifier"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ ÐºÃ´Ð´ Ð¸Ð·Ð»Ð°Ð·Ð° Ð¾Ð¿ÐµÑ€Ð°Ð½Ð°Ð´Ð°"
  
! #: config/s390/s390.c:7658
  #, fuzzy, c-format
  #| msgid "invalid operand for 'o' modifier"
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð·Ð° Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€ â€˜oâ€™"
  
! #: config/s390/s390.c:7665
  #, fuzzy, c-format
  #| msgid "invalid expression as operand"
  msgid "invalid expression - try using an output modifier"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¸Ð·Ñ€Ð°Ð· ÐºÐ°Ð¾ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´"
  
! #: config/s390/s390.c:7668
  #, fuzzy, c-format
  #| msgid "invalid operand for 'o' modifier"
  msgid "invalid expression for output modifier '%c'"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð·Ð° Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€ â€˜oâ€™"
  
! #: config/s390/s390.c:11535
  #, fuzzy
  #| msgid "AltiVec argument passed to unprototyped function"
  msgid "vector argument passed to unprototyped function"
  msgstr "Ð°Ð»Ñ‚Ð¸Ð²ÐµÐº Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð¿Ñ€Ð¾Ñ�Ð»ÐµÑ’ÐµÐ½ Ð½ÐµÐ¿Ñ€Ð¾Ñ‚Ð¾Ñ‚Ð¸Ð¿Ð¸Ð·Ð¸Ñ€Ð°Ð½Ð¾Ñ˜ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ð¸"
  
! #: config/s390/s390.c:15354
  #, fuzzy
  #| msgid "pointer targets in return differ in signedness"
  msgid "types differ in signedness"
  msgstr "Ñ†Ð¸Ñ™ÐµÐ²Ð¸ Ð¿Ð¾ÐºÐ°Ð·Ð¸Ð²Ð°Ñ‡Ð° Ñƒ Ð¿Ð¾Ð²Ñ€Ð°Ñ‚ÐºÑƒ Ñ€Ð°Ð·Ð»Ð¸ÐºÑƒÑ˜Ñƒ Ñ�Ðµ Ñƒ Ð¾Ð·Ð½Ð°Ñ‡ÐµÐ½Ð¾Ñ�Ñ‚Ð¸"
  
! #: config/s390/s390.c:15364
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15367
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15375
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
--- 4210,4321 ----
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7482
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr ""
  
! #: config/s390/s390.c:7493
  #, c-format
  msgid "cannot decompose address"
  msgstr "Ð½Ðµ Ð¼Ð¾Ð³Ñƒ Ð´Ð° Ñ€Ð°Ð·Ð»Ð¾Ð¶Ð¸Ð¼ Ð°Ð´Ñ€ÐµÑ�Ñƒ"
  
! #: config/s390/s390.c:7562
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð·Ð° Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€ â€˜bâ€™"
  
! #: config/s390/s390.c:7585
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid reference for 'J' output modifier"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð·Ð° Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€ â€˜bâ€™"
  
! #: config/s390/s390.c:7603
  #, fuzzy, c-format
  #| msgid "invalid operand for 'O' modifier"
  msgid "invalid address for 'O' output modifier"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð·Ð° Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€ â€˜Oâ€™"
  
! #: config/s390/s390.c:7625
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid address for 'R' output modifier"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð·Ð° Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€ â€˜bâ€™"
  
! #: config/s390/s390.c:7643
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7653
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid address for 'S' output modifier"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð·Ð° Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€ â€˜bâ€™"
  
! #: config/s390/s390.c:7674
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7685
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7771 config/s390/s390.c:7792
  #, fuzzy, c-format
  #| msgid "invalid operand for 'o' modifier"
  msgid "invalid constant for output modifier '%c'"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð·Ð° Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€ â€˜oâ€™"
  
! #: config/s390/s390.c:7789
  #, fuzzy, c-format
  #| msgid "invalid operand output code"
  msgid "invalid constant - try using an output modifier"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ ÐºÃ´Ð´ Ð¸Ð·Ð»Ð°Ð·Ð° Ð¾Ð¿ÐµÑ€Ð°Ð½Ð°Ð´Ð°"
  
! #: config/s390/s390.c:7826
  #, fuzzy, c-format
  #| msgid "invalid operand for 'o' modifier"
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð·Ð° Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€ â€˜oâ€™"
  
! #: config/s390/s390.c:7833
  #, fuzzy, c-format
  #| msgid "invalid expression as operand"
  msgid "invalid expression - try using an output modifier"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¸Ð·Ñ€Ð°Ð· ÐºÐ°Ð¾ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´"
  
! #: config/s390/s390.c:7836
  #, fuzzy, c-format
  #| msgid "invalid operand for 'o' modifier"
  msgid "invalid expression for output modifier '%c'"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð·Ð° Ð¼Ð¾Ð´Ð¸Ñ„Ð¸ÐºÐ°Ñ‚Ð¾Ñ€ â€˜oâ€™"
  
! #: config/s390/s390.c:11703
  #, fuzzy
  #| msgid "AltiVec argument passed to unprototyped function"
  msgid "vector argument passed to unprototyped function"
  msgstr "Ð°Ð»Ñ‚Ð¸Ð²ÐµÐº Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð¿Ñ€Ð¾Ñ�Ð»ÐµÑ’ÐµÐ½ Ð½ÐµÐ¿Ñ€Ð¾Ñ‚Ð¾Ñ‚Ð¸Ð¿Ð¸Ð·Ð¸Ñ€Ð°Ð½Ð¾Ñ˜ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ð¸"
  
! #: config/s390/s390.c:15522
  #, fuzzy
  #| msgid "pointer targets in return differ in signedness"
  msgid "types differ in signedness"
  msgstr "Ñ†Ð¸Ñ™ÐµÐ²Ð¸ Ð¿Ð¾ÐºÐ°Ð·Ð¸Ð²Ð°Ñ‡Ð° Ñƒ Ð¿Ð¾Ð²Ñ€Ð°Ñ‚ÐºÑƒ Ñ€Ð°Ð·Ð»Ð¸ÐºÑƒÑ˜Ñƒ Ñ�Ðµ Ñƒ Ð¾Ð·Ð½Ð°Ñ‡ÐµÐ½Ð¾Ñ�Ñ‚Ð¸"
  
! #: config/s390/s390.c:15532
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15535
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15543
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
*************** msgstr "Ð¿Ñ€ÐµÑ‚Ð¿Ð¾Ñ�Ñ‚Ð°Ð²Ñ™Ð°Ð¼ Ð´Ð°
*** 21227,21233 ****
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr "Ð¿Ñ€ÐµÑ‚Ð¿Ð¾Ñ�Ñ‚Ð°Ð²Ñ™Ð°Ð¼ Ð´Ð° Ñ�Ðµ Ð¾Ð·Ð½Ð°Ñ‡ÐµÐ½Ð¾ Ð¿Ñ€ÐµÐ»Ð¸Ð²Ð°ÑšÐµ Ð½Ðµ Ð´ÐµÑˆÐ°Ð²Ð° Ð¿Ñ€Ð¸ Ð½ÐµÐ³Ð¸Ñ€Ð°ÑšÑƒ Ð´ÐµÑ™ÐµÑšÐ°"
  
! #: fold-const.c:12046
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€Ð° Ñ�Ð°Ð¶Ð¸Ð¼Ð°ÑšÐ°: Ð¿Ñ€Ð²Ð¾Ð±Ð¸Ñ‚Ð½Ð¾ Ð´Ñ€Ð²Ð¾ Ð¸Ð·Ð¼ÐµÑšÐµÐ½Ð¾ Ñ�Ð°Ð¶Ð¸Ð¼Ð°ÑšÐµÐ¼"
--- 21227,21233 ----
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr "Ð¿Ñ€ÐµÑ‚Ð¿Ð¾Ñ�Ñ‚Ð°Ð²Ñ™Ð°Ð¼ Ð´Ð° Ñ�Ðµ Ð¾Ð·Ð½Ð°Ñ‡ÐµÐ½Ð¾ Ð¿Ñ€ÐµÐ»Ð¸Ð²Ð°ÑšÐµ Ð½Ðµ Ð´ÐµÑˆÐ°Ð²Ð° Ð¿Ñ€Ð¸ Ð½ÐµÐ³Ð¸Ñ€Ð°ÑšÑƒ Ð´ÐµÑ™ÐµÑšÐ°"
  
! #: fold-const.c:12048
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€Ð° Ñ�Ð°Ð¶Ð¸Ð¼Ð°ÑšÐ°: Ð¿Ñ€Ð²Ð¾Ð±Ð¸Ñ‚Ð½Ð¾ Ð´Ñ€Ð²Ð¾ Ð¸Ð·Ð¼ÐµÑšÐµÐ½Ð¾ Ñ�Ð°Ð¶Ð¸Ð¼Ð°ÑšÐµÐ¼"
*************** msgstr ""
*** 21822,21829 ****
  msgid "null pointer dereference"
  msgstr "ÐžÐ´Ñ€ÐµÐ´Ð±Ð° Ð¼Ð¾Ñ€Ð° Ð±Ð¸Ñ‚Ð¸ ÑƒÐ¿ÑƒÑ›Ð¸Ð²Ð°Ñ‡"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12872
! #: tree.c:12909 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
--- 21822,21829 ----
  msgid "null pointer dereference"
  msgstr "ÐžÐ´Ñ€ÐµÐ´Ð±Ð° Ð¼Ð¾Ñ€Ð° Ð±Ð¸Ñ‚Ð¸ ÑƒÐ¿ÑƒÑ›Ð¸Ð²Ð°Ñ‡"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12880
! #: tree.c:12917 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
*************** msgstr "%q+D Ð´ÐµÐºÐ»Ð°Ñ€Ð¸Ñ�Ð°Ð½Ð¾ Ð¾Ð²
*** 21838,22136 ****
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2307 gimple-ssa-sprintf.c:2435
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2309 gimple-ssa-sprintf.c:2437
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2311 gimple-ssa-sprintf.c:2439
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2313 gimple-ssa-sprintf.c:2441
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2326
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2328
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2330
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2334
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2336
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2338
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2351
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2353
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2355
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2371
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2373
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2375
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2388
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2390
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2392
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2404
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2406
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2408
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2454
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2456
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2458
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2462
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2464
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2466
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2480
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2483
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2486
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2502
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2505
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2508
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2521
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2524
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2527
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2539
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2542
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2545
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2710
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2712
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2751
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2753
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2767
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2775
  #, fuzzy, gcc-internal-format
  #| msgid "invalid option argument %qs"
  msgid "directive argument %qE"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð¾Ð¿Ñ†Ð¸Ñ˜Ðµ %qs"
  
! #: gimple-ssa-sprintf.c:2777
  #, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2781
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2801
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2806
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2811
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2816
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3588
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3594
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3647
  #, fuzzy, gcc-internal-format
  #| msgid "Maintain backchain pointer"
  msgid "null destination pointer"
  msgstr "ÐžÐ´Ñ€Ð¶Ð°Ð²Ð°Ñ˜ Ð¿Ð¾ÐºÐ°Ð·Ð¸Ð²Ð°Ñ‡ ÐºÐ¾Ð½Ñ‚Ñ€Ð°Ð»Ð°Ð½Ñ†Ð°"
  
! #: gimple-ssa-sprintf.c:3664
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3676
  #, fuzzy, gcc-internal-format
  #| msgid "%s in format string at %C"
  msgid "null format string"
--- 21838,22136 ----
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2308 gimple-ssa-sprintf.c:2436
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2310 gimple-ssa-sprintf.c:2438
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2312 gimple-ssa-sprintf.c:2440
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2314 gimple-ssa-sprintf.c:2442
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2327
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2329
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2331
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2335
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2337
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2339
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2352
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2354
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2356
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2372
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2374
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2376
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2389
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2391
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2393
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2405
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2407
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2409
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2455
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2457
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2459
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2463
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2465
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2467
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2481
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2484
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2487
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2503
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2506
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2509
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2522
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2525
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2528
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2540
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2543
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2546
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2711
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2713
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2752
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2754
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2769
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2776
  #, fuzzy, gcc-internal-format
  #| msgid "invalid option argument %qs"
  msgid "directive argument %qE"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð¾Ð¿Ñ†Ð¸Ñ˜Ðµ %qs"
  
! #: gimple-ssa-sprintf.c:2778
  #, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2782
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2803
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2807
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2812
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2817
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3591
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3597
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3650
  #, fuzzy, gcc-internal-format
  #| msgid "Maintain backchain pointer"
  msgid "null destination pointer"
  msgstr "ÐžÐ´Ñ€Ð¶Ð°Ð²Ð°Ñ˜ Ð¿Ð¾ÐºÐ°Ð·Ð¸Ð²Ð°Ñ‡ ÐºÐ¾Ð½Ñ‚Ñ€Ð°Ð»Ð°Ð½Ñ†Ð°"
  
! #: gimple-ssa-sprintf.c:3667
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3679
  #, fuzzy, gcc-internal-format
  #| msgid "%s in format string at %C"
  msgid "null format string"
*************** msgstr "Ñ„Ð¾Ñ€Ð¼Ð°Ñ‚Ð¸Ñ€Ð°Ñ˜ÑƒÑ›Ð° Ð½Ð¸Ñ
*** 24463,24627 ****
  msgid "%D renamed after being referenced in assembly"
  msgstr "%D Ð¿Ñ€ÐµÐ¸Ð¼ÐµÐ½Ð¾Ð²Ð°Ð½ Ð¿Ð¾ÑˆÑ‚Ð¾ Ñ˜Ðµ Ð¿Ð¾Ð¼ÐµÐ½ÑƒÑ‚ Ñƒ Ð°Ñ�ÐµÐ¼Ð±Ð»ÐµÑ€Ñƒ"
  
! #: symtab.c:970
  #, fuzzy, gcc-internal-format
  #| msgid "function returning a function"
  msgid "function symbol is not function"
  msgstr "Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ð° Ð²Ñ€Ð°Ñ›Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ñƒ"
  
! #: symtab.c:978
  #, fuzzy, gcc-internal-format
  #| msgid "%qs attribute only applies to variables"
  msgid "variable symbol is not variable"
  msgstr "Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ %qs Ð¿Ñ€Ð¸Ð¼ÐµÑšÑƒÑ˜Ðµ Ñ�Ðµ Ñ�Ð°Ð¼Ð¾ Ð½Ð° Ð¿Ñ€Ð¾Ð¼ÐµÐ½Ñ™Ð¸Ð²Ðµ"
  
! #: symtab.c:984
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr ""
  
! #: symtab.c:993
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1010
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1023
  #, fuzzy, gcc-internal-format
  #| msgid "node not found in cgraph_hash"
  msgid "node not found in symtab assembler name hash"
  msgstr "Ñ‡Ð²Ð¾Ñ€ Ð½Ð¸Ñ˜Ðµ Ð½Ð°Ñ’ÐµÐ½ Ñƒ cgraph_hash"
  
! #: symtab.c:1030
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr ""
  
! #: symtab.c:1035
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr ""
  
! #: symtab.c:1040
  #, fuzzy, gcc-internal-format
  #| msgid "called object %qE is not a function"
  msgid "node is analyzed but it is not a definition"
  msgstr "Ð¿Ð¾Ð·Ð²Ð°Ð½Ð¸ Ð¾Ð±Ñ˜ÐµÐºÐ°Ñ‚ %qE Ð½Ð¸Ñ˜Ðµ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ð°"
  
! #: symtab.c:1045
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1050
  #, fuzzy, gcc-internal-format
  #| msgid "%Jold-style function definition"
  msgid "node is alias but not definition"
  msgstr "%JÑ�Ñ‚Ð°Ñ€Ð¾Ð²Ñ€ÐµÐ¼Ñ�ÐºÐ° Ð´ÐµÑ„Ð¸Ð½Ð¸Ñ†Ð¸Ñ˜Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ðµ"
  
! #: symtab.c:1055
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1060
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr ""
  
! #: symtab.c:1069
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr ""
  
! #: symtab.c:1074
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr ""
  
! #: symtab.c:1079
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1084
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr ""
  
! #: symtab.c:1091
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr ""
  
! #: symtab.c:1106
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1116
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1123
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr ""
  
! #: symtab.c:1135
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1142
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1157
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1188 symtab.c:1225
  #, fuzzy, gcc-internal-format
  #| msgid "verify_ssa failed"
  msgid "symtab_node::verify failed"
  msgstr "verify_ssa Ð½Ð¸Ñ˜Ðµ ÑƒÑ�Ð¿ÐµÐ»Ð¾"
  
! #: symtab.c:1221
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1630
  #, fuzzy, gcc-internal-format
  #| msgid "function %q+D redeclared as inline"
  msgid "function %q+D part of alias cycle"
  msgstr "Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ð° %q+D Ð¿Ð¾Ð½Ð¾Ð²Ð¾ Ð´ÐµÐºÐ»Ð°Ñ€Ð¸Ñ�Ð°Ð½Ð° ÐºÐ°Ð¾ ÑƒÑ‚ÐºÐ°Ð½Ð°"
  
! #: symtab.c:1632
  #, fuzzy, gcc-internal-format
  #| msgid "variable %qD has function type"
  msgid "variable %q+D part of alias cycle"
  msgstr "Ð¿Ñ€Ð¾Ð¼ÐµÐ½Ñ™Ð¸Ð²Ð° %qD Ð¸Ð¼Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ñ�ÐºÐ¸ Ñ‚Ð¸Ð¿"
  
! #: symtab.c:1660
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
--- 24463,24627 ----
  msgid "%D renamed after being referenced in assembly"
  msgstr "%D Ð¿Ñ€ÐµÐ¸Ð¼ÐµÐ½Ð¾Ð²Ð°Ð½ Ð¿Ð¾ÑˆÑ‚Ð¾ Ñ˜Ðµ Ð¿Ð¾Ð¼ÐµÐ½ÑƒÑ‚ Ñƒ Ð°Ñ�ÐµÐ¼Ð±Ð»ÐµÑ€Ñƒ"
  
! #: symtab.c:978
  #, fuzzy, gcc-internal-format
  #| msgid "function returning a function"
  msgid "function symbol is not function"
  msgstr "Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ð° Ð²Ñ€Ð°Ñ›Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ñƒ"
  
! #: symtab.c:986
  #, fuzzy, gcc-internal-format
  #| msgid "%qs attribute only applies to variables"
  msgid "variable symbol is not variable"
  msgstr "Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ %qs Ð¿Ñ€Ð¸Ð¼ÐµÑšÑƒÑ˜Ðµ Ñ�Ðµ Ñ�Ð°Ð¼Ð¾ Ð½Ð° Ð¿Ñ€Ð¾Ð¼ÐµÐ½Ñ™Ð¸Ð²Ðµ"
  
! #: symtab.c:992
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1009
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1018
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1031
  #, fuzzy, gcc-internal-format
  #| msgid "node not found in cgraph_hash"
  msgid "node not found in symtab assembler name hash"
  msgstr "Ñ‡Ð²Ð¾Ñ€ Ð½Ð¸Ñ˜Ðµ Ð½Ð°Ñ’ÐµÐ½ Ñƒ cgraph_hash"
  
! #: symtab.c:1038
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr ""
  
! #: symtab.c:1043
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr ""
  
! #: symtab.c:1048
  #, fuzzy, gcc-internal-format
  #| msgid "called object %qE is not a function"
  msgid "node is analyzed but it is not a definition"
  msgstr "Ð¿Ð¾Ð·Ð²Ð°Ð½Ð¸ Ð¾Ð±Ñ˜ÐµÐºÐ°Ñ‚ %qE Ð½Ð¸Ñ˜Ðµ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ð°"
  
! #: symtab.c:1053
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1058
  #, fuzzy, gcc-internal-format
  #| msgid "%Jold-style function definition"
  msgid "node is alias but not definition"
  msgstr "%JÑ�Ñ‚Ð°Ñ€Ð¾Ð²Ñ€ÐµÐ¼Ñ�ÐºÐ° Ð´ÐµÑ„Ð¸Ð½Ð¸Ñ†Ð¸Ñ˜Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ðµ"
  
! #: symtab.c:1063
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1068
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr ""
  
! #: symtab.c:1077
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr ""
  
! #: symtab.c:1082
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr ""
  
! #: symtab.c:1087
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1092
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr ""
  
! #: symtab.c:1099
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr ""
  
! #: symtab.c:1114
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1124
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1131
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr ""
  
! #: symtab.c:1143
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1150
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1173
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1196 symtab.c:1233
  #, fuzzy, gcc-internal-format
  #| msgid "verify_ssa failed"
  msgid "symtab_node::verify failed"
  msgstr "verify_ssa Ð½Ð¸Ñ˜Ðµ ÑƒÑ�Ð¿ÐµÐ»Ð¾"
  
! #: symtab.c:1229
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1638
  #, fuzzy, gcc-internal-format
  #| msgid "function %q+D redeclared as inline"
  msgid "function %q+D part of alias cycle"
  msgstr "Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ð° %q+D Ð¿Ð¾Ð½Ð¾Ð²Ð¾ Ð´ÐµÐºÐ»Ð°Ñ€Ð¸Ñ�Ð°Ð½Ð° ÐºÐ°Ð¾ ÑƒÑ‚ÐºÐ°Ð½Ð°"
  
! #: symtab.c:1640
  #, fuzzy, gcc-internal-format
  #| msgid "variable %qD has function type"
  msgid "variable %q+D part of alias cycle"
  msgstr "Ð¿Ñ€Ð¾Ð¼ÐµÐ½Ñ™Ð¸Ð²Ð° %qD Ð¸Ð¼Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ñ�ÐºÐ¸ Ñ‚Ð¸Ð¿"
  
! #: symtab.c:1668
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
*************** msgstr "%q+D Ð¿Ð¾Ð½Ð¾Ð²Ð¾ Ð´ÐµÐºÐ»Ð°Ñ€Ð¸
*** 26425,26432 ****
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6704
! #: config/arm/arm.c:6732 config/arm/arm.c:6749 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
--- 26425,26432 ----
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6741
! #: config/arm/arm.c:6769 config/arm/arm.c:6786 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
*************** msgstr "Ñ�Ð¿Ð¾Ñ™Ð°ÑˆÑšÐ° Ð¿Ð¾Ð²ÐµÐ·Ð¸Ð²Ð
*** 26464,26562 ****
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qD Ð¿Ð¾Ð½Ð¾Ð²Ð¾ Ð´ÐµÐºÐ»Ð°Ñ€Ð¸Ñ�Ð°Ð½Ð¾ Ñ�Ð° Ð´Ñ€ÑƒÐ³Ð°Ñ‡Ð¸Ñ˜Ð¾Ð¼ Ð²Ð¸Ð´Ñ™Ð¸Ð²Ð¾ÑˆÑ›Ñƒ"
  
! #: tree.c:8366
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "Ð½Ð¸Ð·Ð¾Ð²Ð¸ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ð° Ð½ÐµÐ¼Ð°Ñ˜Ñƒ Ñ�Ð¼Ð¸Ñ�Ð»Ð°"
  
! #: tree.c:8537
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "Ð¿Ð¾Ð²Ñ€Ð°Ñ‚Ð½Ð¸ Ñ‚Ð¸Ð¿ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ðµ Ð½Ðµ Ð¼Ð¾Ð¶Ðµ Ð±Ð¸Ñ‚Ð¸ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ð°"
  
! #: tree.c:9831 tree.c:9916 tree.c:9977
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€Ð° Ñ�Ñ‚Ð°Ð±Ð»Ð°: %s, Ð¸Ð¼Ð°Ð¼ %s Ñƒ %s, ÐºÐ¾Ð´ %s:%d"
  
! #: tree.c:9868
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€Ð° Ñ�Ñ‚Ð°Ð±Ð»Ð°: Ð½Ðµ Ð¾Ñ‡ÐµÐºÐ¸Ð²Ð°Ñ… Ð½Ð¸Ñ˜ÐµÐ´Ð½Ð¾ Ð¾Ð´ %s, Ð¸Ð¼Ð°Ð¼ %s Ñƒ %s, ÐºÐ¾Ð´ %s:%d"
  
! #: tree.c:9881
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€Ð° Ñ�Ñ‚Ð°Ð±Ð»Ð°: Ð¾Ñ‡ÐµÐºÐ¸Ð²Ð°Ñ… ÐºÐ»Ð°Ñ�Ñƒ %qs, Ð¸Ð¼Ð°Ð¼ %qs (%s) Ñƒ %s, ÐºÐ¾Ð´ %s:%d"
  
! #: tree.c:9930
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€Ð° Ñ�Ñ‚Ð°Ð±Ð»Ð°: Ð½Ð¸Ñ�Ð°Ð¼ Ð¾Ñ‡ÐµÐºÐ¸Ð²Ð°Ð¾ ÐºÐ»Ð°Ñ�Ñƒ %qs, Ð¸Ð¼Ð°Ð¼ %qs (%s) Ñƒ %s, ÐºÐ¾Ð´ %s:%d"
  
! #: tree.c:9943
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€Ð° Ñ�Ñ‚Ð°Ð±Ð»Ð°: Ð¾Ñ‡ÐµÐºÐ¸Ð²Ð°Ñ… omp_clause %s, Ð¸Ð¼Ð°Ð¼ %s Ñƒ %s, ÐºÐ¾Ð´ %s:%d"
  
! #: tree.c:10003
  #, fuzzy, gcc-internal-format
  #| msgid "tree check: expected tree that contains %qs structure, have %qs  in %s, at %s:%d"
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€Ð° Ñ�Ñ‚Ð°Ð±Ð»Ð°: Ð¾Ñ‡ÐµÐºÐ¸Ð²Ð°Ñ… Ñ�Ñ‚Ð°Ð±Ð»Ð¾ ÐºÐ¾Ñ˜Ðµ Ñ�Ð°Ð´Ñ€Ð¶Ð¸ Ñ�Ñ‚Ñ€ÑƒÐºÑ‚ÑƒÑ€Ñƒ %qs, Ð¸Ð¼Ð°Ð¼ %qs Ñƒ %s, ÐºÐ¾Ð´ %s:%d"
  
! #: tree.c:10017
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€Ð° Ñ�Ñ‚Ð°Ð±Ð»Ð°: Ð¿Ñ€Ð¸Ñ�Ñ‚ÑƒÐ¿Ð¸Ñ… ÐµÐ»Ñ‚Ñƒ %d Ñƒ tree_vec Ñ�Ð° %d ÐµÐ»Ñ‚Ð¾Ð²Ð° Ñƒ %s, ÐºÐ¾Ð´ %s:%d"
  
! #: tree.c:10029
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€Ð° Ñ�Ñ‚Ð°Ð±Ð»Ð°: Ð¿Ñ€Ð¸Ñ�Ñ‚ÑƒÐ¿Ð¸Ñ… ÐµÐ»Ñ‚Ñƒ %d Ñƒ tree_vec Ñ�Ð° %d ÐµÐ»Ñ‚Ð¾Ð²Ð° Ñƒ %s, ÐºÐ¾Ð´ %s:%d"
  
! #: tree.c:10042
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€Ð° Ñ�Ñ‚Ð°Ð±Ð»Ð°: Ð¿Ñ€Ð¸Ñ�Ñ‚ÑƒÐ¿Ð¸Ñ… Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´Ñƒ %d Ð¾Ð´ %s Ñ�Ð° %d Ð¾Ð¿ÐµÑ€Ð°Ð½Ð°Ð´Ð° Ñƒ %s, ÐºÐ¾Ð´ %s:%d"
  
! #: tree.c:10055
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€Ð° Ñ�Ñ‚Ð°Ð±Ð»Ð°: Ð¿Ñ€Ð¸Ñ�Ñ‚ÑƒÐ¿Ð¸Ñ… Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´Ñƒ %d Ð¾Ð´ omp_clause %s Ñ�Ð° %d Ð¾Ð¿ÐµÑ€Ð°Ð½Ð°Ð´Ð° Ñƒ %s, ÐºÐ¾Ð´ %s:%d"
  
! #: tree.c:12867
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qD is deprecated: %s"
  msgstr "%qs Ñ˜Ðµ Ð¿Ñ€ÐµÐ²Ð°Ð·Ð¸Ñ’ÐµÐ½Ð¾"
  
! #: tree.c:12870
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qD is deprecated"
  msgstr "%qs Ñ˜Ðµ Ð¿Ñ€ÐµÐ²Ð°Ð·Ð¸Ñ’ÐµÐ½Ð¾"
  
! #: tree.c:12894 tree.c:12916
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qE is deprecated: %s"
  msgstr "%qs Ñ˜Ðµ Ð¿Ñ€ÐµÐ²Ð°Ð·Ð¸Ñ’ÐµÐ½Ð¾"
  
! #: tree.c:12897 tree.c:12919
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qE is deprecated"
  msgstr "%qs Ñ˜Ðµ Ð¿Ñ€ÐµÐ²Ð°Ð·Ð¸Ñ’ÐµÐ½Ð¾"
  
! #: tree.c:12903 tree.c:12924
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "type is deprecated"
  msgid "type is deprecated: %s"
  msgstr "Ñ‚Ð¸Ð¿ Ñ˜Ðµ Ð¿Ñ€ÐµÐ²Ð°Ð·Ð¸Ñ’ÐµÐ½"
  
! #: tree.c:12906 tree.c:12927
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "Ñ‚Ð¸Ð¿ Ñ˜Ðµ Ð¿Ñ€ÐµÐ²Ð°Ð·Ð¸Ñ’ÐµÐ½"
--- 26464,26562 ----
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qD Ð¿Ð¾Ð½Ð¾Ð²Ð¾ Ð´ÐµÐºÐ»Ð°Ñ€Ð¸Ñ�Ð°Ð½Ð¾ Ñ�Ð° Ð´Ñ€ÑƒÐ³Ð°Ñ‡Ð¸Ñ˜Ð¾Ð¼ Ð²Ð¸Ð´Ñ™Ð¸Ð²Ð¾ÑˆÑ›Ñƒ"
  
! #: tree.c:8373
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "Ð½Ð¸Ð·Ð¾Ð²Ð¸ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ð° Ð½ÐµÐ¼Ð°Ñ˜Ñƒ Ñ�Ð¼Ð¸Ñ�Ð»Ð°"
  
! #: tree.c:8545
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "Ð¿Ð¾Ð²Ñ€Ð°Ñ‚Ð½Ð¸ Ñ‚Ð¸Ð¿ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ðµ Ð½Ðµ Ð¼Ð¾Ð¶Ðµ Ð±Ð¸Ñ‚Ð¸ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ð°"
  
! #: tree.c:9839 tree.c:9924 tree.c:9985
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€Ð° Ñ�Ñ‚Ð°Ð±Ð»Ð°: %s, Ð¸Ð¼Ð°Ð¼ %s Ñƒ %s, ÐºÐ¾Ð´ %s:%d"
  
! #: tree.c:9876
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€Ð° Ñ�Ñ‚Ð°Ð±Ð»Ð°: Ð½Ðµ Ð¾Ñ‡ÐµÐºÐ¸Ð²Ð°Ñ… Ð½Ð¸Ñ˜ÐµÐ´Ð½Ð¾ Ð¾Ð´ %s, Ð¸Ð¼Ð°Ð¼ %s Ñƒ %s, ÐºÐ¾Ð´ %s:%d"
  
! #: tree.c:9889
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€Ð° Ñ�Ñ‚Ð°Ð±Ð»Ð°: Ð¾Ñ‡ÐµÐºÐ¸Ð²Ð°Ñ… ÐºÐ»Ð°Ñ�Ñƒ %qs, Ð¸Ð¼Ð°Ð¼ %qs (%s) Ñƒ %s, ÐºÐ¾Ð´ %s:%d"
  
! #: tree.c:9938
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€Ð° Ñ�Ñ‚Ð°Ð±Ð»Ð°: Ð½Ð¸Ñ�Ð°Ð¼ Ð¾Ñ‡ÐµÐºÐ¸Ð²Ð°Ð¾ ÐºÐ»Ð°Ñ�Ñƒ %qs, Ð¸Ð¼Ð°Ð¼ %qs (%s) Ñƒ %s, ÐºÐ¾Ð´ %s:%d"
  
! #: tree.c:9951
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€Ð° Ñ�Ñ‚Ð°Ð±Ð»Ð°: Ð¾Ñ‡ÐµÐºÐ¸Ð²Ð°Ñ… omp_clause %s, Ð¸Ð¼Ð°Ð¼ %s Ñƒ %s, ÐºÐ¾Ð´ %s:%d"
  
! #: tree.c:10011
  #, fuzzy, gcc-internal-format
  #| msgid "tree check: expected tree that contains %qs structure, have %qs  in %s, at %s:%d"
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€Ð° Ñ�Ñ‚Ð°Ð±Ð»Ð°: Ð¾Ñ‡ÐµÐºÐ¸Ð²Ð°Ñ… Ñ�Ñ‚Ð°Ð±Ð»Ð¾ ÐºÐ¾Ñ˜Ðµ Ñ�Ð°Ð´Ñ€Ð¶Ð¸ Ñ�Ñ‚Ñ€ÑƒÐºÑ‚ÑƒÑ€Ñƒ %qs, Ð¸Ð¼Ð°Ð¼ %qs Ñƒ %s, ÐºÐ¾Ð´ %s:%d"
  
! #: tree.c:10025
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€Ð° Ñ�Ñ‚Ð°Ð±Ð»Ð°: Ð¿Ñ€Ð¸Ñ�Ñ‚ÑƒÐ¿Ð¸Ñ… ÐµÐ»Ñ‚Ñƒ %d Ñƒ tree_vec Ñ�Ð° %d ÐµÐ»Ñ‚Ð¾Ð²Ð° Ñƒ %s, ÐºÐ¾Ð´ %s:%d"
  
! #: tree.c:10037
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€Ð° Ñ�Ñ‚Ð°Ð±Ð»Ð°: Ð¿Ñ€Ð¸Ñ�Ñ‚ÑƒÐ¿Ð¸Ñ… ÐµÐ»Ñ‚Ñƒ %d Ñƒ tree_vec Ñ�Ð° %d ÐµÐ»Ñ‚Ð¾Ð²Ð° Ñƒ %s, ÐºÐ¾Ð´ %s:%d"
  
! #: tree.c:10050
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€Ð° Ñ�Ñ‚Ð°Ð±Ð»Ð°: Ð¿Ñ€Ð¸Ñ�Ñ‚ÑƒÐ¿Ð¸Ñ… Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´Ñƒ %d Ð¾Ð´ %s Ñ�Ð° %d Ð¾Ð¿ÐµÑ€Ð°Ð½Ð°Ð´Ð° Ñƒ %s, ÐºÐ¾Ð´ %s:%d"
  
! #: tree.c:10063
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr "Ð¿Ñ€Ð¾Ð²ÐµÑ€Ð° Ñ�Ñ‚Ð°Ð±Ð»Ð°: Ð¿Ñ€Ð¸Ñ�Ñ‚ÑƒÐ¿Ð¸Ñ… Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´Ñƒ %d Ð¾Ð´ omp_clause %s Ñ�Ð° %d Ð¾Ð¿ÐµÑ€Ð°Ð½Ð°Ð´Ð° Ñƒ %s, ÐºÐ¾Ð´ %s:%d"
  
! #: tree.c:12875
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qD is deprecated: %s"
  msgstr "%qs Ñ˜Ðµ Ð¿Ñ€ÐµÐ²Ð°Ð·Ð¸Ñ’ÐµÐ½Ð¾"
  
! #: tree.c:12878
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qD is deprecated"
  msgstr "%qs Ñ˜Ðµ Ð¿Ñ€ÐµÐ²Ð°Ð·Ð¸Ñ’ÐµÐ½Ð¾"
  
! #: tree.c:12902 tree.c:12924
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qE is deprecated: %s"
  msgstr "%qs Ñ˜Ðµ Ð¿Ñ€ÐµÐ²Ð°Ð·Ð¸Ñ’ÐµÐ½Ð¾"
  
! #: tree.c:12905 tree.c:12927
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qE is deprecated"
  msgstr "%qs Ñ˜Ðµ Ð¿Ñ€ÐµÐ²Ð°Ð·Ð¸Ñ’ÐµÐ½Ð¾"
  
! #: tree.c:12911 tree.c:12932
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "type is deprecated"
  msgid "type is deprecated: %s"
  msgstr "Ñ‚Ð¸Ð¿ Ñ˜Ðµ Ð¿Ñ€ÐµÐ²Ð°Ð·Ð¸Ñ’ÐµÐ½"
  
! #: tree.c:12914 tree.c:12935
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "Ñ‚Ð¸Ð¿ Ñ˜Ðµ Ð¿Ñ€ÐµÐ²Ð°Ð·Ð¸Ñ’ÐµÐ½"
*************** msgstr "Ñ‚Ð¸Ð¿ Ñ˜Ðµ Ð¿Ñ€ÐµÐ²Ð°Ð·Ð¸Ñ’ÐµÐ½
*** 26583,26847 ****
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13354
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13395
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13397
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13399
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13419
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13432
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13449
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13474
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13476
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13478
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13516
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13518
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr ""
  
! #: tree.c:13520
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13537
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13539 tree.c:13550
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13541 tree.c:13552
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13548
  #, fuzzy, gcc-internal-format
  #| msgid "assert: %s is assign compatible with %s"
  msgid "type is not compatible with its variant"
  msgstr "Ñ‚Ð²Ñ€Ð´ÑšÐ°: %s Ñ˜Ðµ Ð´Ð¾Ð´ÐµÐ»Ð¾Ð¼ Ñ�Ð°Ð³Ð»Ð°Ñ�Ð½Ð¾ Ñ�Ð° %s"
  
! #: tree.c:13851
  #, fuzzy, gcc-internal-format
  #| msgid "environment variable DJGPP not defined"
  msgid "Main variant is not defined"
  msgstr "Ð¿Ñ€Ð¾Ð¼ÐµÐ½Ñ™Ð¸Ð²Ð° Ð¾ÐºÑ€ÑƒÐ¶ÐµÑšÐ° DJGPP Ð½Ð¸Ñ˜Ðµ Ð´ÐµÑ„Ð¸Ð½Ð¸Ñ�Ð°Ð½Ð°"
  
! #: tree.c:13856
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13868
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13886
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13918
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13928
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13938
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13956
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13968
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13979
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13990
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14008
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14015
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14027
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14042
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14058
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14073
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14083
  #, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr ""
  
! #: tree.c:14092
  #, fuzzy, gcc-internal-format
  #| msgid "field %qs has incomplete type"
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "Ð¿Ð¾Ñ™Ðµ %qs Ð¸Ð¼Ð° Ð½ÐµÐ¿Ð¾Ñ‚Ð¿ÑƒÐ½ Ñ‚Ð¸Ð¿"
  
! #: tree.c:14112
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14127
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14133
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14146
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14159
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14165
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14172
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14184
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14190
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14202
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14214
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14221
  #, fuzzy, gcc-internal-format
  #| msgid "verify_eh_tree failed"
  msgid "verify_type failed"
--- 26583,26847 ----
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13362
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13403
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13405
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13407
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13427
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13440
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13457
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13482
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13484
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13486
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13524
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13526
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr ""
  
! #: tree.c:13528
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13545
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13547 tree.c:13558
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13549 tree.c:13560
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13556
  #, fuzzy, gcc-internal-format
  #| msgid "assert: %s is assign compatible with %s"
  msgid "type is not compatible with its variant"
  msgstr "Ñ‚Ð²Ñ€Ð´ÑšÐ°: %s Ñ˜Ðµ Ð´Ð¾Ð´ÐµÐ»Ð¾Ð¼ Ñ�Ð°Ð³Ð»Ð°Ñ�Ð½Ð¾ Ñ�Ð° %s"
  
! #: tree.c:13859
  #, fuzzy, gcc-internal-format
  #| msgid "environment variable DJGPP not defined"
  msgid "Main variant is not defined"
  msgstr "Ð¿Ñ€Ð¾Ð¼ÐµÐ½Ñ™Ð¸Ð²Ð° Ð¾ÐºÑ€ÑƒÐ¶ÐµÑšÐ° DJGPP Ð½Ð¸Ñ˜Ðµ Ð´ÐµÑ„Ð¸Ð½Ð¸Ñ�Ð°Ð½Ð°"
  
! #: tree.c:13864
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13876
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13910
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13926
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13936
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13946
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13964
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13976
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13987
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13998
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14016
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14023
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14043
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14050
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14074
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14081
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14091
  #, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr ""
  
! #: tree.c:14100
  #, fuzzy, gcc-internal-format
  #| msgid "field %qs has incomplete type"
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "Ð¿Ð¾Ñ™Ðµ %qs Ð¸Ð¼Ð° Ð½ÐµÐ¿Ð¾Ñ‚Ð¿ÑƒÐ½ Ñ‚Ð¸Ð¿"
  
! #: tree.c:14120
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14135
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14141
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14154
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14167
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14173
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14180
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14192
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14198
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14210
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14222
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14229
  #, fuzzy, gcc-internal-format
  #| msgid "verify_eh_tree failed"
  msgid "verify_type failed"
*************** msgstr ""
*** 27914,27926 ****
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr ""
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6573 c-family/c-common.c:6644
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "Ð¿Ñ€ÐµÐ¼Ð°Ð»Ð¾ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ð°Ñ‚Ð° Ð·Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ñƒ %qE"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6670 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "Ð¿Ñ€ÐµÐ²Ð¸ÑˆÐµ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ð°Ñ‚Ð° Ð·Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ñƒ %qE"
--- 27914,27926 ----
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr ""
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6574 c-family/c-common.c:6645
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "Ð¿Ñ€ÐµÐ¼Ð°Ð»Ð¾ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ð°Ñ‚Ð° Ð·Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ñƒ %qE"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6671 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "Ð¿Ñ€ÐµÐ²Ð¸ÑˆÐµ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ð°Ñ‚Ð° Ð·Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ñƒ %qE"
*************** msgstr "Ð¿Ð¾ÐºÑƒÑˆÐ°Ñ˜ ÑƒÐ·Ð¸Ð¼Ð°ÑšÐ° Ð°
*** 28014,28098 ****
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6515 cp/init.c:2952 cp/init.c:2971
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qs is too large"
  msgid "size of array is too large"
  msgstr "Ð²ÐµÐ»Ð¸Ñ‡Ð¸Ð½Ð° Ð½Ð¸Ð·Ð° %qs Ñ˜Ðµ Ð¿Ñ€ÐµÐ²ÐµÐ»Ð¸ÐºÐ°"
  
! #: c-family/c-common.c:6603
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "Ð½ÐµÑ�Ð°Ð³Ð»Ð°Ñ�Ð½Ð¸ Ñ‚Ð¸Ð¿ Ð·Ð° Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d Ñƒ %qE"
  
! #: c-family/c-common.c:6737
  #, fuzzy, gcc-internal-format
  #| msgid "too few arguments to function %qE"
  msgid "incorrect number of arguments to function %qE"
  msgstr "Ð¿Ñ€ÐµÐ¼Ð°Ð»Ð¾ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ð°Ñ‚Ð° Ð·Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ñƒ %qE"
  
! #: c-family/c-common.c:6752
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qs must be a 2-bit unsigned literal"
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð·Ð° %qs Ð¼Ð¾Ñ€Ð° Ð±Ð¸Ñ‚Ð¸ Ð´Ð²Ð¾Ð±Ð¸Ñ‚Ð½Ð° Ð½ÐµÐ¾Ð·Ð½Ð°Ñ‡ÐµÐ½Ð° ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚Ð°"
  
! #: c-family/c-common.c:6761
  #, fuzzy, gcc-internal-format
  #| msgid "%Hfirst argument of %D must be a pointer, second integer constant"
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "%HÐ¿Ñ€Ð²Ð¸ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð·Ð° %D Ð¼Ð¾Ñ€Ð° Ð±Ð¸Ñ‚Ð¸ Ð¿Ð¾ÐºÐ°Ð·Ð¸Ð²Ð°Ñ‡, Ð° Ð´Ñ€ÑƒÐ³Ð¸ Ñ†ÐµÐ»Ð¾Ð±Ñ€Ð¾Ñ˜Ð½Ð° ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚Ð°"
  
! #: c-family/c-common.c:6772
  #, fuzzy, gcc-internal-format
  #| msgid "%Hfirst argument of %D must be a pointer, second integer constant"
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "%HÐ¿Ñ€Ð²Ð¸ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð·Ð° %D Ð¼Ð¾Ñ€Ð° Ð±Ð¸Ñ‚Ð¸ Ð¿Ð¾ÐºÐ°Ð·Ð¸Ð²Ð°Ñ‡, Ð° Ð´Ñ€ÑƒÐ³Ð¸ Ñ†ÐµÐ»Ð¾Ð±Ñ€Ð¾Ñ˜Ð½Ð° ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚Ð°"
  
! #: c-family/c-common.c:6787
  #, fuzzy, gcc-internal-format
  #| msgid "passing argument %d of %qE from incompatible pointer type"
  msgid "argument %d of %qE must be a pointer type"
  msgstr "Ð¿Ñ€Ð¾Ñ�Ð»ÐµÑ’Ð¸Ð²Ð°ÑšÐµ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð° %d Ð¾Ð´ %qE Ð¸Ð· Ð½ÐµÑ�Ð°Ð³Ð»Ð°Ñ�Ð½Ð¾Ð³ Ð¿Ð¾ÐºÐ°Ð·Ð¸Ð²Ð°Ñ‡ÐºÐ¾Ð³ Ñ‚Ð¸Ð¿Ð°"
  
! #: c-family/c-common.c:6795
  #, fuzzy, gcc-internal-format
  #| msgid "argument %d of %qE might be a candidate for a format attribute"
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d Ð¾Ð´ %qE Ð¼Ð¾Ð¶Ðµ Ð±Ð¸Ñ‚Ð¸ ÐºÐ°Ð½Ð´Ð¸Ð´Ð°Ñ‚ Ð·Ð° Ñ„Ð¾Ñ€Ð¼Ð°Ñ‚Ñ�ÐºÐ¸ Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚"
  
! #: c-family/c-common.c:6801
  #, fuzzy, gcc-internal-format
  #| msgid "passing argument %d of %qE makes integer from pointer without a cast"
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "Ð¿Ñ€Ð¾Ñ�Ð»ÐµÑ’Ð¸Ð²Ð°ÑšÐµ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð° %d Ð¾Ð´ %qE Ð¿Ñ€Ð°Ð²Ð¸ Ñ†ÐµÐ»Ð¾Ð±Ñ€Ð¾Ñ˜Ð½Ð¸ Ð¾Ð´ Ð¿Ð¾ÐºÐ°Ð·Ð¸Ð²Ð°Ñ‡Ð° Ð±ÐµÐ· Ð¿Ñ€ÐµÑ‚Ð°Ð¿Ð°ÑšÐ°"
  
! #: c-family/c-common.c:6809
  #, fuzzy, gcc-internal-format
  #| msgid "Type/rank mismatch in argument '%s' at %L"
  msgid "size mismatch in argument %d of %qE"
  msgstr "Ð�ÐµÑ�Ð»Ð°Ð³Ð°ÑšÐµ Ñ‚Ð¸Ð¿Ð°/Ñ€Ð°Ð½Ð³Ð° Ñƒ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ñƒ â€˜%sâ€™ ÐºÐ¾Ð´ %L"
  
! #: c-family/c-common.c:6825
  #, fuzzy, gcc-internal-format
  #| msgid "invalid type argument of %qs"
  msgid "invalid memory model argument %d of %qE"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ñ‚Ð¸Ð¿Ð° Ð·Ð° %qs"
  
! #: c-family/c-common.c:6832
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "non-integer memory model argument %d of %qE"
  msgstr "Ð½ÐµÑ�Ð°Ð³Ð»Ð°Ñ�Ð½Ð¸ Ñ‚Ð¸Ð¿ Ð·Ð° Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d Ñƒ %qE"
  
! #: c-family/c-common.c:7753
  #, fuzzy, gcc-internal-format
  #| msgid "index in dimension %d is out of bounds at %L"
  msgid "index value is out of bound"
  msgstr "Ð˜Ð½Ð´ÐµÐºÑ� Ñƒ Ð´Ð¸Ð¼ÐµÐ½Ð·Ð¸Ñ˜Ð¸ %d Ñ˜Ðµ Ð²Ð°Ð½ Ð³Ñ€Ð°Ð½Ð¸Ñ†Ð° ÐºÐ¾Ð´ %L"
  
! #: c-family/c-common.c:7794 c-family/c-common.c:7842 c-family/c-common.c:7857
  #: cp/call.c:4836 cp/call.c:4843
  #, fuzzy, gcc-internal-format
  #| msgid "conversion from %qT to %qT is ambiguous"
--- 28014,28098 ----
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6516 cp/init.c:2952 cp/init.c:2971
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qs is too large"
  msgid "size of array is too large"
  msgstr "Ð²ÐµÐ»Ð¸Ñ‡Ð¸Ð½Ð° Ð½Ð¸Ð·Ð° %qs Ñ˜Ðµ Ð¿Ñ€ÐµÐ²ÐµÐ»Ð¸ÐºÐ°"
  
! #: c-family/c-common.c:6604
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "Ð½ÐµÑ�Ð°Ð³Ð»Ð°Ñ�Ð½Ð¸ Ñ‚Ð¸Ð¿ Ð·Ð° Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d Ñƒ %qE"
  
! #: c-family/c-common.c:6738
  #, fuzzy, gcc-internal-format
  #| msgid "too few arguments to function %qE"
  msgid "incorrect number of arguments to function %qE"
  msgstr "Ð¿Ñ€ÐµÐ¼Ð°Ð»Ð¾ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ð°Ñ‚Ð° Ð·Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ñƒ %qE"
  
! #: c-family/c-common.c:6753
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qs must be a 2-bit unsigned literal"
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð·Ð° %qs Ð¼Ð¾Ñ€Ð° Ð±Ð¸Ñ‚Ð¸ Ð´Ð²Ð¾Ð±Ð¸Ñ‚Ð½Ð° Ð½ÐµÐ¾Ð·Ð½Ð°Ñ‡ÐµÐ½Ð° ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚Ð°"
  
! #: c-family/c-common.c:6762
  #, fuzzy, gcc-internal-format
  #| msgid "%Hfirst argument of %D must be a pointer, second integer constant"
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "%HÐ¿Ñ€Ð²Ð¸ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð·Ð° %D Ð¼Ð¾Ñ€Ð° Ð±Ð¸Ñ‚Ð¸ Ð¿Ð¾ÐºÐ°Ð·Ð¸Ð²Ð°Ñ‡, Ð° Ð´Ñ€ÑƒÐ³Ð¸ Ñ†ÐµÐ»Ð¾Ð±Ñ€Ð¾Ñ˜Ð½Ð° ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚Ð°"
  
! #: c-family/c-common.c:6773
  #, fuzzy, gcc-internal-format
  #| msgid "%Hfirst argument of %D must be a pointer, second integer constant"
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "%HÐ¿Ñ€Ð²Ð¸ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð·Ð° %D Ð¼Ð¾Ñ€Ð° Ð±Ð¸Ñ‚Ð¸ Ð¿Ð¾ÐºÐ°Ð·Ð¸Ð²Ð°Ñ‡, Ð° Ð´Ñ€ÑƒÐ³Ð¸ Ñ†ÐµÐ»Ð¾Ð±Ñ€Ð¾Ñ˜Ð½Ð° ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚Ð°"
  
! #: c-family/c-common.c:6788
  #, fuzzy, gcc-internal-format
  #| msgid "passing argument %d of %qE from incompatible pointer type"
  msgid "argument %d of %qE must be a pointer type"
  msgstr "Ð¿Ñ€Ð¾Ñ�Ð»ÐµÑ’Ð¸Ð²Ð°ÑšÐµ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð° %d Ð¾Ð´ %qE Ð¸Ð· Ð½ÐµÑ�Ð°Ð³Ð»Ð°Ñ�Ð½Ð¾Ð³ Ð¿Ð¾ÐºÐ°Ð·Ð¸Ð²Ð°Ñ‡ÐºÐ¾Ð³ Ñ‚Ð¸Ð¿Ð°"
  
! #: c-family/c-common.c:6796
  #, fuzzy, gcc-internal-format
  #| msgid "argument %d of %qE might be a candidate for a format attribute"
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d Ð¾Ð´ %qE Ð¼Ð¾Ð¶Ðµ Ð±Ð¸Ñ‚Ð¸ ÐºÐ°Ð½Ð´Ð¸Ð´Ð°Ñ‚ Ð·Ð° Ñ„Ð¾Ñ€Ð¼Ð°Ñ‚Ñ�ÐºÐ¸ Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚"
  
! #: c-family/c-common.c:6802
  #, fuzzy, gcc-internal-format
  #| msgid "passing argument %d of %qE makes integer from pointer without a cast"
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "Ð¿Ñ€Ð¾Ñ�Ð»ÐµÑ’Ð¸Ð²Ð°ÑšÐµ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð° %d Ð¾Ð´ %qE Ð¿Ñ€Ð°Ð²Ð¸ Ñ†ÐµÐ»Ð¾Ð±Ñ€Ð¾Ñ˜Ð½Ð¸ Ð¾Ð´ Ð¿Ð¾ÐºÐ°Ð·Ð¸Ð²Ð°Ñ‡Ð° Ð±ÐµÐ· Ð¿Ñ€ÐµÑ‚Ð°Ð¿Ð°ÑšÐ°"
  
! #: c-family/c-common.c:6810
  #, fuzzy, gcc-internal-format
  #| msgid "Type/rank mismatch in argument '%s' at %L"
  msgid "size mismatch in argument %d of %qE"
  msgstr "Ð�ÐµÑ�Ð»Ð°Ð³Ð°ÑšÐµ Ñ‚Ð¸Ð¿Ð°/Ñ€Ð°Ð½Ð³Ð° Ñƒ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ñƒ â€˜%sâ€™ ÐºÐ¾Ð´ %L"
  
! #: c-family/c-common.c:6826
  #, fuzzy, gcc-internal-format
  #| msgid "invalid type argument of %qs"
  msgid "invalid memory model argument %d of %qE"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ñ‚Ð¸Ð¿Ð° Ð·Ð° %qs"
  
! #: c-family/c-common.c:6833
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "non-integer memory model argument %d of %qE"
  msgstr "Ð½ÐµÑ�Ð°Ð³Ð»Ð°Ñ�Ð½Ð¸ Ñ‚Ð¸Ð¿ Ð·Ð° Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d Ñƒ %qE"
  
! #: c-family/c-common.c:7754
  #, fuzzy, gcc-internal-format
  #| msgid "index in dimension %d is out of bounds at %L"
  msgid "index value is out of bound"
  msgstr "Ð˜Ð½Ð´ÐµÐºÑ� Ñƒ Ð´Ð¸Ð¼ÐµÐ½Ð·Ð¸Ñ˜Ð¸ %d Ñ˜Ðµ Ð²Ð°Ð½ Ð³Ñ€Ð°Ð½Ð¸Ñ†Ð° ÐºÐ¾Ð´ %L"
  
! #: c-family/c-common.c:7795 c-family/c-common.c:7843 c-family/c-common.c:7858
  #: cp/call.c:4836 cp/call.c:4843
  #, fuzzy, gcc-internal-format
  #| msgid "conversion from %qT to %qT is ambiguous"
*************** msgstr "Ð´Ð²Ð¾Ñ�Ð¼Ð¸Ñ�Ð»ÐµÐ½Ð¾ Ð¿Ñ€ÐµÑ‚Ð
*** 28101,28125 ****
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7943
  #, fuzzy, gcc-internal-format
  #| msgid "inline function %q+D used but never defined"
  msgid "built-in function %qE must be directly called"
  msgstr "ÑƒÑ‚ÐºÐ°Ð½Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ð° %q+D ÑƒÐ¿Ð¾Ñ‚Ñ€ÐµÐ±Ñ™ÐµÐ½Ð° Ð°Ð»Ð¸ Ð½ÐµÐ´ÐµÑ„Ð¸Ð½Ð¸Ñ�Ð°Ð½Ð°"
  
! #: c-family/c-common.c:7965 c/c-decl.c:6124
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qs is too large"
  msgid "size of array %qE is too large"
  msgstr "Ð²ÐµÐ»Ð¸Ñ‡Ð¸Ð½Ð° Ð½Ð¸Ð·Ð° %qs Ñ˜Ðµ Ð¿Ñ€ÐµÐ²ÐµÐ»Ð¸ÐºÐ°"
  
! #: c-family/c-common.c:7967 c/c-decl.c:6127
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qs is too large"
  msgid "size of unnamed array is too large"
  msgstr "Ð²ÐµÐ»Ð¸Ñ‡Ð¸Ð½Ð° Ð½Ð¸Ð·Ð° %qs Ñ˜Ðµ Ð¿Ñ€ÐµÐ²ÐµÐ»Ð¸ÐºÐ°"
  
! #: c-family/c-common.c:7997
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
--- 28101,28125 ----
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7944
  #, fuzzy, gcc-internal-format
  #| msgid "inline function %q+D used but never defined"
  msgid "built-in function %qE must be directly called"
  msgstr "ÑƒÑ‚ÐºÐ°Ð½Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ð° %q+D ÑƒÐ¿Ð¾Ñ‚Ñ€ÐµÐ±Ñ™ÐµÐ½Ð° Ð°Ð»Ð¸ Ð½ÐµÐ´ÐµÑ„Ð¸Ð½Ð¸Ñ�Ð°Ð½Ð°"
  
! #: c-family/c-common.c:7966 c/c-decl.c:6124
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qs is too large"
  msgid "size of array %qE is too large"
  msgstr "Ð²ÐµÐ»Ð¸Ñ‡Ð¸Ð½Ð° Ð½Ð¸Ð·Ð° %qs Ñ˜Ðµ Ð¿Ñ€ÐµÐ²ÐµÐ»Ð¸ÐºÐ°"
  
! #: c-family/c-common.c:7968 c/c-decl.c:6127
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qs is too large"
  msgid "size of unnamed array is too large"
  msgstr "Ð²ÐµÐ»Ð¸Ñ‡Ð¸Ð½Ð° Ð½Ð¸Ð·Ð° %qs Ñ˜Ðµ Ð¿Ñ€ÐµÐ²ÐµÐ»Ð¸ÐºÐ°"
  
! #: c-family/c-common.c:7998
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
*************** msgstr "â€ž%sâ€œ Ð½Ð¸Ñ˜Ðµ Ð¸Ñ�Ð¿Ñ€Ð°Ð²Ð½
*** 30012,30018 ****
  msgid "too many input files"
  msgstr "Ð¿Ñ€ÐµÐ²Ð¸ÑˆÐµ ÑƒÐ»Ð°Ð·Ð½Ð¸Ñ… Ð´Ð°Ñ‚Ð¾Ñ‚ÐµÐºÐ°"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8751
  #, fuzzy, gcc-internal-format
  #| msgid "bad value %qs for -mcpu switch"
  msgid "unknown value %qs for -mcpu"
--- 30012,30018 ----
  msgid "too many input files"
  msgstr "Ð¿Ñ€ÐµÐ²Ð¸ÑˆÐµ ÑƒÐ»Ð°Ð·Ð½Ð¸Ñ… Ð´Ð°Ñ‚Ð¾Ñ‚ÐµÐºÐ°"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8759
  #, fuzzy, gcc-internal-format
  #| msgid "bad value %qs for -mcpu switch"
  msgid "unknown value %qs for -mcpu"
*************** msgstr "Ñ‚Ð²Ñ€Ð´ÑšÐ°: %s Ñ˜Ðµ Ð´Ð¾Ð´ÐµÐ»
*** 30496,30693 ****
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "Ñ‚Ð²Ñ€Ð´ÑšÐ°: %s Ñ˜Ðµ Ð´Ð¾Ð´ÐµÐ»Ð¾Ð¼ Ñ�Ð°Ð³Ð»Ð°Ñ�Ð½Ð¾ Ñ�Ð° %s"
  
! #: config/aarch64/aarch64.c:8374
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8418
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8475
  #, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8493
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "unknown spec function '%s'"
  msgid "unknown tuning option (%s)"
  msgstr "Ð½ÐµÐ¿Ð¾Ð·Ð½Ð°Ñ‚Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ð° Ð½Ð°Ð²Ð¾Ð´Ð° â€˜%sâ€™"
  
! #: config/aarch64/aarch64.c:8707
  #, fuzzy, gcc-internal-format
  #| msgid "Invalid argument type %qs to %qs"
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "Ð�ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ñ‚Ð¸Ð¿ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð° %qs Ð·Ð° %qs"
  
! #: config/aarch64/aarch64.c:8748
  #, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8755
  #, fuzzy, gcc-internal-format
  #| msgid "invalid thread pointer option: -mtp=%s"
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð½Ð° Ð¾Ð¿Ñ†Ð¸Ñ˜Ð° Ð¿Ð¾ÐºÐ°Ð·Ð¸Ð²Ð°Ñ‡Ð° Ð½Ð¸Ñ‚Ð¸: -mtp=%s"
  
! #: config/aarch64/aarch64.c:8782
  #, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8785
  #, fuzzy, gcc-internal-format
  #| msgid "Unknown value %qs of -mmacosx-version-min"
  msgid "unknown value %qs for -march"
  msgstr "Ð�ÐµÐ¿Ð¾Ð·Ð½Ð°Ñ‚Ð° Ð²Ñ€ÐµÐ´Ð½Ð¾Ñ�Ñ‚ %qs Ð·Ð° -mmacosx-version-min"
  
! #: config/aarch64/aarch64.c:8789
  #, fuzzy, gcc-internal-format
  #| msgid "invalid thread pointer option: -mtp=%s"
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð½Ð° Ð¾Ð¿Ñ†Ð¸Ñ˜Ð° Ð¿Ð¾ÐºÐ°Ð·Ð¸Ð²Ð°Ñ‡Ð° Ð½Ð¸Ñ‚Ð¸: -mtp=%s"
  
! #: config/aarch64/aarch64.c:8815
  #, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8818
  #, fuzzy, gcc-internal-format
  #| msgid "Unknown value %qs of -mmacosx-version-min"
  msgid "unknown value %qs for -mtune"
  msgstr "Ð�ÐµÐ¿Ð¾Ð·Ð½Ð°Ñ‚Ð° Ð²Ñ€ÐµÐ´Ð½Ð¾Ñ�Ñ‚ %qs Ð·Ð° -mmacosx-version-min"
  
! #: config/aarch64/aarch64.c:8921 config/arm/arm.c:3093
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "switch -mcpu=%s conflicts with -march= switch"
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "Ð¿Ñ€ÐµÐºÐ¸Ð´Ð°Ñ‡ -mcpu=%s ÐºÐ¾Ñ�Ð¸ Ñ�Ðµ Ñ�Ð° -march="
  
! #: config/aarch64/aarch64.c:8956
  #, fuzzy, gcc-internal-format
  #| msgid "does not support multilib"
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "Ð½Ðµ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð²Ð° Ð²Ð¸ÑˆÐµÐ±Ð¸Ð±"
  
! #: config/aarch64/aarch64.c:8960
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9022
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9187
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9190
  #, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9194
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9228
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "missing makefile target after %qs"
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "Ð½ÐµÐ´Ð¾Ñ�Ñ‚Ð°Ñ˜Ðµ Ñ�Ð¿Ñ€Ð°Ð²Ñ™Ð°Ñ‡ÐºÐ¸ Ñ†Ð¸Ñ™ Ð¿Ð¾Ñ�Ð»Ðµ %qs"
  
! #: config/aarch64/aarch64.c:9231
  #, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9235
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9266
  #, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9307
  #, fuzzy, gcc-internal-format
  #| msgid "missing makefile target after %qs"
  msgid "missing feature modifier in target %s %qs"
  msgstr "Ð½ÐµÐ´Ð¾Ñ�Ñ‚Ð°Ñ˜Ðµ Ñ�Ð¿Ñ€Ð°Ð²Ñ™Ð°Ñ‡ÐºÐ¸ Ñ†Ð¸Ñ™ Ð¿Ð¾Ñ�Ð»Ðµ %qs"
  
! #: config/aarch64/aarch64.c:9312
  #, fuzzy, gcc-internal-format
  #| msgid "invalid option argument %qs"
  msgid "invalid feature modifier in target %s %qs"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð¾Ð¿Ñ†Ð¸Ñ˜Ðµ %qs"
  
! #: config/aarch64/aarch64.c:9364
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed spec function arguments"
  msgid "malformed target %s"
  msgstr "Ð»Ð¾ÑˆÐµ Ñ„Ð¾Ñ€Ð¼Ð¸Ñ€Ð°Ð½Ð¸ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð¸ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ðµ Ð½Ð°Ð²Ð¾Ð´Ð°"
  
! #: config/aarch64/aarch64.c:9412
  #, fuzzy, gcc-internal-format
  #| msgid "repository file '%s' does not contain command-line arguments"
  msgid "target %s %qs does not accept an argument"
  msgstr "Ð´Ð°Ñ‚Ð¾Ñ‚ÐµÐºÐ° Ñ�ÐºÐ»Ð°Ð´Ð¸ÑˆÑ‚Ð° â€ž%sâ€œ Ð½Ðµ Ñ�Ð°Ð´Ñ€Ð¶Ð¸ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ðµ ÐºÐ¾Ð¼Ð°Ð½Ð´Ð½Ðµ Ð»Ð¸Ð½Ð¸Ñ˜Ðµ"
  
! #: config/aarch64/aarch64.c:9421
  #, fuzzy, gcc-internal-format
  #| msgid "matching constraint does not allow a register"
  msgid "target %s %qs does not allow a negated form"
  msgstr "Ð¿Ð¾ÐºÐ»Ð°Ð¿Ð°Ñ˜ÑƒÑ›Ðµ Ð¾Ð³Ñ€Ð°Ð½Ð¸Ñ‡ÐµÑšÐµ Ð½Ðµ Ð´Ð¾Ð·Ð²Ð¾Ñ™Ð°Ð²Ð° Ñ€ÐµÐ³Ð¸Ñ�Ñ‚Ð°Ñ€"
  
! #: config/aarch64/aarch64.c:9476
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "Argument of %s at %L is not a valid type"
  msgid "target %s %s=%s is not valid"
  msgstr "Ð�Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ñƒ %s ÐºÐ¾Ð´ %L Ð½Ð¸Ñ˜Ðµ Ð¸Ñ�Ð¿Ñ€Ð°Ð²Ð½Ð¾Ð³ Ñ‚Ð¸Ð¿Ð°"
  
! #: config/aarch64/aarch64.c:9536 config/arm/arm.c:30367
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:14849
  #, fuzzy, gcc-internal-format
  #| msgid "alias argument not a string"
  msgid "attribute %<target%> argument not a string"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð°Ð»Ð¸Ñ˜Ð°Ñ�Ð° Ð½Ð¸Ñ˜Ðµ Ð½Ð¸Ñ�ÐºÐ°"
  
! #: config/aarch64/aarch64.c:9546
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid target memregs value '%d'"
  msgid "malformed target %s value"
  msgstr "Ð½ÐµÐ¸Ñ�Ñ€Ð¿Ð°Ð²Ð½Ð° Ð²Ñ€ÐµÐ´Ð½Ð¾Ñ�Ñ‚ â€ž%dâ€œ Ð·Ð° memregs"
  
! #: config/aarch64/aarch64.c:9563
  #, fuzzy, gcc-internal-format
  #| msgid "template argument %d is invalid"
  msgid "target %s %qs is invalid"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ ÑˆÐ°Ð±Ð»Ð¾Ð½Ñ�ÐºÐ¸ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d"
  
! #: config/aarch64/aarch64.c:9572
  #, fuzzy, gcc-internal-format
  #| msgid "Invalid argument type %qs to %qs"
  msgid "malformed target %s list %qs"
  msgstr "Ð�ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ñ‚Ð¸Ð¿ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð° %qs Ð·Ð° %qs"
  
! #: config/aarch64/aarch64.c:11420
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11422
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr ""
--- 30496,30693 ----
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "Ñ‚Ð²Ñ€Ð´ÑšÐ°: %s Ñ˜Ðµ Ð´Ð¾Ð´ÐµÐ»Ð¾Ð¼ Ñ�Ð°Ð³Ð»Ð°Ñ�Ð½Ð¾ Ñ�Ð° %s"
  
! #: config/aarch64/aarch64.c:8382
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8426
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8483
  #, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8501
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "unknown spec function '%s'"
  msgid "unknown tuning option (%s)"
  msgstr "Ð½ÐµÐ¿Ð¾Ð·Ð½Ð°Ñ‚Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ð° Ð½Ð°Ð²Ð¾Ð´Ð° â€˜%sâ€™"
  
! #: config/aarch64/aarch64.c:8715
  #, fuzzy, gcc-internal-format
  #| msgid "Invalid argument type %qs to %qs"
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "Ð�ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ñ‚Ð¸Ð¿ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð° %qs Ð·Ð° %qs"
  
! #: config/aarch64/aarch64.c:8756
  #, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8763
  #, fuzzy, gcc-internal-format
  #| msgid "invalid thread pointer option: -mtp=%s"
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð½Ð° Ð¾Ð¿Ñ†Ð¸Ñ˜Ð° Ð¿Ð¾ÐºÐ°Ð·Ð¸Ð²Ð°Ñ‡Ð° Ð½Ð¸Ñ‚Ð¸: -mtp=%s"
  
! #: config/aarch64/aarch64.c:8790
  #, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8793
  #, fuzzy, gcc-internal-format
  #| msgid "Unknown value %qs of -mmacosx-version-min"
  msgid "unknown value %qs for -march"
  msgstr "Ð�ÐµÐ¿Ð¾Ð·Ð½Ð°Ñ‚Ð° Ð²Ñ€ÐµÐ´Ð½Ð¾Ñ�Ñ‚ %qs Ð·Ð° -mmacosx-version-min"
  
! #: config/aarch64/aarch64.c:8797
  #, fuzzy, gcc-internal-format
  #| msgid "invalid thread pointer option: -mtp=%s"
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð½Ð° Ð¾Ð¿Ñ†Ð¸Ñ˜Ð° Ð¿Ð¾ÐºÐ°Ð·Ð¸Ð²Ð°Ñ‡Ð° Ð½Ð¸Ñ‚Ð¸: -mtp=%s"
  
! #: config/aarch64/aarch64.c:8823
  #, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8826
  #, fuzzy, gcc-internal-format
  #| msgid "Unknown value %qs of -mmacosx-version-min"
  msgid "unknown value %qs for -mtune"
  msgstr "Ð�ÐµÐ¿Ð¾Ð·Ð½Ð°Ñ‚Ð° Ð²Ñ€ÐµÐ´Ð½Ð¾Ñ�Ñ‚ %qs Ð·Ð° -mmacosx-version-min"
  
! #: config/aarch64/aarch64.c:8929 config/arm/arm.c:3094
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "switch -mcpu=%s conflicts with -march= switch"
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "Ð¿Ñ€ÐµÐºÐ¸Ð´Ð°Ñ‡ -mcpu=%s ÐºÐ¾Ñ�Ð¸ Ñ�Ðµ Ñ�Ð° -march="
  
! #: config/aarch64/aarch64.c:8964
  #, fuzzy, gcc-internal-format
  #| msgid "does not support multilib"
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "Ð½Ðµ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð²Ð° Ð²Ð¸ÑˆÐµÐ±Ð¸Ð±"
  
! #: config/aarch64/aarch64.c:8968
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9030
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9195
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9198
  #, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9202
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9236
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "missing makefile target after %qs"
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "Ð½ÐµÐ´Ð¾Ñ�Ñ‚Ð°Ñ˜Ðµ Ñ�Ð¿Ñ€Ð°Ð²Ñ™Ð°Ñ‡ÐºÐ¸ Ñ†Ð¸Ñ™ Ð¿Ð¾Ñ�Ð»Ðµ %qs"
  
! #: config/aarch64/aarch64.c:9239
  #, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9243
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9274
  #, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9315
  #, fuzzy, gcc-internal-format
  #| msgid "missing makefile target after %qs"
  msgid "missing feature modifier in target %s %qs"
  msgstr "Ð½ÐµÐ´Ð¾Ñ�Ñ‚Ð°Ñ˜Ðµ Ñ�Ð¿Ñ€Ð°Ð²Ñ™Ð°Ñ‡ÐºÐ¸ Ñ†Ð¸Ñ™ Ð¿Ð¾Ñ�Ð»Ðµ %qs"
  
! #: config/aarch64/aarch64.c:9320
  #, fuzzy, gcc-internal-format
  #| msgid "invalid option argument %qs"
  msgid "invalid feature modifier in target %s %qs"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð¾Ð¿Ñ†Ð¸Ñ˜Ðµ %qs"
  
! #: config/aarch64/aarch64.c:9372
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed spec function arguments"
  msgid "malformed target %s"
  msgstr "Ð»Ð¾ÑˆÐµ Ñ„Ð¾Ñ€Ð¼Ð¸Ñ€Ð°Ð½Ð¸ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð¸ Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ðµ Ð½Ð°Ð²Ð¾Ð´Ð°"
  
! #: config/aarch64/aarch64.c:9420
  #, fuzzy, gcc-internal-format
  #| msgid "repository file '%s' does not contain command-line arguments"
  msgid "target %s %qs does not accept an argument"
  msgstr "Ð´Ð°Ñ‚Ð¾Ñ‚ÐµÐºÐ° Ñ�ÐºÐ»Ð°Ð´Ð¸ÑˆÑ‚Ð° â€ž%sâ€œ Ð½Ðµ Ñ�Ð°Ð´Ñ€Ð¶Ð¸ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ðµ ÐºÐ¾Ð¼Ð°Ð½Ð´Ð½Ðµ Ð»Ð¸Ð½Ð¸Ñ˜Ðµ"
  
! #: config/aarch64/aarch64.c:9429
  #, fuzzy, gcc-internal-format
  #| msgid "matching constraint does not allow a register"
  msgid "target %s %qs does not allow a negated form"
  msgstr "Ð¿Ð¾ÐºÐ»Ð°Ð¿Ð°Ñ˜ÑƒÑ›Ðµ Ð¾Ð³Ñ€Ð°Ð½Ð¸Ñ‡ÐµÑšÐµ Ð½Ðµ Ð´Ð¾Ð·Ð²Ð¾Ñ™Ð°Ð²Ð° Ñ€ÐµÐ³Ð¸Ñ�Ñ‚Ð°Ñ€"
  
! #: config/aarch64/aarch64.c:9484
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "Argument of %s at %L is not a valid type"
  msgid "target %s %s=%s is not valid"
  msgstr "Ð�Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ñƒ %s ÐºÐ¾Ð´ %L Ð½Ð¸Ñ˜Ðµ Ð¸Ñ�Ð¿Ñ€Ð°Ð²Ð½Ð¾Ð³ Ñ‚Ð¸Ð¿Ð°"
  
! #: config/aarch64/aarch64.c:9544 config/arm/arm.c:30411
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:15017
  #, fuzzy, gcc-internal-format
  #| msgid "alias argument not a string"
  msgid "attribute %<target%> argument not a string"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð°Ð»Ð¸Ñ˜Ð°Ñ�Ð° Ð½Ð¸Ñ˜Ðµ Ð½Ð¸Ñ�ÐºÐ°"
  
! #: config/aarch64/aarch64.c:9554
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid target memregs value '%d'"
  msgid "malformed target %s value"
  msgstr "Ð½ÐµÐ¸Ñ�Ñ€Ð¿Ð°Ð²Ð½Ð° Ð²Ñ€ÐµÐ´Ð½Ð¾Ñ�Ñ‚ â€ž%dâ€œ Ð·Ð° memregs"
  
! #: config/aarch64/aarch64.c:9571
  #, fuzzy, gcc-internal-format
  #| msgid "template argument %d is invalid"
  msgid "target %s %qs is invalid"
  msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ ÑˆÐ°Ð±Ð»Ð¾Ð½Ñ�ÐºÐ¸ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d"
  
! #: config/aarch64/aarch64.c:9580
  #, fuzzy, gcc-internal-format
  #| msgid "Invalid argument type %qs to %qs"
  msgid "malformed target %s list %qs"
  msgstr "Ð�ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ñ‚Ð¸Ð¿ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð° %qs Ð·Ð° %qs"
  
! #: config/aarch64/aarch64.c:11428
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11430
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr ""
*************** msgstr ""
*** 31109,31174 ****
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2799
  #, fuzzy, gcc-internal-format
  #| msgid "-fPIC and -G are incompatible"
  msgid "iWMMXt and NEON are incompatible"
  msgstr "-fPIC Ð¸ -G Ð½Ð¸Ñ�Ñƒ Ñ�Ð°Ð³Ð»Ð°Ñ�Ð½Ð¸"
  
! #: config/arm/arm.c:2805
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "target CPU does not support ARM mode"
  msgstr "Ñ†Ð¸Ñ™Ð½Ð¸ Ð¦ÐŸÐ£ Ð½Ðµ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð²Ð° Ð¸Ð½Ñ‚ÐµÑ€Ð²Ð¾Ñ€ÐºÐ¸Ð½Ð³"
  
! #: config/arm/arm.c:2809
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "ÑƒÐºÑ™ÑƒÑ‡Ð¸Ð²Ð°ÑšÐµ Ð¿Ð¾Ð´Ñ€ÑˆÐºÐµ Ð·Ð° ÐºÐ¾Ð½Ñ‚Ñ€Ð°Ñ…Ð¾Ð´ Ð¸Ð¼Ð° Ñ�Ð¼Ð¸Ñ�Ð»Ð° Ñ�Ð°Ð¼Ð¾ ÐºÐ°Ð´Ð° Ñ�Ðµ ÐºÐ¾Ð¼Ð¿Ð¸Ð»ÑƒÑ˜Ðµ Ð·Ð° Ð¢Ð°Ð¼Ð±"
  
! #: config/arm/arm.c:2812
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "ÑƒÐºÑ™ÑƒÑ‡Ð¸Ð²Ð°ÑšÐµ Ð¿Ð¾Ð´Ñ€ÑˆÐºÐµ Ð·Ð° Ð¸Ð½Ñ‚ÐµÑ€Ð²Ð¾Ñ€ÐºÐ¸Ð½Ð³ Ð¿Ð¾Ð·Ð²Ð°Ð½Ð¸Ñ… Ð¸Ð¼Ð° Ñ�Ð¼Ð¸Ñ�Ð»Ð° Ñ�Ð°Ð¼Ð¾ ÐºÐ°Ð´Ð° Ñ�Ðµ ÐºÐ¾Ð¼Ð¿Ð¸Ð»ÑƒÑ˜Ðµ Ð·Ð° Ð¢Ð°Ð¼Ð±"
  
! #: config/arm/arm.c:2820
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g ÑƒÐ· -mno-apcs-frame Ð¼Ð¾Ð¶Ðµ Ð´Ð°Ñ‚Ð¸ Ð±ÐµÑ�Ð¼Ð¸Ñ�Ð»ÐµÐ½Ð¾ Ð¸Ñ�Ð¿Ñ€Ð°Ð²Ñ™Ð°ÑšÐµ"
  
! #: config/arm/arm.c:2824
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2827
  #, fuzzy, gcc-internal-format
  #| msgid "can not use -mtp=cp15 with -mthumb"
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "Ð½Ðµ Ð¼Ð¾Ð¶Ðµ Ñ�Ðµ ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð¸Ñ‚Ð¸ -mtp=cp15 ÑƒÐ· -mthumb"
  
! #: config/arm/arm.c:2831
  #, fuzzy, gcc-internal-format
  #| msgid "%<-G%> is incompatible with %<-mabicalls%>"
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "%<-G%> Ð½Ð¸Ñ˜Ðµ Ñ�Ð°Ð³Ð»Ð°Ñ�Ð½Ð¾ Ñ�Ð° %<-mabicalls%>"
  
! #: config/arm/arm.c:2839
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2844
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2947
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "Ñ†Ð¸Ñ™Ð½Ð¸ Ð¦ÐŸÐ£ Ð½Ðµ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð²Ð° Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ñ˜Ðµ Ð¢Ð°Ð¼Ð±Ð°"
  
! #: config/arm/arm.c:2992
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "target CPU does not support unaligned accesses"
--- 31109,31174 ----
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2800
  #, fuzzy, gcc-internal-format
  #| msgid "-fPIC and -G are incompatible"
  msgid "iWMMXt and NEON are incompatible"
  msgstr "-fPIC Ð¸ -G Ð½Ð¸Ñ�Ñƒ Ñ�Ð°Ð³Ð»Ð°Ñ�Ð½Ð¸"
  
! #: config/arm/arm.c:2806
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "target CPU does not support ARM mode"
  msgstr "Ñ†Ð¸Ñ™Ð½Ð¸ Ð¦ÐŸÐ£ Ð½Ðµ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð²Ð° Ð¸Ð½Ñ‚ÐµÑ€Ð²Ð¾Ñ€ÐºÐ¸Ð½Ð³"
  
! #: config/arm/arm.c:2810
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "ÑƒÐºÑ™ÑƒÑ‡Ð¸Ð²Ð°ÑšÐµ Ð¿Ð¾Ð´Ñ€ÑˆÐºÐµ Ð·Ð° ÐºÐ¾Ð½Ñ‚Ñ€Ð°Ñ…Ð¾Ð´ Ð¸Ð¼Ð° Ñ�Ð¼Ð¸Ñ�Ð»Ð° Ñ�Ð°Ð¼Ð¾ ÐºÐ°Ð´Ð° Ñ�Ðµ ÐºÐ¾Ð¼Ð¿Ð¸Ð»ÑƒÑ˜Ðµ Ð·Ð° Ð¢Ð°Ð¼Ð±"
  
! #: config/arm/arm.c:2813
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "ÑƒÐºÑ™ÑƒÑ‡Ð¸Ð²Ð°ÑšÐµ Ð¿Ð¾Ð´Ñ€ÑˆÐºÐµ Ð·Ð° Ð¸Ð½Ñ‚ÐµÑ€Ð²Ð¾Ñ€ÐºÐ¸Ð½Ð³ Ð¿Ð¾Ð·Ð²Ð°Ð½Ð¸Ñ… Ð¸Ð¼Ð° Ñ�Ð¼Ð¸Ñ�Ð»Ð° Ñ�Ð°Ð¼Ð¾ ÐºÐ°Ð´Ð° Ñ�Ðµ ÐºÐ¾Ð¼Ð¿Ð¸Ð»ÑƒÑ˜Ðµ Ð·Ð° Ð¢Ð°Ð¼Ð±"
  
! #: config/arm/arm.c:2821
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g ÑƒÐ· -mno-apcs-frame Ð¼Ð¾Ð¶Ðµ Ð´Ð°Ñ‚Ð¸ Ð±ÐµÑ�Ð¼Ð¸Ñ�Ð»ÐµÐ½Ð¾ Ð¸Ñ�Ð¿Ñ€Ð°Ð²Ñ™Ð°ÑšÐµ"
  
! #: config/arm/arm.c:2825
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2828
  #, fuzzy, gcc-internal-format
  #| msgid "can not use -mtp=cp15 with -mthumb"
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "Ð½Ðµ Ð¼Ð¾Ð¶Ðµ Ñ�Ðµ ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð¸Ñ‚Ð¸ -mtp=cp15 ÑƒÐ· -mthumb"
  
! #: config/arm/arm.c:2832
  #, fuzzy, gcc-internal-format
  #| msgid "%<-G%> is incompatible with %<-mabicalls%>"
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "%<-G%> Ð½Ð¸Ñ˜Ðµ Ñ�Ð°Ð³Ð»Ð°Ñ�Ð½Ð¾ Ñ�Ð° %<-mabicalls%>"
  
! #: config/arm/arm.c:2840
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2845
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2948
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "Ñ†Ð¸Ñ™Ð½Ð¸ Ð¦ÐŸÐ£ Ð½Ðµ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð²Ð° Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ñ˜Ðµ Ð¢Ð°Ð¼Ð±Ð°"
  
! #: config/arm/arm.c:2993
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "target CPU does not support unaligned accesses"
*************** msgstr "Ñ†Ð¸Ñ™Ð½Ð¸ Ð¦ÐŸÐ£ Ð½Ðµ Ð¿Ð¾Ð´Ñ€Ð
*** 31176,31311 ****
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3246
  #, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr ""
  
! #: config/arm/arm.c:3321
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "Ñ†Ð¸Ñ™Ð½Ð¸ Ð¦ÐŸÐ£ Ð½Ðµ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð²Ð° Ð¸Ð½Ñ‚ÐµÑ€Ð²Ð¾Ñ€ÐºÐ¸Ð½Ð³"
  
! #: config/arm/arm.c:3327
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check Ð½Ð¸Ñ˜Ðµ Ñ�Ð°Ð³Ð»Ð°Ñ�Ð½Ð¾ Ñ�Ð° -mno-apcs-frame"
  
! #: config/arm/arm.c:3335
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic Ð¸ -mapcs-reent Ð½Ð¸Ñ�Ñƒ Ñ�Ð°Ð³Ð»Ð°Ñ�Ð½Ð¸"
  
! #: config/arm/arm.c:3338
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "Ð’Ð¸ÑˆÐµÑƒÐ»Ð°Ð·Ð½Ð¸ ÐºÃ´Ð´ Ð�ÐŸÐ¦Ð¡Ð° Ð½Ð¸Ñ˜Ðµ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð½, Ð¸Ð³Ð½Ð¾Ñ€Ð¸ÑˆÐµÐ¼"
  
! #: config/arm/arm.c:3372
  #, fuzzy, gcc-internal-format
  #| msgid "-mrelocatable and -msdata=%s are incompatible"
  msgid "selected fp16 options are incompatible"
  msgstr "-mrelocatable Ð¸ -msdata=%s Ð½Ð¸Ñ�Ñƒ Ñ�Ð°Ð³Ð»Ð°Ñ�Ð½Ð¸"
  
! #: config/arm/arm.c:3403
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr "iWMMXt Ð·Ð°Ñ…Ñ‚ÐµÐ²Ð° Ð�Ð�ÐŸÐ¦Ð¡-Ñ�Ð°Ð³Ð»Ð°Ñ�Ð°Ð½ Ð�Ð‘Ð˜ Ð·Ð° Ð¿Ñ€Ð°Ð²Ð¸Ð»Ð°Ð½ Ñ€Ð°Ð´"
  
! #: config/arm/arm.c:3406
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr "iWMMXt Ð�Ð‘Ð˜ Ð·Ð°Ñ…Ñ‚ÐµÐ²Ð° iWMMXt-Ñ�Ð¿Ð¾Ñ�Ð¾Ð±Ð°Ð½ Ð¦ÐŸÐ£"
  
! #: config/arm/arm.c:3417
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "Ñ†Ð¸Ñ™Ð½Ð¸ Ð¦ÐŸÐ£ Ð½Ðµ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð²Ð° Ð¸Ð½Ñ‚ÐµÑ€Ð²Ð¾Ñ€ÐºÐ¸Ð½Ð³"
  
! #: config/arm/arm.c:3420
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "Ñ†Ð¸Ñ™Ð½Ð¸ Ð¦ÐŸÐ£ Ð½Ðµ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð²Ð° Ð¸Ð½Ñ‚ÐµÑ€Ð²Ð¾Ñ€ÐºÐ¸Ð½Ð³"
  
! #: config/arm/arm.c:3425
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr ""
  
! #: config/arm/arm.c:3436
  #, fuzzy, gcc-internal-format
  #| msgid "-mfloat-abi=hard and VFP"
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr "-mfloat-abi=hard Ð¸ Ð’Ð¤ÐŸ"
  
! #: config/arm/arm.c:3444
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mfloat-abi=hard Ð¸ Ð’Ð¤ÐŸ"
  
! #: config/arm/arm.c:3480
  #, fuzzy, gcc-internal-format
  #| msgid "structure size boundary can only be set to %s"
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "Ð³Ñ€Ð°Ð½Ð¸Ñ†Ð° Ð²ÐµÐ»Ð¸Ñ‡Ð¸Ð½Ðµ Ñ�Ñ‚Ñ€ÑƒÐºÑ‚ÑƒÑ€Ð° Ð¼Ð¾Ð¶Ðµ Ð±Ð¸Ñ‚Ð¸ Ð¿Ð¾Ñ�Ñ‚Ð°Ð²Ñ™ÐµÐ½Ð° Ñ�Ð°Ð¼Ð¾ Ð½Ð° %s"
  
! #: config/arm/arm.c:3482
  #, fuzzy, gcc-internal-format
  #| msgid "structure size boundary can only be set to %s"
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "Ð³Ñ€Ð°Ð½Ð¸Ñ†Ð° Ð²ÐµÐ»Ð¸Ñ‡Ð¸Ð½Ðµ Ñ�Ñ‚Ñ€ÑƒÐºÑ‚ÑƒÑ€Ð° Ð¼Ð¾Ð¶Ðµ Ð±Ð¸Ñ‚Ð¸ Ð¿Ð¾Ñ�Ñ‚Ð°Ð²Ñ™ÐµÐ½Ð° Ñ�Ð°Ð¼Ð¾ Ð½Ð° %s"
  
! #: config/arm/arm.c:3507
  #, fuzzy, gcc-internal-format
  #| msgid "%<-G%> is incompatible with %<-mabicalls%>"
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "%<-G%> Ð½Ð¸Ñ˜Ðµ Ñ�Ð°Ð³Ð»Ð°Ñ�Ð½Ð¾ Ñ�Ð° %<-mabicalls%>"
  
! #: config/arm/arm.c:3519
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= Ñ˜Ðµ Ð±ÐµÑ�ÐºÐ¾Ñ€Ð¸Ñ�Ð½Ð¾ Ð±ÐµÐ· -fpic"
  
! #: config/arm/arm.c:3528
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "Ð½Ðµ Ð¼Ð¾Ð³Ñƒ Ð´Ð° ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð¸Ð¼ â€ž%sâ€œ Ð·Ð° ÐŸÐ˜Ð¦ Ñ€ÐµÐ³Ð¸Ñ�Ñ‚Ð°Ñ€"
  
! #: config/arm/arm.c:3547
  #, fuzzy, gcc-internal-format
  #| msgid "-freorder-blocks-and-partition does not work on this architecture"
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-freorder-blocks-and-partition Ð½Ðµ Ñ€Ð°Ð´Ð¸ Ð½Ð° Ð¾Ð²Ð¾Ñ˜ Ð°Ñ€Ñ…Ð¸Ñ‚ÐµÐºÑ‚ÑƒÑ€Ð¸"
  
! #: config/arm/arm.c:3638
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support THUMB instructions"
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "Ñ†Ð¸Ñ™Ð½Ð¸ Ð¦ÐŸÐ£ Ð½Ðµ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð²Ð° Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ñ˜Ðµ Ð¢Ð°Ð¼Ð±Ð°"
  
! #: config/arm/arm.c:5706
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5708
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5727
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5922
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr ""
  
! #: config/arm/arm.c:6672 config/arm/arm.c:6690 config/arm/arm.c:6865
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
--- 31176,31317 ----
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3247
  #, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr ""
  
! #: config/arm/arm.c:3322
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "Ñ†Ð¸Ñ™Ð½Ð¸ Ð¦ÐŸÐ£ Ð½Ðµ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð²Ð° Ð¸Ð½Ñ‚ÐµÑ€Ð²Ð¾Ñ€ÐºÐ¸Ð½Ð³"
  
! #: config/arm/arm.c:3328
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check Ð½Ð¸Ñ˜Ðµ Ñ�Ð°Ð³Ð»Ð°Ñ�Ð½Ð¾ Ñ�Ð° -mno-apcs-frame"
  
! #: config/arm/arm.c:3336
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic Ð¸ -mapcs-reent Ð½Ð¸Ñ�Ñƒ Ñ�Ð°Ð³Ð»Ð°Ñ�Ð½Ð¸"
  
! #: config/arm/arm.c:3339
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "Ð’Ð¸ÑˆÐµÑƒÐ»Ð°Ð·Ð½Ð¸ ÐºÃ´Ð´ Ð�ÐŸÐ¦Ð¡Ð° Ð½Ð¸Ñ˜Ðµ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð½, Ð¸Ð³Ð½Ð¾Ñ€Ð¸ÑˆÐµÐ¼"
  
! #: config/arm/arm.c:3373
  #, fuzzy, gcc-internal-format
  #| msgid "-mrelocatable and -msdata=%s are incompatible"
  msgid "selected fp16 options are incompatible"
  msgstr "-mrelocatable Ð¸ -msdata=%s Ð½Ð¸Ñ�Ñƒ Ñ�Ð°Ð³Ð»Ð°Ñ�Ð½Ð¸"
  
! #: config/arm/arm.c:3404
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr "iWMMXt Ð·Ð°Ñ…Ñ‚ÐµÐ²Ð° Ð�Ð�ÐŸÐ¦Ð¡-Ñ�Ð°Ð³Ð»Ð°Ñ�Ð°Ð½ Ð�Ð‘Ð˜ Ð·Ð° Ð¿Ñ€Ð°Ð²Ð¸Ð»Ð°Ð½ Ñ€Ð°Ð´"
  
! #: config/arm/arm.c:3407
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr "iWMMXt Ð�Ð‘Ð˜ Ð·Ð°Ñ…Ñ‚ÐµÐ²Ð° iWMMXt-Ñ�Ð¿Ð¾Ñ�Ð¾Ð±Ð°Ð½ Ð¦ÐŸÐ£"
  
! #: config/arm/arm.c:3418
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "Ñ†Ð¸Ñ™Ð½Ð¸ Ð¦ÐŸÐ£ Ð½Ðµ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð²Ð° Ð¸Ð½Ñ‚ÐµÑ€Ð²Ð¾Ñ€ÐºÐ¸Ð½Ð³"
  
! #: config/arm/arm.c:3421
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "Ñ†Ð¸Ñ™Ð½Ð¸ Ð¦ÐŸÐ£ Ð½Ðµ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð²Ð° Ð¸Ð½Ñ‚ÐµÑ€Ð²Ð¾Ñ€ÐºÐ¸Ð½Ð³"
  
! #: config/arm/arm.c:3426
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr ""
  
! #: config/arm/arm.c:3437
  #, fuzzy, gcc-internal-format
  #| msgid "-mfloat-abi=hard and VFP"
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr "-mfloat-abi=hard Ð¸ Ð’Ð¤ÐŸ"
  
! #: config/arm/arm.c:3445
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mfloat-abi=hard Ð¸ Ð’Ð¤ÐŸ"
  
! #: config/arm/arm.c:3481
  #, fuzzy, gcc-internal-format
  #| msgid "structure size boundary can only be set to %s"
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "Ð³Ñ€Ð°Ð½Ð¸Ñ†Ð° Ð²ÐµÐ»Ð¸Ñ‡Ð¸Ð½Ðµ Ñ�Ñ‚Ñ€ÑƒÐºÑ‚ÑƒÑ€Ð° Ð¼Ð¾Ð¶Ðµ Ð±Ð¸Ñ‚Ð¸ Ð¿Ð¾Ñ�Ñ‚Ð°Ð²Ñ™ÐµÐ½Ð° Ñ�Ð°Ð¼Ð¾ Ð½Ð° %s"
  
! #: config/arm/arm.c:3483
  #, fuzzy, gcc-internal-format
  #| msgid "structure size boundary can only be set to %s"
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "Ð³Ñ€Ð°Ð½Ð¸Ñ†Ð° Ð²ÐµÐ»Ð¸Ñ‡Ð¸Ð½Ðµ Ñ�Ñ‚Ñ€ÑƒÐºÑ‚ÑƒÑ€Ð° Ð¼Ð¾Ð¶Ðµ Ð±Ð¸Ñ‚Ð¸ Ð¿Ð¾Ñ�Ñ‚Ð°Ð²Ñ™ÐµÐ½Ð° Ñ�Ð°Ð¼Ð¾ Ð½Ð° %s"
  
! #: config/arm/arm.c:3508
  #, fuzzy, gcc-internal-format
  #| msgid "%<-G%> is incompatible with %<-mabicalls%>"
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "%<-G%> Ð½Ð¸Ñ˜Ðµ Ñ�Ð°Ð³Ð»Ð°Ñ�Ð½Ð¾ Ñ�Ð° %<-mabicalls%>"
  
! #: config/arm/arm.c:3520
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= Ñ˜Ðµ Ð±ÐµÑ�ÐºÐ¾Ñ€Ð¸Ñ�Ð½Ð¾ Ð±ÐµÐ· -fpic"
  
! #: config/arm/arm.c:3529
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "Ð½Ðµ Ð¼Ð¾Ð³Ñƒ Ð´Ð° ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð¸Ð¼ â€ž%sâ€œ Ð·Ð° ÐŸÐ˜Ð¦ Ñ€ÐµÐ³Ð¸Ñ�Ñ‚Ð°Ñ€"
  
! #: config/arm/arm.c:3548
  #, fuzzy, gcc-internal-format
  #| msgid "-freorder-blocks-and-partition does not work on this architecture"
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-freorder-blocks-and-partition Ð½Ðµ Ñ€Ð°Ð´Ð¸ Ð½Ð° Ð¾Ð²Ð¾Ñ˜ Ð°Ñ€Ñ…Ð¸Ñ‚ÐµÐºÑ‚ÑƒÑ€Ð¸"
  
! #: config/arm/arm.c:3639
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support THUMB instructions"
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "Ñ†Ð¸Ñ™Ð½Ð¸ Ð¦ÐŸÐ£ Ð½Ðµ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð²Ð° Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ñ˜Ðµ Ð¢Ð°Ð¼Ð±Ð°"
  
! #: config/arm/arm.c:5707
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5709
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5728
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5923
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr ""
  
! #: config/arm/arm.c:6362 config/arm/arm.c:6565 config/arm/arm.c:6593
! #: config/arm/arm.c:26560
! #, gcc-internal-format
! msgid "parameter passing for argument of type %qT changed in GCC 7.1"
! msgstr ""
! 
! #: config/arm/arm.c:6709 config/arm/arm.c:6727 config/arm/arm.c:6902
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
*************** msgstr ""
*** 31322,31398 ****
  msgid "%qE attribute only applies to functions"
  msgstr "Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ %qs Ð¿Ñ€Ð¸Ð¼ÐµÑšÑƒÑ˜Ðµ Ñ�Ðµ Ñ�Ð°Ð¼Ð¾ Ð½Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ðµ"
  
! #: config/arm/arm.c:6814
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6826
  #, fuzzy, gcc-internal-format
  #| msgid "%qD must not have variable number of arguments"
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "%qD Ð½Ðµ Ð¼Ð¾Ð¶Ðµ Ð¸Ð¼Ð°Ñ‚Ð¸ Ð¿Ñ€Ð¾Ð¼ÐµÐ½Ñ™Ð¸Ð² Ð±Ñ€Ð¾Ñ˜ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ð°Ñ‚Ð°"
  
! #: config/arm/arm.c:6835
  #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6857 config/arm/arm.c:6909
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute ignored on non-class types"
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ %qE Ñ�Ðµ Ð¸Ð³Ð½Ð¾Ñ€Ð¸ÑˆÐµ Ð½Ð° Ð½Ðµ-ÐºÐ»Ð°Ñ�Ð½Ð¸Ð¼ Ñ‚Ð¸Ð¿Ð¾Ð²Ð¸Ð¼Ð°"
  
! #: config/arm/arm.c:6876
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute have effect only on public objects"
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ %qE Ð¸Ð¼Ð° ÑƒÑ‚Ð¸Ñ†Ð°Ñ˜Ð° Ñ�Ð°Ð¼Ð¾ Ñƒ Ñ˜Ð°Ð²Ð½Ð¸Ð¼ Ð¾Ð±Ñ˜ÐµÐºÑ‚Ð¸Ð¼Ð°"
  
! #: config/arm/arm.c:6925
  #, fuzzy, gcc-internal-format
  #| msgid "%qs attribute only applies to function types"
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ %qs Ñ˜Ðµ Ð¿Ñ€Ð¸Ð¼ÐµÑšÐ¸Ð² Ñ�Ð°Ð¼Ð¾ Ð½Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ñ�ÐºÐµ Ñ‚Ð¸Ð¿Ð¾Ð²Ðµ"
  
! #: config/arm/arm.c:12208
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12211
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23458
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "Ð½Ðµ Ð¼Ð¾Ð³Ñƒ Ð´Ð° Ñ�Ñ€Ð°Ñ‡ÑƒÐ½Ð°Ð¼ Ñ�Ñ‚Ð²Ð°Ñ€Ð½Ñƒ Ð»Ð¾ÐºÐ°Ñ†Ð¸Ñ˜Ñƒ Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€Ð° Ð½Ð° Ñ�Ñ‚ÐµÐºÑƒ"
  
! #: config/arm/arm.c:24111
  #, fuzzy, gcc-internal-format
  #| msgid "Unexpected end of module"
  msgid "Unexpected thumb1 far jump"
  msgstr "Ð�ÐµÐ¾Ñ‡ÐµÐºÐ¸Ð²Ð°Ð½ ÐºÑ€Ð°Ñ˜ Ð¼Ð¾Ð´ÑƒÐ»Ð°"
  
! #: config/arm/arm.c:24375
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "Ð½ÐµÐ¼Ð° Ð´Ð¾Ñ�Ñ‚ÑƒÐ¿Ð½Ð¸Ñ… Ð½Ð¸Ñ�ÐºÐ¸Ñ… Ñ€ÐµÐ³Ð¸Ñ�Ñ‚Ð°Ñ€Ð° Ð·Ð° Ð¿Ð¾Ð´Ð¸Ð·Ð°ÑšÐµ Ð²Ð¸Ñ�Ð¾ÐºÐ¸Ñ… Ñ€ÐµÐ³Ð¸Ñ�Ñ‚Ð°Ñ€Ð°"
  
! #: config/arm/arm.c:24624
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "Ñ�ÐµÑ€Ð²Ð¸Ñ�Ð½Ðµ Ñ€ÑƒÑ‚Ð¸Ð½Ðµ Ð¿Ñ€ÐµÐºÐ¸Ð´Ð° Ð½Ðµ Ð¼Ð¾Ð³Ñƒ Ð±Ð¸Ñ‚Ð¸ ÐºÐ¾Ð´Ð¸Ñ€Ð°Ð½Ðµ Ñƒ Ñ€ÐµÐ¶Ð¸Ð¼Ñƒ Ð¢Ð°Ð¼Ð±Ð°"
  
! #: config/arm/arm.c:24853
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30391
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid vector type for attribute %qE"
  msgid "invalid fpu for attribute(target(\"%s\"))"
--- 31328,31404 ----
  msgid "%qE attribute only applies to functions"
  msgstr "Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ %qs Ð¿Ñ€Ð¸Ð¼ÐµÑšÑƒÑ˜Ðµ Ñ�Ðµ Ñ�Ð°Ð¼Ð¾ Ð½Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ðµ"
  
! #: config/arm/arm.c:6851
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6863
  #, fuzzy, gcc-internal-format
  #| msgid "%qD must not have variable number of arguments"
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "%qD Ð½Ðµ Ð¼Ð¾Ð¶Ðµ Ð¸Ð¼Ð°Ñ‚Ð¸ Ð¿Ñ€Ð¾Ð¼ÐµÐ½Ñ™Ð¸Ð² Ð±Ñ€Ð¾Ñ˜ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ð°Ñ‚Ð°"
  
! #: config/arm/arm.c:6872
  #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6894 config/arm/arm.c:6946
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute ignored on non-class types"
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ %qE Ñ�Ðµ Ð¸Ð³Ð½Ð¾Ñ€Ð¸ÑˆÐµ Ð½Ð° Ð½Ðµ-ÐºÐ»Ð°Ñ�Ð½Ð¸Ð¼ Ñ‚Ð¸Ð¿Ð¾Ð²Ð¸Ð¼Ð°"
  
! #: config/arm/arm.c:6913
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute have effect only on public objects"
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ %qE Ð¸Ð¼Ð° ÑƒÑ‚Ð¸Ñ†Ð°Ñ˜Ð° Ñ�Ð°Ð¼Ð¾ Ñƒ Ñ˜Ð°Ð²Ð½Ð¸Ð¼ Ð¾Ð±Ñ˜ÐµÐºÑ‚Ð¸Ð¼Ð°"
  
! #: config/arm/arm.c:6962
  #, fuzzy, gcc-internal-format
  #| msgid "%qs attribute only applies to function types"
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ %qs Ñ˜Ðµ Ð¿Ñ€Ð¸Ð¼ÐµÑšÐ¸Ð² Ñ�Ð°Ð¼Ð¾ Ð½Ð° Ñ„ÑƒÐ½ÐºÑ†Ð¸Ñ˜Ñ�ÐºÐµ Ñ‚Ð¸Ð¿Ð¾Ð²Ðµ"
  
! #: config/arm/arm.c:12245
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12248
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23495
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "Ð½Ðµ Ð¼Ð¾Ð³Ñƒ Ð´Ð° Ñ�Ñ€Ð°Ñ‡ÑƒÐ½Ð°Ð¼ Ñ�Ñ‚Ð²Ð°Ñ€Ð½Ñƒ Ð»Ð¾ÐºÐ°Ñ†Ð¸Ñ˜Ñƒ Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€Ð° Ð½Ð° Ñ�Ñ‚ÐµÐºÑƒ"
  
! #: config/arm/arm.c:24148
  #, fuzzy, gcc-internal-format
  #| msgid "Unexpected end of module"
  msgid "Unexpected thumb1 far jump"
  msgstr "Ð�ÐµÐ¾Ñ‡ÐµÐºÐ¸Ð²Ð°Ð½ ÐºÑ€Ð°Ñ˜ Ð¼Ð¾Ð´ÑƒÐ»Ð°"
  
! #: config/arm/arm.c:24412
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "Ð½ÐµÐ¼Ð° Ð´Ð¾Ñ�Ñ‚ÑƒÐ¿Ð½Ð¸Ñ… Ð½Ð¸Ñ�ÐºÐ¸Ñ… Ñ€ÐµÐ³Ð¸Ñ�Ñ‚Ð°Ñ€Ð° Ð·Ð° Ð¿Ð¾Ð´Ð¸Ð·Ð°ÑšÐµ Ð²Ð¸Ñ�Ð¾ÐºÐ¸Ñ… Ñ€ÐµÐ³Ð¸Ñ�Ñ‚Ð°Ñ€Ð°"
  
! #: config/arm/arm.c:24661
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "Ñ�ÐµÑ€Ð²Ð¸Ñ�Ð½Ðµ Ñ€ÑƒÑ‚Ð¸Ð½Ðµ Ð¿Ñ€ÐµÐºÐ¸Ð´Ð° Ð½Ðµ Ð¼Ð¾Ð³Ñƒ Ð±Ð¸Ñ‚Ð¸ ÐºÐ¾Ð´Ð¸Ñ€Ð°Ð½Ðµ Ñƒ Ñ€ÐµÐ¶Ð¸Ð¼Ñƒ Ð¢Ð°Ð¼Ð±Ð°"
  
! #: config/arm/arm.c:24890
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid vector type for attribute %qE"
  msgid "invalid fpu for attribute(target(\"%s\"))"
*************** msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ñ‚Ð¸Ð¿ Ð²Ðµ
*** 31401,31413 ****
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30399
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30406 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:14915 config/s390/s390.c:14965 config/s390/s390.c:14982
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr ""
--- 31407,31419 ----
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30443
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30450 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:15083 config/s390/s390.c:15133 config/s390/s390.c:15150
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr ""
*************** msgstr ""
*** 34266,34272 ****
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5711
  #, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr ""
--- 34272,34278 ----
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5710
  #, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr ""
*************** msgstr ""
*** 34276,34322 ****
  msgid "vec_addec only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5861
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%q+D takes only zero or two arguments"
  msgid "%s only accepts %d arguments"
  msgstr "%q+D Ð¿Ñ€Ð¸Ð¼Ð° Ð¸Ð»Ð¸ Ð½Ð¸Ñ˜ÐµÐ´Ð°Ð½ Ð¸Ð»Ð¸ Ð´Ð²Ð° Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°"
  
! #: config/rs6000/rs6000-c.c:5866
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%q+D takes only zero or two arguments"
  msgid "%s only accepts 1 argument"
  msgstr "%q+D Ð¿Ñ€Ð¸Ð¼Ð° Ð¸Ð»Ð¸ Ð½Ð¸Ñ˜ÐµÐ´Ð°Ð½ Ð¸Ð»Ð¸ Ð´Ð²Ð° Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°"
  
! #: config/rs6000/rs6000-c.c:5871
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%q+D takes only zero or two arguments"
  msgid "%s only accepts 2 arguments"
  msgstr "%q+D Ð¿Ñ€Ð¸Ð¼Ð° Ð¸Ð»Ð¸ Ð½Ð¸Ñ˜ÐµÐ´Ð°Ð½ Ð¸Ð»Ð¸ Ð´Ð²Ð° Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°"
  
! #: config/rs6000/rs6000-c.c:5937
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6106
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6380
  #, fuzzy, gcc-internal-format
  #| msgid "passing arg %d of %qE discards qualifiers frompointer target type"
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "Ð¿Ñ€Ð¾Ñ�Ð»ÐµÑ’Ð¸Ð²Ð°ÑšÐµ Ð°Ñ€Ð³Ð° %d Ð·Ð° %qE Ð¾Ð´Ð±Ð°Ñ†ÑƒÑ˜Ðµ Ð¾Ð´Ñ€ÐµÐ´Ð±Ðµ Ñ‚Ð¸Ð¿Ð° Ð¿Ð¾ÐºÐ°Ð·Ð¸Ð²Ð°Ñ‡ÐºÐ¾Ð³ Ñ†Ð¸Ñ™Ð°"
  
! #: config/rs6000/rs6000-c.c:6434
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%Jalias definitions not supported in this configuration"
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "%JÐ´ÐµÑ„Ð¸Ð½Ð¸Ñ†Ð¸Ñ˜Ðµ Ð°Ð»Ð¸Ñ˜Ð°Ñ�Ð° Ð½Ð¸Ñ�Ñƒ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð½Ðµ Ñƒ Ð¾Ð²Ð¾Ñ˜ ÐºÐ¾Ð½Ñ„Ð¸Ð³ÑƒÑ€Ð°Ñ†Ð¸Ñ˜Ð¸"
  
! #: config/rs6000/rs6000-c.c:6442
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid parameter combination for AltiVec intrinsic"
  msgid "invalid parameter combination for AltiVec intrinsic %s"
--- 34282,34328 ----
  msgid "vec_addec only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5862
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%q+D takes only zero or two arguments"
  msgid "%s only accepts %d arguments"
  msgstr "%q+D Ð¿Ñ€Ð¸Ð¼Ð° Ð¸Ð»Ð¸ Ð½Ð¸Ñ˜ÐµÐ´Ð°Ð½ Ð¸Ð»Ð¸ Ð´Ð²Ð° Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°"
  
! #: config/rs6000/rs6000-c.c:5867
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%q+D takes only zero or two arguments"
  msgid "%s only accepts 1 argument"
  msgstr "%q+D Ð¿Ñ€Ð¸Ð¼Ð° Ð¸Ð»Ð¸ Ð½Ð¸Ñ˜ÐµÐ´Ð°Ð½ Ð¸Ð»Ð¸ Ð´Ð²Ð° Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°"
  
! #: config/rs6000/rs6000-c.c:5872
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%q+D takes only zero or two arguments"
  msgid "%s only accepts 2 arguments"
  msgstr "%q+D Ð¿Ñ€Ð¸Ð¼Ð° Ð¸Ð»Ð¸ Ð½Ð¸Ñ˜ÐµÐ´Ð°Ð½ Ð¸Ð»Ð¸ Ð´Ð²Ð° Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°"
  
! #: config/rs6000/rs6000-c.c:5938
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6107
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6381
  #, fuzzy, gcc-internal-format
  #| msgid "passing arg %d of %qE discards qualifiers frompointer target type"
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "Ð¿Ñ€Ð¾Ñ�Ð»ÐµÑ’Ð¸Ð²Ð°ÑšÐµ Ð°Ñ€Ð³Ð° %d Ð·Ð° %qE Ð¾Ð´Ð±Ð°Ñ†ÑƒÑ˜Ðµ Ð¾Ð´Ñ€ÐµÐ´Ð±Ðµ Ñ‚Ð¸Ð¿Ð° Ð¿Ð¾ÐºÐ°Ð·Ð¸Ð²Ð°Ñ‡ÐºÐ¾Ð³ Ñ†Ð¸Ñ™Ð°"
  
! #: config/rs6000/rs6000-c.c:6435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%Jalias definitions not supported in this configuration"
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "%JÐ´ÐµÑ„Ð¸Ð½Ð¸Ñ†Ð¸Ñ˜Ðµ Ð°Ð»Ð¸Ñ˜Ð°Ñ�Ð° Ð½Ð¸Ñ�Ñƒ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð½Ðµ Ñƒ Ð¾Ð²Ð¾Ñ˜ ÐºÐ¾Ð½Ñ„Ð¸Ð³ÑƒÑ€Ð°Ñ†Ð¸Ñ˜Ð¸"
  
! #: config/rs6000/rs6000-c.c:6443
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid parameter combination for AltiVec intrinsic"
  msgid "invalid parameter combination for AltiVec intrinsic %s"
*************** msgstr "Ð½ÐµÐ¸Ñ�Ð¿Ñ€Ð°Ð²Ð°Ð½ Ð°Ñ€Ð³ÑƒÐ¼Ð
*** 35433,35550 ****
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9812
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr "ÑƒÐºÑƒÐ¿Ð½Ð° Ð²ÐµÐ»Ð¸Ñ‡Ð¸Ð½Ð° Ð»Ð¾ÐºÐ°Ð»Ð½Ð¸Ñ… Ð¿Ñ€Ð¾Ð¼ÐµÐ½Ñ™Ð¸Ð²Ð¸Ñ… Ð¿Ñ€ÐµÐ¼Ð°ÑˆÑƒÑ˜Ðµ Ð¾Ð³Ñ€Ð°Ð½Ð¸Ñ‡ÐµÑšÐµ Ð°Ñ€Ñ…Ð¸Ñ‚ÐµÐºÑ‚ÑƒÑ€Ðµ"
  
! #: config/s390/s390.c:10926
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:10942
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:10970
  #, fuzzy, gcc-internal-format
  #| msgid "frame size of %qs is "
  msgid "frame size of %qs is %wd bytes"
  msgstr "Ð²ÐµÐ»Ð¸Ñ‡Ð¸Ð½Ð° Ð¾ÐºÐ²Ð¸Ñ€Ð° Ð·Ð° %qs Ñ˜Ðµ "
  
! #: config/s390/s390.c:10974
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr "%qs ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð¸ Ð´Ð¸Ð½Ð°Ð¼Ð¸Ñ‡ÐºÐ¾ Ñ€ÐµÐ·ÐµÑ€Ð²Ð¸Ñ�Ð°ÑšÐµ Ñ�Ñ‚ÐµÐºÐ°"
  
! #: config/s390/s390.c:11352
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14498
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14510
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14522
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "Ñ€ÐµÐ¶Ð¸Ð¼ Ð·/Ð�Ñ€Ñ…Ð¸Ñ‚ÐµÐºÑ‚ÑƒÑ€Ðµ Ð½Ð¸Ñ˜Ðµ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð½ Ð½Ð° %s"
  
! #: config/s390/s390.c:14525
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "64-Ð±Ð¸Ñ‚Ð½Ð¸ Ð�Ð‘Ð˜ Ð½Ð¸Ñ˜Ðµ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð½ Ñƒ Ñ€ÐµÐ¶Ð¸Ð¼Ñƒ Ð•Ð¡Ð•/390"
  
! #: config/s390/s390.c:14542
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14545
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14573
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "Restrict the use of hardware floating-point instructions to 32-bit operations"
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "ÐžÐ³Ñ€Ð°Ð½Ð¸Ñ‡Ð¸ ÑƒÐ¿Ð¾Ñ‚Ñ€ÐµÐ±Ñƒ Ñ…Ð°Ñ€Ð´Ð²ÐµÑ€Ñ�ÐºÐ¸Ñ… Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ñ˜Ð° Ð¿Ð¾ÐºÑ€ÐµÑ‚Ð½Ð¾Ð³ Ð·Ð°Ñ€ÐµÐ·Ð° Ð½Ð° 32-Ð±Ð¸Ñ‚Ð½Ðµ Ð¾Ð¿ÐµÑ€Ð°Ñ†Ð¸Ñ˜Ðµ"
  
! #: config/s390/s390.c:14577
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14589
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14597
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "-mbackchain -mpacked-stack -mhard-float Ð½Ð¸Ñ�Ñƒ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð½Ð¸ Ñƒ ÐºÐ¾Ð¼Ð±Ð¸Ð½Ð°Ñ†Ð¸Ñ˜Ð¸"
  
! #: config/s390/s390.c:14603
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr "Ð²ÐµÐ»Ð¸Ñ‡Ð¸Ð½Ð° Ñ�Ñ‚ÐµÐºÐ° Ð¼Ð¾Ñ€Ð° Ð±Ð¸Ñ‚Ð¸ Ð²ÐµÑ›Ð° Ð¾Ð´ Ð²Ñ€ÐµÐ´Ð½Ð¾Ñ�Ñ‚Ð¸ Ð±Ñ€Ð°Ð½Ð¸ÐºÐ° Ñ�Ñ‚ÐµÐºÐ°"
  
! #: config/s390/s390.c:14605
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "Ð²ÐµÐ»Ð¸Ñ‡Ð¸Ð½Ð° Ñ�Ñ‚ÐµÐºÐ° Ð½Ðµ Ñ�Ð¼Ðµ Ð±Ð¸Ñ‚Ð¸ Ð²ÐµÑ›Ð° Ð¾Ð´ 64k"
  
! #: config/s390/s390.c:14608
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr "-mstack-guard Ð¸Ð¼Ð¿Ð»Ð¸Ñ†Ð¸Ñ€Ð° ÐºÐ¾Ñ€Ð¸ÑˆÑ›ÐµÑšÐµ -mstack-size"
  
  #. argument is not a plain number
! #: config/s390/s390.c:14706
  #, fuzzy, gcc-internal-format
  #| msgid "argument to \"%s\" should be a non-negative integer"
  msgid "arguments to %qs should be non-negative integers"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð·Ð° â€ž%sâ€œ Ñ‚Ñ€ÐµÐ±Ð° Ð´Ð° Ñ˜Ðµ Ð½ÐµÐ½ÐµÐ³Ð°Ñ‚Ð¸Ð²Ð°Ð½ Ñ†ÐµÐ¾ Ð±Ñ€Ð¾Ñ˜"
  
! #: config/s390/s390.c:14713
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qs attribute larger than %d"
  msgid "argument to %qs is too large (max. %d)"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð·Ð° Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ %qs Ð²ÐµÑ›Ð¸ Ð¾Ð´ %d"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:14921
  #, fuzzy, gcc-internal-format
  #| msgid "stack limits not supported on this target"
  msgid "value %qs is not supported by attribute %<target%>"
--- 35439,35556 ----
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9980
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr "ÑƒÐºÑƒÐ¿Ð½Ð° Ð²ÐµÐ»Ð¸Ñ‡Ð¸Ð½Ð° Ð»Ð¾ÐºÐ°Ð»Ð½Ð¸Ñ… Ð¿Ñ€Ð¾Ð¼ÐµÐ½Ñ™Ð¸Ð²Ð¸Ñ… Ð¿Ñ€ÐµÐ¼Ð°ÑˆÑƒÑ˜Ðµ Ð¾Ð³Ñ€Ð°Ð½Ð¸Ñ‡ÐµÑšÐµ Ð°Ñ€Ñ…Ð¸Ñ‚ÐµÐºÑ‚ÑƒÑ€Ðµ"
  
! #: config/s390/s390.c:11094
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:11110
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:11138
  #, fuzzy, gcc-internal-format
  #| msgid "frame size of %qs is "
  msgid "frame size of %qs is %wd bytes"
  msgstr "Ð²ÐµÐ»Ð¸Ñ‡Ð¸Ð½Ð° Ð¾ÐºÐ²Ð¸Ñ€Ð° Ð·Ð° %qs Ñ˜Ðµ "
  
! #: config/s390/s390.c:11142
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr "%qs ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð¸ Ð´Ð¸Ð½Ð°Ð¼Ð¸Ñ‡ÐºÐ¾ Ñ€ÐµÐ·ÐµÑ€Ð²Ð¸Ñ�Ð°ÑšÐµ Ñ�Ñ‚ÐµÐºÐ°"
  
! #: config/s390/s390.c:11520
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14666
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14678
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14690
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "Ñ€ÐµÐ¶Ð¸Ð¼ Ð·/Ð�Ñ€Ñ…Ð¸Ñ‚ÐµÐºÑ‚ÑƒÑ€Ðµ Ð½Ð¸Ñ˜Ðµ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð½ Ð½Ð° %s"
  
! #: config/s390/s390.c:14693
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "64-Ð±Ð¸Ñ‚Ð½Ð¸ Ð�Ð‘Ð˜ Ð½Ð¸Ñ˜Ðµ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð½ Ñƒ Ñ€ÐµÐ¶Ð¸Ð¼Ñƒ Ð•Ð¡Ð•/390"
  
! #: config/s390/s390.c:14710
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14741
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "Restrict the use of hardware floating-point instructions to 32-bit operations"
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "ÐžÐ³Ñ€Ð°Ð½Ð¸Ñ‡Ð¸ ÑƒÐ¿Ð¾Ñ‚Ñ€ÐµÐ±Ñƒ Ñ…Ð°Ñ€Ð´Ð²ÐµÑ€Ñ�ÐºÐ¸Ñ… Ð¸Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ð¸Ñ˜Ð° Ð¿Ð¾ÐºÑ€ÐµÑ‚Ð½Ð¾Ð³ Ð·Ð°Ñ€ÐµÐ·Ð° Ð½Ð° 32-Ð±Ð¸Ñ‚Ð½Ðµ Ð¾Ð¿ÐµÑ€Ð°Ñ†Ð¸Ñ˜Ðµ"
  
! #: config/s390/s390.c:14745
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14757
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14765
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "-mbackchain -mpacked-stack -mhard-float Ð½Ð¸Ñ�Ñƒ Ð¿Ð¾Ð´Ñ€Ð¶Ð°Ð½Ð¸ Ñƒ ÐºÐ¾Ð¼Ð±Ð¸Ð½Ð°Ñ†Ð¸Ñ˜Ð¸"
  
! #: config/s390/s390.c:14771
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr "Ð²ÐµÐ»Ð¸Ñ‡Ð¸Ð½Ð° Ñ�Ñ‚ÐµÐºÐ° Ð¼Ð¾Ñ€Ð° Ð±Ð¸Ñ‚Ð¸ Ð²ÐµÑ›Ð° Ð¾Ð´ Ð²Ñ€ÐµÐ´Ð½Ð¾Ñ�Ñ‚Ð¸ Ð±Ñ€Ð°Ð½Ð¸ÐºÐ° Ñ�Ñ‚ÐµÐºÐ°"
  
! #: config/s390/s390.c:14773
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "Ð²ÐµÐ»Ð¸Ñ‡Ð¸Ð½Ð° Ñ�Ñ‚ÐµÐºÐ° Ð½Ðµ Ñ�Ð¼Ðµ Ð±Ð¸Ñ‚Ð¸ Ð²ÐµÑ›Ð° Ð¾Ð´ 64k"
  
! #: config/s390/s390.c:14776
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr "-mstack-guard Ð¸Ð¼Ð¿Ð»Ð¸Ñ†Ð¸Ñ€Ð° ÐºÐ¾Ñ€Ð¸ÑˆÑ›ÐµÑšÐµ -mstack-size"
  
  #. argument is not a plain number
! #: config/s390/s390.c:14874
  #, fuzzy, gcc-internal-format
  #| msgid "argument to \"%s\" should be a non-negative integer"
  msgid "arguments to %qs should be non-negative integers"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð·Ð° â€ž%sâ€œ Ñ‚Ñ€ÐµÐ±Ð° Ð´Ð° Ñ˜Ðµ Ð½ÐµÐ½ÐµÐ³Ð°Ñ‚Ð¸Ð²Ð°Ð½ Ñ†ÐµÐ¾ Ð±Ñ€Ð¾Ñ˜"
  
! #: config/s390/s390.c:14881
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qs attribute larger than %d"
  msgid "argument to %qs is too large (max. %d)"
  msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð·Ð° Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ %qs Ð²ÐµÑ›Ð¸ Ð¾Ð´ %d"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:15089
  #, fuzzy, gcc-internal-format
  #| msgid "stack limits not supported on this target"
  msgid "value %qs is not supported by attribute %<target%>"
diff -Nrcpad gcc-7.1.0/gcc/po/sv.gmo gcc-7.2.0/gcc/po/sv.gmo
*** gcc-7.1.0/gcc/po/sv.gmo	Tue May  2 14:16:37 2017
--- gcc-7.2.0/gcc/po/sv.gmo	Mon Aug 14 08:30:39 2017
***************
*** 1,2006 ****
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  For bug reporting instructions, please see:
  
*************** write_c_file - output name is %s, prefix
*** 2111,2131 ****
   candidate 1: %q#F candidate 2: %q#F conflicting code gen style switches are used the expression has a constant value but is not a C++ constant-expression!$ACC LOOP %s in PARALLEL region doesn't allow %s arguments at %L!$ACC LOOP %s loops don't form rectangular iteration space at %L!$ACC LOOP cannot be a DO WHILE or DO without loop control at %L!$ACC LOOP iteration variable must be of type integer at %L!$ACC at %C starts a commented line as it neither is followed by a space nor is a continuation line!$OMP ATOMIC CAPTURE capture statement must read from a scalar variable of intrinsic type at %L!$OMP ATOMIC CAPTURE capture statement must set a scalar variable of intrinsic type at %L!$OMP ATOMIC CAPTURE capture statement reads from different variable than update statement writes into at %L!$OMP ATOMIC CAPTURE update statement must set a scalar variable of intrinsic type at %L!$OMP ATOMIC READ statement must read from a scalar variable of intrinsic type at %L!$OMP ATOMIC assignment intrinsic IAND, IOR or IEOR must have two arguments at %L!$OMP ATOMIC assignment intrinsic must be MIN, MAX, IAND, IOR or IEOR at %L!$OMP ATOMIC assignment must be var = var op expr or var = expr op var at %L!$OMP ATOMIC assignment must have an operator or intrinsic on right hand side at %L!$OMP ATOMIC assignment operator must be binary +, *, -, /, .AND., .OR., .EQV. or .NEQV. at %L!$OMP ATOMIC intrinsic arguments except one must not reference %qs at %L!$OMP ATOMIC intrinsic arguments must be scalar at %L!$OMP ATOMIC statement must set a scalar variable of intrinsic type at %L!$OMP ATOMIC var = var op expr not mathematically equivalent to var = var op (expr) at %L!$OMP ATOMIC with ALLOCATABLE variable at %L!$OMP DECLARE REDUCTION %s not found at %L!$OMP DECLARE REDUCTION %s not found for type %s at %L!$OMP DECLARE SIMD should refer to containing procedure %qs at %L!$OMP DECLARE TARGET variable %qs at %L isn't SAVEd!$OMP at %C starts a commented line as it neither is followed by a space nor is a continuation line"::" was expected after module nature at %C but was not found"USE :: module" at %C# %s %.2f %.2f
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! #pragma GCC memregs must precede any function decls#pragma GCC memregs takes a number [0..16]#pragma GCC optimize is not allowed inside functions#pragma GCC optimize string... is badly formed#pragma GCC option is not allowed inside functions#pragma GCC target is not supported for this machine#pragma GCC target string... is badly formed#pragma GCC visibility must be followed by push or pop#pragma GCC visibility push() must specify default, internal, hidden or protected#pragma GHS endXXX does not match previous startXXX#pragma GHS endXXXX found without previous startXXX#pragma implementation for %qs appears after file is included#pragma message: %s#pragma pack (pop) encountered without matching #pragma pack (push)#pragma pack has no effect with -fpack-struct - ignored#pragma pack(pop, %E) encountered without matching #pragma pack(push, %E)#pragma redefine_extname ignored due to conflict with __asm__ declaration#pragma redefine_extname ignored due to conflict with previous #pragma redefine_extname#pragma redefine_extname ignored due to conflict with previous rename#pragma vtable no longer supported$ descriptor at %L$ operand number used after format without operand number$ should be the last specifier in format at %L%%LOC() as an rvalue at %C%+D causes a section type conflict%+D causes a section type conflict with %D%+D declared alias after being used%+D declared ifunc after being used%+D declared weak after being used%+D declared weakref after being used%<!%> not valid in GIMPLE%<#pragma GCC ivdep%> must be inside a function%<#pragma GCC optimize (string [,string]...)%> does not have a final %<)%>%<#pragma GCC optimize%> is not a string or number%<#pragma GCC option%> is not a string%<#pragma GCC pch_preprocess%> must be first%<#pragma GCC pop_options%> without a corresponding %<#pragma GCC push_options%>%<#pragma GCC target (string [,string]...)%> does not have a final %<)%>%<#pragma STDC FLOAT_CONST_DECIMAL64%> is not supported for C++%<#pragma STDC FLOAT_CONST_DECIMAL64%> is not supported on this target%<#pragma acc %s data%> has no data movement clause%<#pragma acc routine%> already applied to %qD%<#pragma acc routine%> must be at file scope%<#pragma acc routine%> names a set of overloads%<#pragma acc routine%> not immediately followed by a single function declaration or definition%<#pragma acc routine%> not immediately followed by function declaration or definition%<#pragma acc update%> must contain at least one %<device%> or %<host%> or %<self%> clause%<#pragma align%> must appear before the declaration of %D, ignoring%<#pragma cilk grainsize%> is not followed by %<_Cilk_for%>%<#pragma cilk grainsize%> must be inside a function%<#pragma grainsize%> ignored because -fcilkplus is not enabled%<#pragma grainsize%> must be inside a function%<#pragma omp atomic capture%> uses two different expressions for memory%<#pragma omp atomic capture%> uses two different variables for memory%<#pragma omp atomic update%> uses two different expressions for memory%<#pragma omp atomic update%> uses two different variables for memory%<#pragma omp cancel for%> inside %<nowait%> for construct%<#pragma omp cancel for%> inside %<ordered%> for construct%<#pragma omp cancel sections%> inside %<nowait%> sections construct%<#pragma omp cancel%> must specify one of %<parallel%>, %<for%>, %<sections%> or %<taskgroup%> clauses%<#pragma omp cancellation point%> must specify one of %<parallel%>, %<for%>, %<sections%> or %<taskgroup%> clauses%<#pragma omp declare reduction%> combiner refers to variable %qD which is not %<omp_out%> nor %<omp_in%>%<#pragma omp declare reduction%> initializer refers to variable %qD which is not %<omp_priv%> nor %<omp_orig%>%<#pragma omp declare reduction%> not at file or block scope%<#pragma omp declare simd%> must be followed by function declaration or definition%<#pragma omp declare simd%> must be followed by function declaration or definition or another %<#pragma omp declare simd%>%<#pragma omp declare simd%> not immediately followed by a function declaration or definition%<#pragma omp declare simd%> not immediately followed by a single function declaration or definition%<#pragma omp declare simd%> not immediately followed by function declaration or definition%<#pragma omp declare simd%> or %<simd%> attribute cannot be used in the same function marked as a Cilk Plus SIMD-enabled function%<#pragma omp declare target%> with clauses in between %<#pragma omp declare target%> without clauses and %<#pragma omp end declare target%>%<#pragma omp end declare target%> without corresponding %<#pragma omp declare target%>%<#pragma omp ordered%> with %<depend%> clause may only be used in compound statements%<#pragma omp section%> may only be used in %<#pragma omp sections%> construct%<#pragma omp simd%> used with class iteration variable %qE%<#pragma omp target data%> must contain at least one %<map%> clause%<#pragma omp target data%> with map-type other than %<to%>, %<from%>, %<tofrom%> or %<alloc%> on %<map%> clause%<#pragma omp target enter data%> must contain at least one %<map%> clause%<#pragma omp target enter data%> with map-type other than %<to%> or %<alloc%> on %<map%> clause%<#pragma omp target exit data%> must contain at least one %<map%> clause%<#pragma omp target exit data%> with map-type other than %<from%>, %<release%> or %<delete%> on %<map%> clause%<#pragma omp target update%> must contain at least one %<from%> or %<to%> clauses%<#pragma omp target%> with map-type other than %<to%>, %<from%>, %<tofrom%> or %<alloc%> on %<map%> clause%<#pragma simd%> must be inside a function%<#pragma weak%> declaration of %q+D not allowed, ignored%<#pragma%> is not allowed here%<%%%> constraint used with last operand%<%%%c%> yields only last 2 digits of year%<%%%c%> yields only last 2 digits of year in some locales%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu%<%.*s%> directive output truncated writing %wu byte into a region of size %wu%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu%<%.*s%> directive writing %wu byte into a region of size %wu%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu%<%.*s%> directive writing %wu bytes into a region of size %wu%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu%<%.*s%> directive writing %wu or more bytes into a region of size %wu%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive writing up to %wu bytes into a region of size %wu%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu%<%D::%D%> is not a class member%<%D::%D%> is not a member of %qT%<%E::%E%> has not been declared%<%E::%E%> is not a class or namespace%<%E::%E%> is not a class, namespace, or enumeration%<%E::%E%> is not a type%<%E::%E%> scoped attribute directive ignored%<%T::%D%> names constructor in %qT%<%T::%D%> names destructor%<%T::%D%> names the constructor, not the type%<%T::%E%> has not been declared%<%T::%E%> is not a type%<%T::%E%> names the constructor, not the type%<%c%> is not a valid character in an identifier%<%c%> is not a valid first character for an identifier%<%c%E%> not found in protocol(s)%<%s %E%> declared inside parameter list will not be visible outside of this definition or declaration%<%s %s%> construct not closely nested inside of %qs%<%s + %s%> at %L must be less than or equal to BIT_SIZE(%qs)%<%s taskgroup%> construct not closely nested inside of %<taskgroup%> region%<%s%> is unknown%<&%> constraint used with no register class%<&%> not allowed by itself in line %d%<&&%> not valid in GIMPLE%<)%> expected at %C%<*%> in boolean context, suggest %<&&%> instead%<*this%> capture only available with -std=c++1z or -std=gnu++1z%<-%s%> conflicts with the other architecture options, which specify a %s processor%<-Wabi=1%> is not supported, using =2%<-fabi-compat-version=1%> is not supported, using =2%<-fabi-version=1%> is no longer supported%<-fd-lines-as-code%> has no effect in free form%<-fd-lines-as-comments%> has no effect in free form%<-femit-struct-debug-detailed=dir:...%> must allow at least as much as %<-femit-struct-debug-detailed=ind:...%>%<-fobjc-abi-version%> >= 2 is not supported on %<-m32%> targets with %<-fnext-runtime%>%<-fobjc-abi-version%> >= 2 must be used for %<-m64%> targets with %<-fnext-runtime%>%<-fobjc-exceptions%> is required to enable Objective-C exception syntax%<-fobjc-gc%> is ignored for %<-fgnu-runtime%>%<-fobjc-sjlj-exceptions%> is ignored for %<-fgnu-runtime%>%<-fobjc-sjlj-exceptions%> is ignored for %<-fnext-runtime%> when %<-fobjc-abi-version%> >= 2%<-fobjc-sjlj-exceptions%> is the only supported exceptions system for %<-fnext-runtime%> with %<-fobjc-abi-version%> < 2%<-fsplit-stack%> currently only supported on GNU/Linux%<-fsplit-stack%> currently only supported on PowerPC64 GNU/Linux with glibc-2.18 or later%<-fsplit-stack%> is not supported by this compiler configuration%<-fsplit-stack%> requires assembler support for CFI directives%<-gdwarf%s%> is ambiguous; use %<-gdwarf-%s%> for DWARF version or %<-gdwarf -g%s%> for debug level%<-gnat%> misspelled as %<-gant%>%<-march=%s%> is not compatible with the selected ABI%<-march=%s%> requires %<-mfp32%>%<-mcpu=%> is deprecated; use %<-mtune=%> or %<-march=%> instead%<-mdynamic-no-pic%> overrides %<-fpic%>, %<-fPIC%>, %<-fpie%> or %<-fPIE%>%<-mfpxx%> can only be used with the o32 ABI%<-mfpxx%> requires %<-mlra%>%<-mfused-madd%> is deprecated; use %<-ffp-contract=%> instead%<-mgp32%> and %<-mfp64%> can only be combined if the target supports the mfhc1 and mthc1 instructions%<-mgp32%> and %<-mfp64%> can only be combined when using the o32 ABI%<-mgp32%> used with a 64-bit ABI%<-mgp64%> used with a 32-bit ABI%<-mgp64%> used with a 32-bit processor%<-mintel-syntax%> and %<-mno-intel-syntax%> are deprecated; use %<-masm=intel%> and %<-masm=att%> instead%<-mips3d%> requires %<-mpaired-single%>%<-mmsa%> must be used with %<-mfp64%> and %<-mhard-float%>%<-mno-gpopt%> needs %<-mexplicit-relocs%>%<-mpcommit%> was deprecated%<-mrtd%> is ignored in 64bit mode%<-msse5%> was removed%<-msseregparm%> used without SSE enabled%<-mtune=x86-64%> is deprecated; use %<-mtune=k8%> or %<-mtune=generic%> instead as appropriate%<-static-libgfortran%> is not supported in this configuration%<-x %s%> after last input file has no effect%<...%> as arguments.)%<...%> handler must be the last handler for its try block%<...%> has invalid operand number%<::%> needed in PROCEDURE binding with explicit target at %C%<::%D%> has not been declared%<::%E%> has not been declared%<::%E%> is not a class or namespace%<::%E%> is not a class, namespace, or enumeration%<::%E%> is not a type%<::main%> must return %<int%>%<<:%> is an alternate spelling for %<[%>. Insert whitespace between %<<%> and %<::%>%<<::%> cannot begin a template-argument list%<<<%> in boolean context, did you mean %<<%> ?%<=> target%> is invalid for DEFERRED binding at %C%<>>%> operator is treated as two right angle brackets in C++11%<>>%> should be %<> >%> within a nested template argument list%<@dynamic%> is not available in Objective-C 1.0%<@dynamic%> not in @implementation context%<@dynamic%> requires the @interface of the class to be available%<@encode%> must specify a type as an argument%<@end%> missing in implementation context%<@end%> must appear in an @implementation context%<@optional%> is allowed in @protocol context only%<@optional%> is not available in Objective-C 1.0%<@package%> is not available in Objective-C 1.0%<@package%> presently has the same effect as %<@public%>%<@property%> is not available in Objective-C 1.0%<@required%> is allowed in @protocol context only%<@required%> is not available in Objective-C 1.0%<@synchronized%> argument is not an object%<@synthesize%> can not be used in categories%<@synthesize%> is not available in Objective-C 1.0%<@synthesize%> not in @implementation context%<@synthesize%> requires the @interface of the class to be available%<@throw%> (rethrow) used outside of a @catch block%<@throw%> argument is not an object%<@try%> without %<@catch%> or %<@finally%>%<G0%> in format at %L%<I%> at %L and %<J%>' at %L cannot both be BOZ literal constants%<MOLD%> argument of %<TRANSFER%> intrinsic at %L must not be %s%<[%E] =%> used in a GNU-style designated initializer for class %qT%<[*]%> not allowed in other than function prototype scope%<[*]%> not in a declaration%<_Alignas%> specifiers cannot reduce alignment of %qE%<_Alignas%> specifiers cannot reduce alignment of unnamed field%<_Atomic%> %qD in %<aligned%> clause%<_Atomic%> %qD in %<firstprivate%> clause on %<target%> construct%<_Atomic%> %qD in %<linear%> clause%<_Atomic%> %qD in %qs clause%<_Atomic%> %qD in implicit %<firstprivate%> clause on %<target%> construct%<_Atomic%> %qD in implicit %<map%> clause%<_Atomic%> %qE in %<reduction%> clause%<_Atomic%> %qE in %qs clause%<_Atomic%> applied to a qualified type%<_Atomic%> expression in %<#pragma omp atomic%>%<_Atomic%> in Objective-C%<_Atomic%> iteration variable %qE%<_Atomic%> qualified type in %<#pragma omp declare reduction%>%<_Atomic%>-qualified array type%<_Atomic%>-qualified function type%<_Atomic%>-qualified parameter type %qT of %q+D%<_Atomic%>-qualified return type of %qD%<_Cilk_for%> allows expression instead of declaration only in C, not in C++%<_Cilk_spawn%> may only be used inside a function%<_Cilk_spawn%> must be followed by an expression%<_Float%d%s%> is not supported on this target%<_Generic%> association has function type%<_Generic%> association has incomplete type%<_Generic%> association has variable length type%<_Generic%> selector of type %qT is not compatible with any association%<_Generic%> specifies two compatible types%<_Noreturn%> in empty declaration%<_Sat%> is used without %<_Fract%> or %<_Accum%>%<__BELOW100__%> attribute only applies to variables%<__GIMPLE%> only valid with -fgimple%<__alignof%> applied to a bit-field%<__auto_type%> in empty declaration%<__auto_type%> may only be used with a single declarator%<__auto_type%> requires a plain identifier as declarator%<__auto_type%> requires an initialized data declaration%<__auto_type%> used with a bit-field initializer%<__builtin_complex%> operand not of real binary floating-point type%<__builtin_complex%> operands of different types%<__builtin_longjmp%> second argument must be 1%<__builtin_next_arg%> called without an argument%<__gcc_host_wide_int__%> is not defined as %<long%> or %<long long%>%<__gcc_host_wide_int__%> is not defined as a type%<__int%d%> is not supported by this target%<__int%d%> is not supported on this target%<__label__%> not at the beginning of a block%<__restrict%> can only be specified for objects and functions%<__simd__%> attribute cannot be used in the same function marked as a Cilk Plus SIMD-enabled function%<__thread%> before %<extern%>%<__thread%> before %<static%>%<__thread%> before %qD%<__thread%> can only be specified for objects and functions%<__transaction_atomic%> without transactional memory support enabled%<__transaction_cancel%> not within %<__transaction_atomic%>%<__transaction_cancel%> within a %<__transaction_relaxed%>%<__transaction_cancel%> without transactional memory support enabled%<__transaction_relaxed%> without transactional memory support enabled%<a%d%> argument of %qs intrinsic at %L must be %s(%d)%<a1%> argument of %qs intrinsic at %L must be INTEGER, REAL or CHARACTER%<acc update%> must contain at least one %<device%> or %<host%> or %<self%> clause at %L%<alignas%> argument has non-integral type %qT%<aligned%> clause alignment expression must be integral%<aligned%> clause alignment expression must be positive constant integer expression%<alloca%> bound is unknown%<and%> of mutually exclusive equal-tests is always 0%<asm%> in %<constexpr%> function%<asm%> operand constraint incompatible with operand size%<asm%> operand has impossible constraints%<asm%> operand requires impossible reload%<asm%> specifiers are not permitted on non-static data members%<assign%> attribute conflicts with %<copy%> attribute%<assign%> attribute conflicts with %<retain%> attribute%<assign%> can be unsafe for Objective-C objects; please state explicitly if you need it%<async%> expression must be integral%<auto%> can only be specified for variables or function declarations%<auto%> changes meaning in C++11; please remove it%<auto%> conflicts with other OpenACC loop specifiers%<auto%> in file-scope empty declaration%<auto%> parameter not permitted in this context%<bank_switch%> has no effect on non-interrupt functions%<builtin_return_address%> contains only 2 bytes of address%<concept%> cannot appear in a typedef declaration%<concept%> only available with -fconcepts%<const%> and %<volatile%> function specifiers on %qD invalid in field declaration%<const%> and %<volatile%> function specifiers on %qD invalid in parameter declaration%<const%> and %<volatile%> function specifiers on %qD invalid in type declaration%<const%> and %<volatile%> function specifiers on %qD invalid in variable declaration%<const%> can only be specified for objects and functions%<constexpr%> cannot appear in a typedef declaration%<constexpr%> cannot be used for type declarations%<constexpr%> constructor for union %qT must initialize exactly one non-static data member%<constexpr%> lambda only available with -std=c++1z or -std=gnu++1z%<constexpr%> needed for in-class initialization of static data member %q#D of non-integral type%<copy%> attribute is only valid for Objective-C objects%<critical%> region may not be nested inside a %<critical%> region with the same name%<custom-%s=%> is not recognized as FPU instruction%<custom-%s=%> requires argument%<default%> label not within a switch statement%<delete[]%> is not a constant expression%<depend(%s)%> is only allowed in %<omp ordered%>%<depend(sink)%> clause waiting for lexically later iteration%<depend(sink)%> refers to iteration never in the iteration space%<depend(source)%> clause specified together with %<depend(sink:)%> clauses on the same construct%<device%> id must be integral%<dim%> argument of %qs intrinsic at %L is not a valid codimension index%<dim%> argument of %qs intrinsic at %L is not a valid dimension index%<dim%> argument of %s intrinsic at %L is not a valid dimension index%<dist_schedule%> chunk size expression must be integral%<distribute%> region must be strictly nested inside %<teams%> construct%<dynamic_cast%> not permitted with -fno-rtti%<else%> without a previous %<if%>%<enum %E%> declared in %<for%> loop initial declaration%<explicit%> can only be specified for constructors%<explicit%> in friend declaration%<explicit%> outside class declaration%<externally_visible%> attribute have effect only on public objects%<fallthrough%> attribute not followed by %<;%>%<fallthrough%> attribute specified multiple times%<fallthrough%> attribute specified with a parameter%<fast_interrupt%> attribute directive ignored%<for%> loop initial declarations are only allowed in C99 or C11 mode%<friend%> can only be specified inside a class%<friend%> used outside of class%<gang%> num expression must be integral%<gang%> num value must be positive%<gang%> static expression must be integral%<gang%> static value must be positive%<generic%> CPU can be used only for %<-mtune=%> switch%<gnu_inline%> attribute present on %q+D%<goto%> in %<constexpr%> function%<goto%> is not a constant expression%<grainsize%> expression must be integral%<grainsize%> value must be positive%<if constexpr%> only available with -std=c++1z or -std=gnu++1z%<inbranch%> clause is incompatible with %<notinbranch%>%<inline%> can only be specified for functions%<inline%> in empty declaration%<inline%> is not allowed in declaration of friend template specialization %qD%<inline%> specified for friend class declaration%<inline%> specifier invalid for function %qs declared out of global scope%<inline%> specifier invalid for variable %qD declared at block scope%<intel%> CPU can be used only for %<-mtune=%> switch%<linear%> clause for variable other than loop iterator specified on construct combined with %<distribute%>%<linear%> clause may not be specified together with %<ordered%> clause with a parameter%<linear%> clause step %qE is neither constant nor a parameter%<linear%> clause step expression must be integral%<linear%> clause step is a parameter %qD not specified in %<uniform%> clause%<location_t%> is not defined as a type%<locus%> is not defined as a type%<long long long%> is too long for GCC%<long long%> invalid for %qs%<long%> and %<short%> specified together for %qs%<long%> invalid for %qs%<long%> or %<short%> invalid for %qs%<long%> or %<short%> specified with char for %qs%<long%> switch expression not converted to %<int%> in ISO C%<long%>, %<int%>, %<short%>, or %<char%> invalid for %qs%<main%> declared %<_Noreturn%>%<master%> region may not be closely nested inside of work-sharing, explicit %<task%> or %<taskloop%> region%<memset%> used with constant zero length parameter; this could be due to transposed parameters%<memset%> used with length equal to number of elements without multiplication by element size%<namespace%> definition is not allowed here%<new%> of type %qT with extended alignment %d%<no-custom-%s%> does not accept arguments%<nonmonotonic%> modifier specified for %qs schedule kind%<nonmonotonic%> schedule modifier specified together with %<ordered%> clause%<noreturn%> function does return%<nowait%> clause must not be used together with %<copyprivate%>%<num_gangs%> value must be positive%<num_tasks%> expression must be integral%<num_tasks%> value must be positive%<num_teams%> value must be positive%<num_threads%> value must be positive%<num_workers%> value must be positive%<operator delete%> must return type %qT%<operator delete%> takes type %qT as first parameter%<operator new%> must not return NULL unless it is declared %<throw()%> (or -fcheck-new is in effect)%<operator new%> must return type %qT%<operator new%> takes type %<size_t%> (%qT) as first parameter%<operator%s%>%<operator%s%> in %<%E %s %E%>%<operator%s%> in %<%E%s%>%<operator%s%> in %<%s%E%>%<operator=%> should return a reference to %<*this%>%<operator[]%>%<operator[]%> in %<%E[%E]%>%<or%> of unmatched not-equal tests is always 1%<ordered simd threads%> must be closely nested inside of %<for simd%> region%<ordered%> %<simd%> must be closely nested inside %<simd%> region%<ordered%> clause parameter is less than %<collapse%>%<ordered%> clause with parameter may not be specified on %qs construct%<ordered%> construct with %<depend%> clause must be closely nested inside a loop with %<ordered%> clause with a parameter%<ordered%> construct with %<depend%> clause must be closely nested inside an %<ordered%> loop%<ordered%> region may not be closely nested inside of %<critical%>, %<ordered%>, explicit %<task%> or %<taskloop%> region%<ordered%> region must be closely nested inside a loop region with an %<ordered%> clause%<priority%> expression must be integral%<priority%> value must be non-negative%<readonly%> attribute conflicts with %<readwrite%> attribute%<readonly%> attribute conflicts with %<setter%> attribute%<register%> in file-scope empty declaration%<register%> storage class specifier used%<reinterpret_cast<%T>(%E)%> is not a constant expression%<requires%> only available with -fconcepts%<retain%> attribute conflicts with %<copy%> attribute%<retain%> attribute is only valid for Objective-C objects%<return%> with a value, in function returning void%<return%> with no value, in function returning non-void%<safelen%> clause expression must be positive constant integer expression%<seq%> overrides other OpenACC loop specifiers%<shape%> argument of %<reshape%> intrinsic at %L has more than %d elements%<shape%> argument of %<reshape%> intrinsic at %L must be an array of constant size%<short%> invalid for %qs%<short%> or %<long%> invalid for %qs%<signed%> and %<unsigned%> specified together for %qs%<signed%> or %<unsigned%> invalid for %qs%<simdlen%> clause expression must be positive constant integer expression%<simdlen%> clause value is bigger than %<safelen%> clause value%<sizeof%> applied to a bit-field%<sizeof%> on array function parameter %qE will return size of %qT%<sizeof...%> argument must be surrounded by parentheses%<source%> argument of %<shape%> intrinsic at %L must not be an assumed size array%<static%> may not be used when defining (as opposed to declaring) a static data member%<static%> specifier invalid for function %qs declared out of global scope%<std::tuple_size<%T>::value%> is not an integral constant expression%<struct %E%> declared in %<for%> loop initial declaration%<teams%> construct not closely nested inside of %<target%> construct%<this%> allowed in OpenMP only in %<declare simd%> clauses%<this%> is unavailable for static member functions%<this%> may not be used in this context%<this%> was not captured for this lambda function%<thread_limit%> expression must be integral%<thread_limit%> value must be positive%<threadprivate%> %qD is not file, namespace or block scope variable%<threadprivate%> %qE directive not in %qT definition%<threadprivate%> %qE has incomplete type%<tile%> argument needs integral type%<tile%> argument needs positive integral constant%<transaction_may_cancel_outer%> function call not within outer transaction or %<transaction_may_cancel_outer%>%<transaction_safe_dynamic%> may only be specified for a virtual function%<tree%> is not defined as a pointer type%<tree%> is not defined as a type%<try%> in %<constexpr%> function%<typedef%> was ignored in this declaration%<typeid%> operator cannot appear in a constant-expression%<typename %T::%D%> names %q#T, which is not a class template%<typename %T::%D%> names %q#T, which is not a type%<typeof%> applied to a bit-field%<union %E%> declared in %<for%> loop initial declaration%<va_start%> used in function with fixed args%<vector%> length expression must be integral%<vector%> length value must be positive%<vector_length%> value must be positive%<virtual%> can only be specified for functions%<virtual%> outside class declaration%<virtual%> specified more than once in base-specified%<void%> as only parameter may not be qualified%<void%> must be the only parameter%<volatile%> can only be specified for objects and functions%<wait%> expression must be integral%<weakref%> attribute ignored because function is defined%<weakref%> attribute ignored because variable is initialized%<weakref%> attribute should be accompanied with an %<alias%> attribute%<worker%> num expression must be integral%<worker%> num value must be positive%<||%> not valid in GIMPLE%<~%> on a boolean expression%<~%> on an expression of type bool%<~auto%> only available with -std=c++14 or -std=gnu++14%D renamed after being referenced in assembly%E qualifier ignored on asm%E requires %<-fgnu-tm%>%K%qD writing %wu bytes into a region of size %wu overflows the destination%K%qD: specified bound %wu exceeds maximum object size %wu%K%qD: specified bound %wu exceeds the size %wu of the destination%K%qD: specified bound between %wu and %wu  exceeds maximum object size %wu%K%qD: specified bound between %wu and %wu  exceeds the size %wu of the destination%K%qD: specified size %wu exceeds maximum object size %wu%K%qD: specified size between %wu and %wu exceeds maximum object size %wu%K%qD: writing %wu byte into a region of size %wu overflows the destination%K%qD: writing at least %wu byte into a region of size %wu overflows the destination%K%qD: writing between %wu and %wu bytes into a region of size %wu overflows the destination%K%s %wd out of range %wd - %wd%Kargument %d must be a constant immediate%Kargument %i range [%E, %E] exceeds maximum object size %E%Kargument %i range [%E, %E] is negative%Kargument %i value %qE exceeds maximum object size %E%Kargument %i value %qE is negative%Kargument %i value is zero%Kasm not allowed in %<transaction_safe%> function%Kattempt to free a non-heap object%Kattempt to free a non-heap object %qD%Kcall to %qs declared with attribute error: %s%Kcall to %qs declared with attribute warning: %s%Kfirst argument of %D must be a pointer, second integer constant%Kinvalid use of %<__builtin_va_arg_pack ()%>%Kinvalid use of %<__builtin_va_arg_pack_len ()%>%Klane %wd out of range %wd - %wd%Klane index must be a constant immediate%Klast argument of %D is not integer constant between 0 and 3%Kproduct %<%E * %E%> of arguments %i and %i exceeds %<SIZE_MAX%>%Kproduct %<%E * %E%> of arguments %i and %i exceeds maximum object size %E%Ktotal size and element size must be a non-zero constant immediate%d constructor found
  %d constructors found
  %d destructor found
  %d destructors found
  %d exits recorded for loop %d (having %d exits)%d frame table found
  %d frame tables found
! %d least significant bits of %s are ignored%i-bit mode not compiled in%q#D%q#D conflicts with a previous declaration%q#D declared here%q#D does not refer to the unqualified type, so it is not used for linkage%q#D explicitly defaulted here%q#D has incomplete type%q#D hides constructor for %q#T%q#D inherits from multiple base subobjects%q#D invalid; an anonymous struct can only have non-static data members%q#D invalid; an anonymous union can only have non-static data members%q#D is a static data member; it can only be initialized at its definition%q#D is implicitly declared as deleted because %qT declares a move constructor or move assignment operator%q#D is implicitly deleted because the default definition would be ill-formed:%q#D is inaccessible within this context%q#D is not a function template%q#D is not a non-static data member of %qT%q#D is not a valid template argument for type %qT because a reference variable does not have a constant address%q#D is not const%q#D is private within this context%q#D is protected within this context%q#D is volatile%q#D not declared in class%q#D previously declared here%q#D previously defined here%q#D redeclared as different kind of symbol%q#D should be initialized%q#D, declared using local type %qT, is used but never defined%q#D, declared using unnamed type, is used but never defined%q#F is implicitly deleted because its exception-specification does not match the implicit exception-specification %qX%q#T has no member named %qE%q#T has no member named %qE; did you mean %qE?%q#T has no user-provided default constructor%q#T has pointer data members%q#T has virtual base classes%q#T has virtual functions and accessible non-virtual destructor%q#T is not a class%q#T is not a class or a namespace%q#T is not a template%q#T is not a valid type for a template non-type parameter%q#T only defines a private destructor and has no friends%q#T only defines private constructors and has no friends%q#T used where a %qT was expected%q#T used where a floating point value was expected%q#T was previously declared here%q+#D cannot be declared%q+#D cannot be overloaded%q+#D is not a static data member of %q#T%q+#D marked %<final%>, but is not virtual%q+#D marked %<override%>, but does not override%q+D alias in between function and variable is not supported%q+D aliased declaration%q+D aliased to external symbol %qE%q+D aliased to undefined symbol %qE%q+D already declared with dllexport attribute: dllimport ignored%q+D declared as a friend%q+D declared as variadic function%q+D declared to take const reference, but implicit declaration would take non-const%q+D declared with an exception specification%q+D defined as variadic function without prototype%q+D defined both normally and as %qE attribute%q+D has incompatible attributes %qs and %qs%q+D in declare target directive does not have mappable type%q+D invalid in %q#T%q+D is static but declared in inline function %qD which is not static%q+D is usually a function%q+D redeclared as different kind of symbol%q+D redeclared inline with %<gnu_inline%> attribute%q+D redeclared inline without %<gnu_inline%> attribute%q+D redeclared without dllimport attribute after being referenced with dll linkage%q+D redeclared without dllimport attribute: previous dllimport ignored%q+D static data member inside of declare target directive%q+D takes only zero or two arguments%q+E is not a constant expression%q+F declared %<static%> but never defined%q+F used but never defined%q+T is not literal because:%qD appears both in data and map clauses%qD appears more than once in %<aligned%> clauses%qD appears more than once in data clauses%qD appears more than once in map clauses%qD appears more than once in motion clauses%qD appears more than once in reduction clauses%qD attribute directive ignored%qD attribute is meaningless since members of the anonymous namespace get local symbols%qD attribute requires a single NTBS argument%qD called in a constant expression%qD called in a constant expression before its definition is complete%qD can be marked override%qD cannot appear in a constant-expression%qD cannot be declared %<virtual%>, since it is always static%qD cannot be defaulted%qD cannot be used as a function%qD cannot have default arguments%qD changed semantics in GCC 4.4%qD conflicts with used function%qD declared %<constexpr%> outside its class%qD declared %<static%> in %<constexpr%> function%qD declared %<thread_local%> in %<constexpr%> function%qD declared %<transaction_safe_dynamic%>%qD declared as a %<virtual%> field%qD declared as a %<virtual%> parameter%qD declared as a %<virtual%> type%qD declared as a %<virtual%> variable%qD declared as a non-parameter%qD declared as an %<inline%> field%qD declared as an %<inline%> parameter%qD declared as an %<inline%> type%qD declared as array of %qT%qD declared as reference but not initialized%qD declared here%qD declared here, later in the translation unit%qD defined but not used%qD does not have a mappable type in %qs clause%qD does not have integral or enumeration type%qD does not name an enumeration in %qT%qD does not refer to a function%qD does not refer to a namespace scope function%qD has a previous declaration here%qD has already been defined%qD has an incomplete type %qT%qD has incomplete type%qD has invalid argument list%qD has not been declared within %D%qD has the same name as the class in which it is declared%qD in %<reduction%> clause is a zero size array%qD inherits the %E ABI tag that %qT (used in its return type) has%qD inherits the %E ABI tag that %qT (used in its type) has%qD invalid in lambda%qD is a namespace%qD is a usual (non-placement) deallocation function%qD is a usual (non-placement) deallocation function in C++14 (or with -fsized-deallocation)%qD is already a friend of %qT%qD is already a friend of class %qT%qD is already declared in this scope%qD is already defined in %qT%qD is already defined in class %qT%qD is already defined in the class %qT%qD is an enumeration template%qD is both a direct base and an indirect virtual base%qD is defined with tls model %s%qD is deprecated%qD is deprecated: %s%qD is initialized with itself%qD is normally a non-static function%qD is not a class or namespace%qD is not a function template%qD is not a member of %qD%qD is not a member of %qT%qD is not a member template function%qD is not a namespace-name%qD is not a pointer variable%qD is not a static data member of a class template%qD is not a template%qD is not a template function%qD is not a type%qD is not a valid template argument because %qD is a variable, not the address of a variable%qD is not a variable%qD is not a variable in %<aligned%> clause%qD is not a variable in %<depend%> clause%qD is not a variable in %qs clause%qD is not a variable in clause %<firstprivate%>%qD is not a variable in clause %<lastprivate%>%qD is not a variable in clause %qs%qD is not a variable template%qD is not an argument in %<uniform%> clause%qD is not an function argument%qD is not captured%qD is not compatible with %qD%qD is not defined outside of function scope%qD is not usable as a constexpr function because:%qD is static but used in inline function %qD which is not static%qD is threadprivate variable in %qs clause%qD is too small to hold all values of %q#T%qD is used uninitialized in this function%qD may be used uninitialized in this function%qD may not be declared as static%qD may not be declared within a namespace%qD must be a global variable in %<#pragma acc declare link%>%qD must be a non-member function%qD must be a nonstatic member function%qD must be either a non-static member function or a non-member function%qD must have an argument of class or enumerated type%qD must not have variable number of arguments%qD must take %<void%>%qD must take either one or two arguments%qD must take either zero or one argument%qD must take exactly one argument%qD must take exactly two arguments%qD not declared%qD not defined%qD redeclared with different access%qD redeclared with different visibility%qD referenced in target region does not have a mappable type%qD should be initialized%qD should be initialized in the member initialization list%qD should have been declared inside %qD%qD should return by value%qD specified both in declare target %<link%> and %<to%> clauses%qD used before its definition%qD used in its own initializer%qD used without template parameters%qD violates the C++ One Definition Rule %qD was declared %<extern%> and later %<static%>%qD was declared %qs which implies default visibility%qD was declared here%qD was hidden%qD was not declared %<constexpr%>%qD was not declared in this scope%qD was not initialized with a constant expression%qD was previously declared here%qD was used with no declaration before its definition%qD was used with no prototype before its definition%qD will be initialized after%qD: visibility attribute ignored because it conflicts with previous declaration%qE 2.95 vtable-compatibility attribute applies only to C++ classes%qE 2.95 vtable-compatibility attribute applies only when compiling a kext%qE appears more than once in %<aligned%> clauses%qE appears more than once in data clauses%qE appears more than once in map clauses%qE appears more than once on the same %<declare target%> directive%qE argument is not a function%qE argument not an identifier%qE attribute address out of range%qE attribute allows only an integer constant argument%qE attribute applied to %qD with void return type%qE attribute applied to %qT after its definition%qE attribute applied to extern "C" declaration %qD%qE attribute applied to non-class, non-enum type %qT%qE attribute applied to non-function, non-variable %qD%qE attribute applies only to functions%qE attribute applies only to initialized variables with external linkage%qE attribute argument not a string constant%qE attribute argument not an integer constant%qE attribute argument should be between 0 to 255%qE attribute argument should be between 18 to 255%qE attribute can only be applied to functions or to class or enumeration types%qE attribute cannot be specified for local variables%qE attribute directive ignored%qE attribute does not apply to types%qE attribute doesn't apply to functions%qE attribute duplicated%qE attribute follows %qE%qE attribute has no effect%qE attribute has no effect on functions with static linkage%qE attribute has no effect on unit local functions%qE attribute have effect only on public objects%qE attribute ignored%qE attribute ignored because %qT is already defined%qE attribute ignored due to conflict with %qs attribute%qE attribute ignored due to conflict with attribute %qs%qE attribute ignored for %qE%qE attribute ignored for field of type %qT%qE attribute ignored on non-class types%qE attribute ignored on types%qE attribute ignored without -mcmse option.%qE attribute is not supported for R8C target%qE attribute is not supported on this platform%qE attribute is only applicable on functions%qE attribute is only valid on %<struct%> type%qE attribute is supported only for SH2A%qE attribute is used for non-class method%qE attribute not allowed with auto storage class%qE attribute not available to functions that return value on the stack%qE attribute not available to functions with arguments passed on the stack%qE attribute not available to functions with variable number of arguments%qE attribute on non-volatile variable%qE attribute only affects top level objects%qE attribute only applies to SH2A%qE attribute only applies to base type of a function pointer%qE attribute only applies to function types%qE attribute only applies to functions%qE attribute only applies to interrupt functions%qE attribute only applies to variables%qE attribute only applies to variables in static storage%qE attribute only applies to variadic functions%qE attribute only available for 32-bit%qE attribute only supported for reduced Tiny cores%qE attribute requires a string argument%qE attribute requires a string constant argument%qE attribute requires a void return type%qE attribute requires an integer constant argument%qE attribute requires prototypes with named arguments%qE cannot be scalar when %qE is not%qE cannot be used as a function%qE cannot be used as a member pointer, since it is of type %qT%qE cannot have both %qs and %qs attributes%qE declared %<threadprivate%> after first use%qE declared as function returning a function%qE declared as function returning an array%qE defined as wrong kind of tag%qE does not have a mappable type in %qs clause%qE does not have pointer or array type%qE does not name a type%qE does not name a type; did you mean %qs?%qE fails to be a typedef or built in type%qE has both %<extern%> and initializer%qE has const type for %<reduction%>%qE has invalid type for %<reduction(%s)%>%qE has not been declared%qE implies default visibility, but %qD has already been declared with a different visibility%qE in %<aligned%> clause is neither a pointer nor an array%qE in %<aligned%> clause is neither a pointer nor an array nor a reference to pointer or array%qE in %<reduction%> clause is a zero size array%qE in %q#T does not name a template type%qE in %q#T does not name a type%qE in namespace %qE does not name a template type%qE in namespace %qE does not name a type%qE incompatible attribute ignored%qE initialized and declared %<extern%>%qE is a member of a union%qE is a pointer; did you mean to use %<->%>?%qE is an unrecognized format function type%qE is deprecated%qE is deprecated: %s%qE is neither a variable nor a function name in clause %qs%qE is neither function nor member function; cannot be declared friend%qE is not a class or namespace%qE is not a class template%qE is not a class, namespace, or enumeration%qE is not a constant expression%qE is not a constant expression because it refers to an incompletely initialized variable%qE is not a constant expression because it refers to mutable subobjects of %qT%qE is not a template%qE is not a type%qE is not a valid template argument for %qT because it is not the address of a variable%qE is not a valid template argument for type %qT%qE is not a valid template argument for type %qT because %qD does not have external linkage%qE is not a valid template argument for type %qT because %qD has no linkage%qE is not a valid template argument for type %qT because it is a pointer%qE is not a valid template argument for type %qT because it is not an lvalue%qE is not a valid template argument for type %qT because it is not an object with linkage%qE is not a valid template argument for type %qT because it is of type %qT%qE is not a valid template argument for type %qT because object %qD does not have linkage%qE is not a valid template argument for type %qT because of conflicts in cv-qualification%qE is not a valid template argument for type %qT because string literals can never be used in this context%qE is not a valid template argument of type %qT because %qD does not have external linkage%qE is not a valid template argument of type %qT because %qD has no linkage%qE is not a valid template argument of type %qT because %qE is not a variable%qE is not a variable in %<aligned%> clause%qE is not a variable in %<depend%> clause%qE is not a variable in %qs clause%qE is not a variable in clause %<firstprivate%>%qE is not a variable in clause %<lastprivate%>%qE is not a variable in clause %qs%qE is not an Objective-C class name or alias%qE is not an argument in %<uniform%> clause%qE is not at beginning of declaration%qE is not initialized%qE is not of type %qT%qE is only allowed in Objective-C dialects%qE is predetermined %qs for %qs%qE is used uninitialized in this function%qE may be used uninitialized in this function%qE may not respond to %<%c%E%>%qE may write a terminating nul past the end of the destination%qE must be %<threadprivate%> for %<copyin%>%qE needs isa option %s%qE needs unknown isa option%qE not specified in enclosing OpenACC %qs construct%qE output %wu byte into a destination of size %wu%qE output %wu bytes into a destination of size %wu%qE output %wu or more bytes (assuming %wu) into a destination of size %wu%qE output %wu or more bytes into a destination of size %wu%qE output between %wu and %wu bytes into a destination of size %wu%qE output may be truncated before the last format character%qE output truncated before the last format character%qE redeclared as different kind of symbol%qE redeclared with conflicting %qs attributes%qE requires a %<declare%> directive for use in a %<routine%> function%qE undeclared (first use in this function)%qE undeclared (first use in this function); did you mean %qs?%qE undeclared here (not in a function)%qE undeclared here (not in a function); did you mean %qs?%qE used with %<auto%>%qE used with %<register%>%qE used with %<typedef%>%qE with %<link%> clause used in %<routine%> function%qE writing a terminating nul past the end of the destination%qF declared %<static%> but never defined%qT and %qT are in disjoint named address spaces%qT as type rather than plain %<decltype(auto)%>%qT declared here%qT declared with greater visibility than its base %qT%qT declared with greater visibility than the type of its field %qD%qT defined with direct virtual base%qT defined with multiple direct bases%qT does not have the %E ABI tag that %qT (used in the type of %qD) has%qT does not have the %E ABI tag that base %qT has%qT has a base %qT whose type depends on the type %qT which has no linkage%qT has a base %qT whose type has no linkage%qT has a base %qT whose type uses the anonymous namespace%qT has a field %qD whose type depends on the type %qT which has no linkage%qT has a field %qD whose type has no linkage%qT has a field %qD whose type uses the anonymous namespace%qT has a previous declaration here%qT has no member named %qE%qT has no member named %qE; did you mean %qE?%qT has no non-static data member named %qD%qT is a variably modified type%qT is already a friend of %qT%qT is an ambiguous base of %qT%qT is an inaccessible base of %qT%qT is not a base of %qT%qT is not a class or namespace%qT is not a class type%qT is not a class, struct, or union type%qT is not a member class template of %qT%qT is not a member of %qT%qT is not a namespace%qT is not a namespace or unscoped enum%qT is not a nested class of %qT%qT is not a pointer-to-object type%qT is not a template%qT is not a template type%qT is not an accessible base of %qT%qT is not an enumeration type%qT is promoted to %qT when passed through %<...%>%qT is/uses unnamed type%qT referred to as %qs%qT referred to as enum%qT resolves to %qT, which is is not a class type%qT resolves to %qT, which is not an enumeration type%qV qualifiers cannot be applied to %qT%qs%qs already defined as specific binding for the generic %qs at %C%qs and %qs arguments of %qs intrinsic at %L must have identical shape.%qs and %qs arguments of %qs intrinsic at %L must have the same type%qs and %qs can't be mixed FUNCTION/SUBROUTINE for GENERIC %qs at %L%qs and %qs for GENERIC %qs at %L are ambiguous%qs appears to be a misspelled %s handler, missing __vector prefix%qs argument of %qs intrinsic at %L cannot be INTENT(IN)%qs argument of %qs intrinsic at %L cannot be of type %s%qs argument of %qs intrinsic at %L has invalid permutation of dimensions (dimension %qd duplicated)%qs argument of %qs intrinsic at %L has invalid shape in dimension %d (%ld/%ld)%qs argument of %qs intrinsic at %L has negative element (%d)%qs argument of %qs intrinsic at %L has out-of-range dimension (%d)%qs argument of %qs intrinsic at %L has wrong number of elements (%d/%d)%qs argument of %qs intrinsic at %L is empty%qs argument of %qs intrinsic at %L is not a valid dimension index%qs argument of %qs intrinsic at %L must be %s%qs argument of %qs intrinsic at %L must be ALLOCATABLE%qs argument of %qs intrinsic at %L must be INTEGER%qs argument of %qs intrinsic at %L must be INTEGER or LOGICAL%qs argument of %qs intrinsic at %L must be INTEGER or PROCEDURE%qs argument of %qs intrinsic at %L must be INTEGER or REAL%qs argument of %qs intrinsic at %L must be REAL or COMPLEX%qs argument of %qs intrinsic at %L must be a POINTER%qs argument of %qs intrinsic at %L must be a POINTER or a TARGET%qs argument of %qs intrinsic at %L must be a POINTER, ALLOCATABLE or procedure pointer%qs argument of %qs intrinsic at %L must be a constant%qs argument of %qs intrinsic at %L must be a data entity%qs argument of %qs intrinsic at %L must be a logical array%qs argument of %qs intrinsic at %L must be a pointer or target VARIABLE or FUNCTION%qs argument of %qs intrinsic at %L must be a scalar%qs argument of %qs intrinsic at %L must be a variable%qs argument of %qs intrinsic at %L must be an array%qs argument of %qs intrinsic at %L must be an interoperable data entity: %s%qs argument of %qs intrinsic at %L must be default real%qs argument of %qs intrinsic at %L must be double precision%qs argument of %qs intrinsic at %L must be less than rank %d%qs argument of %qs intrinsic at %L must be numeric or LOGICAL%qs argument of %qs intrinsic at %L must be of a dummy variable%qs argument of %qs intrinsic at %L must be of a kind not wider than the default kind (%d)%qs argument of %qs intrinsic at %L must be of an OPTIONAL dummy variable%qs argument of %qs intrinsic at %L must be of an extensible type%qs argument of %qs intrinsic at %L must be of intrinsic type%qs argument of %qs intrinsic at %L must be of kind %d%qs argument of %qs intrinsic at %L must be of rank %d%qs argument of %qs intrinsic at %L must be of rank 1 or 2%qs argument of %qs intrinsic at %L must be the same kind as %qs%qs argument of %qs intrinsic at %L must be the same type and kind as %qs%qs argument of %qs intrinsic at %L must have a numeric type%qs argument of %qs intrinsic at %L must have a type of either REAL or INTEGER%qs argument of %qs intrinsic at %L must have the same rank as %qs or be a scalar%qs argument of %qs intrinsic at %L must not be OPTIONAL%qs argument of %qs intrinsic at %L must not be a subobject of %qs%qs argument of %qs intrinsic at %L must not be present if %<x%> is COMPLEX%qs argument of %qs intrinsic at %L must provide at least as many elements as there are .TRUE. values in %qs (%ld/%d)%qs argument of %qs intrinsic at %L shall be of type integer, real or character%qs argument of %qs intrinsic at %L shall have the same type as %qs at %L%qs argument of %qs intrinsic at %L shall not be TYPE(*)%qs argument of %qs intrinsic at %L shall not be a procedure%qs argument of %qs intrinsic at %L shall not be an assumed-size array%qs argument of %qs intrinsic at %L shall not be coindexed%qs argument of intrinsic %qs at %L of must have rank %d or be a scalar%qs at %C is a redefinition of the declaration in the corresponding interface for MODULE PROCEDURE %qs%qs at %C is already defined as FINAL procedure!%qs at %C is not a member of the %qs structure%qs at %C is not a variable%qs at %C is the name of a recursive function and so refers to the result variable. Use an explicit RESULT variable for direct recursion (12.5.2.1)%qs at %L already is initialized at %L%qs at %L associated to expression can not be used in a variable definition context (%s)%qs at %L associated to vector-indexed target can not be used in a variable definition context (%s)%qs at %L cannot have the VALUE attribute because it is not a dummy argument%qs at %L has a type, which is not consistent with the CALL at %L%qs at %L has attributes specified outside its INTERFACE body%qs at %L has the CONTIGUOUS attribute but is not an array pointer or an assumed-shape or assumed-rank array%qs at %L is ambiguous%qs at %L is an array and OPTIONAL; IF IT IS MISSING, it cannot be the actual argument of an ELEMENTAL procedure unless there is a non-optional argument with the same rank (12.4.1.5)%qs at %L is not a VALUE%qs at %L is not a function%qs at %L is not a module procedure%qs at %L is of the ABSTRACT type %qs%qs at %L must be less than BIT_SIZE(%qs)%qs at %L must be less than or equal to BIT_SIZE(%qs)%qs at %L must be less than or equal to the BIT_SIZE of INTEGER(KIND=%d)%qs at %L must be nonnegative%qs at %L must have constant character length in this context%qs at %L must have the same number of formal arguments as the overridden procedure%qs at %L must not be DEFERRED as it overrides a non-DEFERRED binding%qs at %L overrides a FUNCTION and must also be a FUNCTION%qs at %L overrides a NOPASS binding and must also be NOPASS%qs at %L overrides a PUBLIC procedure and must not be PRIVATE%qs at %L overrides a PURE procedure and must also be PURE%qs at %L overrides a SUBROUTINE and must also be a SUBROUTINE%qs at %L overrides a binding with PASS and must also be PASS%qs at %L overrides a non-ELEMENTAL procedure and must not be ELEMENTAL, either%qs at %L overrides a procedure binding declared NON_OVERRIDABLE%qs at %L overrides an ELEMENTAL procedure and must also be ELEMENTAL%qs at %L should be a FUNCTION%qs at %L should be a SUBROUTINE%qs attribute ignored%qs attribute only applies to functions%qs attribute only applies to variadic functions%qs attribute requires prototypes with named arguments%qs cannot appear in a constant-expression%qs cannot be extended at %C because it is BIND(C)%qs cannot be extended at %C because it is a SEQUENCE type%qs combined with %<auto%> qualifier for %qE%qs combined with %<register%> qualifier for %qE%qs construct inside of %qs region%qs declared INTRINSIC at %L does not exist%qs declared as function returning a function%qs declared as function returning an array%qs declared at %L is also the name of an intrinsic.  It can only be called via an explicit interface or if declared EXTERNAL.%qs declared at %L may shadow the intrinsic of the same name.  In order to call the intrinsic, explicit INTRINSIC declarations may be required.%qs declared in a non-class scope%qs defined in a non-class scope%qs does not support MIPS16 code%qs expects 1 argument but %d given%qs expects 2 arguments but %d given%qs expects a constant argument%qs expects a fixed-point value as argument%qs expects a fixed-point value as first argument%qs expects an integer value as second argument%qs expression must be integral%qs feature modifier is incompatible with %s %s%qs function cannot have arguments%qs function cannot return a value%qs function uses %<auto%> type specifier without trailing return type%qs function with trailing return type has %qT as its type rather than plain %<auto%>%qs function with trailing return type not declared with %<auto%> type specifier%qs has both %<extern%> and initializer%qs has overflowed%qs in %<%s %E%>%qs in %s clause at %L is not a proper array section%qs in ALIGNED clause at %L requires a scalar positive constant integer alignment expression%qs in ALIGNED clause must be POINTER, ALLOCATABLE, Cray pointer or C_PTR at %L%qs in DEPEND clause at %L is a zero size array section%qs in EXTENDS expression at %C is not a derived type%qs in LINEAR clause at %L requires a constant integer linear-step expression or dummy argument specified in UNIFORM clause%qs in LINEAR clause at %L requires a scalar integer linear-step expression%qs in cannot appear in COMMON at %L [F2008:C5100]%qs in the pointer assignment at %L cannot be an l-value since it is a procedure%qs in variable definition context (%s) at %L is not a variable%qs initialized and declared %<extern%>%qs intrinsic with CHARACTER argument at %L%qs intrinsic with KIND argument at %L%qs intrinsic with RADIX argument at %L%qs is already IMPORTed from host scoping unit at %C%qs is an invalid argument to -mcpu=%qs is an unknown -save-temps option%qs is deprecated%qs is deprecated; use -fno-zero-initialized-in-bss%qs is deprecated; use -fstack-check%qs is incompatible with %qs%qs is incompatible with %s %s%qs is narrower than values of its type%qs is not a directory%qs is not a gcov data file%qs is not a valid base register in -mstack-protector-guard-reg=%qs is not a valid number in -mstack-protector-guard-offset=%qs is not a valid offset in -mstack-protector-guard-offset=%qs is not a valid option to the preprocessor%qs is not an option that controls warnings%qs is not valid for %qs%qs is of a PRIVATE type and cannot be a dummy argument of %qs, which is PUBLIC at %L%qs is version %q.*s, expected version %q.*s%qs length expression must be integral%qs length expression must be positive constant integer expression%qs must be a module procedure or an external procedure with an explicit interface at %L%qs must be the first clause of %qs%qs must be used with %qs%qs must not appear in the array specification at %L in the same ALLOCATE statement where it is itself allocated%qs of %qs is PRIVATE at %L%qs of module %qs, imported at %C, is also the name of the current program unit%qs requires a target that provides the %qs instruction%qs requires branch-likely instructions%qs specified for auto variable %qE%qs specified for parameter %qE%qs specified for structure field%qs specified for structure field %qE%qs specified for unnamed parameter%qs tag used in naming %q#T%qs used with %qE%qs uses dynamic stack allocation%qs value must be positive%qs variable is neither a pointer nor an array%qs variable is neither a pointer, nor an array nor reference to pointer or array%r%s:%d:%R   %r%s:%d:%R   [ skipping %d instantiation contexts, use -ftemplate-backtrace-limit=0 to disable ]
  %r%s:%d:%R   in constexpr expansion of %qs%r%s:%d:%d:%R   %r%s:%d:%d:%R   [ skipping %d instantiation contexts, use -ftemplate-backtrace-limit=0 to disable ]
  %r%s:%d:%d:%R   in constexpr expansion of %qs%s%s
  %s  Same as %s.%s !$ACC LOOP loops not perfectly nested at %L%s %#D%s %#S%s %<%s%.*s%> expects a matching %<%T%s%> argument%s %<%s%.*s%> expects a matching %<%s%s%> argument%s %<%s%.*s%> expects argument of type %<%T%s%>, but argument %d has type %qT%s %<%s%.*s%> expects argument of type %<%s%s%>, but argument %d has type %qT%s %qE does not fully implement the %qE protocol%s %qs%s %qs construct inside of %s %qs region%s %s %p %d
  %s %s%s
  %s %s(%E) %p %d
  %s %wd out of range %wd - %wd%s '%s'
! %s (program %s)%s argument to IMAGE_INDEX must be a rank one array at %L%s at %L%s at %L is a DEC extension, enable with -fdec-static%s at %L must be INTEGER%s at %L must be a scalar%s at %L must be integer%s attribute applied to %s %s at %L%s attribute at %L is not allowed outside of the specification part of a module%s attribute conflicts with %s attribute at %L%s attribute conflicts with %s attribute in %qs at %L%s attribute not allowed in BLOCK DATA program unit at %L%s attribute of %qs conflicts with %s attribute at %L%s attribute with %s attribute at %L%s attribute with %s attribute in %qs at %L%s cannot be a DO CONCURRENT loop at %L%s cannot be a DO WHILE or DO without loop control at %L%s cannot be used in asm here%s clause at %L requires a scalar INTEGER expression%s clause variable %qs at %L is neither a POINTER nor an array%s collapsed loops don't form rectangular iteration space at %L%s conflicts with i386 (arch flags ignored)%s conflicts with ppc (arch flags ignored)%s conflicts with ppc64 (arch flags ignored)%s conflicts with x86_64 (arch flags ignored)%s does not support %%n$ operand number formats%s does not support %s%s does not support %s with the %<%%%c%> %s format%s does not support block_ends_with_call_p%s does not support block_ends_with_condjump_p%s does not support can_duplicate_block_p%s does not support can_merge_blocks_p%s does not support can_remove_branch_p%s does not support create_basic_block%s does not support delete_basic_block%s does not support dump_bb_for_graph%s does not support duplicate_block%s does not support flow_call_edges_add%s does not support force_nonfallthru%s does not support make_forwarder_block%s does not support merge_blocks%s does not support move_block_after%s does not support predict_edge%s does not support predicted_by_p%s does not support redirect_edge_and_branch%s does not support redirect_edge_and_branch_force%s does not support split_block%s does not support split_edge%s does not support the %<%%%c%> %s format%s does not support the %<%%%s%c%> %s format%s does not support the %qs %s length modifier%s expects a compile time integer constant%s expects a compile time long integer constant as first argument%s expects an integer literal in the range [%d, %d]%s expects an integer literal in the range [%d, %d]. (%wd)%s expression list treated as compound expression%s ignored with %s and %<%%%c%> %s format%s ignored with %s in %s format%s in CFString literal%s in format string at %L%s instructions aren't allowed in %s service routine%s instructions aren't allowed in function with no_caller_saved_registers attribute%s is a DEC extension at %C, re-compile with -fdec to enable%s is not available for %s architecture%s is not supported by this configuration%s iteration variable must be of type integer at %L%s iteration variable must not be THREADPRIVATE at %L%s iteration variable present on clause other than LASTPRIVATE at %L%s iteration variable present on clause other than LINEAR at %L%s iteration variable present on clause other than PRIVATE or LASTPRIVATE at %L%s must contain at least one MAP clause at %L%s only accepts %d arguments%s only accepts 1 argument%s only accepts 2 arguments%s out of range: Range is %i to %i, value is %i%s procedure at %L is already declared as %s procedure%s procedure at %L is already declared as %s procedure. 
! F2008: A pointer function assignment is ambiguous if it is the first executable statement after the specification block. Please add any other kind of executable statement before it. FIXME%s requires a scalar-default-char-expr at %L%s returned %d exit status%s specifier in %s statement at %C has invalid value %qs%s specifier in %s statement at %C has value %qs%s statement at %C cannot follow %s statement at %L%s statement at %C cannot terminate a non-block DO loop%s statement at %C follows another accessibility specification%s statement at %C in PURE procedure%s statement at %C is not applicable to construct %qs%s statement at %C is not within a construct%s statement at %C is not within construct %qs%s statement at %C leaves CRITICAL construct%s statement at %C leaves DO CONCURRENT construct%s statement at %C leaving OpenACC structured block%s statement expected at %L%s statement is not allowed inside of BLOCK DATA at %C%s statement is not allowed inside of BLOCK at %C%s statement must appear in a MODULE%s statement not allowed in PURE procedure at %C%s string ill-formed
  %s tag%s tag at %L must be a character string of default kind%s tag at %L must be of type %s%s tag at %L must be scalar%s tag with INQUIRE%s terminated with signal %d [%s]%s%s used with %<%%%c%> %s format%s variable %qE is private in outer context%s"%s"%s is invalid%s"%s"%s is not allowed%s%#D%s%#D <deleted>%s%#D <near match>%s%D(%T) <built-in>%s%D(%T, %T) <built-in>%s%D(%T, %T, %T) <built-in>%s%T <conversion>%s%s%s %sversion %s (%s)
  %s	compiled by GNU C version %s, %s%s%s %sversion %s (%s) compiled by CC, %s%sGGC heuristics: --param ggc-min-expand=%d --param ggc-min-heapsize=%d
  %s%swarning: %s header version %s differs from library version %s.
--- 2058,2078 ----
   candidate 1: %q#F candidate 2: %q#F conflicting code gen style switches are used the expression has a constant value but is not a C++ constant-expression!$ACC LOOP %s in PARALLEL region doesn't allow %s arguments at %L!$ACC LOOP %s loops don't form rectangular iteration space at %L!$ACC LOOP cannot be a DO WHILE or DO without loop control at %L!$ACC LOOP iteration variable must be of type integer at %L!$ACC at %C starts a commented line as it neither is followed by a space nor is a continuation line!$OMP ATOMIC CAPTURE capture statement must read from a scalar variable of intrinsic type at %L!$OMP ATOMIC CAPTURE capture statement must set a scalar variable of intrinsic type at %L!$OMP ATOMIC CAPTURE capture statement reads from different variable than update statement writes into at %L!$OMP ATOMIC CAPTURE update statement must set a scalar variable of intrinsic type at %L!$OMP ATOMIC READ statement must read from a scalar variable of intrinsic type at %L!$OMP ATOMIC assignment intrinsic IAND, IOR or IEOR must have two arguments at %L!$OMP ATOMIC assignment intrinsic must be MIN, MAX, IAND, IOR or IEOR at %L!$OMP ATOMIC assignment must be var = var op expr or var = expr op var at %L!$OMP ATOMIC assignment must have an operator or intrinsic on right hand side at %L!$OMP ATOMIC assignment operator must be binary +, *, -, /, .AND., .OR., .EQV. or .NEQV. at %L!$OMP ATOMIC intrinsic arguments except one must not reference %qs at %L!$OMP ATOMIC intrinsic arguments must be scalar at %L!$OMP ATOMIC statement must set a scalar variable of intrinsic type at %L!$OMP ATOMIC var = var op expr not mathematically equivalent to var = var op (expr) at %L!$OMP ATOMIC with ALLOCATABLE variable at %L!$OMP DECLARE REDUCTION %s not found at %L!$OMP DECLARE REDUCTION %s not found for type %s at %L!$OMP DECLARE SIMD should refer to containing procedure %qs at %L!$OMP DECLARE TARGET variable %qs at %L isn't SAVEd!$OMP at %C starts a commented line as it neither is followed by a space nor is a continuation line"::" was expected after module nature at %C but was not found"USE :: module" at %C# %s %.2f %.2f
  #include "..." search starts here:
  #include <...> search starts here:
! #pragma GCC memregs must precede any function decls#pragma GCC memregs takes a number [0..16]#pragma GCC optimize is not allowed inside functions#pragma GCC optimize string... is badly formed#pragma GCC option is not allowed inside functions#pragma GCC target is not supported for this machine#pragma GCC target string... is badly formed#pragma GCC visibility must be followed by push or pop#pragma GCC visibility push() must specify default, internal, hidden or protected#pragma GHS endXXX does not match previous startXXX#pragma GHS endXXXX found without previous startXXX#pragma implementation for %qs appears after file is included#pragma message: %s#pragma pack (pop) encountered without matching #pragma pack (push)#pragma pack has no effect with -fpack-struct - ignored#pragma pack(pop, %E) encountered without matching #pragma pack(push, %E)#pragma redefine_extname ignored due to conflict with __asm__ declaration#pragma redefine_extname ignored due to conflict with previous #pragma redefine_extname#pragma redefine_extname ignored due to conflict with previous rename#pragma vtable no longer supported$ descriptor at %L$ operand number used after format without operand number$ should be the last specifier in format at %L%%LOC() as an rvalue at %C%+D causes a section type conflict%+D causes a section type conflict with %D%+D declared alias after being used%+D declared ifunc after being used%+D declared weak after being used%+D declared weakref after being used%<!%> not valid in GIMPLE%<#pragma %s%> may only be used in compound statements%<#pragma GCC ivdep%> must be inside a function%<#pragma GCC optimize (string [,string]...)%> does not have a final %<)%>%<#pragma GCC optimize%> is not a string or number%<#pragma GCC option%> is not a string%<#pragma GCC pch_preprocess%> must be first%<#pragma GCC pop_options%> without a corresponding %<#pragma GCC push_options%>%<#pragma GCC target (string [,string]...)%> does not have a final %<)%>%<#pragma STDC FLOAT_CONST_DECIMAL64%> is not supported for C++%<#pragma STDC FLOAT_CONST_DECIMAL64%> is not supported on this target%<#pragma acc %s data%> has no data movement clause%<#pragma acc routine%> already applied to %qD%<#pragma acc routine%> must be applied before definition%<#pragma acc routine%> must be applied before use%<#pragma acc routine%> must be at file scope%<#pragma acc routine%> names a set of overloads%<#pragma acc routine%> not immediately followed by a single function declaration or definition%<#pragma acc routine%> not immediately followed by function declaration or definition%<#pragma acc update%> must contain at least one %<device%> or %<host%> or %<self%> clause%<#pragma align%> must appear before the declaration of %D, ignoring%<#pragma cilk grainsize%> is not followed by %<_Cilk_for%>%<#pragma cilk grainsize%> must be inside a function%<#pragma grainsize%> ignored because -fcilkplus is not enabled%<#pragma grainsize%> must be inside a function%<#pragma omp atomic capture%> uses two different expressions for memory%<#pragma omp atomic capture%> uses two different variables for memory%<#pragma omp atomic update%> uses two different expressions for memory%<#pragma omp atomic update%> uses two different variables for memory%<#pragma omp cancel for%> inside %<nowait%> for construct%<#pragma omp cancel for%> inside %<ordered%> for construct%<#pragma omp cancel sections%> inside %<nowait%> sections construct%<#pragma omp cancel%> must specify one of %<parallel%>, %<for%>, %<sections%> or %<taskgroup%> clauses%<#pragma omp cancellation point%> must specify one of %<parallel%>, %<for%>, %<sections%> or %<taskgroup%> clauses%<#pragma omp declare reduction%> combiner refers to variable %qD which is not %<omp_out%> nor %<omp_in%>%<#pragma omp declare reduction%> initializer refers to variable %qD which is not %<omp_priv%> nor %<omp_orig%>%<#pragma omp declare reduction%> not at file or block scope%<#pragma omp declare simd%> must be followed by function declaration or definition%<#pragma omp declare simd%> must be followed by function declaration or definition or another %<#pragma omp declare simd%>%<#pragma omp declare simd%> not immediately followed by a function declaration or definition%<#pragma omp declare simd%> not immediately followed by a single function declaration or definition%<#pragma omp declare simd%> not immediately followed by function declaration or definition%<#pragma omp declare simd%> or %<simd%> attribute cannot be used in the same function marked as a Cilk Plus SIMD-enabled function%<#pragma omp declare target%> with clauses in between %<#pragma omp declare target%> without clauses and %<#pragma omp end declare target%>%<#pragma omp end declare target%> without corresponding %<#pragma omp declare target%>%<#pragma omp ordered%> with %<depend%> clause may only be used in compound statements%<#pragma omp section%> may only be used in %<#pragma omp sections%> construct%<#pragma omp simd%> used with class iteration variable %qE%<#pragma omp target data%> must contain at least one %<map%> clause%<#pragma omp target data%> with map-type other than %<to%>, %<from%>, %<tofrom%> or %<alloc%> on %<map%> clause%<#pragma omp target enter data%> must contain at least one %<map%> clause%<#pragma omp target enter data%> with map-type other than %<to%> or %<alloc%> on %<map%> clause%<#pragma omp target exit data%> must contain at least one %<map%> clause%<#pragma omp target exit data%> with map-type other than %<from%>, %<release%> or %<delete%> on %<map%> clause%<#pragma omp target update%> must contain at least one %<from%> or %<to%> clauses%<#pragma omp target%> with map-type other than %<to%>, %<from%>, %<tofrom%> or %<alloc%> on %<map%> clause%<#pragma simd%> must be inside a function%<#pragma weak%> declaration of %q+D not allowed, ignored%<#pragma%> is not allowed here%<%%%> constraint used with last operand%<%%%c%> yields only last 2 digits of year%<%%%c%> yields only last 2 digits of year in some locales%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu%<%.*s%> directive output truncated writing %wu byte into a region of size %wu%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu%<%.*s%> directive writing %wu byte into a region of size %wu%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu%<%.*s%> directive writing %wu bytes into a region of size %wu%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu%<%.*s%> directive writing %wu or more bytes into a region of size %wu%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu%<%.*s%> directive writing up to %wu bytes into a region of size %wu%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu%<%D::%D%> is not a class member%<%D::%D%> is not a member of %qT%<%E::%E%> has not been declared%<%E::%E%> is not a class or namespace%<%E::%E%> is not a class, namespace, or enumeration%<%E::%E%> is not a type%<%E::%E%> scoped attribute directive ignored%<%T::%D%> names constructor in %qT%<%T::%D%> names destructor%<%T::%D%> names the constructor, not the type%<%T::%E%> has not been declared%<%T::%E%> is not a type%<%T::%E%> names the constructor, not the type%<%c%> is not a valid character in an identifier%<%c%> is not a valid first character for an identifier%<%c%E%> not found in protocol(s)%<%s %E%> declared inside parameter list will not be visible outside of this definition or declaration%<%s %s%> construct not closely nested inside of %qs%<%s + %s%> at %L must be less than or equal to BIT_SIZE(%qs)%<%s taskgroup%> construct not closely nested inside of %<taskgroup%> region%<%s%> is unknown%<&%> constraint used with no register class%<&%> not allowed by itself in line %d%<&&%> not valid in GIMPLE%<)%> expected at %C%<*%> in boolean context, suggest %<&&%> instead%<*this%> capture only available with -std=c++1z or -std=gnu++1z%<-%s%> conflicts with the other architecture options, which specify a %s processor%<-Wabi=1%> is not supported, using =2%<-fabi-compat-version=1%> is not supported, using =2%<-fabi-version=1%> is no longer supported%<-fcheck-pointer-bounds%> is not supported for this target%<-fcheck-pointer-bounds%> is not supported with %<-fsanitize=bounds%>%<-fcheck-pointer-bounds%> is not supported with %<-fsanitize=bounds-strict%>%<-fcheck-pointer-bounds%> is not supported with Address Sanitizer%<-fcheck-pointer-bounds%> is not supported with Thread Sanitizer%<-fd-lines-as-code%> has no effect in free form%<-fd-lines-as-comments%> has no effect in free form%<-femit-struct-debug-detailed=dir:...%> must allow at least as much as %<-femit-struct-debug-detailed=ind:...%>%<-fobjc-abi-version%> >= 2 is not supported on %<-m32%> targets with %<-fnext-runtime%>%<-fobjc-abi-version%> >= 2 must be used for %<-m64%> targets with %<-fnext-runtime%>%<-fobjc-exceptions%> is required to enable Objective-C exception syntax%<-fobjc-gc%> is ignored for %<-fgnu-runtime%>%<-fobjc-sjlj-exceptions%> is ignored for %<-fgnu-runtime%>%<-fobjc-sjlj-exceptions%> is ignored for %<-fnext-runtime%> when %<-fobjc-abi-version%> >= 2%<-fobjc-sjlj-exceptions%> is the only supported exceptions system for %<-fnext-runtime%> with %<-fobjc-abi-version%> < 2%<-fsplit-stack%> currently only supported on GNU/Linux%<-fsplit-stack%> currently only supported on PowerPC64 GNU/Linux with glibc-2.18 or later%<-fsplit-stack%> is not supported by this compiler configuration%<-fsplit-stack%> requires assembler support for CFI directives%<-gdwarf%s%> is ambiguous; use %<-gdwarf-%s%> for DWARF version or %<-gdwarf -g%s%> for debug level%<-gnat%> misspelled as %<-gant%>%<-march=%s%> is not compatible with the selected ABI%<-march=%s%> requires %<-mfp32%>%<-mcpu=%> is deprecated; use %<-mtune=%> or %<-march=%> instead%<-mdynamic-no-pic%> overrides %<-fpic%>, %<-fPIC%>, %<-fpie%> or %<-fPIE%>%<-mfpxx%> can only be used with the o32 ABI%<-mfpxx%> requires %<-mlra%>%<-mfused-madd%> is deprecated; use %<-ffp-contract=%> instead%<-mgp32%> and %<-mfp64%> can only be combined if the target supports the mfhc1 and mthc1 instructions%<-mgp32%> and %<-mfp64%> can only be combined when using the o32 ABI%<-mgp32%> used with a 64-bit ABI%<-mgp64%> used with a 32-bit ABI%<-mgp64%> used with a 32-bit processor%<-mintel-syntax%> and %<-mno-intel-syntax%> are deprecated; use %<-masm=intel%> and %<-masm=att%> instead%<-mips3d%> requires %<-mpaired-single%>%<-mmsa%> must be used with %<-mfp64%> and %<-mhard-float%>%<-mno-gpopt%> needs %<-mexplicit-relocs%>%<-mpcommit%> was deprecated%<-mrtd%> is ignored in 64bit mode%<-msse5%> was removed%<-msseregparm%> used without SSE enabled%<-mtune=x86-64%> is deprecated; use %<-mtune=k8%> or %<-mtune=generic%> instead as appropriate%<-static-libgfortran%> is not supported in this configuration%<-x %s%> after last input file has no effect%<...%> as arguments.)%<...%> handler must be the last handler for its try block%<...%> has invalid operand number%<::%> needed in PROCEDURE binding with explicit target at %C%<::%D%> has not been declared%<::%E%> has not been declared%<::%E%> is not a class or namespace%<::%E%> is not a class, namespace, or enumeration%<::%E%> is not a type%<::main%> must return %<int%>%<<:%> is an alternate spelling for %<[%>. Insert whitespace between %<<%> and %<::%>%<<::%> cannot begin a template-argument list%<<<%> in boolean context, did you mean %<<%> ?%<=> target%> is invalid for DEFERRED binding at %C%<>>%> operator is treated as two right angle brackets in C++11%<>>%> should be %<> >%> within a nested template argument list%<@dynamic%> is not available in Objective-C 1.0%<@dynamic%> not in @implementation context%<@dynamic%> requires the @interface of the class to be available%<@encode%> must specify a type as an argument%<@end%> missing in implementation context%<@end%> must appear in an @implementation context%<@optional%> is allowed in @protocol context only%<@optional%> is not available in Objective-C 1.0%<@package%> is not available in Objective-C 1.0%<@package%> presently has the same effect as %<@public%>%<@property%> is not available in Objective-C 1.0%<@required%> is allowed in @protocol context only%<@required%> is not available in Objective-C 1.0%<@synchronized%> argument is not an object%<@synthesize%> can not be used in categories%<@synthesize%> is not available in Objective-C 1.0%<@synthesize%> not in @implementation context%<@synthesize%> requires the @interface of the class to be available%<@throw%> (rethrow) used outside of a @catch block%<@throw%> argument is not an object%<@try%> without %<@catch%> or %<@finally%>%<G0%> in format at %L%<I%> at %L and %<J%>' at %L cannot both be BOZ literal constants%<MOLD%> argument of %<TRANSFER%> intrinsic at %L must not be %s%<[%E] =%> used in a GNU-style designated initializer for class %qT%<[*]%> not allowed in other than function prototype scope%<[*]%> not in a declaration%<_Alignas%> specifiers cannot reduce alignment of %qE%<_Alignas%> specifiers cannot reduce alignment of unnamed field%<_Atomic%> %qD in %<aligned%> clause%<_Atomic%> %qD in %<firstprivate%> clause on %<target%> construct%<_Atomic%> %qD in %<linear%> clause%<_Atomic%> %qD in %qs clause%<_Atomic%> %qD in implicit %<firstprivate%> clause on %<target%> construct%<_Atomic%> %qD in implicit %<map%> clause%<_Atomic%> %qE in %<reduction%> clause%<_Atomic%> %qE in %qs clause%<_Atomic%> applied to a qualified type%<_Atomic%> expression in %<#pragma omp atomic%>%<_Atomic%> in Objective-C%<_Atomic%> iteration variable %qE%<_Atomic%> qualified type in %<#pragma omp declare reduction%>%<_Atomic%>-qualified array type%<_Atomic%>-qualified function type%<_Atomic%>-qualified parameter type %qT of %q+D%<_Atomic%>-qualified return type of %qD%<_Cilk_for%> allows expression instead of declaration only in C, not in C++%<_Cilk_spawn%> may only be used inside a function%<_Cilk_spawn%> must be followed by an expression%<_Float%d%s%> is not supported on this target%<_Generic%> association has function type%<_Generic%> association has incomplete type%<_Generic%> association has variable length type%<_Generic%> selector matches multiple associations%<_Generic%> selector of type %qT is not compatible with any association%<_Generic%> specifies two compatible types%<_Noreturn%> in empty declaration%<_Sat%> is used without %<_Fract%> or %<_Accum%>%<__BELOW100__%> attribute only applies to variables%<__GIMPLE%> only valid with -fgimple%<__RTL%> function cannot be compiled with %<-flto%>%<__alignof%> applied to a bit-field%<__auto_type%> in empty declaration%<__auto_type%> may only be used with a single declarator%<__auto_type%> requires a plain identifier as declarator%<__auto_type%> requires an initialized data declaration%<__auto_type%> used with a bit-field initializer%<__builtin_complex%> operand not of real binary floating-point type%<__builtin_complex%> operands of different types%<__builtin_longjmp%> second argument must be 1%<__builtin_next_arg%> called without an argument%<__gcc_host_wide_int__%> is not defined as %<long%> or %<long long%>%<__gcc_host_wide_int__%> is not defined as a type%<__int%d%> is not supported by this target%<__int%d%> is not supported on this target%<__label__%> not at the beginning of a block%<__restrict%> can only be specified for objects and functions%<__simd__%> attribute cannot be used in the same function marked as a Cilk Plus SIMD-enabled function%<__thread%> before %<extern%>%<__thread%> before %<static%>%<__thread%> before %qD%<__thread%> can only be specified for objects and functions%<__transaction_atomic%> without transactional memory support enabled%<__transaction_cancel%> not within %<__transaction_atomic%>%<__transaction_cancel%> within a %<__transaction_relaxed%>%<__transaction_cancel%> without transactional memory support enabled%<__transaction_relaxed%> without transactional memory support enabled%<a%d%> argument of %qs intrinsic at %L must be %s(%d)%<a1%> argument of %qs intrinsic at %L must be INTEGER, REAL or CHARACTER%<acc update%> must contain at least one %<device%> or %<host%> or %<self%> clause at %L%<alignas%> argument has non-integral type %qT%<aligned%> clause alignment expression must be integral%<aligned%> clause alignment expression must be positive constant integer expression%<alloca%> bound is unknown%<and%> of mutually exclusive equal-tests is always 0%<asm%> in %<constexpr%> function%<asm%> operand constraint incompatible with operand size%<asm%> operand has impossible constraints%<asm%> operand requires impossible reload%<asm%> specifiers are not permitted on non-static data members%<assign%> attribute conflicts with %<copy%> attribute%<assign%> attribute conflicts with %<retain%> attribute%<assign%> can be unsafe for Objective-C objects; please state explicitly if you need it%<async%> expression must be integral%<auto%> can only be specified for variables or function declarations%<auto%> changes meaning in C++11; please remove it%<auto%> conflicts with other OpenACC loop specifiers%<auto%> in file-scope empty declaration%<auto%> parameter not permitted in this context%<bank_switch%> has no effect on non-interrupt functions%<builtin_return_address%> contains only 2 bytes of address%<concept%> cannot appear in a typedef declaration%<concept%> only available with -fconcepts%<const%> and %<volatile%> function specifiers on %qD invalid in field declaration%<const%> and %<volatile%> function specifiers on %qD invalid in parameter declaration%<const%> and %<volatile%> function specifiers on %qD invalid in type declaration%<const%> and %<volatile%> function specifiers on %qD invalid in variable declaration%<const%> can only be specified for objects and functions%<constexpr%> cannot appear in a typedef declaration%<constexpr%> cannot be used for type declarations%<constexpr%> constructor for union %qT must initialize exactly one non-static data member%<constexpr%> lambda only available with -std=c++1z or -std=gnu++1z%<constexpr%> needed for in-class initialization of static data member %q#D of non-integral type%<copy%> attribute is only valid for Objective-C objects%<critical%> region may not be nested inside a %<critical%> region with the same name%<custom-%s=%> is not recognized as FPU instruction%<custom-%s=%> requires argument%<default%> label not within a switch statement%<delete[]%> is not a constant expression%<depend(%s)%> is only allowed in %<omp ordered%>%<depend(sink)%> clause waiting for lexically later iteration%<depend(sink)%> refers to iteration never in the iteration space%<depend(source)%> clause specified together with %<depend(sink:)%> clauses on the same construct%<device%> id must be integral%<dim%> argument of %qs intrinsic at %L is not a valid codimension index%<dim%> argument of %qs intrinsic at %L is not a valid dimension index%<dim%> argument of %s intrinsic at %L is not a valid dimension index%<dist_schedule%> chunk size expression must be integral%<distribute%> region must be strictly nested inside %<teams%> construct%<dynamic_cast%> not permitted with -fno-rtti%<else%> without a previous %<if%>%<enum %E%> declared in %<for%> loop initial declaration%<explicit%> can only be specified for constructors%<explicit%> in friend declaration%<explicit%> outside class declaration%<externally_visible%> attribute have effect only on public objects%<fallthrough%> attribute not followed by %<;%>%<fallthrough%> attribute specified multiple times%<fallthrough%> attribute specified with a parameter%<fast_interrupt%> attribute directive ignored%<for%> loop initial declarations are only allowed in C99 or C11 mode%<friend%> can only be specified inside a class%<friend%> used outside of class%<gang%> num expression must be integral%<gang%> num value must be positive%<gang%> static expression must be integral%<gang%> static value must be positive%<generic%> CPU can be used only for %<-mtune=%> switch%<generic%> CPU can be used only for %<target("tune=")%> attribute%<gnu_inline%> attribute present on %q+D%<goto%> in %<constexpr%> function%<goto%> is not a constant expression%<grainsize%> expression must be integral%<grainsize%> value must be positive%<if constexpr%> only available with -std=c++1z or -std=gnu++1z%<inbranch%> clause is incompatible with %<notinbranch%>%<inline%> can only be specified for functions%<inline%> in empty declaration%<inline%> is not allowed in declaration of friend template specialization %qD%<inline%> specified for friend class declaration%<inline%> specifier invalid for function %qs declared out of global scope%<inline%> specifier invalid for variable %qD declared at block scope%<intel%> CPU can be used only for %<-mtune=%> switch%<intel%> CPU can be used only for %<target("tune=")%> attribute%<l1-cache-size%> parameter is not a power of two %d%<linear%> clause for variable other than loop iterator specified on construct combined with %<distribute%>%<linear%> clause may not be specified together with %<ordered%> clause with a parameter%<linear%> clause step %qE is neither constant nor a parameter%<linear%> clause step expression must be integral%<linear%> clause step is a parameter %qD not specified in %<uniform%> clause%<location_t%> is not defined as a type%<locus%> is not defined as a type%<long long long%> is too long for GCC%<long long%> invalid for %qs%<long%> and %<short%> specified together for %qs%<long%> invalid for %qs%<long%> or %<short%> invalid for %qs%<long%> or %<short%> specified with char for %qs%<long%> switch expression not converted to %<int%> in ISO C%<long%>, %<int%>, %<short%>, or %<char%> invalid for %qs%<main%> declared %<_Noreturn%>%<master%> region may not be closely nested inside of work-sharing, explicit %<task%> or %<taskloop%> region%<memset%> used with constant zero length parameter; this could be due to transposed parameters%<memset%> used with length equal to number of elements without multiplication by element size%<namespace%> definition is not allowed here%<new%> of type %qT with extended alignment %d%<no-custom-%s%> does not accept arguments%<nonmonotonic%> modifier specified for %qs schedule kind%<nonmonotonic%> schedule modifier specified together with %<ordered%> clause%<noreturn%> function does return%<nowait%> clause must not be used together with %<copyprivate%>%<num_gangs%> value must be positive%<num_tasks%> expression must be integral%<num_tasks%> value must be positive%<num_teams%> value must be positive%<num_threads%> value must be positive%<num_workers%> value must be positive%<operator delete%> must return type %qT%<operator delete%> takes type %qT as first parameter%<operator new%> must not return NULL unless it is declared %<throw()%> (or -fcheck-new is in effect)%<operator new%> must return type %qT%<operator new%> takes type %<size_t%> (%qT) as first parameter%<operator%s%>%<operator%s%> in %<%E %s %E%>%<operator%s%> in %<%E%s%>%<operator%s%> in %<%s%E%>%<operator=%> should return a reference to %<*this%>%<operator[]%>%<operator[]%> in %<%E[%E]%>%<or%> of unmatched not-equal tests is always 1%<ordered simd threads%> must be closely nested inside of %<for simd%> region%<ordered%> %<simd%> must be closely nested inside %<simd%> region%<ordered%> clause parameter is less than %<collapse%>%<ordered%> clause with parameter may not be specified on %qs construct%<ordered%> construct with %<depend%> clause must be closely nested inside a loop with %<ordered%> clause with a parameter%<ordered%> construct with %<depend%> clause must be closely nested inside an %<ordered%> loop%<ordered%> region may not be closely nested inside of %<critical%>, %<ordered%>, explicit %<task%> or %<taskloop%> region%<ordered%> region must be closely nested inside a loop region with an %<ordered%> clause%<priority%> expression must be integral%<priority%> value must be non-negative%<readonly%> attribute conflicts with %<readwrite%> attribute%<readonly%> attribute conflicts with %<setter%> attribute%<register%> in file-scope empty declaration%<register%> storage class specifier used%<reinterpret_cast<%T>(%E)%> is not a constant expression%<requires%> only available with -fconcepts%<retain%> attribute conflicts with %<copy%> attribute%<retain%> attribute is only valid for Objective-C objects%<return%> with a value, in function returning void%<return%> with no value, in function returning non-void%<safelen%> clause expression must be positive constant integer expression%<seq%> overrides other OpenACC loop specifiers%<shape%> argument of %<reshape%> intrinsic at %L has more than %d elements%<shape%> argument of %<reshape%> intrinsic at %L must be an array of constant size%<short%> invalid for %qs%<short%> or %<long%> invalid for %qs%<signed%> and %<unsigned%> specified together for %qs%<signed%> or %<unsigned%> invalid for %qs%<simdlen%> clause expression must be positive constant integer expression%<simdlen%> clause value is bigger than %<safelen%> clause value%<sizeof%> applied to a bit-field%<sizeof%> on array function parameter %qE will return size of %qT%<sizeof...%> argument must be surrounded by parentheses%<source%> argument of %<shape%> intrinsic at %L must not be an assumed size array%<static%> may not be used when defining (as opposed to declaring) a static data member%<static%> specifier invalid for function %qs declared out of global scope%<std::tuple_size<%T>::value%> is not an integral constant expression%<struct %E%> declared in %<for%> loop initial declaration%<target("rtd")%> is ignored in 64bit mode%<target("sseregparm")%> used without SSE enabled%<target("tune=x86-64")%> is deprecated; use %<target("tune=k8")%> or %<target("tune=generic")%> instead as appropriate%<teams%> construct not closely nested inside of %<target%> construct%<this%> allowed in OpenMP only in %<declare simd%> clauses%<this%> is unavailable for static member functions%<this%> may not be used in this context%<this%> was not captured for this lambda function%<thread_limit%> expression must be integral%<thread_limit%> value must be positive%<threadprivate%> %qD is not file, namespace or block scope variable%<threadprivate%> %qE directive not in %qT definition%<threadprivate%> %qE has incomplete type%<tile%> argument needs integral type%<tile%> argument needs positive integral constant%<transaction_may_cancel_outer%> function call not within outer transaction or %<transaction_may_cancel_outer%>%<transaction_safe_dynamic%> may only be specified for a virtual function%<tree%> is not defined as a pointer type%<tree%> is not defined as a type%<try%> in %<constexpr%> function%<typedef%> was ignored in this declaration%<typeid%> operator cannot appear in a constant-expression%<typename %T::%D%> names %q#T, which is not a class template%<typename %T::%D%> names %q#T, which is not a type%<typeof%> applied to a bit-field%<union %E%> declared in %<for%> loop initial declaration%<va_start%> used in function with fixed args%<vector%> length expression must be integral%<vector%> length value must be positive%<vector_length%> value must be positive%<virtual%> can only be specified for functions%<virtual%> outside class declaration%<virtual%> specified more than once in base-specified%<void%> as only parameter may not be qualified%<void%> must be the only parameter%<volatile%> can only be specified for objects and functions%<wait%> expression must be integral%<weakref%> attribute ignored because function is defined%<weakref%> attribute ignored because variable is initialized%<weakref%> attribute should be accompanied with an %<alias%> attribute%<worker%> num expression must be integral%<worker%> num value must be positive%<||%> not valid in GIMPLE%<~%> on a boolean expression%<~%> on an expression of type bool%<~auto%> only available with -std=c++14 or -std=gnu++14%D renamed after being referenced in assembly%E qualifier ignored on asm%E requires %<-fgnu-tm%>%K%qD writing %wu bytes into a region of size %wu overflows the destination%K%qD: specified bound %wu exceeds maximum object size %wu%K%qD: specified bound %wu exceeds the size %wu of the destination%K%qD: specified bound between %wu and %wu  exceeds maximum object size %wu%K%qD: specified bound between %wu and %wu  exceeds the size %wu of the destination%K%qD: specified size %wu exceeds maximum object size %wu%K%qD: specified size between %wu and %wu exceeds maximum object size %wu%K%qD: writing %wu byte into a region of size %wu overflows the destination%K%qD: writing at least %wu byte into a region of size %wu overflows the destination%K%qD: writing between %wu and %wu bytes into a region of size %wu overflows the destination%K%s %wd out of range %wd - %wd%Kargument %d must be a constant immediate%Kargument %i range [%E, %E] exceeds maximum object size %E%Kargument %i range [%E, %E] is negative%Kargument %i value %qE exceeds maximum object size %E%Kargument %i value %qE is negative%Kargument %i value is zero%Kasm not allowed in %<transaction_safe%> function%Kattempt to free a non-heap object%Kattempt to free a non-heap object %qD%Kcall to %qs declared with attribute error: %s%Kcall to %qs declared with attribute warning: %s%Kfirst argument of %D must be a pointer, second integer constant%Kinvalid use of %<__builtin_va_arg_pack ()%>%Kinvalid use of %<__builtin_va_arg_pack_len ()%>%Klane %wd out of range %wd - %wd%Klane index must be a constant immediate%Klast argument of %D is not integer constant between 0 and 3%Kproduct %<%E * %E%> of arguments %i and %i exceeds %<SIZE_MAX%>%Kproduct %<%E * %E%> of arguments %i and %i exceeds maximum object size %E%Ktotal size and element size must be a non-zero constant immediate%d constructor found
  %d constructors found
  %d destructor found
  %d destructors found
  %d exits recorded for loop %d (having %d exits)%d frame table found
  %d frame tables found
! %d least significant bits of %s are ignored%i-bit mode not compiled in%q#D%q#D conflicts with a previous declaration%q#D declared here%q#D does not refer to the unqualified type, so it is not used for linkage%q#D explicitly defaulted here%q#D has incomplete type%q#D hides constructor for %q#T%q#D inherits from multiple base subobjects%q#D invalid; an anonymous struct can only have non-static data members%q#D invalid; an anonymous union can only have non-static data members%q#D is a static data member; it can only be initialized at its definition%q#D is implicitly declared as deleted because %qT declares a move constructor or move assignment operator%q#D is implicitly deleted because the default definition would be ill-formed:%q#D is inaccessible within this context%q#D is not a function template%q#D is not a non-static data member of %qT%q#D is not a valid template argument for type %qT because a reference variable does not have a constant address%q#D is not const%q#D is private within this context%q#D is protected within this context%q#D is volatile%q#D not declared in class%q#D previously declared here%q#D previously defined here%q#D redeclared as different kind of symbol%q#D should be initialized%q#D, declared using local type %qT, is used but never defined%q#D, declared using unnamed type, is used but never defined%q#F is implicitly deleted because its exception-specification does not match the implicit exception-specification %qX%q#T has no member named %qE%q#T has no member named %qE; did you mean %qE?%q#T has no user-provided default constructor%q#T has pointer data members%q#T has virtual base classes%q#T has virtual functions and accessible non-virtual destructor%q#T is not a class%q#T is not a class or a namespace%q#T is not a template%q#T is not a valid type for a template non-type parameter%q#T only defines a private destructor and has no friends%q#T only defines private constructors and has no friends%q#T used where a %qT was expected%q#T used where a floating point value was expected%q#T was previously declared here%q+#D cannot be declared%q+#D cannot be overloaded%q+#D is not a static data member of %q#T%q+#D marked %<final%>, but is not virtual%q+#D marked %<override%>, but does not override%q+D alias in between function and variable is not supported%q+D aliased declaration%q+D aliased to external symbol %qE%q+D aliased to undefined symbol %qE%q+D already declared with dllexport attribute: dllimport ignored%q+D declared as a friend%q+D declared as variadic function%q+D declared to take const reference, but implicit declaration would take non-const%q+D declared with an exception specification%q+D defined as variadic function without prototype%q+D defined both normally and as %qE attribute%q+D has incompatible attributes %qs and %qs%q+D in declare target directive does not have mappable type%q+D invalid in %q#T%q+D is static but declared in inline function %qD which is not static%q+D is usually a function%q+D redeclared as different kind of symbol%q+D redeclared inline with %<gnu_inline%> attribute%q+D redeclared inline without %<gnu_inline%> attribute%q+D redeclared without dllimport attribute after being referenced with dll linkage%q+D redeclared without dllimport attribute: previous dllimport ignored%q+D static data member inside of declare target directive%q+D takes only zero or two arguments%q+E is not a constant expression%q+F declared %<static%> but never defined%q+F used but never defined%q+T is not literal because:%qD appears both in data and map clauses%qD appears more than once in %<aligned%> clauses%qD appears more than once in data clauses%qD appears more than once in map clauses%qD appears more than once in motion clauses%qD appears more than once in reduction clauses%qD attribute directive ignored%qD attribute is meaningless since members of the anonymous namespace get local symbols%qD attribute requires a single NTBS argument%qD called in a constant expression%qD called in a constant expression before its definition is complete%qD can be marked override%qD cannot appear in a constant-expression%qD cannot be declared %<virtual%>, since it is always static%qD cannot be defaulted%qD cannot be used as a function%qD cannot have default arguments%qD changed semantics in GCC 4.4%qD conflicts with used function%qD declared %<constexpr%> outside its class%qD declared %<static%> in %<constexpr%> function%qD declared %<thread_local%> in %<constexpr%> function%qD declared %<transaction_safe_dynamic%>%qD declared as a %<virtual%> field%qD declared as a %<virtual%> parameter%qD declared as a %<virtual%> type%qD declared as a %<virtual%> variable%qD declared as a non-parameter%qD declared as an %<inline%> field%qD declared as an %<inline%> parameter%qD declared as an %<inline%> type%qD declared as array of %qT%qD declared as reference but not initialized%qD declared here%qD declared here, later in the translation unit%qD defined but not used%qD does not have a mappable type in %qs clause%qD does not have integral or enumeration type%qD does not name an enumeration in %qT%qD does not refer to a function%qD does not refer to a namespace scope function%qD has a previous declaration here%qD has already been defined%qD has an incomplete type %qT%qD has incomplete type%qD has invalid argument list%qD has not been declared within %D%qD has the same name as the class in which it is declared%qD in %<reduction%> clause is a zero size array%qD inherits the %E ABI tag that %qT (used in its return type) has%qD inherits the %E ABI tag that %qT (used in its type) has%qD invalid in lambda%qD is a namespace%qD is a usual (non-placement) deallocation function%qD is a usual (non-placement) deallocation function in C++14 (or with -fsized-deallocation)%qD is already a friend of %qT%qD is already a friend of class %qT%qD is already declared in this scope%qD is already defined in %qT%qD is already defined in class %qT%qD is already defined in the class %qT%qD is an enumeration template%qD is both a direct base and an indirect virtual base%qD is defined with tls model %s%qD is deprecated%qD is deprecated: %s%qD is initialized with itself%qD is normally a non-static function%qD is not a class or namespace%qD is not a function template%qD is not a member of %qD%qD is not a member of %qT%qD is not a member template function%qD is not a namespace-name%qD is not a pointer variable%qD is not a static data member of a class template%qD is not a template%qD is not a template function%qD is not a type%qD is not a valid template argument because %qD is a variable, not the address of a variable%qD is not a variable%qD is not a variable in %<aligned%> clause%qD is not a variable in %<depend%> clause%qD is not a variable in %qs clause%qD is not a variable in clause %<firstprivate%>%qD is not a variable in clause %<lastprivate%>%qD is not a variable in clause %qs%qD is not a variable template%qD is not an argument in %<uniform%> clause%qD is not an function argument%qD is not captured%qD is not compatible with %qD%qD is not defined outside of function scope%qD is not usable as a constexpr function because:%qD is static but used in inline function %qD which is not static%qD is threadprivate variable in %qs clause%qD is too small to hold all values of %q#T%qD is used uninitialized in this function%qD may be used uninitialized in this function%qD may not be declared as static%qD may not be declared within a namespace%qD must be a global variable in %<#pragma acc declare link%>%qD must be a non-member function%qD must be a nonstatic member function%qD must be either a non-static member function or a non-member function%qD must have an argument of class or enumerated type%qD must not have variable number of arguments%qD must take %<void%>%qD must take either one or two arguments%qD must take either zero or one argument%qD must take exactly one argument%qD must take exactly two arguments%qD not declared%qD not defined%qD redeclared with different access%qD redeclared with different visibility%qD referenced in target region does not have a mappable type%qD should be initialized%qD should be initialized in the member initialization list%qD should have been declared inside %qD%qD should return by value%qD specified both in declare target %<link%> and %<to%> clauses%qD used before its definition%qD used in its own initializer%qD used without template parameters%qD violates the C++ One Definition Rule %qD was declared %<extern%> and later %<static%>%qD was declared %qs which implies default visibility%qD was declared here%qD was hidden%qD was not declared %<constexpr%>%qD was not declared in this scope%qD was not declared in this scope, and no declarations were found by argument-dependent lookup at the point of instantiation%qD was not initialized with a constant expression%qD was previously declared here%qD was used with no declaration before its definition%qD was used with no prototype before its definition%qD will be initialized after%qD: visibility attribute ignored because it conflicts with previous declaration%qE 2.95 vtable-compatibility attribute applies only to C++ classes%qE 2.95 vtable-compatibility attribute applies only when compiling a kext%qE appears more than once in %<aligned%> clauses%qE appears more than once in data clauses%qE appears more than once in map clauses%qE appears more than once on the same %<declare target%> directive%qE argument is not a function%qE argument not an identifier%qE attribute address out of range%qE attribute allows only an integer constant argument%qE attribute applied to %qD with void return type%qE attribute applied to %qT after its definition%qE attribute applied to extern "C" declaration %qD%qE attribute applied to non-class, non-enum type %qT%qE attribute applied to non-function, non-variable %qD%qE attribute applies only to functions%qE attribute applies only to initialized variables with external linkage%qE attribute argument not a string constant%qE attribute argument not an integer constant%qE attribute argument should be between 0 to 255%qE attribute argument should be between 18 to 255%qE attribute can only be applied to functions or to class or enumeration types%qE attribute cannot be specified for local variables%qE attribute directive ignored%qE attribute does not apply to types%qE attribute doesn't apply to functions%qE attribute duplicated%qE attribute follows %qE%qE attribute has no effect%qE attribute has no effect on functions with static linkage%qE attribute has no effect on unit local functions%qE attribute have effect only on public objects%qE attribute ignored%qE attribute ignored because %qT is already defined%qE attribute ignored due to conflict with %qs attribute%qE attribute ignored due to conflict with attribute %qs%qE attribute ignored for %qE%qE attribute ignored for field of type %qT%qE attribute ignored on non-class types%qE attribute ignored on types%qE attribute ignored without -mcmse option.%qE attribute is not supported for R8C target%qE attribute is not supported on this platform%qE attribute is only applicable on functions%qE attribute is only valid on %<struct%> type%qE attribute is supported only for SH2A%qE attribute is used for non-class method%qE attribute not allowed with auto storage class%qE attribute not available to functions that return value on the stack%qE attribute not available to functions with arguments passed on the stack%qE attribute not available to functions with variable number of arguments%qE attribute on non-volatile variable%qE attribute only affects top level objects%qE attribute only applies to SH2A%qE attribute only applies to base type of a function pointer%qE attribute only applies to function types%qE attribute only applies to functions%qE attribute only applies to interrupt functions%qE attribute only applies to variables%qE attribute only applies to variables in static storage%qE attribute only applies to variadic functions%qE attribute only available for 32-bit%qE attribute only supported for reduced Tiny cores%qE attribute requires a string argument%qE attribute requires a string constant argument%qE attribute requires a void return type%qE attribute requires an integer constant argument%qE attribute requires prototypes with named arguments%qE cannot be scalar when %qE is not%qE cannot be used as a function%qE cannot be used as a member pointer, since it is of type %qT%qE cannot have both %qs and %qs attributes%qE declared %<threadprivate%> after first use%qE declared as function returning a function%qE declared as function returning an array%qE defined as wrong kind of tag%qE does not have a mappable type in %qs clause%qE does not have pointer or array type%qE does not name a type%qE does not name a type; did you mean %qs?%qE fails to be a typedef or built in type%qE has both %<extern%> and initializer%qE has const type for %<reduction%>%qE has invalid type for %<reduction(%s)%>%qE has not been declared%qE implies default visibility, but %qD has already been declared with a different visibility%qE in %<aligned%> clause is neither a pointer nor an array%qE in %<aligned%> clause is neither a pointer nor an array nor a reference to pointer or array%qE in %<reduction%> clause is a zero size array%qE in %q#T does not name a template type%qE in %q#T does not name a type%qE in namespace %qE does not name a template type%qE in namespace %qE does not name a type%qE incompatible attribute ignored%qE initialized and declared %<extern%>%qE is a member of a union%qE is a pointer; did you mean to use %<->%>?%qE is an unrecognized format function type%qE is deprecated%qE is deprecated: %s%qE is neither a variable nor a function name in clause %qs%qE is neither function nor member function; cannot be declared friend%qE is not a class or namespace%qE is not a class template%qE is not a class, namespace, or enumeration%qE is not a constant expression%qE is not a constant expression because it refers to an incompletely initialized variable%qE is not a constant expression because it refers to mutable subobjects of %qT%qE is not a template%qE is not a type%qE is not a valid template argument for %qT because it is not the address of a variable%qE is not a valid template argument for type %qT%qE is not a valid template argument for type %qT because %qD does not have external linkage%qE is not a valid template argument for type %qT because %qD has no linkage%qE is not a valid template argument for type %qT because it is a pointer%qE is not a valid template argument for type %qT because it is not an lvalue%qE is not a valid template argument for type %qT because it is not an object with linkage%qE is not a valid template argument for type %qT because it is of type %qT%qE is not a valid template argument for type %qT because object %qD does not have linkage%qE is not a valid template argument for type %qT because of conflicts in cv-qualification%qE is not a valid template argument for type %qT because string literals can never be used in this context%qE is not a valid template argument of type %qT because %qD does not have external linkage%qE is not a valid template argument of type %qT because %qD has no linkage%qE is not a valid template argument of type %qT because %qE is not a variable%qE is not a variable in %<aligned%> clause%qE is not a variable in %<depend%> clause%qE is not a variable in %qs clause%qE is not a variable in clause %<firstprivate%>%qE is not a variable in clause %<lastprivate%>%qE is not a variable in clause %qs%qE is not an Objective-C class name or alias%qE is not an argument in %<uniform%> clause%qE is not at beginning of declaration%qE is not initialized%qE is not of type %qT%qE is only allowed in Objective-C dialects%qE is predetermined %qs for %qs%qE is used uninitialized in this function%qE may be used uninitialized in this function%qE may not respond to %<%c%E%>%qE may write a terminating nul past the end of the destination%qE must be %<threadprivate%> for %<copyin%>%qE needs isa option %s%qE needs unknown isa option%qE not specified in enclosing %qs%qE not specified in enclosing OpenACC %qs construct%qE output %wu byte into a destination of size %wu%qE output %wu bytes into a destination of size %wu%qE output %wu or more bytes (assuming %wu) into a destination of size %wu%qE output %wu or more bytes into a destination of size %wu%qE output between %wu and %wu bytes into a destination of size %wu%qE output may be truncated before the last format character%qE output truncated before the last format character%qE redeclared as different kind of symbol%qE redeclared with conflicting %qs attributes%qE requires a %<declare%> directive for use in a %<routine%> function%qE undeclared (first use in this function)%qE undeclared (first use in this function); did you mean %qs?%qE undeclared here (not in a function)%qE undeclared here (not in a function); did you mean %qs?%qE used with %<auto%>%qE used with %<register%>%qE used with %<typedef%>%qE with %<link%> clause used in %<routine%> function%qE writing a terminating nul past the end of the destination%qF declared %<static%> but never defined%qF requires -march=arch12 or higher%qF requires -mvx%qT and %qT are in disjoint named address spaces%qT as type rather than plain %<decltype(auto)%>%qT declared here%qT declared with greater visibility than its base %qT%qT declared with greater visibility than the type of its field %qD%qT defined with direct virtual base%qT defined with multiple direct bases%qT does not have the %E ABI tag that %qT (used in the type of %qD) has%qT does not have the %E ABI tag that base %qT has%qT has a base %qT whose type depends on the type %qT which has no linkage%qT has a base %qT whose type has no linkage%qT has a base %qT whose type uses the anonymous namespace%qT has a field %qD whose type depends on the type %qT which has no linkage%qT has a field %qD whose type has no linkage%qT has a field %qD whose type uses the anonymous namespace%qT has a previous declaration here%qT has no member named %qE%qT has no member named %qE; did you mean %qE?%qT has no non-static data member named %qD%qT is a variably modified type%qT is already a friend of %qT%qT is an ambiguous base of %qT%qT is an inaccessible base of %qT%qT is not a base of %qT%qT is not a class or namespace%qT is not a class type%qT is not a class, struct, or union type%qT is not a member class template of %qT%qT is not a member of %qT%qT is not a namespace%qT is not a namespace or unscoped enum%qT is not a nested class of %qT%qT is not a pointer-to-object type%qT is not a template%qT is not a template type%qT is not an accessible base of %qT%qT is not an enumeration type%qT is promoted to %qT when passed through %<...%>%qT is/uses unnamed type%qT referred to as %qs%qT referred to as enum%qT resolves to %qT, which is is not a class type%qT resolves to %qT, which is not an enumeration type%qV qualifiers cannot be applied to %qT%qs%qs already defined as specific binding for the generic %qs at %C%qs and %qs arguments of %qs intrinsic at %L must have identical shape.%qs and %qs arguments of %qs intrinsic at %L must have the same type%qs and %qs can't be mixed FUNCTION/SUBROUTINE for GENERIC %qs at %L%qs and %qs for GENERIC %qs at %L are ambiguous%qs appears to be a misspelled %s handler, missing __vector prefix%qs argument of %qs intrinsic at %L cannot be INTENT(IN)%qs argument of %qs intrinsic at %L cannot be of type %s%qs argument of %qs intrinsic at %L has invalid permutation of dimensions (dimension %qd duplicated)%qs argument of %qs intrinsic at %L has invalid shape in dimension %d (%ld/%ld)%qs argument of %qs intrinsic at %L has negative element (%d)%qs argument of %qs intrinsic at %L has out-of-range dimension (%d)%qs argument of %qs intrinsic at %L has wrong number of elements (%d/%d)%qs argument of %qs intrinsic at %L is empty%qs argument of %qs intrinsic at %L is not a valid dimension index%qs argument of %qs intrinsic at %L must be %s%qs argument of %qs intrinsic at %L must be ALLOCATABLE%qs argument of %qs intrinsic at %L must be INTEGER%qs argument of %qs intrinsic at %L must be INTEGER or LOGICAL%qs argument of %qs intrinsic at %L must be INTEGER or PROCEDURE%qs argument of %qs intrinsic at %L must be INTEGER or REAL%qs argument of %qs intrinsic at %L must be REAL or COMPLEX%qs argument of %qs intrinsic at %L must be a POINTER%qs argument of %qs intrinsic at %L must be a POINTER or a TARGET%qs argument of %qs intrinsic at %L must be a POINTER, ALLOCATABLE or procedure pointer%qs argument of %qs intrinsic at %L must be a constant%qs argument of %qs intrinsic at %L must be a data entity%qs argument of %qs intrinsic at %L must be a logical array%qs argument of %qs intrinsic at %L must be a pointer or target VARIABLE or FUNCTION%qs argument of %qs intrinsic at %L must be a scalar%qs argument of %qs intrinsic at %L must be a variable%qs argument of %qs intrinsic at %L must be an array%qs argument of %qs intrinsic at %L must be an interoperable data entity: %s%qs argument of %qs intrinsic at %L must be default real%qs argument of %qs intrinsic at %L must be double precision%qs argument of %qs intrinsic at %L must be less than rank %d%qs argument of %qs intrinsic at %L must be numeric or LOGICAL%qs argument of %qs intrinsic at %L must be of a dummy variable%qs argument of %qs intrinsic at %L must be of a kind not wider than the default kind (%d)%qs argument of %qs intrinsic at %L must be of an OPTIONAL dummy variable%qs argument of %qs intrinsic at %L must be of an extensible type%qs argument of %qs intrinsic at %L must be of intrinsic type%qs argument of %qs intrinsic at %L must be of kind %d%qs argument of %qs intrinsic at %L must be of rank %d%qs argument of %qs intrinsic at %L must be of rank 1 or 2%qs argument of %qs intrinsic at %L must be positive%qs argument of %qs intrinsic at %L must be the same kind as %qs%qs argument of %qs intrinsic at %L must be the same type and kind as %qs%qs argument of %qs intrinsic at %L must have a numeric type%qs argument of %qs intrinsic at %L must have a type of either REAL or INTEGER%qs argument of %qs intrinsic at %L must have the same rank as %qs or be a scalar%qs argument of %qs intrinsic at %L must not be OPTIONAL%qs argument of %qs intrinsic at %L must not be a subobject of %qs%qs argument of %qs intrinsic at %L must not be present if %<x%> is COMPLEX%qs argument of %qs intrinsic at %L must provide at least as many elements as there are .TRUE. values in %qs (%ld/%d)%qs argument of %qs intrinsic at %L not yet supported%qs argument of %qs intrinsic at %L shall be of type integer, real or character%qs argument of %qs intrinsic at %L shall have the same type as %qs at %L%qs argument of %qs intrinsic at %L shall not be TYPE(*)%qs argument of %qs intrinsic at %L shall not be a procedure%qs argument of %qs intrinsic at %L shall not be an assumed-size array%qs argument of %qs intrinsic at %L shall not be coindexed%qs argument of %qs intrinsic at %L shall specify a valid integer kind%qs argument of intrinsic %qs at %L of must have rank %d or be a scalar%qs at %C is a redefinition of the declaration in the corresponding interface for MODULE PROCEDURE %qs%qs at %C is already defined as FINAL procedure!%qs at %C is not a member of the %qs structure%qs at %C is not a variable%qs at %C is the name of a recursive function and so refers to the result variable. Use an explicit RESULT variable for direct recursion (12.5.2.1)%qs at %L already is initialized at %L%qs at %L associated to expression can not be used in a variable definition context (%s)%qs at %L associated to vector-indexed target can not be used in a variable definition context (%s)%qs at %L cannot have the VALUE attribute because it is not a dummy argument%qs at %L has a type, which is not consistent with the CALL at %L%qs at %L has attributes specified outside its INTERFACE body%qs at %L has the CONTIGUOUS attribute but is not an array pointer or an assumed-shape or assumed-rank array%qs at %L is ambiguous%qs at %L is an array and OPTIONAL; IF IT IS MISSING, it cannot be the actual argument of an ELEMENTAL procedure unless there is a non-optional argument with the same rank (12.4.1.5)%qs at %L is not a VALUE%qs at %L is not a function%qs at %L is not a module procedure%qs at %L is of the ABSTRACT type %qs%qs at %L must be less than BIT_SIZE(%qs)%qs at %L must be less than or equal to BIT_SIZE(%qs)%qs at %L must be less than or equal to the BIT_SIZE of INTEGER(KIND=%d)%qs at %L must be nonnegative%qs at %L must have constant character length in this context%qs at %L must have the same number of formal arguments as the overridden procedure%qs at %L must not be DEFERRED as it overrides a non-DEFERRED binding%qs at %L overrides a FUNCTION and must also be a FUNCTION%qs at %L overrides a NOPASS binding and must also be NOPASS%qs at %L overrides a PUBLIC procedure and must not be PRIVATE%qs at %L overrides a PURE procedure and must also be PURE%qs at %L overrides a SUBROUTINE and must also be a SUBROUTINE%qs at %L overrides a binding with PASS and must also be PASS%qs at %L overrides a non-ELEMENTAL procedure and must not be ELEMENTAL, either%qs at %L overrides a procedure binding declared NON_OVERRIDABLE%qs at %L overrides an ELEMENTAL procedure and must also be ELEMENTAL%qs at %L should be a FUNCTION%qs at %L should be a SUBROUTINE%qs attribute ignored%qs attribute only applies to functions%qs attribute only applies to variadic functions%qs attribute requires prototypes with named arguments%qs cannot appear in a constant-expression%qs cannot be extended at %C because it is BIND(C)%qs cannot be extended at %C because it is a SEQUENCE type%qs combined with %<auto%> qualifier for %qE%qs combined with %<register%> qualifier for %qE%qs construct inside of %qs region%qs declared INTRINSIC at %L does not exist%qs declared as function returning a function%qs declared as function returning an array%qs declared at %L is also the name of an intrinsic.  It can only be called via an explicit interface or if declared EXTERNAL.%qs declared at %L may shadow the intrinsic of the same name.  In order to call the intrinsic, explicit INTRINSIC declarations may be required.%qs declared in a non-class scope%qs defined in a non-class scope%qs does not support MIPS16 code%qs expects 1 argument but %d given%qs expects 2 arguments but %d given%qs expects a constant argument%qs expects a fixed-point value as argument%qs expects a fixed-point value as first argument%qs expects an integer value as second argument%qs expression must be integral%qs feature modifier is incompatible with %s %s%qs function cannot have arguments%qs function cannot return a value%qs function uses %<auto%> type specifier without trailing return type%qs function with trailing return type has %qT as its type rather than plain %<auto%>%qs function with trailing return type not declared with %<auto%> type specifier%qs has both %<extern%> and initializer%qs has overflowed%qs in %<%s %E%>%qs in %s clause at %L is not a proper array section%qs in ALIGNED clause at %L requires a scalar positive constant integer alignment expression%qs in ALIGNED clause must be POINTER, ALLOCATABLE, Cray pointer or C_PTR at %L%qs in DEPEND clause at %L is a zero size array section%qs in EXTENDS expression at %C is not a derived type%qs in LINEAR clause at %L requires a constant integer linear-step expression or dummy argument specified in UNIFORM clause%qs in LINEAR clause at %L requires a scalar integer linear-step expression%qs in cannot appear in COMMON at %L [F2008:C5100]%qs in the pointer assignment at %L cannot be an l-value since it is a procedure%qs in variable definition context (%s) at %L is not a variable%qs initialized and declared %<extern%>%qs intrinsic with CHARACTER argument at %L%qs intrinsic with KIND argument at %L%qs intrinsic with RADIX argument at %L%qs is already IMPORTed from host scoping unit at %C%qs is an invalid argument to -mcpu=%qs is an unknown -save-temps option%qs is corrupted%qs is deprecated%qs is deprecated; use -fno-zero-initialized-in-bss%qs is deprecated; use -fstack-check%qs is incompatible with %qs%qs is incompatible with %s %s%qs is narrower than values of its type%qs is neither a defined operator nor a structure component in dotted string at %C%qs is not a directory%qs is not a gcov data file%qs is not a valid base register in -mstack-protector-guard-reg=%qs is not a valid number in -mstack-protector-guard-offset=%qs is not a valid offset in -mstack-protector-guard-offset=%qs is not a valid option to the preprocessor%qs is not an option that controls warnings%qs is not valid for %qs%qs is of a PRIVATE type and cannot be a dummy argument of %qs, which is PUBLIC at %L%qs is version %q.*s, expected version %q.*s%qs length expression must be integral%qs length expression must be positive constant integer expression%qs matching variant is deprecated.%qs matching variant requires -march=arch12 or higher%qs must be a module procedure or an external procedure with an explicit interface at %L%qs must be the first clause of %qs%qs must be used with %qs%qs must not appear in the array specification at %L in the same ALLOCATE statement where it is itself allocated%qs of %qs is PRIVATE at %L%qs of module %qs, imported at %C, is also the name of the current program unit%qs requires a target that provides the %qs instruction%qs requires branch-likely instructions%qs specified for auto variable %qE%qs specified for parameter %qE%qs specified for structure field%qs specified for structure field %qE%qs specified for unnamed parameter%qs tag used in naming %q#T%qs used with %qE%qs uses dynamic stack allocation%qs value must be positive%qs variable is neither a pointer nor an array%qs variable is neither a pointer, nor an array nor reference to pointer or array%r%s:%d:%R   %r%s:%d:%R   [ skipping %d instantiation contexts, use -ftemplate-backtrace-limit=0 to disable ]
  %r%s:%d:%R   in constexpr expansion of %qs%r%s:%d:%d:%R   %r%s:%d:%d:%R   [ skipping %d instantiation contexts, use -ftemplate-backtrace-limit=0 to disable ]
  %r%s:%d:%d:%R   in constexpr expansion of %qs%s%s
  %s  Same as %s.%s !$ACC LOOP loops not perfectly nested at %L%s %#D%s %#S%s %<%s%.*s%> expects a matching %<%T%s%> argument%s %<%s%.*s%> expects a matching %<%s%s%> argument%s %<%s%.*s%> expects argument of type %<%T%s%>, but argument %d has type %qT%s %<%s%.*s%> expects argument of type %<%s%s%>, but argument %d has type %qT%s %qE does not fully implement the %qE protocol%s %qs%s %qs construct inside of %s %qs region%s %s %p %d
  %s %s%s
  %s %s(%E) %p %d
  %s %wd out of range %wd - %wd%s '%s'
! %s (program %s)%s argument to IMAGE_INDEX must be a rank one array at %L%s at %L%s at %L is a DEC extension, enable with -fdec-static%s at %L must be INTEGER%s at %L must be a scalar%s at %L must be integer%s attribute applied to %s %s at %L%s attribute at %L is not allowed outside of the specification part of a module%s attribute conflicts with %s attribute at %L%s attribute conflicts with %s attribute in %qs at %L%s attribute not allowed in BLOCK DATA program unit at %L%s attribute of %qs conflicts with %s attribute at %L%s attribute with %s attribute at %L%s attribute with %s attribute in %qs at %L%s between the MODULE PROCEDURE declaration in MODULE %qs and the declaration at %L in (SUB)MODULE %qs%s cannot be a DO CONCURRENT loop at %L%s cannot be a DO WHILE or DO without loop control at %L%s cannot be used in asm here%s clause at %L requires a scalar INTEGER expression%s clause variable %qs at %L is neither a POINTER nor an array%s collapsed loops don't form rectangular iteration space at %L%s conflicts with i386 (arch flags ignored)%s conflicts with ppc (arch flags ignored)%s conflicts with ppc64 (arch flags ignored)%s conflicts with x86_64 (arch flags ignored)%s does not support %%n$ operand number formats%s does not support %s%s does not support %s with the %<%%%c%> %s format%s does not support block_ends_with_call_p%s does not support block_ends_with_condjump_p%s does not support can_duplicate_block_p%s does not support can_merge_blocks_p%s does not support can_remove_branch_p%s does not support create_basic_block%s does not support delete_basic_block%s does not support dump_bb_for_graph%s does not support duplicate_block%s does not support flow_call_edges_add%s does not support force_nonfallthru%s does not support make_forwarder_block%s does not support merge_blocks%s does not support move_block_after%s does not support predict_edge%s does not support predicted_by_p%s does not support redirect_edge_and_branch%s does not support redirect_edge_and_branch_force%s does not support split_block%s does not support split_edge%s does not support the %<%%%c%> %s format%s does not support the %<%%%s%c%> %s format%s does not support the %qs %s length modifier%s expects a compile time integer constant%s expects a compile time long integer constant as first argument%s expects an integer literal in the range [%d, %d]%s expects an integer literal in the range [%d, %d]. (%wd)%s expression list treated as compound expression%s ignored with %s and %<%%%c%> %s format%s ignored with %s in %s format%s in CFString literal%s in format string at %L%s instructions aren't allowed in %s service routine%s instructions aren't allowed in function with no_caller_saved_registers attribute%s is a DEC extension at %C, re-compile with -fdec to enable%s is not available for %s architecture%s is not supported by this configuration%s iteration variable must be of type integer at %L%s iteration variable must not be THREADPRIVATE at %L%s iteration variable present on clause other than LASTPRIVATE at %L%s iteration variable present on clause other than LINEAR at %L%s iteration variable present on clause other than PRIVATE or LASTPRIVATE at %L%s must contain at least one MAP clause at %L%s only accepts %d arguments%s only accepts 1 argument%s only accepts 2 arguments%s out of range: Range is %i to %i, value is %i%s procedure at %L is already declared as %s procedure%s procedure at %L is already declared as %s procedure. 
! F2008: A pointer function assignment is ambiguous if it is the first executable statement after the specification block. Please add any other kind of executable statement before it. FIXME%s requires a scalar-default-char-expr at %L%s returned %d exit status%s specifier in %s statement at %C has invalid value %qs%s specifier in %s statement at %C has value %qs%s statement at %C cannot follow %s statement at %L%s statement at %C cannot terminate a non-block DO loop%s statement at %C follows another accessibility specification%s statement at %C in PURE procedure%s statement at %C is not applicable to construct %qs%s statement at %C is not within a construct%s statement at %C is not within construct %qs%s statement at %C leaves CRITICAL construct%s statement at %C leaves DO CONCURRENT construct%s statement at %C leaving OpenACC structured block%s statement at %C leaving OpenMP structured block%s statement expected at %L%s statement is not allowed inside of BLOCK DATA at %C%s statement is not allowed inside of BLOCK at %C%s statement must appear in a MODULE%s statement not allowed in PURE procedure at %C%s string ill-formed
  %s tag%s tag at %L must be a character string of default kind%s tag at %L must be of type %s%s tag at %L must be scalar%s tag with INQUIRE%s terminated with signal %d [%s]%s%s used with %<%%%c%> %s format%s variable %qE is private in outer context%s"%s"%s is invalid%s"%s"%s is not allowed%s%#D%s%#D <deleted>%s%#D <near match>%s%D(%T) <built-in>%s%D(%T, %T) <built-in>%s%D(%T, %T, %T) <built-in>%s%T <conversion>%s%s%s %sversion %s (%s)
  %s	compiled by GNU C version %s, %s%s%s %sversion %s (%s) compiled by CC, %s%sGGC heuristics: --param ggc-min-expand=%d --param ggc-min-heapsize=%d
  %s%swarning: %s header version %s differs from library version %s.
*************** F2008: A pointer function assignment is
*** 2153,2202 ****
  %s:version '%.4s', prefer version '%.4s'
  %sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s%u names provided while %qT decomposes into %wu elements'' ' flag'!' flag'#' flag'%%%c' is not a valid operand prefix'%%&' used without any local dynamic TLS references'%%l' operand isn't a label'%s' must have %d operands (excluding match_dups)'%s' must have at least %d operands (excluding match_dups)'%s' must have no more than %d operands (excluding match_dups)'%s' was assigned to '%s', but was not defined during recompilation, or vice versa''' flag'(' flag'+' flag'-' flag'0' flag'B' operand has multiple bits set'B' operand is not constant'E' modifier'I' flag'O' modifier'^' flag'_' flag'a' flag'assign' property %qs is using bit-field instance variable %qs'atomic' property %qs is using bit-field instance variable %qs'getter' attribute of property %qD conflicts with previous declaration'h' applied to non-register operand'm' flag'nonatomic' attribute of property %qD conflicts with previous declaration'o' operand is not constant'q' flag'readonly' attribute of property %qD conflicts with previous declaration'setter' attribute of property %qD conflicts with previous declaration(C)(Messages without a matching method signature(a pointer to member can only be formed with %<&%E%>)(an out of class initialization is required)(anonymous namespace)(anonymous)(if this is not what you intended, make sure the function template has already been declared and add <> after the function name here) (if you use %<-fpermissive%> G++ will accept your code)(if you use %<-fpermissive%> or %<-std=c++11%>, or %<-std=gnu++11%> G++ will accept your code)(if you use %<-fpermissive%>, G++ will accept your code, but allowing the use of an undeclared name is deprecated)(near initialization for %qs)(perhaps %<typename %T::%E%> was intended)(perhaps a semicolon is missing after the definition of %qT)(so you should pass %qT not %qT to %<va_arg%>)(static destructors for %s)(static initializers for %s)(the message is displayed only once per source file)
  ({anonymous})*** WARNING *** there are active plugins, do not report this as a bug unless you can reproduce it without enabling any plugins.
! *this--help argument %q.*s is ambiguous, please be more specific--help=<class>	Display descriptions of a specific class of options.  <class> is one or more of optimizers, target, warnings, undocumented, params.--param <param>=<value>	Set parameter <param> to value.  See below for a complete list of parameters.--param inline-unit-growth limit reached--param large-function-growth limit reached--param large-stack-frame-growth limit reached--param max-inline-insns-auto limit reached--param max-inline-insns-single limit reached-A<question>=<answer>	Assert the <answer> to <question>.  Putting '-' before <question> disables the <answer> to <question>.-D<macro>[=<val>]	Define a <macro> with <val> as its value.  If just <macro> is given, <val> is taken to be 1.-E or -x required when input is from standard input-F <dir>	Add <dir> to the end of the main framework include path.-G<number>	Put global and static data smaller than <number> bytes into a special section (on some targets).-I <dir>	Add <dir> to the end of the main include path.-I- specified twice-J<directory>	Put MODULE files in 'directory'.-MF <file>	Write dependency output to the given file.-MG may only be used with -M or -MM-MQ <target>	Add a MAKE-quoted target.-MT <target>	Add an unquoted target.-O<number>	Set optimization level to <number>.-U<macro>	Undefine <macro>.-Walloc-size-larger-than=<bytes> Warn for calls to allocation functions that attempt to allocate objects larger than the specified number of bytes.-Walloc-zero Warn for calls to allocation functions that specify zero bytes.-Walloca-larger-than=0 is meaningless-Werror=%s: -%s is not an option that controls warnings-Werror=%s: no option -%s-Wformat-contains-nul ignored without -Wformat-Wformat-extra-args ignored without -Wformat-Wformat-nonliteral ignored without -Wformat-Wformat-security ignored without -Wformat-Wformat-y2k ignored without -Wformat-Wformat-zero-length ignored without -Wformat-Wframe-larger-than=<number>	Warn if a function's stack frame requires more than <number> bytes.-Wlarger-than=<number>	Warn if an object is larger than <number> bytes.-Wmisleading-indentation is disabled from this point onwards, since column-tracking was disabled due to the size of the code/headers-Wnormalized=[none|id|nfc|nfkc]	Warn about non-normalized Unicode strings.-Wvla-larger-than=0 is meaningless-Xbind-now and -Xbind-lazy are incompatible-aux-info <file>	Emit declaration information into <file>.-bundle not allowed with -dynamiclib-bundle_loader not allowed with -dynamiclib-c or -S required for Ada-c required for gnat2scil-c required for gnat2why-client_name not allowed with -dynamiclib-current_version only allowed with -dynamiclib-d<letters>	Enable dumps from specific passes of the compiler.-dumpbase <file>	Set the file basename to be used for dumps.-dumpdir <dir>	Set the directory name to be used for dumps.-f%s and -msdata=%s are incompatible-f%s ignored (not supported for DJGPP)
! -f%s is not supported with CONST16 instructions-f%s not supported: ignored-f%sleading-underscore not supported on this target machine-fPIC and -fpic are not supported in this configuration-fPIC and -mcall-%s are incompatible-fPIC is not supported-fPIC/-fpic not supported for this target-fPIE is not supported-fada-spec-parent=unit  Dump Ada specs as child units of given parent.-falign-labels=%d is not supported-falign-loops=%d is not supported-faligned-new=%d is not a power of two-faligned-new=<N> Use C++17 over-aligned type allocation for alignments greater than N.-fasan-shadow-offset should only be used with -fsanitize=kernel-address-fasan-shadow-offset=<number>	Use custom shadow memory offset.-fassociative-math disabled; other options take precedence-fblas-matmul-limit=<n>	Size of the smallest matrix for which matmul will use BLAS.-fcall-saved-<register>	Mark <register> as being preserved across functions.-fcall-saved-REG is not supported for out registers-fcall-used-<register>	Mark <register> as being corrupted by function calls.-fcheck=[...]	Specify which runtime checks are to be performed.-fcilkplus must be enabled to use %<#pragma cilk grainsize%>-fcilkplus must be enabled to use %<_Cilk_for%>-fcilkplus must be enabled to use %<_Cilk_spawn%>-fcilkplus must be enabled to use %<_Cilk_sync%>-fcoarray=<none|single|lib>	Specify which coarray parallelization should be used.-fcompare-debug[=<opts>]	Compile with and without e.g. -gtoggle, and compare the final-insns dump.-fconst-string-class=<name>	Use class <name> for constant strings.-fconstexpr-depth=<number>	Specify maximum constexpr recursion depth.-fconstexpr-loop-limit=<number>	Specify maximum constexpr loop iteration count.-fconvert=<big-endian|little-endian|native|swap> The endianness used for unformatted files.-fdata-sections not supported for this target-fdbg-cnt=%s-fdbg-cnt=<counter>:<limit>[,<counter>:<limit>,...]	Set the debug counter limit.-fdeduce-init-list	enable deduction of std::initializer_list for a template type parameter from a brace-enclosed initializer-list.-fdiagnostics-color=[never|always|auto]	Colorize diagnostics.-fdiagnostics-show-location=[once|every-line]	How often to emit source location at the beginning of line-wrapped diagnostics.-fdirectives-only is incompatible with -Wunused_macros-fdirectives-only is incompatible with -traditional-fdisable-[tree|rtl|ipa]-<pass>=range1+range2 disables an optimization pass.-fdump-<type>	Dump various compiler internals to a file.-fdump-final-insns=filename	Dump to filename the insns at the end of translation.-fdump-go-spec=filename	Write all declarations to file as Go code.-feliminate-dwarf2-dups is broken for C++, ignoring-femit-struct-debug-baseonly	Aggressive reduced debug info for structs.-femit-struct-debug-detailed=<spec-list>	Detailed reduced debug info for structs.-femit-struct-debug-reduced	Conservative reduced debug info for structs.-fenable-[tree|rtl|ipa]-<pass>=range1+range2 enables an optimization pass.-fexcess-precision=[fast|standard]	Specify handling of excess floating-point precision.-fexcess-precision=standard for Ada-fexcess-precision=standard for C++-fexcess-precision=standard for Fortran-fexec-charset=<cset>	Convert all strings and character constants to character set <cset>.-ffixed-<register>	Mark <register> as being unavailable to the compiler.-ffixed-line-length-<n>	Use n as character line width in fixed mode.-ffpe-summary=[...]	Print summary of floating point exceptions.-ffpe-trap=[...]	Stop on following floating point exceptions.-ffree-line-length-<n>	Use n as character line width in free mode.-ffunction-sections not supported for this target-fgnat-encodings=[all|gdb|minimal]	Select the balance between GNAT encodings and standard DWARF emitted in the debug information-fgo-c-header=<file>	Write Go struct definitions to file as C code.-fgo-dump-<type>	Dump Go frontend internal information.-fgo-optimize-<type>	Turn on optimization passes in the frontend.-fgo-pkgpath=<string>	Set Go package path.-fgo-prefix=<string>	Set package-specific prefix for exported Go names.-fgo-relative-import-path=<path>	Treat a relative import as relative to path.-fhandle-exceptions has been renamed -fexceptions (and is now on by default)-finit-character=<n>	Initialize local character variables to ASCII value n.-finit-integer=<n>	Initialize local integer variables to n.-finit-logical=<true|false>	Initialize local logical variables.-finit-real=<zero|snan|nan|inf|-inf>	Initialize local real variables.-finline-limit=<number>	Limit the size of inlined functions to <number>.-finline-matmul-limit=<n>	Specify the size of the largest matrix for which matmul will be inlined.-finput-charset=<cset>	Specify the default character set for source files.-finstrument-functions-exclude-file-list=filename,...  Do not instrument functions listed in files.-finstrument-functions-exclude-function-list=name,...  Do not instrument listed functions.-fira-verbose=<number>	Control IRA's level of diagnostic messages.-flto-compression-level=<number>	Use zlib compression level <number> for IL.-fmax-array-constructor=<n>	Maximum number of objects in an array constructor.-fmax-errors=<number>	Maximum number of errors to report.-fmax-identifier-length=<n>	Maximum identifier length.-fmax-stack-var-size=<n>	Size in bytes of the largest array that will be put on the stack.-fmax-subrecord-length=<n>	Maximum length for subrecords.-fmessage-length=<number>	Limit diagnostics to <number> characters per line.  0 suppresses line-wrapping.-fno-fat-lto-objects are supported only with linker plugin-fno-gnu89-inline is only supported in GNU99 or C99 mode-fno-pretty-templates Do not pretty-print template specializations as the template signature followed by the arguments.-fno-threadsafe-statics	Do not generate thread-safe code for initializing local statics.-foffload-abi option can be specified only for offload compiler-foffload-abi=[lp64|ilp32]     Set the ABI to use in an offload compiler.-foffload=<targets>=<options>  Specify offloading targets and options for them.-fopenacc-dim operand is malformed at '%s'-fopt-info[-<type>=filename]	Dump compiler optimization details.-force_flat_namespace not allowed with -dynamiclib-fpack-struct=<number>	Set initial maximum structure member alignment.-fpermitted-flt-eval-methods=[c11|ts-18661]	Specify which values of FLT_EVAL_METHOD are permitted.-fpic and -fPIC not supported without -mdsbt on this target-fpic and -mapcs-reent are incompatible-fpic is not supported-fpie is not supported-fplugin-arg-<name>-<key>[=<value>]	Specify argument <key>=<value> for plugin <name>.-fprefetch-loop-arrays is not supported with -Os-fprefetch-loop-arrays not supported for this target-fprefetch-loop-arrays not supported for this target (try -march switches)-fprofile-update=[single|atomic|prefer-atomic]	Set the profile update method.-frandom-seed=<string>	Make compile reproducible using <string>.-frecord-gcc-switches is not supported by the current target-freorder-blocks-and-partition does not support unwind info on this architecture-freorder-blocks-and-partition does not work on this architecture-freorder-blocks-and-partition does not work with exceptions on this architecture-freorder-blocks-and-partition not supported on this architecture-frepo must be used with -c-fsanitize-address-use-after-scope requires -fstack-reuse=none option-fsanitize-recover=%s is not supported-fsanitize-sections=<sec1,sec2,...>	Sanitize global variables in user-defined sections.-fsanitize=address and -fsanitize=kernel-address are incompatible with -fsanitize=thread-fsanitize=address and -fsanitize=kernel-address are not supported for this target-fsanitize=address is incompatible with -fsanitize=kernel-address-fsanitize=address not supported for this target-fsanitize=all option is not valid-fsanitize=leak is incompatible with -fsanitize=thread-fsched-stalled-insns-dep=<number>	Set dependence distance checking in premature scheduling of queued insns.-fsched-stalled-insns=<number>	Set number of queued insns that can be prematurely scheduled.-fsched-verbose=<number>	Set the verbosity level of the scheduler.-fsplit-stack does not support 2 register parameters for a nested function-fsplit-stack does not support 3 register parameters-fsplit-stack does not support fastcall with nested function-fsplit-stack uses register r29-fsso-struct=[big-endian|little-endian|native]	Set the default scalar storage order.-fstack-check=[no|generic|specific]	Insert stack checking code into the program.-fstack-check=specific for Thumb-1-fstack-check=specific not implemented for MIPS16-fstack-limit- options are ignored with -mfdpic; use -mstack-check-l1-fstack-limit- options are not supported on this cpu-fstack-limit-register=<register>	Trap if the stack goes past <register>.-fstack-limit-symbol=<name>	Trap if the stack goes past symbol <name>.-fstack-protector not supported for this target-ftabstop=<number>	Distance between tab stops for column reporting.-ftemplate-depth=<number>	Specify maximum template instantiation depth.-ftls-model=[global-dynamic|local-dynamic|initial-exec|local-exec]	Set the default thread-local storage code generation model.-ftrack-macro-expansion=<0|1|2>  Track locations of tokens coming from macro expansion and display them in error messages.-fuse-linker-plugin is not supported in this configuration-fuse-linker-plugin, but %s not found-fvisibility=[default|internal|hidden|protected]	Set the default symbol visibility.-fvisibility=[private|protected|public|package]	Set the default symbol visibility.-fvtable-verify=preinit is not supported in this configuration-fvtable-verify=std is not supported in this configuration-fwide-exec-charset=<cset>	Convert all wide strings and character constants to character set <cset>.-fwpa and -fltrans are mutually exclusive-g is only supported when using GAS on this processor,-g option disabled-g with -mno-apcs-frame may not give sensible debugging-gnat<options>	Specify options to GNAT.-gz is not supported in this configuration-gz=<format>	Generate compressed debug sections in format <format>.-gz=zlib is not supported in this configuration-idirafter <dir>	Add <dir> to the end of the system include path.-iframework <dir>	Add <dir> to the end of the system framework include path.-imacros <file>	Accept definition of macros in <file>.-imultiarch <dir>	Set <dir> to be the multiarch include subdirectory.-imultilib <dir>	Set <dir> to be the multilib include subdirectory.-include <file>	Include the contents of <file> before other files.-install_name only allowed with -dynamiclib-iplugindir <dir> option not passed from the gcc driver-iplugindir=<dir>	Set <dir> to be the default plugin directory.-iprefix <path>	Specify <path> as a prefix for next two options.-iquote <dir>	Add <dir> to the end of the quote include path.-isysroot <dir>	Set <dir> to be the system root directory.-isystem <dir>	Add <dir> to the start of the system include path.-iwithprefix <dir>	Add <dir> to the end of the system include path.-iwithprefixbefore <dir>	Add <dir> to the end of the main include path.-keep_private_externs not allowed with -dynamiclib-m%s not supported in this configuration-m64 requires PowerPC64 architecture, enabling-m64 requires a PowerPC64 cpu-mabi=ABI	Generate code that conforms to the given ABI.-mabi=ABI	Generate code that conforms to the specified ABI.-mabs=MODE	Select the IEEE 754 ABS/NEG instruction execution mode.-maix64 required: 64-bit computation with 32-bit addressing not yet supported-maix64 requires PowerPC64 architecture remain enabled-malign-functions is obsolete, use -falign-functions-malign-functions=%d is not between 0 and %d-malign-jumps is obsolete, use -falign-jumps-malign-jumps=%d is not between 0 and %d-malign-loops is obsolete, use -falign-loops-malign-loops=%d is not between 0 and %d-malign-power is not supported for 64-bit Darwin; it is incompatible with the installed C and C++ libraries-mallow-movmisalign requires -mvsx-maltivec=le not allowed for big-endian targets-mapcs-stack-check incompatible with -mno-apcs-frame-march=	Generate code for given RISC-V ISA (e.g. RV64IM).  ISA strings must be lower-case.-march=%s: ISA string must begin with rv32 or rv64-march=%s: invalid ISA string-march=%s: unsupported ISA substring %qs-march=ARCH	Generate code for the specified chip or CPU version.-march=ARCH	Use features of architecture ARCH.-march=ISA	Generate code for the given ISA.-mas100-syntax is incompatible with -gdwarf-masm=intel not supported in this configuration-max-stackframe=%d is not usable, not between 0 and %d-mbackchain -mpacked-stack -mhard-float are not supported in combination-mbig-endian and -mlittle-endian may not be used together-mbranch-cost=%d is not between 0 and 5-mbranch-cost=COST	Set the cost of branches to roughly COST instructions.-mbranch-cost=N	Set the cost of branches to roughly N instructions.-mcall-aixdesc incompatible with -mabi=elfv2-mcmodel incompatible with other toc options-mcmodel= is not supported on 32 bit systems-mcode-readable=SETTING	Specify when instructions are allowed to access code.-mcode-region=upper requires 430X-compatible cpu-mcorea and -mcoreb can%'t be used together-mcorea should be used with -mmulticore-mcoreb should be used with -mmulticore-mcpu=	Use features of and schedule code for given CPU.-mcpu=%s conflicts with -march=%s-mcpu=%s has invalid silicon revision-mcpu=%s is not valid-mcpu=CPU	Compile code for ARC variant CPU.-mcpu=CPU	Use features of and optimize for CPU.-mcpu=CPU	Use features of and schedule code for given CPU.-mcpu=PROCESSOR		Use features of and schedule code for given CPU.-mcpu=m16c	Compile code for M16C variants.-mcpu=m32c	Compile code for M32C variants.-mcpu=m32cm	Compile code for M32CM variants.-mcpu=r8c	Compile code for R8C variants.-mcrypto requires -maltivec-mdata-region=upper requires 430X-compatible cpu-mdebug=	Enable debug output.-mdirect-move requires -mvsx-mdiv requires -march to subsume the %<M%> extension-mefficient-unaligned-vsx requires -mallow-movmisalign-mefficient-unaligned-vsx requires -mvsx-memregs=	Number of memreg bytes (default: 16, range: 0..16).-mes0 can only be used with C-mexr is used without -ms-mexr is used without -ms or -msx-mfdpic is not supported, please use a bfin-linux-uclibc target-mfentry isn%'t supported for 32-bit in combination with -fpic-mfloat-abi=hard and VFP-mfloat-abi=hard: selected processor lacks an FPU-mfloat-abi=soft and -mfloat-abi=hard may not be used together-mfloat-gprs=	Select GPR floating point method.-mfloat128 requires -mfloat128-type-mfloat128 requires VSX support-mfloat128-hardware requires -mfloat128-type-mfloat128-hardware requires full ISA 3.0 support-mfloat128-type requires VSX support-mflush-func=FUNC	Use FUNC to flush the cache before calling stack trampolines.-mfpu=	Specify FP (sp, dp, sp-lite, dp-lite) (implies -mxilinx-fpu).-mfpu=auto not currently supported without an explicit CPU.-mhard-dfp can%'t be used in conjunction with -msoft-float-mhard-dfp requires -mhard-float-mhard-float not supported-mincoming-stack-boundary=%d is not between %d and 12-mint32 is not supported for H8300 and H8300L targets-mipsN	Generate code for ISA level N.-mlarge requires a 430X-compatible -mmcu=-mlong-double-64 not allowed with -m64-mlong-double-<n>	Specify size of long double (64 or 128 bits).-mmax-stackframe=SIZE	Warn when a stackframe is larger than the specified size.-mmcu=MCU	Select the target MCU.-mmpy-option=MPY Compile ARCv2 code with a multiplier design option.-mmul=g13 cannot be used with -mcpu=g10-mmul=g13 cannot be used with -mcpu=g14-mmul=g14 cannot be used with -mcpu=g10-mmul=g14 cannot be used with -mcpu=g13-mmulticore can only be used with BF561-mmultiple is not supported on little endian systems-mn is not supported for linux targets-mn is used without -mh or -ms or -msx-mnan=ENCODING	Select the IEEE 754 NaN data encoding.-mno-allow-string-insns forbids the generation of the RMPA instruction-mno-altivec disables vsx-mno-dpfp-lrsr supported only with -mdpfp-mno-exr valid only with -ms or -msx                   - Option ignored!-mno-fentry isn%'t compatible with SEH-mno-mpy supported only for ARC700 or ARCv2-mno-serialize-volatile	Do not serialize volatile memory references with MEMW instructions.-mnop-mcount is not compatible with this target-mnop-mcount is not implemented for -fPIC-moverride=STRING	Power users only! Override CPU optimization parameters.-mpcrel -fPIC is not currently supported on selected cpu-mpic-register= is useless without -fpic-mpointer-size=[no,32,short,64,long]	Set the default pointer size.-mpower8-fusion-sign requires -mpower8-fusion-mpower8-vector requires -maltivec-mpower8-vector requires -mvsx-mpower9-dform requires -mpower9-vector-mpower9-dform requires -mupper-regs-df-mpower9-dform requires -mupper-regs-sf-mpower9-fusion requires -mpower8-fusion-mpower9-vector requires -mpower8-vector-mpreferred-stack-boundary is not supported for this target-mpreferred-stack-boundary=%d is not between %d and %d-mpure-code only supports non-pic code on armv7-m targets-mquad-memory is not available in little endian mode-mquad-memory requires 64-bit mode-mquad-memory-atomic requires 64-bit mode-mr10k-cache-barrier=SETTING	Specify when r10k cache barriers should be inserted.-mrecip requires -ffinite-math or -ffast-math-mrecip requires -fno-trapping-math or -ffast-math-mrecip requires -freciprocal-math or -ffast-math-mregparm is ignored for Intel MCU psABI-mregparm is ignored in 64-bit mode-mregparm=%d is not between 0 and %d-mrelax is only supported for RTP PIC-mrelocatable and -mcall-%s are incompatible-mrelocatable and -mno-minimal-toc are incompatible-mrelocatable and -msdata=%s are incompatible-ms2600 is used without -ms-msdata=%s and -mcall-%s are incompatible-msecure-plt not supported by your assembler-mshared-library-id= specified without -mid-shared-library-mshared-library-id=%s is not between 0 and %d-msim	Use simulator runtime.-msim   Use simulator runtime.-msimple-fpu option ignored-msingle-float and -msoft-float cannot both be specified-msingle-float option equivalent to -mhard-float-mslow-flash-data only supports non-pic code on armv7-m targets-msmall-data-limit=N	Put global and static data smaller than <number> bytes into a special section (on some targets).-mspfp_fast not available on ARC600 or ARC601-mstack-guard implies use of -mstack-size-mstack-protector-guard=tls needs a valid base register-mstring is not supported on little endian systems-mstringop-strategy=rep_8byte not supported for 32-bit code-msx is not supported in coff-mtoc-fusion requires -mpower8-fusion-mtoc-fusion requires 64-bit-mtoc-fusion requires medium/large code model-mtraceback=	Select full, part, or no traceback table.-mtune=	Schedule code for given CPU.-mtune= expects mn10300, am33, am33-2, or am34-mtune=ARCH	Tune alignment for the specified chip or CPU version.-mtune=CPU	Optimize for CPU.-mtune=PROCESSOR	Optimize the output for PROCESSOR.-mupper-regs-df requires -mvsx-mupper-regs-di requires -mvsx-mupper-regs-sf requires -mpower8-vector-mvsx and -mno-altivec are incompatible-mvsx and -mpaired are incompatible-mvsx needs indexed addressing-mvsx requires hardware floating point-mvsx-small-integer requires -mpower8-vector, -mupper-regs-di, and -mdirect-move-mvsx-timode might need -mlra-mvsx-timode requires -mvsx-mxl-multiply-high can be used only with -mcpu=v6.00.a or greater-mxl-multiply-high requires -mno-xl-soft-mul-mxl-reorder can be used only with -mcpu=v8.30.a or greater-mxl-reorder requires -mxl-pattern-compare for -mcpu=v8.30.a-o <file>	Place output into <file>.-pg and -fomit-frame-pointer are incompatible-pie is not supported in this configuration-pipe ignored because -save-temps specified-pipe not supported-private_bundle not allowed with -dynamiclib-trigraphs	Support ISO C trigraphs..NOT. operator in expression at %L must have a LOGICAL operand.XOR. operator at %C128-bit long double not supported for VAX floats31 bit ABI.387 instruction set disabled, using SSE arithmetics64 bit ABI.64-bit ABI not supported in ESA/390 mode64-bit SPE not supported<During initialization>
! <anonymous><brace-enclosed initializer list><built-in><command-line><declaration error><enumerator><erroneous-expression><expression error><lambda<lambda><missing><return value> <return-value><statement><tag-error><template arguments error><template parameter error><throw-expression><type error><type-error><typedef-error><typeprefixerror><ubsan routine call><unknown operator><unknown><unnamed %s><unnamed-fixed:<unnamed-float:<unnamed-unsigned:<unnamed><unparsed><unresolved overloaded function type>?: using integer constants in boolean context?: using integer constants in boolean context, the expression will always evaluate to %<true%>@catch parameter can not be protocol-qualified@catch parameter is not a known Objective-C class type@interface of class %qE not foundA argument at %L has type %s but the function passed as OPERATOR at %L returns %sA basic block profile count is considered hot if it contributes to the given permillage of the entire profiled execution.A factor for tuning the upper bound that swing modulo scheduler uses for scheduling a loop.A floatig point to integer truncation may be replaced with rounding to save mode switching.A synonym for -std=c89 (for C) or -std=c++98 (for C++).A threshold on the average loop count considered by the swing modulo scheduler.AAPCS does not support -mcallee-super-interworkingAAPCS does not support -mcaller-super-interworkingABI requires -march=rv%dABSTRACT INTERFACE %qs must not be referenced at %LABSTRACT INTERFACE at %CABSTRACT type %qs used at %LABSTRACT type at %CAC-IMPLIED-DO final expression references control variable at %LAC-IMPLIED-DO initial expression references control variable at %LAC-IMPLIED-DO step expression references control variable at %LACC CACHE directive must be inside of loop %CACCESS specification at %L was already specifiedACQUIRED_LOCK variableACQUIRED_LOCK= argument at %L must be a scalar LOGICAL variableACTION type conflicts with READONLY specifier at %CALLOCATABLE attribute at %C in a TYPE definitionALLOCATABLE object %qs in %s clause at %LALLOCATABLE object %qs of derived type in %s clause at %LALLOCATABLE object %qs of polymorphic type in %s clause at %LALLOCATABLE specified outside of INTERFACE body at %LALLOCATE objectALLOCATE of coarray at %C in CRITICAL blockALLOCATE of coarray at %C in DO CONCURRENT blockALTERNATE RETURN not permitted at %LAPCS reentrant code not supported.  IgnoredASSERT_EXPR with an always-false conditionASSIGN statement at %CASSIGN statement at %L requires a scalar default INTEGER variableASSIGNED GOTO statement at %L requires an INTEGER variableASSIGNED variable in FORMAT tag at %LASSOCIATE construct at %CASSOCIATE name %qs in %s clause at %LASSOCIATE name %qs in SHARED clause at %LASYNCHRONOUS attribute at %CASYNCHRONOUS statement at %CASYNCHRONOUS= at %C not allowed in Fortran 95ASYNCHRONOUS= specifier at %L must be an initialization expressionATOM argument at %L of the %s intrinsic function shall be a coarray or coindexedATOM argument at %L to intrinsic function %s shall be an integer of ATOMIC_INT_KINDATOM argument at %L to intrinsic function %s shall be an integer of ATOMIC_INT_KIND or a logical of ATOMIC_LOGICAL_KINDATOM argument of the %s intrinsic function at %L shall be definableAUTOMATIC at %C is a DEC extension, enable with -fdec-staticAUX pointer initialized for edge %d->%dAVX vector argument without AVX enabled changes the ABIAVX vector return without AVX enabled changes the ABIAVX512F vector argument without AVX512F enabled changes the ABIAVX512F vector return without AVX512F enabled changes the ABIAbsolute value of SHIFT shall be less than or equal to SIZE at %CAbstract interface %qs is invalid in procedure pointer assignment at %LAccept extensions to support legacy code.Access data in the same section from shared anchor points.Access specification of the %s operator at %C has already been specifiedAccess specification of the .%s. operator at %C has already been specifiedAccess variables in 32-bit PPU objects (default).Access variables in 64-bit PPU objects.Accumulate outgoing function arguments and acquire/release the needed stack space for outgoing function arguments in function prologue/epilogue.  Without this option, outgoing arguments are pushed before calling a function and popped afterwards.  This option can lead to reduced code size for functions that call many functions that get their arguments on the stack like, for example printf.Actual CLASS array argument for %qs must be a full array at %LActual argument at %L for INTENT(%s) dummy %qs of ELEMENTAL subroutine %qs is a scalar, but another actual argument is an arrayActual argument at %L to allocatable or pointer dummy argument %qs must have a deferred length type parameter if and only if the dummy has oneActual argument at %L to assumed-type dummy is of derived type with type-bound or FINAL proceduresActual argument contains too few elements for dummy argument %qs (%lu/%lu) at %LActual argument for %qs cannot be an assumed-size array at %LActual argument for %qs must be ALLOCATABLE at %LActual argument for %qs must be a pointer at %LActual argument of EVENT_TYPE or with EVENT_TYPE component at %L requires an explicit interface for procedure %qsActual argument of LOCK_TYPE or with LOCK_TYPE component at %L requires an explicit interface for procedure %qsActual argument to %qs at %L must be a coarrayActual argument to %qs at %L must be polymorphicActual argument to %qs at %L must be simply contiguous or an element of such an arrayActual argument to %qs at %L must be unlimited polymorphic since the formal argument is a pointer or allocatable unlimited polymorphic entity [F2008: 12.5.2.5]Actual argument to %qs at %L must have the same declared typeActual argument to contiguous pointer dummy %qs at %L must be simply contiguousActual argument to non-INTENT(INOUT) dummy %qs at %L, which is EVENT_TYPE or has a EVENT_TYPE componentActual argument to non-INTENT(INOUT) dummy %qs at %L, which is LOCK_TYPE or has a LOCK_TYPE componentActual string length does not match the declared one for dummy argument '%s' (%ld/%ld)Actual string length is shorter than the declared one for dummy argument '%s' (%ld/%ld)Add Pointer Bounds Checker instrumentation.  fchkp-* flags are used to control instrumentation.  Currently available for C, C++ and ObjC.Add a common subexpression elimination pass after loop optimizations.Add explicit checks for division by zero.Add explicit checks for division overflow in INT_MIN / -1.Add extra commentary to assembler output.Additional debug prints.After diagnosing undefined behavior attempt to continue execution.Aggressively optimize loops using language constraints.Alias and target's comdat groups differsAlias and target's section differsAlias chain for instrumented node is brokenAlias for --help=target.Alias for -mcpu=g10.Alias for -mcpu=g13.Alias for -mcpu=g14.Alias has call edgesAlias has more than one alias referenceAlias has non-alias referenceAlign all labels.Align all loops to 32 byte boundary.Align code and data to 32 bits.Align destination of the string operations.Align doubles at 64-bit boundaries.Align labels which are only reached by jumping.Align some doubles on dword boundary.Align the start of functions.Align the start of loops.Align to the base type of the bit-field.Align to the base type of the bit-field. Don't assume that unaligned accesses are handled by the system.Align variables on a 32-bit boundary.All intrinsics procedures are available regardless of selected standard.All memory accesses use I/O load/store instructions.Allocatable %qs at %L cannot have an initializerAllocatable array %qs at %L must have a deferred shape or assumed rankAllocatable coarray variable %qs at %L must have deferred shapeAllocatable component %s at %L must have a codimension as it has a noncoarray subcomponent of type EVENT_TYPEAllocatable component %s at %L must have a codimension as it has a noncoarray subcomponent of type LOCK_TYPEAllocatable component %s at %L of type EVENT_TYPE must have a codimensionAllocatable component %s at %L of type LOCK_TYPE must have a codimensionAllocatable component of structure at %C must have a deferred shapeAllocatable function %qs at %L must have an explicit function interfaceAllocate local variables on the stack to allow indirect recursion.Allocate-object at %C is not a nonprocedure pointer nor an allocatable variableAllocate-object at %L also appears at %LAllocate-object at %L is neither a data pointer nor an allocatable variableAllocate-object at %L is subobject of object at %LAllocate-object at %L must be ALLOCATABLE or a POINTERAllocate-object at %L with a deferred type parameter requires either a type-spec or SOURCE tag or a MOLD tagAllocating %s at %L with type-spec requires the same character-length parameter as in the declarationAllocating %s of ABSTRACT base type at %L requires a type-spec or source-exprAllocation would exceed memory limitAllow 128-bit integers in VSX registers.Allow 64-bit integer variables in upper registers with -mcpu=power7 or -mvsx.Allow Pointer Bounds Checker optimizations.  By default allowed on optimization levels >0.Allow access to instance variables as if they were local declarations within instance method implementations.Allow arbitrary character line width in fixed mode.Allow arbitrary character line width in free mode.Allow bit-fields to cross word boundaries.Allow branches to be packed with other instructions.Allow built-in functions ceil, floor, round, trunc to raise "inexact" exceptions.Allow conversions between __ea and generic pointers (default).Allow dollar signs in entity names.Allow double variables in upper registers with -mcpu=power7 or -mvsx.Allow fast jumps to the message dispatcher.Allow float variables in upper registers with -mcpu=power8 or -mpower8-vector.Allow float/double variables in upper registers if cpu allows it.Allow function addresses to be held in registers.Allow gcc to generate LIW instructions.Allow gcc to generate the SETLB and Lcc instructions.Allow hardware floating-point instructions to cover both 32-bit and 64-bit operations.Allow implicit conversions between vectors with differing numbers of subparts and/or differing element types.Allow interposing function (or variables) by ones with different semantics (or initializer) respectively by dynamic linker.Allow math optimizations that may violate IEEE or ISO standards.Allow new data races on stores to be introduced.Allow optimization for floating-point arithmetic which may change the result of the operation due to rounding.Allow premature scheduling of queued insns.Allow sign extension in fusion operations.Allow speculative motion of more loads.Allow speculative motion of non-loads.Allow speculative motion of some loads.Allow the IEEE 128-bit types without requiring the __float128 keyword.Allow the arguments of the '?' operator to have different types.Allow the use of MDMX instructions.Allow the use of MT instructions.Allow the use of hardware floating point instructions for V850E2V3 and up.Allow the use of hardware floating-point ABI and instructions.Allow to use *_nobnd versions of string functions by Pointer Bounds Checker.Allow to use *_nochk versions of string functions by Pointer Bounds Checker.Allow to use truncation instead of rounding towards zero for fractional fixed-point types.Allow two instructions to be issued per cycle.Allow variadic functions without named parameter.Already inside a CONTAINS block at %CAlternate RETURN statement at %C is only allowed within a SUBROUTINEAlternate RETURN statement at %L requires a SCALAR-INTEGER return specifierAlternate calling convention.Alternate return at %L is not permitted in a DTIO procedureAlternate return cannot appear in operator interface at %LAlternate return specifier in elemental subroutine %qs at %L is not allowedAlternate return specifier in function %qs at %L is not allowedAlternate-return argument at %CAlthough not referenced, %qs has ambiguous interfaces at %LAltiVec and SPE instructions cannot coexistAltiVec argument passed to unprototyped functionAltiVec not supported in this targetAlways generate long calls.Always treat bitfields as int-sized.Always use Dynamic Realigned Argument Pointer (DRAP) to realign stack.Always use JSR, never BSR, for calls.Ambiguous !$OMP DECLARE REDUCTION from module %s at %LAmbiguous interfaces in %s for %qs at %L and %qs at %LAmbiguous symbol in TYPE definition at %CAmend appropriate diagnostic messages with the command line option that controls them.An alias for minterlink-compressed provided for backward-compatibility.An alternate return at %L without a * dummy argumentAn indirect edge from %s is not marked as indirect or has associated indirect_info, the corresponding statement is: An outer FORALL construct already has an index with this name %LAnalyze and remove doubleword swaps from VSX computations.Analyzed alias has no referenceAnalyzed node has no reference to instrumented versionAnnotate assembler instructions with estimated addresses.Append a second underscore if the name already contains an underscore.Append underscores to externally visible names.Apply negative sign to zero values.Apply special rules for compiling runtime package.Apply variable expansion when loops are unrolled.Approximate maximum number of instructions to allow between a hint and its branch [125].Argument %<A%> with INTENT(INOUT) at %L of the intrinsic subroutine %s shall not have a vector subscriptArgument %<S%> of NEAREST at %L shall not be zeroArgument %qs appears twice in call to %qs at %LArgument %qs of %qs with PASS(%s) at %L may not be ALLOCATABLEArgument %qs of %qs with PASS(%s) at %L may not have the POINTER attributeArgument %qs of %qs with PASS(%s) at %L must be of the derived type %qsArgument %qs of %qs with PASS(%s) at %L must be of the derived-type %qsArgument %qs of %qs with PASS(%s) at %L must be scalarArgument %qs of elemental procedure %qs at %L must have its INTENT specified or have the VALUE attributeArgument %qs of elemental procedure at %L cannot have the ALLOCATABLE attributeArgument %qs of elemental procedure at %L cannot have the POINTER attributeArgument %qs of elemental procedure at %L must be scalarArgument %qs of pure function %qs at %L must be INTENT(IN) or VALUEArgument %qs of pure function %qs at %L with VALUE attribute but without INTENT(IN)Argument %qs of pure subroutine %qs at %L must have its INTENT specified or have the VALUE attributeArgument %qs of pure subroutine %qs at %L with VALUE attribute but without INTENTArgument %qs of statement function at %L must be scalarArgument CPTR at %L to C_F_POINTER shall have the type TYPE(C_PTR)Argument CPTR at %L to C_F_PROCPOINTER shall have the type TYPE(C_FUNPTR)Argument C_PTR_1 at %L to C_ASSOCIATED shall have the type TYPE(C_PTR) or TYPE(C_FUNPTR)Argument C_PTR_2 at %L to C_ASSOCIATED shall have the same type as C_PTR_1: %s instead of %sArgument FPTR at %L to C_F_POINTER must be a pointerArgument FPTR at %L to C_F_POINTER shall not be coindexedArgument FPTR at %L to C_F_PROCPOINTER shall be a procedure pointerArgument FPTR at %L to C_F_PROCPOINTER shall not be coindexedArgument NCOPIES of REPEAT intrinsic is negative (its value is %ld)Argument NCOPIES of REPEAT intrinsic is negative at %LArgument NCOPIES of REPEAT intrinsic is too largeArgument NCOPIES of REPEAT intrinsic is too large at %LArgument X at %L to C_FUNLOC shall be a procedure or a procedure pointerArgument X at %L to C_FUNLOC shall not be coindexedArgument X at %L to C_LOC shall be not be a zero-sized stringArgument X at %L to C_LOC shall have either the POINTER or the TARGET attributeArgument X at %L to C_LOC shall not be coindexedArgument at %L to C_LOC shall not be polymorphicArgument dim at %L must be of INTEGER typeArgument dim at %L must be scalarArgument mismatch for the overriding procedure %qs at %L: %sArgument of %s at %L must be of length oneArgument of %s function at %L is negativeArgument of %s function at %L is too large for the collating sequence of kind %dArgument of %s function at %L outside of range [0,127]Argument of ACOS at %L must be between -1 and 1Argument of ACOSH at %L must not be less than 1Argument of ASIN at %L must be between -1 and 1Argument of ATANH at %L must be inside the range -1 to 1Argument of FINAL procedure at %L must be of type %qsArgument of FINAL procedure at %L must not be ALLOCATABLEArgument of FINAL procedure at %L must not be INTENT(OUT)Argument of FINAL procedure at %L must not be OPTIONALArgument of FINAL procedure at %L must not be a POINTERArgument of IACHAR at %L must be of length oneArgument of IACHAR function at %L outside of range 0..127Argument of ICHAR at %L must be of length oneArgument of LOG at %L cannot be less than or equal to zeroArgument of LOG10 at %L cannot be less than or equal to zeroArgument of SELECT statement at %L cannot be %sArgument of SELECT statement at %L must be a scalar expressionArgument of SQRT at %L has a negative valueArgument to %<-fcheck%> is not valid: %sArgument to %<-ffpe-summary%> is not valid: %sArgument to %<-ffpe-trap%> is not valid: %sArgument types of %qs intrinsic at %L must match (%s/%s)Arithmetic IF statement at %CArithmetic IF statement at %L requires a scalar REAL or INTEGER expressionArithmetic NaN at %LArithmetic NaN converting %s to %s at %L. This check can be disabled with the option %<-fno-range-check%>Arithmetic NaN of bit-wise transferred BOZ at %L. This check can be disabled with the option %<-fno-range-check%>Arithmetic OK at %LArithmetic OK converting %s to %s at %LArithmetic overflow at %LArithmetic overflow converting %s to %s at %L. This check can be disabled with the option %<-fno-range-check%>Arithmetic overflow of bit-wise transferred BOZ at %L. This check can be disabled with the option %<-fno-range-check%>Arithmetic underflow at %LArithmetic underflow converting %s to %s at %L. This check can be disabled with the option %<-fno-range-check%>Arithmetic underflow of bit-wise transferred BOZ at %L. This check can be disabled with the option %<-fno-range-check%>Array %qs at %L cannot have a deferred shapeArray %qs at %L is a variable, which does not reduce to a constant expressionArray %qs at %L with non-constant bounds cannot be an EQUIVALENCE objectArray %qs is not permitted in reduction at %LArray TYPE_DOMAIN is not integer typeArray component of structure at %C must have an explicit shapeArray component of structure at %C must have explicit or deferred shapeArray constructor including type specification at %CArray constructor value at %L shall not be unlimited polymorphic [F2008: C4106]Array element size too big at %CArray index at %L is an array of rank %dArray index at %L must be of INTEGER type, found %sArray index at %L must be scalarArray of interoperable type at %L to C_LOC which is nonallocatable and neither assumed size nor explicit sizeArray operands are incommensurate at %LArray operands are incommensurate converting %s to %s at %LArray pointer %qs at %L must have a deferred shape or assumed rankArray reference at %C cannot have more than %d dimensionsArray reference at %L is out of bounds (%ld < %ld) in codimension %dArray reference at %L is out of bounds (%ld < %ld) in dimension %dArray reference at %L is out of bounds (%ld > %ld) in codimension %dArray reference at %L is out of bounds (%ld > %ld) in dimension %dArray reference in EQUIVALENCE at %C cannot be an array sectionArray reference out of boundsArray section at %L to C_LOCArray section designator, e.g. '(:)', is required besides the coarray designator '[...]' at %CArray section with a vector subscript at %L shall not be the target of a pointerArray specification at %C has more than %d dimensionsArray specification at %C with more than 7 dimensionsArray specification for symbol %qs in COMMON at %C must be explicitArray specification must be deferred at %LArray specification or array-valued SOURCE= expression required in ALLOCATE statement at %LArray specification required in ALLOCATE statement at %LArray-section actual argument at %L is incompatible with the non-assumed-shape dummy argument %qs due to VOLATILE attributeArray-section actual argument with vector subscripts at %L is incompatible with INTENT(OUT), INTENT(INOUT), VOLATILE or ASYNCHRONOUS attribute of the dummy argument %qsAs extending type %qs at %L has a coarray component, parent type %qs shall also have oneAssembler does not support -mabi=ilp32Assembler options
  =================
  
! Assigned GOTO statement at %CAssigned label is not a target labelAssigning value other than 0 or 1 to LOGICAL has undefined result at %LAssignment of scalar to unallocated arrayAssignment operator interface at %L must be a SUBROUTINEAssignment operator interface at %L must have two argumentsAssignment operator interface at %L must not redefine an INTRINSIC type assignmentAssignment to a FORALL index variable at %LAssignment to an allocatable polymorphic variable at %LAssignment to an allocatable polymorphic variable at %L requires %<-frealloc-lhs%>Assignment to coindexed variable at %L in a PURE procedureAssignment to polymorphic coarray at %L is not permittedAssociate-name %qs at %L is used as arrayAssociate-name %qs can not appear in a variable definition context (%s) at %L because its target at %L can not, eitherAssociation target at %C must not be coindexedAssume ES is zero throughout program execution, use ES: for read-only data.Assume ICPLBs are enabled at runtime.Assume a large TLS segment.Assume all symbols have 32-bit values.Assume all variable arg functions are prototyped.Assume code will be assembled by GAS.Assume code will be linked by GNU ld.Assume code will be linked by HP ld.Assume common declarations may be overridden with ones with a larger trailing array.Assume data segments are relative to text segment.Assume floating-point operations can trap.Assume incoming stack aligned to this power of 2.Assume labels and symbols can be addressed using 16 bit absolute addresses.Assume loading data from flash is slower than fetching instructions.Assume no NaNs or infinities are generated.Assume normal C execution environment.Assume possible double misalignment.Assume round to nearest is selected for purposes of scheduling.Assume signed arithmetic overflow wraps around.Assume small address space.Assume strict aliasing rules apply.Assume target CPU is configured as big endian.Assume target CPU is configured as little endian.Assume that all data in static storage can be accessed by LDS / STS.  This option is only useful for reduced Tiny devices.Assume that floating-point stores and loads are not likely to cause conflict when placed into one instruction group.Assume that receivers of Objective-C messages may be nil.Assume that run-time support has been provided, so omit -lsim from the linker command line.Assume that the reciprocal estimate instructions provide more accuracy.Assume that the source file is fixed form.Assume that the source file is free form.Assume that values of enumeration type are always within the minimum range of that type.Assume that zero displacement conditional branches are fast.Assume the VxWorks RTP environment.Assume the VxWorks vThreads environment.Assume unified syntax for inline assembly code.Assumed rank array %qs in %s clause at %LAssumed shape array %qs at %L is not permitted in an initialization expressionAssumed shape array at %L must be a dummy argumentAssumed size array %qs at %L is not permitted in an initialization expressionAssumed size array %qs in %s clause at %LAssumed size array %qs in COPYPRIVATE clause at %LAssumed size array %qs in namelist %qs at %C is not allowedAssumed size array %qs in namelist %qs at %L is not allowedAssumed size array at %L must be a dummy argumentAssumed size polymorphic objects or components, such as that at %C, have not yet been implementedAssumed type at %CAssumed type at %C is not allowed for componentsAssumed type of variable %s at %L is only permitted for dummy variablesAssumed-rank argument at %L is only permitted as actual argument to intrinsic inquiry functionsAssumed-rank argument at %L is only permitted as first actual argument to the intrinsic inquiry function %sAssumed-rank argument requires an explicit interface at %LAssumed-rank array at %CAssumed-rank array at %L may not have the VALUE or CODIMENSION attributeAssumed-rank array at %L must be a dummy argumentAssumed-rank variable %s at %L as actual argument to an inquiry function shall be the first argumentAssumed-rank variable %s at %L may only be used as actual argumentAssumed-rank variable %s at %L shall not have a subobject referenceAssumed-shape actual argument at %L is incompatible with the non-assumed-shape dummy argument %qs due to VOLATILE attributeAssumed-shape array %qs at %L as dummy argument to the BIND(C) procedure %qs at %LAssumed-type actual argument at %L requires that dummy argument %qs is of assumed typeAssumed-type argument %s at %L requires an explicit interfaceAssumed-type argument at %L is not permitted as actual argument to the intrinsic %sAssumed-type argument at %L is only permitted as first actual argument to the intrinsic %sAssumed-type variable %s at %L as actual argument to an inquiry function shall be the first argumentAssumed-type variable %s at %L may not have the ALLOCATABLE, CODIMENSION, POINTER or VALUE attributeAssumed-type variable %s at %L may not have the INTENT(OUT) attributeAssumed-type variable %s at %L may only be used as actual argumentAssumed-type variable %s at %L shall not be an explicit-shape arrayAssumed-type variable %s at %L shall not have a subobject referenceAt global scope:At most %i profile runs is supported. Perhaps corrupted profile?At top level:Atomically write back software data cache lines (default).Attempt to DEALLOCATE unallocated '%s'Attempt to avoid generating instruction sequences containing ret bytes.Attempt to fill delay slots of branch instructions.Attempt to indirectly overlap COMMON blocks %s and %s by EQUIVALENCE at %CAttempt to keep stack aligned to this power of 2.Attempt to merge identical constants across compilation units.Attempt to merge identical constants and constant variables.Attempt to merge identical debug strings across compilation units.Attempting to allocate already allocated variableAttempting to allocate already allocated variable '%s'Attribute %s at %L in a TYPE definitionAttribute at %L is not allowed in a TYPE definitionAutomatic array %qs at %L cannot have an initializerAutomatically align branch targets to reduce branch penalties.Average number of iterations of a loop.Avoid all range limits on call instructions.Avoid generating pc-relative calls; use indirection.Avoid generation of indexed load/store instructions when possible.Avoid overlapping destination and address registers on LDRD instructions that may trigger Cortex-M3 errata.Avoid speculative loads to work around a hardware anomaly.Avoid use of the DIV and MOD instructionsBB %i can not throw but has an EH edgeBB %i has incorrect edgeBB %i has incorrect fallthru edgeBB %i has multiple EH edgesBB %i is missing an EH edgeBB %i is missing an edgeBB %i last statement has incorrectly set lpBB %i too many fallthru edgesBB_RTL flag not set for block %dBIND(C) applied to %s %s at %LBIND(C) at %LBIND(C) attribute at %C requires an interface with BIND(C)BIND(C) attribute at %L can only be used for variables or common blocksBIND(C) attribute at %L may not be specified for an internal procedureBIND(C) procedure with NAME may not have POINTER attribute at %CBIND(C) statement at %CBLANK= at %C not allowed in Fortran 95BLOCK DATA element %qs at %L must be in COMMONBLOCK construct at %CBMX instructions are only supported with R2 architectureBOZ constant at %C uses non-standard postfix syntaxBOZ constant at %L is too large (%ld vs %ld bits)BOZ literal at %L is bitwise transferred non-integer symbol %qsBOZ literal at %L outside a DATA statement and outside INT/REAL/DBLE/CMPLXBOZ literal at %L used to initialize non-integer variable %qsBOZ used outside a DATA statement at %CBYTE type at %CBYTE type used at %C is not available on the target machineBad 128-bit moveBad GPR fusionBad INTENT specification at %CBad IO basetype (%d)Bad allocate-object at %C for a PURE procedureBad array reference at %LBad array specification for an explicitly shaped array at %CBad array specification for assumed shape array at %CBad array specification for implied-shape array at %CBad array specification in ALLOCATE statement at %LBad character %qc in OPERATOR name at %CBad coarray specification in ALLOCATE statement at %LBad continuation line at %CBad kind expression for function %qs at %LBad kind for logical constant at %CBad nameBad operatorBad specification for assumed size array at %CBad specification for deferred shape array at %CBad target in pointer assignment in PURE procedure at %LBad type in constant expressionBad type in gfc_simplify_signBase object for NOPASS type-bound procedure call at %L must be scalarBase object for procedure-pointer component call at %L is of ABSTRACT type %qsBase object for type-bound procedure call at %L is of ABSTRACT type %qsBinding at %C must have the same access as already defined binding %qsBinding attributes already specify passing, illegal NOPASS at %CBinding attributes already specify passing, illegal PASS at %CBlank BLOCK DATA at %C conflicts with prior BLOCK DATA at %LBlank required in %s statement near %CBlanket SAVE statement at %C follows previous SAVE statementBlock label is not appropriate for IF statement at %CBlock label not appropriate for arithmetic IF statement at %CBoard name [and memory region].Both section and comdat group is setBound on number of candidates below that all candidates are considered in iv optimizations.Bound on number of iv uses in loop optimized in iv optimizations.Bound on number of runtime checks inserted by the vectorizer's loop versioning for alias check.Bound on number of runtime checks inserted by the vectorizer's loop versioning for alignment check.Bound on size of expressions used in the scalar evolutions analyzer.Bound on the complexity of the expressions in the scalar evolutions analyzer.Bound on the cost of an expression to compute the number of iterations.Bound on the number of iterations the brute force # of iterations analysis algorithm evaluates.Bounds specification for %qs in pointer assignment at %LBranch at %L may result in an infinite loopBranches are this expensive (1-5, arbitrary units).Branches executed:%s of %d
! Build for Core A.Build for Core B.Build for SDRAM.Builtin function %s is not supported with the current optionsBuiltin function %s is only valid for the cell processorBuiltin function %s not supported in this compiler configurationBuiltin function %s requires Nios II R%dBuiltin function %s requires the -maltivec optionBuiltin function %s requires the -mcpu=power9 and -m64 optionsBuiltin function %s requires the -mcpu=power9 optionBuiltin function %s requires the -mfloat128 optionBuiltin function %s requires the -mhard-dfp and -mpower8-vector optionsBuiltin function %s requires the -mhard-dfp optionBuiltin function %s requires the -mhard-float and -mlong-double-128 optionsBuiltin function %s requires the -mhard-float optionBuiltin function %s requires the -mhtm optionBuiltin function %s requires the -mpaired optionBuiltin function %s requires the -mpower8-vector optionBuiltin function %s requires the -mspe optionBuiltin function %s requires the -mvsx optionBy-value argument at %L cannot be an array or an array sectionBy-value argument at %L is not allowed in this contextBy-value argument at %L is not of numeric typeC interoperable character dummy variable %qs at %L with VALUE attribute must have length oneC kind type parameter is for type %s but type at %L is %sC++ constructors and destructors will not be invoked for Objective-C fieldsC++ lookup of %qD would return a field, not a typeC++ requires promoted type, not enum type, in %<va_arg%>C++11 %<constexpr%> only available with -std=c++11 or -std=gnu++11C++11 %<noexcept%> only available with -std=c++11 or -std=gnu++11C++11 %<thread_local%> allows dynamic initialization and destructionC++11 %<thread_local%> only available with -std=c++11 or -std=gnu++11C++11 auto only available with -std=c++11 or -std=gnu++11C99 designator %qE is not an integral constant-expressionC99 designator %qE outside aggregate initializerCASE label at %L overlaps with CASE label at %LCDX instructions are only supported with R2 architectureCFString literal expression is not a string constantCFString literal is missingCHARACTER expression at %L is being truncated (%d/%d)CHARACTER expression will be truncated in assignment (%d/%d) at %LCHARACTER length in !$OMP DECLARE REDUCTION %s not constant at %LCHARACTER length must be a constant at %LCHARACTER(*) function %qs at %LCHARACTER(*) function %qs at %L cannot be array-valuedCHARACTER(*) function %qs at %L cannot be pointer-valuedCHARACTER(*) function %qs at %L cannot be pureCHARACTER(*) function %qs at %L cannot be recursiveCLASS selector at %L needs a temporary which is not yet implementedCLASS statement at %CCLASS variable %qs at %L cannot have the PARAMETER attributeCLASS variable %qs at %L must be dummy, allocatable or pointerCLOSE statement at %L requires a UNIT numberCLOSE statement not allowed in PURE procedure at %CCODIMENSION specified for %qs outside its INTERFACE body at %LCOLLAPSE clause argument not constant positive integer at %CCOLLECT_GCC must be setCOLLECT_GCC must be set.COLLECT_LTO_WRAPPER must be setCOMMON %qs at %L does not existCOMMON %qs at %L requires %d bytes of padding; reorder elements or use %<-fno-align-commons%>COMMON at %L mentioned multiple times in clauses of the same OMP DECLARE TARGET directiveCOMMON at %L requires %d bytes of padding; reorder elements or use %<-fno-align-commons%>COMMON block %qs at %L can not have the EXTERNAL attributeCOMMON block %qs at %L is also an intrinsic procedureCOMMON block %qs at %L is used as PARAMETER at %LCOMMON block %qs at %L that is also a function resultCOMMON block %qs at %L that is also a global procedureCOMMON block %qs at %L uses the same global identifier as entity at %LCOMMON block /%s/ not found at %CCOMMON block at %L with binding label %s uses the same global identifier as entity at %LCOMMON variable %qs at %L must have constant character lengthCOMPLEX argument %qs of %qs intrinsic at %LCOMPLEX quantities cannot be compared at %LCONTAINS block in derived type definition at %CCONTAINS statement at %C is already in a contained program unitCONTAINS statement without FUNCTION or SUBROUTINE statement at %LCONTIGUOUS attribute at %CCONTIGUOUS statement at %CCONVERT tag at %LCOUNT argument of the EVENT_QUERY intrinsic function at %L shall be definableCOUNT argument of the EVENT_QUERY intrinsic function at %L shall have at least the range of the default integerCOUNT argument to SYSTEM_CLOCK at %L has non-default kindCOUNT_MAX argument to SYSTEM_CLOCK at %L has non-default kindCOUNT_RATE argument to SYSTEM_CLOCK at %L has non-default kindCPU you selected does not support x86-64 instruction setCPUs older than z900 are not supported for -fsplit-stackCRIS-port assertion failed: CRITICAL block inside of OpenACC region at %CCRITICAL statement at %CCYCLE statement at %C is not applicable to non-loop construct %qsCYCLE statement at %C to non-innermost collapsed !$ACC LOOP loopCYCLE statement at %C to non-innermost collapsed !$OMP DO loopCall mcount for profiling before a function prologue.Caller copies function arguments passed by hidden reference.Calls executed:%s of %d
  Can't USE the same %smodule we're building!Can't compute the length of the char array at %L.Can't construct ABSTRACT type %qs at %LCan't convert %qs to %qs at %LCan't convert %s to %s at %LCan't delete module file %qs: %sCan't delete temporary module file %qs: %sCan't find an intrinsic module named %qs at %CCan't find keyword named %qs in call to %qs at %LCan't initialize implied-shape array at %L with scalarCan't open file %qsCan't open module file %qs for reading at %C: %sCan't open module file %qs for writing at %C: %sCan't overwrite GENERIC %qs at %LCan't rename module file %qs to %qs: %sCannot IMPORT %qs from host scoping unit at %C - does not exist.Cannot assign to a named constant at %CCannot call %<__builtin_custom_%s%> without specifying switch %<-mcustom-%s%>Cannot change attributes of USE-associated symbol %s at %LCannot change attributes of USE-associated symbol at %LCannot change directory to %sCannot get current directory nameCannot initialize parameter array at %L with variable length elementsCannot make directory %sCannot map %sCannot open %sCannot open source file %s
! Cannot read %sCannot read module file %qs opened at %C, because it was created by a different version of GNU FortranCannot specify IMPLICIT at %C after IMPLICIT NONECatch typos.Cause gas to print tomcat statistics.Cgraph edge statement index not foundCgraph edge statement index out of rangeChained transparent aliasesChange of value in conversion from  %qs to %qs at %LChange of value in conversion from %qs to %qs at %LChange only the low 8 bits of the stack pointer.Change the ABI to allow double word insns.Change the amount of scheduler lookahead.Change the maximum length of conditionally-executed sequences.Change the number of temporary registers that are available to conditionally-executed sequences.Change the stack pointer without disabling interrupts.Changes visibility to match Microsoft Visual Studio by default.Character %qs in string at %C is not representable in character kind %dCharacter %qs in string at %L cannot be converted into character kind %dCharacter argument %qs at %L must be length 1 because procedure %qs is BIND(C)Character component %qs of %qs at %L with deferred length must be a POINTER or ALLOCATABLECharacter dummy variable %qs at %L with VALUE attribute must have constant lengthCharacter length mismatch (%ld/%ld) between actual argument and assumed-shape dummy argument %qs at %LCharacter length mismatch (%ld/%ld) between actual argument and pointer or allocatable dummy argument %qs at %LCharacter length of actual argument shorter than of dummy argument %qs (%lu/%lu) at %LCharacter length of component %qs needs to be a constant specification expression at %LCharacter-valued argument %qs of statement function at %L must have constant lengthCharacter-valued statement function %qs at %L must have constant lengthCheck for stack overflow at runtime.Check for syntax errors, then stop.Check the return value of new in C++.Chose strategy to generate stringop using.Chunk size of omp schedule for loops parallelized by parloops.Cilk array notation cannot be used as a computed goto expressionCilk array notation cannot be used as a condition for a do-while statementCilk array notation cannot be used as a condition for switch statementCilk array notation cannot be used as a condition for while statementCilk array notation cannot be used for a throw expressionCilk array notation cannot be used in a condition for a for-loopClause AUTO conflicts with GANG at %LClause AUTO conflicts with VECTOR at %LClause AUTO conflicts with WORKER at %LClause SEQ conflicts with AUTO at %LClause SEQ conflicts with GANG at %LClause SEQ conflicts with INDEPENDENT at %LClause SEQ conflicts with VECTOR at %LClause SEQ conflicts with WORKER at %LClear all tune features.Clear hardware capabilities when linking.Clear the BSS to zero and place zero initialized in BSS.Coarray component %qs at %L must be allocatable with deferred shapeCoarray declaration at %CCoarray designator at %C but %qs is not a coarrayCoarray dummy argument %qs at %L to elemental procedureCoarray dummy variable %qs at %L not allowed in BIND(C) procedure %qsCoarray specification required in ALLOCATE statement at %LCoarray variable %qs at %L shall not have codimensions with deferred shapeCoarrays disabled at %C, use %<-fcoarray=%> to enableCoarrays disabled at %L, use %<-fcoarray=%> to enableCoarrays not supported in %s clause at %LCode for reallocating the allocatable array at %L will be addedCode for reallocating the allocatable variable at %L will be addedCode size: small, medium or large.Coindex of codimension %d must be a scalar at %LCoindex rank mismatch in array reference at %L (%d/%d)Coindexed ASYNCHRONOUS or VOLATILE actual argument at %L requires that dummy %qs has neither ASYNCHRONOUS nor VOLATILECoindexed actual argument at %L in PURE procedure is passed to a POINTER dummy argumentCoindexed actual argument at %L in PURE procedure is passed to an INTENT(%s) argumentCoindexed actual argument at %L to allocatable dummy %qs requires INTENT(IN)Coindexed actual argument at %L to pointer dummy %qsCoindexed actual argument at %L with allocatable ultimate component to dummy %qs requires either VALUE or INTENT(IN)Coindexed actual argument at %L with ultimate pointer componentCoindexed allocatable object at %LCoindexed expression at %L is assigned to a derived type variable with a POINTER component in a PURE procedureCoindexed expression to pointer component %qs in structure constructor at %L!Coindexed object with polymorphic allocatable subcomponent at %LCoindexed polymorphic actual argument at %L is passed polymorphic dummy argument %qsCoindexed procedure-pointer component at %CCoindexed variable must not have an allocatable ultimate component in assignment at %LCollect and dump debug information into temporary file if ICE in C/C++ compiler occurred.Comma before i/o item list at %LComma required after P descriptorCommon block member %qs at %L cannot be an EQUIVALENCE object in the pure procedure %qsCompile code for big endian mode.Compile code for little endian mode.  This is the default.Compile code that relies on Cygwin DLL wrappers to support C++ operator new/delete replacement.Compile for 32-bit pointers.Compile for 64-bit pointers.Compile for ETRAX 100 (CRIS v8).Compile for ETRAX 4 (CRIS v3).Compile for V8+ ABI.Compile for the DSBT shared library ABI.Compile for the m32r.Compile for the m32r2.Compile for the m32rx.Compile for the v850 processor.Compile for the v850e processor.Compile for the v850e1 processor.Compile for the v850e2 processor.Compile for the v850e2v3 processor.Compile for the v850e3v5 processor.Compile for the v850es variant of the v850e1.Compile whole compilation unit at a time.Compile with 32 bit longs and pointers, which is the only supported behavior and thus the flag is ignored.Compile with 32 bit longs and pointers.Compile with 64 bit longs and pointers.Compile-time bonus IPA-CP assigns to candidates which make an array index known..Compile-time bonus IPA-CP assigns to candidates which make loop bounds or strides known..Complex argument of LOG at %L cannot be zeroComplex multiplication and division follow Fortran rules.Component %qs at %C already declared at %LComponent %qs at %C already in the parent type at %LComponent %qs at %C is a PRIVATE component of %qsComponent %qs at %L cannot have the ALLOCATABLE attribute because it is a member of the BIND(C) derived type %qs at %LComponent %qs at %L cannot have the POINTER attribute because it is a member of the BIND(C) derived type %qs at %LComponent %qs at %L has the CONTIGUOUS attribute but is not an array pointerComponent %qs at %L of TYPE(C_PTR) or TYPE(C_FUNPTR) shall not be a coarrayComponent %qs at %L with coarray component shall be a nonpointer, nonallocatable scalarComponent %qs in derived type %qs at %L may not be C interoperableComponent %qs in derived type %qs at %L may not be C interoperable, even though derived type %qs is BIND(C)Component %qs is initialized twice in the structure constructor at %L!Component %qs of %qs at %L has the same name as an inherited type-bound procedureComponent %qs with CLASS at %C must be allocatable or pointerComponent %s at %L of type EVENT_TYPE must have a codimension or be a subcomponent of a coarray, which is not possible as the component has the pointer attributeComponent %s at %L of type LOCK_TYPE must have a codimension or be a subcomponent of a coarray, which is not possible as the component has the pointer attributeComponent %s of SEQUENCE type declared at %L does not have the SEQUENCE attributeComponent at %C must have the POINTER attributeComponent initializer without name after component named %s at %L!Component to the right of a part reference with nonzero rank must not have the ALLOCATABLE attribute at %LComponent to the right of a part reference with nonzero rank must not have the POINTER attribute at %LComponents in TYPE at %C must precede CONTAINSComputed GOTO at %CConcat operator at %L must concatenate strings of the same kindConcatenation operator in expression at %L must have two CHARACTER operandsConfigured with: %s
  Conflicting initializers in union at %L and %LConform more closely to IBM XLC semantics.Conform to nothing in particular.Conform to the ISO 1990 C standard as amended in 1994.Conform to the ISO 1990 C standard with GNU extensions.Conform to the ISO 1990 C standard.Conform to the ISO 1998 C++ standard revised by the 2003 technical corrigendum with GNU extensions.Conform to the ISO 1998 C++ standard revised by the 2003 technical corrigendum.Conform to the ISO 1999 C standard with GNU extensions.Conform to the ISO 1999 C standard.Conform to the ISO 2011 C standard with GNU extensions.Conform to the ISO 2011 C standard.Conform to the ISO 2011 C++ standard with GNU extensions.Conform to the ISO 2011 C++ standard.Conform to the ISO 2014 C++ standard with GNU extensions.Conform to the ISO 2014 C++ standard.Conform to the ISO 2017(?) C++ draft standard (experimental and incomplete support).Conform to the ISO 201z(7?) C++ draft standard with GNU extensions (experimental and incomplete support).Conform to the ISO Fortran 2003 standard.Conform to the ISO Fortran 2008 standard including TS 29113.Conform to the ISO Fortran 2008 standard.Conform to the ISO Fortran 95 standard.Conform to the Objective-C 1.0 language as implemented in GCC 4.0.Conform to the o32 FPXX ABI.Consider access to byte sized memory slow.Consider type 'int' to be 16 bits wide.Consider type 'int' to be 32 bits wide.Constant expression in FORMAT tag at %L must be of type default CHARACTERConstant expression required at %CConstant logical value in CASE statement is repeated at %LConstruct webs and split unrelated uses of single variable.Contained function %qs at %L has no IMPLICIT typeContained procedure %qs at %C is already ambiguousContained procedure %qs at %L has the same name as its encompassing procedureContained procedure %qs at %L of a PURE procedure must also be PUREControl generation of reciprocal estimates.Control how Pointer Bounds Checker handle pointers to object fields.  When narrowing is on, field bounds are used.  Otherwise full object bounds are used.Control register number must be in range 0-31 for %sControl the IEEE trap mode.Control the generated fp rounding mode.Control the precision given to fp exceptions.Conversion from %qs to %qs at %LConversion from %s to %s at %LConversion from %s to default-kind COMPLEX(%d) at %L might lose precision, consider using the KIND argumentConversion of an Infinity or Not-a-Number at %L to INTEGERConvert conditional jumps in innermost loops to branchless equivalents.Convert floating point constants to single precision constants.Copy array sections into a contiguous block on procedure entry.Copyright %s 2014-2017 Free Software Foundation, Inc.
  Corank mismatch in argument %qs at %L (%d and %d)Cost at which GCSE optimizations will not constraint the distance an expression can travel.Cost to assume for a branch insn.Cost to assume for a multiply insn.Cost to assume for a multiply instruction, with 4 being equal to a normal insn.Could not generate addis value for fusionCould not open output file '%s'
! Couldn't set Cray pointee array spec.Couldn't set pointee array spec.Count speculative dependencies while calculating priority of instructions.Cray Pointee at %C cannot be assumed shape arrayCray Pointee at %L appears in multiple pointer() statementsCray pointee %qs in %s clause at %LCray pointee %qs in SHARED clause at %LCray pointee object %qs in %s clause at %LCray pointer %qs in %s clause at %LCray pointer at %C has %d bytes of precision; memory addresses require %d bytesCray pointer at %C must be an integerCray pointer declaration at %C requires -fcray-pointer flagCray pointer object %qs in %s clause at %LCreate GUI application.Create a position independent executable.Create a shared library.Create canonical induction variables in loops.Create console application.Create data files needed by "gcov".Creating '%s'
! Creating array temporary at %LCreating array temporary at %L for argument %qsDATA array %qs at %L must be specified in a previous declarationDATA element %qs at %L cannot have a coindexDATA element %qs at %L is a pointer and so must be a full arrayDATA statement at %C after the first executable statementDATA statement at %C cannot appear within an INTERFACEDATA statement at %C is not allowed in a PURE procedureDATA statement at %L has more values than variablesDATA statement at %L has more variables than valuesDC format specifier not allowed at %CDEALLOCATE objectDEALLOCATE of coarray at %C in CRITICAL blockDEALLOCATE of coarray at %C in DO CONCURRENT blockDECIMAL= at %C not allowed in Fortran 95DECL_GIMPLE_REG_P set on a variable with address takenDEF_INTERNAL_FLT_FN (%s) has no associated built-in functionsDEF_INTERNAL_INT_FN (%s) has no associated built-in functionsDELIM= at %C not allowed in Fortran 95DEPEND SINK used together with DEPEND SOURCE on the same construct at %LDIM argument at %L is out of boundsDIM argument without COARRAY argument not allowed for THIS_IMAGE intrinsic at %LDIMENSION specified for %qs outside its INTERFACE body at %LDISTANCE= argument to NUM_IMAGES at %LDISTANCE= argument to THIS_IMAGE at %LDIST_SCHEDULE clause's chunk_size at %L requires a scalar INTEGER expressionDO CONCURRENT construct at %CDO loop at %L is undefined as it overflowsDO loop at %L is undefined as it underflowsDO loop at %L will be executed zero timesDO step value is zeroDO termination statement which is not END DO or CONTINUE with label %d at %CDO-iterator %qs at %L is inside iterator of the same nameDOUBLE COMPLEX at %CDP format specifier not allowed at %CDTIO %s procedure at %L must be recursiveDTIO dummy argument at %L must be a scalarDTIO dummy argument at %L must be an ASSUMED SHAPE ARRAYDTIO dummy argument at %L must be of KIND = %dDTIO dummy argument at %L must be of type %sDTIO dummy argument at %L must have INTENT %sData element above array upper bound at %LData element below array lower bound at %LData is stored in big-endian format.Data is stored in little-endian format.  (Default).Data target at %L shall not have a coindexData transfer element at %L cannot be a full reference to an assumed-size arrayData transfer element at %L cannot be polymorphic unless it is processed by a defined input/output procedureData transfer element at %L cannot have ALLOCATABLE components unless it is processed by a defined input/output procedureData transfer element at %L cannot have POINTER components unless it is processed by a defined input/output procedureData transfer element at %L cannot have PRIVATE componentsData transfer element at %L cannot have PRIVATE components unless it is processed by a defined input/output procedureData transfer element at %L cannot have procedure pointer componentsData-pointer-object at %L must be unlimited polymorphic, or of a type with the BIND or SEQUENCE attribute, to be compatible with an unlimited polymorphic targetDeclaring method %qD final would enable devirtualization of %i callDeclaring method %qD final would enable devirtualization of %i callsDeclaring method %qD final would enable devirtualization of %i call executed %lli timesDeclaring method %qD final would enable devirtualization of %i calls executed %lli timesDeclaring type %qD final would enable devirtualization of %i callDeclaring type %qD final would enable devirtualization of %i callsDeclaring type %qD final would enable devirtualization of %i call executed %lli timesDeclaring type %qD final would enable devirtualization of %i calls executed %lli timesDeclaring virtual destructor of %qD final would enable devirtualization of %i callDeclaring virtual destructor of %qD final would enable devirtualization of %i callsDeclaring virtual destructor of %qD final would enable devirtualization of %i call executed %lli timesDeclaring virtual destructor of %qD final would enable devirtualization of %i calls executed %lli timesDefer popping functions args from stack until later.Deferred array %qs at %L is not permitted in an initialization expressionDeferred type parameter not yet supportedDelete dead instructions that may throw exceptions.Delete useless null pointer checks.Deleted feature:Deprecated in favor of -std=c++11.Deprecated in favor of -std=c++14.Deprecated in favor of -std=c11.Deprecated in favor of -std=c99.Deprecated in favor of -std=gnu++11.Deprecated in favor of -std=gnu++14.Deprecated in favor of -std=gnu11.Deprecated in favor of -std=gnu99.Deprecated in favor of -std=iso9899:1999.Deprecated option.  Use -misel instead.Deprecated option.  Use -mno-isel instead.Deprecated option.  Use -mno-spe instead.Deprecated option.  Use -mno-vrsave instead.Deprecated option.  Use -mspe instead.Deprecated option.  Use -mvrsave instead.Deprecated.  This switch has no effect.Derived type %qs at %C is being used before it is definedDerived type %qs at %L cannot be declared with both PRIVATE and BIND(C) attributesDerived type %qs at %L cannot have the SEQUENCE attribute because it is BIND(C)Derived type %qs at %L may not be ABSTRACTDerived type %qs at %L must be an extension of %qsDerived type %qs at %L must be extensibleDerived type %qs declared at %L must have the BIND attribute to be C interoperableDerived type %qs with BIND(C) attribute at %L is empty, and may be inaccessible by the C companion processorDerived type at %C can only be PRIVATE in the specification part of a moduleDerived type at %C can only be PUBLIC in the specification part of a moduleDerived type at %C has not been previously defined and so cannot appear in a derived type definitionDerived type component %C is not a permitted EQUIVALENCE memberDerived type declaration with FINAL at %C must be in the specification part of a MODULEDerived type definition at %C with empty CONTAINS sectionDerived type definition at %C without componentsDerived type definition of %qs at %C has already been definedDerived type name %qs at %C already has a basic type of %sDerived type variable %qs at %L cannot have ALLOCATABLE components to be an EQUIVALENCE objectDerived type variable %qs at %L must have SEQUENCE attribute to be an EQUIVALENCE objectDerived type variable %qs at %L with default initialization cannot be in EQUIVALENCE with a variable in COMMONDerived type variable %qs at %L with pointer component(s) cannot be an EQUIVALENCE objectDerived type variable %qs in COMMON at %L has an ultimate component that is allocatableDerived type variable %qs in COMMON at %L has neither the SEQUENCE nor the BIND(C) attributeDerived type variable %qs in COMMON at %L may not have default initializerDerived-type %qs declared at %L must be ABSTRACT because %qs is DEFERRED and not overriddenDerived-type %qs with BIND(C) must not have a CONTAINS section at %CDerived-type %qs with SEQUENCE must not have a CONTAINS section at %CDerived-type dummy argument %qs at %L was declared INTENT(OUT) but was not set and does not have a default initializerDescription for mxl-mode-bootstrap.Description for mxl-mode-executable.Description for mxl-mode-novectors.Description for mxl-mode-xmdstub.Detect paths that trigger erroneous or undefined behavior due a null value being used in a way forbidden by a returns_nonnull or nonnull attribute.  Isolate those paths from the main control flow and turn the statement with erroneous or undefined behavior into a trap.Detect paths that trigger erroneous or undefined behavior due to dereferencing a null pointer.  Isolate those paths from the main control flow and turn the statement with erroneous or undefined behavior into a trap.Determine which dependences between insns are considered costly.Different CHARACTER lengths (%d/%d) in array constructor at %LDifferent CHARACTER lengths (%ld/%ld) in array constructorDifferent kind type parameters in pointer assignment at %LDifferent ranks in pointer assignment at %LDifferent shape for %s at %L on dimension %d (%d and %d)Different shape for arguments %qs and %qs at %L for intrinsic %<dot_product%>Different shape on dimension 1 for arguments %qs and %qs at %L for intrinsic matmulDifferent shape on dimension 2 for argument %qs and dimension 1 for argument %qs at %L for intrinsic matmulDifferent type kinds at %LDifferent types in pointer assignment at %L; attempted assignment of %s to %sDimensions specified for %s at %L after its initializationDisable ARCompact specific pass to generate conditional execution instructions.Disable FP regs.Disable LR and SR instructions from using FPX extension aux registers.Disable Scalar to Vector optimization pass transforming 64-bit integer computations into a vector ones.Disable floating point optimizations that ignore the IEEE signedness of zero.Disable hardware floating point.Disable indexed addressing.Disable optimizations observable by IEEE signaling NaNs.Disable optimizations that assume default FP rounding behavior.Disable position-independent code (PIC) for use in OS kernel code.Disable preprocessing.Disable space regs.Disable the use of RX FPU instructions.  Disallow direct calls to global functions.Disallow more than 'msched-max-memory-insns' in instruction group. Otherwise, limit is 'soft' (prefer non-memory operations when limit is reached).Discover pure and const functions.Discover readonly and non addressable static variables.Display compile time statistics.Display statistics accumulated during compilation.Display the code tree after front end optimization.Display the code tree after parsing.Display the code tree after parsing; deprecated option.Display the compiler's version.Display this information.Division by zero at %LDivision by zero converting %s to %s at %LDivision strategy, one of: call-div1, call-fp, call-table.Do CFG-sensitive rematerialization in LRA.Do alignment optimizations for call instructions.Do dispatch scheduling if processor is bdver1, bdver2, bdver3, bdver4 or znver1 and Haifa scheduling is selected.Do no generate BRcc instructions in arc_reorg.Do not allow constant data to be placed in code sections.Do not assume a large TLS segment.Do not assume that standard C libraries and "main" exist.Do not disable space regs.Do not discard comments in macro expansions.Do not discard comments.Do not display functions compiled or elapsed time.Do not emit addressing modes with side-effect assignment.Do not emit complex integer constants to read-only memory.Do not emit function prologue or epilogue.Do not enforce strict alignment.Do not generate #line directives.Do not generate .size directives.Do not generate a single exit point for each function.Do not generate code that can only run in supervisor mode (default).Do not generate load/store with update instructions.Do not generate millicode thunks (needed only with -Os).Do not generate mpy instructions for ARC700.Do not inline integer division.Do not inline square root.Do not link against the device-specific library lib<MCU>.a.Do not load the PIC register in function prologues.Do not look for object files in standard path.Do not mark ABI switches in e_flags.Do not perform optimizations increasing noticeably stack usage.Do not place floating point constants in TOC.Do not place symbol+offset constants in TOC.Do not predefine system-specific and GCC-specific macros.Do not pretend that branches are expensive.Do not provide a default start-address 0x100 of the program.Do not push extended registers on stack in monitor functions.Do not put uninitialized globals in the common section.Do not search standard system include directories (those specified with -isystem will still be used).Do not search standard system include directories for C++.Do not support SSE4.1 and SSE4.2 built-in functions and code generation.Do not suppress C++ class debug information.Do not suppress warnings from system headers.Do not treat local variables and COMMON blocks as if they were named in SAVE statements.Do not tune code and read-only data alignment.Do not tune stack alignment.Do not tune writable data alignment.Do not use MDMX instructions.Do not use MIPS-3D instructions.Do not use VAX fp.Do not use a cache-flushing function before calling stack trampolines.Do not use addresses that allocate global registers.Do not use condition codes from normal instructions.Do not use hardware FP.Do not use hardware floating point.Do not use hardware fp.Do not use hardware quad fp instructions.Do not use inline patterns for copying memory.Do not use the AltiVec ABI extensions.Do not use the SPE ABI extensions.Do not use the bit-field instructions.Do not use the callt instruction (default).Do not use the fabsd custom instruction.Do not use the fabss custom instr.Do not use the faddd custom instruction.Do not use the fadds custom instruction.Do not use the fatand custom instruction.Do not use the fatans custom instruction.Do not use the fcmpeqd custom instruction.Do not use the fcmpeqs custom instruction.Do not use the fcmpged custom instruction.Do not use the fcmpges custom instruction.Do not use the fcmpgtd custom instruction.Do not use the fcmpgts custom instruction.Do not use the fcmpled custom instruction.Do not use the fcmples custom instruction.Do not use the fcmpltd custom instruction.Do not use the fcmplts custom instruction.Do not use the fcmpned custom instruction.Do not use the fcmpnes custom instruction.Do not use the fcosd custom instruction.Do not use the fcoss custom instruction.Do not use the fdivd custom instruction.Do not use the fdivs custom instruction.Do not use the fexpd custom instruction.Do not use the fexps custom instruction.Do not use the fextsd custom instruction.Do not use the fixdi custom instruction.Do not use the fixdu custom instruction.Do not use the fixsi custom instruction.Do not use the fixsu custom instruction.Do not use the floatid custom instruction.Do not use the floatis custom instruction.Do not use the floatud custom instruction.Do not use the floatus custom instruction.Do not use the flogd custom instruction.Do not use the flogs custom instruction.Do not use the fmaxd custom instruction.Do not use the fmaxs custom instruction.Do not use the fmind custom instruction.Do not use the fmins custom instruction.Do not use the fmuld custom instruction.Do not use the fmuls custom instruction.Do not use the fnegd custom instruction.Do not use the fnegs custom instruction.Do not use the frdxhi custom instruction.Do not use the frdxlo custom instruction.Do not use the frdy custom instruction.Do not use the fsind custom instruction.Do not use the fsins custom instruction.Do not use the fsqrtd custom instruction.Do not use the fsqrts custom instruction.Do not use the fsubd custom instruction.Do not use the fsubs custom instruction.Do not use the ftand custom instruction.Do not use the ftans custom instruction.Do not use the ftruncds custom instruction.Do not use the fwrx custom instruction.Do not use the fwry custom instruction.Do not use the round custom instruction.Do not use unaligned memory references.Do not warn about using "long long" when -pedantic.Do stack checking using bounds in L1 scratch memory.Does nothing.  Preserved for backward compatibility.Does nothing. Preserved for backward compatibility.Don't align items in code or data.Don't allocate floats and doubles in extended-precision registers.Don't assume that unaligned accesses are handled by the system.Don't call any cache flush functions.Don't call any cache flush trap.Don't create a position independent executable.Don't emit DWARF additions beyond selected version.Don't emit dllexported inline functions unless needed.Don't generate DWARF pubnames and pubtypes sections.Don't generate checks for control speculation in selective scheduling.Don't generate debug information in separate .dwo files.Don't generate privileged-mode only code; implies -mno-inline-ic_invalidate if the inline code would not work in user mode.Don't indicate any priority with TARGET_REGISTER_PRIORITY.Don't optimize block moves, use memcpy.Don't optimize block moves.Don't record DW_AT_decl_column and DW_AT_call_column in DWARF.Don't record gcc command line switches in DWARF DW_AT_producer.Don't use P-mnemonics for branches.Don't use any of r32..r63.Don't use less than 25 bit addressing range for calls.Don't warn about uses of Microsoft extensions.Double CLASS IS block in SELECT TYPE statement at %LDouble-precision floating point unit.Downgrade conformance errors to warnings.Driving:Dummy %qs at %L cannot have an initializerDummy argument %qs at %L cannot be INTENT(OUT)Dummy argument %qs at %L cannot be OPTIONALDummy argument %qs at %L of EVENT_TYPE shall not be INTENT(OUT)Dummy argument %qs at %L of LOCK_TYPE shall not be INTENT(OUT)Dummy argument %qs at %L was declared INTENT(OUT) but was not setDummy argument %qs has to be a pointer, assumed-shape or assumed-rank array without CONTIGUOUS attribute - as actual argument at %L is not simply contiguous and both are ASYNCHRONOUS or VOLATILEDummy argument %qs not allowed in expression at %LDummy argument %qs of %qs at %L should be named %qs as to match the corresponding argument of the overridden procedureDummy argument %qs with INTENT(IN) in pointer association context (%s) at %LDummy argument %qs with INTENT(IN) in variable definition context (%s) at %LDummy flag. This is the default unless FPX switches are provided explicitly.Dummy procedure %qs at %C cannot have a generic interfaceDummy procedure %qs at %L shall not be elementalDummy procedure %qs not allowed in elemental procedure %qs at %LDummy procedure %qs of PURE procedure at %L must also be PUREDummy procedure at %C may not have BIND(C) attribute with NAMEDump declarations to a .decl file.Dump detailed information on GCC's internal representation of source code locations.Dump optimization passes.Duplicate %s attribute at %LDuplicate %s attribute specified at %LDuplicate %s label specification at %CDuplicate %s specification at %CDuplicate ASYNCHRONOUS attribute specified at %LDuplicate AUTOMATIC attribute specified at %LDuplicate BIND attribute specified at %LDuplicate DEFERRED at %CDuplicate ELSE statements at %L and %CDuplicate EXTENDS attribute specified at %LDuplicate IMPLICIT NONE statement at %CDuplicate NML specification at %CDuplicate NON_OVERRIDABLE at %CDuplicate POINTER attribute at %CDuplicate PRIVATE statement at %CDuplicate PROTECTED attribute specified at %LDuplicate SAVE attribute specified at %LDuplicate SEQUENCE statement at %CDuplicate UNIT specification at %CDuplicate VALUE attribute specified at %LDuplicate VOLATILE attribute specified at %LDuplicate access-specifier at %CDuplicate argument %qs at %L to intrinsic %sDuplicate array spec for Cray pointee at %CDuplicate construct label %qs at %CDuplicate format specification at %CDuplicate name %qs in association at %CDuplicate statement label %d at %L and %LDuplicate symbol %qs in formal argument list at %CDuring link time optimization warn about mismatched types of global declarations.Dynamic Realign Argument Pointer (DRAP) not supported in interrupt service routine.  This may be worked around by avoiding functions with aggregate return.Dynamically allocate cc registers.E specifier not allowed with g0 descriptorE500 and FPRs not supportedEDGE_CROSSING incorrectly set across same sectionEDGE_CROSSING missing across section boundaryEH edge crosses section boundary in bb %iEH landing pad label ELEMENTAL function %qs at %L must have a scalar resultELEMENTAL non-INTRINSIC procedure %qs is not allowed as an actual argument at %LELEMENTAL prefix in MODULE PROCEDURE interface is missing at %LELEMENTAL procedure pointer component %qs is not allowed as an actual argument at %LELSE IF statement at %C cannot follow ELSE statement at %LELSEWHERE statement at %C follows previous unmasked ELSEWHEREELSEWHERE statement at %C not enclosed in WHERE blockENCODING= at %C not allowed in Fortran 95END statement instead of %s statement at %LEND tag at %C not allowed in output statementEND tag label %d at %L not definedENTRY %qs at %L cannot be called recursively, as function %qs is not RECURSIVEENTRY %qs at %L cannot be called recursively, as subroutine %qs is not RECURSIVEENTRY %qs at %L has no IMPLICIT typeENTRY result %s can't be a POINTER in FUNCTION %s at %LENTRY result %s can't be an array in FUNCTION %s at %LENTRY result %s can't be of type %s in FUNCTION %s at %LENTRY statement at %CENTRY statement at %C cannot appear in a contained procedureENTRY statement at %C cannot appear within a BLOCK DATAENTRY statement at %C cannot appear within a DERIVED TYPE blockENTRY statement at %C cannot appear within a DO blockENTRY statement at %C cannot appear within a FORALL blockENTRY statement at %C cannot appear within a MODULEENTRY statement at %C cannot appear within a PROGRAMENTRY statement at %C cannot appear within a SELECT blockENTRY statement at %C cannot appear within a STRUCTURE blockENTRY statement at %C cannot appear within a SUBMODULEENTRY statement at %C cannot appear within a WHERE blockENTRY statement at %C cannot appear within a contained subprogramENTRY statement at %C cannot appear within an IF-THEN blockENTRY statement at %C cannot appear within an INTERFACEENTRY_BLOCK has IL associated with itENUM and ENUMERATOR at %CENUM declaration at %C has no ENUMERATORSENUM definition statement expected before %CENUMERATOR %L not initialized with integer expressionEOR tag label %d at %L not definedEQUIVALENCE at %C requires two or more objectsERR tag label %d at %L not definedERRMSG at %LERRMSG at %L is useless without a STAT tagERRMSG tag at %LERRMSG variableERRMSG= argument at %L must be a scalar CHARACTER variableERROR STOP statement at %CESA/390 architecture.EVENT POST statement at %CEVENT WAIT statement at %CEVENT argument at %L to the intrinsic EVENT_QUERY shall be of type EVENT_TYPEEXIT statement at %C terminating !$ACC LOOP loopEXIT statement at %C terminating !$OMP DO loopEXIT statement with no do-construct-name at %CEXIT_BLOCK has IL associated with itEXTENDS at %LEXTERNAL attribute conflicts with FUNCTION attribute in %qs at %LEither all or none of the objects in the EQUIVALENCE set at %L shall have the PROTECTED attributeEither all or none of the upper bounds must be specified at %LElement %d of actual argument of RESHAPE at %L cannot be negativeElement in %s array constructor at %L is %sElement of assumed-shaped or pointer array passed to array dummy argument %qs at %LElemental function as initialization expression with non-integer/non-character arguments at %LElements with the same value at %L and %L in vector subscript in a variable definition context (%s)Eliminate multiple function invocations also for impure functions.Emit .gnu_attribute tags.Emit 16-bit relocations to the small data areas.Emit 32-bit relocations to the small data areas.Emit DWARF additions beyond selected version.Emit IEEE-conformant code, without inexact exceptions.Emit call graph information.Emit checks causing "break 8" instructions to execute when applying atomic builtins on misaligned memory.Emit code for the byte/word ISA extension.Emit code for the counting ISA extension.Emit code for the fp move and sqrt ISA extension.Emit code for the motion video ISA extension.Emit code using explicit relocation directives.Emit common-like symbols as weak symbols.Emit debug annotations during preprocessing.Emit debugging information related to the escape analysis pass when run with -fgo-optimize-allocs.Emit direct branches to local functions.Emit errors when run-time relocations are generated.Emit extra code in the function prologue in order to trap if the stack size exceeds the given limit.Emit function prologues only before parts of the function that need it, rather than at the top of the function.Emit function-calls using global offset table when generating PIC.Emit implicit instantiations of inline templates.Emit implicit instantiations of templates.Emit indirect branches to local functions.Emit long load/store sequences.Emit profiling counter call at function entry before prologue.Emit rdval instead of rduniq for thread pointer.Emit static const variables even if they are not used.Emit stop bits before and after volatile extended asms.Emit traps as "break 8", default for CRIS v3 and up.  If disabled, calls to abort() are used.Emit verbose debug information in assembly code.Emit warnings when run-time relocations are generated.Empty FINAL at %CEmpty IMPLICIT statement at %CEmpty array constructor at %C is not allowedEmpty old style initializer list at %CEmpty set of digits in BOZ constant at %CEnable 'q' instruction alternatives.Enable 64-bit Time-Stamp Counter extension instruction.Enable C++14 sized deallocation support.Enable CFI tables via GAS assembler directives.Enable Cilk Plus.Enable DEC-style STATIC and AUTOMATIC attributes.Enable DIV, DIVU.Enable DIV-REM instructions for ARCv2.Enable DSP 3.1 Pack A extensions.Enable DWARF line debug info via GNU as.Enable Dual and Single Operand Instructions for Telephony.Enable Full Redundancy Elimination (FRE) on trees.Enable Function Descriptor PIC mode.Enable Graphite Identity transformation.Enable ID based shared library.Enable IEEE 128-bit floating point via the __float128 keyword.Enable Local Register Allocation.Enable Locked Load/Store Conditional extension.Enable MUL instructions.Enable MUL.X and UMUL.X instructions.Enable MULX instructions, assume fast shifter.Enable Objective-C exception and synchronization syntax.Enable Objective-C setjmp exception handling runtime.Enable OpenACC.Enable OpenMP (implies -frecursive in Fortran).Enable OpenMP's SIMD directives.Enable PIC support for building libraries.Enable Plan 9 language extensions.Enable Rcq constraint handling - most short code generation depends on this.Enable Rcw constraint handling - ccfsm condexec mostly depends on this.Enable Read-Modify-Write (RMW) instructions support/use.Enable SSA coalescing of user variables.Enable SSA code sinking on trees.Enable SSA dead code elimination optimization on trees.Enable SSA-BIT-CCP optimization on trees.Enable SSA-CCP optimization on trees.Enable SSA-PRE optimization on trees.Enable TPF-OS tracing code.Enable XY Memory extension (DSP version 3).Enable alignment of COMMON blocks.Enable all -Wunused- warnings.Enable all DEC language extensions.Enable all optimization info dumps on stderr.Enable an RTL peephole pass before sched2.Enable asan builtin functions protection.Enable asan detection of use-after-return bugs.Enable asan globals protection.Enable asan load operations protection.Enable asan stack protection.Enable asan store operations protection.Enable assembler and linker relaxation.  Enabled by default at -Os.Enable atomic instructions.Enable automatic template instantiation.Enable backend debugging.Enable backward propagation of use properties at the SSA level.Enable barrel shift instructions.Enable basic block vectorization (SLP) on trees.Enable basic program profiling code.Enable bbit peephole2.Enable cache bypass for volatile references.Enable code density instructions for ARCv2.Enable code hoisting.Enable common options for generating profile info for profile feedback directed optimizations, and set -fprofile-dir=.Enable common options for generating profile info for profile feedback directed optimizations.Enable common options for performing profile feedback directed optimizations, and set -fprofile-dir=.Enable common options for performing profile feedback directed optimizations.Enable compact casesi pattern.Enable conditional dead code elimination for builtin calls.Enable conditional execution other than moves/scc.Enable conditional moves.Enable constructor/destructor feature.Enable copy propagation of scalar-evolution information.Enable copy propagation on trees.Enable correction of flow inconsistent profile data input.Enable coverage-guided fuzzing code instrumentation. Inserts call to __sanitizer_cov_trace_pc into every basic block.Enable dead store elimination.Enable debug output.Enable decimal floating point hardware support.Enable default conversions between __float128 & long double.Enable divide and modulus instructions.Enable dominator optimizations.Enable double load/store instructions for ARC HS.Enable dual viterbi butterfly extension.Enable earlier placing stop bits for better scheduling.Enable exception handling.Enable forward propagation on trees.Enable front end optimization.Enable function profiling.Enable function reordering that improves code placement.Enable garbage collection (GC) in Objective-C/Objective-C++ programs.Enable generation of ARC SIMD instructions via target-specific builtins.Enable generation of R2 BMX instructions.Enable generation of R2 CDX instructions.Enable guessing of branch probabilities.Enable hardware floating point.Enable hoisting adjacent loads to encourage generating conditional move instructions.Enable hoisting loads from conditional pointers.Enable in and out of Graphite representation.Enable inline checks for nil receivers with the NeXT runtime and ABI version 2.Enable inlining of PLT in function calls.Enable inlining of function declared "inline", disabling disables all inlining.Enable kind-specific variants of integer intrinsic functions.Enable label alignment optimizations.Enable legacy math intrinsics for compatibility.Enable link-time optimization.Enable linker optimizations.Enable linker relaxation.Enable linker relaxations.Enable linker relaxing.Enable load/store bonding.Enable loop distribution for patterns transformed into a library call.Enable loop distribution on trees.Enable loop epilogue vectorization using smaller vector size.Enable loop header copying on trees.Enable loop invariant motion on trees.Enable loop nest transforms.  Same as -floop-nest-optimize.Enable loop optimizations on tree level.Enable loop vectorization on trees.Enable lra.Enable machine specific peephole optimizations.Enable most warning messages.Enable multicore support.Enable multiply instructions.Enable nested conditional execution optimizations.Enable optimizing &&/|| in conditional execution.Enable parsing GIMPLE.Enable pre-reload use of cbranchsi pattern.Enable preprocessing.Enable range checking during compilation.Enable reassociation on tree level.Enable register pressure sensitive insn scheduling.Enable relaxing in the assembler.Enable scheduling across basic blocks.Enable separate data segment.Enable setting GPRs to the result of comparisons.Enable sign extend instructions.Enable small integers to be in VSX registers.Enable split of 32 bit immediate loads into low / high part.Enable stack probing.Enable strict 32-bit psABI struct return checking.Enable string length optimizations on trees.Enable support for C++ concepts.Enable support for DEC STRUCTURE/RECORD.Enable support for GNU transactional memory.Enable support for the RH850 ABI.  This is the default.Enable support for the old GCC ABI.Enable swap byte ordering extension instruction.Enable tail merging on trees.Enable the critical path heuristic in the scheduler.Enable the dependent count heuristic in the scheduler.Enable the division approximation.  Enabling this reduces precision of division results to about 16 bits for single precision and to 32 bits for double precision.Enable the group heuristic in the scheduler.Enable the last instruction heuristic in the scheduler.Enable the loop nest optimizer.Enable the normal mode.Enable the rank heuristic in the scheduler.Enable the reciprocal square root approximation.  Enabling this reduces precision of reciprocal square root results to about 16 bits for single precision and to 32 bits for double precision.Enable the speculative instruction heuristic in the scheduler.Enable the square root approximation.  Enabling this reduces precision of square root results to about 16 bits for single precision and to 32 bits for double precision. If enabled, it implies -mlow-precision-recip-sqrt.Enable the use of 64-bit floating point registers in fmov instructions.  See -mdalign if 64-bit alignment is required.Enable the use of RX FPU instructions.  This is the default.Enable the use of indexed loads.Enable the use of pre/post modify with register displacement.Enable the use of the LRA register allocator.Enable the use of the fsca instruction.Enable the use of the fsrra instruction.Enable the use of the old, broken, ABI where all stacked function arguments are aligned to 32-bits.Enable the use of the short load instructions.Enable the use the standard RX ABI where all stacked function arguments are naturally aligned.  This is the default.Enable the z vector language extension providing the context-sensitive vector macro and enable the Altivec-style builtins in vecintrin.h.Enable traditional preprocessing.Enable unaligned word and halfword accesses to packed data.Enable use of GPREL for read-only data in FDPIC.Enable use of NPS400 bit operations.Enable use of NPS400 xld/xst extension.Enable use of POST_INC / POST_DEC.Enable use of POST_MODIFY.Enable use of odd-numbered single-precision registers.Enable use of sdata/scommon/sbss.Enable user-defined instructions.Enable using IEEE 128-bit floating point instructions.Enable v850e3v5 loop instructions.Enable variable polynomial CRC extension.Enable vectorization on trees.Enable verbose output.Enable workaround for single erratum of AT697F processor (corresponding to erratum #13 of AT697E processor).Enable workarounds for the errata of the UT699 processor.Enable/Disable the traditional scheduling in loops that already passed modulo scheduling.Enable/disable GP-relative addressing.Enabled ID based shared library.Enables Position-Independent-Data (PID) mode.Enables or disables the use of the SMOVF, SMOVB, SMOVU, SUNTIL, SWHILE and RMPA instructions.  Enabled by default.Enables the dynamic vectorizer cost model.  Preserved for backward compatibility.Encode SSE instructions with VEX prefix.End expression in DO loopEnd of nonblock DO statement at %C is interwoven with another DO loopEnd of nonblock DO statement at %C is within another blockEnd of scalar initializer expected at %CEnd of search list.
  Enforce class member access control semantics.Entity %qs at %L has a deferred type parameter and requires either the POINTER or ALLOCATABLE attributeEntity %qs at %L is already present in the interfaceEntity with assumed character length at %L must be a dummy argument or a PARAMETEREnum value is not CONST_DECL or INTEGER_CSTEnum value name is not IDENTIFIER_NODEEnum value type is not INTEGER_TYPE nor convertible to the enumEnumerator exceeds the C integer type at %CEquivalence for %qs does not match ordering of COMMON %qs at %LEquivalent to -mgpopt=local.Equivalent to -mgpopt=none.Errmsg-variable at %L must be a scalar CHARACTER variableErrmsg-variable at %L shall not be %sd within the same %s statementErrorError converting PARAMETER constant in complex constant at %CError converting integerError in pointer initialization at %CError in type-spec at %LError writing module file %qs for writing: %sError writing modules file: %sError writing output file '%s'
! Evaluation of nonstandard initialization expression at %LEventEvent variable argument at %L must be a coarray but not coindexedEvent variable argument at %L must be a coarray or coindexedEvent variable at %L must be a scalar of type EVENT_TYPEExit condition of DO WHILE loop at %L must be a scalar LOGICAL expressionExit on the first error occurred.Expand 32bit/64bit integer divide into 8bit unsigned integer divide with run-time check.Expand adddi3 and subdi3 at rtl generation time into add.f / adc etc.Expected ")" at %CExpected "," at %CExpected %<(%> at %CExpected %<)%> or %<,%> at %CExpected %<,%> at %CExpected %<,%> or end of statement at %CExpected %<::%> after binding-attributes at %CExpected %<::%> at %CExpected %<=>%> at %CExpected %<END INTERFACE ASSIGNMENT (=)%> at %CExpected '*' in coindex specification in ALLOCATE statement at %LExpected :: in TYPE definition at %CExpected = sign in PARAMETER statement at %CExpected DO loop at %CExpected P edit descriptorExpected PARAMETER symbol in complex constant at %CExpected SHAPE argument to C_F_POINTER with array FPTR at %LExpected TYPE IS, CLASS IS or END SELECT statement following SELECT TYPE at %CExpected a CASE or END SELECT statement following SELECT CASE at %CExpected a nameless interface at %CExpected a procedure for argument %qs at %LExpected a procedure pointer for argument %qs at %LExpected a right parenthesis in expression at %CExpected a step value in iterator at %CExpected access-specifier at %CExpected alternate return label at %CExpected an initialization expression at %CExpected another dimension in array declaration at %CExpected argument list at %CExpected array subscript at %CExpected array subscript stride at %CExpected association at %CExpected association list at %CExpected attribute bit nameExpected binding attribute at %CExpected binding name at %CExpected binding target after %<=>%> at %CExpected block name %qs of SELECT construct at %CExpected block name of %qs in %s statement at %LExpected bounds specification for %qs at %LExpected coarray variable as %qs argument to the %s intrinsic at %LExpected comma in I/O list at %CExpected component reference at %CExpected data constant after repeat spec at %CExpected entity-list in AUTOMATIC statement at %CExpected entity-list in STATIC statement at %CExpected exponent in expression at %CExpected expression at %C in PARAMETER statementExpected expression in %s statement at %CExpected expression in array specification at %CExpected expression typeExpected formal argument list in function definition at %CExpected generic name or operator descriptor at %CExpected initialization expression at %CExpected initialization expression in CASE at %CExpected integerExpected integer stringExpected label %qs for %s statement at %CExpected left parenthesisExpected module procedure name at %CExpected nameExpected real stringExpected right parenthesisExpected scalar initialization expression at %CExpected specific binding name at %CExpected stringExpected structure component name at %CExpected structure component or operator name after '.' at %CExpected terminating name at %CExpected type-bound procedure or procedure pointer component at %CExpected variable in READ statement at %CExpected variable name at %CExpected variable name at %C in PARAMETER statementExpecting %<END INTERFACE %s%> at %CExpecting %<END INTERFACE OPERATOR (%s)%> at %CExpecting %<END INTERFACE OPERATOR (%s)%> at %C, but got %qsExpecting %<END INTERFACE OPERATOR (.%s.)%> at %CExpecting %s at %CExpecting %s statement at %LExpecting a comma in EQUIVALENCE at %CExpecting a scalar INTEGER expression at %C, found %sExpecting list of named entities at %CExplain what alignment considerations lead to the decision to make an insn short or long.Explicit interface required for %qs at %L: %sExport functions even if they can be inlined.Expression at %L in this context must be constantExpression at %L must be of INTEGER type, found %sExpression at %L must be scalarExpression in CASE selector at %L cannot be %sExpression in CASE statement at %L is not in the range of %sExpression in CASE statement at %L must be of kind %dExpression in CASE statement at %L must be of type %sExpression in CASE statement at %L must be scalarExtension: %s specifier in %s statement at %C has value %qsExtension: Conversion from %s to %s at %LExtension: Scalar non-default-kind, non-C_CHAR-kind CHARACTER actual argument with array dummy argument %qs at %LExtension: Unary operator following arithmetic operator (use parentheses) at %CExtension: Zero width after L descriptor at %LExtension: backslash character at %CExtension: exponent-letter %<q%> in real-literal-constant at %CExternal %qs at %L cannot have an initializerExternal IO UNIT cannot be an array at %LExternal object %qs at %L may not have an initializerExtraneous characters in format at %LF2008: C1210 IMPORT statement at %C is not permitted in a module procedure interface bodyFAILED= argument to NUM_IMAGES at %LFINAL clause at %L requires a scalar LOGICAL expressionFINAL declaration at %C must be inside CONTAINSFINAL declaration at %C must be inside a derived type CONTAINS sectionFINAL procedure %qs at %L is not a SUBROUTINEFINAL procedure %qs declared at %L has the same rank (%d) as %qsFINAL procedure at %L must have exactly one argumentFINAL procedure declaration at %CFLUSH statement at %CFORALL end expression at %L must be a scalar INTEGERFORALL index %qs may not appear in triplet specification at %LFORALL index-name at %L must be a scalar INTEGERFORALL index-name at %L must be a scalar variable of type integerFORALL mask clause at %L requires a scalar LOGICAL expressionFORALL start expression at %L must be a scalar INTEGERFORALL stride expression at %L cannot be zeroFORALL stride expression at %L must be a scalar %sFORMAT label %d at %L not definedFORMAT statement at %C cannot appear within an INTERFACEFORMAT statement at %L does not have a statement labelFORMAT tag at %L must be of type default-kind CHARACTER or of INTEGERFP exceptions are enabled.FPTR argument at %L to C_F_POINTER shall not be polymorphicFPX fast and compact options cannot be specified togetherFPX: Enable Argonaut ARC CPU Double Precision Floating Point extensions.FPX: Generate Double Precision FPX (compact) instructions.FPX: Generate Double Precision FPX (fast) instructions.FPX: Generate Single Precision FPX (compact) instructions.FPX: Generate Single Precision FPX (fast) instructions.FUNCTION result %s can't be a POINTER in FUNCTION %s at %LFUNCTION result %s can't be an array in FUNCTION %s at %LFUNCTION result %s can't be of type %s in FUNCTION %s at %LFactor complex constructors and destructors to favor space over speed.Failed to create structure type '%s' at %CFailure getting length of a constant array.Fatal ErrorFile %qs opened at %C is not a GNU Fortran module fileFine grain control of tune features.First argument of defined assignment at %L must be INTENT(OUT) or INTENT(INOUT)First argument of operator interface at %L cannot be optionalFirst argument of operator interface at %L must be INTENT(IN)First or last !$OMP ATOMIC intrinsic argument must be %qs at %LFix min_int calculationFixed line length must be at least sevenFlag %<-fmax-stack-var-size=%d%> overwrites %<-frecursive%> implied by %<-fopenmp%>Flag %<-fno-automatic%> overwrites %<-fmax-stack-var-size=%d%>Flag %<-fno-automatic%> overwrites %<-frecursive%>Flag %<-fno-automatic%> overwrites %<-frecursive%> implied by %<-fopenmp%>Flag %<-frecursive%> overwrites %<-fmax-stack-var-size=%d%>Floating point custom instruction configuration name.Floating point unit does not support divide & sqrt.Follow Renesas (formerly Hitachi) / SuperH calling conventions.Follow the C++17 evaluation order requirements for assignment expressions, shift, member function calls, etc.Follow the EABI linkage requirements.For dummy procedure %s, no binding name is allowed in BIND(C) at %CFor intrinsics library: pass all parameters in registers.For nested functions on stack executable permission is set.For targets that normally need trampolines for nested functions, always generate them instead of using descriptors.Force assembly output to always use hex constants.Force bitfield accesses to match their type width.Force creation of temporary to test infrequently-executed forall code.Force functions to be aligned to a 4 byte boundary.Force the underlying type for "wchar_t" to be "unsigned short".Force the usage of delay slots for conditional branches.Forces Pointer Bounds Checker to treat all trailing arrays in structures as possibly flexible.  By default only arrays fields with zero length or that are marked with attribute bnd_variable_size are treated as flexible.Forces Pointer Bounds Checker to use bounds of the innermost arrays in case of nested static arrays access.  By default outermost array is used.Forces Pointer Bounds Checker to use narrowed bounds for address of the first field in the structure.  By default pointer to the first field has the same bounds as pointer to the whole structure.Format statement in module main block at %CFortran 2003: %s specifier in %s statement at %C has value %qsFortran 2003: DT format specifier not allowed at %CFortran 2003: Scalar CHARACTER actual argument with array dummy argument %qs at %LFortran 2008 obsolescent feature:Fortran 2008: COMMON block %qs with binding label at %L sharing the identifier with global non-COMMON-block entity at %LFortran 2008: Non-pointer actual argument at %L to pointer dummy %qsFortran 2008: Null pointer at %L to non-pointer dummy %qsFortran 2008: Pointer functions in variable definition context (%s) at %LFortran 2008: Semicolon at %C without preceding statementFortran 95 requires default INTEGER in %s tag at %LFound no matching specific binding for the call to the GENERIC %qs at %LFree line length must be at least threeFunction %qs as initialization expression at %LFunction %qs at %L cannot be called recursively, as it is not RECURSIVEFunction %qs at %L cannot have an initializerFunction %qs at %L has no IMPLICIT typeFunction %qs at %L is INTRINSIC but is not compatible with an intrinsicFunction %qs at %L must be PUREFunction %qs in initialization expression at %L must be an intrinsic functionFunction %qs is declared CHARACTER(*) and cannot be used at %L since it is not a dummy argumentFunction %qs requires an argument list at %CFunction %s at %L has entries with mismatched array specificationsFunction %s at %L with entries returning variables of different string lengthsFunction name %qs not allowed at %CFunction result %qs at %L cannot have an initializerFunction result %qs at %L has no IMPLICIT typeFunction result %qs at %L is invalid as X argument to C_FUNLOCFunction result %qs at %L shall not be a coarray or have a coarray componentFunction result %qs is invalid as proc-target in procedure pointer assignment at %LFunction starts are aligned to this power of 2.Function versions cannot be marked as gnu_inline, bodies have to be generatedFunctions which return values must end with return statements.Fuse certain integer operations together for better performance on power8.Fuse certain operations together for better performance on power9.Fuse medium/large code model toc references with the memory instruction.GCC cannot support operators with integer types and fixed-point types that have too many integral and fractional bits togetherGCC is not configured to support %s as offload targetGCC supports only %u nested scopesGCC vector passed by reference: non-standard ABI extension with no compatibility guaranteeGCC vector returned by reference: non-standard ABI extension with no compatibility guaranteeGCSE disabledGENERIC %qs at %L can't overwrite specific binding with the same nameGENERIC %qs at %L must target a specific binding, %qs is GENERIC, tooGENERIC at %C must be inside a derived-type CONTAINSGENERIC binding at %CGENERIC procedure %qs is not allowed as an actual argument at %LGMP version %s, MPFR version %s, MPC version %s, isl version %s
  GNU C no longer supports -traditional without -EGNU Extension:GNU Objective C no longer supports traditional compilationGOTO statement at %L leaves CRITICAL construct for label at %LGOTO statement at %L leaves DO CONCURRENT construct for label at %LGenerate 16-bit instructions.Generate 16bit i386 code.Generate 32-bit code.Generate 32-bit offsets in switch tables.Generate 32bit i386 code.Generate 32bit x86-64 code.Generate 32x16 multiply and mac instructions.Generate 64-bit code.Generate 64bit x86-64 code.Generate APCS conformant stack frames.Generate ARCompact 32-bit code for ARC600 processor.Generate ARCompact 32-bit code for ARC601 processor.Generate ARCompact 32-bit code for ARC700 processor.Generate AT&T-style stubs for Mach-O.Generate AltiVec instructions using big-endian element order.Generate AltiVec instructions using little-endian element order.Generate C header of platform-specific features.Generate Cell microcode.Generate DWARF pubnames and pubtypes sections with GNU extensions.Generate DWARF pubnames and pubtypes sections.Generate ELF FDPIC code.Generate Extended arithmetic instructions.  Currently only divaw, adds, subs and sat16 are supported.Generate GFLOAT double precision code.Generate H8/300H code.Generate H8S code.Generate H8S/2600 code.Generate H8SX code.Generate ILP32 code.Generate IT blocks appropriate for ARMv8.Generate LP64 code.Generate MIPS16 code.Generate PA1.0 code.Generate PA1.1 code.Generate PA2.0 code (requires binutils 2.10 or later).Generate PPC750CL paired-single instructions.Generate SBIT, CBIT instructions.Generate SH1 code.Generate SH2 code.Generate SH2a FPU-less code.Generate SH2e code.Generate SH3 code.Generate SH3e code.Generate SH4 FPU-less code.Generate SH4 code.Generate SH4-100 FPU-less code.Generate SH4-100 code.Generate SH4-200 FPU-less code.Generate SH4-200 code.Generate SH4-300 FPU-less code.Generate SH4-300 code.Generate SH4a FPU-less code.Generate SH4a code.Generate SH4al-dsp code.Generate SPE SIMD instructions on E500.Generate VRSAVE instructions when generating AltiVec code.Generate __mcount_loc section with all mcount or __fentry__ calls.Generate a #line directive pointing at the current working directory.Generate a call to abort if a noreturn function returns.Generate a single exit point for each function.Generate aggregate parameter passing code with at most 64-bit alignment.Generate assembler output that is compatible with the Renesas AS100 assembler.  This may restrict some of the compiler's capabilities.  The default is to generate GAS compatible syntax.Generate auto-inc/dec instructions.Generate big endian code.Generate big-endian code.Generate bit instructions.Generate bounds passing for calls.Generate bounds stores for pointer writes.Generate branch hints for branches.Generate call insns as direct calls.Generate call insns as indirect calls, if necessary.Generate call insns as indirect calls.Generate call insns as register indirect calls.Generate checks for all read accesses to memory.Generate checks for all write accesses to memory.Generate cld instruction in the function prologue.Generate code for 18 bit addressing.Generate code for 32 bit addressing.Generate code for CR16C architecture.Generate code for CR16C+ architecture (Default).Generate code for GNU as.Generate code for GNU assembler (gas).Generate code for GNU ld.Generate code for GNU runtime environment.Generate code for NeXT (Apple Mac OS X) runtime environment.Generate code for OpenMP offloading: enables -msoft-stack and -muniform-simt.Generate code for SH4 340 series (MMU/FPU-less).Generate code for SH4 400 series (MMU/FPU-less).Generate code for SH4 500 series (FPU-less).Generate code for Thumb state.Generate code for UNIX assembler.Generate code for a 32-bit ABI.Generate code for a 5206e.Generate code for a 520X.Generate code for a 528x.Generate code for a 5307.Generate code for a 5407.Generate code for a 64-bit ABI.Generate code for a 68000.Generate code for a 68010.Generate code for a 68020.Generate code for a 68030.Generate code for a 68040, without any new instructions.Generate code for a 68040.Generate code for a 68060, without any new instructions.Generate code for a 68060.Generate code for a 68302.Generate code for a 68332.Generate code for a 68851.Generate code for a ColdFire v4e.Generate code for a DLL.Generate code for a Fido A.Generate code for a cpu32.Generate code for an 11/10.Generate code for an 11/40.Generate code for an 11/45.Generate code for darwin loadable kernel extensions.Generate code for functions even if they are fully inlined.Generate code for given CPU.Generate code for old exec BSS PLT.Generate code for static functions even if they are never called.Generate code for the Android platform.Generate code for the M*Core M210Generate code for the M*Core M340Generate code for the kernel or loadable kernel extensions.Generate code for the supervisor mode (default).Generate code for the user mode.Generate code in 32 bit ARM state.Generate code in big endian mode.Generate code in big-endian mode.Generate code in little endian mode.Generate code in little-endian mode.Generate code suitable for executables (NOT shared libs).Generate code suitable for fast turn around debugging.Generate code that can be used in SVR4-style dynamic objects.Generate code that can keep local state uniform across all lanes.Generate code that conforms to Intel MCU psABI.Generate code that conforms to the given ABI.Generate code that is link-compatible with MIPS16 and microMIPS code.Generate code that uses 68881 floating-point instructions.Generate code that won't be linked against any other ID shared libraries, but may be used as a shared library.Generate code to check bounds before indexing arrays.Generate code to check exception specifications.Generate code to use a non-exec PLT and GOT.Generate code which uses hardware floating point instructions.Generate code which uses only the general registers.Generate code with library calls for floating point.Generate code without GP reg.Generate compile-time CFString objects.Generate compressed debug sections.Generate conditional move instructions.Generate cpp defines for server IO.Generate cpp defines for workstation IO.Generate debug information in COFF format.Generate debug information in DWARF v2 (or later) format.Generate debug information in STABS format.Generate debug information in VMS format.Generate debug information in XCOFF format.Generate debug information in default extended format.Generate debug information in default format.Generate debug information in default version of DWARF format.Generate debug information in extended STABS format.Generate debug information in extended XCOFF format.Generate debug information in separate .dwo files.Generate default double-precision SH2a-FPU code.Generate default single-precision SH2a-FPU code.Generate default single-precision SH4 code.Generate default single-precision SH4-100 code.Generate default single-precision SH4-200 code.Generate default single-precision SH4-300 code.Generate default single-precision SH4a code.Generate discontiguous stack frames.Generate divide results with reminder having the same sign as the divisor (not the dividend).Generate fast indirect calls.Generate floating point mathematics using given instruction set.Generate inline floating point division, optimize for latency.Generate inline floating point division, optimize for throughput.Generate inline integer division, optimize for latency.Generate inline integer division, optimize for throughput.Generate inline square root, optimize for latency.Generate inline square root, optimize for throughput.Generate instructions supported by barrel shifter.Generate isel instructions.Generate lazy class lookup (via objc_getClass()) for use in Zero-Link mode.Generate little endian code.Generate little-endian code.Generate load/store multiple instructions.Generate load/store with update instructions.Generate make dependencies and compile.Generate make dependencies.Generate mcount/__fentry__ calls as nops. To activate they need to be patched in.Generate mul64 and mulu64 instructions.Generate norm instruction.Generate normal-mode code.Generate only single-precision SH2a-FPU code.Generate only single-precision SH4 code.Generate only single-precision SH4-100 code.Generate only single-precision SH4-200 code.Generate only single-precision SH4-300 code.Generate only single-precision SH4a code.Generate pc-relative code.Generate performance extension instructions.Generate phony targets for all headers.Generate pointer bounds checks for variables with incomplete type.Generate position-independent code for executables if possible (large mode).Generate position-independent code for executables if possible (small mode).Generate position-independent code if possible (large mode).Generate position-independent code if possible (small mode).Generate prefetch instructions, if available, for arrays in loops.Generate re-entrant, PIC code.Generate reciprocals instead of divss and sqrtss.Generate run time type descriptor information.Generate sdata references.  This is the default, unless you compile for PIC.Generate self-relocatable code.Generate sin, cos, sqrt for FPU.Generate software reciprocal divide and square root for better throughput.Generate special Objective-C methods to initialize/destroy non-POD C++ ivars, if needed.Generate string instructions for block moves.Generate swap instruction.Generate the integer modulo instructions.Generate the quad word memory atomic instructions (lqarx/stqcx).Generate the quad word memory instructions (lq/stq).Generate unwind tables that are exact at each instruction boundary.Generate v3 push25/pop25 instructions.Generate vzeroupper instruction before a transfer of control flow out of the function.Generic function %qs at %L is not consistent with a specific intrinsic interfaceGeneric name %qs of function %qs at %L being the same name as derived type at %LGeneric subroutine %qs at %L is not consistent with an intrinsic subroutine interfaceGive branches their default cost.Give external symbols a leading underscore.Global binding name %qs at %L is already being used as a %s at %LGlobal name %qs at %L is already being used as a %s at %LGraphite loop optimizations cannot be used (isl is not available) (-fgraphite, -fgraphite-identity, -floop-nest-optimize, -floop-parallelize-all)Graphite loop optimizations cannot be used (isl is not available).Guide linker to relax instructions.HLE_ACQUIRE not used with ACQUIRE or stronger memory modelHLE_RELEASE not used with RELEASE or stronger memory modelHSA SSA name defined by instruction that is supposed to be using itHSA SSA name not among operands of instruction that is supposed to use itHSA SSA verification failedHSA has not been enabled during configurationHSA image ops not handledHSA instruction uses a register but is not among recorded register usesHSA instruction verification failedHandle atomic builtins that may be applied to unaligned data by calling library functions. Overrides -mtrap-unaligned-atomic.Hardware autoprefetcher scheduler model control flag.  Number of lookahead cycles the model looks into; at '0' only enable instruction sorting heuristic.  Disabled by default.Hexadecimal constant at %C uses non-standard syntaxHistogram value statement does not correspond to the statement it is associated withHollerith constant at %CHost associated variable %qs may not be in the DATA statement at %CHow much can given compilation unit grow because of the inlining (in percent).How much can given compilation unit grow because of the interprocedural constant propagation (in percent).IBITS: Bad bitICE: emit_insn used where emit_jump_insn needed:
! ID of shared library to build.ID shared libraries and FD-PIC mode can%'t be used togetherIEEE_ARITHMETIC module at %CIEEE_EXCEPTIONS module at %CIEEE_FEATURES module at %CIF clause at %L requires a scalar LOGICAL expressionIF clause modifier %s at %L not appropriate for the current OpenMP constructIF clause without modifier at %L used together with IF clauses with modifiersIMPLICIT NONE (type) statement at %L following an IMPLICIT statementIMPLICIT statement at %C following an IMPLICIT NONE (type) statementIMPORT NONE with spec list at %CIMPORT statement at %CIMPORT statement at %C only permitted in an INTERFACE bodyIMPURE procedure at %CINDIRECT_REF in gimple ILINQUIRE statement at %L cannot contain both FILE and UNIT specifiersINQUIRE statement at %L requires a PENDING= specifier with the ID= specifierINQUIRE statement at %L requires either FILE or UNIT specifierINQUIRE statement not allowed in PURE procedure at %CINTEGER expression of %s clause at %L must be non-negativeINTEGER expression of %s clause at %L must be positiveINTEGER expression of SCHEDULE clause's chunk_size at %L must be positiveINTEGER(KIND=8) is not available for %<-fdefault-integer-8%> optionINTEGER(KIND=8) is not available for %<-finteger-4-integer-8%> optionINTENT (%s) conflicts with INTENT(%s) at %LINTENT is not allowed inside of BLOCK at %CINTENT(%s) actual argument at %L might interfere with actual argument at %L.INTENT(IN) POINTER %qs in %s clause at %LINTENT(IN) POINTER %qs in COPYPRIVATE clause at %LINTENT(OUT) argument %qs of pure procedure %qs at %L may not be polymorphicINTERFACE procedure %qs at %L has the same name as the enclosing procedureIO definition for %q+D needs an addressIOLENGTH tag invalid in INQUIRE statement at %CIOMSG must be a scalar-default-char-variable at %LIOMSG tag at %LISO C does not allow %<%E (expression)%>ISO C does not allow extra %<;%> outside of a functionISO C does not permit %<_Alignof%> applied to a function typeISO C does not support %<#pragma STDC FLOAT_CONST_DECIMAL64%>ISO C does not support %<++%> and %<--%> on complex typesISO C does not support %<__FUNCTION__%> predefined identifierISO C does not support %<__PRETTY_FUNCTION__%> predefined identifierISO C does not support %<__int%d%> typesISO C does not support %<~%> for complex conjugationISO C does not support complex integer typesISO C does not support decimal floating pointISO C does not support fixed-point typesISO C does not support plain %<complex%> meaning %<double complex%>ISO C does not support saturating typesISO C does not support the %<_Float%d%s%> typeISO C forbids %<goto *expr;%>ISO C forbids %<return%> with expression, in function returning voidISO C forbids an empty translation unitISO C forbids assignment between function pointer and %<void *%>ISO C forbids braced-groups within expressionsISO C forbids casting nonscalar to the same typeISO C forbids casts to union typeISO C forbids comparison of %<void *%> with function pointerISO C forbids conditional expr between %<void *%> and function pointerISO C forbids conditional expr with only one void sideISO C forbids const or volatile function typesISO C forbids conversion of function pointer to object pointer typeISO C forbids conversion of object pointer to function pointer typeISO C forbids empty initializer bracesISO C forbids forward parameter declarationsISO C forbids forward references to %<enum%> typesISO C forbids initialization between function pointer and %<void *%>ISO C forbids label declarationsISO C forbids member declarations with no membersISO C forbids nested functionsISO C forbids omitting the middle term of a ?: expressionISO C forbids ordered comparisons of pointers to functionsISO C forbids passing argument %d of %qE between function pointer and %<void *%>ISO C forbids qualified function typesISO C forbids return between function pointer and %<void *%>ISO C forbids specifying range of elements to initializeISO C forbids subscripting %<register%> arrayISO C forbids zero-size arrayISO C forbids zero-size array %qEISO C prohibits argument conversion to union typeISO C requires a named argument before %<...%>ISO C restricts enumerator values to range of %<int%>ISO C++ 1998 does not support %<long long%>ISO C++ 1998 forbids the use of %<extern%> on explicit instantiationsISO C++ does not allow %<alignof%> with a non-typeISO C++ does not allow ?: with omitted middle operandISO C++ does not allow C99 designated initializersISO C++ does not allow designated initializersISO C++ does not permit %<%T::%D%> to be defined as %<%T::%D%>ISO C++ does not permit %<alignof%> applied to a function typeISO C++ does not support %<__int%d%> for %qsISO C++ does not support lambda templatesISO C++ does not support plain %<complex%> meaning %<double complex%>ISO C++ forbids applying %<__alignof%> to an expression of function typeISO C++ forbids applying %<sizeof%> to an expression of function typeISO C++ forbids braced-groups within expressionsISO C++ forbids calling %<::main%> from within programISO C++ forbids casting to an array type %qTISO C++ forbids comparison between pointer and integerISO C++ forbids comparison between pointer of type %<void *%> and pointer-to-functionISO C++ forbids compound-literalsISO C++ forbids computed gotosISO C++ forbids conditional expression between pointer of type %<void *%> and pointer-to-functionISO C++ forbids conversion between pointer of type %<void *%> and pointer-to-functionISO C++ forbids converting a string constant to %qTISO C++ forbids declaration of %qs with no typeISO C++ forbids decrementing a pointer of type %qTISO C++ forbids decrementing an enumISO C++ forbids empty unnamed enumISO C++ forbids flexible array membersISO C++ forbids in-class initialization of non-const static member %qDISO C++ forbids incrementing a pointer of type %qTISO C++ forbids incrementing an enumISO C++ forbids initialization of member constant %qD of non-integral type %qTISO C++ forbids nested type %qD with same name as enclosing classISO C++ forbids omitting the middle term of a ?: expressionISO C++ forbids taking address of function %<::main%>ISO C++ forbids taking the address of a bound member function to form a pointer to member function.  Say %<&%T::%D%>ISO C++ forbids taking the address of an unqualified or parenthesized non-static member function to form a pointer to member function.  Say %<&%T::%D%>ISO C++ forbids the use of %qE on explicit instantiationsISO C++ forbids typename key in template template parameter; use -std=c++1z or -std=gnu++1zISO C++ forbids use of %<auto%> in parameter declarationISO C++ forbids using a floating-point literal in a constant-expressionISO C++ forbids using pointer of type %<void *%> in subtractionISO C++ forbids using pointer to a function in subtractionISO C++ forbids using pointer to a method in subtractionISO C++ forbids variable length arrayISO C++ forbids variable length array %qDISO C++ forbids zero-size arrayISO C++ forbids zero-size array %qDISO C++ prohibits anonymous structsISO C++ prohibits overloading operator ?:ISO C++ says that these are ambiguous, even though the worst conversion for the first is better than the worst conversion for the second:ISO C++1z does not allow %<register%> storage class specifierISO C++1z does not allow dynamic exception specificationsISO C90 does not support %<[*]%> array declaratorsISO C90 does not support %<_Alignas%>ISO C90 does not support %<_Generic%>ISO C90 does not support %<_Noreturn%>ISO C90 does not support %<_Static_assert%>ISO C90 does not support %<__func__%> predefined identifierISO C90 does not support %<long long%>ISO C90 does not support %<static%> or type qualifiers in parameter array declaratorsISO C90 does not support %qEISO C90 does not support boolean typesISO C90 does not support complex typesISO C90 does not support flexible array membersISO C90 does not support the %<_Atomic%> qualifierISO C90 doesn%'t support unnamed structs/unionsISO C90 forbids array %qE whose size can%'t be evaluatedISO C90 forbids array whose size can%'t be evaluatedISO C90 forbids compound literalsISO C90 forbids mixed declarations and codeISO C90 forbids specifying subobject to initializeISO C90 forbids subscripting non-lvalue arrayISO C90 forbids variable length arrayISO C90 forbids variable length array %qEISO C99 does not support %<_Alignas%>ISO C99 does not support %<_Generic%>ISO C99 does not support %<_Noreturn%>ISO C99 does not support %<_Static_assert%>ISO C99 does not support %qEISO C99 does not support the %<_Atomic%> qualifierISO C99 doesn%'t support unnamed structs/unionsISO_C_BINDING module at %CISO_FORTRAN_ENV intrinsic module at %CIf -ftree-vectorize is used, the minimal loop bound of a loop to be considered for vectorization.If -fvariable-expansion-in-unroller is used, the maximum number of times that an individual variable will be expanded during loop unrolling.If first argument of ATAN2 %L is zero, then the second argument must not be zeroIf number of candidates in the set is smaller, we always try to remove unused ivs during its optimization.If scheduling post reload, do superblock scheduling.Ignore 'D' in column one in fixed form.Ignore dllimport for functions.Ignored.Illegal allocate-object at %C for a PURE procedureIllegal character in BOZ constant at %CIllegal id in copy_walk_reduction_argIllegal preprocessor directiveIllegal reference type at %L as EQUIVALENCE objectIllegal stride of zero at %LImage control statement %s at %C in CRITICAL blockImage control statement %s at %C in DO CONCURRENT blockImage control statement %s at %C in PURE procedureImage control statement CRITICAL at %C in DO CONCURRENT blockImage control statement CRITICAL at %C in PURE procedureImage control statement EVENT %s at %C in CRITICAL blockImage control statement EVENT %s at %C in DO CONCURRENT blockImage control statement EVENT %s at %C in PURE procedureImage control statement RETURN at %C in CRITICAL blockImage control statement RETURN at %C in DO CONCURRENT blockImage control statement STOP at %C in CRITICAL blockImage control statement STOP at %C in DO CONCURRENT blockImage control statement SYNC at %C in CRITICAL blockImage control statement SYNC at %C in DO CONCURRENT blockImage control statement SYNC at %C in PURE procedureImageset argument at %L must be a scalar or rank-1 INTEGER expressionImageset argument at %L must between 1 and num_images()Implement C++17 inheriting constructor semantics.Implement __atomic operations via libcalls to legacy __sync functions.Implement resolution of DR 150 for matching of template template arguments.Implicitly declared BIND(C) function %qs at %L may not be C interoperableImplicitly declared BIND(C) variable %qs at %L may not be C interoperableImplicitly declared variable %qs at %L may not be C interoperable but it is a dummy argument to the BIND(C) procedure %qs at %LImplicitly typed PARAMETER %qs at %L doesn't match a later IMPLICIT typeImplied SAVE for module variable %qs at %L, needed due to the default initializationImplied-shape array at %LIn %s at %L procedures must be all FUNCTIONs as the generic name is also the name of a derived typeIn %s at %L procedures must be either all SUBROUTINEs or all FUNCTIONsIn C++, nonzero means warn about deprecated conversion from string literals to 'char *'.  In C, similar warning, except that the conversion is of course not deprecated by the ISO C standard.In Fortran 2003 COMMON %qs block at %L is a global identifier and must thus have the same binding name as the same-named COMMON block at %L: %s vs %sIn SSA-PRE optimization on trees, enable partial-partial redundancy elimination.In constructor %qsIn copy constructor %qsIn destructor %qsIn function %qsIn lambda functionIn member function %qsIn static member function %qsInclude directory %qs: %sIncompatible derived type in PARAMETER at %LIncompatible ranks %d and %d in assignment at %LIncompatible ranks in %s (%d and %d) at %LIncompatible types in DATA statement at %L; attempted conversion of %s to %sIncompatible typespec for array element at %LIncompatible use of TILE and COLLAPSE at %LInconsistent equivalence rules involving %qs at %L and %qs at %LInconsistent ranks for operator at %%L and %%LIncorrect EH edge %i->%iIncorrect function return valueIncrease the IEEE compliance for floating-point comparisons.Index in dimension %d is out of bounds at %LIndicate presence of a processor erratum.Indicate priority for r0..r3 / r12..r15 with TARGET_REGISTER_PRIORITY.Inhibit the use of hardware floating point instructions.Initialization at %C is not allowed in a PURE procedureInitialization at %C isn't for a pointer variableInitialization of allocatable component at %C is not allowedInitialization of pointer at %C is not allowed in a PURE procedureInitialization of variable at %C is not allowed in a PURE procedureInitialization string at %L was truncated to fit the variable (%d/%d)Initialize components of derived type variables according to other init flags.Initialize local variables to zero (from g77).Initialized symbol %qs at %C can only be COMMON in BLOCK DATAInitialized variable %qs at %L is in a blank COMMON but initialization is only allowed in named common blocksInitializer not allowed for PARAMETER %qs at %CInitializing already initialized variable at %CInject friend functions into enclosing namespace.Inline __atomic operations when a lock free instruction sequence is available.Inline all known string operations.Inline constants if it can be done in 2 insns or less.Inline memset/memcpy string operations, but perform inline version only for small blocks.Inline recursively only when the probability of call being executed exceeds the parameter.Insert arc-based program profiling code.Insert code to profile values of expressions.Insert hbrp instructions after hinted branch targets to avoid the SPU hang issue.Insert nops when it might improve performance by allowing dual issue (default).Insert stack checking code into the program.  Same as -fstack-check=specific.Insn addresses not set after shorten_branchesInstrument function entry and exit with profiling calls.Instrument only functions marked with bnd_instrument attribute.Instrumentation clone does not reference original nodeInstrumentation thunk has wrong edge calleeInstrumented node has wrong original declarationInteger division truncated to constant %qs at %LInteger expression required at %CInteger id (N) of fabsd custom instruction.Integer id (N) of fabss custom instruction.Integer id (N) of faddd custom instruction.Integer id (N) of fadds custom instruction.Integer id (N) of fatand custom instruction.Integer id (N) of fatans custom instruction.Integer id (N) of fcmpeqd custom instruction.Integer id (N) of fcmpeqs custom instruction.Integer id (N) of fcmpged custom instruction.Integer id (N) of fcmpges custom instruction.Integer id (N) of fcmpgtd custom instruction.Integer id (N) of fcmpgts custom instruction.Integer id (N) of fcmpled custom instruction.Integer id (N) of fcmples custom instruction.Integer id (N) of fcmpltd custom instruction.Integer id (N) of fcmplts custom instruction.Integer id (N) of fcmpned custom instruction.Integer id (N) of fcmpnes custom instruction.Integer id (N) of fcosd custom instruction.Integer id (N) of fcoss custom instruction.Integer id (N) of fdivd custom instruction.Integer id (N) of fdivs custom instruction.Integer id (N) of fexpd custom instruction.Integer id (N) of fexps custom instruction.Integer id (N) of fextsd custom instruction.Integer id (N) of fixdi custom instruction.Integer id (N) of fixdu custom instruction.Integer id (N) of fixsi custom instruction.Integer id (N) of fixsu custom instruction.Integer id (N) of floatid custom instruction.Integer id (N) of floatis custom instruction.Integer id (N) of floatud custom instruction.Integer id (N) of floatus custom instruction.Integer id (N) of flogd custom instruction.Integer id (N) of flogs custom instruction.Integer id (N) of fmaxd custom instruction.Integer id (N) of fmaxs custom instruction.Integer id (N) of fmind custom instruction.Integer id (N) of fmins custom instruction.Integer id (N) of fmuld custom instruction.Integer id (N) of fmuls custom instruction.Integer id (N) of fnegd custom instruction.Integer id (N) of fnegs custom instruction.Integer id (N) of frdxhi custom instruction.Integer id (N) of frdxlo custom instruction.Integer id (N) of frdy custom instruction.Integer id (N) of fsind custom instruction.Integer id (N) of fsins custom instruction.Integer id (N) of fsqrtd custom instruction.Integer id (N) of fsqrts custom instruction.Integer id (N) of fsubd custom instruction.Integer id (N) of fsubs custom instruction.Integer id (N) of ftand custom instruction.Integer id (N) of ftans custom instruction.Integer id (N) of ftruncds custom instruction.Integer id (N) of fwrx custom instruction.Integer id (N) of fwry custom instruction.Integer id (N) of round custom instruction.Integer kind %d at %C not availableInteger outside symmetric range implied by Standard Fortran at %LInteger outside symmetric range implied by Standard Fortran converting %s to %s at %LInteger overflowInteger overflow when calculating the amount of memory to allocateInteger too big for integer kind %i at %CInteger too big for its kind at %C. This check can be disabled with the option -fno-range-checkInteger too large at %CInteger value too large in expression at %CIntegrate functions into their callers when code size is known not to grow.Integrate functions not declared "inline" into their callers when profitable.Integrate functions only required by their single caller.Intel MCU psABI isn%'t supported in %s modeIntel MPX does not support x32Interface %qs at %L is declared in a later PROCEDURE statementInterface %qs at %L may not be a statement functionInterface %qs at %L may not be genericInterface %qs at %L must be explicitInterface mismatch for procedure-pointer component %qs in structure constructor at %L: %sInterface mismatch in dummy procedure %qs at %L: %sInterface mismatch in procedure pointer assignment at %L: %sInterface must be specified for DEFERRED binding at %CInterface-name expected after %<(%> at %CInternal compiler error: Error reporting routines re-entered.
! Internal file at %L with namelistInternal procedure %qs in %s at %LInternal procedure %qs is invalid in procedure pointer assignment at %LInternal procedure %qs is used as actual argument at %LInternal unit with vector subscript at %LInterpret any INTEGER(4) as an INTEGER(8).Interpret any REAL(4) as a REAL(10).Interpret any REAL(4) as a REAL(16).Interpret any REAL(4) as a REAL(8).Interpret any REAL(8) as a REAL(10).Interpret any REAL(8) as a REAL(16).Interpret any REAL(8) as a REAL(4).Interpret imaginary, fixed-point, or other gnu number suffix as the corresponding number literal rather than a user-defined number literal.Intersperse literal pools with code in the text section.Intrinsic %qs (is %s) is used at %LIntrinsic %qs at %L cannot have an initializerIntrinsic %qs at %L is invalid in procedure pointer assignmentIntrinsic %qs at %L is not allowed as an actual argumentIntrinsic %qs at %L must have at least two argumentsIntrinsic TRANSFER at %L has partly undefined result: source size %ld < result size %ldIntrinsic function %qs (%d) not recognizedIntrinsic function %qs at %L is not permitted in an initialization expressionIntrinsic function %s at %L is not permitted for CO_REDUCEIntrinsic function NULL at %L cannot be an actual argument to STORAGE_SIZE, because it returns a disassociated pointerIntrinsic operator %qs referenced at %L not found in module %qsIntrinsic operator interface at %L must be a FUNCTIONIntrinsic procedure %qs not allowed in PROCEDURE statement at %LIntrinsic procedure at %L cannot be a MODULE PROCEDUREIntrinsic subroutine %qs at %L shall not have a type specifierInvalid C identifier in NAME= specifier at %CInvalid Hollerith constant at %L contains a wide characterInvalid Hollerith constant: %L must contain at least one characterInvalid Hollerith constant: Integer kind at %L should be defaultInvalid KIND parameter of %s at %LInvalid NULL at %LInvalid builtin argumentsInvalid character %<$%> at %L. Use %<-fdollar-ok%> to allow it as an extensionInvalid character in name at %CInvalid codimension %d at %C, only %d codimensions existInvalid context for NULL () intrinsic at %LInvalid context for NULL() pointer at %%LInvalid exponent-letter %<q%> in real-literal-constant at %CInvalid expression in gfc_element_size.Invalid expression in gfc_target_encode_expr.Invalid expression in gfc_target_interpret_expr.Invalid expression in the structure constructor for pointer component %qs at %L in PURE procedureInvalid form of PROGRAM statement at %CInvalid form of WRITE statement at %L, UNIT requiredInvalid form of array reference at %CInvalid form of coarray reference at %CInvalid image number %d in SYNC IMAGESInvalid initialization expression for ALLOCATABLE component %qs in structure constructor at %LInvalid initializer %s in Data statement at %CInvalid kind %d for CHARACTER constant at %CInvalid kind for %s at %LInvalid old style initialization for derived type component at %CInvalid operator for !$OMP DECLARE REDUCTION %s at %LInvalid procedure argument at %LInvalid procedure pointer assignment at %LInvalid range %s in option %sInvalid real kind %d at %CInvalid standard code on intrinsic %qs (%d)Invalid type-spec at %CInvalid value for %s specification at %CIssue warnings needed for strict compliance to the standard.Iterator step at %L cannot be zeroJump targets are aligned to this power of 2.Junk after ASSOCIATE statement at %CJunk after CALL at %CJunk after GENERIC binding at %CJunk after MAP statement at %CJunk after UNION statement at %CJunk after non-nested STRUCTURE statement at %CJust generate unwind tables for exception handling.Just use icc0/fcc0.KIND parameter of %s at %L must be an initialization expressionKeyword %qs at %C has already appeared in the current argument listKeyword argument %qs at %L is already associated with another actual argumentKeyword argument %qs at %L is not in the procedureKeyword argument requires explicit interface for procedure %qs at %LKeyword argument requires explicit interface for procedure pointer component %qs at %LKind %d is not supported for CHARACTER at %CKind %d not supported for type %s at %CKind type parameter for entity at %L differs from the kind type parameter of the typespecKnown AArch64 ABIs (for use with the -mabi= option):Known ABIs (for use with the -mabi= option):Known ARC CPUs (for use with the -mcpu= option):Known ARM ABIs (for use with the -mabi= option):Known ARM CPUs (for use with the -mcpu= and -mtune= options):Known ARM FPUs (for use with the -mfpu= option):Known ARM architectures (for use with the -march= option):Known C6X ISAs (for use with the -march= option):Known CPUs (for use with the -mcpu= and -mtune= options):Known FR-V CPUs (for use with the -mcpu= option):Known IQ2000 CPUs (for use with the -mcpu= option):Known Itanium CPUs (for use with the -mtune= option):Known M68K CPUs (for use with the -mcpu= option):Known M68K ISAs (for use with the -march= option):Known M68K microarchitectures (for use with the -mtune= option):Known MIPS ABIs (for use with the -mabi= option):Known MIPS CPUs (for use with the -march= and -mtune= options):Known MIPS IEEE 754 settings (for use with the -mabs= and -mnan= options):Known MIPS ISA levels (for use with the -mips option):Known TILE-Gx CPUs (for use with the -mcpu= option):Known TILEPro CPUs (for use with the -mcpu= option):Known TLS dialects (for use with the -mtls-dialect= option):Known __fp16 formats (for use with the -mfp16-format= option):Known address mode (for use with the -maddress-mode= option):Known arch types (for use with the -march= option):Known assembler dialects (for use with the -masm= option):Known cmodel types (for use with the -mcmodel= option):Known code models (for use with the -mcmodel= option):Known data alignment choices (for use with the -malign-data= option):Known floating-point ABIs (for use with the -mfloat-abi= option):Known stack protector guard (for use with the -mstack-protector-guard= option):Known vectorization library ABIs (for use with the -mveclibabi= option):L%d cache latency unknown for %sLEXER_DEBUGGING_ENABLED_P is not set to trueLHS in noreturn callLINEAR clause modifier used on DO or SIMD construct at %LLINEAR clause specified together with ORDERED clause with argument at %LLINEAR dummy argument %qs with VALUE attribute with %s modifier at %LLINEAR variable %qs must be INTEGER at %LLOCK statement at %CLOCK_EVENT in variable definition context (%s) at %LLOCK_TYPE in variable definition context (%s) at %LLOGICAL dummy argument %qs at %L with non-C_Bool kind in BIND(C) procedure %qsLOGICAL operands are required in expression at %LLOGICAL result variable %qs at %L with non-C_Bool kind in BIND(C) procedure %qsLTO support has not been enabled in this configurationLabel %d at %C already referenced as a format labelLabel %d at %C already referenced as branch targetLabel %d at %C previously used as a FORMAT labelLabel %d at %C previously used as branch targetLabel %d at %L defined but cannot be usedLabel %d at %L defined but not usedLabel %d referenced at %L is never definedLabel %qs at %C doesn't match IF label %qsLabel %qs at %C doesn't match WHERE label %qsLabel at %L is not in the same block as the GOTO statement at %LLabel name %qs at %C is ambiguousLeft parenthesis required after %<*%>Legacy Extension:Letter %qc already has an IMPLICIT type at %CLetter %qc already set in IMPLICIT statement at %CLetters must be in alphabetic order in IMPLICIT statement at %CLevel of hsa debug stores verbosityLift restrictions on GOT size.Like -M but ignore system header files.Like -MD but ignore system header files.Like -pedantic but issue them as errors.Limit of %d continuations exceeded in statement at %CLine truncated at %LLines executed:%s of %d
  Link in code for a __main kernel.Link to emit program in ELF format (rather than mmo).Link with HAL BSP.Link with a limited version of the C library.Link with libads.a, libc.a and crt0.o.Link with libc.a and libdebug.a.Link with libc.a and libsim.a.Link with libmvme.a, libc.a and crt0.o.Link with libsim.a, libc.a and sim-crt0.o.Link with libyk.a, libc.a and crt0.o.Link with the fast floating-point library.Link with the library-pic libraries.Link-time optimization with number of parallel jobs or jobserver.List all available debugging counters with their limits and counts.Local declaration from a different functionLock variable at %L must be a scalar of type LOCK_TYPELogical SELECT CASE block at %L has more that two casesLogical range in CASE statement at %L is not allowedLogicals at %%L must be compared with %s instead of %sLook for and use PCH files even when preprocessing.Looks for opportunities to reduce stack adjustments and stack references.Loop code aligned to this power of 2.Loop iterates infinitelyLoop parallelized across gangs is not allowed inside another loop parallelized across gangs at %LLoop parallelized across gangs is not allowed inside loop parallelized across workers at %LLoop parallelized across vectors is not allowed inside another loop parallelized across vectors at %LLoop parallelized across workers is not allowed inside another loop parallelized across vectors at %LLoop parallelized across workers is not allowed inside another loop parallelized across workers at %LLoop variableLoop variable at %C cannot be a coarrayLoop variable at %C cannot be a sub-componentLoop variable at %C cannot be an arrayLoop variable has been modifiedLoops iterating at least selected number of iterations will get loop alignment..Lower array reference at %L is out of bounds (%ld < %ld) in dimension %dLower array reference at %L is out of bounds (%ld > %ld) in dimension %dLower bound has to be present at %LMCU '%s' does not have hardware multiply support, but -mhwmult is set to %sMCU '%s' supports %s ISA but -mcpu option is set to %sMCU '%s' supports %s hardware multiply, but -mhwmult is set to 16-bitMCU '%s' supports %s hardware multiply, but -mhwmult is set to 32-bitMCU '%s' supports %s hardware multiply, but -mhwmult is set to f5seriesMIPS16 -mxgot codeMIPS16 PIC for ABIs other than o32 and o64MMIX Internal: %s is not a shiftable intMMIX Internal: Bad register: %dMMIX Internal: Bad value for 'm', not a CONST_INTMMIX Internal: Cannot decode this operandMMIX Internal: Expected a CONST_INT, not thisMMIX Internal: Expected a constant, not thisMMIX Internal: Expected a register, not thisMMIX Internal: Last named vararg would not fit in a registerMMIX Internal: Missing %qc case in mmix_print_operandMMIX Internal: This is not a constant:MMIX Internal: This is not a recognized addressMMIX Internal: Trying to output invalidly reversed condition:MMIX Internal: What is the CC of this?MMIX Internal: What's the CC of this?MMX vector argument without MMX enabled changes the ABIMMX vector return without MMX enabled changes the ABIMODIFY_EXPR not expected while having tuplesMODULE PROCEDURE at %C must be in a generic module interfaceMODULE PROCEDURE declaration at %CMODULE prefix at %CMOLD argument to NULL required at %LMOLD tag at %LMOLD tag at %L conflicts with SOURCE tag at %LMOLD tag at %L conflicts with the typespec at %LMOLD= required in NULL() argument at %L: Ambiguity between specific functions %s and %sMSA MIPS16 codeMSP430 builtin functions only work inside interrupt handlersMULT case in cris_op_strMagnitude of second argument of %s exceeds bit size at %LMagnitude of second argument of ISHFTC exceeds BIT_SIZE of first argument at %CMain variant is not definedMaintain backchain pointer.Make "char" signed by default.Make "char" unsigned by default.Make integers 32 bits wide.Make structs a multiple of 4 bytes (warning: ABI altered).Make sure loads and stores are not moved past DMA instructions.Make the linker relaxation machine assume that a program counter wrap-around occurs.Malformed GENERIC statement at %CMalloc data into P2 space.Map one directory name to another in debug information.Mark MAC register as call-clobbered.Mark __tls_get_addr calls with argument info.Mark all loops as parallel.Marks all inlined functions and methods as having hidden visibility.Max basic blocks number in loop for loop invariant motion.Max loops number for regional RA.Max size of conflict table in MB.Max. number of generated reload insns per insn is achieved (%d)
  Max. recursion depth for expanding var tracking expressions.Max. size of loc list for which reverse ops should be added.Max. size of var tracking hash tables.Maximal code growth caused by tail duplication (in percent).Maximal estimated growth of function body caused by early inlining of single call.Maximal estimated outcome of branch considered predictable.Maximal growth due to inlining of large function (in percent).Maximal size of a partition for LTO (in estimated instructions).Maximal stack frame growth due to inlining (in percent).Maximum allowed growth of size of new parameters ipa-sra replaces a pointer to an aggregate with.Maximum amount of iterations of the pass over a function.Maximum amount of similar bbs to compare a bb with.Maximum depth of search in the dominator tree for expressions to hoist.Maximum depth of sqrt chains to use when synthesizing exponentiation by a real constant.Maximum extension level reached with type %qs at %LMaximum length of candidate scans for straight-line strength reduction.Maximum length of partial antic set when performing tree pre optimization.Maximum number of LRA assignment passes is achieved (%d)
! Maximum number of active local stores in RTL dead store elimination.Maximum number of aggregate content items for a parameter in jump functions and lattices.Maximum number of arguments a PHI may have before the FSM threader will not try to thread through its block.Maximum number of arguments in a PHI supported by TREE if-conversion unless the loop is marked with simd pragma.Maximum number of assertions to add along the default edge of a switch statement during VRPMaximum number of basic blocks on a finite state automaton jump thread path.Maximum number of conditional store pairs that can be sunk.Maximum number of datarefs in loop for building loop data dependencies.Maximum number of disambiguations to perform per memory access.Maximum number of fields in a structure before pointer analysis treats the structure as a single variable.Maximum number of insns in a basic block to consider for RTL if-conversion.Maximum number of instructions in basic block to be considered for SLP vectorization.Maximum number of instructions in the ready list that are considered eligible for renaming.Maximum number of instructions to copy when duplicating blocks on a finite state automaton jump thread path.Maximum number of may-defs visited when devirtualizing speculativelyMaximum number of namespaces to search for alternatives when name lookup fails.Maximum number of nested calls to search for control dependencies during uninitialized variable analysis.Maximum number of new jump thread paths to create for a finite state automaton.Maximum number of nops to insert for a hint (Default 2).Maximum number of statements allowed in a block that needs to be duplicated when threading jumps.Maximum number of statements that will be visited by IPA formal parameter analysis based on alias analysis in any given function.Maximum number of statements to be included into a single static constructor generated by Pointer Bounds Checker.Maximum number of strings for which strlen optimization pass will track string lengths.Maximum number of times that an insn could be scheduled.Maximum permissible cost for the sequence that would be generated by the RTL if-conversion pass for a branch that is considered predictable.Maximum permissible cost for the sequence that would be generated by the RTL if-conversion pass for a branch that is considered unpredictable.Maximum probability of the entry BB of split region (in percent relative to entry BB of the function) to make partial inlining happen.Maximum recursion depth allowed when querying a property of an SSA name.Maximum size (in bytes) of objects tracked bytewise by dead store elimination.Maximum size in bytes of constant values allowed as operands.Maximum size of a SCC before SCCVN stops processing a function.Maximum size of a list of values associated with each parameter for interprocedural constant propagation.Maximum size of global and static variables which can be placed into the small data area.Maximum size, in storage units, of an aggregate which should be considered for scalarization when compiling for size.Maximum size, in storage units, of an aggregate which should be considered for scalarization when compiling for speed.Maximum subrecord length cannot exceed %dMaximum supported identifier length is %dMemory allocation failedMerge C++ types using One Definition Rule.Merge adjacent stores.Merge subcomand usage:Min. ratio of insns to mem ops to enable prefetching in a loop.Min. ratio of insns to prefetches to enable prefetching for a loop with an unknown trip count.Minimal distance between possibly conflicting store and load.Minimal fall-through edge probability in percentage used to add BB to inheritance EBB in LRA.Minimal size of a partition for LTO (in estimated instructions).Minimum heap expansion to trigger garbage collection, as a percentage of the total size of the heap.Minimum heap size before we start collecting garbage, in kilobytes.Mismatch in ELEMENTAL attribute between MODULE PROCEDURE at %L and its interface in %sMismatch in MODULE PROCEDURE formal argument names (%s/%s) at %CMismatch in PURE attribute between MODULE PROCEDURE at %L and its interface in %sMismatch in RECURSIVE attribute between MODULE PROCEDURE at %L and its interface in %sMismatch in number of MODULE PROCEDURE formal arguments at %CMismatch in the procedure pointer assignment at %L: mismatch in the calling conventionMissing !$OMP END ATOMIC after !$OMP ATOMIC CAPTURE at %CMissing %<&%> in continued character constant at %CMissing %<(%> in statement at or before %LMissing %<)%> in statement at or before %LMissing %qs argument to the %s intrinsic at %LMissing INITIALIZER clause for !$OMP DECLARE REDUCTION of derived type without default initializer at %LMissing actual argument %qs in call to %qs at %LMissing actual argument for argument %qs at %LMissing alternate return spec in subroutine call at %LMissing argument list in function %qs at %CMissing argument to %qs at %CMissing array specification at %L in CODIMENSION statementMissing array specification at %L in DIMENSION statementMissing character range in IMPLICIT at %CMissing closing paren for binding label at %CMissing codimension specification at %CMissing comma at %LMissing counts for called function %s/%iMissing dimension specification at %CMissing entity or common block name for attribute specification statement at %CMissing exponent in real number at %CMissing format label at %CMissing format with default unit at %CMissing generic specification in USE statement at %CMissing keyword name in actual argument list at %CMissing kind-parameter at %CMissing leading left parenthesisMissing positive width after L descriptor at %LMissing required parentheses before BIND(C) at %CMissing right parenthesis at %CMissing right parenthesis or comma at %CMissing symbolModule %qs at line %d column %d: %sModule file %qs has not been generated, either because the module does not contain a MODULE PROCEDURE or there is an error in the module.Module nature in USE statement at %C shall be either INTRINSIC or NON_INTRINSICMore actual than formal arguments in procedure call at %LMore than one edge out of thunk nodeMove loop invariant computations out of loops.Multiple identifiers provided with single NAME= specifier at %CMultiple loop axes specified for routineNAME not allowed on BIND(C) for ABSTRACT INTERFACE at %CNAME= specifier at %C should be a constant expressionNAME= specifier at %C should be a scalar of default character kindNAMELIST %qs in READ statement at %L contains the symbol %qs which may not appear in a variable definition contextNAMELIST array object %qs with assumed shape in namelist %qs at %LNAMELIST array object %qs with nonconstant shape in namelist %qs at %LNAMELIST object %qs has PRIVATE components and cannot be a member of PUBLIC namelist %qs at %LNAMELIST object %qs has use-associated PRIVATE components and cannot be member of namelist %qs at %LNAMELIST object %qs in namelist %qs at %L is polymorphic and requires a defined input/output procedureNAMELIST object %qs in namelist %qs at %L with ALLOCATABLE or POINTER componentsNAMELIST object %qs was declared PRIVATE and cannot be member of PUBLIC namelist %qs at %LNAMELIST object %qs with nonconstant character length in namelist %qs at %LNEWUNIT specifier at %LNEWUNIT specifier must have FILE= or STATUS='scratch' at %CNON_OVERRIDABLE and DEFERRED can't both appear at %CNOPASS or explicit interface required at %CNOTE_INSN_BASIC_BLOCK %d in middle of basic block %dNOTE_INSN_BASIC_BLOCK is missing for block %dNO_ARG_CHECK attributeNULL appears on right-hand side in assignment at %LNULL intrinsic with allocatable MOLD at %LNULL pointer at %L is not permitted as actual argument of %qs intrinsic functionNULL used in arithmeticNULL() initialization at %C is ambiguousNULL() initialization at %C may not have MOLDName %qs at %C is already defined as a generic interface at %LName %qs at %C is an ambiguous reference to %qs from current program unitName %qs at %C is an ambiguous reference to %qs from module %qsName %qs at %C is the name of the procedureName %qs in %s statement at %C is not a construct nameName %qs in %s statement at %C is unknownName %qs of ABSTRACT INTERFACE at %C cannot be the same as an intrinsic typeName after !$omp critical and !$omp end critical does not match at %CName at %C is too longName of system library to link against.Name of the startfile.Name too longNamed COMMON block %qs at %L shall be of the same size as elsewhere (%lu vs %lu bytes)Named block DO at %L requires matching ENDDO nameNamed constant %qs at %L cannot be an EQUIVALENCE objectNamed constant %qs in variable definition context (%s) at %LNamed constant at %C in an EQUIVALENCENamelist %s cannot be renamed by USE association to %sNamelist group name %qs at %C already has a basic type of %sNamelist group name %qs at %C already is USE associated and cannot be respecified.Namelist group name at %L cannot have the SAVE attributeNeed either entity or common block name for attribute specification statement at %CNegative argument N at %LNegative exponent of integer has zero result at %LNested CRITICAL block at %CNo FPX/FPU mixing allowedNo binding name is allowed in BIND(C) at %CNo branches
  No calls
  No default crt0.o.No dispatcher found for %sNo dispatcher found for the versioning attributesNo dispatcher found for the versioning attributes : %sNo edge out of thunk nodeNo executable lines
! No initializer for component %qs given in the structure constructor at %C!No location in expression near %LNo location in statementNo longer supported.No region crossing jump at section boundary in bb %iNode has more than one chkp referenceNon-ELEMENTAL user-defined assignment in WHERE at %LNon-PARAMETER symbol %qs at %L can't be implied-shapeNon-POINTER in pointer association context (%s) at %LNon-RECURSIVE procedure %qs at %L is possibly calling itself recursively.  Declare it RECURSIVE or use %<-frecursive%>Non-THREADPRIVATE object %qs in COPYIN clause at %LNon-character assumed shape array element in FORMAT tag at %LNon-character assumed size array element in FORMAT tag at %LNon-character in FORMAT tag at %LNon-character pointer array element in FORMAT tag at %LNon-constant lower bound in implied-shape declaration at %LNon-default LOGICAL kind in %s tag at %LNon-extensible derived-type %qs at %L must not be ABSTRACTNon-numeric character in statement label at %CNon-polymorphic passed-object dummy argument of %qs at %LNon-scalar FINAL procedure at %L should have assumed shape argumentNon-significant digits in %qs number at %C, maybe incorrect KINDNon-variable expression in variable definition context (%s) at %LNon-zero imaginary part discarded in conversion from %qs to %qs at %LNonallocatable variable must not be polymorphic in intrinsic assignment at %L - check that there is a matching specific subroutine for '=' operatorNoncoarray component %s at %L of type EVENT_TYPE or with subcomponent of type EVENT_TYPE must have a codimension or be a subcomponent of a coarray. (Variables of type %s may not have a codimension as %s at %L has a codimension or a coarray subcomponent)Noncoarray component %s at %L of type EVENT_TYPE or with subcomponent of type EVENT_TYPE must have a codimension or be a subcomponent of a coarray. (Variables of type %s may not have a codimension as already a coarray subcomponent exists)Noncoarray component %s at %L of type LOCK_TYPE or with subcomponent of type LOCK_TYPE must have a codimension or be a subcomponent of a coarray. (Variables of type %s may not have a codimension as %s at %L has a codimension or a coarray subcomponent)Noncoarray component %s at %L of type LOCK_TYPE or with subcomponent of type LOCK_TYPE must have a codimension or be a subcomponent of a coarray. (Variables of type %s may not have a codimension as already a coarray subcomponent exists)Nonconforming tab character at %CNonconforming tab character in column %d of line %dNonconforming tab character in format at %CNonconstant array section at %L in DATA statementNoncontiguous deferred shape array %qs in %s clause at %LNonexistent include directory %qsNoninteger exponent in an initialization expression at %LNoninteroperable array FPTR at %L to C_F_POINTER: %sNoninteroperable array at %L as argument to C_LOC: %sNoninteroperable procedure at %L to C_FUNLOCNoninteroperable procedure pointer at %L to C_F_PROCPOINTERNonintrinsic elemental procedure %qs is invalid in procedure pointer assignment at %LNonnegative width requiredNonpolymorphic reference to abstract type at %CNonstandard type declaration %s*%d at %CNot enough elements in array initializer at %CNot expected TAG.Not instrumented node has non-NULL original declarationNumber of partitions the program should be split to.Number of registers used to pass integer arguments.Numeric PARAMETER required in complex constant at %CNumeric operands are required in expression at %LNumeric or CHARACTER operands are required in expression at %LOLD argument of the %s intrinsic function at %L shall be definableOMP DECLARE TARGET COMMON at %L previously mentioned in LINK clause and later in TO clauseOMP DECLARE TARGET COMMON at %L previously mentioned in TO clause and later in LINK clauseOMP DECLARE TARGET variable at %L is an element of a COMMON blockOMP DECLARE TARGET variable at %L previously mentioned in LINK clause and later in TO clauseOMP DECLARE TARGET variable at %L previously mentioned in TO clause and later in LINK clauseOMP TARGET UPDATE at %L requires at least one TO or FROM clauseOPEN statement at %C must have UNIT or NEWUNIT specifiedOPEN statement not allowed in PURE procedure at %COPERATOR argument at %L must be a PURE functionOPTIONAL is not allowed inside of BLOCK at %CORDERED clause argument not constant positive integer at %CORDERED clause parameter is less than COLLAPSE at %LObject %qs is not a variable at %LObjective-C declarations may only appear in global scopeObsolescent feature:Offline tool to handle gcda counts
  
  Old-style character length at %COld-style initialization at %COld-style type declaration %s*%d not supported at %COmit frame pointer for leaf functions.Omit range reduction step when performing complex division.Omit the frame pointer in leaf functions.One of actual subroutine arguments in INITIALIZER clause of !$OMP DECLARE REDUCTION must be OMP_PRIV at %LOnly DWARF debug format is supported for interrupt service routine.Only SOURCE or SINK dependence types are allowed on ORDERED directive at %LOnly array FINAL procedures declared for derived type %qs defined at %L, suggest also scalar oneOnly generate absolute relocations on word sized values.Only intrinsic operators can be used in expression at %LOnly issue one instruction per cycle.Only retained for backward compatibility.Only the !$ACC ROUTINE form without list is allowed in interface block at %COnly the !$OMP DECLARE TARGET form without clauses is allowed in interface block at %COnly use 32 FPRs.Only use 32 GPRs.OpenACC construct inside of non-OpenACC regionOpenACC directive inside of CRITICAL block at %COpenACC directives at %C may not appear in PURE proceduresOpenACC loop directive must be associated with an OpenACC compute regionOpenACC region inside of OpenACC routine, nested parallelism not supported yetOpenMP constructs other than %<#pragma omp ordered simd%> may not be nested inside %<simd%> regionOpenMP directives other than SIMD or DECLARE TARGET at %C may not appear in PURE or ELEMENTAL proceduresOperand of .not. operator at %%L is %sOperand of unary numeric operator %%<%s%%> at %%L is %sOperand of user operator %%<%s%%> at %%L is %sOperands of binary numeric operator %%<%s%%> at %%L are %s/%sOperands of comparison operator %%<%s%%> at %%L are %s/%sOperands of logical operator %%<%s%%> at %%L are %s/%sOperands of string concatenation operator at %%L are %s/%sOperands of user operator %%<%s%%> at %%L are %s/%sOperator interface at %L conflicts with intrinsic interfaceOperator interface at %L has the wrong number of argumentsOperator interface at %L must have, at most, two argumentsOptimize amount of stdarg registers saved to stack at start of function.Optimize conditional patterns using SSA PHI nodes.Optimize for debugging experience rather than speed or size.Optimize for space rather than speed.Optimize for speed disregarding exact standards compliance.Optimize frame header.Optimize induction variables on trees.Optimize lui/addiu address loads.Optimize opcode sizes at link time.Optimize partition neutering.Optimize sibling and tail recursive calls.Optimize tail call instructions in assembler and linker.Option %<-fallow-leading-underscore%> is for use only by gfortran developers, and should not be used for implicitly typed variablesOption %s not used consistently in all LTO input filesOption %s with different valuesOptions:
  Out of bounds in IMAGE_INDEX at %L for dimension %d, SUB has %ld and COARRAY lower bound is %ld)Out of bounds in IMAGE_INDEX at %L for dimension %d, SUB has %ld and COARRAY upper bound is %ld)Out of stack space.
  Output .debug_types section when using DWARF v4 debuginfo.Output lto objects containing both the intermediate language and binary output.Output stack usage information on a per-function basis.Output vtable verification counters.Output vtable verification pointer sets information.Overlap subcomand usage:Overlapping unequal initializers in EQUIVALENCE at %COverlapping unequal initializers in EQUIVALENCE at %LOverride -mbest-lib-options.P descriptor requires leading scale factorPAD= at %C not allowed in Fortran 95PARAMETER %qs is used at %L before its definition is completePARAMETER at %L is missing an initializerPARAMETER object %qs is not allowed at %LPARAMETER symbol in complex constant at %CPARAMETER without '()' at %CPAUSE statement at %CPC relative literal loads.PCS variantPHI argument is missing for edge %d->%dPHI argument is not SSA_NAME, or invariantPHI node with locationPHI node with wrong VUSE on edge from BB %dPIC code generation is not compatible with fast indirect callsPIC code generation is not supported in the portable runtime modelPIC is not supported for %s. Generating non-PIC code only..PIC is only supported for RTPsPIC is required but not supported with CONST16 instructionsPIC register clobbered by %qs in %<asm%>PIC register isn't set upPIC support for -fstack-limit-symbolPOINTER attribute is required for procedure pointer component at %CPOINTER object %qs in %s clause at %LPOINTER object %qs of derived type in %s clause at %LPOINTER object %qs of polymorphic type in %s clause at %LPOINTER-valued function appears on right-hand side of assignment at %LPRE disabledPRINT namelist at %C is an extensionPRINT statement at %C not allowed within PURE procedurePRINT_OPERAND null pointerPRINT_OPERAND, invalid insn for %%CPRINT_OPERAND, invalid insn for %%NPRINT_OPERAND: Unknown punctuation '%c'PRINT_OPERAND_ADDRESS, null pointerPRIVATE statement at %C is only allowed in the specification part of a modulePRIVATE statement at %C must precede procedure bindingsPRIVATE statement at %C must precede structure componentsPRIVATE statement in TYPE at %C must be inside a MODULEPROCEDURE %qs at %L may not be used as its own interfacePROCEDURE at %C must be in a generic interfacePROCEDURE attribute conflicts with INTENT attribute in %qs at %LPROCEDURE attribute conflicts with NAMELIST attribute in %qs at %LPROCEDURE attribute conflicts with PROTECTED attribute at %LPROCEDURE attribute conflicts with RESULT attribute in %qs at %LPROCEDURE attribute conflicts with SAVE attribute in %qs at %LPROCEDURE list at %CPROCEDURE statement at %CPROCEDURE(interface) at %C should be declared DEFERREDPROTECTED at %C only allowed in specification part of a modulePROTECTED attribute at %CPROTECTED attribute conflicts with EXTERNAL attribute at %LPROTECTED statement at %CPTX does not support weak declarations (only weak definitions)PUBLIC %s %qs at %L of PRIVATE derived type %qsPUBLIC function %qs at %L of PRIVATE type %qsPUBLIC statement at %C is only allowed in the specification part of a modulePURE and IMPURE must not appear both at %CPURE prefix in MODULE PROCEDURE interface is missing at %LPack VLIW instructions.Pack structure members together without holes.Padding of %d bytes required before %qs in COMMON %qs at %L; reorder elements or use -fno-align-commonsPadding of %d bytes required before %qs in COMMON at %L; reorder elements or use -fno-align-commonsParameter %qs at %L has not been declared or is a variable, which does not reduce to a constant expressionParameter array %qs at %L cannot be automatic or of deferred shapeParameter pack __bases only valid in template declarationParameter to builtin must be a string constant or literalParameter to builtin not valid: %sPass -EB option through to linker.Pass -EL option through to linker.Pass -marclinux option through to linker.Pass -marclinux_prof option through to linker.Pass -z text to linker.Pass the address of the ra save location to _mcount in $12.Passed-object at %L must be scalarPassed-object dummy argument of %qs at %L must be at the same position as the passed-object dummy argument of the overridden procedurePassed-object dummy argument of %qs at %L must be scalarPassed-object dummy argument of %qs at %L must not be ALLOCATABLEPassed-object dummy argument of %qs at %L must not be POINTERPasses on a request to the assembler to enable fixes for various silicon errata.Passes on a request to the assembler to warn about various silicon errata.Passing coarray at %L to allocatable, noncoarray dummy argument %qs, which is invalid if the allocation status is modifiedPassing coarray at %L to allocatable, noncoarray, INTENT(OUT) dummy argument %qsPassing internal procedure at %L by location not allowedPercentage penalty functions containing a single call to another function will receive when they are evaluated for cloning..Percentage penalty the recursive functions will receive when they are evaluated for cloning..Perform DWARF duplicate elimination.Perform IPA Value Range Propagation.Perform Identical Code Folding for functions and read-only variables.Perform Identical Code Folding for functions.Perform Identical Code Folding for variables.Perform SMS based modulo scheduling before the first scheduling pass.Perform SMS based modulo scheduling with register moves allowed.Perform VR4130-specific alignment optimizations.Perform Value Range Propagation on trees.Perform a forward propagation pass on RTL.Perform a number of minor, expensive optimizations.Perform a register copy-propagation optimization pass.Perform a register renaming optimization pass.Perform a target dependent instruction fusion optimization pass.Perform branch target load optimization after prologue / epilogue threading.Perform branch target load optimization before prologue / epilogue threading.Perform cloning to make Interprocedural constant propagation stronger.Perform comparison elimination after register allocation has finished.Perform conversion of conditional jumps to branchless equivalents.Perform conversion of conditional jumps to conditional execution.Perform conversions of switch initializations.Perform cross-jumping optimization.Perform early inlining.Perform enhanced load motion during global common subexpression elimination.Perform function-local points-to analysis on trees.Perform global common subexpression elimination after register allocation has finished.Perform global common subexpression elimination.Perform indirect inlining.Perform internal consistency checkings.Perform interprocedural bitwise constant propagation.Perform interprocedural constant propagation.Perform interprocedural points-to analysis.Perform interprocedural profile propagation.Perform interprocedural reduction of aggregates.Perform jump threading optimizations.Perform live range splitting during the SSA->normal pass.Perform loop peeling.Perform loop splitting.Perform loop unrolling for all loops.Perform loop unrolling when iteration count is known.Perform loop unswitching.Perform partial inlining.Perform redundant load after store elimination in global common subexpression elimination.Perform scalar replacement of aggregates.Perform software pipelining of inner loops during selective scheduling.Perform software pipelining of outer loops during selective scheduling.Perform speculative devirtualization.Perform store motion after global common subexpression elimination.Perform straight-line strength reduction.Perform superblock formation via tail duplication.Perform unused symbol elimination in debug info.Perform unused type elimination in debug info.Perform variable tracking and also tag variables that are uninitialized.Perform variable tracking by annotating assignments.Perform variable tracking.Perform whole program optimizations.Period required in format specifierPeriod required in format specifier %s at %LPeriod required in format specifier at %LPermit '$' as an identifier character.Permit nonconforming uses of the tab character.Permit scheduling of a function's prologue sequence.Permit universal character names (\u and \U) in identifiers.Place a stop bit after every cycle when scheduling.Place data items into their own section.Place each function into its own section.Place floating point constants in TOC.Place symbol+offset constants in TOC.Please submit a full bug report,
  with preprocessed source if appropriate.
! PluginsPointer Checker requires MPX support on this target. Use -mmpx options to enable MPX.Pointer array component of structure at %C must have a deferred shapePointer assignment target has PROTECTED attribute at %LPointer assignment target is neither TARGET nor POINTER at %LPointer assignment target is not a POINTER at %LPointer assignment with vector subscript on rhs at %LPointer at %L in pointer assignment might outlive the pointer targetPointer component %s at %L has a noncoarray subcomponent of type EVENT_TYPE, which must have a codimension or be a subcomponent of a coarrayPointer component %s at %L has a noncoarray subcomponent of type LOCK_TYPE, which must have a codimension or be a subcomponent of a coarrayPointer initialization at %C requires %<=>%>, not %<=%>Pointer initialization target at %L must have the SAVE attributePointer initialization target at %L must have the TARGET attributePointer initialization target at %L must not be ALLOCATABLEPointer object at %C shall not be coindexedPointer object at %L shall not have a coindexPointer procedure assignment at %LPointer-array actual argument at %L requires an assumed-shape or pointer-array dummy argument %qs due to VOLATILE attributePointers are 32-bit.Pointers are 64-bit.Policies available for use with -mcompact-branches=:Polymorphic FPTR at %L to C_F_POINTERPolymorphic component %s at %L in SEQUENCE or BIND(C) type %sPolymorphic scalar passed to array dummy argument %qs at %LPolymorphic subobject of coindexed object at %LPositive exponent width requiredPositive width requiredPositive width required in format specifier %s at %LPositive width required with T descriptorPossible change of value in conversion from %s to %s at %LPrefer branches over conditional execution.Prefer word accesses over byte accesses.Prepend global symbols with ":" (for use with PREFIX).Preprocess directives only.Preprocessed source stored into %s file, please attach this to your bugreport.
  Preserve the PowerPC 476's link stack by matching up a blr with the bcl/bl insns used for GOT accesses.Pretend a branch-around-a-move is a conditional move.Pretend that branches are expensive.Prevent the use of all floating-point operations.Prevent the use of all hardware floating-point instructions.Previous !$OMP DECLARE REDUCTION at %LPrevious !$OMP DECLARE REDUCTION from module %s at %LPrint CPU tuning information as comment in assembler file.  This is an option used only for regression testing of the compiler and not intended for ordinary use in compiling code.Print code coverage information.
  
  Print extra (possibly unwanted) warnings.Print fix-it hints to stderr in unified diff format.Print fixit hints in machine-readable form.Print the name of header files as they are used.Probability that COMDAT function will be shared with different compilation unit.Procedure %qs at %C has an explicit interface and must not have attributes declared at %LProcedure %qs at %C is already defined at %LProcedure %qs at %L already has basic type of %sProcedure %qs at %L has the same name as a component of %qsProcedure %qs at %L has the same name as an inherited component of %qsProcedure %qs at %L may not have basic type of %sProcedure %qs at %L must have the BIND(C) attribute to be C interoperableProcedure %qs called at %L is not explicitly declaredProcedure %qs called with an implicit interface at %LProcedure %qs in %s at %L has no explicit interfaceProcedure %qs in %s at %L is neither function nor subroutineProcedure %qs in PUBLIC interface %qs at %L takes dummy arguments of %qs which is PRIVATEProcedure %qs with PASS at %L must have at least one argumentProcedure %qs with PASS(%s) at %L has no argument %qsProcedure %s with binding label %s at %L uses the same global identifier as entity at %LProcedure argument at %L is local to a PURE procedure and has the POINTER attributeProcedure pointer %qs at %L shall not be elementalProcedure pointer %qs in %s clause at %LProcedure pointer at %CProcedure pointer component %qs at %L cannot be a member of the BIND(C) derived type %qs at %LProcedure pointer component %qs called with an implicit interface at %LProcedure pointer component %qs requires an argument list at %CProcedure pointer component %qs with PASS at %L must have at least one argumentProcedure pointer component %qs with PASS(%s) at %L has no argument %qsProcedure pointer component at %CProcedure pointer initialization target at %L may not be a procedure pointerProcedure pointer result %qs at %L is missing the pointer attributeProcedure pointer target %qs at %L must be either an intrinsic, host or use associated, referenced or have the EXTERNAL attributeProcess #ident directives.Processing spec (%s), which is '%s'
  Produce a backtrace when a runtime error is encountered.Produce a warning at runtime if a array temporary has been created for a procedure argument.Produce big endian code.Produce code relocatable at runtime.Produce little endian code.Profile data for function %u is corruptedProfile information in %s corruptedProgram is entirely located in low 64k of memory.Prohibit PC relative function calls.Prohibit PC relative jumps.Protect parentheses in expressions.Provide libraries for the simulator.Push extended registers on stack in monitor functions.Put all local arrays on stack.Put everything in the regular TOC.Put jump tables for switch statements into the .data section rather than the .code section.Put relocated read-only data into .data section.Put uninitialized constants in ROM (needs -membedded-data).Put zero initialized data in the bss section.R2 architecture is little-endian onlyREAL array index at %LREAL(KIND=10) is not available for %<-freal-4-real-10%> optionREAL(KIND=10) is not available for %<-freal-8-real-10%> optionREAL(KIND=10) is not available for %<-freal-8-real-16%> optionREAL(KIND=16) is not available for %<-freal-4-real-16%> optionREAL(KIND=4) is not available for %<-freal-8-real-4%> optionREAL(KIND=8) is not available for %<-fdefault-real-8%> optionREAL(KIND=8) is not available for %<-freal-4-real-8%> optionRECORD at %C is an extension, enable it with -fdec-structureRECURSIVE prefix in MODULE PROCEDURE interface is missing at %LRESULT variable at %C must be different than function nameRESULT_DECL should be read only when DECL_BY_REFERENCE is setRETURN statement in main program at %CROUND= at %C not allowed in Fortran 95RTL check: access of elt %d of '%s' with last elt %d in %s, at %s:%dRTL check: access of elt %d of vector with last elt %d in %s, at %s:%dRTL check: access of hwi elt %d of vector with last elt %d in %s, at %s:%dRTL check: attempt to treat non-block symbol as a block symbol in %s, at %s:%dRTL check: expected code '%s' or '%s', have '%s' in %s, at %s:%dRTL check: expected code '%s', have '%s' in %s, at %s:%dRTL check: expected elt %d type '%c' or '%c', have '%c' (rtx %s) in %s, at %s:%dRTL check: expected elt %d type '%c', have '%c' (rtx %s) in %s, at %s:%dRTL flag check: %s used with unexpected rtx code '%s' in %s, at %s:%dRTP PIC is incompatible with -msingle-pic-baseRTP PIC is incompatible with ThumbRTTI will not work on this typeRX FPU instructions do not support NaNs and infinitiesRaising a negative REAL at %L to a REAL power is prohibitedRange specification at %L can never be matchedRank mismatch in argument %qs at %L (rank-%d and rank-%d)Rank mismatch in argument %qs at %L (rank-%d and scalar)Rank mismatch in argument %qs at %L (scalar and rank-%d)Rank mismatch in array reference at %L (%d/%d)Rank remapping target is not rank 1 at %LRank remapping target is smaller than size of the pointer (%ld < %ld) at %LRank remapping target must be rank 1 or simply contiguous at %LReading file %qs as free formReading module %qs at line %d column %d: %sReading specs from %s
! Real COUNT_RATE argument to SYSTEM_CLOCK at %LReal constant overflows its kind at %CReal constant underflows its kind at %CReal number at %C has a %<d%> exponent and an explicit kindReal number at %C has a %<q%> exponent and an explicit kindRealign stack in prologue.Reallocate the LHS in assignments.Recognize C++ keywords like "compl" and "xor".Recognize GNU-defined keywords.Recognize built-in functions.Recognize the "asm" keyword.Record DW_AT_decl_column and DW_AT_call_column in DWARF.Record gcc command line switches in DWARF DW_AT_producer.Record gcc command line switches in the object file.Record times taken by sub-phases separately.Redefinition of !$OMP DECLARE REDUCTION at %LRedefinition of predefined !$OMP DECLARE REDUCTION at %LRedefinition of predefined %s !$OMP DECLARE REDUCTION at %LReduce priority for r0..r3 / r12..r15 with TARGET_REGISTER_PRIORITY.Redundant !$ACC END LOOP at %CReference statement index not foundReference statement index out of rangeReference to impure function %qs at %L inside a DO CONCURRENT %sReference to impure function %qs at %L inside a FORALL %sReference to impure function %qs at %L within a PURE procedureRegion crossing jump across same section in bb %iRegister number must be in range 0-31 for %sRelax branches.Relax literals in assembler and place them automatically in the text section.Relief of register pressure through live range shrinkage.Remap file names when including files.Remove redundant membars.Removing '%s'
  Removing call to function %qs at %LRenaming operators in USE statements at %CReorder basic blocks and partition into hot and cold sections.Reorder basic blocks to improve code placement.Reorder functions to improve code placement.Reorder top level functions, variables, and asms.Repeat spec invalid in scalar initializer at %CRepeat spec must be an integer at %CReplace add, compare, branch with branch on count register.Replace temporary expressions in the SSA->normal pass.Report on consistency of profile.Report on memory allocation before interprocedural optimization.Report on permanent memory allocation in WPA only.Report on permanent memory allocation.Report the time taken by each compiler pass.Report various link-time optimization statistics for WPA only.Report various link-time optimization statistics.Request IEEE-conformant math library routines (OSF/1).Reschedule instructions after register allocation.Reschedule instructions before register allocation.Reschedule pipelined regions without pipelining.Reserve space for outgoing arguments in the function prologue.Reshaped array too large at %CRestrict target load migration not to re-use registers in any basic block.Restrict the use of hardware floating-point instructions to 32-bit operations.Result %qs of contained function %qs at %L has no IMPLICIT typeResult mismatch for the overriding procedure %qs at %L: %sResult of %s gives range error for its kind at %LResult of %s is NaN at %LResult of %s overflows its kind at %LResult of %s underflows its kind at %LResult of BESSEL_YN is -INF at %LResult of NEAREST is NaN at %LResult of SCALE overflows its kind at %LReturn 8-byte vectors in memory.Return address signing is only supported for -mabi=lp64Return all structures in memory (AIX default).Return floating-point results in ac0 (fr0 in Unix assembler syntax).Return pointers in both a0 and d0.Return small aggregates in memory, not registers.Return small aggregates in registers.Return small structures in registers (SVR4 default).Return type mismatch of function %qs at %L (%s/%s)Return type of BIND(C) function %qs at %L cannot be a character stringReturn type of BIND(C) function %qs at %L cannot be an arrayReturn value %qs of function %qs declared at %L not setReturn value of function %qs at %L not setReturn values of functions in FPU registers.Reuse r30 on a per function basis.Rewrite subcommand usage:Right parenthesis expected at %CRightmost upper bound of assumed size array section not specified at %LRun only the second compilation of -fcompare-debug.Run predictive commoning optimization.Run selective scheduling after reload.Run self-tests, using the given path to locate test files.Run the link-time optimizer in local transformation (LTRANS) mode.Run the link-time optimizer in whole program analysis (WPA) mode.Running spec function '%s' with %d args
  
! Runtime name.SAVE attribute at %L cannot be specified in a PURE procedureSAVE statement at %C follows blanket SAVE statementSCHEDULE clause's chunk_size at %L requires a scalar INTEGER expressionSELECTED_REAL_KIND with neither %<P%> nor %<R%> argument at %LSEQUENCE attribute at %C already specified in TYPE statementSEQUENCE statement at %C must precede CONTAINSSEQUENCE statement at %C must precede structure componentsSH2a does not support little-endianSHAPE argument at %L to C_F_POINTER must have the same size as the RANK of FPTRSIGN= at %C not allowed in Fortran 95SINK addend not a constant integer at %LSINK dependence type only allowed on ORDERED directive at %LSIZE at %L must be positiveSOURCE dependence type only allowed on ORDERED directive at %LSOURCE tag at %LSOURCE tag at %L conflicts with the typespec at %LSOURCE tag at %L with more than a single allocate objectSPE not supported in this targetSSA corruptionSSA name in freelist but still referencedSSA name undeclaredSSA_NAME created in two different blocks %i and %iSSA_NAME_DEF_STMT is wrongSSA_NAME_OCCURS_IN_ABNORMAL_PHI should be setSSE instruction set disabled, using 387 arithmeticsSSE register argument with SSE disabledSSE register return with SSE disabledSSE vector argument without SSE enabled changes the ABISSE vector return without SSE enabled changes the ABISTABS debugging information for Ada is obsolete and not supported anymoreSTAT variableSTAT= argument at %L must be a scalar INTEGER variableSTAT= argument to %s at %LSTAT= attribute in %C misplacedSTATIC at %C is a DEC extension, enable with -fdec-staticSTOP code at %C cannot be negativeSTOP code at %C contains too many digitsSTOP code at %L must be a scalar CHARACTER constant or digit[digit[digit[digit[digit]]]]STOP code at %L must be default character KIND=%dSTOP code at %L must be default integer KIND=%dSTOP code at %L must be either INTEGER or CHARACTER typeSTOP code at %L must be scalarSTRUCTURE at %C is a DEC extension, enable with -fdec-structureSUBMODULE declaration at %CSUBROUTINE %qs at %L cannot be called recursively, as it is not RECURSIVESYNC statement at %CSame actual argument associated with INTENT(%s) argument %qs and INTENT(%s) argument %qs at %LSame as %s.  Use the latter option instead.Same as -fassociative-math for expressions which include division.Same as -mA6.Same as -mA7.Same as: -mep -mprolog-function.Save registers around function calls.Save the TOC in the prologue for indirect calls rather than inline.Scalar %qs in FORMAT tag at %L is not an ASSIGNED variableScalar INTEGER expression expected at %LScalar PARAMETER required in complex constant at %CScalar object %qs at %L may not be ALLOCATABLEScalar variable %qs at %L with POINTER or ALLOCATABLE in procedure %qs with BIND(C) is not yet supportedScalarization using DIMEN_RANGE unimplementedScale factor to apply to the number of blocks in a threading path when comparing to the number of (scaled) statements.Scale factor to apply to the number of statements in a threading path when comparing to the number of (scaled) blocks.Scaling factor in calculation of maximum distance an expression can be moved by GCSE optimizations.Schedule code for given CPU.Schedule given CPU.Schedule instructions using selective scheduling algorithm.Schedule the start and end of the procedure.Schedule type of omp schedule for loops parallelized by parloops (static, dynamic, guided, auto, runtime).Scope of for-init-statement variables is local to the loop.Second argument MOD at %L is zeroSecond argument of %s is negative at %LSecond argument of MOD at %L is zeroSecond argument of MODULO at %L is zeroSecond argument of defined assignment at %L must be INTENT(IN)Second argument of operator interface at %L cannot be optionalSecond argument of operator interface at %L must be INTENT(IN)See %s for instructions.
  Segmentation FaultSegmentation Fault (code)Select ABI calling convention.Select code model.Select fraction of the maximal frequency of executions of basic block in function given basic block get alignment.Select fraction of the maximal frequency of executions of basic block in function given basic block needs to have to be considered hot.Select large model - 20-bit addresses/pointers.Select method for sdata handling.Select return address signing scope.Select small model - 16-bit addresses/pointers (default).Select the runtime.Select what to sanitize.Selection expression in computed GOTO statement at %L must be a scalar integer expressionSelector at %L must not be coindexedSelector in SELECT TYPE at %C is not a named variable; use associate-name=>Selector shall be polymorphic in SELECT TYPE statement at %LSelects the type of RL78 core being targeted (g10/g13/g14).  The default is the G14.  If set, also selects the hardware multiply support to be used.Selects the type of hardware multiplication and division to use (none/g13/g14).Self-referential argument %qs at %L is not allowedSemicolon at %C needs to be preceded by statementSet 80387 floating-point precision to 32-bit.Set 80387 floating-point precision to 64-bit.Set 80387 floating-point precision to 80-bit.Set Windows defines.Set branch cost.Set default accessibility of module entities to PRIVATE.Set dependence distance checking in premature scheduling of queued insns.Set errno after built-in math functions.Set linker output type (used internally during LTO optimization)Set name of main routine for the debugger.Set name of output ALI file (internal switch).Set number of bytes on the stack preallocated for use by the callee.Set probability threshold for unaligning branches.Set register to hold -1.Set sizeof(bool) to 1.Set start-address of data.Set start-address of the program.Set the PPC_EMB bit in the ELF flags header.Set the branch costs for conditional branch instructions.  Reasonable values are small, non-negative integers.  The default branch cost is 0.Set the branch costs for conditional branch instructions.  Reasonable values are small, non-negative integers.  The default branch cost is 1.Set the cost of branches.Set the default double precision kind to an 8 byte wide type.Set the default integer kind to an 8 byte wide type.Set the default real kind to an 8 byte wide type.Set the estimated probability in percentage for builtin expect. The default value is 90% probability.Set the max size of data eligible for the SDA area.Set the max size of data eligible for the TDA area.Set the max size of data eligible for the ZDA area.Set the max. number of bytes which has to be left to stack size before a trap instruction is triggered.Set the maximum amount for a single stack increment operation.Set the maximum number of instructions executed in parallel in reassociated tree. If 0, use the target dependent heuristic..Set the maximum number of template instantiation notes for a single warning or error.Set the number of 64 KiB flash segments.Set the target CPU type.Set the top-level directory for storing the profile data. The default is 'pwd'.Setting spec %s to '%s'
  
! Shape specification for allocatable scalar at %CShapes for operands at %L and %L are not conformableShare slots for saving different hard registers.Share stack slots for spilled pseudo-registers.Shared DO termination label %d at %CShorten address references during linking.Show column numbers in diagnostics, when available.  Default on.Show the source line with a caret indicating the column.Shrink-wrap parts of the prologue and epilogue separately.Simplification of SPREAD at %C not yet implementedSingle-precision floating point unit.Size (in KB) of software data cache.Size in bytes after which thread-local aggregates should be instrumented with the logging functions instead of save/restore pairs.Size of %qs argument of %qs intrinsic at %L too small (%i/%i)Skip setting up RAX register when passing variable arguments.Small data area: none, sdata, use.Soft limit on number of memory insns per instruction group, giving lower priority to subsequent memory insns attempting to schedule in the same insn group. Frequently useful to prevent cache bank conflicts.  Default value is 1.Sorry, allocatable/pointer components in polymorphic (CLASS) type coarrays at %L are unsupportedSorry, coindexed access to an unlimited polymorphic component at %L is not supportedSorry, coindexed access to an unlimited polymorphic object at %L is not supportedSorry, only support for integer kind %d implemented for image-set at %LSorry, the event component of derived type at %L is not yet supportedSorry, the lock component of derived type at %L is not yet supportedSource-expr at %L and allocate-object at %L must have the same shapeSource-expr at %L must be scalar or have the same rank as the allocate-object at %LSpecification function %qs at %L cannot be a statement functionSpecification function %qs at %L cannot be an internal functionSpecification function %qs at %L must be PURESpecifies bit size of immediate TLS offsets.  Valid values are 12, 24, 32, 48.Specifies the number of registers to reserve for interrupt handlers.Specifies whether interrupt functions should save and restore the accumulator register.Specify CPU for code generation purposes.Specify CPU for scheduling purposes.Specify CPU for scheduling purposes.  Valid arguments are 700, 7100, 7100LC, 7200, 7300, and 8000.Specify TLS dialect.Specify UNIX standard for predefines and linking.Specify Xilinx FPU.Specify a file to which a list of files output by LTRANS is written.Specify a plugin to load.Specify alignment of structure fields default/natural.Specify an ABI.Specify bit size of immediate TLS offsets.Specify cache flush function.Specify cache flush trap number.Specify cost of branches (Default 20).Specify default OpenACC compute dimensions.Specify how many bytes should be moved inline before calling out to memcpy/memmove.Specify how to access the thread pointer.Specify if floating point hardware should be used.Specify integer and floating-point calling convention.Specify main object for TPF-OS.Specify memcpy expansion strategy when expected size is known.Specify memset expansion strategy when expected size is known.Specify name for 32 bit signed division function.Specify range of registers to make fixed.Specify scheduling priority for dispatch slot restricted insns.Specify that an external BLAS library should be used for matmul calls on large-size arrays.Specify that backslash in string introduces an escape character.Specify that no implicit typing is allowed, unless overridden by explicit IMPLICIT statements.Specify that the compiler should target secure code as per ARMv8-M Security Extensions.Specify the ISA to build for: msp430, msp430x, msp430xv2.Specify the MCU to build for.Specify the __fp16 floating-point format.Specify the address generation strategy for code model.Specify the algorithm to partition symbols and vars at linktime.Specify the code model.Specify the compact branch usage policy.Specify the maximum number pairs of load instructions that should be generated inline for the compare.  If the number needed exceeds the limit, a call to memcmp will be generated instead.Specify the maximum number pairs of load instructions that should be generated inline for the compare.  If the number needed exceeds the limit, a call to strncmp will be generated instead.Specify the memory model in effect for the program.Specify the minimum bit alignment of structures.Specify the model for atomic operations.Specify the name of the target CPU.Specify the name of the target architecture.Specify the name of the target floating point configuration.Specify the name of the target floating point hardware/format.Specify the register to be used for PIC addressing.Specify the size of each cache block, which must be a power of 2 between 4 and 512.Specify the size of each interrupt vector, which must be 4 or 16.Specify the target CPU.Specify the target RX cpu type.Specify the type of hardware multiply to support.Specify thread local storage scheme.Specify thread pointer register number.Specify where to find the compiled intrinsic modules.Specify whether functions should be placed into low or high memory.Specify whether variables should be placed into low or high memory.Specify which ABI to use for Objective-C family code and meta-data generation.Specify which post scheduling nop insertion scheme to apply.Specifying VOLATILE for coarray variable %qs at %C, which is use-/host-associatedSplit 32-byte AVX unaligned load.Split 32-byte AVX unaligned store.Split lifetimes of induction variables when loops are unrolled.Split paths leading to loop backedges.Split unaligned 8 byte vector moves before post-modify address generation.Split wide types into independent registers.Stack frame larger than 2G is not supported for -fsplit-stackStart expression in DO loopStat-variable at %L must be a scalar INTEGER variableStat-variable at %L shall not be %sd within the same %s statementStatement at %L is not a valid branch target statement for the branch statement at %LStatement function %qs at %L is not allowed as an actual argumentStatement function %qs at %L may not have pointer or allocatable attributeStatement function %qs is invalid in procedure pointer assignment at %LStatement function %qs requires argument list at %CStatement function at %CStatement function at %L cannot appear within an INTERFACEStatement function at %L is recursiveStatement label at %C is zeroStatement label in END CRITICAL at %C does not match CRITICAL labelStatement label in ENDDO at %C doesn't match DO labelStatement label list in GOTO at %C cannot be emptyStatement label without statement at %LStatically link the GNU Fortran helper library (libgfortran).Step expression in DO loopStep expression in DO loop at %L cannot be zeroStop forward growth if the probability of best edge is less than this threshold (in percent). Used when profile feedback is available.Stop forward growth if the probability of best edge is less than this threshold (in percent). Used when profile feedback is not available.Stop reverse growth if the reverse probability of best edge is less than this threshold (in percent).Store doubles in 64 bits.Store function names in object code.Stores doubles in 32 bits.  This is the default.Stores the MDUC registers in interrupt handlers for G13 target.Stream extra data to support more aggressive devirtualization in LTO local transformation mode.Stride must not be present at %LStride should not be specified for array section in %s clause at %LStrides not allowed in coarray subscript at %CString length at %L is too largeStructure component %qs at %L cannot be an EQUIVALENCE objectStructure constructor with missing optional arguments at %CStructure constructor with named arguments at %CStructure name expected after RECORD at %CStructure name expected in non-nested structure declaration at %CSubroutine %qs at %L is INTRINSIC but is not compatible with an intrinsicSubroutine call to %qs at %L is not PURESubroutine call to %qs in DO CONCURRENT block at %L is not PURESubroutine call to %qs in FORALL block at %L is not PURESubroutine call to intrinsic %qs at %L is not PURESubroutine call to intrinsic %qs in DO CONCURRENT block at %L is not PURESubroutine call with alternate returns in INITIALIZER clause of !$OMP DECLARE REDUCTION at %LSubroutine call with alternate returns in combiner of !$OMP DECLARE REDUCTION at %LSubstring at %L has length zeroSubstring end index at %L exceeds the string lengthSubstring end index at %L is too largeSubstring end index at %L must be of type INTEGERSubstring end index at %L must be scalarSubstring start index at %L is less than oneSubstring start index at %L must be of type INTEGERSubstring start index at %L must be scalarSuggest that the override keyword be used when the declaration of a virtual function overrides another.Sum of second and third arguments of IBITS exceeds bit size at %LSupport 3DNow! built-in functions.Support AES built-in functions and code generation.Support Athlon 3Dnow! built-in functions.Support BMI built-in functions and code generation.Support BMI2 built-in functions and code generation.Support C++17 allocation of over-aligned types.Support CLFLUSHOPT instructions.Support CLWB instruction.Support CLZERO built-in functions and code generation.Support F16C built-in functions and code generation.Support FMA4 built-in functions and code generation.Support FSGSBASE built-in functions and code generation.Support FXSAVE and FXRSTOR instructions.Support Hardware Lock Elision prefixes.Support LWP built-in functions and code generation.Support LZCNT built-in function and code generation.Support MMX and SSE built-in functions and code generation.Support MMX built-in functions.Support MMX, SSE and SSE2 built-in functions and code generation.Support MMX, SSE, SSE2 and SSE3 built-in functions and code generation.Support MMX, SSE, SSE2, SSE3 and SSE4A built-in functions and code generation.Support MMX, SSE, SSE2, SSE3 and SSSE3 built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3 and SSE4.1 built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1 and SSE4.2 built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2 and AVX built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX and AVX2 built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX and FMA built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512BW built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512CD built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512DQ built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512ER built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512IFMA built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512PF built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512VBMI built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512VL built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX5124FMAPS built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX5124VNNIW built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX512VPOPCNTDQ built-in functions and code generation.Support MPX code generation.Support MWAITX and MONITORX built-in functions and code generation.Support PCLMUL built-in functions and code generation.Support PKU built-in functions and code generation.Support PREFETCHW instruction.Support PREFETCHWT1 built-in functions and code generation.Support RDPID built-in functions and code generation.Support RDRND built-in functions and code generation.Support RDSEED instruction.Support RTM built-in functions and code generation.Support SGX built-in functions and code generation.Support SHA1 and SHA256 built-in functions and code generation.Support TBM built-in functions and code generation.Support TLS segment larger than 64K.Support XOP built-in functions and code generation.Support XSAVE and XRSTOR instructions.Support XSAVEC instructions.Support XSAVEOPT instruction.Support XSAVES and XRSTORS instructions.Support alignments of up to 64-bits.Support calls between Thumb and ARM instruction sets.Support code generation of Advanced Bit Manipulation (ABM) instructions.Support code generation of cmpxchg16b instruction.Support code generation of crc32 instruction.Support code generation of movbe instruction.Support code generation of popcnt instruction.Support code generation of sahf instruction in 64bit x86-64 code.Support dynamic initialization of thread-local variables in a different translation unit.Support flag-preserving add-carry instructions.Support for HSA does not implement immediate 16 bit FPU operandsSupport for the A argument at %L which is polymorphic A argument or has allocatable components is not yet implementedSupport for the A argument at %L with allocatable components is not yet implementedSupport legacy multi-threading.Support message passing with the Parallel Environment.Support more than 8192 GOT entries on ColdFire.Support multi-threading.Support multiply accumulate instructions.Support synchronous non-call exceptions.Supported AArch64 return address signing scope (for use with -msign-return-address= option):Supported ABIs (for use with the -mabi= option):Suppress output of addresses in debugging dumps.Suppress output of instruction numbers, line number notes and addresses in debugging dumps.Suppress output of previous and next insn numbers in debugging dumps.Suppress warnings.Switch ARM/Thumb modes on alternating functions for compiler testing.Switch on/off MIPS16 ASE on alternating functions for compiler testing.Switches off the -mstack-guard= option.Switches off the -mstack-size= option.Symbol %qs already declaredSymbol %qs at %C already declaredSymbol %qs at %C also declared as a type at %LSymbol %qs at %C has already been host associatedSymbol %qs at %C has no IMPLICIT typeSymbol %qs at %C has not been previously definedSymbol %qs at %C is already in a COMMON blockSymbol %qs at %C is ambiguousSymbol %qs at %C must be a NAMELIST group nameSymbol %qs at %L already has an explicit interfaceSymbol %qs at %L already has basic type of %sSymbol %qs at %L cannot have a typeSymbol %qs at %L conflicts with symbol from module %qs, use-associated at %LSymbol %qs at %L has no IMPLICIT typeSymbol %qs at %L is ambiguousSymbol %qs at %L is marked PRIVATE but has been given the binding label %qsSymbol %qs in COMMON at %C cannot be a POINTER arraySymbol %qs in namelist %qs is INTENT(IN) at %CSymbol %qs is used before it is typed at %LSymbol %qs must be a PARAMETER in DATA statement at %CSymbol %qs present on both FROM and TO clauses at %LSymbol %qs present on multiple clauses at %LSymbol %qs referenced at %L not found in intrinsic module ISO_C_BINDINGSymbol %qs referenced at %L not found in intrinsic module ISO_FORTRAN_ENVSymbol %qs referenced at %L not found in module %qsSymbol %qs, in COMMON block %qs at %C is being indirectly equivalenced to another COMMON block %qsSymbol at %C is not appropriate for an expressionSymbol at %L is not a DUMMY variableSynonym for -Wcomment.Synonym of -gnatk8.Syntax error in !$ACC DECLARE list at %CSyntax error in !$ACC ROUTINE ( NAME ) at %CSyntax error in !$ACC ROUTINE ( NAME ) at %C, expecting ')' after NAMESyntax error in !$ACC ROUTINE ( NAME ) at %C, invalid function name %sSyntax error in !$OMP DECLARE TARGET list at %CSyntax error in !$OMP THREADPRIVATE list at %CSyntax error in !GCC$ ATTRIBUTES statement at %CSyntax error in %s statement at %CSyntax error in ABSTRACT INTERFACE statement at %CSyntax error in ASYNCHRONOUS statement at %CSyntax error in AUTOMATIC statement at %CSyntax error in CASE specification at %CSyntax error in CHARACTER declaration at %CSyntax error in CLASS IS specification at %CSyntax error in COMPLEX constant at %CSyntax error in ENUMERATOR definition at %CSyntax error in EQUIVALENCE statement at %LSyntax error in FORALL iterator at %CSyntax error in I/O iterator at %CSyntax error in IF-clause at %CSyntax error in IF-expression at %CSyntax error in IMPORT statement at %CSyntax error in NAME= specifier for binding label at %CSyntax error in OpenACC expression list at %CSyntax error in OpenMP DEPEND SINK list at %CSyntax error in OpenMP variable list at %CSyntax error in PROCEDURE statement at %CSyntax error in PROTECTED statement at %CSyntax error in SAVE statement at %CSyntax error in STATIC statement at %CSyntax error in SUBMODULE statement at %CSyntax error in SUBSTRING specification at %CSyntax error in TYPE IS specification at %CSyntax error in VALUE statement at %CSyntax error in VOLATILE statement at %CSyntax error in anonymous structure declaration at %CSyntax error in argument list at %CSyntax error in array constructor at %CSyntax error in character length specification at %CSyntax error in common block name at %CSyntax error in data declaration at %CSyntax error in expression at %CSyntax error in generic specification at %CSyntax error in iterator at %CSyntax error in nested structure declaration at %CSyntax error in old style initialization of %s at %CSyntax error in old style initializer list at %CSyntax error in procedure pointer component at %CSyntax error: Trailing garbage in END INTERFACE statement at %CSyntax error: Trailing garbage in INTERFACE statement at %CTARGET ENTER DATA with map-type other than TO, or ALLOC on MAP clause at %LTARGET EXIT DATA with map-type other than FROM, RELEASE, or DELETE on MAP clause at %LTARGET%s with map-type other than TO, FROM, TOFROM, or ALLOC on MAP clause at %LTHREADPRIVATE object %qs in %s clause at %LTHREADPRIVATE object %qs in SHARED clause at %LTILE requires constant expression at %LTLS dialect to use:TODO: Vector sections in data statementsTODO: type-bound defined assignment(s) at %L not done because multiple part array references would occur in intermediate expressions.TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES listTYPE IS at %L overlaps with TYPE IS at %LTYPE with intrinsic-type-spec at %CTYPE_ARRAY_MAX_SIZE not INTEGER_CSTTYPE_BINFO is not TREE_BINFOTYPE_BINFO type is not TYPE_MAIN_VARIANTTYPE_CACHED_VALUES is not TREE_VECTYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %pTYPE_CACHED_VALUES_P is set while it should notTYPE_CANONICAL has different TYPE_CANONICALTYPE_CANONICAL is not compatibleTYPE_CANONICAL of main variant is not main variantTYPE_FIELDS defined in incomplete typeTYPE_LANG_SLOT_1 (binfo) field is non-NULLTYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANTTYPE_MAXVAL non-NULLTYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_nodeTYPE_METHOD_BASETYPE is not main variantTYPE_METHOD_BASETYPE is not record nor unionTYPE_MINVAL non-NULLTYPE_MODE of TYPE_CANONICAL is not compatibleTYPE_NEXT_PTR_TO is not POINTER_TYPETYPE_NEXT_REF_TO is not REFERENCE_TYPETYPE_OFFSET_BASETYPE is not record nor unionTYPE_STRING_FLAG is set on type that does not look like char nor array of charsTYPE_STRING_FLAG is set on wrong type codeTYPE_VALUES_RAW field is non-NULLTYPE_VFIELD is not FIELD_DECL nor TREE_LISTTaken at least once:%s of %d
  Takes two non-negative integer numbers separated by a comma. Prepend the function label with the number of two-byte Nop instructions indicated by the first.  Append Nop instructions covering the number of halfwords indicated by the second after the label.  Nop instructions of the largest possible size are used (six, four or two bytes), beginning with the largest possible size.  Using 0 for both values disables hotpatching.Target DFLOAT double precision code.Target block's relative execution frequency (as a percentage) required to sink a statement.Target expression in pointer assignment at %L must deliver a pointer resultTarget has split I&D.Target of rank remapping is too small (%ld < %ld)Target the AM33 processor.Target the AM33/2.0 processor.Target the AM34 processor.Target: %s
  Tell DSE that the storage for a C++ object is dead when the constructor starts and when the destructor finishes.The %s directive cannot be specified within a %s region at %LThe --param option recognizes the following as parametersThe A argument at %L of CO_REDUCE shall not be polymorphicThe A argument at %L to the intrinsic %s shall not be coindexedThe ABI for passing parameters with %d-byte alignment has changed in GCC 4.6The CHARACTER elements of the array constructor at %L must have the same length (%d/%d)The DEFAULT CASE at %L cannot be followed by a second DEFAULT CASE at %LThe DISTANCE argument may not be specified together with the COARRAY or DIM argument in intrinsic at %LThe ENI instruction operand must be either 0 or 1The FORALL with index %qs is not used on the left side of the assignment at %L and so might cause multiple assignment to this objectThe FROM and TO arguments at %L violate aliasing restrictions (F2003 12.4.1.7)The FROM and TO arguments of the MOVE_ALLOC intrinsic at %L must have the same corank %d/%dThe FROM and TO arguments of the MOVE_ALLOC intrinsic at %L must have the same rank %d/%dThe FROM argument to MOVE_ALLOC at %L shall not be coindexedThe H format specifier at %L is a Fortran 95 deleted featureThe Hollerith constant at %L is too long to convert to %qsThe INTENT(OUT) dummy argument %qs at %L is ASSUMED SIZE and so cannot have a default initializerThe NULL in the structure constructor at %L is being applied to component %qs, which is neither a POINTER nor ALLOCATABLEThe TO argument to MOVE_ALLOC at %L shall not be coindexedThe TO arguments in MOVE_ALLOC at %L must be polymorphic if FROM is polymorphicThe absolute value of SHIFT at %L must be less than or equal to BIT_SIZE(%qs)The absolute value of SHIFT at %L must be less than or equal to SIZE at %LThe allocatable object %qs at %L must have an explicit function interface or be declared as arrayThe allocate-object at %L and the source-expr at %L shall have the same kind type parameterThe argument list functions %%VAL, %%LOC or %%REF are not allowed in this context at %LThe argument of the RANK intrinsic at %L must be a data objectThe assumed-rank array %qs at %L shall not have a codimensionThe assumed-rank array at %C shall not have a codimensionThe assumed-rank array at %L requires that the dummy argument %qs has assumed-rankThe bug is not reproducible, so it is likely a hardware or OS problem.
! The character length of the A argument at %L and of the arguments of the OPERATOR at %L shall be the sameThe character length of the A argument at %L and of the function result of the OPERATOR at %L shall be the sameThe code model option names for -mcmodel:The derived type %qs at %L is of type %qs, which has not been definedThe device has no SPH special function register. This option will be overridden by the compiler driver with the correct setting if presence/absence of SPH can be deduced from -mmcu=MCU.The earliest MacOS X version on which this program will run.The element in the structure constructor at %L, for pointer component %qs should be a POINTER or a TARGETThe element in the structure constructor at %L, for pointer component %qs, is %s but should be %sThe equivalence set for %qs cause an invalid extension to COMMON %qs at %LThe equivalence set for variable %qs declared at %L violates alignment requirementsThe errmsg= argument at %L must be a default-kind character variableThe following options are language-independentThe following options are language-relatedThe following options are not documentedThe following options are specific to just the language The following options are supported by the language The following options are target specificThe following options control compiler warning messagesThe following options control optimizationsThe following options take joined argumentsThe following options take separate argumentsThe function passed as OPERATOR at %L has arguments of type %s and %s but shall have type %sThe function passed as OPERATOR at %L shall have scalar nonallocatable nonpointer arguments and return a nonallocatable nonpointer scalarThe function passed as OPERATOR at %L shall have the ASYNCHRONOUS attribute either for none or both argumentsThe function passed as OPERATOR at %L shall have the TARGET attribute either for none or both argumentsThe function passed as OPERATOR at %L shall have the VALUE attribute either for none or both argumentsThe function passed as OPERATOR at %L shall have two argumentsThe function passed as OPERATOR at %L shall not have the OPTIONAL attribute for either of the argumentsThe function result on the lhs of the assignment at %L must have the pointer attribute.The immediate value must fit into a %d-bit integer for %sThe impure variable at %L is assigned to a derived type variable with a POINTER component in a PURE procedure (12.6)The intrinsic %qs at %L is not included in the selected standard but %s and %qs will be treated as if declared EXTERNAL.  Use an appropriate -std=* option or define -fall-intrinsics to allow this intrinsic.The intrinsic %qs declared INTRINSIC at %L is not available in the current standard settings but %s. Use an appropriate %<-std=*%> option or enable %<-fall-intrinsics%> in order to use it.The leftmost part-ref in a data-ref can not be a function reference at %CThe lower bound for a buffer to be considered for stack smashing protection.The max number of reload pseudos which are considered during spilling a non-reload pseudo.The maximum amount of memory to be allocated by GCSE.The maximum conflict delay for an insn to be considered for speculative motion.The maximum depth of a loop nest we completely peel.The maximum depth of recursive inlining for inline functions.The maximum depth of recursive inlining for non-inline functions.The maximum expansion factor when copying basic blocks.The maximum instructions CSE process before flushing.The maximum length of path considered in cse.The maximum length of scheduling's pending operations list.The maximum memory locations recorded by cselib.The maximum number of RTL nodes that can be recorded as combiner's last value.The maximum number of backtrack attempts the scheduler should make when modulo scheduling a loop.The maximum number of blocks in a region to be considered for interblock scheduling.The maximum number of branches on the path through the peeled sequence.The maximum number of incoming edges to consider for crossjumping.The maximum number of insns combine tries to combine.The maximum number of insns in a region to be considered for interblock scheduling.The maximum number of insns in loop header duplicated by he copy loop headers pass.The maximum number of insns of a completely peeled loop.The maximum number of insns of a peeled loop that rolls only once.The maximum number of insns of a peeled loop.The maximum number of insns of an unswitched loop.The maximum number of insns to duplicate when unfactoring computed gotos.The maximum number of instructions in a single function eligible for inlining.The maximum number of instructions inline function can grow to via recursive inlining.The maximum number of instructions non-inline function can grow to via recursive inlining.The maximum number of instructions ready to be issued to be considered by the scheduler during the first scheduling pass.The maximum number of instructions to consider to fill a delay slot.The maximum number of instructions to consider to find accurate live register information.The maximum number of instructions to consider to unroll in a loop on average.The maximum number of instructions to consider to unroll in a loop.The maximum number of instructions to search backward when looking for equivalent reload.The maximum number of instructions when automatically inlining.The maximum number of iterations through CFG to extend regions.The maximum number of loop iterations we predict statically.The maximum number of nested indirect inlining performed by early inliner.The maximum number of peelings of a single loop that is peeled completely.The maximum number of peelings of a single loop.The maximum number of unrollings of a single loop.The maximum number of unswitchings in a single loop.The maximum ratio between array size and switch branches for a switch conversion to take place.The maximum ratio of insertions to deletions of expressions in GCSE.The maximum size of the lookahead window of selective scheduling.The minimal estimated speedup allowing inliner to ignore inline-insns-single and inline-insns-auto.The minimal probability of speculation success (in percents), so that speculative insn will be scheduled.The minimum UID to be used for a nondebug insn.The minimum cost of an expensive expression in the loop invariant motion.The minimum fraction of profile runs a given basic block execution count must be not to be considered unlikely.The minimum number of matching instructions to consider for crossjumping.The minimum probability an edge must have for the scheduler to save its state across it.The minimum probability of reaching a source block for interblock speculative scheduling.The minimum size of variables taking part in stack slot sharing when not optimizing.The minimum value of stage count that swing modulo scheduler will generate.The module or main program array %qs at %L must have constant shapeThe name %qs cannot be used as a defined operator at %CThe number of array elements of the SUB argument to IMAGE_INDEX at %L shall be %d (corank) not %dThe number of cycles the swing modulo scheduler considers when checking conflicts using DFA.The number of elements (%d) in the array constructor at %L requires an increase of the allowed %d upper limit.  See %<-fmax-array-constructor%> option.The number of elements in the array constructor at %L requires an increase of the allowed %d upper limit.   See %<-fmax-array-constructor%> optionThe number of elements in the array constructor at %L requires an increase of the allowed %d upper limit.   See -fmax-array-constructor optionThe number of elements in the array constructor at %L requires an increase of the allowed %d upper limit. See %<-fmax-array-constructor%> optionThe number of insns executed before prefetch is completed.The number of prefetches that can run at the same time.The number of registers in each class kept unused by loop invariant motion.The percentage of function, weighted by execution frequency, that must be covered by trace formation. Used when profile feedback is available.The percentage of function, weighted by execution frequency, that must be covered by trace formation. Used when profile feedback is not available.The pointer component %qs of %qs at %L is a type that has not been declaredThe pointer object %qs at %L must have an explicit function interface or be declared as arrayThe possible TLS dialects:The rank of the element in the structure constructor at %L does not match that of the component (%d/%d)The resolution file.The size of L1 cache line.The size of L1 cache.The size of L2 cache.The size of function body to be considered large.The size of stack frame to be considered large.The size of translation unit to be considered large.The smallest number of different values for which it is best to use a jump-table instead of a tree of conditional branches, if 0, use the default for the machine.The source-expr at %L shall neither be of type EVENT_TYPE nor have a EVENT_TYPE component if allocate-object at %L is a coarrayThe source-expr at %L shall neither be of type LOCK_TYPE nor have a LOCK_TYPE component if allocate-object at %L is a coarrayThe stat= argument at %L must be a kind=4 integer variableThe symbol %qs, referenced at %L, is not in the selected standardThe threshold ratio for performing partial redundancy elimination after reload.The threshold ratio of critical edges execution count that permit performing redundancy elimination after reload.The type %qs cannot be host associated at %L because it is blocked by an incompatible object of the same name declared at %LThe type for function %qs at %L is not accessibleThe type-spec at %L shall specify that each length type parameter is assumedThe type-spec shall not specify a sequence derived type or a type with the BIND attribute in SELECT TYPE at %C [F2003:C815]The upper bound for sharing integer constants.The upper bound in the last dimension must appear in the reference to the assumed size array %qs at %LThe value of n in %<-finit-character=n%> must be between 0 and 127The version of ld64 in use for this toolchain.The version of the C++ ABI in use.The version of the C++ ABI used for -Wabi warnings and link compatibility aliases.There is already a procedure with binding name %qs for the derived type %qs at %CThere is no specific function for the generic %qs at %LThere is no specific subroutine for the generic %qs at %LThere's already a non-generic procedure with binding name %qs for the derived type %qs at %CThis is free software; see the source for copying conditions.
  There is NO warranty; not even for MERCHANTABILITY or 
  FITNESS FOR A PARTICULAR PURPOSE.
  
--- 2100,2149 ----
  %s:version '%.4s', prefer version '%.4s'
  %sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s%u names provided while %qT decomposes into %wu elements'' ' flag'!' flag'#' flag'%%%c' is not a valid operand prefix'%%&' used without any local dynamic TLS references'%%l' operand isn't a label'%s' must have %d operands (excluding match_dups)'%s' must have at least %d operands (excluding match_dups)'%s' must have no more than %d operands (excluding match_dups)'%s' was assigned to '%s', but was not defined during recompilation, or vice versa''' flag'(' flag'+' flag'-' flag'0' flag'B' operand has multiple bits set'B' operand is not constant'E' modifier'I' flag'O' modifier'^' flag'_' flag'a' flag'assign' property %qs is using bit-field instance variable %qs'atomic' property %qs is using bit-field instance variable %qs'getter' attribute of property %qD conflicts with previous declaration'h' applied to non-register operand'm' flag'nonatomic' attribute of property %qD conflicts with previous declaration'o' operand is not constant'q' flag'readonly' attribute of property %qD conflicts with previous declaration'setter' attribute of property %qD conflicts with previous declaration(C)(Messages without a matching method signature(a pointer to member can only be formed with %<&%E%>)(an out of class initialization is required)(anonymous namespace)(anonymous)(if this is not what you intended, make sure the function template has already been declared and add <> after the function name here) (if you use %<-fpermissive%> G++ will accept your code)(if you use %<-fpermissive%> or %<-std=c++11%>, or %<-std=gnu++11%> G++ will accept your code)(if you use %<-fpermissive%>, G++ will accept your code, but allowing the use of an undeclared name is deprecated)(near initialization for %qs)(perhaps %<typename %T::%E%> was intended)(perhaps a semicolon is missing after the definition of %qT)(so you should pass %qT not %qT to %<va_arg%>)(static destructors for %s)(static initializers for %s)(the message is displayed only once per source file)
  ({anonymous})*** WARNING *** there are active plugins, do not report this as a bug unless you can reproduce it without enabling any plugins.
! *this--help argument %q.*s is ambiguous, please be more specific--help=<class>	Display descriptions of a specific class of options.  <class> is one or more of optimizers, target, warnings, undocumented, params.--param <param>=<value>	Set parameter <param> to value.  See below for a complete list of parameters.--param inline-unit-growth limit reached--param large-function-growth limit reached--param large-stack-frame-growth limit reached--param max-inline-insns-auto limit reached--param max-inline-insns-single limit reached-A<question>=<answer>	Assert the <answer> to <question>.  Putting '-' before <question> disables the <answer> to <question>.-D<macro>[=<val>]	Define a <macro> with <val> as its value.  If just <macro> is given, <val> is taken to be 1.-E or -x required when input is from standard input-F <dir>	Add <dir> to the end of the main framework include path.-G<number>	Put global and static data smaller than <number> bytes into a special section (on some targets).-I <dir>	Add <dir> to the end of the main include path.-I- specified twice-J<directory>	Put MODULE files in 'directory'.-MF <file>	Write dependency output to the given file.-MG may only be used with -M or -MM-MQ <target>	Add a MAKE-quoted target.-MT <target>	Add an unquoted target.-O<number>	Set optimization level to <number>.-U<macro>	Undefine <macro>.-Waligned-new=[none|global|all]	Warn even if 'new' uses a class member allocation function.-Walloc-size-larger-than=<bytes> Warn for calls to allocation functions that attempt to allocate objects larger than the specified number of bytes.-Walloc-zero Warn for calls to allocation functions that specify zero bytes.-Walloca-larger-than=0 is meaningless-Walloca-larger-than=<number>	Warn on unbounded uses of alloca, and on bounded uses of alloca whose bound can be larger than <number> bytes.-Werror=%s: -%s is not an option that controls warnings-Werror=%s: no option -%s-Wformat-contains-nul ignored without -Wformat-Wformat-extra-args ignored without -Wformat-Wformat-nonliteral ignored without -Wformat-Wformat-security ignored without -Wformat-Wformat-y2k ignored without -Wformat-Wformat-zero-length ignored without -Wformat-Wframe-larger-than=<number>	Warn if a function's stack frame requires more than <number> bytes.-Wlarger-than=<number>	Warn if an object is larger than <number> bytes.-Wmisleading-indentation is disabled from this point onwards, since column-tracking was disabled due to the size of the code/headers-Wnormalized=[none|id|nfc|nfkc]	Warn about non-normalized Unicode strings.-Wstack-usage=<number>	Warn if stack usage might be larger than specified amount.-Wvla-larger-than=0 is meaningless-Wvla-larger-than=<number>	Warn on unbounded uses of variable-length arrays, and on bounded uses of variable-length arrays whose bound can be larger than <number> bytes.-Xbind-now and -Xbind-lazy are incompatible-aux-info <file>	Emit declaration information into <file>.-bundle not allowed with -dynamiclib-bundle_loader not allowed with -dynamiclib-c or -S required for Ada-c required for gnat2scil-c required for gnat2why-client_name not allowed with -dynamiclib-current_version only allowed with -dynamiclib-d<letters>	Enable dumps from specific passes of the compiler.-dumpbase <file>	Set the file basename to be used for dumps.-dumpdir <dir>	Set the directory name to be used for dumps.-f%s and -msdata=%s are incompatible-f%s ignored (not supported for DJGPP)
! -f%s is not supported with CONST16 instructions-f%s not supported: ignored-f%sleading-underscore not supported on this target machine-fPIC and -fpic are not supported in this configuration-fPIC and -mcall-%s are incompatible-fPIC is not supported-fPIC/-fpic not supported for this target-fPIE is not supported-fada-spec-parent=unit  Dump Ada specs as child units of given parent.-falign-labels=%d is not supported-falign-loops=%d is not supported-faligned-new=%d is not a power of two-faligned-new=<N> Use C++17 over-aligned type allocation for alignments greater than N.-fasan-shadow-offset should only be used with -fsanitize=kernel-address-fasan-shadow-offset=<number>	Use custom shadow memory offset.-fassociative-math disabled; other options take precedence-fblas-matmul-limit=<n>	Size of the smallest matrix for which matmul will use BLAS.-fcall-saved-<register>	Mark <register> as being preserved across functions.-fcall-saved-REG is not supported for out registers-fcall-used-<register>	Mark <register> as being corrupted by function calls.-fcheck-pointer-bounds requires %qs name for internal usage-fcheck=[...]	Specify which runtime checks are to be performed.-fcilkplus must be enabled to use %<#pragma cilk grainsize%>-fcilkplus must be enabled to use %<_Cilk_for%>-fcilkplus must be enabled to use %<_Cilk_spawn%>-fcilkplus must be enabled to use %<_Cilk_sync%>-fcoarray=<none|single|lib>	Specify which coarray parallelization should be used.-fcompare-debug[=<opts>]	Compile with and without e.g. -gtoggle, and compare the final-insns dump.-fconst-string-class=<name>	Use class <name> for constant strings.-fconstexpr-depth=<number>	Specify maximum constexpr recursion depth.-fconstexpr-loop-limit=<number>	Specify maximum constexpr loop iteration count.-fconvert=<big-endian|little-endian|native|swap> The endianness used for unformatted files.-fdata-sections not supported for this target-fdbg-cnt=%s-fdbg-cnt=<counter>:<limit>[,<counter>:<limit>,...]	Set the debug counter limit.-fdeduce-init-list	enable deduction of std::initializer_list for a template type parameter from a brace-enclosed initializer-list.-fdiagnostics-color=[never|always|auto]	Colorize diagnostics.-fdiagnostics-show-location=[once|every-line]	How often to emit source location at the beginning of line-wrapped diagnostics.-fdirectives-only is incompatible with -Wunused_macros-fdirectives-only is incompatible with -traditional-fdisable-[tree|rtl|ipa]-<pass>=range1+range2 disables an optimization pass.-fdump-<type>	Dump various compiler internals to a file.-fdump-final-insns=filename	Dump to filename the insns at the end of translation.-fdump-go-spec=filename	Write all declarations to file as Go code.-feliminate-dwarf2-dups is broken for C++, ignoring-femit-struct-debug-baseonly	Aggressive reduced debug info for structs.-femit-struct-debug-detailed=<spec-list>	Detailed reduced debug info for structs.-femit-struct-debug-reduced	Conservative reduced debug info for structs.-fenable-[tree|rtl|ipa]-<pass>=range1+range2 enables an optimization pass.-fexcess-precision=[fast|standard]	Specify handling of excess floating-point precision.-fexcess-precision=standard for Ada-fexcess-precision=standard for C++-fexcess-precision=standard for Fortran-fexec-charset=<cset>	Convert all strings and character constants to character set <cset>.-ffixed-<register>	Mark <register> as being unavailable to the compiler.-ffixed-line-length-<n>	Use n as character line width in fixed mode.-ffp-contract=[off|on|fast]	Perform floating-point expression contraction.-ffpe-summary=[...]	Print summary of floating point exceptions.-ffpe-trap=[...]	Stop on following floating point exceptions.-ffree-line-length-<n>	Use n as character line width in free mode.-ffunction-sections not supported for this target-fgnat-encodings=[all|gdb|minimal]	Select the balance between GNAT encodings and standard DWARF emitted in the debug information-fgo-c-header=<file>	Write Go struct definitions to file as C code.-fgo-dump-<type>	Dump Go frontend internal information.-fgo-optimize-<type>	Turn on optimization passes in the frontend.-fgo-pkgpath=<string>	Set Go package path.-fgo-prefix=<string>	Set package-specific prefix for exported Go names.-fgo-relative-import-path=<path>	Treat a relative import as relative to path.-fhandle-exceptions has been renamed -fexceptions (and is now on by default)-finit-character=<n>	Initialize local character variables to ASCII value n.-finit-integer=<n>	Initialize local integer variables to n.-finit-logical=<true|false>	Initialize local logical variables.-finit-real=<zero|snan|nan|inf|-inf>	Initialize local real variables.-finline-limit=<number>	Limit the size of inlined functions to <number>.-finline-matmul-limit=<n>	Specify the size of the largest matrix for which matmul will be inlined.-finput-charset=<cset>	Specify the default character set for source files.-finstrument-functions-exclude-file-list=filename,...  Do not instrument functions listed in files.-finstrument-functions-exclude-function-list=name,...  Do not instrument listed functions.-fira-algorithm=[CB|priority]	Set the used IRA algorithm.-fira-region=[one|all|mixed]	Set regions for IRA.-fira-verbose=<number>	Control IRA's level of diagnostic messages.-flto-compression-level=<number>	Use zlib compression level <number> for IL.-fmax-array-constructor=<n>	Maximum number of objects in an array constructor.-fmax-errors=<number>	Maximum number of errors to report.-fmax-identifier-length=<n>	Maximum identifier length.-fmax-stack-var-size=<n>	Size in bytes of the largest array that will be put on the stack.-fmax-subrecord-length=<n>	Maximum length for subrecords.-fmessage-length=<number>	Limit diagnostics to <number> characters per line.  0 suppresses line-wrapping.-fno-fat-lto-objects are supported only with linker plugin-fno-gnu89-inline is only supported in GNU99 or C99 mode-fno-pretty-templates Do not pretty-print template specializations as the template signature followed by the arguments.-fno-threadsafe-statics	Do not generate thread-safe code for initializing local statics.-foffload-abi option can be specified only for offload compiler-foffload-abi=[lp64|ilp32]     Set the ABI to use in an offload compiler.-foffload=<targets>=<options>  Specify offloading targets and options for them.-fopenacc-dim operand is malformed at '%s'-fopt-info[-<type>=filename]	Dump compiler optimization details.-force_flat_namespace not allowed with -dynamiclib-fpack-struct=<number>	Set initial maximum structure member alignment.-fpermitted-flt-eval-methods=[c11|ts-18661]	Specify which values of FLT_EVAL_METHOD are permitted.-fpic and -fPIC not supported without -mdsbt on this target-fpic and -mapcs-reent are incompatible-fpic is not supported-fpie is not supported-fplugin-arg-<name>-<key>[=<value>]	Specify argument <key>=<value> for plugin <name>.-fprefetch-loop-arrays is not supported with -Os-fprefetch-loop-arrays not supported for this target-fprefetch-loop-arrays not supported for this target (try -march switches)-fprofile-update=[single|atomic|prefer-atomic]	Set the profile update method.-frandom-seed=<string>	Make compile reproducible using <string>.-frecord-gcc-switches is not supported by the current target-freorder-blocks-algorithm=[simple|stc]	Set the used basic block reordering algorithm.-freorder-blocks-and-partition does not support unwind info on this architecture-freorder-blocks-and-partition does not work on this architecture-freorder-blocks-and-partition does not work with exceptions on this architecture-freorder-blocks-and-partition not supported on this architecture-frepo must be used with -c-fsanitize-address-use-after-scope requires -fstack-reuse=none option-fsanitize-recover=%s is not supported-fsanitize-sections=<sec1,sec2,...>	Sanitize global variables in user-defined sections.-fsanitize=address and -fsanitize=kernel-address are incompatible with -fsanitize=thread-fsanitize=address and -fsanitize=kernel-address are not supported for this target-fsanitize=address is incompatible with -fsanitize=kernel-address-fsanitize=address not supported for this target-fsanitize=all option is not valid-fsanitize=leak is incompatible with -fsanitize=thread-fsched-stalled-insns-dep=<number>	Set dependence distance checking in premature scheduling of queued insns.-fsched-stalled-insns=<number>	Set number of queued insns that can be prematurely scheduled.-fsched-verbose=<number>	Set the verbosity level of the scheduler.-fsimd-cost-model=[unlimited|dynamic|cheap]	Specifies the vectorization cost model for code marked with a simd directive.-fsplit-stack does not support 2 register parameters for a nested function-fsplit-stack does not support 3 register parameters-fsplit-stack does not support fastcall with nested function-fsplit-stack uses register r29-fsso-struct=[big-endian|little-endian|native]	Set the default scalar storage order.-fstack-check=[no|generic|specific]	Insert stack checking code into the program.-fstack-check=specific for Thumb-1-fstack-check=specific not implemented for MIPS16-fstack-limit- options are ignored with -mfdpic; use -mstack-check-l1-fstack-limit- options are not supported on this cpu-fstack-limit-register=<register>	Trap if the stack goes past <register>.-fstack-limit-symbol=<name>	Trap if the stack goes past symbol <name>.-fstack-protector not supported for this target-fstack-reuse=[all|named_vars|none]	Set stack reuse level for local variables.-ftabstop=<number>	Distance between tab stops for column reporting.-ftemplate-depth=<number>	Specify maximum template instantiation depth.-ftls-model=[global-dynamic|local-dynamic|initial-exec|local-exec]	Set the default thread-local storage code generation model.-ftrack-macro-expansion=<0|1|2>  Track locations of tokens coming from macro expansion and display them in error messages.-ftree-parallelize-loops=<number>	Enable automatic parallelization of loops.-fuse-linker-plugin is not supported in this configuration-fuse-linker-plugin, but %s not found-fvisibility=[default|internal|hidden|protected]	Set the default symbol visibility.-fvisibility=[private|protected|public|package]	Set the default symbol visibility.-fvtable-verify=preinit is not supported in this configuration-fvtable-verify=std is not supported in this configuration-fwide-exec-charset=<cset>	Convert all wide strings and character constants to character set <cset>.-fwpa and -fltrans are mutually exclusive-g is only supported when using GAS on this processor,-g option disabled-g with -mno-apcs-frame may not give sensible debugging-gnat<options>	Specify options to GNAT.-gz is not supported in this configuration-gz=<format>	Generate compressed debug sections in format <format>.-gz=zlib is not supported in this configuration-idirafter <dir>	Add <dir> to the end of the system include path.-iframework <dir>	Add <dir> to the end of the system framework include path.-imacros <file>	Accept definition of macros in <file>.-imultiarch <dir>	Set <dir> to be the multiarch include subdirectory.-imultilib <dir>	Set <dir> to be the multilib include subdirectory.-include <file>	Include the contents of <file> before other files.-install_name only allowed with -dynamiclib-iplugindir <dir> option not passed from the gcc driver-iplugindir=<dir>	Set <dir> to be the default plugin directory.-iprefix <path>	Specify <path> as a prefix for next two options.-iquote <dir>	Add <dir> to the end of the quote include path.-isysroot <dir>	Set <dir> to be the system root directory.-isystem <dir>	Add <dir> to the start of the system include path.-iwithprefix <dir>	Add <dir> to the end of the system include path.-iwithprefixbefore <dir>	Add <dir> to the end of the main include path.-keep_private_externs not allowed with -dynamiclib-m%s not supported in this configuration-m64 requires PowerPC64 architecture, enabling-m64 requires a PowerPC64 cpu-mabi=ABI	Generate code that conforms to the given ABI.-mabi=ABI	Generate code that conforms to the specified ABI.-mabs=MODE	Select the IEEE 754 ABS/NEG instruction execution mode.-maix64 required: 64-bit computation with 32-bit addressing not yet supported-maix64 requires PowerPC64 architecture remain enabled-malign-functions is obsolete, use -falign-functions-malign-functions=%d is not between 0 and %d-malign-jumps is obsolete, use -falign-jumps-malign-jumps=%d is not between 0 and %d-malign-loops is obsolete, use -falign-loops-malign-loops=%d is not between 0 and %d-malign-power is not supported for 64-bit Darwin; it is incompatible with the installed C and C++ libraries-mallow-movmisalign requires -mvsx-maltivec=le not allowed for big-endian targets-mapcs-stack-check incompatible with -mno-apcs-frame-march=	Generate code for given RISC-V ISA (e.g. RV64IM).  ISA strings must be lower-case.-march=%s: ISA string must begin with rv32 or rv64-march=%s: invalid ISA string-march=%s: unsupported ISA substring %qs-march=ARCH	Generate code for the specified chip or CPU version.-march=ARCH	Use features of architecture ARCH.-march=ISA	Generate code for the given ISA.-mas100-syntax is incompatible with -gdwarf-masm=intel not supported in this configuration-max-stackframe=%d is not usable, not between 0 and %d-mbackchain -mpacked-stack -mhard-float are not supported in combination-mbig-endian and -mlittle-endian may not be used together-mbranch-cost=%d is not between 0 and 5-mbranch-cost=COST	Set the cost of branches to roughly COST instructions.-mbranch-cost=N	Set the cost of branches to roughly N instructions.-mcall-aixdesc incompatible with -mabi=elfv2-mcmodel incompatible with other toc options-mcmodel= is not supported on 32 bit systems-mcode-readable=SETTING	Specify when instructions are allowed to access code.-mcode-region=upper requires 430X-compatible cpu-mcorea and -mcoreb can%'t be used together-mcorea should be used with -mmulticore-mcoreb should be used with -mmulticore-mcpu=	Use features of and schedule code for given CPU.-mcpu=%s conflicts with -march=%s-mcpu=%s has invalid silicon revision-mcpu=%s is not valid-mcpu=CPU	Compile code for ARC variant CPU.-mcpu=CPU	Use features of and optimize for CPU.-mcpu=CPU	Use features of and schedule code for given CPU.-mcpu=PROCESSOR		Use features of and schedule code for given CPU.-mcpu=m16c	Compile code for M16C variants.-mcpu=m32c	Compile code for M32C variants.-mcpu=m32cm	Compile code for M32CM variants.-mcpu=r8c	Compile code for R8C variants.-mcrypto requires -maltivec-mdata-region=upper requires 430X-compatible cpu-mdebug=	Enable debug output.-mdirect-move requires -mvsx-mdiv requires -march to subsume the %<M%> extension-mefficient-unaligned-vsx requires -mallow-movmisalign-mefficient-unaligned-vsx requires -mvsx-memregs=	Number of memreg bytes (default: 16, range: 0..16).-mes0 can only be used with C-mexr is used without -ms-mexr is used without -ms or -msx-mfdpic is not supported, please use a bfin-linux-uclibc target-mfentry isn%'t supported for 32-bit in combination with -fpic-mfloat-abi=hard and VFP-mfloat-abi=hard: selected processor lacks an FPU-mfloat-abi=soft and -mfloat-abi=hard may not be used together-mfloat-gprs=	Select GPR floating point method.-mfloat128 requires -mfloat128-type-mfloat128 requires VSX support-mfloat128-hardware requires -m64-mfloat128-hardware requires -mfloat128-type-mfloat128-hardware requires full ISA 3.0 support-mfloat128-type requires VSX support-mflush-func=FUNC	Use FUNC to flush the cache before calling stack trampolines.-mfpu=	Specify FP (sp, dp, sp-lite, dp-lite) (implies -mxilinx-fpu).-mfpu=auto not currently supported without an explicit CPU.-mhard-dfp can%'t be used in conjunction with -msoft-float-mhard-dfp requires -mhard-float-mhard-float not supported-mincoming-stack-boundary=%d is not between %d and 12-mint32 is not supported for H8300 and H8300L targets-mipsN	Generate code for ISA level N.-mlarge requires a 430X-compatible -mmcu=-mlarge-data-threshold=<number>	Data greater than given threshold will go into .ldata section in x86-64 medium model.-mlong-double-64 not allowed with -m64-mlong-double-<n>	Specify size of long double (64 or 128 bits).-mmax-stackframe=SIZE	Warn when a stackframe is larger than the specified size.-mmcu=MCU	Select the target MCU.-mmpy-option=MPY Compile ARCv2 code with a multiplier design option.-mmul=g13 cannot be used with -mcpu=g10-mmul=g13 cannot be used with -mcpu=g14-mmul=g14 cannot be used with -mcpu=g10-mmul=g14 cannot be used with -mcpu=g13-mmulticore can only be used with BF561-mmultiple is not supported on little endian systems-mn is not supported for linux targets-mn is used without -mh or -ms or -msx-mnan=ENCODING	Select the IEEE 754 NaN data encoding.-mno-%s turns off -m%s-mno-allow-string-insns forbids the generation of the RMPA instruction-mno-altivec disables vsx-mno-dpfp-lrsr supported only with -mdpfp-mno-exr valid only with -ms or -msx                   - Option ignored!-mno-fentry isn%'t compatible with SEH-mno-mpy supported only for ARC700 or ARCv2-mno-power9-vector turns off -mpower9-dform-mno-serialize-volatile	Do not serialize volatile memory references with MEMW instructions.-mnop-mcount is not compatible with this target-mnop-mcount is not implemented for -fPIC-moverride=STRING	Power users only! Override CPU optimization parameters.-mpcrel -fPIC is not currently supported on selected cpu-mpic-register= is useless without -fpic-mpointer-size=[no,32,short,64,long]	Set the default pointer size.-mpower8-fusion-sign requires -mpower8-fusion-mpower8-vector requires -maltivec-mpower8-vector requires -mvsx-mpower9-dform requires -mpower9-vector-mpower9-dform requires -mupper-regs-df-mpower9-dform requires -mupper-regs-sf-mpower9-dform, -mpower9-dform-vector, -mpower9-dform-scalar require -mdirect-move-mpower9-fusion requires -mpower8-fusion-mpower9-minmax incompatible with explicitly disabled options-mpower9-vector requires -mpower8-vector-mpreferred-stack-boundary is not supported for this target-mpreferred-stack-boundary=%d is not between %d and %d-mpure-code only supports non-pic code on armv7-m targets-mquad-memory is not available in little endian mode-mquad-memory requires 64-bit mode-mquad-memory-atomic requires 64-bit mode-mr10k-cache-barrier=SETTING	Specify when r10k cache barriers should be inserted.-mrecip requires -ffinite-math or -ffast-math-mrecip requires -fno-trapping-math or -ffast-math-mrecip requires -freciprocal-math or -ffast-math-mregparm is ignored for Intel MCU psABI-mregparm is ignored in 64-bit mode-mregparm=%d is not between 0 and %d-mrelax is only supported for RTP PIC-mrelocatable and -mcall-%s are incompatible-mrelocatable and -mno-minimal-toc are incompatible-mrelocatable and -msdata=%s are incompatible-ms2600 is used without -ms-msdata=%s and -mcall-%s are incompatible-msecure-plt not supported by your assembler-mshared-library-id= specified without -mid-shared-library-mshared-library-id=%s is not between 0 and %d-msim	Use simulator runtime.-msim   Use simulator runtime.-msimple-fpu option ignored-msingle-float and -msoft-float cannot both be specified-msingle-float option equivalent to -mhard-float-mslow-flash-data only supports non-pic code on armv7-m targets-msmall-data-limit=N	Put global and static data smaller than <number> bytes into a special section (on some targets).-mspfp_fast not available on ARC600 or ARC601-mstack-guard implies use of -mstack-size-mstack-protector-guard=tls needs a valid base register-mstring is not supported on little endian systems-mstringop-strategy=rep_8byte not supported for 32-bit code-msx is not supported in coff-mtoc-fusion requires -mpower8-fusion-mtoc-fusion requires 64-bit-mtoc-fusion requires medium/large code model-mtraceback=	Select full, part, or no traceback table.-mtune=	Schedule code for given CPU.-mtune= expects mn10300, am33, am33-2, or am34-mtune=ARCH	Tune alignment for the specified chip or CPU version.-mtune=CPU	Optimize for CPU.-mtune=PROCESSOR	Optimize the output for PROCESSOR.-mupper-regs-df requires -mvsx-mupper-regs-di requires -mvsx-mupper-regs-sf requires -mpower8-vector-mvsx and -mno-altivec are incompatible-mvsx and -mpaired are incompatible-mvsx needs indexed addressing-mvsx requires hardware floating point-mvsx-small-integer requires -mpower8-vector, -mupper-regs-di, and -mdirect-move-mvsx-timode might need -mlra-mvsx-timode requires -mvsx-mxl-multiply-high can be used only with -mcpu=v6.00.a or greater-mxl-multiply-high requires -mno-xl-soft-mul-mxl-reorder can be used only with -mcpu=v8.30.a or greater-mxl-reorder requires -mxl-pattern-compare for -mcpu=v8.30.a-o <file>	Place output into <file>.-pg and -fomit-frame-pointer are incompatible-pie is not supported in this configuration-pipe ignored because -save-temps specified-pipe not supported-private_bundle not allowed with -dynamiclib-trigraphs	Support ISO C trigraphs....this statement, but the latter is misleadingly indented as if it were guarded by the %qs.NOT. operator in expression at %L must have a LOGICAL operand.XOR. operator at %C128-bit long double not supported for VAX floats31 bit ABI.387 instruction set disabled, using SSE arithmetics64 bit ABI.64-bit ABI not supported in ESA/390 mode64-bit SPE not supported<During initialization>
! <anonymous><brace-enclosed initializer list><built-in><command-line><declaration error><enumerator><erroneous-expression><expression error><lambda<lambda><missing><return value> <return-value><statement><tag-error><template arguments error><template parameter error><throw-expression><type error><type-error><typedef-error><typeprefixerror><ubsan routine call><unknown operator><unknown><unnamed %s><unnamed-fixed:<unnamed-float:<unnamed-unsigned:<unnamed><unparsed><unresolved overloaded function type>?: using integer constants in boolean context?: using integer constants in boolean context, the expression will always evaluate to %<true%>@catch parameter can not be protocol-qualified@catch parameter is not a known Objective-C class type@interface of class %qE not foundA argument at %L has type %s but the function passed as OPERATOR at %L returns %sA basic block profile count is considered hot if it contributes to the given permillage of the entire profiled execution.A factor for tuning the upper bound that swing modulo scheduler uses for scheduling a loop.A floatig point to integer truncation may be replaced with rounding to save mode switching.A synonym for -std=c89 (for C) or -std=c++98 (for C++).A threshold on the average loop count considered by the swing modulo scheduler.AAPCS does not support -mcallee-super-interworkingAAPCS does not support -mcaller-super-interworkingABI requires -march=rv%dABSTRACT INTERFACE %qs must not be referenced at %LABSTRACT INTERFACE at %CABSTRACT type %qs used at %LABSTRACT type at %CAC-IMPLIED-DO final expression references control variable at %LAC-IMPLIED-DO initial expression references control variable at %LAC-IMPLIED-DO step expression references control variable at %LACC CACHE directive must be inside of loop %CACCESS specification at %L was already specifiedACQUIRED_LOCK variableACQUIRED_LOCK= argument at %L must be a scalar LOGICAL variableACTION type conflicts with READONLY specifier at %CALLOCATABLE attribute at %C in a TYPE definitionALLOCATABLE object %qs in %s clause at %LALLOCATABLE object %qs of derived type in %s clause at %LALLOCATABLE object %qs of polymorphic type in %s clause at %LALLOCATABLE specified outside of INTERFACE body at %LALLOCATE objectALLOCATE of coarray at %C in CRITICAL blockALLOCATE of coarray at %C in DO CONCURRENT blockALTERNATE RETURN not permitted at %LAPCS reentrant code not supported.  IgnoredASSERT_EXPR with an always-false conditionASSIGN statement at %CASSIGN statement at %L requires a scalar default INTEGER variableASSIGNED GOTO statement at %L requires an INTEGER variableASSIGNED variable in FORMAT tag at %LASSOCIATE construct at %CASSOCIATE name %qs in %s clause at %LASSOCIATE name %qs in SHARED clause at %LASYNCHRONOUS attribute at %CASYNCHRONOUS statement at %CASYNCHRONOUS= at %C not allowed in Fortran 95ASYNCHRONOUS= specifier at %L must be an initialization expressionATOM argument at %L of the %s intrinsic function shall be a coarray or coindexedATOM argument at %L to intrinsic function %s shall be an integer of ATOMIC_INT_KINDATOM argument at %L to intrinsic function %s shall be an integer of ATOMIC_INT_KIND or a logical of ATOMIC_LOGICAL_KINDATOM argument of the %s intrinsic function at %L shall be definableAUTOMATIC at %C is a DEC extension, enable with -fdec-staticAUX pointer initialized for edge %d->%dAVX vector argument without AVX enabled changes the ABIAVX vector return without AVX enabled changes the ABIAVX512F vector argument without AVX512F enabled changes the ABIAVX512F vector return without AVX512F enabled changes the ABIAbsolute value of SHIFT shall be less than or equal to SIZE at %CAbstract interface %qs is invalid in procedure pointer assignment at %LAccept extensions to support legacy code.Access data in the same section from shared anchor points.Access specification of the %s operator at %C has already been specifiedAccess specification of the .%s. operator at %C has already been specifiedAccess variables in 32-bit PPU objects (default).Access variables in 64-bit PPU objects.Accumulate outgoing function arguments and acquire/release the needed stack space for outgoing function arguments in function prologue/epilogue.  Without this option, outgoing arguments are pushed before calling a function and popped afterwards.  This option can lead to reduced code size for functions that call many functions that get their arguments on the stack like, for example printf.Actual CLASS array argument for %qs must be a full array at %LActual argument at %L for INTENT(%s) dummy %qs of ELEMENTAL subroutine %qs is a scalar, but another actual argument is an arrayActual argument at %L to allocatable or pointer dummy argument %qs must have a deferred length type parameter if and only if the dummy has oneActual argument at %L to assumed-type dummy is of derived type with type-bound or FINAL proceduresActual argument contains too few elements for dummy argument %qs (%lu/%lu) at %LActual argument for %qs cannot be an assumed-size array at %LActual argument for %qs must be ALLOCATABLE at %LActual argument for %qs must be a pointer at %LActual argument of EVENT_TYPE or with EVENT_TYPE component at %L requires an explicit interface for procedure %qsActual argument of LOCK_TYPE or with LOCK_TYPE component at %L requires an explicit interface for procedure %qsActual argument to %qs at %L must be a coarrayActual argument to %qs at %L must be polymorphicActual argument to %qs at %L must be simply contiguous or an element of such an arrayActual argument to %qs at %L must be unlimited polymorphic since the formal argument is a pointer or allocatable unlimited polymorphic entity [F2008: 12.5.2.5]Actual argument to %qs at %L must have the same declared typeActual argument to contiguous pointer dummy %qs at %L must be simply contiguousActual argument to non-INTENT(INOUT) dummy %qs at %L, which is EVENT_TYPE or has a EVENT_TYPE componentActual argument to non-INTENT(INOUT) dummy %qs at %L, which is LOCK_TYPE or has a LOCK_TYPE componentActual string length does not match the declared one for dummy argument '%s' (%ld/%ld)Actual string length is shorter than the declared one for dummy argument '%s' (%ld/%ld)Add Pointer Bounds Checker instrumentation.  fchkp-* flags are used to control instrumentation.  Currently available for C, C++ and ObjC.Add a common subexpression elimination pass after loop optimizations.Add explicit checks for division by zero.Add explicit checks for division overflow in INT_MIN / -1.Add extra commentary to assembler output.Additional debug prints.After diagnosing undefined behavior attempt to continue execution.Aggressively optimize loops using language constraints.Alias and target's comdat groups differsAlias and target's section differsAlias chain for instrumented node is brokenAlias for --help=target.Alias for -mcpu=g10.Alias for -mcpu=g13.Alias for -mcpu=g14.Alias has call edgesAlias has more than one alias referenceAlias has non-alias referenceAlign all labels.Align all loops to 32 byte boundary.Align code and data to 32 bits.Align destination of the string operations.Align doubles at 64-bit boundaries.Align labels which are only reached by jumping.Align some doubles on dword boundary.Align the start of functions.Align the start of loops.Align to the base type of the bit-field.Align to the base type of the bit-field. Don't assume that unaligned accesses are handled by the system.Align variables on a 32-bit boundary.All intrinsics procedures are available regardless of selected standard.All memory accesses use I/O load/store instructions.Allocatable %qs at %L cannot have an initializerAllocatable array %qs at %L must have a deferred shape or assumed rankAllocatable coarray variable %qs at %L must have deferred shapeAllocatable component %s at %L must have a codimension as it has a noncoarray subcomponent of type EVENT_TYPEAllocatable component %s at %L must have a codimension as it has a noncoarray subcomponent of type LOCK_TYPEAllocatable component %s at %L of type EVENT_TYPE must have a codimensionAllocatable component %s at %L of type LOCK_TYPE must have a codimensionAllocatable component of structure at %C must have a deferred shapeAllocatable function %qs at %L must have an explicit function interfaceAllocate local variables on the stack to allow indirect recursion.Allocate-object at %C is not a nonprocedure pointer nor an allocatable variableAllocate-object at %L also appears at %LAllocate-object at %L is neither a data pointer nor an allocatable variableAllocate-object at %L is subobject of object at %LAllocate-object at %L must be ALLOCATABLE or a POINTERAllocate-object at %L with a deferred type parameter requires either a type-spec or SOURCE tag or a MOLD tagAllocating %s at %L with type-spec requires the same character-length parameter as in the declarationAllocating %s of ABSTRACT base type at %L requires a type-spec or source-exprAllocation would exceed memory limitAllow 128-bit integers in VSX registers.Allow 64-bit integer variables in upper registers with -mcpu=power7 or -mvsx.Allow Pointer Bounds Checker optimizations.  By default allowed on optimization levels >0.Allow access to instance variables as if they were local declarations within instance method implementations.Allow arbitrary character line width in fixed mode.Allow arbitrary character line width in free mode.Allow bit-fields to cross word boundaries.Allow branches to be packed with other instructions.Allow built-in functions ceil, floor, round, trunc to raise "inexact" exceptions.Allow conversions between __ea and generic pointers (default).Allow dollar signs in entity names.Allow double variables in upper registers with -mcpu=power7 or -mvsx.Allow fast jumps to the message dispatcher.Allow float variables in upper registers with -mcpu=power8 or -mpower8-vector.Allow float/double variables in upper registers if cpu allows it.Allow function addresses to be held in registers.Allow gcc to generate LIW instructions.Allow gcc to generate the SETLB and Lcc instructions.Allow hardware floating-point instructions to cover both 32-bit and 64-bit operations.Allow implicit conversions between vectors with differing numbers of subparts and/or differing element types.Allow interposing function (or variables) by ones with different semantics (or initializer) respectively by dynamic linker.Allow math optimizations that may violate IEEE or ISO standards.Allow new data races on stores to be introduced.Allow optimization for floating-point arithmetic which may change the result of the operation due to rounding.Allow premature scheduling of queued insns.Allow sign extension in fusion operations.Allow speculative motion of more loads.Allow speculative motion of non-loads.Allow speculative motion of some loads.Allow the IEEE 128-bit types without requiring the __float128 keyword.Allow the arguments of the '?' operator to have different types.Allow the store merging pass to introduce unaligned stores if it is legal to do so.Allow the use of MDMX instructions.Allow the use of MT instructions.Allow the use of hardware floating point instructions for V850E2V3 and up.Allow the use of hardware floating-point ABI and instructions.Allow to use *_nobnd versions of string functions by Pointer Bounds Checker.Allow to use *_nochk versions of string functions by Pointer Bounds Checker.Allow to use truncation instead of rounding towards zero for fractional fixed-point types.Allow two instructions to be issued per cycle.Allow variadic functions without named parameter.Already inside a CONTAINS block at %CAlternate RETURN statement at %C is only allowed within a SUBROUTINEAlternate RETURN statement at %L requires a SCALAR-INTEGER return specifierAlternate calling convention.Alternate return at %L is not permitted in a DTIO procedureAlternate return cannot appear in operator interface at %LAlternate return specifier in elemental subroutine %qs at %L is not allowedAlternate return specifier in function %qs at %L is not allowedAlternate-return argument at %CAlthough not referenced, %qs has ambiguous interfaces at %LAltiVec and SPE instructions cannot coexistAltiVec argument passed to unprototyped functionAltiVec not supported in this targetAlways generate long calls.Always treat bitfields as int-sized.Always use Dynamic Realigned Argument Pointer (DRAP) to realign stack.Always use JSR, never BSR, for calls.Ambiguous !$OMP DECLARE REDUCTION from module %s at %LAmbiguous interfaces in %s for %qs at %L and %qs at %LAmbiguous symbol in TYPE definition at %CAmend appropriate diagnostic messages with the command line option that controls them.An alias for minterlink-compressed provided for backward-compatibility.An alternate return at %L without a * dummy argumentAn indirect edge from %s is not marked as indirect or has associated indirect_info, the corresponding statement is: An outer FORALL construct already has an index with this name %LAnalyze and remove doubleword swaps from VSX computations.Analyzed alias has no referenceAnalyzed node has no reference to instrumented versionAnnotate assembler instructions with estimated addresses.Append a second underscore if the name already contains an underscore.Append underscores to externally visible names.Apply negative sign to zero values.Apply special rules for compiling runtime package.Apply variable expansion when loops are unrolled.Approximate maximum number of instructions to allow between a hint and its branch [125].Argument %<A%> with INTENT(INOUT) at %L of the intrinsic subroutine %s shall not have a vector subscriptArgument %<S%> of NEAREST at %L shall not be zeroArgument %qs appears twice in call to %qs at %LArgument %qs of %qs with PASS(%s) at %L may not be ALLOCATABLEArgument %qs of %qs with PASS(%s) at %L may not have the POINTER attributeArgument %qs of %qs with PASS(%s) at %L must be of the derived type %qsArgument %qs of %qs with PASS(%s) at %L must be of the derived-type %qsArgument %qs of %qs with PASS(%s) at %L must be scalarArgument %qs of elemental procedure %qs at %L must have its INTENT specified or have the VALUE attributeArgument %qs of elemental procedure at %L cannot have the ALLOCATABLE attributeArgument %qs of elemental procedure at %L cannot have the POINTER attributeArgument %qs of elemental procedure at %L must be scalarArgument %qs of pure function %qs at %L must be INTENT(IN) or VALUEArgument %qs of pure function %qs at %L with VALUE attribute but without INTENT(IN)Argument %qs of pure subroutine %qs at %L must have its INTENT specified or have the VALUE attributeArgument %qs of pure subroutine %qs at %L with VALUE attribute but without INTENTArgument %qs of statement function at %L must be scalarArgument CPTR at %L to C_F_POINTER shall have the type TYPE(C_PTR)Argument CPTR at %L to C_F_PROCPOINTER shall have the type TYPE(C_FUNPTR)Argument C_PTR_1 at %L to C_ASSOCIATED shall have the type TYPE(C_PTR) or TYPE(C_FUNPTR)Argument C_PTR_2 at %L to C_ASSOCIATED shall have the same type as C_PTR_1: %s instead of %sArgument FPTR at %L to C_F_POINTER must be a pointerArgument FPTR at %L to C_F_POINTER shall not be coindexedArgument FPTR at %L to C_F_PROCPOINTER shall be a procedure pointerArgument FPTR at %L to C_F_PROCPOINTER shall not be coindexedArgument NCOPIES of REPEAT intrinsic is negative (its value is %ld)Argument NCOPIES of REPEAT intrinsic is negative at %LArgument NCOPIES of REPEAT intrinsic is too largeArgument NCOPIES of REPEAT intrinsic is too large at %LArgument X at %L to C_FUNLOC shall be a procedure or a procedure pointerArgument X at %L to C_FUNLOC shall not be coindexedArgument X at %L to C_LOC shall be not be a zero-sized stringArgument X at %L to C_LOC shall have either the POINTER or the TARGET attributeArgument X at %L to C_LOC shall not be coindexedArgument at %L to C_LOC shall not be polymorphicArgument dim at %L must be of INTEGER typeArgument dim at %L must be scalarArgument mismatch for the overriding procedure %qs at %L: %sArgument of %s at %L must be of length oneArgument of %s function at %L is negativeArgument of %s function at %L is too large for the collating sequence of kind %dArgument of %s function at %L outside of range [0,127]Argument of ACOS at %L must be between -1 and 1Argument of ACOSH at %L must not be less than 1Argument of ASIN at %L must be between -1 and 1Argument of ATANH at %L must be inside the range -1 to 1Argument of FINAL procedure at %L must be of type %qsArgument of FINAL procedure at %L must not be ALLOCATABLEArgument of FINAL procedure at %L must not be INTENT(OUT)Argument of FINAL procedure at %L must not be OPTIONALArgument of FINAL procedure at %L must not be a POINTERArgument of IACHAR at %L must be of length oneArgument of IACHAR function at %L outside of range 0..127Argument of ICHAR at %L must be of length oneArgument of LOG at %L cannot be less than or equal to zeroArgument of LOG10 at %L cannot be less than or equal to zeroArgument of SELECT statement at %L cannot be %sArgument of SELECT statement at %L must be a scalar expressionArgument of SQRT at %L has a negative valueArgument to %<-fcheck%> is not valid: %sArgument to %<-ffpe-summary%> is not valid: %sArgument to %<-ffpe-trap%> is not valid: %sArgument types of %qs intrinsic at %L must match (%s/%s)Arithmetic IF statement at %CArithmetic IF statement at %L requires a scalar REAL or INTEGER expressionArithmetic NaN at %LArithmetic NaN converting %s to %s at %L. This check can be disabled with the option %<-fno-range-check%>Arithmetic NaN of bit-wise transferred BOZ at %L. This check can be disabled with the option %<-fno-range-check%>Arithmetic OK at %LArithmetic OK converting %s to %s at %LArithmetic overflow at %LArithmetic overflow converting %s to %s at %L. This check can be disabled with the option %<-fno-range-check%>Arithmetic overflow of bit-wise transferred BOZ at %L. This check can be disabled with the option %<-fno-range-check%>Arithmetic underflow at %LArithmetic underflow converting %s to %s at %L. This check can be disabled with the option %<-fno-range-check%>Arithmetic underflow of bit-wise transferred BOZ at %L. This check can be disabled with the option %<-fno-range-check%>Array %qs at %L cannot have a deferred shapeArray %qs at %L is a variable, which does not reduce to a constant expressionArray %qs at %L with non-constant bounds cannot be an EQUIVALENCE objectArray %qs is not permitted in reduction at %LArray TYPE_DOMAIN is not integer typeArray component of structure at %C must have an explicit shapeArray component of structure at %C must have explicit or deferred shapeArray constructor including type specification at %CArray constructor value at %L shall not be unlimited polymorphic [F2008: C4106]Array element size too big at %CArray index at %L is an array of rank %dArray index at %L must be of INTEGER type, found %sArray index at %L must be scalarArray of interoperable type at %L to C_LOC which is nonallocatable and neither assumed size nor explicit sizeArray operands are incommensurate at %LArray operands are incommensurate converting %s to %s at %LArray pointer %qs at %L must have a deferred shape or assumed rankArray reference at %C cannot have more than %d dimensionsArray reference at %L is out of bounds (%ld < %ld) in codimension %dArray reference at %L is out of bounds (%ld < %ld) in dimension %dArray reference at %L is out of bounds (%ld > %ld) in codimension %dArray reference at %L is out of bounds (%ld > %ld) in dimension %dArray reference in EQUIVALENCE at %C cannot be an array sectionArray reference out of boundsArray section at %L to C_LOCArray section designator, e.g. '(:)', is required besides the coarray designator '[...]' at %CArray section with a vector subscript at %L shall not be the target of a pointerArray sections: %qs not allowed in !$ACC DECLARE at %LArray specification at %C has more than %d dimensionsArray specification at %C with more than 7 dimensionsArray specification for symbol %qs in COMMON at %C must be explicitArray specification must be deferred at %LArray specification or array-valued SOURCE= expression required in ALLOCATE statement at %LArray specification required in ALLOCATE statement at %LArray-section actual argument at %L is incompatible with the non-assumed-shape dummy argument %qs due to VOLATILE attributeArray-section actual argument with vector subscripts at %L is incompatible with INTENT(OUT), INTENT(INOUT), VOLATILE or ASYNCHRONOUS attribute of the dummy argument %qsAs extending type %qs at %L has a coarray component, parent type %qs shall also have oneAssembler does not support -mabi=ilp32Assembler options
  =================
  
! Assigned GOTO statement at %CAssigned label is not a target labelAssigning value other than 0 or 1 to LOGICAL has undefined result at %LAssignment of scalar to unallocated arrayAssignment operator interface at %L must be a SUBROUTINEAssignment operator interface at %L must have two argumentsAssignment operator interface at %L must not redefine an INTRINSIC type assignmentAssignment to a FORALL index variable at %LAssignment to an allocatable polymorphic variable at %LAssignment to an allocatable polymorphic variable at %L requires %<-frealloc-lhs%>Assignment to coindexed variable at %L in a PURE procedureAssignment to polymorphic coarray at %L is not permittedAssociate-name %qs at %L is used as arrayAssociate-name %qs can not appear in a variable definition context (%s) at %L because its target at %L can not, eitherAssociation target at %C must not be coindexedAssume ES is zero throughout program execution, use ES: for read-only data.Assume ICPLBs are enabled at runtime.Assume a large TLS segment.Assume all symbols have 32-bit values.Assume all variable arg functions are prototyped.Assume code will be assembled by GAS.Assume code will be linked by GNU ld.Assume code will be linked by HP ld.Assume common declarations may be overridden with ones with a larger trailing array.Assume data segments are relative to text segment.Assume floating-point operations can trap.Assume incoming stack aligned to this power of 2.Assume labels and symbols can be addressed using 16 bit absolute addresses.Assume loading data from flash is slower than fetching instructions.Assume no NaNs or infinities are generated.Assume normal C execution environment.Assume possible double misalignment.Assume round to nearest is selected for purposes of scheduling.Assume signed arithmetic overflow wraps around.Assume small address space.Assume strict aliasing rules apply.Assume target CPU is configured as big endian.Assume target CPU is configured as little endian.Assume that all data in static storage can be accessed by LDS / STS.  This option is only useful for reduced Tiny devices.Assume that floating-point stores and loads are not likely to cause conflict when placed into one instruction group.Assume that receivers of Objective-C messages may be nil.Assume that run-time support has been provided, so omit -lsim from the linker command line.Assume that the reciprocal estimate instructions provide more accuracy.Assume that the source file is fixed form.Assume that the source file is free form.Assume that values of enumeration type are always within the minimum range of that type.Assume that zero displacement conditional branches are fast.Assume the VxWorks RTP environment.Assume the VxWorks vThreads environment.Assume unified syntax for inline assembly code.Assumed or deferred character length variable %qs in constant expression at %LAssumed rank array %qs in %s clause at %LAssumed shape array %qs at %L is not permitted in an initialization expressionAssumed shape array at %L must be a dummy argumentAssumed size array %qs at %L is not permitted in an initialization expressionAssumed size array %qs in %s clause at %LAssumed size array %qs in COPYPRIVATE clause at %LAssumed size array %qs in namelist %qs at %C is not allowedAssumed size array %qs in namelist %qs at %L is not allowedAssumed size array at %L must be a dummy argumentAssumed size polymorphic objects or components, such as that at %C, have not yet been implementedAssumed type at %CAssumed type at %C is not allowed for componentsAssumed type of variable %s at %L is only permitted for dummy variablesAssumed-rank argument at %L is only permitted as actual argument to intrinsic inquiry functionsAssumed-rank argument at %L is only permitted as first actual argument to the intrinsic inquiry function %sAssumed-rank argument requires an explicit interface at %LAssumed-rank array at %CAssumed-rank array at %L may not have the VALUE or CODIMENSION attributeAssumed-rank array at %L must be a dummy argumentAssumed-rank variable %s at %L as actual argument to an inquiry function shall be the first argumentAssumed-rank variable %s at %L may only be used as actual argumentAssumed-rank variable %s at %L shall not have a subobject referenceAssumed-shape actual argument at %L is incompatible with the non-assumed-shape dummy argument %qs due to VOLATILE attributeAssumed-shape array %qs at %L as dummy argument to the BIND(C) procedure %qs at %LAssumed-size dummy array with !$ACC DECLARE at %LAssumed-type actual argument at %L requires that dummy argument %qs is of assumed typeAssumed-type argument %s at %L requires an explicit interfaceAssumed-type argument at %L is not permitted as actual argument to the intrinsic %sAssumed-type argument at %L is only permitted as first actual argument to the intrinsic %sAssumed-type variable %s at %L as actual argument to an inquiry function shall be the first argumentAssumed-type variable %s at %L may not have the ALLOCATABLE, CODIMENSION, POINTER or VALUE attributeAssumed-type variable %s at %L may not have the INTENT(OUT) attributeAssumed-type variable %s at %L may only be used as actual argumentAssumed-type variable %s at %L shall not be an explicit-shape arrayAssumed-type variable %s at %L shall not have a subobject referenceAt global scope:At most %i profile runs is supported. Perhaps corrupted profile?At top level:Atomically write back software data cache lines (default).Attempt to DEALLOCATE unallocated '%s'Attempt to avoid generating instruction sequences containing ret bytes.Attempt to fill delay slots of branch instructions.Attempt to indirectly overlap COMMON blocks %s and %s by EQUIVALENCE at %CAttempt to keep stack aligned to this power of 2.Attempt to merge identical constants across compilation units.Attempt to merge identical constants and constant variables.Attempt to merge identical debug strings across compilation units.Attempting to allocate already allocated variableAttempting to allocate already allocated variable '%s'Attribute %s at %L in a TYPE definitionAttribute at %L is not allowed in a TYPE definitionAutoFDO profile magic number does not matchAutoFDO profile version %u does match %uAutomatic array %qs at %L cannot have an initializerAutomatically align branch targets to reduce branch penalties.Average number of iterations of a loop.Avoid all range limits on call instructions.Avoid generating pc-relative calls; use indirection.Avoid generation of indexed load/store instructions when possible.Avoid overlapping destination and address registers on LDRD instructions that may trigger Cortex-M3 errata.Avoid speculative loads to work around a hardware anomaly.Avoid use of the DIV and MOD instructionsBB %i can not throw but has an EH edgeBB %i has incorrect edgeBB %i has incorrect fallthru edgeBB %i has multiple EH edgesBB %i is missing an EH edgeBB %i is missing an edgeBB %i last statement has incorrectly set lpBB %i too many fallthru edgesBB_RTL flag not set for block %dBIND(C) applied to %s %s at %LBIND(C) at %LBIND(C) attribute at %C requires an interface with BIND(C)BIND(C) attribute at %L can only be used for variables or common blocksBIND(C) attribute at %L may not be specified for an internal procedureBIND(C) procedure with NAME may not have POINTER attribute at %CBIND(C) statement at %CBLANK= at %C not allowed in Fortran 95BLOCK DATA element %qs at %L must be in COMMONBLOCK construct at %CBMX instructions are only supported with R2 architectureBOZ constant at %C uses non-standard postfix syntaxBOZ constant at %L is too large (%ld vs %ld bits)BOZ literal at %L is bitwise transferred non-integer symbol %qsBOZ literal at %L outside a DATA statement and outside INT/REAL/DBLE/CMPLXBOZ literal at %L used to initialize non-integer variable %qsBOZ used outside a DATA statement at %CBYTE type at %CBYTE type used at %C is not available on the target machineBad 128-bit moveBad GPR fusionBad INTENT specification at %CBad IO basetype (%d)Bad allocate-object at %C for a PURE procedureBad array reference at %LBad array specification for an explicitly shaped array at %CBad array specification for assumed shape array at %CBad array specification for implied-shape array at %CBad array specification in ALLOCATE statement at %LBad character %qc in OPERATOR name at %CBad coarray specification in ALLOCATE statement at %LBad continuation line at %CBad kind expression for function %qs at %LBad kind for logical constant at %CBad nameBad operatorBad specification for assumed size array at %CBad specification for deferred shape array at %CBad target in pointer assignment in PURE procedure at %LBad type in constant expressionBad type in gfc_simplify_signBase object for NOPASS type-bound procedure call at %L must be scalarBase object for procedure-pointer component call at %L is of ABSTRACT type %qsBase object for type-bound procedure call at %L is of ABSTRACT type %qsBinding at %C must have the same access as already defined binding %qsBinding attributes already specify passing, illegal NOPASS at %CBinding attributes already specify passing, illegal PASS at %CBlank BLOCK DATA at %C conflicts with prior BLOCK DATA at %LBlank required in %s statement near %CBlanket SAVE statement at %C follows previous SAVE statementBlock label is not appropriate for IF statement at %CBlock label not appropriate for arithmetic IF statement at %CBoard name [and memory region].Both section and comdat group is setBound on number of candidates below that all candidates are considered in iv optimizations.Bound on number of iv uses in loop optimized in iv optimizations.Bound on number of runtime checks inserted by the vectorizer's loop versioning for alias check.Bound on number of runtime checks inserted by the vectorizer's loop versioning for alignment check.Bound on size of expressions used in the scalar evolutions analyzer.Bound on the complexity of the expressions in the scalar evolutions analyzer.Bound on the cost of an expression to compute the number of iterations.Bound on the number of iterations the brute force # of iterations analysis algorithm evaluates.Bounds specification for %qs in pointer assignment at %LBranch at %L may result in an infinite loopBranches are this expensive (1-5, arbitrary units).Branches executed:%s of %d
! Build for Core A.Build for Core B.Build for SDRAM.Builtin %qF requires arch12 or higher.Builtin function %s is not supported with the current optionsBuiltin function %s is only valid for the cell processorBuiltin function %s not supported in this compiler configurationBuiltin function %s requires Nios II R%dBuiltin function %s requires the -maltivec optionBuiltin function %s requires the -mcpu=power9 and -m64 optionsBuiltin function %s requires the -mcpu=power9 optionBuiltin function %s requires the -mfloat128 optionBuiltin function %s requires the -mhard-dfp and -mpower8-vector optionsBuiltin function %s requires the -mhard-dfp optionBuiltin function %s requires the -mhard-float and -mlong-double-128 optionsBuiltin function %s requires the -mhard-float optionBuiltin function %s requires the -mhtm optionBuiltin function %s requires the -mpaired optionBuiltin function %s requires the -mpower8-vector optionBuiltin function %s requires the -mspe optionBuiltin function %s requires the -mvsx optionBy-value argument at %L cannot be an array or an array sectionBy-value argument at %L is not allowed in this contextBy-value argument at %L is not of numeric typeC interoperable character dummy variable %qs at %L with VALUE attribute must have length oneC kind type parameter is for type %s but type at %L is %sC++ constructors and destructors will not be invoked for Objective-C fieldsC++ lookup of %qD would return a field, not a typeC++ requires promoted type, not enum type, in %<va_arg%>C++11 %<constexpr%> only available with -std=c++11 or -std=gnu++11C++11 %<noexcept%> only available with -std=c++11 or -std=gnu++11C++11 %<thread_local%> allows dynamic initialization and destructionC++11 %<thread_local%> only available with -std=c++11 or -std=gnu++11C++11 auto only available with -std=c++11 or -std=gnu++11C99 designator %qE is not an integral constant-expressionC99 designator %qE outside aggregate initializerCASE label at %L overlaps with CASE label at %LCDX instructions are only supported with R2 architectureCFString literal expression is not a string constantCFString literal is missingCHARACTER expression at %L is being truncated (%d/%d)CHARACTER expression will be truncated in assignment (%d/%d) at %LCHARACTER length in !$OMP DECLARE REDUCTION %s not constant at %LCHARACTER length must be a constant at %LCHARACTER(*) function %qs at %LCHARACTER(*) function %qs at %L cannot be array-valuedCHARACTER(*) function %qs at %L cannot be pointer-valuedCHARACTER(*) function %qs at %L cannot be pureCHARACTER(*) function %qs at %L cannot be recursiveCLASS selector at %L needs a temporary which is not yet implementedCLASS statement at %CCLASS variable %qs at %L cannot have the PARAMETER attributeCLASS variable %qs at %L must be dummy, allocatable or pointerCLOSE statement at %L requires a UNIT numberCLOSE statement not allowed in PURE procedure at %CCODIMENSION specified for %qs outside its INTERFACE body at %LCOLLAPSE clause argument not constant positive integer at %CCOLLECT_GCC must be setCOLLECT_GCC must be set.COLLECT_LTO_WRAPPER must be setCOMMON %qs at %L does not existCOMMON %qs at %L requires %d bytes of padding; reorder elements or use %<-fno-align-commons%>COMMON at %L mentioned multiple times in clauses of the same OMP DECLARE TARGET directiveCOMMON at %L requires %d bytes of padding; reorder elements or use %<-fno-align-commons%>COMMON block %qs at %L can not have the EXTERNAL attributeCOMMON block %qs at %L is also an intrinsic procedureCOMMON block %qs at %L is used as PARAMETER at %LCOMMON block %qs at %L that is also a function resultCOMMON block %qs at %L that is also a global procedureCOMMON block %qs at %L uses the same global identifier as entity at %LCOMMON block /%s/ not found at %CCOMMON block at %L with binding label %s uses the same global identifier as entity at %LCOMMON variable %qs at %L must have constant character lengthCOMPLEX argument %qs of %qs intrinsic at %LCOMPLEX quantities cannot be compared at %LCONTAINS block in derived type definition at %CCONTAINS statement at %C is already in a contained program unitCONTAINS statement without FUNCTION or SUBROUTINE statement at %LCONTIGUOUS attribute at %CCONTIGUOUS statement at %CCONVERT tag at %LCOUNT argument of the EVENT_QUERY intrinsic function at %L shall be definableCOUNT argument of the EVENT_QUERY intrinsic function at %L shall have at least the range of the default integerCOUNT argument to SYSTEM_CLOCK at %L has non-default kindCOUNT_MAX argument to SYSTEM_CLOCK at %L has non-default kindCOUNT_RATE argument to SYSTEM_CLOCK at %L has non-default kindCPU you selected does not support x86-64 instruction setCPUs older than z900 are not supported for -fsplit-stackCRIS-port assertion failed: CRITICAL block inside of OpenACC region at %CCRITICAL block inside of OpenMP region at %CCRITICAL statement at %CCYCLE statement at %C is not applicable to non-loop construct %qsCYCLE statement at %C to non-innermost collapsed !$ACC LOOP loopCYCLE statement at %C to non-innermost collapsed !$OMP DO loopCall mcount for profiling before a function prologue.Caller copies function arguments passed by hidden reference.Calls executed:%s of %d
  Can't USE the same %smodule we're building!Can't compute the length of the char array at %L.Can't construct ABSTRACT type %qs at %LCan't convert %qs to %qs at %LCan't convert %s to %s at %LCan't delete module file %qs: %sCan't delete temporary module file %qs: %sCan't find an intrinsic module named %qs at %CCan't find keyword named %qs in call to %qs at %LCan't initialize implied-shape array at %L with scalarCan't open file %qsCan't open module file %qs for reading at %C: %sCan't open module file %qs for writing at %C: %sCan't overwrite GENERIC %qs at %LCan't rename module file %qs to %qs: %sCannot IMPORT %qs from host scoping unit at %C - does not exist.Cannot assign to a named constant at %CCannot call %<__builtin_custom_%s%> without specifying switch %<-mcustom-%s%>Cannot change attributes of USE-associated symbol %s at %LCannot change attributes of USE-associated symbol at %LCannot change directory to %sCannot get current directory nameCannot initialize parameter array at %L with variable length elementsCannot make directory %sCannot map %sCannot open %sCannot open source file %s
! Cannot read %sCannot read module file %qs opened at %C, because it was created by a different version of GNU FortranCannot specify IMPLICIT at %C after IMPLICIT NONECatch typos.Cause gas to print tomcat statistics.Cgraph edge statement index not foundCgraph edge statement index out of rangeChained transparent aliasesChange of value in conversion from  %qs to %qs at %LChange of value in conversion from %qs to %qs at %LChange only the low 8 bits of the stack pointer.Change the ABI to allow double word insns.Change the amount of scheduler lookahead.Change the maximum length of conditionally-executed sequences.Change the number of temporary registers that are available to conditionally-executed sequences.Change the stack pointer without disabling interrupts.Changes visibility to match Microsoft Visual Studio by default.Character %qs in string at %C is not representable in character kind %dCharacter %qs in string at %L cannot be converted into character kind %dCharacter argument %qs at %L must be length 1 because procedure %qs is BIND(C)Character component %qs of %qs at %L with deferred length must be a POINTER or ALLOCATABLECharacter dummy variable %qs at %L with VALUE attribute must have constant lengthCharacter length mismatch (%ld/%ld) between actual argument and assumed-shape dummy argument %qs at %LCharacter length mismatch (%ld/%ld) between actual argument and pointer or allocatable dummy argument %qs at %LCharacter length of actual argument shorter than of dummy argument %qs (%lu/%lu) at %LCharacter length of component %qs needs to be a constant specification expression at %LCharacter-valued argument %qs of statement function at %L must have constant lengthCharacter-valued internal function %qs at %L must not be assumed lengthCharacter-valued module procedure %qs at %L must not be assumed lengthCharacter-valued statement function %qs at %L must have constant lengthCheck for stack overflow at runtime.Check for syntax errors, then stop.Check the return value of new in C++.Chose strategy to generate stringop using.Chunk size of omp schedule for loops parallelized by parloops.Cilk array notation cannot be used as a computed goto expressionCilk array notation cannot be used as a condition for a do-while statementCilk array notation cannot be used as a condition for switch statementCilk array notation cannot be used as a condition for while statementCilk array notation cannot be used for a throw expressionCilk array notation cannot be used in a condition for a for-loopClause AUTO conflicts with GANG at %LClause AUTO conflicts with VECTOR at %LClause AUTO conflicts with WORKER at %LClause SEQ conflicts with AUTO at %LClause SEQ conflicts with GANG at %LClause SEQ conflicts with INDEPENDENT at %LClause SEQ conflicts with VECTOR at %LClause SEQ conflicts with WORKER at %LClear all tune features.Clear hardware capabilities when linking.Clear the BSS to zero and place zero initialized in BSS.Coarray component %qs at %L must be allocatable with deferred shapeCoarray declaration at %CCoarray designator at %C but %qs is not a coarrayCoarray dummy argument %qs at %L to elemental procedureCoarray dummy variable %qs at %L not allowed in BIND(C) procedure %qsCoarray specification required in ALLOCATE statement at %LCoarray variable %qs at %L shall not have codimensions with deferred shapeCoarrays disabled at %C, use %<-fcoarray=%> to enableCoarrays disabled at %L, use %<-fcoarray=%> to enableCoarrays not supported in %s clause at %LCode for reallocating the allocatable array at %L will be addedCode for reallocating the allocatable variable at %L will be addedCode size: small, medium or large.Coindex of codimension %d must be a scalar at %LCoindex rank mismatch in array reference at %L (%d/%d)Coindexed ASYNCHRONOUS or VOLATILE actual argument at %L requires that dummy %qs has neither ASYNCHRONOUS nor VOLATILECoindexed actual argument at %L in PURE procedure is passed to a POINTER dummy argumentCoindexed actual argument at %L in PURE procedure is passed to an INTENT(%s) argumentCoindexed actual argument at %L to allocatable dummy %qs requires INTENT(IN)Coindexed actual argument at %L to pointer dummy %qsCoindexed actual argument at %L with allocatable ultimate component to dummy %qs requires either VALUE or INTENT(IN)Coindexed actual argument at %L with ultimate pointer componentCoindexed allocatable object at %LCoindexed expression at %L is assigned to a derived type variable with a POINTER component in a PURE procedureCoindexed expression to pointer component %qs in structure constructor at %L!Coindexed object with polymorphic allocatable subcomponent at %LCoindexed polymorphic actual argument at %L is passed polymorphic dummy argument %qsCoindexed procedure-pointer component at %CCoindexed variable must not have an allocatable ultimate component in assignment at %LCollect and dump debug information into temporary file if ICE in C/C++ compiler occurred.Comma before i/o item list at %LComma required after P descriptorCommon block member %qs at %L cannot be an EQUIVALENCE object in the pure procedure %qsCompile code for big endian mode.Compile code for little endian mode.  This is the default.Compile code that relies on Cygwin DLL wrappers to support C++ operator new/delete replacement.Compile for 32-bit pointers.Compile for 64-bit pointers.Compile for ETRAX 100 (CRIS v8).Compile for ETRAX 4 (CRIS v3).Compile for V8+ ABI.Compile for the DSBT shared library ABI.Compile for the m32r.Compile for the m32r2.Compile for the m32rx.Compile for the v850 processor.Compile for the v850e processor.Compile for the v850e1 processor.Compile for the v850e2 processor.Compile for the v850e2v3 processor.Compile for the v850e3v5 processor.Compile for the v850es variant of the v850e1.Compile whole compilation unit at a time.Compile with 32 bit longs and pointers, which is the only supported behavior and thus the flag is ignored.Compile with 32 bit longs and pointers.Compile with 64 bit longs and pointers.Compile-time bonus IPA-CP assigns to candidates which make an array index known..Compile-time bonus IPA-CP assigns to candidates which make loop bounds or strides known..Complex argument of LOG at %L cannot be zeroComplex multiplication and division follow Fortran rules.Component %qs at %C already declared at %LComponent %qs at %C already in the parent type at %LComponent %qs at %C is a PRIVATE component of %qsComponent %qs at %L cannot have the ALLOCATABLE attribute because it is a member of the BIND(C) derived type %qs at %LComponent %qs at %L cannot have the POINTER attribute because it is a member of the BIND(C) derived type %qs at %LComponent %qs at %L has the CONTIGUOUS attribute but is not an array pointerComponent %qs at %L of TYPE(C_PTR) or TYPE(C_FUNPTR) shall not be a coarrayComponent %qs at %L with coarray component shall be a nonpointer, nonallocatable scalarComponent %qs in derived type %qs at %L may not be C interoperableComponent %qs in derived type %qs at %L may not be C interoperable, even though derived type %qs is BIND(C)Component %qs is initialized twice in the structure constructor at %L!Component %qs of %qs at %L has the same name as an inherited type-bound procedureComponent %qs with CLASS at %C must be allocatable or pointerComponent %s at %L of type EVENT_TYPE must have a codimension or be a subcomponent of a coarray, which is not possible as the component has the pointer attributeComponent %s at %L of type LOCK_TYPE must have a codimension or be a subcomponent of a coarray, which is not possible as the component has the pointer attributeComponent %s of SEQUENCE type declared at %L does not have the SEQUENCE attributeComponent at %C must have the POINTER attributeComponent initializer without name after component named %s at %L!Component to the right of a part reference with nonzero rank must not have the ALLOCATABLE attribute at %LComponent to the right of a part reference with nonzero rank must not have the POINTER attribute at %LComponents in TYPE at %C must precede CONTAINSComputed GOTO at %CConcat operator at %L must concatenate strings of the same kindConcatenation operator in expression at %L must have two CHARACTER operandsConfigured with: %s
  Conflicting initializers in union at %L and %LConform more closely to IBM XLC semantics.Conform to nothing in particular.Conform to the ISO 1990 C standard as amended in 1994.Conform to the ISO 1990 C standard with GNU extensions.Conform to the ISO 1990 C standard.Conform to the ISO 1998 C++ standard revised by the 2003 technical corrigendum with GNU extensions.Conform to the ISO 1998 C++ standard revised by the 2003 technical corrigendum.Conform to the ISO 1999 C standard with GNU extensions.Conform to the ISO 1999 C standard.Conform to the ISO 2011 C standard with GNU extensions.Conform to the ISO 2011 C standard.Conform to the ISO 2011 C++ standard with GNU extensions.Conform to the ISO 2011 C++ standard.Conform to the ISO 2014 C++ standard with GNU extensions.Conform to the ISO 2014 C++ standard.Conform to the ISO 2017(?) C++ draft standard (experimental and incomplete support).Conform to the ISO 201z(7?) C++ draft standard with GNU extensions (experimental and incomplete support).Conform to the ISO Fortran 2003 standard.Conform to the ISO Fortran 2008 standard including TS 29113.Conform to the ISO Fortran 2008 standard.Conform to the ISO Fortran 95 standard.Conform to the Objective-C 1.0 language as implemented in GCC 4.0.Conform to the o32 FPXX ABI.Consider access to byte sized memory slow.Consider type 'int' to be 16 bits wide.Consider type 'int' to be 32 bits wide.Constant expression in FORMAT tag at %L must be of type default CHARACTERConstant expression required at %CConstant logical value in CASE statement is repeated at %LConstruct webs and split unrelated uses of single variable.Contained function %qs at %L has no IMPLICIT typeContained procedure %qs at %C is already ambiguousContained procedure %qs at %L has the same name as its encompassing procedureContained procedure %qs at %L of a PURE procedure must also be PUREControl generation of reciprocal estimates.Control how Pointer Bounds Checker handle pointers to object fields.  When narrowing is on, field bounds are used.  Otherwise full object bounds are used.Control register number must be in range 0-31 for %sControl the IEEE trap mode.Control the generated fp rounding mode.Control the precision given to fp exceptions.Conversion from %qs to %qs at %LConversion from %s to %s at %LConversion from %s to default-kind COMPLEX(%d) at %L might lose precision, consider using the KIND argumentConversion of an Infinity or Not-a-Number at %L to INTEGERConvert conditional jumps in innermost loops to branchless equivalents.Convert floating point constants to single precision constants.Copy array sections into a contiguous block on procedure entry.Copyright %s 2014-2017 Free Software Foundation, Inc.
  Corank mismatch in argument %qs at %L (%d and %d)Cost at which GCSE optimizations will not constraint the distance an expression can travel.Cost to assume for a branch insn.Cost to assume for a multiply insn.Cost to assume for a multiply instruction, with 4 being equal to a normal insn.Could not generate addis value for fusionCould not open output file '%s'
! Couldn't set Cray pointee array spec.Couldn't set pointee array spec.Count speculative dependencies while calculating priority of instructions.Cray Pointee at %C cannot be assumed shape arrayCray Pointee at %L appears in multiple pointer() statementsCray pointee %qs in %s clause at %LCray pointee %qs in SHARED clause at %LCray pointee object %qs in %s clause at %LCray pointee object %qs of derived type in %s clause at %LCray pointee object %qs of polymorphic type in %s clause at %LCray pointer %qs in %s clause at %LCray pointer at %C has %d bytes of precision; memory addresses require %d bytesCray pointer at %C must be an integerCray pointer declaration at %C requires -fcray-pointer flagCray pointer object %qs in %s clause at %LCray pointer object %qs of derived type in %s clause at %LCray pointer object %qs of polymorphic type in %s clause at %LCreate GUI application.Create a position independent executable.Create a shared library.Create canonical induction variables in loops.Create console application.Create data files needed by "gcov".Creating '%s'
! Creating array temporary at %LCreating array temporary at %L for argument %qsDATA array %qs at %L must be specified in a previous declarationDATA element %qs at %L cannot have a coindexDATA element %qs at %L is a pointer and so must be a full arrayDATA statement at %C after the first executable statementDATA statement at %C cannot appear within an INTERFACEDATA statement at %C is not allowed in a PURE procedureDATA statement at %L has more values than variablesDATA statement at %L has more variables than valuesDC format specifier not allowed at %CDEALLOCATE objectDEALLOCATE of coarray at %C in CRITICAL blockDEALLOCATE of coarray at %C in DO CONCURRENT blockDECIMAL= at %C not allowed in Fortran 95DECL_GIMPLE_REG_P set on a variable with address takenDEF_INTERNAL_FLT_FN (%s) has no associated built-in functionsDEF_INTERNAL_INT_FN (%s) has no associated built-in functionsDELIM= at %C not allowed in Fortran 95DEPEND SINK used together with DEPEND SOURCE on the same construct at %LDIM argument at %L is out of boundsDIM argument without COARRAY argument not allowed for THIS_IMAGE intrinsic at %LDIMENSION specified for %qs outside its INTERFACE body at %LDISTANCE= argument to NUM_IMAGES at %LDISTANCE= argument to THIS_IMAGE at %LDIST_SCHEDULE clause's chunk_size at %L requires a scalar INTEGER expressionDO CONCURRENT construct at %CDO loop at %L is undefined as it overflowsDO loop at %L is undefined as it underflowsDO loop at %L will be executed zero timesDO step value is zeroDO termination statement which is not END DO or CONTINUE with label %d at %CDO-iterator %qs at %L is inside iterator of the same nameDOUBLE COMPLEX at %CDP format specifier not allowed at %CDTIO %s procedure at %L must be recursiveDTIO dummy argument at %L must be a scalarDTIO dummy argument at %L must be an ASSUMED SHAPE ARRAYDTIO dummy argument at %L must be of KIND = %dDTIO dummy argument at %L must be of type %sDTIO dummy argument at %L must have INTENT %sDTIO procedure %qs at %L must be a subroutineData element above array upper bound at %LData element below array lower bound at %LData is stored in big-endian format.Data is stored in little-endian format.  (Default).Data target at %L shall not have a coindexData transfer element at %L cannot be a full reference to an assumed-size arrayData transfer element at %L cannot be polymorphic unless it is processed by a defined input/output procedureData transfer element at %L cannot have ALLOCATABLE components unless it is processed by a defined input/output procedureData transfer element at %L cannot have POINTER components unless it is processed by a defined input/output procedureData transfer element at %L cannot have PRIVATE componentsData transfer element at %L cannot have PRIVATE components unless it is processed by a defined input/output procedureData transfer element at %L cannot have procedure pointer componentsData-pointer-object at %L must be unlimited polymorphic, or of a type with the BIND or SEQUENCE attribute, to be compatible with an unlimited polymorphic targetDeclaring method %qD final would enable devirtualization of %i callDeclaring method %qD final would enable devirtualization of %i callsDeclaring method %qD final would enable devirtualization of %i call executed %lli timesDeclaring method %qD final would enable devirtualization of %i calls executed %lli timesDeclaring type %qD final would enable devirtualization of %i callDeclaring type %qD final would enable devirtualization of %i callsDeclaring type %qD final would enable devirtualization of %i call executed %lli timesDeclaring type %qD final would enable devirtualization of %i calls executed %lli timesDeclaring virtual destructor of %qD final would enable devirtualization of %i callDeclaring virtual destructor of %qD final would enable devirtualization of %i callsDeclaring virtual destructor of %qD final would enable devirtualization of %i call executed %lli timesDeclaring virtual destructor of %qD final would enable devirtualization of %i calls executed %lli timesDefer popping functions args from stack until later.Deferred array %qs at %L is not permitted in an initialization expressionDeferred type parameter not yet supportedDelete dead instructions that may throw exceptions.Delete useless null pointer checks.Deleted feature:Deprecated in favor of -std=c++11.Deprecated in favor of -std=c++14.Deprecated in favor of -std=c11.Deprecated in favor of -std=c99.Deprecated in favor of -std=gnu++11.Deprecated in favor of -std=gnu++14.Deprecated in favor of -std=gnu11.Deprecated in favor of -std=gnu99.Deprecated in favor of -std=iso9899:1999.Deprecated option.  Use -misel instead.Deprecated option.  Use -mno-isel instead.Deprecated option.  Use -mno-spe instead.Deprecated option.  Use -mno-vrsave instead.Deprecated option.  Use -mspe instead.Deprecated option.  Use -mvrsave instead.Deprecated.  This switch has no effect.Derived type %qs at %C is being used before it is definedDerived type %qs at %L cannot be declared with both PRIVATE and BIND(C) attributesDerived type %qs at %L cannot have the SEQUENCE attribute because it is BIND(C)Derived type %qs at %L may not be ABSTRACTDerived type %qs at %L must be an extension of %qsDerived type %qs at %L must be extensibleDerived type %qs cannot be used as a variable at %CDerived type %qs declared at %L must have the BIND attribute to be C interoperableDerived type %qs with BIND(C) attribute at %L is empty, and may be inaccessible by the C companion processorDerived type at %C can only be PRIVATE in the specification part of a moduleDerived type at %C can only be PUBLIC in the specification part of a moduleDerived type at %C has not been previously defined and so cannot appear in a derived type definitionDerived type component %C is not a permitted EQUIVALENCE memberDerived type declaration with FINAL at %C must be in the specification part of a MODULEDerived type definition at %C with empty CONTAINS sectionDerived type definition at %C without componentsDerived type definition of %qs at %C has already been definedDerived type name %qs at %C already has a basic type of %sDerived type variable %qs at %L cannot have ALLOCATABLE components to be an EQUIVALENCE objectDerived type variable %qs at %L must have SEQUENCE attribute to be an EQUIVALENCE objectDerived type variable %qs at %L with default initialization cannot be in EQUIVALENCE with a variable in COMMONDerived type variable %qs at %L with pointer component(s) cannot be an EQUIVALENCE objectDerived type variable %qs in COMMON at %L has an ultimate component that is allocatableDerived type variable %qs in COMMON at %L has neither the SEQUENCE nor the BIND(C) attributeDerived type variable %qs in COMMON at %L may not have default initializerDerived-type %qs declared at %L must be ABSTRACT because %qs is DEFERRED and not overriddenDerived-type %qs with BIND(C) must not have a CONTAINS section at %CDerived-type %qs with SEQUENCE must not have a CONTAINS section at %CDerived-type dummy argument %qs at %L was declared INTENT(OUT) but was not set and does not have a default initializerDescription for mxl-mode-bootstrap.Description for mxl-mode-executable.Description for mxl-mode-novectors.Description for mxl-mode-xmdstub.Detect paths that trigger erroneous or undefined behavior due a null value being used in a way forbidden by a returns_nonnull or nonnull attribute.  Isolate those paths from the main control flow and turn the statement with erroneous or undefined behavior into a trap.Detect paths that trigger erroneous or undefined behavior due to dereferencing a null pointer.  Isolate those paths from the main control flow and turn the statement with erroneous or undefined behavior into a trap.Determine which dependences between insns are considered costly.Different CHARACTER lengths (%d/%d) in array constructor at %LDifferent CHARACTER lengths (%ld/%ld) in array constructorDifferent kind type parameters in pointer assignment at %LDifferent ranks in pointer assignment at %LDifferent shape for %s at %L on dimension %d (%d and %d)Different shape for arguments %qs and %qs at %L for intrinsic %<dot_product%>Different shape on dimension 1 for arguments %qs and %qs at %L for intrinsic matmulDifferent shape on dimension 2 for argument %qs and dimension 1 for argument %qs at %L for intrinsic matmulDifferent type kinds at %LDifferent types in pointer assignment at %L; attempted assignment of %s to %sDimensions specified for %s at %L after its initializationDisable ARCompact specific pass to generate conditional execution instructions.Disable FP regs.Disable LR and SR instructions from using FPX extension aux registers.Disable Scalar to Vector optimization pass transforming 64-bit integer computations into a vector ones.Disable floating point optimizations that ignore the IEEE signedness of zero.Disable hardware floating point.Disable indexed addressing.Disable optimizations observable by IEEE signaling NaNs.Disable optimizations that assume default FP rounding behavior.Disable position-independent code (PIC) for use in OS kernel code.Disable preprocessing.Disable space regs.Disable the use of RX FPU instructions.  Disallow direct calls to global functions.Disallow more than 'msched-max-memory-insns' in instruction group. Otherwise, limit is 'soft' (prefer non-memory operations when limit is reached).Discover pure and const functions.Discover readonly and non addressable static variables.Display compile time statistics.Display statistics accumulated during compilation.Display the code tree after front end optimization.Display the code tree after parsing.Display the code tree after parsing; deprecated option.Display the compiler's version.Display this information.Division by zero at %LDivision by zero converting %s to %s at %LDivision strategy, one of: call-div1, call-fp, call-table.Do CFG-sensitive rematerialization in LRA.Do alignment optimizations for call instructions.Do dispatch scheduling if processor is bdver1, bdver2, bdver3, bdver4 or znver1 and Haifa scheduling is selected.Do no generate BRcc instructions in arc_reorg.Do not allow constant data to be placed in code sections.Do not assume a large TLS segment.Do not assume that standard C libraries and "main" exist.Do not disable space regs.Do not discard comments in macro expansions.Do not discard comments.Do not display functions compiled or elapsed time.Do not emit addressing modes with side-effect assignment.Do not emit complex integer constants to read-only memory.Do not emit function prologue or epilogue.Do not enforce strict alignment.Do not generate #line directives.Do not generate .size directives.Do not generate a single exit point for each function.Do not generate code that can only run in supervisor mode (default).Do not generate load/store with update instructions.Do not generate millicode thunks (needed only with -Os).Do not generate mpy instructions for ARC700.Do not inline integer division.Do not inline square root.Do not link against the device-specific library lib<MCU>.a.Do not load the PIC register in function prologues.Do not look for object files in standard path.Do not mark ABI switches in e_flags.Do not perform optimizations increasing noticeably stack usage.Do not place floating point constants in TOC.Do not place symbol+offset constants in TOC.Do not predefine system-specific and GCC-specific macros.Do not pretend that branches are expensive.Do not provide a default start-address 0x100 of the program.Do not push extended registers on stack in monitor functions.Do not put uninitialized globals in the common section.Do not search standard system include directories (those specified with -isystem will still be used).Do not search standard system include directories for C++.Do not support SSE4.1 and SSE4.2 built-in functions and code generation.Do not suppress C++ class debug information.Do not suppress warnings from system headers.Do not treat local variables and COMMON blocks as if they were named in SAVE statements.Do not tune code and read-only data alignment.Do not tune stack alignment.Do not tune writable data alignment.Do not use MDMX instructions.Do not use MIPS-3D instructions.Do not use VAX fp.Do not use a cache-flushing function before calling stack trampolines.Do not use addresses that allocate global registers.Do not use condition codes from normal instructions.Do not use hardware FP.Do not use hardware floating point.Do not use hardware fp.Do not use hardware quad fp instructions.Do not use inline patterns for copying memory.Do not use the AltiVec ABI extensions.Do not use the SPE ABI extensions.Do not use the bit-field instructions.Do not use the callt instruction (default).Do not use the fabsd custom instruction.Do not use the fabss custom instr.Do not use the faddd custom instruction.Do not use the fadds custom instruction.Do not use the fatand custom instruction.Do not use the fatans custom instruction.Do not use the fcmpeqd custom instruction.Do not use the fcmpeqs custom instruction.Do not use the fcmpged custom instruction.Do not use the fcmpges custom instruction.Do not use the fcmpgtd custom instruction.Do not use the fcmpgts custom instruction.Do not use the fcmpled custom instruction.Do not use the fcmples custom instruction.Do not use the fcmpltd custom instruction.Do not use the fcmplts custom instruction.Do not use the fcmpned custom instruction.Do not use the fcmpnes custom instruction.Do not use the fcosd custom instruction.Do not use the fcoss custom instruction.Do not use the fdivd custom instruction.Do not use the fdivs custom instruction.Do not use the fexpd custom instruction.Do not use the fexps custom instruction.Do not use the fextsd custom instruction.Do not use the fixdi custom instruction.Do not use the fixdu custom instruction.Do not use the fixsi custom instruction.Do not use the fixsu custom instruction.Do not use the floatid custom instruction.Do not use the floatis custom instruction.Do not use the floatud custom instruction.Do not use the floatus custom instruction.Do not use the flogd custom instruction.Do not use the flogs custom instruction.Do not use the fmaxd custom instruction.Do not use the fmaxs custom instruction.Do not use the fmind custom instruction.Do not use the fmins custom instruction.Do not use the fmuld custom instruction.Do not use the fmuls custom instruction.Do not use the fnegd custom instruction.Do not use the fnegs custom instruction.Do not use the frdxhi custom instruction.Do not use the frdxlo custom instruction.Do not use the frdy custom instruction.Do not use the fsind custom instruction.Do not use the fsins custom instruction.Do not use the fsqrtd custom instruction.Do not use the fsqrts custom instruction.Do not use the fsubd custom instruction.Do not use the fsubs custom instruction.Do not use the ftand custom instruction.Do not use the ftans custom instruction.Do not use the ftruncds custom instruction.Do not use the fwrx custom instruction.Do not use the fwry custom instruction.Do not use the round custom instruction.Do not use unaligned memory references.Do not warn about using "long long" when -pedantic.Do stack checking using bounds in L1 scratch memory.Does nothing.  Preserved for backward compatibility.Does nothing. Preserved for backward compatibility.Don't align items in code or data.Don't allocate floats and doubles in extended-precision registers.Don't assume that unaligned accesses are handled by the system.Don't call any cache flush functions.Don't call any cache flush trap.Don't create a position independent executable.Don't emit DWARF additions beyond selected version.Don't emit dllexported inline functions unless needed.Don't generate DWARF pubnames and pubtypes sections.Don't generate checks for control speculation in selective scheduling.Don't generate debug information in separate .dwo files.Don't generate privileged-mode only code; implies -mno-inline-ic_invalidate if the inline code would not work in user mode.Don't indicate any priority with TARGET_REGISTER_PRIORITY.Don't optimize block moves, use memcpy.Don't optimize block moves.Don't record DW_AT_decl_column and DW_AT_call_column in DWARF.Don't record gcc command line switches in DWARF DW_AT_producer.Don't use P-mnemonics for branches.Don't use any of r32..r63.Don't use less than 25 bit addressing range for calls.Don't warn about uses of Microsoft extensions.Double CLASS IS block in SELECT TYPE statement at %LDouble-precision floating point unit.Downgrade conformance errors to warnings.Driving:Dummy %qs at %L cannot have an initializerDummy argument %qs at %L cannot be INTENT(OUT)Dummy argument %qs at %L cannot be OPTIONALDummy argument %qs at %L of EVENT_TYPE shall not be INTENT(OUT)Dummy argument %qs at %L of LOCK_TYPE shall not be INTENT(OUT)Dummy argument %qs at %L was declared INTENT(OUT) but was not setDummy argument %qs has to be a pointer, assumed-shape or assumed-rank array without CONTIGUOUS attribute - as actual argument at %L is not simply contiguous and both are ASYNCHRONOUS or VOLATILEDummy argument %qs not allowed in expression at %LDummy argument %qs of %qs at %L should be named %qs as to match the corresponding argument of the overridden procedureDummy argument %qs with INTENT(IN) in pointer association context (%s) at %LDummy argument %qs with INTENT(IN) in variable definition context (%s) at %LDummy flag. This is the default unless FPX switches are provided explicitly.Dummy procedure %qs at %C cannot have a generic interfaceDummy procedure %qs at %L shall not be elementalDummy procedure %qs not allowed in elemental procedure %qs at %LDummy procedure %qs of PURE procedure at %L must also be PUREDummy procedure at %C may not have BIND(C) attribute with NAMEDump declarations to a .decl file.Dump detailed information on GCC's internal representation of source code locations.Dump optimization passes.Duplicate %s attribute at %LDuplicate %s attribute specified at %LDuplicate %s label specification at %CDuplicate %s specification at %CDuplicate ASYNCHRONOUS attribute specified at %LDuplicate AUTOMATIC attribute specified at %LDuplicate BIND attribute specified at %LDuplicate DEFERRED at %CDuplicate ELSE statements at %L and %CDuplicate EXTENDS attribute specified at %LDuplicate IMPLICIT NONE statement at %CDuplicate NML specification at %CDuplicate NON_OVERRIDABLE at %CDuplicate POINTER attribute at %CDuplicate PRIVATE statement at %CDuplicate PROTECTED attribute specified at %LDuplicate SAVE attribute specified at %LDuplicate SEQUENCE statement at %CDuplicate UNIT specification at %CDuplicate VALUE attribute specified at %LDuplicate VOLATILE attribute specified at %LDuplicate access-specifier at %CDuplicate argument %qs at %L to intrinsic %sDuplicate array spec for Cray pointee at %CDuplicate construct label %qs at %CDuplicate format specification at %CDuplicate name %qs in association at %CDuplicate statement label %d at %L and %LDuplicate symbol %qs in formal argument list at %CDuring link time optimization warn about mismatched types of global declarations.Dynamic Realign Argument Pointer (DRAP) not supported in interrupt service routine.  This may be worked around by avoiding functions with aggregate return.Dynamically allocate cc registers.E specifier not allowed with g0 descriptorE500 and FPRs not supportedEDGE_CROSSING incorrectly set across same sectionEDGE_CROSSING missing across section boundaryEH edge crosses section boundary in bb %iEH landing pad label ELEMENTAL function %qs at %L must have a scalar resultELEMENTAL non-INTRINSIC procedure %qs is not allowed as an actual argument at %LELEMENTAL prefix in MODULE PROCEDURE interface is missing at %LELEMENTAL procedure pointer component %qs is not allowed as an actual argument at %LELSE IF statement at %C cannot follow ELSE statement at %LELSEWHERE statement at %C follows previous unmasked ELSEWHEREELSEWHERE statement at %C not enclosed in WHERE blockENCODING= at %C not allowed in Fortran 95END statement instead of %s statement at %LEND tag at %C not allowed in output statementEND tag label %d at %L not definedENTRY %qs at %L cannot be called recursively, as function %qs is not RECURSIVEENTRY %qs at %L cannot be called recursively, as subroutine %qs is not RECURSIVEENTRY %qs at %L has no IMPLICIT typeENTRY result %s can't be a POINTER in FUNCTION %s at %LENTRY result %s can't be an array in FUNCTION %s at %LENTRY result %s can't be of type %s in FUNCTION %s at %LENTRY statement at %CENTRY statement at %C cannot appear in a contained procedureENTRY statement at %C cannot appear within a BLOCK DATAENTRY statement at %C cannot appear within a DERIVED TYPE blockENTRY statement at %C cannot appear within a DO blockENTRY statement at %C cannot appear within a FORALL blockENTRY statement at %C cannot appear within a MODULEENTRY statement at %C cannot appear within a PROGRAMENTRY statement at %C cannot appear within a SELECT blockENTRY statement at %C cannot appear within a STRUCTURE blockENTRY statement at %C cannot appear within a SUBMODULEENTRY statement at %C cannot appear within a WHERE blockENTRY statement at %C cannot appear within a contained subprogramENTRY statement at %C cannot appear within an IF-THEN blockENTRY statement at %C cannot appear within an INTERFACEENTRY_BLOCK has IL associated with itENUM and ENUMERATOR at %CENUM declaration at %C has no ENUMERATORSENUM definition statement expected before %CENUMERATOR %L not initialized with integer expressionEOR tag label %d at %L not definedEQUIVALENCE at %C requires two or more objectsERR tag label %d at %L not definedERRMSG at %LERRMSG at %L is useless without a STAT tagERRMSG tag at %LERRMSG variableERRMSG= argument at %L must be a scalar CHARACTER variableERROR STOP statement at %CESA/390 architecture.EVENT POST statement at %CEVENT WAIT statement at %CEVENT argument at %L to the intrinsic EVENT_QUERY shall be of type EVENT_TYPEEXIT statement at %C terminating !$ACC LOOP loopEXIT statement at %C terminating !$OMP DO loopEXIT statement with no do-construct-name at %CEXIT_BLOCK has IL associated with itEXTENDS at %LEXTERNAL attribute conflicts with FUNCTION attribute in %qs at %LEither all or none of the objects in the EQUIVALENCE set at %L shall have the PROTECTED attributeEither all or none of the upper bounds must be specified at %LElement %d of actual argument of RESHAPE at %L cannot be negativeElement in %s array constructor at %L is %sElement of assumed-shaped or pointer array passed to array dummy argument %qs at %LElemental function as initialization expression with non-integer/non-character arguments at %LElements with the same value at %L and %L in vector subscript in a variable definition context (%s)Eliminate multiple function invocations also for impure functions.Emit .gnu_attribute tags.Emit 16-bit relocations to the small data areas.Emit 32-bit relocations to the small data areas.Emit DWARF additions beyond selected version.Emit IEEE-conformant code, without inexact exceptions.Emit call graph information.Emit checks causing "break 8" instructions to execute when applying atomic builtins on misaligned memory.Emit code for the byte/word ISA extension.Emit code for the counting ISA extension.Emit code for the fp move and sqrt ISA extension.Emit code for the motion video ISA extension.Emit code using explicit relocation directives.Emit common-like symbols as weak symbols.Emit debug annotations during preprocessing.Emit debugging information related to the escape analysis pass when run with -fgo-optimize-allocs.Emit direct branches to local functions.Emit errors when run-time relocations are generated.Emit extra code in the function prologue in order to trap if the stack size exceeds the given limit.Emit function prologues only before parts of the function that need it, rather than at the top of the function.Emit function-calls using global offset table when generating PIC.Emit implicit instantiations of inline templates.Emit implicit instantiations of templates.Emit indirect branches to local functions.Emit long load/store sequences.Emit profiling counter call at function entry before prologue.Emit rdval instead of rduniq for thread pointer.Emit static const variables even if they are not used.Emit stop bits before and after volatile extended asms.Emit traps as "break 8", default for CRIS v3 and up.  If disabled, calls to abort() are used.Emit verbose debug information in assembly code.Emit warnings when run-time relocations are generated.Empty FINAL at %CEmpty IMPLICIT statement at %CEmpty array constructor at %C is not allowedEmpty old style initializer list at %CEmpty set of digits in BOZ constant at %CEnable 'q' instruction alternatives.Enable 64-bit Time-Stamp Counter extension instruction.Enable C++14 sized deallocation support.Enable CFI tables via GAS assembler directives.Enable Cilk Plus.Enable DEC-style STATIC and AUTOMATIC attributes.Enable DIV, DIVU.Enable DIV-REM instructions for ARCv2.Enable DSP 3.1 Pack A extensions.Enable DWARF line debug info via GNU as.Enable Dual and Single Operand Instructions for Telephony.Enable Full Redundancy Elimination (FRE) on trees.Enable Function Descriptor PIC mode.Enable Graphite Identity transformation.Enable ID based shared library.Enable IEEE 128-bit floating point via the __float128 keyword.Enable Local Register Allocation.Enable Locked Load/Store Conditional extension.Enable MUL instructions.Enable MUL.X and UMUL.X instructions.Enable MULX instructions, assume fast shifter.Enable Objective-C exception and synchronization syntax.Enable Objective-C setjmp exception handling runtime.Enable OpenACC.Enable OpenMP (implies -frecursive in Fortran).Enable OpenMP's SIMD directives.Enable PIC support for building libraries.Enable Plan 9 language extensions.Enable Rcq constraint handling - most short code generation depends on this.Enable Rcw constraint handling - ccfsm condexec mostly depends on this.Enable Read-Modify-Write (RMW) instructions support/use.Enable SSA coalescing of user variables.Enable SSA code sinking on trees.Enable SSA dead code elimination optimization on trees.Enable SSA-BIT-CCP optimization on trees.Enable SSA-CCP optimization on trees.Enable SSA-PRE optimization on trees.Enable TPF-OS tracing code.Enable XY Memory extension (DSP version 3).Enable alignment of COMMON blocks.Enable all -Wunused- warnings.Enable all DEC language extensions.Enable all optimization info dumps on stderr.Enable an RTL peephole pass before sched2.Enable asan builtin functions protection.Enable asan detection of use-after-return bugs.Enable asan globals protection.Enable asan load operations protection.Enable asan stack protection.Enable asan store operations protection.Enable assembler and linker relaxation.  Enabled by default at -Os.Enable atomic instructions.Enable automatic template instantiation.Enable backend debugging.Enable backward propagation of use properties at the SSA level.Enable barrel shift instructions.Enable basic block vectorization (SLP) on trees.Enable basic program profiling code.Enable bbit peephole2.Enable cache bypass for volatile references.Enable code density instructions for ARCv2.Enable code hoisting.Enable common options for generating profile info for profile feedback directed optimizations, and set -fprofile-dir=.Enable common options for generating profile info for profile feedback directed optimizations.Enable common options for performing profile feedback directed optimizations, and set -fprofile-dir=.Enable common options for performing profile feedback directed optimizations.Enable compact casesi pattern.Enable conditional dead code elimination for builtin calls.Enable conditional execution other than moves/scc.Enable conditional moves.Enable constructor/destructor feature.Enable copy propagation of scalar-evolution information.Enable copy propagation on trees.Enable correction of flow inconsistent profile data input.Enable coverage-guided fuzzing code instrumentation. Inserts call to __sanitizer_cov_trace_pc into every basic block.Enable dead store elimination.Enable debug output.Enable decimal floating point hardware support.Enable default conversions between __float128 & long double.Enable divide and modulus instructions.Enable dominator optimizations.Enable double load/store instructions for ARC HS.Enable dual viterbi butterfly extension.Enable earlier placing stop bits for better scheduling.Enable exception handling.Enable forward propagation on trees.Enable front end optimization.Enable function profiling.Enable function reordering that improves code placement.Enable garbage collection (GC) in Objective-C/Objective-C++ programs.Enable generation of ARC SIMD instructions via target-specific builtins.Enable generation of R2 BMX instructions.Enable generation of R2 CDX instructions.Enable guessing of branch probabilities.Enable hardware floating point.Enable hoisting adjacent loads to encourage generating conditional move instructions.Enable hoisting loads from conditional pointers.Enable in and out of Graphite representation.Enable inline checks for nil receivers with the NeXT runtime and ABI version 2.Enable inlining of PLT in function calls.Enable inlining of function declared "inline", disabling disables all inlining.Enable kind-specific variants of integer intrinsic functions.Enable label alignment optimizations.Enable legacy math intrinsics for compatibility.Enable link-time optimization.Enable linker optimizations.Enable linker relaxation.Enable linker relaxations.Enable linker relaxing.Enable load/store bonding.Enable loop distribution for patterns transformed into a library call.Enable loop distribution on trees.Enable loop epilogue vectorization using smaller vector size.Enable loop header copying on trees.Enable loop invariant motion on trees.Enable loop nest transforms.  Same as -floop-nest-optimize.Enable loop optimizations on tree level.Enable loop vectorization on trees.Enable lra.Enable machine specific peephole optimizations.Enable most warning messages.Enable multicore support.Enable multiply instructions.Enable nested conditional execution optimizations.Enable optimizing &&/|| in conditional execution.Enable parsing GIMPLE.Enable pre-reload use of cbranchsi pattern.Enable preprocessing.Enable range checking during compilation.Enable reassociation on tree level.Enable register pressure sensitive insn scheduling.Enable relaxing in the assembler.Enable scheduling across basic blocks.Enable separate data segment.Enable setting GPRs to the result of comparisons.Enable sign extend instructions.Enable small integers to be in VSX registers.Enable split of 32 bit immediate loads into low / high part.Enable stack probing.Enable strict 32-bit psABI struct return checking.Enable string length optimizations on trees.Enable support for C++ concepts.Enable support for DEC STRUCTURE/RECORD.Enable support for GNU transactional memory.Enable support for the RH850 ABI.  This is the default.Enable support for the old GCC ABI.Enable swap byte ordering extension instruction.Enable tail merging on trees.Enable the critical path heuristic in the scheduler.Enable the dependent count heuristic in the scheduler.Enable the division approximation.  Enabling this reduces precision of division results to about 16 bits for single precision and to 32 bits for double precision.Enable the group heuristic in the scheduler.Enable the last instruction heuristic in the scheduler.Enable the loop nest optimizer.Enable the normal mode.Enable the rank heuristic in the scheduler.Enable the reciprocal square root approximation.  Enabling this reduces precision of reciprocal square root results to about 16 bits for single precision and to 32 bits for double precision.Enable the speculative instruction heuristic in the scheduler.Enable the square root approximation.  Enabling this reduces precision of square root results to about 16 bits for single precision and to 32 bits for double precision. If enabled, it implies -mlow-precision-recip-sqrt.Enable the use of 64-bit floating point registers in fmov instructions.  See -mdalign if 64-bit alignment is required.Enable the use of RX FPU instructions.  This is the default.Enable the use of indexed loads.Enable the use of pre/post modify with register displacement.Enable the use of the LRA register allocator.Enable the use of the fsca instruction.Enable the use of the fsrra instruction.Enable the use of the old, broken, ABI where all stacked function arguments are aligned to 32-bits.Enable the use of the short load instructions.Enable the use the standard RX ABI where all stacked function arguments are naturally aligned.  This is the default.Enable the z vector language extension providing the context-sensitive vector macro and enable the Altivec-style builtins in vecintrin.h.Enable traditional preprocessing.Enable unaligned word and halfword accesses to packed data.Enable use of GPREL for read-only data in FDPIC.Enable use of NPS400 bit operations.Enable use of NPS400 xld/xst extension.Enable use of POST_INC / POST_DEC.Enable use of POST_MODIFY.Enable use of odd-numbered single-precision registers.Enable use of sdata/scommon/sbss.Enable user-defined instructions.Enable using IEEE 128-bit floating point instructions.Enable v850e3v5 loop instructions.Enable variable polynomial CRC extension.Enable vectorization on trees.Enable verbose output.Enable workaround for single erratum of AT697F processor (corresponding to erratum #13 of AT697E processor).Enable workarounds for the errata of the UT699 processor.Enable/Disable the traditional scheduling in loops that already passed modulo scheduling.Enable/disable GP-relative addressing.Enabled ID based shared library.Enables Position-Independent-Data (PID) mode.Enables or disables the use of the SMOVF, SMOVB, SMOVU, SUNTIL, SWHILE and RMPA instructions.  Enabled by default.Enables the dynamic vectorizer cost model.  Preserved for backward compatibility.Enables verbose cost model dumping in the debug dump files.Encode SSE instructions with VEX prefix.End expression in DO loopEnd of nonblock DO statement at %C is interwoven with another DO loopEnd of nonblock DO statement at %C is within another blockEnd of scalar initializer expected at %CEnd of search list.
  Enforce class member access control semantics.Entity %qs at %L has a deferred type parameter and requires either the POINTER or ALLOCATABLE attributeEntity %qs at %L is already present in the interfaceEntity with assumed character length at %L must be a dummy argument or a PARAMETEREnum value is not CONST_DECL or INTEGER_CSTEnum value name is not IDENTIFIER_NODEEnum value type is not INTEGER_TYPE nor convertible to the enumEnumerator exceeds the C integer type at %CEquivalence for %qs does not match ordering of COMMON %qs at %LEquivalent to -mgpopt=local.Equivalent to -mgpopt=none.Errmsg-variable at %L must be a scalar CHARACTER variableErrmsg-variable at %L shall not be %sd within the same %s statementErrorError converting PARAMETER constant in complex constant at %CError converting integerError in pointer initialization at %CError in type-spec at %LError writing module file %qs for writing: %sError writing modules file: %sError writing output file '%s'
! Evaluation of nonstandard initialization expression at %LEventEvent variable argument at %L must be a coarray but not coindexedEvent variable argument at %L must be a coarray or coindexedEvent variable at %L must be a scalar of type EVENT_TYPEExit condition of DO WHILE loop at %L must be a scalar LOGICAL expressionExit on the first error occurred.Expand 32bit/64bit integer divide into 8bit unsigned integer divide with run-time check.Expand adddi3 and subdi3 at rtl generation time into add.f / adc etc.Expected ")" at %CExpected "," at %CExpected %<(%> at %CExpected %<)%> or %<,%> at %CExpected %<,%> at %CExpected %<,%> or end of statement at %CExpected %<::%> after binding-attributes at %CExpected %<::%> at %CExpected %<=>%> at %CExpected %<END INTERFACE ASSIGNMENT (=)%> at %CExpected '*' in coindex specification in ALLOCATE statement at %LExpected :: in TYPE definition at %CExpected = sign in PARAMETER statement at %CExpected DO loop at %CExpected P edit descriptorExpected PARAMETER symbol in complex constant at %CExpected SHAPE argument to C_F_POINTER with array FPTR at %LExpected TYPE IS, CLASS IS or END SELECT statement following SELECT TYPE at %CExpected a CASE or END SELECT statement following SELECT CASE at %CExpected a nameless interface at %CExpected a procedure for argument %qs at %LExpected a procedure pointer for argument %qs at %LExpected a right parenthesis in expression at %CExpected a step value in iterator at %CExpected access-specifier at %CExpected alternate return label at %CExpected an initialization expression at %CExpected another dimension in array declaration at %CExpected argument list at %CExpected array subscript at %CExpected array subscript stride at %CExpected association at %CExpected association list at %CExpected attribute bit nameExpected binding attribute at %CExpected binding name at %CExpected binding target after %<=>%> at %CExpected block name %qs of SELECT construct at %CExpected block name of %qs in %s statement at %LExpected bounds specification for %qs at %LExpected coarray variable as %qs argument to the %s intrinsic at %LExpected comma in I/O list at %CExpected component reference at %CExpected data constant after repeat spec at %CExpected entity-list in AUTOMATIC statement at %CExpected entity-list in STATIC statement at %CExpected exponent in expression at %CExpected expression at %C in PARAMETER statementExpected expression in %s statement at %CExpected expression in array specification at %CExpected expression typeExpected formal argument list in function definition at %CExpected generic name or operator descriptor at %CExpected initialization expression at %CExpected initialization expression in CASE at %CExpected integerExpected integer stringExpected label %qs for %s statement at %CExpected left parenthesisExpected module procedure name at %CExpected nameExpected real stringExpected right parenthesisExpected scalar initialization expression at %CExpected specific binding name at %CExpected stringExpected structure component name at %CExpected structure component or operator name after '.' at %CExpected terminating name at %CExpected type-bound procedure or procedure pointer component at %CExpected variable in READ statement at %CExpected variable name at %CExpected variable name at %C in PARAMETER statementExpecting %<END INTERFACE %s%> at %CExpecting %<END INTERFACE OPERATOR (%s)%> at %CExpecting %<END INTERFACE OPERATOR (%s)%> at %C, but got %qsExpecting %<END INTERFACE OPERATOR (.%s.)%> at %CExpecting %s at %CExpecting %s statement at %LExpecting a comma in EQUIVALENCE at %CExpecting a scalar INTEGER expression at %C, found %sExpecting list of named entities at %CExplain what alignment considerations lead to the decision to make an insn short or long.Explicit interface required for %qs at %L: %sExplicit interface required for component %qs at %L: %sExport functions even if they can be inlined.Expression at %L in this context must be constantExpression at %L must be of INTEGER type, found %sExpression at %L must be scalarExpression in CASE selector at %L cannot be %sExpression in CASE statement at %L is not in the range of %sExpression in CASE statement at %L must be of kind %dExpression in CASE statement at %L must be of type %sExpression in CASE statement at %L must be scalarExtension: %s specifier in %s statement at %C has value %qsExtension: Conversion from %s to %s at %LExtension: Scalar non-default-kind, non-C_CHAR-kind CHARACTER actual argument with array dummy argument %qs at %LExtension: Unary operator following arithmetic operator (use parentheses) at %CExtension: Zero width after L descriptor at %LExtension: backslash character at %CExtension: exponent-letter %<q%> in real-literal-constant at %CExternal %qs at %L cannot have an initializerExternal IO UNIT cannot be an array at %LExternal object %qs at %L may not have an initializerExtraneous characters in format at %LF2008: C1210 IMPORT statement at %C is not permitted in a module procedure interface bodyFAIL IMAGE statement at %CFAILED= argument to NUM_IMAGES at %LFINAL clause at %L requires a scalar LOGICAL expressionFINAL declaration at %C must be inside CONTAINSFINAL declaration at %C must be inside a derived type CONTAINS sectionFINAL procedure %qs at %L is not a SUBROUTINEFINAL procedure %qs declared at %L has the same rank (%d) as %qsFINAL procedure at %L must have exactly one argumentFINAL procedure declaration at %CFLUSH statement at %CFORALL end expression at %L must be a scalar INTEGERFORALL index %qs may not appear in triplet specification at %LFORALL index-name at %L must be a scalar INTEGERFORALL index-name at %L must be a scalar variable of type integerFORALL mask clause at %L requires a scalar LOGICAL expressionFORALL start expression at %L must be a scalar INTEGERFORALL stride expression at %L cannot be zeroFORALL stride expression at %L must be a scalar %sFORMAT label %d at %L not definedFORMAT statement at %C cannot appear within an INTERFACEFORMAT statement at %L does not have a statement labelFORMAT tag at %L must be of type default-kind CHARACTER or of INTEGERFP exceptions are enabled.FPTR argument at %L to C_F_POINTER shall not be polymorphicFPX fast and compact options cannot be specified togetherFPX: Enable Argonaut ARC CPU Double Precision Floating Point extensions.FPX: Generate Double Precision FPX (compact) instructions.FPX: Generate Double Precision FPX (fast) instructions.FPX: Generate Single Precision FPX (compact) instructions.FPX: Generate Single Precision FPX (fast) instructions.FUNCTION result %s can't be a POINTER in FUNCTION %s at %LFUNCTION result %s can't be an array in FUNCTION %s at %LFUNCTION result %s can't be of type %s in FUNCTION %s at %LFactor complex constructors and destructors to favor space over speed.Failed to create structure type '%s' at %CFailure getting length of a constant array.Fatal ErrorFile %qs opened at %C is not a GNU Fortran module fileFine grain control of tune features.First argument of defined assignment at %L must be INTENT(OUT) or INTENT(INOUT)First argument of operator interface at %L cannot be optionalFirst argument of operator interface at %L must be INTENT(IN)First or last !$OMP ATOMIC intrinsic argument must be %qs at %LFix min_int calculationFixed line length must be at least sevenFlag %<-fmax-stack-var-size=%d%> overwrites %<-frecursive%> implied by %<-fopenmp%>Flag %<-fno-automatic%> overwrites %<-fmax-stack-var-size=%d%>Flag %<-fno-automatic%> overwrites %<-frecursive%>Flag %<-fno-automatic%> overwrites %<-frecursive%> implied by %<-fopenmp%>Flag %<-frecursive%> overwrites %<-fmax-stack-var-size=%d%>Floating point custom instruction configuration name.Floating point unit does not support divide & sqrt.Follow Renesas (formerly Hitachi) / SuperH calling conventions.Follow the C++17 evaluation order requirements for assignment expressions, shift, member function calls, etc.Follow the EABI linkage requirements.For dummy procedure %s, no binding name is allowed in BIND(C) at %CFor intrinsics library: pass all parameters in registers.For nested functions on stack executable permission is set.For targets that normally need trampolines for nested functions, always generate them instead of using descriptors.Force assembly output to always use hex constants.Force bitfield accesses to match their type width.Force creation of temporary to test infrequently-executed forall code.Force functions to be aligned to a 4 byte boundary.Force the underlying type for "wchar_t" to be "unsigned short".Force the usage of delay slots for conditional branches.Forces Pointer Bounds Checker to treat all trailing arrays in structures as possibly flexible.  By default only arrays fields with zero length or that are marked with attribute bnd_variable_size are treated as flexible.Forces Pointer Bounds Checker to use bounds of the innermost arrays in case of nested static arrays access.  By default outermost array is used.Forces Pointer Bounds Checker to use narrowed bounds for address of the first field in the structure.  By default pointer to the first field has the same bounds as pointer to the whole structure.Format statement in module main block at %CFortran 2003: %s specifier in %s statement at %C has value %qsFortran 2003: DT format specifier not allowed at %CFortran 2003: Scalar CHARACTER actual argument with array dummy argument %qs at %LFortran 2008 obsolescent feature:Fortran 2008: COMMON block %qs with binding label at %L sharing the identifier with global non-COMMON-block entity at %LFortran 2008: Non-pointer actual argument at %L to pointer dummy %qsFortran 2008: Null pointer at %L to non-pointer dummy %qsFortran 2008: Pointer functions in variable definition context (%s) at %LFortran 2008: Semicolon at %C without preceding statementFortran 95 requires default INTEGER in %s tag at %LFound no matching specific binding for the call to the GENERIC %qs at %LFree line length must be at least threeFunction %qs as initialization expression at %LFunction %qs at %L cannot be called recursively, as it is not RECURSIVEFunction %qs at %L cannot have an initializerFunction %qs at %L has no IMPLICIT typeFunction %qs at %L is INTRINSIC but is not compatible with an intrinsicFunction %qs at %L must be PUREFunction %qs in initialization expression at %L must be an intrinsic functionFunction %qs is declared CHARACTER(*) and cannot be used at %L since it is not a dummy argumentFunction %qs requires an argument list at %CFunction %s at %L has entries with mismatched array specificationsFunction %s at %L with entries returning variables of different string lengthsFunction name %qs not allowed at %CFunction result %qs at %L cannot have an initializerFunction result %qs at %L has no IMPLICIT typeFunction result %qs at %L is invalid as X argument to C_FUNLOCFunction result %qs at %L shall not be a coarray or have a coarray componentFunction result %qs is invalid as proc-target in procedure pointer assignment at %LFunction starts are aligned to this power of 2.Function versions cannot be marked as gnu_inline, bodies have to be generatedFunctions which return values must end with return statements.Fuse certain integer operations together for better performance on power8.Fuse certain operations together for better performance on power9.Fuse medium/large code model toc references with the memory instruction.GCC cannot support operators with integer types and fixed-point types that have too many integral and fractional bits togetherGCC is not configured to support %s as offload targetGCC supports only %u nested scopesGCC vector passed by reference: non-standard ABI extension with no compatibility guaranteeGCC vector returned by reference: non-standard ABI extension with no compatibility guaranteeGCSE disabledGENERIC %qs at %L can't overwrite specific binding with the same nameGENERIC %qs at %L must target a specific binding, %qs is GENERIC, tooGENERIC at %C must be inside a derived-type CONTAINSGENERIC binding at %CGENERIC procedure %qs is not allowed as an actual argument at %LGMP version %s, MPFR version %s, MPC version %s, isl version %s
  GNU C no longer supports -traditional without -EGNU Extension:GNU Objective C no longer supports traditional compilationGOTO statement at %L leaves CRITICAL construct for label at %LGOTO statement at %L leaves DO CONCURRENT construct for label at %LGenerate 16-bit instructions.Generate 16bit i386 code.Generate 32-bit code.Generate 32-bit offsets in switch tables.Generate 32bit i386 code.Generate 32bit x86-64 code.Generate 32x16 multiply and mac instructions.Generate 64-bit code.Generate 64bit x86-64 code.Generate APCS conformant stack frames.Generate ARCompact 32-bit code for ARC600 processor.Generate ARCompact 32-bit code for ARC601 processor.Generate ARCompact 32-bit code for ARC700 processor.Generate AT&T-style stubs for Mach-O.Generate AltiVec instructions using big-endian element order.Generate AltiVec instructions using little-endian element order.Generate C header of platform-specific features.Generate Cell microcode.Generate DWARF pubnames and pubtypes sections with GNU extensions.Generate DWARF pubnames and pubtypes sections.Generate ELF FDPIC code.Generate Extended arithmetic instructions.  Currently only divaw, adds, subs and sat16 are supported.Generate GFLOAT double precision code.Generate H8/300H code.Generate H8S code.Generate H8S/2600 code.Generate H8SX code.Generate ILP32 code.Generate IT blocks appropriate for ARMv8.Generate LP64 code.Generate MIPS16 code.Generate PA1.0 code.Generate PA1.1 code.Generate PA2.0 code (requires binutils 2.10 or later).Generate PPC750CL paired-single instructions.Generate SBIT, CBIT instructions.Generate SH1 code.Generate SH2 code.Generate SH2a FPU-less code.Generate SH2e code.Generate SH3 code.Generate SH3e code.Generate SH4 FPU-less code.Generate SH4 code.Generate SH4-100 FPU-less code.Generate SH4-100 code.Generate SH4-200 FPU-less code.Generate SH4-200 code.Generate SH4-300 FPU-less code.Generate SH4-300 code.Generate SH4a FPU-less code.Generate SH4a code.Generate SH4al-dsp code.Generate SPE SIMD instructions on E500.Generate VRSAVE instructions when generating AltiVec code.Generate __mcount_loc section with all mcount or __fentry__ calls.Generate a #line directive pointing at the current working directory.Generate a call to abort if a noreturn function returns.Generate a single exit point for each function.Generate aggregate parameter passing code with at most 64-bit alignment.Generate assembler output that is compatible with the Renesas AS100 assembler.  This may restrict some of the compiler's capabilities.  The default is to generate GAS compatible syntax.Generate auto-inc/dec instructions.Generate big endian code.Generate big-endian code.Generate bit instructions.Generate bounds passing for calls.Generate bounds stores for pointer writes.Generate branch hints for branches.Generate call insns as direct calls.Generate call insns as indirect calls, if necessary.Generate call insns as indirect calls.Generate call insns as register indirect calls.Generate checks for all read accesses to memory.Generate checks for all write accesses to memory.Generate cld instruction in the function prologue.Generate code for 18 bit addressing.Generate code for 32 bit addressing.Generate code for CR16C architecture.Generate code for CR16C+ architecture (Default).Generate code for GNU as.Generate code for GNU assembler (gas).Generate code for GNU ld.Generate code for GNU runtime environment.Generate code for NeXT (Apple Mac OS X) runtime environment.Generate code for OpenMP offloading: enables -msoft-stack and -muniform-simt.Generate code for SH4 340 series (MMU/FPU-less).Generate code for SH4 400 series (MMU/FPU-less).Generate code for SH4 500 series (FPU-less).Generate code for Thumb state.Generate code for UNIX assembler.Generate code for a 32-bit ABI.Generate code for a 5206e.Generate code for a 520X.Generate code for a 528x.Generate code for a 5307.Generate code for a 5407.Generate code for a 64-bit ABI.Generate code for a 68000.Generate code for a 68010.Generate code for a 68020.Generate code for a 68030.Generate code for a 68040, without any new instructions.Generate code for a 68040.Generate code for a 68060, without any new instructions.Generate code for a 68060.Generate code for a 68302.Generate code for a 68332.Generate code for a 68851.Generate code for a ColdFire v4e.Generate code for a DLL.Generate code for a Fido A.Generate code for a cpu32.Generate code for an 11/10.Generate code for an 11/40.Generate code for an 11/45.Generate code for darwin loadable kernel extensions.Generate code for functions even if they are fully inlined.Generate code for given CPU.Generate code for old exec BSS PLT.Generate code for static functions even if they are never called.Generate code for the Android platform.Generate code for the M*Core M210Generate code for the M*Core M340Generate code for the kernel or loadable kernel extensions.Generate code for the supervisor mode (default).Generate code for the user mode.Generate code in 32 bit ARM state.Generate code in big endian mode.Generate code in big-endian mode.Generate code in little endian mode.Generate code in little-endian mode.Generate code suitable for executables (NOT shared libs).Generate code suitable for fast turn around debugging.Generate code that can be used in SVR4-style dynamic objects.Generate code that can keep local state uniform across all lanes.Generate code that conforms to Intel MCU psABI.Generate code that conforms to the given ABI.Generate code that is link-compatible with MIPS16 and microMIPS code.Generate code that uses 68881 floating-point instructions.Generate code that won't be linked against any other ID shared libraries, but may be used as a shared library.Generate code to check bounds before indexing arrays.Generate code to check exception specifications.Generate code to use a non-exec PLT and GOT.Generate code which uses hardware floating point instructions.Generate code which uses only the general registers.Generate code with library calls for floating point.Generate code without GP reg.Generate compile-time CFString objects.Generate compressed debug sections.Generate conditional move instructions.Generate cpp defines for server IO.Generate cpp defines for workstation IO.Generate debug information in COFF format.Generate debug information in DWARF v2 (or later) format.Generate debug information in STABS format.Generate debug information in VMS format.Generate debug information in XCOFF format.Generate debug information in default extended format.Generate debug information in default format.Generate debug information in default version of DWARF format.Generate debug information in extended STABS format.Generate debug information in extended XCOFF format.Generate debug information in separate .dwo files.Generate default double-precision SH2a-FPU code.Generate default single-precision SH2a-FPU code.Generate default single-precision SH4 code.Generate default single-precision SH4-100 code.Generate default single-precision SH4-200 code.Generate default single-precision SH4-300 code.Generate default single-precision SH4a code.Generate discontiguous stack frames.Generate divide results with reminder having the same sign as the divisor (not the dividend).Generate fast indirect calls.Generate floating point mathematics using given instruction set.Generate inline floating point division, optimize for latency.Generate inline floating point division, optimize for throughput.Generate inline integer division, optimize for latency.Generate inline integer division, optimize for throughput.Generate inline square root, optimize for latency.Generate inline square root, optimize for throughput.Generate instructions supported by barrel shifter.Generate isel instructions.Generate lazy class lookup (via objc_getClass()) for use in Zero-Link mode.Generate little endian code.Generate little-endian code.Generate load/store multiple instructions.Generate load/store with update instructions.Generate make dependencies and compile.Generate make dependencies.Generate mcount/__fentry__ calls as nops. To activate they need to be patched in.Generate mul64 and mulu64 instructions.Generate norm instruction.Generate normal-mode code.Generate only single-precision SH2a-FPU code.Generate only single-precision SH4 code.Generate only single-precision SH4-100 code.Generate only single-precision SH4-200 code.Generate only single-precision SH4-300 code.Generate only single-precision SH4a code.Generate pc-relative code.Generate performance extension instructions.Generate phony targets for all headers.Generate pointer bounds checks for variables with incomplete type.Generate position-independent code for executables if possible (large mode).Generate position-independent code for executables if possible (small mode).Generate position-independent code if possible (large mode).Generate position-independent code if possible (small mode).Generate prefetch instructions, if available, for arrays in loops.Generate re-entrant, PIC code.Generate reciprocals instead of divss and sqrtss.Generate run time type descriptor information.Generate sdata references.  This is the default, unless you compile for PIC.Generate self-relocatable code.Generate sin, cos, sqrt for FPU.Generate software reciprocal divide and square root for better throughput.Generate special Objective-C methods to initialize/destroy non-POD C++ ivars, if needed.Generate string instructions for block moves.Generate swap instruction.Generate the integer modulo instructions.Generate the quad word memory atomic instructions (lqarx/stqcx).Generate the quad word memory instructions (lq/stq).Generate unwind tables that are exact at each instruction boundary.Generate v3 push25/pop25 instructions.Generate vzeroupper instruction before a transfer of control flow out of the function.Generic function %qs at %L is not consistent with a specific intrinsic interfaceGeneric name %qs of function %qs at %L being the same name as derived type at %LGeneric subroutine %qs at %L is not consistent with an intrinsic subroutine interfaceGive branches their default cost.Give external symbols a leading underscore.Global binding name %qs at %L is already being used as a %s at %LGlobal name %qs at %L is already being used as a %s at %LGraphite loop optimizations cannot be used (isl is not available) (-fgraphite, -fgraphite-identity, -floop-nest-optimize, -floop-parallelize-all)Graphite loop optimizations cannot be used (isl is not available).Guide linker to relax instructions.HLE_ACQUIRE not used with ACQUIRE or stronger memory modelHLE_RELEASE not used with RELEASE or stronger memory modelHSA SSA name defined by instruction that is supposed to be using itHSA SSA name not among operands of instruction that is supposed to use itHSA SSA verification failedHSA has not been enabled during configurationHSA image ops not handledHSA instruction uses a register but is not among recorded register usesHSA instruction verification failedHandle atomic builtins that may be applied to unaligned data by calling library functions. Overrides -mtrap-unaligned-atomic.Hardware autoprefetcher scheduler model control flag.  Number of lookahead cycles the model looks into; at '0' only enable instruction sorting heuristic.  Disabled by default.Hexadecimal constant at %C uses non-standard syntaxHistogram value statement does not correspond to the statement it is associated withHollerith constant at %CHost associated variable %qs may not be in the DATA statement at %CHow much can given compilation unit grow because of the inlining (in percent).How much can given compilation unit grow because of the interprocedural constant propagation (in percent).IBITS: Bad bitICE: emit_insn used where emit_jump_insn needed:
! ID of shared library to build.ID shared libraries and FD-PIC mode can%'t be used togetherIEEE_ARITHMETIC module at %CIEEE_EXCEPTIONS module at %CIEEE_FEATURES module at %CIF clause at %L requires a scalar LOGICAL expressionIF clause modifier %s at %L not appropriate for the current OpenMP constructIF clause without modifier at %L used together with IF clauses with modifiersIMPLICIT NONE (type) statement at %L following an IMPLICIT statementIMPLICIT statement at %C following an IMPLICIT NONE (type) statementIMPORT NONE with spec list at %CIMPORT statement at %CIMPORT statement at %C only permitted in an INTERFACE bodyIMPURE procedure at %CINDIRECT_REF in gimple ILINQUIRE statement at %L cannot contain both FILE and UNIT specifiersINQUIRE statement at %L requires a PENDING= specifier with the ID= specifierINQUIRE statement at %L requires either FILE or UNIT specifierINQUIRE statement not allowed in PURE procedure at %CINTEGER expression of %s clause at %L must be non-negativeINTEGER expression of %s clause at %L must be positiveINTEGER expression of SCHEDULE clause's chunk_size at %L must be positiveINTEGER(KIND=8) is not available for %<-fdefault-integer-8%> optionINTEGER(KIND=8) is not available for %<-finteger-4-integer-8%> optionINTENT (%s) conflicts with INTENT(%s) at %LINTENT is not allowed inside of BLOCK at %CINTENT(%s) actual argument at %L might interfere with actual argument at %L.INTENT(IN) POINTER %qs in %s clause at %LINTENT(IN) POINTER %qs in COPYPRIVATE clause at %LINTENT(OUT) argument %qs of pure procedure %qs at %L may not be polymorphicINTERFACE procedure %qs at %L has the same name as the enclosing procedureIO definition for %q+D needs an addressIOLENGTH tag invalid in INQUIRE statement at %CIOMSG must be a scalar-default-char-variable at %LIOMSG tag at %LISO C does not allow %<%E (expression)%>ISO C does not allow extra %<;%> outside of a functionISO C does not permit %<_Alignof%> applied to a function typeISO C does not support %<#pragma STDC FLOAT_CONST_DECIMAL64%>ISO C does not support %<++%> and %<--%> on complex typesISO C does not support %<__FUNCTION__%> predefined identifierISO C does not support %<__PRETTY_FUNCTION__%> predefined identifierISO C does not support %<__int%d%> typesISO C does not support %<~%> for complex conjugationISO C does not support complex integer typesISO C does not support decimal floating pointISO C does not support fixed-point typesISO C does not support plain %<complex%> meaning %<double complex%>ISO C does not support saturating typesISO C does not support the %<_Float%d%s%> typeISO C forbids %<goto *expr;%>ISO C forbids %<return%> with expression, in function returning voidISO C forbids an empty translation unitISO C forbids assignment between function pointer and %<void *%>ISO C forbids braced-groups within expressionsISO C forbids casting nonscalar to the same typeISO C forbids casts to union typeISO C forbids comparison of %<void *%> with function pointerISO C forbids conditional expr between %<void *%> and function pointerISO C forbids conditional expr with only one void sideISO C forbids const or volatile function typesISO C forbids conversion of function pointer to object pointer typeISO C forbids conversion of object pointer to function pointer typeISO C forbids empty initializer bracesISO C forbids forward parameter declarationsISO C forbids forward references to %<enum%> typesISO C forbids initialization between function pointer and %<void *%>ISO C forbids label declarationsISO C forbids member declarations with no membersISO C forbids nested functionsISO C forbids omitting the middle term of a ?: expressionISO C forbids ordered comparisons of pointers to functionsISO C forbids passing argument %d of %qE between function pointer and %<void *%>ISO C forbids qualified function typesISO C forbids return between function pointer and %<void *%>ISO C forbids specifying range of elements to initializeISO C forbids subscripting %<register%> arrayISO C forbids zero-size arrayISO C forbids zero-size array %qEISO C prohibits argument conversion to union typeISO C requires a named argument before %<...%>ISO C restricts enumerator values to range of %<int%>ISO C++ 1998 does not support %<long long%>ISO C++ 1998 forbids the use of %<extern%> on explicit instantiationsISO C++ does not allow %<alignof%> with a non-typeISO C++ does not allow ?: with omitted middle operandISO C++ does not allow C99 designated initializersISO C++ does not allow designated initializersISO C++ does not permit %<%T::%D%> to be defined as %<%T::%D%>ISO C++ does not permit %<alignof%> applied to a function typeISO C++ does not support %<__int%d%> for %qsISO C++ does not support lambda templatesISO C++ does not support plain %<complex%> meaning %<double complex%>ISO C++ forbids applying %<__alignof%> to an expression of function typeISO C++ forbids applying %<sizeof%> to an expression of function typeISO C++ forbids braced-groups within expressionsISO C++ forbids calling %<::main%> from within programISO C++ forbids casting to an array type %qTISO C++ forbids comparison between pointer and integerISO C++ forbids comparison between pointer of type %<void *%> and pointer-to-functionISO C++ forbids compound-literalsISO C++ forbids computed gotosISO C++ forbids conditional expression between pointer of type %<void *%> and pointer-to-functionISO C++ forbids conversion between pointer of type %<void *%> and pointer-to-functionISO C++ forbids converting a string constant to %qTISO C++ forbids declaration of %qs with no typeISO C++ forbids decrementing a pointer of type %qTISO C++ forbids decrementing an enumISO C++ forbids empty unnamed enumISO C++ forbids flexible array member %qsISO C++ forbids flexible array membersISO C++ forbids in-class initialization of non-const static member %qDISO C++ forbids incrementing a pointer of type %qTISO C++ forbids incrementing an enumISO C++ forbids initialization of member constant %qD of non-integral type %qTISO C++ forbids nested type %qD with same name as enclosing classISO C++ forbids omitting the middle term of a ?: expressionISO C++ forbids taking address of function %<::main%>ISO C++ forbids taking the address of a bound member function to form a pointer to member function.  Say %<&%T::%D%>ISO C++ forbids taking the address of an unqualified or parenthesized non-static member function to form a pointer to member function.  Say %<&%T::%D%>ISO C++ forbids the use of %qE on explicit instantiationsISO C++ forbids typename key in template template parameter; use -std=c++1z or -std=gnu++1zISO C++ forbids use of %<auto%> in parameter declarationISO C++ forbids using a floating-point literal in a constant-expressionISO C++ forbids using pointer of type %<void *%> in subtractionISO C++ forbids using pointer to a function in subtractionISO C++ forbids using pointer to a method in subtractionISO C++ forbids variable length arrayISO C++ forbids variable length array %qDISO C++ forbids zero-size arrayISO C++ forbids zero-size array %qDISO C++ prohibits anonymous structsISO C++ prohibits overloading operator ?:ISO C++ says that these are ambiguous, even though the worst conversion for the first is better than the worst conversion for the second:ISO C++1z does not allow %<register%> storage class specifierISO C++1z does not allow dynamic exception specificationsISO C90 does not support %<[*]%> array declaratorsISO C90 does not support %<_Alignas%>ISO C90 does not support %<_Generic%>ISO C90 does not support %<_Noreturn%>ISO C90 does not support %<_Static_assert%>ISO C90 does not support %<__func__%> predefined identifierISO C90 does not support %<long long%>ISO C90 does not support %<static%> or type qualifiers in parameter array declaratorsISO C90 does not support %qEISO C90 does not support boolean typesISO C90 does not support complex typesISO C90 does not support flexible array membersISO C90 does not support the %<_Atomic%> qualifierISO C90 doesn%'t support unnamed structs/unionsISO C90 forbids array %qE whose size can%'t be evaluatedISO C90 forbids array whose size can%'t be evaluatedISO C90 forbids compound literalsISO C90 forbids mixed declarations and codeISO C90 forbids specifying subobject to initializeISO C90 forbids subscripting non-lvalue arrayISO C90 forbids variable length arrayISO C90 forbids variable length array %qEISO C99 does not support %<_Alignas%>ISO C99 does not support %<_Generic%>ISO C99 does not support %<_Noreturn%>ISO C99 does not support %<_Static_assert%>ISO C99 does not support %qEISO C99 does not support the %<_Atomic%> qualifierISO C99 doesn%'t support unnamed structs/unionsISO_C_BINDING module at %CISO_FORTRAN_ENV intrinsic module at %CIf -ftree-vectorize is used, the minimal loop bound of a loop to be considered for vectorization.If -fvariable-expansion-in-unroller is used, the maximum number of times that an individual variable will be expanded during loop unrolling.If first argument of ATAN2 %L is zero, then the second argument must not be zeroIf number of candidates in the set is smaller, we always try to remove unused ivs during its optimization.If scheduling post reload, do superblock scheduling.Ignore 'D' in column one in fixed form.Ignore dllimport for functions.Ignored.Illegal allocate-object at %C for a PURE procedureIllegal character in BOZ constant at %CIllegal id in copy_walk_reduction_argIllegal preprocessor directiveIllegal reference type at %L as EQUIVALENCE objectIllegal stride of zero at %LImage control statement %s at %C in CRITICAL blockImage control statement %s at %C in DO CONCURRENT blockImage control statement %s at %C in PURE procedureImage control statement CRITICAL at %C in DO CONCURRENT blockImage control statement CRITICAL at %C in PURE procedureImage control statement EVENT %s at %C in CRITICAL blockImage control statement EVENT %s at %C in DO CONCURRENT blockImage control statement EVENT %s at %C in PURE procedureImage control statement RETURN at %C in CRITICAL blockImage control statement RETURN at %C in DO CONCURRENT blockImage control statement STOP at %C in CRITICAL blockImage control statement STOP at %C in DO CONCURRENT blockImage control statement SYNC at %C in CRITICAL blockImage control statement SYNC at %C in DO CONCURRENT blockImage control statement SYNC at %C in PURE procedureImageset argument at %L must be a scalar or rank-1 INTEGER expressionImageset argument at %L must between 1 and num_images()Implement C++17 inheriting constructor semantics.Implement __atomic operations via libcalls to legacy __sync functions.Implement resolution of DR 150 for matching of template template arguments.Implicitly declared BIND(C) function %qs at %L may not be C interoperableImplicitly declared BIND(C) variable %qs at %L may not be C interoperableImplicitly declared function %s used in !$OMP DECLARE REDUCTION at %LImplicitly declared subroutine %s used in !$OMP DECLARE REDUCTION at %LImplicitly declared variable %qs at %L may not be C interoperable but it is a dummy argument to the BIND(C) procedure %qs at %LImplicitly typed PARAMETER %qs at %L doesn't match a later IMPLICIT typeImplied SAVE for module variable %qs at %L, needed due to the default initializationImplied-shape array at %LIn %s at %L procedures must be all FUNCTIONs as the generic name is also the name of a derived typeIn %s at %L procedures must be either all SUBROUTINEs or all FUNCTIONsIn C++, nonzero means warn about deprecated conversion from string literals to 'char *'.  In C, similar warning, except that the conversion is of course not deprecated by the ISO C standard.In Fortran 2003 COMMON %qs block at %L is a global identifier and must thus have the same binding name as the same-named COMMON block at %L: %s vs %sIn SSA-PRE optimization on trees, enable partial-partial redundancy elimination.In constructor %qsIn copy constructor %qsIn destructor %qsIn function %qsIn lambda functionIn member function %qsIn static member function %qsInclude directory %qs: %sIncompatible derived type in PARAMETER at %LIncompatible ranks %d and %d in assignment at %LIncompatible ranks in %s (%d and %d) at %LIncompatible types in DATA statement at %L; attempted conversion of %s to %sIncompatible typespec for array element at %LIncompatible use of TILE and COLLAPSE at %LInconsistent equivalence rules involving %qs at %L and %qs at %LInconsistent ranks for operator at %%L and %%LIncorrect EH edge %i->%iIncorrect function return valueIncrease the IEEE compliance for floating-point comparisons.Index in dimension %d is out of bounds at %LIndicate presence of a processor erratum.Indicate priority for r0..r3 / r12..r15 with TARGET_REGISTER_PRIORITY.Inhibit the use of hardware floating point instructions.Initialization at %C is not allowed in a PURE procedureInitialization at %C isn't for a pointer variableInitialization of allocatable component at %C is not allowedInitialization of pointer at %C is not allowed in a PURE procedureInitialization of variable at %C is not allowed in a PURE procedureInitialization string at %L was truncated to fit the variable (%d/%d)Initialize components of derived type variables according to other init flags.Initialize local variables to zero (from g77).Initialized symbol %qs at %C can only be COMMON in BLOCK DATAInitialized variable %qs at %L is in a blank COMMON but initialization is only allowed in named common blocksInitializer not allowed for PARAMETER %qs at %CInitializing already initialized variable at %CInject friend functions into enclosing namespace.Inline __atomic operations when a lock free instruction sequence is available.Inline all known string operations.Inline constants if it can be done in 2 insns or less.Inline memset/memcpy string operations, but perform inline version only for small blocks.Inline recursively only when the probability of call being executed exceeds the parameter.Insert arc-based program profiling code.Insert code to profile values of expressions.Insert hbrp instructions after hinted branch targets to avoid the SPU hang issue.Insert nops when it might improve performance by allowing dual issue (default).Insert stack checking code into the program.  Same as -fstack-check=specific.Insn addresses not set after shorten_branchesInstrument function entry and exit with profiling calls.Instrument only functions marked with bnd_instrument attribute.Instrumentation clone does not reference original nodeInstrumentation thunk has wrong edge calleeInstrumented node has wrong original declarationInteger division truncated to constant %qs at %LInteger expression required at %CInteger id (N) of fabsd custom instruction.Integer id (N) of fabss custom instruction.Integer id (N) of faddd custom instruction.Integer id (N) of fadds custom instruction.Integer id (N) of fatand custom instruction.Integer id (N) of fatans custom instruction.Integer id (N) of fcmpeqd custom instruction.Integer id (N) of fcmpeqs custom instruction.Integer id (N) of fcmpged custom instruction.Integer id (N) of fcmpges custom instruction.Integer id (N) of fcmpgtd custom instruction.Integer id (N) of fcmpgts custom instruction.Integer id (N) of fcmpled custom instruction.Integer id (N) of fcmples custom instruction.Integer id (N) of fcmpltd custom instruction.Integer id (N) of fcmplts custom instruction.Integer id (N) of fcmpned custom instruction.Integer id (N) of fcmpnes custom instruction.Integer id (N) of fcosd custom instruction.Integer id (N) of fcoss custom instruction.Integer id (N) of fdivd custom instruction.Integer id (N) of fdivs custom instruction.Integer id (N) of fexpd custom instruction.Integer id (N) of fexps custom instruction.Integer id (N) of fextsd custom instruction.Integer id (N) of fixdi custom instruction.Integer id (N) of fixdu custom instruction.Integer id (N) of fixsi custom instruction.Integer id (N) of fixsu custom instruction.Integer id (N) of floatid custom instruction.Integer id (N) of floatis custom instruction.Integer id (N) of floatud custom instruction.Integer id (N) of floatus custom instruction.Integer id (N) of flogd custom instruction.Integer id (N) of flogs custom instruction.Integer id (N) of fmaxd custom instruction.Integer id (N) of fmaxs custom instruction.Integer id (N) of fmind custom instruction.Integer id (N) of fmins custom instruction.Integer id (N) of fmuld custom instruction.Integer id (N) of fmuls custom instruction.Integer id (N) of fnegd custom instruction.Integer id (N) of fnegs custom instruction.Integer id (N) of frdxhi custom instruction.Integer id (N) of frdxlo custom instruction.Integer id (N) of frdy custom instruction.Integer id (N) of fsind custom instruction.Integer id (N) of fsins custom instruction.Integer id (N) of fsqrtd custom instruction.Integer id (N) of fsqrts custom instruction.Integer id (N) of fsubd custom instruction.Integer id (N) of fsubs custom instruction.Integer id (N) of ftand custom instruction.Integer id (N) of ftans custom instruction.Integer id (N) of ftruncds custom instruction.Integer id (N) of fwrx custom instruction.Integer id (N) of fwry custom instruction.Integer id (N) of round custom instruction.Integer kind %d at %C not availableInteger outside symmetric range implied by Standard Fortran at %LInteger outside symmetric range implied by Standard Fortran converting %s to %s at %LInteger overflowInteger overflow when calculating the amount of memory to allocateInteger too big for integer kind %i at %CInteger too big for its kind at %C. This check can be disabled with the option -fno-range-checkInteger too large at %CInteger value too large in expression at %CIntegrate functions into their callers when code size is known not to grow.Integrate functions not declared "inline" into their callers when profitable.Integrate functions only required by their single caller.Intel MCU psABI isn%'t supported in %s modeIntel MPX does not support x32Interface %qs at %L is declared in a later PROCEDURE statementInterface %qs at %L may not be a statement functionInterface %qs at %L may not be genericInterface %qs at %L must be explicitInterface mismatch for procedure-pointer component %qs in structure constructor at %L: %sInterface mismatch in dummy procedure %qs at %L: %sInterface mismatch in global procedure %qs at %L: %sInterface mismatch in procedure pointer assignment at %L: %qs is not a subroutineInterface mismatch in procedure pointer assignment at %L: %sInterface must be specified for DEFERRED binding at %CInterface-name expected after %<(%> at %CInternal compiler error: Error reporting routines re-entered.
! Internal file at %L with namelistInternal procedure %qs in %s at %LInternal procedure %qs is invalid in procedure pointer assignment at %LInternal procedure %qs is used as actual argument at %LInternal unit with vector subscript at %LInterpret any INTEGER(4) as an INTEGER(8).Interpret any REAL(4) as a REAL(10).Interpret any REAL(4) as a REAL(16).Interpret any REAL(4) as a REAL(8).Interpret any REAL(8) as a REAL(10).Interpret any REAL(8) as a REAL(16).Interpret any REAL(8) as a REAL(4).Interpret imaginary, fixed-point, or other gnu number suffix as the corresponding number literal rather than a user-defined number literal.Intersperse literal pools with code in the text section.Intrinsic %qs (is %s) is used at %LIntrinsic %qs at %L cannot have an initializerIntrinsic %qs at %L is invalid in procedure pointer assignmentIntrinsic %qs at %L is not allowed as an actual argumentIntrinsic %qs at %L must have at least two argumentsIntrinsic TRANSFER at %L has partly undefined result: source size %ld < result size %ldIntrinsic function %qs (%d) not recognizedIntrinsic function %qs at %L is not permitted in an initialization expressionIntrinsic function %s at %L is not permitted for CO_REDUCEIntrinsic function NULL at %L cannot be an actual argument to STORAGE_SIZE, because it returns a disassociated pointerIntrinsic operator %qs referenced at %L not found in module %qsIntrinsic operator interface at %L must be a FUNCTIONIntrinsic procedure %qs not allowed in PROCEDURE statement at %LIntrinsic procedure at %L cannot be a MODULE PROCEDUREIntrinsic subroutine %qs at %L shall not have a type specifierInvalid C identifier in NAME= specifier at %CInvalid Hollerith constant at %L contains a wide characterInvalid Hollerith constant: %L must contain at least one characterInvalid Hollerith constant: Integer kind at %L should be defaultInvalid KIND parameter of %s at %LInvalid NULL at %LInvalid argument to !$ACC WAIT at %LInvalid builtin argumentsInvalid character %<$%> at %L. Use %<-fdollar-ok%> to allow it as an extensionInvalid character in name at %CInvalid clause in module with !$ACC DECLARE at %LInvalid codimension %d at %C, only %d codimensions existInvalid context for NULL () intrinsic at %LInvalid context for NULL() pointer at %%LInvalid exponent-letter %<q%> in real-literal-constant at %CInvalid expression in gfc_element_size.Invalid expression in gfc_target_encode_expr.Invalid expression in gfc_target_interpret_expr.Invalid expression in the structure constructor for pointer component %qs at %L in PURE procedureInvalid form of PROGRAM statement at %CInvalid form of WRITE statement at %L, UNIT requiredInvalid form of array reference at %CInvalid form of coarray reference at %CInvalid image number %d in SYNC IMAGESInvalid initialization expression for ALLOCATABLE component %qs in structure constructor at %LInvalid initializer %s in Data statement at %CInvalid kind %d for CHARACTER constant at %CInvalid kind for %s at %LInvalid old style initialization for derived type component at %CInvalid operator for !$OMP DECLARE REDUCTION %s at %LInvalid procedure argument at %LInvalid procedure pointer assignment at %LInvalid range %s in option %sInvalid real kind %d at %CInvalid standard code on intrinsic %qs (%d)Invalid type-spec at %CInvalid value for %s specification at %CIssue warnings needed for strict compliance to the standard.Iterator step at %L cannot be zeroJump targets are aligned to this power of 2.Junk after ASSOCIATE statement at %CJunk after CALL at %CJunk after GENERIC binding at %CJunk after MAP statement at %CJunk after UNION statement at %CJunk after non-nested STRUCTURE statement at %CJust generate unwind tables for exception handling.Just use icc0/fcc0.KIND parameter of %s at %L must be an initialization expressionKeyword %qs at %C has already appeared in the current argument listKeyword argument %qs at %L is already associated with another actual argumentKeyword argument %qs at %L is not in the procedureKeyword argument requires explicit interface for procedure %qs at %LKeyword argument requires explicit interface for procedure pointer component %qs at %LKind %d is not supported for CHARACTER at %CKind %d not supported for type %s at %CKind type parameter for entity at %L differs from the kind type parameter of the typespecKnown AArch64 ABIs (for use with the -mabi= option):Known ABIs (for use with the -mabi= option):Known ARC CPUs (for use with the -mcpu= option):Known ARM ABIs (for use with the -mabi= option):Known ARM CPUs (for use with the -mcpu= and -mtune= options):Known ARM FPUs (for use with the -mfpu= option):Known ARM architectures (for use with the -march= option):Known C6X ISAs (for use with the -march= option):Known CPUs (for use with the -mcpu= and -mtune= options):Known FR-V CPUs (for use with the -mcpu= option):Known IQ2000 CPUs (for use with the -mcpu= option):Known Itanium CPUs (for use with the -mtune= option):Known M68K CPUs (for use with the -mcpu= option):Known M68K ISAs (for use with the -march= option):Known M68K microarchitectures (for use with the -mtune= option):Known MIPS ABIs (for use with the -mabi= option):Known MIPS CPUs (for use with the -march= and -mtune= options):Known MIPS IEEE 754 settings (for use with the -mabs= and -mnan= options):Known MIPS ISA levels (for use with the -mips option):Known TILE-Gx CPUs (for use with the -mcpu= option):Known TILEPro CPUs (for use with the -mcpu= option):Known TLS dialects (for use with the -mtls-dialect= option):Known __fp16 formats (for use with the -mfp16-format= option):Known address mode (for use with the -maddress-mode= option):Known arch types (for use with the -march= option):Known assembler dialects (for use with the -masm= option):Known cmodel types (for use with the -mcmodel= option):Known code models (for use with the -mcmodel= option):Known data alignment choices (for use with the -malign-data= option):Known floating-point ABIs (for use with the -mfloat-abi= option):Known stack protector guard (for use with the -mstack-protector-guard= option):Known vectorization library ABIs (for use with the -mveclibabi= option):L%d cache latency unknown for %sLEXER_DEBUGGING_ENABLED_P is not set to trueLHS in noreturn callLINEAR clause modifier used on DO or SIMD construct at %LLINEAR clause specified together with ORDERED clause with argument at %LLINEAR dummy argument %qs with VALUE attribute with %s modifier at %LLINEAR variable %qs must be INTEGER at %LLOCK statement at %CLOCK_EVENT in variable definition context (%s) at %LLOCK_TYPE in variable definition context (%s) at %LLOGICAL dummy argument %qs at %L with non-C_Bool kind in BIND(C) procedure %qsLOGICAL operands are required in expression at %LLOGICAL result variable %qs at %L with non-C_Bool kind in BIND(C) procedure %qsLTO support has not been enabled in this configurationLabel %d at %C already referenced as a format labelLabel %d at %C already referenced as branch targetLabel %d at %C previously used as a FORMAT labelLabel %d at %C previously used as branch targetLabel %d at %L defined but cannot be usedLabel %d at %L defined but not usedLabel %d referenced at %L is never definedLabel %qs at %C doesn't match IF label %qsLabel %qs at %C doesn't match WHERE label %qsLabel at %L is not in the same block as the GOTO statement at %LLabel name %qs at %C is ambiguousLeft parenthesis required after %<*%>Legacy Extension:Letter %qc already has an IMPLICIT type at %CLetter %qc already set in IMPLICIT statement at %CLetters must be in alphabetic order in IMPLICIT statement at %CLevel of hsa debug stores verbosityLift restrictions on GOT size.Like -M but ignore system header files.Like -MD but ignore system header files.Like -pedantic but issue them as errors.Limit of %d continuations exceeded in statement at %CLine truncated at %LLines executed:%s of %d
  Link in code for a __main kernel.Link to emit program in ELF format (rather than mmo).Link with HAL BSP.Link with a limited version of the C library.Link with libads.a, libc.a and crt0.o.Link with libc.a and libdebug.a.Link with libc.a and libsim.a.Link with libmvme.a, libc.a and crt0.o.Link with libsim.a, libc.a and sim-crt0.o.Link with libyk.a, libc.a and crt0.o.Link with the fast floating-point library.Link with the library-pic libraries.Link-time optimization with number of parallel jobs or jobserver.List all available debugging counters with their limits and counts.Local declaration from a different functionLock variable at %L must be a scalar of type LOCK_TYPELogical SELECT CASE block at %L has more that two casesLogical range in CASE statement at %L is not allowedLogicals at %%L must be compared with %s instead of %sLook for and use PCH files even when preprocessing.Looks for opportunities to reduce stack adjustments and stack references.Loop code aligned to this power of 2.Loop iterates infinitelyLoop parallelized across gangs is not allowed inside another loop parallelized across gangs at %LLoop parallelized across gangs is not allowed inside loop parallelized across workers at %LLoop parallelized across vectors is not allowed inside another loop parallelized across vectors at %LLoop parallelized across workers is not allowed inside another loop parallelized across vectors at %LLoop parallelized across workers is not allowed inside another loop parallelized across workers at %LLoop variableLoop variable at %C cannot be a coarrayLoop variable at %C cannot be a sub-componentLoop variable at %C cannot be an arrayLoop variable has been modifiedLoops iterating at least selected number of iterations will get loop alignment..Lower array reference at %L is out of bounds (%ld < %ld) in dimension %dLower array reference at %L is out of bounds (%ld > %ld) in dimension %dLower bound has to be present at %LMCU '%s' does not have hardware multiply support, but -mhwmult is set to %sMCU '%s' supports %s ISA but -mcpu option is set to %sMCU '%s' supports %s hardware multiply, but -mhwmult is set to 16-bitMCU '%s' supports %s hardware multiply, but -mhwmult is set to 32-bitMCU '%s' supports %s hardware multiply, but -mhwmult is set to f5seriesMIPS16 -mxgot codeMIPS16 PIC for ABIs other than o32 and o64MMIX Internal: %s is not a shiftable intMMIX Internal: Bad register: %dMMIX Internal: Bad value for 'm', not a CONST_INTMMIX Internal: Cannot decode this operandMMIX Internal: Expected a CONST_INT, not thisMMIX Internal: Expected a constant, not thisMMIX Internal: Expected a register, not thisMMIX Internal: Last named vararg would not fit in a registerMMIX Internal: Missing %qc case in mmix_print_operandMMIX Internal: This is not a constant:MMIX Internal: This is not a recognized addressMMIX Internal: Trying to output invalidly reversed condition:MMIX Internal: What is the CC of this?MMIX Internal: What's the CC of this?MMX vector argument without MMX enabled changes the ABIMMX vector return without MMX enabled changes the ABIMODIFY_EXPR not expected while having tuplesMODULE PROCEDURE at %C must be in a generic module interfaceMODULE PROCEDURE declaration at %CMODULE prefix at %CMOLD argument to NULL required at %LMOLD tag at %LMOLD tag at %L conflicts with SOURCE tag at %LMOLD tag at %L conflicts with the typespec at %LMOLD= required in NULL() argument at %L: Ambiguity between specific functions %s and %sMSA MIPS16 codeMSP430 builtin functions only work inside interrupt handlersMULT case in cris_op_strMagnitude of second argument of %s exceeds bit size at %LMagnitude of second argument of ISHFTC exceeds BIT_SIZE of first argument at %CMain variant is not definedMaintain backchain pointer.Make "char" signed by default.Make "char" unsigned by default.Make integers 32 bits wide.Make structs a multiple of 4 bytes (warning: ABI altered).Make sure loads and stores are not moved past DMA instructions.Make the linker relaxation machine assume that a program counter wrap-around occurs.Malformed GENERIC statement at %CMalloc data into P2 space.Map one directory name to another in debug information.Mark MAC register as call-clobbered.Mark __tls_get_addr calls with argument info.Mark all loops as parallel.Marks all inlined functions and methods as having hidden visibility.Max basic blocks number in loop for loop invariant motion.Max loops number for regional RA.Max size of conflict table in MB.Max. number of generated reload insns per insn is achieved (%d)
  Max. recursion depth for expanding var tracking expressions.Max. size of loc list for which reverse ops should be added.Max. size of var tracking hash tables.Maximal code growth caused by tail duplication (in percent).Maximal estimated growth of function body caused by early inlining of single call.Maximal estimated outcome of branch considered predictable.Maximal growth due to inlining of large function (in percent).Maximal size of a partition for LTO (in estimated instructions).Maximal stack frame growth due to inlining (in percent).Maximum allowed growth of size of new parameters ipa-sra replaces a pointer to an aggregate with.Maximum amount of iterations of the pass over a function.Maximum amount of similar bbs to compare a bb with.Maximum depth of search in the dominator tree for expressions to hoist.Maximum depth of sqrt chains to use when synthesizing exponentiation by a real constant.Maximum extension level reached with type %qs at %LMaximum length of candidate scans for straight-line strength reduction.Maximum length of partial antic set when performing tree pre optimization.Maximum number of LRA assignment passes is achieved (%d)
! Maximum number of active local stores in RTL dead store elimination.Maximum number of aggregate content items for a parameter in jump functions and lattices.Maximum number of arguments a PHI may have before the FSM threader will not try to thread through its block.Maximum number of arguments in a PHI supported by TREE if-conversion unless the loop is marked with simd pragma.Maximum number of assertions to add along the default edge of a switch statement during VRPMaximum number of basic blocks on a finite state automaton jump thread path.Maximum number of conditional store pairs that can be sunk.Maximum number of constant stores to merge in the store merging pass.Maximum number of datarefs in loop for building loop data dependencies.Maximum number of disambiguations to perform per memory access.Maximum number of fields in a structure before pointer analysis treats the structure as a single variable.Maximum number of insns in a basic block to consider for RTL if-conversion.Maximum number of instructions in basic block to be considered for SLP vectorization.Maximum number of instructions in the ready list that are considered eligible for renaming.Maximum number of instructions to copy when duplicating blocks on a finite state automaton jump thread path.Maximum number of loop peels to enhance alignment of data references in a loop.Maximum number of may-defs visited when devirtualizing speculativelyMaximum number of namespaces to search for alternatives when name lookup fails.Maximum number of nested calls to search for control dependencies during uninitialized variable analysis.Maximum number of new jump thread paths to create for a finite state automaton.Maximum number of nops to insert for a hint (Default 2).Maximum number of statements allowed in a block that needs to be duplicated when threading jumps.Maximum number of statements that will be visited by IPA formal parameter analysis based on alias analysis in any given function.Maximum number of statements to be included into a single static constructor generated by Pointer Bounds Checker.Maximum number of strings for which strlen optimization pass will track string lengths.Maximum number of times that an insn could be scheduled.Maximum permissible cost for the sequence that would be generated by the RTL if-conversion pass for a branch that is considered predictable.Maximum permissible cost for the sequence that would be generated by the RTL if-conversion pass for a branch that is considered unpredictable.Maximum probability of the entry BB of split region (in percent relative to entry BB of the function) to make partial inlining happen.Maximum recursion depth allowed when querying a property of an SSA name.Maximum size (in bytes) of objects tracked bytewise by dead store elimination.Maximum size in bytes of constant values allowed as operands.Maximum size of a SCC before SCCVN stops processing a function.Maximum size of a list of values associated with each parameter for interprocedural constant propagation.Maximum size of global and static variables which can be placed into the small data area.Maximum size, in storage units, of an aggregate which should be considered for scalarization when compiling for size.Maximum size, in storage units, of an aggregate which should be considered for scalarization when compiling for speed.Maximum subrecord length cannot exceed %dMaximum supported identifier length is %dMemory allocation failedMerge C++ types using One Definition Rule.Merge adjacent stores.Merge subcomand usage:Min. ratio of insns to mem ops to enable prefetching in a loop.Min. ratio of insns to prefetches to enable prefetching for a loop with an unknown trip count.Minimal distance between possibly conflicting store and load.Minimal fall-through edge probability in percentage used to add BB to inheritance EBB in LRA.Minimal size of a partition for LTO (in estimated instructions).Minimum heap expansion to trigger garbage collection, as a percentage of the total size of the heap.Minimum heap size before we start collecting garbage, in kilobytes.Mismatch in ELEMENTAL attribute between MODULE PROCEDURE at %L and its interface in %sMismatch in MODULE PROCEDURE formal argument names (%s/%s) at %CMismatch in PURE attribute between MODULE PROCEDURE at %L and its interface in %sMismatch in RECURSIVE attribute between MODULE PROCEDURE at %L and its interface in %sMismatch in number of MODULE PROCEDURE formal arguments at %CMismatch in the procedure pointer assignment at %L: mismatch in the calling conventionMissing !$OMP END ATOMIC after !$OMP ATOMIC CAPTURE at %CMissing %<&%> in continued character constant at %CMissing %<(%> in statement at or before %LMissing %<)%> in statement at or before %LMissing %qs argument to the %s intrinsic at %LMissing INITIALIZER clause for !$OMP DECLARE REDUCTION of derived type without default initializer at %LMissing actual argument %qs in call to %qs at %LMissing actual argument for argument %qs at %LMissing alternate return spec in subroutine call at %LMissing argument list in function %qs at %CMissing argument to %qs at %CMissing array specification at %L in CODIMENSION statementMissing array specification at %L in DIMENSION statementMissing character range in IMPLICIT at %CMissing closing paren for binding label at %CMissing codimension specification at %CMissing comma at %LMissing counts for called function %s/%iMissing dimension specification at %CMissing entity or common block name for attribute specification statement at %CMissing exponent in real number at %CMissing format label at %CMissing format with default unit at %CMissing generic specification in USE statement at %CMissing keyword name in actual argument list at %CMissing kind-parameter at %CMissing leading left parenthesisMissing positive width after L descriptor at %LMissing required parentheses before BIND(C) at %CMissing right parenthesis at %CMissing right parenthesis or comma at %CMissing symbolModule %qs at line %d column %d: %sModule file %qs has not been generated, either because the module does not contain a MODULE PROCEDURE or there is an error in the module.Module nature in USE statement at %C shall be either INTRINSIC or NON_INTRINSICMore actual than formal arguments in procedure call at %LMore than one edge out of thunk nodeMove loop invariant computations out of loops.Multiple identifiers provided with single NAME= specifier at %CMultiple loop axes specified for routineNAME not allowed on BIND(C) for ABSTRACT INTERFACE at %CNAME= specifier at %C should be a constant expressionNAME= specifier at %C should be a scalar of default character kindNAMELIST %qs in READ statement at %L contains the symbol %qs which may not appear in a variable definition contextNAMELIST array object %qs with assumed shape in namelist %qs at %LNAMELIST array object %qs with nonconstant shape in namelist %qs at %LNAMELIST object %qs has PRIVATE components and cannot be a member of PUBLIC namelist %qs at %LNAMELIST object %qs has use-associated PRIVATE components and cannot be member of namelist %qs at %LNAMELIST object %qs in namelist %qs at %L is polymorphic and requires a defined input/output procedureNAMELIST object %qs in namelist %qs at %L with ALLOCATABLE or POINTER componentsNAMELIST object %qs was declared PRIVATE and cannot be member of PUBLIC namelist %qs at %LNAMELIST object %qs with nonconstant character length in namelist %qs at %LNEWUNIT specifier at %LNEWUNIT specifier must have FILE= or STATUS='scratch' at %CNON_OVERRIDABLE and DEFERRED can't both appear at %CNOPASS or explicit interface required at %CNOTE_INSN_BASIC_BLOCK %d in middle of basic block %dNOTE_INSN_BASIC_BLOCK is missing for block %dNO_ARG_CHECK attributeNULL appears on right-hand side in assignment at %LNULL intrinsic with allocatable MOLD at %LNULL pointer at %L is not permitted as actual argument of %qs intrinsic functionNULL used in arithmeticNULL() initialization at %C is ambiguousNULL() initialization at %C may not have MOLDName %qs at %C is already defined as a generic interface at %LName %qs at %C is an ambiguous reference to %qs from current program unitName %qs at %C is an ambiguous reference to %qs from module %qsName %qs at %C is the name of the procedureName %qs in %s statement at %C is not a construct nameName %qs in %s statement at %C is unknownName %qs of ABSTRACT INTERFACE at %C cannot be the same as an intrinsic typeName after !$omp critical and !$omp end critical does not match at %CName at %C is too longName of system library to link against.Name of the startfile.Name too longNamed COMMON block %qs at %L shall be of the same size as elsewhere (%lu vs %lu bytes)Named block DO at %L requires matching ENDDO nameNamed constant %qs at %L cannot be an EQUIVALENCE objectNamed constant %qs in variable definition context (%s) at %LNamed constant at %C in an EQUIVALENCENamelist %qs can not be an argument at %LNamelist %qs can not be an argument to subroutine or function at %LNamelist %s cannot be renamed by USE association to %sNamelist group name %qs at %C already has a basic type of %sNamelist group name %qs at %C already is USE associated and cannot be respecified.Namelist group name at %L cannot have the SAVE attributeNeed either entity or common block name for attribute specification statement at %CNegative argument N at %LNegative exponent of integer has zero result at %LNested CRITICAL block at %CNo FPX/FPU mixing allowedNo binding name is allowed in BIND(C) at %CNo branches
  No calls
  No default crt0.o.No dispatcher found for %sNo dispatcher found for the versioning attributesNo dispatcher found for the versioning attributes : %sNo edge out of thunk nodeNo executable lines
! No initializer for allocatable component %qs given in the structure constructor at %CNo initializer for component %qs given in the structure constructor at %C!No location in expression near %LNo location in statementNo longer supported.No region crossing jump at section boundary in bb %iNode has more than one chkp referenceNon-ELEMENTAL user-defined assignment in WHERE at %LNon-PARAMETER symbol %qs at %L can't be implied-shapeNon-POINTER in pointer association context (%s) at %LNon-RECURSIVE procedure %qs at %L is possibly calling itself recursively.  Declare it RECURSIVE or use %<-frecursive%>Non-THREADPRIVATE object %qs in COPYIN clause at %LNon-character assumed shape array element in FORMAT tag at %LNon-character assumed size array element in FORMAT tag at %LNon-character in FORMAT tag at %LNon-character pointer array element in FORMAT tag at %LNon-constant lower bound in implied-shape declaration at %LNon-default LOGICAL kind in %s tag at %LNon-extensible derived-type %qs at %L must not be ABSTRACTNon-numeric character in statement label at %CNon-polymorphic passed-object dummy argument of %qs at %LNon-scalar FINAL procedure at %L should have assumed shape argumentNon-significant digits in %qs number at %C, maybe incorrect KINDNon-variable expression in variable definition context (%s) at %LNon-zero imaginary part discarded in conversion from %qs to %qs at %LNonallocatable variable must not be polymorphic in intrinsic assignment at %L - check that there is a matching specific subroutine for '=' operatorNoncoarray component %s at %L of type EVENT_TYPE or with subcomponent of type EVENT_TYPE must have a codimension or be a subcomponent of a coarray. (Variables of type %s may not have a codimension as %s at %L has a codimension or a coarray subcomponent)Noncoarray component %s at %L of type EVENT_TYPE or with subcomponent of type EVENT_TYPE must have a codimension or be a subcomponent of a coarray. (Variables of type %s may not have a codimension as already a coarray subcomponent exists)Noncoarray component %s at %L of type LOCK_TYPE or with subcomponent of type LOCK_TYPE must have a codimension or be a subcomponent of a coarray. (Variables of type %s may not have a codimension as %s at %L has a codimension or a coarray subcomponent)Noncoarray component %s at %L of type LOCK_TYPE or with subcomponent of type LOCK_TYPE must have a codimension or be a subcomponent of a coarray. (Variables of type %s may not have a codimension as already a coarray subcomponent exists)Nonconforming tab character at %CNonconforming tab character in column %d of line %dNonconforming tab character in format at %CNonconstant array section at %L in DATA statementNoncontiguous deferred shape array %qs in %s clause at %LNonexistent include directory %qsNoninteger exponent in an initialization expression at %LNoninteroperable array FPTR at %L to C_F_POINTER: %sNoninteroperable array at %L as argument to C_LOC: %sNoninteroperable procedure at %L to C_FUNLOCNoninteroperable procedure pointer at %L to C_F_PROCPOINTERNonintrinsic elemental procedure %qs is invalid in procedure pointer assignment at %LNonnegative width requiredNonpolymorphic reference to abstract type at %CNonstandard type declaration %s*%d at %CNot enough elements in array initializer at %CNot expected TAG.Not instrumented node has non-NULL original declarationNumber of partitions the program should be split to.Number of registers used to pass integer arguments.Numeric PARAMETER required in complex constant at %CNumeric operands are required in expression at %LNumeric or CHARACTER operands are required in expression at %LOLD argument of the %s intrinsic function at %L shall be definableOMP DECLARE TARGET COMMON at %L previously mentioned in LINK clause and later in TO clauseOMP DECLARE TARGET COMMON at %L previously mentioned in TO clause and later in LINK clauseOMP DECLARE TARGET variable at %L is an element of a COMMON blockOMP DECLARE TARGET variable at %L previously mentioned in LINK clause and later in TO clauseOMP DECLARE TARGET variable at %L previously mentioned in TO clause and later in LINK clauseOMP TARGET UPDATE at %L requires at least one TO or FROM clauseOPEN statement at %C must have UNIT or NEWUNIT specifiedOPEN statement not allowed in PURE procedure at %COPERATOR argument at %L must be a PURE functionOPTIONAL is not allowed inside of BLOCK at %CORDERED clause argument not constant positive integer at %CORDERED clause parameter is less than COLLAPSE at %LObject %qs is not a variable at %LObjective-C declarations may only appear in global scopeObsolescent feature:Offline tool to handle gcda counts
  
  Old-style character length at %COld-style initialization at %COld-style type declaration %s*%d not supported at %COmit frame pointer for leaf functions.Omit range reduction step when performing complex division.Omit the frame pointer in leaf functions.One of actual subroutine arguments in INITIALIZER clause of !$OMP DECLARE REDUCTION must be OMP_PRIV at %LOnly DWARF debug format is supported for interrupt service routine.Only SOURCE or SINK dependence types are allowed on ORDERED directive at %LOnly array FINAL procedures declared for derived type %qs defined at %L, suggest also scalar oneOnly generate absolute relocations on word sized values.Only intrinsic operators can be used in expression at %LOnly issue one instruction per cycle.Only retained for backward compatibility.Only the !$ACC ROUTINE form without list is allowed in interface block at %COnly the !$OMP DECLARE TARGET form without clauses is allowed in interface block at %COnly use 32 FPRs.Only use 32 GPRs.OpenACC construct inside of non-OpenACC regionOpenACC directive inside of CRITICAL block at %COpenACC directives at %C may not appear in PURE proceduresOpenACC loop directive must be associated with an OpenACC compute regionOpenACC region inside of OpenACC routine, nested parallelism not supported yetOpenMP constructs other than %<#pragma omp ordered simd%> may not be nested inside %<simd%> regionOpenMP directives other than SIMD or DECLARE TARGET at %C may not appear in PURE or ELEMENTAL proceduresOperand of .not. operator at %%L is %sOperand of unary numeric operator %%<%s%%> at %%L is %sOperand of user operator %%<%s%%> at %%L is %sOperands of binary numeric operator %%<%s%%> at %%L are %s/%sOperands of comparison operator %%<%s%%> at %%L are %s/%sOperands of logical operator %%<%s%%> at %%L are %s/%sOperands of string concatenation operator at %%L are %s/%sOperands of user operator %%<%s%%> at %%L are %s/%sOperator interface at %L conflicts with intrinsic interfaceOperator interface at %L has the wrong number of argumentsOperator interface at %L must have, at most, two argumentsOptimize amount of stdarg registers saved to stack at start of function.Optimize conditional patterns using SSA PHI nodes.Optimize for debugging experience rather than speed or size.Optimize for space rather than speed.Optimize for speed disregarding exact standards compliance.Optimize frame header.Optimize induction variables on trees.Optimize lui/addiu address loads.Optimize opcode sizes at link time.Optimize partition neutering.Optimize sibling and tail recursive calls.Optimize tail call instructions in assembler and linker.Option %<-fallow-leading-underscore%> is for use only by gfortran developers, and should not be used for implicitly typed variablesOption %s not used consistently in all LTO input filesOption %s with different valuesOptions:
  Out of bounds in IMAGE_INDEX at %L for dimension %d, SUB has %ld and COARRAY lower bound is %ld)Out of bounds in IMAGE_INDEX at %L for dimension %d, SUB has %ld and COARRAY upper bound is %ld)Out of stack space.
  Output .debug_types section when using DWARF v4 debuginfo.Output lto objects containing both the intermediate language and binary output.Output stack usage information on a per-function basis.Output vtable verification counters.Output vtable verification pointer sets information.Overlap subcomand usage:Overlapping unequal initializers in EQUIVALENCE at %COverlapping unequal initializers in EQUIVALENCE at %LOverride -mbest-lib-options.P descriptor requires leading scale factorPAD= at %C not allowed in Fortran 95PARAMETER %qs is used at %L before its definition is completePARAMETER at %L is missing an initializerPARAMETER object %qs is not allowed at %LPARAMETER symbol in complex constant at %CPARAMETER without '()' at %CPAUSE statement at %CPC relative literal loads.PCS variantPHI argument is missing for edge %d->%dPHI argument is not SSA_NAME, or invariantPHI node with locationPHI node with wrong VUSE on edge from BB %dPIC code generation is not compatible with fast indirect callsPIC code generation is not supported in the portable runtime modelPIC is not supported for %s. Generating non-PIC code only..PIC is only supported for RTPsPIC is required but not supported with CONST16 instructionsPIC register clobbered by %qs in %<asm%>PIC register isn't set upPIC support for -fstack-limit-symbolPOINTER attribute is required for procedure pointer component at %CPOINTER object %qs in %s clause at %LPOINTER object %qs of derived type in %s clause at %LPOINTER object %qs of polymorphic type in %s clause at %LPOINTER-valued function appears on right-hand side of assignment at %LPRE disabledPRINT namelist at %C is an extensionPRINT statement at %C not allowed within PURE procedurePRINT_OPERAND null pointerPRINT_OPERAND, invalid insn for %%CPRINT_OPERAND, invalid insn for %%NPRINT_OPERAND: Unknown punctuation '%c'PRINT_OPERAND_ADDRESS, null pointerPRIVATE statement at %C is only allowed in the specification part of a modulePRIVATE statement at %C must precede procedure bindingsPRIVATE statement at %C must precede structure componentsPRIVATE statement in TYPE at %C must be inside a MODULEPROCEDURE %qs at %L may not be used as its own interfacePROCEDURE at %C must be in a generic interfacePROCEDURE attribute conflicts with INTENT attribute in %qs at %LPROCEDURE attribute conflicts with NAMELIST attribute in %qs at %LPROCEDURE attribute conflicts with PROTECTED attribute at %LPROCEDURE attribute conflicts with RESULT attribute in %qs at %LPROCEDURE attribute conflicts with SAVE attribute in %qs at %LPROCEDURE list at %CPROCEDURE statement at %CPROCEDURE(interface) at %C should be declared DEFERREDPROTECTED at %C only allowed in specification part of a modulePROTECTED attribute at %CPROTECTED attribute conflicts with EXTERNAL attribute at %LPROTECTED statement at %CPTX does not support weak declarations (only weak definitions)PUBLIC %s %qs at %L of PRIVATE derived type %qsPUBLIC function %qs at %L of PRIVATE type %qsPUBLIC statement at %C is only allowed in the specification part of a modulePURE and IMPURE must not appear both at %CPURE prefix in MODULE PROCEDURE interface is missing at %LPack VLIW instructions.Pack structure members together without holes.Padding of %d bytes required before %qs in COMMON %qs at %L; reorder elements or use -fno-align-commonsPadding of %d bytes required before %qs in COMMON at %L; reorder elements or use -fno-align-commonsParameter %qs at %L has not been declared or is a variable, which does not reduce to a constant expressionParameter array %qs at %L cannot be automatic or of deferred shapeParameter pack __bases only valid in template declarationParameter to builtin must be a string constant or literalParameter to builtin not valid: %sPass -EB option through to linker.Pass -EL option through to linker.Pass -marclinux option through to linker.Pass -marclinux_prof option through to linker.Pass -z text to linker.Pass the address of the ra save location to _mcount in $12.Passed-object at %L must be scalarPassed-object dummy argument of %qs at %L must be at the same position as the passed-object dummy argument of the overridden procedurePassed-object dummy argument of %qs at %L must be scalarPassed-object dummy argument of %qs at %L must not be ALLOCATABLEPassed-object dummy argument of %qs at %L must not be POINTERPasses on a request to the assembler to enable fixes for various silicon errata.Passes on a request to the assembler to warn about various silicon errata.Passing coarray at %L to allocatable, noncoarray dummy argument %qs, which is invalid if the allocation status is modifiedPassing coarray at %L to allocatable, noncoarray, INTENT(OUT) dummy argument %qsPassing internal procedure at %L by location not allowedPercentage penalty functions containing a single call to another function will receive when they are evaluated for cloning..Percentage penalty the recursive functions will receive when they are evaluated for cloning..Perform DWARF duplicate elimination.Perform IPA Value Range Propagation.Perform Identical Code Folding for functions and read-only variables.Perform Identical Code Folding for functions.Perform Identical Code Folding for variables.Perform SMS based modulo scheduling before the first scheduling pass.Perform SMS based modulo scheduling with register moves allowed.Perform VR4130-specific alignment optimizations.Perform Value Range Propagation on trees.Perform a forward propagation pass on RTL.Perform a number of minor, expensive optimizations.Perform a register copy-propagation optimization pass.Perform a register renaming optimization pass.Perform a target dependent instruction fusion optimization pass.Perform branch target load optimization after prologue / epilogue threading.Perform branch target load optimization before prologue / epilogue threading.Perform cloning to make Interprocedural constant propagation stronger.Perform comparison elimination after register allocation has finished.Perform conversion of conditional jumps to branchless equivalents.Perform conversion of conditional jumps to conditional execution.Perform conversions of switch initializations.Perform cross-jumping optimization.Perform early inlining.Perform enhanced load motion during global common subexpression elimination.Perform function-local points-to analysis on trees.Perform global common subexpression elimination after register allocation has finished.Perform global common subexpression elimination.Perform indirect inlining.Perform internal consistency checkings.Perform interprocedural bitwise constant propagation.Perform interprocedural constant propagation.Perform interprocedural points-to analysis.Perform interprocedural profile propagation.Perform interprocedural reduction of aggregates.Perform jump threading optimizations.Perform live range splitting during the SSA->normal pass.Perform loop peeling.Perform loop splitting.Perform loop unrolling for all loops.Perform loop unrolling when iteration count is known.Perform loop unswitching.Perform partial inlining.Perform redundant load after store elimination in global common subexpression elimination.Perform scalar replacement of aggregates.Perform software pipelining of inner loops during selective scheduling.Perform software pipelining of outer loops during selective scheduling.Perform speculative devirtualization.Perform store motion after global common subexpression elimination.Perform straight-line strength reduction.Perform superblock formation via tail duplication.Perform unused symbol elimination in debug info.Perform unused type elimination in debug info.Perform variable tracking and also tag variables that are uninitialized.Perform variable tracking by annotating assignments.Perform variable tracking.Perform whole program optimizations.Period required in format specifierPeriod required in format specifier %s at %LPeriod required in format specifier at %LPermit '$' as an identifier character.Permit nonconforming uses of the tab character.Permit scheduling of a function's prologue sequence.Permit universal character names (\u and \U) in identifiers.Place a stop bit after every cycle when scheduling.Place data items into their own section.Place each function into its own section.Place floating point constants in TOC.Place symbol+offset constants in TOC.Please submit a full bug report,
  with preprocessed source if appropriate.
! PluginsPointer Checker requires MPX support on this target. Use -mmpx options to enable MPX.Pointer array component of structure at %C must have a deferred shapePointer assignment target has PROTECTED attribute at %LPointer assignment target is neither TARGET nor POINTER at %LPointer assignment target is not a POINTER at %LPointer assignment with vector subscript on rhs at %LPointer at %L in pointer assignment might outlive the pointer targetPointer component %s at %L has a noncoarray subcomponent of type EVENT_TYPE, which must have a codimension or be a subcomponent of a coarrayPointer component %s at %L has a noncoarray subcomponent of type LOCK_TYPE, which must have a codimension or be a subcomponent of a coarrayPointer initialization at %C requires %<=>%>, not %<=%>Pointer initialization target at %L must have the SAVE attributePointer initialization target at %L must have the TARGET attributePointer initialization target at %L must not be ALLOCATABLEPointer object at %C shall not be coindexedPointer object at %L shall not have a coindexPointer procedure assignment at %LPointer-array actual argument at %L requires an assumed-shape or pointer-array dummy argument %qs due to VOLATILE attributePointers are 32-bit.Pointers are 64-bit.Policies available for use with -mcompact-branches=:Polymorphic FPTR at %L to C_F_POINTERPolymorphic component %s at %L in SEQUENCE or BIND(C) type %sPolymorphic scalar passed to array dummy argument %qs at %LPolymorphic subobject of coindexed object at %LPositive exponent width requiredPositive width requiredPositive width required in format specifier %s at %LPositive width required with T descriptorPossible change of value in conversion from %s to %s at %LPower9 target option is incompatible with -mcpu=<xxx> for <xxx> less than power9Prefer branches over conditional execution.Prefer word accesses over byte accesses.Prepend global symbols with ":" (for use with PREFIX).Preprocess directives only.Preprocessed source stored into %s file, please attach this to your bugreport.
  Preserve the PowerPC 476's link stack by matching up a blr with the bcl/bl insns used for GOT accesses.Pretend a branch-around-a-move is a conditional move.Pretend that branches are expensive.Prevent the use of all floating-point operations.Prevent the use of all hardware floating-point instructions.Previous !$OMP DECLARE REDUCTION at %LPrevious !$OMP DECLARE REDUCTION from module %s at %LPrint CPU tuning information as comment in assembler file.  This is an option used only for regression testing of the compiler and not intended for ordinary use in compiling code.Print code coverage information.
  
  Print extra (possibly unwanted) warnings.Print fix-it hints to stderr in unified diff format.Print fixit hints in machine-readable form.Print the name of header files as they are used.Probability that COMDAT function will be shared with different compilation unit.Procedure %qs at %C has an explicit interface and must not have attributes declared at %LProcedure %qs at %C is already defined at %LProcedure %qs at %L already has basic type of %sProcedure %qs at %L has the same name as a component of %qsProcedure %qs at %L has the same name as an inherited component of %qsProcedure %qs at %L may not have basic type of %sProcedure %qs at %L must have the BIND(C) attribute to be C interoperableProcedure %qs called at %L is not explicitly declaredProcedure %qs called with an implicit interface at %LProcedure %qs in %s at %L has no explicit interfaceProcedure %qs in %s at %L is neither function nor subroutineProcedure %qs in PUBLIC interface %qs at %L takes dummy arguments of %qs which is PRIVATEProcedure %qs with PASS at %L must have at least one argumentProcedure %qs with PASS(%s) at %L has no argument %qsProcedure %s with binding label %s at %L uses the same global identifier as entity at %LProcedure argument at %L is local to a PURE procedure and has the POINTER attributeProcedure pointer %qs at %L shall not be elementalProcedure pointer %qs in %s clause at %LProcedure pointer at %CProcedure pointer component %qs at %L cannot be a member of the BIND(C) derived type %qs at %LProcedure pointer component %qs called with an implicit interface at %LProcedure pointer component %qs requires an argument list at %CProcedure pointer component %qs with PASS at %L must have at least one argumentProcedure pointer component %qs with PASS(%s) at %L has no argument %qsProcedure pointer component at %CProcedure pointer initialization target at %L may not be a procedure pointerProcedure pointer result %qs at %L is missing the pointer attributeProcedure pointer target %qs at %L must be either an intrinsic, host or use associated, referenced or have the EXTERNAL attributeProcess #ident directives.Processing spec (%s), which is '%s'
  Produce a backtrace when a runtime error is encountered.Produce a warning at runtime if a array temporary has been created for a procedure argument.Produce big endian code.Produce code relocatable at runtime.Produce little endian code.Profile data for function %u is corruptedProfile information in %s corruptedProgram is entirely located in low 64k of memory.Prohibit PC relative function calls.Prohibit PC relative jumps.Protect parentheses in expressions.Provide libraries for the simulator.Push extended registers on stack in monitor functions.Put all local arrays on stack.Put everything in the regular TOC.Put jump tables for switch statements into the .data section rather than the .code section.Put relocated read-only data into .data section.Put uninitialized constants in ROM (needs -membedded-data).Put zero initialized data in the bss section.R2 architecture is little-endian onlyREAL array index at %LREAL(KIND=10) is not available for %<-freal-4-real-10%> optionREAL(KIND=10) is not available for %<-freal-8-real-10%> optionREAL(KIND=10) is not available for %<-freal-8-real-16%> optionREAL(KIND=16) is not available for %<-freal-4-real-16%> optionREAL(KIND=4) is not available for %<-freal-8-real-4%> optionREAL(KIND=8) is not available for %<-fdefault-real-8%> optionREAL(KIND=8) is not available for %<-freal-4-real-8%> optionRECORD at %C is an extension, enable it with -fdec-structureRECURSIVE prefix in MODULE PROCEDURE interface is missing at %LRESULT variable at %C must be different than function nameRESULT_DECL should be read only when DECL_BY_REFERENCE is setRETURN statement in main program at %CROUND= at %C not allowed in Fortran 95RTL check: access of elt %d of '%s' with last elt %d in %s, at %s:%dRTL check: access of elt %d of vector with last elt %d in %s, at %s:%dRTL check: access of hwi elt %d of vector with last elt %d in %s, at %s:%dRTL check: attempt to treat non-block symbol as a block symbol in %s, at %s:%dRTL check: expected code '%s' or '%s', have '%s' in %s, at %s:%dRTL check: expected code '%s', have '%s' in %s, at %s:%dRTL check: expected elt %d type '%c' or '%c', have '%c' (rtx %s) in %s, at %s:%dRTL check: expected elt %d type '%c', have '%c' (rtx %s) in %s, at %s:%dRTL flag check: %s used with unexpected rtx code '%s' in %s, at %s:%dRTP PIC is incompatible with -msingle-pic-baseRTP PIC is incompatible with ThumbRTTI will not work on this typeRX FPU instructions do not support NaNs and infinitiesRaising a negative REAL at %L to a REAL power is prohibitedRange specification at %L can never be matchedRank mismatch in argument %qs at %L (rank-%d and rank-%d)Rank mismatch in argument %qs at %L (rank-%d and scalar)Rank mismatch in argument %qs at %L (scalar and rank-%d)Rank mismatch in array reference at %L (%d/%d)Rank remapping target is not rank 1 at %LRank remapping target is smaller than size of the pointer (%ld < %ld) at %LRank remapping target must be rank 1 or simply contiguous at %LReading file %qs as free formReading module %qs at line %d column %d: %sReading specs from %s
! Real COUNT_RATE argument to SYSTEM_CLOCK at %LReal constant overflows its kind at %CReal constant underflows its kind at %CReal number at %C has a %<d%> exponent and an explicit kindReal number at %C has a %<q%> exponent and an explicit kindRealign stack in prologue.Reallocate the LHS in assignments.Recognize C++ keywords like "compl" and "xor".Recognize GNU-defined keywords.Recognize built-in functions.Recognize the "asm" keyword.Record DW_AT_decl_column and DW_AT_call_column in DWARF.Record gcc command line switches in DWARF DW_AT_producer.Record gcc command line switches in the object file.Record times taken by sub-phases separately.Redefinition of !$OMP DECLARE REDUCTION at %LRedefinition of predefined !$OMP DECLARE REDUCTION at %LRedefinition of predefined %s !$OMP DECLARE REDUCTION at %LReduce priority for r0..r3 / r12..r15 with TARGET_REGISTER_PRIORITY.Redundant !$ACC END LOOP at %CRedundant ACQUIRED_LOCK tag found at %LRedundant ERRMSG tag found at %LRedundant MOLD tag found at %LRedundant SOURCE tag found at %LRedundant STAT tag found at %LRedundant UNTIL_COUNT tag found at %LReference statement index not foundReference statement index out of rangeReference to impure function %qs at %L inside a DO CONCURRENT %sReference to impure function %qs at %L inside a FORALL %sReference to impure function %qs at %L within a PURE procedureRegion crossing jump across same section in bb %iRegister number must be in range 0-31 for %sRelax branches.Relax literals in assembler and place them automatically in the text section.Relief of register pressure through live range shrinkage.Remap file names when including files.Remove redundant membars.Removing '%s'
  Removing call to function %qs at %LRenaming operators in USE statements at %CReorder basic blocks and partition into hot and cold sections.Reorder basic blocks to improve code placement.Reorder functions to improve code placement.Reorder top level functions, variables, and asms.Repeat spec invalid in scalar initializer at %CRepeat spec must be an integer at %CReplace add, compare, branch with branch on count register.Replace temporary expressions in the SSA->normal pass.Report on consistency of profile.Report on memory allocation before interprocedural optimization.Report on permanent memory allocation in WPA only.Report on permanent memory allocation.Report the time taken by each compiler pass.Report various link-time optimization statistics for WPA only.Report various link-time optimization statistics.Request IEEE-conformant math library routines (OSF/1).Reschedule instructions after register allocation.Reschedule instructions before register allocation.Reschedule pipelined regions without pipelining.Reserve space for outgoing arguments in the function prologue.Reshaped array too large at %CRestrict target load migration not to re-use registers in any basic block.Restrict the use of hardware floating-point instructions to 32-bit operations.Result %qs of contained function %qs at %L has no IMPLICIT typeResult mismatch for the overriding procedure %qs at %L: %sResult of %s gives range error for its kind at %LResult of %s is NaN at %LResult of %s overflows its kind at %LResult of %s underflows its kind at %LResult of BESSEL_YN is -INF at %LResult of NEAREST is NaN at %LResult of SCALE overflows its kind at %LReturn 8-byte vectors in memory.Return address signing is only supported for -mabi=lp64Return all structures in memory (AIX default).Return floating-point results in ac0 (fr0 in Unix assembler syntax).Return pointers in both a0 and d0.Return small aggregates in memory, not registers.Return small aggregates in registers.Return small structures in registers (SVR4 default).Return type mismatch of function %qs at %L (%s/%s)Return type of BIND(C) function %qs at %L cannot be a character stringReturn type of BIND(C) function %qs at %L cannot be an arrayReturn value %qs of function %qs declared at %L not setReturn value of function %qs at %L not setReturn values of functions in FPU registers.Reuse r30 on a per function basis.Rewrite subcommand usage:Right parenthesis expected at %CRightmost upper bound of assumed size array section not specified at %LRun only the second compilation of -fcompare-debug.Run predictive commoning optimization.Run selective scheduling after reload.Run self-tests, using the given path to locate test files.Run the link-time optimizer in local transformation (LTRANS) mode.Run the link-time optimizer in whole program analysis (WPA) mode.Running spec function '%s' with %d args
  
! Runtime name.SAVE attribute at %L cannot be specified in a PURE procedureSAVE statement at %C follows blanket SAVE statementSCHEDULE clause's chunk_size at %L requires a scalar INTEGER expressionSELECTED_REAL_KIND with neither %<P%> nor %<R%> argument at %LSEQUENCE attribute at %C already specified in TYPE statementSEQUENCE statement at %C must precede CONTAINSSEQUENCE statement at %C must precede structure componentsSH2a does not support little-endianSHAPE argument at %L to C_F_POINTER must have the same size as the RANK of FPTRSIGN= at %C not allowed in Fortran 95SINK addend not a constant integer at %LSINK dependence type only allowed on ORDERED directive at %LSIZE at %L must be positiveSOURCE dependence type only allowed on ORDERED directive at %LSOURCE tag at %LSOURCE tag at %L conflicts with the typespec at %LSOURCE tag at %L with more than a single allocate objectSPE not supported in this targetSSA corruptionSSA name in freelist but still referencedSSA name undeclaredSSA_NAME created in two different blocks %i and %iSSA_NAME_DEF_STMT is wrongSSA_NAME_OCCURS_IN_ABNORMAL_PHI should be setSSE instruction set disabled, using 387 arithmeticsSSE register argument with SSE disabledSSE register return with SSE disabledSSE vector argument without SSE enabled changes the ABISSE vector return without SSE enabled changes the ABISTABS debugging information for Ada is obsolete and not supported anymoreSTAT variableSTAT= argument at %L must be a scalar INTEGER variableSTAT= argument to %s at %LSTAT= attribute in %C misplacedSTATIC at %C is a DEC extension, enable with -fdec-staticSTOP code at %C cannot be negativeSTOP code at %C contains too many digitsSTOP code at %L must be a scalar CHARACTER constant or digit[digit[digit[digit[digit]]]]STOP code at %L must be default character KIND=%dSTOP code at %L must be default integer KIND=%dSTOP code at %L must be either INTEGER or CHARACTER typeSTOP code at %L must be scalarSTRUCTURE at %C is a DEC extension, enable with -fdec-structureSUBMODULE declaration at %CSUBMODULE declaration at %C cannot appear within another scoping unitSUBROUTINE %qs at %L cannot be called recursively, as it is not RECURSIVESYNC statement at %CSame actual argument associated with INTENT(%s) argument %qs and INTENT(%s) argument %qs at %LSame as %s.  Use the latter option instead.Same as -fassociative-math for expressions which include division.Same as -mA6.Same as -mA7.Same as: -mep -mprolog-function.Save registers around function calls.Save the TOC in the prologue for indirect calls rather than inline.Scalar %qs in FORMAT tag at %L is not an ASSIGNED variableScalar INTEGER expression expected at %LScalar PARAMETER required in complex constant at %CScalar object %qs at %L may not be ALLOCATABLEScalar variable %qs at %L with POINTER or ALLOCATABLE in procedure %qs with BIND(C) is not yet supportedScalarization using DIMEN_RANGE unimplementedScale factor to apply to the number of blocks in a threading path when comparing to the number of (scaled) statements.Scale factor to apply to the number of statements in a threading path when comparing to the number of (scaled) blocks.Scaling factor in calculation of maximum distance an expression can be moved by GCSE optimizations.Schedule code for given CPU.Schedule given CPU.Schedule instructions using selective scheduling algorithm.Schedule the start and end of the procedure.Schedule type of omp schedule for loops parallelized by parloops (static, dynamic, guided, auto, runtime).Scope of for-init-statement variables is local to the loop.Second argument MOD at %L is zeroSecond argument of %s is negative at %LSecond argument of MOD at %L is zeroSecond argument of MODULO at %L is zeroSecond argument of defined assignment at %L must be INTENT(IN)Second argument of operator interface at %L cannot be optionalSecond argument of operator interface at %L must be INTENT(IN)See %s for instructions.
  Segmentation FaultSegmentation Fault (code)Select ABI calling convention.Select code model.Select fraction of the maximal frequency of executions of basic block in function given basic block get alignment.Select fraction of the maximal frequency of executions of basic block in function given basic block needs to have to be considered hot.Select large model - 20-bit addresses/pointers.Select method for sdata handling.Select return address signing scope.Select small model - 16-bit addresses/pointers (default).Select the runtime.Select what to sanitize.Selection expression in computed GOTO statement at %L must be a scalar integer expressionSelector at %L must not be coindexedSelector in SELECT TYPE at %C is not a named variable; use associate-name=>Selector shall be polymorphic in SELECT TYPE statement at %LSelects the type of RL78 core being targeted (g10/g13/g14).  The default is the G14.  If set, also selects the hardware multiply support to be used.Selects the type of hardware multiplication and division to use (none/g13/g14).Self-referential argument %qs at %L is not allowedSemicolon at %C needs to be preceded by statementSet 80387 floating-point precision to 32-bit.Set 80387 floating-point precision to 64-bit.Set 80387 floating-point precision to 80-bit.Set Windows defines.Set branch cost.Set default accessibility of module entities to PRIVATE.Set dependence distance checking in premature scheduling of queued insns.Set errno after built-in math functions.Set linker output type (used internally during LTO optimization)Set name of main routine for the debugger.Set name of output ALI file (internal switch).Set number of bytes on the stack preallocated for use by the callee.Set probability threshold for unaligning branches.Set register to hold -1.Set sizeof(bool) to 1.Set start-address of data.Set start-address of the program.Set the PPC_EMB bit in the ELF flags header.Set the branch costs for conditional branch instructions.  Reasonable values are small, non-negative integers.  The default branch cost is 0.Set the branch costs for conditional branch instructions.  Reasonable values are small, non-negative integers.  The default branch cost is 1.Set the cost of branches.Set the default double precision kind to an 8 byte wide type.Set the default integer kind to an 8 byte wide type.Set the default real kind to an 8 byte wide type.Set the estimated probability in percentage for builtin expect. The default value is 90% probability.Set the max size of data eligible for the SDA area.Set the max size of data eligible for the TDA area.Set the max size of data eligible for the ZDA area.Set the max. number of bytes which has to be left to stack size before a trap instruction is triggered.Set the maximum amount for a single stack increment operation.Set the maximum number of instructions executed in parallel in reassociated tree. If 0, use the target dependent heuristic..Set the maximum number of template instantiation notes for a single warning or error.Set the number of 64 KiB flash segments.Set the target CPU type.Set the top-level directory for storing the profile data. The default is 'pwd'.Setting spec %s to '%s'
  
! Shape specification for allocatable scalar at %CShapes for operands at %L and %L are not conformableShare slots for saving different hard registers.Share stack slots for spilled pseudo-registers.Shared DO termination label %d at %CShorten address references during linking.Show column numbers in diagnostics, when available.  Default on.Show the source line with a caret indicating the column.Shrink-wrap parts of the prologue and epilogue separately.Simplification of SPREAD at %C not yet implementedSingle-precision floating point unit.Size (in KB) of software data cache.Size in bytes after which thread-local aggregates should be instrumented with the logging functions instead of save/restore pairs.Size of %qs argument of %qs intrinsic at %L too small (%i/%i)Skip setting up RAX register when passing variable arguments.Small data area: none, sdata, use.Soft limit on number of memory insns per instruction group, giving lower priority to subsequent memory insns attempting to schedule in the same insn group. Frequently useful to prevent cache bank conflicts.  Default value is 1.Sorry, !$ACC DECLARE at %L is not allowed in BLOCK constructSorry, allocatable/pointer components in polymorphic (CLASS) type coarrays at %L are unsupportedSorry, coindexed access to an unlimited polymorphic component at %L is not supportedSorry, coindexed access to an unlimited polymorphic object at %L is not supportedSorry, only support for integer kind %d implemented for image-set at %LSorry, the event component of derived type at %L is not yet supportedSorry, the lock component of derived type at %L is not yet supportedSource-expr at %L and allocate-object at %L must have the same shapeSource-expr at %L must be scalar or have the same rank as the allocate-object at %LSpecification function %qs at %L cannot be RECURSIVESpecification function %qs at %L cannot be a statement functionSpecification function %qs at %L cannot be an internal functionSpecification function %qs at %L must be PURESpecifies bit size of immediate TLS offsets.  Valid values are 12, 24, 32, 48.Specifies the cost model for vectorization. -fvect-cost-model=[unlimited|dynamic|cheap]	Specifies the cost model for vectorization.Specifies the number of registers to reserve for interrupt handlers.Specifies whether interrupt functions should save and restore the accumulator register.Specify CPU for code generation purposes.Specify CPU for scheduling purposes.Specify CPU for scheduling purposes.  Valid arguments are 700, 7100, 7100LC, 7200, 7300, and 8000.Specify TLS dialect.Specify UNIX standard for predefines and linking.Specify Xilinx FPU.Specify a file to which a list of files output by LTRANS is written.Specify a plugin to load.Specify alignment of structure fields default/natural.Specify an ABI.Specify bit size of immediate TLS offsets.Specify cache flush function.Specify cache flush trap number.Specify cost of branches (Default 20).Specify default OpenACC compute dimensions.Specify how many bytes should be moved inline before calling out to memcpy/memmove.Specify how to access the thread pointer.Specify if floating point hardware should be used.Specify integer and floating-point calling convention.Specify main object for TPF-OS.Specify memcpy expansion strategy when expected size is known.Specify memset expansion strategy when expected size is known.Specify name for 32 bit signed division function.Specify range of registers to make fixed.Specify scheduling priority for dispatch slot restricted insns.Specify size of .local memory used for stack when the exact amount is not known.Specify that an external BLAS library should be used for matmul calls on large-size arrays.Specify that backslash in string introduces an escape character.Specify that no implicit typing is allowed, unless overridden by explicit IMPLICIT statements.Specify that the compiler should target secure code as per ARMv8-M Security Extensions.Specify the ISA to build for: msp430, msp430x, msp430xv2.Specify the MCU to build for.Specify the __fp16 floating-point format.Specify the address generation strategy for code model.Specify the algorithm to partition symbols and vars at linktime.Specify the code model.Specify the compact branch usage policy.Specify the maximum number pairs of load instructions that should be generated inline for the compare.  If the number needed exceeds the limit, a call to memcmp will be generated instead.Specify the maximum number pairs of load instructions that should be generated inline for the compare.  If the number needed exceeds the limit, a call to strncmp will be generated instead.Specify the memory model in effect for the program.Specify the minimum bit alignment of structures.Specify the model for atomic operations.Specify the name of the target CPU.Specify the name of the target architecture.Specify the name of the target floating point configuration.Specify the name of the target floating point hardware/format.Specify the register to be used for PIC addressing.Specify the size of each cache block, which must be a power of 2 between 4 and 512.Specify the size of each interrupt vector, which must be 4 or 16.Specify the target CPU.Specify the target RX cpu type.Specify the type of hardware multiply to support.Specify thread local storage scheme.Specify thread pointer register number.Specify where to find the compiled intrinsic modules.Specify whether functions should be placed into low or high memory.Specify whether variables should be placed into low or high memory.Specify which ABI to use for Objective-C family code and meta-data generation.Specify which post scheduling nop insertion scheme to apply.Specifying VOLATILE for coarray variable %qs at %C, which is use-/host-associatedSplit 32-byte AVX unaligned load.Split 32-byte AVX unaligned store.Split lifetimes of induction variables when loops are unrolled.Split paths leading to loop backedges.Split unaligned 8 byte vector moves before post-modify address generation.Split wide types into independent registers.Stack frame larger than 2G is not supported for -fsplit-stackStart expression in DO loopStat-variable at %L must be a scalar INTEGER variableStat-variable at %L shall not be %sd within the same %s statementStatement at %L is not a valid branch target statement for the branch statement at %LStatement function %qs at %L is not allowed as an actual argumentStatement function %qs at %L may not have pointer or allocatable attributeStatement function %qs is invalid in procedure pointer assignment at %LStatement function %qs requires argument list at %CStatement function at %CStatement function at %L cannot appear within an INTERFACEStatement function at %L is recursiveStatement label at %C is zeroStatement label in END CRITICAL at %C does not match CRITICAL labelStatement label in ENDDO at %C doesn't match DO labelStatement label list in GOTO at %C cannot be emptyStatement label without statement at %LStatically link the GNU Fortran helper library (libgfortran).Step expression in DO loopStep expression in DO loop at %L cannot be zeroStop forward growth if the probability of best edge is less than this threshold (in percent). Used when profile feedback is available.Stop forward growth if the probability of best edge is less than this threshold (in percent). Used when profile feedback is not available.Stop reverse growth if the reverse probability of best edge is less than this threshold (in percent).Store doubles in 64 bits.Store function names in object code.Stores doubles in 32 bits.  This is the default.Stores the MDUC registers in interrupt handlers for G13 target.Stream extra data to support more aggressive devirtualization in LTO local transformation mode.Stride must not be present at %LStride should not be specified for array section in %s clause at %LStrides not allowed in coarray subscript at %CString length at %L is too largeStructure component %qs at %L cannot be an EQUIVALENCE objectStructure constructor with missing optional arguments at %CStructure constructor with named arguments at %CStructure name %qs at %C cannot be the same as an intrinsic typeStructure name expected after RECORD at %CStructure name expected in non-nested structure declaration at %CSubroutine %qs at %L is INTRINSIC but is not compatible with an intrinsicSubroutine call to %qs at %L is not PURESubroutine call to %qs in DO CONCURRENT block at %L is not PURESubroutine call to %qs in FORALL block at %L is not PURESubroutine call to intrinsic %qs at %L is not PURESubroutine call to intrinsic %qs in DO CONCURRENT block at %L is not PURESubroutine call with alternate returns in INITIALIZER clause of !$OMP DECLARE REDUCTION at %LSubroutine call with alternate returns in combiner of !$OMP DECLARE REDUCTION at %LSubstring at %L has length zeroSubstring end index at %L exceeds the string lengthSubstring end index at %L is too largeSubstring end index at %L must be of type INTEGERSubstring end index at %L must be scalarSubstring start index at %L is less than oneSubstring start index at %L must be of type INTEGERSubstring start index at %L must be scalarSuggest that the override keyword be used when the declaration of a virtual function overrides another.Sum of second and third arguments of IBITS exceeds bit size at %LSupport 3DNow! built-in functions.Support AES built-in functions and code generation.Support Athlon 3Dnow! built-in functions.Support BMI built-in functions and code generation.Support BMI2 built-in functions and code generation.Support C++17 allocation of over-aligned types.Support CLFLUSHOPT instructions.Support CLWB instruction.Support CLZERO built-in functions and code generation.Support F16C built-in functions and code generation.Support FMA4 built-in functions and code generation.Support FSGSBASE built-in functions and code generation.Support FXSAVE and FXRSTOR instructions.Support Hardware Lock Elision prefixes.Support LWP built-in functions and code generation.Support LZCNT built-in function and code generation.Support MMX and SSE built-in functions and code generation.Support MMX built-in functions.Support MMX, SSE and SSE2 built-in functions and code generation.Support MMX, SSE, SSE2 and SSE3 built-in functions and code generation.Support MMX, SSE, SSE2, SSE3 and SSE4A built-in functions and code generation.Support MMX, SSE, SSE2, SSE3 and SSSE3 built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3 and SSE4.1 built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1 and SSE4.2 built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2 and AVX built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX and AVX2 built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX and FMA built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512BW built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512CD built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512DQ built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512ER built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512IFMA built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512PF built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512VBMI built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512VL built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX5124FMAPS built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX5124VNNIW built-in functions and code generation.Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX512VPOPCNTDQ built-in functions and code generation.Support MPX code generation.Support MWAITX and MONITORX built-in functions and code generation.Support PCLMUL built-in functions and code generation.Support PKU built-in functions and code generation.Support PREFETCHW instruction.Support PREFETCHWT1 built-in functions and code generation.Support RDPID built-in functions and code generation.Support RDRND built-in functions and code generation.Support RDSEED instruction.Support RTM built-in functions and code generation.Support SGX built-in functions and code generation.Support SHA1 and SHA256 built-in functions and code generation.Support TBM built-in functions and code generation.Support TLS segment larger than 64K.Support XOP built-in functions and code generation.Support XSAVE and XRSTOR instructions.Support XSAVEC instructions.Support XSAVEOPT instruction.Support XSAVES and XRSTORS instructions.Support alignments of up to 64-bits.Support calls between Thumb and ARM instruction sets.Support code generation of Advanced Bit Manipulation (ABM) instructions.Support code generation of cmpxchg16b instruction.Support code generation of crc32 instruction.Support code generation of movbe instruction.Support code generation of popcnt instruction.Support code generation of sahf instruction in 64bit x86-64 code.Support dynamic initialization of thread-local variables in a different translation unit.Support flag-preserving add-carry instructions.Support for HSA does not implement immediate 16 bit FPU operandsSupport for the A argument at %L which is polymorphic A argument or has allocatable components is not yet implementedSupport for the A argument at %L with allocatable components is not yet implementedSupport legacy multi-threading.Support message passing with the Parallel Environment.Support more than 8192 GOT entries on ColdFire.Support multi-threading.Support multiply accumulate instructions.Support synchronous non-call exceptions.Supported AArch64 return address signing scope (for use with -msign-return-address= option):Supported ABIs (for use with the -mabi= option):Suppress output of addresses in debugging dumps.Suppress output of instruction numbers, line number notes and addresses in debugging dumps.Suppress output of previous and next insn numbers in debugging dumps.Suppress warnings.Switch ARM/Thumb modes on alternating functions for compiler testing.Switch on/off MIPS16 ASE on alternating functions for compiler testing.Switches off the -mstack-guard= option.Switches off the -mstack-size= option.Symbol %qs already declaredSymbol %qs at %C already declaredSymbol %qs at %C also declared as a type at %LSymbol %qs at %C has already been host associatedSymbol %qs at %C has no IMPLICIT typeSymbol %qs at %C has not been previously definedSymbol %qs at %C is already in a COMMON blockSymbol %qs at %C is ambiguousSymbol %qs at %C must be a NAMELIST group nameSymbol %qs at %L already has an explicit interfaceSymbol %qs at %L already has basic type of %sSymbol %qs at %L cannot have a typeSymbol %qs at %L conflicts with symbol from module %qs, use-associated at %LSymbol %qs at %L has no IMPLICIT typeSymbol %qs at %L is ambiguousSymbol %qs at %L is marked PRIVATE but has been given the binding label %qsSymbol %qs in COMMON at %C cannot be a POINTER arraySymbol %qs in namelist %qs is INTENT(IN) at %CSymbol %qs is used before it is typed at %LSymbol %qs must be a PARAMETER in DATA statement at %CSymbol %qs present on both FROM and TO clauses at %LSymbol %qs present on multiple clauses at %LSymbol %qs referenced at %L not found in intrinsic module ISO_C_BINDINGSymbol %qs referenced at %L not found in intrinsic module ISO_FORTRAN_ENVSymbol %qs referenced at %L not found in module %qsSymbol %qs, in COMMON block %qs at %C is being indirectly equivalenced to another COMMON block %qsSymbol at %C is not appropriate for an expressionSymbol at %L is not a DUMMY variableSynonym for -Wcomment.Synonym of -gnatk8.Syntax error in !$ACC DECLARE list at %CSyntax error in !$ACC ROUTINE ( NAME ) at %CSyntax error in !$ACC ROUTINE ( NAME ) at %C, expecting ')' after NAMESyntax error in !$ACC ROUTINE ( NAME ) at %C, invalid function name %sSyntax error in !$OMP DECLARE TARGET list at %CSyntax error in !$OMP THREADPRIVATE list at %CSyntax error in !GCC$ ATTRIBUTES statement at %CSyntax error in %s statement at %CSyntax error in ABSTRACT INTERFACE statement at %CSyntax error in ASYNCHRONOUS statement at %CSyntax error in AUTOMATIC statement at %CSyntax error in CASE specification at %CSyntax error in CHARACTER declaration at %CSyntax error in CLASS IS specification at %CSyntax error in COMPLEX constant at %CSyntax error in ENUMERATOR definition at %CSyntax error in EQUIVALENCE statement at %LSyntax error in FORALL iterator at %CSyntax error in I/O iterator at %CSyntax error in IF-clause at %CSyntax error in IF-expression at %CSyntax error in IMPORT statement at %CSyntax error in NAME= specifier for binding label at %CSyntax error in OpenACC expression list at %CSyntax error in OpenMP DEPEND SINK list at %CSyntax error in OpenMP variable list at %CSyntax error in PROCEDURE statement at %CSyntax error in PROTECTED statement at %CSyntax error in SAVE statement at %CSyntax error in STATIC statement at %CSyntax error in SUBMODULE statement at %CSyntax error in SUBSTRING specification at %CSyntax error in TYPE IS specification at %CSyntax error in VALUE statement at %CSyntax error in VOLATILE statement at %CSyntax error in anonymous structure declaration at %CSyntax error in argument list at %CSyntax error in array constructor at %CSyntax error in character length specification at %CSyntax error in common block name at %CSyntax error in data declaration at %CSyntax error in expression at %CSyntax error in generic specification at %CSyntax error in iterator at %CSyntax error in nested structure declaration at %CSyntax error in old style initialization of %s at %CSyntax error in old style initializer list at %CSyntax error in procedure pointer component at %CSyntax error: Trailing garbage in END INTERFACE statement at %CSyntax error: Trailing garbage in INTERFACE statement at %CTARGET ENTER DATA with map-type other than TO, or ALLOC on MAP clause at %LTARGET EXIT DATA with map-type other than FROM, RELEASE, or DELETE on MAP clause at %LTARGET%s with map-type other than TO, FROM, TOFROM, or ALLOC on MAP clause at %LTHREADPRIVATE object %qs in %s clause at %LTHREADPRIVATE object %qs in SHARED clause at %LTILE requires constant expression at %LTLS dialect to use:TODO: Vector sections in data statementsTODO: type-bound defined assignment(s) at %L not done because multiple part array references would occur in intermediate expressions.TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES listTYPE IS at %L overlaps with TYPE IS at %LTYPE with intrinsic-type-spec at %CTYPE_ARRAY_MAX_SIZE not INTEGER_CSTTYPE_BINFO is not TREE_BINFOTYPE_BINFO type is not TYPE_MAIN_VARIANTTYPE_CACHED_VALUES is not TREE_VECTYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %pTYPE_CACHED_VALUES_P is set while it should notTYPE_CANONICAL has different TYPE_CANONICALTYPE_CANONICAL is not compatibleTYPE_CANONICAL of main variant is not main variantTYPE_FIELDS defined in incomplete typeTYPE_LANG_SLOT_1 (binfo) field is non-NULLTYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANTTYPE_MAXVAL non-NULLTYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_nodeTYPE_METHOD_BASETYPE is not main variantTYPE_METHOD_BASETYPE is not record nor unionTYPE_MINVAL non-NULLTYPE_MODE of TYPE_CANONICAL is not compatibleTYPE_NEXT_PTR_TO is not POINTER_TYPETYPE_NEXT_REF_TO is not REFERENCE_TYPETYPE_OFFSET_BASETYPE is not record nor unionTYPE_STRING_FLAG is set on type that does not look like char nor array of charsTYPE_STRING_FLAG is set on wrong type codeTYPE_VALUES_RAW field is non-NULLTYPE_VFIELD is not FIELD_DECL nor TREE_LISTTaken at least once:%s of %d
  Takes two non-negative integer numbers separated by a comma. Prepend the function label with the number of two-byte Nop instructions indicated by the first.  Append Nop instructions covering the number of halfwords indicated by the second after the label.  Nop instructions of the largest possible size are used (six, four or two bytes), beginning with the largest possible size.  Using 0 for both values disables hotpatching.Target DFLOAT double precision code.Target block's relative execution frequency (as a percentage) required to sink a statement.Target expression in pointer assignment at %L must deliver a pointer resultTarget has split I&D.Target of rank remapping is too small (%ld < %ld)Target the AM33 processor.Target the AM33/2.0 processor.Target the AM34 processor.Target: %s
  Tell DSE that the storage for a C++ object is dead when the constructor starts and when the destructor finishes.The %s directive cannot be specified within a %s region at %LThe --param option recognizes the following as parametersThe A argument at %L of CO_REDUCE shall not be polymorphicThe A argument at %L to the intrinsic %s shall not be coindexedThe ABI for passing parameters with %d-byte alignment has changed in GCC 4.6The CHARACTER elements of the array constructor at %L must have the same length (%d/%d)The DEFAULT CASE at %L cannot be followed by a second DEFAULT CASE at %LThe DISTANCE argument may not be specified together with the COARRAY or DIM argument in intrinsic at %LThe ENI instruction operand must be either 0 or 1The FORALL with index %qs is not used on the left side of the assignment at %L and so might cause multiple assignment to this objectThe FROM and TO arguments at %L violate aliasing restrictions (F2003 12.4.1.7)The FROM and TO arguments of the MOVE_ALLOC intrinsic at %L must have the same corank %d/%dThe FROM and TO arguments of the MOVE_ALLOC intrinsic at %L must have the same rank %d/%dThe FROM argument to MOVE_ALLOC at %L shall not be coindexedThe H format specifier at %L is a Fortran 95 deleted featureThe Hollerith constant at %L is too long to convert to %qsThe INTENT(OUT) dummy argument %qs at %L is ASSUMED SIZE and so cannot have a default initializerThe NULL in the structure constructor at %L is being applied to component %qs, which is neither a POINTER nor ALLOCATABLEThe TO argument to MOVE_ALLOC at %L shall not be coindexedThe TO arguments in MOVE_ALLOC at %L must be polymorphic if FROM is polymorphicThe absolute value of SHIFT at %L must be less than or equal to BIT_SIZE(%qs)The absolute value of SHIFT at %L must be less than or equal to SIZE at %LThe allocatable object %qs at %L must have an explicit function interface or be declared as arrayThe allocate-object at %L and the source-expr at %L shall have the same kind type parameterThe argument list functions %%VAL, %%LOC or %%REF are not allowed in this context at %LThe argument of the RANK intrinsic at %L must be a data objectThe assumed-rank array %qs at %L shall not have a codimensionThe assumed-rank array at %C shall not have a codimensionThe assumed-rank array at %L requires that the dummy argument %qs has assumed-rankThe bug is not reproducible, so it is likely a hardware or OS problem.
! The character length of the A argument at %L and of the arguments of the OPERATOR at %L shall be the sameThe character length of the A argument at %L and of the function result of the OPERATOR at %L shall be the sameThe code model option names for -mcmodel:The derived type %qs at %L is of type %qs, which has not been definedThe device has no SPH special function register. This option will be overridden by the compiler driver with the correct setting if presence/absence of SPH can be deduced from -mmcu=MCU.The earliest MacOS X version on which this program will run.The element in the structure constructor at %L, for pointer component %qs should be a POINTER or a TARGETThe element in the structure constructor at %L, for pointer component %qs, is %s but should be %sThe equivalence set for %qs cause an invalid extension to COMMON %qs at %LThe equivalence set for variable %qs declared at %L violates alignment requirementsThe errmsg= argument at %L must be a default-kind character variableThe event variable at %L shall not be coindexedThe following options are language-independentThe following options are language-relatedThe following options are not documentedThe following options are specific to just the language The following options are supported by the language The following options are target specificThe following options control compiler warning messagesThe following options control optimizationsThe following options take joined argumentsThe following options take separate argumentsThe function passed as OPERATOR at %L has arguments of type %s and %s but shall have type %sThe function passed as OPERATOR at %L shall have scalar nonallocatable nonpointer arguments and return a nonallocatable nonpointer scalarThe function passed as OPERATOR at %L shall have the ASYNCHRONOUS attribute either for none or both argumentsThe function passed as OPERATOR at %L shall have the TARGET attribute either for none or both argumentsThe function passed as OPERATOR at %L shall have the VALUE attribute either for none or both argumentsThe function passed as OPERATOR at %L shall have two argumentsThe function passed as OPERATOR at %L shall not have the OPTIONAL attribute for either of the argumentsThe function result on the lhs of the assignment at %L must have the pointer attribute.The immediate value must fit into a %d-bit integer for %sThe impure variable at %L is assigned to a derived type variable with a POINTER component in a PURE procedure (12.6)The intrinsic %qs at %L is not included in the selected standard but %s and %qs will be treated as if declared EXTERNAL.  Use an appropriate -std=* option or define -fall-intrinsics to allow this intrinsic.The intrinsic %qs declared INTRINSIC at %L is not available in the current standard settings but %s. Use an appropriate %<-std=*%> option or enable %<-fall-intrinsics%> in order to use it.The leftmost part-ref in a data-ref can not be a function reference at %CThe lower bound for a buffer to be considered for stack smashing protection.The max number of reload pseudos which are considered during spilling a non-reload pseudo.The maximum amount of memory to be allocated by GCSE.The maximum conflict delay for an insn to be considered for speculative motion.The maximum depth of a loop nest we completely peel.The maximum depth of recursive inlining for inline functions.The maximum depth of recursive inlining for non-inline functions.The maximum expansion factor when copying basic blocks.The maximum instructions CSE process before flushing.The maximum length of path considered in cse.The maximum length of scheduling's pending operations list.The maximum memory locations recorded by cselib.The maximum number of RTL nodes that can be recorded as combiner's last value.The maximum number of backtrack attempts the scheduler should make when modulo scheduling a loop.The maximum number of blocks in a region to be considered for interblock scheduling.The maximum number of branches on the path through the peeled sequence.The maximum number of incoming edges to consider for crossjumping.The maximum number of insns combine tries to combine.The maximum number of insns in a region to be considered for interblock scheduling.The maximum number of insns in loop header duplicated by he copy loop headers pass.The maximum number of insns of a completely peeled loop.The maximum number of insns of a peeled loop that rolls only once.The maximum number of insns of a peeled loop.The maximum number of insns of an unswitched loop.The maximum number of insns to duplicate when unfactoring computed gotos.The maximum number of instructions in a single function eligible for inlining.The maximum number of instructions inline function can grow to via recursive inlining.The maximum number of instructions non-inline function can grow to via recursive inlining.The maximum number of instructions ready to be issued to be considered by the scheduler during the first scheduling pass.The maximum number of instructions to consider to fill a delay slot.The maximum number of instructions to consider to find accurate live register information.The maximum number of instructions to consider to unroll in a loop on average.The maximum number of instructions to consider to unroll in a loop.The maximum number of instructions to search backward when looking for equivalent reload.The maximum number of instructions when automatically inlining.The maximum number of iterations through CFG to extend regions.The maximum number of loop iterations we predict statically.The maximum number of nested indirect inlining performed by early inliner.The maximum number of peelings of a single loop that is peeled completely.The maximum number of peelings of a single loop.The maximum number of unrollings of a single loop.The maximum number of unswitchings in a single loop.The maximum ratio between array size and switch branches for a switch conversion to take place.The maximum ratio of insertions to deletions of expressions in GCSE.The maximum size of the lookahead window of selective scheduling.The minimal estimated speedup allowing inliner to ignore inline-insns-single and inline-insns-auto.The minimal probability of speculation success (in percents), so that speculative insn will be scheduled.The minimum UID to be used for a nondebug insn.The minimum cost of an expensive expression in the loop invariant motion.The minimum fraction of profile runs a given basic block execution count must be not to be considered unlikely.The minimum number of matching instructions to consider for crossjumping.The minimum probability an edge must have for the scheduler to save its state across it.The minimum probability of reaching a source block for interblock speculative scheduling.The minimum size of variables taking part in stack slot sharing when not optimizing.The minimum value of stage count that swing modulo scheduler will generate.The module or main program array %qs at %L must have constant shapeThe name %qs at %C has already been used as an external module nameThe name %qs cannot be used as a defined operator at %CThe number of array elements of the SUB argument to IMAGE_INDEX at %L shall be %d (corank) not %dThe number of cycles the swing modulo scheduler considers when checking conflicts using DFA.The number of elements (%d) in the array constructor at %L requires an increase of the allowed %d upper limit.  See %<-fmax-array-constructor%> option.The number of elements in the array constructor at %L requires an increase of the allowed %d upper limit.   See %<-fmax-array-constructor%> optionThe number of elements in the array constructor at %L requires an increase of the allowed %d upper limit.   See -fmax-array-constructor optionThe number of elements in the array constructor at %L requires an increase of the allowed %d upper limit. See %<-fmax-array-constructor%> optionThe number of insns executed before prefetch is completed.The number of prefetches that can run at the same time.The number of registers in each class kept unused by loop invariant motion.The percentage of function, weighted by execution frequency, that must be covered by trace formation. Used when profile feedback is available.The percentage of function, weighted by execution frequency, that must be covered by trace formation. Used when profile feedback is not available.The pointer component %qs of %qs at %L is a type that has not been declaredThe pointer object %qs at %L must have an explicit function interface or be declared as arrayThe possible TLS dialects:The rank of the element in the structure constructor at %L does not match that of the component (%d/%d)The resolution file.The size of L1 cache line.The size of L1 cache.The size of L2 cache.The size of function body to be considered large.The size of stack frame to be considered large.The size of translation unit to be considered large.The smallest number of different values for which it is best to use a jump-table instead of a tree of conditional branches, if 0, use the default for the machine.The source-expr at %L shall neither be of type EVENT_TYPE nor have a EVENT_TYPE component if allocate-object at %L is a coarrayThe source-expr at %L shall neither be of type LOCK_TYPE nor have a LOCK_TYPE component if allocate-object at %L is a coarrayThe stat= argument at %L must be a kind=4 integer variableThe symbol %qs, referenced at %L, is not in the selected standardThe threshold ratio for performing partial redundancy elimination after reload.The threshold ratio of critical edges execution count that permit performing redundancy elimination after reload.The type %qs cannot be host associated at %L because it is blocked by an incompatible object of the same name declared at %LThe type for function %qs at %L is not accessibleThe type-spec at %L shall specify that each length type parameter is assumedThe type-spec shall not specify a sequence derived type or a type with the BIND attribute in SELECT TYPE at %C [F2003:C815]The upper bound for sharing integer constants.The upper bound in the last dimension must appear in the reference to the assumed size array %qs at %LThe value of n in %<-finit-character=n%> must be between 0 and 127The version of ld64 in use for this toolchain.The version of the C++ ABI in use.The version of the C++ ABI used for -Wabi warnings and link compatibility aliases.There is already a procedure with binding name %qs for the derived type %qs at %CThere is no specific function for the generic %qs at %LThere is no specific subroutine for the generic %qs at %LThere's already a non-generic procedure with binding name %qs for the derived type %qs at %CThis is free software; see the source for copying conditions.
  There is NO warranty; not even for MERCHANTABILITY or 
  FITNESS FOR A PARTICULAR PURPOSE.
  
*************** FITNESS FOR A PARTICULAR PURPOSE.
*** 2204,2231 ****
  warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
  
  This option lacks documentation.This switch is deprecated; do not use.This switch is deprecated; use -Werror=implicit-function-declaration instead.This switch is deprecated; use -Wextra instead.This switch is deprecated; use -fsanitize-recover= instead.Thread model: %s
! Threadprivate at %L isn't SAVEdThreadprivate variable at %C is an element of a COMMON blockThreshold ipa-cp opportunity evaluation that is still considered beneficial to clone..Thumb-1 hard-float VFP ABIThumb: Assume function pointers may go to non-Thumb aware code.Thumb: Assume non-static functions may be called from ARM code.Thumb: Generate (leaf) stack frames even if not needed.Thumb: Generate (non-leaf) stack frames even if not needed.Thunk is not supposed to have bodyTiled loop cannot be parallelized across gangs, workers and vectors at the same time at %LTo enable preprocessing, use %<-cpp%>Together with -fpic and -fPIC, do not use GOTPLT references.Toggle -fvar-tracking-assignments.Toggle debug information generation.Too few codimensions at %C, expected %d not %dToo many arguments in call to %qs at %LToo many arguments to %s at %LToo many codimensions at %C, expected %d not %dToo many components in structure constructor at %L!Too many digits in statement label at %CToo many elements in array initializer at %CTransform condition stores into unconditional ones.Transform instrumented builtin calls into calls to wrappers.Transformational function %qs at %L is invalid in an initialization expressionTransparent alias and target's assembler names differsTrap for signed overflow in addition, subtraction and multiplication.Trap on integer divide by zero.Treat a throw() exception specification as noexcept to improve code size.Treat all warnings as errors.Treat data references as near, far or medium. medium is default.Treat integers as 32-bit.Treat known sprintf return values as constants.Treat lines with 'D' in column one as comments.Treat missing header files as generated files.Treat signed overflow as undefined.Treat specified warning as error.Treat the input file as already preprocessed.Try running '%s' in the shell to raise its limit.
! Try to allow the linker to turn PIC calls into direct calls.Try to convert virtual calls to direct ones.Try to lay out derived types as compactly as possible.Tune code for the given processor.Tune expected memory latency.Tune for ARC600 cpu.Tune for ARC601 cpu.Tune for ARC700 R4.2 Cpu with XMAC block.Tune for ARC700 R4.2 Cpu with standard multiplier block.Tune for the specified target CPU or architecture.Turn on Redundant Extensions Elimination pass.Tweak register allocation to help 16-bit instruction generation.Two main PROGRAMs at %L and %CTwo or more part references with nonzero rank must not be specified at %LTwo symbols with same comdat_group are not linked by the same_comdat_group list.Type %qs containing DEFERRED binding at %C is not ABSTRACTType %qs of CLASS variable %qs at %L is not extensibleType declaration %qs at %L is not C interoperable but it is BIND(C)Type inaccessible in variable definition context (%s) at %LType mismatch in argument %qs at %L; passed %s to %sType name %qs at %C cannot be the same as an intrinsic typeType name %qs at %C conflicts with previously declared entity at %L, which has the same nameType name %qs at %C is ambiguousType of argument %qs in call to %qs at %L should be %s, not %sType of entity at %L is type incompatible with source-expr at %LType of entity at %L is type incompatible with typespecType specified for intrinsic function %qs at %L is ignoredType-bound operator at %L can't be NOPASSType-bound procedure at %CType-spec at %L cannot contain a deferred type parameterType-spec at %L cannot contain an asterisk for a type parameterUNIT not specified at %LUNIT number in CLOSE statement at %L must be non-negativeUNIT number in INQUIRE statement at %L can not be %dUNIT number in statement at %L must be non-negativeUNIT number missing in statement at %LUNIT specification at %L must be an INTEGER expression or a CHARACTER variableUNIT specifier not allowed with NEWUNIT at %CUNLOCK statement at %CUNTIL_COUNT= argument at %L must be a scalar INTEGER expressionUSE statement at %C has no ONLY qualifierUnable to find a specific INTRINSIC procedure for the reference %qs at %LUnable to find symbol %qsUnable to generate load/store offset for fusionUnable to resolve the specific function %qs at %LUnable to resolve the specific subroutine %qs at %LUnclassifiable GCC directive at %CUnclassifiable OpenACC directive at %CUnclassifiable OpenMP directive at %CUnclassifiable statement at %CUnclassifiable statement in IF-clause at %CUndefined specific binding %qs as target of GENERIC %qs at %LUnder -ffast-math, generate a FRIZ instruction for (double)(long long) conversions.Under the control of Object Size type, warn about buffer overflow in string manipulation functions like memcpy and strcpy.Unequal character lengths (%ld/%ld) in %sUnequal character lengths (%ld/%ld) in %s at %LUnexpected %<%c%> for nonderived-type variable %qs at %CUnexpected %<*%> for codimension %d of %d at %CUnexpected %<*%> in coarray subscript at %CUnexpected %s statement at %CUnexpected %s statement at %C in INTERFACE bodyUnexpected %s statement in BLOCK DATA at %CUnexpected %s statement in CONTAINS section at %CUnexpected %s statement in FORALL block at %CUnexpected %s statement in INTERFACE block at %CUnexpected %s statement in MODULE at %CUnexpected %s statement in WHERE block at %CUnexpected CASE statement at %CUnexpected DIM argument with noncoarray argument at %LUnexpected END statement at %CUnexpected ENTRY statement at %CUnexpected EOFUnexpected NULL() intrinsic at %L to dummy %qsUnexpected OpenACC parallelism.Unexpected SHAPE argument at %L to C_F_POINTER with scalar FPTRUnexpected TYPE IS statement at %CUnexpected alternate return spec in subroutine call at %LUnexpected character in variable list at %CUnexpected characters in PARAMETER statement at %CUnexpected coarray designator at %CUnexpected element %qc in format string at %LUnexpected end of file in %qsUnexpected end of format stringUnexpected end of moduleUnexpected intrinsic type %qs at %LUnexpected junk after !$ACC DECLARE at %CUnexpected junk after !$OMP DECLARE REDUCTION at %CUnexpected junk after !$OMP DECLARE TARGET at %CUnexpected junk after $OMP ATOMIC statement at %CUnexpected junk after $OMP BARRIER statement at %CUnexpected junk after $OMP CANCELLATION POINT statement at %CUnexpected junk after $OMP CRITICAL statement at %CUnexpected junk after $OMP FLUSH statement at %CUnexpected junk after $OMP MASTER statement at %CUnexpected junk after $OMP TASKGROUP statement at %CUnexpected junk after $OMP WORKSHARE statement at %CUnexpected junk after ELSE IF statement at %CUnexpected junk after ELSE statement at %CUnexpected junk after NOWAIT clause at %CUnexpected junk after OMP THREADPRIVATE at %CUnexpected junk after TASKWAIT clause at %CUnexpected junk after TASKYIELD clause at %CUnexpected junk after function declaration at %CUnexpected junk in formal argument list at %CUnexpected thumb1 far jumpUnexpected use of subroutine name %qs at %CUnit number in I/O statement too largeUnit number in I/O statement too smallUnknown architecture specific memory modelUnknown argument %qs at %L to intrinsic %sUnknown argument list function at %LUnknown attribute in !GCC$ ATTRIBUTES statement at %CUnknown form for stack limit expressionUnknown intrinsic opUnknown operator %%<%s%%> at %%LUnknown parameter to option -mtune-ctrl: %sUnknown procedure name %qs at %CUnlimited polymorphic allocate-object at %L requires either a type-spec or SOURCE tag or a MOLD tagUnrecognized MCU name '%s', assuming that it has no hardware multiply.
  Use the -mhwmult option to set this explicitly.Unrecognized MCU name '%s', assuming that it is just a MSP430 with no hardware multiply.
  Use the -mcpu and -mhwmult options to set these explicitly.Unrecognized MCU name '%s', assuming that it just supports the MSP430 ISA.
  Use the -mcpu option to set the ISA explicitly.Unrecognized MCU name '%s'.Unrecognized option to %<-finit-logical%>: %sUnrecognized option to endianness value: %qsUnrecognized option to floating-point init value: %qsUnrecognized option: %qsUnsupported code '%c' for fixed-point:Unsupported operand for code '%c'Unsupported statement inside WHERE at %LUnsupported value for mmpy-optionUnterminated character constant beginning at %CUnused PRIVATE module variable %qs declared at %LUnused dummy argument %qs at %LUnused initialization string at %L because variable has zero lengthUnused module variable %qs which has been explicitly imported at %LUnused parameter %qs declared at %LUnused parameter %qs which has been explicitly imported at %LUnused variable %qs declared at %LUpper array reference at %L is out of bounds (%ld < %ld) in dimension %dUpper array reference at %L is out of bounds (%ld > %ld) in dimension %dUpper bound of last coarray dimension must be %<*%> at %CUsage: %s [OPTION]... SUB_COMMAND [OPTION]...
  
  Usage: %s [options] file...
  Use "-Wa,OPTION" to pass "OPTION" to the assembler.
  
  Use "-Wl,OPTION" to pass "OPTION" to the linker.
  
! Use %reloc() operators, rather than assembly macros, to load addresses.Use -G for data that is not defined by the current object.Use -G for object-local data.Use 128-bit AVX instructions instead of 256-bit AVX instructions in the auto-vectorizer.Use 128-bit long double.Use 16 bit int.Use 32 bit float.Use 32 bit int.Use 32-bit ABI.Use 32-bit floating-point registers.Use 32-bit general registers.Use 32-bit offsets in jump tables rather than 16-bit offsets.Use 4 byte entries in switch tables.Use 4 media accumulators.Use 4-operand madd.s/madd.d and related instructions where applicable.Use 4xx half-word multiply instructions.Use 4xx string-search dlmzb instruction.Use 64 FPRs.Use 64 GPRs.Use 64 bit float.Use 64-bit ABI.Use 64-bit floating-point registers.Use 64-bit general registers.Use 64-bit long double.Use 8 media accumulators.Use 80-bit long double.Use ABI reserved registers.Use AltiVec instructions.Use Bionic C library.Use Branch Likely instructions, overriding the architecture default.Use CONST16 instruction to load constants.Use EABI.Use Enhanced Virtual Addressing instructions.Use GNU C library.Use GP relative sdata/sbss sections.Use GP-relative addressing to access small data.Use H8/300 alignment rules.Use IEEE math for fp comparisons.Use IRA based register pressure calculation in RTL hoist optimizations.Use IRA based register pressure calculation in RTL loop optimizations.Use ISA 2.07 Category:Vector.AES and Category:Vector.SHA2 instructions.Use ISA 2.07 direct move between GPR & VSX register instructions.Use ISA 2.07 transactional memory (HTM) instructions.Use LRA instead of reload (transitional).Use LRA instead of reload.Use MCU instructions.Use MIPS MSA Extension instructions.Use MIPS-3D instructions.Use MIPS-DSP REV 2 instructions.Use MIPS-DSP instructions.Use Mingw-specific thread support.Use Neon double-word (rather than quad-word) registers for vectorization.Use Neon quad-word (rather than double-word) registers for vectorization.Use Neon to perform 64-bits operations rather than core registers.Use NewABI-style %reloc() assembly operators.Use P-mnemonics for branches statically predicted as taken.Use PLT for PIC calls (-fno-plt: load the address from GOT at call site).Use PMC-style 'mad' instructions.Use PowerPC General Purpose group optional instructions.Use PowerPC Graphics group optional instructions.Use PowerPC V2.01 single field mfcr instruction.Use PowerPC V2.02 floating point rounding instructions.Use PowerPC V2.02 popcntb instruction.Use PowerPC V2.05 compare bytes instruction.Use PowerPC V2.06 popcntd instruction.Use PowerPC-64 instruction set.Use ROM instead of RAM.Use SSE register passing conventions for SF and DF mode.Use STB_GNU_UNIQUE if supported by the assembler.Use SmartMIPS instructions.Use UNIX assembler syntax.Use UltraSPARC Compare-and-Branch extensions.Use UltraSPARC Fused Multiply-Add extensions.Use UltraSPARC Population-Count instruction.Use UltraSPARC Subtract-Extended-with-Carry instruction.Use UltraSPARC Visual Instruction Set version 1.0 extensions.Use UltraSPARC Visual Instruction Set version 2.0 extensions.Use UltraSPARC Visual Instruction Set version 3.0 extensions.Use UltraSPARC Visual Instruction Set version 4.0 extensions.Use VAX fp.Use VAXC structure conventions.Use VMS exit codes instead of posix ones.Use __cxa_atexit to register destructors.Use __cxa_get_exception_ptr in exception handling.Use a 32-bit long type.Use a 4-byte record marker for unformatted files.Use a 64-bit long type.Use a minimum runtime (no static initializers or ctors) for memory-constrained devices.Use a smart stack protection method for certain functions.Use a stack protection method for every function.Use addresses that allocate global registers.Use all registers, reserving none for interrupt handlers.Use alternate register names.Use an 8-bit 'int' type.Use an 8-byte record marker for unformatted files.Use arbitrary sized immediates in bit operations.Use big-endian byte order.Use branch-and-break sequences to check for integer divide by zero.Use bras for executable < 64k.Use call-clobbered registers for parameters and return value.Use callbacks instead of inline code if number of accesses in function becomes greater or equal to this number.Use caller save register across calls if possible.Use certain scalar instructions added in ISA 3.0.Use control speculation.Use custom stacks instead of local memory for automatic storage.Use data speculation after reload.Use data speculation before reload.Use decimal floating point instructions.Use default method for sdata handling.Use different calling convention using 'rtd'.Use direct poisoning/unpoisoning instructions for variables smaller or equal to this number.Use direct references against %gs when accessing tls data.Use eXtended Physical Address (XPA) instructions.Use epsilon-respecting floating point compare instructions.Use expression value profiles in optimizations.Use extended PowerPC V2.05 move floating point to/from GPR instructions.Use f2c calling convention.Use features of and schedule code for given CPU.Use features of and schedule given CPU.Use flat register window model.Use fp double instructions.Use fp registers.Use full-set registers for register allocation.Use given SPARC-V9 code model.Use given TILE-Gx code model.Use given address mode.Use given assembler dialect.Use given stack-protector guard.Use given thread-local storage dialect.Use given x86-64 code model.Use hardware FP (default).Use hardware FP.Use hardware division instructions on ColdFire.Use hardware floating point conversion instructions.Use hardware floating point instructions.Use hardware floating point square root instruction.Use hardware floating point.Use hardware floating-point divide and square root instructions.Use hardware fp.Use hardware instructions for integer division.Use hardware prefetch instructionUse hardware quad FP instructions.Use hardware transactional execution instructions.Use hardware vector facility instructions and enable the vector ABI.Use in block control speculation.Use in block data speculation after reload.Use in block data speculation before reload.Use in/loc/out register names.Use indirect CALLXn instructions for large programs.Use indirect calls.Use inline patterns for copying memory.Use integer madd/msub instructions.Use jump tables for sufficiently large switch statements.Use little-endian byte order.Use ll, sc and sync instructions.Use lwxc1/swxc1/ldxc1/sdxc1 instructions where applicable.Use media instructions.Use microMIPS instructions.Use multiply add/subtract instructions.Use multiply high instructions for high part of 32x32 multiply.Use musl C library.Use native (MS) bitfield layout.Use new adddi3/subdi3 patterns.Use normal calling convention.Use of %<-fdefault-double-8%> requires %<-fdefault-real-8%>Use of intrinsic module %qs at %C conflicts with non-intrinsic module name used previouslyUse of non-intrinsic module %qs at %C conflicts with intrinsic module name used previouslyUse of the NUMERIC_STORAGE_SIZE named constant from intrinsic module ISO_FORTRAN_ENV at %C is incompatible with option %sUse of the NUMERIC_STORAGE_SIZE named constant from intrinsic module ISO_FORTRAN_ENV at %L is incompatible with option %qsUse only one TOC entry per procedure.Use ordinarily cached memory accesses for volatile references.Use packed stack layout.Use paired-single floating-point instructions.Use pattern compare instructions.Use pc-relative switch case tables - this enables case table shortening.Use portable calling conventions.Use profiling information for branch probabilities.Use propolice as a stack protection method.Use push instructions to save outgoing arguments.Use r11 to hold the static link in calls to functions via pointers.Use red-zone in the x86-64 code.Use reduced-set registers for register allocation.Use register stack for parameters and return value.Use register+offset memory instructions added in ISA 3.0.Use registers for argument passing.Use registers r2 and r5.Use reorder instructions (swap and byte reversed load/store) (default).Use sample profile information for call graph node weights. The default profile file is fbdata.afdo in 'pwd'.Use sample profile information for call graph node weights. The profile file is specified in the argument.Use scalar register+offset memory instructions added in ISA 3.0.Use shared libraries.Use simple data speculation check for control speculation.Use simple data speculation check.Use simulator runtime.Use smaller but slower prologue and epilogue code.Use software emulation for floating point (default).Use software floating point comparisons.Use software floating point.Use stack bias.Use stack protection method only for functions with the stack_protect attribute.Use standard main function as entry for startup.Use statically initialized variable for constant bounds instead of generating them each time it is required.Use statically initialized variable for vars bounds instead of generating them each time it is required.Use structs on stronger alignment for double-word copies.Use stubs for function prologues.Use subroutines for function prologues and epilogues.Use synci instruction to invalidate i-cache.Use table based fast divide (default at -O3).Use table lookup optimization for small signed integer divisions.Use tas.b instruction for __atomic_test_and_set.Use the AltiVec ABI extensions.Use the Cray Pointer extension.Use the DEC assembler syntax.Use the ELFv1 ABI.Use the ELFv2 ABI.Use the GNU extension to the PE format for aligned common data.Use the RTL dead code elimination pass.Use the RTL dead store elimination pass.Use the SPE ABI extensions.Use the bfd linker instead of the default linker.Use the bit-field instructions.Use the divide instruction.Use the floating point unit for integer add/subtract.Use the given base register for addressing the stack-protector guard.Use the given data alignment.Use the given offset for addressing the stack-protector guard.Use the gold linker instead of the default linker.Use the hardware barrel shifter instead of emulation.Use the most feature-enabling options allowed by other options.Use the mvcle instruction for block moves.Use the narrowest integer type possible for enumeration types.Use the new min/max instructions defined in ISA 3.0.Use the simulator runtime.Use the soft multiply emulation (default).Use the software emulation for divides (default).Use traditional GNU semantics for inline functions.Use trap instead of a library function for undefined behavior sanitization.Use trap instructions to check for integer divide by zero.Use uClibc C library.Use unicode startup and define UNICODE macro.Use vector and scalar instructions added in ISA 2.07.Use vector instructions added in ISA 3.0.Use vector register+offset memory instructions added in ISA 3.0.Use vector/scalar (VSX) instructions.Use zero bounds for all incoming arguments in 'main' function.  It helps when instrumented binaries are used with legacy libs.Use zero-extending memory loads, not sign-extending ones.Used in Fix-and-Continue mode to indicate that object files may be swapped in at runtime.User defined non-ELEMENTAL function %qs at %L not allowed in WORKSHARE constructUser operator %qs referenced at %L not found in module %qsUser operator procedure %qs at %L cannot be assumed character lengthUser operator procedure %qs at %L must be a FUNCTIONUser operator procedure %qs at %L must have at least one argumentUses of this option are diagnosed.Using built-in specs.
! VALUE argument of the %s intrinsic function at %L shall be definableVALUE attribute at %CVALUE is not allowed inside of BLOCK at %CVALUE object %qs in %s clause at %LVALUE statement at %CVOIDmode on an outputVOLATILE attribute at %CVOLATILE statement at %CVSX and SPE instructions cannot coexistValid Nios II ISA levels (for -march):Valid arguments for the -msdata= option.Valid arguments to -malign-:Valid arguments to -mcode-readable=:Valid arguments to -mfloat-gprs=:Valid arguments to -mfpmath=:Valid arguments to -mr10k-cache-barrier=:Valid arguments to -mstack-protector-guard=:Valid arguments to -mstringop-strategy=:Valid arguments to -mtp=:Valid options for GP-relative addressing (for -mgpopt):Validate vtable pointers before using them.Variable %qs at %C cannot be redefined inside loop beginning at %LVariable %qs at %C with an initializer already appears in a DATA statementVariable %qs at %L cannot be BIND(C) because it is neither a COMMON block nor declared at the module level scopeVariable %qs at %L cannot have both the ALLOCATABLE and BIND(C) attributesVariable %qs at %L cannot have both the OPTIONAL and the VALUE attribute because procedure %qs is BIND(C)Variable %qs at %L cannot have both the POINTER and BIND(C) attributesVariable %qs at %L has not been assigned a format labelVariable %qs at %L in common block %qs at %C must be declared with a C interoperable kind since common block %qs is bind(c)Variable %qs at %L in this context must be constantVariable %qs at %L is INTENT(OUT) and can thus not be an allocatable coarray or have coarray componentsVariable %qs at %L is a coarray and is not ALLOCATABLE, SAVE nor a dummy argumentVariable %qs at %L is a dummy argument of the BIND(C) procedure %qs but may not be C interoperableVariable %qs at %L is a dummy argument to the BIND(C) procedure %qs but is not C interoperable because derived type %qs is not C interoperableVariable %qs at %L is a dummy argument to the BIND(C) procedure %qs but is not C interoperable because it is polymorphicVariable %qs at %L is in COMMON but only in BLOCK DATA initialization is allowedVariable %qs at %L may not be a C interoperable kind but it is BIND(C)Variable %qs at %L not definable inside loop beginning at %L as INTENT(INOUT) argument to function %qsVariable %qs at %L not definable inside loop beginning at %L as INTENT(INOUT) argument to subroutine %qsVariable %qs at %L of TYPE(C_PTR) or TYPE(C_FUNPTR) shall not be a coarrayVariable %qs at %L set to undefined value inside loop  beginning at %L as INTENT(OUT) argument to subroutine %qsVariable %qs at %L set to undefined value inside loop beginning at %L as INTENT(OUT) argument to function %qsVariable %qs at %L with ALLOCATABLE attribute in procedure %qs with BIND(C)Variable %qs at %L with OPTIONAL attribute in procedure %qs which is BIND(C)Variable %qs at %L with POINTER attribute in procedure %qs with BIND(C)Variable %qs at %L with coarray component shall be a nonpointer, nonallocatable scalar, which is not a coarrayVariable %qs can not appear in a variable definition context (%s) at %L in PURE procedureVariable %qs cannot appear in the expression at %LVariable %qs has not been assigned a target label at %LVariable %qs in %s clause is used in NAMELIST statement at %LVariable %qs in common block %qs at %C can not be bind(c) since it is not globalVariable %qs in common block %qs at %C must be declared with a C interoperable kind since common block %qs is BIND(C)Variable %qs in common block %qs at %L cannot be declared with BIND(C) since it is not a globalVariable %qs in common block %qs at %L may not be a C interoperable kind though common block %qs is BIND(C)Variable %qs is PROTECTED and can not appear in a pointer association context (%s) at %LVariable %qs is PROTECTED and can not appear in a variable definition context (%s) at %LVariable %qs is not a dummy argument at %LVariable %qs is used at %L before the ENTRY statement in which it is a parameterVariable %qs, used in a specification expression, is referenced at %L before the ENTRY statement in which it is a parameterVariable %s at %L of type EVENT_TYPE or with subcomponent of type LOCK_TYPE must be a coarrayVariable %s at %L of type LOCK_TYPE or with subcomponent of type LOCK_TYPE must be a coarrayVariable %s at %L with NO_ARG_CHECK attribute may not have the ALLOCATABLE, CODIMENSION, POINTER or VALUE attributeVariable %s at %L with NO_ARG_CHECK attribute may not have the INTENT(OUT) attributeVariable %s at %L with NO_ARG_CHECK attribute may only be used as actual argumentVariable %s at %L with NO_ARG_CHECK attribute shall be a dummy argumentVariable %s at %L with NO_ARG_CHECK attribute shall be of type TYPE(*) or of an numeric intrinsic typeVariable %s at %L with NO_ARG_CHECK attribute shall either be a scalar or an assumed-size arrayVariable %s at %L with NO_ARG_CHECK attribute shall not have a subobject referenceVariable %s cannot be INTENT(IN) at %CVariable %s cannot be assigned in PURE procedure at %CVariable %s from module %s with binding label %s at %L uses the same global identifier as entity at %L from module %sVariable %s with binding label %s at %L uses the same global identifier as entity at %LVariable at %C is an element of a COMMON blockVariable at %L mentioned multiple times in clauses of the same OMP DECLARE TARGET directiveVariable other than OMP_OUT or OMP_IN used in combiner of !$OMP DECLARE REDUCTION at %LVariable other than OMP_PRIV or OMP_ORIG used in INITIALIZER clause of !$OMP DECLARE REDUCTION at %LVariable type is UNKNOWN in assignment at %LVariable with NO_ARG_CHECK attribute at %L is only permitted as argument to the intrinsic functions C_LOC and PRESENTVector library ABI to use.Vectorize for double-word operations.Virtual function multiversioning not supportedVolatile memory accesses do not use I/O load/store instructions.Volatile memory accesses use I/O load/store instructions.WAIT at %C not allowed in Fortran 95WAIT clause at %L requires a scalar INTEGER expressionWAIT statement not allowed in PURE procedure at %CWHERE assignment target at %L has inconsistent shapeWHERE mask at %L has inconsistent shapeWHERE/ELSEWHERE clause at %L requires a LOGICAL arrayWarn about "extern" declarations not at file scope.Warn about "suspicious" constructs.Warn about 'new' of type with extended alignment without -faligned-new.Warn about @selector()s without previously declared methods.Warn about C constructs that are not in the common subset of C and C++.Warn about C++ constructs whose meaning differs between ISO C++ 1998 and ISO C++ 2011.Warn about C++ constructs whose meaning differs between ISO C++ 2011 and ISO C++ 2014.Warn about C++ constructs whose meaning differs between ISO C++ 2014 and (forthcoming) ISO C++ 201z(7?).Warn about C++ polymorphic types where adding final keyword would improve code quality.Warn about C++ virtual methods where adding final keyword would improve code quality.Warn about C++11 inheriting constructors when the base has a variadic constructor.Warn about NULL being passed to argument slots marked as requiring non-NULL.Warn about PCH files that are found but not used.Warn about USE statements that have no ONLY qualifier.Warn about __TIME__, __DATE__ and __TIMESTAMP__ usage.Warn about alignment of COMMON blocks.Warn about all enumerated switches missing a specific case.Warn about an empty body in an if or else statement.Warn about an invalid DO loop.Warn about boolean expression compared with an integer value different from true/false.Warn about buffer overflow in string manipulation functions like memcpy and strcpy.Warn about called procedures not explicitly declared.Warn about calls to snprintf and similar functions that truncate output.Warn about calls to snprintf and similar functions that truncate output. Same as -Wformat-truncation=1.Warn about calls with implicit interface.Warn about casting functions to incompatible types.Warn about casts which discard qualifiers.Warn about certain operations on boolean expressions.Warn about code which might break strict aliasing rules.Warn about comparison of different enum types.Warn about compile-time integer division by zero.Warn about constant integer divisions with truncated results.Warn about creation of array temporaries.Warn about dangling else.Warn about deleting polymorphic objects with non-virtual destructors.Warn about deprecated 'vector long ...' AltiVec type usage.Warn about duplicated branches in if-else statements.Warn about duplicated conditions in an if-else-if chain.Warn about enumerated switches missing a "default:" statement.Warn about enumerated switches, with no default, missing a case.Warn about equality comparisons involving REAL or COMPLEX expressions.Warn about features not present in ISO C90, but present in ISO C99.Warn about features not present in ISO C99, but present in ISO C11.Warn about features not present in traditional C.Warn about format strings that are not literals.Warn about format strings that contain NUL bytes.Warn about function call elimination.Warn about function calls with format strings that write past the end of the destination region.Warn about function calls with format strings that write past the end of the destination region.  Same as -Wformat-overflow=1.Warn about function parameters declared without a type specifier in K&R-style functions.Warn about function pointer arithmetic.Warn about functions which might be candidates for __attribute__((const)).Warn about functions which might be candidates for __attribute__((noreturn)).Warn about functions which might be candidates for __attribute__((pure)).Warn about functions which might be candidates for format attributes.Warn about global functions without previous declarations.Warn about global functions without prototypes.Warn about implicit conversions from "float" to "double".Warn about implicit declarations.Warn about implicit function declarations.Warn about inappropriate attribute usage.Warn about incompatible integer to pointer and pointer to integer conversions.Warn about invalid uses of the "offsetof" macro.Warn about macros defined in the main file that are not used.Warn about maybe uninitialized automatic variables.Warn about memory access errors found by Pointer Bounds Checker.Warn about missing ampersand in continued character constants.Warn about missing fields in struct initializers.Warn about missing sized deallocation functions.Warn about misuses of pragmas.Warn about most implicit conversions.Warn about multiple declarations of the same object.Warn about narrowing conversions within { } that are ill-formed in C++11.Warn about non-virtual destructors.Warn about none ISO msvcrt scanf/printf width extensions.Warn about optimizations that assume that signed overflow is undefined.Warn about overflow in arithmetic expressions.Warn about overloaded virtual function names.Warn about overriding initializers with side effects.Warn about overriding initializers without side effects.Warn about packed bit-fields whose offset changed in GCC 4.4.Warn about pointer casts which increase alignment.Warn about positional initialization of structs requiring designated initializers.Warn about possible aliasing of dummy arguments.Warn about possible security problems with format functions.Warn about possible violations of sequence point rules.Warn about possibly missing braces around initializers.Warn about possibly missing parentheses.Warn about possibly nested block comments, and C++ comments spanning more than one physical line.Warn about printf/scanf/strftime/strfmon format string anomalies.Warn about questionable usage of the macros used to retrieve variable arguments.Warn about real-literal-constants with 'q' exponent-letter.Warn about returning a pointer/reference to a local or temporary variable.Warn about returning structures, unions or arrays.Warn about sign differences with format functions.Warn about signed-unsigned comparisons.Warn about some C++ One Definition Rule violations during link time optimization.Warn about statements between switch's controlling expression and the first case.Warn about strftime formats yielding 2-digit years.Warn about subscripts whose type is "char".Warn about suspicious calls to memset where the third argument contains the number of elements not multiplied by the element size.Warn about suspicious calls to memset where the third argument is constant literal zero and the second is not.Warn about suspicious declarations of "main".Warn about suspicious length parameters to certain string functions if the argument uses sizeof.Warn about suspicious uses of memory addresses.Warn about switches with boolean controlling expression.Warn about things that change between the current -fabi-version and the specified version.Warn about things that will change when compiling with an ABI-compliant compiler.Warn about truncated character expressions.Warn about truncated source lines.Warn about type and rank mismatches between arguments and parameters.Warn about uncasted NULL used as sentinel.Warn about underflow of numerical constant expressions.Warn about uninitialized automatic variables.Warn about unprototyped function declarations.Warn about unrecognized pragmas.Warn about unsuffixed float constants.Warn about unused dummy arguments.Warn about use of multi-character character constants.Warn about useless casts.Warn about user-specified include directories that do not exist.Warn about uses of __attribute__((deprecated)) declarations.Warn about uses of register storage specifier.Warn about using variadic macros.Warn about variables that might be changed by "longjmp" or "vfork".Warn about variables which are initialized to themselves.Warn about violations of Effective C++ style rules.Warn about zero-length formats.Warn about zero-trip DO loops.Warn for conditionally-supported constructs.Warn for converting NULL from/to a non-pointer type.Warn for implicit type conversions between signed and unsigned integers.Warn for implicit type conversions that cause loss of floating point precision.Warn for implicit type conversions that may change a value.Warn for obsolescent usage in a declaration.Warn for placement new expressions with undefined behavior.Warn for suspicious integer expressions in boolean context.Warn if "defined" is used outside #if.Warn if a C-style cast is used in a program.Warn if a caller of a function, marked with attribute warn_unused_result, does not use its return value.Warn if a class type has a base or a field whose type uses the anonymous namespace or depends on a type with no linkage.Warn if a comparison always evaluates to true or false.Warn if a comparison is always true or always false due to the limited range of the data type.Warn if a deprecated compiler feature, class, method, or field is used.Warn if a function uses alloca or creates an array with dynamic size.Warn if a local declaration hides an instance variable.Warn if a loop with constant number of iterations triggers undefined behavior.Warn if a property for an Objective-C object has no assign semantics specified.Warn if a selector has multiple methods.Warn if a simd directive is overridden by the vectorizer cost model.Warn if a single function's framesize exceeds the given framesize.Warn if a string is longer than the maximum portable length specified by the standard.Warn if a subobject has an abi_tag attribute that the complete object type does not have.Warn if a throw expression will always result in a call to terminate().Warn if a user-procedure has the same name as an intrinsic.Warn if a variable length array is used.Warn if a virtual base has a non-trivial move assignment operator.Warn if an MCU name is unrecognized or conflicts with other options (default: on).Warn if an array is accessed out of bounds.Warn if an old-style parameter definition is used.Warn if an undefined macro is used in an #if directive.Warn if comparing pointer parameter with nonnull attribute with NULL.Warn if constant CFString objects contain non-portable characters.Warn if dereferencing a NULL pointer may lead to erroneous or undefined behavior.Warn if inherited methods are unimplemented.Warn if left shift of a signed value overflows.Warn if left shifting a negative value.Warn if passing too many arguments to a function for its format string.Warn if qualifiers on arrays which are pointer targets are discarded.Warn if shift count >= width of type.Warn if shift count is negative.Warn if testing floating point numbers for equality.Warn if the ISR is misspelled, i.e. without __vector prefix. Enabled by default.Warn if the address space of an address is changed.Warn if the loop cannot be optimized due to nontrivial assumptions.Warn if the pointer in a pointer assignment might outlive its target.Warn if the type of a variable might be not interoperable with C.Warn if trigraphs are encountered that might affect the meaning of the program.Warn if type qualifiers on pointers are discarded.Warn if type signatures of candidate methods do not match exactly.Warn in case profiles in -fprofile-use do not match.Warn of prototypes causing type conversions different from what would happen in the absence of prototype.Warn on any use of alloca.Warn on direct multiple inheritance.Warn on direct virtual inheritance.Warn on intrinsics not part of the selected standard.Warn on namespace definition.Warn on primary template declaration.Warn on suspicious constructs involving reverse scalar storage order.Warn when __builtin_frame_address or __builtin_return_address is used unsafely.Warn when __sync_fetch_and_nand and __sync_nand_and_fetch built-in functions are used.Warn when a #warning directive is encountered.Warn when a Cell microcoded instruction is emitted.Warn when a built-in function is declared with the wrong signature.Warn when a built-in preprocessor macro is undefined or redefined.Warn when a const variable is unused.Warn when a declaration does not specify a type.Warn when a declaration has duplicate const, volatile, restrict or _Atomic specifier.Warn when a declaration is found after a statement.Warn when a function cannot be expanded to HSAIL.Warn when a function is unused.Warn when a function parameter is only set, otherwise unused.Warn when a function parameter is unused.Warn when a jump misses a variable initialization.Warn when a label is unused.Warn when a left-hand-side array variable is reallocated.Warn when a left-hand-side variable is reallocated.Warn when a literal '0' is used as null pointer.Warn when a logical operator is suspiciously always evaluating to true or false.Warn when a noexcept expression evaluates to false even though the expression can't actually throw.Warn when a pointer differs in signedness in an assignment.Warn when a pointer is cast to an integer of a different size.Warn when a pointer is compared with a zero character constant.Warn when a register variable is declared volatile.Warn when a string or character literal is followed by a ud-suffix which does not begin with an underscore.Warn when a switch case falls through.Warn when a variable is only set, otherwise unused.Warn when a variable is unused.Warn when a vector operation is compiled outside the SIMD.Warn when all constructors and destructors are private.Warn when an argument passed to a restrict-qualified parameter aliases with another argument.Warn when an atomic memory model parameter is known to be outside the valid range.Warn when an expression value is unused.Warn when an inlined function cannot be inlined.Warn when an optimization pass is disabled.Warn when attempting to free a non-heap object.Warn when converting the type of pointers to member functions.Warn when deleting a pointer to incomplete type.Warn when logical not is used on the left hand side operand of a comparison.Warn when multiple, different, fast interrupt handlers are in the compilation unit.Warn when non-templatized friend functions are declared within a template.Warn when not issuing stack smashing protection for some reason.Warn when one local variable shadows another local variable or parameter of compatible type.Warn when one local variable shadows another local variable or parameter.Warn when one variable shadows another (globally).Warn when one variable shadows another.  Same as -Wshadow=global.Warn when overload promotes from unsigned to signed.Warn when padding is required to align structure members.Warn when sizeof is applied on a parameter declared as an array.Warn when the compiler reorders code.Warn when the indentation of the code does not reflect the block structure.Warn when the packed attribute has no effect on struct layout.Warn when there is a cast to a pointer from an integer of a different size.Warn when there is a conversion between pointers that have incompatible types.Warn when typedefs locally defined in a function are not used.Warn whenever a function's return type defaults to "int" (C), or about inconsistent return types (C++).Warn whenever a trampoline is generated.Warn whenever an Objective-C assignment is being intercepted by the garbage collector.Warn whenever attributes are ignored.Warn whenever type qualifiers are ignored.WarningWhen "signed" or "unsigned" is not given make the bitfield signed.When "signed" or "unsigned" is not given make the bitfield unsigned.When accessing RAM, use X as imposed by the hardware, i.e. just use pre-decrement, post-increment and indirect addressing with the X register.  Without this option, the compiler may assume that there is an addressing mode X+const similar to Y+const and Z+const and emit instructions to emulate such an addressing mode for X.When generating -fpic code, allow the use of PLTs. Ignored for fno-pic.When generating -mabicalls code, allow executables to use PLTs and copy relocations.When generating -mabicalls code, make the code suitable for use in shared libraries.When possible do not generate stack frames.When running CSE, follow jumps to their targets.Where shorter, use canonicalized paths to systems headers.Whether to use canonical types.Which -fsched-pressure algorithm to apply.While setting up signal handler: %mWhile setting up signal stack: %mWhole program analysis (WPA) mode with number of parallel jobs specified.With this option zero size obtained dynamically for objects with incomplete type will be treated as infinite.Without padding, there are not enough elements in the intrinsic RESHAPE source at %L to match the shapeWork around VR4130 mflo/mfhi errata.Work around a hardware anomaly by adding a number of NOPs before a CSYNC or SSYNC instruction.Work around an early 4300 hardware bug.Work around bug in multiplication instruction.Work around certain 24K errata.Work around certain R10000 errata.Work around certain R4000 errata.Work around certain R4400 errata.Work around certain RM7000 errata.Work around certain VR4120 errata.Work around errata for early SB-1 revision 2 cores.Work around hardware multiply bug.Workaround for ARM Cortex-A53 Erratum number 835769.Workaround for ARM Cortex-A53 Erratum number 843419.Write all declarations as Ada code for the given file only.Write all declarations as Ada code transitively.Writing module %qs at line %d column %d: %sWrong OpenACC continuation at %C: expected !$ACC, got !$OMPWrong entry in TYPE_ARG_TYPES listWrong node is referenced with chkp referenceWrong tree in TYPE_FIELDS listX argument at %L to C_LOC shall not be polymorphicX descriptor requires leading space count at %LX32 does not support ms_abi attributeXXX entering pop_everything ()
  XXX leaving pop_everything ()
  You cannot take the address of a nested function if you use the -mno-pointers-to-nested-functions option.You must enable NEON instructions (e.g. -mfloat-abi=softfp -mfpu=neon) to use these intrinsics.You must enable VFP instructions to use these intrinsics.You must enable crypto instructions (e.g. include -mfloat-abi=softfp -mfpu=crypto-neon...) to use these intrinsics.You need a C startup file for -msys-crt0=Your target platform does not support -fcheck-pointer-boundsZero is not a valid statement label at %CZero width in format descriptor[...] style array constructors at %C[Leaving %s]
! [cannot find %s][default][disabled][enabled][super ...] must appear in a method context_Cilk_for statement expected__BELOW100__ attribute not allowed with auto storage class__builtin_arc_aligned with non-constant alignment__builtin_eh_return not supported on this target__builtin_rx_%s takes 'C', 'Z', 'S', 'O', 'I', or 'U'__builtin_saveregs not supported by this subtarget__builtin_saveregs not supported by this target__builtin_set_thread_pointer is not supported on this target__builtin_shuffle argument vector(s) inner type must have the same size as inner type of the mask__builtin_shuffle argument vectors must be of the same type__builtin_shuffle arguments must be vectors__builtin_shuffle last argument must be an integer vector__builtin_shuffle number of elements of the argument vector(s) and the mask vector should be the same__builtin_thread_pointer is not supported on this target__builtin_unreachable or __builtin_trap call with arguments__delay_cycles() only takes constant arguments__float128 and __ibm128 cannot be used in the same expression__float128 and long double cannot be used in the same expression__fp16 and no ldrh__ibm128 and long double cannot be used in the same expression__label__ declarations are only allowed in function scopes__sec_implicit_index argument %d must be less than the rank of %qE__sec_implicit_index parameter must be an integer constant expression__sec_reduce_min_ind or __sec_reduce_max_ind cannot have arrays with dimension greater than 1``custom-%s=' argument requires numeric digitsa brace-enclosed initializer is not allowed herea call to a constructor cannot appear in a constant-expressiona cast to a type other than an integral or enumeration type cannot appear in a constant-expressiona class template declaration must not declare anything elsea comma operator cannot appear in a constant-expressiona concept cannot be a member functiona constructor cannot be %<concept%>a conversion function cannot have a trailing return typea definition that differs by virtual keyword in another translation unita destructor cannot be %<concept%>a destructor cannot be %<constexpr%>a different method of same type is defined in another translation unita different type is defined in another translation unita field of same name but different type is defined in another translation unita field with different name is defined in another translation unita function call cannot appear in a constant-expressiona function-definition is not allowed herea label can only be part of a statement and a declaration is not a statementa lambda closure type has a deleted copy assignment operatora lambda closure type has a deleted default constructora later -fabi-version= (or =0) avoids this error with a change in manglinga member of a structure or union cannot have a variably modified typea nested function is not supported for reduced registersa nested namespace definition cannot be inlinea nested namespace definition cannot have attributesa non-template variable cannot be %<concept%>a parameter cannot be declared %<concept%>a parameter cannot be declared %<constexpr%>a parameter list with an ellipsis can%'t match an empty parameter name list declarationa reinterpret_cast is not a constant expressiona requires expression cannot appear outside a templatea storage class can only be specified for objects and functionsa storage class on an anonymous aggregate in class scope is not alloweda template cannot be defaulteda template declaration cannot appear at block scopea template-id may not appear in a using-declarationa temporary bound to %qD only persists until the constructor exitsa transaction expression cannot appear in a constant-expressiona type defined in another translation unit is not polymorphica type defined in another translation unit is polymorphica type with different alignment is defined in another translation unita type with different attributes is defined in another translation unita type with different bases is defined in another translation unita type with different number of fields is defined in another translation unita type with different number of methods is defined in another translation unita type with different precision is defined in another translation unita type with different qualifiers is defined in another translation unita type with different signedness is defined in another translation unita type with different size is defined in another translation unita type with different virtual table pointers is defined in another translation unita using-declaration cannot specify a template-id.  Try %<using %D%>a wide string is invalid in this contextabnormal call edges for non-call insn in bb %iabnormal edges for no purpose in bb %iabort in %s, at %s:%dabstract declarator %qT used as declarationaccess declarations are deprecated in favour of using-declarations; suggestion: add the %<using%> keywordaccessing %qD member instead of initialized %qD member in constant expressionaccessing a member %qE of an atomic structure %qEaccessing a member %qE of an atomic union %qEaccessing data memory with program memory addressaccessing program memory with data memory addressaccessing uninitialized array elementaccessing uninitialized member %qDaccessing value of %qE through a %qT glvalue in a constant expressionaccumulator is not a constant integeraccumulator number is out of boundsactual argument to INTENT = OUT/INOUTadd parentheses around left hand side expression to silence this warningadd_sym(): Bad sizing modeaddress area attribute cannot be specified for functionsaddress area of %q+D conflicts with previous declarationaddress mode %qs not supported in the %s bit modeaddress of array with reverse scalar storage order requestedaddress of explicit register variable %qD requestedaddress of global register variable %qD requestedaddress of label %qD returnedaddress of local variable %qD returnedaddress of overloaded function with no contextual type informationaddress of register variable %qD requestedaddress offset not a constantaddress operand requires constraint for X, Y, or Z registeraddress requested for %qD, which is declared %<register%>address space %qs not supported for devices with flash size up to %d KiBaddress spaces are not supported for reduced Tiny devicesaddress taken, but ADDRESSABLE bit not setaddress-of an object %qE with thread local or automatic storage is not a constant expressionaggregate %q#D has incomplete type and cannot be definedaggregate value used where a complex was expectedaggregate value used where a fixed-point was expectedaggregate value used where a float was expectedaggregate value used where an integer was expectedakaalias definitions not supported in Mach-O; ignoredalias definitions not supported in this configurationalignment (%u) for %s exceeds maximum alignment for global common data.  Using %ualignment for %q+D must be at least %dalignment for %q+D was previously specified as %d and may not be decreasedalignment may not be specified for %q+Dalignment must be a small power of two, not %dalignment of %q+D is greater than maximum object file alignment %dalignment of %qD increased in -fabi-version=9 (GCC 5.2)alignment of %qD is bigger than original declarationalignment of %qD will increase in -fabi-version=9alignment of array elements is greater than element sizealignment specified for %<register%> object %qEalignment specified for bit-field %qEalignment specified for function %qEalignment specified for parameter %qEalignment specified for typedef %qEalignment specified for unnamed bit-fieldalignment specified for unnamed parameterall member functions in class %qT are privatealloc_align parameter outside rangealloc_size parameter outside rangeallocatable argumentalready captured %qD in lambda expressionalso found %<%c%s%>alternatives not allowed in asm flag outputalways_inline function might not be inlinableambiguating new declaration %q+#Dambiguating new declaration of %q+#Dambiguous conversion for array subscriptambiguous default type conversion from %qTambiguous method %s%s%sambiguous overload for ambiguous overload for intrinsic %qsambiguous template instantiation for %q#Dambiguous template instantiation for %q#Tambiguous template specialization %qD for %q+Dan address area attribute cannot be specified for local variablesan anonymous struct cannot have function membersan anonymous union cannot have function membersan argument type that has a default promotion can%'t match an empty parameter name list declarationan array of different size is defined in another translation unitan array reference cannot appear in a constant-expressionan asm-specification is not allowed on a function-definitionan assignment cannot appear in a constant-expressionan attribute that appertains to a type-specifier is ignoredan decrement cannot appear in a constant-expressionan enum with different value name is defined in another translation unitan enum with different values is defined in another translation unitan enum with mismatching number of values is defined in another translation unitan explicit specialization must be preceded by %<template <>%>an increment cannot appear in a constant-expressionan indirect edge from %s has no corresponding call_stmtan indirect edge with unknown callee corresponding to a call_stmt with a known declaration:an interrupt handler cannot be compiled with -muser-modeanachronismanachronism: anachronistic old-style base class initializerand %qT has no template constructorsand fieldand the implicitly-defined constructor does not initialize %q#Danonymous %s declared inside parameter list will not be visible outside of this definition or declarationanonymous SSA name cannot have default definitionanonymous struct not inside named typeanonymous union with no membersapplying #pragma weak %q+D after first use results in unspecified behaviorarchitecture %qs supported for assembler onlyare_identical_variables: Bad typeargs to be formatted is not %<...%>argument %d is an unsigned literal that is out of rangeargument %d must be an unsigned literalargument %d of %qE might be a candidate for a format attributeargument %d of %qE must be a pointer to a constant size typeargument %d of %qE must be a pointer typeargument %d of %qE must not be a pointer to a functionargument %d of '%s' did not have the expected nameargument %d to the built-in must be a constant in range %d to %dargument %i in the range [%E, %E]argument %q+D might be clobbered by %<longjmp%> or %<vfork%>argument %qD doesn%'t match built-in prototypeargument %qD doesn%'t match prototypeargument %qd is not a constantargument %qs to %<-Waligned-new%> not recognizedargument %qs to %<-Wnormalized%> not recognizedargument %qs to %<-femit-struct-debug-detailed%> not recognizedargument %qs to %<-femit-struct-debug-detailed%> unknownargument %u in call to function %qE does not have integral typeargument %u null where non-null expectedargument 1 must be 0 or 2argument 1 must be a 1-bit unsigned literalargument 1 must be a 5-bit signed literalargument 1 must be a 6-bit unsigned literalargument 1 must be a mapargument 1 must be an 8-bit field valueargument 1 of %qE must be a non-void pointer typeargument 1 of %qE must be a pointer to a constant size typeargument 1 of %qE must be a pointer to a nonzero size objectargument 1 of __builtin_altivec_predicate is out of rangeargument 1 of __builtin_altivec_predicate must be a constantargument 1 of __builtin_paired_predicate is out of rangeargument 1 of __builtin_paired_predicate must be a constantargument 1 of __builtin_spe_predicate is out of rangeargument 1 of __builtin_spe_predicate must be a constantargument 2 must be 0 or 1argument 2 must be a 5-bit unsigned literalargument 2 must be a 6-bit unsigned literalargument 2 must be a 7-bit unsigned literalargument 3 in call to function %qE does not have pointer to integral typeargument 3 in call to function %qE has boolean typeargument 3 in call to function %qE has enumerated typeargument 3 in call to function %qE has pointer to boolean typeargument 3 in call to function %qE has pointer to enumerated typeargument 3 must be a 1-bit unsigned literalargument 3 must be a 2-bit unsigned literalargument 3 must be a 4-bit unsigned literalargument 3 must be in the range 0..15argument dependent lookup finds %q+Dargument list function at %Cargument must be a field referenceargument must be array or slice or channelargument must be channelargument must be string or array or slice or map or channelargument must have complex typeargument not permitted on %qs clause in OpenACC %<parallel%>argument of %<__builtin_eh_return_regno%> must be constantargument of %qE attribute is not "ilink"argument of %qE attribute is not "ilink1" or "ilink2"argument of %qE attribute is not "reset", "software_exception", "page_miss", "timer0", "timer1", "message", "dma0", "dma1", "wand" or "swi"argument of %qE attribute is not a string constantargument of %qE attribute is not a string constant or numberargument of Offsetof implies indirection of an embedded fieldargument of function call might be a candidate for a format attributeargument to %%:compare-debug-auxbase-opt does not end in .gkargument to %<-O%> should be a non-negative integer, %<g%>, %<s%> or %<fast%>argument to %<alloca%> is too largeargument to %<alloca%> is zeroargument to %<alloca%> may be too largeargument to %<alloca%> may be too large due to conversion from %qT to %qTargument to %<sizeof%> in %qD call is the same expression as the destination; did you mean to dereference it?argument to %<sizeof%> in %qD call is the same expression as the destination; did you mean to provide an explicit length?argument to %<sizeof%> in %qD call is the same expression as the destination; did you mean to remove the addressof?argument to %<sizeof%> in %qD call is the same expression as the first source; did you mean to dereference it?argument to %<sizeof%> in %qD call is the same expression as the first source; did you mean to provide an explicit length?argument to %<sizeof%> in %qD call is the same expression as the first source; did you mean to remove the addressof?argument to %<sizeof%> in %qD call is the same expression as the second source; did you mean to dereference it?argument to %<sizeof%> in %qD call is the same expression as the second source; did you mean to provide an explicit length?argument to %<sizeof%> in %qD call is the same expression as the second source; did you mean to remove the addressof?argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to dereference it?argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to provide an explicit length?argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to remove the addressof?argument to %<sizeof%> in %qD call is the same pointer type %qT as the destination; expected %qT or an explicit lengthargument to %<sizeof%> in %qD call is the same pointer type %qT as the first source; expected %qT or an explicit lengthargument to %<sizeof%> in %qD call is the same pointer type %qT as the second source; expected %qT or an explicit lengthargument to %<sizeof%> in %qD call is the same pointer type %qT as the source; expected %qT or an explicit lengthargument to %qE attribute is neither eic, nor vector=<line>argument to %qE attribute is neither zero, nor oneargument to %qE attribute is not intstackargument to %qE attribute larger than %dargument to %qs is too large (max. %d)argument to %qs must be a 2-bit unsigned literalargument to %qs should be a non-negative integerargument to decltype must be an expressionargument to dss must be a 2-bit unsigned literalargument to interrupt attribute is unsupported for weak functionsargument to variable-length array is too largeargument to variable-length array is zeroargument to variable-length array may be too largeargument to variable-length array may be too large due to conversion from %qT to %qTarguments '%s' and '%s' for intrinsic %sarguments '%s' and '%s' for intrinsic '%s'arguments 'a%d' and 'a%d' for intrinsic '%s'arguments to %qs should be non-negative integersarguments to destructor are not allowedarguments to the %qE attribute must be narrow string literalsarguments to the %qE attribute must contain valid identifiersarith_power(): Bad basearith_power(): unknown typearithmetic IFarithmetic involving a null pointer in %qEarithmetic on pointer to an empty aggregatearithmetic on pointer to an incomplete typearray %q+D assumed to have one elementarray %qD initialized by parenthesized string literal %qEarray assignmentarray bound forbidden after parenthesized type-idarray bound is not an integer constantarray index in initializer exceeds array boundsarray index in initializer is not an integer constant expressionarray index in initializer not of integer typearray index in non-array initializerarray index range in initializer exceeds array boundsarray initialized from non-constant array expressionarray initialized from parenthesized string constantarray member %q#D declared herearray must be initialized with a brace-enclosed initializerarray notation cannot be used as a condition for a do-while statementarray notation cannot be used as a condition for switch statementarray notation cannot be used as a condition for while statementarray notation cannot be used in a condition for a for-looparray notation cannot be used with function typearray notation expression cannot be used as a return valuearray notations cannot be used in declarationarray notations cannot be used with function typearray of inappropriate type initialized from string constantarray of runtime bound cannot be captured by copy, only by referencearray resultarray section does not have mappable type in %qs clausearray section in %<#pragma acc declare%>array section is not contiguous in %qs clausearray size in new-expression must be constantarray size missing in %q+Darray size missing in %qDarray size missing in %qTarray subscript has type %<char%>array subscript is above array boundsarray subscript is below array boundsarray subscript is not an integerarray subscript is outside array boundsarray subscript value %qE is outside the bounds of array %qD of type %qTarray subscript value %qE is outside the bounds of array type %qTarray type has incomplete element type %qTarray types have different boundsarray used as initializerarrays of functions are not meaningfulas %qDasm clobber conflict with input operandasm clobber conflict with output operandasm declaration ignored due to conflict with previous renameasm not allowed in %<transaction_safe%> functionasm not allowed in atomic transactionasm operand %d probably doesn%'t match constraintsasm-specifier for variable %qE conflicts with asm clobber listassembler name hash list corruptedassertion missing after %qsassign semantics attributes of property %qD conflict with previous declarationassigning to an array from an initializer listassignmentassignment (not initialization) in declarationassignment discards %qv qualifier from pointer target typeassignment from distinct Objective-C typeassignment from incompatible pointer typeassignment from pointer to non-enclosed address spaceassignment left-hand side might be a candidate for a format attributeassignment makes %q#v qualified function pointer from unqualifiedassignment makes integer from pointer without a castassignment makes pointer from integer without a castassignment of constant field %qDassignment of function %qDassignment of member %qD in read-only objectassignment of read-only location %qEassignment of read-only member %qDassignment of read-only named return value %qDassignment of read-only parameter %qDassignment of read-only reference %qDassignment of read-only variable %qDassignment suppressionassignment to expression with array typeassociate_integer_pointer(): Already associatedassume_aligned parameter not integer constantassumed-rank argumentassumed-shape argumentassumed-type argumentassuming cast to type %qT from overloaded functionassuming directive output of %wu byteassuming directive output of %wu bytesassuming pointer to member %qDassuming signed overflow does not occur when combining constants around a comparisonassuming signed overflow does not occur when reducing constant in comparisonassuming signed overflow does not occur when simplifying %</%> or %<%%%> to %<>>%> or %<&%>assuming signed overflow does not occur when simplifying %<abs (X)%> to %<X%> or %<-X%>assuming signed overflow does not occur when simplifying %<min/max (X,Y)%> to %<X%> or %<Y%>assuming signed overflow does not occur when simplifying conditionalassuming signed overflow does not occur when simplifying conditional to constantassuming signed overflow does not occur when simplifying range testasynchronous argumentatexit failedatomic_cancelattempt to take address of bit-fieldattempt to take address of bit-field structure member %qDattribute %<deprecated%> can appear at most once in an attribute-listattribute %<fallthrough%> not preceding a case label or default labelattribute %<noreturn%> can appear at most once in an attribute-listattribute %<target%> argument not a stringattribute %qE argument not a stringattribute %qs applies to array types onlyattribute declarationattribute for %q#T must follow the %qs keywordattribute ignoredattribute ignored in declaration of %q#Tattribute ignored in explicit instantiation %q#Tattribute using prefix only available with -std=c++1z or -std=gnu++1zattribute using prefix used together with scoped attribute tokenattribute(target("%s")) is unknownattributes after parenthesized initializer ignoredattributes are not allowed on a function-definitionattributes at the beginning of statement are ignoredattributes ignored on elaborated-type-specifier that is not a forward declarationattributes ignored on template instantiationattributes ignored on uninstantiated typeattributes in parameter array declarator ignoredattributes may not be specified before the %<@%D%> Objective-C++ keywordattributes should be specified before the declarator in a function definitionauto fpu selection not currently permitted hereautomatic variable %qE cannot be %<threadprivate%>aux field set for edge %s->%saux field set for indirect edge from %sbackend decl for module variable %qs already existsbad addressbad address, not (reg+disp):bad address, not a constant:bad address, not an I/O address:bad address, not post_inc or pre_dec:bad alignment: %dbad amount of stack space removal: %dbad array initializerbad builtin codebad builtin fcodebad builtin icodebad condition codebad expression type during walk (%d)bad insn for 'A'bad insn in frv_print_operand, 0 casebad insn in frv_print_operand, bad const_doublebad insn in frv_print_operand, z casebad insn to frv_print_operand, 'F' modifier:bad insn to frv_print_operand, 'L' modifier:bad insn to frv_print_operand, 'M/N' modifier:bad insn to frv_print_operand, 'O' modifier:bad insn to frv_print_operand, 'e' modifier:bad insn to frv_print_operand, 'f' modifier:bad insn to frv_print_operand, 'g' modifier:bad insn to frv_print_operand, P modifier:bad insn to frv_print_operand_address:bad insn to frv_print_operand_memory_reference:bad movebad operandbad option %qs to attribute %<optimize%>bad option %qs to pragma %<optimize%>bad output_condmove_single operandbad output_move_double operandbad output_move_single operandbad registerbad register to frv_print_operand_memory_reference_reg:bad shift insn:bad testbad usage of spec function %qsbad value %<%s%> for -mtls-size= switchbad value %qs for -mcpu switchbad value %qs for -mfp-rounding-mode switchbad value %qs for -mfp-trap-mode switchbad value %qs for -mmemory-latencybad value %qs for -mtls-size switchbad value %qs for -mtrap-precision switchbad value %qs for -mtune switchbad value (%qs) for %<-march=%> switchbad value (%qs) for %<-mtune=%> switchbad value (%s) for -march= switchbad value (%s) for -mcmodel= switchbad value (%s) for -mtune= switchbad value for -mcall-%sbad value for -msdata=%sbadly nested C headers from preprocessorbarrier region may not be closely nested inside of work-sharing, %<critical%>, %<ordered%>, %<master%>, explicit %<task%> or %<taskloop%> regionbase %qT will be initialized afterbase class %q#T has accessible non-virtual destructorbase class %q#T should be explicitly initialized in the copy constructorbase initializer expansion %<%T%> contains no parameter packsbase of array section must be pointer or array typebase operand of %<->%> has non-pointer type %qTbase operand of %<->%> is not a pointerbase type %qT fails to be a struct or class typebase variable or SSA name undeclaredbasic block %d pred edge is corruptedbasic block %d should be marked irreduciblebasic block %d should not be marked irreduciblebasic block %i edge lists are corruptedbasic blocks not laid down consecutivelybb %d does not belong to loop %dbb %d has father loop %d, should be loop %dbb %d on wrong placebecause the array element type %qT has variable sizebinary expression in operand of fold-expressionbinary operator does not support mixing vector bool with floating point vector operandsbinary operator does not support two vector bool operandsbinary operator does not support vector bool operandbind(c) procedurebinding reference of type %qT to %qT discards qualifiersbit-field %q+#D with non-integral typebit-field %q+D width not an integer constantbit-field %qD with non-integral typebit-field %qE has atomic typebit-field %qE in %qs clausebit-field %qs has invalid typebit-field %qs width not an integer constantbit-field %qs width not an integer constant expressionbit-field has atomic typeblock IFbody of %<constexpr%> constructor cannot be a function-try-blockbody of constexpr function %qD not a return-statementbogus DISPOSE construction: %dbogus JARL construction: %dbogus JR construction: %dbogus PREPEARE construction: %dbogus comparison result typeboolean registers required for the floating-point optionboth %<__thread%> and %<thread_local%> specifiedboth %<monotonic%> and %<nonmonotonic%> modifiers specifiedboth %s and %qE attribute provide addressboth arguments in binary fold have unexpanded parameter packsboth arguments to %<__builtin___clear_cache%> must be pointersbraced list index is not allowed with array notationbraced spec %qs is invalid at %qcbraced spec body %qs is invalidbraced-group within expression allowed only inside a functionbraces around scalar initializerbraces around scalar initializer for type %qTbranch %2d never executed
  branch %2d taken %s%s
! branch target register load optimization is not intended to be run twicebreak statement not within loop or switchbreak statement used with Cilk Plus for loopbreak statement used with OpenMP for loopbreak statement within %<#pragma simd%> loop bodybuild_dt: format with namelistbuilt-in function %q+D declared as non-functionbuilt-in function %qD requires the %<-mconstant-cfstrings%> flagbuilt-in function %qD takes one argument onlybuilt-in function %qE must be directly calledbuilt-in function %qE not supported for MIPS16builtin %qF is for GCC internal use only.builtin %qF is not supported without -mhtm (default with -march=zEC12 and higher).builtin %s is only valid in 64-bit modebuiltin %s only accepts a string argumentbuiltin operand should be an unsigned 6-bit valuebuiltin requires an immediate for operand %dbuiltin vec_step can only be used on vector types.but %qD does not throw; perhaps it should be declared %<noexcept%>but is prevailed by one without from other translation unitbut not herebytecode stream: expected tag %s instead of %sbytecode stream: found empty cgraph nodebytecode stream: found multiple instances of cgraph node with uid %dbytecode stream: found non-null terminated stringbytecode stream: garbage at the end of symbols sectionbytecode stream: no callee found while reading edgebytecode stream: no caller found while reading edgebytecode stream: string too long for the string tablebytecode stream: tag %s is not in the expected range [%s, %s]bytecode stream: trying to read %d bytes after the end of the input bufferbytecode stream: unexpected LTO section %sbytecode stream: unexpected tag %sbytecode stream: unknown GIMPLE statement tag %sc++11 attributes only available with -std=c++11 or -std=gnu++11call   %2d never executed
  call   %2d returned %s
  call has circular dependencycall is unlikely and code size would growcall of %<(%T) (%A)%> is ambiguouscall of overloaded %<%D(%A)%> is ambiguouscall of overloaded %<%s(%A)%> is ambiguouscall to %<__builtin_custom_%s%> conflicts with switch %<-mcustom-%s%>call to %qD uses the default argument for parameter %P, which is not yet definedcall to function %qD which throws incomplete type %q#Tcall to function which throws incomplete type %q#Tcall to internal function %qEcall to non-constexpr function %qDcall to non-function %qDcall-clobbered register used for global register variablecalled from herecalled from this functioncalled object %qD is not a function or function pointercalled object %qE is not a function or function pointercalled object is not a function or function pointercallee refers to comdat-local symbolscaller edge count is negativecaller edge frequency %i does not match BB frequency %icaller edge frequency is negativecaller edge frequency is too largecaller function contains cilk spawncaller is instrumentation thunkcaller is not optimizedcalling %qD with SSE calling convention without SSE/SSE2 enabledcalling %qD with a nonzero argument is unsafecalling %qD with attribute sseregparm without SSE/SSE2 enabledcalling %qT with attribute sseregparm without SSE/SSE2 enabledcalls to overloaded operators cannot appear in a constant-expressioncan not find instance variable associated with propertycan not use -mtp=cp15 with 16-bit Thumbcan not use an object as parameter to a methodcan only use %qE attribute on file-scope definitions of objects of class typecan%'t apply both longcall and shortcall attributes to the same functioncan%'t convert a value of type %qT to vector type %qT which has different sizecan%'t convert a vector of type %qT to type %qT which has different sizecan%'t convert from incomplete type %qT to %qTcan%'t convert value to a vectorcan%'t create precompiled header %s: %mcan%'t create repository information file %qscan%'t define friend function %qs in a local class definitioncan%'t extend PCH file: %mcan%'t find a register in class %qs while reloading %<asm%>can%'t get position in PCH file: %mcan%'t mix operands of decimal float and complex typescan%'t mix operands of decimal float and other float typescan%'t mix operands of decimal float and vector typescan%'t open %qs for writing: %mcan%'t open %s for writing: %mcan%'t open %s: %mcan%'t read %s: %mcan%'t read PCH file: %mcan%'t set %qE attribute after definitioncan%'t set position in PCH file: %mcan%'t use %qs as a call-saved registercan%'t use %qs as a call-used registercan%'t use %qs as a fixed registercan%'t use multiple stack checking methods togethercan%'t write %s: %mcan%'t write PCH filecan%'t write PCH file: %mcan%'t write padding to PCH file: %mcan%'t write to %s: %mcan't get program status: %mcan't open %s: %mcan't open input file: %scan't open ldd output: %mcan't open nm output: %mcan't use non gp relative absolute addresscandidate 1:candidate 2:candidate is:candidates are:candidate is: %#Dcandidate is: %+#Dcandidates are:candidates are: %+#Dcannot add an enumerator list to a template instantiationcannot allocate an object of abstract type %qTcannot allocate stack for variable %q+D, naked function.cannot apply %<offsetof%> to a non constant addresscannot apply %<offsetof%> to destructor %<~%T%>cannot apply %<offsetof%> to member function %qDcannot apply %<offsetof%> to static data member %qDcannot apply %<offsetof%> when %<operator[]%> is overloadedcannot apply member pointer %qE to %qE, which is of non-class type %qTcannot bind bitfield %qE to %qTcannot bind non-const lvalue reference of type %qT to an rvalue of type %qTcannot bind packed field %qE to %qTcannot bind rvalue %qE to %qTcannot bind rvalue reference of type %qT to lvalue of type %qTcannot call constructor %<%T::%D%> directlycannot call function %qDcannot call member function %qD without objectcannot capture %qE by referencecannot capture member %qD of anonymous unioncannot catch type %qT because it involves types of variable sizecannot close receive-only channelcannot convert %qE from type %qT to type %qTcannot convert %qT to %qTcannot convert %qT to %qT for argument %qP to %qDcannot convert %qT to %qT in argument passingcannot convert %qT to %qT in assignmentcannot convert %qT to %qT in default argumentcannot convert %qT to %qT in initializationcannot convert %qT to %qT in returncannot convert from base class %qT to derived class %qT because the base is virtualcannot convert from base class %qT to derived class %qT via virtual base %qTcannot convert from pointer to base class %qT to pointer to derived class %qT because the base is virtualcannot convert from pointer to base class %qT to pointer to derived class %qT via virtual base %qTcannot convert to a pointer typecannot convert type %qT to type %qTcannot create pointer to reference member %qDcannot create type information for type %qT because it involves types of variable sizecannot declare %<::main%> to be a global variablecannot declare %<::main%> to be a templatecannot declare %<::main%> to be constexprcannot declare %<::main%> to be inlinecannot declare %<::main%> to be staticcannot declare %qD to be a bit-field typecannot declare bit-field %qD with function typecannot declare catch parameter to be of abstract class type %qTcannot declare catch parameter to be of rvalue reference type %qTcannot declare field %q+D to be of abstract type %qTcannot declare member %<%T::%s%> within %qTcannot declare member function %<%T::%s%> within %<%T%>cannot declare member function %qD to have static linkagecannot declare parameter %q+D to be of abstract type %qTcannot declare parameter to be of abstract type %qTcannot declare pointer to %q#Tcannot declare pointer to %q#T membercannot declare pointer to qualified function type %qTcannot declare reference to %q#Tcannot declare reference to %q#T, which is not a typedef or a template type argumentcannot declare reference to qualified function type %qTcannot declare static function inside another functioncannot declare variable %q+D to be of abstract type %qTcannot decompose addresscannot decompose class type %qT because it has an anonymous struct membercannot decompose class type %qT because it has an anonymous union membercannot decompose class type %qT without non-static data memberscannot decompose class type %qT: both it and its base class %qT have non-static data memberscannot decompose class type %qT: its base classes %qT and %qT have non-static data memberscannot decompose lambda closure type %qTcannot decompose non-array non-class type %qTcannot decompose non-public member %qD of %qTcannot decompose union type %qTcannot decompose variable length array %qTcannot decrement a pointer to incomplete type %qTcannot deduce template arguments for %qT from ()cannot deduce template arguments for copy-initialization of %qT, as it has no non-explicit deduction guides or user-declared constructorscannot define member function %<%T::%s%> within %<%T%>cannot define member of dependent typedef %qTcannot delete a function.  Only pointer-to-objects are valid arguments to %<delete%>cannot derive from %<final%> base %qT in derived type %qTcannot disable built-in function %qscannot dynamic_cast %qE (of type %q#T) to type %q#T (%s)cannot emit unaligned pointers in ptx assemblycannot expand initializer for member %<%D%>cannot explicitly declare member %q#D to have extern linkagecannot fallthrough final case in switchcannot find %s in plugin %s
  %scannot find '%s'cannot find 'ldd'cannot find 'nm'cannot find LTO cgraph in %scannot find LTO section refs in %scannot find a valid counter:value pair:cannot find class %qEcannot find interface declaration for %qEcannot find interface declaration for %qE, superclass of %qEcannot find protocol declaration for %qEcannot find reference tag for class %qEcannot form pointer to member of non-class %q#Tcannot generate position-independent code for %qscannot handle inconsistent calls to %qscannot increment a pointer to incomplete type %qTcannot inherit constructors from indirect base %qTcannot initialize aggregate of type %qT with a compound literalcannot initialize multi-dimensional array with initializercannot inline function %<main%>cannot load plugin %s
! %scannot merge separate %s counters for function %ucannot open %scannot open %s: %mcannot open '%s'cannot open intermediate ptx filecannot pass argument in vector register because altivec instructions are disabled, use -maltivec to enable themcannot pass rvalue to reference parametercannot put object with volatile field into registercannot read %s: %mcannot read LTO decls from %scannot read LTO mode table from %scannot receive reference type %qT through %<...%>cannot reload integer constant operand in %<asm%>cannot resolve overloaded function %qD based on conversion to type %qTcannot return from a handler of a function-try-block of a constructorcannot return value in vector register because altivec instructions are disabled, use -maltivec to enable themcannot set interrupt attribute: no current functioncannot set interrupt attribute: no such identifiercannot spawn call to function that returns twicecannot specialize concept %q#Dcannot specify %<override%> for a classcannot specify -o with -c, -S or -E with multiple filescannot specify -static with -fsanitize=addresscannot specify -static with -fsanitize=threadcannot specify both -msep-data and -mid-shared-librarycannot tail-call: %scannot take address of %qscannot take address of bit-field %qDcannot take address of scalar with reverse storage ordercannot take the address of %<this%>, which is an rvalue expressioncannot throw expression of type %qT because it involves types of variable sizecannot type switch on non-interface valuecannot update SSA formcannot use %<-%> as input filename for a precompiled headercannot use %<::%> in parameter declarationcannot use %<va_arg%> with reverse storage ordercannot use mode %qs for enumeral typescannot use mshared and static togethercannot use mthreads and mlegacy-threads togethercannot use small-data accesses for %qscannot use type %s as type %scannot use typeid with -fno-rtticannot use va_start in interrupt functioncannot value-initialize array of unknown bound %qTcanonical types differ for identical types %T and %Tcapture by copy of incomplete type %qTcapture of non-variable %qD capture of variable %qD with non-automatic storage durationcapture of variable-size type %qT that is not an N3639 array of runtime boundcase label %qE not within a switch statementcase label does not reduce to an integer constantcase label is not an integer constant expressioncase label not within a switch statementcase label value exceeds maximum value for typecase label value is less than minimum value for typecase labels not sorted in switch statementcase labels not sorted: case value %qs not in enumerated typecase value %qs not in enumerated type %qTcast adds %q#v qualifier to function typecast discards %qv qualifier from pointer target typecast from %qT to %qT increases required alignment of target typecast from %qT to %qT loses precisioncast from function call of type %qT to non-matching type %qTcast from pointer to integer of different sizecast from type %qT to type %qT casts away qualifierscast increases required alignment of target typecast specifies array typecast specifies function typecast to %s address space pointer from disjoint %s address space pointercast to %s address space pointer from disjoint generic address space pointercast to generic address space pointer from disjoint %s address space pointercast to non-integral type %qT in a constant expressioncast to pointer from integer of different sizecast to union type from type not present in unioncasting %qT to %qT does not dereference pointercasting between pointer-to-function and pointer-to-object is conditionally-supportedcategory attributes are not available in Objective-C 1.0category attributes are not available in this version of the compiler, (ignored)cdecl and thiscall attributes are not compatiblecgraph_node has wrong clone listcgraph_node has wrong clone_ofcgraph_node has wrong prev_clone pointercgraph_node is in clone list but it is not clonechanges meaning of %qD from %q#Dchar-array initialized from wide stringcheck_data_variable(): Bad expressioncheck_dimension(): Bad array referencecheck_dummy_characteristics: Unexpected result %i of gfc_dep_compare_exprcheck_init_expr(): Unknown expression typecheck_intents(): List mismatchcheck_restricted(): Unknown expression typecheck_result_characteristics (1): Unexpected result %i of gfc_dep_compare_exprcheck_result_characteristics (2): Unexpected result %i of gfc_dep_compare_exprcheck_some_aliasing(): List mismatchcheck_some_aliasing(): corrupted datachecksum is (%x,%x) instead of (%x,%x)chkp_find_bounds: Cannot find bounds for pointerchkp_find_bounds: Unexpected tree code %schkp_get_bounds_by_definition: Unexpected GIMPLE code %schkp_get_bounds_by_definition: Unexpected var of type %schkp_make_addressed_object_bounds: Unexpected tree code %schkp_walk_pointer_assignments: unexpected RHS type: %schoosing %qD over %qDchunk size value must be positivecircular pointer delegation detectedclass %qE already existsclass %qE is deprecatedclass %qT does not have any field named %qDclass %qT is implicitly friends with itselfclass %qs does not implement the %qE protocolclass attributes are not available in Objective-C 1.0class definition may not be declared a friendclass extension for class %qE declared after its %<@implementation%>class extensions are not available in Objective-C 1.0class template argument deduction failed:class template argument deduction is only available with -std=c++1z or -std=gnu++1zclass type %qT is incompletecleanup argument not a functioncleanup argument not an identifierclose: %sclosing LTRANS output list %s: %mclosing dependency file %s: %mcoarray argumentcode may be misoptimized unless -fno-strict-aliasing is usedcode model %qs not supported in the %s bit modecode model %qs not supported in x32 modecode model %qs with -f%scode model %s does not support PIC modecollapse argument needs positive constant integer expressioncollapsed %s loops not perfectly nested at %Lcollapsed loops not perfectly nestedcollect2 version %s
  collect: reading %s
  collect: recompiling %s
  collect: relinking
--- 2151,2180 ----
  warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
  
  This option lacks documentation.This switch is deprecated; do not use.This switch is deprecated; use -Werror=implicit-function-declaration instead.This switch is deprecated; use -Wextra instead.This switch is deprecated; use -fsanitize-recover= instead.Thread model: %s
! Threadprivate at %L isn't SAVEdThreadprivate variable at %C is an element of a COMMON blockThreshold ipa-cp opportunity evaluation that is still considered beneficial to clone..Thumb-1 hard-float VFP ABIThumb: Assume function pointers may go to non-Thumb aware code.Thumb: Assume non-static functions may be called from ARM code.Thumb: Generate (leaf) stack frames even if not needed.Thumb: Generate (non-leaf) stack frames even if not needed.Thunk is not supposed to have bodyTiled loop cannot be parallelized across gangs, workers and vectors at the same time at %LTo enable preprocessing, use %<-cpp%>Together with -fpic and -fPIC, do not use GOTPLT references.Toggle -fvar-tracking-assignments.Toggle debug information generation.Too few codimensions at %C, expected %d not %dToo few dummy arguments in DTIO procedure %qs at %LToo many arguments in call to %qs at %LToo many arguments to %s at %LToo many codimensions at %C, expected %d not %dToo many components in structure constructor at %L!Too many digits in statement label at %CToo many dummy arguments in DTIO procedure %qs at %LToo many elements in array initializer at %CTransform condition stores into unconditional ones.Transform instrumented builtin calls into calls to wrappers.Transformational function %qs at %L is invalid in an initialization expressionTransparent alias and target's assembler names differsTrap for signed overflow in addition, subtraction and multiplication.Trap on integer divide by zero.Treat a throw() exception specification as noexcept to improve code size.Treat all warnings as errors.Treat data references as near, far or medium. medium is default.Treat integers as 32-bit.Treat known sprintf return values as constants.Treat lines with 'D' in column one as comments.Treat missing header files as generated files.Treat signed overflow as undefined.Treat specified warning as error.Treat the input file as already preprocessed.Try running '%s' in the shell to raise its limit.
! Try to allow the linker to turn PIC calls into direct calls.Try to convert virtual calls to direct ones.Try to lay out derived types as compactly as possible.Tune code for the given processor.Tune expected memory latency.Tune for ARC600 cpu.Tune for ARC601 cpu.Tune for ARC700 R4.2 Cpu with XMAC block.Tune for ARC700 R4.2 Cpu with standard multiplier block.Tune for the specified target CPU or architecture.Turn on Redundant Extensions Elimination pass.Tweak register allocation to help 16-bit instruction generation.Two main PROGRAMs at %L and %CTwo or more part references with nonzero rank must not be specified at %LTwo symbols with same comdat_group are not linked by the same_comdat_group list.Type %qs containing DEFERRED binding at %C is not ABSTRACTType %qs of CLASS variable %qs at %L is not extensibleType declaration %qs at %L is not C interoperable but it is BIND(C)Type definition of %qs at %C was already defined at %LType inaccessible in variable definition context (%s) at %LType mismatch in argument %qs at %L; passed %s to %sType name %qs at %C cannot be the same as an intrinsic typeType name %qs at %C conflicts with previously declared entity at %L, which has the same nameType name %qs at %C is ambiguousType of argument %qs in call to %qs at %L should be %s, not %sType of entity at %L is type incompatible with source-expr at %LType of entity at %L is type incompatible with typespecType specified for intrinsic function %qs at %L is ignoredType-bound operator at %L can't be NOPASSType-bound procedure at %CType-spec at %L cannot contain a deferred type parameterType-spec at %L cannot contain an asterisk for a type parameterUNIT not specified at %LUNIT number in CLOSE statement at %L must be non-negativeUNIT number in INQUIRE statement at %L can not be %dUNIT number in statement at %L must be non-negativeUNIT number missing in statement at %LUNIT specification at %L must be an INTEGER expression or a CHARACTER variableUNIT specifier not allowed with NEWUNIT at %CUNLOCK statement at %CUNTIL_COUNT= argument at %L must be a scalar INTEGER expressionUSE statement at %C has no ONLY qualifierUnable to find a specific INTRINSIC procedure for the reference %qs at %LUnable to find symbol %qsUnable to generate load/store offset for fusionUnable to resolve the specific function %qs at %LUnable to resolve the specific subroutine %qs at %LUnclassifiable GCC directive at %CUnclassifiable OpenACC directive at %CUnclassifiable OpenMP directive at %CUnclassifiable statement at %CUnclassifiable statement in IF-clause at %CUndefined specific binding %qs as target of GENERIC %qs at %LUnder -ffast-math, generate a FRIZ instruction for (double)(long long) conversions.Under the control of Object Size type, warn about buffer overflow in string manipulation functions like memcpy and strcpy.Unequal character lengths (%ld/%ld) in %sUnequal character lengths (%ld/%ld) in %s at %LUnexpected %<%c%> for nonderived-type variable %qs at %CUnexpected %<*%> for codimension %d of %d at %CUnexpected %<*%> in coarray subscript at %CUnexpected %s statement at %CUnexpected %s statement at %C in INTERFACE bodyUnexpected %s statement in BLOCK DATA at %CUnexpected %s statement in CONTAINS section at %CUnexpected %s statement in FORALL block at %CUnexpected %s statement in INTERFACE block at %CUnexpected %s statement in MODULE at %CUnexpected %s statement in WHERE block at %CUnexpected CASE statement at %CUnexpected DIM argument with noncoarray argument at %LUnexpected END statement at %CUnexpected ENTRY statement at %CUnexpected EOFUnexpected NULL() intrinsic at %L to dummy %qsUnexpected OpenACC parallelism.Unexpected SHAPE argument at %L to C_F_POINTER with scalar FPTRUnexpected TYPE IS statement at %CUnexpected alternate return spec in subroutine call at %LUnexpected character in variable list at %CUnexpected characters in PARAMETER statement at %CUnexpected coarray designator at %CUnexpected element %qc in format string at %LUnexpected end of file in %qsUnexpected end of format stringUnexpected end of moduleUnexpected intrinsic type %qs at %LUnexpected junk after !$ACC DECLARE at %CUnexpected junk after !$OMP DECLARE REDUCTION at %CUnexpected junk after !$OMP DECLARE TARGET at %CUnexpected junk after $OMP ATOMIC statement at %CUnexpected junk after $OMP BARRIER statement at %CUnexpected junk after $OMP CANCELLATION POINT statement at %CUnexpected junk after $OMP CRITICAL statement at %CUnexpected junk after $OMP FLUSH statement at %CUnexpected junk after $OMP MASTER statement at %CUnexpected junk after $OMP TASKGROUP statement at %CUnexpected junk after $OMP WORKSHARE statement at %CUnexpected junk after ELSE IF statement at %CUnexpected junk after ELSE statement at %CUnexpected junk after NOWAIT clause at %CUnexpected junk after OMP THREADPRIVATE at %CUnexpected junk after TASKWAIT clause at %CUnexpected junk after TASKYIELD clause at %CUnexpected junk after function declaration at %CUnexpected junk in formal argument list at %CUnexpected thumb1 far jumpUnexpected use of subroutine name %qs at %CUnit number in I/O statement too largeUnit number in I/O statement too smallUnknown architecture specific memory modelUnknown argument %qs at %L to intrinsic %sUnknown argument list function at %LUnknown attribute in !GCC$ ATTRIBUTES statement at %CUnknown form for stack limit expressionUnknown intrinsic opUnknown operator %%<%s%%> at %%LUnknown parameter to option -mtune-ctrl: %sUnknown procedure name %qs at %CUnlimited polymorphic allocate-object at %L requires either a type-spec or SOURCE tag or a MOLD tagUnrecognized MCU name '%s', assuming that it has no hardware multiply.
  Use the -mhwmult option to set this explicitly.Unrecognized MCU name '%s', assuming that it is just a MSP430 with no hardware multiply.
  Use the -mcpu and -mhwmult options to set these explicitly.Unrecognized MCU name '%s', assuming that it just supports the MSP430 ISA.
  Use the -mcpu option to set the ISA explicitly.Unrecognized MCU name '%s'.Unrecognized option to %<-finit-logical%>: %sUnrecognized option to endianness value: %qsUnrecognized option to floating-point init value: %qsUnrecognized option: %qsUnsupported code '%c' for fixed-point:Unsupported operand for code '%c'Unsupported statement inside WHERE at %LUnsupported value for mmpy-optionUnterminated character constant beginning at %CUnused PRIVATE module variable %qs declared at %LUnused dummy argument %qs at %LUnused initialization string at %L because variable has zero lengthUnused module variable %qs which has been explicitly imported at %LUnused parameter %qs declared at %LUnused parameter %qs which has been explicitly imported at %LUnused variable %qs declared at %LUpper array reference at %L is out of bounds (%ld < %ld) in dimension %dUpper array reference at %L is out of bounds (%ld > %ld) in dimension %dUpper bound of last coarray dimension must be %<*%> at %CUsage: %s [OPTION]... SUB_COMMAND [OPTION]...
  
  Usage: %s [options] file...
+ Usage: gcov [OPTION...] SOURCE|OBJ...
+ 
  Use "-Wa,OPTION" to pass "OPTION" to the assembler.
  
  Use "-Wl,OPTION" to pass "OPTION" to the linker.
  
! Use %reloc() operators, rather than assembly macros, to load addresses.Use -G for data that is not defined by the current object.Use -G for object-local data.Use 128-bit AVX instructions instead of 256-bit AVX instructions in the auto-vectorizer.Use 128-bit long double.Use 16 bit int.Use 32 bit float.Use 32 bit int.Use 32-bit ABI.Use 32-bit floating-point registers.Use 32-bit general registers.Use 32-bit offsets in jump tables rather than 16-bit offsets.Use 4 byte entries in switch tables.Use 4 media accumulators.Use 4-operand madd.s/madd.d and related instructions where applicable.Use 4xx half-word multiply instructions.Use 4xx string-search dlmzb instruction.Use 64 FPRs.Use 64 GPRs.Use 64 bit float.Use 64-bit ABI.Use 64-bit floating-point registers.Use 64-bit general registers.Use 64-bit long double.Use 8 media accumulators.Use 80-bit long double.Use ABI reserved registers.Use AltiVec instructions.Use Bionic C library.Use Branch Likely instructions, overriding the architecture default.Use CONST16 instruction to load constants.Use EABI.Use Enhanced Virtual Addressing instructions.Use GNU C library.Use GP relative sdata/sbss sections.Use GP-relative addressing to access small data.Use H8/300 alignment rules.Use IEEE math for fp comparisons.Use IRA based register pressure calculation in RTL hoist optimizations.Use IRA based register pressure calculation in RTL loop optimizations.Use ISA 2.07 Category:Vector.AES and Category:Vector.SHA2 instructions.Use ISA 2.07 direct move between GPR & VSX register instructions.Use ISA 2.07 transactional memory (HTM) instructions.Use LRA instead of reload (transitional).Use LRA instead of reload.Use MCU instructions.Use MIPS MSA Extension instructions.Use MIPS-3D instructions.Use MIPS-DSP REV 2 instructions.Use MIPS-DSP instructions.Use Mingw-specific thread support.Use Neon double-word (rather than quad-word) registers for vectorization.Use Neon quad-word (rather than double-word) registers for vectorization.Use Neon to perform 64-bits operations rather than core registers.Use NewABI-style %reloc() assembly operators.Use P-mnemonics for branches statically predicted as taken.Use PLT for PIC calls (-fno-plt: load the address from GOT at call site).Use PMC-style 'mad' instructions.Use PowerPC General Purpose group optional instructions.Use PowerPC Graphics group optional instructions.Use PowerPC V2.01 single field mfcr instruction.Use PowerPC V2.02 floating point rounding instructions.Use PowerPC V2.02 popcntb instruction.Use PowerPC V2.05 compare bytes instruction.Use PowerPC V2.06 popcntd instruction.Use PowerPC-64 instruction set.Use ROM instead of RAM.Use SSE register passing conventions for SF and DF mode.Use STB_GNU_UNIQUE if supported by the assembler.Use SmartMIPS instructions.Use UNIX assembler syntax.Use UltraSPARC Compare-and-Branch extensions.Use UltraSPARC Fused Multiply-Add extensions.Use UltraSPARC Population-Count instruction.Use UltraSPARC Subtract-Extended-with-Carry instruction.Use UltraSPARC Visual Instruction Set version 1.0 extensions.Use UltraSPARC Visual Instruction Set version 2.0 extensions.Use UltraSPARC Visual Instruction Set version 3.0 extensions.Use UltraSPARC Visual Instruction Set version 4.0 extensions.Use VAX fp.Use VAXC structure conventions.Use VMS exit codes instead of posix ones.Use Virtualization (VZ) instructions.Use __cxa_atexit to register destructors.Use __cxa_get_exception_ptr in exception handling.Use a 32-bit long type.Use a 4-byte record marker for unformatted files.Use a 64-bit long type.Use a minimum runtime (no static initializers or ctors) for memory-constrained devices.Use a smart stack protection method for certain functions.Use a stack protection method for every function.Use addresses that allocate global registers.Use all registers, reserving none for interrupt handlers.Use alternate register names.Use an 8-bit 'int' type.Use an 8-byte record marker for unformatted files.Use arbitrary sized immediates in bit operations.Use big-endian byte order.Use branch-and-break sequences to check for integer divide by zero.Use bras for executable < 64k.Use call-clobbered registers for parameters and return value.Use callbacks instead of inline code if number of accesses in function becomes greater or equal to this number.Use caller save register across calls if possible.Use certain scalar instructions added in ISA 3.0.Use control speculation.Use custom stacks instead of local memory for automatic storage.Use data speculation after reload.Use data speculation before reload.Use decimal floating point instructions.Use default method for sdata handling.Use different calling convention using 'rtd'.Use direct poisoning/unpoisoning instructions for variables smaller or equal to this number.Use direct references against %gs when accessing tls data.Use eXtended Physical Address (XPA) instructions.Use epsilon-respecting floating point compare instructions.Use expression value profiles in optimizations.Use extended PowerPC V2.05 move floating point to/from GPR instructions.Use f2c calling convention.Use features of and schedule code for given CPU.Use features of and schedule given CPU.Use flat register window model.Use fp double instructions.Use fp registers.Use full-set registers for register allocation.Use given SPARC-V9 code model.Use given TILE-Gx code model.Use given address mode.Use given assembler dialect.Use given stack-protector guard.Use given thread-local storage dialect.Use given x86-64 code model.Use hardware FP (default).Use hardware FP.Use hardware division instructions on ColdFire.Use hardware floating point conversion instructions.Use hardware floating point instructions.Use hardware floating point square root instruction.Use hardware floating point.Use hardware floating-point divide and square root instructions.Use hardware fp.Use hardware instructions for integer division.Use hardware prefetch instructionUse hardware quad FP instructions.Use hardware transactional execution instructions.Use hardware vector facility instructions and enable the vector ABI.Use in block control speculation.Use in block data speculation after reload.Use in block data speculation before reload.Use in/loc/out register names.Use indirect CALLXn instructions for large programs.Use indirect calls.Use inline patterns for copying memory.Use integer madd/msub instructions.Use jump tables for sufficiently large switch statements.Use little-endian byte order.Use ll, sc and sync instructions.Use lwxc1/swxc1/ldxc1/sdxc1 instructions where applicable.Use media instructions.Use microMIPS instructions.Use multiply add/subtract instructions.Use multiply high instructions for high part of 32x32 multiply.Use musl C library.Use native (MS) bitfield layout.Use new adddi3/subdi3 patterns.Use normal calling convention.Use of %<-fdefault-double-8%> requires %<-fdefault-real-8%>Use of intrinsic module %qs at %C conflicts with non-intrinsic module name used previouslyUse of non-intrinsic module %qs at %C conflicts with intrinsic module name used previouslyUse of the NUMERIC_STORAGE_SIZE named constant from intrinsic module ISO_FORTRAN_ENV at %C is incompatible with option %sUse of the NUMERIC_STORAGE_SIZE named constant from intrinsic module ISO_FORTRAN_ENV at %L is incompatible with option %qsUse only one TOC entry per procedure.Use ordinarily cached memory accesses for volatile references.Use packed stack layout.Use paired-single floating-point instructions.Use pattern compare instructions.Use pc-relative switch case tables - this enables case table shortening.Use portable calling conventions.Use profiling information for branch probabilities.Use propolice as a stack protection method.Use push instructions to save outgoing arguments.Use r11 to hold the static link in calls to functions via pointers.Use red-zone in the x86-64 code.Use reduced-set registers for register allocation.Use register stack for parameters and return value.Use register+offset memory instructions added in ISA 3.0.Use registers for argument passing.Use registers r2 and r5.Use reorder instructions (swap and byte reversed load/store) (default).Use sample profile information for call graph node weights. The default profile file is fbdata.afdo in 'pwd'.Use sample profile information for call graph node weights. The profile file is specified in the argument.Use scalar register+offset memory instructions added in ISA 3.0.Use shared libraries.Use simple data speculation check for control speculation.Use simple data speculation check.Use simulator runtime.Use smaller but slower prologue and epilogue code.Use software emulation for floating point (default).Use software floating point comparisons.Use software floating point.Use stack bias.Use stack protection method only for functions with the stack_protect attribute.Use standard main function as entry for startup.Use statically initialized variable for constant bounds instead of generating them each time it is required.Use statically initialized variable for vars bounds instead of generating them each time it is required.Use structs on stronger alignment for double-word copies.Use stubs for function prologues.Use subroutines for function prologues and epilogues.Use synci instruction to invalidate i-cache.Use table based fast divide (default at -O3).Use table lookup optimization for small signed integer divisions.Use tas.b instruction for __atomic_test_and_set.Use the AltiVec ABI extensions.Use the Cray Pointer extension.Use the DEC assembler syntax.Use the ELFv1 ABI.Use the ELFv2 ABI.Use the GNU extension to the PE format for aligned common data.Use the RTL dead code elimination pass.Use the RTL dead store elimination pass.Use the SPE ABI extensions.Use the bfd linker instead of the default linker.Use the bit-field instructions.Use the divide instruction.Use the floating point unit for integer add/subtract.Use the given base register for addressing the stack-protector guard.Use the given data alignment.Use the given offset for addressing the stack-protector guard.Use the gold linker instead of the default linker.Use the hardware barrel shifter instead of emulation.Use the most feature-enabling options allowed by other options.Use the mvcle instruction for block moves.Use the narrowest integer type possible for enumeration types.Use the new min/max instructions defined in ISA 3.0.Use the simulator runtime.Use the soft multiply emulation (default).Use the software emulation for divides (default).Use traditional GNU semantics for inline functions.Use trap instead of a library function for undefined behavior sanitization.Use trap instructions to check for integer divide by zero.Use uClibc C library.Use unicode startup and define UNICODE macro.Use vector and scalar instructions added in ISA 2.07.Use vector instructions added in ISA 3.0.Use vector register+offset memory instructions added in ISA 3.0.Use vector/scalar (VSX) instructions.Use zero bounds for all incoming arguments in 'main' function.  It helps when instrumented binaries are used with legacy libs.Use zero-extending memory loads, not sign-extending ones.Used in Fix-and-Continue mode to indicate that object files may be swapped in at runtime.User defined non-ELEMENTAL function %qs at %L not allowed in WORKSHARE constructUser operator %qs referenced at %L not found in module %qsUser operator procedure %qs at %L cannot be assumed character lengthUser operator procedure %qs at %L must be a FUNCTIONUser operator procedure %qs at %L must have at least one argumentUses of this option are diagnosed.Using built-in specs.
! VALUE argument of the %s intrinsic function at %L shall be definableVALUE attribute at %CVALUE is not allowed inside of BLOCK at %CVALUE object %qs in %s clause at %LVALUE statement at %CVOIDmode on an outputVOLATILE attribute at %CVOLATILE statement at %CVSX and SPE instructions cannot coexistValid Nios II ISA levels (for -march):Valid arguments for the -msdata= option.Valid arguments to -malign-:Valid arguments to -mcode-readable=:Valid arguments to -mfloat-gprs=:Valid arguments to -mfpmath=:Valid arguments to -mr10k-cache-barrier=:Valid arguments to -mstack-protector-guard=:Valid arguments to -mstringop-strategy=:Valid arguments to -mtp=:Valid options for GP-relative addressing (for -mgpopt):Validate vtable pointers before using them.Variable %qs at %C cannot be redefined inside loop beginning at %LVariable %qs at %C with an initializer already appears in a DATA statementVariable %qs at %L cannot be BIND(C) because it is neither a COMMON block nor declared at the module level scopeVariable %qs at %L cannot have both the ALLOCATABLE and BIND(C) attributesVariable %qs at %L cannot have both the OPTIONAL and the VALUE attribute because procedure %qs is BIND(C)Variable %qs at %L cannot have both the POINTER and BIND(C) attributesVariable %qs at %L has not been assigned a format labelVariable %qs at %L in common block %qs at %C must be declared with a C interoperable kind since common block %qs is bind(c)Variable %qs at %L in this context must be constantVariable %qs at %L is INTENT(OUT) and can thus not be an allocatable coarray or have coarray componentsVariable %qs at %L is a coarray and is not ALLOCATABLE, SAVE nor a dummy argumentVariable %qs at %L is a dummy argument of the BIND(C) procedure %qs but may not be C interoperableVariable %qs at %L is a dummy argument to the BIND(C) procedure %qs but is not C interoperable because derived type %qs is not C interoperableVariable %qs at %L is a dummy argument to the BIND(C) procedure %qs but is not C interoperable because it is polymorphicVariable %qs at %L is in COMMON but only in BLOCK DATA initialization is allowedVariable %qs at %L may not be a C interoperable kind but it is BIND(C)Variable %qs at %L not definable inside loop beginning at %L as INTENT(INOUT) argument to function %qsVariable %qs at %L not definable inside loop beginning at %L as INTENT(INOUT) argument to subroutine %qsVariable %qs at %L of TYPE(C_PTR) or TYPE(C_FUNPTR) shall not be a coarrayVariable %qs at %L set to undefined value inside loop  beginning at %L as INTENT(OUT) argument to subroutine %qsVariable %qs at %L set to undefined value inside loop beginning at %L as INTENT(OUT) argument to function %qsVariable %qs at %L with ALLOCATABLE attribute in procedure %qs with BIND(C)Variable %qs at %L with OPTIONAL attribute in procedure %qs which is BIND(C)Variable %qs at %L with POINTER attribute in procedure %qs with BIND(C)Variable %qs at %L with coarray component shall be a nonpointer, nonallocatable scalar, which is not a coarrayVariable %qs can not appear in a variable definition context (%s) at %L in PURE procedureVariable %qs cannot appear in the expression at %LVariable %qs has not been assigned a target label at %LVariable %qs in %s clause is used in NAMELIST statement at %LVariable %qs in common block %qs at %C can not be bind(c) since it is not globalVariable %qs in common block %qs at %C must be declared with a C interoperable kind since common block %qs is BIND(C)Variable %qs in common block %qs at %L cannot be declared with BIND(C) since it is not a globalVariable %qs in common block %qs at %L may not be a C interoperable kind though common block %qs is BIND(C)Variable %qs is PROTECTED and can not appear in a pointer association context (%s) at %LVariable %qs is PROTECTED and can not appear in a variable definition context (%s) at %LVariable %qs is not a dummy argument at %LVariable %qs is used at %L before the ENTRY statement in which it is a parameterVariable %qs, used in a specification expression, is referenced at %L before the ENTRY statement in which it is a parameterVariable %s at %L of type EVENT_TYPE or with subcomponent of type LOCK_TYPE must be a coarrayVariable %s at %L of type LOCK_TYPE or with subcomponent of type LOCK_TYPE must be a coarrayVariable %s at %L with NO_ARG_CHECK attribute may not have the ALLOCATABLE, CODIMENSION, POINTER or VALUE attributeVariable %s at %L with NO_ARG_CHECK attribute may not have the INTENT(OUT) attributeVariable %s at %L with NO_ARG_CHECK attribute may only be used as actual argumentVariable %s at %L with NO_ARG_CHECK attribute shall be a dummy argumentVariable %s at %L with NO_ARG_CHECK attribute shall be of type TYPE(*) or of an numeric intrinsic typeVariable %s at %L with NO_ARG_CHECK attribute shall either be a scalar or an assumed-size arrayVariable %s at %L with NO_ARG_CHECK attribute shall not have a subobject referenceVariable %s cannot be INTENT(IN) at %CVariable %s cannot be assigned in PURE procedure at %CVariable %s from module %s with binding label %s at %L uses the same global identifier as entity at %L from module %sVariable %s with binding label %s at %L uses the same global identifier as entity at %LVariable at %C is an element of a COMMON blockVariable at %L mentioned multiple times in clauses of the same OMP DECLARE TARGET directiveVariable is USE-associated with !$ACC DECLARE at %LVariable other than OMP_OUT or OMP_IN used in combiner of !$OMP DECLARE REDUCTION at %LVariable other than OMP_PRIV or OMP_ORIG used in INITIALIZER clause of !$OMP DECLARE REDUCTION at %LVariable type is UNKNOWN in assignment at %LVariable with NO_ARG_CHECK attribute at %L is only permitted as argument to the intrinsic functions C_LOC and PRESENTVector library ABI to use.Vectorize for double-word operations.Virtual function multiversioning not supportedVolatile memory accesses do not use I/O load/store instructions.Volatile memory accesses use I/O load/store instructions.WAIT at %C not allowed in Fortran 95WAIT clause at %L requires a scalar INTEGER expressionWAIT statement not allowed in PURE procedure at %CWHERE assignment target at %L has inconsistent shapeWHERE mask at %L has inconsistent shapeWHERE/ELSEWHERE clause at %L requires a LOGICAL arrayWarn about "extern" declarations not at file scope.Warn about "suspicious" constructs.Warn about 'new' of type with extended alignment without -faligned-new.Warn about @selector()s without previously declared methods.Warn about C constructs that are not in the common subset of C and C++.Warn about C++ constructs whose meaning differs between ISO C++ 1998 and ISO C++ 2011.Warn about C++ constructs whose meaning differs between ISO C++ 2011 and ISO C++ 2014.Warn about C++ constructs whose meaning differs between ISO C++ 2014 and (forthcoming) ISO C++ 201z(7?).Warn about C++ polymorphic types where adding final keyword would improve code quality.Warn about C++ virtual methods where adding final keyword would improve code quality.Warn about C++11 inheriting constructors when the base has a variadic constructor.Warn about NULL being passed to argument slots marked as requiring non-NULL.Warn about PCH files that are found but not used.Warn about USE statements that have no ONLY qualifier.Warn about __TIME__, __DATE__ and __TIMESTAMP__ usage.Warn about alignment of COMMON blocks.Warn about all enumerated switches missing a specific case.Warn about an empty body in an if or else statement.Warn about an invalid DO loop.Warn about boolean expression compared with an integer value different from true/false.Warn about buffer overflow in string manipulation functions like memcpy and strcpy.Warn about called procedures not explicitly declared.Warn about calls to snprintf and similar functions that truncate output.Warn about calls to snprintf and similar functions that truncate output. Same as -Wformat-truncation=1.Warn about calls with implicit interface.Warn about casting functions to incompatible types.Warn about casts which discard qualifiers.Warn about certain operations on boolean expressions.Warn about code which might break strict aliasing rules.Warn about comparison of different enum types.Warn about compile-time integer division by zero.Warn about constant integer divisions with truncated results.Warn about creation of array temporaries.Warn about dangling else.Warn about deleting polymorphic objects with non-virtual destructors.Warn about deprecated 'vector long ...' AltiVec type usage.Warn about duplicated branches in if-else statements.Warn about duplicated conditions in an if-else-if chain.Warn about enumerated switches missing a "default:" statement.Warn about enumerated switches, with no default, missing a case.Warn about equality comparisons involving REAL or COMPLEX expressions.Warn about features not present in ISO C90, but present in ISO C99.Warn about features not present in ISO C99, but present in ISO C11.Warn about features not present in traditional C.Warn about format strings that are not literals.Warn about format strings that contain NUL bytes.Warn about function call elimination.Warn about function calls with format strings that write past the end of the destination region.Warn about function calls with format strings that write past the end of the destination region.  Same as -Wformat-overflow=1.Warn about function parameters declared without a type specifier in K&R-style functions.Warn about function pointer arithmetic.Warn about functions which might be candidates for __attribute__((const)).Warn about functions which might be candidates for __attribute__((noreturn)).Warn about functions which might be candidates for __attribute__((pure)).Warn about functions which might be candidates for format attributes.Warn about global functions without previous declarations.Warn about global functions without prototypes.Warn about implicit conversions from "float" to "double".Warn about implicit declarations.Warn about implicit function declarations.Warn about inappropriate attribute usage.Warn about incompatible integer to pointer and pointer to integer conversions.Warn about invalid uses of the "offsetof" macro.Warn about macros defined in the main file that are not used.Warn about maybe uninitialized automatic variables.Warn about memory access errors found by Pointer Bounds Checker.Warn about missing ampersand in continued character constants.Warn about missing fields in struct initializers.Warn about missing sized deallocation functions.Warn about misuses of pragmas.Warn about most implicit conversions.Warn about multiple declarations of the same object.Warn about narrowing conversions within { } that are ill-formed in C++11.Warn about non-virtual destructors.Warn about none ISO msvcrt scanf/printf width extensions.Warn about optimizations that assume that signed overflow is undefined.Warn about overflow in arithmetic expressions.Warn about overloaded virtual function names.Warn about overriding initializers with side effects.Warn about overriding initializers without side effects.Warn about packed bit-fields whose offset changed in GCC 4.4.Warn about pointer casts which increase alignment.Warn about positional initialization of structs requiring designated initializers.Warn about possible aliasing of dummy arguments.Warn about possible security problems with format functions.Warn about possible violations of sequence point rules.Warn about possibly missing braces around initializers.Warn about possibly missing parentheses.Warn about possibly nested block comments, and C++ comments spanning more than one physical line.Warn about printf/scanf/strftime/strfmon format string anomalies.Warn about questionable usage of the macros used to retrieve variable arguments.Warn about real-literal-constants with 'q' exponent-letter.Warn about returning a pointer/reference to a local or temporary variable.Warn about returning structures, unions or arrays.Warn about sign differences with format functions.Warn about signed-unsigned comparisons.Warn about some C++ One Definition Rule violations during link time optimization.Warn about statements between switch's controlling expression and the first case.Warn about stray tokens after #else and #endif.Warn about strftime formats yielding 2-digit years.Warn about subscripts whose type is "char".Warn about suspicious calls to memset where the third argument contains the number of elements not multiplied by the element size.Warn about suspicious calls to memset where the third argument is constant literal zero and the second is not.Warn about suspicious declarations of "main".Warn about suspicious length parameters to certain string functions if the argument uses sizeof.Warn about suspicious uses of memory addresses.Warn about switches with boolean controlling expression.Warn about things that change between the current -fabi-version and the specified version.Warn about things that will change when compiling with an ABI-compliant compiler.Warn about truncated character expressions.Warn about truncated source lines.Warn about type and rank mismatches between arguments and parameters.Warn about uncasted NULL used as sentinel.Warn about underflow of numerical constant expressions.Warn about uninitialized automatic variables.Warn about unprototyped function declarations.Warn about unrecognized pragmas.Warn about unsuffixed float constants.Warn about unused dummy arguments.Warn about use of multi-character character constants.Warn about useless casts.Warn about user-specified include directories that do not exist.Warn about uses of __attribute__((deprecated)) declarations.Warn about uses of register storage specifier.Warn about using variadic macros.Warn about variables that might be changed by "longjmp" or "vfork".Warn about variables which are initialized to themselves.Warn about violations of Effective C++ style rules.Warn about zero-length formats.Warn about zero-trip DO loops.Warn for conditionally-supported constructs.Warn for converting NULL from/to a non-pointer type.Warn for implicit type conversions between signed and unsigned integers.Warn for implicit type conversions that cause loss of floating point precision.Warn for implicit type conversions that may change a value.Warn for obsolescent usage in a declaration.Warn for placement new expressions with undefined behavior.Warn for suspicious integer expressions in boolean context.Warn if "defined" is used outside #if.Warn if C++1z noexcept function type will change the mangled name of a symbol.Warn if a C-style cast is used in a program.Warn if a caller of a function, marked with attribute warn_unused_result, does not use its return value.Warn if a class type has a base or a field whose type uses the anonymous namespace or depends on a type with no linkage.Warn if a comparison always evaluates to true or false.Warn if a comparison is always true or always false due to the limited range of the data type.Warn if a deprecated compiler feature, class, method, or field is used.Warn if a function uses alloca or creates an array with dynamic size.Warn if a local declaration hides an instance variable.Warn if a loop with constant number of iterations triggers undefined behavior.Warn if a property for an Objective-C object has no assign semantics specified.Warn if a selector has multiple methods.Warn if a simd directive is overridden by the vectorizer cost model.Warn if a single function's framesize exceeds the given framesize.Warn if a string is longer than the maximum portable length specified by the standard.Warn if a subobject has an abi_tag attribute that the complete object type does not have.Warn if a throw expression will always result in a call to terminate().Warn if a user-procedure has the same name as an intrinsic.Warn if a variable length array is used.Warn if a virtual base has a non-trivial move assignment operator.Warn if an MCU name is unrecognized or conflicts with other options (default: on).Warn if an array is accessed out of bounds.Warn if an old-style parameter definition is used.Warn if an undefined macro is used in an #if directive.Warn if comparing pointer parameter with nonnull attribute with NULL.Warn if constant CFString objects contain non-portable characters.Warn if dereferencing a NULL pointer may lead to erroneous or undefined behavior.Warn if inherited methods are unimplemented.Warn if left shift of a signed value overflows.Warn if left shifting a negative value.Warn if passing too many arguments to a function for its format string.Warn if qualifiers on arrays which are pointer targets are discarded.Warn if shift count >= width of type.Warn if shift count is negative.Warn if testing floating point numbers for equality.Warn if the ISR is misspelled, i.e. without __vector prefix. Enabled by default.Warn if the address space of an address is changed.Warn if the loop cannot be optimized due to nontrivial assumptions.Warn if the pointer in a pointer assignment might outlive its target.Warn if the type of a variable might be not interoperable with C.Warn if trigraphs are encountered that might affect the meaning of the program.Warn if type qualifiers on pointers are discarded.Warn if type signatures of candidate methods do not match exactly.Warn in case profiles in -fprofile-use do not match.Warn of prototypes causing type conversions different from what would happen in the absence of prototype.Warn on any use of alloca.Warn on direct multiple inheritance.Warn on direct virtual inheritance.Warn on intrinsics not part of the selected standard.Warn on namespace definition.Warn on primary template declaration.Warn on suspicious constructs involving reverse scalar storage order.Warn when __builtin_frame_address or __builtin_return_address is used unsafely.Warn when __sync_fetch_and_nand and __sync_nand_and_fetch built-in functions are used.Warn when a #warning directive is encountered.Warn when a Cell microcoded instruction is emitted.Warn when a built-in function is declared with the wrong signature.Warn when a built-in preprocessor macro is undefined or redefined.Warn when a const variable is unused.Warn when a declaration does not specify a type.Warn when a declaration has duplicate const, volatile, restrict or _Atomic specifier.Warn when a declaration is found after a statement.Warn when a function cannot be expanded to HSAIL.Warn when a function is unused.Warn when a function parameter is only set, otherwise unused.Warn when a function parameter is unused.Warn when a jump misses a variable initialization.Warn when a label is unused.Warn when a left-hand-side array variable is reallocated.Warn when a left-hand-side variable is reallocated.Warn when a literal '0' is used as null pointer.Warn when a logical operator is suspiciously always evaluating to true or false.Warn when a noexcept expression evaluates to false even though the expression can't actually throw.Warn when a pointer differs in signedness in an assignment.Warn when a pointer is cast to an integer of a different size.Warn when a pointer is compared with a zero character constant.Warn when a register variable is declared volatile.Warn when a string or character literal is followed by a ud-suffix which does not begin with an underscore.Warn when a switch case falls through.Warn when a variable is only set, otherwise unused.Warn when a variable is unused.Warn when a vector operation is compiled outside the SIMD.Warn when all constructors and destructors are private.Warn when an argument passed to a restrict-qualified parameter aliases with another argument.Warn when an atomic memory model parameter is known to be outside the valid range.Warn when an expression value is unused.Warn when an inlined function cannot be inlined.Warn when an optimization pass is disabled.Warn when attempting to free a non-heap object.Warn when converting the type of pointers to member functions.Warn when deleting a pointer to incomplete type.Warn when logical not is used on the left hand side operand of a comparison.Warn when multiple, different, fast interrupt handlers are in the compilation unit.Warn when non-templatized friend functions are declared within a template.Warn when not issuing stack smashing protection for some reason.Warn when one local variable shadows another local variable or parameter of compatible type.Warn when one local variable shadows another local variable or parameter.Warn when one variable shadows another (globally).Warn when one variable shadows another.  Same as -Wshadow=global.Warn when overload promotes from unsigned to signed.Warn when padding is required to align structure members.Warn when sizeof is applied on a parameter declared as an array.Warn when the compiler reorders code.Warn when the indentation of the code does not reflect the block structure.Warn when the packed attribute has no effect on struct layout.Warn when there is a cast to a pointer from an integer of a different size.Warn when there is a conversion between pointers that have incompatible types.Warn when typedefs locally defined in a function are not used.Warn whenever a function's return type defaults to "int" (C), or about inconsistent return types (C++).Warn whenever a trampoline is generated.Warn whenever an Objective-C assignment is being intercepted by the garbage collector.Warn whenever attributes are ignored.Warn whenever type qualifiers are ignored.WarningWhen "signed" or "unsigned" is not given make the bitfield signed.When "signed" or "unsigned" is not given make the bitfield unsigned.When accessing RAM, use X as imposed by the hardware, i.e. just use pre-decrement, post-increment and indirect addressing with the X register.  Without this option, the compiler may assume that there is an addressing mode X+const similar to Y+const and Z+const and emit instructions to emulate such an addressing mode for X.When generating -fpic code, allow the use of PLTs. Ignored for fno-pic.When generating -mabicalls code, allow executables to use PLTs and copy relocations.When generating -mabicalls code, make the code suitable for use in shared libraries.When possible do not generate stack frames.When running CSE, follow jumps to their targets.Where shorter, use canonicalized paths to systems headers.Whether to use canonical types.Which -fsched-pressure algorithm to apply.While setting up signal handler: %mWhile setting up signal stack: %mWhole program analysis (WPA) mode with number of parallel jobs specified.With this option zero size obtained dynamically for objects with incomplete type will be treated as infinite.Without padding, there are not enough elements in the intrinsic RESHAPE source at %L to match the shapeWork around VR4130 mflo/mfhi errata.Work around a hardware anomaly by adding a number of NOPs before a CSYNC or SSYNC instruction.Work around an early 4300 hardware bug.Work around bug in multiplication instruction.Work around certain 24K errata.Work around certain R10000 errata.Work around certain R4000 errata.Work around certain R4400 errata.Work around certain RM7000 errata.Work around certain VR4120 errata.Work around errata for early SB-1 revision 2 cores.Work around hardware multiply bug.Workaround for ARM Cortex-A53 Erratum number 835769.Workaround for ARM Cortex-A53 Erratum number 843419.Write all declarations as Ada code for the given file only.Write all declarations as Ada code transitively.Writing module %qs at line %d column %d: %sWrong OpenACC continuation at %C: expected !$ACC, got !$OMPWrong OpenMP continuation at %C: expected !$OMP, got !$ACCWrong entry in TYPE_ARG_TYPES listWrong node is referenced with chkp referenceWrong tree in TYPE_FIELDS listX argument at %L to C_LOC shall not be polymorphicX descriptor requires leading space count at %LX32 does not support ms_abi attributeXXX entering pop_everything ()
  XXX leaving pop_everything ()
  You cannot take the address of a nested function if you use the -mno-pointers-to-nested-functions option.You must enable NEON instructions (e.g. -mfloat-abi=softfp -mfpu=neon) to use these intrinsics.You must enable VFP instructions to use these intrinsics.You must enable crypto instructions (e.g. include -mfloat-abi=softfp -mfpu=crypto-neon...) to use these intrinsics.You need a C startup file for -msys-crt0=Your target platform does not support -fcheck-pointer-boundsZero is not a valid statement label at %CZero width in format descriptor[...] style array constructors at %C[Leaving %s]
! [cannot find %s][default][disabled][enabled][super ...] must appear in a method context_Cilk_for statement expected__BELOW100__ attribute not allowed with auto storage class__builtin_arc_aligned with non-constant alignment__builtin_eh_return not supported on this target__builtin_rx_%s takes 'C', 'Z', 'S', 'O', 'I', or 'U'__builtin_saveregs not supported by this subtarget__builtin_saveregs not supported by this target__builtin_set_thread_pointer is not supported on this target__builtin_shuffle argument vector(s) inner type must have the same size as inner type of the mask__builtin_shuffle argument vectors must be of the same type__builtin_shuffle arguments must be vectors__builtin_shuffle last argument must be an integer vector__builtin_shuffle number of elements of the argument vector(s) and the mask vector should be the same__builtin_thread_pointer is not supported on this target__builtin_unreachable or __builtin_trap call with arguments__delay_cycles is limited to 32-bit loop counts__delay_cycles only takes non-negative cycle counts__delay_cycles() only takes constant arguments__float128 and __ibm128 cannot be used in the same expression__float128 and long double cannot be used in the same expression__fp16 and no ldrh__ibm128 and long double cannot be used in the same expression__label__ declarations are only allowed in function scopes__sec_implicit_index argument %d must be less than the rank of %qE__sec_implicit_index parameter must be an integer constant expression__sec_reduce_min_ind or __sec_reduce_max_ind cannot have arrays with dimension greater than 1``custom-%s=' argument requires numeric digitsa brace-enclosed initializer is not allowed herea call to a constructor cannot appear in a constant-expressiona cast to a type other than an integral or enumeration type cannot appear in a constant-expressiona class template declaration must not declare anything elsea comma operator cannot appear in a constant-expressiona concept cannot be a member functiona constructor cannot be %<concept%>a conversion function cannot have a trailing return typea definition that differs by virtual keyword in another translation unita destructor cannot be %<concept%>a destructor cannot be %<constexpr%>a different method of same type is defined in another translation unita different type is defined in another translation unita field of same name but different type is defined in another translation unita field with different name is defined in another translation unita function call cannot appear in a constant-expressiona function-definition is not allowed herea label can only be part of a statement and a declaration is not a statementa lambda closure type has a deleted copy assignment operatora lambda closure type has a deleted default constructora later -fabi-version= (or =0) avoids this error with a change in manglinga member of a structure or union cannot have a variably modified typea nested function is not supported for reduced registersa nested namespace definition cannot be inlinea nested namespace definition cannot have attributesa non-template variable cannot be %<concept%>a parameter cannot be declared %<concept%>a parameter cannot be declared %<constexpr%>a parameter list with an ellipsis can%'t match an empty parameter name list declarationa reinterpret_cast is not a constant expressiona requires expression cannot appear outside a templatea storage class can only be specified for objects and functionsa storage class on an anonymous aggregate in class scope is not alloweda template cannot be defaulteda template declaration cannot appear at block scopea template-id may not appear in a using-declarationa temporary bound to %qD only persists until the constructor exitsa transaction expression cannot appear in a constant-expressiona type defined in another translation unit is not polymorphica type defined in another translation unit is polymorphica type with different alignment is defined in another translation unita type with different attributes is defined in another translation unita type with different bases is defined in another translation unita type with different number of fields is defined in another translation unita type with different number of methods is defined in another translation unita type with different precision is defined in another translation unita type with different qualifiers is defined in another translation unita type with different signedness is defined in another translation unita type with different size is defined in another translation unita type with different virtual table pointers is defined in another translation unita using-declaration cannot specify a template-id.  Try %<using %D%>a wide string is invalid in this contextabnormal call edges for non-call insn in bb %iabnormal edges for no purpose in bb %iabort in %s, at %s:%dabstract declarator %qT used as declarationaccess declarations are deprecated in favour of using-declarations; suggestion: add the %<using%> keywordaccessing %qD member instead of initialized %qD member in constant expressionaccessing a member %qE of an atomic structure %qEaccessing a member %qE of an atomic union %qEaccessing data memory with program memory addressaccessing program memory with data memory addressaccessing uninitialized array elementaccessing uninitialized member %qDaccessing value of %qE through a %qT glvalue in a constant expressionaccumulator is not a constant integeraccumulator number is out of boundsactual argument to INTENT = OUT/INOUTadd parentheses around left hand side expression to silence this warningadd_sym(): Bad sizing modeaddress area attribute cannot be specified for functionsaddress area of %q+D conflicts with previous declarationaddress mode %qs not supported in the %s bit modeaddress of array with reverse scalar storage order requestedaddress of explicit register variable %qD requestedaddress of global register variable %qD requestedaddress of label %qD returnedaddress of local variable %qD returnedaddress of overloaded function with no contextual type informationaddress of register variable %qD requestedaddress offset not a constantaddress operand requires constraint for X, Y, or Z registeraddress requested for %qD, which is declared %<register%>address space %qs not supported for devices with flash size up to %d KiBaddress spaces are not supported for reduced Tiny devicesaddress taken, but ADDRESSABLE bit not setaddress-of an object %qE with thread local or automatic storage is not a constant expressionaggregate %q#D has incomplete type and cannot be definedaggregate value used where a complex was expectedaggregate value used where a fixed-point was expectedaggregate value used where a float was expectedaggregate value used where an integer was expectedakaalias definitions not supported in Mach-O; ignoredalias definitions not supported in this configurationalignment (%u) for %s exceeds maximum alignment for global common data.  Using %ualignment for %q+D must be at least %dalignment for %q+D was previously specified as %d and may not be decreasedalignment may not be specified for %q+Dalignment must be a small power of two, not %dalignment of %q+D is greater than maximum object file alignment %dalignment of %qD increased in -fabi-version=9 (GCC 5.2)alignment of %qD is bigger than original declarationalignment of %qD will increase in -fabi-version=9alignment of array elements is greater than element sizealignment specified for %<register%> object %qEalignment specified for bit-field %qEalignment specified for function %qEalignment specified for parameter %qEalignment specified for typedef %qEalignment specified for unnamed bit-fieldalignment specified for unnamed parameterall member functions in class %qT are privatealloc_align parameter outside rangealloc_size parameter outside rangeallocatable argumentalready captured %qD in lambda expressionalso found %<%c%s%>alternatives not allowed in asm flag outputalways_inline function might not be inlinableambiguating new declaration %q+#Dambiguating new declaration of %q+#Dambiguous conversion for array subscriptambiguous default type conversion from %qTambiguous method %s%s%sambiguous overload for ambiguous overload for intrinsic %qsambiguous template instantiation for %q#Dambiguous template instantiation for %q#Tambiguous template specialization %qD for %q+Dan address area attribute cannot be specified for local variablesan anonymous struct cannot have function membersan anonymous union cannot have function membersan argument type that has a default promotion can%'t match an empty parameter name list declarationan array of different size is defined in another translation unitan array reference cannot appear in a constant-expressionan asm-specification is not allowed on a function-definitionan assignment cannot appear in a constant-expressionan attribute that appertains to a type-specifier is ignoredan decrement cannot appear in a constant-expressionan enum with different value name is defined in another translation unitan enum with different values is defined in another translation unitan enum with mismatching number of values is defined in another translation unitan explicit specialization must be preceded by %<template <>%>an increment cannot appear in a constant-expressionan indirect edge from %s has no corresponding call_stmtan indirect edge with unknown callee corresponding to a call_stmt with a known declaration:an interrupt handler cannot be compiled with -muser-modeanachronismanachronism: anachronistic old-style base class initializerand %qT has no template constructorsand fieldand the implicitly-defined constructor does not initialize %q#Danonymous %s declared inside parameter list will not be visible outside of this definition or declarationanonymous SSA name cannot have default definitionanonymous struct not inside named typeanonymous union with no membersapplying #pragma weak %q+D after first use results in unspecified behaviorarchitecture %qs supported for assembler onlyare_identical_variables: Bad typeargs to be formatted is not %<...%>argument %d is an unsigned literal that is out of rangeargument %d must be an unsigned literalargument %d of %qE might be a candidate for a format attributeargument %d of %qE must be a pointer to a constant size typeargument %d of %qE must be a pointer typeargument %d of %qE must not be a pointer to a functionargument %d of '%s' did not have the expected nameargument %d to the built-in must be a constant in range %d to %dargument %i in the range [%E, %E]argument %q+D might be clobbered by %<longjmp%> or %<vfork%>argument %qD doesn%'t match built-in prototypeargument %qD doesn%'t match prototypeargument %qd is not a constantargument %qs to %<-Waligned-new%> not recognizedargument %qs to %<-Wnormalized%> not recognizedargument %qs to %<-femit-struct-debug-detailed%> not recognizedargument %qs to %<-femit-struct-debug-detailed%> unknownargument %u in call to function %qE does not have integral typeargument %u null where non-null expectedargument 1 must be 0 or 2argument 1 must be a 1-bit unsigned literalargument 1 must be a 5-bit signed literalargument 1 must be a 6-bit unsigned literalargument 1 must be a mapargument 1 must be an 8-bit field valueargument 1 of %qE must be a non-void pointer typeargument 1 of %qE must be a pointer to a constant size typeargument 1 of %qE must be a pointer to a nonzero size objectargument 1 of __builtin_altivec_predicate is out of rangeargument 1 of __builtin_altivec_predicate must be a constantargument 1 of __builtin_paired_predicate is out of rangeargument 1 of __builtin_paired_predicate must be a constantargument 1 of __builtin_spe_predicate is out of rangeargument 1 of __builtin_spe_predicate must be a constantargument 2 must be 0 or 1argument 2 must be a 5-bit unsigned literalargument 2 must be a 6-bit unsigned literalargument 2 must be a 7-bit unsigned literalargument 3 in call to function %qE does not have pointer to integral typeargument 3 in call to function %qE has boolean typeargument 3 in call to function %qE has enumerated typeargument 3 in call to function %qE has pointer to boolean typeargument 3 in call to function %qE has pointer to enumerated typeargument 3 must be a 1-bit unsigned literalargument 3 must be a 2-bit unsigned literalargument 3 must be a 4-bit unsigned literalargument 3 must be in the range 0..15argument dependent lookup finds %q+Dargument list function at %Cargument must be a field referenceargument must be array or slice or channelargument must be channelargument must be string or array or slice or map or channelargument must have complex typeargument not permitted on %qs clause in OpenACC %<parallel%>argument of %<__builtin_eh_return_regno%> must be constantargument of %qE attribute is not "ilink"argument of %qE attribute is not "ilink1" or "ilink2"argument of %qE attribute is not "reset", "software_exception", "page_miss", "timer0", "timer1", "message", "dma0", "dma1", "wand" or "swi"argument of %qE attribute is not a string constantargument of %qE attribute is not a string constant or numberargument of Offsetof implies indirection of an embedded fieldargument of function call might be a candidate for a format attributeargument to %%:compare-debug-auxbase-opt does not end in .gkargument to %<-O%> should be a non-negative integer, %<g%>, %<s%> or %<fast%>argument to %<alloca%> is too largeargument to %<alloca%> is zeroargument to %<alloca%> may be too largeargument to %<alloca%> may be too large due to conversion from %qT to %qTargument to %<sizeof%> in %qD call is the same expression as the destination; did you mean to dereference it?argument to %<sizeof%> in %qD call is the same expression as the destination; did you mean to provide an explicit length?argument to %<sizeof%> in %qD call is the same expression as the destination; did you mean to remove the addressof?argument to %<sizeof%> in %qD call is the same expression as the first source; did you mean to dereference it?argument to %<sizeof%> in %qD call is the same expression as the first source; did you mean to provide an explicit length?argument to %<sizeof%> in %qD call is the same expression as the first source; did you mean to remove the addressof?argument to %<sizeof%> in %qD call is the same expression as the second source; did you mean to dereference it?argument to %<sizeof%> in %qD call is the same expression as the second source; did you mean to provide an explicit length?argument to %<sizeof%> in %qD call is the same expression as the second source; did you mean to remove the addressof?argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to dereference it?argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to provide an explicit length?argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to remove the addressof?argument to %<sizeof%> in %qD call is the same pointer type %qT as the destination; expected %qT or an explicit lengthargument to %<sizeof%> in %qD call is the same pointer type %qT as the first source; expected %qT or an explicit lengthargument to %<sizeof%> in %qD call is the same pointer type %qT as the second source; expected %qT or an explicit lengthargument to %<sizeof%> in %qD call is the same pointer type %qT as the source; expected %qT or an explicit lengthargument to %qE attribute is neither eic, nor vector=<line>argument to %qE attribute is neither zero, nor oneargument to %qE attribute is not intstackargument to %qE attribute larger than %dargument to %qs is too large (max. %d)argument to %qs must be a 2-bit unsigned literalargument to %qs should be a non-negative integerargument to decltype must be an expressionargument to dss must be a 2-bit unsigned literalargument to interrupt attribute is unsupported for weak functionsargument to variable-length array is too largeargument to variable-length array is zeroargument to variable-length array may be too largeargument to variable-length array may be too large due to conversion from %qT to %qTarguments '%s' and '%s' for intrinsic %sarguments '%s' and '%s' for intrinsic '%s'arguments 'a%d' and 'a%d' for intrinsic '%s'arguments to %qs should be non-negative integersarguments to destructor are not allowedarguments to the %qE attribute must be narrow string literalsarguments to the %qE attribute must contain valid identifiersarith_power(): Bad basearith_power(): unknown typearithmetic IFarithmetic involving a null pointer in %qEarithmetic on pointer to an empty aggregatearithmetic on pointer to an incomplete typearray %q+D assumed to have one elementarray %qD initialized by parenthesized string literal %qEarray assignmentarray bound forbidden after parenthesized type-idarray bound is not an integer constantarray index in initializer exceeds array boundsarray index in initializer is not an integer constant expressionarray index in initializer not of integer typearray index in non-array initializerarray index range in initializer exceeds array boundsarray initialized from non-constant array expressionarray initialized from parenthesized string constantarray member %q#D declared herearray must be initialized with a brace-enclosed initializerarray notation cannot be used as a condition for a do-while statementarray notation cannot be used as a condition for switch statementarray notation cannot be used as a condition for while statementarray notation cannot be used in a condition for a for-looparray notation cannot be used with function typearray notation expression cannot be used as a return valuearray notations cannot be used in declarationarray notations cannot be used with function typearray of inappropriate type initialized from string constantarray of runtime bound cannot be captured by copy, only by referencearray resultarray section does not have mappable type in %qs clausearray section in %<#pragma acc declare%>array section is not contiguous in %qs clausearray size in new-expression must be constantarray size missing in %q+Darray size missing in %qDarray size missing in %qTarray subscript has type %<char%>array subscript is above array boundsarray subscript is below array boundsarray subscript is not an integerarray subscript is outside array boundsarray subscript value %qE is outside the bounds of array %qD of type %qTarray subscript value %qE is outside the bounds of array type %qTarray type has incomplete element type %qTarray types have different boundsarray used as initializerarrays of functions are not meaningfulas %qDasm clobber conflict with input operandasm clobber conflict with output operandasm declaration ignored due to conflict with previous renameasm not allowed in %<transaction_safe%> functionasm not allowed in atomic transactionasm operand %d probably doesn%'t match constraintsasm-specifier for variable %qE conflicts with asm clobber listassembler name hash list corruptedassertion missing after %qsassign semantics attributes of property %qD conflict with previous declarationassigning to an array from an initializer listassignmentassignment (not initialization) in declarationassignment discards %qv qualifier from pointer target typeassignment from distinct Objective-C typeassignment from incompatible pointer typeassignment from pointer to non-enclosed address spaceassignment left-hand side might be a candidate for a format attributeassignment makes %q#v qualified function pointer from unqualifiedassignment makes integer from pointer without a castassignment makes pointer from integer without a castassignment of constant field %qDassignment of function %qDassignment of member %qD in read-only objectassignment of read-only location %qEassignment of read-only member %qDassignment of read-only named return value %qDassignment of read-only parameter %qDassignment of read-only reference %qDassignment of read-only variable %qDassignment suppressionassignment to expression with array typeassociate_integer_pointer(): Already associatedassume_aligned parameter not integer constantassumed-rank argumentassumed-shape argumentassumed-type argumentassuming cast to type %qT from overloaded functionassuming directive output of %wu byteassuming directive output of %wu bytesassuming pointer to member %qDassuming signed overflow does not occur when combining constants around a comparisonassuming signed overflow does not occur when reducing constant in comparisonassuming signed overflow does not occur when simplifying %</%> or %<%%%> to %<>>%> or %<&%>assuming signed overflow does not occur when simplifying %<abs (X)%> to %<X%> or %<-X%>assuming signed overflow does not occur when simplifying %<min/max (X,Y)%> to %<X%> or %<Y%>assuming signed overflow does not occur when simplifying conditionalassuming signed overflow does not occur when simplifying conditional to constantassuming signed overflow does not occur when simplifying range testasynchronous argumentatexit failedatomic_cancelattempt to take address of bit-fieldattempt to take address of bit-field structure member %qDattribute %<deprecated%> can appear at most once in an attribute-listattribute %<fallthrough%> not preceding a case label or default labelattribute %<noreturn%> can appear at most once in an attribute-listattribute %<target%> argument not a stringattribute %qE argument not a stringattribute %qs applies to array types onlyattribute declarationattribute for %q#T must follow the %qs keywordattribute ignoredattribute ignored in declaration of %q#Tattribute ignored in explicit instantiation %q#Tattribute using prefix only available with -std=c++1z or -std=gnu++1zattribute using prefix used together with scoped attribute tokenattribute(target("%s")) is unknownattributes after parenthesized initializer ignoredattributes are not allowed on a function-definitionattributes at the beginning of statement are ignoredattributes ignored on elaborated-type-specifier that is not a forward declarationattributes ignored on template instantiationattributes ignored on uninstantiated typeattributes in parameter array declarator ignoredattributes may not be specified before the %<@%D%> Objective-C++ keywordattributes should be specified before the declarator in a function definitionauto fpu selection not currently permitted hereautomatic variable %qE cannot be %<threadprivate%>aux field set for edge %s->%saux field set for indirect edge from %sbackend decl for module variable %qs already existsbad addressbad address, not (reg+disp):bad address, not a constant:bad address, not an I/O address:bad address, not post_inc or pre_dec:bad alignment: %dbad amount of stack space removal: %dbad array initializerbad builtin codebad builtin fcodebad builtin icodebad condition codebad expression type during walk (%d)bad insn for 'A'bad insn in frv_print_operand, 0 casebad insn in frv_print_operand, bad const_doublebad insn in frv_print_operand, z casebad insn to frv_print_operand, 'F' modifier:bad insn to frv_print_operand, 'L' modifier:bad insn to frv_print_operand, 'M/N' modifier:bad insn to frv_print_operand, 'O' modifier:bad insn to frv_print_operand, 'e' modifier:bad insn to frv_print_operand, 'f' modifier:bad insn to frv_print_operand, 'g' modifier:bad insn to frv_print_operand, P modifier:bad insn to frv_print_operand_address:bad insn to frv_print_operand_memory_reference:bad movebad operandbad option %qs to attribute %<optimize%>bad option %qs to pragma %<optimize%>bad output_condmove_single operandbad output_move_double operandbad output_move_single operandbad registerbad register to frv_print_operand_memory_reference_reg:bad shift insn:bad testbad usage of spec function %qsbad value %<%s%> for -mtls-size= switchbad value %qs for -mcpu switchbad value %qs for -mfp-rounding-mode switchbad value %qs for -mfp-trap-mode switchbad value %qs for -mmemory-latencybad value %qs for -mtls-size switchbad value %qs for -mtrap-precision switchbad value %qs for -mtune switchbad value (%qs) for %<-march=%> switchbad value (%qs) for %<-mtune=%> switchbad value (%qs) for %<target("arch=")%> attributebad value (%qs) for %<target("tune=")%> attributebad value (%s) for -march= switchbad value (%s) for -mcmodel= switchbad value (%s) for -mtune= switchbad value for -mcall-%sbad value for -msdata=%sbadly nested C headers from preprocessorbarrier region may not be closely nested inside of work-sharing, %<critical%>, %<ordered%>, %<master%>, explicit %<task%> or %<taskloop%> regionbase %qT will be initialized afterbase class %q#T has accessible non-virtual destructorbase class %q#T should be explicitly initialized in the copy constructorbase initializer expansion %<%T%> contains no parameter packsbase of array section must be pointer or array typebase operand of %<->%> has non-pointer type %qTbase operand of %<->%> is not a pointerbase type %qT fails to be a struct or class typebase variable or SSA name undeclaredbasic block %d pred edge is corruptedbasic block %d should be marked irreduciblebasic block %d should not be marked irreduciblebasic block %i edge lists are corruptedbasic blocks not laid down consecutivelybb %d does not belong to loop %dbb %d has father loop %d, should be loop %dbb %d on wrong placebecause the array element type %qT has variable sizebinary expression in operand of fold-expressionbinary operator does not support mixing vector bool with floating point vector operandsbinary operator does not support two vector bool operandsbinary operator does not support vector bool operandbind(c) procedurebinding reference of type %qT to %qT discards qualifiersbit-field %q+#D with non-integral typebit-field %q+D width not an integer constantbit-field %qD with non-integral typebit-field %qE has atomic typebit-field %qE in %qs clausebit-field %qs has invalid typebit-field %qs width not an integer constantbit-field %qs width not an integer constant expressionbit-field has atomic typeblock IFbody of %<constexpr%> constructor cannot be a function-try-blockbody of constexpr function %qD not a return-statementbogus DISPOSE construction: %dbogus JARL construction: %dbogus JR construction: %dbogus PREPEARE construction: %dbogus comparison result typeboolean registers required for the floating-point optionboth %<__thread%> and %<thread_local%> specifiedboth %<monotonic%> and %<nonmonotonic%> modifiers specifiedboth %s and %qE attribute provide addressboth arguments in binary fold have unexpanded parameter packsboth arguments to %<__builtin___clear_cache%> must be pointersbraced list index is not allowed with array notationbraced spec %qs is invalid at %qcbraced spec body %qs is invalidbraced-group within expression allowed only inside a functionbraces around scalar initializerbraces around scalar initializer for type %qTbranch %2d never executed
  branch %2d taken %s%s
! branch target register load optimization is not intended to be run twicebreak statement not within loop or switchbreak statement used with Cilk Plus for loopbreak statement used with OpenMP for loopbreak statement within %<#pragma simd%> loop bodybuild_dt: format with namelistbuilt-in function %q+D declared as non-functionbuilt-in function %qD requires the %<-mconstant-cfstrings%> flagbuilt-in function %qD takes one argument onlybuilt-in function %qE must be directly calledbuilt-in function %qE not supported for MIPS16builtin %qF is deprecated.builtin %qF is for GCC internal use only.builtin %qF is not supported without -mhtm (default with -march=zEC12 and higher).builtin %qF requires -mvx (default with -march=z13 and higher).builtin %s is only valid in 64-bit modebuiltin %s only accepts a string argumentbuiltin operand should be an unsigned 6-bit valuebuiltin requires an immediate for operand %dbuiltin vec_step can only be used on vector types.but %qD does not throw; perhaps it should be declared %<noexcept%>but is prevailed by one without from other translation unitbut not herebytecode stream in file %qs generated with LTO version %d.%d instead of the expected %d.%dbytecode stream: expected tag %s instead of %sbytecode stream: found empty cgraph nodebytecode stream: found multiple instances of cgraph node with uid %dbytecode stream: found non-null terminated stringbytecode stream: garbage at the end of symbols sectionbytecode stream: no callee found while reading edgebytecode stream: no caller found while reading edgebytecode stream: string too long for the string tablebytecode stream: tag %s is not in the expected range [%s, %s]bytecode stream: trying to read %d bytes after the end of the input bufferbytecode stream: unexpected LTO section %sbytecode stream: unexpected tag %sbytecode stream: unknown GIMPLE statement tag %sc++11 attributes only available with -std=c++11 or -std=gnu++11call   %2d never executed
  call   %2d returned %s
  call has circular dependencycall is unlikely and code size would growcall of %<(%T) (%A)%> is ambiguouscall of overloaded %<%D(%A)%> is ambiguouscall of overloaded %<%s(%A)%> is ambiguouscall to %<__builtin_custom_%s%> conflicts with switch %<-mcustom-%s%>call to %qD uses the default argument for parameter %P, which is not yet definedcall to function %qD which throws incomplete type %q#Tcall to function which throws incomplete type %q#Tcall to internal function %qEcall to non-constexpr function %qDcall to non-function %qDcall-clobbered register used for global register variablecalled from herecalled from this functioncalled object %qD is not a function or function pointercalled object %qE is not a function or function pointercalled object is not a function or function pointercallee refers to comdat-local symbolscaller edge count is negativecaller edge frequency %i does not match BB frequency %icaller edge frequency is negativecaller edge frequency is too largecaller function contains cilk spawncaller is instrumentation thunkcaller is not optimizedcalling %qD with SSE calling convention without SSE/SSE2 enabledcalling %qD with a nonzero argument is unsafecalling %qD with attribute sseregparm without SSE/SSE2 enabledcalling %qT with attribute sseregparm without SSE/SSE2 enabledcalls to overloaded operators cannot appear in a constant-expressioncan not find instance variable associated with propertycan not use -mtp=cp15 with 16-bit Thumbcan not use an object as parameter to a methodcan only use %qE attribute on file-scope definitions of objects of class typecan%'t apply both longcall and shortcall attributes to the same functioncan%'t convert a value of type %qT to vector type %qT which has different sizecan%'t convert a vector of type %qT to type %qT which has different sizecan%'t convert from incomplete type %qT to %qTcan%'t convert value to a vectorcan%'t create precompiled header %s: %mcan%'t create repository information file %qscan%'t define friend function %qs in a local class definitioncan%'t extend PCH file: %mcan%'t find a register in class %qs while reloading %<asm%>can%'t get position in PCH file: %mcan%'t mix operands of decimal float and complex typescan%'t mix operands of decimal float and other float typescan%'t mix operands of decimal float and vector typescan%'t open %qs for writing: %mcan%'t open %s for writing: %mcan%'t open %s: %mcan%'t read %s: %mcan%'t read PCH file: %mcan%'t set %qE attribute after definitioncan%'t set position in PCH file: %mcan%'t use %qs as a call-saved registercan%'t use %qs as a call-used registercan%'t use %qs as a fixed registercan%'t use multiple stack checking methods togethercan%'t write %s: %mcan%'t write PCH filecan%'t write PCH file: %mcan%'t write padding to PCH file: %mcan%'t write to %s: %mcan't get program status: %mcan't open %s: %mcan't open input file: %scan't open ldd output: %mcan't open nm output: %mcan't use non gp relative absolute addresscandidate 1:candidate 2:candidate is:candidates are:candidate is: %#Dcandidate is: %+#Dcandidates are:candidates are: %+#Dcannot add an enumerator list to a template instantiationcannot allocate an object of abstract type %qTcannot allocate stack for variable %q+D, naked function.cannot apply %<offsetof%> to a non constant addresscannot apply %<offsetof%> to destructor %<~%T%>cannot apply %<offsetof%> to member function %qDcannot apply %<offsetof%> to static data member %qDcannot apply %<offsetof%> when %<operator[]%> is overloadedcannot apply member pointer %qE to %qE, which is of non-class type %qTcannot bind bitfield %qE to %qTcannot bind non-const lvalue reference of type %qT to an rvalue of type %qTcannot bind packed field %qE to %qTcannot bind rvalue %qE to %qTcannot bind rvalue reference of type %qT to lvalue of type %qTcannot call constructor %<%T::%D%> directlycannot call function %qDcannot call member function %qD without objectcannot capture %qE by referencecannot capture member %qD of anonymous unioncannot catch type %qT because it involves types of variable sizecannot close receive-only channelcannot convert %qE from type %qT to type %qTcannot convert %qT to %qTcannot convert %qT to %qT for argument %qP to %qDcannot convert %qT to %qT in argument passingcannot convert %qT to %qT in assignmentcannot convert %qT to %qT in default argumentcannot convert %qT to %qT in initializationcannot convert %qT to %qT in returncannot convert from base class %qT to derived class %qT because the base is virtualcannot convert from base class %qT to derived class %qT via virtual base %qTcannot convert from pointer to base class %qT to pointer to derived class %qT because the base is virtualcannot convert from pointer to base class %qT to pointer to derived class %qT via virtual base %qTcannot convert to a pointer typecannot convert type %qT to type %qTcannot create pointer to reference member %qDcannot create type information for type %qT because it involves types of variable sizecannot declare %<::main%> to be a global variablecannot declare %<::main%> to be a templatecannot declare %<::main%> to be constexprcannot declare %<::main%> to be inlinecannot declare %<::main%> to be staticcannot declare %qD to be a bit-field typecannot declare bit-field %qD with function typecannot declare catch parameter to be of abstract class type %qTcannot declare catch parameter to be of rvalue reference type %qTcannot declare field %q+D to be of abstract type %qTcannot declare member %<%T::%s%> within %qTcannot declare member function %<%T::%s%> within %<%T%>cannot declare member function %qD to have static linkagecannot declare parameter %q+D to be of abstract type %qTcannot declare parameter to be of abstract type %qTcannot declare pointer to %q#Tcannot declare pointer to %q#T membercannot declare pointer to qualified function type %qTcannot declare reference to %q#Tcannot declare reference to %q#T, which is not a typedef or a template type argumentcannot declare reference to qualified function type %qTcannot declare static function inside another functioncannot declare variable %q+D to be of abstract type %qTcannot decompose addresscannot decompose class type %qT because it has an anonymous struct membercannot decompose class type %qT because it has an anonymous union membercannot decompose class type %qT without non-static data memberscannot decompose class type %qT: both it and its base class %qT have non-static data memberscannot decompose class type %qT: its base classes %qT and %qT have non-static data memberscannot decompose lambda closure type %qTcannot decompose non-array non-class type %qTcannot decompose non-public member %qD of %qTcannot decompose union type %qTcannot decompose variable length array %qTcannot decrement a pointer to incomplete type %qTcannot deduce template arguments for %qT from ()cannot deduce template arguments for copy-initialization of %qT, as it has no non-explicit deduction guides or user-declared constructorscannot define member function %<%T::%s%> within %<%T%>cannot define member of dependent typedef %qTcannot delete a function.  Only pointer-to-objects are valid arguments to %<delete%>cannot derive from %<final%> base %qT in derived type %qTcannot disable built-in function %qscannot dynamic_cast %qE (of type %q#T) to type %q#T (%s)cannot emit unaligned pointers in ptx assemblycannot expand initializer for member %<%D%>cannot explicitly declare member %q#D to have extern linkagecannot fallthrough final case in switchcannot find %s in plugin %s
  %scannot find '%s'cannot find 'ldd'cannot find 'nm'cannot find LTO cgraph in %scannot find LTO section refs in %scannot find a valid counter:value pair:cannot find class %qEcannot find interface declaration for %qEcannot find interface declaration for %qE, superclass of %qEcannot find protocol declaration for %qEcannot find reference tag for class %qEcannot form pointer to member of non-class %q#Tcannot generate position-independent code for %qscannot handle inconsistent calls to %qscannot increment a pointer to incomplete type %qTcannot inherit constructors from indirect base %qTcannot initialize aggregate of type %qT with a compound literalcannot initialize multi-dimensional array with initializercannot inline function %<main%>cannot load plugin %s
! %scannot merge separate %s counters for function %ucannot open %scannot open %s: %mcannot open '%s'cannot open intermediate ptx filecannot open profile file %scannot pass argument in vector register because altivec instructions are disabled, use -maltivec to enable themcannot pass rvalue to reference parametercannot put object with volatile field into registercannot read %s: %mcannot read LTO decls from %scannot read LTO mode table from %scannot read function profile from %scannot read string table from %scannot read working set from %scannot receive reference type %qT through %<...%>cannot reload integer constant operand in %<asm%>cannot resolve overloaded function %qD based on conversion to type %qTcannot return from a handler of a function-try-block of a constructorcannot return value in vector register because altivec instructions are disabled, use -maltivec to enable themcannot set interrupt attribute: no current functioncannot set interrupt attribute: no such identifiercannot spawn call to function that returns twicecannot specialize concept %q#Dcannot specify %<override%> for a classcannot specify -o with -c, -S or -E with multiple filescannot specify -static with -fsanitize=addresscannot specify -static with -fsanitize=threadcannot specify both -msep-data and -mid-shared-librarycannot tail-call: %scannot take address of %qscannot take address of bit-field %qDcannot take address of scalar with reverse storage ordercannot take the address of %<this%>, which is an rvalue expressioncannot throw expression of type %qT because it involves types of variable sizecannot type switch on non-interface valuecannot update SSA formcannot use %<-%> as input filename for a precompiled headercannot use %<::%> in parameter declarationcannot use %<va_arg%> with reverse storage ordercannot use mode %qs for enumeral typescannot use mshared and static togethercannot use mthreads and mlegacy-threads togethercannot use small-data accesses for %qscannot use type %s as type %scannot use typeid with -fno-rtticannot use va_start in interrupt functioncannot value-initialize array of unknown bound %qTcanonical types differ for identical types %T and %Tcapture by copy of incomplete type %qTcapture of non-variable %qD capture of variable %qD with non-automatic storage durationcapture of variable-size type %qT that is not an N3639 array of runtime boundcase label %qE not within a switch statementcase label does not reduce to an integer constantcase label is not an integer constant expressioncase label not within a switch statementcase label value exceeds maximum value for typecase label value is less than minimum value for typecase labels not sorted in switch statementcase labels not sorted: case value %qs not in enumerated typecase value %qs not in enumerated type %qTcast adds %q#v qualifier to function typecast discards %qv qualifier from pointer target typecast from %qT to %qT increases required alignment of target typecast from %qT to %qT loses precisioncast from function call of type %qT to non-matching type %qTcast from pointer to integer of different sizecast from type %qT to type %qT casts away qualifierscast increases required alignment of target typecast specifies array typecast specifies function typecast to %s address space pointer from disjoint %s address space pointercast to %s address space pointer from disjoint generic address space pointercast to generic address space pointer from disjoint %s address space pointercast to non-integral type %qT in a constant expressioncast to pointer from integer of different sizecast to union type from type not present in unioncasting %qT to %qT does not dereference pointercasting between pointer-to-function and pointer-to-object is conditionally-supportedcategory attributes are not available in Objective-C 1.0category attributes are not available in this version of the compiler, (ignored)cdecl and thiscall attributes are not compatiblecgraph_node has wrong clone listcgraph_node has wrong clone_ofcgraph_node has wrong prev_clone pointercgraph_node is in clone list but it is not clonechanges meaning of %qD from %q#Dchar-array initialized from wide stringcheck_data_variable(): Bad expressioncheck_dimension(): Bad array referencecheck_dummy_characteristics: Unexpected result %i of gfc_dep_compare_exprcheck_init_expr(): Unknown expression typecheck_intents(): List mismatchcheck_restricted(): Unknown expression typecheck_result_characteristics (1): Unexpected result %i of gfc_dep_compare_exprcheck_result_characteristics (2): Unexpected result %i of gfc_dep_compare_exprcheck_some_aliasing(): List mismatchcheck_some_aliasing(): corrupted datachecksum is (%x,%x) instead of (%x,%x)chkp_find_bounds: Cannot find bounds for pointerchkp_find_bounds: Unexpected tree code %schkp_get_bounds_by_definition: Unexpected GIMPLE code %schkp_get_bounds_by_definition: Unexpected var of type %schkp_make_addressed_object_bounds: Unexpected tree code %schkp_walk_pointer_assignments: unexpected RHS type: %schoosing %qD over %qDchunk size value must be positivecircular pointer delegation detectedclass %qE already existsclass %qE is deprecatedclass %qT does not have any field named %qDclass %qT is implicitly friends with itselfclass %qs does not implement the %qE protocolclass attributes are not available in Objective-C 1.0class definition may not be declared a friendclass extension for class %qE declared after its %<@implementation%>class extensions are not available in Objective-C 1.0class template argument deduction failed:class template argument deduction is only available with -std=c++1z or -std=gnu++1zclass type %qT is incompletecleanup argument not a functioncleanup argument not an identifierclose: %sclosing LTRANS output list %s: %mclosing dependency file %s: %mcoarray argumentcode may be misoptimized unless -fno-strict-aliasing is usedcode model %qs not supported in the %s bit modecode model %qs not supported in x32 modecode model %qs with -f%scode model %s does not support PIC modecollapse argument needs positive constant integer expressioncollapsed %s loops not perfectly nested at %Lcollapsed loops not perfectly nestedcollect2 version %s
  collect: reading %s
  collect: recompiling %s
  collect: relinking
*************** Use the -mcpu option to set the ISA expl
*** 2233,2278 ****
  collection in fast enumeration is not an objectcomdat-local function called by %s outside its comdatcomdat-local symbol referred to by %s outside its comdatcomma at end of enumerator listcomma-separated list in using-declaration only available with -std=c++1z or -std=gnu++1zcommand line option %qs is not supported by this configurationcommand line option %qs is valid for %s but not for %scommand line option %qs is valid for the driver but not for %scommon symbol debug info is not structured as symbol+offsetcompact-casesi is not applicable to ARCv2compare_actual_expr(): Bad component codecompare_bound_int(): Bad expressioncompare_real(): Bad operatorcomparing final insns dumpscomparing floating point with == or != is unsafecomparing vectors with different element typescomparing vectors with different number of elementscomparison always false due to limited range of data typecomparison always true due to limited range of data typecomparison between %q#T and %q#Tcomparison between %qT and %qTcomparison between distinct pointer types %qT and %qT lacks a castcomparison between distinct pointer-to-member types %qT and %qT lacks a castcomparison between pointer and integercomparison between pointer and zero character constantcomparison between signed and unsigned integer expressionscomparison between types %qT and %qTcomparison is always %dcomparison is always %d due to width of bit-fieldcomparison is always false due to limited range of data typecomparison is always true due to limited range of data typecomparison of complete and incomplete pointerscomparison of constant %qE with boolean expression is always falsecomparison of constant %qE with boolean expression is always truecomparison of distinct Objective-C types lacks a castcomparison of distinct pointer types lacks a castcomparison of pointers to disjoint address spacescomparison of promoted ~unsigned with constantcomparison of promoted ~unsigned with unsignedcomparison of unsigned expression < 0 is always falsecomparison of unsigned expression >= 0 is always truecomparison with string literal results in unspecified behaviorcomparisons like %<X<=Y<=Z%> do not have their mathematical meaningcompatible type is herecompilation terminated due to -Wfatal-errors.
  compilation terminated due to -fmax-errors=%u.
  compilation terminated.
! complex arguments must have floating-point typecomplex arguments must have identical typescomplex floating point overflow in expressioncomplex integer overflow in expressioncomplex invalid for %qscomponent %qs at %L has already been set by a parent derived type constructorcompound literal has variable sizecompound literal of non-object type %qTcompound literal qualified by address-space qualifiercompound-statement in constexpr functioncompressed stream: %sconcept %q#D declared with a deduced return typeconcept %q#D declared with function parametersconcept %q#D with non-%<bool%> return type %qTconcept %qD has no definitionconcept must have type %<bool%>condition expression refers to iteration variable %qDconditional expression between distinct pointer types %qT and %qT lacks a castconditional expression between distinct pointer-to-member types %qT and %qT lacks a castconditional expression in operand of fold-expressionconflicting access specifications for field %qE, ignoredconflicting access specifications for method %q+D, ignoredconflicting declaration %q+#Dconflicting declaration of %q+#D with %qL linkageconflicting declaration of C function %q+#Dconflicting declaration of namespace %q+Dconflicting declaration of template %q+#Dconflicting named address spaces (%s vs %s)conflicting named address spaces (%s vs %s) for %q+Dconflicting named address spaces (%s vs generic) for %q+Dconflicting named address spaces (generic vs %s) for %q+Dconflicting return type specified for %q+#Dconflicting specifiers in declaration of %qsconflicting super class name %qEconflicting type attributes specified for %q+#Dconflicting type qualifiers for %q+Dconflicting types for %<%c%s%>conflicting types for %q+Dconflicting types for built-in function %q+Dconflicting use of -mcustom switches, target attributes, and/or __builtin_custom_ functionsconflicts with %qDconflicts with function declaration %q#Dconflicts with previous declaration %q#Dconflicts with version inherited from %qTconsecutive %<_Cilk_spawn%> keywords are not permittedconsider using '-pg' instead of '-p' with gprof(1)consider using `-pg' instead of `-p' with gprof (1) consider using `-pg' instead of `-p' with gprof(1)const %qs cannot be declared %<mutable%>const, volatile or __restrict qualified type %qT in %<#pragma omp declare reduction%>const, volatile or restrict qualified type in %<#pragma omp declare reduction%>const/copy propagation disabledconst_double_split got a bad insn:constant argument %d for builtin %qF is out of range (constant argument %d for builtin %qF is out of range (0..constant argument %d for builtin %qF is out of range for target typeconstant argument out of range for %qsconstant field %qD used as %<asm%> outputconstant not recomputed when ADDR_EXPR changedconstant refers to itselfconstant value required for builtin %qF argument %dconstexpr call flows off the end of the functionconstexpr constructor does not have empty bodyconstexpr evaluation depth exceeds maximum of %d (use -fconstexpr-depth= to increase the maximum)constexpr loop iteration count exceeds limit of %d (use -fconstexpr-loop-limit= to increase the limit)constexpr static data member %qD must have an initializerconstraint mismatch at argument %d in template parameter list for %qDconstructor cannot be static member functionconstructor delegates to itselfconstructor delegation follows mem-initializer for %qDconstructor for alien class %qT cannot be a memberconstructor is not user-provided because it is explicitly defaulted in the class bodyconstructor priorities are not supportedconstructor priorities from 0 to %d are reserved for the implementationconstructor priorities must be integers from 0 to %d inclusiveconstructor required before non-static data member for %qD has been parsedconstructor syntax used, but no constructor declared for type %qTconstructors cannot be declared %<virtual%>constructors may not be cv-qualifiedcontaining loopcontaining loop herecontains additional virtual method %qDcontinue statement not within a loopcontinue statement within %<#pragma simd%> loop bodycontrol flow in the middle of basic block %dcontrol reaches end of non-void functionconversion between distinct pointer types %qT and %qT lacks a castconversion between distinct pointer-to-member types %qT and %qT lacks a castconversion casts away constnessconversion from %q#T to %q#Tconversion from %qT to %qT discards qualifiersconversion from %qT to %qT is ambiguousconversion from %qT to %qT not considered for non-type template argumentconversion from %qT to non-scalar type %qT requestedconversion from address space %qs to address space %qsconversion from pointer type %qT to arithmetic type %qT in a constant expressionconversion lacks type at end of formatconversion of %qE from %qT to %qT is ambiguousconversion of %qT null pointer to %qT is not a constant expressionconversion of an SSA_NAME on the left hand sideconversion of register to a different sizeconversion of scalar %qT to vector %qT involves truncationconversion of unsigned constant value to negative integerconversion to %qT alters %qT constant valueconversion to %qT from %qT discards imaginary componentconversion to %qT from %qT may alter its valueconversion to %qT from %qT may change the sign of the resultconversion to %qT from boolean expressionconversion to a base class will never use a type conversion operatorconversion to a reference to a base class will never use a type conversion operatorconversion to a reference to the same type will never use a type conversion operatorconversion to a reference to void will never use a type conversion operatorconversion to incomplete typeconversion to non-const reference type %q#T from rvalue of type %qTconversion to non-scalar type requestedconversion to the same type will never use a type conversion operatorconversion to void cannot resolve address of overloaded functionconversion to void will never use a type conversion operatorconversion to void will not access object %qE of incomplete type %qTconversion to void will not access object of incomplete type %qTconversion to void will not access object of non-trivially-copyable type %qTconversion to void will not access object of type %qTconversion to volatile reference type %q#T from rvalue of type %qTconverting %<false%> to pointer type %qTconverting %<false%> to pointer type for argument %P of %qDconverting NULL to non-pointer typeconverting an array compound literal to a pointer is ill-formed in C++converting far pointer to near pointerconverting from %qT to %qTconverting lambda which uses %<...%> to function pointerconverting overloaded function %qD to type %q#T is ambiguousconverting to %qT from %qT requires direct-initializationconverting to %qT from initializer list would use explicit constructor %qDconverting to non-pointer type %qT from NULLcopying non-static data member %q#D of rvalue reference typecopyprivate variable %qE is not threadprivate or private in outer contextcorrupt loop tree rootcorrupted exits list of loop %dcorrupted head of the exits list of loop %dcorrupted profile info: edge from %i to %i exceeds maximal countcorrupted profile info: number of executions for edge %d-%d thought to be %icorrupted profile info: number of iterations for basic block %d thought to be %icorrupted profile info: profile data is not flow-consistentcorrupted profile info: sum_all is smaller than sum_maxcorrupted value profile: %s profile counter (%d out of %d) inconsistent with basic-block count (%d)could not close Go dump file: %mcould not close final insn dump file %qs: %mcould not close response file %scould not close temporary response file %scould not close zeroed insn dump file %qs: %mcould not convert %qE from %<void%> to %<bool%>could not convert %qE from %qT to %qTcould not convert template argument %qE from %qT to %qTcould not emit HSAIL for function %s: function cannot be clonedcould not find a spill registercould not find an integer type of the same size as %qTcould not find class %qEcould not find interface for class %qEcould not find setter/getter for %qE in class %qEcould not find specs file %s
  could not open Go dump file %qs: %mcould not open dump file %qs: %mcould not open final insn dump file %qs: %mcould not open response file %scould not open symbol resolution file: %mcould not open temporary response file %scould not parse file offsetcould not parse hex numbercould not read the BRIG filecould not resolve typename typecould not split insncould not write to response file %scould not write to temporary response file %scouldn%'t understand kern.osversion %q.*scouldn%'t understand version %s
! couldn%'t unmap pch_address_space: %mcpu %s is an invalid argument to builtin %screated and used with different ABIscreated and used with different architectures / ABIscreated and used with different endiannesscreated and used with different settings of -fpiccreated and used with different settings of -fpiecreated and used with differing settings of '%s'creating array of %qTcreating array of %qT, which is an abstract class typecreating array of function memberscreating array of functionscreating array of referencescreating array of voidcreating pointer to member function of non-class type %qTcreating pointer to member of non-class type %qTcreating pointer to member of type voidcreating pointer to member reference type %qTcreating run-time relocationcreating run-time relocation for %qDcreating selector for nonexistent method %qEcurrent namespace %qD does not enclose strongly used namespace %qDcustom instruction opcode must be compile time constant in the range 0-255 for __builtin_custom_%scustom-fpu-cfg option does not support %<no-%>custom-fpu-cfg option requires configuration argumentcv-qualified type parameterdata area attributes cannot be specified for local variablesdata area of %q+D conflicts with previous declarationdata declarationdata definition has no type or storage classdata member %qD cannot be a member templatedata member may not have variably modified type %qTdata type of %q+D isn%'t suitable for a registerdata-model=far not valid for cr16c architecturedead STMT in EH tabledead histogramdebugdebug format %qs conflicts with prior selectiondebug output level %qs is too highdebug: decl-specifier in declaration of deduction guidedecl-specifier invalid in conditiondeclaration %qD does not declare anythingdeclaration does not declare anythingdeclaration for parameter %qD but no such parameterdeclaration of %<extern%> variable %qD in %<for%> loop initial declarationdeclaration of %<~%T%> as member of %qTdeclaration of %q#Ddeclaration of %q#D has %<extern%> and is initializeddeclaration of %q#D has no initializerdeclaration of %q#D outside of class is not definitiondeclaration of %q#D shadows a parameterdeclaration of %q#D with C language linkagedeclaration of %q#Tdeclaration of %q+#D conflicts with built-in declaration %q#Ddeclaration of %q+#D shadows template parameterdeclaration of %q+D shadows a built-in functiondeclaration of %q+D shadows previous non-variabledeclaration of %q+D with attribute %qs follows declaration with attribute %qsdeclaration of %q+D with attribute noinline follows inline declaration declaration of %q+D with no linkage follows extern declarationdeclaration of %qD ambiguates earlier template instantiation for %qDdeclaration of %qD as %<typedef%>declaration of %qD as array of function membersdeclaration of %qD as array of functionsdeclaration of %qD as array of referencesdeclaration of %qD as array of voiddeclaration of %qD as member of %qTdeclaration of %qD as multidimensional array must have bounds for all dimensions except the firstdeclaration of %qD as non-functiondeclaration of %qD as non-memberdeclaration of %qD as parameterdeclaration of %qD in %qD which does not enclose %qDdeclaration of %qD in namespace %qD which does not enclose %qDdeclaration of %qD not in a namespace surrounding %qDdeclaration of %qD shadows a global declarationdeclaration of %qD shadows a lambda capturedeclaration of %qD shadows a member of %qTdeclaration of %qD shadows a parameterdeclaration of %qD shadows a previous localdeclaration of %qE as array of functionsdeclaration of %qE as array of voidsdeclaration of %qE as multidimensional array must have bounds for all dimensions except the firstdeclaration of %qF has a different exception specifierdeclaration of constexpr variable %qD is not a definitiondeclaration of function %qD in invalid contextdeclaration of multidimensional array must have bounds for all dimensions except the firstdeclaration of non-variable %qD in %<for%> loop initial declarationdeclaration of static variable %qD in %<for%> loop initial declarationdeclaration of template parameter %q+D shadows template parameterdeclaration of type name as array of functionsdeclaration of type name as array of voidsdeclarations in dependent base %qT are not found by unqualified lookupdeclarator-id missing; using reserved word %qDdeclared heredeclared private heredeclared protected heredecltype cannot resolve address of overloaded functiondecltype evaluates to %qT, which is not a class or enumeration typedecomposition declaration cannot be declared %<concept%>decomposition declaration cannot be declared %<constexpr%>decomposition declaration cannot be declared %<extern%>decomposition declaration cannot be declared %<inline%>decomposition declaration cannot be declared %<mutable%>decomposition declaration cannot be declared %<register%>decomposition declaration cannot be declared %<static%>decomposition declaration cannot be declared %<typedef%>decomposition declaration cannot be declared %qsdecomposition declaration cannot be declared C++98 %<auto%>decomposition declaration cannot be declared with type %qTdecomposition declaration only available with -std=c++1z or -std=gnu++1zdecrement of a boolean expressiondecrement of constant field %qDdecrement of enumeration value is invalid in C++decrement of function %qDdecrement of member %qD in read-only objectdecrement of pointer to an incomplete type %qTdecrement of read-only location %qEdecrement of read-only member %qDdecrement of read-only named return value %qDdecrement of read-only parameter %qDdecrement of read-only reference %qDdecrement of read-only variable %qDdeduced class type %qT in function return typededuced expression type does not satisfy placeholder constraintsdeduced initializer does not satisfy placeholder constraintsdeduced return type does not satisfy placeholder constraintsdeduced return type only available with -std=c++14 or -std=gnu++14deducing %qT as %qTdeducing from brace-enclosed initializer list requires #include <initializer_list>deduction guide %qD must be declared at namespace scopededuction guide %qD must not have a function bodydeduction guide for %qT must have trailing return typedefault %d minimum %d maximum %ddefault argument %qE uses %qDdefault argument %qE uses local variable %qDdefault argument for template parameter for class enclosing %qDdefault argument given for parameter %d of %q#Ddefault argument mismatch in overload resolutiondefault argument missing for parameter %P of %q+#Ddefault argument specified for lambda parameterdefault argument specified in explicit specializationdefault arguments are not allowed in declaration of friend template specialization %qDdefault arguments are only permitted for function parametersdefault target was not setdefault target_clones attribute was not setdefault template arguments may not be used in function template friend declarationsdefault template arguments may not be used in function template friend re-declarationdefault template arguments may not be used in function templates without -std=c++11 or -std=gnu++11default template arguments may not be used in partial specializationsdefault type conversion can't deduce template argument for %qDdefaulted and deleted functions only available with -std=c++11 or -std=gnu++11defaulted constructor calls non-constexpr %qDdefaulted declaration %q+Ddefaulted default constructor does not initialize %q#Ddefaulted default constructor does not initialize any non-static data memberdefaulted function %q+D with default argumentdefaulted move assignment for %qT calls a non-trivial move assignment operator for virtual base %qTdeferred type parameter at %Cdefining a type in a cast is invalid in C++defining a type in a compound literal is invalid in C++defining explicit specialization %qD in friend declarationdefining type in %qs expression is invalid in C++definition in block %i does not dominate use in block %idefinition in block %i follows the usedefinition of %q#D is marked %<dllimport%>definition of %q#T inside template parameter listdefinition of %q#T is not complete until the closing bracedefinition of %qD is not in namespace enclosing %qTdefinition of explicitly-defaulted %q+Ddefinition of implicitly-declared %qDdefinition of protocol %qE not founddefinition of static data member %q+D of dllimport%'d classdefinition of std::initializer_list does not match #include <initializer_list>definition provided for explicit instantiationdelegating constructors only available with -std=c++11 or -std=gnu++11deleted definition of %q+Ddeleted function %q+Ddeleting %qT is undefineddeleting LTRANS file %s: %mdeleting array %q#Edeleting file %s: %mdeleting object of abstract class type %qT which has non-virtual destructor will cause undefined behaviordeleting object of polymorphic class type %qT which has non-virtual destructor might cause undefined behaviordependent-name %qE is parsed as a non-type, but instantiation yields a typedeprecated conversion from string constant to %qTdeprecated message is not a stringdereferencing %<void *%> pointerdereferencing a null pointerdereferencing a null pointer in %qEdereferencing pointer to incomplete type %qTdereferencing type-punned pointer might break strict-aliasing rulesdereferencing type-punned pointer will break strict-aliasing rulesderived type declarationderived union %qT invaliddestructor %qD declared as member templatedestructor cannot be static member functiondestructor for %qE shall not be run eitherdestructor for alien class %qT cannot be a memberdestructor priorities are not supporteddestructor priorities from 0 to %d are reserved for the implementationdestructor priorities must be integers from 0 to %d inclusivedestructors may not be cv-qualifieddestructors may not be ref-qualifieddestructors may not have parametersdevices natively supported:%sdid you mean to dereference the pointer?did you mean to use logical not (%<!%>)?did you mean to use logical not?difference between %qE and %qD does not have integer typedifferent number of parametersdifferent number of resultsdifferent parameter typesdifferent receiver typesdifferent result typesdifferent underlying type in enum %q#Tdifferent varargsdirect base %qT inaccessible in %qT due to ambiguitydirect-list-initialization of %<auto%> requires exactly one elementdirective argument %qEdirective argument in the range [%E, %E]disable pass %s for function %sdisable pass %s for functions in the range of [%u, %u]distinct Objective-C type in returndivision by zerodivision by zero is not a constant expressiondo not specify both -march=... and -mcpu=...do_check(): too many argsdo_simplify(): Too many args for intrinsicdoes not match expected signature %qDdoes not match member template declaration heredoes not support multilibdominator of %d should be %d, not %ddominator of %d status unknowndouble colon in MODULE PROCEDURE statement at %Ldouble linked list of assembler names corrupteddouble linked list of clones corrupteddue to different exception specificationsduplicate %<_Atomic%>duplicate %<_Thread_local%> or %<__thread%>duplicate %<const%>duplicate %<default%> case in %<_Generic%>duplicate %<mutable%>duplicate %<restrict%>duplicate %<volatile%>duplicate %qDduplicate %qEduplicate %qE declaration specifierduplicate %qsduplicate (or overlapping) case valueduplicate asm operand name %qsduplicate base type %qT invalidduplicate case valueduplicate cv-qualifierduplicate declaration for protocol %qEduplicate declaration of method %<%c%E%> with conflicting typesduplicate definition of '%s'duplicate explicit instantiation of %q#Dduplicate explicit instantiation of %q#Tduplicate initialization of %qDduplicate insn UID: %iduplicate instance variable %q+Dduplicate interface declaration for category %<%E(%E)%>duplicate interface declaration for class %qEduplicate label %qDduplicate label declaration %qEduplicate member %q+Dduplicate virt-specifierduplicated %<if%> conditionduring -fcompare-debug recompilationdwarf version %d is not supporteddynamic dependency %s not founddynamic exception specifications are deprecated in C++11dynamic_cast of %q#D to %q#T can never succeedeach undeclared identifier is reported only once for each function it appears inedge %s->%s has no corresponding call_stmtedge from %d to %d should be marked irreducibleedge from %d to %d should not be marked irreducibleedge points to wrong declaration:either -fopenacc or -fopenmp must be setelaborated-type-specifier for a scoped enum must not use the %<%D%> keywordelement types must be the sameelement_number(): Bad dimension typeelemental binary operationelemental function arguments at %C are not compliantelemental procedureelements of array %q#D have incomplete typeelements of array %q#T have incomplete typeembedded %<\0%> in formatemit_fusion_p9_load not MEMemit_fusion_p9_load, bad reg #1emit_fusion_p9_load, bad reg #2emit_fusion_p9_store not MEMemit_fusion_p9_store, bad reg #1emit_fusion_p9_store, bad reg #2emitting PIC operand, but PIC register isn%'t set upemitting conditional microcode insn %s	[%s] #%demitting microcode insn %s	[%s] #%dempty declarationempty declaration with %<_Alignas%> does not redeclare tagempty declaration with storage class specifier does not redeclare tagempty declaration with type qualifier does not redeclare tagempty decomposition declarationempty enum is invalidempty index range in initializerempty initializer for lambda init-captureempty initializer in lambda init-captureempty introduction-listempty left precision in %s formatempty precision in %s formatempty range specifiedempty scalar initializerempty struct has size 0 in C, size 1 in C++empty union has size 0 in C, size 1 in C++enable conditional move instruction usage.enable pass %s for function %senable pass %s for functions in the range of [%u, %u]enabling backtrace support is only meaningful when compiling for the Thumbenabling callee interworking support is only meaningful when compiling for the Thumbenclosing OpenACC %qs constructenclosing class of constexpr non-static member function %q+#D is not a literal typeenclosing class templates are not explicitly specializedenclosing target regionenclosing taskend insn %d for block %d not found in the insn streamend of implied-do loop at %L could not be simplified to a constant valueenum constant defined hereenum constant in boolean contextenum conversion in assignment is invalid in C++enum conversion in initialization is invalid in C++enum conversion in return is invalid in C++enum conversion when passing argument %d of %qE is invalid in C++enum type defined hereenumeral and non-enumeral type in conditional expressionenumeral mismatch in conditional expression: %qT vs %qTenumeration value %qE not handled in switchenumeration values exceed range of largest integerenumerator value %E is outside the range of underlying type %<%T%>enumerator value for %qD is not an integer constantenumerator value for %qD must have integral or unscoped enumeration typeenumerator value for %qE is not an integer constantenumerator value for %qE is not an integer constant expressionenvironment variable %qs not definedenvironment variable COLLECT_GCC must be setenvironment variable COLLECT_GCC_OPTIONS must be setenvironment variable DJGPP not definedenvironment variable DJGPP points to corrupt file '%s'environment variable DJGPP points to missing file '%s'environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wderrorerror closing %s: %merror in args to spec function %qserror in removing %s
  error writing %qserror writing to %s: %merror: errors during merging of translation unitseval_intrinsic(): Bad operatoreval_type_intrinsic0(): op NULLexception cleanup for this placement new selects non-placement operator deleteexception handling disabled, use -fexceptions to enableexception handling personality mismatchexception of type %<%T%> will be caughtexception of type %qT will be caughtexcess elements in array initializerexcess elements in char array initializerexcess elements in scalar initializerexcess elements in struct initializerexcess elements in union initializerexcess elements in vector initializerexcess use operand for stmtexecution count is negativeexecution counts assumed to be zero
  execution counts estimated
! exit %d->%d not recordedexpand_binop failed in movsi gotexpansion pattern %<%E%> contains no argument packsexpansion pattern %<%T%> contains no argument packsexpansion point is location %iexpected %<#pragma acc%> clauseexpected %<#pragma omp section%> or %<}%>expected %<#pragma omp%> clauseexpected %<#pragma simd%> clauseexpected %<(%>expected %<(%> or end of lineexpected %<)%>expected %<*%>expected %<+%>, %<*%>, %<-%>, %<&%>, %<^%>, %<|%>, %<&&%>, %<||%> or identifierexpected %<,%>expected %<,%> or %<)%>expected %<,%> or %<)%> after %qEexpected %<,%> or %<...%>expected %<,%> or %<;%>expected %<,%> or %<}%>expected %<,%>, %<;%> or %<}%>expected %<.%>expected %<...%>expected %<:%>expected %<:%> or %<...%>expected %<:%> or %<::%>expected %<:%> or numeralexpected %<:%>, %<,%>, %<;%>, %<}%> or %<__attribute__%>expected %<::%>expected %<;%>expected %<;%> after class definitionexpected %<;%> after struct definitionexpected %<;%> after union definitionexpected %<;%> at end of member declarationexpected %<;%> or %<{%>expected %<;%> or %<{%> after method attribute definitionexpected %<;%>, %<,%> or %<)%>expected %<;%>, identifier or %<(%>expected %<<%>expected %<=%>expected %<=%>, %<,%>, %<;%>, %<asm%> or %<__attribute__%>expected %<>%>expected %<@end%>expected %<@synchronized%>expected %<@throw%>expected %<@try%>expected %<[%>expected %<]%>expected %<_Cilk_spawn%> before %<_Cilk_sync%>expected %<__label__%>expected %<__transaction_atomic%>expected %<__transaction_relaxed%>expected %<asm%>expected %<catch%>expected %<class%>expected %<class%> or %<typename%>expected %<class%>, %<typename%>, or %<template%>expected %<data%>expected %<data%>, %<update%>, %<enter%> or %<exit%>expected %<declare%>expected %<decltype%>expected %<delete%>expected %<extern%>expected %<for%> after %qsexpected %<namespace%>expected %<new%>expected %<none%>expected %<none%> or %<shared%>expected %<omp_priv%> or function-nameexpected %<operator%>expected %<parallel%> or %<target%> %<if%> clause modifierexpected %<point%>expected %<return%>expected %<scalar%>expected %<simd%> or %<reduction%> or %<target%>expected %<static_assert%>expected %<target%>expected %<template%>expected %<throw%>expected %<tofrom%>expected %<try%>expected %<using%>expected %<while%>expected %<{%>expected %<{%> or %<:%>expected %<}%>expected %<}%> before %<else%>expected %<~%>expected %d levels of template parms for %q#D, got %dexpected %qT but argument is of type %qTexpected %qs %<if%> clause modifier rather than %qsexpected ...expected [big-endian|little-endian|default] after %<#pragma scalar_storage_order%>expected [error|warning|ignored|push|pop] after %<#pragma GCC diagnostic%>expected a string after %<#pragma message%>expected an SSA_NAME objectexpected an identifier for the attribute nameexpected array notation expressionexpected attribute before %<...%>expected binary operatorexpected boolean expressionexpected boolean typeexpected case label or goto statementexpected channelexpected class nameexpected class-keyexpected class-nameexpected constructor, destructor, or type conversionexpected declarationexpected declaration or statementexpected declaration specifiersexpected declaration specifiers or %<...%>expected declaratorexpected else statementexpected empty string after %<operator%> keywordexpected end of capture-listexpected end of lineexpected expressionexpected expression-list or type-idexpected functionexpected function nameexpected function-name %<(%>expected goto expressionexpected id-expressionexpected id-expression (arguments)expected identifierexpected identifier or %<(%>expected identifier or %<)%>expected identifier or %<*%>expected initializerexpected integerexpected integer expressionexpected integer expression before ')'expected interface or pointer to interfaceexpected iteration declaration or initializationexpected iteration-statementexpected jump-statementexpected labelexpected labeled-statementexpected map index on right hand sideexpected namespace-nameexpected nested-name-specifierexpected numeric typeexpected operatorexpected parameter pack before %<...%>expected pass nameexpected pointerexpected primary-expressionexpected ptr-operatorexpected qualified name in friend declaration for constructor %qDexpected qualified name in friend declaration for destructor %qDexpected selection-statementexpected semicolonexpected specifier-qualifier-listexpected statementexpected string literalexpected string-literalexpected suffix identifierexpected template-argumentexpected template-idexpected template-id for typeexpected template-nameexpected type specifierexpected type-nameexpected type-specifierexpected unqualified-idexpected variable-nameexplicit by-copy capture of %<this%> redundant with by-copy capture defaultexplicit by-copy capture of %qD redundant with by-copy capture defaultexplicit by-reference capture of %qD redundant with by-reference capture defaultexplicit conversion operators only available with -std=c++11 or -std=gnu++11explicit deduction guides not considered for copy-initializationexplicit goto at end of bb %dexplicit instantiation of %q#Dexplicit instantiation of %q#T before definition of templateexplicit instantiation of %qD but no definition availableexplicit instantiation of %qD in namespace %qD (which does not enclose namespace %qD)explicit instantiation of %qD outside its namespace must use a nested-name-specifierexplicit instantiation of non-class template %qDexplicit instantiation of non-template %q#Dexplicit instantiation of non-template type %qTexplicit instantiation shall not use %<constexpr%> specifierexplicit instantiation shall not use %<inline%> specifierexplicit qualification in declaration of %qDexplicit register variable %qD may not be modified in spawnexplicit specialization declared %<concept%>explicit specialization in non-namespace scope %qDexplicit specialization of %qD after first useexplicit specialization of %qD must be introduced by %<template <>%>explicit specialization of %qD outside its namespace must use a nested-name-specifierexplicit specialization of function concept %qDexplicit specialization of non-template %qTexplicit template argument list not allowedexplicit template specialization cannot have a storage classexplicitly defaulted function %q+D cannot be declared as constexpr because the implicit declaration is not constexpr:explicitly used regs must be grouped at top of stackexponent-letter 'q' in real-literal-constant at %Cexpr in !$OMP ATOMIC WRITE assignment var = expr must be scalar and cannot reference var at %Lexpr in !$OMP ATOMIC assignment var = var op expr must be scalar and cannot reference var at %Lexpression %qE does not designate a constexpr functionexpression %qE has side-effectsexpression %qE is not a constant expressionexpression cannot be used as a functionexpression in new-declarator must have integral or enumeration typeexpression in static assertion is not an integerexpression in static assertion is not an integer constant expressionexpression in static assertion is not constantexpression list treated as compound expression in functional castexpression list treated as compound expression in initializerexpression list treated as compound expression in mem-initializerexpression must be integralexpression of abstract class type %qT cannot be used in throw-expressionexpression statement has incomplete typeexpression_rank(): Two array specsextend_ref(): Bad tailextended initializer lists only available with -std=c++11 or -std=gnu++11extended registers have no high halvesextern declaration of %q#D doesn%'t matchextern declaration of %q+D follows declaration with no linkageextern model globalvalueexternal TLS initialization functions not supported on this targetexternal linkage required for symbol %q+D because of %qE attributeexternally visible inline cloneextra %<;%>extra brace group at end of initializerextra elements in scalar initializerextra outgoing edge %d->%dextra qualification %<%T::%> on member %qsextra qualification not allowedextra semicolonextra semicolon in method definition specifiedextra semicolon in struct or union specifiedextra type qualifiers in format argument (argument %d)fail to initialize plugin %sfailed to create map component '%s'failed to create union component '%s'failed to expand built-in functionfailed to get exit status: %mfailed to get process times: %mfailed to open temporary file %s for LTO outputfailed to open temporary file %s with LTO outputfailed to reclaim unneeded functionfailed to reclaim unneeded function in same comdat groupfailure memory model cannot be stronger than success memory model for %<__atomic_compare_exchange%>failure to simplify substring reference in DATA statement at %Lfailure trying to reload:fallthru edge after a control statement in bb %dfallthru edge after unconditional jump in bb %ifallthru edge crosses section boundary in bb %ifallthru to exit from bb %dfast enumeration is not available in Objective-C 1.0fastcall and cdecl attributes are not compatiblefastcall and regparm attributes are not compatiblefastcall and stdcall attributes are not compatiblefastcall and thiscall attributes are not compatiblefatal error: fclose %s: %mfe_runtime_error string must be null terminatedfe_runtime_error: Wrong number of arguments (%d instead of %d)field %q#D with same name as classfield %q+D invalidly declared function typefield %q+D invalidly declared method typefield %qD has incomplete type %qTfield %qE declared as a functionfield %qE has incomplete typefield name not in record or union initializerfield precision specifierfield widthfield width in printf formatfield width in scanf formatfield width in strfmon formatfield width in strftime formatfield width specifierfields has different layout in another translation unitfile %qs left but not enteredfile ends in default argumentfile-scope declaration of %qE specifies %<auto%>file-scope declaration of %qE specifies %<register%>fill characterfill character in strfmon formatfind_array_spec(): Missing specfind_array_spec(): unused as(1)find_array_spec(): unused as(2)find_enum(): Enum not foundfini function found in object %sfirst argument must be []bytefirst argument of %q+D should be %<int%>first argument to %<__builtin_call_with_static_chain%> must be a call expressionfirst argument to %<__builtin_choose_expr%> not a constantfirst argument to %<va_arg%> not of type %<va_list%>first mismatch is fieldfirst offset must be in opposite direction of loop iterationsfixed ebp register requires %<-maccumulate-outgoing-args%>fixed register %s used to pass parameter to functionfixed-point overflow in expressionfixed-point types not supported for this targetfixed-point types not supported in C++flexible array member %qD in an otherwise empty %q#Tflexible array member %qD not at end of %q#Tflexible array member in a struct with no named membersflexible array member in unionflexible array member not at end of structfloating constant exceeds range of %qTfloating constant misusedfloating constant truncated to zerofloating literal exceeds range of %qT typefloating literal truncated to zerofloating point overflow in expressionfloating-point constant not a valid immediate operandflow control insn inside a basic blockfold check: original tree changed by foldfold of empty expansion over %Ofold-expressions only available with -std=c++1z or -std=gnu++1zfopen %s: %mfopen: %s: %mfor %qDfor a function-style cast, remove the redundant %<::%D%>for deduction to %<std::initializer_list%>, use copy-list-initialization (i.e. add %<=%> before the %<{%>)for increment expression cannot resolve address of overloaded functionfor increment expression has no effectfor increment expression is a reference, not call, to function %qEfor pointer type length expression must be specifiedfor statement expectedfor template declaration %q+Dfor the option -mcache-block-size=X, the valid X must be: 4, 8, 16, 32, 64, 128, 256, or 512for the option -misr-vector-size=X, the valid X must be: 4 or 16for unknown bound array type length expression must be specifiedfor, while or do statement expectedformatformat argument %d unused before used argument %d in $-style formatformat argument %d used more than once in %s formatformat is a wide character stringformat not a string literal and no format argumentsformat not a string literal, argument types not checkedformat not a string literal, format string not checkedformat string argument follows the args to be formattedformat string argument is not a string typeformat string has invalid operand numberformat string is defined hereforming pointer to qualified function type %qTforming pointer to reference type %qTforming reference to qualified function type %qTforming reference to reference type %qTforming reference to voidforward declaration of %q#Tfound %<%c%s%>found %<-%E%> instead of %<+%E%> in protocol(s)found %<:%> in nested-name-specifier, expected %<::%>found a %qT but the format argument should be a stringfound a default name with a non-empty defining statementfound a real definition for a non-registerfound a virtual definition for a GIMPLE registerfound an SSA_NAME that had been released into the free poolfound default case not at the start of case vectorfp software completion requires -mtrap-precision=ifr30_print_operand: invalid %%F codefr30_print_operand: invalid %%x codefr30_print_operand: invalid operand to %%A codefr30_print_operand: unhandled MEMfr30_print_operand: unknown codefr30_print_operand: unrecognized %%B codefr30_print_operand: unrecognized %%b codefr30_print_operand: unrecognized %%p codefr30_print_operand_address: unhandled addressframe pointer required, but reservedframe size of %qs is %wd bytesframe size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added.frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function.frame size too large for reliable stack checkingfree_expr0(): Bad expr typefree_pi_tree(): Unresolved fixupfriend declaration %q#D declares a non-template functionfriend declaration %qD in local class without prior declarationfriend declaration %qD is not visible to explicit specializationfriend declaration %qD may not have virt-specifiersfriend declaration does not name a class or functionfriend declaration herefriend declaration not in class definitionfriend declaration requires class-key, i.e. %<friend %#T%>friend declaration requires class-key, i.e. %<friend class %T::%D%>from previous declaration %qFfrv_print_operand: unknown codefunc can only be compared to nilfunction %q#D is initialized like a variablefunction %q+D defaulted on its redeclaration with an exception-specification that differs from the implicit exception-specification %qXfunction %q+D definition is marked dllimportfunction %q+D part of alias cyclefunction %q+F can never be copied because it receives a non-local gotofunction %q+F can never be copied because it saves address of local label in a static variablefunction %q+F can never be inlined because it contains a computed gotofunction %q+F can never be inlined because it is suppressed using -fno-inlinefunction %q+F can never be inlined because it uses __builtin_return or __builtin_apply_argsfunction %q+F can never be inlined because it uses alloca (override using the always_inline attribute)function %q+F can never be inlined because it uses attributes conflicting with inliningfunction %q+F can never be inlined because it uses non-local gotofunction %q+F can never be inlined because it uses setjmpfunction %q+F can never be inlined because it uses setjmp-longjmp exception handlingfunction %q+F can never be inlined because it uses variable argument listsfunction %qD declared %<virtual%> inside a unionfunction %qD is initialized like a variablefunction %qD might be a candidate for %qs format attributefunction %qD redeclared as variablefunction %qD used as %<asm%> outputfunction %qs cannot be declared %<mutable%>function attribute mismatchfunction attributes %qs and %qs have no effect on %qs functionfunction attributes %qs, %qs and %qs are mutually exclusivefunction body can be overwritten at link timefunction body not availablefunction call has aggregate valuefunction called through a non-compatible typefunction cannot be instrumentedfunction declaration isn%'t a prototypefunction declared %<noreturn%> has a %<return%> statementfunction definition declared %<auto%>function definition declared %<register%>function definition declared %<typedef%>function definition declared %qsfunction definition does not declare parametersfunction definition has qualified void return typefunction does not return string typefunction may return address of local variablefunction not considered for inliningfunction not declared inline and code size would growfunction not inlinablefunction not inline candidatefunction or array type %qT in %<#pragma omp declare reduction%>function or array type in %<#pragma omp declare reduction%>function result count mismatchfunction return type cannot be functionfunction return types not compatible due to %<volatile%>function returning a functionfunction returning an arrayfunction returns address of labelfunction returns address of local variablefunction returns an aggregatefunction symbol is not functionfunction template %qD redeclared as a class templatefunction template-id %qD in nested-name-specifierfunction types not truly compatible in ISO Cfunction with qualified void return type calledfunction-scope %qE implicitly auto and declared %qsfunction-scope %qs implicitly auto and declared %<__thread%>function_profiler supportfunction_profiler support for MMIXfunctional cast to array type %qTgarbage at end of '#pragma nomember_alignment'gcc driver version %s %sexecuting gcc version %s
  gcc version %s %s
  gcov %s%s
  generic thunk code fails for method %qD which uses %<...%>get_mpz(): Not an integer constantgetting core file size maximum limit: %mgfc_add_interface(): Bad interface typegfc_arith_divide(): Bad basic typegfc_arith_error(): Bad error codegfc_arith_minus(): Bad basic typegfc_arith_plus(): Bad basic typegfc_arith_times(): Bad basic typegfc_arith_uminus(): Bad basic typegfc_array_dimen_size(): Bad EXPR_ARRAY exprgfc_array_dimen_size(): Bad dimensiongfc_ascii_statement(): Bad statement codegfc_basic_typename(): Undefined typegfc_caf_attr(): Bad array referencegfc_caf_attr(): Expression isn't a variablegfc_check_dependency: expecting an EXPR_VARIABLEgfc_check_digit(): bad radixgfc_code2string(): Bad codegfc_compare_array_spec(): Array spec clobberedgfc_compare_derived_types: invalid derived typegfc_compare_expr(): Bad basic typegfc_conv_constant_to_tree(): invalid type: %sgfc_convert_constant(): Unexpected typegfc_copy_expr(): Bad expr nodegfc_find_array_ref(): No ref foundgfc_free_statement(): Bad statementgfc_get_constant_expr(): locus %<where%> cannot be NULLgfc_get_default_type(): Bad symbol %qsgfc_global_used(): Bad typegfc_is_constant_expr(): Unknown expression typegfc_match(): Bad match code %cgfc_match_sym_complex_part(): Bad typegfc_op2string(): Bad codegfc_range_check() returned bad valuegfc_range_check(): Bad typegfc_ref_dimen_size(): Bad dimen_typegfc_ref_dimen_size(): Bad dimensiongfc_resolve_blocks(): Bad block typegfc_resolve_code(): Bad statement codegfc_resolve_code(): No expression on DO WHILEgfc_resolve_expr(): Bad expression typegfc_set_default_type(): symbol already has a typegfc_simplify_abs(): Bad typegfc_simplify_dcmplx(): Bad type (x)gfc_simplify_dcmplx(): Bad type (y)gfc_simplify_dim(): Bad typegfc_simplify_floor(): Bad kindgfc_simplify_log: bad typegfc_simplify_mod(): Bad argumentsgfc_simplify_modulo(): Bad argumentsgfc_trans_code(): Bad statement codegfc_trans_omp_workshare(): Bad statement codegfc_trans_select(): Bad type for case expr.gfc_typename(): Undefined typegfc_validate_kind(): Got bad kindgfc_validate_kind(): Got bad typegfc_variable_attr(): Bad array referencegfc_variable_attr(): Expression isn't a variablegfortran does not support -E without -cppgfortran: Only one %<-J%> option allowedgimple call has no targetgimple call has two targetsgimple check: expected %s(%s), have %s(%s) in %s, at %s:%dgimple_bb (phi) is set to a wrong basic blockgimple_bb (stmt) is set to a wrong basic blockgimplification failedglobal constructors not supported on this targetglobal declaration %q#Dglobal destructors not supported on this targetglobal qualification of class name is invalidglobal register variable %qD used in nested functionglobal register variable follows a function definitionglobal register variable has initial valueglobal/static variable assignment has been interceptedgot %d template parameters for %q#Dgot %d template parameters for %q#Tgoto destination is neither a label nor a pointergp is constant (but save/restore gp on indirect calls).gp_offset (%ld) or end_offset (%ld) is less than zerohad to relocate PCHhard-float MIPS16 code for ABIs other than o32 and o64hardware decimal floating point instructions not available in ESA/390 modehardware decimal floating point instructions not available on %shardware vector support not available on %shardware vector support not available with -msoft-floathas different parameters in another translation unithas different return value in another translation unithead insn %d for block %d not found in the insn streamherehigh bound %qE above array section size in %qs clausehwcap %s is an invalid argument to builtin %siWMMXt and NEON are incompatibleiWMMXt unsupported under Thumb modeia64_print_operand: unknown codeidentical_array_ref(): inconsistent dimensionsidentifier %qE conflicts with C++ keywordidentifier %qE is a keyword in C++11identifier expected after %<@protocol%>if any %<if%> clause has modifier, then all %<if%> clauses have to use modifierif statement cannot contain %<Cilk_spawn%>if this code is reached, the program will abortifunc is not supported in this configurationifunc is not supported on this targetignoring #pragma %s %signoring %<#pragma align%> for explicitly aligned %q+Dignoring %<#pragma omp declare simd%> on function with %<_Atomic%> qualified non-%<uniform%> argumentignoring %<#pragma omp declare simd%> on function with %<_Atomic%> qualified return typeignoring %qD attribute on anonymous namespaceignoring %qD attribute on non-inline namespaceignoring %qE attribute applied to template instantiation %qTignoring %qE attribute applied to template specialization %qTignoring -fschedule-insns because of exception handling bugignoring asm-specifier for non-static local variable %q+Dignoring attributes applied to %qT after definitionignoring attributes applied to class type %qT outside of definitionignoring attributes applied to dependent type %qT without an associated declarationignoring attributes in template argument %qEignoring attributes on template argument %qTignoring duplicate directory "%s"
  ignoring large linear stepignoring loop annotationignoring malformed #pragma longcallignoring nonexistent directory "%s"
  ignoring packed attribute because of unpacked non-POD field %q#Dignoring possibly conflicting option %<-fopt-info-%s%>ignoring return value of %qD, declared with attribute nodiscardignoring return value of %qD, declared with attribute warn_unused_resultignoring return value of function declared with attribute warn_unused_resultignoring returned value of type %qT, declared with attribute nodiscardignoring sink clause with offset that is not a multiple of the loop stepignoring unknown option %q.*s in %<-fdump-%s%>ignoring unrecognized switch %<-mcustom-fpu-cfg%> value %<%s%>ignoring zero linear stepillegal OP in optimize_comparisonillegal aggregate type %qE specified for instance variable %qsillegal operand illegal operand address (1)illegal operand address (2)illegal operand address (3)illegal operand address (4)illegal operand detectedillegal reference type specified for instance variable %qsimplicit conversion from %qT to %qT to match other operand of binary expressionimplicit conversion from %qT to %qT to match other result of conditionalimplicit conversion from %qT to %qT when passing argument to functionimplicit declaration of function %qEimplicit declaration of function %qE; did you mean %qs?implicit dereference will not access object of type %qT in for increment expressionimplicit dereference will not access object of type %qT in left operand of comma operatorimplicit dereference will not access object of type %qT in right operand of comma operatorimplicit dereference will not access object of type %qT in second operand of conditional expressionimplicit dereference will not access object of type %qT in statementimplicit dereference will not access object of type %qT in third operand of conditional expressionimplicit mapping of assumed size array %qDimplicit templates may not be %<virtual%>implicit this pointer type mismatchimplicit_section flag is set but section isn'timplicitly popped regs must be grouped at top of stackimplied END DOimport_iso_c_binding_module(): Unable to create symbol for %simpossible constraint in %<asm%>impossible register constraint in %<asm%>impossible type assertion: type does not implement interfacein %s, at %s:%din C++03 a class-key must be used when declaring a friendin C++11 and above a default constructor can be explicitin C++11 destructors default to noexceptin C++11 this throw will terminate because destructors default to noexceptin C++98 %<template%> (as a disambiguator) is only allowed within templatesin C++98 %q+D may not be static because it is a member of a unionin C++98 %qD must be initialized by constructor, not by %<{...}%>in a call to allocation function %qD declared herein a call to built-in allocation function %qDin a call to built-in function %qDin a call to function %qD declared herein argument to unary !in basic block %d:in call to %qD, declared herein declaration %q+Din definition of macro %qsin expansion of macro %qsin gfc_simplify_acos(): Bad typein gfc_simplify_acosh(): Bad typein gfc_simplify_asin(): Bad typein gfc_simplify_asinh(): Bad typein gfc_simplify_atan(): Bad typein gfc_simplify_atan2d(): Bad typein gfc_simplify_atanh(): Bad typein gfc_simplify_atrigd(): Bad typein gfc_simplify_cos(): Bad typein gfc_simplify_exp(): Bad typein gfc_simplify_sin(): Bad typein gfc_simplify_trigd(): Bad typein initialization of decomposition variable %qDin passing argument %P of %qDin simplify_trig_call(): Bad intrinsicin statementin template argument for type %qT in the definition of %q#Tin-class initialization of static data member %q#D of incomplete typein-class initialization of static data member %q#D of non-literal typeinaccessible plugin file %s expanded from short plugin name %s: %minappropriate accumulator for %qsinclude %qs or provide a declaration of %qDincoming edge count does not match number of PHI argumentsincompatible address space qualifiers %qs and %qsincompatible data clause with reduction on %qE; promoting to present_or_copyincompatible floating point / vector register operand for '%%%c'incompatible implicit declaration of built-in function %qDincompatible implicit declaration of function %qDincompatible type for argument %d of %qEincompatible type for map indexincompatible type for method %s%s%sincompatible type for method %s%s%s (%s)incompatible type for receiverincompatible types in PHI argument %uincompatible types in assignment of %qT to %qTincompatible types in binary expressionincompatible types in sendincompatible types when assigning to type %qT from type %qTincompatible types when initializing type %qT using type %qTincompatible types when returning type %qT but %qT was expectedincompatible vector types in conditional expression: %qT, %qT and %qTincomplete implementation of category %qEincomplete implementation of class %qEincomplete type %qT does not have member %qDincomplete type %qT used in nested name specifierinconsistent begin/end types in range-based %<for%> statement: %qT and %qTinconsistent deduction for %qT: %qT and then %qTinconsistent deduction for auto return type: %qT and then %qTinconsistent instance variable specificationinconsistent operand constraints in an %<asm%>inconsistent types %qT and %qT deduced for lambda return typeinconsistent user-defined literal suffixes %qD and %qD in string literalincorrect comparison modeincorrect entry in label_to_block_mapincorrect format in scaling, using 1/1
! incorrect hint operandincorrect insn:incorrect number of arguments to function %qEincorrect number of vector CONSTRUCTOR elementsincorrect rounding operandincorrect setting of landing pad numberincorrect sharing of tree nodesincorrect type of vector CONSTRUCTOR elementsincorrectly nested OpenACC loop parallelismincrement expression refers to iteration variable %qDincrement of a boolean expressionincrement of constant field %qDincrement of enumeration value is invalid in C++increment of function %qDincrement of member %qD in read-only objectincrement of pointer to an incomplete type %qTincrement of read-only location %qEincrement of read-only member %qDincrement of read-only named return value %qDincrement of read-only parameter %qDincrement of read-only reference %qDincrement of read-only variable %qDincremented enumerator value is too large for %<unsigned long%>index %E denotes an offset greater than size of %qTindex in dimension %d is out of bounds at %Lindex must be integerindex value instead of field name in union initializerindex value is out of boundindirect call frequency %i does not match BB frequency %iindirect function %q+D cannot be declared weakindirect function %q+D cannot be declared weakrefindirect function call with a yet undetermined calleeindirect jumps are not available on this targetindirection will not access object of incomplete type %qT in for increment expressionindirection will not access object of incomplete type %qT in left operand of comma operatorindirection will not access object of incomplete type %qT in right operand of comma operatorindirection will not access object of incomplete type %qT in second operand of conditional expressionindirection will not access object of incomplete type %qT in statementindirection will not access object of incomplete type %qT in third operand of conditional expressionindirection will not access object of non-trivially-copyable type %qT in for increment expressionindirection will not access object of non-trivially-copyable type %qT in left operand of comma operatorindirection will not access object of non-trivially-copyable type %qT in right operand of comma operatorindirection will not access object of non-trivially-copyable type %qT in second operand of conditional expressionindirection will not access object of non-trivially-copyable type %qT in statementindirection will not access object of non-trivially-copyable type %qT in third operand of conditional expressioninferred scalar type %qT is not an integer or floating point type of the same size as %qTinherited constructor %qD is not constexprinheriting constructors only available with -std=c++11 or -std=gnu++11init function found in object %sinit-statement in selection statements only available with -std=c++1z or -std=gnu++1zinit_arglist(): too many argumentsinitialization discards %qv qualifier from pointer target typeinitialization from distinct Objective-C typeinitialization from incompatible pointer typeinitialization from pointer to non-enclosed address spaceinitialization left-hand side might be a candidate for a format attributeinitialization makes %q#v qualified function pointer from unqualifiedinitialization makes integer from pointer without a castinitialization makes pointer from integer without a castinitialization of a flexible array memberinitialization of common block variable %qs in DATA statement at %Cinitialization of flexible array member in a nested contextinitialization of new-expression for type %<auto%> requires exactly one elementinitialization of non-const reference type %q#T from rvalue of type %qTinitialization of volatile reference type %q#T from rvalue of type %qTinitializations for multiple members of %qTinitialized field overwritteninitialized field with side-effects overwritteninitialized variable %q+D is marked dllimportinitializer element is not a constant expressioninitializer element is not computable at load timeinitializer element is not constantinitializer ends prematurelyinitializer expression refers to iteration variable %qDinitializer fails to determine size of %q+Dinitializer fails to determine size of %qDinitializer fails to determine size of %qTinitializer for %<decltype(auto) %D%> has function type (did you forget the %<()%> ?)initializer for %q#D is invalidinitializer for %qT must be brace-enclosedinitializer for flexible array member %q#Dinitializer for floating value is not a floating constantinitializer for integer/fixed-point value is too complicatedinitializer in range-based %<for%> loopinitializer invalid for static member with constructorinitializer provided for functioninitializer specified for friend function %qDinitializer specified for non-virtual method %q+Dinitializer specified for static member function %qDinitializer-string for array of chars is too longinjected-class-name %qD used as template template argumentinline clone in same comdat group listinline clone is forced to outputinline clone with address takeninline code to invalidate instruction cache entries after setting up nested function trampolines.inline declaration of %qD follows declaration with attribute noinlineinline function %q+D declared as  dllimport: attribute ignoredinline function %q+D declared but never definedinline function %q+D declared weakinline function %q+D given attribute noinlineinline function %qD given attribute noinlineinline function %qD used but never definedinline namespaces only available with -std=c++11 or -std=gnu++11inline variables are only available with -std=c++1z or -std=gnu++1zinlined_to pointer is set but no predecessors foundinlined_to pointer is wronginlined_to pointer refers to itselfinlined_to pointer set for noninline callersinlining failed in call to %q+F: %sinlining failed in call to always_inline %q+F: %sinner loop uses same OpenACC parallelism as containing loopinput file %qs is the same as output fileinput operand constraint contains %qcinsert_bbt(): Duplicate key found!insertion out of range in BIT_INSERT_EXPRinsn %d basic block pointer is %d, should be %dinsn %d in footer of bb %d has non-NULL basic blockinsn %d in header of bb %d has non-NULL basic blockinsn %d is in multiple basic blocks (%d and %d)insn %d outside of basic blocks has non-NULL bb fieldinsn addresses not freedinsn contains an invalid address !insn does not satisfy its constraints:insn outside basic blockinsn with UID %i not found for operand %i (`%s') of insn %iinsn with UID %i not found for operand %i of insn %iinstall: %s%s
! installation error, can't find crtoffloadtable.oinstance variable %qE accessed in class methodinstance variable %qE is %s; this will be a hard error in the futureinstance variable %qE is declared %sinstance variable %qE is declared privateinstance variable %qs has unknown sizeinstance variable %qs is declared privateinstance variable %qs uses flexible array memberinstance variable assignment has been interceptedinstruction never executedinstruction scheduling not supported on this target machineinsufficient arguments to overloaded function %sinsufficient contextual information to determine typeinsufficient partitioning available to parallelize element loopint-array initialized from incompatible wide stringint-array initialized from non-wide stringinteger constant is too large for %<unsigned long%> typeinteger division by zerointeger literal exceeds range of %qT typeinteger overflow in array sizeinteger overflow in expressionintegral expression %qE is not constantintegral result type precision does not match field size of BIT_FIELD_REFinter-module optimizations not implemented for C++interface %qE does not have valid constant string layoutinternal compiler errorinternal compiler error.  Bad address:internal compiler error.  Incorrect shift:internal compiler error.  Unknown mode:internal compiler error: internal consistency failureinternal error: bad register: %dinternal error: builtin function %s already processedinternal error: builtin function %s had an unexpected return type %sinternal error: builtin function %s, argument %d had unexpected argument type %sinternal error: cris_side_effect_mode_ok with bad operandsinternal error: sideeffect-insn affecting main effectinternal procedure %qs at %L conflicts with DUMMY argumentinternal unit in WRITEinterrupt Service Routines cannot be coded in Thumb modeinterrupt handlers cannot be MIPS16 functionsinterrupt handlers cannot have argumentsinterrupt service routine can only have a pointer argument and an optional integer argumentinterrupt service routine can't be called directlyinterrupt service routine can't have non-void return valueinterrupt service routine should have a pointer as the first argumentinterrupt service routine should have unsigned %sint as the second argumentinterrupt vector to %qE attribute is not vector=(sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5)interrupt_thread is available only on fidointrinsic register index is out of rangeintrinsic variable which isn't a procedureinvalid #pragma %sinvalid %%%c operandinvalid %%-codeinvalid %%A operandinvalid %%B operandinvalid %%C operandinvalid %%C valueinvalid %%D operandinvalid %%D valueinvalid %%E valueinvalid %%F valueinvalid %%G modeinvalid %%G valueinvalid %%H operandinvalid %%H specifierinvalid %%I operandinvalid %%J codeinvalid %%J valueinvalid %%K valueinvalid %%L operandinvalid %%L valueinvalid %%M operandinvalid %%M valueinvalid %%N operandinvalid %%N valueinvalid %%O valueinvalid %%P operandinvalid %%P valueinvalid %%R valueinvalid %%T valueinvalid %%U valueinvalid %%Y operandinvalid %%c operandinvalid %%d operandinvalid %%d valueinvalid %%e valueinvalid %%f operandinvalid %%f valueinvalid %%h operandinvalid %%h valueinvalid %%i operandinvalid %%j codeinvalid %%j operandinvalid %%j valueinvalid %%k valueinvalid %%m valueinvalid %%p valueinvalid %%q valueinvalid %%r operandinvalid %%r valueinvalid %%s operandinvalid %%s valueinvalid %%t operandinvalid %%t operand 'invalid %%t/%%b valueinvalid %%u valueinvalid %%v valueinvalid %%x valueinvalid %%xn codeinvalid %%y value, try using the 'Z' constraintinvalid 'asm': invalid (pointer) operands to plus/minusinvalid --param name %qsinvalid --param name %qs; did you mean %qs?invalid --param value %qsinvalid CASE_CHAINinvalid IACC argumentinvalid LHS in gimple callinvalid Objective-C++ selector nameinvalid OpenACC clause at file scopeinvalid PHI argumentinvalid PHI resultinvalid UNSPEC as operandinvalid UNSPEC as operand: %dinvalid _Literalinvalid abstract parameter type %qTinvalid abstract return type %qTinvalid abstract return type for function %q+#Dinvalid abstract return type for member function %q+#Dinvalid abstract type %qT for %qEinvalid abstract type for %q+Dinvalid access to non-static data member %qD in virtual base of NULL objectinvalid addressinvalid address for 'O' output modifierinvalid address for 'R' output modifierinvalid address for 'S' output modifierinvalid address operand in MEM_REFinvalid address operand in TARGET_MEM_REFinvalid addressing modeinvalid alignment for %<#pragma align%>, ignoringinvalid alignment value for __builtin_arc_alignedinvalid application of %<__alignof%> to a bit-fieldinvalid application of %<sizeof%> to a bit-fieldinvalid application of %<sizeof%> to a function typeinvalid application of %qs to a member functioninvalid application of %qs to a void typeinvalid application of %qs to array type %qT of incomplete element typeinvalid application of %qs to incomplete type %qTinvalid argument %d for builtin %qFinvalid argument %qs to -fdebug-prefix-mapinvalid argument of %qE attributeinvalid argument of %qs attributeinvalid argument of SQRT at %Linvalid argument to %qDinvalid argument to built-in functioninvalid argument to built-in function %sinvalid argument to gimple callinvalid argumentsinvalid array assignmentinvalid base-class specificationinvalid branch to/from %s structured blockinvalid case label in switch statementinvalid case range in switch statementinvalid cast from type %qT to type %qTinvalid cast of an rvalue expression of type %qT to type %qTinvalid cast to abstract class type %qTinvalid cast to function type %qTinvalid class name in declaration of %qDinvalid combination of multiple type-specifiersinvalid comparison code in gimple condinvalid comparison of generated arrayinvalid comparison of generated structinvalid comparison of nil with nilinvalid comparison of non-comparable arrayinvalid comparison of non-comparable structinvalid comparison of non-comparable typeinvalid comparison of non-ordered typeinvalid comparison operator for 'E' output modifierinvalid conditional operandinvalid const_cast from type %qT to type %qTinvalid const_cast of an rvalue of type %qT to type %qTinvalid const_double operandinvalid constantinvalid constant - try using an output modifierinvalid constant for output modifier '%c'invalid constant in %<#pragma %s%>invalid constant in %<#pragma pack%> - ignoredinvalid constant vector for output modifier '%c'invalid constrained type parameterinvalid constraints for operandinvalid constructor; you probably meant %<%T (const %T&)%>invalid controlling predicateinvalid conversion from %<__fpreg%>invalid conversion from %qT to %qTinvalid conversion in gimple callinvalid conversion in return statementinvalid conversion to %<__fpreg%>invalid conversion to type %qT from type %qTinvalid covariant return type for %q#Dinvalid covariant return type for %q+#Dinvalid cpu "%s" for %s"%s"%sinvalid data model option -mdata-model=%sinvalid declaration of %<%T::%E%>invalid declaration of member template in local classinvalid declaratorinvalid default argument for a template template parameterinvalid default case label in switch statementinvalid definition of qualified type %qTinvalid depend kindinvalid depend kind in omp %<ordered%> %<depend%>invalid dist_schedule kindinvalid element type for attribute %qsinvalid encoding prefix in literal operatorinvalid entry to %s structured blockinvalid exit from %s structured blockinvalid exit from OpenMP structured blockinvalid explicit specializationinvalid expression - try using an output modifierinvalid expression as operandinvalid expression for min lvalueinvalid expression for output modifier '%c'invalid expression type for %<#pragma omp atomic%>invalid failure memory model for %<__atomic_compare_exchange%>invalid feature modifier %qs for 'arch' target %sinvalid feature modifier %qs for 'cpu' target %sinvalid feature modifier in target %s %qsinvalid first operand of MEM_REFinvalid form of %<#pragma omp atomic%>invalid format of %sinvalid fpu for attribute(target("%s"))invalid function declarationinvalid function in gimple callinvalid grainsize for _Cilk_forinvalid id value for interrupt/exception attributeinvalid id value for reset attributeinvalid in-class initialization of static data member of non-integral type %qTinvalid increment expressioninvalid initial value for member %qEinvalid initialization of non-const reference of type %qT from an rvalue of type %qTinvalid initialization of reference of type %qT from expression of type %qTinvalid initializerinvalid initializer clauseinvalid initializer for %q#Dinvalid initializer for array member %q#Dinvalid initializer for member function %qDinvalid insn:invalid iterating variable in fast enumerationinvalid labels in gimple condinvalid left hand side of assignmentinvalid line in the resolution fileinvalid linkage-specificationinvalid location for %<pragma %s%>, ignoredinvalid lvalue in asm output %dinvalid map kindinvalid maskinvalid mask type in vector permute expressioninvalid member function declarationinvalid member template declaration %qDinvalid memory model argument %d of %qEinvalid memory model argument to builtininvalid memory model for %<__atomic_load%>invalid memory model for %<__atomic_store%>invalid new-expression of abstract class type %qTinvalid nmi function for reset attributeinvalid non-type template argumentinvalid non-vector operands to vector valued plusinvalid number of operands to __FMAinvalid offload table in %sinvalid offset operand in MEM_REFinvalid offset operand in TARGET_MEM_REFinvalid offset operand of MEM_REFinvalid operandinvalid operand addressinvalid operand code '%c'invalid operand for '%%%c'invalid operand for 'A' modifierinvalid operand for 'D' modifierinvalid operand for 'H' modifierinvalid operand for 'O' modifierinvalid operand for 'T' modifierinvalid operand for 'b' modifierinvalid operand for 'e' modifierinvalid operand for 'm' modifierinvalid operand for 'o' modifierinvalid operand for 'p' modifierinvalid operand for 'r' specifierinvalid operand for 'z' modifierinvalid operand for code '%c'invalid operand in indirect referenceinvalid operand in return statementinvalid operand in unary expressioninvalid operand in unary operationinvalid operand modifier letterinvalid operand output codeinvalid operand prefixinvalid operand prefix '%%%c'invalid operand size for operand code 'O'invalid operand size for operand code 'Z'invalid operand size for operand code 'z'invalid operand to %%H/%%L codeinvalid operand to %%M codeinvalid operand to %%N codeinvalid operand to %%O codeinvalid operand to %%Rinvalid operand to %%R codeinvalid operand to %%Sinvalid operand to %%T/%%B codeinvalid operand to %%U codeinvalid operand to %%V codeinvalid operand to %%Z codeinvalid operand to %%p codeinvalid operand to %%s codeinvalid operand to %%z codeinvalid operand to plus/minus, type is a pointerinvalid operand to pointer plus, first operand is not a pointerinvalid operand to pointer plus, second operand is not an integer type of appropriate widthinvalid operand to switch statementinvalid operand type used with operand code 'Z'invalid operands in binary operationinvalid operands in gimple comparisoninvalid operands in ternary operationinvalid operands of types %qT and %qT to binary %qOinvalid operands to array referenceinvalid operands to binary %s (have %qT and %qT)invalid operationinvalid operation (%s)invalid operation on %<__fpreg%>invalid operator for %<#pragma omp atomic%>invalid parameter %qsinvalid parameter combination for AltiVec intrinsic %sinvalid parameter combination for intrinsic %qsinvalid parameter type %qTinvalid pass positioning operationinvalid pointer mode %qsinvalid pointer to bit-field %qDinvalid position or size in BIT_INSERT_EXPRinvalid position or size operand to BIT_FIELD_REFinvalid private reduction on %qEinvalid proc_bind kindinvalid property declarationinvalid prototype for '%s'invalid punctuation %qc in constraintinvalid pure const state for functioninvalid pure specifier (only %<= 0%> is allowed)invalid qualifiers on non-member function typeinvalid qualifying scope in pseudo-destructor nameinvalid receive on send-only channelinvalid receiver type %qsinvalid redeclaration of %q+Dinvalid reduction-identifierinvalid reference for 'J' output modifierinvalid reference prefixinvalid register name for %q+Dinvalid resolution in the resolution fileinvalid return type %qT of constexpr function %q+Dinvalid rhs for gimple memory storeinvalid rtl sharing found in the insninvalid schedule kindinvalid second argument to %<__builtin_prefetch%>; using zeroinvalid send on receive-only channelinvalid setter, it must have one argumentinvalid shift operandinvalid static chain in gimple callinvalid static_cast from type %qT to type %qTinvalid storage class for function %qEinvalid target memregs value '%d'invalid template declaration of %qDinvalid template non-type parameterinvalid template-idinvalid third argument to %<__builtin_prefetch%>; using zeroinvalid type %<void%> for newinvalid type %qT as initializer for a vector of type %qTinvalid type %qT declared %<friend%>invalid type argument (have %qT)invalid type argument of %<->%> (have %qT)invalid type argument of %<->*%> (have %qT)invalid type argument of array indexing (have %qT)invalid type argument of implicit conversion (have %qT)invalid type argument of unary %<*%> (have %qT)invalid type for asm flag outputinvalid type for instance variableinvalid type for iteration variable %qEinvalid type for make functioninvalid type for parameter %d of constexpr function %q+#Dinvalid type for propertyinvalid types %<%T[%T]%> for array subscriptinvalid types in address space conversioninvalid types in conversion to floating pointinvalid types in conversion to integerinvalid types in fixed-point conversioninvalid types in nop conversioninvalid use of %%d, %%x, or %%Xinvalid use of %<...%> calling non-variadic functioninvalid use of %<...%> with builtin functioninvalid use of %<...%> with non-sliceinvalid use of %<::%>invalid use of %<_Cilk_spawn%>invalid use of %<auto%> in conversion operatorinvalid use of %<auto%> in default template argumentinvalid use of %<auto%> in exception-specificationinvalid use of %<auto%> in template argumentinvalid use of %<extern%> variable %qD in %<#pragma acc declare%>invalid use of %<global%> variable %qD in %<#pragma acc declare%>invalid use of %<restrict%>invalid use of %<this%> at top levelinvalid use of %<this%> in non-member functioninvalid use of %q#T with a flexible array member in %q#Tinvalid use of %q#T with a zero-size array in %q#Dinvalid use of %qDinvalid use of %qD in linkage specificationinvalid use of %qE to form a pointer-to-member-functioninvalid use of %qTinvalid use of '%%%c'invalid use of ':' modifierinvalid use of a pointer to an incomplete type in pointer arithmeticinvalid use of array indexing on pointer to memberinvalid use of array with unspecified boundsinvalid use of asm flag outputinvalid use of attribute %<fallthrough%>invalid use of brace-enclosed initializer listinvalid use of const_cast with type %qT, which is a pointer or reference to a function typeinvalid use of const_cast with type %qT, which is not a pointer, reference, nor a pointer-to-data-member typeinvalid use of constructor as a templateinvalid use of cv-qualified type %qT in parameter declarationinvalid use of dependent type %qTinvalid use of destructor %qD as a typeinvalid use of destructor %qE as a typeinvalid use of flexible array memberinvalid use of implicit conversion on pointer to memberinvalid use of incomplete type %q#Tinvalid use of incomplete typedef %qTinvalid use of label %q+D in %<_Cilk_spawn%>invalid use of member %qD (did you forget the %<&%> ?)invalid use of member %qD in static member functioninvalid use of member function %qD (did you forget the %<()%> ?)invalid use of method value as argument of Offsetofinvalid use of non-lvalue arrayinvalid use of non-static data member %qDinvalid use of non-static member function %qDinvalid use of non-static member function of type %qTinvalid use of nonstatic data member %qEinvalid use of pack expansion expressioninvalid use of qualified-name %<%D::%D%>invalid use of qualified-name %<%T::%D%>invalid use of qualified-name %<::%D%>invalid use of structure with flexible array memberinvalid use of template template parameter %qTinvalid use of template type parameter %qTinvalid use of template-id %qD in declaration of primary templateinvalid use of template-name %qE without an argument listinvalid use of typeinvalid use of type %<void%> in parameter declarationinvalid use of type %qT as a default value for a template template-parameterinvalid use of unary %<*%> on pointer to memberinvalid use of undefined type %qTinvalid use of void expressioninvalid use of volatile lvalue inside %<transaction_safe%> functioninvalid use of volatile lvalue inside transactioninvalid user-defined conversion from %qT to %qTinvalid value-initialization of reference typeinvalid vector comparison resulting typeinvalid vector type for attribute %qEinvalid version number %qsinvalid warm function for reset attributeinvalid zero extractinverted slice rangeio_kind_name(): bad I/O-kindipa inline summary is missing in input fileipa reference summary is missing in ltrans unitis_c_interoperable(): gfc_simplify_expr failedit is defined as a pointer in different address space in another translation unitit is defined as a pointer to different type in another translation unitit must be a pointer-to-member of the form %<&X::Y%>it must be the address of a function with external linkageit must be the name of a function with external linkageitem in READiterating variable in fast enumeration is not an objectiteration %s invokes undefined behavioriteration variable %qD should not be firstprivateiteration variable %qD should not be reductioniteration variable %qE is predetermined lineariteration variable %qE should be privateiteration variable %qE should not be firstprivateiteration variable %qE should not be lastprivateiteration variable %qE should not be lineariteration variable %qE should not be privateiteration variable %qE should not be reductioniteration variable cannot be volatileiterator variableits dest_idx should be %d, not %divar %qs used by %<@synthesize%> declaration must be an existing ivariwmmxt abi requires an iwmmxt capable cpuiwmmxt requires an AAPCS compatible ABI for proper operationjump into scope of identifier with variably modified typejump into statement expressionjump skips variable initializationjump to case labeljump to label %qDjunk at end of #pragma %sjunk at end of #pragma ADDRESSjunk at end of #pragma GCC memregs [0..16]junk at end of #pragma __nostandardjunk at end of #pragma __standardjunk at end of #pragma ghs endsdajunk at end of #pragma ghs endtdajunk at end of #pragma ghs endzdajunk at end of #pragma ghs interruptjunk at end of #pragma ghs sectionjunk at end of #pragma ghs startsdajunk at end of #pragma ghs starttdajunk at end of #pragma ghs startzdajunk at end of #pragma longcalljunk at end of %<#pragma %s%>junk at end of %<#pragma GCC pch_preprocess%>junk at end of %<#pragma GCC visibility%>junk at end of %<#pragma align%>junk at end of %<#pragma fini%>junk at end of %<#pragma init%>junk at end of %<#pragma message%>junk at end of %<#pragma pack%>junk at end of %<#pragma pop_options%>junk at end of %<#pragma push_options%>junk at end of %<#pragma redefine_extname%>junk at end of %<#pragma reset_options%>junk at end of %<#pragma weak%>junk at end of '#pragma extern_model'junk at end of '#pragma ms_struct'junk at end of '#pragma options'junk at end of '#pragma unused'keyword %<export%> not implemented, and will be ignoredkeyword %<typename%> not allowed in this context (a qualified member initializer is implicitly a type)keyword %<typename%> not allowed in this context (the base class is implicitly a type)keyword %<typename%> not allowed outside of templateslabel label %q+D declared but not definedlabel %q+D defined but not usedlabel %q+D used but not definedlabel %qD defined herelabel %qE referenced outside of any functionlabel at end of compound statementlabel named wchar_tlabel's context is not the current function decllambda capture initializers only available with -std=c++14 or -std=gnu++14lambda expressions only available with -std=c++11 or -std=gnu++11lambda in local class %q+T cannot capture variables from the enclosing contextlambda templates are only available with -std=c++14 or -std=gnu++14lambda-expression in a constant expressionlambda-expression in template-argumentlambda-expression in unevaluated contextlane %wd out of range %wd - %wdlang_* check: failed in %s, at %s:%dlanguage %s not recognizedlanguage string %<"%E"%> not recognizedlarge fixed-point constant implicitly truncated to fixed-point typelarge integer implicitly truncated to unsigned typelast argument must be an immediateld returned %d exit statusleft argument must be a sliceleft hand operand of %<->*%> must be a pointer to class, but is a pointer to member of type %qTleft operand of comma operator cannot resolve address of overloaded functionleft operand of comma operator has no effectleft operand of comma operator is a reference, not call, to function %qEleft operand of shift expression %q+E is negativeleft precisionleft precision in strfmon formatleft rotate count >= width of typeleft rotate count is negativeleft shift count >= width of typeleft shift count >= width of vector elementleft shift count is negativeleft shift of negative valueleft-hand operand of comma expression has no effectleft-hand side of assignment might be a candidate for a format attributelen larger than caplength %qE above array section size in %qs clauselength %qE of array section does not have integral typelength mismatch between LHS and RHSlength mismatch in expressionlength modifierlength modifier in printf formatlength modifier in scanf formatlength modifier in strfmon formatlength of array notation triplet is not an integerlength required when allocating a sliceletter %c was found & insn was not CONST_INTlibraries: %s
! library function %q#D redeclared as non-function %q#Dlibrary lib%s not foundlimit is %u bytes, but argument is %slimit is %u bytes, but argument may be as large as %slinear clause applied to non-integral non-pointer variable with %qT typelinear clause applied to non-integral non-pointer variable with type %qTlinear clause applied to non-integral, non-floating, non-pointer variable with %qT typelinear clause applied to non-integral, non-floating, non-pointer variable with type %qTlinear clause with %qs modifier applied to non-reference variable with %qT typelinear step expression must be integrallist-initializer for non-class type must not be parenthesizedliteral operator suffixes not preceded by %<_%> are reserved for future standardizationliteral operator template %q+D conflicts with raw literal operator %qDliteral operator template %qD has invalid parameter list.  Expected non-type template argument pack <char...>literal operator template %qD has invalid parameter list.  Expected non-type template argument pack <char...> or <typename CharT, CharT...>literal operator with C linkagelo_sum not of registerlocal class %q#T shall not have static data member %q#Dlocal declaration of %qE hides instance variablelocal symbols must be definedlocal variable %qD may not appear in this contextlocal variable memory requirements exceed capacitylocation references block not in block treelogical %<and%> applied to non-boolean constantlogical %<and%> of equal expressionslogical %<and%> of mutually exclusive tests is always falselogical %<or%> applied to non-boolean constantlogical %<or%> of collectively exhaustive tests is always truelogical %<or%> of equal expressionslogical not is only applied to the left hand side of comparisonlogical_to_bitwise(): Bad intrinsiclong, short, signed or unsigned used invalidly for %qslookup of %qT in %qT is ambiguousloop %d%'s header does not belong directly to itloop %d%'s header does not have exactly 2 entriesloop %d%'s header is not a loop headerloop %d%'s latch does not belong directly to itloop %d%'s latch does not have an edge to its headerloop %d%'s latch does not have exactly 1 successorloop %d%'s latch does not have header as successorloop %d%'s latch is marked as part of irreducible regionloop %d%'s latch is not dominated by its headerloop verification on loop tree that needs fixuploop with header %d marked for removalloop with header %d not in loop treelooser throw specifier for %q+#Flow bound %qE above array section size in %qs clauselow bound %qE of array section does not have integral typelower value in case label range less than minimum value for typelp_array does not match region_treelp_array is corrupted for lp %ilseek failed while reading export datalto_obj_file_open() failedlvalue required as decrement operandlvalue required as increment operandlvalue required as left operand of assignmentlvalue required as unary %<&%> operandlvalue required in asm statementmachine independent builtin code out of rangemacro name missing after %qsmake_generic(): Can't find generic symbol %qsmaking multiple clones of %qDmalformed #pragma ADDRESS variable addressmalformed #pragma GCC visibility pushmalformed #pragma builtinmalformed #pragma ghs sectionmalformed #pragma redefine_extname, ignoredmalformed #pragma weak, ignoredmalformed %<#pragma %s%>, ignoredmalformed %<#pragma %s%>, ignoringmalformed %<#pragma align%>malformed %<#pragma align%>, ignoringmalformed %<#pragma fini%>malformed %<#pragma fini%>, ignoringmalformed %<#pragma init%>malformed %<#pragma init%>, ignoringmalformed %<#pragma message%>, ignoredmalformed %<#pragma pack%> - ignoredmalformed %<#pragma pack(pop[, id])%> - ignoredmalformed %<#pragma pack(push[, id][, <n>])%> - ignoredmalformed '#pragma __extern_prefix', ignoringmalformed '#pragma extern_model', ignoringmalformed '#pragma member_alignment'malformed '#pragma member_alignment', ignoringmalformed '#pragma ms_struct {on|off|reset}', ignoringmalformed '#pragma ms_struct', ignoringmalformed '#pragma options align={mac68k|power|reset}', ignoringmalformed '#pragma options', ignoringmalformed COLLECT_GCC_OPTIONSmalformed option -fplugin-arg-%s (missing -<key>[=<value>])malformed ptx filemalformed spec function argumentsmalformed spec function namemalformed target %smalformed target %s list %qsmalformed target %s valuemangled name for %qD will change in C++17 because the exception specification is part of a function typemangling %Cmangling __underlying_typemangling typeof, use decltype insteadmangling unknown fixed point typemap can only be compared to nilmapping field %qE of variable length structuremask must be an immediatematch_attr_spec(): Bad attributematch_level_4(): Bad operatormatch_string_constant(): Delimiter not foundmatching constraint does not allow a registermatching constraint not valid in output operandmatching constraint references invalid operand numbermaximum limit of %d namespaces searched for %qEmaximum number of arrays per scop.maximum number of basic blocks per function to be analyzed by Graphite.maximum number of isl operations, 0 means unlimitedmaximum number of parameters in a SCoP.maximum value of parameter %qs is %umay not use both -EB and -ELmay not use both -m32 and -m64mduc registers only saved for G13 targetmedia functions are not available unless -mmedia is usedmem-initializer for %qD follows constructor delegationmember %q+#D with constructor not allowed in anonymous aggregatemember %q+#D with constructor not allowed in unionmember %q+#D with copy assignment operator not allowed in anonymous aggregatemember %q+#D with copy assignment operator not allowed in unionmember %q+#D with destructor not allowed in anonymous aggregatemember %q+#D with destructor not allowed in unionmember %q+D cannot be declared as a %<mutable%> referencemember %q+D cannot be declared both %<const%> and %<mutable%>member %qD cannot be declared both %<virtual%> and %<constexpr%>member %qD cannot be declared both %<virtual%> and %<static%>member %qD conflicts with virtual function table field namemember %qD declared as friend before type %qT definedmember %qD in read-only object used as %<asm%> outputmember %qD is uninitialized referencemember %qD must be initialized by mem-initializer in %<constexpr%> constructormember %qD with uninitialized reference fieldsmember functions are implicitly friends of their classmember template %qD may not have virt-specifiersmembers of an explicitly specialized class are defined without a template headermemory access check always failmemory allocation failed while reading export datamemory input %d is not directly addressablememory reference expected for 'S' output modifiermethod %<%c%E%> declared %<@optional%> and %<@required%> at the same timemethod %s%s%s is marked go:nointerfacemethod %s%s%s requires a pointer receivermethod argument attributes are not available in Objective-C 1.0method attributes are not available in Objective-C 1.0method attributes can not be specified in @implementation contextmethod attributes must be specified at the endmethod attributes must be specified at the end onlymethod declaration not in @interface contextmethod declared %qE overriding %qE methodmethod definition for %<%c%E%> not foundmethod definition not in @implementation contextmethod overrides both %<transaction_pure%> and %qE methodsmethod possibly missing a [super dealloc] callmethod type does not match object typemethod with incompatible type is defined in another translation unitmin partition size cannot be greater than max partition sizeminimal number of loops per function to be analyzed by Graphite.minimum value of parameter %qs is %umio_array_ref(): Unknown array refmips16 function profilingmismatch in number of arguments for builtin %qF. Expected: %d got %dmismatched argument pack lengths while expanding %<%E%>mismatched argument pack lengths while expanding %<%T%>mismatched argumentsmismatched declarations during linktime optimizationmismatched operator in fold-expressionmismatching comparison operand typesmismatching parensmisplaced %<@%D%> Objective-C++ constructmissed loop optimization, the loop counter may overflowmissing $ operand number in formatmissing %<(%> after %<#pragma GCC visibility push%> - ignoredmissing %<(%> after %<#pragma pack%> - ignoredmissing %<=%> (after %<getter%> attribute)missing %<=%> (after %<setter%> attribute)missing %<target%> attribute for multi-versioned %Dmissing '(' after '#pragma unused', ignoringmissing ')' after '#pragma unused', ignoringmissing PHI defmissing REG_EH_REGION note at the end of bb %imissing [big-endian|little-endian|default] after %<#pragma scalar_storage_order%>missing [error|warning|ignored|push|pop] after %<#pragma GCC diagnostic%>missing architecture name in 'arch' target %smissing argument to %qsmissing barrier after block %imissing braces around initializermissing braces around initializer for %qTmissing callgraph edge for call stmt:missing close brace for named operandmissing close parenmissing collection in fast enumerationmissing controlling predicatemissing cpu name in 'cpu' target %smissing definitionmissing device or architecture after %qsmissing edge %i->%imissing feature modifier in target %s %qsmissing filename after %qsmissing fill character at end of strfmon formatmissing increment expressionmissing initializer for field %qD of %qTmissing initializer for member %qDmissing loop condition in loop with %<GCC ivdep%> pragmamissing makefile target after %qsmissing method %s%s%smissing numbermissing open parenmissing operandmissing option after %<#pragma GCC diagnostic%> kindmissing path after %qsmissing sentinel in function callmissing template arguments after %qTmissing terminating %c charactermissing type-name in typedef-declarationmixing declarations and function-definitions is forbiddenmixing different types of symbol in same comdat groups is not supportedmode %qs applied to inappropriate typemode size of non-integral result does not match field size of BIT_FIELD_REFmodification of %qE is not a constant expressionmodifier should not be specified in %<linear%> clause on %<simd%> or %<for%> constructsmodule nature in USE statement at %Cmore than %d operands in %<asm%>more than one %<depend(source)%> clause on an %<ordered%> constructmore than one 'crtl' directivemore than one access specifier in base-specifiedms_abi and sysv_abi attributes are not compatiblems_hook_prologue attribute isn%'t compatible with -mfentry for 32-bitms_hook_prologue is not compatible with nested functionmsp430_select_hwmult_lib needs one or more argumentsmultidimensional array must have bounds for all dimensions except the firstmultilib exclusion %qs is invalidmultilib exclusions %qs is invalidmultilib select %qs %qs is invalidmultilib select %qs is invalidmultilib spec %qs is invalidmultiple -mcpu= options specified.multiple EH personalities are supported only with assemblers supporting .cfi_personality directivemultiple declarations in range-based %<for%> loopmultiple default labels in one switchmultiple definition of %q#Tmultiple fast interrupt routines seen: %qE and %qEmultiple fields in union %qT initializedmultiple function type attributes specifiedmultiple hot/cold transitions found (bb %i)multiple initializations given for %qDmultiple initializations given for base %qTmultiple inline callersmultiple interrupt attributes not allowedmultiple interrupt attributes to function %qDmultiple iterating variables in fast enumerationmultiple loop axes specified for routinemultiple methods named %<%c%E%> foundmultiple nested types attributes to function %qDmultiple parameters named %qDmultiple prevailing defs for %qEmultiple ref-qualifiersmultiple save reg attributes to function %qDmultiple selectors named %<%c%E%> foundmultiple storage classes in declaration of %qsmultiple storage classes in declaration specifiersmultiple types in one declarationmultiple virtual PHI nodes in BB %dmultiple-value argument in single-value contextmultiple-value function call in single-value contextmultiply option implies r%d is fixedmultiversioning needs ifunc which is not supported on this targetmust #include <typeinfo> before using typeidmust use %<.*%> or %<->*%> to call pointer-to-member function in %<%E (...)%>, e.g. %<(... ->* %E) (...)%>mutable %qD is not usable in a constant expressionmysterious repository information in %snaked attribute only applies to functionsname %qD used in a GNU-style designated initializer for an arrayname %qT has incomplete typename lookup of %qD changedname lookup of %qD changed for ISO %<for%> scopingname missing for member functionname of class shadows template template parameter %qDname used in a GNU-style designated initializer for an arraynamed return values are no longer supportednamespace %qD enterednamespace %qD not allowed in using-declarationnamespace alias %qD not allowed here, assuming %qDnamespace-scope anonymous aggregates must be staticnarrowing conversion of %qE from %qT to %qT inside { }narrowing conversion of %qE from %qT to %qT inside { } is ill-formed in C++11need %<typename%> before %<%T::%E%> because %qT is a dependent scopeneed %<typename%> before %qE because %qT is a dependent scopeneed explicit conversionneed explicit conversion; missing method %s%s%snegative insn lengthnegative integer implicitly converted to unsigned typenegative length in array section in %qs clausenegative low bound in array section in %qs clausenegative nesting depth of region %inegative shift countnegative width in bit-field %q+Dnegative width in bit-field %qsneither the destructor nor the class-specific operator delete [] will be called, even if they are declared when the class is definedneither the destructor nor the class-specific operator delete will be called, even if they are declared when the class is definednested assembly dialect alternativesnested extern declaration of %qDnested function %q+D declared but never definednested function %qE declared %<extern%>nested function %qs declared %<extern%>nested function trampolines not supported on this targetnested functions not supported on this targetnested identifier requirednested name specifier %qT for enum declaration does not name a class or namespacenested namespace definitions only available with -std=c++1z or -std=gnu++1znested redefinition of %<enum %E%>nested redefinition of %<struct %E%>nested redefinition of %<union %E%>new cannot be applied to a function typenew cannot be applied to a reference typenew declaration %q#D ambiguates built-in declaration %q#Dnew types may not be defined in a return typenew_symbol(): Symbol name too longnext member %q#D declared hereno %<%D(int)%> declared for postfix %qsno %<%D(int)%> declared for postfix %qs, trying prefix operator insteadno %<%c%E%> method foundno %q#D member function declared in class %qTno %qs getter foundno FUNCTION_PROFILER for CRISno LTRANS output list filename providedno argumentsno arguments for spec functionno attribute can be applied to an explicit instantiationno class name specified with %qsno class template named %q#T in %q#Tno closing %<]%> for %<%%[%> formatno closing braceno context to resolve type of %qEno corresponding deallocation function for %qDno data type for mode %qsno declaration of property %qs found in the interfaceno default argument for %qDno description yet.no field %qD found in union being initializedno immediate_use listno input filesno input files; unwilling to write output filesno integral type can represent all of the enumerator values for %qTno low registers available for popping high registersno match for no match for call to %<(%T) (%A)%>no matches converting function %qD to type %q#Tno matching concept for template-introductionno matching fixed-point overload found for %qsno matching function for call to %<%D(%A)%>no matching function for call to %<%T::%E(%A)%#V%>no matching function for call to %<%T::operator %T(%A)%#V%>no matching function for call to %<%s(%A)%>no matching push for %<#pragma GCC visibility pop%>no matching template for %qD foundno member function %qD declared in %qTno members matching %<%T::%D%> in %q#Tno post-decrement operator for typeno post-increment operator for typeno pre-decrement operator for typeno pre-increment operator for typeno previous declaration for %qDno previous prototype for %qDno processor type specified for linkingno profiling of 64-bit code for this ABIno register in addressno return statement in function returning non-voidno return statements in function returning %qTno sclass for %s stab (0x%x)no semicolon at end of struct or unionno suitable %<operator %s%> for %qTno suitable %qD found in class %qTno super class declared in @interface for %qEno super class declared in interface for %qEno type named %q#T in %q#Tno type or storage class may be specified here,no unexpanded parameter packs in binary foldno unique final overrider for %qD in %qTno valid clauses specified in %<#pragma acc declare%>node differs from node->decl->decl_with_vis.symtab_nodenode has body_removed but is definitionnode has unknown typenode is alias but not definitionnode is alias but not implicit aliasnode is alone in a comdat groupnode is analyzed but it is not a definitionnode is in same_comdat_group list but has no comdat_groupnode is transparent_alias but not an aliasnode is weakref but not an transparent_aliasnode not found in symtab assembler name hashnode not found node->decl->decl_with_vis.symtab_nodenodes with unreleased memory foundnoexcept-expression evaluates to %<false%> because of a call to %qDnon double precision REAL argument to %s intrinsic at %Lnon-AAPCS derived PCS variantnon-NULL pointer initialization at %Cnon-OpenACC construct inside of OpenACC regionnon-OpenACC construct inside of OpenACC routinenon-call exception handling mismatchnon-class template %qT used without template argumentsnon-class, non-variable partial specialization %qD is not allowednon-cold basic block %d dominated by a block in the cold partition (%d)non-const integer argument %u in call to function %qEnon-constant argument 1 to __atomic_always_lock_freenon-constant array in DATA statement %Lnon-constant array initializationnon-constant compound literals cannot appear in a constant-expressionnon-constant condition for static assertionnon-constant element in constant CONSTRUCTORnon-constant in-class initialization invalid for non-inline static member %qDnon-constant in-class initialization invalid for static member %qDnon-constant initialization expression at %Lnon-decl/MEM_REF LHS in clobber statementnon-default INTEGER kind argument to %s intrinsic at %Lnon-delegitimized UNSPEC %s (%d) found in variable locationnon-deleted function %q+Dnon-floating-point argument in call to function %qEnon-floating-point arguments in call to function %qEnon-function %qD declared as implicit templatenon-function in gimple callnon-integer argument 1 to __atomic_is_lock_freenon-integer argument 3 in call to function %qEnon-integer memory model argument %d of %qEnon-integer operand used with operand code 'z'non-integral type switch statementnon-integral used in conditionnon-local variable %qD declared %<__thread%> has a non-trivial destructornon-local variable %qD declared %<__thread%> needs dynamic initializationnon-loop with header %d not marked for removalnon-lvalue array in conditional expressionnon-member %qs cannot be declared %<mutable%>non-member function %qD cannot have cv-qualifiernon-member function %qD cannot have ref-qualifiernon-member-template declaration of %qDnon-memory input %d must stay in memorynon-nested function with variably modified typenon-object member %qs cannot be declared %<mutable%>non-objective-c type '%T' cannot be caughtnon-parameter %qs cannot be a parameter packnon-pointer argument to %<__builtin_launder%>non-register as LHS of binary operationnon-register as LHS of ternary operationnon-register as LHS of unary operationnon-scalar BIT_FIELD_REF, IMAGPART_EXPR or REALPART_EXPRnon-scalar typenon-standard suffix on floating constantnon-static const member %q#D in class without a constructornon-static const member %q#D, can%'t use default assignment operatornon-static data member %q+D in a union may not have reference type %qTnon-static data member %qE declared %<concept%>non-static data member %qE declared %<constexpr%>non-static data member declared with placeholder %qTnon-static data member initializers only available with -std=c++11 or -std=gnu++11non-static declaration of %q+D follows static declarationnon-static initialization of a flexible array membernon-static reference %q#D in class without a constructornon-static reference member %q#D, can%'t use default assignment operatornon-template %qD used as templatenon-template type %qT used as a templatenon-thread-local declaration of %q#D follows thread-local declarationnon-thread-local declaration of %q+D follows thread-local declarationnon-top-level BIT_FIELD_REF, IMAGPART_EXPR or REALPART_EXPRnon-trivial conversion at assignmentnon-trivial conversion in unary operationnon-trivial designated initializers not supportednon-type partial specialization %qD is not allowednon-variable %qD in declaration with more than one declarator with placeholder typenon-vector CONSTRUCTOR with elementsnon-vector operands in vector comparisonnonconstant array index in initializernonempty exits list of loop %d, but exits are not recordednonlocal label nonnull argument %qD compared to NULLnonnull argument has invalid operand number (argument %lu)nonnull argument references non-pointer operand (argument %lu, operand %lu)nonnull argument with out-of-range operand number (argument %lu, operand %lu)nonnull attribute without arguments on a non-prototypenormalization cannot co-exist with scaling
! not allowed type combination in BIT_INSERT_EXPRnot configured for SPE ABInot configured for SPE instruction setnot configured with sysroot headers suffixnot enough DO loops for %s !$ACC LOOP at %Lnot enough DO loops for collapsed %s at %Lnot enough argumentsnot enough arguments to returnnot enough for loops to collapsenot enough perfectly nested loopsnot enough type informationnot enough variable arguments to fit a sentinelnotenote: null argument where non-null required (argument %lu)null destination pointernull format stringnull pointernull pointer dereferencenumber must be 0 or 1number of arguments doesn%'t match built-in prototypenumber of arguments doesn%'t match prototypenumber of bb notes in insn chain (%d) != n_basic_blocks (%d)number of components of the vector not a power of twonumber of components of vector not a power of twonumber of counters is %d instead of %dnumber of results does not match number of valuesnumber of variables in %<depend(sink)%> clause does not match number of iteration variablesnumeric argument of %qE attribute must be in range 0..63objc++-cpp-output is deprecated; please use objective-c++-cpp-output insteadobjc-cpp-output is deprecated; please use objective-c-cpp-output insteadobject is not a methodobject missing in use of %qEobject property %qD has no %<assign%>, %<retain%> or %<copy%> attribute; assuming %<assign%>object type %qT does not match destructor name ~%qTobject with variably modified type must have no linkageobjective-c method declaration is expectedobjective-c++ message argument(s) are expectedobjective-c++ message receiver expectedobjective-c++ method declaration is expectedobsolete Maverick format code '%c'obsolete option -I- used, please use -iquote insteadobsolete use of designated initializer with %<:%>obsolete use of designated initializer without %<=%>odr-used inline variable %qD is not definedoffload compiler %s not foundoffset %qwi outside bounds of constant stringoffset of %qD is not ABI-compliant and may change in a future version of GCCoffset of packed bit-field %qD has changed in GCC 4.4offsetof within non-standard-layout type %qT is undefinedold declaration %q#Dold-style function definitionold-style parameter declarations in prototyped function definitionomitted middle operand to %<?:%> operand cannot be mangledone of the initializer call arguments should be %<&omp_priv%>one of the initializer call arguments should be %<omp_priv%> or %<&omp_priv%>only %<distribute%> or %<parallel%> regions are allowed to be strictly nested inside %<teams%> regiononly %<inbranch%> and %<notinbranch%> flags are allowed for %<__simd__%> attributeonly %u names provided while %qT decomposes into %wu elementsonly 0.0 can be loaded as an immediateonly Objective-C object types can be qualified with a protocolonly attribute %<fallthrough%> can be applied to a null statementonly constructors take member initializersonly declarations of constructors and conversion operators can be %<explicit%>only function calls can be spawnedonly here as a friendonly plain %<auto%> return type can be deduced to %<void%>only uninitialized variables can be placed in a .bss sectiononly uninitialized variables can be placed in the .noinit sectiononly weak aliases are supported in this configurationonly zero initializers are allowed in section %qsopaque vector types cannot be initializedopaque-enum-specifier must use a simple identifieropaque-enum-specifier without nameopen %s failed: %sopen /dev/zero: %mopening LTRANS output list %s: %mopening dependency file %s: %mopening output file %qs: %sopening output file %s: %moperand %d should be a 3 bit unsigned immediateoperand %d should be a 6 bit unsigned immediateoperand %d should be a 8 bit unsigned immediateoperand 1 should be an unsigned 3-bit immediateoperand 1 should be an unsigned 3-bit value (I0-I7)operand 2 should be an even 3-bit value (subreg 0,2,4,6)operand 2 should be an unsigned 3-bit value (I0-I7)operand 2 should be an unsigned 3-bit value (subreg 0-7)operand 2 should be an unsigned 8-bit valueoperand 3 should be an unsigned 3-bit value (I0-I7)operand 3 should be an unsigned 8-bit valueoperand 4 should be an unsigned 8-bit value (0-255)operand constraint contains incorrectly positioned %<+%> or %<=%>operand constraints for %<asm%> differ in number of alternativesoperand for sleep instruction must be an unsigned 6 bit compile-time constantoperand is not a condition code, invalid operand code '%c'operand is not a condition code, invalid operand code 'D'operand is not a condition code, invalid operand code 'Y'operand is not a specific integer, invalid operand code 'r'operand is not an integer, invalid operand code 'K'operand is not an integer, invalid operand code 'R'operand is not an offsettable memory reference, invalid operand code 'H'operand must be an immediate of the right sizeoperand number missing after %%-letteroperand number out of rangeoperand number out of range in formatoperand number specified for format taking no argumentoperand number specified with suppressed assignmentoperand of fold expression has no unexpanded parameter packsoperand type %qT is incompatible with argument %d of %qEoperand types are %qT and %qToperands to %T/%t must be reg + const_int:operands to ?: have different types %qT and %qToperation on %qE may be undefinedoptimization attribute on %qD follows definition but the attribute doesn%'t matchoptimization level attribute mismatchoptimization may eliminate reads and/or writes to register variablesoption %qs is valid for %s but not for %soption %s is not supported together with -fopenaccoption("%s") was already specifiedoptional argumentoptions enabled: options or targets missing after %qsoptions passed: ordered argument needs positive constant integer expressionordered comparison of pointer with integer zeroordered comparison of pointer with null pointeroriginal %<default%> is hereoriginal declaration appeared hereoriginal definition appeared hereoriginally defined hereoriginally indirect function call not considered for inliningoriginally specified hereorphaned %qs constructother match is hereought to match virtual method %qD but does notout-of-bounds access may be optimized awayouter %<__transaction_cancel%> not within outer %<__transaction_atomic%>outer block of region %i is wrongouter transaction in %<transaction_may_cancel_outer%> functionouter transaction in %<transaction_safe%> functionouter transaction in transactionoutput constraint %d cannot be specified together with "%s" clobberoutput constraint %d must specify a single registeroutput constraint %qc for operand %d is not at the beginningoutput file not specifiedoutput filename specified twiceoutput number %d not directly addressableoutput operand %d must use %<&%> constraintoutput operand constraint lacks %<=%>output operand is constant in %<asm%>output regs must be grouped at top of stackoutput_move_single:overflow in array dimensionoverflow in constant expressionoverflow in enumeration valuesoverflow in enumeration values at %qDoverflow in implicit constant conversionoverflowed output arg list for %qsoverloaded function name %qE in clause %qsoverloaded function with no contextual type informationoverride controls (override/final) only available with -std=c++11 or -std=gnu++11overriding %qD declared %<transaction_safe%>overriding deleted function %q+Doverriding final function %q+Doverriding non-deleted function %q+Dpack expansion argument for non-pack parameter %qD of alias template %qDpack expansion argument for non-pack parameter %qD of concept %qDpack expansion in using-declaration only available with -std=c++1z or -std=gnu++1zpacked attribute causes inefficient alignmentpacked attribute causes inefficient alignment for %q+Dpacked attribute causes inefficient alignment for %qEpacked attribute is unnecessarypacked attribute is unnecessary for %q+Dpacked attribute is unnecessary for %qEpadding struct size to alignment boundarypadding struct to align %q+Dparameter %P has incomplete type %qTparameter %P of %qD has incomplete type %qTparameter %q+D declared %<_Noreturn%>parameter %q+D declared %<inline%>parameter %q+D has just a forward declarationparameter %qD declared with void typeparameter %qD has incomplete typeparameter %qD includes pointer to array of unknown bound %qTparameter %qD includes reference to array of unknown bound %qTparameter %qD invalidly declared method typeparameter %qD is initializedparameter %qD set but not usedparameter %qP of %qD might be a candidate for a format attributeparameter %u (%q+D) has incomplete typeparameter %u (%q+D) has void typeparameter %u has incomplete typeparameter %u has void typeparameter declared %<auto%>parameter list does not match a valid signature for %s()parameter may not have variably modified type %qTparameter might be a candidate for a format attributeparameter name missing from parameter listparameter name omittedparameter names (without types) in function declarationparameter pack %q+D must be at the end of the template parameter listparameter pack %qD cannot have a default argumentparameter pack argument %qE must be at the end of the template argument listparameter pack argument %qT must be at the end of the template argument listparameter pack cannot have a default argumentparameter packs not expanded with %<...%>:parametrized derived type argumentparent subprogram cannot be inlinedparentheses around %qE cannot be used to form a pointer-to-member-functionparentheses required around this composite literal to avoid parsing ambiguityparenthesized initialization is not allowed in OpenMP %<for%> loopparenthesized initialization is not allowed in for-loopparenthesized initializer in array newparse error in SELECT TYPE statement at %Cparse error in template argument listpartial specialization %q+D does not specialize any template argumentspartial specialization %q+D does not specialize any template arguments and is not more constrained thanpartial specialization %qD is not more specialized thanpartial specialization %qT declared %<friend%>partial specialization is not more specialized than the primary template because it replaces multiple parameters with a pack expansionpartial specialization of %qD after instantiation of %qDpartition found but function partition flag not setpass %qs not found but is referenced by new pass %qspass %s does not support cloningpass %s needs a set_pass_param implementation to handle the extra argument in NEXT_PASSpassing %qT as %<this%> argument discards qualifierspassing %qT chooses %qT over %qTpassing NULL to non-pointer argument %P of %qDpassing arg %d of %qE discards qualifiers from pointer target typepassing argument %d of %qE as %<float%> rather than %<double%> due to prototypepassing argument %d of %qE as %qT rather than %qT due to prototypepassing argument %d of %qE as complex rather than floating due to prototypepassing argument %d of %qE as complex rather than integer due to prototypepassing argument %d of %qE as floating rather than complex due to prototypepassing argument %d of %qE as floating rather than integer due to prototypepassing argument %d of %qE as integer rather than complex due to prototypepassing argument %d of %qE as integer rather than floating due to prototypepassing argument %d of %qE as signed due to prototypepassing argument %d of %qE as unsigned due to prototypepassing argument %d of %qE discards %qv qualifier from pointer target typepassing argument %d of %qE from distinct Objective-C typepassing argument %d of %qE from incompatible pointer typepassing argument %d of %qE from pointer to non-enclosed address spacepassing argument %d of %qE makes %q#v qualified function pointer from unqualifiedpassing argument %d of %qE makes integer from pointer without a castpassing argument %d of %qE makes pointer from integer without a castpassing argument %d of %qE with different width due to prototypepassing argument %i to restrict-qualified parameter aliases with argument %Zpassing argument %i to restrict-qualified parameter aliases with arguments %Zpassing arguments to ellipsis of inherited constructor %qDpassing objects of non-trivially-copyable type %q#T through %<...%> is conditionally supportedpassing too large argument on stackpch_preprocess pragma should only be used with -fpreprocessedpedwarnpedwarn: perhaps you need explicit template arguments in your nested-name-specifierperhaps you want to explicitly add %<%T::%>permerrorpermerror: pex_init failed: %mplaceholder constraints not satisfiedplacement new constructing an array of objects of type %qT and size %qwu in a region of type %qT and size %qwiplacement new constructing an object of type %<%T [%wu]%> and size %qwu in a region of type %qT and size %qwiplacement new constructing an object of type %qT and size %qwu in a region of type %qT and size %qwiplugin %s is not licensed under a GPL-compatible license
  %splugin %s registered a null callback function for event %splugin %s should be specified before -fplugin-arg-%s in the command lineplugin %s was specified with different paths:
  %s
! %splugin cannot register a missing passplugin cannot register an unnamed passplugin cannot register pass %qs without reference pass nameplugin support is disabled; configure with --enable-pluginpointer argumentpointer arithmetic for garbage-collected objects not allowedpointer assignmentpointer bounds were lost due to unexpected expression %spointer of type %<void *%> used in arithmeticpointer of type %<void *%> used in subtractionpointer offset from symbol maybe incorrectpointer or allocatable resultpointer target types incompatible in C++pointer targeting address space %qs must be const in %qTpointer targeting address space %qs must be const in %s %q+Dpointer targets in assignment differ in signednesspointer targets in initialization differ in signednesspointer targets in passing argument %d of %qE differ in signednesspointer targets in return differ in signednesspointer to a function used in arithmeticpointer to a function used in subtractionpointer to array loses qualifier in conditional expressionpointer to interface type has no methodspointer to member conversion via virtual base %qTpointer to member type %qT incompatible with object type %qTpointer type mismatch in conditional expressionpointer value used where a complex was expectedpointer value used where a floating point value was expectedpointer-to-member function %E cannot be called without an object; consider using .* or ->*pointer-to-member-function type %qT requires an lvaluepointer-to-member-function type %qT requires an rvaluepointer/integer type mismatch in conditional expressionpointers are not permitted as case valuespointers to arrays with different qualifiers are incompatible in ISO Cpointers to disjoint address spaces used in conditional expressionpolymorphic argumentposition plus size exceeds size of referenced object in BIT_FIELD_REFposition-independent code requires %qsposition-independent code requires the Linux ABIpositional initialization of field in %<struct%> declared with %<designated_init%> attributepossible problem detected in invocation of delete [] operator:possible problem detected in invocation of delete operator:post-increment address is not a registerpostfix %qD must take %<int%> as its argumentpostfix %qD must take %<int%> as its second argumentpostfix %qD should return %qTpotential null pointer dereferencepragma simd ignored because -fcilkplus is not enabledpragma simd must be inside a functionpre-decrement address is not a registerpre-increment address is not a registerprecisionprecision in printf formatpredeclared arithmetic type %qT in %<#pragma omp declare reduction%>predeclared arithmetic type in %<#pragma omp declare reduction%>predicated Thumb instructionpredicated instruction in conditional sequencepreferentially allocate registers that allow short instruction generation.prefix %qD should return %qTprefix attributes are ignored before %<@%D%>prefix attributes are ignored for implementationsprefix attributes are ignored for methodsprev_bb of %d should be %d, not %dprevious %<#pragma omp declare reduction%>previous %<pragma omp declare reduction%> declarationprevious declarationprevious declaration %q#Dprevious declaration %qDprevious declaration %qD used %d template parameterprevious declaration %qD used %d template parametersprevious declaration as %q#Dprevious declaration hereprevious declaration of %<%c%E%>previous declaration of %<%c%E%> as %<@optional%>previous declaration of %<%c%E%> as %<@required%>previous declaration of %<%c%s%>previous declaration of %Dprevious declaration of %q+Dprevious declaration of %q+D was hereprevious declaration of %qDprevious declaration of %qD was hereprevious declaration of %qEprevious declaration of namespace %qD hereprevious declaration with %qL linkageprevious definition hereprevious definition of %q#Tprevious definition of %q+D was hereprevious definition of %qD was hereprevious external decl of %q#Dprevious implicit declaration of %q+D was hereprevious non-function declaration %q+#Dprevious non-prototype definition hereprevious specification in %q#D herepreviously declared herepreviously defined herepreviously defined here as %spreviously used hereprimary template %qDprimary template hereprivate member %q#D in anonymous structprivate member %q#D in anonymous unionproblem with building target image for %s
  profiler support for CR16profiler support for VxWorksprofiling is not yet implemented for this architectureprofiling not supported with -mgprograms: %s
! promoted argument %qD doesn%'t match built-in prototypepromoted argument %qD doesn%'t match prototypepromoted ~unsigned is always non-zeroproperty %qs already specified in %<@dynamic%>property %qs already specified in %<@synthesize%>property %qs is using instance variable %qs of incompatible typeproperty %qs is using the same instance variable as property %qsproperty can not be a bit-fieldproperty can not be an arrayproperty declaration not in @interface or @protocol contextprotected member %q#D in anonymous structprotected member %q#D in anonymous unionprotected visibility attribute not supported in this configuration; ignoredprotocol %qE has circular dependencyprotocol %qE is deprecatedprotocol attributes are not available in Objective-C 1.0prototype declarationprototype for %q#D does not match any in class %qTprototype for %q+D declares argument %d with incompatible typeprototype for %q+D declares fewer arguments than previous old-style definitionprototype for %q+D declares more arguments than previous old-style definitionprototype for %q+D follows non-prototype definitionprototype for '%s' has required operands after optional operandsprototype specified for %q#Dprovided for %q+Dprovided for %qDpseudo-destructor is not calledpure virtual %q#D called from non-static data member initializerpure-specifier on function-definitionq/Q modifiers invalid for symbol referencesqualified name does not name a classqualified type %qT does not match destructor name ~%qTqualified-id in declarationqualifiers are not allowed on constructor declarationqualifiers are not allowed on declaration of %<operator %T%>qualifiers are not allowed on declaration of deduction guidequalifiers are not allowed on destructor declarationqualifying type %qT does not match destructor name ~%qTr0 needs to be available as a call-clobbered registerrange clause must have array, slice, string, map, or channel typerange expressions in switch statements are non-standardrange-based %<for%> expression of type %qT has a %<begin%> member but not an %<end%>range-based %<for%> expression of type %qT has an %<end%> member but not a %<begin%>range-based %<for%> expression of type %qT has incomplete typerange-based %<for%> loops only available with -std=c++11 or -std=gnu++11rank mismatch between %qE and %qErank mismatch in expression %qErank mismatch with controlling expression of parent if-statementrank of an array notation triplet%'s length is not zerorank of an array notation triplet%'s start-index is not zerorank of an array notation triplet's length is not zerorank of an array notation triplet's start-index is not zerorank of array notation triplet%'s stride is not zerorank of array notation triplet's stride is not zerorank of the array%'s index is greater than 1rank of the array's index is greater than 1rank-mismatch between if-statement%'s condition and the else-blockrank-mismatch between if-statement%'s condition and the then-blockraw literal operator %q+D conflicts with literal operator template %qDrdynamic is not supportedre-initialization of %qs at %Lread failed while reading export dataread-only location %qE used as %<asm%> outputread-only member %qD used as %<asm%> outputread-only named return value %qD used as %<asm%>outputread-only parameter %qD use as %<asm%> outputread-only reference %qD used as %<asm%> outputread-only variable %qD used as %<asm%> outputreading input filereading through null pointer (argument %d)readonly property can not be setreceiving objects of non-trivially-copyable type %q#T through %<...%> is conditionally-supportedrecompiling with -fcompare-debugrecursive evaluation of default argument for %q#Drecursive inliningrecursive instantiation of non-static data member initializer for %qDrecursive type %qT undefinedrecursively required by substitution of %qS
  recursively required from %q#D
  recursively required from here
  redeclaration %q#D with different constraintsredeclaration %qD differs in %<constexpr%> from previous declarationredeclaration of %<enum %E%>redeclaration of %<pragma omp declare reduction%>redeclaration of %<wchar_t%> as %qTredeclaration of %q#Dredeclaration of %q#D may not have default argumentsredeclaration of %q+D with different visibility (old visibility preserved)redeclaration of %q+D with no linkageredeclaration of %qD adds abi tag %Eredeclaration of %qT as a non-templateredeclaration of %qs %<#pragma omp declare reduction%> for type %qTredeclaration of C++ built-in type %qTredeclaration of Objective-C class %qsredeclaration of enumerator %q+Dredeclaration of friend %q#D may not have default template argumentsredeclaration of property %qDredeclared here as %q#Dredeclared with %d template parameterredeclared with %d template parametersredefined extern inline functions are not considered for inliningredefinition of %<struct %E%>redefinition of %<union %E%>redefinition of %q#Dredefinition of %q#Tredefinition of %q+Dredefinition of default argument for %q#Dredefinition of parameter %q+Dredefinition of typedef %q+Dredefinition of typedef %q+D with different typeredefinition of typedef %q+D with variably modified typereduction should convert from vector to element typeredundant redeclaration of %<constexpr%> static data member %qDredundant redeclaration of %q+Dredundant redeclaration of %qD in same scoperef-qualifiers only available with -std=c++11 or -std=gnu++11reference %qD is initialized with itselfreference %qs cannot be declared %<mutable%>reference to %<%T::%D%> is ambiguousreference to %qD is ambiguousreference to dead statementreference to local variable %qD returnedreference to non-lvalue returnedreference type %qT in %<#pragma omp declare reduction%>region of lp %i is wrongregion_array does not match region_treeregion_array is corrupted for region %iregister assignment ignored for %qD used in Cilk blockregister name given for non-register variable %q+Dregister name not specified for %q+Dregister number must be a compile-time constant. Try giving higher optimization levelsregister of %qD used for multiple global register variablesregister or memory expression expected for 'M' output modifierregister or memory expression expected for 'N' output modifierregister specified for %q+D isn%'t suitable for data typeregister variable %qD used in nested functionregparam and thiscall attributes are not compatiblereimplementation of class %qEreinterpret_cast from integer to pointerreinterpret_cast from type %qT to type %qT casts away qualifiersrelaxed transaction in %<transaction_safe%> functionrelaxed transaction in atomic transactionremoved loop %d in loop treeremoving .rpo file: %mrename spec %s to %s
  renaming .rpo file: %mrepeated %<@%> before Objective-C stringrepeated %s in formatrepository file '%s' does not contain command-line argumentsrequest for implicit conversion from %qT to %qT not permitted in C++request for member %qD in %qE, which is of non-class type %qTrequest for member %qD in %qE, which is of pointer type %qT (maybe you meant to use %<->%> ?)request for member %qD is ambiguousrequest for member %qD is ambiguous in multiple inheritance latticerequest for member %qE in non-class type %qTrequest for member %qE in something not a structure or unionrequested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)requested ABI requires -march to subsume the %qc extensionrequested alignment %d is larger than %drequested alignment for %q+D is greater than implemented alignment of %wurequested alignment is not a positive power of 2requested alignment is not an integer constantrequested alignment is too largerequested init_priority is not an integer constantrequested init_priority is out of rangerequested init_priority is reserved for internal userequested position is less than zerorequested position is not an integer constantrequire_atom(): bad atom type requiredrequired by substitution of %qS
  required from %q#D
  required from here
! requires-clause on declaration of non-function type %qTrequires-clause on return typerequires-clause on type-idrequires-clause on typedefresolution sub id %wx not in object fileresolve_function(): bad function typeresolve_intrinsic(): Too many args for intrinsicresolve_operator(): Bad intrinsicresolve_ref(): Bad array referenceresolve_subroutine(): bad function typeresult of %<operator->()%> yields non-pointer resultresult of %qE requires %u bits to represent, but %qT only has %u bitsresult with non-constant character lengthreturn discards %qv qualifier from pointer target typereturn edge does not point to exit in bb %dreturn from incompatible pointer typereturn from pointer to non-enclosed address spacereturn makes %q#v qualified function pointer from unqualifiedreturn makes integer from pointer without a castreturn makes pointer from integer without a castreturn not followed by barrierreturn type %q#T is incompletereturn type defaults to %<int%>return type is an incomplete typereturn type might be a candidate for a format attributereturn type of %qD is not %<int%>return type specification for constructor invalidreturn type specification for destructor invalidreturn type specified for %<operator %T%>return type specified for deduction guidereturn value type mismatchreturn with value in function with no return typereturn-statement with a value, in function returning 'void'return-statement with no value, in function returning %qTreturning a value from a constructorreturning a value from a destructorreturning initializer listreturning reference to temporaryreturns_nonnull attribute on a function not returning a pointerreverse floating-point scalar storage orderreverse scalar storage orderreverse storage order for %smoderight operand of comma operator cannot resolve address of overloaded functionright operand of comma operator has no effectright operand of comma operator is a reference, not call, to function %qEright operand of shift expression %q+E is >= than the precision of the left operandright operand of shift expression %q+E is negativeright precisionright precision in strfmon formatright rotate count >= width of typeright rotate count is negativeright shift count >= width of typeright shift count >= width of vector elementright shift count is negativeright-hand operand of comma expression has no effectrounding mode not supported for VAX floatsrounding result will always be 0rounding to %d bits has no effect for fixed-point value with %d fractional bitsroutine %qD declared hererx100 cpu does not have FPU hardwarerx200 cpu does not have FPU hardwaresame canonical type node for different types %T and %Tsame variable used in %<firstprivate%> and %<lastprivate%> clauses on %<distribute%> constructsame_comdat_group is not a circular listsame_comdat_group list across different groupssaw %d %<template<>%>, need %d for specializing a member function templatesay %<typename %E%> if a type is meantscalar object %qD requires one element in initializerscalar_storage_order argument must be one of "big-endian" or "little-endian"scalar_storage_order is not supportedscalar_storage_order is not supported because endianness is not uniformscale needs to be non-negative
  scaling cannot co-exist with normalization, skipping
! schedule %<auto%> does not take a %<chunk_size%> parameterschedule %<runtime%> does not take a %<chunk_size%> parameterschedule chunk size expression must be integralscope %qT before %<~%> is not a class-namescoped enum %qT passed through ... as %qT before -fabi-version=6, %qT afterscoped enums only available with -std=c++11 or -std=gnu++11scoped/unscoped mismatch in enum %q#Tsecond argument must be slice or stringsecond argument of %q+D should be %<char **%>second argument to %<__builtin_call_with_static_chain%> must be a pointer typesecond argument to %<__builtin_prefetch%> must be a constantsecond argument to %<va_arg%> is of incomplete type %qTsecond argument to function %qE must be a constant integer power of 2 between %qi and %qu bitssecond argument to vec_vextract4b must be 0..12second operand of %<offsetof%> is neither a single identifier nor a sequence of member accesses and array referencessecond operand of conditional expression cannot resolve address of overloaded functionsecond operand of conditional expression has no effectsecond operand of conditional expression is a reference, not call, to function %qEsecond operand to the conditional operator is of type %<void%>, but the third operand is neither a throw-expression nor of type %<void%>second parameter of %<va_start%> not last named argumentsection anchors must be disabled when toplevel reorder is disabledsection anchors must be disabled when unit-at-a-time is disabledsection attribute argument not a string constantsection attribute cannot be specified for local variablessection attribute not allowed for %q+Dsection attributes are not supported for this targetsection of %q+D cannot be overriddensection of %q+D conflicts with previous declarationsection of alias %q+D must match section of its targetsection type conflictsection type conflict with %Dselector must be an immediateselector must be an integer constant in the range 0..%wiself-comparison always evaluates to falseself-comparison always evaluates to trueself-tests are not enabled in this buildself-tests incompatible with -Eset number of nops to emit before each insn pattern.setjmp/longjmp inside simd constructsetter name must terminate with %<:%>setting core file size limit to maximum: %mshadowed declaration is hereshadowing built-in function %q#Dshadowing library function %q#Dshadowing previous type declaration of %q#Dshared SSA name infoshared and mdll are not compatibleshared call_stmt:shared is not supportedshared rtxshift count not unsigned integershift expression %q+E overflowsshift of non-integer operandshort read while reading export datashow_array_ref(): Unknown array referenceshow_array_spec(): Unhandled array shape type.show_code_node(): Bad statement codeshow_expr(): Bad intrinsic in expression!show_expr(): Don't know how to show exprshow_ref(): Bad component codesibcall edges for non-call insn in bb %iside effects not recomputed when ADDR_EXPR changedside-effects element in no-side-effects CONSTRUCTORsignedness of type and machine mode %qs don%'t matchsimple IFsimplify_intrinsic_op(): Bad operatorsimplify_min_max(): Bad type in arglistsingle target_clones attribute is ignoredsize in array new must have integral typesize mismatch in argument %d of %qEsize of %q+D is %d bytessize of %q+D is larger than %wd bytessize of %qD differ from the size of original declarationsize of array %qD has non-integral type %qTsize of array %qD is negativesize of array %qD is not an integral constant-expressionsize of array %qE has incomplete typesize of array %qE has non-integer typesize of array %qE is negativesize of array %qE is too largesize of array has non-integral type %qTsize of array is negativesize of array is not an integral constant-expressionsize of array is too largesize of loop %d should be %d, not %dsize of return value of %q+D is %u bytessize of return value of %q+D is larger than %wd bytessize of tiles for loop blocking.size of type %qT is too large (%qE bytes)size of unnamed array has incomplete typesize of unnamed array has non-integer typesize of unnamed array is negativesize of unnamed array is too largesize of variable %q+D is too largesize optimization level: 0:none 1:opportunistic 2: regalloc 3:drop align, -Os.size ranges of option %qs should be increasingsizeof(long double) is 12.sizeof(long double) is 16.slice can only be compared to nilslice capacity must be integerslice end must be integerslice of unaddressable valueso any instantiation with a non-empty parameter pack would be ill-formedsoft-float and long-double-128 are incompatiblesorry, unimplementedsorry, unimplemented: sorry: semantics of inline function static data %q#D are wrong (you%'ll wind up with multiple copies)sorry: semantics of inline variable %q#D are wrong (you%'ll wind up with multiple copies)source is a pointer to incomplete typesource is not a pointersource is not a pointer to classsource is not of class typesource is of incomplete class typesource locations for function %qE have changed, the profile data may be out of datesource type is not polymorphicspawned function call cannot be part of a comma expressionspec %qs has invalid %<%%0%c%>spec %qs has invalid %<%%W%c%>spec %qs has invalid %<%%x%c%>spec %qs invalidspec failure: %<%%*%> has not been initialized by pattern matchspec failure: more than one arg to SYSROOT_HEADERS_SUFFIX_SPECspec failure: more than one arg to SYSROOT_SUFFIX_SPECspec failure: unrecognized spec option %qcspec file has no spec for linkingspec is '%s'
  
! spec-generated switch is just %<-%>spec_dimen_size(): Bad dimensionspecialization %qT after instantiation %qTspecialization of %qD after instantiationspecialization of %qD in different namespacespecialization of %qD must appear at namespace scopespecialization of %qT after instantiationspecialization of alias template %qDspecialization of implicitly-declared special member functionspecialization of variable concept %q#Dspecialization of variable template %qD declared as functionspecializing %q#T in different namespacespecializing member %<%T::%E%> requires %<template<>%> syntaxspecified bound %wu equals the size of the destinationspecified bound %wu exceeds %<INT_MAX %>specified bound %wu exceeds maximum object size %wuspecified bound %wu exceeds the size %wu of the destination objectspecified mode too small for enumeral valuesspecified option %qs more than oncespecifying vector types with __attribute__ ((mode)) is deprecatedspecs %%include syntax malformed after %ld charactersspecs %%rename syntax malformed after %ld charactersspecs %s spec was not found to be renamedspecs file malformed after %ld charactersspecs unknown %% command after %ld charactersspurious %<>>%>, use %<>%> to terminate a template argument listspurious trailing %<%%%> in formatstack frame must be smaller than 64Kstack frame not a multiple of 8 bytes: %wdstack frame not a multiple of octabyte: %wdstack frame too largestack guard value must be an exact power of 2stack limit expression is not supportedstack limits not supported on this targetstack probing requires %<-maccumulate-outgoing-args%> for correctnessstack protector not protecting function: all local arrays are less than %d bytes longstack protector not protecting local variables: variable length bufferstack register used for global register variablestack size must be an exact power of 2stack size must be greater than the stack guard valuestack size must not be greater than 64kstack usage computation not supported for this targetstack usage is %wd bytesstack usage might be %wd bytesstack usage might be unboundedstack_offset must be a multiple of 4stack_offset must be at least 4stackframe too big: %d bytesstandard conversions are not allowed in this contextstart of RTL fragment must be on an earlier line than endstart of implied-do loop at %L could not be simplified to a constant valuestart-index and length fields necessary for using array notation in pointers or recordsstart-index and length fields necessary for using array notation with array of unknown boundstart-index and length fields necessary for using array notations in dimensionless arraysstart-index and length fields necessary for using array notations in pointersstart-index and length fields necessary for using array notations in variable-length arraysstart-index of array notation triplet is not an integerstart/end of RTL fragment are in different filesstatement cannot resolve address of overloaded functionstatement has no effectstatement is a reference, not call, to function %qEstatement is not a constant expressionstatement marked for throw in middle of blockstatement marked for throw, but doesn%'tstatement uses released SSA name:statement will never be executedstatement with no effectstatement-expressions are not allowed outside functions nor in template-argument listsstatic %qs cannot be declared %<mutable%>static IO declaration for %q+D needs an addressstatic assertion failedstatic assertion failed: %Estatic assertion failed: %sstatic chain with function that doesn%'t use onestatic data member %qD in unnamed classstatic data member %qE declared %<concept%>static declaration of %q+D follows non-static declarationstatic initialization of variable %q+D in %<.shared%> memory is not supportedstatic is not supported on TPF-OSstatic member %qD cannot be a bit-fieldstatic member %qD declared %<register%>static member function %q#D declared with type qualifiersstatic member function %qD cannot have cv-qualifierstatic member function %qD cannot have ref-qualifierstatic or type qualifiers in non-parameter array declaratorstatic_assert without a message only available with -std=c++1z or -std=gnu++1zstatic_cast from type %qT to type %qT casts away qualifiersstatically allocated instance of Objective-C class %qEstdcall and cdecl attributes are not compatiblestdcall and fastcall attributes are not compatiblestdcall and thiscall attributes are not compatiblestep of implied-do loop at %L could not be simplified to a constant valuestep size must be an integer constant expression or an integer variablestmt (%p) marked modified after optimization pass: stmt volatile flag not up-to-datestmt with wrong VUSEstorage class %<__thread%> invalid for function %qsstorage class %<auto%> invalid for function %qsstorage class %<register%> invalid for function %qsstorage class %<thread_local%> invalid for function %qsstorage class %qD applied to template instantiationstorage class specified for %qsstorage class specified for parameter %qEstorage class specified for parameter %qsstorage class specified for structure fieldstorage class specified for structure field %qEstorage class specified for template parameter %qsstorage class specified for typenamestorage class specified for unnamed parameterstorage class specifiers invalid in friend function declarationsstorage class specifiers invalid in parameter declarationsstorage size of %q+D isn%'t constantstorage size of %q+D isn%'t knownstorage size of %qD isn%'t constantstorage size of %qD isn%'t knownstrange device name %qs after %qs: bad character %qcstrategy name %qs specified for option %qs not supported for 32-bit codestray %<,%> at end of member declarationstray %<@%> in programstray %<\%o%> in programstray %qc in programstray %qs between Objective-C++ methodsstray %qs in programstreaming subprocess failedstreaming subprocess was killed by signalstrftime formats cannot format argumentsstride of array notation triplet is not an integerstring length %qd is greater than the length %qd ISO C%d compilers are required to supportstring literal in function template signaturestrong using is deprecated; use inline namespaces insteadstrong using only meaningful at namespace scopestrong-cast assignment has been interceptedstrong-cast may possibly be neededstruct defined herestruct has no membersstruct has no named membersstructure alignment must be a small power of two, not %dstructure size boundary can only be set to 8 or 32structure size boundary can only be set to 8, 32 or 64subframework include %s conflicts with framework includesubprogram %q+F not marked Inlinesubprogram %q+F not marked Inline_Alwayssubscript missing in array referencesubscripted value is neither array nor pointersubscripted value is neither array nor pointer nor vectorsubscripted value is pointer to functionsubscripting array declared %<register%>suggest braces around empty body in %<do%> statementsuggest braces around empty body in an %<else%> statementsuggest braces around empty body in an %<if%> statementsuggest explicit braces around empty body in %<do%> statementsuggest explicit braces to avoid ambiguous %<else%>suggest parentheses around %<&&%> within %<||%>suggest parentheses around %<+%> in operand of %<&%>suggest parentheses around %<+%> inside %<<<%>suggest parentheses around %<+%> inside %<>>%>suggest parentheses around %<-%> in operand of %<&%>suggest parentheses around %<-%> inside %<<<%>suggest parentheses around %<-%> inside %<>>%>suggest parentheses around %<>>%> expressionsuggest parentheses around arithmetic in operand of %<^%>suggest parentheses around arithmetic in operand of %<|%>suggest parentheses around assignment used as truth valuesuggest parentheses around comparison in operand of %<!=%>suggest parentheses around comparison in operand of %<&%>suggest parentheses around comparison in operand of %<==%>suggest parentheses around comparison in operand of %<^%>suggest parentheses around comparison in operand of %<|%>suggest parentheses around operand of %<!%> or change %<&%> to %<&&%> or %<!%> to %<~%>suggest parentheses around operand of %<!%> or change %<|%> to %<||%> or %<!%> to %<~%>suggested alternative:suggested alternatives:suggested alternative: %qssupport for mode %qssupported core architectures:%sswitch %<-mcustom-%s%> conflicts with switch %<-mcustom-%s%>switch %<-mcustom-%s%> has no effect unless -ffinite-math-only is specifiedswitch %<-mcustom-%s%> has no effect unless -fno-math-errno is specifiedswitch %<-mcustom-%s%> has no effect unless -funsafe-math-optimizations is specifiedswitch %<-mcustom-%s%> is required for double precision floating pointswitch %<-mcustom-%s%> value %d must be between 0 and 255switch %qs does not start with %<-%>switch %qs is no longer supportedswitch -mcpu=%s conflicts with -march=%s switchswitch condition has boolean valueswitch jumps into statement expressionswitch jumps over variable initializationswitch missing default caseswitch quantity not an integerswitch starts hereswitch statement of size %lu entries too largesymbol used as immediate operandsymbol used with both base and indexed registerssymbol with offset used in PIC modesymbolic memory references are only supported on z10 or latersymtab_node::verify failedsynthesized method %qD first required here sysctl for kern.osversion failed: %msystem path %qs is not absolutetaking address of constructor %qEtaking address of destructor %qEtaking address of expression of type %<void%>taking address of temporarytaking address of temporary arraytaking address of xvalue (rvalue reference)taking the address of a label is non-standardtarget %s %qs does not accept an argumenttarget %s %qs does not allow a negated formtarget %s %qs is invalidtarget %s %s=%s is not validtarget CPU does not support ARM modetarget CPU does not support ARMv8-M Security Extensionstarget CPU does not support THUMB instructionstarget CPU does not support interworkingtarget CPU does not support unaligned accessestarget OS does not support unaligned accessestarget argumenttarget attribute is not supported on this machinetarget attribute or pragma changes AltiVec ABItarget attribute or pragma changes SPE ABItarget attribute or pragma changes darwin64 ABItarget attribute or pragma changes double precision floating pointtarget attribute or pragma changes long double sizetarget attribute or pragma changes single precision floating pointtarget does not support atomic profile update, single mode is selectedtarget format does not support infinitytarget is not pointer or referencetarget is not pointer or reference to classtarget is not pointer or reference to complete typetarget of conversion might be a candidate for a format attributetarget of initialization might be a candidate for a format attributetarget specific builtin not availabletarget specific option mismatchtarget system does not support debug outputtarget system does not support the %qs debug formattarget the software simulator.template %qD declaredtemplate %qE in clause %qstemplate argument %d is invalidtemplate argument %qE involves template parameter(s)template argument for %qD uses local type %qTtemplate argument required for %<%s %T%>template arguments to %qD do not match original template %qDtemplate class without a nametemplate constraint failuretemplate declaration of %<typedef%>template declaration of %q#Dtemplate definition of non-template %q#Dtemplate instantiation depth exceeds maximum of %d (use -ftemplate-depth= to increase the maximum)template instantiation depth exceeds maximum of %d instantiating %q+D, possibly from virtual table generation (use -ftemplate-depth= to increase the maximum)template parameter %q+#Dtemplate parameter %qD declared heretemplate parameter %qD of type %qT is not allowed in an integral constant expression because it is not of integral or enumeration typetemplate parameter list used in explicit instantiationtemplate parameter lists provided don%'t match the template parameters of %qDtemplate parameter pack %qD cannot have a default argumenttemplate parameter pack cannot have a default argumenttemplate parameter packs cannot have default argumentstemplate parameter type %qT declared %<friend%>template parameters cannot be friendstemplate parameters do not match template %qDtemplate parameters not deducible in partial specialization:template placeholder type %qT must be followed by a simple declarator-idtemplate specialization of %qD not allowed by ISO C++template specialization with C linkagetemplate specifiers not specified in declaration of %qDtemplate type parameters must use the keyword %<class%> or %<typename%>template with C linkagetemplate-id %qD for %q+D does not match any template declarationtemplate-id %qD in declaration of primary templatetemplate-id %qD used as a declaratortemplate-parameter-templates may not be %<virtual%>temporary of non-literal type %qT in a constant expressionternary %<operator?:%>ternary %<operator?:%> in %<%E ? %E : %E%>the "%s" debug format cannot be used with pre-compiled headersthe %<getter%> attribute may only be specified oncethe %<interrupt%> attribute requires a MIPS32r2 processor or greaterthe %<setter%> attribute may only be specified oncethe %qE attribute requires argumentsthe %qs architecture does not support %<-m%s=2008%>the %qs architecture does not support %<-m%s=legacy%>the %qs architecture does not support %<-mfp32%>the %qs architecture does not support DSP instructionsthe %qs architecture does not support branch-likely instructionsthe %qs architecture does not support madd or msub instructionsthe %qs architecture does not support odd single-precision registersthe %qs architecture does not support paired-single instructionsthe %qs architecture does not support the synci instructionthe ' ' printf flagthe '!' strfmon flagthe '#' printf flagthe '#' strftime flagthe ''' printf flagthe ''' scanf flagthe '(' strfmon flagthe '+' printf flagthe '+' strfmon flagthe '-' printf flagthe '-' strfmon flagthe '-' strftime flagthe '0' printf flagthe '0' strftime flagthe 'E' strftime modifierthe 'I' printf flagthe 'I' scanf flagthe 'O' modifierthe 'O' strftime modifierthe '^' strfmon flagthe '^' strftime flagthe '_' strftime flagthe 'a' scanf flagthe 'm' scanf flagthe 'q' diagnostic flagthe -shared option is not currently supported for VAX ELFthe ABI of passing aggregates with %d-byte alignment has changed in GCC 5the ABI of passing homogeneous float aggregates has changed in GCC 5the ABI of passing struct with a flexible array member has changed in GCC 4.4the ABI of passing structure with complex float member has changed in GCC 4.4the ABI of passing union with long double has changed in GCC 4.4the RX100 cpu does not have FPU hardwarethe RX200 cpu does not have FPU hardwarethe address of %qD will always evaluate as %<true%>the address of %qD will never be NULLthe address of a label cannot appear in a constant-expressionthe assignment suppression scanf featurethe call requires ifunc, which is not supported by this targetthe combination of %qs and %qs is incompatible with %qsthe comparison will always evaluate as %<false%> for the address of %qD will never be NULLthe comparison will always evaluate as %<true%> for the address of %qD will never be NULLthe compiler can assume that the address of %qD will always evaluate to %<true%>the compiler can assume that the address of %qD will never be NULLthe component %qs is a PRIVATE type and cannot be a component of %qs, which is PUBLIC at %Lthe conflicting type defined in another translation unitthe conflicting type defined in another translation unit has virtual table of different sizethe conflicting type defined in another translation unit has virtual table with different contentsthe conflicting type defined in another translation unit has virtual table with more entriesthe conflicting type defined in another translation unit with different RTTI informationthe control flow of function %qE does not match its profile data (counter %qs)the count should be no less than 0.  please check the intrinsic _mm_sll_pi16 in code.the count should be no less than 0.  please check the intrinsic _mm_sll_pi32 in code.the count should be no less than 0.  please check the intrinsic _mm_sll_si64 in code.the count should be no less than 0.  please check the intrinsic _mm_slli_pi16 in code.the count should be no less than 0.  please check the intrinsic _mm_slli_pi32 in code.the count should be no less than 0.  please check the intrinsic _mm_slli_si64 in code.the count should be no less than 0.  please check the intrinsic _mm_sra_pi16 in code.the count should be no less than 0.  please check the intrinsic _mm_sra_pi32 in code.the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code.the count should be no less than 0.  please check the intrinsic _mm_srai_pi16 in code.the count should be no less than 0.  please check the intrinsic _mm_srai_pi32 in code.the count should be no less than 0.  please check the intrinsic _mm_srai_si64 in code.the count should be no less than 0.  please check the intrinsic _mm_srl_pi16 in code.the count should be no less than 0.  please check the intrinsic _mm_srl_pi32 in code.the count should be no less than 0.  please check the intrinsic _mm_srl_si64 in code.the count should be no less than 0.  please check the intrinsic _mm_srli_pi16 in code.the count should be no less than 0.  please check the intrinsic _mm_srli_pi32 in code.the count should be no less than 0.  please check the intrinsic _mm_srli_si64 in code.the dot syntax is not available in Objective-C 1.0the ellipsis in %qD is not inheritedthe extra base is defined herethe fifth argument must be an 8-bit immediatethe first argument of a VEC_COND_EXPR must be of a boolean vector type of the same number of elements as the resultthe first difference of corresponding definitions is field %qDthe first difference of corresponding definitions is method %qDthe first parameter of %<operator new%> cannot have a default argumentthe forth argument must be scale 1, 2, 4, 8the frame size of %wd bytes is larger than %wd bytesthe immediate argument must be a 4-bit immediatethe immediate argument must be a 5-bit immediatethe immediate argument must be an 8-bit immediatethe incompatible type defined in another translation unitthe incompatible type is defined herethe lambda has no capture-defaultthe last argument must be a 1-bit immediatethe last argument must be a 2-bit immediatethe last argument must be a 3-bit immediatethe last argument must be a 32-bit immediatethe last argument must be a 4-bit immediatethe last argument must be a 5-bit immediatethe last argument must be an 1-bit immediatethe last argument must be an 8-bit immediatethe last argument must be scale 1, 2, 4, 8the layout of aggregates containing vectors with %d-byte alignment has changed in GCC 5the m210 does not have little endian supportthe mangled name of %qD changed between -fabi-version=%d (%D) and -fabi-version=%d (%D)the mangled name of %qD changes between -fabi-version=%d (%D) and -fabi-version=%d (%D)the mangled name of %qD changes between -fabi-version=%d and -fabi-version=%dthe mangled name of a thunk for %qD changes between -fabi-version=%d and -fabi-version=%dthe mangled name of the initialization guard variable for %qD changes between -fabi-version=%d and -fabi-version=%dthe max value for the last size range should be -1 for option %qsthe next to last argument must be an 8-bit immediatethe omitted middle operand in ?: will always be %<true%>, suggest explicit middle operandthe program should also define %qDthe range of count should be in 0 to 32.  please check the intrinsic _mm_ror_pi16 in code.the range of count should be in 0 to 32.  please check the intrinsic _mm_ror_pi32 in code.the range of count should be in 0 to 32.  please check the intrinsic _mm_rori_pi16 in code.the range of count should be in 0 to 32.  please check the intrinsic _mm_rori_pi32 in code.the range of count should be in 0 to 64.  please check the intrinsic _mm_ror_si64 in code.the range of count should be in 0 to 64.  please check the intrinsic _mm_rori_si64 in code.the range of mask should be in 0 to 255the range of selector should be in 0 to 1the range of selector should be in 0 to 3the range of selector should be in 0 to 7the register specified for %q+D cannot be accessed by the current targetthe register specified for %q+D is not general enough to be used as a register variablethe result of the conversion is unspecified because %qE is outside the range of type %qTthe third argument must be an 8-bit immediatethe third argument must be comparison constantthe type %qT of constexpr variable %qD is not literalthe type being destroyed is %qT, but the destructor refers to %qTthe use of _OBJC_-prefixed variable names to select meta-data sections is deprecated at 4.6 and will be removed in 4.7the value of %qD is not usable in a constant expressionthe xabort's argument must be an 8-bit immediatethere are no arguments to %qD that depend on a template parameter, so a declaration of %qD must be availablethird argument of %q+D should probably be %<char **%>third argument to %<__builtin_prefetch%> must be a constantthird argument to vec_vinsert4b must be 0..12third operand of conditional expression cannot resolve address of overloaded functionthird operand of conditional expression has no effectthird operand of conditional expression is a reference, not call, to function %qEthird operand to the conditional operator is of type %<void%>, but the second operand is neither a throw-expression nor of type %<void%>this %qs clause does not guard...this builtin function is only available on the fr405 and fr450this builtin function is only available on the fr450this builtin function is only available on the fr500 and fr550this builtin is not supported for this targetthis compiler does not support %sthis compiler does not support PowerPC (arch flags ignored)this compiler does not support X86 (arch flags ignored)this condition has identical branchesthis decimal constant is unsigned only in ISO C90this decimal constant would be unsigned in ISO C90this is a GCC bug that can be worked around by adding attribute used to function calledthis is the first default labelthis is the first entry overlapping that valuethis is the insn:this media function is only available on the fr400 and fr550this media function is only available on the fr500this statement may fall throughthis target does not support %qsthis target is little-endianthis target machine does not have delayed branchesthread-local COMMON data not implementedthread-local declaration of %q#D follows non-thread-local declarationthread-local declaration of %q+D follows non-thread-local declarationthreadprivate variable %qE used in target regionthreadprivate variable %qE used in untied taskthrow expressions are not allowed inside loops marked with pragma simdthrow will always call terminate()throwing NULL, which has integral, not pointer typetls_model argument must be one of "local-exec", "initial-exec", "local-dynamic" or "global-dynamic"tls_model argument not a stringto be safe all intermediate pointers in cast from %qT to %qT must be %<const%> qualifiedto generate dependencies you must specify either -M or -MMto refer to a type member of a template parameter, use %<typename %E%>token %u has x-location == %utoken %u has x-location == y-location == %utoken %u has y-location == %utoo few arguments to %%:compare-debug-auxbase-opttoo few arguments to %%:replace-extensiontoo few arguments to %%:version-comparetoo few arguments to constructor %q#Dtoo few arguments to functiontoo few arguments to function %<va_start%>too few arguments to function %q#Dtoo few arguments to function %qEtoo few arguments to member function %q#Dtoo few arguments to method %q#Dtoo few expressions for structtoo few template parameter lists in declaration of %qDtoo few template-parameter-liststoo large function value type, needs %d registers, have only %d registers for thistoo late for # directive to set debug directorytoo many #pragma options align=resettoo many %<if%> clausestoo many %<if%> clauses with %qs modifiertoo many %<if%> clauses without modifiertoo many %<static%> argumentstoo many %qs clausestoo many alternatives in %<asm%>too many argumentstoo many arguments for formattoo many arguments to %%:compare-debug-auxbase-opttoo many arguments to %%:compare-debug-dump-opttoo many arguments to %%:compare-debug-self-opttoo many arguments to %%:version-comparetoo many arguments to constructor %q#Dtoo many arguments to functiontoo many arguments to function %q#Dtoo many arguments to function %qEtoo many arguments to maketoo many arguments to member function %q#Dtoo many arguments to method %q#Dtoo many arguments to method %qEtoo many arguments to overloaded function %stoo many braces around initializer for %qTtoo many exception handling edges in bb %itoo many expressions for structtoo many filenames given.  Type %s --help for usagetoo many initializers for %qTtoo many input filestoo many loop exits recordedtoo many open parenstoo many outgoing branch edges from bb %itoo many size ranges specified in option %qstoo many template headers for %D (should be %d)too many template parameter lists in declaration of %qDtoo many template-parameter-liststoo many values in return statementtoo many variables for range clause with channeltoo much stack space to dispose of: %dtoo much stack space to prepare: %dtop-level declaration of %qs specifies %<auto%>toplevel reorder must be disabled when unit-at-a-time is disabledtotal size of local objects too largetotal size of local variables exceeds architecture limittrack topn target addresses in indirect-call profile.traditional C lacks a separate namespace for labels, identifier %qE conflictstraditional C rejects ISO C style function definitionstraditional C rejects automatic aggregate initializationtraditional C rejects initialization of unionstraditional C rejects string constant concatenationtraditional C rejects the unary plus operatortrailing return type %qT of deduction guide is not a specialization of %qTtrailing return type only available with -std=c++11 or -std=gnu++11trampoline generated for nested function %qDtransactional memory is not supported with non-call exceptionstransformational intrinsic %qs at %L is not permitted in an initialization expressiontrap mode not supported for VAX floatstree check: %s, have %s in %s, at %s:%dtree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%dtree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%dtree check: accessed operand %d of %s with %d operands in %s, at %s:%dtree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%dtree check: did not expect class %qs, have %qs (%s) in %s, at %s:%dtree check: expected class %qs, have %qs (%s) in %s, at %s:%dtree check: expected none of %s, have %s in %s, at %s:%dtree check: expected omp_clause %s, have %s in %s, at %s:%dtree check: expected tree that contains %qs structure, have %qs in %s, at %s:%dtree code %qs is not supported in LTO streamstree list ends on depth %itrue/false edge after a non-GIMPLE_COND in bb %dtry removing the parentheses around the type-idtry statements are not allowed inside loops marked with #pragma simdtry using %qE insteadtrying to encode non-integer type as a bitfieldtrying to finish struct, but kicked out due to previous parse errorstrying to make class %qT a friend of global scopetuning string missing in option (%s)two consecutive %<[%> shall only introduce an attributetwo or more data types in declaration of %qstwo or more data types in declaration specifierstwo or more sections for %stype %q#T argument given to %<delete%>, expected pointertype %qE has a user-defined constructortype %qE has a user-defined destructortype %qE has no default constructor to calltype %qE has virtual member functionstype %qT defined in anonymous namespace can not match across the translation unit boundarytype %qT defined in anonymous namespace can not match type %qT across the translation unit boundarytype %qT does not have a known sizetype %qT for explicit instantiation %qD does not match declared type %qTtype %qT is not a base type for type %qTtype %qT is not a direct base of %qTtype %qT is not a direct or virtual base of %qTtype %qT is too largetype %qT itself violate the C++ One Definition Ruletype %qT of template argument %qE depends on a template parametertype %qT of template argument %qE depends on template parameterstype %qT should match type %qTtype %qT violates the C++ One Definition Ruletype %qT with no linkage used to declare function %q#D with linkagetype %qT with no linkage used to declare variable %q#D with linkagetype %qs does not conform to the %qE protocoltype assertion only valid for interface typestype attributes ignored after type is already definedtype defaults to %<int%> in declaration of %qEtype defaults to %<int%> in type nametype has no methodstype is deprecatedtype is deprecated: %stype is not compatible with its varianttype mismatch between an SSA_NAME and its symboltype mismatch for case label in switch statementtype mismatch in BIT_INSERT_EXPRtype mismatch in address expressiontype mismatch in array range referencetype mismatch in array referencetype mismatch in binary expressiontype mismatch in complex expressiontype mismatch in component referencetype mismatch in conditional expressiontype mismatch in fused multiply-add expressiontype mismatch in nontype parameter packtype mismatch in parameter %itype mismatch in pointer plus expressiontype mismatch in real/imagpart referencetype mismatch in sad expressiontype mismatch in shift expressiontype mismatch in vector permute expressiontype mismatch in widening multiply-accumulate expressiontype mismatch in widening vector shift expressiontype mismatch with previous external decl of %q#Dtype must be cv-qualified %<auto%> or reference to cv-qualified %<auto%>type name declared as function returning a functiontype name declared as function returning an arraytype of %qD defaults to %<int%>type of %qD does not match original declarationtype of %qE is unknowntype of array %q+D completed incompatibly with implicit initializationtype of asm operand %qE could not be determinedtype of bit-field %qs is a GCC extensiontype of formal parameter %d is incompletetype of property %qD conflicts with previous declarationtype precision mismatch in switch statementtype qualifiers ignored on function return typetype to vector delete is neither pointer or array typetype transparent %q#T cannot be made transparent because the type of the first field has a different ABI from the class overalltype transparent %q#T does not have any fieldstype transparent class %qT has base classestype transparent class %qT has virtual functionstype variant differs by type variant has TYPE_METHODStype variant has different TREE_TYPEtype variant has different TYPE_BINFOtype variant has different TYPE_FIELDStype variant has different TYPE_SIZE_UNITtype variant has different TYPE_VFIELDtype variant with TYPE_ALIAS_SET_KNOWN_Ptype variant's TREE_TYPEtype variant's TYPE_BINFOtype variant's TYPE_SIZE_UNITtype was previously declared %qEtype's TREE_TYPEtype's TYPE_BINFOtype's TYPE_SIZE_UNITtype-punning to incomplete type might break strict-aliasing rulestype/value mismatch at argument %d in template parameter list for %qDtypedef %q+D declared %<_Noreturn%>typedef %q+D declared %<inline%>typedef %qD is initialized (use __typeof__ instead)typedef %qD is initialized (use decltype instead)typedef %qD locally defined but not usedtypedef declaration invalid in parameter declarationtypedef declared %<auto%>typedef name may not be a nested-name-specifiertypedef-name %qD used as destructor declaratortypeid of qualified function type %qTtypeid-expression is not a constant expression because %qE is of polymorphic typetypes are not quite compatibletypes differ in signednesstypes have different parameter countstypes may not be defined in %<decltype%> expressionstypes may not be defined in %<noexcept%> expressionstypes may not be defined in a %<typeid%> expressiontypes may not be defined in a conversion-type-idtypes may not be defined in a for-range-declarationtypes may not be defined in a new-expressiontypes may not be defined in a new-type-idtypes may not be defined in alias template declarationstypes may not be defined in an exception-specificationtypes may not be defined in caststypes may not be defined in conditionstypes may not be defined in declare reduction type listtypes may not be defined in exception-declarationstypes may not be defined in parameter typestypes may not be defined in template argumentstypespec in ALLOCATE at %Lunable to compute real location of stacked parameterunable to deduce %qT from %qEunable to deduce lambda return type from %qEunable to emulate %qsunable to find a register to spillunable to find a register to spill in class %qsunable to find character literal operator %qD with %qT argumentunable to find numeric literal operator %qDunable to find string literal operator %qD with %qT, %qT argumentsunable to generate reloads for:unable to locate default linker script %qs in the library search pathsunable to open dynamic dependency '%s'unable to open fileunable to open log file %<vtv_class_set_sizes.log%>: %munable to open log file %<vtv_count_data.log%>: %munable to open log file %<vtv_set_ptr_data.log%>: %munable to print out operand yet; code == %d (%c)unable to use '%s' for PIC registerunbounded use of %<alloca%>unbounded use of variable-length arrayunconditional %2d never executed
  unconditional %2d taken %s
! undeclared selector %qEundefined behavior when second parameter of %<va_start%> is declared with %<register%> storageundefined named operand %qsunderlying type %<%T%> of %<%T%> must be an integral typeunderlying type mismatch in enum %q#Tunexpected !$OMP ATOMIC expression at %Lunexpected AST of kind %sunexpected argumentunexpected argument to msp430_select_hwmult_lib: %sunexpected attributeunexpected base-type in cris_print_baseunexpected expression %qE of kind %sunexpected file name %s in linker resolution file. Expected %sunexpected first argument to msp430_select_hwmult_lib: %sunexpected index-type in cris_print_indexunexpected keyword; remove space between quotes and suffix identifierunexpected multiplicative operandunexpected offsetunexpected operandunexpected side-effects in addressunhandled alignment for '#pragma nomember_alignment'unidentifiable call opuninitialized const %qDuninitialized const %qD is invalid in C++uninitialized const in %<new%> of %q#Tuninitialized const member in %q#Tuninitialized const member in %q#T using %<new%> without new-initializeruninitialized const member in %qT is invalid in C++uninitialized const member in base %q#T of %q#Tuninitialized const member in base %q#T of %q#T using %<new%> without new-initializeruninitialized reference member in %q#Tuninitialized reference member in %q#T using %<new%> without new-initializeruninitialized reference member in base %q#T of %q#Tuninitialized reference member in base %q#T of %q#T using %<new%> without new-initializeruninitialized variable %q+D put into program memory areauninitialized variable %qD in %<constexpr%> functionunion cannot be made transparentunion defined hereunion has no membersunion has no named membersunion member %q+D with non-trivial %qDunknown '#pragma extern_model' model '%s'unknown '#pragma member_alignment' name %sunknown -mdebug-%s switchunknown CRIS cpu version specification in -mtune= : %sunknown CRIS version specification in -march= or -mcpu= : %sunknown IRA algorithm %qsunknown IRA region %qsunknown LTO partitioning model %qsunknown Stack Reuse Level %qsunknown TLS model %qsunknown action %qE for %<#pragma pack%> - ignoredunknown alignment %qs specified for option %qsunknown architecture specifier in memory model to builtinunknown array size in deleteunknown asm flag output %qsunknown basic block reordering algorithm %qsunknown builtin immediate operand type for operand %dunknown callback event registered by plugin %sunknown cc_attr valueunknown conversion type character %qc in formatunknown core architecture %qs specified with %qsunknown cpu %qs for -mtuneunknown demangling style '%s'unknown destunknown excess precision style %qsunknown flag passed in -moverride=%s (%s)unknown floating point contraction style %qsunknown insn modeunknown linker output %qsunknown machine mode %qEunknown move insn:unknown offload ABI %qsunknown operator %qs in %%:version-compareunknown option %q.*s in %<-fopt-info-%s%>unknown option after %<#pragma GCC diagnostic%> kindunknown option for -mrecip=%sunknown pass %s specified in -fdisableunknown pass %s specified in -fenableunknown pointer size model %qsunknown profile update method %qsunknown property attributeunknown punctuation '%c'unknown register name %qs in %<asm%>unknown register name: %sunknown relocation unspecunknown spec function %qsunknown specification for the set of FLT_EVAL_METHOD values to permit %qsunknown srcunknown stack check parameter %qsunknown switch -mlong-double-%sunknown tuning option (%s)unknown type %<%T%> found during Objective-C encodingunknown type name %qEunknown type name %qE; did you mean %qs?unknown type name %qE; use %<enum%> keyword to refer to the typeunknown type name %qE; use %<struct%> keyword to refer to the typeunknown type name %qE; use %<union%> keyword to refer to the typeunknown value %qs for 'arch' target %sunknown value %qs for 'cpu' target %sunknown value %qs for 'tune' target %sunknown value %qs for -marchunknown value %qs for -mcpuunknown value %qs for -mtuneunknown value %qs of -mmacosx-version-minunknown vectorization library ABI type (%s) for -mveclibabi= switchunknown vectorizer cost model %qsunknown vtable verify initialization priority %qsunnamed class defined hereunnamed field has incomplete typeunnamed initializer for %qT, which has no base classesunnamed initializer for %qT, which uses multiple inheritanceunnamed scoped enum is not allowedunnamed struct/union that defines no instancesunnamed type with no linkage used to declare function %q#D with linkageunnamed type with no linkage used to declare variable %q#D with linkageunnamed variable or field declared voidunordered comparison on non-floating point argumentunquote_string(): got bad stringunreachableunrecognizable argument of option unrecognizable insn:unrecognized addressunrecognized argument in option %qsunrecognized argument of -mcpu: %sunrecognized argument to --help= option: %q.*sunrecognized argument to -f%ssanitize%s= option: %q.*sunrecognized command line option %<-%s%>unrecognized command line option %<-%s%>; did you mean %<-%s%>?unrecognized command line option %<-fdump-%s%>unrecognized command line option %<-fopt-info-%s%>unrecognized command line option %qsunrecognized control register number: %d - using 'psw'unrecognized debug output level %qsunrecognized edge flag: '%s'unrecognized enum value: '%s'unrecognized format specifierunrecognized gcc debugging option: %cunrecognized hwpy field in msp430_mcu_data[%d]: %dunrecognized include_flags 0x%x passed to print_specific_helpunrecognized interrupt vector argument of %qE attributeunrecognized ivar visibility value %qsunrecognized option -fdisableunrecognized option -fenableunrecognized register name %qsunrecognized scalar storage order value %qsunrecognized section name %qEunrecognized shadow offset %qsunrecognized supposed constantunrecognized visibility value %qsunrecoverable errorunresolved overload for Altivec builtin %qFunresolved overloaded builtinunrestricted unions only available with -std=c++11 or -std=gnu++11unsafe function call %qD within %<transaction_safe%> functionunsafe function call %qD within atomic transactionunsafe function call %qE within %<transaction_safe%> functionunsafe function call %qE within atomic transactionunsafe indirect function call within %<transaction_safe%> functionunsafe indirect function call within atomic transactionunsuffixed float constantunsupported argument to %qDunsupported argument type %qT for simd
  unsupported argument type to builtin functionunsupported combination: %qs %sunsupported combination: %qs%s %sunsupported combination: %sunsupported fixed-point conversionunsupported mode %s
  unsupported non-standard concatenation of string literalsunsupported non-standard suffix on floating constantunsupported operand size for extended registerunsupported operation or type for vector comparison returning a booleanunsupported return type %qT for simd
! unsupported simdlen %dunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatunused parameter %qDunused variable %q+Dunused variable %qDunwind tables currently require either a frame pointer or -maccumulate-outgoing-args for correctnessupper value in case label range exceeds maximum value for typeuse #include insteaduse %<%T::%D%> insteaduse %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified nameuse %<%T::template %D%> to indicate that it is a templateuse %<-faligned-new%> to enable C++17 over-aligned new supportuse %<...%> to expand argument packuse %<this->%D%> insteaduse -Winvalid-pch for more informationuse -flax-vector-conversions to permit conversions between vectors with differing element types or numbers of subpartsuse -std=gnu++11 or -fext-numeric-literals to enable more built-in suffixesuse __attribute__ ((vector_size)) insteaduse __builtin_rx_mvtc (0, ... ) to write arbitrary values to PSWuse internal function id in profile lookup.use of %<_Cilk_spawn%> in a return statement is not alloweduse of %<alloca%>use of %<alloca%> within a loopuse of %<auto%> in lambda parameter declaration only available with -std=c++14 or -std=gnu++14use of %<auto%> in member template conversion operator can never be deduceduse of %<auto%> in parameter declaration only available with -std=c++14 or -std=gnu++14use of %<complex%> in AltiVec types is invaliduse of %<double%> in AltiVec types is invalid without -mvsxuse of %<long double%> in AltiVec types is invaliduse of %<long long%> in AltiVec types is invalid without -mvsxuse of %<long%> in AltiVec types is deprecated; use %<int%>use of %<long%> in AltiVec types is invalid for 64-bit code without -mvsxuse of %<this%> in a constant expressionuse of %qD before deduction of %<auto%>use of %qs in templateuse of %qs length modifier with %qc type character has either no effect or undefined behavioruse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of an operand of type %qT in %<operator++%> is deprecateduse of an operand of type %qT in %<operator++%> is forbidden in C++1zuse of an operand of type %qT in %<operator--%> is forbiddenuse of boolean types in AltiVec types is invaliduse of built-in trait %qE in function signature; use library traits insteaduse of class template %qT as expressionuse of decimal floating point types in AltiVec types is invaliduse of deleted function %qDuse of enum %q#D without previous declarationuse of invalid variable template %qEuse of local variable with automatic storage from containing functionuse of multiversioned function without a defaultuse of namespace %qD as expressionuse of old-style castuse of parameter from containing functionuse of untyped niluse operand missing for stmtuse option -std=c99, -std=gnu99, -std=c11 or -std=gnu11 to compile your codeuse template<> for an explicit specializationused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requiredused vector type where scalar is requireduseless %<_Alignas%> in empty declarationuseless %qs in empty declarationuseless cast to type %qTuseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationuser defined reduction lookup is ambiguoususer defined reduction not found for %qEuser defined reduction with constructor initializer for base class %qTuser-defined %qD always evaluates both argumentsuser-defined literals only available with -std=c++11 or -std=gnu++11uses %qD, which does not have an alignment parameterusing %<%c%s%>using %qs with unsigned type has no effectusing IBM extended precision long doubleusing IEEE extended precision long doubleusing alias template specialization %qT after %qsusing darwin64 ABIusing invalid field %qDusing num_workers (%d), ignoring %dusing old darwin ABIusing parameters for %<linear%> step is not supported yetusing result of function returning %<void%>using template type parameter %qT after %qsusing temporary as lvalueusing the range [%E, %E] for directive argumentusing typedef-name %qD after %qsusing vector_length (%d), ignoring %dusing xvalue (rvalue reference) as lvalueusing-declaration for non-member at class scopevalid arguments are: %s; did you mean %qs?valid arguments to %<-march=%> switch are: %svalid arguments to %<-march=%> switch are: %s; did you mean %qs?valid arguments to %<-mtune=%> switch are: %svalid arguments to %<-mtune=%> switch are: %s; did you mean %qs?valid arguments to %qs are: %svalid arguments to %qs are: %s; did you mean %qs?valid values for builtin %qF argument %d are 64, 128, 256, 512, 1024, 2048, and 4096validate_value_data: Loop in regno chain (%u)validate_value_data: [%u] Bad next_regno for empty chain (%u)validate_value_data: [%u] Bad oldest_regno (%u)validate_value_data: [%u] Non-empty reg in chain (%s %u %i)value %qE of type %qT is not a constant expressionvalue %qs is not supported by attribute %<target%>value argumentvalue computed is not usedvalue of -mfixed-range must have form REG1-REG2value passed in %qs is too largevalue-initialization of function type %qTvalue-initialization of incomplete type %qTvalue-initialization of reference type %qTvar-tracking-assignments changes selective schedulingvariable %q#D has initializer but incomplete typevariable %q+D declared %<_Noreturn%>variable %q+D declared %<inline%>variable %q+D definition is marked dllimportvariable %q+D might be clobbered by %<longjmp%> or %<vfork%>variable %q+D must be const in order to be put into read-only section by means of %qsvariable %q+D part of alias cyclevariable %qD has function typevariable %qD has initializer but incomplete typevariable %qD of non-literal type %qT in %<constexpr%> functionvariable %qD redeclared as functionvariable %qD set but not usedvariable %qD used more than once with %<#pragma acc declare%>variable %qE declared in enclosing %<host_data%> regionvariable %qE is not an iteration of outermost loop %d, expected %qEvariable %qE of incomplete type %qT will not be accessed in for increment expressionvariable %qE of incomplete type %qT will not be accessed in left operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in right operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in second operand of conditional expressionvariable %qE of incomplete type %qT will not be accessed in statementvariable %qE of incomplete type %qT will not be accessed in third operand of conditional expressionvariable concept has no initializervariable length array %qD is usedvariable length array is usedvariable length element type in array %<reduction%> clausevariable of same assembler name as the virtual table is defined in another translation unitvariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable symbol is not variablevariable template declared herevariable template-id %qD in nested-name-specifiervariable templates only available with -std=c++14 or -std=gnu++14variable tracking requested, but not supported by this debug formatvariable tracking requested, but useless unless producing debug infovariable tracking size limit exceededvariable tracking size limit exceeded with -fvar-tracking-assignments, retrying withoutvariable-length array bound is unknownvariable-sized compound literalvariable-sized object may not be initializedvariably modified %qE at file scopevariably modified field at file scopevariably modified type not allowed in new-expressionvariadic constraint introduced without %<...%>variadic functions must use the base AAPCS variantvariadic templates only available with -std=c++11 or -std=gnu++11vec_adde only accepts 3 argumentsvec_addec only accepts 3 argumentsvec_cmpne only accepts 2 argumentsvec_extract only accepts 2 argumentsvec_insert only accepts 3 argumentsvec_lvsl is deprecated for little endian; use assignment for unaligned loads and storesvec_lvsr is deprecated for little endian; use assignment for unaligned loads and storesvec_mul only accepts 2 argumentsvector CONSTRUCTOR element is not a GIMPLE valuevector CONSTRUCTOR with non-NULL element indexvector argument passed to unprototyped functionvector attribute not immediately followed by a single function declaration or definitionvector condition will be expanded piecewisevector insertion not at element boundaryvector operation will be expanded in parallelvector operation will be expanded piecewisevector operation will be expanded with a single scalar operationvector overflow in expressionvector shuffling operation will be expanded piecewisevector size not an integral multiple of component sizevector types expected in sad expressionvector types expected in vector permute expressionvectorization did not happen for a simd loopvectorlength must be a power of 2vectorlength must be an integer constantvectors with different element number found in vector permute expressionverify_bind_c_derived_type(): Given symbol is unexpectedly NULLverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_flow_info: Basic block %d succ edge is corruptedverify_flow_info: Block %i has loop_father, but there are no loopsverify_flow_info: Block %i lacks loop_fatherverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: REG_BR_PROB does not match cfg %i %iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_gimple failedverify_histograms failedverify_ssa failedverify_type failedversion attribute is not a stringversion control conflict marker in filevirt-specifiers in %qs not allowed outside a class definitionvirtual PHI with argument locationsvirtual SSA name for non-VOP declvirtual base %qT inaccessible in %qT due to ambiguityvirtual def operand missing for stmtvirtual definition is not an SSA namevirtual definition of statement not up-to-datevirtual function %q+Dvirtual function cannot have deduced return typevirtual functions cannot be friendsvirtual method %qDvirtual non-class function %qsvirtual table layout differs in another translation unitvirtual table of type %qD contains RTTI informationvirtual table of type %qD violates one definition rulevirtual table of type %qD violates one definition rule  virtual use of statement not up-to-datevirtual use operand missing for stmtvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvisibility attribute not supported in this configuration; ignoredvms '#pragma __message' is ignoredvoid value not ignored as it ought to bevolatile argumentvolatile must be specified on any memory that is effected by DMA.vtable for waitpid failedwarning: warning: consider linking with '-static' as system libraries withwas expecting `%s'weak %q+D cannot be defined %qEweak declaration of %q+D being applied to a already existing, static definitionweak declaration of %q+D must be publicweak declaration of %q+D not supportedweakref %q+D must have static linkageweakref %q+D ultimately targets itselfweakref attribute must appear before alias attributeweakref is not supported in this configurationweights need to be non-negative
! when writing output to %s: %mwide character array initialized from incompatible wide stringwide character array initialized from non-wide stringwide string literal in %<asm%>width of %qD exceeds its typewidth of %qs exceeds its typewidth of bit-field %qD has non-integral type %qTwill be assumed to return %<id%> and acceptwill not generate power5 instructions because assembler lacks power5 supportwill not generate power6 instructions because assembler lacks power6 supportwill not generate power7 instructions because assembler lacks power7 supportwill not generate power8 instructions because assembler lacks power8 supportwill not generate power9 instructions because assembler lacks power9 supportwithwith %q+#Dwithin this loopwork-sharing region may not be closely nested inside of work-sharing, %<critical%>, %<ordered%>, %<master%>, explicit %<task%> or %<taskloop%> regionwrite of %wu-bit data outside the bound of destination object, data truncated into %wu-bitwrite_atom(): Trying to write dab atomwrite_atom(): Writing negative integerwrite_symbol(): bad module symbol %qswrite_symtree(): Symbol not writtenwriting into constant object (argument %d)writing output filewriting through null pointer (argument %d)writing to LTRANS output list %s: %mwriting to address space %qs not supportedwrong TYPE_CACHED_VALUES entrywrong amount of branch edges after conditional jump in bb %iwrong amount of branch edges after unconditional jump %iwrong argument %qs to option %qswrong edge %d->%d for PHI argumentwrong immediate use listwrong insn in the fallthru edgewrong list of exited loops for edge  %d->%dwrong number of arguments specified for %qE attributewrong number of arguments to %%:debug-level-gtwrong number of arguments to %<__builtin_addressof%>wrong number of arguments to %<__builtin_call_with_static_chain%>wrong number of arguments to %<__builtin_choose_expr%>wrong number of arguments to %<__builtin_complex%>wrong number of arguments to %<__builtin_launder%>wrong number of arguments to %<__builtin_shuffle%>wrong number of arguments to function %<__builtin_next_arg%>wrong number of arguments to function %<va_start%>wrong number of branch edges after unconditional jump in bb %iwrong number of template arguments (%d, should be %d)wrong number of template arguments (%d, should be at least %d)wrong outgoing edge flags at end of bb %dwrong strategy name %qs specified for option %qswrong type argument to %swrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusx87 register return with x87 disabledxstormy16_print_operand: unknown codeyou can work around this by removing the initializerz/Architecture mode not supported on %sz/Architecture.zero as null pointer constantzero length array section in %qs clausezero or negative size array %q+Dzero vector sizezero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qDzero-size array %qTzero-size array member %qD in an otherwise empty %q#Tzero-size array member %qD not at end of %q#T{anonymous}{unknown}Project-Id-Version: gcc 7.1-b20170226
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-04-24 20:38+0000
! PO-Revision-Date: 2017-03-09 22:05+0100
  Last-Translator: GÃ¶ran Uddeborg <goeran@uddeborg.se>
  Language-Team: Swedish <tp-sv@listor.tp-sv.se>
  Language: sv
--- 2182,2227 ----
  collection in fast enumeration is not an objectcomdat-local function called by %s outside its comdatcomdat-local symbol referred to by %s outside its comdatcomma at end of enumerator listcomma-separated list in using-declaration only available with -std=c++1z or -std=gnu++1zcommand line option %qs is not supported by this configurationcommand line option %qs is valid for %s but not for %scommand line option %qs is valid for the driver but not for %scommon symbol debug info is not structured as symbol+offsetcompact-casesi is not applicable to ARCv2compare_actual_expr(): Bad component codecompare_bound_int(): Bad expressioncompare_real(): Bad operatorcomparing final insns dumpscomparing floating point with == or != is unsafecomparing vectors with different element typescomparing vectors with different number of elementscomparison always false due to limited range of data typecomparison always true due to limited range of data typecomparison between %q#T and %q#Tcomparison between %qT and %qTcomparison between distinct pointer types %qT and %qT lacks a castcomparison between distinct pointer-to-member types %qT and %qT lacks a castcomparison between pointer and integercomparison between pointer and zero character constantcomparison between signed and unsigned integer expressionscomparison between types %qT and %qTcomparison is always %dcomparison is always %d due to width of bit-fieldcomparison is always false due to limited range of data typecomparison is always true due to limited range of data typecomparison of complete and incomplete pointerscomparison of constant %qE with boolean expression is always falsecomparison of constant %qE with boolean expression is always truecomparison of distinct Objective-C types lacks a castcomparison of distinct pointer types lacks a castcomparison of pointers to disjoint address spacescomparison of promoted ~unsigned with constantcomparison of promoted ~unsigned with unsignedcomparison of unsigned expression < 0 is always falsecomparison of unsigned expression >= 0 is always truecomparison with string literal results in unspecified behaviorcomparisons like %<X<=Y<=Z%> do not have their mathematical meaningcompatible type is herecompilation terminated due to -Wfatal-errors.
  compilation terminated due to -fmax-errors=%u.
  compilation terminated.
! complex arguments must have floating-point typecomplex arguments must have identical typescomplex floating point overflow in expressioncomplex integer overflow in expressioncomplex invalid for %qscomponent %qs at %L has already been set by a parent derived type constructorcompound literal has variable sizecompound literal of non-object type %qTcompound literal qualified by address-space qualifiercompound-statement in constexpr functioncompressed stream: %sconcept %q#D declared with a deduced return typeconcept %q#D declared with function parametersconcept %q#D with non-%<bool%> return type %qTconcept %qD has no definitionconcept must have type %<bool%>condition expression refers to iteration variable %qDconditional expression between distinct pointer types %qT and %qT lacks a castconditional expression between distinct pointer-to-member types %qT and %qT lacks a castconditional expression in operand of fold-expressionconflicting access specifications for field %qE, ignoredconflicting access specifications for method %q+D, ignoredconflicting declaration %q+#Dconflicting declaration of %q+#D with %qL linkageconflicting declaration of C function %q+#Dconflicting declaration of namespace %q+Dconflicting declaration of template %q+#Dconflicting named address spaces (%s vs %s)conflicting named address spaces (%s vs %s) for %q+Dconflicting named address spaces (%s vs generic) for %q+Dconflicting named address spaces (generic vs %s) for %q+Dconflicting return type specified for %q+#Dconflicting specifiers in declaration of %qsconflicting super class name %qEconflicting type attributes specified for %q+#Dconflicting type qualifiers for %q+Dconflicting types for %<%c%s%>conflicting types for %q+Dconflicting types for built-in function %q+Dconflicting use of -mcustom switches, target attributes, and/or __builtin_custom_ functionsconflicts with %qDconflicts with function declaration %q#Dconflicts with previous declaration %q#Dconflicts with version inherited from %qTconsecutive %<_Cilk_spawn%> keywords are not permittedconsider using '-pg' instead of '-p' with gprof(1)consider using `-pg' instead of `-p' with gprof (1) consider using `-pg' instead of `-p' with gprof(1)const %qs cannot be declared %<mutable%>const, volatile or __restrict qualified type %qT in %<#pragma omp declare reduction%>const, volatile or restrict qualified type in %<#pragma omp declare reduction%>const/copy propagation disabledconst_double_split got a bad insn:constant argument %d for builtin %qF is out of range (constant argument %d for builtin %qF is out of range (0..constant argument %d for builtin %qF is out of range for target typeconstant argument out of range for %qsconstant field %qD used as %<asm%> outputconstant not recomputed when ADDR_EXPR changedconstant refers to itselfconstant value required for builtin %qF argument %dconstexpr call flows off the end of the functionconstexpr constructor does not have empty bodyconstexpr evaluation depth exceeds maximum of %d (use -fconstexpr-depth= to increase the maximum)constexpr loop iteration count exceeds limit of %d (use -fconstexpr-loop-limit= to increase the limit)constexpr static data member %qD must have an initializerconstraint mismatch at argument %d in template parameter list for %qDconstructor cannot be static member functionconstructor delegates to itselfconstructor delegation follows mem-initializer for %qDconstructor for alien class %qT cannot be a memberconstructor is not user-provided because it is explicitly defaulted in the class bodyconstructor priorities are not supportedconstructor priorities from 0 to %d are reserved for the implementationconstructor priorities must be integers from 0 to %d inclusiveconstructor required before non-static data member for %qD has been parsedconstructor syntax used, but no constructor declared for type %qTconstructors cannot be declared %<virtual%>constructors may not be cv-qualifiedconstructors may not be ref-qualifiedcontaining loopcontaining loop herecontains additional virtual method %qDcontinue statement not within a loopcontinue statement within %<#pragma simd%> loop bodycontrol flow in the middle of basic block %dcontrol reaches end of non-void functionconversion between distinct pointer types %qT and %qT lacks a castconversion between distinct pointer-to-member types %qT and %qT lacks a castconversion casts away constnessconversion from %q#T to %q#Tconversion from %qT to %qT discards qualifiersconversion from %qT to %qT is ambiguousconversion from %qT to %qT not considered for non-type template argumentconversion from %qT to non-scalar type %qT requestedconversion from address space %qs to address space %qsconversion from pointer type %qT to arithmetic type %qT in a constant expressionconversion lacks type at end of formatconversion of %qE from %qT to %qT is ambiguousconversion of %qT null pointer to %qT is not a constant expressionconversion of an SSA_NAME on the left hand sideconversion of register to a different sizeconversion of scalar %qT to vector %qT involves truncationconversion of unsigned constant value to negative integerconversion to %qT alters %qT constant valueconversion to %qT from %qT discards imaginary componentconversion to %qT from %qT may alter its valueconversion to %qT from %qT may change the sign of the resultconversion to %qT from boolean expressionconversion to a base class will never use a type conversion operatorconversion to a reference to a base class will never use a type conversion operatorconversion to a reference to the same type will never use a type conversion operatorconversion to a reference to void will never use a type conversion operatorconversion to incomplete typeconversion to non-const reference type %q#T from rvalue of type %qTconversion to non-scalar type requestedconversion to the same type will never use a type conversion operatorconversion to void cannot resolve address of overloaded functionconversion to void will never use a type conversion operatorconversion to void will not access object %qE of incomplete type %qTconversion to void will not access object of incomplete type %qTconversion to void will not access object of non-trivially-copyable type %qTconversion to void will not access object of type %qTconversion to volatile reference type %q#T from rvalue of type %qTconverting %<false%> to pointer type %qTconverting %<false%> to pointer type for argument %P of %qDconverting NULL to non-pointer typeconverting an array compound literal to a pointer is ill-formed in C++converting far pointer to near pointerconverting from %qT to %qTconverting lambda which uses %<...%> to function pointerconverting overloaded function %qD to type %q#T is ambiguousconverting to %qT from %qT requires direct-initializationconverting to %qT from initializer list would use explicit constructor %qDconverting to non-pointer type %qT from NULLcopying non-static data member %q#D of rvalue reference typecopyprivate variable %qE is not threadprivate or private in outer contextcorrupt loop tree rootcorrupted exits list of loop %dcorrupted head of the exits list of loop %dcorrupted profile info: edge from %i to %i exceeds maximal countcorrupted profile info: number of executions for edge %d-%d thought to be %icorrupted profile info: number of iterations for basic block %d thought to be %icorrupted profile info: profile data is not flow-consistentcorrupted profile info: sum_all is smaller than sum_maxcorrupted value profile: %s profile counter (%d out of %d) inconsistent with basic-block count (%d)could not close Go dump file: %mcould not close final insn dump file %qs: %mcould not close response file %scould not close temporary response file %scould not close zeroed insn dump file %qs: %mcould not convert %qE from %<void%> to %<bool%>could not convert %qE from %qT to %qTcould not convert template argument %qE from %qT to %qTcould not emit HSAIL for function %s: function cannot be clonedcould not find a spill registercould not find an integer type of the same size as %qTcould not find class %qEcould not find interface for class %qEcould not find setter/getter for %qE in class %qEcould not find specs file %s
  could not open Go dump file %qs: %mcould not open dump file %qs: %mcould not open final insn dump file %qs: %mcould not open response file %scould not open symbol resolution file: %mcould not open temporary response file %scould not parse file offsetcould not parse hex numbercould not read the BRIG filecould not resolve typename typecould not split insncould not write to response file %scould not write to temporary response file %scouldn%'t understand kern.osversion %q.*scouldn%'t understand version %s
! couldn%'t unmap pch_address_space: %mcpu %s is an invalid argument to builtin %screated and used with different ABIscreated and used with different architectures / ABIscreated and used with different endiannesscreated and used with different settings of -fpiccreated and used with different settings of -fpiecreated and used with differing settings of '%s'creating array of %qTcreating array of %qT, which is an abstract class typecreating array of function memberscreating array of functionscreating array of referencescreating array of voidcreating pointer to member function of non-class type %qTcreating pointer to member of non-class type %qTcreating pointer to member of type voidcreating pointer to member reference type %qTcreating run-time relocationcreating run-time relocation for %qDcreating selector for nonexistent method %qEcurrent namespace %qD does not enclose strongly used namespace %qDcustom instruction opcode must be compile time constant in the range 0-255 for __builtin_custom_%scustom-fpu-cfg option does not support %<no-%>custom-fpu-cfg option requires configuration argumentcv-qualified type parameterdata area attributes cannot be specified for local variablesdata area of %q+D conflicts with previous declarationdata declarationdata definition has no type or storage classdata member %qD cannot be a member templatedata member may not have variably modified type %qTdata type of %q+D isn%'t suitable for a registerdata-model=far not valid for cr16c architecturedead STMT in EH tabledead histogramdebugdebug format %qs conflicts with prior selectiondebug output level %qs is too highdebug: decl-specifier in declaration of deduction guidedecl-specifier invalid in conditiondeclaration %qD does not declare anythingdeclaration does not declare anythingdeclaration for parameter %qD but no such parameterdeclaration of %<extern%> variable %qD in %<for%> loop initial declarationdeclaration of %<~%T%> as member of %qTdeclaration of %q#Ddeclaration of %q#D has %<extern%> and is initializeddeclaration of %q#D has no initializerdeclaration of %q#D outside of class is not definitiondeclaration of %q#D shadows a parameterdeclaration of %q#D with C language linkagedeclaration of %q#Tdeclaration of %q+#D conflicts with built-in declaration %q#Ddeclaration of %q+#D shadows template parameterdeclaration of %q+D shadows a built-in functiondeclaration of %q+D shadows previous non-variabledeclaration of %q+D with attribute %qs follows declaration with attribute %qsdeclaration of %q+D with attribute noinline follows inline declaration declaration of %q+D with no linkage follows extern declarationdeclaration of %qD ambiguates earlier template instantiation for %qDdeclaration of %qD as %<typedef%>declaration of %qD as array of function membersdeclaration of %qD as array of functionsdeclaration of %qD as array of referencesdeclaration of %qD as array of voiddeclaration of %qD as member of %qTdeclaration of %qD as multidimensional array must have bounds for all dimensions except the firstdeclaration of %qD as non-functiondeclaration of %qD as non-memberdeclaration of %qD as parameterdeclaration of %qD in %qD which does not enclose %qDdeclaration of %qD in namespace %qD which does not enclose %qDdeclaration of %qD not in a namespace surrounding %qDdeclaration of %qD shadows a global declarationdeclaration of %qD shadows a lambda capturedeclaration of %qD shadows a member of %qTdeclaration of %qD shadows a parameterdeclaration of %qD shadows a previous localdeclaration of %qE as array of functionsdeclaration of %qE as array of voidsdeclaration of %qE as multidimensional array must have bounds for all dimensions except the firstdeclaration of %qF has a different exception specifierdeclaration of constexpr variable %qD is not a definitiondeclaration of function %qD in invalid contextdeclaration of multidimensional array must have bounds for all dimensions except the firstdeclaration of non-variable %qD in %<for%> loop initial declarationdeclaration of static variable %qD in %<for%> loop initial declarationdeclaration of std::initializer_list does not match #include <initializer_list>, isn't a templatedeclaration of template parameter %q+D shadows template parameterdeclaration of type name as array of functionsdeclaration of type name as array of voidsdeclarations in dependent base %qT are not found by unqualified lookupdeclarator-id missing; using reserved word %qDdeclared heredeclared private heredeclared protected heredecltype cannot resolve address of overloaded functiondecltype evaluates to %qT, which is not a class or enumeration typedecomposition declaration cannot be declared %<concept%>decomposition declaration cannot be declared %<constexpr%>decomposition declaration cannot be declared %<extern%>decomposition declaration cannot be declared %<inline%>decomposition declaration cannot be declared %<mutable%>decomposition declaration cannot be declared %<register%>decomposition declaration cannot be declared %<static%>decomposition declaration cannot be declared %<typedef%>decomposition declaration cannot be declared %qsdecomposition declaration cannot be declared C++98 %<auto%>decomposition declaration cannot be declared with type %qTdecomposition declaration only available with -std=c++1z or -std=gnu++1zdecrement of a boolean expressiondecrement of constant field %qDdecrement of enumeration value is invalid in C++decrement of function %qDdecrement of member %qD in read-only objectdecrement of pointer to an incomplete type %qTdecrement of read-only location %qEdecrement of read-only member %qDdecrement of read-only named return value %qDdecrement of read-only parameter %qDdecrement of read-only reference %qDdecrement of read-only variable %qDdeduced class type %qT in function return typededuced expression type does not satisfy placeholder constraintsdeduced initializer does not satisfy placeholder constraintsdeduced return type does not satisfy placeholder constraintsdeduced return type only available with -std=c++14 or -std=gnu++14deducing %qT as %qTdeducing from brace-enclosed initializer list requires #include <initializer_list>deduction guide %qD must be declared at namespace scopededuction guide %qD must not have a function bodydeduction guide for %qT must have trailing return typedefault %d minimum %d maximum %ddefault argument %qE uses %qDdefault argument %qE uses local variable %qDdefault argument for template parameter for class enclosing %qDdefault argument given for parameter %d of %q#Ddefault argument mismatch in overload resolutiondefault argument missing for parameter %P of %q+#Ddefault argument specified for lambda parameterdefault argument specified in explicit specializationdefault arguments are not allowed in declaration of friend template specialization %qDdefault arguments are only permitted for function parametersdefault target was not setdefault target_clones attribute was not setdefault template arguments may not be used in function template friend declarationsdefault template arguments may not be used in function template friend re-declarationdefault template arguments may not be used in function templates without -std=c++11 or -std=gnu++11default template arguments may not be used in partial specializationsdefault type conversion can't deduce template argument for %qDdefaulted and deleted functions only available with -std=c++11 or -std=gnu++11defaulted constructor calls non-constexpr %qDdefaulted declaration %q+Ddefaulted default constructor does not initialize %q#Ddefaulted default constructor does not initialize any non-static data memberdefaulted function %q+D with default argumentdefaulted move assignment for %qT calls a non-trivial move assignment operator for virtual base %qTdeferred type parameter at %Cdefining a type in a cast is invalid in C++defining a type in a compound literal is invalid in C++defining explicit specialization %qD in friend declarationdefining type in %qs expression is invalid in C++definition in block %i does not dominate use in block %idefinition in block %i follows the usedefinition of %q#D is marked %<dllimport%>definition of %q#T inside template parameter listdefinition of %q#T is not complete until the closing bracedefinition of %qD is not in namespace enclosing %qTdefinition of explicitly-defaulted %q+Ddefinition of implicitly-declared %qDdefinition of protocol %qE not founddefinition of static data member %q+D of dllimport%'d classdefinition of std::initializer_list does not match #include <initializer_list>definition provided for explicit instantiationdelegating constructors only available with -std=c++11 or -std=gnu++11deleted definition of %q+Ddeleted function %q+Ddeleting %qT is undefineddeleting LTRANS file %s: %mdeleting array %q#Edeleting file %s: %mdeleting object of abstract class type %qT which has non-virtual destructor will cause undefined behaviordeleting object of polymorphic class type %qT which has non-virtual destructor might cause undefined behaviordependent-name %qE is parsed as a non-type, but instantiation yields a typedeprecated conversion from string constant to %qTdeprecated message is not a stringdereferencing %<void *%> pointerdereferencing a null pointerdereferencing a null pointer in %qEdereferencing pointer to incomplete type %qTdereferencing type-punned pointer might break strict-aliasing rulesdereferencing type-punned pointer will break strict-aliasing rulesderived type declarationderived union %qT invaliddestructor %qD declared as member templatedestructor cannot be static member functiondestructor for %qE shall not be run eitherdestructor for alien class %qT cannot be a memberdestructor priorities are not supporteddestructor priorities from 0 to %d are reserved for the implementationdestructor priorities must be integers from 0 to %d inclusivedestructors may not be cv-qualifieddestructors may not be ref-qualifieddestructors may not have parametersdevices natively supported:%sdid you mean to dereference the pointer?did you mean to use logical not (%<!%>)?did you mean to use logical not?difference between %qE and %qD does not have integer typedifferent number of parametersdifferent number of resultsdifferent parameter typesdifferent receiver typesdifferent result typesdifferent underlying type in enum %q#Tdifferent varargsdirect base %qT inaccessible in %qT due to ambiguitydirect-list-initialization of %<auto%> requires exactly one elementdirective argument %qEdirective argument in the range [%E, %E]disable pass %s for function %sdisable pass %s for functions in the range of [%u, %u]distinct Objective-C type in returndivision by zerodivision by zero is not a constant expressiondo not specify both -march=... and -mcpu=...do_check(): too many argsdo_simplify(): Too many args for intrinsicdoes not match expected signature %qDdoes not match member template declaration heredoes not support multilibdominator of %d should be %d, not %ddominator of %d status unknowndouble colon in MODULE PROCEDURE statement at %Ldouble linked list of assembler names corrupteddouble linked list of clones corrupteddue to different exception specificationsduplicate %<_Atomic%>duplicate %<_Thread_local%> or %<__thread%>duplicate %<const%>duplicate %<default%> case in %<_Generic%>duplicate %<mutable%>duplicate %<restrict%>duplicate %<volatile%>duplicate %qDduplicate %qEduplicate %qE declaration specifierduplicate %qsduplicate (or overlapping) case valueduplicate asm operand name %qsduplicate base type %qT invalidduplicate case valueduplicate cv-qualifierduplicate declaration for protocol %qEduplicate declaration of method %<%c%E%> with conflicting typesduplicate definition of '%s'duplicate explicit instantiation of %q#Dduplicate explicit instantiation of %q#Tduplicate initialization of %qDduplicate insn UID: %iduplicate instance variable %q+Dduplicate interface declaration for category %<%E(%E)%>duplicate interface declaration for class %qEduplicate label %qDduplicate label declaration %qEduplicate member %q+Dduplicate virt-specifierduplicated %<if%> conditionduring -fcompare-debug recompilationdwarf version %d is not supporteddynamic dependency %s not founddynamic exception specifications are deprecated in C++11dynamic_cast of %q#D to %q#T can never succeedeach undeclared identifier is reported only once for each function it appears inedge %s->%s has no corresponding call_stmtedge from %d to %d should be marked irreducibleedge from %d to %d should not be marked irreducibleedge points to wrong declaration:either -fopenacc or -fopenmp must be setelaborated-type-specifier for a scoped enum must not use the %<%D%> keywordelement types must be the sameelement_number(): Bad dimension typeelemental binary operationelemental function arguments at %C are not compliantelemental procedureelements of array %q#D have incomplete typeelements of array %q#T have incomplete typeembedded %<\0%> in formatemit_fusion_p9_load not MEMemit_fusion_p9_load, bad reg #1emit_fusion_p9_load, bad reg #2emit_fusion_p9_store not MEMemit_fusion_p9_store, bad reg #1emit_fusion_p9_store, bad reg #2emitting PIC operand, but PIC register isn%'t set upemitting conditional microcode insn %s	[%s] #%demitting microcode insn %s	[%s] #%dempty declarationempty declaration with %<_Alignas%> does not redeclare tagempty declaration with storage class specifier does not redeclare tagempty declaration with type qualifier does not redeclare tagempty decomposition declarationempty enum is invalidempty index range in initializerempty initializer for lambda init-captureempty initializer in lambda init-captureempty introduction-listempty left precision in %s formatempty precision in %s formatempty range specifiedempty scalar initializerempty struct has size 0 in C, size 1 in C++empty union has size 0 in C, size 1 in C++enable conditional move instruction usage.enable pass %s for function %senable pass %s for functions in the range of [%u, %u]enabling backtrace support is only meaningful when compiling for the Thumbenabling callee interworking support is only meaningful when compiling for the Thumbenclosing %qsenclosing OpenACC %qs constructenclosing class of constexpr non-static member function %q+#D is not a literal typeenclosing class templates are not explicitly specializedenclosing target regionenclosing taskend insn %d for block %d not found in the insn streamend of implied-do loop at %L could not be simplified to a constant valueenum constant defined hereenum constant in boolean contextenum conversion in assignment is invalid in C++enum conversion in initialization is invalid in C++enum conversion in return is invalid in C++enum conversion when passing argument %d of %qE is invalid in C++enum type defined hereenumeral and non-enumeral type in conditional expressionenumeral mismatch in conditional expression: %qT vs %qTenumeration value %qE not handled in switchenumeration values exceed range of largest integerenumerator value %E is outside the range of underlying type %<%T%>enumerator value for %qD is not an integer constantenumerator value for %qD must have integral or unscoped enumeration typeenumerator value for %qE is not an integer constantenumerator value for %qE is not an integer constant expressionenvironment variable %qs not definedenvironment variable COLLECT_GCC must be setenvironment variable COLLECT_GCC_OPTIONS must be setenvironment variable DJGPP not definedenvironment variable DJGPP points to corrupt file '%s'environment variable DJGPP points to missing file '%s'environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wderrorerror closing %s: %merror in args to spec function %qserror in removing %s
  error writing %qserror writing to %s: %merror: errors during merging of translation unitseval_intrinsic(): Bad operatoreval_type_intrinsic0(): op NULLexception cleanup for this placement new selects non-placement operator deleteexception handling disabled, use -fexceptions to enableexception handling personality mismatchexception of type %<%T%> will be caughtexception of type %qT will be caughtexcess elements in array initializerexcess elements in char array initializerexcess elements in scalar initializerexcess elements in struct initializerexcess elements in union initializerexcess elements in vector initializerexcess use operand for stmtexecution count is negativeexecution counts assumed to be zero
  execution counts estimated
! exit %d->%d not recordedexpand_binop failed in movsi gotexpansion pattern %<%E%> contains no argument packsexpansion pattern %<%T%> contains no argument packsexpansion point is location %iexpected %<#pragma acc%> clauseexpected %<#pragma omp section%> or %<}%>expected %<#pragma omp%> clauseexpected %<#pragma simd%> clauseexpected %<(%>expected %<(%> or end of lineexpected %<)%>expected %<*%>expected %<+%>, %<*%>, %<-%>, %<&%>, %<^%>, %<|%>, %<&&%>, %<||%> or identifierexpected %<,%>expected %<,%> or %<)%>expected %<,%> or %<)%> after %qEexpected %<,%> or %<...%>expected %<,%> or %<;%>expected %<,%> or %<}%>expected %<,%>, %<;%> or %<}%>expected %<.%>expected %<...%>expected %<:%>expected %<:%> or %<)%>expected %<:%> or %<...%>expected %<:%> or %<::%>expected %<:%> or numeralexpected %<:%>, %<,%>, %<;%>, %<}%> or %<__attribute__%>expected %<::%>expected %<;%>expected %<;%> after class definitionexpected %<;%> after struct definitionexpected %<;%> after union definitionexpected %<;%> at end of member declarationexpected %<;%> or %<{%>expected %<;%> or %<{%> after method attribute definitionexpected %<;%>, %<,%> or %<)%>expected %<;%>, identifier or %<(%>expected %<<%>expected %<=%>expected %<=%>, %<,%>, %<;%>, %<asm%> or %<__attribute__%>expected %<>%>expected %<@end%>expected %<@synchronized%>expected %<@throw%>expected %<@try%>expected %<[%>expected %<]%>expected %<_Cilk_spawn%> before %<_Cilk_sync%>expected %<__label__%>expected %<__transaction_atomic%>expected %<__transaction_relaxed%>expected %<asm%>expected %<catch%>expected %<class%>expected %<class%> or %<typename%>expected %<class%>, %<typename%>, or %<template%>expected %<data%>expected %<data%> after %<#pragma acc %s%>expected %<data%>, %<update%>, %<enter%> or %<exit%>expected %<declare%>expected %<decltype%>expected %<delete%>expected %<extern%>expected %<for%> after %qsexpected %<namespace%>expected %<new%>expected %<none%>expected %<none%> or %<shared%>expected %<omp_priv%> or function-nameexpected %<operator%>expected %<parallel%> or %<target%> %<if%> clause modifierexpected %<point%>expected %<return%>expected %<scalar%>expected %<simd%> or %<reduction%> or %<target%>expected %<static_assert%>expected %<target%>expected %<template%>expected %<throw%>expected %<tofrom%>expected %<try%>expected %<using%>expected %<while%>expected %<{%>expected %<{%> or %<:%>expected %<}%>expected %<}%> before %<else%>expected %<~%>expected %d levels of template parms for %q#D, got %dexpected %qT but argument is of type %qTexpected %qs %<if%> clause modifier rather than %qsexpected ...expected [big-endian|little-endian|default] after %<#pragma scalar_storage_order%>expected [error|warning|ignored|push|pop] after %<#pragma GCC diagnostic%>expected a string after %<#pragma message%>expected an SSA_NAME objectexpected an identifier for the attribute nameexpected array notation expressionexpected attribute before %<...%>expected binary operatorexpected boolean expressionexpected boolean typeexpected case label or goto statementexpected channelexpected class nameexpected class-keyexpected class-nameexpected constructor, destructor, or type conversionexpected declarationexpected declaration or statementexpected declaration specifiersexpected declaration specifiers or %<...%>expected declaratorexpected else statementexpected empty string after %<operator%> keywordexpected end of capture-listexpected end of lineexpected expressionexpected expression-list or type-idexpected functionexpected function nameexpected function-name %<(%>expected goto expressionexpected id-expressionexpected id-expression (arguments)expected identifierexpected identifier or %<(%>expected identifier or %<)%>expected identifier or %<*%>expected initializerexpected integerexpected integer expressionexpected integer expression before ')'expected interface or pointer to interfaceexpected iteration declaration or initializationexpected iteration-statementexpected jump-statementexpected labelexpected labeled-statementexpected map index on right hand sideexpected namespace-nameexpected nested-name-specifierexpected numeric typeexpected operatorexpected parameter pack before %<...%>expected pass nameexpected pointerexpected primary-expressionexpected ptr-operatorexpected qualified name in friend declaration for constructor %qDexpected qualified name in friend declaration for destructor %qDexpected selection-statementexpected semicolonexpected specifier-qualifier-listexpected statementexpected string literalexpected string-literalexpected suffix identifierexpected template-argumentexpected template-idexpected template-id for typeexpected template-nameexpected type specifierexpected type-nameexpected type-specifierexpected unqualified-idexpected variable-nameexplicit by-copy capture of %<this%> redundant with by-copy capture defaultexplicit by-copy capture of %qD redundant with by-copy capture defaultexplicit by-reference capture of %qD redundant with by-reference capture defaultexplicit conversion operators only available with -std=c++11 or -std=gnu++11explicit deduction guides not considered for copy-initializationexplicit goto at end of bb %dexplicit instantiation of %q#Dexplicit instantiation of %q#T before definition of templateexplicit instantiation of %qD but no definition availableexplicit instantiation of %qD in namespace %qD (which does not enclose namespace %qD)explicit instantiation of %qD outside its namespace must use a nested-name-specifierexplicit instantiation of non-class template %qDexplicit instantiation of non-template %q#Dexplicit instantiation of non-template type %qTexplicit instantiation shall not use %<constexpr%> specifierexplicit instantiation shall not use %<inline%> specifierexplicit qualification in declaration of %qDexplicit register variable %qD may not be modified in spawnexplicit specialization declared %<concept%>explicit specialization in non-namespace scope %qDexplicit specialization of %qD after first useexplicit specialization of %qD must be introduced by %<template <>%>explicit specialization of %qD outside its namespace must use a nested-name-specifierexplicit specialization of function concept %qDexplicit specialization of non-template %qTexplicit template argument list not allowedexplicit template specialization cannot have a storage classexplicitly defaulted function %q+D cannot be declared as constexpr because the implicit declaration is not constexpr:explicitly used regs must be grouped at top of stackexponent-letter 'q' in real-literal-constant at %Cexpr in !$OMP ATOMIC WRITE assignment var = expr must be scalar and cannot reference var at %Lexpr in !$OMP ATOMIC assignment var = var op expr must be scalar and cannot reference var at %Lexpression %qE does not designate a constexpr functionexpression %qE has side-effectsexpression %qE is not a constant expressionexpression cannot be used as a functionexpression in new-declarator must have integral or enumeration typeexpression in static assertion is not an integerexpression in static assertion is not an integer constant expressionexpression in static assertion is not constantexpression list treated as compound expression in functional castexpression list treated as compound expression in initializerexpression list treated as compound expression in mem-initializerexpression must be integralexpression of abstract class type %qT cannot be used in throw-expressionexpression statement has incomplete typeexpression_rank(): Two array specsextend_ref(): Bad tailextended initializer lists only available with -std=c++11 or -std=gnu++11extended registers have no high halvesextern declaration of %q#D doesn%'t matchextern declaration of %q+D follows declaration with no linkageextern model globalvalueexternal TLS initialization functions not supported on this targetexternal linkage required for symbol %q+D because of %qE attributeexternally visible inline cloneextra %<;%>extra brace group at end of initializerextra elements in scalar initializerextra outgoing edge %d->%dextra qualification %<%T::%> on member %qsextra qualification not allowedextra semicolonextra semicolon in method definition specifiedextra semicolon in struct or union specifiedextra type qualifiers in format argument (argument %d)fail to initialize plugin %sfailed to create map component '%s'failed to create union component '%s'failed to expand built-in functionfailed to get exit status: %mfailed to get process times: %mfailed to open temporary file %s for LTO outputfailed to open temporary file %s with LTO outputfailed to reclaim unneeded functionfailed to reclaim unneeded function in same comdat groupfailure memory model cannot be stronger than success memory model for %<__atomic_compare_exchange%>failure to simplify substring reference in DATA statement at %Lfailure trying to reload:fallthru edge after a control statement in bb %dfallthru edge after unconditional jump in bb %ifallthru edge crosses section boundary in bb %ifallthru to exit from bb %dfast enumeration is not available in Objective-C 1.0fastcall and cdecl attributes are not compatiblefastcall and regparm attributes are not compatiblefastcall and stdcall attributes are not compatiblefastcall and thiscall attributes are not compatiblefatal error: fclose %s: %mfe_runtime_error string must be null terminatedfe_runtime_error: Wrong number of arguments (%d instead of %d)field %q#D with same name as classfield %q+D invalidly declared function typefield %q+D invalidly declared method typefield %qD has incomplete type %qTfield %qE declared as a functionfield %qE has incomplete typefield name not in record or union initializerfield precision specifierfield widthfield width in printf formatfield width in scanf formatfield width in strfmon formatfield width in strftime formatfield width specifierfields has different layout in another translation unitfile %qs left but not enteredfile ends in default argumentfile-scope declaration of %qE specifies %<auto%>file-scope declaration of %qE specifies %<register%>fill characterfill character in strfmon formatfind_array_spec(): Missing specfind_array_spec(): unused as(1)find_array_spec(): unused as(2)find_enum(): Enum not foundfini function found in object %sfirst argument must be []bytefirst argument of %q+D should be %<int%>first argument to %<__builtin_call_with_static_chain%> must be a call expressionfirst argument to %<__builtin_choose_expr%> not a constantfirst argument to %<va_arg%> not of type %<va_list%>first mismatch is fieldfirst offset must be in opposite direction of loop iterationsfixed ebp register requires %<-maccumulate-outgoing-args%>fixed ebp register requires %<target("accumulate-outgoing-args")%>fixed register %s used to pass parameter to functionfixed-point overflow in expressionfixed-point types not supported for this targetfixed-point types not supported in C++flexible array member %qD in an otherwise empty %q#Tflexible array member %qD not at end of %q#Tflexible array member in a struct with no named membersflexible array member in unionflexible array member not at end of structfloating constant exceeds range of %qTfloating constant misusedfloating constant truncated to zerofloating literal exceeds range of %qT typefloating literal truncated to zerofloating point overflow in expressionfloating point suffix %qs shadowed by implementationfloating-point constant not a valid immediate operandflow control insn inside a basic blockfold check: original tree changed by foldfold of empty expansion over %Ofold-expressions only available with -std=c++1z or -std=gnu++1zfopen %s: %mfopen: %s: %mfor %qDfor a function-style cast, remove the redundant %<::%D%>for deduction to %<std::initializer_list%>, use copy-list-initialization (i.e. add %<=%> before the %<{%>)for increment expression cannot resolve address of overloaded functionfor increment expression has no effectfor increment expression is a reference, not call, to function %qEfor pointer type length expression must be specifiedfor statement expectedfor template declaration %q+Dfor the option -mcache-block-size=X, the valid X must be: 4, 8, 16, 32, 64, 128, 256, or 512for the option -misr-vector-size=X, the valid X must be: 4 or 16for unknown bound array type length expression must be specifiedfor, while or do statement expectedformatformat argument %d unused before used argument %d in $-style formatformat argument %d used more than once in %s formatformat argument should be a %qs referenceformat argument should be a %qs reference but a string was foundformat is a wide character stringformat not a string literal and no format argumentsformat not a string literal, argument types not checkedformat not a string literal, format string not checkedformat string argument follows the args to be formattedformat string argument is not a string typeformat string has invalid operand numberformat string is defined hereforming pointer to qualified function type %qTforming pointer to reference type %qTforming reference to qualified function type %qTforming reference to reference type %qTforming reference to voidforward declaration of %q#Tfound %<%c%s%>found %<-%E%> instead of %<+%E%> in protocol(s)found %<:%> in nested-name-specifier, expected %<::%>found a %qT but the format argument should be a stringfound a %qs reference but the format argument should be a stringfound a default name with a non-empty defining statementfound a real definition for a non-registerfound a virtual definition for a GIMPLE registerfound an SSA_NAME that had been released into the free poolfound default case not at the start of case vectorfp software completion requires -mtrap-precision=ifr30_print_operand: invalid %%F codefr30_print_operand: invalid %%x codefr30_print_operand: invalid operand to %%A codefr30_print_operand: unhandled MEMfr30_print_operand: unknown codefr30_print_operand: unrecognized %%B codefr30_print_operand: unrecognized %%b codefr30_print_operand: unrecognized %%p codefr30_print_operand_address: unhandled addressframe pointer required, but reservedframe size of %qs is %wd bytesframe size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added.frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function.frame size too large for reliable stack checkingfree_expr0(): Bad expr typefree_pi_tree(): Unresolved fixupfriend declaration %q#D declares a non-template functionfriend declaration %qD in local class without prior declarationfriend declaration %qD is not visible to explicit specializationfriend declaration %qD may not have virt-specifiersfriend declaration does not name a class or functionfriend declaration herefriend declaration not in class definitionfriend declaration requires class-key, i.e. %<friend %#T%>friend declaration requires class-key, i.e. %<friend class %T::%D%>from previous declaration %qFfrv_print_operand: unknown codefunc can only be compared to nilfunction %q#D is initialized like a variablefunction %q+D defaulted on its redeclaration with an exception-specification that differs from the implicit exception-specification %qXfunction %q+D definition is marked dllimportfunction %q+D part of alias cyclefunction %q+F can never be copied because it receives a non-local gotofunction %q+F can never be copied because it saves address of local label in a static variablefunction %q+F can never be inlined because it contains a computed gotofunction %q+F can never be inlined because it is suppressed using -fno-inlinefunction %q+F can never be inlined because it uses __builtin_return or __builtin_apply_argsfunction %q+F can never be inlined because it uses alloca (override using the always_inline attribute)function %q+F can never be inlined because it uses attributes conflicting with inliningfunction %q+F can never be inlined because it uses non-local gotofunction %q+F can never be inlined because it uses setjmpfunction %q+F can never be inlined because it uses setjmp-longjmp exception handlingfunction %q+F can never be inlined because it uses variable argument listsfunction %qD declared %<virtual%> inside a unionfunction %qD is initialized like a variablefunction %qD might be a candidate for %qs format attributefunction %qD redeclared as variablefunction %qD used as %<asm%> outputfunction %qs cannot be declared %<mutable%>function attribute mismatchfunction attributes %qs and %qs have no effect on %qs functionfunction attributes %qs, %qs and %qs are mutually exclusivefunction body can be overwritten at link timefunction body not availablefunction call has aggregate valuefunction called through a non-compatible typefunction cannot be instrumentedfunction declaration isn%'t a prototypefunction declared %<noreturn%> has a %<return%> statementfunction definition declared %<auto%>function definition declared %<register%>function definition declared %<typedef%>function definition declared %qsfunction definition does not declare parametersfunction definition has qualified void return typefunction does not return string typefunction may return address of local variablefunction might be candidate for attribute %qsfunction might be candidate for attribute %qs if it is known to return normallyfunction not considered for inliningfunction not declared inline and code size would growfunction not inlinablefunction not inline candidatefunction or array type %qT in %<#pragma omp declare reduction%>function or array type in %<#pragma omp declare reduction%>function parameterfunction result count mismatchfunction return type cannot be functionfunction return types not compatible due to %<volatile%>function returning a functionfunction returning an arrayfunction returns address of labelfunction returns address of local variablefunction returns an aggregatefunction symbol is not functionfunction template %qD redeclared as a class templatefunction template-id %qD in nested-name-specifierfunction types not truly compatible in ISO Cfunction with qualified void return type calledfunction-scope %qE implicitly auto and declared %qsfunction-scope %qs implicitly auto and declared %<__thread%>function_profiler supportfunction_profiler support for MMIXfunctional cast to array type %qTgarbage at end of '#pragma nomember_alignment'gcc driver version %s %sexecuting gcc version %s
  gcc version %s %s
  gcov %s%s
  generic thunk code fails for method %qD which uses %<...%>get_mpz(): Not an integer constantgetting core file size maximum limit: %mgfc_add_interface(): Bad interface typegfc_arith_divide(): Bad basic typegfc_arith_error(): Bad error codegfc_arith_minus(): Bad basic typegfc_arith_plus(): Bad basic typegfc_arith_times(): Bad basic typegfc_arith_uminus(): Bad basic typegfc_array_dimen_size(): Bad EXPR_ARRAY exprgfc_array_dimen_size(): Bad dimensiongfc_ascii_statement(): Bad statement codegfc_basic_typename(): Undefined typegfc_caf_attr(): Bad array referencegfc_caf_attr(): Expression isn't a variablegfc_check_dependency: expecting an EXPR_VARIABLEgfc_check_digit(): bad radixgfc_code2string(): Bad codegfc_compare_array_spec(): Array spec clobberedgfc_compare_derived_types: invalid derived typegfc_compare_expr(): Bad basic typegfc_conv_constant_to_tree(): invalid type: %sgfc_convert_constant(): Unexpected typegfc_copy_expr(): Bad expr nodegfc_find_array_ref(): No ref foundgfc_free_statement(): Bad statementgfc_get_constant_expr(): locus %<where%> cannot be NULLgfc_get_default_type(): Bad symbol %qsgfc_global_used(): Bad typegfc_is_constant_expr(): Unknown expression typegfc_match(): Bad match code %cgfc_match_sym_complex_part(): Bad typegfc_op2string(): Bad codegfc_range_check() returned bad valuegfc_range_check(): Bad typegfc_ref_dimen_size(): Bad dimen_typegfc_ref_dimen_size(): Bad dimensiongfc_resolve_blocks(): Bad block typegfc_resolve_code(): Bad statement codegfc_resolve_code(): No expression on DO WHILEgfc_resolve_expr(): Bad expression typegfc_set_default_type(): symbol already has a typegfc_simplify_abs(): Bad typegfc_simplify_dcmplx(): Bad type (x)gfc_simplify_dcmplx(): Bad type (y)gfc_simplify_dim(): Bad typegfc_simplify_floor(): Bad kindgfc_simplify_log: bad typegfc_simplify_mod(): Bad argumentsgfc_simplify_modulo(): Bad argumentsgfc_trans_code(): Bad statement codegfc_trans_omp_workshare(): Bad statement codegfc_trans_select(): Bad type for case expr.gfc_typename(): Undefined typegfc_validate_kind(): Got bad kindgfc_validate_kind(): Got bad typegfc_variable_attr(): Bad array referencegfc_variable_attr(): Expression isn't a variablegfortran does not support -E without -cppgfortran: Only one %<-J%> option allowedgimple call has no targetgimple call has two targetsgimple check: expected %s(%s), have %s(%s) in %s, at %s:%dgimple_bb (phi) is set to a wrong basic blockgimple_bb (stmt) is set to a wrong basic blockgimplification failedglobal constructors not supported on this targetglobal declaration %q#Dglobal destructors not supported on this targetglobal qualification of class name is invalidglobal register variable %qD used in nested functionglobal register variable follows a function definitionglobal register variable has initial valueglobal/static variable assignment has been interceptedgot %d template parameters for %q#Dgot %d template parameters for %q#Tgoto destination is neither a label nor a pointergp is constant (but save/restore gp on indirect calls).gp_offset (%ld) or end_offset (%ld) is less than zerohad to relocate PCHhard-float MIPS16 code for ABIs other than o32 and o64hardware decimal floating point instructions not available in ESA/390 modehardware decimal floating point instructions not available on %shardware vector support not available on %shardware vector support not available with -msoft-floathas different parameters in another translation unithas different return value in another translation unithead insn %d for block %d not found in the insn streamherehigh bound %qE above array section size in %qs clausehwcap %s is an invalid argument to builtin %siWMMXt and NEON are incompatibleiWMMXt unsupported under Thumb modeia64_print_operand: unknown codeidentical_array_ref(): inconsistent dimensionsidentifier %qE conflicts with C++ keywordidentifier %qE is a keyword in C++11identifier expected after %<@protocol%>if any %<if%> clause has modifier, then all %<if%> clauses have to use modifierif statement cannot contain %<Cilk_spawn%>if this code is reached, the program will abortifunc is not supported in this configurationifunc is not supported on this targetignoring #pragma %s %signoring %<#pragma align%> for explicitly aligned %q+Dignoring %<#pragma omp declare simd%> on function with %<_Atomic%> qualified non-%<uniform%> argumentignoring %<#pragma omp declare simd%> on function with %<_Atomic%> qualified return typeignoring %qD attribute on anonymous namespaceignoring %qD attribute on non-inline namespaceignoring %qE attribute applied to template instantiation %qTignoring %qE attribute applied to template specialization %qTignoring -fschedule-insns because of exception handling bugignoring asm-specifier for non-static local variable %q+Dignoring attributes applied to %qT after definitionignoring attributes applied to class type %qT outside of definitionignoring attributes applied to dependent type %qT without an associated declarationignoring attributes in template argument %qEignoring attributes on template argument %qTignoring duplicate directory "%s"
  ignoring large linear stepignoring loop annotationignoring malformed #pragma longcallignoring nonexistent directory "%s"
  ignoring packed attribute because of unpacked non-POD field %q#Dignoring possibly conflicting option %<-fopt-info-%s%>ignoring return value of %qD, declared with attribute nodiscardignoring return value of %qD, declared with attribute warn_unused_resultignoring return value of function declared with attribute warn_unused_resultignoring returned value of type %qT, declared with attribute nodiscardignoring sink clause with offset that is not a multiple of the loop stepignoring unknown option %q.*s in %<-fdump-%s%>ignoring unrecognized switch %<-mcustom-fpu-cfg%> value %<%s%>ignoring zero linear stepillegal OP in optimize_comparisonillegal aggregate type %qE specified for instance variable %qsillegal operand illegal operand address (1)illegal operand address (2)illegal operand address (3)illegal operand address (4)illegal operand detectedillegal reference type specified for instance variable %qsimplicit conversion from %qT to %qT to match other operand of binary expressionimplicit conversion from %qT to %qT to match other result of conditionalimplicit conversion from %qT to %qT when passing argument to functionimplicit declaration of function %qEimplicit declaration of function %qE; did you mean %qs?implicit dereference will not access object of type %qT in for increment expressionimplicit dereference will not access object of type %qT in left operand of comma operatorimplicit dereference will not access object of type %qT in right operand of comma operatorimplicit dereference will not access object of type %qT in second operand of conditional expressionimplicit dereference will not access object of type %qT in statementimplicit dereference will not access object of type %qT in third operand of conditional expressionimplicit mapping of assumed size array %qDimplicit templates may not be %<virtual%>implicit this pointer type mismatchimplicit_section flag is set but section isn'timplicitly popped regs must be grouped at top of stackimplied END DOimport_iso_c_binding_module(): Unable to create symbol for %simpossible constraint in %<asm%>impossible register constraint in %<asm%>impossible type assertion: type does not implement interfacein %s, at %s:%din C++03 a class-key must be used when declaring a friendin C++11 and above a default constructor can be explicitin C++11 destructors default to noexceptin C++11 this throw will terminate because destructors default to noexceptin C++98 %<template%> (as a disambiguator) is only allowed within templatesin C++98 %q+D may not be static because it is a member of a unionin C++98 %qD must be initialized by constructor, not by %<{...}%>in a call to allocation function %qD declared herein a call to built-in allocation function %qDin a call to built-in function %qDin a call to function %qD declared herein argument to unary !in basic block %d:in call to %qD, declared herein declaration %q+Din definition of macro %qsin expansion of macro %qsin gfc_simplify_acos(): Bad typein gfc_simplify_acosh(): Bad typein gfc_simplify_asin(): Bad typein gfc_simplify_asinh(): Bad typein gfc_simplify_atan(): Bad typein gfc_simplify_atan2d(): Bad typein gfc_simplify_atanh(): Bad typein gfc_simplify_atrigd(): Bad typein gfc_simplify_cos(): Bad typein gfc_simplify_exp(): Bad typein gfc_simplify_sin(): Bad typein gfc_simplify_trigd(): Bad typein initialization of decomposition variable %qDin passing argument %P of %qDin simplify_trig_call(): Bad intrinsicin statementin template argument for type %qT in the definition of %q#Tin-class initialization of static data member %q#D of incomplete typein-class initialization of static data member %q#D of non-literal typeinaccessible plugin file %s expanded from short plugin name %s: %minappropriate accumulator for %qsinclude %qs or provide a declaration of %qDincoming edge count does not match number of PHI argumentsincompatible address space qualifiers %qs and %qsincompatible data clause with reduction on %qE; promoting to present_or_copyincompatible floating point / vector register operand for '%%%c'incompatible implicit declaration of built-in function %qDincompatible implicit declaration of function %qDincompatible type for argument %d of %qEincompatible type for map indexincompatible type for method %s%s%sincompatible type for method %s%s%s (%s)incompatible type for receiverincompatible types in PHI argument %uincompatible types in assignment of %qT to %qTincompatible types in binary expressionincompatible types in sendincompatible types when assigning to type %qT from type %qTincompatible types when initializing type %qT using type %qTincompatible types when returning type %qT but %qT was expectedincompatible vector types in conditional expression: %qT, %qT and %qTincomplete implementation of category %qEincomplete implementation of class %qEincomplete type %qT does not have member %qDincomplete type %qT used in nested name specifierinconsistent begin/end types in range-based %<for%> statement: %qT and %qTinconsistent deduction for %qT: %qT and then %qTinconsistent deduction for auto return type: %qT and then %qTinconsistent instance variable specificationinconsistent operand constraints in an %<asm%>inconsistent types %qT and %qT deduced for lambda return typeinconsistent user-defined literal suffixes %qD and %qD in string literalincorrect comparison modeincorrect entry in label_to_block_mapincorrect format in scaling, using 1/1
! incorrect hint operandincorrect insn:incorrect number of arguments to function %qEincorrect number of vector CONSTRUCTOR elementsincorrect rounding operandincorrect setting of landing pad numberincorrect sharing of tree nodesincorrect type of vector CONSTRUCTOR elementsincorrectly nested OpenACC loop parallelismincrement expression refers to iteration variable %qDincrement of a boolean expressionincrement of constant field %qDincrement of enumeration value is invalid in C++increment of function %qDincrement of member %qD in read-only objectincrement of pointer to an incomplete type %qTincrement of read-only location %qEincrement of read-only member %qDincrement of read-only named return value %qDincrement of read-only parameter %qDincrement of read-only reference %qDincrement of read-only variable %qDincremented enumerator value is too large for %<long%>incremented enumerator value is too large for %<unsigned long%>index %E denotes an offset greater than size of %qTindex in dimension %d is out of bounds at %Lindex must be integerindex value instead of field name in union initializerindex value is out of boundindirect call frequency %i does not match BB frequency %iindirect function %q+D cannot be declared weakindirect function %q+D cannot be declared weakrefindirect function call with a yet undetermined calleeindirect jumps are not available on this targetindirection will not access object of incomplete type %qT in for increment expressionindirection will not access object of incomplete type %qT in left operand of comma operatorindirection will not access object of incomplete type %qT in right operand of comma operatorindirection will not access object of incomplete type %qT in second operand of conditional expressionindirection will not access object of incomplete type %qT in statementindirection will not access object of incomplete type %qT in third operand of conditional expressionindirection will not access object of non-trivially-copyable type %qT in for increment expressionindirection will not access object of non-trivially-copyable type %qT in left operand of comma operatorindirection will not access object of non-trivially-copyable type %qT in right operand of comma operatorindirection will not access object of non-trivially-copyable type %qT in second operand of conditional expressionindirection will not access object of non-trivially-copyable type %qT in statementindirection will not access object of non-trivially-copyable type %qT in third operand of conditional expressioninferred scalar type %qT is not an integer or floating point type of the same size as %qTinherited constructor %qD is not constexprinheriting constructors only available with -std=c++11 or -std=gnu++11init function found in object %sinit-statement in selection statements only available with -std=c++1z or -std=gnu++1zinit_arglist(): too many argumentsinitialization discards %qv qualifier from pointer target typeinitialization from distinct Objective-C typeinitialization from incompatible pointer typeinitialization from pointer to non-enclosed address spaceinitialization left-hand side might be a candidate for a format attributeinitialization makes %q#v qualified function pointer from unqualifiedinitialization makes integer from pointer without a castinitialization makes pointer from integer without a castinitialization of a flexible array memberinitialization of common block variable %qs in DATA statement at %Cinitialization of flexible array member in a nested contextinitialization of new-expression for type %<auto%> requires exactly one elementinitialization of non-const reference type %q#T from rvalue of type %qTinitialization of volatile reference type %q#T from rvalue of type %qTinitializations for multiple members of %qTinitialized field overwritteninitialized field with side-effects overwritteninitialized variable %q+D is marked dllimportinitializer element is not a constant expressioninitializer element is not computable at load timeinitializer element is not constantinitializer ends prematurelyinitializer expression refers to iteration variable %qDinitializer fails to determine size of %q+Dinitializer fails to determine size of %qDinitializer fails to determine size of %qTinitializer for %<decltype(auto) %D%> has function type (did you forget the %<()%> ?)initializer for %q#D is invalidinitializer for %qT must be brace-enclosedinitializer for flexible array member %q#Dinitializer for floating value is not a floating constantinitializer for integer/fixed-point value is too complicatedinitializer in range-based %<for%> loopinitializer invalid for static member with constructorinitializer provided for functioninitializer specified for friend function %qDinitializer specified for non-virtual method %q+Dinitializer specified for static member function %qDinitializer-string for array of chars is too longinjected-class-name %qD used as template template argumentinline clone in same comdat group listinline clone is forced to outputinline clone with address takeninline code to invalidate instruction cache entries after setting up nested function trampolines.inline declaration of %qD follows declaration with attribute noinlineinline function %q+D declared as  dllimport: attribute ignoredinline function %q+D declared but never definedinline function %q+D declared weakinline function %q+D given attribute noinlineinline function %qD given attribute noinlineinline function %qD used but never definedinline namespaces only available with -std=c++11 or -std=gnu++11inline variables are only available with -std=c++1z or -std=gnu++1zinlined_to pointer is set but no predecessors foundinlined_to pointer is wronginlined_to pointer refers to itselfinlined_to pointer set for noninline callersinlining failed in call to %q+F: %sinlining failed in call to always_inline %q+F: %sinner loop uses same OpenACC parallelism as containing loopinput file %qs is the same as output fileinput operand constraint contains %qcinsert_bbt(): Duplicate key found!insertion out of range in BIT_INSERT_EXPRinsn %d basic block pointer is %d, should be %dinsn %d in footer of bb %d has non-NULL basic blockinsn %d in header of bb %d has non-NULL basic blockinsn %d is in multiple basic blocks (%d and %d)insn %d outside of basic blocks has non-NULL bb fieldinsn addresses not freedinsn contains an invalid address !insn does not satisfy its constraints:insn outside basic blockinsn with UID %i not found for operand %i (`%s') of insn %iinsn with UID %i not found for operand %i of insn %iinstall: %s%s
! installation error, can't find crtoffloadtable.oinstance variable %qE accessed in class methodinstance variable %qE is %s; this will be a hard error in the futureinstance variable %qE is declared %sinstance variable %qE is declared privateinstance variable %qs has unknown sizeinstance variable %qs is declared privateinstance variable %qs uses flexible array memberinstance variable assignment has been interceptedinstruction never executedinstruction scheduling not supported on this target machineinsufficient arguments to overloaded function %sinsufficient contextual information to determine typeinsufficient partitioning available to parallelize element loopinsufficient partitioning available to parallelize loopinsufficient partitioning available to parallelize tile loopint-array initialized from incompatible wide stringint-array initialized from non-wide stringinteger constant is too large for %<unsigned long%> typeinteger division by zerointeger literal exceeds range of %qT typeinteger overflow in array sizeinteger overflow in expressioninteger suffix %qs shadowed by implementationintegral expression %qE is not constantintegral result type precision does not match field size of BIT_FIELD_REFinter-module optimizations not implemented for C++interface %qE does not have valid constant string layoutinternal compiler errorinternal compiler error.  Bad address:internal compiler error.  Incorrect shift:internal compiler error.  Unknown mode:internal compiler error: internal consistency failureinternal error: bad register: %dinternal error: builtin function %s already processedinternal error: builtin function %s had an unexpected return type %sinternal error: builtin function %s, argument %d had unexpected argument type %sinternal error: cris_side_effect_mode_ok with bad operandsinternal error: sideeffect-insn affecting main effectinternal procedure %qs at %L conflicts with DUMMY argumentinternal unit in WRITEinterrupt Service Routines cannot be coded in Thumb modeinterrupt handlers cannot be MIPS16 functionsinterrupt handlers cannot have argumentsinterrupt service routine can only have a pointer argument and an optional integer argumentinterrupt service routine can't be called directlyinterrupt service routine can't have non-void return valueinterrupt service routine should have a pointer as the first argumentinterrupt service routine should have unsigned %sint as the second argumentinterrupt vector to %qE attribute is not vector=(sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5)interrupt_thread is available only on fidointrinsic register index is out of rangeintrinsic variable which isn't a procedureinvalid #pragma %sinvalid %%%c operandinvalid %%-codeinvalid %%A operandinvalid %%B operandinvalid %%C operandinvalid %%C valueinvalid %%D operandinvalid %%D valueinvalid %%E valueinvalid %%F valueinvalid %%G modeinvalid %%G valueinvalid %%H operandinvalid %%H specifierinvalid %%I operandinvalid %%J codeinvalid %%J valueinvalid %%K valueinvalid %%L operandinvalid %%L valueinvalid %%M operandinvalid %%M valueinvalid %%N operandinvalid %%N valueinvalid %%O valueinvalid %%P operandinvalid %%P valueinvalid %%R valueinvalid %%T valueinvalid %%U valueinvalid %%Y operandinvalid %%c operandinvalid %%d operandinvalid %%d valueinvalid %%e valueinvalid %%f operandinvalid %%f valueinvalid %%h operandinvalid %%h valueinvalid %%i operandinvalid %%j codeinvalid %%j operandinvalid %%j valueinvalid %%k valueinvalid %%m valueinvalid %%p valueinvalid %%q valueinvalid %%r operandinvalid %%r valueinvalid %%s operandinvalid %%s valueinvalid %%t operandinvalid %%t operand 'invalid %%t/%%b valueinvalid %%u valueinvalid %%v valueinvalid %%x valueinvalid %%xn codeinvalid %%y value, try using the 'Z' constraintinvalid 'asm': invalid (pointer) operands to plus/minusinvalid --param name %qsinvalid --param name %qs; did you mean %qs?invalid --param value %qsinvalid CASE_CHAINinvalid IACC argumentinvalid LHS in gimple callinvalid Objective-C++ selector nameinvalid OpenACC clause at file scopeinvalid PHI argumentinvalid PHI resultinvalid UNSPEC as operandinvalid UNSPEC as operand: %dinvalid _Literalinvalid abstract parameter type %qTinvalid abstract return type %qTinvalid abstract return type for function %q+#Dinvalid abstract return type for member function %q+#Dinvalid abstract type %qT for %qEinvalid abstract type for %q+Dinvalid access to non-static data member %qD in virtual base of NULL objectinvalid addressinvalid address for 'O' output modifierinvalid address for 'R' output modifierinvalid address for 'S' output modifierinvalid address operand in MEM_REFinvalid address operand in TARGET_MEM_REFinvalid addressing modeinvalid alignment for %<#pragma align%>, ignoringinvalid alignment value for __builtin_arc_alignedinvalid application of %<__alignof%> to a bit-fieldinvalid application of %<sizeof%> to a bit-fieldinvalid application of %<sizeof%> to a function typeinvalid application of %qs to a member functioninvalid application of %qs to a void typeinvalid application of %qs to array type %qT of incomplete element typeinvalid application of %qs to incomplete type %qTinvalid argument %d for builtin %qFinvalid argument %qs to -fdebug-prefix-mapinvalid argument of %qE attributeinvalid argument of %qs attributeinvalid argument of SQRT at %Linvalid argument to %qDinvalid argument to built-in functioninvalid argument to built-in function %sinvalid argument to gimple callinvalid argumentsinvalid array assignmentinvalid base-class specificationinvalid branch to/from %s structured blockinvalid case label in switch statementinvalid case range in switch statementinvalid cast from type %qT to type %qTinvalid cast of an rvalue expression of type %qT to type %qTinvalid cast to abstract class type %qTinvalid cast to function type %qTinvalid class name in declaration of %qDinvalid combination of multiple type-specifiersinvalid comparison code in gimple condinvalid comparison of generated arrayinvalid comparison of generated structinvalid comparison of nil with nilinvalid comparison of non-comparable arrayinvalid comparison of non-comparable structinvalid comparison of non-comparable typeinvalid comparison of non-ordered typeinvalid comparison operator for 'E' output modifierinvalid conditional operandinvalid const_cast from type %qT to type %qTinvalid const_cast of an rvalue of type %qT to type %qTinvalid const_double operandinvalid constantinvalid constant - try using an output modifierinvalid constant for output modifier '%c'invalid constant in %<#pragma %s%>invalid constant in %<#pragma pack%> - ignoredinvalid constant vector for output modifier '%c'invalid constrained type parameterinvalid constraints for operandinvalid constructor; you probably meant %<%T (const %T&)%>invalid controlling predicateinvalid conversion from %<__fpreg%>invalid conversion from %qT to %qTinvalid conversion in gimple callinvalid conversion in return statementinvalid conversion to %<__fpreg%>invalid conversion to type %qT from type %qTinvalid covariant return type for %q#Dinvalid covariant return type for %q+#Dinvalid cpu "%s" for %s"%s"%sinvalid data model option -mdata-model=%sinvalid declaration of %<%T::%E%>invalid declaration of member template in local classinvalid declaratorinvalid default argument for a template template parameterinvalid default case label in switch statementinvalid definition of qualified type %qTinvalid depend kindinvalid depend kind in omp %<ordered%> %<depend%>invalid dist_schedule kindinvalid element type for attribute %qsinvalid encoding prefix in literal operatorinvalid entry to %s structured blockinvalid exit from %s structured blockinvalid exit from OpenMP structured blockinvalid explicit specializationinvalid expression - try using an output modifierinvalid expression as operandinvalid expression for min lvalueinvalid expression for output modifier '%c'invalid expression type for %<#pragma omp atomic%>invalid failure memory model for %<__atomic_compare_exchange%>invalid feature modifier %qs for 'arch' target %sinvalid feature modifier %qs for 'cpu' target %sinvalid feature modifier in %<-march=%s%>invalid feature modifier in %<-mcpu=%s%>invalid feature modifier in target %s %qsinvalid first operand of MEM_REFinvalid form of %<#pragma omp atomic%>invalid format of %sinvalid fpu for attribute(target("%s"))invalid function declarationinvalid function in gimple callinvalid grainsize for _Cilk_forinvalid id value for interrupt/exception attributeinvalid id value for reset attributeinvalid in-class initialization of static data member of non-integral type %qTinvalid increment expressioninvalid initial value for member %qEinvalid initialization of non-const reference of type %qT from an rvalue of type %qTinvalid initialization of reference of type %qT from expression of type %qTinvalid initializerinvalid initializer clauseinvalid initializer for %q#Dinvalid initializer for array member %q#Dinvalid initializer for member function %qDinvalid insn:invalid iterating variable in fast enumerationinvalid labels in gimple condinvalid left hand side of assignmentinvalid line in the resolution fileinvalid linkage-specificationinvalid location for %<pragma %s%>, ignoredinvalid lvalue in asm output %dinvalid map kindinvalid maskinvalid mask type in vector permute expressioninvalid member function declarationinvalid member template declaration %qDinvalid memory model argument %d of %qEinvalid memory model argument to builtininvalid memory model for %<__atomic_load%>invalid memory model for %<__atomic_store%>invalid new-expression of abstract class type %qTinvalid nmi function for reset attributeinvalid non-type template argumentinvalid non-vector operands to vector valued plusinvalid number of operands to __FMAinvalid offload table in %sinvalid offset operand in MEM_REFinvalid offset operand in TARGET_MEM_REFinvalid offset operand of MEM_REFinvalid operandinvalid operand addressinvalid operand code '%c'invalid operand for '%%%c'invalid operand for 'A' modifierinvalid operand for 'D' modifierinvalid operand for 'H' modifierinvalid operand for 'O' modifierinvalid operand for 'T' modifierinvalid operand for 'b' modifierinvalid operand for 'e' modifierinvalid operand for 'm' modifierinvalid operand for 'o' modifierinvalid operand for 'p' modifierinvalid operand for 'r' specifierinvalid operand for 'z' modifierinvalid operand for code '%c'invalid operand in indirect referenceinvalid operand in return statementinvalid operand in unary expressioninvalid operand in unary operationinvalid operand modifier letterinvalid operand output codeinvalid operand prefixinvalid operand prefix '%%%c'invalid operand size for operand code 'O'invalid operand size for operand code 'Z'invalid operand size for operand code 'z'invalid operand to %%H/%%L codeinvalid operand to %%M codeinvalid operand to %%N codeinvalid operand to %%O codeinvalid operand to %%Rinvalid operand to %%R codeinvalid operand to %%Sinvalid operand to %%T/%%B codeinvalid operand to %%U codeinvalid operand to %%V codeinvalid operand to %%Z codeinvalid operand to %%p codeinvalid operand to %%s codeinvalid operand to %%z codeinvalid operand to plus/minus, type is a pointerinvalid operand to pointer plus, first operand is not a pointerinvalid operand to pointer plus, second operand is not an integer type of appropriate widthinvalid operand to switch statementinvalid operand type used with operand code 'Z'invalid operands in binary operationinvalid operands in gimple comparisoninvalid operands in ternary operationinvalid operands of types %qT and %qT to binary %qOinvalid operands to array referenceinvalid operands to binary %s (have %qT and %qT)invalid operationinvalid operation (%s)invalid operation on %<__fpreg%>invalid operator for %<#pragma omp atomic%>invalid parameter %qsinvalid parameter combination for AltiVec intrinsic %sinvalid parameter combination for intrinsic %qsinvalid parameter type %qTinvalid pass positioning operationinvalid pointer mode %qsinvalid pointer to bit-field %qDinvalid position or size in BIT_INSERT_EXPRinvalid position or size operand to BIT_FIELD_REFinvalid private reduction on %qEinvalid proc_bind kindinvalid property declarationinvalid prototype for '%s'invalid punctuation %qc in constraintinvalid pure const state for functioninvalid pure specifier (only %<= 0%> is allowed)invalid qualifiers on non-member function typeinvalid qualifying scope in pseudo-destructor nameinvalid receive on send-only channelinvalid receiver type %qsinvalid redeclaration of %q+Dinvalid reduction-identifierinvalid reference for 'J' output modifierinvalid reference prefixinvalid register name for %q+Dinvalid resolution in the resolution fileinvalid return type %qT of constexpr function %q+Dinvalid rhs for gimple memory storeinvalid rtl sharing found in the insninvalid schedule kindinvalid second argument to %<__builtin_prefetch%>; using zeroinvalid send on receive-only channelinvalid setter, it must have one argumentinvalid shift operandinvalid static chain in gimple callinvalid static_cast from type %qT to type %qTinvalid storage class for function %qEinvalid target memregs value '%d'invalid template declaration of %qDinvalid template non-type parameterinvalid template-idinvalid third argument to %<__builtin_prefetch%>; using zeroinvalid type %<void%> for newinvalid type %qT as initializer for a vector of type %qTinvalid type %qT declared %<friend%>invalid type argument (have %qT)invalid type argument of %<->%> (have %qT)invalid type argument of %<->*%> (have %qT)invalid type argument of array indexing (have %qT)invalid type argument of implicit conversion (have %qT)invalid type argument of unary %<*%> (have %qT)invalid type for asm flag outputinvalid type for instance variableinvalid type for iteration variable %qEinvalid type for make functioninvalid type for parameter %d of constexpr function %q+#Dinvalid type for propertyinvalid types %<%T[%T]%> for array subscriptinvalid types in address space conversioninvalid types in conversion to floating pointinvalid types in conversion to integerinvalid types in fixed-point conversioninvalid types in nop conversioninvalid use of %%d, %%x, or %%Xinvalid use of %<...%> calling non-variadic functioninvalid use of %<...%> with builtin functioninvalid use of %<...%> with non-sliceinvalid use of %<::%>invalid use of %<_Cilk_spawn%>invalid use of %<auto%> in conversion operatorinvalid use of %<auto%> in default template argumentinvalid use of %<auto%> in exception-specificationinvalid use of %<auto%> in template argumentinvalid use of %<extern%> variable %qD in %<#pragma acc declare%>invalid use of %<global%> variable %qD in %<#pragma acc declare%>invalid use of %<restrict%>invalid use of %<this%> at top levelinvalid use of %<this%> in non-member functioninvalid use of %q#T with a flexible array member in %q#Tinvalid use of %q#T with a zero-size array in %q#Dinvalid use of %qDinvalid use of %qD in linkage specificationinvalid use of %qE to form a pointer-to-member-functioninvalid use of %qTinvalid use of '%%%c'invalid use of ':' modifierinvalid use of a pointer to an incomplete type in pointer arithmeticinvalid use of array indexing on pointer to memberinvalid use of array with unspecified boundsinvalid use of asm flag outputinvalid use of attribute %<fallthrough%>invalid use of brace-enclosed initializer listinvalid use of const_cast with type %qT, which is a pointer or reference to a function typeinvalid use of const_cast with type %qT, which is not a pointer, reference, nor a pointer-to-data-member typeinvalid use of constructor as a templateinvalid use of cv-qualified type %qT in parameter declarationinvalid use of dependent type %qTinvalid use of destructor %qD as a typeinvalid use of destructor %qE as a typeinvalid use of flexible array memberinvalid use of implicit conversion on pointer to memberinvalid use of incomplete type %q#Tinvalid use of incomplete typedef %qTinvalid use of label %q+D in %<_Cilk_spawn%>invalid use of member %qD (did you forget the %<&%> ?)invalid use of member %qD in static member functioninvalid use of member function %qD (did you forget the %<()%> ?)invalid use of method value as argument of Offsetofinvalid use of non-lvalue arrayinvalid use of non-static data member %qDinvalid use of non-static member function %qDinvalid use of non-static member function of type %qTinvalid use of nonstatic data member %qEinvalid use of pack expansion expressioninvalid use of placeholder %qTinvalid use of qualified-name %<%D::%D%>invalid use of qualified-name %<%T::%D%>invalid use of qualified-name %<::%D%>invalid use of structure with flexible array memberinvalid use of template template parameter %qTinvalid use of template type parameter %qTinvalid use of template-id %qD in declaration of primary templateinvalid use of template-name %qE without an argument listinvalid use of typeinvalid use of type %<void%> in parameter declarationinvalid use of type %qT as a default value for a template template-parameterinvalid use of unary %<*%> on pointer to memberinvalid use of undefined type %qTinvalid use of void expressioninvalid use of volatile lvalue inside %<transaction_safe%> functioninvalid use of volatile lvalue inside transactioninvalid user-defined conversion from %qT to %qTinvalid value-initialization of reference typeinvalid vector comparison resulting typeinvalid vector type for attribute %qEinvalid version number %qsinvalid warm function for reset attributeinvalid zero extractinverted slice rangeio_kind_name(): bad I/O-kindipa inline summary is missing in input fileipa reference summary is missing in ltrans unitis_c_interoperable(): gfc_simplify_expr failedit is defined as a pointer in different address space in another translation unitit is defined as a pointer to different type in another translation unitit must be a pointer-to-member of the form %<&X::Y%>it must be the address of a function with external linkageit must be the name of a function with external linkageitem in READiterating variable in fast enumeration is not an objectiteration %s invokes undefined behavioriteration variable %qD should not be firstprivateiteration variable %qD should not be reductioniteration variable %qE is predetermined lineariteration variable %qE should be privateiteration variable %qE should not be firstprivateiteration variable %qE should not be lastprivateiteration variable %qE should not be lineariteration variable %qE should not be privateiteration variable %qE should not be reductioniteration variable cannot be volatileiterator variableits dest_idx should be %d, not %divar %qs used by %<@synthesize%> declaration must be an existing ivariwmmxt abi requires an iwmmxt capable cpuiwmmxt requires an AAPCS compatible ABI for proper operationjump into scope of identifier with variably modified typejump into statement expressionjump skips variable initializationjump to case labeljump to label %qDjunk at end of #pragma %sjunk at end of #pragma ADDRESSjunk at end of #pragma GCC memregs [0..16]junk at end of #pragma __nostandardjunk at end of #pragma __standardjunk at end of #pragma ghs endsdajunk at end of #pragma ghs endtdajunk at end of #pragma ghs endzdajunk at end of #pragma ghs interruptjunk at end of #pragma ghs sectionjunk at end of #pragma ghs startsdajunk at end of #pragma ghs starttdajunk at end of #pragma ghs startzdajunk at end of #pragma longcalljunk at end of %<#pragma %s%>junk at end of %<#pragma GCC pch_preprocess%>junk at end of %<#pragma GCC visibility%>junk at end of %<#pragma align%>junk at end of %<#pragma fini%>junk at end of %<#pragma init%>junk at end of %<#pragma message%>junk at end of %<#pragma pack%>junk at end of %<#pragma pop_options%>junk at end of %<#pragma push_options%>junk at end of %<#pragma redefine_extname%>junk at end of %<#pragma reset_options%>junk at end of %<#pragma weak%>junk at end of '#pragma extern_model'junk at end of '#pragma ms_struct'junk at end of '#pragma options'junk at end of '#pragma unused'keyword %<export%> not implemented, and will be ignoredkeyword %<typename%> not allowed in this context (a qualified member initializer is implicitly a type)keyword %<typename%> not allowed in this context (the base class is implicitly a type)keyword %<typename%> not allowed outside of templateslabel label %q+D declared but not definedlabel %q+D defined but not usedlabel %q+D used but not definedlabel %qD defined herelabel %qE referenced outside of any functionlabel at end of compound statementlabel named wchar_tlabel's context is not the current function decllambda capture initializers only available with -std=c++14 or -std=gnu++14lambda expressions only available with -std=c++11 or -std=gnu++11lambda in local class %q+T cannot capture variables from the enclosing contextlambda templates are only available with -std=c++14 or -std=gnu++14lambda-expression in a constant expressionlambda-expression in template-argumentlambda-expression in unevaluated contextlane %wd out of range %wd - %wdlang_* check: failed in %s, at %s:%dlanguage %s not recognizedlanguage string %<"%E"%> not recognizedlarge fixed-point constant implicitly truncated to fixed-point typelarge integer implicitly truncated to unsigned typelast argument must be an immediateld returned %d exit statusleft argument must be a sliceleft hand operand of %<->*%> must be a pointer to class, but is a pointer to member of type %qTleft operand of comma operator cannot resolve address of overloaded functionleft operand of comma operator has no effectleft operand of comma operator is a reference, not call, to function %qEleft operand of shift expression %q+E is negativeleft precisionleft precision in strfmon formatleft rotate count >= width of typeleft rotate count is negativeleft shift count >= width of typeleft shift count >= width of vector elementleft shift count is negativeleft shift of negative valueleft-hand operand of comma expression has no effectleft-hand side of assignment might be a candidate for a format attributelen larger than caplength %qE above array section size in %qs clauselength %qE of array section does not have integral typelength mismatch between LHS and RHSlength mismatch in expressionlength modifierlength modifier in printf formatlength modifier in scanf formatlength modifier in strfmon formatlength of array notation triplet is not an integerlength required when allocating a sliceletter %c was found & insn was not CONST_INTlibraries: %s
! library function %q#D redeclared as non-function %q#Dlibrary lib%s not foundlimit is %u bytes, but argument is %slimit is %u bytes, but argument may be as large as %slinear clause applied to non-integral non-pointer variable with %qT typelinear clause applied to non-integral non-pointer variable with type %qTlinear clause applied to non-integral, non-floating, non-pointer variable with %qT typelinear clause applied to non-integral, non-floating, non-pointer variable with type %qTlinear clause with %qs modifier applied to non-reference variable with %qT typelinear step expression must be integrallist-initializer for non-class type must not be parenthesizedliteral operator suffixes not preceded by %<_%> are reserved for future standardizationliteral operator template %q+D conflicts with raw literal operator %qDliteral operator template %qD has invalid parameter list.  Expected non-type template argument pack <char...>literal operator template %qD has invalid parameter list.  Expected non-type template argument pack <char...> or <typename CharT, CharT...>literal operator with C linkagelo_sum not of registerlocal class %q#T shall not have static data member %q#Dlocal declaration of %qE hides instance variablelocal symbols must be definedlocal variable %qD may not appear in this contextlocal variable memory requirements exceed capacitylocation references block not in block treelogical %<and%> applied to non-boolean constantlogical %<and%> of equal expressionslogical %<and%> of mutually exclusive tests is always falselogical %<or%> applied to non-boolean constantlogical %<or%> of collectively exhaustive tests is always truelogical %<or%> of equal expressionslogical not is only applied to the left hand side of comparisonlogical_to_bitwise(): Bad intrinsiclong, short, signed or unsigned used invalidly for %qslookup of %qT in %qT is ambiguousloop %d%'s header does not belong directly to itloop %d%'s header does not have exactly 2 entriesloop %d%'s header is not a loop headerloop %d%'s latch does not belong directly to itloop %d%'s latch does not have an edge to its headerloop %d%'s latch does not have exactly 1 successorloop %d%'s latch does not have header as successorloop %d%'s latch is marked as part of irreducible regionloop %d%'s latch is not dominated by its headerloop uses OpenACC parallelism disallowed by containing routineloop verification on loop tree that needs fixuploop with header %d marked for removalloop with header %d not in loop treelooser throw specifier for %q+#Flow bound %qE above array section size in %qs clauselow bound %qE of array section does not have integral typelower value in case label range less than minimum value for typelp_array does not match region_treelp_array is corrupted for lp %ilseek failed while reading export datalto_obj_file_open() failedlvalue required as decrement operandlvalue required as increment operandlvalue required as left operand of assignmentlvalue required as unary %<&%> operandlvalue required in asm statementmachine independent builtin code out of rangemacro name missing after %qsmake_generic(): Can't find generic symbol %qsmaking multiple clones of %qDmalformed #pragma ADDRESS variable addressmalformed #pragma GCC visibility pushmalformed #pragma builtinmalformed #pragma ghs sectionmalformed #pragma redefine_extname, ignoredmalformed #pragma weak, ignoredmalformed %<#pragma %s%>, ignoredmalformed %<#pragma %s%>, ignoringmalformed %<#pragma align%>malformed %<#pragma align%>, ignoringmalformed %<#pragma fini%>malformed %<#pragma fini%>, ignoringmalformed %<#pragma init%>malformed %<#pragma init%>, ignoringmalformed %<#pragma message%>, ignoredmalformed %<#pragma pack%> - ignoredmalformed %<#pragma pack(pop[, id])%> - ignoredmalformed %<#pragma pack(push[, id][, <n>])%> - ignoredmalformed '#pragma __extern_prefix', ignoringmalformed '#pragma extern_model', ignoringmalformed '#pragma member_alignment'malformed '#pragma member_alignment', ignoringmalformed '#pragma ms_struct {on|off|reset}', ignoringmalformed '#pragma ms_struct', ignoringmalformed '#pragma options align={mac68k|power|reset}', ignoringmalformed '#pragma options', ignoringmalformed COLLECT_GCC_OPTIONSmalformed option -fplugin-arg-%s (missing -<key>[=<value>])malformed ptx filemalformed spec function argumentsmalformed spec function namemalformed target %smalformed target %s list %qsmalformed target %s valuemangled name for %qD will change in C++17 because the exception specification is part of a function typemangling %Cmangling __underlying_typemangling typeof, use decltype insteadmangling unknown fixed point typemap can only be compared to nilmapping field %qE of variable length structuremask must be an immediatematch_attr_spec(): Bad attributematch_level_4(): Bad operatormatch_string_constant(): Delimiter not foundmatching constraint does not allow a registermatching constraint not valid in output operandmatching constraint references invalid operand numbermaximum limit of %d namespaces searched for %qEmaximum number of arrays per scop.maximum number of basic blocks per function to be analyzed by Graphite.maximum number of isl operations, 0 means unlimitedmaximum number of parameters in a SCoP.maximum value of parameter %qs is %umay not use both -EB and -ELmay not use both -m32 and -m64mduc registers only saved for G13 targetmedia functions are not available unless -mmedia is usedmem-initializer for %qD follows constructor delegationmember %q+#D with constructor not allowed in anonymous aggregatemember %q+#D with constructor not allowed in unionmember %q+#D with copy assignment operator not allowed in anonymous aggregatemember %q+#D with copy assignment operator not allowed in unionmember %q+#D with destructor not allowed in anonymous aggregatemember %q+#D with destructor not allowed in unionmember %q+D cannot be declared as a %<mutable%> referencemember %q+D cannot be declared both %<const%> and %<mutable%>member %qD cannot be declared both %<virtual%> and %<constexpr%>member %qD cannot be declared both %<virtual%> and %<static%>member %qD conflicts with virtual function table field namemember %qD declared as friend before type %qT definedmember %qD in read-only object used as %<asm%> outputmember %qD is uninitialized referencemember %qD must be initialized by mem-initializer in %<constexpr%> constructormember %qD with uninitialized reference fieldsmember functions are implicitly friends of their classmember template %qD may not have virt-specifiersmembers of an explicitly specialized class are defined without a template headermemory access check always failmemory allocation failed while reading export datamemory input %d is not directly addressablememory reference expected for 'S' output modifiermethod %<%c%E%> declared %<@optional%> and %<@required%> at the same timemethod %s%s%s is marked go:nointerfacemethod %s%s%s requires a pointer receivermethod argument attributes are not available in Objective-C 1.0method attributes are not available in Objective-C 1.0method attributes can not be specified in @implementation contextmethod attributes must be specified at the endmethod attributes must be specified at the end onlymethod declaration not in @interface contextmethod declared %qE overriding %qE methodmethod definition for %<%c%E%> not foundmethod definition not in @implementation contextmethod overrides both %<transaction_pure%> and %qE methodsmethod possibly missing a [super dealloc] callmethod type does not match object typemethod with incompatible type is defined in another translation unitmin partition size cannot be greater than max partition sizeminimal number of loops per function to be analyzed by Graphite.minimum value of parameter %qs is %umio_array_ref(): Unknown array refmips16 function profilingmismatch in number of arguments for builtin %qF. Expected: %d got %dmismatched argument pack lengths while expanding %<%E%>mismatched argument pack lengths while expanding %<%T%>mismatched argumentsmismatched declarations during linktime optimizationmismatched operator in fold-expressionmismatching comparison operand typesmismatching parensmisplaced %<@%D%> Objective-C++ constructmissed loop optimization, the loop counter may overflowmissing $ operand number in formatmissing %<(%> after %<#pragma GCC visibility push%> - ignoredmissing %<(%> after %<#pragma pack%> - ignoredmissing %<=%> (after %<getter%> attribute)missing %<=%> (after %<setter%> attribute)missing %<target%> attribute for multi-versioned %Dmissing '(' after '#pragma unused', ignoringmissing ')' after '#pragma unused', ignoringmissing PHI defmissing REG_EH_REGION note at the end of bb %imissing [big-endian|little-endian|default] after %<#pragma scalar_storage_order%>missing [error|warning|ignored|push|pop] after %<#pragma GCC diagnostic%>missing arch name in %<-march=%s%>missing architecture name in 'arch' target %smissing argument to %qsmissing barrier after block %imissing braces around initializermissing braces around initializer for %qTmissing callgraph edge for call stmt:missing close brace for named operandmissing close parenmissing collection in fast enumerationmissing controlling predicatemissing cpu name in %<-mcpu=%s%>missing cpu name in %<-mtune=%s%>missing cpu name in 'cpu' target %smissing definitionmissing device or architecture after %qsmissing edge %i->%imissing feature modifier in target %s %qsmissing filename after %qsmissing fill character at end of strfmon formatmissing increment expressionmissing initializer for field %qD of %qTmissing initializer for member %qDmissing loop condition in loop with %<GCC ivdep%> pragmamissing makefile target after %qsmissing method %s%s%smissing numbermissing open parenmissing operandmissing option after %<#pragma GCC diagnostic%> kindmissing path after %qsmissing sentinel in function callmissing template argumentsmissing template arguments after %qTmissing terminating %c charactermissing type-name in typedef-declarationmixing declarations and function-definitions is forbiddenmixing different types of symbol in same comdat groups is not supportedmode %qs applied to inappropriate typemode size of non-integral result does not match field size of BIT_FIELD_REFmodification of %qE is not a constant expressionmodifier should not be specified in %<linear%> clause on %<simd%> or %<for%> constructsmodule nature in USE statement at %Cmore than %d operands in %<asm%>more than one %<depend(source)%> clause on an %<ordered%> constructmore than one 'crtl' directivemore than one access specifier in base-specifiedms_abi and sysv_abi attributes are not compatiblems_hook_prologue attribute isn%'t compatible with -mfentry for 32-bitms_hook_prologue is not compatible with nested functionmsp430_select_hwmult_lib needs one or more argumentsmultidimensional array must have bounds for all dimensions except the firstmultilib exclusion %qs is invalidmultilib exclusions %qs is invalidmultilib select %qs %qs is invalidmultilib select %qs is invalidmultilib spec %qs is invalidmultiple -mcpu= options specified.multiple EH personalities are supported only with assemblers supporting .cfi_personality directivemultiple declarations in range-based %<for%> loopmultiple default labels in one switchmultiple definition of %q#Tmultiple fast interrupt routines seen: %qE and %qEmultiple fields in union %qT initializedmultiple function type attributes specifiedmultiple hot/cold transitions found (bb %i)multiple initializations given for %qDmultiple initializations given for base %qTmultiple inline callersmultiple interrupt attributes not allowedmultiple interrupt attributes to function %qDmultiple iterating variables in fast enumerationmultiple loop axes specified for routinemultiple methods named %<%c%E%> foundmultiple nested types attributes to function %qDmultiple parameters named %qDmultiple prevailing defs for %qEmultiple ref-qualifiersmultiple save reg attributes to function %qDmultiple selectors named %<%c%E%> foundmultiple storage classes in declaration of %qsmultiple storage classes in declaration specifiersmultiple types in one declarationmultiple virtual PHI nodes in BB %dmultiple-value argument in single-value contextmultiple-value function call in single-value contextmultiply option implies r%d is fixedmultiversioning needs ifunc which is not supported on this targetmust #include <typeinfo> before using typeidmust use %<.*%> or %<->*%> to call pointer-to-member function in %<%E (...)%>, e.g. %<(... ->* %E) (...)%>mutable %qD is not usable in a constant expressionmysterious repository information in %snaked attribute only applies to functionsname %qD used in a GNU-style designated initializer for an arrayname %qT has incomplete typename lookup of %qD changedname lookup of %qD changed for ISO %<for%> scopingname missing for member functionname of class shadows template template parameter %qDname used in a GNU-style designated initializer for an arraynamed return values are no longer supportednamespace %qD enterednamespace %qD not allowed in using-declarationnamespace alias %qD not allowed here, assuming %qDnamespace-scope anonymous aggregates must be staticnarrowing conversion of %qE from %qT to %qT inside { }narrowing conversion of %qE from %qT to %qT inside { } is ill-formed in C++11need %<typename%> before %<%T::%E%> because %qT is a dependent scopeneed %<typename%> before %qE because %qT is a dependent scopeneed explicit conversionneed explicit conversion; missing method %s%s%snegative insn lengthnegative integer implicitly converted to unsigned typenegative length in array section in %qs clausenegative low bound in array section in %qs clausenegative nesting depth of region %inegative shift countnegative width in bit-field %q+Dnegative width in bit-field %qsneither the destructor nor the class-specific operator delete [] will be called, even if they are declared when the class is definedneither the destructor nor the class-specific operator delete will be called, even if they are declared when the class is definednested assembly dialect alternativesnested extern declaration of %qDnested function %q+D declared but never definednested function %qE declared %<extern%>nested function %qs declared %<extern%>nested function trampolines not supported on this targetnested functions not supported on this targetnested identifier requirednested name specifier %qT for enum declaration does not name a class or namespacenested namespace definitions only available with -std=c++1z or -std=gnu++1znested redefinition of %<enum %E%>nested redefinition of %<struct %E%>nested redefinition of %<union %E%>new cannot be applied to a function typenew cannot be applied to a reference typenew declaration %q#D ambiguates built-in declaration %q#Dnew types may not be defined in a return typenew_symbol(): Symbol name too longnext member %q#D declared hereno %<%D(int)%> declared for postfix %qsno %<%D(int)%> declared for postfix %qs, trying prefix operator insteadno %<%c%E%> method foundno %q#D member function declared in class %qTno %qs getter foundno FUNCTION_PROFILER for CRISno LTRANS output list filename providedno argumentsno arguments for spec functionno attribute can be applied to an explicit instantiationno class name specified with %qsno class template named %q#T in %q#Tno closing %<]%> for %<%%[%> formatno closing braceno context to resolve type of %qEno corresponding deallocation function for %qDno data type for mode %qsno declaration of property %qs found in the interfaceno default argument for %qDno description yet.no field %qD found in union being initializedno immediate_use listno input filesno input files; unwilling to write output filesno integral type can represent all of the enumerator values for %qTno low registers available for popping high registersno match for no match for call to %<(%T) (%A)%>no matches converting function %qD to type %q#Tno matching concept for template-introductionno matching fixed-point overload found for %qsno matching function for call to %<%D(%A)%>no matching function for call to %<%T::%E(%A)%#V%>no matching function for call to %<%T::operator %T(%A)%#V%>no matching function for call to %<%s(%A)%>no matching push for %<#pragma GCC visibility pop%>no matching template for %qD foundno member function %qD declared in %qTno members matching %<%T::%D%> in %q#Tno post-decrement operator for typeno post-increment operator for typeno pre-decrement operator for typeno pre-increment operator for typeno previous declaration for %qDno previous prototype for %qDno processor type specified for linkingno profiling of 64-bit code for this ABIno register in addressno return statement in function returning non-voidno return statements in function returning %qTno sclass for %s stab (0x%x)no semicolon at end of struct or unionno suitable %<operator %s%> for %qTno suitable %qD found in class %qTno super class declared in @interface for %qEno super class declared in interface for %qEno type named %q#T in %q#Tno type or storage class may be specified here,no unexpanded parameter packs in binary foldno unique final overrider for %qD in %qTno valid clauses specified in %<#pragma acc declare%>node differs from node->decl->decl_with_vis.symtab_nodenode has body_removed but is definitionnode has unknown typenode is alias but not definitionnode is alias but not implicit aliasnode is alone in a comdat groupnode is analyzed but it is not a definitionnode is in same_comdat_group list but has no comdat_groupnode is transparent_alias but not an aliasnode is weakref but not an transparent_aliasnode not found in symtab assembler name hashnode not found node->decl->decl_with_vis.symtab_nodenodes with unreleased memory foundnoexcept-expression evaluates to %<false%> because of a call to %qDnon double precision REAL argument to %s intrinsic at %Lnon-AAPCS derived PCS variantnon-NULL pointer initialization at %Cnon-OpenACC construct inside of OpenACC regionnon-OpenACC construct inside of OpenACC routinenon-call exception handling mismatchnon-class template %qT used without template argumentsnon-class, non-variable partial specialization %qD is not allowednon-cold basic block %d dominated by a block in the cold partition (%d)non-const integer argument %u in call to function %qEnon-constant argument 1 to __atomic_always_lock_freenon-constant array in DATA statement %Lnon-constant array initializationnon-constant array new length must be specified directly, not by typedefnon-constant array new length must be specified without parentheses around the type-idnon-constant compound literals cannot appear in a constant-expressionnon-constant condition for static assertionnon-constant element in constant CONSTRUCTORnon-constant in-class initialization invalid for non-inline static member %qDnon-constant in-class initialization invalid for static member %qDnon-constant initialization expression at %Lnon-decl/MEM_REF LHS in clobber statementnon-default INTEGER kind argument to %s intrinsic at %Lnon-delegitimized UNSPEC %s (%d) found in variable locationnon-deleted function %q+Dnon-floating-point argument in call to function %qEnon-floating-point arguments in call to function %qEnon-function %qD declared as implicit templatenon-function in gimple callnon-integer argument 1 to __atomic_is_lock_freenon-integer argument 3 in call to function %qEnon-integer memory model argument %d of %qEnon-integer operand used with operand code 'z'non-integral type switch statementnon-integral used in conditionnon-local variable %qD declared %<__thread%> has a non-trivial destructornon-local variable %qD declared %<__thread%> needs dynamic initializationnon-loop with header %d not marked for removalnon-lvalue array in conditional expressionnon-member %qs cannot be declared %<mutable%>non-member function %qD cannot have cv-qualifiernon-member function %qD cannot have ref-qualifiernon-member-template declaration of %qDnon-memory input %d must stay in memorynon-nested function with variably modified typenon-object member %qs cannot be declared %<mutable%>non-objective-c type '%T' cannot be caughtnon-parameter %qs cannot be a parameter packnon-pointer argument to %<__builtin_launder%>non-register as LHS of binary operationnon-register as LHS of ternary operationnon-register as LHS of unary operationnon-scalar BIT_FIELD_REF, IMAGPART_EXPR or REALPART_EXPRnon-scalar typenon-standard suffix on floating constantnon-static const member %q#D in class without a constructornon-static const member %q#D, can%'t use default assignment operatornon-static data member %q+D in a union may not have reference type %qTnon-static data member %qE declared %<concept%>non-static data member %qE declared %<constexpr%>non-static data member declared with placeholder %qTnon-static data member initializers only available with -std=c++11 or -std=gnu++11non-static declaration of %q+D follows static declarationnon-static initialization of a flexible array membernon-static reference %q#D in class without a constructornon-static reference member %q#D, can%'t use default assignment operatornon-template %qD used as templatenon-template type %qT used as a templatenon-thread-local declaration of %q#D follows thread-local declarationnon-thread-local declaration of %q+D follows thread-local declarationnon-top-level BIT_FIELD_REF, IMAGPART_EXPR or REALPART_EXPRnon-trivial conversion at assignmentnon-trivial conversion in unary operationnon-trivial designated initializers not supportednon-type partial specialization %qD is not allowednon-variable %qD in declaration with more than one declarator with placeholder typenon-vector CONSTRUCTOR with elementsnon-vector operands in vector comparisonnonconstant array index in initializernonempty exits list of loop %d, but exits are not recordednonlocal label nonnull argument %qD compared to NULLnonnull argument has invalid operand number (argument %lu)nonnull argument references non-pointer operand (argument %lu, operand %lu)nonnull argument with out-of-range operand number (argument %lu, operand %lu)nonnull attribute without arguments on a non-prototypenormalization cannot co-exist with scaling
! not allowed type combination in BIT_INSERT_EXPRnot configured for SPE ABInot configured for SPE instruction setnot configured with sysroot headers suffixnot enough DO loops for %s !$ACC LOOP at %Lnot enough DO loops for collapsed %s at %Lnot enough argumentsnot enough arguments to returnnot enough for loops to collapsenot enough perfectly nested loopsnot enough type informationnot enough variable arguments to fit a sentinelnotenote: null argument where non-null required (argument %lu)null destination pointernull format stringnull pointernull pointer dereferencenumber must be 0 or 1number of arguments doesn%'t match built-in prototypenumber of arguments doesn%'t match prototypenumber of bb notes in insn chain (%d) != n_basic_blocks (%d)number of components of the vector not a power of twonumber of components of vector not a power of twonumber of counters is %d instead of %dnumber of results does not match number of valuesnumber of variables in %<depend(sink)%> clause does not match number of iteration variablesnumeric argument of %qE attribute must be in range 0..63objc++-cpp-output is deprecated; please use objective-c++-cpp-output insteadobjc-cpp-output is deprecated; please use objective-c-cpp-output insteadobject is not a methodobject missing in use of %qEobject property %qD has no %<assign%>, %<retain%> or %<copy%> attribute; assuming %<assign%>object type %qT does not match destructor name ~%qTobject with variably modified type must have no linkageobjective-c method declaration is expectedobjective-c++ message argument(s) are expectedobjective-c++ message receiver expectedobjective-c++ method declaration is expectedobsolete Maverick format code '%c'obsolete option -I- used, please use -iquote insteadobsolete use of designated initializer with %<:%>obsolete use of designated initializer without %<=%>odr-used inline variable %qD is not definedoffload compiler %s not foundoffset %qwi outside bounds of constant stringoffset exceeds 16 bytesoffset of %qD is not ABI-compliant and may change in a future version of GCCoffset of packed bit-field %qD has changed in GCC 4.4offsetof within non-standard-layout type %qT is undefinedold declaration %q#Dold-style function definitionold-style parameter declarations in prototyped function definitionomitted middle operand to %<?:%> operand cannot be mangledone of the initializer call arguments should be %<&omp_priv%>one of the initializer call arguments should be %<omp_priv%> or %<&omp_priv%>only %<distribute%> or %<parallel%> regions are allowed to be strictly nested inside %<teams%> regiononly %<inbranch%> and %<notinbranch%> flags are allowed for %<__simd__%> attributeonly %u names provided while %qT decomposes into %wu elementsonly 0.0 can be loaded as an immediateonly Objective-C object types can be qualified with a protocolonly attribute %<fallthrough%> can be applied to a null statementonly constructors take member initializersonly declarations of constructors and conversion operators can be %<explicit%>only function calls can be spawnedonly here as a friendonly plain %<auto%> return type can be deduced to %<void%>only uninitialized variables can be placed in a .bss sectiononly uninitialized variables can be placed in the .noinit sectiononly weak aliases are supported in this configurationonly zero initializers are allowed in section %qsopaque vector types cannot be initializedopaque-enum-specifier must use a simple identifieropaque-enum-specifier without nameopen %s failed: %sopen /dev/zero: %mopening LTRANS output list %s: %mopening dependency file %s: %mopening output file %qs: %sopening output file %s: %moperand %d should be a 3 bit unsigned immediateoperand %d should be a 6 bit unsigned immediateoperand %d should be a 8 bit unsigned immediateoperand 1 should be an unsigned 3-bit immediateoperand 1 should be an unsigned 3-bit value (I0-I7)operand 2 should be an even 3-bit value (subreg 0,2,4,6)operand 2 should be an unsigned 3-bit value (I0-I7)operand 2 should be an unsigned 3-bit value (subreg 0-7)operand 2 should be an unsigned 8-bit valueoperand 3 should be an unsigned 3-bit value (I0-I7)operand 3 should be an unsigned 8-bit valueoperand 4 should be an unsigned 8-bit value (0-255)operand constraint contains incorrectly positioned %<+%> or %<=%>operand constraints for %<asm%> differ in number of alternativesoperand for sleep instruction must be an unsigned 6 bit compile-time constantoperand is not a condition code, invalid operand code '%c'operand is not a condition code, invalid operand code 'D'operand is not a condition code, invalid operand code 'Y'operand is not a specific integer, invalid operand code 'R'operand is not a specific integer, invalid operand code 'r'operand is not an integer, invalid operand code 'K'operand is not an integer, invalid operand code 'R'operand is not an offsettable memory reference, invalid operand code 'H'operand must be an immediate of the right sizeoperand number missing after %%-letteroperand number out of rangeoperand number out of range in formatoperand number specified for format taking no argumentoperand number specified with suppressed assignmentoperand of fold expression has no unexpanded parameter packsoperand type %qT is incompatible with argument %d of %qEoperand types are %qT and %qToperands to %T/%t must be reg + const_int:operands to ?: have different types %qT and %qToperation on %qE may be undefinedoptimization attribute on %qD follows definition but the attribute doesn%'t matchoptimization level attribute mismatchoptimization may eliminate reads and/or writes to register variablesoption %qs is valid for %s but not for %soption %s is not supported together with -fopenaccoption("%s") was already specifiedoptional argumentoptions enabled: options or targets missing after %qsoptions passed: ordered argument needs positive constant integer expressionordered comparison of pointer with integer zeroordered comparison of pointer with null pointeroriginal %<default%> is hereoriginal declaration appeared hereoriginal definition appeared hereoriginally defined hereoriginally indirect function call not considered for inliningoriginally specified hereorphaned %qs constructother match is hereought to match virtual method %qD but does notout-of-bounds access may be optimized awayouter %<__transaction_cancel%> not within outer %<__transaction_atomic%>outer block of region %i is wrongouter transaction in %<transaction_may_cancel_outer%> functionouter transaction in %<transaction_safe%> functionouter transaction in transactionoutput constraint %d cannot be specified together with "%s" clobberoutput constraint %d must specify a single registeroutput constraint %qc for operand %d is not at the beginningoutput file %s already exists in folder %soutput file not specifiedoutput filename specified twiceoutput number %d not directly addressableoutput operand %d must use %<&%> constraintoutput operand constraint lacks %<=%>output operand is constant in %<asm%>output regs must be grouped at top of stackoutput_move_single:overflow in array dimensionoverflow in constant expressionoverflow in enumeration valuesoverflow in enumeration values at %qDoverflow in implicit constant conversionoverflowed output arg list for %qsoverloaded function name %qE in clause %qsoverloaded function with no contextual type informationoverride controls (override/final) only available with -std=c++11 or -std=gnu++11overriding %qD declared %<transaction_safe%>overriding deleted function %q+Doverriding final function %q+Doverriding non-deleted function %q+Dpack expansion argument for non-pack parameter %qD of alias template %qDpack expansion argument for non-pack parameter %qD of concept %qDpack expansion in using-declaration only available with -std=c++1z or -std=gnu++1zpacked attribute causes inefficient alignmentpacked attribute causes inefficient alignment for %q+Dpacked attribute causes inefficient alignment for %qEpacked attribute is unnecessarypacked attribute is unnecessary for %q+Dpacked attribute is unnecessary for %qEpadding struct size to alignment boundarypadding struct to align %q+Dparameter %P has incomplete type %qTparameter %P of %qD has incomplete type %qTparameter %q+D declared %<_Noreturn%>parameter %q+D declared %<inline%>parameter %q+D has just a forward declarationparameter %qD declared with void typeparameter %qD has incomplete typeparameter %qD includes pointer to array of unknown bound %qTparameter %qD includes reference to array of unknown bound %qTparameter %qD invalidly declared method typeparameter %qD is initializedparameter %qD set but not usedparameter %qP of %qD might be a candidate for a format attributeparameter %u (%q+D) has incomplete typeparameter %u (%q+D) has void typeparameter %u has incomplete typeparameter %u has void typeparameter declared %<auto%>parameter list does not match a valid signature for %s()parameter may not have variably modified type %qTparameter might be a candidate for a format attributeparameter name missing from parameter listparameter name omittedparameter names (without types) in function declarationparameter pack %q+D must be at the end of the template parameter listparameter pack %qD cannot have a default argumentparameter pack argument %qE must be at the end of the template argument listparameter pack argument %qT must be at the end of the template argument listparameter pack cannot have a default argumentparameter packs not expanded with %<...%>:parameter passing for argument of type %qT changed in GCC 7.1parametrized derived type argumentparent subprogram cannot be inlinedparentheses around %qE cannot be used to form a pointer-to-member-functionparentheses required around this composite literal to avoid parsing ambiguityparenthesized initialization is not allowed in OpenMP %<for%> loopparenthesized initialization is not allowed in for-loopparenthesized initializer in array newparse error in SELECT TYPE statement at %Cparse error in template argument listpartial specialization %q+D does not specialize any template argumentspartial specialization %q+D does not specialize any template arguments and is not more constrained thanpartial specialization %qD is not more specialized thanpartial specialization %qT declared %<friend%>partial specialization is not more specialized than the primary template because it replaces multiple parameters with a pack expansionpartial specialization of %qD after instantiation of %qDpartition found but function partition flag not setpass %qs not found but is referenced by new pass %qspass %s does not support cloningpass %s needs a set_pass_param implementation to handle the extra argument in NEXT_PASSpassing %qT as %<this%> argument discards qualifierspassing %qT chooses %qT over %qTpassing NULL to non-pointer argument %P of %qDpassing arg %d of %qE discards qualifiers from pointer target typepassing argument %d of %qE as %<float%> rather than %<double%> due to prototypepassing argument %d of %qE as %qT rather than %qT due to prototypepassing argument %d of %qE as complex rather than floating due to prototypepassing argument %d of %qE as complex rather than integer due to prototypepassing argument %d of %qE as floating rather than complex due to prototypepassing argument %d of %qE as floating rather than integer due to prototypepassing argument %d of %qE as integer rather than complex due to prototypepassing argument %d of %qE as integer rather than floating due to prototypepassing argument %d of %qE as signed due to prototypepassing argument %d of %qE as unsigned due to prototypepassing argument %d of %qE discards %qv qualifier from pointer target typepassing argument %d of %qE from distinct Objective-C typepassing argument %d of %qE from incompatible pointer typepassing argument %d of %qE from pointer to non-enclosed address spacepassing argument %d of %qE makes %q#v qualified function pointer from unqualifiedpassing argument %d of %qE makes integer from pointer without a castpassing argument %d of %qE makes pointer from integer without a castpassing argument %d of %qE with different width due to prototypepassing argument %i to restrict-qualified parameter aliases with argument %Zpassing argument %i to restrict-qualified parameter aliases with arguments %Zpassing arguments to ellipsis of inherited constructor %qDpassing objects of non-trivially-copyable type %q#T through %<...%> is conditionally supportedpassing too large argument on stackpch_preprocess pragma should only be used with -fpreprocessedpedwarnpedwarn: perhaps you need explicit template arguments in your nested-name-specifierperhaps you want to explicitly add %<%T::%>permerrorpermerror: pex_init failed: %mplaceholder constraints not satisfiedplacement new constructing an array of objects of type %qT and size %qwu in a region of type %qT and size %qwiplacement new constructing an object of type %<%T [%wu]%> and size %qwu in a region of type %qT and size %qwiplacement new constructing an object of type %qT and size %qwu in a region of type %qT and size %qwiplugin %s is not licensed under a GPL-compatible license
  %splugin %s registered a null callback function for event %splugin %s should be specified before -fplugin-arg-%s in the command lineplugin %s was specified with different paths:
  %s
! %splugin cannot register a missing passplugin cannot register an unnamed passplugin cannot register pass %qs without reference pass nameplugin support is disabled; configure with --enable-pluginpointerpointer argumentpointer arithmetic for garbage-collected objects not allowedpointer assignmentpointer bounds were lost due to unexpected expression %spointer of type %<void *%> used in arithmeticpointer of type %<void *%> used in subtractionpointer offset from symbol maybe incorrectpointer or allocatable resultpointer target types incompatible in C++pointer targeting address space %qs must be const in %qTpointer targeting address space %qs must be const in %s %q+Dpointer targets in assignment differ in signednesspointer targets in initialization differ in signednesspointer targets in passing argument %d of %qE differ in signednesspointer targets in return differ in signednesspointer to a function used in arithmeticpointer to a function used in subtractionpointer to array loses qualifier in conditional expressionpointer to interface type has no methodspointer to member conversion via virtual base %qTpointer to member type %qT incompatible with object type %qTpointer type mismatch in conditional expressionpointer value used where a complex was expectedpointer value used where a floating point value was expectedpointer-to-member function %E cannot be called without an object; consider using .* or ->*pointer-to-member-function type %qT requires an lvaluepointer-to-member-function type %qT requires an rvaluepointer/integer type mismatch in conditional expressionpointers are not permitted as case valuespointers to arrays with different qualifiers are incompatible in ISO Cpointers to disjoint address spaces used in conditional expressionpolymorphic argumentposition plus size exceeds size of referenced object in BIT_FIELD_REFposition-independent code not supportedposition-independent code requires %qsposition-independent code requires the Linux ABIpositional initialization of field in %<struct%> declared with %<designated_init%> attributepossible problem detected in invocation of delete [] operator:possible problem detected in invocation of delete operator:post-increment address is not a registerpostfix %qD must take %<int%> as its argumentpostfix %qD must take %<int%> as its second argumentpostfix %qD should return %qTpotential null pointer dereferencepragma simd ignored because -fcilkplus is not enabledpragma simd must be inside a functionpre-decrement address is not a registerpre-increment address is not a registerprecisionprecision in printf formatpredeclared arithmetic type %qT in %<#pragma omp declare reduction%>predeclared arithmetic type in %<#pragma omp declare reduction%>predicated Thumb instructionpredicated instruction in conditional sequencepreferentially allocate registers that allow short instruction generation.prefix %qD should return %qTprefix attributes are ignored before %<@%D%>prefix attributes are ignored for implementationsprefix attributes are ignored for methodsprev_bb of %d should be %d, not %dprevious %<#pragma omp declare reduction%>previous %<pragma omp declare reduction%> declarationprevious declarationprevious declaration %q#Dprevious declaration %qDprevious declaration %qD used %d template parameterprevious declaration %qD used %d template parametersprevious declaration as %q#Dprevious declaration hereprevious declaration of %<%c%E%>previous declaration of %<%c%E%> as %<@optional%>previous declaration of %<%c%E%> as %<@required%>previous declaration of %<%c%s%>previous declaration of %Dprevious declaration of %q+Dprevious declaration of %q+D was hereprevious declaration of %qDprevious declaration of %qD was hereprevious declaration of %qEprevious declaration of namespace %qD hereprevious declaration with %qL linkageprevious definition hereprevious definition of %q#Tprevious definition of %q+D was hereprevious definition of %qD was hereprevious external decl of %q#Dprevious implicit declaration of %q+D was hereprevious non-function declaration %q+#Dprevious non-prototype definition hereprevious specification in %q#D herepreviously declared herepreviously defined herepreviously defined here as %spreviously used hereprimary template %qDprimary template hereprivate member %q#D in anonymous structprivate member %q#D in anonymous unionproblem with building target image for %s
  profiler support for CR16profiler support for VxWorksprofiling is not yet implemented for this architectureprofiling not supported with -mgprograms: %s
! promoted argument %qD doesn%'t match built-in prototypepromoted argument %qD doesn%'t match prototypepromoted ~unsigned is always non-zeroproperty %qs already specified in %<@dynamic%>property %qs already specified in %<@synthesize%>property %qs is using instance variable %qs of incompatible typeproperty %qs is using the same instance variable as property %qsproperty can not be a bit-fieldproperty can not be an arrayproperty declaration not in @interface or @protocol contextprotected member %q#D in anonymous structprotected member %q#D in anonymous unionprotected visibility attribute not supported in this configuration; ignoredprotocol %qE has circular dependencyprotocol %qE is deprecatedprotocol attributes are not available in Objective-C 1.0prototype declarationprototype for %q#D does not match any in class %qTprototype for %q+D declares argument %d with incompatible typeprototype for %q+D declares fewer arguments than previous old-style definitionprototype for %q+D declares more arguments than previous old-style definitionprototype for %q+D follows non-prototype definitionprototype for '%s' has required operands after optional operandsprototype specified for %q#Dprovided for %q+Dprovided for %qDpseudo-destructor is not calledpure virtual %q#D called from constructorpure virtual %q#D called from destructorpure virtual %q#D called from non-static data member initializerpure-specifier on function-definitionq/Q modifiers invalid for symbol referencesqualified name does not name a classqualified type %qT does not match destructor name ~%qTqualified-id in declarationqualifiers are not allowed on constructor declarationqualifiers are not allowed on declaration of %<operator %T%>qualifiers are not allowed on declaration of deduction guidequalifiers are not allowed on destructor declarationqualifying type %qT does not match destructor name ~%qTr0 needs to be available as a call-clobbered registerrange clause must have array, slice, string, map, or channel typerange expressions in switch statements are non-standardrange-based %<for%> expression of type %qT has a %<begin%> member but not an %<end%>range-based %<for%> expression of type %qT has an %<end%> member but not a %<begin%>range-based %<for%> expression of type %qT has incomplete typerange-based %<for%> loops only available with -std=c++11 or -std=gnu++11rank mismatch between %qE and %qErank mismatch in expression %qErank mismatch with controlling expression of parent if-statementrank of an array notation triplet%'s length is not zerorank of an array notation triplet%'s start-index is not zerorank of an array notation triplet's length is not zerorank of an array notation triplet's start-index is not zerorank of array notation triplet%'s stride is not zerorank of array notation triplet's stride is not zerorank of the array%'s index is greater than 1rank of the array's index is greater than 1rank-mismatch between if-statement%'s condition and the else-blockrank-mismatch between if-statement%'s condition and the then-blockraw literal operator %q+D conflicts with literal operator template %qDrdynamic is not supportedre-initialization of %qs at %Lread failed while reading export dataread-only location %qE used as %<asm%> outputread-only member %qD used as %<asm%> outputread-only named return value %qD used as %<asm%>outputread-only parameter %qD use as %<asm%> outputread-only reference %qD used as %<asm%> outputread-only variable %qD used as %<asm%> outputreading input filereading through null pointer (argument %d)readonly property can not be setreceiving objects of non-trivially-copyable type %q#T through %<...%> is conditionally-supportedrecompiling with -fcompare-debugrecursive evaluation of default argument for %q#Drecursive inliningrecursive instantiation of non-static data member initializer for %qDrecursive type %qT undefinedrecursively required by substitution of %qS
  recursively required from %q#D
  recursively required from here
  redeclaration %q#D with different constraintsredeclaration %qD differs in %<constexpr%> from previous declarationredeclaration of %<enum %E%>redeclaration of %<pragma omp declare reduction%>redeclaration of %<wchar_t%> as %qTredeclaration of %q#Dredeclaration of %q#D may not have default argumentsredeclaration of %q+D with different visibility (old visibility preserved)redeclaration of %q+D with no linkageredeclaration of %qD adds abi tag %Eredeclaration of %qT as a non-templateredeclaration of %qs %<#pragma omp declare reduction%> for type %qTredeclaration of C++ built-in type %qTredeclaration of Objective-C class %qsredeclaration of enumerator %q+Dredeclaration of friend %q#D may not have default template argumentsredeclaration of property %qDredeclared here as %q#Dredeclared with %d template parameterredeclared with %d template parametersredefined extern inline functions are not considered for inliningredefinition of %<struct %E%>redefinition of %<union %E%>redefinition of %q#Dredefinition of %q#Tredefinition of %q+Dredefinition of default argument for %q#Dredefinition of parameter %q+Dredefinition of typedef %q+Dredefinition of typedef %q+D with different typeredefinition of typedef %q+D with variably modified typereduction should convert from vector to element typeredundant redeclaration of %<constexpr%> static data member %qDredundant redeclaration of %q+Dredundant redeclaration of %qD in same scoperef-qualifiers only available with -std=c++11 or -std=gnu++11reference %qD is initialized with itselfreference %qs cannot be declared %<mutable%>reference to %<%T::%D%> is ambiguousreference to %qD is ambiguousreference to dead statementreference to local variable %qD returnedreference to non-lvalue returnedreference type %qT in %<#pragma omp declare reduction%>region of lp %i is wrongregion_array does not match region_treeregion_array is corrupted for region %iregister assignment ignored for %qD used in Cilk blockregister name given for non-register variable %q+Dregister name not specified for %q+Dregister number must be a compile-time constant. Try giving higher optimization levelsregister of %qD used for multiple global register variablesregister or memory expression expected for 'M' output modifierregister or memory expression expected for 'N' output modifierregister specified for %q+D isn%'t suitable for data typeregister variable %qD used in nested functionregparam and thiscall attributes are not compatiblereimplementation of class %qEreinterpret_cast from integer to pointerreinterpret_cast from type %qT to type %qT casts away qualifiersrelaxed transaction in %<transaction_safe%> functionrelaxed transaction in atomic transactionremoved loop %d in loop treeremoving .rpo file: %mrename spec %s to %s
  renaming .rpo file: %mrepeated %<@%> before Objective-C stringrepeated %s in formatrepository file '%s' does not contain command-line argumentsrequest for implicit conversion from %qT to %qT not permitted in C++request for member %qD in %qE, which is of non-class type %qTrequest for member %qD in %qE, which is of pointer type %qT (maybe you meant to use %<->%> ?)request for member %qD is ambiguousrequest for member %qD is ambiguous in multiple inheritance latticerequest for member %qE in non-class type %qTrequest for member %qE in something not a structure or unionrequested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)requested ABI requires -march to subsume the %qc extensionrequested alignment %d is larger than %drequested alignment for %q+D is greater than implemented alignment of %wurequested alignment is not a positive power of 2requested alignment is not an integer constantrequested alignment is too largerequested init_priority is not an integer constantrequested init_priority is out of rangerequested init_priority is reserved for internal userequested position is less than zerorequested position is not an integer constantrequire_atom(): bad atom type requiredrequired by substitution of %qS
  required from %q#D
  required from here
! requires-clause on declaration of non-function type %qTrequires-clause on return typerequires-clause on type-idrequires-clause on typedefresolution sub id %wx not in object fileresolve_function(): bad function typeresolve_intrinsic(): Too many args for intrinsicresolve_operator(): Bad intrinsicresolve_ref(): Bad array referenceresolve_subroutine(): bad function typeresult of %<operator->()%> yields non-pointer resultresult of %qE requires %u bits to represent, but %qT only has %u bitsresult with non-constant character lengthreturn discards %qv qualifier from pointer target typereturn edge does not point to exit in bb %dreturn from incompatible pointer typereturn from pointer to non-enclosed address spacereturn makes %q#v qualified function pointer from unqualifiedreturn makes integer from pointer without a castreturn makes pointer from integer without a castreturn not followed by barrierreturn type %q#T is incompletereturn type defaults to %<int%>return type is an incomplete typereturn type might be a candidate for a format attributereturn type of %qD is not %<int%>return type of functionreturn type specification for constructor invalidreturn type specification for destructor invalidreturn type specified for %<operator %T%>return type specified for deduction guidereturn value type mismatchreturn with value in function with no return typereturn-statement with a value, in function returning 'void'return-statement with no value, in function returning %qTreturning a value from a constructorreturning a value from a destructorreturning initializer listreturning reference to temporaryreturns_nonnull attribute on a function not returning a pointerreverse floating-point scalar storage orderreverse scalar storage orderreverse storage order for %smoderight operand of comma operator cannot resolve address of overloaded functionright operand of comma operator has no effectright operand of comma operator is a reference, not call, to function %qEright operand of shift expression %q+E is >= than the precision of the left operandright operand of shift expression %q+E is negativeright precisionright precision in strfmon formatright rotate count >= width of typeright rotate count is negativeright shift count >= width of typeright shift count >= width of vector elementright shift count is negativeright-hand operand of comma expression has no effectrounding mode not supported for VAX floatsrounding result will always be 0rounding to %d bits has no effect for fixed-point value with %d fractional bitsroutine %qD declared hereroutine call uses OpenACC parallelism disallowed by containing routineroutine call uses same OpenACC parallelism as containing looprx100 cpu does not have FPU hardwarerx200 cpu does not have FPU hardwaresame canonical type node for different types %T and %Tsame variable used in %<firstprivate%> and %<lastprivate%> clauses on %<distribute%> constructsame_comdat_group is not a circular listsame_comdat_group list across different groupssaw %d %<template<>%>, need %d for specializing a member function templatesay %<typename %E%> if a type is meantscalar object %qD requires one element in initializerscalar_storage_order argument must be one of "big-endian" or "little-endian"scalar_storage_order is not supportedscalar_storage_order is not supported because endianness is not uniformscale needs to be non-negative
  scaling cannot co-exist with normalization, skipping
! schedule %<auto%> does not take a %<chunk_size%> parameterschedule %<runtime%> does not take a %<chunk_size%> parameterschedule chunk size expression must be integralscope %qT before %<~%> is not a class-namescoped enum %qT passed through ... as %qT before -fabi-version=6, %qT afterscoped enums only available with -std=c++11 or -std=gnu++11scoped/unscoped mismatch in enum %q#Tsecond argument must be slice or stringsecond argument of %q+D should be %<char **%>second argument to %<__builtin_call_with_static_chain%> must be a pointer typesecond argument to %<__builtin_prefetch%> must be a constantsecond argument to %<va_arg%> is of incomplete type %qTsecond argument to function %qE must be a constant integer power of 2 between %qi and %qu bitssecond argument to vec_vextract4b must be 0..12second operand of %<offsetof%> is neither a single identifier nor a sequence of member accesses and array referencessecond operand of conditional expression cannot resolve address of overloaded functionsecond operand of conditional expression has no effectsecond operand of conditional expression is a reference, not call, to function %qEsecond operand to the conditional operator is of type %<void%>, but the third operand is neither a throw-expression nor of type %<void%>second parameter of %<va_start%> not last named argumentsection anchors must be disabled when toplevel reorder is disabledsection anchors must be disabled when unit-at-a-time is disabledsection attribute argument not a string constantsection attribute cannot be specified for local variablessection attribute not allowed for %q+Dsection attributes are not supported for this targetsection of %q+D cannot be overriddensection of %q+D conflicts with previous declarationsection of alias %q+D must match section of its targetsection type conflictsection type conflict with %Dselected fp16 options are incompatibleselector must be an immediateselector must be an integer constant in the range 0..%wiself-comparison always evaluates to falseself-comparison always evaluates to trueself-tests are not enabled in this buildself-tests incompatible with -Eset number of nops to emit before each insn pattern.setjmp/longjmp inside simd constructsetter name must terminate with %<:%>setting core file size limit to maximum: %mshadowed declaration is hereshadowing built-in function %q#Dshadowing library function %q#Dshadowing previous type declaration of %q#Dshared SSA name infoshared and mdll are not compatibleshared call_stmt:shared is not supportedshared rtxshift count not unsigned integershift expression %q+E overflowsshift of non-integer operandshort read while reading export datashow_array_ref(): Unknown array referenceshow_array_spec(): Unhandled array shape type.show_code_node(): Bad statement codeshow_expr(): Bad intrinsic in expression!show_expr(): Don't know how to show exprshow_ref(): Bad component codesibcall edges for non-call insn in bb %iside effects not recomputed when ADDR_EXPR changedside-effects element in no-side-effects CONSTRUCTORsignedness of type and machine mode %qs don%'t matchsimple IFsimplify_intrinsic_op(): Bad operatorsimplify_min_max(): Bad type in arglistsingle target_clones attribute is ignoredsize in array new must have integral typesize mismatch in argument %d of %qEsize of %q+D is %d bytessize of %q+D is larger than %wd bytessize of %qD differ from the size of original declarationsize of array %qD has non-integral type %qTsize of array %qD is negativesize of array %qD is not an integral constant-expressionsize of array %qE has incomplete typesize of array %qE has non-integer typesize of array %qE is negativesize of array %qE is too largesize of array has non-integral type %qTsize of array is negativesize of array is not an integral constant-expressionsize of array is too largesize of loop %d should be %d, not %dsize of return value of %q+D is %u bytessize of return value of %q+D is larger than %wd bytessize of tiles for loop blocking.size of type %qT is too large (%qE bytes)size of unnamed array has incomplete typesize of unnamed array has non-integer typesize of unnamed array is negativesize of unnamed array is too largesize of variable %q+D is too largesize optimization level: 0:none 1:opportunistic 2: regalloc 3:drop align, -Os.size ranges of option %qs should be increasingsizeof(long double) is 12.sizeof(long double) is 16.slice can only be compared to nilslice capacity must be integerslice end must be integerslice of unaddressable valueso any instantiation with a non-empty parameter pack would be ill-formedsoft-float and long-double-128 are incompatiblesorry, unimplementedsorry, unimplemented: sorry: semantics of inline function static data %q#D are wrong (you%'ll wind up with multiple copies)sorry: semantics of inline variable %q#D are wrong (you%'ll wind up with multiple copies)source is a pointer to incomplete typesource is not a pointersource is not a pointer to classsource is not of class typesource is of incomplete class typesource locations for function %qE have changed, the profile data may be out of datesource type is not polymorphicspawned function call cannot be part of a comma expressionspec %qs has invalid %<%%0%c%>spec %qs has invalid %<%%W%c%>spec %qs has invalid %<%%x%c%>spec %qs invalidspec failure: %<%%*%> has not been initialized by pattern matchspec failure: more than one arg to SYSROOT_HEADERS_SUFFIX_SPECspec failure: more than one arg to SYSROOT_SUFFIX_SPECspec failure: unrecognized spec option %qcspec file has no spec for linkingspec is '%s'
  
! spec-generated switch is just %<-%>spec_dimen_size(): Bad dimensionspecialization %qT after instantiation %qTspecialization of %qD after instantiationspecialization of %qD in different namespacespecialization of %qD must appear at namespace scopespecialization of %qT after instantiationspecialization of alias template %qDspecialization of implicitly-declared special member functionspecialization of variable concept %q#Dspecialization of variable template %qD declared as functionspecializing %q#T in different namespacespecializing member %<%T::%E%> requires %<template<>%> syntaxspecified bound %wu equals the size of the destinationspecified bound %wu exceeds %<INT_MAX %>specified bound %wu exceeds maximum object size %wuspecified bound %wu exceeds the size %wu of the destination objectspecified mode too small for enumeral valuesspecified option %qs more than oncespecifying vector types with __attribute__ ((mode)) is deprecatedspecs %%include syntax malformed after %ld charactersspecs %%rename syntax malformed after %ld charactersspecs %s spec was not found to be renamedspecs file malformed after %ld charactersspecs unknown %% command after %ld charactersspurious %<>>%>, use %<>%> to terminate a template argument listspurious trailing %<%%%> in formatstack frame must be smaller than 64Kstack frame not a multiple of 8 bytes: %wdstack frame not a multiple of octabyte: %wdstack frame too largestack guard value must be an exact power of 2stack limit expression is not supportedstack limits not supported on this targetstack probing requires %<-maccumulate-outgoing-args%> for correctnessstack probing requires %<target("accumulate-outgoing-args")%> for correctnessstack protector not protecting function: all local arrays are less than %d bytes longstack protector not protecting local variables: variable length bufferstack register used for global register variablestack size must be an exact power of 2stack size must be greater than the stack guard valuestack size must not be greater than 64kstack usage computation not supported for this targetstack usage is %wd bytesstack usage might be %wd bytesstack usage might be unboundedstack_offset must be a multiple of 4stack_offset must be at least 4stackframe too big: %d bytesstandard conversions are not allowed in this contextstart of RTL fragment must be on an earlier line than endstart of implied-do loop at %L could not be simplified to a constant valuestart-index and length fields necessary for using array notation in pointers or recordsstart-index and length fields necessary for using array notation with array of unknown boundstart-index and length fields necessary for using array notations in dimensionless arraysstart-index and length fields necessary for using array notations in pointersstart-index and length fields necessary for using array notations in variable-length arraysstart-index of array notation triplet is not an integerstart/end of RTL fragment are in different filesstatement cannot resolve address of overloaded functionstatement has no effectstatement is a reference, not call, to function %qEstatement is not a constant expressionstatement marked for throw in middle of blockstatement marked for throw, but doesn%'tstatement uses released SSA name:statement will never be executedstatement with no effectstatement-expressions are not allowed outside functions nor in template-argument listsstatic %qs cannot be declared %<mutable%>static IO declaration for %q+D needs an addressstatic assertion failedstatic assertion failed: %Estatic assertion failed: %sstatic chain with function that doesn%'t use onestatic data member %qD in unnamed classstatic data member %qE declared %<concept%>static declaration of %q+D follows non-static declarationstatic initialization of variable %q+D in %<.shared%> memory is not supportedstatic is not supported on TPF-OSstatic member %qD cannot be a bit-fieldstatic member %qD declared %<register%>static member function %q#D declared with type qualifiersstatic member function %qD cannot have cv-qualifierstatic member function %qD cannot have ref-qualifierstatic or type qualifiers in non-parameter array declaratorstatic_assert without a message only available with -std=c++1z or -std=gnu++1zstatic_cast from type %qT to type %qT casts away qualifiersstatically allocated instance of Objective-C class %qEstdcall and cdecl attributes are not compatiblestdcall and fastcall attributes are not compatiblestdcall and thiscall attributes are not compatiblestep of implied-do loop at %L could not be simplified to a constant valuestep size must be an integer constant expression or an integer variablestmt (%p) marked modified after optimization pass: stmt volatile flag not up-to-datestmt with wrong VUSEstorage class %<__thread%> invalid for function %qsstorage class %<auto%> invalid for function %qsstorage class %<register%> invalid for function %qsstorage class %<thread_local%> invalid for function %qsstorage class %qD applied to template instantiationstorage class specified for %qsstorage class specified for parameter %qEstorage class specified for parameter %qsstorage class specified for structure fieldstorage class specified for structure field %qEstorage class specified for template parameter %qsstorage class specified for typenamestorage class specified for unnamed parameterstorage class specifiers invalid in friend function declarationsstorage class specifiers invalid in parameter declarationsstorage size of %q+D isn%'t constantstorage size of %q+D isn%'t knownstorage size of %qD isn%'t constantstorage size of %qD isn%'t knownstrange device name %qs after %qs: bad character %qcstrategy name %qs specified for option %qs not supported for 32-bit codestray %<,%> at end of member declarationstray %<@%> in programstray %<\%o%> in programstray %qc in programstray %qs between Objective-C++ methodsstray %qs in programstreaming subprocess failedstreaming subprocess was killed by signalstrftime formats cannot format argumentsstride of array notation triplet is not an integerstring length %qd is greater than the length %qd ISO C%d compilers are required to supportstring literal in function template signaturestrong using is deprecated; use inline namespaces insteadstrong using only meaningful at namespace scopestrong-cast assignment has been interceptedstrong-cast may possibly be neededstruct defined herestruct has no membersstruct has no named membersstructure alignment must be a small power of two, not %dstructure fieldstructure size boundary can only be set to 8 or 32structure size boundary can only be set to 8, 32 or 64subframework include %s conflicts with framework includesubprogram %q+F not marked Inlinesubprogram %q+F not marked Inline_Alwayssubscript missing in array referencesubscripted value is neither array nor pointersubscripted value is neither array nor pointer nor vectorsubscripted value is pointer to functionsubscripting array declared %<register%>suggest braces around empty body in %<do%> statementsuggest braces around empty body in an %<else%> statementsuggest braces around empty body in an %<if%> statementsuggest explicit braces around empty body in %<do%> statementsuggest explicit braces to avoid ambiguous %<else%>suggest parentheses around %<&&%> within %<||%>suggest parentheses around %<+%> in operand of %<&%>suggest parentheses around %<+%> inside %<<<%>suggest parentheses around %<+%> inside %<>>%>suggest parentheses around %<-%> in operand of %<&%>suggest parentheses around %<-%> inside %<<<%>suggest parentheses around %<-%> inside %<>>%>suggest parentheses around %<>>%> expressionsuggest parentheses around arithmetic in operand of %<^%>suggest parentheses around arithmetic in operand of %<|%>suggest parentheses around assignment used as truth valuesuggest parentheses around comparison in operand of %<!=%>suggest parentheses around comparison in operand of %<&%>suggest parentheses around comparison in operand of %<==%>suggest parentheses around comparison in operand of %<^%>suggest parentheses around comparison in operand of %<|%>suggest parentheses around operand of %<!%> or change %<&%> to %<&&%> or %<!%> to %<~%>suggest parentheses around operand of %<!%> or change %<|%> to %<||%> or %<!%> to %<~%>suggested alternative:suggested alternatives:suggested alternative: %qssupport for mode %qssupported core architectures:%sswitch %<-mcustom-%s%> conflicts with switch %<-mcustom-%s%>switch %<-mcustom-%s%> has no effect unless -ffinite-math-only is specifiedswitch %<-mcustom-%s%> has no effect unless -fno-math-errno is specifiedswitch %<-mcustom-%s%> has no effect unless -funsafe-math-optimizations is specifiedswitch %<-mcustom-%s%> is required for double precision floating pointswitch %<-mcustom-%s%> value %d must be between 0 and 255switch %qs does not start with %<-%>switch %qs is no longer supportedswitch -mcpu=%s conflicts with -march=%s switchswitch condition has boolean valueswitch jumps into statement expressionswitch jumps over variable initializationswitch missing default caseswitch quantity not an integerswitch starts hereswitch statement of size %lu entries too largesymbol used as immediate operandsymbol used with both base and indexed registerssymbol with offset used in PIC modesymbolic memory references are only supported on z10 or latersymtab_node::verify failedsynthesized method %qD first required here sysctl for kern.osversion failed: %msystem path %qs is not absolutetaking address of constructor %qEtaking address of destructor %qEtaking address of expression of type %<void%>taking address of temporarytaking address of temporary arraytaking address of xvalue (rvalue reference)taking the address of a label is non-standardtarget %s %qs does not accept an argumenttarget %s %qs does not allow a negated formtarget %s %qs is invalidtarget %s %s=%s is not validtarget CPU does not support ARM modetarget CPU does not support ARMv8-M Security Extensionstarget CPU does not support THUMB instructionstarget CPU does not support interworkingtarget CPU does not support unaligned accessestarget OS does not support unaligned accessestarget argumenttarget attribute is not supported on this machinetarget attribute or pragma changes AltiVec ABItarget attribute or pragma changes SPE ABItarget attribute or pragma changes darwin64 ABItarget attribute or pragma changes double precision floating pointtarget attribute or pragma changes long double sizetarget attribute or pragma changes single precision floating pointtarget does not support atomic profile update, single mode is selectedtarget does not support function version dispatchertarget format does not support infinitytarget is not pointer or referencetarget is not pointer or reference to classtarget is not pointer or reference to complete typetarget of conversion might be a candidate for a format attributetarget of initialization might be a candidate for a format attributetarget specific builtin not availabletarget specific option mismatchtarget system does not support debug outputtarget system does not support the %qs debug formattarget the software simulator.template %qD declaredtemplate %qE in clause %qstemplate argument %d is invalidtemplate argument %qE involves template parameter(s)template argument for %qD uses local type %qTtemplate argument required for %<%s %T%>template arguments to %qD do not match original template %qDtemplate class without a nametemplate constraint failuretemplate declaration of %<typedef%>template declaration of %q#Dtemplate definition of non-template %q#Dtemplate instantiation depth exceeds maximum of %d (use -ftemplate-depth= to increase the maximum)template instantiation depth exceeds maximum of %d instantiating %q+D, possibly from virtual table generation (use -ftemplate-depth= to increase the maximum)template parameter %q+#Dtemplate parameter %qD declared heretemplate parameter %qD of type %qT is not allowed in an integral constant expression because it is not of integral or enumeration typetemplate parameter list used in explicit instantiationtemplate parameter lists provided don%'t match the template parameters of %qDtemplate parameter pack %qD cannot have a default argumenttemplate parameter pack cannot have a default argumenttemplate parameter packs cannot have default argumentstemplate parameter type %qT declared %<friend%>template parameters cannot be friendstemplate parameters do not match template %qDtemplate parameters not deducible in partial specialization:template placeholder type %qT must be followed by a simple declarator-idtemplate specialization of %qD not allowed by ISO C++template specialization with C linkagetemplate specifiers not specified in declaration of %qDtemplate type parameters must use the keyword %<class%> or %<typename%>template with C linkagetemplate-id %qD for %q+D does not match any template declarationtemplate-id %qD in declaration of primary templatetemplate-id %qD used as a declaratortemplate-parameter-templates may not be %<virtual%>temporary of non-literal type %qT in a constant expressionternary %<operator?:%>ternary %<operator?:%> in %<%E ? %E : %E%>the "%s" debug format cannot be used with pre-compiled headersthe %<getter%> attribute may only be specified oncethe %<interrupt%> attribute requires a MIPS32r2 processor or greaterthe %<setter%> attribute may only be specified oncethe %qE attribute requires argumentsthe %qs architecture does not support %<-m%s=2008%>the %qs architecture does not support %<-m%s=legacy%>the %qs architecture does not support %<-mfp32%>the %qs architecture does not support DSP instructionsthe %qs architecture does not support branch-likely instructionsthe %qs architecture does not support madd or msub instructionsthe %qs architecture does not support odd single-precision registersthe %qs architecture does not support paired-single instructionsthe %qs architecture does not support the synci instructionthe ' ' printf flagthe '!' strfmon flagthe '#' printf flagthe '#' strftime flagthe ''' printf flagthe ''' scanf flagthe '(' strfmon flagthe '+' printf flagthe '+' strfmon flagthe '-' printf flagthe '-' strfmon flagthe '-' strftime flagthe '0' printf flagthe '0' strftime flagthe 'E' strftime modifierthe 'I' printf flagthe 'I' scanf flagthe 'O' modifierthe 'O' strftime modifierthe '^' strfmon flagthe '^' strftime flagthe '_' strftime flagthe 'a' scanf flagthe 'm' scanf flagthe 'q' diagnostic flagthe -shared option is not currently supported for VAX ELFthe ABI of passing aggregates with %d-byte alignment has changed in GCC 5the ABI of passing homogeneous float aggregates has changed in GCC 5the ABI of passing struct with a flexible array member has changed in GCC 4.4the ABI of passing structure with complex float member has changed in GCC 4.4the ABI of passing union with long double has changed in GCC 4.4the RX100 cpu does not have FPU hardwarethe RX200 cpu does not have FPU hardwarethe address of %qD will always evaluate as %<true%>the address of %qD will never be NULLthe address of a label cannot appear in a constant-expressionthe assignment suppression scanf featurethe call requires ifunc, which is not supported by this targetthe combination of %qs and %qs is incompatible with %qsthe comparison will always evaluate as %<false%> for the address of %qD will never be NULLthe comparison will always evaluate as %<true%> for the address of %qD will never be NULLthe compiler can assume that the address of %qD will always evaluate to %<true%>the compiler can assume that the address of %qD will never be NULLthe component %qs is a PRIVATE type and cannot be a component of %qs, which is PUBLIC at %Lthe conflicting type defined in another translation unitthe conflicting type defined in another translation unit has virtual table of different sizethe conflicting type defined in another translation unit has virtual table with different contentsthe conflicting type defined in another translation unit has virtual table with more entriesthe conflicting type defined in another translation unit with different RTTI informationthe control flow of function %qE does not match its profile data (counter %qs)the count should be no less than 0.  please check the intrinsic _mm_sll_pi16 in code.the count should be no less than 0.  please check the intrinsic _mm_sll_pi32 in code.the count should be no less than 0.  please check the intrinsic _mm_sll_si64 in code.the count should be no less than 0.  please check the intrinsic _mm_slli_pi16 in code.the count should be no less than 0.  please check the intrinsic _mm_slli_pi32 in code.the count should be no less than 0.  please check the intrinsic _mm_slli_si64 in code.the count should be no less than 0.  please check the intrinsic _mm_sra_pi16 in code.the count should be no less than 0.  please check the intrinsic _mm_sra_pi32 in code.the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code.the count should be no less than 0.  please check the intrinsic _mm_srai_pi16 in code.the count should be no less than 0.  please check the intrinsic _mm_srai_pi32 in code.the count should be no less than 0.  please check the intrinsic _mm_srai_si64 in code.the count should be no less than 0.  please check the intrinsic _mm_srl_pi16 in code.the count should be no less than 0.  please check the intrinsic _mm_srl_pi32 in code.the count should be no less than 0.  please check the intrinsic _mm_srl_si64 in code.the count should be no less than 0.  please check the intrinsic _mm_srli_pi16 in code.the count should be no less than 0.  please check the intrinsic _mm_srli_pi32 in code.the count should be no less than 0.  please check the intrinsic _mm_srli_si64 in code.the dot syntax is not available in Objective-C 1.0the ellipsis in %qD is not inheritedthe extra base is defined herethe fifth argument must be an 8-bit immediatethe first argument of a VEC_COND_EXPR must be of a boolean vector type of the same number of elements as the resultthe first difference of corresponding definitions is field %qDthe first difference of corresponding definitions is method %qDthe first parameter of %<operator new%> cannot have a default argumentthe forth argument must be scale 1, 2, 4, 8the frame size of %wd bytes is larger than %wd bytesthe immediate argument must be a 4-bit immediatethe immediate argument must be a 5-bit immediatethe immediate argument must be an 8-bit immediatethe incompatible type defined in another translation unitthe incompatible type is defined herethe lambda has no capture-defaultthe last argument must be a 1-bit immediatethe last argument must be a 2-bit immediatethe last argument must be a 3-bit immediatethe last argument must be a 32-bit immediatethe last argument must be a 4-bit immediatethe last argument must be a 5-bit immediatethe last argument must be an 1-bit immediatethe last argument must be an 8-bit immediatethe last argument must be scale 1, 2, 4, 8the layout of aggregates containing vectors with %d-byte alignment has changed in GCC 5the m210 does not have little endian supportthe mangled name of %qD changed between -fabi-version=%d (%D) and -fabi-version=%d (%D)the mangled name of %qD changes between -fabi-version=%d (%D) and -fabi-version=%d (%D)the mangled name of %qD changes between -fabi-version=%d and -fabi-version=%dthe mangled name of a thunk for %qD changes between -fabi-version=%d and -fabi-version=%dthe mangled name of the initialization guard variable for %qD changes between -fabi-version=%d and -fabi-version=%dthe max value for the last size range should be -1 for option %qsthe next to last argument must be an 8-bit immediatethe omitted middle operand in ?: will always be %<true%>, suggest explicit middle operandthe program should also define %qDthe range of count should be in 0 to 32.  please check the intrinsic _mm_ror_pi16 in code.the range of count should be in 0 to 32.  please check the intrinsic _mm_ror_pi32 in code.the range of count should be in 0 to 32.  please check the intrinsic _mm_rori_pi16 in code.the range of count should be in 0 to 32.  please check the intrinsic _mm_rori_pi32 in code.the range of count should be in 0 to 64.  please check the intrinsic _mm_ror_si64 in code.the range of count should be in 0 to 64.  please check the intrinsic _mm_rori_si64 in code.the range of mask should be in 0 to 255the range of selector should be in 0 to 1the range of selector should be in 0 to 3the range of selector should be in 0 to 7the register specified for %q+D cannot be accessed by the current targetthe register specified for %q+D is not general enough to be used as a register variablethe result of the conversion is unspecified because %qE is outside the range of type %qTthe third argument must be an 8-bit immediatethe third argument must be comparison constantthe type %qT of constexpr variable %qD is not literalthe type being destroyed is %qT, but the destructor refers to %qTthe use of _OBJC_-prefixed variable names to select meta-data sections is deprecated at 4.6 and will be removed in 4.7the value of %qD is not usable in a constant expressionthe xabort's argument must be an 8-bit immediatethere are no arguments to %qD that depend on a template parameter, so a declaration of %qD must be availablethird argument of %q+D should probably be %<char **%>third argument to %<__builtin_prefetch%> must be a constantthird argument to vec_vinsert4b must be 0..12third operand of conditional expression cannot resolve address of overloaded functionthird operand of conditional expression has no effectthird operand of conditional expression is a reference, not call, to function %qEthird operand to the conditional operator is of type %<void%>, but the second operand is neither a throw-expression nor of type %<void%>this %qs clause does not guard...this builtin function is only available on the fr405 and fr450this builtin function is only available on the fr450this builtin function is only available on the fr500 and fr550this builtin is not supported for this targetthis compiler does not support %sthis compiler does not support PowerPC (arch flags ignored)this compiler does not support X86 (arch flags ignored)this condition has identical branchesthis decimal constant is unsigned only in ISO C90this decimal constant would be unsigned in ISO C90this is a GCC bug that can be worked around by adding attribute used to function calledthis is the first default labelthis is the first entry overlapping that valuethis is the insn:this media function is only available on the fr400 and fr550this media function is only available on the fr500this statement may fall throughthis target does not support %qsthis target is little-endianthis target machine does not have delayed branchesthread-local COMMON data not implementedthread-local declaration of %q#D follows non-thread-local declarationthread-local declaration of %q+D follows non-thread-local declarationthreadprivate variable %qE used in target regionthreadprivate variable %qE used in untied taskthrow expressions are not allowed inside loops marked with pragma simdthrow will always call terminate()throwing NULL, which has integral, not pointer typetls_model argument must be one of "local-exec", "initial-exec", "local-dynamic" or "global-dynamic"tls_model argument not a stringto be safe all intermediate pointers in cast from %qT to %qT must be %<const%> qualifiedto generate dependencies you must specify either -M or -MMto refer to a type member of a template parameter, use %<typename %E%>token %u has x-location == %utoken %u has x-location == y-location == %utoken %u has y-location == %utoo few arguments to %%:compare-debug-auxbase-opttoo few arguments to %%:replace-extensiontoo few arguments to %%:version-comparetoo few arguments to constructor %q#Dtoo few arguments to functiontoo few arguments to function %<va_start%>too few arguments to function %q#Dtoo few arguments to function %qEtoo few arguments to member function %q#Dtoo few arguments to method %q#Dtoo few expressions for structtoo few template parameter lists in declaration of %qDtoo few template-parameter-liststoo large function value type, needs %d registers, have only %d registers for thistoo late for # directive to set debug directorytoo many #pragma options align=resettoo many %<if%> clausestoo many %<if%> clauses with %qs modifiertoo many %<if%> clauses without modifiertoo many %<static%> argumentstoo many %qs clausestoo many alternatives in %<asm%>too many argumentstoo many arguments for formattoo many arguments to %%:compare-debug-auxbase-opttoo many arguments to %%:compare-debug-dump-opttoo many arguments to %%:compare-debug-self-opttoo many arguments to %%:version-comparetoo many arguments to constructor %q#Dtoo many arguments to functiontoo many arguments to function %q#Dtoo many arguments to function %qEtoo many arguments to maketoo many arguments to member function %q#Dtoo many arguments to method %q#Dtoo many arguments to method %qEtoo many arguments to overloaded function %stoo many braces around initializer for %qTtoo many exception handling edges in bb %itoo many expressions for structtoo many filenames given.  Type %s --help for usagetoo many initializers for %qTtoo many input filestoo many loop exits recordedtoo many open parenstoo many outgoing branch edges from bb %itoo many size ranges specified in option %qstoo many template headers for %D (should be %d)too many template parameter lists in declaration of %qDtoo many template-parameter-liststoo many values in return statementtoo many variables for range clause with channeltoo much stack space to dispose of: %dtoo much stack space to prepare: %dtop-level declaration of %qs specifies %<auto%>toplevel reorder must be disabled when unit-at-a-time is disabledtotal size of local objects too largetotal size of local variables exceeds architecture limittrack topn target addresses in indirect-call profile.traditional C lacks a separate namespace for labels, identifier %qE conflictstraditional C rejects ISO C style function definitionstraditional C rejects automatic aggregate initializationtraditional C rejects initialization of unionstraditional C rejects string constant concatenationtraditional C rejects the unary plus operatortrailing return type %qT of deduction guide is not a specialization of %qTtrailing return type only available with -std=c++11 or -std=gnu++11trampoline generated for nested function %qDtransactional memory is not supported with non-call exceptionstransformational intrinsic %qs at %L is not permitted in an initialization expressiontrap mode not supported for VAX floatstree check: %s, have %s in %s, at %s:%dtree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%dtree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%dtree check: accessed operand %d of %s with %d operands in %s, at %s:%dtree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%dtree check: did not expect class %qs, have %qs (%s) in %s, at %s:%dtree check: expected class %qs, have %qs (%s) in %s, at %s:%dtree check: expected none of %s, have %s in %s, at %s:%dtree check: expected omp_clause %s, have %s in %s, at %s:%dtree check: expected tree that contains %qs structure, have %qs in %s, at %s:%dtree code %qs is not supported in LTO streamstree list ends on depth %itrue/false edge after a non-GIMPLE_COND in bb %dtry removing the parentheses around the type-idtry statements are not allowed inside loops marked with #pragma simdtry using %qE insteadtrying to encode non-integer type as a bitfieldtrying to finish struct, but kicked out due to previous parse errorstrying to make class %qT a friend of global scopetuning string missing in option (%s)two consecutive %<[%> shall only introduce an attributetwo or more data types in declaration of %qstwo or more data types in declaration specifierstwo or more sections for %stype %q#T argument given to %<delete%>, expected pointertype %qE has a user-defined constructortype %qE has a user-defined destructortype %qE has no default constructor to calltype %qE has virtual member functionstype %qT defined in anonymous namespace can not match across the translation unit boundarytype %qT defined in anonymous namespace can not match type %qT across the translation unit boundarytype %qT does not have a known sizetype %qT for explicit instantiation %qD does not match declared type %qTtype %qT is not a base type for type %qTtype %qT is not a direct base of %qTtype %qT is not a direct or virtual base of %qTtype %qT is too largetype %qT itself violate the C++ One Definition Ruletype %qT of template argument %qE depends on a template parametertype %qT of template argument %qE depends on template parameterstype %qT should match type %qTtype %qT violates the C++ One Definition Ruletype %qT with no linkage used to declare function %q#D with linkagetype %qT with no linkage used to declare variable %q#D with linkagetype %qs does not conform to the %qE protocoltype assertion only valid for interface typestype attributes ignored after type is already definedtype defaults to %<int%> in declaration of %qEtype defaults to %<int%> in type nametype has no methodstype is deprecatedtype is deprecated: %stype is not compatible with its varianttype mismatch between an SSA_NAME and its symboltype mismatch for case label in switch statementtype mismatch in BIT_INSERT_EXPRtype mismatch in address expressiontype mismatch in array range referencetype mismatch in array referencetype mismatch in binary expressiontype mismatch in complex expressiontype mismatch in component referencetype mismatch in conditional expressiontype mismatch in fused multiply-add expressiontype mismatch in nontype parameter packtype mismatch in parameter %itype mismatch in pointer plus expressiontype mismatch in real/imagpart referencetype mismatch in sad expressiontype mismatch in shift expressiontype mismatch in vector permute expressiontype mismatch in widening multiply-accumulate expressiontype mismatch in widening vector shift expressiontype mismatch with previous external decl of %q#Dtype must be cv-qualified %<auto%> or reference to cv-qualified %<auto%>type name %qs should match type name %qstype name declared as function returning a functiontype name declared as function returning an arraytype of %qD defaults to %<int%>type of %qD does not match original declarationtype of %qE is unknowntype of array %q+D completed incompatibly with implicit initializationtype of asm operand %qE could not be determinedtype of bit-field %qs is a GCC extensiontype of formal parameter %d is incompletetype of property %qD conflicts with previous declarationtype precision mismatch in switch statementtype qualifiers ignored on function return typetype to vector delete is neither pointer or array typetype transparent %q#T cannot be made transparent because the type of the first field has a different ABI from the class overalltype transparent %q#T does not have any fieldstype transparent class %qT has base classestype transparent class %qT has virtual functionstype variant differs by type variant has TYPE_METHODStype variant has different TREE_TYPEtype variant has different TYPE_BINFOtype variant has different TYPE_FIELDStype variant has different TYPE_SIZE_UNITtype variant has different TYPE_VFIELDtype variant with TYPE_ALIAS_SET_KNOWN_Ptype variant's TREE_TYPEtype variant's TYPE_BINFOtype variant's TYPE_SIZE_UNITtype was previously declared %qEtype's TREE_TYPEtype's TYPE_BINFOtype's TYPE_SIZE_UNITtype-punning to incomplete type might break strict-aliasing rulestype/value mismatch at argument %d in template parameter list for %qDtypedef %q+D declared %<_Noreturn%>typedef %q+D declared %<inline%>typedef %qD is initialized (use __typeof__ instead)typedef %qD is initialized (use decltype instead)typedef %qD locally defined but not usedtypedef declaration invalid in parameter declarationtypedef declared %<auto%>typedef name may not be a nested-name-specifiertypedef-name %qD used as destructor declaratortypeid of qualified function type %qTtypeid-expression is not a constant expression because %qE is of polymorphic typetypes are not quite compatibletypes differ in signednesstypes have different parameter countstypes may not be defined in %<decltype%> expressionstypes may not be defined in %<noexcept%> expressionstypes may not be defined in a %<typeid%> expressiontypes may not be defined in a conversion-type-idtypes may not be defined in a for-range-declarationtypes may not be defined in a new-expressiontypes may not be defined in a new-type-idtypes may not be defined in alias template declarationstypes may not be defined in an exception-specificationtypes may not be defined in caststypes may not be defined in conditionstypes may not be defined in declare reduction type listtypes may not be defined in exception-declarationstypes may not be defined in parameter typestypes may not be defined in template argumentstypespec in ALLOCATE at %Lunable to compute real location of stacked parameterunable to deduce %qT from %qEunable to deduce lambda return type from %qEunable to emulate %qsunable to find a register to spillunable to find a register to spill in class %qsunable to find character literal operator %qD with %qT argumentunable to find numeric literal operator %qDunable to find string literal operator %qD with %qT, %qT argumentsunable to generate reloads for:unable to locate default linker script %qs in the library search pathsunable to open dynamic dependency '%s'unable to open fileunable to open log file %<vtv_class_set_sizes.log%>: %munable to open log file %<vtv_count_data.log%>: %munable to open log file %<vtv_set_ptr_data.log%>: %munable to print out operand yet; code == %d (%c)unable to register info for plugin %qs - plugin name not foundunable to use '%s' for PIC registerunbounded use of %<alloca%>unbounded use of variable-length arrayunconditional %2d never executed
  unconditional %2d taken %s
! undeclared selector %qEundefined behavior when second parameter of %<va_start%> is declared with %<register%> storageundefined named operand %qsunderlying type %<%T%> of %<%T%> must be an integral typeunderlying type mismatch in enum %q#Tunexpected !$OMP ATOMIC expression at %Lunexpected AST of kind %sunexpected argumentunexpected argument to msp430_select_hwmult_lib: %sunexpected attributeunexpected base-type in cris_print_baseunexpected expression %qE of kind %sunexpected file name %s in linker resolution file. Expected %sunexpected first argument to msp430_select_hwmult_lib: %sunexpected index-type in cris_print_indexunexpected keyword; remove space between quotes and suffix identifierunexpected multiplicative operandunexpected offsetunexpected operandunexpected side-effects in addressunhandled alignment for '#pragma nomember_alignment'unidentifiable call opuninitialized const %qDuninitialized const %qD is invalid in C++uninitialized const in %<new%> of %q#Tuninitialized const member in %q#Tuninitialized const member in %q#T using %<new%> without new-initializeruninitialized const member in %qT is invalid in C++uninitialized const member in base %q#T of %q#Tuninitialized const member in base %q#T of %q#T using %<new%> without new-initializeruninitialized reference member in %q#Tuninitialized reference member in %q#T using %<new%> without new-initializeruninitialized reference member in base %q#T of %q#Tuninitialized reference member in base %q#T of %q#T using %<new%> without new-initializeruninitialized variable %q+D put into program memory areauninitialized variable %qD in %<constexpr%> functionunion cannot be made transparentunion defined hereunion has no membersunion has no named membersunion member %q+D with non-trivial %qDunknown '#pragma extern_model' model '%s'unknown '#pragma member_alignment' name %sunknown -mdebug-%s switchunknown CRIS cpu version specification in -mtune= : %sunknown CRIS version specification in -march= or -mcpu= : %sunknown IRA algorithm %qsunknown IRA region %qsunknown LTO partitioning model %qsunknown Stack Reuse Level %qsunknown TLS model %qsunknown action %qE for %<#pragma pack%> - ignoredunknown alignment %qs specified for option %qsunknown architecture specifier in memory model to builtinunknown array size in deleteunknown asm flag output %qsunknown basic block reordering algorithm %qsunknown builtin immediate operand type for operand %dunknown callback event registered by plugin %sunknown cc_attr valueunknown conversion type character %qc in formatunknown core architecture %qs specified with %qsunknown cpu %qs for -mtuneunknown demangling style '%s'unknown destunknown excess precision style %qsunknown flag passed in -moverride=%s (%s)unknown floating point contraction style %qsunknown insn modeunknown linker output %qsunknown machine mode %qEunknown move insn:unknown offload ABI %qsunknown operator %qs in %%:version-compareunknown option %q.*s in %<-fopt-info-%s%>unknown option after %<#pragma GCC diagnostic%> kindunknown option for -mrecip=%sunknown pass %s specified in -fdisableunknown pass %s specified in -fenableunknown pointer size model %qsunknown profile update method %qsunknown property attributeunknown punctuation '%c'unknown register name %qs in %<asm%>unknown register name: %sunknown relocation unspecunknown spec function %qsunknown specification for the set of FLT_EVAL_METHOD values to permit %qsunknown srcunknown stack check parameter %qsunknown switch -mlong-double-%sunknown tuning option (%s)unknown type %<%T%> found during Objective-C encodingunknown type name %qEunknown type name %qE; did you mean %qs?unknown type name %qE; use %<enum%> keyword to refer to the typeunknown type name %qE; use %<struct%> keyword to refer to the typeunknown type name %qE; use %<union%> keyword to refer to the typeunknown value %qs for 'arch' target %sunknown value %qs for 'cpu' target %sunknown value %qs for 'tune' target %sunknown value %qs for -marchunknown value %qs for -mcpuunknown value %qs for -mtuneunknown value %qs of -mmacosx-version-minunknown vectorization library ABI type (%s) for -mveclibabi= switchunknown vectorizer cost model %qsunknown vtable verify initialization priority %qsunnamed class defined hereunnamed field has incomplete typeunnamed initializer for %qT, which has no base classesunnamed initializer for %qT, which uses multiple inheritanceunnamed scoped enum is not allowedunnamed struct/union that defines no instancesunnamed type with no linkage used to declare function %q#D with linkageunnamed type with no linkage used to declare variable %q#D with linkageunnamed variable or field declared voidunordered comparison on non-floating point argumentunquote_string(): got bad stringunreachableunrecognizable argument of option unrecognizable insn:unrecognized addressunrecognized argument in option %qsunrecognized argument of -mcpu: %sunrecognized argument to --help= option: %q.*sunrecognized argument to -f%ssanitize%s= option: %q.*sunrecognized argument to -f%ssanitize%s= option: %q.*s; did you mean %qs?unrecognized command line option %<-%s%>unrecognized command line option %<-%s%>; did you mean %<-%s%>?unrecognized command line option %<-fdump-%s%>unrecognized command line option %<-fopt-info-%s%>unrecognized command line option %qsunrecognized control register number: %d - using 'psw'unrecognized debug output level %qsunrecognized edge flag: '%s'unrecognized enum value: '%s'unrecognized format specifierunrecognized gcc debugging option: %cunrecognized hwpy field in msp430_mcu_data[%d]: %dunrecognized include_flags 0x%x passed to print_specific_helpunrecognized interrupt vector argument of %qE attributeunrecognized ivar visibility value %qsunrecognized option -fdisableunrecognized option -fenableunrecognized register name %qsunrecognized scalar storage order value %qsunrecognized section name %qEunrecognized shadow offset %qsunrecognized supposed constantunrecognized visibility value %qsunrecoverable errorunresolved overload for Altivec builtin %qFunresolved overloaded builtinunrestricted unions only available with -std=c++11 or -std=gnu++11unsafe function call %qD within %<transaction_safe%> functionunsafe function call %qD within atomic transactionunsafe function call %qE within %<transaction_safe%> functionunsafe function call %qE within atomic transactionunsafe indirect function call within %<transaction_safe%> functionunsafe indirect function call within atomic transactionunsuffixed float constantunsupported argument to %qDunsupported argument type %qT for simd
  unsupported argument type to builtin functionunsupported combination: %qs %sunsupported combination: %qs%s %sunsupported combination: %sunsupported fixed-point conversionunsupported mode %s
  unsupported non-standard concatenation of string literalsunsupported non-standard suffix on floating constantunsupported operand size for extended registerunsupported operation or type for vector comparison returning a booleanunsupported return type %qT for simd
! unsupported simdlen %dunsupported size for integer registerunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatunused parameter %qDunused variable %q+Dunused variable %qDunwind tables currently require either a frame pointer or -maccumulate-outgoing-args for correctnessupper value in case label range exceeds maximum value for typeuse #include insteaduse %<%T::%D%> insteaduse %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified nameuse %<%T::template %D%> to indicate that it is a templateuse %<-faligned-new%> to enable C++17 over-aligned new supportuse %<...%> to expand argument packuse %<this->%D%> insteaduse -Winvalid-pch for more informationuse -flax-vector-conversions to permit conversions between vectors with differing element types or numbers of subpartsuse -std=gnu++11 or -fext-numeric-literals to enable more built-in suffixesuse __attribute__ ((vector_size)) insteaduse __builtin_rx_mvtc (0, ... ) to write arbitrary values to PSWuse internal function id in profile lookup.use of %<_Cilk_spawn%> in a return statement is not alloweduse of %<alloca%>use of %<alloca%> within a loopuse of %<auto%> in lambda parameter declaration only available with -std=c++14 or -std=gnu++14use of %<auto%> in member template conversion operator can never be deduceduse of %<auto%> in parameter declaration only available with -std=c++14 or -std=gnu++14use of %<complex%> in AltiVec types is invaliduse of %<double%> in AltiVec types is invalid without -mvsxuse of %<long double%> in AltiVec types is invaliduse of %<long long%> in AltiVec types is invalid without -mvsxuse of %<long%> in AltiVec types is deprecated; use %<int%>use of %<long%> in AltiVec types is invalid for 64-bit code without -mvsxuse of %<this%> in a constant expressionuse of %qD before deduction of %<auto%>use of %qs in templateuse of %qs length modifier with %qc type character has either no effect or undefined behavioruse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of an operand of type %qT in %<operator++%> is deprecateduse of an operand of type %qT in %<operator++%> is forbidden in C++1zuse of an operand of type %qT in %<operator--%> is forbiddenuse of boolean types in AltiVec types is invaliduse of built-in trait %qE in function signature; use library traits insteaduse of class template %qT as expressionuse of decimal floating point types in AltiVec types is invaliduse of deleted function %qDuse of enum %q#D without previous declarationuse of invalid variable template %qEuse of local variable with automatic storage from containing functionuse of multiversioned function without a defaultuse of namespace %qD as expressionuse of old-style castuse of parameter from containing functionuse of parameter outside function bodyuse of untyped niluse operand missing for stmtuse option -std=c99, -std=gnu99, -std=c11 or -std=gnu11 to compile your codeuse template<> for an explicit specializationused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requiredused vector type where scalar is requireduseless %<_Alignas%> in empty declarationuseless %qs in empty declarationuseless cast to type %qTuseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationuser defined reduction lookup is ambiguoususer defined reduction not found for %qEuser defined reduction with constructor initializer for base class %qTuser-defined %qD always evaluates both argumentsuser-defined literals only available with -std=c++11 or -std=gnu++11uses %qD, which does not have an alignment parameterusing %<%c%s%>using %qs with unsigned type has no effectusing IBM extended precision long doubleusing IEEE extended precision long doubleusing alias template specialization %qT after %qsusing darwin64 ABIusing invalid field %qDusing num_workers (%d), ignoring %dusing old darwin ABIusing parameters for %<linear%> step is not supported yetusing result of function returning %<void%>using template type parameter %qT after %qsusing temporary as lvalueusing the range [%E, %E] for directive argumentusing typedef-name %qD after %qsusing vector_length (%d), ignoring %dusing vector_length (%d), ignoring runtime settingusing xvalue (rvalue reference) as lvalueusing-declaration for non-member at class scopevalid arguments are: %s; did you mean %qs?valid arguments to %<-march=%> switch are: %svalid arguments to %<-march=%> switch are: %s; did you mean %qs?valid arguments to %<-mtune=%> switch are: %svalid arguments to %<-mtune=%> switch are: %s; did you mean %qs?valid arguments to %<target("arch=")%> attribute are: %svalid arguments to %<target("arch=")%> attribute are: %s; did you mean %qs?valid arguments to %<target("tune=")%> attribute are: %svalid arguments to %<target("tune=")%> attribute are: %s; did you mean %qs?valid arguments to %qs are: %svalid arguments to %qs are: %s; did you mean %qs?valid values for builtin %qF argument %d are 64, 128, 256, 512, 1024, 2048, and 4096validate_value_data: Loop in regno chain (%u)validate_value_data: [%u] Bad next_regno for empty chain (%u)validate_value_data: [%u] Bad oldest_regno (%u)validate_value_data: [%u] Non-empty reg in chain (%s %u %i)value %qE of type %qT is not a constant expressionvalue %qs is not supported by attribute %<target%>value argumentvalue computed is not usedvalue of -mfixed-range must have form REG1-REG2value passed in %qs is too largevalue-initialization of function type %qTvalue-initialization of incomplete type %qTvalue-initialization of reference type %qTvar-tracking-assignments changes selective schedulingvariablevariable %q#D has initializer but incomplete typevariable %q+D declared %<_Noreturn%>variable %q+D declared %<inline%>variable %q+D definition is marked dllimportvariable %q+D might be clobbered by %<longjmp%> or %<vfork%>variable %q+D must be const in order to be put into read-only section by means of %qsvariable %q+D part of alias cyclevariable %qD has function typevariable %qD has initializer but incomplete typevariable %qD of non-literal type %qT in %<constexpr%> functionvariable %qD redeclared as functionvariable %qD set but not usedvariable %qD used more than once with %<#pragma acc declare%>variable %qE declared in enclosing %<host_data%> regionvariable %qE is not an iteration of outermost loop %d, expected %qEvariable %qE of incomplete type %qT will not be accessed in for increment expressionvariable %qE of incomplete type %qT will not be accessed in left operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in right operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in second operand of conditional expressionvariable %qE of incomplete type %qT will not be accessed in statementvariable %qE of incomplete type %qT will not be accessed in third operand of conditional expressionvariable concept has no initializervariable length array %qD is usedvariable length array is usedvariable length element type in array %<reduction%> clausevariable of same assembler name as the virtual table is defined in another translation unitvariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable symbol is not variablevariable template declared herevariable template-id %qD in nested-name-specifiervariable templates only available with -std=c++14 or -std=gnu++14variable tracking requested, but not supported by this debug formatvariable tracking requested, but useless unless producing debug infovariable tracking size limit exceededvariable tracking size limit exceeded with -fvar-tracking-assignments, retrying withoutvariable-length array bound is unknownvariable-sized compound literalvariable-sized object may not be initializedvariably modified %qE at file scopevariably modified field at file scopevariably modified type not allowed in new-expressionvariadic constraint introduced without %<...%>variadic functions must use the base AAPCS variantvariadic templates only available with -std=c++11 or -std=gnu++11vec_adde only accepts 3 argumentsvec_addec only accepts 3 argumentsvec_cmpne only accepts 2 argumentsvec_extract only accepts 2 argumentsvec_insert only accepts 3 argumentsvec_lvsl is deprecated for little endian; use assignment for unaligned loads and storesvec_lvsr is deprecated for little endian; use assignment for unaligned loads and storesvec_mul only accepts 2 argumentsvector CONSTRUCTOR element is not a GIMPLE valuevector CONSTRUCTOR with non-NULL element indexvector argument passed to unprototyped functionvector attribute not immediately followed by a single function declaration or definitionvector condition will be expanded piecewisevector insertion not at element boundaryvector operation will be expanded in parallelvector operation will be expanded piecewisevector operation will be expanded with a single scalar operationvector overflow in expressionvector shuffling operation will be expanded piecewisevector size not an integral multiple of component sizevector types expected in sad expressionvector types expected in vector permute expressionvectorization did not happen for a simd loopvectorlength must be a power of 2vectorlength must be an integer constantvectors with different element number found in vector permute expressionverify_bind_c_derived_type(): Given symbol is unexpectedly NULLverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_flow_info: Basic block %d succ edge is corruptedverify_flow_info: Block %i has loop_father, but there are no loopsverify_flow_info: Block %i lacks loop_fatherverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: REG_BR_PROB does not match cfg %i %iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_gimple failedverify_histograms failedverify_ssa failedverify_type failedversion attribute is not a stringversion control conflict marker in filevirt-specifiers in %qs not allowed outside a class definitionvirtual PHI with argument locationsvirtual SSA name for non-VOP declvirtual base %qT inaccessible in %qT due to ambiguityvirtual def operand missing for stmtvirtual definition is not an SSA namevirtual definition of statement not up-to-datevirtual function %q+Dvirtual function cannot have deduced return typevirtual functions cannot be friendsvirtual method %qDvirtual non-class function %qsvirtual table layout differs in another translation unitvirtual table of type %qD contains RTTI informationvirtual table of type %qD violates one definition rulevirtual table of type %qD violates one definition rule  virtual use of statement not up-to-datevirtual use operand missing for stmtvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvisibility attribute not supported in this configuration; ignoredvms '#pragma __message' is ignoredvoid value not ignored as it ought to bevolatile argumentvolatile must be specified on any memory that is effected by DMA.vtable for waitpid failedwarning: warning: consider linking with '-static' as system libraries withwas expecting `%s'weak %q+D cannot be defined %qEweak declaration of %q+D being applied to a already existing, static definitionweak declaration of %q+D must be publicweak declaration of %q+D not supportedweakref %q+D must have static linkageweakref %q+D ultimately targets itselfweakref attribute must appear before alias attributeweakref is not supported in this configurationweights need to be non-negative
! when writing output to %s: %mwide character array initialized from incompatible wide stringwide character array initialized from non-wide stringwide string literal in %<asm%>width of %qD exceeds its typewidth of %qs exceeds its typewidth of bit-field %qD has non-integral type %qTwill be assumed to return %<id%> and acceptwill not generate power5 instructions because assembler lacks power5 supportwill not generate power6 instructions because assembler lacks power6 supportwill not generate power7 instructions because assembler lacks power7 supportwill not generate power8 instructions because assembler lacks power8 supportwill not generate power9 instructions because assembler lacks power9 supportwithwith %q+#Dwithin this loopwork-sharing region may not be closely nested inside of work-sharing, %<critical%>, %<ordered%>, %<master%>, explicit %<task%> or %<taskloop%> regionwrite of %wu-bit data outside the bound of destination object, data truncated into %wu-bitwrite_atom(): Trying to write dab atomwrite_atom(): Writing negative integerwrite_symbol(): bad module symbol %qswrite_symtree(): Symbol not writtenwriting into constant object (argument %d)writing output filewriting through null pointer (argument %d)writing to LTRANS output list %s: %mwriting to address space %qs not supportedwrong TYPE_CACHED_VALUES entrywrong amount of branch edges after conditional jump in bb %iwrong amount of branch edges after unconditional jump %iwrong argument %qs to option %qswrong edge %d->%d for PHI argumentwrong immediate use listwrong insn in the fallthru edgewrong list of exited loops for edge  %d->%dwrong number of arguments specified for %qE attributewrong number of arguments to %%:debug-level-gtwrong number of arguments to %<__builtin_addressof%>wrong number of arguments to %<__builtin_call_with_static_chain%>wrong number of arguments to %<__builtin_choose_expr%>wrong number of arguments to %<__builtin_complex%>wrong number of arguments to %<__builtin_launder%>wrong number of arguments to %<__builtin_shuffle%>wrong number of arguments to function %<__builtin_next_arg%>wrong number of arguments to function %<va_start%>wrong number of branch edges after unconditional jump in bb %iwrong number of template arguments (%d, should be %d)wrong number of template arguments (%d, should be at least %d)wrong outgoing edge flags at end of bb %dwrong strategy name %qs specified for option %qswrong type argument to %swrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusx87 register return with x87 disabledxstormy16_print_operand: unknown codeyou can work around this by removing the initializerz/Architecture mode not supported on %sz/Architecture.zero as null pointer constantzero length array section in %qs clausezero or negative size array %q+Dzero vector sizezero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qDzero-size array %qTzero-size array member %qD in an otherwise empty %q#Tzero-size array member %qD not at end of %q#T{anonymous}{unknown}Project-Id-Version: gcc 7.1.0
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-05-01 22:24+0000
! PO-Revision-Date: 2017-05-15 14:41+0200
  Last-Translator: GÃ¶ran Uddeborg <goeran@uddeborg.se>
  Language-Team: Swedish <tp-sv@listor.tp-sv.se>
  Language: sv
*************** write_c_file - utdatanamn Ã¤r %s, prefix
*** 2388,2417 ****
                             att gissa sprÃ¥k beroende pÃ¥ filens Ã¤ndelse.
    -x, --hash-filenames            Hash:a lÃ¥nga sÃ¶kvÃ¤gsnamn
    en konstruerare som tar ett ensamt argument av sin egen klasstyp Ã¤r felaktig  ett kvalificerat id krÃ¤vs  en Ã¤rvd konstruerare Ã¤r inte en kandidat fÃ¶r initiering frÃ¥n ett uttryck av samma eller en hÃ¤rledd typ  och bÃ¥da typerna kan konverteras till den andra  eftersom den Ã¤r en icke-systemkatalog som dubblerar en systemkatalog
!   basen %qT  basklassen %qT till %q+T Ã¤r inte literal  fÃ¶r att konverteringssekvensen fÃ¶r argumentet Ã¤r bÃ¤ttre  pÃ¥ grund av lokal medlem %q+#D med samma namn  pÃ¥ grund av lokal metod %q+#D med samma namn  fÃ¶r fÃ¶ljande virtuella funktioner Ã¤r rena inuti %qT:  men %d behÃ¶vs  men ersÃ¤tter inte %<%T(const %T&)%>  men ersÃ¤tter inte %<operator=(const %T&)%>  av %qD  det gÃ¥r inte att hÃ¤rleda en mall fÃ¶r %qT frÃ¥n typen %qT som inte Ã¤r en mall  kandidater till konvertering Ã¤r %qD och %qD  kandidaten fÃ¶rvÃ¤ntade sig %d argument, %d fanns  kandidaten fÃ¶rvÃ¤ntade sig %d argument, %d fanns  kandidaten fÃ¶rvÃ¤ntade sig Ã¥tminstone %d argument, %d fanns  kandidaten fÃ¶rvÃ¤ntade sig Ã¥tminstone %d argument, %d fanns  kan inte konvertera %qE (typen %qT) till typ %qT  det gÃ¥r inte att anvÃ¤nda fÃ¶rÃ¥ldrad bindning vid %q+D fÃ¶r att den har en destruerare  konvertering frÃ¥n returtypen %qT fÃ¶r specialiceringen av mallkonverteringsfunktionen till %qT Ã¤r inte en exakt matchning  konvertering av argument %d vore felformaterat:  kunde inte lÃ¶sa upp adressen frÃ¥n en Ã¶verlagrad funktion %qE  kunde inte hÃ¤rleda mallparametrar %qD  passerar initiering av %q#D  hÃ¤rledda typer i konflikt fÃ¶r parametern %qT (T%qT och %qT)  hÃ¤rledda vÃ¤rden i konflikt fÃ¶r icke-typ-parametern %qE (%qE och %qE)  gÃ¥r in i OpenMP-strukturerat block  gÃ¥r in i catch-block  gÃ¥r in constexpr-if-sats  gÃ¥r in i rÃ¤ckvidden hos %q#D som har en icke-trivial destruerare  gÃ¥r in i synkroniserad eller atomÃ¤r sats  gÃ¥r in i try-block  gÃ¥r ut frÃ¥n OpenMP-strukturerat block  %qD fÃ¶rvÃ¤ntades men fick %qD  fÃ¶rvÃ¤ntade en klassmall, fick %qE  fÃ¶rvÃ¤ntade en klassmall, fick %qT  fÃ¶rvÃ¤ntade en konstant av typen %qT, fick %qT  fÃ¶rvÃ¤ntade en mall av typen %qD, fick %qT  fÃ¶rvÃ¤ntade en typ, fick %qE  fÃ¶rvÃ¤ntade en typ, fick %qT  fÃ¶r konvertering frÃ¥n %qT till %qT  frÃ¥n definitionen av %q#D  hÃ¤rifrÃ¥n  i anrop till %qD  i berÃ¤kningen av %<%Q(%#T, %#T)%>  i kastat uttryck  inkonsistent hÃ¤rledning av parameterpaket med %qT och %qT  Ã¤rvd hÃ¤r  initierar argument %P till %qD  stÃ¤mmer med denna %qD under ISO:s standardregler  stÃ¤mmer med denna %qD under gamla regler  medlemsfunktionstypen %qT Ã¤r inte ett giltigt mallargument  merge [flaggor] <kat1> <kat2>         SlÃ¥ samman innehÃ¥ll i tÃ¤ckningsfiler
!   typerna %qT och %qT stÃ¤mmer inte Ã¶verens  ingen kÃ¤nd konvertering fÃ¶r argument %d frÃ¥n %qT till %qT  ingen kÃ¤nd konvertering fÃ¶r implicit %<this%>-parameter frÃ¥n %qT till %qT  ingen kÃ¤nd konvertering frÃ¥n %qT till %qT  den icke-statiska datamedlemmen %qD har icke-literal typ  den icke-statiska datamedlemmen %qD har volatile typ  eller %<operator=(const %T&)%>  eller en %<transaction_may_cancel_outer%>-funktion  overlap [flaggor] <kat1> <kag2>       BerÃ¤kna Ã¶verlappningen mellan tvÃ¥ profiler
    Ã¥sidosÃ¤tter %q#D  Ã¥sidosÃ¤tter %q+#D  Ã¥sidosÃ¤tter %q+#F  att skicka %qT som %<this%>-argument kastar kvalificerare  profileringsstÃ¶d endast finns i arkivformat  returtypen %qT fÃ¶r en explicit konverteringsfunktion kan inte konverteras till %qT utan en kvalificerarkonvertering  rewrite [flaggor] <kat>               Skriv om innehÃ¥ll i tÃ¤ckningsfiler
!   eftersom %q+#D Ã¤r deklarerad i basklassen  hoppar Ã¶ver initiering av %q#D  substituering av hÃ¤rledda mallargument resulterade i felen som visas ovan  mallargument %qE stÃ¤mmer inte med %qE  mallargument %qE stÃ¤mmer inte med pekare till medlem-konstanten %qE  mallargumentshÃ¤rledning/-substitution misslyckades:mallparameter %qD Ã¤r inte ett parameterpaket, men argument %qD Ã¤r det  mallparametrarna till ett mallmallargument Ã¤r inkonsistenta med andra hÃ¤rledda mallargument  fÃ¶rsÃ¶ker instansiera %qD  typerna %qT och %qT har inkompatibla cv-kvalificerare  anvÃ¤nder fÃ¶rÃ¥ldrad bindning vid %qD  vektortypen %qT med variabel storlek Ã¤r inte ett giltigt mallargument  vid initiering hÃ¤r  vid instansiering av standardargument fÃ¶r anrop av %D (operandtyp Ã¤r %qT) (operandtyper Ã¤r %qT och %qT) (operandtyper Ã¤r %qT, %qT och %qT) Alla flaggor med de eftersÃ¶kta egenskaperna har redan visats
   Det finns inga flaggor med de eftersÃ¶kta egenskaperna
   Det fanns inga.  AnvÃ¤nd --help=%s fÃ¶r att visa *alla* flaggorna som stÃ¶djs av framÃ¤nden %s.
   kandidat 1: %q#F kandidat 2: %q#F kodgenereringsflaggor som stÃ¥r i konflikt anvÃ¤nds uttrycket har ett konstant vÃ¤rde men Ã¤r inte ett C++ konstant uttryck!$ACC LOOP %s i PARALLEL-region tillÃ¥ter inte %s-argument vid %L!$ACC LOOP %s-slingor formar inte en rektangulÃ¤r iterationsrymd vid %L!$ACC LOOP fÃ¥r inte vara en DO WHILE eller DO utan slingstyrning vid %L!$ACC LOOP-iterationsvariabel mÃ¥ste ha typen heltal vid %L!$ACC vid %C inleder en kommentarrad eftersom det varken fÃ¶ljs av en blank eller en fortsÃ¤ttningsrad!$OMP ATOMIC CAPTURE-fÃ¥ngstsats mÃ¥ste lÃ¤sa frÃ¥n en skalÃ¤r variabel av inbyggd typ vid %L!$OMP ATOMIC CAPTURE-fÃ¥ngstsats mÃ¥ste sÃ¤tta en skalÃ¤r variabel av inbyggd typ vid %L!$OMP ATOMIC CAPTURE-fÃ¥ngstsats lÃ¤ser frÃ¥n en annan variabel Ã¤n uppdateringssatsen skriver till vid %L!$OMP ATOMIC CAPTURE-uppdateringssats mÃ¥ste sÃ¤tta en skalÃ¤r variabel av inbyggd typ vid %L!$OMP ATOMIC READ-sats mÃ¥ste lÃ¤sa frÃ¥n en skalÃ¤r variabel av inbyggd typ vid %L!$OMP ATOMIC-tilldelning av inbyggd IAND, IOR eller IEOR mÃ¥ste ha tvÃ¥ argument vid %L!$OMP ATOMIC-tilldelning av inbyggd mÃ¥ste vara MIN, MAX, IAND, IOR eller IEOR vid %L!$OMP ATOMIC-tilldelning mÃ¥ste vara var = var op uttr eller var = uttr op var vid %L!$OMP ATOMIC-tilldelning mÃ¥ste ha en operator eller inbyggd pÃ¥ hÃ¶gersidan vid %L!$OMP ATOMIC-tilldelningsoperator mÃ¥ste vara binÃ¤rt +, *, -, /, .AND., .OR., .EQV. eller .NEQV. vid %L!$OMP ATOMIC-inbyggds argument utom ett fÃ¥r inte referera %qs vid %L!$OMP ATOMIC-inbyggds argument mÃ¥ste vara skalÃ¤ra vid %L!$OMP ATOMIC-sats mÃ¥ste sÃ¤tta en skalÃ¤r variabel av inbyggd typ vid %L!$OMP ATOMIC var = var op expr Ã¤r inte matematiskt ekvivalent med var = var op (uttr) vid %L!$OMP ATOMIC med ALLOCATABLE variabel vid %L!$OMP DECLARE REDUCTION %s finns inte vid %L!$OMP DECLARE REDUCTION %s finns inte fÃ¶r typen %s vid %L!$OMP DECLARE SIMD skall referera till den inneslutande proceduren %qs vid %L!$OMP DECLARE TARGET-variabeln %qs vid %L Ã¤r inte SAVE:ad!$OMP vid %C inleder en kommentarrad eftersom det varken fÃ¶ljs av en blank eller en fortsÃ¤ttningsradâ€�::â€� fÃ¶rvÃ¤ntades efter modulnatur vid %C men fanns inteâ€�USE :: moduleâ€� vid %C# %s %.2f %.2f
  #include "..." sÃ¶kning startar hÃ¤r:
  #include <...> sÃ¶kning startar hÃ¤r:
! #pragma GCC memregs mÃ¥ste komma fÃ¶re funktionsdeklarationer#pragma GCC memregs tar ett tal [0..16]#pragma GCC optimize tillÃ¥ts inte inuti funktioner#pragma GCC optimize string... Ã¤r felaktigt utformad#pragma GCC option tillÃ¥ts inte inuti funktioner#pragma GCC target stÃ¶djs inte fÃ¶r denna maskin#pragma GCC target strÃ¤ng... Ã¤r felaktigt utformad#pragma GCC visibility mÃ¥ste fÃ¶ljas av push eller pop#pragma GCC visibility push() mÃ¥ste ange default, internal, hidden eller protected#pragma GHS endXXX stÃ¤mmer inte med fÃ¶regÃ¥ende startXXX#pragma GHS endXXXX funnet utan fÃ¶regÃ¥ende startXXX#pragma implementation fÃ¶r %qs fÃ¶rekommer efter att filen inkluderats#pragma message: %s#pragma pack (pop) pÃ¥trÃ¤ffat utan matchande #pragma pack (push)#pragma pack har ingen effekt med -fpack-struct - ignoreras#pragma pack(pop, %E) pÃ¥trÃ¤ffat utan matchande #pragma pack(push, %E)#pragma redefine_extname ignoreras pÃ¥ grund av konflikt med __asm__-deklaration#pragma redefine_extname ignoreras pÃ¥ grund av konflikt med tidigare #pragma redefine_extname#pragma redefine_extname ignoreras eftersom det stÃ¥r i konflikt med tidigare namnbyte#pragma vtable stÃ¶djs inte lÃ¤ngre$-beskrivare vid %L$-operandnummer anvÃ¤nt efter format utan operandnummer$ mÃ¥ste vara den sista specificeraren i formatet vid %L%%LOC() Ã¤r ett r-vÃ¤rde vid %C%+D orsakar en sektionstypkonflikt%+D orsakar en sektionstypkonflikt med %D%+D deklarerad som alias efter att ha anvÃ¤nts%+D deklarerad ifunc efter att ha anvÃ¤nts%+D deklarerad svag efter att ha anvÃ¤nts%+D deklarerad weakref efter att ha anvÃ¤nts%<!%> Ã¤r inte tillÃ¥tet i GIMPLE%<#pragma GCC ivdep%> mÃ¥ste vara inuti en funktion%<#pragma GCC optimize (strÃ¤ng [,strÃ¤ng]...)%> har inte en avslutande %<)%>%<#pragma GCC optimize%> Ã¤r inte en strÃ¤ng eller ett tal%<#pragma GCC option%> Ã¤r inte en strÃ¤ng%<#pragma GCC pch_preprocess%> mÃ¥ste komma fÃ¶rst%<#pragma GCC pop_options%> utan en motsvarande %<#pragma GCC push_options%>%<#pragma GCC target (strÃ¤ng [,strÃ¤ng]...)%> har inte en avslutande %<)%>%<#pragma STDC FLOAT_CONST_DECIMAL64%> stÃ¶djs inte fÃ¶r C++%<#pragma STDC FLOAT_CONST_DECIMAL64%> stÃ¶djs inte pÃ¥ denna mÃ¥larkitektur%<#pragma acc %s data%> har ingen dataflyttningsklausul%<#pragma acc routine%> redan anvÃ¤nd pÃ¥ %qD%<#pragma acc routine%> mÃ¥ste ha filrÃ¤ckvidd%<#pragma acc routine%> namnger en mÃ¤ngd Ã¶verlagrade%<#pragma acc routine%> fÃ¶ljs inte omedelbart av en ensam funktionsdeklaration eller -definition%<#pragma acc routine%> fÃ¶ljs inte omedelbart av en funktionsdeklaration eller -definition%<#pragma acc update%> mÃ¥ste innehÃ¥lla Ã¥tminstone en %<device%>- eller %<host%>- eller %<self%>-klausul%<#pragma align%> mÃ¥ste fÃ¶rekomma fÃ¶re deklarationen av %D, ignorerar%<#pragma cilk grainsize%> fÃ¶ljs inte av %<_Cilk_for%>%<#pragma cilk grainsize%> mÃ¥ste vara inuti en funktion%<#pragma grainsize%> ignoreras fÃ¶r att -fcilkplus inte Ã¤r aktiverat%<#pragma grainsize%> mÃ¥ste vara inuti en funktion%<#pragma omp atomic capture%> anvÃ¤nder tvÃ¥ olika uttryck till minne%<#pragma omp atomic capture%> anvÃ¤nder tvÃ¥ olika variabler till minne%<#pragma omp atomic update%> anvÃ¤nder tvÃ¥ olika uttryck fÃ¶r minne%<#pragma omp atomic update%> anvÃ¤nder tvÃ¥ olika variabler till minne%<#pragma omp cancel for%> inuti %<nowait%> for-konstruktion%<#pragma omp cancel for%> inuti %<ordered%> for-konstruktion%<#pragma omp cancel sections%> inuti %<nowait%>-sektionskonstruktion%<#pragma omp cancel%> mÃ¥ste ange en av klausulerna %<parallel%>, %<for%>, %<sections%> eller %<taskgroup%>%<#pragma omp cancellation point%> mÃ¥ste ange en av klausulerna %<parallel%>, %<for%>, %<sections%> eller %<taskgroup%>%<#pragma omp declare reduction%>-kombinerare refererar variabeln %qD som inte Ã¤r varken %<omp_out%> eller %<omp_in%>%<#pragma omp declare reduction%>-initierare refererar till variabeln %qD som inte Ã¤r varken %<omp_priv%> eller %<omp_orig%>%<#pragma omp declare reduction%> inte med fil- eller blockrÃ¤ckvidd%<#pragma omp declare simd%> mÃ¥ste fÃ¶ljas av en funktionsdeklaration eller -definition%<#pragma omp declare simd%> mÃ¥ste fÃ¶ljas av funktionsdeklaration eller -definition eller en annan %<#pragma omp declare simd%>%<#pragma omp declare simd%> som inte omedelbart fÃ¶ljs av en funktionsdefinition eller -deklaration%<#pragma omp declare simd%> som inte omedelbart fÃ¶ljs av en ensam funktionsdeklaration eller -definition%<#pragma omp declare simd%> som inte omedelbart fÃ¶ljs av en funktionsdeklaration eller -definition%<#pragma omp declare simd%> eller %<simd%>-attribut kan inte anvÃ¤ndas i samma funktion som Ã¤r markerad som en Cilk Plus SIMD-aktiverad funktion%<#pragma omp declare target%> med klausuler mellan %<#pragma omp declare target%> utan klasusuler och %<#pragma omp end declare target%>%<#pragma omp end declare target%> utan en motsvarande %<#pragma omp declare target%>%<#pragma omp ordered%> med %<depend%>-klausul fÃ¥r bara anvÃ¤ndas i sammansatta satser%<#pragma omp section%> fÃ¥r bara anvÃ¤ndas i %<#pragma omp sections%>-konstruktion%<#pragma omp simd%> anvÃ¤nd med klassiterationsvariabeln %qE%<#pragma omp target data%> mÃ¥ste innehÃ¥lla Ã¥tminstone en %<map%>-klausul%<#pragma omp target data%> med en annan map-typ Ã¤n %<to%>, %<from%>, %<tofrom%> eller %<alloc%> pÃ¥ %<map%>-klausul%<#pragma omp target enter data%> mÃ¥ste innehÃ¥lla Ã¥tminstone en %<map%>-klausul%<#pragma omp target enter data%> med en annan map-typ Ã¤n %<to%> eller %<alloc%> pÃ¥ %<map%>-klausul%<#pragma omp target exit data%> mÃ¥ste innehÃ¥lla Ã¥tminstone en %<map%>-klausul%<#pragma omp target exit data%> med en annan map-typ Ã¤n %<from%>-, %<release%>- eller %<delete%> pÃ¥ %<map%>-klausul%<#pragma omp target update%> mÃ¥ste innehÃ¥lla Ã¥tminstone en %<from%>- eller %<to%>-klausul%<#pragma omp target%> med en annan map-typ Ã¤n %<to%>, %<from%>, %<tofrom%> eller %<alloc%> pÃ¥ %<map%>-klausul%<#pragma simd%> mÃ¥ste vara inuti en funktion%<#pragma weak%>-deklaration av %q+D stÃ¶djs inte, ignoreras%<#pragma%> Ã¤r inte tillÃ¥tet hÃ¤r%<%%%>-begrÃ¤nsning anvÃ¤nd med sista operand%<%%%c%> ger bara de sista tvÃ¥ siffrorna i Ã¥rtalet%<%%%c%> ger bara de sista 2 siffrorna i Ã¥rtalet i vissa lokalerutdata frÃ¥n direktivet %<%.*s%> mellan %wu och %wu byte fÃ¥r resultatet att Ã¶verskrida %<INT_MAX%>utdata frÃ¥n direktivet %<%.*s%> mellan %wu och %wu byte Ã¶verskrider minsta nÃ¶dvÃ¤ndiga storlek pÃ¥ 4095utdata frÃ¥n direktivet %<%.*s%> mellan %wu och %wu byte kan fÃ¥ resultatet att Ã¶verskrida %<INT_MAX%>utdata frÃ¥n direktivet %<%.*s%> mellan %wu och %wu byte kan Ã¶verskrida minsta nÃ¶dvÃ¤ndiga storlek pÃ¥ 4095utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu byte skrevs till en region av storlek %wuutdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu byte skrevs till en region av storlek mellan %wu och %wuutdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu byte skrevs till en region med storlek %wuutdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu byte skrevs till en region med storlek mellan %wu och %wuutdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu eller fler byte skrevs till en region med storlek %wuutdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu eller fler byte skrevs till en region med storlek mellan %wu och %wuutdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r mellan %wu och %wu byte skrevs till en region av storlek %wuutdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r mellan %wu och %wu byte skrevs till en region med storlek mellan %wu och %wuutdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r antagligen %wu eller fler byte skrevs till en region av storlek %wuutdata frÃ¥n direktivet %<%.*s%> kan ha huggts av nÃ¤r antagligen %wu eller fler byte skrevs till en region med storlek mellan %wu och %wuutdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r upp till %wu byte skrevs till en region av storlek %wuutdata frÃ¥n direktivet %<%.*s%> kan ha huggts av nÃ¤r upp till %wu byte skrevs till en region med storlek mellan %wu och %wuutdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r %wu byte skrevs till en region av storlek %wuutdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r %wu byte skrevs till en region av storlek mellan %wu och %wuutdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r %wu byte skrevs till en region av storlek %wuutdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r %wu byte skrevs till en region av storlek mellan %wu och %wuutdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r %wu eller fler byte skrevs till en region av storlek %wuutdata frÃ¥n direktivet %<%.*s%> hÃ¶ggs av nÃ¤r %wu eller fler byte skrevs till en region med storlek mellan %wu och %wuutdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r mellan %wu och %wu byte skrevs till en region av storlek %wuutdata frÃ¥n direktivet %<%.*s%> hÃ¶ggs av nÃ¤r mellan %wu och %wu byte skrevs till en region med storlek mellan %wu och %wuutdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r antagligen %wu eller fler byte skrevs till en region av storlek %wuutdata frÃ¥n direktivet %<%.*s%> hÃ¶ggs av nÃ¤r antagligen %wu eller fler byte skrevs till en region med storlek mellan %wu och %wuutdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r upp till %wu byte skrevs till en region av storlek %wuutdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r upp till %wu byte skrevs till en region med storlek mellan %wu och %wudirektivet %<%.*s%> skrev %wu byte till en region av storlek %wudirektivet %<%.*s%> skrev %wu byte till en region av storlek mellan %wu och %wudirektivet %<%.*s%> skrev %wu byte till en region av storlek %wudirektivet %<%.*s%> skrev %wu byte till en region med storlek mellan %wu och %wudirektivet %<%.*s%> skrev %wu eller fler byte till en region av storlek %wudirektivet %<%.*s%> skrev %wu eller fler byte till en region med storlek mellan %wu och %wudirektivet %<%.*s%> skrev mellan %wu och %wu byte till en region av storlek %wudirektivet %<%.*s%> skrev mellan %wu och %wu byte till en region med storlek mellan %wu och %wudirektivet %<%.*s%> skrev antagligen %wu eller fler byte till en region av storlek %wudirektivet %<%.*s%> skrev antagligen %wu eller fler byte till en region med storlek mellan %wu och %wudirektivet %<%.*s%> skrev upp till %wu byte till en region av storlek %wudirektivet %<%.*s%> skrev upp till %wu byte till en region med storlek mellan %wu och %wu%<%D::%D%> Ã¤r inte en klassmedlem%<%D::%D%> Ã¤r inte en medlem av %qT%<%E::%E%> har inte deklarerats%<%E::%E%> Ã¤r inte en klass eller namnrymd%<%E::%E%> Ã¤r inte en klass, namnrymd eller upprÃ¤kning%<%E::%E%> Ã¤r inte en typattributdirektivet %<%E::%E%> med rÃ¤ckvidd ignorerat%<%T::%D%> namnger konstruerare i %qT%<%T::%D%> namnger en destruerare%<%T::%D%> namnger konstrueraren, inte typen%<%T::%E%> har inte deklarerats%<%T::%E%> Ã¤r inte en typ%<%T::%E%> namnger konstrueraren, inte typen%<%c%> Ã¤r inte ett giltig bokstav i en identifierare%<%c%> Ã¤r inte ett giltigt fÃ¶rsta tecken fÃ¶r en identifierare%<%c%E%> finns inte bland protokoll%<%s %E%> deklarerad inuti parameterlista kommer inte vara synlig utanfÃ¶r denna definition eller deklaration%<%s %s%>-konstruktion inte nÃ¤ra innesluten inuti %qs%<%s + %s%> vid %L mÃ¥ste vara mindre Ã¤n eller lika med BIT_SIZE(%qs)en %<%s taskgroup%>-konstruktion som inte Ã¤r nÃ¤ra innesluten inuti en %<taskgroup%>-region%<%s%> Ã¤r okÃ¤nd%<&%>-begrÃ¤nsning anvÃ¤nd utan registerklass%<&%> Ã¤r inte tillÃ¥tet ensamt pÃ¥ rad %d%<&&%> Ã¤r inte tillÃ¥tet i GIMPLE%<)%> fÃ¶rvÃ¤ntades vid %C%<*%> i boolesk kontext, fÃ¶reslÃ¥r %<&&%> istÃ¤lletfÃ¥ngst av %<*this%> Ã¤r endast tillgÃ¤ngligt med -std=c++1z eller -std=gnu++1z%<-%s%> stÃ¥r i konflikt med andra arkitekturflaggor, som anger en %s-processor%<-Wabi=1%> stÃ¶djs inte, anvÃ¤nder =2%<-fabi-compat-version=1%> stÃ¶djs inte, anvÃ¤nder =2%<-fabi-version=1%> stÃ¶djs inte lÃ¤ngre%<-fd-lines-as-code%> har ingen effekt i friform%<-fd-lines-as-comments%> har ingen effekt i friform%<-femit-struct-debug-detailed=kat:...%> mÃ¥ste tillÃ¥ta Ã¥tminstone sÃ¥ mycket som %<-femit-struct-debug-detailed=ind:...%>%<-fobjc-abi-version%> â‰¥ 2 stÃ¶djs inte fÃ¶r %<-m32%>-mÃ¥l med %<-fnext-runtime%>%<-fobjc-abi-version%> â‰¥ 2 mÃ¥ste anvÃ¤ndas fÃ¶r %<-m64%>-mÃ¥l med %<-fnext-runtime%>%<-fobjc-exceptions%> behÃ¶vs fÃ¶r att aktivera Objective-C undantagssyntax%<-fobjc-gc%> ignoreras fÃ¶r %<-fgnu-runtime%>%<-fobjc-sjlj-exceptions%> ignoreras fÃ¶r %<-fgnu-runtime%>%<-fobjc-sjlj-exceptions%> ignoreras fÃ¶r %<-fnext-runtime%> nÃ¤r %<-fobjc-abi-version%> â‰¥ 2%<-fobjc-sjlj-exceptions%> Ã¤r det enda undantagssystem som stÃ¶djs fÃ¶r %<-fnext-runtime%> med %<-fobjc-abi-version%> < 2%<-fsplit-stack%> stÃ¶djs fÃ¶r nÃ¤rvarande bara pÃ¥ GNU/Linux%<-fsplit-stack%> stÃ¶djs fÃ¶r nÃ¤rvarande bara pÃ¥ PowerPC64 GNU/Linux med glibc-2.18 eller senare%<-fsplit-stack%> stÃ¶djs inte av denna kompilatorkonfiguration%<-fsplit-stack%> krÃ¤ver assemblerstÃ¶d fÃ¶r CFI-direktiv%<-gdwarf%s%> Ã¤r tvetydigt; anvÃ¤nd %<-gdwarf-%s%> fÃ¶r DWARF-version eller %<-gdwarf -g%s%> fÃ¶r felsÃ¶kningsnivÃ¥%<-gnat%> felstavat som %<-gant%>%<-march=%s%> Ã¤r inte kompatibelt med det valda ABI:et%<-march=%s%> krÃ¤ver %<-mfp32%>%<-mcpu=%> bÃ¶r undvikas.  AnvÃ¤nd %<-mtune=%> eller %<-march=%> istÃ¤llet.%<-mdynamic-no-pic%> Ã¥sidosÃ¤tter %<-fpic%>, %<-fPIC%>, %<-fpie%> eller %<-fPIE%>%<-mfpxx%> kan endast anvÃ¤ndas med ABI:et o32%<-mfpxx%> krÃ¤ver %<-mlra%>%<-mfused-madd%> bÃ¶r undvikas, anvÃ¤nd %<-ffp-contract=%> istÃ¤llet%<-mgp32%> och %<-mfp64%> kan bara kombineras om mÃ¥let stÃ¶djer instruktionerna mfhc1 och mthc1%<-mgp32%> och %<-mfp64%> kan endast kombineras nÃ¤r ABI:et o32 anvÃ¤nds%<-mgp32%> anvÃ¤nt med ett 64-bitars ABI%<-mgp64%> anvÃ¤nt med ett 32-bitars ABI%<-mgp64%> anvÃ¤nt med en 32-bitarsprocessor%<-mintel-syntax%> och %<-mno-intel-syntax%> bÃ¶r undvikas.  AnvÃ¤nd %<-masm=intel%> och %<-masm=att%> istÃ¤llet%<-mips3d%> krÃ¤ver %<-mpaired-single%>%<-mmsa%> mÃ¥ste anvÃ¤ndas med %<-mfp64%> och %<-mhard-float%>%<-mno-gpopt%> behÃ¶ver %<-mexplicit-relocs%>%<-mpcommit%> bÃ¶r undvikas%<-mrtd%> ignoreras i 64-bitslÃ¤ge%<-msse5%> togs bort%<-msseregparm%> anvÃ¤nd utan SSE aktiverat%<tune=x86-64%> bÃ¶r undvikas.  AnvÃ¤nd istÃ¤llet det som passar av %<tune=k8%> och %<tune=generic%>%<-static-libgfortran%> stÃ¶djs inte i denna konfiguration%<-x %s%> efter sista indatafilen har ingen effekt%<...%> som argument.)%<...%>-hanterare mÃ¥ste vara den sista hanteraren i sitt try-block%<...%> har ogiltigt operandnummer%<::%> behÃ¶vs i PROCEDURE-bindning med explicit mÃ¥l vid %C%<::%D%> har inte deklarerats%<::%E%> har inte deklarerats%<::%E%> Ã¤r inte en klass eller namnrymd%<::%E%> Ã¤r inte en klass, namnrymd eller upprÃ¤kning%<::%E%> Ã¤r inte en typ%<::main%> mÃ¥ste returnera %<int%>%<<:%> Ã¤r en alternativ stavning av %<[%>.  LÃ¤gg in mellanrum mellan %<<%> och %<::%>%<<::%> kan inte inleda en argumentlista till en mall%<<<%> in boolean context, did you mean %<<%>?%<=> mÃ¥l%> Ã¤r ogiltigt fÃ¶r DEFERRED-bindning vid %Coperatorn %<>>%> hanteras som tvÃ¥ hÃ¶gervinkelparenteser i C++11%<>>%> skulle vara %<> >%> inuti en nÃ¤stad mallargumentlista%<@dynamic%> finns inte i Objective-C 1.0%<@dynamic%> som inte Ã¤r i @implementation-kontext%<@dynamic%> krÃ¤ver klassens @interface fÃ¶r att vara tillgÃ¤nglig%<@encode%> mÃ¥ste ange en typ som ett argument%<@end%> saknas i implementationskontext%<@end%> mÃ¥ste stÃ¥ i @implementation-kontext%<@optional%> Ã¤r endast tillÃ¥tet i @protocol-sammanhang%<@optional%> finns inte i Objective-C 1.0%<@package%> Ã¤r inte tillgÃ¤ngligt i Objective-C 1.0%<@package%> har fÃ¶r nÃ¤rvarande samma effekt som %<@public%>%<@property%> finns inte i Objective-C 1.0%<@required%> Ã¤r endast tillÃ¥tet i @protocol-sammanhang%<@required%> finns inte i Objective-C 1.0argumentet %<@synchronized%> Ã¤r inte ett objekt%<@synthesize%> kan inte anvÃ¤ndas i kategorier%<@synthesize%> finns inte i Objective-C 1.0%<@synthesize%> som inte Ã¤r i @implementation-kontext%<@synthesize%> krÃ¤ver klassens @interface fÃ¶r att vara tillgÃ¤nglig%<@throw%> (rethrow) anvÃ¤nd utanfÃ¶r ett @catch-blockargumentet till %<@throw%> Ã¤r inte ett objekt%<@try%> utan %<@catch%> eller %<@finally%>%<G0%>â€� i format vid %L%<I%> vid %L och %<J%> vid %L kan inte bÃ¥da vara literala BOZ-konstanter%<MOLD%>-argumentet till inbyggd %<TRANSFER%> vid %L mÃ¥ste vara %s%<[%E] =%> anvÃ¤nt i en designerad initierare i GNU-stil fÃ¶r klassen %qT%<[*]%> Ã¤r inte tillÃ¥tet annat Ã¤n inom en funktionsprototyp%<[*]%> Ã¤r inte i en deklaration%<_Alignas%>-specificerare kan inte reducera justeringen hos %qE%<_Alignas%>-specificerare kan inte reducera justeringen fÃ¶r namnlÃ¶sa fÃ¤lt%<_Atomic%> %qD i %<aligned%>-klausul%<_Atomic%> %qD i %<firstprivate%>-klausul vid %<target%>-konstruktion%<_Atomic%> %qD i %<linear%>-klausul%<_Atomic%> %qD i %qs-klausul%<_Atomic%> %qD i implicit %<firstprivate%>-klausul vid %<target%>-konstruktion%<_Atomic%> %qD i implicit %<map%>-klausul%<_Atomic%> %qE i %<reduction%>-klausul%<_Atomic%> %qE i %qs-klausul%<_Atomic%> tillÃ¤mpat pÃ¥ en kvalificerad typ%<_Atomic%>-uttryck i %<#pragma omp atomic%>%<_Atomic%> i Objective-C%<_Atomic%>-iterationsvariabel %qE%<_Atomic%>-kvalificerad typ i %<#pragma omp declare reduction%>%<_Atomic%>-kvalificerad vektortyp%<_Atomic%>-kvalificerad funktionstyp%<_Atomic%>-kvalificerad parametertyp %qT till %q+D%<_Atomic%>-kvalificerad returtyp till fÃ¶r %qD%<_Cilk_for%> tillÃ¥ter ett uttryck istÃ¤llet fÃ¶r en deklaration endast i C, inte i C++%<_Cilk_spawn%> kan endast anges inuti en funktion%<_Cilk_spawn%> mÃ¥ste fÃ¶ljas av ett uttryck%<_Float%d%s%> stÃ¶djs inte fÃ¶r denna mÃ¥larkitektur%<_Generic%>-association har funktionstyp%<_Generic%>-association har ofullstÃ¤ndig typ%<_Generic%>-association har variabel lÃ¤ngdtyp%<_Generic%>-vÃ¤ljare av typ %qT Ã¤r inte kompatibel med nÃ¥gon association%<_Generic%> anger tvÃ¥ kompatibla typer%<_Noreturn%> i tom deklaration%<_Sat%> anvÃ¤nds utan %<_Fract%> eller %<_Accum%>attributet %<__BELOW100__%> Ã¤r bara tillÃ¤mpbart pÃ¥ variabler%<__GIMPLE%> Ã¤r endast giltigt med -fgimple%<__alignof%> tillÃ¤mpad pÃ¥ ett bitfÃ¤lt%<__auto_type%> i tom deklaration%<__auto_type%> kan endast anvÃ¤ndas med en ensam deklarerare%<__auto_type%> behÃ¶ver en enkel identifierare som deklarerare%<__auto_type%> behÃ¶ver en initierad datadeklaration%<__auto_type%> anvÃ¤nd med en bitfÃ¤ltsinitierare%<__builtin_complex%>-operand Ã¤r inte av en reell binÃ¤r flyttalstypoperander till %<__builtin_complex%> av olika typerandra argumentet till %<__builtin_longjmp%> mÃ¥ste vara 1%<__builtin_next_arg%> anropad utan argument%<__gcc_host_wide_int__%> Ã¤r inte definierad som %<long%> eller %<long long%>%<__gcc_host_wide_int__%> Ã¤r inte definierad som en typ%<__int%d%> stÃ¶djs inte pÃ¥ denna mÃ¥larkitektur%<__int%d%> stÃ¶djs inte fÃ¶r denna mÃ¥larkitektur%<__label__%> som inte inleder ett block%<__restrict%> kan bara anges fÃ¶r objekt och funktionerattributet %<__simd__%> kan inte anvÃ¤ndas i samma funktion som Ã¤r markerad som en Cilk Plus SIMD-aktiverad funktion%<__thread%> fÃ¶re %<extern%>%<__thread%> fÃ¶re %<static%>%<__thread%> fÃ¶re %qD%<__thread%> kan bara anges fÃ¶r objekt och funktioner%<__transaction_atomic%> utan stÃ¶d fÃ¶r transaktionsminne aktiverat%<__transaction_cancel%> inte inom %<__transaction_atomic%>%<__transaction_cancel%> inom en %<__transaction_relaxed%>%<__transaction_cancel%> utan att stÃ¶d fÃ¶r transaktionsminne Ã¤r aktiverat%<__transaction_relaxed%> utan stÃ¶d fÃ¶r transaktionsminne aktiverat%<a%d%>-argumentet till inbyggd %qs vid %L mÃ¥ste vara %s(%d)%<a1%>-argumentet till inbyggd %qs vid %L mÃ¥ste vara INTEGER, REAL eller CHARACTER%<acc update%> mÃ¥ste innehÃ¥lla Ã¥tminstone en %<device%>- eller %<host%>- eller %<self%>-klausul vid %Largumentet till %<alignas%> har typen %qT som inte Ã¤r en heltalstyp%<aligned%>-klausuls justeringsuttryck mÃ¥ste vara heltal%<aligned%>-klausulens justeringsuttryck mÃ¥ste vara ett positivt konstant heltalsuttryckgrÃ¤nsen fÃ¶r %<alloca%> Ã¤r okÃ¤nd%<and%> mellan Ã¶msesidigt uteslutande likhetstester Ã¤r alltid 0%<asm%> i %<constexpr%>-funktion%<asm%>-operandbegrÃ¤nsningar inkompatibla med operandstorlek%<asm%>-operand har omÃ¶jliga begrÃ¤nsningar%<asm%>-operand krÃ¤ver omÃ¶jlig omlastning%<asm%>-specificerare Ã¤r inte tillÃ¥tna pÃ¥ icke-statiska datamedlemmarattributet %<assign%> stÃ¥r i konflikt med attributet %<copy%>attribut %<assign%> stÃ¥r i konflikt med attributet %<retain%>%<assign%> kan vara osÃ¤kert fÃ¶r Objective-C-objekt, ange uttryckligen om du behÃ¶ver det%<async%>-uttryck mÃ¥ste vara heltal%<auto%> kan endast anges fÃ¶r variabler eller funktionsdeklarationer%<auto%> Ã¤ndrar betydelse i C++11; var god ta bort det%<auto%> stÃ¥r i konflikt med andra OpenACC-slingspecificerare%<auto%> tom deklaration pÃ¥ filnivÃ¥en %<auto%>-parameter Ã¤r tillÃ¥ten i detta sammanhang%<bank_switch%> har ingen effekt pÃ¥ icke-avbrotts-funktioner%<builtin_return_address%> innehÃ¥ller bara 2 byte adress%<concept%> kan inte fÃ¶rekomma i en typedef-deklaration%<concept%> Ã¤r endast tillgÃ¤ngligt med -fconcepts%<const%>- och %<volatile%>-funktionsspecificerare pÃ¥ %qD Ã¤r ogiltiga i fÃ¤ltdeklaration%<const%>- och %<volatile%>-funktionsspecificerare pÃ¥ %qD Ã¤r ogiltiga i parameterdeklaration%<const%>- och %<volatile%>-funktionsspecificerare pÃ¥ %qD Ã¤r ogiltiga i typdeklaration%<const%>- och %<volatile%>-funktionsspecificerare pÃ¥ %qD Ã¤r ogiltiga i variabeldeklaration%<const%> kan bara anges fÃ¶r objekt och funktioner%<constexpr%> kan inte fÃ¶rekomma i en typedef-deklaration%<constexpr%> kan inte anvÃ¤ndas fÃ¶r typdeklarationer%<constexpr%>-konstrueraren fÃ¶r unionen %qT mÃ¥ste initiera precis en icke statisk datamedlem%<constexpr%> lambda Ã¤r endast tillgÃ¤ngligt med -std=c++1z eller -std=gnu++1z%<constexpr%> behÃ¶vs fÃ¶r initiering i klassen av statisk datamedlem med icke heltaltyp %q#Dattributet %<copy%> gÃ¤ller bara fÃ¶r Objective-C-objekten %<critical%> region fÃ¥r inte vara innesluten inuti en %<critical%> region med samma namn%<custom-%s=%> Ã¤r inte kÃ¤nt som en FPU-instruktion%<custom-%s=%> behÃ¶ver argument%<default%>-etikett som inte ligger i en switch-sats%<delete[]%> Ã¤r inte ett konstant uttryck%<depend(%s)%> Ã¤r bara tillÃ¥tet i %<omp ordered%>%<depend(sink)%>-klausul vÃ¤ntar pÃ¥ en lexikalt senare iteration%<depend(sink)%> refererar till en iteration som aldrig Ã¤r i iterationsrymden%<depend(source)%>-klausul angiven tillsammans med %<depend(sink:)%>-klausuler pÃ¥ samma konstruktion%<device%>-id mÃ¥ste vara ett heltal%<dim%>-argumentet till inbyggd %qs vid %L Ã¤r inte ett giltigt co-dimensionsindex%<dim%>-argumentet till inbyggd %qs vid %L Ã¤r inte ett giltigt dimensionsindex%<dim%>-argumentet till inbyggd %s vid %L Ã¤r inte ett giltigt dimensionsindex%<dist_schedule%> styckesstorleksuttryck mÃ¥ste vara heltalen %<distribute%>-region mÃ¥ste vara strikt inneslutna inuti en %<teams%>-konstruktion%<dynamic_cast%> Ã¤r inte tillÃ¥tet med -fno-rtti%<else%> utan ett fÃ¶regÃ¥ende %<if%>%<enum %E%> Ã¤r deklarerad i %<for%>-slingas initiala deklaration%<explicit%> kan endast anges fÃ¶r konstruerare%<explicit%> i vÃ¤ndeklaration%<explicit%> utanfÃ¶r klassdeklarationattributet %<externally_visible%> har bara effekt pÃ¥ publika objektattributet %<fallthrough%> fÃ¶ljs inte av %<;%>attributet %<fallthrough%> angivet flera gÃ¥ngerattributet %<fallthrough%> angivet med en parameterattributdirektivet %<fast_interrupt%> ignorerat%<for%>-slinga med startdeklaration Ã¤r endast tillÃ¥tet i C99- och C11-lÃ¤ge%<friend%> kan endast anges inuti en klass%<friend%> anvÃ¤nd utanfÃ¶r en klass%<gang%>-numeriskt uttryck mÃ¥ste vara ett heltal%<gang%>-numeriskt vÃ¤rde mÃ¥ste vara positivt%<gang%>-statiskt uttryck mÃ¥ste vara heltal%<gang%>-statiskt vÃ¤rde mÃ¥ste vara positivtCPU %<generic%> kan anvÃ¤ndas endast till flaggan %<-mtune=%>attribut %<gnu_inline%> finns pÃ¥ %q+D%<goto%> i %<constexpr%>-funktion%<goto%> Ã¤r inte ett konstant uttryck%<grainsize%>-uttryck mÃ¥ste vara ett heltal%<grainsize%>-vÃ¤rdet mÃ¥ste vara positivt%<if constexpr%> Ã¤r endast tillgÃ¤ngligt med -std=c++1z eller -std=gnu++1zen %<inbranch%>-klausul Ã¤r inkompatibel med %<notinbranch%>%<inline%> kan endast anges fÃ¶r funktioner%<inline%> i tom deklaration%<inline%> Ã¤r inte tillÃ¥tet i deklaration av vÃ¤nmallspecialisering %qD%<inline%> angivet fÃ¶r vÃ¤nklassdeklarationspecificerare %<inline%> Ã¤r ogiltig fÃ¶r funktionen %qs deklarerad utanfÃ¶r global rÃ¤ckviddspecificeraren %<inline%> Ã¤r ogiltig fÃ¶r variabeln %qD deklarerad med blockrÃ¤ckviddCPU %<intel%> kan anvÃ¤ndas endast till flaggan %<-mtune=%>%<linear%>-klausul fÃ¶r en annan variabel Ã¤n en slingiterator angiven vid konstruktion kombinerad med %<distribute%>en %<linear%>-klausul fÃ¥r inte anges tillsammans med en %<ordered%>-klausul med en parameter%<linear%>-klausulens steg %qE Ã¤r varken en konstant eller en parameter%<linear%>-klausulens steguttryck mÃ¥ste vara heltal%<linear%>-klausulsteg Ã¤r en parameter %qD inte angiven i %<uniform%>-klausul%<location_t%> Ã¤r inte definierad som en typ%<locus%> Ã¤r inte definierad som en typ%<long long long%> Ã¤r fÃ¶r lÃ¥ngt fÃ¶r GCC%<long long%> ogiltig fÃ¶r %qs%<long%> och %<short%> angivna tillsammans fÃ¶r %qs%<long%> ogiltig fÃ¶r %qs%<long%> eller %<short%> ogiltig fÃ¶r %qs%<long%> eller %<short%> angiven med char fÃ¶r %qs%<long%>-switch-uttryck konverteras inte till %<int%> i ISO C%<long%>, %<int%>, %<short%> eller %<char%> ogiltig fÃ¶r %qs%<main%> deklarerad %<_Noreturn%>en %<master%>-region fÃ¥r inte vara nÃ¤ra innesluten inuti arbetsdelande, explicit %<task%> eller %<taskloop%> region%<memset%> anvÃ¤nd med konstant parameter med lÃ¤ngd noll; detta kan bero pÃ¥ omkastade parametrar%<memset%> anvÃ¤nt med en lÃ¤ngd lika med antalet element utan att multiplicera med elementstorleken%<namespace%>-definition Ã¤r inte tillÃ¥ten hÃ¤r%<new%> av typ %qT med utÃ¶kad justering %d%<no-custom-%s%> tar inte argument%<nonmonotonic%>-modifierare angiven fÃ¶r schemalÃ¤ggningssort %qs%<nonmonotonic%>-schemalÃ¤ggningsmodiferare angiven tillsammans med %<ordered%>-klausul%<noreturn%>-funktion returneraren %<nowait%>-klausul fÃ¥r inte anvÃ¤ndas tillsammans med %<copyprivate%>%<num_gangs%>-vÃ¤rdet mÃ¥ste vara positivt%<num_tasks%>-uttryck mÃ¥ste vara ett heltal%<num_tasks%>-vÃ¤rdet mÃ¥ste vara positivt%<num_teams%>-vÃ¤rdet mÃ¥ste vara positivt%<num_threads%>-vÃ¤rdet mÃ¥ste vara positivt%<num_workers%>-vÃ¤rdet mÃ¥ste vara positivt%<operator delete%> mÃ¥ste returnera typ %qT%<operator delete%> tar typen %qT som fÃ¶rsta parameter%<operator new%> fÃ¥r inte returnera NULL om den inte Ã¤r deklarerad %<throw()%> (eller -fcheck-new Ã¤r aktivt)%<operator new%> mÃ¥ste returnera typ %qT%<operator new%> tar typen %<size_t%> (%qT) som fÃ¶rsta parameter%<operator%s%>%<operator%s%> i %<%E %s %E%>%<operator%s%> i %<%E%s%>%<operator%s%> i %<%s%E%>%<operator=%> skall returnera en referens till %<*this%>%<operator[]%>%<operator[]%> i %<%E[%E]%>%<or%> mellan omatchade olikhetstester Ã¤r alltid 1%<ordered simd threads%> mÃ¥ste vara nÃ¤ra inneslutet inuti en %<for simd%>-region%<ordered%> %<simd%> mÃ¥ste vara nÃ¤ra innesluten inuti en %<simd%>-region%<ordered%>-klausulparameter Ã¤r mindre Ã¤n %<collapse%>en %<ordered%>-klausul med parameter fÃ¥r inte anges pÃ¥ en %qs-konstruktion%<ordered%>-konstruktion med %<depend%>-klausul mÃ¥ste vara nÃ¤ra innesluten inuti en slinga med %<ordered%>-klausul med en parameteren %<ordered%> konstruktion med %<depend%>-klausul mÃ¥ste vara nÃ¤ra innesluten inuti en %<ordered%>-slingaen %<ordered%> region fÃ¥r inte vara nÃ¤ra innesluten inuti en %<critical%>, %<ordered%>, explicit %<task%> eller %<taskloop%> regionen %<ordered%> region mÃ¥ste vara nÃ¤ra innesluten inuti en slingaregion med en %<ordered%>-klausul%<priority%>-uttryck mÃ¥ste vara ett heltal%<priority%>-vÃ¤rdet mÃ¥ste vara positivtattributet %<readonly%> stÃ¥r i konflikt med attributet %<readwrite%>attributet %<readonly%> stÃ¥r i konflikt med attributet %<setter%>%<register%> i tom deklaration pÃ¥ filnivÃ¥specificeraren %<register%> av lagringsklass angiven%<reinterpret_cast<%T>(%E)%> Ã¤r inte ett konstant uttryck%<requires%> Ã¤r endast tillgÃ¤ngligt med -fconceptsattributet %<retain%> stÃ¥r i konflikt med attributet %<copy%>attributet %<retain%> Ã¤r endast giltigt fÃ¶r Objective-C-objekt%<return%> med vÃ¤rde i funktion som returnerar void%<return%> utan vÃ¤rde i funktion som returnerar icke-void%<safelen%>-klausulens uttryck mÃ¥ste vara ett positivt konstant heltalsuttryck%<seq%> Ã¥sidosÃ¤tter andra OpenACC-slingspecificerare%<shape%>-argumentet till inbyggd %<reshape%> vid %L har mer Ã¤n %d element%<shape%>-argumentet till inbyggd %<reshape%> vid %L mÃ¥ste vara en vektor av konstant storlek%<short%> ogiltig fÃ¶r %qs%<short%> eller %<long%> ogiltig fÃ¶r %qs%<signed%> och %<unsigned%> givna tillsammans fÃ¶r %qs%<signed%> eller %<unsigned%> Ã¤r ogiltigt fÃ¶r %qs%<simdlen%>-klausulens uttryck mÃ¥ste vara ett positivt konstant heltalsuttryck%<simdlen%>-klausulvÃ¤rde Ã¤r stÃ¶rre Ã¤n %<safelen%>-klausulvÃ¤rde%<sizeof%> applicerat pÃ¥ ett bitfÃ¤lt%<sizeof%> pÃ¥ vektorfunktionsparametern %qE kommer returnera storleken pÃ¥ %qTargument till %<sizeof...%> mÃ¥ste omges av parenteser%<source%>-argumentet till inbyggd %<shape%> vid %L fÃ¥r inte vara en vektor med antagen storlek%<static%> fÃ¥r inte anvÃ¤ndas vid definition (till skillnad mot deklaration) av statisk datamedlemspecificerare %<static%> Ã¤r ogiltigt fÃ¶r funktion %qs deklarerad utanfÃ¶r global rÃ¤ckvidd%<std::tuple_size<%T>::value%> Ã¤r inte ett konstantuttryck av heltalstyp%<struct %E%> Ã¤r deklarerad i %<for%>-slingas initiala deklaration%<teams%>-konstruktion inte vara nÃ¤ra innesluten inuti en %<target%>-konstruktion%<this%> tillÃ¥tet i OpenMP endast i %<declare simd%>-klausuler%<this%> Ã¤r inte tillgÃ¤ngligt i en statisk medlemsfunktion%<this%> kan inte anvÃ¤ndas i detta sammanhang%<this%> fÃ¥ngades inte fÃ¶r denna lambdafunktion%<thread_limit%>-uttryck mÃ¥ste vara heltal%<thread_limit%>-vÃ¤rdet mÃ¥ste vara positivt%<threadprivate%> %qD Ã¤r inte fil-, namnrymds- eller blockrÃ¤ckviddsvariabel%<threadprivate%> %qE-direktiv inte i %qT-definition%<threadprivate%> %qE har ofullstÃ¤ndig typ%<tile%>-argumentet behÃ¶ver en heltalstypargumentet till %<tile%> behÃ¶ver en positiv heltalskonstant%<transaction_may_cancel_outer%>-funktionsanrop som inte Ã¤r inuti en yttre transaktion eller %<transaction_may_cancel_outer%>%<transaction_safe_dynamic%> kan endast anges fÃ¶r en virtuell funktion%<tree%> Ã¤r inte definierad som en pekartyp%<tree%> Ã¤r inte definierad som en typ%<try%> i %<constexpr%>-funktion%<typedef%> ignorerades i denna deklaration%<typeid%>-operator fÃ¥r inte finnas i ett konstantuttryck%<typename %T::%D%> namnger %q#T, som inte Ã¤r en klassmall%<typename %T::%D%> namnger %q#T, som inte Ã¤r en typ%<typeof%> applicerat pÃ¥ ett bitfÃ¤lt%<union %E%> Ã¤r deklarerad i %<for%>-slingas initiala deklaration%<va_start%> anvÃ¤nds i en funktion med fixt antal parametrar%<vector%>-lÃ¤ngduttryck mÃ¥ste vara ett heltal%<vector%>-lÃ¤ngdvÃ¤rdet mÃ¥ste vara positivt%<vector_length%>-vÃ¤rdet mÃ¥ste vara positivt%<virtual%> kan endast anges fÃ¶r funktioner%<virtual%> utanfÃ¶r klassdeklaration%<virtual%> anges mer Ã¤n en gÃ¥ng i basspecificerade%<void%> som enda parameter kan inte kvalificeras%<void%> mÃ¥ste vara den enda parametern%<volatile%> kan bara anges fÃ¶r objekt och funktioner%<wait%>-uttryck mÃ¥ste vara heltalattributet %<weakref%> ignorerat fÃ¶r att funktionen Ã¤r definieradattributet %<weakref%> ignorerat fÃ¶r att variabeln Ã¤r initieradattributet %<weakref%> skall Ã¥tfÃ¶ljas av ett attribut %<alias%>%<worker%>-numeriskt uttryck mÃ¥ste vara ett heltal%<worker%>-numeriskt vÃ¤rde mÃ¥ste vara positivt%<||%> Ã¤r inte tillÃ¥tet i GIMPLE%<~%> pÃ¥ ett booleskt uttryck%<~%> pÃ¥ ett yttryck av typ bool%<~auto%> Ã¤r endast tillgÃ¤ngligt med -std=c++14 eller -std=gnu++14%D byter namn efter att ha refererats i assemblerkvalificeraren %E ignorerad pÃ¥ asm%E krÃ¤ver %<-fgnu-tm%>%K%qD: att skriva %wu byte till en region av storlek %wu spiller Ã¶ver destinationen%K%qD: den angivna grÃ¤nsen %wu Ã¶verskrider maximal objektstorlek %wu%K%qD: den angivna grÃ¤nsen %wu Ã¶verskrider storleken %wu pÃ¥ destinationen%K%qD: den angivna grÃ¤nsen mellan %wu och %wu Ã¶verskrider maximal objektstorlek %wu%K%qD: den angivna grÃ¤nsen mellan %wu och %wu Ã¶verskrider storleken %wu pÃ¥ destinationen%K%qD: den angivna storleken %wu Ã¶verskrider maximal objektstorlek %wu%K%qD: den angivna storleken mellan %wu och %wu Ã¶verskrider maximal objektstorlek %wu%K%qD: att skriva %wu byte till en region av storlek %wu spiller Ã¶ver destinationen%K%qD: att skriva Ã¥tminstone %wu byte till en region av storlek %wu spiller Ã¶ver destinationen%K%qD: att skriva mellan %wu och %wu byte till en region av storlek %wu spiller Ã¶ver destinationen%K%s %wd utanfÃ¶r intervall %wd - %wd%Kargument %d mÃ¥ste vara en konstant omedelbar%Kargument %i:s intervall [%E, %E] Ã¶verskrider maximal objektstorlek %E%Kargument %i:s intervall [%E, %E] Ã¤r negativt%Kargument %i:s vÃ¤rde %qE Ã¶verskrider maximal objektstorlek %E%Kargument %i:s vÃ¤rde %qE Ã¤r negativt%Kargument %i:s vÃ¤rde Ã¤r noll%Kasm Ã¤r inte tillÃ¥tet i en %<transaction_safe%>-funktion%KfÃ¶rsÃ¶k att frigÃ¶ra ett icke-heap-objekt%KfÃ¶rsÃ¶k att frigÃ¶ra ett icke-heap-objekt %qD%Kanrop av %qs deklarerad med attributet error: %s%K anrop av %qs deklarerad med attributet warning: %s%KfÃ¶rsta argumentet till %D mÃ¥ste vara en pekare, det andra en heltalskonstant%Kogiltigt anvÃ¤ndning av %<__builtin_va_arg_pack ()%>%Kogiltigt anvÃ¤ndning av %<__builtin_va_arg_pack_len ()%>%Kbana %wd utanfÃ¶r intervallet %wd - %wd%Kbanindex mÃ¥ste vara en konstant omedelbar%Ksista argumentet till %D Ã¤r inte en heltalskonstant mellan 0 och 3%Kprodukten %<%E * %E%> av argument %i och %i Ã¶verskrider %<SIZE_MAX%>%Kprodukten %<%E * %E%> av argument %i och %i Ã¶verskrider maximal objektstorlek %E%Ktotal storlek och elementstorlek mÃ¥ste vara en konstant omedelbar skild frÃ¥n noll%d konstruerare hittad
  %d konstruerare hittade
  %d destruerare hittad
  %d destruerare hittade
  %d utgÃ¥ngar registrerade fÃ¶r slinga %d (som har %d utgÃ¥ngar)%d ramtabell hittad
  %d ramtabeller hittade
! de %d minst signifikanta bitarna av %s ignoreras%i-bitslÃ¤ge inte inkompilerat%q#D%q#D stÃ¥r i konflikt med tidigare deklaration%q#D Ã¤r deklarerad hÃ¤r%q#D refererar inte till den okvalificerade typen, sÃ¥ den anvÃ¤nds int fÃ¶r lÃ¤nkklass%q#D explicit standarddefinierad hÃ¤r%q#D har ofullstÃ¤ndig typ%q#D dÃ¶ljer konstruerare fÃ¶r %q#T%q#D Ã¤rver frÃ¥n flera bassubjobjekt%q#D ogiltig, en anonym post kan bara ha ickestatiska datamedlemmar%q#D ogiltig, en anonym union kan bara ha ickestatiska datamedlemmar%q#D Ã¤r en statisk datamedlem; den kan endast initieras vid sin definition%q#D Ã¤r implicit deklarerad som raderad fÃ¶r att %qT deklarerar en flyttkonstruerare eller flyttilldelningsoperator%q#D Ã¤r underfÃ¶rstÃ¥tt raderad eftersom standarddefinitionen skulle vara felformulerad:%q#D Ã¤r oÃ¥tkomlig inom denna kontext%q#D Ã¤r inte en funktionsmall%q#D Ã¤r inte en icke-statisk datamedlem i %qT%q#D Ã¤r inte ett giltigt mallargument till typen %qT eftersom en referensvariabel inte har en konstant adress%q#D Ã¤r inte const%q#D Ã¤r privat inom denna kontext%q#D Ã¤r skyddad inom denna kontext%q+#D Ã¤r volatile%q#D inte deklarerad i klassen%q#D tidigare deklarerad hÃ¤r%q#D definierades tidigare hÃ¤r%q#D omdeklarerad som en annan sorts symbol%q#D borde initieras%q#D, deklarerad med en lokal typ %qT, anvÃ¤nds men Ã¤r aldrig definierad%q#D, deklarerad med en namnlÃ¶s typ, anvÃ¤nds men Ã¤r aldrig definierad%q#F raderas implicit fÃ¶r att dess undantagsspecifikation stÃ¤mmer inte med den implicita undantagsspecifikationen %qX%q#T har ingen medlem med namnet %qE%q#T har ingen medlem med namnet %qE, menade du %qE?%q#T har ingen anvÃ¤ndardefinierad standardkonstruerare%q#T har pekardatamedlemmar%q#T har virtuella basklasser%q#T har virtuella funktioner och Ã¥tkomlig ickevirtuell destruerare%q#T Ã¤r inte en klass%q#T Ã¤r inte en klass eller namnrymd%q#T Ã¤r inte en mall%q#T Ã¤r inte en giltig typ fÃ¶r en mallparameter som inte Ã¤r en typ%q#T definierar bara en privat destruerare och har inga vÃ¤nner%q#T definierar bara privata konstruerare och har inga vÃ¤nner%q#T anvÃ¤nt dÃ¤r %qT fÃ¶rvÃ¤ntades%q#T anvÃ¤nt dÃ¤r ett flyttalsvÃ¤rde fÃ¶rvÃ¤ntades%q#T deklarerades tidigare hÃ¤r%q+#D kan inte deklareras%q+#D kan inte Ã¶verlagras%q+#D Ã¤r inte en statisk datamedlem i %q#T%q+#D Ã¤r markerad %<final%>, men Ã¤r inte virtuell%q+#D Ã¤r markerad %<override%>, men den Ã¥sidosÃ¤tter intealiaset %q+D mellan funktion och variabel stÃ¶djs inte%q+D aliasad deklaration%q+D Ã¤r aliasat till den externa symbolen %qE%q+D Ã¤r aliasat till en odefinierad symbol %qE%q+D Ã¤r redan deklarerad med attributet dllexport: dllimport ignoreras%q+D deklarerad som en vÃ¤n%q+D deklarerat som en variadisk funktion%q+D deklarerad att ta const-referens, men implicit deklaration skulle ta icke-const%q+D deklarerad med en undantagsspecifikationer%q+D deklarerat som en variadisk funktion utan prototyp%q+D Ã¤r definierad bÃ¥de normalt och som ett attribut %qE%q+D har inkompatibla attribut %qs och %qs%q+D i deklarationsmÃ¥lsdirektiv har inte en avbildbar typ%q+D ogiltig i %q#T%q+D Ã¤r statisk men deklarerad i inline-funktion %qD som inte Ã¤r statisk%q+D Ã¤r vanligtvis en funktion%q+D omdeklarerad som en annan sorts symbol%q+D omdeklarerad inline med attributet %<gnu_inline%>%q+D omdeklarerad inline utan attributet %<gnu_inline%>%q+D omdeklarerad utan attributet dllimport efter att ha refererats med lÃ¤nkklass dll%q+D omdeklarerades utan attributet dllimport: tidigare dllimport ignorerasden statiska datamedlemmen %q+D Ã¤r inuti deklarationsmÃ¥lsdirektiv%q+D tar bara noll eller tvÃ¥ argument%q+E Ã¤r inte ett konstant uttryck%q+F Ã¤r deklarerad %<static%> men definieras aldrig%q+F Ã¤r anvÃ¤nd men inte definierad%q+T Ã¤r inte literal fÃ¶r att:%qD fÃ¶rekommer bÃ¥de i data- och map-klausuler%qD fÃ¶rekommer mer Ã¤n en gÃ¥ng i %<aligned%>-klausuler%qD fÃ¶rekommer mer Ã¤n en gÃ¥ng i dataklausuler%qD fÃ¶rekommer mer Ã¤n en gÃ¥ng i avbildningsklausuler%qD fÃ¶rekommer mer Ã¤n en gÃ¥ng i rÃ¶relseklausuler%qD fÃ¶rekommer mer Ã¤n en gÃ¥ng i reduktionsklausulerattributdirektivet %qD ignoreratattributet %qD Ã¤r meningslÃ¶st eftersom medlemmar av den anonyma namnrymden fÃ¥r lokala symbolerattributet %qD krÃ¤ver ett ensamt NTBS-argument%qD anropad i ett konstant uttryck%qD anropad i ett konstant uttryck fÃ¶re dess definition Ã¤r komplett%qD kan markeras override%qD fÃ¥r inte finnas i ett konstantuttryck%qD kan inte deklareras %<virtual%>, eftersom den alltid Ã¤r statisk%qD kan inte standarddefinieras%qD kan inte anvÃ¤ndas som en funktion%qD kan inte ha standardargument%qD bytte semantik i GCC 4.4%qD stÃ¥r i konflikt med anvÃ¤nd funktion%qD Ã¤r deklarerad %<constexpr%> utanfÃ¶r sin klass%qDF Ã¤r deklarerad %<static%> i en %<constexpr%>-funktion%qD Ã¤r deklarerad %<thread_local%> i en %<constexpr%>-funktion%qD deklarerad %<transaction_safe_dynamic%>%qD deklarerat som ett %<virtual%>-fÃ¤lt%qD deklarerad som en %<virtual%>-parameter%qD deklarerad som en %<virtual%>-typ%qD deklarerad som en %<virtual%>-variabel%qD deklarerad som en icke-parameter%qD deklarerat som ett %<inline%>-fÃ¤lt%qD deklarerad som en %<inline%>-parameter%qD deklarerad som en %<inline%>-typ%qD Ã¤r deklarerad som en vektor av %qT%qD Ã¤r deklarerad som en referens men inte initierad%qD Ã¤r deklarerad hÃ¤r%qD Ã¤r deklarerad hÃ¤r, senare i Ã¶versÃ¤ttningsenheten%qD Ã¤r definierad men inte anvÃ¤nd%qD har inte en avbildbar typ i %qs-klausul%qD har inte heltals- eller upprÃ¤kningstyp%qD Ã¤r inte namnet pÃ¥ en upprÃ¤kningstyp i %qT%qD refererar inte till en funktion%qD refererar inte till en funktion med namnrymdsrÃ¤ckvidd%qD har en tidigare deklaration hÃ¤r%qD Ã¤r redan definierad%qD har en ofullstÃ¤ndig typ %qT%qD har ofullstÃ¤ndig typ%qD har en ogiltig argumentlista%qD har inte deklarerats inom %D%qD har samma namn som klassen den Ã¤r deklarerad i%qD i %<reduction%>-klausul Ã¤r en vektor med storlek noll%qD Ã¤rver ABI-etiketten %E som %qT (anvÃ¤nd i sin returtyp) har%qD Ã¤rver ABI-taggen %E som %qT (anvÃ¤nd i dess typ) har%qD Ã¤r ogiltigt i lambda%qD Ã¤r en namnrymd%qD Ã¤r en vanlig (utan placering) avallokeringsfunktion%qD Ã¤r som en vanlig (icke placerande) avallokeringsfunktion i C++14 (eller med -fsized-deallocation)%qD Ã¤r redan en vÃ¤n till %qT%qD Ã¤r redan en vÃ¤n till klassen %qT%qD Ã¤r redan deklarerad i detta definitionsomrÃ¥de%qD Ã¤r redan definierad i %qT%qD Ã¤r redan definierad i klassen %qT%qD Ã¤r redan definierad i klassen %qT%qD Ã¤r en upprÃ¤kningsmall%qD Ã¤r bÃ¥de en direkt bas och en indirekt virtuell bas%qD initieras med tls-modell %s%qD bÃ¶r undvikas%qD bÃ¶r undvikas: %s%qD initieras med sig sjÃ¤lv%qD Ã¤r normalt en icke-statisk funktion%qD Ã¤r inte en klass eller namnrymd%qD Ã¤r inte en funktionsmall%qD Ã¤r inte en medlem av %qD%qD har inte en medlem av %qT%qD Ã¤r inte en medlemsmallfunktion%qD Ã¤r inte ett namnrymdsnamn%qD Ã¤r inte en pekarvariabel%qD Ã¤r inte en statisk datamedlem i en klassmall%qD Ã¤r inte en mall%qD Ã¤r inte en mallfunktion%qD Ã¤r inte en typ%qD Ã¤r inte ett giltigt mallargument fÃ¶r att %qD Ã¤r en variabel, inte adressen till en variabel%qD Ã¤r inte en variabel%qD Ã¤r inte en variabel i %<aligned%>-klausul%qD Ã¤r inte en variabel i %<depend%>-klausul%qD Ã¤r inte en variabel i en %qs-klausul%qD Ã¤r inte en variabel i klausul %<firstprivate%>%qD Ã¤r inte en variabel i klausul %<lastprivate%>%qD Ã¤r inte en variabel i klausul %qs%qD Ã¤r inte en variabelmall%qD Ã¤r inte en ett argument i en %<uniform%>-klausul%qD Ã¤r inte en funktionsmall%qD Ã¤r inte fÃ¥ngad%qD Ã¤r inte kompatibel med %qD%qD Ã¤r inte definierad utanfÃ¶r funktionsnivÃ¥%qD Ã¤r inte anvÃ¤ndbar som en constexpr-funktion eftersom:%qD Ã¤r statisk men anvÃ¤nd i inline-funktionen %qD som inte Ã¤r statisk%qD Ã¤r en trÃ¥dprivat variabel i en %qs-klausul%qD Ã¤r fÃ¶r liten fÃ¶r att fÃ¥ plats med alla vÃ¤rden hos %q#T%qD anvÃ¤nds oinitierad i denna funktion%qD kan anvÃ¤ndas oinitierad i denna funktion%qD fÃ¥r inte deklareras som statisk%qD Ã¤r kanske inte deklarerad i en namnrymd%qD mÃ¥ste vara en global variabel i %<#pragma acc declare link%>%qD mÃ¥ste vara en icke-medlems-funktion%qD mÃ¥ste vara en icke-statisk medlemsfunktion%qD mÃ¥ste vara antingen en medlemsfunktion som inte Ã¤r statisk eller funktion som inte Ã¤r medlem%qD mÃ¥ste ha ett argument med klass- eller upprÃ¤kningstyp%qD fÃ¥r inte ha variabelt antal argument%qD mÃ¥ste ta %<void%>%qD mÃ¥ste ta antingen ett eller tvÃ¥ argument%qD mÃ¥ste ta antingen noll eller ett argument%qD mÃ¥ste ta exakt ett argument%qD mÃ¥ste ta exakt tvÃ¥ argument%qD inte deklarerad%qD inte definierad%qD omdeklarerad med annan Ã¥tkomst%qD omdeklarerad med annan synlighet%qD refererad i mÃ¥lregion som inte har en avbildbar typ%qD borde initieras%qD skall initieras i medlemsinitieringslistan%qD borde ha deklarerats inuti %qD%qD skall returnera som vÃ¤rde%qD angivet bÃ¥de i deklarationsmÃ¥lets %<link%>- och %<to%>-klausuler%qD anvÃ¤ndes fÃ¶re sin definition%qD anvÃ¤nd i sin egen initierare%qD anvÃ¤nd utan mallparametrar%qD bryter mot C++ endefinitionsregel %qD deklarerades %<extern%> och senare %<static%>%qD deklarerades %qs vilket medfÃ¶r standardsynlighet%qD deklarerades hÃ¤r%qD var dold%qD deklarerades inte %<constexpr%>%qD deklarerades inte i detta definitionsomrÃ¥de%qD initierades inte med ett konstant uttryck%qD deklarerades tidigare hÃ¤r%qD anvÃ¤ndes utan nÃ¥gon deklaration fÃ¶re sin definition%qD anvÃ¤ndes utan nÃ¥gon prototyp fÃ¶re sin definition%qD kommer initieras efter%qD: synlighetsattributet ignoreras eftersom det stÃ¥r i konflikt med tidigare deklaration%qE 2.95-vtable-kompatibilitetsattribut Ã¤r bara tillÃ¤mpligt pÃ¥ C++-klasser%qE 2.95-vtable-kompatibilitetsattribut Ã¤r bara tillÃ¤mpligt vid kompilering av en kext%qE fÃ¶rekommer mer Ã¤n en gÃ¥ng i %<aligned%>-klausuler%qE fÃ¶rekommer mer Ã¤n en gÃ¥ng i dataklausuler%qE fÃ¶rekommer mer Ã¤n en gÃ¥ng i avbildningsklausuler%qE fÃ¶rekommer mer Ã¤n en gÃ¥ng i samma %<declare target%>-direktivargumentet %qE Ã¤r inte en funktionargument till %qE Ã¤r inte en identifierareadressen till attributet %qE Ã¤r utanfÃ¶r giltigt intervallattributet %qE tillÃ¥ter endast en heltalskonstant som argumentattributet %qE tillÃ¤mpad pÃ¥ %qD med returtypen voidattributet %qE anvÃ¤nt pÃ¥ %qT efter dess definitionattributet %qE tillÃ¤mpat pÃ¥ extern "C"-deklaration %qDattributet %qE anvÃ¤nt pÃ¥ typen %qT som inte Ã¤r en klass eller upprÃ¤kningstypattributet %qE tillÃ¤mpat pÃ¥ %qD som inte Ã¤r en funktion eller variabelattributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ funktionerattributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ initierade variabler med extern lÃ¤nkningargument till attribut %qE Ã¤r inte en strÃ¤ngkonstantargumentet till attribut %qE Ã¤r inte en heltalskonstantargument till attribut %qE skall vara mellan 0 och 255argumentet till attribut %qE skall vara mellan 18 och 255attributet %qE kan bara anvÃ¤ndas pÃ¥ funktioner eller pÃ¥ klass- eller upprÃ¤kningstyperattributet %qE kan inte anges fÃ¶r lokala variablerattributdirektivet %qE ignoreratattributet %qE Ã¤r inte applicerbart pÃ¥ typerattributet %qE Ã¤r inte tillÃ¤mpligt pÃ¥ funktionerattributet %qE dubbleratattributet %qE fÃ¶ljer %qEattributet %qE har ingen effektattributet %qE har ingen effekt pÃ¥ funktioner med statisk lÃ¤nkklassattributet %qE har ingen effekt pÃ¥ enhetslokala funktionerattributet %qE har bara effekt pÃ¥ publika objektattributet %qE ignoreratattributet %qE ignorerat fÃ¶r att %qT redan Ã¤r definieratattributet %qE ignoreras eftersom det stÃ¥r i konflikt med attributet %qsattributet %qE ignoreras eftersom det stÃ¥r i konflikt med attributet %qsattributet %qE ignorerat fÃ¶r %qEattributet %qE ignorerat fÃ¶r fÃ¤lt av typen %qTattributet %qE ignorerat typer som inte Ã¤r klasserattributet %qE ignorerat fÃ¶r typerattributet %qE ignorerat utan flaggan -mcmse.attributet %qE stÃ¶djs inte fÃ¶r denna mÃ¥larkitekturen R8Cattributet %qE stÃ¶djs inte pÃ¥ denna plattformattributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ funktionerattributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ %<struct%>-typerattributet %qE stÃ¶djs endast fÃ¶r SH2Aattributet %qE anvÃ¤nds fÃ¶r annat Ã¤n klassmetodattributet %qE Ã¤r inte tillÃ¥tet med lagringsklassen autoattributet %qE Ã¤r inte tillgÃ¤ngligt fÃ¶r funktioner som returnerar ett vÃ¤rde pÃ¥ stackenattributet %qE Ã¤r inte tillgÃ¤ngligt fÃ¶r funktioner med argument som skickas pÃ¥ stackenattributet %qE Ã¤r inte tillgÃ¤nglit fÃ¶r funktioner med ett variabelt antal argumentattributet %qE pÃ¥ en icke-volatile variabelattributet %qE pÃ¥verkar bara toppnivÃ¥objektattributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ SH2Aattributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ bastypen av en funktionspekareattributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ funktionstyperattributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ funktionerattributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ avbrottsfunktionerattributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ variablerattributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ variabler med statisk lagringsklassattributet %qE Ã¤r bara tillÃ¤mplig pÃ¥ funktioner med variabelt antal argumentattributet %qE Ã¤r bara tillgÃ¤ngligt fÃ¶r 32 bitarattributet %qE stÃ¶djs bara fÃ¶r reducerade Tiny-kÃ¤rnorattributet %qE behÃ¶ver ett strÃ¤ngargumentattributet %qE krÃ¤ver en strÃ¤ngkonstant som argumentattributet %qE krÃ¤ver returtypen voidattributet %qE krÃ¤ver en heltalskonstant som argumentattributet %qE krÃ¤ver prototyper med namngivna argument%qE kan inte vara skalÃ¤r nÃ¤r %qE inte Ã¤r det%qE kan inte anvÃ¤ndas som en funktion%qE kan inte anvÃ¤ndas som en medlemspekare eftersom den Ã¤r av typen %qT%qE fÃ¥r inte ha bÃ¥da attributet %qs och %qs%qE Ã¤r deklarerad %<threadprivate%> efter fÃ¶rsta anvÃ¤ndningen%qE Ã¤r deklarerad som en funktion som returnerar en funktion%qE Ã¤r deklarerad som en funktion som returnerar en vektor%qE definierad som fel sorts tagg%qE har inte en avbildbar typ i %qs-klausul%qE har inte pekar- eller vektortyp%qE Ã¤r inte namnet pÃ¥ en typ%qE Ã¤r inte namnet pÃ¥ en typ; menade du %qs?%qE Ã¤r varken en typedef eller en inbyggd typ%qE har bÃ¥de %<extern%> och initierare%qE har const-typ fÃ¶r %<reduction%>%qE har ogiltig typ fÃ¶r %<reduction(%s)%>%qE har inte deklarerats%qE implicerar standardsynlighet, men %qD har redan deklarerats med annan synlighet%qE i %<aligned%>-klausul Ã¤r varken en pekare eller en vektor%qE i %<aligned%>-klausul Ã¤r varken en pekare eller en vektor eller en referens till pekare eller vektor%qE i %<reduction%>-klausul Ã¤r en vektor med storlek noll%qE i %q#T Ã¤r inte namnet pÃ¥ en malltyp%qE i %q#T Ã¤r inte namnet pÃ¥ en typ%qE i namnrymden %qE Ã¤r inte namnet pÃ¥ en malltyp%qE i namnrymden %qE Ã¤r inte namnet pÃ¥ en typ%qE-inkompatibelt attribut ignorerat%qE initierad och deklarerad %<extern%>%qE Ã¤r en medlem i en union%qE Ã¤r en pekare; tÃ¤nkte du anvÃ¤nda %<->%>?%qE Ã¤r en okÃ¤nd funktionsformattyp%qE bÃ¶r undvikas%qE bÃ¶r undvikas: %s%qE Ã¤r varken en variabel eller ett funktionsnamn i klausulen %qs%qE Ã¤r varken en funktion eller medlemsfunktion, kan inte deklareras som vÃ¤n%qE Ã¤r inte en klass eller namnrymd%qE Ã¤r inte en klassmall%qE Ã¤r inte en klass, namnrymd eller upprÃ¤kning%qE Ã¤r inte ett konstant uttryck%qE Ã¤r inte ett konstant uttryck eftersom det refererar till en ofullstÃ¤ndigt initierad variabel%qE Ã¤r inte ett konstant uttryck eftersom det har referenser till muterbara delobjekt av %qT%qE Ã¤r inte en mall%qE Ã¤r inte en typ%qE Ã¤r inte ett giltigt mallargument till %qT fÃ¶r det Ã¤r inte adressen till en variabel%qE Ã¤r inte ett giltigt mallargument fÃ¶r typen %qT%qE Ã¤r inte ett giltigt mallargument fÃ¶r typen %qT eftersom %qD inte har extern lÃ¤nkklass%qE Ã¤r inte ett giltigt mallargument fÃ¶r typ %qT eftersom %qD inte har nÃ¥gon lÃ¤nkklass%qE Ã¤r inte ett giltigt mallargument fÃ¶r typen %qT eftersom det Ã¤r en pekare%qE Ã¤r inte ett giltigt mallargument fÃ¶r typ %qT eftersom inte Ã¤r ett l-vÃ¤rde%qE Ã¤r inte ett giltigt mallargument fÃ¶r typen %qT eftersom det inte Ã¤r ett objekt med lÃ¤nkklass%qE Ã¤r inte ett giltigt mallargument fÃ¶r typen %qT eftersom det Ã¤r av typen %qT%qE Ã¤r inte ett giltigt mallargument fÃ¶r typ %qT eftersom objekt %qD inte har nÃ¥gon lÃ¤nkklass%qE Ã¤r inte ett giltigt mallargument fÃ¶r typ %qT eftersom det stÃ¥r i konflikt med cv-kvalificeringar%qE Ã¤r inte ett giltigt mallargument fÃ¶r typ %qT eftersom strÃ¤ngkonstanter aldrig kan anvÃ¤ndas i detta sammanhang%qE Ã¤r inte ett giltigt mallargument av typ %qT eftersom %qD inte har extern lÃ¤nkklass%qE Ã¤r inte ett giltigt mallargument fÃ¶r typen %qT eftersom %qD inte har nÃ¥gon lÃ¤nkklass%qE Ã¤r inte ett giltigt mallargument fÃ¶r typen %qT eftersom %qE inte Ã¤r en variabel%qE Ã¤r inte en variabel i %<aligned%>-klausul%qE Ã¤r inte en variabel i en %<depend%>-klausul%qE Ã¤r inte en variabel i en %qs-klausul%qE Ã¤r inte en variabel i klausul %<firstprivate%>%qE Ã¤r inte en variabel i klausul %<lastprivate%>%qE Ã¤r inte en variabel i klausul %qs%qE Ã¤r inte ett Objective-C-klassnamn eller alias%qE Ã¤r inte ett argument i en %<uniform%>-klausul%qE Ã¤r inte i bÃ¶rjan av deklarationen%qE Ã¤r inte initierad%qE har inte typen %qT%qE Ã¤r bara tillÃ¥tet i Objective-C-dialekter%qE Ã¤r fÃ¶rutbestÃ¤md som %qs fÃ¶r %qs%qE anvÃ¤nds oinitierad i denna funktion%qE kan anvÃ¤ndas oinitierad i denna funktion%qE svarar kanske inte pÃ¥ %<%c%E%>%qE kan skriva en avslutande nolla efter slutet pÃ¥ destinationen%qE mÃ¥ste vara %<threadprivate%> fÃ¶r %<copyin%>%qE behÃ¶ver isa-flaggan %s%qE behÃ¶ver en okÃ¤nd isa-flagga%qE inte angiven i omgivande OpenACC %qs-konstruktion%qE-utdata pÃ¥ %wu byte in i en destination med storlek %wu%qE-utdata pÃ¥ %wu byte in i en destination med storlek %wu%qE-utdata pÃ¥ %wu eller fler byte (antar %wu) in i en destination med storlek %wu%qE-utdata pÃ¥ %wu eller fler byte in i en destination med storlek %wu%qE-utdata mellan %wu och %wu byte in i en destination med storlek %wu%qE-utdata kan ha trunkerats fÃ¶re det sista formattecknet%qE-utdata trunkerades fÃ¶re det sista formattecknet%qE omdeklarerad som en annan sorts symbol%qE omdeklarerad med motstridiga %qs-attribut%qE behÃ¶ver ett %<declare%>-direktiv att anvÃ¤ndas i en %<routine%>-funktion%qE Ã¤r odeklarerad (fÃ¶rsta fÃ¶rekomsten i denna funktion)%qE Ã¤r odeklarerad (fÃ¶rsta fÃ¶rekomsten i denna funktion); menade du %qs?%qE Ã¤r odeklarerad hÃ¤r (inte i en funktion)%qE Ã¤r odeklarerad hÃ¤r (inte i en funktion); menade du %qs?%qE anvÃ¤nd med %<auto%>%qE anvÃ¤nd med %<register%>%qE anvÃ¤nd med %<typedef%>%qE med %<link%>-klausul anvÃ¤nd i %<routine%>-funktion%qE skriver en avslutande nolla efter slutet pÃ¥ destinationen%qF Ã¤r deklarerad %<static%> men definieras aldrig%qT och %qT Ã¤r i skilda namngivna adressrymder%qT som en typ snarare en enkel %<decltype(auto)%>%qT Ã¤r deklarerad hÃ¤r%qT Ã¤r deklarerad med stÃ¶rre synlighet Ã¤n sin bas %qT%qT Ã¤r deklarerad med stÃ¶rre synlighet Ã¤n typen fÃ¶r dess fÃ¤lt %qD%qT definerad med en direkt virtuell bas%qT definierad med flera direkta baser%qT har inte ABI-taggen %E som %qT (anvÃ¤nd i typen av %qD) har%qT har inte ABI-taggen %E som basen %qT har%qT har en bas %qT vars typ beror pÃ¥ typen %qT som inte har nÃ¥gon lÃ¤nkklass%qT har en bas %qT vars typ inte har nÃ¥gon lÃ¤nkklass%qT har en bas %qT vars typ anvÃ¤nder den anonyma namnrymden%qT har ett fÃ¤lt %qD vars typ beror pÃ¥ typen %qT som inte har nÃ¥gon lÃ¤nkklass%qT har ett fÃ¤lt %qD vars typ inte har nÃ¥gon lÃ¤nkklass%qT har ett fÃ¤lt %qD vars typ anvÃ¤nder den anonyma namnrymden%qT har en tidigare deklaration hÃ¤r%qT har ingen medlem med namnet %qE%qT har ingen medlem med namnet %qE; menade du %qE?%qT har ingen icke-statisk medlem med namnet %qD%qT Ã¤r en variabel typ%qT Ã¤r redan en vÃ¤n till %qT%qT Ã¤r en tvetydig bas till %qT%qT Ã¤r en oÃ¥tkomlig bas till %qT%qT Ã¤r inte en basklass till %qT%qT Ã¤r inte en klass eller namnrymd%qT Ã¤r inte en klasstyp%qT Ã¤r inte en klass-, post- eller unionstyp%qT Ã¤r inte en medlemsklassmall av %qT%qT Ã¤r inte en medlem av %qT%qT Ã¤r inte en namnrymd%qT Ã¤r inte en namnrymd eller upprÃ¤kningstyp utan rÃ¤ckviddsbegrÃ¤nsning%qT Ã¤r inte en nÃ¤stad klass i %qT%qT Ã¤r inte en pekare-pÃ¥-objekt-typ%qT Ã¤r inte en mall%qT Ã¤r inte en malltyp%qT Ã¤r inte en Ã¥tkomlig bas till %qT%qT Ã¤r inte ett upprÃ¤kningstyp%qT konverteras till %qT nÃ¤r det skickas via %<...%>%qT Ã¤r/anvÃ¤nder en namnlÃ¶s typ%qT refererad till som %qs%qT refererad till som enum%qT lÃ¶ses upp till %qT, som inte Ã¤r en klasstyp%qT slÃ¥s upp till %qT som inte Ã¤r en upprÃ¤kningstyp%qV-kvalificerare kan inte tillÃ¤mpas pÃ¥ %qT%qs%qs Ã¤r redan definierat som en specifik bindning fÃ¶r den generiska %qs vid %C%qs- och %qs-argumenten till inbyggd %qs vid %L mÃ¥ste ha identiska former%qs- och %qs-argumenten till inbyggd %qs vid %L mÃ¥ste ha samma typ%qs och %qs kan inte blandad FUNCTION/SUBROUTINE fÃ¶r GENERIC %qs vid %L%qs och %qs fÃ¶r GENERIC %qs vid %L Ã¤r tvetydiga%qs verkar vara en felstavad %s-hanterare, prefixet __vector saknas%qs-argumentet till inbyggd %qs vid %L kan inte vara INTENT(IN)Argumentet %qs till inbyggd %qs vid %L kan inte ha typen %s%qs-argumentet till inbyggd %qs vid %L har en ogiltig permutation av dimensioner (dimension %qd dubblerad)%qs-argumentet till inbyggd %qs vid %L har ogiltig form i dimensions %d (%ld/%ld)%qs-argumentet till inbyggd %qs vid %L har negativa element (%d)%qs-argumentet till inbyggd %qs vid %L har dimension utanfÃ¶r giltigt intervall (%d)%qs-argumentet till inbyggd %qs vid %L har fel antal element (%d/%d)%qs-argumentet till inbyggd %qs vid %L Ã¤r tomt%qs-argumentet till inbyggd %qs vid %L Ã¤r inte ett giltigt dimensionsindex%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara %s%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara ALLOCATABLE%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara INTEGER%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara INTEGER eller LOGICAL%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara INTEGER eller PROCEDURE%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara INTEGER eller REAL%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara REAL eller COMPLEX%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara POINTER%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara en POINTER eller en TARGETArgument %qs till inbyggd %qs vid %L mÃ¥ste vara en POINTER, ALLOCATABLE eller procedurpekare%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara en konstant%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara en dataentitet%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara en logisk vektor%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara en pekare eller mÃ¥l-VARIABLE eller -FUNCTION%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara en skalÃ¤r%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara en variabel%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara en vektorArgumentet %qs till inbyggd %qs vid %L mÃ¥ste vara en interoperabel dataenhet: %s%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara standard reell%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha dubbel precision%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara av lÃ¤gre ordning Ã¤n %d%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara numeriskt eller LOGICAL%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara en attrappvariabel%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha en sort som inte Ã¤r bredare Ã¤n standardsorten (%d)%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara en OPTIONAL attrappvariabel%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara en utvidgningsbar typ%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha en inbyggd typ%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha sorten %d%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha ordning %d%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha ordning 1 eller 2%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha samma sort som %qs%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha samma typ och sort som %qs%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha en numerisk typ%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha typen REAL eller INTEGER%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha samma ordning som %qs eller vara en skalÃ¤r%qs-argumentet till inbyggd %qs vid %L fÃ¥r inte vara OPTIONAL%qs-argumentet till inbyggd %qs vid %L fÃ¥r inte vara ett underobjekt till %qs%qs-argumentet till inbyggd %qs vid %L mÃ¥ste fÃ¥r inte finnas om %<x%> Ã¤r COMPLEX%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ge Ã¥tminstone lika mÃ¥nga element som det finns .TRUE.-vÃ¤rden i %qs (%ld/%d)Argument %qs till inbyggd %qs vid %L skall ha typen heltal, reell eller tecken%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha samma typ som %qs vid %LArgumentet %qs till inbyggd %qs vid %L skall inte vara TYPE(*)Argument %qs till inbyggd %qs vid %L fÃ¥r inte vara en procedurArgumentet %qs till inbyggd %qs vid %L fÃ¥r inte vara en vektor med antagen storlekargumentet %qs till inbyggd %qs vid %L skall inte vara co-indexerat%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha ordning %d eller vara en skalÃ¤r%qs vid %C Ã¤r en omdefinition av deklarationen i motsvarande grÃ¤nssnitt fÃ¶r MODULE PROCEDURE %qs%qs vid %C Ã¤r redan definierad som FINAL procedur%qs vid %C Ã¤r inte en medlem av posten %qs%qs vid %C Ã¤r inte en variabel%qs vid %C Ã¤r namnet pÃ¥ en rekursiv funktion och refererar dÃ¤rmed till resultatvariabeln.  AnvÃ¤nd en explicit RESULT-variabel fÃ¶r direkt rekursion (12.5.2.1)%qs vid %L Ã¤r redan initierad vid %L%qs vid %L som Ã¤r associerad med uttryck kan inte anvÃ¤ndas i ett variabeldefinitionssammanhang (%s)%qs vid %L som Ã¤r associerad med vektorindexerat mÃ¥l kan inte anvÃ¤ndas i ett variabeldefinitionssammanhang (%s)%qs vid %L kan inte ha attributet VALUE eftersom det inte Ã¤r ett attrappargument%qs vid %L har en typ som inte Ã¤r konsistent med CALL vid %L%qs vid %L har attribut angivna utanfÃ¶r dess INTERFACE-kropp%qs vid %L har attributet CONTIGUOUS, men Ã¤r inte en vektorpekare eller en vektor med antagen form eller antagen ordning%qs vid %L Ã¤r tvetydig%qs vid %L Ã¤r en vektor och OPTIONAL.  OM DEN SAKNAS kan den inte vara det aktuella argumentet i en ELEMENTAL-procedur om det inte finns ett ej valfritt argument med samma ordning (12.4.1.5)%qs vid %L Ã¤r inte ett VALUE%qs vid %L Ã¤r inte en funktion%qs vid %L Ã¤r inte en modulprocedur%qs vid %L har den ABSTRACT:a typen %qs%qs vid %L mÃ¥ste vara mindre Ã¤n BIT_SIZE(%qs)%qs vid %L mÃ¥ste vara mindre Ã¤n eller lika med BIT_SIZE(%qs)%qs vid %L mÃ¥ste vara mindre Ã¤n eller lika med BIT_SIZE av INTEGER(KIND=%d)%qs vid %L mÃ¥ste vara ickenegativt%qs vid %L mÃ¥ste ha konstant teckenlÃ¤ngd i detta sammanhang%qs vid %L mÃ¥ste ha samma antal formella argument som den Ã¥sidosatta proceduren%qs vid %L fÃ¥r inte vara DEFERRED eftersom det Ã¥sidosÃ¤tter en ej DEFERRED bindning%qs vid %L Ã¥sidosÃ¤tter en FUNCTION och mÃ¥ste ocksÃ¥ vara en FUNCTION%qs vid %L Ã¥sidosÃ¤tter en NOPASS-bindning och mÃ¥ste ocksÃ¥ vara NOPASS%qs vid %L Ã¥sidosÃ¤tter en PURE-procedur och fÃ¥r inte vara PRIVATE%qs vid %L Ã¥sidosÃ¤tter en PURE-procedur och mÃ¥ste ocksÃ¥ vara PURE%qs vid %L Ã¥sidosÃ¤tter en SUBROUTINE och mÃ¥ste ocksÃ¥ vara en SUBROUTINE%qs vid %L Ã¥sidosÃ¤tter en bindning med PASS och mÃ¥ste ocksÃ¥ vara PASS%qs vid %L Ã¥sidosÃ¤tter en icke-ELEMENTAL-procedur och fÃ¥r inte heller vara ELEMENTAL%qs vid %L Ã¥sidosÃ¤tter en procedurbindning deklarerad NON_OVERRIDABLE%qs vid %L Ã¥sidosÃ¤tter en ELEMENTAL-procedur och mÃ¥ste ocksÃ¥ vara ELEMENTAL%qs vid %L skulle vara en SUBROUTINE%qs vid %L skulle vara en SUBROUTINEattributet %qs ignoreratattributet %qs fungerar bara pÃ¥ funktionerattributet %qs fungerar bara pÃ¥ funktioner med variabelt antal argumentattributet %qs krÃ¤ver prototyper med namngivna argument%qs fÃ¥r inte finnas i ett konstantuttryck%qs kan inte utÃ¶kas vid %C fÃ¶r att den Ã¤r BIND(C)%qs kan inte utÃ¶kas vid %C eftersom det Ã¤r en SEQUENCE-typ%qs kombinerad med %<auto%>-kvalificerare fÃ¶r %qE%qs kombinerat med %<register%>-kvalificerare fÃ¶r %qE%qs-konstruktion inuti en %qs-region%qs deklarerad INTRINSIC vid %L finns inte%qs Ã¤r deklarerad som en funktion som returnerar en funktion%qs Ã¤r deklarerad som en funktion som returnerar en vektor%qs deklarerad vid %L Ã¤r ocksÃ¥ namnet pÃ¥ en inbyggd.  Den kan bara anropas via ett explicit grÃ¤nssnitt eller om den deklareras EXTERNAL.%qs deklarerad vid %L kan skugga den inbyggda med samma namn.  FÃ¶r att anropa den inbyggda kan en explicit INTRINSIC-deklaration krÃ¤vas.%qs deklarerad utan att vara i klassrÃ¤ckvidd%qs definierad utan att vara i klassrÃ¤ckvidd%qs stÃ¶djer inte MIPS16-kod%qs fÃ¶rvÃ¤ntar sig 1 argument men %d gavs%qs fÃ¶rvÃ¤ntar 2 argument men gavs %d%qs fÃ¶rvÃ¤ntar sig ett konstant argument%qs fÃ¶rvÃ¤ntar sig ett fixdecimalvÃ¤rde som argument%qs fÃ¶rvÃ¤ntar sig ett fixdecimalvÃ¤rde som fÃ¶rsta argument%qs fÃ¶rvÃ¤ntar sig ett heltalsvÃ¤rde som andra argument%qs-uttrycket mÃ¥ste vara ett heltalfunktionsmodifieraren %qs Ã¤r inkompatibel med %s %sfunktionen %qs kan inte ha argumentfunktionen %qs kan inte returnera ett vÃ¤rdefunktionen %qs anvÃ¤nder typspecificeraren %<auto%> utan avslutande returtypfunktionen %qs med avslutande returtyp har %qT som sin typ istÃ¤llet fÃ¶r bara %<auto%>funktionen %qs med avslutande returtyp Ã¤r inte deklarerad med typspecificeraren %<auto%>%qs har bÃ¥de %<extern%> och initierare%qs har spillt Ã¶ver%qs i %<%s %E%>%qs i %s-klausul vid %L Ã¤r inte en riktig vektorsektion%qs i ALIGNED-klausul vid %L behÃ¶ver ett skalÃ¤rt positivt konstant heltals justeringsuttryck%qs i ALIGNED-klausul mÃ¥ste vara POINTER, ALLOCATABLE, Cray-pekare eller C_PTR vid %L%qs i DEPEND-klausul vid %L Ã¤r en vektorsektion med storlek noll%qs i EXTENDS-uttryck vid %C Ã¤r inte en hÃ¤rledd typ%qs i LINEAR-klausul vid %L krÃ¤ver ett konstant heltalsuttryck fÃ¶r linjÃ¤rsteg eller ett attrappargument angivet i en UNIFORM-klausul%qs i LINEAR-klausul vid %L krÃ¤ver ett skalÃ¤rt heltalsuttryck fÃ¶r linjÃ¤rsteg%qs kan inte fÃ¶rekomma i COMMON vid %L [F2008:C5100]%qs i pekartilldelningen vid %L kan inte vara ett l-vÃ¤rde eftersom det Ã¤r en procedur%qs i variabeldefinitionssammanhang (%s) vid %L Ã¤r inte en variabel%qs initierad och deklarerad %<extern%>inbyggd %qs med CHARACTER-argument vid %Linbyggd %qs med KIND-argument vid %Linbyggd %qs med RADIX-argument vid %L%qs Ã¤r redan IMPORT:erad frÃ¥n vÃ¤rdrÃ¤ckviddsenhet vid %C.%qs Ã¤r ett ogiltigt argument till -mcpu=%qs Ã¤r en okÃ¤nd flagga till -save-temps%qs bÃ¶r undvikas%qs bÃ¶r undvikas, anvÃ¤nd -fno-zero-initialized-in-bss%qs bÃ¶r undvikas, anvÃ¤nd -fstack-check%qs Ã¤r inkompatibel med %qs%qs Ã¤r inkompatibel med %s %s%qs Ã¤r smalare Ã¤n vÃ¤rdena av sin typ%qs Ã¤r inte en katalog%qs Ã¤r inte en gcov-datafil%qs Ã¤r inte ett giltigt basregister i -mstack-protector-guard-reg=%qs Ã¤r inte ett giltigt tal i -mstack-protector-guard-offset=%qs Ã¤r inte ett giltigt avstÃ¥nd i -mstack-protector-guard-offset=%qs Ã¤r inte en giltig flagga till preprocessorn%qs Ã¤r inte en flagga som styr varningar%qs Ã¤r inte giltigt fÃ¶r %qs%qs Ã¤r av en PRIVATE-typ och kan inte vara ett attrappargument till %qs, som Ã¤r PUBLIC vid %L%qs Ã¤r version %q.*s, version %q.*s fÃ¶rvÃ¤ntades%qs-lÃ¤ngduttryck mÃ¥ste vara ett heltal%qs lÃ¤ngduttryck mÃ¥ste vara ett positivt konstant heltalsuttryck%qs mÃ¥ste vara en modulprocedur eller en extern procedur med ett explicit grÃ¤nssnitt vid %L%qs mÃ¥ste vara den fÃ¶rsta klausulen i %qs%qs mÃ¥ste anvÃ¤ndas tillsammans med %qs%qs fÃ¥r inte fÃ¶rekomma i vektorspecifikationen vid %L i samma ALLOCATE-sats dÃ¤r den sjÃ¤lv allokeras%qs av %qs Ã¤r PRIVATE vid %L%qs i modulen %qs, importerad vid %C, Ã¤r ocksÃ¥ namnet pÃ¥ den aktuella programenheten%qs krÃ¤ver ett mÃ¥l som klarar instruktionen %qs%qs krÃ¤ver trolig gren-instruktioner%qs angiven fÃ¶r auto-variabel %qE%qs angiven fÃ¶r parameter %qE%qs angiven fÃ¶r postfÃ¤lt%qs angiven fÃ¶r postfÃ¤lt %qE%qs angiven fÃ¶r namnlÃ¶s parameter%qs-tagg anvÃ¤nd vid namngivning av %q#T%qs anvÃ¤nd med %qE%qs anvÃ¤nder dynamisk stackallokering%qs-vÃ¤rdet mÃ¥ste vara positivt%qs-variabeln Ã¤r varken en pekare eller en vektor%qs-variabeln Ã¤r varken en pekare, eller en vektor eller en referens till pekare eller vektor%r%s:%d:%R   %r%s:%d:%R   [ hoppar Ã¶ver %d instansieringskontexter, anvÃ¤nd -ftemplate-backtrace-limit=0 fÃ¶r att avaktivera ]
  %r%s:%d:%R   i expansion av konstantuttryck i frÃ¥n %qs%r%s:%d:%d:%R   %r%s:%d:%d:%R   [ hoppar Ã¶ver %d instansieringskontexter, anvÃ¤nd -ftemplate-backtrace-limit=0 fÃ¶r att avaktivera ]
  %r%s:%d:%d:%R   i expansion av konstantuttryck i %qs%s%s
  %s  Samma som %s.%s !$ACC LOOP-slingor Ã¤r inte perfekt nÃ¤stade vid %L%s %#D%s %#S%s %<%s%.*s%> fÃ¶rvÃ¤ntar sig ett matchande %<%T%s%>-argument%s %<%s%.*s%> fÃ¶rvÃ¤ntar sig ett matchande %<%s%s%>-argument%s %<%s%.*s%> fÃ¶rvÃ¤ntar sig argument av typen %<%T%s%>, men argument %d har typen %qT%s %<%s%.*s%> fÃ¶rvÃ¤ntar sig argument av typen %<%s%s%>, men argument %d har typen %qT%s %qE implementerar inte helt protokollet %qE%s %qs%s %qs-konstruktion inuti en %s %qs-region%s %s %p %d
  %s %s%s
  %s %s(%E) %p %d
  %s %wd utanfÃ¶r intervall %wd - %wd%s: â€�%sâ€�
! %s (program %s)%s-argument till IMAGE_INDEX skall vara en vektor av ordning ett vid %L%s vid %L%s vid %L Ã¤r en DEC-utÃ¶kning, aktivera den med -fdec-structure%s vid %L mÃ¥ste vara INTEGER%s vid %L mÃ¥ste vara en skalÃ¤r%s vid %L mÃ¥ste vara ett heltal%s-attribut applicerat pÃ¥ %s %s vid %L%s-attribut vid %L Ã¤r inte tillÃ¥tet utanfÃ¶r specifikationsdelen av en modul%s-attribut i konflikt med %s-attribut vid %L%s-attribut i konflikt med %s-attribut i %qs vid %L%s-attribut Ã¤r inte tillÃ¥tet i programenheten BLOCK DATA vid %L%s-attribut pÃ¥ %qs i konflikt med %s-attribut vid %L%s-attribut med %s-attribut vid %L%s-attribut med %s-attribut i %qs vid %L%s kan inte vara en DO CONCURRENT-slinga vid %L%s fÃ¥r inte vara en DO WHILE eller DO utan slingstyrning vid %L%s kan inte anvÃ¤ndas i en asm hÃ¤r%s-klausul vid %L krÃ¤ver ett skalÃ¤rt INTEGER-uttryck%s-klausulvariabeln %qs vid %L Ã¤r varken en POINTER eller en vektor%s-kollapsad slinga formar inte en rektangulÃ¤r iterationsrymd vid %L%s stÃ¥r i konflikt med i386 (arch-flaggor ignoreras)%s stÃ¥r i konflikt med ppc (arch-flaggor ignoreras)%s stÃ¥r i konflikt med ppc64 (arch-flaggor ignoreras)%s stÃ¥r i konflikt med x86_64 (arch-flaggor ignoreras)%s stÃ¶djer inte operandnummerformatet %%n$%s stÃ¶djer inte %s%1$s stÃ¶djer inte %2$s med %4$s-formatet %<%%%3$c%>%s stÃ¶djer inte block_ends_with_call_p%s stÃ¶djer inte block_ends_with_condjump_p%s stÃ¶djer inte can_duplicate_block_p%s stÃ¶djer inte can_merge_blocks_p%s stÃ¶djer inte can_remove_branch_p%s stÃ¶djer inte create_basic_block%s stÃ¶djer inte delete_basic_block%s stÃ¶djer inte dump_bb_for_graph%s stÃ¶djer inte duplicate_block%s stÃ¶djer inte flow_call_edges_add%s stÃ¶djer inte force_nonfallthru%s stÃ¶djer inte make_forwarder_block%s stÃ¶djer inte merge_blocks%s stÃ¶djer inte move_block_after%s stÃ¶djer inte predict_edge%s stÃ¶djer inte predicted_by_p%s stÃ¶djer inte redirect_edge_and_branch%s stÃ¶djer inte redirect_edge_and_branch_force%s stÃ¶djer inte split_block%s stÃ¶djer inte split_edge%1$s stÃ¶djer inte %3$s-formatet %<%%%2$c%>%1$s stÃ¶djer inte %4$s-formatet %<%%%2$s%3$c%>%1$s stÃ¶djer inte %3$s-lÃ¤ngdmodifieraren %2$qs%s fÃ¶rvÃ¤ntar sig ett heltal konstant vid kompileringstillfÃ¤llet%s fÃ¶rvÃ¤ntar sig ett lÃ¥ngt heltal konstant vid kompileringstillfÃ¤llet som fÃ¶rsta argument%s fÃ¶rvÃ¤ntar sig en heltalskonstant i intervallet [%d, %d]%s fÃ¶rvÃ¤ntar sig en heltalskonstant i intervallet [%d, %d]. (%wd)uttryckslistan %s behandlas som sammansatt uttryck%1$s ignorerad med %2$s och %4$s-format %<%%%3$c%>%s ignorerad med %s i %s-format%s i CFString-literal%s i formatstrÃ¤ng vid %L%s-instruktioner Ã¤r inte tillÃ¥tna i en %s-hanteringsrutin%s-instruktioner Ã¤r inte tillÃ¥tna i en funktion utan nÃ¥got attribut no_caller_saved_registers%s Ã¤r en DEC-utÃ¶kning vid %C, kompilera om med -fdec fÃ¶r att aktivera%s Ã¤r inte tillgÃ¤ngligt arkitekturen %s%s stÃ¶djs inte i denna konfiguration%s-iterationsvariabel mÃ¥ste ha typen heltal vid %L%s-iterationsvariabel fÃ¥r inte vara THREADPRIVATE vid %L%s-iterationsvariabel finns i en annan klausul Ã¤n LASTPRIVATE vid %L%s-iterationsvariabel finns i en annan klausul Ã¤n LINEAR vid %L%s-iterationsvariabel finns i en annan klausul Ã¤n PRIVATE eller LASTPRIVATE vid %L%s mÃ¥ste innehÃ¥lla Ã¥tminstone en MAP-klausul vid %L%s tar endast %d argument%s tar endast ett argument%s tar bara 2 argument%s utanfÃ¶r tillÃ¥tet intervall: intervallet Ã¤r %i till %i, vÃ¤rdet Ã¤r %iProceduren â€�%sâ€� vid %L Ã¤r redan deklarerad som %s-procedur%s-proceduren vid %L Ã¤r redan deklarerad som en %s-procedur. 
! F2008: En tilldelning av funktionspekare Ã¤r tvetydig om det Ã¤r dn fÃ¶rsta exekverbara satsen efter specifikationsblocket.  LÃ¤gg nÃ¥gon annan sorts exekverbar sats fÃ¶re den. FIXAMIG%s krÃ¤ver ett scalar-default-char-expr vid %L%s returnerade avslutningsstatus %d%s-specificerare i %s-sats vid %C har ogiltigt vÃ¤rde %qs%s-specificerare i %s-sats vid %C har vÃ¤rdet %qs%s-sats vid %C fÃ¥r inte fÃ¶lja efter %s-sats vid %L%s-sats vid %C kan inte avsluta en DO-slinga utan block%s-sats vid %C fÃ¶ljer pÃ¥ en annan Ã¥tkomstspecifikation%s-sats vid %C i PURE-procedur%s-sats vid %C Ã¤r inte i tillÃ¤mpbar pÃ¥ konstruktionen %qs%s-sats vid %C Ã¤r inte inne i en konstruktion%s-sats vid %C Ã¤r inte inne i konstruktionen %qs%s-sats vid %C lÃ¤mnar CRITICAL-konstruktion%s-sats vid %C lÃ¤mnar DO CONCURRENT-konstruktion%s-sats vid %C lÃ¤mnar ett OpenACC-strukturerat block%s-sats fÃ¶rvÃ¤ntades vid %L%s-sats Ã¤r inte tillÃ¥ten inuti BLOCK DATA vid %C%s-sats Ã¤r inte tillÃ¥ten inuti BLOCK vid %C%s-sats mÃ¥ste vara i en MODULE%s-sats Ã¤r inte tillÃ¥tet i PURE-procedur vid %C%s-strÃ¤ng Ã¤r felformad
  %s-taggTaggen %s vid %L mÃ¥ste vara en teckenstrÃ¤ng av standardsort%s-tagg vid %L mÃ¥ste ha typen %s%s-tagg vid %L mÃ¥ste vara skalÃ¤r%s-tagg med INQUIRE%s terminerade med signal %d [%s]%s%1$s anvÃ¤nd med %3$s-format %<%%%2$c%>%s-variabel %qE Ã¤r privat i yttre sammanhang%sâ€�%sâ€�%s Ã¤r ogiltigt%sâ€�%sâ€�%s Ã¤r inte tillÃ¥tet%s%#D%s%#D <raderad>%s%#D <nÃ¤ra trÃ¤ff>%s%D(%T) <inbyggd>%s%D(%T, %T) <inbyggd>%s%D(%T, %T, %T) <inbyggd>%s%T <konvertering>%s%s%s %sversion %s (%s)
  %s	kompilerad med GNU C version %s, %s%s%s %sversion %s (%s) kompilerad med CC, %s%sGGC heuristik: --param ggc-min-expand=%d --param ggc-min-heapsize=%d
  %s%svarning: %s-huvud version %s skiljer frÃ¥n biblioteksversion %s.
--- 2337,2366 ----
                             att gissa sprÃ¥k beroende pÃ¥ filens Ã¤ndelse.
    -x, --hash-filenames            Hash:a lÃ¥nga sÃ¶kvÃ¤gsnamn
    en konstruerare som tar ett ensamt argument av sin egen klasstyp Ã¤r felaktig  ett kvalificerat id krÃ¤vs  en Ã¤rvd konstruerare Ã¤r inte en kandidat fÃ¶r initiering frÃ¥n ett uttryck av samma eller en hÃ¤rledd typ  och bÃ¥da typerna kan konverteras till den andra  eftersom den Ã¤r en icke-systemkatalog som dubblerar en systemkatalog
!   basen %qT  basklassen %qT till %q+T Ã¤r inte literal  fÃ¶r att konverteringssekvensen fÃ¶r argumentet Ã¤r bÃ¤ttre  pÃ¥ grund av lokal medlem %q+#D med samma namn  pÃ¥ grund av lokal metod %q+#D med samma namn  fÃ¶r fÃ¶ljande virtuella funktioner Ã¤r rena inuti %qT:  men %d behÃ¶vs  men ersÃ¤tter inte %<%T(const %T&)%>  men ersÃ¤tter inte %<operator=(const %T&)%>  av %qD  det gÃ¥r inte att hÃ¤rleda en mall fÃ¶r %qT frÃ¥n typen %qT som inte Ã¤r en mall  kandidater till konvertering Ã¤r %qD och %qD  kandidaten fÃ¶rvÃ¤ntade sig %d argument, %d fanns  kandidaten fÃ¶rvÃ¤ntade sig %d argument, %d fanns  kandidaten fÃ¶rvÃ¤ntade sig Ã¥tminstone %d argument, %d fanns  kandidaten fÃ¶rvÃ¤ntade sig Ã¥tminstone %d argument, %d fanns  kan inte konvertera %qE (typen %qT) till typ %qT  det gÃ¥r inte att anvÃ¤nda fÃ¶rÃ¥ldrad bindning vid %q+D fÃ¶r att den har en destruerare  konvertering frÃ¥n returtypen %qT fÃ¶r specialiseringen av mallkonverteringsfunktionen till %qT Ã¤r inte en exakt matchning  konvertering av argument %d vore felformaterat:  kunde inte lÃ¶sa upp adressen frÃ¥n en Ã¶verlagrad funktion %qE  kunde inte hÃ¤rleda mallparametrar %qD  passerar initiering av %q#D  hÃ¤rledda typer i konflikt fÃ¶r parametern %qT (T%qT och %qT)  hÃ¤rledda vÃ¤rden i konflikt fÃ¶r icke-typ-parametern %qE (%qE och %qE)  gÃ¥r in i OpenMP-strukturerat block  gÃ¥r in i catch-block  gÃ¥r in constexpr-if-sats  gÃ¥r in i rÃ¤ckvidden hos %q#D som har en icke-trivial destruerare  gÃ¥r in i synkroniserad eller atomÃ¤r sats  gÃ¥r in i try-block  gÃ¥r ut frÃ¥n OpenMP-strukturerat block  %qD fÃ¶rvÃ¤ntades men fick %qD  fÃ¶rvÃ¤ntade en klassmall, fick %qE  fÃ¶rvÃ¤ntade en klassmall, fick %qT  fÃ¶rvÃ¤ntade en konstant av typen %qT, fick %qT  fÃ¶rvÃ¤ntade en mall av typen %qD, fick %qT  fÃ¶rvÃ¤ntade en typ, fick %qE  fÃ¶rvÃ¤ntade en typ, fick %qT  fÃ¶r konvertering frÃ¥n %qT till %qT  frÃ¥n definitionen av %q#D  hÃ¤rifrÃ¥n  i anrop till %qD  i berÃ¤kningen av %<%Q(%#T, %#T)%>  i kastat uttryck  inkonsistent hÃ¤rledning av parameterpaket med %qT och %qT  Ã¤rvd hÃ¤r  initierar argument %P till %qD  stÃ¤mmer med denna %qD under ISO:s standardregler  stÃ¤mmer med denna %qD under gamla regler  medlemsfunktionstypen %qT Ã¤r inte ett giltigt mallargument  merge [flaggor] <kat1> <kat2>         SlÃ¥ samman innehÃ¥ll i tÃ¤ckningsfiler
!   typerna %qT och %qT stÃ¤mmer inte Ã¶verens  ingen kÃ¤nd konvertering fÃ¶r argument %d frÃ¥n %qT till %qT  ingen kÃ¤nd konvertering fÃ¶r implicit %<this%>-parameter frÃ¥n %qT till %qT  ingen kÃ¤nd konvertering frÃ¥n %qT till %qT  den icke-statiska datamedlemmen %qD har icke-literal typ  den icke-statiska datamedlemmen %qD har volatile typ  eller %<operator=(const %T&)%>  eller en %<transaction_may_cancel_outer%>-funktion  overlap [flaggor] <kat1> <kat2>       BerÃ¤kna Ã¶verlappningen mellan tvÃ¥ profiler
    Ã¥sidosÃ¤tter %q#D  Ã¥sidosÃ¤tter %q+#D  Ã¥sidosÃ¤tter %q+#F  att skicka %qT som %<this%>-argument kastar kvalificerare  profileringsstÃ¶d endast finns i arkivformat  returtypen %qT fÃ¶r en explicit konverteringsfunktion kan inte konverteras till %qT utan en kvalificerarkonvertering  rewrite [flaggor] <kat>               Skriv om innehÃ¥ll i tÃ¤ckningsfiler
!   eftersom %q+#D Ã¤r deklarerad i basklassen  hoppar Ã¶ver initiering av %q#D  substituering av hÃ¤rledda mallargument resulterade i felen som visas ovan  mallargument %qE stÃ¤mmer inte med %qE  mallargument %qE stÃ¤mmer inte med pekare till medlem-konstanten %qE  mallargumentshÃ¤rledning/-substitution misslyckades:  mallparameter %qD Ã¤r inte ett parameterpaket, men argument %qD Ã¤r det  mallparametrarna till ett mallmallargument Ã¤r inkonsistenta med andra hÃ¤rledda mallargument  fÃ¶rsÃ¶ker instansiera %qD  typerna %qT och %qT har inkompatibla cv-kvalificerare  anvÃ¤nder fÃ¶rÃ¥ldrad bindning vid %qD  vektortypen %qT med variabel storlek Ã¤r inte ett giltigt mallargument  vid initiering hÃ¤r  vid instansiering av standardargument fÃ¶r anrop av %D (operandtyp Ã¤r %qT) (operandtyper Ã¤r %qT och %qT) (operandtyper Ã¤r %qT, %qT och %qT) Alla flaggor med de eftersÃ¶kta egenskaperna har redan visats
   Det finns inga flaggor med de eftersÃ¶kta egenskaperna
   Det fanns inga.  AnvÃ¤nd --help=%s fÃ¶r att visa *alla* flaggorna som stÃ¶djs av framÃ¤nden %s.
   kandidat 1: %q#F kandidat 2: %q#F kodgenereringsflaggor som stÃ¥r i konflikt anvÃ¤nds uttrycket har ett konstant vÃ¤rde men Ã¤r inte ett C++ konstant uttryck!$ACC LOOP %s i PARALLEL-region tillÃ¥ter inte %s-argument vid %L!$ACC LOOP %s-slingor formar inte en rektangulÃ¤r iterationsrymd vid %L!$ACC LOOP fÃ¥r inte vara en DO WHILE eller DO utan slingstyrning vid %L!$ACC LOOP-iterationsvariabel mÃ¥ste ha typen heltal vid %L!$ACC vid %C inleder en kommentarrad eftersom det varken fÃ¶ljs av en blank eller en fortsÃ¤ttningsrad!$OMP ATOMIC CAPTURE-fÃ¥ngstsats mÃ¥ste lÃ¤sa frÃ¥n en skalÃ¤r variabel av inbyggd typ vid %L!$OMP ATOMIC CAPTURE-fÃ¥ngstsats mÃ¥ste sÃ¤tta en skalÃ¤r variabel av inbyggd typ vid %L!$OMP ATOMIC CAPTURE-fÃ¥ngstsats lÃ¤ser frÃ¥n en annan variabel Ã¤n uppdateringssatsen skriver till vid %L!$OMP ATOMIC CAPTURE-uppdateringssats mÃ¥ste sÃ¤tta en skalÃ¤r variabel av inbyggd typ vid %L!$OMP ATOMIC READ-sats mÃ¥ste lÃ¤sa frÃ¥n en skalÃ¤r variabel av inbyggd typ vid %L!$OMP ATOMIC-tilldelning av inbyggd IAND, IOR eller IEOR mÃ¥ste ha tvÃ¥ argument vid %L!$OMP ATOMIC-tilldelning av inbyggd mÃ¥ste vara MIN, MAX, IAND, IOR eller IEOR vid %L!$OMP ATOMIC-tilldelning mÃ¥ste vara var = var op uttr eller var = uttr op var vid %L!$OMP ATOMIC-tilldelning mÃ¥ste ha en operator eller inbyggd pÃ¥ hÃ¶gersidan vid %L!$OMP ATOMIC-tilldelningsoperator mÃ¥ste vara binÃ¤rt +, *, -, /, .AND., .OR., .EQV. eller .NEQV. vid %L!$OMP ATOMIC-inbyggds argument utom ett fÃ¥r inte referera %qs vid %L!$OMP ATOMIC-inbyggds argument mÃ¥ste vara skalÃ¤ra vid %L!$OMP ATOMIC-sats mÃ¥ste sÃ¤tta en skalÃ¤r variabel av inbyggd typ vid %L!$OMP ATOMIC var = var op expr Ã¤r inte matematiskt ekvivalent med var = var op (uttr) vid %L!$OMP ATOMIC med ALLOCATABLE variabel vid %L!$OMP DECLARE REDUCTION %s finns inte vid %L!$OMP DECLARE REDUCTION %s finns inte fÃ¶r typen %s vid %L!$OMP DECLARE SIMD skall referera till den inneslutande proceduren %qs vid %L!$OMP DECLARE TARGET-variabeln %qs vid %L Ã¤r inte SAVE:ad!$OMP vid %C inleder en kommentarrad eftersom det varken fÃ¶ljs av en blank eller en fortsÃ¤ttningsradâ€�::â€� fÃ¶rvÃ¤ntades efter modulnatur vid %C men fanns inteâ€�USE :: moduleâ€� vid %C# %s %.2f %.2f
  #include "..." sÃ¶kning startar hÃ¤r:
  #include <...> sÃ¶kning startar hÃ¤r:
! #pragma GCC memregs mÃ¥ste komma fÃ¶re funktionsdeklarationer#pragma GCC memregs tar ett tal [0..16]#pragma GCC optimize tillÃ¥ts inte inuti funktioner#pragma GCC optimize string... Ã¤r felaktigt utformad#pragma GCC option tillÃ¥ts inte inuti funktioner#pragma GCC target stÃ¶djs inte fÃ¶r denna maskin#pragma GCC target strÃ¤ng... Ã¤r felaktigt utformad#pragma GCC visibility mÃ¥ste fÃ¶ljas av push eller pop#pragma GCC visibility push() mÃ¥ste ange default, internal, hidden eller protected#pragma GHS endXXX stÃ¤mmer inte med fÃ¶regÃ¥ende startXXX#pragma GHS endXXXX funnet utan fÃ¶regÃ¥ende startXXX#pragma implementation fÃ¶r %qs fÃ¶rekommer efter att filen inkluderats#pragma message: %s#pragma pack (pop) pÃ¥trÃ¤ffat utan matchande #pragma pack (push)#pragma pack har ingen effekt med -fpack-struct - ignoreras#pragma pack(pop, %E) pÃ¥trÃ¤ffat utan matchande #pragma pack(push, %E)#pragma redefine_extname ignoreras pÃ¥ grund av konflikt med __asm__-deklaration#pragma redefine_extname ignoreras pÃ¥ grund av konflikt med tidigare #pragma redefine_extname#pragma redefine_extname ignoreras eftersom det stÃ¥r i konflikt med tidigare namnbyte#pragma vtable stÃ¶djs inte lÃ¤ngre$-beskrivare vid %L$-operandnummer anvÃ¤nt efter format utan operandnummer$ mÃ¥ste vara den sista specificeraren i formatet vid %L%%LOC() Ã¤r ett r-vÃ¤rde vid %C%+D orsakar en sektionstypkonflikt%+D orsakar en sektionstypkonflikt med %D%+D deklarerad som alias efter att ha anvÃ¤nts%+D deklarerad ifunc efter att ha anvÃ¤nts%+D deklarerad svag efter att ha anvÃ¤nts%+D deklarerad weakref efter att ha anvÃ¤nts%<!%> Ã¤r inte tillÃ¥tet i GIMPLE%<#pragma %s%> fÃ¥r bara anvÃ¤ndas i sammansatta satser%<#pragma GCC ivdep%> mÃ¥ste vara inuti en funktion%<#pragma GCC optimize (strÃ¤ng [,strÃ¤ng]...)%> har inte en avslutande %<)%>%<#pragma GCC optimize%> Ã¤r inte en strÃ¤ng eller ett tal%<#pragma GCC option%> Ã¤r inte en strÃ¤ng%<#pragma GCC pch_preprocess%> mÃ¥ste komma fÃ¶rst%<#pragma GCC pop_options%> utan en motsvarande %<#pragma GCC push_options%>%<#pragma GCC target (strÃ¤ng [,strÃ¤ng]...)%> har inte en avslutande %<)%>%<#pragma STDC FLOAT_CONST_DECIMAL64%> stÃ¶djs inte fÃ¶r C++%<#pragma STDC FLOAT_CONST_DECIMAL64%> stÃ¶djs inte pÃ¥ denna mÃ¥larkitektur%<#pragma acc %s data%> har ingen dataflyttningsklausul%<#pragma acc routine%> redan anvÃ¤nd pÃ¥ %qD%<#pragma acc routine%> mÃ¥ste vara tillÃ¤mpad fÃ¶re definitionen%<#pragma acc routine%> mÃ¥ste vara tillÃ¤mpad fÃ¶re anvÃ¤ndning%<#pragma acc routine%> mÃ¥ste ha filrÃ¤ckvidd%<#pragma acc routine%> namnger en mÃ¤ngd Ã¶verlagrade%<#pragma acc routine%> fÃ¶ljs inte omedelbart av en ensam funktionsdeklaration eller -definition%<#pragma acc routine%> fÃ¶ljs inte omedelbart av en funktionsdeklaration eller -definition%<#pragma acc update%> mÃ¥ste innehÃ¥lla Ã¥tminstone en %<device%>- eller %<host%>- eller %<self%>-klausul%<#pragma align%> mÃ¥ste fÃ¶rekomma fÃ¶re deklarationen av %D, ignorerar%<#pragma cilk grainsize%> fÃ¶ljs inte av %<_Cilk_for%>%<#pragma cilk grainsize%> mÃ¥ste vara inuti en funktion%<#pragma grainsize%> ignoreras fÃ¶r att -fcilkplus inte Ã¤r aktiverat%<#pragma grainsize%> mÃ¥ste vara inuti en funktion%<#pragma omp atomic capture%> anvÃ¤nder tvÃ¥ olika uttryck till minne%<#pragma omp atomic capture%> anvÃ¤nder tvÃ¥ olika variabler till minne%<#pragma omp atomic update%> anvÃ¤nder tvÃ¥ olika uttryck fÃ¶r minne%<#pragma omp atomic update%> anvÃ¤nder tvÃ¥ olika variabler till minne%<#pragma omp cancel for%> inuti %<nowait%> for-konstruktion%<#pragma omp cancel for%> inuti %<ordered%> for-konstruktion%<#pragma omp cancel sections%> inuti %<nowait%>-sektionskonstruktion%<#pragma omp cancel%> mÃ¥ste ange en av klausulerna %<parallel%>, %<for%>, %<sections%> eller %<taskgroup%>%<#pragma omp cancellation point%> mÃ¥ste ange en av klausulerna %<parallel%>, %<for%>, %<sections%> eller %<taskgroup%>%<#pragma omp declare reduction%>-kombinerare refererar variabeln %qD som inte Ã¤r varken %<omp_out%> eller %<omp_in%>%<#pragma omp declare reduction%>-initierare refererar till variabeln %qD som inte Ã¤r varken %<omp_priv%> eller %<omp_orig%>%<#pragma omp declare reduction%> inte med fil- eller blockrÃ¤ckvidd%<#pragma omp declare simd%> mÃ¥ste fÃ¶ljas av en funktionsdeklaration eller -definition%<#pragma omp declare simd%> mÃ¥ste fÃ¶ljas av funktionsdeklaration eller -definition eller en annan %<#pragma omp declare simd%>%<#pragma omp declare simd%> som inte omedelbart fÃ¶ljs av en funktionsdefinition eller -deklaration%<#pragma omp declare simd%> som inte omedelbart fÃ¶ljs av en ensam funktionsdeklaration eller -definition%<#pragma omp declare simd%> som inte omedelbart fÃ¶ljs av en funktionsdeklaration eller -definition%<#pragma omp declare simd%> eller %<simd%>-attribut kan inte anvÃ¤ndas i samma funktion som Ã¤r markerad som en Cilk Plus SIMD-aktiverad funktion%<#pragma omp declare target%> med klausuler mellan %<#pragma omp declare target%> utan klausuler och %<#pragma omp end declare target%>%<#pragma omp end declare target%> utan en motsvarande %<#pragma omp declare target%>%<#pragma omp ordered%> med %<depend%>-klausul fÃ¥r bara anvÃ¤ndas i sammansatta satser%<#pragma omp section%> fÃ¥r bara anvÃ¤ndas i %<#pragma omp sections%>-konstruktion%<#pragma omp simd%> anvÃ¤nd med klassiterationsvariabeln %qE%<#pragma omp target data%> mÃ¥ste innehÃ¥lla Ã¥tminstone en %<map%>-klausul%<#pragma omp target data%> med en annan map-typ Ã¤n %<to%>, %<from%>, %<tofrom%> eller %<alloc%> pÃ¥ %<map%>-klausul%<#pragma omp target enter data%> mÃ¥ste innehÃ¥lla Ã¥tminstone en %<map%>-klausul%<#pragma omp target enter data%> med en annan map-typ Ã¤n %<to%> eller %<alloc%> pÃ¥ %<map%>-klausul%<#pragma omp target exit data%> mÃ¥ste innehÃ¥lla Ã¥tminstone en %<map%>-klausul%<#pragma omp target exit data%> med en annan map-typ Ã¤n %<from%>-, %<release%>- eller %<delete%> pÃ¥ %<map%>-klausul%<#pragma omp target update%> mÃ¥ste innehÃ¥lla Ã¥tminstone en %<from%>- eller %<to%>-klausul%<#pragma omp target%> med en annan map-typ Ã¤n %<to%>, %<from%>, %<tofrom%> eller %<alloc%> pÃ¥ %<map%>-klausul%<#pragma simd%> mÃ¥ste vara inuti en funktion%<#pragma weak%>-deklaration av %q+D stÃ¶djs inte, ignoreras%<#pragma%> Ã¤r inte tillÃ¥tet hÃ¤r%<%%%>-begrÃ¤nsning anvÃ¤nd med sista operand%<%%%c%> ger bara de sista tvÃ¥ siffrorna i Ã¥rtalet%<%%%c%> ger bara de sista 2 siffrorna i Ã¥rtalet i vissa lokalerutdata frÃ¥n direktivet %<%.*s%> mellan %wu och %wu byte fÃ¥r resultatet att Ã¶verskrida %<INT_MAX%>utdata frÃ¥n direktivet %<%.*s%> mellan %wu och %wu byte Ã¶verskrider minsta nÃ¶dvÃ¤ndiga storlek pÃ¥ 4095utdata frÃ¥n direktivet %<%.*s%> mellan %wu och %wu byte kan fÃ¥ resultatet att Ã¶verskrida %<INT_MAX%>utdata frÃ¥n direktivet %<%.*s%> mellan %wu och %wu byte kan Ã¶verskrida minsta nÃ¶dvÃ¤ndiga storlek pÃ¥ 4095utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu byte skrevs till en region av storlek %wuutdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu byte skrevs till en region av storlek mellan %wu och %wuutdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu byte skrevs till en region med storlek %wuutdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu byte skrevs till en region med storlek mellan %wu och %wuutdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu eller fler byte skrevs till en region med storlek %wuutdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu eller fler byte skrevs till en region med storlek mellan %wu och %wuutdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r mellan %wu och %wu byte skrevs till en region av storlek %wuutdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r mellan %wu och %wu byte skrevs till en region med storlek mellan %wu och %wuutdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r antagligen %wu eller fler byte skrevs till en region av storlek %wuutdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r antagligen %wu eller fler byte skrevs till en region med storlek mellan %wu och %wuutdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r upp till %wu byte skrevs till en region av storlek %wuutdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r upp till %wu byte skrevs till en region med storlek mellan %wu och %wuutdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r %wu byte skrevs till en region av storlek %wuutdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r %wu byte skrevs till en region av storlek mellan %wu och %wuutdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r %wu byte skrevs till en region av storlek %wuutdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r %wu byte skrevs till en region av storlek mellan %wu och %wuutdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r %wu eller fler byte skrevs till en region av storlek %wuutdata frÃ¥n direktivet %<%.*s%> hÃ¶ggs av nÃ¤r %wu eller fler byte skrevs till en region med storlek mellan %wu och %wuutdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r mellan %wu och %wu byte skrevs till en region av storlek %wuutdata frÃ¥n direktivet %<%.*s%> hÃ¶ggs av nÃ¤r mellan %wu och %wu byte skrevs till en region med storlek mellan %wu och %wuutdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r antagligen %wu eller fler byte skrevs till en region av storlek %wuutdata frÃ¥n direktivet %<%.*s%> hÃ¶ggs av nÃ¤r antagligen %wu eller fler byte skrevs till en region med storlek mellan %wu och %wuutdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r upp till %wu byte skrevs till en region av storlek %wuutdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r upp till %wu byte skrevs till en region med storlek mellan %wu och %wudirektivet %<%.*s%> skrev %wu byte till en region av storlek %wudirektivet %<%.*s%> skrev %wu byte till en region av storlek mellan %wu och %wudirektivet %<%.*s%> skrev %wu byte till en region av storlek %wudirektivet %<%.*s%> skrev %wu byte till en region med storlek mellan %wu och %wudirektivet %<%.*s%> skrev %wu eller fler byte till en region av storlek %wudirektivet %<%.*s%> skrev %wu eller fler byte till en region med storlek mellan %wu och %wudirektivet %<%.*s%> skrev mellan %wu och %wu byte till en region av storlek %wudirektivet %<%.*s%> skrev mellan %wu och %wu byte till en region med storlek mellan %wu och %wudirektivet %<%.*s%> skrev antagligen %wu eller fler byte till en region av storlek %wudirektivet %<%.*s%> skrev antagligen %wu eller fler byte till en region med storlek mellan %wu och %wudirektivet %<%.*s%> skrev upp till %wu byte till en region av storlek %wudirektivet %<%.*s%> skrev upp till %wu byte till en region med storlek mellan %wu och %wu%<%D::%D%> Ã¤r inte en klassmedlem%<%D::%D%> Ã¤r inte en medlem av %qT%<%E::%E%> har inte deklarerats%<%E::%E%> Ã¤r inte en klass eller namnrymd%<%E::%E%> Ã¤r inte en klass, namnrymd eller upprÃ¤kning%<%E::%E%> Ã¤r inte en typattributdirektivet %<%E::%E%> med rÃ¤ckvidd ignorerat%<%T::%D%> namnger konstruerare i %qT%<%T::%D%> namnger en destruerare%<%T::%D%> namnger konstrueraren, inte typen%<%T::%E%> har inte deklarerats%<%T::%E%> Ã¤r inte en typ%<%T::%E%> namnger konstrueraren, inte typen%<%c%> Ã¤r inte ett giltig bokstav i en identifierare%<%c%> Ã¤r inte ett giltigt fÃ¶rsta tecken fÃ¶r en identifierare%<%c%E%> finns inte bland protokoll%<%s %E%> deklarerad inuti parameterlista kommer inte vara synlig utanfÃ¶r denna definition eller deklaration%<%s %s%>-konstruktion inte nÃ¤ra innesluten inuti %qs%<%s + %s%> vid %L mÃ¥ste vara mindre Ã¤n eller lika med BIT_SIZE(%qs)en %<%s taskgroup%>-konstruktion som inte Ã¤r nÃ¤ra innesluten inuti en %<taskgroup%>-region%<%s%> Ã¤r okÃ¤nd%<&%>-begrÃ¤nsning anvÃ¤nd utan registerklass%<&%> Ã¤r inte tillÃ¥tet ensamt pÃ¥ rad %d%<&&%> Ã¤r inte tillÃ¥tet i GIMPLE%<)%> fÃ¶rvÃ¤ntades vid %C%<*%> i boolesk kontext, fÃ¶reslÃ¥r %<&&%> istÃ¤lletfÃ¥ngst av %<*this%> Ã¤r endast tillgÃ¤ngligt med -std=c++1z eller -std=gnu++1z%<-%s%> stÃ¥r i konflikt med andra arkitekturflaggor, som anger en %s-processor%<-Wabi=1%> stÃ¶djs inte, anvÃ¤nder =2%<-fabi-compat-version=1%> stÃ¶djs inte, anvÃ¤nder =2%<-fabi-version=1%> stÃ¶djs inte lÃ¤ngre%<-fcheck-pointer-bounds%> stÃ¶djs inte fÃ¶r denna mÃ¥larkitektur%<-fcheck-pointer-bounds%> stÃ¶djs inte med %<-fsanitize=bounds%>%<-fcheck-pointer-bounds%> stÃ¶djs inte med %<-fsanitize=bounds-strict%>%<-fcheck-pointer-bounds%> stÃ¶djs inte med adressrengÃ¶ring%<-fcheck-pointer-bounds%> stÃ¶djs inte med trÃ¥drengÃ¶ring%<-fd-lines-as-code%> har ingen effekt i friform%<-fd-lines-as-comments%> har ingen effekt i friform%<-femit-struct-debug-detailed=kat:...%> mÃ¥ste tillÃ¥ta Ã¥tminstone sÃ¥ mycket som %<-femit-struct-debug-detailed=ind:...%>%<-fobjc-abi-version%> â‰¥ 2 stÃ¶djs inte fÃ¶r %<-m32%>-mÃ¥l med %<-fnext-runtime%>%<-fobjc-abi-version%> â‰¥ 2 mÃ¥ste anvÃ¤ndas fÃ¶r %<-m64%>-mÃ¥l med %<-fnext-runtime%>%<-fobjc-exceptions%> behÃ¶vs fÃ¶r att aktivera Objective-C undantagssyntax%<-fobjc-gc%> ignoreras fÃ¶r %<-fgnu-runtime%>%<-fobjc-sjlj-exceptions%> ignoreras fÃ¶r %<-fgnu-runtime%>%<-fobjc-sjlj-exceptions%> ignoreras fÃ¶r %<-fnext-runtime%> nÃ¤r %<-fobjc-abi-version%> â‰¥ 2%<-fobjc-sjlj-exceptions%> Ã¤r det enda undantagssystem som stÃ¶djs fÃ¶r %<-fnext-runtime%> med %<-fobjc-abi-version%> < 2%<-fsplit-stack%> stÃ¶djs fÃ¶r nÃ¤rvarande bara pÃ¥ GNU/Linux%<-fsplit-stack%> stÃ¶djs fÃ¶r nÃ¤rvarande bara pÃ¥ PowerPC64 GNU/Linux med glibc-2.18 eller senare%<-fsplit-stack%> stÃ¶djs inte av denna kompilatorkonfiguration%<-fsplit-stack%> krÃ¤ver assemblerstÃ¶d fÃ¶r CFI-direktiv%<-gdwarf%s%> Ã¤r tvetydigt; anvÃ¤nd %<-gdwarf-%s%> fÃ¶r DWARF-version eller %<-gdwarf -g%s%> fÃ¶r felsÃ¶kningsnivÃ¥%<-gnat%> felstavat som %<-gant%>%<-march=%s%> Ã¤r inte kompatibelt med det valda ABI:et%<-march=%s%> krÃ¤ver %<-mfp32%>%<-mcpu=%> bÃ¶r undvikas.  AnvÃ¤nd %<-mtune=%> eller %<-march=%> istÃ¤llet.%<-mdynamic-no-pic%> Ã¥sidosÃ¤tter %<-fpic%>, %<-fPIC%>, %<-fpie%> eller %<-fPIE%>%<-mfpxx%> kan endast anvÃ¤ndas med ABI:et o32%<-mfpxx%> krÃ¤ver %<-mlra%>%<-mfused-madd%> bÃ¶r undvikas, anvÃ¤nd %<-ffp-contract=%> istÃ¤llet%<-mgp32%> och %<-mfp64%> kan bara kombineras om mÃ¥let stÃ¶djer instruktionerna mfhc1 och mthc1%<-mgp32%> och %<-mfp64%> kan endast kombineras nÃ¤r ABI:et o32 anvÃ¤nds%<-mgp32%> anvÃ¤nt med ett 64-bitars ABI%<-mgp64%> anvÃ¤nt med ett 32-bitars ABI%<-mgp64%> anvÃ¤nt med en 32-bitarsprocessor%<-mintel-syntax%> och %<-mno-intel-syntax%> bÃ¶r undvikas.  AnvÃ¤nd %<-masm=intel%> och %<-masm=att%> istÃ¤llet%<-mips3d%> krÃ¤ver %<-mpaired-single%>%<-mmsa%> mÃ¥ste anvÃ¤ndas med %<-mfp64%> och %<-mhard-float%>%<-mno-gpopt%> behÃ¶ver %<-mexplicit-relocs%>%<-mpcommit%> bÃ¶r undvikas%<-mrtd%> ignoreras i 64-bitslÃ¤ge%<-msse5%> togs bort%<-msseregparm%> anvÃ¤nd utan SSE aktiverat%<-mtune=x86-64%> bÃ¶r undvikas.  AnvÃ¤nd istÃ¤llet det som passar av %<-mtune=k8%> och %<-mtune=generic%>%<-static-libgfortran%> stÃ¶djs inte i denna konfiguration%<-x %s%> efter sista indatafilen har ingen effekt%<...%> som argument.)%<...%>-hanterare mÃ¥ste vara den sista hanteraren i sitt try-block%<...%> har ogiltigt operandnummer%<::%> behÃ¶vs i PROCEDURE-bindning med explicit mÃ¥l vid %C%<::%D%> har inte deklarerats%<::%E%> har inte deklarerats%<::%E%> Ã¤r inte en klass eller namnrymd%<::%E%> Ã¤r inte en klass, namnrymd eller upprÃ¤kning%<::%E%> Ã¤r inte en typ%<::main%> mÃ¥ste returnera %<int%>%<<:%> Ã¤r en alternativ stavning av %<[%>.  LÃ¤gg in mellanrum mellan %<<%> och %<::%>%<<::%> kan inte inleda en argumentlista till en mall%<<<%> i boolesk kontext, menade du %<<%>?%<=> mÃ¥l%> Ã¤r ogiltigt fÃ¶r DEFERRED-bindning vid %Coperatorn %<>>%> hanteras som tvÃ¥ hÃ¶gervinkelparenteser i C++11%<>>%> skulle vara %<> >%> inuti en nÃ¤stad mallargumentlista%<@dynamic%> finns inte i Objective-C 1.0%<@dynamic%> som inte Ã¤r i @implementation-kontext%<@dynamic%> krÃ¤ver klassens @interface fÃ¶r att vara tillgÃ¤nglig%<@encode%> mÃ¥ste ange en typ som ett argument%<@end%> saknas i implementationskontext%<@end%> mÃ¥ste stÃ¥ i @implementation-kontext%<@optional%> Ã¤r endast tillÃ¥tet i @protocol-sammanhang%<@optional%> finns inte i Objective-C 1.0%<@package%> Ã¤r inte tillgÃ¤ngligt i Objective-C 1.0%<@package%> har fÃ¶r nÃ¤rvarande samma effekt som %<@public%>%<@property%> finns inte i Objective-C 1.0%<@required%> Ã¤r endast tillÃ¥tet i @protocol-sammanhang%<@required%> finns inte i Objective-C 1.0argumentet %<@synchronized%> Ã¤r inte ett objekt%<@synthesize%> kan inte anvÃ¤ndas i kategorier%<@synthesize%> finns inte i Objective-C 1.0%<@synthesize%> som inte Ã¤r i @implementation-kontext%<@synthesize%> krÃ¤ver klassens @interface fÃ¶r att vara tillgÃ¤nglig%<@throw%> (rethrow) anvÃ¤nd utanfÃ¶r ett @catch-blockargumentet till %<@throw%> Ã¤r inte ett objekt%<@try%> utan %<@catch%> eller %<@finally%>%<G0%>â€� i format vid %L%<I%> vid %L och %<J%> vid %L kan inte bÃ¥da vara literala BOZ-konstanter%<MOLD%>-argumentet till inbyggd %<TRANSFER%> vid %L mÃ¥ste vara %s%<[%E] =%> anvÃ¤nt i en designerad initierare i GNU-stil fÃ¶r klassen %qT%<[*]%> Ã¤r inte tillÃ¥tet annat Ã¤n inom en funktionsprototyp%<[*]%> Ã¤r inte i en deklaration%<_Alignas%>-specificerare kan inte reducera justeringen hos %qE%<_Alignas%>-specificerare kan inte reducera justeringen fÃ¶r namnlÃ¶sa fÃ¤lt%<_Atomic%> %qD i %<aligned%>-klausul%<_Atomic%> %qD i %<firstprivate%>-klausul vid %<target%>-konstruktion%<_Atomic%> %qD i %<linear%>-klausul%<_Atomic%> %qD i %qs-klausul%<_Atomic%> %qD i implicit %<firstprivate%>-klausul vid %<target%>-konstruktion%<_Atomic%> %qD i implicit %<map%>-klausul%<_Atomic%> %qE i %<reduction%>-klausul%<_Atomic%> %qE i %qs-klausul%<_Atomic%> tillÃ¤mpat pÃ¥ en kvalificerad typ%<_Atomic%>-uttryck i %<#pragma omp atomic%>%<_Atomic%> i Objective-C%<_Atomic%>-iterationsvariabel %qE%<_Atomic%>-kvalificerad typ i %<#pragma omp declare reduction%>%<_Atomic%>-kvalificerad vektortyp%<_Atomic%>-kvalificerad funktionstyp%<_Atomic%>-kvalificerad parametertyp %qT till %q+D%<_Atomic%>-kvalificerad returtyp till fÃ¶r %qD%<_Cilk_for%> tillÃ¥ter ett uttryck istÃ¤llet fÃ¶r en deklaration endast i C, inte i C++%<_Cilk_spawn%> kan endast anges inuti en funktion%<_Cilk_spawn%> mÃ¥ste fÃ¶ljas av ett uttryck%<_Float%d%s%> stÃ¶djs inte fÃ¶r denna mÃ¥larkitektur%<_Generic%>-association har funktionstyp%<_Generic%>-association har ofullstÃ¤ndig typ%<_Generic%>-association har variabel lÃ¤ngdtyp%<_Generic%>-vÃ¤ljare matchar flera associationer%<_Generic%>-vÃ¤ljare av typ %qT Ã¤r inte kompatibel med nÃ¥gon association%<_Generic%> anger tvÃ¥ kompatibla typer%<_Noreturn%> i tom deklaration%<_Sat%> anvÃ¤nds utan %<_Fract%> eller %<_Accum%>attributet %<__BELOW100__%> Ã¤r bara tillÃ¤mpbart pÃ¥ variabler%<__GIMPLE%> Ã¤r endast giltigt med -fgimpleen %<__RTL%>-funktion kan inte kompileras med %<-flto%>%<__alignof%> tillÃ¤mpad pÃ¥ ett bitfÃ¤lt%<__auto_type%> i tom deklaration%<__auto_type%> kan endast anvÃ¤ndas med en ensam deklarerare%<__auto_type%> behÃ¶ver en enkel identifierare som deklarerare%<__auto_type%> behÃ¶ver en initierad datadeklaration%<__auto_type%> anvÃ¤nd med en bitfÃ¤ltsinitierare%<__builtin_complex%>-operand Ã¤r inte av en reell binÃ¤r flyttalstypoperander till %<__builtin_complex%> av olika typerandra argumentet till %<__builtin_longjmp%> mÃ¥ste vara 1%<__builtin_next_arg%> anropad utan argument%<__gcc_host_wide_int__%> Ã¤r inte definierad som %<long%> eller %<long long%>%<__gcc_host_wide_int__%> Ã¤r inte definierad som en typ%<__int%d%> stÃ¶djs inte pÃ¥ denna mÃ¥larkitektur%<__int%d%> stÃ¶djs inte fÃ¶r denna mÃ¥larkitektur%<__label__%> som inte inleder ett block%<__restrict%> kan bara anges fÃ¶r objekt och funktionerattributet %<__simd__%> kan inte anvÃ¤ndas i samma funktion som Ã¤r markerad som en Cilk Plus SIMD-aktiverad funktion%<__thread%> fÃ¶re %<extern%>%<__thread%> fÃ¶re %<static%>%<__thread%> fÃ¶re %qD%<__thread%> kan bara anges fÃ¶r objekt och funktioner%<__transaction_atomic%> utan stÃ¶d fÃ¶r transaktionsminne aktiverat%<__transaction_cancel%> inte inom %<__transaction_atomic%>%<__transaction_cancel%> inom en %<__transaction_relaxed%>%<__transaction_cancel%> utan att stÃ¶d fÃ¶r transaktionsminne Ã¤r aktiverat%<__transaction_relaxed%> utan stÃ¶d fÃ¶r transaktionsminne aktiverat%<a%d%>-argumentet till inbyggd %qs vid %L mÃ¥ste vara %s(%d)%<a1%>-argumentet till inbyggd %qs vid %L mÃ¥ste vara INTEGER, REAL eller CHARACTER%<acc update%> mÃ¥ste innehÃ¥lla Ã¥tminstone en %<device%>- eller %<host%>- eller %<self%>-klausul vid %Largumentet till %<alignas%> har typen %qT som inte Ã¤r en heltalstyp%<aligned%>-klausuls justeringsuttryck mÃ¥ste vara heltal%<aligned%>-klausulens justeringsuttryck mÃ¥ste vara ett positivt konstant heltalsuttryckgrÃ¤nsen fÃ¶r %<alloca%> Ã¤r okÃ¤nd%<and%> mellan Ã¶msesidigt uteslutande likhetstester Ã¤r alltid 0%<asm%> i %<constexpr%>-funktion%<asm%>-operandbegrÃ¤nsningar inkompatibla med operandstorlek%<asm%>-operand har omÃ¶jliga begrÃ¤nsningar%<asm%>-operand krÃ¤ver omÃ¶jlig omlastning%<asm%>-specificerare Ã¤r inte tillÃ¥tna pÃ¥ icke-statiska datamedlemmarattributet %<assign%> stÃ¥r i konflikt med attributet %<copy%>attribut %<assign%> stÃ¥r i konflikt med attributet %<retain%>%<assign%> kan vara osÃ¤kert fÃ¶r Objective-C-objekt, ange uttryckligen om du behÃ¶ver det%<async%>-uttryck mÃ¥ste vara heltal%<auto%> kan endast anges fÃ¶r variabler eller funktionsdeklarationer%<auto%> Ã¤ndrar betydelse i C++11; var god ta bort det%<auto%> stÃ¥r i konflikt med andra OpenACC-slingspecificerare%<auto%> tom deklaration pÃ¥ filnivÃ¥en %<auto%>-parameter Ã¤r tillÃ¥ten i detta sammanhang%<bank_switch%> har ingen effekt pÃ¥ icke-avbrotts-funktioner%<builtin_return_address%> innehÃ¥ller bara 2 byte adress%<concept%> kan inte fÃ¶rekomma i en typedef-deklaration%<concept%> Ã¤r endast tillgÃ¤ngligt med -fconcepts%<const%>- och %<volatile%>-funktionsspecificerare pÃ¥ %qD Ã¤r ogiltiga i fÃ¤ltdeklaration%<const%>- och %<volatile%>-funktionsspecificerare pÃ¥ %qD Ã¤r ogiltiga i parameterdeklaration%<const%>- och %<volatile%>-funktionsspecificerare pÃ¥ %qD Ã¤r ogiltiga i typdeklaration%<const%>- och %<volatile%>-funktionsspecificerare pÃ¥ %qD Ã¤r ogiltiga i variabeldeklaration%<const%> kan bara anges fÃ¶r objekt och funktioner%<constexpr%> kan inte fÃ¶rekomma i en typedef-deklaration%<constexpr%> kan inte anvÃ¤ndas fÃ¶r typdeklarationer%<constexpr%>-konstrueraren fÃ¶r unionen %qT mÃ¥ste initiera precis en icke statisk datamedlem%<constexpr%> lambda Ã¤r endast tillgÃ¤ngligt med -std=c++1z eller -std=gnu++1z%<constexpr%> behÃ¶vs fÃ¶r initiering i klassen av statisk datamedlem med icke heltalstyp %q#Dattributet %<copy%> gÃ¤ller bara fÃ¶r Objective-C-objekten %<critical%> region fÃ¥r inte vara innesluten inuti en %<critical%> region med samma namn%<custom-%s=%> Ã¤r inte kÃ¤nt som en FPU-instruktion%<custom-%s=%> behÃ¶ver argument%<default%>-etikett som inte ligger i en switch-sats%<delete[]%> Ã¤r inte ett konstant uttryck%<depend(%s)%> Ã¤r bara tillÃ¥tet i %<omp ordered%>%<depend(sink)%>-klausul vÃ¤ntar pÃ¥ en lexikalt senare iteration%<depend(sink)%> refererar till en iteration som aldrig Ã¤r i iterationsrymden%<depend(source)%>-klausul angiven tillsammans med %<depend(sink:)%>-klausuler pÃ¥ samma konstruktion%<device%>-id mÃ¥ste vara ett heltal%<dim%>-argumentet till inbyggd %qs vid %L Ã¤r inte ett giltigt co-dimensionsindex%<dim%>-argumentet till inbyggd %qs vid %L Ã¤r inte ett giltigt dimensionsindex%<dim%>-argumentet till inbyggd %s vid %L Ã¤r inte ett giltigt dimensionsindex%<dist_schedule%> styckesstorleksuttryck mÃ¥ste vara heltalen %<distribute%>-region mÃ¥ste vara strikt inneslutna inuti en %<teams%>-konstruktion%<dynamic_cast%> Ã¤r inte tillÃ¥tet med -fno-rtti%<else%> utan ett fÃ¶regÃ¥ende %<if%>%<enum %E%> Ã¤r deklarerad i %<for%>-slingas initiala deklaration%<explicit%> kan endast anges fÃ¶r konstruerare%<explicit%> i vÃ¤ndeklaration%<explicit%> utanfÃ¶r klassdeklarationattributet %<externally_visible%> har bara effekt pÃ¥ publika objektattributet %<fallthrough%> fÃ¶ljs inte av %<;%>attributet %<fallthrough%> angivet flera gÃ¥ngerattributet %<fallthrough%> angivet med en parameterattributdirektivet %<fast_interrupt%> ignorerat%<for%>-slinga med startdeklaration Ã¤r endast tillÃ¥tet i C99- och C11-lÃ¤ge%<friend%> kan endast anges inuti en klass%<friend%> anvÃ¤nd utanfÃ¶r en klass%<gang%>-numeriskt uttryck mÃ¥ste vara ett heltal%<gang%>-numeriskt vÃ¤rde mÃ¥ste vara positivt%<gang%>-statiskt uttryck mÃ¥ste vara heltal%<gang%>-statiskt vÃ¤rde mÃ¥ste vara positivtCPU %<generic%> kan anvÃ¤ndas endast till flaggan %<-mtune=%>CPU %<generic%> kan anvÃ¤ndas endast till attributet %<target("tune=")%>attribut %<gnu_inline%> finns pÃ¥ %q+D%<goto%> i %<constexpr%>-funktion%<goto%> Ã¤r inte ett konstant uttryck%<grainsize%>-uttryck mÃ¥ste vara ett heltal%<grainsize%>-vÃ¤rdet mÃ¥ste vara positivt%<if constexpr%> Ã¤r endast tillgÃ¤ngligt med -std=c++1z eller -std=gnu++1zen %<inbranch%>-klausul Ã¤r inkompatibel med %<notinbranch%>%<inline%> kan endast anges fÃ¶r funktioner%<inline%> i tom deklaration%<inline%> Ã¤r inte tillÃ¥tet i deklaration av vÃ¤nmallspecialisering %qD%<inline%> angivet fÃ¶r vÃ¤nklassdeklarationspecificerare %<inline%> Ã¤r ogiltig fÃ¶r funktionen %qs deklarerad utanfÃ¶r global rÃ¤ckviddspecificeraren %<inline%> Ã¤r ogiltig fÃ¶r variabeln %qD deklarerad med blockrÃ¤ckviddCPU %<intel%> kan anvÃ¤ndas endast till flaggan %<-mtune=%>CPU %<intel%> kan anvÃ¤ndas endast till attributet %<target("tune=")%>%<l1-cache-size%>-parametern Ã¤r inte en potens av tvÃ¥ %d%<linear%>-klausul fÃ¶r en annan variabel Ã¤n en slingiterator angiven vid konstruktion kombinerad med %<distribute%>en %<linear%>-klausul fÃ¥r inte anges tillsammans med en %<ordered%>-klausul med en parameter%<linear%>-klausulens steg %qE Ã¤r varken en konstant eller en parameter%<linear%>-klausulens steguttryck mÃ¥ste vara heltal%<linear%>-klausulsteg Ã¤r en parameter %qD inte angiven i %<uniform%>-klausul%<location_t%> Ã¤r inte definierad som en typ%<locus%> Ã¤r inte definierad som en typ%<long long long%> Ã¤r fÃ¶r lÃ¥ngt fÃ¶r GCC%<long long%> ogiltig fÃ¶r %qs%<long%> och %<short%> angivna tillsammans fÃ¶r %qs%<long%> ogiltig fÃ¶r %qs%<long%> eller %<short%> ogiltig fÃ¶r %qs%<long%> eller %<short%> angiven med char fÃ¶r %qs%<long%>-switch-uttryck konverteras inte till %<int%> i ISO C%<long%>, %<int%>, %<short%> eller %<char%> ogiltig fÃ¶r %qs%<main%> deklarerad %<_Noreturn%>en %<master%>-region fÃ¥r inte vara nÃ¤ra innesluten inuti arbetsdelande, explicit %<task%> eller %<taskloop%> region%<memset%> anvÃ¤nd med konstant parameter med lÃ¤ngd noll; detta kan bero pÃ¥ omkastade parametrar%<memset%> anvÃ¤nt med en lÃ¤ngd lika med antalet element utan att multiplicera med elementstorleken%<namespace%>-definition Ã¤r inte tillÃ¥ten hÃ¤r%<new%> av typ %qT med utÃ¶kad justering %d%<no-custom-%s%> tar inte argument%<nonmonotonic%>-modifierare angiven fÃ¶r schemalÃ¤ggningssort %qs%<nonmonotonic%>-schemalÃ¤ggningsmodiferare angiven tillsammans med %<ordered%>-klausul%<noreturn%>-funktion returneraren %<nowait%>-klausul fÃ¥r inte anvÃ¤ndas tillsammans med %<copyprivate%>%<num_gangs%>-vÃ¤rdet mÃ¥ste vara positivt%<num_tasks%>-uttryck mÃ¥ste vara ett heltal%<num_tasks%>-vÃ¤rdet mÃ¥ste vara positivt%<num_teams%>-vÃ¤rdet mÃ¥ste vara positivt%<num_threads%>-vÃ¤rdet mÃ¥ste vara positivt%<num_workers%>-vÃ¤rdet mÃ¥ste vara positivt%<operator delete%> mÃ¥ste returnera typ %qT%<operator delete%> tar typen %qT som fÃ¶rsta parameter%<operator new%> fÃ¥r inte returnera NULL om den inte Ã¤r deklarerad %<throw()%> (eller -fcheck-new Ã¤r aktivt)%<operator new%> mÃ¥ste returnera typ %qT%<operator new%> tar typen %<size_t%> (%qT) som fÃ¶rsta parameter%<operator%s%>%<operator%s%> i %<%E %s %E%>%<operator%s%> i %<%E%s%>%<operator%s%> i %<%s%E%>%<operator=%> skall returnera en referens till %<*this%>%<operator[]%>%<operator[]%> i %<%E[%E]%>%<or%> mellan omatchade olikhetstester Ã¤r alltid 1%<ordered simd threads%> mÃ¥ste vara nÃ¤ra inneslutet inuti en %<for simd%>-region%<ordered%> %<simd%> mÃ¥ste vara nÃ¤ra innesluten inuti en %<simd%>-region%<ordered%>-klausulparameter Ã¤r mindre Ã¤n %<collapse%>en %<ordered%>-klausul med parameter fÃ¥r inte anges pÃ¥ en %qs-konstruktion%<ordered%>-konstruktion med %<depend%>-klausul mÃ¥ste vara nÃ¤ra innesluten inuti en slinga med %<ordered%>-klausul med en parameteren %<ordered%> konstruktion med %<depend%>-klausul mÃ¥ste vara nÃ¤ra innesluten inuti en %<ordered%>-slingaen %<ordered%> region fÃ¥r inte vara nÃ¤ra innesluten inuti en %<critical%>, %<ordered%>, explicit %<task%> eller %<taskloop%> regionen %<ordered%> region mÃ¥ste vara nÃ¤ra innesluten inuti en slingaregion med en %<ordered%>-klausul%<priority%>-uttryck mÃ¥ste vara ett heltal%<priority%>-vÃ¤rdet mÃ¥ste vara positivtattributet %<readonly%> stÃ¥r i konflikt med attributet %<readwrite%>attributet %<readonly%> stÃ¥r i konflikt med attributet %<setter%>%<register%> i tom deklaration pÃ¥ filnivÃ¥specificeraren %<register%> av lagringsklass angiven%<reinterpret_cast<%T>(%E)%> Ã¤r inte ett konstant uttryck%<requires%> Ã¤r endast tillgÃ¤ngligt med -fconceptsattributet %<retain%> stÃ¥r i konflikt med attributet %<copy%>attributet %<retain%> Ã¤r endast giltigt fÃ¶r Objective-C-objekt%<return%> med vÃ¤rde i funktion som returnerar void%<return%> utan vÃ¤rde i funktion som returnerar icke-void%<safelen%>-klausulens uttryck mÃ¥ste vara ett positivt konstant heltalsuttryck%<seq%> Ã¥sidosÃ¤tter andra OpenACC-slingspecificerare%<shape%>-argumentet till inbyggd %<reshape%> vid %L har mer Ã¤n %d element%<shape%>-argumentet till inbyggd %<reshape%> vid %L mÃ¥ste vara en vektor av konstant storlek%<short%> ogiltig fÃ¶r %qs%<short%> eller %<long%> ogiltig fÃ¶r %qs%<signed%> och %<unsigned%> givna tillsammans fÃ¶r %qs%<signed%> eller %<unsigned%> Ã¤r ogiltigt fÃ¶r %qs%<simdlen%>-klausulens uttryck mÃ¥ste vara ett positivt konstant heltalsuttryck%<simdlen%>-klausulvÃ¤rde Ã¤r stÃ¶rre Ã¤n %<safelen%>-klausulvÃ¤rde%<sizeof%> applicerat pÃ¥ ett bitfÃ¤lt%<sizeof%> pÃ¥ vektorfunktionsparametern %qE kommer returnera storleken pÃ¥ %qTargument till %<sizeof...%> mÃ¥ste omges av parenteser%<source%>-argumentet till inbyggd %<shape%> vid %L fÃ¥r inte vara en vektor med antagen storlek%<static%> fÃ¥r inte anvÃ¤ndas vid definition (till skillnad mot deklaration) av statisk datamedlemspecificerare %<static%> Ã¤r ogiltigt fÃ¶r funktion %qs deklarerad utanfÃ¶r global rÃ¤ckvidd%<std::tuple_size<%T>::value%> Ã¤r inte ett konstantuttryck av heltalstyp%<struct %E%> Ã¤r deklarerad i %<for%>-slingas initiala deklaration%<target("rtd")%> ignoreras i 64-bitslÃ¤ge%<target("sseregparm")%> anvÃ¤nt utan SSE aktiverat%<target("tune=x86-64")%> bÃ¶r undvikas.  AnvÃ¤nd istÃ¤llet det som passar av %<target("tune=k8")%> och %<target("tune=generic")%>%<teams%>-konstruktion inte vara nÃ¤ra innesluten inuti en %<target%>-konstruktion%<this%> tillÃ¥tet i OpenMP endast i %<declare simd%>-klausuler%<this%> Ã¤r inte tillgÃ¤ngligt i en statisk medlemsfunktion%<this%> kan inte anvÃ¤ndas i detta sammanhang%<this%> fÃ¥ngades inte fÃ¶r denna lambdafunktion%<thread_limit%>-uttryck mÃ¥ste vara heltal%<thread_limit%>-vÃ¤rdet mÃ¥ste vara positivt%<threadprivate%> %qD Ã¤r inte fil-, namnrymds- eller blockrÃ¤ckviddsvariabel%<threadprivate%> %qE-direktiv inte i %qT-definition%<threadprivate%> %qE har ofullstÃ¤ndig typ%<tile%>-argumentet behÃ¶ver en heltalstypargumentet till %<tile%> behÃ¶ver en positiv heltalskonstant%<transaction_may_cancel_outer%>-funktionsanrop som inte Ã¤r inuti en yttre transaktion eller %<transaction_may_cancel_outer%>%<transaction_safe_dynamic%> kan endast anges fÃ¶r en virtuell funktion%<tree%> Ã¤r inte definierad som en pekartyp%<tree%> Ã¤r inte definierad som en typ%<try%> i %<constexpr%>-funktion%<typedef%> ignorerades i denna deklaration%<typeid%>-operator fÃ¥r inte finnas i ett konstantuttryck%<typename %T::%D%> namnger %q#T, som inte Ã¤r en klassmall%<typename %T::%D%> namnger %q#T, som inte Ã¤r en typ%<typeof%> applicerat pÃ¥ ett bitfÃ¤lt%<union %E%> Ã¤r deklarerad i %<for%>-slingas initiala deklaration%<va_start%> anvÃ¤nds i en funktion med fixt antal parametrar%<vector%>-lÃ¤ngduttryck mÃ¥ste vara ett heltal%<vector%>-lÃ¤ngdvÃ¤rdet mÃ¥ste vara positivt%<vector_length%>-vÃ¤rdet mÃ¥ste vara positivt%<virtual%> kan endast anges fÃ¶r funktioner%<virtual%> utanfÃ¶r klassdeklaration%<virtual%> anges mer Ã¤n en gÃ¥ng i basspecificerade%<void%> som enda parameter kan inte kvalificeras%<void%> mÃ¥ste vara den enda parametern%<volatile%> kan bara anges fÃ¶r objekt och funktioner%<wait%>-uttryck mÃ¥ste vara heltalattributet %<weakref%> ignorerat fÃ¶r att funktionen Ã¤r definieradattributet %<weakref%> ignorerat fÃ¶r att variabeln Ã¤r initieradattributet %<weakref%> skall Ã¥tfÃ¶ljas av ett attribut %<alias%>%<worker%>-numeriskt uttryck mÃ¥ste vara ett heltal%<worker%>-numeriskt vÃ¤rde mÃ¥ste vara positivt%<||%> Ã¤r inte tillÃ¥tet i GIMPLE%<~%> pÃ¥ ett booleskt uttryck%<~%> pÃ¥ ett uttryck av typ bool%<~auto%> Ã¤r endast tillgÃ¤ngligt med -std=c++14 eller -std=gnu++14%D byter namn efter att ha refererats i assemblerkvalificeraren %E ignorerad pÃ¥ asm%E krÃ¤ver %<-fgnu-tm%>%K%qD: att skriva %wu byte till en region av storlek %wu spiller Ã¶ver destinationen%K%qD: den angivna grÃ¤nsen %wu Ã¶verskrider maximal objektstorlek %wu%K%qD: den angivna grÃ¤nsen %wu Ã¶verskrider storleken %wu pÃ¥ destinationen%K%qD: den angivna grÃ¤nsen mellan %wu och %wu Ã¶verskrider maximal objektstorlek %wu%K%qD: den angivna grÃ¤nsen mellan %wu och %wu Ã¶verskrider storleken %wu pÃ¥ destinationen%K%qD: den angivna storleken %wu Ã¶verskrider maximal objektstorlek %wu%K%qD: den angivna storleken mellan %wu och %wu Ã¶verskrider maximal objektstorlek %wu%K%qD: att skriva %wu byte till en region av storlek %wu spiller Ã¶ver destinationen%K%qD: att skriva Ã¥tminstone %wu byte till en region av storlek %wu spiller Ã¶ver destinationen%K%qD: att skriva mellan %wu och %wu byte till en region av storlek %wu spiller Ã¶ver destinationen%K%s %wd utanfÃ¶r intervall %wd - %wd%Kargument %d mÃ¥ste vara en konstant omedelbar%Kargument %i:s intervall [%E, %E] Ã¶verskrider maximal objektstorlek %E%Kargument %i:s intervall [%E, %E] Ã¤r negativt%Kargument %i:s vÃ¤rde %qE Ã¶verskrider maximal objektstorlek %E%Kargument %i:s vÃ¤rde %qE Ã¤r negativt%Kargument %i:s vÃ¤rde Ã¤r noll%Kasm Ã¤r inte tillÃ¥tet i en %<transaction_safe%>-funktion%KfÃ¶rsÃ¶k att frigÃ¶ra ett icke-heap-objekt%KfÃ¶rsÃ¶k att frigÃ¶ra ett icke-heap-objekt %qD%Kanrop av %qs deklarerad med attributet error: %s%K anrop av %qs deklarerad med attributet warning: %s%KfÃ¶rsta argumentet till %D mÃ¥ste vara en pekare, det andra en heltalskonstant%Kogiltigt anvÃ¤ndning av %<__builtin_va_arg_pack ()%>%Kogiltigt anvÃ¤ndning av %<__builtin_va_arg_pack_len ()%>%Kbana %wd utanfÃ¶r intervallet %wd - %wd%Kbanindex mÃ¥ste vara en konstant omedelbar%Ksista argumentet till %D Ã¤r inte en heltalskonstant mellan 0 och 3%Kprodukten %<%E * %E%> av argument %i och %i Ã¶verskrider %<SIZE_MAX%>%Kprodukten %<%E * %E%> av argument %i och %i Ã¶verskrider maximal objektstorlek %E%Ktotal storlek och elementstorlek mÃ¥ste vara en konstant omedelbar skild frÃ¥n noll%d konstruerare hittad
  %d konstruerare hittade
  %d destruerare hittad
  %d destruerare hittade
  %d utgÃ¥ngar registrerade fÃ¶r slinga %d (som har %d utgÃ¥ngar)%d ramtabell hittad
  %d ramtabeller hittade
! de %d minst signifikanta bitarna av %s ignoreras%i-bitslÃ¤ge inte inkompilerat%q#D%q#D stÃ¥r i konflikt med tidigare deklaration%q#D Ã¤r deklarerad hÃ¤r%q#D refererar inte till den okvalificerade typen, sÃ¥ den anvÃ¤nds int fÃ¶r lÃ¤nkklass%q#D explicit standarddefinierad hÃ¤r%q#D har ofullstÃ¤ndig typ%q#D dÃ¶ljer konstruerare fÃ¶r %q#T%q#D Ã¤rver frÃ¥n flera bassubobjekt%q#D ogiltig, en anonym post kan bara ha ickestatiska datamedlemmar%q#D ogiltig, en anonym union kan bara ha ickestatiska datamedlemmar%q#D Ã¤r en statisk datamedlem; den kan endast initieras vid sin definition%q#D Ã¤r implicit deklarerad som raderad fÃ¶r att %qT deklarerar en flyttkonstruerare eller flyttilldelningsoperator%q#D Ã¤r underfÃ¶rstÃ¥tt raderad eftersom standarddefinitionen skulle vara felformulerad:%q#D Ã¤r oÃ¥tkomlig inom denna kontext%q#D Ã¤r inte en funktionsmall%q#D Ã¤r inte en icke-statisk datamedlem i %qT%q#D Ã¤r inte ett giltigt mallargument till typen %qT eftersom en referensvariabel inte har en konstant adress%q#D Ã¤r inte const%q#D Ã¤r privat inom denna kontext%q#D Ã¤r skyddad inom denna kontext%q+#D Ã¤r volatile%q#D inte deklarerad i klassen%q#D tidigare deklarerad hÃ¤r%q#D definierades tidigare hÃ¤r%q#D omdeklarerad som en annan sorts symbol%q#D borde initieras%q#D, deklarerad med en lokal typ %qT, anvÃ¤nds men Ã¤r aldrig definierad%q#D, deklarerad med en namnlÃ¶s typ, anvÃ¤nds men Ã¤r aldrig definierad%q#F raderas implicit fÃ¶r att dess undantagsspecifikation stÃ¤mmer inte med den implicita undantagsspecifikationen %qX%q#T har ingen medlem med namnet %qE%q#T har ingen medlem med namnet %qE, menade du %qE?%q#T har ingen anvÃ¤ndardefinierad standardkonstruerare%q#T har pekardatamedlemmar%q#T har virtuella basklasser%q#T har virtuella funktioner och Ã¥tkomlig ickevirtuell destruerare%q#T Ã¤r inte en klass%q#T Ã¤r inte en klass eller namnrymd%q#T Ã¤r inte en mall%q#T Ã¤r inte en giltig typ fÃ¶r en mallparameter som inte Ã¤r en typ%q#T definierar bara en privat destruerare och har inga vÃ¤nner%q#T definierar bara privata konstruerare och har inga vÃ¤nner%q#T anvÃ¤nt dÃ¤r %qT fÃ¶rvÃ¤ntades%q#T anvÃ¤nt dÃ¤r ett flyttalsvÃ¤rde fÃ¶rvÃ¤ntades%q#T deklarerades tidigare hÃ¤r%q+#D kan inte deklareras%q+#D kan inte Ã¶verlagras%q+#D Ã¤r inte en statisk datamedlem i %q#T%q+#D Ã¤r markerad %<final%>, men Ã¤r inte virtuell%q+#D Ã¤r markerad %<override%>, men den Ã¥sidosÃ¤tter intealiaset %q+D mellan funktion och variabel stÃ¶djs inte%q+D aliasad deklaration%q+D Ã¤r aliasat till den externa symbolen %qE%q+D Ã¤r aliasat till en odefinierad symbol %qE%q+D Ã¤r redan deklarerad med attributet dllexport: dllimport ignoreras%q+D deklarerad som en vÃ¤n%q+D deklarerat som en variadisk funktion%q+D deklarerad att ta const-referens, men implicit deklaration skulle ta icke-const%q+D deklarerad med en undantagsspecifikationer%q+D deklarerat som en variadisk funktion utan prototyp%q+D Ã¤r definierad bÃ¥de normalt och som ett attribut %qE%q+D har inkompatibla attribut %qs och %qs%q+D i deklarationsmÃ¥lsdirektiv har inte en avbildbar typ%q+D ogiltig i %q#T%q+D Ã¤r statisk men deklarerad i inline-funktion %qD som inte Ã¤r statisk%q+D Ã¤r vanligtvis en funktion%q+D omdeklarerad som en annan sorts symbol%q+D omdeklarerad inline med attributet %<gnu_inline%>%q+D omdeklarerad inline utan attributet %<gnu_inline%>%q+D omdeklarerad utan attributet dllimport efter att ha refererats med lÃ¤nkklass dll%q+D omdeklarerades utan attributet dllimport: tidigare dllimport ignorerasden statiska datamedlemmen %q+D Ã¤r inuti deklarationsmÃ¥lsdirektiv%q+D tar bara noll eller tvÃ¥ argument%q+E Ã¤r inte ett konstant uttryck%q+F Ã¤r deklarerad %<static%> men definieras aldrig%q+F Ã¤r anvÃ¤nd men inte definierad%q+T Ã¤r inte literal fÃ¶r att:%qD fÃ¶rekommer bÃ¥de i data- och map-klausuler%qD fÃ¶rekommer mer Ã¤n en gÃ¥ng i %<aligned%>-klausuler%qD fÃ¶rekommer mer Ã¤n en gÃ¥ng i dataklausuler%qD fÃ¶rekommer mer Ã¤n en gÃ¥ng i avbildningsklausuler%qD fÃ¶rekommer mer Ã¤n en gÃ¥ng i rÃ¶relseklausuler%qD fÃ¶rekommer mer Ã¤n en gÃ¥ng i reduktionsklausulerattributdirektivet %qD ignoreratattributet %qD Ã¤r meningslÃ¶st eftersom medlemmar av den anonyma namnrymden fÃ¥r lokala symbolerattributet %qD krÃ¤ver ett ensamt NTBS-argument%qD anropad i ett konstant uttryck%qD anropad i ett konstant uttryck fÃ¶re dess definition Ã¤r komplett%qD kan markeras override%qD fÃ¥r inte finnas i ett konstantuttryck%qD kan inte deklareras %<virtual%>, eftersom den alltid Ã¤r statisk%qD kan inte standarddefinieras%qD kan inte anvÃ¤ndas som en funktion%qD kan inte ha standardargument%qD bytte semantik i GCC 4.4%qD stÃ¥r i konflikt med anvÃ¤nd funktion%qD Ã¤r deklarerad %<constexpr%> utanfÃ¶r sin klass%qDF Ã¤r deklarerad %<static%> i en %<constexpr%>-funktion%qD Ã¤r deklarerad %<thread_local%> i en %<constexpr%>-funktion%qD deklarerad %<transaction_safe_dynamic%>%qD deklarerat som ett %<virtual%>-fÃ¤lt%qD deklarerad som en %<virtual%>-parameter%qD deklarerad som en %<virtual%>-typ%qD deklarerad som en %<virtual%>-variabel%qD deklarerad som en icke-parameter%qD deklarerat som ett %<inline%>-fÃ¤lt%qD deklarerad som en %<inline%>-parameter%qD deklarerad som en %<inline%>-typ%qD Ã¤r deklarerad som en vektor av %qT%qD Ã¤r deklarerad som en referens men inte initierad%qD Ã¤r deklarerad hÃ¤r%qD Ã¤r deklarerad hÃ¤r, senare i Ã¶versÃ¤ttningsenheten%qD Ã¤r definierad men inte anvÃ¤nd%qD har inte en avbildbar typ i %qs-klausul%qD har inte heltals- eller upprÃ¤kningstyp%qD Ã¤r inte namnet pÃ¥ en upprÃ¤kningstyp i %qT%qD refererar inte till en funktion%qD refererar inte till en funktion med namnrymdsrÃ¤ckvidd%qD har en tidigare deklaration hÃ¤r%qD Ã¤r redan definierad%qD har en ofullstÃ¤ndig typ %qT%qD har ofullstÃ¤ndig typ%qD har en ogiltig argumentlista%qD har inte deklarerats inom %D%qD har samma namn som klassen den Ã¤r deklarerad i%qD i %<reduction%>-klausul Ã¤r en vektor med storlek noll%qD Ã¤rver ABI-etiketten %E som %qT (anvÃ¤nd i sin returtyp) har%qD Ã¤rver ABI-taggen %E som %qT (anvÃ¤nd i dess typ) har%qD Ã¤r ogiltigt i lambda%qD Ã¤r en namnrymd%qD Ã¤r en vanlig (utan placering) avallokeringsfunktion%qD Ã¤r som en vanlig (icke placerande) avallokeringsfunktion i C++14 (eller med -fsized-deallocation)%qD Ã¤r redan en vÃ¤n till %qT%qD Ã¤r redan en vÃ¤n till klassen %qT%qD Ã¤r redan deklarerad i detta definitionsomrÃ¥de%qD Ã¤r redan definierad i %qT%qD Ã¤r redan definierad i klassen %qT%qD Ã¤r redan definierad i klassen %qT%qD Ã¤r en upprÃ¤kningsmall%qD Ã¤r bÃ¥de en direkt bas och en indirekt virtuell bas%qD initieras med tls-modell %s%qD bÃ¶r undvikas%qD bÃ¶r undvikas: %s%qD initieras med sig sjÃ¤lv%qD Ã¤r normalt en icke-statisk funktion%qD Ã¤r inte en klass eller namnrymd%qD Ã¤r inte en funktionsmall%qD Ã¤r inte en medlem av %qD%qD har inte en medlem av %qT%qD Ã¤r inte en medlemsmallfunktion%qD Ã¤r inte ett namnrymdsnamn%qD Ã¤r inte en pekarvariabel%qD Ã¤r inte en statisk datamedlem i en klassmall%qD Ã¤r inte en mall%qD Ã¤r inte en mallfunktion%qD Ã¤r inte en typ%qD Ã¤r inte ett giltigt mallargument fÃ¶r att %qD Ã¤r en variabel, inte adressen till en variabel%qD Ã¤r inte en variabel%qD Ã¤r inte en variabel i %<aligned%>-klausul%qD Ã¤r inte en variabel i %<depend%>-klausul%qD Ã¤r inte en variabel i en %qs-klausul%qD Ã¤r inte en variabel i klausul %<firstprivate%>%qD Ã¤r inte en variabel i klausul %<lastprivate%>%qD Ã¤r inte en variabel i klausul %qs%qD Ã¤r inte en variabelmall%qD Ã¤r inte en ett argument i en %<uniform%>-klausul%qD Ã¤r inte en funktionsmall%qD Ã¤r inte fÃ¥ngad%qD Ã¤r inte kompatibel med %qD%qD Ã¤r inte definierad utanfÃ¶r funktionsnivÃ¥%qD Ã¤r inte anvÃ¤ndbar som en constexpr-funktion eftersom:%qD Ã¤r statisk men anvÃ¤nd i inline-funktionen %qD som inte Ã¤r statisk%qD Ã¤r en trÃ¥dprivat variabel i en %qs-klausul%qD Ã¤r fÃ¶r liten fÃ¶r att fÃ¥ plats med alla vÃ¤rden hos %q#T%qD anvÃ¤nds oinitierad i denna funktion%qD kan anvÃ¤ndas oinitierad i denna funktion%qD fÃ¥r inte deklareras som statisk%qD Ã¤r kanske inte deklarerad i en namnrymd%qD mÃ¥ste vara en global variabel i %<#pragma acc declare link%>%qD mÃ¥ste vara en icke-medlems-funktion%qD mÃ¥ste vara en icke-statisk medlemsfunktion%qD mÃ¥ste vara antingen en medlemsfunktion som inte Ã¤r statisk eller funktion som inte Ã¤r medlem%qD mÃ¥ste ha ett argument med klass- eller upprÃ¤kningstyp%qD fÃ¥r inte ha variabelt antal argument%qD mÃ¥ste ta %<void%>%qD mÃ¥ste ta antingen ett eller tvÃ¥ argument%qD mÃ¥ste ta antingen noll eller ett argument%qD mÃ¥ste ta exakt ett argument%qD mÃ¥ste ta exakt tvÃ¥ argument%qD inte deklarerad%qD inte definierad%qD omdeklarerad med annan Ã¥tkomst%qD omdeklarerad med annan synlighet%qD refererad i mÃ¥lregion som inte har en avbildbar typ%qD borde initieras%qD skall initieras i medlemsinitieringslistan%qD borde ha deklarerats inuti %qD%qD skall returnera som vÃ¤rde%qD angivet bÃ¥de i deklarationsmÃ¥lets %<link%>- och %<to%>-klausuler%qD anvÃ¤ndes fÃ¶re sin definition%qD anvÃ¤nd i sin egen initierare%qD anvÃ¤nd utan mallparametrar%qD bryter mot C++ endefinitionsregel %qD deklarerades %<extern%> och senare %<static%>%qD deklarerades %qs vilket medfÃ¶r standardsynlighet%qD deklarerades hÃ¤r%qD var dold%qD deklarerades inte %<constexpr%>%qD deklarerades inte i detta definitionsomrÃ¥de%qD deklarerades inte i detta definitionsomrÃ¥de, och inga deklarationer hittades av en argumentberoende uppslagning vid instansieringspunkten%qD initierades inte med ett konstant uttryck%qD deklarerades tidigare hÃ¤r%qD anvÃ¤ndes utan nÃ¥gon deklaration fÃ¶re sin definition%qD anvÃ¤ndes utan nÃ¥gon prototyp fÃ¶re sin definition%qD kommer initieras efter%qD: synlighetsattributet ignoreras eftersom det stÃ¥r i konflikt med tidigare deklaration%qE 2.95-vtable-kompatibilitetsattribut Ã¤r bara tillÃ¤mpligt pÃ¥ C++-klasser%qE 2.95-vtable-kompatibilitetsattribut Ã¤r bara tillÃ¤mpligt vid kompilering av en kext%qE fÃ¶rekommer mer Ã¤n en gÃ¥ng i %<aligned%>-klausuler%qE fÃ¶rekommer mer Ã¤n en gÃ¥ng i dataklausuler%qE fÃ¶rekommer mer Ã¤n en gÃ¥ng i avbildningsklausuler%qE fÃ¶rekommer mer Ã¤n en gÃ¥ng i samma %<declare target%>-direktivargumentet %qE Ã¤r inte en funktionargument till %qE Ã¤r inte en identifierareadressen till attributet %qE Ã¤r utanfÃ¶r giltigt intervallattributet %qE tillÃ¥ter endast en heltalskonstant som argumentattributet %qE tillÃ¤mpat pÃ¥ %qD med returtypen voidattributet %qE anvÃ¤nt pÃ¥ %qT efter dess definitionattributet %qE tillÃ¤mpat pÃ¥ extern "C"-deklaration %qDattributet %qE anvÃ¤nt pÃ¥ typen %qT som inte Ã¤r en klass eller upprÃ¤kningstypattributet %qE tillÃ¤mpat pÃ¥ %qD som inte Ã¤r en funktion eller variabelattributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ funktionerattributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ initierade variabler med extern lÃ¤nkningargument till attribut %qE Ã¤r inte en strÃ¤ngkonstantargumentet till attribut %qE Ã¤r inte en heltalskonstantargument till attribut %qE skall vara mellan 0 och 255argumentet till attribut %qE skall vara mellan 18 och 255attributet %qE kan bara anvÃ¤ndas pÃ¥ funktioner eller pÃ¥ klass- eller upprÃ¤kningstyperattributet %qE kan inte anges fÃ¶r lokala variablerattributdirektivet %qE ignoreratattributet %qE Ã¤r inte applicerbart pÃ¥ typerattributet %qE Ã¤r inte tillÃ¤mpligt pÃ¥ funktionerattributet %qE dubbleratattributet %qE fÃ¶ljer %qEattributet %qE har ingen effektattributet %qE har ingen effekt pÃ¥ funktioner med statisk lÃ¤nkklassattributet %qE har ingen effekt pÃ¥ enhetslokala funktionerattributet %qE har bara effekt pÃ¥ publika objektattributet %qE ignoreratattributet %qE ignorerat fÃ¶r att %qT redan Ã¤r definieratattributet %qE ignoreras eftersom det stÃ¥r i konflikt med attributet %qsattributet %qE ignoreras eftersom det stÃ¥r i konflikt med attributet %qsattributet %qE ignorerat fÃ¶r %qEattributet %qE ignorerat fÃ¶r fÃ¤lt av typen %qTattributet %qE ignorerat typer som inte Ã¤r klasserattributet %qE ignorerat fÃ¶r typerattributet %qE ignorerat utan flaggan -mcmse.attributet %qE stÃ¶djs inte fÃ¶r denna mÃ¥larkitekturen R8Cattributet %qE stÃ¶djs inte pÃ¥ denna plattformattributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ funktionerattributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ %<struct%>-typerattributet %qE stÃ¶djs endast fÃ¶r SH2Aattributet %qE anvÃ¤nds fÃ¶r annat Ã¤n klassmetodattributet %qE Ã¤r inte tillÃ¥tet med lagringsklassen autoattributet %qE Ã¤r inte tillgÃ¤ngligt fÃ¶r funktioner som returnerar ett vÃ¤rde pÃ¥ stackenattributet %qE Ã¤r inte tillgÃ¤ngligt fÃ¶r funktioner med argument som skickas pÃ¥ stackenattributet %qE Ã¤r inte tillgÃ¤ngligt fÃ¶r funktioner med ett variabelt antal argumentattributet %qE pÃ¥ en icke-volatile variabelattributet %qE pÃ¥verkar bara toppnivÃ¥objektattributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ SH2Aattributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ bastypen av en funktionspekareattributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ funktionstyperattributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ funktionerattributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ avbrottsfunktionerattributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ variablerattributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ variabler med statisk lagringsklassattributet %qE Ã¤r bara tillÃ¤mplig pÃ¥ funktioner med variabelt antal argumentattributet %qE Ã¤r bara tillgÃ¤ngligt fÃ¶r 32 bitarattributet %qE stÃ¶djs bara fÃ¶r reducerade Tiny-kÃ¤rnorattributet %qE behÃ¶ver ett strÃ¤ngargumentattributet %qE krÃ¤ver en strÃ¤ngkonstant som argumentattributet %qE krÃ¤ver returtypen voidattributet %qE krÃ¤ver en heltalskonstant som argumentattributet %qE krÃ¤ver prototyper med namngivna argument%qE kan inte vara skalÃ¤r nÃ¤r %qE inte Ã¤r det%qE kan inte anvÃ¤ndas som en funktion%qE kan inte anvÃ¤ndas som en medlemspekare eftersom den Ã¤r av typen %qT%qE fÃ¥r inte ha bÃ¥da attributet %qs och %qs%qE Ã¤r deklarerad %<threadprivate%> efter fÃ¶rsta anvÃ¤ndningen%qE Ã¤r deklarerad som en funktion som returnerar en funktion%qE Ã¤r deklarerad som en funktion som returnerar en vektor%qE definierad som fel sorts tagg%qE har inte en avbildbar typ i %qs-klausul%qE har inte pekar- eller vektortyp%qE Ã¤r inte namnet pÃ¥ en typ%qE Ã¤r inte namnet pÃ¥ en typ; menade du %qs?%qE Ã¤r varken en typedef eller en inbyggd typ%qE har bÃ¥de %<extern%> och initierare%qE har const-typ fÃ¶r %<reduction%>%qE har ogiltig typ fÃ¶r %<reduction(%s)%>%qE har inte deklarerats%qE implicerar standardsynlighet, men %qD har redan deklarerats med annan synlighet%qE i %<aligned%>-klausul Ã¤r varken en pekare eller en vektor%qE i %<aligned%>-klausul Ã¤r varken en pekare eller en vektor eller en referens till pekare eller vektor%qE i %<reduction%>-klausul Ã¤r en vektor med storlek noll%qE i %q#T Ã¤r inte namnet pÃ¥ en malltyp%qE i %q#T Ã¤r inte namnet pÃ¥ en typ%qE i namnrymden %qE Ã¤r inte namnet pÃ¥ en malltyp%qE i namnrymden %qE Ã¤r inte namnet pÃ¥ en typ%qE-inkompatibelt attribut ignorerat%qE initierad och deklarerad %<extern%>%qE Ã¤r en medlem i en union%qE Ã¤r en pekare; tÃ¤nkte du anvÃ¤nda %<->%>?%qE Ã¤r en okÃ¤nd funktionsformattyp%qE bÃ¶r undvikas%qE bÃ¶r undvikas: %s%qE Ã¤r varken en variabel eller ett funktionsnamn i klausulen %qs%qE Ã¤r varken en funktion eller medlemsfunktion, kan inte deklareras som vÃ¤n%qE Ã¤r inte en klass eller namnrymd%qE Ã¤r inte en klassmall%qE Ã¤r inte en klass, namnrymd eller upprÃ¤kning%qE Ã¤r inte ett konstant uttryck%qE Ã¤r inte ett konstant uttryck eftersom det refererar till en ofullstÃ¤ndigt initierad variabel%qE Ã¤r inte ett konstant uttryck eftersom det har referenser till muterbara delobjekt av %qT%qE Ã¤r inte en mall%qE Ã¤r inte en typ%qE Ã¤r inte ett giltigt mallargument till %qT fÃ¶r det Ã¤r inte adressen till en variabel%qE Ã¤r inte ett giltigt mallargument fÃ¶r typen %qT%qE Ã¤r inte ett giltigt mallargument fÃ¶r typen %qT eftersom %qD inte har extern lÃ¤nkklass%qE Ã¤r inte ett giltigt mallargument fÃ¶r typ %qT eftersom %qD inte har nÃ¥gon lÃ¤nkklass%qE Ã¤r inte ett giltigt mallargument fÃ¶r typen %qT eftersom det Ã¤r en pekare%qE Ã¤r inte ett giltigt mallargument fÃ¶r typ %qT eftersom inte Ã¤r ett l-vÃ¤rde%qE Ã¤r inte ett giltigt mallargument fÃ¶r typen %qT eftersom det inte Ã¤r ett objekt med lÃ¤nkklass%qE Ã¤r inte ett giltigt mallargument fÃ¶r typen %qT eftersom det Ã¤r av typen %qT%qE Ã¤r inte ett giltigt mallargument fÃ¶r typ %qT eftersom objekt %qD inte har nÃ¥gon lÃ¤nkklass%qE Ã¤r inte ett giltigt mallargument fÃ¶r typ %qT eftersom det stÃ¥r i konflikt med cv-kvalificeringar%qE Ã¤r inte ett giltigt mallargument fÃ¶r typ %qT eftersom strÃ¤ngkonstanter aldrig kan anvÃ¤ndas i detta sammanhang%qE Ã¤r inte ett giltigt mallargument av typ %qT eftersom %qD inte har extern lÃ¤nkklass%qE Ã¤r inte ett giltigt mallargument fÃ¶r typen %qT eftersom %qD inte har nÃ¥gon lÃ¤nkklass%qE Ã¤r inte ett giltigt mallargument fÃ¶r typen %qT eftersom %qE inte Ã¤r en variabel%qE Ã¤r inte en variabel i %<aligned%>-klausul%qE Ã¤r inte en variabel i en %<depend%>-klausul%qE Ã¤r inte en variabel i en %qs-klausul%qE Ã¤r inte en variabel i klausul %<firstprivate%>%qE Ã¤r inte en variabel i klausul %<lastprivate%>%qE Ã¤r inte en variabel i klausul %qs%qE Ã¤r inte ett Objective-C-klassnamn eller alias%qE Ã¤r inte ett argument i en %<uniform%>-klausul%qE Ã¤r inte i bÃ¶rjan av deklarationen%qE Ã¤r inte initierad%qE har inte typen %qT%qE Ã¤r bara tillÃ¥tet i Objective-C-dialekter%qE Ã¤r fÃ¶rutbestÃ¤md som %qs fÃ¶r %qs%qE anvÃ¤nds oinitierad i denna funktion%qE kan anvÃ¤ndas oinitierad i denna funktion%qE svarar kanske inte pÃ¥ %<%c%E%>%qE kan skriva en avslutande nolla efter slutet pÃ¥ destinationen%qE mÃ¥ste vara %<threadprivate%> fÃ¶r %<copyin%>%qE behÃ¶ver isa-flaggan %s%qE behÃ¶ver en okÃ¤nd isa-flagga%qE inte angiven i omgivande %qs%qE inte angiven i omgivande OpenACC %qs-konstruktion%qE-utdata pÃ¥ %wu byte in i en destination med storlek %wu%qE-utdata pÃ¥ %wu byte in i en destination med storlek %wu%qE-utdata pÃ¥ %wu eller fler byte (antar %wu) in i en destination med storlek %wu%qE-utdata pÃ¥ %wu eller fler byte in i en destination med storlek %wu%qE-utdata mellan %wu och %wu byte in i en destination med storlek %wu%qE-utdata kan ha trunkerats fÃ¶re det sista formattecknet%qE-utdata trunkerades fÃ¶re det sista formattecknet%qE omdeklarerad som en annan sorts symbol%qE omdeklarerad med motstridiga %qs-attribut%qE behÃ¶ver ett %<declare%>-direktiv att anvÃ¤ndas i en %<routine%>-funktion%qE Ã¤r odeklarerad (fÃ¶rsta fÃ¶rekomsten i denna funktion)%qE Ã¤r odeklarerad (fÃ¶rsta fÃ¶rekomsten i denna funktion); menade du %qs?%qE Ã¤r odeklarerad hÃ¤r (inte i en funktion)%qE Ã¤r odeklarerad hÃ¤r (inte i en funktion); menade du %qs?%qE anvÃ¤nd med %<auto%>%qE anvÃ¤nd med %<register%>%qE anvÃ¤nd med %<typedef%>%qE med %<link%>-klausul anvÃ¤nd i %<routine%>-funktion%qE skriver en avslutande nolla efter slutet pÃ¥ destinationen%qF Ã¤r deklarerad %<static%> men definieras aldrig%qF behÃ¶ver -march=arch12 eller hÃ¶gre%qF behÃ¶ver -mvx%qT och %qT Ã¤r i skilda namngivna adressrymder%qT som en typ snarare en enkel %<decltype(auto)%>%qT Ã¤r deklarerad hÃ¤r%qT Ã¤r deklarerad med stÃ¶rre synlighet Ã¤n sin bas %qT%qT Ã¤r deklarerad med stÃ¶rre synlighet Ã¤n typen fÃ¶r dess fÃ¤lt %qD%qT definerad med en direkt virtuell bas%qT definierad med flera direkta baser%qT har inte ABI-taggen %E som %qT (anvÃ¤nd i typen av %qD) har%qT har inte ABI-taggen %E som basen %qT har%qT har en bas %qT vars typ beror pÃ¥ typen %qT som inte har nÃ¥gon lÃ¤nkklass%qT har en bas %qT vars typ inte har nÃ¥gon lÃ¤nkklass%qT har en bas %qT vars typ anvÃ¤nder den anonyma namnrymden%qT har ett fÃ¤lt %qD vars typ beror pÃ¥ typen %qT som inte har nÃ¥gon lÃ¤nkklass%qT har ett fÃ¤lt %qD vars typ inte har nÃ¥gon lÃ¤nkklass%qT har ett fÃ¤lt %qD vars typ anvÃ¤nder den anonyma namnrymden%qT har en tidigare deklaration hÃ¤r%qT har ingen medlem med namnet %qE%qT har ingen medlem med namnet %qE; menade du %qE?%qT har ingen icke-statisk medlem med namnet %qD%qT Ã¤r en variabel typ%qT Ã¤r redan en vÃ¤n till %qT%qT Ã¤r en tvetydig bas till %qT%qT Ã¤r en oÃ¥tkomlig bas till %qT%qT Ã¤r inte en basklass till %qT%qT Ã¤r inte en klass eller namnrymd%qT Ã¤r inte en klasstyp%qT Ã¤r inte en klass-, post- eller unionstyp%qT Ã¤r inte en medlemsklassmall av %qT%qT Ã¤r inte en medlem av %qT%qT Ã¤r inte en namnrymd%qT Ã¤r inte en namnrymd eller upprÃ¤kningstyp utan rÃ¤ckviddsbegrÃ¤nsning%qT Ã¤r inte en nÃ¤stad klass i %qT%qT Ã¤r inte en pekare-pÃ¥-objekt-typ%qT Ã¤r inte en mall%qT Ã¤r inte en malltyp%qT Ã¤r inte en Ã¥tkomlig bas till %qT%qT Ã¤r inte ett upprÃ¤kningstyp%qT konverteras till %qT nÃ¤r det skickas via %<...%>%qT Ã¤r/anvÃ¤nder en namnlÃ¶s typ%qT refererad till som %qs%qT refererad till som enum%qT lÃ¶ses upp till %qT, som inte Ã¤r en klasstyp%qT slÃ¥s upp till %qT som inte Ã¤r en upprÃ¤kningstyp%qV-kvalificerare kan inte tillÃ¤mpas pÃ¥ %qT%qs%qs Ã¤r redan definierat som en specifik bindning fÃ¶r den generiska %qs vid %C%qs- och %qs-argumenten till inbyggd %qs vid %L mÃ¥ste ha identiska former.%qs- och %qs-argumenten till inbyggd %qs vid %L mÃ¥ste ha samma typ%qs och %qs kan inte blandad FUNCTION/SUBROUTINE fÃ¶r GENERIC %qs vid %L%qs och %qs fÃ¶r GENERIC %qs vid %L Ã¤r tvetydiga%qs verkar vara en felstavad %s-hanterare, prefixet __vector saknas%qs-argumentet till inbyggd %qs vid %L kan inte vara INTENT(IN)Argumentet %qs till inbyggd %qs vid %L kan inte ha typen %s%qs-argumentet till inbyggd %qs vid %L har en ogiltig permutation av dimensioner (dimension %qd dubblerad)%qs-argumentet till inbyggd %qs vid %L har ogiltig form i dimensions %d (%ld/%ld)%qs-argumentet till inbyggd %qs vid %L har negativa element (%d)%qs-argumentet till inbyggd %qs vid %L har dimension utanfÃ¶r giltigt intervall (%d)%qs-argumentet till inbyggd %qs vid %L har fel antal element (%d/%d)%qs-argumentet till inbyggd %qs vid %L Ã¤r tomt%qs-argumentet till inbyggd %qs vid %L Ã¤r inte ett giltigt dimensionsindex%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara %s%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara ALLOCATABLE%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara INTEGER%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara INTEGER eller LOGICAL%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara INTEGER eller PROCEDURE%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara INTEGER eller REAL%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara REAL eller COMPLEX%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara POINTER%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara en POINTER eller en TARGETArgument %qs till inbyggd %qs vid %L mÃ¥ste vara en POINTER, ALLOCATABLE eller procedurpekare%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara en konstant%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara en dataentitet%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara en logisk vektor%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara en pekare eller mÃ¥l-VARIABLE eller -FUNCTION%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara en skalÃ¤r%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara en variabel%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara en vektorArgumentet %qs till inbyggd %qs vid %L mÃ¥ste vara en interoperabel dataenhet: %s%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara standard reell%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha dubbel precision%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara av lÃ¤gre ordning Ã¤n %d%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara numeriskt eller LOGICAL%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara en attrappvariabel%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha en sort som inte Ã¤r bredare Ã¤n standardsorten (%d)%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara en OPTIONAL attrappvariabel%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara en utvidgningsbar typ%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha en inbyggd typ%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha sorten %d%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha ordning %d%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha ordning 1 eller 2%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara positivt%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha samma sort som %qs%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha samma typ och sort som %qs%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha en numerisk typ%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha typen REAL eller INTEGER%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha samma ordning som %qs eller vara en skalÃ¤r%qs-argumentet till inbyggd %qs vid %L fÃ¥r inte vara OPTIONAL%qs-argumentet till inbyggd %qs vid %L fÃ¥r inte vara ett underobjekt till %qs%qs-argumentet till inbyggd %qs vid %L mÃ¥ste fÃ¥r inte finnas om %<x%> Ã¤r COMPLEX%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ge Ã¥tminstone lika mÃ¥nga element som det finns .TRUE.-vÃ¤rden i %qs (%ld/%d)%qs-argumentet till inbyggd %qs vid %L stÃ¶djs inte Ã¤nnuArgument %qs till inbyggd %qs vid %L skall ha typen heltal, reell eller tecken%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha samma typ som %qs vid %LArgumentet %qs till inbyggd %qs vid %L skall inte vara TYPE(*)Argument %qs till inbyggd %qs vid %L fÃ¥r inte vara en procedurArgumentet %qs till inbyggd %qs vid %L fÃ¥r inte vara en vektor med antagen storlekargumentet %qs till inbyggd %qs vid %L skall inte vara co-indexerat%qs-argumentet till inbyggd %qs vid %L skall ange en giltig heltalssort%qs-argumentet till inbyggd %qs vid %L mÃ¥ste ha ordning %d eller vara en skalÃ¤r%qs vid %C Ã¤r en omdefinition av deklarationen i motsvarande grÃ¤nssnitt fÃ¶r MODULE PROCEDURE %qs%qs vid %C Ã¤r redan definierad som FINAL procedur%qs vid %C Ã¤r inte en medlem av posten %qs%qs vid %C Ã¤r inte en variabel%qs vid %C Ã¤r namnet pÃ¥ en rekursiv funktion och refererar dÃ¤rmed till resultatvariabeln.  AnvÃ¤nd en explicit RESULT-variabel fÃ¶r direkt rekursion (12.5.2.1)%qs vid %L Ã¤r redan initierad vid %L%qs vid %L som Ã¤r associerad med uttryck kan inte anvÃ¤ndas i ett variabeldefinitionssammanhang (%s)%qs vid %L som Ã¤r associerad med vektorindexerat mÃ¥l kan inte anvÃ¤ndas i ett variabeldefinitionssammanhang (%s)%qs vid %L kan inte ha attributet VALUE eftersom det inte Ã¤r ett attrappargument%qs vid %L har en typ som inte Ã¤r konsistent med CALL vid %L%qs vid %L har attribut angivna utanfÃ¶r dess INTERFACE-kropp%qs vid %L har attributet CONTIGUOUS, men Ã¤r inte en vektorpekare eller en vektor med antagen form eller antagen ordning%qs vid %L Ã¤r tvetydig%qs vid %L Ã¤r en vektor och OPTIONAL.  OM DEN SAKNAS kan den inte vara det aktuella argumentet i en ELEMENTAL-procedur om det inte finns ett ej valfritt argument med samma ordning (12.4.1.5)%qs vid %L Ã¤r inte ett VALUE%qs vid %L Ã¤r inte en funktion%qs vid %L Ã¤r inte en modulprocedur%qs vid %L har den ABSTRACT:a typen %qs%qs vid %L mÃ¥ste vara mindre Ã¤n BIT_SIZE(%qs)%qs vid %L mÃ¥ste vara mindre Ã¤n eller lika med BIT_SIZE(%qs)%qs vid %L mÃ¥ste vara mindre Ã¤n eller lika med BIT_SIZE av INTEGER(KIND=%d)%qs vid %L mÃ¥ste vara ickenegativt%qs vid %L mÃ¥ste ha konstant teckenlÃ¤ngd i detta sammanhang%qs vid %L mÃ¥ste ha samma antal formella argument som den Ã¥sidosatta proceduren%qs vid %L fÃ¥r inte vara DEFERRED eftersom det Ã¥sidosÃ¤tter en ej DEFERRED bindning%qs vid %L Ã¥sidosÃ¤tter en FUNCTION och mÃ¥ste ocksÃ¥ vara en FUNCTION%qs vid %L Ã¥sidosÃ¤tter en NOPASS-bindning och mÃ¥ste ocksÃ¥ vara NOPASS%qs vid %L Ã¥sidosÃ¤tter en PURE-procedur och fÃ¥r inte vara PRIVATE%qs vid %L Ã¥sidosÃ¤tter en PURE-procedur och mÃ¥ste ocksÃ¥ vara PURE%qs vid %L Ã¥sidosÃ¤tter en SUBROUTINE och mÃ¥ste ocksÃ¥ vara en SUBROUTINE%qs vid %L Ã¥sidosÃ¤tter en bindning med PASS och mÃ¥ste ocksÃ¥ vara PASS%qs vid %L Ã¥sidosÃ¤tter en icke-ELEMENTAL-procedur och fÃ¥r inte heller vara ELEMENTAL%qs vid %L Ã¥sidosÃ¤tter en procedurbindning deklarerad NON_OVERRIDABLE%qs vid %L Ã¥sidosÃ¤tter en ELEMENTAL-procedur och mÃ¥ste ocksÃ¥ vara ELEMENTAL%qs vid %L skulle vara en SUBROUTINE%qs vid %L skulle vara en SUBROUTINEattributet %qs ignoreratattributet %qs fungerar bara pÃ¥ funktionerattributet %qs fungerar bara pÃ¥ funktioner med variabelt antal argumentattributet %qs krÃ¤ver prototyper med namngivna argument%qs fÃ¥r inte finnas i ett konstantuttryck%qs kan inte utÃ¶kas vid %C fÃ¶r att den Ã¤r BIND(C)%qs kan inte utÃ¶kas vid %C eftersom det Ã¤r en SEQUENCE-typ%qs kombinerad med %<auto%>-kvalificerare fÃ¶r %qE%qs kombinerat med %<register%>-kvalificerare fÃ¶r %qE%qs-konstruktion inuti en %qs-region%qs deklarerad INTRINSIC vid %L finns inte%qs Ã¤r deklarerad som en funktion som returnerar en funktion%qs Ã¤r deklarerad som en funktion som returnerar en vektor%qs deklarerad vid %L Ã¤r ocksÃ¥ namnet pÃ¥ en inbyggd.  Den kan bara anropas via ett explicit grÃ¤nssnitt eller om den deklareras EXTERNAL.%qs deklarerad vid %L kan skugga den inbyggda med samma namn.  FÃ¶r att anropa den inbyggda kan en explicit INTRINSIC-deklaration krÃ¤vas.%qs deklarerad utan att vara i klassrÃ¤ckvidd%qs definierad utan att vara i klassrÃ¤ckvidd%qs stÃ¶djer inte MIPS16-kod%qs fÃ¶rvÃ¤ntar sig 1 argument men %d gavs%qs fÃ¶rvÃ¤ntar 2 argument men gavs %d%qs fÃ¶rvÃ¤ntar sig ett konstant argument%qs fÃ¶rvÃ¤ntar sig ett fixdecimalvÃ¤rde som argument%qs fÃ¶rvÃ¤ntar sig ett fixdecimalvÃ¤rde som fÃ¶rsta argument%qs fÃ¶rvÃ¤ntar sig ett heltalsvÃ¤rde som andra argument%qs-uttrycket mÃ¥ste vara ett heltalfunktionsmodifieraren %qs Ã¤r inkompatibel med %s %sfunktionen %qs kan inte ha argumentfunktionen %qs kan inte returnera ett vÃ¤rdefunktionen %qs anvÃ¤nder typspecificeraren %<auto%> utan avslutande returtypfunktionen %qs med avslutande returtyp har %qT som sin typ istÃ¤llet fÃ¶r bara %<auto%>funktionen %qs med avslutande returtyp Ã¤r inte deklarerad med typspecificeraren %<auto%>%qs har bÃ¥de %<extern%> och initierare%qs har spillt Ã¶ver%qs i %<%s %E%>%qs i %s-klausul vid %L Ã¤r inte en riktig vektorsektion%qs i ALIGNED-klausul vid %L behÃ¶ver ett skalÃ¤rt positivt konstant heltals justeringsuttryck%qs i ALIGNED-klausul mÃ¥ste vara POINTER, ALLOCATABLE, Cray-pekare eller C_PTR vid %L%qs i DEPEND-klausul vid %L Ã¤r en vektorsektion med storlek noll%qs i EXTENDS-uttryck vid %C Ã¤r inte en hÃ¤rledd typ%qs i LINEAR-klausul vid %L krÃ¤ver ett konstant heltalsuttryck fÃ¶r linjÃ¤rsteg eller ett attrappargument angivet i en UNIFORM-klausul%qs i LINEAR-klausul vid %L krÃ¤ver ett skalÃ¤rt heltalsuttryck fÃ¶r linjÃ¤rsteg%qs kan inte fÃ¶rekomma i COMMON vid %L [F2008:C5100]%qs i pekartilldelningen vid %L kan inte vara ett l-vÃ¤rde eftersom det Ã¤r en procedur%qs i variabeldefinitionssammanhang (%s) vid %L Ã¤r inte en variabel%qs initierad och deklarerad %<extern%>inbyggd %qs med CHARACTER-argument vid %Linbyggd %qs med KIND-argument vid %Linbyggd %qs med RADIX-argument vid %L%qs Ã¤r redan IMPORT:erad frÃ¥n vÃ¤rdrÃ¤ckviddsenhet vid %C.%qs Ã¤r ett ogiltigt argument till -mcpu=%qs Ã¤r en okÃ¤nd flagga till -save-temps%qs Ã¤r trasig%qs bÃ¶r undvikas%qs bÃ¶r undvikas, anvÃ¤nd -fno-zero-initialized-in-bss%qs bÃ¶r undvikas, anvÃ¤nd -fstack-check%qs Ã¤r inkompatibel med %qs%qs Ã¤r inkompatibel med %s %s%qs Ã¤r smalare Ã¤n vÃ¤rdena av sin typ%qs Ã¤r varken en definierad operator eller en postkomponent i en punktstrÃ¤ng vid %C%qs Ã¤r inte en katalog%qs Ã¤r inte en gcov-datafil%qs Ã¤r inte ett giltigt basregister i -mstack-protector-guard-reg=%qs Ã¤r inte ett giltigt tal i -mstack-protector-guard-offset=%qs Ã¤r inte ett giltigt avstÃ¥nd i -mstack-protector-guard-offset=%qs Ã¤r inte en giltig flagga till preprocessorn%qs Ã¤r inte en flagga som styr varningar%qs Ã¤r inte giltigt fÃ¶r %qs%qs Ã¤r av en PRIVATE-typ och kan inte vara ett attrappargument till %qs, som Ã¤r PUBLIC vid %L%qs Ã¤r version %q.*s, version %q.*s fÃ¶rvÃ¤ntades%qs-lÃ¤ngduttryck mÃ¥ste vara ett heltal%qs lÃ¤ngduttryck mÃ¥ste vara ett positivt konstant heltalsuttryck%qs-matchningsvariant bÃ¶r undvikas%qs-matchning krÃ¤ver -march=arch12 eller hÃ¶gre%qs mÃ¥ste vara en modulprocedur eller en extern procedur med ett explicit grÃ¤nssnitt vid %L%qs mÃ¥ste vara den fÃ¶rsta klausulen i %qs%qs mÃ¥ste anvÃ¤ndas tillsammans med %qs%qs fÃ¥r inte fÃ¶rekomma i vektorspecifikationen vid %L i samma ALLOCATE-sats dÃ¤r den sjÃ¤lv allokeras%qs av %qs Ã¤r PRIVATE vid %L%qs i modulen %qs, importerad vid %C, Ã¤r ocksÃ¥ namnet pÃ¥ den aktuella programenheten%qs krÃ¤ver ett mÃ¥l som klarar instruktionen %qs%qs krÃ¤ver trolig gren-instruktioner%qs angiven fÃ¶r auto-variabel %qE%qs angiven fÃ¶r parameter %qE%qs angiven fÃ¶r postfÃ¤lt%qs angiven fÃ¶r postfÃ¤lt %qE%qs angiven fÃ¶r namnlÃ¶s parameter%qs-tagg anvÃ¤nd vid namngivning av %q#T%qs anvÃ¤nd med %qE%qs anvÃ¤nder dynamisk stackallokering%qs-vÃ¤rdet mÃ¥ste vara positivt%qs-variabeln Ã¤r varken en pekare eller en vektor%qs-variabeln Ã¤r varken en pekare, eller en vektor eller en referens till pekare eller vektor%r%s:%d:%R   %r%s:%d:%R   [ hoppar Ã¶ver %d instansieringskontexter, anvÃ¤nd -ftemplate-backtrace-limit=0 fÃ¶r att avaktivera ]
  %r%s:%d:%R   i expansion av konstantuttryck i frÃ¥n %qs%r%s:%d:%d:%R   %r%s:%d:%d:%R   [ hoppar Ã¶ver %d instansieringskontexter, anvÃ¤nd -ftemplate-backtrace-limit=0 fÃ¶r att avaktivera ]
  %r%s:%d:%d:%R   i expansion av konstantuttryck i %qs%s%s
  %s  Samma som %s.%s !$ACC LOOP-slingor Ã¤r inte perfekt nÃ¤stade vid %L%s %#D%s %#S%s %<%s%.*s%> fÃ¶rvÃ¤ntar sig ett matchande %<%T%s%>-argument%s %<%s%.*s%> fÃ¶rvÃ¤ntar sig ett matchande %<%s%s%>-argument%s %<%s%.*s%> fÃ¶rvÃ¤ntar sig argument av typen %<%T%s%>, men argument %d har typen %qT%s %<%s%.*s%> fÃ¶rvÃ¤ntar sig argument av typen %<%s%s%>, men argument %d har typen %qT%s %qE implementerar inte helt protokollet %qE%s %qs%s %qs-konstruktion inuti en %s %qs-region%s %s %p %d
  %s %s%s
  %s %s(%E) %p %d
  %s %wd utanfÃ¶r intervall %wd - %wd%s: â€�%sâ€�
! %s (program %s)%s-argument till IMAGE_INDEX skall vara en vektor av ordning ett vid %L%s vid %L%s vid %L Ã¤r en DEC-utÃ¶kning, aktivera den med -fdec-static%s vid %L mÃ¥ste vara INTEGER%s vid %L mÃ¥ste vara en skalÃ¤r%s vid %L mÃ¥ste vara ett heltal%s-attribut applicerat pÃ¥ %s %s vid %L%s-attribut vid %L Ã¤r inte tillÃ¥tet utanfÃ¶r specifikationsdelen av en modul%s-attribut i konflikt med %s-attribut vid %L%s-attribut i konflikt med %s-attribut i %qs vid %L%s-attribut Ã¤r inte tillÃ¥tet i programenheten BLOCK DATA vid %L%s-attribut pÃ¥ %qs i konflikt med %s-attribut vid %L%s-attribut med %s-attribut vid %L%s-attribut med %s-attribut i %qs vid %L%s mellan MODULE PROCEDURE-deklarationen i MODULE %qs och deklarationen vid %L i (SUB)MODULE %qs%s kan inte vara en DO CONCURRENT-slinga vid %L%s fÃ¥r inte vara en DO WHILE eller DO utan slingstyrning vid %L%s kan inte anvÃ¤ndas i en asm hÃ¤r%s-klausul vid %L krÃ¤ver ett skalÃ¤rt INTEGER-uttryck%s-klausulvariabeln %qs vid %L Ã¤r varken en POINTER eller en vektor%s-kollapsad slinga formar inte en rektangulÃ¤r iterationsrymd vid %L%s stÃ¥r i konflikt med i386 (arch-flaggor ignoreras)%s stÃ¥r i konflikt med ppc (arch-flaggor ignoreras)%s stÃ¥r i konflikt med ppc64 (arch-flaggor ignoreras)%s stÃ¥r i konflikt med x86_64 (arch-flaggor ignoreras)%s stÃ¶djer inte operandnummerformatet %%n$%s stÃ¶djer inte %s%1$s stÃ¶djer inte %2$s med %4$s-formatet %<%%%3$c%>%s stÃ¶djer inte block_ends_with_call_p%s stÃ¶djer inte block_ends_with_condjump_p%s stÃ¶djer inte can_duplicate_block_p%s stÃ¶djer inte can_merge_blocks_p%s stÃ¶djer inte can_remove_branch_p%s stÃ¶djer inte create_basic_block%s stÃ¶djer inte delete_basic_block%s stÃ¶djer inte dump_bb_for_graph%s stÃ¶djer inte duplicate_block%s stÃ¶djer inte flow_call_edges_add%s stÃ¶djer inte force_nonfallthru%s stÃ¶djer inte make_forwarder_block%s stÃ¶djer inte merge_blocks%s stÃ¶djer inte move_block_after%s stÃ¶djer inte predict_edge%s stÃ¶djer inte predicted_by_p%s stÃ¶djer inte redirect_edge_and_branch%s stÃ¶djer inte redirect_edge_and_branch_force%s stÃ¶djer inte split_block%s stÃ¶djer inte split_edge%1$s stÃ¶djer inte %3$s-formatet %<%%%2$c%>%1$s stÃ¶djer inte %4$s-formatet %<%%%2$s%3$c%>%1$s stÃ¶djer inte %3$s-lÃ¤ngdmodifieraren %2$qs%s fÃ¶rvÃ¤ntar sig ett heltal konstant vid kompileringstillfÃ¤llet%s fÃ¶rvÃ¤ntar sig ett lÃ¥ngt heltal konstant vid kompileringstillfÃ¤llet som fÃ¶rsta argument%s fÃ¶rvÃ¤ntar sig en heltalskonstant i intervallet [%d, %d]%s fÃ¶rvÃ¤ntar sig en heltalskonstant i intervallet [%d, %d]. (%wd)uttryckslistan %s behandlas som sammansatt uttryck%1$s ignorerad med %2$s och %4$s-format %<%%%3$c%>%s ignorerad med %s i %s-format%s i CFString-literal%s i formatstrÃ¤ng vid %L%s-instruktioner Ã¤r inte tillÃ¥tna i en %s-hanteringsrutin%s-instruktioner Ã¤r inte tillÃ¥tna i en funktion utan nÃ¥got attribut no_caller_saved_registers%s Ã¤r en DEC-utÃ¶kning vid %C, kompilera om med -fdec fÃ¶r att aktivera%s Ã¤r inte tillgÃ¤ngligt fÃ¶r arkitekturen %s%s stÃ¶djs inte i denna konfiguration%s-iterationsvariabel mÃ¥ste ha typen heltal vid %L%s-iterationsvariabel fÃ¥r inte vara THREADPRIVATE vid %L%s-iterationsvariabel finns i en annan klausul Ã¤n LASTPRIVATE vid %L%s-iterationsvariabel finns i en annan klausul Ã¤n LINEAR vid %L%s-iterationsvariabel finns i en annan klausul Ã¤n PRIVATE eller LASTPRIVATE vid %L%s mÃ¥ste innehÃ¥lla Ã¥tminstone en MAP-klausul vid %L%s tar endast %d argument%s tar endast ett argument%s tar bara 2 argument%s utanfÃ¶r tillÃ¥tet intervall: intervallet Ã¤r %i till %i, vÃ¤rdet Ã¤r %iProceduren â€�%sâ€� vid %L Ã¤r redan deklarerad som %s-procedur%s-proceduren vid %L Ã¤r redan deklarerad som en %s-procedur. 
! F2008: En tilldelning av funktionspekare Ã¤r tvetydig om det Ã¤r dn fÃ¶rsta exekverbara satsen efter specifikationsblocket.  LÃ¤gg nÃ¥gon annan sorts exekverbar sats fÃ¶re den. FIXAMIG%s krÃ¤ver ett scalar-default-char-expr vid %L%s returnerade avslutningsstatus %d%s-specificerare i %s-sats vid %C har ogiltigt vÃ¤rde %qs%s-specificerare i %s-sats vid %C har vÃ¤rdet %qs%s-sats vid %C fÃ¥r inte fÃ¶lja efter %s-sats vid %L%s-sats vid %C kan inte avsluta en DO-slinga utan block%s-sats vid %C fÃ¶ljer pÃ¥ en annan Ã¥tkomstspecifikation%s-sats vid %C i PURE-procedur%s-sats vid %C Ã¤r inte i tillÃ¤mpbar pÃ¥ konstruktionen %qs%s-sats vid %C Ã¤r inte inne i en konstruktion%s-sats vid %C Ã¤r inte inne i konstruktionen %qs%s-sats vid %C lÃ¤mnar CRITICAL-konstruktion%s-sats vid %C lÃ¤mnar DO CONCURRENT-konstruktion%s-sats vid %C lÃ¤mnar ett OpenACC-strukturerat block%s-sats vid %C lÃ¤mnar ett OpenMP-strukturerat block%s-sats fÃ¶rvÃ¤ntades vid %L%s-sats Ã¤r inte tillÃ¥ten inuti BLOCK DATA vid %C%s-sats Ã¤r inte tillÃ¥ten inuti BLOCK vid %C%s-sats mÃ¥ste vara i en MODULE%s-sats Ã¤r inte tillÃ¥tet i PURE-procedur vid %C%s-strÃ¤ng Ã¤r felformad
  %s-taggTaggen %s vid %L mÃ¥ste vara en teckenstrÃ¤ng av standardsort%s-tagg vid %L mÃ¥ste ha typen %s%s-tagg vid %L mÃ¥ste vara skalÃ¤r%s-tagg med INQUIRE%s terminerade med signal %d [%s]%s%1$s anvÃ¤nd med %3$s-format %<%%%2$c%>%s-variabel %qE Ã¤r privat i yttre sammanhang%sâ€�%sâ€�%s Ã¤r ogiltigt%sâ€�%sâ€�%s Ã¤r inte tillÃ¥tet%s%#D%s%#D <raderad>%s%#D <nÃ¤ra trÃ¤ff>%s%D(%T) <inbyggd>%s%D(%T, %T) <inbyggd>%s%D(%T, %T, %T) <inbyggd>%s%T <konvertering>%s%s%s %sversion %s (%s)
  %s	kompilerad med GNU C version %s, %s%s%s %sversion %s (%s) kompilerad med CC, %s%sGGC heuristik: --param ggc-min-expand=%d --param ggc-min-heapsize=%d
  %s%svarning: %s-huvud version %s skiljer frÃ¥n biblioteksversion %s.
*************** F2008: En tilldelning av funktionspekare
*** 2439,2488 ****
  %s:version '%.4s', fÃ¶redrar version '%.4s'
  %sarch=%s%s bÃ¶r undvikas och kommer tas bort i framtida utgÃ¥vor; anvÃ¤nd Ã¥tminstone %sarch=z900%s%stune=%s%s bÃ¶r undvikas och kommer tas bort i framtida utgÃ¥vor; anvÃ¤nd Ã¥tminstone %stune=z900%s%u namn gavs nÃ¤r %qT dekomponeras till %wu elementâ€�â€� â€�-flaggaâ€�!â€�-flaggaâ€�#â€�-flagga%%%c Ã¤r inte ett giltigt operandprefixâ€�%%&â€� anvÃ¤nt utan nÃ¥gon lokal dynamisk TLS-referens'%%l'-operand Ã¤r inte en etikettâ€�%sâ€� mÃ¥ste ha %d operander (exklusive match_dups)â€�%sâ€� mÃ¥ste ha Ã¥tminstone %d operander (exklusive match_dups)â€�%sâ€� fÃ¥r inte ha fler Ã¤n %d operander (exklusive match_dups)â€�%sâ€� tilldelades till â€�%sâ€�, men definierades inte under omkompilering, eller vice versaâ€�'â€�-flaggaâ€�(â€�-flaggaâ€�+â€�-flaggaâ€�-â€�-flaggaâ€�0â€�-flaggaâ€�Bâ€�-operand har flera bitar sattaâ€�Bâ€�-operand Ã¤r ej konstantâ€�Eâ€�-modifierareâ€�Iâ€�-flaggaâ€�Oâ€�-modifierareâ€�^â€�-flaggaâ€�_â€�-flaggaâ€�aâ€�-flaggaâ€�assignâ€�-egenskap %qs anvÃ¤nder bitfÃ¤ltsinstansvariabeln %qsâ€�atomicâ€�-egenskap %qs anvÃ¤nder bitfÃ¤ltsinstansvariabeln %qsattributet â€�getterâ€� fÃ¶r egenskap %qD stÃ¥r i konflikt med tidigare deklarationâ€�hâ€� anvÃ¤nt pÃ¥ operand som inte Ã¤r ett registerâ€�mâ€�-flaggaattributet â€�nonatomicâ€� fÃ¶r egenskap %qD stÃ¥r i konflikt med tidigare deklarationâ€�oâ€�-operand Ã¤r ej konstantâ€�qâ€�-flaggaattributet â€�readonlyâ€� fÃ¶r egenskap %qD stÃ¥r i konflikt med tidigare deklarationattributet â€�setterâ€� fÃ¶r egenskap %qD stÃ¥r i konflikt med tidigare deklarationÂ©(Meddelanden utan en matchande metodsignatur(en pekare pÃ¥ medlem kan bara skapas med %<&%E%>)(en initiering utanfÃ¶r klassen krÃ¤vs)(anonym namnrymd)(anonym)(om detta inte Ã¤r vad du avsÃ¥g, se till att funktionsmallen redan har deklarerats och lÃ¤gg till <> efter funktionsnamnet hÃ¤r) (om du anvÃ¤nder %<--fpermissive%> kommer G++ acceptera din kod)(om du anvÃ¤nder %<-fpermissive%> eller %<-std=c++11%> eller %<-std=gnu++11%> kommer G++ acceptera din kod)(om du anvÃ¤nder %<-fpermissive%>, kommer G++ acceptera din kod, men man bÃ¶r undvika att tillÃ¥ta anvÃ¤ndning av ett odeklarerat namn)(i nÃ¤rheten av initiering av %qs)(kanske %<typename %T::%E%> avsÃ¥gs)(kanske ett semikolon saknas efter definitionen av %qT)(alltsÃ¥ skall du skicka %qT och inte %qT till %<va_arg%>)(statiska destruerare fÃ¶r %s)(statiska initierare fÃ¶r %s)(meddelandet visas endast en gÃ¥ng per kÃ¤llkodsfil)
  ({anonym})*** VARNING *** det finns aktiva insticksmoduler, rapportera inte detta som ett fel med mindre Ã¤n att du kan reproducera det utan att aktivera nÃ¥gra insticksmoduler.
! *thisargumentet %q.*s till --help Ã¤r tvetydigt, var mer precis--help=<klass>	Visa beskrivningar av en speciell klass av flaggor.  <klass> Ã¤r en eller flera av optimizers, target, warnings, undocumented, params.--param <param>=<vÃ¤rde>	SÃ¤tt parameter <param> till vÃ¤rde.  Se nedan fÃ¶r en komplett lista pÃ¥ parametrar.grÃ¤nsen --param inline-unit-growth nÃ¥ddgrÃ¤nsen --param large-function-growth nÃ¥ddgrÃ¤nsen --param large-stack-frame-growth nÃ¥ddgrÃ¤nsen --param max-inline-insns-auto nÃ¥ddgrÃ¤nsen --param max-inline-insns-single nÃ¥dd-A<frÃ¥ga>=<svar>	Intyga <svar> pÃ¥ <frÃ¥ga>.  Om â€�-â€� sÃ¤tts fÃ¶re <frÃ¥ga> avaktiveras <svar>:et till <frÃ¥ga>:n.-D<makro>[=<vÃ¤rde>]	Definiera ett <makro> med <vÃ¤rde> som sitt vÃ¤rde.  Om bara <makro> anges sÃ¤tts <vÃ¤rde> till 1.-E eller -x krÃ¤vs nÃ¤r indata tas frÃ¥n standard in-F <kat>	LÃ¤gg till <kat> till slutet av huvudramverkets inkluderingssÃ¶kvÃ¤g.-G<antal>	Placera globala and statiska data mindre Ã¤n <antal> byte i en speciell sektion (vissa arkitekturer).-I <kat>	LÃ¤gg till <kat> till slutet av huvudsÃ¶kvÃ¤gen.-I- angiven tvÃ¥ gÃ¥nger-J<katalog>	LÃ¤gg MODULE-filer i â€�katalogâ€�.-MF <fil>	Skriv beroendeutdata till den angivna filen.-MG kan endast anvÃ¤nds med -M eller -MM-MQ <mÃ¥l>	LÃ¤gg till ett MAKE-citerat mÃ¥l.-MT <mÃ¥l>	LÃ¤gg till ett ociterat mÃ¥l.-O<nummer>	SÃ¤tt optimeringsnivÃ¥ till <nummer>.-U<makro>	Avdefiniera <makro>.-Walloc-size-larger-than=<byte> Varna fÃ¶r anrop till allokeringsfunktioner som fÃ¶rsÃ¶ker allokera objekt som Ã¤r stÃ¶rre Ã¤n det angivna antalet byte.-Walloc-zero Varna fÃ¶r anrop till allokeringsfunktioner som anger noll byte.-Walloca-larger-than=0 Ã¤r meningslÃ¶st-Werror=%s: -%s Ã¤r inte en flagga som styr varningar-Werror=%s: ingen flagga -%s-Wformat-contains-nul ignoreras utan -Wformat-Wformat-extra-args ignorerad utan -Wformat-Wformat-nonliteral ignorerad utan -Wformat-Wformat-security ignorerad utan -Wformat-Wformat-y2k ignorerad utan -Wformat-Wformat-zero-length ignoreras utan -Wformat-Wframe-larger-than=<antal>	Varna om en funktions stackram krÃ¤ver mer en <antal> byte.-Wlarger-than=<antal>	Varna fÃ¶r ett objekt Ã¤r stÃ¶rre Ã¤n <antal> byte.-Wmisleading-indentation Ã¤r avaktiverad hÃ¤rifrÃ¥n och framÃ¥t, eftersom kolumnspÃ¥rning avaktiverades pÃ¥ grund av storleken pÃ¥ kod/huvuden.-Wnormalized=[none|id|nfc|nfkc]	Varna fÃ¶r icke normaliserade UnicodestrÃ¤ngar.-Wvla-larger-than=0 Ã¤r meningslÃ¶st-Xbind-now och -Xbind-lazy Ã¤r inkompatibla-aux-info <fil>	Generera deklarationsinfo till <fil>.-bundle Ã¤r inte tillÃ¥ten med -dynamiclib-bundle_loader Ã¤r inte tillÃ¥ten med -dynamiclib-c eller -S krÃ¤vs fÃ¶r Ada-c krÃ¤vs fÃ¶r gnat2scil-c krÃ¤vs fÃ¶r gnat2why-client_name Ã¤r inte tillÃ¥ten med -dynamiclib-current_version Ã¤r bara tillÃ¥ten med -dynamiclib-d<bokstÃ¤ver>	SlÃ¥ pÃ¥ dumpning frÃ¥n specifika pass i kompilatorn.-dumpbase <fil>	Ange basfilnamn att anvÃ¤ndas fÃ¶r dumpar.-dumpdir <kat>	Ange katalognamn att anvÃ¤ndas fÃ¶r dumpar.-f%s och -msdata=%s Ã¤r inkompatibla-f%s ignoreras (stÃ¶djs inte fÃ¶r DJGPP)
! -f%s stÃ¶djs inte med CONST16-instruktioner-f%s stÃ¶djs inte: ignoreras-f%sleading-underscore stÃ¶djs inte pÃ¥ denna mÃ¥lmaskin-fPIC och -fpic stÃ¶djs inte i denna konfiguration-fPIC och -mcall-%s Ã¤r inkompatibla-fPIC stÃ¶djs inte-fPIC/-fpic stÃ¶djs inte av denna mÃ¥larkitektur-fPIE stÃ¶djs inte-fada-spec-parent=unit  Skriv ut Ada-specifikationer som barnenheter till den givna fÃ¶rÃ¤ldern.-falign-labels=%d stÃ¶djs ej-falign-loops=%d stÃ¶djs ej-falign-new=%d Ã¤r inte en exponent av tvÃ¥-faligned-new=<N> AnvÃ¤nd C++17 allokering av Ã¶verjusterade typer fÃ¶r justeringar som Ã¤r stÃ¶rre Ã¤n N.-fasan-shadow-offset skall bara anvÃ¤ndas med -fsanitize=kernel-address-fasan-shadow-offset=<tal>	AnvÃ¤nd anpassat avstÃ¥nd till skuggminne.-fassociative-math avslagen, andra flaggor gÃ¥r fÃ¶re-fblas-matmul-limit=<n>	Storlek pÃ¥ den minsta matris fÃ¶r vilken matmul kommer anvÃ¤nda BLAS.-fcall-saved-<register>	Markera att <register> bevaras mellan funktioner.-fcall-saved-REG stÃ¶djs inte fÃ¶r utregister-fcall-used-<register>	Markera att <register> fÃ¶rstÃ¶rs av funktionsanrop.-fcheck=[...]	Ange vilka kÃ¶rtidskontroller som skall utfÃ¶ras.-fcilkplus mÃ¥ste vara aktiverat fÃ¶r att anvÃ¤nda %<#pragma cilk grainsize%>-fcilkplus mÃ¥ste vara aktiverat fÃ¶r att anvÃ¤nda %<_Cilk_for%>-fcilkplus mÃ¥ste vara aktiverat fÃ¶r att anvÃ¤nda %<_Cilk_spawn%>-fcilkplus mÃ¥ste vara aktiverat fÃ¶r att anvÃ¤nda %<_Cilk_sync%>-fcoarray=<none|single|lib>	Ange vilken co-vektorsparallellisering som skall anvÃ¤ndas.-fcompare-debug[=<flgr>]	Kompilera med och utan t.ex. -gtoggle, och jÃ¤mfÃ¶r slutinstruktionsdumpen.-fconst-string-class=<namn>	AnvÃ¤nd klassen <namn> fÃ¶r konstanta strÃ¤ngar.-fconstexpr-depth=<antal>	Ange maximalt rekursionsdjup fÃ¶r constexpr.-fconstexpr-loop-limit=<antal>	Ange maximalt antal constexpr-slingiterationer.-fconvert=<big-endian|little-endian|native|swap> Byteordningen som anvÃ¤nds fÃ¶r oformaterade filer.-fdata-sections stÃ¶djs inte fÃ¶r denna mÃ¥larkitektur-fdbg-cnt=%s-fdbg-cnt=<rÃ¤knare>:<grÃ¤ns>[,<rÃ¤knare>:<grÃ¤ns>,...]	SÃ¤tt grÃ¤nsen fÃ¶r felsÃ¶kningsrÃ¤knare.-fdeduce-init-list	aktivera hÃ¤rledning av std::initializer_list fÃ¶r en malltypparameter frÃ¥n en klammeromsluten initierarlista.-fdiagnostics-color=[never|always|auto]	FÃ¤rglÃ¤gg felmeddelanden.-fdiagnostics-show-location=[once|every-line]	Anger hur ofta kÃ¤llkodspositioner skall skrivas ut i bÃ¶rjan av utskrift vid radbrytning.-fdirectives-only Ã¤r inkompatibel med -Wunused_macros-fdirectives-only Ã¤r inkompatibel med -traditional-fdisable-[tree|rtl|ipa]-<pass>=intrvl1+intrvl2 avaktiverar ett optimeringspass.-fdump-<typ>	Skriv ut diverse intern kompilatorinformation till en fil.-fdump-final-insns=filnamn	Skriv instruktionerna vid slutet av Ã¶versÃ¤ttningen till filnamn.-fdump-go-spec=filnamn	Skriv alla deklarationer till fil som Go-kod.-feliminate-dwarf2-dups Ã¤r trasig fÃ¶r C++, ignorerar-femit-struct-debug-baseonly	Aggressivt reducerad felsÃ¶kningsinformation fÃ¶r poster.-femit-struct-debug-detailed=<spec-lista>	Detaljreducerad felsÃ¶kningsinformation fÃ¶r poster.-femit-struct-debug-reduced	Konservativt reducerad felsÃ¶kningsinformation fÃ¶r poster.-fenable-[tree|rtl|ipa]-<pass>=intrvl1+intrvl2 aktiverar ett optimeringspass.-fexcess-precision=[fast|standard]	Ange hantering av Ã¶verskjutande precision pÃ¥ flyttal.-fexcess-precision=standard fÃ¶r Ada-fexcess-precision=standard fÃ¶r C++-fexcess-precision=standard fÃ¶r Fortran-fexec-charset=<tknst>	Konvertera alla strÃ¤ngar och teckenkonstanter till teckenuppsÃ¤ttningen <tknst>.-ffixed-<register>	Markera <register> som ej tillgÃ¤ngligt fÃ¶r kompilatorn.-ffixed-line-length-<n>	AnvÃ¤nd radlÃ¤ngd med n tecken i fast lÃ¤ge.-ffpe-summary=[â€¦]	Skriv ut en sammanfattning av flyttalsundantag.-ffpe-trap=[â€¦]	Stanna vid fÃ¶ljande flyttalsundantag.-ffree-line-length-<n>	AnvÃ¤nd radlÃ¤ngd med n tecken i fri form.-ffunction-sections stÃ¶djs inte fÃ¶r denna mÃ¥larkitektur-fgnat-encodings=[all|gdb|minimal]	VÃ¤lj balansen mellan GNAT-kodningar och standard DWARF som skrivs ut i felsÃ¶kningsinformationen-fdump-c-header=filnamn	Skriv Go-postdefinitioner till en fil som C-kod.-fgo-dump-<typ>	Skriv ut Go-framÃ¤ndens interna information.-fgo-optimize-<typ>	SlÃ¥ pÃ¥ optimeringspass i framÃ¤nden.-fgo-pkgpath=<strÃ¤ng>	SÃ¤tt Go-paketsÃ¶kvÃ¤g.-fgo-prefix=<strÃ¤ng>	SÃ¤tt paketspecifika prefix fÃ¶r exporterade Go-namn.-fgo-relative-import-path=<sÃ¶kv>	Hantera en relativ import som relativ till sÃ¶kv.-fhandle-exceptions har bytt namn till -fexceptions (och Ã¤r nu normalt pÃ¥slagen)-finit-character=<n>	Initiera lokala teckenvariabler med ASCII-vÃ¤rde n.-finit-integer=<n>	Initiera lokala heltalsvariabler med n.-finit-logical=<true|false>	Initiera lokala logiska variabler.-finit-real=<zero|snan|nan|inf|-inf>	Initiera lokala reella variabler.-finline-limit=<tal>	BegrÃ¤nsa storlek pÃ¥ inline-funktioner till <tal>.-finline-matmul-limit=<n>	Specificera storleken pÃ¥ den stÃ¶rsta matris fÃ¶r vilken matmul kommer inline:as.-finput-charset=<tknst>	Ange standardteckenuppsÃ¤ttning fÃ¶r kÃ¤llkodsfiler.-finstrument-functions-exclude-file-list=filenamn,...  Instrumentera inte funktioner upprÃ¤knade i filerna.-finstrument-functions-exclude-function-list=namn,...  Instrumentera inte upprÃ¤knade funktioner.-fira-verbose=<tal>	Styr IRA:ns nivÃ¥ pÃ¥ diagnostikmeddelanden.-flto-compression-level=<tal>	AnvÃ¤nd zlib-komprimering pÃ¥ nivÃ¥ <tal> fÃ¶r IL.-fmax-array-constructor=<n>	Maximalt antal objekt i en vektorkonstruerare.-fmax-errors=<antal>	Maximalt antal fel som skall rapporteras.-fmax-identifier-length=<n>	Maximal identifierarlÃ¤ngd.-fmax-stack-var-size=<n>	Storlek i byte pÃ¥ den stÃ¶rsta vektorn som lÃ¤ggs pÃ¥ stacken.-fmax-subrecord-length=<n>	Maximal lÃ¤ngd fÃ¶r underposter.-fmessage-length=<antal>	BegrÃ¤nsa felmeddelandens lÃ¤ngd till <antal> tecken per rad.  0 stÃ¤nger av radbrytning.-fno-fat-lto-objects stÃ¶djs endast med insticksmodul fÃ¶r lÃ¤nkning-fno-gnu89-inline stÃ¶djs endast i GNU99- C99-lÃ¤ge-fno-pretty-templates Finskriv inte mallspecialiceringar som mallsignaturer fÃ¶ljda av argumenten.-fno-threadsafe-statics	Generera inte trÃ¥dsÃ¤ker kod fÃ¶r initiering a lokala statiska variabler.flaggan -foffload-abi kan anges endast fÃ¶r en avlastande kompilator-foffload-abi=[lp64|ilp32]     Ange ABI:et att anvÃ¤nda i en avlastningskompilator.-foffload=<mÃ¥l>=<flaggor>  Ange mÃ¥l att lasta av till och flaggor fÃ¶r dem.operand till -fopenacc-dim Ã¤r felformulerad vid â€�%sâ€�-fopt-info[-<type>=filenamn]	Skriv ut kompilatoroptimeringsdetaljer.-force_flat_namespace Ã¤r inte tillÃ¥ten med -dynamiclib-fpack-struct=<tal>	Ange initial maximal justering fÃ¶r postmedlemmar.-fpermitted-flt-eval-methods=[c11|ts-18661]	Angi vilka vÃ¤rden pÃ¥ FLT_EVAL_METHOD som Ã¤r tillÃ¥tna.-fpic och -fPIC stÃ¶djs inte utan -mdsbt fÃ¶r detta mÃ¥l-fpic och -mapcs-reent Ã¤r inkompatibla-fpic stÃ¶djs inte-fpie stÃ¶djs inte-fplugin-arg-<namn>-<nyckel>[=<vÃ¤rde>]	Ange argument <nyckel>=<vÃ¤rde> fÃ¶r insticksmodul <namn>.-fprefetch-loop-arrays stÃ¶djs inte med -Os-fprefetch-loop-arrays stÃ¶djs inte fÃ¶r denna mÃ¥larkitektur-fprefetch-loop-arrays stÃ¶djs inte fÃ¶r denna mÃ¥larkitektur (fÃ¶rsÃ¶k med -march-flaggor)-fprofile-update=[single|atomic|prefer-atomic]	Ange metoden fÃ¶r profiluppdatering.-frandom-seed=<strÃ¤ng>	GÃ¶r kompileringen reproducerbar med <strÃ¤ng>.-frecord-gcc-switches stÃ¶djs inte fÃ¶r den aktuella mÃ¥larkitekturen-freorder-blocks-and-partition stÃ¶djer inte upprullningsinformation pÃ¥ denna arkitektur-freorder-blocks-and-partition fungerar inte pÃ¥ denna arkitektur-freorder-blocks-and-partition fungerar inte med undantag pÃ¥ denna arkitektur-freorder-blocks-and-partition stÃ¶djs inte pÃ¥ denna arkitektur-frepo mÃ¥ste anvÃ¤ndas tillsammans med -c-fsanitize-address-use-after-scope fÃ¶rutsÃ¤tter flaggan -fstack-reuse=none-fsanitize-recover=%s stÃ¶djs inte-fsanitize-sections=<sek1,sek2,â€¦>	Sanera globala variabler i anvÃ¤ndardefinierade sektioner.-fsanitize=address och -fsanitize=kernel-address Ã¤r inkompatibel med -fsanitize=thread-fsanitize=address och -fsanitize=kernel stÃ¶djs inte fÃ¶r denna mÃ¥larkitektur-fsanitize=address Ã¤r inkompatibel med -fsanitize=kernel-address-fsanitize=address stÃ¶djs inte fÃ¶r denna mÃ¥larkitekturflaggan -fsanitize=all Ã¤r inte giltig-fsanitize=leak Ã¤r inkompatibel med -fsanitize=thread-fsched-stalled-insns-dep=<antal>	SÃ¤tt beroendeavstÃ¥ndet som kontrolleras i fÃ¶rtida schemalÃ¤ggning av kÃ¶ade instruktioner.-fsched-stalled-insns=<antal>	Ange antalet kÃ¶ade instruktioner som kan schemalÃ¤ggas i fÃ¶rtid.-fsched-verbose=<tal>	Ange hur mÃ¥ngordig schemalÃ¤ggaren skall vara.-fsplit-stack stÃ¶djer inte 2 registerparametrar fÃ¶r en nÃ¤stad funktion-fsplit-stack stÃ¶djer inte 3 registerparametrar-fsplit-stack stÃ¶djer inte fastcall med nÃ¤stade funktioner-fsplit-stack anvÃ¤nder register r29-fsso-struct=[big-endian|little-endian|native]	SÃ¤tt standardordning fÃ¶r skalÃ¤rlagring.-fstack-check=[no|generic|specific]	LÃ¤gg in stackkontrollkod i programmet.-fstack-check=specific fÃ¶r Thumb-1-fstack-check=specific Ã¤r inte implementerat fÃ¶r MIPS16-fstack-limit- flaggor ignoreras med -mfdpic; anvÃ¤nd -mstack-check-l1-fstack-limit-flaggor stÃ¶djs inte pÃ¥ denna mÃ¥larkitektur-fstack-limit-register=<register>	FÃ¥nga om stacken gÃ¥r fÃ¶rbi <register>.-fstack-limit-symbol=<namn>	FÃ¥nga om stacken gÃ¥r fÃ¶rbi symbolen <namn>.-fstack-protector stÃ¶djs inte av denna mÃ¥larkitektur-ftabstop=<antal>	AvstÃ¥nd mellan tabulatorstopp fÃ¶r kolumnvis rapportering.-ftemplate-depth=<antal>	Ange maximalt instansieringsdjup fÃ¶r mallar.-ftls-model=[global-dynamic|local-dynamic|initial-exec|local-exec]	Ange normal kodgenereringsmodell fÃ¶r trÃ¥dlokal lagring.-ftrack-macro-expansion=<0|1|2>  SpÃ¥ra platser fÃ¶r symboler som kommer frÃ¥n makroexpansion och visa dem i felmeddelanden.-fuse-linker-plugin stÃ¶djs inte i denna konfiguration-fuse-linker-plugin, men %s inte funnen-fvisibility=[default|internal|hidden|protected]	Ange standardvÃ¤rde fÃ¶r symbolsynlighet.-fvisibility=[private|protected|public|package]	Ange standardvÃ¤rde fÃ¶r symbolsynlighet.-fvtable-verify=preinit stÃ¶djs inte i denna konfiguration-fvtable-verify=std stÃ¶djs inte i denna konfiguration-fwide-exec-charset=<tknst>	Konvertera alla breda strÃ¤ngar och teckenkonstanter till teckenuppsÃ¤ttningen <tknst>.-fwpa och -fltrans Ã¤r Ã¶msesidigt uteslutande-g stÃ¶djs bara nÃ¤r man anvÃ¤nder GAS pÃ¥ denna processor,flaggan -g Ã¤r avslagen-g med -mno-apcs-frame ger kanske inte vettig felsÃ¶kning-gnat<flaggor>	Ange flaggor till GNAT.-gz stÃ¶djs inte i denna konfiguration-gz=<format>	Generera komprimerade felsÃ¶kningssektioner i formatet <format>.-gz=zlib stÃ¶djs inte i denna konfiguration-idirafter <kat>	LÃ¤gg till <kat> till slutet av sÃ¶kvÃ¤gen fÃ¶r systeminkluderingar.-iframework <kat>	LÃ¤gg till <kat> till slutet av systemramverkets inkluderingssÃ¶kvÃ¤g.-imacros <fil>	Tag med definitioner av makron i <fil>.-imultiarch <kat>	SÃ¤tt <kat> att vara inkluderingsunderbiblioteket fÃ¶r multiarkitekturer.-imultilib <kat>	SÃ¤tt <kat> att vara inkluderingsunderbiblioteket fÃ¶r multibibliotek.-include <fil>	Inkludera innehÃ¥llet i <fil> fÃ¶re andra filer.-install_name Ã¤r bara tillÃ¥ten med -dynamiclibflaggan -iplugindir <kat> skickas inte frÃ¥n gcc-drivrutin-iplugindir=<kat>	SÃ¤tt <kat> att vara standardbibliotek fÃ¶r insticksmoduler.-iprefix <skvg>	Ange <skvg> som ett prefix fÃ¶r de fÃ¶ljande tvÃ¥ flaggorna.-iquote <kat>	LÃ¤gg till <kat> till slutet av sÃ¶kvÃ¤gen fÃ¶r citerade inkluderingar.-isysroot <kat>	SÃ¤tt <kat> som rotkatalog fÃ¶r systemet.-isystem <kat>	LÃ¤gg till <kat> till bÃ¶rjan av sÃ¶kvÃ¤gen fÃ¶r systeminkluderingar.-iwithprefix <kat>	LÃ¤gg till <kat> till slutet av sÃ¶kvÃ¤gen fÃ¶r systeminkluderingar.-iwithprefixbefore <kat>	LÃ¤gg till <kat> till slutet av huvudsÃ¶kvÃ¤gen.-keep_private_externs Ã¤r inte tillÃ¥ten med -dynamiclib-m%s stÃ¶djs inte i denna konfiguration-m64 krÃ¤ver PowerPC64-arkitektur, aktiverar-m64 krÃ¤ver en PowerPC64-CPU-mabi=ABI	Generera kod som fÃ¶ljer det angivna ABI:et.-mabi=ABI	Generera kod som fÃ¶ljer det angivna ABI:et.-mabs=MODE	VÃ¤lj exekveringslÃ¤get IEEE 754 fÃ¶r instruktionerna ABS/NEG.-maix64 krÃ¤vs: 64-bitsberÃ¤kningar med 32-bitars adressering stÃ¶djs inte Ã¤n-maix64 krÃ¤ver att arkitekturen PowerPC64 fortfarande Ã¤r aktiverad-malign-functions Ã¤r fÃ¶rÃ¥ldrat, anvÃ¤nd -falign-functions-malign-functions=%d Ã¤r inte mellan 0 och %d-malign-jumps Ã¤r fÃ¶rÃ¥ldrat, anvÃ¤nd -falign-jumps-malign-jumps=%d Ã¤r inte mellan 0 och %d-malign-loops Ã¤r fÃ¶rÃ¥ldrat, anvÃ¤nd -falign-loops-malign-loops=%d Ã¤r inte mellan 0 och %d-malign-power stÃ¶djs inte fÃ¶r 64-bitars Darwin, det Ã¤r inkompatibelt med de installerade C- och C++-biblioteken-mallow-movmisalign behÃ¶ver -mvsx-maltivec=le Ã¤r inte tillÃ¥tet fÃ¶r mÃ¥l med rak byteordning-mapcs-stack-check Ã¤r inkompatibel med -mno-apcs-frame-march=	Generera kod fÃ¶r angiven RISC-V ISA (t.ex. RV64IM).  ISA-strÃ¤ngar mÃ¥ste vara i gemener.-march=%s: ISA-strÃ¤ng mÃ¥ste bÃ¶rja med rv32 eller rv64-march=%s: felaktig ISA-strÃ¤ng-march=%s: ISA-understrÃ¤ng som ej stÃ¶djs %qs-march=ARK	Generera kod fÃ¶r det angivna chip:et eller CPU-versionen.-march=ARK	AnvÃ¤nd funktioner i arkitekturen ARK.-march=ISA	Generera kod fÃ¶r den angivna ISA:n.-mas100-syntax Ã¤r inkompatibel med -gdwarf-masm=intel stÃ¶djs inte i denna konfiguration-max-stackframe=%d Ã¤r inte anvÃ¤ndbar, inte mellan 0 och %d-mbackchain -mpacked-stack -mhard-float stÃ¶djs inte i kombination-mbig-endian och -mlittle-endian fÃ¥r inte anvÃ¤ndas tillsammans-mbranch-cost=%d Ã¤r inte mellan 0 och 5-mbranch-cost=KOSTNAD	Ange kostnaden fÃ¶r grenar till ungefÃ¤r KOSTNAD instruktioner.-mbranch-cost=N	Ange kostnaden fÃ¶r grenar till ungefÃ¤r N instruktioner.-mcall-aixdesc Ã¤r inkompatibel med -mabi=elfv2-mcmodel Ã¤r inkompatibel med andra toc-flaggor-mcmodel= stÃ¶djs inte pÃ¥ 32-bitars system-mcode-readable=INSTÃ„LLNING	Ange nÃ¤r instruktioner tillÃ¥ts komma Ã¥t kod.-mcode-region=upper behÃ¶ver en 430X-kompatibel cpu-mcorea och -mcoreb kan inte anvÃ¤ndas tillsammans-mcorea mÃ¥ste anvÃ¤ndas tillsammans med -mmulticore-mcoreb mÃ¥ste anvÃ¤ndas tillsammans med -mmulticore-mcpu=	AnvÃ¤nd funktioner i och schemalÃ¤gg kod fÃ¶r angiven CPU.-mcpu=%s stÃ¥r i konflikt med -march=%s-mcpu=%s har ogiltig kiselversion-mcpu=%s Ã¤r inte giltigt-mcpu=CPU	Kompilera kod fÃ¶r ARC-variant av CPU.-mcpu=CPU	AnvÃ¤nd funktioner i och optimera fÃ¶r angiven CPU.-mcpu=CPU	AnvÃ¤nd funktioner i och schemalÃ¤gg kod fÃ¶r angiven CPU.-mcpu=PROCESSOR		AnvÃ¤nd funktioner i och schemalÃ¤gg kod fÃ¶r angiven CPU.-mcpu=m16c	Kompilera kod fÃ¶r M16C-varianter.-mcpu=m32c	Kompilera kod fÃ¶r M32C-varianter.-mcpu=m32cm	Kompilera kod fÃ¶r M32CM-varianter.-mcpu=r8c	Kompilera kod fÃ¶r R8C-varianter.-mcrypto behÃ¶ver -maltivec-mdata-region=upper behÃ¶ver en 430X-kompatibel cpu-mdebug=	Aktivera felsÃ¶kningsutdata.-mdirect-move behÃ¶ver -mvsx-mdiv krÃ¤ver -march fÃ¶r att innefatta utÃ¶kningen %<M%>-mefficient-unaligned-vsx behÃ¶ver -mallow-movmisalign-mefficient-unaligned-vsx behÃ¶ver -mvsx-memregs=	Antal memreg-byte (standard: 16, intervall: 0..16).-mes0 kan endast anvÃ¤ndas med C-mexr anvÃ¤nds utan -ms-mexr anvÃ¤nds utan -ms eller -msx-mfdpic stÃ¶djs inte, vÃ¤lj ett bfin-linux-uclibc-mÃ¥l-mfentry stÃ¶djs inte fÃ¶r 32 bitar i kombination med -fpic-mfloat-abi=hard och VFP-mfloat-abi=hard: den valda processorn saknar en FPU-mfloat-abi=soft och -mfloat-abi=hard fÃ¥r inte anvÃ¤ndas tillsammans-mfloat-gprs=	VÃ¤lj GPR-flyttalsmetod.-mfloat128 behÃ¶ver -mfloat128-type-mfloat128 behÃ¶ver VSX-stÃ¶d-mfloat128-hardware behÃ¶ver -mfloat128-type-mfloat128-hardware behÃ¶ver fullt ISA 3.0-stÃ¶d-mfloat128-type behÃ¶ver VSX-stÃ¶d-mflush-func=FUNK	AnvÃ¤nd FUNK fÃ¶r att tÃ¶mma cachen fÃ¶re anrop av stacktrampoliner.-mfpu=	Ange FP (sp, dp, sp-lite, dp-lite) (implicerar -mxilinx-fpu).-mfpu=auto stÃ¶djs fÃ¶r nÃ¤rvarande inte utan en explicit CPU.-mhard-dfp kan inte anvÃ¤ndas tillsammans med -msoft-float-mhard-dfp behÃ¶ver -mhard-float-mhard-float stÃ¶djs inte-mincoming-stack-boundary=%d Ã¤r inte mellan %d och 12-mint32 stÃ¶djs inte fÃ¶r mÃ¥len H8300 och H8300L-mipsN	Generera kod fÃ¶r ISA nivÃ¥ N.-mlarge behÃ¶ver en 430X-kompatibel -mmcu=-mlong-double-64 Ã¤r inte tillÃ¥ten med -m64-mlong-double-<n>	Ange storlek pÃ¥ long double (64 eller 128 bitar).-mmax-stackframe=STORLEK	Varna nÃ¤r en stackram Ã¤r stÃ¶rre Ã¤n den angivna storleken.-mmcu=MCU	VÃ¤lj mÃ¥l-MCU:n.-mmpy-option=MPY Kompilera ARCv2-kod med en multiplicerardesignflagga.-mmul=g13 kan inte anvÃ¤ndas med -mcpu=g10-mmul=g13 kan inte anvÃ¤ndas med -mcpu=g14-mmul=g14 kan inte anvÃ¤ndas med -mcpu=g10-mmul=g14 kan inte anvÃ¤ndas med -mcpu=g13-mmulticore kan endast anvÃ¤ndas med BF561-mmultiple stÃ¶djs inte pÃ¥ system med omvÃ¤nd byteordning-mn stÃ¶djs inte pÃ¥ linux-mÃ¥l-mn anvÃ¤nds utan -mh eller -ms eller -msx-mnan=ENCODING	VÃ¤lj NaN-datakodningen IEEE 754.-mno-allow-string-insns fÃ¶rbjuder genereringen av instruktionen RMPA-mno-altivec avaktiverar vsx-mno-dpfp-lrsr stÃ¶djs endast med -mdpfp-mno-exr giltig endast med  -ms eller -msx          - Flaggan ignorerad!-mno-fentry Ã¤r inte kompatibelt med SEH-mno-mpy stÃ¶djs endast fÃ¶r ARC700 eller ARCv2-mno-serialize-volatile	Serialisera inte minnesreferenser till flyktigt minne med MEMW-instruktioner.-mnop-mcount Ã¤r inte kompatibelt med denna mÃ¥larkitektur-mnop-mcount Ã¤r inte implementerat fÃ¶r -fPIC-moverride=STRÃ„NG	Endast avancerade anvÃ¤ndare!  Ã…sidosÃ¤tt CPU-optimeringsparametrar.-mpcrel -fPIC stÃ¶djs fÃ¶r nÃ¤rvarande inte pÃ¥ den valda cpu:n-mpic-register= Ã¤r oanvÃ¤ndbar utan -fpic-mpointer-size=[no,32,short,64,long]	SÃ¤tt standardstorlek pÃ¥ pekare.-mpower8-fusion-sign behÃ¶ver -mpower8-fusion-mpower8-vector behÃ¶ver -maltivec-mpower8-vector behÃ¶ver -mvsx-mpower9-dform behÃ¶ver -mpower9-vector-mpower9-dform behÃ¶ver -mupper-regs-df-mpower9-dform behÃ¶ver -mupper-regs-sf-mpower9-fusion behÃ¶ver -mpower8-fusion-mpower9-vector behÃ¶ver -mpower8-vector-mpreferred-stack-boundary stÃ¶djs inte fÃ¶r denna mÃ¥larkitektur-mpreferred-stack-boundary=%d Ã¤r inte mellan %d och %d-mpure-code stÃ¶djer endast icke-pic-kod pÃ¥ armv7-m-mÃ¥l-mquad-memory Ã¤r inte tillgÃ¤ngligt i lÃ¤get med omvÃ¤nd byteordning--mquad-memory krÃ¤ver 64-bitarslÃ¤ge-mquad-memory-atomic fÃ¶rutsÃ¤tter 64-bitarslÃ¤ge-mr10k-cache-barrier=INSTÃ„LLNING	Ange nÃ¤r r10k-cache-barriÃ¤rer skall skjutas in.-mrecip krÃ¤ver -ffinite-math eller -ffast-math-mrecip krÃ¤ver -fno-trapping-math eller -ffast-math-mrecip krÃ¤ver -freciprocal-math eller -ffast-math-mregparm ignoreras fÃ¶r Intel MCU psABI-mregparm ignoreras i 64-bitslÃ¤ge-mregparm=%d Ã¤r inte mellan 0 och %d-mrelax stÃ¶djs endast fÃ¶r RTP PIC-mrelocatable och -mcall-%s Ã¤r inkompatibla-mrelocatable och -mno-minimal-toc Ã¤r inkompatibla-mrelocatable och -msdata=%s Ã¤r inkompatibla-ms2600 anvÃ¤nds utan -ms-msdata=%s och -mcall-%s Ã¤r inkompatibla-msecure-plt stÃ¶djs inte av din assembler-mshared-library-id= angiven utan -mid-shared-library-mshared-library-id=%s Ã¤r inte mellan 0 och %d-msim	AnvÃ¤nd simulatorkÃ¶rtider.-msim   AnvÃ¤nd simulatorkÃ¶rtider.flaggan -msimple-fpu ignoreras-msingle-float och -msoft-float kan inte bÃ¥da angesflaggan -msingle-float Ã¤r likvÃ¤rdig med -mhard-float-mslow-flash-data stÃ¶djer endast icke-pic-kod pÃ¥ armv7-m-mÃ¥l-msmall-data-limit=N	Placera globala and statiska data mindre Ã¤n <antal> byte i en speciell sektion (vissa arkitekturer).-mspfp_fast Ã¤r inte tillgÃ¤ngligt pÃ¥ ARC600 eller ARC601-mstack-guard implicerar anvÃ¤ndning av -mstack-size-mstack-protector-guard=tls behÃ¶ver ett giltigt basregister-mstring stÃ¶djs inte pÃ¥ system med omvÃ¤nd byteordning-mstringop-strategy=rep_8byte stÃ¶djs inte fÃ¶r 32-bitarskod-msx stÃ¶djs inte i coff-mtoc-fusion behÃ¶ver -mpower8-fusion--mtoc-fusion krÃ¤ver 64-bitar-mtoc-fusion behÃ¶ver medium/stor kodmodell-mtraceback=	VÃ¤lj fullstÃ¤ndig, partiell, eller ingen bakÃ¥tspÃ¥rningstabell.-mtune=	SchemalÃ¤gg kod fÃ¶r en given CPU.-mtune= fÃ¶rvÃ¤ntar sig mn10300, am33, am33-2 eller am34-mtune=ARK	Trimma justering fÃ¶r det angivna chip:et eller CPU-versionen.-mtune=CPU	Optimera fÃ¶r CPU.-mtune=PROCESSOR	Optimera utmatningen fÃ¶r PROCESSOR.-mupper-regs-df behÃ¶ver -mvsx-mupper-regs-di behÃ¶ver -mvsx-mupper-regs-sf behÃ¶ver -mpower8-vector-mvsx och -mno-altivec Ã¤r inkompatibla-mvsx och -mpaired Ã¤r inkompatibla-mvsx behÃ¶ver indexerad adressering-mvsx krÃ¤ver hÃ¥rdvaruflyttal-mvsx-small-integer krÃ¤ver -mpower8-vector, -mupper-regs-di och -mdirect-move-mvsx-timode kan behÃ¶va -mlra-mvsx-timode behÃ¶ver -mvsx-mxl-multiply-high kan bara anvÃ¤ndas med -mcpu=v6.00.a eller stÃ¶rre-mxl-multiply-high krÃ¤ver -mno-xl-soft-mul-mxl-reorder kan bara anvÃ¤ndas med -mcpu=v8.30.a eller stÃ¶rre-mxl-reorder behÃ¶ver -mxl-pattern-compare fÃ¶r -mcpu=v8.30.a-o <fil>	Skriv utdata i <fil>.-pg och -fomit-frame-pointer Ã¤r inkompatibla-pie stÃ¶djs inte i denna konfiguration-pipe ignorerad eftersom -save-temps angivits-pipe stÃ¶djs inte-private_bundle Ã¤r inte tillÃ¥ten med -dynamiclib-trigraphs	StÃ¶d trigrafer enligt ISO C..NOT.-operatorn i uttrycket vid %L mÃ¥ste ha en LOGICAL-operand.XOR.-operator vid %C128-bitars long double stÃ¶djs inte fÃ¶r VAX-flyttal31-bitars ABI.instruktionsuppsÃ¤ttningen 387 avaktiverad, anvÃ¤nder SSE-aritmetik64-bitars ABI.64-bits ABI stÃ¶djs inte i ESA/390-lÃ¤ge64-bitars SPE stÃ¶djs inte<Under initiering>
! <anonym><klamrar runt initierarlista><inbyggd><kommandorad><deklarationsfel><upprÃ¤knare><felaktigt-uttryck><uttrycksfel><lambda<lambda><saknas><returvÃ¤rde><returvÃ¤rde><sats><tagg-fel><mallargumentfel><mallparameterfel><throw-uttryck><typfel><typfel><typedef-fel><typprefixfel><ubsan-rutinanrop><okÃ¤nd operator><okÃ¤nd><namnlÃ¶s %s><namnlÃ¶s-fixdecimal:<namnlÃ¶st-flyttal:<namnlÃ¶s-teckenlÃ¶s:<namnlÃ¶s><otolkat><ej upplÃ¶st Ã¶verlagrad funktionstyp>?: anvÃ¤nder heltalskonstanter i en boolesk kontext?: anvÃ¤nder heltalskonstanter i en boolesk kontext, uttrycket kommer alltid berÃ¤knas till %<true%>@catch-parameter kan inte vara protokollkvalificerad@catch-parameter Ã¤r inte en kÃ¤nd Objective-C-klasstyp@interface till klassen %qE finns inteEtt argument vid %L har typen %s men funktionen som skickas som OPERATOR vid %L returnerar %sEtt grundblocks profilrÃ¤knare anses het om den bidrar till den givna promillesatsen fÃ¶r hela den profilerade kÃ¶rningen.En faktor fÃ¶r att trimma den Ã¶vre grÃ¤nsen som pendlingsmoduloschemalÃ¤ggaren anvÃ¤nder fÃ¶r att schemalÃ¤gga en slinga.En avhuggning frÃ¥n flyttal till heltal fÃ¥r ersÃ¤ttas med avrundning fÃ¶r att spara lÃ¤gesbyten.En synonym fÃ¶r -std=c89 (fÃ¶r C) eller -std=c++98 (fÃ¶r C++).Ett trÃ¶skelvÃ¤rde pÃ¥ det genomsnittliga antalet varv som beaktas av pendlingsmoduloschemalÃ¤ggaren.AAPCS stÃ¶djer inte -mcallee-super-interworkingAAPCS stÃ¶djer inte -mcaller-super-interworkingABI:et krÃ¤ver -march=rv%dABSTRACT INTERFACE %qs fÃ¥r inte refereras vid %LABSTRACT INTERFACE vid %CABSTRACT typ %qs anvÃ¤nds vid %LABSTRACT typ vid %CSlutligt AC-IMPLIED-DO-uttryck refererar styrvariabel vid %LInitialt AC-IMPLIED-DO-uttryck refererar styrvariabel vid %LAC-IMPLIED-DO-steguttryck refererar styrvariabel vid %LDirektivet ACC CACHE mÃ¥ste vara inuti en slinga %CACCESS-specifikation vid %L var redan angivenACQUIRED_LOCK-variabelACQUIRED_LOCK=-argumentet vid %L mÃ¥ste vara en skalÃ¤r LOGICAL-variabelTypen ACTION stÃ¥r i konflikt med READONLY-specificeraren vid %CAttributet ALLOCATABLE vid %C i en TYPE-definitionALLOCATABLE-objekt %qs i %s-klausul vid %LALLOCATABLE-objekt %qs av hÃ¤rledd typ i %s-klausul vid %LALLOCATABLE-objekt %qs av polymorf typ i %s-klausul vid %LALLOCATABLE angiven utanfÃ¶r INTERFACE-kropp vid %LALLOCATE-objektALLOCATE av co-vektor vid %C i CRITICAL-blockALLOCATE av co-vektor vid %C i DO CONCURRENT-blockALTERNATE RETURN Ã¤r inte tillÃ¥tet vid %LAPCS-Ã¥teranropsbar kod stÃ¶djs inte.  IgnorerasASSERT_EXPR med villkor som alltid Ã¤r falsktASSIGN-sats vid %CASSIGN-sats vid %L krÃ¤ver en skalÃ¤r standard-INTEGER-variabelASSIGNED GOTO-sats vid %L krÃ¤ver en INTEGER-variabelASSIGNED-variabel i FORMAT-tagg vid %LASSOCIATE-konstruktion vid %CASSOCIATE-namn %qs i %s-klausul vid %LASSOCIATE-namn %qs i SHARED-klausul vid %LAttributet ASYNCHRONOUS vid %CASYNCHRONOUS-sats vid %CASYNCHRONOUS= vid %C Ã¤r inte tillÃ¥tet i Fortran 95ASYNCHRONOUS=-specificerare vid %L mÃ¥ste vara ett initieringsuttryckATOM-argumentet vid %L till den inbyggda funktionen %s mÃ¥ste vara en co-vektor eller co-indexeratargumentet ATOM vid %L till inbyggd funktion %s skall vara ett heltal av sorten ATOMIC_INT_KINDargumentet ATOM vid %L till inbyggd funktion %s skall vara ett heltal av sorten ATOMIC_INT_KIND eller en logisk av sorten ATOMIC_LOGICAL_KINDATOM-argumentet till den inbyggda funktionen %s vid %L mÃ¥ste vara definierbartAUTOMATIC vid %C Ã¤r en DEC-utÃ¶kning, aktivera den med -fdec-structureAUX-pekare initierad fÃ¶r bÃ¥gen %d->%dAVX-vektorargument utan AVX aktiverat Ã¤ndrar ABI:etAVX-vektorretur utan AVX aktiverat Ã¤ndrar ABI:etAVX512F-vektorargument utan AVX512F aktiverat Ã¤ndrar ABI:etAVX512F-vektorretur utan AVX512F aktiverat Ã¤ndrar ABI:etAbsolutvÃ¤rdet av SHIFT mÃ¥ste vara mindre Ã¤n eller lika med SIZE vid %CAbstrakt grÃ¤nssnitt %qs Ã¤r ogiltigt i procedurpekartilldelning vid %LAcceptera utÃ¶kningar fÃ¶r att stÃ¶dja gammal kod.NÃ¥ data i samma sektion frÃ¥n delade fÃ¶rankringspunkter.Ã…tkomstspecifikation av operatorn %s vid %C har redan angivitsÃ…tkomstspecifikation fÃ¶r operatorn .%s. vid %C har redan angivitsKom Ã¥t variabler i 32-bitars PPU-objekt (standard).Kom Ã¥t variabler i 64-bitars PPU-objekt.Samla utgÃ¥ende funktionsargument och ta/slÃ¤pp det nÃ¶dvÃ¤ndiga stackutrymmet fÃ¶r utgÃ¥ende funktionsargument i funktionsprologen/-epilogen.  Utan denna flagga trycks utgÃ¥ende argument pÃ¥ stacken fÃ¶re anrop av en funktion och plockas efterÃ¥t.  Denna flagga kan medfÃ¶ra reducerad kodstorlek fÃ¶r funktioner som anropar mÃ¥nga funktioner som fÃ¥r sina argument pÃ¥ stacken som, till exempel printf.Aktuellt CLASS-vektorargument till %qs mÃ¥ste vara en fullstÃ¤ndig vektor vid %LAktuellt argument vid %L fÃ¶r INTENT(%s)-attrapp %qs av ELEMENTAL-subrutin %qs Ã¤r en skalÃ¤r, men ett annat aktuellt argument Ã¤r en vektorAktuellt argument vid %L till allokerbart eller pekarattrappargument %qs mÃ¥ste ha en fÃ¶rdrÃ¶jd lÃ¤ngdtypparameter om och endast om attrappen har enAktuellt argument vid %L till attrapp med antagen typ Ã¤r av en hÃ¤rledd typ med typgrÃ¤ns eller FINAL-procedurerAktuellt argument innehÃ¥ller fÃ¶r fÃ¥ element fÃ¶r attrappargument %qs (%lu/%lu) vid %LAktuellt argument till %qs kan inte vara en vektor med antagen storlek vid %LAktuellt argument till %qs skall vara en ALLOCATABLE vid %LAktuellt argument till %qs skall vara en pekare vid %LAktuellt argument till EVENT_TYPE eller med EVENT_TYPE-komponent vid %L krÃ¤ver ett explicit grÃ¤nssnitt fÃ¶r proceduren %qsAktuellt argument till LOCK_TYPE eller med LOCK_TYPE-komponent vid %L krÃ¤ver ett explicit grÃ¤nssnitt fÃ¶r proceduren %qsAktuellt argument till %qs vid %L mÃ¥ste vara en co-vektorAktuellt argument till %qs vid %L mÃ¥ste vara polymorftAktuellt argument till %qs vid %L mÃ¥ste vara enkelt sammanhÃ¤ngande eller ett element i en sÃ¥dan vektorAktuella argument till %qs vid %L mÃ¥ste vara obegrÃ¤nsat polymorfa eftersom det formella argumentet Ã¤r en pekare eller allokerbar obegrÃ¤nsat polymorf enhet [F2008: 12.5.2.5]Aktuellt argument till %qs vid %L mÃ¥ste ha samma deklarerade typAktuellt argument till sammanhÃ¤ngande pekareattrapp %qs vid %L mÃ¥ste vara enkelt sammanhÃ¤ngandeAktuellt argument till icke-INTENT(INOUT)-attrappen %qs vid %L, som Ã¤r EVENT_TYPE eller har en EVENT_TYPE-komponentAktuellt argument till icke-INTENT(INOUT)-attrappen %qs vid %L, som Ã¤r LOCK_TYPE eller har en LOCK_TYPE-komponentAktuell strÃ¤nglÃ¤ngd matchar inte den deklarerade fÃ¶r attrappargument â€�%sâ€� (%ld/%ld)Aktuell strÃ¤nglÃ¤ngd Ã¤r kortare Ã¤n den deklarerade fÃ¶r attrappargument â€�%sâ€� (%ld/%ld)LÃ¤gg till instrumentering fÃ¶r pekargrÃ¤nskontroller.  fchkp-*-flaggor anvÃ¤nds fÃ¶r att styra instrumenteringen.  FÃ¶r nÃ¤rvarande tillgÃ¤ngligt fÃ¶r C, C++ och ObjC.LÃ¤gg till ett pass fÃ¶r eliminering av gemensamma deluttryck efter slingoptimeringar.LÃ¤gg till explicita kontroller av division med noll.LÃ¤gg till explicita kontroller av spill vid division av INT_MIN / -1.LÃ¤gg till extra kommentarer till assemblerutdata.Ytterligare felsÃ¶kningsutskrifter.Efter att diagnosticera odefinierat beteende, fÃ¶rsÃ¶k fortsÃ¤tta kÃ¶rningen.Optimera aggressivt slingor med anvÃ¤ndning av sprÃ¥kbegrÃ¤nsningar.Aliasets och mÃ¥lets comdat-grupper skiljerAliasets och mÃ¥lets sektion skiljerEn aliaskedja fÃ¶r en instrumenterad not Ã¤r brutenAlias fÃ¶r --help=target.Alias fÃ¶r -mcpu=g10.Alias fÃ¶r -mcpu=g13.Alias fÃ¶r -mcpu=g14.Alias har anropsbÃ¥garAlias har mer Ã¤n en aliasreferensAlias har icke-alias-referensJustera alla etiketter.Justera alla slingor till 32-bytesgrÃ¤ns.Justera kod och data till 32 bitar.Justera mÃ¥let fÃ¶r strÃ¤ngoperationerna.Justera double pÃ¥ 64-bitarsgrÃ¤nser.Justera etiketter som bara nÃ¥s via hopp.Justera nÃ¥gra double pÃ¥ dword-grÃ¤ns.Justera starten av funktioner.Justera starten av slingor.Justera till bastypen av bitfÃ¤ltet.Justera bastypen av bitfÃ¤lt.  Anta inte att ojusterade Ã¥tkomster hanteras av systemet.Justera variabler pÃ¥ en 32-bitarsgrÃ¤ns.Alla inbyggda procedurer Ã¤r tillgÃ¤ngliga oavsett av vald standard.Alla minnesÃ¥tkomster anvÃ¤nder I/O ladda-/lagrainstruktioner.Allokerbar %qs vid %L kan inte ha en initierareDen allokerbara vektorn %qs vid %L mÃ¥ste ha en fÃ¶rdrÃ¶jd form eller antagen ordningAllokerbar co-vektorvariabel %qs vid %L mÃ¥ste ha en fÃ¶rdrÃ¶jd formDen allokerbara komponenten %s vid %L mÃ¥ste ha en co-dimension eftersom den har en icke co-vektordelkomponent av typen EVENT_TYPEDen allokerbara komponenten %s vid %L mÃ¥ste ha en co-dimension eftersom den har en icke co-vektordelkomponent av typen LOCK_TYPEAllokerbar komponent %s vid %L av typen EVENT_TYPE mÃ¥ste ha en co-dimensionAllokerbar komponent %s vid %L av typen LOCK_TYPE mÃ¥ste ha en co-dimensionAllokerbar komponent i post vid %C mÃ¥ste ha fÃ¶rdrÃ¶jd formAllokerbar funktion %qs vid %L mÃ¥ste ha ett explicit funktionsgrÃ¤nssnittAllokera lokala variabler pÃ¥ stacken fÃ¶r att mÃ¶jliggÃ¶ra indirekt rekursion.Allokeringsobjekt vid %C Ã¤r varken en pekare pÃ¥ annat Ã¤n procedur eller en allokerbar variabelAllokeringsobjekt vid %L fÃ¶rekommer ocksÃ¥ vid %LAllokeringsobjekt vid %L Ã¤r varken en datapekare eller en allokerbar variabelAllokeringsobjekt vid %L Ã¤r underobjekt till objekt vid %LAllokeringsobjekt vid %L mÃ¥ste vara ALLOCATABLE eller en POINTERAllokeringsobjekt vid %L med en fÃ¶rdrÃ¶jd typparameter behÃ¶ver antingen en typspecifikation eller en SOURCE-tagg eller en MOLD-taggAllokerar %s vid %L med typspecifikation krÃ¤ver samma teckenlÃ¤ngdsparameter som i deklarationenAllokering %s av ABSTRACT bastyp vid %L behÃ¶ver en typspecifikation eller source-uttryckAllokering skulle Ã¶verstiga minnesgrÃ¤nsTillÃ¥t 128-bitars heltal i VSX-register.TillÃ¥t 64-bitars heltalsvariabler i Ã¶vre register med -mcpu=power7 eller -mvsx.TillÃ¥t optimeringar av pekargrÃ¤nskontrollen.  Som standard tillÃ¥ts det vid optimeringsnivÃ¥er >0.TillÃ¥t Ã¥tkomst till instansvariabler som om de vore lokala deklarationer i instansmetodimplementationer.TillÃ¥t radlÃ¤ngd med godtyckligt antal tecken i fast lÃ¤ge.TillÃ¥t radlÃ¤ngd med godtyckligt antal tecken i fri form.TillÃ¥t att bitfÃ¤lt gÃ¥r Ã¶ver ordgrÃ¤nser.TillÃ¥t grenar att packas med andra instruktioner.TillÃ¥t de inbyggda funktionerna ceil, floor, round, trunc att hÃ¶ja â€�oexaktâ€�-undantag.TillÃ¥t konvertering mellan __ea och generiska pekare (standard).TillÃ¥t dollartecken i entitetsnamn.TillÃ¥t double-variabler i Ã¶vre register med -mcpu=power7 eller -mvsx.TillÃ¥t snabba hopp till meddelandehanteraren.TillÃ¥t flyttalsvariabler i Ã¶vre register med -mcpu=power8 eller -mpower8-vector.TillÃ¥t float/double-variabler i Ã¶vre register om cpu:n tillÃ¥ter det.TillÃ¥t att funktionsadresser lÃ¤ggs i register.TillÃ¥t gcc att generera LIW-instruktioner.TillÃ¥t gcc att generera instruktionerna SETLB och Lcc.TillÃ¥t flyttalsinstruktioner i hÃ¥rdvara att tÃ¤cka bÃ¥de 32-bitars och 64-bitars operationer.TillÃ¥t implicit konvertering mellan vektorer med olika antal underdelar och/eller olika elementtyper.TillÃ¥t funktioner (eller variabler) som stÃ¥r emellan fÃ¶r sÃ¥dana med annan semantik (respektive initierare) i den dynamiska lÃ¤nkaren.TillÃ¥t matematikoptimeringar som kan strida mot IEEE- eller ISO-standarder.TillÃ¥t att nya datakapplÃ¶pningar vid lagringar introduceras.TillÃ¥t optimeringar fÃ¶r flyttalsaritmetik som kan Ã¤ndra resultatet av operationen pÃ¥ grund av avrundning.TillÃ¥t fÃ¶rtida schemalÃ¤ggning av kÃ¶ade instruktioner.TillÃ¥t teckenutÃ¶kning i sammanslagningsoperationer.TillÃ¥t spekulativ fÃ¶rflyttning av fler laddningar.TillÃ¥t spekulativ fÃ¶rflyttning av icke-laddningar.TillÃ¥t spekulativ fÃ¶rflyttning av nÃ¥gra laddningar.TillÃ¥t IEEE 128-bitars flyttalstyper utan att krÃ¤va nyckelordet __float128.TillÃ¥t argument till â€�?â€�-operatorn att ha olika typer.TillÃ¥t anvÃ¤ndningen av MDMX-instruktioner.TillÃ¥t anvÃ¤ndning av MT-instruktioner.TillÃ¥t anvÃ¤ndningen av flyttalsinstruktioner fÃ¶r V850E2V3 och uppÃ¥t.TillÃ¥t anvÃ¤ndningen av flyttalsinstruktioner och -ABI i hÃ¥rdvara.TillÃ¥t anvÃ¤ndning av *_nobnd-versioner av strÃ¤ngfunktioner av pekargrÃ¤nskontrollen.TillÃ¥t anvÃ¤ndning av *_nochk-versioner av strÃ¤ngfunktioner av pekargrÃ¤nskontrollen.TillÃ¥t avhuggning istÃ¤llet fÃ¶r avrundning mot noll fÃ¶r brÃ¥kdelsfixdecimaltyper.TillÃ¥t att tvÃ¥ instruktioner lÃ¤ggs ut per cykel.TillÃ¥t variadiska funktioner utan namngiven parameter.Redan inuti ett CONTAINS-block vid %CAlternativ RETURN-sats vid %C Ã¤r bara tillÃ¥ten inuti en SUBROUTINEAlternativ RETURN-sats vid %L krÃ¤ver en SCALAR-INTEGER-returspecificerareAlternativ anropskonvention.Alternativ retur vid %L Ã¤r inte tillÃ¥tet i en DTIO-procedurAlternativ retur fÃ¥r inte fÃ¶rekomma i operatorgrÃ¤nssnitt vid %LAlternativ returspecificerare i elementÃ¤r subrutin %qs vid %L Ã¤r inte tillÃ¥tenAlternativ returspecificerare i funktionen %qs vid %L Ã¤r inte tillÃ¥tenAlternativt returargument vid %CFast orefererad har %qs tvetydiga grÃ¤nssnitt vid %LAltiVec- och SPE-instruktioner kan inte samexisteraAltiVec-argument skickat till funktion utan prototypAltiVec stÃ¶djs inte pÃ¥ denna mÃ¥larkitekturGenerera alltid lÃ¥nga anrop.Hantera alltid bitfÃ¤lt som int-stora.AnvÃ¤nd alltid Dynamic Realigned Argument Pointer (DRAP) fÃ¶r att justera stacken.AnvÃ¤nd alltid JSR, aldrig BSR, fÃ¶r anrop.Tvetydig !$OMP DECLARE REDUCTION frÃ¥n modulen %s vid %LTvetydiga grÃ¤nssnitt i %s fÃ¶r %qs vid %L och %qs vid %LTvetydig symbol i TYPE-definition vid %CLÃ¤gg till lÃ¤mpliga diagnostiska meddelanden till kommandoradsflaggan som styr dem.Ett alias fÃ¶r minterlink-compressed som finns fÃ¶r bakÃ¥tkompatibilitet.En alternativ retur vid %L utan ett * attrappargumentEn indirektbÃ¥ge frÃ¥n %s Ã¤r inte markerad som indirekt eller har associerad indirect_info, motsvarande sats Ã¤r: En yttre FORALL-konstruktion har redan ett index med detta namn %LAnalysera och ta bort dubbelordsbyten frÃ¥n VSX-berÃ¤kningar.Analyserat alias har ingen referensAnalyserad nod har ingen referens till en instrumenterad versionAnnotera assemblerinstruktioner med bedÃ¶mda adresser.LÃ¤gg till ett andra understrykningstecken om namnet redan innehÃ¥ller ett understrykningstecken.LÃ¤gg till understrykningstecken till externt synliga namn.AnvÃ¤nd negativt tecken pÃ¥ nollvÃ¤rden.AnvÃ¤nd specialregler fÃ¶r att kompilera kÃ¶rtidspaket.TillÃ¤mpa variabelexpansion nÃ¤r slingor rullas ut.UngefÃ¤rligt antal instruktioner att tillÃ¥ta mellan ett tips och dess gren [125].Argumentet %<A%> med INTENT(INOUT) vid %L till den inbyggda subrutinen %s skall inte ha ett vektorindexArgument %<S%> till NEAREST vid %L fÃ¥r inte vara nollArgumentet %qs fÃ¶rekommer tvÃ¥ gÃ¥nger i anrop till %qs vid %LArgumentet %qs till %qs med PASS(%s) vid %L fÃ¥r inte vara ALLOCATABLEArgumentet %qs till %qs med PASS(%s) vid %L fÃ¥r inte ha attributet POINTERArgument %qs till %qs med PASS(%s) vid %L mÃ¥ste ha den hÃ¤rledda typen %qsArgument %qs till %qs med PASS(%s) vid %L mÃ¥ste ha den hÃ¤rledda typen %qsArgument %qs till %qs med PASS(%s) vid %L mÃ¥ste vara skalÃ¤rtArgumentet %qs till elementÃ¤r subrutin %qs vid %L mÃ¥ste ha sitt INTENT angivet eller ha attributet VALUEArgumentet %qs av elementÃ¤r procedur vid %L fÃ¥r inte ha attributet ALLOCATABLEArgumentet %qs av elementÃ¤r procedur vid %L fÃ¥r inte ha attributet POINTER%qs-argumentet till elementÃ¤r procedur vid %L mÃ¥ste vara skalÃ¤rtArgumentet %qs till pure-funktion %qs vid %L mÃ¥ste vara INTENT(IN) eller VALUEArgumentet %qs till pure-funktion %qs vid %L med attributet VALUE men utan INTENT(IN)Argumentet %qs till pure-subrutin %qs vid %L mÃ¥ste ha sitt INTENT angivet eller ha attributet VALUEArgument %qs till pure-subrutin %qs vid %L med attributet VALUE men utan INTENT%qs-argumentet till satsfunktionen vid %L mÃ¥ste vara skalÃ¤rtArgumentet CPTR vid %L till C_F_POINTER skall ha typen TYPE(C_PTR)Argumentet CPTR vid %L till C_F_PROCPOINTER skall ha typen TYPE(C_FUNPTR)Argumentet C_PTR_1 vid %L till C_ASSOCIATED skall ha typen TYPE(C_PTR) eller TYPE(C_FUNPTR)Argumentet C_PTR_2 vid %L till C_ASSOCIATED skall ha samma typ som C_PTR_1: %s istÃ¤llet fÃ¶r %sArgumentet FPTR vid %L till C_F_POINTER mÃ¥ste vara en pekareArgumentet FPTR vid %L till C_F_POINTER skall inte vara co-indexeratArgumentet FPTR vid %L till C_F_PROCPOINTER skall vara en procedurpekareArgumentet FPTR vid %L till C_F_PROCPOINTER fÃ¥r inte vara co-indexeratArgument NCOPIES till inbyggd REPEAT Ã¤r negativt (dess vÃ¤rde Ã¤r %ld)Argument NCOPIES till inbyggd REPEAT Ã¤r negativt vid %LArgumentet NCOPIES till inbyggd REPEAT Ã¤r fÃ¶r stortArgumentet NCOPIES till inbyggd REPEAT Ã¤r fÃ¶r stort vid %LArgumentet X vid %L till C_FUNLOC skall vara en procedur eller en procedurpekareArgumentet X vid %L till C_FUNLOC fÃ¥r inte vara co-indexeratArgumentet X vid %L till C_LOC fÃ¥r inte vara en strÃ¤ng med lÃ¤ngden nollArgumentet X vid %L till C_LOC skall antingen ha attributet POINTER eller TARGETArgumentet X vid %L till C_LOC fÃ¥r inte vara co-indexeratArgumentet vid %L till C_LOC fÃ¥r inte vara polymorftDim-argumentet vid %L mÃ¥ste ha INTEGER-typDim-argumentet vid %L mÃ¥ste vara skalÃ¤rtArgument stÃ¤mmer inte Ã¶verens fÃ¶r den Ã¥sidosÃ¤ttande proceduren %qs vid %L: %sArgument till â€�%sâ€� vid %L mÃ¥ste ha lÃ¤ngden ettArgument till %s-funktion vid %L Ã¤r negativtArgument till funktion %s vid %L Ã¤r fÃ¶r stort fÃ¶r sorteringssekvensen av ordning %dArgument till %s-funktion vid %L utanfÃ¶r sitt intervall [0,127]Argument till ACOS vid %L mÃ¥ste vara mellan -1 och 1Argumentet till ACOSH vid %L fÃ¥r inte vara mindre Ã¤n 1Argument till ASIN vid %L mÃ¥ste vara mellan -1 och 1Argument till ATANH vid %L mÃ¥ste vara i intervallet -1 till 1Argument till FINAL-procedur vid %L mÃ¥ste ha typen %qsArgument till FINAL-procedur vid %L fÃ¥r inte vara ALLOCATABLEArgument till FINAL-procedur vid %L fÃ¥r inte vara INTENT(OUT)Argument till FINAL-procedur vid %L fÃ¥r inte vara OPTIONALArgument till FINAL-procedur vid %L fÃ¥r inte vara en POINTERArgument till IACHAR vid %L mÃ¥ste ha lÃ¤ngden ettArgument till IACHAR-funktion vid %L Ã¤r utanfÃ¶r sitt intervall 0..127Argument till ICHAR vid %L mÃ¥ste ha lÃ¤ngden ettArgument till LOG vid %L fÃ¥r inte vara mindre Ã¤n eller lika med nollArgument till LOG10 vid %L fÃ¥r inte vara mindre Ã¤n eller lika med nollArgument till SELECT-sats vid %L kan inte vara %sArgumentet till SELECT-satsen vid %L mÃ¥ste vara ett skalÃ¤rt uttryckArgument till SQRT vid %L har ett negativt vÃ¤rdeArgumentet till %<-fcheck%> Ã¤r inte giltigt: %sArgumentet till %<-ffpe-summary%> Ã¤r inte giltigt: %sArgumentet till %<-ffpe-trap%> Ã¤r inte giltigt: %sArgumenttyper till inbyggd %qs vid %L mÃ¥ste stÃ¤mma Ã¶verens (%s/%s)Aritmetisk IF-sats vid %CAritmetisk IF-sats vid %L krÃ¤ver ett skalÃ¤rt REAL- eller INTEGER-uttryckAritmetisk NaN vid %LAritmetisk NaN-konvertering av %s till %s vid %L.  Denna kontroll kan avaktiveras med flaggan %<-fno-range-check%>Aritmetisk NaN vid bitvis Ã¶verfÃ¶rd BOZ vid %L.  Denna kontroll kan avaktiveras med flaggan %<-fno-range-check%>Aritmetik OK vid %LAritmetiskt OK konvertering av %s till %s vid %LAritmetiskt spill vid %LAritmetiskt spill vid konvertering av %s till %s vid %L.  Denna kontroll kan avaktiveras med flaggan %<-fno-range-check%>Aritmetiskt Ã¶verspill vid bitvis Ã¶verfÃ¶rd BOZ vid %L.  Denna kontroll kan avaktiveras med flaggan %<-fno-range-check%>Aritmetiskt underspill vid %LAritmetiskt underspill vid konvertering av %s till %s vid %L.  Denna kontroll kan avaktiveras med flaggan %<-fno-range-check%>Aritmetiskt underspill av bitvis Ã¶verfÃ¶rd BOZ vid %L.  Denna kontroll kan avaktiveras med flaggan %<-fno-range-check%>Vektor %qs vid %L kan inte ha en fÃ¶rdrÃ¶jd formVektor %qs vid %L Ã¤r en variabel, som inte reduceras till ett konstant uttryckVektor %qs vid %L med icke-konstanta grÃ¤nser kan inte vara ett EQUIVALENCE-objektVektorn %qs fÃ¥r inte fÃ¶rekomma i reduktionen vid %LVektorn TYPE_DOMAIN Ã¤r inte av heltalstypVektorkomponent i post vid %C mÃ¥ste ha uttrycklig formVektorkomponent i post vid %C mÃ¥ste ha fÃ¶rdrÃ¶jd formVektorkonstruerare med typspecifikation vid %CVektorkonstruerarvÃ¤rde vid %L fÃ¥r inte vara obegrÃ¤nsat polymorft [F2008: C4106]Vektorelementstorlek Ã¤r fÃ¶r stor vid %CVektorindex vid %L Ã¤r en vektor med ordning %dVektorindex vid %L mÃ¥ste ha INTEGER-typ, fann %sVektorindex vid %L mÃ¥ste vara skalÃ¤rtVektor med interoperabla typer vid %L till C_LOC som inte Ã¤r allokerbar och varken antagen storlek eller explicit storlekVektoroperander passar inte ihop vid %LVektoroperander passar inte ihop vid konvertering av %s till %s vid %LVektorpekaren %qs vid %L mÃ¥ste ha en fÃ¶rdrÃ¶jd form eller antagen ordningVektorreferens vid %C kan inte ha mer Ã¤n %d dimensionerVektorreferens vid %L Ã¤r utanfÃ¶r grÃ¤nsen (%ld < %ld) i co-dimension %dVektorreferens vid %L Ã¤r utanfÃ¶r grÃ¤nsen (%ld < %ld) i dimension %dVektorreferens vid %L Ã¤r utanfÃ¶r grÃ¤nsen (%ld > %ld) i co-dimension %dVektorreferens vid %L Ã¤r utanfÃ¶r grÃ¤nsen (%ld > %ld) i dimension %dVektorreferens i EQUIVALENCE vid %C fÃ¥r inte vara en vektorsektionVektorreferens utanfÃ¶r grÃ¤nsernaVektorsektion vid %L till C_LOCVektorsektionsbeteckning, t.ex. â€�(:)â€�, krÃ¤vs fÃ¶rutom co-vektorbeteckningen â€�[...]â€� vid %CVektorsektion med ett vektorindex vid %L skall inte vara mÃ¥let fÃ¶r en pekareVektorspecifikation vid %C har mer Ã¤n %d dimensionerVektorspecifikation vid %C med mer Ã¤n 7 dimensionerVektorspecifikation fÃ¶r symbolen %qs i COMMON vid %C mÃ¥ste vara explicitVektorspecifikation mÃ¥ste vara fÃ¶rdrÃ¶jd vid %LVektorspecifikation eller vektorvÃ¤rt SOURCE=-uttryck krÃ¤vs i ALLOCATE-sats vid %LVektorspecifikation krÃ¤vs i ALLOCATE-sats vid %LVektorsektion som aktuellt argument vid %L Ã¤r inkompatibelt med attrappargumentet %qs utan antagen form pÃ¥ grund av attributet VOLATILEVektorsektion som aktuellt argument med vektorindex vid %L Ã¤r inte kompatibelt med attributet INTENT(OUT), INTENT(INOUT), VOLATILE eller ASYNCHRONOUS pÃ¥ attrappargumentet %qsEftersom utvidgningen av %qs vid %L har en co-vektorkomponent, skall fÃ¶rÃ¤ldratypen %qs ocksÃ¥ ha enAssemblern stÃ¶djer inte -mabi=ilp32Assemblerflaggor
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! Tilldelad GOTO-sats vid %CTilldelad etikett Ã¤r inte en mÃ¥letikettTilldelning annat vÃ¤rde Ã¤n 0 eller 1 till LOGICAL har odefinierat resultat vid %LTilldelning av skalÃ¤r till en oallokerad vektorGrÃ¤nssnitt fÃ¶r tilldelningsoperator vid %L mÃ¥ste vara en SUBROUTINEGrÃ¤nssnitt fÃ¶r tilldelningsoperator vid %L mÃ¥ste ha tvÃ¥ argumentGrÃ¤nssnitt fÃ¶r tilldelningsoperator vid %L fÃ¥r inte omdefiniera en INTRINSIC-typtilldelningTilldelning till en FORALL-indexvariabel vid %LTilldelning till en allokerbar polymorf variabel vid %LTilldelning till en allokerbar polymorf variabel vid %L krÃ¤ver %<-frealloc-lhs%>Tilldelning till en co-indexerad variabel vid %L i en PURE-procedurTilldelning till en polymorf co-vektor vid %L Ã¤r inte tillÃ¥tetAssociationsnamn %qs vid %L anvÃ¤nds som en vektorAssociationsnamn %qs kan inte fÃ¶rekomma i ett variabeldefinitionssammanhang (%s) vid %L eftersom dess mÃ¥l vid %L inte heller kanAssociationsmÃ¥let vid %C fÃ¥r inte vara co-indexeratAnta att ES Ã¤r noll genom hela programkÃ¶rningen, anvÃ¤nd ES: fÃ¶r endast lÃ¤sbara data.Anta ICPLBs Ã¤r aktiverade vid kÃ¶rtillfÃ¤llet.Anta ett stort TLS-segment.Anta att alla symboler har 32-bitsvÃ¤rden.Anta att alla funktioner med variabelt antal argument har prototyp.Anta att kod kommer assembleras av GAS.Anta kod kommer lÃ¤nkas av GNU ld.Anta kod kommer lÃ¤nkas av HP ld.Anta att gemensamma deklarationer kan Ã¥sidosÃ¤ttas med sÃ¥dana med en stÃ¶rre avslutande vektor.Anta att datasegment Ã¤r relativa till textsegment.Anta att flyttalsoperationer kan utlÃ¶sa fÃ¤llor.Anta att inkommande stack Ã¤r justerad till denna 2-potens.Anta att etiketter och symboler kan adresseras med 16-bitars absoluta adresser.Anta att ladda data frÃ¥n flash Ã¤r lÃ¥ngsammare Ã¤n att hÃ¤mta instruktioner.Anta att inga NaN:er eller oÃ¤ndligheter genereras.Anta normal C-kÃ¶rmiljÃ¶.Anta mÃ¶jlig feljustering av double.Anta avrundning till nÃ¤rmaste Ã¤r valt i schemalÃ¤ggningssyfte.Anta att spill vid teckenaritmetik slÃ¥r runt.Anta liten adressrymd.Anta att strikta aliasregler gÃ¤ller.Antag att mÃ¥l-CPU:n Ã¤r konfigurerad fÃ¶r rak byteordning.Antag att mÃ¥l-CPU:n Ã¤r konfigurerad med omvÃ¤nd byteordning.Anta att all data i statisk lagring kan kommas Ã¥t med LDS/STS.  Denna flagga Ã¤r bara anvÃ¤ndbar fÃ¶r reducerade Tiny-enheter.Anta att flyttalslagringar och -laddningar troligen inte orsakar konflikter nÃ¤r de placeras i en instruktionsgrupp.Anta att mottagare av Objective-C-meddelanden kan var nil.Anta att kÃ¶rtidsstÃ¶d finns, sÃ¥ utelÃ¤mna -lsim frÃ¥n lÃ¤nkningskommandoraden.Antag att de Ã¶msesidiga uppskattningsinstruktionerna ger mer precision.Anta att kÃ¤llkodsfilen Ã¤r i fix form.Anta att kÃ¤llkodsfilen Ã¤r i fritt format.Antag att vÃ¤rdena i upprÃ¤kningstyper alltid finns inom det minsta intervallet av den typen.Anta att villkorliga grenar med noll fÃ¶rskjutning Ã¤r snabba.Anta miljÃ¶n VxWorks RTP.Anta miljÃ¶n VxWorks vThreads.Anta unifierad syntax fÃ¶r inline:ad assemblerkod.Vektor %qs med antagen storlek i %s-klausul vid %LVektor %qs med antagen form vid %L Ã¤r inte tillÃ¥ten i ett initieringsuttryckVektor med antagen form vid %L mÃ¥ste vara ett attrappargumentVektor %qs med antagen storlek vid %L Ã¤r inte tillÃ¥ten i ett initieringsuttryckVektor %qs med antagen storlek i %s-klausul vid %LVektor %qs med antagen storlek i COPYPRIVATE-klausul vid %LVektor %qs med antagen storlek i namnlistan %qs vid %C Ã¤r inte tillÃ¥tetVektor %qs med antagen storlek i namnlistan %qs vid %L Ã¤r inte tillÃ¥tetVektor med antagen storlek vid %L mÃ¥ste vara ett attrappargumentPolymorfa objekt eller komponenter med antagen storlek, sÃ¥som den vid %C, har inte implementerats Ã¤nnuAntagen typ vid %CFÃ¶rmodad typ vid %C Ã¤r inte tillÃ¥tet fÃ¶r komponenterDen antagna typen pÃ¥ variabeln %s vid %L Ã¤r bara tillÃ¥ten fÃ¶r attrappvariablerArgumentet med antagen ordning vid %L Ã¤r endast tillÃ¥tet som aktuellt argument till inbyggda frÃ¥gefunktionerArgumentet med antagen ordning vid %L Ã¤r endast tillÃ¥tet som fÃ¶rsta aktuella argument till den inbyggda frÃ¥gefunktionen %sArgumentet med antagen ordning krÃ¤ver ett explicit grÃ¤nssnitt vid %LVektor med antagen ordning vid %CVektor med antagen ordning vid %L kan inte ha attributet VALUE eller CODIMENSIONVektor med antagen ordning vid %L mÃ¥ste vara ett attrappargumentVariabel med antagen ordning %s vid %L som aktuellt argument till en frÃ¥gefunktion skall vara det fÃ¶rsta argumentetVariabeln %s med antagen ordning vid %L kan bara anvÃ¤ndas som ett aktuellt argumentVariabeln %s med antagen ordning vid %L skall inte ha en subobjektreferensAktuellt argument med antagen form vid %L Ã¤r inte kompatibel med attrappargumentet %qs utan antagen form pÃ¥ grund av attributet VOLATILEVektorn %qs med antagen form vid %L som attrappargument till BIND(C)-proceduren %qs vid %LAktuellt argument med antagen typ vid %L krÃ¤ver att attrappargumentet %qs har antagen typArgumentet â€�%sâ€� med antagen typ vid %L krÃ¤ver ett explicit grÃ¤nssnittArgumentet med antagen typ vid %L Ã¤r inte tillÃ¥tet som aktuellt argument till den inbyggda %sArgumentet med antagen typ vid %L Ã¤r endast tillÃ¥tet som aktuellt argument till den inbyggda funktionen â€�%sâ€�Variabel med antagen typ %s vid %L som aktuellt argument till en frÃ¥gefunktion skall vara det fÃ¶rsta argumentetVariabeln â€�%sâ€� med antagen typ vid %L fÃ¥r inte ha attributet ALLOCATABLE, CODIMENSION, POINTER eller VALUEVariabeln â€�%sâ€� med antagen typ vid %L fÃ¥r inte ha attributet INTENT(OUT)Variabeln %s med antagen typ vid %L fÃ¥r bara anvÃ¤ndas som ett aktuellt argumentVariabeln %s med antagen typ vid %L fÃ¥r inte vara en vektor med explicit formVariabeln %s med antagen typ vid %L skall inte ha en subobjektreferensI global rÃ¤ckvidd:Som mest %i profilkÃ¶rningar stÃ¶djs.  Kanske en skadad profil?PÃ¥ toppnivÃ¥:Skriv atomÃ¤rt tillbaka programmets data-cache-rader (standard).FÃ¶rsÃ¶k att DEALLOCATE oallokerad â€�%sâ€�FÃ¶rsÃ¶k undvika att generera instruktionssekvenser som innehÃ¥ller ret-byte:ar.FÃ¶rsÃ¶k fylla fÃ¶rdrÃ¶jningsfack av greninstruktioner.FÃ¶rsÃ¶k att indirekt Ã¶verlappa COMMON-block %s och %s med EQUIVALENCE vid %CFÃ¶rsÃ¶k hÃ¥ll stacken justerad till denna 2-potens.FÃ¶rsÃ¶k slÃ¥ samman identiska konstanter mellan kompileringsenheter.FÃ¶rsÃ¶k slÃ¥ samman identiska konstanter och konstanta variabler.FÃ¶rsÃ¶k slÃ¥ samman identiska felsÃ¶kningsstrÃ¤ngar mellan kompileringsenheter.FÃ¶rsÃ¶k att allokera redan allokerad variabelFÃ¶rsÃ¶k att allokera redan allokerad variabel â€�%sâ€�Attributet %s vid %L i en TYPE-definitionAttribut vid %L Ã¤r inte tillÃ¥tet i en TYPE-definitionAutomatisk vektor %qs vid %L kan inte ha en initierareJustera automatiskt grenmÃ¥l fÃ¶r att reducera grenstraff.Genomsnittliga antalet iterationer Ã¶ver en slinga.Undvik alla avstÃ¥ndsgrÃ¤nser vid anropsinstruktioner.Undvik att generera pc-relativa anrop, anvÃ¤nd indirekt anrop.Undvik att generera indexerade ladda/lagra-instruktioner sÃ¥ lÃ¥ngt mÃ¶jligt.Undvik Ã¶verlappande destinationer och adressregister fÃ¶r LDRD-instruktioner som kan utlÃ¶sa Cortex-M3-errata.Undvik spekulativa laddningar fÃ¶r att gÃ¥ runt en hÃ¥rdvaruanomali.Undvik att anvÃ¤nda instruktionerna DIV och MODBB %i kan inte kasta men har en EH-bÃ¥geBB %i har felaktig bÃ¥geBB %i har felaktig fall-igenom-bÃ¥geBB %i har flera EH-bÃ¥garBB %i sakar en EH-bÃ¥geBB %i saknar en bÃ¥geBB %i:s sista sats har felaktigt satt lpBB %i har fÃ¶r mÃ¥nga fall-igenom-bÃ¥garflaggan BB_RTL Ã¤r inte satt fÃ¶r block %dBIND(C) applicerat pÃ¥ %s %s vid %LBIND(C) vid %LAttribut BIND(C) vid %C krÃ¤ver ett grÃ¤nssnitt med BIND(C)Attribut BIND(C) vid %L kan endast anvÃ¤ndas fÃ¶r variabler och common-blockAttributet BIND(C) vid %L kan inte anges fÃ¶r en intern procedurBIND(C)-procedur med NAME fÃ¥r inte ha attributet POINTER vid %CBIND(C)-sats vid %CBLANK= vid %C Ã¤r inte tillÃ¥tet i Fortran 95BLOCK DATA-element %qs vid %L mÃ¥ste vara i COMMONBLOCK-konstruktion vid %CBMX-instruktioner stÃ¶djs endast med R2-arkitekturenBOZ-konstant vid %C anvÃ¤nder icke-standard postfixsyntaxBOZ-konstant vid %L Ã¤r fÃ¶r stor (%ld jÃ¤mfÃ¶rt med %ld bitar)BOZ-literal vid %L Ã¤r bitvis Ã¶verfÃ¶rd icke-heltalssymbol %qsBOZ-literal vid %L utanfÃ¶r en DATA-sats och utanfÃ¶r INT/REAL/DBLE/CMPLXBOZ-literal vid %L anvÃ¤nds fÃ¶r att initiera icke-heltalsvariabeln %qsBOZ anvÃ¤nd utanfÃ¶r en DATA-sats vid %CBYTE-typ vid %CBYTE-typ anvÃ¤nd vid %C Ã¤r inte tillgÃ¤nglig pÃ¥ mÃ¥lmaskinenFelaktig 128-bitsfÃ¶rflyttningFelaktig GPR-sammanslagningFelaktig INTENT-specifikation vid %CFelaktig IO-bastyp (%d)Felaktigt allokeringsobjekt vid %C fÃ¶r en PURE-procedurFelaktig vektorreferens vid %LFelaktig vektorspecifikation fÃ¶r en explicit formad vektor vid %CFelaktig vektorspecifikation fÃ¶r en fÃ¶rmodat formad vektor vid %CFelaktig vektorspecifikation fÃ¶r en fÃ¶rmodat formad vektor vid %CFelaktig vektorspecifikation i ALLOCATE-sats vid %LFelaktigt tecken %qc i OPERATOR-namn vid %CFelaktig co-vektorspecifikation i ALLOCATE-sats vid %LFelaktig fortsÃ¤ttningsrad vid %CFel sorts uttryck fÃ¶r funktionen %qs vid %LFelaktig sort fÃ¶r logisk konstant vid %CFelaktigt namnFelaktig operatorFelaktig specifikation fÃ¶r vektor med antagen storlek vid %CFelaktig specifikation fÃ¶r en fÃ¶rdrÃ¶jt formad vektor vid %CFelaktigt mÃ¥l i pekartilldelning i PURE-procedur vid %LFelaktig typ i konstant uttryckFelaktig typ i gfc_simplify_signBasobjekt fÃ¶r typbundet NOPASS-proceduranrop vid %L mÃ¥ste vara skalÃ¤rtBasobjekt fÃ¶r procedurpekarkomponentanrop vid %L Ã¤r av ABSTRACT typ %qsBasobjekt fÃ¶r typbundet proceduranrop vid %L Ã¤r av ABSTRACT typ %qsBindning vid %C mÃ¥ste ha samma Ã¥tkomst som den redan definierade bindningen %qsBindningsattribut anger redan passing, otillÃ¥ten NOPASS vid %CBindningsattribut anger redan passing, otillÃ¥ten PASS vid %CBlank BLOCK DATA vid %C stÃ¥r i konflikt med tidigare BLOCK DATA vid %LBlank krÃ¤vs i %s-sats nÃ¤ra %CAllmÃ¤n SAVE-sats vid %C fÃ¶ljer tidigare SAVE-satsBlocketikett Ã¤r inte tillÃ¤mplig fÃ¶r IF-sats vid %CBlocketikett Ã¤r inte tillÃ¤mplig fÃ¶r aritmetisk IF-sats vid %CBrÃ¤desnamn [och minnesregion].bÃ¥de sektion och comdat-grupp Ã¤r sattGrÃ¤ns fÃ¶r antalet kandidater under vilken alla kandidater Ã¶vervÃ¤gs i iv-optimeringar.GrÃ¤ns fÃ¶r antal iv-anvÃ¤ndningar i en slinga optimerad i iv-optimeringar.GrÃ¤ns fÃ¶r antalet kÃ¶rtidskontroller som lÃ¤ggs in av vektoriserarens slingversionering fÃ¶r aliaskontroller.GrÃ¤ns fÃ¶r antalet kÃ¶rtidskontroller som lÃ¤ggs in av vektoriserarens slingversionering fÃ¶r justeringskontroller.GrÃ¤ns fÃ¶r storleken av uttryck som anvÃ¤nds i analyseraren av skalÃ¤ra uttryck.GrÃ¤ns pÃ¥ komplexiteten av uttryck som anvÃ¤nds i analyseraren av skalÃ¤ra uttryck.BegrÃ¤nsningen av kostnaden fÃ¶r ett uttryck fÃ¶r att berÃ¤kna antalet iterationer.BegrÃ¤nsning pÃ¥ antalet iterationer som utvÃ¤rderas av rÃ¥styrkealgoritmen fÃ¶r att analysera antalet iterationer.BegrÃ¤nsningsspecifikation fÃ¶r %qs i pekartilldelning vid %LGren vid %L kan orsaka en oÃ¤ndlig slingaHopp Ã¤r sÃ¥ hÃ¤r dyra (1-5, godtyckliga enheter).UtfÃ¶rda hopp:%s av %d
! Bygg fÃ¶r kÃ¤rna A.Bygg fÃ¶r kÃ¤rna B.Bygg fÃ¶r SDRAM.Den inbyggda funktionen %s stÃ¶djs inte med de aktuella flaggornaDen inbyggda funktionen %s Ã¤r endast giltig fÃ¶r cell-processornDen inbyggda funktionen %s stÃ¶djs inte i denna kompilatorkonfigurationDen inbyggda funktionen %s behÃ¶ver Nios II R%dDen inbyggda funktionen %s behÃ¶ver flaggan -maltivecDen inbyggda funktionen %s behÃ¶ver flaggorna -mcpu=power9 och -m64Den inbyggda funktionen %s behÃ¶ver flaggan -mcpu=power9Den inbyggda funktionen %s behÃ¶ver flaggan -mfloat128Den inbyggda funktionen %s behÃ¶ver flaggorna -mhard-dfp och -mpower8-vectorDen inbyggda funktionen %s behÃ¶ver flaggan -mhard-dfpDen inbyggda funktionen %s behÃ¶ver flaggorna -mhard-float och -mlong-double-128Den inbyggda funktionen %s behÃ¶ver flaggan -mhard-floatDen inbyggda funktionen %s behÃ¶ver flaggan -mhtmDen inbyggda funktionen %s behÃ¶ver flaggan -mpairedDen inbyggda funktionen %s behÃ¶ver flaggan -mpower8-vectorDen inbyggda funktionen %s behÃ¶ver flaggan -mspeDen inbyggda funktionen %s behÃ¶ver flaggan -mvsxVÃ¤rdeargument vid %L fÃ¥r inte vara en vektor eller vektorsektionVÃ¤rdesargument vid %L Ã¤r inte tillÃ¥tet i denna kontextVÃ¤rdesargument vid %L har inte en numerisk typC-interoperativ teckenattrappvariabel %qs vid %L med attributet VALUE mÃ¥ste ha lÃ¤ngd ettParameter med sort C Ã¤r fÃ¶r typ %s men typen vid %L Ã¤r %sC++-konstruerare och -destruerare kommer inte att anropas fÃ¶r Objective-C-fÃ¤ltC++-uppslagning av %qD skulle returnera ett fÃ¤lt, inte en typC++ krÃ¤ver en befordrad typ, inte en upprÃ¤kningstyp, i %<va_arg%>C++11 %<constexpr%> Ã¤r endast tillgÃ¤ngligt med -std=c++11 eller -std=gnu++11C++11 %<noexcept%> Ã¤r endast tillgÃ¤ngligt med -std=c++11 eller -std=gnu++11C++11 %<thread_local%> tillÃ¥ter dynamisk initialisering och destruktionC++11 %<thread_local%> Ã¤r endast tillgÃ¤ngligt med -std=c++11 eller -std=gnu++11C++11 auto Ã¤r endast tillgÃ¤ngligt med -std=c++11 eller -std=gnu++11C99-beteckningen %qE Ã¤r inte ett konstantuttryck av heltalstypC99-beteckningen %qE utanfÃ¶r aggregatinitierareCASE-etikett vid %L Ã¶verlappar med CASE-etikett vid %LCDX-instruktioner stÃ¶djs endast med R2-arkitekturerCFString-literaluttryck Ã¤r inte en strÃ¤ngkonstantCFString-literal saknasCHARACTER-uttryck vid %L huggs av (%d/%d)CHARACTER-uttryck kommer att huggas av i tilldelning (%d/%d) vid %LCHARACTER-lÃ¤ngden i !$OMP DECLARE REDUCTION %s Ã¤r inte konstant vid %LCHARACTER-lÃ¤ngden mÃ¥ste vara en konstant vid %LCHARACTER(*)-funktionen %qs vid %LCHARACTER(*)-funktion %qs vid %L kan inte ha vektorvÃ¤rdeCHARACTER(*)-funktion %qs vid %L kan inte ha pekarvÃ¤rdeCHARACTER(*)-funktion %qs vid %L kan inte vara pureCHARACTER(*)-funktion %qs vid %L kan inte vara rekursivCLASS-vÃ¤ljare vid %L behÃ¶ver en temporÃ¤r som inte Ã¤r implementerad Ã¤nnuCLASS-sats vid %CCLASS-variabeln %qs vid %L fÃ¥r inte ha attributet PARAMETERCLASS-variabel %qs vid %L mÃ¥ste vara en attrapp, allokerbar eller pekareCLOSE-sats vid %L krÃ¤ver ett UNIT-talCLOSE-sats inte tillÃ¥ten i PURE-procedur vid %CCODIMENSION angiven fÃ¶r %qs utanfÃ¶r dess INTERFACE-kropp vid %LCOLLAPSE-klausulargument Ã¤r inte ett konstant positivt heltal vid %CCOLLECT_GCC mÃ¥ste vara sattCOLLECT_GCC mÃ¥ste vara satt.COLLECT_LTO_WRAPPER mÃ¥ste vara sattCOMMON %qs vid %L finns inteCOMMON %qs vid %L krÃ¤ver %d byte utfyllnad, byt ordning pÃ¥ element eller anvÃ¤nd %<-fno-align-commons%>COMMON vid %L nÃ¤mnt flera gÃ¥nger i klausuler av samma OMP DECLARE TARGET-direktivCOMMON vid %L krÃ¤ver %d byte utfyllnad, byt ordning pÃ¥ element eller anvÃ¤nd %<-fno-align-commons%>COMMON-blocket %qs vid %L fÃ¥r inte ha attributet EXTERNALCOMMON-block %qs vid %L Ã¤r ocksÃ¥ en inbyggd procedurCOMMON-block %qs vid %L anvÃ¤nds som PARAMETER vid %LCOMMON-block %qs vid %L som ocksÃ¥ Ã¤r ett funktionsresultatCOMMON-block %qs vid %L som ocksÃ¥ Ã¤r en global procedurCOMMON-block %qs vid %L anvÃ¤nder samma globala identifierare som en enhet vid %LCOMMON-block /%s/ finns inte vid %CCOMMON-block vid %L med bindningsetikett %s anvÃ¤nder samma globala identifierare som enheten vid %LCOMMON-variabeln %qs vid %L mÃ¥ste ha konstant teckenlÃ¤ngdCOMPLEX-argumentet %qs till inbyggd %qs vid %LCOMPLEX-kvantiteter kan inte jÃ¤mfÃ¶ras vid %LCONTAINS-block i hÃ¤rledd typdefinition vid %CCONTAINS-sats vid %C Ã¤r redan i en innesluten programenhetCONTAINS-sats utan FUNCTION- eller SUBROUTINE-sats vid %LAttributet CONTIGUOUS vid %CCONTIGUOUS-sats vid %CCONVERT-tagg vid %LCOUNT-argumentet till den inbyggda funktionen EVENT_QUERY vid %L mÃ¥ste vara definierbartCOUNT-argumentet till den inbyggda funktionen EVENT_QUERY vid %L mÃ¥ste ha Ã¥tminstone intervallet fÃ¶r standardheltalArgumentet COUNT till SYSTEM_CLOCK vid %L har icke-standardsortArgumentet COUNT_MAX till SYSTEM_CLOCK vid %L har en icke-standardsortArgumentet COUNT_RATE till SYSTEM_CLOCK vid %L har en icke-standardsortCPU:n du valde stÃ¶djer inte instruktionsuppsÃ¤ttningen x86-64CPU:er Ã¤ldre Ã¤n z900 stÃ¶djs inte med -fsplit-stackCRIS-port-fÃ¶rsÃ¤kran misslyckades: CRITICAL-block i unuti OpenACC-region vid %CCRITICAL-sats vid %CCYCLE-sats vid %C Ã¤r inte tillÃ¤mpbar pÃ¥ icke-slingkonstruktionen %qsCYCLE vid %C till kollapsad !ACC LOOP-slinga som inte Ã¤r innerstCYCLE vid %C till kollapsad !$OMP DO-slinga som inte Ã¤r innerstAnropa mcount fÃ¶r profilering fÃ¶re en funktionsprolog.Anroparen kopierar funktionsargument som skickas via dold referens.Gjorda anrop:%s av %d
  Det gÃ¥r inte att USE samma %smodul vi bygger!Kan inte berÃ¤kna lÃ¤ngden pÃ¥ teckenvektorn vid %L.Det gÃ¥r inte att konstruera ABSTRACT typ %qs vid %LKan inte konvertera %qs till %qs vid %LKan inte konvertera %s till %s vid %LKan inte radera modulfilen %qs: %sKan inte radera temporÃ¤r modulfil %qs: %sDet finns ingen inbyggd modul med namnet %qs vid %CNyckelord med namnet %qs saknas i anrop till %qs vid %LDet gÃ¥r inte att initiera en vektor med antagen form vid %L med en skalÃ¤rKan inte Ã¶ppna filen %qsKan inte Ã¶ppna modulfilen %qs fÃ¶r lÃ¤sning vid %C: %sKan inte Ã¶ppna modulfilen %qs fÃ¶r skrivning vid %C: %sDet gÃ¥r inte att skriva Ã¶ver GENERIC %qs vid %LKan inte Ã¤ndra namn pÃ¥ modulfilen %qs till %qs: %sDet gÃ¥r inte att IMPORT:era %qs frÃ¥n vÃ¤rdrÃ¤ckviddsenhet vid %C â€” finns inte.Det gÃ¥r inte att tilldela till en namngiven konstant vid %CKan inte anropa %<__builtin_custom_%s%> utan att ange flaggan %<-mcustom-%s%>Det gÃ¥r inte att Ã¤ndra attribut pÃ¥ USE-associerad symbol %s vid %LDet gÃ¥r inte att Ã¤ndra attribut pÃ¥ USE-associerad symbol vid %LKan inte byta katalog till %sKan inte fÃ¥ namnet pÃ¥ aktuell katalogDet gÃ¥r inte att initiera en parametervektor vid %L med element med variabel lÃ¤ngdKan inte skapa katalogen %sKan inte avbilda %sKan inte Ã¶ppna %sKan inte Ã¶ppna kÃ¤llkodsfilen %s
! Kan inte lÃ¤sa %sKan inte lÃ¤sa modulfilen %qs Ã¶ppnad vid %C, eftersom den skapades av en annan version av GNU FortranDet gÃ¥r inte att ange IMPLICIT vid %C efter IMPLICIT NONEFÃ¥nga skrivfel.FÃ¥ gas att skriva tomcat-statistik.Satsindex fÃ¶r cgraph-bÃ¥ge finns inteCgraph-bÃ¥gsatsindex utanfÃ¶r intervalletKedjade genomskinliga aliasÃ„ndring av vÃ¤rde vid konvertering frÃ¥n %qs till %qs vid %LÃ„ndring av vÃ¤rde vid konvertering frÃ¥n %qs till %qs vid %LÃ„ndra endast de lÃ¥ga 8 bitarna av stackpekaren.Ã„ndra ABI:et sÃ¥ det tillÃ¥ter dubbelordinstruktioner.Ã„ndra hur lÃ¥ngt schemalÃ¤ggaren blickar framÃ¥t.Ã„ndra den maximala lÃ¤ngden pÃ¥ villkorligt exekverade sekvenser.Ã„ndra antalet temporÃ¤ra register som Ã¤r tillgÃ¤ngliga fÃ¶r villkorligt exekverade sekvenser.Ã„ndra stackpekaren utan att avaktivera avbrott.Ã„ndrar synlighet till att vara som Microsoft Visual Studio som standard.Tecknet %qs i strÃ¤ng vid %C Ã¤r inte representerbart i teckensort %dTecknet %qs i strÃ¤ng vid %L kan inte konverteras till tecken av sort %dTeckenargument %qs vid %L mÃ¥ste ha lÃ¤ngden 1 eftersom proceduren %qs Ã¤r BIND(C)Teckenkomponent %qs av %qs vid %L med fÃ¶rdrÃ¶jd lÃ¤ngd mÃ¥ste vara en POINTER eller ALLOCATABLETeckenvÃ¤rd attrappvariabel %qs vid %L med attributet VALUE mÃ¥ste ha konstant lÃ¤ngdTeckenlÃ¤ngd stÃ¤mmer inte (%ld/%ld) mellan aktuellt argument och attrappargument med antagen form %qs vid %LTeckenlÃ¤ngd stÃ¤mmer inte (%ld/%ld) mellan aktuellt argument och pekare eller allokerbart attrappargument %qs vid %LTeckenlÃ¤ngden pÃ¥ aktuellt argument Ã¤r kortare Ã¤n attrappargumentet %qs (%lu/%lu) vid %LTeckenlÃ¤ngd pÃ¥ komponent %qs behÃ¶ver vara ett konstant specifikationsuttryck vid %LTeckenvÃ¤rt argument %qs till satsfunktion vid %L mÃ¥ste ha konstant lÃ¤ngdTeckenvÃ¤rd satsfunktion %qs vid %L mÃ¥ste ha konstant lÃ¤ngdKontrollera stackspill vid kÃ¶rtillfÃ¤llet.Leta efter syntaxfel, stoppa sedan.Kontrollera returvÃ¤rdet av new i C++.VÃ¤lj strategi fÃ¶r att generera stringop med.Styckesstorlek fÃ¶r omp-schema fÃ¶r slingor som parallelliseras av parloops.Cilk-vektornotation kan inte anvÃ¤ndas som uttryck fÃ¶r berÃ¤knat gotoCilk-vektornotation kan inte anvÃ¤ndas som villkor till en do-while-satsCilk-vektornotation kan inte anvÃ¤ndas som villkor i en switch-satsCilk-vektornotation kan inte anvÃ¤ndas som villkor till en while-satsCilk-vektornotation kan inte anvÃ¤ndas till ett throw-uttryckCilk-vektornotation kan inte anvÃ¤ndas i ett villkor till en for-slingaKlausulen AUTO stÃ¥r i konflikt med GANG vid %LKlausulen AUTO stÃ¥r i konflikt med VECTOR vid %LKlausulen AUTO stÃ¥r i konflikt med WORKER vid %LKlausulen SEQ stÃ¥r i konflikt med AUTO vid %LKlausulen SEQ  stÃ¥r i konflikt med GANG vid %LKlausulen SEQ stÃ¥r i konflikt med INDEPENDENT vid %LKlausulen SEQ stÃ¥r i konflikt med VECTOR vid %LKlausulen SEQ stÃ¥r i konflikt med WORKER vid %LNollstÃ¤ll alla trimningsfunktioner.NollstÃ¤ll hÃ¥rdvarufÃ¶rmÃ¥gor vid lÃ¤nkning.NollstÃ¤ll BSS och placera nollinitierade i BSS.Co-vektorkomponent %qs vid %L mÃ¥ste vara allokerbar med fÃ¶rdrÃ¶jd formCo-vektordeklaration vid %CCo-vektorbeteckning vid %C men %qs Ã¤r inte en co-vektorCo-vektorattrappargument %qs vid %L till elementÃ¤r i procedurenCo-attrappvariabeln %qs vid %L Ã¤r inte tillÃ¥ten i BIND(C)-proceduren %qsCo-vektorspecifikation krÃ¤vs i ALLOCATE-sats vid %LCo-vektorvariabeln %qs vid %L skall inte ha co-dimensioner med fÃ¶rdrÃ¶jd formCo-vektorer avaktiverade vid %C, anvÃ¤nd %<-fcoarray=%> fÃ¶r att aktiveraCo-vektorer avaktiverade vid %L, anvÃ¤nd %<-fcoarray=%> fÃ¶r att aktiveraCo-vektorer stÃ¶djs inte i %s-klausul vid %LKod fÃ¶r omallokering av den allokerbara vektorn vid %L kommer lÃ¤ggas tillKod fÃ¶r omallokering av den allokerbara variabeln vid %L kommer lÃ¤ggas tillKodstorlek: small, medium, eller large.Co-index i co-dimension %d mÃ¥ste vara en skalÃ¤r vid %LCo-indexordning stÃ¤mmer inte i vektorreferens vid %L (%d/%d)Co-indexerat ASYNCHRONOUS eller VOLATILE aktuellt argument vid %L krÃ¤ver att attrappen %qs varken har ASYNCHRONOUS eller VOLATILECo-indexerat aktuell argument vid %L i en PURE-procedur skickas till ett POINTER-attrappargumentCo-indexerat aktuellt argument vid %L i en PURE-procedur skickas till ett INTENT(%s)-argumentCo-indexerat aktuellt argument vid %L till allokerbar attrapp %qs krÃ¤ver INTENT(IN)Co-indexerat faktiskt argument vid %L till pekareattrapp %qsCo-indexerat faktiskt argument vid %L med allokerbar slutlig komponent till attrappen %qs krÃ¤ver antingen VALUE eller INTENT(IN)Co-indexerat aktuellt argument vid %L med slutlig pekarkomponentCo-indexerat allokerbart objekt vid %LCo-indexerat uttryck vid %L Ã¤r tilldelat till en hÃ¤rledd typvariabel med en POINTER-komponent i en PURE-procedurCo-indexerat uttryck till pekar komponent %qs i postkonstruerare vid %L!Co-indexerat objekt med polymorf allokerbar delkomponent vid %LCo-indexerat polymorft aktuellt argument vid %L skickas ett polymorft attrappargument %qsCo-indexerad procedurpekarkomponent vid %CCo-indexerad variabel fÃ¥r inte ha en allokerbar yttersta komponent i tilldelningen vid %LSamla och skriv ut felsÃ¶kningsinformation till en temporÃ¤rfil om ICE sker i C/C++-kompilatorn.Komma fÃ¶re i/o-elementlista vid %LKomma krÃ¤vs efter P-beskrivareCommon-blockmedlem %qs vid %L kan inte vara ett EQUIVALENCE-objekt i den rena proceduren %qsKompilera kod fÃ¶r rak byteordning.Kompilera kod fÃ¶r omvÃ¤nd byteordning.  Detta Ã¤r standard.Kompilera kod som litar pÃ¥ Cygwin:s DLL-inkapsling fÃ¶r att stÃ¶dja ersÃ¤ttning av C++-operatorerna new/delete.Kompilera fÃ¶r 32-bitspekare.Kompilera fÃ¶r 64-bitspekare.Kompilera fÃ¶r ETRAX 100 (CRIS v8).Kompilera fÃ¶r ETRAX 4 (CRIS v3).Kompilera fÃ¶r V8+-ABI.Kompilera ABI:et DSBT fÃ¶r delade bibliotek.Kompilera fÃ¶r en m32r.Kompilera fÃ¶r en m32r2.Kompilera fÃ¶r en m32rx.Kompilera fÃ¶r processorn v850.Kompilera fÃ¶r processorn v850e.Kompilera fÃ¶r processorn v850e1.Kompilera fÃ¶r processorn v850e2.Kompilera fÃ¶r processorn v850e2v3.Kompilera fÃ¶r processorn v850e3v5.Kompilera fÃ¶r varianten v850es av v850e1.Kompilera en hel kompileringsenhet Ã¥t gÃ¥ngen.Kompilera med 32-bitars long och pekare, som Ã¤r det enda beteendet som stÃ¶djs och dÃ¤rmed ignoreras flaggan.Kompilera fÃ¶r 32-bitars lÃ¥nga och pekare.Kompilera fÃ¶r 64-bitars lÃ¥nga och pekare.Bonus IPA-CP tilldelar vid kompileringstillfÃ¤llet till kandidater som gÃ¶r ett vektorindex kÃ¤nt.Bonus IPA-CP tilldelar vid kompileringstillfÃ¤llet till kandidater vilka gÃ¶r slingbegrÃ¤nsningar eller -steg kÃ¤nda.Komplext argument till LOG vid %L fÃ¥r inte vara nollKomplex multiplikation och division fÃ¶ljer Fortranregler.Komponenten %qs vid %C Ã¤r redan deklarerad vid %LKomponenten %qs vid %C finns redan i fÃ¶rÃ¤ldratypen vid %LKomponent %qs vid %C Ã¤r en PRIVATE-komponent i %qsKomponent %qs vid %L fÃ¥r inte ha attributet ALLOCATABLE eftersom det Ã¤r en medlem av den BIND(C)-hÃ¤rledda typen %qs vid %LKomponent %qs vid %L fÃ¥r inte ha attributet POINTER eftersom det Ã¤r en medlem av den BIND(C)-hÃ¤rledda typen %qs vid %LComponent %qs vid %L har attributet CONTIGUOUS men Ã¤r inte en vektorpekareKomponenten %qs vid %L av TYPE(C_PTR) eller TYPE(C_FUNPTR) fÃ¥r inte vara en co-vektorKomponenten %qs vid %L med co-vektorkomponent skall skalÃ¤r som inte Ã¤r en pekare eller allokerbarKomponent %qs i hÃ¤rledd typ %qs vid %L fÃ¥r inte vara C-interoperativKomponent %qs i hÃ¤rledd typ %qs vid %L fÃ¥r inte vara C-interoperativ, trots att den hÃ¤rledda typen %qs Ã¤r BIND(C)Komponenten %qs initieras tvÃ¥ gÃ¥nger i postkonstrueraren vid %L!Komponent %qs i %qs vid %L har samma namn som en Ã¤rvd typbunden procedurProcedur %qs med CLASS vid %C mÃ¥ste vara allokerbar eller en pekareKomponenten %s vid %L av typen EVENT_TYPE mÃ¥ste ha en co-dimension eller vara en delkomponent till en co-vektor, vilket inte Ã¤r mÃ¶jligt eftersom komponenten har pekarattributetKomponenten %s vid %L av typen LOCK_TYPE mÃ¥ste ha en co-dimension eller vara en delkomponent till en co-vektor, vilket inte Ã¤r mÃ¶jligt eftersom komponenten har pekarattributetKomponent %s av SEQUENCE-typ deklarerad vid %L har inte attributet SEQUENCEKomponent vid %C mÃ¥ste ha attributet POINTERKomponentinitierare utan namn efter komponent med namn %s vid %L!Komponent till den hÃ¶gra av en delreferens med ordning skild frÃ¥n noll fÃ¥r inte ha attributet ALLOCATABLE vid %LKomponent till den hÃ¶gra av en delreferens med ordning skild frÃ¥n noll fÃ¥r inte ha attributet POINTER vid %LKomponenter i TYPE vid %C mÃ¥ste fÃ¶regÃ¥ CONTAINSBerÃ¤knat GOTO vid %CKonkateneringsoperatorn vid %L mÃ¥ste konkatenera strÃ¤ngar av samma sortKonkateneringsoperatorn i uttrycket vid %L mÃ¥ste ha tvÃ¥ CHARACTER-operanderKonfigurerad med: %s
! Initierare som stÃ¥r i konflikt i unionen vid %L och %LFÃ¶lj mer noga IBM XLC:s semantik.FÃ¶lj inget sÃ¤rskilt.FÃ¶lj standarden ISO 1990 C med tillÃ¤gg frÃ¥n 1994.FÃ¶lj standarden ISO 1990 C med GNU-utÃ¶kningar.FÃ¶lj standarden ISO 1990 C.FÃ¶lj standarden ISO 1998 C++ reviderad av 2003 Ã¥rs tekniska rÃ¤ttelser med GNU-utÃ¶kningar.FÃ¶lj standarden ISO 1998 C++ reviderad av 2003 Ã¥rs tekniska rÃ¤ttelser.FÃ¶lj standarden ISO 1999 C med GNU-utÃ¶kningar.FÃ¶lj standarden ISO 1999 C.FÃ¶lj standarden ISO 2011 C med GNU-utÃ¶kningarFÃ¶lj standarden ISO 2011 C.FÃ¶lj standarden ISO 2011 C++ med GNU-utÃ¶kningar.FÃ¶lj standarden ISO 2011 C++.FÃ¶lj standarden ISO 2014 C++ med GNU-utÃ¶kningarFÃ¶lj standarden ISO 2014 C++.FÃ¶lj standardutkastet ISO 2017(?) C++ (experimentellt och ofullstÃ¤ndigt stÃ¶d).FÃ¶lj standardutkastet ISO 201z(7?) C++ med GNU-utÃ¶kningar (experimentellt och ofullstÃ¤ndigt stÃ¶d).FÃ¶lj standarden ISO Fortran 2003.FÃ¶lj standarden ISO Fortran 2008 inklusive TS 29113.FÃ¶lj standarden ISO Fortran 2008.FÃ¶lj standarden ISO Fortran 95.FÃ¶lj sprÃ¥ket Objective-C 1.0 sÃ¥ som det implementerades i GCC 4.0.FÃ¶lj ABI:t o32 FPXX.Betrakta Ã¥tkomst till bytestort minne som lÃ¥ngsam.Betrakta typen â€�intâ€� som 16 bitar bred.Betrakta typen â€�intâ€� som 32 bitar bred.Konstant uttryck i FORMAT-tagg vid %L mÃ¥ste vara av typ CHARACTERKonstant uttryck krÃ¤vs vid %CKonstant logiskt vÃ¤rde i CASE-sats upprepas vid %LKonstruera nÃ¤t och dela orelaterade anvÃ¤ndningar av en enskild variabel.Innesluten funktion %qs vid %L har ingen IMPLICIT-typInnesluten procedur %qs vid %C Ã¤r redan tvetydigInnesluten procedur %qs vid %L har samma namn som sin omgivande procedurInnesluten procedur %qs vid %L i en PURE-procedur mÃ¥ste ocksÃ¥ vara PUREStyr generering av Ã¶msesidiga uppskattningar.Styr hur pekargrÃ¤nskontrollen hanterare pekare till objektfÃ¤lt.  NÃ¤r avsmalning Ã¤r pÃ¥slaget anvÃ¤nds fÃ¤ltgrÃ¤nser.  Annars anvÃ¤nds hela objektets grÃ¤nser.Styrregisternummer mÃ¥ste vara i intervallet 0-31 fÃ¶r %sStyr IEEE-lÃ¤ge fÃ¶r fÃ¤llor.Styr det genererade fp-avrundningslÃ¤get.Styr precisionen som ges till fp-undantag.Konvertering frÃ¥n %qs till %qs vid %LKonvertering frÃ¥n %s till %s vid %LKonvertering frÃ¥n %s till standardsorten COMPLEX(%d) vid %L kan tappa precision, Ã¶vervÃ¤g att anvÃ¤nda argumentet KINDKonvertering av en oÃ¤ndlighet till inte-ett-tal vid %L till INTEGERKonvertera villkorliga hopp i innersta slingor till grenlÃ¶sa motsvarigheter.Konvertera flyttalskonstanter till konstanter med enkel precision.Kopiera vektorsektioner till sammanhÃ¤ngande block vid procedurstart.Copyright %s 2014-2017 Free Software Foundation, Inc.
  Co-ordning stÃ¤mmer inte i argument %qs vid %L (%d och %d)Kostnaden vid vilken GCSE-optimeringar inte kommer begrÃ¤nsa avstÃ¥ndet ett uttryck kan flytta.Kostnad att anta fÃ¶r en greninstruktion.Kostnad att anta fÃ¶r en multiplikationsinstruktion.Kostnad att anta fÃ¶r en multiplikationsinstruktion, med 4 lika med en normal instruktion.Kunde inte generera addis-vÃ¤rde fÃ¶r sammanslagningKunde inte Ã¶ppna utdatafilen â€�%sâ€�
! Kunde inte sÃ¤tta Cray-utpekad vektorspecifikation.Kunde inte sÃ¤tta utpekads vektorspecifikation.RÃ¤kna spekulativa beroenden vid berÃ¤kning av prioritet fÃ¶r instruktioner.Cray-utpekad vid %C kan inte vara fÃ¶rmodat formad vektorCray-utpekad vid %L fÃ¶rekommer i flera pointer()-satserCray-utpekad %qs i %s-klausul vid %LCray-utpekad %qs i SHARED-klausul vid %LCray-utpekadobjekt %qs i %s-klausul vid %LCray-pekare %qs i %s-klausul vid %LCray-pekare vid %C har %d bytes precision, minnesadresser krÃ¤ver %d byteCray-pekare vid %C mÃ¥ste vara ett heltalCray-pekardeklaration vid %C krÃ¤ver flaggan -fcray-pointerCray-pekarobjekt %qs i %s-klausul vid %LSkapa GUI-applikation.Skapa ett positionsoberoende kÃ¶rbart program.Skapa ett delat bibliotek.Skapa kanoniska induktionsvariabler i slingor.Skapa konsolapplikation.Skapa datafiler som behÃ¶vs av â€�gcovâ€�.Skapar â€�%sâ€�
! Skapar vektortemporÃ¤r vid %LSkapar vektortemporÃ¤r vid %L fÃ¶r argument %qsDATA-vektor %qs vid %L mÃ¥ste anges i en tidigare deklarationDATA-elementet %qs vid %L kan inte ha ett co-indexDATA-element %qs vid %L Ã¤r en pekare och mÃ¥ste dÃ¥ vara en fullstÃ¤ndig vektorDATA-sats vid %C efter den fÃ¶rsta kÃ¶rbara satsenDATA-sats vid %C kan inte fÃ¶rekomma inuti ett INTERFACEDATA-sats vid %C fÃ¥r inte fÃ¶rekomma i en PURE-procedurDATA-sats vid %L har fler vÃ¤rden Ã¤n variablerDATA-sats vid %L har fler variabler Ã¤n vÃ¤rdenDC-formatspecificerare Ã¤r inte tillÃ¥ten vid %CDEALLOCATE-objektDEALLOCATE av co-vektor vid %C i CRITICAL-blockDEALLOCATE av co-vektor vid %C i DO CONCURRENT-blockDECIMAL= vid %C Ã¤r inte tillÃ¥tet i Fortran 95DECL_GIMPLE_REG_P satt pÃ¥ en variabel vars adress tasDEF_INTERNAL_FLT_FN (%s) har inga associerade inbyggda funktionerDEF_INTERNAL_INT_FN (%s) har inga inbyggda associerade funktionerDELIM= vid %C Ã¤r inte tillÃ¥tet i Fortran 95DEPEND SINK anvÃ¤nt tillsammans med DEPEND SOURCE med samma konstruktion vid %LDIM-argument vid %L Ã¤r utanfÃ¶r grÃ¤nsenDIM-argument utan COARRAY-argument Ã¤r inte tillÃ¥tet fÃ¶r inbyggd THIS_IMAGE vid %LDIMENSION angiven fÃ¶r %qs utanfÃ¶r dess INTERFACE-kropp vid %LDISTANCE= argument till NUM_IMAGES vid %LDISTANCE= argument till THIS_IMAGE vid %LDIST_SCHEDULE-klausulens chunk_size vid %L krÃ¤ver ett skalÃ¤rt INTEGER-uttryckDO CONCURRENT-konstruktion vid %CDO-slingan vid %L Ã¤r odefinierad eftersom den spiller Ã¶verDO-slingan vid %L Ã¤r odefinierad eftersom den spiller underDO-slinga vid %L kommer kÃ¶ras noll gÃ¥ngerDO-stegvÃ¤rdet Ã¤r nollDO avslutningssats som inte Ã¤r END DO eller CONTINUE med etikett %d vid %CDO-iterator %qs vid %L Ã¤r inuti en iterator med samma namnDOUBLE COMPLEX vid %CDP-formatspecificerare Ã¤r inte tillÃ¥ten vid %CDTIO %s-procedur vid %L mÃ¥ste vara rekursivDTIO-attrappargument vid %L mÃ¥ste vara skalÃ¤rtDTIO-attrappargument vid %L mÃ¥ste vara en ASSUMED SHAPE ARRAYDTIO-attrappargument vid %L mÃ¥ste ha KIND = %dDTIO-attrappargument vid %L mÃ¥ste ha typen %sDTIO-attrappargument vid %L mÃ¥ste ha INTENT %sDataelement ovanfÃ¶r Ã¶vre vektorgrÃ¤ns vid %LDataelement under undre vektorgrÃ¤ns vid %LData lagras med formatet rak byteordning.Data lagras i formatet omvÃ¤nd byteordning.  (Standard).DatamÃ¥let vid %L fÃ¥r inte ha co-indexDataÃ¶verfÃ¶ringselement vid %L fÃ¥r inte vara en full referens till en vektor med antagen storlekDataÃ¶verfÃ¶ringselementet vid %L kan inte vara polymorft om det inte behandlas av en definierad input/output-procedurDataÃ¶verfÃ¶ringselementet vid %L kan inte ha ALLOCATABLE-komponenter om det inte behandlas av en definierad input/output-procedurDataÃ¶verfÃ¶ringselementet vid %L kan inte ha POINTER-komponenter om det inte behandlas av en definierad input/output-procedurDataÃ¶verfÃ¶ringselement vid %L fÃ¥r inte ha PRIVATE-komponenterDataÃ¶verfÃ¶ringselementet vid %L kan inte ha PRIVATE-komponenter om det inte behandlas av en definierad input/output-procedurDataÃ¶verfÃ¶ringselement vid %L fÃ¥r inte ha procedurpekarkomponenterDatapekarobjekt vid %L mÃ¥ste vara obegrÃ¤nsat polymorft, eller av en typ med attributet BIND eller SEQUENCE, fÃ¶r att vara kompatibel med ett obegrÃ¤nsat polymorft mÃ¥lDeklaration av metoden %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anropDeklaration av metoden %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anropDeklaration av metoden %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anrop utfÃ¶rt %lli gÃ¥ngerDeklaration av metoden %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anrop utfÃ¶rda %lli gÃ¥ngerDeklaration av typen %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anropDeklaration av typen %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anropDeklaration av typen %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anrop utfÃ¶rt %lli gÃ¥ngerDeklaration av typen %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anrop utfÃ¶rda %lli gÃ¥ngerDeklaration av den virtuella destrueraren %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anropDeklaration av den virtuella destrueraren %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anropDeklaration av den virtuella destrueraren %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anrop utfÃ¶rt %lli gÃ¥ngerDeklaration av den virtuella destrueraren %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anrop utfÃ¶rda %lli gÃ¥ngerSenarelÃ¤gg borttagandet av funktionsargument frÃ¥n stacken.FÃ¶rdrÃ¶jd vektor %qs vid %L Ã¤r inte tillÃ¥ten i ett initieringsuttryckFÃ¶rdrÃ¶jd typparameter stÃ¶djs inte Ã¤nnuTa bort dÃ¶da instruktioner som kan kasta undantag.Ta bort onÃ¶diga nollpekarkontroller.Borttagen funktion:Undanbedes till fÃ¶rmÃ¥n fÃ¶r -std=c++11.Undanbedes till fÃ¶rmÃ¥n fÃ¶r -std=c++14.Undanbedes till fÃ¶rmÃ¥n fÃ¶r -std=c11.Undanbedes till fÃ¶rmÃ¥n fÃ¶r -std=c99.Undanbedes till fÃ¶rmÃ¥n fÃ¶r -std=gnu++11.Undanbedes till fÃ¶rmÃ¥n fÃ¶r -std=gnu++14.Undanbedes till fÃ¶rmÃ¥n fÃ¶r -std=gnu11.Undanbedes till fÃ¶rmÃ¥n fÃ¶r -std=gnu99.Undanbedes till fÃ¶rmÃ¥n fÃ¶r -std=iso9899:1999.Undanbedd flagga.  AnvÃ¤nd -misel istÃ¤llet.Undanbedd flagga.  AnvÃ¤nd -mno-isel istÃ¤llet.Undanbedd flagga.  AnvÃ¤nd -mno-spe istÃ¤llet.Undanbedd flagga.  AnvÃ¤nd -mno-vrsave istÃ¤llet.Undanbedd flagga.  AnvÃ¤nd -mspe istÃ¤llet.Undanbedd flagga.  AnvÃ¤nd -mvrsave istÃ¤llet.AvrÃ¥des ifrÃ¥n.  Denna flagga har ingen effekt.HÃ¤rledd typ %qs vid %C anvÃ¤nds fÃ¶re den Ã¤r definieradHÃ¤rledd typ %qs vid %L kan inte deklareras med bÃ¥de attributet PRIVATE och BIND(C)HÃ¤rledd typ %qs vid %L kan inte ha attributet SEQUENCE fÃ¶r att den Ã¤r BIND(C)HÃ¤rledd typ %qs vid %L fÃ¥r inte vara ABSTRACTHÃ¤rledd typ %qs vid %L mÃ¥ste vara en utÃ¶kning av %qsHÃ¤rledd typ %qs vid %L mÃ¥ste vara utÃ¶kningsbarHÃ¤rledd typ %qs deklarerad vid %L mÃ¥ste ha attributet BIND fÃ¶r att vara ett C-interoperativHÃ¤rledd typ %qs med attributet BIND(C) vid %L Ã¤r tom, och kan vara otillgÃ¤ngliga av C-fÃ¶ljeslagarprocessornHÃ¤rledd typ vid %C kan endast vara PRIVATE i specifikationsdelen av en modulHÃ¤rledd typ vid %C kan endast vara PUBLIC i specifikationsdelen av en modulHÃ¤rledd typ vid %C har inte definierats tidigare och kan dÃ¤rfÃ¶r inte fÃ¶rekomma i en hÃ¤rledd typdefinitionHÃ¤rledd typkomponent %C Ã¤r inte en tillÃ¥ten EQUIVALENCE-medlemHÃ¤rledd typdeklaration med FINAL vid %C mÃ¥ste vara med i specifikationsdelen av en MODULEHÃ¤rledd typdefinition vid %C med tom CONTAINS-sektionHÃ¤rledd typdefinition vid %C utan komponenterHÃ¤rledd typdefinition %qs vid %C har redan definieratsHÃ¤rlett typnamn %qs vid %C har redan en grundtyp %sHÃ¤rledd typvariabel %qs vid %L kan inte ha ALLOCATABLE-komponenter fÃ¶r att vara ett EQUIVALENCE-objektHÃ¤rledd typvariabel %qs vid %L mÃ¥ste ha attributet SEQUENCE fÃ¶r att vara ett EQUIVALENCE-objektHÃ¤rledd typvariabel %qs vid %L med standardinitiering kan inte vara i EQUIVALENCE med en variabel i COMMONHÃ¤rledd typvariabel %qs vid %L med pekarkomponent(er) kan inte vara ett EQUIVALENCE-objektHÃ¤rledd typvariabel %qs i COMMON vid %L har en slutlig komponent som Ã¤r allokerbarHÃ¤rledd typvariabel %qs i COMMON vid %L har varken attributet SEQUENCE eller BIND(C)HÃ¤rledd typvariabel %qs i COMMON vid %L fÃ¥r inte ha standardinitierareHÃ¤rledd typ %qs deklarerad vid %L mÃ¥ste vara ABSTRACT fÃ¶r att %qs Ã¤r DEFERRED och inte Ã¥sidosattHÃ¤rledd typ %qs med BIND(C) fÃ¥r nte ha en CONTAINS-sektion vid %CHÃ¤rledd typ %qs med SEQUENCE fÃ¥r inte ha en CONTAINS-sektion vid %CAttrappargument med hÃ¤rledd typ %qs vid %L deklarerades INTENT(OUT) men sattes inte och har inte en standardinitierareBeskrivning fÃ¶r mxl-mode-bootstrap.Beskrivning fÃ¶r mxl-mode-executable.Beskrivning fÃ¶r mxl-mode-novectors.Beskrivning fÃ¶r mxl-mode-xmdstub.Detektera vÃ¤gar som utlÃ¶ser felaktigt eller odefinierat beteende pÃ¥ grund av att ett nollvÃ¤rde anvÃ¤nds pÃ¥ ett sÃ¤tt som fÃ¶rbjuds av ett returns_nonnull- eller nonnull-attribut.  Isolera dessa vÃ¤gar frÃ¥n huvusakliga styrflÃ¶det och gÃ¶r om satsen med det felaktiga elelr odefinierade beteendet till en fÃ¤lla.Detektera vÃ¤gar som utlÃ¶ser felaktigt eller odefinierat beteende pÃ¥ grund av dereferering av nollpekare.  Isolera dessa vÃ¤gar frÃ¥n huvusakliga styrflÃ¶det och gÃ¶r om satsen med det felaktiga elelr odefinierade beteendet till en fÃ¤lla.Ange vilka beroenden mellan instruktioner som skall anses dyra.Olika CHARACTER-lÃ¤ngder (%d/%d) i vektorkonstruerare vid %LOlika CHARACTER-lÃ¤ngder (%ld/%ld) i vektorkonstruerareOlika sorters typparametrar i pekartilldelning vid %LOlika ordning i pekartilldelning vid %LOlika form fÃ¶r %s vid %L pÃ¥ dimension %d (%d och %d)Olika former fÃ¶r argument %qs och %qs vid %L fÃ¶r inbyggd %<dot_product%>Olika form pÃ¥ dimension 1 fÃ¶r argumenten %qs och %qs vid %L fÃ¶r inbyggd matmulOlika form pÃ¥ dimension 2 fÃ¶r argument %qs och dimension 1 fÃ¶r argument %qs vid %L fÃ¶r inbyggd matmulOlika typsorter vid %LOlika typer i pekartilldelning vid %L, fÃ¶rsÃ¶kte med tilldelning av %s till %sDimensioner angivna fÃ¶r %s vid %L efter dess initieringAvaktivera det ARCompact-specifika passet fÃ¶r att generera villkorliga exekveringsinstruktioner.Avaktivera FP-register.Avaktivera LR- och SR-instruktioner frÃ¥n att anvÃ¤nda FPX-utÃ¶knings-aux-register.Avaktivera optimeringspasset skalÃ¤r till vektor som transformera 64-bitars heltalsberÃ¤kningar till vektorberÃ¤kningar.Avaktivera flyttalsoptimeringar som ignorerar IEEE:s tecken pÃ¥ noll.AnvÃ¤nd inte hÃ¥rdvaruflyttal.Avaktivera indexerad adressering.Avaktivera optimeringar som kan observeras av IEEE signalerande NAN:ar.Avaktivera optimeringar som antar standardmÃ¤ssigt avrundningsbeteende fÃ¶r FP.Avaktivera positionsoberoende kod (PIC) fÃ¶r anvÃ¤ndning i OS-kÃ¤rnkod.Avaktivera preprocessning.Avaktivera utrymmesregister.TillÃ¥t inte anvÃ¤ndningen av RX FPU-instruktionerna.  TillÃ¥t inte direkta anrop till globala funktioner.TillÃ¥t inte mer Ã¤n â€�msched-max-memory-insnsâ€� i instruktionsgrupper.  Annars Ã¤r grÃ¤nsen â€�mjukâ€� (fÃ¶redra icke-minnesoperationer nÃ¤r grÃ¤nsen Ã¤r nÃ¥dd).UpptÃ¤ck pure- och const-funktioner.UpptÃ¤ck endast lÃ¤sbara och icke adresserbara statiska variabler.Visa kompileringstidsstatistik.Visa statistik som samlats under kompilering.Visa kodtrÃ¤det efter framÃ¤ndesoptimering.Visa kodtrÃ¤det efter tolkning.Visa kodtrÃ¤det efter tolkning, flaggan bÃ¶r undvikas.Visa kompilatorns version.Visa den hÃ¤r informationen.Division med noll vid %LDivision med noll vid konvertering av %s till %s vid %LDivisionsstrategi, en av: call-div1, call-fp, call-table.GÃ¶r CFG-kÃ¤nsliga Ã¥termaterialiseringar i LRA.GÃ¶r justeringsoptimeringar fÃ¶r anropsinstruktioner.GÃ¶r sÃ¤ndningsschemalÃ¤ggning om processorn Ã¤r bdver1, bdver2, bdver3, bdver4 eller znver1 och Haifa-schemalÃ¤ggning Ã¤r vald.Generera inte BRcc-instruktioner i arc_reorg.TillÃ¥t inte konstant data att placeras i kodsektioner.Anta inte ett stort TLS-segment.Anta inte att standard C-bibliotek och â€�mainâ€� finns.Avaktivera inte utrymmesregister.SlÃ¤ng inte kommentarer vid makroexpansioner.Kasta inte kommentarer.Visa inte kompilerade funktioner eller tiden som fÃ¶rbrukats.Mata inte ut adresseringssÃ¤tt med sidoeffekttilldelning.Avge inte komplexa heltalskonstanter till endast lÃ¤sbart minne.Mata inte ut funktionsprolog eller -epilog.Framtvinga inte strikt justering.Generera inte #line-direktiv.Generera inte .size-direktiv.Generera inte en ensam utgÃ¥ngspunkt fÃ¶r varje funktion.Generera inte kod som endast kan kÃ¶ra i Ã¶vervakarlÃ¤ge (standard).Generera inte ladda/lagra-instruktioner med uppdatering.Generera inte millikodsnutt (behÃ¶vs endast med -Os).Generera inte mpy-instruktioner fÃ¶r ARC700.Inline:a inte heltalsdivision.Inline:a inte kvadratrot.LÃ¤nka inte mot det enhetsspecifika biblioteket lib<MCU>.a.Ladda inte PIC-registret i funktionsprologer.Titta inte efter objektfiler i standardsÃ¶kvÃ¤gen.Markera inte ABI-byten i e_flags.UtfÃ¶r inte optimeringar som mÃ¤rkbart Ã¶kar stackanvÃ¤ndningen.Placera inte flyttalskonstanter i TOC.Placera inte symbol+avstÃ¥nd-konstanter i TOC.FÃ¶rdefiniera inte systemspecifika och GCC-specifika makron.LÃ¥tsas inte att grenar Ã¤r dyra.Ge inte en standard startadress 0x100 fÃ¶r programmet.Skicka inte ut utÃ¶kade register pÃ¥ stacken i Ã¶vervakningsfunktioner.LÃ¤gg inte oinitierade globala i den gemensamma sektionen.SÃ¶k inte standardkataloger fÃ¶r inkluderingar (de som anges med -isystem kommer fortfarande att anvÃ¤ndas).SÃ¶k inte i standardkataloger fÃ¶r systeminkluderingar fÃ¶r C++.StÃ¶d inte inbyggda SSE4.1- och SSE4.2-funktioner och -kodgenerering.Undertryck inte felsÃ¶kningsinformation fÃ¶r C++-klasser.Undertryck inte varningar frÃ¥n systemhuvudfiler.Behandla inte lokala variabler och COMMON-block som om de vore namngivna i SAVE-satser.Trimma inte justering fÃ¶r kod och endast lÃ¤sbar data.Trimma inte stackjustering.Trimma inte justering fÃ¶r skrivbar data.AnvÃ¤nd inte MDMX-instruktioner.AnvÃ¤nd inte MIPS-3D-instruktioner.AnvÃ¤nd inte VAX fp.AnvÃ¤nd inte en cachetÃ¶mmande funktion fÃ¶re anrop av stacktrampoliner.AnvÃ¤nd inte adresser som allokerar globala register.AnvÃ¤nd inte tillstÃ¥ndskoder frÃ¥n normala instruktioner.AnvÃ¤nd inte hÃ¥rdvaru-fp.AnvÃ¤nd inte hÃ¥rdvaruflyttal.AnvÃ¤nd inte hÃ¥rdvaru-fp.AnvÃ¤nd inte hÃ¥rdvaruinstruktioner fÃ¶r quad fp.AnvÃ¤nd inte inline-mÃ¶nster fÃ¶r att kopiera minne.AnvÃ¤nd inte ABI-utÃ¶kningarna AltiVec.AnvÃ¤nd inte ABI-utÃ¶kningarna SPE.AnvÃ¤nd inte bitfÃ¤ltsinstruktionerna.AnvÃ¤nd inte callt-instruktionen (standard).AnvÃ¤nd inte den anpassade instruktionen fabsd.AnvÃ¤nd inte den anpassade instruktionen fabss.AnvÃ¤nd inte den anpassade instruktionen faddd.AnvÃ¤nd inte den anpassade instruktionen fadds.AnvÃ¤nd inte den anpassade instruktionen fatand.AnvÃ¤nd inte den anpassade instruktionen fatans.AnvÃ¤nd inte den anpassade instruktionen fcmpeqd.AnvÃ¤nd inte den anpassade instruktionen fcmpeqs.AnvÃ¤nd inte den anpassade instruktionen fcmpged.AnvÃ¤nd inte den anpassade instruktionen fcmpges.AnvÃ¤nd inte den anpassade instruktionen fcmpgtd.AnvÃ¤nd inte den anpassade instruktionen fcmpgts.AnvÃ¤nd inte den anpassade instruktionen fcmpled.AnvÃ¤nd inte den anpassade instruktionen fcmples.AnvÃ¤nd inte den anpassade instruktionen fcmpltd.AnvÃ¤nd inte den anpassade instruktionen fcmplts.AnvÃ¤nd inte den anpassade instruktionen fcmpned.AnvÃ¤nd inte den anpassade instruktionen fcmpnes.AnvÃ¤nd inte den anpassade instruktionen fcosd.AnvÃ¤nd inte den anpassade instruktionen fcoss.AnvÃ¤nd inte den anpassade instruktionen fdivd.AnvÃ¤nd inte den anpassade instruktionen fdivs.AnvÃ¤nd inte den anpassade instruktionen fexpd.AnvÃ¤nd inte den anpassade instruktionen fexps.AnvÃ¤nd inte den anpassade instruktionen fextsd.AnvÃ¤nd inte den anpassade instruktionen fixdi.AnvÃ¤nd inte den anpassade instruktionen fixdu.AnvÃ¤nd inte den anpassade instruktionen fixsi.AnvÃ¤nd inte den anpassade instruktionen fixsu.AnvÃ¤nd inte den anpassade instruktionen floatid.AnvÃ¤nd inte den anpassade instruktionen floatis.AnvÃ¤nd inte den anpassade instruktionen floatud.AnvÃ¤nd inte den anpassade instruktionen floatus.AnvÃ¤nd inte den anpassade instruktionen flogd.AnvÃ¤nd inte den anpassade instruktionen flogs.AnvÃ¤nd inte den anpassade instruktionen fmaxd.AnvÃ¤nd inte den anpassade instruktionen fmaxs.AnvÃ¤nd inte den anpassade instruktionen fmind.AnvÃ¤nd inte den anpassade instruktionen fmins.AnvÃ¤nd inte den anpassade instruktionen fmuld.AnvÃ¤nd inte den anpassade instruktionen fmuls.AnvÃ¤nd inte den anpassade instruktionen fnegd.AnvÃ¤nd inte den anpassade instruktionen fnegs.AnvÃ¤nd inte den anpassade instruktionen frdxhi.AnvÃ¤nd inte den anpassade instruktionen frdxlo.AnvÃ¤nd inte den anpassade instruktionen frdy.AnvÃ¤nd inte den anpassade instruktionen fsind.AnvÃ¤nd inte den anpassade instruktionen fsins.AnvÃ¤nd inte den anpassade instruktionen fsqrtd.AnvÃ¤nd inte den anpassade instruktionen fsqrts.AnvÃ¤nd inte den anpassade instruktionen fsubd.AnvÃ¤nd inte den anpassade instruktionen fsubs.AnvÃ¤nd inte den anpassade instruktionen ftand.AnvÃ¤nd inte den anpassade instruktionen ftans.AnvÃ¤nd inte den anpassade instruktionen ftruncds.AnvÃ¤nd inte den anpassade instruktionen fwrx.AnvÃ¤nd inte den anpassade instruktionen fwry.AnvÃ¤nd inte den anpassade instruktionen round.AnvÃ¤nd inte ojusterade minnesreferenser.Varna inte om anvÃ¤ndning av â€�long longâ€� vid -pedantic.GÃ¶r stackkontroll med grÃ¤nser i L1:s fria minne.GÃ¶r ingenting.  Bevarad fÃ¶r bakÃ¥tkompatibilitet.GÃ¶r ingenting.  Bevarad fÃ¶r bakÃ¥tkompatibilitet.Justera inte element i kod och data.Allokera inte float och double i register med utÃ¶kad precision.Anta inte att ojusterade Ã¥tkomster hanteras av systemet.Anropa inte nÃ¥gra cache-tÃ¶mningsfunktioner.Anropa inga cache-tÃ¶mningsfÃ¤llor.Skapa inte ett positionsoberoende kÃ¶rbart program.Mata inte ut DWARF-tillÃ¤gg utÃ¶ver vald version.Avge inte dll-exporterade inline-funktioner om det inte behÃ¶vs.Generera inte DWARF-sektionerna pubnames och pubtypes.Generera inte kontroller av styrningsspekulation i selektiv schemalÃ¤ggning.Generera inte felsÃ¶kningsinformation i separata .dwo-filer.Generera inte kod fÃ¶r endast privilegierat lÃ¤ge.  Implicerar -mno-inline-ic_invalidate om den inline:ade koden inte skulle fungera i anvÃ¤ndarlÃ¤ge.Indikera inte nÃ¥gon prioritet med TARGET_REGISTER_PRIORITY.Optimera inte blockfÃ¶rflyttningar, anvÃ¤nd memcpy.Optimera inte blockfÃ¶rflyttningar.Spara inte DW_AT_decl_column och DW_AT_call_column i DWARF.Notera inte gcc:s kommandoradsflaggor i DWARF DW_AT_producer.AnvÃ¤nd inte P-mnemonics fÃ¶r grenar.AnvÃ¤nd inte nÃ¥gon av r32..r63.AnvÃ¤nd inte mindre Ã¤n 25 bitars adresseringsintervall fÃ¶r anrop.Varna inte om anvÃ¤ndning av MicrosoftutÃ¶kningar.Dubbelt CLASS IS-block i SELECT TYPE-sats vid %LDubbelprecisions flyttalsenhet.Nedgradera fÃ¶ljsamhetsfel till varningar.Driver:Attrapp-%qs vid %L kan inte ha en initierareAttrappargumentet %qs vid %L fÃ¥r inte vara INTENT(OUT)Attrappargumentet %qs vid %L fÃ¥r inte vara OPTIONALAttrappargumentet %qs vid %L av EVENT_TYPE fÃ¥r inte vara INTENT(OUT)Attrappargumentet %qs vid %L av LOCK_TYPE fÃ¥r inte vara INTENT(OUT)Attrappargument %qs vid %L deklarerades INTENT(OUT) men sattes inteAttrappargument %qs mÃ¥ste vara en pekare, vektor med antagen form eller ordning utan attributet CONTIGUOUS - eftersom det aktuella argumentet vid %L inte Ã¤r enkelt sammanhÃ¤ngande och bÃ¥da Ã¤r ASYNCHRONOUS eller VOLATILEAttrappvariabeln %qs Ã¤r inte tillÃ¥ten i uttrycket vid %LAttrappargument %qs till %qs vid %L skulle ha namnet %qs fÃ¶r att stÃ¤mma med motsvarande argument i den Ã¥sidosatta procedurenAttrappargument %qs med INTENT(IN) i pekarassociationssammanhang (%s) vid %LAttrappargument %qs med INTENT(IN) i variabeldefinitionssammanhang (%s) vid %LAttrappflagga.  Detta Ã¤r standard om inte FPX-flaggor uttryckligen ges.Attrapprocedur %qs vid %C kan inte ha generiskt grÃ¤nssnittAttrapprocedur %qs vid %L skall inte vara elementÃ¤rAttrapprocedur %qs Ã¤r inte tillÃ¥ten i elementÃ¤r procedur %qs vid %LAttrapprocedur %qs av PURE-procedur vid %L mÃ¥ste ocksÃ¥ vara PUREAttrapprocedur vid %C kan inte ha attributet BIND(C) tillsammans med NAMESkicka deklarationer till en .decl-fil.Skriv ut detaljerad information om GCC:s interna representation av kÃ¤llkodsplatser.Dumpa optimeringspass.Dubblerat %s-attribut vid %LDubblerat %s-attribut angivna vid %LDubblerad %s-etikettspecifikation vid %CDubblerad %s-specifikation vid %CDubblerat ASYNCHRONOUS-attribut angivet vid %LDubblerat VOLATILE-attribut angivet vid %LDubblerat BIND-attribut angivna vid %LDubblerad DEFERRED vid %CDubblerad ELSE-sats vid %L och %CDubblerat EXTENDS-attribut angivet vid %LDubblerad IMPLICIT NONE-sats vid %CDubblerad NML-specifikation vid %CDubblerad NON_OVERRIDABLE vid %CDubblerat POINTER-attribut vid %CDubblerad PRIVATE-sats vid %CDubblerat PROTECTED-attribut angivet vid %LDubblerat SAVE-attribut angivet vid %LDubblerad SEQUENCE-sats vid %CDubblerad UNIT-specifikation vid %CDubblerat VALUE-attribut angivet vid %LDubblerat VOLATILE-attribut angivet vid %LDubblerad Ã¥tkomstspecifikation vid %CDubblerat argument %qs vid %L till inbyggd %sDubblerad vektorspecifikation fÃ¶r Cray-utpekad vid %CDubblerad konstruktionsetikett %qs vid %CDubblerad formatspecifikation vid %CDubblerat namn %qs i association vid %CDubblerad satsetikett %d vid %L och %LDubblerad symbol %qs i formell argumentlista vid %CVarna under lÃ¤nktidsoptimeringar fÃ¶r typer som inte stÃ¤mmer Ã¶verens frÃ¥n globala deklarationer.Dynamic Realign Argument Pointer (DRAP) stÃ¶djs inte i avbrottshanteringsrutiner.  Detta gan gÃ¥s runt genom att undvika funktioner med sammansatta returvÃ¤rden.Allokera cc-register dynamiskt.Specificeraren E Ã¤r inte tillÃ¥ten vid g0-deskriptorE500 och FPR:er stÃ¶djs inteEDGE_CROSSING felaktigt satt Ã¶ver samma sektionEDGE_CROSSING saknas Ã¶ver sektionsgrÃ¤nsEH-bÃ¥ge korsar sektionsgrÃ¤ns gb %iEH-landningsplattas etikett ELEMENTAL-funktion %qs vid %L mÃ¥ste ha ett skalÃ¤rt resultatELEMENTAL icke INTRINSIC procedur %qs Ã¤r inte tillÃ¥ten som aktuellt argument vid %LELEMENTAL-prefixet i MODULE PROCEDURE-grÃ¤nssnittet saknas vid %LELEMENTAL icke INTRINSIC procedur %qs Ã¤r inte tillÃ¥ten som aktuellt argument vid %LELSE IF-sats vid %C kan inte fÃ¶lja ELSE-sats vid %LELSEWHERE-sats vid %C fÃ¶ljer tidigare omaskerat ELSEWHEREELSEWHERE-sats vid %C inte innesluten i WHERE-blockENCODING= vid %C Ã¤r inte tillÃ¥tet i Fortran 95END-sats istÃ¤llet fÃ¶r %s-sats vid %LEND-tagg vid %C Ã¤r inte tillÃ¥ten i utmatningssatsEND-taggetikett %d vid %L inte definieradENTRY %qs vid %L fÃ¥r inte anropas rekursivt, eftersom funktionen %qs inte Ã¤r RECURSIVEENTRY %qs vid %L Ã¤r fÃ¥r inte anropas rekursivt, eftersom subrutinen %qs inte Ã¤r RECURSIVEENTRY %qs vid %L har ingen IMPLICIT-typENTRY-resultat %s fÃ¥r inte vara en POINTER i FUNCTION %s vid %LENTRY-resultat %s fÃ¥r inte vara en vektor i FUNCTION %s vid %LENTRY-resultat %s fÃ¥r inte vara av typen %s i FUNCTION %s vid %LENTRY-sats vid %CENTRY-sats vid %C kan inte fÃ¶rekomma i en innesluten procedurENTRY-sats vid %C kan inte fÃ¶rekomma inuti ett BLOCK DATAENTRY-sats vid %C kan inte fÃ¶rekomma inuti en ett DERIVED TYPE-blockENTRY-sats vid %C kan inte fÃ¶rekomma inuti ett DO-blockENTRY-sats vid %C kan inte fÃ¶rekomma inuti ett FORALL-blockENTRY-sats vid %C kan inte fÃ¶rekomma inuti en MODULEENTRY-sats vid %C kan inte fÃ¶rekomma inuti ett PROGRAMENTRY-sats vid %C kan inte fÃ¶rekomma inuti ett SELECT-blockENTRY-sats vid %C kan inte fÃ¶rekomma inuti ett STRUCTURE-blockENTRY-sats vid %C kan inte fÃ¶rekomma inuti en SUBMODULEENTRY-sats vid %C kan inte fÃ¶rekomma inuti ett WHERE-blockENTRY-sats vid %C kan inte fÃ¶rekomma inuti ett inneslutet underprogramENTRY-sats vid %C kan inte fÃ¶rekomma inuti ett IF-THEN-blockENTRY-sats vid %C kan inte fÃ¶rekomma inuti ett INTERFACEENTRY_BLOCK har IL associerat med sigENUM och ENUMERATOR vid %CENUM-deklaration vid %C har inga ENUMERATORSENUM-definitionssats fÃ¶rvÃ¤ntades fÃ¶re %CENUMERATOR %L Ã¤r inte initierad med ett heltalsuttryckEOR-taggetikett %d vid %L inte definieradEQUIVALENCE vid %C krÃ¤ver tvÃ¥ eller flera objektERR-taggetikett %d vid %L inte definieradERRMSG vid %LERRMSG vid %L Ã¤r oanvÃ¤ndbart utan en STAT-taggERRMSG-tagg vid %LERRMSG-variabelERRMSG=-variabeln vid %L mÃ¥ste vara en skalÃ¤r CHARACTER-variabelERROR STOP-sats vid %CESA/390-arkitektur.ENTRY POST-sats vid %CENTRY WAIT-sats vid %CEVENT-argumentet vid %L till den inbyggda EVENT_QUERY skall ha typen EVENT_TYPEEXIT-sats vid %C avslutar !$ACC LOOP-slingaEXIT-sats vid %C avslutar !$OMP DO-slingaEXIT-sats utan nÃ¥got do-konstruktionsnamn vid %CEXIT_BLOCK har IL associerat med sigEXTENDS vid %LEXTERNAL-attribut i konflikt med FUNCTION-attribut i %qs vid %LAntingen alla eller inget av objekten i EQUIVALENCE-mÃ¤ngden vid %L kan ha attributet PROTECTEDAntingen alla eller ingen av de Ã¶vre grÃ¤nserna mÃ¥ste anges vid %LElementet %d av aktuellt argument till RESHAPE vid %L fÃ¥r inte vara negativtElement i %s-vektorkonstruerare vid %L Ã¤r %sElement av vektor med antagen form eller pekare skickat till vektorattrappargument %qs vid %LElementÃ¤r funktion som initieraruttryck med argument som inte Ã¤r heltal/tecken vid %LElement med samma vÃ¤rde vid %L och %L i vektorindex i ett variabeldefinitionssammanhang (%s)Eliminera multipla funktionsanrop Ã¤ven fÃ¶r orena funktioner.Mata ut .gnu_attribute-taggar.Avge 16-bitars omlokaliseringar till de smÃ¥ dataareorna.Avge 32-bitars omlokaliseringar till de smÃ¥ dataareorna.Mata ut DWARF-tillÃ¤gg utÃ¶ver vald version.Avge kod som fÃ¶ljer IEEE, utan oexakta undantag.Mata ut anropsgrafsinformation.Mata ut kontroller som fÃ¥r â€�break 8â€�-instruktioner att kÃ¶ra nÃ¤r atomÃ¤ra inbyggda anvÃ¤nds pÃ¥ feljusterat minne.Avge kod fÃ¶r byte/ord-ISA-utÃ¶kningen.Avge kod fÃ¶r ISA-utÃ¶kningen fÃ¶r rÃ¤kning.Avge kod fÃ¶r ISA-utÃ¶kningen fÃ¶r fp move och sqrt.Avge kod fÃ¶r ISA-utÃ¶kningen fÃ¶r rÃ¶rlig video.Avge kod som anvÃ¤nder uttryckliga omlokaliseringsdirektiv.Mata ut common-liknande symboler som svaga symboler.Mata ut felsÃ¶kningsannoteringar under preprocessning.Mata ut felsÃ¶kningsinformation relaterad till flyktanalyspasset nÃ¤r kÃ¶rt med -fgo-optimize-allocs.Mata ut direkta hopp till lokala funktioner.Generera felmeddelanden nÃ¤r kÃ¶rtidsomlokaliseringar genereras.Mata ut extra kod i funktionsprologen fÃ¶r att fÃ¥nga om stackstorleken Ã¶verskrider den givna grÃ¤nsen.Mata ut funktionsprologer bara fÃ¶re delar av funktionen som behÃ¶ver det, istÃ¤llet fÃ¶r i bÃ¶rjan av funktionen.Mata ut funktionsanrop som anvÃ¤nder en global avstÃ¥ndstabell nÃ¤r PIC genereras.Skapa implicita instansieringar av inline:ade mallar.Skapa implicita instansieringar av mallar.Mata ut indirekta hopp till lokala funktioner.Mata ut lÃ¥nga ladda/lagra-sekvenser.Generera profileringsrÃ¤knaranrop vid funktionsstart fÃ¶re prologenAvge rdval istÃ¤llet fÃ¶r rduniq fÃ¶r trÃ¥dpekare.Mata ut static const-variabler Ã¤ven om de inte anvÃ¤nds.Mata ut stoppbitar fÃ¶re och efter flyktiga utÃ¶kade asm:er.Mata ut fÃ¤llor som â€�break 8â€�, standard fÃ¶r CRIS v3 och uppÃ¥t.  Om avaktiverat anvÃ¤nds anrop till abort().Mata ut utfÃ¶rlig felsÃ¶kningsinformation i assemblerkod.Generera varningar nÃ¤r kÃ¶rtidsomlokaliseringar genereras.Tom FINAL vid %CTom IMPLICIT-sats vid %CTom vektorkonstruerare vid %C Ã¤r inte tillÃ¥tetTom gammaldags initierarlista vid %CTom siffermÃ¤ngd i BOZ-konstant vid %CAktivera â€�qâ€�-instruktionsalternativ.Aktivera utÃ¶kningsingsinstruktioner fÃ¶r 64-bitars tidsstÃ¤mpelrÃ¤knare.SlÃ¥ pÃ¥ stÃ¶d fÃ¶r C++14 storleksbestÃ¤md deallokering.Aktivera CFI-tabeller via GAS-assemblerdirektiv.Aktivera Cilk Plus.Aktivera STATIC- och AUTOMATIC-attribut i DEC-stil.Aktivera DIV, DIVU.AnvÃ¤nd DIV-REM-instruktioner fÃ¶r ARCv2.Aktivera utvidgningarna DSP 3.1 Pack A.Aktivera DWARF radfelsÃ¶kningsinformation via GNU as.AnvÃ¤nd dubbel- och enkeloperandinstruktioner fÃ¶r telefoni.Aktivera fullstÃ¤ndig Ã¶verflÃ¶dseliminering (FRE) i trÃ¤d.Aktivera funktionsbeskrivar-PIC-lÃ¤ge.Aktivera Graphite-identitetstransformation.Aktivera ID-baserat delat bibliotek.Aktivera IEEE 128-bitars flyttal via nyckelordet __float128.Aktivera lokal registerallokering.Aktivera utÃ¶kningen lÃ¥st ladda/lagra villkorlig.AnvÃ¤nd MUL-instruktioner.AnvÃ¤nd MUL.X- och UMUL.X-instruktioner.AnvÃ¤nd MULX-instruktioner, anta snabb skiftare.Aktivera Objective-C-undantags- och synkroniseringssyntax.Aktivera Objective-C:s setjmp-undantagshantering i kÃ¶rtidsmiljÃ¶n.Aktivera OpenACC.Aktivera OpenMP (implicerar -frecursive i Fortran).Aktivera OpenMP:s SIMD-direktiv.Aktivera PIC-stÃ¶d fÃ¶r att bygga bibliotek.Aktivera sprÃ¥kutvidgningar frÃ¥n Plan 9.Aktivera hantering av Rcq-begrÃ¤nsningar â€” den mesta genereringen av kort kod beror pÃ¥ detta.Aktivera hantering av Rcw--begrÃ¤nsningar â€” ccfsm-kodexekvering beror i huvudsak pÃ¥ detta.Aktivera stÃ¶d/anvÃ¤ndning av LÃ¤s-Ã„ndra-Skriv- (RMW-)instruktioner.Aktivera SSA-sammanlÃ¤ggning av anvÃ¤ndarvariabler.Aktivera SSA-kodsÃ¤nkning i trÃ¤d.Aktivera eliminering av dÃ¶d kod i SSA-optimeringen i trÃ¤d.Aktivera SSA-BIT-CCP-optimering av trÃ¤d.Aktivera SSA-CCP-optimering av trÃ¤d.Aktivera SSA-PRE-optimeringar i trÃ¤d.Aktivera TPF-OS-spÃ¥rningskod.Aktivera XY-minnesutÃ¶kningar (DSP version 3).Aktivera justering av COMMON-block.Aktivera alla -Wunused-varningar.Aktivera sprÃ¥kutvidgningar frÃ¥n DEC.Aktivera alla optimeringsinformationsdumpar pÃ¥ standard fel.Aktivera ett RTL-nyckelhÃ¥lspass fÃ¶re sched2.Aktivera asan-skydd av inbyggda funktioner.Aktivera asan-detektering av anvÃ¤nd-efter-retur-fel.Aktivera globalt asan-skydd.Aktivera asan-skydd av laddningsoperationer.Aktivera asan-skydd av stack.Aktivera asan-skydd av lagringsoperationer.Aktivera assembler- och lÃ¤nkarlÃ¤ttnader.  Aktiverat som standard med -Os.AnvÃ¤nd atomÃ¤ra instruktioner.SlÃ¥ pÃ¥ automatisk mallinstansiering.Aktivera bakÃ¤ndefelsÃ¶kning.Aktivera bakÃ¥tpropagering av anvÃ¤ndningsegenskaper pÃ¥ SSA-nivÃ¥n.AnvÃ¤nd barrel-shift-instruktioner.Aktivera grundblocksvektorisering (SLP) i trÃ¤d.Aktivera grundlÃ¤ggande programprofileringskod.Aktivera bbit peephole2.Aktivera kringgÃ¥ende av cachen fÃ¶r volatila referenser.AnvÃ¤nd koddensitetsinstruktioner fÃ¶r ARCv2.Aktivera kodhissning.Aktivera vanliga flaggor fÃ¶r att generera profileringsinformation fÃ¶r optimeringar styrda av Ã¥termatad profil, och sÃ¤tt -fprofile-dir=.Aktivera vanliga flaggor fÃ¶r att generera profileringsinformation fÃ¶r optimeringar styrda av Ã¥termatad profil.Aktivera vanliga flaggor fÃ¶r att utfÃ¶ra optimeringar styrda av Ã¥termatad profil, och sÃ¤tt -fprofile-dir=.Aktivera vanliga flaggor fÃ¶r att utfÃ¶ra optimeringar styrda av Ã¥termatad profil.Aktivera kompakt casesi-mÃ¶nster.Aktivera villkorlig eliminering av dÃ¶d fÃ¶r inbyggda anrop.Aktivera villkorlig exekvering fÃ¶rutom moves/scc.Aktivera villkorliga flyttningar.Aktivera funktionen konstruerare/destruerare.Aktivera kopiepropagering av skalÃ¤rutvecklingsinformation.Aktivera kopiepropagering i trÃ¤d.Aktivera korrigering av profilindata med inkonsistent flÃ¶de.AnvÃ¤nd tÃ¤ckningsguidad utsuddande kodinstrumentering.  Infogar anrop av __sanitizer_cov_trace_pc i varje grundblock.Aktivera eliminering av dÃ¶d lagring.Aktivera felsÃ¶kningsutdata.AnvÃ¤nd hÃ¥rdvarustÃ¶d fÃ¶r decimala flyttal.Aktivera standardkonvertering mellan __float128 & long double.AnvÃ¤nd divisions- och modulusinstruktioner.Aktivera dominatoroptimeringar.AnvÃ¤nd dubbla ladda/lagra-instruktioner fÃ¶r ARC HS.Aktivera dubbel viterbi fjÃ¤rilsutvidgning.Aktivera tidigare utplacering av stoppbitar fÃ¶r bÃ¤ttre schemalÃ¤ggning.Aktivera undantagshantering.Aktivera framÃ¥tpropagering pÃ¥ trÃ¤d.Aktivera framÃ¤ndesoptimeringar.Aktivera funktionsprofilering.Aktivera omflyttning av funktioner fÃ¶r att fÃ¶rbÃ¤ttra kodplacering.Aktivera skrÃ¤psamling (GC) i Objective-C-/Objective-C++-program.Aktivera generering av ARC SIMD-instruktioner via mÃ¥lspecifika inbyggda.Aktivera generering av R2 BMX-instruktioner.AnvÃ¤nd generering av R2 CDX-instruktioner.Aktivera att grensannolikheter gissas.AnvÃ¤nd hÃ¥rdvaruflyttal.Aktivera nÃ¤rliggande lyftningsladdning fÃ¶r att uppmuntra generering av villkorliga move-instruktioner.Aktivera lyftningsladdning frÃ¥n villkorliga pekare.Aktivera in och ut frÃ¥n Graphite-representation.Aktivera inline-kontroller av nil-mottagare med NeXT-kÃ¶rtidskod och ABI-version 2.Aktivera inline:ing av PLT i funktionsanrop.Aktivera inline:ing av funktioner deklarerade â€�inlineâ€�, avslaget avaktiveras all inline:ing.Aktivera sortspecifika varianter av inbyggda heltalsfunktioner.Aktivera optimeringar av etikettjustering.Aktivera gamla inbyggda matematikinstruktioner fÃ¶r kompatibilitet.Aktivera lÃ¤nkningsoptimeringar.Aktivera lÃ¤nkningsoptimeringar.Aktivera lÃ¤nkarlÃ¤ttnader.Aktivera lÃ¤nkarlÃ¤ttnader.Aktivera lÃ¤nkarlÃ¤ttnad.Aktivera bindning av laddning/lagring.Aktivera slingdistribution fÃ¶r mÃ¶nster transformerade till biblioteksanrop.Aktivera slingdistribution i trÃ¤d.Aktivera vektorisering av slingepiloger med mindre vektorstorlek.Aktivera slinghuvudkopiering av trÃ¤d.Aktivera fÃ¶rflyttning av slingoberoende delar i trÃ¤d.Aktivera transformationer av slingutbyten.  Samma som -floop-nest-optimize.Aktivera slingoptimeringar pÃ¥ trÃ¤dnivÃ¥.Aktivera slingvektorisering i trÃ¤d.Aktivera lra.Aktivera maskinspecifika nyckelhÃ¥lsoptimeringar.Aktivera de flesta varningsmeddelanden.Aktivera stÃ¶d fÃ¶r flera kÃ¤rnor.AnvÃ¤nd multiplikationsinstruktioner.Aktivera nÃ¤stade optimeringar av villkorlig exekvering.Aktivera optimering av &&/|| i villkorliga uttryck.Aktivera tolkning av GIMPLE.Aktivera fÃ¶rladdningsanvÃ¤ndning av cbranchsi-mÃ¶nster.Aktivera preprocessning.Aktivera intervallkontroller under kompilering.Aktivera Ã¥terassociering pÃ¥ trÃ¤dnivÃ¥.Aktivera registertryckskÃ¤nslig instruktionsschemalÃ¤ggning.Aktivera lÃ¤ttnad i assemblern.Aktivera schemalÃ¤ggning mellan grundblock.Aktivera separat datasegment.Aktivera sÃ¤ttande av GPR:er till resultatet av jÃ¤mfÃ¶relser.Aktivera teckenutÃ¶kningsinstruktioner.Aktivera att smÃ¥ heltal fÃ¥r finnas i VSX-register.Aktivera delning av 32-bitars omedelbara laddningar i lÃ¥g/hÃ¶g del.Aktivera stackavkÃ¤nning.Aktivera strikt 32-bits psABI-kontroller av postreturer.Aktivera strÃ¤nglÃ¤ngdsoptimering av trÃ¤d.Aktivera stÃ¶d fÃ¶r C++-koncept.Aktivera stÃ¶d fÃ¶r DEC STRUCTURE/RECORD.Aktivera stÃ¶d fÃ¶r GNU:s transaktionsminne.Aktivera stÃ¶d fÃ¶r ABI:et RH850.  Detta Ã¤r standard.Aktivera stÃ¶d fÃ¶r det gamla GCC-ABI:et.Aktivera utÃ¶kningsinstruktionen fÃ¶r byte-ordningsvÃ¤xling.Aktivera svanssammanslagning av trÃ¤d.Aktivera heuristiken fÃ¶r kritisk vÃ¤g i schemalÃ¤ggaren.Aktivera heuristiken fÃ¶r beroende antal i schemalÃ¤ggaren.Aktivera approximationen av division.  Att aktivera detta reducerar precisionen pÃ¥ resultatet av division till ungefÃ¤r 16 bitar fÃ¶r enkel precision och till 32 bitar fÃ¶r dubbel precision.Aktivera gruppheuristiken i schemalÃ¤ggaren.Aktivera heuristiken fÃ¶r sista instruktion i schemalÃ¤ggaren.Aktivera optimeraren av slingnÃ¤stning.Aktivera normalt lÃ¤ge.Aktivera ordningsheuristiken i schemalÃ¤ggaren.Aktivera approximationen av invers kvadratrot.  Att aktivera detta reducerar precisionen pÃ¥ resultatet av invers kvadratrot till ungefÃ¤r 16 bitar fÃ¶r enkel precision och till 32 bitar fÃ¶r dubbel precision.Aktivera den spekulativa instruktionsheuristiken i schemalÃ¤ggaren.Aktivera approximationen av kvadratrot.  Att aktivera detta reducerar precisionen pÃ¥ resultatet av kvadratrot till ungefÃ¤r 16 bitar fÃ¶r enkel precision och till 32 bitar fÃ¶r dubbel precision.  Om aktiverat implicerar det -mlow-precision-recip-sqrt.MÃ¶jliggÃ¶r anvÃ¤ndningen av 64-bitars flyttalsregister i fmov-instruktioner.  Se -mdalign om 64-bitars justering krÃ¤vs.MÃ¶jliggÃ¶r anvÃ¤ndning av RX FPU-instruktionerna.  Detta Ã¤r standard.Aktivera anvÃ¤ndning av indexerade laddningar.Aktivera anvÃ¤ndningen av pre-/postmodifieringar med registerfÃ¶rflyttning.Aktivera anvÃ¤ndningen av LRA-registerallokeraren.Aktivera anvÃ¤ndningen av instruktionen fsca.Aktivera anvÃ¤ndningen av instruktionen fsrra.Aktivera anvÃ¤ndningen av det gamla, trasiga, ABI:et dÃ¤r alla stackade funktionsargument justeras till 32 bitar.MÃ¶jliggÃ¶r anvÃ¤ndning av de korta laddinstruktionerna.Aktivera anvÃ¤ndningen av standard RX ABI:et dÃ¤r alla stackade funktionsargument justeras naturligt.  Detta Ã¤r standard.Aktivera sprÃ¥kutÃ¶kningen z-vektor som ger det kontextkÃ¤nsliga vektormakrot och aktivera de inbyggda i Altivec-stil i vecintrin.h.Aktivera traditionell preprocessning.TillÃ¥t ojusterade ord- och halvordsÃ¥tkomster till packade data.Aktivera anvÃ¤ndning av GPREL fÃ¶r endast lÃ¤sbara data i FDPIC.Aktivera anvÃ¤ndningen NPS400 bitinstruktioner.Aktivera anvÃ¤ndningen av NPS400 utÃ¶kning xld/xst.Aktivera anvÃ¤ndning av POST_INC/POST_DEC.Aktivera anvÃ¤ndning av POST_MODIFY.Aktivera anvÃ¤ndningen av udda enkelprecisionsregister.Aktivera anvÃ¤ndningen av sdata/scommon/sbss.AnvÃ¤nd anvÃ¤ndardefinierade instruktioner.Aktivera anvÃ¤ndning av IEEE 128-bitars flyttalsinstruktioner.AnvÃ¤nd slinginstruktionerna i v850e3v5.Aktivera variabel polynomiell CRC-utvidgning.Aktivera vektorisering av trÃ¤d.Aktivera utfÃ¶rlig utskrift.Aktivera en lÃ¶sning fÃ¶r ensamt errata fÃ¶r processorn AT697F (motsvarar errata nr. 13 fÃ¶r processorn AT697E.)Aktivera en lÃ¶sning fÃ¶r errata fÃ¶r processorn UT699.Aktivera/deaktivera den traditionella schemalÃ¤ggningen i slingor som redan passerat modulo-schemalÃ¤ggning.Aktivera/avaktivera GP-relativ adressering.Aktivera ID-baserat delat bibliotek.Aktivera lÃ¤get fÃ¶r positionsoberoende data (PID).Aktiverar eller avaktiverar anvÃ¤ndningen av instruktionerna SMOVF, SMOVB, SMOVU, SUNTIL, SWHILE och RMPA.  Normalt aktiverat.Aktivera den dynamiska kostnadsmodellen fÃ¶r vektoriseraren.  Bevarad fÃ¶r bakÃ¥tkompatibilitet.Koda SSE-instruktioner med VEX-prefix.Slututtryck i DO-slingaSlut pÃ¥ DO-sats utan block vid %C Ã¤r sammanvÃ¤vt med en annan DO-slingaSlut pÃ¥ DO-sats utan block vid %C Ã¤r inuti ett annat blockSlut pÃ¥ skalÃ¤rt initieringsuttryck fÃ¶rvÃ¤ntades vid %CSlut pÃ¥ sÃ¶klistan.
  UpprÃ¤tthÃ¥ll Ã¥tkomstsemantik fÃ¶r klassmedlemmar.Enheten %qs vid %L har en fÃ¶rdrÃ¶jd typparameter och krÃ¤ver antingen attributet POINTER eller ALLOCATABLEEntiteten %qs vid %L finns redan i grÃ¤nssnittetEntitet med antagen teckenlÃ¤ngd vid %L mÃ¥ste vara ett attrappargument eller en PARAMETEREnum-vÃ¤rde Ã¤r inte CONST_DECL eller INTEGER_CSTEnum-vÃ¤rdenamn Ã¤r inte IDENTIFIER_NODEEnum-vÃ¤rdetyp Ã¤r varken INTEGER_TYPE eller konvertibel till enumUpprÃ¤kningstypen Ã¶verskrider C:s heltalstyp vid %CEkvivalens fÃ¶r %qs stÃ¤mmer inte med ordningen av COMMON %qs vid %LEkvivalent med -gpopt=local.Ekvivalent med -mgpopt=none.Errmsg-variabeln vid %L mÃ¥ste vara en skalÃ¤r CHARACTER-variabelErrmsg-variabel vid %L skall inte %s:as i samma %s-satsFelFel vid konvertering av PARAMETER-konstant i komplex konstant vid %CFel vid konvertering av heltalFel i pekarinitiering vid %CFel i typspecifikation vid %LFel nÃ¤r modulfilen %qs skrevs: %sFel nÃ¤r modulfil skrevs: %sFel nÃ¤r utdatafilen â€�%sâ€� skrevs
! BerÃ¤kning av ett initieringuttryck utanfÃ¶r standarden vid %LHÃ¤ndelseHÃ¤ndelsevariabelargumentet vid %L mÃ¥ste vara en co-vektor men inte co-indexeratHÃ¤ndelsevariabelargumentet vid %L mÃ¥ste vara en co-vektor eller co-indexeratHÃ¤ndelsevariabeln vid %L mÃ¥ste vara en skalÃ¤r av typen EVENT_TYPEAvslutsvillkor i DO WHILE-slinga vid %L mÃ¥ste vara ett skalÃ¤rt LOGICAL-uttryckAvsluta vid fÃ¶rsta felet som uppstÃ¥r.Expandera 32bits/64bits heltalsdivision till 8bitars teckenlÃ¶s heltalsdivision med kontroll vid kÃ¶rning.Expandera addi3 och subdi3 vid rtl-genereringstillfÃ¤llet till add.f /adc etc.â€�)â€� fÃ¶rvÃ¤ntades vid %Câ€�,â€� fÃ¶rvÃ¤ntades vid %C%<(%> fÃ¶rvÃ¤ntades vid %C%<)%> eller %<,%> fÃ¶rvÃ¤ntades vid %C%<,%> fÃ¶rvÃ¤ntades vid %C%<,%> eller slut pÃ¥ sats fÃ¶rvÃ¤ntades vid %C%<::%> fÃ¶rvÃ¤ntades efter bindningsattribut vid %C%<::%> fÃ¶rvÃ¤ntades vid %C%<=>%> fÃ¶rvÃ¤ntades vid %C%<END INTERFACE ASSIGNMENT (=)%> fÃ¶rvÃ¤ntades vid %Câ€�*â€� fÃ¶rvÃ¤ntades i co-indexspecifikation i ALLOCATE-sats vid %L:: fÃ¶rvÃ¤ntades i TYPE-definition vid %C=-tecken i PARAMETER-sats fÃ¶rvÃ¤ntades vid %CDO-slinga fÃ¶rvÃ¤ntades vid %CRedigeringsbeskrivning P fÃ¶rvÃ¤ntadesPARAMETER-symbol fÃ¶rvÃ¤ntades i komplex konstant vid %CSHAPE-argument fÃ¶rvÃ¤ntades till C_F_POINTER med vektor FPTR vid %LEn TYPE IS-, CLASS IS- eller END SELECT-sats fÃ¶rvÃ¤ntades fÃ¶lja efter SELECT TYPE vid %CEn CASE- eller END SELECT-sats fÃ¶rvÃ¤ntades fÃ¶lja efter SELECT CASE vid %CFÃ¶rvÃ¤ntade ett namnlÃ¶st grÃ¤nssnitt vid %CFÃ¶rvÃ¤ntade en procedur som argument %qs vid %LEn procedurpekare fÃ¶rvÃ¤ntade som argument %qs vid %LEn hÃ¶gerparentes fÃ¶rvÃ¤ntades i uttrycket vid %CEtt stegvÃ¤rde fÃ¶rvÃ¤ntades i iterator vid %CÃ…tkomstspecificerare fÃ¶rvÃ¤ntades vid %CAlternativ returetikett fÃ¶rvÃ¤ntades vid %CEtt initieringsuttryck fÃ¶rvÃ¤ntades vid %CFÃ¶rvÃ¤ntade en annan dimension i vektordeklaration vid %CArgumentlista fÃ¶rvÃ¤ntades vid %CFÃ¶rvÃ¤ntade vektorindex vid %CFÃ¶rvÃ¤ntade intervall av vektorindex vid %CAssociation fÃ¶rvÃ¤ntade vid %CAssociationslista fÃ¶rvÃ¤ntades vid %CAttributbitnamn fÃ¶rvÃ¤ntadesBindningsattribut fÃ¶rvÃ¤ntades vid %CBindningsnamn fÃ¶rvÃ¤ntades vid %CBindningsmÃ¥l fÃ¶rvÃ¤ntades efter %<=>%> vid %CBlocknamnet %qs fÃ¶rvÃ¤ntades av SELECT-konstruktionen vid %CBlocknamn pÃ¥ %qs i %s-sats fÃ¶rvÃ¤ntades vid %LBegrÃ¤nsningsspecifikation fÃ¶r %qs fÃ¶rvÃ¤ntades vid %LCo-vektorindex fÃ¶rvÃ¤ntades som %qs-argument till inbyggd %s vid %LKomma fÃ¶rvÃ¤ntades i I/O-lista vid %CKomponentreferens fÃ¶rvÃ¤ntades vid %CDatakonstant fÃ¶rvÃ¤ntades efter repetitionsspecifikation vid %CEntitetslista fÃ¶rvÃ¤ntades i AUTOMATIC-sats vid %CEntitetslista fÃ¶rvÃ¤ntades i STATIC-sats vid %CFÃ¶rvÃ¤ntade exponent i uttryck vid %CUttryck fÃ¶rvÃ¤ntades vid %C i PARAMETER-satsFÃ¶rvÃ¤ntade uttryck i %s-sats vid %CFÃ¶rvÃ¤ntade uttryck i vektorspecifikation vid %CUttryckstyp fÃ¶rvÃ¤ntadesFormell argumentlista fÃ¶rvÃ¤ntades i funktionsdefinitionen vid %CGeneriskt namn eller operatorbeskrivare fÃ¶rvÃ¤ntades vid %CInitieringsuttryck fÃ¶rvÃ¤ntades vid %CInitieringsuttryck fÃ¶rvÃ¤ntades i CASE vid %CHeltal fÃ¶rvÃ¤ntadesHeltalsstrÃ¤ng fÃ¶rvÃ¤ntadesEtikett %qs fÃ¶r %s-sats fÃ¶rvÃ¤ntades vid %CVÃ¤nsterparentes fÃ¶rvÃ¤ntadesModulprocedurnamn fÃ¶rvÃ¤ntades vid %CFÃ¶rvÃ¤ntade ett namnFÃ¶rvÃ¤ntade reell strÃ¤ngHÃ¶gerparentes fÃ¶rvÃ¤ntadesEtt skalÃ¤rt initieringsuttryck fÃ¶rvÃ¤ntades vid %CSpecifikt bindningsnamn fÃ¶rvÃ¤ntades vid %CStrÃ¤ng fÃ¶rvÃ¤ntadesPostkomponentnamn fÃ¶rvÃ¤ntades vid %CPostkomponentnamn eller operatornamn fÃ¶rvÃ¤ntades efter â€�.â€� vid %CAvslutande namn fÃ¶rvÃ¤ntades vid %CTypbunden procedurreferens eller procedurpekarkomponent fÃ¶rvÃ¤ntades vid %CVariabel fÃ¶rvÃ¤ntades i READ-sats vid %CVariabelnamn fÃ¶rvÃ¤ntades vid %CVariabelnamn fÃ¶rvÃ¤ntades vid %C i PARAMETER-sats%<END INTERFACE %s%> fÃ¶rvÃ¤ntades vid %C%<END INTERFACE OPERATOR (%s)%> fÃ¶rvÃ¤ntades vid %C%<END INTERFACE OPERATOR (%s)%> fÃ¶rvÃ¤ntades vid %C, men fick %qs%<END INTERFACE OPERATOR (.%s.)%> fÃ¶rvÃ¤ntades vid %C%s fÃ¶rvÃ¤ntades vid %C%s-sats fÃ¶rvÃ¤ntades vid %LKomma fÃ¶rvÃ¤ntades i EQUIVALENCE vid %CEtt skalÃ¤rt INTEGER-uttryck fÃ¶rvÃ¤ntades vid %C, hittade %sLista med namngivna entiteter fÃ¶rvÃ¤ntades vid %CFÃ¶rklara vilka justeringsÃ¶vervÃ¤ganden som leder till beslutet att gÃ¶ra en instruktion kort eller lÃ¥ng.Explicit grÃ¤nssnitt krÃ¤vs fÃ¶r %qs vid %L: %sExportera funktioner Ã¤ven om de kan inline:as.Uttrycket vid %L i detta sammanhang mÃ¥ste vara konstantUttryck vid %L mÃ¥ste vara av INTEGER-typ, hittade %sUttryck vid %L mÃ¥ste vara skalÃ¤rtUttryck i CASE-vÃ¤ljare vid %L fÃ¥r inte vara %sUttryck i CASE-sats vid %L ligger inte i intervallet %sUttryck i CASE-sats vid %L mÃ¥ste ha sort %duttryck i CASE-sats vid %L mÃ¥ste vara av typ %sUttryck i CASE-sats vid %L mÃ¥ste vara skalÃ¤rtUtÃ¶kning: %s-specificerare i %s-sats vid %C har vÃ¤rdet %qsUtÃ¶kning: Konvertering frÃ¥n %s till %s vid %LUtÃ¶kning: SkalÃ¤rt CHARACTER-argument som inte Ã¤r av standardsort och inte C_CHAR-sort med vektorattrappargument %qs vid %LUtÃ¶kning: UnÃ¤r operator fÃ¶ljer aritmetisk operator (anvÃ¤nd parenteser) vid %CUtÃ¶kning: Nollbredd efter L-beskrivare vid %LUtÃ¶kning: omvÃ¤nt snedstreck vid %CUtÃ¶kning: exponentbokstav %<q%> i reell literal konstant vid %CExtern %qs vid %L kan inte ha en initierareExtern IO UNIT fÃ¥r inte vara en vektor vid %LExternt objekt %qs vid %L kan inte ha en initierareÃ–verflÃ¶diga tecken i format vid %LF2008: C1210 IMPORT-sats vid %C Ã¤r inte tillÃ¥ten i en moduls procedurgrÃ¤nssnittskroppFAILED=-argument till NUM_IMAGES vid %LFINAL-klausul vid %L krÃ¤ver ett skalÃ¤rt LOGICAL-uttryckFINAL-deklaration vid %C mÃ¥ste vara inuti CONTAINSFINAL-deklaration vid %C mÃ¥ste vara inuti en hÃ¤rledd typs CONTAINS-sektionFINAL-procedur %qs vid %L Ã¤r inte en SUBROUTINEFINAL-procedur %qs deklarerad vid %L har samma ordning (%d) som %qsFINAL-procedur vid %L mÃ¥ste ha precis ett argumentFINAL-procedurdeklaration vid %CFLUSH-sats vid %CFORALL-slututtryck vid %L mÃ¥ste vara en skalÃ¤r INTEGERFORALL-index %qs fÃ¥r inte fÃ¶rekomma i triplettspecifikation vid %LFORALL-indexnamn vid %L mÃ¥ste vara en skalÃ¤r INTEGERFORALL-indexnamn vid %L mÃ¥ste vara en skalÃ¤r variabel av heltalsltypFORALL-maskklausul vid %L krÃ¤ver ett skalÃ¤rt LOGICAL-uttryckFORALL-slututtryck vid %L mÃ¥ste vara en skalÃ¤r INTEGERFORALL-steguttryck vid %L fÃ¥r inte vara nollFORALL-steguttryck vid %L mÃ¥ste vara en skalÃ¤r %sFORMAT-etikett %d vid %L inte definieradFORMAT-sats vid %C kan inte fÃ¶rekomma inuti ett INTERFACEFORMAT-sats vid %L har inte en satsetikettFORMAT-tagg vid %L mÃ¥ste ha typen standardsorts CHARACTER eller INTEGERFP-undantag Ã¤r aktiverade.Argumentet FPTR vid %L till C_F_POINTER fÃ¥r inte vara polymorftSnabba och kompakta FPX-flaggor kan inte anvÃ¤ndas tillsammansFPX: aktivera utÃ¶kningarna fÃ¶r Argonaut ARC CPU flyttal i dubbel precision.FPX: generera dubbelprecisions FPX- (kompakta) instruktioner.FPX: generera dubbelprecisions FPX- (snabba) instruktioner.FPX: generera enkelprecisions FPX-instruktioner (kompakta).FPX: generera enkelprecisions FPX- (snabba) instruktioner.FUNCTION-resultat %s fÃ¥r inte vara en POINTER i FUNCTION %s vid %LFUNCTION-resultat %s fÃ¥r inte vara en vektor i FUNCTION %s vid %LFUNCTION-resultat %s fÃ¥r inte vara av typen %s i FUNCTION %s vid %LFaktorisera komplexa konstruerare och destruerare till fÃ¶rmÃ¥n fÃ¶r utrymme snarare Ã¤n hastighet.Misslyckades att skapa en post av typen â€�%sâ€� vid %CMisslyckades att bestÃ¤mma lÃ¤ngden pÃ¥ en konstant vektor.Ã–desdigert felFilen %qs Ã¶ppnad vid %C Ã¤r inte en GNU Fortran-modulfilFinkornig styrning av trimningsfunktioner.FÃ¶rsta argumentet till definierad tilldelning vid %L mÃ¥ste vara INTENT(OUT) eller INTENT(INOUT)FÃ¶rsta argumentet till operatorgrÃ¤nssnitt vid %L fÃ¥r inte vara frivilligtFÃ¶rsta argumentet till operatorgrÃ¤nssnitt vid %L mÃ¥ste vara INTENT(IN)FÃ¶rsta eller sista !$OMP ATOMIC-inbyggds argument mÃ¥ste vara %qs vid %LFixa min_int-berÃ¤kningenFast radlÃ¤ngd mÃ¥ste vara minst sjuFlaggan %<-fmax-stack-var-size=%d%> Ã¥sidosÃ¤tter %<-frecursive%> som impliceras av %<-fopenmp%>Flaggan %<-fno-automatic%> Ã¥sidosÃ¤tter %<-fmax-stack-var-size=%d%>Flaggan %<-fno-automatic%> Ã¥sidosÃ¤tter %<-frecursive%>Flaggan %<-fno-automatic%> Ã¥sidosÃ¤tter %<-frecursive%> som impliceras av %<-fopenmp%>Flaggan %<-frecursive%> Ã¥sidosÃ¤tter %<-fmax-stack-var-size=%d%>Namn pÃ¥ anpassad instruktionskonfiguration fÃ¶r flyttal.Flyttalsenheten stÃ¶djer inte division & kvadratrot.FÃ¶lj Renesas (tidigare Hitachi) / SuperH-anropskonventioner.FÃ¶lj C++17-krav pÃ¥ evalueringordning fÃ¶r tilldelningsuttryck, skift, medlemsfunktionsanrop, etc.FÃ¶lj lÃ¤nkningskraven EABI.FÃ¶r attrapprocedur %s Ã¤r inget bindningsnamn tillÃ¥tet i BIND(C) vid %CFÃ¶r inbyggt bibliotek: skicka alla parametrar i register.FÃ¶r nÃ¤stade funktioner pÃ¥ stacken sÃ¤tts exekveringsrÃ¤ttigheter.FÃ¶r mÃ¥l som normalt anvÃ¤nder trampoliner fÃ¶r nÃ¤stade funktioner, generera dem alltid istÃ¤llet fÃ¶r att anvÃ¤nda deskriptorer.Tvinga assemblerutdata att alltid anvÃ¤nda hexadecimala konstanter.Tvinga bitfÃ¤ltsÃ¥tkomster att matcha sin typbredd.Tvinga fram att temporÃ¤rer skapas fÃ¶r att testa sÃ¤llan kÃ¶rd forall-kod.Tvinga funktioner till att vara justerade till en 4-bytegrÃ¤ns.Tvinga den underliggande typen fÃ¶r â€�wchar_tâ€� att vara â€�unsigned shortâ€�.Framtvinga anvÃ¤ndningen av fÃ¶rdrÃ¶jningssteg fÃ¶r villkorliga grenar.Tvingar pekargrÃ¤nskontrollen att behandla alla avslutande vektorer i poster som eventuellt flexibla.  Som standard hanteras endast vektorfÃ¤lt med nolllÃ¤ngd eller som Ã¤r mÃ¤rkta med attributet bnd_variable_size som flexibla.Tvingar pekargrÃ¤nskontrollen att anvÃ¤nda grÃ¤nser fÃ¶r de innersta vektorerna fÃ¶r nÃ¤stade statiska vektorÃ¥tkomster.  Som standard anvÃ¤nds den yttersta vektorn.Tvingar pekargrÃ¤nskontrolleraren till att anvÃ¤nda avsmalnade grÃ¤nser fÃ¶r adresser till det fÃ¶rsta fÃ¤ltet i posten.  Som standard har pekare till det fÃ¶rsta fÃ¤ltet samma grÃ¤nser som pekare till hela posten.Formatsats i modulhuvudblock vid %CFortran 2003: %s-specificerare i %s-sats vid %C har vÃ¤rdet %qsFortran 2003: DT-formatspecificerare Ã¤r inte tillÃ¥ten vid %CFortran 2003: Aktuellt skalÃ¤rt CHARACTER-argument med attrappargument som Ã¤r vektor %qs vid %LFortran 2008: fÃ¶rlegad funktion:Fortran 2008: COMMON-block %qs med bindningsetikett vid %L delar identifierare med ett globalt ej-COMMON-blockenhet vid %LFortran 2008: Aktuellt argument som inte Ã¤r en pekare vid %L till pekarattrapp %qsFortran 2008: Nollpekare vid %L till icke-pekareattrapp %qsFortran 2008: Pekarfunktioner i variabeldefinitionssammanhang (%s) vid %LFortran 2008: Semikolon vid %C utan fÃ¶regÃ¥ende satsFortran 95 krÃ¤ver standard-INTEGER i %s-tagg vid %LHittade ingen matchande specifik bindning fÃ¶r anropet till GENERIC %qs vid %LFri radlÃ¤ngd mÃ¥ste vara minst tre.Funktionen %qs som initieringsuttryck vid %LFunktion %qs vid %L fÃ¥r inte anropas rekursivt, eftersom den inte Ã¤r RECURSIVEFunktion %qs vid %L kan inte ha en initierareFunktionen %qs vid %L har ingen IMPLICIT-typFunktionen %qs vid %L Ã¤r INTRINSIC men Ã¤r inte kompatibel med en inbyggdFunktionen %qs vid %L mÃ¥ste vara PUREFunktionen %qs i initieringsuttrycket vid %L mÃ¥ste vara en inbyggd funktionFunktionen %qs Ã¤r deklarerad CHARACTER(*) och fÃ¥r inte anvÃ¤ndas vid %L eftersom det inte Ã¤r ett attrappargumentFunktion %qs krÃ¤ver en argumentlista vid %CFunktion %s vid %L har ingÃ¥ngar med vektorspecifikationer som ej stÃ¤mmer Ã¶verensFunktionen â€�%sâ€� vid %L med ingÃ¥ngar som returnerar variabler av olika strÃ¤nglÃ¤ngderFunktionsnamnet %qs Ã¤r inte tillÃ¥tet vid %CFunktionsresultat %qs vid %L kan inte ha en initierareFunktionsresultat %qs vid %L har ingen IMPLICIT-typFunktionsresultatet %qs vid %L Ã¤r ogiltigt som X-argument till C_FUNLOCFunktionsresultat %qs vid %L skall inte vara en co-vektor eller ha en co-vektorkomponentFunktionsresultatet %qs Ã¤r ogiltigt i proc-mÃ¥l i procedurpekartilldelning vid %LFunktionsbÃ¶rjan justeras till denna 2-potens.Funktionsversioner kan inte markeras som gnu_inline, kropparna mÃ¥ste vara genereradeFunktioner med returvÃ¤rden mÃ¥ste sluta med retursatser.SmÃ¤lt samman vissa heltalsoperationer fÃ¶r bÃ¤ttre prestanda pÃ¥ power8.SmÃ¤lt samman vissa operationer fÃ¶r bÃ¤ttre prestanda pÃ¥ power9.SlÃ¥ samman medium/stor modellers toc-referenser med minnesinstruktionen.GCC kan inte stÃ¶dja operatorer med heltalstyper och fixdecimaltyper som har fÃ¶r mÃ¥nga heltals- och decimalbitar tillsammansGCC Ã¤r inte konfigurerat fÃ¶r att stÃ¶dja %s som ett avlastningsmÃ¥lGCC stÃ¶djer endast %u nÃ¤stade definitionsomrÃ¥denGCC-vektor skickad som referens: icke-standard ABI-utÃ¶kning utan kompatibilitetsgarantiGCC-vektor returnerad som referens: icke-standard ABI-utÃ¶kning utan kompatibilitetsgarantiGCSE avslagenGENERIC %qs vid %L kan inte Ã¥sidosÃ¤tta en specifik bindning med samma namnGENERIC %qs vid %L mÃ¥ste ha som mÃ¥l en specifik bindning, %qs Ã¤r ocksÃ¥ GENERICGENERIC vid %C mÃ¥ste vara inuti en hÃ¤rledd typs CONTAINSGENERIC-bindning vid %CGENERIC procedur %qs Ã¤r inte tillÃ¥ten som aktuellt argument vid %LGMP-version %s, MPFR-version %s, MPC-version %s, isl-version %s
! GNU C stÃ¶djer inte lÃ¤ngre -traditional utan -EGNU-utÃ¶kning:GNU Objective C stÃ¶djer inte lÃ¤ngre traditionell kompileringGOTO-sats vid %L lÃ¤mnar CRITICAL-konstruktion fÃ¶r etikett vid %LGOTO-sats vid %L lÃ¤mnar DO CONCURRENT-konstruktion fÃ¶r etikett vid %LGenerera 16-bitsinstruktioner.Generera 16-bitars i386-kod.Generera 32-bitars kod.AnvÃ¤nd 32-bitars avstÃ¥nd i hopptabeller.Generera 32-bitars i386-kod.Generera 32-bitars x86-64-kod.Generera 32Ã—16 multiplikations- och mac-instruktioner.Generera 64-bitars kod.Generera 64-bitars x86-64-kod.Generera stackramar enligt APCS.Generera ARCompact 32-bitars kod fÃ¶r processorn ARC600.Generera ARCompact 32-bitars kod fÃ¶r processorn ARC601.Generera ARCompact 32-bitars kod fÃ¶r processorn ARC700.Generera stubbar i AT&T-stil fÃ¶r Mach-O.Generera AltiVec-instruktioner med elementordning fÃ¶r rak byteordning.Generera AltiVec-instruktioner med elementordning fÃ¶r omvÃ¤nd byteordning.Generera C-huvuden fÃ¶r plattformsspecifika funktioner.Generera Cell-mikrokod.Generera DWARF-sektionerna pubnames och pubtypes med GNU-utvidgningar.Generera DWARF-sektionerna pubnames och pubtypes.Generera ELF FDPIC-kod.Generera utÃ¶kade aritmetiska instruktioner.  FÃ¶r nÃ¤rvarande stÃ¶djs endast divaw, adds, subs och sat16.Generera GFLOAT-dubbelprecisionskod.Generera H8/300H-kod.Generera H8S-kod.Generera H8S/2600-kod.Generera H8SX-kod.Generera ILP32-kod.Generera IT-block som passar fÃ¶r ARMv8.Generera LP64-kod.Generera MIPS16-kod.Generera PA1.0-kod.Generera PA1.1-kod.Generera kod fÃ¶r PA2.0 (krÃ¤ver binutils 2.10 eller senare).Generera PPC750CL:s par-singel-instruktioner.Generera SBIT-, CBIT-instruktioner.Generera SH1-kod.Generera SH2-kod.Generera SH2a-kod utan FPU.Generera SH2e-kod.Generera SH3-kod.Generera SH3e-kod.Generera SH4-kod utan FPU.Generera SH4-kod.Generera SH4-100-kod utan FPU.Generera SH4-100-kod.Generera SH4-200-kod utan FPU.Generera SH4-200-kod.Generera SH4-300-kod utan FPU.Generera SH4-300-kod.Generera SH4a-kod utan FPU.Generera SH4a-kod.Generera SH4al-dsp-kod.Generera SPE SIMD-instruktioner fÃ¶r E500.Generera VRSAVE-instruktioner nÃ¤r AltiVec-kod genereras.Generera en __mcount_loc-sektion med alla mcount- eller __fentry__-anropGenerera ett #line-direktiv som pekar pÃ¥ aktuell katalog.Generera ett anrop till abort om en noreturn-funktion returnerar.Generera en enda utgÃ¥ngspunkt fÃ¶r varje funktion.Generera kod fÃ¶r att skicka aggregerade parametrar med som mes 64-bitars justering.Generera assemblerutdatat som Ã¤r kompatibel med Renesas AS100-assembler.  Detta kan begrÃ¤nsa nÃ¥gra av kompilatorns egenskaper.  Standard Ã¤r att generera GAS-kompatibel syntax.Generera auto-inc/dec-instruktioner.Generera kod med rak byteordning.Generera kod med rak byteordning.Generera bitinstruktioner.Generera skickande av grÃ¤nser fÃ¶r anrop.Generera grÃ¤nslagringar fÃ¶r pekarskrivningar.Generera grentips fÃ¶r grenar.Generera anropsinstruktioner som indirekta anrop.Generera anropsinstruktioner som indirekta anrop, om nÃ¶dvÃ¤ndigt.Generera anropsinstruktioner som indirekta anrop.Generera anropsinstruktioner som registerindirekta anrop.Generera kontroller av alla lÃ¤sÃ¥tkomster till minnet.Generera kontroller av alla skrivÃ¥tkomster till minnet.Generera cld-instruktioner i funktionsprologenGenerera kod fÃ¶r 18-bitars adressering.Generera kod fÃ¶r 32-bitars adressering.Generera kod fÃ¶r arkitekturen CR16C.Generera kod fÃ¶r arkitekturen CR16C+ (Standard).Generera kod fÃ¶r GNU as.Generera kod fÃ¶r GNU-assembler (gas).Generera kod fÃ¶r GNU ld.Generera kod fÃ¶r GNU:s kÃ¶rtidsmiljÃ¶.Generera kod fÃ¶r kÃ¶rtidsmiljÃ¶n NeXT (Apple Mac OS X).Generera kod fÃ¶r OpenMP-avlastning: aktiverar -msoft-stack och -muniform-simt.Generera kod fÃ¶r SH4 340-serien (saknar MMU/FPU).Generera kod fÃ¶r SH4 400-serien (saknar MMU/FPU).Generera kod fÃ¶r SH4-500-serien (utan FPU).Generera kod fÃ¶r Thumb-tillstÃ¥nd.Generera kod fÃ¶r UNIX-assembler.Generera kod fÃ¶r ett 32-bitars ABI.Generera kod fÃ¶r en 5206e.Generera kod fÃ¶r en 520X.Generera kod fÃ¶r en 528x.Generera kod fÃ¶r en 5307.Generera kod fÃ¶r en 5407.Generera kod fÃ¶r ett 64-bitars ABI.Generera kod fÃ¶r en 68000.Generera kod fÃ¶r en 68010.Generera kod fÃ¶r en 68020.Generera kod fÃ¶r en 68030.Generera kod fÃ¶r en 68040, utan nÃ¥gra nya instruktioner.Generera kod fÃ¶r en 68040.Generera kod fÃ¶r en 68060, utan nÃ¥gra nya instruktioner.Generera kod fÃ¶r en 68060.Generera kod fÃ¶r en 68302.Generera kod fÃ¶r en 68332.Generera kod fÃ¶r en 68851.Generera kod fÃ¶r en ColdFire v4e.Generera kod fÃ¶r en DLL.Generera kod fÃ¶r en Fido A.Generera kod fÃ¶r en cpu32.Generera kod fÃ¶r 11/10.Generera kod fÃ¶r 11/40.Generera kod fÃ¶r 11/45.Generera kod fÃ¶r darwin laddbara kÃ¤rnutvidgningar.Generera kod fÃ¶r funktioner Ã¤ven om de Ã¤r fullstÃ¤ndigt inline:ade.Generera kod fÃ¶r en given CPU.Generera kod fÃ¶r gammal exec BSS PLT.Generera kod fÃ¶r statiska funktioner Ã¤ven om de aldrig anropas.Generera kod fÃ¶r plattformen Android.Generera kod fÃ¶r M*Core M210Generera kod fÃ¶r M*Core M340Generera kod fÃ¶r kÃ¤rnan eller laddbara kÃ¤rnutvidgningar.Generera kod fÃ¶r Ã¶vervakarlÃ¤get (standard).Generera kod fÃ¶r anvÃ¤ndarlÃ¤get.Generera kod i 32-bitars ARM-tillstÃ¥nd.Generera kod fÃ¶r rak byteordning.Generera kod fÃ¶r rak byteordning.Generera kod fÃ¶r omvÃ¤nd byteordning.Generera kod fÃ¶r omvÃ¤nd byteordning.Generera kod lÃ¤mplig fÃ¶r kÃ¶rbara program (INTE delade bibliotek).Generera kod lÃ¤mplig fÃ¶r korta felsÃ¶kningscykler.Generera kod som kan anvÃ¤ndas i dynamiska objekt i SVR4-stil.Generera kod som kan hÃ¥lla lokalt tillstÃ¥nd uniformt mellan alla filer.Generera kod som fÃ¶ljer Intel MCU psABI.Generera kod som fÃ¶ljer det angivna ABI:et.Generera kod som Ã¤r lÃ¤nkkompatibel med MIPS16- och microMIPS-kod.Generera kod som anvÃ¤nder flyttalsinstruktioner fÃ¶r 68881.Generera kod som inte kommer lÃ¤nkas mot nÃ¥gra andra delade ID-bibliotek men kan anvÃ¤ndas av ett delat bibliotek.Generera kod fÃ¶r att kontrollera grÃ¤nser fÃ¶re indexering i vektorer.Generera kod fÃ¶r att kontrollera undantagsspecifikationer.Generera kod fÃ¶r att anvÃ¤nda ej-exec PLT och GOT.Generera kod som anvÃ¤nder hÃ¥rdvaruflyttalsinstruktioner.Generera kod som anvÃ¤nder endast generella register.Generera kod med biblioteksanrop fÃ¶r flyttal.Generera kod utan GP-reg.Generera CFString-objekt vid kompileringstillfÃ¤llet.Generera komprimerade felsÃ¶kningssektioner.Generera villkorliga flyttinstruktioner.Generera cpp-definitioner fÃ¶r server-IO.Generera cpp-definitioner fÃ¶r arbetsstations-IO.Generera felsÃ¶kningsinformation i COFF-format.Generera felsÃ¶kningsinformation i DWARF v2-format (eller senare).Generera felsÃ¶kningsinformation i STABS-format.Generera felsÃ¶kningsinformation i VMS-format.Generera felsÃ¶kningsinformation i XCOFF-format.Generera felsÃ¶kningsinformation i normalt utÃ¶kat format.Generera felsÃ¶kningsinformation i standardformat.Generera felsÃ¶kningsinformation i standardversion av DWARF-formatet.Generera felsÃ¶kningsinformation i utÃ¶kat STABS-format.Generera felsÃ¶kningsinformation i utÃ¶kat XCOFF-format.Generera felsÃ¶kningsinformation i separata .dwo-filer.Generera normal dubbelprecisions SH2a-FPU-kod.Generera normal enkelprecisions SH2a-FPU-kod.Generera normal enkelprecisions SH4-kod.Generera normal enkelprecisions SH4-100-kod.Generera normal enkelprecisions SH4-200-kod.Generera normal enkelprecisions SH4-300-kod.Generera normal enkelprecisions SH4a-kod.Generera osammanhÃ¤ngande stackramar.Generera divisionsresultat sÃ¥ att resten har samma tecken som nÃ¤mnaren (inte tÃ¤ljaren).Generera snabba indirekta anrop.Generera flyttalsmatematik med den angivna instruktionsuppsÃ¤ttningen.Generera inline flyttalsdivision, optimera fÃ¶r svarstid.Generera inline flyttalsdivision, optimera fÃ¶r genomstrÃ¶mning.Generera inline heltalsdivision, optimera fÃ¶r svarstid.Generera inline heltalsdivision, optimera fÃ¶r genomstrÃ¶mning.Generera inline kvadratrot, optimera fÃ¶r svarstid.Generera inline kvadratrot, optimera fÃ¶r genomstrÃ¶mning.Generera instruktioner som stÃ¶ds av tunnskiftaren.Generera isel-instruktioner.Generera lata klassuppslagningar (via objc_getClass()) att anvÃ¤ndas i lÃ¤get Zero-Link.Generera kod med omvÃ¤nd byteordning.Generera kod med omvÃ¤nd byteordning.Generera ladda/lagra-multipla-instruktioner.Generera ladda/lagra-instruktioner med uppdatering.Generera make-beroenden och kompilera.Generera make-beroenden.Generera mcount-/__fentry__-anrop som nop:ar.  FÃ¶r att aktiveras behÃ¶ver de patchas in.Generera mul64- och mulu64-instruktioner.Generera norm-instruktion.Generera kod fÃ¶r normallÃ¤ge.Generera endast enkelprecisions SH2a-FPU-kod.Generera endast enkelprecisions SH4-kod.Generera endast enkelprecisions SH4-100-kod.Generera endast enkelprecisions SH4-200-kod.Generera endast enkelprecisions SH4-300-kod.Generera endast enkelprecisions SH4a-kod.Generera pc-relativ kod.Generera prestandautÃ¶kningsinstruktioner.Generera lÃ¥tsasmÃ¥l fÃ¶r alla huvuden.Generera pekargrÃ¤nskontroller fÃ¶r variabler med ofullstÃ¤ndig typ.Generera positionsoberoende kod fÃ¶r kÃ¶rbara program om mÃ¶jligt (stort lÃ¤ge).Generera positionsoberoende kod fÃ¶r kÃ¶rbara program om mÃ¶jligt (litet lÃ¤ge).Generera positionsoberoende kod om mÃ¶jligt (stort lÃ¤ge).Generera positionsoberoende kod om mÃ¶jligt (litet lÃ¤ge).Generera fÃ¶rhandshÃ¤mtningsinstruktioner (prefetch), om tillgÃ¤ngliga, fÃ¶r vektorer i slingor.Generera Ã¥terstartbar, PIC-kod.Generera inverser istÃ¤llet fÃ¶r divss och sqrtss.Generera typbeskrivarinformation fÃ¶r kÃ¶rtid.Generera sdata-referenser.  Detta Ã¤r standard, om man inte kompilerar fÃ¶r PIC.Generera sjÃ¤lvomlokaliserbar kod.Generera sin, cos, sqrt fÃ¶r FPU.Generera inversdivision och kvadratrot i programvara fÃ¶r bÃ¤ttre genomstrÃ¶mning.Generera speciella Objective-C-metoder fÃ¶r att initiera/destruera icke-POD-C++-ivariabler, om det behÃ¶vs.Generera strÃ¤nginstruktioner fÃ¶r blockfÃ¶rflyttningar.Generera swap-instruktion.Generera heltalsmoduloinstruktioner.Generera atomÃ¤ra minnesinstruktioner fÃ¶r quad-ord (lqarx/stqcx).Generera fyrords minnesinstruktioner (lq/stq).Generera tabeller fÃ¶r upprullning som Ã¤r exakta vid varje instruktionsgrÃ¤ns.Generera v3 push25/pop25-instruktioner.Generera vzeroupper-instruktion fÃ¶re en Ã¶vergÃ¥ng av kontrollflÃ¶det ut ur funktionen.Generisk funktion %qs vid %L Ã¤r inte konsistent med ett specifikt inbyggt grÃ¤nssnittDet generiska namnet %qs pÃ¥ funktionen %qs vid %L Ã¤r samma namn som den hÃ¤rledda typen vid %LGenerisk subrutin %qs vid %L Ã¤r inte konsistent med ett inbyggt subrutingrÃ¤nssnittGe grenar sin normalkostnad.Ge externa symboler ett inledande understrykningstecken.Globalt bindningsnamn %qs vid %L anvÃ¤nds redan som en %s vid %LGlobalt namn %qs vid %L anvÃ¤nds redan som en %s vid %LGraphite-slingoptimeringar kan inte anvÃ¤ndas (isl Ã¤r inte tillgÃ¤ngligt) (-fgraphite, -fgraphite-identity, -floop-nest-optimize, -floop-parallelize-all)Graphite-slingoptimeringar kan inte anvÃ¤ndas (isl Ã¤r inte tillgÃ¤ngligt).HjÃ¤lp lÃ¤nkaren att lÃ¤tta instruktioner.HLE_ACQUIRE anvÃ¤nds inte med ACQUIRE eller starkare minnesmodellHLE_RELEASE anvÃ¤nds inte med RELEASE eller starkare minnesmodellHSA SSA-namn definierat av en instruktion som fÃ¶rvÃ¤ntas anvÃ¤nda detHSA SSA-namn inte bland operanderna till instruktionen som fÃ¶rvÃ¤ntas anvÃ¤nda detHSA SSA-verifiering misslyckadesHSA har inte aktiverats under konfigurationenHSA-avbildsoperatorer hanteras inteHSA-instruktion anvÃ¤nder ett register men Ã¤r inte bland de noterade registeranvÃ¤ndningarnaHSA-instruktionsverifiering misslyckadesHantera atomÃ¤ra inbyggda som kan anvÃ¤ndas pÃ¥ ojusterad data genom att anropa biblioteksfunktioner.  Ã…sidosÃ¤tter -mtrap-unaligned-atomic.Styrflagga fÃ¶r schemalÃ¤ggningsmodell av automatisk fÃ¶rhandshÃ¤mtning i hÃ¥rdvara.  Antalet cykler av framfÃ¶rhÃ¥llning modellen tittar in i; vid â€�0â€� aktiveras endast heuristik fÃ¶r instruktionssortering.  Avaktiverat som standard.Hexadecimal konstant vid %C anvÃ¤nder icke-standardsyntaxHistogramvÃ¤rdesats motsvarar inte satsen den Ã¤r associerat medHollerithkonstant vid %CVÃ¤rdassocierad variabel %qs fÃ¥r inte finnas i DATA-sats vid %CHur mycket kan en given kompileringsenhet vÃ¤xa pÃ¥ grund av inline:ingen (i procent).hur mycket kan en given kompileringsenhet vÃ¤xa pÃ¥ grund av interprocedurell konstantpropagering (i procent).IBITS: Felaktig bitICE: emit_insn anvÃ¤nd dÃ¤r emit_jump_insn behÃ¶vs:
! ID fÃ¶r delat bibliotek att bygga.ID-delade bibliotek och FD-PIC-lÃ¤get inte anvÃ¤ndas tillsammansIEEE_ARITHMETIC-modul vid %CIEEE_EXCEPTIONS-modul vid %CIEEE_FEATURES-modul vid %CIF-klausul vid %L krÃ¤ver ett skalÃ¤rt LOGICAL-uttryckIF-klausulmodifierare %s vid %L passar inte fÃ¶r den aktuella OpenMP-konstruktionenIF-klausul utan modifierare vid %L anvÃ¤nd tillsammans med IF-klausuler med modifierareIMPLICIT NONE (type)-sats vid %L fÃ¶ljer en IMPLICIT-satsIMPLICIT-sats vid %C fÃ¶ljer en IMPLICIT NONE (type)-satsIMPORT NONE med specifikationslista vid %CIMPORT-sats vid %CIMPORT-sats vid %C endast tillÃ¥ten inuti en INTERFACE-kroppIMPURE-procedur vid %CINDIRECT_REF i gimple ILINQUIRE-sats vid %L fÃ¥r inte innehÃ¥lla bÃ¥de FILE- och UNIT-specificerareINQUIRE-sats vid %L krÃ¤ver en PENDING=-specificerare med ID=-specificerarenINQUIRE-sats vid %L krÃ¤ver antingen FILE- eller UNIT-specificerareINQUIRE-sats Ã¤r inte tillÃ¥ten i PURE-procedur vid %CINTEGER-uttryck i %s-klausul vid %L fÃ¥r inte vara negativtINTEGER-uttryck i %s-klausul vid %L mÃ¥ste vara positivtINTEGER-uttryck i SCHEDULE-klausulens chunk_size vid %L mÃ¥ste vara positivtINTEGER(KIND=8) Ã¤r inte tillgÃ¤nglig fÃ¶r flaggan %<-fdefault-integer-8%>INTEGER(KIND=8) Ã¤r inte tillgÃ¤nglig med flaggan %<-finteger-4-integer-8%>INTENT (%s) stÃ¥r i konflikt med INTENT(%s) vid %LINTENT Ã¤r inte tillÃ¥tet inuti BLOCK vid %CAktuellt INTENT(%s)-argument vid %L kan stÃ¶ra det aktuella argumentet vid %L.INTENT(IN) POINTER %qs i %s-klausul vid %LINTENT(IN) POINTER %qs i COPYPRIVATE-klausul vid %LINTENT(OUT)-argumentet %qs till den rena proceduren %qs vid %L fÃ¥r inte vara polymorfINTERFACE-procedur %qs vid %L har samma namn som den inneslutande procedurenIO-definition fÃ¶r %q+D behÃ¶ver en adressIOLENGTH-tagg ogiltig i INQUIRE-sats vid %CIOMSG mÃ¥ste vara en scalar-default-char-variable vid %LIOMSG-tagg vid %LISO C tillÃ¥ter inte %<%E (uttryck)%>ISO C tillÃ¥ter inte extra %<;%> utanfÃ¶r funktionerISO C tillÃ¥ter inte %<_Alignof%> anvÃ¤nt pÃ¥ en funktionstypISO C stÃ¶djer inte %<#pragma STDC FLOAT_CONST_DECIMAL64%>ISO C stÃ¶djer inte %<++%> och %<--%> pÃ¥ komplexa typerISO C stÃ¶djer inte den fÃ¶rdefinierade identifieraren %<__FUNCTION__%>ISO C stÃ¶djer inte den fÃ¶rdefinierade identifieraren %<__PRETTY_FUNCTION__%>ISO C stÃ¶djer inte typen %<__int%d%>ISO C stÃ¶djer inte %<~%> fÃ¶r komplex konjugeringISO C stÃ¶djer inte komplexa heltalstyperISO C stÃ¶djer inte decimala flyttalISO C stÃ¶djer inte fixdecimaltyperISO C stÃ¶djer inte bara %<complex%> i meningen %<double complex%>ISO C stÃ¶djer inte mÃ¤ttning av typerISO C stÃ¶djer inte typen %<_Float%d%s%>ISO C fÃ¶rbjuder %<goto *expr;%>ISO C fÃ¶rbjuder %<return%> med vÃ¤rde i funktion som returnerar voidISO C fÃ¶rbjuder tomma Ã¶versÃ¤ttningsenheterISO C fÃ¶rbjuder tilldelning mellan funktionspekare och %<void *%>ISO C fÃ¶rbjuder klammergrupper inuti uttryckISO C fÃ¶rbjuder typkonvertering av ickeskalÃ¤rer till samma typISO C fÃ¶rbjuder typkonvertering till unionstyperISO C fÃ¶rbjuder jÃ¤mfÃ¶relse mellan %<void *%> och funktionspekareISO C fÃ¶rbjuder villkorliga uttryck mellan %<void *%> och funktionspekareISO C fÃ¶rbjuder villkorliga uttryck med bara en sida voidISO C fÃ¶rbjuder const- eller volatile-funktionstyperISO C fÃ¶rbjuder konvertering av funktionspekare till objektpekartypISO C fÃ¶rbjuder konvertering av objektpekare till funktionspekartypISO C fÃ¶rbjuder tomma klamrar som initierareISO C fÃ¶rbjuder framÃ¥tdeklaration av parametrarISO C fÃ¶rbjuder framÃ¥treferenser till %<enum%>-typerISO C fÃ¶rbjuder initiering mellan funktionspekare och %<void *%>ISO C fÃ¶rbjuder etikettdeklarationerISO C fÃ¶rbjuder medlemsdeklarationer utan medlemmarISO C fÃ¶rbjuder nÃ¤stade funktionerISO C fÃ¶rbjuder utelÃ¤mnande av den mittersta termen i ett ?: uttryckISO C fÃ¶rbjuder ordningsjÃ¤mfÃ¶relse pÃ¥ pekare till funktionerISO C fÃ¶rbjuder att skicka argument %d till %qE mellan funktionspekare och %<void *%>ISO C fÃ¶rbjuder kvalificerade funktionstyperISO C fÃ¶rbjuder retur mellan funktionspekare och %<void *%>ISO C fÃ¶rbjuder specificering av intervall av element som skall initierasISO C fÃ¶rbjuder indexering av %<register%>-vektorISO C fÃ¶rbjuder vektorer med storlek nollISO C fÃ¶rbjuder vektor %qE med storlek nollISO C fÃ¶rbjuder argumentkonvertering till unionstypISO C krÃ¤ver ett namngivet argument fÃ¶re %<...%>ISO C begrÃ¤nsar upprÃ¤kningsvÃ¤rden till intervallet hos %<int%>ISO C++ 1998 stÃ¶djer inte %<long long%>ISO C++ 1998 fÃ¶rbjuder anvÃ¤ndning av %<extern%> vid explicita instansieringarISO C++ tillÃ¥ter inte %<alignof%> med annat Ã¤n en typISO C++ tillÃ¥ter inte ?: med mellersta operanden utelÃ¤mnadISO C++ tillÃ¥ter inte C99:s designerade initierareISO C++ tillÃ¥ter inte designerade initierareISO C++ tillÃ¥ter inte %<%T::%D%> att definieras som %<%T::%D%>ISO C++ tillÃ¥ter inte %<alignof%> anvÃ¤nt pÃ¥ en funktionstypISO C++ stÃ¶djer inte %<__int%d%> fÃ¶r %qsISO C++ stÃ¶djer inte lambdamallarISO C++ stÃ¶djer inte bara %<complex%> i meningen %<double complex%>ISO C++ fÃ¶rbjuder anvÃ¤ndning av %<__alignof%> pÃ¥ ett uttryck med funktionstypISO C++ fÃ¶rbjuder anvÃ¤ndning av %<sizeof%> pÃ¥ ett uttryck med funktionstypISO C++ fÃ¶rbjuder klammergrupper inuti uttryckISO C++ fÃ¶rbjuder anrop av %<::main%> inifrÃ¥n programISO C++ fÃ¶rbjuder typkonvertering till en vektortyp %qTISO C++ fÃ¶rbjuder jÃ¤mfÃ¶relse mellan pekare och heltalISO C++ fÃ¶rbjuder jÃ¤mfÃ¶relser mellan pekare av typ %<void *%> och pekare till funktionerISO C++ fÃ¶rbjuder sammansatta literalerISO C++ fÃ¶rbjuder berÃ¤knade gotoISO C++ fÃ¶rbjuder villkorliga uttryck mellan pekare av typ %<void *%> och pekare till funktionerISO C++ fÃ¶rbjuder konvertering mellan pekare av typ %<void *%> och pekare till funktionerISO C++ fÃ¶rbjuder konvertering av en strÃ¤ngkonstant till %qTISO C++ fÃ¶rbjuder deklaration av %qs utan typISO C++ fÃ¶rbjuder minskning av pekare pÃ¥ typ %qTISO C++ fÃ¶rbjuder minskning av enumISO C++ fÃ¶rbjuder tomma namnlÃ¶sa enumISO C++ fÃ¶rbjuder flexibla vektormedlemmarISO C++ fÃ¶rbjuder initiering inom klassen av icke-konstant statisk medlem %qDISO C++ fÃ¶rbjuder Ã¶kning av pekare pÃ¥ typ %qTISO C++ fÃ¶rbjuder Ã¶kning av enumISO C++ fÃ¶rbjuder initiering av medlemskonstant %qD av icke heltalstyp %qTISO C++ fÃ¶rbjuder nÃ¤stad typ %qD med samma namn som en omgivande klassISO C++ fÃ¶rbjuder uteslutande av mittersta termen i ett ?: uttryckISO C++ fÃ¶rbjuder att ta adressen till funktionen %<::main%>ISO C++ fÃ¶rbjuder att ta adressen till en bunden medlemsfunktion fÃ¶r att skapa en pekare till medlemsfunktion.  SÃ¤g %<&%T::%D%>ISO C++ fÃ¶rbjuder att ta adressen till en okvalificerad eller parentetiserad icke-statisk medlemsfunktion fÃ¶r att skapa en pekare till en medlemsfunktion.  SÃ¤g %<&%T::%D%>ISO C++ fÃ¶rbjuder anvÃ¤ndning av %qE vid explicita instansieringarISO C++ fÃ¶rbjuder nyckelordet typename i mall-mall-parameter; anvÃ¤nd -std=c++1z eller -std=gnu++1zISO C++ fÃ¶rbjuder anvÃ¤ndning av %<auto%> i en parameterdeklarationISO C++ fÃ¶rbjuder anvÃ¤ndning av en flyttalsliteral i ett konstantuttryckISO C++ fÃ¶rbjuder anvÃ¤ndning av pekare av typ %<void *%> i subtraktionISO C++ fÃ¶rbjuder anvÃ¤ndning av pekare till en funktion i subtraktionISO C++ fÃ¶rbjuder anvÃ¤ndning av pekare till en metod i subtraktionISO C++ fÃ¶rbjuder vektor med variabel lÃ¤ngdISO C++ fÃ¶rbjuder vektor %qD med variabel lÃ¤ngdISO C++ fÃ¶rbjuder vektor med storlek nollISO C++ fÃ¶rbjuder vektor %qD med storlek nollISO C++ fÃ¶rbjuder anonyma posterISO C++ fÃ¶rhindrar Ã¶verlagring av operatorn ?:ISO C++ sÃ¤ger att dessa Ã¤r tvetydiga, trots att den sÃ¤msta konverteringen fÃ¶r den fÃ¶rsta Ã¤r bÃ¤ttre Ã¤n den sÃ¤msta konverteringen fÃ¶r den andra:ISO C++1z tillÃ¥ter inte specificeraren %<register%> av  lagringsklassISO C++1z tillÃ¥ter inte dynamiska undantagsspecifikationerISO C90 stÃ¶djer inte %<[*]%>-vektordeklarerareISO C90 stÃ¶djer inte %<_Alignas%>ISO C90 stÃ¶djer inte %<_Generic%>ISO C90 stÃ¶djer inte %<_Noreturn%>ISO C90 stÃ¶djer inte %<_Static_assert%>ISO C90 stÃ¶djer inte den fÃ¶rdefinierade identifieraren %<__func__%>ISO C90 stÃ¶djer inte %<long long%>ISO C90 stÃ¶djer inte %<static%> eller typkvalificerare i parametervektordeklarerareISO C90 stÃ¶djer inte %qEISO C90 stÃ¶djer inte booleska typerISO C90 stÃ¶djer inte komplexa typerISO C90 stÃ¶djer inte flexibla vektormedlemmarISO C90 stÃ¶djer inte kvalificeraren %<_Atomic%>ISO C90 stÃ¶djer inte namnlÃ¶sa strukturer/unionerISO C90 fÃ¶rbjuder vektor %qE vars storlek inte kan berÃ¤knasISO C90 fÃ¶rbjuder vektorer vars storlek inte kan berÃ¤knasISO C90 fÃ¶rbjuder sammansatta literalerISO C90 fÃ¶rbjuder blandade deklarationer och kodISO C90 fÃ¶rbjuder specificering av underobjekt som skall initierasISO C90 fÃ¶rbjuder indexering av icke-l-vÃ¤rde-vektorISO C90 fÃ¶rbjuder vektorer med variabel lÃ¤ngdISO C90 fÃ¶rbjuder vektor %qE med variabel lÃ¤ngdISO C99 stÃ¶djer inte %<_Alignas%>ISO C99 stÃ¶djer inte %<_Generic%>ISO C99 stÃ¶djer inte %<_Noreturn%>ISO C99 stÃ¶djer inte %<_Static_assert%>ISO C99 stÃ¶djer inte %qEISO C99 stÃ¶djer inte kvalificeraren %<_Atomic%>ISO C99 stÃ¶djer inte namnlÃ¶sa strukturer/unionerISO_C_BINDING-modul vid %Cinbyggd modul ISO_FORTRAN_ENV vid %COm -ftree-vectorize anvÃ¤nds, den minimala slinggrÃ¤nsen pÃ¥ en slinga fÃ¶r att den skall Ã¶vervÃ¤gas fÃ¶r vektorisering.Om -fvariable-expansion-in-unroller Ã¤r pÃ¥, det maximala antalet gÃ¥nger som en enskild variabel kommer expanderas under slingutrullning.Om fÃ¶rsta argumentet till ATAN2 %L Ã¤r noll fÃ¥r inte andra argumentet vara nollOm antalet kandidater i mÃ¤ngden Ã¤r mindre, fÃ¶rsÃ¶ker vi alltid ta bort oanvÃ¤nda iv under deras optimering.Om schemalÃ¤ggning efter omlÃ¤sning, gÃ¶r superblockschemalÃ¤ggning.Ignorera â€�Dâ€� i kolumn ett i fix form.Ignorera dllimport fÃ¶r funktioner.Ignorerad.OtillÃ¥tet allokeringsobjekt vid %C fÃ¶r en PURE-procedurOtillÃ¥tet tecken i BOZ-konstant vid %COtillÃ¥tet id i copy_walk_reduction_argOgiltigt preprocessordirektivOgiltig referenstyp vid %L som EQUIVALENCE-objektOtillÃ¥tet steg pÃ¥ noll vid %LBildstyrsatsen %s vid %C i CRITICAL-blockBildstyrsatsen %s vid %C i DO CONCURRENT-blockBildstyrsats %s vid %C i PURE-procedurBildstyrningssats CRITICAL vid %C i DO CONCURRENT-blockBildstyrningssats CRITICAL vid %C i PURE-procedurBildstyrsatsen EVENT %s vid %C i CRITICAL-blockBildstyrsatsen EVENT %s vid %C i DO CONCURRENT-blockBildstyrsats EVENT %s vid %C i PURE-procedurBildstyrsatsen RETURN vid %C i CRITICAL-blockBildstyrsatsen RETURN vid %C i DO CONCURRENT-blockBildstyrsatsen STOP vid %C i CRITICAL-blockBildstyrsatsen STOP vid %C i DO CONCURRENT-blockBildstyrsatsen SYNC vid %C i CRITICAL-blockBildstyrsatsen SYNC vid %C i DO CONCURRENT-blockBildstyrsats SYNC vid %C i PURE-procedurBildmÃ¤ngdsargument vid %L mÃ¥ste vara ett skalÃ¤rt eller ordning-1-uttryckBildmÃ¤ngdsargument vid %L mÃ¥ste vara mellan 1 och num_images()Implementera C++17-semantik fÃ¶r Ã¤rvda konstruerare.Implementera __atomic-operationer med biblioteksanrop till Ã¤ldre __sync-funktioner.Implementera upplÃ¶sning av DR 150 fÃ¶r att matcha mall-mall-argument.Implicit deklarerad BIND(C)-funktion %qs vid %L kan inte vara C-interoperativImplicit deklarerad BIND(C)-variabel %qs vid %L fÃ¥r inte vara C-interoperativImplicit deklarerad variabel %qs vid %L fÃ¥r inte vara C-interoperativ men det Ã¤r ett attrappargument till BIND(C)-proceduren %qs vid %LImplicit typad PARAMETER %qs vid %L matchar inte en senare IMPLICIT-typImplicerad SAVE fÃ¶r modulvariabeln %qs vid %L, behÃ¶vs pÃ¥ grund av standardinitieringarVektor med antagen form vid %LI %s vid %L mÃ¥ste alla procedurerna vara FUNCTION eftersom det generiska namnet ocksÃ¥ Ã¤r namnet pÃ¥ en hÃ¤rledd typI %s vid %L mÃ¥ste procedurerna antingen alla vara SUBROUTINE eller alla vara FUNCTIONI C++ betyder nollskilt att varna fÃ¶r konverteringar som bÃ¶r undvikas frÃ¥n strÃ¤ngliteraler till â€�char *â€�.  I C, liknande varning, bortsett frÃ¥n att ISO C-standarden naturligtvis inte sÃ¤ger att konverteringen bÃ¶r undvikas.I Fortran 2003 Ã¤r COMMON %qs-block vid %L en global identifierare och mÃ¥ste sÃ¥ledes ha samma bindningsnamn som COMMON-blocket med samma namn vid %L: %s resp %sI SSA-PRE-optimering pÃ¥ trÃ¤d, aktivera eliminering av partiell-partiell redundans.I konstruerare %qsI kopieringskonstruerare %qsI destruerare %qsI funktion %qsI lambdafunktionI medlemsfunktion %qsI statisk medlemsfunktion %qsInkluderingskatalog %qs: %sInkompatibel hÃ¤rledd typ i PARAMETER vid %LInkompatibla ordningar %d och %d i tilldelning vid %LInkompatibla ordningar i %s (%d och %d) vid %LInkompatibla typer i DATA-sats vid %L, fÃ¶rsÃ¶kte med konvertering av %s till %sInkompatibel typspecifikation fÃ¶r vektorelement vid %LInkompatibel anvÃ¤ndning av TILE och COLLAPSE vid %LInkonsistenta ekvivalensregler rÃ¶rande %qs vid %L och %qs vid %LInkonsistenta ordningar fÃ¶r operator vid %%L och %%LFelaktig EH-bÃ¥ge %i->%iFelaktigt returvÃ¤rde fÃ¶r funktionÃ–ka efterfÃ¶ljden av IEEE fÃ¶r flyttalsjÃ¤mfÃ¶relser.Index i dimension %d Ã¤r utanfÃ¶r grÃ¤nsen vid %LIndikera nÃ¤rvaron av ett processor-errata.Indikera prioritet fÃ¶r r0..r3 / r12..r15 med TARGET_REGISTER_PRIORITY.StÃ¤ng av anvÃ¤ndningen av alla flyttalsinstruktioner i hÃ¥rdvara.Initieringen vid %C fÃ¥r inte fÃ¶rekomma i en PURE-procedurInitieringen vid %C Ã¤r inte fÃ¶r en pekarvariabelInitiering av allokerbar komponent vid %C Ã¤r inte tillÃ¥tetInitiering av pekare vid %C Ã¤r inte tillÃ¥tet i en PURE-procedurInitiering av variabel vid %C Ã¤r inte tillÃ¥tet i en PURE-procedurInitieringsstrÃ¤ng vid %L hÃ¶ggs av fÃ¶r att stÃ¤mma med variabeln (%d/%d)Initiera komponenter av hÃ¤rledda typvariabler i enlighet med andra init-flaggor.Initiera lokala variabler med noll (frÃ¥n g77).Initierad symbol %qs vid %C kan endast vara COMMON i BLOCK DATAInitierad variabel %qs vid %L Ã¤r i en blank COMMON men initiering ir endast tillÃ¥ten i namngivna common-blockInitierare Ã¤r inte tillÃ¥ten fÃ¶r PARAMETER %qs vid %CInitierar redan initierad variabel vid %CSkjut in friend-funktioner i omgivande namnrymd.Inline:a __atomic-operationer nÃ¤r en lÃ¥sningsfri instruktionssekvens Ã¤r tillgÃ¤nglig.Inline:a alla kÃ¤nda strÃ¤ngoperationer.Inline:a konstanter om det kan gÃ¶ras pÃ¥ 2 instruktioner eller mindre.Inline:a memset/memcpy-strÃ¤ngoperationer, men anvÃ¤nd inline-versionen endast fÃ¶r smÃ¥ block.Inline:a rekursivt endast nÃ¤r sannolikheten fÃ¶r att ett anrop skall gÃ¶ras Ã¶verskrider parametern.LÃ¤gg in bÃ¥gbaserad programprofileringskod.LÃ¤gg in kod fÃ¶r att profilera vÃ¤rden av uttryck.LÃ¤gg in hbrp-instruktioner efter grenmÃ¥l med tips fÃ¶r att undvika problemet med hÃ¤ngd SPU.Skjut in nop:ar nÃ¤r det kan fÃ¶rbÃ¤ttra prestanda genom att tillÃ¥ta dubbel utgivning (standard).LÃ¤gg in stackkontrollkod i programmet.  Samma som -fstack-check=specific.Instruktionsadresser sÃ¤tts inte efter shorten_branchesInstrumentera funktionsingÃ¥ng och -utgÃ¥ng med profileringsanrop.Instrumentera endast funktioner markerade med attributet bnd_instrument.Instrumenteringsklonen refererar inte originalnodenInstrumenteringssnutten har fel anropande bÃ¥geInstrumenterad not har felaktig originaldeklarationHeltalsdivision avhuggen till konstanten %qs vid %LHeltalsuttryck krÃ¤vs vid %CHeltals-id (N) fÃ¶r anpassad instruktion fabsd.Heltals-id (N) fÃ¶r anpassad instruktion fabss.Heltals-id (N) fÃ¶r anpassad instruktion faddd.Heltals-id (N) fÃ¶r anpassad instruktion fadds.Heltals-id (N) fÃ¶r anpassad instruktion fatand.Heltals-id (N) fÃ¶r anpassad instruktion fatans.Heltals-id (N) fÃ¶r anpassad instruktion fcmpeqd.Heltals-id (N) fÃ¶r anpassad instruktion fcmpeqs.Heltals-id (N) fÃ¶r anpassad instruktion fcmpged.Heltals-id (N) fÃ¶r anpassad instruktion fcmpges.Heltals-id (N) fÃ¶r anpassad instruktion fcmpgtd.Heltals-id (N) fÃ¶r anpassad instruktion fcmpgts.Heltals-id (N) fÃ¶r anpassad instruktion fcmpled.Heltals-id (N) fÃ¶r anpassad instruktion fcmples.Heltals-id (N) fÃ¶r anpassad instruktion fcmpltd.Heltals-id (N) fÃ¶r anpassad instruktion fcmplts.Heltals-id (N) fÃ¶r anpassad instruktion fcmpned.Heltals-id (N) fÃ¶r anpassad instruktion fcmpnes.Heltals-id (N) fÃ¶r anpassad instruktion fcosd.Heltals-id (N) fÃ¶r anpassad instruktion fcoss.Heltals-id (N) fÃ¶r anpassad instruktion fdivd.Heltals-id (N) fÃ¶r anpassad instruktion fdivs.Heltals-id (N) fÃ¶r anpassad instruktion fexpd.Heltals-id (N) fÃ¶r anpassad instruktion fexps.Heltals-id (N) fÃ¶r anpassad instruktion fextsd.Heltals-id (N) fÃ¶r anpassad instruktion fixdi.Heltals-id (N) fÃ¶r anpassad instruktion fixdu.Heltals-id (N) fÃ¶r anpassad instruktion fixsi.Heltals-id (N) fÃ¶r anpassad instruktion fixsu.Heltals-id (N) fÃ¶r anpassad instruktion floatid.Heltals-id (N) fÃ¶r anpassad instruktion floatis.Heltals-id (N) fÃ¶r anpassad instruktion floatud.Heltals-id (N) fÃ¶r anpassad instruktion floatus.Heltals-id (N) fÃ¶r anpassad instruktion flogd.Heltals-id (N) fÃ¶r anpassad instruktion flogs.Heltals-id (N) fÃ¶r anpassad instruktion fmaxd.Heltals-id (N) fÃ¶r anpassad instruktion fmaxs.Heltals-id (N) fÃ¶r anpassad instruktion fmind.Heltals-id (N) fÃ¶r anpassad instruktion fmins.Heltals-id (N) fÃ¶r anpassad instruktion fmuld.Heltals-id (N) fÃ¶r anpassad instruktion fmuls.Heltals-id (N) fÃ¶r anpassad instruktion fnegd.Heltals-id (N) fÃ¶r anpassad instruktion fnegs.Heltals-id (N) fÃ¶r anpassad instruktion frdxhi.Heltals-id (N) fÃ¶r anpassad instruktion frdxlo.Heltals-id (N) fÃ¶r anpassad instruktion frdy.Heltals-id (N) fÃ¶r anpassad instruktion fsind.Heltals-id (N) fÃ¶r anpassad instruktion fsins.Heltals-id (N) fÃ¶r anpassad instruktion fsqrtd.Heltals-id (N) fÃ¶r anpassad instruktion fsqrts.Heltals-id (N) fÃ¶r anpassad instruktion fsubd.Heltals-id (N) fÃ¶r anpassad instruktion fsubs.Heltals-id (N) fÃ¶r anpassad instruktion ftand.Heltals-id (N) fÃ¶r anpassad instruktion ftans.Heltals-id (N) fÃ¶r anpassad instruktion ftruncds.Heltals-id (N) fÃ¶r anpassad instruktion fwrx.Heltals-id (N) fÃ¶r anpassad instruktion fwry.Heltals-id (N) fÃ¶r anpassad instruktion round.Heltalssort %d vid %C inte tillgÃ¤ngligHeltal utanfÃ¶r symmetriskt intervall implicerat av Standard Fortran vid %LHeltal utanfÃ¶r symmetriskt intervall implicerat av Standard Fortran vid konvertering av %s till %s vid %LHeltalsspillHeltalsspill vid berÃ¤kning av mÃ¤ngden minne att allokeraFÃ¶r stort heltal fÃ¶r heltalssort %i vid %CHeltal fÃ¶r stort fÃ¶r sin sort vid %C.  Denna kontroll kan avaktiveras med flaggan -fno-range-checkFÃ¶r stort heltal vid %CFÃ¶r stort heltalsvÃ¤rde i uttryck vid %CIntegrera funktioner i deras anropare nÃ¤r det Ã¤r klart att kodstorleken inte vÃ¤xer.Integrera funktioner deklarerade â€�inlineâ€� i deras anropare nÃ¤r det lÃ¶nar sig.Integrera funktioner som endast behÃ¶vs av deras enda anropare.Intel MCU psABI stÃ¶djs inte i %s-lÃ¤geIntel MPX stÃ¶djer inte x32GrÃ¤nssnitt %qs vid %L, Ã¤r deklarerat i en senare PROCEDURE-satsGrÃ¤nssnitt %qs vid %L kan inte vara en satsfunktionGrÃ¤nssnitt %qs vid %L kan inte vara generisktGrÃ¤nssnitt %qs vid %L mÃ¥ste vara explicitGrÃ¤nssnittet stÃ¤mmer inte fÃ¶r procedurpekarkomponenten %qs i postkonstruerare vid %L: %sGrÃ¤nssnitt stÃ¤mmer inte Ã¶verens i attrapprocedur %qs vid %L: %sGrÃ¤nssnitten stÃ¤mmer inte Ã¶verens i procedurpekartilldelning vid %L: %sGrÃ¤nssnitt mÃ¥ste anges fÃ¶r DEFERRED bindning vid %CGrÃ¤nssnittsnamn fÃ¶rvÃ¤ntades efter %<(%> vid %CInternt kompilatorfel: Felhanteringsrutiner Ã¥teranropade.
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Intern fil vid %L med namnlistaIntern procedur %qs i %s vid %LIntern procedur %qs Ã¤r ogiltigt i procedurpekartilldelning vid %LDen interna proceduren %qs anvÃ¤nds som aktuellt argument vid %LIntern enhet med vektorindex vid %LTolka en INTEGER(4) som en INTEGER(8).Tolka en REAL(4) som en REAL(10).Tolka en REAL(4) som en REAL(16).Tolka en REAL(4) som en REAL(8).Tolka en REAL(8) som en REAL(10).Tolka en REAL(8) som en REAL(16).Tolka en REAL(8) som en REAL(4).Tolka imaginÃ¤ra, flyttals-, eller andra gnu-suffix pÃ¥ tal som motsvarande talkonstant snarare Ã¤n en anvÃ¤ndardefinierad talkonstantVÃ¤xla mellan bokstavliga pooler och kod i textsektionen.Inbyggd %qs (Ã¤r %s) anvÃ¤nds vid %LInbyggd %qs vid %L kan inte ha en initierareInbyggd %qs vid %L Ã¤r ogiltigt i procedurpekartilldelningInbyggd %qs vid %L fÃ¥r inte vara ett aktuellt argumentInbyggd %qs vid %L mÃ¥ste ha Ã¥tminstone tvÃ¥ argumentInbyggd TRANSFER vid %L har delvis odefinierat resultat: kÃ¤llstorlek %ld < resultatstorlek %ldInbyggd funktion %qs (%d) kÃ¤nns inte igenInbyggd funktion %qs vid %L Ã¤r inte tillÃ¥ten i ett initieringsuttryckInbyggd funktion %s vid %L Ã¤r inte tillÃ¥ten fÃ¶r CO_REDUCEDen inbyggda funktionen NULL vid %L kan inte vara ett aktuellt argument till STORATE_SIZE, eftersom den returnerar en disassocierad pekareInbyggd operator %qs refererad frÃ¥n %L finns inte i modulen %qsGrÃ¤nssnitt fÃ¶r inbyggd operator vid %L mÃ¥ste vara en FUNCTIONDen inbyggda proceduren %qs Ã¤r inte tillÃ¥ten i PROCEDURE-sats vid %LDen inbyggda proceduren vid %L kan inte vara en MODULE PROCEDUREInbyggd subrutin %qs vid %L fÃ¥r inte ha en typspecificerareOgiltig C-identifierare i NAME=-specificerare vid %COgiltig Hollerithkonstant vid %L innehÃ¥ller ett brett teckenOgiltig Hollerithkonstant: %L mÃ¥ste innehÃ¥lla Ã¥tminstone ett teckenOgiltig Hollerithkonstant: Heltalssort vid %L borde vara standardOgiltig KIND-parameter %s vid %LOgiltig NULL vid %LOgiltiga inbyggda argumentOgiltigt tecken %<$%> vid %L.  AnvÃ¤nd %<-fdollar-ok%> fÃ¶r att tillÃ¥ta det som en utÃ¶kningFelaktigt tecken i namn vid %COgiltig co-dimension %d vid %C, endast %d co-dimensioner finnsOgiltigt sammanhang fÃ¶r inbyggd NULL () vid %LOgiltigt sammanhang fÃ¶r NULL()-pekare vid %%LOgiltig exponentbokstav %<q%> i reell literal konstant vid %COgiltigt uttryck i gfc_element_size.Felaktigt uttryck i gfc_target_encode_expr.Felaktigt uttryck i gfc_target_interpret_expr.Ogiltigt uttryck i postkonstrueraren fÃ¶r pekarkomponent %qs vidl %L i PURE-procedurOgiltig form pÃ¥ PROGRAM-sats vid %COgiltig form av WRITE-sats vid %L, UNIT krÃ¤vsFelaktig form av vektorreferens vid %CFelaktig form av co-vektorreferens vid %COgiltigt bildnummer %d i SYNC IMAGESOgiltigt initieringsuttryck fÃ¶r ALLOCATABLE-komponent %qs i postkonstrueraren vid %LOgiltig initierare %s pÃ¥ DATA-sats vid %COgiltig sort %d fÃ¶r CHARACTER-konstant vid %COgiltig sort pÃ¥ %s vid %LFelaktig gammaldags initiering av hÃ¤rledd typkomponent vid %CFelaktig operator fÃ¶r !$OMP DECLARE REDUCTION %s vid %LOgiltigt procedurargument vid %LOgiltig procedurpekartilldelning vid %LOgiltigt intervall %s i flaggan %sOgiltig reell sort %d vid %COgiltig standardkod fÃ¶r inbyggd %qs (%d)Ogiltig typspecifikation vid %COgiltigt vÃ¤rde fÃ¶r %s-specifikation vid %CGe varningar som krÃ¤vs fÃ¶r att strikt fÃ¶lja standarden.Iteratorsteg vid %L kan inte vara nollHoppmÃ¥l justeras till denna 2-potens.SkrÃ¤p efter ASSOCIATE-sats vid %CSkrÃ¤p efter CALL vid %CSkrÃ¤p efter GENERIC-bindning vid %CSkrÃ¤p efter MAP-sats vid %CSkrÃ¤p efter UNION-sats vid %CSkrÃ¤p efter icke nÃ¤stad STRUCTURE-sats vid %CGenerera bara upprullningstabeller fÃ¶r undantagshantering.AnvÃ¤nd bara icc0/fcc0.KIND-parametern till â€�%sâ€� vid %L mÃ¥ste vara ett initieringsuttryckNyckelordet %qs vid %C har redan fÃ¶rekommit i den aktuella argumentlistanNyckelordsargumentet %qs vid %L Ã¤r redan associerat med ett annat aktuellt argumentNyckelordsargument %qs vid %L finns inte i procedurenNyckelordsargument krÃ¤ver explicit grÃ¤nssnitt fÃ¶r proceduren %qs vid %LNyckelordsargument krÃ¤ver explicit grÃ¤nssnitt fÃ¶r procedurpekarkomponent %qs vid %LSorten %d stÃ¶djs inte fÃ¶r typen CHARACTER vid %CSorten %d stÃ¶djs inte fÃ¶r typen %s vid %CSorttypparameter fÃ¶r enheten vid %L skiljer sig frÃ¥n sorttypparametern i typspecifikationenKÃ¤nda AArch64-ABI:er (att anvÃ¤ndas med flaggan -mabi=):KÃ¤nda ABI:er (att anvÃ¤ndas med flaggan -mabi=):KÃ¤nda ARC-CPU:er (att anvÃ¤ndas med flaggan -mcpu=):KÃ¤nda ARM ABI:er (att anvÃ¤ndas med flaggan -mabi=):KÃ¤nda ARM CPU:er (att anvÃ¤ndas med flaggorna -mcpu= och -mtune=):KÃ¤nda ARM FPU:er (att anvÃ¤ndas med flaggan -mfpu=):KÃ¤nda ARM-arkitekturer (att anvÃ¤ndas med flaggan -march=):KÃ¤nda C6X ISA:er (att anvÃ¤ndas med flaggan -march=):KÃ¤nda CPU:er (att anvÃ¤ndas med flaggorna -mcpu= och -mtune=):KÃ¤nda FR-V-CPU:er (att anvÃ¤ndas med flaggan -mcpu=):KÃ¤nda IQ2000 CPU:er (att anvÃ¤ndas med flaggan -mcpu=):KÃ¤nda Itanium-CPU:er (att anvÃ¤ndas med flaggan -mtune=):KÃ¤nda M68K-CPU:er (att anvÃ¤ndas med flaggan -mcpu=):KÃ¤nda M68K-ISA:er (att anvÃ¤ndas med flaggan -march=):KÃ¤nda M68K-mikroarkitekturer (att anvÃ¤ndas med flaggan -mtune=):KÃ¤nda MIPS ABI:er (att anvÃ¤ndas med flaggan -mabi=):KÃ¤nda MIPS CPU:er (att anvÃ¤ndas med flaggorna -march= och -mtune=):KÃ¤nda MIPS IEEE 754-instÃ¤llningar (att anvÃ¤ndas med flaggorna -mabs= och -mnan=):KÃ¤nda MIPS ISA-nivÃ¥er (att anvÃ¤ndas med flaggan -mips):KÃ¤nda TILE-Gx-CPU:er (att anvÃ¤ndas med flaggan -mcpu=):KÃ¤nda TILEPro-CPU:er (att anvÃ¤ndas med flaggan -mcpu=):KÃ¤nda TLS-dialekter (att anvÃ¤ndas med flaggan -mtls-dialect=):KÃ¤nda __fp16-format (att anvÃ¤ndas med flaggan -mfp16-format=):KÃ¤nda adresslÃ¤gen (att anvÃ¤ndas med flaggan -maddress-mode=):KÃ¤nda arkitekturtyper (att anvÃ¤ndas med flaggan -march=):KÃ¤nda assemblerdialekter (att anvÃ¤ndas med flaggan -masm=):KÃ¤nda cmodel-typer (att anvÃ¤ndas med flaggan -mcmodel=):KÃ¤nda kodmodeller (att anvÃ¤ndas med flaggan -mcmodel=):KÃ¤nda val av datajustering (att anvÃ¤ndas med flaggan -malign-data=):KÃ¤nda flyttals-ABI:er (att anvÃ¤ndas med flaggan -mfloat-abi=):KÃ¤nda stackskyddsvakter (att anvÃ¤ndas med flaggan -mstack-protector-guard=):KÃ¤nda ABI:er till vektoriseringsbibliotek (att anvÃ¤ndas med flaggan -mveclibabi=):L%d-cachelatens okÃ¤nd fÃ¶r %sLEXER_DEBUGGING_ENABLED_P Ã¤r inte satt till trueLHS i noreturn-anropLINEAR-klausulmodifierare anvÃ¤nd pÃ¥ DO- eller SIMD-konstruktion vid %LLINEAR-klausul angiven tillsammans med ORDERED-klausul med ett argument vid %LLINEAR-attrappargument %qs med VALUE-attribut med %s-modifierare vid %LLINEAR-variabel %qs mÃ¥ste vara INTEGER vid %LLOCK-sats vid %CLOCK_EVENT i variabeldefinitionssammanhang (%s) vid %LLOCK_TYPE i variabeldefinitionssammanhang (%s) vid %LLOGICAL-attrappargumentet %qs vid %L med icke-C_Bool-sort i BIND(C)-proceduren %qsLOGICAL-operander krÃ¤vs i uttryck vid %LLOGICAL-resultatvariabeln %qs vid %L med icke-C_Bool-sort i BIND(C)-proceduren %qsLTO-stÃ¶d har inte aktiverats i denna konfigurationEtiketten %d vid %C Ã¤r redan refererad som en formatetikettEtikett %d vid %C Ã¤r redan refererad som ett grenmÃ¥lEtikett %d vid %C anvÃ¤ndes tidigare som en FORMAT-etikettEtikett %d vid %C anvÃ¤ndes tidigare som ett grenmÃ¥lEtiketten %d vid %L Ã¤r definierad men kan inte anvÃ¤ndasEtiketten %d vid %L Ã¤r definierad men inte anvÃ¤ndEtikett %d som refereras vid %L Ã¤r aldrig definieradEtiketten %qs vid %C stÃ¤mmer inte med IF-etikett %qsEtiketten %qs vid %C stÃ¤mmer inte med WHERE-etikett %qsEtiketten vid %L Ã¤r inte i samma block som GOTO-satsen vid %LEtikettnamnet %qs vid %C Ã¤r tvetydigtVÃ¤nsterparentes krÃ¤vs efter %<*%>Ã„ldre utÃ¶kning:Tecknet %qc har redan en IMPLICIT-typ vid %CTecknet %qc redan satt i IMPLICIT-sats vid %CBokstÃ¤ver mÃ¥ste vara i alfabetisk ordning i IMPLICIT-sats vid %CNivÃ¥ av pratsamhet om hsa-felsÃ¶kningslagringarLyft restriktioner pÃ¥ GOT-storlek.Som -M men ignorera systemhuvudfiler.Som -MD men ignorera systemhuvudfiler.Som -pedantic men ange dem som fel.GrÃ¤nsen pÃ¥ %d fortsÃ¤ttningar Ã¶verskrids i sats vid %CRad avhuggen vid %LKÃ¶rda rader:%s av %d
  LÃ¤nka med kod fÃ¶r en __main-kÃ¤rna.LÃ¤nka fÃ¶r att skapa program i ELF-format (snarare Ã¤n mmo).LÃ¤nka med HAL BSP.LÃ¤nka med en begrÃ¤nsad version av C-biblioteket.LÃ¤nka med libads.a, libc.a och crt0.o.LÃ¤nka med libc.a och libdebug.a.LÃ¤nka med libc.a och libsim.a.LÃ¤nka med libmvme.a, libc.a och crt0.o.LÃ¤nka med libsim.a, libc.a och sim-crt0.o.LÃ¤nka med libyk.a, libc.a och crt0.o.LÃ¤nka med de snabba flyttalsbiblioteken.LÃ¤nka med biblioteken library-pic.Optimeringar vid lÃ¤nktillfÃ¤llet med flera parallella jobb eller jobbserver.Lista alla tillgÃ¤ngliga felsÃ¶kningsrÃ¤knare med deras grÃ¤nser och vÃ¤rden.Lokal deklaration frÃ¥n en annan funktionLÃ¥svariabel vid %L mÃ¥ste vara en skalÃ¤r av typen LOCK_TYPELogiskt SELECT CASE-block vid %L har mer Ã¤n tvÃ¥ fallLogiskt intervall CASE-sats vid %L Ã¤r inte tillÃ¥tetLogiska vid %%L mÃ¥ste jÃ¤mfÃ¶ras med %s istÃ¤llet fÃ¶r %sSÃ¶k efter och anvÃ¤nd PCH-filer Ã¤ven vid preprocessning.SÃ¶ker efter mÃ¶jligheter att minska stackjusteringar och stackreferenser.Loop-kod justeras till denna 2-potens.Slingan itererar oÃ¤ndligtSlinga parallelliserad Ã¶ver gang Ã¤r inte tillÃ¥ten inuti en annan slinga parallelliserad Ã¶ver gang vid %LSlinga parallelliserad Ã¶ver gang Ã¤r inte tillÃ¥ten inuti en slinga parallelliserad Ã¶ver worker vid %LSlinga parallelliserad Ã¶ver vektorer Ã¤r inte tillÃ¥ten inuti en annan slinga parallelliserad Ã¶ver vektorer vid %LSlinga parallelliserad Ã¶ver worker Ã¤r inte tillÃ¥ten inuti en annan slinga parallelliserad Ã¶ver vektorer vid %LSlinga parallelliserad Ã¶ver worker Ã¤r inte tillÃ¥ten inuti en annan slinga parallelliserad Ã¶ver worker vid %LSlingvariabelSlingvariabel vid %C fÃ¥r inte vara en co-vektorSlingvariabel vid %C fÃ¥r inte vara en subkomponentSlingvariabel vid %C fÃ¥r inte vara en vektorSlingvariabel har modifieratsSlingor som itererar Ã¥tminstone det valda antalet gÃ¥nger kommer att fÃ¥ slingjustering.Undre vektorreferens vid %L Ã¤r utanfÃ¶r grÃ¤nsen (%ld < %ld) i dimension %dUndre vektorreferens vid %L Ã¤r utanfÃ¶r grÃ¤nsen (%ld > %ld) i dimension %dUndre grÃ¤ns mÃ¥ste finnas vid %LMCU â€�%sâ€� har inte stÃ¶d fÃ¶r hÃ¥rdvarumultiplikation, men -mhwmult Ã¤r satt till %sMCU â€�%sâ€� stÃ¶djer %s-ISA men -mcpu-flaggan Ã¤r satt till %sMCU â€�%sâ€� stÃ¶djer %s-hÃ¥rdvarumultiplikation, men -mhwmult Ã¤r satt till 16-bitarsMCU â€�%sâ€� stÃ¶djer %s-hÃ¥rdvarumultiplikation, men -mhwmult Ã¤r satt till 32-bitarsMCU â€�%sâ€� stÃ¶djer %s-hÃ¥rdvarumultiplikation, men -mhwmult Ã¤r satt till f5seriesMIPS16 -mxgot-kodMIPS16 PIC fÃ¶r andra ABI:er Ã¤n o32 och o64MMIX internt: %s Ã¤r inte ett heltal som kan skiftasMMIX internt: Felaktigt register: %dMMIX-internt: Felaktigt vÃ¤rde fÃ¶r â€�mâ€�, inte en CONST_INTMMIX-internt: Kan inte avkoda denna operandMMIX-internt: FÃ¶rvÃ¤ntade en CONST_INT, inte dettaMMIX-internt: FÃ¶rvÃ¤ntade en konstant, inte dettaMMIX-internt: FÃ¶rvÃ¤ntade ett register, inte dettaMMIX-internt: Sista namngivna vararg skulle inte fÃ¥ plats i ett registerMMIX internt: Fallet %qc saknas i mmix_print_operandMMIX-internt: Detta Ã¤r inte en konstant:MMIX-internt: Detta Ã¤r inte en kÃ¤nd adressMMIX-internt: FÃ¶rsÃ¶ker mata ut felaktigt omvÃ¤nt villkor:MMIX-internt: Vad Ã¤r CC:t fÃ¶r detta?MMIX-internt: Vad Ã¤r CC:t fÃ¶r detta?MMX-vektorargument utan MMX aktiverat Ã¤ndrar ABI:etMMX-vektorretur utan MMX aktiverat Ã¤ndrar ABI:etMODIFY_EXPR fÃ¶rvÃ¤ntades inte nÃ¤r man har tuplerMODULE PROCEDURE vid %C mÃ¥ste vara i ett generiskt modulgrÃ¤nssnittMODULE PROCEDURE-deklaration vid %CMODULE-prefix vid %CMOLD-argumentet till NULL krÃ¤vs vid %LMOLD-tagg vid %LMOLD-taggen vid %L stÃ¥r i konflikt med SOURCE-taggen vid %LMOLD-taggen vid %L stÃ¥r i konflikt med typspecifikationen vid %LMOLD= krÃ¤vs i NULL()-argument vid %L: Tvetydighet mellan de specifika funktionerna %s och %sMSA MIPS16-kodMSP430 inbyggda funktioner fungerar endast inuti avbrottshanterareMULT-fall i cris_op_strMagnituden pÃ¥ andra argumentet till %s Ã¶verskrider bitstorleken vid %LMagnituden pÃ¥ andra argumentet till ISHFTC Ã¶verskrider BIT_SIZE av fÃ¶rsta argumentet vid %CHuvudvariant Ã¤r inte definieradHÃ¥ll med bakÃ¥tkedjepekare.LÃ¥t â€�charâ€� ha tecken som standard.GÃ¶r â€�charâ€� teckenlÃ¶st som standard.GÃ¶r heltal 32 bitar stora.GÃ¶r poster en multipel av 4 byte (varning: ABI:et Ã¤ndras).SÃ¤kerstÃ¤ll att laddningar och lagringar inte flyttas fÃ¶rbi DMA-instruktioner.GÃ¶r sÃ¥ att lÃ¤nkarens lÃ¤ttnadsmaskin antar att programrÃ¤knaren slÃ¥r runt.Felformad GENERIC-sats vid %CMalloc-data till P2-utrymmet.Ã–versÃ¤tt ett katalognamn till ett annat i felsÃ¶kningsinformation.Markera MAC-register som anropsÃ¶verskrivna.MÃ¤rk __tls_get_addr-anrop med argumentinformation.Markera alla slingor som parallella.Markerar alla inline:ade funktioner och metoder att ha dold synlighet.Maximalt antal grundblock i slinga-fÃ¶r-slinga-invarianta fÃ¶rflyttningar.Maximalt slingantal fÃ¶r regional RA.Maximal storlek pÃ¥ konflikttabell i MB.Maximalt antal genererade omladdningsinstruktioner per instruktion uppnÃ¥tt (%d)
  Maximalt rekursionsdjup fÃ¶r att expandera variabelspÃ¥rningsuttryck.Maximal storlek pÃ¥ loc-listan fÃ¶r vilken omvÃ¤nda operationer skall lÃ¤ggas till.Max storlek pÃ¥ hashtabell fÃ¶r variabelspÃ¥rning.Maximal kodtillvÃ¤xt orsakad av svansduplicering (i procent).Maximal uppskattad Ã¶kning av funktionskropp orsakad av tidigare inline:ing av enkla anrop.Maximala uppskattade sannolikheten fÃ¶r en gren fÃ¶r att anses fÃ¶rutsÃ¤gbar.Maximal pÃ¥ grund av inline:ing av stora funktioner (i procent).Maximal storlek pÃ¥ en partition fÃ¶r LTO (i uppskattade instruktioner).Maximal storleksÃ¶kning pÃ¥ stackram pÃ¥ grund av inline:ing (i procent).StÃ¶rsta tillÃ¥tna storleksÃ¶kning fÃ¶r nya parametrar som ipa-sra ersÃ¤tter en pekare till ett aggregat med.Maximalt antal iterationer fÃ¶r passet Ã¶ver en funktion.Maximalt antal liknande gb att jÃ¤mfÃ¶ra ett gb med.Maximalt djup pÃ¥ sÃ¶kningen i dominanstrÃ¤d fÃ¶r uttryck att hissa upp.Maximalt djup av sqrt-kedjor att anvÃ¤nda vid syntetisering av exponentiering av en reell konstant.Maximal utÃ¶kningsnivÃ¥ nÃ¥dd med typen %qs vid %LMaximal lÃ¤ngd pÃ¥ kandidatskanningar efter rÃ¤tlinjiga styrkereduktioner.Maximal lÃ¤ngd pÃ¥ partiell fÃ¶rvÃ¤ntansmÃ¤ngd nÃ¤r fÃ¶roptimeringar pÃ¥ trÃ¤d gÃ¶rs.Maximalt antal LRA-tilldelningspass uppnÃ¥tt (%d)
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Maximalt antal aktiva lokala lagringar i RTL vid eliminering av dÃ¶da lagringar.Maximalt antal av sammansatta innehÃ¥llsposter fÃ¶r en parameter i hoppfunktioner och gitter.Maximalt antal argument en PHI kan ha fÃ¶re FSM-trÃ¥daren kommer fÃ¶rsÃ¶ka trÃ¥da igenom dess block.Maximalt antal argument i en PHI som stÃ¶djs av TREE if-konvertering om inte slingan Ã¤r mÃ¤rked med simd-pragma.Maximalt antal fÃ¶rsÃ¤kranden att lÃ¤gga till lÃ¤ngs standardbÃ¥gen i en switch-sats under VRPMaximalt antal grundblock i en Ã¤ndlig tillstÃ¥ndsmaskins hopptrÃ¥dsvÃ¤gar.Maximalt antal villkorliga lagringspar som kan sÃ¤nkas.Maximalt antal datareferenser i en slinga fÃ¶r att bygga slingdataberoenden.Maximalt antal upplÃ¶sningar av tvetydigheter att utfÃ¶ra per minnesÃ¥tkomst.Maximalt antal fÃ¤lt i en post fÃ¶re pekaranalys behandlar posten som en enda variabel.Det maximala antalet instruktioner i grundblock att beaktas fÃ¶r RTL if-konvertering.Det maximala antalet instruktioner i grundblock fÃ¶r beaktas fÃ¶r SLP-vektorisering.Det maximala antalet instruktioner i redolistan som betraktas som valbara fÃ¶r namnÃ¤ndring.Maximalt antal instruktioner att kopiera vid duplicering av block pÃ¥ hopptrÃ¥dvÃ¤gen fÃ¶r en Ã¤ndlig tillstÃ¥ndsmaskin.Maximalt antal av may-defs som besÃ¶ks vid spekulativ avvirtualiseringDet maximala antalet namnrymder att sÃ¶ka i fÃ¶r alternativ nÃ¤r namnuppslagning misslyckas.Det maximala antalet nÃ¤stade anrop att sÃ¶ka i efter styrberoenden under analys av oinitierade variabler.Det maximala antalet nya hopptrÃ¥dvÃ¤gar att skapa fÃ¶r en Ã¤ndlig tillstÃ¥ndsmaskin.Det maximala antalet nop-instruktioner att skjuta in fÃ¶r ett tips (standard 2).Maximalt antal satser som tillÃ¥ts i ett block som behÃ¶ver dubbleras nÃ¤r hopp trÃ¥das.Maximalt antal satser som kommer besÃ¶kas av IPA-formatparameteranalysen baserat pÃ¥ aliasanalys i varje given funktion.Maximalt antal satser som skall inkluderas i en enskild statisk konstruerare genererad av pekargrÃ¤nskontrolleraren.Maximalt antal strÃ¤ngar fÃ¶r vilket strlen-optimeringspasset kommer fÃ¶lja strÃ¤nglÃ¤ngder.Maximalt antal gÃ¥nger som en instruktion kan schemalÃ¤ggas.Maximal tillÃ¥ten kostnad fÃ¶r sekvensen som skulle genererats av RTL if-konverteringspasset fÃ¶r en gren som betraktas som fÃ¶rutsÃ¤gbar.Maximal tillÃ¥ten kostnad fÃ¶r sekvensen som skulle genererats av RTL if-konverteringspasset fÃ¶r en gren som betraktas som ofÃ¶rutsÃ¤gbar.Maximala sannolikheten fÃ¶r ingÃ¥ng i GB av delad region (i procent i fÃ¶rhÃ¥llande till ingÃ¥ng i GB av funktionen) fÃ¶r att partiell inlining skall ske.Maximalt tillÃ¥tet rekursionsdjup nÃ¤r en egenskap efterfrÃ¥gas frÃ¥n ett SSA-namn.Maximalt storlek (i byte) pÃ¥ objekt spÃ¥rade per byte elimineringen av dÃ¶da lagringar.Maximal storlek i byta pÃ¥ konstanta vÃ¤rden som tillÃ¥ts som operander.Maximal storlek pÃ¥ en SCC fÃ¶re SCCVN slutar bearbeta en funktion.Maximal storlek fÃ¶r en lista pÃ¥ vÃ¤rden associerad med varje parameter fÃ¶r konstantpropagering mellan procedurer.Maximal storlek pÃ¥ globala och statiska variabler som kan placeras i den lilla dataarean.Maximal storlek, i lagringsenheter, av ett aggregat som skall Ã¶vervÃ¤gas fÃ¶r skalÃ¤risering vid kompilering fÃ¶r storlek.Maximal storlek, i lagringsenheter, av ett aggregat som skall Ã¶vervÃ¤gas fÃ¶r skalÃ¤risering vid kompilering fÃ¶r hastighet.Maximal delpostlÃ¤ngd fÃ¥r inte Ã¶verstiga %dMaximal stÃ¶dd identifierarlÃ¤ngd Ã¤r %dMinnesallokering misslyckadesSlÃ¥ samman C++-typer med endefinitionsregeln.SlÃ¥ samman intilliggande lagringar.AnvÃ¤ndning av underkommandot merge:Minsta fÃ¶rhÃ¥llande av instruktioner till minnesoperationer fÃ¶r att aktivera fÃ¶rhandshÃ¤mtning (prefetching) i en slinga.Minsta fÃ¶rhÃ¥llande av instruktioner till minnesoperationer fÃ¶r att aktivera fÃ¶rhandshÃ¤mtning (prefetching) fÃ¶r en slinga med okÃ¤nt antal turer.Minimala avstÃ¥ndet mellan lagring och laddning som kan vara i konflikt.Minimal sannolikhet fÃ¶r bÃ¥gar att falla igenom i procent som anvÃ¤nds fÃ¶r att lÃ¤gga till GB till arvs-EBB i LRA.Minimal storlek pÃ¥ en partition fÃ¶r LTO (i uppskattade instruktioner).Minsta heap-expansion fÃ¶r att utlÃ¶sa skrÃ¤psamling, som en procent av den totala storleken pÃ¥ heap:en.Minsta heap-storlek fÃ¶re vi bÃ¶rjar samla skrÃ¤p, i kilobyte.ELEMENTAL-attribut stÃ¤mmer inte mellan MODULE PROCEDURE vid %L och dess grÃ¤nssnitt i %sFormella argumentnamnen till MODULE PROCEDURE stÃ¤mmer inte (%s/%s) vid %CPURE-attribut stÃ¤mmer inte mellan MODULE PROCEDURE vid %L och dess grÃ¤nssnitt i %sRECURSIVE-attribut stÃ¤mmer inte mellan MODULE PROCEDURE vid %L och dess grÃ¤nssnitt i %sAntalet formella MODULE PROCEDURE-argument vid %C stÃ¤mmer inteDet stÃ¤mmer inte i procedurpekartilldelningen vid %L: anropskonventionen stÃ¤mmer inte!$OMP END ATOMIC saknas efter !$OMP ATOMIC CAPTURE vid %C%<&%> saknas i fortsatt teckenkonstant vid %C%<(%> saknas i sats vid eller fÃ¶re %L%<)%> saknas i sats vid eller fÃ¶re %LSaknat argument %qs till inbyggd %s vid %LINITIALIZER-klausul saknas i !$OMP DECLARE REDUCTION av hÃ¤rledd typ utan standardinitierare vid %LAktuellt argument %qs saknas i anrop till %qs vid %LAktuellt argument saknas fÃ¶r argument %qs vid %LAlternativ returspecifikation saknas i subrutinanrop vid %LArgumentlista saknas i funktionen %qs vid %CArgument saknas till %qs vid %CVektorspecifikation saknas vid %L i CODIMENSION-satsVektorspecifikation saknas vid %L i DIMENSION-satsTeckenintervall saknas i IMPLICIT vid %CSlutparentes saknas fÃ¶r att binda etikett vid %CCo-dimensionsspecifikation saknas vid %CSaknat komma vid %LRÃ¤knare saknas fÃ¶r den anropade funktionen %s/%iDimensionsspecifikation saknas vid %CEntitets- eller common-blocknamn saknas till attributspecifikationssats vid %CExponent saknas i reellt tal vid %CFormatetikett saknas vid %CFormat saknas med standardenhet vid %CGenerisk specifikation saknas i USE-sats vid %CNyckelordsnamn saknas aktuell argumentlista vid %CSortparameter saknas vid %CInledande vÃ¤nsterparentes saknasPositiv bredd saknas efter L-beskrivare vid %LNÃ¶dvÃ¤ndig parentes saknas fÃ¶re BIND(C) vid %CSaknad hÃ¶gerparentes vid %CHÃ¶gerparentes eller komma saknas vid %CSymbol saknasModul %qs pÃ¥ rad %d kolumn %d: %sModulfilen %qs har inte genererats, antingen fÃ¶r att modulen inte innehÃ¥ller en MODULE PROCEDURE eller sÃ¥ finns det ett fel i modulen.Modulnatur i USE-sats vid %C skall vara antingen INTRINSIC eller NON_INTRINSICFler aktuella Ã¤n formella argument i proceduranrop vid %LMer Ã¤n en bÃ¥ge ut frÃ¥n en snuttnodFlytta slinginvarianta berÃ¤kningar ut frÃ¥n slingor.Flera identifierare angivna med en ensam NAME=-specificerare vid %CMultipla slingaxlar angivna fÃ¶r rutinenNAME Ã¤r inte tillÃ¥tet pÃ¥ BIND(C) fÃ¶r ABSTRACT INTERFACE vid %CNAME=-specificerare vid %C skall vara ett konstant uttryckNAME=-specificerare vid %C skall vara en skalÃ¤r av standardteckensortNAMELIST %qs i READ-sats vid %L innehÃ¥ller symbolen %qs som inte fÃ¥r stÃ¥ i ett variabeldefinitionssammanhangNAMELIST-vektorobjektet %qs med antagen form i namnlistan %qs vid %LNAMELIST-vektorobjektet %qs med icke-konstant form in namnlistan %qs vid %LNAMELIST-objekt %qs har PRIVATE-komponenter och kan inte vara medlem av PUBLIC-namnlista %qs vid %LNAMELIST-objekt %qs har anvÃ¤ndningsassociativa PRIVATE-komponenter och kan inte vara medlem av namnlistan %qs vid %LNAMELIST-objekt %qs i namnlistan %qs vid %L Ã¤r polymorf och behÃ¶ver en definierad input/output-procedurNAMELIST-objektet %qs i namnlistan %qs vid %L med ALLOCATABLE- eller POINTER-komponenterNAMELIST-objekt %qs deklarerades PRIVATE och kan inte vara medlem av PUBLIC-namnlista %qs vid %LNAMELIST-vektorobjektet %qs med icke-konstant lÃ¤ngd i namnlistan %qs vid %LNEWUNIT-specificerare vid %LNEWUNIT-specificerare mÃ¥ste ha FILE= eller STATUS='scratch' vid %CNON_OVERRIDABLE och DEFERRED kan inte bÃ¥da finnas vid %CNOPASS eller explicit grÃ¤nssnitt krÃ¤vs vid %CNOTE_INSN_BASIC_BLOCK %d mitt i grundblock %dNOTE_INSN_BASIC_BLOCK saknas fÃ¶r block %dattributet NO_ARG_CHECKNULL finns pÃ¥ hÃ¶gersidan i tilldelning vid %LInbyggd NULL med allokerbar MOLD vid %LNULL-pekare vid %L Ã¤r inte tillÃ¥tet som aktuellt argument till inbyggd funktion %qsNULL anvÃ¤nd i aritmetikNULL()-initiering vid %C Ã¤r tvetydigNULL()-initiering vid %C kan inte ha MOLDNamnet %qs vid %C Ã¤r redan definierat som ett generiskt grÃ¤nssnitt vid %LNamnet %qs vid %C Ã¤r en tvetydig referens till %qs frÃ¥n den aktuella programenhetenNamnet %qs vid %C Ã¤r en tvetydig referens till %qs frÃ¥n modulen %qsNamnet %qs vid %C Ã¤r namnet pÃ¥ procedurenNamnet %qs i %s-sats vid %C Ã¤r inte ett konstruktionsnamnNamnet %qs i %s-sats vid %C Ã¤r okÃ¤ntNamnet %qs i ABSTRACT INTERFACE vid %C kan inte vara samma som en inbyggd typNamn efter !$omp critical och !$omp end critical matchar inte vid %CNamn vid %C Ã¤r fÃ¶r lÃ¥ngtNamn pÃ¥ systembiblioteket att lÃ¤nka mot.Namn pÃ¥ startfilen.FÃ¶r lÃ¥ngt namnNamngivet COMMON-block %qs vid %L skall ha samma storlek som pÃ¥ andra hÃ¥ll (%lu mot %lu byte)Namngivet DO-block vid %L krÃ¤ver matchande ENDDO-namnNamngiven konstant %qs vid %L kan inte vara ett EQUIVALENCE-objektNamngiven konstant %qs i variabeldefinitionssammanhang (%s) vid %LNamngiven konstant vid %C Ã¤r en EQUIVALENCENamnlistan %s fÃ¥r inte namnÃ¤ndras av USE-association till %sNamnlistegruppnamnet %qs vid %C har redan grundtypen %sNamnlistegruppnamn %qs vid %C Ã¤r redan USE-associerat och fÃ¥r inte specificeras om.Namnlistegruppnamnet vid %L kan inte ha attributet SAVEDet behÃ¶vs antingen entitet- eller common-blocknamn fÃ¶r attributspecifikationssatsen vid %CNegativt argument N vid %LNegativ exponent pÃ¥ heltal har nollresultat vid %LNÃ¤stade CRITICAL-block vid %CIngen FPX/FPU-blandning tillÃ¥tenInget bindningsnamn Ã¤r tillÃ¥tet i BIND(C) vid %CInga grenar
  Inga anrop
  Ingen standard-crt0.o.Ingen avsÃ¤ndare funnen fÃ¶r %sIngen avsÃ¤ndare funnen fÃ¶r versionsattributenIngen avsÃ¤ndare funnen fÃ¶r versionsattributen: %sIngen bÃ¥ge ut frÃ¥n snuttnodInga kÃ¶rbara rader
! Ingen initierare fÃ¶r komponent %qs angiven i postkonstrueraren vid %C!Ingen plats i uttryck nÃ¤ra %LIngen plats i satsStÃ¶djs inte lÃ¤ngre.Inget regionskorsande hopp vi d sektionsgrÃ¤ns i gb %iNoden har mer Ã¤n en chkp-referensEj ELEMENTAL anvÃ¤ndardefinierad tilldelning i WHERE vid %LIcke-PARAMETER-symbolen %qs vid %L kan inte ha antagen formIcke-POINTER i pekarassociationssammanhang (%s) vid %LIcke RECURSIVE procedur %qs vid %L anropar kanske sig sjÃ¤lv rekursivt.  Deklarera den RECURSIVE eller anvÃ¤nd %<-frecursive%>.Ej THREADPRIVATE objekt %qs i COPYIN-fall vid %LIcke-teckens vektorelement med antagen form i FORMAT-tagg vid %LIcke-teckens vektorelement med antagen storlek i FORMAT-tagg vid %LIcke-tecken i FORMAT-tagg vid %LIcke-teckens pekarvektorelement i FORMAT-tagg vid %LLÃ¤gre grÃ¤ns som inte Ã¤r konstant i fÃ¶rmodat formad deklaration vid %LIcke-standard LOGICAL sort i %s-tagg vid %LEj utvidgningsbar hÃ¤rledd typ %qs vid %L fÃ¥r inte vara ABSTRACTIcke-numeriska tecken i satsetikett vid %CIckepolymorfa attrappargument fÃ¶r pass-objekt till %qs vid %LIckeskalÃ¤r FINAL-procedur vid %L skulle ha argument med antagen formOsignifikanta siffror i %qs-tal vid %C, kanske felaktig KINDIcke variabelt uttryck i variabeldefinitionssammanhang (%s) vid %LIcke tom imaginÃ¤r del kastades vid konvertering frÃ¥n %qs till %qs vid %LEj allokerbar variabel fÃ¥r inte vara polymorf i inbyggd tilldelning vid %L - kontrollera att det finns en matchande specifik subrutin fÃ¶r operatorn â€�=â€�Icke co-vektorkomponenten %s vid %L av typen EVENT_TYPE eller med en underkomponent av typen EVENT_TYPE mÃ¥ste ha en co-dimension eller vara en underkomponent till en co-vektor.  (Variabler av typen %s fÃ¥r inte ha en co-dimension eftersom %s vid %L har en co-dimension eller en co-vektorunderkomponent)Icke co-vektorkomponenten %s vid %L av typen EVENT_TYPE eller med en underkomponent av typen LOCK_TYPE mÃ¥ste ha en co-dimension eller vara en underkomponent av en co-vektor.  (Variabler av typen %s fÃ¥r inte ha en co-dimension eftersom det redan finns en co-vektorunderkomponent)Icke co-vektorkomponenten %s vid %L av typen LOCK_TYPE eller med en underkomponent av typen LOCK_TYPE mÃ¥ste ha en co-dimension eller vara en underkomponent till en co-vektor.  (Variabler av typen %s fÃ¥r inte ha en co-dimension eftersom %s vid %L har en co-dimension eller en co-vektorunderkomponent)Icke co-vektorkomponenten %s vid %L av typen LOCK_TYPE eller med en underkomponent av typen LOCK_TYPE mÃ¥ste ha en co-dimension eller vara en underkomponent av en co-vektor.  (Variabler av typen %s fÃ¥r inte ha en co-dimension eftersom det redan finns en co-vektorunderkomponent)Ej konformt tabulatortecken vid %CEj konformt tabulatortecken i kolumn %d pÃ¥ rad %dEj konformt tabulatortecken i formatet vid %CIckekonstant vektorsektion vid %L i DATA-sats.OsammanhÃ¤ngande vektor med fÃ¶rdrÃ¶jd form %qs i %s-klausul vid %LInkluderingskatalogen %qs finns inteExponent som inte Ã¤r heltal i ett initieringsuttryck vid %LEj interoperabel vektor-FPTR vid %L till C_F_POINTER: %sEj interoperabel vektor vid %L som argument till C_LOC: %sEj interoperabel procedur vid %L till C_FUNLOCEj interoperabel procedurpekare vid %L till C_F_PROCPOINTERDen ej inbyggda elementÃ¤ra proceduren %qs Ã¤r ogiltig i procedurpekartilldelning vid %LIckenegativ bredd krÃ¤vsIckepolymorf referens till en abstrakt typ vid %CTypdeklaration ej enligt standard %s*%d vid %CInte tillrÃ¤ckligt med element i vektorinitieraren vid %CEj fÃ¶rvÃ¤ntades TAGG.Oinstrumenterad nod har en originaldeklaration som inte Ã¤r NULLAntal partitioner programmet skall delas upp i.Antal register fÃ¶r att skicka heltalsargument.Numerisk PARAMETER krÃ¤vs i komplex konstant vid %CNumeriska operander krÃ¤vs i uttryck vid %LNumeriska eller CHARACTER-operander krÃ¤vs i uttrycket vid %LOLD-argumentet till den inbyggda funktionen %s vid %L mÃ¥ste vara definierbartOMP DECLARE TARGET COMMON vid %L Ã¤r tidigare nÃ¤mnd i en LINK-klausul och senare i en TO-klausulOMP DECLARE TARGET COMMON %L Ã¤r tidigare nÃ¤mnde i en TO-klausul och senare i en LINK-klausulOMP DECLARE TARGET-variabel vid %L Ã¤r ett element i ett COMMON-blockOMP DECLARE TARGET-variabeln vid %L nÃ¤mndes tidigare i en LINK-klausul och senare i en TO-klausulOMP DECLARE TARGET-variabel vid %L nÃ¤mndes tidigare i en TO-klausul och senare i en LINK-klausulOMP TARGET UPDATE vid %L behÃ¶ver Ã¥tminstone en TO- eller FROM-klausulOPEN-sats vid %C mÃ¥ste ha antingen UNIT eller NEWUNIT angivetOPEN-sats Ã¤r inte tillÃ¥ten i en PURE-procedur vid %COPERATOR-argumentet till vid %L mÃ¥ste vara en PURE-funktionOPTIONAL Ã¤r inte tillÃ¥tet inuti BLOCK vid %CORDERED-klausulargument Ã¤r inte ett konstant positivt heltal vid %CORDERED-klausulparameter Ã¤r mindre Ã¤n COLLAPSE vid %LObjekt %qs Ã¤r inte en variabel vid %LObjective-C-deklarationer fÃ¥r bara fÃ¶rekomma pÃ¥ global nivÃ¥FÃ¶rlegad funktion:FristÃ¥ende verktyg fÃ¶r att hantera gcda-rÃ¤kningar
  
! Gammaldags teckenlÃ¤ngd vid %CGammaldags initiering vid %CGammaldags typdeklaration %s*%d stÃ¶djs inte vid %CUtelÃ¤mna rampekaren i lÃ¶vfunktioner.Uteslut intervallreduktionssteget nÃ¤r komplex division gÃ¶rs.UtelÃ¤mna rampekaren i lÃ¶vfunktioner.Ett av de aktuella subrutinargumenten i INITIALIZER-klausulen i !$OMP DECLARE REDUCTION mÃ¥ste vara OMP_PRIV vid %LEndast felsÃ¶kningsformatet DWARF stÃ¶djs fÃ¶r avbrottshanteringsrutiner.Endast SOURCE- eller SINK-beroendetyper Ã¤r tillÃ¥tna med ORDERED-direktiv vid %LEndast vektor-FINAL-procedurer deklarerade fÃ¶r den hÃ¤rledda typen %qs definierade vid %L, fÃ¶reslÃ¥r Ã¤ven en skalÃ¤rGenerera endast absoluta omlokaliseringar fÃ¶r vÃ¤rden av ordstorlek.Endast inbyggda operatorer kan anvÃ¤ndas i uttryck vid %LLÃ¤gg bara ut en instruktion per cykel.Endast bevarad fÃ¶r bakÃ¥tkompatibilitet.Endast formen !$ACC ROUTINE utan en lista Ã¤r tillÃ¥ten i grÃ¤nssnittsblock vid %CEndast formen !$OMP DECLARE TARGET utan klausuler Ã¤r tillÃ¥ten i grÃ¤nssnittsblock vid %CAnvÃ¤nd bara 32 FPR:er.AnvÃ¤nd bara 32 GPR:er.OpenACC-konstruktion inuti en icke-OpenACC-regionOpenACC-direktiv inuti CRITICAL-block vid %COpenACC-direktiv vid %C fÃ¶r inte fÃ¶rekomma i PURE-procedurerOpenACC-slingdirektiv mÃ¥ste vara associerade med en OpenACC-berÃ¤kningsregionOpenACC-region inuti OpenACC-rutin, nÃ¤stad parallellism stÃ¶djs inte Ã¤nnuOpenMP-konstruktioner andra Ã¤n %<#pragma omp ordered simd%> fÃ¥r inte inneslutna i en %<simd%>-regionAndra OpenMP-direktiv Ã¤n SIMD eller DECLARE TARGET vid %C fÃ¶r inte fÃ¶rekomma i PURE- eller ELEMENTAL-procedurerOperand till operatorn .not. vid %%L Ã¤r %sOperand till unÃ¤r numerisk operator %%<%s%%> vid %%L Ã¤r %sOperanderna till anvÃ¤ndaroperatorn %%<%s%%> vid %%L Ã¤r %sOperander till binÃ¤r numerisk operator %%<%s%%> vid %%L Ã¤r %s/%sOperanderna till jÃ¤mfÃ¶relseoperatorn %%<%s%%> vid %%L Ã¤r %s/%sOperanderna till logiska operatorn %%<%s%%> vid %%L Ã¤r %s/%sOperanderna till strÃ¤ngkonkateneringsoperatorn vid %%L Ã¤r %s/%sOperanderna till anvÃ¤ndaroperatorn %%<%s%%> vid %%L Ã¤r %s/%sOperatorgrÃ¤nssnitt vid %L stÃ¥r i konflikt med inbyggt grÃ¤nssnittOperatorgrÃ¤nssnitt vid %L har fel antal argumentOperatorgrÃ¤nssnitt vid %L mÃ¥ste ha, hÃ¶gst, tvÃ¥ argumentOptimera mÃ¤ngden stdarg-register som sparas pÃ¥ stacken vid starten av en funktion.Optimera villkorliga mÃ¶nster med SSA PHI-noder.Optimera fÃ¶r bekvÃ¤m felsÃ¶kning snarare Ã¤n storlek eller hastighet.Optimera fÃ¶r storlek istÃ¤llet fÃ¶r hastighet.Optimera fÃ¶r hastighet och bortse frÃ¥n exakt efterlevnad av standarder.Optimera ramhuvud.Optimera induktionsvariabler pÃ¥ trÃ¤d.Optimera adressladdning lui/addiu.Optimera op-kodsstorlekar vid lÃ¤nkningstillfÃ¤llet.Optimera partitionssterilisering.Optimera syskon- och svansrekursiva anrop.Optimera svansanropsinstruktioner i assembler och lÃ¤nkare.Flaggan %<-fallow-leading-underscore%> skall endast anvÃ¤ndas av gfortran-utvecklare, och skall inte anvÃ¤ndas fÃ¶r implicit typade variablerFlaggan %s inte konsekvent anvÃ¤nd i alla LTO-indatafilerFlaggan %s med olika vÃ¤rdenFlaggor:
  UtanfÃ¶r grÃ¤nserna i IMAGE_INDEX vid %L fÃ¶r dimension %d, SUB har %ld och COARRAY nedre grÃ¤ns Ã¤r %ld)UtanfÃ¶r grÃ¤nserna i IMAGE_INDEX vid %L fÃ¶r dimension %d, SUB har %ld och COARRAY Ã¶vre grÃ¤ns Ã¤r %ld)Slut pÃ¥ stackutrymme.
! Mata ut en .debug_types-sektion nÃ¤r DWARF v4 felsÃ¶kningsinformation anvÃ¤nds.Mata ut lto-objekt som innehÃ¥ller bÃ¥de mellansprÃ¥ket och binÃ¤rutdata.Skriv ut information om stackanvÃ¤ndning fÃ¶r varje funktion.Mata ut verifieringsrÃ¤knare fÃ¶r vtable.Mata ut information om verifieringspekaruppsÃ¤ttningar fÃ¶r vtable.AnvÃ¤ndning av underkommandot overlap:Ã–verlappande olika initierare i EQUIVALENCE vid %CÃ–verlappande olika initierare i EQUIVALENCE vid %LÃ…sidosÃ¤tt -mbest-lib-options.P-beskrivare krÃ¤ver inledande skalfaktorPAD= vid %C Ã¤r inte tillÃ¥tet i Fortran 95PARAMETER %qs anvÃ¤nds vid %L fÃ¶re dess definition Ã¤r komplettPARAMETER vid %L saknar en initierarePARAMETER-objekt %qs Ã¤r inte tillÃ¥tet vid %LPARAMETER-symbol i komplex konstant vid %CPARAMETER utan â€�()â€� vid %CPAUSE-sats vid %CPC-relativa literala laddningar.PCS-variantPHI-argument saknas fÃ¶r bÃ¥gen %d->%dPHI-argument Ã¤r inte SSA_NAME eller invariantPHI-nod med platsPHI-nod med felaktig VUSE pÃ¥ bÃ¥ge frÃ¥n GB %dPIC-kodsgenerering Ã¤r inte kompatibelt med snabba indirekta anropPIC-kodgenerering stÃ¶djs inte i den portabla kÃ¶rtidsmodellenPIC stÃ¶djs inte fÃ¶r %s.  Genererar endast icke-PIC-kod.PIC stÃ¶djs endast fÃ¶r RTP:erPIC krÃ¤vs men stÃ¶djs inte med CONST16-instruktionerPIC-register skrivs Ã¶ver av %qs i %<asm%>PIC-register Ã¤r inte uppsattPIC-stÃ¶d fÃ¶r -fstack-limit-symbolPOINTER-attribut krÃ¤vs fÃ¶r procedurpekarkomponenten vid %CPOINTER-objekt %qs i %s-fall vid %LPOINTER-objekt %qs av hÃ¤rledd typ i %s-klausul vid %LPOINTER-objekt %qs av polymorf typ i %s-klausul vid %LPOINTER-vÃ¤rd funktion fÃ¶rekommer pÃ¥ hÃ¶gersidan av tilldelning vid %LPRE avslagenPRINT-namnlista vid %C Ã¤r en utÃ¶kningPRINT-sats vid %C Ã¤r inte tillÃ¥ten inuti PURE-procedurPRINT_OPERAND null-pekarePRINT_OPERAND, ogiltig instruktion fÃ¶r %%CPRINT_OPERAND, ogiltig instruktion fÃ¶r %%NPRINT_OPERAND: OkÃ¤nd interpunktion '%c'PRINT_OPERAND_ADDRESS, null-pekarePRIVATE-sats vid %C fÃ¥r endast fÃ¶rekomma i specifikationsdelen av en modulPRIVATE-sats vid %C mÃ¥ste fÃ¶regÃ¥ procedurbindningarPRIVATE-sats vid %C mÃ¥ste fÃ¶regÃ¥ strukturkomponenterPRIVATE-sats i TYPE vid %C mÃ¥ste vara inuti en MODULEPROCEDURE %qs vid %L fÃ¥r inte anvÃ¤ndas som sitt eget grÃ¤nssnittPROCEDURE vid %C mÃ¥ste vara i ett generiskt grÃ¤nssnittPROCEDURE-attribut i konflikt med INTENT-attribut i %qs vid %LPROCEDURE-attribut i konflikt med NAMELIST-attribut i %qs vid %LAttributet PROCEDURE stÃ¥r i konflikt med attributet PROTECTED vid %LPROCEDURE-attribut i konflikt med RESULT-attribut i %qs vid %LPROCEDURE-attribut i konflikt med SAVE-attribut i %qs vid %LPROCEDURE-lista vid %CPROCEDURE-sats vid %CPROCEDURE(interface) vid %C skulle vara deklarerat DEFERREDPROTECTED vid %C Ã¤r endast tillÃ¥tet i specifikation av en del av en modulAttributet PROTECTED vid %CAttributet PROTECTED stÃ¥r i konflikt med attributet EXTERNAL vid %LPROTECTED-sats vid %CPTX stÃ¶djer inte svaga deklarationer (endast svaga definitioner)PUBLIC %s %qs vid %L har PRIVATE hÃ¤rledd typ %qsPUBLIC-funktionen %qs vid %L har PRIVATE typ %qsPUBLIC-sats vid %C fÃ¥r endast fÃ¶rekomma i specifikationsdelen av en modulPURE och IMPURE fÃ¥r inte bÃ¥da finnas vid %CPURE-prefixet i MODULE PROCEDURE-grÃ¤nssnittet saknas vid %LPacka VLIW-instruktioner.Packa ihop postmedlemmar utan hÃ¥l.Utfyllnad med %d byte krÃ¤vs fÃ¶re %qs i COMMON %qs vid %L, byt ordning pÃ¥ element eller anvÃ¤nd -fno-align-commonsUtfyllnad med %d byte krÃ¤vs fÃ¶re %qs i COMMON vid %L, byt ordning pÃ¥ element eller anvÃ¤nd -fno-align-commonsParameter %qs vid %L har inte deklarerats eller Ã¤r en variabel, som inte reduceras till ett konstant uttryckParametervektor %qs vid %L kan inte ha automatisk eller fÃ¶rdrÃ¶jd formParameterpakets-__bases Ã¤r endast giltiga i malldeklarationerParameter till inbyggd mÃ¥ste vara en strÃ¤ngkonstant eller -literalParameter till inbyggd Ã¤r inte giltig: %sSkicka vidare flaggan -EB till lÃ¤nkaren.Skicka vidare flaggan -EL till lÃ¤nkaren.Skicka vidare flaggan -marclinux till lÃ¤nkaren.Skicka vidare flaggan -marclinux_prof till lÃ¤nkaren.Skicka -z text till lÃ¤nkaren.Skicka adressen pÃ¥ ra-lagringsplatsen till _mcount i $12.Skickat objekt vid %L mÃ¥ste vara skalÃ¤rAttrappargument fÃ¶r pass-objekt till %qs vid %L mÃ¥ste vara pÃ¥ samma position som attrappargumentet fÃ¶r pass-objektet i den Ã¥sidosatta procedurenSkickat objekt-attrappargument till %qs vid %L mÃ¥ste vara skalÃ¤rtSkickat objekt-attrappargument till %qs vid %L fÃ¥r inte vara ALLOCATABLESkickat objekt-attrappargument till %qs vid %L fÃ¥r inte vara POINTERSkickar vidare en begÃ¤ran till assemblern att aktivera rÃ¤ttningar fÃ¶r diverse kiselerrata.Skickar vidare en begÃ¤ran till assemblern att varna fÃ¶r diverse kiselerrata.Skickar co-vektor vid %L till allokerbart, icke co-vektor attrappargument %qs, som Ã¤r ogiltigt om allokeringsstatusen Ã¤ndrasSkickar co-vektor vid %L till allokerbart, icke co-vektor, INTENT(OUT) attrappargument %qsAtt skicka intern procedur som plats vid %L Ã¤r inte tillÃ¥tetProcentuellt straff funktioner som innehÃ¥ller ett ensamt anrop av en annan funktion kommer fÃ¥ nÃ¤r de utvÃ¤rderas fÃ¶r kloning.Procentuellt straff de rekursiva funktionerna kommer fÃ¥ nÃ¤r de utvÃ¤rderas fÃ¶r kloning.UtfÃ¶r dubbletteliminering i DWARF.UtfÃ¶r IPA-propagering av vÃ¤rdeintervall.FÃ¤ll ihop identisk kod fÃ¶r funktioner och endast lÃ¤sbara variabler.FÃ¤ll ihop identisk kod fÃ¶r funktioner.UtfÃ¶r ihopfÃ¤llning av identiskt kod fÃ¶r variabler.UtfÃ¶r SMS-baserad modulo-schemalÃ¤ggning fÃ¶re det fÃ¶rsta schemalÃ¤ggningspasset.UtfÃ¶r SMS-baserad modulo-schemalÃ¤ggning med tillÃ¥ten registerfÃ¶rflyttning.UtfÃ¶r VR4130-specifik justeringsoptimering.UtfÃ¶r propagering av vÃ¤rdeintervall i trÃ¤d.UtfÃ¶r ett framÃ¥tpropageringspass pÃ¥ RTL.UtfÃ¶r ett antal smÃ¤rre, dyra optimeringar.UtfÃ¶r ett optimeringspass fÃ¶r kopieringspropagering av register.UtfÃ¶r ett optimeringspass med registernamnbyten.UtfÃ¶r ett optimeringspass med mÃ¥lberoende instruktionssammanslagning.UtfÃ¶r optimering av grenmÃ¥lsladdning efter prolog-/epilogtrÃ¥dning.UtfÃ¶r optimering av grenmÃ¥lsladdning fÃ¶re prolog-/epilogtrÃ¥dning.UtfÃ¶r kloning fÃ¶r att gÃ¶ra konstantpropagering mellan procedurer starkare.UtfÃ¶r eliminering av jÃ¤mfÃ¶relser efter registertilldelningen har avslutats.UtfÃ¶r konvertering av villkorliga hopp till grenlÃ¶sa motsvarigheter.UtfÃ¶r konvertering av villkorliga hopp till villkorlig exekvering.UtfÃ¶r konvertering av switch-initieringar.UtfÃ¶r optimering fÃ¶r korshopp.UtfÃ¶r tidig inline:ing.UtfÃ¶r fÃ¶rbÃ¤ttrad fÃ¶rflyttning av laddning under global eliminering av gemensamma deluttryck.UtfÃ¶r funktionslokala pekar-pÃ¥-analyser i trÃ¤dUtfÃ¶r global eliminering av gemensamma deluttryck efter att registertilldelning har avslutats.UtfÃ¶r global eliminering av gemensamma deluttryck.UtfÃ¶r indirekt inline:ing.UtfÃ¶r interna konsistenskontroller.UtfÃ¶r bitvis konstantpropagering mellan procedurer.UtfÃ¶r konstantpropagering mellan procedurer.UtfÃ¶r pekar-pÃ¥-analyser mellan procedurer.UtfÃ¶r profileringspropagering mellan procedurer.UtfÃ¶r interprocedurell reduktion av aggregat.UtfÃ¶r hopptrÃ¥dningsoptimeringar.UtfÃ¶r livstidsuppdelning under passet SSA->normal.UtfÃ¶r slingavskalning.UtfÃ¶r slingdelning.UtfÃ¶r slingutrullning fÃ¶r alla slingor.UtfÃ¶r slingutrullning nÃ¤r iterationsantalet Ã¤r kÃ¤nt.UtfÃ¶r slingavvÃ¤xling.UtfÃ¶r partiell inline:ing.UtfÃ¶r eliminering av Ã¶verflÃ¶dig laddning efter lagring i globala gemensamma deluttryck.UtfÃ¶r skalÃ¤rersÃ¤ttning av aggregat.UtfÃ¶r programvarurÃ¶rlÃ¤ggning av inre slingor under selektiv schemalÃ¤ggning.UtfÃ¶r programvarurÃ¶rlÃ¤ggning av yttre slingor under selektiv schemalÃ¤ggning.UtfÃ¶r spekulativ avvirtualisering.UtfÃ¶r fÃ¶rflyttning av lagring efter global eliminering av gemensamma deluttryck.UtfÃ¶r rÃ¤tlinjig styrkereduktion.UtfÃ¶r superblockformering via svansduplicering.UtfÃ¶r eliminering av oanvÃ¤nda symboler i felsÃ¶kningsinformation.UtfÃ¶r eliminering av oanvÃ¤nda typer i felsÃ¶kningsinformation.UtfÃ¶r variabelspÃ¥rning och tagga ocksÃ¥ variabler som Ã¤r oinitierade.UtfÃ¶r variabelspÃ¥rning genom att annotera tilldelningar.UtfÃ¶r variabelspÃ¥rning.UtfÃ¶r optimering av hela program.Period krÃ¤vs i formatangivelsePeriod krÃ¤vs i formatangivelse %s vid %LPeriod krÃ¤vs i formatangivelse vid %LTillÃ¥t â€�$â€� som ett identifierartecken.TillÃ¥t ej konforma anvÃ¤ndningar av tabulatortecken.TillÃ¥t schemalÃ¤ggning av en funktions prologsekvens.TillÃ¥t universella teckennamn (\u och \U) i identifierare.Placera en stoppbit efter varje cykel vid schemalÃ¤ggning.Placera dataobjekt i sin egen sektion.Placera varje funktion i sin egen sektion.Placera flyttalskonstanter i TOC.Placera symbol+avstÃ¥nd-konstanter i TOC.Var vÃ¤nlig och skicka in en komplett felrapport,
  om mÃ¶jligt med preprocessad kÃ¤llfil.
! InsticksmodulerPekarkontrolleraren krÃ¤ver stÃ¶d fÃ¶r MPX pÃ¥ detta mÃ¥l.  AnvÃ¤nd flaggan -mmpx fÃ¶r att aktivera MPX.Pekarvektorkomponent i post vid %C mÃ¥ste ha fÃ¶rdrÃ¶jd formPekartilldelningsmÃ¥let har attributet PROTECTED vid %LPekartilldelningsmÃ¥l Ã¤r vare sig TARGET eller POINTER vid %LPekartilldelningsmÃ¥let Ã¤r inte en POINTER vid %LPekartilldelning med vektorindexering pÃ¥ hÃ¶gersidan vid %LPekare vid %L i pekartilldelning kan Ã¶verleva pekarmÃ¥letPekarkomponenten %s vid %L har en icke co-vektordelkomponent av typen EVENT_TYPE, som mÃ¥ste ha en co-dimension eller vara en delkomponent av en co-vektorPekarkomponenten %s vid %L har en icke co-vektordelkomponent av typen LOCK_TYPE, som mÃ¥ste ha en co-dimension eller vara en delkomponent av en co-vektorPekarinitiering vid %C krÃ¤ver %<=>%>, inte %<=%>PekarinitieringsmÃ¥l vid %L mÃ¥ste ha attributet SAVEMÃ¥let fÃ¶r pekarinitieringen vid %L mÃ¥ste ha attributet TARGETPekarinitieringsmÃ¥l vid %L fÃ¥r inte vara ALLOCATABLEPekarobjektet vid %C kan inte vara co-indexeratPekarobjektet vid %L kan inte ha ett co-indexProcedurpekartilldelning vid %LPekarvektor som aktuellt argument vid %L krÃ¤ver ett attrappargument %qs med antagen form eller pekarvektor pÃ¥ grund av attributet VOLATILEPekare Ã¤r 32-bitars.Pekare Ã¤r 64-bitars.Policyer tillgÃ¤ngliga att anvÃ¤ndas med -mcompact-branches=:Polymorf FPTR vid %L till C_F_POINTERPolymorf komponent %s vid %L i SEQUENCE- eller BIND(C)-typ %sPolymorf skalÃ¤r skickad till vektorattrappargument %qs vid %LPolymorft subobjekt till co-indexerat objekt vid %LPositiv exponentbredd krÃ¤vsPositiv bredd krÃ¤vsPositiv bredd krÃ¤vs i formatspecificerare %s vid %LPositiv bredd krÃ¤vs med T-beskrivareMÃ¶jlig Ã¤ndring av vÃ¤rde vid konvertering frÃ¥n %s till %s vid %LFÃ¶redra hopp framfÃ¶r villkorlig kÃ¶rning.FÃ¶redra ordÃ¥tkomst fÃ¶re byteÃ¥tkomst.Inled globala symboler med â€�:â€� (fÃ¶r anvÃ¤ndning tillsammans med PREFIX).Preprocessa endast direktiv.Preprocessad kÃ¤llkod lagrad i filen %s, bifoga den till din felrapport.
  Bevara PowerPC 476:ans lÃ¤nkstack genom att matcha en blr med bcl/bl-instruktionerna som anvÃ¤nds fÃ¶r GOT-Ã¥tkomster.LÃ¥tsas en gren-runt-en-fÃ¶rflyttning Ã¤r en villkorlig fÃ¶rflyttning.LÃ¥tsas att grenar Ã¤r dyra.FÃ¶rhindra anvÃ¤ndningen av alla flyttalsoperationer.FÃ¶rhindra anvÃ¤ndningen av alla flyttalsinstruktioner i hÃ¥rdvara.FÃ¶regÃ¥ende !$OMP DECLARE REDUCTION vid %LTidigare !$OMP DECLARE REDUCTION frÃ¥n modulen %s vid %LSkriv CPU-trimningsinformation som kommentarer i assemblerfilen.  Detta Ã¤r en flagga som anvÃ¤nds endast fÃ¶r regressionstestning av kompilatorn och Ã¤r inte avsett fÃ¶r normal anvÃ¤ndning i kompilerad kod.Skriv ut kodtÃ¤ckningsinformation.
  
  Skriv extra (mÃ¶jligen oÃ¶nskade) varningar.Skriv fix-it-tips till standard fel i unifierat diff-format.Skriv fixit-tips i maskinlÃ¤sbar form.Skriv ut namnet pÃ¥ huvudfiler allteftersom de anvÃ¤nds.Sannolikheten att COMDAT-funktionen kommer att delas med en annan kompileringsenhet.Proceduren %qs vid %C har ett explicit grÃ¤nssnitt och fÃ¥r inte ha attribut deklarerade vid %LProceduren %qs vid %C Ã¤r redan definierad vid %LProceduren %qs vid %L har redan en grundtyp %sProcedur %qs vid %L har samma namn som en komponent i %qsProceduren %qs vid %L har samma namn som den Ã¤rvd komponent i %qsProcedur %qs vid %L fÃ¥r inte ha grundtypen %sProceduren %qs vid %L mÃ¥ste ha attributet BIND(C) fÃ¶r att vara C-interoperativProceduren %qs anropad vid %L Ã¤r inte explicit deklareradProcedur %qs anropad med ett implicit grÃ¤nssnitt vid %LProceduren %qs i %s vid %L har inget explicit grÃ¤nssnittProceduren %qs i %s vid %L Ã¤r varken en funktion eller subrutinProceduren %qs i PUBLIC-grÃ¤nssnittet %qs vid %L tar attrappargument fÃ¶r %qs som Ã¤r PRIVATEProcedur %qs med PASS vid %L mÃ¥ste ha Ã¥tminstone ett argumentProceduren %qs med PASS(%s) vid %L har inget argument %qsProceduren %s med bindningsetiketten â€�%sâ€� vid %L anvÃ¤nder samma globala identifierare som enheten vid %LProcedurargument vid %L Ã¤r lokalt i en PURE-procedur och har attributet POINTERProcedurpekaren %qs vid %L skall inte vara elementÃ¤rProcedurpekare %qs i %s-klausul vid %LProcedurpekare vid %CProcedurpekarkomponenten %qs vid %L kan inte vara en medlem av den BIND(C)-hÃ¤rledda typen %qs vid %LProcedurpekarkomponent %qs anropad med ett implicit grÃ¤nssnitt vid %LProcedurpekarkomponent %qs krÃ¤ver en argumentlista vid %CProcedurpekarkomponent %qs med PASS vid %L mÃ¥ste ha Ã¥tminstone ett argumentProcedurpekarkomponent %qs med PASS(%s) vid %L har inget argument %qsProcedurpekarkomponent vid %CProcedurpekarinitieringsmÃ¥l vid %L fÃ¥r inte vara en procedurpekareProcedurpekarresultat %qs vid %L saknar pekarattributetProcedurpekarmÃ¥let %qs vid %L mÃ¥ste vara antingen en inbyggd, vÃ¤rd, vÃ¤rd- eller anvÃ¤ndningsassocierad, refererad eller ha attributet EXTERNALHantera #ident-direktiv.Bearbetar specifikationen (%s), som Ã¤r â€�%sâ€�
  Skapa en stackspÃ¥rning nÃ¤r ett fel intrÃ¤ffar under kÃ¶rning.Producera en varning vid kÃ¶rning om en vektortemporÃ¤r har skapats fÃ¶r ett procedurargument.Producera kod med rak byteordning.Producera kod som kan omlokaliseras vid kÃ¶rtillfÃ¤llet.Producera kod med omvÃ¤nd byteordning.Profildata fÃ¶r funktion %u Ã¤r trasigProfilinformation i %s Ã¤r skadadProgrammet ligger helt i lÃ¥ga 64Â kB minne.FÃ¶rhindra PC-relativa funktionsanrop.FÃ¶rhindra PC-relativa hopp.Skydda parenteser i uttryck.TillhandahÃ¥ll bibliotek fÃ¶r simulatorn.Skicka ut utÃ¶kade register pÃ¥ stacken i Ã¶vervakningsfunktioner.LÃ¤gg alla lokala vektorer pÃ¥ stacken.Placera allting i den vanliga TOC.LÃ¤gg hopptabeller fÃ¶r switch-satser i .data-sektionen istÃ¤llet fÃ¶r .code-sektionen.Placera relokerad endast lÃ¤sbar data i .data-sektionen.Placera oinitierade konstanter i ROM (krÃ¤ver -membedded-data).LÃ¤gg nollinitierad data i bss-sektionen.R2-arkitekturen har endast omvÃ¤nd byteordningREAL-vektorindex vid %LREAL(KIND=10) Ã¤r inte tillgÃ¤nglig med flaggan %<-real-4-real-10%>REAL(KIND=10) Ã¤r inte tillgÃ¤nglig med flaggan %<-freal-8-real-10%>REAL(KIND=10) Ã¤r inte tillgÃ¤nglig med flaggan %<-freal-8-real-16%>REAL(KIND=16) Ã¤r inte tillgÃ¤nglig med flaggan %<-freal-4-real-16%>REAL(KIND=4) Ã¤r inte tillgÃ¤nglig med flaggan %<-freal-8-real-4%>REAL(KIND=8) Ã¤r inte tillgÃ¤nglig med flaggan %<-fdefault-real-8%>REAL(KIND=8) Ã¤r inte tillgÃ¤nglig med flaggan %<-freal-4-real-8%>RECORD vid %C Ã¤r en utÃ¶kning, aktivera den med -fdec-structureRECURSIVE-prefixet i MODULE PROCEDURE-grÃ¤nssnittet saknas vid %LRESULT-variabel vid %C mÃ¥ste vara skilt frÃ¥n funktionsnamnetRESULT_DECL bÃ¶r lÃ¤sas endast nÃ¤r DECL_BY_REFERENCE Ã¤r sattRETURN-sats i huvudprogram vid %CROUND= vid %C Ã¤r inte tillÃ¥tet i Fortran 95RTL-kontroll: Ã¥tkomst av elt %d av â€�%sâ€� med sista elt %d i %s, vid %s:%dRTL-kontroll: Ã¥tkomst av elt %d i vektor med sista elt %d i %s, vid %s:%dRTL-kontroll: Ã¥tkomst av hwi elt %d i vektor med sista elt %d i %s, vid %s:%dRTL-kontroll: fÃ¶rsÃ¶k att hantera icke-block-symbol som en blocksymbol i %s, vid %s:%dRTL-kontroll: fÃ¶rvÃ¤ntade kod â€�%sâ€� eller â€�%sâ€�, har â€�%sâ€� i %s, vid %s:%dRTL-kontroll: fÃ¶rvÃ¤ntade kod â€�%sâ€�, har â€�%sâ€� i %s, vid %s:%dRTL-kontroll: fÃ¶rvÃ¤ntade elt %d typ â€�%câ€� eller â€�%câ€�, har â€�%câ€� (rtx %s) i %s, vid %s:%dRTL-kontroll: fÃ¶rvÃ¤ntade elt %d typ â€�%câ€�, har â€�%câ€� (rtx %s) i %s, vid %s:%dRTL-flaggkontroll: %s anvÃ¤nt med ovÃ¤ntad rtx-kod â€�%sâ€� i %s, vid %s:%dRTP PIC Ã¤r inkompatibelt med -msingle-pic-baseRTP PIC Ã¤r inkompatibel med ThumbRTTI kommer inte att fungera fÃ¶r denna typRX FPU-instruktioner stÃ¶djer inte NaN:er och oÃ¤ndligheterHÃ¶ja en negativ REAL vid %L till en REAL exponent Ã¤r inte tillÃ¥tetIntervallspecifikationen vid %L kan aldrig matchasOrdning stÃ¤mmer inte i argument %qs vid %L (ordning %d och ordning %d)Ordning stÃ¤mmer inte i argument %qs vid %L (ordning %d och skalÃ¤r)Ordning stÃ¤mmer inte i argument %qs vid %L (skalÃ¤r och ordning %d)Ordning stÃ¤mmer inte i vektorreferens vid %L (%d/%d)MÃ¥let fÃ¶r Ã¶versÃ¤ttning av ordning Ã¤r inte av ordning 1 vid %LMÃ¥let fÃ¶r Ã¶versÃ¤ttning av ordningen Ã¤r mindre Ã¤n storleken pÃ¥ pekaren (%ld < %ld) vid %LMÃ¥let fÃ¶r Ã¶versÃ¤ttning av mÃ¥let mÃ¥ste ha ordning 1 eller vara enkelt sammanhÃ¤ngande vid %LLÃ¤ser filen %qs som friformNÃ¤r modul %qs pÃ¥ rad %d kolumn %d lÃ¤stes: %sLÃ¤ser specifikationer frÃ¥n %s
! Reellt COUNT_RATE-argument till SYSTEM_CLOCK vid %LReell konstant spiller Ã¶ver sin sort vid %CReell konstant spiller under sin sort vid %CReellt tal vid %C har en %<d%>-exponent och en explicit sortReellt tal vid %C har en %<q%>-exponent och en explicit sortJustera om stacken i prologen.Omallokera vÃ¤nsterhandssidan i tilldelningar.Acceptera C++-nyckelord som â€�complâ€� och â€�xorâ€�.Acceptera GNU-definierade nyckelord.Acceptera inbyggda funktioner.Acceptera nyckelordet â€�asmâ€�.Spara DW_AT_decl_column och DW_AT_call_column i DWARF.Notera gcc:s kommandoradsflaggor i DWARF DW_AT_producer.Notera gcc:s kommandoradsflaggor i objektfilen.Spela in tiden som gÃ¥r Ã¥t till underfaser separat.Omdefinition av !$OMP DECLARE REDUCTION vid %LOmdefinition av fÃ¶rdefinierad !$OMP DECLARE REDUCTION vid %LOmdefinition av fÃ¶rdefinierad %s !$OMP DECLARE REDUCTION vid %LReducera prioritet fÃ¶r r0..r3 / r12..r15 med TARGET_REGISTER_PRIORITY.Ã–verflÃ¶dig !$ACC END LOOP vid %CReferenssatsindex finns inteReferenssatsindex utanfÃ¶r intervalletReferens till den orena funktionen %qs vid %L Ã¤r inuti ett DO CONCURRENT-%sReferens till den orena funktionen %qs vid %L Ã¤r inuti ett FORALL-%sReferens till den orena funktionen %qs vid %L inuti en PURE-procedurHopp Ã¶ver regioner Ã¶ver samma sektion i gb %iRegisternummer mÃ¥ste vara i intervallet 0-31 fÃ¶r %sLÃ¤tta pÃ¥ grenar.LÃ¤tta pÃ¥ literaler i assemblern och placera dem automatiskt i textsegmentet.LÃ¤ttnad av registertryck genom minskning av aktivt intervall.Ã–versÃ¤tt filnamn nÃ¤r filer inkluderas.Ta bort Ã¶verflÃ¶diga medlemmar.Tar bort â€�%sâ€�
  Tar bort anrop av funktionen %qs vid %LByter namn pÃ¥ operatorer i USE-sats vid %CFlytta om grundblock och partitioner till varma och kalla sektioner.Flytta om grundblock fÃ¶r att fÃ¶rbÃ¤ttra kodplacering.Flytta om funktioner fÃ¶r att fÃ¶rbÃ¤ttra kodplacering.Ordna om toppnivÃ¥funktioner, variabler och asm:ar.Repetitionsspecifikationen Ã¤r felaktig i skalÃ¤r initierare vid %CRepetitionsspecifikationen mÃ¥ste vara ett heltal vid %CErsÃ¤tt addition, jÃ¤mfÃ¶relse, grena med gren vid rÃ¤knarregister.ErsÃ¤tt tillfÃ¤lliga uttryck i passet SSA->normal.Rapportera om intern konsistens hos profilen.Rapportera minnesallokering fÃ¶r interprocedurella optimeringar.Rapportera bara om permanent minnesallokering i WPA.Rapportera om permanent minnesallokering.Rapportera tiden som gÃ¥r Ã¥t fÃ¶r varje kompilatorpass.Rapportera diverse optimeringsstatistik frÃ¥n lÃ¤nkningen endast fÃ¶r WPA.Rapportera diverse optimeringsstatistik frÃ¥n lÃ¤nkningen.BegÃ¤r matematikbiblioteksfunktioner som fÃ¶ljer IEEE (OSF/1).SchemalÃ¤gg om instruktioner efter registertilldelning.SchemalÃ¤gg om instruktioner fÃ¶re registertilldelning.SchemalÃ¤gg om rÃ¶rlagda regioner utan rÃ¶rlÃ¤ggning.Reservera utrymme fÃ¶r utgÃ¥ende argument i funktionsprologen.Omformad vektor Ã¤r fÃ¶r stor vid %CBegrÃ¤nsa migration av mÃ¥lladdning till att inte Ã¥teranvÃ¤nda register i nÃ¥got grundblock.BegrÃ¤nsa anvÃ¤ndningen av flyttalsinstruktioner i hÃ¥rdvara till 32-bitars operationer.Resultatet %qs av innesluten funktion %qs vid %L har ingen IMPLICIT-typResultaten stÃ¤mmer inte Ã¶verens fÃ¶r den Ã¥sidosÃ¤ttande proceduren %qs vid %L: %sResultatet av %s ger intervallfel fÃ¶r sin sort vid %LResultatet av %s Ã¤r NaN vid %LResultatet av %s spiller Ã¶ver sin sort vid %LResultatet av %s spiller under sin sort vid %LResultatet av BESSEL_YN Ã¤r -INF vid %LResultatet av NEAREST Ã¤r NaN vid %LResultat av SCALE spiller Ã¶ver sin sort vid %LReturnera 8-bytesvektorer i minnet.Signering av returadress stÃ¶djs endast fÃ¶r -mabi=lp64Returnera alla strukturer i minnet (standard fÃ¶r AIX).Returnera flyttalsresultat i ac0 (fr0 i assemblersyntax fÃ¶r Unix).Returnera pekare i bÃ¥de a0 och d0.Returnera smÃ¥ aggregat i minne, inte register.Returnera smÃ¥ poster i register.Returnera smÃ¥ strukturer i register (standard fÃ¶r SVR4).Returtypen stÃ¤mmer inte fÃ¶r funktionen %qs vid %L (%s/%s)Returtyp till BIND(C)-funktion %qs vid %L kan inte vara en teckenstrÃ¤ngReturtyp till BIND(C)-funktion %qs vid %L kan inte vara en vektorReturvÃ¤rdet %qs fÃ¶r funktionen %qs deklarerad vid %L Ã¤r inte sattReturvÃ¤rdet fÃ¶r funktionen %qs vid %L Ã¤r inte sattReturnera vÃ¤rden frÃ¥n funktioner i FPU-register.Ã…teranvÃ¤nd r30 i varje funktion.AnvÃ¤ndning av underkommandot rewrite:HÃ¶gerparentes fÃ¶rvÃ¤ntades vid %CHÃ¶graste Ã¶vre grÃ¤nsen av en sektion av vektor med antagen storlek inte angiven vid %LKÃ¶r endast den andra kompileringen av -fcompare-debug.KÃ¶r optimeringar fÃ¶r predikativ gemensamning.KÃ¶r selektiv schemalÃ¤ggning efter omlÃ¤sning.KÃ¶r sjÃ¤lvtester, anvÃ¤nd den angivna sÃ¶kvÃ¤gen fÃ¶r att hitta testfiler.KÃ¶r optimeraren fÃ¶r lÃ¤nktillfÃ¤llet i lÃ¤get lokala transformationer (LTRANS).KÃ¤r optimeraren fÃ¶r lÃ¤nktillfÃ¤llet i lÃ¤get helprogramanalys (WPA).KÃ¶r spec-funktionen â€�%sâ€� med %d argument
  
! KÃ¶rtidsnamn.SAVE-attribut vid %L kan inte anges i en PURE-procedurSAVE-sats vid %C fÃ¶ljer allmÃ¤n SAVE-satsSCHEDULE-klausuls chunk_size vid %L krÃ¤ver ett skalÃ¤rt INTEGER-uttryckSELECTED_REAL_KIND med varken %<P%>- eller %<R%>-argument vid %LSEQUENCE-attribut vid %C Ã¤r redan angett i TYPE-satsSEQUENCE-sats vid %C mÃ¥ste fÃ¶regÃ¥ CONTAINSSEQUENCE-sats vid %C mÃ¥ste fÃ¶regÃ¥ strukturkomponenterSH2a stÃ¶djer inte omvÃ¤nd byteordningSHAPE-argumentet vid %L till C_F_POINTER mÃ¥ste ha samma storlek som FPTR:s RANKSIGN= vid %C Ã¤r inte tillÃ¥tet i Fortran 95SINK-termen Ã¤r inte ett konstant heltal %LEn SINK-beroendetyp Ã¤r endast tillÃ¥ten med ORDERED-direktiv vid %LSIZE vid %L mÃ¥ste vara positivtEn SOURCE-beroendetyp Ã¤r endast tillÃ¥ten med ORDERED-direktiv vid %LSOURCE-tagg vid %LSOURCE-taggen vid %L stÃ¥r i konflikt med typspecifikationen vid %LSOURCE-tagg vid %L med mer Ã¤n ett ensamt allokeringsobjektSPE stÃ¶djs inte pÃ¥ denna mÃ¥larkitekturtrasigt i SSASSA-namn i frilista men fortfarande refereradSSA-namn odeklareratSSA_NAME skapade i tvÃ¥ olika block %i och %iSSA_NAME_DEF_STMT Ã¤r felSSA_NAME_OCCURS_IN_ABNORMAL_PHI borde vara sattinstruktionsuppsÃ¤ttningen SSE avaktiverad, anvÃ¤nder 387-aritmetikSSE-registerargument med SSE avaktiveratSSE-registerretur med SSE avaktiveratSSE-vektorargument utan SSE aktiverat Ã¤ndrar ABI:etSSE-vektorretur utan SSE aktiverat Ã¤ndrar ABI:etSTABS-felsÃ¶kningsinformation fÃ¶r Ada Ã¤r fÃ¶rÃ¥ldrat och stÃ¶djs inte lÃ¤ngreSTAT-variabelSTAT=-argumentet vid %L mÃ¥ste vara en skalÃ¤r INTEGER-variabelSTAT=-argument till %s vid %Lattributet STAT= i %C Ã¤r felplaceratSTATIC vid %C Ã¤r en DEC-utÃ¶kning, aktivera den med -fdec-structureSTOP-kod vid %C fÃ¥r inte vara negativSTOP-kod vid %C innehÃ¥ller fÃ¶r mÃ¥nga siffrorSTOP-kod vid %L mÃ¥ste vara en skalÃ¤r CHARACTER-konstant eller siffra[siffra[siffra[siffra[siffra]]]]STOP-koden vid %L mÃ¥ste vara standard tecken-KIND=%dSTOP-kod vid %L mÃ¥ste vara standard heltal KIND=%dSTOP-kod vid %L mÃ¥ste antingen vara av INTEGER- eller CHARACTER-typSTOP-kod vid %L mÃ¥ste vara skalÃ¤rSTRUCTURE vid %C Ã¤r en DEC-utÃ¶kning, aktivera den med -fdec-structureSUBMODULE-deklaration vid %CSUBROUTINE %qs vid %L fÃ¥r inte anropas rekursivt, eftersom den inte Ã¤r RECURSIVESYNC-sats vid %CSamma aktuella argument associerat med INTENT(%s)-argument %qs och INTENT(%s)-argument %qs vid %LSamma som %s.  AnvÃ¤nd den senare flaggan istÃ¤llet.Samma som -fassociative-math fÃ¶r uttryck som inkluderar division.Samma som -mA6.Samma som -mA7.Samma som: -mep -mprolog-function.Spara register runt funktionsanrop.Spara TOC:n i prologen fÃ¶r indirekta anrop snarare Ã¤n inline.SkalÃ¤r %qs i FORMAT-tagg vid %L Ã¤r inte en ASSIGNED-variabelSkalÃ¤rt INTEGER-uttryck fÃ¶rvÃ¤ntades vid %LSkalÃ¤r PARAMETER krÃ¤vs i komplex konstant vid %CSkalÃ¤rt objekt %qs vid %L fÃ¥r inte vara ALLOCATABLEDen skalÃ¤ra Variabeln %qs vid %L med POINTER eller ALLOCATABLE i proceduren %qs med BIND(C) stÃ¶djs inte Ã¤nnuSkalÃ¤risering med DIMEN_RANGE Ã¤r oimplementeratSkalfaktor att anvÃ¤nda pÃ¥ antalet block i en trÃ¥dningsvÃ¤g vid jÃ¤mfÃ¶relse med antalet av (skalade) satser.Skalfaktor att anvÃ¤nda pÃ¥ antalet satser i en trÃ¥dningsvÃ¤g vid jÃ¤mfÃ¶relse med antalet av (skalade) block.Skalfaktor vid berÃ¤kning av maximala distansen ett uttryck kan flyttas genom GCSE-optimeringar.SchemalÃ¤gg kod fÃ¶r en given CPU.SchemalÃ¤gg fÃ¶r given CPU.AnvÃ¤nd selektive schemalÃ¤ggningsalgoritm fÃ¶r schemalÃ¤ggning av instruktioner.SchemalÃ¤gg bÃ¶rjan och slutet av proceduren.Schematyp av omp-schema fÃ¶r slingor parallelliserade av parloops (static, dynamic, guided, auto, runtime).RÃ¤ckvidden av for-init-satsvariabler Ã¤r lokal till slingan.Andra argumentet till MOD vid %L Ã¤r nollAndra argumentet till %s Ã¤r negativt vid %LAndra argumentet till MOD vid %L Ã¤r nollAndra argumentet till MODULO vid %L Ã¤r nollAndra argumentet av definierad tilldelning vid %L mÃ¥ste vara INTENT(IN)Andra argumentet till operatorgrÃ¤nssnitt vid %L fÃ¥r inte vara valfrittAndra argumentet till operatorgrÃ¤nssnitt vid %L mÃ¥ste vara INTENT(IN)Se %s fÃ¶r instruktioner.
  SegmenteringsfelSegmenteringsfel (kod)VÃ¤lj ABI-konvention fÃ¶r anrop.VÃ¤lj kodmodell.VÃ¤lj andel av den maximala exekveringsfrekvensen av grundblock i funktion givet grundblock mÃ¥ste ha fÃ¶r att fÃ¥ justering.VÃ¤lj andel av den maximala exekveringsfrekvensen av grundblock i funktion givet grundblock mÃ¥ste ha fÃ¶r att anses hett.VÃ¤lj stor modell â€”  20-bitars adresser/pekare.VÃ¤lj metod fÃ¶r hantering av sdata.VÃ¤lj rÃ¤ckvidd fÃ¶r signering av returadress.VÃ¤lj liten modell â€” 16-bitars adresser/pekare (standard).VÃ¤lj kÃ¶rtidssystem.VÃ¤lj vad som skall saneras.Valuttryck i berÃ¤knad-GOTO-sats vid %L mÃ¥ste vara ett skalÃ¤rt heltalsuttryckSelektorn vid %L fÃ¥r inte vara co-indexeradVÃ¤ljare i SELECT TYPE vid %C Ã¤r inte en namngiven variabel, anvÃ¤nd associationsnamn =>Selektorer skall vara polymorfiska i SELECT TYPE-sats vid %LVÃ¤ljer typen av RL78-kÃ¤rna att ha som mÃ¥l (g10/g13/g14).  Standard Ã¤r G14.  Om satt vÃ¤ljer det Ã¤ven stÃ¶det av hÃ¥rdvarumultiplikation att anvÃ¤nda.VÃ¤ljer typen av hÃ¥rdvarumultiplikation och -division att anvÃ¤nda (none/g13/g14).Det sjÃ¤lvrefererande argumentet %qs vid %L Ã¤r inte tillÃ¥tetSemikolon vid %C mÃ¥ste fÃ¶regÃ¥s av en satsAnge flyttalsprecision fÃ¶r 80387 till 32-bits.Ange flyttalsprecision fÃ¶r 80387 till 64-bits.Ange flyttalsprecision fÃ¶r 80387 till 80-bits.SÃ¤tt Windows-definitioner.SÃ¤tt grenkostnad.SÃ¤tt modulentiteternas standardtillgÃ¤nglighet till PRIVATE.SÃ¤tt beroendeavstÃ¥ndet som kontrolleras i fÃ¶rtida schemalÃ¤ggning av kÃ¶ade instruktioner.SÃ¤tt errno efter inbyggda matematikfunktioner.SÃ¤tt lÃ¤kningsutdatatyp (anvÃ¤nds internt under LTO-optimering)Ange namnet pÃ¥ huvudrutinen fÃ¶r felsÃ¶karen.SÃ¤tt namnet pÃ¥ utmatnings-ALI-filen (intern flagga).SÃ¤tt antalet byte pÃ¥ stacken som fÃ¶rallokeras att anvÃ¤ndas av den anropade.SÃ¤tt sannolikhetstrÃ¶skeln fÃ¶r att inte justera grenar.SÃ¤tt register att innehÃ¥lla -1.SÃ¤tt sizeof(bool) till 1.SÃ¤tt startadress fÃ¶r data.Ange startadressen fÃ¶r programmet.SÃ¤tt biten PPC_EMB i ELF:s flaggfÃ¤lt.StÃ¤ll in grenkostnaden fÃ¶r villkorliga greninstruktioner.  Rimliga vÃ¤rden Ã¤r smÃ¥, ickenegativa heltal.  Standardkostnaden fÃ¶r grenar Ã¤r 0.StÃ¤ll in grenkostnaden fÃ¶r villkorliga greninstruktioner.  Rimliga vÃ¤rden Ã¤r smÃ¥, ickenegativa heltal.  Standardkostnaden fÃ¶r grenar Ã¤r 1.Ange kostnaden fÃ¶r grenar.Ange standard fÃ¶r sorten dubbel precision till en 8 byte bred typ.Ange standard fÃ¶r sorten heltal till en 8 byte bred typ.Ange standard fÃ¶r sorten reell till en 8 byte bred typ.Ange den uppskattade sannolikheten i procent fÃ¶r den inbyggda expect.  StandardvÃ¤rdet Ã¤r 90Â % sannolikhet.Ange den maximala storleken pÃ¥ data som Ã¤r lÃ¤mpliga fÃ¶r SDA-arean.Ange den maximala storleken pÃ¥ data som Ã¤r lÃ¤mpliga fÃ¶r TDA-arean.Ange den maximala storleken pÃ¥ data som Ã¤r lÃ¤mpliga fÃ¶r ZDA-arean.Ange det maximala antalet byte som mÃ¥ste finnas kvar till stackstorleken fÃ¶re en fÃ¤llinstruktion utlÃ¶ses.Ange maximal storlek pÃ¥ en ensam stackÃ¶kningsoperation.SÃ¤tt maximala antalet instruktioner som exekveras parallellt i ett reassociativt trÃ¤d.  Om 0, anvÃ¤nd den mÃ¥lberoende heuristiken.SÃ¤tt det maximala antalet mallinstansieringsnoter fÃ¶r en enskild varning eller fel.SÃ¤tt antalet 64 KiB flash-segment.Ange typen av mÃ¥l-CPU.SÃ¤tt toppnivÃ¥katalogen fÃ¶r att spara profildata.  Standard Ã¤r â€�pwdâ€�.StÃ¤ller in specifikationer %s till â€�%sâ€�
  
! Formspecifikation fÃ¶r allokerbar skalÃ¤r vid %CFormerna fÃ¶r operanderna vid %L och %L Ã¤r inte konformaDela fack fÃ¶r att spara olika hÃ¥rda register.Dela stackfack fÃ¶r spillda pseudoregister.Delad DO-avslutningsetikett %d vid %CFÃ¶rkorta adressreferenser vid lÃ¤nkning.Visa kolumnnummer i felmeddelanden, nÃ¤r de Ã¤r tillgÃ¤ngliga.  Normalt pÃ¥.Visa kÃ¤llkodsrader med en cirkumflex som indikerar kolumnen.Kapsla in delar av prologen och epilogen separat.FÃ¶renkling av SPREAD vid %C Ã¤r inte implementerat Ã¤nnuEnkelprecisions flyttalsenhet.Storlek (i kB) pÃ¥ programmets data-cache.Storlek i byte efter vilken trÃ¥dlokala aggregat skall instrumenteras med loggningsfunktioner istÃ¤llet fÃ¶r spara/Ã¥terstÃ¤ll-par.Storlek pÃ¥ %qs-argumentet till inbyggd %qs vid %L Ã¤r fÃ¶r liten (%i/%i)Hoppa Ã¶ver att sÃ¤tta upp RAX-register nÃ¤r variabelt antal argument skickas.Litet dataomrÃ¥de: none, sdata, use.Mjuk grÃ¤ns pÃ¥ antalet minnesinstruktioner per instruktionsgrupp, ger lÃ¤gre prioritet till fÃ¶rsÃ¶k att schemalÃ¤gga senare minnesinstruktioner i samma instruktionsgrupp.  Ofta anvÃ¤ndbart fÃ¶r att hindra konflikter mellan cache-bankar.  StandardvÃ¤rdet Ã¤r 1.Ledsen, allocatable/pointer-komponenter i co-vektor av polymorf (CLASS)-typ vid %L stÃ¶djs inteLedsen, co-indexerad Ã¥tkomst till en obegrÃ¤nsat polymorf komponent vid %L stÃ¶djs inteLedsen, co-indexerad Ã¥tkomst till ett obegrÃ¤nsat polymorft objekt vid %L stÃ¶djs inte Ã¤nnuTyvÃ¤rr, endast stÃ¶d fÃ¶r heltalssort %d implementerad fÃ¶r bildmÃ¤ngden vid %LLedsen, hÃ¤ndelsekomponenten hos hÃ¤rledd typ vid %L stÃ¶djs inte Ã¤nnuLedsen, lÃ¥skomponenten hos hÃ¤rledd typ vid %L stÃ¶djs inte Ã¤nnuKÃ¤lluttryck vid %L och allokeringsobjekt vid %L mÃ¥ste ha samma formKÃ¤lluttryck vid %L mÃ¥ste vara skalÃ¤rt eller ha samma ordning som allokeringsobjektet vid %LSpecifikationsfunktionen %qs vid %L kan inte vara en satsfunktionSpecifikationsfunktionen %qs vid %L kan inte vara en intern funktionSpecifikationsfunktionen %qs vid %L mÃ¥ste vara PUREAnge bitstorlek pÃ¥ omedelbara TLS-avstÃ¥nd.  Giltiga vÃ¤rden Ã¤r 12, 24, 32, 48.Anger antalet register som skall reserveras fÃ¶r avbrottshanterare.Anger om avbrottsfunktioner skall spara och Ã¥terstÃ¤lla ackumulatorregistret.Ange CPU fÃ¶r kodgenereringssyften.Ange CPU fÃ¶r schemalÃ¤ggningssyften.Ange CPU fÃ¶r schemalÃ¤ggningsÃ¤ndamÃ¥l.  Giltiga argument Ã¤r 700, 7100, 7100LC, 7200, 7300 och 8000.Ange TLS-dialekt.Ange UNIX-standard fÃ¶r fÃ¶rdefinitioner och lÃ¤nkning.Ange Xilinx-FPU.Ange en fil till vilken en lista av filer som skrivs ut av LTRANS skrivs.Ange en instickmodul att lÃ¤sa in.Ange justering av postfÃ¤lt till default/natural.Ange ett ABI.Ange bitstorlek pÃ¥ omedelbara TLS-avstÃ¥nd.Ange cache-tÃ¶mningsfunktion.Ange cache-tÃ¶mningsfÃ¤llnummer.Ange kostnaden fÃ¶r grenar (normalt 20).Ange standard-OpenACC-berÃ¤kningsdimensioner.Ange hur mÃ¥nga byte som bÃ¶r flyttas inline fÃ¶re anrop av memcpy/memmove.Ange hur trÃ¥dpekaren skall nÃ¥s.Ange om flyttalshÃ¥rdvara skall anvÃ¤ndas.Ange anropskonvention fÃ¶r heltal och flyttal.Ange huvudobjekt fÃ¶r TPF-OS.Ange strategi fÃ¶r expansion av memcpy nÃ¤r den fÃ¶rvÃ¤ntade storleken Ã¤r kÃ¤nd.Ange strategi fÃ¶r expansion av memset nÃ¤r den fÃ¶rvÃ¤ntade storleken Ã¤r kÃ¤nd.Ange namnet pÃ¥ funktion fÃ¶r 32-bitars division med tecken.Ange intervall av register att fixera.Ange schemalÃ¤ggningsprioritet fÃ¶r begrÃ¤nsade instruktioner fÃ¶r avsÃ¤ndningsfack.Ange att ett externt BLAS-bibliotek skall anvÃ¤ndas fÃ¶r matmul-anrop pÃ¥ stÃ¶rre vektorer.Ange att omvÃ¤nt snedstreck i strÃ¤ngar inleder ett specialtecken.Ange att ingen implicit typning Ã¤r tillÃ¥ten, om inte Ã¥sidosatt med uttryckliga IMPLICIT-satser.Ange att kompilatorn skall ha sÃ¤ker kod som mÃ¥l enligt ARMv8-M Security Extensions.Ange ISA:n att bygga fÃ¶r: msp430, msp430x, msp430xv2.Ange MCU:n att bygga fÃ¶r.Ange flyttalsformatet __fp16.Ange adressgenereringsstrategin fÃ¶r kodmodellen.Ange algoritmen fÃ¶r att dela upp symboler och variabler vid lÃ¤nktillfÃ¤llet.Ange kodmodellen.Ange den kompakta grenanvÃ¤ndningspolicyn.Ange det maximala antalet par av lastningsinstruktioner som skall genereras inline fÃ¶r jÃ¤mfÃ¶relsen.  Om antalet som behÃ¶vs Ã¶verskrider grÃ¤nsen kommer istÃ¤llet ett anrop till memcmp genereras.Ange det maximala antalet par av lastningsinstruktioner som skall genereras inline fÃ¶r jÃ¤mfÃ¶relsen.  Om antalet som behÃ¶vs Ã¶verskrider grÃ¤nsen kommer istÃ¤llet ett anrop till strncmp genereras.Ange minnesmodellen som skall gÃ¤lla fÃ¶r programmet.Ange den minsta justeringen i bitar fÃ¶r poster.Ange modellen fÃ¶r atomÃ¤ra operationer.Ange namnet pÃ¥ mÃ¥lprocessorn.Ange namnet pÃ¥ mÃ¥larkitekturen.Ange namnet pÃ¥ mÃ¥lets flyttalskonfiguration.Ange namnet pÃ¥ mÃ¥lets flyttalshÃ¥rdvara/-format.Ange registret som skall anvÃ¤ndas fÃ¶r PIC-adressering.Ange storleken pÃ¥ varje cache-block, som mÃ¥ste vara en exponent av 2 mellan 4 och 512.Ange storleken pÃ¥ varje avbrottsvektor, som mÃ¥ste vara 4 eller 16.Ange mÃ¥l-CPU:n.Ange mÃ¥l-RX-cpu-typenAnge typen av hÃ¥rdvarumultiplikation att stÃ¶dja.Ange metod fÃ¶r trÃ¥dlokal lagring.Ange registernumret fÃ¶r trÃ¥dpekare.Ange var de kompilerade inbyggda modulerna finns.Ange om funktioner skall placeras i lÃ¥gt eller hÃ¶gt minne.Ange om variabler skall placeras i lÃ¥gt eller hÃ¶gt minne.Ange vilket ABI som skall anvÃ¤ndas fÃ¶r kodfamiljen Objective-C och generering av metadata.Ange metod att tillÃ¤mpa fÃ¶r inskjutande av nop efter schemalÃ¤ggning.VOLATILE anges fÃ¶r co-vektorvariabel %qs vid %C, vilket Ã¤r use-/host-associeratDela 32-bytes AVX ojusterade laddningar.Dela 32-bytes AVX ojusterade lagringar.Dela livstiden pÃ¥ induktionsvariabler nÃ¤r slingor rullas ut.Dela sÃ¶kvÃ¤gar som leder till bakÃ¥tbÃ¥gar i slingor.Dela ojusterade 8-bytes vektorfÃ¶rflyttningar fÃ¶re adressgenerering efter Ã¤ndring.Dela upp breda typer i oberoende register.Stackramar stÃ¶rre Ã¤n 2 G stÃ¶djs inte med -fsplit-stackStartuttryck i DO-slingaStatvariabel vid %L mÃ¥ste vara en INTEGER-variabelStatvariabel vid %L skall inte %s:as i samma %s-satsSats vid %L Ã¤r inte en giltig grenmÃ¥lssats fÃ¶r grensatsen vid %LSatsfunktionen %qs vid %L fÃ¥r inte vara ett aktuellt argumentSatsfunktionen %qs vid %L fÃ¥r inte ha attributet pointer eller allocatableSatsfunktion %qs Ã¤r ogiltigt i procedurpekartilldelning vid %LSatsfunktion %qs krÃ¤ver en argumentlista vid %CSatsfunktion vid %CSatsfunktion vid %L kan inte fÃ¶rekomma inuti ett INTERFACESatsfunktion vid %L Ã¤r rekursivSatsetikett vid %C Ã¤r nollSatsetikett i END CRITICAL vid %C stÃ¤mmer inte med CRITICAL-etikettSatsetikett i ENDDO vid %C stÃ¤mmer inte med DO-etikettSatsetikettlistan i GOTO vid %C fÃ¥r inte vara tomSatsetikett utan sats vid %LLÃ¤nka statiskt till GNU:s Fortran-hjÃ¤lpbibliotek (libgfortran).Steguttryck i DO-slingaSteguttryck i DO-slinga vid %L fÃ¥r inte vara nollStoppa framÃ¥ttillvÃ¤xt om sannolikheten av bÃ¤sta bÃ¥ge Ã¤r mindre Ã¤n detta trÃ¶skelvÃ¤rde (i procent).  AnvÃ¤nds nÃ¤r profileringsdata Ã¤r tillgÃ¤nglig.Stoppa framÃ¥ttillvÃ¤xt om sannolikheten av bÃ¤sta bÃ¥ge Ã¤r mindre Ã¤n detta trÃ¶skelvÃ¤rde (i procent).  AnvÃ¤nds nÃ¤r profileringsdata inte Ã¤r tillgÃ¤nglig.Stoppa omvÃ¤nd tillvÃ¤xt om den omvÃ¤nda sannolikheten av bÃ¤sta bÃ¥ge Ã¤r mindre Ã¤n detta trÃ¶skelvÃ¤rde (i procent).Lagrar dubbla i 64 bitar.Lagra funktionsnamn i objektkod.Lagrar dubbla i 32 bitar.  Detta Ã¤r standard.Lagrar MDUC-registren i avbrottshanterare fÃ¶r mÃ¥let G13.StrÃ¶mma extra data fÃ¶r att stÃ¶dja mer aggressiv avvirtualisering i lokaltransformationslÃ¤ge i LTO.Steg fÃ¥r inte finnas vid %LSteget skall inte anges i vektorsektionen i %s-klausulen vid %LSteg Ã¤r inte tillÃ¥tna i co-vektorindex vid %CStrÃ¤nglÃ¤ngden vid %L Ã¤r fÃ¶r storPostkomponent %qs vid %L kan inte vara ett EQUIVALENCE-objektPostkonstruerare med saknade valfria argument vid %CPostkonstruerare med namngivna argument vid %CPostnamn fÃ¶rvÃ¤ntades efter RECORD vid %CPostnamn fÃ¶rvÃ¤ntades i icke nÃ¤stad postdeklaration vid %CSubrutin %qs vid %L Ã¤r INTRINSIC men Ã¤r inte kompatibel med en inbyggdSubrutinanrop till %qs vid %L Ã¤r inte PURESubrutinanrop till %qs i DO CONCURRENT-block vid %L Ã¤r inte PURESubrutinanrop till %qs i FORALL-block vid %L Ã¤r inte PURESubrutinanrop till inbyggd %qs vid %L Ã¤r inte PURESubrutinanrop till inbyggda %qs i DO CONCURRENT-block vid %L Ã¤r inte PURESubrutinanrop med alternativa returer i INITIALIZER-klausul i !$OMP DECLARE REDUCTION vid %LSubrutinanrop med alternativa returer i kombinerare i !$OMP DECLARE REDUCTION vid %LDelstrÃ¤ng vid %L har lÃ¤ngden nollSlutindex fÃ¶r delstrÃ¤ng vid %L Ã¶verstiger strÃ¤ngens lÃ¤ngdSlutindex fÃ¶r delstrÃ¤ng vid %L Ã¤r fÃ¶r stortSlutindex fÃ¶r delstrÃ¤ng vid %L mÃ¥ste ha typen INTEGERSlutstrÃ¤ng fÃ¶r delstrÃ¤ng vid %L mÃ¥ste vara skalÃ¤rtDelstrÃ¤ngs startindex vid %L Ã¤r mindre Ã¤n ettStartindex fÃ¶r delstrÃ¤ng vid %L mÃ¥ste typen INTEGERStartindex fÃ¶r delstrÃ¤ng vid %L mÃ¥ste vara skalÃ¤rtFÃ¶reslÃ¥ att anvÃ¤nda nyckelordet override nÃ¤r deklarationen av en virtuell funktion Ã¥sidosÃ¤tter en annanSumman av andra och tredje argumenten till IBITS Ã¶verskrider bitstorleken vid %LStÃ¶d inbyggda 3DNow!-funktioner.StÃ¶d inbyggda AES-funktioner och -kodgenerering.StÃ¶d inbyggda Athlon 3Dnow!-funktioner.StÃ¶d inbyggda BMI-funktioner och -kodgenerering.StÃ¶d inbyggda BMI2-funktioner och -kodgenerering.StÃ¶d C++17-allokering av Ã¶verjusterade typer.StÃ¶d instruktionerna CLFLUSHOPT.StÃ¶d instruktionen CLWB.StÃ¶d inbyggda CLZERO-funktioner och -kodgenerering.StÃ¶d inbyggda F16C-funktioner och -kodgenerering.StÃ¶d inbyggda FMA4-funktioner och -kodgenerering.StÃ¶d inbyggda FSGSBASE-funktioner och -kodgenerering.StÃ¶d instruktionerna FXSAVE och FXRSTOR.StÃ¶d prefix fÃ¥r hÃ¥rdvarulÃ¥selidering.StÃ¶d inbyggda LWP-funktioner och -kodgenerering.StÃ¶d inbyggda LZCNT-funktioner och -kodgenerering.StÃ¶d inbyggda MMX- och SSE-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-funktioner.StÃ¶d inbyggda MMX-, SSE- och SSE2-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2- och SSE3-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3- och SSE4A-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3- och SSSE3-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3- och SSE4.1-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1- och SSE4.2-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2- och AVX-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX- och AVX2-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX- och FMA-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2- och AVX512F- och AVX512BW-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2- och AVX512F- och AVX512CD-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2- och AVX512F- och AVX512DQ-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2- och AVX512F- och AVX512ER-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2- och AVX512F- och AVX512IFMA-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2- och AVX512F- och AVX512PF-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2- och AVX512F- och AVX512VBMI-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2- och AVX512F- och AVX512VL-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2- och AVX512F-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2-, AVX512F- och AVX512IFMAPS-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2-, AVX512F- och AVX512VNNIW-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2-, AVX512F- och AVX5124VNNIW-funktioner och -kodgenerering.StÃ¶d MPX-kodgenerering.StÃ¶d inbyggda MWAITX- och MONITORX-funktioner och -kodgenerering.StÃ¶d inbyggda PCLMUL-funktioner och -kodgenerering.StÃ¶d inbyggda PKU-funktioner och -kodgenerering.StÃ¶d instruktionen PREFETCHW.StÃ¶d inbyggda PREFETCHWT1-funktioner och -kodgenerering.StÃ¶d inbyggda RDPID-funktioner och -kodgenerering.StÃ¶d inbyggda RDRND-funktioner och -kodgenerering.AnvÃ¤nd instruktionen RDSEED.StÃ¶d inbyggda RTM-funktioner och -kodgenerering.StÃ¶d inbyggda SGX-funktioner och -kodgenerering.StÃ¶d inbyggda SHA1- och SHA256-funktioner och -kodgenerering.StÃ¶d inbyggda TBM-funktioner och -kodgenerering.StÃ¶d TLS-segment stÃ¶rre Ã¤n 64Â k.StÃ¶d inbyggda XOP-funktioner och -kodgenerering.StÃ¶d instruktionerna XSAVE och XRSTOR.StÃ¶d instruktionerna XSAVEC.StÃ¶d instruktionen XSAVEOPT.StÃ¶d instruktionerna XSAVES och XRSTORS.StÃ¶d justering av upp till 64 bitar.StÃ¶d anrop mellan Thumb- och ARM-instruktionsuppsÃ¤ttningar.StÃ¶d kodgenerering av Advanced Bit Manipulation (ABM)-instruktioner.StÃ¶d kodgenerering av cmpxchg16b-instruktioner.StÃ¶d kodgenerering av crc32-instruktioner.StÃ¶d kodgenerering av movbe-instruktioner.StÃ¶d kodgenerering av popcnt-instruktioner.StÃ¶d kodgenerering av sahf-instruktioner i 64-bitars x86-64-kod.StÃ¶d dynamisk initiering av trÃ¥dlokala variabler i en annan Ã¶versÃ¤ttningsenhet.StÃ¶d flaggbevarande add-carry-instruktioner.StÃ¶d fÃ¶r HSA implementerar inte omedelbara 16-bitars FPU-operanderStÃ¶d fÃ¶r argumentet A vid %L som Ã¤r ett polymorft argument A eller har allokerbara komponenter Ã¤r inte implementerat Ã¤nnuStÃ¶d fÃ¶r argumentet A vid %L med allokerbara komponenter Ã¤r inte implementerat Ã¤nnuStÃ¶d gammaldags multitrÃ¥dning.StÃ¶d meddelandeskickning med Parallel Environment.StÃ¶d mer Ã¤n 8192 GOT-poster pÃ¥ ColdFire.StÃ¶d multitrÃ¥dning.AnvÃ¤nd multiplicera-ackumulerainstruktioner.StÃ¶d synkrona icke-anropsundantag.RÃ¤ckvidder som stÃ¶djs fÃ¶r signering av AArch64-returadresser (att anvÃ¤ndas med flaggan -msign-return-address=):StÃ¶dda ABI:er (att anvÃ¤ndas med flaggan -mabi=):Undertryck utskrift av adresser i felsÃ¶kningsutskrifter.Undertryck utskrift av instruktionsantal, radnummernoteringar och -adresser i felsÃ¶kningsutskrifter.Undertryck utskrift av fÃ¶regÃ¥ende och nÃ¤sta instruktionsnummer i felsÃ¶kningsutskrifter.Undertryck varningar.VÃ¤xla ARM-/Thumb-lÃ¤gen mellan alternerande funktioner fÃ¶r kompilatortestning.VÃ¤xla av/pÃ¥ MIPS16 ASE mellan alternerande funktioner fÃ¶r kompilatortestning.SlÃ¥r av flaggan -mstack-guard=.SlÃ¥r av flaggan -mstack-size=.Symbolen %qs Ã¤r redan deklareradSymbolen %qs vid %C Ã¤r redan deklareradSymbolen %qs vid %C Ã¤r ocksÃ¥ deklarerad som en typ vid %LSymbolen %qs vid %C har redan blivit host-associeradSymbolen  %qs vid %C har ingen IMPLICIT-typSymbolen %qs vid %C har inte definierats tidigareSymbolen %qs vid %C Ã¤r redan i ett COMMON-blockSymbolen %qs vid %C Ã¤r tvetydigSymbolen %qs vid %C mÃ¥ste vara ett NAMELIST-gruppnamnSymbolen %qs vid %L har redan ett explicit grÃ¤nssnittSymbolen %qs vid %L har redan grundtypen %sSymbolen %qs vid %L kan inte ha en typSymbolen %qs vid %L stÃ¥r i konflikt med symbolen frÃ¥n modulen %qs, anvÃ¤ndningsassocierad vid %LSymbolen  %qs vid %L har ingen IMPLICIT-typSymbolen  %qs vid %L Ã¤r tvetydigSymbolen %qs vid %L Ã¤r markerad PRIVATE men har getts bindningsetiketten %qsSymbolen %qs i COMMON vid %C fÃ¥r inte vara en POINTER-vektorSymbolen %qs i namnlistan %qs Ã¤r INTENT(IN) vid %CSymbolen %qs anvÃ¤nds fÃ¶re den har fÃ¥tt sin typ vid %LSymbolen %qs mÃ¥ste vara en PARAMETER i DATA-sats vid %CSymbolen %qs finns i bÃ¥de FROM- och TO-klausuler vid %LSymbolen %qs finns i flera fall vid %LSymbolen %qs refererad frÃ¥n %L hittas inte i den inbyggda modulen ISO_C_BINDINGSymbolen %qs refererad vid %L hittas inte i den inbyggda modulen ISO_FORTRAN_ENVSymbolen %qs refererad frÃ¥n %L finns inte i modulen %qsSymbolen %qs, i COMMON-block %qs vid %C Ã¤r indirekt gjort ekvivalent med ett annat COMMON-block %qsSymbol vid %C passar inte som uttryckSymbol vid %L Ã¤r inte en DUMMY-variabelSynonym fÃ¶r -Wcomment.Synonym fÃ¶r -gnatk8.Syntaxfel i !$ACC DECLARE-lista vid %CSyntaxfel i !ACC$ ROUTINE ( NAME ) vid %CSyntaxfel i !$ACC ROUTINE ( NAMN ) vid %C, ')' fÃ¶rvÃ¤ntades efter NAMNSyntaxfel i !$ACC ROUTINE ( NAMN ) vid %C, felaktigt funktionsnamn %sSyntaxfel i !$OMP DECLARE TARGET-lista vid %CSyntaxfel i !$OMP THREADPRIVATE-lista vid %CSyntaxfel i !GCC$ ATTRIBUTES-sats vid %CSyntaxfel i %s-sats vid %CSyntaxfel i ABSTRACT INTERFACE-sats vid %CSyntaxfel i ASYNCHRONOUS-sats vid %CSyntaxfel i AUTOMATIC-sats vid %CSyntaxfel i CASE-specifikation vid %CSyntaxfel i CHARACTER-deklaration vid %CSyntaxfel i CLASS IS-specifikation vid %CSyntaxfel i COMPLEX-konstant vid %CSyntaxfel i ENUMERATOR-definition vid %CSyntaxfel i EQUIVALENCE-sats vid %LSyntaxfel i FORALL-iterator vid %CSyntaxfel i I/O-iterator vid %CSyntaxfel i IF-klausul vid %CSyntaxfel i IF-uttryck vid %CSyntaxfel i IMPORT-sats vid %CSyntaxfel i NAME=-specifikation fÃ¶r att binda etikett vid %CSyntaxfel i OpenACC-uttryckslista vid %CSyntaxfel i OpenMP DEPEND SINK-lista vid %CSyntaxfel i OpenMP-variabellista vid %CSyntaxfel i PROCEDURE-sats vid %CSyntaxfel i PROTECTED-sats vid %CSyntaxfel i SAVE-sats vid %CSyntaxfel i STATIC-sats vid %CSyntaxfel i SUBMODULE-sats vid %CSyntaxfel i SUBSTRING-specifikation vid %CSyntaxfel i TYPE IS-specifikation vid %CSyntaxfel i VALUE-sats vid %CSyntaxfel i VOLATILE-sats vid %CSyntaxfel i anonym postdeklaration vid %CSyntaxfel i argumentlista vid %CSyntaxfel i vektorkonstruerare vid %CSyntaxfel i specifikation av teckenlÃ¤ngd vid %CSyntaxfel i common-blocknamn vid %CSyntaxfel i datadeklaration vid %CSyntaxfel i uttryck vid %CSyntaxfel i generisk specifikation vid %CSyntaxfel i iterator vid %CSyntaxfel i nÃ¤stad postdeklaration vid %CSyntaxfel i gammaldags initiering av %s vid %CSyntaxfel i gammaldags initierarlista vid %CSyntaxfel i procedurpekarkomponent vid %CSyntaxfel: Avslutande skrÃ¤p i END INTERFACE-sats vid %CSyntaxfel: Avslutande skrÃ¤p i INTERFACE-sats vid %CTARGET ENTER DATA med en annan map-typ Ã¤n TO eller ALLOC i MAP-klausul vid %LTARGET EXIT DATA med en annan map-typ Ã¤n FROM, RELEASE eller DELETE i MAP-klausul vid %LTARGET%s med with en annan map-typ Ã¤n TO, FROM, TOFROM eller ALLOC i MAP-klausul vid %LTHREADPRIVATE objekt %qs i %s-fall vid %LTHREADPRIVATE objekt %qs i SHARED fall vid %LTILE behÃ¶ver ett konstant uttryck vid %LTLS-dialekt att anvÃ¤nda:ATTGÃ–RA: Vektorsektionen i datasatserATT GÃ–RA: typbegrÃ¤nsad definierad tilldelning vid %L inte gjord fÃ¶r att multipla delvektorreferenser skulle upptrÃ¤da i intermediÃ¤ra uttryck.TREE_PURPOSE Ã¤r icke-NULL i TYPE_ARG_TYPES-listaTYPE IS vid %L Ã¶verlappar med TYPE IS vid %LTYPE med inbyggd typspecifikation vid %CTYPE_ARRAY_MAX_SIZE inte INTEGER_CSTTYPE_BINFO Ã¤r inte TREE_BINFOTYPE_BINFO-typ Ã¤r inte TYPE_MAIN_VARIANTTYPE_CACHED_VALUES Ã¤r inte TREE_VECTYPE_CACHED_VALUES_P Ã¤r %i medan TYPE_CACHED_VALUES Ã¤r %pTYPE_CACHED_VALUES_P Ã¤r satt nÃ¤r det inte skulle vara detTYPE_CANONICAL har en annan TYPE_CANONICALTYPE_CANONICAL Ã¤r inte kompatiblaTYPE_CANONICAL av huvudvarianten Ã¤r inte en huvudvariantTYPE_FIELDS definierad i ofullstÃ¤ndig typTYPE_LANG_SLOT_1 (binfo) fÃ¤lt Ã¤r icke-NULLTYPE_MAIN_VARIANT har en annan TYPE_MAIN_VARIANTTYPE_MAXVAL icke-NULLTYPE_METHODS Ã¤r varken FUNCTION_DECL, TEMPLATE_DECL eller error_mark_nodeTYPE_METHOD_BASETYPE Ã¤r inte en huvudvariantTYPE_METHOD_BASETYPE Ã¤r inte en post eller unionTYPE_MINVAL icke-NULLTYPE_MODE av TYPE_CANONICAL Ã¤r inte kompatiblaTYPE_NEXT_PTR_TO Ã¤r inte POINTER_TYPETYPE_NEXT_REF_TO Ã¤r inte REFERENCE_TYPETYPE_OFFSET_BASETYPE Ã¤r inte en post eller unionTYPE_STRING_FLAG Ã¤r satt pÃ¥ pÃ¥ en typ som inte ser ut som vare sig char eller vektor av charsTYPE_STRING_FLAG Ã¤r satt pÃ¥ fel typkodTYPE_VALUES_RAW-fÃ¤lt Ã¤r icke-NULLTYPE_VFIELD Ã¤r varken FIELD_DECL eller TREE_LISTTagna minst en gÃ¥ng:%s av %d
  Tar tvÃ¥ icke-negativa heltal separerade av ett kommatecken.  Inled funktionsetiketten med det antal tvÃ¥bytes Nop-instruktioner som indikeras av det fÃ¶rsta.  Avsluta med Nop-instruktioner som tÃ¤cker det antal halvord som indikeras av den andra efter etiketten.  Nop-instruktioner av stÃ¶rsta mÃ¶jliga storlek anvÃ¤nds (sex, fyra eller tvÃ¥ byte), med bÃ¶rjan med den stÃ¶rsta mÃ¶jliga storleken.  Att anvÃ¤nda 0 fÃ¶r bÃ¥da vÃ¤rdena avaktiverar hotpatchning.Sikta pÃ¥ DFLOAT-dubbelprecisionskod.MÃ¥let fÃ¶r blocks relativa exekveringsfrekvens (som en procentsats) som behÃ¶vs fÃ¶r att sÃ¤nka en sats.MÃ¥luttryck i pekartilldelning vid %L mÃ¥ste leverera ett pekarresultatMÃ¥let har uppdelat I&D.MÃ¥let fÃ¶r Ã¥teravbildning av ordning Ã¤r fÃ¶r litet (%ld < %ld)Sikta pÃ¥ processorn AM33.Sikta pÃ¥ processorn AM33/2.0.Sikta pÃ¥ processorn AM34.MÃ¥l: %s
! BerÃ¤tta fÃ¶r DSE att lagringen fÃ¶r ett C++-objekt Ã¤r dÃ¶tt nÃ¤r konstrueraren bÃ¶rjar och nÃ¤r destrueraren avslutar.Direktivet %s kan inte anges inuti en %s-region vid %LFlaggan --param accepterar fÃ¶ljande som parametrarA-argumentet vid %L till CO_REDUCE fÃ¥r inte vara polymorftArgumentet A vid %L till den inbyggda %s skall inte vara co-indexeratABI:et fÃ¶r att skicka parametrar med %d-bytejustering har Ã¤ndrats i GCC 4.6CHARACTER-elementen i vektorkonstrueraren vid %L mÃ¥ste ha samma lÃ¤ngd (%d/%d)DEFAULT CASE vid %L fÃ¥r inte fÃ¶ljas av ett andra DEFAULT CASE vid %LArgumentet DISTANCE fÃ¥r inte anges tillsammans med argumentet COARRAY eller DIM i den inbyggda vid %LOperanden till instruktionen ENI mÃ¥ste vara antingen 0 eller 1FORALL med index %qs anvÃ¤nds inte pÃ¥ vÃ¤nster sida av en tilldelning vid %L och kan dÃ¤rfÃ¶r orsaka multipla tilldelningar till detta objektArgumenten FROM och TO vid %L bryter mod restriktioner (F2003 12.4.1.7)Argumenten FROM och TO till den inbyggda MOVE_ALLOC vid %L mÃ¥ste ha samma co-ordning %d/%dArgumenten FROM och TO till den inbyggda MOVE_ALLOC vid %L mÃ¥ste ha samma ordning %d/%dArgumentet FROM till MOVE_ALLOC %L skall inte vara co-indexeratFormatspecificeraren H vid %L Ã¤r en funktion borttagen i Fortran 95Hollerithkonstanten vid %L Ã¤r fÃ¶r lÃ¥ng fÃ¶r att konverteras till %qsINTENT(OUT)-attrappargumentet %qs vid %L har ASSUMED SIZE och kan dÃ¤rfÃ¶r inte ha en standardinitierareNULL i postkonstrueraren vid %L anvÃ¤nds pÃ¥ komponenten %qs, som varken Ã¤r en POINTER eller en ALLOCATABLEArgumentet TO till MOVE_ALLOC %L skall inte vara co-indexeratArgumentet TO i MOVE_ALLOC vid %L mÃ¥ste vara polymorft om FROM Ã¤r polymorftAbsolutvÃ¤rdet av SHIFT vid %L mÃ¥ste vara mindre Ã¤n eller lika med BIT_SIZE(%qs)AbsolutvÃ¤rdet av SHIFT vid %L mÃ¥ste vara mindre Ã¤n eller lika med SIZE vid %LDet allokerbara objektet %qs vid %L mÃ¥ste ha ett explicit funktionsgrÃ¤nssnitt eller deklareras som vektorAllokeringsobjektet vid %L och kÃ¤lluttrycket vid %L skall ha samma sorts typparameterArgumentlistefunktionerna vid %%VAL, %%LOC eller %%REF Ã¤r inte tillÃ¥ten i denna kontext vid %LArgumentet till inbyggd RANK vid %L mÃ¥ste vara ett dataobjektVektorn %qs med antagen ordning vid %L skall inte ha en co-dimensionVektorn med antagen ordning vid %C fÃ¥r inte ha en co-dimensionVektor med antagen ordning vid %L krÃ¤ver att attrappargumentet %qs har antagen ordningFelet Ã¤r inte reproducerbart, sÃ¥ det Ã¤r fÃ¶rmodligen ett problem med hÃ¥rdvara eller OS.
! TeckenlÃ¤ngden fÃ¶r argumentet A vid %L och argumenten till OPERATOR vid %L skall vara sammaTeckenlÃ¤ngden fÃ¶r argumentet A vid %L och funktionsresultatet av OPERATOR vid %L skall vara sammaNamnen fÃ¶r flaggan fÃ¶r kodmodell fÃ¶r -mcmodel:Den hÃ¤rledda typen %qs vid %L har typen %qs, som inte har definieratsEnheten har inget SPH-specialfunktionsregister.  Denna flagga kommer Ã¥sidosÃ¤ttas av kompilatordrivrutinen med de riktiga instÃ¤llningarna om nÃ¤rvaro/frÃ¥nvaro av SPH kan avgÃ¶ras frÃ¥n -mmcu=MCU.Den tidigaste MacOS X-versionen som detta program kommer kÃ¶ra pÃ¥.Elementet i postkonstrueraren vid %L, fÃ¶r pekarkomponent %qs, borde vara en POINTER eller en TARGETElementet i postkonstrueraren vid %L, fÃ¶r pekarkomponent %qs, Ã¤r %s men borde vara %sEkvivalensmÃ¤ngden fÃ¶r %qs orsakar en ogiltig utvidgning av COMMON %qs vid %LEkvivalensmÃ¤ngden fÃ¶r variabeln %qs deklarerad vid %L bryter mot justeringskravenerrmsg=-argumentet vid %L mÃ¥ste vara en teckenvariabel av standardsortFÃ¶ljande flaggor Ã¤r sprÃ¥koberoendeFÃ¶ljande flaggor Ã¤r sprÃ¥krelateradeFÃ¶ljande flaggor Ã¤r inte dokumenteradeFÃ¶ljande flaggor Ã¤r specifika fÃ¶r just sprÃ¥ketFÃ¶ljande flaggor stÃ¶djs av sprÃ¥ketFÃ¶ljande flaggor Ã¤r mÃ¥lberoendeFÃ¶ljande flaggor styr kompilatorns varningsmeddelandenFÃ¶ljande flaggor styr optimeringarFÃ¶ljande flaggor tar sammanslagna argumentFÃ¶ljande flaggor tar separata argumentFunktionen som skickas som OPERATOR vid %L har argument av typerna %s och %s men skall ha typen %sFunktionen som skickas som OPERATOR vid %L skall ha skalÃ¤ra argument som ej Ã¤r allokerbara och ej Ã¤r pekare och returnera en skalÃ¤r som ej Ã¤r allokerbar och ej Ã¤r en pekareFunktionen som skickas som OPERATOR vid %L skall ha attributet ASYNCHRONOUS antingen fÃ¶r inget eller bÃ¥da argumentenFunktionen som skickas som OPERATOR vid %L skall ha attributet TARGET antingen fÃ¶r inget eller bÃ¥da argumentenFunktionen som skickas som OPERATOR vid %L skall ha attributet VALUE antingen fÃ¶r inget eller bÃ¥da argumentenFunktionen som skickas som OPERATOR vid %L skall ha tvÃ¥ argumentFunktionen som skickas som OPERATOR vid %L skall ha attributet OPTIONAL antingen fÃ¶r inget eller bÃ¥da argumentenFunktionsresultatet pÃ¥ vÃ¤nstersidan av tilldelningen vid %L mÃ¥ste ha attributet pointer.Det omedelbara vÃ¤rdet mÃ¥ste passa i ett %d-bitars heltal fÃ¶r %sDen orena variabeln vid %L Ã¤r tilldelad till en hÃ¤rledd typvariabel med en POINTER-komponent i en PURE-procedur (12.6)Den inbyggda %qs vid %L ingÃ¥r inte i den valda standarden utan %s och %qs kommer hanteras som om de var deklarerade EXTERNAL.  AnvÃ¤nd en tillÃ¤mplig -std=*-flagga eller definiera -fall-intrinsics fÃ¶r att tillÃ¥ta denna inbyggda.Den inbyggda %qs deklarerad INTRINSIC vid %L Ã¤r inte tillgÃ¤nglig i den aktuella standardinstÃ¤llningen utan i %s.  AnvÃ¤nd en lÃ¤mplig flagga %<-std=*%> eller aktivera %<-fall-intrinsics%> fÃ¶r att anvÃ¤nda den.Den vÃ¤nstraste part-ref i en data-ref kan inte vara en fuktionsreferens vid %CDen undre grÃ¤nsen fÃ¶r att en buffert skall Ã¶vervÃ¤gas fÃ¶r skydd mot stacksprÃ¤ngning.Maximalt antal omlÃ¤sningar av pseudoregister som Ã¶vervÃ¤gs nÃ¤r ett icke-omlÃ¤st pseudoregister spills.Den maximala mÃ¤ngden minne som fÃ¥r allokeras av GCSE.Den maximala konfliktfÃ¶rdrÃ¶jningen fÃ¶r att en instruktion skall Ã¶vervÃ¤gas fÃ¶r spekulativ fÃ¶rflyttning.Det maximala djupet av nÃ¤stade slingor som vi skalar helt.Det maximala djupet fÃ¶r rekursiv inline:ing fÃ¶r inline-funktioner.Det maximala djupet fÃ¶r rekursiv inline:ing fÃ¶r icke-inline-funktioner.Den maximala expansionsfaktorn vid kopiering av grundblock.Det maximala antalet instruktioner CSE bearbetar fÃ¶re tÃ¶mning.Den maximala lÃ¤ngden pÃ¥ sÃ¶kvÃ¤gar som Ã¶vervÃ¤gs i cse.Den maximala lÃ¤ngden pÃ¥ schemalÃ¤ggarens lista Ã¶ver vÃ¤ntande operationer.Det maximala antalet minnesplatser noterade av cselib.Det maximala antalet RTL-noder som kan noteras som kombinerarens sista vÃ¤rde.Det maximala antalet fÃ¶rsÃ¶k att gÃ¥ tillbaka schemalÃ¤ggaren skall gÃ¶ra vid moduloschemalÃ¤ggning av en slinga.Det maximala antalet block i en region som Ã¶vervÃ¤gs fÃ¶r interblockschemalÃ¤ggning.Det maximala antalet grenar pÃ¥ vÃ¤gen genom den skalade sekvensen.Det maximala antalet ingÃ¥ende bÃ¥gar att Ã¶vervÃ¤ga fÃ¶r korshopp.Det maximala antalet instruktionskombinationsfÃ¶rsÃ¶k att kombinera.Det maximala antalet instruktioner i en region fÃ¶r att Ã¶vervÃ¤gas fÃ¶r interblockschemalÃ¤ggning.Det maximala antalet instruktioner i slinghuvudet duplicerade av kopieringspasset fÃ¶r slinghuvuden.Det maximala antalet instruktioner i en helt avskalad slinga.Det maximala antalet instruktioner i en avskalad slinga som bara snurrar en gÃ¥ng.Det maximala antalet instruktioner i en avskalad slinga.Det maximala antalet instruktioner i en ovÃ¤xlad slinga.Det maximala antalet instruktioner att duplicera vid avfaktorering av berÃ¤knade goto.Det maximala antalet instruktioner i en enskild funktion tÃ¤nkbar fÃ¶r inline:ing.Det maximala antalet instruktioner inline-funktioner kan vÃ¤xa till via rekursiv inline:ing.Det maximala antalet instruktioner icke-inline-funktioner kan vÃ¤xa till via rekursiv inline:ing.Det maximala antalet instruktioner redo att matas ut fÃ¶r att Ã¶vervÃ¤gas under det fÃ¶rsta schemalÃ¤ggningspasset.Det maximala antalet instruktioner att Ã¶vervÃ¤ga fÃ¶r att fylla ett fÃ¶rdrÃ¶jningsutrymme.Det maximala antalet instruktioner att Ã¶vervÃ¤ga fÃ¶r att hitta korrekt information om aktiva register.Det maximala antalet instruktioner fÃ¶r att Ã¶vervÃ¤ga att rulle ut i en slinga i genomsnitt.Det maximala antalet instruktioner fÃ¶r att Ã¶vervÃ¤ga att rulla ut i en slinga.Det stÃ¶rsta antalet instruktioner att sÃ¶ka bakÃ¥t fÃ¶r att leta efter ekvivalent omlÃ¤sning.Det maximala antalet instruktioner vid automatisk inline:ing.Det maximala antal iterationer genom CFG fÃ¶r utÃ¶kade regioner.Det maximala antalet slingiterationer vi fÃ¶rutsÃ¤ger statiskt.Det maximala antalet nÃ¤stade indirekta inline:ingar som utfÃ¶rs av den tidiga inline:aren.Det maximala antalet avskalningar av en enskild slinga som Ã¤r helt avskalad.Det maximala antalet avskalningar av en enskild slinga.Det maximala antalet utrullningar av en enskild slinga.Det maximala antalet omvÃ¤xlingar i en enskild slinga.Det maximala fÃ¶rhÃ¥llandet mellan vektorstorlek och switch-grenar fÃ¶r att en switch-konvertering skall ske.Det maximala fÃ¶rhÃ¥llandet mellan insÃ¤ttningar och raderingar av uttryck i GCSE.Den maximala storleken pÃ¥ fÃ¶nstret fÃ¶r framÃ¥tblickar vid selektiv schemalÃ¤ggning.Den minsta uppskattade hastighetsÃ¶kningen som tillÃ¥ter inline:aren att ignorera inline-insns-single och inline-insns-auto.Den minsta sannolikheten fÃ¶r spekulativ framgÃ¥ng (i procent) fÃ¶r att spekulativ instruktion skall schemalÃ¤ggas.Minsta UID som fÃ¥r anvÃ¤ndas fÃ¶r en icke-felsÃ¶kningsinstruktion.Den minsta kostnaden av ett dyrt uttryck vid flyttning av slinginvariant.Minsta andelen av profileringskÃ¶rningar ett givet grundblocks exekveringsrÃ¤knare mÃ¥ste ha fÃ¶r att inte anses osannolik.Det minsta antal av matchande instruktioner att Ã¶vervÃ¤ga fÃ¶r korshopp.Den minsta sannolikhet en bÃ¥ge mÃ¥ste ha fÃ¶r att schemalÃ¤ggaren skall spara sitt tillstÃ¥nd Ã¶ver den.Den minsta sannolikheten fÃ¶r att nÃ¥ ett kÃ¤llkodsblock fÃ¶r spekulativ schemalÃ¤ggning mellan block.Minsta storleken pÃ¥ variabler som Ã¤r med i stackutrymmesdelning utan optimering.MinimivÃ¤rdet pÃ¥ steglÃ¤ngden som pendlingsschemalÃ¤ggaren kommer generera.Modul- eller huvudprogramvektorn %qs vid %L mÃ¥ste ha konstant formNamnet %qs fÃ¥r inte anvÃ¤ndas som en definierad operator vid %CAntalet vektorelement i argumentet SUB till IMAGE_INDEX vid %L skall vara %d (co-ordning) inte %dAntalet cykler som pendlingsschemalÃ¤ggaren beaktar nÃ¤r den sÃ¶ker efter konflikter med DFA.Antalet element (%d) i vektorkonstrueraren vid %L krÃ¤ver en Ã¶kning av den tillÃ¥tna Ã¶vre grÃ¤nsen %d.  Se flaggan %<-fmax-array-constructor%>Antalet element i vektorkonstrueraren vid %L krÃ¤ver en Ã¶kning av den tillÃ¥tna Ã¶vre grÃ¤nsen %d.  Se flaggan %<-fmax-array-constructor%>Antalet element i vektorkonstrueraren vid %L krÃ¤ver en Ã¶kning av den tillÃ¥tna Ã¶vre grÃ¤nsen %d.  Se flaggan -fmax-array-constructorAntalet element i vektorkonstrueraren vid %L krÃ¤ver en Ã¶kning av den tillÃ¥tna Ã¶vre grÃ¤nsen %d.  Se flaggan %<-fmax-array-constructor%>Antalet instruktioner som kÃ¶rs fÃ¶re fÃ¶rhandshÃ¤mtning (prefetch) Ã¤r klar.Antalet fÃ¶rhandshÃ¤mtningar (prefetch) som kan vara igÃ¥ng samtidigt.Antalet register i varje klass som behÃ¥lls oanvÃ¤nt vid flyttning av slinginvariant.Andelen av funktion i procent, viktad efter exekveringsfrekvens, som mÃ¥ste tÃ¤ckas av spÃ¥rinformation.  AnvÃ¤nds nÃ¤r profileringsdata Ã¤r tillgÃ¤ngligt.Andelen av funktion i procent, viktad efter exekveringsfrekvens, som mÃ¥ste tÃ¤ckas av spÃ¥rinformation.  AnvÃ¤nds nÃ¤r profileringsdata inte Ã¤r tillgÃ¤ngligt.Pekarkomponenten %qs av %qs vid %L Ã¤r en typen som inte har deklareratsPekarobjektet %qs vid %L mÃ¥ste ha ett explicit funktionsgrÃ¤nssnitt eller deklareras som vektorDe mÃ¶jliga TLS-dialekterna:Ordningen pÃ¥ elementet i postkonstrueraren vid %L stÃ¤mmer inte Ã¶verens med komponentens (%d/%d)UpplÃ¶sningsfilen.Storleken pÃ¥ cache-raderna i L1.Storleken pÃ¥ L1-cachen.Storleken pÃ¥ L2-cachen.Storleken pÃ¥ en funktionskropp fÃ¶r att betraktas som stor.Storleken pÃ¥ en stackram fÃ¶r att betraktas som stor.Storleken pÃ¥ en Ã¶versÃ¤ttningsenhet fÃ¶r att betraktas som stor.Det minsta antalet olika vÃ¤rden fÃ¶r vilka det Ã¤r bÃ¤st att anvÃ¤nda hopptabeller istÃ¤llet fÃ¶r ett trÃ¤d med villkorliga grenar, om 0, anvÃ¤nd standardvÃ¤rdet fÃ¶r maskinen.KÃ¤lluttrycket vid %L skall varken vara av typen EVENT_TYPE eller ha en EVENT_TYPE-komponent om det allokerbara objektet vid %L Ã¤r en co-vektorKÃ¤lluttrycket vid %L skall varken vara av typen LOCK_TYPE eller ha en LOCK_TYPE-komponent om det allokerbara objektet vid %L Ã¤r en co-vektorstat=-argumentet vid %L mÃ¥ste vara en heltalsvariabel av kind=4Symbolen %qs, refererad vid %L, finns inte i den valda standardenTrÃ¶skelfÃ¶rhÃ¥llandet fÃ¶r att utfÃ¶ra partiell redundanselimination efter omlÃ¤sning.TrÃ¶skelfÃ¶rhÃ¥llandet av antal berÃ¤kningar av kritiska bÃ¥gar som tillÃ¥ter att gÃ¶ra redundanseliminering efter omlÃ¤sning.Typen %qs kan inte vara vÃ¤rdassocierad vid %L fÃ¶r att den blockeras av ett inkompatibelt objekt med samma namn deklarerat vid %LTypen pÃ¥ funktionen %qs vid %L Ã¤r inte tillgÃ¤ngligTypspecifikationen vid %L skall ange att varje lÃ¤ngdtypparameter Ã¤r antagenTypspecifikationen skall inte specificera en sekvens hÃ¤rledd typ eller en typ med attributet BIND i SELECT TYPE vid %C [F2003:C815]Ã–vre grÃ¤nsen fÃ¶r att dela heltalskonstanter.Den Ã¶vre grÃ¤nsen i sista dimensionen mÃ¥ste vara med i referensen till vektorn %qs med antagen storlek vid %LVÃ¤rdet pÃ¥ n i %<-finit-character=n%> mÃ¥ste vara mellan 0 och 127Versionen av ld64 som anvÃ¤nds fÃ¶r denna verktygskedja.Versionen av C++-ABI:et som anvÃ¤nds.Versionen pÃ¥ det C++-ABI som anvÃ¤nds fÃ¶r -Wabi-varningar och lÃ¤nkkompatibilitetsalias.Det finns redan en procedur med bindningsnamnet %qs fÃ¶r den hÃ¤rledda typen %qs vid %CDet finns ingen specifik funktionen fÃ¶r den generiska %qs vid %LDet finns ingen specifik subrutinen fÃ¶r den generiska %qs vid %LDet finns redan en icke-generisk procedur med bindningsnamnet %qs fÃ¶r den hÃ¤rledda typen %qs vid %CDetta Ã¤r fri programvara, se kÃ¤llkoden fÃ¶r kopieringsvillkor.  Det
  finns INGEN garanti, inte heller vid KÃ–P eller LÃ„MPLIGHET FÃ–R NÃ…GOT
  SPECIELLT Ã„NDAMÃ…L.
  
--- 2388,2437 ----
  %s:version '%.4s', fÃ¶redrar version '%.4s'
  %sarch=%s%s bÃ¶r undvikas och kommer tas bort i framtida utgÃ¥vor; anvÃ¤nd Ã¥tminstone %sarch=z900%s%stune=%s%s bÃ¶r undvikas och kommer tas bort i framtida utgÃ¥vor; anvÃ¤nd Ã¥tminstone %stune=z900%s%u namn gavs nÃ¤r %qT dekomponeras till %wu elementâ€�â€� â€�-flaggaâ€�!â€�-flaggaâ€�#â€�-flagga%%%c Ã¤r inte ett giltigt operandprefixâ€�%%&â€� anvÃ¤nt utan nÃ¥gon lokal dynamisk TLS-referens'%%l'-operand Ã¤r inte en etikettâ€�%sâ€� mÃ¥ste ha %d operander (exklusive match_dups)â€�%sâ€� mÃ¥ste ha Ã¥tminstone %d operander (exklusive match_dups)â€�%sâ€� fÃ¥r inte ha fler Ã¤n %d operander (exklusive match_dups)â€�%sâ€� tilldelades till â€�%sâ€�, men definierades inte under omkompilering, eller vice versaâ€�'â€�-flaggaâ€�(â€�-flaggaâ€�+â€�-flaggaâ€�-â€�-flaggaâ€�0â€�-flaggaâ€�Bâ€�-operand har flera bitar sattaâ€�Bâ€�-operand Ã¤r ej konstantâ€�Eâ€�-modifierareâ€�Iâ€�-flaggaâ€�Oâ€�-modifierareâ€�^â€�-flaggaâ€�_â€�-flaggaâ€�aâ€�-flaggaâ€�assignâ€�-egenskap %qs anvÃ¤nder bitfÃ¤ltsinstansvariabeln %qsâ€�atomicâ€�-egenskap %qs anvÃ¤nder bitfÃ¤ltsinstansvariabeln %qsattributet â€�getterâ€� fÃ¶r egenskap %qD stÃ¥r i konflikt med tidigare deklarationâ€�hâ€� anvÃ¤nt pÃ¥ operand som inte Ã¤r ett registerâ€�mâ€�-flaggaattributet â€�nonatomicâ€� fÃ¶r egenskap %qD stÃ¥r i konflikt med tidigare deklarationâ€�oâ€�-operand Ã¤r ej konstantâ€�qâ€�-flaggaattributet â€�readonlyâ€� fÃ¶r egenskap %qD stÃ¥r i konflikt med tidigare deklarationattributet â€�setterâ€� fÃ¶r egenskap %qD stÃ¥r i konflikt med tidigare deklarationÂ©(Meddelanden utan en matchande metodsignatur(en pekare pÃ¥ medlem kan bara skapas med %<&%E%>)(en initiering utanfÃ¶r klassen krÃ¤vs)(anonym namnrymd)(anonym)(om detta inte Ã¤r vad du avsÃ¥g, se till att funktionsmallen redan har deklarerats och lÃ¤gg till <> efter funktionsnamnet hÃ¤r) (om du anvÃ¤nder %<--fpermissive%> kommer G++ acceptera din kod)(om du anvÃ¤nder %<-fpermissive%> eller %<-std=c++11%> eller %<-std=gnu++11%> kommer G++ acceptera din kod)(om du anvÃ¤nder %<-fpermissive%>, kommer G++ acceptera din kod, men man bÃ¶r undvika att tillÃ¥ta anvÃ¤ndning av ett odeklarerat namn)(i nÃ¤rheten av initiering av %qs)(kanske %<typename %T::%E%> avsÃ¥gs)(kanske ett semikolon saknas efter definitionen av %qT)(alltsÃ¥ skall du skicka %qT och inte %qT till %<va_arg%>)(statiska destruerare fÃ¶r %s)(statiska initierare fÃ¶r %s)(meddelandet visas endast en gÃ¥ng per kÃ¤llkodsfil)
  ({anonym})*** VARNING *** det finns aktiva insticksmoduler, rapportera inte detta som ett fel med mindre Ã¤n att du kan reproducera det utan att aktivera nÃ¥gra insticksmoduler.
! *thisargumentet %q.*s till --help Ã¤r tvetydigt, var mer precis--help=<klass>	Visa beskrivningar av en speciell klass av flaggor.  <klass> Ã¤r en eller flera av optimizers, target, warnings, undocumented, params.--param <param>=<vÃ¤rde>	SÃ¤tt parameter <param> till vÃ¤rde.  Se nedan fÃ¶r en komplett lista pÃ¥ parametrar.grÃ¤nsen --param inline-unit-growth nÃ¥ddgrÃ¤nsen --param large-function-growth nÃ¥ddgrÃ¤nsen --param large-stack-frame-growth nÃ¥ddgrÃ¤nsen --param max-inline-insns-auto nÃ¥ddgrÃ¤nsen --param max-inline-insns-single nÃ¥dd-A<frÃ¥ga>=<svar>	Intyga <svar> pÃ¥ <frÃ¥ga>.  Om â€�-â€� sÃ¤tts fÃ¶re <frÃ¥ga> avaktiveras <svar>:et till <frÃ¥ga>:n.-D<makro>[=<vÃ¤rde>]	Definiera ett <makro> med <vÃ¤rde> som sitt vÃ¤rde.  Om bara <makro> anges sÃ¤tts <vÃ¤rde> till 1.-E eller -x krÃ¤vs nÃ¤r indata tas frÃ¥n standard in-F <kat>	LÃ¤gg till <kat> till slutet av huvudramverkets inkluderingssÃ¶kvÃ¤g.-G<antal>	Placera globala and statiska data mindre Ã¤n <antal> byte i en speciell sektion (vissa arkitekturer).-I <kat>	LÃ¤gg till <kat> till slutet av huvudsÃ¶kvÃ¤gen.-I- angiven tvÃ¥ gÃ¥nger-J<katalog>	LÃ¤gg MODULE-filer i â€�katalogâ€�.-MF <fil>	Skriv beroendeutdata till den angivna filen.-MG kan endast anvÃ¤nds med -M eller -MM-MQ <mÃ¥l>	LÃ¤gg till ett MAKE-citerat mÃ¥l.-MT <mÃ¥l>	LÃ¤gg till ett ociterat mÃ¥l.-O<nummer>	SÃ¤tt optimeringsnivÃ¥ till <nummer>.-U<makro>	Avdefiniera <makro>.-Waligned-new=[none|global|all]	Varna Ã¤ven om â€�newâ€� anvÃ¤nder en allokeringsfunktion som Ã¤r klassmedlem.-Walloc-size-larger-than=<byte> Varna fÃ¶r anrop till allokeringsfunktioner som fÃ¶rsÃ¶ker allokera objekt som Ã¤r stÃ¶rre Ã¤n det angivna antalet byte.-Walloc-zero Varna fÃ¶r anrop till allokeringsfunktioner som anger noll byte.-Walloca-larger-than=0 Ã¤r meningslÃ¶st-Walloca-larger-than=<antal>	Varna vid obegrÃ¤nsade anvÃ¤ndningar av alloca, och vid begrÃ¤nsade anvÃ¤ndningar av alloca vars grÃ¤nser kan vara stÃ¶rre Ã¤n <antal> byte.-Werror=%s: -%s Ã¤r inte en flagga som styr varningar-Werror=%s: ingen flagga -%s-Wformat-contains-nul ignoreras utan -Wformat-Wformat-extra-args ignorerad utan -Wformat-Wformat-nonliteral ignorerad utan -Wformat-Wformat-security ignorerad utan -Wformat-Wformat-y2k ignorerad utan -Wformat-Wformat-zero-length ignoreras utan -Wformat-Wframe-larger-than=<antal>	Varna om en funktions stackram krÃ¤ver mer en <antal> byte.-Wlarger-than=<antal>	Varna fÃ¶r ett objekt Ã¤r stÃ¶rre Ã¤n <antal> byte.-Wmisleading-indentation Ã¤r avaktiverad hÃ¤rifrÃ¥n och framÃ¥t, eftersom kolumnspÃ¥rning avaktiverades pÃ¥ grund av storleken pÃ¥ kod/huvuden.-Wnormalized=[none|id|nfc|nfkc]	Varna fÃ¶r icke normaliserade UnicodestrÃ¤ngar.-Wstack-usage=<antal>	Varna om stackanvÃ¤ndningen kan vara stÃ¶rre Ã¤n den angivna mÃ¤ngden.-Wvla-larger-than=0 Ã¤r meningslÃ¶st-Wvla-larger-than=<antal>	Varna fÃ¶r obegrÃ¤nsade anvÃ¤ndningar av vektorer med variabel lÃ¤ngd, och fÃ¶r begrÃ¤nsade anvÃ¤ndningar av vektorer med variabel lÃ¤ngd vars grÃ¤ns kan vara stÃ¶rre Ã¤n <antal> byte.-Xbind-now och -Xbind-lazy Ã¤r inkompatibla-aux-info <fil>	Generera deklarationsinfo till <fil>.-bundle Ã¤r inte tillÃ¥ten med -dynamiclib-bundle_loader Ã¤r inte tillÃ¥ten med -dynamiclib-c eller -S krÃ¤vs fÃ¶r Ada-c krÃ¤vs fÃ¶r gnat2scil-c krÃ¤vs fÃ¶r gnat2why-client_name Ã¤r inte tillÃ¥ten med -dynamiclib-current_version Ã¤r bara tillÃ¥ten med -dynamiclib-d<bokstÃ¤ver>	SlÃ¥ pÃ¥ dumpning frÃ¥n specifika pass i kompilatorn.-dumpbase <fil>	Ange basfilnamn att anvÃ¤ndas fÃ¶r dumpar.-dumpdir <kat>	Ange katalognamn att anvÃ¤ndas fÃ¶r dumpar.-f%s och -msdata=%s Ã¤r inkompatibla-f%s ignoreras (stÃ¶djs inte fÃ¶r DJGPP)
! -f%s stÃ¶djs inte med CONST16-instruktioner-f%s stÃ¶djs inte: ignoreras-f%sleading-underscore stÃ¶djs inte pÃ¥ denna mÃ¥lmaskin-fPIC och -fpic stÃ¶djs inte i denna konfiguration-fPIC och -mcall-%s Ã¤r inkompatibla-fPIC stÃ¶djs inte-fPIC/-fpic stÃ¶djs inte av denna mÃ¥larkitektur-fPIE stÃ¶djs inte-fada-spec-parent=unit  Skriv ut Ada-specifikationer som barnenheter till den givna fÃ¶rÃ¤ldern.-falign-labels=%d stÃ¶djs ej-falign-loops=%d stÃ¶djs ej-faligned-new=%d Ã¤r inte en exponent av tvÃ¥-faligned-new=<N> AnvÃ¤nd C++17 allokering av Ã¶verjusterade typer fÃ¶r justeringar som Ã¤r stÃ¶rre Ã¤n N.-fasan-shadow-offset skall bara anvÃ¤ndas med -fsanitize=kernel-address-fasan-shadow-offset=<tal>	AnvÃ¤nd anpassat avstÃ¥nd till skuggminne.-fassociative-math avslagen, andra flaggor gÃ¥r fÃ¶re-fblas-matmul-limit=<n>	Storlek pÃ¥ den minsta matris fÃ¶r vilken matmul kommer anvÃ¤nda BLAS.-fcall-saved-<register>	Markera att <register> bevaras mellan funktioner.-fcall-saved-REG stÃ¶djs inte fÃ¶r utregister-fcall-used-<register>	Markera att <register> fÃ¶rstÃ¶rs av funktionsanrop.-fcheck-pointer-bounds krÃ¤ver %qs-namn fÃ¶r intern anvÃ¤ndning-fcheck=[...]	Ange vilka kÃ¶rtidskontroller som skall utfÃ¶ras.-fcilkplus mÃ¥ste vara aktiverat fÃ¶r att anvÃ¤nda %<#pragma cilk grainsize%>-fcilkplus mÃ¥ste vara aktiverat fÃ¶r att anvÃ¤nda %<_Cilk_for%>-fcilkplus mÃ¥ste vara aktiverat fÃ¶r att anvÃ¤nda %<_Cilk_spawn%>-fcilkplus mÃ¥ste vara aktiverat fÃ¶r att anvÃ¤nda %<_Cilk_sync%>-fcoarray=<none|single|lib>	Ange vilken co-vektorsparallellisering som skall anvÃ¤ndas.-fcompare-debug[=<flgr>]	Kompilera med och utan t.ex. -gtoggle, och jÃ¤mfÃ¶r slutinstruktionsdumpen.-fconst-string-class=<namn>	AnvÃ¤nd klassen <namn> fÃ¶r konstanta strÃ¤ngar.-fconstexpr-depth=<antal>	Ange maximalt rekursionsdjup fÃ¶r constexpr.-fconstexpr-loop-limit=<antal>	Ange maximalt antal constexpr-slingiterationer.-fconvert=<big-endian|little-endian|native|swap> Byteordningen som anvÃ¤nds fÃ¶r oformaterade filer.-fdata-sections stÃ¶djs inte fÃ¶r denna mÃ¥larkitektur-fdbg-cnt=%s-fdbg-cnt=<rÃ¤knare>:<grÃ¤ns>[,<rÃ¤knare>:<grÃ¤ns>,...]	SÃ¤tt grÃ¤nsen fÃ¶r felsÃ¶kningsrÃ¤knare.-fdeduce-init-list	aktivera hÃ¤rledning av std::initializer_list fÃ¶r en malltypparameter frÃ¥n en klammeromsluten initierarlista.-fdiagnostics-color=[never|always|auto]	FÃ¤rglÃ¤gg felmeddelanden.-fdiagnostics-show-location=[once|every-line]	Anger hur ofta kÃ¤llkodspositioner skall skrivas ut i bÃ¶rjan av utskrift vid radbrytning.-fdirectives-only Ã¤r inkompatibel med -Wunused_macros-fdirectives-only Ã¤r inkompatibel med -traditional-fdisable-[tree|rtl|ipa]-<pass>=intrvl1+intrvl2 avaktiverar ett optimeringspass.-fdump-<typ>	Skriv ut diverse intern kompilatorinformation till en fil.-fdump-final-insns=filnamn	Skriv instruktionerna vid slutet av Ã¶versÃ¤ttningen till filnamn.-fdump-go-spec=filnamn	Skriv alla deklarationer till fil som Go-kod.-feliminate-dwarf2-dups Ã¤r trasig fÃ¶r C++, ignorerar-femit-struct-debug-baseonly	Aggressivt reducerad felsÃ¶kningsinformation fÃ¶r poster.-femit-struct-debug-detailed=<spec-lista>	Detaljreducerad felsÃ¶kningsinformation fÃ¶r poster.-femit-struct-debug-reduced	Konservativt reducerad felsÃ¶kningsinformation fÃ¶r poster.-fenable-[tree|rtl|ipa]-<pass>=intrvl1+intrvl2 aktiverar ett optimeringspass.-fexcess-precision=[fast|standard]	Ange hantering av Ã¶verskjutande precision pÃ¥ flyttal.-fexcess-precision=standard fÃ¶r Ada-fexcess-precision=standard fÃ¶r C++-fexcess-precision=standard fÃ¶r Fortran-fexec-charset=<tknst>	Konvertera alla strÃ¤ngar och teckenkonstanter till teckenuppsÃ¤ttningen <tknst>.-ffixed-<register>	Markera <register> som ej tillgÃ¤ngligt fÃ¶r kompilatorn.-ffixed-line-length-<n>	AnvÃ¤nd radlÃ¤ngd med n tecken i fast lÃ¤ge.-ffp-contract=[off|on|fast]	UtfÃ¶r kontraktion av flyttalsuttryck.-ffpe-summary=[â€¦]	Skriv ut en sammanfattning av flyttalsundantag.-ffpe-trap=[â€¦]	Stanna vid fÃ¶ljande flyttalsundantag.-ffree-line-length-<n>	AnvÃ¤nd radlÃ¤ngd med n tecken i fri form.-ffunction-sections stÃ¶djs inte fÃ¶r denna mÃ¥larkitektur-fgnat-encodings=[all|gdb|minimal]	VÃ¤lj balansen mellan GNAT-kodningar och standard DWARF som skrivs ut i felsÃ¶kningsinformationen-fgo-c-header=filnamn	Skriv Go-postdefinitioner till en fil som C-kod.-fgo-dump-<typ>	Skriv ut Go-framÃ¤ndens interna information.-fgo-optimize-<typ>	SlÃ¥ pÃ¥ optimeringspass i framÃ¤nden.-fgo-pkgpath=<strÃ¤ng>	SÃ¤tt Go-paketsÃ¶kvÃ¤g.-fgo-prefix=<strÃ¤ng>	SÃ¤tt paketspecifika prefix fÃ¶r exporterade Go-namn.-fgo-relative-import-path=<sÃ¶kv>	Hantera en relativ import som relativ till sÃ¶kv.-fhandle-exceptions har bytt namn till -fexceptions (och Ã¤r nu normalt pÃ¥slagen)-finit-character=<n>	Initiera lokala teckenvariabler med ASCII-vÃ¤rde n.-finit-integer=<n>	Initiera lokala heltalsvariabler med n.-finit-logical=<true|false>	Initiera lokala logiska variabler.-finit-real=<zero|snan|nan|inf|-inf>	Initiera lokala reella variabler.-finline-limit=<tal>	BegrÃ¤nsa storlek pÃ¥ inline-funktioner till <tal>.-finline-matmul-limit=<n>	Specificera storleken pÃ¥ den stÃ¶rsta matris fÃ¶r vilken matmul kommer inline:as.-finput-charset=<tknst>	Ange standardteckenuppsÃ¤ttning fÃ¶r kÃ¤llkodsfiler.-finstrument-functions-exclude-file-list=filenamn,...  Instrumentera inte funktioner upprÃ¤knade i filerna.-finstrument-functions-exclude-function-list=namn,...  Instrumentera inte upprÃ¤knade funktioner.-fira-algorithm=[CB|priority]	BestÃ¤m den anvÃ¤nda IRA-algoritmen.-fira-region=[one|all|mixed]	SÃ¤tt regioner fÃ¶r IRA.-fira-verbose=<tal>	Styr IRA:ns nivÃ¥ pÃ¥ diagnostikmeddelanden.-flto-compression-level=<tal>	AnvÃ¤nd zlib-komprimering pÃ¥ nivÃ¥ <tal> fÃ¶r IL.-fmax-array-constructor=<n>	Maximalt antal objekt i en vektorkonstruerare.-fmax-errors=<antal>	Maximalt antal fel som skall rapporteras.-fmax-identifier-length=<n>	Maximal identifierarlÃ¤ngd.-fmax-stack-var-size=<n>	Storlek i byte pÃ¥ den stÃ¶rsta vektorn som lÃ¤ggs pÃ¥ stacken.-fmax-subrecord-length=<n>	Maximal lÃ¤ngd fÃ¶r underposter.-fmessage-length=<antal>	BegrÃ¤nsa felmeddelandens lÃ¤ngd till <antal> tecken per rad.  0 stÃ¤nger av radbrytning.-fno-fat-lto-objects stÃ¶djs endast med insticksmodul fÃ¶r lÃ¤nkning-fno-gnu89-inline stÃ¶djs endast i GNU99- C99-lÃ¤ge-fno-pretty-templates Finskriv inte mallspecialiseringar som mallsignaturer fÃ¶ljda av argumenten.-fno-threadsafe-statics	Generera inte trÃ¥dsÃ¤ker kod fÃ¶r initiering a lokala statiska variabler.flaggan -foffload-abi kan anges endast fÃ¶r en avlastande kompilator-foffload-abi=[lp64|ilp32]     Ange ABI:et att anvÃ¤nda i en avlastningskompilator.-foffload=<mÃ¥l>=<flaggor>  Ange mÃ¥l att lasta av till och flaggor fÃ¶r dem.operand till -fopenacc-dim Ã¤r felformulerad vid â€�%sâ€�-fopt-info[-<type>=filenamn]	Skriv ut kompilatoroptimeringsdetaljer.-force_flat_namespace Ã¤r inte tillÃ¥ten med -dynamiclib-fpack-struct=<tal>	Ange initial maximal justering fÃ¶r postmedlemmar.-fpermitted-flt-eval-methods=[c11|ts-18661]	Ange vilka vÃ¤rden pÃ¥ FLT_EVAL_METHOD som Ã¤r tillÃ¥tna.-fpic och -fPIC stÃ¶djs inte utan -mdsbt fÃ¶r detta mÃ¥l-fpic och -mapcs-reent Ã¤r inkompatibla-fpic stÃ¶djs inte-fpie stÃ¶djs inte-fplugin-arg-<namn>-<nyckel>[=<vÃ¤rde>]	Ange argument <nyckel>=<vÃ¤rde> fÃ¶r insticksmodul <namn>.-fprefetch-loop-arrays stÃ¶djs inte med -Os-fprefetch-loop-arrays stÃ¶djs inte fÃ¶r denna mÃ¥larkitektur-fprefetch-loop-arrays stÃ¶djs inte fÃ¶r denna mÃ¥larkitektur (fÃ¶rsÃ¶k med -march-flaggor)-fprofile-update=[single|atomic|prefer-atomic]	Ange metoden fÃ¶r profiluppdatering.-frandom-seed=<strÃ¤ng>	GÃ¶r kompileringen reproducerbar med <strÃ¤ng>.-frecord-gcc-switches stÃ¶djs inte fÃ¶r den aktuella mÃ¥larkitekturen-freorder-blocks-algorithm=[simple|stc]	SÃ¤tt algoritmen att anvÃ¤ndas fÃ¶r ordningsÃ¤ndring av grundblock.-freorder-blocks-and-partition stÃ¶djer inte upprullningsinformation pÃ¥ denna arkitektur-freorder-blocks-and-partition fungerar inte pÃ¥ denna arkitektur-freorder-blocks-and-partition fungerar inte med undantag pÃ¥ denna arkitektur-freorder-blocks-and-partition stÃ¶djs inte pÃ¥ denna arkitektur-frepo mÃ¥ste anvÃ¤ndas tillsammans med -c-fsanitize-address-use-after-scope fÃ¶rutsÃ¤tter flaggan -fstack-reuse=none-fsanitize-recover=%s stÃ¶djs inte-fsanitize-sections=<sek1,sek2,â€¦>	Sanera globala variabler i anvÃ¤ndardefinierade sektioner.-fsanitize=address och -fsanitize=kernel-address Ã¤r inkompatibel med -fsanitize=thread-fsanitize=address och -fsanitize=kernel stÃ¶djs inte fÃ¶r denna mÃ¥larkitektur-fsanitize=address Ã¤r inkompatibel med -fsanitize=kernel-address-fsanitize=address stÃ¶djs inte fÃ¶r denna mÃ¥larkitekturflaggan -fsanitize=all Ã¤r inte giltig-fsanitize=leak Ã¤r inkompatibel med -fsanitize=thread-fsched-stalled-insns-dep=<antal>	SÃ¤tt beroendeavstÃ¥ndet som kontrolleras i fÃ¶rtida schemalÃ¤ggning av kÃ¶ade instruktioner.-fsched-stalled-insns=<antal>	Ange antalet kÃ¶ade instruktioner som kan schemalÃ¤ggas i fÃ¶rtid.-fsched-verbose=<tal>	Ange hur mÃ¥ngordig schemalÃ¤ggaren skall vara.-fsimd-cost-model=[unlimited|dynamic|cheap]	Anger kostnadsmodellen fÃ¶r vektorisering fÃ¶r kod markerad med ett simd-direktiv.-fsplit-stack stÃ¶djer inte 2 registerparametrar fÃ¶r en nÃ¤stad funktion-fsplit-stack stÃ¶djer inte 3 registerparametrar-fsplit-stack stÃ¶djer inte fastcall med nÃ¤stade funktioner-fsplit-stack anvÃ¤nder register r29-fsso-struct=[big-endian|little-endian|native]	SÃ¤tt standardordning fÃ¶r skalÃ¤rlagring.-fstack-check=[no|generic|specific]	LÃ¤gg in stackkontrollkod i programmet.-fstack-check=specific fÃ¶r Thumb-1-fstack-check=specific Ã¤r inte implementerat fÃ¶r MIPS16-fstack-limit- flaggor ignoreras med -mfdpic; anvÃ¤nd -mstack-check-l1-fstack-limit-flaggor stÃ¶djs inte pÃ¥ denna mÃ¥larkitektur-fstack-limit-register=<register>	FÃ¥nga om stacken gÃ¥r fÃ¶rbi <register>.-fstack-limit-symbol=<namn>	FÃ¥nga om stacken gÃ¥r fÃ¶rbi symbolen <namn>.-fstack-protector stÃ¶djs inte av denna mÃ¥larkitektur-fstack-reuse=[all|named_vars|none]	StÃ¤ll in stackÃ¥teranvÃ¤ndningsnivÃ¥n fÃ¶r lokala variabler.-ftabstop=<antal>	AvstÃ¥nd mellan tabulatorstopp fÃ¶r kolumnvis rapportering.-ftemplate-depth=<antal>	Ange maximalt instansieringsdjup fÃ¶r mallar.-ftls-model=[global-dynamic|local-dynamic|initial-exec|local-exec]	Ange normal kodgenereringsmodell fÃ¶r trÃ¥dlokal lagring.-ftrack-macro-expansion=<0|1|2>  SpÃ¥ra platser fÃ¶r symboler som kommer frÃ¥n makroexpansion och visa dem i felmeddelanden.-ftree-parallelize-loops=<antal>	Aktivera automatisk parallellisering av slingor.-fuse-linker-plugin stÃ¶djs inte i denna konfiguration-fuse-linker-plugin, men %s inte funnen-fvisibility=[default|internal|hidden|protected]	Ange standardvÃ¤rde fÃ¶r symbolsynlighet.-fvisibility=[private|protected|public|package]	Ange standardvÃ¤rde fÃ¶r symbolsynlighet.-fvtable-verify=preinit stÃ¶djs inte i denna konfiguration-fvtable-verify=std stÃ¶djs inte i denna konfiguration-fwide-exec-charset=<tknst>	Konvertera alla breda strÃ¤ngar och teckenkonstanter till teckenuppsÃ¤ttningen <tknst>.-fwpa och -fltrans Ã¤r Ã¶msesidigt uteslutande-g stÃ¶djs bara nÃ¤r man anvÃ¤nder GAS pÃ¥ denna processor,flaggan -g Ã¤r avslagen-g med -mno-apcs-frame ger kanske inte vettig felsÃ¶kning-gnat<flaggor>	Ange flaggor till GNAT.-gz stÃ¶djs inte i denna konfiguration-gz=<format>	Generera komprimerade felsÃ¶kningssektioner i formatet <format>.-gz=zlib stÃ¶djs inte i denna konfiguration-idirafter <kat>	LÃ¤gg till <kat> till slutet av sÃ¶kvÃ¤gen fÃ¶r systeminkluderingar.-iframework <kat>	LÃ¤gg till <kat> till slutet av systemramverkets inkluderingssÃ¶kvÃ¤g.-imacros <fil>	Tag med definitioner av makron i <fil>.-imultiarch <kat>	SÃ¤tt <kat> att vara inkluderingsunderbiblioteket fÃ¶r multiarkitekturer.-imultilib <kat>	SÃ¤tt <kat> att vara inkluderingsunderbiblioteket fÃ¶r multibibliotek.-include <fil>	Inkludera innehÃ¥llet i <fil> fÃ¶re andra filer.-install_name Ã¤r bara tillÃ¥ten med -dynamiclibflaggan -iplugindir <kat> skickas inte frÃ¥n gcc-drivrutin-iplugindir=<kat>	SÃ¤tt <kat> att vara standardbibliotek fÃ¶r insticksmoduler.-iprefix <skvg>	Ange <skvg> som ett prefix fÃ¶r de fÃ¶ljande tvÃ¥ flaggorna.-iquote <kat>	LÃ¤gg till <kat> till slutet av sÃ¶kvÃ¤gen fÃ¶r citerade inkluderingar.-isysroot <kat>	SÃ¤tt <kat> som rotkatalog fÃ¶r systemet.-isystem <kat>	LÃ¤gg till <kat> till bÃ¶rjan av sÃ¶kvÃ¤gen fÃ¶r systeminkluderingar.-iwithprefix <kat>	LÃ¤gg till <kat> till slutet av sÃ¶kvÃ¤gen fÃ¶r systeminkluderingar.-iwithprefixbefore <kat>	LÃ¤gg till <kat> till slutet av huvudsÃ¶kvÃ¤gen.-keep_private_externs Ã¤r inte tillÃ¥ten med -dynamiclib-m%s stÃ¶djs inte i denna konfiguration-m64 krÃ¤ver PowerPC64-arkitektur, aktiverar-m64 krÃ¤ver en PowerPC64-CPU-mabi=ABI	Generera kod som fÃ¶ljer det angivna ABI:et.-mabi=ABI	Generera kod som fÃ¶ljer det angivna ABI:et.-mabs=MODE	VÃ¤lj exekveringslÃ¤get IEEE 754 fÃ¶r instruktionerna ABS/NEG.-maix64 krÃ¤vs: 64-bitsberÃ¤kningar med 32-bitars adressering stÃ¶djs inte Ã¤n-maix64 krÃ¤ver att arkitekturen PowerPC64 fortfarande Ã¤r aktiverad-malign-functions Ã¤r fÃ¶rÃ¥ldrat, anvÃ¤nd -falign-functions-malign-functions=%d Ã¤r inte mellan 0 och %d-malign-jumps Ã¤r fÃ¶rÃ¥ldrat, anvÃ¤nd -falign-jumps-malign-jumps=%d Ã¤r inte mellan 0 och %d-malign-loops Ã¤r fÃ¶rÃ¥ldrat, anvÃ¤nd -falign-loops-malign-loops=%d Ã¤r inte mellan 0 och %d-malign-power stÃ¶djs inte fÃ¶r 64-bitars Darwin, det Ã¤r inkompatibelt med de installerade C- och C++-biblioteken-mallow-movmisalign behÃ¶ver -mvsx-maltivec=le Ã¤r inte tillÃ¥tet fÃ¶r mÃ¥l med rak byteordning-mapcs-stack-check Ã¤r inkompatibel med -mno-apcs-frame-march=	Generera kod fÃ¶r angiven RISC-V ISA (t.ex. RV64IM).  ISA-strÃ¤ngar mÃ¥ste vara i gemener.-march=%s: ISA-strÃ¤ng mÃ¥ste bÃ¶rja med rv32 eller rv64-march=%s: felaktig ISA-strÃ¤ng-march=%s: ISA-understrÃ¤ng som ej stÃ¶djs %qs-march=ARK	Generera kod fÃ¶r det angivna chip:et eller CPU-versionen.-march=ARK	AnvÃ¤nd funktioner i arkitekturen ARK.-march=ISA	Generera kod fÃ¶r den angivna ISA:n.-mas100-syntax Ã¤r inkompatibel med -gdwarf-masm=intel stÃ¶djs inte i denna konfiguration-max-stackframe=%d Ã¤r inte anvÃ¤ndbar, inte mellan 0 och %d-mbackchain -mpacked-stack -mhard-float stÃ¶djs inte i kombination-mbig-endian och -mlittle-endian fÃ¥r inte anvÃ¤ndas tillsammans-mbranch-cost=%d Ã¤r inte mellan 0 och 5-mbranch-cost=KOSTNAD	Ange kostnaden fÃ¶r grenar till ungefÃ¤r KOSTNAD instruktioner.-mbranch-cost=N	Ange kostnaden fÃ¶r grenar till ungefÃ¤r N instruktioner.-mcall-aixdesc Ã¤r inkompatibel med -mabi=elfv2-mcmodel Ã¤r inkompatibel med andra toc-flaggor-mcmodel= stÃ¶djs inte pÃ¥ 32-bitars system-mcode-readable=INSTÃ„LLNING	Ange nÃ¤r instruktioner tillÃ¥ts komma Ã¥t kod.-mcode-region=upper behÃ¶ver en 430X-kompatibel cpu-mcorea och -mcoreb kan inte anvÃ¤ndas tillsammans-mcorea mÃ¥ste anvÃ¤ndas tillsammans med -mmulticore-mcoreb mÃ¥ste anvÃ¤ndas tillsammans med -mmulticore-mcpu=	AnvÃ¤nd funktioner i och schemalÃ¤gg kod fÃ¶r angiven CPU.-mcpu=%s stÃ¥r i konflikt med -march=%s-mcpu=%s har ogiltig kiselversion-mcpu=%s Ã¤r inte giltigt-mcpu=CPU	Kompilera kod fÃ¶r ARC-variant av CPU.-mcpu=CPU	AnvÃ¤nd funktioner i och optimera fÃ¶r angiven CPU.-mcpu=CPU	AnvÃ¤nd funktioner i och schemalÃ¤gg kod fÃ¶r angiven CPU.-mcpu=PROCESSOR		AnvÃ¤nd funktioner i och schemalÃ¤gg kod fÃ¶r angiven CPU.-mcpu=m16c	Kompilera kod fÃ¶r M16C-varianter.-mcpu=m32c	Kompilera kod fÃ¶r M32C-varianter.-mcpu=m32cm	Kompilera kod fÃ¶r M32CM-varianter.-mcpu=r8c	Kompilera kod fÃ¶r R8C-varianter.-mcrypto behÃ¶ver -maltivec-mdata-region=upper behÃ¶ver en 430X-kompatibel cpu-mdebug=	Aktivera felsÃ¶kningsutdata.-mdirect-move behÃ¶ver -mvsx-mdiv krÃ¤ver -march fÃ¶r att innefatta utÃ¶kningen %<M%>-mefficient-unaligned-vsx behÃ¶ver -mallow-movmisalign-mefficient-unaligned-vsx behÃ¶ver -mvsx-memregs=	Antal memreg-byte (standard: 16, intervall: 0..16).-mes0 kan endast anvÃ¤ndas med C-mexr anvÃ¤nds utan -ms-mexr anvÃ¤nds utan -ms eller -msx-mfdpic stÃ¶djs inte, vÃ¤lj ett bfin-linux-uclibc-mÃ¥l-mfentry stÃ¶djs inte fÃ¶r 32 bitar i kombination med -fpic-mfloat-abi=hard och VFP-mfloat-abi=hard: den valda processorn saknar en FPU-mfloat-abi=soft och -mfloat-abi=hard fÃ¥r inte anvÃ¤ndas tillsammans-mfloat-gprs=	VÃ¤lj GPR-flyttalsmetod.-mfloat128 behÃ¶ver -mfloat128-type-mfloat128 behÃ¶ver VSX-stÃ¶d-mfloat128-hardware behÃ¶ver -m64-mfloat128-hardware behÃ¶ver -mfloat128-type-mfloat128-hardware behÃ¶ver fullt ISA 3.0-stÃ¶d-mfloat128-type behÃ¶ver VSX-stÃ¶d-mflush-func=FUNK	AnvÃ¤nd FUNK fÃ¶r att tÃ¶mma cachen fÃ¶re anrop av stacktrampoliner.-mfpu=	Ange FP (sp, dp, sp-lite, dp-lite) (implicerar -mxilinx-fpu).-mfpu=auto stÃ¶djs fÃ¶r nÃ¤rvarande inte utan en explicit CPU.-mhard-dfp kan inte anvÃ¤ndas tillsammans med -msoft-float-mhard-dfp behÃ¶ver -mhard-float-mhard-float stÃ¶djs inte-mincoming-stack-boundary=%d Ã¤r inte mellan %d och 12-mint32 stÃ¶djs inte fÃ¶r mÃ¥len H8300 och H8300L-mipsN	Generera kod fÃ¶r ISA nivÃ¥ N.-mlarge behÃ¶ver en 430X-kompatibel -mmcu=-mlarge-data-threshold=<antal>	Data stÃ¶rre Ã¤n den angivna grÃ¤nsen kommer hamna i .ldata-sektionen i x86-64 medelmodell.-mlong-double-64 Ã¤r inte tillÃ¥ten med -m64-mlong-double-<n>	Ange storlek pÃ¥ long double (64 eller 128 bitar).-mmax-stackframe=STORLEK	Varna nÃ¤r en stackram Ã¤r stÃ¶rre Ã¤n den angivna storleken.-mmcu=MCU	VÃ¤lj mÃ¥l-MCU:n.-mmpy-option=MPY Kompilera ARCv2-kod med en multiplicerardesignflagga.-mmul=g13 kan inte anvÃ¤ndas med -mcpu=g10-mmul=g13 kan inte anvÃ¤ndas med -mcpu=g14-mmul=g14 kan inte anvÃ¤ndas med -mcpu=g10-mmul=g14 kan inte anvÃ¤ndas med -mcpu=g13-mmulticore kan endast anvÃ¤ndas med BF561-mmultiple stÃ¶djs inte pÃ¥ system med omvÃ¤nd byteordning-mn stÃ¶djs inte pÃ¥ linux-mÃ¥l-mn anvÃ¤nds utan -mh eller -ms eller -msx-mnan=ENCODING	VÃ¤lj NaN-datakodningen IEEE 754.-mno-%s slÃ¥r av -m%s-mno-allow-string-insns fÃ¶rbjuder genereringen av instruktionen RMPA-mno-altivec avaktiverar vsx-mno-dpfp-lrsr stÃ¶djs endast med -mdpfp-mno-exr giltig endast med  -ms eller -msx          - Flaggan ignorerad!-mno-fentry Ã¤r inte kompatibelt med SEH-mno-mpy stÃ¶djs endast fÃ¶r ARC700 eller ARCv2-mno-power9-vector slÃ¥r av -mpower9-dform-mno-serialize-volatile	Serialisera inte minnesreferenser till flyktigt minne med MEMW-instruktioner.-mnop-mcount Ã¤r inte kompatibelt med denna mÃ¥larkitektur-mnop-mcount Ã¤r inte implementerat fÃ¶r -fPIC-moverride=STRÃ„NG	Endast avancerade anvÃ¤ndare!  Ã…sidosÃ¤tt CPU-optimeringsparametrar.-mpcrel -fPIC stÃ¶djs fÃ¶r nÃ¤rvarande inte pÃ¥ den valda cpu:n-mpic-register= Ã¤r oanvÃ¤ndbar utan -fpic-mpointer-size=[no,32,short,64,long]	SÃ¤tt standardstorlek pÃ¥ pekare.-mpower8-fusion-sign behÃ¶ver -mpower8-fusion-mpower8-vector behÃ¶ver -maltivec-mpower8-vector behÃ¶ver -mvsx-mpower9-dform behÃ¶ver -mpower9-vector-mpower9-dform behÃ¶ver -mupper-regs-df-mpower9-dform behÃ¶ver -mupper-regs-sf-mpower9-dform, -mpower9-dform-vector, -mpower9-dform-scalar krÃ¤ver -mdirect-move-mpower9-fusion behÃ¶ver -mpower8-fusion-mpower9-minmax Ã¤r inkompatibel med uttryckligen avaktiverade flaggor-mpower9-vector behÃ¶ver -mpower8-vector-mpreferred-stack-boundary stÃ¶djs inte fÃ¶r denna mÃ¥larkitektur-mpreferred-stack-boundary=%d Ã¤r inte mellan %d och %d-mpure-code stÃ¶djer endast icke-pic-kod pÃ¥ armv7-m-mÃ¥l-mquad-memory Ã¤r inte tillgÃ¤ngligt i lÃ¤get med omvÃ¤nd byteordning--mquad-memory krÃ¤ver 64-bitarslÃ¤ge-mquad-memory-atomic fÃ¶rutsÃ¤tter 64-bitarslÃ¤ge-mr10k-cache-barrier=INSTÃ„LLNING	Ange nÃ¤r r10k-cache-barriÃ¤rer skall skjutas in.-mrecip krÃ¤ver -ffinite-math eller -ffast-math-mrecip krÃ¤ver -fno-trapping-math eller -ffast-math-mrecip krÃ¤ver -freciprocal-math eller -ffast-math-mregparm ignoreras fÃ¶r Intel MCU psABI-mregparm ignoreras i 64-bitslÃ¤ge-mregparm=%d Ã¤r inte mellan 0 och %d-mrelax stÃ¶djs endast fÃ¶r RTP PIC-mrelocatable och -mcall-%s Ã¤r inkompatibla-mrelocatable och -mno-minimal-toc Ã¤r inkompatibla-mrelocatable och -msdata=%s Ã¤r inkompatibla-ms2600 anvÃ¤nds utan -ms-msdata=%s och -mcall-%s Ã¤r inkompatibla-msecure-plt stÃ¶djs inte av din assembler-mshared-library-id= angiven utan -mid-shared-library-mshared-library-id=%s Ã¤r inte mellan 0 och %d-msim	AnvÃ¤nd simulatorkÃ¶rtider.-msim   AnvÃ¤nd simulatorkÃ¶rtider.flaggan -msimple-fpu ignoreras-msingle-float och -msoft-float kan inte bÃ¥da angesflaggan -msingle-float Ã¤r likvÃ¤rdig med -mhard-float-mslow-flash-data stÃ¶djer endast icke-pic-kod pÃ¥ armv7-m-mÃ¥l-msmall-data-limit=N	Placera globala and statiska data mindre Ã¤n <antal> byte i en speciell sektion (vissa arkitekturer).-mspfp_fast Ã¤r inte tillgÃ¤ngligt pÃ¥ ARC600 eller ARC601-mstack-guard implicerar anvÃ¤ndning av -mstack-size-mstack-protector-guard=tls behÃ¶ver ett giltigt basregister-mstring stÃ¶djs inte pÃ¥ system med omvÃ¤nd byteordning-mstringop-strategy=rep_8byte stÃ¶djs inte fÃ¶r 32-bitarskod-msx stÃ¶djs inte i coff-mtoc-fusion behÃ¶ver -mpower8-fusion--mtoc-fusion krÃ¤ver 64-bitar-mtoc-fusion behÃ¶ver medium/stor kodmodell-mtraceback=	VÃ¤lj fullstÃ¤ndig, partiell, eller ingen bakÃ¥tspÃ¥rningstabell.-mtune=	SchemalÃ¤gg kod fÃ¶r en given CPU.-mtune= fÃ¶rvÃ¤ntar sig mn10300, am33, am33-2 eller am34-mtune=ARK	Trimma justering fÃ¶r det angivna chip:et eller CPU-versionen.-mtune=CPU	Optimera fÃ¶r CPU.-mtune=PROCESSOR	Optimera utmatningen fÃ¶r PROCESSOR.-mupper-regs-df behÃ¶ver -mvsx-mupper-regs-di behÃ¶ver -mvsx-mupper-regs-sf behÃ¶ver -mpower8-vector-mvsx och -mno-altivec Ã¤r inkompatibla-mvsx och -mpaired Ã¤r inkompatibla-mvsx behÃ¶ver indexerad adressering-mvsx krÃ¤ver hÃ¥rdvaruflyttal-mvsx-small-integer krÃ¤ver -mpower8-vector, -mupper-regs-di och -mdirect-move-mvsx-timode kan behÃ¶va -mlra-mvsx-timode behÃ¶ver -mvsx-mxl-multiply-high kan bara anvÃ¤ndas med -mcpu=v6.00.a eller stÃ¶rre-mxl-multiply-high krÃ¤ver -mno-xl-soft-mul-mxl-reorder kan bara anvÃ¤ndas med -mcpu=v8.30.a eller stÃ¶rre-mxl-reorder behÃ¶ver -mxl-pattern-compare fÃ¶r -mcpu=v8.30.a-o <fil>	Skriv utdata i <fil>.-pg och -fomit-frame-pointer Ã¤r inkompatibla-pie stÃ¶djs inte i denna konfiguration-pipe ignorerad eftersom -save-temps angivits-pipe stÃ¶djs inte-private_bundle Ã¤r inte tillÃ¥ten med -dynamiclib-trigraphs	StÃ¶d trigrafer enligt ISO C.â€¦ denna sats, men den senare Ã¤r pÃ¥ ett missledande sÃ¤tt indenterad som om den vore vaktad av %qs:en.NOT.-operatorn i uttrycket vid %L mÃ¥ste ha en LOGICAL-operand.XOR.-operator vid %C128-bitars long double stÃ¶djs inte fÃ¶r VAX-flyttal31-bitars ABI.instruktionsuppsÃ¤ttningen 387 avaktiverad, anvÃ¤nder SSE-aritmetik64-bitars ABI.64-bits ABI stÃ¶djs inte i ESA/390-lÃ¤ge64-bitars SPE stÃ¶djs inte<Under initiering>
! <anonym><klamrar runt initierarlista><inbyggd><kommandorad><deklarationsfel><upprÃ¤knare><felaktigt-uttryck><uttrycksfel><lambda<lambda><saknas><returvÃ¤rde><returvÃ¤rde><sats><tagg-fel><mallargumentfel><mallparameterfel><throw-uttryck><typfel><typfel><typedef-fel><typprefixfel><ubsan-rutinanrop><okÃ¤nd operator><okÃ¤nd><namnlÃ¶s %s><namnlÃ¶s-fixdecimal:<namnlÃ¶st-flyttal:<namnlÃ¶s-teckenlÃ¶s:<namnlÃ¶s><otolkat><ej upplÃ¶st Ã¶verlagrad funktionstyp>?: anvÃ¤nder heltalskonstanter i en boolesk kontext?: anvÃ¤nder heltalskonstanter i en boolesk kontext, uttrycket kommer alltid berÃ¤knas till %<true%>@catch-parameter kan inte vara protokollkvalificerad@catch-parameter Ã¤r inte en kÃ¤nd Objective-C-klasstyp@interface till klassen %qE finns inteEtt argument vid %L har typen %s men funktionen som skickas som OPERATOR vid %L returnerar %sEtt grundblocks profilrÃ¤knare anses het om den bidrar till den givna promillesatsen fÃ¶r hela den profilerade kÃ¶rningen.En faktor fÃ¶r att trimma den Ã¶vre grÃ¤nsen som pendlingsmoduloschemalÃ¤ggaren anvÃ¤nder fÃ¶r att schemalÃ¤gga en slinga.En avhuggning frÃ¥n flyttal till heltal fÃ¥r ersÃ¤ttas med avrundning fÃ¶r att spara lÃ¤gesbyten.En synonym fÃ¶r -std=c89 (fÃ¶r C) eller -std=c++98 (fÃ¶r C++).Ett trÃ¶skelvÃ¤rde pÃ¥ det genomsnittliga antalet varv som beaktas av pendlingsmoduloschemalÃ¤ggaren.AAPCS stÃ¶djer inte -mcallee-super-interworkingAAPCS stÃ¶djer inte -mcaller-super-interworkingABI:et krÃ¤ver -march=rv%dABSTRACT INTERFACE %qs fÃ¥r inte refereras vid %LABSTRACT INTERFACE vid %CABSTRACT typ %qs anvÃ¤nds vid %LABSTRACT typ vid %CSlutligt AC-IMPLIED-DO-uttryck refererar styrvariabel vid %LInitialt AC-IMPLIED-DO-uttryck refererar styrvariabel vid %LAC-IMPLIED-DO-steguttryck refererar styrvariabel vid %LDirektivet ACC CACHE mÃ¥ste vara inuti en slinga %CACCESS-specifikation vid %L var redan angivenACQUIRED_LOCK-variabelACQUIRED_LOCK=-argumentet vid %L mÃ¥ste vara en skalÃ¤r LOGICAL-variabelTypen ACTION stÃ¥r i konflikt med READONLY-specificeraren vid %CAttributet ALLOCATABLE vid %C i en TYPE-definitionALLOCATABLE-objekt %qs i %s-klausul vid %LALLOCATABLE-objekt %qs av hÃ¤rledd typ i %s-klausul vid %LALLOCATABLE-objekt %qs av polymorf typ i %s-klausul vid %LALLOCATABLE angiven utanfÃ¶r INTERFACE-kropp vid %LALLOCATE-objektALLOCATE av co-vektor vid %C i CRITICAL-blockALLOCATE av co-vektor vid %C i DO CONCURRENT-blockALTERNATE RETURN Ã¤r inte tillÃ¥tet vid %LAPCS-Ã¥teranropsbar kod stÃ¶djs inte.  IgnorerasASSERT_EXPR med villkor som alltid Ã¤r falsktASSIGN-sats vid %CASSIGN-sats vid %L krÃ¤ver en skalÃ¤r standard-INTEGER-variabelASSIGNED GOTO-sats vid %L krÃ¤ver en INTEGER-variabelASSIGNED-variabel i FORMAT-tagg vid %LASSOCIATE-konstruktion vid %CASSOCIATE-namn %qs i %s-klausul vid %LASSOCIATE-namn %qs i SHARED-klausul vid %LAttributet ASYNCHRONOUS vid %CASYNCHRONOUS-sats vid %CASYNCHRONOUS= vid %C Ã¤r inte tillÃ¥tet i Fortran 95ASYNCHRONOUS=-specificerare vid %L mÃ¥ste vara ett initieringsuttryckATOM-argumentet vid %L till den inbyggda funktionen %s mÃ¥ste vara en co-vektor eller co-indexeratargumentet ATOM vid %L till inbyggd funktion %s skall vara ett heltal av sorten ATOMIC_INT_KINDargumentet ATOM vid %L till inbyggd funktion %s skall vara ett heltal av sorten ATOMIC_INT_KIND eller en logisk av sorten ATOMIC_LOGICAL_KINDATOM-argumentet till den inbyggda funktionen %s vid %L mÃ¥ste vara definierbartAUTOMATIC vid %C Ã¤r en DEC-utÃ¶kning, aktivera den med -fdec-structureAUX-pekare initierad fÃ¶r bÃ¥gen %d->%dAVX-vektorargument utan AVX aktiverat Ã¤ndrar ABI:etAVX-vektorretur utan AVX aktiverat Ã¤ndrar ABI:etAVX512F-vektorargument utan AVX512F aktiverat Ã¤ndrar ABI:etAVX512F-vektorretur utan AVX512F aktiverat Ã¤ndrar ABI:etAbsolutvÃ¤rdet av SHIFT mÃ¥ste vara mindre Ã¤n eller lika med SIZE vid %CAbstrakt grÃ¤nssnitt %qs Ã¤r ogiltigt i procedurpekartilldelning vid %LAcceptera utÃ¶kningar fÃ¶r att stÃ¶dja gammal kod.NÃ¥ data i samma sektion frÃ¥n delade fÃ¶rankringspunkter.Ã…tkomstspecifikation av operatorn %s vid %C har redan angivitsÃ…tkomstspecifikation fÃ¶r operatorn .%s. vid %C har redan angivitsKom Ã¥t variabler i 32-bitars PPU-objekt (standard).Kom Ã¥t variabler i 64-bitars PPU-objekt.Samla utgÃ¥ende funktionsargument och ta/slÃ¤pp det nÃ¶dvÃ¤ndiga stackutrymmet fÃ¶r utgÃ¥ende funktionsargument i funktionsprologen/-epilogen.  Utan denna flagga trycks utgÃ¥ende argument pÃ¥ stacken fÃ¶re anrop av en funktion och plockas efterÃ¥t.  Denna flagga kan medfÃ¶ra reducerad kodstorlek fÃ¶r funktioner som anropar mÃ¥nga funktioner som fÃ¥r sina argument pÃ¥ stacken som, till exempel printf.Aktuellt CLASS-vektorargument till %qs mÃ¥ste vara en fullstÃ¤ndig vektor vid %LAktuellt argument vid %L fÃ¶r INTENT(%s)-attrapp %qs av ELEMENTAL-subrutin %qs Ã¤r en skalÃ¤r, men ett annat aktuellt argument Ã¤r en vektorAktuellt argument vid %L till allokerbart eller pekarattrappargument %qs mÃ¥ste ha en fÃ¶rdrÃ¶jd lÃ¤ngdtypparameter om och endast om attrappen har enAktuellt argument vid %L till attrapp med antagen typ Ã¤r av en hÃ¤rledd typ med typgrÃ¤ns eller FINAL-procedurerAktuellt argument innehÃ¥ller fÃ¶r fÃ¥ element fÃ¶r attrappargument %qs (%lu/%lu) vid %LAktuellt argument till %qs kan inte vara en vektor med antagen storlek vid %LAktuellt argument till %qs skall vara en ALLOCATABLE vid %LAktuellt argument till %qs skall vara en pekare vid %LAktuellt argument till EVENT_TYPE eller med EVENT_TYPE-komponent vid %L krÃ¤ver ett explicit grÃ¤nssnitt fÃ¶r proceduren %qsAktuellt argument till LOCK_TYPE eller med LOCK_TYPE-komponent vid %L krÃ¤ver ett explicit grÃ¤nssnitt fÃ¶r proceduren %qsAktuellt argument till %qs vid %L mÃ¥ste vara en co-vektorAktuellt argument till %qs vid %L mÃ¥ste vara polymorftAktuellt argument till %qs vid %L mÃ¥ste vara enkelt sammanhÃ¤ngande eller ett element i en sÃ¥dan vektorAktuella argument till %qs vid %L mÃ¥ste vara obegrÃ¤nsat polymorfa eftersom det formella argumentet Ã¤r en pekare eller allokerbar obegrÃ¤nsat polymorf enhet [F2008: 12.5.2.5]Aktuellt argument till %qs vid %L mÃ¥ste ha samma deklarerade typAktuellt argument till sammanhÃ¤ngande pekareattrapp %qs vid %L mÃ¥ste vara enkelt sammanhÃ¤ngandeAktuellt argument till icke-INTENT(INOUT)-attrappen %qs vid %L, som Ã¤r EVENT_TYPE eller har en EVENT_TYPE-komponentAktuellt argument till icke-INTENT(INOUT)-attrappen %qs vid %L, som Ã¤r LOCK_TYPE eller har en LOCK_TYPE-komponentAktuell strÃ¤nglÃ¤ngd matchar inte den deklarerade fÃ¶r attrappargument â€�%sâ€� (%ld/%ld)Aktuell strÃ¤nglÃ¤ngd Ã¤r kortare Ã¤n den deklarerade fÃ¶r attrappargument â€�%sâ€� (%ld/%ld)LÃ¤gg till instrumentering fÃ¶r pekargrÃ¤nskontroller.  fchkp-*-flaggor anvÃ¤nds fÃ¶r att styra instrumenteringen.  FÃ¶r nÃ¤rvarande tillgÃ¤ngligt fÃ¶r C, C++ och ObjC.LÃ¤gg till ett pass fÃ¶r eliminering av gemensamma deluttryck efter slingoptimeringar.LÃ¤gg till explicita kontroller av division med noll.LÃ¤gg till explicita kontroller av spill vid division av INT_MIN / -1.LÃ¤gg till extra kommentarer till assemblerutdata.Ytterligare felsÃ¶kningsutskrifter.Efter att diagnosticera odefinierat beteende, fÃ¶rsÃ¶k fortsÃ¤tta kÃ¶rningen.Optimera aggressivt slingor med anvÃ¤ndning av sprÃ¥kbegrÃ¤nsningar.Aliasets och mÃ¥lets comdat-grupper skiljerAliasets och mÃ¥lets sektion skiljerEn aliaskedja fÃ¶r en instrumenterad not Ã¤r brutenAlias fÃ¶r --help=target.Alias fÃ¶r -mcpu=g10.Alias fÃ¶r -mcpu=g13.Alias fÃ¶r -mcpu=g14.Alias har anropsbÃ¥garAlias har mer Ã¤n en aliasreferensAlias har icke-alias-referensJustera alla etiketter.Justera alla slingor till 32-bytesgrÃ¤ns.Justera kod och data till 32 bitar.Justera mÃ¥let fÃ¶r strÃ¤ngoperationerna.Justera double pÃ¥ 64-bitarsgrÃ¤nser.Justera etiketter som bara nÃ¥s via hopp.Justera nÃ¥gra double pÃ¥ dword-grÃ¤ns.Justera starten av funktioner.Justera starten av slingor.Justera till bastypen av bitfÃ¤ltet.Justera bastypen av bitfÃ¤lt.  Anta inte att ojusterade Ã¥tkomster hanteras av systemet.Justera variabler pÃ¥ en 32-bitarsgrÃ¤ns.Alla inbyggda procedurer Ã¤r tillgÃ¤ngliga oavsett av vald standard.Alla minnesÃ¥tkomster anvÃ¤nder I/O ladda-/lagrainstruktioner.Allokerbar %qs vid %L kan inte ha en initierareDen allokerbara vektorn %qs vid %L mÃ¥ste ha en fÃ¶rdrÃ¶jd form eller antagen ordningAllokerbar co-vektorvariabel %qs vid %L mÃ¥ste ha en fÃ¶rdrÃ¶jd formDen allokerbara komponenten %s vid %L mÃ¥ste ha en co-dimension eftersom den har en icke co-vektordelkomponent av typen EVENT_TYPEDen allokerbara komponenten %s vid %L mÃ¥ste ha en co-dimension eftersom den har en icke co-vektordelkomponent av typen LOCK_TYPEAllokerbar komponent %s vid %L av typen EVENT_TYPE mÃ¥ste ha en co-dimensionAllokerbar komponent %s vid %L av typen LOCK_TYPE mÃ¥ste ha en co-dimensionAllokerbar komponent i post vid %C mÃ¥ste ha fÃ¶rdrÃ¶jd formAllokerbar funktion %qs vid %L mÃ¥ste ha ett explicit funktionsgrÃ¤nssnittAllokera lokala variabler pÃ¥ stacken fÃ¶r att mÃ¶jliggÃ¶ra indirekt rekursion.Allokeringsobjekt vid %C Ã¤r varken en pekare pÃ¥ annat Ã¤n procedur eller en allokerbar variabelAllokeringsobjekt vid %L fÃ¶rekommer ocksÃ¥ vid %LAllokeringsobjekt vid %L Ã¤r varken en datapekare eller en allokerbar variabelAllokeringsobjekt vid %L Ã¤r underobjekt till objekt vid %LAllokeringsobjekt vid %L mÃ¥ste vara ALLOCATABLE eller en POINTERAllokeringsobjekt vid %L med en fÃ¶rdrÃ¶jd typparameter behÃ¶ver antingen en typspecifikation eller en SOURCE-tagg eller en MOLD-taggAllokerar %s vid %L med typspecifikation krÃ¤ver samma teckenlÃ¤ngdsparameter som i deklarationenAllokering %s av ABSTRACT bastyp vid %L behÃ¶ver en typspecifikation eller source-uttryckAllokering skulle Ã¶verstiga minnesgrÃ¤nsTillÃ¥t 128-bitars heltal i VSX-register.TillÃ¥t 64-bitars heltalsvariabler i Ã¶vre register med -mcpu=power7 eller -mvsx.TillÃ¥t optimeringar av pekargrÃ¤nskontrollen.  Som standard tillÃ¥ts det vid optimeringsnivÃ¥er >0.TillÃ¥t Ã¥tkomst till instansvariabler som om de vore lokala deklarationer i instansmetodimplementationer.TillÃ¥t radlÃ¤ngd med godtyckligt antal tecken i fast lÃ¤ge.TillÃ¥t radlÃ¤ngd med godtyckligt antal tecken i fri form.TillÃ¥t att bitfÃ¤lt gÃ¥r Ã¶ver ordgrÃ¤nser.TillÃ¥t grenar att packas med andra instruktioner.TillÃ¥t de inbyggda funktionerna ceil, floor, round, trunc att hÃ¶ja â€�oexaktâ€�-undantag.TillÃ¥t konvertering mellan __ea och generiska pekare (standard).TillÃ¥t dollartecken i entitetsnamn.TillÃ¥t double-variabler i Ã¶vre register med -mcpu=power7 eller -mvsx.TillÃ¥t snabba hopp till meddelandehanteraren.TillÃ¥t flyttalsvariabler i Ã¶vre register med -mcpu=power8 eller -mpower8-vector.TillÃ¥t float/double-variabler i Ã¶vre register om cpu:n tillÃ¥ter det.TillÃ¥t att funktionsadresser lÃ¤ggs i register.TillÃ¥t gcc att generera LIW-instruktioner.TillÃ¥t gcc att generera instruktionerna SETLB och Lcc.TillÃ¥t flyttalsinstruktioner i hÃ¥rdvara att tÃ¤cka bÃ¥de 32-bitars och 64-bitars operationer.TillÃ¥t implicit konvertering mellan vektorer med olika antal underdelar och/eller olika elementtyper.TillÃ¥t funktioner (eller variabler) som stÃ¥r emellan fÃ¶r sÃ¥dana med annan semantik (respektive initierare) i den dynamiska lÃ¤nkaren.TillÃ¥t matematikoptimeringar som kan strida mot IEEE- eller ISO-standarder.TillÃ¥t att nya datakapplÃ¶pningar vid lagringar introduceras.TillÃ¥t optimeringar fÃ¶r flyttalsaritmetik som kan Ã¤ndra resultatet av operationen pÃ¥ grund av avrundning.TillÃ¥t fÃ¶rtida schemalÃ¤ggning av kÃ¶ade instruktioner.TillÃ¥t teckenutÃ¶kning i sammanslagningsoperationer.TillÃ¥t spekulativ fÃ¶rflyttning av fler laddningar.TillÃ¥t spekulativ fÃ¶rflyttning av icke-laddningar.TillÃ¥t spekulativ fÃ¶rflyttning av nÃ¥gra laddningar.TillÃ¥t IEEE 128-bitars flyttalstyper utan att krÃ¤va nyckelordet __float128.TillÃ¥t argument till â€�?â€�-operatorn att ha olika typer.TillÃ¥t passet fÃ¶r lagringssammanslagning att introducera ojusterade lagringar om det Ã¤r tillÃ¥tet att gÃ¶ra det.TillÃ¥t anvÃ¤ndningen av MDMX-instruktioner.TillÃ¥t anvÃ¤ndning av MT-instruktioner.TillÃ¥t anvÃ¤ndningen av flyttalsinstruktioner fÃ¶r V850E2V3 och uppÃ¥t.TillÃ¥t anvÃ¤ndningen av flyttalsinstruktioner och -ABI i hÃ¥rdvara.TillÃ¥t anvÃ¤ndning av *_nobnd-versioner av strÃ¤ngfunktioner av pekargrÃ¤nskontrollen.TillÃ¥t anvÃ¤ndning av *_nochk-versioner av strÃ¤ngfunktioner av pekargrÃ¤nskontrollen.TillÃ¥t avhuggning istÃ¤llet fÃ¶r avrundning mot noll fÃ¶r brÃ¥kdelsfixdecimaltyper.TillÃ¥t att tvÃ¥ instruktioner lÃ¤ggs ut per cykel.TillÃ¥t variadiska funktioner utan namngiven parameter.Redan inuti ett CONTAINS-block vid %CAlternativ RETURN-sats vid %C Ã¤r bara tillÃ¥ten inuti en SUBROUTINEAlternativ RETURN-sats vid %L krÃ¤ver en SCALAR-INTEGER-returspecificerareAlternativ anropskonvention.Alternativ retur vid %L Ã¤r inte tillÃ¥tet i en DTIO-procedurAlternativ retur fÃ¥r inte fÃ¶rekomma i operatorgrÃ¤nssnitt vid %LAlternativ returspecificerare i elementÃ¤r subrutin %qs vid %L Ã¤r inte tillÃ¥tenAlternativ returspecificerare i funktionen %qs vid %L Ã¤r inte tillÃ¥tenAlternativt returargument vid %CFast orefererad har %qs tvetydiga grÃ¤nssnitt vid %LAltiVec- och SPE-instruktioner kan inte samexisteraAltiVec-argument skickat till funktion utan prototypAltiVec stÃ¶djs inte pÃ¥ denna mÃ¥larkitekturGenerera alltid lÃ¥nga anrop.Hantera alltid bitfÃ¤lt som int-stora.AnvÃ¤nd alltid Dynamic Realigned Argument Pointer (DRAP) fÃ¶r att justera stacken.AnvÃ¤nd alltid JSR, aldrig BSR, fÃ¶r anrop.Tvetydig !$OMP DECLARE REDUCTION frÃ¥n modulen %s vid %LTvetydiga grÃ¤nssnitt i %s fÃ¶r %qs vid %L och %qs vid %LTvetydig symbol i TYPE-definition vid %CLÃ¤gg till lÃ¤mpliga diagnostiska meddelanden till kommandoradsflaggan som styr dem.Ett alias fÃ¶r minterlink-compressed som finns fÃ¶r bakÃ¥tkompatibilitet.En alternativ retur vid %L utan ett * attrappargumentEn indirektbÃ¥ge frÃ¥n %s Ã¤r inte markerad som indirekt eller har associerad indirect_info, motsvarande sats Ã¤r: En yttre FORALL-konstruktion har redan ett index med detta namn %LAnalysera och ta bort dubbelordsbyten frÃ¥n VSX-berÃ¤kningar.Analyserat alias har ingen referensAnalyserad nod har ingen referens till en instrumenterad versionAnnotera assemblerinstruktioner med bedÃ¶mda adresser.LÃ¤gg till ett andra understrykningstecken om namnet redan innehÃ¥ller ett understrykningstecken.LÃ¤gg till understrykningstecken till externt synliga namn.AnvÃ¤nd negativt tecken pÃ¥ nollvÃ¤rden.AnvÃ¤nd specialregler fÃ¶r att kompilera kÃ¶rtidspaket.TillÃ¤mpa variabelexpansion nÃ¤r slingor rullas ut.UngefÃ¤rligt antal instruktioner att tillÃ¥ta mellan ett tips och dess gren [125].Argumentet %<A%> med INTENT(INOUT) vid %L till den inbyggda subrutinen %s skall inte ha ett vektorindexArgument %<S%> till NEAREST vid %L fÃ¥r inte vara nollArgumentet %qs fÃ¶rekommer tvÃ¥ gÃ¥nger i anrop till %qs vid %LArgumentet %qs till %qs med PASS(%s) vid %L fÃ¥r inte vara ALLOCATABLEArgumentet %qs till %qs med PASS(%s) vid %L fÃ¥r inte ha attributet POINTERArgument %qs till %qs med PASS(%s) vid %L mÃ¥ste ha den hÃ¤rledda typen %qsArgument %qs till %qs med PASS(%s) vid %L mÃ¥ste ha den hÃ¤rledda typen %qsArgument %qs till %qs med PASS(%s) vid %L mÃ¥ste vara skalÃ¤rtArgumentet %qs till elementÃ¤r subrutin %qs vid %L mÃ¥ste ha sitt INTENT angivet eller ha attributet VALUEArgumentet %qs av elementÃ¤r procedur vid %L fÃ¥r inte ha attributet ALLOCATABLEArgumentet %qs av elementÃ¤r procedur vid %L fÃ¥r inte ha attributet POINTER%qs-argumentet till elementÃ¤r procedur vid %L mÃ¥ste vara skalÃ¤rtArgumentet %qs till pure-funktion %qs vid %L mÃ¥ste vara INTENT(IN) eller VALUEArgumentet %qs till pure-funktion %qs vid %L med attributet VALUE men utan INTENT(IN)Argumentet %qs till pure-subrutin %qs vid %L mÃ¥ste ha sitt INTENT angivet eller ha attributet VALUEArgument %qs till pure-subrutin %qs vid %L med attributet VALUE men utan INTENT%qs-argumentet till satsfunktionen vid %L mÃ¥ste vara skalÃ¤rtArgumentet CPTR vid %L till C_F_POINTER skall ha typen TYPE(C_PTR)Argumentet CPTR vid %L till C_F_PROCPOINTER skall ha typen TYPE(C_FUNPTR)Argumentet C_PTR_1 vid %L till C_ASSOCIATED skall ha typen TYPE(C_PTR) eller TYPE(C_FUNPTR)Argumentet C_PTR_2 vid %L till C_ASSOCIATED skall ha samma typ som C_PTR_1: %s istÃ¤llet fÃ¶r %sArgumentet FPTR vid %L till C_F_POINTER mÃ¥ste vara en pekareArgumentet FPTR vid %L till C_F_POINTER skall inte vara co-indexeratArgumentet FPTR vid %L till C_F_PROCPOINTER skall vara en procedurpekareArgumentet FPTR vid %L till C_F_PROCPOINTER fÃ¥r inte vara co-indexeratArgument NCOPIES till inbyggd REPEAT Ã¤r negativt (dess vÃ¤rde Ã¤r %ld)Argument NCOPIES till inbyggd REPEAT Ã¤r negativt vid %LArgumentet NCOPIES till inbyggd REPEAT Ã¤r fÃ¶r stortArgumentet NCOPIES till inbyggd REPEAT Ã¤r fÃ¶r stort vid %LArgumentet X vid %L till C_FUNLOC skall vara en procedur eller en procedurpekareArgumentet X vid %L till C_FUNLOC fÃ¥r inte vara co-indexeratArgumentet X vid %L till C_LOC fÃ¥r inte vara en strÃ¤ng med lÃ¤ngden nollArgumentet X vid %L till C_LOC skall antingen ha attributet POINTER eller TARGETArgumentet X vid %L till C_LOC fÃ¥r inte vara co-indexeratArgumentet vid %L till C_LOC fÃ¥r inte vara polymorftDim-argumentet vid %L mÃ¥ste ha INTEGER-typDim-argumentet vid %L mÃ¥ste vara skalÃ¤rtArgument stÃ¤mmer inte Ã¶verens fÃ¶r den Ã¥sidosÃ¤ttande proceduren %qs vid %L: %sArgument till â€�%sâ€� vid %L mÃ¥ste ha lÃ¤ngden ettArgument till %s-funktion vid %L Ã¤r negativtArgument till funktion %s vid %L Ã¤r fÃ¶r stort fÃ¶r sorteringssekvensen av ordning %dArgument till %s-funktion vid %L utanfÃ¶r sitt intervall [0,127]Argument till ACOS vid %L mÃ¥ste vara mellan -1 och 1Argumentet till ACOSH vid %L fÃ¥r inte vara mindre Ã¤n 1Argument till ASIN vid %L mÃ¥ste vara mellan -1 och 1Argument till ATANH vid %L mÃ¥ste vara i intervallet -1 till 1Argument till FINAL-procedur vid %L mÃ¥ste ha typen %qsArgument till FINAL-procedur vid %L fÃ¥r inte vara ALLOCATABLEArgument till FINAL-procedur vid %L fÃ¥r inte vara INTENT(OUT)Argument till FINAL-procedur vid %L fÃ¥r inte vara OPTIONALArgument till FINAL-procedur vid %L fÃ¥r inte vara en POINTERArgument till IACHAR vid %L mÃ¥ste ha lÃ¤ngden ettArgument till IACHAR-funktion vid %L Ã¤r utanfÃ¶r sitt intervall 0..127Argument till ICHAR vid %L mÃ¥ste ha lÃ¤ngden ettArgument till LOG vid %L fÃ¥r inte vara mindre Ã¤n eller lika med nollArgument till LOG10 vid %L fÃ¥r inte vara mindre Ã¤n eller lika med nollArgument till SELECT-sats vid %L kan inte vara %sArgumentet till SELECT-satsen vid %L mÃ¥ste vara ett skalÃ¤rt uttryckArgument till SQRT vid %L har ett negativt vÃ¤rdeArgumentet till %<-fcheck%> Ã¤r inte giltigt: %sArgumentet till %<-ffpe-summary%> Ã¤r inte giltigt: %sArgumentet till %<-ffpe-trap%> Ã¤r inte giltigt: %sArgumenttyper till inbyggd %qs vid %L mÃ¥ste stÃ¤mma Ã¶verens (%s/%s)Aritmetisk IF-sats vid %CAritmetisk IF-sats vid %L krÃ¤ver ett skalÃ¤rt REAL- eller INTEGER-uttryckAritmetisk NaN vid %LAritmetisk NaN-konvertering av %s till %s vid %L.  Denna kontroll kan avaktiveras med flaggan %<-fno-range-check%>Aritmetisk NaN vid bitvis Ã¶verfÃ¶rd BOZ vid %L.  Denna kontroll kan avaktiveras med flaggan %<-fno-range-check%>Aritmetik OK vid %LAritmetiskt OK konvertering av %s till %s vid %LAritmetiskt spill vid %LAritmetiskt spill vid konvertering av %s till %s vid %L.  Denna kontroll kan avaktiveras med flaggan %<-fno-range-check%>Aritmetiskt Ã¶verspill vid bitvis Ã¶verfÃ¶rd BOZ vid %L.  Denna kontroll kan avaktiveras med flaggan %<-fno-range-check%>Aritmetiskt underspill vid %LAritmetiskt underspill vid konvertering av %s till %s vid %L.  Denna kontroll kan avaktiveras med flaggan %<-fno-range-check%>Aritmetiskt underspill av bitvis Ã¶verfÃ¶rd BOZ vid %L.  Denna kontroll kan avaktiveras med flaggan %<-fno-range-check%>Vektor %qs vid %L kan inte ha en fÃ¶rdrÃ¶jd formVektor %qs vid %L Ã¤r en variabel, som inte reduceras till ett konstant uttryckVektor %qs vid %L med icke-konstanta grÃ¤nser kan inte vara ett EQUIVALENCE-objektVektorn %qs fÃ¥r inte fÃ¶rekomma i reduktionen vid %LVektorn TYPE_DOMAIN Ã¤r inte av heltalstypVektorkomponent i post vid %C mÃ¥ste ha uttrycklig formVektorkomponent i post vid %C mÃ¥ste ha fÃ¶rdrÃ¶jd formVektorkonstruerare med typspecifikation vid %CVektorkonstruerarvÃ¤rde vid %L fÃ¥r inte vara obegrÃ¤nsat polymorft [F2008: C4106]Vektorelementstorlek Ã¤r fÃ¶r stor vid %CVektorindex vid %L Ã¤r en vektor med ordning %dVektorindex vid %L mÃ¥ste ha INTEGER-typ, fann %sVektorindex vid %L mÃ¥ste vara skalÃ¤rtVektor med interoperabla typer vid %L till C_LOC som inte Ã¤r allokerbar och varken antagen storlek eller explicit storlekVektoroperander passar inte ihop vid %LVektoroperander passar inte ihop vid konvertering av %s till %s vid %LVektorpekaren %qs vid %L mÃ¥ste ha en fÃ¶rdrÃ¶jd form eller antagen ordningVektorreferens vid %C kan inte ha mer Ã¤n %d dimensionerVektorreferens vid %L Ã¤r utanfÃ¶r grÃ¤nsen (%ld < %ld) i co-dimension %dVektorreferens vid %L Ã¤r utanfÃ¶r grÃ¤nsen (%ld < %ld) i dimension %dVektorreferens vid %L Ã¤r utanfÃ¶r grÃ¤nsen (%ld > %ld) i co-dimension %dVektorreferens vid %L Ã¤r utanfÃ¶r grÃ¤nsen (%ld > %ld) i dimension %dVektorreferens i EQUIVALENCE vid %C fÃ¥r inte vara en vektorsektionVektorreferens utanfÃ¶r grÃ¤nsernaVektorsektion vid %L till C_LOCVektorsektionsbeteckning, t.ex. â€�(:)â€�, krÃ¤vs fÃ¶rutom co-vektorbeteckningen â€�[...]â€� vid %CVektorsektion med ett vektorindex vid %L skall inte vara mÃ¥let fÃ¶r en pekareVektorsektioner: %qs Ã¤r inte tillÃ¥tet i !$ACC DECLARE vid %LVektorspecifikation vid %C har mer Ã¤n %d dimensionerVektorspecifikation vid %C med mer Ã¤n 7 dimensionerVektorspecifikation fÃ¶r symbolen %qs i COMMON vid %C mÃ¥ste vara explicitVektorspecifikation mÃ¥ste vara fÃ¶rdrÃ¶jd vid %LVektorspecifikation eller vektorvÃ¤rt SOURCE=-uttryck krÃ¤vs i ALLOCATE-sats vid %LVektorspecifikation krÃ¤vs i ALLOCATE-sats vid %LVektorsektion som aktuellt argument vid %L Ã¤r inkompatibelt med attrappargumentet %qs utan antagen form pÃ¥ grund av attributet VOLATILEVektorsektion som aktuellt argument med vektorindex vid %L Ã¤r inte kompatibelt med attributet INTENT(OUT), INTENT(INOUT), VOLATILE eller ASYNCHRONOUS pÃ¥ attrappargumentet %qsEftersom utvidgningen av %qs vid %L har en co-vektorkomponent, skall fÃ¶rÃ¤ldratypen %qs ocksÃ¥ ha enAssemblern stÃ¶djer inte -mabi=ilp32Assemblerflaggor
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! Tilldelad GOTO-sats vid %CTilldelad etikett Ã¤r inte en mÃ¥letikettTilldelning annat vÃ¤rde Ã¤n 0 eller 1 till LOGICAL har odefinierat resultat vid %LTilldelning av skalÃ¤r till en oallokerad vektorGrÃ¤nssnitt fÃ¶r tilldelningsoperator vid %L mÃ¥ste vara en SUBROUTINEGrÃ¤nssnitt fÃ¶r tilldelningsoperator vid %L mÃ¥ste ha tvÃ¥ argumentGrÃ¤nssnitt fÃ¶r tilldelningsoperator vid %L fÃ¥r inte omdefiniera en INTRINSIC-typtilldelningTilldelning till en FORALL-indexvariabel vid %LTilldelning till en allokerbar polymorf variabel vid %LTilldelning till en allokerbar polymorf variabel vid %L krÃ¤ver %<-frealloc-lhs%>Tilldelning till en co-indexerad variabel vid %L i en PURE-procedurTilldelning till en polymorf co-vektor vid %L Ã¤r inte tillÃ¥tetAssociationsnamn %qs vid %L anvÃ¤nds som en vektorAssociationsnamn %qs kan inte fÃ¶rekomma i ett variabeldefinitionssammanhang (%s) vid %L eftersom dess mÃ¥l vid %L inte heller kanAssociationsmÃ¥let vid %C fÃ¥r inte vara co-indexeratAnta att ES Ã¤r noll genom hela programkÃ¶rningen, anvÃ¤nd ES: fÃ¶r endast lÃ¤sbara data.Anta ICPLBs Ã¤r aktiverade vid kÃ¶rtillfÃ¤llet.Anta ett stort TLS-segment.Anta att alla symboler har 32-bitsvÃ¤rden.Anta att alla funktioner med variabelt antal argument har prototyp.Anta att kod kommer assembleras av GAS.Anta kod kommer lÃ¤nkas av GNU ld.Anta kod kommer lÃ¤nkas av HP ld.Anta att gemensamma deklarationer kan Ã¥sidosÃ¤ttas med sÃ¥dana med en stÃ¶rre avslutande vektor.Anta att datasegment Ã¤r relativa till textsegment.Anta att flyttalsoperationer kan utlÃ¶sa fÃ¤llor.Anta att inkommande stack Ã¤r justerad till denna 2-potens.Anta att etiketter och symboler kan adresseras med 16-bitars absoluta adresser.Anta att ladda data frÃ¥n flash Ã¤r lÃ¥ngsammare Ã¤n att hÃ¤mta instruktioner.Anta att inga NaN:er eller oÃ¤ndligheter genereras.Anta normal C-kÃ¶rmiljÃ¶.Anta mÃ¶jlig feljustering av double.Anta avrundning till nÃ¤rmaste Ã¤r valt i schemalÃ¤ggningssyfte.Anta att spill vid teckenaritmetik slÃ¥r runt.Anta liten adressrymd.Anta att strikta aliasregler gÃ¤ller.Antag att mÃ¥l-CPU:n Ã¤r konfigurerad fÃ¶r rak byteordning.Antag att mÃ¥l-CPU:n Ã¤r konfigurerad med omvÃ¤nd byteordning.Anta att all data i statisk lagring kan kommas Ã¥t med LDS/STS.  Denna flagga Ã¤r bara anvÃ¤ndbar fÃ¶r reducerade Tiny-enheter.Anta att flyttalslagringar och -laddningar troligen inte orsakar konflikter nÃ¤r de placeras i en instruktionsgrupp.Anta att mottagare av Objective-C-meddelanden kan var nil.Anta att kÃ¶rtidsstÃ¶d finns, sÃ¥ utelÃ¤mna -lsim frÃ¥n lÃ¤nkningskommandoraden.Antag att de Ã¶msesidiga uppskattningsinstruktionerna ger mer precision.Anta att kÃ¤llkodsfilen Ã¤r i fix form.Anta att kÃ¤llkodsfilen Ã¤r i fritt format.Antag att vÃ¤rdena i upprÃ¤kningstyper alltid finns inom det minsta intervallet av den typen.Anta att villkorliga grenar med noll fÃ¶rskjutning Ã¤r snabba.Anta miljÃ¶n VxWorks RTP.Anta miljÃ¶n VxWorks vThreads.Anta unifierad syntax fÃ¶r inline:ad assemblerkod.TeckenlÃ¤ngdsvariabel %qs med antagen eller fÃ¶rdrÃ¶jd lÃ¤ngd i konstant uttryck vid %LVektor %qs med antagen storlek i %s-klausul vid %LVektor %qs med antagen form vid %L Ã¤r inte tillÃ¥ten i ett initieringsuttryckVektor med antagen form vid %L mÃ¥ste vara ett attrappargumentVektor %qs med antagen storlek vid %L Ã¤r inte tillÃ¥ten i ett initieringsuttryckVektor %qs med antagen storlek i %s-klausul vid %LVektor %qs med antagen storlek i COPYPRIVATE-klausul vid %LVektor %qs med antagen storlek i namnlistan %qs vid %C Ã¤r inte tillÃ¥tetVektor %qs med antagen storlek i namnlistan %qs vid %L Ã¤r inte tillÃ¥tetVektor med antagen storlek vid %L mÃ¥ste vara ett attrappargumentPolymorfa objekt eller komponenter med antagen storlek, sÃ¥som den vid %C, har inte implementerats Ã¤nnuAntagen typ vid %CFÃ¶rmodad typ vid %C Ã¤r inte tillÃ¥tet fÃ¶r komponenterDen antagna typen pÃ¥ variabeln %s vid %L Ã¤r bara tillÃ¥ten fÃ¶r attrappvariablerArgumentet med antagen ordning vid %L Ã¤r endast tillÃ¥tet som aktuellt argument till inbyggda frÃ¥gefunktionerArgumentet med antagen ordning vid %L Ã¤r endast tillÃ¥tet som fÃ¶rsta aktuella argument till den inbyggda frÃ¥gefunktionen %sArgumentet med antagen ordning krÃ¤ver ett explicit grÃ¤nssnitt vid %LVektor med antagen ordning vid %CVektor med antagen ordning vid %L kan inte ha attributet VALUE eller CODIMENSIONVektor med antagen ordning vid %L mÃ¥ste vara ett attrappargumentVariabel med antagen ordning %s vid %L som aktuellt argument till en frÃ¥gefunktion skall vara det fÃ¶rsta argumentetVariabeln %s med antagen ordning vid %L kan bara anvÃ¤ndas som ett aktuellt argumentVariabeln %s med antagen ordning vid %L skall inte ha en subobjektreferensAktuellt argument med antagen form vid %L Ã¤r inte kompatibel med attrappargumentet %qs utan antagen form pÃ¥ grund av attributet VOLATILEVektorn %qs med antagen form vid %L som attrappargument till BIND(C)-proceduren %qs vid %LAttrappvektor med antagen storlek med !$ACC DECLARE vid %LAktuellt argument med antagen typ vid %L krÃ¤ver att attrappargumentet %qs har antagen typArgumentet â€�%sâ€� med antagen typ vid %L krÃ¤ver ett explicit grÃ¤nssnittArgumentet med antagen typ vid %L Ã¤r inte tillÃ¥tet som aktuellt argument till den inbyggda %sArgumentet med antagen typ vid %L Ã¤r endast tillÃ¥tet som aktuellt argument till den inbyggda funktionen â€�%sâ€�Variabel med antagen typ %s vid %L som aktuellt argument till en frÃ¥gefunktion skall vara det fÃ¶rsta argumentetVariabeln â€�%sâ€� med antagen typ vid %L fÃ¥r inte ha attributet ALLOCATABLE, CODIMENSION, POINTER eller VALUEVariabeln â€�%sâ€� med antagen typ vid %L fÃ¥r inte ha attributet INTENT(OUT)Variabeln %s med antagen typ vid %L fÃ¥r bara anvÃ¤ndas som ett aktuellt argumentVariabeln %s med antagen typ vid %L fÃ¥r inte vara en vektor med explicit formVariabeln %s med antagen typ vid %L skall inte ha en subobjektreferensI global rÃ¤ckvidd:Som mest %i profilkÃ¶rningar stÃ¶djs.  Kanske en skadad profil?PÃ¥ toppnivÃ¥:Skriv atomÃ¤rt tillbaka programmets data-cache-rader (standard).FÃ¶rsÃ¶k att DEALLOCATE oallokerad â€�%sâ€�FÃ¶rsÃ¶k undvika att generera instruktionssekvenser som innehÃ¥ller ret-byte:ar.FÃ¶rsÃ¶k fylla fÃ¶rdrÃ¶jningsfack av greninstruktioner.FÃ¶rsÃ¶k att indirekt Ã¶verlappa COMMON-block %s och %s med EQUIVALENCE vid %CFÃ¶rsÃ¶k hÃ¥ll stacken justerad till denna 2-potens.FÃ¶rsÃ¶k slÃ¥ samman identiska konstanter mellan kompileringsenheter.FÃ¶rsÃ¶k slÃ¥ samman identiska konstanter och konstanta variabler.FÃ¶rsÃ¶k slÃ¥ samman identiska felsÃ¶kningsstrÃ¤ngar mellan kompileringsenheter.FÃ¶rsÃ¶k att allokera redan allokerad variabelFÃ¶rsÃ¶k att allokera redan allokerad variabel â€�%sâ€�Attributet %s vid %L i en TYPE-definitionAttribut vid %L Ã¤r inte tillÃ¥tet i en TYPE-definitionAutoFDO-profilens magiska tal stÃ¤mmer inteAutoFDO-profilens version %u stÃ¤mmer inte med %uAutomatisk vektor %qs vid %L kan inte ha en initierareJustera automatiskt grenmÃ¥l fÃ¶r att reducera grenstraff.Genomsnittliga antalet iterationer Ã¶ver en slinga.Undvik alla avstÃ¥ndsgrÃ¤nser vid anropsinstruktioner.Undvik att generera pc-relativa anrop, anvÃ¤nd indirekt anrop.Undvik att generera indexerade ladda/lagra-instruktioner sÃ¥ lÃ¥ngt mÃ¶jligt.Undvik Ã¶verlappande destinationer och adressregister fÃ¶r LDRD-instruktioner som kan utlÃ¶sa Cortex-M3-errata.Undvik spekulativa laddningar fÃ¶r att gÃ¥ runt en hÃ¥rdvaruanomali.Undvik att anvÃ¤nda instruktionerna DIV och MODBB %i kan inte kasta men har en EH-bÃ¥geBB %i har felaktig bÃ¥geBB %i har felaktig fall-igenom-bÃ¥geBB %i har flera EH-bÃ¥garBB %i sakar en EH-bÃ¥geBB %i saknar en bÃ¥geBB %i:s sista sats har felaktigt satt lpBB %i har fÃ¶r mÃ¥nga fall-igenom-bÃ¥garflaggan BB_RTL Ã¤r inte satt fÃ¶r block %dBIND(C) applicerat pÃ¥ %s %s vid %LBIND(C) vid %LAttribut BIND(C) vid %C krÃ¤ver ett grÃ¤nssnitt med BIND(C)Attribut BIND(C) vid %L kan endast anvÃ¤ndas fÃ¶r variabler och common-blockAttributet BIND(C) vid %L kan inte anges fÃ¶r en intern procedurBIND(C)-procedur med NAME fÃ¥r inte ha attributet POINTER vid %CBIND(C)-sats vid %CBLANK= vid %C Ã¤r inte tillÃ¥tet i Fortran 95BLOCK DATA-element %qs vid %L mÃ¥ste vara i COMMONBLOCK-konstruktion vid %CBMX-instruktioner stÃ¶djs endast med R2-arkitekturenBOZ-konstant vid %C anvÃ¤nder icke-standard postfixsyntaxBOZ-konstant vid %L Ã¤r fÃ¶r stor (%ld jÃ¤mfÃ¶rt med %ld bitar)BOZ-literal vid %L Ã¤r bitvis Ã¶verfÃ¶rd icke-heltalssymbol %qsBOZ-literal vid %L utanfÃ¶r en DATA-sats och utanfÃ¶r INT/REAL/DBLE/CMPLXBOZ-literal vid %L anvÃ¤nds fÃ¶r att initiera icke-heltalsvariabeln %qsBOZ anvÃ¤nd utanfÃ¶r en DATA-sats vid %CBYTE-typ vid %CBYTE-typ anvÃ¤nd vid %C Ã¤r inte tillgÃ¤nglig pÃ¥ mÃ¥lmaskinenFelaktig 128-bitsfÃ¶rflyttningFelaktig GPR-sammanslagningFelaktig INTENT-specifikation vid %CFelaktig IO-bastyp (%d)Felaktigt allokeringsobjekt vid %C fÃ¶r en PURE-procedurFelaktig vektorreferens vid %LFelaktig vektorspecifikation fÃ¶r en explicit formad vektor vid %CFelaktig vektorspecifikation fÃ¶r en fÃ¶rmodat formad vektor vid %CFelaktig vektorspecifikation fÃ¶r en fÃ¶rmodat formad vektor vid %CFelaktig vektorspecifikation i ALLOCATE-sats vid %LFelaktigt tecken %qc i OPERATOR-namn vid %CFelaktig co-vektorspecifikation i ALLOCATE-sats vid %LFelaktig fortsÃ¤ttningsrad vid %CFel sorts uttryck fÃ¶r funktionen %qs vid %LFelaktig sort fÃ¶r logisk konstant vid %CFelaktigt namnFelaktig operatorFelaktig specifikation fÃ¶r vektor med antagen storlek vid %CFelaktig specifikation fÃ¶r en fÃ¶rdrÃ¶jt formad vektor vid %CFelaktigt mÃ¥l i pekartilldelning i PURE-procedur vid %LFelaktig typ i konstant uttryckFelaktig typ i gfc_simplify_signBasobjekt fÃ¶r typbundet NOPASS-proceduranrop vid %L mÃ¥ste vara skalÃ¤rtBasobjekt fÃ¶r procedurpekarkomponentanrop vid %L Ã¤r av ABSTRACT typ %qsBasobjekt fÃ¶r typbundet proceduranrop vid %L Ã¤r av ABSTRACT typ %qsBindning vid %C mÃ¥ste ha samma Ã¥tkomst som den redan definierade bindningen %qsBindningsattribut anger redan passing, otillÃ¥ten NOPASS vid %CBindningsattribut anger redan passing, otillÃ¥ten PASS vid %CBlank BLOCK DATA vid %C stÃ¥r i konflikt med tidigare BLOCK DATA vid %LBlank krÃ¤vs i %s-sats nÃ¤ra %CAllmÃ¤n SAVE-sats vid %C fÃ¶ljer tidigare SAVE-satsBlocketikett Ã¤r inte tillÃ¤mplig fÃ¶r IF-sats vid %CBlocketikett Ã¤r inte tillÃ¤mplig fÃ¶r aritmetisk IF-sats vid %CBrÃ¤desnamn [och minnesregion].bÃ¥de sektion och comdat-grupp Ã¤r sattGrÃ¤ns fÃ¶r antalet kandidater under vilken alla kandidater Ã¶vervÃ¤gs i iv-optimeringar.GrÃ¤ns fÃ¶r antal iv-anvÃ¤ndningar i en slinga optimerad i iv-optimeringar.GrÃ¤ns fÃ¶r antalet kÃ¶rtidskontroller som lÃ¤ggs in av vektoriserarens slingversionering fÃ¶r aliaskontroller.GrÃ¤ns fÃ¶r antalet kÃ¶rtidskontroller som lÃ¤ggs in av vektoriserarens slingversionering fÃ¶r justeringskontroller.GrÃ¤ns fÃ¶r storleken av uttryck som anvÃ¤nds i analyseraren av skalÃ¤ra uttryck.GrÃ¤ns pÃ¥ komplexiteten av uttryck som anvÃ¤nds i analyseraren av skalÃ¤ra uttryck.BegrÃ¤nsningen av kostnaden fÃ¶r ett uttryck fÃ¶r att berÃ¤kna antalet iterationer.BegrÃ¤nsning pÃ¥ antalet iterationer som utvÃ¤rderas av rÃ¥styrkealgoritmen fÃ¶r att analysera antalet iterationer.BegrÃ¤nsningsspecifikation fÃ¶r %qs i pekartilldelning vid %LGren vid %L kan orsaka en oÃ¤ndlig slingaHopp Ã¤r sÃ¥ hÃ¤r dyra (1-5, godtyckliga enheter).UtfÃ¶rda hopp:%s av %d
! Bygg fÃ¶r kÃ¤rna A.Bygg fÃ¶r kÃ¤rna B.Bygg fÃ¶r SDRAM.Inbyggd %qF krÃ¤ver arch12 eller hÃ¶gre.Den inbyggda funktionen %s stÃ¶djs inte med de aktuella flaggornaDen inbyggda funktionen %s Ã¤r endast giltig fÃ¶r cell-processornDen inbyggda funktionen %s stÃ¶djs inte i denna kompilatorkonfigurationDen inbyggda funktionen %s behÃ¶ver Nios II R%dDen inbyggda funktionen %s behÃ¶ver flaggan -maltivecDen inbyggda funktionen %s behÃ¶ver flaggorna -mcpu=power9 och -m64Den inbyggda funktionen %s behÃ¶ver flaggan -mcpu=power9Den inbyggda funktionen %s behÃ¶ver flaggan -mfloat128Den inbyggda funktionen %s behÃ¶ver flaggorna -mhard-dfp och -mpower8-vectorDen inbyggda funktionen %s behÃ¶ver flaggan -mhard-dfpDen inbyggda funktionen %s behÃ¶ver flaggorna -mhard-float och -mlong-double-128Den inbyggda funktionen %s behÃ¶ver flaggan -mhard-floatDen inbyggda funktionen %s behÃ¶ver flaggan -mhtmDen inbyggda funktionen %s behÃ¶ver flaggan -mpairedDen inbyggda funktionen %s behÃ¶ver flaggan -mpower8-vectorDen inbyggda funktionen %s behÃ¶ver flaggan -mspeDen inbyggda funktionen %s behÃ¶ver flaggan -mvsxVÃ¤rdeargument vid %L fÃ¥r inte vara en vektor eller vektorsektionVÃ¤rdesargument vid %L Ã¤r inte tillÃ¥tet i denna kontextVÃ¤rdesargument vid %L har inte en numerisk typC-interoperativ teckenattrappvariabel %qs vid %L med attributet VALUE mÃ¥ste ha lÃ¤ngd ettParameter med sort C Ã¤r fÃ¶r typ %s men typen vid %L Ã¤r %sC++-konstruerare och -destruerare kommer inte att anropas fÃ¶r Objective-C-fÃ¤ltC++-uppslagning av %qD skulle returnera ett fÃ¤lt, inte en typC++ krÃ¤ver en befordrad typ, inte en upprÃ¤kningstyp, i %<va_arg%>C++11 %<constexpr%> Ã¤r endast tillgÃ¤ngligt med -std=c++11 eller -std=gnu++11C++11 %<noexcept%> Ã¤r endast tillgÃ¤ngligt med -std=c++11 eller -std=gnu++11C++11 %<thread_local%> tillÃ¥ter dynamisk initialisering och destruktionC++11 %<thread_local%> Ã¤r endast tillgÃ¤ngligt med -std=c++11 eller -std=gnu++11C++11 auto Ã¤r endast tillgÃ¤ngligt med -std=c++11 eller -std=gnu++11C99-beteckningen %qE Ã¤r inte ett konstantuttryck av heltalstypC99-beteckningen %qE utanfÃ¶r aggregatinitierareCASE-etikett vid %L Ã¶verlappar med CASE-etikett vid %LCDX-instruktioner stÃ¶djs endast med R2-arkitekturerCFString-literaluttryck Ã¤r inte en strÃ¤ngkonstantCFString-literal saknasCHARACTER-uttryck vid %L huggs av (%d/%d)CHARACTER-uttryck kommer att huggas av i tilldelning (%d/%d) vid %LCHARACTER-lÃ¤ngden i !$OMP DECLARE REDUCTION %s Ã¤r inte konstant vid %LCHARACTER-lÃ¤ngden mÃ¥ste vara en konstant vid %LCHARACTER(*)-funktionen %qs vid %LCHARACTER(*)-funktion %qs vid %L kan inte ha vektorvÃ¤rdeCHARACTER(*)-funktion %qs vid %L kan inte ha pekarvÃ¤rdeCHARACTER(*)-funktion %qs vid %L kan inte vara pureCHARACTER(*)-funktion %qs vid %L kan inte vara rekursivCLASS-vÃ¤ljare vid %L behÃ¶ver en temporÃ¤r som inte Ã¤r implementerad Ã¤nnuCLASS-sats vid %CCLASS-variabeln %qs vid %L fÃ¥r inte ha attributet PARAMETERCLASS-variabel %qs vid %L mÃ¥ste vara en attrapp, allokerbar eller pekareCLOSE-sats vid %L krÃ¤ver ett UNIT-talCLOSE-sats inte tillÃ¥ten i PURE-procedur vid %CCODIMENSION angiven fÃ¶r %qs utanfÃ¶r dess INTERFACE-kropp vid %LCOLLAPSE-klausulargument Ã¤r inte ett konstant positivt heltal vid %CCOLLECT_GCC mÃ¥ste vara sattCOLLECT_GCC mÃ¥ste vara satt.COLLECT_LTO_WRAPPER mÃ¥ste vara sattCOMMON %qs vid %L finns inteCOMMON %qs vid %L krÃ¤ver %d byte utfyllnad, byt ordning pÃ¥ element eller anvÃ¤nd %<-fno-align-commons%>COMMON vid %L nÃ¤mnt flera gÃ¥nger i klausuler av samma OMP DECLARE TARGET-direktivCOMMON vid %L krÃ¤ver %d byte utfyllnad, byt ordning pÃ¥ element eller anvÃ¤nd %<-fno-align-commons%>COMMON-blocket %qs vid %L fÃ¥r inte ha attributet EXTERNALCOMMON-block %qs vid %L Ã¤r ocksÃ¥ en inbyggd procedurCOMMON-block %qs vid %L anvÃ¤nds som PARAMETER vid %LCOMMON-block %qs vid %L som ocksÃ¥ Ã¤r ett funktionsresultatCOMMON-block %qs vid %L som ocksÃ¥ Ã¤r en global procedurCOMMON-block %qs vid %L anvÃ¤nder samma globala identifierare som en enhet vid %LCOMMON-block /%s/ finns inte vid %CCOMMON-block vid %L med bindningsetikett %s anvÃ¤nder samma globala identifierare som enheten vid %LCOMMON-variabeln %qs vid %L mÃ¥ste ha konstant teckenlÃ¤ngdCOMPLEX-argumentet %qs till inbyggd %qs vid %LCOMPLEX-kvantiteter kan inte jÃ¤mfÃ¶ras vid %LCONTAINS-block i hÃ¤rledd typdefinition vid %CCONTAINS-sats vid %C Ã¤r redan i en innesluten programenhetCONTAINS-sats utan FUNCTION- eller SUBROUTINE-sats vid %LAttributet CONTIGUOUS vid %CCONTIGUOUS-sats vid %CCONVERT-tagg vid %LCOUNT-argumentet till den inbyggda funktionen EVENT_QUERY vid %L mÃ¥ste vara definierbartCOUNT-argumentet till den inbyggda funktionen EVENT_QUERY vid %L mÃ¥ste ha Ã¥tminstone intervallet fÃ¶r standardheltalArgumentet COUNT till SYSTEM_CLOCK vid %L har icke-standardsortArgumentet COUNT_MAX till SYSTEM_CLOCK vid %L har en icke-standardsortArgumentet COUNT_RATE till SYSTEM_CLOCK vid %L har en icke-standardsortCPU:n du valde stÃ¶djer inte instruktionsuppsÃ¤ttningen x86-64CPU:er Ã¤ldre Ã¤n z900 stÃ¶djs inte med -fsplit-stackCRIS-port-fÃ¶rsÃ¤kran misslyckades: CRITICAL-block inuti OpenACC-region vid %CCRITICAL-block i unuti OpenMP-region vid %CCRITICAL-sats vid %CCYCLE-sats vid %C Ã¤r inte tillÃ¤mpbar pÃ¥ icke-slingkonstruktionen %qsCYCLE vid %C till kollapsad !ACC LOOP-slinga som inte Ã¤r innerstCYCLE vid %C till kollapsad !$OMP DO-slinga som inte Ã¤r innerstAnropa mcount fÃ¶r profilering fÃ¶re en funktionsprolog.Anroparen kopierar funktionsargument som skickas via dold referens.Gjorda anrop:%s av %d
  Det gÃ¥r inte att USE samma %smodul vi bygger!Kan inte berÃ¤kna lÃ¤ngden pÃ¥ teckenvektorn vid %L.Det gÃ¥r inte att konstruera ABSTRACT typ %qs vid %LKan inte konvertera %qs till %qs vid %LKan inte konvertera %s till %s vid %LKan inte radera modulfilen %qs: %sKan inte radera temporÃ¤r modulfil %qs: %sDet finns ingen inbyggd modul med namnet %qs vid %CNyckelord med namnet %qs saknas i anrop till %qs vid %LDet gÃ¥r inte att initiera en vektor med antagen form vid %L med en skalÃ¤rKan inte Ã¶ppna filen %qsKan inte Ã¶ppna modulfilen %qs fÃ¶r lÃ¤sning vid %C: %sKan inte Ã¶ppna modulfilen %qs fÃ¶r skrivning vid %C: %sDet gÃ¥r inte att skriva Ã¶ver GENERIC %qs vid %LKan inte Ã¤ndra namn pÃ¥ modulfilen %qs till %qs: %sDet gÃ¥r inte att IMPORT:era %qs frÃ¥n vÃ¤rdrÃ¤ckviddsenhet vid %C â€” finns inte.Det gÃ¥r inte att tilldela till en namngiven konstant vid %CKan inte anropa %<__builtin_custom_%s%> utan att ange flaggan %<-mcustom-%s%>Det gÃ¥r inte att Ã¤ndra attribut pÃ¥ USE-associerad symbol %s vid %LDet gÃ¥r inte att Ã¤ndra attribut pÃ¥ USE-associerad symbol vid %LKan inte byta katalog till %sKan inte fÃ¥ namnet pÃ¥ aktuell katalogDet gÃ¥r inte att initiera en parametervektor vid %L med element med variabel lÃ¤ngdKan inte skapa katalogen %sKan inte avbilda %sKan inte Ã¶ppna %sKan inte Ã¶ppna kÃ¤llkodsfilen %s
! Kan inte lÃ¤sa %sKan inte lÃ¤sa modulfilen %qs Ã¶ppnad vid %C, eftersom den skapades av en annan version av GNU FortranDet gÃ¥r inte att ange IMPLICIT vid %C efter IMPLICIT NONEFÃ¥nga skrivfel.FÃ¥ gas att skriva tomcat-statistik.Satsindex fÃ¶r cgraph-bÃ¥ge finns inteCgraph-bÃ¥gsatsindex utanfÃ¶r intervalletKedjade genomskinliga aliasÃ„ndring av vÃ¤rde vid konvertering frÃ¥n %qs till %qs vid %LÃ„ndring av vÃ¤rde vid konvertering frÃ¥n %qs till %qs vid %LÃ„ndra endast de lÃ¥ga 8 bitarna av stackpekaren.Ã„ndra ABI:et sÃ¥ det tillÃ¥ter dubbelordinstruktioner.Ã„ndra hur lÃ¥ngt schemalÃ¤ggaren blickar framÃ¥t.Ã„ndra den maximala lÃ¤ngden pÃ¥ villkorligt exekverade sekvenser.Ã„ndra antalet temporÃ¤ra register som Ã¤r tillgÃ¤ngliga fÃ¶r villkorligt exekverade sekvenser.Ã„ndra stackpekaren utan att avaktivera avbrott.Ã„ndrar synlighet till att vara som Microsoft Visual Studio som standard.Tecknet %qs i strÃ¤ng vid %C Ã¤r inte representerbart i teckensort %dTecknet %qs i strÃ¤ng vid %L kan inte konverteras till tecken av sort %dTeckenargument %qs vid %L mÃ¥ste ha lÃ¤ngden 1 eftersom proceduren %qs Ã¤r BIND(C)Teckenkomponent %qs av %qs vid %L med fÃ¶rdrÃ¶jd lÃ¤ngd mÃ¥ste vara en POINTER eller ALLOCATABLETeckenvÃ¤rd attrappvariabel %qs vid %L med attributet VALUE mÃ¥ste ha konstant lÃ¤ngdTeckenlÃ¤ngd stÃ¤mmer inte (%ld/%ld) mellan aktuellt argument och attrappargument med antagen form %qs vid %LTeckenlÃ¤ngd stÃ¤mmer inte (%ld/%ld) mellan aktuellt argument och pekare eller allokerbart attrappargument %qs vid %LTeckenlÃ¤ngden pÃ¥ aktuellt argument Ã¤r kortare Ã¤n attrappargumentet %qs (%lu/%lu) vid %LTeckenlÃ¤ngd pÃ¥ komponent %qs behÃ¶ver vara ett konstant specifikationsuttryck vid %LTeckenvÃ¤rt argument %qs till satsfunktion vid %L mÃ¥ste ha konstant lÃ¤ngdTeckenvÃ¤rd intern funktion %qs vid %L fÃ¥r inte ha antagen lÃ¤ngdTeckenvÃ¤rd modulprocedur %qs vid %L fÃ¥r inte ha antagen lÃ¤ngdTeckenvÃ¤rd satsfunktion %qs vid %L mÃ¥ste ha konstant lÃ¤ngdKontrollera stackspill vid kÃ¶rtillfÃ¤llet.Leta efter syntaxfel, stoppa sedan.Kontrollera returvÃ¤rdet av new i C++.VÃ¤lj strategi fÃ¶r att generera stringop med.Styckesstorlek fÃ¶r omp-schema fÃ¶r slingor som parallelliseras av parloops.Cilk-vektornotation kan inte anvÃ¤ndas som uttryck fÃ¶r berÃ¤knat gotoCilk-vektornotation kan inte anvÃ¤ndas som villkor till en do-while-satsCilk-vektornotation kan inte anvÃ¤ndas som villkor i en switch-satsCilk-vektornotation kan inte anvÃ¤ndas som villkor till en while-satsCilk-vektornotation kan inte anvÃ¤ndas till ett throw-uttryckCilk-vektornotation kan inte anvÃ¤ndas i ett villkor till en for-slingaKlausulen AUTO stÃ¥r i konflikt med GANG vid %LKlausulen AUTO stÃ¥r i konflikt med VECTOR vid %LKlausulen AUTO stÃ¥r i konflikt med WORKER vid %LKlausulen SEQ stÃ¥r i konflikt med AUTO vid %LKlausulen SEQ  stÃ¥r i konflikt med GANG vid %LKlausulen SEQ stÃ¥r i konflikt med INDEPENDENT vid %LKlausulen SEQ stÃ¥r i konflikt med VECTOR vid %LKlausulen SEQ stÃ¥r i konflikt med WORKER vid %LNollstÃ¤ll alla trimningsfunktioner.NollstÃ¤ll hÃ¥rdvarufÃ¶rmÃ¥gor vid lÃ¤nkning.NollstÃ¤ll BSS och placera nollinitierade i BSS.Co-vektorkomponent %qs vid %L mÃ¥ste vara allokerbar med fÃ¶rdrÃ¶jd formCo-vektordeklaration vid %CCo-vektorbeteckning vid %C men %qs Ã¤r inte en co-vektorCo-vektorattrappargument %qs vid %L till elementÃ¤r i procedurenCo-attrappvariabeln %qs vid %L Ã¤r inte tillÃ¥ten i BIND(C)-proceduren %qsCo-vektorspecifikation krÃ¤vs i ALLOCATE-sats vid %LCo-vektorvariabeln %qs vid %L skall inte ha co-dimensioner med fÃ¶rdrÃ¶jd formCo-vektorer avaktiverade vid %C, anvÃ¤nd %<-fcoarray=%> fÃ¶r att aktiveraCo-vektorer avaktiverade vid %L, anvÃ¤nd %<-fcoarray=%> fÃ¶r att aktiveraCo-vektorer stÃ¶djs inte i %s-klausul vid %LKod fÃ¶r omallokering av den allokerbara vektorn vid %L kommer lÃ¤ggas tillKod fÃ¶r omallokering av den allokerbara variabeln vid %L kommer lÃ¤ggas tillKodstorlek: small, medium, eller large.Co-index i co-dimension %d mÃ¥ste vara en skalÃ¤r vid %LCo-indexordning stÃ¤mmer inte i vektorreferens vid %L (%d/%d)Co-indexerat ASYNCHRONOUS eller VOLATILE aktuellt argument vid %L krÃ¤ver att attrappen %qs varken har ASYNCHRONOUS eller VOLATILECo-indexerat aktuell argument vid %L i en PURE-procedur skickas till ett POINTER-attrappargumentCo-indexerat aktuellt argument vid %L i en PURE-procedur skickas till ett INTENT(%s)-argumentCo-indexerat aktuellt argument vid %L till allokerbar attrapp %qs krÃ¤ver INTENT(IN)Co-indexerat faktiskt argument vid %L till pekareattrapp %qsCo-indexerat faktiskt argument vid %L med allokerbar slutlig komponent till attrappen %qs krÃ¤ver antingen VALUE eller INTENT(IN)Co-indexerat aktuellt argument vid %L med slutlig pekarkomponentCo-indexerat allokerbart objekt vid %LCo-indexerat uttryck vid %L Ã¤r tilldelat till en hÃ¤rledd typvariabel med en POINTER-komponent i en PURE-procedurCo-indexerat uttryck till pekar komponent %qs i postkonstruerare vid %L!Co-indexerat objekt med polymorf allokerbar delkomponent vid %LCo-indexerat polymorft aktuellt argument vid %L skickas ett polymorft attrappargument %qsCo-indexerad procedurpekarkomponent vid %CCo-indexerad variabel fÃ¥r inte ha en allokerbar yttersta komponent i tilldelningen vid %LSamla och skriv ut felsÃ¶kningsinformation till en temporÃ¤rfil om ICE sker i C/C++-kompilatorn.Komma fÃ¶re i/o-elementlista vid %LKomma krÃ¤vs efter P-beskrivareCommon-blockmedlem %qs vid %L kan inte vara ett EQUIVALENCE-objekt i den rena proceduren %qsKompilera kod fÃ¶r rak byteordning.Kompilera kod fÃ¶r omvÃ¤nd byteordning.  Detta Ã¤r standard.Kompilera kod som litar pÃ¥ Cygwin:s DLL-inkapsling fÃ¶r att stÃ¶dja ersÃ¤ttning av C++-operatorerna new/delete.Kompilera fÃ¶r 32-bitspekare.Kompilera fÃ¶r 64-bitspekare.Kompilera fÃ¶r ETRAX 100 (CRIS v8).Kompilera fÃ¶r ETRAX 4 (CRIS v3).Kompilera fÃ¶r V8+-ABI.Kompilera ABI:et DSBT fÃ¶r delade bibliotek.Kompilera fÃ¶r en m32r.Kompilera fÃ¶r en m32r2.Kompilera fÃ¶r en m32rx.Kompilera fÃ¶r processorn v850.Kompilera fÃ¶r processorn v850e.Kompilera fÃ¶r processorn v850e1.Kompilera fÃ¶r processorn v850e2.Kompilera fÃ¶r processorn v850e2v3.Kompilera fÃ¶r processorn v850e3v5.Kompilera fÃ¶r varianten v850es av v850e1.Kompilera en hel kompileringsenhet Ã¥t gÃ¥ngen.Kompilera med 32-bitars long och pekare, som Ã¤r det enda beteendet som stÃ¶djs och dÃ¤rmed ignoreras flaggan.Kompilera fÃ¶r 32-bitars lÃ¥nga och pekare.Kompilera fÃ¶r 64-bitars lÃ¥nga och pekare.Bonus IPA-CP tilldelar vid kompileringstillfÃ¤llet till kandidater som gÃ¶r ett vektorindex kÃ¤nt.Bonus IPA-CP tilldelar vid kompileringstillfÃ¤llet till kandidater vilka gÃ¶r slingbegrÃ¤nsningar eller -steg kÃ¤nda.Komplext argument till LOG vid %L fÃ¥r inte vara nollKomplex multiplikation och division fÃ¶ljer Fortranregler.Komponenten %qs vid %C Ã¤r redan deklarerad vid %LKomponenten %qs vid %C finns redan i fÃ¶rÃ¤ldratypen vid %LKomponent %qs vid %C Ã¤r en PRIVATE-komponent i %qsKomponent %qs vid %L fÃ¥r inte ha attributet ALLOCATABLE eftersom det Ã¤r en medlem av den BIND(C)-hÃ¤rledda typen %qs vid %LKomponent %qs vid %L fÃ¥r inte ha attributet POINTER eftersom det Ã¤r en medlem av den BIND(C)-hÃ¤rledda typen %qs vid %LComponent %qs vid %L har attributet CONTIGUOUS men Ã¤r inte en vektorpekareKomponenten %qs vid %L av TYPE(C_PTR) eller TYPE(C_FUNPTR) fÃ¥r inte vara en co-vektorKomponenten %qs vid %L med co-vektorkomponent skall skalÃ¤r som inte Ã¤r en pekare eller allokerbarKomponent %qs i hÃ¤rledd typ %qs vid %L fÃ¥r inte vara C-interoperativKomponent %qs i hÃ¤rledd typ %qs vid %L fÃ¥r inte vara C-interoperativ, trots att den hÃ¤rledda typen %qs Ã¤r BIND(C)Komponenten %qs initieras tvÃ¥ gÃ¥nger i postkonstrueraren vid %L!Komponent %qs i %qs vid %L har samma namn som en Ã¤rvd typbunden procedurKomponenten %qs med CLASS vid %C mÃ¥ste vara allokerbar eller en pekareKomponenten %s vid %L av typen EVENT_TYPE mÃ¥ste ha en co-dimension eller vara en delkomponent till en co-vektor, vilket inte Ã¤r mÃ¶jligt eftersom komponenten har pekarattributetKomponenten %s vid %L av typen LOCK_TYPE mÃ¥ste ha en co-dimension eller vara en delkomponent till en co-vektor, vilket inte Ã¤r mÃ¶jligt eftersom komponenten har pekarattributetKomponent %s av SEQUENCE-typ deklarerad vid %L har inte attributet SEQUENCEKomponent vid %C mÃ¥ste ha attributet POINTERKomponentinitierare utan namn efter komponent med namn %s vid %L!Komponent till den hÃ¶gra av en delreferens med ordning skild frÃ¥n noll fÃ¥r inte ha attributet ALLOCATABLE vid %LKomponent till den hÃ¶gra av en delreferens med ordning skild frÃ¥n noll fÃ¥r inte ha attributet POINTER vid %LKomponenter i TYPE vid %C mÃ¥ste fÃ¶regÃ¥ CONTAINSBerÃ¤knat GOTO vid %CKonkateneringsoperatorn vid %L mÃ¥ste konkatenera strÃ¤ngar av samma sortKonkateneringsoperatorn i uttrycket vid %L mÃ¥ste ha tvÃ¥ CHARACTER-operanderKonfigurerad med: %s
! Initierare som stÃ¥r i konflikt i unionen vid %L och %LFÃ¶lj mer noga IBM XLC:s semantik.FÃ¶lj inget sÃ¤rskilt.FÃ¶lj standarden ISO 1990 C med tillÃ¤gg frÃ¥n 1994.FÃ¶lj standarden ISO 1990 C med GNU-utÃ¶kningar.FÃ¶lj standarden ISO 1990 C.FÃ¶lj standarden ISO 1998 C++ reviderad av 2003 Ã¥rs tekniska rÃ¤ttelser med GNU-utÃ¶kningar.FÃ¶lj standarden ISO 1998 C++ reviderad av 2003 Ã¥rs tekniska rÃ¤ttelser.FÃ¶lj standarden ISO 1999 C med GNU-utÃ¶kningar.FÃ¶lj standarden ISO 1999 C.FÃ¶lj standarden ISO 2011 C med GNU-utÃ¶kningar.FÃ¶lj standarden ISO 2011 C.FÃ¶lj standarden ISO 2011 C++ med GNU-utÃ¶kningar.FÃ¶lj standarden ISO 2011 C++.FÃ¶lj standarden ISO 2014 C++ med GNU-utÃ¶kningar.FÃ¶lj standarden ISO 2014 C++.FÃ¶lj standardutkastet ISO 2017(?) C++ (experimentellt och ofullstÃ¤ndigt stÃ¶d).FÃ¶lj standardutkastet ISO 201z(7?) C++ med GNU-utÃ¶kningar (experimentellt och ofullstÃ¤ndigt stÃ¶d).FÃ¶lj standarden ISO Fortran 2003.FÃ¶lj standarden ISO Fortran 2008 inklusive TS 29113.FÃ¶lj standarden ISO Fortran 2008.FÃ¶lj standarden ISO Fortran 95.FÃ¶lj sprÃ¥ket Objective-C 1.0 sÃ¥ som det implementerades i GCC 4.0.FÃ¶lj ABI:t o32 FPXX.Betrakta Ã¥tkomst till bytestort minne som lÃ¥ngsam.Betrakta typen â€�intâ€� som 16 bitar bred.Betrakta typen â€�intâ€� som 32 bitar bred.Konstant uttryck i FORMAT-tagg vid %L mÃ¥ste vara av typ CHARACTERKonstant uttryck krÃ¤vs vid %CKonstant logiskt vÃ¤rde i CASE-sats upprepas vid %LKonstruera nÃ¤t och dela orelaterade anvÃ¤ndningar av en enskild variabel.Innesluten funktion %qs vid %L har ingen IMPLICIT-typInnesluten procedur %qs vid %C Ã¤r redan tvetydigInnesluten procedur %qs vid %L har samma namn som sin omgivande procedurInnesluten procedur %qs vid %L i en PURE-procedur mÃ¥ste ocksÃ¥ vara PUREStyr generering av Ã¶msesidiga uppskattningar.Styr hur pekargrÃ¤nskontrollen hanterare pekare till objektfÃ¤lt.  NÃ¤r avsmalning Ã¤r pÃ¥slaget anvÃ¤nds fÃ¤ltgrÃ¤nser.  Annars anvÃ¤nds hela objektets grÃ¤nser.Styrregisternummer mÃ¥ste vara i intervallet 0-31 fÃ¶r %sStyr IEEE-lÃ¤ge fÃ¶r fÃ¤llor.Styr det genererade fp-avrundningslÃ¤get.Styr precisionen som ges till fp-undantag.Konvertering frÃ¥n %qs till %qs vid %LKonvertering frÃ¥n %s till %s vid %LKonvertering frÃ¥n %s till standardsorten COMPLEX(%d) vid %L kan tappa precision, Ã¶vervÃ¤g att anvÃ¤nda argumentet KINDKonvertering av en oÃ¤ndlighet till inte-ett-tal vid %L till INTEGERKonvertera villkorliga hopp i innersta slingor till grenlÃ¶sa motsvarigheter.Konvertera flyttalskonstanter till konstanter med enkel precision.Kopiera vektorsektioner till sammanhÃ¤ngande block vid procedurstart.Copyright %s 2014-2017 Free Software Foundation, Inc.
  Co-ordning stÃ¤mmer inte i argument %qs vid %L (%d och %d)Kostnaden vid vilken GCSE-optimeringar inte kommer begrÃ¤nsa avstÃ¥ndet ett uttryck kan flytta.Kostnad att anta fÃ¶r en greninstruktion.Kostnad att anta fÃ¶r en multiplikationsinstruktion.Kostnad att anta fÃ¶r en multiplikationsinstruktion, med 4 lika med en normal instruktion.Kunde inte generera addis-vÃ¤rde fÃ¶r sammanslagningKunde inte Ã¶ppna utdatafilen â€�%sâ€�
! Kunde inte sÃ¤tta Cray-utpekad vektorspecifikation.Kunde inte sÃ¤tta utpekads vektorspecifikation.RÃ¤kna spekulativa beroenden vid berÃ¤kning av prioritet fÃ¶r instruktioner.Cray-utpekad vid %C kan inte vara fÃ¶rmodat formad vektorCray-utpekad vid %L fÃ¶rekommer i flera pointer()-satserCray-utpekad %qs i %s-klausul vid %LCray-utpekad %qs i SHARED-klausul vid %LCray-utpekadobjekt %qs i %s-klausul vid %LCray-utpekat objekt %qs av hÃ¤rledd typ i %s-klausul vid %LCray-utpekat objekt %qs av polymorf typ i %s-klausul vid %LCray-pekare %qs i %s-klausul vid %LCray-pekare vid %C har %d bytes precision, minnesadresser krÃ¤ver %d byteCray-pekare vid %C mÃ¥ste vara ett heltalCray-pekardeklaration vid %C krÃ¤ver flaggan -fcray-pointerCray-pekarobjekt %qs i %s-klausul vid %LCray-pekarobjekt %qs av hÃ¤rledd typ i %s-klausul vid %LCray-pekarobjekt %qs av polymorf typ i %s-klausul vid %LSkapa GUI-applikation.Skapa ett positionsoberoende kÃ¶rbart program.Skapa ett delat bibliotek.Skapa kanoniska induktionsvariabler i slingor.Skapa konsolapplikation.Skapa datafiler som behÃ¶vs av â€�gcovâ€�.Skapar â€�%sâ€�
! Skapar vektortemporÃ¤r vid %LSkapar vektortemporÃ¤r vid %L fÃ¶r argument %qsDATA-vektor %qs vid %L mÃ¥ste anges i en tidigare deklarationDATA-elementet %qs vid %L kan inte ha ett co-indexDATA-element %qs vid %L Ã¤r en pekare och mÃ¥ste dÃ¥ vara en fullstÃ¤ndig vektorDATA-sats vid %C efter den fÃ¶rsta kÃ¶rbara satsenDATA-sats vid %C kan inte fÃ¶rekomma inuti ett INTERFACEDATA-sats vid %C fÃ¥r inte fÃ¶rekomma i en PURE-procedurDATA-sats vid %L har fler vÃ¤rden Ã¤n variablerDATA-sats vid %L har fler variabler Ã¤n vÃ¤rdenDC-formatspecificerare Ã¤r inte tillÃ¥ten vid %CDEALLOCATE-objektDEALLOCATE av co-vektor vid %C i CRITICAL-blockDEALLOCATE av co-vektor vid %C i DO CONCURRENT-blockDECIMAL= vid %C Ã¤r inte tillÃ¥tet i Fortran 95DECL_GIMPLE_REG_P satt pÃ¥ en variabel vars adress tasDEF_INTERNAL_FLT_FN (%s) har inga associerade inbyggda funktionerDEF_INTERNAL_INT_FN (%s) har inga inbyggda associerade funktionerDELIM= vid %C Ã¤r inte tillÃ¥tet i Fortran 95DEPEND SINK anvÃ¤nt tillsammans med DEPEND SOURCE med samma konstruktion vid %LDIM-argument vid %L Ã¤r utanfÃ¶r grÃ¤nsenDIM-argument utan COARRAY-argument Ã¤r inte tillÃ¥tet fÃ¶r inbyggd THIS_IMAGE vid %LDIMENSION angiven fÃ¶r %qs utanfÃ¶r dess INTERFACE-kropp vid %LDISTANCE= argument till NUM_IMAGES vid %LDISTANCE= argument till THIS_IMAGE vid %LDIST_SCHEDULE-klausulens chunk_size vid %L krÃ¤ver ett skalÃ¤rt INTEGER-uttryckDO CONCURRENT-konstruktion vid %CDO-slingan vid %L Ã¤r odefinierad eftersom den spiller Ã¶verDO-slingan vid %L Ã¤r odefinierad eftersom den spiller underDO-slinga vid %L kommer kÃ¶ras noll gÃ¥ngerDO-stegvÃ¤rdet Ã¤r nollDO avslutningssats som inte Ã¤r END DO eller CONTINUE med etikett %d vid %CDO-iterator %qs vid %L Ã¤r inuti en iterator med samma namnDOUBLE COMPLEX vid %CDP-formatspecificerare Ã¤r inte tillÃ¥ten vid %CDTIO %s-procedur vid %L mÃ¥ste vara rekursivDTIO-attrappargument vid %L mÃ¥ste vara skalÃ¤rtDTIO-attrappargument vid %L mÃ¥ste vara en ASSUMED SHAPE ARRAYDTIO-attrappargument vid %L mÃ¥ste ha KIND = %dDTIO-attrappargument vid %L mÃ¥ste ha typen %sDTIO-attrappargument vid %L mÃ¥ste ha INTENT %sDTIO-proceduren %qs vid %L mÃ¥ste vara en subrutinDataelement ovanfÃ¶r Ã¶vre vektorgrÃ¤ns vid %LDataelement under undre vektorgrÃ¤ns vid %LData lagras med formatet rak byteordning.Data lagras i formatet omvÃ¤nd byteordning.  (Standard).DatamÃ¥let vid %L fÃ¥r inte ha co-indexDataÃ¶verfÃ¶ringselement vid %L fÃ¥r inte vara en full referens till en vektor med antagen storlekDataÃ¶verfÃ¶ringselementet vid %L kan inte vara polymorft om det inte behandlas av en definierad input/output-procedurDataÃ¶verfÃ¶ringselementet vid %L kan inte ha ALLOCATABLE-komponenter om det inte behandlas av en definierad input/output-procedurDataÃ¶verfÃ¶ringselementet vid %L kan inte ha POINTER-komponenter om det inte behandlas av en definierad input/output-procedurDataÃ¶verfÃ¶ringselement vid %L fÃ¥r inte ha PRIVATE-komponenterDataÃ¶verfÃ¶ringselementet vid %L kan inte ha PRIVATE-komponenter om det inte behandlas av en definierad input/output-procedurDataÃ¶verfÃ¶ringselement vid %L fÃ¥r inte ha procedurpekarkomponenterDatapekarobjekt vid %L mÃ¥ste vara obegrÃ¤nsat polymorft, eller av en typ med attributet BIND eller SEQUENCE, fÃ¶r att vara kompatibel med ett obegrÃ¤nsat polymorft mÃ¥lDeklaration av metoden %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anropDeklaration av metoden %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anropDeklaration av metoden %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anrop utfÃ¶rt %lli gÃ¥ngerDeklaration av metoden %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anrop utfÃ¶rda %lli gÃ¥ngerDeklaration av typen %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anropDeklaration av typen %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anropDeklaration av typen %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anrop utfÃ¶rt %lli gÃ¥ngerDeklaration av typen %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anrop utfÃ¶rda %lli gÃ¥ngerDeklaration av den virtuella destrueraren %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anropDeklaration av den virtuella destrueraren %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anropDeklaration av den virtuella destrueraren %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anrop utfÃ¶rt %lli gÃ¥ngerDeklaration av den virtuella destrueraren %qD final skulle mÃ¶jliggÃ¶ra avvirtualisering av %i anrop utfÃ¶rda %lli gÃ¥ngerSenarelÃ¤gg borttagandet av funktionsargument frÃ¥n stacken.FÃ¶rdrÃ¶jd vektor %qs vid %L Ã¤r inte tillÃ¥ten i ett initieringsuttryckFÃ¶rdrÃ¶jd typparameter stÃ¶djs inte Ã¤nnuTa bort dÃ¶da instruktioner som kan kasta undantag.Ta bort onÃ¶diga nollpekarkontroller.Borttagen funktion:Undanbedes till fÃ¶rmÃ¥n fÃ¶r -std=c++11.Undanbedes till fÃ¶rmÃ¥n fÃ¶r -std=c++14.Undanbedes till fÃ¶rmÃ¥n fÃ¶r -std=c11.Undanbedes till fÃ¶rmÃ¥n fÃ¶r -std=c99.Undanbedes till fÃ¶rmÃ¥n fÃ¶r -std=gnu++11.Undanbedes till fÃ¶rmÃ¥n fÃ¶r -std=gnu++14.Undanbedes till fÃ¶rmÃ¥n fÃ¶r -std=gnu11.Undanbedes till fÃ¶rmÃ¥n fÃ¶r -std=gnu99.Undanbedes till fÃ¶rmÃ¥n fÃ¶r -std=iso9899:1999.Undanbedd flagga.  AnvÃ¤nd -misel istÃ¤llet.Undanbedd flagga.  AnvÃ¤nd -mno-isel istÃ¤llet.Undanbedd flagga.  AnvÃ¤nd -mno-spe istÃ¤llet.Undanbedd flagga.  AnvÃ¤nd -mno-vrsave istÃ¤llet.Undanbedd flagga.  AnvÃ¤nd -mspe istÃ¤llet.Undanbedd flagga.  AnvÃ¤nd -mvrsave istÃ¤llet.AvrÃ¥des ifrÃ¥n.  Denna flagga har ingen effekt.HÃ¤rledd typ %qs vid %C anvÃ¤nds fÃ¶re den Ã¤r definieradHÃ¤rledd typ %qs vid %L kan inte deklareras med bÃ¥de attributet PRIVATE och BIND(C)HÃ¤rledd typ %qs vid %L kan inte ha attributet SEQUENCE fÃ¶r att den Ã¤r BIND(C)HÃ¤rledd typ %qs vid %L fÃ¥r inte vara ABSTRACTHÃ¤rledd typ %qs vid %L mÃ¥ste vara en utÃ¶kning av %qsHÃ¤rledd typ %qs vid %L mÃ¥ste vara utÃ¶kningsbarDen hÃ¤rledda typen %qs fÃ¥r inte anvÃ¤ndas som en variabel vid %CHÃ¤rledd typ %qs deklarerad vid %L mÃ¥ste ha attributet BIND fÃ¶r att vara ett C-interoperativHÃ¤rledd typ %qs med attributet BIND(C) vid %L Ã¤r tom, och kan vara otillgÃ¤ngliga av C-fÃ¶ljeslagarprocessornHÃ¤rledd typ vid %C kan endast vara PRIVATE i specifikationsdelen av en modulHÃ¤rledd typ vid %C kan endast vara PUBLIC i specifikationsdelen av en modulHÃ¤rledd typ vid %C har inte definierats tidigare och kan dÃ¤rfÃ¶r inte fÃ¶rekomma i en hÃ¤rledd typdefinitionHÃ¤rledd typkomponent %C Ã¤r inte en tillÃ¥ten EQUIVALENCE-medlemHÃ¤rledd typdeklaration med FINAL vid %C mÃ¥ste vara med i specifikationsdelen av en MODULEHÃ¤rledd typdefinition vid %C med tom CONTAINS-sektionHÃ¤rledd typdefinition vid %C utan komponenterHÃ¤rledd typdefinition %qs vid %C har redan definieratsHÃ¤rlett typnamn %qs vid %C har redan en grundtyp %sHÃ¤rledd typvariabel %qs vid %L kan inte ha ALLOCATABLE-komponenter fÃ¶r att vara ett EQUIVALENCE-objektHÃ¤rledd typvariabel %qs vid %L mÃ¥ste ha attributet SEQUENCE fÃ¶r att vara ett EQUIVALENCE-objektHÃ¤rledd typvariabel %qs vid %L med standardinitiering kan inte vara i EQUIVALENCE med en variabel i COMMONHÃ¤rledd typvariabel %qs vid %L med pekarkomponent(er) kan inte vara ett EQUIVALENCE-objektHÃ¤rledd typvariabel %qs i COMMON vid %L har en slutlig komponent som Ã¤r allokerbarHÃ¤rledd typvariabel %qs i COMMON vid %L har varken attributet SEQUENCE eller BIND(C)HÃ¤rledd typvariabel %qs i COMMON vid %L fÃ¥r inte ha standardinitierareHÃ¤rledd typ %qs deklarerad vid %L mÃ¥ste vara ABSTRACT fÃ¶r att %qs Ã¤r DEFERRED och inte Ã¥sidosattHÃ¤rledd typ %qs med BIND(C) fÃ¥r inte ha en CONTAINS-sektion vid %CHÃ¤rledd typ %qs med SEQUENCE fÃ¥r inte ha en CONTAINS-sektion vid %CAttrappargument med hÃ¤rledd typ %qs vid %L deklarerades INTENT(OUT) men sattes inte och har inte en standardinitierareBeskrivning fÃ¶r mxl-mode-bootstrap.Beskrivning fÃ¶r mxl-mode-executable.Beskrivning fÃ¶r mxl-mode-novectors.Beskrivning fÃ¶r mxl-mode-xmdstub.Detektera vÃ¤gar som utlÃ¶ser felaktigt eller odefinierat beteende pÃ¥ grund av att ett nollvÃ¤rde anvÃ¤nds pÃ¥ ett sÃ¤tt som fÃ¶rbjuds av ett returns_nonnull- eller nonnull-attribut.  Isolera dessa vÃ¤gar frÃ¥n huvudsakliga styrflÃ¶det och gÃ¶r om satsen med det felaktiga eller odefinierade beteendet till en fÃ¤lla.Detektera vÃ¤gar som utlÃ¶ser felaktigt eller odefinierat beteende pÃ¥ grund av dereferering av nollpekare.  Isolera dessa vÃ¤gar frÃ¥n huvudsakliga styrflÃ¶det och gÃ¶r om satsen med det felaktiga eller odefinierade beteendet till en fÃ¤lla.Ange vilka beroenden mellan instruktioner som skall anses dyra.Olika CHARACTER-lÃ¤ngder (%d/%d) i vektorkonstruerare vid %LOlika CHARACTER-lÃ¤ngder (%ld/%ld) i vektorkonstruerareOlika sorters typparametrar i pekartilldelning vid %LOlika ordning i pekartilldelning vid %LOlika form fÃ¶r %s vid %L pÃ¥ dimension %d (%d och %d)Olika former fÃ¶r argument %qs och %qs vid %L fÃ¶r inbyggd %<dot_product%>Olika form pÃ¥ dimension 1 fÃ¶r argumenten %qs och %qs vid %L fÃ¶r inbyggd matmulOlika form pÃ¥ dimension 2 fÃ¶r argument %qs och dimension 1 fÃ¶r argument %qs vid %L fÃ¶r inbyggd matmulOlika typsorter vid %LOlika typer i pekartilldelning vid %L, fÃ¶rsÃ¶kte med tilldelning av %s till %sDimensioner angivna fÃ¶r %s vid %L efter dess initieringAvaktivera det ARCompact-specifika passet fÃ¶r att generera villkorliga exekveringsinstruktioner.Avaktivera FP-register.Avaktivera LR- och SR-instruktioner frÃ¥n att anvÃ¤nda FPX-utÃ¶knings-aux-register.Avaktivera optimeringspasset skalÃ¤r till vektor som transformerar 64-bitars heltalsberÃ¤kningar till vektorberÃ¤kningar.Avaktivera flyttalsoptimeringar som ignorerar IEEE:s tecken pÃ¥ noll.AnvÃ¤nd inte hÃ¥rdvaruflyttal.Avaktivera indexerad adressering.Avaktivera optimeringar som kan observeras av IEEE signalerande NAN:ar.Avaktivera optimeringar som antar standardmÃ¤ssigt avrundningsbeteende fÃ¶r FP.Avaktivera positionsoberoende kod (PIC) fÃ¶r anvÃ¤ndning i OS-kÃ¤rnkod.Avaktivera preprocessning.Avaktivera utrymmesregister.TillÃ¥t inte anvÃ¤ndningen av RX FPU-instruktionerna.  TillÃ¥t inte direkta anrop till globala funktioner.TillÃ¥t inte mer Ã¤n â€�msched-max-memory-insnsâ€� i instruktionsgrupper.  Annars Ã¤r grÃ¤nsen â€�mjukâ€� (fÃ¶redra icke-minnesoperationer nÃ¤r grÃ¤nsen Ã¤r nÃ¥dd).UpptÃ¤ck pure- och const-funktioner.UpptÃ¤ck endast lÃ¤sbara och icke adresserbara statiska variabler.Visa kompileringstidsstatistik.Visa statistik som samlats under kompilering.Visa kodtrÃ¤det efter framÃ¤ndesoptimering.Visa kodtrÃ¤det efter tolkning.Visa kodtrÃ¤det efter tolkning, flaggan bÃ¶r undvikas.Visa kompilatorns version.Visa den hÃ¤r informationen.Division med noll vid %LDivision med noll vid konvertering av %s till %s vid %LDivisionsstrategi, en av: call-div1, call-fp, call-table.GÃ¶r CFG-kÃ¤nsliga Ã¥termaterialiseringar i LRA.GÃ¶r justeringsoptimeringar fÃ¶r anropsinstruktioner.GÃ¶r sÃ¤ndningsschemalÃ¤ggning om processorn Ã¤r bdver1, bdver2, bdver3, bdver4 eller znver1 och Haifa-schemalÃ¤ggning Ã¤r vald.Generera inte BRcc-instruktioner i arc_reorg.TillÃ¥t inte konstant data att placeras i kodsektioner.Anta inte ett stort TLS-segment.Anta inte att standard C-bibliotek och â€�mainâ€� finns.Avaktivera inte utrymmesregister.SlÃ¤ng inte kommentarer vid makroexpansioner.Kasta inte kommentarer.Visa inte kompilerade funktioner eller tiden som fÃ¶rbrukats.Mata inte ut adresseringssÃ¤tt med sidoeffekttilldelning.Avge inte komplexa heltalskonstanter till endast lÃ¤sbart minne.Mata inte ut funktionsprolog eller -epilog.Framtvinga inte strikt justering.Generera inte #line-direktiv.Generera inte .size-direktiv.Generera inte en ensam utgÃ¥ngspunkt fÃ¶r varje funktion.Generera inte kod som endast kan kÃ¶ra i Ã¶vervakarlÃ¤ge (standard).Generera inte ladda/lagra-instruktioner med uppdatering.Generera inte millikodsnutt (behÃ¶vs endast med -Os).Generera inte mpy-instruktioner fÃ¶r ARC700.Inline:a inte heltalsdivision.Inline:a inte kvadratrot.LÃ¤nka inte mot det enhetsspecifika biblioteket lib<MCU>.a.Ladda inte PIC-registret i funktionsprologer.Titta inte efter objektfiler i standardsÃ¶kvÃ¤gen.Markera inte ABI-byten i e_flags.UtfÃ¶r inte optimeringar som mÃ¤rkbart Ã¶kar stackanvÃ¤ndningen.Placera inte flyttalskonstanter i TOC.Placera inte symbol+avstÃ¥nd-konstanter i TOC.FÃ¶rdefiniera inte systemspecifika och GCC-specifika makron.LÃ¥tsas inte att grenar Ã¤r dyra.Ge inte en standard startadress 0x100 fÃ¶r programmet.Skicka inte ut utÃ¶kade register pÃ¥ stacken i Ã¶vervakningsfunktioner.LÃ¤gg inte oinitierade globala i den gemensamma sektionen.SÃ¶k inte standardkataloger fÃ¶r inkluderingar (de som anges med -isystem kommer fortfarande att anvÃ¤ndas).SÃ¶k inte i standardkataloger fÃ¶r systeminkluderingar fÃ¶r C++.StÃ¶d inte inbyggda SSE4.1- och SSE4.2-funktioner och -kodgenerering.Undertryck inte felsÃ¶kningsinformation fÃ¶r C++-klasser.Undertryck inte varningar frÃ¥n systemhuvudfiler.Behandla inte lokala variabler och COMMON-block som om de vore namngivna i SAVE-satser.Trimma inte justering fÃ¶r kod och endast lÃ¤sbar data.Trimma inte stackjustering.Trimma inte justering fÃ¶r skrivbar data.AnvÃ¤nd inte MDMX-instruktioner.AnvÃ¤nd inte MIPS-3D-instruktioner.AnvÃ¤nd inte VAX fp.AnvÃ¤nd inte en cachetÃ¶mmande funktion fÃ¶re anrop av stacktrampoliner.AnvÃ¤nd inte adresser som allokerar globala register.AnvÃ¤nd inte tillstÃ¥ndskoder frÃ¥n normala instruktioner.AnvÃ¤nd inte hÃ¥rdvaru-fp.AnvÃ¤nd inte hÃ¥rdvaruflyttal.AnvÃ¤nd inte hÃ¥rdvaru-fp.AnvÃ¤nd inte hÃ¥rdvaruinstruktioner fÃ¶r quad fp.AnvÃ¤nd inte inline-mÃ¶nster fÃ¶r att kopiera minne.AnvÃ¤nd inte ABI-utÃ¶kningarna AltiVec.AnvÃ¤nd inte ABI-utÃ¶kningarna SPE.AnvÃ¤nd inte bitfÃ¤ltsinstruktionerna.AnvÃ¤nd inte callt-instruktionen (standard).AnvÃ¤nd inte den anpassade instruktionen fabsd.AnvÃ¤nd inte den anpassade instruktionen fabss.AnvÃ¤nd inte den anpassade instruktionen faddd.AnvÃ¤nd inte den anpassade instruktionen fadds.AnvÃ¤nd inte den anpassade instruktionen fatand.AnvÃ¤nd inte den anpassade instruktionen fatans.AnvÃ¤nd inte den anpassade instruktionen fcmpeqd.AnvÃ¤nd inte den anpassade instruktionen fcmpeqs.AnvÃ¤nd inte den anpassade instruktionen fcmpged.AnvÃ¤nd inte den anpassade instruktionen fcmpges.AnvÃ¤nd inte den anpassade instruktionen fcmpgtd.AnvÃ¤nd inte den anpassade instruktionen fcmpgts.AnvÃ¤nd inte den anpassade instruktionen fcmpled.AnvÃ¤nd inte den anpassade instruktionen fcmples.AnvÃ¤nd inte den anpassade instruktionen fcmpltd.AnvÃ¤nd inte den anpassade instruktionen fcmplts.AnvÃ¤nd inte den anpassade instruktionen fcmpned.AnvÃ¤nd inte den anpassade instruktionen fcmpnes.AnvÃ¤nd inte den anpassade instruktionen fcosd.AnvÃ¤nd inte den anpassade instruktionen fcoss.AnvÃ¤nd inte den anpassade instruktionen fdivd.AnvÃ¤nd inte den anpassade instruktionen fdivs.AnvÃ¤nd inte den anpassade instruktionen fexpd.AnvÃ¤nd inte den anpassade instruktionen fexps.AnvÃ¤nd inte den anpassade instruktionen fextsd.AnvÃ¤nd inte den anpassade instruktionen fixdi.AnvÃ¤nd inte den anpassade instruktionen fixdu.AnvÃ¤nd inte den anpassade instruktionen fixsi.AnvÃ¤nd inte den anpassade instruktionen fixsu.AnvÃ¤nd inte den anpassade instruktionen floatid.AnvÃ¤nd inte den anpassade instruktionen floatis.AnvÃ¤nd inte den anpassade instruktionen floatud.AnvÃ¤nd inte den anpassade instruktionen floatus.AnvÃ¤nd inte den anpassade instruktionen flogd.AnvÃ¤nd inte den anpassade instruktionen flogs.AnvÃ¤nd inte den anpassade instruktionen fmaxd.AnvÃ¤nd inte den anpassade instruktionen fmaxs.AnvÃ¤nd inte den anpassade instruktionen fmind.AnvÃ¤nd inte den anpassade instruktionen fmins.AnvÃ¤nd inte den anpassade instruktionen fmuld.AnvÃ¤nd inte den anpassade instruktionen fmuls.AnvÃ¤nd inte den anpassade instruktionen fnegd.AnvÃ¤nd inte den anpassade instruktionen fnegs.AnvÃ¤nd inte den anpassade instruktionen frdxhi.AnvÃ¤nd inte den anpassade instruktionen frdxlo.AnvÃ¤nd inte den anpassade instruktionen frdy.AnvÃ¤nd inte den anpassade instruktionen fsind.AnvÃ¤nd inte den anpassade instruktionen fsins.AnvÃ¤nd inte den anpassade instruktionen fsqrtd.AnvÃ¤nd inte den anpassade instruktionen fsqrts.AnvÃ¤nd inte den anpassade instruktionen fsubd.AnvÃ¤nd inte den anpassade instruktionen fsubs.AnvÃ¤nd inte den anpassade instruktionen ftand.AnvÃ¤nd inte den anpassade instruktionen ftans.AnvÃ¤nd inte den anpassade instruktionen ftruncds.AnvÃ¤nd inte den anpassade instruktionen fwrx.AnvÃ¤nd inte den anpassade instruktionen fwry.AnvÃ¤nd inte den anpassade instruktionen round.AnvÃ¤nd inte ojusterade minnesreferenser.Varna inte om anvÃ¤ndning av â€�long longâ€� vid -pedantic.GÃ¶r stackkontroll med grÃ¤nser i L1:s fria minne.GÃ¶r ingenting.  Bevarad fÃ¶r bakÃ¥tkompatibilitet.GÃ¶r ingenting.  Bevarad fÃ¶r bakÃ¥tkompatibilitet.Justera inte element i kod och data.Allokera inte float och double i register med utÃ¶kad precision.Anta inte att ojusterade Ã¥tkomster hanteras av systemet.Anropa inte nÃ¥gra cache-tÃ¶mningsfunktioner.Anropa inga cache-tÃ¶mningsfÃ¤llor.Skapa inte ett positionsoberoende kÃ¶rbart program.Mata inte ut DWARF-tillÃ¤gg utÃ¶ver vald version.Avge inte dll-exporterade inline-funktioner om det inte behÃ¶vs.Generera inte DWARF-sektionerna pubnames och pubtypes.Generera inte kontroller av styrningsspekulation i selektiv schemalÃ¤ggning.Generera inte felsÃ¶kningsinformation i separata .dwo-filer.Generera inte kod fÃ¶r endast privilegierat lÃ¤ge.  Implicerar -mno-inline-ic_invalidate om den inline:ade koden inte skulle fungera i anvÃ¤ndarlÃ¤ge.Indikera inte nÃ¥gon prioritet med TARGET_REGISTER_PRIORITY.Optimera inte blockfÃ¶rflyttningar, anvÃ¤nd memcpy.Optimera inte blockfÃ¶rflyttningar.Spara inte DW_AT_decl_column och DW_AT_call_column i DWARF.Notera inte gcc:s kommandoradsflaggor i DWARF DW_AT_producer.AnvÃ¤nd inte P-mnemonics fÃ¶r grenar.AnvÃ¤nd inte nÃ¥gon av r32..r63.AnvÃ¤nd inte mindre Ã¤n 25 bitars adresseringsintervall fÃ¶r anrop.Varna inte om anvÃ¤ndning av MicrosoftutÃ¶kningar.Dubbelt CLASS IS-block i SELECT TYPE-sats vid %LDubbelprecisions flyttalsenhet.Nedgradera fÃ¶ljsamhetsfel till varningar.Driver:Attrapp-%qs vid %L kan inte ha en initierareAttrappargumentet %qs vid %L fÃ¥r inte vara INTENT(OUT)Attrappargumentet %qs vid %L fÃ¥r inte vara OPTIONALAttrappargumentet %qs vid %L av EVENT_TYPE fÃ¥r inte vara INTENT(OUT)Attrappargumentet %qs vid %L av LOCK_TYPE fÃ¥r inte vara INTENT(OUT)Attrappargument %qs vid %L deklarerades INTENT(OUT) men sattes inteAttrappargument %qs mÃ¥ste vara en pekare, vektor med antagen form eller ordning utan attributet CONTIGUOUS - eftersom det aktuella argumentet vid %L inte Ã¤r enkelt sammanhÃ¤ngande och bÃ¥da Ã¤r ASYNCHRONOUS eller VOLATILEAttrappvariabeln %qs Ã¤r inte tillÃ¥ten i uttrycket vid %LAttrappargument %qs till %qs vid %L skulle ha namnet %qs fÃ¶r att stÃ¤mma med motsvarande argument i den Ã¥sidosatta procedurenAttrappargument %qs med INTENT(IN) i pekarassociationssammanhang (%s) vid %LAttrappargument %qs med INTENT(IN) i variabeldefinitionssammanhang (%s) vid %LAttrappflagga.  Detta Ã¤r standard om inte FPX-flaggor uttryckligen ges.Attrapprocedur %qs vid %C kan inte ha generiskt grÃ¤nssnittAttrapprocedur %qs vid %L skall inte vara elementÃ¤rAttrapprocedur %qs Ã¤r inte tillÃ¥ten i elementÃ¤r procedur %qs vid %LAttrapprocedur %qs av PURE-procedur vid %L mÃ¥ste ocksÃ¥ vara PUREAttrapprocedur vid %C kan inte ha attributet BIND(C) tillsammans med NAMESkicka deklarationer till en .decl-fil.Skriv ut detaljerad information om GCC:s interna representation av kÃ¤llkodsplatser.Dumpa optimeringspass.Dubblerat %s-attribut vid %LDubblerat %s-attribut angivna vid %LDubblerad %s-etikettspecifikation vid %CDubblerad %s-specifikation vid %CDubblerat ASYNCHRONOUS-attribut angivet vid %LDubblerat AUTOMATIC-attribut angivet vid %LDubblerat BIND-attribut angivna vid %LDubblerad DEFERRED vid %CDubblerad ELSE-sats vid %L och %CDubblerat EXTENDS-attribut angivet vid %LDubblerad IMPLICIT NONE-sats vid %CDubblerad NML-specifikation vid %CDubblerad NON_OVERRIDABLE vid %CDubblerat POINTER-attribut vid %CDubblerad PRIVATE-sats vid %CDubblerat PROTECTED-attribut angivet vid %LDubblerat SAVE-attribut angivet vid %LDubblerad SEQUENCE-sats vid %CDubblerad UNIT-specifikation vid %CDubblerat VALUE-attribut angivet vid %LDubblerat VOLATILE-attribut angivet vid %LDubblerad Ã¥tkomstspecifikation vid %CDubblerat argument %qs vid %L till inbyggd %sDubblerad vektorspecifikation fÃ¶r Cray-utpekad vid %CDubblerad konstruktionsetikett %qs vid %CDubblerad formatspecifikation vid %CDubblerat namn %qs i association vid %CDubblerad satsetikett %d vid %L och %LDubblerad symbol %qs i formell argumentlista vid %CVarna under lÃ¤nktidsoptimeringar fÃ¶r typer som inte stÃ¤mmer Ã¶verens frÃ¥n globala deklarationer.Dynamic Realign Argument Pointer (DRAP) stÃ¶djs inte i avbrottshanteringsrutiner.  Detta kan gÃ¥s runt genom att undvika funktioner med sammansatta returvÃ¤rden.Allokera cc-register dynamiskt.Specificeraren E Ã¤r inte tillÃ¥ten vid g0-deskriptorE500 och FPR:er stÃ¶djs inteEDGE_CROSSING felaktigt satt Ã¶ver samma sektionEDGE_CROSSING saknas Ã¶ver sektionsgrÃ¤nsEH-bÃ¥ge korsar sektionsgrÃ¤ns gb %iEH-landningsplattas etikett ELEMENTAL-funktion %qs vid %L mÃ¥ste ha ett skalÃ¤rt resultatELEMENTAL icke INTRINSIC procedur %qs Ã¤r inte tillÃ¥ten som aktuellt argument vid %LELEMENTAL-prefixet i MODULE PROCEDURE-grÃ¤nssnittet saknas vid %LELEMENTAL icke INTRINSIC procedur %qs Ã¤r inte tillÃ¥ten som aktuellt argument vid %LELSE IF-sats vid %C kan inte fÃ¶lja ELSE-sats vid %LELSEWHERE-sats vid %C fÃ¶ljer tidigare omaskerat ELSEWHEREELSEWHERE-sats vid %C inte innesluten i WHERE-blockENCODING= vid %C Ã¤r inte tillÃ¥tet i Fortran 95END-sats istÃ¤llet fÃ¶r %s-sats vid %LEND-tagg vid %C Ã¤r inte tillÃ¥ten i utmatningssatsEND-taggetikett %d vid %L inte definieradENTRY %qs vid %L fÃ¥r inte anropas rekursivt, eftersom funktionen %qs inte Ã¤r RECURSIVEENTRY %qs vid %L Ã¤r fÃ¥r inte anropas rekursivt, eftersom subrutinen %qs inte Ã¤r RECURSIVEENTRY %qs vid %L har ingen IMPLICIT-typENTRY-resultat %s fÃ¥r inte vara en POINTER i FUNCTION %s vid %LENTRY-resultat %s fÃ¥r inte vara en vektor i FUNCTION %s vid %LENTRY-resultat %s fÃ¥r inte vara av typen %s i FUNCTION %s vid %LENTRY-sats vid %CENTRY-sats vid %C kan inte fÃ¶rekomma i en innesluten procedurENTRY-sats vid %C kan inte fÃ¶rekomma inuti ett BLOCK DATAENTRY-sats vid %C kan inte fÃ¶rekomma inuti en ett DERIVED TYPE-blockENTRY-sats vid %C kan inte fÃ¶rekomma inuti ett DO-blockENTRY-sats vid %C kan inte fÃ¶rekomma inuti ett FORALL-blockENTRY-sats vid %C kan inte fÃ¶rekomma inuti en MODULEENTRY-sats vid %C kan inte fÃ¶rekomma inuti ett PROGRAMENTRY-sats vid %C kan inte fÃ¶rekomma inuti ett SELECT-blockENTRY-sats vid %C kan inte fÃ¶rekomma inuti ett STRUCTURE-blockENTRY-sats vid %C kan inte fÃ¶rekomma inuti en SUBMODULEENTRY-sats vid %C kan inte fÃ¶rekomma inuti ett WHERE-blockENTRY-sats vid %C kan inte fÃ¶rekomma inuti ett inneslutet underprogramENTRY-sats vid %C kan inte fÃ¶rekomma inuti ett IF-THEN-blockENTRY-sats vid %C kan inte fÃ¶rekomma inuti ett INTERFACEENTRY_BLOCK har IL associerat med sigENUM och ENUMERATOR vid %CENUM-deklaration vid %C har inga ENUMERATORSENUM-definitionssats fÃ¶rvÃ¤ntades fÃ¶re %CENUMERATOR %L Ã¤r inte initierad med ett heltalsuttryckEOR-taggetikett %d vid %L inte definieradEQUIVALENCE vid %C krÃ¤ver tvÃ¥ eller flera objektERR-taggetikett %d vid %L inte definieradERRMSG vid %LERRMSG vid %L Ã¤r oanvÃ¤ndbart utan en STAT-taggERRMSG-tagg vid %LERRMSG-variabelERRMSG=-variabeln vid %L mÃ¥ste vara en skalÃ¤r CHARACTER-variabelERROR STOP-sats vid %CESA/390-arkitektur.ENTRY POST-sats vid %CENTRY WAIT-sats vid %CEVENT-argumentet vid %L till den inbyggda EVENT_QUERY skall ha typen EVENT_TYPEEXIT-sats vid %C avslutar !$ACC LOOP-slingaEXIT-sats vid %C avslutar !$OMP DO-slingaEXIT-sats utan nÃ¥got do-konstruktionsnamn vid %CEXIT_BLOCK har IL associerat med sigEXTENDS vid %LEXTERNAL-attribut i konflikt med FUNCTION-attribut i %qs vid %LAntingen alla eller inget av objekten i EQUIVALENCE-mÃ¤ngden vid %L kan ha attributet PROTECTEDAntingen alla eller ingen av de Ã¶vre grÃ¤nserna mÃ¥ste anges vid %LElementet %d av aktuellt argument till RESHAPE vid %L fÃ¥r inte vara negativtElement i %s-vektorkonstruerare vid %L Ã¤r %sElement av vektor med antagen form eller pekare skickat till vektorattrappargument %qs vid %LElementÃ¤r funktion som initieraruttryck med argument som inte Ã¤r heltal/tecken vid %LElement med samma vÃ¤rde vid %L och %L i vektorindex i ett variabeldefinitionssammanhang (%s)Eliminera multipla funktionsanrop Ã¤ven fÃ¶r orena funktioner.Mata ut .gnu_attribute-taggar.Avge 16-bitars omlokaliseringar till de smÃ¥ dataareorna.Avge 32-bitars omlokaliseringar till de smÃ¥ dataareorna.Mata ut DWARF-tillÃ¤gg utÃ¶ver vald version.Avge kod som fÃ¶ljer IEEE, utan oexakta undantag.Mata ut anropsgrafsinformation.Mata ut kontroller som fÃ¥r â€�break 8â€�-instruktioner att kÃ¶ra nÃ¤r atomÃ¤ra inbyggda anvÃ¤nds pÃ¥ feljusterat minne.Avge kod fÃ¶r byte/ord-ISA-utÃ¶kningen.Avge kod fÃ¶r ISA-utÃ¶kningen fÃ¶r rÃ¤kning.Avge kod fÃ¶r ISA-utÃ¶kningen fÃ¶r fp move och sqrt.Avge kod fÃ¶r ISA-utÃ¶kningen fÃ¶r rÃ¶rlig video.Avge kod som anvÃ¤nder uttryckliga omlokaliseringsdirektiv.Mata ut common-liknande symboler som svaga symboler.Mata ut felsÃ¶kningsannoteringar under preprocessning.Mata ut felsÃ¶kningsinformation relaterad till flyktanalyspasset nÃ¤r kÃ¶rt med -fgo-optimize-allocs.Mata ut direkta hopp till lokala funktioner.Generera felmeddelanden nÃ¤r kÃ¶rtidsomlokaliseringar genereras.Mata ut extra kod i funktionsprologen fÃ¶r att fÃ¥nga om stackstorleken Ã¶verskrider den givna grÃ¤nsen.Mata ut funktionsprologer bara fÃ¶re delar av funktionen som behÃ¶ver det, istÃ¤llet fÃ¶r i bÃ¶rjan av funktionen.Mata ut funktionsanrop som anvÃ¤nder en global avstÃ¥ndstabell nÃ¤r PIC genereras.Skapa implicita instansieringar av inline:ade mallar.Skapa implicita instansieringar av mallar.Mata ut indirekta hopp till lokala funktioner.Mata ut lÃ¥nga ladda/lagra-sekvenser.Generera profileringsrÃ¤knaranrop vid funktionsstart fÃ¶re prologen.Avge rdval istÃ¤llet fÃ¶r rduniq fÃ¶r trÃ¥dpekare.Mata ut static const-variabler Ã¤ven om de inte anvÃ¤nds.Mata ut stoppbitar fÃ¶re och efter flyktiga utÃ¶kade asm:er.Mata ut fÃ¤llor som â€�break 8â€�, standard fÃ¶r CRIS v3 och uppÃ¥t.  Om avaktiverat anvÃ¤nds anrop till abort().Mata ut utfÃ¶rlig felsÃ¶kningsinformation i assemblerkod.Generera varningar nÃ¤r kÃ¶rtidsomlokaliseringar genereras.Tom FINAL vid %CTom IMPLICIT-sats vid %CTom vektorkonstruerare vid %C Ã¤r inte tillÃ¥tetTom gammaldags initierarlista vid %CTom siffermÃ¤ngd i BOZ-konstant vid %CAktivera â€�qâ€�-instruktionsalternativ.Aktivera utÃ¶kningsingsinstruktioner fÃ¶r 64-bitars tidsstÃ¤mpelrÃ¤knare.SlÃ¥ pÃ¥ stÃ¶d fÃ¶r C++14 storleksbestÃ¤md deallokering.Aktivera CFI-tabeller via GAS-assemblerdirektiv.Aktivera Cilk Plus.Aktivera STATIC- och AUTOMATIC-attribut i DEC-stil.Aktivera DIV, DIVU.AnvÃ¤nd DIV-REM-instruktioner fÃ¶r ARCv2.Aktivera utvidgningarna DSP 3.1 Pack A.Aktivera DWARF radfelsÃ¶kningsinformation via GNU as.AnvÃ¤nd dubbel- och enkeloperandinstruktioner fÃ¶r telefoni.Aktivera fullstÃ¤ndig Ã¶verflÃ¶dseliminering (FRE) i trÃ¤d.Aktivera funktionsbeskrivar-PIC-lÃ¤ge.Aktivera Graphite-identitetstransformation.Aktivera ID-baserat delat bibliotek.Aktivera IEEE 128-bitars flyttal via nyckelordet __float128.Aktivera lokal registerallokering.Aktivera utÃ¶kningen lÃ¥st ladda/lagra villkorlig.AnvÃ¤nd MUL-instruktioner.AnvÃ¤nd MUL.X- och UMUL.X-instruktioner.AnvÃ¤nd MULX-instruktioner, anta snabb skiftare.Aktivera Objective-C-undantags- och synkroniseringssyntax.Aktivera Objective-C:s setjmp-undantagshantering i kÃ¶rtidsmiljÃ¶n.Aktivera OpenACC.Aktivera OpenMP (implicerar -frecursive i Fortran).Aktivera OpenMP:s SIMD-direktiv.Aktivera PIC-stÃ¶d fÃ¶r att bygga bibliotek.Aktivera sprÃ¥kutvidgningar frÃ¥n Plan 9.Aktivera hantering av Rcq-begrÃ¤nsningar â€” den mesta genereringen av kort kod beror pÃ¥ detta.Aktivera hantering av Rcw--begrÃ¤nsningar â€” ccfsm-kodexekvering beror i huvudsak pÃ¥ detta.Aktivera stÃ¶d/anvÃ¤ndning av LÃ¤s-Ã„ndra-Skriv- (RMW-)instruktioner.Aktivera SSA-sammanlÃ¤ggning av anvÃ¤ndarvariabler.Aktivera SSA-kodsÃ¤nkning i trÃ¤d.Aktivera eliminering av dÃ¶d kod i SSA-optimeringen i trÃ¤d.Aktivera SSA-BIT-CCP-optimering av trÃ¤d.Aktivera SSA-CCP-optimering av trÃ¤d.Aktivera SSA-PRE-optimeringar i trÃ¤d.Aktivera TPF-OS-spÃ¥rningskod.Aktivera XY-minnesutÃ¶kningar (DSP version 3).Aktivera justering av COMMON-block.Aktivera alla -Wunused-varningar.Aktivera sprÃ¥kutvidgningar frÃ¥n DEC.Aktivera alla optimeringsinformationsdumpar pÃ¥ standard fel.Aktivera ett RTL-nyckelhÃ¥lspass fÃ¶re sched2.Aktivera asan-skydd av inbyggda funktioner.Aktivera asan-detektering av anvÃ¤nd-efter-retur-fel.Aktivera globalt asan-skydd.Aktivera asan-skydd av laddningsoperationer.Aktivera asan-skydd av stack.Aktivera asan-skydd av lagringsoperationer.Aktivera assembler- och lÃ¤nkarlÃ¤ttnader.  Aktiverat som standard med -Os.AnvÃ¤nd atomÃ¤ra instruktioner.SlÃ¥ pÃ¥ automatisk mallinstansiering.Aktivera bakÃ¤ndefelsÃ¶kning.Aktivera bakÃ¥tpropagering av anvÃ¤ndningsegenskaper pÃ¥ SSA-nivÃ¥n.AnvÃ¤nd barrel-shift-instruktioner.Aktivera grundblocksvektorisering (SLP) i trÃ¤d.Aktivera grundlÃ¤ggande programprofileringskod.Aktivera bbit peephole2.Aktivera kringgÃ¥ende av cachen fÃ¶r volatila referenser.AnvÃ¤nd koddensitetsinstruktioner fÃ¶r ARCv2.Aktivera kodhissning.Aktivera vanliga flaggor fÃ¶r att generera profileringsinformation fÃ¶r optimeringar styrda av Ã¥termatad profil, och sÃ¤tt -fprofile-dir=.Aktivera vanliga flaggor fÃ¶r att generera profileringsinformation fÃ¶r optimeringar styrda av Ã¥termatad profil.Aktivera vanliga flaggor fÃ¶r att utfÃ¶ra optimeringar styrda av Ã¥termatad profil, och sÃ¤tt -fprofile-dir=.Aktivera vanliga flaggor fÃ¶r att utfÃ¶ra optimeringar styrda av Ã¥termatad profil.Aktivera kompakt casesi-mÃ¶nster.Aktivera villkorlig eliminering av dÃ¶d fÃ¶r inbyggda anrop.Aktivera villkorlig exekvering fÃ¶rutom moves/scc.Aktivera villkorliga flyttningar.Aktivera funktionen konstruerare/destruerare.Aktivera kopiepropagering av skalÃ¤rutvecklingsinformation.Aktivera kopiepropagering i trÃ¤d.Aktivera korrigering av profilindata med inkonsistent flÃ¶de.AnvÃ¤nd tÃ¤ckningsguidad utsuddande kodinstrumentering.  Infogar anrop av __sanitizer_cov_trace_pc i varje grundblock.Aktivera eliminering av dÃ¶d lagring.Aktivera felsÃ¶kningsutdata.AnvÃ¤nd hÃ¥rdvarustÃ¶d fÃ¶r decimala flyttal.Aktivera standardkonvertering mellan __float128 & long double.AnvÃ¤nd divisions- och modulusinstruktioner.Aktivera dominatoroptimeringar.AnvÃ¤nd dubbla ladda/lagra-instruktioner fÃ¶r ARC HS.Aktivera dubbel viterbi fjÃ¤rilsutvidgning.Aktivera tidigare utplacering av stoppbitar fÃ¶r bÃ¤ttre schemalÃ¤ggning.Aktivera undantagshantering.Aktivera framÃ¥tpropagering pÃ¥ trÃ¤d.Aktivera framÃ¤ndesoptimeringar.Aktivera funktionsprofilering.Aktivera omflyttning av funktioner fÃ¶r att fÃ¶rbÃ¤ttra kodplacering.Aktivera skrÃ¤psamling (GC) i Objective-C-/Objective-C++-program.Aktivera generering av ARC SIMD-instruktioner via mÃ¥lspecifika inbyggda.Aktivera generering av R2 BMX-instruktioner.AnvÃ¤nd generering av R2 CDX-instruktioner.Aktivera att grensannolikheter gissas.AnvÃ¤nd hÃ¥rdvaruflyttal.Aktivera nÃ¤rliggande lyftningsladdning fÃ¶r att uppmuntra generering av villkorliga move-instruktioner.Aktivera lyftningsladdning frÃ¥n villkorliga pekare.Aktivera in och ut frÃ¥n Graphite-representation.Aktivera inline-kontroller av nil-mottagare med NeXT-kÃ¶rtidskod och ABI-version 2.Aktivera inline:ing av PLT i funktionsanrop.Aktivera inline:ing av funktioner deklarerade â€�inlineâ€�, avslaget avaktiveras all inline:ing.Aktivera sortspecifika varianter av inbyggda heltalsfunktioner.Aktivera optimeringar av etikettjustering.Aktivera gamla inbyggda matematikinstruktioner fÃ¶r kompatibilitet.Aktivera lÃ¤nkningsoptimeringar.Aktivera lÃ¤nkningsoptimeringar.Aktivera lÃ¤nkarlÃ¤ttnader.Aktivera lÃ¤nkarlÃ¤ttnader.Aktivera lÃ¤nkarlÃ¤ttnad.Aktivera bindning av laddning/lagring.Aktivera slingdistribution fÃ¶r mÃ¶nster transformerade till biblioteksanrop.Aktivera slingdistribution i trÃ¤d.Aktivera vektorisering av slingepiloger med mindre vektorstorlek.Aktivera slinghuvudkopiering av trÃ¤d.Aktivera fÃ¶rflyttning av slingoberoende delar i trÃ¤d.Aktivera transformationer av slingutbyten.  Samma som -floop-nest-optimize.Aktivera slingoptimeringar pÃ¥ trÃ¤dnivÃ¥.Aktivera slingvektorisering i trÃ¤d.Aktivera lra.Aktivera maskinspecifika nyckelhÃ¥lsoptimeringar.Aktivera de flesta varningsmeddelanden.Aktivera stÃ¶d fÃ¶r flera kÃ¤rnor.AnvÃ¤nd multiplikationsinstruktioner.Aktivera nÃ¤stade optimeringar av villkorlig exekvering.Aktivera optimering av &&/|| i villkorliga uttryck.Aktivera tolkning av GIMPLE.Aktivera fÃ¶rladdningsanvÃ¤ndning av cbranchsi-mÃ¶nster.Aktivera preprocessning.Aktivera intervallkontroller under kompilering.Aktivera Ã¥terassociering pÃ¥ trÃ¤dnivÃ¥.Aktivera registertryckskÃ¤nslig instruktionsschemalÃ¤ggning.Aktivera lÃ¤ttnad i assemblern.Aktivera schemalÃ¤ggning mellan grundblock.Aktivera separat datasegment.Aktivera sÃ¤ttande av GPR:er till resultatet av jÃ¤mfÃ¶relser.Aktivera teckenutÃ¶kningsinstruktioner.Aktivera att smÃ¥ heltal fÃ¥r finnas i VSX-register.Aktivera delning av 32-bitars omedelbara laddningar i lÃ¥g/hÃ¶g del.Aktivera stackavkÃ¤nning.Aktivera strikt 32-bits psABI-kontroller av postreturer.Aktivera strÃ¤nglÃ¤ngdsoptimering av trÃ¤d.Aktivera stÃ¶d fÃ¶r C++-koncept.Aktivera stÃ¶d fÃ¶r DEC STRUCTURE/RECORD.Aktivera stÃ¶d fÃ¶r GNU:s transaktionsminne.Aktivera stÃ¶d fÃ¶r ABI:et RH850.  Detta Ã¤r standard.Aktivera stÃ¶d fÃ¶r det gamla GCC-ABI:et.Aktivera utÃ¶kningsinstruktionen fÃ¶r byte-ordningsvÃ¤xling.Aktivera svanssammanslagning av trÃ¤d.Aktivera heuristiken fÃ¶r kritisk vÃ¤g i schemalÃ¤ggaren.Aktivera heuristiken fÃ¶r beroende antal i schemalÃ¤ggaren.Aktivera approximationen av division.  Att aktivera detta reducerar precisionen pÃ¥ resultatet av division till ungefÃ¤r 16 bitar fÃ¶r enkel precision och till 32 bitar fÃ¶r dubbel precision.Aktivera gruppheuristiken i schemalÃ¤ggaren.Aktivera heuristiken fÃ¶r sista instruktion i schemalÃ¤ggaren.Aktivera optimeraren av slingnÃ¤stning.Aktivera normalt lÃ¤ge.Aktivera ordningsheuristiken i schemalÃ¤ggaren.Aktivera approximationen av invers kvadratrot.  Att aktivera detta reducerar precisionen pÃ¥ resultatet av invers kvadratrot till ungefÃ¤r 16 bitar fÃ¶r enkel precision och till 32 bitar fÃ¶r dubbel precision.Aktivera den spekulativa instruktionsheuristiken i schemalÃ¤ggaren.Aktivera approximationen av kvadratrot.  Att aktivera detta reducerar precisionen pÃ¥ resultatet av kvadratrot till ungefÃ¤r 16 bitar fÃ¶r enkel precision och till 32 bitar fÃ¶r dubbel precision.  Om aktiverat implicerar det -mlow-precision-recip-sqrt.MÃ¶jliggÃ¶r anvÃ¤ndningen av 64-bitars flyttalsregister i fmov-instruktioner.  Se -mdalign om 64-bitars justering krÃ¤vs.MÃ¶jliggÃ¶r anvÃ¤ndning av RX FPU-instruktionerna.  Detta Ã¤r standard.Aktivera anvÃ¤ndning av indexerade laddningar.Aktivera anvÃ¤ndningen av pre-/postmodifieringar med registerfÃ¶rflyttning.Aktivera anvÃ¤ndningen av LRA-registerallokeraren.Aktivera anvÃ¤ndningen av instruktionen fsca.Aktivera anvÃ¤ndningen av instruktionen fsrra.Aktivera anvÃ¤ndningen av det gamla, trasiga, ABI:et dÃ¤r alla stackade funktionsargument justeras till 32 bitar.MÃ¶jliggÃ¶r anvÃ¤ndning av de korta laddinstruktionerna.Aktivera anvÃ¤ndningen av standard RX ABI:et dÃ¤r alla stackade funktionsargument justeras naturligt.  Detta Ã¤r standard.Aktivera sprÃ¥kutÃ¶kningen z-vektor som ger det kontextkÃ¤nsliga vektormakrot och aktivera de inbyggda i Altivec-stil i vecintrin.h.Aktivera traditionell preprocessning.TillÃ¥t ojusterade ord- och halvordsÃ¥tkomster till packade data.Aktivera anvÃ¤ndning av GPREL fÃ¶r endast lÃ¤sbara data i FDPIC.Aktivera anvÃ¤ndningen NPS400 bitinstruktioner.Aktivera anvÃ¤ndningen av NPS400 utÃ¶kning xld/xst.Aktivera anvÃ¤ndning av POST_INC/POST_DEC.Aktivera anvÃ¤ndning av POST_MODIFY.Aktivera anvÃ¤ndningen av udda enkelprecisionsregister.Aktivera anvÃ¤ndningen av sdata/scommon/sbss.AnvÃ¤nd anvÃ¤ndardefinierade instruktioner.Aktivera anvÃ¤ndning av IEEE 128-bitars flyttalsinstruktioner.AnvÃ¤nd slinginstruktionerna i v850e3v5.Aktivera variabel polynomiell CRC-utvidgning.Aktivera vektorisering av trÃ¤d.Aktivera utfÃ¶rlig utskrift.Aktivera en lÃ¶sning fÃ¶r ensamt errata fÃ¶r processorn AT697F (motsvarar errata nr. 13 fÃ¶r processorn AT697E.)Aktivera en lÃ¶sning fÃ¶r errata fÃ¶r processorn UT699.Aktivera/deaktivera den traditionella schemalÃ¤ggningen i slingor som redan passerat modulo-schemalÃ¤ggning.Aktivera/avaktivera GP-relativ adressering.Aktivera ID-baserat delat bibliotek.Aktivera lÃ¤get fÃ¶r positionsoberoende data (PID).Aktiverar eller avaktiverar anvÃ¤ndningen av instruktionerna SMOVF, SMOVB, SMOVU, SUNTIL, SWHILE och RMPA.  Normalt aktiverat.Aktivera den dynamiska kostnadsmodellen fÃ¶r vektoriseraren.  Bevarad fÃ¶r bakÃ¥tkompatibilitet.Aktiverar utfÃ¶rlig dump av kostnadsmodellen i dumpfilerna fÃ¶r felsÃ¶kning.Koda SSE-instruktioner med VEX-prefix.Slututtryck i DO-slingaSlut pÃ¥ DO-sats utan block vid %C Ã¤r sammanvÃ¤vt med en annan DO-slingaSlut pÃ¥ DO-sats utan block vid %C Ã¤r inuti ett annat blockSlut pÃ¥ skalÃ¤rt initieringsuttryck fÃ¶rvÃ¤ntades vid %CSlut pÃ¥ sÃ¶klistan.
  UpprÃ¤tthÃ¥ll Ã¥tkomstsemantik fÃ¶r klassmedlemmar.Enheten %qs vid %L har en fÃ¶rdrÃ¶jd typparameter och krÃ¤ver antingen attributet POINTER eller ALLOCATABLEEntiteten %qs vid %L finns redan i grÃ¤nssnittetEntitet med antagen teckenlÃ¤ngd vid %L mÃ¥ste vara ett attrappargument eller en PARAMETEREnum-vÃ¤rde Ã¤r inte CONST_DECL eller INTEGER_CSTEnum-vÃ¤rdenamn Ã¤r inte IDENTIFIER_NODEEnum-vÃ¤rdetyp Ã¤r varken INTEGER_TYPE eller konvertibel till enumUpprÃ¤kningstypen Ã¶verskrider C:s heltalstyp vid %CEkvivalens fÃ¶r %qs stÃ¤mmer inte med ordningen av COMMON %qs vid %LEkvivalent med -gpopt=local.Ekvivalent med -mgpopt=none.Errmsg-variabeln vid %L mÃ¥ste vara en skalÃ¤r CHARACTER-variabelErrmsg-variabel vid %L skall inte %s:as i samma %s-satsFelFel vid konvertering av PARAMETER-konstant i komplex konstant vid %CFel vid konvertering av heltalFel i pekarinitiering vid %CFel i typspecifikation vid %LFel nÃ¤r modulfilen %qs skrevs: %sFel nÃ¤r modulfil skrevs: %sFel nÃ¤r utdatafilen â€�%sâ€� skrevs
! BerÃ¤kning av ett initieringuttryck utanfÃ¶r standarden vid %LHÃ¤ndelseHÃ¤ndelsevariabelargumentet vid %L mÃ¥ste vara en co-vektor men inte co-indexeratHÃ¤ndelsevariabelargumentet vid %L mÃ¥ste vara en co-vektor eller co-indexeratHÃ¤ndelsevariabeln vid %L mÃ¥ste vara en skalÃ¤r av typen EVENT_TYPEAvslutsvillkor i DO WHILE-slinga vid %L mÃ¥ste vara ett skalÃ¤rt LOGICAL-uttryckAvsluta vid fÃ¶rsta felet som uppstÃ¥r.Expandera 32bits/64bits heltalsdivision till 8bitars teckenlÃ¶s heltalsdivision med kontroll vid kÃ¶rning.Expandera addi3 och subdi3 vid rtl-genereringstillfÃ¤llet till add.f /adc etc.â€�)â€� fÃ¶rvÃ¤ntades vid %Câ€�,â€� fÃ¶rvÃ¤ntades vid %C%<(%> fÃ¶rvÃ¤ntades vid %C%<)%> eller %<,%> fÃ¶rvÃ¤ntades vid %C%<,%> fÃ¶rvÃ¤ntades vid %C%<,%> eller slut pÃ¥ sats fÃ¶rvÃ¤ntades vid %C%<::%> fÃ¶rvÃ¤ntades efter bindningsattribut vid %C%<::%> fÃ¶rvÃ¤ntades vid %C%<=>%> fÃ¶rvÃ¤ntades vid %C%<END INTERFACE ASSIGNMENT (=)%> fÃ¶rvÃ¤ntades vid %Câ€�*â€� fÃ¶rvÃ¤ntades i co-indexspecifikation i ALLOCATE-sats vid %L:: fÃ¶rvÃ¤ntades i TYPE-definition vid %C=-tecken i PARAMETER-sats fÃ¶rvÃ¤ntades vid %CDO-slinga fÃ¶rvÃ¤ntades vid %CRedigeringsbeskrivning P fÃ¶rvÃ¤ntadesPARAMETER-symbol fÃ¶rvÃ¤ntades i komplex konstant vid %CSHAPE-argument fÃ¶rvÃ¤ntades till C_F_POINTER med vektor FPTR vid %LEn TYPE IS-, CLASS IS- eller END SELECT-sats fÃ¶rvÃ¤ntades fÃ¶lja efter SELECT TYPE vid %CEn CASE- eller END SELECT-sats fÃ¶rvÃ¤ntades fÃ¶lja efter SELECT CASE vid %CFÃ¶rvÃ¤ntade ett namnlÃ¶st grÃ¤nssnitt vid %CFÃ¶rvÃ¤ntade en procedur som argument %qs vid %LEn procedurpekare fÃ¶rvÃ¤ntade som argument %qs vid %LEn hÃ¶gerparentes fÃ¶rvÃ¤ntades i uttrycket vid %CEtt stegvÃ¤rde fÃ¶rvÃ¤ntades i iterator vid %CÃ…tkomstspecificerare fÃ¶rvÃ¤ntades vid %CAlternativ returetikett fÃ¶rvÃ¤ntades vid %CEtt initieringsuttryck fÃ¶rvÃ¤ntades vid %CFÃ¶rvÃ¤ntade en annan dimension i vektordeklaration vid %CArgumentlista fÃ¶rvÃ¤ntades vid %CFÃ¶rvÃ¤ntade vektorindex vid %CFÃ¶rvÃ¤ntade intervall av vektorindex vid %CAssociation fÃ¶rvÃ¤ntade vid %CAssociationslista fÃ¶rvÃ¤ntades vid %CAttributbitnamn fÃ¶rvÃ¤ntadesBindningsattribut fÃ¶rvÃ¤ntades vid %CBindningsnamn fÃ¶rvÃ¤ntades vid %CBindningsmÃ¥l fÃ¶rvÃ¤ntades efter %<=>%> vid %CBlocknamnet %qs fÃ¶rvÃ¤ntades av SELECT-konstruktionen vid %CBlocknamn pÃ¥ %qs i %s-sats fÃ¶rvÃ¤ntades vid %LBegrÃ¤nsningsspecifikation fÃ¶r %qs fÃ¶rvÃ¤ntades vid %LCo-vektorindex fÃ¶rvÃ¤ntades som %qs-argument till inbyggd %s vid %LKomma fÃ¶rvÃ¤ntades i I/O-lista vid %CKomponentreferens fÃ¶rvÃ¤ntades vid %CDatakonstant fÃ¶rvÃ¤ntades efter repetitionsspecifikation vid %CEntitetslista fÃ¶rvÃ¤ntades i AUTOMATIC-sats vid %CEntitetslista fÃ¶rvÃ¤ntades i STATIC-sats vid %CFÃ¶rvÃ¤ntade exponent i uttryck vid %CUttryck fÃ¶rvÃ¤ntades vid %C i PARAMETER-satsFÃ¶rvÃ¤ntade uttryck i %s-sats vid %CFÃ¶rvÃ¤ntade uttryck i vektorspecifikation vid %CUttryckstyp fÃ¶rvÃ¤ntadesFormell argumentlista fÃ¶rvÃ¤ntades i funktionsdefinitionen vid %CGeneriskt namn eller operatorbeskrivare fÃ¶rvÃ¤ntades vid %CInitieringsuttryck fÃ¶rvÃ¤ntades vid %CInitieringsuttryck fÃ¶rvÃ¤ntades i CASE vid %CHeltal fÃ¶rvÃ¤ntadesHeltalsstrÃ¤ng fÃ¶rvÃ¤ntadesEtikett %qs fÃ¶r %s-sats fÃ¶rvÃ¤ntades vid %CVÃ¤nsterparentes fÃ¶rvÃ¤ntadesModulprocedurnamn fÃ¶rvÃ¤ntades vid %CFÃ¶rvÃ¤ntade ett namnFÃ¶rvÃ¤ntade reell strÃ¤ngHÃ¶gerparentes fÃ¶rvÃ¤ntadesEtt skalÃ¤rt initieringsuttryck fÃ¶rvÃ¤ntades vid %CSpecifikt bindningsnamn fÃ¶rvÃ¤ntades vid %CStrÃ¤ng fÃ¶rvÃ¤ntadesPostkomponentnamn fÃ¶rvÃ¤ntades vid %CPostkomponentnamn eller operatornamn fÃ¶rvÃ¤ntades efter â€�.â€� vid %CAvslutande namn fÃ¶rvÃ¤ntades vid %CTypbunden procedurreferens eller procedurpekarkomponent fÃ¶rvÃ¤ntades vid %CVariabel fÃ¶rvÃ¤ntades i READ-sats vid %CVariabelnamn fÃ¶rvÃ¤ntades vid %CVariabelnamn fÃ¶rvÃ¤ntades vid %C i PARAMETER-sats%<END INTERFACE %s%> fÃ¶rvÃ¤ntades vid %C%<END INTERFACE OPERATOR (%s)%> fÃ¶rvÃ¤ntades vid %C%<END INTERFACE OPERATOR (%s)%> fÃ¶rvÃ¤ntades vid %C, men fick %qs%<END INTERFACE OPERATOR (.%s.)%> fÃ¶rvÃ¤ntades vid %C%s fÃ¶rvÃ¤ntades vid %C%s-sats fÃ¶rvÃ¤ntades vid %LKomma fÃ¶rvÃ¤ntades i EQUIVALENCE vid %CEtt skalÃ¤rt INTEGER-uttryck fÃ¶rvÃ¤ntades vid %C, hittade %sLista med namngivna entiteter fÃ¶rvÃ¤ntades vid %CFÃ¶rklara vilka justeringsÃ¶vervÃ¤ganden som leder till beslutet att gÃ¶ra en instruktion kort eller lÃ¥ng.Explicit grÃ¤nssnitt krÃ¤vs fÃ¶r %qs vid %L: %sExplicit grÃ¤nssnitt krÃ¤vs fÃ¶r komponenten %qs vid %L: %sExportera funktioner Ã¤ven om de kan inline:as.Uttrycket vid %L i detta sammanhang mÃ¥ste vara konstantUttryck vid %L mÃ¥ste vara av INTEGER-typ, hittade %sUttryck vid %L mÃ¥ste vara skalÃ¤rtUttryck i CASE-vÃ¤ljare vid %L fÃ¥r inte vara %sUttryck i CASE-sats vid %L ligger inte i intervallet %sUttryck i CASE-sats vid %L mÃ¥ste ha sort %duttryck i CASE-sats vid %L mÃ¥ste vara av typ %sUttryck i CASE-sats vid %L mÃ¥ste vara skalÃ¤rtUtÃ¶kning: %s-specificerare i %s-sats vid %C har vÃ¤rdet %qsUtÃ¶kning: Konvertering frÃ¥n %s till %s vid %LUtÃ¶kning: SkalÃ¤rt CHARACTER-argument som inte Ã¤r av standardsort och inte C_CHAR-sort med vektorattrappargument %qs vid %LUtÃ¶kning: UnÃ¤r operator fÃ¶ljer aritmetisk operator (anvÃ¤nd parenteser) vid %CUtÃ¶kning: Nollbredd efter L-beskrivare vid %LUtÃ¶kning: omvÃ¤nt snedstreck vid %CUtÃ¶kning: exponentbokstav %<q%> i reell literal konstant vid %CExtern %qs vid %L kan inte ha en initierareExtern IO UNIT fÃ¥r inte vara en vektor vid %LExternt objekt %qs vid %L kan inte ha en initierareÃ–verflÃ¶diga tecken i format vid %LF2008: C1210 IMPORT-sats vid %C Ã¤r inte tillÃ¥ten i en moduls procedurgrÃ¤nssnittskroppFAIL IMAGE-sats vid %CFAILED=-argument till NUM_IMAGES vid %LFINAL-klausul vid %L krÃ¤ver ett skalÃ¤rt LOGICAL-uttryckFINAL-deklaration vid %C mÃ¥ste vara inuti CONTAINSFINAL-deklaration vid %C mÃ¥ste vara inuti en hÃ¤rledd typs CONTAINS-sektionFINAL-procedur %qs vid %L Ã¤r inte en SUBROUTINEFINAL-procedur %qs deklarerad vid %L har samma ordning (%d) som %qsFINAL-procedur vid %L mÃ¥ste ha precis ett argumentFINAL-procedurdeklaration vid %CFLUSH-sats vid %CFORALL-slututtryck vid %L mÃ¥ste vara en skalÃ¤r INTEGERFORALL-index %qs fÃ¥r inte fÃ¶rekomma i triplettspecifikation vid %LFORALL-indexnamn vid %L mÃ¥ste vara en skalÃ¤r INTEGERFORALL-indexnamn vid %L mÃ¥ste vara en skalÃ¤r variabel av heltalstypFORALL-maskklausul vid %L krÃ¤ver ett skalÃ¤rt LOGICAL-uttryckFORALL-slututtryck vid %L mÃ¥ste vara en skalÃ¤r INTEGERFORALL-steguttryck vid %L fÃ¥r inte vara nollFORALL-steguttryck vid %L mÃ¥ste vara en skalÃ¤r %sFORMAT-etikett %d vid %L inte definieradFORMAT-sats vid %C kan inte fÃ¶rekomma inuti ett INTERFACEFORMAT-sats vid %L har inte en satsetikettFORMAT-tagg vid %L mÃ¥ste ha typen standardsorts CHARACTER eller INTEGERFP-undantag Ã¤r aktiverade.Argumentet FPTR vid %L till C_F_POINTER fÃ¥r inte vara polymorftSnabba och kompakta FPX-flaggor kan inte anvÃ¤ndas tillsammansFPX: aktivera utÃ¶kningarna fÃ¶r Argonaut ARC CPU flyttal i dubbel precision.FPX: generera dubbelprecisions FPX- (kompakta) instruktioner.FPX: generera dubbelprecisions FPX- (snabba) instruktioner.FPX: generera enkelprecisions FPX-instruktioner (kompakta).FPX: generera enkelprecisions FPX- (snabba) instruktioner.FUNCTION-resultat %s fÃ¥r inte vara en POINTER i FUNCTION %s vid %LFUNCTION-resultat %s fÃ¥r inte vara en vektor i FUNCTION %s vid %LFUNCTION-resultat %s fÃ¥r inte vara av typen %s i FUNCTION %s vid %LFaktorisera komplexa konstruerare och destruerare till fÃ¶rmÃ¥n fÃ¶r utrymme snarare Ã¤n hastighet.Misslyckades att skapa en post av typen â€�%sâ€� vid %CMisslyckades att bestÃ¤mma lÃ¤ngden pÃ¥ en konstant vektor.Ã–desdigert felFilen %qs Ã¶ppnad vid %C Ã¤r inte en GNU Fortran-modulfilFinkornig styrning av trimningsfunktioner.FÃ¶rsta argumentet till definierad tilldelning vid %L mÃ¥ste vara INTENT(OUT) eller INTENT(INOUT)FÃ¶rsta argumentet till operatorgrÃ¤nssnitt vid %L fÃ¥r inte vara frivilligtFÃ¶rsta argumentet till operatorgrÃ¤nssnitt vid %L mÃ¥ste vara INTENT(IN)FÃ¶rsta eller sista !$OMP ATOMIC-inbyggds argument mÃ¥ste vara %qs vid %LFixa min_int-berÃ¤kningenFast radlÃ¤ngd mÃ¥ste vara minst sjuFlaggan %<-fmax-stack-var-size=%d%> Ã¥sidosÃ¤tter %<-frecursive%> som impliceras av %<-fopenmp%>Flaggan %<-fno-automatic%> Ã¥sidosÃ¤tter %<-fmax-stack-var-size=%d%>Flaggan %<-fno-automatic%> Ã¥sidosÃ¤tter %<-frecursive%>Flaggan %<-fno-automatic%> Ã¥sidosÃ¤tter %<-frecursive%> som impliceras av %<-fopenmp%>Flaggan %<-frecursive%> Ã¥sidosÃ¤tter %<-fmax-stack-var-size=%d%>Namn pÃ¥ anpassad instruktionskonfiguration fÃ¶r flyttal.Flyttalsenheten stÃ¶djer inte division & kvadratrot.FÃ¶lj Renesas (tidigare Hitachi) / SuperH-anropskonventioner.FÃ¶lj C++17-krav pÃ¥ evalueringordning fÃ¶r tilldelningsuttryck, skift, medlemsfunktionsanrop, etc.FÃ¶lj lÃ¤nkningskraven EABI.FÃ¶r attrapprocedur %s Ã¤r inget bindningsnamn tillÃ¥tet i BIND(C) vid %CFÃ¶r inbyggt bibliotek: skicka alla parametrar i register.FÃ¶r nÃ¤stade funktioner pÃ¥ stacken sÃ¤tts exekveringsrÃ¤ttigheter.FÃ¶r mÃ¥l som normalt anvÃ¤nder trampoliner fÃ¶r nÃ¤stade funktioner, generera dem alltid istÃ¤llet fÃ¶r att anvÃ¤nda deskriptorer.Tvinga assemblerutdata att alltid anvÃ¤nda hexadecimala konstanter.Tvinga bitfÃ¤ltsÃ¥tkomster att matcha sin typbredd.Tvinga fram att temporÃ¤rer skapas fÃ¶r att testa sÃ¤llan kÃ¶rd forall-kod.Tvinga funktioner till att vara justerade till en 4-bytegrÃ¤ns.Tvinga den underliggande typen fÃ¶r â€�wchar_tâ€� att vara â€�unsigned shortâ€�.Framtvinga anvÃ¤ndningen av fÃ¶rdrÃ¶jningssteg fÃ¶r villkorliga grenar.Tvingar pekargrÃ¤nskontrollen att behandla alla avslutande vektorer i poster som eventuellt flexibla.  Som standard hanteras endast vektorfÃ¤lt med nollÃ¤ngd eller som Ã¤r mÃ¤rkta med attributet bnd_variable_size som flexibla.Tvingar pekargrÃ¤nskontrollen att anvÃ¤nda grÃ¤nser fÃ¶r de innersta vektorerna fÃ¶r nÃ¤stade statiska vektorÃ¥tkomster.  Som standard anvÃ¤nds den yttersta vektorn.Tvingar pekargrÃ¤nskontrolleraren till att anvÃ¤nda avsmalnade grÃ¤nser fÃ¶r adresser till det fÃ¶rsta fÃ¤ltet i posten.  Som standard har pekare till det fÃ¶rsta fÃ¤ltet samma grÃ¤nser som pekare till hela posten.Formatsats i modulhuvudblock vid %CFortran 2003: %s-specificerare i %s-sats vid %C har vÃ¤rdet %qsFortran 2003: DT-formatspecificerare Ã¤r inte tillÃ¥ten vid %CFortran 2003: Aktuellt skalÃ¤rt CHARACTER-argument med attrappargument som Ã¤r vektor %qs vid %LFortran 2008: fÃ¶rlegad funktion:Fortran 2008: COMMON-block %qs med bindningsetikett vid %L delar identifierare med ett globalt ej-COMMON-blockenhet vid %LFortran 2008: Aktuellt argument som inte Ã¤r en pekare vid %L till pekarattrapp %qsFortran 2008: Nollpekare vid %L till icke-pekareattrapp %qsFortran 2008: Pekarfunktioner i variabeldefinitionssammanhang (%s) vid %LFortran 2008: Semikolon vid %C utan fÃ¶regÃ¥ende satsFortran 95 krÃ¤ver standard-INTEGER i %s-tagg vid %LHittade ingen matchande specifik bindning fÃ¶r anropet till GENERIC %qs vid %LFri radlÃ¤ngd mÃ¥ste vara minst tre.Funktionen %qs som initieringsuttryck vid %LFunktion %qs vid %L fÃ¥r inte anropas rekursivt, eftersom den inte Ã¤r RECURSIVEFunktion %qs vid %L kan inte ha en initierareFunktionen %qs vid %L har ingen IMPLICIT-typFunktionen %qs vid %L Ã¤r INTRINSIC men Ã¤r inte kompatibel med en inbyggdFunktionen %qs vid %L mÃ¥ste vara PUREFunktionen %qs i initieringsuttrycket vid %L mÃ¥ste vara en inbyggd funktionFunktionen %qs Ã¤r deklarerad CHARACTER(*) och fÃ¥r inte anvÃ¤ndas vid %L eftersom det inte Ã¤r ett attrappargumentFunktion %qs krÃ¤ver en argumentlista vid %CFunktion %s vid %L har ingÃ¥ngar med vektorspecifikationer som ej stÃ¤mmer Ã¶verensFunktionen â€�%sâ€� vid %L med ingÃ¥ngar som returnerar variabler av olika strÃ¤nglÃ¤ngderFunktionsnamnet %qs Ã¤r inte tillÃ¥tet vid %CFunktionsresultat %qs vid %L kan inte ha en initierareFunktionsresultat %qs vid %L har ingen IMPLICIT-typFunktionsresultatet %qs vid %L Ã¤r ogiltigt som X-argument till C_FUNLOCFunktionsresultat %qs vid %L skall inte vara en co-vektor eller ha en co-vektorkomponentFunktionsresultatet %qs Ã¤r ogiltigt i proc-mÃ¥l i procedurpekartilldelning vid %LFunktionsbÃ¶rjan justeras till denna 2-potens.Funktionsversioner kan inte markeras som gnu_inline, kropparna mÃ¥ste vara genereradeFunktioner med returvÃ¤rden mÃ¥ste sluta med retursatser.SmÃ¤lt samman vissa heltalsoperationer fÃ¶r bÃ¤ttre prestanda pÃ¥ power8.SmÃ¤lt samman vissa operationer fÃ¶r bÃ¤ttre prestanda pÃ¥ power9.SlÃ¥ samman medium/stor modellers toc-referenser med minnesinstruktionen.GCC kan inte stÃ¶dja operatorer med heltalstyper och fixdecimaltyper som har fÃ¶r mÃ¥nga heltals- och decimalbitar tillsammansGCC Ã¤r inte konfigurerat fÃ¶r att stÃ¶dja %s som ett avlastningsmÃ¥lGCC stÃ¶djer endast %u nÃ¤stade definitionsomrÃ¥denGCC-vektor skickad som referens: icke-standard ABI-utÃ¶kning utan kompatibilitetsgarantiGCC-vektor returnerad som referens: icke-standard ABI-utÃ¶kning utan kompatibilitetsgarantiGCSE avslagenGENERIC %qs vid %L kan inte Ã¥sidosÃ¤tta en specifik bindning med samma namnGENERIC %qs vid %L mÃ¥ste ha som mÃ¥l en specifik bindning, %qs Ã¤r ocksÃ¥ GENERICGENERIC vid %C mÃ¥ste vara inuti en hÃ¤rledd typs CONTAINSGENERIC-bindning vid %CGENERIC procedur %qs Ã¤r inte tillÃ¥ten som aktuellt argument vid %LGMP-version %s, MPFR-version %s, MPC-version %s, isl-version %s
! GNU C stÃ¶djer inte lÃ¤ngre -traditional utan -EGNU-utÃ¶kning:GNU Objective C stÃ¶djer inte lÃ¤ngre traditionell kompileringGOTO-sats vid %L lÃ¤mnar CRITICAL-konstruktion fÃ¶r etikett vid %LGOTO-sats vid %L lÃ¤mnar DO CONCURRENT-konstruktion fÃ¶r etikett vid %LGenerera 16-bitsinstruktioner.Generera 16-bitars i386-kod.Generera 32-bitars kod.AnvÃ¤nd 32-bitars avstÃ¥nd i hopptabeller.Generera 32-bitars i386-kod.Generera 32-bitars x86-64-kod.Generera 32Ã—16 multiplikations- och mac-instruktioner.Generera 64-bitars kod.Generera 64-bitars x86-64-kod.Generera stackramar enligt APCS.Generera ARCompact 32-bitars kod fÃ¶r processorn ARC600.Generera ARCompact 32-bitars kod fÃ¶r processorn ARC601.Generera ARCompact 32-bitars kod fÃ¶r processorn ARC700.Generera stubbar i AT&T-stil fÃ¶r Mach-O.Generera AltiVec-instruktioner med elementordning fÃ¶r rak byteordning.Generera AltiVec-instruktioner med elementordning fÃ¶r omvÃ¤nd byteordning.Generera C-huvuden fÃ¶r plattformsspecifika funktioner.Generera Cell-mikrokod.Generera DWARF-sektionerna pubnames och pubtypes med GNU-utvidgningar.Generera DWARF-sektionerna pubnames och pubtypes.Generera ELF FDPIC-kod.Generera utÃ¶kade aritmetiska instruktioner.  FÃ¶r nÃ¤rvarande stÃ¶djs endast divaw, adds, subs och sat16.Generera GFLOAT-dubbelprecisionskod.Generera H8/300H-kod.Generera H8S-kod.Generera H8S/2600-kod.Generera H8SX-kod.Generera ILP32-kod.Generera IT-block som passar fÃ¶r ARMv8.Generera LP64-kod.Generera MIPS16-kod.Generera PA1.0-kod.Generera PA1.1-kod.Generera kod fÃ¶r PA2.0 (krÃ¤ver binutils 2.10 eller senare).Generera PPC750CL:s par-singel-instruktioner.Generera SBIT-, CBIT-instruktioner.Generera SH1-kod.Generera SH2-kod.Generera SH2a-kod utan FPU.Generera SH2e-kod.Generera SH3-kod.Generera SH3e-kod.Generera SH4-kod utan FPU.Generera SH4-kod.Generera SH4-100-kod utan FPU.Generera SH4-100-kod.Generera SH4-200-kod utan FPU.Generera SH4-200-kod.Generera SH4-300-kod utan FPU.Generera SH4-300-kod.Generera SH4a-kod utan FPU.Generera SH4a-kod.Generera SH4al-dsp-kod.Generera SPE SIMD-instruktioner fÃ¶r E500.Generera VRSAVE-instruktioner nÃ¤r AltiVec-kod genereras.Generera en __mcount_loc-sektion med alla mcount- eller __fentry__-anrop.Generera ett #line-direktiv som pekar pÃ¥ aktuell katalog.Generera ett anrop till abort om en noreturn-funktion returnerar.Generera en enda utgÃ¥ngspunkt fÃ¶r varje funktion.Generera kod fÃ¶r att skicka aggregerade parametrar med som mes 64-bitars justering.Generera assemblerutdatat som Ã¤r kompatibel med Renesas AS100-assembler.  Detta kan begrÃ¤nsa nÃ¥gra av kompilatorns egenskaper.  Standard Ã¤r att generera GAS-kompatibel syntax.Generera auto-inc/dec-instruktioner.Generera kod med rak byteordning.Generera kod med rak byteordning.Generera bitinstruktioner.Generera skickande av grÃ¤nser fÃ¶r anrop.Generera grÃ¤nslagringar fÃ¶r pekarskrivningar.Generera grentips fÃ¶r grenar.Generera anropsinstruktioner som indirekta anrop.Generera anropsinstruktioner som indirekta anrop, om nÃ¶dvÃ¤ndigt.Generera anropsinstruktioner som indirekta anrop.Generera anropsinstruktioner som registerindirekta anrop.Generera kontroller av alla lÃ¤sÃ¥tkomster till minnet.Generera kontroller av alla skrivÃ¥tkomster till minnet.Generera cld-instruktioner i funktionsprologen.Generera kod fÃ¶r 18-bitars adressering.Generera kod fÃ¶r 32-bitars adressering.Generera kod fÃ¶r arkitekturen CR16C.Generera kod fÃ¶r arkitekturen CR16C+ (Standard).Generera kod fÃ¶r GNU as.Generera kod fÃ¶r GNU-assembler (gas).Generera kod fÃ¶r GNU ld.Generera kod fÃ¶r GNU:s kÃ¶rtidsmiljÃ¶.Generera kod fÃ¶r kÃ¶rtidsmiljÃ¶n NeXT (Apple Mac OS X).Generera kod fÃ¶r OpenMP-avlastning: aktiverar -msoft-stack och -muniform-simt.Generera kod fÃ¶r SH4 340-serien (saknar MMU/FPU).Generera kod fÃ¶r SH4 400-serien (saknar MMU/FPU).Generera kod fÃ¶r SH4-500-serien (utan FPU).Generera kod fÃ¶r Thumb-tillstÃ¥nd.Generera kod fÃ¶r UNIX-assembler.Generera kod fÃ¶r ett 32-bitars ABI.Generera kod fÃ¶r en 5206e.Generera kod fÃ¶r en 520X.Generera kod fÃ¶r en 528x.Generera kod fÃ¶r en 5307.Generera kod fÃ¶r en 5407.Generera kod fÃ¶r ett 64-bitars ABI.Generera kod fÃ¶r en 68000.Generera kod fÃ¶r en 68010.Generera kod fÃ¶r en 68020.Generera kod fÃ¶r en 68030.Generera kod fÃ¶r en 68040, utan nÃ¥gra nya instruktioner.Generera kod fÃ¶r en 68040.Generera kod fÃ¶r en 68060, utan nÃ¥gra nya instruktioner.Generera kod fÃ¶r en 68060.Generera kod fÃ¶r en 68302.Generera kod fÃ¶r en 68332.Generera kod fÃ¶r en 68851.Generera kod fÃ¶r en ColdFire v4e.Generera kod fÃ¶r en DLL.Generera kod fÃ¶r en Fido A.Generera kod fÃ¶r en cpu32.Generera kod fÃ¶r 11/10.Generera kod fÃ¶r 11/40.Generera kod fÃ¶r 11/45.Generera kod fÃ¶r darwin laddbara kÃ¤rnutvidgningar.Generera kod fÃ¶r funktioner Ã¤ven om de Ã¤r fullstÃ¤ndigt inline:ade.Generera kod fÃ¶r en given CPU.Generera kod fÃ¶r gammal exec BSS PLT.Generera kod fÃ¶r statiska funktioner Ã¤ven om de aldrig anropas.Generera kod fÃ¶r plattformen Android.Generera kod fÃ¶r M*Core M210Generera kod fÃ¶r M*Core M340Generera kod fÃ¶r kÃ¤rnan eller laddbara kÃ¤rnutvidgningar.Generera kod fÃ¶r Ã¶vervakarlÃ¤get (standard).Generera kod fÃ¶r anvÃ¤ndarlÃ¤get.Generera kod i 32-bitars ARM-tillstÃ¥nd.Generera kod fÃ¶r rak byteordning.Generera kod fÃ¶r rak byteordning.Generera kod fÃ¶r omvÃ¤nd byteordning.Generera kod fÃ¶r omvÃ¤nd byteordning.Generera kod lÃ¤mplig fÃ¶r kÃ¶rbara program (INTE delade bibliotek).Generera kod lÃ¤mplig fÃ¶r korta felsÃ¶kningscykler.Generera kod som kan anvÃ¤ndas i dynamiska objekt i SVR4-stil.Generera kod som kan hÃ¥lla lokalt tillstÃ¥nd uniformt mellan alla filer.Generera kod som fÃ¶ljer Intel MCU psABI.Generera kod som fÃ¶ljer det angivna ABI:et.Generera kod som Ã¤r lÃ¤nkkompatibel med MIPS16- och microMIPS-kod.Generera kod som anvÃ¤nder flyttalsinstruktioner fÃ¶r 68881.Generera kod som inte kommer lÃ¤nkas mot nÃ¥gra andra delade ID-bibliotek men kan anvÃ¤ndas som ett delat bibliotek.Generera kod fÃ¶r att kontrollera grÃ¤nser fÃ¶re indexering i vektorer.Generera kod fÃ¶r att kontrollera undantagsspecifikationer.Generera kod fÃ¶r att anvÃ¤nda ej-exec PLT och GOT.Generera kod som anvÃ¤nder hÃ¥rdvaruflyttalsinstruktioner.Generera kod som anvÃ¤nder endast generella register.Generera kod med biblioteksanrop fÃ¶r flyttal.Generera kod utan GP-reg.Generera CFString-objekt vid kompileringstillfÃ¤llet.Generera komprimerade felsÃ¶kningssektioner.Generera villkorliga flyttinstruktioner.Generera cpp-definitioner fÃ¶r server-IO.Generera cpp-definitioner fÃ¶r arbetsstations-IO.Generera felsÃ¶kningsinformation i COFF-format.Generera felsÃ¶kningsinformation i DWARF v2-format (eller senare).Generera felsÃ¶kningsinformation i STABS-format.Generera felsÃ¶kningsinformation i VMS-format.Generera felsÃ¶kningsinformation i XCOFF-format.Generera felsÃ¶kningsinformation i normalt utÃ¶kat format.Generera felsÃ¶kningsinformation i standardformat.Generera felsÃ¶kningsinformation i standardversion av DWARF-formatet.Generera felsÃ¶kningsinformation i utÃ¶kat STABS-format.Generera felsÃ¶kningsinformation i utÃ¶kat XCOFF-format.Generera felsÃ¶kningsinformation i separata .dwo-filer.Generera normal dubbelprecisions SH2a-FPU-kod.Generera normal enkelprecisions SH2a-FPU-kod.Generera normal enkelprecisions SH4-kod.Generera normal enkelprecisions SH4-100-kod.Generera normal enkelprecisions SH4-200-kod.Generera normal enkelprecisions SH4-300-kod.Generera normal enkelprecisions SH4a-kod.Generera osammanhÃ¤ngande stackramar.Generera divisionsresultat sÃ¥ att resten har samma tecken som nÃ¤mnaren (inte tÃ¤ljaren).Generera snabba indirekta anrop.Generera flyttalsmatematik med den angivna instruktionsuppsÃ¤ttningen.Generera inline flyttalsdivision, optimera fÃ¶r svarstid.Generera inline flyttalsdivision, optimera fÃ¶r genomstrÃ¶mning.Generera inline heltalsdivision, optimera fÃ¶r svarstid.Generera inline heltalsdivision, optimera fÃ¶r genomstrÃ¶mning.Generera inline kvadratrot, optimera fÃ¶r svarstid.Generera inline kvadratrot, optimera fÃ¶r genomstrÃ¶mning.Generera instruktioner som stÃ¶ds av tunnskiftaren.Generera isel-instruktioner.Generera lata klassuppslagningar (via objc_getClass()) att anvÃ¤ndas i lÃ¤get Zero-Link.Generera kod med omvÃ¤nd byteordning.Generera kod med omvÃ¤nd byteordning.Generera ladda/lagra-multipla-instruktioner.Generera ladda/lagra-instruktioner med uppdatering.Generera make-beroenden och kompilera.Generera make-beroenden.Generera mcount-/__fentry__-anrop som nop:ar.  FÃ¶r att aktiveras behÃ¶ver de patchas in.Generera mul64- och mulu64-instruktioner.Generera norm-instruktion.Generera kod fÃ¶r normallÃ¤ge.Generera endast enkelprecisions SH2a-FPU-kod.Generera endast enkelprecisions SH4-kod.Generera endast enkelprecisions SH4-100-kod.Generera endast enkelprecisions SH4-200-kod.Generera endast enkelprecisions SH4-300-kod.Generera endast enkelprecisions SH4a-kod.Generera pc-relativ kod.Generera prestandautÃ¶kningsinstruktioner.Generera lÃ¥tsasmÃ¥l fÃ¶r alla huvuden.Generera pekargrÃ¤nskontroller fÃ¶r variabler med ofullstÃ¤ndig typ.Generera positionsoberoende kod fÃ¶r kÃ¶rbara program om mÃ¶jligt (stort lÃ¤ge).Generera positionsoberoende kod fÃ¶r kÃ¶rbara program om mÃ¶jligt (litet lÃ¤ge).Generera positionsoberoende kod om mÃ¶jligt (stort lÃ¤ge).Generera positionsoberoende kod om mÃ¶jligt (litet lÃ¤ge).Generera fÃ¶rhandshÃ¤mtningsinstruktioner (prefetch), om tillgÃ¤ngliga, fÃ¶r vektorer i slingor.Generera Ã¥terstartbar, PIC-kod.Generera inverser istÃ¤llet fÃ¶r divss och sqrtss.Generera typbeskrivarinformation fÃ¶r kÃ¶rtid.Generera sdata-referenser.  Detta Ã¤r standard, om man inte kompilerar fÃ¶r PIC.Generera sjÃ¤lvomlokaliserbar kod.Generera sin, cos, sqrt fÃ¶r FPU.Generera inversdivision och kvadratrot i programvara fÃ¶r bÃ¤ttre genomstrÃ¶mning.Generera speciella Objective-C-metoder fÃ¶r att initiera/destruera icke-POD-C++-ivariabler, om det behÃ¶vs.Generera strÃ¤nginstruktioner fÃ¶r blockfÃ¶rflyttningar.Generera swap-instruktion.Generera heltalsmoduloinstruktioner.Generera atomÃ¤ra minnesinstruktioner fÃ¶r quad-ord (lqarx/stqcx).Generera fyrords minnesinstruktioner (lq/stq).Generera tabeller fÃ¶r upprullning som Ã¤r exakta vid varje instruktionsgrÃ¤ns.Generera v3 push25/pop25-instruktioner.Generera vzeroupper-instruktion fÃ¶re en Ã¶vergÃ¥ng av kontrollflÃ¶det ut ur funktionen.Generisk funktion %qs vid %L Ã¤r inte konsistent med ett specifikt inbyggt grÃ¤nssnittDet generiska namnet %qs pÃ¥ funktionen %qs vid %L Ã¤r samma namn som den hÃ¤rledda typen vid %LGenerisk subrutin %qs vid %L Ã¤r inte konsistent med ett inbyggt subrutingrÃ¤nssnittGe grenar sin normalkostnad.Ge externa symboler ett inledande understrykningstecken.Globalt bindningsnamn %qs vid %L anvÃ¤nds redan som en %s vid %LGlobalt namn %qs vid %L anvÃ¤nds redan som en %s vid %LGraphite-slingoptimeringar kan inte anvÃ¤ndas (isl Ã¤r inte tillgÃ¤ngligt) (-fgraphite, -fgraphite-identity, -floop-nest-optimize, -floop-parallelize-all)Graphite-slingoptimeringar kan inte anvÃ¤ndas (isl Ã¤r inte tillgÃ¤ngligt).HjÃ¤lp lÃ¤nkaren att lÃ¤tta instruktioner.HLE_ACQUIRE anvÃ¤nds inte med ACQUIRE eller starkare minnesmodellHLE_RELEASE anvÃ¤nds inte med RELEASE eller starkare minnesmodellHSA SSA-namn definierat av en instruktion som fÃ¶rvÃ¤ntas anvÃ¤nda detHSA SSA-namn inte bland operanderna till instruktionen som fÃ¶rvÃ¤ntas anvÃ¤nda detHSA SSA-verifiering misslyckadesHSA har inte aktiverats under konfigurationenHSA-avbildsoperatorer hanteras inteHSA-instruktion anvÃ¤nder ett register men Ã¤r inte bland de noterade registeranvÃ¤ndningarnaHSA-instruktionsverifiering misslyckadesHantera atomÃ¤ra inbyggda som kan anvÃ¤ndas pÃ¥ ojusterad data genom att anropa biblioteksfunktioner.  Ã…sidosÃ¤tter -mtrap-unaligned-atomic.Styrflagga fÃ¶r schemalÃ¤ggningsmodell av automatisk fÃ¶rhandshÃ¤mtning i hÃ¥rdvara.  Antalet cykler av framfÃ¶rhÃ¥llning modellen tittar in i; vid â€�0â€� aktiveras endast heuristik fÃ¶r instruktionssortering.  Avaktiverat som standard.Hexadecimal konstant vid %C anvÃ¤nder icke-standardsyntaxHistogramvÃ¤rdesats motsvarar inte satsen den Ã¤r associerat medHollerithkonstant vid %CVÃ¤rdassocierad variabel %qs fÃ¥r inte finnas i DATA-sats vid %CHur mycket kan en given kompileringsenhet vÃ¤xa pÃ¥ grund av inline:ingen (i procent).hur mycket kan en given kompileringsenhet vÃ¤xa pÃ¥ grund av interprocedurell konstantpropagering (i procent).IBITS: Felaktig bitICE: emit_insn anvÃ¤nd dÃ¤r emit_jump_insn behÃ¶vs:
! ID fÃ¶r delat bibliotek att bygga.ID-delade bibliotek och FD-PIC-lÃ¤get inte anvÃ¤ndas tillsammansIEEE_ARITHMETIC-modul vid %CIEEE_EXCEPTIONS-modul vid %CIEEE_FEATURES-modul vid %CIF-klausul vid %L krÃ¤ver ett skalÃ¤rt LOGICAL-uttryckIF-klausulmodifierare %s vid %L passar inte fÃ¶r den aktuella OpenMP-konstruktionenIF-klausul utan modifierare vid %L anvÃ¤nd tillsammans med IF-klausuler med modifierareIMPLICIT NONE (type)-sats vid %L fÃ¶ljer en IMPLICIT-satsIMPLICIT-sats vid %C fÃ¶ljer en IMPLICIT NONE (type)-satsIMPORT NONE med specifikationslista vid %CIMPORT-sats vid %CIMPORT-sats vid %C endast tillÃ¥ten inuti en INTERFACE-kroppIMPURE-procedur vid %CINDIRECT_REF i gimple ILINQUIRE-sats vid %L fÃ¥r inte innehÃ¥lla bÃ¥de FILE- och UNIT-specificerareINQUIRE-sats vid %L krÃ¤ver en PENDING=-specificerare med ID=-specificerarenINQUIRE-sats vid %L krÃ¤ver antingen FILE- eller UNIT-specificerareINQUIRE-sats Ã¤r inte tillÃ¥ten i PURE-procedur vid %CINTEGER-uttryck i %s-klausul vid %L fÃ¥r inte vara negativtINTEGER-uttryck i %s-klausul vid %L mÃ¥ste vara positivtINTEGER-uttryck i SCHEDULE-klausulens chunk_size vid %L mÃ¥ste vara positivtINTEGER(KIND=8) Ã¤r inte tillgÃ¤nglig fÃ¶r flaggan %<-fdefault-integer-8%>INTEGER(KIND=8) Ã¤r inte tillgÃ¤nglig med flaggan %<-finteger-4-integer-8%>INTENT (%s) stÃ¥r i konflikt med INTENT(%s) vid %LINTENT Ã¤r inte tillÃ¥tet inuti BLOCK vid %CAktuellt INTENT(%s)-argument vid %L kan stÃ¶ra det aktuella argumentet vid %L.INTENT(IN) POINTER %qs i %s-klausul vid %LINTENT(IN) POINTER %qs i COPYPRIVATE-klausul vid %LINTENT(OUT)-argumentet %qs till den rena proceduren %qs vid %L fÃ¥r inte vara polymorfINTERFACE-procedur %qs vid %L har samma namn som den inneslutande procedurenIO-definition fÃ¶r %q+D behÃ¶ver en adressIOLENGTH-tagg ogiltig i INQUIRE-sats vid %CIOMSG mÃ¥ste vara en scalar-default-char-variable vid %LIOMSG-tagg vid %LISO C tillÃ¥ter inte %<%E (uttryck)%>ISO C tillÃ¥ter inte extra %<;%> utanfÃ¶r funktionerISO C tillÃ¥ter inte %<_Alignof%> anvÃ¤nt pÃ¥ en funktionstypISO C stÃ¶djer inte %<#pragma STDC FLOAT_CONST_DECIMAL64%>ISO C stÃ¶djer inte %<++%> och %<--%> pÃ¥ komplexa typerISO C stÃ¶djer inte den fÃ¶rdefinierade identifieraren %<__FUNCTION__%>ISO C stÃ¶djer inte den fÃ¶rdefinierade identifieraren %<__PRETTY_FUNCTION__%>ISO C stÃ¶djer inte typen %<__int%d%>ISO C stÃ¶djer inte %<~%> fÃ¶r komplex konjugeringISO C stÃ¶djer inte komplexa heltalstyperISO C stÃ¶djer inte decimala flyttalISO C stÃ¶djer inte fixdecimaltyperISO C stÃ¶djer inte bara %<complex%> i meningen %<double complex%>ISO C stÃ¶djer inte mÃ¤ttning av typerISO C stÃ¶djer inte typen %<_Float%d%s%>ISO C fÃ¶rbjuder %<goto *expr;%>ISO C fÃ¶rbjuder %<return%> med vÃ¤rde i funktion som returnerar voidISO C fÃ¶rbjuder tomma Ã¶versÃ¤ttningsenheterISO C fÃ¶rbjuder tilldelning mellan funktionspekare och %<void *%>ISO C fÃ¶rbjuder klammergrupper inuti uttryckISO C fÃ¶rbjuder typkonvertering av ickeskalÃ¤rer till samma typISO C fÃ¶rbjuder typkonvertering till unionstyperISO C fÃ¶rbjuder jÃ¤mfÃ¶relse mellan %<void *%> och funktionspekareISO C fÃ¶rbjuder villkorliga uttryck mellan %<void *%> och funktionspekareISO C fÃ¶rbjuder villkorliga uttryck med bara en sida voidISO C fÃ¶rbjuder const- eller volatile-funktionstyperISO C fÃ¶rbjuder konvertering av funktionspekare till objektpekartypISO C fÃ¶rbjuder konvertering av objektpekare till funktionspekartypISO C fÃ¶rbjuder tomma klamrar som initierareISO C fÃ¶rbjuder framÃ¥tdeklaration av parametrarISO C fÃ¶rbjuder framÃ¥treferenser till %<enum%>-typerISO C fÃ¶rbjuder initiering mellan funktionspekare och %<void *%>ISO C fÃ¶rbjuder etikettdeklarationerISO C fÃ¶rbjuder medlemsdeklarationer utan medlemmarISO C fÃ¶rbjuder nÃ¤stade funktionerISO C fÃ¶rbjuder utelÃ¤mnande av den mittersta termen i ett ?: uttryckISO C fÃ¶rbjuder ordningsjÃ¤mfÃ¶relse pÃ¥ pekare till funktionerISO C fÃ¶rbjuder att skicka argument %d till %qE mellan funktionspekare och %<void *%>ISO C fÃ¶rbjuder kvalificerade funktionstyperISO C fÃ¶rbjuder retur mellan funktionspekare och %<void *%>ISO C fÃ¶rbjuder specificering av intervall av element som skall initierasISO C fÃ¶rbjuder indexering av %<register%>-vektorISO C fÃ¶rbjuder vektorer med storlek nollISO C fÃ¶rbjuder vektor %qE med storlek nollISO C fÃ¶rbjuder argumentkonvertering till unionstypISO C krÃ¤ver ett namngivet argument fÃ¶re %<...%>ISO C begrÃ¤nsar upprÃ¤kningsvÃ¤rden till intervallet hos %<int%>ISO C++ 1998 stÃ¶djer inte %<long long%>ISO C++ 1998 fÃ¶rbjuder anvÃ¤ndning av %<extern%> vid explicita instansieringarISO C++ tillÃ¥ter inte %<alignof%> med annat Ã¤n en typISO C++ tillÃ¥ter inte ?: med mellersta operanden utelÃ¤mnadISO C++ tillÃ¥ter inte C99:s designerade initierareISO C++ tillÃ¥ter inte designerade initierareISO C++ tillÃ¥ter inte %<%T::%D%> att definieras som %<%T::%D%>ISO C++ tillÃ¥ter inte %<alignof%> anvÃ¤nt pÃ¥ en funktionstypISO C++ stÃ¶djer inte %<__int%d%> fÃ¶r %qsISO C++ stÃ¶djer inte lambdamallarISO C++ stÃ¶djer inte bara %<complex%> i meningen %<double complex%>ISO C++ fÃ¶rbjuder anvÃ¤ndning av %<__alignof%> pÃ¥ ett uttryck med funktionstypISO C++ fÃ¶rbjuder anvÃ¤ndning av %<sizeof%> pÃ¥ ett uttryck med funktionstypISO C++ fÃ¶rbjuder klammergrupper inuti uttryckISO C++ fÃ¶rbjuder anrop av %<::main%> inifrÃ¥n programISO C++ fÃ¶rbjuder typkonvertering till en vektortyp %qTISO C++ fÃ¶rbjuder jÃ¤mfÃ¶relse mellan pekare och heltalISO C++ fÃ¶rbjuder jÃ¤mfÃ¶relser mellan pekare av typ %<void *%> och pekare till funktionerISO C++ fÃ¶rbjuder sammansatta literalerISO C++ fÃ¶rbjuder berÃ¤knade gotoISO C++ fÃ¶rbjuder villkorliga uttryck mellan pekare av typ %<void *%> och pekare till funktionerISO C++ fÃ¶rbjuder konvertering mellan pekare av typ %<void *%> och pekare till funktionerISO C++ fÃ¶rbjuder konvertering av en strÃ¤ngkonstant till %qTISO C++ fÃ¶rbjuder deklaration av %qs utan typISO C++ fÃ¶rbjuder minskning av pekare pÃ¥ typ %qTISO C++ fÃ¶rbjuder minskning av enumISO C++ fÃ¶rbjuder tomma namnlÃ¶sa enumISO C++ fÃ¶rbjuder den flexibla vektormedlemen %qsISO C++ fÃ¶rbjuder flexibla vektormedlemmarISO C++ fÃ¶rbjuder initiering inom klassen av icke-konstant statisk medlem %qDISO C++ fÃ¶rbjuder Ã¶kning av pekare pÃ¥ typ %qTISO C++ fÃ¶rbjuder Ã¶kning av enumISO C++ fÃ¶rbjuder initiering av medlemskonstant %qD av icke heltalstyp %qTISO C++ fÃ¶rbjuder nÃ¤stad typ %qD med samma namn som en omgivande klassISO C++ fÃ¶rbjuder uteslutande av mittersta termen i ett ?: uttryckISO C++ fÃ¶rbjuder att ta adressen till funktionen %<::main%>ISO C++ fÃ¶rbjuder att ta adressen till en bunden medlemsfunktion fÃ¶r att skapa en pekare till medlemsfunktion.  SÃ¤g %<&%T::%D%>ISO C++ fÃ¶rbjuder att ta adressen till en okvalificerad eller parentetiserad icke-statisk medlemsfunktion fÃ¶r att skapa en pekare till en medlemsfunktion.  SÃ¤g %<&%T::%D%>ISO C++ fÃ¶rbjuder anvÃ¤ndning av %qE vid explicita instansieringarISO C++ fÃ¶rbjuder nyckelordet typename i mall-mall-parameter; anvÃ¤nd -std=c++1z eller -std=gnu++1zISO C++ fÃ¶rbjuder anvÃ¤ndning av %<auto%> i en parameterdeklarationISO C++ fÃ¶rbjuder anvÃ¤ndning av en flyttalsliteral i ett konstantuttryckISO C++ fÃ¶rbjuder anvÃ¤ndning av pekare av typ %<void *%> i subtraktionISO C++ fÃ¶rbjuder anvÃ¤ndning av pekare till en funktion i subtraktionISO C++ fÃ¶rbjuder anvÃ¤ndning av pekare till en metod i subtraktionISO C++ fÃ¶rbjuder vektor med variabel lÃ¤ngdISO C++ fÃ¶rbjuder vektor %qD med variabel lÃ¤ngdISO C++ fÃ¶rbjuder vektor med storlek nollISO C++ fÃ¶rbjuder vektor %qD med storlek nollISO C++ fÃ¶rbjuder anonyma posterISO C++ fÃ¶rhindrar Ã¶verlagring av operatorn ?:ISO C++ sÃ¤ger att dessa Ã¤r tvetydiga, trots att den sÃ¤msta konverteringen fÃ¶r den fÃ¶rsta Ã¤r bÃ¤ttre Ã¤n den sÃ¤msta konverteringen fÃ¶r den andra:ISO C++1z tillÃ¥ter inte specificeraren %<register%> av lagringsklassISO C++1z tillÃ¥ter inte dynamiska undantagsspecifikationerISO C90 stÃ¶djer inte %<[*]%>-vektordeklarerareISO C90 stÃ¶djer inte %<_Alignas%>ISO C90 stÃ¶djer inte %<_Generic%>ISO C90 stÃ¶djer inte %<_Noreturn%>ISO C90 stÃ¶djer inte %<_Static_assert%>ISO C90 stÃ¶djer inte den fÃ¶rdefinierade identifieraren %<__func__%>ISO C90 stÃ¶djer inte %<long long%>ISO C90 stÃ¶djer inte %<static%> eller typkvalificerare i parametervektordeklarerareISO C90 stÃ¶djer inte %qEISO C90 stÃ¶djer inte booleska typerISO C90 stÃ¶djer inte komplexa typerISO C90 stÃ¶djer inte flexibla vektormedlemmarISO C90 stÃ¶djer inte kvalificeraren %<_Atomic%>ISO C90 stÃ¶djer inte namnlÃ¶sa strukturer/unionerISO C90 fÃ¶rbjuder vektor %qE vars storlek inte kan berÃ¤knasISO C90 fÃ¶rbjuder vektorer vars storlek inte kan berÃ¤knasISO C90 fÃ¶rbjuder sammansatta literalerISO C90 fÃ¶rbjuder blandade deklarationer och kodISO C90 fÃ¶rbjuder specificering av underobjekt som skall initierasISO C90 fÃ¶rbjuder indexering av icke-l-vÃ¤rde-vektorISO C90 fÃ¶rbjuder vektorer med variabel lÃ¤ngdISO C90 fÃ¶rbjuder vektor %qE med variabel lÃ¤ngdISO C99 stÃ¶djer inte %<_Alignas%>ISO C99 stÃ¶djer inte %<_Generic%>ISO C99 stÃ¶djer inte %<_Noreturn%>ISO C99 stÃ¶djer inte %<_Static_assert%>ISO C99 stÃ¶djer inte %qEISO C99 stÃ¶djer inte kvalificeraren %<_Atomic%>ISO C99 stÃ¶djer inte namnlÃ¶sa strukturer/unionerISO_C_BINDING-modul vid %Cinbyggd modul ISO_FORTRAN_ENV vid %COm -ftree-vectorize anvÃ¤nds, den minimala slinggrÃ¤nsen pÃ¥ en slinga fÃ¶r att den skall Ã¶vervÃ¤gas fÃ¶r vektorisering.Om -fvariable-expansion-in-unroller Ã¤r pÃ¥, det maximala antalet gÃ¥nger som en enskild variabel kommer expanderas under slingutrullning.Om fÃ¶rsta argumentet till ATAN2 %L Ã¤r noll fÃ¥r inte andra argumentet vara nollOm antalet kandidater i mÃ¤ngden Ã¤r mindre, fÃ¶rsÃ¶ker vi alltid ta bort oanvÃ¤nda iv under deras optimering.Om schemalÃ¤ggning efter omlÃ¤sning, gÃ¶r superblockschemalÃ¤ggning.Ignorera â€�Dâ€� i kolumn ett i fix form.Ignorera dllimport fÃ¶r funktioner.Ignorerad.OtillÃ¥tet allokeringsobjekt vid %C fÃ¶r en PURE-procedurOtillÃ¥tet tecken i BOZ-konstant vid %COtillÃ¥tet id i copy_walk_reduction_argOgiltigt preprocessordirektivOgiltig referenstyp vid %L som EQUIVALENCE-objektOtillÃ¥tet steg pÃ¥ noll vid %LBildstyrsatsen %s vid %C i CRITICAL-blockBildstyrsatsen %s vid %C i DO CONCURRENT-blockBildstyrsats %s vid %C i PURE-procedurBildstyrningssats CRITICAL vid %C i DO CONCURRENT-blockBildstyrningssats CRITICAL vid %C i PURE-procedurBildstyrsatsen EVENT %s vid %C i CRITICAL-blockBildstyrsatsen EVENT %s vid %C i DO CONCURRENT-blockBildstyrsats EVENT %s vid %C i PURE-procedurBildstyrsatsen RETURN vid %C i CRITICAL-blockBildstyrsatsen RETURN vid %C i DO CONCURRENT-blockBildstyrsatsen STOP vid %C i CRITICAL-blockBildstyrsatsen STOP vid %C i DO CONCURRENT-blockBildstyrsatsen SYNC vid %C i CRITICAL-blockBildstyrsatsen SYNC vid %C i DO CONCURRENT-blockBildstyrsats SYNC vid %C i PURE-procedurBildmÃ¤ngdsargument vid %L mÃ¥ste vara ett skalÃ¤rt eller ordning-1-uttryckBildmÃ¤ngdsargument vid %L mÃ¥ste vara mellan 1 och num_images()Implementera C++17-semantik fÃ¶r Ã¤rvda konstruerare.Implementera __atomic-operationer med biblioteksanrop till Ã¤ldre __sync-funktioner.Implementera upplÃ¶sning av DR 150 fÃ¶r att matcha mall-mall-argument.Implicit deklarerad BIND(C)-funktion %qs vid %L kan inte vara C-interoperativImplicit deklarerad BIND(C)-variabel %qs vid %L fÃ¥r inte vara C-interoperativDen implicit deklarerade funktionen %s anvÃ¤nds i !$OMP DECLARE REDUCTION vid %LDen implicit deklarerade subrutinen %s anvÃ¤nds i !$OMP DECLARE REDUCTION vid %LImplicit deklarerad variabel %qs vid %L fÃ¥r inte vara C-interoperativ men det Ã¤r ett attrappargument till BIND(C)-proceduren %qs vid %LImplicit typad PARAMETER %qs vid %L matchar inte en senare IMPLICIT-typImplicerad SAVE fÃ¶r modulvariabeln %qs vid %L, behÃ¶vs pÃ¥ grund av standardinitieringarVektor med antagen form vid %LI %s vid %L mÃ¥ste alla procedurerna vara FUNCTION eftersom det generiska namnet ocksÃ¥ Ã¤r namnet pÃ¥ en hÃ¤rledd typI %s vid %L mÃ¥ste procedurerna antingen alla vara SUBROUTINE eller alla vara FUNCTIONI C++ betyder nollskilt att varna fÃ¶r konverteringar som bÃ¶r undvikas frÃ¥n strÃ¤ngliteraler till â€�char *â€�.  I C, liknande varning, bortsett frÃ¥n att ISO C-standarden naturligtvis inte sÃ¤ger att konverteringen bÃ¶r undvikas.I Fortran 2003 Ã¤r COMMON %qs-block vid %L en global identifierare och mÃ¥ste sÃ¥ledes ha samma bindningsnamn som COMMON-blocket med samma namn vid %L: %s resp %sI SSA-PRE-optimering pÃ¥ trÃ¤d, aktivera eliminering av partiell-partiell redundans.I konstruerare %qsI kopieringskonstruerare %qsI destruerare %qsI funktion %qsI lambdafunktionI medlemsfunktion %qsI statisk medlemsfunktion %qsInkluderingskatalog %qs: %sInkompatibel hÃ¤rledd typ i PARAMETER vid %LInkompatibla ordningar %d och %d i tilldelning vid %LInkompatibla ordningar i %s (%d och %d) vid %LInkompatibla typer i DATA-sats vid %L, fÃ¶rsÃ¶kte med konvertering av %s till %sInkompatibel typspecifikation fÃ¶r vektorelement vid %LInkompatibel anvÃ¤ndning av TILE och COLLAPSE vid %LInkonsistenta ekvivalensregler rÃ¶rande %qs vid %L och %qs vid %LInkonsistenta ordningar fÃ¶r operator vid %%L och %%LFelaktig EH-bÃ¥ge %i->%iFelaktigt returvÃ¤rde fÃ¶r funktionÃ–ka efterfÃ¶ljden av IEEE fÃ¶r flyttalsjÃ¤mfÃ¶relser.Index i dimension %d Ã¤r utanfÃ¶r grÃ¤nsen vid %LIndikera nÃ¤rvaron av ett processor-errata.Indikera prioritet fÃ¶r r0..r3 / r12..r15 med TARGET_REGISTER_PRIORITY.StÃ¤ng av anvÃ¤ndningen av alla flyttalsinstruktioner i hÃ¥rdvara.Initieringen vid %C fÃ¥r inte fÃ¶rekomma i en PURE-procedurInitieringen vid %C Ã¤r inte fÃ¶r en pekarvariabelInitiering av allokerbar komponent vid %C Ã¤r inte tillÃ¥tetInitiering av pekare vid %C Ã¤r inte tillÃ¥tet i en PURE-procedurInitiering av variabel vid %C Ã¤r inte tillÃ¥tet i en PURE-procedurInitieringsstrÃ¤ng vid %L hÃ¶ggs av fÃ¶r att stÃ¤mma med variabeln (%d/%d)Initiera komponenter av hÃ¤rledda typvariabler i enlighet med andra init-flaggor.Initiera lokala variabler med noll (frÃ¥n g77).Initierad symbol %qs vid %C kan endast vara COMMON i BLOCK DATAInitierad variabel %qs vid %L Ã¤r i en blank COMMON men initiering ir endast tillÃ¥ten i namngivna common-blockInitierare Ã¤r inte tillÃ¥ten fÃ¶r PARAMETER %qs vid %CInitierar redan initierad variabel vid %CSkjut in friend-funktioner i omgivande namnrymd.Inline:a __atomic-operationer nÃ¤r en lÃ¥sningsfri instruktionssekvens Ã¤r tillgÃ¤nglig.Inline:a alla kÃ¤nda strÃ¤ngoperationer.Inline:a konstanter om det kan gÃ¶ras pÃ¥ 2 instruktioner eller mindre.Inline:a memset/memcpy-strÃ¤ngoperationer, men anvÃ¤nd inline-versionen endast fÃ¶r smÃ¥ block.Inline:a rekursivt endast nÃ¤r sannolikheten fÃ¶r att ett anrop skall gÃ¶ras Ã¶verskrider parametern.LÃ¤gg in bÃ¥gbaserad programprofileringskod.LÃ¤gg in kod fÃ¶r att profilera vÃ¤rden av uttryck.LÃ¤gg in hbrp-instruktioner efter grenmÃ¥l med tips fÃ¶r att undvika problemet med hÃ¤ngd SPU.Skjut in nop:ar nÃ¤r det kan fÃ¶rbÃ¤ttra prestanda genom att tillÃ¥ta dubbel utgivning (standard).LÃ¤gg in stackkontrollkod i programmet.  Samma som -fstack-check=specific.Instruktionsadresser sÃ¤tts inte efter shorten_branchesInstrumentera funktionsingÃ¥ng och -utgÃ¥ng med profileringsanrop.Instrumentera endast funktioner markerade med attributet bnd_instrument.Instrumenteringsklonen refererar inte originalnodenInstrumenteringssnutten har fel anropande bÃ¥geInstrumenterad not har felaktig originaldeklarationHeltalsdivision avhuggen till konstanten %qs vid %LHeltalsuttryck krÃ¤vs vid %CHeltals-id (N) fÃ¶r anpassad instruktion fabsd.Heltals-id (N) fÃ¶r anpassad instruktion fabss.Heltals-id (N) fÃ¶r anpassad instruktion faddd.Heltals-id (N) fÃ¶r anpassad instruktion fadds.Heltals-id (N) fÃ¶r anpassad instruktion fatand.Heltals-id (N) fÃ¶r anpassad instruktion fatans.Heltals-id (N) fÃ¶r anpassad instruktion fcmpeqd.Heltals-id (N) fÃ¶r anpassad instruktion fcmpeqs.Heltals-id (N) fÃ¶r anpassad instruktion fcmpged.Heltals-id (N) fÃ¶r anpassad instruktion fcmpges.Heltals-id (N) fÃ¶r anpassad instruktion fcmpgtd.Heltals-id (N) fÃ¶r anpassad instruktion fcmpgts.Heltals-id (N) fÃ¶r anpassad instruktion fcmpled.Heltals-id (N) fÃ¶r anpassad instruktion fcmples.Heltals-id (N) fÃ¶r anpassad instruktion fcmpltd.Heltals-id (N) fÃ¶r anpassad instruktion fcmplts.Heltals-id (N) fÃ¶r anpassad instruktion fcmpned.Heltals-id (N) fÃ¶r anpassad instruktion fcmpnes.Heltals-id (N) fÃ¶r anpassad instruktion fcosd.Heltals-id (N) fÃ¶r anpassad instruktion fcoss.Heltals-id (N) fÃ¶r anpassad instruktion fdivd.Heltals-id (N) fÃ¶r anpassad instruktion fdivs.Heltals-id (N) fÃ¶r anpassad instruktion fexpd.Heltals-id (N) fÃ¶r anpassad instruktion fexps.Heltals-id (N) fÃ¶r anpassad instruktion fextsd.Heltals-id (N) fÃ¶r anpassad instruktion fixdi.Heltals-id (N) fÃ¶r anpassad instruktion fixdu.Heltals-id (N) fÃ¶r anpassad instruktion fixsi.Heltals-id (N) fÃ¶r anpassad instruktion fixsu.Heltals-id (N) fÃ¶r anpassad instruktion floatid.Heltals-id (N) fÃ¶r anpassad instruktion floatis.Heltals-id (N) fÃ¶r anpassad instruktion floatud.Heltals-id (N) fÃ¶r anpassad instruktion floatus.Heltals-id (N) fÃ¶r anpassad instruktion flogd.Heltals-id (N) fÃ¶r anpassad instruktion flogs.Heltals-id (N) fÃ¶r anpassad instruktion fmaxd.Heltals-id (N) fÃ¶r anpassad instruktion fmaxs.Heltals-id (N) fÃ¶r anpassad instruktion fmind.Heltals-id (N) fÃ¶r anpassad instruktion fmins.Heltals-id (N) fÃ¶r anpassad instruktion fmuld.Heltals-id (N) fÃ¶r anpassad instruktion fmuls.Heltals-id (N) fÃ¶r anpassad instruktion fnegd.Heltals-id (N) fÃ¶r anpassad instruktion fnegs.Heltals-id (N) fÃ¶r anpassad instruktion frdxhi.Heltals-id (N) fÃ¶r anpassad instruktion frdxlo.Heltals-id (N) fÃ¶r anpassad instruktion frdy.Heltals-id (N) fÃ¶r anpassad instruktion fsind.Heltals-id (N) fÃ¶r anpassad instruktion fsins.Heltals-id (N) fÃ¶r anpassad instruktion fsqrtd.Heltals-id (N) fÃ¶r anpassad instruktion fsqrts.Heltals-id (N) fÃ¶r anpassad instruktion fsubd.Heltals-id (N) fÃ¶r anpassad instruktion fsubs.Heltals-id (N) fÃ¶r anpassad instruktion ftand.Heltals-id (N) fÃ¶r anpassad instruktion ftans.Heltals-id (N) fÃ¶r anpassad instruktion ftruncds.Heltals-id (N) fÃ¶r anpassad instruktion fwrx.Heltals-id (N) fÃ¶r anpassad instruktion fwry.Heltals-id (N) fÃ¶r anpassad instruktion round.Heltalssort %d vid %C inte tillgÃ¤ngligHeltal utanfÃ¶r symmetriskt intervall implicerat av Standard Fortran vid %LHeltal utanfÃ¶r symmetriskt intervall implicerat av Standard Fortran vid konvertering av %s till %s vid %LHeltalsspillHeltalsspill vid berÃ¤kning av mÃ¤ngden minne att allokeraFÃ¶r stort heltal fÃ¶r heltalssort %i vid %CHeltal fÃ¶r stort fÃ¶r sin sort vid %C.  Denna kontroll kan avaktiveras med flaggan -fno-range-checkFÃ¶r stort heltal vid %CFÃ¶r stort heltalsvÃ¤rde i uttryck vid %CIntegrera funktioner i deras anropare nÃ¤r det Ã¤r klart att kodstorleken inte vÃ¤xer.Integrera funktioner deklarerade â€�inlineâ€� i deras anropare nÃ¤r det lÃ¶nar sig.Integrera funktioner som endast behÃ¶vs av deras enda anropare.Intel MCU psABI stÃ¶djs inte i %s-lÃ¤geIntel MPX stÃ¶djer inte x32GrÃ¤nssnitt %qs vid %L, Ã¤r deklarerat i en senare PROCEDURE-satsGrÃ¤nssnitt %qs vid %L kan inte vara en satsfunktionGrÃ¤nssnitt %qs vid %L kan inte vara generisktGrÃ¤nssnitt %qs vid %L mÃ¥ste vara explicitGrÃ¤nssnittet stÃ¤mmer inte fÃ¶r procedurpekarkomponenten %qs i postkonstruerare vid %L: %sGrÃ¤nssnitt stÃ¤mmer inte Ã¶verens i attrapprocedur %qs vid %L: %sGrÃ¤nssnitt stÃ¤mmer inte Ã¶verens i den globala proceduren %qs vid %L: %sGrÃ¤nssnitten stÃ¤mmer inte Ã¶verens i procedurpekartilldelning vid %L: %qs Ã¤r inte en subrutinGrÃ¤nssnitten stÃ¤mmer inte Ã¶verens i procedurpekartilldelning vid %L: %sGrÃ¤nssnitt mÃ¥ste anges fÃ¶r DEFERRED bindning vid %CGrÃ¤nssnittsnamn fÃ¶rvÃ¤ntades efter %<(%> vid %CInternt kompilatorfel: Felhanteringsrutiner Ã¥teranropade.
! Intern fil vid %L med namnlistaIntern procedur %qs i %s vid %LIntern procedur %qs Ã¤r ogiltigt i procedurpekartilldelning vid %LDen interna proceduren %qs anvÃ¤nds som aktuellt argument vid %LIntern enhet med vektorindex vid %LTolka en INTEGER(4) som en INTEGER(8).Tolka en REAL(4) som en REAL(10).Tolka en REAL(4) som en REAL(16).Tolka en REAL(4) som en REAL(8).Tolka en REAL(8) som en REAL(10).Tolka en REAL(8) som en REAL(16).Tolka en REAL(8) som en REAL(4).Tolka imaginÃ¤ra, flyttals-, eller andra gnu-suffix pÃ¥ tal som motsvarande talkonstant snarare Ã¤n en anvÃ¤ndardefinierad talkonstant.VÃ¤xla mellan bokstavliga pooler och kod i textsektionen.Inbyggd %qs (Ã¤r %s) anvÃ¤nds vid %LInbyggd %qs vid %L kan inte ha en initierareInbyggd %qs vid %L Ã¤r ogiltigt i procedurpekartilldelningInbyggd %qs vid %L fÃ¥r inte vara ett aktuellt argumentInbyggd %qs vid %L mÃ¥ste ha Ã¥tminstone tvÃ¥ argumentInbyggd TRANSFER vid %L har delvis odefinierat resultat: kÃ¤llstorlek %ld < resultatstorlek %ldInbyggd funktion %qs (%d) kÃ¤nns inte igenInbyggd funktion %qs vid %L Ã¤r inte tillÃ¥ten i ett initieringsuttryckInbyggd funktion %s vid %L Ã¤r inte tillÃ¥ten fÃ¶r CO_REDUCEDen inbyggda funktionen NULL vid %L kan inte vara ett aktuellt argument till STORATE_SIZE, eftersom den returnerar en disassocierad pekareInbyggd operator %qs refererad frÃ¥n %L finns inte i modulen %qsGrÃ¤nssnitt fÃ¶r inbyggd operator vid %L mÃ¥ste vara en FUNCTIONDen inbyggda proceduren %qs Ã¤r inte tillÃ¥ten i PROCEDURE-sats vid %LDen inbyggda proceduren vid %L kan inte vara en MODULE PROCEDUREInbyggd subrutin %qs vid %L fÃ¥r inte ha en typspecificerareOgiltig C-identifierare i NAME=-specificerare vid %COgiltig Hollerithkonstant vid %L innehÃ¥ller ett brett teckenOgiltig Hollerithkonstant: %L mÃ¥ste innehÃ¥lla Ã¥tminstone ett teckenOgiltig Hollerithkonstant: Heltalssort vid %L borde vara standardOgiltig KIND-parameter %s vid %LOgiltig NULL vid %LOgiltiga argument till !$ACC WAIT vid %LOgiltiga inbyggda argumentOgiltigt tecken %<$%> vid %L.  AnvÃ¤nd %<-fdollar-ok%> fÃ¶r att tillÃ¥ta det som en utÃ¶kningFelaktigt tecken i namn vid %COgiltig klausul i modul med !$ACC DECLARE vid %LOgiltig co-dimension %d vid %C, endast %d co-dimensioner finnsOgiltigt sammanhang fÃ¶r inbyggd NULL () vid %LOgiltigt sammanhang fÃ¶r NULL()-pekare vid %%LOgiltig exponentbokstav %<q%> i reell literal konstant vid %COgiltigt uttryck i gfc_element_size.Felaktigt uttryck i gfc_target_encode_expr.Felaktigt uttryck i gfc_target_interpret_expr.Ogiltigt uttryck i postkonstrueraren fÃ¶r pekarkomponent %qs vidl %L i PURE-procedurOgiltig form pÃ¥ PROGRAM-sats vid %COgiltig form av WRITE-sats vid %L, UNIT krÃ¤vsFelaktig form av vektorreferens vid %CFelaktig form av co-vektorreferens vid %COgiltigt bildnummer %d i SYNC IMAGESOgiltigt initieringsuttryck fÃ¶r ALLOCATABLE-komponent %qs i postkonstrueraren vid %LOgiltig initierare %s pÃ¥ DATA-sats vid %COgiltig sort %d fÃ¶r CHARACTER-konstant vid %COgiltig sort pÃ¥ %s vid %LFelaktig gammaldags initiering av hÃ¤rledd typkomponent vid %CFelaktig operator fÃ¶r !$OMP DECLARE REDUCTION %s vid %LOgiltigt procedurargument vid %LOgiltig procedurpekartilldelning vid %LOgiltigt intervall %s i flaggan %sOgiltig reell sort %d vid %COgiltig standardkod fÃ¶r inbyggd %qs (%d)Ogiltig typspecifikation vid %COgiltigt vÃ¤rde fÃ¶r %s-specifikation vid %CGe varningar som krÃ¤vs fÃ¶r att strikt fÃ¶lja standarden.Iteratorsteg vid %L kan inte vara nollHoppmÃ¥l justeras till denna 2-potens.SkrÃ¤p efter ASSOCIATE-sats vid %CSkrÃ¤p efter CALL vid %CSkrÃ¤p efter GENERIC-bindning vid %CSkrÃ¤p efter MAP-sats vid %CSkrÃ¤p efter UNION-sats vid %CSkrÃ¤p efter icke nÃ¤stad STRUCTURE-sats vid %CGenerera bara upprullningstabeller fÃ¶r undantagshantering.AnvÃ¤nd bara icc0/fcc0.KIND-parametern till â€�%sâ€� vid %L mÃ¥ste vara ett initieringsuttryckNyckelordet %qs vid %C har redan fÃ¶rekommit i den aktuella argumentlistanNyckelordsargumentet %qs vid %L Ã¤r redan associerat med ett annat aktuellt argumentNyckelordsargument %qs vid %L finns inte i procedurenNyckelordsargument krÃ¤ver explicit grÃ¤nssnitt fÃ¶r proceduren %qs vid %LNyckelordsargument krÃ¤ver explicit grÃ¤nssnitt fÃ¶r procedurpekarkomponent %qs vid %LSorten %d stÃ¶djs inte fÃ¶r typen CHARACTER vid %CSorten %d stÃ¶djs inte fÃ¶r typen %s vid %CSorttypparameter fÃ¶r enheten vid %L skiljer sig frÃ¥n sorttypparametern i typspecifikationenKÃ¤nda AArch64-ABI:er (att anvÃ¤ndas med flaggan -mabi=):KÃ¤nda ABI:er (att anvÃ¤ndas med flaggan -mabi=):KÃ¤nda ARC-CPU:er (att anvÃ¤ndas med flaggan -mcpu=):KÃ¤nda ARM ABI:er (att anvÃ¤ndas med flaggan -mabi=):KÃ¤nda ARM CPU:er (att anvÃ¤ndas med flaggorna -mcpu= och -mtune=):KÃ¤nda ARM FPU:er (att anvÃ¤ndas med flaggan -mfpu=):KÃ¤nda ARM-arkitekturer (att anvÃ¤ndas med flaggan -march=):KÃ¤nda C6X ISA:er (att anvÃ¤ndas med flaggan -march=):KÃ¤nda CPU:er (att anvÃ¤ndas med flaggorna -mcpu= och -mtune=):KÃ¤nda FR-V-CPU:er (att anvÃ¤ndas med flaggan -mcpu=):KÃ¤nda IQ2000 CPU:er (att anvÃ¤ndas med flaggan -mcpu=):KÃ¤nda Itanium-CPU:er (att anvÃ¤ndas med flaggan -mtune=):KÃ¤nda M68K-CPU:er (att anvÃ¤ndas med flaggan -mcpu=):KÃ¤nda M68K-ISA:er (att anvÃ¤ndas med flaggan -march=):KÃ¤nda M68K-mikroarkitekturer (att anvÃ¤ndas med flaggan -mtune=):KÃ¤nda MIPS ABI:er (att anvÃ¤ndas med flaggan -mabi=):KÃ¤nda MIPS CPU:er (att anvÃ¤ndas med flaggorna -march= och -mtune=):KÃ¤nda MIPS IEEE 754-instÃ¤llningar (att anvÃ¤ndas med flaggorna -mabs= och -mnan=):KÃ¤nda MIPS ISA-nivÃ¥er (att anvÃ¤ndas med flaggan -mips):KÃ¤nda TILE-Gx-CPU:er (att anvÃ¤ndas med flaggan -mcpu=):KÃ¤nda TILEPro-CPU:er (att anvÃ¤ndas med flaggan -mcpu=):KÃ¤nda TLS-dialekter (att anvÃ¤ndas med flaggan -mtls-dialect=):KÃ¤nda __fp16-format (att anvÃ¤ndas med flaggan -mfp16-format=):KÃ¤nda adresslÃ¤gen (att anvÃ¤ndas med flaggan -maddress-mode=):KÃ¤nda arkitekturtyper (att anvÃ¤ndas med flaggan -march=):KÃ¤nda assemblerdialekter (att anvÃ¤ndas med flaggan -masm=):KÃ¤nda cmodel-typer (att anvÃ¤ndas med flaggan -mcmodel=):KÃ¤nda kodmodeller (att anvÃ¤ndas med flaggan -mcmodel=):KÃ¤nda val av datajustering (att anvÃ¤ndas med flaggan -malign-data=):KÃ¤nda flyttals-ABI:er (att anvÃ¤ndas med flaggan -mfloat-abi=):KÃ¤nda stackskyddsvakter (att anvÃ¤ndas med flaggan -mstack-protector-guard=):KÃ¤nda ABI:er till vektoriseringsbibliotek (att anvÃ¤ndas med flaggan -mveclibabi=):L%d-cachelatens okÃ¤nd fÃ¶r %sLEXER_DEBUGGING_ENABLED_P Ã¤r inte satt till trueLHS i noreturn-anropLINEAR-klausulmodifierare anvÃ¤nd pÃ¥ DO- eller SIMD-konstruktion vid %LLINEAR-klausul angiven tillsammans med ORDERED-klausul med ett argument vid %LLINEAR-attrappargument %qs med VALUE-attribut med %s-modifierare vid %LLINEAR-variabel %qs mÃ¥ste vara INTEGER vid %LLOCK-sats vid %CLOCK_EVENT i variabeldefinitionssammanhang (%s) vid %LLOCK_TYPE i variabeldefinitionssammanhang (%s) vid %LLOGICAL-attrappargumentet %qs vid %L med icke-C_Bool-sort i BIND(C)-proceduren %qsLOGICAL-operander krÃ¤vs i uttryck vid %LLOGICAL-resultatvariabeln %qs vid %L med icke-C_Bool-sort i BIND(C)-proceduren %qsLTO-stÃ¶d har inte aktiverats i denna konfigurationEtiketten %d vid %C Ã¤r redan refererad som en formatetikettEtikett %d vid %C Ã¤r redan refererad som ett grenmÃ¥lEtikett %d vid %C anvÃ¤ndes tidigare som en FORMAT-etikettEtikett %d vid %C anvÃ¤ndes tidigare som ett grenmÃ¥lEtiketten %d vid %L Ã¤r definierad men kan inte anvÃ¤ndasEtiketten %d vid %L Ã¤r definierad men inte anvÃ¤ndEtikett %d som refereras vid %L Ã¤r aldrig definieradEtiketten %qs vid %C stÃ¤mmer inte med IF-etikett %qsEtiketten %qs vid %C stÃ¤mmer inte med WHERE-etikett %qsEtiketten vid %L Ã¤r inte i samma block som GOTO-satsen vid %LEtikettnamnet %qs vid %C Ã¤r tvetydigtVÃ¤nsterparentes krÃ¤vs efter %<*%>Ã„ldre utÃ¶kning:Tecknet %qc har redan en IMPLICIT-typ vid %CTecknet %qc redan satt i IMPLICIT-sats vid %CBokstÃ¤ver mÃ¥ste vara i alfabetisk ordning i IMPLICIT-sats vid %CNivÃ¥ av pratsamhet om hsa-felsÃ¶kningslagringarLyft restriktioner pÃ¥ GOT-storlek.Som -M men ignorera systemhuvudfiler.Som -MD men ignorera systemhuvudfiler.Som -pedantic men ange dem som fel.GrÃ¤nsen pÃ¥ %d fortsÃ¤ttningar Ã¶verskrids i sats vid %CRad avhuggen vid %LKÃ¶rda rader:%s av %d
  LÃ¤nka med kod fÃ¶r en __main-kÃ¤rna.LÃ¤nka fÃ¶r att skapa program i ELF-format (snarare Ã¤n mmo).LÃ¤nka med HAL BSP.LÃ¤nka med en begrÃ¤nsad version av C-biblioteket.LÃ¤nka med libads.a, libc.a och crt0.o.LÃ¤nka med libc.a och libdebug.a.LÃ¤nka med libc.a och libsim.a.LÃ¤nka med libmvme.a, libc.a och crt0.o.LÃ¤nka med libsim.a, libc.a och sim-crt0.o.LÃ¤nka med libyk.a, libc.a och crt0.o.LÃ¤nka med de snabba flyttalsbiblioteken.LÃ¤nka med biblioteken library-pic.Optimeringar vid lÃ¤nktillfÃ¤llet med flera parallella jobb eller jobbserver.Lista alla tillgÃ¤ngliga felsÃ¶kningsrÃ¤knare med deras grÃ¤nser och vÃ¤rden.Lokal deklaration frÃ¥n en annan funktionLÃ¥svariabel vid %L mÃ¥ste vara en skalÃ¤r av typen LOCK_TYPELogiskt SELECT CASE-block vid %L har mer Ã¤n tvÃ¥ fallLogiskt intervall CASE-sats vid %L Ã¤r inte tillÃ¥tetLogiska vid %%L mÃ¥ste jÃ¤mfÃ¶ras med %s istÃ¤llet fÃ¶r %sSÃ¶k efter och anvÃ¤nd PCH-filer Ã¤ven vid preprocessning.SÃ¶ker efter mÃ¶jligheter att minska stackjusteringar och stackreferenser.Loop-kod justeras till denna 2-potens.Slingan itererar oÃ¤ndligtSlinga parallelliserad Ã¶ver gang Ã¤r inte tillÃ¥ten inuti en annan slinga parallelliserad Ã¶ver gang vid %LSlinga parallelliserad Ã¶ver gang Ã¤r inte tillÃ¥ten inuti en slinga parallelliserad Ã¶ver worker vid %LSlinga parallelliserad Ã¶ver vektorer Ã¤r inte tillÃ¥ten inuti en annan slinga parallelliserad Ã¶ver vektorer vid %LSlinga parallelliserad Ã¶ver worker Ã¤r inte tillÃ¥ten inuti en annan slinga parallelliserad Ã¶ver vektorer vid %LSlinga parallelliserad Ã¶ver worker Ã¤r inte tillÃ¥ten inuti en annan slinga parallelliserad Ã¶ver worker vid %LSlingvariabelSlingvariabel vid %C fÃ¥r inte vara en co-vektorSlingvariabel vid %C fÃ¥r inte vara en subkomponentSlingvariabel vid %C fÃ¥r inte vara en vektorSlingvariabel har modifieratsSlingor som itererar Ã¥tminstone det valda antalet gÃ¥nger kommer att fÃ¥ slingjustering.Undre vektorreferens vid %L Ã¤r utanfÃ¶r grÃ¤nsen (%ld < %ld) i dimension %dUndre vektorreferens vid %L Ã¤r utanfÃ¶r grÃ¤nsen (%ld > %ld) i dimension %dUndre grÃ¤ns mÃ¥ste finnas vid %LMCU â€�%sâ€� har inte stÃ¶d fÃ¶r hÃ¥rdvarumultiplikation, men -mhwmult Ã¤r satt till %sMCU â€�%sâ€� stÃ¶djer %s-ISA men -mcpu-flaggan Ã¤r satt till %sMCU â€�%sâ€� stÃ¶djer %s-hÃ¥rdvarumultiplikation, men -mhwmult Ã¤r satt till 16-bitarsMCU â€�%sâ€� stÃ¶djer %s-hÃ¥rdvarumultiplikation, men -mhwmult Ã¤r satt till 32-bitarsMCU â€�%sâ€� stÃ¶djer %s-hÃ¥rdvarumultiplikation, men -mhwmult Ã¤r satt till f5seriesMIPS16 -mxgot-kodMIPS16 PIC fÃ¶r andra ABI:er Ã¤n o32 och o64MMIX internt: %s Ã¤r inte ett heltal som kan skiftasMMIX internt: Felaktigt register: %dMMIX-internt: Felaktigt vÃ¤rde fÃ¶r â€�mâ€�, inte en CONST_INTMMIX-internt: Kan inte avkoda denna operandMMIX-internt: FÃ¶rvÃ¤ntade en CONST_INT, inte dettaMMIX-internt: FÃ¶rvÃ¤ntade en konstant, inte dettaMMIX-internt: FÃ¶rvÃ¤ntade ett register, inte dettaMMIX-internt: Sista namngivna vararg skulle inte fÃ¥ plats i ett registerMMIX internt: Fallet %qc saknas i mmix_print_operandMMIX-internt: Detta Ã¤r inte en konstant:MMIX-internt: Detta Ã¤r inte en kÃ¤nd adressMMIX-internt: FÃ¶rsÃ¶ker mata ut felaktigt omvÃ¤nt villkor:MMIX-internt: Vad Ã¤r CC:t fÃ¶r detta?MMIX-internt: Vad Ã¤r CC:t fÃ¶r detta?MMX-vektorargument utan MMX aktiverat Ã¤ndrar ABI:etMMX-vektorretur utan MMX aktiverat Ã¤ndrar ABI:etMODIFY_EXPR fÃ¶rvÃ¤ntades inte nÃ¤r man har tuplerMODULE PROCEDURE vid %C mÃ¥ste vara i ett generiskt modulgrÃ¤nssnittMODULE PROCEDURE-deklaration vid %CMODULE-prefix vid %CMOLD-argumentet till NULL krÃ¤vs vid %LMOLD-tagg vid %LMOLD-taggen vid %L stÃ¥r i konflikt med SOURCE-taggen vid %LMOLD-taggen vid %L stÃ¥r i konflikt med typspecifikationen vid %LMOLD= krÃ¤vs i NULL()-argument vid %L: Tvetydighet mellan de specifika funktionerna %s och %sMSA MIPS16-kodMSP430 inbyggda funktioner fungerar endast inuti avbrottshanterareMULT-fall i cris_op_strMagnituden pÃ¥ andra argumentet till %s Ã¶verskrider bitstorleken vid %LMagnituden pÃ¥ andra argumentet till ISHFTC Ã¶verskrider BIT_SIZE av fÃ¶rsta argumentet vid %CHuvudvariant Ã¤r inte definieradHÃ¥ll med bakÃ¥tkedjepekare.LÃ¥t â€�charâ€� ha tecken som standard.GÃ¶r â€�charâ€� teckenlÃ¶st som standard.GÃ¶r heltal 32 bitar stora.GÃ¶r poster en multipel av 4 byte (varning: ABI:et Ã¤ndras).SÃ¤kerstÃ¤ll att laddningar och lagringar inte flyttas fÃ¶rbi DMA-instruktioner.GÃ¶r sÃ¥ att lÃ¤nkarens lÃ¤ttnadsmaskin antar att programrÃ¤knaren slÃ¥r runt.Felformad GENERIC-sats vid %CMalloc-data till P2-utrymmet.Ã–versÃ¤tt ett katalognamn till ett annat i felsÃ¶kningsinformation.Markera MAC-register som anropsÃ¶verskrivna.MÃ¤rk __tls_get_addr-anrop med argumentinformation.Markera alla slingor som parallella.Markerar alla inline:ade funktioner och metoder att ha dold synlighet.Maximalt antal grundblock i slinga-fÃ¶r-slinga-invarianta fÃ¶rflyttningar.Maximalt slingantal fÃ¶r regional RA.Maximal storlek pÃ¥ konflikttabell i MB.Maximalt antal genererade omladdningsinstruktioner per instruktion uppnÃ¥tt (%d)
  Maximalt rekursionsdjup fÃ¶r att expandera variabelspÃ¥rningsuttryck.Maximal storlek pÃ¥ loc-listan fÃ¶r vilken omvÃ¤nda operationer skall lÃ¤ggas till.Max storlek pÃ¥ hashtabell fÃ¶r variabelspÃ¥rning.Maximal kodtillvÃ¤xt orsakad av svansduplicering (i procent).Maximal uppskattad Ã¶kning av funktionskropp orsakad av tidigare inline:ing av enkla anrop.Maximala uppskattade sannolikheten fÃ¶r en gren fÃ¶r att anses fÃ¶rutsÃ¤gbar.Maximal pÃ¥ grund av inline:ing av stora funktioner (i procent).Maximal storlek pÃ¥ en partition fÃ¶r LTO (i uppskattade instruktioner).Maximal storleksÃ¶kning pÃ¥ stackram pÃ¥ grund av inline:ing (i procent).StÃ¶rsta tillÃ¥tna storleksÃ¶kning fÃ¶r nya parametrar som ipa-sra ersÃ¤tter en pekare till ett aggregat med.Maximalt antal iterationer fÃ¶r passet Ã¶ver en funktion.Maximalt antal liknande gb att jÃ¤mfÃ¶ra ett gb med.Maximalt djup pÃ¥ sÃ¶kningen i dominanstrÃ¤d fÃ¶r uttryck att hissa upp.Maximalt djup av sqrt-kedjor att anvÃ¤nda vid syntetisering av exponentiering av en reell konstant.Maximal utÃ¶kningsnivÃ¥ nÃ¥dd med typen %qs vid %LMaximal lÃ¤ngd pÃ¥ kandidatskanningar efter rÃ¤tlinjiga styrkereduktioner.Maximal lÃ¤ngd pÃ¥ partiell fÃ¶rvÃ¤ntansmÃ¤ngd nÃ¤r fÃ¶roptimeringar pÃ¥ trÃ¤d gÃ¶rs.Maximalt antal LRA-tilldelningspass uppnÃ¥tt (%d)
! Maximalt antal aktiva lokala lagringar i RTL vid eliminering av dÃ¶da lagringar.Maximalt antal av sammansatta innehÃ¥llsposter fÃ¶r en parameter i hoppfunktioner och gitter.Maximalt antal argument en PHI kan ha fÃ¶re FSM-trÃ¥daren kommer fÃ¶rsÃ¶ka trÃ¥da igenom dess block.Maximalt antal argument i en PHI som stÃ¶djs av TREE if-konvertering om inte slingan Ã¤r mÃ¤rkt med simd-pragma.Maximalt antal fÃ¶rsÃ¤kranden att lÃ¤gga till lÃ¤ngs standardbÃ¥gen i en switch-sats under VRPMaximalt antal grundblock i en Ã¤ndlig tillstÃ¥ndsmaskins hopptrÃ¥dsvÃ¤gar.Maximalt antal villkorliga lagringspar som kan sÃ¤nkas.Maximalt antal konstantlagringar att slÃ¥ samman i passet fÃ¶r sammanslagning av lagring.Maximalt antal datareferenser i en slinga fÃ¶r att bygga slingdataberoenden.Maximalt antal upplÃ¶sningar av tvetydigheter att utfÃ¶ra per minnesÃ¥tkomst.Maximalt antal fÃ¤lt i en post fÃ¶re pekaranalys behandlar posten som en enda variabel.Det maximala antalet instruktioner i grundblock att beaktas fÃ¶r RTL if-konvertering.Det maximala antalet instruktioner i grundblock fÃ¶r beaktas fÃ¶r SLP-vektorisering.Det maximala antalet instruktioner i redolistan som betraktas som valbara fÃ¶r namnÃ¤ndring.Maximalt antal instruktioner att kopiera vid duplicering av block pÃ¥ hopptrÃ¥dvÃ¤gen fÃ¶r en Ã¤ndlig tillstÃ¥ndsmaskin.Maximala antalet slingavskalningar fÃ¶r att fÃ¶rbÃ¤ttra justering av datareferenser i en slinga.Maximalt antal av may-defs som besÃ¶ks vid spekulativ avvirtualiseringDet maximala antalet namnrymder att sÃ¶ka i fÃ¶r alternativ nÃ¤r namnuppslagning misslyckas.Det maximala antalet nÃ¤stade anrop att sÃ¶ka i efter styrberoenden under analys av oinitierade variabler.Det maximala antalet nya hopptrÃ¥dvÃ¤gar att skapa fÃ¶r en Ã¤ndlig tillstÃ¥ndsmaskin.Det maximala antalet nop-instruktioner att skjuta in fÃ¶r ett tips (standard 2).Maximalt antal satser som tillÃ¥ts i ett block som behÃ¶ver dubbleras nÃ¤r hopp trÃ¥das.Maximalt antal satser som kommer besÃ¶kas av IPA-formatparameteranalysen baserat pÃ¥ aliasanalys i varje given funktion.Maximalt antal satser som skall inkluderas i en enskild statisk konstruerare genererad av pekargrÃ¤nskontrolleraren.Maximalt antal strÃ¤ngar fÃ¶r vilket strlen-optimeringspasset kommer fÃ¶lja strÃ¤nglÃ¤ngder.Maximalt antal gÃ¥nger som en instruktion kan schemalÃ¤ggas.Maximal tillÃ¥ten kostnad fÃ¶r sekvensen som skulle genererats av RTL if-konverteringspasset fÃ¶r en gren som betraktas som fÃ¶rutsÃ¤gbar.Maximal tillÃ¥ten kostnad fÃ¶r sekvensen som skulle genererats av RTL if-konverteringspasset fÃ¶r en gren som betraktas som ofÃ¶rutsÃ¤gbar.Maximala sannolikheten fÃ¶r ingÃ¥ng i GB av delad region (i procent i fÃ¶rhÃ¥llande till ingÃ¥ng i GB av funktionen) fÃ¶r att partiell inlining skall ske.Maximalt tillÃ¥tet rekursionsdjup nÃ¤r en egenskap efterfrÃ¥gas frÃ¥n ett SSA-namn.Maximalt storlek (i byte) pÃ¥ objekt spÃ¥rade per byte elimineringen av dÃ¶da lagringar.Maximal storlek i byta pÃ¥ konstanta vÃ¤rden som tillÃ¥ts som operander.Maximal storlek pÃ¥ en SCC fÃ¶re SCCVN slutar bearbeta en funktion.Maximal storlek fÃ¶r en lista pÃ¥ vÃ¤rden associerad med varje parameter fÃ¶r konstantpropagering mellan procedurer.Maximal storlek pÃ¥ globala och statiska variabler som kan placeras i den lilla dataarean.Maximal storlek, i lagringsenheter, av ett aggregat som skall Ã¶vervÃ¤gas fÃ¶r skalÃ¤risering vid kompilering fÃ¶r storlek.Maximal storlek, i lagringsenheter, av ett aggregat som skall Ã¶vervÃ¤gas fÃ¶r skalÃ¤risering vid kompilering fÃ¶r hastighet.Maximal delpostlÃ¤ngd fÃ¥r inte Ã¶verstiga %dMaximal stÃ¶dd identifierarlÃ¤ngd Ã¤r %dMinnesallokering misslyckadesSlÃ¥ samman C++-typer med endefinitionsregeln.SlÃ¥ samman intilliggande lagringar.AnvÃ¤ndning av underkommandot merge:Minsta fÃ¶rhÃ¥llande av instruktioner till minnesoperationer fÃ¶r att aktivera fÃ¶rhandshÃ¤mtning (prefetching) i en slinga.Minsta fÃ¶rhÃ¥llande av instruktioner till minnesoperationer fÃ¶r att aktivera fÃ¶rhandshÃ¤mtning (prefetching) fÃ¶r en slinga med okÃ¤nt antal turer.Minimala avstÃ¥ndet mellan lagring och laddning som kan vara i konflikt.Minimal sannolikhet fÃ¶r bÃ¥gar att falla igenom i procent som anvÃ¤nds fÃ¶r att lÃ¤gga till GB till arvs-EBB i LRA.Minimal storlek pÃ¥ en partition fÃ¶r LTO (i uppskattade instruktioner).Minsta heap-expansion fÃ¶r att utlÃ¶sa skrÃ¤psamling, som en procent av den totala storleken pÃ¥ heap:en.Minsta heap-storlek fÃ¶re vi bÃ¶rjar samla skrÃ¤p, i kilobyte.ELEMENTAL-attribut stÃ¤mmer inte mellan MODULE PROCEDURE vid %L och dess grÃ¤nssnitt i %sFormella argumentnamnen till MODULE PROCEDURE stÃ¤mmer inte (%s/%s) vid %CPURE-attribut stÃ¤mmer inte mellan MODULE PROCEDURE vid %L och dess grÃ¤nssnitt i %sRECURSIVE-attribut stÃ¤mmer inte mellan MODULE PROCEDURE vid %L och dess grÃ¤nssnitt i %sAntalet formella MODULE PROCEDURE-argument vid %C stÃ¤mmer inteDet stÃ¤mmer inte i procedurpekartilldelningen vid %L: anropskonventionen stÃ¤mmer inte!$OMP END ATOMIC saknas efter !$OMP ATOMIC CAPTURE vid %C%<&%> saknas i fortsatt teckenkonstant vid %C%<(%> saknas i sats vid eller fÃ¶re %L%<)%> saknas i sats vid eller fÃ¶re %LSaknat argument %qs till inbyggd %s vid %LINITIALIZER-klausul saknas i !$OMP DECLARE REDUCTION av hÃ¤rledd typ utan standardinitierare vid %LAktuellt argument %qs saknas i anrop till %qs vid %LAktuellt argument saknas fÃ¶r argument %qs vid %LAlternativ returspecifikation saknas i subrutinanrop vid %LArgumentlista saknas i funktionen %qs vid %CArgument saknas till %qs vid %CVektorspecifikation saknas vid %L i CODIMENSION-satsVektorspecifikation saknas vid %L i DIMENSION-satsTeckenintervall saknas i IMPLICIT vid %CSlutparentes saknas fÃ¶r att binda etikett vid %CCo-dimensionsspecifikation saknas vid %CSaknat komma vid %LRÃ¤knare saknas fÃ¶r den anropade funktionen %s/%iDimensionsspecifikation saknas vid %CEntitets- eller common-blocknamn saknas till attributspecifikationssats vid %CExponent saknas i reellt tal vid %CFormatetikett saknas vid %CFormat saknas med standardenhet vid %CGenerisk specifikation saknas i USE-sats vid %CNyckelordsnamn saknas aktuell argumentlista vid %CSortparameter saknas vid %CInledande vÃ¤nsterparentes saknasPositiv bredd saknas efter L-beskrivare vid %LNÃ¶dvÃ¤ndig parentes saknas fÃ¶re BIND(C) vid %CSaknad hÃ¶gerparentes vid %CHÃ¶gerparentes eller komma saknas vid %CSymbol saknasModul %qs pÃ¥ rad %d kolumn %d: %sModulfilen %qs har inte genererats, antingen fÃ¶r att modulen inte innehÃ¥ller en MODULE PROCEDURE eller sÃ¥ finns det ett fel i modulen.Modulnatur i USE-sats vid %C skall vara antingen INTRINSIC eller NON_INTRINSICFler aktuella Ã¤n formella argument i proceduranrop vid %LMer Ã¤n en bÃ¥ge ut frÃ¥n en snuttnodFlytta slinginvarianta berÃ¤kningar ut frÃ¥n slingor.Flera identifierare angivna med en ensam NAME=-specificerare vid %CMultipla slingaxlar angivna fÃ¶r rutinenNAME Ã¤r inte tillÃ¥tet pÃ¥ BIND(C) fÃ¶r ABSTRACT INTERFACE vid %CNAME=-specificerare vid %C skall vara ett konstant uttryckNAME=-specificerare vid %C skall vara en skalÃ¤r av standardteckensortNAMELIST %qs i READ-sats vid %L innehÃ¥ller symbolen %qs som inte fÃ¥r stÃ¥ i ett variabeldefinitionssammanhangNAMELIST-vektorobjektet %qs med antagen form i namnlistan %qs vid %LNAMELIST-vektorobjektet %qs med icke-konstant form in namnlistan %qs vid %LNAMELIST-objekt %qs har PRIVATE-komponenter och kan inte vara medlem av PUBLIC-namnlista %qs vid %LNAMELIST-objekt %qs har anvÃ¤ndningsassociativa PRIVATE-komponenter och kan inte vara medlem av namnlistan %qs vid %LNAMELIST-objekt %qs i namnlistan %qs vid %L Ã¤r polymorf och behÃ¶ver en definierad input/output-procedurNAMELIST-objektet %qs i namnlistan %qs vid %L med ALLOCATABLE- eller POINTER-komponenterNAMELIST-objekt %qs deklarerades PRIVATE och kan inte vara medlem av PUBLIC-namnlista %qs vid %LNAMELIST-vektorobjektet %qs med icke-konstant lÃ¤ngd i namnlistan %qs vid %LNEWUNIT-specificerare vid %LNEWUNIT-specificerare mÃ¥ste ha FILE= eller STATUS='scratch' vid %CNON_OVERRIDABLE och DEFERRED kan inte bÃ¥da finnas vid %CNOPASS eller explicit grÃ¤nssnitt krÃ¤vs vid %CNOTE_INSN_BASIC_BLOCK %d mitt i grundblock %dNOTE_INSN_BASIC_BLOCK saknas fÃ¶r block %dattributet NO_ARG_CHECKNULL finns pÃ¥ hÃ¶gersidan i tilldelning vid %LInbyggd NULL med allokerbar MOLD vid %LNULL-pekare vid %L Ã¤r inte tillÃ¥tet som aktuellt argument till inbyggd funktion %qsNULL anvÃ¤nd i aritmetikNULL()-initiering vid %C Ã¤r tvetydigNULL()-initiering vid %C kan inte ha MOLDNamnet %qs vid %C Ã¤r redan definierat som ett generiskt grÃ¤nssnitt vid %LNamnet %qs vid %C Ã¤r en tvetydig referens till %qs frÃ¥n den aktuella programenhetenNamnet %qs vid %C Ã¤r en tvetydig referens till %qs frÃ¥n modulen %qsNamnet %qs vid %C Ã¤r namnet pÃ¥ procedurenNamnet %qs i %s-sats vid %C Ã¤r inte ett konstruktionsnamnNamnet %qs i %s-sats vid %C Ã¤r okÃ¤ntNamnet %qs i ABSTRACT INTERFACE vid %C kan inte vara samma som en inbyggd typNamn efter !$omp critical och !$omp end critical matchar inte vid %CNamn vid %C Ã¤r fÃ¶r lÃ¥ngtNamn pÃ¥ systembiblioteket att lÃ¤nka mot.Namn pÃ¥ startfilen.FÃ¶r lÃ¥ngt namnNamngivet COMMON-block %qs vid %L skall ha samma storlek som pÃ¥ andra hÃ¥ll (%lu mot %lu byte)Namngivet DO-block vid %L krÃ¤ver matchande ENDDO-namnNamngiven konstant %qs vid %L kan inte vara ett EQUIVALENCE-objektNamngiven konstant %qs i variabeldefinitionssammanhang (%s) vid %LNamngiven konstant vid %C Ã¤r en EQUIVALENCENamnlistan %qs kan inte vara ett argument vid %LNamnlistan %qs fÃ¥r inte vara ett argument till en subrutin eller funktion vid %LNamnlistan %s fÃ¥r inte namnÃ¤ndras av USE-association till %sNamnlistegruppnamnet %qs vid %C har redan grundtypen %sNamnlistegruppnamn %qs vid %C Ã¤r redan USE-associerat och fÃ¥r inte specificeras om.Namnlistegruppnamnet vid %L kan inte ha attributet SAVEDet behÃ¶vs antingen entitet- eller common-blocknamn fÃ¶r attributspecifikationssatsen vid %CNegativt argument N vid %LNegativ exponent pÃ¥ heltal har nollresultat vid %LNÃ¤stade CRITICAL-block vid %CIngen FPX/FPU-blandning tillÃ¥tenInget bindningsnamn Ã¤r tillÃ¥tet i BIND(C) vid %CInga grenar
  Inga anrop
  Ingen standard-crt0.o.Ingen avsÃ¤ndare funnen fÃ¶r %sIngen avsÃ¤ndare funnen fÃ¶r versionsattributenIngen avsÃ¤ndare funnen fÃ¶r versionsattributen: %sIngen bÃ¥ge ut frÃ¥n snuttnodInga kÃ¶rbara rader
! Ingen initierare fÃ¶r den allokerbara komponenten %s angiven i postkonstrueraren vid %CIngen initierare fÃ¶r komponent %qs angiven i postkonstrueraren vid %C!Ingen plats i uttryck nÃ¤ra %LIngen plats i satsStÃ¶djs inte lÃ¤ngre.Inget regionskorsande hopp vi d sektionsgrÃ¤ns i gb %iNoden har mer Ã¤n en chkp-referensEj ELEMENTAL anvÃ¤ndardefinierad tilldelning i WHERE vid %LIcke-PARAMETER-symbolen %qs vid %L kan inte ha antagen formIcke-POINTER i pekarassociationssammanhang (%s) vid %LIcke RECURSIVE procedur %qs vid %L anropar kanske sig sjÃ¤lv rekursivt.  Deklarera den RECURSIVE eller anvÃ¤nd %<-frecursive%>.Ej THREADPRIVATE objekt %qs i COPYIN-fall vid %LIcke-teckens vektorelement med antagen form i FORMAT-tagg vid %LIcke-teckens vektorelement med antagen storlek i FORMAT-tagg vid %LIcke-tecken i FORMAT-tagg vid %LIcke-teckens pekarvektorelement i FORMAT-tagg vid %LLÃ¤gre grÃ¤ns som inte Ã¤r konstant i fÃ¶rmodat formad deklaration vid %LIcke-standard LOGICAL sort i %s-tagg vid %LEj utvidgningsbar hÃ¤rledd typ %qs vid %L fÃ¥r inte vara ABSTRACTIcke-numeriska tecken i satsetikett vid %CIckepolymorfa attrappargument fÃ¶r pass-objekt till %qs vid %LIckeskalÃ¤r FINAL-procedur vid %L skulle ha argument med antagen formOsignifikanta siffror i %qs-tal vid %C, kanske felaktig KINDIcke variabelt uttryck i variabeldefinitionssammanhang (%s) vid %LIcke tom imaginÃ¤r del kastades vid konvertering frÃ¥n %qs till %qs vid %LEj allokerbar variabel fÃ¥r inte vara polymorf i inbyggd tilldelning vid %L - kontrollera att det finns en matchande specifik subrutin fÃ¶r operatorn â€�=â€�Icke co-vektorkomponenten %s vid %L av typen EVENT_TYPE eller med en underkomponent av typen EVENT_TYPE mÃ¥ste ha en co-dimension eller vara en underkomponent till en co-vektor.  (Variabler av typen %s fÃ¥r inte ha en co-dimension eftersom %s vid %L har en co-dimension eller en co-vektorunderkomponent)Icke co-vektorkomponenten %s vid %L av typen EVENT_TYPE eller med en underkomponent av typen LOCK_TYPE mÃ¥ste ha en co-dimension eller vara en underkomponent av en co-vektor.  (Variabler av typen %s fÃ¥r inte ha en co-dimension eftersom det redan finns en co-vektorunderkomponent)Icke co-vektorkomponenten %s vid %L av typen LOCK_TYPE eller med en underkomponent av typen LOCK_TYPE mÃ¥ste ha en co-dimension eller vara en underkomponent till en co-vektor.  (Variabler av typen %s fÃ¥r inte ha en co-dimension eftersom %s vid %L har en co-dimension eller en co-vektorunderkomponent)Icke co-vektorkomponenten %s vid %L av typen LOCK_TYPE eller med en underkomponent av typen LOCK_TYPE mÃ¥ste ha en co-dimension eller vara en underkomponent av en co-vektor.  (Variabler av typen %s fÃ¥r inte ha en co-dimension eftersom det redan finns en co-vektorunderkomponent)Ej konformt tabulatortecken vid %CEj konformt tabulatortecken i kolumn %d pÃ¥ rad %dEj konformt tabulatortecken i formatet vid %CIckekonstant vektorsektion vid %L i DATA-sats.OsammanhÃ¤ngande vektor med fÃ¶rdrÃ¶jd form %qs i %s-klausul vid %LInkluderingskatalogen %qs finns inteExponent som inte Ã¤r heltal i ett initieringsuttryck vid %LEj interoperabel vektor-FPTR vid %L till C_F_POINTER: %sEj interoperabel vektor vid %L som argument till C_LOC: %sEj interoperabel procedur vid %L till C_FUNLOCEj interoperabel procedurpekare vid %L till C_F_PROCPOINTERDen ej inbyggda elementÃ¤ra proceduren %qs Ã¤r ogiltig i procedurpekartilldelning vid %LIckenegativ bredd krÃ¤vsIckepolymorf referens till en abstrakt typ vid %CTypdeklaration ej enligt standard %s*%d vid %CInte tillrÃ¤ckligt med element i vektorinitieraren vid %CEj fÃ¶rvÃ¤ntades TAGG.Oinstrumenterad nod har en originaldeklaration som inte Ã¤r NULLAntal partitioner programmet skall delas upp i.Antal register fÃ¶r att skicka heltalsargument.Numerisk PARAMETER krÃ¤vs i komplex konstant vid %CNumeriska operander krÃ¤vs i uttryck vid %LNumeriska eller CHARACTER-operander krÃ¤vs i uttrycket vid %LOLD-argumentet till den inbyggda funktionen %s vid %L mÃ¥ste vara definierbartOMP DECLARE TARGET COMMON vid %L Ã¤r tidigare nÃ¤mnd i en LINK-klausul och senare i en TO-klausulOMP DECLARE TARGET COMMON %L Ã¤r tidigare nÃ¤mnd i en TO-klausul och senare i en LINK-klausulOMP DECLARE TARGET-variabel vid %L Ã¤r ett element i ett COMMON-blockOMP DECLARE TARGET-variabeln vid %L nÃ¤mndes tidigare i en LINK-klausul och senare i en TO-klausulOMP DECLARE TARGET-variabel vid %L nÃ¤mndes tidigare i en TO-klausul och senare i en LINK-klausulOMP TARGET UPDATE vid %L behÃ¶ver Ã¥tminstone en TO- eller FROM-klausulOPEN-sats vid %C mÃ¥ste ha antingen UNIT eller NEWUNIT angivetOPEN-sats Ã¤r inte tillÃ¥ten i en PURE-procedur vid %COPERATOR-argumentet till vid %L mÃ¥ste vara en PURE-funktionOPTIONAL Ã¤r inte tillÃ¥tet inuti BLOCK vid %CORDERED-klausulargument Ã¤r inte ett konstant positivt heltal vid %CORDERED-klausulparameter Ã¤r mindre Ã¤n COLLAPSE vid %LObjekt %qs Ã¤r inte en variabel vid %LObjective-C-deklarationer fÃ¥r bara fÃ¶rekomma pÃ¥ global nivÃ¥FÃ¶rlegad funktion:FristÃ¥ende verktyg fÃ¶r att hantera gcda-rÃ¤kningar
  
! Gammaldags teckenlÃ¤ngd vid %CGammaldags initiering vid %CGammaldags typdeklaration %s*%d stÃ¶djs inte vid %CUtelÃ¤mna rampekaren i lÃ¶vfunktioner.Uteslut intervallreduktionssteget nÃ¤r komplex division gÃ¶rs.UtelÃ¤mna rampekaren i lÃ¶vfunktioner.Ett av de aktuella subrutinargumenten i INITIALIZER-klausulen i !$OMP DECLARE REDUCTION mÃ¥ste vara OMP_PRIV vid %LEndast felsÃ¶kningsformatet DWARF stÃ¶djs fÃ¶r avbrottshanteringsrutiner.Endast SOURCE- eller SINK-beroendetyper Ã¤r tillÃ¥tna med ORDERED-direktiv vid %LEndast vektor-FINAL-procedurer deklarerade fÃ¶r den hÃ¤rledda typen %qs definierade vid %L, fÃ¶reslÃ¥r Ã¤ven en skalÃ¤rGenerera endast absoluta omlokaliseringar fÃ¶r vÃ¤rden av ordstorlek.Endast inbyggda operatorer kan anvÃ¤ndas i uttryck vid %LLÃ¤gg bara ut en instruktion per cykel.Endast bevarad fÃ¶r bakÃ¥tkompatibilitet.Endast formen !$ACC ROUTINE utan en lista Ã¤r tillÃ¥ten i grÃ¤nssnittsblock vid %CEndast formen !$OMP DECLARE TARGET utan klausuler Ã¤r tillÃ¥ten i grÃ¤nssnittsblock vid %CAnvÃ¤nd bara 32 FPR:er.AnvÃ¤nd bara 32 GPR:er.OpenACC-konstruktion inuti en icke-OpenACC-regionOpenACC-direktiv inuti CRITICAL-block vid %COpenACC-direktiv vid %C fÃ¥r inte fÃ¶rekomma i PURE-procedurerOpenACC-slingdirektiv mÃ¥ste vara associerade med en OpenACC-berÃ¤kningsregionOpenACC-region inuti OpenACC-rutin, nÃ¤stad parallellism stÃ¶djs inte Ã¤nnuOpenMP-konstruktioner andra Ã¤n %<#pragma omp ordered simd%> fÃ¥r inte inneslutna i en %<simd%>-regionAndra OpenMP-direktiv Ã¤n SIMD eller DECLARE TARGET vid %C fÃ¶r inte fÃ¶rekomma i PURE- eller ELEMENTAL-procedurerOperand till operatorn .not. vid %%L Ã¤r %sOperand till unÃ¤r numerisk operator %%<%s%%> vid %%L Ã¤r %sOperanderna till anvÃ¤ndaroperatorn %%<%s%%> vid %%L Ã¤r %sOperander till binÃ¤r numerisk operator %%<%s%%> vid %%L Ã¤r %s/%sOperanderna till jÃ¤mfÃ¶relseoperatorn %%<%s%%> vid %%L Ã¤r %s/%sOperanderna till logiska operatorn %%<%s%%> vid %%L Ã¤r %s/%sOperanderna till strÃ¤ngkonkateneringsoperatorn vid %%L Ã¤r %s/%sOperanderna till anvÃ¤ndaroperatorn %%<%s%%> vid %%L Ã¤r %s/%sOperatorgrÃ¤nssnitt vid %L stÃ¥r i konflikt med inbyggt grÃ¤nssnittOperatorgrÃ¤nssnitt vid %L har fel antal argumentOperatorgrÃ¤nssnitt vid %L mÃ¥ste ha, hÃ¶gst, tvÃ¥ argumentOptimera mÃ¤ngden stdarg-register som sparas pÃ¥ stacken vid starten av en funktion.Optimera villkorliga mÃ¶nster med SSA PHI-noder.Optimera fÃ¶r bekvÃ¤m felsÃ¶kning snarare Ã¤n storlek eller hastighet.Optimera fÃ¶r storlek istÃ¤llet fÃ¶r hastighet.Optimera fÃ¶r hastighet och bortse frÃ¥n exakt efterlevnad av standarder.Optimera ramhuvud.Optimera induktionsvariabler pÃ¥ trÃ¤d.Optimera adressladdning lui/addiu.Optimera op-kodsstorlekar vid lÃ¤nkningstillfÃ¤llet.Optimera partitionssterilisering.Optimera syskon- och svansrekursiva anrop.Optimera svansanropsinstruktioner i assembler och lÃ¤nkare.Flaggan %<-fallow-leading-underscore%> skall endast anvÃ¤ndas av gfortran-utvecklare, och skall inte anvÃ¤ndas fÃ¶r implicit typade variablerFlaggan %s inte konsekvent anvÃ¤nd i alla LTO-indatafilerFlaggan %s med olika vÃ¤rdenFlaggor:
  UtanfÃ¶r grÃ¤nserna i IMAGE_INDEX vid %L fÃ¶r dimension %d, SUB har %ld och COARRAY nedre grÃ¤ns Ã¤r %ld)UtanfÃ¶r grÃ¤nserna i IMAGE_INDEX vid %L fÃ¶r dimension %d, SUB har %ld och COARRAY Ã¶vre grÃ¤ns Ã¤r %ld)Slut pÃ¥ stackutrymme.
! Mata ut en .debug_types-sektion nÃ¤r DWARF v4 felsÃ¶kningsinformation anvÃ¤nds.Mata ut lto-objekt som innehÃ¥ller bÃ¥de mellansprÃ¥ket och binÃ¤rutdata.Skriv ut information om stackanvÃ¤ndning fÃ¶r varje funktion.Mata ut verifieringsrÃ¤knare fÃ¶r vtable.Mata ut information om verifieringspekaruppsÃ¤ttningar fÃ¶r vtable.AnvÃ¤ndning av underkommandot overlap:Ã–verlappande olika initierare i EQUIVALENCE vid %CÃ–verlappande olika initierare i EQUIVALENCE vid %LÃ…sidosÃ¤tt -mbest-lib-options.P-beskrivare krÃ¤ver inledande skalfaktorPAD= vid %C Ã¤r inte tillÃ¥tet i Fortran 95PARAMETER %qs anvÃ¤nds vid %L fÃ¶re dess definition Ã¤r komplettPARAMETER vid %L saknar en initierarePARAMETER-objekt %qs Ã¤r inte tillÃ¥tet vid %LPARAMETER-symbol i komplex konstant vid %CPARAMETER utan â€�()â€� vid %CPAUSE-sats vid %CPC-relativa literala laddningar.PCS-variantPHI-argument saknas fÃ¶r bÃ¥gen %d->%dPHI-argument Ã¤r inte SSA_NAME eller invariantPHI-nod med platsPHI-nod med felaktig VUSE pÃ¥ bÃ¥ge frÃ¥n GB %dPIC-kodsgenerering Ã¤r inte kompatibelt med snabba indirekta anropPIC-kodgenerering stÃ¶djs inte i den portabla kÃ¶rtidsmodellenPIC stÃ¶djs inte fÃ¶r %s.  Genererar endast icke-PIC-kod.PIC stÃ¶djs endast fÃ¶r RTP:erPIC krÃ¤vs men stÃ¶djs inte med CONST16-instruktionerPIC-register skrivs Ã¶ver av %qs i %<asm%>PIC-register Ã¤r inte uppsattPIC-stÃ¶d fÃ¶r -fstack-limit-symbolPOINTER-attribut krÃ¤vs fÃ¶r procedurpekarkomponenten vid %CPOINTER-objekt %qs i %s-fall vid %LPOINTER-objekt %qs av hÃ¤rledd typ i %s-klausul vid %LPOINTER-objekt %qs av polymorf typ i %s-klausul vid %LPOINTER-vÃ¤rd funktion fÃ¶rekommer pÃ¥ hÃ¶gersidan av tilldelning vid %LPRE avslagenPRINT-namnlista vid %C Ã¤r en utÃ¶kningPRINT-sats vid %C Ã¤r inte tillÃ¥ten inuti PURE-procedurPRINT_OPERAND null-pekarePRINT_OPERAND, ogiltig instruktion fÃ¶r %%CPRINT_OPERAND, ogiltig instruktion fÃ¶r %%NPRINT_OPERAND: OkÃ¤nd interpunktion '%c'PRINT_OPERAND_ADDRESS, null-pekarePRIVATE-sats vid %C fÃ¥r endast fÃ¶rekomma i specifikationsdelen av en modulPRIVATE-sats vid %C mÃ¥ste fÃ¶regÃ¥ procedurbindningarPRIVATE-sats vid %C mÃ¥ste fÃ¶regÃ¥ strukturkomponenterPRIVATE-sats i TYPE vid %C mÃ¥ste vara inuti en MODULEPROCEDURE %qs vid %L fÃ¥r inte anvÃ¤ndas som sitt eget grÃ¤nssnittPROCEDURE vid %C mÃ¥ste vara i ett generiskt grÃ¤nssnittPROCEDURE-attribut i konflikt med INTENT-attribut i %qs vid %LPROCEDURE-attribut i konflikt med NAMELIST-attribut i %qs vid %LAttributet PROCEDURE stÃ¥r i konflikt med attributet PROTECTED vid %LPROCEDURE-attribut i konflikt med RESULT-attribut i %qs vid %LPROCEDURE-attribut i konflikt med SAVE-attribut i %qs vid %LPROCEDURE-lista vid %CPROCEDURE-sats vid %CPROCEDURE(interface) vid %C skulle vara deklarerat DEFERREDPROTECTED vid %C Ã¤r endast tillÃ¥tet i specifikation av en del av en modulAttributet PROTECTED vid %CAttributet PROTECTED stÃ¥r i konflikt med attributet EXTERNAL vid %LPROTECTED-sats vid %CPTX stÃ¶djer inte svaga deklarationer (endast svaga definitioner)PUBLIC %s %qs vid %L har PRIVATE hÃ¤rledd typ %qsPUBLIC-funktionen %qs vid %L har PRIVATE typ %qsPUBLIC-sats vid %C fÃ¥r endast fÃ¶rekomma i specifikationsdelen av en modulPURE och IMPURE fÃ¥r inte bÃ¥da finnas vid %CPURE-prefixet i MODULE PROCEDURE-grÃ¤nssnittet saknas vid %LPacka VLIW-instruktioner.Packa ihop postmedlemmar utan hÃ¥l.Utfyllnad med %d byte krÃ¤vs fÃ¶re %qs i COMMON %qs vid %L, byt ordning pÃ¥ element eller anvÃ¤nd -fno-align-commonsUtfyllnad med %d byte krÃ¤vs fÃ¶re %qs i COMMON vid %L, byt ordning pÃ¥ element eller anvÃ¤nd -fno-align-commonsParameter %qs vid %L har inte deklarerats eller Ã¤r en variabel, som inte reduceras till ett konstant uttryckParametervektor %qs vid %L kan inte ha automatisk eller fÃ¶rdrÃ¶jd formParameterpakets-__bases Ã¤r endast giltiga i malldeklarationerParameter till inbyggd mÃ¥ste vara en strÃ¤ngkonstant eller -literalParameter till inbyggd Ã¤r inte giltig: %sSkicka vidare flaggan -EB till lÃ¤nkaren.Skicka vidare flaggan -EL till lÃ¤nkaren.Skicka vidare flaggan -marclinux till lÃ¤nkaren.Skicka vidare flaggan -marclinux_prof till lÃ¤nkaren.Skicka -z text till lÃ¤nkaren.Skicka adressen pÃ¥ ra-lagringsplatsen till _mcount i $12.Skickat objekt vid %L mÃ¥ste vara skalÃ¤rAttrappargument fÃ¶r pass-objekt till %qs vid %L mÃ¥ste vara pÃ¥ samma position som attrappargumentet fÃ¶r pass-objektet i den Ã¥sidosatta procedurenSkickat objekt-attrappargument till %qs vid %L mÃ¥ste vara skalÃ¤rtSkickat objekt-attrappargument till %qs vid %L fÃ¥r inte vara ALLOCATABLESkickat objekt-attrappargument till %qs vid %L fÃ¥r inte vara POINTERSkickar vidare en begÃ¤ran till assemblern att aktivera rÃ¤ttningar fÃ¶r diverse kiselerrata.Skickar vidare en begÃ¤ran till assemblern att varna fÃ¶r diverse kiselerrata.Skickar co-vektor vid %L till allokerbart, icke co-vektor attrappargument %qs, som Ã¤r ogiltigt om allokeringsstatusen Ã¤ndrasSkickar co-vektor vid %L till allokerbart, icke co-vektor, INTENT(OUT) attrappargument %qsAtt skicka intern procedur som plats vid %L Ã¤r inte tillÃ¥tetProcentuellt straff funktioner som innehÃ¥ller ett ensamt anrop av en annan funktion kommer fÃ¥ nÃ¤r de utvÃ¤rderas fÃ¶r kloning.Procentuellt straff de rekursiva funktionerna kommer fÃ¥ nÃ¤r de utvÃ¤rderas fÃ¶r kloning.UtfÃ¶r dubbletteliminering i DWARF.UtfÃ¶r IPA-propagering av vÃ¤rdeintervall.FÃ¤ll ihop identisk kod fÃ¶r funktioner och endast lÃ¤sbara variabler.FÃ¤ll ihop identisk kod fÃ¶r funktioner.UtfÃ¶r ihopfÃ¤llning av identiskt kod fÃ¶r variabler.UtfÃ¶r SMS-baserad modulo-schemalÃ¤ggning fÃ¶re det fÃ¶rsta schemalÃ¤ggningspasset.UtfÃ¶r SMS-baserad modulo-schemalÃ¤ggning med tillÃ¥ten registerfÃ¶rflyttning.UtfÃ¶r VR4130-specifik justeringsoptimering.UtfÃ¶r propagering av vÃ¤rdeintervall i trÃ¤d.UtfÃ¶r ett framÃ¥tpropageringspass pÃ¥ RTL.UtfÃ¶r ett antal smÃ¤rre, dyra optimeringar.UtfÃ¶r ett optimeringspass fÃ¶r kopieringspropagering av register.UtfÃ¶r ett optimeringspass med registernamnbyten.UtfÃ¶r ett optimeringspass med mÃ¥lberoende instruktionssammanslagning.UtfÃ¶r optimering av grenmÃ¥lsladdning efter prolog-/epilogtrÃ¥dning.UtfÃ¶r optimering av grenmÃ¥lsladdning fÃ¶re prolog-/epilogtrÃ¥dning.UtfÃ¶r kloning fÃ¶r att gÃ¶ra konstantpropagering mellan procedurer starkare.UtfÃ¶r eliminering av jÃ¤mfÃ¶relser efter registertilldelningen har avslutats.UtfÃ¶r konvertering av villkorliga hopp till grenlÃ¶sa motsvarigheter.UtfÃ¶r konvertering av villkorliga hopp till villkorlig exekvering.UtfÃ¶r konvertering av switch-initieringar.UtfÃ¶r optimering fÃ¶r korshopp.UtfÃ¶r tidig inline:ing.UtfÃ¶r fÃ¶rbÃ¤ttrad fÃ¶rflyttning av laddning under global eliminering av gemensamma deluttryck.UtfÃ¶r funktionslokala pekar-pÃ¥-analyser i trÃ¤d.UtfÃ¶r global eliminering av gemensamma deluttryck efter att registertilldelning har avslutats.UtfÃ¶r global eliminering av gemensamma deluttryck.UtfÃ¶r indirekt inline:ing.UtfÃ¶r interna konsistenskontroller.UtfÃ¶r bitvis konstantpropagering mellan procedurer.UtfÃ¶r konstantpropagering mellan procedurer.UtfÃ¶r pekar-pÃ¥-analyser mellan procedurer.UtfÃ¶r profileringspropagering mellan procedurer.UtfÃ¶r interprocedurell reduktion av aggregat.UtfÃ¶r hopptrÃ¥dningsoptimeringar.UtfÃ¶r livstidsuppdelning under passet SSA->normal.UtfÃ¶r slingavskalning.UtfÃ¶r slingdelning.UtfÃ¶r slingutrullning fÃ¶r alla slingor.UtfÃ¶r slingutrullning nÃ¤r iterationsantalet Ã¤r kÃ¤nt.UtfÃ¶r slingavvÃ¤xling.UtfÃ¶r partiell inline:ing.UtfÃ¶r eliminering av Ã¶verflÃ¶dig laddning efter lagring i globala gemensamma deluttryck.UtfÃ¶r skalÃ¤rersÃ¤ttning av aggregat.UtfÃ¶r programvarurÃ¶rlÃ¤ggning av inre slingor under selektiv schemalÃ¤ggning.UtfÃ¶r programvarurÃ¶rlÃ¤ggning av yttre slingor under selektiv schemalÃ¤ggning.UtfÃ¶r spekulativ avvirtualisering.UtfÃ¶r fÃ¶rflyttning av lagring efter global eliminering av gemensamma deluttryck.UtfÃ¶r rÃ¤tlinjig styrkereduktion.UtfÃ¶r superblockformering via svansduplicering.UtfÃ¶r eliminering av oanvÃ¤nda symboler i felsÃ¶kningsinformation.UtfÃ¶r eliminering av oanvÃ¤nda typer i felsÃ¶kningsinformation.UtfÃ¶r variabelspÃ¥rning och tagga ocksÃ¥ variabler som Ã¤r oinitierade.UtfÃ¶r variabelspÃ¥rning genom att annotera tilldelningar.UtfÃ¶r variabelspÃ¥rning.UtfÃ¶r optimering av hela program.Period krÃ¤vs i formatangivelsePeriod krÃ¤vs i formatangivelse %s vid %LPeriod krÃ¤vs i formatangivelse vid %LTillÃ¥t â€�$â€� som ett identifierartecken.TillÃ¥t ej konforma anvÃ¤ndningar av tabulatortecken.TillÃ¥t schemalÃ¤ggning av en funktions prologsekvens.TillÃ¥t universella teckennamn (\u och \U) i identifierare.Placera en stoppbit efter varje cykel vid schemalÃ¤ggning.Placera dataobjekt i sin egen sektion.Placera varje funktion i sin egen sektion.Placera flyttalskonstanter i TOC.Placera symbol+avstÃ¥nd-konstanter i TOC.Var vÃ¤nlig och skicka in en komplett felrapport,
  om mÃ¶jligt med preprocessad kÃ¤llfil.
! InsticksmodulerPekarkontrolleraren krÃ¤ver stÃ¶d fÃ¶r MPX pÃ¥ detta mÃ¥l.  AnvÃ¤nd flaggan -mmpx fÃ¶r att aktivera MPX.Pekarvektorkomponent i post vid %C mÃ¥ste ha fÃ¶rdrÃ¶jd formPekartilldelningsmÃ¥let har attributet PROTECTED vid %LPekartilldelningsmÃ¥l Ã¤r vare sig TARGET eller POINTER vid %LPekartilldelningsmÃ¥let Ã¤r inte en POINTER vid %LPekartilldelning med vektorindexering pÃ¥ hÃ¶gersidan vid %LPekare vid %L i pekartilldelning kan Ã¶verleva pekarmÃ¥letPekarkomponenten %s vid %L har en icke co-vektordelkomponent av typen EVENT_TYPE, som mÃ¥ste ha en co-dimension eller vara en delkomponent av en co-vektorPekarkomponenten %s vid %L har en icke co-vektordelkomponent av typen LOCK_TYPE, som mÃ¥ste ha en co-dimension eller vara en delkomponent av en co-vektorPekarinitiering vid %C krÃ¤ver %<=>%>, inte %<=%>PekarinitieringsmÃ¥l vid %L mÃ¥ste ha attributet SAVEMÃ¥let fÃ¶r pekarinitieringen vid %L mÃ¥ste ha attributet TARGETPekarinitieringsmÃ¥l vid %L fÃ¥r inte vara ALLOCATABLEPekarobjektet vid %C kan inte vara co-indexeratPekarobjektet vid %L kan inte ha ett co-indexProcedurpekartilldelning vid %LPekarvektor som aktuellt argument vid %L krÃ¤ver ett attrappargument %qs med antagen form eller pekarvektor pÃ¥ grund av attributet VOLATILEPekare Ã¤r 32-bitars.Pekare Ã¤r 64-bitars.Policyer tillgÃ¤ngliga att anvÃ¤ndas med -mcompact-branches=:Polymorf FPTR vid %L till C_F_POINTERPolymorf komponent %s vid %L i SEQUENCE- eller BIND(C)-typ %sPolymorf skalÃ¤r skickad till vektorattrappargument %qs vid %LPolymorft subobjekt till co-indexerat objekt vid %LPositiv exponentbredd krÃ¤vsPositiv bredd krÃ¤vsPositiv bredd krÃ¤vs i formatspecificerare %s vid %LPositiv bredd krÃ¤vs med T-beskrivareMÃ¶jlig Ã¤ndring av vÃ¤rde vid konvertering frÃ¥n %s till %s vid %LMÃ¥lflaggan fÃ¶r power9 Ã¤r inkompatibel med -mcpu=<xxx> fÃ¶r <xxx> som Ã¤r mindre Ã¤n power9FÃ¶redra hopp framfÃ¶r villkorlig kÃ¶rning.FÃ¶redra ordÃ¥tkomst fÃ¶re byteÃ¥tkomst.Inled globala symboler med â€�:â€� (fÃ¶r anvÃ¤ndning tillsammans med PREFIX).Preprocessa endast direktiv.Preprocessad kÃ¤llkod lagrad i filen %s, bifoga den till din felrapport.
  Bevara PowerPC 476:ans lÃ¤nkstack genom att matcha en blr med bcl/bl-instruktionerna som anvÃ¤nds fÃ¶r GOT-Ã¥tkomster.LÃ¥tsas en gren-runt-en-fÃ¶rflyttning Ã¤r en villkorlig fÃ¶rflyttning.LÃ¥tsas att grenar Ã¤r dyra.FÃ¶rhindra anvÃ¤ndningen av alla flyttalsoperationer.FÃ¶rhindra anvÃ¤ndningen av alla flyttalsinstruktioner i hÃ¥rdvara.FÃ¶regÃ¥ende !$OMP DECLARE REDUCTION vid %LTidigare !$OMP DECLARE REDUCTION frÃ¥n modulen %s vid %LSkriv CPU-trimningsinformation som kommentarer i assemblerfilen.  Detta Ã¤r en flagga som anvÃ¤nds endast fÃ¶r regressionstestning av kompilatorn och Ã¤r inte avsett fÃ¶r normal anvÃ¤ndning i kompilerad kod.Skriv ut kodtÃ¤ckningsinformation.
  
  Skriv extra (mÃ¶jligen oÃ¶nskade) varningar.Skriv fix-it-tips till standard fel i unifierat diff-format.Skriv fixit-tips i maskinlÃ¤sbar form.Skriv ut namnet pÃ¥ huvudfiler allteftersom de anvÃ¤nds.Sannolikheten att COMDAT-funktionen kommer att delas med en annan kompileringsenhet.Proceduren %qs vid %C har ett explicit grÃ¤nssnitt och fÃ¥r inte ha attribut deklarerade vid %LProceduren %qs vid %C Ã¤r redan definierad vid %LProceduren %qs vid %L har redan en grundtyp %sProcedur %qs vid %L har samma namn som en komponent i %qsProceduren %qs vid %L har samma namn som den Ã¤rvd komponent i %qsProcedur %qs vid %L fÃ¥r inte ha grundtypen %sProceduren %qs vid %L mÃ¥ste ha attributet BIND(C) fÃ¶r att vara C-interoperativProceduren %qs anropad vid %L Ã¤r inte explicit deklareradProcedur %qs anropad med ett implicit grÃ¤nssnitt vid %LProceduren %qs i %s vid %L har inget explicit grÃ¤nssnittProceduren %qs i %s vid %L Ã¤r varken en funktion eller subrutinProceduren %qs i PUBLIC-grÃ¤nssnittet %qs vid %L tar attrappargument fÃ¶r %qs som Ã¤r PRIVATEProcedur %qs med PASS vid %L mÃ¥ste ha Ã¥tminstone ett argumentProceduren %qs med PASS(%s) vid %L har inget argument %qsProceduren %s med bindningsetiketten â€�%sâ€� vid %L anvÃ¤nder samma globala identifierare som enheten vid %LProcedurargument vid %L Ã¤r lokalt i en PURE-procedur och har attributet POINTERProcedurpekaren %qs vid %L skall inte vara elementÃ¤rProcedurpekare %qs i %s-klausul vid %LProcedurpekare vid %CProcedurpekarkomponenten %qs vid %L kan inte vara en medlem av den BIND(C)-hÃ¤rledda typen %qs vid %LProcedurpekarkomponent %qs anropad med ett implicit grÃ¤nssnitt vid %LProcedurpekarkomponent %qs krÃ¤ver en argumentlista vid %CProcedurpekarkomponent %qs med PASS vid %L mÃ¥ste ha Ã¥tminstone ett argumentProcedurpekarkomponent %qs med PASS(%s) vid %L har inget argument %qsProcedurpekarkomponent vid %CProcedurpekarinitieringsmÃ¥l vid %L fÃ¥r inte vara en procedurpekareProcedurpekarresultat %qs vid %L saknar pekarattributetProcedurpekarmÃ¥let %qs vid %L mÃ¥ste vara antingen en inbyggd, vÃ¤rd, vÃ¤rd- eller anvÃ¤ndningsassocierad, refererad eller ha attributet EXTERNALHantera #ident-direktiv.Bearbetar specifikationen (%s), som Ã¤r â€�%sâ€�
  Skapa en stackspÃ¥rning nÃ¤r ett fel intrÃ¤ffar under kÃ¶rning.Producera en varning vid kÃ¶rning om en vektortemporÃ¤r har skapats fÃ¶r ett procedurargument.Producera kod med rak byteordning.Producera kod som kan omlokaliseras vid kÃ¶rtillfÃ¤llet.Producera kod med omvÃ¤nd byteordning.Profildata fÃ¶r funktion %u Ã¤r trasigProfilinformation i %s Ã¤r skadadProgrammet ligger helt i lÃ¥ga 64Â kB minne.FÃ¶rhindra PC-relativa funktionsanrop.FÃ¶rhindra PC-relativa hopp.Skydda parenteser i uttryck.TillhandahÃ¥ll bibliotek fÃ¶r simulatorn.Skicka ut utÃ¶kade register pÃ¥ stacken i Ã¶vervakningsfunktioner.LÃ¤gg alla lokala vektorer pÃ¥ stacken.Placera allting i den vanliga TOC.LÃ¤gg hopptabeller fÃ¶r switch-satser i .data-sektionen istÃ¤llet fÃ¶r .code-sektionen.Placera relokerad endast lÃ¤sbar data i .data-sektionen.Placera oinitierade konstanter i ROM (krÃ¤ver -membedded-data).LÃ¤gg nollinitierad data i bss-sektionen.R2-arkitekturen har endast omvÃ¤nd byteordningREAL-vektorindex vid %LREAL(KIND=10) Ã¤r inte tillgÃ¤nglig med flaggan %<-real-4-real-10%>REAL(KIND=10) Ã¤r inte tillgÃ¤nglig med flaggan %<-freal-8-real-10%>REAL(KIND=10) Ã¤r inte tillgÃ¤nglig med flaggan %<-freal-8-real-16%>REAL(KIND=16) Ã¤r inte tillgÃ¤nglig med flaggan %<-freal-4-real-16%>REAL(KIND=4) Ã¤r inte tillgÃ¤nglig med flaggan %<-freal-8-real-4%>REAL(KIND=8) Ã¤r inte tillgÃ¤nglig med flaggan %<-fdefault-real-8%>REAL(KIND=8) Ã¤r inte tillgÃ¤nglig med flaggan %<-freal-4-real-8%>RECORD vid %C Ã¤r en utÃ¶kning, aktivera den med -fdec-structureRECURSIVE-prefixet i MODULE PROCEDURE-grÃ¤nssnittet saknas vid %LRESULT-variabel vid %C mÃ¥ste vara skilt frÃ¥n funktionsnamnetRESULT_DECL bÃ¶r lÃ¤sas endast nÃ¤r DECL_BY_REFERENCE Ã¤r sattRETURN-sats i huvudprogram vid %CROUND= vid %C Ã¤r inte tillÃ¥tet i Fortran 95RTL-kontroll: Ã¥tkomst av elt %d av â€�%sâ€� med sista elt %d i %s, vid %s:%dRTL-kontroll: Ã¥tkomst av elt %d i vektor med sista elt %d i %s, vid %s:%dRTL-kontroll: Ã¥tkomst av hwi elt %d i vektor med sista elt %d i %s, vid %s:%dRTL-kontroll: fÃ¶rsÃ¶k att hantera icke-block-symbol som en blocksymbol i %s, vid %s:%dRTL-kontroll: fÃ¶rvÃ¤ntade kod â€�%sâ€� eller â€�%sâ€�, har â€�%sâ€� i %s, vid %s:%dRTL-kontroll: fÃ¶rvÃ¤ntade kod â€�%sâ€�, har â€�%sâ€� i %s, vid %s:%dRTL-kontroll: fÃ¶rvÃ¤ntade elt %d typ â€�%câ€� eller â€�%câ€�, har â€�%câ€� (rtx %s) i %s, vid %s:%dRTL-kontroll: fÃ¶rvÃ¤ntade elt %d typ â€�%câ€�, har â€�%câ€� (rtx %s) i %s, vid %s:%dRTL-flaggkontroll: %s anvÃ¤nt med ovÃ¤ntad rtx-kod â€�%sâ€� i %s, vid %s:%dRTP PIC Ã¤r inkompatibelt med -msingle-pic-baseRTP PIC Ã¤r inkompatibel med ThumbRTTI kommer inte att fungera fÃ¶r denna typRX FPU-instruktioner stÃ¶djer inte NaN:er och oÃ¤ndligheterHÃ¶ja en negativ REAL vid %L till en REAL exponent Ã¤r inte tillÃ¥tetIntervallspecifikationen vid %L kan aldrig matchasOrdning stÃ¤mmer inte i argument %qs vid %L (ordning %d och ordning %d)Ordning stÃ¤mmer inte i argument %qs vid %L (ordning %d och skalÃ¤r)Ordning stÃ¤mmer inte i argument %qs vid %L (skalÃ¤r och ordning %d)Ordning stÃ¤mmer inte i vektorreferens vid %L (%d/%d)MÃ¥let fÃ¶r Ã¶versÃ¤ttning av ordning Ã¤r inte av ordning 1 vid %LMÃ¥let fÃ¶r Ã¶versÃ¤ttning av ordningen Ã¤r mindre Ã¤n storleken pÃ¥ pekaren (%ld < %ld) vid %LMÃ¥let fÃ¶r Ã¶versÃ¤ttning av mÃ¥let mÃ¥ste ha ordning 1 eller vara enkelt sammanhÃ¤ngande vid %LLÃ¤ser filen %qs som friformNÃ¤r modul %qs pÃ¥ rad %d kolumn %d lÃ¤stes: %sLÃ¤ser specifikationer frÃ¥n %s
! Reellt COUNT_RATE-argument till SYSTEM_CLOCK vid %LReell konstant spiller Ã¶ver sin sort vid %CReell konstant spiller under sin sort vid %CReellt tal vid %C har en %<d%>-exponent och en explicit sortReellt tal vid %C har en %<q%>-exponent och en explicit sortJustera om stacken i prologen.Omallokera vÃ¤nsterhandssidan i tilldelningar.Acceptera C++-nyckelord som â€�complâ€� och â€�xorâ€�.Acceptera GNU-definierade nyckelord.Acceptera inbyggda funktioner.Acceptera nyckelordet â€�asmâ€�.Spara DW_AT_decl_column och DW_AT_call_column i DWARF.Notera gcc:s kommandoradsflaggor i DWARF DW_AT_producer.Notera gcc:s kommandoradsflaggor i objektfilen.Spela in tiden som gÃ¥r Ã¥t till underfaser separat.Omdefinition av !$OMP DECLARE REDUCTION vid %LOmdefinition av fÃ¶rdefinierad !$OMP DECLARE REDUCTION vid %LOmdefinition av fÃ¶rdefinierad %s !$OMP DECLARE REDUCTION vid %LReducera prioritet fÃ¶r r0..r3 / r12..r15 med TARGET_REGISTER_PRIORITY.Ã–verflÃ¶dig !$ACC END LOOP vid %CÃ–verflÃ¶dig ACQUIRED_LOCK-tagg funnen vid %LÃ–verflÃ¶dig ERRMSG-tagg funnen vid %LÃ–verflÃ¶dig MOLD-tagg funnen vid %LÃ–verflÃ¶dig SOURCE-tagg funnen vid %LÃ–verflÃ¶dig STAT-tagg funnen vid %LÃ–verflÃ¶dig UNTIL_COUNT-tagg funnen vid %LReferenssatsindex finns inteReferenssatsindex utanfÃ¶r intervalletReferens till den orena funktionen %qs vid %L Ã¤r inuti ett DO CONCURRENT-%sReferens till den orena funktionen %qs vid %L Ã¤r inuti ett FORALL-%sReferens till den orena funktionen %qs vid %L inuti en PURE-procedurHopp Ã¶ver regioner Ã¶ver samma sektion i gb %iRegisternummer mÃ¥ste vara i intervallet 0-31 fÃ¶r %sLÃ¤tta pÃ¥ grenar.LÃ¤tta pÃ¥ literaler i assemblern och placera dem automatiskt i textsegmentet.LÃ¤ttnad av registertryck genom minskning av aktivt intervall.Ã–versÃ¤tt filnamn nÃ¤r filer inkluderas.Ta bort Ã¶verflÃ¶diga medlemmar.Tar bort â€�%sâ€�
  Tar bort anrop av funktionen %qs vid %LByter namn pÃ¥ operatorer i USE-sats vid %CFlytta om grundblock och partitioner till varma och kalla sektioner.Flytta om grundblock fÃ¶r att fÃ¶rbÃ¤ttra kodplacering.Flytta om funktioner fÃ¶r att fÃ¶rbÃ¤ttra kodplacering.Ordna om toppnivÃ¥funktioner, variabler och asm:ar.Repetitionsspecifikationen Ã¤r felaktig i skalÃ¤r initierare vid %CRepetitionsspecifikationen mÃ¥ste vara ett heltal vid %CErsÃ¤tt addition, jÃ¤mfÃ¶relse, grena med gren vid rÃ¤knarregister.ErsÃ¤tt tillfÃ¤lliga uttryck i passet SSA->normal.Rapportera om intern konsistens hos profilen.Rapportera minnesallokering fÃ¶r interprocedurella optimeringar.Rapportera bara om permanent minnesallokering i WPA.Rapportera om permanent minnesallokering.Rapportera tiden som gÃ¥r Ã¥t fÃ¶r varje kompilatorpass.Rapportera diverse optimeringsstatistik frÃ¥n lÃ¤nkningen endast fÃ¶r WPA.Rapportera diverse optimeringsstatistik frÃ¥n lÃ¤nkningen.BegÃ¤r matematikbiblioteksfunktioner som fÃ¶ljer IEEE (OSF/1).SchemalÃ¤gg om instruktioner efter registertilldelning.SchemalÃ¤gg om instruktioner fÃ¶re registertilldelning.SchemalÃ¤gg om rÃ¶rlagda regioner utan rÃ¶rlÃ¤ggning.Reservera utrymme fÃ¶r utgÃ¥ende argument i funktionsprologen.Omformad vektor Ã¤r fÃ¶r stor vid %CBegrÃ¤nsa migration av mÃ¥lladdning till att inte Ã¥teranvÃ¤nda register i nÃ¥got grundblock.BegrÃ¤nsa anvÃ¤ndningen av flyttalsinstruktioner i hÃ¥rdvara till 32-bitars operationer.Resultatet %qs av innesluten funktion %qs vid %L har ingen IMPLICIT-typResultaten stÃ¤mmer inte Ã¶verens fÃ¶r den Ã¥sidosÃ¤ttande proceduren %qs vid %L: %sResultatet av %s ger intervallfel fÃ¶r sin sort vid %LResultatet av %s Ã¤r NaN vid %LResultatet av %s spiller Ã¶ver sin sort vid %LResultatet av %s spiller under sin sort vid %LResultatet av BESSEL_YN Ã¤r -INF vid %LResultatet av NEAREST Ã¤r NaN vid %LResultat av SCALE spiller Ã¶ver sin sort vid %LReturnera 8-bytesvektorer i minnet.Signering av returadress stÃ¶djs endast fÃ¶r -mabi=lp64Returnera alla strukturer i minnet (standard fÃ¶r AIX).Returnera flyttalsresultat i ac0 (fr0 i assemblersyntax fÃ¶r Unix).Returnera pekare i bÃ¥de a0 och d0.Returnera smÃ¥ aggregat i minne, inte register.Returnera smÃ¥ poster i register.Returnera smÃ¥ strukturer i register (standard fÃ¶r SVR4).Returtypen stÃ¤mmer inte fÃ¶r funktionen %qs vid %L (%s/%s)Returtyp till BIND(C)-funktion %qs vid %L kan inte vara en teckenstrÃ¤ngReturtyp till BIND(C)-funktion %qs vid %L kan inte vara en vektorReturvÃ¤rdet %qs fÃ¶r funktionen %qs deklarerad vid %L Ã¤r inte sattReturvÃ¤rdet fÃ¶r funktionen %qs vid %L Ã¤r inte sattReturnera vÃ¤rden frÃ¥n funktioner i FPU-register.Ã…teranvÃ¤nd r30 i varje funktion.AnvÃ¤ndning av underkommandot rewrite:HÃ¶gerparentes fÃ¶rvÃ¤ntades vid %CHÃ¶graste Ã¶vre grÃ¤nsen av en sektion av vektor med antagen storlek inte angiven vid %LKÃ¶r endast den andra kompileringen av -fcompare-debug.KÃ¶r optimeringar fÃ¶r predikativ gemensamning.KÃ¶r selektiv schemalÃ¤ggning efter omlÃ¤sning.KÃ¶r sjÃ¤lvtester, anvÃ¤nd den angivna sÃ¶kvÃ¤gen fÃ¶r att hitta testfiler.KÃ¶r optimeraren fÃ¶r lÃ¤nktillfÃ¤llet i lÃ¤get lokala transformationer (LTRANS).KÃ¤r optimeraren fÃ¶r lÃ¤nktillfÃ¤llet i lÃ¤get helprogramanalys (WPA).KÃ¶r spec-funktionen â€�%sâ€� med %d argument
  
! KÃ¶rtidsnamn.SAVE-attribut vid %L kan inte anges i en PURE-procedurSAVE-sats vid %C fÃ¶ljer allmÃ¤n SAVE-satsSCHEDULE-klausuls chunk_size vid %L krÃ¤ver ett skalÃ¤rt INTEGER-uttryckSELECTED_REAL_KIND med varken %<P%>- eller %<R%>-argument vid %LSEQUENCE-attribut vid %C Ã¤r redan angett i TYPE-satsSEQUENCE-sats vid %C mÃ¥ste fÃ¶regÃ¥ CONTAINSSEQUENCE-sats vid %C mÃ¥ste fÃ¶regÃ¥ strukturkomponenterSH2a stÃ¶djer inte omvÃ¤nd byteordningSHAPE-argumentet vid %L till C_F_POINTER mÃ¥ste ha samma storlek som FPTR:s RANKSIGN= vid %C Ã¤r inte tillÃ¥tet i Fortran 95SINK-termen Ã¤r inte ett konstant heltal vid %LEn SINK-beroendetyp Ã¤r endast tillÃ¥ten med ORDERED-direktiv vid %LSIZE vid %L mÃ¥ste vara positivtEn SOURCE-beroendetyp Ã¤r endast tillÃ¥ten med ORDERED-direktiv vid %LSOURCE-tagg vid %LSOURCE-taggen vid %L stÃ¥r i konflikt med typspecifikationen vid %LSOURCE-tagg vid %L med mer Ã¤n ett ensamt allokeringsobjektSPE stÃ¶djs inte pÃ¥ denna mÃ¥larkitekturtrasigt i SSASSA-namn i frilista men fortfarande refereradSSA-namn odeklareratSSA_NAME skapade i tvÃ¥ olika block %i och %iSSA_NAME_DEF_STMT Ã¤r felSSA_NAME_OCCURS_IN_ABNORMAL_PHI borde vara sattinstruktionsuppsÃ¤ttningen SSE avaktiverad, anvÃ¤nder 387-aritmetikSSE-registerargument med SSE avaktiveratSSE-registerretur med SSE avaktiveratSSE-vektorargument utan SSE aktiverat Ã¤ndrar ABI:etSSE-vektorretur utan SSE aktiverat Ã¤ndrar ABI:etSTABS-felsÃ¶kningsinformation fÃ¶r Ada Ã¤r fÃ¶rÃ¥ldrat och stÃ¶djs inte lÃ¤ngreSTAT-variabelSTAT=-argumentet vid %L mÃ¥ste vara en skalÃ¤r INTEGER-variabelSTAT=-argument till %s vid %Lattributet STAT= i %C Ã¤r felplaceratSTATIC vid %C Ã¤r en DEC-utÃ¶kning, aktivera den med -fdec-structureSTOP-kod vid %C fÃ¥r inte vara negativSTOP-kod vid %C innehÃ¥ller fÃ¶r mÃ¥nga siffrorSTOP-kod vid %L mÃ¥ste vara en skalÃ¤r CHARACTER-konstant eller siffra[siffra[siffra[siffra[siffra]]]]STOP-koden vid %L mÃ¥ste vara standard tecken-KIND=%dSTOP-kod vid %L mÃ¥ste vara standard heltal KIND=%dSTOP-kod vid %L mÃ¥ste antingen vara av INTEGER- eller CHARACTER-typSTOP-kod vid %L mÃ¥ste vara skalÃ¤rSTRUCTURE vid %C Ã¤r en DEC-utÃ¶kning, aktivera den med -fdec-structureSUBMODULE-deklaration vid %CSUBMODULE-deklarationen vid %C fÃ¥r inte fÃ¶rekomma i en annan rÃ¤ckviddsenhetSUBROUTINE %qs vid %L fÃ¥r inte anropas rekursivt, eftersom den inte Ã¤r RECURSIVESYNC-sats vid %CSamma aktuella argument associerat med INTENT(%s)-argument %qs och INTENT(%s)-argument %qs vid %LSamma som %s.  AnvÃ¤nd den senare flaggan istÃ¤llet.Samma som -fassociative-math fÃ¶r uttryck som inkluderar division.Samma som -mA6.Samma som -mA7.Samma som: -mep -mprolog-function.Spara register runt funktionsanrop.Spara TOC:n i prologen fÃ¶r indirekta anrop snarare Ã¤n inline.SkalÃ¤r %qs i FORMAT-tagg vid %L Ã¤r inte en ASSIGNED-variabelSkalÃ¤rt INTEGER-uttryck fÃ¶rvÃ¤ntades vid %LSkalÃ¤r PARAMETER krÃ¤vs i komplex konstant vid %CSkalÃ¤rt objekt %qs vid %L fÃ¥r inte vara ALLOCATABLEDen skalÃ¤ra Variabeln %qs vid %L med POINTER eller ALLOCATABLE i proceduren %qs med BIND(C) stÃ¶djs inte Ã¤nnuSkalÃ¤risering med DIMEN_RANGE Ã¤r oimplementeratSkalfaktor att anvÃ¤nda pÃ¥ antalet block i en trÃ¥dningsvÃ¤g vid jÃ¤mfÃ¶relse med antalet av (skalade) satser.Skalfaktor att anvÃ¤nda pÃ¥ antalet satser i en trÃ¥dningsvÃ¤g vid jÃ¤mfÃ¶relse med antalet av (skalade) block.Skalfaktor vid berÃ¤kning av maximala distansen ett uttryck kan flyttas genom GCSE-optimeringar.SchemalÃ¤gg kod fÃ¶r en given CPU.SchemalÃ¤gg fÃ¶r given CPU.AnvÃ¤nd selektive schemalÃ¤ggningsalgoritm fÃ¶r schemalÃ¤ggning av instruktioner.SchemalÃ¤gg bÃ¶rjan och slutet av proceduren.Schematyp av omp-schema fÃ¶r slingor parallelliserade av parloops (static, dynamic, guided, auto, runtime).RÃ¤ckvidden av for-init-satsvariabler Ã¤r lokal till slingan.Andra argumentet till MOD vid %L Ã¤r nollAndra argumentet till %s Ã¤r negativt vid %LAndra argumentet till MOD vid %L Ã¤r nollAndra argumentet till MODULO vid %L Ã¤r nollAndra argumentet av definierad tilldelning vid %L mÃ¥ste vara INTENT(IN)Andra argumentet till operatorgrÃ¤nssnitt vid %L fÃ¥r inte vara valfrittAndra argumentet till operatorgrÃ¤nssnitt vid %L mÃ¥ste vara INTENT(IN)Se %s fÃ¶r instruktioner.
  SegmenteringsfelSegmenteringsfel (kod)VÃ¤lj ABI-konvention fÃ¶r anrop.VÃ¤lj kodmodell.VÃ¤lj andel av den maximala exekveringsfrekvensen av grundblock i funktion givet grundblock mÃ¥ste ha fÃ¶r att fÃ¥ justering.VÃ¤lj andel av den maximala exekveringsfrekvensen av grundblock i funktion givet grundblock mÃ¥ste ha fÃ¶r att anses hett.VÃ¤lj stor modell â€”  20-bitars adresser/pekare.VÃ¤lj metod fÃ¶r hantering av sdata.VÃ¤lj rÃ¤ckvidd fÃ¶r signering av returadress.VÃ¤lj liten modell â€” 16-bitars adresser/pekare (standard).VÃ¤lj kÃ¶rtidssystem.VÃ¤lj vad som skall saneras.Valuttryck i berÃ¤knad-GOTO-sats vid %L mÃ¥ste vara ett skalÃ¤rt heltalsuttryckSelektorn vid %L fÃ¥r inte vara co-indexeradVÃ¤ljare i SELECT TYPE vid %C Ã¤r inte en namngiven variabel, anvÃ¤nd associationsnamn =>Selektorer skall vara polymorfiska i SELECT TYPE-sats vid %LVÃ¤ljer typen av RL78-kÃ¤rna att ha som mÃ¥l (g10/g13/g14).  Standard Ã¤r G14.  Om satt vÃ¤ljer det Ã¤ven stÃ¶det av hÃ¥rdvarumultiplikation att anvÃ¤nda.VÃ¤ljer typen av hÃ¥rdvarumultiplikation och -division att anvÃ¤nda (none/g13/g14).Det sjÃ¤lvrefererande argumentet %qs vid %L Ã¤r inte tillÃ¥tetSemikolon vid %C mÃ¥ste fÃ¶regÃ¥s av en satsAnge flyttalsprecision fÃ¶r 80387 till 32-bits.Ange flyttalsprecision fÃ¶r 80387 till 64-bits.Ange flyttalsprecision fÃ¶r 80387 till 80-bits.SÃ¤tt Windows-definitioner.SÃ¤tt grenkostnad.SÃ¤tt modulentiteternas standardtillgÃ¤nglighet till PRIVATE.SÃ¤tt beroendeavstÃ¥ndet som kontrolleras i fÃ¶rtida schemalÃ¤ggning av kÃ¶ade instruktioner.SÃ¤tt errno efter inbyggda matematikfunktioner.SÃ¤tt lÃ¤kningsutdatatyp (anvÃ¤nds internt under LTO-optimering)Ange namnet pÃ¥ huvudrutinen fÃ¶r felsÃ¶karen.SÃ¤tt namnet pÃ¥ utmatnings-ALI-filen (intern flagga).SÃ¤tt antalet byte pÃ¥ stacken som fÃ¶rallokeras att anvÃ¤ndas av den anropade.SÃ¤tt sannolikhetstrÃ¶skeln fÃ¶r att inte justera grenar.SÃ¤tt register att innehÃ¥lla -1.SÃ¤tt sizeof(bool) till 1.SÃ¤tt startadress fÃ¶r data.Ange startadressen fÃ¶r programmet.SÃ¤tt biten PPC_EMB i ELF:s flaggfÃ¤lt.StÃ¤ll in grenkostnaden fÃ¶r villkorliga greninstruktioner.  Rimliga vÃ¤rden Ã¤r smÃ¥, ickenegativa heltal.  Standardkostnaden fÃ¶r grenar Ã¤r 0.StÃ¤ll in grenkostnaden fÃ¶r villkorliga greninstruktioner.  Rimliga vÃ¤rden Ã¤r smÃ¥, ickenegativa heltal.  Standardkostnaden fÃ¶r grenar Ã¤r 1.Ange kostnaden fÃ¶r grenar.Ange standard fÃ¶r sorten dubbel precision till en 8 byte bred typ.Ange standard fÃ¶r sorten heltal till en 8 byte bred typ.Ange standard fÃ¶r sorten reell till en 8 byte bred typ.Ange den uppskattade sannolikheten i procent fÃ¶r den inbyggda expect.  StandardvÃ¤rdet Ã¤r 90Â % sannolikhet.Ange den maximala storleken pÃ¥ data som Ã¤r lÃ¤mpliga fÃ¶r SDA-arean.Ange den maximala storleken pÃ¥ data som Ã¤r lÃ¤mpliga fÃ¶r TDA-arean.Ange den maximala storleken pÃ¥ data som Ã¤r lÃ¤mpliga fÃ¶r ZDA-arean.Ange det maximala antalet byte som mÃ¥ste finnas kvar till stackstorleken fÃ¶re en fÃ¤llinstruktion utlÃ¶ses.Ange maximal storlek pÃ¥ en ensam stackÃ¶kningsoperation.SÃ¤tt maximala antalet instruktioner som exekveras parallellt i ett reassociativt trÃ¤d.  Om 0, anvÃ¤nd den mÃ¥lberoende heuristiken.SÃ¤tt det maximala antalet mallinstansieringsnoter fÃ¶r en enskild varning eller fel.SÃ¤tt antalet 64 KiB flash-segment.Ange typen av mÃ¥l-CPU.SÃ¤tt toppnivÃ¥katalogen fÃ¶r att spara profildata.  Standard Ã¤r â€�pwdâ€�.StÃ¤ller in specifikationer %s till â€�%sâ€�
  
! Formspecifikation fÃ¶r allokerbar skalÃ¤r vid %CFormerna fÃ¶r operanderna vid %L och %L Ã¤r inte konformaDela fack fÃ¶r att spara olika hÃ¥rda register.Dela stackfack fÃ¶r spillda pseudoregister.Delad DO-avslutningsetikett %d vid %CFÃ¶rkorta adressreferenser vid lÃ¤nkning.Visa kolumnnummer i felmeddelanden, nÃ¤r de Ã¤r tillgÃ¤ngliga.  Normalt pÃ¥.Visa kÃ¤llkodsrader med en cirkumflex som indikerar kolumnen.Kapsla in delar av prologen och epilogen separat.FÃ¶renkling av SPREAD vid %C Ã¤r inte implementerat Ã¤nnuEnkelprecisions flyttalsenhet.Storlek (i kB) pÃ¥ programmets data-cache.Storlek i byte efter vilken trÃ¥dlokala aggregat skall instrumenteras med loggningsfunktioner istÃ¤llet fÃ¶r spara/Ã¥terstÃ¤ll-par.Storlek pÃ¥ %qs-argumentet till inbyggd %qs vid %L Ã¤r fÃ¶r liten (%i/%i)Hoppa Ã¶ver att sÃ¤tta upp RAX-register nÃ¤r variabelt antal argument skickas.Litet dataomrÃ¥de: none, sdata, use.Mjuk grÃ¤ns pÃ¥ antalet minnesinstruktioner per instruktionsgrupp, ger lÃ¤gre prioritet till fÃ¶rsÃ¶k att schemalÃ¤gga senare minnesinstruktioner i samma instruktionsgrupp.  Ofta anvÃ¤ndbart fÃ¶r att hindra konflikter mellan cache-bankar.  StandardvÃ¤rdet Ã¤r 1.Ledsen, !$ACC DECLARE vid %L Ã¤r inte tillÃ¥tet i BLOCK-konstruktionLedsen, allocatable/pointer-komponenter i co-vektor av polymorf (CLASS)-typ vid %L stÃ¶djs inteLedsen, co-indexerad Ã¥tkomst till en obegrÃ¤nsat polymorf komponent vid %L stÃ¶djs inteLedsen, co-indexerad Ã¥tkomst till ett obegrÃ¤nsat polymorft objekt vid %L stÃ¶djs inte Ã¤nnuTyvÃ¤rr, endast stÃ¶d fÃ¶r heltalssort %d implementerad fÃ¶r bildmÃ¤ngden vid %LLedsen, hÃ¤ndelsekomponenten hos hÃ¤rledd typ vid %L stÃ¶djs inte Ã¤nnuLedsen, lÃ¥skomponenten hos hÃ¤rledd typ vid %L stÃ¶djs inte Ã¤nnuKÃ¤lluttryck vid %L och allokeringsobjekt vid %L mÃ¥ste ha samma formKÃ¤lluttryck vid %L mÃ¥ste vara skalÃ¤rt eller ha samma ordning som allokeringsobjektet vid %LSpecifikationsfunktionen %qs vid %L fÃ¥r inte vara RECURSIVESpecifikationsfunktionen %qs vid %L kan inte vara en satsfunktionSpecifikationsfunktionen %qs vid %L kan inte vara en intern funktionSpecifikationsfunktionen %qs vid %L mÃ¥ste vara PUREAnge bitstorlek pÃ¥ omedelbara TLS-avstÃ¥nd.  Giltiga vÃ¤rden Ã¤r 12, 24, 32, 48.Anger kostnadsmodellen fÃ¶r vektorisering.  -fvect-cost-model=[unlimited|dynamic|cheap]	Anger kostnadsmodellen fÃ¶r vektorisering.Anger antalet register som skall reserveras fÃ¶r avbrottshanterare.Anger om avbrottsfunktioner skall spara och Ã¥terstÃ¤lla ackumulatorregistret.Ange CPU fÃ¶r kodgenereringssyften.Ange CPU fÃ¶r schemalÃ¤ggningssyften.Ange CPU fÃ¶r schemalÃ¤ggningsÃ¤ndamÃ¥l.  Giltiga argument Ã¤r 700, 7100, 7100LC, 7200, 7300 och 8000.Ange TLS-dialekt.Ange UNIX-standard fÃ¶r fÃ¶rdefinitioner och lÃ¤nkning.Ange Xilinx-FPU.Ange en fil till vilken en lista av filer som skrivs ut av LTRANS skrivs.Ange en insticksmodul att lÃ¤sa in.Ange justering av postfÃ¤lt till default/natural.Ange ett ABI.Ange bitstorlek pÃ¥ omedelbara TLS-avstÃ¥nd.Ange cache-tÃ¶mningsfunktion.Ange cache-tÃ¶mningsfÃ¤llnummer.Ange kostnaden fÃ¶r grenar (normalt 20).Ange standard-OpenACC-berÃ¤kningsdimensioner.Ange hur mÃ¥nga byte som bÃ¶r flyttas inline fÃ¶re anrop av memcpy/memmove.Ange hur trÃ¥dpekaren skall nÃ¥s.Ange om flyttalshÃ¥rdvara skall anvÃ¤ndas.Ange anropskonvention fÃ¶r heltal och flyttal.Ange huvudobjekt fÃ¶r TPF-OS.Ange strategi fÃ¶r expansion av memcpy nÃ¤r den fÃ¶rvÃ¤ntade storleken Ã¤r kÃ¤nd.Ange strategi fÃ¶r expansion av memset nÃ¤r den fÃ¶rvÃ¤ntade storleken Ã¤r kÃ¤nd.Ange namnet pÃ¥ funktion fÃ¶r 32-bitars division med tecken.Ange intervall av register att fixera.Ange schemalÃ¤ggningsprioritet fÃ¶r begrÃ¤nsade instruktioner fÃ¶r avsÃ¤ndningsfack.Ange storleken pÃ¥ .local-minne anvÃ¤nt till stack nÃ¤r den exakta mÃ¤ngden inte Ã¤r kÃ¤nd.Ange att ett externt BLAS-bibliotek skall anvÃ¤ndas fÃ¶r matmul-anrop pÃ¥ stÃ¶rre vektorer.Ange att omvÃ¤nt snedstreck i strÃ¤ngar inleder ett specialtecken.Ange att ingen implicit typning Ã¤r tillÃ¥ten, om inte Ã¥sidosatt med uttryckliga IMPLICIT-satser.Ange att kompilatorn skall ha sÃ¤ker kod som mÃ¥l enligt ARMv8-M Security Extensions.Ange ISA:n att bygga fÃ¶r: msp430, msp430x, msp430xv2.Ange MCU:n att bygga fÃ¶r.Ange flyttalsformatet __fp16.Ange adressgenereringsstrategin fÃ¶r kodmodellen.Ange algoritmen fÃ¶r att dela upp symboler och variabler vid lÃ¤nktillfÃ¤llet.Ange kodmodellen.Ange den kompakta grenanvÃ¤ndningspolicyn.Ange det maximala antalet par av lastningsinstruktioner som skall genereras inline fÃ¶r jÃ¤mfÃ¶relsen.  Om antalet som behÃ¶vs Ã¶verskrider grÃ¤nsen kommer istÃ¤llet ett anrop till memcmp genereras.Ange det maximala antalet par av lastningsinstruktioner som skall genereras inline fÃ¶r jÃ¤mfÃ¶relsen.  Om antalet som behÃ¶vs Ã¶verskrider grÃ¤nsen kommer istÃ¤llet ett anrop till strncmp genereras.Ange minnesmodellen som skall gÃ¤lla fÃ¶r programmet.Ange den minsta justeringen i bitar fÃ¶r poster.Ange modellen fÃ¶r atomÃ¤ra operationer.Ange namnet pÃ¥ mÃ¥lprocessorn.Ange namnet pÃ¥ mÃ¥larkitekturen.Ange namnet pÃ¥ mÃ¥lets flyttalskonfiguration.Ange namnet pÃ¥ mÃ¥lets flyttalshÃ¥rdvara/-format.Ange registret som skall anvÃ¤ndas fÃ¶r PIC-adressering.Ange storleken pÃ¥ varje cache-block, som mÃ¥ste vara en exponent av 2 mellan 4 och 512.Ange storleken pÃ¥ varje avbrottsvektor, som mÃ¥ste vara 4 eller 16.Ange mÃ¥l-CPU:n.Ange mÃ¥l-RX-cpu-typen.Ange typen av hÃ¥rdvarumultiplikation att stÃ¶dja.Ange metod fÃ¶r trÃ¥dlokal lagring.Ange registernumret fÃ¶r trÃ¥dpekare.Ange var de kompilerade inbyggda modulerna finns.Ange om funktioner skall placeras i lÃ¥gt eller hÃ¶gt minne.Ange om variabler skall placeras i lÃ¥gt eller hÃ¶gt minne.Ange vilket ABI som skall anvÃ¤ndas fÃ¶r kodfamiljen Objective-C och generering av metadata.Ange metod att tillÃ¤mpa fÃ¶r inskjutande av nop efter schemalÃ¤ggning.VOLATILE anges fÃ¶r co-vektorvariabel %qs vid %C, vilket Ã¤r use-/host-associeratDela 32-bytes AVX ojusterade laddningar.Dela 32-bytes AVX ojusterade lagringar.Dela livstiden pÃ¥ induktionsvariabler nÃ¤r slingor rullas ut.Dela sÃ¶kvÃ¤gar som leder till bakÃ¥tbÃ¥gar i slingor.Dela ojusterade 8-bytes vektorfÃ¶rflyttningar fÃ¶re adressgenerering efter Ã¤ndring.Dela upp breda typer i oberoende register.Stackramar stÃ¶rre Ã¤n 2 G stÃ¶djs inte med -fsplit-stackStartuttryck i DO-slingaStatvariabel vid %L mÃ¥ste vara en INTEGER-variabelStatvariabel vid %L skall inte %s:as i samma %s-satsSats vid %L Ã¤r inte en giltig grenmÃ¥lssats fÃ¶r grensatsen vid %LSatsfunktionen %qs vid %L fÃ¥r inte vara ett aktuellt argumentSatsfunktionen %qs vid %L fÃ¥r inte ha attributet pointer eller allocatableSatsfunktion %qs Ã¤r ogiltigt i procedurpekartilldelning vid %LSatsfunktion %qs krÃ¤ver en argumentlista vid %CSatsfunktion vid %CSatsfunktion vid %L kan inte fÃ¶rekomma inuti ett INTERFACESatsfunktion vid %L Ã¤r rekursivSatsetikett vid %C Ã¤r nollSatsetikett i END CRITICAL vid %C stÃ¤mmer inte med CRITICAL-etikettSatsetikett i ENDDO vid %C stÃ¤mmer inte med DO-etikettSatsetikettlistan i GOTO vid %C fÃ¥r inte vara tomSatsetikett utan sats vid %LLÃ¤nka statiskt till GNU:s Fortran-hjÃ¤lpbibliotek (libgfortran).Steguttryck i DO-slingaSteguttryck i DO-slinga vid %L fÃ¥r inte vara nollStoppa framÃ¥ttillvÃ¤xt om sannolikheten av bÃ¤sta bÃ¥ge Ã¤r mindre Ã¤n detta trÃ¶skelvÃ¤rde (i procent).  AnvÃ¤nds nÃ¤r profileringsdata Ã¤r tillgÃ¤nglig.Stoppa framÃ¥ttillvÃ¤xt om sannolikheten av bÃ¤sta bÃ¥ge Ã¤r mindre Ã¤n detta trÃ¶skelvÃ¤rde (i procent).  AnvÃ¤nds nÃ¤r profileringsdata inte Ã¤r tillgÃ¤nglig.Stoppa omvÃ¤nd tillvÃ¤xt om den omvÃ¤nda sannolikheten av bÃ¤sta bÃ¥ge Ã¤r mindre Ã¤n detta trÃ¶skelvÃ¤rde (i procent).Lagrar dubbla i 64 bitar.Lagra funktionsnamn i objektkod.Lagrar dubbla i 32 bitar.  Detta Ã¤r standard.Lagrar MDUC-registren i avbrottshanterare fÃ¶r mÃ¥let G13.StrÃ¶mma extra data fÃ¶r att stÃ¶dja mer aggressiv avvirtualisering i lokaltransformationslÃ¤ge i LTO.Steg fÃ¥r inte finnas vid %LSteget skall inte anges i vektorsektionen i %s-klausulen vid %LSteg Ã¤r inte tillÃ¥tna i co-vektorindex vid %CStrÃ¤nglÃ¤ngden vid %L Ã¤r fÃ¶r storPostkomponent %qs vid %L kan inte vara ett EQUIVALENCE-objektPostkonstruerare med saknade valfria argument vid %CPostkonstruerare med namngivna argument vid %CPostnamnet %qs vid %C fÃ¥r inte vara samma som en inbyggd typPostnamn fÃ¶rvÃ¤ntades efter RECORD vid %CPostnamn fÃ¶rvÃ¤ntades i icke nÃ¤stad postdeklaration vid %CSubrutin %qs vid %L Ã¤r INTRINSIC men Ã¤r inte kompatibel med en inbyggdSubrutinanrop till %qs vid %L Ã¤r inte PURESubrutinanrop till %qs i DO CONCURRENT-block vid %L Ã¤r inte PURESubrutinanrop till %qs i FORALL-block vid %L Ã¤r inte PURESubrutinanrop till inbyggd %qs vid %L Ã¤r inte PURESubrutinanrop till inbyggda %qs i DO CONCURRENT-block vid %L Ã¤r inte PURESubrutinanrop med alternativa returer i INITIALIZER-klausul i !$OMP DECLARE REDUCTION vid %LSubrutinanrop med alternativa returer i kombinerare i !$OMP DECLARE REDUCTION vid %LDelstrÃ¤ng vid %L har lÃ¤ngden nollSlutindex fÃ¶r delstrÃ¤ng vid %L Ã¶verstiger strÃ¤ngens lÃ¤ngdSlutindex fÃ¶r delstrÃ¤ng vid %L Ã¤r fÃ¶r stortSlutindex fÃ¶r delstrÃ¤ng vid %L mÃ¥ste ha typen INTEGERSlutstrÃ¤ng fÃ¶r delstrÃ¤ng vid %L mÃ¥ste vara skalÃ¤rtDelstrÃ¤ngs startindex vid %L Ã¤r mindre Ã¤n ettStartindex fÃ¶r delstrÃ¤ng vid %L mÃ¥ste typen INTEGERStartindex fÃ¶r delstrÃ¤ng vid %L mÃ¥ste vara skalÃ¤rtFÃ¶reslÃ¥ att anvÃ¤nda nyckelordet override nÃ¤r deklarationen av en virtuell funktion Ã¥sidosÃ¤tter en annanSumman av andra och tredje argumenten till IBITS Ã¶verskrider bitstorleken vid %LStÃ¶d inbyggda 3DNow!-funktioner.StÃ¶d inbyggda AES-funktioner och -kodgenerering.StÃ¶d inbyggda Athlon 3Dnow!-funktioner.StÃ¶d inbyggda BMI-funktioner och -kodgenerering.StÃ¶d inbyggda BMI2-funktioner och -kodgenerering.StÃ¶d C++17-allokering av Ã¶verjusterade typer.StÃ¶d instruktionerna CLFLUSHOPT.StÃ¶d instruktionen CLWB.StÃ¶d inbyggda CLZERO-funktioner och -kodgenerering.StÃ¶d inbyggda F16C-funktioner och -kodgenerering.StÃ¶d inbyggda FMA4-funktioner och -kodgenerering.StÃ¶d inbyggda FSGSBASE-funktioner och -kodgenerering.StÃ¶d instruktionerna FXSAVE och FXRSTOR.StÃ¶d prefix fÃ¥r hÃ¥rdvarulÃ¥selidering.StÃ¶d inbyggda LWP-funktioner och -kodgenerering.StÃ¶d inbyggda LZCNT-funktioner och -kodgenerering.StÃ¶d inbyggda MMX- och SSE-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-funktioner.StÃ¶d inbyggda MMX-, SSE- och SSE2-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2- och SSE3-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3- och SSE4A-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3- och SSSE3-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3- och SSE4.1-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1- och SSE4.2-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2- och AVX-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX- och AVX2-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX- och FMA-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2- och AVX512F- och AVX512BW-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2- och AVX512F- och AVX512CD-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2- och AVX512F- och AVX512DQ-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2- och AVX512F- och AVX512ER-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2- och AVX512F- och AVX512IFMA-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2- och AVX512F- och AVX512PF-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2- och AVX512F- och AVX512VBMI-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2- och AVX512F- och AVX512VL-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2- och AVX512F-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2-, AVX512F- och AVX5124FMAPS-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2-, AVX512F- och AVX5124VNNIW-funktioner och -kodgenerering.StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2-, AVX512F- och AVX512VPOPCNTDQ-funktioner och -kodgenerering.StÃ¶d MPX-kodgenerering.StÃ¶d inbyggda MWAITX- och MONITORX-funktioner och -kodgenerering.StÃ¶d inbyggda PCLMUL-funktioner och -kodgenerering.StÃ¶d inbyggda PKU-funktioner och -kodgenerering.StÃ¶d instruktionen PREFETCHW.StÃ¶d inbyggda PREFETCHWT1-funktioner och -kodgenerering.StÃ¶d inbyggda RDPID-funktioner och -kodgenerering.StÃ¶d inbyggda RDRND-funktioner och -kodgenerering.AnvÃ¤nd instruktionen RDSEED.StÃ¶d inbyggda RTM-funktioner och -kodgenerering.StÃ¶d inbyggda SGX-funktioner och -kodgenerering.StÃ¶d inbyggda SHA1- och SHA256-funktioner och -kodgenerering.StÃ¶d inbyggda TBM-funktioner och -kodgenerering.StÃ¶d TLS-segment stÃ¶rre Ã¤n 64Â k.StÃ¶d inbyggda XOP-funktioner och -kodgenerering.StÃ¶d instruktionerna XSAVE och XRSTOR.StÃ¶d instruktionerna XSAVEC.StÃ¶d instruktionen XSAVEOPT.StÃ¶d instruktionerna XSAVES och XRSTORS.StÃ¶d justering av upp till 64 bitar.StÃ¶d anrop mellan Thumb- och ARM-instruktionsuppsÃ¤ttningar.StÃ¶d kodgenerering av Advanced Bit Manipulation (ABM)-instruktioner.StÃ¶d kodgenerering av cmpxchg16b-instruktioner.StÃ¶d kodgenerering av crc32-instruktioner.StÃ¶d kodgenerering av movbe-instruktioner.StÃ¶d kodgenerering av popcnt-instruktioner.StÃ¶d kodgenerering av sahf-instruktioner i 64-bitars x86-64-kod.StÃ¶d dynamisk initiering av trÃ¥dlokala variabler i en annan Ã¶versÃ¤ttningsenhet.StÃ¶d flaggbevarande add-carry-instruktioner.StÃ¶d fÃ¶r HSA implementerar inte omedelbara 16-bitars FPU-operanderStÃ¶d fÃ¶r argumentet A vid %L som Ã¤r ett polymorft argument A eller har allokerbara komponenter Ã¤r inte implementerat Ã¤nnuStÃ¶d fÃ¶r argumentet A vid %L med allokerbara komponenter Ã¤r inte implementerat Ã¤nnuStÃ¶d gammaldags multitrÃ¥dning.StÃ¶d meddelandeskickning med Parallel Environment.StÃ¶d mer Ã¤n 8192 GOT-poster pÃ¥ ColdFire.StÃ¶d multitrÃ¥dning.AnvÃ¤nd multiplicera-ackumulerainstruktioner.StÃ¶d synkrona icke-anropsundantag.RÃ¤ckvidder som stÃ¶djs fÃ¶r signering av AArch64-returadresser (att anvÃ¤ndas med flaggan -msign-return-address=):StÃ¶dda ABI:er (att anvÃ¤ndas med flaggan -mabi=):Undertryck utskrift av adresser i felsÃ¶kningsutskrifter.Undertryck utskrift av instruktionsantal, radnummernoteringar och -adresser i felsÃ¶kningsutskrifter.Undertryck utskrift av fÃ¶regÃ¥ende och nÃ¤sta instruktionsnummer i felsÃ¶kningsutskrifter.Undertryck varningar.VÃ¤xla ARM-/Thumb-lÃ¤gen mellan alternerande funktioner fÃ¶r kompilatortestning.VÃ¤xla av/pÃ¥ MIPS16 ASE mellan alternerande funktioner fÃ¶r kompilatortestning.SlÃ¥r av flaggan -mstack-guard=.SlÃ¥r av flaggan -mstack-size=.Symbolen %qs Ã¤r redan deklareradSymbolen %qs vid %C Ã¤r redan deklareradSymbolen %qs vid %C Ã¤r ocksÃ¥ deklarerad som en typ vid %LSymbolen %qs vid %C har redan blivit host-associeradSymbolen  %qs vid %C har ingen IMPLICIT-typSymbolen %qs vid %C har inte definierats tidigareSymbolen %qs vid %C Ã¤r redan i ett COMMON-blockSymbolen %qs vid %C Ã¤r tvetydigSymbolen %qs vid %C mÃ¥ste vara ett NAMELIST-gruppnamnSymbolen %qs vid %L har redan ett explicit grÃ¤nssnittSymbolen %qs vid %L har redan grundtypen %sSymbolen %qs vid %L kan inte ha en typSymbolen %qs vid %L stÃ¥r i konflikt med symbolen frÃ¥n modulen %qs, anvÃ¤ndningsassocierad vid %LSymbolen  %qs vid %L har ingen IMPLICIT-typSymbolen  %qs vid %L Ã¤r tvetydigSymbolen %qs vid %L Ã¤r markerad PRIVATE men har getts bindningsetiketten %qsSymbolen %qs i COMMON vid %C fÃ¥r inte vara en POINTER-vektorSymbolen %qs i namnlistan %qs Ã¤r INTENT(IN) vid %CSymbolen %qs anvÃ¤nds fÃ¶re den har fÃ¥tt sin typ vid %LSymbolen %qs mÃ¥ste vara en PARAMETER i DATA-sats vid %CSymbolen %qs finns i bÃ¥de FROM- och TO-klausuler vid %LSymbolen %qs finns i flera fall vid %LSymbolen %qs refererad frÃ¥n %L hittas inte i den inbyggda modulen ISO_C_BINDINGSymbolen %qs refererad vid %L hittas inte i den inbyggda modulen ISO_FORTRAN_ENVSymbolen %qs refererad frÃ¥n %L finns inte i modulen %qsSymbolen %qs, i COMMON-block %qs vid %C Ã¤r indirekt gjort ekvivalent med ett annat COMMON-block %qsSymbol vid %C passar inte som uttryckSymbol vid %L Ã¤r inte en DUMMY-variabelSynonym fÃ¶r -Wcomment.Synonym fÃ¶r -gnatk8.Syntaxfel i !$ACC DECLARE-lista vid %CSyntaxfel i !ACC$ ROUTINE ( NAME ) vid %CSyntaxfel i !$ACC ROUTINE ( NAMN ) vid %C, ')' fÃ¶rvÃ¤ntades efter NAMNSyntaxfel i !$ACC ROUTINE ( NAMN ) vid %C, felaktigt funktionsnamn %sSyntaxfel i !$OMP DECLARE TARGET-lista vid %CSyntaxfel i !$OMP THREADPRIVATE-lista vid %CSyntaxfel i !GCC$ ATTRIBUTES-sats vid %CSyntaxfel i %s-sats vid %CSyntaxfel i ABSTRACT INTERFACE-sats vid %CSyntaxfel i ASYNCHRONOUS-sats vid %CSyntaxfel i AUTOMATIC-sats vid %CSyntaxfel i CASE-specifikation vid %CSyntaxfel i CHARACTER-deklaration vid %CSyntaxfel i CLASS IS-specifikation vid %CSyntaxfel i COMPLEX-konstant vid %CSyntaxfel i ENUMERATOR-definition vid %CSyntaxfel i EQUIVALENCE-sats vid %LSyntaxfel i FORALL-iterator vid %CSyntaxfel i I/O-iterator vid %CSyntaxfel i IF-klausul vid %CSyntaxfel i IF-uttryck vid %CSyntaxfel i IMPORT-sats vid %CSyntaxfel i NAME=-specifikation fÃ¶r att binda etikett vid %CSyntaxfel i OpenACC-uttryckslista vid %CSyntaxfel i OpenMP DEPEND SINK-lista vid %CSyntaxfel i OpenMP-variabellista vid %CSyntaxfel i PROCEDURE-sats vid %CSyntaxfel i PROTECTED-sats vid %CSyntaxfel i SAVE-sats vid %CSyntaxfel i STATIC-sats vid %CSyntaxfel i SUBMODULE-sats vid %CSyntaxfel i SUBSTRING-specifikation vid %CSyntaxfel i TYPE IS-specifikation vid %CSyntaxfel i VALUE-sats vid %CSyntaxfel i VOLATILE-sats vid %CSyntaxfel i anonym postdeklaration vid %CSyntaxfel i argumentlista vid %CSyntaxfel i vektorkonstruerare vid %CSyntaxfel i specifikation av teckenlÃ¤ngd vid %CSyntaxfel i common-blocknamn vid %CSyntaxfel i datadeklaration vid %CSyntaxfel i uttryck vid %CSyntaxfel i generisk specifikation vid %CSyntaxfel i iterator vid %CSyntaxfel i nÃ¤stad postdeklaration vid %CSyntaxfel i gammaldags initiering av %s vid %CSyntaxfel i gammaldags initierarlista vid %CSyntaxfel i procedurpekarkomponent vid %CSyntaxfel: Avslutande skrÃ¤p i END INTERFACE-sats vid %CSyntaxfel: Avslutande skrÃ¤p i INTERFACE-sats vid %CTARGET ENTER DATA med en annan map-typ Ã¤n TO eller ALLOC i MAP-klausul vid %LTARGET EXIT DATA med en annan map-typ Ã¤n FROM, RELEASE eller DELETE i MAP-klausul vid %LTARGET%s med with en annan map-typ Ã¤n TO, FROM, TOFROM eller ALLOC i MAP-klausul vid %LTHREADPRIVATE objekt %qs i %s-fall vid %LTHREADPRIVATE objekt %qs i SHARED fall vid %LTILE behÃ¶ver ett konstant uttryck vid %LTLS-dialekt att anvÃ¤nda:ATTGÃ–RA: Vektorsektionen i datasatserATT GÃ–RA: typbegrÃ¤nsad definierad tilldelning vid %L inte gjord fÃ¶r att multipla delvektorreferenser skulle upptrÃ¤da i intermediÃ¤ra uttryck.TREE_PURPOSE Ã¤r icke-NULL i TYPE_ARG_TYPES-listaTYPE IS vid %L Ã¶verlappar med TYPE IS vid %LTYPE med inbyggd typspecifikation vid %CTYPE_ARRAY_MAX_SIZE inte INTEGER_CSTTYPE_BINFO Ã¤r inte TREE_BINFOTYPE_BINFO-typ Ã¤r inte TYPE_MAIN_VARIANTTYPE_CACHED_VALUES Ã¤r inte TREE_VECTYPE_CACHED_VALUES_P Ã¤r %i medan TYPE_CACHED_VALUES Ã¤r %pTYPE_CACHED_VALUES_P Ã¤r satt nÃ¤r det inte skulle vara detTYPE_CANONICAL har en annan TYPE_CANONICALTYPE_CANONICAL Ã¤r inte kompatiblaTYPE_CANONICAL av huvudvarianten Ã¤r inte en huvudvariantTYPE_FIELDS definierad i ofullstÃ¤ndig typTYPE_LANG_SLOT_1 (binfo) fÃ¤lt Ã¤r icke-NULLTYPE_MAIN_VARIANT har en annan TYPE_MAIN_VARIANTTYPE_MAXVAL icke-NULLTYPE_METHODS Ã¤r varken FUNCTION_DECL, TEMPLATE_DECL eller error_mark_nodeTYPE_METHOD_BASETYPE Ã¤r inte en huvudvariantTYPE_METHOD_BASETYPE Ã¤r inte en post eller unionTYPE_MINVAL icke-NULLTYPE_MODE av TYPE_CANONICAL Ã¤r inte kompatiblaTYPE_NEXT_PTR_TO Ã¤r inte POINTER_TYPETYPE_NEXT_REF_TO Ã¤r inte REFERENCE_TYPETYPE_OFFSET_BASETYPE Ã¤r inte en post eller unionTYPE_STRING_FLAG Ã¤r satt pÃ¥ pÃ¥ en typ som inte ser ut som vare sig char eller vektor av charsTYPE_STRING_FLAG Ã¤r satt pÃ¥ fel typkodTYPE_VALUES_RAW-fÃ¤lt Ã¤r icke-NULLTYPE_VFIELD Ã¤r varken FIELD_DECL eller TREE_LISTTagna minst en gÃ¥ng:%s av %d
  Tar tvÃ¥ icke-negativa heltal separerade av ett kommatecken.  Inled funktionsetiketten med det antal tvÃ¥bytes Nop-instruktioner som indikeras av det fÃ¶rsta.  Avsluta med Nop-instruktioner som tÃ¤cker det antal halvord som indikeras av den andra efter etiketten.  Nop-instruktioner av stÃ¶rsta mÃ¶jliga storlek anvÃ¤nds (sex, fyra eller tvÃ¥ byte), med bÃ¶rjan med den stÃ¶rsta mÃ¶jliga storleken.  Att anvÃ¤nda 0 fÃ¶r bÃ¥da vÃ¤rdena avaktiverar hotpatchning.Sikta pÃ¥ DFLOAT-dubbelprecisionskod.MÃ¥let fÃ¶r blocks relativa exekveringsfrekvens (som en procentsats) som behÃ¶vs fÃ¶r att sÃ¤nka en sats.MÃ¥luttryck i pekartilldelning vid %L mÃ¥ste leverera ett pekarresultatMÃ¥let har uppdelat I&D.MÃ¥let fÃ¶r Ã¥teravbildning av ordning Ã¤r fÃ¶r litet (%ld < %ld)Sikta pÃ¥ processorn AM33.Sikta pÃ¥ processorn AM33/2.0.Sikta pÃ¥ processorn AM34.MÃ¥l: %s
! BerÃ¤tta fÃ¶r DSE att lagringen fÃ¶r ett C++-objekt Ã¤r dÃ¶tt nÃ¤r konstrueraren bÃ¶rjar och nÃ¤r destrueraren avslutar.Direktivet %s kan inte anges inuti en %s-region vid %LFlaggan --param accepterar fÃ¶ljande som parametrarA-argumentet vid %L till CO_REDUCE fÃ¥r inte vara polymorftArgumentet A vid %L till den inbyggda %s skall inte vara co-indexeratABI:et fÃ¶r att skicka parametrar med %d-bytejustering har Ã¤ndrats i GCC 4.6CHARACTER-elementen i vektorkonstrueraren vid %L mÃ¥ste ha samma lÃ¤ngd (%d/%d)DEFAULT CASE vid %L fÃ¥r inte fÃ¶ljas av ett andra DEFAULT CASE vid %LArgumentet DISTANCE fÃ¥r inte anges tillsammans med argumentet COARRAY eller DIM i den inbyggda vid %LOperanden till instruktionen ENI mÃ¥ste vara antingen 0 eller 1FORALL med index %qs anvÃ¤nds inte pÃ¥ vÃ¤nster sida av en tilldelning vid %L och kan dÃ¤rfÃ¶r orsaka multipla tilldelningar till detta objektArgumenten FROM och TO vid %L bryter aliasrestriktioner (F2003 12.4.1.7)Argumenten FROM och TO till den inbyggda MOVE_ALLOC vid %L mÃ¥ste ha samma co-ordning %d/%dArgumenten FROM och TO till den inbyggda MOVE_ALLOC vid %L mÃ¥ste ha samma ordning %d/%dArgumentet FROM till MOVE_ALLOC %L skall inte vara co-indexeratFormatspecificeraren H vid %L Ã¤r en funktion borttagen i Fortran 95Hollerithkonstanten vid %L Ã¤r fÃ¶r lÃ¥ng fÃ¶r att konverteras till %qsINTENT(OUT)-attrappargumentet %qs vid %L har ASSUMED SIZE och kan dÃ¤rfÃ¶r inte ha en standardinitierareNULL i postkonstrueraren vid %L anvÃ¤nds pÃ¥ komponenten %qs, som varken Ã¤r en POINTER eller en ALLOCATABLEArgumentet TO till MOVE_ALLOC %L skall inte vara co-indexeratArgumentet TO i MOVE_ALLOC vid %L mÃ¥ste vara polymorft om FROM Ã¤r polymorftAbsolutvÃ¤rdet av SHIFT vid %L mÃ¥ste vara mindre Ã¤n eller lika med BIT_SIZE(%qs)AbsolutvÃ¤rdet av SHIFT vid %L mÃ¥ste vara mindre Ã¤n eller lika med SIZE vid %LDet allokerbara objektet %qs vid %L mÃ¥ste ha ett explicit funktionsgrÃ¤nssnitt eller deklareras som vektorAllokeringsobjektet vid %L och kÃ¤lluttrycket vid %L skall ha samma sorts typparameterArgumentlistefunktionerna vid %%VAL, %%LOC eller %%REF Ã¤r inte tillÃ¥ten i denna kontext vid %LArgumentet till inbyggd RANK vid %L mÃ¥ste vara ett dataobjektVektorn %qs med antagen ordning vid %L skall inte ha en co-dimensionVektorn med antagen ordning vid %C fÃ¥r inte ha en co-dimensionVektor med antagen ordning vid %L krÃ¤ver att attrappargumentet %qs har antagen ordningFelet Ã¤r inte reproducerbart, sÃ¥ det Ã¤r fÃ¶rmodligen ett problem med hÃ¥rdvara eller OS.
! TeckenlÃ¤ngden fÃ¶r argumentet A vid %L och argumenten till OPERATOR vid %L skall vara sammaTeckenlÃ¤ngden fÃ¶r argumentet A vid %L och funktionsresultatet av OPERATOR vid %L skall vara sammaNamnen fÃ¶r flaggan fÃ¶r kodmodell fÃ¶r -mcmodel:Den hÃ¤rledda typen %qs vid %L har typen %qs, som inte har definieratsEnheten har inget SPH-specialfunktionsregister.  Denna flagga kommer Ã¥sidosÃ¤ttas av kompilatordrivrutinen med de riktiga instÃ¤llningarna om nÃ¤rvaro/frÃ¥nvaro av SPH kan avgÃ¶ras frÃ¥n -mmcu=MCU.Den tidigaste MacOS X-versionen som detta program kommer kÃ¶ra pÃ¥.Elementet i postkonstrueraren vid %L, fÃ¶r pekarkomponent %qs, borde vara en POINTER eller en TARGETElementet i postkonstrueraren vid %L, fÃ¶r pekarkomponent %qs, Ã¤r %s men borde vara %sEkvivalensmÃ¤ngden fÃ¶r %qs orsakar en ogiltig utvidgning av COMMON %qs vid %LEkvivalensmÃ¤ngden fÃ¶r variabeln %qs deklarerad vid %L bryter mot justeringskravenerrmsg=-argumentet vid %L mÃ¥ste vara en teckenvariabel av standardsortHÃ¤ndelsevariabeln vid %L fÃ¥r inte vara co-indexeradFÃ¶ljande flaggor Ã¤r sprÃ¥koberoendeFÃ¶ljande flaggor Ã¤r sprÃ¥krelateradeFÃ¶ljande flaggor Ã¤r inte dokumenteradeFÃ¶ljande flaggor Ã¤r specifika fÃ¶r just sprÃ¥ketFÃ¶ljande flaggor stÃ¶djs av sprÃ¥ketFÃ¶ljande flaggor Ã¤r mÃ¥lberoendeFÃ¶ljande flaggor styr kompilatorns varningsmeddelandenFÃ¶ljande flaggor styr optimeringarFÃ¶ljande flaggor tar sammanslagna argumentFÃ¶ljande flaggor tar separata argumentFunktionen som skickas som OPERATOR vid %L har argument av typerna %s och %s men skall ha typen %sFunktionen som skickas som OPERATOR vid %L skall ha skalÃ¤ra argument som ej Ã¤r allokerbara och ej Ã¤r pekare och returnera en skalÃ¤r som ej Ã¤r allokerbar och ej Ã¤r en pekareFunktionen som skickas som OPERATOR vid %L skall ha attributet ASYNCHRONOUS antingen fÃ¶r inget eller bÃ¥da argumentenFunktionen som skickas som OPERATOR vid %L skall ha attributet TARGET antingen fÃ¶r inget eller bÃ¥da argumentenFunktionen som skickas som OPERATOR vid %L skall ha attributet VALUE antingen fÃ¶r inget eller bÃ¥da argumentenFunktionen som skickas som OPERATOR vid %L skall ha tvÃ¥ argumentFunktionen som skickas som OPERATOR vid %L skall ha attributet OPTIONAL antingen fÃ¶r inget eller bÃ¥da argumentenFunktionsresultatet pÃ¥ vÃ¤nstersidan av tilldelningen vid %L mÃ¥ste ha attributet pointer.Det omedelbara vÃ¤rdet mÃ¥ste passa i ett %d-bitars heltal fÃ¶r %sDen orena variabeln vid %L Ã¤r tilldelad till en hÃ¤rledd typvariabel med en POINTER-komponent i en PURE-procedur (12.6)Den inbyggda %qs vid %L ingÃ¥r inte i den valda standarden utan %s och %qs kommer hanteras som om de var deklarerade EXTERNAL.  AnvÃ¤nd en tillÃ¤mplig -std=*-flagga eller definiera -fall-intrinsics fÃ¶r att tillÃ¥ta denna inbyggda.Den inbyggda %qs deklarerad INTRINSIC vid %L Ã¤r inte tillgÃ¤nglig i den aktuella standardinstÃ¤llningen utan i %s.  AnvÃ¤nd en lÃ¤mplig flagga %<-std=*%> eller aktivera %<-fall-intrinsics%> fÃ¶r att anvÃ¤nda den.Den vÃ¤nstraste part-ref i en data-ref kan inte vara en funktionsreferens vid %CDen undre grÃ¤nsen fÃ¶r att en buffert skall Ã¶vervÃ¤gas fÃ¶r skydd mot stacksprÃ¤ngning.Maximalt antal omlÃ¤sningar av pseudoregister som Ã¶vervÃ¤gs nÃ¤r ett icke-omlÃ¤st pseudoregister spills.Den maximala mÃ¤ngden minne som fÃ¥r allokeras av GCSE.Den maximala konfliktfÃ¶rdrÃ¶jningen fÃ¶r att en instruktion skall Ã¶vervÃ¤gas fÃ¶r spekulativ fÃ¶rflyttning.Det maximala djupet av nÃ¤stade slingor som vi skalar helt.Det maximala djupet fÃ¶r rekursiv inline:ing fÃ¶r inline-funktioner.Det maximala djupet fÃ¶r rekursiv inline:ing fÃ¶r icke-inline-funktioner.Den maximala expansionsfaktorn vid kopiering av grundblock.Det maximala antalet instruktioner CSE bearbetar fÃ¶re tÃ¶mning.Den maximala lÃ¤ngden pÃ¥ sÃ¶kvÃ¤gar som Ã¶vervÃ¤gs i cse.Den maximala lÃ¤ngden pÃ¥ schemalÃ¤ggarens lista Ã¶ver vÃ¤ntande operationer.Det maximala antalet minnesplatser noterade av cselib.Det maximala antalet RTL-noder som kan noteras som kombinerarens sista vÃ¤rde.Det maximala antalet fÃ¶rsÃ¶k att gÃ¥ tillbaka schemalÃ¤ggaren skall gÃ¶ra vid moduloschemalÃ¤ggning av en slinga.Det maximala antalet block i en region som Ã¶vervÃ¤gs fÃ¶r interblockschemalÃ¤ggning.Det maximala antalet grenar pÃ¥ vÃ¤gen genom den skalade sekvensen.Det maximala antalet ingÃ¥ende bÃ¥gar att Ã¶vervÃ¤ga fÃ¶r korshopp.Det maximala antalet instruktionskombinationsfÃ¶rsÃ¶k att kombinera.Det maximala antalet instruktioner i en region fÃ¶r att Ã¶vervÃ¤gas fÃ¶r interblockschemalÃ¤ggning.Det maximala antalet instruktioner i slinghuvudet duplicerade av kopieringspasset fÃ¶r slinghuvuden.Det maximala antalet instruktioner i en helt avskalad slinga.Det maximala antalet instruktioner i en avskalad slinga som bara snurrar en gÃ¥ng.Det maximala antalet instruktioner i en avskalad slinga.Det maximala antalet instruktioner i en ovÃ¤xlad slinga.Det maximala antalet instruktioner att duplicera vid avfaktorering av berÃ¤knade goto.Det maximala antalet instruktioner i en enskild funktion tÃ¤nkbar fÃ¶r inline:ing.Det maximala antalet instruktioner inline-funktioner kan vÃ¤xa till via rekursiv inline:ing.Det maximala antalet instruktioner icke-inline-funktioner kan vÃ¤xa till via rekursiv inline:ing.Det maximala antalet instruktioner redo att matas ut fÃ¶r att Ã¶vervÃ¤gas under det fÃ¶rsta schemalÃ¤ggningspasset.Det maximala antalet instruktioner att Ã¶vervÃ¤ga fÃ¶r att fylla ett fÃ¶rdrÃ¶jningsutrymme.Det maximala antalet instruktioner att Ã¶vervÃ¤ga fÃ¶r att hitta korrekt information om aktiva register.Det maximala antalet instruktioner fÃ¶r att Ã¶vervÃ¤ga att rulle ut i en slinga i genomsnitt.Det maximala antalet instruktioner fÃ¶r att Ã¶vervÃ¤ga att rulla ut i en slinga.Det stÃ¶rsta antalet instruktioner att sÃ¶ka bakÃ¥t fÃ¶r att leta efter ekvivalent omlÃ¤sning.Det maximala antalet instruktioner vid automatisk inline:ing.Det maximala antal iterationer genom CFG fÃ¶r utÃ¶kade regioner.Det maximala antalet slingiterationer vi fÃ¶rutsÃ¤ger statiskt.Det maximala antalet nÃ¤stade indirekta inline:ingar som utfÃ¶rs av den tidiga inline:aren.Det maximala antalet avskalningar av en enskild slinga som Ã¤r helt avskalad.Det maximala antalet avskalningar av en enskild slinga.Det maximala antalet utrullningar av en enskild slinga.Det maximala antalet omvÃ¤xlingar i en enskild slinga.Det maximala fÃ¶rhÃ¥llandet mellan vektorstorlek och switch-grenar fÃ¶r att en switch-konvertering skall ske.Det maximala fÃ¶rhÃ¥llandet mellan insÃ¤ttningar och raderingar av uttryck i GCSE.Den maximala storleken pÃ¥ fÃ¶nstret fÃ¶r framÃ¥tblickar vid selektiv schemalÃ¤ggning.Den minsta uppskattade hastighetsÃ¶kningen som tillÃ¥ter inline:aren att ignorera inline-insns-single och inline-insns-auto.Den minsta sannolikheten fÃ¶r spekulativ framgÃ¥ng (i procent) fÃ¶r att spekulativ instruktion skall schemalÃ¤ggas.Minsta UID som fÃ¥r anvÃ¤ndas fÃ¶r en icke-felsÃ¶kningsinstruktion.Den minsta kostnaden av ett dyrt uttryck vid flyttning av slinginvariant.Minsta andelen av profileringskÃ¶rningar ett givet grundblocks exekveringsrÃ¤knare mÃ¥ste ha fÃ¶r att inte anses osannolik.Det minsta antal av matchande instruktioner att Ã¶vervÃ¤ga fÃ¶r korshopp.Den minsta sannolikhet en bÃ¥ge mÃ¥ste ha fÃ¶r att schemalÃ¤ggaren skall spara sitt tillstÃ¥nd Ã¶ver den.Den minsta sannolikheten fÃ¶r att nÃ¥ ett kÃ¤llkodsblock fÃ¶r spekulativ schemalÃ¤ggning mellan block.Minsta storleken pÃ¥ variabler som Ã¤r med i stackutrymmesdelning utan optimering.MinimivÃ¤rdet pÃ¥ steglÃ¤ngden som pendlingsschemalÃ¤ggaren kommer generera.Modul- eller huvudprogramvektorn %qs vid %L mÃ¥ste ha konstant formNamnet %qs vid %C har redan anvÃ¤nts som ett externt modulnamnNamnet %qs fÃ¥r inte anvÃ¤ndas som en definierad operator vid %CAntalet vektorelement i argumentet SUB till IMAGE_INDEX vid %L skall vara %d (co-ordning) inte %dAntalet cykler som pendlingsschemalÃ¤ggaren beaktar nÃ¤r den sÃ¶ker efter konflikter med DFA.Antalet element (%d) i vektorkonstrueraren vid %L krÃ¤ver en Ã¶kning av den tillÃ¥tna Ã¶vre grÃ¤nsen %d.  Se flaggan %<-fmax-array-constructor%>Antalet element i vektorkonstrueraren vid %L krÃ¤ver en Ã¶kning av den tillÃ¥tna Ã¶vre grÃ¤nsen %d.  Se flaggan %<-fmax-array-constructor%>Antalet element i vektorkonstrueraren vid %L krÃ¤ver en Ã¶kning av den tillÃ¥tna Ã¶vre grÃ¤nsen %d.  Se flaggan -fmax-array-constructorAntalet element i vektorkonstrueraren vid %L krÃ¤ver en Ã¶kning av den tillÃ¥tna Ã¶vre grÃ¤nsen %d.  Se flaggan %<-fmax-array-constructor%>Antalet instruktioner som kÃ¶rs fÃ¶re fÃ¶rhandshÃ¤mtning (prefetch) Ã¤r klar.Antalet fÃ¶rhandshÃ¤mtningar (prefetch) som kan vara igÃ¥ng samtidigt.Antalet register i varje klass som behÃ¥lls oanvÃ¤nt vid flyttning av slinginvariant.Andelen av funktion i procent, viktad efter exekveringsfrekvens, som mÃ¥ste tÃ¤ckas av spÃ¥rinformation.  AnvÃ¤nds nÃ¤r profileringsdata Ã¤r tillgÃ¤ngligt.Andelen av funktion i procent, viktad efter exekveringsfrekvens, som mÃ¥ste tÃ¤ckas av spÃ¥rinformation.  AnvÃ¤nds nÃ¤r profileringsdata inte Ã¤r tillgÃ¤ngligt.Pekarkomponenten %qs av %qs vid %L Ã¤r en typen som inte har deklareratsPekarobjektet %qs vid %L mÃ¥ste ha ett explicit funktionsgrÃ¤nssnitt eller deklareras som vektorDe mÃ¶jliga TLS-dialekterna:Ordningen pÃ¥ elementet i postkonstrueraren vid %L stÃ¤mmer inte Ã¶verens med komponentens (%d/%d)UpplÃ¶sningsfilen.Storleken pÃ¥ cache-raderna i L1.Storleken pÃ¥ L1-cachen.Storleken pÃ¥ L2-cachen.Storleken pÃ¥ en funktionskropp fÃ¶r att betraktas som stor.Storleken pÃ¥ en stackram fÃ¶r att betraktas som stor.Storleken pÃ¥ en Ã¶versÃ¤ttningsenhet fÃ¶r att betraktas som stor.Det minsta antalet olika vÃ¤rden fÃ¶r vilka det Ã¤r bÃ¤st att anvÃ¤nda hopptabeller istÃ¤llet fÃ¶r ett trÃ¤d med villkorliga grenar, om 0, anvÃ¤nd standardvÃ¤rdet fÃ¶r maskinen.KÃ¤lluttrycket vid %L skall varken vara av typen EVENT_TYPE eller ha en EVENT_TYPE-komponent om det allokerbara objektet vid %L Ã¤r en co-vektorKÃ¤lluttrycket vid %L skall varken vara av typen LOCK_TYPE eller ha en LOCK_TYPE-komponent om det allokerbara objektet vid %L Ã¤r en co-vektorstat=-argumentet vid %L mÃ¥ste vara en heltalsvariabel av kind=4Symbolen %qs, refererad vid %L, finns inte i den valda standardenTrÃ¶skelfÃ¶rhÃ¥llandet fÃ¶r att utfÃ¶ra partiell redundanselimination efter omlÃ¤sning.TrÃ¶skelfÃ¶rhÃ¥llandet av antal berÃ¤kningar av kritiska bÃ¥gar som tillÃ¥ter att gÃ¶ra redundanseliminering efter omlÃ¤sning.Typen %qs kan inte vara vÃ¤rdassocierad vid %L fÃ¶r att den blockeras av ett inkompatibelt objekt med samma namn deklarerat vid %LTypen pÃ¥ funktionen %qs vid %L Ã¤r inte tillgÃ¤ngligTypspecifikationen vid %L skall ange att varje lÃ¤ngdtypparameter Ã¤r antagenTypspecifikationen skall inte specificera en sekvens hÃ¤rledd typ eller en typ med attributet BIND i SELECT TYPE vid %C [F2003:C815]Ã–vre grÃ¤nsen fÃ¶r att dela heltalskonstanter.Den Ã¶vre grÃ¤nsen i sista dimensionen mÃ¥ste vara med i referensen till vektorn %qs med antagen storlek vid %LVÃ¤rdet pÃ¥ n i %<-finit-character=n%> mÃ¥ste vara mellan 0 och 127Versionen av ld64 som anvÃ¤nds fÃ¶r denna verktygskedja.Versionen av C++-ABI:et som anvÃ¤nds.Versionen pÃ¥ det C++-ABI som anvÃ¤nds fÃ¶r -Wabi-varningar och lÃ¤nkkompatibilitetsalias.Det finns redan en procedur med bindningsnamnet %qs fÃ¶r den hÃ¤rledda typen %qs vid %CDet finns ingen specifik funktionen fÃ¶r den generiska %qs vid %LDet finns ingen specifik subrutinen fÃ¶r den generiska %qs vid %LDet finns redan en icke-generisk procedur med bindningsnamnet %qs fÃ¶r den hÃ¤rledda typen %qs vid %CDetta Ã¤r fri programvara, se kÃ¤llkoden fÃ¶r kopieringsvillkor.  Det
  finns INGEN garanti, inte heller vid KÃ–P eller LÃ„MPLIGHET FÃ–R NÃ…GOT
  SPECIELLT Ã„NDAMÃ…L.
  
*************** finns INGEN garanti, inte ens fÃ¶r KÃ–P
*** 2491,2516 ****
  SPECIELLT Ã„NDAMÃ…L.
  
  Denna flagga saknar dokumentation.Denna flagga bÃ¶r undvikas, anvÃ¤nd den inte.Denna flagga bÃ¶r undvikas, anvÃ¤nd -Werror=implicit-function-declaration istÃ¤llet.Denna flagga bÃ¶r undvikas, anvÃ¤nd -Wextra istÃ¤llet.Denna flagga bÃ¶r undvikas, anvÃ¤nd -fsanitize-recover= istÃ¤llet.TrÃ¥dmodell: %s
! TrÃ¥dprivat vid %L Ã¤r inte SAVE:adTrÃ¥dprivat variabel vid %C Ã¤r ett element i ett COMMON-blockTrÃ¶skelvÃ¤rde fÃ¶r ipa-cp-tillfÃ¤llesberÃ¤kning som fortfarande betraktas som fÃ¶rdelaktig att klona.Thumb-1 hÃ¥rda flyttals VFP ABIThumb: Anta att funktionspekare kan gÃ¥ till icke-Thumb-medveten kod.Thumb: Anta att icke-statiska funktioner kan anropas frÃ¥n ARM-kod.Thumb: Generera (lÃ¶v)stackramar Ã¤ven om de inte behÃ¶vs.Thumb: Generera (icke-lÃ¶v-)stackramar Ã¤ven om de inte behÃ¶vs.Snuttar fÃ¥r inte ha en kroppSlinga uppdelad i bitar kan inte parallelliseras Ã¶ver gang, worker och vektorer pÃ¥ samma gÃ¥ng vid %LFÃ¶r att aktivera preprocessning, anvÃ¤nd %<-cpp%>Tillsammans med -fpic och -fPIC, anvÃ¤nd inte GOTPLT-referenser.VÃ¤xla -fvar-tracking-assignments.VÃ¤xla generering av felsÃ¶kningsinformation.FÃ¶r fÃ¥ co-dimensioner vid %C, %d och inte %d fÃ¶rvÃ¤ntadesFÃ¶r mÃ¥nga argument i anrop till %qs vid %LFÃ¶r mÃ¥nga argument till %s vid %LFÃ¶r mÃ¥nga co-dimensioner vid %C, %d och inte %d fÃ¶rvÃ¤ntadesFÃ¶r mÃ¥nga komponenter i postkonstruerare vid %L!FÃ¶r mÃ¥nga siffror i satsetikett vid %CFÃ¶r mÃ¥nga element i vektorinitieraren vid %CTransformera villkorliga lagringar till ovillkorliga.Transformera instrumenterade inbyggda anrop till anrop av inkapslingar.Transformerande funktion %qs vid %L Ã¤r ogiltig i ett initieringsuttryckTransparent alias och mÃ¥lets assemblernamn skiljerFÃ¥nga teckenspill i addition, subtraktion och multiplikation.FÃ¥nga heltalsdivision med noll.Behandla en undantagsspecifikation throw() som noexcept fÃ¶r att fÃ¶rbÃ¤ttra kodstorleken.Behandla alla varningar som fel.Behandla datareferenser som nÃ¤ra, fjÃ¤rran eller medium, medium Ã¤r standard.Behandla heltal som 32-bitars.Hantera kÃ¤nda sprintf-returvÃ¤rden som konstanter.Tolka rader med â€�Dâ€� i kolumn ett som kommentarer.Behandla saknade huvudfiler som genererade filer.Behandla spill med tecken som odefinierat.Behandla angivna varningar som fel.Betrakta indatafilen som redan preprocessad.FÃ¶rsÃ¶k kÃ¶ra â€�%sâ€� i skalet fÃ¶r att Ã¶ka dess grÃ¤ns.
! FÃ¶rsÃ¶k att tillÃ¥ta lÃ¤nkaren att gÃ¶ra om PIC-anrop till direkta anrop.FÃ¶rsÃ¶k att konvertera virtuella anrop till direkta.FÃ¶rsÃ¶k placera ut hÃ¤rledda typer sÃ¥ kompakt som mÃ¶jligt.Trimma koden fÃ¶r den angivna processorn.Trimma fÃ¶rvÃ¤ntad minneslatens.Trimma fÃ¶r cpu:n ARC600.Trimma fÃ¶r cpu:n ARC601.Trimma fÃ¶r cpu:n ARC700 R4.2 med standard XMAC-block.Trimma fÃ¶r cpu:n ARC700 R4.2 med standard multiplikationsblock.Trimma fÃ¶r den angivna mÃ¥l-CPU:n eller arkitekturen.SlÃ¥ pÃ¥ passet fÃ¶r eliminering av redundanta utÃ¶kningar.Justera registerallokeringen fÃ¶r att hjÃ¤lpa generering av 16-bitars instruktioner.TvÃ¥ huvud-PROGRAM vid %L och %CTvÃ¥ eller flera delreferenser med ordning skild frÃ¥n noll fÃ¥r inte anges vid %LTvÃ¥ symboler med samma comdat_group Ã¤r inte lÃ¤nkade av listan same_comdat_group.Typen %qs som innehÃ¥ller en DEFERRED-bindning vid %C Ã¤r inte ABSTRACTTypen %qs pÃ¥ CLASS-variabeln %qs vid %L Ã¤r inte utvidgningsbarTypdeklaration %qs vid %L Ã¤r inte C-interoperativ men den Ã¤r BIND(C)Typen Ã¤r oÃ¥tkomlig i variabeldefinitionssammanhang (%s) vid %LTyp stÃ¤mmer inte i argument %qs vid %L; skickade %s till %sTypnamnet %qs vid %C kan inte vara samma som en inbyggd typTypnamnet %qs vid %C stÃ¥r i konflikt med tidigare deklarerad enhet vid %L, som har samma namnTypnamnet %qs vid %C Ã¤r tvetydigtTypen pÃ¥ argument %qs i anrop till %qs vid %L skulle varit %s, inte %sTypen pÃ¥ enheten vid %L Ã¤r typinkompatibel med kÃ¤lluttrycket vid %LEntitetens typ vid %L Ã¤r typinkompatibel med typspecifikationenTyp angiven fÃ¶r inbyggd funktion %qs vid %L ignorerasTypgrÃ¤nsoperator vid %L kan inte vara NOPASSTypbunden procedur vid %CTypspecifikation vid %L kan inte innehÃ¥lla ha en fÃ¶rdrÃ¶jd typparameterTypspecifikation vid %L kan inte innehÃ¥lla en asterisk som en typparameterUNIT inte angivet vid %LUNIT-tal i CLOSE-sats vid %L mÃ¥ste vara ickenegativtUNIT-tal i INQUIRE-sats vid %L fÃ¥r inte vara %dUNIT-tal i sats vid %L mÃ¥ste vara ickenegativtUNIT-tal saknas i satsen vid %LUNIT-specifikation vid %L mÃ¥ste vara ett INTEGER-uttryck eller en CHARACTER-variabelUNIT-specificerare Ã¤r inte tillÃ¥ten med NEWUNIT vid %CUNLOCK-sats vid %CUNTIL_COUNT=-argumentet vid %L mÃ¥ste vara ett skalÃ¤rt INTEGER-uttryckUSE-sats vid %C har ingen ONLY-kvalificerareDet gÃ¥r inte att hitta en angiven INTRINSIC-procedur fÃ¶r referensen %qs vid %LKan inte hitta symbolen %qsKan inte generera ladda/lagra-avstÃ¥nd fÃ¶r sammanslagningKan inte slÃ¥ upp den specifika funktionen %qs vid %LKan inte slÃ¥ upp den specifika subrutinen %qs vid %LOklassificerbart GCC-direktiv vid %COklassificerbart OpenACC-direktiv vid %COklassificerbart OpenMP-direktiv vid %COklassificerbar sats vid %COklassificerbar sats i IF-klausul vid %COdefinierad specifik bindning %qs som mÃ¥l fÃ¶r GENERIC %qs vid %LUnder -ffast-math, generera en FRIZ-instruktion fÃ¶r (double)(long long)-konverteringar.Under kontroll av Object Size-typ, varna fÃ¶r buffertspill i strÃ¤nghanteringsfunktioner som memcpy och strcpy.Olika teckenlÃ¤ngder (%ld/%ld) i %sOlika teckenlÃ¤ngder (%ld/%ld) i %s vid %LOvÃ¤ntat %<%c%> fÃ¶r variabel med icke hÃ¤rledd typ %qs vid %COvÃ¤ntad %<*%> fÃ¶r co-dimension %d av %d vid %COvÃ¤ntad %<*%> i co-vektorindex vid %COvÃ¤ntad %s-sats vid %COvÃ¤ntad %s-sats vid %C i INTERFACE-kroppOvÃ¤ntad %s-sats i BLOCK DATA vid %COvÃ¤ntad %s-sats i CONTAINS-sektion vid %COvÃ¤ntad %s-sats i FORALL-block vid %COvÃ¤ntad %s-sats i INTERFACE-block vid %COvÃ¤ntad %s-sats i MODULE vid %COvÃ¤ntad %s-sats i WHERE-block vid %COvÃ¤ntad CASE-sats vid %COvÃ¤ntat DIM-argument med icke-co-vektor-argument vid %LOvÃ¤ntad END-sats vid %COvÃ¤ntad ENTRY-sats vid %COvÃ¤ntat filslutOvÃ¤ntad inbyggd NULL() vid %L till attrapp %qsOvÃ¤ntad OpenACC-parallellism.OvÃ¤ntat SHAPE-argumentet vid %L till C_F_POINTER med skalÃ¤r FPTROvÃ¤ntad TYPE IS-sats vid %COvÃ¤ntad alternativ returspecifikation i subrutinanrop vid %LOvÃ¤ntat tecken i variabellista vid %COvÃ¤ntade tecken i PARAMETER-sats vid %COvÃ¤ntad co-vektorbeteckning vid %COvÃ¤ntat element %qc i formatstrÃ¤ng vid %LOvÃ¤ntat filslut i %qsOvÃ¤ntat slut pÃ¥ formatstrÃ¤ngOvÃ¤ntat modulslutOvÃ¤ntad inbyggd typ %qs vid %LOvÃ¤ntat skrÃ¤p efter !$ACC DECLARE vid %COvÃ¤ntat skrÃ¤p efter !$OMP DECLARE REDUCTION vid %COvÃ¤ntat skrÃ¤p efter !$OMP DECLARE TARGET vid %COvÃ¤ntat skrÃ¤p efter $OMP ATOMIC-sats vid %COvÃ¤ntat skrÃ¤p efter $OMP BARRIER-sats vid %COvÃ¤ntat skrÃ¤p efter $OMP CANCELLATION POINT-sats vid %COvÃ¤ntat skrÃ¤p efter $OMP CRITICAL-sats vid %COvÃ¤ntat skrÃ¤p efter $OMP FLUSH-sats vid %COvÃ¤ntat skrÃ¤p efter $OMP MASTER-sats vid %COvÃ¤ntat skrÃ¤p efter $OMP TASKGROUP-sats vid %COvÃ¤ntat skrÃ¤p efter $OMP ORDERED-sats vid %COvÃ¤ntat skrÃ¤p efter ELSE-IF-sats vid %COvÃ¤ntat skrÃ¤p efter ELSE-sats vid %COvÃ¤ntat skrÃ¤p efter NOWAIT-klausul vid %COvÃ¤ntat skrÃ¤p efter OMP THREADPRIVATE vid %COvÃ¤ntat skrÃ¤p efter TASKWAIT-klausul vid %COvÃ¤ntat skrÃ¤p efter TASKYIELD-klausul vid %COvÃ¤ntat skrÃ¤p efter funktionsdeklaration vid %COvÃ¤ntat skrÃ¤p i formell argumentlista vid %COvÃ¤ntat lÃ¥ngt thumb1-hoppOvÃ¤ntad anvÃ¤ndning av subrutinnamnet %qs vid %CEnhetsnummer i I/O-sats Ã¤r fÃ¶r stortEnhetsnummer i I/O-sats Ã¤r fÃ¶r litetOkÃ¤nd arkitekturspecifik minnesmodellOkÃ¤nt argument %qs vid %L till inbyggd %sOkÃ¤nd argumentlistefunktion vid %LOkÃ¤nt attribut i !GCC$ ATTRIBUTES-sats vid %COkÃ¤nd form pÃ¥ stackgrÃ¤nsuttryckOkÃ¤nd inbyggd opOkÃ¤nd operator %%<%s%%> vid %%LOkÃ¤nd parameter till flaggan -mtune-ctrl: %sOkÃ¤nt procedurnamn %qs vid %CObegrÃ¤nsat polymorft allokeringsobjekt vid %L behÃ¶ver en typspecifikation eller en SOURCE-tagg eller en MOLD-taggOkÃ¤nt MCU-namn â€�%sâ€�, antar att den inte har hÃ¥rdvarumultiplikation.
  anvÃ¤nd flaggan -mhwmult fÃ¶r att sÃ¤tta detta explicit.OkÃ¤nt MCU-namn â€�%sâ€�, antar att det bara Ã¤r en MSP430 utan hÃ¥rdvarumultiplikation.
  AnvÃ¤nd flaggorna -mcpu och -mhwmult fÃ¶r att sÃ¤tta dessa explicit.OkÃ¤nt MCU-namn â€�%sâ€�, antar att den bara stÃ¶djer ISA:n MSP430.
  AnvÃ¤nd flaggan -mcpu fÃ¶r att sÃ¤tta ISA:n explicit.OkÃ¤nt MCU-namn â€�%sâ€�OkÃ¤nd argument till %<-finit-logical%>: %sOkÃ¤nd flagga till byteordervÃ¤rde: %qsOkÃ¤nt argument till -floating-point initieringsvÃ¤rde: %qsOkÃ¤nd flagga: %qsEj stÃ¶dd kod â€�%câ€� fÃ¶r fixdecimal:Ej stÃ¶dd operand fÃ¶r kod â€�%câ€�Ej stÃ¶dd sats inuti WHERE vid %LEj stÃ¶tt vÃ¤rde till mmpy-optionOavslutad teckenkonstant bÃ¶rjar vid %COanvÃ¤nd PRIVATE modulvariabel %qs deklarerad vid %LOanvÃ¤nt attrappargument %qs vid %LOanvÃ¤nd initieringsstrÃ¤ng vid %L fÃ¶r att variabeln har nollÃ¤ngdOanvÃ¤nd modulvariabel %qs som uttryckligen har importerats vid %LOanvÃ¤nd parameter %qs deklarerad vid %LOanvÃ¤nd parameter %qs som uttryckligen har importerats vid %LOanvÃ¤nd variabel %qs deklarerad vid %LÃ–vre vektorreferens vid %L Ã¤r utanfÃ¶r grÃ¤nsen (%ld < %ld) i dimension %dÃ–vre vektorreferens vid %L Ã¤r utanfÃ¶r grÃ¤nsen (%ld > %ld) i dimension %dÃ–vre grÃ¤nsen av sista co-vektordimensionen mÃ¥ste vara %<*%> vid %CAnvÃ¤ndning: %s [FLAGGA]â€¦ UNDERKOMMANDO [FLAGGA]â€¦
  AnvÃ¤ndning: %s [flaggor] fil...
  AnvÃ¤nd â€�-Wa,FLAGGAâ€� fÃ¶r att skicka â€�FLAGGAâ€� till assemblern.
  AnvÃ¤nd â€�-Wl,FLAGGAâ€� fÃ¶r att skicka â€�FLAGGAâ€� till lÃ¤nkaren.
  
! AnvÃ¤nd %reloc()-operatorer, istÃ¤llet fÃ¶r assemblermakron, fÃ¶r att lÃ¤sa in adresser.AnvÃ¤nd -G fÃ¶r data som inte Ã¤r definierat av det aktuella objektet.AnvÃ¤nd -G fÃ¶r objektlokala data.AnvÃ¤nd 128-bitars AVX-instruktioner istÃ¤llet fÃ¶r 256-bitars AVX-instruktioner i automatvektoriseraren.AnvÃ¤nd 128-bitars long double.AnvÃ¤nd 16 bits int.AnvÃ¤nd 32 bits float.AnvÃ¤nd 32 bits int.AnvÃ¤nd 32-bitars ABI.AnvÃ¤nd 32-bitars flyttalsregister.AnvÃ¤nd 32-bitars allmÃ¤nna register.AnvÃ¤nd 32-bitars avstÃ¥nd i hopptabeller istÃ¤llet fÃ¶r 16-bitars avstÃ¥nd.AnvÃ¤nd 4-byteposter i hopptabeller.AnvÃ¤nd 4 mediaackumulatorer.Anv-nd 4-operanders madd.s/madd.d och relaterade instruktioner dÃ¤r det gÃ¥r.AnvÃ¤nd 4xx:s halvords multiplikationsinstruktioner.AnvÃ¤nd 4xx:s strÃ¤ngsÃ¶knings dlmzb-instruktion.AnvÃ¤nd 64 FPR:er.AnvÃ¤nd 64 GPR:er.AnvÃ¤nd 64 bits float.AnvÃ¤nd 64-bitars ABI.AnvÃ¤nd 64-bitars flyttalsregister.AnvÃ¤nd 64-bitars allmÃ¤nna register.AnvÃ¤nd 64-bitars long double.AnvÃ¤nd 8 mediaackumulatorer.AnvÃ¤nd 80-bitars long double.AnvÃ¤nd register reserverade av ABI.AnvÃ¤nd AltiVec-instruktioner.AnvÃ¤nd C-biblioteket Bionic.AnvÃ¤nd Branch Likely-instruktioner, Ã¥sidosÃ¤tt arkitekturens standarval.AnvÃ¤nd CONST16-instruktioner fÃ¶r att ladda konstanter.AnvÃ¤nd EABI.AnvÃ¤nd instruktioner fÃ¶r fÃ¶rbÃ¤ttrad virtuell adressering.AnvÃ¤nd GNU C-bibliotek.AnvÃ¤nd GP relativt sdata/sbss-sektioner.AnvÃ¤nd GP-relativ adressering fÃ¶r att komma Ã¥t smÃ¥ data.AnvÃ¤nd H8/300-regler fÃ¶r justering.AnvÃ¤nd IEEE matematik fÃ¶r flyttaljÃ¤mfÃ¶relser.AnvÃ¤nd IRA-baserad registertryckberÃ¤kning i RTL-hissningsoptimeringar.AnvÃ¤nd IRA-baserad registertryckberÃ¤kning i RTL-slingeoptimeringar.AnvÃ¤nd ISA 2.07 instruktioner Category:Vector.AES och Category:Vector.SHA2.AnvÃ¤nd ISA 2.07:s direkta fÃ¶rflyttning mellan GPR- och VSX-registerinstruktioner.AnvÃ¤nd ISA 2.07 transaktionsminnesinstruktioner (HTM).AnvÃ¤nd LRA istÃ¤llet fÃ¶r reload (tillfÃ¤llig).AnvÃ¤nd LRA istÃ¤llet fÃ¶r omladdning.AnvÃ¤nd MCU-instruktioner.AnvÃ¤nd MIPS MSA Extension-instruktioner.AnvÃ¤nd MIPS-3D-instruktioner.AnvÃ¤nd MIPS-DSP REV 2-instruktioner.AnvÃ¤nd MIPS-DSP-instruktioner.AnvÃ¤nd Mingw-specifikt trÃ¥dstÃ¶d.AnvÃ¤nd Neons dubbelords- (snarare Ã¤n quad-ords-)register fÃ¶r vektoriseringar.AnvÃ¤nd Neons quad-ords- (snarare Ã¤n dubbelords-)register fÃ¶r vektoriseringar.AnvÃ¤nd Neon till att utfÃ¶ra 64-bitars operationer istÃ¤llet fÃ¶r kÃ¤rnregister.AnvÃ¤nd assembleroperator %reloc() i NewABI-stil.AnvÃ¤nd P-mnemonics fÃ¶r grenar som statiskt fÃ¶rutsÃ¤gs tas.AnvÃ¤nd PLT fÃ¶r PIC-anrop (-fno-plt: lÃ¤s adressen frÃ¥n GOT pÃ¥ anropsplatsen).AnvÃ¤nd â€�madâ€�-instruktioner i PMC-stil.AnvÃ¤nd valbara instruktioner i gruppen PowerPC General Purpose.AnvÃ¤nd valbara instruktioner i gruppen PowerPC Graphics.AnvÃ¤nd PowerPC V2.01:s enkelfÃ¤lts mfcr-instruktion.AnvÃ¤nd PowerPC V2.02:s flyttalsavrundningsinstruktioner.AnvÃ¤nd PowerPC V2.02:s popcntb-instruktion.AnvÃ¤nd PowerPC V2.05:s bytejÃ¤mfÃ¶relseinstruktion.AnvÃ¤nd PowerPC V2.06:s popcntd-instruktion.AnvÃ¤nd instruktionsuppsÃ¤ttning fÃ¶r PowerPC-64.AnvÃ¤nd ROM istÃ¤llet fÃ¶r RAM.AnvÃ¤nd konventioner fÃ¶r att skicka SSE-register i SF- och DF-lÃ¤ge.AnvÃ¤nd STB_GNU_UNIQUE om det stÃ¶djs av assemblern.AnvÃ¤nd SmartMIPS-instruktioner.AnvÃ¤nd assemblersyntax fÃ¶r UNIX.AnvÃ¤nd UltraSPARC:s utÃ¶kningar Compare-and-Branch.AnvÃ¤nd UltraSPARC:s utÃ¶kningar Fused Multiply-Add.AnvÃ¤nd UltraSparc:s instruktion Population-Count.AnvÃ¤nd UltraSparc:s instruktion Subtract-Extended-with-Carry.AnvÃ¤nd UltraSPARC:s utÃ¶kningar Visual Instruction Set version 1.0.AnvÃ¤nd UltraSPARC:s utÃ¶kningar Visual Instruction Set version 2.0.AnvÃ¤nd UltraSPARC:s utÃ¶kningar Visual Instruction Set version 3.0.AnvÃ¤nd UltraSPARC:s utÃ¶kningar Visual Instruction Set version 4.0.AnvÃ¤nd VAX fp.AnvÃ¤nd VAXC:s konventioner fÃ¶r struct.AnvÃ¤nd VMS-slutkoder istÃ¤llet fÃ¶r posix-koder.AnvÃ¤nd __cxa_atexit till registerdestruerare.AnvÃ¤nd __cxa_get_exception_ptr i undantagshantering.AnvÃ¤nd en 32-bitars long-typ.AnvÃ¤nd 4-bytes postmarkeringar fÃ¶r oformaterade filer.AnvÃ¤nd en 64-bitars long-typ.AnvÃ¤nd en minimal kÃ¶rmiljÃ¶ (inga statiska initierare eller ctors) fÃ¶r minnesbegrÃ¤nsade enheter.AnvÃ¤nd en smart metod att skydda stacken fÃ¶r vissa funktioner.AnvÃ¤nd en metod att skydda stacken fÃ¶r varje funktion.AnvÃ¤nd adresser som allokerar globala register.AnvÃ¤nd alla register, reservera inget fÃ¶r avbrottshanterare.AnvÃ¤nd alternativa registernamn.AnvÃ¤nd en 8-bitars â€�intâ€�-typ.AnvÃ¤nd 8-bytes postmarkeringar fÃ¶r oformaterade filer.AnvÃ¤nd godtyckligt stora omedelbara i bitoperationer.AnvÃ¤nd rak byteordning.AnvÃ¤nd branch-and-break-sekvenser fÃ¶r att upptÃ¤cka heltalsdivision med noll.AnvÃ¤nd bras fÃ¶r kÃ¶rbara program < 64k.AnvÃ¤nd anropsÃ¶verskrivna register fÃ¶r parametrar och returvÃ¤rde.AnvÃ¤nd Ã¥teranrop istÃ¤llet fÃ¶r inline:ad kod om antalet Ã¥tkomster i funktioner blir stÃ¶rre eller lika med detta tal.AnvÃ¤nd anroparens sparregister mellan anrop om mÃ¶jligt.AnvÃ¤nd vissa skalÃ¤ra instruktioner som lades till i ISA 3.0.AnvÃ¤nd styrspekulation.AnvÃ¤nd anpassad stack istÃ¤llet fÃ¶r lokalt minne fÃ¶r automatisk lagring.AnvÃ¤nd dataspekulation efter omlÃ¤sning.AnvÃ¤nd dataspekulation fÃ¶re omlÃ¤sning.AnvÃ¤nd decimala flyttalsinstruktioner.AnvÃ¤nd standardmetod fÃ¶r hantering av sdata.AnvÃ¤nd en annan anropskonvention som anvÃ¤nder â€�rtdâ€�.AnvÃ¤nd direkta fÃ¶rgiftnings-/avgiftningsinstruktioner fÃ¶r variabler som Ã¤r mindre eller lika med detta tal.AnvÃ¤nd direkta referenser mot %gs vid Ã¥tkomst av tls-data.AnvÃ¤nd instruktioner fÃ¶r utÃ¶kad fysisk adress (XPA).AnvÃ¤nd flyttalsjÃ¤mfÃ¶relseinstruktioner som respekterar epsilon.AnvÃ¤nd uttrycksvÃ¤rdeprofiler i optimeringar.AnvÃ¤nd utÃ¶kad PowerPC V2.05:s instruktion fÃ¶r att flytta flyttal till/frÃ¥n GPR.AnvÃ¤nd f2c:s anropskonvention.AnvÃ¤nd funktioner i och schemalÃ¤gg kod fÃ¶r angiven CPU.AnvÃ¤nd funktioner i och schemalÃ¤gg fÃ¶r angiven CPU.AnvÃ¤nd platt registerfÃ¶nstermodell.AnvÃ¤nd fp-double-instruktioner.AnvÃ¤nd fp-register.AnvÃ¤nd hela mÃ¤ngden av register fÃ¶r registertilldelning.AnvÃ¤nd angiven SPARC-V9-kodmodell.AnvÃ¤nd angiven TILE-Gx kodmodell.AnvÃ¤nd angivet adresslÃ¤ge.AnvÃ¤nd angiven assemblerdialekt.AnvÃ¤nd angiven stackskyddsvakt.AnvÃ¤nd angiven trÃ¥dlokal lagringsdialekt.AnvÃ¤nd angiven x86-64 kodmodell.AnvÃ¤nd hÃ¥rdvaruflyttal (standard).AnvÃ¤nd hÃ¥rdvaruflyttal.AnvÃ¤nd hÃ¥rdvarudivisionsinstruktioner pÃ¥ ColdFire.AnvÃ¤nd flyttalskonverteringsinstruktioner i hÃ¥rdvara.AnvÃ¤nd flyttalsinstruktioner i hÃ¥rdvara.AnvÃ¤nd flyttalsinstruktion fÃ¶r kvadratrot i hÃ¥rdvara.AnvÃ¤nd hÃ¥rdvaruflyttal.AnvÃ¤nd instruktioner i hÃ¥rdvara fÃ¶r division och kvadratrot av flyttal.AnvÃ¤nd hÃ¥rdvaru-fp.AnvÃ¤nd instruktioner i hÃ¥rdvara fÃ¶r heltalsdivision.AnvÃ¤nd instruktioner fÃ¶r fÃ¶rhandshÃ¤mtning (prefetch) i hÃ¥rdvaraAnvÃ¤nd hÃ¥rdvaruinstruktioner fÃ¶r quad fp.AnvÃ¤nd transaktionskÃ¶rningsinstruktioner i hÃ¥rdvara.AnvÃ¤nd instruktioner fÃ¶r vektorfunktioner i hÃ¥rdvara och aktivera vektor-ABI:et.AnvÃ¤nd inblocksstyrspekulation.AnvÃ¤nd inblocksdataspekulation efter omlÃ¤sning.AnvÃ¤nd inblocksdataspekulation fÃ¶re omlÃ¤sning.AnvÃ¤nd in/loc/out-registernamn.AnvÃ¤nd indirekta CALLXn-instruktioner fÃ¶r stora program.AnvÃ¤nd indirekta anrop.AnvÃ¤nd inline-mÃ¶nster fÃ¶r att kopiera minne.AnvÃ¤nd heltals-madd-/msub-instruktioner.AnvÃ¤nd hopptabeller fÃ¶r tillrÃ¤ckligt stora switch-satser.AnvÃ¤nd omvÃ¤nd byteordning.AnvÃ¤nd ll-, sc- och sync-instruktioner.AnvÃ¤nd lwxc1/swxc1/ldxc1/sdxc1-instruktioner dÃ¤r det gÃ¥r.AnvÃ¤nd mediainstruktioner.AnvÃ¤nd microMIPS-instruktioner.AnvÃ¤nd multiplicera-addera-/-subtraherainstruktioner.AnvÃ¤nd hÃ¶gmultiplikationsinstruktioner fÃ¶r den hÃ¶ga delen av 32Â·32-multiplikationer.AnvÃ¤nd C-biblioteket musl.AnvÃ¤nd inbyggd (MS) bitfÃ¤ltslayout.AnvÃ¤nd nya adddi3/subdi3-mÃ¶nster.AnvÃ¤nd normal anropskonvention.AnvÃ¤ndning av %<-fdefault-double-8%> krÃ¤ver %<-fdefault-real-8%>AnvÃ¤ndning av inbyggd modul %qs vid %C stÃ¥r i konflikt med namn pÃ¥ ej inbyggd modul anvÃ¤nd tidigareAnvÃ¤ndning av ej inbyggd modul %qs vid %C stÃ¥r i konflikt med namn pÃ¥ inbyggd modul anvÃ¤nd tidigareAnvÃ¤ndning av namngiven NUMERIC_STORAGE_SIZE-konstant frÃ¥n inbyggd modul ISO_FORTRAN_ENV vid %C Ã¤r inte kompatibelt med flaggan %sAnvÃ¤ndning av namngiven NUMERIC_STORAGE_SIZE-konstant frÃ¥n inbyggd modul ISO_FORTRAN_ENV vid %L Ã¤r inte kompatibelt med flaggan %qsAnvÃ¤nd endast en TOC-post per procedur.AnvÃ¤nd normalt cachade minnesaccesser fÃ¶r volatila referenser.AnvÃ¤nd packad stacklayout.AnvÃ¤nd parvisa enkla flyttalsinstruktioner.AnvÃ¤nd mÃ¶nsterjÃ¤mfÃ¶relseinstruktioner.AnvÃ¤nd pc-relativa switch-falltabeller â€” detta aktiverar fÃ¶rkortning av falltabeller.AnvÃ¤nd portabla anropskonventioner.AnvÃ¤nd profileringsinformation fÃ¶r grensannolikheter.AnvÃ¤nd propolice som en metod att skydda stacken.AnvÃ¤nd push-instruktioner fÃ¶r att spara utgÃ¥ende argument.AnvÃ¤nd r11 fÃ¶r att hÃ¥lla den statiska lÃ¤nken i anrop till funktioner via pekare.AnvÃ¤nd rÃ¶d zon i x86-64-koden.AnvÃ¤nd reducerad mÃ¤ngd av register fÃ¶r registertilldelning.AnvÃ¤nd registerstacken fÃ¶r parametrar och returvÃ¤rde.AnvÃ¤nd register+avstÃ¥nds-minnesinstruktioner som lades till i ISA 3.0.AnvÃ¤nd register fÃ¶r argumentskickning.AnvÃ¤nd registren r2 och r5.AnvÃ¤nd ordningsÃ¤ndringinstruktioner (vÃ¤xlad och byte-omvÃ¤nd laddning/lagring) (standard).AnvÃ¤nd samplingprofilinformation till anropsgrafers nodvikter.  Standard profilfil Ã¤r fbdata.afdo i â€�pwdâ€�.AnvÃ¤nd samplingsprofilinformation till anropsgrafers nodvikter.  Profilen Ã¤r angiven i argumentet.AnvÃ¤nd skalÃ¤ra register+avstÃ¥nd-minnesinstruktioner som lades till i ISA 3.0.AnvÃ¤nd delade bibliotek.AnvÃ¤nd enkel dataspekulationskontroll fÃ¶r styrspekulation.AnvÃ¤nd enkel dataspekulationskontroll.AnvÃ¤nd simulatorkÃ¶rtider.AnvÃ¤nd mindre men lÃ¥ngsammare prolog- och epilogkod.AnvÃ¤nd programvaruemulering fÃ¶r flyttal (standard).AnvÃ¤nd flyttalsjÃ¤mfÃ¶relser i programvara.AnvÃ¤nd mjukvaruflyttal.AnvÃ¤nd stackfÃ¶rskjutning.AnvÃ¤nd en metod att skydda stacken endast fÃ¶r funktioner med attributet stack_protect.AnvÃ¤nd standard main-funktion som ingÃ¥ng vid uppstart.AnvÃ¤nd en statiskt initierad variabel fÃ¶r konstantgrÃ¤nser istÃ¤llet fÃ¶r att generera dem varje gÃ¥ng det behÃ¶vs.AnvÃ¤nd en statiskt initierad fÃ¶r variabelgrÃ¤nser istÃ¤llet fÃ¶r att generera dem varje gÃ¥ng det behÃ¶vs.AnvÃ¤nd starkare justering fÃ¶r poster fÃ¶r dubbelordkopieringar.AnvÃ¤nd stubbar fÃ¶r funktionsprologer.AnvÃ¤nd subrutiner fÃ¶r funktionprologer och -epiloger.AnvÃ¤nd synci-instruktioner fÃ¶r att invalidera i-cachen.AnvÃ¤nd tabellbaserad snabb division (standard fÃ¶r -O3).Aktivera tabelluppslagningsoptimeringar fÃ¶r divisioner med smÃ¥ heltal med tecken.AnvÃ¤nd instruktionen tas.b till __atomic_test_and_set.AnvÃ¤nd ABI-utÃ¶kningarna AltiVec.AnvÃ¤nd Cray-pekarutÃ¶kningen.AnvÃ¤nd assemblersyntax fÃ¶r DEC.AnvÃ¤nd ELFv1 ABI.AnvÃ¤nd ELFv2 ABI.AnvÃ¤nd GNU-utvidgningarna fÃ¶r PE-formatet fÃ¶r justerade common-data.AnvÃ¤nd passet pÃ¥ RTL fÃ¶r eliminering av dÃ¶d kod.AnvÃ¤nd passet pÃ¥ RTL fÃ¶r eliminering av dÃ¶d lagring.AnvÃ¤nd ABI-utÃ¶kningarna SPE.AnvÃ¤nd bfd-lÃ¤nkaren istÃ¤llet fÃ¶r standardlÃ¤nkaren.AnvÃ¤nd bitfÃ¤ltsinstruktionerna.AnvÃ¤nd divisionsinstruktionen.AnvÃ¤nd flyttalsenheten fÃ¶r addition/subtraktion av heltal.AnvÃ¤nd angivet basregister fÃ¶r adressering av stackskyddsvakten.AnvÃ¤nd den angivna datajusteringen.AnvÃ¤nd angivet avstÃ¥nd fÃ¶r adressering av stackskyddsvakten.AnvÃ¤nd gold-lÃ¤nkaren istÃ¤llet fÃ¶r standardlÃ¤nkaren.AnvÃ¤nd tunnskiftaren i hÃ¥rdvara istÃ¤llet fÃ¶r emulering.AnvÃ¤nd de flaggor bland Ã¶vriga flaggor som slÃ¥r pÃ¥ flest funktioner.AnvÃ¤nd mvcle-instruktioner fÃ¶r blockfÃ¶rflyttningar.AnvÃ¤nd den smalaste mÃ¶jliga heltalstypen fÃ¶r upprÃ¤kningstyper.AnvÃ¤nd de nya min-/maxinstruktionerna som definierades i ISA 3.0.AnvÃ¤nd simulatorkÃ¶rtidskod.AnvÃ¤nd programvaruemulering av multiplikation (standard).AnvÃ¤nd programvaruemulering av division (standard).AnvÃ¤nd traditionell C-semantik fÃ¶r inline-funktioner.AnvÃ¤nd trap istÃ¤llet fÃ¶r en biblioteksfunktion fÃ¶r sanering av odefinierat beteende.FÃ¥nga trap-instruktioner fÃ¶r att upptÃ¤cka heltalsdivision med noll.AnvÃ¤nd C-biblioteket uClibc.AnvÃ¤nd unicode-uppstart och definiera ett UNICODE-makro.AnvÃ¤nd vektor och skalÃ¤ra instruktioner som lades till i ISA 2.07.AnvÃ¤nd vektorinstruktioner som lades till i ISA 3.0.AnvÃ¤nd register+avstÃ¥nd vektorminnesinstruktioner som lades till i ISA 3.0.AnvÃ¤nd vektor-/skalÃ¤rinstruktioner (VSX).AnvÃ¤nd nollgrÃ¤nser fÃ¶r alla inkommande argument i funktionen â€�mainâ€�.  Det hjÃ¤lper till nÃ¤r instrumenterade binÃ¤rer anvÃ¤nds med gamla bibliotek.AnvÃ¤nd nollutfyllda minnesladdningar, inte teckenutfyllda.AnvÃ¤nds i Fix-and-Continue-lÃ¤ge fÃ¶r att objektfiler kan bytas ut vid kÃ¶rtillfÃ¤llet.AnvÃ¤ndardefinierad ej ELEMENTAL funktion %qs vid %L Ã¤r inte tillÃ¥ten i WORKSHARE-konstruktionAnvÃ¤ndaroperatorn %qs refererad frÃ¥n %L finns inte i modulen %qsAnvÃ¤ndaroperatorprocedur %qs vid %L fÃ¥r inte ha antagen teckenlÃ¤ngdAnvÃ¤ndaroperatorprocedur %qs vid %L mÃ¥ste vara en FUNCTIONAnvÃ¤ndaroperatorprocedur %qs vid %L mÃ¥ste ha Ã¥tminstone ett argumentAnvÃ¤ndning av denna flagga diagnostiseras.AnvÃ¤nder inbyggda specifikationer.
! VALUE-argumentet till den inbyggda funktionen %s vid %L mÃ¥ste vara definierbartAttributet VALUE vid %CVALUE Ã¤r inte tillÃ¥tet inuti BLOCK vid %CVALUE-objekt %qs i %s-klausul vid %LVALUE-sats vid %CVOIDmode vid utmatningAttributet VOLATILE vid %CVOLATILE-sats vid %CVSX- och SPE-instruktioner kan inte samexisteraGiltiga Nios II ISA-nivÃ¥er (fÃ¶r -march):Giltiga argument till flaggan -msdata=.Giltiga argument till -malign-:Giltiga argument till -mcode-readable=:Giltiga argument till -mfloat-gprs=:Giltiga argument till -mfpmath=:Giltiga argument till -mr10k-cache-barrier=:Giltiga argument till -mstack-protector-guard=:Giltiga argument till -mstringop-strategy=:Giltiga argument till -mtp=:Giltiga flaggor fÃ¶r GP-relativ adressering (fÃ¶r -mgpopt):Validera vtable-pekare fÃ¶re de anvÃ¤nds.Variabeln %qs vid %C fÃ¥r inte definieras om inuti slingan som bÃ¶rjar vid %LVariabeln %qs vid %C med en initierare finns redan i en DATA-satsVariabel %qs vid %L kan inte vara BIND(C) eftersom den varken Ã¤r ett COMMON-block eller deklarerad med rÃ¤ckvidd modulnivÃ¥Variabeln %qs vid %L fÃ¥r inte ha bÃ¥de attributet ALLOCATABLE och BIND(C)Variabeln %qs vid %L kan inte bÃ¥de ha attributet OPTIONAL och VALUE eftersom proceduren %qs Ã¤r BIND(C)Variabeln %qs vid %L fÃ¥r inte ha bÃ¥de attributet POINTER och BIND(C)Variabeln %qs vid %L har inte tilldelats en formatetikettVariabel %qs vid %L i common-block %qs vid %C mÃ¥ste deklareras med en C-interoperativ sort eftersom common-block %qs Ã¤r bind(c)Variabeln %qs vid %L i detta sammanhang mÃ¥ste vara en konstantVariabeln %qs vid %L Ã¤r INTENT(OUT) och kan alltsÃ¥ inte vara en allokerbara co-vektor eller har co-vektorkomponenterVariabeln %qs vid %L Ã¤r en co-vektor och Ã¤r inte ALLOCATABLE, SAVE eller ett attrappargumentVariabeln %qs vid %L Ã¤r en attrapparameter till BIND(C)-proceduren %qs men Ã¤r kanske inte interoperativ med CTypen %qs vid %L Ã¤r ett attrappargument till BIND(C)-proceduren %qs men Ã¤r inte interoperativ med C fÃ¶r att den hÃ¤rledda typen %qs inte Ã¤r interoperativ med CVariabeln %qs vid %L Ã¤r ett attrappargument till BIND(C)-proceduren %qs men Ã¤r inte interoperativ med C eftersom den Ã¤r polymorfVariabel %qs vid %L Ã¤r i COMMON men endast i BLOCK DATA Ã¤r initiering tillÃ¥tenVariabeln %qs vid %L fÃ¥r inte ha en C-interoperativ sort men den Ã¤r BIND(C)Variabeln %qs vid %L ej definierbar inuti slingan som bÃ¶rjar vid %L Ã¤r argument INTENT(INOUT) till funktionen %qsVariabeln %qs vid %L ej definierbar inuti slingan som bÃ¶rjar vid %L Ã¤r argument INTENT(INOUT) till subrutin %qsVariabeln %qs vid %L av TYPE(C_PTR) eller TYPE(C_FUNPTR) fÃ¥r inte vara en co-vektorVariabeln %qs vid %L satt till odefinierad inuti en slinga som bÃ¶rjar vid %L Ã¤r argument INTENT(OUT) till subrutin %qsVariabeln %qs vid %L satt till odefinierad inuti slingan som bÃ¶rjar vid %L Ã¤r argument INTENT(OUT) till funktionen %qsVariabeln %qs vid %L med attributet ALLOCATABLE i proceduren %qs med BIND(C)Variabeln %qs vid %L med attributet OPTIONAL i proceduren %qs som Ã¤r BIND(C)Variabeln %qs vid %L med attributet POINTER i proceduren %qs med BIND(C)Variabeln %qs vid %L med co-vektorkomponent skall vara en skalÃ¤r som inte Ã¤r en pekare eller allokerbar och inte en co-vektorVariabeln %qs kan inte fÃ¶rekomma i ett variabeldefinitionssammanhang (%s) vid %LVariabeln %qs kan inte fÃ¶rekomma i uttrycket vid %LVariabeln %qs har inte tilldelats nÃ¥gon mÃ¥letikett vid %LVariabeln %qs i %s-klausul anvÃ¤nds i NAMELIST-sats vid %LVariabel %qs i common-block %qs vid %C fÃ¥r inte vara bind(c) eftersom det inte Ã¤r globaltVariabeln %qs i common-blocket %qs vid %C mÃ¥ste deklareras med en sort som Ã¤r C-interoperativ eftersom common-blocket %qs Ã¤r BIND(C)Variabeln %qs i common-blocket %qs vid %L fÃ¥r inte deklareras med BIND(C) eftersom den inte Ã¤r en globalVariabeln %qs i common-blocket %qs vid %L fÃ¥r inte vara en sort interoperativ med C men common-blocket %qs Ã¤r BIND(C)Variabeln %qs Ã¤r PROTECTED och kan inte fÃ¶rekomma i ett pekarassociationssammanhang (%s) vid %LVariabeln %qs Ã¤r PROTECTED och kan inte fÃ¶rekomma i ett variabeldefinitionssammanhang (%s) vid %LVariabeln %qs Ã¤r inte ett attrappargument vid %LVariabel %qs anvÃ¤nds vid %L fÃ¶re ENTRY-satsen i vilken den Ã¤r en parameterVariabel %qs, anvÃ¤nd i ett specifikationsuttryck, refereras vid %L fÃ¶re ENTRY-satsen i vilken den Ã¤r en parameterVariabeln %s vid %L av typen EVENT_TYPE eller med en delkomponent av typen LOCK_TYPE mÃ¥ste vara en co-vektorVariabeln %s vid %L av typen LOCK_TYPE eller med en delkomponent av typen LOCK_TYPE mÃ¥ste vara en co-vektorVariabeln %s vid %L med attributet NO_ARG_CHECK fÃ¥r inte ha attributet ALLOCATABLE, CODIMENSION, POINTER eller VALUEVariabeln %s vid %L med attributet NO_ARG_CHECK fÃ¥r inte ha attributet INTENT(OUT)Variabeln %s vid %L med attributet NO_ARG_CHECK fÃ¥r bara anvÃ¤ndas som ett aktuellt argumentVariabeln %s vid %L med attributet NO_ARG_CHECK skall vara ett attrappargumentVariabeln %s vid %L med attributet NO_ARG_CHECK skall ha typen TYPE(*) eller en numerisk inbyggd typVariabeln %s vid %L med attributet NO_ARG_CHECK skall antingen vara en skalÃ¤r eller en vektor med fÃ¶rmodad storlekVariabeln %s vid %L med attributet NO_ARG_CHECK skall inte ha en subobjektreferensVariabeln %s fÃ¥r inte vara INTENT(IN) vid %CVariabel %s kan inte tilldelas i en PURE-procedur vid %CVariabeln %s frÃ¥n modulen %s med bindningsetikett %s vid %L anvÃ¤nder samma globala identifierare som enheten vid %L frÃ¥n modulen %sVariabeln %s med bindningsetiketten â€�%sâ€� vid %L anvÃ¤nder samma globala identifierare som en enhet vid %LVariabel vid %C Ã¤r ett element i ett COMMON-blockVariabeln vid %L nÃ¤mnd flera gÃ¥nger i klausuler av samm OMP DECLARE TARGET-direktivEn annan variabel Ã¤n OMP_OUT eller OMP_IN anvÃ¤nd i kombineraren i !$OMP DECLARE REDUCTION vid %LEn annan variabel Ã¤n OMP_PRIV eller OMP_ORIG anvÃ¤nd i INITIALIZER-klausul i !$OMP DECLARE REDUCTION vid %LVariabeltypen Ã¤r OKÃ„ND i tilldelning vid %LVariabeln med attributet NO_ARG_CHECK vid %L Ã¤r endast tillÃ¥tet som argument till de inbyggda funktionerna C_LOC och PRESENTVektorbiblioteks-ABI att anvÃ¤nda.Vektorisera fÃ¶r dubbelordsoperationer.Multiversionering av virtuell funktion stÃ¶djs inteVolatila minnesÃ¥tkomster anvÃ¤nder inte I/O ladda-/lagrainstruktioner.Volatila minnesÃ¥tkomster anvÃ¤nder I/O ladda-/lagrainstruktioner.WAIT vid %C Ã¤r inte tillÃ¥tet i Fortran 95WAIT-klausul vid %L krÃ¤ver ett skalÃ¤rt INTEGER-uttryckWAIT-sats Ã¤r inte tillÃ¥tet i PURE-procedur vid %CWHERE-tilldelningsmÃ¥l vid %L har inkonsistent formWHERE-mask vid %L har inkonsistent formWHERE/ELSEWHERE-klausul vid %L krÃ¤ver en LOGICAL-vektorVarna fÃ¶r â€�externâ€�-deklaration som inte Ã¤r pÃ¥ filnivÃ¥.Varna fÃ¶r â€�misstÃ¤nktaâ€� konstruktioner.Varna fÃ¶r â€�newâ€� av en typ med utÃ¶kad justering utan -faligned-new.Varna fÃ¶r @selector()er utan tidigare deklarerade metoder.Varna fÃ¶r C-konstruktioner som inte Ã¤r i den gemensamma delmÃ¤ngden av C och C++.Varna fÃ¶r C++-konstruktioner vars betydelse skiljer mellan ISO C++ 1998 och ISO C++ 2011.Varna fÃ¶r C++-konstruktioner vars betydelse skiljer mellan ISO C++ 2011 och ISO C++ 2014.Varna fÃ¶r C++-konstruktioner vars betydelse skiljer mellan ISO C++ 2014 och (kommande) ISO C++ 201z(7?).Varna fÃ¶r polymorfa C++-typer dÃ¤r det skulle fÃ¶rbÃ¤ttra kodkvaliteten att lÃ¤gga till nyckelordet final.Varna fÃ¶r virtuella C++-metoder dÃ¤r det skulle fÃ¶rbÃ¤ttra kodkvaliteten att lÃ¤gga till nyckelordet final.Varna fÃ¶r C++11 Ã¤rvda konstruerare nÃ¤r basen har en variadisk konstruerare.Varna om NULL skickas som argument som Ã¤r markerade att de krÃ¤ver icke-NULL.Varna fÃ¶r PCH-filer som hittas men inte anvÃ¤nds.Varna fÃ¶r USE-satser som inte har nÃ¥gon ONLY-kvalificerare.Varna fÃ¶r anvÃ¤ndning av __TIME__, __DATE__ och __TIMESTAMP__.Varna fÃ¶r justering av COMMON-block.Varna fÃ¶r alla upprÃ¤kningshopptabeller som saknar ett specifikt fall.Varna fÃ¶r en tom kropp i en if- eller else-sats.Varna fÃ¶r en felaktig DO-slinga.Varna fÃ¶r booleska uttryck som jÃ¤mfÃ¶rs med ett heltalsvÃ¤rde annat skilt frÃ¥n sant/falskt.Varna fÃ¶r buffertspill i strÃ¤nghanteringsfunktioner som memcpy och strcpy.Varna fÃ¶r anrop av procedurer som inte explicit deklarerats.Varna fÃ¶r anrop till snprintf och liknande funktioner som hugger av utdata.Varna fÃ¶r anrop till snprintf och liknande funktioner som hugger av utdata.  Samma som -Wformat-truncation=1.Varna fÃ¶r anrop med implicit grÃ¤nssnitt.Varna fÃ¶r typkonvertering av funktioner till inkompatibla typer.Varna fÃ¶r typkonvertering som slÃ¤nger kvalificerare.Varna fÃ¶r vissa operationer pÃ¥ booleska uttryck.Varna fÃ¶r kod som kan bryta strikta aliasregler.Varna fÃ¶r jÃ¤mfÃ¶relser av skilda upprÃ¤kningstyper.Varna fÃ¶r heltalsdivision med noll vid kompileringstillfÃ¤llet.Varna fÃ¶r konstant heltalsdivision med avhuggna resultat.Varna om vektortemporÃ¤rer skapas.Varna fÃ¶r hÃ¤ngande else.Varna fÃ¶r radering av polymorfa objekt med ickevirtuella destruerare.Varna fÃ¶r anvÃ¤ndning av AltiVec-typen â€�vector long ...â€� som bÃ¶r undvikas.Varna fÃ¶r dubblerade grenar i if-else-satser.Varna fÃ¶r dubblerade villkor i en if-else-if-kedja.Varna fÃ¶r upprÃ¤kningshopptabeller saknar en â€�default:â€�-sats.Varna nÃ¤r hopptabeller fÃ¶r upprÃ¤kningstyper inte har standardfall och saknar ett fall.Varna fÃ¶r likhetsjÃ¤mfÃ¶relser som involverar REAL- eller COMPLEX-uttryck.Varna fÃ¶r funktioner som inte finns i ISO C90, men finns i ISO C99.Varna fÃ¶r funktioner som inte finns i ISO C99, men finns i ISO C11.Varna fÃ¶r funktioner som inte finns i traditionell C.Varna fÃ¶r formatstrÃ¤ngar som inte Ã¤r literaler.Varna fÃ¶r formatstrÃ¤ngar som innehÃ¥ller NUL-byte:ar.Varna fÃ¶r eliminering av funktionsanrop.Varna fÃ¶r funktionsanrop med formatstrÃ¤ngar som skriver utanfÃ¶r slutet av destinationsregionen.Varna fÃ¶r funktionsanrop med formatstrÃ¤ngar som skriver utanfÃ¶r slutet av destinationsregionen.  Samma som -Wformat-overflow=1.Varna fÃ¶r funktionsparametrar som deklarerats utan en typangivelse i K&R-stilfunktioner.Varna fÃ¶r aritmetik med funktionspekare.Varna fÃ¶r funktioner som Ã¤r mÃ¶jliga kandidater fÃ¶r __attribute__((const)).Varna fÃ¶r funktioner som Ã¤r mÃ¶jliga kandidater fÃ¶r __attribute__((noreturn)).Varna fÃ¶r funktioner som Ã¤r mÃ¶jliga kandidater fÃ¶r __attribute__((pure)).Varna fÃ¶r funktioner som kan vara kandidater fÃ¶r formatattribut.Varna fÃ¶r globala funktioner utan tidigare deklaration.Varna fÃ¶r globala funktioner utan prototyper.Varna fÃ¶r implicita konverteringar frÃ¥n â€�floatâ€� till â€�doubleâ€�.Varna fÃ¶r implicita deklarationer.Varna fÃ¶r implicita funktionsdeklarationer.Varna fÃ¶r felaktig anvÃ¤ndning av attribut.Varna fÃ¶r inkompatibla konverteringar frÃ¥n heltal till pekare och pekare till heltal.Varna fÃ¶r ogiltiga anvÃ¤ndningar av makrot â€�offsetofâ€�.Varna fÃ¶r makron definierade i huvudfilen som inte anvÃ¤nds.Varna fÃ¶r eventuellt oinitierade automatiska variabler.Varna fÃ¶r minnesÃ¥tkomstfel som hittas av pekargrÃ¤nskontrollen.Varna fÃ¶r saknade et-tecken i fortsatta teckenkonstanter.Varna fÃ¶r saknade fÃ¤lt i postinitierare.Varna fÃ¶r saknade storleksbestÃ¤mda deallokeringsfunktioner.Varna fÃ¶r missbruk av pragman.Varna fÃ¶r de flesta implicita konverteringar.Varna fÃ¶r multipla deklarationer av samma objekt.Varna fÃ¶r avsmalnande konverteringar inom { } som Ã¤r felformulerad i C++11.Varna fÃ¶r ickevirtuella destruerare.Varna fÃ¶r msvcrt-breddutÃ¶kningar av scanf/printf som inte fÃ¶ljer ISO.Varna fÃ¶r optimeringar som antar spill med tecken Ã¤r odefinierat.Varna fÃ¶r spill i aritmetiska uttryck.Varna fÃ¶r Ã¶verlagrade virtuella funktionsnamn.Varna fÃ¶r Ã¥sidosÃ¤ttande initierare utan sidoeffekter.Varna fÃ¶r Ã¥sidosÃ¤ttande initierare utan sidoeffekter.Varna fÃ¶r packade bitfÃ¤lt vars avstÃ¥nd Ã¤ndrats i GCC 4.4.Varna fÃ¶r typkonvertering av pekare som Ã¶kar justeringen.Varna fÃ¶r positionsinitiering av poster som krÃ¤ver designerade initierare.Varna fÃ¶r eventuella attrappargumentalias.Varna fÃ¶r mÃ¶jliga sÃ¤kerhetsproblem med formatfunktioner.Varna fÃ¶r mÃ¶jliga brott mot sekvenspunktregler.Varna fÃ¶r eventuellt saknade klamrar runt initierare.Varna fÃ¶r eventuellt saknade parenteser.Varna fÃ¶r mÃ¶jliga nÃ¤stade blockkommentarer, och C++-kommentarer som spÃ¤nner Ã¶ver mer Ã¤n en fysisk rad.Varna fÃ¶r anomalier i formatstrÃ¤ngar till printf/scanf/strftime/strfmon.Varna fÃ¶r tveksam anvÃ¤ndning av de makron som anvÃ¤nds fÃ¶r att hÃ¤mta variabla argument.Varna fÃ¶r reella literala konstanter med exponentbokstav â€�qâ€�.Varna fÃ¶r retur av en pekare/referens till en lokal eller temporÃ¤r variabel.Varna fÃ¶r retur av poster, unioner eller vektorer.Varna fÃ¶r teckenskillnader i formatfunktioner.Varna fÃ¶r jÃ¤mfÃ¶relser mellan signed/unsigned.Varna fÃ¶r nÃ¥gra brott mot C++ endefinitionsregel under optimeringar vid lÃ¤nktillfÃ¤llet.Varna fÃ¶r satser mellan en switch:s styruttryck och det fÃ¶rsta fallet.Varna fÃ¶r format till strftime som ger 2-siffrigt Ã¥rtal.Varna fÃ¶r index vars typ Ã¤r â€�charâ€�.Varna fÃ¶r misstÃ¤nkta anrop till memset dÃ¤r det tredje argumentet innehÃ¥ller antalet element inte multiplicerade med elementstorleken.Varna fÃ¶r misstÃ¤nkta anrop till memset dÃ¤r det tredje argumentet Ã¤r en konstant literal nolla och det andra inte Ã¤r det.Varna fÃ¶r tveksamma deklarationer av â€�mainâ€�.Varna fÃ¶r misstÃ¤nkta lÃ¤ngdparametrar till vissa strÃ¤ngfunktioner om argumentet anvÃ¤nder sizeof.Varna fÃ¶r misstÃ¤nkt anvÃ¤ndning av minnesadresser.Varna fÃ¶r hopptabeller med booleska styruttryck.Varna fÃ¶r saker som Ã¤ndras mellan den nuvarande -fabi-version och den angivna versionen.Varna fÃ¶r saker som skulle Ã¤ndras vid kompilering med en kompilator som fÃ¶ljer ABI.Varna fÃ¶r avhuggna teckenuttryck.Varna fÃ¶r avhuggna kÃ¤llkodsrader.Varna om typ och ordning inte stÃ¤mmer Ã¶verens mellan argument och parametrar.Varna fÃ¶r ej typkonverterad NULL anvÃ¤nds som vaktpost.Varna fÃ¶r underspill i numeriska konstanta uttryck.Varna fÃ¶r oinitierade automatiska variabler.Varna fÃ¶r funktionsdeklarationer utan prototyp.Varna fÃ¶r okÃ¤nda pragman.Varna fÃ¶r flyttalskonstanter utan suffix.Varna fÃ¶r oanvÃ¤nda attrappargument.Varna vid anvÃ¤ndning av flerteckens teckenkonstant.Varna fÃ¶r oanvÃ¤ndbara typkonverteringar.Varna fÃ¶r anvÃ¤ndarangivna inkluderingskataloger som inte finns.Varna fÃ¶r anvÃ¤ndning av __attribute__((deprecated))-deklarationer.Varna fÃ¶r anvÃ¤ndning av lagringsspecificeraren register.Varna fÃ¶r anvÃ¤ndning av variadiska makron.Varna fÃ¶r variabler som kan Ã¤ndras av â€�longjmpâ€� eller â€�vforkâ€�.Varna fÃ¶r variabler som initieras till sig sjÃ¤lva.Varna fÃ¶r brott mot stilreglerna i Effective C++.Varna fÃ¶r format med lÃ¤ngden noll.Varna fÃ¶r DO-slingor med noll-trippar.Varna fÃ¶r konstruktioner med villkorligt stÃ¶d.Varna fÃ¶r konvertering av NULL till icke-pekartyp.Varna fÃ¶r implicita typkonverteringar mellan heltalsuttryck med och utan tecken.Varna fÃ¶r implicita typkonverteringar som orsakar fÃ¶rlust av flyttalsprecision.Varna fÃ¶r implicita typkonverteringar som kan Ã¤ndra ett vÃ¤rde.Varna fÃ¶r fÃ¶rÃ¥ldrad anvÃ¤ndning i en deklaration.Varna fÃ¶r placerande new-uttryck med odefinierat beteende.Varna fÃ¶r misstÃ¤nkta heltalsutttryck i booleska sammanhang.Varna om â€�definiedâ€� Ã¤r utanfÃ¶r #if.Varna fÃ¶r en typkonvertering i C-stil anvÃ¤nds i ett program.Varna om anroparen av en funktion, deklarerad med attributet warn_unused_result, inte anvÃ¤nder dess returvÃ¤rde.Varna om en klasstyp har en bas eller ett fÃ¤lt vars typ anvÃ¤nder den anonyma namnrymden eller beror pÃ¥ en typ utan lÃ¤nkningsklass.Varna om en logisk jÃ¤mfÃ¶relse alltid berÃ¤knas till sant eller falskt.Varna om en jÃ¤mfÃ¶relse alltid Ã¤r sann eller falsk pÃ¥ grund av begrÃ¤nsat intervall fÃ¶r datatypen.Varna fÃ¶r en kompilatorfunktion, klass, metod eller fÃ¤lt som bÃ¶r undvikas anvÃ¤nds.Varna om en funktion anvÃ¤nder alloca eller skapar en vektor med dynamisk storlek.Varna om en lokal deklaration dÃ¶ljer en instansvariabel.Varna om en slinga med konstant antal iterationer orsakar odefinierat beteende.Varna om en egenskap fÃ¶r ett Objective-C-objekt inte har nÃ¥gon tilldelningssemantik angiven.Varna om en vÃ¤ljare har multipla metoder.Varna om ett simd-direktiv Ã¥sidosÃ¤tts av vektoriserarens kostnadsmodell.Varna om en enskild funktions ramstorlek Ã¶verskrider den angivna ramstorleken.Varna om en strÃ¤ng Ã¤r lÃ¤ngre Ã¤n den maximala portabla lÃ¤ngden som anges i standarden.Varna om ett underobjekt har ett abi_tag-attribut som det fullstÃ¤ndiga objektets typ inte har.Varna om ett throw-uttryck alltid kommer resultera i ett anrop av terminate().Varna om en anvÃ¤ndarprocedur har samma namn som en inbyggd.Varna om en vektor med variabel lÃ¤ngd anvÃ¤nds.Varna om en virtuell bas har en icketrivial flyttningstilldelningsoperator.Varna om ett MCU-namn inte kÃ¤nns igen eller stÃ¥r i konflikt med andra flaggor (standard: pÃ¥).Varna om en vektor anvÃ¤nds utanfÃ¶r grÃ¤nserna.Varna fÃ¶r en gammaldags parameterdefinition anvÃ¤nds.Varna fÃ¶r ett odefinierat makro anvÃ¤nds i ett #if-direktiv.Varna om en pekarparameter med attributet nonnull jÃ¤mfÃ¶rs med NULL.Varna om konstanta CFString-objekt innehÃ¥ller icke-portabla tecken.Varna om dereferering av en NULL-pekare kan leda till felaktigt eller odefinierat beteende.Varna fÃ¶r Ã¤rvda metoder Ã¤r oimplementerade.Varna om vÃ¤nsterskift av ett vÃ¤rde med tecken spiller Ã¶ver.Varna vid vÃ¤nsterskift med ett negativt vÃ¤rde.Varna fÃ¶r fÃ¶r mÃ¥nga argument argument till en funktion fÃ¶r dess formatstrÃ¤ng.Varna om kvalificerare pÃ¥ vektorer som Ã¤r pekarmÃ¥l kastas bort.Varna om skiftantalet â‰¥ bredden pÃ¥ typen.Varna om skiftantalet Ã¤r negativt.Varna vid test av flyttal pÃ¥ likhet.Varna om ISR:en Ã¤r felstavad, d.v.s. utan prefixet __vector.  Aktiverat som standard.Varna om adressrymden fÃ¶r en adress Ã¤ndras.Varna fÃ¶r slingan inte kan optimeras pÃ¥ grund av icketriviala antaganden.Varna om pekaren i en pekartilldelning kan Ã¶verleva sitt mÃ¥l.Varna om typen pÃ¥ en variabel kanske inte Ã¤r interoperabel med C.Varna fÃ¶r trigrafer upptÃ¤cks som kan pÃ¥verka betydelsen av programmet.Varna om typkvalificerare pÃ¥ pekare kastas bort.Varna fÃ¶r typsignaturer till kandidatmetoder inte stÃ¤mmer exakt.Varna om profiler i -fprofile-use inte stÃ¤mmer.Varna fÃ¶r prototyper som orsakar andra typkonverteringar Ã¤n de som skulle skett i frÃ¥nvaro av prototyp.Varna vid all anvÃ¤ndning av alloca.Varna vid direkt multipelt arv.Varna vid direkt virtuellt arv.Inbyggd fÃ¶r inbyggda som inte Ã¤r med i den valda standarden.Varna vid namnrymdsdefinition.Varna vid primÃ¤r malldeklaration.Varna vid misstÃ¤nkta konstruktioner med omvÃ¤nd ordning av skalÃ¤rlagring inblandad.Varna nÃ¤r __builtin_frame_address eller __builtin_return_address anvÃ¤nds osÃ¤kert.Varna nÃ¤r de inbyggda funktionerna __sync_fetch_and_nand och __sync_nand_and_fetch anvÃ¤nds.Varna nÃ¤r ett #warning-direktiv pÃ¥trÃ¤ffas.Varna nÃ¤r en Cell-mikrokodsinstruktion avges.Varna nÃ¤r en inbyggd funktion deklareras med fel signatur.Varna nÃ¤r ett inbyggt preprocessormakro avdefinieras eller omdefinieras.Varna nÃ¤r en const-variabel Ã¤r oanvÃ¤nd.Varna nÃ¤r en deklaration inte anger en typ.Varna nÃ¤r en deklaration har dubblerade const-, volatile-, restrict- eller _Atomic-specificerare.Varna nÃ¤r en deklaration hittas efter en sats.Varna nÃ¤r en funktion inte kan expanderas till HSAIL.Varna nÃ¤r en funktion Ã¤r oanvÃ¤nd.Varna nÃ¤r en funktionsparameter bara sÃ¤tts, och i Ã¶vrigt Ã¤r oanvÃ¤nd.Varna nÃ¤r en funktionsparameter Ã¤r oanvÃ¤nd.Varna nÃ¤r ett hopp missar en variabelinitiering.Varna nÃ¤r en etikett Ã¤r oanvÃ¤nd.Varna nÃ¤r en vektorvariabel pÃ¥ vÃ¤nsterhandssidan allokeras om.Varna nÃ¤r en variabel pÃ¥ vÃ¤nsterhandssidan allokeras om.Varna nÃ¤r en ordagrann '0' anvÃ¤nds som en nollpekare.Varna nÃ¤r en logisk operator misstÃ¤nkt nog alltid berÃ¤knas till sant eller falskt.Varna nÃ¤r ett noexcept-uttryck berÃ¤knas till false Ã¤ven om uttrycket inte faktiskt kan kasta.Varna nÃ¤r en pekare skiljer i teckenhet i en tilldelning.Varna nÃ¤r en pekare typkonverteras till ett heltal av annan storlek.Varna nÃ¤r en pekare jÃ¤mfÃ¶rs med en noll-teckenkonstant.Varna nÃ¤r en registervariabel Ã¤r deklarerad volatile.Varna nÃ¤r en strÃ¤ng- eller teckenkonstant fÃ¶ljs av ett ud-suffix som inte bÃ¶rjar med ett understrykningstecken.Varna nÃ¤r ett switch-fall faller igenom.Varna nÃ¤r en variabel bara sÃ¤tts, och i Ã¶vrigt Ã¤r oanvÃ¤nd.Varna nÃ¤r en variabel Ã¤r oanvÃ¤nd.Varna nÃ¤r en vektoroperation kompileras utanfÃ¶r SIMD:n.Varna nÃ¤r ett alla konstruerare och destruerare Ã¤r privata.Varna nÃ¤r ett argument skickas till restrict-kvalificerade parameteralias med ett annat argument.Varna nÃ¤r en atomÃ¤r minnesmodellparameter med sÃ¤kerhet Ã¤r utanfÃ¶r det giltiga intervallet.Varna nÃ¤r ett uttrycksvÃ¤rde Ã¤r oanvÃ¤nt.Varna nÃ¤r en inline:ad funktion inte kan inline:as.Varna nÃ¤r ett optimerarpass Ã¤r avaktiverat.Varna vid fÃ¶rsÃ¶k att frigÃ¶ra ett icke-heap-objekt.Varna vid typkonvertering av pekare till medlemsfunktioner.Varna nÃ¤r en pekare till en ofullstÃ¤ndig typ raderas.Varna nÃ¤r logiskt icke anvÃ¤nds pÃ¥ den vÃ¤nstra operanden i en jÃ¤mfÃ¶relse.Varna nÃ¤r multipla, olika, snabba avbrottshanterare finns in kompileringsenheten.Varna nÃ¤r en vÃ¤nfuktion som inte Ã¤r en mall deklareras inuti en mall.Varna nÃ¤r stackÃ¶verskrivningsskydd inte lÃ¤ggs ut av nÃ¥gon anledning.Varna nÃ¤r en lokal variabel skuggar en annan lokal variabel eller parameter med kompatibel typ.Varna nÃ¤r en lokal variabel skuggar en annan lokal variabel eller parameter.Varna nÃ¤r en variabel skuggar en annan (globalt).Varna nÃ¤r en variabel skuggar en annan.  Samma som -Wshadow=global.Varna nÃ¤r Ã¶verlagring anpassar frÃ¥n teckenlÃ¶st till med tecken.Varna nÃ¤r utfyllnad krÃ¤vs fÃ¶r att justera postmedlemmar.Varna nÃ¤r sizeof anvÃ¤nds pÃ¥ en parameter som Ã¤r deklarerad som en vektor.Varna nÃ¤r kompilatorn Ã¤ndrar ordning pÃ¥ kod.Varna nÃ¤r indenteringen av koden inte avspeglar blockstrukturen.Varna nÃ¤r attributet packed inte har nÃ¥gon effekt pÃ¥ postformatet.Varna fÃ¶r typkonverteringar till pekare frÃ¥n ett heltal med annan storlek.Varna nÃ¤r det Ã¤r en konvertering mellan pekare som har ofullstÃ¤ndiga typer.Varna nÃ¤r typedef:ar lokalt definierade i en funktion inte anvÃ¤nds.Varna nÃ¤r en funktions returtyp fÃ¥r â€�intâ€� som skÃ¶nsvÃ¤rde (C), eller om inkonsistenta returtyper (C++).Varna nÃ¤rhelst en trampolin genereras.Varna nÃ¤r en Objective-C-tilldelning fÃ¥ngas upp av skrÃ¤psamlaren.Varna nÃ¤r attribut ignoreras.Varna nÃ¤r typkvalificerare ignoreras.VarningNÃ¤r â€�signedâ€� eller â€�unsignedâ€� inte anges lÃ¥t bitfÃ¤ltet ha tecken.NÃ¤r â€�signedâ€� eller â€�unsignedâ€� inte anges gÃ¶rs bitfÃ¤lten teckenlÃ¶sa.NÃ¤r RAM skall nÃ¥s, anvÃ¤nd X som hÃ¥rdvaran framtvingar, d.v.s. anvÃ¤nda bara fÃ¶r-dekrementering, efter-inkrementering och indirekt adressering med registret X.  Utan denna flagga kan kompilatorn anta att det finns ett adresseringslÃ¤ge X+konstant liknande Y+konstant och Z+konstant och mata ut instruktioner fÃ¶r att emulera ett sÃ¥dant adresseringslÃ¤ge fÃ¶r X.Vid generering av -fpic-kod, tillÃ¥t anvÃ¤ndningen av PLT:er.  Ignoreras fÃ¶r fno-pic.Vid generering av -mabicalls-kod, tillÃ¥t kÃ¶rbara att anvÃ¤nda PLT:er och kopieringsomlokaliseringar.Vid generering av -mabicalls-kod, gÃ¶r sÃ¥ att koden passar fÃ¶r anvÃ¤ndning i delade bibliotek.LÃ¥t bli att generera stackramar nÃ¤r det Ã¤r mÃ¶jligt.NÃ¤r CSE kÃ¶rs, fÃ¶lj hopp till deras mÃ¥l.NÃ¤r de Ã¤r kortare, anvÃ¤nd kanoniska sÃ¶kvÃ¤gar till systemhuvuden.Om kanoniska typer skall anvÃ¤ndas.Vilken -fsched-pressure-algoritm som skall anvÃ¤ndas.NÃ¤r signalhanterare sattes upp: %mNÃ¤r signalstacken sattes upp: %mLÃ¤get helprogramanalys (WPA) med antal parallella jobb angivna.Med denna flagga kommer en dynamiskt erhÃ¥llen storlek pÃ¥ noll fÃ¶r objekt med ofullstÃ¤ndig typ hanteras som oÃ¤ndlig.Utan utfyllnad finns det inte tillrÃ¤ckligt med element i inbyggda RESHAPE-kÃ¤llan vid %L fÃ¶r att stÃ¤mma med formenGÃ¥ runt mflo/mfhi-fel i VR4130.GÃ¥ runt en hÃ¥rdvaruanomali genom att lÃ¤gga till ett antal NOP:ar fÃ¶re en CSYNC- eller SSYNC-instruktion.GÃ¥ runt ett hÃ¥rdvarufel i tidiga 4300.GÃ¥ runt fel i multiplikationsinstruktion.GÃ¥ runt vissa fel i 24K.GÃ¥ runt vissa fel i R10000.GÃ¥ runt vissa fel i R4000.GÃ¥ runt vissa fel i R4400.GÃ¥ runt vissa fel i RM7000.GÃ¥ runt vissa fel i VR4120.GÃ¥ runt fel i tidiga SB-1 revision 2-kÃ¤rnor.GÃ¥ runt multiplikationsfel i hÃ¥rdvara.SÃ¤tt att gÃ¥ runt ARM Cortex-A53:s errata nummer 835796.SÃ¤tt att gÃ¥ runt ARM Cortex-A53:s errata nummer 843419.Skriv alla deklarationer som Adakod endast fÃ¶r den angivna filen.Skriv alla deklarationer som Adakod transitivt.NÃ¤r modul %qs pÃ¥ rad %d kolumn %d lÃ¤stes: %sFelaktig OpenACC-fortsÃ¤ttning vid %C: !$ACC fÃ¶rvÃ¤ntades, fick !$OMPFel post i TYPE_ARG_TYPES-listaFel nod refereras med en chkp-referensFel trÃ¤d i TYPE_FIELDS-listaX-argumentet vid %L till C_LOC fÃ¥r inte vara polymorftX-beskrivare krÃ¤ver inledande utrymmesantal vid %LX32 stÃ¶djer inte attributet ms_abiXXX gÃ¥r in i pop_everything ()
  XXX lÃ¤mnar pop_everything ()
  Du kan inte ta adressen till en nÃ¤stad funktion om du anvÃ¤nder flaggan -mno-pointers-to-nested-functionsDu mÃ¥ste aktivera NEON-instruktioner (t.ex. -mfloat-abi=softfp -mfpu=neon) fÃ¶r att anvÃ¤nda dessa inbyggda.Du mÃ¥ste aktivera VFP-instruktioner fÃ¶r att anvÃ¤nda dessa inbyggda.Du mÃ¥ste aktivera kryptoinstruktioner (t.ex. inkludera -mfloat-abi=softfp -mfpu=crypto-neon â€¦) fÃ¶r att anvÃ¤nda dessa inbyggda.Du behÃ¶ver en C-uppstartsfil fÃ¶r -msys-crt0=Din mÃ¥lplattform stÃ¶djer inte -fcheck-pointer-boundsNoll Ã¤r inte en giltig satsetikett vid %CNollbredd i formatbeskrivning[...]-stils vektorkonstruerare vid %C[LÃ¤mnar %s]
! [kan inte hitta %s][standard][avslagen][aktiverad][super ...] mÃ¥ste stÃ¥ i metodkontext_Cilk_for-sats fÃ¶rvÃ¤ntadesattributet __BELOW100__ Ã¤r inte tillÃ¥tet med lagringsklassen auto__builtin_arc_aligned med icke konstant justering__builtin_eh_return stÃ¶djs inte pÃ¥ denna mÃ¥larkitektur__builtin_rx_%s tar â€�Câ€�, â€�Zâ€�, â€�Sâ€�, â€�Oâ€�, â€�Iâ€� eller â€�Uâ€�__builtin_saveregs stÃ¶djs inte pÃ¥ denna mÃ¥lunderarkitektur__builtin_saveregs stÃ¶djs inte pÃ¥ denna mÃ¥larkitektur__builtin_set_thread_pointer stÃ¶djs inte pÃ¥ denna mÃ¥larkitektur__builtin_shuffle argumentvektorns inre typ mÃ¥ste ha samma storlek som den inre typen fÃ¶r maskenargumentvektorerna till __builtin_shuffle mÃ¥ste ha samma typargumenten till __builtin_shuffle mÃ¥ste vara vektorersista argumentet till __builtin_shuffle mÃ¥ste vara en heltalsvektor__builtin_shuffle antalet element i argumentvektorn och maskvektorn skall vara samma__builtin_thread_pointer stÃ¶djs inte pÃ¥ denna mÃ¥larkitektur__builtin_unreachable eller __builtin_trap anropad utan argument__delay_cycles() tar endast konstanta argument__float128 och __ibm128 kan inte anvÃ¤ndas i samma uttryck__float128 och long double kan inte anvÃ¤ndas i samma uttryck__fp16 och ingen ldrh__ibm128 och long double inte anvÃ¤ndas i samma uttryck__label__-deklarationer fÃ¥r bara fÃ¶rekomma pÃ¥ funktionsnivÃ¥argument %d till __sec_implicit_index mÃ¥ste vara mindre Ã¤n ordningen pÃ¥ %qEparametern till __sec_implicit_index mÃ¥ste vara ett konstant heltalsuttryck__sec_reduce_min_ind eller __sec_reduce_max_ind kan inte ha vektorer med dimensioner stÃ¶rre Ã¤n 1â€�argumentet â€�custom-%s=â€� behÃ¶ver numeriska siffroren klammeromsluten initierare Ã¤r inte tillÃ¥ten hÃ¤rett anrop till en konstruerare fÃ¥r inte finnas i ett konstantuttrycken typomvandling till en annan typ Ã¤n en heltals- eller upprÃ¤kningstyp kan inte fÃ¶rekomma i ett konstantuttrycken klassmallsdeklaration fÃ¥r inte deklarera nÃ¥got annaten kommaoperator fÃ¥r inte finnas i ett konstantuttryckett koncept kan inte vara en medlemsfunktionen konstruerare kan inte vara %<concept%>en konverteringsfunktion kan inte ha en avslutande returtypen definition som skiljer i virtuella nyckelord i en annan Ã¶versÃ¤ttningsenheten destruerare kan inte vara %<concept%>en destruerare kan inte vara %<constexpr%>en annan metod med samma typ Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten annan typ Ã¤r definierad i en annan Ã¶versÃ¤ttningsenhetett fÃ¤lt med samma namn men annan typ Ã¤r definierat i en annan Ã¶versÃ¤ttningsenhetett fÃ¤lt med ett annat namn Ã¤r definierat i en annan Ã¶versÃ¤ttningsenhetett funktionsanrop fÃ¥r inte finnas i ett konstantuttrycken funktionsdefinition Ã¤r inte tillÃ¥ten hÃ¤ren etikett kan endast vara en del av en sats och en deklaration Ã¤r inte en satsen lambdahÃ¶ljetyp har en raderad koperingstilldelningsoperatoren lambdahÃ¶ljestyp har en raderad standardkonstruerareen senare -fabi-version= (eller =0) undviker detta fel med en Ã¤ndring av manglingenen medlem av an post eller union fÃ¥r inte ha variabel typen nÃ¤stad funktion stÃ¶djs inte fÃ¶r reducerade registeren nÃ¤stad namnrymdsdefinition kan inte inline:asen nÃ¤stad namnrymdsdefinition kan inte ha attributen icke-mallvariabel variabel kan inte vara %<concept%>en parameter kan inte deklareras %<concept%>en parameter kan inte deklareras %<constexpr%>en parameterlista med ellips kan inte matcha en tom parameternamnlistdeklarationen reinterpret_cast Ã¤r inte ett konstant uttryckett transaktionsuttryck fÃ¥r inte finnas utanfÃ¶r en mallen lagringsklass kan bara anges fÃ¶r objekt och funktioneren lagringklass pÃ¥ ett anonymt aggregat i klassrÃ¤ckvidd tillÃ¥ts inteen mall kan inte standarddefinierasen malldeklaration fÃ¥r inte fÃ¶rekomma pÃ¥ blocknivÃ¥ett mall-id fÃ¥r inte fÃ¶rekomma i en using-deklarationen temporÃ¤r bunden till %qD bestÃ¥r endast tills konstrueraren avslutarett transaktionsuttryck fÃ¥r inte finnas i ett konstantuttrycken typ definierad i en annan Ã¶versÃ¤ttningsenhet Ã¤r inte polymorfen typ definierad i en annan Ã¶versÃ¤ttningsenhet Ã¤r polymorfen typ med annan justering Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten typ med andra attribut Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten typ med andra baser Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten typ med ett annat antal fÃ¤lt Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten typ med ett annat antal metoder definierad i en annan Ã¶versÃ¤ttningsenheten typ med annan precision Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten typ med andra kvalificerare Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten typ med annan teckenhet Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten typ med en annan storlek Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten typ med en annan virtuell tabellpekare Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten using-deklaration kan inte ange ett mall-id.  FÃ¶rsÃ¶k med %<using %D%>en bred strÃ¤ng Ã¤r inte tillÃ¥ten i denna kontextonormala anropsbÃ¥gar fÃ¶r instruktion som inte Ã¤r anrop i gb %ionormala bÃ¥gar utan syfte i gb %iavbrott i %s, vid %s:%dabstrakt deklarerare %qT anvÃ¤nd som deklarationÃ¥tkomstdeklarationer bÃ¶r undvikas till fÃ¶rmÃ¥n fÃ¶r using-deklarationer; fÃ¶rslag: lÃ¤gg till nyckelordet %<using%>anvÃ¤nder medlem %qD istÃ¤llet fÃ¶r initierad medlem %qD i ett konstant uttryckanvÃ¤nder en medlem %qE av en atomÃ¤r struktur %qEÃ¥tkomst av medlemmen %qE i en atomÃ¤r union %qEÃ¥tkomst av dataminne med programminnesadressÃ¥tkomst av programminne med dataminnesadressanvÃ¤nder oinitierat vektorelementanvÃ¤nder oinitierad medlem %qDanvÃ¤nder vÃ¤rdet av %qE genom ett %qT-glvalue i ett konstant uttryckackumulatorn Ã¤r inte ett konstant heltalackumulatortalet Ã¤r utanfÃ¶r grÃ¤nsenaktuellt argument till INTENT = OUT/INOUTlÃ¤gg till parenteser runt uttrycket pÃ¥ vÃ¤nster hand fÃ¶r att tysta denna varningadd_sym(): Felaktigt storlekslÃ¤geadressomrÃ¥desattribut kan inte anges fÃ¶r funktioneradressomrÃ¥det fÃ¶r %q+D stÃ¥r i konflikt med tidigare deklarationadresslÃ¤get %qs stÃ¶djs inte i %s-bitslÃ¤geadress till vektor med omvÃ¤nd skalÃ¤r lagringsordning begÃ¤rdadress till explicit registervariabel %qD begÃ¤rdadress till global registervariabel %qD efterfrÃ¥gadadressen till etiketten %qD returneradadress till lokal variabel %qD returneradadress till Ã¶verlagrad funktion utan typinformation frÃ¥n sammanhangetadress pÃ¥ registervariabeln %qD efterfrÃ¥gadadressavstÃ¥nd inte en konstantadressoperander krÃ¤ver begrÃ¤nsning fÃ¶r X-, Y- eller Z-registeradress begÃ¤rd till %qD, som Ã¤r deklarerad %<register%>adressrymden %qs stÃ¶djs inte fÃ¶r enheter med flash-storlek upp til %d KiBadressrymder stÃ¶djs inte fÃ¶r reducerade Tiny-enheteradress tagen, men ADDRESSABLE-biten Ã¤r inte sattadress-av pÃ¥ ett objekt %qE med trÃ¥dlokal eller automatisk lagring Ã¤r inte ett konstant uttryckaggregatet %q#D har ofullstÃ¤ndig typ och kan inte definierassammansatt vÃ¤rde anvÃ¤nt dÃ¤r ett komplext vÃ¤rde fÃ¶rvÃ¤ntadessammansatt vÃ¤rde anvÃ¤nt dÃ¤r ett fixdecimalvÃ¤rde fÃ¶rvÃ¤ntadessammansatt vÃ¤rde anvÃ¤nt dÃ¤r ett flyttalsvÃ¤rde fÃ¶rvÃ¤ntadessammansatt vÃ¤rde anvÃ¤ndes dÃ¤r ett heltal fÃ¶rvÃ¤ntadesÃ¤venaliasdefinitioner stÃ¶djs inte i Mach-O, ignorerasaliasdefinitioner stÃ¶djs inte i denna konfigurationjustering (%u) fÃ¶r %s Ã¶verskrider maximal justering fÃ¶r globala common-data.  AnvÃ¤nder %ujustering fÃ¶r %q+D mÃ¥ste vara Ã¥tminstone %djustering fÃ¶r %q+D angavs tidigare som %d och fÃ¥r inte minskaminnesjustering kan inte anges fÃ¶r %q+Djustering mÃ¥ste vara tvÃ¥ upphÃ¶jt till ett litet tal, inte %djusteringen av %q+D Ã¤r stÃ¶rre Ã¤n den objektfilers maximala justering %djusteringen av %qD Ã¶kade i -fabi-version=9 (GCC 5.2)justering av %qD Ã¤r stÃ¶rre Ã¤n originaldeklarationenjustering av %qD kommer Ã¶ka med -fabi-version=9justeringen av vektorelement Ã¤r stÃ¶rre Ã¤n elementstorlekenminnesjustering angiven fÃ¶r %<register%>-objekt %qEminnesjustering angiven fÃ¶r bitfÃ¤ltet %qEminnesjustering angiven fÃ¶r funktionen %qEminnesjustering angiven fÃ¶r parameter %qEminnesjustering angiven fÃ¶r typedef %qEminnesjustering angiven fÃ¶r namnlÃ¶st bitfÃ¤ltminnesjustering angiven fÃ¶r namnlÃ¶s parameteralla medlemsfunktioner i klass %qT Ã¤r privataalloc_align-parameter utanfÃ¶r giltigt intervallalloc_size-parameter utanfÃ¶r giltigt intervallallokerbart argumentredan infÃ¥ngad %qD i lambdauttryckhittade ocksÃ¥ %<%c%s%>alternativ Ã¤r inte tillÃ¥tna i asm-flaggutdataalways_inline-funktion kanske inte kan inline:asny deklaration %q+#D som skapar tvetydighetny deklaration av %q+#D som skapar tvetydighettvetydig konvertering av fÃ¤ltindextvetydig standardtypkonvertering frÃ¥n %qTtvetydig metod %s%s%stvetydig Ã¶verlagring fÃ¶r tvetydig Ã¶verlagring fÃ¶r den inbyggda %qstvetydig mallinstansiering av %q#Dtvetydig mallinstansiering av %q#Ttvetydig mallspecialisering %qD fÃ¶r %q+Dett adressomrÃ¥desattribut kan inte anges fÃ¶r lokala variableren anonym post kan inte ha funktionsmedlemmaren anonym union kan inte ha funktionsmedlemmaren argumenttyp med en standardkonvertering kan inte matcha en tom parameternamnlistdeklarationen vektor med annan storlek Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten vektorreferens fÃ¥r inte finnas i ett konstantuttrycken asm-specifikation Ã¤r inte tillÃ¥ten pÃ¥ en funktionsdefinitionen tilldelning fÃ¥r inte finnas i ett konstantuttryckEtt attribut som gÃ¤ller en viss typspecificerare ignorerasen minskning fÃ¥r inte finnas i ett konstantuttrycken upprÃ¤kningstyp med andra vÃ¤rdenamn definierad i en annan Ã¶versÃ¤ttningsenheten upprÃ¤kningstyp med andra vÃ¤rden Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten upprÃ¤kningstyp med ett inte matchande antal vÃ¤rden Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten explicit specialisering mÃ¥ste fÃ¶regÃ¥s av %<template <>%>en Ã¶kning fÃ¥r inte finnas i ett konstantuttrycken indirekt bÃ¥ge frÃ¥n %s har inget motsvarande call_stmtett indirekt bÃ¥ge med okÃ¤nd anropsmÃ¥l motsvarande ett call_stmt med en kÃ¤nd deklaration:en avbrottshanterare kan inte kompileras med -muser-modeanakronismanakronism: anakronistisk gammaldags basklassinitieraretyp %qT har inga mallkonstruerareoch fÃ¤ltoch den implicit definierade konstrueraren initierar inte %q#Danonym %s deklarerad inuti parameterlista kommer inte vara synlig utanfÃ¶r denna definition eller deklarationett anonymt SSA-namn kan inte ha en standarddefinitionanonym post som inte Ã¤r inuti en namngiven typanonym union utan medlemmarapplicering av #pragma weak %q+D efter fÃ¶rsta anvÃ¤ndningen ger odefinierat beteendearkitekturen %qs stÃ¶djs endast i assemblerare_identical_variables: Felaktig typargumenten som skall formateras Ã¤r inte %<...%>argument %d Ã¤r en literal utan tecken som Ã¤r utanfÃ¶r sitt intervallargument %d mÃ¥ste vara en literal utan teckenargumentet %d till %qE kan vara kandidat fÃ¶r ett formatattributargument %d till %qE mÃ¥ste vara en pekare till en typ med konstant storlekargument %d till %qE mÃ¥ste vara en pekartypargument %d till %qE fÃ¥r inte vara en pekare till en funktionargument %d till â€�%sâ€� hade inte det fÃ¶rvÃ¤ntade namnetargument %d till den inbyggda mÃ¥ste vara en konstant i intervallet frÃ¥n %d till %dargument %i i intervallet [%E, %E]argumentet %q+D kan skrivas Ã¶ver av %<longjmp%> eller %<vfork%>argument %qD stÃ¤mmer inte med inbyggd prototypargument %qD stÃ¤mmer inte med prototypenargumentet %qd Ã¤r inte en konstantargumentet %qs till %<-Waligned-new%> Ã¤r inte kÃ¤ntargumentet %qs till %<-Wnormalized%> Ã¤r inte kÃ¤ntargumentet %qs till %<-femit-struct-debug-detailed%> Ã¤r inte kÃ¤ntargument %qs till %<-femit-struct-debug-detailed%> okÃ¤ntargument %u i anrop av funktionen %qE har inte heltalstypargument %u Ã¤r noll dÃ¤r icke-noll fÃ¶rvÃ¤ntadesargument 1 mÃ¥ste vara 0 eller 2argument 1 mÃ¥ste vara en 1-bitars literal utan teckenargument 1 mÃ¥ste vara en 5-bitars literal med teckenargument 1 mÃ¥ste vara en 6-bitars literal utan teckenargument 1 mÃ¥ste vara en avbildningargument 1 mÃ¥ste vara ett 8-bitars fÃ¤ltvÃ¤rdeargument 1 till %qE mÃ¥ste vara pekartyp som inte pekar pÃ¥ voidargument 1 till %qE mÃ¥ste vara en pekare till en typ med konstant storlekargument 1 till %qE mÃ¥ste vara en pekare till ett objekt av storlek stÃ¶rre Ã¤n nollargument 1 till __builtin_altivec_predicate Ã¤r utanfÃ¶r sitt intervallargumentet 1 till __builtin_altivec_predicate mÃ¥ste vara en konstantargument 1 till __builtin_paired_predicate Ã¤r utanfÃ¶r sitt intervallargument 1 till __builtin_paired_predicate mÃ¥ste vara en konstantargument 1 till __builtin_spe_predicate Ã¤r utanfÃ¶r sitt intervallargument 1 till __builtin_spe_predicate mÃ¥ste vara en konstantargument 2 mÃ¥ste vara 0 eller 1argument 2 mÃ¥ste vara en 5-bitars literal utan teckenargument 2 mÃ¥ste vara en 6-bitars literal utan teckenargument 2 mÃ¥ste vara en 7-bitars literal utan teckenargument 3 i anropet av funktionen %qE har inte typen pekare till heltalargument 3 i anrop av funktionen %qE har boolesk typargument 3 i anrop av funktionen %qE har upprÃ¤kningstypargument 3 i anropet av funktionen %qE har typen pekare till booleanargument 3 i anropet av funktionen %qE har typen pekare till upprÃ¤kningstypargument 3 mÃ¥ste vara en 1-bitars literal utan teckenargument 3 mÃ¥ste vara en 2-bitars literal utan teckenargument 3 mÃ¥ste vara en 4-bitars literal utan teckenargument 3 mÃ¥ste vara i intervallet 0..15argumentberoende uppslagning hittar %q+Dargumentlistefunktion vid %Cargumentet mÃ¥ste vara en fÃ¤ltreferensargumentet mÃ¥ste vara en vektor eller skiva eller kanalargumentet mÃ¥ste vara en kanalargumentet mÃ¥ste vara en strÃ¤ng eller vektor eller skiva eller avbildning eller kanalargumentet mÃ¥ste ha komplex typargument Ã¤r inte tillÃ¥tna pÃ¥ %qs-klausulen i OpenACC %<parallel%>argumentet till %<__builtin_eh_return_regno%> mÃ¥ste vara konstantargumentet till attributet %qE Ã¤r inte â€�ilinkâ€�argumentet till attributet %qE Ã¤r inte â€�ilink1â€� eller â€�ilink2â€�argument till attributet %qE Ã¤r inte â€�resetâ€�, â€�software_exceptionâ€�, â€�page_missâ€�, â€�timer0â€�, â€�timer1â€�, â€�messageâ€�, â€�dma0â€�, â€�dma1â€�, â€�wandâ€� eller â€�swiâ€�argumentet till attributet %qE Ã¤r inte en strÃ¤ngkonstantargumentet till attributet %qE Ã¤r inte en strÃ¤ngkonstant eller ett talargument till Offsetof implicerar indirektion till ett inbÃ¤ddat fÃ¤ltargument till funktionsanrop kan vara en kandidat fÃ¶r ett formatattributargumentet till %%:compare-debug-auxbase-opt slutar inte i .gkargumentet till %<-O%> skall vara ett ickenegativt heltal, %<g%>, %<s%> eller %<fast%>argumentet till %<alloca%> Ã¤r fÃ¶r stortargumentet till %<alloca%> Ã¤r nollargumentet till %<alloca%> kan vara fÃ¶r stortargumentet till %<alloca%> kan vara fÃ¶r stort pÃ¥ grund av konvertering frÃ¥n %qT till %qTargumentet till %<sizeof%> i %qD-anropet Ã¤r samma uttryck som destinationen; hade du tÃ¤nkt dereferera det?argumentet till %<sizeof%> i %qD call-anrop Ã¤r samma uttryck som destinationen; hade du tÃ¤nkt ange en explicit lÃ¤ngd?argumentet till %<sizeof%> i %qD-anrop Ã¤r samma uttryck som destinationen; hade du tÃ¤nkt att ta bort addressof?argumentet till %<sizeof%> i %qD-anrop Ã¤r samma uttryck som den fÃ¶rsta kÃ¤llan; hade du tÃ¤nkt dereferera det?argumentet till %<sizeof%> i %qD-anrop Ã¤r samma uttryck som den fÃ¶rsta kÃ¤llan; hade du tÃ¤nkt ange en explicit lÃ¤ngd?argumentet till %<sizeof%> i %qD-anrop Ã¤r samma uttryck som den fÃ¶rsta kÃ¤llan; hade du tÃ¤nkt ta bort addressof?argumentet till %<sizeof%> i %qD-anrop Ã¤r samma uttryck som den andra kÃ¤llan; hade du tÃ¤nkt dereferera det?argumentet till %<sizeof%> i %qD-anrop Ã¤r samma uttryck som den andra kÃ¤llan; hade du tÃ¤nkt ange en explicit lÃ¤ngd?argumentet till %<sizeof%> i %qD-anrop Ã¤r samma uttryck som den andra kÃ¤llan; hade du tÃ¤nkt ta bort addressof?argumentet till %<sizeof%> i %qD-anrop Ã¤r samma uttryck som kÃ¤llan; hade du tÃ¤nkt dereferera det?argumentet till %<sizeof%> i %qD-anrop Ã¤r samma uttryck som kÃ¤llan; hade du tÃ¤nkt ange en explicit lÃ¤ngd?argumentet till %<sizeof%> i %qD-anrop Ã¤r samma uttryck som kÃ¤llan; hade du tÃ¤nkt ta bort addressof?argumentet till %<sizeof%> i %qD-anrop Ã¤r samma pekartyp %qT som destinationen; %qT eller en explicit lÃ¤ngd fÃ¶rvÃ¤ntadesargumentet till %<sizeof%> i %qD-anrop Ã¤r samma pekartyp %qT som den fÃ¶rsta kÃ¤llan; %qT eller en explicit lÃ¤ngd fÃ¶rvÃ¤ntadesargumentet till %<sizeof%> i %qD-anrop Ã¤r samma pekartyp %qT som den andra kÃ¤llan; %qT eller en explicit lÃ¤ngd fÃ¶rvÃ¤ntadesargumentet till %<sizeof%> i %qD-anrop Ã¤r samma pekartyp %qT som kÃ¤llan; %qT eller en explicit lÃ¤ngd fÃ¶rvÃ¤ntadesargumentet till attributet %qE Ã¤r varken eic eller vector=<rad>argumentet till attributet %qE Ã¤r varken noll eller ettargumentet till attributet %qE Ã¤r inte intstackargument till attributet %qE Ã¤r stÃ¶rre Ã¤n %dargumentet till %qs Ã¤r fÃ¶r stort (max. %d)argument till %qs mÃ¥ste vara en 2-bitars literal utan teckenargumentet till %qs skall vara ett ickenegativt heltalargument till decltype mÃ¥ste vara ett uttryckargument till dss mÃ¥ste vara en 2-bitars literal utan teckenargumentet till attributet interrupt stÃ¶djs inte fÃ¶r svaga funktionerargumentet till en vektor med variabel lÃ¤ngd Ã¤r fÃ¶r stortargumentet till en vektor med variabel lÃ¤ngd Ã¤r nollargumentet till en vektor med variabel lÃ¤ngd kan vara fÃ¶r stortargumentet till en vektor med variabel lÃ¤ngd kan vara fÃ¶r stort pÃ¥ grund av konvertering frÃ¥n %qT till %qTargumenten â€�%sâ€� och â€�%sâ€� fÃ¶r inbyggd %sargument â€�%sâ€� och â€�%sâ€� fÃ¶r inbyggd â€�%sâ€�argument â€�a%dâ€� och â€�a%dâ€� fÃ¶r inbyggd â€�%sâ€�argumenten till %qs skall vara ickenegativa heltalargument till destruerare Ã¤r inte tillÃ¥tetargumenten till attributet %qE mÃ¥ste vara smala strÃ¤ngkonstanterargumenten till attributet %qE mÃ¥ste innehÃ¥lla giltiga identifierarearith_power(): Felaktig basarith_power(): okÃ¤nd typaritmetiskt IFaritmetik som innefattar en nollpekare i %qEaritmetik pÃ¥ pekare till ett tomt aggregataritmetik pÃ¥ pekare till ofullstÃ¤ndig typvektor %q+D antas ha ett elementvektor %qD initierad frÃ¥n strÃ¤ngkonstant inom parentes %qEvektortilldelningvektorgrÃ¤ns Ã¤r fÃ¶rbjuden efter typ-id i parenteservektorgrÃ¤ns Ã¤r inte en heltalskonstantvektorindex i initierare Ã¶verskrider vektorns storlekvektorindex i initierare inte av ett konstant heltalsuttryckvektorindex i initierare inte av heltalstypvektorindex i initierare fÃ¶r annat Ã¤n vektorvektorindexintervall i initierare Ã¶verskrider vektorns grÃ¤nservektor initierad frÃ¥n icke-konstant vektoruttryckvektor initierad frÃ¥n strÃ¤ngkonstant inom parentesvektormedlem %q#D Ã¤r deklarerad hÃ¤rvektorer mÃ¥ste initieras med en initierare inom klamrarvektornotation kan inte anvÃ¤ndas som villkor till en do-while-satsvektornotation kan inte anvÃ¤ndas som villkor i en switch-satsvektornotation kan inte anvÃ¤ndas som villkor till en while-satsvektornotation kan inte anvÃ¤ndas i ett villkor till en for-slingavektornotation kan inte anvÃ¤ndas med en funktionstypvektornotationsuttryck kan inte anvÃ¤ndas som ett returvÃ¤rdevektornotation kan inte anvÃ¤ndas i en deklarationvektornotationer kan inte anvÃ¤ndas med en funktionstypvektor av typ som inte passar initierad frÃ¥n strÃ¤ngkonstantvektor- och kÃ¶rtidsgrÃ¤nser kan inte fÃ¥ngas av kopiering, endast via referensvektorresultatvektorsektionen har inte en avbildbar typ i %qs-klausulenvektorsektionen i %<pragma acc declare%>vektorsektionen Ã¤r inte sammanhÃ¤ngande i %qs-klausulenvektorstorlek i new-uttryck mÃ¥ste vara en konstantvektorstorlek saknas i %q+Dvektorstorlek saknas i %qDvektorstorlek saknas i %qTvektorindex har typen %<char%>vektorindex Ã¤r ovanfÃ¶r vektorgrÃ¤nsenvektorindex Ã¤r under vektorgrÃ¤nsenfÃ¤ltindex Ã¤r inte ett heltalvektorindex Ã¤r utanfÃ¶r vektorgrÃ¤nsernavektorindexvÃ¤rdet %qE Ã¤r utanfÃ¶r grÃ¤nserna fÃ¶r vektorn %qD av typen %qTvektorindexvÃ¤rdet %qE Ã¤r utanfÃ¶r grÃ¤nserna fÃ¶r vektortypen %qTvektortyp har ofullstÃ¤ndig elementtyp %qTvektortyper har olika grÃ¤nservektor anvÃ¤nd som initierarevektorer av funktioner Ã¤r inte meningsfullasom %qDasm-Ã¶verskrivning stÃ¥r i konflikt med indataoperandasm-Ã¶verskrivning stÃ¥r i konflikt med utdataoperandasm-deklaration ignorerad eftersom den stÃ¥r i konflikt med tidigare namnbyteasm Ã¤r inte tillÃ¥tet i en %<transaction_safe%>-funktionasm Ã¤r inte tillÃ¥tet i en atomÃ¤r transaktionasm-operand %d stÃ¤mmer fÃ¶rmodligen inte med begrÃ¤nsningarnaasm-specificerare fÃ¶r variabeln %qE stÃ¥r i konflikt med asm-Ã¶verskrivningslistahashlistan Ã¶ver assemblernamn trasigfÃ¶rsÃ¤kran saknas efter %qsattribut fÃ¶r tilldelningssemantik fÃ¶r egenskap %qD stÃ¥r i konflikt med tidigare deklarationtilldelning till en vektor frÃ¥n en initierarlistatilldelningtilldelning (inte initiering) i deklarationtilldelning kastar %qv-kvalificerare frÃ¥n pekarmÃ¥ltyptilldelning frÃ¥n distinkt Objective-C-typtilldelning frÃ¥n inkompatibel pekartyptilldelning frÃ¥n pekare till adressutrymme som inte Ã¤r inneslutetvÃ¤nsterhandssida av tilldelning kan vara en kandidat fÃ¶r ett formatattributtilldelning skapar en %q#v-kvalificerad funktionspekare frÃ¥n en okvalificeradtilldelning skapar heltal frÃ¥n pekare utan typkonverteringtilldelning skapar pekare av heltal utan typkonverteringtilldelning till konstant fÃ¤lt %qDtilldelning av funktion %qDtilldelning av medlem %qD i endast lÃ¤sbart objekttilldelning till endast lÃ¤sbar plats %qEtilldelning till endast lÃ¤sbar medlem %qDtilldelning av endast lÃ¤sbart namngivet returvÃ¤rde %qDtilldelning till endast lÃ¤sbar parameter %qDtilldelning till endast lÃ¤sbar referens %qDtilldelning till endast lÃ¤sbar variabel %qDutelÃ¤mnad tilldelningtilldelning till uttryck med vektortypassociate_integer_pointer(): Redan associeradassume_aligned-parameter Ã¤r inte en heltalskonstantargument med antagen ordningargument med antagen formargument med antagen typantar typkonvertering till %qT frÃ¥n Ã¶verlagrad funktionantar direktivutdata pÃ¥ %wu byteantar direktivutdata pÃ¥ %wu byteantar pekare till medlem %qDantar att teckenspill inte fÃ¶rekommer vid kombination av konstanter runt en jÃ¤mfÃ¶relseantar att teckenspill inte fÃ¶rekommer vid reduktion av konstant i jÃ¤mfÃ¶relseantar att teckenspill inte fÃ¶rekommer vid fÃ¶renkling av %</%> eller %<%%%> till %<>>%> eller %<&%>antar att teckenspill inte fÃ¶rekommer vid fÃ¶renkling av %<abs (X)%> till %<X%> eller %<-X%>antar att teckenspill inte fÃ¶rekommer vid fÃ¶renkling av %<min/max (X,Y)%> till %<X%> eller %<Y%>antar att teckenspill inte fÃ¶rekommer vid fÃ¶renkling av villkorantar att teckenspill inte fÃ¶rekommer vid fÃ¶renkling av villkor till konstantantar att teckenspill inte fÃ¶rekommer vid fÃ¶renkling av intervalltestasynkront argumentatexit misslyckadesatomic_cancelfÃ¶rsÃ¶k att ta adressen till bitfÃ¤ltfÃ¶rsÃ¶k att ta adressen till en medlemmen %qD i en bitfÃ¤ltspostattributet %<deprecated%> kan fÃ¶rekomma hÃ¶gst en gÃ¥ng i en attributlistaattributet %<fallthrough%> fÃ¶regÃ¥r inte en case-etikett eller standardetikettattributet %<noreturn%> fÃ¥r fÃ¶rekomma hÃ¶gst en gÃ¥ng i en attributlistaargument till attribut %<target%> Ã¤r inte en strÃ¤ngargument till attribut %qE Ã¤r inte en strÃ¤ngattributet %qs Ã¤r bara tillÃ¤mpbart pÃ¥ vektortyperattributdeklarationattribut fÃ¶r %q#T mÃ¥ste komma efter nyckelordet %qsattributet ignoreratattribut ignoreras i deklaration av %q#Tattribut ignoreras i explicit instansiering av %q#Tattribut som anvÃ¤nder prefix Ã¤r endast tillgÃ¤ngligt med -std=c++1z eller -std=gnu++1zattribut som anvÃ¤nder prefix anvÃ¤nt tillsammans med attributsymboler med rÃ¤ckviddattribute(target("%s")) Ã¤r okÃ¤ntattribut efter initierare inom parentes ignorerasattribut Ã¤r inte tillÃ¥tna vid en funktionsdefinitionattribut vid bÃ¶rjan av satser ignorerasattribut ignoreras fÃ¶r bearbetade typspecificerare som inte Ã¤r en framÃ¥tdeklarationattribut ignoreras vid mallinstansieringattributet ignorerat pÃ¥ oinstansierad typattribut i parametervektordeklarerare ignorerasattribut fÃ¥r inte anges fÃ¶re Objective-C++-nyckelordet %<@%D%>attribut skall inte anges fÃ¶re deklareraren i en funktionsdefinitionautomatiskt fpu-val Ã¤r nÃ¤rvarande inte tillÃ¥tet hÃ¤rautomatisk variabel %qE kan inte vara %<threadprivate%>aux-fÃ¤lt satt fÃ¶r bÃ¥ge %s->%saux-fÃ¤lt satt fÃ¶r indirekt bÃ¥ge frÃ¥n %sbakÃ¤ndedeklaration fÃ¶r modulvariabel %qs finns redanfelaktig adressfelaktig adress, inte (reg+avst):felaktig adress, inte en konstant:felaktig adress, inte en I/O-adress:felaktig adress, inte post_inc eller pre_dec:felaktig justering: %dfelaktig mÃ¤ngd att ta bort frÃ¥n stacken: %dfelaktig vektorinitierarefelaktig inbyggd kodfelaktig inbyggd fcodefelaktig inbyggd icodefelaktig villkorskodfelaktig uttryckstyp under genomlÃ¶pning (%d)felaktig instruktion fÃ¶r â€�Aâ€�felaktig instruktion i frv_print_operand, 0-fallfelaktig instruktion i frv_print_operand, felaktig const_doublefelaktig instruktion i frv_print_operand, z-fallfelaktig instruktion till frv_print_operand, â€�Fâ€�-modifierare:felaktig instruktion till frv_print_operand, â€�Lâ€�-modifierare:felaktig instruktion till frv_print_operand, â€�M/Nâ€�-modifierare:felaktig instruktion till frv_print_operand, â€�Oâ€�-modifierare:felaktig instruktion till frv_print_operand, â€�eâ€�-modifierare:felaktig instruktion till frv_print_operand, â€�fâ€�-modifierare:felaktig instruktion till frv_print_operand, â€�gâ€�-modifierare:felaktig instruktion till frv_print_operand, P-modifierare:felaktig instruktion till frv_print_operand_address:felaktig instruktion till frv_print_operand_memory_reference:felaktig fÃ¶rflyttningfelaktig operandfelaktig flagga %s till attributet %<optimize%>felaktig flagga %s till pragmat %<optimize%>felaktig operand till output_condmove_singlefelaktig operand till output_move_doublefelaktig operand till output_move_singlefelaktigt registerfelaktigt register till frv_print_operand_memory_reference_reg:felaktig skiftinstruktion:felaktig testfelaktig anvÃ¤ndning av specifikationsfunktionen %qsfelaktigt vÃ¤rde %<%s%> till flaggan -mtls-size=felaktigt vÃ¤rde %qs till flaggan -mcpufelaktigt vÃ¤rde %qs till flaggan -mfp-rounding-modefelaktigt vÃ¤rde %qs till flaggan -mfp-trap-modefelaktigt vÃ¤rde %qs till flaggan -mmemory-latencyfelaktigt vÃ¤rde %qs till flaggan -mtls-sizefelaktigt vÃ¤rde %qs till flaggan -mtrap-precisionfelaktigt vÃ¤rde %qs till flaggan -mtunefelaktigt vÃ¤rde (%qs) till flaggan %<-march=%>felaktigt vÃ¤rde (%qs) till flaggan %<-mtune=%>felaktigt vÃ¤rde (%s) till flaggan -march=felaktigt vÃ¤rde (%s) till flaggan -mcmodel=felaktigt vÃ¤rde (%s) till flaggan -mtunefelaktigt vÃ¤rde fÃ¶r -mcall-%sfelaktigt vÃ¤rde fÃ¶r -msdata-%sfelaktigt inkapslade C-huvuden frÃ¥n preprocessornbarriÃ¤rregion fÃ¥r inte vara nÃ¤ra innesluten inuti en arbetsdelande, %<critical%>, %<ordered%>, %<master%>, explicit %<task%> eller %<taskloop%> regionbasen %qT kommer initieras efterbasklassen %q#T har en Ã¥tkomlig icke-virtuell destruerarebasklass %q#T skulle varit explicit initierad i kopieringskonstruerarenbasinitierarexpansionen %<%T%> innehÃ¥ller inga parameterpaketbasen av vektorsektionen mÃ¥ste vara en pekar- eller vektortypbasoperanden till %<->%> har icke-pekartyp %qTbasoperanden till %<->%> Ã¤r inte en pekarebastyp %qT Ã¤r ingen post- eller klasstypbasvariabel eller SSA-namn odeklareratgrundblock %d fÃ¶retrÃ¤darbÃ¥ge Ã¤r trasiggrundblock %d borde vara markerat som oreducerbartgrundblock %d borde inte vara markerat som oreducerbartgrundblock %i bÃ¥glistor Ã¤r trasigagrundblock inte utlagda i ordninggb %d tillhÃ¶r inte slinga %dgb %d har faderslinga %d, borde vara slinga %dgb %d pÃ¥ fel platseftersom vektorelementtypen %qT har variabel storlekbinÃ¤rt uttryck i operanden till ett vikningsuttryckbinÃ¤r operator stÃ¶djer inte blandning av operanderna vektorboolean och flyttalsvektorbinÃ¤roperator stÃ¶djer inte tvÃ¥ vektorbooleanoperanderden binÃ¤ra operatorn stÃ¶djer inte vektor-bool-operandbind(c)-proceduratt binda en referens av typen %qT till %qT kastar kvalificerarebitfÃ¤lt %q+#D har en icke-heltalstypbredd fÃ¶r bitfÃ¤ltet %q+D inte en heltalskonstantbitfÃ¤lt %qD med en icke-heltalstypbitfÃ¤ltet %qE har atomÃ¤r typbitfÃ¤ltet %qE i %qs-klausulbitfÃ¤ltet %qs har ogiltig typbredden pÃ¥ bitfÃ¤ltet %qs Ã¤r inte en heltalskonstantbredden pÃ¥ bitfÃ¤ltet %qs Ã¤r inte ett konstant heltalsuttryckbitfÃ¤ltet har atomÃ¤r typblock-IFkroppen av %<constexpr%>-konstruerare kan inte vara ett function-try-blockkroppen i constexpr-funktionen %qD Ã¤r inte en retursatsfelaktig DISPOSE-konstruktion: %dfelaktig JARL-konstruktion: %dfelaktig JR-konstruktion: %dfelaktig PREPEARE-konstruktion: %dfelaktig resultattyp i jÃ¤mfÃ¶relsebooleska register krÃ¤vs fÃ¶r flyttalsalternativetbÃ¥de %<__thread%> och %<thread_local%> angivnabÃ¥de %<monotonic%>- och %<nonmonotonic%>-modifierare angivnabÃ¥de attributet %s och %qE anger en adressbÃ¥da argumenten i en binÃ¤r vikning har oexpanderade parameterpaketbÃ¥da argumenten till %<__builtin___clear_cache%> mÃ¥ste vara pekareklammerlistindex Ã¤r inte tillÃ¥tet med vektornotationklammerspecifikation %qs Ã¤r ogiltig vid %qcklammerspecifikationskropp %qs Ã¤r ogiltigklammergrupp inuti uttryck endast tillÃ¥tet inuti en funktionklamrar runt skalÃ¤r initierareklamrar runt skalÃ¤r initierare fÃ¶r typen %qTgren %2d aldrig utfÃ¶rd
  hopp %2d gjort %s%s
! optimeringen av laddning av grenmÃ¥lsregister Ã¤r inte avsedd att kÃ¶ras tvÃ¥ gÃ¥ngerbreak-sats som inte Ã¤r i en loop eller switchbreak-sats anvÃ¤nd med Cilk Plus-for-slingabreak-sats anvÃ¤nd med OpenMP-for-slingabreak-sats i en %<#pragma simd%>-slingas kroppbuild_dt: format med namnlistainbyggd funktion %q+D deklarerad som icke-funktioninbyggd funktion %qD behÃ¶ver flaggan %<-mconstant-cfstrings%>inbyggd funktion %qD tar bara ett argumentinbyggd funktion %qE mÃ¥ste anropas direktinbyggd funktion %qE stÃ¶djs inte fÃ¶r MIPS16inbyggd %qF Ã¤r endast fÃ¶r GCC:s interna anvÃ¤ndning.inbyggd %qF stÃ¶djs inte utan -mhtm (standard med -march=zEC12 och hÃ¶gre).inbyggd %s Ã¤r endast giltigt i 64-bitslÃ¤geden inbyggda %s tar endast ett strÃ¤ngargumentinbyggds operand skall vara ett teckenlÃ¶st 6-bitars vÃ¤rdeinbyggd behÃ¶ver en omedelbar som operand %dinbyggd vec_step kan endast anvÃ¤ndas pÃ¥ vektortyper.men %qD kastar inte, kanske den skulle deklareras %<noexcept%>men Ã¶vertrumfas av en utan frÃ¥n en annan Ã¶versÃ¤ttningsenhetmen inte hÃ¤rbytekodstrÃ¶m: fÃ¶rvÃ¤ntade taggen %s istÃ¤llet fÃ¶r %sbytekodstrÃ¶m: tom cgraph-nod funnenbytekodstrÃ¶m: hittade multipla instanser av cgraph-nod med uid %dbytekodstrÃ¶m: hittade strÃ¤ng som inte var nolltermineradbytekodstrÃ¶m: skrÃ¤p i slutet av symbolsektionenbytekodstrÃ¶m: ingen anropad funnen nÃ¤r bÃ¥ge lÃ¤stesbytekodstrÃ¶m: ingen anropare funnen nÃ¤r bÃ¥ge lÃ¤stesbytekodstrÃ¶m: fÃ¶r lÃ¥ng strÃ¤ng fÃ¶r strÃ¤ngtabellenbytekodstrÃ¶m: taggen %s ligger inte i det fÃ¶rvÃ¤ntade intervallet [%s, %s]bytekodstrÃ¶m: fÃ¶rsÃ¶ker lÃ¤sa %d byte efter slutet pÃ¥ indatabuffertenbytekodstrÃ¶m: ovÃ¤ntad LTO-sektion %sbytekodstrÃ¶m: ovÃ¤ntad tagg %sbytekodstrÃ¶m: okÃ¤nd GIMPLE-satstagg %sc++11-attribut Ã¤r endast tillgÃ¤ngligt med -std=c++11 eller -std=gnu++11anrop %2d aldrig utfÃ¶rt
  anrop %2d returnerade %s
  anrop har cirkulÃ¤rt beroendeanrop Ã¤r osannolikt och kodstorleken skulle vÃ¤xaanrop av %<(%T) (%A)%> Ã¤r tvetydigtanrop av Ã¶verlagrad %<%D(%A)%> Ã¤r tvetydigtanrop av Ã¶verlagrad %<%s(%A)%> Ã¤r tvetydigtanrop till %<__builtin_custom_%s%> stÃ¥r i konflikt med flaggan %<-mcustom-%s%>anrop till %qD anvÃ¤nder standardargumentet fÃ¶r parameter %P, vilket inte definierats Ã¤nnuanrop till funktion %qD som kastar ofullstÃ¤ndig typ %q#Tanrop till funktion som kastar ofullstÃ¤ndig typ %q#Tanrop av intern funktion %qEanrop av icke-constexpr-funktion %qDanrop av icke-funktion %qDanropsÃ¶verskrivet register anvÃ¤nt till global registervariabelanropad hÃ¤rifrÃ¥nanropad frÃ¥n denna funktionanropat objekt %qD Ã¤r inte en funktion eller funktionspekareanropat objekt %qE Ã¤r inte en funktion eller funktionspekareanropat objekt Ã¤r inte en funktion eller funktionspekareden anropade refererar till comdat-lokala symbolerantal anropande bÃ¥gar Ã¤r negativtanropsbÃ¥ges frekvens %i stÃ¤mmer inte med GB-frekvens %ifrekvensen fÃ¶r anropande bÃ¥ge Ã¤r negativfrekvensen anropande bÃ¥ge Ã¤r fÃ¶r storanropande funktion innehÃ¥ller cilk-yngling (spawn)anroparen Ã¤r en instrumenteringssnuttanroparen Ã¤r inte optimeradanrop av %qD med SSE-anropskonvention utan SSE/SSE2 aktiveratatt anropa %qD med ett nollskilt argument Ã¤r osÃ¤kertanrop av %qD med attributet sseregparm utan SSE/SSE2 aktiveratanrop av %qT med attributet sseregparm utan SSE/SSE2 aktiveratanrop till Ã¶verlagrade operatorer fÃ¥r inte finnas i ett konstantuttryckdet gÃ¥r inte att hitta nÃ¥gon instansvariabel associerad med egenskapendet gÃ¥r inte att anvÃ¤nda -mtp=cp15 med 16-bitars Thumbdet gÃ¥r inte att anvÃ¤nda ett objekt som parameter till en metoddet gÃ¥r bara att anvÃ¤nda attributet %qE pÃ¥ definitioner av objekt- eller klasstyp med filrÃ¤ckvidddet gÃ¥r inte att tillÃ¤mpa bÃ¥de attributet longcall och shortcall pÃ¥ samma funktiondet gÃ¥r inte att konvertera ett vÃ¤rde av typen %qT till vektortypen %qT som har annan storlekdet gÃ¥r inte att konvertera en vektor av typen %qT till typen %qT som har annan storlekardet gÃ¥r inte att konvertera frÃ¥n ofullstÃ¤ndig typ %qT till %qTdet gÃ¥r inte att konvertera vÃ¤rden till en vektorkan inte skapa fÃ¶rkompilerat huvud %s: %mkan inte skapa fÃ¶rrÃ¥dsinformationsfil %qsdet gÃ¥r inte att definiera vÃ¤nfunktion %qs i en lokal klassdefinitiondet gÃ¥r inte att utÃ¶ka PCH-fil: %mdet gÃ¥r inte att hitta ett register i klassen %qs vid omlÃ¤sning av %<asm%>kan inte avgÃ¶ra position i PCH-fil: %mdet gÃ¥r inte att blanda operander av typerna flyttal och komplext taldet gÃ¥r inte att blanda operander av typerna decimalt flyttal och annat flyttaldet gÃ¥r inte att blanda operander av typerna decimalt flyttal och vektordet gÃ¥r inte att Ã¶ppna %qs fÃ¶r skrivning: %mdet gÃ¥r inte att Ã¶ppna %s fÃ¶r skrivning: %mdet gÃ¥r inte att Ã¶ppna %s: %mkan inte lÃ¤sa %s: %mkan inte lÃ¤sa PCH-fil: %mkan inte sÃ¤tta attributet %qE efter definitionendet gÃ¥r inte att sÃ¤tta position i PCH-fil: %mdet gÃ¥r inte att anvÃ¤nda %qs som ett anropssparat registerdet gÃ¥r inte att anvÃ¤nda %qs som ett anropsanvÃ¤nt registerdet gÃ¥r inte att anvÃ¤nda %qs som ett fast registerdet gÃ¥r inte att anvÃ¤nda flera stackkontrollmetoder tillsammanskan inte skriva %s: %mkan inte skriva PCH-filkan inte skriva PCH-fil: %mkan inte skriva utfyllnad till PCH-fil: %mkan inte skriva till %s: %mkan inte ta programstatus: %mdet gÃ¥r inte att Ã¶ppna %s: %mKan inte Ã¶ppna indatafil: %skan inte Ã¶ppna ldd-utdata: %mkan inte Ã¶ppna nm-utdata: %mkan inte anvÃ¤nda icke-gp-relativa absoluta adresserkandidat 1:kandidat 2:kandidat Ã¤r:kandidater Ã¤r:kandidat Ã¤r: %#Dkandidat Ã¤r: %+#Dkandidater Ã¤r:kandidater Ã¤r: %+#Ddet gÃ¥r inte att lÃ¤gga till en upprÃ¤kningslista till en mallinstansieringdet gÃ¥r inte att allokera ett objekt av abstrakt typ %qTkan inte allokera stack fÃ¶r variabeln %q+D, naken funktion.det gÃ¥r inte att anvÃ¤nda %<offsetof%> pÃ¥ en icke-konstant adressdet gÃ¥r inte att applicera %<offsetof%> pÃ¥ destrueraren %<~%T%>det gÃ¥r inte att anvÃ¤nda %<offsetof%> pÃ¥ medlemsfunktion %qDdet gÃ¥r inte att anvÃ¤nda %<offsetof%> pÃ¥ en statisk datamedlem %qDgÃ¥r inte att applicera %<offsetof%> nÃ¤r %<operator[]%> Ã¤r Ã¶verlagraddet gÃ¥r inte att applicera medlemspekare %qE pÃ¥ %qE, som Ã¤r av typ %qT som inte Ã¤r en klassdet gÃ¥r inte att binda bitfÃ¤lt %qE till %qTkan inte binda icke-const-l-vÃ¤rde av typen %qT till ett r-vÃ¤rde av typ %qTdet gÃ¥r inte att binda packat fÃ¤lt %qE till %qTdet gÃ¥r inte att binda rvalue %qE till %qTkan inte binda r-vÃ¤rdesreferens av typen %qT till ett l-vÃ¤rde av typ %qTkan inte anropa konstrueraren %<%T::%D%> direktdet gÃ¥r inte att anropa funktionen %qDdet gÃ¥r inte att anropa medlemsfunktion %qD utan ett objektdet gÃ¥r inte att fÃ¥nga %qE via referenskan inte fÃ¥nga medlemmen %qD i anonym uniondet gÃ¥r inte att fÃ¥nga typen %qT eftersom typer av variabel storlek Ã¤r inblandadekan inte stÃ¤nga en kanal endast fÃ¶r mottagningkan inte konvertera %qE frÃ¥n typ %qT till typ %qTdet gÃ¥r inte att konvertera %qT till %qTkan inte konvertera %qT till %qT fÃ¶r argument %qP till %qDdet gÃ¥r inte att konvertera %qT till %qT nÃ¤r argument skickasdet gÃ¥r inte att konvertera %qT till %qT i tilldelningdet gÃ¥r inte att konvertera %qT till %qT i standardargumentdet gÃ¥r inte att konvertera %qT till %qT i initieringdet gÃ¥r inte att konvertera %qT till %qT i returkan inte konvertera frÃ¥n basklassen %qT till den hÃ¤rledda klassen %qT eftersom basen Ã¤r virtuellkan inte konvertera frÃ¥n basklassen %qT till den hÃ¤rledda klassen %qT via den virtuella basen %qTkan inte konvertera frÃ¥n pekare till basklassen %qT till pekare till den hÃ¤rledda klassen %qT eftersom basen Ã¤r virtuellkan inte konvertera frÃ¥n pekare till basklassen %qT till pekare till den hÃ¤rledda klassen %qT via den virtuella basen %qTkan inte konvertera till en pekartypkan inte konvertera typ %qT till typ %qTkan inte skapa pekare till referensmedlem %qDdet gÃ¥r inte att skapa typinformation fÃ¶r typen %qT eftersom typer av variabel storlek Ã¤r inblandadedet gÃ¥r inte att deklarera %<::main%> som en global variabeldet gÃ¥r inte att deklarera %<::main%> som en malldet gÃ¥r inte att deklarera %<::main%> som constexprdet gÃ¥r inte att deklarera %<::main%> som inlinedet gÃ¥r inte att deklarera %<::main%> som staticdet gÃ¥r inte att deklarera %qD att vara en bitfÃ¤ltstypdet gÃ¥r inte att deklarera bitfÃ¤lt %qD med funktionstypdet gÃ¥r inte att deklarera en fÃ¥ngstparametern att vara av abstrakt klasstyp %qTdet gÃ¥r inte att deklarera en fÃ¥ngstparameter att vara av rvalue-referenstyp %qTdet gÃ¥r inte att deklarera fÃ¤ltet %q+D att vara av abstrakt typ %qTdet gÃ¥r inte att deklarera medlem %<%T::%s%> inuti %qTdet gÃ¥r inte att deklarera medlemsfunktionen %<%T::%s%> inuti %<%T%>det gÃ¥r inte deklarera medlemsfunktionen %qD att ha statisk lÃ¤nkklassdet gÃ¥r inte att deklarera parametern %q+D att vara av abstrakt typ %qTdet gÃ¥r inte att deklarera en parameter till att vara av abstrakt typ %qTdet gÃ¥r inte att deklarera pekare till %q#Tdet gÃ¥r inte att deklarera pekare medlem av %q#Tdet gÃ¥r inte att deklarera en pekare till en kvalificerad funktionstyp %qTdet gÃ¥r inte att deklarera referens till %q#Tdet gÃ¥r inte att deklarera en referens till %q#T, som inte Ã¤r ett typedef- eller ett malltypargumentdet gÃ¥r inte att deklarera en referens till en kvalificerad funktionstyp %qTkan inte deklarera en statisk funktion i en annan funktiondet gÃ¥r inte att deklarera variabeln %q+D att vara av abstrakt typ %qTkan inte dekomponera adress.det gÃ¥r inte dekomponera klasstypen %qT fÃ¶r att den har en anonym struct-medlemkan inte dekomponera klasstypen %qT fÃ¶r att den har en anonym unionsmedlemdet gÃ¥r inte att dekomponera klasstypen %qT utan icke-statiska datamedlemmarkan inte dekomponera klasstypen %qT: bÃ¥de den och dess basklass %qT har ickestatiska datamedlemmarkan inte dekomponera klasstypen %qT: dess basklasser %qT och %qT har ickestatiska datamedlemmardet gÃ¥r inte att dekomponera lambdahÃ¶ljestypen %qTdet gÃ¥r inte att dekomponera typen %qT som inte Ã¤r en klass eller vektordet gÃ¥r inte att dekomponera en icke publik medlem %qD av %qTdet gÃ¥r inte att dekomponera unionstypen %qTdet gÃ¥r inte att dekomponera en vektor %qT med variabel lÃ¤ngddet gÃ¥r inte att minska en pekare pÃ¥ en ofullstÃ¤ndig typ %qTkan inte hÃ¤rleda mallargument fÃ¶r %qT frÃ¥n ()kan inte hÃ¤rleda mallargument fÃ¶r kopieinitiering av %qT, eftersom den inte har nÃ¥gra icke-explicita hÃ¤rledningsguider eller anvÃ¤ndardeklarerade konstrueraredet gÃ¥r inte att definiera medlemsfunktion %<%T::%s%> inuti %<%T%>det gÃ¥r inte att definiera medlem av beroende typedef %qTdet gÃ¥r inte att radera en funktion.  Endast pekare till objekt Ã¤r giltiga argument till %<delete%>kan inte hÃ¤rleda frÃ¥n %<final%> bas %qT i hÃ¤rledd typ %qTdet gÃ¥r inte att avaktivera den inbyggda funktionen %qskan inte dynamic_cast %qE (av typ %q#T) till typ %q#T (%s)kan inte skicka ut ojusterade pekare i ptx-assemblerdet gÃ¥r inte att expandera initierare fÃ¶r medlem %<%D%>det gÃ¥r inte att deklarera medlem %q#D att ha extern lÃ¤nkklasskan inte falla igenom sista fallet i en switchdet gÃ¥r inte att hitta %s i insticksmodul %s
  %skan inte hitta â€�%sâ€�kan inte hitta â€�lddâ€�kan inte hitta â€�nmâ€�det gÃ¥r inte att hitta LTO-cgraph %sdet gÃ¥r inte att hitta LTO-avsnittsreferenser i %skan inte hitta ett giltigt rÃ¤knare:vÃ¤rde-par:det gÃ¥r inte att hitta klass %qEdet gÃ¥r inte att hitta en grÃ¤nssnittsdeklaration fÃ¶r %qEhittar inte grÃ¤nssnittsdeklaration fÃ¶r %qE, superklass till %qEdet gÃ¥r inte att hitta en protokolldeklaration fÃ¶r %qEdet gÃ¥r inte att hitta en referenstagg fÃ¶r klass %qEkan inte skapa en pekare till medlem av %q#T som inte Ã¤r en klasskan inte generera positionsoberoende kod fÃ¶r %qskan inte hantera inkonsistenta anrop av %qsdet gÃ¥r inte att Ã¶ka en pekare pÃ¥ en ofullstÃ¤ndig typ %qTkan inte Ã¤rva konstruerare frÃ¥n den indirekta basen %qTdet gÃ¥r inte att initiera aggregat med typ %qT med en sammansatt literaldet gÃ¥r inte att initiera en flerdimensionell vektor med initierarekan inte inline:a funktionen %<main%>det gÃ¥r inte att lÃ¤sa in insticksmodul %s
! %skan inte slÃ¥ samman separata %s-rÃ¤knare fÃ¶r funktionen %ukan inte Ã¶ppna %sdet gÃ¥r inte att Ã¶ppna %s: %mkan inte Ã¶ppna â€�%sâ€�kan inte Ã¶ppna intermediÃ¤r ptx-fildet gÃ¥r inte att skicka argument i vektorregister fÃ¶r att altivec-instruktioner Ã¤r avaktiverade, anvÃ¤nd -maltivec fÃ¶r att aktivera demkan inte skicka rvalue till referensparameterkan inte lÃ¤gga objekt med volatile-fÃ¤lt i registerkan inte lÃ¤sa %s: %mdet gÃ¥r inte att lÃ¤sa LTO-deklarationer frÃ¥n %sdet gÃ¥r inte att lÃ¤sa LTO-lÃ¤gestabellen frÃ¥n %sdet gÃ¥r inte att referera typen %qT via %<...%>kan inte lÃ¤sa om heltalskonstantoperand i %<asm%>det gÃ¥r inte att lÃ¶sa upp Ã¶verlagrad funktion %qD baserat pÃ¥ konvertering till typ %qTdet gÃ¥r inte att returnerar frÃ¥n en hanterare i ett funktions-try-block eller en konstrueraredet gÃ¥r inte att returnera vÃ¤rde i vektorregister fÃ¶r att altivec-instruktioner Ã¤r avaktiverade, anvÃ¤nd -maltivec fÃ¶r att aktivera demdet gÃ¥r inte att sÃ¤tta avbrottsattribut, ingen aktuell funktiondet gÃ¥r inte att sÃ¤tta avbrottsattribut: det finns ingen sÃ¥dan identifierarekan inte yngla av ett anrop till en funktion som returnerar tvÃ¥ gÃ¥ngerkan inte specialisera konceptet %q#Ddet gÃ¥r inte att ange %<override%> fÃ¶r en klassdet gÃ¥r inte att ange -o med -c, -S eller -E med flera filerdet gÃ¥r inte att ange -static med -fsanitize=addressdet gÃ¥r inte att ange -static med -fsanitize=threaddet gÃ¥r inte att ange bÃ¥de -msep-data och -mid-shared-librarykan inte gÃ¶ra svansarnop: %skan inte ta adressen till %qskan inte ta adressen till bitfÃ¤lt %qDkan inte ta adressen till skalÃ¤r med omvÃ¤nd lagringsordningkan inte ta adressen till %<this%>, som Ã¤r ett rvalue-uttryckdet gÃ¥r inte att kasta ett uttryck av typen %qT eftersom typer av variabel storlek Ã¤r inblandadekan inte gÃ¶ra en typ-switch pÃ¥ nÃ¥got som inte Ã¤r ett grÃ¤nssnittsvÃ¤rdekan inte uppdatera SSA-formendet gÃ¥r inte att anvÃ¤nda %<-%> som indatafilnamn fÃ¶r fÃ¶rkompilerade huvudendet gÃ¥r inte att anvÃ¤nda %<::%> i parameterdeklarationkan inte anvÃ¤nda %<va_arg%> med omvÃ¤nd lagringsordningkan inte anvÃ¤nda lÃ¤ge %qs fÃ¶r upprÃ¤kningstypermshared och static kan inte anvÃ¤ndas tillsammansmthreads och mlegacy-threads kan inte anvÃ¤ndas tillsammansdet gÃ¥r inte att anvÃ¤nda smÃ¥dataÃ¥tkomster fÃ¶r %qsdet gÃ¥r inte att anvÃ¤nda typ %s som typ %skan inte anvÃ¤nda typeid med -fno-rttidet gÃ¥r inte anvÃ¤nda va_start i en avbrottsfunktiondet gÃ¥r inte att vÃ¤rdeinitiera vektorn %qT med okÃ¤nd grÃ¤nskanoniska typer skiljer fÃ¶r identiska typer %T och %TfÃ¥ngst av kopia av ofullstÃ¤ndig typ %qTfÃ¥ngst av en icke-variabel %qDfÃ¥ngst av variabeln %qD med ej automatisk lagringsvaraktighetfÃ¥ngst av typen %qT med variabel storlek som inte Ã¤r en N3639-vektor av kÃ¶rtidsgrÃ¤nscase-etikett %qE Ã¤r inte i en switch-satscase-etikett reducerar inte till en heltalskonstantcase-etikett Ã¤r inte ett konstant heltalsuttryckcase-etikett Ã¤r inte i en switch-satscase-etikettvÃ¤rde Ã¶verskrider det maximala vÃ¤rdet fÃ¶r sin typcase-etikettvÃ¤rde Ã¤r mindre Ã¤n minsta vÃ¤rdet fÃ¶r sin typcase-etiketter Ã¤r inte sorterade i en switch-satscase-etiketter Ã¤r inte sorterade: case-vÃ¤rde %qs Ã¤r inte i en upprÃ¤kningstypcase-vÃ¤rde %qs Ã¤r inte i upprÃ¤kningstypen %qTtypkonvertering lÃ¤gger %q#v-kvalificerare till funktionstyptypkonvertering kastar bort %qv-kvalificerare frÃ¥n pekarmÃ¥ltyptypkonvertering frÃ¥n %qT till %qT Ã¶kar kravet pÃ¥ justering fÃ¶r mÃ¥ltypenkonvertering frÃ¥n %qT till %qT fÃ¶rlorar precisiontypkonvertering frÃ¥n funktionsanrop av typ %qT till typ %qT matchar intetypkonvertering frÃ¥n pekare till heltal av annan storlekkonvertering frÃ¥n typ %qT till typ %qT slÃ¤nger bort kvalificeraretypkonvertering Ã¶kar kravet pÃ¥ justering av mÃ¥ltypentypkonvertering anger vektortyptypkonvertering anger funktionstyptypkonvertering frÃ¥n adressrymdspekare till %s frÃ¥n skild adressrymdspekare till %stypkonvertering till adressrymdspekare %s frÃ¥n skild generisk adressrymdspekare typkonvertering till generisk adressrymdspekare frÃ¥n skild adressrymdspekare till %stypkonvertering till %qT som inte Ã¤r en heltalstyp i ett konstant uttrycktypkonvertering till pekare frÃ¥n heltal med annan storlektypkonvertering till unionstyp frÃ¥n typ som ej finns i unionentypkonvertering av %qT till %qT derefererar inte pekaretypkonvertering mellan pekare-till-funktion och pekare-till-objekt stÃ¶djs villkorligtkategoriattribut finns inte i Objective-C 1.0kategoriattribut finns inte i denna version av kompilatorn, (ignoreras)attributen cdecl och thiscall Ã¤r inte kompatiblacgraph_node har fel klonlistacgraph_node har fel clone_ofcgraph_node har fel prev_clone-pekarecgraph_node Ã¤r i klonlistan men den Ã¤r inte en klonbyter betydelse av %qD frÃ¥n %q#Dchar-vektor initierad frÃ¥n bred strÃ¤ngcheck_data_variable(): Felaktigt uttryckcheck_dimension(): Felaktig vektorreferenscheck_dummy_characteristics: OvÃ¤ntat resultat %i frÃ¥n gfc_dep_compare_exprcheck_init_expr(): OkÃ¤nd uttryckstypcheck_intents(): Listor stÃ¤mmer intecheck_restricted(): OkÃ¤nd uttryckstypcheck_result_characteristics (1): OvÃ¤ntat resultat %i frÃ¥n gfc_dep_compare_exprcheck_result_characteristics (2): OvÃ¤ntat resultat %i frÃ¥n gfc_dep_compare_exprcheck_some_aliasing(): Listor stÃ¤mmer intecheck_some_aliasing(): trasig datakontrollsumma Ã¤r (%x,%x) istÃ¤llet fÃ¶r (%x,%x)chkp_find_bounds: Kan inte hitta grÃ¤nserna fÃ¶r pekarechkp_find_bounds: OvÃ¤ntad trÃ¤dkod %schkp_get_bounds_by_definition: OvÃ¤ntad GIMPLE-kod %schkp_get_bounds_by_definition: OvÃ¤ntad variabel av typen %schkp_make_addressed_object_bounds: OvÃ¤ntad trÃ¤dkod %schkp_walk_pointer_assignments: ovÃ¤ntad RHS-typ: %svÃ¤ljer %qD framfÃ¶r %qDvÃ¤rdet pÃ¥ styckesstorleken mÃ¥ste vara positivtcirkulÃ¤r pekardelegering detekteradklass %qE finns redanklassen %qE bÃ¶r undvikasklass %qT har inget fÃ¤lt med namnet %qDklass %qT Ã¤r implicit vÃ¤n med sig sjÃ¤lvklass %qs implementerar inte protokollet %qEklassattribut Ã¤r finns inte i Objective-C 1.0klassdefinition kan inte deklareras som en vÃ¤nklassutvidgning fÃ¶r klass %qE deklarerad efter sin %<@implementation%>klassutvidgningar finns inte i Objective-C 1.0hÃ¤rledning av klassmallargument misslyckades:hÃ¤rledning av klassmallargument Ã¤r endast tillgÃ¤ngligt med -std=c++1z eller -std=gnu++1zreturtypen %qT Ã¤r ofullstÃ¤ndigargumentet till cleanup Ã¤r inte en funktionargumentet till cleanup Ã¤r inte en identifierarestÃ¤ng: %snÃ¤r LTRANS-utdatalista %s stÃ¤ngdes: %mnÃ¤r beroendefil %s stÃ¤ngdes: %mco-vektorargumentkoden kan feloptimeras om inte -fno-strict-aliasing anvÃ¤ndskodmodellen %qs stÃ¶djs inte i %s-bitslÃ¤gekodmodellen %qs stÃ¶djs inte i x32-lÃ¤gekodmodell %qs med -f%skodmodellen %s stÃ¶djer inte PIC-lÃ¤gecollapse-argument behÃ¶ver ett positivt konstant heltalsuttryckkollapsade %s-slingor Ã¤r inte perfekt nÃ¤stade vid %Lkollapsade slingor inte perfekt nÃ¤stadecollect2 version %s
  collect: lÃ¤ser %s
  collect: kompilerar om %s
  collect: lÃ¤nkar om
--- 2440,2467 ----
  SPECIELLT Ã„NDAMÃ…L.
  
  Denna flagga saknar dokumentation.Denna flagga bÃ¶r undvikas, anvÃ¤nd den inte.Denna flagga bÃ¶r undvikas, anvÃ¤nd -Werror=implicit-function-declaration istÃ¤llet.Denna flagga bÃ¶r undvikas, anvÃ¤nd -Wextra istÃ¤llet.Denna flagga bÃ¶r undvikas, anvÃ¤nd -fsanitize-recover= istÃ¤llet.TrÃ¥dmodell: %s
! TrÃ¥dprivat vid %L Ã¤r inte SAVE:adTrÃ¥dprivat variabel vid %C Ã¤r ett element i ett COMMON-blockTrÃ¶skelvÃ¤rde fÃ¶r ipa-cp-tillfÃ¤llesberÃ¤kning som fortfarande betraktas som fÃ¶rdelaktig att klona.Thumb-1 hÃ¥rda flyttals VFP ABIThumb: Anta att funktionspekare kan gÃ¥ till icke-Thumb-medveten kod.Thumb: Anta att icke-statiska funktioner kan anropas frÃ¥n ARM-kod.Thumb: Generera (lÃ¶v)stackramar Ã¤ven om de inte behÃ¶vs.Thumb: Generera (icke-lÃ¶v-)stackramar Ã¤ven om de inte behÃ¶vs.Snuttar fÃ¥r inte ha en kroppSlinga uppdelad i bitar kan inte parallelliseras Ã¶ver gang, worker och vektorer pÃ¥ samma gÃ¥ng vid %LFÃ¶r att aktivera preprocessning, anvÃ¤nd %<-cpp%>Tillsammans med -fpic och -fPIC, anvÃ¤nd inte GOTPLT-referenser.VÃ¤xla -fvar-tracking-assignments.VÃ¤xla generering av felsÃ¶kningsinformation.FÃ¶r fÃ¥ co-dimensioner vid %C, %d och inte %d fÃ¶rvÃ¤ntadesFÃ¶r fÃ¥ attrappargument i DTIO-proceduren %qs vid %LFÃ¶r mÃ¥nga argument i anrop till %qs vid %LFÃ¶r mÃ¥nga argument till %s vid %LFÃ¶r mÃ¥nga co-dimensioner vid %C, %d och inte %d fÃ¶rvÃ¤ntadesFÃ¶r mÃ¥nga komponenter i postkonstruerare vid %L!FÃ¶r mÃ¥nga siffror i satsetikett vid %CFÃ¶r mÃ¥nga attrappargument i DTIO-proceduren %qs vid %LFÃ¶r mÃ¥nga element i vektorinitieraren vid %CTransformera villkorliga lagringar till ovillkorliga.Transformera instrumenterade inbyggda anrop till anrop av inkapslingar.Transformerande funktion %qs vid %L Ã¤r ogiltig i ett initieringsuttryckTransparent alias och mÃ¥lets assemblernamn skiljerFÃ¥nga teckenspill i addition, subtraktion och multiplikation.FÃ¥nga heltalsdivision med noll.Behandla en undantagsspecifikation throw() som noexcept fÃ¶r att fÃ¶rbÃ¤ttra kodstorleken.Behandla alla varningar som fel.Behandla datareferenser som nÃ¤ra, fjÃ¤rran eller medium, medium Ã¤r standard.Behandla heltal som 32-bitars.Hantera kÃ¤nda sprintf-returvÃ¤rden som konstanter.Tolka rader med â€�Dâ€� i kolumn ett som kommentarer.Behandla saknade huvudfiler som genererade filer.Behandla spill med tecken som odefinierat.Behandla angivna varningar som fel.Betrakta indatafilen som redan preprocessad.FÃ¶rsÃ¶k kÃ¶ra â€�%sâ€� i skalet fÃ¶r att Ã¶ka dess grÃ¤ns.
! FÃ¶rsÃ¶k att tillÃ¥ta lÃ¤nkaren att gÃ¶ra om PIC-anrop till direkta anrop.FÃ¶rsÃ¶k att konvertera virtuella anrop till direkta.FÃ¶rsÃ¶k placera ut hÃ¤rledda typer sÃ¥ kompakt som mÃ¶jligt.Trimma koden fÃ¶r den angivna processorn.Trimma fÃ¶rvÃ¤ntad minneslatens.Trimma fÃ¶r cpu:n ARC600.Trimma fÃ¶r cpu:n ARC601.Trimma fÃ¶r cpu:n ARC700 R4.2 med standard XMAC-block.Trimma fÃ¶r cpu:n ARC700 R4.2 med standard multiplikationsblock.Trimma fÃ¶r den angivna mÃ¥l-CPU:n eller arkitekturen.SlÃ¥ pÃ¥ passet fÃ¶r eliminering av redundanta utÃ¶kningar.Justera registerallokeringen fÃ¶r att hjÃ¤lpa generering av 16-bitars instruktioner.TvÃ¥ huvud-PROGRAM vid %L och %CTvÃ¥ eller flera delreferenser med ordning skild frÃ¥n noll fÃ¥r inte anges vid %LTvÃ¥ symboler med samma comdat_group Ã¤r inte lÃ¤nkade av listan same_comdat_group.Typen %qs som innehÃ¥ller en DEFERRED-bindning vid %C Ã¤r inte ABSTRACTTypen %qs pÃ¥ CLASS-variabeln %qs vid %L Ã¤r inte utvidgningsbarTypdeklaration %qs vid %L Ã¤r inte C-interoperativ men den Ã¤r BIND(C)Typdefinitionen av %qs vid %C definierades redan vid %LTypen Ã¤r oÃ¥tkomlig i variabeldefinitionssammanhang (%s) vid %LTyp stÃ¤mmer inte i argument %qs vid %L; skickade %s till %sTypnamnet %qs vid %C kan inte vara samma som en inbyggd typTypnamnet %qs vid %C stÃ¥r i konflikt med tidigare deklarerad enhet vid %L, som har samma namnTypnamnet %qs vid %C Ã¤r tvetydigtTypen pÃ¥ argument %qs i anrop till %qs vid %L skulle varit %s, inte %sTypen pÃ¥ enheten vid %L Ã¤r typinkompatibel med kÃ¤lluttrycket vid %LEntitetens typ vid %L Ã¤r typinkompatibel med typspecifikationenTyp angiven fÃ¶r inbyggd funktion %qs vid %L ignorerasTypgrÃ¤nsoperator vid %L kan inte vara NOPASSTypbunden procedur vid %CTypspecifikation vid %L kan inte innehÃ¥lla ha en fÃ¶rdrÃ¶jd typparameterTypspecifikation vid %L kan inte innehÃ¥lla en asterisk som en typparameterUNIT inte angivet vid %LUNIT-tal i CLOSE-sats vid %L mÃ¥ste vara ickenegativtUNIT-tal i INQUIRE-sats vid %L fÃ¥r inte vara %dUNIT-tal i sats vid %L mÃ¥ste vara ickenegativtUNIT-tal saknas i satsen vid %LUNIT-specifikation vid %L mÃ¥ste vara ett INTEGER-uttryck eller en CHARACTER-variabelUNIT-specificerare Ã¤r inte tillÃ¥ten med NEWUNIT vid %CUNLOCK-sats vid %CUNTIL_COUNT=-argumentet vid %L mÃ¥ste vara ett skalÃ¤rt INTEGER-uttryckUSE-sats vid %C har ingen ONLY-kvalificerareDet gÃ¥r inte att hitta en angiven INTRINSIC-procedur fÃ¶r referensen %qs vid %LKan inte hitta symbolen %qsKan inte generera ladda/lagra-avstÃ¥nd fÃ¶r sammanslagningKan inte slÃ¥ upp den specifika funktionen %qs vid %LKan inte slÃ¥ upp den specifika subrutinen %qs vid %LOklassificerbart GCC-direktiv vid %COklassificerbart OpenACC-direktiv vid %COklassificerbart OpenMP-direktiv vid %COklassificerbar sats vid %COklassificerbar sats i IF-klausul vid %COdefinierad specifik bindning %qs som mÃ¥l fÃ¶r GENERIC %qs vid %LUnder -ffast-math, generera en FRIZ-instruktion fÃ¶r (double)(long long)-konverteringar.Under kontroll av Object Size-typ, varna fÃ¶r buffertspill i strÃ¤nghanteringsfunktioner som memcpy och strcpy.Olika teckenlÃ¤ngder (%ld/%ld) i %sOlika teckenlÃ¤ngder (%ld/%ld) i %s vid %LOvÃ¤ntat %<%c%> fÃ¶r variabel med icke hÃ¤rledd typ %qs vid %COvÃ¤ntad %<*%> fÃ¶r co-dimension %d av %d vid %COvÃ¤ntad %<*%> i co-vektorindex vid %COvÃ¤ntad %s-sats vid %COvÃ¤ntad %s-sats vid %C i INTERFACE-kroppOvÃ¤ntad %s-sats i BLOCK DATA vid %COvÃ¤ntad %s-sats i CONTAINS-sektion vid %COvÃ¤ntad %s-sats i FORALL-block vid %COvÃ¤ntad %s-sats i INTERFACE-block vid %COvÃ¤ntad %s-sats i MODULE vid %COvÃ¤ntad %s-sats i WHERE-block vid %COvÃ¤ntad CASE-sats vid %COvÃ¤ntat DIM-argument med icke-co-vektor-argument vid %LOvÃ¤ntad END-sats vid %COvÃ¤ntad ENTRY-sats vid %COvÃ¤ntat filslutOvÃ¤ntad inbyggd NULL() vid %L till attrapp %qsOvÃ¤ntad OpenACC-parallellism.OvÃ¤ntat SHAPE-argumentet vid %L till C_F_POINTER med skalÃ¤r FPTROvÃ¤ntad TYPE IS-sats vid %COvÃ¤ntad alternativ returspecifikation i subrutinanrop vid %LOvÃ¤ntat tecken i variabellista vid %COvÃ¤ntade tecken i PARAMETER-sats vid %COvÃ¤ntad co-vektorbeteckning vid %COvÃ¤ntat element %qc i formatstrÃ¤ng vid %LOvÃ¤ntat filslut i %qsOvÃ¤ntat slut pÃ¥ formatstrÃ¤ngOvÃ¤ntat modulslutOvÃ¤ntad inbyggd typ %qs vid %LOvÃ¤ntat skrÃ¤p efter !$ACC DECLARE vid %COvÃ¤ntat skrÃ¤p efter !$OMP DECLARE REDUCTION vid %COvÃ¤ntat skrÃ¤p efter !$OMP DECLARE TARGET vid %COvÃ¤ntat skrÃ¤p efter $OMP ATOMIC-sats vid %COvÃ¤ntat skrÃ¤p efter $OMP BARRIER-sats vid %COvÃ¤ntat skrÃ¤p efter $OMP CANCELLATION POINT-sats vid %COvÃ¤ntat skrÃ¤p efter $OMP CRITICAL-sats vid %COvÃ¤ntat skrÃ¤p efter $OMP FLUSH-sats vid %COvÃ¤ntat skrÃ¤p efter $OMP MASTER-sats vid %COvÃ¤ntat skrÃ¤p efter $OMP TASKGROUP-sats vid %COvÃ¤ntat skrÃ¤p efter $OMP ORDERED-sats vid %COvÃ¤ntat skrÃ¤p efter ELSE-IF-sats vid %COvÃ¤ntat skrÃ¤p efter ELSE-sats vid %COvÃ¤ntat skrÃ¤p efter NOWAIT-klausul vid %COvÃ¤ntat skrÃ¤p efter OMP THREADPRIVATE vid %COvÃ¤ntat skrÃ¤p efter TASKWAIT-klausul vid %COvÃ¤ntat skrÃ¤p efter TASKYIELD-klausul vid %COvÃ¤ntat skrÃ¤p efter funktionsdeklaration vid %COvÃ¤ntat skrÃ¤p i formell argumentlista vid %COvÃ¤ntat lÃ¥ngt thumb1-hoppOvÃ¤ntad anvÃ¤ndning av subrutinnamnet %qs vid %CEnhetsnummer i I/O-sats Ã¤r fÃ¶r stortEnhetsnummer i I/O-sats Ã¤r fÃ¶r litetOkÃ¤nd arkitekturspecifik minnesmodellOkÃ¤nt argument %qs vid %L till inbyggd %sOkÃ¤nd argumentlistefunktion vid %LOkÃ¤nt attribut i !GCC$ ATTRIBUTES-sats vid %COkÃ¤nd form pÃ¥ stackgrÃ¤nsuttryckOkÃ¤nd inbyggd opOkÃ¤nd operator %%<%s%%> vid %%LOkÃ¤nd parameter till flaggan -mtune-ctrl: %sOkÃ¤nt procedurnamn %qs vid %CObegrÃ¤nsat polymorft allokeringsobjekt vid %L behÃ¶ver en typspecifikation eller en SOURCE-tagg eller en MOLD-taggOkÃ¤nt MCU-namn â€�%sâ€�, antar att den inte har hÃ¥rdvarumultiplikation.
  anvÃ¤nd flaggan -mhwmult fÃ¶r att sÃ¤tta detta explicit.OkÃ¤nt MCU-namn â€�%sâ€�, antar att det bara Ã¤r en MSP430 utan hÃ¥rdvarumultiplikation.
  AnvÃ¤nd flaggorna -mcpu och -mhwmult fÃ¶r att sÃ¤tta dessa explicit.OkÃ¤nt MCU-namn â€�%sâ€�, antar att den bara stÃ¶djer ISA:n MSP430.
  AnvÃ¤nd flaggan -mcpu fÃ¶r att sÃ¤tta ISA:n explicit.OkÃ¤nt MCU-namn â€�%sâ€�OkÃ¤nd argument till %<-finit-logical%>: %sOkÃ¤nd flagga till byteordervÃ¤rde: %qsOkÃ¤nt argument till -floating-point initieringsvÃ¤rde: %qsOkÃ¤nd flagga: %qsEj stÃ¶dd kod â€�%câ€� fÃ¶r fixdecimal:Ej stÃ¶dd operand fÃ¶r kod â€�%câ€�Ej stÃ¶dd sats inuti WHERE vid %LEj stÃ¶tt vÃ¤rde till mmpy-optionOavslutad teckenkonstant bÃ¶rjar vid %COanvÃ¤nd PRIVATE modulvariabel %qs deklarerad vid %LOanvÃ¤nt attrappargument %qs vid %LOanvÃ¤nd initieringsstrÃ¤ng vid %L fÃ¶r att variabeln har nollÃ¤ngdOanvÃ¤nd modulvariabel %qs som uttryckligen har importerats vid %LOanvÃ¤nd parameter %qs deklarerad vid %LOanvÃ¤nd parameter %qs som uttryckligen har importerats vid %LOanvÃ¤nd variabel %qs deklarerad vid %LÃ–vre vektorreferens vid %L Ã¤r utanfÃ¶r grÃ¤nsen (%ld < %ld) i dimension %dÃ–vre vektorreferens vid %L Ã¤r utanfÃ¶r grÃ¤nsen (%ld > %ld) i dimension %dÃ–vre grÃ¤nsen av sista co-vektordimensionen mÃ¥ste vara %<*%> vid %CAnvÃ¤ndning: %s [FLAGGA]â€¦ UNDERKOMMANDO [FLAGGA]â€¦
  AnvÃ¤ndning: %s [flaggor] fil...
+ AnvÃ¤ndning: gcov [FLAGGAâ€¦] KÃ„LLA|OBJâ€¦
+ 
  AnvÃ¤nd â€�-Wa,FLAGGAâ€� fÃ¶r att skicka â€�FLAGGAâ€� till assemblern.
  AnvÃ¤nd â€�-Wl,FLAGGAâ€� fÃ¶r att skicka â€�FLAGGAâ€� till lÃ¤nkaren.
  
! AnvÃ¤nd %reloc()-operatorer, istÃ¤llet fÃ¶r assemblermakron, fÃ¶r att lÃ¤sa in adresser.AnvÃ¤nd -G fÃ¶r data som inte Ã¤r definierat av det aktuella objektet.AnvÃ¤nd -G fÃ¶r objektlokala data.AnvÃ¤nd 128-bitars AVX-instruktioner istÃ¤llet fÃ¶r 256-bitars AVX-instruktioner i automatvektoriseraren.AnvÃ¤nd 128-bitars long double.AnvÃ¤nd 16 bits int.AnvÃ¤nd 32 bits float.AnvÃ¤nd 32 bits int.AnvÃ¤nd 32-bitars ABI.AnvÃ¤nd 32-bitars flyttalsregister.AnvÃ¤nd 32-bitars allmÃ¤nna register.AnvÃ¤nd 32-bitars avstÃ¥nd i hopptabeller istÃ¤llet fÃ¶r 16-bitars avstÃ¥nd.AnvÃ¤nd 4-byteposter i hopptabeller.AnvÃ¤nd 4 mediaackumulatorer.AnvÃ¤nd 4-operanders madd.s/madd.d och relaterade instruktioner dÃ¤r det gÃ¥r.AnvÃ¤nd 4xx:s halvords multiplikationsinstruktioner.AnvÃ¤nd 4xx:s strÃ¤ngsÃ¶knings dlmzb-instruktion.AnvÃ¤nd 64 FPR:er.AnvÃ¤nd 64 GPR:er.AnvÃ¤nd 64 bits float.AnvÃ¤nd 64-bitars ABI.AnvÃ¤nd 64-bitars flyttalsregister.AnvÃ¤nd 64-bitars allmÃ¤nna register.AnvÃ¤nd 64-bitars long double.AnvÃ¤nd 8 mediaackumulatorer.AnvÃ¤nd 80-bitars long double.AnvÃ¤nd register reserverade av ABI.AnvÃ¤nd AltiVec-instruktioner.AnvÃ¤nd C-biblioteket Bionic.AnvÃ¤nd Branch Likely-instruktioner, Ã¥sidosÃ¤tt arkitekturens standarval.AnvÃ¤nd CONST16-instruktioner fÃ¶r att ladda konstanter.AnvÃ¤nd EABI.AnvÃ¤nd instruktioner fÃ¶r fÃ¶rbÃ¤ttrad virtuell adressering.AnvÃ¤nd GNU C-bibliotek.AnvÃ¤nd GP relativt sdata/sbss-sektioner.AnvÃ¤nd GP-relativ adressering fÃ¶r att komma Ã¥t smÃ¥ data.AnvÃ¤nd H8/300-regler fÃ¶r justering.AnvÃ¤nd IEEE matematik fÃ¶r flyttaljÃ¤mfÃ¶relser.AnvÃ¤nd IRA-baserad registertryckberÃ¤kning i RTL-hissningsoptimeringar.AnvÃ¤nd IRA-baserad registertryckberÃ¤kning i RTL-slingeoptimeringar.AnvÃ¤nd ISA 2.07 instruktioner Category:Vector.AES och Category:Vector.SHA2.AnvÃ¤nd ISA 2.07:s direkta fÃ¶rflyttning mellan GPR- och VSX-registerinstruktioner.AnvÃ¤nd ISA 2.07 transaktionsminnesinstruktioner (HTM).AnvÃ¤nd LRA istÃ¤llet fÃ¶r reload (tillfÃ¤llig).AnvÃ¤nd LRA istÃ¤llet fÃ¶r omladdning.AnvÃ¤nd MCU-instruktioner.AnvÃ¤nd MIPS MSA Extension-instruktioner.AnvÃ¤nd MIPS-3D-instruktioner.AnvÃ¤nd MIPS-DSP REV 2-instruktioner.AnvÃ¤nd MIPS-DSP-instruktioner.AnvÃ¤nd Mingw-specifikt trÃ¥dstÃ¶d.AnvÃ¤nd Neons dubbelords- (snarare Ã¤n quad-ords-)register fÃ¶r vektoriseringar.AnvÃ¤nd Neons quad-ords- (snarare Ã¤n dubbelords-)register fÃ¶r vektoriseringar.AnvÃ¤nd Neon till att utfÃ¶ra 64-bitars operationer istÃ¤llet fÃ¶r kÃ¤rnregister.AnvÃ¤nd assembleroperator %reloc() i NewABI-stil.AnvÃ¤nd P-mnemonics fÃ¶r grenar som statiskt fÃ¶rutsÃ¤gs tas.AnvÃ¤nd PLT fÃ¶r PIC-anrop (-fno-plt: lÃ¤s adressen frÃ¥n GOT pÃ¥ anropsplatsen).AnvÃ¤nd â€�madâ€�-instruktioner i PMC-stil.AnvÃ¤nd valbara instruktioner i gruppen PowerPC General Purpose.AnvÃ¤nd valbara instruktioner i gruppen PowerPC Graphics.AnvÃ¤nd PowerPC V2.01:s enkelfÃ¤lts mfcr-instruktion.AnvÃ¤nd PowerPC V2.02:s flyttalsavrundningsinstruktioner.AnvÃ¤nd PowerPC V2.02:s popcntb-instruktion.AnvÃ¤nd PowerPC V2.05:s bytejÃ¤mfÃ¶relseinstruktion.AnvÃ¤nd PowerPC V2.06:s popcntd-instruktion.AnvÃ¤nd instruktionsuppsÃ¤ttning fÃ¶r PowerPC-64.AnvÃ¤nd ROM istÃ¤llet fÃ¶r RAM.AnvÃ¤nd konventioner fÃ¶r att skicka SSE-register i SF- och DF-lÃ¤ge.AnvÃ¤nd STB_GNU_UNIQUE om det stÃ¶djs av assemblern.AnvÃ¤nd SmartMIPS-instruktioner.AnvÃ¤nd assemblersyntax fÃ¶r UNIX.AnvÃ¤nd UltraSPARC:s utÃ¶kningar Compare-and-Branch.AnvÃ¤nd UltraSPARC:s utÃ¶kningar Fused Multiply-Add.AnvÃ¤nd UltraSparc:s instruktion Population-Count.AnvÃ¤nd UltraSparc:s instruktion Subtract-Extended-with-Carry.AnvÃ¤nd UltraSPARC:s utÃ¶kningar Visual Instruction Set version 1.0.AnvÃ¤nd UltraSPARC:s utÃ¶kningar Visual Instruction Set version 2.0.AnvÃ¤nd UltraSPARC:s utÃ¶kningar Visual Instruction Set version 3.0.AnvÃ¤nd UltraSPARC:s utÃ¶kningar Visual Instruction Set version 4.0.AnvÃ¤nd VAX fp.AnvÃ¤nd VAXC:s konventioner fÃ¶r struct.AnvÃ¤nd VMS-slutkoder istÃ¤llet fÃ¶r posix-koder.AnvÃ¤nd virtualiseringsinstruktioner (VZ).AnvÃ¤nd __cxa_atexit till registerdestruerare.AnvÃ¤nd __cxa_get_exception_ptr i undantagshantering.AnvÃ¤nd en 32-bitars long-typ.AnvÃ¤nd 4-bytes postmarkeringar fÃ¶r oformaterade filer.AnvÃ¤nd en 64-bitars long-typ.AnvÃ¤nd en minimal kÃ¶rmiljÃ¶ (inga statiska initierare eller ctors) fÃ¶r minnesbegrÃ¤nsade enheter.AnvÃ¤nd en smart metod att skydda stacken fÃ¶r vissa funktioner.AnvÃ¤nd en metod att skydda stacken fÃ¶r varje funktion.AnvÃ¤nd adresser som allokerar globala register.AnvÃ¤nd alla register, reservera inget fÃ¶r avbrottshanterare.AnvÃ¤nd alternativa registernamn.AnvÃ¤nd en 8-bitars â€�intâ€�-typ.AnvÃ¤nd 8-bytes postmarkeringar fÃ¶r oformaterade filer.AnvÃ¤nd godtyckligt stora omedelbara i bitoperationer.AnvÃ¤nd rak byteordning.AnvÃ¤nd branch-and-break-sekvenser fÃ¶r att upptÃ¤cka heltalsdivision med noll.AnvÃ¤nd bras fÃ¶r kÃ¶rbara program < 64k.AnvÃ¤nd anropsÃ¶verskrivna register fÃ¶r parametrar och returvÃ¤rde.AnvÃ¤nd Ã¥teranrop istÃ¤llet fÃ¶r inline:ad kod om antalet Ã¥tkomster i funktioner blir stÃ¶rre eller lika med detta tal.AnvÃ¤nd anroparens sparregister mellan anrop om mÃ¶jligt.AnvÃ¤nd vissa skalÃ¤ra instruktioner som lades till i ISA 3.0.AnvÃ¤nd styrspekulation.AnvÃ¤nd anpassad stack istÃ¤llet fÃ¶r lokalt minne fÃ¶r automatisk lagring.AnvÃ¤nd dataspekulation efter omlÃ¤sning.AnvÃ¤nd dataspekulation fÃ¶re omlÃ¤sning.AnvÃ¤nd decimala flyttalsinstruktioner.AnvÃ¤nd standardmetod fÃ¶r hantering av sdata.AnvÃ¤nd en annan anropskonvention som anvÃ¤nder â€�rtdâ€�.AnvÃ¤nd direkta fÃ¶rgiftnings-/avgiftningsinstruktioner fÃ¶r variabler som Ã¤r mindre eller lika med detta tal.AnvÃ¤nd direkta referenser mot %gs vid Ã¥tkomst av tls-data.AnvÃ¤nd instruktioner fÃ¶r utÃ¶kad fysisk adress (XPA).AnvÃ¤nd flyttalsjÃ¤mfÃ¶relseinstruktioner som respekterar epsilon.AnvÃ¤nd uttrycksvÃ¤rdeprofiler i optimeringar.AnvÃ¤nd utÃ¶kad PowerPC V2.05:s instruktion fÃ¶r att flytta flyttal till/frÃ¥n GPR.AnvÃ¤nd f2c:s anropskonvention.AnvÃ¤nd funktioner i och schemalÃ¤gg kod fÃ¶r angiven CPU.AnvÃ¤nd funktioner i och schemalÃ¤gg fÃ¶r angiven CPU.AnvÃ¤nd platt registerfÃ¶nstermodell.AnvÃ¤nd fp-double-instruktioner.AnvÃ¤nd fp-register.AnvÃ¤nd hela mÃ¤ngden av register fÃ¶r registertilldelning.AnvÃ¤nd angiven SPARC-V9-kodmodell.AnvÃ¤nd angiven TILE-Gx kodmodell.AnvÃ¤nd angivet adresslÃ¤ge.AnvÃ¤nd angiven assemblerdialekt.AnvÃ¤nd angiven stackskyddsvakt.AnvÃ¤nd angiven trÃ¥dlokal lagringsdialekt.AnvÃ¤nd angiven x86-64 kodmodell.AnvÃ¤nd hÃ¥rdvaruflyttal (standard).AnvÃ¤nd hÃ¥rdvaruflyttal.AnvÃ¤nd hÃ¥rdvarudivisionsinstruktioner pÃ¥ ColdFire.AnvÃ¤nd flyttalskonverteringsinstruktioner i hÃ¥rdvara.AnvÃ¤nd flyttalsinstruktioner i hÃ¥rdvara.AnvÃ¤nd flyttalsinstruktion fÃ¶r kvadratrot i hÃ¥rdvara.AnvÃ¤nd hÃ¥rdvaruflyttal.AnvÃ¤nd instruktioner i hÃ¥rdvara fÃ¶r division och kvadratrot av flyttal.AnvÃ¤nd hÃ¥rdvaru-fp.AnvÃ¤nd instruktioner i hÃ¥rdvara fÃ¶r heltalsdivision.AnvÃ¤nd instruktioner fÃ¶r fÃ¶rhandshÃ¤mtning (prefetch) i hÃ¥rdvaraAnvÃ¤nd hÃ¥rdvaruinstruktioner fÃ¶r quad fp.AnvÃ¤nd transaktionskÃ¶rningsinstruktioner i hÃ¥rdvara.AnvÃ¤nd instruktioner fÃ¶r vektorfunktioner i hÃ¥rdvara och aktivera vektor-ABI:et.AnvÃ¤nd inblocksstyrspekulation.AnvÃ¤nd inblocksdataspekulation efter omlÃ¤sning.AnvÃ¤nd inblocksdataspekulation fÃ¶re omlÃ¤sning.AnvÃ¤nd in/loc/out-registernamn.AnvÃ¤nd indirekta CALLXn-instruktioner fÃ¶r stora program.AnvÃ¤nd indirekta anrop.AnvÃ¤nd inline-mÃ¶nster fÃ¶r att kopiera minne.AnvÃ¤nd heltals-madd-/msub-instruktioner.AnvÃ¤nd hopptabeller fÃ¶r tillrÃ¤ckligt stora switch-satser.AnvÃ¤nd omvÃ¤nd byteordning.AnvÃ¤nd ll-, sc- och sync-instruktioner.AnvÃ¤nd lwxc1/swxc1/ldxc1/sdxc1-instruktioner dÃ¤r det gÃ¥r.AnvÃ¤nd mediainstruktioner.AnvÃ¤nd microMIPS-instruktioner.AnvÃ¤nd multiplicera-addera-/-subtraherainstruktioner.AnvÃ¤nd hÃ¶gmultiplikationsinstruktioner fÃ¶r den hÃ¶ga delen av 32Â·32-multiplikationer.AnvÃ¤nd C-biblioteket musl.AnvÃ¤nd inbyggd (MS) bitfÃ¤ltslayout.AnvÃ¤nd nya adddi3/subdi3-mÃ¶nster.AnvÃ¤nd normal anropskonvention.AnvÃ¤ndning av %<-fdefault-double-8%> krÃ¤ver %<-fdefault-real-8%>AnvÃ¤ndning av inbyggd modul %qs vid %C stÃ¥r i konflikt med namn pÃ¥ ej inbyggd modul anvÃ¤nd tidigareAnvÃ¤ndning av ej inbyggd modul %qs vid %C stÃ¥r i konflikt med namn pÃ¥ inbyggd modul anvÃ¤nd tidigareAnvÃ¤ndning av namngiven NUMERIC_STORAGE_SIZE-konstant frÃ¥n inbyggd modul ISO_FORTRAN_ENV vid %C Ã¤r inte kompatibelt med flaggan %sAnvÃ¤ndning av namngiven NUMERIC_STORAGE_SIZE-konstant frÃ¥n inbyggd modul ISO_FORTRAN_ENV vid %L Ã¤r inte kompatibelt med flaggan %qsAnvÃ¤nd endast en TOC-post per procedur.AnvÃ¤nd normalt cachade minnesaccesser fÃ¶r volatila referenser.AnvÃ¤nd packad stacklayout.AnvÃ¤nd parvisa enkla flyttalsinstruktioner.AnvÃ¤nd mÃ¶nsterjÃ¤mfÃ¶relseinstruktioner.AnvÃ¤nd pc-relativa switch-falltabeller â€” detta aktiverar fÃ¶rkortning av falltabeller.AnvÃ¤nd portabla anropskonventioner.AnvÃ¤nd profileringsinformation fÃ¶r grensannolikheter.AnvÃ¤nd propolice som en metod att skydda stacken.AnvÃ¤nd push-instruktioner fÃ¶r att spara utgÃ¥ende argument.AnvÃ¤nd r11 fÃ¶r att hÃ¥lla den statiska lÃ¤nken i anrop till funktioner via pekare.AnvÃ¤nd rÃ¶d zon i x86-64-koden.AnvÃ¤nd reducerad mÃ¤ngd av register fÃ¶r registertilldelning.AnvÃ¤nd registerstacken fÃ¶r parametrar och returvÃ¤rde.AnvÃ¤nd register+avstÃ¥nds-minnesinstruktioner som lades till i ISA 3.0.AnvÃ¤nd register fÃ¶r argumentskickning.AnvÃ¤nd registren r2 och r5.AnvÃ¤nd ordningsÃ¤ndringinstruktioner (vÃ¤xlad och byte-omvÃ¤nd laddning/lagring) (standard).AnvÃ¤nd samplingprofilinformation till anropsgrafers nodvikter.  Standard profilfil Ã¤r fbdata.afdo i â€�pwdâ€�.AnvÃ¤nd samplingsprofilinformation till anropsgrafers nodvikter.  Profilen Ã¤r angiven i argumentet.AnvÃ¤nd skalÃ¤ra register+avstÃ¥nd-minnesinstruktioner som lades till i ISA 3.0.AnvÃ¤nd delade bibliotek.AnvÃ¤nd enkel dataspekulationskontroll fÃ¶r styrspekulation.AnvÃ¤nd enkel dataspekulationskontroll.AnvÃ¤nd simulatorkÃ¶rtider.AnvÃ¤nd mindre men lÃ¥ngsammare prolog- och epilogkod.AnvÃ¤nd programvaruemulering fÃ¶r flyttal (standard).AnvÃ¤nd flyttalsjÃ¤mfÃ¶relser i programvara.AnvÃ¤nd mjukvaruflyttal.AnvÃ¤nd stackfÃ¶rskjutning.AnvÃ¤nd en metod att skydda stacken endast fÃ¶r funktioner med attributet stack_protect.AnvÃ¤nd standard main-funktion som ingÃ¥ng vid uppstart.AnvÃ¤nd en statiskt initierad variabel fÃ¶r konstantgrÃ¤nser istÃ¤llet fÃ¶r att generera dem varje gÃ¥ng det behÃ¶vs.AnvÃ¤nd en statiskt initierad variabel fÃ¶r variabelgrÃ¤nser istÃ¤llet fÃ¶r att generera dem varje gÃ¥ng det behÃ¶vs.AnvÃ¤nd starkare justering fÃ¶r poster fÃ¶r dubbelordkopieringar.AnvÃ¤nd stubbar fÃ¶r funktionsprologer.AnvÃ¤nd subrutiner fÃ¶r funktionprologer och -epiloger.AnvÃ¤nd synci-instruktioner fÃ¶r att invalidera i-cachen.AnvÃ¤nd tabellbaserad snabb division (standard fÃ¶r -O3).Aktivera tabelluppslagningsoptimeringar fÃ¶r divisioner med smÃ¥ heltal med tecken.AnvÃ¤nd instruktionen tas.b till __atomic_test_and_set.AnvÃ¤nd ABI-utÃ¶kningarna AltiVec.AnvÃ¤nd Cray-pekarutÃ¶kningen.AnvÃ¤nd assemblersyntax fÃ¶r DEC.AnvÃ¤nd ELFv1 ABI.AnvÃ¤nd ELFv2 ABI.AnvÃ¤nd GNU-utvidgningarna fÃ¶r PE-formatet fÃ¶r justerade common-data.AnvÃ¤nd passet pÃ¥ RTL fÃ¶r eliminering av dÃ¶d kod.AnvÃ¤nd passet pÃ¥ RTL fÃ¶r eliminering av dÃ¶d lagring.AnvÃ¤nd ABI-utÃ¶kningarna SPE.AnvÃ¤nd bfd-lÃ¤nkaren istÃ¤llet fÃ¶r standardlÃ¤nkaren.AnvÃ¤nd bitfÃ¤ltsinstruktionerna.AnvÃ¤nd divisionsinstruktionen.AnvÃ¤nd flyttalsenheten fÃ¶r addition/subtraktion av heltal.AnvÃ¤nd angivet basregister fÃ¶r adressering av stackskyddsvakten.AnvÃ¤nd den angivna datajusteringen.AnvÃ¤nd angivet avstÃ¥nd fÃ¶r adressering av stackskyddsvakten.AnvÃ¤nd gold-lÃ¤nkaren istÃ¤llet fÃ¶r standardlÃ¤nkaren.AnvÃ¤nd tunnskiftaren i hÃ¥rdvara istÃ¤llet fÃ¶r emulering.AnvÃ¤nd de flaggor bland Ã¶vriga flaggor som slÃ¥r pÃ¥ flest funktioner.AnvÃ¤nd mvcle-instruktioner fÃ¶r blockfÃ¶rflyttningar.AnvÃ¤nd den smalaste mÃ¶jliga heltalstypen fÃ¶r upprÃ¤kningstyper.AnvÃ¤nd de nya min-/maxinstruktionerna som definierades i ISA 3.0.AnvÃ¤nd simulatorkÃ¶rtidskod.AnvÃ¤nd programvaruemulering av multiplikation (standard).AnvÃ¤nd programvaruemulering av division (standard).AnvÃ¤nd traditionell C-semantik fÃ¶r inline-funktioner.AnvÃ¤nd trap istÃ¤llet fÃ¶r en biblioteksfunktion fÃ¶r sanering av odefinierat beteende.FÃ¥nga trap-instruktioner fÃ¶r att upptÃ¤cka heltalsdivision med noll.AnvÃ¤nd C-biblioteket uClibc.AnvÃ¤nd unicode-uppstart och definiera ett UNICODE-makro.AnvÃ¤nd vektor och skalÃ¤ra instruktioner som lades till i ISA 2.07.AnvÃ¤nd vektorinstruktioner som lades till i ISA 3.0.AnvÃ¤nd register+avstÃ¥nd vektorminnesinstruktioner som lades till i ISA 3.0.AnvÃ¤nd vektor-/skalÃ¤rinstruktioner (VSX).AnvÃ¤nd nollgrÃ¤nser fÃ¶r alla inkommande argument i funktionen â€�mainâ€�.  Det hjÃ¤lper till nÃ¤r instrumenterade binÃ¤rer anvÃ¤nds med gamla bibliotek.AnvÃ¤nd nollutfyllda minnesladdningar, inte teckenutfyllda.AnvÃ¤nds i Fix-and-Continue-lÃ¤ge fÃ¶r att objektfiler kan bytas ut vid kÃ¶rtillfÃ¤llet.AnvÃ¤ndardefinierad ej ELEMENTAL funktion %qs vid %L Ã¤r inte tillÃ¥ten i WORKSHARE-konstruktionAnvÃ¤ndaroperatorn %qs refererad frÃ¥n %L finns inte i modulen %qsAnvÃ¤ndaroperatorprocedur %qs vid %L fÃ¥r inte ha antagen teckenlÃ¤ngdAnvÃ¤ndaroperatorprocedur %qs vid %L mÃ¥ste vara en FUNCTIONAnvÃ¤ndaroperatorprocedur %qs vid %L mÃ¥ste ha Ã¥tminstone ett argumentAnvÃ¤ndning av denna flagga diagnostiseras.AnvÃ¤nder inbyggda specifikationer.
! VALUE-argumentet till den inbyggda funktionen %s vid %L mÃ¥ste vara definierbartAttributet VALUE vid %CVALUE Ã¤r inte tillÃ¥tet inuti BLOCK vid %CVALUE-objekt %qs i %s-klausul vid %LVALUE-sats vid %CVOIDmode vid utmatningAttributet VOLATILE vid %CVOLATILE-sats vid %CVSX- och SPE-instruktioner kan inte samexisteraGiltiga Nios II ISA-nivÃ¥er (fÃ¶r -march):Giltiga argument till flaggan -msdata=.Giltiga argument till -malign-:Giltiga argument till -mcode-readable=:Giltiga argument till -mfloat-gprs=:Giltiga argument till -mfpmath=:Giltiga argument till -mr10k-cache-barrier=:Giltiga argument till -mstack-protector-guard=:Giltiga argument till -mstringop-strategy=:Giltiga argument till -mtp=:Giltiga flaggor fÃ¶r GP-relativ adressering (fÃ¶r -mgpopt):Validera vtable-pekare fÃ¶re de anvÃ¤nds.Variabeln %qs vid %C fÃ¥r inte definieras om inuti slingan som bÃ¶rjar vid %LVariabeln %qs vid %C med en initierare finns redan i en DATA-satsVariabel %qs vid %L kan inte vara BIND(C) eftersom den varken Ã¤r ett COMMON-block eller deklarerad med rÃ¤ckvidd modulnivÃ¥Variabeln %qs vid %L fÃ¥r inte ha bÃ¥de attributet ALLOCATABLE och BIND(C)Variabeln %qs vid %L kan inte bÃ¥de ha attributet OPTIONAL och VALUE eftersom proceduren %qs Ã¤r BIND(C)Variabeln %qs vid %L fÃ¥r inte ha bÃ¥de attributet POINTER och BIND(C)Variabeln %qs vid %L har inte tilldelats en formatetikettVariabel %qs vid %L i common-block %qs vid %C mÃ¥ste deklareras med en C-interoperativ sort eftersom common-block %qs Ã¤r bind(c)Variabeln %qs vid %L i detta sammanhang mÃ¥ste vara en konstantVariabeln %qs vid %L Ã¤r INTENT(OUT) och kan alltsÃ¥ inte vara en allokerbara co-vektor eller har co-vektorkomponenterVariabeln %qs vid %L Ã¤r en co-vektor och Ã¤r inte ALLOCATABLE, SAVE eller ett attrappargumentVariabeln %qs vid %L Ã¤r en attrapparameter till BIND(C)-proceduren %qs men Ã¤r kanske inte interoperativ med CTypen %qs vid %L Ã¤r ett attrappargument till BIND(C)-proceduren %qs men Ã¤r inte interoperativ med C fÃ¶r att den hÃ¤rledda typen %qs inte Ã¤r interoperativ med CVariabeln %qs vid %L Ã¤r ett attrappargument till BIND(C)-proceduren %qs men Ã¤r inte interoperativ med C eftersom den Ã¤r polymorfVariabel %qs vid %L Ã¤r i COMMON men endast i BLOCK DATA Ã¤r initiering tillÃ¥tenVariabeln %qs vid %L fÃ¥r inte ha en C-interoperativ sort men den Ã¤r BIND(C)Variabeln %qs vid %L ej definierbar inuti slingan som bÃ¶rjar vid %L Ã¤r argument INTENT(INOUT) till funktionen %qsVariabeln %qs vid %L ej definierbar inuti slingan som bÃ¶rjar vid %L Ã¤r argument INTENT(INOUT) till subrutin %qsVariabeln %qs vid %L av TYPE(C_PTR) eller TYPE(C_FUNPTR) fÃ¥r inte vara en co-vektorVariabeln %qs vid %L satt till odefinierad inuti en slinga som bÃ¶rjar vid %L Ã¤r argument INTENT(OUT) till subrutin %qsVariabeln %qs vid %L satt till odefinierad inuti slingan som bÃ¶rjar vid %L Ã¤r argument INTENT(OUT) till funktionen %qsVariabeln %qs vid %L med attributet ALLOCATABLE i proceduren %qs med BIND(C)Variabeln %qs vid %L med attributet OPTIONAL i proceduren %qs som Ã¤r BIND(C)Variabeln %qs vid %L med attributet POINTER i proceduren %qs med BIND(C)Variabeln %qs vid %L med co-vektorkomponent skall vara en skalÃ¤r som inte Ã¤r en pekare eller allokerbar och inte en co-vektorVariabeln %qs kan inte fÃ¶rekomma i ett variabeldefinitionssammanhang (%s) vid %LVariabeln %qs kan inte fÃ¶rekomma i uttrycket vid %LVariabeln %qs har inte tilldelats nÃ¥gon mÃ¥letikett vid %LVariabeln %qs i %s-klausul anvÃ¤nds i NAMELIST-sats vid %LVariabel %qs i common-block %qs vid %C fÃ¥r inte vara bind(c) eftersom det inte Ã¤r globaltVariabeln %qs i common-blocket %qs vid %C mÃ¥ste deklareras med en sort som Ã¤r C-interoperativ eftersom common-blocket %qs Ã¤r BIND(C)Variabeln %qs i common-blocket %qs vid %L fÃ¥r inte deklareras med BIND(C) eftersom den inte Ã¤r en globalVariabeln %qs i common-blocket %qs vid %L fÃ¥r inte vara en sort interoperativ med C men common-blocket %qs Ã¤r BIND(C)Variabeln %qs Ã¤r PROTECTED och kan inte fÃ¶rekomma i ett pekarassociationssammanhang (%s) vid %LVariabeln %qs Ã¤r PROTECTED och kan inte fÃ¶rekomma i ett variabeldefinitionssammanhang (%s) vid %LVariabeln %qs Ã¤r inte ett attrappargument vid %LVariabel %qs anvÃ¤nds vid %L fÃ¶re ENTRY-satsen i vilken den Ã¤r en parameterVariabel %qs, anvÃ¤nd i ett specifikationsuttryck, refereras vid %L fÃ¶re ENTRY-satsen i vilken den Ã¤r en parameterVariabeln %s vid %L av typen EVENT_TYPE eller med en delkomponent av typen LOCK_TYPE mÃ¥ste vara en co-vektorVariabeln %s vid %L av typen LOCK_TYPE eller med en delkomponent av typen LOCK_TYPE mÃ¥ste vara en co-vektorVariabeln %s vid %L med attributet NO_ARG_CHECK fÃ¥r inte ha attributet ALLOCATABLE, CODIMENSION, POINTER eller VALUEVariabeln %s vid %L med attributet NO_ARG_CHECK fÃ¥r inte ha attributet INTENT(OUT)Variabeln %s vid %L med attributet NO_ARG_CHECK fÃ¥r bara anvÃ¤ndas som ett aktuellt argumentVariabeln %s vid %L med attributet NO_ARG_CHECK skall vara ett attrappargumentVariabeln %s vid %L med attributet NO_ARG_CHECK skall ha typen TYPE(*) eller en numerisk inbyggd typVariabeln %s vid %L med attributet NO_ARG_CHECK skall antingen vara en skalÃ¤r eller en vektor med fÃ¶rmodad storlekVariabeln %s vid %L med attributet NO_ARG_CHECK skall inte ha en subobjektreferensVariabeln %s fÃ¥r inte vara INTENT(IN) vid %CVariabel %s kan inte tilldelas i en PURE-procedur vid %CVariabeln %s frÃ¥n modulen %s med bindningsetikett %s vid %L anvÃ¤nder samma globala identifierare som enheten vid %L frÃ¥n modulen %sVariabeln %s med bindningsetiketten â€�%sâ€� vid %L anvÃ¤nder samma globala identifierare som en enhet vid %LVariabel vid %C Ã¤r ett element i ett COMMON-blockVariabeln vid %L nÃ¤mnd flera gÃ¥nger i klausuler av samma OMP DECLARE TARGET-direktivVariabel i USE-associated med !$ACC DECLARE vid %LEn annan variabel Ã¤n OMP_OUT eller OMP_IN anvÃ¤nd i kombineraren i !$OMP DECLARE REDUCTION vid %LEn annan variabel Ã¤n OMP_PRIV eller OMP_ORIG anvÃ¤nd i INITIALIZER-klausul i !$OMP DECLARE REDUCTION vid %LVariabeltypen Ã¤r OKÃ„ND i tilldelning vid %LVariabeln med attributet NO_ARG_CHECK vid %L Ã¤r endast tillÃ¥tet som argument till de inbyggda funktionerna C_LOC och PRESENTVektorbiblioteks-ABI att anvÃ¤nda.Vektorisera fÃ¶r dubbelordsoperationer.Multiversionering av virtuell funktion stÃ¶djs inteVolatila minnesÃ¥tkomster anvÃ¤nder inte I/O ladda-/lagrainstruktioner.Volatila minnesÃ¥tkomster anvÃ¤nder I/O ladda-/lagrainstruktioner.WAIT vid %C Ã¤r inte tillÃ¥tet i Fortran 95WAIT-klausul vid %L krÃ¤ver ett skalÃ¤rt INTEGER-uttryckWAIT-sats Ã¤r inte tillÃ¥tet i PURE-procedur vid %CWHERE-tilldelningsmÃ¥l vid %L har inkonsistent formWHERE-mask vid %L har inkonsistent formWHERE/ELSEWHERE-klausul vid %L krÃ¤ver en LOGICAL-vektorVarna fÃ¶r â€�externâ€�-deklaration som inte Ã¤r pÃ¥ filnivÃ¥.Varna fÃ¶r â€�misstÃ¤nktaâ€� konstruktioner.Varna fÃ¶r â€�newâ€� av en typ med utÃ¶kad justering utan -faligned-new.Varna fÃ¶r @selector()er utan tidigare deklarerade metoder.Varna fÃ¶r C-konstruktioner som inte Ã¤r i den gemensamma delmÃ¤ngden av C och C++.Varna fÃ¶r C++-konstruktioner vars betydelse skiljer mellan ISO C++ 1998 och ISO C++ 2011.Varna fÃ¶r C++-konstruktioner vars betydelse skiljer mellan ISO C++ 2011 och ISO C++ 2014.Varna fÃ¶r C++-konstruktioner vars betydelse skiljer mellan ISO C++ 2014 och (kommande) ISO C++ 201z(7?).Varna fÃ¶r polymorfa C++-typer dÃ¤r det skulle fÃ¶rbÃ¤ttra kodkvaliteten att lÃ¤gga till nyckelordet final.Varna fÃ¶r virtuella C++-metoder dÃ¤r det skulle fÃ¶rbÃ¤ttra kodkvaliteten att lÃ¤gga till nyckelordet final.Varna fÃ¶r C++11 Ã¤rvda konstruerare nÃ¤r basen har en variadisk konstruerare.Varna om NULL skickas som argument som Ã¤r markerade att de krÃ¤ver icke-NULL.Varna fÃ¶r PCH-filer som hittas men inte anvÃ¤nds.Varna fÃ¶r USE-satser som inte har nÃ¥gon ONLY-kvalificerare.Varna fÃ¶r anvÃ¤ndning av __TIME__, __DATE__ och __TIMESTAMP__.Varna fÃ¶r justering av COMMON-block.Varna fÃ¶r alla upprÃ¤kningshopptabeller som saknar ett specifikt fall.Varna fÃ¶r en tom kropp i en if- eller else-sats.Varna fÃ¶r en felaktig DO-slinga.Varna fÃ¶r booleska uttryck som jÃ¤mfÃ¶rs med ett heltalsvÃ¤rde annat skilt frÃ¥n sant/falskt.Varna fÃ¶r buffertspill i strÃ¤nghanteringsfunktioner som memcpy och strcpy.Varna fÃ¶r anrop av procedurer som inte explicit deklarerats.Varna fÃ¶r anrop till snprintf och liknande funktioner som hugger av utdata.Varna fÃ¶r anrop till snprintf och liknande funktioner som hugger av utdata.  Samma som -Wformat-truncation=1.Varna fÃ¶r anrop med implicit grÃ¤nssnitt.Varna fÃ¶r typkonvertering av funktioner till inkompatibla typer.Varna fÃ¶r typkonvertering som slÃ¤nger kvalificerare.Varna fÃ¶r vissa operationer pÃ¥ booleska uttryck.Varna fÃ¶r kod som kan bryta strikta aliasregler.Varna fÃ¶r jÃ¤mfÃ¶relser av skilda upprÃ¤kningstyper.Varna fÃ¶r heltalsdivision med noll vid kompileringstillfÃ¤llet.Varna fÃ¶r konstant heltalsdivision med avhuggna resultat.Varna om vektortemporÃ¤rer skapas.Varna fÃ¶r hÃ¤ngande else.Varna fÃ¶r radering av polymorfa objekt med ickevirtuella destruerare.Varna fÃ¶r anvÃ¤ndning av AltiVec-typen â€�vector long ...â€� som bÃ¶r undvikas.Varna fÃ¶r dubblerade grenar i if-else-satser.Varna fÃ¶r dubblerade villkor i en if-else-if-kedja.Varna fÃ¶r upprÃ¤kningshopptabeller saknar en â€�default:â€�-sats.Varna nÃ¤r hopptabeller fÃ¶r upprÃ¤kningstyper inte har standardfall och saknar ett fall.Varna fÃ¶r likhetsjÃ¤mfÃ¶relser som involverar REAL- eller COMPLEX-uttryck.Varna fÃ¶r funktioner som inte finns i ISO C90, men finns i ISO C99.Varna fÃ¶r funktioner som inte finns i ISO C99, men finns i ISO C11.Varna fÃ¶r funktioner som inte finns i traditionell C.Varna fÃ¶r formatstrÃ¤ngar som inte Ã¤r literaler.Varna fÃ¶r formatstrÃ¤ngar som innehÃ¥ller NUL-byte:ar.Varna fÃ¶r eliminering av funktionsanrop.Varna fÃ¶r funktionsanrop med formatstrÃ¤ngar som skriver utanfÃ¶r slutet av destinationsregionen.Varna fÃ¶r funktionsanrop med formatstrÃ¤ngar som skriver utanfÃ¶r slutet av destinationsregionen.  Samma som -Wformat-overflow=1.Varna fÃ¶r funktionsparametrar som deklarerats utan en typangivelse i K&R-stilfunktioner.Varna fÃ¶r aritmetik med funktionspekare.Varna fÃ¶r funktioner som Ã¤r mÃ¶jliga kandidater fÃ¶r __attribute__((const)).Varna fÃ¶r funktioner som Ã¤r mÃ¶jliga kandidater fÃ¶r __attribute__((noreturn)).Varna fÃ¶r funktioner som Ã¤r mÃ¶jliga kandidater fÃ¶r __attribute__((pure)).Varna fÃ¶r funktioner som kan vara kandidater fÃ¶r formatattribut.Varna fÃ¶r globala funktioner utan tidigare deklaration.Varna fÃ¶r globala funktioner utan prototyper.Varna fÃ¶r implicita konverteringar frÃ¥n â€�floatâ€� till â€�doubleâ€�.Varna fÃ¶r implicita deklarationer.Varna fÃ¶r implicita funktionsdeklarationer.Varna fÃ¶r felaktig anvÃ¤ndning av attribut.Varna fÃ¶r inkompatibla konverteringar frÃ¥n heltal till pekare och pekare till heltal.Varna fÃ¶r ogiltiga anvÃ¤ndningar av makrot â€�offsetofâ€�.Varna fÃ¶r makron definierade i huvudfilen som inte anvÃ¤nds.Varna fÃ¶r eventuellt oinitierade automatiska variabler.Varna fÃ¶r minnesÃ¥tkomstfel som hittas av pekargrÃ¤nskontrollen.Varna fÃ¶r saknade et-tecken i fortsatta teckenkonstanter.Varna fÃ¶r saknade fÃ¤lt i postinitierare.Varna fÃ¶r saknade storleksbestÃ¤mda deallokeringsfunktioner.Varna fÃ¶r missbruk av pragman.Varna fÃ¶r de flesta implicita konverteringar.Varna fÃ¶r multipla deklarationer av samma objekt.Varna fÃ¶r avsmalnande konverteringar inom { } som Ã¤r felformulerad i C++11.Varna fÃ¶r ickevirtuella destruerare.Varna fÃ¶r msvcrt-breddutÃ¶kningar av scanf/printf som inte fÃ¶ljer ISO.Varna fÃ¶r optimeringar som antar spill med tecken Ã¤r odefinierat.Varna fÃ¶r spill i aritmetiska uttryck.Varna fÃ¶r Ã¶verlagrade virtuella funktionsnamn.Varna fÃ¶r Ã¥sidosÃ¤ttande initierare utan sidoeffekter.Varna fÃ¶r Ã¥sidosÃ¤ttande initierare utan sidoeffekter.Varna fÃ¶r packade bitfÃ¤lt vars avstÃ¥nd Ã¤ndrats i GCC 4.4.Varna fÃ¶r typkonvertering av pekare som Ã¶kar justeringen.Varna fÃ¶r positionsinitiering av poster som krÃ¤ver designerade initierare.Varna fÃ¶r eventuella attrappargumentalias.Varna fÃ¶r mÃ¶jliga sÃ¤kerhetsproblem med formatfunktioner.Varna fÃ¶r mÃ¶jliga brott mot sekvenspunktregler.Varna fÃ¶r eventuellt saknade klamrar runt initierare.Varna fÃ¶r eventuellt saknade parenteser.Varna fÃ¶r mÃ¶jliga nÃ¤stade blockkommentarer, och C++-kommentarer som spÃ¤nner Ã¶ver mer Ã¤n en fysisk rad.Varna fÃ¶r anomalier i formatstrÃ¤ngar till printf/scanf/strftime/strfmon.Varna fÃ¶r tveksam anvÃ¤ndning av de makron som anvÃ¤nds fÃ¶r att hÃ¤mta variabla argument.Varna fÃ¶r reella literala konstanter med exponentbokstav â€�qâ€�.Varna fÃ¶r retur av en pekare/referens till en lokal eller temporÃ¤r variabel.Varna fÃ¶r retur av poster, unioner eller vektorer.Varna fÃ¶r teckenskillnader i formatfunktioner.Varna fÃ¶r jÃ¤mfÃ¶relser mellan signed/unsigned.Varna fÃ¶r nÃ¥gra brott mot C++ endefinitionsregel under optimeringar vid lÃ¤nktillfÃ¤llet.Varna fÃ¶r satser mellan en switch:s styruttryck och det fÃ¶rsta fallet.Varna fÃ¶r vilsekomna symboler efter #else och #endif.Varna fÃ¶r format till strftime som ger 2-siffrigt Ã¥rtal.Varna fÃ¶r index vars typ Ã¤r â€�charâ€�.Varna fÃ¶r misstÃ¤nkta anrop till memset dÃ¤r det tredje argumentet innehÃ¥ller antalet element inte multiplicerade med elementstorleken.Varna fÃ¶r misstÃ¤nkta anrop till memset dÃ¤r det tredje argumentet Ã¤r en konstant literal nolla och det andra inte Ã¤r det.Varna fÃ¶r tveksamma deklarationer av â€�mainâ€�.Varna fÃ¶r misstÃ¤nkta lÃ¤ngdparametrar till vissa strÃ¤ngfunktioner om argumentet anvÃ¤nder sizeof.Varna fÃ¶r misstÃ¤nkt anvÃ¤ndning av minnesadresser.Varna fÃ¶r hopptabeller med booleska styruttryck.Varna fÃ¶r saker som Ã¤ndras mellan den nuvarande -fabi-version och den angivna versionen.Varna fÃ¶r saker som skulle Ã¤ndras vid kompilering med en kompilator som fÃ¶ljer ABI.Varna fÃ¶r avhuggna teckenuttryck.Varna fÃ¶r avhuggna kÃ¤llkodsrader.Varna om typ och ordning inte stÃ¤mmer Ã¶verens mellan argument och parametrar.Varna fÃ¶r ej typkonverterad NULL anvÃ¤nds som vaktpost.Varna fÃ¶r underspill i numeriska konstanta uttryck.Varna fÃ¶r oinitierade automatiska variabler.Varna fÃ¶r funktionsdeklarationer utan prototyp.Varna fÃ¶r okÃ¤nda pragman.Varna fÃ¶r flyttalskonstanter utan suffix.Varna fÃ¶r oanvÃ¤nda attrappargument.Varna vid anvÃ¤ndning av flerteckens teckenkonstant.Varna fÃ¶r oanvÃ¤ndbara typkonverteringar.Varna fÃ¶r anvÃ¤ndarangivna inkluderingskataloger som inte finns.Varna fÃ¶r anvÃ¤ndning av __attribute__((deprecated))-deklarationer.Varna fÃ¶r anvÃ¤ndning av lagringsspecificeraren â€�registerâ€�.Varna fÃ¶r anvÃ¤ndning av variadiska makron.Varna fÃ¶r variabler som kan Ã¤ndras av â€�longjmpâ€� eller â€�vforkâ€�.Varna fÃ¶r variabler som initieras till sig sjÃ¤lva.Varna fÃ¶r brott mot stilreglerna i Effective C++.Varna fÃ¶r format med lÃ¤ngden noll.Varna fÃ¶r DO-slingor med noll-trippar.Varna fÃ¶r konstruktioner med villkorligt stÃ¶d.Varna fÃ¶r konvertering av NULL till icke-pekartyp.Varna fÃ¶r implicita typkonverteringar mellan heltalsuttryck med och utan tecken.Varna fÃ¶r implicita typkonverteringar som orsakar fÃ¶rlust av flyttalsprecision.Varna fÃ¶r implicita typkonverteringar som kan Ã¤ndra ett vÃ¤rde.Varna fÃ¶r fÃ¶rÃ¥ldrad anvÃ¤ndning i en deklaration.Varna fÃ¶r placerande new-uttryck med odefinierat beteende.Varna fÃ¶r misstÃ¤nkta heltalsuttryck i booleska sammanhang.Varna om â€�definedâ€� Ã¤r utanfÃ¶r #if.Varna om funktionstypen noexcept i C++1z kommer Ã¤ndra det manglade namnet pÃ¥ en symbol.Varna fÃ¶r en typkonvertering i C-stil anvÃ¤nds i ett program.Varna om anroparen av en funktion, deklarerad med attributet warn_unused_result, inte anvÃ¤nder dess returvÃ¤rde.Varna om en klasstyp har en bas eller ett fÃ¤lt vars typ anvÃ¤nder den anonyma namnrymden eller beror pÃ¥ en typ utan lÃ¤nkningsklass.Varna om en logisk jÃ¤mfÃ¶relse alltid berÃ¤knas till sant eller falskt.Varna om en jÃ¤mfÃ¶relse alltid Ã¤r sann eller falsk pÃ¥ grund av begrÃ¤nsat intervall fÃ¶r datatypen.Varna fÃ¶r en kompilatorfunktion, klass, metod eller fÃ¤lt som bÃ¶r undvikas anvÃ¤nds.Varna om en funktion anvÃ¤nder alloca eller skapar en vektor med dynamisk storlek.Varna om en lokal deklaration dÃ¶ljer en instansvariabel.Varna om en slinga med konstant antal iterationer orsakar odefinierat beteende.Varna om en egenskap fÃ¶r ett Objective-C-objekt inte har nÃ¥gon tilldelningssemantik angiven.Varna om en vÃ¤ljare har multipla metoder.Varna om ett simd-direktiv Ã¥sidosÃ¤tts av vektoriserarens kostnadsmodell.Varna om en enskild funktions ramstorlek Ã¶verskrider den angivna ramstorleken.Varna om en strÃ¤ng Ã¤r lÃ¤ngre Ã¤n den maximala portabla lÃ¤ngden som anges i standarden.Varna om ett underobjekt har ett abi_tag-attribut som det fullstÃ¤ndiga objektets typ inte har.Varna om ett throw-uttryck alltid kommer resultera i ett anrop av terminate().Varna om en anvÃ¤ndarprocedur har samma namn som en inbyggd.Varna om en vektor med variabel lÃ¤ngd anvÃ¤nds.Varna om en virtuell bas har en icketrivial flyttningstilldelningsoperator.Varna om ett MCU-namn inte kÃ¤nns igen eller stÃ¥r i konflikt med andra flaggor (standard: pÃ¥).Varna om en vektor anvÃ¤nds utanfÃ¶r grÃ¤nserna.Varna fÃ¶r en gammaldags parameterdefinition anvÃ¤nds.Varna fÃ¶r ett odefinierat makro anvÃ¤nds i ett #if-direktiv.Varna om en pekarparameter med attributet nonnull jÃ¤mfÃ¶rs med NULL.Varna om konstanta CFString-objekt innehÃ¥ller icke-portabla tecken.Varna om dereferering av en NULL-pekare kan leda till felaktigt eller odefinierat beteende.Varna fÃ¶r Ã¤rvda metoder Ã¤r oimplementerade.Varna om vÃ¤nsterskift av ett vÃ¤rde med tecken spiller Ã¶ver.Varna vid vÃ¤nsterskift med ett negativt vÃ¤rde.Varna fÃ¶r fÃ¶r mÃ¥nga argument till en funktion fÃ¶r dess formatstrÃ¤ng.Varna om kvalificerare pÃ¥ vektorer som Ã¤r pekarmÃ¥l kastas bort.Varna om skiftantalet â‰¥ bredden pÃ¥ typen.Varna om skiftantalet Ã¤r negativt.Varna vid test av flyttal pÃ¥ likhet.Varna om ISR:en Ã¤r felstavad, d.v.s. utan prefixet __vector.  Aktiverat som standard.Varna om adressrymden fÃ¶r en adress Ã¤ndras.Varna fÃ¶r slingan inte kan optimeras pÃ¥ grund av icketriviala antaganden.Varna om pekaren i en pekartilldelning kan Ã¶verleva sitt mÃ¥l.Varna om typen pÃ¥ en variabel kanske inte Ã¤r interoperabel med C.Varna fÃ¶r trigrafer upptÃ¤cks som kan pÃ¥verka betydelsen av programmet.Varna om typkvalificerare pÃ¥ pekare kastas bort.Varna fÃ¶r typsignaturer till kandidatmetoder inte stÃ¤mmer exakt.Varna om profiler i -fprofile-use inte stÃ¤mmer.Varna fÃ¶r prototyper som orsakar andra typkonverteringar Ã¤n de som skulle skett i frÃ¥nvaro av prototyp.Varna vid all anvÃ¤ndning av alloca.Varna vid direkt multipelt arv.Varna vid direkt virtuellt arv.Varna fÃ¶r inbyggda som inte Ã¤r med i den valda standarden.Varna vid namnrymdsdefinition.Varna vid primÃ¤r malldeklaration.Varna vid misstÃ¤nkta konstruktioner med omvÃ¤nd ordning av skalÃ¤rlagring inblandad.Varna nÃ¤r __builtin_frame_address eller __builtin_return_address anvÃ¤nds osÃ¤kert.Varna nÃ¤r de inbyggda funktionerna __sync_fetch_and_nand och __sync_nand_and_fetch anvÃ¤nds.Varna nÃ¤r ett #warning-direktiv pÃ¥trÃ¤ffas.Varna nÃ¤r en Cell-mikrokodsinstruktion avges.Varna nÃ¤r en inbyggd funktion deklareras med fel signatur.Varna nÃ¤r ett inbyggt preprocessormakro avdefinieras eller omdefinieras.Varna nÃ¤r en const-variabel Ã¤r oanvÃ¤nd.Varna nÃ¤r en deklaration inte anger en typ.Varna nÃ¤r en deklaration har dubblerade const-, volatile-, restrict- eller _Atomic-specificerare.Varna nÃ¤r en deklaration hittas efter en sats.Varna nÃ¤r en funktion inte kan expanderas till HSAIL.Varna nÃ¤r en funktion Ã¤r oanvÃ¤nd.Varna nÃ¤r en funktionsparameter bara sÃ¤tts, och i Ã¶vrigt Ã¤r oanvÃ¤nd.Varna nÃ¤r en funktionsparameter Ã¤r oanvÃ¤nd.Varna nÃ¤r ett hopp missar en variabelinitiering.Varna nÃ¤r en etikett Ã¤r oanvÃ¤nd.Varna nÃ¤r en vektorvariabel pÃ¥ vÃ¤nsterhandssidan allokeras om.Varna nÃ¤r en variabel pÃ¥ vÃ¤nsterhandssidan allokeras om.Varna nÃ¤r en ordagrann '0' anvÃ¤nds som en nollpekare.Varna nÃ¤r en logisk operator misstÃ¤nkt nog alltid berÃ¤knas till sant eller falskt.Varna nÃ¤r ett noexcept-uttryck berÃ¤knas till false Ã¤ven om uttrycket inte faktiskt kan kasta.Varna nÃ¤r en pekare skiljer i teckenhet i en tilldelning.Varna nÃ¤r en pekare typkonverteras till ett heltal av annan storlek.Varna nÃ¤r en pekare jÃ¤mfÃ¶rs med en noll-teckenkonstant.Varna nÃ¤r en registervariabel Ã¤r deklarerad volatile.Varna nÃ¤r en strÃ¤ng- eller teckenkonstant fÃ¶ljs av ett ud-suffix som inte bÃ¶rjar med ett understrykningstecken.Varna nÃ¤r ett switch-fall faller igenom.Varna nÃ¤r en variabel bara sÃ¤tts, och i Ã¶vrigt Ã¤r oanvÃ¤nd.Varna nÃ¤r en variabel Ã¤r oanvÃ¤nd.Varna nÃ¤r en vektoroperation kompileras utanfÃ¶r SIMD:n.Varna nÃ¤r ett alla konstruerare och destruerare Ã¤r privata.Varna nÃ¤r ett argument skickas till restrict-kvalificerade parameteralias med ett annat argument.Varna nÃ¤r en atomÃ¤r minnesmodellparameter med sÃ¤kerhet Ã¤r utanfÃ¶r det giltiga intervallet.Varna nÃ¤r ett uttrycksvÃ¤rde Ã¤r oanvÃ¤nt.Varna nÃ¤r en inline:ad funktion inte kan inline:as.Varna nÃ¤r ett optimerarpass Ã¤r avaktiverat.Varna vid fÃ¶rsÃ¶k att frigÃ¶ra ett icke-heap-objekt.Varna vid typkonvertering av pekare till medlemsfunktioner.Varna nÃ¤r en pekare till en ofullstÃ¤ndig typ raderas.Varna nÃ¤r logiskt icke anvÃ¤nds pÃ¥ den vÃ¤nstra operanden i en jÃ¤mfÃ¶relse.Varna nÃ¤r multipla, olika, snabba avbrottshanterare finns in kompileringsenheten.Varna nÃ¤r en vÃ¤nfunktion som inte Ã¤r en mall deklareras inuti en mall.Varna nÃ¤r stackÃ¶verskrivningsskydd inte lÃ¤ggs ut av nÃ¥gon anledning.Varna nÃ¤r en lokal variabel skuggar en annan lokal variabel eller parameter med kompatibel typ.Varna nÃ¤r en lokal variabel skuggar en annan lokal variabel eller parameter.Varna nÃ¤r en variabel skuggar en annan (globalt).Varna nÃ¤r en variabel skuggar en annan.  Samma som -Wshadow=global.Varna nÃ¤r Ã¶verlagring anpassar frÃ¥n teckenlÃ¶st till med tecken.Varna nÃ¤r utfyllnad krÃ¤vs fÃ¶r att justera postmedlemmar.Varna nÃ¤r sizeof anvÃ¤nds pÃ¥ en parameter som Ã¤r deklarerad som en vektor.Varna nÃ¤r kompilatorn Ã¤ndrar ordning pÃ¥ kod.Varna nÃ¤r indenteringen av koden inte avspeglar blockstrukturen.Varna nÃ¤r attributet packed inte har nÃ¥gon effekt pÃ¥ postformatet.Varna fÃ¶r typkonverteringar till pekare frÃ¥n ett heltal med annan storlek.Varna nÃ¤r det Ã¤r en konvertering mellan pekare som har ofullstÃ¤ndiga typer.Varna nÃ¤r typedef:ar lokalt definierade i en funktion inte anvÃ¤nds.Varna nÃ¤r en funktions returtyp fÃ¥r â€�intâ€� som skÃ¶nsvÃ¤rde (C), eller om inkonsistenta returtyper (C++).Varna nÃ¤rhelst en trampolin genereras.Varna nÃ¤r en Objective-C-tilldelning fÃ¥ngas upp av skrÃ¤psamlaren.Varna nÃ¤r attribut ignoreras.Varna nÃ¤r typkvalificerare ignoreras.VarningNÃ¤r â€�signedâ€� eller â€�unsignedâ€� inte anges lÃ¥t bitfÃ¤ltet ha tecken.NÃ¤r â€�signedâ€� eller â€�unsignedâ€� inte anges gÃ¶rs bitfÃ¤lten teckenlÃ¶sa.NÃ¤r RAM skall nÃ¥s, anvÃ¤nd X som hÃ¥rdvaran framtvingar, d.v.s. anvÃ¤nda bara fÃ¶r-dekrementering, efter-inkrementering och indirekt adressering med registret X.  Utan denna flagga kan kompilatorn anta att det finns ett adresseringslÃ¤ge X+konstant liknande Y+konstant och Z+konstant och mata ut instruktioner fÃ¶r att emulera ett sÃ¥dant adresseringslÃ¤ge fÃ¶r X.Vid generering av -fpic-kod, tillÃ¥t anvÃ¤ndningen av PLT:er.  Ignoreras fÃ¶r fno-pic.Vid generering av -mabicalls-kod, tillÃ¥t kÃ¶rbara att anvÃ¤nda PLT:er och kopieringsomlokaliseringar.Vid generering av -mabicalls-kod, gÃ¶r sÃ¥ att koden passar fÃ¶r anvÃ¤ndning i delade bibliotek.LÃ¥t bli att generera stackramar nÃ¤r det Ã¤r mÃ¶jligt.NÃ¤r CSE kÃ¶rs, fÃ¶lj hopp till deras mÃ¥l.NÃ¤r de Ã¤r kortare, anvÃ¤nd kanoniska sÃ¶kvÃ¤gar till systemhuvuden.Om kanoniska typer skall anvÃ¤ndas.Vilken -fsched-pressure-algoritm som skall anvÃ¤ndas.NÃ¤r signalhanterare sattes upp: %mNÃ¤r signalstacken sattes upp: %mLÃ¤get helprogramanalys (WPA) med antal parallella jobb angivna.Med denna flagga kommer en dynamiskt erhÃ¥llen storlek pÃ¥ noll fÃ¶r objekt med ofullstÃ¤ndig typ hanteras som oÃ¤ndlig.Utan utfyllnad finns det inte tillrÃ¤ckligt med element i inbyggda RESHAPE-kÃ¤llan vid %L fÃ¶r att stÃ¤mma med formenGÃ¥ runt mflo/mfhi-fel i VR4130.GÃ¥ runt en hÃ¥rdvaruanomali genom att lÃ¤gga till ett antal NOP:ar fÃ¶re en CSYNC- eller SSYNC-instruktion.GÃ¥ runt ett hÃ¥rdvarufel i tidiga 4300.GÃ¥ runt fel i multiplikationsinstruktion.GÃ¥ runt vissa fel i 24K.GÃ¥ runt vissa fel i R10000.GÃ¥ runt vissa fel i R4000.GÃ¥ runt vissa fel i R4400.GÃ¥ runt vissa fel i RM7000.GÃ¥ runt vissa fel i VR4120.GÃ¥ runt fel i tidiga SB-1 revision 2-kÃ¤rnor.GÃ¥ runt multiplikationsfel i hÃ¥rdvara.SÃ¤tt att gÃ¥ runt ARM Cortex-A53:s errata nummer 835796.SÃ¤tt att gÃ¥ runt ARM Cortex-A53:s errata nummer 843419.Skriv alla deklarationer som Adakod endast fÃ¶r den angivna filen.Skriv alla deklarationer som Adakod transitivt.NÃ¤r modul %qs pÃ¥ rad %d kolumn %d lÃ¤stes: %sFelaktig OpenACC-fortsÃ¤ttning vid %C: !$ACC fÃ¶rvÃ¤ntades, fick !$OMPFelaktig OpenMP-fortsÃ¤ttning vid %C: !$OMP fÃ¶rvÃ¤ntades, fick !$ACCFel post i TYPE_ARG_TYPES-listaFel nod refereras med en chkp-referensFel trÃ¤d i TYPE_FIELDS-listaX-argumentet vid %L till C_LOC fÃ¥r inte vara polymorftX-beskrivare krÃ¤ver inledande utrymmesantal vid %LX32 stÃ¶djer inte attributet ms_abiXXX gÃ¥r in i pop_everything ()
  XXX lÃ¤mnar pop_everything ()
  Du kan inte ta adressen till en nÃ¤stad funktion om du anvÃ¤nder flaggan -mno-pointers-to-nested-functionsDu mÃ¥ste aktivera NEON-instruktioner (t.ex. -mfloat-abi=softfp -mfpu=neon) fÃ¶r att anvÃ¤nda dessa inbyggda.Du mÃ¥ste aktivera VFP-instruktioner fÃ¶r att anvÃ¤nda dessa inbyggda.Du mÃ¥ste aktivera kryptoinstruktioner (t.ex. inkludera -mfloat-abi=softfp -mfpu=crypto-neon â€¦) fÃ¶r att anvÃ¤nda dessa inbyggda.Du behÃ¶ver en C-uppstartsfil fÃ¶r -msys-crt0=Din mÃ¥lplattform stÃ¶djer inte -fcheck-pointer-boundsNoll Ã¤r inte en giltig satsetikett vid %CNollbredd i formatbeskrivning[...]-stils vektorkonstruerare vid %C[LÃ¤mnar %s]
! [kan inte hitta %s][standard][avslagen][aktiverad][super ...] mÃ¥ste stÃ¥ i metodkontext_Cilk_for-sats fÃ¶rvÃ¤ntadesattributet __BELOW100__ Ã¤r inte tillÃ¥tet med lagringsklassen auto__builtin_arc_aligned med icke konstant justering__builtin_eh_return stÃ¶djs inte pÃ¥ denna mÃ¥larkitektur__builtin_rx_%s tar â€�Câ€�, â€�Zâ€�, â€�Sâ€�, â€�Oâ€�, â€�Iâ€� eller â€�Uâ€�__builtin_saveregs stÃ¶djs inte pÃ¥ denna mÃ¥lunderarkitektur__builtin_saveregs stÃ¶djs inte pÃ¥ denna mÃ¥larkitektur__builtin_set_thread_pointer stÃ¶djs inte pÃ¥ denna mÃ¥larkitektur__builtin_shuffle argumentvektorns inre typ mÃ¥ste ha samma storlek som den inre typen fÃ¶r maskenargumentvektorerna till __builtin_shuffle mÃ¥ste ha samma typargumenten till __builtin_shuffle mÃ¥ste vara vektorersista argumentet till __builtin_shuffle mÃ¥ste vara en heltalsvektor__builtin_shuffle antalet element i argumentvektorn och maskvektorn skall vara samma__builtin_thread_pointer stÃ¶djs inte pÃ¥ denna mÃ¥larkitektur__builtin_unreachable eller __builtin_trap anropad utan argument__delay_cycles Ã¤r begrÃ¤nsad till 32-bitars slingrÃ¤knare__delay_cycles tar endast ickenegativa antal cykler__delay_cycles() tar endast konstanta argument__float128 och __ibm128 kan inte anvÃ¤ndas i samma uttryck__float128 och long double kan inte anvÃ¤ndas i samma uttryck__fp16 och ingen ldrh__ibm128 och long double inte anvÃ¤ndas i samma uttryck__label__-deklarationer fÃ¥r bara fÃ¶rekomma pÃ¥ funktionsnivÃ¥argument %d till __sec_implicit_index mÃ¥ste vara mindre Ã¤n ordningen pÃ¥ %qEparametern till __sec_implicit_index mÃ¥ste vara ett konstant heltalsuttryck__sec_reduce_min_ind eller __sec_reduce_max_ind kan inte ha vektorer med dimensioner stÃ¶rre Ã¤n 1â€�argumentet â€�custom-%s=â€� behÃ¶ver numeriska siffroren klammeromsluten initierare Ã¤r inte tillÃ¥ten hÃ¤rett anrop till en konstruerare fÃ¥r inte finnas i ett konstantuttrycken typomvandling till en annan typ Ã¤n en heltals- eller upprÃ¤kningstyp kan inte fÃ¶rekomma i ett konstantuttrycken klassmallsdeklaration fÃ¥r inte deklarera nÃ¥got annaten kommaoperator fÃ¥r inte finnas i ett konstantuttryckett koncept kan inte vara en medlemsfunktionen konstruerare kan inte vara %<concept%>en konverteringsfunktion kan inte ha en avslutande returtypen definition som skiljer i virtuella nyckelord i en annan Ã¶versÃ¤ttningsenheten destruerare kan inte vara %<concept%>en destruerare kan inte vara %<constexpr%>en annan metod med samma typ Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten annan typ Ã¤r definierad i en annan Ã¶versÃ¤ttningsenhetett fÃ¤lt med samma namn men annan typ Ã¤r definierat i en annan Ã¶versÃ¤ttningsenhetett fÃ¤lt med ett annat namn Ã¤r definierat i en annan Ã¶versÃ¤ttningsenhetett funktionsanrop fÃ¥r inte finnas i ett konstantuttrycken funktionsdefinition Ã¤r inte tillÃ¥ten hÃ¤ren etikett kan endast vara en del av en sats och en deklaration Ã¤r inte en satsen lambdahÃ¶ljetyp har en raderad koperingstilldelningsoperatoren lambdahÃ¶ljestyp har en raderad standardkonstruerareen senare -fabi-version= (eller =0) undviker detta fel med en Ã¤ndring av manglingenen medlem av an post eller union fÃ¥r inte ha variabel typen nÃ¤stad funktion stÃ¶djs inte fÃ¶r reducerade registeren nÃ¤stad namnrymdsdefinition kan inte inline:asen nÃ¤stad namnrymdsdefinition kan inte ha attributen icke-mallvariabel variabel kan inte vara %<concept%>en parameter kan inte deklareras %<concept%>en parameter kan inte deklareras %<constexpr%>en parameterlista med ellips kan inte matcha en tom parameternamnlistdeklarationen reinterpret_cast Ã¤r inte ett konstant uttryckett transaktionsuttryck fÃ¥r inte finnas utanfÃ¶r en mallen lagringsklass kan bara anges fÃ¶r objekt och funktioneren lagringklass pÃ¥ ett anonymt aggregat i klassrÃ¤ckvidd tillÃ¥ts inteen mall kan inte standarddefinierasen malldeklaration fÃ¥r inte fÃ¶rekomma pÃ¥ blocknivÃ¥ett mall-id fÃ¥r inte fÃ¶rekomma i en using-deklarationen temporÃ¤r bunden till %qD bestÃ¥r endast tills konstrueraren avslutarett transaktionsuttryck fÃ¥r inte finnas i ett konstantuttrycken typ definierad i en annan Ã¶versÃ¤ttningsenhet Ã¤r inte polymorfen typ definierad i en annan Ã¶versÃ¤ttningsenhet Ã¤r polymorfen typ med annan justering Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten typ med andra attribut Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten typ med andra baser Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten typ med ett annat antal fÃ¤lt Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten typ med ett annat antal metoder definierad i en annan Ã¶versÃ¤ttningsenheten typ med annan precision Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten typ med andra kvalificerare Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten typ med annan teckenhet Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten typ med en annan storlek Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten typ med en annan virtuell tabellpekare Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten using-deklaration kan inte ange ett mall-id.  FÃ¶rsÃ¶k med %<using %D%>en bred strÃ¤ng Ã¤r inte tillÃ¥ten i denna kontextonormala anropsbÃ¥gar fÃ¶r instruktion som inte Ã¤r anrop i gb %ionormala bÃ¥gar utan syfte i gb %iavbrott i %s, vid %s:%dabstrakt deklarerare %qT anvÃ¤nd som deklarationÃ¥tkomstdeklarationer bÃ¶r undvikas till fÃ¶rmÃ¥n fÃ¶r using-deklarationer; fÃ¶rslag: lÃ¤gg till nyckelordet %<using%>anvÃ¤nder medlem %qD istÃ¤llet fÃ¶r initierad medlem %qD i ett konstant uttryckanvÃ¤nder en medlem %qE av en atomÃ¤r struktur %qEÃ¥tkomst av medlemmen %qE i en atomÃ¤r union %qEÃ¥tkomst av dataminne med programminnesadressÃ¥tkomst av programminne med dataminnesadressanvÃ¤nder oinitierat vektorelementanvÃ¤nder oinitierad medlem %qDanvÃ¤nder vÃ¤rdet av %qE genom ett %qT-glvalue i ett konstant uttryckackumulatorn Ã¤r inte ett konstant heltalackumulatortalet Ã¤r utanfÃ¶r grÃ¤nsenaktuellt argument till INTENT = OUT/INOUTlÃ¤gg till parenteser runt uttrycket pÃ¥ vÃ¤nster hand fÃ¶r att tysta denna varningadd_sym(): Felaktigt storlekslÃ¤geadressomrÃ¥desattribut kan inte anges fÃ¶r funktioneradressomrÃ¥det fÃ¶r %q+D stÃ¥r i konflikt med tidigare deklarationadresslÃ¤get %qs stÃ¶djs inte i %s-bitslÃ¤geadress till vektor med omvÃ¤nd skalÃ¤r lagringsordning begÃ¤rdadress till explicit registervariabel %qD begÃ¤rdadress till global registervariabel %qD efterfrÃ¥gadadressen till etiketten %qD returneradadress till lokal variabel %qD returneradadress till Ã¶verlagrad funktion utan typinformation frÃ¥n sammanhangetadress pÃ¥ registervariabeln %qD efterfrÃ¥gadadressavstÃ¥nd inte en konstantadressoperander krÃ¤ver begrÃ¤nsning fÃ¶r X-, Y- eller Z-registeradress begÃ¤rd till %qD, som Ã¤r deklarerad %<register%>adressrymden %qs stÃ¶djs inte fÃ¶r enheter med flash-storlek upp till %d KiBadressrymder stÃ¶djs inte fÃ¶r reducerade Tiny-enheteradress tagen, men ADDRESSABLE-biten Ã¤r inte sattadress-av pÃ¥ ett objekt %qE med trÃ¥dlokal eller automatisk lagring Ã¤r inte ett konstant uttryckaggregatet %q#D har ofullstÃ¤ndig typ och kan inte definierassammansatt vÃ¤rde anvÃ¤nt dÃ¤r ett komplext vÃ¤rde fÃ¶rvÃ¤ntadessammansatt vÃ¤rde anvÃ¤nt dÃ¤r ett fixdecimalvÃ¤rde fÃ¶rvÃ¤ntadessammansatt vÃ¤rde anvÃ¤nt dÃ¤r ett flyttalsvÃ¤rde fÃ¶rvÃ¤ntadessammansatt vÃ¤rde anvÃ¤ndes dÃ¤r ett heltal fÃ¶rvÃ¤ntadesÃ¤venaliasdefinitioner stÃ¶djs inte i Mach-O, ignorerasaliasdefinitioner stÃ¶djs inte i denna konfigurationjustering (%u) fÃ¶r %s Ã¶verskrider maximal justering fÃ¶r globala common-data.  AnvÃ¤nder %ujustering fÃ¶r %q+D mÃ¥ste vara Ã¥tminstone %djustering fÃ¶r %q+D angavs tidigare som %d och fÃ¥r inte minskaminnesjustering kan inte anges fÃ¶r %q+Djustering mÃ¥ste vara tvÃ¥ upphÃ¶jt till ett litet tal, inte %djusteringen av %q+D Ã¤r stÃ¶rre Ã¤n den objektfilers maximala justering %djusteringen av %qD Ã¶kade i -fabi-version=9 (GCC 5.2)justering av %qD Ã¤r stÃ¶rre Ã¤n originaldeklarationenjustering av %qD kommer Ã¶ka med -fabi-version=9justeringen av vektorelement Ã¤r stÃ¶rre Ã¤n elementstorlekenminnesjustering angiven fÃ¶r %<register%>-objekt %qEminnesjustering angiven fÃ¶r bitfÃ¤ltet %qEminnesjustering angiven fÃ¶r funktionen %qEminnesjustering angiven fÃ¶r parameter %qEminnesjustering angiven fÃ¶r typedef %qEminnesjustering angiven fÃ¶r namnlÃ¶st bitfÃ¤ltminnesjustering angiven fÃ¶r namnlÃ¶s parameteralla medlemsfunktioner i klass %qT Ã¤r privataalloc_align-parameter utanfÃ¶r giltigt intervallalloc_size-parameter utanfÃ¶r giltigt intervallallokerbart argumentredan infÃ¥ngad %qD i lambdauttryckhittade ocksÃ¥ %<%c%s%>alternativ Ã¤r inte tillÃ¥tna i asm-flaggutdataalways_inline-funktion kanske inte kan inline:asny deklaration %q+#D som skapar tvetydighetny deklaration av %q+#D som skapar tvetydighettvetydig konvertering av fÃ¤ltindextvetydig standardtypkonvertering frÃ¥n %qTtvetydig metod %s%s%stvetydig Ã¶verlagring fÃ¶r tvetydig Ã¶verlagring fÃ¶r den inbyggda %qstvetydig mallinstansiering av %q#Dtvetydig mallinstansiering av %q#Ttvetydig mallspecialisering %qD fÃ¶r %q+Dett adressomrÃ¥desattribut kan inte anges fÃ¶r lokala variableren anonym post kan inte ha funktionsmedlemmaren anonym union kan inte ha funktionsmedlemmaren argumenttyp med en standardkonvertering kan inte matcha en tom parameternamnlistdeklarationen vektor med annan storlek Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten vektorreferens fÃ¥r inte finnas i ett konstantuttrycken asm-specifikation Ã¤r inte tillÃ¥ten pÃ¥ en funktionsdefinitionen tilldelning fÃ¥r inte finnas i ett konstantuttryckEtt attribut som gÃ¤ller en viss typspecificerare ignorerasen minskning fÃ¥r inte finnas i ett konstantuttrycken upprÃ¤kningstyp med andra vÃ¤rdenamn definierad i en annan Ã¶versÃ¤ttningsenheten upprÃ¤kningstyp med andra vÃ¤rden Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten upprÃ¤kningstyp med ett inte matchande antal vÃ¤rden Ã¤r definierad i en annan Ã¶versÃ¤ttningsenheten explicit specialisering mÃ¥ste fÃ¶regÃ¥s av %<template <>%>en Ã¶kning fÃ¥r inte finnas i ett konstantuttrycken indirekt bÃ¥ge frÃ¥n %s har inget motsvarande call_stmtett indirekt bÃ¥ge med okÃ¤nd anropsmÃ¥l motsvarande ett call_stmt med en kÃ¤nd deklaration:en avbrottshanterare kan inte kompileras med -muser-modeanakronismanakronism: anakronistisk gammaldags basklassinitieraretyp %qT har inga mallkonstruerareoch fÃ¤ltoch den implicit definierade konstrueraren initierar inte %q#Danonym %s deklarerad inuti parameterlista kommer inte vara synlig utanfÃ¶r denna definition eller deklarationett anonymt SSA-namn kan inte ha en standarddefinitionanonym post som inte Ã¤r inuti en namngiven typanonym union utan medlemmarapplicering av #pragma weak %q+D efter fÃ¶rsta anvÃ¤ndningen ger odefinierat beteendearkitekturen %qs stÃ¶djs endast i assemblerare_identical_variables: Felaktig typargumenten som skall formateras Ã¤r inte %<...%>argument %d Ã¤r en literal utan tecken som Ã¤r utanfÃ¶r sitt intervallargument %d mÃ¥ste vara en literal utan teckenargumentet %d till %qE kan vara kandidat fÃ¶r ett formatattributargument %d till %qE mÃ¥ste vara en pekare till en typ med konstant storlekargument %d till %qE mÃ¥ste vara en pekartypargument %d till %qE fÃ¥r inte vara en pekare till en funktionargument %d till â€�%sâ€� hade inte det fÃ¶rvÃ¤ntade namnetargument %d till den inbyggda mÃ¥ste vara en konstant i intervallet frÃ¥n %d till %dargument %i i intervallet [%E, %E]argumentet %q+D kan skrivas Ã¶ver av %<longjmp%> eller %<vfork%>argument %qD stÃ¤mmer inte med inbyggd prototypargument %qD stÃ¤mmer inte med prototypenargumentet %qd Ã¤r inte en konstantargumentet %qs till %<-Waligned-new%> Ã¤r inte kÃ¤ntargumentet %qs till %<-Wnormalized%> Ã¤r inte kÃ¤ntargumentet %qs till %<-femit-struct-debug-detailed%> Ã¤r inte kÃ¤ntargument %qs till %<-femit-struct-debug-detailed%> okÃ¤ntargument %u i anrop av funktionen %qE har inte heltalstypargument %u Ã¤r noll dÃ¤r icke-noll fÃ¶rvÃ¤ntadesargument 1 mÃ¥ste vara 0 eller 2argument 1 mÃ¥ste vara en 1-bitars literal utan teckenargument 1 mÃ¥ste vara en 5-bitars literal med teckenargument 1 mÃ¥ste vara en 6-bitars literal utan teckenargument 1 mÃ¥ste vara en avbildningargument 1 mÃ¥ste vara ett 8-bitars fÃ¤ltvÃ¤rdeargument 1 till %qE mÃ¥ste vara pekartyp som inte pekar pÃ¥ voidargument 1 till %qE mÃ¥ste vara en pekare till en typ med konstant storlekargument 1 till %qE mÃ¥ste vara en pekare till ett objekt av storlek stÃ¶rre Ã¤n nollargument 1 till __builtin_altivec_predicate Ã¤r utanfÃ¶r sitt intervallargumentet 1 till __builtin_altivec_predicate mÃ¥ste vara en konstantargument 1 till __builtin_paired_predicate Ã¤r utanfÃ¶r sitt intervallargument 1 till __builtin_paired_predicate mÃ¥ste vara en konstantargument 1 till __builtin_spe_predicate Ã¤r utanfÃ¶r sitt intervallargument 1 till __builtin_spe_predicate mÃ¥ste vara en konstantargument 2 mÃ¥ste vara 0 eller 1argument 2 mÃ¥ste vara en 5-bitars literal utan teckenargument 2 mÃ¥ste vara en 6-bitars literal utan teckenargument 2 mÃ¥ste vara en 7-bitars literal utan teckenargument 3 i anropet av funktionen %qE har inte typen pekare till heltalargument 3 i anrop av funktionen %qE har boolesk typargument 3 i anrop av funktionen %qE har upprÃ¤kningstypargument 3 i anropet av funktionen %qE har typen pekare till booleanargument 3 i anropet av funktionen %qE har typen pekare till upprÃ¤kningstypargument 3 mÃ¥ste vara en 1-bitars literal utan teckenargument 3 mÃ¥ste vara en 2-bitars literal utan teckenargument 3 mÃ¥ste vara en 4-bitars literal utan teckenargument 3 mÃ¥ste vara i intervallet 0..15argumentberoende uppslagning hittar %q+Dargumentlistefunktion vid %Cargumentet mÃ¥ste vara en fÃ¤ltreferensargumentet mÃ¥ste vara en vektor eller skiva eller kanalargumentet mÃ¥ste vara en kanalargumentet mÃ¥ste vara en strÃ¤ng eller vektor eller skiva eller avbildning eller kanalargumentet mÃ¥ste ha komplex typargument Ã¤r inte tillÃ¥tna pÃ¥ %qs-klausulen i OpenACC %<parallel%>argumentet till %<__builtin_eh_return_regno%> mÃ¥ste vara konstantargumentet till attributet %qE Ã¤r inte â€�ilinkâ€�argumentet till attributet %qE Ã¤r inte â€�ilink1â€� eller â€�ilink2â€�argument till attributet %qE Ã¤r inte â€�resetâ€�, â€�software_exceptionâ€�, â€�page_missâ€�, â€�timer0â€�, â€�timer1â€�, â€�messageâ€�, â€�dma0â€�, â€�dma1â€�, â€�wandâ€� eller â€�swiâ€�argumentet till attributet %qE Ã¤r inte en strÃ¤ngkonstantargumentet till attributet %qE Ã¤r inte en strÃ¤ngkonstant eller ett talargument till Offsetof implicerar indirektion till ett inbÃ¤ddat fÃ¤ltargument till funktionsanrop kan vara en kandidat fÃ¶r ett formatattributargumentet till %%:compare-debug-auxbase-opt slutar inte i .gkargumentet till %<-O%> skall vara ett ickenegativt heltal, %<g%>, %<s%> eller %<fast%>argumentet till %<alloca%> Ã¤r fÃ¶r stortargumentet till %<alloca%> Ã¤r nollargumentet till %<alloca%> kan vara fÃ¶r stortargumentet till %<alloca%> kan vara fÃ¶r stort pÃ¥ grund av konvertering frÃ¥n %qT till %qTargumentet till %<sizeof%> i %qD-anropet Ã¤r samma uttryck som destinationen; hade du tÃ¤nkt dereferera det?argumentet till %<sizeof%> i %qD call-anrop Ã¤r samma uttryck som destinationen; hade du tÃ¤nkt ange en explicit lÃ¤ngd?argumentet till %<sizeof%> i %qD-anrop Ã¤r samma uttryck som destinationen; hade du tÃ¤nkt att ta bort addressof?argumentet till %<sizeof%> i %qD-anrop Ã¤r samma uttryck som den fÃ¶rsta kÃ¤llan; hade du tÃ¤nkt dereferera det?argumentet till %<sizeof%> i %qD-anrop Ã¤r samma uttryck som den fÃ¶rsta kÃ¤llan; hade du tÃ¤nkt ange en explicit lÃ¤ngd?argumentet till %<sizeof%> i %qD-anrop Ã¤r samma uttryck som den fÃ¶rsta kÃ¤llan; hade du tÃ¤nkt ta bort addressof?argumentet till %<sizeof%> i %qD-anrop Ã¤r samma uttryck som den andra kÃ¤llan; hade du tÃ¤nkt dereferera det?argumentet till %<sizeof%> i %qD-anrop Ã¤r samma uttryck som den andra kÃ¤llan; hade du tÃ¤nkt ange en explicit lÃ¤ngd?argumentet till %<sizeof%> i %qD-anrop Ã¤r samma uttryck som den andra kÃ¤llan; hade du tÃ¤nkt ta bort addressof?argumentet till %<sizeof%> i %qD-anrop Ã¤r samma uttryck som kÃ¤llan; hade du tÃ¤nkt dereferera det?argumentet till %<sizeof%> i %qD-anrop Ã¤r samma uttryck som kÃ¤llan; hade du tÃ¤nkt ange en explicit lÃ¤ngd?argumentet till %<sizeof%> i %qD-anrop Ã¤r samma uttryck som kÃ¤llan; hade du tÃ¤nkt ta bort addressof?argumentet till %<sizeof%> i %qD-anrop Ã¤r samma pekartyp %qT som destinationen; %qT eller en explicit lÃ¤ngd fÃ¶rvÃ¤ntadesargumentet till %<sizeof%> i %qD-anrop Ã¤r samma pekartyp %qT som den fÃ¶rsta kÃ¤llan; %qT eller en explicit lÃ¤ngd fÃ¶rvÃ¤ntadesargumentet till %<sizeof%> i %qD-anrop Ã¤r samma pekartyp %qT som den andra kÃ¤llan; %qT eller en explicit lÃ¤ngd fÃ¶rvÃ¤ntadesargumentet till %<sizeof%> i %qD-anrop Ã¤r samma pekartyp %qT som kÃ¤llan; %qT eller en explicit lÃ¤ngd fÃ¶rvÃ¤ntadesargumentet till attributet %qE Ã¤r varken eic eller vector=<rad>argumentet till attributet %qE Ã¤r varken noll eller ettargumentet till attributet %qE Ã¤r inte intstackargument till attributet %qE Ã¤r stÃ¶rre Ã¤n %dargumentet till %qs Ã¤r fÃ¶r stort (max. %d)argument till %qs mÃ¥ste vara en 2-bitars literal utan teckenargumentet till %qs skall vara ett ickenegativt heltalargument till decltype mÃ¥ste vara ett uttryckargument till dss mÃ¥ste vara en 2-bitars literal utan teckenargumentet till attributet interrupt stÃ¶djs inte fÃ¶r svaga funktionerargumentet till en vektor med variabel lÃ¤ngd Ã¤r fÃ¶r stortargumentet till en vektor med variabel lÃ¤ngd Ã¤r nollargumentet till en vektor med variabel lÃ¤ngd kan vara fÃ¶r stortargumentet till en vektor med variabel lÃ¤ngd kan vara fÃ¶r stort pÃ¥ grund av konvertering frÃ¥n %qT till %qTargumenten â€�%sâ€� och â€�%sâ€� fÃ¶r inbyggd %sargument â€�%sâ€� och â€�%sâ€� fÃ¶r inbyggd â€�%sâ€�argument â€�a%dâ€� och â€�a%dâ€� fÃ¶r inbyggd â€�%sâ€�argumenten till %qs skall vara ickenegativa heltalargument till destruerare Ã¤r inte tillÃ¥tetargumenten till attributet %qE mÃ¥ste vara smala strÃ¤ngkonstanterargumenten till attributet %qE mÃ¥ste innehÃ¥lla giltiga identifierarearith_power(): Felaktig basarith_power(): okÃ¤nd typaritmetiskt IFaritmetik som innefattar en nollpekare i %qEaritmetik pÃ¥ pekare till ett tomt aggregataritmetik pÃ¥ pekare till ofullstÃ¤ndig typvektor %q+D antas ha ett elementvektor %qD initierad frÃ¥n strÃ¤ngkonstant inom parentes %qEvektortilldelningvektorgrÃ¤ns Ã¤r fÃ¶rbjuden efter typ-id i parenteservektorgrÃ¤ns Ã¤r inte en heltalskonstantvektorindex i initierare Ã¶verskrider vektorns storlekvektorindex i initierare inte av ett konstant heltalsuttryckvektorindex i initierare inte av heltalstypvektorindex i initierare fÃ¶r annat Ã¤n vektorvektorindexintervall i initierare Ã¶verskrider vektorns grÃ¤nservektor initierad frÃ¥n icke-konstant vektoruttryckvektor initierad frÃ¥n strÃ¤ngkonstant inom parentesvektormedlem %q#D Ã¤r deklarerad hÃ¤rvektorer mÃ¥ste initieras med en initierare inom klamrarvektornotation kan inte anvÃ¤ndas som villkor till en do-while-satsvektornotation kan inte anvÃ¤ndas som villkor i en switch-satsvektornotation kan inte anvÃ¤ndas som villkor till en while-satsvektornotation kan inte anvÃ¤ndas i ett villkor till en for-slingavektornotation kan inte anvÃ¤ndas med en funktionstypvektornotationsuttryck kan inte anvÃ¤ndas som ett returvÃ¤rdevektornotation kan inte anvÃ¤ndas i en deklarationvektornotationer kan inte anvÃ¤ndas med en funktionstypvektor av typ som inte passar initierad frÃ¥n strÃ¤ngkonstantvektor- och kÃ¶rtidsgrÃ¤nser kan inte fÃ¥ngas av kopiering, endast via referensvektorresultatvektorsektionen har inte en avbildbar typ i %qs-klausulenvektorsektionen i %<#pragma acc declare%>vektorsektionen Ã¤r inte sammanhÃ¤ngande i %qs-klausulenvektorstorlek i new-uttryck mÃ¥ste vara en konstantvektorstorlek saknas i %q+Dvektorstorlek saknas i %qDvektorstorlek saknas i %qTvektorindex har typen %<char%>vektorindex Ã¤r ovanfÃ¶r vektorgrÃ¤nsenvektorindex Ã¤r under vektorgrÃ¤nsenfÃ¤ltindex Ã¤r inte ett heltalvektorindex Ã¤r utanfÃ¶r vektorgrÃ¤nsernavektorindexvÃ¤rdet %qE Ã¤r utanfÃ¶r grÃ¤nserna fÃ¶r vektorn %qD av typen %qTvektorindexvÃ¤rdet %qE Ã¤r utanfÃ¶r grÃ¤nserna fÃ¶r vektortypen %qTvektortyp har ofullstÃ¤ndig elementtyp %qTvektortyper har olika grÃ¤nservektor anvÃ¤nd som initierarevektorer av funktioner Ã¤r inte meningsfullasom %qDasm-Ã¶verskrivning stÃ¥r i konflikt med indataoperandasm-Ã¶verskrivning stÃ¥r i konflikt med utdataoperandasm-deklaration ignorerad eftersom den stÃ¥r i konflikt med tidigare namnbyteasm Ã¤r inte tillÃ¥tet i en %<transaction_safe%>-funktionasm Ã¤r inte tillÃ¥tet i en atomÃ¤r transaktionasm-operand %d stÃ¤mmer fÃ¶rmodligen inte med begrÃ¤nsningarnaasm-specificerare fÃ¶r variabeln %qE stÃ¥r i konflikt med asm-Ã¶verskrivningslistahashlistan Ã¶ver assemblernamn trasigfÃ¶rsÃ¤kran saknas efter %qsattribut fÃ¶r tilldelningssemantik fÃ¶r egenskap %qD stÃ¥r i konflikt med tidigare deklarationtilldelning till en vektor frÃ¥n en initierarlistatilldelningtilldelning (inte initiering) i deklarationtilldelning kastar %qv-kvalificerare frÃ¥n pekarmÃ¥ltyptilldelning frÃ¥n distinkt Objective-C-typtilldelning frÃ¥n inkompatibel pekartyptilldelning frÃ¥n pekare till adressutrymme som inte Ã¤r inneslutetvÃ¤nsterhandssida av tilldelning kan vara en kandidat fÃ¶r ett formatattributtilldelning skapar en %q#v-kvalificerad funktionspekare frÃ¥n en okvalificeradtilldelning skapar heltal frÃ¥n pekare utan typkonverteringtilldelning skapar pekare av heltal utan typkonverteringtilldelning till konstant fÃ¤lt %qDtilldelning av funktion %qDtilldelning av medlem %qD i endast lÃ¤sbart objekttilldelning till endast lÃ¤sbar plats %qEtilldelning till endast lÃ¤sbar medlem %qDtilldelning av endast lÃ¤sbart namngivet returvÃ¤rde %qDtilldelning till endast lÃ¤sbar parameter %qDtilldelning till endast lÃ¤sbar referens %qDtilldelning till endast lÃ¤sbar variabel %qDutelÃ¤mnad tilldelningtilldelning till uttryck med vektortypassociate_integer_pointer(): Redan associeradassume_aligned-parameter Ã¤r inte en heltalskonstantargument med antagen ordningargument med antagen formargument med antagen typantar typkonvertering till %qT frÃ¥n Ã¶verlagrad funktionantar direktivutdata pÃ¥ %wu byteantar direktivutdata pÃ¥ %wu byteantar pekare till medlem %qDantar att teckenspill inte fÃ¶rekommer vid kombination av konstanter runt en jÃ¤mfÃ¶relseantar att teckenspill inte fÃ¶rekommer vid reduktion av konstant i jÃ¤mfÃ¶relseantar att teckenspill inte fÃ¶rekommer vid fÃ¶renkling av %</%> eller %<%%%> till %<>>%> eller %<&%>antar att teckenspill inte fÃ¶rekommer vid fÃ¶renkling av %<abs (X)%> till %<X%> eller %<-X%>antar att teckenspill inte fÃ¶rekommer vid fÃ¶renkling av %<min/max (X,Y)%> till %<X%> eller %<Y%>antar att teckenspill inte fÃ¶rekommer vid fÃ¶renkling av villkorantar att teckenspill inte fÃ¶rekommer vid fÃ¶renkling av villkor till konstantantar att teckenspill inte fÃ¶rekommer vid fÃ¶renkling av intervalltestasynkront argumentatexit misslyckadesatomic_cancelfÃ¶rsÃ¶k att ta adressen till bitfÃ¤ltfÃ¶rsÃ¶k att ta adressen till en medlem %qD i en bitfÃ¤ltspostattributet %<deprecated%> kan fÃ¶rekomma hÃ¶gst en gÃ¥ng i en attributlistaattributet %<fallthrough%> fÃ¶regÃ¥r inte en case-etikett eller standardetikettattributet %<noreturn%> fÃ¥r fÃ¶rekomma hÃ¶gst en gÃ¥ng i en attributlistaargument till attribut %<target%> Ã¤r inte en strÃ¤ngargument till attribut %qE Ã¤r inte en strÃ¤ngattributet %qs Ã¤r bara tillÃ¤mpbart pÃ¥ vektortyperattributdeklarationattribut fÃ¶r %q#T mÃ¥ste komma efter nyckelordet %qsattributet ignoreratattribut ignoreras i deklaration av %q#Tattribut ignoreras i explicit instansiering av %q#Tattribut som anvÃ¤nder prefix Ã¤r endast tillgÃ¤ngligt med -std=c++1z eller -std=gnu++1zattribut som anvÃ¤nder prefix anvÃ¤nt tillsammans med attributsymboler med rÃ¤ckviddattribute(target("%s")) Ã¤r okÃ¤ntattribut efter initierare inom parentes ignorerasattribut Ã¤r inte tillÃ¥tna vid en funktionsdefinitionattribut vid bÃ¶rjan av satser ignorerasattribut ignoreras fÃ¶r bearbetade typspecificerare som inte Ã¤r en framÃ¥tdeklarationattribut ignoreras vid mallinstansieringattributet ignorerat pÃ¥ oinstansierad typattribut i parametervektordeklarerare ignorerasattribut fÃ¥r inte anges fÃ¶re Objective-C++-nyckelordet %<@%D%>attribut skall inte anges fÃ¶re deklareraren i en funktionsdefinitionautomatiskt fpu-val Ã¤r fÃ¶r nÃ¤rvarande inte tillÃ¥tet hÃ¤rautomatisk variabel %qE kan inte vara %<threadprivate%>aux-fÃ¤lt satt fÃ¶r bÃ¥ge %s->%saux-fÃ¤lt satt fÃ¶r indirekt bÃ¥ge frÃ¥n %sbakÃ¤ndedeklaration fÃ¶r modulvariabel %qs finns redanfelaktig adressfelaktig adress, inte (reg+avst):felaktig adress, inte en konstant:felaktig adress, inte en I/O-adress:felaktig adress, inte post_inc eller pre_dec:felaktig justering: %dfelaktig mÃ¤ngd att ta bort frÃ¥n stacken: %dfelaktig vektorinitierarefelaktig inbyggd kodfelaktig inbyggd fcodefelaktig inbyggd icodefelaktig villkorskodfelaktig uttryckstyp under genomlÃ¶pning (%d)felaktig instruktion fÃ¶r â€�Aâ€�felaktig instruktion i frv_print_operand, 0-fallfelaktig instruktion i frv_print_operand, felaktig const_doublefelaktig instruktion i frv_print_operand, z-fallfelaktig instruktion till frv_print_operand, â€�Fâ€�-modifierare:felaktig instruktion till frv_print_operand, â€�Lâ€�-modifierare:felaktig instruktion till frv_print_operand, â€�M/Nâ€�-modifierare:felaktig instruktion till frv_print_operand, â€�Oâ€�-modifierare:felaktig instruktion till frv_print_operand, â€�eâ€�-modifierare:felaktig instruktion till frv_print_operand, â€�fâ€�-modifierare:felaktig instruktion till frv_print_operand, â€�gâ€�-modifierare:felaktig instruktion till frv_print_operand, P-modifierare:felaktig instruktion till frv_print_operand_address:felaktig instruktion till frv_print_operand_memory_reference:felaktig fÃ¶rflyttningfelaktig operandfelaktig flagga %qs till attributet %<optimize%>felaktig flagga %qs till pragmat %<optimize%>felaktig operand till output_condmove_singlefelaktig operand till output_move_doublefelaktig operand till output_move_singlefelaktigt registerfelaktigt register till frv_print_operand_memory_reference_reg:felaktig skiftinstruktion:felaktig testfelaktig anvÃ¤ndning av specifikationsfunktionen %qsfelaktigt vÃ¤rde %<%s%> till flaggan -mtls-size=felaktigt vÃ¤rde %qs till flaggan -mcpufelaktigt vÃ¤rde %qs till flaggan -mfp-rounding-modefelaktigt vÃ¤rde %qs till flaggan -mfp-trap-modefelaktigt vÃ¤rde %qs till flaggan -mmemory-latencyfelaktigt vÃ¤rde %qs till flaggan -mtls-sizefelaktigt vÃ¤rde %qs till flaggan -mtrap-precisionfelaktigt vÃ¤rde %qs till flaggan -mtunefelaktigt vÃ¤rde (%qs) till flaggan %<-march=%>felaktigt vÃ¤rde (%qs) till flaggan %<-mtune=%>felaktigt vÃ¤rde (%qs) till attributet %<target("arch=")%>felaktigt vÃ¤rde (%qs) till attributet %<target("tune=")%>felaktigt vÃ¤rde (%s) till flaggan -march=felaktigt vÃ¤rde (%s) till flaggan -mcmodel=felaktigt vÃ¤rde (%s) till flaggan -mtunefelaktigt vÃ¤rde fÃ¶r -mcall-%sfelaktigt vÃ¤rde fÃ¶r -msdata-%sfelaktigt inkapslade C-huvuden frÃ¥n preprocessornbarriÃ¤rregion fÃ¥r inte vara nÃ¤ra innesluten inuti en arbetsdelande, %<critical%>, %<ordered%>, %<master%>, explicit %<task%> eller %<taskloop%> regionbasen %qT kommer initieras efterbasklassen %q#T har en Ã¥tkomlig icke-virtuell destruerarebasklass %q#T skulle varit explicit initierad i kopieringskonstruerarenbasinitierarexpansionen %<%T%> innehÃ¥ller inga parameterpaketbasen av vektorsektionen mÃ¥ste vara en pekar- eller vektortypbasoperanden till %<->%> har icke-pekartyp %qTbasoperanden till %<->%> Ã¤r inte en pekarebastyp %qT Ã¤r ingen post- eller klasstypbasvariabel eller SSA-namn odeklareratgrundblock %d fÃ¶retrÃ¤darbÃ¥ge Ã¤r trasiggrundblock %d borde vara markerat som oreducerbartgrundblock %d borde inte vara markerat som oreducerbartgrundblock %i bÃ¥glistor Ã¤r trasigagrundblock inte utlagda i ordninggb %d tillhÃ¶r inte slinga %dgb %d har faderslinga %d, borde vara slinga %dgb %d pÃ¥ fel platseftersom vektorelementtypen %qT har variabel storlekbinÃ¤rt uttryck i operanden till ett vikningsuttryckbinÃ¤r operator stÃ¶djer inte blandning av operanderna vektorboolean och flyttalsvektorbinÃ¤roperator stÃ¶djer inte tvÃ¥ vektorbooleanoperanderden binÃ¤ra operatorn stÃ¶djer inte vektor-bool-operandbind(c)-proceduratt binda en referens av typen %qT till %qT kastar kvalificerarebitfÃ¤lt %q+#D har en icke-heltalstypbredd fÃ¶r bitfÃ¤ltet %q+D inte en heltalskonstantbitfÃ¤lt %qD med en icke-heltalstypbitfÃ¤ltet %qE har atomÃ¤r typbitfÃ¤ltet %qE i %qs-klausulbitfÃ¤ltet %qs har ogiltig typbredden pÃ¥ bitfÃ¤ltet %qs Ã¤r inte en heltalskonstantbredden pÃ¥ bitfÃ¤ltet %qs Ã¤r inte ett konstant heltalsuttryckbitfÃ¤ltet har atomÃ¤r typblock-IFkroppen av %<constexpr%>-konstruerare kan inte vara ett function-try-blockkroppen i constexpr-funktionen %qD Ã¤r inte en retursatsfelaktig DISPOSE-konstruktion: %dfelaktig JARL-konstruktion: %dfelaktig JR-konstruktion: %dfelaktig PREPEARE-konstruktion: %dfelaktig resultattyp i jÃ¤mfÃ¶relsebooleska register krÃ¤vs fÃ¶r flyttalsalternativetbÃ¥de %<__thread%> och %<thread_local%> angivnabÃ¥de %<monotonic%>- och %<nonmonotonic%>-modifierare angivnabÃ¥de attributet %s och %qE anger en adressbÃ¥da argumenten i en binÃ¤r vikning har oexpanderade parameterpaketbÃ¥da argumenten till %<__builtin___clear_cache%> mÃ¥ste vara pekareklammerlistindex Ã¤r inte tillÃ¥tet med vektornotationklammerspecifikation %qs Ã¤r ogiltig vid %qcklammerspecifikationskropp %qs Ã¤r ogiltigklammergrupp inuti uttryck endast tillÃ¥tet inuti en funktionklamrar runt skalÃ¤r initierareklamrar runt skalÃ¤r initierare fÃ¶r typen %qTgren %2d aldrig utfÃ¶rd
  hopp %2d gjort %s%s
! optimeringen av laddning av grenmÃ¥lsregister Ã¤r inte avsedd att kÃ¶ras tvÃ¥ gÃ¥ngerbreak-sats som inte Ã¤r i en loop eller switchbreak-sats anvÃ¤nd med Cilk Plus-for-slingabreak-sats anvÃ¤nd med OpenMP-for-slingabreak-sats i en %<#pragma simd%>-slingas kroppbuild_dt: format med namnlistainbyggd funktion %q+D deklarerad som icke-funktioninbyggd funktion %qD behÃ¶ver flaggan %<-mconstant-cfstrings%>inbyggd funktion %qD tar bara ett argumentinbyggd funktion %qE mÃ¥ste anropas direktinbyggd funktion %qE stÃ¶djs inte fÃ¶r MIPS16inbyggd %qF bÃ¶r undvikas.inbyggd %qF Ã¤r endast fÃ¶r GCC:s interna anvÃ¤ndning.inbyggd %qF stÃ¶djs inte utan -mhtm (standard med -march=zEC12 och hÃ¶gre).inbyggd %qF behÃ¶ver -mvx (standard med -march=z13 och hÃ¶gre).inbyggd %s Ã¤r endast giltigt i 64-bitslÃ¤geden inbyggda %s tar endast ett strÃ¤ngargumentinbyggds operand skall vara ett teckenlÃ¶st 6-bitars vÃ¤rdeinbyggd behÃ¶ver en omedelbar som operand %dinbyggd vec_step kan endast anvÃ¤ndas pÃ¥ vektortyper.men %qD kastar inte, kanske den skulle deklareras %<noexcept%>men Ã¶vertrumfas av en utan frÃ¥n en annan Ã¶versÃ¤ttningsenhetmen inte hÃ¤rbytekodstrÃ¶mmen i filen %qs Ã¤r genererad med LTO-version %d.%d istÃ¤llet fÃ¶r den fÃ¶rvÃ¤ntade %d.%dbytekodstrÃ¶m: fÃ¶rvÃ¤ntade taggen %s istÃ¤llet fÃ¶r %sbytekodstrÃ¶m: tom cgraph-nod funnenbytekodstrÃ¶m: hittade multipla instanser av cgraph-nod med uid %dbytekodstrÃ¶m: hittade strÃ¤ng som inte var nolltermineradbytekodstrÃ¶m: skrÃ¤p i slutet av symbolsektionenbytekodstrÃ¶m: ingen anropad funnen nÃ¤r bÃ¥ge lÃ¤stesbytekodstrÃ¶m: ingen anropare funnen nÃ¤r bÃ¥ge lÃ¤stesbytekodstrÃ¶m: fÃ¶r lÃ¥ng strÃ¤ng fÃ¶r strÃ¤ngtabellenbytekodstrÃ¶m: taggen %s ligger inte i det fÃ¶rvÃ¤ntade intervallet [%s, %s]bytekodstrÃ¶m: fÃ¶rsÃ¶ker lÃ¤sa %d byte efter slutet pÃ¥ indatabuffertenbytekodstrÃ¶m: ovÃ¤ntad LTO-sektion %sbytekodstrÃ¶m: ovÃ¤ntad tagg %sbytekodstrÃ¶m: okÃ¤nd GIMPLE-satstagg %sc++11-attribut Ã¤r endast tillgÃ¤ngligt med -std=c++11 eller -std=gnu++11anrop %2d aldrig utfÃ¶rt
  anrop %2d returnerade %s
  anrop har cirkulÃ¤rt beroendeanrop Ã¤r osannolikt och kodstorleken skulle vÃ¤xaanrop av %<(%T) (%A)%> Ã¤r tvetydigtanrop av Ã¶verlagrad %<%D(%A)%> Ã¤r tvetydigtanrop av Ã¶verlagrad %<%s(%A)%> Ã¤r tvetydigtanrop till %<__builtin_custom_%s%> stÃ¥r i konflikt med flaggan %<-mcustom-%s%>anrop till %qD anvÃ¤nder standardargumentet fÃ¶r parameter %P, vilket inte definierats Ã¤nnuanrop till funktion %qD som kastar ofullstÃ¤ndig typ %q#Tanrop till funktion som kastar ofullstÃ¤ndig typ %q#Tanrop av intern funktion %qEanrop av icke-constexpr-funktion %qDanrop av icke-funktion %qDanropsÃ¶verskrivet register anvÃ¤nt till global registervariabelanropad hÃ¤rifrÃ¥nanropad frÃ¥n denna funktionanropat objekt %qD Ã¤r inte en funktion eller funktionspekareanropat objekt %qE Ã¤r inte en funktion eller funktionspekareanropat objekt Ã¤r inte en funktion eller funktionspekareden anropade refererar till comdat-lokala symbolerantal anropande bÃ¥gar Ã¤r negativtanropsbÃ¥ges frekvens %i stÃ¤mmer inte med GB-frekvens %ifrekvensen fÃ¶r anropande bÃ¥ge Ã¤r negativfrekvensen anropande bÃ¥ge Ã¤r fÃ¶r storanropande funktion innehÃ¥ller cilk-yngling (spawn)anroparen Ã¤r en instrumenteringssnuttanroparen Ã¤r inte optimeradanrop av %qD med SSE-anropskonvention utan SSE/SSE2 aktiveratatt anropa %qD med ett nollskilt argument Ã¤r osÃ¤kertanrop av %qD med attributet sseregparm utan SSE/SSE2 aktiveratanrop av %qT med attributet sseregparm utan SSE/SSE2 aktiveratanrop till Ã¶verlagrade operatorer fÃ¥r inte finnas i ett konstantuttryckdet gÃ¥r inte att hitta nÃ¥gon instansvariabel associerad med egenskapendet gÃ¥r inte att anvÃ¤nda -mtp=cp15 med 16-bitars Thumbdet gÃ¥r inte att anvÃ¤nda ett objekt som parameter till en metoddet gÃ¥r bara att anvÃ¤nda attributet %qE pÃ¥ definitioner av objekt- eller klasstyp med filrÃ¤ckvidddet gÃ¥r inte att tillÃ¤mpa bÃ¥de attributet longcall och shortcall pÃ¥ samma funktiondet gÃ¥r inte att konvertera ett vÃ¤rde av typen %qT till vektortypen %qT som har annan storlekdet gÃ¥r inte att konvertera en vektor av typen %qT till typen %qT som har annan storlekardet gÃ¥r inte att konvertera frÃ¥n ofullstÃ¤ndig typ %qT till %qTdet gÃ¥r inte att konvertera vÃ¤rden till en vektorkan inte skapa fÃ¶rkompilerat huvud %s: %mkan inte skapa fÃ¶rrÃ¥dsinformationsfil %qsdet gÃ¥r inte att definiera vÃ¤nfunktion %qs i en lokal klassdefinitiondet gÃ¥r inte att utÃ¶ka PCH-fil: %mdet gÃ¥r inte att hitta ett register i klassen %qs vid omlÃ¤sning av %<asm%>kan inte avgÃ¶ra position i PCH-fil: %mdet gÃ¥r inte att blanda operander av typerna flyttal och komplext taldet gÃ¥r inte att blanda operander av typerna decimalt flyttal och annat flyttaldet gÃ¥r inte att blanda operander av typerna decimalt flyttal och vektordet gÃ¥r inte att Ã¶ppna %qs fÃ¶r skrivning: %mdet gÃ¥r inte att Ã¶ppna %s fÃ¶r skrivning: %mdet gÃ¥r inte att Ã¶ppna %s: %mkan inte lÃ¤sa %s: %mkan inte lÃ¤sa PCH-fil: %mkan inte sÃ¤tta attributet %qE efter definitionendet gÃ¥r inte att sÃ¤tta position i PCH-fil: %mdet gÃ¥r inte att anvÃ¤nda %qs som ett anropssparat registerdet gÃ¥r inte att anvÃ¤nda %qs som ett anropsanvÃ¤nt registerdet gÃ¥r inte att anvÃ¤nda %qs som ett fast registerdet gÃ¥r inte att anvÃ¤nda flera stackkontrollmetoder tillsammanskan inte skriva %s: %mkan inte skriva PCH-filkan inte skriva PCH-fil: %mkan inte skriva utfyllnad till PCH-fil: %mkan inte skriva till %s: %mkan inte ta programstatus: %mdet gÃ¥r inte att Ã¶ppna %s: %mKan inte Ã¶ppna indatafil: %skan inte Ã¶ppna ldd-utdata: %mkan inte Ã¶ppna nm-utdata: %mkan inte anvÃ¤nda icke-gp-relativa absoluta adresserkandidat 1:kandidat 2:kandidat Ã¤r:kandidater Ã¤r:kandidat Ã¤r: %#Dkandidat Ã¤r: %+#Dkandidater Ã¤r:kandidater Ã¤r: %+#Ddet gÃ¥r inte att lÃ¤gga till en upprÃ¤kningslista till en mallinstansieringdet gÃ¥r inte att allokera ett objekt av abstrakt typ %qTkan inte allokera stack fÃ¶r variabeln %q+D, naken funktion.det gÃ¥r inte att anvÃ¤nda %<offsetof%> pÃ¥ en icke-konstant adressdet gÃ¥r inte att applicera %<offsetof%> pÃ¥ destrueraren %<~%T%>det gÃ¥r inte att anvÃ¤nda %<offsetof%> pÃ¥ medlemsfunktion %qDdet gÃ¥r inte att anvÃ¤nda %<offsetof%> pÃ¥ en statisk datamedlem %qDgÃ¥r inte att applicera %<offsetof%> nÃ¤r %<operator[]%> Ã¤r Ã¶verlagraddet gÃ¥r inte att applicera medlemspekare %qE pÃ¥ %qE, som Ã¤r av typ %qT som inte Ã¤r en klassdet gÃ¥r inte att binda bitfÃ¤lt %qE till %qTkan inte binda icke-const-l-vÃ¤rde av typen %qT till ett r-vÃ¤rde av typ %qTdet gÃ¥r inte att binda packat fÃ¤lt %qE till %qTdet gÃ¥r inte att binda rvalue %qE till %qTkan inte binda r-vÃ¤rdesreferens av typen %qT till ett l-vÃ¤rde av typ %qTkan inte anropa konstrueraren %<%T::%D%> direktdet gÃ¥r inte att anropa funktionen %qDdet gÃ¥r inte att anropa medlemsfunktion %qD utan ett objektdet gÃ¥r inte att fÃ¥nga %qE via referenskan inte fÃ¥nga medlemmen %qD i anonym uniondet gÃ¥r inte att fÃ¥nga typen %qT eftersom typer av variabel storlek Ã¤r inblandadekan inte stÃ¤nga en kanal endast fÃ¶r mottagningkan inte konvertera %qE frÃ¥n typ %qT till typ %qTdet gÃ¥r inte att konvertera %qT till %qTkan inte konvertera %qT till %qT fÃ¶r argument %qP till %qDdet gÃ¥r inte att konvertera %qT till %qT nÃ¤r argument skickasdet gÃ¥r inte att konvertera %qT till %qT i tilldelningdet gÃ¥r inte att konvertera %qT till %qT i standardargumentdet gÃ¥r inte att konvertera %qT till %qT i initieringdet gÃ¥r inte att konvertera %qT till %qT i returkan inte konvertera frÃ¥n basklassen %qT till den hÃ¤rledda klassen %qT eftersom basen Ã¤r virtuellkan inte konvertera frÃ¥n basklassen %qT till den hÃ¤rledda klassen %qT via den virtuella basen %qTkan inte konvertera frÃ¥n pekare till basklassen %qT till pekare till den hÃ¤rledda klassen %qT eftersom basen Ã¤r virtuellkan inte konvertera frÃ¥n pekare till basklassen %qT till pekare till den hÃ¤rledda klassen %qT via den virtuella basen %qTkan inte konvertera till en pekartypkan inte konvertera typ %qT till typ %qTkan inte skapa pekare till referensmedlem %qDdet gÃ¥r inte att skapa typinformation fÃ¶r typen %qT eftersom typer av variabel storlek Ã¤r inblandadedet gÃ¥r inte att deklarera %<::main%> som en global variabeldet gÃ¥r inte att deklarera %<::main%> som en malldet gÃ¥r inte att deklarera %<::main%> som constexprdet gÃ¥r inte att deklarera %<::main%> som inlinedet gÃ¥r inte att deklarera %<::main%> som staticdet gÃ¥r inte att deklarera %qD att vara en bitfÃ¤ltstypdet gÃ¥r inte att deklarera bitfÃ¤lt %qD med funktionstypdet gÃ¥r inte att deklarera en fÃ¥ngstparametern att vara av abstrakt klasstyp %qTdet gÃ¥r inte att deklarera en fÃ¥ngstparameter att vara av rvalue-referenstyp %qTdet gÃ¥r inte att deklarera fÃ¤ltet %q+D att vara av abstrakt typ %qTdet gÃ¥r inte att deklarera medlem %<%T::%s%> inuti %qTdet gÃ¥r inte att deklarera medlemsfunktionen %<%T::%s%> inuti %<%T%>det gÃ¥r inte deklarera medlemsfunktionen %qD att ha statisk lÃ¤nkklassdet gÃ¥r inte att deklarera parametern %q+D att vara av abstrakt typ %qTdet gÃ¥r inte att deklarera en parameter till att vara av abstrakt typ %qTdet gÃ¥r inte att deklarera pekare till %q#Tdet gÃ¥r inte att deklarera pekare medlem av %q#Tdet gÃ¥r inte att deklarera en pekare till en kvalificerad funktionstyp %qTdet gÃ¥r inte att deklarera referens till %q#Tdet gÃ¥r inte att deklarera en referens till %q#T, som inte Ã¤r ett typedef- eller ett malltypargumentdet gÃ¥r inte att deklarera en referens till en kvalificerad funktionstyp %qTkan inte deklarera en statisk funktion i en annan funktiondet gÃ¥r inte att deklarera variabeln %q+D att vara av abstrakt typ %qTkan inte dekomponera adress.det gÃ¥r inte dekomponera klasstypen %qT fÃ¶r att den har en anonym struct-medlemkan inte dekomponera klasstypen %qT fÃ¶r att den har en anonym unionsmedlemdet gÃ¥r inte att dekomponera klasstypen %qT utan icke-statiska datamedlemmarkan inte dekomponera klasstypen %qT: bÃ¥de den och dess basklass %qT har ickestatiska datamedlemmarkan inte dekomponera klasstypen %qT: dess basklasser %qT och %qT har ickestatiska datamedlemmardet gÃ¥r inte att dekomponera lambdahÃ¶ljestypen %qTdet gÃ¥r inte att dekomponera typen %qT som inte Ã¤r en klass eller vektordet gÃ¥r inte att dekomponera en icke publik medlem %qD av %qTdet gÃ¥r inte att dekomponera unionstypen %qTdet gÃ¥r inte att dekomponera en vektor %qT med variabel lÃ¤ngddet gÃ¥r inte att minska en pekare pÃ¥ en ofullstÃ¤ndig typ %qTkan inte hÃ¤rleda mallargument fÃ¶r %qT frÃ¥n ()kan inte hÃ¤rleda mallargument fÃ¶r kopieinitiering av %qT, eftersom den inte har nÃ¥gra icke-explicita hÃ¤rledningsguider eller anvÃ¤ndardeklarerade konstrueraredet gÃ¥r inte att definiera medlemsfunktion %<%T::%s%> inuti %<%T%>det gÃ¥r inte att definiera medlem av beroende typedef %qTdet gÃ¥r inte att radera en funktion.  Endast pekare till objekt Ã¤r giltiga argument till %<delete%>kan inte hÃ¤rleda frÃ¥n %<final%> bas %qT i hÃ¤rledd typ %qTdet gÃ¥r inte att avaktivera den inbyggda funktionen %qskan inte dynamic_cast %qE (av typ %q#T) till typ %q#T (%s)kan inte skicka ut ojusterade pekare i ptx-assemblerdet gÃ¥r inte att expandera initierare fÃ¶r medlem %<%D%>det gÃ¥r inte att deklarera medlem %q#D att ha extern lÃ¤nkklasskan inte falla igenom sista fallet i en switchdet gÃ¥r inte att hitta %s i insticksmodul %s
  %skan inte hitta â€�%sâ€�kan inte hitta â€�lddâ€�kan inte hitta â€�nmâ€�det gÃ¥r inte att hitta LTO-cgraph %sdet gÃ¥r inte att hitta LTO-avsnittsreferenser i %skan inte hitta ett giltigt rÃ¤knare:vÃ¤rde-par:det gÃ¥r inte att hitta klass %qEdet gÃ¥r inte att hitta en grÃ¤nssnittsdeklaration fÃ¶r %qEhittar inte grÃ¤nssnittsdeklaration fÃ¶r %qE, superklass till %qEdet gÃ¥r inte att hitta en protokolldeklaration fÃ¶r %qEdet gÃ¥r inte att hitta en referenstagg fÃ¶r klass %qEkan inte skapa en pekare till medlem av %q#T som inte Ã¤r en klasskan inte generera positionsoberoende kod fÃ¶r %qskan inte hantera inkonsistenta anrop av %qsdet gÃ¥r inte att Ã¶ka en pekare pÃ¥ en ofullstÃ¤ndig typ %qTkan inte Ã¤rva konstruerare frÃ¥n den indirekta basen %qTdet gÃ¥r inte att initiera aggregat med typ %qT med en sammansatt literaldet gÃ¥r inte att initiera en flerdimensionell vektor med initierarekan inte inline:a funktionen %<main%>det gÃ¥r inte att lÃ¤sa in insticksmodul %s
! %skan inte slÃ¥ samman separata %s-rÃ¤knare fÃ¶r funktionen %ukan inte Ã¶ppna %sdet gÃ¥r inte att Ã¶ppna %s: %mkan inte Ã¶ppna â€�%sâ€�kan inte Ã¶ppna intermediÃ¤r ptx-filkan inte Ã¶ppna profileringsfilen %sdet gÃ¥r inte att skicka argument i vektorregister fÃ¶r att altivec-instruktioner Ã¤r avaktiverade, anvÃ¤nd -maltivec fÃ¶r att aktivera demkan inte skicka rvalue till referensparameterkan inte lÃ¤gga objekt med volatile-fÃ¤lt i registerkan inte lÃ¤sa %s: %mdet gÃ¥r inte att lÃ¤sa LTO-deklarationer frÃ¥n %sdet gÃ¥r inte att lÃ¤sa LTO-lÃ¤gestabellen frÃ¥n %sdet gÃ¥r inte att lÃ¤sa profilen frÃ¥n %sdet gÃ¥r inte att lÃ¤sa strÃ¤ngtabellen frÃ¥n %sdet gÃ¥r inte arbetsmÃ¤ngden frÃ¥n %sdet gÃ¥r inte att referera typen %qT via %<...%>kan inte lÃ¤sa om heltalskonstantoperand i %<asm%>det gÃ¥r inte att lÃ¶sa upp Ã¶verlagrad funktion %qD baserat pÃ¥ konvertering till typ %qTdet gÃ¥r inte att returnerar frÃ¥n en hanterare i ett funktions-try-block eller en konstrueraredet gÃ¥r inte att returnera vÃ¤rde i vektorregister fÃ¶r att altivec-instruktioner Ã¤r avaktiverade, anvÃ¤nd -maltivec fÃ¶r att aktivera demdet gÃ¥r inte att sÃ¤tta avbrottsattribut, ingen aktuell funktiondet gÃ¥r inte att sÃ¤tta avbrottsattribut: det finns ingen sÃ¥dan identifierarekan inte yngla av ett anrop till en funktion som returnerar tvÃ¥ gÃ¥ngerkan inte specialisera konceptet %q#Ddet gÃ¥r inte att ange %<override%> fÃ¶r en klassdet gÃ¥r inte att ange -o med -c, -S eller -E med flera filerdet gÃ¥r inte att ange -static med -fsanitize=addressdet gÃ¥r inte att ange -static med -fsanitize=threaddet gÃ¥r inte att ange bÃ¥de -msep-data och -mid-shared-librarykan inte gÃ¶ra svansanrop: %skan inte ta adressen till %qskan inte ta adressen till bitfÃ¤lt %qDkan inte ta adressen till skalÃ¤r med omvÃ¤nd lagringsordningkan inte ta adressen till %<this%>, som Ã¤r ett rvalue-uttryckdet gÃ¥r inte att kasta ett uttryck av typen %qT eftersom typer av variabel storlek Ã¤r inblandadekan inte gÃ¶ra en typ-switch pÃ¥ nÃ¥got som inte Ã¤r ett grÃ¤nssnittsvÃ¤rdekan inte uppdatera SSA-formendet gÃ¥r inte att anvÃ¤nda %<-%> som indatafilnamn fÃ¶r fÃ¶rkompilerade huvudendet gÃ¥r inte att anvÃ¤nda %<::%> i parameterdeklarationkan inte anvÃ¤nda %<va_arg%> med omvÃ¤nd lagringsordningkan inte anvÃ¤nda lÃ¤ge %qs fÃ¶r upprÃ¤kningstypermshared och static kan inte anvÃ¤ndas tillsammansmthreads och mlegacy-threads kan inte anvÃ¤ndas tillsammansdet gÃ¥r inte att anvÃ¤nda smÃ¥dataÃ¥tkomster fÃ¶r %qsdet gÃ¥r inte att anvÃ¤nda typ %s som typ %skan inte anvÃ¤nda typeid med -fno-rttidet gÃ¥r inte anvÃ¤nda va_start i en avbrottsfunktiondet gÃ¥r inte att vÃ¤rdeinitiera vektorn %qT med okÃ¤nd grÃ¤nskanoniska typer skiljer fÃ¶r identiska typer %T och %TfÃ¥ngst av kopia av ofullstÃ¤ndig typ %qTfÃ¥ngst av en icke-variabel %qDfÃ¥ngst av variabeln %qD med ej automatisk lagringsvaraktighetfÃ¥ngst av typen %qT med variabel storlek som inte Ã¤r en N3639-vektor av kÃ¶rtidsgrÃ¤nscase-etikett %qE Ã¤r inte i en switch-satscase-etikett reducerar inte till en heltalskonstantcase-etikett Ã¤r inte ett konstant heltalsuttryckcase-etikett Ã¤r inte i en switch-satscase-etikettvÃ¤rde Ã¶verskrider det maximala vÃ¤rdet fÃ¶r sin typcase-etikettvÃ¤rde Ã¤r mindre Ã¤n minsta vÃ¤rdet fÃ¶r sin typcase-etiketter Ã¤r inte sorterade i en switch-satscase-etiketter Ã¤r inte sorterade: case-vÃ¤rde %qs Ã¤r inte i en upprÃ¤kningstypcase-vÃ¤rde %qs Ã¤r inte i upprÃ¤kningstypen %qTtypkonvertering lÃ¤gger %q#v-kvalificerare till funktionstyptypkonvertering kastar bort %qv-kvalificerare frÃ¥n pekarmÃ¥ltyptypkonvertering frÃ¥n %qT till %qT Ã¶kar kravet pÃ¥ justering fÃ¶r mÃ¥ltypenkonvertering frÃ¥n %qT till %qT fÃ¶rlorar precisiontypkonvertering frÃ¥n funktionsanrop av typ %qT till typ %qT matchar intetypkonvertering frÃ¥n pekare till heltal av annan storlekkonvertering frÃ¥n typ %qT till typ %qT slÃ¤nger bort kvalificeraretypkonvertering Ã¶kar kravet pÃ¥ justering av mÃ¥ltypentypkonvertering anger vektortyptypkonvertering anger funktionstyptypkonvertering frÃ¥n adressrymdspekare till %s frÃ¥n skild adressrymdspekare till %stypkonvertering till adressrymdspekare %s frÃ¥n skild generisk adressrymdspekaretypkonvertering till generisk adressrymdspekare frÃ¥n skild adressrymdspekare till %stypkonvertering till %qT som inte Ã¤r en heltalstyp i ett konstant uttrycktypkonvertering till pekare frÃ¥n heltal med annan storlektypkonvertering till unionstyp frÃ¥n typ som ej finns i unionentypkonvertering av %qT till %qT derefererar inte pekaretypkonvertering mellan pekare-till-funktion och pekare-till-objekt stÃ¶djs villkorligtkategoriattribut finns inte i Objective-C 1.0kategoriattribut finns inte i denna version av kompilatorn, (ignoreras)attributen cdecl och thiscall Ã¤r inte kompatiblacgraph_node har fel klonlistacgraph_node har fel clone_ofcgraph_node har fel prev_clone-pekarecgraph_node Ã¤r i klonlistan men den Ã¤r inte en klonbyter betydelse av %qD frÃ¥n %q#Dchar-vektor initierad frÃ¥n bred strÃ¤ngcheck_data_variable(): Felaktigt uttryckcheck_dimension(): Felaktig vektorreferenscheck_dummy_characteristics: OvÃ¤ntat resultat %i frÃ¥n gfc_dep_compare_exprcheck_init_expr(): OkÃ¤nd uttryckstypcheck_intents(): Listor stÃ¤mmer intecheck_restricted(): OkÃ¤nd uttryckstypcheck_result_characteristics (1): OvÃ¤ntat resultat %i frÃ¥n gfc_dep_compare_exprcheck_result_characteristics (2): OvÃ¤ntat resultat %i frÃ¥n gfc_dep_compare_exprcheck_some_aliasing(): Listor stÃ¤mmer intecheck_some_aliasing(): trasig datakontrollsumma Ã¤r (%x,%x) istÃ¤llet fÃ¶r (%x,%x)chkp_find_bounds: Kan inte hitta grÃ¤nserna fÃ¶r pekarechkp_find_bounds: OvÃ¤ntad trÃ¤dkod %schkp_get_bounds_by_definition: OvÃ¤ntad GIMPLE-kod %schkp_get_bounds_by_definition: OvÃ¤ntad variabel av typen %schkp_make_addressed_object_bounds: OvÃ¤ntad trÃ¤dkod %schkp_walk_pointer_assignments: ovÃ¤ntad RHS-typ: %svÃ¤ljer %qD framfÃ¶r %qDvÃ¤rdet pÃ¥ styckesstorleken mÃ¥ste vara positivtcirkulÃ¤r pekardelegering detekteradklass %qE finns redanklassen %qE bÃ¶r undvikasklass %qT har inget fÃ¤lt med namnet %qDklass %qT Ã¤r implicit vÃ¤n med sig sjÃ¤lvklass %qs implementerar inte protokollet %qEklassattribut Ã¤r finns inte i Objective-C 1.0klassdefinition kan inte deklareras som en vÃ¤nklassutvidgning fÃ¶r klass %qE deklarerad efter sin %<@implementation%>klassutvidgningar finns inte i Objective-C 1.0hÃ¤rledning av klassmallargument misslyckades:hÃ¤rledning av klassmallargument Ã¤r endast tillgÃ¤ngligt med -std=c++1z eller -std=gnu++1zreturtypen %qT Ã¤r ofullstÃ¤ndigargumentet till cleanup Ã¤r inte en funktionargumentet till cleanup Ã¤r inte en identifierarestÃ¤ng: %snÃ¤r LTRANS-utdatalista %s stÃ¤ngdes: %mnÃ¤r beroendefil %s stÃ¤ngdes: %mco-vektorargumentkoden kan feloptimeras om inte -fno-strict-aliasing anvÃ¤ndskodmodellen %qs stÃ¶djs inte i %s-bitslÃ¤gekodmodellen %qs stÃ¶djs inte i x32-lÃ¤gekodmodell %qs med -f%skodmodellen %s stÃ¶djer inte PIC-lÃ¤gecollapse-argument behÃ¶ver ett positivt konstant heltalsuttryckkollapsade %s-slingor Ã¤r inte perfekt nÃ¤stade vid %Lkollapsade slingor inte perfekt nÃ¤stadecollect2 version %s
  collect: lÃ¤ser %s
  collect: kompilerar om %s
  collect: lÃ¤nkar om
*************** AnvÃ¤nd flaggan -mcpu fÃ¶r att sÃ¤tta IS
*** 2518,2557 ****
  samling i snabb upprÃ¤kning Ã¤r inte ett objektcomdat-lokal funktion anropad av %s utanfÃ¶r dess comdatcomdat-lokal symbol refererad till av %s utanfÃ¶r dess comdatkomma i slutet av upprÃ¤kningslistaen kommaseparerad lista i using-deklaration Ã¤r endast tillgÃ¤ngligt med -std=c++1z eller -std=gnu++1zkommandoradsflaggan %qs stÃ¶djs inte av denna konfigurationkommandoradsflaggan %qs Ã¤r giltig fÃ¶r %s men inte fÃ¶r %skommandoradsflaggan %qs Ã¤r giltig fÃ¶r drivrutinen men inte fÃ¶r %sgemensam symbolfelsÃ¶kningsinformation Ã¤r inte strukturerad som symbol+avstÃ¥ndcompact-casesi Ã¤r inte tillÃ¤mplig pÃ¥ ARCv2compare_actual_expr(): Felaktig komponentkodcompare_bound_int(): Felaktigt uttryckcompare_real(): Felaktig operatorjÃ¤mfÃ¶r slutliga instruktionsdumparjÃ¤mfÃ¶ra flyttal med == eller != Ã¤r osÃ¤kertjÃ¤mfÃ¶r vektorer med skilda elementtyperjÃ¤mfÃ¶r vektorer med olika antal elementjÃ¤mfÃ¶relsen Ã¤r alltid falsk pÃ¥ grund av begrÃ¤nsat intervall fÃ¶r datatypenjÃ¤mfÃ¶relsen Ã¤r alltid sann pÃ¥ grund av begrÃ¤nsat intervall fÃ¶r datatypenjÃ¤mfÃ¶relse mellan %q#T och %q#TjÃ¤mfÃ¶relse mellan %qT och %qTjÃ¤mfÃ¶relse mellan olika pekartyper %qT och %qT saknar en typkonverteringjÃ¤mfÃ¶relse mellan olika pekare-pÃ¥-medlem-typer %qT och %qT saknar en typkonverteringjÃ¤mfÃ¶relse mellan pekare och heltaljÃ¤mfÃ¶relse mellan pekare och teckenkonstanten nolljÃ¤mfÃ¶relse mellan heltalsuttryck med och utan teckenjÃ¤mfÃ¶relse mellan typer %qT och %qTjÃ¤mfÃ¶relsen Ã¤r alltid %djÃ¤mfÃ¶relsen Ã¤r alltid %d pÃ¥ grund av bredd pÃ¥ bitfÃ¤ltjÃ¤mfÃ¶relsen Ã¤r alltid falsk pÃ¥ grund av begrÃ¤nsat intervall fÃ¶r datatypenjÃ¤mfÃ¶relsen Ã¤r alltid sann pÃ¥ grund av begrÃ¤nsat intervall fÃ¶r datatypenjÃ¤mfÃ¶relse av kompletta och ofullstÃ¤ndiga pekarejÃ¤mfÃ¶relse av konstant %qE med booleskt uttryck Ã¤r alltid falsktjÃ¤mfÃ¶relse av konstant %qE med booleskt uttryck Ã¤r alltid santjÃ¤mfÃ¶relse av skilda Objective-C-typer saknar en konverteringjÃ¤mfÃ¶relse av skilda pekartyper saknar en typkonverteringjÃ¤mfÃ¶relse av pekare till skilda adressutrymmenjÃ¤mfÃ¶relse av befordrad ~unsigned med konstantjÃ¤mfÃ¶relse av befordrad ~unsigned med unsignedjÃ¤mfÃ¶relse med unsigned-uttryck < 0 Ã¤r alltid falsktjÃ¤mfÃ¶relse med unsigned-uttryck â‰¥ 0 Ã¤r alltid santjÃ¤mfÃ¶relse med strÃ¤ngliteral resulterar i odefinierat beteendejÃ¤mfÃ¶relser som %<X<=Y<=Z%> har inte sin matematiska meningkompatibla typen finns hÃ¤rkompilering avslutad pÃ¥ grund av -Wfatal-errors.
  kompilering avslutad pÃ¥ grund av -fmax-errors=%u.
  kompilering avslutad.
! komplexa argument mÃ¥ste ha flyttalstypkomplexa argument mÃ¥ste ha identiska typerspill i komplext flyttal i uttryckspill i komplext heltal i uttryckcomplex ogiltig fÃ¶r %qskomponent %qs vid %L har redan satts av en hÃ¤rledd fÃ¶rÃ¤ldratyps konstrueraresammansatt literal har variabel storleksammansatt literal fÃ¶r ej objekttyp %qTsammansatta literal kvalificerad med adressrymdskvalificeraresammansatt sats i en constexpr-funktionkomprimerad strÃ¶m: %skonceptet %q#D deklarerat med en hÃ¤rledd returtypkonceptet %q#D deklarerad med funktionsparametrarkoncept %q#D med icke-%<bool%>-returtyp %qTkonceptet %qD har ingen definitionkoncept mÃ¥ste ha typen %<bool%>villkorsuttrycket refererar till iterationsvariabeln %qDvillkorsuttryck mellan olika pekartyper %qT och %qT saknar en typkonverteringvillkorsuttryck mellan olika pekare-pÃ¥-medlem-typer %qT och %qT saknar en typkonverteringvillkorligt uttryck i operanden till ett vikningsuttryckÃ¥tkomstspecifikationer i konflikt fÃ¶r fÃ¤lt %qE, ignorerasÃ¥tkomstspecifikationer i konflikt fÃ¶r metod %q+D, ignorerasmotstridande deklaration av %q+#Dmotstridig deklaration av %q+#D med lÃ¤nkklass %qLmotstridande deklaration av C-funktionen %q+#Dmotstridande deklaration av namnrymden %q+Dmotstridig deklaration av mallen %q+#Dmotstridande namngivna adressrymder (%s respektive %s)motstridiga namngivna adressrymder (%s respektive %s) fÃ¶r %q+Dmotstridiga namngivna adressrymder (%s respektive generisk) fÃ¶r %q+Dmotstridiga namngivna adressrymder (generisk respektive %s) fÃ¶r %q+Dmotstridiga returtyp angiven fÃ¶r %q+#Dmotstridande specificerare i deklarationen av %qsmotstridande superklassnamn %qEmotstridiga typattribut angivna fÃ¶r %q+#Dmotstridiga typkvalificerare fÃ¶r %q+Dmotstridiga typer pÃ¥ %<%c%s%>motstridiga typer pÃ¥ %q+Dmotstridiga typer pÃ¥ inbyggd funktion %q+Dmotstridig anvÃ¤ndning av -mcustom-flaggor, mÃ¥lattribut, och/eller __builtin_custom_-funktionerstÃ¥r i konflikt med %qDstÃ¥r i konflikt med funktionsdeklaration %q#DstÃ¥r i konflikt med tidigare deklaration %q#DstÃ¥r i konflikt med tidigare Ã¤rvd frÃ¥n %qTkonsekutiva %<_Cilk_spawn%>-nyckelord Ã¤r inte tillÃ¥tetÃ¶vervÃ¤g att anvÃ¤nda â€�-pgâ€� istÃ¤llet fÃ¶r â€�-pâ€� med gprof(1)Ã¶vervÃ¤g att anvÃ¤nda â€�-pgâ€� istÃ¤llet fÃ¶r â€�-pâ€� med gprof (1)Ã¶vervÃ¤g att anvÃ¤nda â€�-pgâ€� istÃ¤llet fÃ¶r â€�-pâ€� med gprof(1)const %qs kan inte deklareras %<mutable%>const-, volatile- eller __restrict-kvalificerad typ %qT i %<#pragma omp declare reduction%>const-, volatile- eller restrict-kvalificerad typ i %<#pragma omp declare reduction%>const/copy-propagering avslagenconst_double_split fick en felaktig instruktion:det konstanta argumentet %d till den inbyggda %qF ligger utanfÃ¶r intervallet (det konstanta argumentet %d till den inbyggda %qF ligger utanfÃ¶r intervallet (0..det konstanta argumentet %d till den inbyggda %qF Ã¤r utanfÃ¶r intervallet fÃ¶r mÃ¥ltypenkonstant argument utanfÃ¶r intervallet fÃ¶r %qskonstant fÃ¤lt %qD anvÃ¤nt som %<asm%>-utdatakonstant inte omrÃ¤knad nÃ¤r ADDR_EXPR Ã¤ndradeskonstant refererar till sig sjÃ¤lvkonstant vÃ¤rde behÃ¶vs till den inbyggda %qF argument %dconstexpr-anrop flÃ¶dar fÃ¶rbi slutet pÃ¥ funktionenconstexpr-konstruerare har inte tom kroppberÃ¤kning av constexpr Ã¶verskrider maxvÃ¤rdet pÃ¥ %d (anvÃ¤nd -fconstexpr-depth= fÃ¶r att Ã¶ka maxvÃ¤rdet)constexpr-slingiterationsantal Ã¶verskrider grÃ¤nsen pÃ¥ %d (anvÃ¤nd -fconstexpr-loop-limit= fÃ¶r att Ã¶ka grÃ¤nsen)statisk constexpr-datamedlemmen %qD mÃ¥ste ha en initierarebegrÃ¤nsningar stÃ¤mmer inte vid argument %d i mallparameterlistan till %qDkonstruerare kan inte vara en statisk medlemsfunktionkonstruerare delegerar till sig sjÃ¤lvkonstruerardelegering fÃ¶ljer mem-initierare fÃ¶r %qDkonstruerare fÃ¶r frÃ¤mmande klass %qT kan inte vara en medlemkonstrueraren Ã¤r inte anvÃ¤ndarens egna eftersom den Ã¤r uttryckligen standarddefinierad i klasskroppenkonstruerarprioriteter stÃ¶djs ejkonstruerarprioriteter frÃ¥n 0 till %d Ã¤r reserverade fÃ¶r implementationenkonstruerarprioriteter mÃ¥ste vara heltal frÃ¥n 0 till och med %dkonstruerare krÃ¤v fÃ¶r ickestatiska datamedlemmar i %qD har parsatskonstruerarsyntax anvÃ¤nd, men ingen konstruerare Ã¤r deklarerad fÃ¶r typ %qTkonstruerare kan inte deklareras %<virtual%>konstruerare fÃ¥r inte vara cv-kvalificeradekringliggande slingakringliggande slinga hÃ¤rinnehÃ¥ller den ytterligare virtuella metoden %qDcontinue-sats som inte Ã¤r i en loopcontinue-sats i en %<#pragma simd%>-slingas kroppflÃ¶desstyrning mitt i grundblock %dflÃ¶det nÃ¥r slutet pÃ¥ en icke-void-funktionkonvertering mellan olika pekartyper %qT och %qT saknar en typkonverteringkonvertering mellan olika pekare-pÃ¥-medlem-typer %qT och %qT saknar en typkonverteringkonvertering konverterar bort konstantskapkonvertering frÃ¥n %q#T till %q#Tkonvertering frÃ¥n %qT till %qT kastar kvalificerarekonvertering frÃ¥n %qT till %qT Ã¤r tvetydigkonvertering frÃ¥n %qT till %qT Ã¶vervÃ¤gs inte fÃ¶r mallargument som inte Ã¤r en typkonvertering frÃ¥n %qT till icke-skalÃ¤r typ %qT begÃ¤rdkonvertering frÃ¥n adressrymd %qs till adressrymd %qskonvertering frÃ¥n pekartypen %qT till den aritmetiska typen %qT i ett konstant uttryckkonvertering saknar typ vid slutet av formatkonvertering av %qE frÃ¥n %qT till %qT Ã¤r tvetydigkonvertering av %qT-nullpekare till %qT som inte Ã¤r inte ett konstant uttryckkonvertering av en SSA_NAME pÃ¥ vÃ¤nster sidakonvertering av register till en annan storlekkonvertering av skalÃ¤ren %qT till vektorn %qT innebÃ¤r avhuggningkonvertering av teckenlÃ¶st konstantvÃ¤rde till negativt heltalkonvertering till %qT Ã¤ndrar konstant %qT vÃ¤rdekonvertering till %qT frÃ¥n %qT kastar imaginÃ¤r komponentkonvertering till %qT frÃ¥n %qT kan Ã¤ndra dess vÃ¤rdekonvertering till %qT frÃ¥n %qT kan Ã¤ndra tecknet pÃ¥ resultatetkonvertering till %qT frÃ¥n booleskt uttryckkonvertering till en basklass kommer aldrig anvÃ¤nda en typkonverteringsoperatorkonvertering till en referens till en basklass kommer aldrig anvÃ¤nda en typkonverteringsoperatorkonvertering till en referens till samma typ kommer aldrig anvÃ¤nda en typkonverteringsoperatorkonvertering till en referens till void kommer aldrig anvÃ¤nda en typkonverteringsoperatorkonvertering till ofullstÃ¤ndig typkonvertering till icke konstant referens av typ %q#T frÃ¥n ett r-vÃ¤rde av typ %qTkonvertering till icke-skalÃ¤r typ begÃ¤rdkonvertering till samma typ kommer aldrig anvÃ¤nda en typkonverteringsoperatorkonvertering till void kan inte lÃ¶sa upp adress till Ã¶verlagrad funktionkonvertering till void kommer aldrig anvÃ¤nda en typkonverteringsoperatorkonvertering till void kommer inte anvÃ¤nda objekt %qE av ofullstÃ¤ndig typ %qTkonvertering till void kommer inte anvÃ¤nda objekt av ofullstÃ¤ndig typ %qTkonvertering till void kommer inte anvÃ¤nda objekt av ej trivialt kopierbar typ %qTkonvertering till void kommer inte anvÃ¤nda objekt av typ %qTkonvertering till volatile referens av typ %q#T frÃ¥n ett r-vÃ¤rde av typ %qTkonverterar %<false%> till pekartyp %qTkonverterar %<false%> till pekartyp fÃ¶r argument %P till %qDkonvertera av NULL till icke-pekartypkonvertering av en sammansatt vektorliteral till en pekare Ã¤r felaktigt i C++konverterar fjÃ¤rrpekare till nÃ¤rpekarekonvertering frÃ¥n %qT till %qTkonverterar lambda som anvÃ¤nder %<...%> till funktionspekarekonvertering av Ã¶verlagrad funktion %qD till typ %q#T Ã¤r tvetydigkonvertering till %qT frÃ¥n %qT behÃ¶ver en direktinitieringatt konvertera till %qT frÃ¥n initierarlista skulle anvÃ¤nda den explicita konstrueraren %qDkonverterar till icke-pekartyp %qT frÃ¥n NULLkopierar icke-statisk datamedlem %q#D med rvÃ¤rdereferenstypcopyprivate-variabel %qE Ã¤r inte privat threadprivate eller private i yttre sammanhangtrasig rot i slingtrÃ¤dtrasig utgÃ¥ngslista fÃ¶r slinga %dtrasigt huvud till utgÃ¥ngslistan fÃ¶r slinga %dtrasig profileringsinformation: bÃ¥ge frÃ¥n %i till %i Ã¶verskred maximalt antaltrasig profileringsinformation: antal kÃ¶rningar fÃ¶r bÃ¥gen %d-%d fÃ¶rmodas vara %itrasig profileringsinformation: antal iterationer fÃ¶r grundblock %d fÃ¶rmodas vara %itrasig profileringsinformation: profileringsdata Ã¤r inte flÃ¶deskonsistenttrasig profileringsinformation: sum_all Ã¤r mindre Ã¤n sum_maxtrasig vÃ¤rdeprofil: profileringsrÃ¤knaren %s (%d av %d) stÃ¤mmer inte med GB-antal (%d)det gick inte att stÃ¤nga Go-dump-filen: %mdet gick inte att stÃ¤nga slutgiltig instruktionsdumpfil %qs: %mdet gick inte att stÃ¤nga svarsfilen %sdet gick inte att stÃ¤nga temporÃ¤r svarsfil %sdet gick inte att stÃ¤nga nollstÃ¤lld instruktionsdumpfil %qs: %mkunde inte konvertera %qE frÃ¥n %<void%> till %<bool%>kunde inte konvertera %qE frÃ¥n %qT till %qTkunde inte konvertera mallargument %qE frÃ¥n %qT till %qTkunde inte mata ut HSAIL fÃ¶r funktionen %s: funktionen kan inte klonaskunde inte hitta nÃ¥got spillregisterdet gÃ¥r inte att hitta en heltalstyp med samma storlek som %qTdet gÃ¥r inte att hitta klassen %qEdet gÃ¥r inte att hitta grÃ¤nssnitt fÃ¶r klassen %qEdet gÃ¥r inte att hitta setter/getter fÃ¶r %qE i klassen %qEkunde inte hitta specs-filen %s
  det gick inte att Ã¶ppna Go-dump-filen %qs: %mdet gick inte att Ã¶ppna dump-filen %qs: %mdet gick inte att Ã¶ppna slutgiltig instruktionsdumpfil %qs: %mdet gick inte att Ã¶ppna svarsfilen %sdet gick inte att Ã¶ppna symbolupplÃ¶sningsfilen: %mdet gick inte att Ã¶ppna temporÃ¤r svarsfil %sdet gick inte tolka filavstÃ¥ndkunde inte tolka hexadecimalt taldet gick inte att lÃ¤sa BRIG-filendet gick inte att lÃ¶sa upp typnamnstypgick inte att dela instruktiondet gick inte att skriva till svarsfilen %sdet gick inte att skriva till temporÃ¤r svarsfil %skunde inte fÃ¶rstÃ¥ kern.osversion %q.*skunde inte fÃ¶rstÃ¥ version %s
! det gick inte att avmappa pch_address_space: %mcpu %s Ã¤r ett ogiltigt argument till den inbyggda %sskapad och anvÃ¤nd med olika ABI:erskapad och anvÃ¤nd med olika arkitekturer/ABI:erskapad och anvÃ¤nd med olika byteordningskapad och anvÃ¤nd med olika instÃ¤llningar av -fpicskapad och anvÃ¤nd med olika instÃ¤llningar av -fpieskapad och anvÃ¤nd med olika instÃ¤llningar av â€�%sâ€�skapar vektor av %qTskapar vektor av %qT, som Ã¤r en abstrakt klasstypskapar vektor av funktionsmedlemmarskapar vektor av funktionerskapar vektor av referenserskapar vektor av voidskapar pekare till medlemsfunktion i typ %qT som inte Ã¤r en klassskapar pekare till medlem av typ %qT som inte Ã¤r en klassskapar pekare till medlem av typ voidskapar pekare till medlemsreferenstyp %qTskapar kÃ¶rtidsomlokaliseringskapar kÃ¶rtidsomlokaliseringar fÃ¶r %qDskapar vÃ¤ljare fÃ¶r icke existerande metod %qEnuvarande namnrymd %qD innesluter inte den starkt anvÃ¤nda namnrymden %qDanpassade instruktions-opkoder mÃ¥ste vara kompileringstillfÃ¤lleskonstanter i intervallet 0-255 fÃ¶r __builtin_custom_%sflaggan custom-fpu-cfg stÃ¶djer inte %<no-%>flaggan custom-fpu-cfg behÃ¶ver konfigurationsargumentcv-kvalificerad typparameterdataomrÃ¥desattribut kan inte anges fÃ¶r lokala variablerdataomrÃ¥det %q+D stÃ¥r i konflikt med tidigare deklarationdatadeklarationdatadefinition har ingen typ eller lagringsklassdatamedlem %qD kan inte vara en medlemsmalldatamedlem fÃ¥r inte ha variabel typ %qTdatatyp %q+D passar inte fÃ¶r ett registerdata-model=far Ã¤r inte giltigt fÃ¶r arkitekturen cr16cdÃ¶tt STMT i EH-tabelldÃ¶tt histogramfelsÃ¶kningfelsÃ¶kningsformatet %qs stÃ¥r i konflikt med tidigare valfelsÃ¶kningsnivÃ¥ %qs Ã¤r fÃ¶r hÃ¶gfelsÃ¶kning: decl-specificerare i deklaration av hÃ¤rledningsguidedecl-specificerare Ã¤r ogiltig i villkordeklaration %qD deklarerar inte nÃ¥gotdeklaration som inte deklarerar nÃ¥gotdeklaration av parameter %qD med det finns ingen sÃ¥dan parameterdeklaration av %<extern%>-variabel %qD i %<for%>-slingas initiala deklarationdeklaration av %<~%T%> som medlem av %qTdeklaration av %q#Ddeklarationen av %q#D har %<extern%> och Ã¤r initieraddeklarationen av %q#D har ingen initieraredeklaration av %q#D utanfÃ¶r en klass Ã¤r inte en definitiondeklaration av %q#D skuggar en parameterdeklaration av %q#D med C-lÃ¤nkklassdeklaration av %q#Tdeklaration av %q+#D stÃ¥r i konflikt med inbyggd deklaration %q#Ddeklaration av %q+#D skuggar en mallparameterdeklaration av %q+D skuggar en inbyggd funktiondeklaration av %q+D skuggar tidigare icke-variabeldeklarationen av %q+D med attributet %qs fÃ¶ljer pÃ¥ en deklaration med attributet %qs deklaration av %q+D med attributet noinline fÃ¶ljer pÃ¥ inline-deklarationdeklaration av %q+D utan lÃ¤nkklass fÃ¶ljer pÃ¥ extern deklarationdeklaration av %qD gÃ¶r tidigare mallinstansiering av %qD tvetydigdeklaration av %qD som %<typedef%>deklaration av %qD som en vektor av funktionsmedlemmardeklaration av %qD som en vektor av funktionerdeklaration av %qD som en vektor av referenserdeklaration av %qD som en vektor av voiddeklaration av %qD som medlem av %qTdeklaration av %qD som flerdimensionell vektor mÃ¥ste ha grÃ¤nser fÃ¶r alla dimensioner utom den fÃ¶rstadeklaration av %qD som en icke-funktiondeklaration av %qD som icke-medlemdeklaration av %qD som en parameterdeklaration av %qD i %qD som inte innesluter %qDdeklaration av %qD i namnrymd %qD som inte innesluter %qDdeklaration av %qD inte i namnrymd som omger %qDdeklaration av %qD skuggar en global deklarationdeklaration av %qD skuggar en lambdafÃ¥ngstdeklarationen av %qD skuggar en medlem av %qTdeklaration av %qD skuggar en parameterdeklaration av %qD skuggar en tidigare lokal deklarationdeklaration av %qE som en vektor av funktionerdeklaration av %qE som en vektor av voiddeklaration av %qE som flerdimensionell vektor mÃ¥ste ha grÃ¤nser fÃ¶r alla dimensioner utom den fÃ¶rstadeklaration av %qF har en annan undantagsspecificeraredeklarationen av constexpr-variabeln %qD Ã¤r inte en definitiondeklaration av funktionen %qD i ogiltig kontextdeklaration av flerdimensionell vektor mÃ¥ste ha grÃ¤nser fÃ¶r alla dimensioner utom den fÃ¶rstadeklaration av icke-variabel %qD i %<for%>-slingas initiala deklarationdeklaration av statisk variabel %qD i %<for%>-slingas initiala deklarationdeklaration av mallparametern %q+D skuggar en mallparameterdeklaration av typnamn som en vektor av funktionerdeklaration av typnamn som en vektor av voiddeklarationer i beroende bas %qT hittas inte av en okvalificerad uppslagningdeklarerar-id saknas, anvÃ¤nder reserverat ord %qDdeklarerad hÃ¤rdeklarerad privat hÃ¤rdeklarerad skyddad hÃ¤rdecltype kan inte lÃ¶sa upp adressen till en Ã¶verlagrad funktiondecltype berÃ¤knas till %qT, som inte Ã¤r en klass eller upprÃ¤kningstypdekomponeringsdeklarationen fÃ¥r inte deklareras %<concept%>dekomponeringsdeklarationen fÃ¥r inte deklareras %<constexpr%>dekomponeringsdeklarationen fÃ¥r inte deklareras %<extern%>dekomponeringsdeklarationen fÃ¥r inte deklareras %<inline%>dekomoneringsdeklarationen fÃ¥r inte deklareras %<mutable%>dekomponeringsdeklarationen fÃ¥r inte deklareras %<register%>dekomponeringsdeklarationen fÃ¥r inte deklareras %<static%>dekomponeringsdeklarationen fÃ¥r inte deklareras %<typedef%>dekomponeringsdeklarationen fÃ¥r inte deklareras %qsdekomponeringsdeklarationen fÃ¥r inte deklareras C++98 %<auto%>dekompneringsdeklarationen fÃ¥r inte deklareras med typen %qTdekomponeringsdeklarationer Ã¤r endast tillgÃ¤ngliga med -std=c++1z eller -std=gnu++1zminskning av ett booleskt uttryckminskning av konstant fÃ¤lt %qDminskning av upprÃ¤kningsvÃ¤rde Ã¤r ogiltigt i C++minskning av funktion %qDminskning av medlem %qD i endast lÃ¤sbart objektminskning av en pekare till en ofullstÃ¤ndig typ %qTminskning av endast lÃ¤sbar plats %qEminskning av endast lÃ¤sbar medlem %qDminskning av endast lÃ¤sbart namngivet returvÃ¤rde %qDminskning av endast lÃ¤sbar parameter %qDminskning av endast lÃ¤sbar referens %qDminskning av endast lÃ¤sbar variabel %qDhÃ¤rledd klasstyp %qT i funktionens returtyphÃ¤rledd uttryckstyp uppfyller inte sina platshÃ¥llarbegrÃ¤nsningarhÃ¤rledd initierare uppfyller inte sina platshÃ¥llarbegrÃ¤nsningarhÃ¤rledd returtyp uppfyller inte sina platshÃ¥llarbegrÃ¤nsningarhÃ¤rledd returtyp Ã¤r endast tillgÃ¤nglig med -std=c++14 eller -std=gnu++14hÃ¤rleder %qT som %qThÃ¤rledning frÃ¥n klammeromgiven initierarlista krÃ¤ver #include <initializer_list>hÃ¤rledningsguden %qD mÃ¥ste deklareras med namnrymdsrÃ¤ckviddhÃ¤rledningsguiden %qD fÃ¥r inte ha en funktionskropphÃ¤rledningsguiden fÃ¶r %qT mÃ¥ste ha en avslutande returtypstandard %d minimum %d maximum %dstandardargument %qE anvÃ¤nder %qDstandardargument %qE anvÃ¤nder lokal variabel %qDstandardargumentet fÃ¶r mallparameter fÃ¶r klass om omsluter %qDstandardargumentet angivet fÃ¶r parameter %d till %q#Dstandardargument stÃ¤mmer inte Ã¶verens i upplÃ¶sning av Ã¶verlagringstandardargumentet saknas fÃ¶r parameter %P till %q+#Dstandardargumentet angivet fÃ¶r lambdaparameterstandardargument angivet i explicit specialiseringstandardargument Ã¤r inte tillÃ¥tna i deklaration av vÃ¤nmallspecialisering %qDstandardargument Ã¤r endast tillÃ¥tna fÃ¶r funktionsparametrarstandardmÃ¥let var inte sattstandard target_clones-attribut var inte sattstandardmallargument fÃ¥r inte anvÃ¤ndas i vÃ¤ndeklarerade funktionsmallarstandardmallargument fÃ¥r inte anvÃ¤ndas i vÃ¤nomdeklaration av funktionsmallstandarmallargument fÃ¥r inte anvÃ¤ndas i funktionsmallar utan -std=c++11 eller -std=gnu++11standardmallargument fÃ¥r inte anvÃ¤ndas i partiella specialiseringarstandardtypkonvertering kan inte hÃ¤rleda mallargumentet fÃ¶r %qDstandarddefinierade och raderade funktioner Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11standarddefinierad konstruerare anropar %qD som inte Ã¤r constexprstandarddefinierad deklaration %q+Dden standarddefinierade standardkonstrueraren initierar inte %q#Dden standarddefinierade standardkonstrueraren initierar inte nÃ¥gra ej statiska datamedlemmarstandarddefinierad funktion %q+D med standardargumentstandarddefinierad flyttningstilldelning av %qT anropar en icketrivial flyttningstilldelningsoperator fÃ¶r den virtuella basen %qTfÃ¶rdrÃ¶jd typparameter vid %Cdefinition av en typ i en typkonvertering Ã¤r ogiltigt i C++att definiera en typ i en sammansatt literal Ã¤r ogiltigt i C++definierar explicit specialisering %qD i vÃ¤ndeklarationatt definiera en typ i %qs-uttryck Ã¤r ogiltigt i C++definition i block %i dominerar anvÃ¤ndningen i block %idefinition i block %i fÃ¶ljer dess anvÃ¤ndningdefinitionen av %q#D Ã¤r markerad %<dllimport%>definition av %q#T inuti mallparameterlistadefinitionen av %q#T Ã¤r inte fullstÃ¤ndig fÃ¶re den avslutande klammerndefinitionen av %qD Ã¤r inte i en namnrymd som innesluter %qTdefinition av explicit standarddefinierad %q+Domdefinition av implicit deklarerad %qDdefinitionen av protokollet %qE finns intedefinition av statisk datamedlem %q+D i dllimport:erad klassdefinitionen av std::initializer_list matchar inte #include <initializer_list>definition given fÃ¶r explicit instansieringdelegerande konstruerare Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11raderad definition av %q+Dtog bort funktion %q+Dradera %qT Ã¤r odefinieratraderar LTRANS-filen %s: %mraderar vektor %q#Eraderar filen %s: %mradering av objekt av den abstrakta klasstypen %qT som har en ej virtuell destruerare kommer medfÃ¶ra odefinierat beteenderadering av objekt av den polymorfa klasstypen %qT som har en ej virtuell destruerare kommer medfÃ¶ra odefinierat beteendenamnet %qE i den beroende tolkas som nÃ¥got annat Ã¤n en typ, men instansiering ger en typkonvertering frÃ¥n strÃ¤ngkonstant till %qT bÃ¶r undvikasdeprecated-meddelande Ã¤r inte en strÃ¤ngderefererar %<void *%>-pekarederefererar en nollpekarederefererar en nollpekare i %qEderefererar pekare till ofullstÃ¤ndig typ %qTdereferering av en typstampad pekare kan bryta strikta aliasreglerdereferering av en typstampad pekare kommer bryta strikta aliasreglerhÃ¤rledd typdeklarationhÃ¤rledd unionen %qT ogiltigdestrueraren %qD deklarerad som medlemsmalldestruerare kan inte vara en statisk medlemsfunktiondestruerare fÃ¶r %qE skall inte heller kÃ¶rasdestruerare fÃ¶r frÃ¤mmande class %qT kan inte vara en medlemdestruerarprioriteter stÃ¶djs ejdestruerarprioriteter frÃ¥n 0 till %d Ã¤r reserverade fÃ¶r implementationendestruerarprioriteter mÃ¥ste vara heltal frÃ¥n 0 till och med %ddestruerare fÃ¥r inte vara cv-kvalificeradedestruerare fÃ¥r inte vara ref-kvalificeradedestruerare fÃ¥r inte ha parametrarenheter inbyggt stÃ¶dda:%stÃ¤nkte du dereferera pekaren?tÃ¤nkte du anvÃ¤nda logiskt icke (%<!%>)?tÃ¤nkte du anvÃ¤nda logiskt icke?skillnaden mellan %qE och %qD har inte heltalstypolika antal parametrarolika antal resultatolika parametertyperolika mottagartyperolika resultattyperolika underliggande typ i enum %q#Tolika varargsdirekt bas %qT Ã¤r oÃ¥tkomlig i %qT pÃ¥ grund av tvetydighetdirekt listinitiering av %<auto%> tar precis ett elementdirektivargument %qEdirektivargument i intervallet [%E, %E]avaktivera pass %s fÃ¶r funktionen %savaktivera passet %s fÃ¶r funktioner i intervallet [%u, %u]distinkt Objective-C-typ i returdivision med nolldivision med noll Ã¤r inte ett konstant uttryckange inte bÃ¥de -march=... och -mcpu=...do_check(): fÃ¶r mÃ¥nga argumentdo_simplify(): FÃ¶r mÃ¥nga argument fÃ¶r inbyggdstÃ¤mmer inte med fÃ¶rvÃ¤ntad signatur %qDstÃ¤mmer inte med medlemsmalldeklarationen hÃ¤rstÃ¶djer inte multilibdominerare av %d vara %d, inte %ddominerare av %d har okÃ¤nd statusdubbelkolon i MODULE PROCEDURE-sats vid %LdubbellÃ¤nkad lista av assemblernamn Ã¤r trasigdubbellÃ¤nkad lista av kloner trasigpÃ¥ grund av olika undantagsspecifikationerdubblerad %<_Atomic%>dubblerat %<_Thread_local%> eller %<__thread%>dubblerat %<const%>dubblerat %<default%>-fall i %<_Generic%>dubblerad %<mutable%>dubblerad %<restrict%>dubblerad %<volatile%>dubblerad %qDdubblerad %qEdubblerade %qE-deklarationsspecificeraredubblerad %qsdubbla (eller Ã¶verlappande) case-vÃ¤rdenupprepning av asm-operandnamn %qsupprepat bastyp %qT ogiltigupprepat case-vÃ¤rdeupprepade cv-kvalificeraredubblerad deklaration av protokoll %qEduplicerad deklaration av metoden %<%c%E%> med motstridiga typerdubblerad definition av â€�%sâ€�dubblerad explicit instansiering av %q#Ddubblerad explicit instansiering av %q#Tdubblerad initierare av %qDdubblerad instruktions-UID: %idubblerad instansvariabel %q+Ddubbel grÃ¤nssnittsdeklaration fÃ¶r kategorin %<%E(%E)%>dubblerad grÃ¤nssnittsdeklaration av klass %qEdubblerad etikett %qDdubbel deklaration av etikett %qEdubblerad medlem %q+Dupprepade virt-specificeraredubblerat %<if%>-villkorunder omkompilering med -fcompare-debugdwarf-version %d stÃ¶djs intedynamiskt beroende %s inte funnetdynamiska undantagsspecifikationer undanbedes i C++11dynamic_cast av %q#D till %q#T kan aldrig lyckasvarje odeklarerad identifierare rapporteras bara en gÃ¥ng fÃ¶r varje funktion den fÃ¶rekommer ibÃ¥ge %s->%s har ingen motsvarande anropssatsbÃ¥ge frÃ¥n %d till %d borde vara markerad oreducerbarbÃ¥ge frÃ¥n %d till %d borde inte vara markerad oreducerbarbÃ¥gpekare till fel deklaration:antingen -fopenacc eller -fopenmp mÃ¥ste vara sattberÃ¤knad typspecifikation fÃ¶r en enum med rÃ¤ckvidd fÃ¥r inte anvÃ¤nda nyckelordet %<%D%>elementtyper mÃ¥ste vara sammaelement_number(): Felaktig dimensionstypelementÃ¤r binÃ¤r operationargument till elementÃ¤r funktion vid %C fÃ¶ljer inte standardenelementÃ¤r procedurelementen i vektorn %q#D har ofullstÃ¤ndig typelement i vektorn %q#T har ofullstÃ¤ndig typinbÃ¤ddade %<\0%> i formatemit_fusion_p9_load inte MEMemit_fusion_p9_load, felaktigt register nr. 1emit_fusion_p9_load, felaktigt register nr. 2emit_fusion_p9_store inte MEMemit_fusion_p9_store, felaktigt register nr. 1emit_fusion_p9_store, felaktigt register nr. 2skickar ut PIC-operand, men PIC-registret Ã¤r inte uppsattmatar ut villkorlig mikrokodsinstruktion %s	[%s] nr %dmatar ut mikrokodsinstruktion %s	[%s] nr %dtom deklarationtom deklaration med %<_Alignas%> deklarerar inte om en taggtom deklaration med specificerare av lagringsklass deklarerar inte om taggtom deklaration med typkvalificerare deklarerar inte om en taggtom dekomponeringsdeklarationtom enum Ã¤r ogiltigtomt indexintervall i initieraretom initierare fÃ¶r lambdas init-fÃ¥ngsttom initierare i lambdas init-fÃ¥ngsttom introduktionslistatom vÃ¤nsterprecision i %s-formattom precision i %s-formattomt intervall angivettom skalÃ¤r initieraretom post har storlek 0 i C, storlek 1 i C++tom union har storlek 0 i C, storlek 1 i C++aktivera anvÃ¤ndning av villkorliga flyttinstruktioner.aktivera pass %s fÃ¶r funktionen %saktivera passet %s fÃ¶r funktioner i intervallet [%u, %u]aktivering av stÃ¶d fÃ¶r bakÃ¥tspÃ¥rning Ã¤r endast meningsfullt vid kompilering fÃ¶r Thumbaktivering av stÃ¶d fÃ¶r anroparnÃ¤tverkande Ã¤r endast meningsfullt vid kompilering fÃ¶r Thumbomgivande OpenACC %qs-konstruktionomslutande klass till constexpr icke-statisk medlemsfunktion %q+#D Ã¤r inte en literal typinneslutande klassmallar Ã¤r inte explicit specialiseradeomgivande mÃ¥lregionomgivande uppgiftend-instruktion %d fÃ¶r block %d finns inte i instruktionsstrÃ¶mmenslutet av implicerad do-slinga vid %L kan inte fÃ¶renklas till ett konstant vÃ¤rdeupprÃ¤kningskonstant definierad hÃ¤rupprÃ¤kningskonstant i boolesk kontextupprÃ¤kningskonvertering i tilldelning Ã¤r ogiltigt i C++enum-konvertering i initiering Ã¤r ogiltigt i C++enum-konvertering i retursats Ã¤r ogiltigt i C++enum-konvertering nÃ¤r argument %d till %qE skickades Ã¤r ogiltigt i C++enum-typ definierad hÃ¤rupprÃ¤knings- och inte upprÃ¤kningstyp i villkorsuttryckupprÃ¤kningsmissmatch i villkorsuttryck: %qT kontra %qTupprÃ¤kningsvÃ¤rdet %qE hanteras inte i switchupprÃ¤kningsvÃ¤rden Ã¶verskrider grÃ¤nsen fÃ¶r stÃ¶rsta heltalupprÃ¤kningsvÃ¤rdet %E Ã¤r utanfÃ¶r intervallet fÃ¶r den underliggande typen %<%T%>upprÃ¤kningsvÃ¤rde fÃ¶r %qD Ã¤r inte en heltalskonstantupprÃ¤kningsvÃ¤rde fÃ¶r %qD Ã¤r inte en heltalstyp eller upprÃ¤kningstyp utan rÃ¤ckviddsbegrÃ¤nsningupprÃ¤kningsvÃ¤rde fÃ¶r %qE Ã¤r inte en heltalskonstantupprÃ¤kningsvÃ¤rde fÃ¶r %qE Ã¤r inte ett konstant heltalsuttryckomgivningsvariabeln %qs Ã¤r inte definieradmiljÃ¶variabeln COLLECT_GCC mÃ¥ste vara sattmiljÃ¶variabeln COLLECT_GCC_OPTIONS mÃ¥ste vara sattomgivningsvariabeln DJGPP Ã¤r inte definieradomgivningsvariabeln DJGPP pekar pÃ¥ en trasig fil â€�%sâ€�omgivningsvariabeln DJGPP pekar pÃ¥ en saknad fil â€�%sâ€�miljÃ¶variabeln SOURCE_DATE_EPOCH mÃ¥ste expandera till ett ickenegativt heltal mindre Ã¤n eller lika med %wdfelfel nÃ¤r %s stÃ¤ngdes: %mfel i argument till specifikationsfunktionen %qsfel nÃ¤r %s togs bort
  fel nÃ¤r %qs skrevsfel vid skrivning till %s: %mfel: fel vid sammanslagning av Ã¶versÃ¤ttningsenhetereval_intrinsic(): Felaktig operatoreval_type_intrinsic0(): op NULLundantagsuppstÃ¤dning fÃ¶r denna placerande new vÃ¤ljer icke-placeringsoperatorn deleteundantagshantering avslagen, anvÃ¤nd -fexceptions fÃ¶r att aktiverapersonaliteten stÃ¤mmer inte fÃ¶r undantagshanteringenundantag av typ %<%T%> kommer att fÃ¥ngasundantag av typ %qT kommer att fÃ¥ngasÃ¶verflÃ¶diga element i vektorinitierareÃ¶verflÃ¶diga element i teckenvektorinitierareÃ¶verflÃ¶diga element i skalÃ¤rinitierareÃ¶verflÃ¶diga element i postinitierareÃ¶verflÃ¶diga element i unioninitierareÃ¶verflÃ¶diga element i vector-initierareÃ¶verskjutande anvÃ¤ndningsoperander fÃ¶r satsexekveringsrÃ¤knare Ã¤r negativexekveringsrÃ¤knare antas vara noll
  exekveringsrÃ¤knare uppskattad
! utgÃ¥ng %d->%d inte noteradexpand_binop misslyckades i movsi gotexpansionsmÃ¶nster %<%E%> innehÃ¥ller inga argumentpaketexpansionsmÃ¶nster %<%T%> innehÃ¥ller inga argumentpaketexpansionspunkt Ã¤r plats %i%<#pragma acc%>-klausul fÃ¶rvÃ¤ntades%<#pragma omp section%> eller %<}%> fÃ¶rvÃ¤ntades%<#pragma omp%>-klausul fÃ¶rvÃ¤ntades%<#pragma simd%>-klausul fÃ¶rvÃ¤ntades%<(%> fÃ¶rvÃ¤ntades%<(%> eller filslut fÃ¶rvÃ¤ntades%<)%> fÃ¶rvÃ¤ntades%<*%> fÃ¶rvÃ¤ntades%<+%>, %<*%>, %<-%>, %<&%>, %<^%>, %<|%>, %<&&%>, %<||%> eller identifierare fÃ¶rvÃ¤ntades%<,%> fÃ¶rvÃ¤ntades%<,%> eller %<)%> fÃ¶rvÃ¤ntades%<,%> eller %<)%> fÃ¶rvÃ¤ntades efter %qE%<,%> eller %<...%> fÃ¶rvÃ¤ntades%<,%> eller %<;%> fÃ¶rvÃ¤ntades%<,%> eller %<}%> fÃ¶rvÃ¤ntades%<,%>, %<;%> eller %<}%> fÃ¶rvÃ¤ntades%<.%> fÃ¶rvÃ¤ntades%<...%> fÃ¶rvÃ¤ntades%<:%> fÃ¶rvÃ¤ntades%<:%> eller %<...%> fÃ¶rvÃ¤ntades%<:%> eller %<::%> fÃ¶rvÃ¤ntades%<:%> eller tal fÃ¶rvÃ¤ntades%<:%>, %<,%>, %<;%>, %<}%> eller %<__attribute__%> fÃ¶rvÃ¤ntades%<::%> fÃ¶rvÃ¤ntades%<;%> fÃ¶rvÃ¤ntades%<;%> fÃ¶rvÃ¤ntades efter klassdefinition%<;%> fÃ¶rvÃ¤ntades efter postdefinition%<;%> fÃ¶rvÃ¤ntades efter uniondefinition%<;%> fÃ¶rvÃ¤ntades vid slutet av medlemsdeklaration%<;%> eller %<{%> fÃ¶rvÃ¤ntades%<;%> eller %<{%> fÃ¶rvÃ¤ntades efter metodattributsdefinition%<;%>, %<,%> eller %<)%> fÃ¶rvÃ¤ntades%<;%>, identifierare eller %<(%> fÃ¶rvÃ¤ntades%<<%> fÃ¶rvÃ¤ntades%<=%> fÃ¶rvÃ¤ntades%<=%>, %<,%>, %<;%>, %<asm%> eller %<__attribute__%> fÃ¶rvÃ¤ntades%<>%> fÃ¶rvÃ¤ntades%<@end%> fÃ¶rvÃ¤ntades%<@synchronized%> fÃ¶rvÃ¤ntades%<@throw%> fÃ¶rvÃ¤ntades%<@try%> fÃ¶rvÃ¤ntades%<[%> fÃ¶rvÃ¤ntades%<]%> fÃ¶rvÃ¤ntades%<_Cilk_spawn%> fÃ¶rvÃ¤ntades fÃ¶re %<_Cilk_sync%>%<__label__%> fÃ¶rvÃ¤ntades%<__transaction_atomic%> fÃ¶rvÃ¤ntades%<__transaction_relaxed%> fÃ¶rvÃ¤ntades%<asm%> fÃ¶rvÃ¤ntades%<catch%> fÃ¶rvÃ¤ntades%<class%> fÃ¶rvÃ¤ntades%<class%> eller %<typename%> fÃ¶rvÃ¤ntades%<class%>, %<typename%> eller %<template%> fÃ¶rvÃ¤ntades%<data%> fÃ¶rvÃ¤ntades%<data%>, %<update%>, %<enter%> eller %<exit%> fÃ¶rvÃ¤ntades%<declare%> fÃ¶rvÃ¤ntades%<decltype%> fÃ¶rvÃ¤ntades%<delete%> fÃ¶rvÃ¤ntades%<extern%> fÃ¶rvÃ¤ntades%<for%> fÃ¶rvÃ¤ntades efter %qs%<namespace%> fÃ¶rvÃ¤ntades%<new%> fÃ¶rvÃ¤ntades%<none%> fÃ¶rvÃ¤ntades%<none%> eller %<shared%> fÃ¶rvÃ¤ntades%<omp_priv%> eller funktionsnamn fÃ¶rvÃ¤ntades%<operator%> fÃ¶rvÃ¤ntades%<parallel%>- eller %<target%>-modifierare av %<if%>-klausul fÃ¶rvÃ¤ntades%<point%> fÃ¶rvÃ¤ntades%<return%> fÃ¶rvÃ¤ntades%<scalar%> fÃ¶rvÃ¤ntades%<simd%> eller %<reduction%> eller %<target%> fÃ¶rvÃ¤ntades%<static_assert%> fÃ¶rvÃ¤ntades%<target%> fÃ¶rvÃ¤ntades%<template%> fÃ¶rvÃ¤ntades%<throw%> fÃ¶rvÃ¤ntades%<tofrom%> fÃ¶rvÃ¤ntades%<try%> fÃ¶rvÃ¤ntades%<using%> fÃ¶rvÃ¤ntades%<while%> fÃ¶rvÃ¤ntades%<{%> fÃ¶rvÃ¤ntades%<{%> eller %<:%> fÃ¶rvÃ¤ntades%<}%> fÃ¶rvÃ¤ntades%<}%> fÃ¶rvÃ¤ntades fÃ¶re %<else%>%<~%> fÃ¶rvÃ¤ntades%d nivÃ¥er av mallparametrar fÃ¶rvÃ¤ntades till %q#D, %d fanns%qT fÃ¶rvÃ¤ntades men argumentet har typ %qT%qs %<if%>-klausulmodifierare fÃ¶rvÃ¤ntades snarare Ã¤n %qs... fÃ¶rvÃ¤ntades[big-endian|little-endian|default] fÃ¶rvÃ¤ntades efter %<#pragma scalar_storage_order%>[error|warning|ignored|push|pop] fÃ¶rvÃ¤ntades efter %<#pragma GCC diagnostic%>en strÃ¤ng fÃ¶rvÃ¤ntades efter %<#pragma message%>fÃ¶rvÃ¤ntade ett SSA_NAME-objekten identifierare fÃ¶rvÃ¤ntades som attributnamnvektornotationsuttryck fÃ¶rvÃ¤ntadesattribut fÃ¶rvÃ¤ntades fÃ¶re %<...%>binÃ¤r operator fÃ¶rvÃ¤ntadesbooleskt uttryck fÃ¶rvÃ¤ntadesboolesk typ fÃ¶rvÃ¤ntadescase-etikett eller goto-sats fÃ¶rvÃ¤ntadeskanal fÃ¶rvÃ¤ntadesklassnamn fÃ¶rvÃ¤ntadesklassnyckel fÃ¶rvÃ¤ntadesklassnamn fÃ¶rvÃ¤ntadeskonstruerare, destruerare eller typkonvertering fÃ¶rvÃ¤ntadesen deklaration fÃ¶rvÃ¤ntadesdeklaration eller sats fÃ¶rvÃ¤ntadesdeklarationsspecificerare fÃ¶rvÃ¤ntadesdeklarationsspecificerare eller %<...%> fÃ¶rvÃ¤ntadesdeklarator fÃ¶rvÃ¤ntadeselse-sats fÃ¶rvÃ¤ntadesen tom strÃ¤ng fÃ¶rvÃ¤ntades efter nyckelordet %<operator%>slut pÃ¥ fÃ¥ngstlista fÃ¶rvÃ¤ntadesovÃ¤ntat radslututtryck fÃ¶rvÃ¤ntadesuttryckslista eller typ-id fÃ¶rvÃ¤ntadesen funktion fÃ¶rvÃ¤ntadesett funktionsnamn fÃ¶rvÃ¤ntadesfunktionsnamn %<(%> fÃ¶rvÃ¤ntadesgoto-uttryck fÃ¶rvÃ¤ntadesid-uttryck fÃ¶rvÃ¤ntadesid-uttryck fÃ¶rvÃ¤ntades (argument)identifierare fÃ¶rvÃ¤ntadesidentifierare eller %<(%> fÃ¶rvÃ¤ntadesidentifierare eller %<)%> fÃ¶rvÃ¤ntadesidentifierare eller %<*%> fÃ¶rvÃ¤ntadesinitierare fÃ¶rvÃ¤ntadesheltal fÃ¶rvÃ¤ntadesheltalsuttryck fÃ¶rvÃ¤ntadesheltalsuttryck fÃ¶rvÃ¤ntades fÃ¶re â€�)â€�grÃ¤nssnitt eller pekare till grÃ¤nssnitt fÃ¶rvÃ¤ntadesiterationsdeklaration eller initiering fÃ¶rvÃ¤ntadesiterationssats fÃ¶rvÃ¤ntadeshoppsats fÃ¶rvÃ¤ntadesetikett fÃ¶rvÃ¤ntadesetikettsats fÃ¶rvÃ¤ntadesavbildningsindex fÃ¶rvÃ¤ntades pÃ¥ hÃ¶gersidannamnrymdsnamn fÃ¶rvÃ¤ntadesnÃ¤stat namn-specificerare fÃ¶rvÃ¤ntadesnumerisk typ fÃ¶rvÃ¤ntadesoperator fÃ¶rvÃ¤ntadesparameterpaket fÃ¶rvÃ¤ntades fÃ¶re %<...%>passnamn fÃ¶rvÃ¤ntadespekare fÃ¶rvÃ¤ntadesprimÃ¤ruttryck fÃ¶rvÃ¤ntadesovÃ¤ntad pekaroperatorkvalificerat namn fÃ¶rvÃ¤ntades i vÃ¤ndeklaration fÃ¶r konstruerare %qDkvalificerat namn fÃ¶rvÃ¤ntades i vÃ¤ndeklaration fÃ¶r destruerare %qDselektionssats fÃ¶rvÃ¤ntadessemikolon fÃ¶rvÃ¤ntadesspecificerarkvalificerarlista fÃ¶rvÃ¤ntadessats fÃ¶rvÃ¤ntadesstrÃ¤ngkonstant fÃ¶rvÃ¤ntadesstrÃ¤ngliteral fÃ¶rvÃ¤ntadessuffixidentifierare fÃ¶rvÃ¤ntadesmallargument fÃ¶rvÃ¤ntadesmall-id fÃ¶rvÃ¤ntadesmall-id fÃ¶r typ fÃ¶rvÃ¤ntadesmallnamn fÃ¶rvÃ¤ntadestypspecificerare fÃ¶rvÃ¤ntadestypnamn fÃ¶rvÃ¤ntadestypspecificerare fÃ¶rvÃ¤ntadesokvalificerat id fÃ¶rvÃ¤ntadesvariabelnamn fÃ¶rvÃ¤ntadesexplicit fÃ¥ngst via kopiering av %<this%> Ã¶verflÃ¶digt med standardfall av fÃ¥ngst via kopieringexplicit fÃ¥ngst via kopiering av %qD Ã¶verflÃ¶digt vid standardfÃ¥ngst via kopieringexplicit fÃ¥ngst via referens av %qD Ã¶verflÃ¶digt med standardfÃ¥ngst via referensexplicita konverteringsoperatorer Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11explicita hÃ¤rledningsguider Ã¶vervÃ¤gs inte vid kopieinitieringuttrycklig goto vid slutet av gb %dexplicit instansiering av %q#Dexplicit instansiering av %q#T fÃ¶re definitionen av mallenexplicit instansiering av %qD men ingen definition tillgÃ¤ngligexplicit instansiering av %qD i namnrymden %qD (som inte omsluter namnrymden %qD)explicit instansiering av %qD utanfÃ¶r dess namnrymd mÃ¥ste anvÃ¤nda en nÃ¤stat-namn-specificerareexplicit instansieringar av mallen %q#D som inte Ã¤r en klassexplicit instansieringar av icke-mall %q#Dexplicit instansieringar av icke-malltyp %qTen explicit instansiering skall inte anvÃ¤nda %<constexpr%>-specificerareen explicit instansiering skall inte anvÃ¤nda %<inline%>-specificerareexplicit-kvalifikation i deklaration av %qDden explicita registervariabeln %qD fÃ¥r inte modifieras i en avynglingexplicit specialisering  deklarerad %<concept%>explicit specialisering som inte Ã¤r i namnrymdsomrÃ¥de %qDexplicit specialisering av %qD efter fÃ¶rsta anvÃ¤ndningenexplicit specialisering av %qD mÃ¥ste inledas av %<template <>%>explicit specialisering av %qD utanfÃ¶r dess namnrymd mÃ¥ste anvÃ¤nda en nÃ¤stat-namn-specificerareexplicit specialisering av funktionskonceptet %qDexplicit specialisering av icke-mall %qTexplicit mallargumentlista Ã¤r inte tillÃ¥tetexplicit mallspecialisering kan inte ha en lagringsklassden explicit standarddefinierade funktionen %q+D kan inte deklareras som constexpr fÃ¶r att den implicita deklarationen Ã¤r inte constexpr:explicit anvÃ¤nda register mÃ¥ste vara grupperade i toppen pÃ¥ stackenexponentbokstav â€�qâ€� i reell literal konstant vid %Cuttr i !$OMP ATOMIC WRITE-tilldelning var = uttr mÃ¥ste vara skalÃ¤r och fÃ¥r inte referera var vid %Luttr i !$OMP ATOMIC-tilldelning var = var op uttr mÃ¥ste vara skalÃ¤r och fÃ¥r inte referera var vid %Luttrycket %qE anger inte en constexpr-funktionuttrycket %qE har sidoeffekteruttrycket %qE Ã¤r inte ett konstant uttryckuttryck kan inte anvÃ¤ndas som en funktionuttryck i new-deklarerare mÃ¥ste ha heltals- eller upprÃ¤kningstyputtryck i statisk fÃ¶rsÃ¤kran Ã¤r inte ett heltaluttryck i statisk fÃ¶rsÃ¤kran Ã¤r inte ett konstant heltalsuttryckuttryck i statisk fÃ¶rsÃ¤kran Ã¤r inte konstantuttryckslista behandlas som sammansatt uttryck i funktionstypkonverteringuttryckslista behandlas som sammansatt uttryck i initierareuttryckslista behandlas som sammansatt uttryck i medlemsinitierareuttrycket mÃ¥ste vara ett heltalett uttryck med abstrakt klasstyp %qT kan inte anvÃ¤ndas i throw-uttryckuttryckssats har ofullstÃ¤ndig typexpression_rank(): TvÃ¥ vektorspecifikationerextend_ref(): Felaktig svansutÃ¶kade initierarlistor Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11utÃ¶kade register har inga hÃ¶ga halvorexterndeklaration av %q#D stÃ¤mmer inteextern deklaration av %q+D fÃ¶ljer pÃ¥ deklaration utan lÃ¤nkklassextern model globalvalueexterna TLS-initieringsfunktioner stÃ¶djs inte pÃ¥ denna mÃ¥larkitekturextern lÃ¤nkklass krÃ¤vs fÃ¶r symbol %q+D pÃ¥ grund av attributet %qEexternt synlig inline-klonextra %<;%>extra klammergrupp vid slutet av initierareextra element i skalÃ¤r initierareextra utgÃ¥ende bÃ¥ge %d->%dextra kvalifikation %<%T::%> pÃ¥ medlem %qsextra kvalifikation inte tillÃ¥tenextra semikolonextra semikolon angivet i metoddefinitionextra semikolon i post eller union angivetextra typkvalificerare i formatargument (argument %d)misslyckades att initiera insticksmodulen %smisslyckades att skapa en avbildningskomponent â€�%sâ€�kunde inte hitta skapa unionkomponenten â€�%sâ€�misslyckades att expandera inbyggd funktionmisslyckades att fÃ¥ slutstatus: %mkunde inte ta processtider: %mdet gick inte att Ã¶ppna temporÃ¤r fil %s fÃ¶r LTO-utdatadet gick inte att Ã¶ppna temporÃ¤r fil %s med LTO-utdatamisslyckades att Ã¥terta funktion som inte behÃ¶vsmisslyckades att Ã¥terta funktion som inte behÃ¶vs i samma comdat-gruppfelminnesmodellen kan inte vara starkare Ã¤n den lyckade minnesmodellen fÃ¶r %<__atomic_compare_exchange%>misslyckades att fÃ¶renkla delstrÃ¤ngreferens i DATA-sats vid %Lmisslyckande vid omlÃ¤sningsfÃ¶rsÃ¶k:fall igenom-bÃ¥ge efter styrsats i gb %dfall igenom-bÃ¥ge efter ovillkorligt hopp i gb %ifall-igenom-bÃ¥ge korsar sektionsgrÃ¤ns i gb %ifall igenom till utgÃ¥ng frÃ¥n gb %dsnabb upprÃ¤kning Ã¤r inte tillgÃ¤nglig i Objective-C 1.0attributen fastcall och cdecl Ã¤r inte kompatiblaattributen fastcall och regparm Ã¤r inte kompatiblaattributen fastcall och stdcall Ã¤r inte kompatiblaattributen fastcall och thiscall Ã¤r inte kompatiblaÃ¶desdigert fel: fclose %s: %mfe_runtime_error-strÃ¤ng mÃ¥ste vara null-termineradfe_runtime_error: Fel antal argument (%d istÃ¤llet fÃ¶r %d)fÃ¤lt %q#D med samma namn som en klassfÃ¤lt %q+D ogiltigt deklarerad funktionstypfÃ¤lt %q+D ogiltigt deklarerad metodtypfÃ¤ltet %qD har den ofullstÃ¤ndiga typen %qTfÃ¤ltet %qE deklarerat som en funktionfÃ¤lt %qE har ofullstÃ¤ndig typfÃ¤ltnamn i initierare fÃ¶r annat Ã¤n post eller unionfÃ¤ltprecisionsspecificerarefÃ¤ltbreddfÃ¤ltbredd i printf-formatfÃ¤ltbredd i scanf-formatfÃ¤ltbredd i strfmon-formatfÃ¤ltbredd i strftime-formatfÃ¤ltbreddsspecificerarefÃ¤lt har en annan layout i en annan Ã¶versÃ¤ttningsenhetgÃ¥tt ifrÃ¥n men inte till filen %qsfilen slutar i standardargumentfilnivÃ¥deklaration av %qE anger %<auto%>filnivÃ¥deklaration av %qE anger %<register%>utfyllnadsteckenutfyllnadstecken i strfmon-formatfind_array_spec(): Specifikation saknasfind_array_spec(): oanvÃ¤nd as(1)find_array_spec(): oanvÃ¤nd as(2)find_enum(): Enum finns intefini-funktion funnen i objekt %sfÃ¶rsta argumentet mÃ¥ste vara []bytefÃ¶rsta argumentet till %q+D skall vara %<int%>fÃ¶rsta argumentet till %<__builtin_call_with_static_chain%> mÃ¥ste vara ett anropsuttryckfÃ¶rsta argumentet till %<__builtin_choose_expr%> Ã¤r inte en konstantfÃ¶rsta argumentet till %<va_arg%> Ã¤r inte av typen %<va_list%>fÃ¶rsta som inte stÃ¤mmer Ã¤r fÃ¤ltfÃ¶rsta avstÃ¥ndet mÃ¥ste vara i motsatt riktning mot slingiterationerfasta ebp-register krÃ¤ver %<-maccumulate-outgoing-args%>fast register %s anvÃ¤nt fÃ¶r att skicka en parameter till en funktionfixdecimalspill i uttryckfixdecimaltyper stÃ¶djs inte fÃ¶r denna mÃ¥larkitekturfixdecimaltyper stÃ¶djs inte i C++flexibel vektor medlem %qD i en i Ã¶vrigt tom %q#Tflexibel vektormedlem %qD inte vid slutet av %q#Tflexibel vektormedlem i struct utan namngivna medlemmarflexibel vektormedlem i unionflexibel vektormedlem inte vid slutet av postflyttalskonstant Ã¶verskrider intervallet fÃ¶r %qTflyttalskonstant felanvÃ¤ndflyttalskonstant avkortas till nollflyttalskonstant Ã¶verskrider intervallet fÃ¶r typen %qTflyttalskonstant avkortas till nollflyttalsspill i uttryckflyttalskonstant inte en giltig omedelbar operandflÃ¶desstyrningsinstruktion inuti grundblockvikningskontroll: originaltrÃ¤det Ã¤ndrat av vikningfold Ã¶ver tom expansion Ã¶ver %Ovikningsuttryck Ã¤r endast tillgÃ¤ngliga med -std=c++1z eller -std=gnu++1zfopen %s: %mfopen: %s: %mfÃ¶r %qDfÃ¶r en typkonvertering i funktionsstil, ta bort det Ã¶verflÃ¶diga %<::%D%>fÃ¶r hÃ¤rledning till %<std::initializer_list%>, anvÃ¤nd kopielistinitiering (d.v.s. lÃ¤gg till %<=%> fÃ¶re %<{%>)for-Ã¶kningsuttryck kan inte lÃ¶sa upp adress till Ã¶verlagrad funktionfor-Ã¶kningsuttryck har ingen effektfor-Ã¶kningsuttryck Ã¤r en referens, inte ett anrop, till funktionen %qEfÃ¶r pekartyper mÃ¥ste ett lÃ¤ngduttryck angesfor-sats fÃ¶rvÃ¤ntadesfÃ¶r malldeklaration %q+DfÃ¶r flaggan -mcache-block-size=X, mÃ¥ste ett giltigt X vara: 4, 8, 16, 32, 64, 128, 256 eller 512fÃ¶r flaggan -misr-vector-size=X mÃ¥ste ett giltigt X vara: 4 eller 16fÃ¶r en vektor med okÃ¤nd grÃ¤ns mÃ¥ste ett lÃ¤ngduttryck angesfor-, while- eller do-sats fÃ¶rvÃ¤ntadesformatformatargument %d oanvÃ¤nt fÃ¶r anvÃ¤nt argument %d i $-stilsformatformatargument %d anvÃ¤nt mer Ã¤n en gÃ¥ng i formatet %sformatet Ã¤r en strÃ¤ng breda teckenformatet Ã¤r inte en strÃ¤ngliteral och inga formatargumentformatet Ã¤r inte en strÃ¤ngliteral, argumenttyperna inte kontrolleradeformatet Ã¤r inte en strÃ¤ngliteral, formatstrÃ¤ngen inte kontrolleradformatstrÃ¤ngsargumentet kommer efter argumenten som skall formaterasargument fÃ¶r formatstrÃ¤ng Ã¤r inte en strÃ¤ngtypformatstrÃ¤ng har ogiltigt operandnummerformatstrÃ¤ngen Ã¤r definierad hÃ¤rformerar en pekare till en kvalificerad funktionstyp %qTformar pekare till en referenstyp %qTformerar en referens till en kvalificerad funktionstyp %qTformar referens till en referenstyp %qTformar referens till voidframÃ¥tdeklaration av %q#Thittade %<%c%s%>hittade %<-%E%> istÃ¤llet fÃ¶r %<+%E%> i protokoll%<:%> hittades i kapslad namnspecifikation, %<::%> fÃ¶rvÃ¤ntadeshittade en %qT men formatargumentet skall vara en strÃ¤nghittade ett standardnamn med en definierande sats som inte Ã¤r tomhittade en verklig definition av ett icke-registerhittade en virtuell definition av ett GIMPLE-registerfann ett SSA_NAME som hade slÃ¤ppts till den fria poolenhittade standardfall som inte var vid bÃ¶rjan av case-vektorfp-mjukvarukomplettering krÃ¤ver -mtrap-precision=ifr30_print_operand: ogiltig %%F-kodfr30_print_operand: ogiltig %%x-kodfr30_print_operand: ogiltig operand fÃ¶r %%A-kodfr30_print_operand: ohanterad MEMfr30_print_operand: okÃ¤nd kodfr30_print_operand: okÃ¤nd %%B-kodfr30_print_operand: okÃ¤nd %%b-kodfr30_print_operand: okÃ¤nd %%p-kodfr30_print_operand_address: ohanterad adressrampekare behÃ¶vs, men Ã¤r reserveradramstorlek pÃ¥ %qs Ã¤r %wd byteramstorleken fÃ¶r funktionen %qs Ã¤r %wd byte vilket Ã¶verskrider anvÃ¤ndarens valda stackgrÃ¤ns pÃ¥ %d byte.  En ovillkorlig fÃ¤lla lÃ¤ggs till.ramstorleken fÃ¶r funktionen %qs Ã¤r %wd byte vilket Ã¤r mer Ã¤n hÃ¤lften av stackstorleken.  Den dynamiska kontrollen skulle inte vara pÃ¥litlig.  Ingen kontroll lÃ¤ggs ut fÃ¶r denna funktion.ramstorlek fÃ¶r stor fÃ¶r pÃ¥litlig stackkontrollfree_expr0(): Felaktig uttryckstypfree_pi_tree(): Ej upplÃ¶st upprÃ¤ttningvÃ¤ndeklaration %q#D deklarerar en icke-mall-funktionvÃ¤ndeklaration %qD i lokal klass utan en tidigare deklarationvÃ¤ndeklarationen %qD  Ã¤r inte synlig fÃ¶r en explicit specialiseringvÃ¤ndeklarationen %qD fÃ¥r inte ha virt-specificerarevÃ¤ndeklaration som inte namnger en klass eller funktionvÃ¤ndeklarationen hÃ¤rvÃ¤ndeklaration Ã¤r inte i klassdefinitionvÃ¤ndeklaration krÃ¤ver klassnyckel, d.v.s. %<friend %#T%>vÃ¤ndeklaration krÃ¤ver klassnyckel, d.v.s. %<friend class %T::%D%>Ã¤n tidigare deklaration av %qFfrv_print_operand: okÃ¤nd koden funktion kan endast jÃ¤mfÃ¶ras med nilfunktionen %q#D Ã¤r initierad som en variabelfunktionen %q+D standarddefinierades i sin omdeklaration med en undantagsspecifikation som skiljer frÃ¥n den implicita undantagsspecifikationen %qXfunktionsdefinition %q+D Ã¤r markerad dllimportfunktionen %q+D Ã¤r en del av en aliascykelfunktion %q+F kan aldrig kopieras eftersom den tar emot ett icke-lokalt gotofunktion %q+F kan aldrig kopieras eftersom den sparar adressen av en lokal etikett i en statisk variabelfunktion %q+F kan aldrig inline:as eftersom den innehÃ¥ller ett berÃ¤knat gotofunktionen %q+F kan aldrig vara inline eftersom det stÃ¤ngs av av -fno-inlinefunktion %q+F kan aldrig inline:as eftersom den anvÃ¤nder __builtin_return eller __builtin_apply_argsfunktion %q+F kan aldrig inline:as fÃ¶r att den anvÃ¤nder alloca (Ã¥sidosÃ¤tt genom att anvÃ¤nda attributet always_inline)funktionen %q+F kan aldrig vara inline eftersom den anvÃ¤nder attribut som stÃ¥r i konflikt med inlinefunktion %q+F kan aldrig inline:as eftersom den anvÃ¤nder icke-lokala gotofunktion %q+F kan aldrig inline:as eftersom den anvÃ¤nder setjmpfunktion %q+F kan aldrig inline:as eftersom den anvÃ¤nder setjmp-longjmp-undantagshanteringfunktion %q+F kan aldrig inline:as eftersom den anvÃ¤nder variabel argumentlistafunktionen %qD deklarerad %<virtual%> inuti en unionfunktionen %qD Ã¤r initierad som en variabelfunktionen %qD kan vara en kandidat fÃ¶r formatattributet %qsfunktionen %qD omdeklarerad som en variabelfunktionen %qD anvÃ¤nd som %<asm%>-utdatafunktionen %qs kan inte deklareras %<mutable%>funktionsattributen stÃ¤mmer intefunktionsattributen %qs och %qs har ingen effekt pÃ¥ funktionen %qsfunktionsattributen %qs, %qs och %qs Ã¤r Ã¶msesidigt uteslutandefunktionskroppen kan inte skrivas Ã¶ver vid lÃ¤nkningstillfÃ¤lletfunktionskroppen inte tillgÃ¤ngligfunktionsanrop har sammansatt vÃ¤rdefunktion anropad via en inkompatibel typfunktionen kan inte instrumenterasfunktionsdeklarationen Ã¤r inte en prototypfunktion deklarerad %<noreturn%> har en %<return%>-satsfunktionsdefinition deklarerad som %<auto%>funktionsdefinition deklarerad som %<register%>funktionsdefinition deklarerad som %<typedef%>funktionsdefinition deklarerad som %qsfunktionsdefinition deklarerar inte parametrarfunktionsdefinition som har kvalificerad void-returtypfunktionen returnerar inte typen strÃ¤ngfunktionen kan returnera adressen till en lokal variabelfunktionen inte beaktad fÃ¶r inline:ingfunktionen Ã¤r inte deklarerad inline och kodstorleken skulle vÃ¤xafunktionen kan inte inline:asfunktionen Ã¤r inte en inline-kandidatfunktions- eller vektortyp %qT i %<#pragma omp declare reduction%>funktions- eller vektortyp i %<#pragma omp declare reduction%>funktionsresultatsrÃ¤knare stÃ¤mmer intefunktionsreturtyp kan inte vara funktionfunktionsreturtyper Ã¤r inte kompatibla pÃ¥ grund av %<volatile%>funktion som returnerar en funktionfunktion som returnerar en vektorfunktionen returnerar adress till en etikettfunktionen returnerar adress till en lokal variabelfunktionen returnerar ett aggregatfunktionssymbol som inte Ã¤r en funktionfunktionsmall %qD omdeklarerad som en klassmallfunktionsmalls-id %qD i nÃ¤stad namnspecificerarefunktionstyper inte riktigt kompatibla i ISO Cfunktion med kvalificerad void-returtyp anropad%qE i funktions definitionsomrÃ¥de Ã¤r implicit auto och deklarerad %qsfunktionsdefinitionsomrÃ¥de %qs implicit auto och deklarerat %<__thread%>stÃ¶d fÃ¶r function_profilerfunktionsprofileringsstÃ¶d fÃ¶r MMIXfunktionell konvertering till vektortypen %qTskrÃ¤p vid slutet av â€�#pragma nomember_alignmentâ€�gcc-drivrutin version %s %skÃ¶r gcc version %s
  gcc version %s %s
  gcov %s%s
  generell snuttkod misslyckas fÃ¶r metod %qD som anvÃ¤nder %<...%>get_mpz(): Inte en heltalskonstantnÃ¤r grÃ¤ns fÃ¶r maximal storlek pÃ¥ core-fil hÃ¤mtades: %mgfc_add_interface(): Felaktig grÃ¤nssnittstypgfc_arith_divide(): Felaktig bastypgfc_arith_error(): Felaktig felkodgfc_arith_minus(): Felaktig bastypgfc_arith_plus(): Felaktig bastypgfc_arith_times(): Felaktig bastypgfc_arith_uminus(): Felaktig bastypgfc_array_dimen_size(): Felaktigt EXPR_ARRAY-uttryckgfc_array_dimen_size(): Felaktig dimensiongfc_ascii_statement(): Felaktig satskodgfc_basic_typename(): Odefinierad typgfc_caf_attr(): Felaktig vektorreferensgfc_caf_attr(): Uttrycket Ã¤r inte en variabelgfc_check_dependency: en EXPR_VARIABLE fÃ¶rvÃ¤ntadesgfc_check_digit(): felaktig radixgfc_code2string(): Felaktig kodgfc_compare_array_spec(): Vektorspecifikation sÃ¶nderskrivengfc_compare_derived_types: felaktig hÃ¤rledd typgfc_compare_expr(): Felaktig bastypgfc_conv_constant_to_tree(): ogiltig typ: %sgfc_convert_constant(): OvÃ¤ntad typgfc_copy_expr(): Felaktig uttrycksnodgfc_find_array_ref(): Det finns ingen referensgfc_free_statement(): Felaktig satsgfc_get_constant_expr(): locus %<where%> kan inte vara NULLgfc_get_default_type(): Felaktig symbol %qsgfc_global_used(): Felaktig typgfc_is_constant_expr(): OkÃ¤nd uttryckstypgfc_match(): Felaktig matchningskod %cgfc_match_sym_complex_part(): Felaktig typgfc_op2string(): Felaktig kodgfc_range_check() returnerade felaktigt vÃ¤rdegfc_range_check(): Felaktig typgfc_ref_dimen_size(): Felaktig dimen_typegfc_ref_dimen_size(): Felaktig dimensiongfc_resolve_blocks(): Felaktig blocktypgfc_resolve_code(): Felaktig satskodgfc_resolve_code(): Inget uttryck i DO WHILEgfc_resolve_expr(): Felaktig uttryckstypgfc_set_default_type(): symbolen har redan en typgfc_simplify_abs(): Felaktig typgfc_simplify_dcmplx(): Felaktig typ (x)gfc_simplify_dcmplx(): Felaktig typ (y)gfc_simplify_dim(): Felaktig typgfc_simplify_floor(): Felaktig sortgfc_simplify_log: felaktig typgfc_simplify_mod(): Felaktiga argumentgfc_simplify_modulo(): felaktiga argumentgfc_trans_code(): Felaktig satskodgfc_trans_omp_workshare(): Felaktig satskodgfc_trans_select(): Felaktig typ fÃ¶r Bad type for case-uttryck.gfc_typename(): Odefinierad typgfc_validate_kind(): Fick felaktig sortgfc_validate_kind(): Fick felaktig typgfc_variable_attr(): Felaktig vektorreferensgfc_variable_attr(): Uttrycket Ã¤r inte en variabelgfortran stÃ¶djer inte -E utan -cppgfortran: Endast en %<-J%>-flagga tillÃ¥tsgimple-anrop har inget mÃ¥lgimple-anrop har tvÃ¥ mÃ¥lgimple-kontroll: %s(%s) fÃ¶rvÃ¤ntades, har %s(%s) i %s, vid %s:%dgimple_bb (phi) Ã¤r satt till ett felaktigt grundblockgimple_bb (sats) Ã¤r satt till ett felaktigt grundblockgimplification misslyckadesglobala konstruerare stÃ¶djs inte fÃ¶r denna mÃ¥larkitekturglobal deklaration av %q#Dglobala destruerare stÃ¶djs inte pÃ¥ denna mÃ¥larkitekturglobala kvalificering av klassnamn Ã¤r ogiltigtglobal registervariabel %qD anvÃ¤nd i nÃ¤stad funktionglobal registervariabel fÃ¶ljer en funktionsdefinitionglobal registervariabel har startvÃ¤rdetilldelning av global/statisk variabel har uppfÃ¥ngatsfick %d mallparametrar till %q#Dfick %d mallparametrar till %q#Tgoto-destination Ã¤r varken en etikett eller en pekaregp Ã¤r konstant (men spara/Ã¥terstÃ¤ll gp vid indirekta anrop).gp_offset (%ld) eller end_offset (%ld) Ã¤r mindre Ã¤n nollbehÃ¶vde omlokalisera PCHMIPS16-kod med hÃ¥rdvaruflyttal fÃ¶r andra ABI:er Ã¤n o32 och o64hÃ¥rdvaruinstruktioner fÃ¶r decimalflyttal Ã¤r inte tillgÃ¤ngliga i lÃ¤get ESA/390hÃ¥rdvaruinstruktioner fÃ¶r decimala flyttal Ã¤r inte tillgÃ¤ngliga pÃ¥ %svektorstÃ¶d i hÃ¥rdvara Ã¤r inte tillgÃ¤ngliga pÃ¥ %sstÃ¶d fÃ¶r hÃ¥rdvaruvektorer Ã¤r inte tillgÃ¤ngligt med -msoft-floathar andra parametrar i en annan Ã¶versÃ¤ttningsenhethar ett annat returvÃ¤rde i en annan Ã¶versÃ¤ttningsenhethuvudinstruktion %d fÃ¶r block %d finns inte i instruktionsstrÃ¶mmenhÃ¤rÃ¶vre grÃ¤ns %qE ovanfÃ¶r storleken pÃ¥ vektorsektionen i en %qs-klausulhwcap %s Ã¤r ett ogiltigt argument till den inbyggda %siWMMXt och NEON Ã¤r inkompatiblaiWMMXt stÃ¶djs inte i Thumb-lÃ¤geia64_print_operand: okÃ¤nd kodidentical_array_ref(): inkonsistenta dimensioneridentifieraren %qE stÃ¥r i konflikt med ett nyckelord i C++identifieraren %qE Ã¤r ett nyckelord i C++11identifierare fÃ¶rvÃ¤ntades efter %<@protocol%>om nÃ¥gon %<if%>-klausul har en modifierare mÃ¥ste alla %<if%>-klausuler anvÃ¤nda modifierareif-satser kan inte innehÃ¥lla %<Cilk_spawn%>om denna kod nÃ¥s, kommer programmet att avbrytaifunc stÃ¶djs inte i denna konfigurationifunc stÃ¶djs inte pÃ¥ denna mÃ¥larkitekturignorerar #pragma %s %signorerar %<#pragma align%> fÃ¶r explicit justerad %q+Dignorerar %<#pragma omp declare simd%> pÃ¥ en funktion med ett icke-%<uniform%>-argument kvalificerat med %<_Atomic%>ignorerar %<#pragma omp declare simd%> pÃ¥ en funktion med en returtyp kvalificerad med %<_Atomic%>ignorerar attributet %qD pÃ¥ en anonym namnrymdignorerar attributet %qD pÃ¥ en namnrymd som inte Ã¤r inlineignorerar attributet %qE anvÃ¤nt pÃ¥ mallinstansieringen %qTignorerar attributet %qE anvÃ¤nt pÃ¥ mallspecialiseringen %qTignorerar -fschedule-insns pÃ¥ grund av ett fel i undantagshanteringenignorerar asm-specificerare fÃ¶r ickestatisk lokal variabel %q+Dignorerar attribut anvÃ¤nda pÃ¥ %qT efter dess definitionignorerar attribut anvÃ¤nda pÃ¥ klasstypen %qT utanfÃ¶r dess definitionignorerar attribut anvÃ¤nda pÃ¥ beroende typ %qT utan en associerad deklarationignorerar attribut i mallargumentet %qEignorerar attribut pÃ¥ mallargumentet %qTignorerar dubblerad katalog â€�%sâ€�
  ignorerar stort linjÃ¤rt stegignorerar slingannoteringignorerar felformaterat #pragma longcallignorerar ej existerande katalog â€�%sâ€�
! ignorerar attributet packed pÃ¥ grund av opackat icke-POD-fÃ¤lt %q#Dignorerar flaggan %<-fopt-info-%s%> som mÃ¶jligen stÃ¥r i konfliktignorerar returvÃ¤rdet av %qD, deklarerad med attributet nodiscardignorerar returvÃ¤rdet av %qD, deklarerad med attributet warn_unused_resultignorerar returvÃ¤rdet av funktion deklarerad med attributet warn_unused_resultignorerar returnerat vÃ¤rde av typen %qT, deklarerat med attributet nodiscardignorerar sink-klausul med ett avstÃ¥nd som inte Ã¤r en multipel av slingstegetignorerar okÃ¤nt alternativ %q.*s i %<-fdump-%s%>ignorerar okÃ¤nt vÃ¤rde %<%s%> till flaggan %<-mcustom-fpu-cfg%>ignorera linjÃ¤rt steg nollotillÃ¥ten OP i optimize_comparisonogiltig aggregattyp %qE angiven fÃ¶r instansvariabel %qsogiltig operandogiltig operandadress (1)ogiltig operandadress (2)ogiltig operandadress (3)ogiltig operandadress (4)ogiltig operand detekteradotillÃ¥ten referenstyp angiven fÃ¶r instansvariabel %qsimplicit konvertering frÃ¥n %qT till %qT fÃ¶r att matcha den andra operanden i binÃ¤rt uttryckimplicit konvertering frÃ¥n %qT till %qT fÃ¶r att stÃ¤mma med andra resultat i villkorimplicit konvertering frÃ¥n %qT till %qT nÃ¤r argument skickas till en funktionimplicit deklaration av funktionen %qEimplicit deklaration av funktionen %qE; menade du %qs?implicit avreferens kommer inte att anvÃ¤nda objekt av typ %qT i for-Ã¶kningsuttryckimplicit avreferens kommer inte att anvÃ¤nda objekt av typ %qT i vÃ¤nstra operanden av kommaoperatornimplicit avreferens kommer inte att anvÃ¤nda objekt av typ %qT i hÃ¶geroperanden till kommaoperatornimplicit avreferens kommer inte att anvÃ¤nda objekt av typ %qT i andra operanden av villkorligt uttryckimplicit avreferens kommer inte att anvÃ¤nda objekt av typ %qT i satsenimplicit avreferens kommer inte att anvÃ¤nda objekt av typ %qT i tredje operanden till villkorligt uttryckimplicit avbildning av vektorn %qD med antagen storlekimplicita mallar fÃ¥r inte vara %<virtual%>typen pÃ¥ implicit this-pekare stÃ¤mmer inteflaggan implicit_section Ã¤r satt men sektionen Ã¤r inte detimplicit poppade register mÃ¥ste vara grupperade i toppen pÃ¥ stackenimplicerat END DOimport_iso_c_binding_module(): Kan inte skapa en symbol fÃ¶r %somÃ¶jlig begrÃ¤nsning i %<asm%>omÃ¶jlig registerbegrÃ¤nsning i %<asm%>omÃ¶jlig typfÃ¶rsÃ¤kran: typen implementerar inte ett grÃ¤nssnitti %s, vid %s:%di C++03 mÃ¥ste en klassnyckel anvÃ¤ndas nÃ¤r en vÃ¤n deklarerasi C++11 och senare kan en standardkonstruerare vara expliciti C++11 Ã¤r standard fÃ¶r destruerare noexcepti C++11 kommer denna throw att avsluta eftersom standard fÃ¶r destruerare Ã¤r noexcepti C++98 Ã¤r %<template%> (fÃ¶r att lÃ¶sa upp tvetydighet) Ã¤r endast tillÃ¥tet inuti mallari C++98 fÃ¥r %q+D inte vara statisk eftersom den Ã¤r medlem av en unioni C++98 mÃ¥ste %qD initieras med en konstruerare, inte med %<{...}%>i ett anrop av allokeringsfunktionen %qD deklarerad hÃ¤ri ett anrop av den inbyggd allokeringsfunktionen %qDi ett anrop till den inbyggda funktionen %qDi ett anrop till funktionen %qD deklarerad hÃ¤ri argument till unÃ¤rt !i grundblock %d:i anrop av %qD, deklarerad hÃ¤ri deklaration %q+Di definitionen av makrot %qsi expansionen av makrot %qsin gfc_simplify_acos(): Felaktig typin gfc_simplify_acosh(): Felaktig typi gfc_simplify_asin(): Felaktig typi gfc_simplify_asinh(): Bad typei gfc_simplify_atan(): Felaktig typi gfc_simplify_atan2d(): Felaktig typi gfc_simplify_atanh(): Felaktig typi gfc_simplify_atrigd(): Felaktig typi gfc_simplify_cos(): Felaktig typi gfc_simplify_exp(): Felaktig typi gfc_simplify_sin(): Felaktig typi gfc_simplify_trigd(): Felaktig typi initieringen av dekomponeringsvariabeln %qDnÃ¤r argument %P till %qD skickadesi simplify_trig_call(): Felaktig inbyggdi satsi mallargument fÃ¶r typen %qTi definitionen av %q#Tinitiering i klassen av statisk datamedlem %q#D med icke literal typinitiering i klassen av statisk datamedlem med icke heltaltyp %q#DoÃ¥tkomlig insticksmodulsfil %s expanderad frÃ¥n kort namn pÃ¥ insticksmodul %s: %mfelaktig ackumulator fÃ¶r %qsinkludera %qs eller ge en deklaration av %qDinkommande bÃ¥gantal stÃ¤mmer inte med antalet PHI-argumentinkompatibla adressrymdskvalificerare %qs och %qsinkompatibel dataklausul med reduktion pÃ¥ %qE; befordrar till present_or_copyinkompatibla flyttals-/vektorregisteroperander fÃ¶r â€�%%%câ€�inkompatibel implicit deklaration av inbyggd funktion %qDinkompatibel implicit deklaration av funktionen %qDinkompatibel typ fÃ¶r argument %d av %qEinkompatibel typ fÃ¶r avbildningsindexinkompatibel typ fÃ¶r metoden %s%s%sinkompatibel typ fÃ¶r metoden %s%s%s (%s)inkompatibel typ fÃ¶r mottagareinkompatibla typer i PHI-argument %uinkompatibla typer i tilldelning av %qT till %qTinkompatibla typer i binÃ¤rt uttryckinkompatibla typer i sendinkompatibla typer i tilldelning till typ %qT frÃ¥n typ %qTinkompatibla typer i nÃ¤r typ %qT initierades med typ %qTinkompatibla typer nÃ¤r typ %qT returnerades men %qT fÃ¶rvÃ¤ntadesinkompatibla vektortyper i villkorsuttryck: %qT, %qT och %qTofullstÃ¤ndig implementation av kategorin %qEofullstÃ¤ndig implementation av klassen %qEofullstÃ¤ndig typ %qT har inte medlem %qDofullstÃ¤ndig typ %qT anvÃ¤nd i nÃ¤stad namnspecificerareinkonsistenta start-/sluttyper i intervallbaserat %<for%>-sats: %qT och %qTinkonsistent hÃ¤rledning fÃ¶r %qT: %qT och sedan %qTinkonsistent hÃ¤rledning fÃ¶r auto-returtyp: %qT och sedan %qTinkonsistent specifikation av instansvariabelinkonsistenta operandbegrÃ¤nsningar i en %<asm%>inkonsistenta typer %qT och %qT hÃ¤rledda fÃ¶r lambda-returtypeninkonsistenta anvÃ¤ndardefinierade literalsuffix %qD och %qD i strÃ¤ngliteralfelaktigt jÃ¤mfÃ¶relsesÃ¤ttfelaktig post i label_to_block_mapfelaktigt format i skalning, anvÃ¤nder 1/1
! felaktig tipsoperandfelaktig instruktion:felaktigt antal argument till funktionen %qEfelaktigt antal vektor-CONSTRUCTOR-elementfelaktig avrundningsoperandfelaktig instÃ¤llning av nummer pÃ¥ landningsplattafelaktig delning av trÃ¤dnoderfelaktig typ av vektor-CONSTRUCTOR-elementfelaktigt nÃ¤stad OpenACC-slingeparallellismÃ¶kningsuttryck refererar till iterationsvariabeln %qDÃ¶kning av ett booleskt uttryckÃ¶kning av konstant fÃ¤lt %qDÃ¶kning av upprÃ¤kningsvÃ¤rde Ã¤r ogiltigt i C++Ã¶kning av funktion %qDÃ¶kning av medlem %qD i endast lÃ¤sbart objektÃ¶kning en pekare till en ofullstÃ¤ndig typ %qTÃ¶kning av endast lÃ¤sbar plats %qEÃ¶kning av endast lÃ¤sbar medlem %qDÃ¶kning av endast lÃ¤sbart namngivet returvÃ¤rde %qDÃ¶kning av endast lÃ¤sbar parameter %qDÃ¶kning av endast lÃ¤sbar referens %qDÃ¶kning av endast lÃ¤sbar variabel %qDÃ¶kat upprÃ¤kningsvÃ¤rde Ã¤r fÃ¶r stort fÃ¶r %<unsigned long%>index %E anger ett avstÃ¥nd stÃ¶rre Ã¤n storleken pÃ¥ %qTindex i dimension %d Ã¤r utanfÃ¶r grÃ¤nsen vid %Lindexet mÃ¥ste vara ett heltalindexvÃ¤rde istÃ¤llet fÃ¶r fÃ¤ltnamn i unioninitierareindexvÃ¤rdet Ã¤r utanfÃ¶r grÃ¤nsenindirekt anrops frekvens %i stÃ¤mmer inte med GB-frekvens %iindirekt funktion %q+D kan inte deklareras svagindirekt funktion %q+D kan inte deklareras weakrefindirekt funktionsanrop med ett Ã¤nnu ej faststÃ¤llt anropsmÃ¥lindirekta hopp Ã¤r inte tillgÃ¤ngliga pÃ¥ denna mÃ¥larkitekturindirektion kommer inte att anvÃ¤nda objekt av ofullstÃ¤ndig typ %qT i Ã¶kningsuttryckindirektion kommer inte att anvÃ¤nda objekt av ofullstÃ¤ndig typ %qT i vÃ¤nstra operand av kommaoperatornindirektion kommer inte att anvÃ¤nda objekt av ofullstÃ¤ndig typ %qT i hÃ¶geroperanden till kommaoperatornindirektion kommer inte att anvÃ¤nda objekt med ofullstÃ¤ndig typ %qT i andra operanden av villkorligt uttryckindirektion kommer inte att anvÃ¤nda objekt av ofullstÃ¤ndig typ %qT i satsindirektion kommer inte att anvÃ¤nda objekt av ofullstÃ¤ndig typ %qT i tredje operand till villkorligt uttrycken indirektion kommer inte anvÃ¤nda ett objekt av ej trivialt kopierbar typ %qT i for-Ã¶kningsuttrycken indirektion kommer inte anvÃ¤nda ett objekt av ej trivialt kopierbar typ %qT i vÃ¤nstra operanden av en kommaoperatoren indirektion kommer inte att anvÃ¤nda ett objekt av ej trivialt kopierbar typ %qT i hÃ¶gra operanden av en kommaoperatorindirektion kommer inte att anvÃ¤nda objekt av icke trivialt kopierbar typ %qT i andra operanden av villkorligt uttrycken indirektion kommer inte anvÃ¤nda ett objekt av ej trivialt kopierbar typ %qT i satsen indirektion kommer inte att anvÃ¤nda ett objekt av ej trivialt kopierbar typ %qT i tredje operanden av ett villkorsuttryckden hÃ¤rledda skalÃ¤ra typen %qT Ã¤r inte en heltals- eller flyttalstyp av samma storlek som %qTÃ¤rvd konstruerare %q+D Ã¤r inte constexprÃ¤rvande konstruerare Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11init-funktion funnen i objekt %sinit-satsen i valsatser Ã¤r endast tillgÃ¤ngliga med -std=c++1z eller -std=gnu++1zinit_arglist(): fÃ¶r mÃ¥nga argumentinitiering kastar %qv-kvalificerare frÃ¥n pekarmÃ¥ltypinitiering frÃ¥n distinkt Objective-C-typinitiering frÃ¥n inkompatibel pekartypinitiering frÃ¥n pekare till adressutrymme som inte Ã¤r inneslutetvÃ¤nsterhandssida av initiering kan vara en kandidat fÃ¶r ett formatattributinitiering skapar en %q#v-kvalificerad funktionspekare frÃ¥n en okvalificeradinitiering skapar heltal frÃ¥n pekare utan typkonverteringinitiering skapar pekare frÃ¥n heltal utan typkonverteringinitiering av medlem som Ã¤r en flexibel vektorinitiering av common-blockvariabel %qs i DATA-sats vid %Cinitiering av medlem som Ã¤r en flexibel vektor i nÃ¤stat sammanhanginitiering av new-uttryck fÃ¶r typen %<auto%> tar precis ett elementinitiering av icke konstant referens av typ %q#T frÃ¥n ett r-vÃ¤rde av typ %qTinitiering av volatile referens av typ %q#T frÃ¥n ett r-vÃ¤rde av typ %qTinitiering av flera medlemmar av %qTinitierat fÃ¤lt Ã¶verskrivetinitierat fÃ¤lt med sidoeffekter Ã¶verskrivetinitierad variabel %q+D Ã¤r markerad som dllimportinitierarelement Ã¤r inte ett konstant uttryckinitierarelement Ã¤r inte berÃ¤kningsbart vid laddtidpunktinitierarelement Ã¤r inte konstantinitierare tar slut i fÃ¶rtidinitieraruttrycket refererar till iterationsvariabeln %qDinitierare misslyckas med att bestÃ¤mma storleken pÃ¥ %q+Dinitierare misslyckas med att bestÃ¤mma storleken pÃ¥ %qDinitierare misslyckas med att bestÃ¤mma storleken pÃ¥ %qTinitieraren fÃ¶r %<decltype(auto) %D%> har funktionstyp (glÃ¶mde du %<()%> ?)initieraren fÃ¶r %q#D Ã¤r ogiltiginitierare fÃ¶r %qT mÃ¥ste vara inom klamrarinitierare fÃ¶r flexibel vektormedlem %q#Dinitierare fÃ¶r flyttalsvÃ¤rde Ã¤r inte en flyttalskonstantinitierare fÃ¶r heltals-/fixdecimalvÃ¤rde Ã¤r fÃ¶r kompliceradinitierare i intervallbaserad %<for%>-slingainitierare Ã¤r ogiltig fÃ¶r statisk medlem med konstruerareinitierare angiven fÃ¶r funktioninitierare angiven fÃ¶r vÃ¤nfunktionen %qDinitierare angiven fÃ¶r icke-virtuell metod %q+Dinitierare angiven fÃ¶r statisk medlemsfunktion %qDinitierarstrÃ¤ng fÃ¶r vektor av tecken Ã¤r fÃ¶r storinskjutet klassnamn %qD anvÃ¤nt som mallmallargumentinline-klon i samma comdat-grupplistainline-klon tvingas till utdatainline-klon som man tar adressen tillinline:a kod fÃ¶r att invalidera instruktionscacheposter efter att nÃ¤stade funktionstrampoliner satts upp.inline-deklaration av %qD fÃ¶ljer pÃ¥ deklaration med attributet noinlineinline-funktionen %q+D deklarerades som dllimport: attributet ignoreratinline:ad funktion %q+D Ã¤r deklarerad men aldrig definieradinline-funktionen %q+D deklarerad svaginline-funktionen %q+D har fÃ¥tt attributet noinlineinline-funktionen %qD har fÃ¥tt attributet noinlineinline-funktion %qD anvÃ¤nd men aldrig definieradinline-namnrymder Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11inline-variabler Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11inlined_to-pekare Ã¤r angivet men inga fÃ¶retrÃ¤dare finnsinlined_to-pekare Ã¤r felinlined_to-pekare refererar till sig sjÃ¤lvinlined_to-pekare angiven fÃ¶r noninline-anropareinline:ing misslyckades i anrop av %q+F: %sinline:ing misslyckades i anrop av always_inline %q+F: %sden inre slingan anvÃ¤nder samma OpenACC-parallellism som den omgivande slinganindatafilen %qs Ã¤r samma som utdatafilenindataoperandbegrÃ¤nsningen innehÃ¥ller %qcinsert_bbt(): Dubblettnyckel hittad!insÃ¤ttning utanfÃ¶r intervallet i BIT_INSERT_EXPRinstruktion %d grundblockspekare Ã¤r %d, skall vara %dinstruktion %d i foten till gb %d har icke-NULL grundblockinstruktion %d i huvud till gb %d har icke-NULL grundblockinstruktion %d Ã¤r i flera grundblock (%d och %d)instruktion %d utanfÃ¶r grundblock har ett icke-NULL gb-fÃ¤ltinstruktionsadressen inte frigjordinstruktionen innehÃ¥ller en ogiltig adress!instruktionen hÃ¥ller inte sina begrÃ¤nsningar:instruktion utanfÃ¶r grundblockinstruktion med UID %i finns inte fÃ¶r operand %i (â€�%sâ€�) i instruktion %iinstruktion med UID %i finns inte fÃ¶r operand %i i instruktion %iinstallation: %s%s
! installationsfel, kan inte hitta crtoffloadtable.oinstansvariabel %qE anvÃ¤nd i klassmetodinstansvariabeln %qE Ã¤r %s, detta kommer bli ett fel i framtideninstansvariabeln %qE Ã¤r deklarerad %sinstansvariabeln %qE Ã¤r deklarerad privatinstansvariabeln %qs har okÃ¤nd storlekinstansvariabeln %qs Ã¤r deklarerad privatinstansvariabeln %qs anvÃ¤nder flexibla vektormedlemmartilldelning av instansvariabel har uppfÃ¥ngatsinstruktionen aldrig utfÃ¶rdinstruktionsschemalÃ¤ggning stÃ¶djs inte fÃ¶r denna mÃ¥lmaskinfÃ¶r fÃ¥ argument till den Ã¶verlagrade funktionen %sotillrÃ¤cklig sammanhangsinformation fÃ¶r att avgÃ¶ra typenotillrÃ¤cklig partitionering tillgÃ¤nglig fÃ¶r att parallellisera elementslingaint-vektor initierad frÃ¥n inkompatibel bred strÃ¤ngint-vektor initierad frÃ¥n icke-bred strÃ¤ngheltalskonstant Ã¤r fÃ¶r stor fÃ¶r typen %<unsigned long%>heltalsdivision med nollheltalskonstant Ã¶verskrider intervallet fÃ¶r typen %qTheltalsspill i vektorstorlekheltalsspill i uttryckheltalsuttryck %qE Ã¤r inte konstantprecisionen pÃ¥ typen pÃ¥ heltalsresultatet stÃ¤mmer inte med fÃ¤ltstorleken pÃ¥ BIT_FIELD_REFintermoduloptimeringar inte implementerade fÃ¶r C++grÃ¤nssnitt %qE har inte giltig konstantstrÃ¤ngslayoutinternt kompilatorfelinternt kompilatorfel.  Felaktig adress:internt kompilatorfel.  Felaktig skift:internt kompilatorfel.  OkÃ¤nt lÃ¤ge:internt kompilatorfel: internt konsistensfelinternt fel: felaktigt register: %dinternt fel: den inbyggda funktionen %s redan bearbetadinternt fel: inbyggd funktion %s hade en ovÃ¤ntad returtyp %sinternt fel: inbyggd funktion %s, argument %d har en ovÃ¤ntad argumenttyp %sinternt fel: cris_side_effect_mode_ok med felaktiga operanderinternt fel: sidoeffektinstruktion pÃ¥verkar huvudeffektenden interna proceduren %qs vid %L stÃ¥r i konflikt med DUMMY-argumentintern enhet i WRITEavbrottshanteringsrutiner kan inte kodas i Thumb-lÃ¤geavbrottshanterare kan inte vara MIPS16-funktioneravbrottshanterare kan inte ha argumentavbrottshanteringrutiner kan endast ha ett pekarargument och ett valfritt heltalsargumentavbrottshanteringsrutiner kan inte anropas direktavbrottshanteringsrutiner kan inte ha ett annat returvÃ¤rde Ã¤n voidavbrottshanteringsrutiner skall ha en pekare som fÃ¶rsta argumentavbrottshanteringsrutiner skall ha unsigned %sint som andra argumentavbrottsvektor till %qE-attributet Ã¤r inte vector=(sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5)interrupt_thread Ã¤r tillgÃ¤ngligt endast fÃ¶r fidoinbyggt registerindex Ã¤r utanfÃ¶r sitt intervallinbyggd variabel som inte Ã¤r en procedurogiltigt #pragma %sogiltig %%%c-operandogiltig %%-kodogiltig %%A-operandogiltig %%B-operandogiltig %%C-operandogiltigt %%C-vÃ¤rdeogiltig %%D-operandogiltigt %%D-vÃ¤rdeogiltigt %%E-vÃ¤rdeogiltigt %%F-vÃ¤rdeogiltigt %%G-lÃ¤geogiltigt %%G-vÃ¤rdeogiltig %%H-operandogiltig %%H-specificerareogiltig %%I-operandogiltig %%J-kodogiltigt %%J-vÃ¤rdeogiltigt %%K-vÃ¤rdeogiltig %%L-operandogiltigt %%L-vÃ¤rdeogiltig %%M-operandogiltigt %%M-vÃ¤rdeogiltig %%N-operandogiltigt %%N-vÃ¤rdeogiltigt %%O-vÃ¤rdeogiltig %%P-operandogiltigt %%P-vÃ¤rdeogiltigt %%R-vÃ¤rdeogiltigt %%T-vÃ¤rdeogiltigt %%U-vÃ¤rdeogiltig %%Y-operandogiltig %%c-operandogiltig %%d-operandogiltigt %%d-vÃ¤rdeogiltigt %%e-vÃ¤rdeogiltig %%f-operandogiltigt %%f-vÃ¤rdeogiltig %%h-operandogiltigt %%h-vÃ¤rdeogiltig %%i-operandogiltig %%j-kodogiltig %%j-operandogiltigt %%j-vÃ¤rdeogiltigt %%k-vÃ¤rdeogiltigt %%m-vÃ¤rdeogiltigt %%p-vÃ¤rdeogiltigt %%q-vÃ¤rdeogiltig %%r-operandogiltigt %%r-vÃ¤rdeogiltig %%s-operandogiltigt %%s-vÃ¤rdeogiltig %%t-operandogiltig %%t-operand â€�ogiltigt %%t/%%b-vÃ¤rdeogiltigt %%u-vÃ¤rdeogiltig %%v-kodogiltigt %%x-vÃ¤rdeogiltig %%xn-kodogiltigt %%y-vÃ¤rde, fÃ¶rsÃ¶k anvÃ¤nda â€�Zâ€�-begrÃ¤nsningenogiltig â€�asmâ€�: ogiltiga (pekar)operander till plus/minusogiltigt --param-namn %qsogiltigt --param-namn %qs; menade du %qs?ogiltigt --param-vÃ¤rde %qsogiltig CASE_CHAINogiltigt IACC-argumentogiltig vÃ¤nstersida i gimple-anropogiltigt Objective-C++-vÃ¤ljarnamnogiltig OpenACC-klausul vid filrÃ¤ckviddogiltigt PHI-argumentogiltigt PHI-resultatogiltig UNSPEC som operandogiltig UNSPEC som operand: %dogiltig _Literalogiltig abstrakt parametertyp %qTogiltig abstrakt returtyp %qTogiltig abstrakt returtyp fÃ¶r funktionen %q+#Dogiltig abstrakt returtyp fÃ¶r medlemsfunktion %q+#Dogiltigt abstrakt typ %qT fÃ¶r %qEogiltig abstrakt typ fÃ¶r %q+Dogiltig Ã¥tkomst av icke-statisk datamedlem %qD i virtuell bas till NULL-objektogiltig adressogiltig adress fÃ¶r utmatningsmodifieraren â€�Oâ€�ogiltig adress fÃ¶r utmatningsmodifieraren â€�Râ€�ogiltig adress fÃ¶r â€�Sâ€�-utmatningsmodifierareogiltig adressoperand i MEM_REFogiltig adressoperand i in TARGET_MEM_REFogiltigt adresseringslÃ¤gefelaktig justering fÃ¶r %<#pragma align%>, ignorerasogiltigt argument till __builtin_arc_alignedogiltig anvÃ¤ndning av %<__alignof%> pÃ¥ ett bitfÃ¤ltogiltig anvÃ¤ndning av %<sizeof%> pÃ¥ ett bitfÃ¤ltogiltig anvÃ¤ndning av %<sizeof%> pÃ¥ en funktionstypogiltig anvÃ¤ndning av %qs pÃ¥ en medlemsfunktionogiltig anvÃ¤ndning av %qs pÃ¥ en void-typogiltig tillÃ¤mpning av %qs pÃ¥ vektortypen %qT med ofullstÃ¤ndig elementtypogiltig tillÃ¤mpning av %qs pÃ¥ ofullstÃ¤ndig typ %qTogiltigt argument %d till den inbyggda %qFogiltigt argument %qs till -fdebug-prefix-mapogiltigt argument till attributet %qEogiltigt argument till attributet %qsogiltigt argument till SQRT vid %Logiltiga argument till %qDogiltigt argument inbyggd funktionogiltigt argument till den inbyggda funktionen %sogiltigt argument till gimple-anropogiltiga argumentogiltig vektortilldelningogiltig basklasspecifikationogiltig gren till/frÃ¥n strukturerat %s-blockogiltig case-etikett i en switch-satsogiltigt case-intervall i en switch-satsogiltig konvertering frÃ¥n typ %qT till typ %qTogiltig typkonvertering av ett rvÃ¤rdeuttryck av typ %qT till typ %qTogiltig typkonvertering till en abstrakt klasstyp %qTogiltig konvertering till funktionstyp %qTogiltigt klassnamn i deklaration av %qDogiltig kombination av flera typkvalificerareogiltig jÃ¤mfÃ¶relsekod i gimple-villkorogiltig jÃ¤mfÃ¶relse av genererad vektorogiltig jÃ¤mfÃ¶relse av genererad postogiltig jÃ¤mfÃ¶relsekod av nil med nilogiltig jÃ¤mfÃ¶relse av ojÃ¤mfÃ¶rbar vektorogiltig jÃ¤mfÃ¶relse av ojÃ¤mfÃ¶rbar postogiltig jÃ¤mfÃ¶relse av ojÃ¤mfÃ¶rbar typogiltig jÃ¤mfÃ¶relse av oordnad typogiltig jÃ¤mfÃ¶relseoperator fÃ¶r utmatningsmodifieraren â€�Eâ€�ogiltig villkorlig operandogiltig const_cast frÃ¥n typ %qT till typ %qTogiltig const_cast av ett rvÃ¤rde av typ %qT till typ %qTogiltig const_double-operandogiltig konstantogiltig konstant - fÃ¶rsÃ¶k med att anvÃ¤nda en utmatningsmodifierareogiltig konstant fÃ¶r utmatningsmodifieraren â€�%câ€�ogiltig konstant i %<#pragma %s%>ogiltig konstant i %<#pragma pack%> - ignorerasogiltig konstant vektor fÃ¶r utmatningsmodifieraren â€�%câ€�ogiltig begrÃ¤nsad typparameterogiltig begrÃ¤nsning fÃ¶r operandogiltig konstruerare, du menade fÃ¶rmodligen %<%T (const %T&)%>ogiltigt styrpredikatogiltig konvertering frÃ¥n %<__fpreg%>ogiltig konvertering frÃ¥n %qT till %qTogiltig konvertering i gimple-anropogiltig konvertering i retursatsogiltig konvertering till %<__fpreg%>ogiltig konvertering till typ %qT frÃ¥n typ %qTogiltig kovariant returtyp fÃ¶r %q#Dogiltig kovariant returtyp fÃ¶r %q+#Dfelaktig cpu â€�%sâ€� fÃ¶r %sâ€�%sâ€�%sogiltig datamodellflagga -mdata-model=%sogiltig omdeklaration av %<%T::%E%>ogiltig deklaration av medlemsmall i lokal klassogiltig deklaratorogiltigt standardargument fÃ¶r en mallmallparameterogiltig standardfallsetikett i en switch-satsogiltig definition av kvalificerad typ %qTogiltig depend-sortogiltig beroendesort i omp %<ordered%> %<depend%>ogiltig dist_schedule-sortogiltig elementtyp fÃ¶r attributet %qsogiltigt kodningsprefix i literal operatorogiltig ingÃ¥ng till strukturerat %s-blockogiltig utgÃ¥ng frÃ¥n strukturerat %s-blockogiltig utgÃ¥ng frÃ¥n OpenMP-strukturerat blockogiltig explicit specifikationogiltigt uttryck - fÃ¶rsÃ¶k med att anvÃ¤nda en utmatningsmodifierareogiltigt uttryck som operandogiltigt uttryck som min-l-vÃ¤rdeogiltigt uttryck fÃ¶r utmatningsmodifieraren â€�%câ€�ogiltig uttryckstyp fÃ¶r %<#pragma omp atomic%>ogiltig felminnesmodell fÃ¶r %<__atomic_compare_exchange%>ogiltig funktionsmodifierare %qs till â€�archâ€�-mÃ¥let %sogiltig funktionsmodifierare %qs till â€�cpuâ€�-mÃ¥let %sogiltig funktionsmodifierare till mÃ¥let %s %qsogiltig fÃ¶rsta operand till MEM_REFogiltig form pÃ¥ %<#pragma omp atomic%>felaktigt format pÃ¥ %sogiltig fpu fÃ¶r attribute(target("%s"))ogiltig funktionsdeklarationogiltig funktion i gimple-anropogiltig kornstorlek fÃ¶r _Cilk_forogiltigt id-vÃ¤rde fÃ¶r avbrotts-/undantagsattributogiltigt id-vÃ¤rde fÃ¶r Ã¥terstÃ¤llningsattributogiltig initiering i klassen av statisk datamedlem med icke heltaltyp %qTogiltigt Ã¶kningsuttryckogiltigt startvÃ¤rde fÃ¶r medlem %qEogiltig initiering av icke konstant referens av typ %qT frÃ¥n ett r-vÃ¤rde av typ %qTogiltig initiering av referens av typ %qT frÃ¥n uttryck av typ %qTogiltig initierareogiltig initierarklausulogiltigt initierare fÃ¶r %q#Dogiltigt initierare fÃ¶r vektormedlem %q#Dogiltigt initierare fÃ¶r medlemsfunktion %qDogiltig instruktion:ogiltigt iterationsvariabel i snabb upprÃ¤kningogiltig etikett i gimple-villkorogiltig vÃ¤nsterhandssida i tilldelningogiltig rad i upplÃ¶sningsfilenogiltig lÃ¤nkklasspecifikationogiltig plats fÃ¶r %<pragma %s%>, ignorerasogiltigt l-vÃ¤rde i asm-utdata %dogiltig map-sortogiltigt maskogiltig masktyp i vektorpermuteringsuttryckogiltig medlemsfunktionsdeklarationogiltig medlemsmalldeklaration %qDogiltig minnesmodellsargument %d till %qEogiltigt minnesmodellargument till inbyggd funktionogiltig minnesmodell fÃ¶r %<__atomic_load%>ogiltigt minnesmodell fÃ¶r %<__atomic_store%>ogiltigt new-uttryck av abstrakt klasstyp %qTogiltig nmi-funktion fÃ¶r Ã¥terstÃ¤llningsattributogiltigt mallargument som inte Ã¤r en typogiltig operander som inte Ã¤r vektor till vektorvÃ¤rt plusfelaktigt antal operander till __FMAogiltig avlastningstabell i %sogiltig avstÃ¥ndsoperand i MEM_REFogiltig avstÃ¥ndsoperand i TARGET_MEM_REFogiltig avstÃ¥ndsoperand till MEM_REFogiltig operandogiltig operandadressogiltig operandkod â€�%câ€�ogiltig operand fÃ¶r â€�%%%câ€�ogiltig operand fÃ¶r â€�Aâ€�-modifierareogiltig operand fÃ¶r â€�Dâ€�-modifierareogiltig operand fÃ¶r â€�Hâ€�-modifierareogiltig operand fÃ¶r â€�Oâ€�-modifierareogiltig operand fÃ¶r â€�Tâ€�-modifierareogiltig operand fÃ¶r â€�bâ€�-modifierareogiltig operand fÃ¶r â€�eâ€�-modifierareogiltig operand fÃ¶r â€�mâ€�-modifierareogiltig operand fÃ¶r â€�oâ€�-modifierareogiltig operand fÃ¶r â€�pâ€�-modifierareogiltig operand fÃ¶r â€�râ€�-modifierareogiltig operand fÃ¶r â€�zâ€�-modifierareogiltig operand fÃ¶r kod â€�%câ€�ogiltig operand i indirektreferensogiltig operand i retursatsogiltig operand till i unÃ¤rt uttryckogiltig operand i unÃ¤r operationogiltig operand fÃ¶r modifierarebokstavogiltig operand i utmatningskodogiltig operandprefixogiltig operandprefix â€�%%%câ€�ogiltig operandstorlek fÃ¶r operandkod â€�Oâ€�ogiltig operandstorlek fÃ¶r operandkod â€�Zâ€�ogiltig operandstorlek fÃ¶r operandkod â€�zâ€�ogiltig operand fÃ¶r %%H/%%L-kodogiltig operand till %%M-kodogiltig operand till %%N-kodogiltig operand till %%O-kodogiltig operand till %%Rogiltig operand fÃ¶r %%R-kodogiltig operand till %%Sogiltig operand till %%T/%%B-kodogiltig operand fÃ¶r %%U-kodogiltig operand till %%V-kodogiltig operand till %%Z-kodogiltig operand till %%p-kodogiltig operand till %%s-kodogiltig operand till %%z-kodogiltig operand till plus/minus, typen Ã¤r en pekareogiltig operand till pekarplus, fÃ¶rsta operanden Ã¤r inte en pekareogiltig operand till pekarplus, andra operanden Ã¤r inte en heltalstyp med lÃ¤mplig breddogiltig operand till switch-satsogiltig operandtyp vid operandkod â€�Zâ€�ogiltiga operander binÃ¤r operationogiltiga operander i gimple-jÃ¤mfÃ¶relseogiltiga operander trestÃ¤llig operationogiltiga operander av typ %qT och %qT till binÃ¤r %qOogiltiga operander i vektorreferensogiltiga operander till binÃ¤r %s (har %qT och %qT)ogiltig operationogiltig operation (%s)ogiltig operation pÃ¥ %<__fpreg%>ogiltig operator fÃ¶r %<#pragma omp atomic%>ogiltig parameter %qsogiltigt parameterkombination fÃ¶r inbyggd %s i AltiVecogiltig parameterkombination fÃ¶r den inbyggda %qsogiltig parametertyp %qTogiltig passpositioneringsoperationogiltigt pekarlÃ¤ge %qsogiltigt pekare till bitfÃ¤lt %qDogiltig position eller storlek i BIT_FIELD_REFogiltig position eller storleksoperand till BIT_FIELD_REFogiltig privat reduktion av %qEogiltig proc_bind-sortogiltig egenskapsdeklarationogiltig prototyp fÃ¶r â€�%sâ€�ogiltig interpunktion %qc i begrÃ¤nsningogiltigt pure-const-tillstÃ¥nd fÃ¶r funktionogiltig pure-specificerare (endast %<= 0%> Ã¤r tillÃ¥tet)ogiltiga kvalificerare pÃ¥ typ som inte Ã¤r medlemsfunktionogiltigt kvalificerande rÃ¤ckvidd i pseudodestruerarnamnogiltig receive pÃ¥ kanal endast fÃ¶r sÃ¤ndningogiltig mottagartyp %qsogiltig omdeklaration av %q+Dogiltig reduktionsidentifierareogiltig referens fÃ¶r utmatningsmodifieraren â€�Jâ€�ogiltigt referensprefixogiltig registernamn fÃ¶r %q+Dogiltig upplÃ¶sning i upplÃ¶sningsfilenogiltig returtyp %qT fÃ¶r constexpr-funktionen %q+Dogiltig hÃ¶gersida fÃ¶r gimple-minneslagringogiltig rtl-delning hittad i instruktionenogiltig schedule-sortogiltigt andra argument till %<__builtin_prefetch%>; anvÃ¤nder nollogiltig send pÃ¥ kanal endast fÃ¶r mottagningogiltig setter, den mÃ¥ste ha ett argumentogiltig skiftoperandogiltig statisk kedja i gimple-anropogiltig static_cast frÃ¥n typ %qT till typ %qTogiltig lagringsklass fÃ¶r funktionen %qEogiltigt mÃ¥lvÃ¤rde fÃ¶r memregs â€�%dâ€�ogiltig malldeklaration av %qDogiltig mallparameter som inte Ã¤r en typogiltigt mall-idogiltigt tredje argument till %<__builtin_prefetch%>; anvÃ¤nder nollogiltig typ %<void%> fÃ¶r newogiltig typ %qT som initierare fÃ¶r en vektor med typ %qTogiltig typ %qT deklarerad %<friend%>ogiltigt typargument (har %qT)ogiltigt typargument till %<->%> (har %qT)ogiltigt typargument till %<->*%> (har %qT)ogiltigt typargument i vektorindexering (har %qT)ogiltigt typargument till implicit konvertering (har %qT)ogiltigt typargument till unÃ¤r %<*%> (har %qT)ogiltigt typ fÃ¶r asm-flaggutdataogiltig typ fÃ¶r iterationsvariabelogiltig typ fÃ¶r iterationsvariabeln %qEogiltigt typ fÃ¶r make-funktionogiltig typ fÃ¶r parameter %d till constexpr-funktion %q+#Dogiltigt typ pÃ¥ egenskapogiltiga typer %<%T[%T]%> fÃ¶r vektorindexogiltiga typer adressrymdskonverteringogiltiga typer i konvertering till flyttalogiltiga typer i konvertering till heltalogiltiga typer i fixdecimalskonverteringogiltiga typer i nop-konverteringogiltig anvÃ¤ndning av %%d, %%x eller %%Xogiltig anvÃ¤ndning av %<.%> i en funktion som inte Ã¤r variadiskogiltig anvÃ¤ndning av %<...%> med inbyggd funktionogiltig anvÃ¤ndning av %<...%> med annat Ã¤n skivaogiltigt anvÃ¤ndning av %<::%>ogiltig anvÃ¤ndning av %<_Cilk_spawn%>ogiltig anvÃ¤ndning av %<auto%> i konverteringsoperatorfelaktig anvÃ¤ndning av %<auto%> i standardmallargumentogiltig anvÃ¤ndning av %<auto%> i undantagsspecifikationfelaktig anvÃ¤ndning av %<auto%> i mallargumentogiltig anvÃ¤ndning av %<extern%>-variabel %qD i %<#pragma acc declare%>ogiltig anvÃ¤ndning av %<global%>-variabeln %qD i %<#pragma acc declare%>ogiltigt anvÃ¤ndning av %<restrict%>ogiltigt anvÃ¤ndning av %<this%> pÃ¥ toppnivÃ¥ogiltig anvÃ¤ndning av %<this%> i icke-medlemsfunktionogiltig anvÃ¤ndning av %q#T med flexibel vektormedlem i %q#Togiltig anvÃ¤ndning av %qT med en vektor av storlek noll i %q#Dogiltigt anvÃ¤ndning av %qDogiltig anvÃ¤ndning av %qD i lÃ¤nkklasspecifikationogiltig anvÃ¤ndning av %qE fÃ¶r att skapa en pekare-till-medlem-funktionogiltigt anvÃ¤ndning av %qTfelaktig anvÃ¤ndning av â€�%%%câ€�ogiltig anvÃ¤ndning av â€�:â€�-modifierareogiltig anvÃ¤ndning av en pekare till en ofullstÃ¤ndig typ i pekararitmetikogiltig anvÃ¤ndning av vektorindexering pÃ¥ pekare till medlemogiltig anvÃ¤ndning av vektor med ospecificerade grÃ¤nserfelaktig anvÃ¤ndning av asm-flaggutdataogiltigt anvÃ¤ndning av attributet %<fallthrough%>ogiltig anvÃ¤ndning av klammeromsluten initierarlistaogiltig anvÃ¤ndning av const_cast med typ %qT, som Ã¤r en pekare eller referens till en funktionstypogiltig anvÃ¤ndning av const_cast med typ %qT, som inte Ã¤r en pekare, referens, eller pekare-till-datamedlem-typogiltig anvÃ¤ndning av konstruerare som en mallfelaktig anvÃ¤ndning av cv-kvalificerad typ %qT i en parameterdeklarationogiltig anvÃ¤ndning av beroende typ %qTogiltig anvÃ¤ndning av destruerare %qD som en typogiltig anvÃ¤ndning av destrueraren %qE som en typogiltig anvÃ¤ndning av flexibla vektormedlemmarogiltig anvÃ¤ndning av implicit konvertering av pekare till medlemogiltig anvÃ¤ndning av ofullstÃ¤ndig typ %q#Togiltig anvÃ¤ndning av ofullstÃ¤ndig typedef %qTogiltig anvÃ¤ndning av etiketten %q+D i %<_Cilk_spawn%>ogiltig anvÃ¤ndning av medlem %qD (glÃ¶mde du %<&%>?)ogiltig anvÃ¤ndning av %qD i en statisk medlemsfunktionogiltig anvÃ¤ndning av medlemsfunktionen %qD (glÃ¶mde du %<()%> ?)ogiltig anvÃ¤ndning av metodvÃ¤rde som argument till Offsetofogiltig anvÃ¤ndning av icke-l-vÃ¤rde-vektorogiltig anvÃ¤ndning av icke-statisk datamedlem %qDogiltig anvÃ¤ndning av icke-statisk medlemsfunktion %qDogiltig anvÃ¤ndning av icke-statisk medlemsfunktion av typen %qTogiltig anvÃ¤ndning av icke-statisk datamedlem %qEogiltig anvÃ¤ndning av paketexpansionsuttryckogiltig anvÃ¤ndning av kvalificerat namn %<%D::%D%>ogiltig anvÃ¤ndning av kvalificerat namn %<%T::%D%>ogiltigt anvÃ¤ndning av kvalificerat namn %<::%D%>ogiltig anvÃ¤ndning av post med flexibel vektormedlemogiltigt standardargument fÃ¶r mallmallparameter %qTogiltig anvÃ¤ndning av malltypparameter %qTogiltig anvÃ¤ndning av mall-id %qD i deklaration av primÃ¤r mallogiltig anvÃ¤ndning av mallnamnet %qE utan en argumentlistaogiltigt anvÃ¤ndning av typfelaktig anvÃ¤ndning av typen %<void%> i en parameterdeklarationogiltigt anvÃ¤ndning av typ %qT som standardvÃ¤rde fÃ¶r en mallmallparameterogiltig anvÃ¤ndning av unÃ¤rt %<*%> pÃ¥ pekare till medlemogiltig anvÃ¤ndning av odefinierad typ %qTogiltig anvÃ¤ndning av void-uttryckogiltig anvÃ¤ndning av volatilt l-vÃ¤rde inuti en %<transaction_safe%>-funktionogiltig anvÃ¤ndning volatilt l-vÃ¤rde inuti transaktionogiltig anvÃ¤ndardefinierad konvertering frÃ¥n %qT till %qTogiltig vÃ¤rdeinitiering av referenstyperogiltig resultattyp i vektorjÃ¤mfÃ¶relseogiltig vektortyp fÃ¶r attributet %qEogiltigt versionsnummer %qsogiltig warm-funktion fÃ¶r Ã¥terstÃ¤llningsattributogiltig nollextraktioninverterat skivintervallio_kind_name(): felaktig I/O-sortipa-inline-sammanfattning saknas i indatafilipa-referenssammanfattning saknas i ltrans-enhetis_c_interoperable(): gfc_simplify_expr misslyckadesden Ã¤r definierad som en pekare i en annan adressrymd i en annan Ã¶versÃ¤ttningsenhetden Ã¤r definierad som en pekare till en annan typ i en annan Ã¶versÃ¤ttningsenhetdet mÃ¥ste vara en pekare-till-medlem pÃ¥ formen %<&X::Y%>det mÃ¥ste vara adressen till en funktion med extern lagringsklassdet mÃ¥ste vara namnet pÃ¥ en funktion med extern lagringsklassobjekt i READiterationsvariabel i snabb upprÃ¤kning Ã¤r inte ett objektiteration %s orsakar odefinierat beteendeiterationsvariabel %qD fÃ¥r inte vara firstprivateiterationsvariabel %qD skall inte vara reductioniterationsvariabel %qE Ã¤r fÃ¶rutbestÃ¤mt linjÃ¤rinstansvariabel %qE skall vara privatiterationsvariabel %qE fÃ¥r inte vara firstprivateiterationsvariabel %qE fÃ¥r inte vara lastprivateinstansvariabel %qE fÃ¥r inte vara linjÃ¤rinstansvariabel %qE fÃ¥r inte vara privatiterationsvariabel %qE fÃ¥r inte vara reductioninstansvariabeln kan inte vara volatiliteratorvariabeldess dest_idx borde vara %d, inte %divar %qs anvÃ¤nd av %<@synthesize%>-deklaration skall vara en befintlig ivariwmmxt-abi krÃ¤ver en CPU som klarar iwmmxtiwmmxt krÃ¤ver ett AAPCS-kompatibelt ABI fÃ¶r att fungera riktigthopp in i rÃ¤ckvidd fÃ¶r identifierare med variabel typhopp in i satsuttryckhoppar Ã¶ver variabelinitieringhopp till case-etiketthopp till etikett %qDskrÃ¤p vid slutet av #pragma %sskrÃ¤p vid slutet av #pragma ADDRESSskrÃ¤p vid slutet av #pragma GCC memregs [0..16]skrÃ¤p vid slutet av #pragma __nostandardskrÃ¤p vid slutet av #pragma __standardskrÃ¤p vid slutet av #pragma ghs endsdaskrÃ¤p vid slutet av #pragma ghs endtdaskrÃ¤p vid slutet av #pragma ghs endzdaskrÃ¤p vid slutet av #pragma ghs interruptskrÃ¤p vid slutet av #pragma ghs-sektionskrÃ¤p vid slutet av #pragma ghs startsdaskrÃ¤p vid slutet av #pragma ghs starttdaskrÃ¤p vid slutet av #pragma ghs startzdaskrÃ¤p vid slutet av #pragma longcallskrÃ¤p vid slutet av %<#pragma %s%>skrÃ¤p vid slutet av %<#pragma GCC pch_preprocess%>skrÃ¤p vid slutet av %<#pragma GCC visibility%>skrÃ¤p vid slutet av %<#pragma align%>skrÃ¤p vid slutet av %<#pragma fini%>skrÃ¤p vid slutet av %<#pragma init%>skrÃ¤p vid slutet av %<#pragma message%>skrÃ¤p vid slutet av %<#pragma pack%>skrÃ¤p vid slutet av %<#pragma pop_options%>skrÃ¤p vid slutet av %<#pragma push_options%>skrÃ¤p vid slutet av %<#pragma redefine_extname%>skrÃ¤p vid slutet av %<#pragma reset_options%>skrÃ¤p vid slutet av %<#pragma weak%>skrÃ¤p vid slutet av â€�#pragma extern_modelâ€�skrÃ¤p vid slutet av â€�#pragma ms_structâ€�skrÃ¤p vid slutet av â€�#pragma optionsâ€�skrÃ¤p vid slutet av â€�#pragma unusedâ€�nyckelordet %<export%> Ã¤r inte implementerat och kommer ignorerasnyckelordet %<typename%> Ã¤r inte tillÃ¥tet i detta sammanhang (en kvalificerad medlemsinitierare Ã¤r implicit en typ)nyckelordet %<typename%> Ã¤r inte tillÃ¥tet i detta sammanhang (basklassen Ã¤r implicit en typ)nyckelordet %<typename%> Ã¤r inte tillÃ¥tet utanfÃ¶r mallaretikett etikett %q+D Ã¤r deklarerad men inte definieradetikett %q+D Ã¤r definierad men inte anvÃ¤ndetikett %q+D anvÃ¤nd men Ã¤r inte definieradetikett %qD Ã¤r definierad hÃ¤retikett %qE Ã¤r refererad till utanfÃ¶r nÃ¥gon funktionetikett vid slutet av sammansatt satsetikett med namnet wchar_tetikettens kontext Ã¤r inte den aktuella funktionsdeklarationenlambdafÃ¥ngstinitierare Ã¤r endast tillgÃ¤ngliga med -std=c++14 eller -std=gnu++14lambdauttryck Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11lambda i lokal klass %q+T kan inte fÃ¥nga variabler frÃ¥n det omgivande sammanhangetlambdamallar Ã¤r endast tillgÃ¤ngliga med -std=c++14 eller -std=gnu++14lambdauttryck i ett konstantuttrycklambdauttryck i mallargumentlambdauttryck i oevaluerat sammanhangbana %wd utanfÃ¶r intervallet %wd - %wdlang_*-kontroll: misslyckades i %s, vid %s:%dsprÃ¥k %s kÃ¤nns inte igensprÃ¥kstrÃ¤ng %<â€�%Eâ€�%> kÃ¤nns inte igenstor fixdecimalskonstant implicit trunkerad till fixdecimaltypstort heltal implicit trunkerat till unsigned typsista argumentet mÃ¥ste vara en omedelbarld returnerade avslutningsstatus %dvÃ¤nstra argumentet mÃ¥ste vara en skivavÃ¤nstra operanden till %<->*%> mÃ¥ste vara en pekare pÃ¥ en klass, men Ã¤r en pekare pÃ¥ en medlem av typen %qTvÃ¤nstra operanden av kommaoperator kan inte lÃ¶sa upp adress till Ã¶verlagrad funktionvÃ¤nster operand av kommaoperator har ingen effektvÃ¤nstra operanden av kommaoperator Ã¤r en referens, inte ett anrop, till funktion %qEvÃ¤nster operand av skiftuttrycket %q+E Ã¤r negativvÃ¤nsterprecisionvÃ¤nsterprecision i strfmon-formatlÃ¤ngd att rotera till vÃ¤nster â‰¥ storleken pÃ¥ typenlÃ¤ngd att rotera till vÃ¤nster Ã¤r negativvÃ¤nstershiftoperanden â‰¥ storleken pÃ¥ typenvÃ¤nstershiftoperanden â‰¥ storleken pÃ¥ vektorelementetvÃ¤nstershiftoperanden Ã¤r negativvÃ¤nsterskift med negativt vÃ¤rdevÃ¤nster operand av kommauttryck har ingen effektvÃ¤nsterhandssida av tilldelning kan vara en kandidat fÃ¶r ett formatattributlen Ã¤r stÃ¶rre Ã¤n caplÃ¤ngden %qE Ã¶ver storleken pÃ¥ vektorsektionen i en %qs-klausullÃ¤ngden %qE i vektorsektion har inte heltalstyplÃ¤ngder stÃ¤mmer inte mellan vÃ¤nstersida och hÃ¶gersidalÃ¤ngden stÃ¤mmer inte i uttrycklÃ¤ngdmodifierarelÃ¤ngdmodifierare i printf-formatlÃ¤ngdmodifierare i scanf-formatlÃ¤ngdmodifierare i strfmon-formatlÃ¤ngden i vektornotationstrippel Ã¤r inte ett heltalen lÃ¤ngd behÃ¶vs nÃ¤r en skiva allokerastecknet %c upptÃ¤cktes och instruktionen var inte CONST_INTbibliotek: %s
! biblioteksfunktion %q#D omdeklarerad som icke-funktion %q#Dbiblioteket lib%s finns integrÃ¤nsen Ã¤r %u byte, men argumentet Ã¤r %sgrÃ¤nsen Ã¤r %u byte, men argumentet kan vara sÃ¥ stort som %slinjÃ¤r klausul tillÃ¤mpad pÃ¥ en variabel som inte Ã¤r heltal och inte pekare med typen %qTen linjÃ¤r klausul anvÃ¤nd pÃ¥ variabel som inte Ã¤r heltal och inte pekare med typen %qTlinjÃ¤r klausul tillÃ¤mpad pÃ¥ en variabel som inte Ã¤r heltals-, flyttals- eller pekarvariabel med typen %qTen linjÃ¤r klausul anvÃ¤nd pÃ¥ variabel som inte Ã¤r heltal, inte flyttal och inte pekare med typen %qTlinjÃ¤r klausul med modifieraren %qs tillÃ¤mpad pÃ¥ en variabel som inte Ã¤r en referens med typen %qTett linjÃ¤rt steguttryck mÃ¥ste vara ett heltallistinitierare fÃ¶r en typ som inte Ã¤r en klass fÃ¥r inte vara inom parenteserliterala operatorsuffix som inte fÃ¶regÃ¥s av %<_%> Ã¤r reserverade fÃ¶r framtida standardiseringden literala operatormallen %q+D stÃ¥r i konflikt med den rÃ¥a literala operatorn %qDden literala operatormallen %qD har ogiltig parameterlista.  Ett mallargument som inte Ã¤r en typ pack <char...> fÃ¶rvÃ¤ntadesden literala operatormallen %qD har ogiltig parameterlista.  Ett mallargument som inte Ã¤r en typ pack <char...> eller <typename CharT, CharT...> fÃ¶rvÃ¤ntadesliteral operator med C-lÃ¤nkninglo_sum inte frÃ¥n registerlokal klass %q#T skall inte ha statisk datamedlem %q#Dlokal deklaration av %qE dÃ¶ljer instansvariabellokala symboler mÃ¥ste vara definieradelokal variabel %qD fÃ¥r inte fÃ¶rekomma i detta sammanhangbehovet av minne fÃ¶r lokala variabler Ã¶verskrider kapacitetenplatsreferensblock som inte Ã¤r i blocktrÃ¤dlogiskt %<and%> anvÃ¤nt pÃ¥ en icke-boolesk konstantlogiskt %<and%> mellan lika uttrycklogiskt %<and%> mellan Ã¶msesidigt uteslutande tester Ã¤r alltid falsktlogiskt %<or%> anvÃ¤nt pÃ¥ en icke-boolesk konstantlogiskt %<or%> av tillsammans uttÃ¶mmande tester Ã¤r alltid santlogiskt %<or%> mellan lika uttrycklogiskt icke tillÃ¤mpas endast pÃ¥ vÃ¤nstersidan av jÃ¤mfÃ¶relsenlogical_to_bitwise(): Felaktig inbyggdlong, short, signed eller unsigned anvÃ¤nd felaktigt fÃ¶r %qsuppslagning av %qT i %qT Ã¤r tvetydigslinga %d:s huvud tillhÃ¶r inte direkt till denslinga %d:s huvud har inte exakt 2 posterslinga %d:s huvud Ã¤r inte ett slinghuvudslinga %d:s koppling tillhÃ¶r inte direkt till denslinga %d:s koppling har inte en bÃ¥ge som huvudslinga %d:s koppling har inte exakt 1 efterfÃ¶ljareslinga %d:s koppling har inte huvud som efterfÃ¶ljareslinga %d:s koppling Ã¤r markerad som en del av an oreducerbar regionslinga %d:s koppling domineras inte av dess huvudslingverifiering pÃ¥ slingtrÃ¤det som behÃ¶ver upprÃ¤ttningslinga med huvud %d markerad fÃ¶r att tas bortslinga med huvud %d Ã¤r inte i slingtrÃ¤dfriare throw-specificerare fÃ¶r %q+#Fnedre grÃ¤nsen %qE Ã¶ver storleken pÃ¥ vektorsektionen i en %qs-klausulundre grÃ¤nsen %qE i vektorsektion har inte heltalstypundre grÃ¤ns i case-etikettintervall underskrider minsta vÃ¤rdet fÃ¶r sin typlp_array stÃ¤mmer inte med region_treelp_array Ã¤r trasig fÃ¶r region %ilseek misslyckades nÃ¤r exportdata lÃ¤steslto_obj_file_open() misslyckadesl-vÃ¤rde krÃ¤vs som operand till minskningl-vÃ¤rde krÃ¤vs som operand till Ã¶kningl-vÃ¤rde krÃ¤vs som vÃ¤nstra operand i tilldelningl-vÃ¤rde krÃ¤vs som operand till unÃ¤r %<&%>l-vÃ¤rde krÃ¤vs i asm-satsmaskinoberoende inbyggd kod utanfÃ¶r intervalletmakronamn saknas efter %qsmake_generic(): Kan inte hitta den generiska symbolen %qsgÃ¶r fler kloner av %qDfelformaterat #pragma ADDRESS variabel adressfelformaterat #pragma GCC visibility pushfelformaterat #pragma builtinfelformaterat #pragma ghs sectionfelformaterat #pragma redefine_extname, ignorerasfelformaterat #pragma weak, ignorerasfelformaterat %<#pragma %s%>, ignorerasfelformaterat %<#pragma %s%>, ignorerarfelformaterat %<#pragma align%>felformaterat %<#pragma align%>, ignorerasfelformaterat %<#pragma fini%>felformaterat %<#pragma fini%>, ignorerasfelformaterat %<#pragma init%>felformaterat %<#pragma init%>, ignorerasfelformaterat %<#pragma message%>, ignorerasfel utformat %<#pragma pack%> - ignorerasfel utformat %<#pragma pack(pop[, id])%> - ignorerasfel utformat %<#pragma pack(push[, id][, <n>])%> - ignorerasfelformaterat â€�#pragma __extern_prefixâ€�, ignorerarfelformaterat â€�#pragma extern_modelâ€�, ignorerasfelformaterat â€�#pragma member_alignmentâ€�felformaterat â€�#pragma member_alignmentâ€�, ignorerasfelformaterat â€�#pragma ms_struct {on|off|reset}â€�, ignorerasfelformaterat â€�#pragma ms_structâ€�, ignorerasfelformaterat â€�#pragma options align={mac68k|power|reset}â€�>, ignorerasfelformaterat â€�#pragma optionsâ€�, ignorerasfelformaterad COLLECT_GCC_OPTIONSfelformaterad flagga -fplugin-arg-%s (saknat -<nyckel>[=<vÃ¤rde>])felaktig ptx-filfelaktiga specifikationsfunktionsargumentfelaktigt specifikationsfunktionsnamnfelaktigt mÃ¥l %sfelformad mÃ¥l-%s-lista %qsfelaktigt mÃ¥lvÃ¤rde %sdet manglade namnet fÃ¶r %qD kommer Ã¤ndras i C++17 eftersom undantagsspecifikationen Ã¤r en del av funktionstypenmanglar %Cmanglar __underlying_typemanglar typeof, anvÃ¤nd decltype istÃ¤lletmanglar okÃ¤nd fixdecimaltypen avbildning kan endast att jÃ¤mfÃ¶ras med nilavbildningsfÃ¤ltet %qE med variabel lÃ¤ngds postmask mÃ¥ste vara en omedelbarmatch_attr_spec(): Felaktigt attributmatch_level_4(): Felaktig operatormatch_string_constant(): AvgrÃ¤nsare finns intematchningsbegrÃ¤nsning tillÃ¥ter inte ett registermatchningsbegrÃ¤nsningen inte en giltig utdataoperandmatchningsbegrÃ¤nsning refererar ogiltigt operandnummermaxgrÃ¤ns pÃ¥ %d namnrymder sÃ¶kta %qEmaximalt antal vektorer per scop.maximalt antal grundblock per funktion att analyseras av Graphite.maximala antalet isl-operationer, 0 betyder obegrÃ¤nsatmaximalt antal parameter i en SCoP.maximumvÃ¤rde pÃ¥ parameter %qs Ã¤r %ufÃ¥r inte anvÃ¤nda bÃ¥de -EB och -ELgÃ¥r inte att anvÃ¤nda bÃ¥de -m32 och -m64mduc-register sparas endast fÃ¶r mÃ¥let G13mediafunktioner Ã¤r inte tillgÃ¤ngliga om inte -mmedia anvÃ¤ndsminnesinitierare fÃ¶r %qD fÃ¶ljer en konstruerardelegeringmedlem %q+#D med konstruerare inte tillÃ¥ten i anonymt aggregatmedlem %q+#D med konstruerare inte tillÃ¥ten i unionmedlem %q+#D med kopieringstilldelningsoperator Ã¤r inte tillÃ¥ten i anonymt aggregatmedlem %q+#D med kopieringstilldelningsoperator inte tillÃ¥ten i unionmedlem %q+#D med destruerare inte tillÃ¥ten i anonymt aggregatmedlem %q+#D med destruerare inte tillÃ¥ten i unionmedlem %q+D kan inte deklareras som en %<mutable%> referensmedlemmen %q+D kan inte bÃ¥de deklareras %<const%> och %<mutable%>medlem %qD kan inte deklareras bÃ¥de %<virtual%> och %<constexpr%>medlem %qD kan inte deklareras bÃ¥de %<virtual%> och %<static%>medlem %qD stÃ¥r i konflikt med fÃ¤ltnamn i tabell Ã¶ver virtuella funktionermedlem %qD deklarerad som vÃ¤n fÃ¶re typ %qT definierasmedlem %qD i endast lÃ¤sbart objekt anvÃ¤nt som %<asm%>-utdatamedlem %qD Ã¤r oinitierad referensmedlemmen %qD mÃ¥ste initieras av en mem-initierare i %<constexpr%>-konstrueraremedlem %qD med oinitierade referensfÃ¤ltmedlemsfunktioner Ã¤r implicit vÃ¤nner till sin klassmedlemsmallen %qD kan inte ha virt-specificeraremedlemmar av en explicit specialiserad klass definieras utan ett mallhuvudminnesÃ¥tkomstkontrollen misslyckas alltidminnesallokering misslyckades nÃ¤r exportdata lÃ¤stesminnesindata %d Ã¤r inte direkt adresserbarminnesreferens fÃ¶rvÃ¤ntas fÃ¶r utmatningsmodifieraren â€�Sâ€�metoden %<%c%E%> deklarerad %<@optional%> och %<@required%> samtidigtmetoden %s%s%s Ã¤r mÃ¤rkt go:nointerfacemetoden %s%s%s krÃ¤ver en pekarmottagaremetodargumentsattribut finns inte i Objective-C 1.0metodattribut finns inte i Objective-C 1.0metodattribut kan inte anges i @implementation-kontextmetodattribut mÃ¥ste anges pÃ¥ slutetmetodattribut mÃ¥ste anges endast i slutetmetoddeklaration som inte Ã¤r i @interface-kontextmetod deklarerad %qE Ã¥sidosÃ¤tter %qE-metodmetoddefinition fÃ¶r %<%c%E%> finns intemetoddefinition som inte Ã¤r i @implementation-kontextmetoden Ã¥sidosÃ¤tter bÃ¥de metoderna %<transaction_pure%> och %qEmetod saknar kanske ett [super dealloc]-anropmetodtypen stÃ¤mmer inte med objekttypenen metod med inkompatibel typ definierad i en annan Ã¶versÃ¤ttningsenhetmin partitionsstorlek kan inte vara stÃ¶rre Ã¤n max partitionsstorlekmaximalt antal slingor per funktion att analyseras av Graphite.minimumvÃ¤rde pÃ¥ parameter %qs Ã¤r %umio_array_ref(): OkÃ¤nd vektorreferensfunktionsprofilering fÃ¶r mips16fel i antalet argument till inbyggd %qF.  FÃ¶rvÃ¤ntades: %d fick %dargumentpaketlÃ¤ngder stÃ¤mmer inte Ã¶verens vid expansion av %<%E%>argumentpaketlÃ¤ngder stÃ¤mmer inte Ã¶verens vid expansion av %<%T%>argumenten stÃ¤mmer inte Ã¶verensdeklarationer som inte stÃ¤mmer Ã¶verens under optimeringar vid lÃ¤nktillfÃ¤lletoperator som inte stÃ¤mmer i vikningsuttrycktypen pÃ¥ operander i jÃ¤mfÃ¶relse stÃ¤mmer inte Ã¶verensparenteserna stÃ¤mmer inte Ã¶verensfelplacerad Objective-C++-konstruktion %<@%D%>saknad slingoptimering, slingrÃ¤knaren kan spilla Ã¶versaknar numerisk $-operand i formatstrÃ¤ng%<(%> saknas efter %<#pragma GCC visibility push%> - ignorerasâ€�%<(%> saknas efter %<#pragma pack%> - ignoreras%<=%> saknas (efter attributet %<getter%>)%<=%> saknas (efter attributet %<setter%>)saknat attribut %<target%> fÃ¶r flerversioners %Dâ€�(â€� saknas efter â€�#pragma unusedâ€�, ignorerasâ€�)â€� saknas efter â€�#pragma unusedâ€�, ignorerasPHI-definition saknasREG_EH_REGION-notering saknas i slutet av gb %i[big-endian|little-endian|default] saknas efter %<#pragma scalar_storage_order%>[error|warning|ignored|push|pop] saknas efter %<#pragma GCC diagnostic%>arkitekturnamn saknas i â€�archâ€�-mÃ¥let %sargument saknas till %qsbarriÃ¤r saknas efter block %iklamrar saknas runt initierareklamrar saknas runt initierare fÃ¶r %qTanropsgrafsbÃ¥ge saknas fÃ¶r anropssats:avslutande klammer fÃ¶r namngiven operand saknasslutparentes saknassaknad samling i snabb upprÃ¤kningstyrpredikat saknascpu-namn saknas till â€�cpuâ€�-mÃ¥let %sdefinition saknasenhet eller arkitektur saknas efter %qsbÃ¥ge saknas %i->%ifunktionsmodifierare saknas till mÃ¥let %s %qsfilnamn saknas efter %qsutfyllnadstecken saknas vid slutet av strfmon-formatutelÃ¤mnat Ã¶kningsuttryckinitierare saknas fÃ¶r fÃ¤lt %qD i %qTinitierare saknas fÃ¶r medlem %qDslingvillkor saknas i slinga med %<GCC ivdep%>-pragmamakefile-mÃ¥l saknas efter %qsmetoden saknas %s%s%stal saknasstartparentes saknasoperand saknasalternativ saknas efter %<#pragma GCC diagnostics%> sortsÃ¶kvÃ¤g saknas efter %qsvaktpost saknas i funktionsanropmallargument saknas efter %qTavslutande %c-tecken saknastypnamn saknas i typedef-deklarationatt blanda deklarationer och funktionsdefinitioner Ã¤r fÃ¶rbjudetblandning av olika typer av symboler i samma comdat-grupper stÃ¶djs intelÃ¤ge %qs applicerat pÃ¥ olÃ¤mplig typlÃ¤gesstorleken pÃ¥ resultat av icke-heltalstyp stÃ¤mmer inte med fÃ¤ltstorleken pÃ¥ BIT_FIELD_REFÃ¤ndring av %qE Ã¤r inte ett konstant uttryckmodifierare skall inte anges i %<linear%>-klausul pÃ¥ %<simd%>- eller %<for%>-konstruktionermodulnatur i USE-sats vid %Cmer Ã¤n %d operander i %<asm%>mer Ã¤n en %<depend(source)%>-klausul pÃ¥ en %<ordered%>-konstruktionmer Ã¤n ett â€�crtlâ€�-direktivmer Ã¤n en Ã¥tkomstspecifikation i basspecificeradeattributen ms_abi och sysv_abi Ã¤r inte kompatiblaattributet ms_hook_prologue Ã¤r inte kompatibelt med -mfentry i 32-bitslÃ¤gems_hook_prologue Ã¤r inte kompatibelt med nÃ¤stade funktionermsp430_select_hwmult_lib behÃ¶ver ett eller flera argumentflerdimensionell vektor mÃ¥ste ha grÃ¤nser fÃ¶r alla dimensioner utom den fÃ¶rstamultilib-undantag %qs Ã¤r ogiltigtmultilib-undantag %qs Ã¤r ogiltigamultilib-val %qs %qs Ã¤r ogiltigtmultilib-val %qs Ã¤r ogiltigtmultilib-specifikation %qs Ã¤r ogiltigflera flaggor -mcpu= angivna.multipla EH-personligheter stÃ¶djs endast med assemblerare som stÃ¶djer direktivet .cfi.personality.flera deklarationer i intervallbaserad %<for%>-slingaflera default-etiketter i en switchfler definitioner av %q#Tflera snabba avbrottsrutiner sedda: %qE och %qEflera fÃ¤lt i unionen %qT initieradeflera funktionstypsattribut angivnaflera varmt/kallt-Ã¶vergÃ¥ngar funna (gb %i)flera initieringar givna fÃ¶r %qDflera initieringar givna fÃ¶r basen %qTflera inline-anropareflera avbrottsattribut Ã¤r inte tillÃ¥tetflera avbrottsattribut till funktionen %qDflera iterationsvariabler i snabb upprÃ¤kningmultipla slingaxlar angivna fÃ¶r rutinenmultipla metoder med namnet %<%c%E%> funnamultipla nÃ¤stade typattribut till funktionen %qDflera parametrar med namnet %qDflera gÃ¤llande definitioner fÃ¶r %qEupprepade ref-kvalificerareflera registersparattribut till funktionen %qDmultipla vÃ¤ljare med namnet %<%c%E%> funnaflera lagringsklasser i deklaration av %qsflera lagringsklasser i deklarationsspecificerareflera typer i en deklarationmultipla virtuella PHI-noder i GB %dflervÃ¤rt argument i sammanhang fÃ¶r enstaka vÃ¤rdeflervÃ¤rt funktionsanrop i sammanhang fÃ¶r enstaka vÃ¤rdemultiplikationsalternativet implicerar att r%d Ã¤r fixtmultiversionering behÃ¶ver ifunc som inte stÃ¶djs pÃ¥ detta mÃ¥lmÃ¥ste ha#include <typeinfo> fÃ¶r anvÃ¤ndande av typeidman mÃ¥ste anvÃ¤nda %<.*%> eller %<->*%> fÃ¶r att anropa en pekare-till-medlems-funktion i %<%E (...)%>, t.ex. %<(... ->* %E) (...)%>muterbar %qD Ã¤r inte anvÃ¤ndbart i ett konstant uttryckmystisk fÃ¶rrÃ¥dsinformation i %sattributet naked Ã¤r bara tillÃ¤mpligt pÃ¥ funktionernamnet %qD anvÃ¤nt i en designerad initierare i GNU-stil fÃ¶r en vektornamnet %qT har ofullstÃ¤ndig typnamnuppslagning av %qD Ã¤ndradesnamnuppslagning av %qD Ã¤ndrad fÃ¶r rÃ¤ckvidd i %<for%> enligt ISOnamn saknas pÃ¥ medlemsfunktionnamn pÃ¥ klass skuggar mallmallparameter %qDnamn anvÃ¤nt i en designerad initierare i GNU-stil fÃ¶r en vektornamngivna returvÃ¤rden stÃ¶djs inte lÃ¤ngregick in i namnrymden %qDnamnrymd %qD Ã¤r inte tillÃ¥ten i using-deklarationnamnrymdsalias %qD inte tillÃ¥tet hÃ¤r, antar %qDanonyma aggregat med namnrymdsrÃ¤ckvidd mÃ¥ste vara statiskaavsmalnande konvertering av %qE frÃ¥n %qT till %qT inuti { }avsmalnande konvertering av %qE frÃ¥n %qT till %qT inuti { } Ã¤r felaktig i C++11%<typename%> behÃ¶vs fÃ¶re %<%T::%E%> fÃ¶r att %qT Ã¤r en beroende rÃ¤ckvidd%<typename%> behÃ¶vs fÃ¶re %qE fÃ¶r att %qT Ã¤r en beroende rÃ¤ckviddexplicit konvertering behÃ¶vsen explicit konvertering behÃ¶vs, metoden %s%s%s saknasnegativ instruktionslÃ¤ngdnegativt heltal implicit konverterat till unsigned typnegativ lÃ¤ngd i vektorsektion i en %qs-klausulnegativ nedre grÃ¤ns i vektorsektion i %qs-klausulnegativt nÃ¤stningsdjup fÃ¶r region %inegativt skiftantalnegativ bredd i bitfÃ¤lt %q+Dnegativ storlek i bitfÃ¤lt %qsvarken destrueraren eller den klasspecifika operatorn delete [] kommer anropas, Ã¤ven om de Ã¤r deklarerade nÃ¤r klassen definierasvarken destrueraren eller den klasspecifika operatorn delete kommer anropas, Ã¤ven om de Ã¤r deklarerade nÃ¤r klassen definierasnÃ¤stade assemblerdialektalternativnÃ¤stad extern-deklaration av %qDnÃ¤stad funktion %q+D Ã¤r deklarerad men aldrig definieradnÃ¤stad funktion %qE Ã¤r deklarerad %<extern%>nÃ¤stad funktion %qs Ã¤r deklarerad %<extern%>nÃ¤stade funktionstrampoliner stÃ¶djs inte fÃ¶r denna mÃ¥larkitekturnÃ¤stade funktioner stÃ¶djs inte pÃ¥ denna mÃ¥larkitekturnÃ¤stad identifierare behÃ¶vsnÃ¤stad namnspecificerare %qT fÃ¶r enum-deklaration som inte namnger en klass eller namnrymdnÃ¤stade namnrymdsdefinitioner Ã¤r endast tillgÃ¤ngliga med -std=c++1z eller -std=gnu++1znÃ¤stad omdefinition av %<enum %E%>nÃ¤stad omdefinition av %<struct %E%>nÃ¤stad omdefinition av %<union %E%>new kan inte anvÃ¤ndas pÃ¥ en funktionstypnew kan inte anvÃ¤ndas pÃ¥ en referenstypny deklaration av %q#D gÃ¶r inbyggd deklaration %q#D tvetydignya typer fÃ¥r inte definieras i en returtypnew_symbol(): Symbolnamnet Ã¤r fÃ¶r lÃ¥ngtnÃ¤sta medlem %q#D Ã¤r deklarerad hÃ¤ringen %<%D(int)%> deklarerad fÃ¶r postfix %qsingen %<%D(int)%> deklarerad fÃ¶r postfix %qs, fÃ¶rsÃ¶ker med prefixoperator istÃ¤lletingen metod %<%c%E%> funneningen medlemsfunktion %q#D deklarerad i klassen %qTnÃ¥gon %qs-hÃ¤mtare finns inteingen FUNCTION_PROFILER fÃ¶r CRISinget filnamn fÃ¶r LTRANS-utdatalista angivetinga argumentinga argument till spec-funktioninget attribut kan anvÃ¤ndas pÃ¥ en explicit instansieringinget klassnamn angivet med %qsingen klassmall med namnet %q#T i %q#Tingen avslutande %<]%> till %<%%[%>-formatingen avslutande klammeringen kontext fÃ¶r att lÃ¶sa upp typen pÃ¥ %qEingen motsvarande avallokeringsfunktion fÃ¶r %qDingen datatyp fÃ¶r lÃ¤ge %qsingen deklaration av egenskapen %qs finns i grÃ¤nssnittetinget standardargument fÃ¶r %qDingen beskrivning Ã¤nnu.inget fÃ¤lt %qD finns i unionen som initierasingen immediate_use-listainga indatafileringa indatafiler; kommer inte skriva utdatafileringen heltalstyp kan representera alla upprÃ¤kningsvÃ¤rdena i %qTinga lÃ¥ga register tillgÃ¤ngliga fÃ¶r att poppa hÃ¶ga registeringen matchning fÃ¶r ingen trÃ¤ff fÃ¶r anrop till %<(%T) (%A)%>ingen match som konverterar funktionen %qD till typen %q#Tdet finns inget matchande koncept fÃ¶r mallintroduktioneningen matchande fixdecimalÃ¶verlagring funnen fÃ¶r %qsingen funktion som stÃ¤mmer fÃ¶r anrop av %<%D(%A)%>ingen matchande funktion fÃ¶r anrop av %<%T::%E(%A)%#V%>ingen matchande funktion fÃ¶r anrop av %<%T::operator %T(%A)%#V%>ingen funktion som stÃ¤mmer fÃ¶r anrop av %<%s(%A)%>ingen matchande push fÃ¶r %<#pragma GCC visibility pop%>det finns ingen matchande mall fÃ¶r %qDingen medlemsfunktion %qD Ã¤r deklarerad i %qTinga medlemmar matchar %<%T::%D%> i %q#Tingen post-minskningsoperator fÃ¶r typeningen post-Ã¶kningsoperator fÃ¶r typeningen pre-minskningsoperator fÃ¶r typeningen pre-Ã¶kningsoperator fÃ¶r typeningen tidigare deklaration av %qDingen tidigare prototyp fÃ¶r %qDingen processortyp angiven fÃ¶r lÃ¤nkningingen profilering av 64-bitskod fÃ¶r detta ABIinget register i adressingen retursats i funktion som returnerar icke-voidinga retursatser i funktion som returnerar %qTingen klass fÃ¶r %s-stab (0x%x)inget semikolon vid slutet av post eller unioningen passande %<operator %s%> fÃ¶r %qTingen lÃ¤mplig %qD i klassen %qTingen superklass deklarerad i @interface fÃ¶r %qEingen superklass deklarerad i grÃ¤nssnittet fÃ¶r %qEingen typ med namnet %q#T i %q#Tingen typ eller lagringsklass kan anges hÃ¤r,inga oexpanderade parameterpack i binÃ¤r foldingen unik slutlig ersÃ¤ttare fÃ¶r %qD i %qTinga giltiga klausuler angivna i %<#pragma acc declare%>noden skiljer frÃ¥n node->decl->decl_with_vis.symtab_nodenoden har body_removed men Ã¤r en definitionnoden har okÃ¤nd typnoden Ã¤r ett alias men inte en definitionnoden Ã¤r ett alias men inte ett implicit aliasnoden Ã¤r ensam i en comdat-gruppnoden Ã¤r analyserad men den Ã¤r inte en definitionnoden Ã¤r i same_comdat_group-listan men den har ingen comdat_groupnoden Ã¤r transparent_alias men inte ett aliasnoden Ã¤r weakref men inte ett transparent_aliasnod finns inte i hashen av symboltabellassemblernamnnod ej funnen found node->decl->decl_with_vis.symtab_nodenoder med ej frigjort minne funnanoexcept-uttrycket berÃ¤knas till %<false%> pÃ¥ grund av ett anrop till %qDREAL-argument utan dubbel precision till inbyggd %s vid %Licke-AAPCS-hÃ¤rledd PCS-variantannan pekarinitiering Ã¤n NULL vid %Cicke-OpenACC-konstruktion inuti OpenACC-regionicke-OpenACC-konstruktion inuti OpenACC-rutinundantagshantering vid annat Ã¤n anrop stÃ¤mmer inte Ã¶verensicke-klass-mall %qT anvÃ¤nd utan mallargumentpartiell specialisering som inte Ã¤r en klass eller variabel av %qD Ã¤r inte tillÃ¥tenej kallt grundblock %d domineras av ett block i den kalla partitionen (%d)heltalsargument %u som inte Ã¤r konstant i anrop till funktionen %qEargument 1 till __atomic_always_lock_free Ã¤r inte konstantickekonstant vektor i DATA-sats %Lickekonstant vektorinitierareej konstanta sammansatta literaler fÃ¥r inte finnas i ett konstantuttryckicke-konstant villkor i statisk deklarationicke konstant element i konstant CONSTRUCTORej konstant initiering inom klassen Ã¤r felaktig fÃ¶r icke inline statisk medlem %qDej konstant initiering inom klassen av statisk medlem %qDej konstant initieringsuttryck vid %Licke-deklarativ/MEM_REF-vÃ¤nsterhandssida i clobber-satsINTEGER-sorts argument som inte Ã¤r standardargument till inbyggd %s vid %Lodelegitimerad UNSPEC %s (%d) funnen pÃ¥ variabelplatsej borttagen funktion %q+Dargument som inte Ã¤r flyttal i anrop till funktionen %qEargument som inte Ã¤r flyttal i anrop till funktionen %qEicke-funktionen %qD deklarerad som implicit mallicke-funktion i gimple-anropargument 1 till __atomic_is_lock_free Ã¤r inte heltalargument 3 som inte Ã¤r ett heltal i anrop till funktionen %qEminnesmodellsargument %d som inte Ã¤r heltal till %qEoperand som inte Ã¤r heltal anvÃ¤nt med operandkod â€�zâ€�annat Ã¤n heltalstyp i en switch-satsicke-heltal anvÃ¤nt i villkorden icke-lokala variabeln %qD deklarerad %<__thread%> har en icke-trivial destruerareickelokal variabel %qD deklarerad %<__thread%> behÃ¶ver dynamisk initieringicke-slinga med huvud %d Ã¤r inte markerad fÃ¶r att tas borticke-l-vÃ¤rde-vektor i villkorsuttryckicke-medlem %qs kan inte deklareras %<mutable%>icke-medlemsfunktion %qD kan inte ha cv-kvalificerareicke-medlemsfunktion %qD kan inte ha ref-kvalificerareicke-medlemsmalldeklaration av %qDicke-minnesindata %d mÃ¥ste stanna i minnetonÃ¤stad funktion med variabelt modifierad typicke-objektmedlem %qs kan inte deklareras %<mutable%>typen â€�%Tâ€� som inte Ã¤r objective-c kan inte fÃ¥ngasicke-parameter %qs kan inte vara ett parameterpaketicke-pekar-argument till %<__builtin_launder%>ej register som vÃ¤nstersida av binÃ¤r operationicke-register som vÃ¤nstersida av trestÃ¤llig operationicke-register som vÃ¤nstersida av unÃ¤r operationej skalÃ¤r BIT_FIELD_REF, IMAGPART_EXPR eller REALPART_EXPRicke skalÃ¤r typicke-standardsuffix pÃ¥ flyttalskonstanticke-statisk const-medlem %q#D i klass utan en konstruerareickestatisk const-medlem %q#D, kan inte anvÃ¤nda standardtilldelningsoperatornicke-statisk datamedlem %q#D i en union fÃ¥r inte ha referenstyp %qTickestatisk datamedlem %qE deklarerad %<concept%>ickestatisk datamedlem %qE deklarerad %<constexpr%>ej statisk datamedlem deklarerad med platshÃ¥llaren %qTinitierare av datamedlemmar som inte Ã¤r statiska Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11icke-statisk deklaration av %q+D fÃ¶ljer pÃ¥ statisk deklarationicke-statisk initiering av an flexibel vektormedlemicke-statisk referens %q#D i klass utan en konstruerareickestatisk referensmedlem %q#D, kan inte anvÃ¤nda standardtilldelningsoperatornicke-mall %qD anvÃ¤nd som mallicke-malltyp %qT anvÃ¤nd som en mallicke trÃ¥dlokal deklaration av %q#D fÃ¶ljer pÃ¥ trÃ¥dlokal deklarationicke trÃ¥dlokal deklaration av %q+D fÃ¶ljer pÃ¥ trÃ¥dlokal deklarationej toppnivÃ¥ BIT_FIELD_REF, IMAGPART_EXPR eller REALPART_EXPRicketrivial konvertering vid tilldelningicketrivial konvertering i unÃ¤r operationicketriviala designerade initierare stÃ¶djs intepartiell specialisering som inte Ã¤r en typ av %qD Ã¤r inte tillÃ¥tenicke-variabel %qD i deklaration med mer Ã¤n en deklarerare med platshÃ¥llartypCONSTRUCTOR fÃ¶r annat Ã¤n en vektor med elementicke-vektoroperander i vektorjÃ¤mfÃ¶relseickekonstant vektorindex i initierareutgÃ¥ngslistan fÃ¶r slinga %d Ã¤r inte tom, men inga utgÃ¥ngar finns noteradeickelokal etikett icke-null-argument %qD jÃ¤mfÃ¶rt med NULLargument till nonnull har ett ogiltigt vÃ¤rde (argument %lu)nonnull-argument refererar icke-pekar-operand (argument %lu, operand %lu)nonnull-argument med felaktigt operandnummer (argument %lu, operand %lu)attributet nonnull utan argument pÃ¥ en icke-prototypnormalisering kan inte samexistera med skalning
! otillÃ¥ten typkombination i BIT_INSERT_EXPRinte konfigurerad fÃ¶r SPE-ABI:inte konfigurerad fÃ¶r instruktionsuppsÃ¤ttningen SPEej konfigurerad med suffix fÃ¶r sysroot-huvudeninte tillrÃ¤ckligt med DO-slingor fÃ¶r %s !$ACC LOOP vid %Linte tillrÃ¤ckligt med DO-slingor fÃ¶r kollapsad %s vid %Linte tillrÃ¤ckligt med argumentinte tillrÃ¤ckligt med argument att returnerainte tillrÃ¤ckligt med for-slingor att kollapsainte tillrÃ¤ckligt med perfekt nÃ¤stade slingorinte tillrÃ¤cklig typinformationinte tillrÃ¤ckligt med variabla argument fÃ¶r att fÃ¥ plats med en vaktpostanmanm: noll-argument dÃ¤r icke-noll krÃ¤vs (argument %lu)nolldestinationspekarenollformatstrÃ¤ngnollpekarenollpekardereferenstal mÃ¥ste vara 0 eller 1antalet argument stÃ¤mmer inte med inbyggd prototypantalet argument stÃ¤mmer inte med prototypenantal gb-noter i instruktionskedjan (%d) != n_basic_blocks (%d)antal komponenter i vektorn inte en tvÃ¥potensantal komponenter i vektorn inte en tvÃ¥potensantal rÃ¤knare Ã¤r %d istÃ¤llet fÃ¶r %dantalet resultat stÃ¤mmer inte med antalet vÃ¤rdenantalet variabler i %<depend(sink)%>-klausulen stÃ¤mmer inte med antalet iterationsvariablerett numeriskt argument till attributet %qE mÃ¥ste vara i intervallet 0..63objc++-cpp-output bÃ¶r undvikas; anvÃ¤nd objective-c++-cpp-output istÃ¤lletobjc-cpp-output bÃ¶r undvikas; anvÃ¤nd objective-c-cpp-output istÃ¤lletobjektet Ã¤r inte en metodobjekt saknas i anvÃ¤ndning av %qEobjektegenskap %qD har inget attribut %<assign%>, %<retain%> eller %<copy%>, antar %<assign%>objekttyp %qT stÃ¤mmer inte med destruerarnamnet ~%qTobjekt med variabel typ fÃ¥r inte ha lÃ¤nkklassobjective-c-metoddeklaration fÃ¶rvÃ¤ntasobjective-c++-meddelandeargument fÃ¶rvÃ¤ntadesobjective-c++-meddelandemottagare fÃ¶rvÃ¤ntadesmetoddeklaration i objective-c++ fÃ¶rvÃ¤ntadesfÃ¶rÃ¥ldrad Maverick-formatkod â€�%câ€�fÃ¶rÃ¥ldrad flagga -I- anvÃ¤nd, anvÃ¤nd -iquote istÃ¤lletfÃ¶rÃ¥ldrad anvÃ¤ndning av designerade initierare med %<:%>fÃ¶rÃ¥ldrad anvÃ¤ndning av designerade initierare utan %<=%>den odr-anvÃ¤nda inline-variabeln %qD Ã¤r inte definieradavlastningskompilatorn %s finns inteindex %qwi till en konstant strÃ¤ng pekar utanfÃ¶r dess grÃ¤nserfÃ¶rskjutningen av %qD fÃ¶ljer inte ABI:et och kan Ã¤ndras i en framtida version av GCCavstÃ¥nd till packat bitfÃ¤lt %qD har Ã¤ndrats i GCC 4.4offsetof inom icke-standardlayouttypen %qT Ã¤r odefinieratgammal deklaration av %q#Dgammaldags funktionsdefinitiongammaldags parameterdeklarationer i funktionsdefinition med prototyputelÃ¤mnad mittenoperand till %<?:%> kan inte manglasen av initierarens anropsargument skall vara %<&omp_priv%>en av initieraranropets argument skall vara %<omp_priv%> eller %<&omp_priv%>endast %<distribute%>- eller %<parallel%>-regioner tillÃ¥ts vara strikt inneslutna inuti en %<teams%>-regionendast %<inbranch%>- och %<notinbranch%>-flaggor Ã¤r tillÃ¥tna fÃ¶r %<__simd__%>-attributetendast %u namn gavs nÃ¤r %qT dekomponeras till %wu elementendast 0.0 kan laddas som en omedelbarbara Objective-C-objekttyper kan kvalificeras med ett protokollbara attributet %<fallthrough%> kan anvÃ¤ndas pÃ¥ en tom satsendast konstruerare tar medlemsinitierareendast deklarationer av konstruerare och konverteringsoperatorer kan vara %<explicit%>endast funktionsanrop kan ynglas avendast hÃ¤r som en vÃ¤nendast enkel returtyp %<auto%> kan hÃ¤rledas till %<void%>endast oinitierade variabler kan placeras i en .bss-sektionbara oinitierade variabler kan placeras i sektionen .noinitbara svaga alias stÃ¶djs i denna konfigurationendast nollinitierare Ã¤r tillÃ¥tna i sektionen %qsogenomskinliga vektortyper kan inte initierasen ogenomskinlig enum-specifikation mÃ¥ste anvÃ¤nda en enkel identifierareogenomskinlig enum-specifikation utan namnÃ¶ppning av %s misslyckades: %sÃ¶ppna /dev/zero: %mnÃ¤r LTRANS-utdatafil %s Ã¶ppnades: %mnÃ¤r beroendefil %s Ã¶ppnades: %mvid Ã¶ppnandet av utdatafil %qs: %svid Ã¶ppnandet av utdatafil %s: %moperand %d skall vara en teckenlÃ¶s 3-bitars omedelbaroperand %d skall vara en teckenlÃ¶s 6-bitars omedelbaroperand %d skall vara en teckenlÃ¶s 8-bitars omedelbaroperand 1 skall vara en teckenlÃ¶st 3-bitars omedelbaroperand 1 skall vara ett teckenlÃ¶st 3-bitars vÃ¤rde (I0-I7)operand 2 skall vara ett jÃ¤mnt 3-bitars vÃ¤rde (subreg 0,2,4,6)operand 2 skall vara ett teckenlÃ¶st 3-bitars vÃ¤rde (I0-I7)operand 2 skall vara ett teckenlÃ¶st 3-bitars vÃ¤rde (subreg 0-7)operand 2 skall vara ett teckenlÃ¶st 8-bitars vÃ¤rdeoperand 3 skall vara ett teckenlÃ¶st 3-bitars vÃ¤rde (I0-I7)operand 3 skall vara ett teckenlÃ¶st 8-bitars vÃ¤rdeoperand 4 skall vara ett teckenlÃ¶st 8-bitars vÃ¤rde (0-255)operandbegrÃ¤nsning innehÃ¥ller felaktigt placerat %<+%> eller %<=%>operandbegrÃ¤nsning fÃ¶r %<asm%> skiljer i antal alternativoperanden till sleep-instruktionen mÃ¥ste vara en teckenlÃ¶s 6-bitars kompileringstillfÃ¤lleskonstantoperand Ã¤r inte en villkorskod, ogiltig operandkod â€�%câ€�operand Ã¤r inte en villkorskod, ogiltig operandkod â€�Dâ€�operanden Ã¤r inte en villkorskod, ogiltig operandkod â€�Yâ€�operanden Ã¤r inte ett specifikt heltal, ogiltig operandkod â€�râ€�operanden Ã¤r inte ett heltal, ogiltig operandkod â€�Kâ€�operanden Ã¤r inte ett heltal, ogiltig operandkod â€�Râ€�operand Ã¤r inte en justerbar minnesreferens, ogiltig operandkod â€�Hâ€�operanden mÃ¥ste vara en omedelbar av rÃ¤tt storlekoperandnummer saknas efter %%-teckenoperandnummer utanfÃ¶r intervalloperandnummer utanfÃ¶r intervallet i formatoperandnummer angivet fÃ¶r format som inte tar argumentoperandnummer angivet med undertryckt tilldelningoperanden till vikningsuttrycket har inget oexpanderat parameterpaketoperandtypen %qT Ã¤r inkompatibel med argument %d till %qEoperandtyper Ã¤r %qT och %qToperander till %T/%t mÃ¥ste vara reg + const_int:operander till ?: har olika typer %qT och %qToperation pÃ¥ %qE kan vara odefinieradoptimeringsattributet pÃ¥ %qD fÃ¶ljer pÃ¥ en definition men attributet stÃ¤mmer inteattributen fÃ¶r optimeringsnivÃ¥er stÃ¤mmer inteoptimering kan eliminera lÃ¤sningar och/eller skrivningar till registervariablerflaggan %qs Ã¤r giltig fÃ¶r %s men inte fÃ¶r %sflaggan %s stÃ¶djs inte tillsammans med -fopenaccoption(â€�%sâ€�) var redan angivetvalfritt argumentaktiverade flaggor: flaggor eller mÃ¥l saknas efter %qsskickade flaggor: ordered-argument behÃ¶ver ett positivt konstant heltalsuttryckordningsjÃ¤mfÃ¶relse av pekare med heltalet nollordningsjÃ¤mfÃ¶relse av pekare med nollpekareursprungligt %<default%> finns hÃ¤rursprunglig deklaration fanns hÃ¤rursprunglig definition fanns hÃ¤rursprungligen definierad hÃ¤rursprungligen indirekt funktionsanrop beaktas inte fÃ¶r inline:ingursprungligen specificerad hÃ¤rfÃ¶rÃ¤ldralÃ¶s %qs-konstruktionden andra matchen Ã¤r hÃ¤rborde matcha den virtuella metoden %qD men gÃ¶r det inteÃ¥tkomst utanfÃ¶r grÃ¤nserna kan optimeras bortyttre %<__transaction_cancel%> som inte Ã¤r inom en yttre %<__transaction_atomic%>yttre block fÃ¶r region %i Ã¤r felyttre transaktion i %<transaction_may_cancel_outer%>-funktionyttre transaktion i %<transaction_safe%>-funktionyttre transaktion i transaktionutmatningsbegrÃ¤nsning %d kan inte anges tillsammans med Ã¶verskrivning av â€�%sâ€�utmatningsbegrÃ¤nsning %d mÃ¥ste ange ett enskilt registerutmatningsbegrÃ¤nsning %qc fÃ¶r operand %d Ã¤r inte i bÃ¶rjanutdatafilen inte angivenutdatafilnamn angivet tvÃ¥ gÃ¥ngerutmatning nummer %d inte direkt adresserbarutdataoperand %d mÃ¥ste anvÃ¤nda %<&%>-begrÃ¤nsningutdataoperandbegrÃ¤nsningen saknar %<=%>utdataoperand Ã¤r konstant i %<asm%>utmatningsregister mÃ¥ste vara grupperade i toppen pÃ¥ stackenoutput_move_single:spill i vektordimensionspill i konstant uttryckÃ¶verspill i upprÃ¤kningsvÃ¤rdenÃ¶verspill i upprÃ¤kningsvÃ¤rden vid %qDspill i implicit konstant konverteringspill i utargumentlistan fÃ¶r %qsÃ¶verlagrad funktion med namnet %qE i klausulen %qsÃ¶verlagrad funktion utan typinformation frÃ¥n sammanhangetstyrning av Ã¥sidosÃ¤ttande (override/final) Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11Ã¥sidosÃ¤tter %qD deklarerad %<transaction_safe%>Ã¥sidosÃ¤tter borttagen funktion %q+DÃ¥sidosÃ¤tter den slutlig funktionen %q+DÃ¥sidosÃ¤tter ej borttagen funktion %q+Dpack-expansionsargument fÃ¶r icke-pack-parametern %qD till aliasmall %qDpack-expansionsargument fÃ¶r icke-pack-parametern %qD till konceptet %qDpaketexpansion i using-deklaration Ã¤r endast tillgÃ¤ngligt med -std=c++1z eller -std=gnu++1zattributet packed medfÃ¶r ineffektiv justeringattributet packed medfÃ¶r ineffektiv justering fÃ¶r %q+Dattributet packed medfÃ¶r ineffektiv justering fÃ¶r %qEattributet packed Ã¤r onÃ¶digtattributet packed Ã¤r onÃ¶digt fÃ¶r %q+Dattributet packed Ã¤r onÃ¶digt fÃ¶r %qEfyller ut poststorlek till justeringsgrÃ¤nsfyller ut post fÃ¶r att justera %q+Dparametern %P har ofullstÃ¤ndig typ %qTparameter %P till %qD har ofullstÃ¤ndig typ %qTparametern %q+D deklarerad %<_Noreturn%>parametern %q+D deklarerad %<inline%>parameter %q+D har endast en framÃ¥tdeklarationparameter %qD deklarerad med typen voidparametern %qD har ofullstÃ¤ndig typparameter %qD inkluderar pekare till vektor %qT med okÃ¤nd grÃ¤nsparameter %qD inkluderar referens till vektor %qT med okÃ¤nd grÃ¤nsparameter %qD ogiltigt deklarerad metodtypparametern %qD Ã¤r initieradparametern %qD sÃ¤tts men anvÃ¤nds inteparameter %qP till %qD kan vara en kandidat fÃ¶r ett formatattributparameter %u (%q+D) har ofullstÃ¤ndig typparameter %u (%q+D) har void-typparameter %u har ofullstÃ¤ndig typparameter %u har void-typparametern deklarerad %<auto%>parameterlistan stÃ¤mmer inte med nÃ¥gon giltig signatur fÃ¶r %s()parameter fÃ¥r inte ha variabel typ %qTparameter kan vara en kandidat fÃ¶r ett formatattributparameternamn saknas i parameterlistaparameternamn utelÃ¤mnatparameternamn (utan typer) i funktionsdeklarationparameterpaket %q+D mÃ¥ste vara vid slutet av mallens parameterlistaparameterpaket %qD kan inte ha ett standardargumentparameterpaketargument %qE mÃ¥ste vara vid slutet av mallens argumentlistaparameterpaketargument %qT mÃ¥ste vara vid slutet av mallens argumentlistaparameterpaket kan inte ha ett standardargumentparameterpaket expanderas inte med %<...%>:parametriserat hÃ¤rlett typargumentfÃ¶rÃ¤ldraunderprogrammet kan inte inline:asparenteser runt %qE kan inte anvÃ¤ndas fÃ¶r att skapa en pekare-till-medlem-funktionparenteser krÃ¤vs runt denna sammansatta literal fÃ¶r att undvika tvetydigheter i tolkningeninitiering i parenteser Ã¤r inte tillÃ¥tet i en OpenMP-%<for%>-slingainitiering i parenteser Ã¤r inte tillÃ¥tet i en for-slingainitierare inom parentes i vektor-newparsningsfel i SELECT TYPE-sats vid %Cparsningsfel i mallargumentlistapartiell specialisering %q+D specialiserar inte nÃ¥got mallargumentpartiell specialisering %q+D specialiserar inte nÃ¥got mallargument och Ã¤r inte mer begrÃ¤nsad Ã¤npartiell specialisering %qD Ã¤r inte mer specialiserad Ã¤npartiell specialisering %qT deklarerad %<friend%>partiell specialisering Ã¤r inte mer specialiserad Ã¤n huvudmallen eftersom den ersÃ¤tter flera parametrar med en paketexpansionpartiell specialisering %qD efter instansiering av %qDpartitionen funnen men funktionspartitionsflaggan Ã¤r inte sattpass %qs fanns inte men refereras av nytt pass %qspass %s stÃ¶djer inte kloningpass %s behÃ¶ver en set_pass_param-implementation fÃ¶r att hantera det extra argumentet i NEXT_PASSatt skicka %qT som %<this%>-argument kastar kvalificerareatt skicka %qT vÃ¤ljer %qT framfÃ¶r %qTskickar NULL till icke-pekarargument %P till %qDatt skicka argument %d till %qE kastar kvalificerare frÃ¥n pekarmÃ¥ltypskickar argument %d till %qE som %<float%> istÃ¤llet fÃ¶r %<double%> pÃ¥ grund av prototypskickar argument %d till %qE som %qT istÃ¤llet fÃ¶r %qT pÃ¥ grund av prototypskickar argument %d till %qE som komplext istÃ¤llet fÃ¶r flyttal pÃ¥ grund av prototypskickar argument %d till %qE som komplext istÃ¤llet fÃ¶r heltal pÃ¥ grund av prototypskickar argument %d till %qE som flyttal istÃ¤llet fÃ¶r komplext pÃ¥ grund av prototypskickar argument %d till %qE som flyttal istÃ¤llet fÃ¶r heltal pÃ¥ grund av prototypskickar argument %d till %qE som heltal istÃ¤llet fÃ¶r komplext pÃ¥ grund av prototypskickar argument %d till %qE som heltal istÃ¤llet fÃ¶r flyttal pÃ¥ grund av prototypskickar argument %d till %qE med tecken pÃ¥ grund av prototypskickar argument %d till %qE teckenlÃ¶st pÃ¥ grund av prototypatt skicka argument %d till %qE kastar %qv-kvalificerare frÃ¥n pekarmÃ¥ltypskickar argument %d till %qE frÃ¥n distinkt Objective-C-typskickar argument %d till %qE frÃ¥n inkompatibel pekartypskickar argument %d till %qE frÃ¥n pekare till adressutrymme som inte Ã¤r inneslutetatt skicka argument %d till %qE skapar en %q#v-kvalificerad funktionspekare frÃ¥n en okvalificeradatt skicka argument %d till %qE skapar pekare frÃ¥n heltal utan typkonverteringatt skicka argument %d till %qE skapar pekare av ett heltal utan typkonverteringskickar argument %d till %qE med annan vidd pÃ¥ grund av prototypatt skicka argument %i till en restrict-kvalificerad parameter blir alias med argument %Zatt skicka argument %i till en restrict-kvalificerad parameter blir alias med argumenten %Zskickar argument till ellips av den Ã¤rvda konstrueraren %qDatt skicka objekt av ej trivialt kopierbar typ %q#T via %<...%> Ã¤r villkorligt stÃ¶ttskickar fÃ¶r mÃ¥nga argument pÃ¥ stackenpragmat pch_preprocess skall bara anvÃ¤ndas med -fpreprocessedpedvarningpedvarning: kanske du behÃ¶ver explicita mallargument i din nÃ¤stade-namn-specificerarekanske du vill explicit lÃ¤gga till %<%T::%>permfelpermfel: pex_init misslyckades: %mplatshÃ¥llarbegrÃ¤nsningar Ã¤r inte uppfylltplacerande new konstruerar en vektor av objekt av typen %qT och storleken %qwu i en region av typen %qT och storleken %qwiplacerande new konstruerar ett objekt av typen %<%T [%wu]%> och storleken %qwu i en region av typen %qT och storleken %qwiplacerande new konstruerar ett objekt av typen %qT och storleken %qwu i en region av typen %qT och storleken %qwiinsticksmodul %s Ã¤r inte licensierad under en GPL-kompatibel licens
  %sinsticksmodul %s registrerade en tom Ã¥teranropsfunktion fÃ¶r hÃ¤ndelse %sinsticksmodul %s skulle ha angetts fÃ¶re -fplugin-arg-%s pÃ¥ kommandoradeninsticksmodul %s angavs med olika sÃ¶kvÃ¤gar:
  %s
! %sinsticksmodulen kan inte registrera ett saknat passinsticksmodulen kan inte registrera ett namnlÃ¶st passinsticksmodulen kan inte registrera %qs utan ett referenspassnamnstÃ¶d fÃ¶r insticksmoduler Ã¤r avaktiverat.  Konfigurera med --enable-pluginpekarargumentpekararitmetik fÃ¶r skrÃ¤psamlade objekt Ã¤r inte tillÃ¥tenpekartilldelningpekargrÃ¤nserna gick fÃ¶rlorade pÃ¥ grund av det ovÃ¤ntade uttrycket %spekare av typen %<void *%> anvÃ¤nd i aritmetikpekare av typ %<void *%> anvÃ¤nd i subtraktionpekarfÃ¶rskjutning frÃ¥n symbol kan vara oriktigpekare eller allokerbart resultatpekares mÃ¥ltyper Ã¤r inkompatibla i C++pekare med mÃ¥l i adressrymden %qs mÃ¥ste vara konstanta i %qTpekare med mÃ¥l i adressrymden %qs mÃ¥ste vara konstanta i %s %q+DpekarmÃ¥l i tilldelning skiljer i teckenhetpekarmÃ¥l i initiering skiljer i teckenhetpekarmÃ¥l nÃ¤r argument %d till %qE skickades skiljer i teckenhetpekarmÃ¥l i retur skiljer i teckenhetpekare till funktion anvÃ¤nd i aritmetikpekare till funktion anvÃ¤nd i subtraktionpekare till vektor tappar kvalificerare i villkorsuttryckpekare till grÃ¤nssnittstyp har inga metoderkonvertering av pekare till medlem via virtuell bas %qTpekare-pÃ¥-medlemstyp %qT Ã¤r inkompatibel med objekttyp %qTpekartyper stÃ¤mmer inte i villkorsuttryckpekarvÃ¤rde anvÃ¤nt dÃ¤r ett komplext vÃ¤rde fÃ¶rvÃ¤ntadespekarvÃ¤rde anvÃ¤nd dÃ¤r ett flyttalsvÃ¤rde fÃ¶rvÃ¤ntadespekar-pÃ¥-medlem-funktion %E kan inte anropas utan ett objekt, Ã¶vervÃ¤g att anvÃ¤nda .* eller ->*pekare-till-medlemsfunktiontyp %qT krÃ¤ver ett l-vÃ¤rdepekare-till-medlemsfunktionstyp %qT krÃ¤ver ett r-vÃ¤rdepekar-/heltalstyper stÃ¤mmer inte  i villkorsuttryckpekare Ã¤r inte tillÃ¥tna case-vÃ¤rdenpekare till vektorer med olika kvalificerare Ã¤r inkompatibla i ISO Cpekare till skilda adressrymder anvÃ¤nda i villkorsuttryckpolymorft argumentposition plus storlek Ã¶verskrider storleken pÃ¥ det refererade objektet i BIT_FIELD_REFpositionsoberoende kod behÃ¶ver %qspositionsoberoende kod behÃ¶ver Linux-ABI:etpositionsinitiering av fÃ¤lt i %<struct%> deklarerad med attributet %<designated_init%>mÃ¶jligt problem upptÃ¤ckt vid anrop av operatorn delete []:mÃ¶jligt problem upptÃ¤ckt vid anrop av operatorn delete:efterinkrementeringsadress Ã¤r inte ett registerpostfix %qD mÃ¥ste ta %<int%> som sitt argumentpostfix %qD mÃ¥ste ta %<int%> som sitt andra argumentpostfix %qD skall returnera %qTpotentiell dereferens av nollpekarepragma simd ignoreras fÃ¶r att -fcilkplus inte Ã¤r aktiveratpragma simd mÃ¥ste vara inuti en funktionfÃ¶rdekrementeringsadress Ã¤r inte ett registerfÃ¶rinkrementeringsadress Ã¤r inte ett registerprecisionprecision i printf-formaten fÃ¶rdeklarerad aritmetisk typ %qT i %<#pragma omp declare reduction%>fÃ¶rdeklarerad aritmetisk typ i %<#pragma omp declare reduction%>fÃ¶rutsade Thumb-instruktionfÃ¶rutsade instruktion i villkorlig sekvensallokera fÃ¶retrÃ¤desvis register som tillÃ¥ter generering av korta instruktionerprefix %qD skall returnera %qTprefixattribut ignoreras fÃ¶re %<@%D%>prefixattribut ignoreras fÃ¶r implementeringarprefixattribut ignoreras fÃ¶r metoderprev_bb till %d skulle vara %d, inte %dtidigare %<#pragma omp declare reduction%>tidigare %<pragma omp declare reduction%>-deklarationtidigare deklarationtidigare deklaration %q#Dtidigare deklaration %qDtidigare deklaration av %qD anvÃ¤nde %d mallparametertidigare deklaration av %qD anvÃ¤nde %d mallparametrartidigare deklaration som %q#Dtidigare deklaration hÃ¤rtidigare deklaration av %<%c%E%>tidigare deklaration av %<%c%E%> som %<@optional%>tidigare deklaration av %<%c%E%> som %<@required%>tidigare deklaration av %<%c%s%>tidigare deklaration av %Dtidigare deklaration av %q+Dtidigare deklaration av %q+D var hÃ¤rtidigare deklaration av %qDtidigare deklaration av %qD var hÃ¤rtidigare deklaration av %qEtidigare deklaration av namnrymden %qD hÃ¤rtidigare deklaration med lÃ¤nkklass %qLtidigare definition hÃ¤rfÃ¶regÃ¥ende definition av %q#Ttidigare definition av %q+D var hÃ¤rtidigare definition av %qD var hÃ¤rtidigare externdeklaration av %q#Dtidigare implicit deklaration av %q+D var hÃ¤rtidigare icke-funktions-deklaration av %q+#Dtidigare definition som inte Ã¤r en prototyp hÃ¤rtidigare specifikation i %q#D hÃ¤rtidigare deklarerad hÃ¤rtidigare definition hÃ¤rtidigare definierad hÃ¤r som %stidigare anvÃ¤nt hÃ¤rhuvudmallen %qDhuvudmall hÃ¤rprivat medlem %q#D i anonym postprivat medlem %q#D i anonym unionproblem med att bygga mÃ¥lavbild fÃ¶r %s
  profileringsstÃ¶d fÃ¶r CR16profileringsstÃ¶d fÃ¶r VxWorksprofilering Ã¤r inte implementerat Ã¤nnu fÃ¶r denna arkitekturprofilering stÃ¶djs inte med -mgprogram: %s
! befordrat argument %qD stÃ¤mmer inte med inbyggd prototypbefordrat argument %qD stÃ¤mmer inte med prototypenbefordrat ~unsigned Ã¤r alltid skild frÃ¥n nollegenskapen %qs Ã¤r redan angiven i %<@dynamic%>egenskapen %qs Ã¤r redan angiven i %<@synthesize%>egenskapen %qs anvÃ¤nder instansvariabeln %qs av inkompatibel typegenskapen %qs anvÃ¤nder samma instansvariabel som egenskapen %qsen egenskap kan inte vara ett bitfÃ¤lten egenskap kan inte vara en vektoregenskapsdeklaration som inte Ã¤r i @interface- eller @protocol-kontextskyddad medlem %q#D i anonym postskyddad medlem %q#D i anonym unionsynlighetsattributet skyddat stÃ¶djs inte fÃ¶r denna konfiguration, ignorerasprotokollet %qE har cirkulÃ¤rt beroendeprotokollet %qE bÃ¶r undvikasprotokollattribut finns inte i Objective-C 1.0prototypdeklarationprototypen fÃ¶r %q#D matchar inte nÃ¥gon i klass %qTprototypen fÃ¶r %q+D deklarerar argument %d med inkompatibel typprototypen fÃ¶r %q+D deklarerar fÃ¤rre argument Ã¤n tidigare gammaldags definitionprototypen fÃ¶r %q+D deklarerar fler argument Ã¤n tidigare gammaldags definitionprototyp fÃ¶r %q+D fÃ¶ljer pÃ¥ en icke-prototypdefinitionprototypen fÃ¶r â€�%sâ€� har nÃ¶dvÃ¤ndiga operander efter valfria operanderprototyp angiven fÃ¶r %q#Dangivna till %q+Dangivna till %qDpseudodestruerare anropas intepure virtual %q#D anropad frÃ¥n initierare av ickestatisk datamedlempure-specificerare pÃ¥ funktionsdefinitionq/Q-modifierare Ã¤r ogiltiga fÃ¶r symbolreferenserkvalificerat namn namnger inte en klasskvalificerad typ %qT matchar inte destruerarnamnet ~%qTkvalificerad id i deklarationkvalificerare Ã¤r inte tillÃ¥tna vid kontruerardeklarationkvalificerare Ã¤r inte tillÃ¥tna pÃ¥ deklaration av %<operator %T%>kvalificerare Ã¤r inte tillÃ¥tna pÃ¥ deklaration av hÃ¤rledningsguidekvalificerare Ã¤r inte tillÃ¥tna vid destruerardeklarationkvalificerande typ %qT matchar inte destruerarnamnet ~%qTr0 behÃ¶ver vara tillgÃ¤ngligt som ett anropsÃ¶verskrivet registeren intervallklausul mÃ¥ste ha vektor-, skiv-, strÃ¤ng-, avbildnings- eller kanaltypintervalluttryck i switch-satser fÃ¶ljer inte standardenintervallbaserat %<for%>-uttryck av typen %qT har en %<begin%>-medlem men inte nÃ¥gon %<end%>intervallbaserat %<for%>-uttryck av typen %qT har en %<end%>-medlem men inte nÃ¥gon %<begin%>intervallbaserat %<for%>-uttryck av typen %qT har ofullstÃ¤ndig typintervallbaserad %<for%>-slinga Ã¤r endast tillgÃ¤nglig med -std=c++11 eller -std=gnu++11ordningen stÃ¤mmer inte mellan %qE och %qEordningen stÃ¤mmer inte i uttrycket %qEordningen stÃ¤mmer inte med det styrande uttrycket i fÃ¶rÃ¤lder-if-satsenordningen pÃ¥ en vektornotations trippels lÃ¤ngd Ã¤r inte nollordningen pÃ¥ en vektornotations trippels startindex Ã¤r inte nollordningen pÃ¥ lÃ¤ngden fÃ¶r en vektornotationstrippel Ã¤r inte nollordningen pÃ¥ startindexet fÃ¶r en vektornotationstrippel Ã¤r inte nollordningen pÃ¥ en vektornotations trippels steg Ã¤r inte nollordningen pÃ¥ steget fÃ¶r en vektornotationstrippel Ã¤r inte nollordningen pÃ¥ vektorns index Ã¤r stÃ¶rre Ã¤n 1ordningen pÃ¥ vektorns index Ã¤r stÃ¶rre Ã¤n 1ordningen stÃ¤mmer inte mellan if-satsens villkor och else-blocketordningen stÃ¤mmer inte mellan if-satsens villkor och then-blocketden rÃ¥a literala operatorn %q+D stÃ¥r i konflikt med den literala operatormallen %qDrdynamic stÃ¶djs inteominitiering av %qs vid %LlÃ¤sningen misslyckades nÃ¤r exportdata lÃ¤stesendast lÃ¤sbar plats %qE anvÃ¤nd som %<asm%>-utdataendast lÃ¤sbar medlem %qD anvÃ¤nd som %<asm%>-utdataendast lÃ¤sbar namngiven returvariabel %qD anvÃ¤nd som %<asm%>-utdataendast lÃ¤sbar parameter %qD anvÃ¤nd som %<asm%>-utdataendast lÃ¤sbar referens %qD anvÃ¤nd som %<asm%>-utdataendast lÃ¤sbar variabel %qD anvÃ¤nd som %<asm%>-utdatalÃ¤ser indatafilerlÃ¤ser via nollpekare (argument %d)egenskapen readonly kan inte sÃ¤ttasatt ta emot objekt av ej trivialt kopierbar typ %q#T via %<...%> Ã¤r villkorligt stÃ¶ttkompilerar om med -fcompare-debugrekursiv berÃ¤kning av standardargument till %q#Drekursiv inline:ingrekursiv instansiering av ickestatisk datamedleminitierare fÃ¶r %qDrekursiv typ %qT odefinieradkrÃ¤vs rekursivt av substitution av %qS
  rekursivt begÃ¤rd frÃ¥n %q#D
  rekursivt begÃ¤rd hÃ¤rifrÃ¥n
! omdeklaration av %q#D med andra begrÃ¤nsningaromdeklaration av %q+D skiljer i %<constexpr%> frÃ¥n tidigare deklarationomdeklaration av %<enum %E%>omdeklaration av %<pragma omp declare reduction%>omdeklaration av %<wchar_t%> som %qTomdeklaration av %q#Domdeklaration av %q#D kan inte ha standardargumentomdeklaration av %q+D med annan synlighet (gammal synlighet bevarad)omdeklaration av %q+D utan lÃ¤nkklassomdeklaration av %qD lÃ¤gger till abi-taggen %Eomdeklaration av %qT som en icke-mallomdeklaration av %qs %<#pragma omp declare reduction%> fÃ¶r typen %qTomdeklaration av inbyggd C++-typ %qTomdeklaration av Objective-C-klass %qsomdeklaration av upprÃ¤kningstyp %q+Domdeklaration av vÃ¤n %q#D kan inte ha standardmallargumentomdeklaration av egenskap %qDomdeklarerad hÃ¤r som %q#Domdeklarerad med %d mallparameteromdeklarerad med %d mallparametraromdefinierade externa inline-funktioner beaktas inte fÃ¶r inline:ingomdefinition av %<struct %E%>omdefinition av %<union %E%>omdefinition av %q#Domdefinition av %q#Tomdefinition av %q+Domdefinition av standardargument till %q#Domdefinition av parametern %q+Domdefinition av typedef %q+Domdefinition av typedef %q+D med annan typomdefinition av typedef %q+D med variabelt modifierad typreduktionen borde konvertera frÃ¥n vektor- till elementtypÃ¶verflÃ¶dig omdeklaration av statisk %<constexpr%>-datamedlem %qDredundant omdeklaration av %q+DÃ¶verflÃ¶dig omdeklaration av %qD i samma definitionsomrÃ¥deref-kvalificerare Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11referensen %qD initieras med sig sjÃ¤lvreferensen %qs kan inte deklareras %<mutable%>referens till %<%T::%D%> Ã¤r tvetydigreferens till %qD Ã¤r tvetydigreferens till dÃ¶d satsreferens till lokal variabel %qD returneradreferens till annat Ã¤n lvÃ¤rde returneradreferenstyp %qT i %<#pragma omp declare reduction%>region fÃ¶r lp %i Ã¤r felregion_array stÃ¤mmer inte med region_treeregion_array Ã¤r trasig fÃ¶r region %iregistertilldelning ignoreras fÃ¶r %qD som anvÃ¤nds i Cilk-blockregisternamn angivet icke-registervariabel %q+Dinget registernamn angivet fÃ¶r %q+Dregisternummer mÃ¥ste vara en konstant vid kompileringstillfÃ¤llet.  FÃ¶rsÃ¶k att ange hÃ¶gre optimeringsnivÃ¥erregister fÃ¶r %qD anvÃ¤nt till flera globala registervariablerregister- eller minnesuttryck fÃ¶rvÃ¤ntas fÃ¶r utmatningsmodifieraren â€�Mâ€�register- eller minnesuttryck fÃ¶rvÃ¤ntas fÃ¶r utmatningsmodifieraren â€�Nâ€�registret angivet fÃ¶r %q+D passar inte fÃ¶r datatypenregistervariabel %qD anvÃ¤nd i nÃ¤stad funktionattributen regparam och thiscall Ã¤r inte kompatiblaomimplementation av klassen %qEreinterpret_cast frÃ¥n heltal till pekarereinterpret_cast frÃ¥n typ %qT till typ %qT slÃ¤nger bort kvalificerarelÃ¤ttad transaktion i %<transaction_safe%>-funktionlÃ¤ttad transaktion i atomÃ¤r transaktionborttagen slinga %d i slingtrÃ¤dettar bort .rpo-fil: %mbyter namn pÃ¥ specifikation %s till %s
  byter namn pÃ¥ .rpo-fil: %mupprepat %<@%> fÃ¶re Objective-C++-strÃ¤ngupprepat %s i formatlagerfil â€�%sâ€� innehÃ¥ller inte kommandoradsargumentbegÃ¤ran om implicit konvertering frÃ¥n %qT till %qT tillÃ¥ts inte i C++begÃ¤ran av medlem %qD i %qE, som Ã¤r av icke-klasstyp %qTbegÃ¤ran av medlem %qD i %qE, som Ã¤r av pekartypen %qT (kanske du hade tÃ¤nkt anvÃ¤nda %<->%> ?)begÃ¤ran av medlem %qD Ã¤r tvetydigbegÃ¤ran av medlem %qD Ã¤r tvetydig i gitter av multipelt arvbegÃ¤ran av medlem %qE i typ %qT som inte Ã¤r en klasstypbegÃ¤ran av medlem %qE i nÃ¥got som inte Ã¤r en post eller unionbegÃ¤rt attribut %qE Ã¤r inte ett kommaseparerat par av ickenegativa heltalskonstanter eller fÃ¶r stort (max. %d)begÃ¤rt ABI krÃ¤ver -march fÃ¶r att innefatta utÃ¶kningen %qcbegÃ¤rd minnesjustering %d Ã¤r stÃ¶rre Ã¤n %dbegÃ¤rd justering fÃ¶r %q+D Ã¤r stÃ¶rre Ã¤n implementerad justering av %wubegÃ¤rd minnesjustering Ã¤r inte en positiv potens av 2begÃ¤rd minnesjustering Ã¤r inte en heltalskonstantbegÃ¤rd minnesjustering Ã¤r fÃ¶r storbegÃ¤rd init_priority Ã¤r inte en heltalskonstantbegÃ¤rd init_priority Ã¤r utanfÃ¶r sitt intervallbegÃ¤rt init_priority Ã¤r reserverad fÃ¶r internt brukbegÃ¤rd position Ã¤r mindre Ã¤n nollden begÃ¤rda positionen Ã¤r inte en heltalskonstantrequire_atom(): felaktig atomtyp begÃ¤rdkrÃ¤vs av substitution av %qS
  begÃ¤rs frÃ¥n %q#D
  begÃ¤rd hÃ¤rifrÃ¥n
! requires-klausul vid deklaration av icke-funktionstypen %qTrequires-klausul pÃ¥ returtypenrequires-klausul pÃ¥ type-idrequires-klausul pÃ¥ typedefupplÃ¶snings-under-id %wx Ã¤r inte en objektfilresolve_function(): felaktig funktionstypresolve_intrinsic(): FÃ¶r mÃ¥nga argument fÃ¶r inbyggdresolve_operator(): Felaktig inbyggdresolve_ref(): Felaktig vektorreferensresolve_subroutine(): felaktig funktionstypresultatet av %<operator->()%> ger annat Ã¤n pekareresultatet av %qE behÃ¶ver %u bitar fÃ¶r att representeras, men %qT har bara %u bitarresultat med teckenlÃ¤ngd som inte Ã¤r konstantretur kastar %qv-kvalificerare frÃ¥n pekarmÃ¥ltypreturbÃ¥ge pekar inte pÃ¥ utgÃ¥ng i gb %dretur frÃ¥n inkompatibel pekartypretur frÃ¥n pekare till ej omgivande adressrymdretur skapar en %q#v-kvalificerad funktionspekare frÃ¥n en okvalificeradretur skapar heltal frÃ¥n pekare utan typkonverteringretur skapar pekare frÃ¥n heltal utan typkonverteringretur inte fÃ¶ljt av en barriÃ¤rreturtypen %q#T Ã¤r ofullstÃ¤ndigreturtyp sÃ¤tts skÃ¶nsmÃ¤ssigt till %<int%>returtypen Ã¤r en ofullstÃ¤ndig typreturtypen kan vara en kandidat fÃ¶r ett formatattributreturtypen fÃ¶r %qD Ã¤r inte %<int%>en returtypsspecifikation fÃ¶r konstruerare Ã¤r ogiltigspecifikation av returtyp fÃ¶r destruerare Ã¤r ogiltigtreturtyp angiven fÃ¶r %<operator %T%>returtypen angiven fÃ¶r hÃ¤rledningsguidenreturvÃ¤rdets typ stÃ¤mmer interetur med vÃ¤rde i funktion utan returtypreturn-sats med vÃ¤rde i funktion som returnerar â€�voidâ€�return-sats utan vÃ¤rde i funktion som returnerar %qTreturnerar ett vÃ¤rde frÃ¥n en konstruerarereturnerar ett vÃ¤rde frÃ¥n en destruerarereturnerar en initierarlistareturnerar referens till en temporÃ¤rattributet returns_nonnull pÃ¥ en funktion som inte returnerar en pekareomvÃ¤nd lagringsordning fÃ¶r flyttalsskalÃ¤reromvÃ¤nd lagringsordning fÃ¶r skalÃ¤reromvÃ¤nd lagringsordning fÃ¶r %s-lÃ¤gethÃ¶gra operanden av kommaoperator kan inte lÃ¶sa upp adress till Ã¶verlagrad funktionhÃ¶ger operand av kommaoperator har ingen effekthÃ¶gra operanden av kommaoperator Ã¤r en referens, inte ett anrop, till funktionen %qEhÃ¶gra operanden av skiftuttrycket %q+E Ã¤r â‰¥ precisionen pÃ¥ den vÃ¤nstra operandenhÃ¶ger operand av skiftuttrycket %q+E Ã¤r negativhÃ¶gerprecisionhÃ¶gerprecision i strfmon-formatlÃ¤ngd att rotera till hÃ¶ger â‰¥ storleken pÃ¥ typenlÃ¤ngd att rotera till hÃ¶ger Ã¤r negativhÃ¶gershiftoperanden â‰¥ storleken pÃ¥ typenhÃ¶gershiftoperanden â‰¥ storleken pÃ¥ vektorelementethÃ¶gershiftoperanden Ã¤r negativhÃ¶ger operand av kommauttryck har ingen effektavrundningslÃ¤ge stÃ¶djs inte fÃ¶r VAX-flyttalavrundningsresultatet kommer alltid bli 0avrundning till %d bitar har ingen effekt fÃ¶r flyttalsvÃ¤rde med %d decimalbitarrutinen %qD Ã¤r deklarerad hÃ¤rrx100-cpu har inte FPU-hÃ¥rdvararx200-cpu har inte FPU-hÃ¥rdvarasamma kanoniska typnod fÃ¶r %T och %Tsamma variabel anvÃ¤nd i %<firstprivate%>- och %<lastprivate%>-klausuler vid %<distribute%>-konstruktionsame_comdat_group Ã¤r inte en cirkulÃ¤r listasame_comdat_group-lista Ã¶ver olika gruppersÃ¥g %d %<template<>%>, behÃ¶ver %d fÃ¶r specialisering av medlemsfunktionsmallsÃ¤g %<typename %E%> om en typ avsesskalÃ¤rt objekt %qD krÃ¤ver ett element i initierarenscalar_storage_order-argument mÃ¥ste vara ett av â€�big-endianâ€� eller â€�little-endianâ€�scalar_storage_order stÃ¶djs intescalar_storage_order stÃ¶djs inte fÃ¶r att byteordningen inte Ã¤r enhetligskalan mÃ¥ste vara ickenegativ
  skalning kan inte samexistera med normalisering, hoppar Ã¶ver
! %<auto%>-schemalÃ¤ggning tar ingen %<chunk_size%>-parameter%<runtime%>-schemalÃ¤ggning tar ingen %<chunk_size%>-parameteruttryck fÃ¶r styckesstorlek fÃ¶r schemalÃ¤ggning mÃ¥ste vara heltalrÃ¤ckvidd %qT fÃ¶re %<~%> Ã¤r inte ett klassnamnenum %qT med rÃ¤ckvidd skickad vidare â€¦ som %qT fÃ¶re -fabi-version=6, %qT efterenum med rÃ¤ckvidd Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11upprÃ¤kningstyp med/utan rÃ¤ckviddsbegrÃ¤nsning stÃ¤mmer inte Ã¶verens fÃ¶r enum %q#Tandra argumentet mÃ¥ste vara en skiva eller strÃ¤ngandra argumentet till %q+D skall vara %<char **%>andra argumentet till %<__builtin_call_with_static_chain%> mÃ¥ste vara en pekartypandra argumentet till %<__builtin_prefetch%> mÃ¥ste vara en konstantandra argumentet till %<va_arg%> Ã¤r av ofullstÃ¤ndig typ %qTandra argumentet till funktionen %qE mÃ¥ste vara en konstant heltalsexponent till 2 mellan %qi och %qu bitarandra argumentet till vec_vextract4b mÃ¥ste vara 0..12andra operanden till %<offsetof%> Ã¤r varken en ensam identifierare eller en sekvens av medlemsÃ¥tkomster och vektorreferenserandra operanden i villkorsuttryck kan inte lÃ¶sa upp adress till Ã¶verlagrad funktionandra operanden av villkorsuttryck har ingen effektandra operanden av villkorsuttryck Ã¤r en referens, inte ett anrop, till funktionen %qEandra operanden till villkorsoperatorn Ã¤r av typ %<void%>, men den tredje operanden Ã¤r varken ett throw-uttryck eller av typ %<void%>andra parametern till %<va_start%> Ã¤r inte det sista namngivna argumentetsektionsankare mÃ¥ste vara avaktiverade nÃ¤r ordningsÃ¤ndring pÃ¥ toppnivÃ¥ Ã¤r avaktiveratsektionsankare mÃ¥ste vara avaktiverade nÃ¤r unit-at-a-time Ã¤r avaktiveratargument till sektionsattributet Ã¤r inte en strÃ¤ngkonstantattributet â€�sectionâ€� kan inte anges fÃ¶r lokala variablerattributet â€�sectionâ€� Ã¤r inte tillÃ¥ten fÃ¶r %q+Dattributet â€�sectionâ€� stÃ¶djs inte fÃ¶r denna mÃ¥larkitektursektion i %q+D kan inte Ã¥sidosÃ¤ttassektion %q+D stÃ¥r i konflikt med tidigare deklarationsektionen fÃ¶r aliaset %q+D mÃ¥ste stÃ¤mma med sektionen fÃ¶r dess mÃ¥lsektionstypskonfliktsektionstypen stÃ¥r i konflikt med %Den vÃ¤ljare mÃ¥ste vara en omedelbarvÃ¤ljaren mÃ¥ste vara en heltalskonstant i intervallet 0..%wisjÃ¤lvjÃ¤mfÃ¶relse berÃ¤knas alltid till falsktsjÃ¤lvjÃ¤mfÃ¶relse berÃ¤knas alltid till santsjÃ¤lvtester Ã¤r inte aktiverade i detta byggesjÃ¤lvtester Ã¤r inkompatibla med -EsÃ¤tt antalet nop:ar att mata ut fÃ¶re varje instruktionsmÃ¶nster.setjmp/longjmp inuti simd-konstruktionsetter-namn mÃ¥ste avslutas med %<:%>nÃ¤r grÃ¤ns fÃ¶r maximal storlek pÃ¥ core-fil sattes: %mskuggad deklaration Ã¤r hÃ¤rskuggar inbyggd funktion %q#Dskuggar biblioteksfunktion %q#Dskuggar tidigare typdeklaration av %q#Ddelad SSA-namnsinformationshared och mdll Ã¤r inkompatibladelat anropssats:shared stÃ¶djs intedelad rtxskiftantal Ã¤r inte teckenlÃ¶st heltalskiftuttrycket %q+E spiller Ã¶verskift med operand som inte Ã¤r heltalkort lÃ¤sning nÃ¤r exportdata lÃ¤stesshow_array_ref(): OkÃ¤nd vektorreferensshow_array_spec(): Ohanterad vektorformtyp.show_code_node(): Felaktig satskodshow_expr(): Felaktig inbyggd i uttryck!show_expr(): Vet inte hur uttrycket skall visasshow_ref(): Felaktig komponentkodsyskonanropsbÃ¥gar fÃ¶r instruktion som inte Ã¤r anrop i gb %isidoeffekter inte omrÃ¤knade nÃ¤r ADDR_EXPR Ã¤ndradessidoeffektselement i icke sidoeffekts-CONSTRUCTORtecken pÃ¥ typ och maskinlÃ¤ge %qs passar inte ihopenkelt IFsimplify_intrinsic_op(): Felaktig operatorsimplify_min_max(): Felaktig typ i argumentlistanett ensamt target_clones-attribut ignorerasstorlek i vektor-new mÃ¥ste ha heltalstypstorleken stÃ¤mmer inte i argument %d till %qEstorleken pÃ¥ %q+D Ã¤r %d bytestorleken pÃ¥ %q+D Ã¤r stÃ¶rre Ã¤n %wd bytestorleken pÃ¥ %qD skiljer frÃ¥n storleken pÃ¥ originaldeklarationenstorlek pÃ¥ vektorn %qD av typen %qT Ã¤r inte en heltalstypstorleken pÃ¥ vektorn %qD Ã¤r negativstorlek pÃ¥ vektorn %qD Ã¤r inte ett konstantuttryck av heltalstypstorlek pÃ¥ vektorn %qE har ofullstÃ¤ndig typstorlek pÃ¥ vektorn %qE Ã¤r inte av heltalstypstorleken pÃ¥ vektorn %qE Ã¤r negativstorleken pÃ¥ vektorn %qE Ã¤r fÃ¶r storstorlek pÃ¥ vektorn av typen %qT Ã¤r inte en heltalstypstorleken pÃ¥ vektorn Ã¤r negativstorlek pÃ¥ vektorn Ã¤r inte ett konstantuttryck av heltalstypstorleken pÃ¥ vektorn Ã¤r fÃ¶r storstorlek pÃ¥ slinga %d borde vara %d, inte %dstorleken pÃ¥ returvÃ¤rdet frÃ¥n %q+D Ã¤r %u bytestorleken pÃ¥ returvÃ¤rdet frÃ¥n %q+D Ã¤r stÃ¶rre Ã¤n %wd bytestorlek pÃ¥ bitar fÃ¶r slingblockning.storleken pÃ¥ typen %qT Ã¤r fÃ¶r stor (%qE byte)storlek pÃ¥ en namnlÃ¶s vektor har ofullstÃ¤ndig typstorlek pÃ¥ en namnlÃ¶s vektor Ã¤r inte av heltalstypstorleken pÃ¥ en namnlÃ¶s vektor Ã¤r negativstorleken pÃ¥ en namnlÃ¶s vektor Ã¤r fÃ¶r storstorleken pÃ¥ variabeln %q+D Ã¤r fÃ¶r stornivÃ¥ pÃ¥ storleksoptimering: 0:ingen 1:opportunistisk 2:reg-allok 3:slÃ¤pp justering, -Os.storleksintervall till flaggan %qs skall vara Ã¶kandesizeof(long double) Ã¤r 12.sizeof(long double) Ã¤r 16.en skiva kan endast jÃ¤mfÃ¶ras med nilskivkapacitet mÃ¥ste vara ett heltalskivslut mÃ¥ste vara ett heltalskiva av oadresserbart vÃ¤rdesÃ¥ varje instansiering med ett icke-tomt parameterpaket vore felformuleradsoft-float och long-double-128 Ã¤r inkompatiblaledsen, inte implementeratledsen, inte implementerat: tyvÃ¤rr: semantiken fÃ¶r inline-funktioners statiska data %q#D Ã¤r felaktig (du kommer fÃ¥ flera exemplar)tyvÃ¤rr: semantiken fÃ¶r inline-variabeln %q#D Ã¤r felaktig (du kommer fÃ¥ flera exemplar)kÃ¤llan Ã¤r en pekare till en ofullstÃ¤ndig typkÃ¤llan Ã¤r inte en pekarekÃ¤llan Ã¤r inte en pekare till en klasskÃ¤llan Ã¤r inte en klasstypkÃ¤llan Ã¤r en ofullstÃ¤ndig klasstypkÃ¤llkodsplatser fÃ¶r funktionen %qE har Ã¤ndrats, profildatan kan vara inaktuellkÃ¤lltypen Ã¤r inte polymorfiskett avynglat funktionsanrop fÃ¥r inte finnas i ett kommauttryckspecifikation %qs har ogiltig %<%%0%c%>specifikation %qs har ogiltig %<%%W%c%>specifikation %qs har ogiltig %<%%x%c%>specifikationen %qs Ã¤r ogiltigspecifikationsfel: %<%%*%> har inte initierats av en mÃ¶nstermatchningspec-fel: mer Ã¤n ett argument till SYSROOT_HEADERS_SUFFIX_SPECspec-fel: mer Ã¤n ett argument till SYSROOT_SUFFIX_SPECspecifikationsfel: okÃ¤nd specifikationsflagga %qcspecfilen har ingen spec fÃ¶r lÃ¤nkningspecifikation Ã¤r â€�%sâ€�
  
! spec-genererad flagga Ã¤r bara %<-%>spec_dimen_size(): Felaktig dimensionspecialisering %qT efter instansiering %qTspecialisering av %qD efter instansieringspecialisering av %qD i en annan namnrymdspecialisering av %qD i fÃ¶rekomma i namnrymdsrÃ¤ckviddspecialisering av %qT efter instansieringspecialisering av aliasmall %qDspecialisering av implicit deklarerad specialmedlemsfunktionspecialisering av variabelkonceptet %q#Dspecialisering av variabelmall %qD deklarerad som en funktionspecialiserar %q#T i en annan namnrymdspecialisering av medlem %<%T::%E%> krÃ¤ver %<template<>%>-syntaxden angivna grÃ¤nsen %wu Ã¤r lika med storleken pÃ¥ destinationenangiven grÃ¤ns pÃ¥ %wu Ã¶verskrider %<INT_MAX%>angiven grÃ¤ns pÃ¥ %wu Ã¶verskrider maximal objektstorlek %wuangiven grÃ¤ns pÃ¥ %wu Ã¶verskrider storleken %wu pÃ¥ destinationsobjektetangiven sort fÃ¶r liten fÃ¶r upprÃ¤kningvÃ¤rdenflaggan %qs angiven mer Ã¤n en gÃ¥ngatt ange vektortyper med __attribute__ ((sÃ¤tt)) bÃ¶r undvikasspecifikationers %%include-syntax felaktig efter %ld teckenspecifikationers %%rename-syntax felaktig efter %ld teckenspecifikationers %s-specifikation fanns inte nÃ¤r den skulle fÃ¥ nytt namnspecifikationsfil felaktig efter %ld teckenspecifikationer okÃ¤nt %%-kommando efter %ld teckenvilsekommet %<>>%>, anvÃ¤nd %<>%> fÃ¶r att avsluta en mallargumentlistavilsekommet avslutande %<%%%> i formatstackramen mÃ¥ste vara mindre Ã¤n 64 kstackram inte en multipel av 8 byte: %wdstackram inte en multipel av oktabyte: %wdfÃ¶r stor stackramstackvaktvÃ¤rde mÃ¥ste en exakt potens av 2stackgrÃ¤nsuttryck stÃ¶djs intestackgrÃ¤nser stÃ¶djs inte pÃ¥ denna mÃ¥larkitekturstackavkÃ¤nning krÃ¤ver %<-maccumulate-outgoing-args%> fÃ¶r att bli korrektstackskyddet skyddar inte funktioner: alla lokala vektorer Ã¤r mindre Ã¤n %d byte lÃ¥ngastackskyddet skyddar inte lokala variabler: buffert med variabel lÃ¤ngdstackregister anvÃ¤nt som global registervariabelstackstorlek mÃ¥ste vara en exakt potens av 2stackstorlek mÃ¥ste vara stÃ¶rre Ã¤n stackvaktsvÃ¤rdetstackstorlek fÃ¥r inte vara stÃ¶rre Ã¤n 64 kberÃ¤kning av stackanvÃ¤ndning stÃ¶djs inte av denna mÃ¥larkitekturstackanvÃ¤ndningen Ã¤r %wd bytestackanvÃ¤ndningen kan vara %wd bytestackanvÃ¤ndningen kan vara obegrÃ¤nsadstack_offset mÃ¥ste vara en multipel av 4stack_offset mÃ¥ste vara minst 4fÃ¶r stor stackram: %d bytestandardkonverteringar Ã¤r inte tillÃ¥tna i denna kontextstarten pÃ¥ ett RTL-fragment mÃ¥ste vara pÃ¥ en tidigare rad Ã¤n slutetbÃ¶rjan av implicerad do-slinga vid %L kan inte fÃ¶renklas till ett konstant vÃ¤rdestartindex och lÃ¤ngdfÃ¤lt Ã¤r nÃ¶dvÃ¤ndiga fÃ¶r att anvÃ¤nda vektornotation i pekare eller posterstartindex och lÃ¤ngdfÃ¤lt Ã¤r nÃ¶dvÃ¤ndiga fÃ¶r att anvÃ¤nda vektornotation med vektorer med okÃ¤nd grÃ¤nsstartindex och lÃ¤ngdfÃ¤lt Ã¤r nÃ¶dvÃ¤ndiga fÃ¶r att anvÃ¤nda vektornotationer i dimensionslÃ¶sa vektorerstartindex och lÃ¤ngdfÃ¤lt Ã¤r nÃ¶dvÃ¤ndiga fÃ¶r att anvÃ¤nda vektornotationer i pekarestartindex och lÃ¤ngdfÃ¤lt Ã¤r nÃ¶dvÃ¤ndiga fÃ¶r att anvÃ¤nda vektornotationer i vektorer med variabel lÃ¤ngdstartindex i vektornotationstrippel Ã¤r inte ett heltalstart/end fÃ¶r RTL-fragment Ã¤r i olika fileren sats kan inte lÃ¶sa upp adress till Ã¶verlagrad funktionsatsen har ingen effektsats Ã¤r en referens, inte ett anrop, till funktionen %qEsatsen Ã¤r inte ett konstant uttrycksats markerad fÃ¶r att kasta i mitten av blocksats markerad fÃ¶r att kasta, men gÃ¶r inte detsatsen anvÃ¤nder ett slÃ¤ppt SSA-namn:satsen kommer aldrig utfÃ¶rassats utan effektsatsuttryck Ã¤r inte tillÃ¥tna utanfÃ¶r funktioner eller i mallargumentlistorstatiska %qs kan inte deklareras %<mutable%>statisk IO-deklaration fÃ¶r %q+D behÃ¶ver en adressstatisk fÃ¶rsÃ¤kran misslyckadesstatisk fÃ¶rsÃ¤kran misslyckades: %Estatisk fÃ¶rsÃ¤kran misslyckades: %sstatisk kedja med funktion som inte anvÃ¤nder enstatisk datamedlem %qD i namnlÃ¶s klassstatisk datamedlem %qE deklarerad %<concept%>statisk deklaration av %q+D fÃ¶ljer pÃ¥ icke-statisk deklarationstatisk initiering av variabeln %q+D i %<.shared%>-minne stÃ¶djs intestatic stÃ¶djs inte pÃ¥ TPF-OSstatisk medlem %qD kan inte vara ett bitfÃ¤ltstatisk medlem %qD deklarerad %<register%>statisk medlemsfunktion %q#D deklarerad med typkvalificerarestatisk medlemsfunktion %qD kan inte ha cv-kvalificerarestatisk medlemsfunktion %qD kan inte ha ref-kvalificerarestatic- eller typkvalificerare i vektordeklarerare som inte Ã¤r parameterstatic_assert utan ett meddelande Ã¤r endast tillgÃ¤nglig med -std=c++1z eller -std=gnu++1zstatic_cast frÃ¥n typ %qT till typ %qT slÃ¤nger bort kvalificerarestatiskt allokerad instans av Objective-C-klass %qEattributen stdcall och cdecl Ã¤r inte kompatiblaattributen stdcall och fastcall Ã¤r inte kompatiblaattributen stdcall och thiscall Ã¤r inte kompatiblasteget i implicerad do-slinga vid %L kan inte fÃ¶renklas till ett konstant vÃ¤rdestegstorleken mÃ¥ste vara ett konstant heltalsuttryck eller en heltalsvariabelsats (%p) markerad som modifierad efter optimeringspass: satsens volatile-flagga Ã¤r inte aktuellsats med felaktig VUSElagringsklassen %<__thread%> Ã¤r ogiltig fÃ¶r funktionen %qslagringsklassen %<auto%> Ã¤r ogiltig fÃ¶r funktionen %qslagringsklassen %<register%> Ã¤r ogiltig fÃ¶r funktionen %qslagringsklassen %<thread_local%> Ã¤r ogiltig fÃ¶r funktionen %qslagringsklass %qD tillÃ¤mpad pÃ¥ mallinstansieringlagringsklass angiven fÃ¶r %qslagringsklass angiven fÃ¶r parameter %qElagringsklass angiven fÃ¶r parameter %qslagringsklass angiven fÃ¶r postfÃ¤ltlagringsklass angiven fÃ¶r postfÃ¤lt %qElagringsklass angiven fÃ¶r mallparameter %qslagringsklass angiven fÃ¶r typnamnlagringsklass angiven fÃ¶r namnlÃ¶s parameterogiltig specificerare av lagringsklass i vÃ¤nfunktionsdeklarationerspecificerare av lagringsklass ogiltig i parameterdeklarationerlagringsstorlek pÃ¥ %q+D Ã¤r inte konstantlagringsstorlek pÃ¥ %q+D Ã¤r okÃ¤ndlagringsstorlek pÃ¥ %qD Ã¤r inte konstantlagringsstorlek pÃ¥ %qD Ã¤r inte kÃ¤ndkonstigt enhetsnamn %qs efter %qs: felaktigt tecken %qcstrateginamn %qs angivet till flaggan %qs stÃ¶djs inte i 32-bitars kodÃ¶verblivet %<,%> vid slutet av medlemsdeklarationÃ¶verblivet %<@%> i programÃ¶verblivet %<\%o%> i programÃ¶verblivet %qc i programvilsekommet %qs mellan Objective-C++ metoderÃ¶verblivet %qs i programstrÃ¶mmande underprocess misslyckadesstrÃ¶mmande underprocess dÃ¶dades av en signalstrftime-format kan inte formatera argumentsteglÃ¤ngd i vektornotationstrippel Ã¤r inte ett heltalstrÃ¤nglÃ¤ngden %qd Ã¤r stÃ¶rre Ã¤n den lÃ¤ngden %qd som ISO C%d kompilatorer skall stÃ¶djastrÃ¤ngliteral i funktionsmallsignaturanvÃ¤ndning av strong bÃ¶r undvikas; anvÃ¤nd inline-namnrymder istÃ¤lletstrong using Ã¤r endast meningsfullt vid namnrymdsrÃ¤ckviddstrong-cast-tilldelning har uppfÃ¥ngatsstrong-cast kan mÃ¶jligen behÃ¶vaspost definierad hÃ¤rposten har inga medlemmarposten har inga namngivna medlemmarpostjustering mÃ¥ste vara tvÃ¥ upphÃ¶jt till ett litet tal, inte %dstorleksgrÃ¤ns fÃ¶r poster kan bara sÃ¤ttas till 8 eller 32storleksgrÃ¤ns fÃ¶r poster kan bara sÃ¤ttas till 8, 32 eller 64underramverks inkludering %s stÃ¥r i konflikt med ramverks inkluderingunderprogrammet %q+F Ã¤r inte markerat Inlineunderprogrammet %q+F Ã¤r inte markerat Inline_Alwaysindex saknas i vektorreferensindexerat vÃ¤rde Ã¤r varken en vektor eller pekareindexerat vÃ¤rde Ã¤r varken en vektor eller pekareindexerat vÃ¤rde Ã¤r en funktionspekareindexering av vektor deklarerad %<register%>fÃ¶reslÃ¥r klamrar runt tom kropp i %<do%>-satsfÃ¶reslÃ¥r klamrar runt tom kropp i en %<else%>-satsfÃ¶reslÃ¥r klamrar runt tom kropp i en %<if%>-satsfÃ¶reslÃ¥r uttryckliga klamrar runt tom kropp i %<do%>-satsfÃ¶reslÃ¥r uttryckliga klamrar fÃ¶r att undvika tvetydighet i %<else%>fÃ¶reslÃ¥r parenteser runt %<&&%> inuti %<||%>fÃ¶reslÃ¥r parenteser runt %<+%> i operanden till %<&%>fÃ¶reslÃ¥r parenteser runt %<+%> inuti %<<<%>fÃ¶reslÃ¥r parenteser runt %<+%> inuti %<>>%>fÃ¶reslÃ¥r parenteser runt %<-%> i operanden till %<&%>fÃ¶reslÃ¥r parenteser runt %<-%> inuti %<<<%>fÃ¶reslÃ¥r parenteser runt %<-%> inuti %<>>%>fÃ¶reslÃ¥r parenteser runt %<>>%>-uttryckfÃ¶reslÃ¥r parenteser runt aritmetik i operanden till %<^%>fÃ¶reslÃ¥r parenteser runt aritmetik i operanden till %<|%>fÃ¶reslÃ¥r parenteser runt tilldelning som anvÃ¤nds som sanningsvÃ¤rdefÃ¶reslÃ¥r parenteser runt jÃ¤mfÃ¶relse i operanden till %<!=%>fÃ¶reslÃ¥r parenteser runt jÃ¤mfÃ¶relser i operanden till %<&%>fÃ¶reslÃ¥r parenteser runt jÃ¤mfÃ¶relse i operanden till %<==%>fÃ¶reslÃ¥r parenteser runt jÃ¤mfÃ¶relse i operanden till %<^%>fÃ¶reslÃ¥r parenteser runt jÃ¤mfÃ¶relse i operanden till %<|%>fÃ¶reslÃ¥r parenteser runt operanden till %<!%> eller Ã¤ndra %<&%> till %<&&%> eller %<!%> till %<~%>fÃ¶reslÃ¥r parenteser runt operanden till %<!%> eller Ã¤ndra %<|%> till %<||%> eller %<!%> till %<~%>fÃ¶reslaget alternativ:fÃ¶reslagna alternativ:fÃ¶reslaget alternativ: %qsstÃ¶d fÃ¶r lÃ¤ge %qsstÃ¶dda kÃ¤rnarkitekturer:%sflaggan %<-mcustom-%s%> stÃ¥r i konflikt med flaggan %<-mcustom-%s%>flaggan %<-mcustom-%s%> har ingen effekt om inte -ffinite-math-only angesflaggan %<-mcustom-%s%> har ingen effekt om inte -fno-math-errno angesflaggan %<-mcustom-%s%> har ingen effekt om inte -funsafe-math-optimizations angesflaggan %<-mcustom-%s%> behÃ¶vs fÃ¶r dubbel precisions flyttalvÃ¤rdet %2$d till flaggan %<-mcustom-%1$s%> mÃ¥ste vara mellan 0 och 255flaggan %qs bÃ¶rjar inte med %<-%>flaggan %qs stÃ¶djs inte lÃ¤ngreflaggan -mcpu=%s stÃ¥r i konflikt med flaggan -march=%sswitch-villkor har booleskt vÃ¤rdeswitch hoppar in i satsuttryckswitch hoppar Ã¶ver variabelinitieringarswitch saknar default-fallswitch-argument Ã¤r inte ett heltalswitch bÃ¶rjar hÃ¤rswitch-sats med storleken %lu ingÃ¥ngar Ã¤r fÃ¶r storsymbol anvÃ¤nds som omedelbar operandsymbol anvÃ¤nd med bÃ¥de bas- och indexerade registersymbol med avstÃ¥nd anvÃ¤nt i PIC-lÃ¤gesymboliska minnesreferenser stÃ¶djs endast pÃ¥ z10 eller senaresymtab_node::verify misslyckadessyntetiserad metod %qD krÃ¤vs fÃ¶rsta gÃ¥ngen hÃ¤r sysctl fÃ¶r kern.osversion misslyckades: %msystemsÃ¶kvÃ¤g %qs Ã¤r inte absoluttar adressen till konstrueraren %qEtar adressen till destrueraren %qEtar adressen till uttryck av typ %<void%>tar adress till nÃ¥got temporÃ¤rttar adress till temporÃ¤r vektortar adressen till xvalue (rvalue-referens)att ta adressen av en etikett fÃ¶ljer inte standardenmÃ¥let %s %qs tar inte nÃ¥got argumentmÃ¥let %s %qs stÃ¶djer inte en negerad formmÃ¥let %s %qs Ã¤r ogiltigtmÃ¥let %s %s=%s Ã¤r ogiltigtmÃ¥lprocessorn stÃ¶djer inte ARM-lÃ¤gemÃ¥lprocessorn stÃ¶djer inte ARMv8-M:s sÃ¤kerhetstillÃ¤ggmÃ¥lprocessorn stÃ¶djer inte THUMB-instruktionermÃ¥lprocessorn stÃ¶djer inte interworkingmÃ¥lprocessorn stÃ¶djer inte ojusterade Ã¥tkomstermÃ¥l-OS:et stÃ¶djer inte ojusterade Ã¥tkomstermÃ¥largumentmÃ¥lattribut stÃ¶djs inte pÃ¥ denna maskinmÃ¥lattribut eller pragma Ã¤ndrar AltiVec ABImÃ¥lattribut eller pragma Ã¤ndrar SPE ABImÃ¥lattribut eller pragma Ã¤ndrar darwin64 ABImÃ¥lattribut eller pragma Ã¤ndrar dubbel precisions flyttalmÃ¥lattribut eller pragma Ã¤ndrar storlek pÃ¥ long doublemÃ¥lattribut eller pragma Ã¤ndrar enkel precisions flyttalmÃ¥let stÃ¶djer inte atomÃ¤r profiluppdatering, enkellÃ¤ge valtmÃ¥lformatet stÃ¶djer inte oÃ¤ndlighetenmÃ¥let Ã¤r inte en pekare eller referensmÃ¥let Ã¤r inte en pekare eller referens till en klassmÃ¥let Ã¤r inte en pekare eller referens till en fullstÃ¤ndig typmÃ¥let fÃ¶r konvertering kan vara en kandidat fÃ¶r ett formatattributmÃ¥let fÃ¶r initialisering kan vara en kandidat fÃ¶r ett formatattributmÃ¥lspecifik inbyggd funktion Ã¤r inte tillgÃ¤ngligmÃ¥lspecifik flagga stÃ¤mmer intemÃ¥lsystemet stÃ¶djer inte felsÃ¶kningsutdatamÃ¥lsystemet stÃ¶djer inte felsÃ¶kningsformatet %qsha programvarusimulatorn som mÃ¥l.mallen %qD deklareradmallen %qE i-klausulen %qsmallargument %d Ã¤r ogiltigtmallargument %qE berÃ¶r mallparametrarmallargumentet fÃ¶r %qD anvÃ¤nder lokal typ %qTmallargument krÃ¤vs fÃ¶r %<%s %T%>mallargument till %qD stÃ¤mmer inte med originalmallen %qDmallklass utan ett namnmallbegrÃ¤nsningsfelmalldeklaration av %<typedef%>malldeklaration av %q#Dmalldefinition av icke-mall %q#Dmallinstansieringsdjupet Ã¶verskrider maxvÃ¤rdet pÃ¥ %d (anvÃ¤nd -ftemplate-depth= fÃ¶r att Ã¶ka maxvÃ¤rdet)mallinstansieringsdjupet Ã¶verskrider maxvÃ¤rdet pÃ¥ %d vid instansiering av %q+D, mÃ¶jligen frÃ¥n generering av virtuell tabell (anvÃ¤nd -ftemplate-depth= fÃ¶r att Ã¶ka maxvÃ¤rdet)mallparameter %q+#Dmallparametern %qD deklarerad hÃ¤rmallparameter %qD av typ %qT Ã¤r inte tillÃ¥ten i ett konstant heltalsuttryck eftersom den inte Ã¤r av heltals- eller upprÃ¤kningstypmallparameterlista anvÃ¤nd i explicit instansieringmallparametrerlistan som ges stÃ¤mmer inte mallparametrarna till %qDmallparameterpaket %qD kan inte ha ett standardargumentmallparameterpaket kan inte ha ett standardargumentmallparameterpaket kan inte ha standardargumentmallparametertyp %qT deklarerad %<friend%>mallparametrar kan inte vara vÃ¤nnermallparametrar stÃ¤mmer inte med mallen %qDmallparameter Ã¤r inte hÃ¤rledbara i partiell specialisering:mallens platshÃ¥llartyp %qT mÃ¥ste fÃ¶ljas av ett enklel deklarerar-idmallspecialisering av %qD Ã¤r inte tillÃ¥ten av ISO C++mallspecialisering med C-lÃ¤nkningmallspecificerare inte angivna i deklarationen av %qDmalltypparametrar mÃ¥ste anvÃ¤nda nyckelordet %<class%> eller %<typename%>mall med C-lÃ¤nkningmall-id %qD fÃ¶r %q+D stÃ¤mmer inte med nÃ¥gon malldeklarationmall-id %qD i deklaration av primÃ¤r mallmall-id %qD anvÃ¤nd som en deklareraremallparameter-mallar fÃ¥r inte vara %<virtual%>temporÃ¤r av den ej literala typen %qT i ett konstant uttrycktrestÃ¤llig %<operator?:%>trestÃ¤llig %<operator?:%> i %<%E ? %E : %E%>felsÃ¶kningsformatet â€�%sâ€� kan inte anvÃ¤ndas med fÃ¶rkompilerade huvudenattributet %<getter%> kan bara anges en gÃ¥ngattributet %<interrupt%> krÃ¤ver en MIPS32r2-processor eller bÃ¤ttreattributet %<setter%> kan bara anges en gÃ¥ngattributet %qE behÃ¶ver argumentarkitekturen %qs stÃ¶djer inte %<-m%s=2008%>arkitekturen %qs stÃ¶djer inte %<-m%s=legacy%>arkitekturen %qs stÃ¶djer inte %<-mfp32%>arkitekturen %qs stÃ¶djer inte DSP-instruktionerarkitekturen %qs stÃ¶djer inte trolig gren-instruktionerarkitekturen %qs stÃ¶djer inte instruktionerna madd eller msubarkitekturen %qs stÃ¶djer inte udda enkelprecisionsregisterarkitekturen %qs stÃ¶djer inte par-enkel-instruktionerarkitekturen %qs stÃ¶djer inte instruktionen synciprintf-flaggan â€� â€�strfmon-flaggan â€�!â€�printf-flaggan â€�#â€�strftime-flaggan â€�#â€�printf-flaggan â€�'â€�scanf-flaggan â€�'â€�strfmon-flaggan â€�(â€�printf-flaggan â€�+â€�strfmon-flaggan â€�+â€�printf-flaggan â€�-â€�strfmon-flaggan â€�-â€�strftime-flaggan â€�-â€�printf-flaggan â€�0â€�strftime-flaggan â€�0â€�strftime-modifieraren â€�Eâ€�printf-flaggan â€�Iâ€�scanf-flaggan â€�Iâ€�modifieraren â€�Oâ€�strftime-modifieraren â€�Oâ€�strfmon-flaggan â€�^â€�strftime-flaggan â€�^â€�strftime-flaggan â€�_â€�scanf-flaggan â€�aâ€�scanf-flaggan â€�mâ€�diagnostikflaggan â€�qâ€�flaggan -shared stÃ¶djs fÃ¶r nÃ¤rvarande inte fÃ¶r VAX ELFABI:et fÃ¶r att skicka aggregat med %d-bytejustering har Ã¤ndrats i GCC 5ABI:et fÃ¶r att skicka homogena flyttalsaggregat har Ã¤ndrats i GCC 5ABI:et fÃ¶r att skicka en post med en flexibel vektormedlem har Ã¤ndrats i GCC 4.4ABI:et fÃ¶r att skicka en post med complex float medlem har Ã¤ndrats i GCC 4.4ABI:et fÃ¶r att skicka unioner med long double har Ã¤ndrats i GCC 4.4cpu:n RX100 har inte FPU-hÃ¥rdvaracpu:n RX200 har inte FPU-hÃ¥rdvaraadressen till %qD kommer alltid berÃ¤knas till %<true%>adressen till %qD kommer aldrig vara NULLadressen till en etikett fÃ¥r inte finnas i ett konstantuttryckscanf-funktionen fÃ¶r utelÃ¤mnande av tilldelninganropet behÃ¶ver ifunc, som inte stÃ¶djs av detta mÃ¥lkombinationen av %qs och %qs Ã¤r inkompatibel med %qsjÃ¤mfÃ¶relsen kommer alltid berÃ¤knas till %<false%> fÃ¶r adressen till %qD kommer aldrig att vara NULLjÃ¤mfÃ¶relsen kommer alltid berÃ¤knas till %<true%> fÃ¶r adressen till %qD kommer aldrig att vara NULLkompilatorn kan anta att adressen till %qD kommer alltid berÃ¤knas till %<true%>kompilatorn kan anta att adressen till %qD aldrig kommer att vara NULLkomponenten %qs Ã¤r en PRIVATE-typ och kan inte vara en komponent i %qs, som Ã¤r PUBLIC vid %Ltypen som stÃ¥r i konflikt Ã¤r definierad i en annan Ã¶versÃ¤ttningsenhettypen som stÃ¥r i konflikt och Ã¤r definierad i en annan Ã¶versÃ¤ttningsenhet har en virtuell tabell med annan storlektypen som stÃ¥r i konflikt Ã¤r definierad i en annan Ã¶versÃ¤ttningsenhet och har en virtuell tabell med annat innehÃ¥lltypen som stÃ¥r i konflikt Ã¤r definierad i en annan Ã¶versÃ¤ttningsenhet och har en virtuell tabell med fler postertypen som stÃ¥r i konflikt och Ã¤r definierad i en annan Ã¶versÃ¤ttningsenhet med annan RTTI-informationstyrflÃ¶det i funktionen %qE stÃ¤mmer inte med dess profildata (rÃ¤knare %qs)antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_sll_pi16 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_sll_pi32 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_sll_si64 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_slli_pi16 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_slli_pi32 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_slli_si64 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_sra_pi16 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_sra_pi32 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_sra_si64 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_srai_pi16 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_srai_pi32 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_srai_si64 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_srl_pi16 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_srl_pi32 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_srl_si64 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_srli_pi16 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_srli_pi32 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_srli_si64 i koden.punktsyntaxen Ã¤r inte tillgÃ¤nglig i Objective-C 1.0ellipsen i %qD Ã¤rvs inteden andra basen Ã¤r definierad hÃ¤rdet femte argumentet mÃ¥ste vara en 8-bitars omedelbarfÃ¶rsta argumentet till en VEC_COND_EXPR mÃ¥ste vara av boolesk vektortyp med samma antal element som resultatetden fÃ¶rsta skillnaden mellan motsvarande definitioner Ã¤r fÃ¤ltet %qDden fÃ¶rsta skillnaden mellan motsvarande definitioner Ã¤r metoden %qDandra parametern till %<operator new%> kan inte ha standardargumentdet fjÃ¤rde argumentet ha skala 1, 2, 4, 8ramstorleken pÃ¥ %wd byte Ã¤r stÃ¶rre Ã¤n %wd bytedet omedelbara argumentet mÃ¥ste vara en 4-bitars omedelbardet omedelbara argumentet mÃ¥ste vara en 5-bitars omedelbardet omedelbara argumentet mÃ¥ste vara en 8-bitars omedelbarden inkompatibla typen definierad i en annan Ã¶versÃ¤ttningsenhetden inkompatibla typen Ã¤r definierad hÃ¤rlambdat har ingen standardfÃ¥ngstdet sista argumentet mÃ¥ste vara en 1-bits omedelbardet sista argumentet mÃ¥ste vara en 2-bitars omedelbardet sista argumentet mÃ¥ste vara en 3-bitars omedelbardet sista argumentet mÃ¥ste vara en 32-bitars omedelbardet sista argumentet mÃ¥ste vara en 4-bitars omedelbardet sista argumentet mÃ¥ste vara en 5-bitars omedelbardet sista argumentet mÃ¥ste vara en 1-bits omedelbardet sista argumentet mÃ¥ste vara en 8-bitars omedelbardet sista argumentet ha skala 1, 2, 4, 8layouten av aggregat som innehÃ¥ller vektorer med %d-bytejustering har Ã¤ndrats i GCC 5m210 har inte stÃ¶d fÃ¶r omvÃ¤nd byteordningdet manglade namnet pÃ¥ %qD Ã¤ndrades mellan -fabi-version=%d (%D) och -fabi-version=%d (%D)det manglade namnet pÃ¥ %qD Ã¤ndras mellan -fabi-version=%d (%D) och -fabi-version=%d (%D)det manglade namnet pÃ¥ %qD Ã¤ndras mellan -fabi-version=%d och -fabi-version=%ddet manglade namnet pÃ¥ en snutt fÃ¶r %qD Ã¤ndras mellan -fabi-version=%d och -fabi-version=%ddet manglade namnet pÃ¥ initieringsvaktsvariabeln fÃ¶r %qD Ã¤ndras mellan -fabi-version=%d och -fabi-version=%dmaxvÃ¤rdet fÃ¶r den sista storleksintervallet skall vara -1 fÃ¶r flaggan %qsdet nÃ¤st sista argumentet mÃ¥ste vara en 8-bitars omedelbarde utelÃ¤mnade mittoperanden i ?: kommer alltid att vara %<true%>, fÃ¶reslÃ¥r explicit mittoperandprogrammet borde Ã¤ven definiera %qDintervallet fÃ¶r antal skall vara inom 0 till 32.  kontrollera den inbyggda _mm_ror_pi16 i koden.intervallet fÃ¶r antal skall vara inom 0 till 32.  kontrollera den inbyggda _mm_ror_pi32 i koden.intervallet fÃ¶r antal skall vara inom 0 till 32.  kontrollera den inbyggda _mm_rori_pi16 i koden.intervallet fÃ¶r antal skall vara inom 0 till 32.  kontrollera den inbyggda _mm_rori_pi32 i koden.intervallet fÃ¶r antal skall vara inom 0 till 64.  kontrollera den inbyggda _mm_ror_si64 i koden.intervallet fÃ¶r antal skall vara inom 0 till 64.  kontrollera den inbyggda _mm_rori_si64 i koden.intervallet fÃ¶r masken skall vara i 0 till 255intervallet fÃ¶r vÃ¤ljaren skall vara inom 0 till 1intervallet fÃ¶r vÃ¤ljaren skall vara inom 0 till 3intervallet fÃ¶r vÃ¤ljaren skall vara inom 0 till 7registret angivet fÃ¶r %q+D kan inte nÃ¥s av det aktuella mÃ¥letregistret angivet fÃ¶r %q+D Ã¤r inte tillrÃ¤ckligt generellt fÃ¶r att anvÃ¤ndas som en registervariabelresultatet av konverteringen Ã¤r odefinierad eftersom %qE Ã¤r utanfÃ¶r intervallet fÃ¶r typen %qTdet tredje argumentet mÃ¥ste vara en 8-bitars omedelbardet tredje argumentet mÃ¥ste vara en jÃ¤mfÃ¶relsekonstanttypen %qT fÃ¶r constexpr-variabeln %qD Ã¤r inte en literaltypen som destrueras Ã¤r %qT, men destrueraren refererar till %qTanvÃ¤ndningen av variabelnamn med _OBJC_-prefix fÃ¶r att vÃ¤lja metadatasektioner bÃ¶r undvikas i 4.6 och kommer tas bort i 4.7vÃ¤rdet pÃ¥ %qD Ã¤r inte anvÃ¤ndbart i ett konstant uttryckargumentet till xabort mÃ¥ste vara en 8-bitars omedelbardet finns inga argument till %qD som beror pÃ¥ en mallparameter, sÃ¥ en deklaration av %qD mÃ¥ste finnas tillgÃ¤ngligtredje argumentet till %q+D skall fÃ¶rmodligen vara %<char **%>tredje argumentet till %<__builtin_prefetch%> mÃ¥ste vara en konstanttredje argumentet till vec_vinsert4b mÃ¥ste vara 0..12tredje operanden i villkorsuttryck kan inte lÃ¶sa upp adress till Ã¶verlagrad funktiontredje operanden av villkorsuttryck har ingen effekttredje operanden av villkorsuttryck Ã¤r en referens, inte ett anrop, till funktionen %qEtredje operanden till villkorsoperatorn Ã¤r av typ %<void%>, men den andra operanden Ã¤r varken ett throw-uttryck eller av typ %<void%>denna %qs-klausul vaktar inte â€¦denna inbyggda funktion Ã¤r endast tillgÃ¤nglig i fr405 och fr450denna inbyggda funktion Ã¤r endast tillgÃ¤nglig i fr450denna inbyggda funktion Ã¤r endast tillgÃ¤nglig i fr500 och fr550denna inbyggda stÃ¶djs inte pÃ¥ denna mÃ¥larkitekturdenna mÃ¥larkitektur stÃ¶djer inte %sdenna kompilator stÃ¶djer inte PowerPC (arch-flaggor ignoreras)denna kompilator stÃ¶djer inte X86 (arch-flaggor ignoreras)detta villkor har identiska grenardenna decimala konstant Ã¤r teckenlÃ¶s endast i ISO C90denna decimala konstant skulle varit teckenlÃ¶s i ISO C90detta Ã¤r ett fel i GCC som kan gÃ¥s runt genom att lÃ¤gga till attributet used till den anropade funktionendetta Ã¤r den fÃ¶rsta default-etikettendetta Ã¤r det fÃ¶rsta fallet som Ã¶verlappar det vÃ¤rdetdetta Ã¤r instruktionen:denna mediafunktion Ã¤r endast tillgÃ¤nglig i fr400 och fr500denna mediafunktion Ã¤r endast tillgÃ¤nglig i fr500denna sats kan falla igenomdenna mÃ¥larkitektur stÃ¶djer inte %qsdetta mÃ¥l har omvÃ¤nd byteordningdenna mÃ¥lmaskin har inte fÃ¶rdrÃ¶jda grenartrÃ¥dlokal COMMON-data Ã¤r inte implementerattrÃ¥dlokal deklaration av %q#D fÃ¶ljer pÃ¥ icke trÃ¥dlokal deklarationtrÃ¥dlokal deklaration av %q+D fÃ¶ljer pÃ¥ icke trÃ¥dlokal deklarationtrÃ¥dprivat variabel %qE anvÃ¤nd i mÃ¥lregiontrÃ¥dprivat variabel %qE anvÃ¤nd i obunden uppgiftthrow-uttryck Ã¤r inte tillÃ¥tna inuti slingor markerade med pragma simdthrow kommer alltid anropa terminate()kastar NULL, som har heltals-, inte pekartyptls_model-argument mÃ¥ste vara ett av â€�local-execâ€�, â€�initial-execâ€�, â€�local-dynamicâ€� eller â€�global-dynamicâ€�tls_model-argument Ã¤r inte en strÃ¤ngfÃ¶r att vara sÃ¤ker mÃ¥ste alla mellanliggande pekare i typkonvertering frÃ¥n %qT till %qT vara %<const%>-kvalificeradefÃ¶r att generera beroenden mÃ¥ste du ange antingen -M eller -MMfÃ¶r att referera till en typmedlem av en mallparameter, anvÃ¤nd %<typename %E%>symbol %u har x-plats == %usymbol %u har x-plats == y-plats == %usymbol %u har y-plats == %ufÃ¶r fÃ¥ argument till %%:compare-debug-auxbase-optfÃ¶r fÃ¥ argument till %%:replace-extensionfÃ¶r fÃ¥ argument till %%:version-comparefÃ¶r fÃ¥ argument till konstrueraren %q#DfÃ¶r fÃ¥ argument till funktionFÃ¶r mÃ¥nga argument till funktionen %<va_start%>fÃ¶r fÃ¥ argument till funktionen %q#DfÃ¶r fÃ¥ argument till funktionen %qEfÃ¶r fÃ¥ argument till medlemsfunktionen %q#DfÃ¶r fÃ¥ argument till metoden %q#DfÃ¶r fÃ¥ argument fÃ¶r postfÃ¶r fÃ¥ mallparameterlistor i deklarationen av %qDfÃ¶r fÃ¥ mallparameterlistorfÃ¶r stor funktionsvÃ¤rdestyp, behÃ¶ver %d register, har bara %d register till dettafÃ¶r sent fÃ¶r #-direktiv att ange felsÃ¶kningskatalogfÃ¶r mÃ¥nga #pragma-flaggor align=resetfÃ¶r mÃ¥nga %<if%>-klausulerfÃ¶r mÃ¥nga %<if%>-klausuler med %qs-modifierarefÃ¶r mÃ¥nga %<if%>-klausuler utan modifierarefÃ¶r mÃ¥nga %<static%>-argumentfÃ¶r mÃ¥nga %qs-klausulerfÃ¶r mÃ¥nga alternativ i %<asm%>fÃ¶r mÃ¥nga argumentfÃ¶r mÃ¥nga argument fÃ¶r formatstrÃ¤ngfÃ¶r mÃ¥nga argument till %%:compare-debug-auxbase-optfÃ¶r mÃ¥nga argument till %%:comparedebug-dump-optfÃ¶r mÃ¥nga argument till %%:compare-debug-self-optfÃ¶r mÃ¥nga argument till %%:version-comparefÃ¶r mÃ¥nga argument till konstrueraren %q#DfÃ¶r mÃ¥nga argument till funktionfÃ¶r mÃ¥nga argument till funktionen %q#DfÃ¶r mÃ¥nga argument till funktionen %qEfÃ¶r mÃ¥nga argument till makefÃ¶r mÃ¥nga argument till medlemsfunktionen %q#DfÃ¶r mÃ¥nga argument till metoden %q#DfÃ¶r mÃ¥nga argument till metoden %qEfÃ¶r mÃ¥nga argument till den Ã¶verlagrade funktionen %sfÃ¶r mÃ¥nga klamrar runt initierare fÃ¶r %qTfÃ¶r mÃ¥nga undantagshanteringsbÃ¥gar frÃ¥n gb %ifÃ¶r mÃ¥nga uttryck fÃ¶r postfÃ¶r mÃ¥nga filnamn angivna.  Skriv %s --help fÃ¶r anvÃ¤ndningsinformationfÃ¶r mÃ¥nga initierare fÃ¶r %qTfÃ¶r mÃ¥nga indatafilerfÃ¥r mÃ¥nga slingutgÃ¥ngar noteradefÃ¶r mÃ¥nga Ã¶ppna parenteserfÃ¶r mÃ¥nga utgÃ¥ende bÃ¥gar frÃ¥n gb %ifÃ¶r mÃ¥nga storleksintervall angivna i flaggan %qsfel antal mallhuvuden fÃ¶r %D (skulle vara %d)fÃ¶r mÃ¥nga mallparameterlistor i deklarationen av %qDfÃ¶r mÃ¥nga mallparameterlistorfÃ¶r mÃ¥nga vÃ¤rden i retursatsfÃ¶r mÃ¥nga variabler fÃ¶r intervallklausul med kanalfÃ¶r mycket stackutrymme att gÃ¶ra av med: %dfÃ¶r mycket stackutrymme att fÃ¶rbereda: %dtoppnivÃ¥deklaration av %qs anger %<auto%>ordningsÃ¤ndring pÃ¥ toppnivÃ¥ mÃ¥ste vara avaktiverat nÃ¤r unit-at-a-time Ã¤r avaktiverattotal storlek pÃ¥ lokala objekt Ã¤r fÃ¶r stortotala storleken pÃ¥ lokala variabler Ã¶verskrider arkitekturens grÃ¤nsspÃ¥ra topn mÃ¥ladresser i indirekt-anropsprofil.traditionell C saknar en separat namnrymd fÃ¶r etiketter, identifierare %qE stÃ¥r i konflikttraditionell C tillÃ¥ter inte ISO C:s stil av funktionsdefinitionertraditionell C tillÃ¥ter inte aggregatinitieringtraditionell C tillÃ¥ter inte initiering av unionertraditionell C stÃ¶djer inte strÃ¤ngkonstantsammanslagningtraditionell C tillÃ¥ter inte operatorn unÃ¤rt plusden avslutande returtypen %qT hos deduktionsguiden Ã¤r inte en specialicering av %qTavslutande returtyp Ã¤r endast tillgÃ¤nglig med -std=c++11 eller -std=gnu++11trampolin genererad fÃ¶r nÃ¤stad funktion %qDtransaktionsminne stÃ¶djs inte i denna konfigurationtransformerande inbyggd %qs vid %L Ã¤r inte tillÃ¥ten i ett initieringsuttrycklÃ¤ge fÃ¶r fÃ¤llor (trap mode) stÃ¶djs inte fÃ¶r VAX-flyttaltrÃ¤dkontroll: %s, har %s i %s, vid %s:%dtrÃ¤dkontroll: anvÃ¤nde element %d av tree_int_cst med %d element i %s, vid %s:%dtrÃ¤dkontroll: anvÃ¤nde element %d av tree_vec med %d element i %s, vid %s:%dtrÃ¤dkontroll: anvÃ¤nde operand %d av %s med %d operander i %s, vid %s:%dtrÃ¤dkontroll: anvÃ¤nde operand %d av omp_clause %s med %d operander i %s, vid %s:%dtrÃ¤dkontroll: klass %qs fÃ¶rvÃ¤ntades inte, har %qs (%s) i %s, vid %s:%dtrÃ¤dkontroll: fÃ¶rvÃ¤ntade klass %qs, har %qs (%s) i %s, vid %s:%dtrÃ¤dkontroll: fÃ¶rvÃ¤ntade ingen av %s, har %s i %s, vid %s:%dtrÃ¤dkontroll: omp_clause %s fÃ¶rvÃ¤ntades, har %s i %s, vid %s:%dtrÃ¤dkontroll: fÃ¶rvÃ¤ntade trÃ¤d som innehÃ¥ller posten %qs, har %qs i %s, vid %s:%dtrÃ¤dkod %qs stÃ¶djs inte i LTO-strÃ¶mmartrÃ¤dlista slutar pÃ¥ djup %isant/falskt-bÃ¥ge efter en icke-GIMPLE_COND i gb %dfÃ¶rsÃ¶k ta bort parenteserna runt typ-id:ttry-satser Ã¤r inte tillÃ¥tna inuti slingor markerade med #pragma simdfÃ¶rsÃ¶k att anvÃ¤nda %qE istÃ¤lletfÃ¶rsÃ¶ker koda icke-heltal typ som ett bitfÃ¤ltfÃ¶rsÃ¶kte avsluta post, men hoppade ut pÃ¥ grund av tidigare parsningsfelfÃ¶rsÃ¶ker gÃ¶ra klassen %qT en vÃ¤n med global rÃ¤ckviddtrimningsstrÃ¤ngen saknas i flaggan (%s)tvÃ¥ pÃ¥ varandra fÃ¶ljande %<[%> fÃ¥r bara introducera ett attributtvÃ¥ eller fler datatyper i deklaration av %qstvÃ¥ eller fler datatyper i deklaration av specificeraretvÃ¥ eller flera sektioner fÃ¶r %s%<delete%> fÃ¥r argument av typ %q#T, pekare fÃ¶rvÃ¤ntadestypen %qE har en anvÃ¤ndardefinierad konstrueraretypen %qE har en anvÃ¤ndardefinierad destrueraretypen %qE har ingen standardkonstruerare att anropatypen %qE har virtuella medlemsfunktionertypen %qT definierad i en anonym namnrymd kan inte matcha Ã¶ver grÃ¤nsen fÃ¶r Ã¶versÃ¤ttningsenhetentypen %qT definierad i en anonym namnrymd kan inte matcha typen %qT Ã¶ver grÃ¤nsen fÃ¶r Ã¶versÃ¤ttningsenhetentypen %qT har inte en kÃ¤nd storlektyp %qT fÃ¶r explicit instansiering %qD stÃ¤mmer inte med deklarerad typ %qTtypen %qT Ã¤r inte en bastyp fÃ¶r typen %qTtyp %qT Ã¤r inte en direkt bas till %qTtyp %qT Ã¤r inte en direkt eller virtuell bas till %qTtypen %qT Ã¤r fÃ¶r stortypen %qT sjÃ¤lv bryter mot C++ endefinitionsregeltyp %qT fÃ¶r mallargument %qE beror pÃ¥ en mallparametertyp %qT fÃ¶r mallargument %qE beror pÃ¥ mallparametrartypen %qT borde matcha typen %qTtypen %qT bryter mot C++ endefinitionsregeltypen %qT utan nÃ¥gon lÃ¤nkklass anvÃ¤nd fÃ¶r att deklarera funktionen %q#D med lÃ¤nkklasstypen %qT utan lÃ¤nkklass anvÃ¤nd fÃ¶r att deklarera variabeln %q#D med lÃ¤nkklasstyp %qs fÃ¶ljer inte protokollet %qEtypfÃ¶rsÃ¤kran Ã¤r endast giltigt fÃ¶r grÃ¤nssnittstypertypattribut ignoreras efter att typen redan Ã¤r definieradtypen sÃ¤tts skÃ¶nsmÃ¤ssigt till %<int%> i deklarationen av %qEtypen sÃ¤tts skÃ¶nsmÃ¤ssigt till %<int%> i typnamnettypen har inga metodertypen bÃ¶r undvikastypen bÃ¶r undvikas: %stypen Ã¤r inte kompatibel med sin varianttyper stÃ¤mmer inte mellan ett SSA_NAME och dess symboltyper stÃ¤mmer inte fÃ¶r case-etikett i en switch-satstypen stÃ¤mmer inte i BIT_INSERT_EXPRtypfel i adressuttrycktypfel i vektorintervallreferenstypfel i vektorreferenstypfel i binÃ¤rt uttrycktypfel i komplext uttrycktypfel i komponentreferenstyper stÃ¤mmer inte i villkorsuttrycktyper stÃ¤mmer inte i sammansmÃ¤lt multiplicera-addera-uttrycktyper stÃ¤mmer inte i icke-typs parameterpakettyper stÃ¤mmer inte i parameter %itypfel i pekar-plus-uttrycktypfel i referens till reell-/imaginÃ¤rdeltypfel i sad-uttrycktypfel i skiftuttrycktypfel i vektorpermuteringsuttrycktyper stÃ¤mmer inte i vidgande multiplicera-ackumulera-uttrycktypfel i breddande vektorskiftuttrycktyp stÃ¤mmer inte med tidigare externdeklaration av %q#Dtypen mÃ¥ste vara en cv-kvalificerad %<auto%> eller en referens till en cv-kvalificerad %<auto%>typnamn Ã¤r deklarerat som en funktion som returnerar en funktiontypnamn Ã¤r deklarerat som en funktion som returnerar en vektortypen pÃ¥ %qD sÃ¤tts skÃ¶nsmÃ¤ssigt till %<int%>typen pÃ¥ %qD stÃ¤mmer inte med originaldeklarationentypen pÃ¥ %qE Ã¤r okÃ¤ndden kompletterade typen pÃ¥ vektor %q+D Ã¤r inkompatibel med implicit initieringtypen pÃ¥ asm-operand %qE kunde inte avgÃ¶rastypen pÃ¥ bitfÃ¤ltet %qs Ã¤r en GCC-utvidgningtypen pÃ¥ formell parameter %d Ã¤r ofullstÃ¤ndigtypen pÃ¥ egenskap %qD stÃ¥r i konflikt med tidigare deklarationtypprecision stÃ¤mmer inte i en switch-satstypkvalificerare ignoreras fÃ¶r funktions returtyptyp till vektor-delete Ã¤r varken pekar- eller vektortyptyptransparenta %q#T kan inte gÃ¶ras transparent eftersom typen pÃ¥ fÃ¶rsta fÃ¤ltet har ett annat ABI Ã¤n klassen som helhettypgenomskinliga %q#T har inga fÃ¤ltden typgenomskinliga klassen %qT har basklasserden typgenomskinliga klassen %qT har virtuella funktionertypvarianter skiljer i typvariant har TYPE_METHODStypvariant har en annan TREE_TYPEtypvariant har en annan TYPE_BINFOtypvariant har andra TYPE_FIELDStypvariant har en annan TYPE_SIZE_UNITtypvariant har en annan TYPE_VFIELDtypvariant med TYPE_ALIAS_SET_KNOWN_Ptypvariantens TREE_TYPEtypvariantens TYPE_BINFOtypvariantens TYPE_SIZE_UNITtypen var tidigare deklarerad %qEtypens TREE_TYPEtypens TYPE_BINFOtypens TYPE_SIZE_UNITtypstampning till ofullstÃ¤ndig typ kan bryta strikta aliasreglertyp/vÃ¤rde stÃ¤mmer inte vid argument %d i mallparameterlistan till %qDtypedef %q+D deklarerad %<_Noreturn%>typdef %q+D deklarerad %<inline%>typedef %qD Ã¤r initierad (anvÃ¤nd __typeof__ istÃ¤llet)typedef %qD Ã¤r initierad (anvÃ¤nd decltype istÃ¤llet)typedef %q+D Ã¤r lokalt definierad men inte anvÃ¤ndtypedef-deklaration ogiltig i parameterdeklarationtypedef deklarerad %<auto%>typedef-namn fÃ¥r inte vara en nÃ¤stad-namnspecificeraretypedef-namnet %qD anvÃ¤nt som destruerardeklareraretype-id till en kvalificerad funktionstyp %qTtypeid-uttryck Ã¤r inte ett konstant uttryck eftersom %qE har polymorf typtyperna Ã¤r inte riktigt kompatiblatyper skiljer i teckenhettyper har olika parameterantaltyper fÃ¥r inte definieras i %<decltype%>-uttrycktyper fÃ¥r inte definieras i %<noexcept%>-uttrycktyper fÃ¥r inte definieras i ett %<typeid%>-uttrycktyper fÃ¥r inte definieras i en conversion-type-idtyper fÃ¥r inte definieras i en for-range-deklarationtyper fÃ¥r inte definieras i en new-uttrycktyper fÃ¥r inte definieras i en new-type-idtyper fÃ¥r inte definieras i aliasmalldeklarationertyper fÃ¥r inte definieras i en undantagsspecifikationtyper fÃ¥r inte definieras i typkonverteringartyper fÃ¥r inte definieras i villkortyper fÃ¥r inte definieras i en declare reduction-typlistatyper fÃ¥r inte definieras i undantagsdeklarationertyper fÃ¥r inte definieras i parametertypertyper fÃ¥r inte definieras i mallargumenttypspecifikation i ALLOCATE vid %Lkan inte berÃ¤kna verklig plats fÃ¶r stackparameterkan inte hÃ¤rleda %qT frÃ¥n %qEkan inte hÃ¤rleda lambdareturtyp frÃ¥n %qEkan inte emulera %qskan inte hitta ett register att spillakan inte hitta ett register att spilla i klass %qskan inte hitta en teckenliteraloperator %qD med argumentet %qTkan inte hitta en numerisk literaloperator %qDkan inte hitta en strÃ¤ngliteraloperator %qD med argumenten %qT, %qTkan inte generera omlÃ¤sningar fÃ¶r:kan inte lokalisera standardlÃ¤nkskriptet %qs i bilblioteksÃ¶kvÃ¤garnakan inte Ã¶ppna dynamiskt beroende â€�%sâ€�kan inte att Ã¶ppna filenkan inte Ã¶ppna loggfilen %<vtv_class_set_sizes.log%>: %mkan inte Ã¶ppna loggfilen %<vtv_count_data.log%>: %mkan inte Ã¶ppna loggfilen %<vtv_set_ptr_data.log%>: %mkan inte skriva ut operanden Ã¤nnu; kod == %d (%c)kan inte anvÃ¤nda â€�%sâ€� som PIC-registerobegrÃ¤nsad anvÃ¤ndning av %<alloca%>obegrÃ¤nsad anvÃ¤ndning av vektor med variabel lÃ¤ngdovillkorligt hopp %2d aldrig utfÃ¶rt
  ovillkorligt hopp %2d taget %s
! odeklarerad vÃ¤ljare %qEodefinierat beteende nÃ¤r andra parametern till %<va_start%> Ã¤r deklarerad med lagringsklass %<register%>odefinierad namngiven operand %qsunderliggande typ %<%T%> till %<%T%> mÃ¥ste vara en heltalstypunderliggande typ stÃ¤mmer inte Ã¶verens i enum %q#TovÃ¤ntat !$OMP ATOMIC-uttryck vid %LovÃ¤ntat AST av sorten %sovÃ¤ntat argumentovÃ¤ntat argument till msp430_select_hwmult_lib: %sovÃ¤ntat attributovÃ¤ntat bastyp i cris_print_baseovÃ¤ntat uttryck %qE av sorten %sovÃ¤ntat filnamn %s i lÃ¤nkupplÃ¶sningsfilen.  %s fÃ¶rvÃ¤ntadesovÃ¤ntat fÃ¶rsta argument till msp430_select_hwmult_lib: %sovÃ¤ntad indextyp i cris_print_indexovÃ¤ntat nyckelord; ta bort mellanrum mellan citationstecken och suffixidentifierareovÃ¤ntad multiplikativ operandovÃ¤ntat avstÃ¥ndovÃ¤ntad operandovÃ¤ntad sidoeffekt i adressej hanterad justering fÃ¶r â€�#pragma nomember_alignmentâ€�oidentifierbar call-operationoinitierade const %qDoinitierad const %qD Ã¤r ogiltig i C++oinitierad const i %<new%> av %q#Toinitierad const-medlem i %q#Toinitierad const-medlem i %q#T anvÃ¤nder %<new%> utan new-initierareoinitierad const-medlem i %qT Ã¤r ogiltigt i C++oinitierad const-medlem i basen %q#T till %q#Toinitierad const-medlem i basen %q#T till %q#T anvÃ¤nder %<new%> utan new-initierareoinitierad referensmedlem i %q#Toinitierad referensmedlem i %q#T anvÃ¤nder %<new%> utan new-initierareoinitierad referensmedlem i basen %q#T till %q#Toinitierad referensmedlem i basen %q#T till %q#T anvÃ¤nder %<new%> utan new-initierareden oinitierade variabeln %q+D placerad i programminnesomrÃ¥detoinitierad variabel %qD i %<constexpr%>-funktionunionen kan inte gÃ¶ras transparentunion definierad hÃ¤runionen har inga medlemmarunionen har inga namngivna medlemmarunion-medlem %q+D med icketrivial %qDokÃ¤nd â€�#pragma extern_modelâ€�-modell â€�%sâ€�okÃ¤nt â€�#pragma member_alignmentâ€�-namn %sokÃ¤nd flagga -mdebug-%sokÃ¤nd CRIS-cpu-version angiven i -mtune= : %sokÃ¤nd CRIS-version angiven i -march= eller -mcpu= : %sokÃ¤nd IRA-algoritm %qsokÃ¤nd IRA-region %qsokÃ¤nd LTO-partitioneringsmodell %qsokÃ¤nd stackÃ¥teranvÃ¤ndningsmodell %qsokÃ¤nd TLS-modell %qsokÃ¤nd Ã¥tgÃ¤rd %qE fÃ¶r %<#pragma pack%> - ignorerasokÃ¤nd justering %qs angiven till flaggan %qsokÃ¤nd arkitekturspecificerare i minnesmodellen till inbyggdokÃ¤nd vektorstorlek i deleteokÃ¤nd asm-flaggutdata %qsokÃ¤nd algoritm for omordning av grundblock %qsokÃ¤nd inbyggd omedelbar operandtyp fÃ¶r operand %dokÃ¤nd Ã¥teranropshÃ¤ndelse registrerad av insticksmodul %sokÃ¤nt cc_attr-vÃ¤rdeokÃ¤nd konverteringstyptecken %qc i formatokÃ¤nd kÃ¤rnarkitektur %qs angiven till %qsokÃ¤nt cpu %qs till -mtuneokÃ¤nd avmanglingsstil â€�%sâ€�okÃ¤nd destinationokÃ¤nd stil fÃ¶r Ã¶verskjutande precision %qsokÃ¤nd flagga skickad i -moverride=%s (%s)okÃ¤nd stil fÃ¶r flyttalssammandragning %qsokÃ¤nt instruktionslÃ¤geokÃ¤nd lÃ¤nkarutmatning %qsokÃ¤nt maskinlÃ¤ge %qEokÃ¤nd move-instruktion:okÃ¤nd avlastnings-ABI %qsokÃ¤nd operator %qs i %%:version-compareokÃ¤nt alternativ %q.*s i %<-fopt-info-%s%>okÃ¤nt alternativ efter %<#pragma GCC diagnostic%> sortokÃ¤nt alternativ till -mrecip=%sokÃ¤nt pass %s angivet i -fdisableokÃ¤nt pass %s angivet i -fenableokÃ¤nd pekarstorlekmodell %qsokÃ¤nd prfiluppdateringsmetod %qsokÃ¤nt egenskapsattributokÃ¤nd interpunktion â€�%câ€�okÃ¤nt registernamn %qs i %<asm%>okÃ¤nt registernamn: %sokÃ¤nd avspecifikation av omlokaliseringokÃ¤nd specifikationsfunktion %qsokÃ¤nd specifikation fÃ¶r uppsÃ¤ttningen av vÃ¤rden pÃ¥ FLT_EVAL_METHOD att tillÃ¥ta %qsokÃ¤nd kÃ¤llaokÃ¤nd stackkontrollparameter %qsokÃ¤nd flagga -mlong-double-%sokÃ¤nd trimningsflagga (%s)okÃ¤nd typ %<%T%> hittades under Objective-C kodningokÃ¤nt typnamn %qEokÃ¤nt typnamn %qE; menade du %qs?okÃ¤nt typnamn %qE; anvÃ¤nd nyckelordet %<enum%> fÃ¶r att referera till typenokÃ¤nt typnamn %qE; anvÃ¤nd nyckelordet %<struct%> fÃ¶r att referera till typenokÃ¤nt typnamn %qE; anvÃ¤nd nyckelordet %<union%> fÃ¶r att referera till typenokÃ¤nt vÃ¤rde %qs till â€�archâ€�-mÃ¥let %sokÃ¤nt vÃ¤rde %qs till â€�cpuâ€�-mÃ¥let %sokÃ¤nt vÃ¤rde %qs till â€�tuneâ€�-mÃ¥let %sokÃ¤nt vÃ¤rde %qs till -marchokÃ¤nt vÃ¤rde %qs till -mcpuokÃ¤nt vÃ¤rde %qs till -mtuneokÃ¤nt vÃ¤rde %qs till -mmacosx-version-minokÃ¤nd ABI-typ (%s) till vektoriseringsbibliotek fÃ¶r flaggan -mveclibabi=okÃ¤nd kostnadsmodell fÃ¶r vektorisering %qsokÃ¤nd initieringsprioritet fÃ¶r vtable-verifiering %qsden namnlÃ¶sa klassen Ã¤r definierad hÃ¤rnamnlÃ¶st fÃ¤lt har ofullstÃ¤ndig typnamnlÃ¶s initierare fÃ¶r %qT, som inte har nÃ¥gra basklassernamnlÃ¶s initierare fÃ¶r %qT som anvÃ¤nder multipelt arvnamnlÃ¶s enum med rÃ¤ckvidd Ã¤r inte tillÃ¥tetodÃ¶pt struktur/union som inte har nÃ¥gon instansnamnlÃ¶s typ utan lÃ¤nkklass anvÃ¤nds fÃ¶r att deklarera funktionen %q#D med lÃ¤nkklassnamnlÃ¶s typ utan lÃ¤nkklass anvÃ¤nds fÃ¶r att deklarera variabeln %q#D med lÃ¤nkklassnamnlÃ¶s variabel eller fÃ¤lt deklarerad voidoordnad jÃ¤mfÃ¶relse av argument som inte Ã¤r flyttalunquote_string(): fick en felaktig strÃ¤ngonÃ¥barokÃ¤nt argument till flaggan okÃ¤nd instruktion:okÃ¤nd adressokÃ¤nt argument till flaggan %qsokÃ¤nt argument till -mcpu: %sokÃ¤nt argument till --help=-flagga: %q.*sokÃ¤nt argument till flaggan -f%ssanitize%s=: %q.*sokÃ¤nd kommandoradsflagga %<-%s%>okÃ¤nd kommandoradsflagga %<-%s%>, menade du %<-%s%>?okÃ¤nd kommandoradsflagga %<-fdump-%s%>okÃ¤nd kommandoradsflagga %<-fopt-info-%s%>okÃ¤nd kommandoradsflagga %qsokÃ¤nt styrregisternummer: %d - anvÃ¤nder â€�pswâ€�okÃ¤nd felsÃ¶kningsnivÃ¥ %qsokÃ¤nd bÃ¥gflagga: â€�%sâ€�okÃ¤nt upprÃ¤kningsvÃ¤rde: â€�%sâ€�okÃ¤nd formatangivelseej igenkÃ¤nd debuggningsflagga fÃ¶r gcc: %cokÃ¤nt hwpy-fÃ¤lt i msp430_mcu_data[%d]: %dokÃ¤nda include_flags 0x%x skickade till print_specific_helpokÃ¤nt avbrottsvektorargument till attributet %qEokÃ¤nt ivar-synlighetsvÃ¤rde %qsokÃ¤nd flagga -fdisableokÃ¤nd flagga -fenableokÃ¤nt registernamn %qsokÃ¤nt vÃ¤rde fÃ¶r skalÃ¤r lagringsordning %qsokÃ¤nt sektionsnamn %qEokÃ¤nt skuggavstÃ¥nd %qsokÃ¤nd fÃ¶rmodad konstantokÃ¤nt synlighetsvÃ¤rde %qsfel som inte gÃ¥r att Ã¥terhÃ¤mta ifrÃ¥nej upplÃ¶st Ã¶verlagring fÃ¶r inbyggd Altivec %qFej upplÃ¶st Ã¶verlagrad inbyggdobegrÃ¤nsade unioner Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11osÃ¤kert funktionsanrop av %qD inuti %<transaction_safe%>-funktionosÃ¤kert funktionsanrop av %qD inuti atomÃ¤r transaktionosÃ¤kert funktionsanrop av %qE inuti %<transaction_safe%>-funktionosÃ¤kert funktionsanrop av %qE inuti atomÃ¤r transaktionosÃ¤kert indirekt funktionsanrop inuti en %<transaction_safe%>-funktionosÃ¤kert indirekt funktionsanrop inuti en atomÃ¤r transaktionflyttalskonstant utan suffixargument som inte stÃ¶djs till %qDargumenttyp %qT som inte stÃ¶djs till simd
  argumenttyp som inte stÃ¶djs till inbyggd funktionej stÃ¶dd kombination: %qs %sej stÃ¶dd kombination: %qs%s %sej stÃ¶dd kombination: %sej stÃ¶dd fixdecimalskonverteringej stÃ¶tt lÃ¤ge: %s
  ej stÃ¶dd konkatenering av strÃ¤ngliteraler som inte fÃ¶ljer standardicke-standardsuffix pÃ¥ flyttalskonstant stÃ¶djs inteej stÃ¶dd operandstorlek fÃ¶r utÃ¶kat registerej stÃ¶dd operation eller typ fÃ¶r vektorjÃ¤mfÃ¶relse som returnerar en booleanreturtyp %qT stÃ¶djs ej fÃ¶r simd
! ej stÃ¶dd simdlen: %doavslutat assemblerdialektalternativicke terminerad formatstrÃ¤ngoanvÃ¤nda argument i $-stilsformatoanvÃ¤nd parameter %qDoanvÃ¤nd variabel %q+DoanvÃ¤nd variabel %qDutrullningstabeller krÃ¤ver fÃ¶r nÃ¤rvarande antingen en rampekare eller -maccumulate-outgoing-args fÃ¶r att bli korrektÃ¶vre grÃ¤ns i case-etikettintervall Ã¶verskrider maximala vÃ¤rdet fÃ¶r sin typanvÃ¤nd #include istÃ¤lletanvÃ¤nd %<%T::%D%> istÃ¤lletanvÃ¤nd %<%T::%D%> istÃ¤llet fÃ¶r %<%T::%D%> fÃ¶r att namnge konstrueraren i ett kvalificerat namnanvÃ¤nd %<%T::template %D%> fÃ¶r att indikera att det Ã¤r en mallanvÃ¤nd %<-faligned-new%> fÃ¶r att aktivera stÃ¶d fÃ¶r C++17 Ã¶verjusterade newanvÃ¤nd %<...%>  fÃ¶r att expandera argumentpaketanvÃ¤nd %<this->%D%> istÃ¤lletanvÃ¤nd -Winvalid-pch fÃ¶r mer informationanvÃ¤nd -flax-vector-conversions fÃ¶r att tillÃ¥ta konvertering mellan vektorer med olika elementtyper eller antal underdelaranvÃ¤nd -std=gnu++11 eller -fext-numeric-literals fÃ¶r att aktivera fler inbyggda suffixanvÃ¤nd __attribute__ ((vector_size)) istÃ¤lletanvÃ¤nd __builtin_rx_mvtc (0, ...) fÃ¶r att skriva godtyckliga vÃ¤rden till PSWanvÃ¤nd internt funktions-id i profileringsuppslagningar.anvÃ¤ndning av %<_Cilk_spawn%> i en retursats Ã¤r inte tillÃ¥tetanvÃ¤ndning av %<alloca%>anvÃ¤ndning av %<alloca%> inuti en slingaanvÃ¤ndning av %<auto%> i lambdaparameterdeklarationer Ã¤r endast tillgÃ¤ngligt med -std=c++14 eller -std=gnu++14anvÃ¤ndning av %<auto%> i medlemsmallskonverteringsoperator kan aldrig vara hÃ¤rleddanvÃ¤ndning av %<auto%> i parameterdeklarationer Ã¤r endast tillgÃ¤ngligt med -std=c++14 eller -std=gnu++14anvÃ¤ndning av %<complex%> i AltiVec-typer Ã¤r ogiltigtanvÃ¤ndning av %<double%> i AltiVec-typer Ã¤r ogiltigt utan -mvsxanvÃ¤ndning av %<long double%> i AltiVec-typer Ã¤r ogiltigtanvÃ¤ndning av %<long long%> i AltiVec-typer Ã¤r ogiltigt utan -mvsxanvÃ¤ndning av %<long%> i AltiVec-typer bÃ¶r undvikas, anvÃ¤nd %<int%>anvÃ¤ndning av %<long%> i AltiVec-typer Ã¤r ogiltigt fÃ¶r 64-bitskod utan -mvsx%<this%> anvÃ¤nds i ett konstant uttryckanvÃ¤ndning av %qD fÃ¶re hÃ¤rledning av %<auto%>anvÃ¤ndning av %qs i mallanvÃ¤ndning av lÃ¤ngdmodifierare %qs med typtecken %qc har antingen ingen effekt eller odefinierat beteende%s och %s anvÃ¤nda tillsammans i %s-format%s och %s anvÃ¤nda tillsammans i %<%%%c%> %s-formatanvÃ¤ndning av en operand av typen %qT i %<operator++%> bÃ¶r undvikasanvÃ¤ndning av en operand av typen %qT i %<operator++%> Ã¤r fÃ¶rbjudet i C++1zanvÃ¤ndning av en operand av typen %qT i %<operator--%> Ã¤r fÃ¶rbjudetanvÃ¤ndning av booleaner i AltiVec-typer Ã¤r ogiltigtanvÃ¤ndning av inbyggd egenskap %qE i funktionssignatur; anvÃ¤nd biblioteksegenskaper istÃ¤lletanvÃ¤ndning av klassmall %qT som uttryckanvÃ¤ndning av decimala flyttalstyper i AltiVec-typer Ã¤r ogiltigtanvÃ¤ndning av borttagen funktion %qDenum %q#D anvÃ¤nds utan tidigare deklarationanvÃ¤ndning av felaktig variabelmall %qEanvÃ¤ndning av lokal variabel med automatisk lagringsklass frÃ¥n en kringliggande funktionanvÃ¤ndning av multiversionsfunktion utan ett standardfallanvÃ¤ndning av namnrymden %q+D som uttryckanvÃ¤ndning av gammaldags typkonverteringanvÃ¤ndning av parameter frÃ¥n den kringliggande funktionenanvÃ¤ndning av otypad nilanvÃ¤ndningsoperand saknas fÃ¶r satsanvÃ¤nd flaggan -std=c99, -std=gnu99, -std=c11 eller -std=gnu11 fÃ¶r att kompilera din kodanvÃ¤nd template<> fÃ¶r en explicit specialiseringvektor anvÃ¤nd som inte kan konverteras till en pekare dÃ¤r en skalÃ¤r krÃ¤vsstruct-typvÃ¤rde anvÃ¤nt dÃ¤r skalÃ¤r krÃ¤vsvÃ¤rde av uniontyp anvÃ¤nt dÃ¤r skalÃ¤r krÃ¤vsvektortyp anvÃ¤nd dÃ¤r skalÃ¤r krÃ¤vsoanvÃ¤ndbar %<_Alignas%> i tom deklarationoanvÃ¤ndbar %qs i tom deklarationoanvÃ¤ndbar konvertering till typen %qToanvÃ¤ndbar specificerare av lagringsklass i tom deklarationoanvÃ¤ndbart typnamn i tom deklarationoanvÃ¤ndbar typkvalificerare i tom deklarationanvÃ¤ndardefinierad reduktionsuppslagning Ã¤r tvetydigingen anvÃ¤ndardefinierad reduktion funnen fÃ¶r %qEanvÃ¤ndardefinierad reduktion med konstruerarinitierare fÃ¶r basklassen %qTanvÃ¤ndardefinierad %qD berÃ¤knar alltid bÃ¥da argumentenanvÃ¤ndardefinierade literaler Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11anvÃ¤nder %qD, som inte har nÃ¥gon justeringsparameteranvÃ¤nder %<%c%s%>att anvÃ¤nda %qs med en teckenlÃ¶s typ har ingen effektanvÃ¤nder long double med IBM:s utÃ¶kade precisionanvÃ¤nder long double med IEEE:s utÃ¶kade precisionanvÃ¤ndning av aliasmallspecialisering %qT efter %qsanvÃ¤nder ABI darwin64anvÃ¤ndning av ogiltigt fÃ¤lt %qDanvÃ¤nder num_workers (%d), ignorerar %danvÃ¤nder gammalt darwin-ABIatt anvÃ¤nda parametrar fÃ¶r %<linear%>-steg stÃ¶djs inte Ã¤nanvÃ¤nder resultat frÃ¥n funktion som returnerar %<void%>malltypparametern %qT anvÃ¤nds efter %qsanvÃ¤nder temporÃ¤r som lvÃ¤rdeanvÃ¤nder intevallet [%E, %E] som direktivargumenttypedef-namnet %qD anvÃ¤nds efter %qsanvÃ¤nder vector_length (%d), ignorerar %dhjÃ¤lp xvÃ¤rde (rvÃ¤rdesreferens) som lvÃ¤rdeusing-deklaration fÃ¶r icke-medlem vid klassrÃ¤ckviddgiltiga argument Ã¤r: %s; menade du %qs?giltiga argument till flaggan %<-march=%> Ã¤r: %sgiltiga argument till flaggan %<-march=%> Ã¤r: %s; menade du %qs?giltiga argument till flaggan %<-mtune=%> Ã¤r: %sgiltiga argument till flaggan %<-mtune=%> Ã¤r: %s; menade du %qs?giltiga argument till %qs Ã¤r: %sgiltiga argument till %qs Ã¤r: %s; menade du %qs?giltiga vÃ¤rden till inbyggd %qF argument %d Ã¤r 64, 128, 256, 512, 1024, 2048 och 4096validate_value_data: Slinga i regno-kedja (%u)validate_value_data: [%u] Felaktigt next_regno fÃ¶r tom kedja (%u)validate_value_data: [%u] Felaktig oldest_regno (%u)validate_value_data: [%u] Ej tomt reg i kedja (%s %u %i)vÃ¤rdet %qE av typen %qT Ã¤r inte ett konstant uttryckvÃ¤rdet %qs stÃ¶djs inte av attributet %<target%>vÃ¤rdeargumentberÃ¤knat vÃ¤rde anvÃ¤nds intevÃ¤rdet av -mfixed-range mÃ¥ste ha formen REG1-REG2vÃ¤rde skickat till %qs Ã¤r fÃ¶r stortvÃ¤rdeinitiering av funktionstypen %qTvÃ¤rdeinitiering av ofullstÃ¤ndig typ %qTvÃ¤rdeinitiering av referenstypen %qTvar-tracking-assignments Ã¤ndrar selektiv schemalÃ¤ggningvariabeln %q#D har initierare men ofullstÃ¤ndig typvariabeln %q+D deklarerad %<_Noreturn%>variabeln %q+D deklarerad %<inline%>variabeldefinition %q+D Ã¤r markerad dllimportvariabeln %q+D kan skrivas Ã¶ver av %<longjmp%> eller %<vfork%>variabeln %q+D mÃ¥ste vara const fÃ¶r att kunna lÃ¤ggas i en endast lÃ¤sbar sektion med hjÃ¤lp av %qsvariabeln %q+D Ã¤r del i en aliascykelvariabeln %qD har funktionstypvariabeln %qD har initierare men ofullstÃ¤ndig typvariabeln %qD av den ej literala typen %qT i en %<constexpr%>-funktionvariabeln %qD omdeklarerad som en funktionvariabeln %qD sÃ¤tts men anvÃ¤nds intevariabeln %qD anvÃ¤nd mer Ã¤n en gÃ¥ng med %<#pragma acc declare%>variabeln %qE deklarerad i omgivande %<host_data%>-regionvariabeln %qE Ã¤r inte en iterator av den yttersta slingan %d, %qE fÃ¶rvÃ¤ntadesvariabeln %qE med ofullstÃ¤ndig typ %qT kommer inte anvÃ¤ndas i for-Ã¶kningsuttryckvariabeln %qE med ofullstÃ¤ndig typ %qT kommer inte anvÃ¤ndas i vÃ¤nstra operanden av en kommaoperatorvariabeln %qE med ofullstÃ¤ndig typ %qT kommer inte anvÃ¤ndas i hÃ¶gra operanden av en kommaoperatorvariabeln %qE med ofullstÃ¤ndig typ %qT kommer inte anvÃ¤ndas i andra operanden av ett villkorsuttryckvariabeln %qE med ofullstÃ¤ndig typ %qT kommer inte anvÃ¤ndas i en satsvariabeln %qE med ofullstÃ¤ndig typ %qT kommer inte anvÃ¤ndas i tredje operanden av ett villkorsuttryckvariabelkoncept har ingen initierarevektor %qD med variabel lÃ¤ngd anvÃ¤ndsvektor med variabel lÃ¤ngd anvÃ¤ndselementtyp med variabel lÃ¤ngd i vektor-%<reduction%>-klausulen variabel med samma assemblernamn som den virtuella tabellen Ã¤r definierad i en annan Ã¶versÃ¤ttningsenhetvariabel eller fÃ¤lt %qE deklarerad voidvariabel eller fÃ¤lt deklarerad voidvariabel tidigare deklarerad %<static%> omdeklarerad som %<extern%>variabelsymbol Ã¤r inte en variabelvariabelmallen Ã¤r deklarerad hÃ¤rvariabelmall-id %qD  i nÃ¤stad namnspecificerarevariabelmallar Ã¤r endast tillgÃ¤ngliga med -std=c++14 eller -std=gnu++14variabel spÃ¥rning begÃ¤rd, men stÃ¶djs inte av detta felsÃ¶kningsformatvariabelspÃ¥rning begÃ¤rd, men oanvÃ¤ndbar om den inte felsÃ¶kningsinformation skapasstorleksgrÃ¤ns pÃ¥ variabelspÃ¥rning Ã¶verskridenstorleksgrÃ¤ns pÃ¥ variabelspÃ¥rning Ã¶verskriden med -fvar-tracking-assignments, fÃ¶rsÃ¶ker igen utangrÃ¤nsen fÃ¶r en vektor med variabel lÃ¤ngd Ã¤r okÃ¤ndsammansatta literal med variabel storlekobjekt med variabel storlek kan inte initierasvariabelt Ã¤ndrad %qE i filrÃ¤ckviddvariabelt Ã¤ndrat fÃ¤lt i filrÃ¤ckviddvariabelt Ã¤ndrad typ inte tillÃ¥ten i new-uttryckvariadisk begrÃ¤nsning introducerad utan %<...%>variadiska funktioner mÃ¥ste anvÃ¤nda bas-AAPCS-variantenvariadiska mallar Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11vec_adde tar endast 3 argumentvec_addec tar endast 3 argumentvec_cmpne tar endast 2 argumentvec_extract tar endast 2 argumentvec_insert tar endast 3 argumentvec_lvsl bÃ¶r undvikas fÃ¶r omvÃ¤nd byteordning; anvÃ¤nd tilldelning fÃ¶r ojusterade laddningar och lagringarvec_lvsr bÃ¶r undvikas fÃ¶r omvÃ¤nd byteordning; anvÃ¤nd tilldelning fÃ¶r ojusterade laddningar och lagringarvec_mul tar endast 2 argumentvektor-CONSTRUCTOR-element Ã¤r inte ett GIMPLE-vÃ¤rdevektor-CONSTRUCTOR med elementindex som inte Ã¤r NULL vektorargument skickat till funktion utan prototypvektorattribut som inte omedelbart fÃ¶ljs av en ensam funktionsdeklaration eller -definitionvektorvillkor kommer expanderas bitvisvektorinsÃ¤ttning inte pÃ¥ elemntgrÃ¤nsvektoroperationen kommer expanderas parallelltvektoroperationen kommer expanderas bitvisvektoroperationen kommer expanderas med en ensam skalÃ¤r operationvektorspill i uttryckvektorblandningsoperationen kommer expanderas bitvisvektorstorleken Ã¤r inte en hel multipel av komponentstorlekenvektortyper fÃ¶rvÃ¤ntades i sad-uttryckvektortyper fÃ¶rvÃ¤ntades i vektorpermuteringsuttryckvektorisering hÃ¤nde inte fÃ¶r en simd-slingavektorlÃ¤ngd mÃ¥ste vara en potens av 2vektorlÃ¤ngd mÃ¥ste vara en heltalskonstantvektorer med olika elementantal funna i vektorpermuteringsuttryckverify_bind_c_derived_type(): Den angivna symbolen Ã¤r ovÃ¤ntat NULLverify_cgraph_node misslyckadesverify_eh_tree misslyckadesverify_flow_info misslyckadesverify_flow_info: Grundblock %d efterfÃ¶ljarbÃ¥ge Ã¤r trasigverify_flow_info: Block %i har loop_father, men det finns inga slingorverify_flow_info: Block %i saknar loop_fatherverify_flow_info: Dubblerad bÃ¥ge %i->%iverify_flow_info: Felaktigt block fÃ¶r fall igenom %i->%iverify_flow_info: Felaktig fall igenom %i->%iverify_flow_info: REG_BR_PROB stÃ¤mmer inte med cfg %i %iverify_flow_info: Fel antal block %i %iverify_flow_info: Fel antal bÃ¥gar %i->%i %iverify_flow_info: Fel blockfrekvens %i %iverify_flow_info: Fel sannolikhet fÃ¶r bÃ¥ge %i->%i %iverify_gimple misslyckadesverify_histograms misslyckadesverify_ssa misslyckadesverify_type misslyckadesversionsattributet Ã¤r inte en strÃ¤ngmarkÃ¶r fÃ¶r versionshanteringskonflikt i filenvirt-specificerare i %qs Ã¤r inte tillÃ¥tet utanfÃ¶r en klassdefinitionvirtuell PHI med argumentplatservirtuellt SSA-namn fÃ¶r icke-VOP-deklarationvirtuell bas %qT Ã¤r oÃ¥tkomlig i %qT pÃ¥ grund av tvetydighetvirtuell definitionsoperand saknas fÃ¶r satsvirtuell definition Ã¤r inte ett SSA-namnvirtuell definition av en sats Ã¤r inte aktuellvirtuell funktion %q+Den virtuell funktion kan inte ha hÃ¤rledd returtypvirtuella funktioner kan inte vara vÃ¤nnervirtuell metod %qDvirtuell icke klassfunktion %qslayouten av den virtuella tabellen skiljer i en annan Ã¶versÃ¤ttningsenhetden virtuella tabellen fÃ¶r typen %qD innehÃ¥ller RTTI-informationden virtuella tabellen fÃ¶r typen %qD bryter mot endefinitionsregelnden virtuella tabellen fÃ¶r typen %qD bryter mot endefinitionsregeln  virtuell anvÃ¤ndning av en sats Ã¤r inte aktuellvirtuell anvÃ¤ndningsoperand saknas fÃ¶r satsvisibility-argument mÃ¥ste vara ett av â€�defaultâ€�, â€�hiddenâ€�, â€�protectedâ€� eller â€�internalâ€�synlighetsargumentet Ã¤r inte en strÃ¤ngsynlighetsattribut stÃ¶djs inte fÃ¶r denna konfiguration, ignorerasvms â€�#pragma __messageâ€� ignorerasvÃ¤rdet av typen void ignoreras inte vilket bÃ¶r gÃ¶rasvolatilt argumentvolatile mÃ¥ste anges fÃ¶r allt minne som pÃ¥verkas av DMA.vtabell fÃ¶r waitpid misslyckadesvarning: varning: Ã¶vervÃ¤g att lÃ¤nka med â€�-staticâ€� eftersom systembibliotek medfÃ¶rvÃ¤ntade â€�%sâ€�svag %q+D kan inte definieras %qEsvag deklaration av %q+D tillÃ¤mpad pÃ¥ en redan befintlig, statisk definitionsvagdeklaration av %q+D mÃ¥ste vara publiksvagdeklaration av %q+D stÃ¶djs inteweakref %q+D mÃ¥ste ha statisk lÃ¤nkklassweakref %q+D Ã¤r ytterst sitt eget mÃ¥lattributet weakref mÃ¥ste vara fÃ¶re attributet aliasweakref stÃ¶djs inte i denna konfigurationvikter behÃ¶ver vara ickenegativa
! nÃ¤r utdata skrevs till %s: %mbred teckenvektor initierad frÃ¥n en inkompatibel bred strÃ¤ngbred teckenvektor initierad frÃ¥n icke-bred strÃ¤ngbred strÃ¤ngliteral i %<asm%>bredden pÃ¥ %qD Ã¤r stÃ¶rre Ã¤n dess typbredden pÃ¥ %qs Ã¤r stÃ¶rre Ã¤n sin typbredden pÃ¥ bitfÃ¤ltet %qD har icke-heltalstyp %qTkommer antas returnera %<id%> och accepterakommer inte generera power5-instruktioner fÃ¶r att assemblern saknar stÃ¶d fÃ¶r power5kommer inte generera power6-instruktioner fÃ¶r att assemblern saknar stÃ¶d fÃ¶r power6kommer inte generera power7-instruktioner fÃ¶r att assemblern saknar stÃ¶d fÃ¶r power7kommer inte generera power8-instruktioner fÃ¶r att assemblern saknar stÃ¶d fÃ¶r power8kommer inte generera power9-instruktioner fÃ¶r att assemblern saknar stÃ¶d fÃ¶r power9medmed %q+#Di denna slingaarbetsdelande region fÃ¥r inte vara nÃ¤ra innesluten inuti arbetsdelande, %<critical%>, %<ordered%>, %<master%>, explicit %<task%> eller %<taskloop%> regionskrivning av %wu-bitsdata utanfÃ¶r grÃ¤nsen fÃ¶r destinationsobjektet, data avhuggen till %wu bitarwrite_atom(): FÃ¶rsÃ¶ker skriva dab-atomwrite_atom(): Skriver negativt heltalwrite_symbol(): felaktig modulsymbol %qswrite_symtree(): Symbolen inte skrivenskriver till konstant objekt (argument %d)skriver utdatafilskriver via nollpekare (argument %d)nÃ¤r utdata skrevs till LTRANS-utdatalista %s: %mskrivning till adressrymden %qs stÃ¶djs intefel TYPE_CACHED_VALUES-postfel antal fÃ¶rgreningsbÃ¥gar efter villkorligt hopp i gb %ifel antal fÃ¶rgreningsbÃ¥gar efter ovillkorligt hopp %ifelaktiga argument %qs till flaggan %qsfel bÃ¥ge %d->%d fÃ¶r PHI-argumentfel omedelbar anvÃ¤ndningslistafel instruktion i fall-igenom-bÃ¥genfel lista Ã¶ver lÃ¤mnade slingor fÃ¶r bÃ¥ge  %d->%dfel antal argument angivet fÃ¶r attributet %qEfel antal argument till %%:debug-level-gtfel antal argument till %<__builtin_addressof%>fel antal argument till %<__builtin_call_with_static_chain%>fel antal argument till %<__builtin_choose_expr%>fel antal argument till %<__builtin_complex%>fel antal argument till %<__builtin_launder%>fel antal argument till %<__builtin_shuffle%>fel antal argument till funktionen %<__builtin_next_arg%>fel antal argument till funktionen %<va_start%>fel antal fÃ¶rgreningsbÃ¥gar efter ovillkorligt hopp i gb %ifel antal mallargument (%d, skulle vara %d)fel antal mallargument (%d, skulle vara Ã¥tminstone %d)felaktiga utgÃ¥ende bÃ¥geflaggor vid slutet av gb %dfelaktigt strateginamn %qs angivet till flaggan %sfel typ pÃ¥ argument till %sfel typ pÃ¥ argument till absfel typ pÃ¥ argument till bitkomplementfel typ pÃ¥ argument till konjunktionfel typ pÃ¥ argument till minskningfel typ pÃ¥ argument till Ã¶kningfel typ pÃ¥ argument till unÃ¤rt utropsteckenfel typ pÃ¥ argument till unÃ¤rt minusfel typ pÃ¥ argument till unÃ¤rt plusx87-registerretur med x87 avaktiveratxstormy16_print_operand: okÃ¤nd koddu kan gÃ¥ runt detta genom att ta bort initierarenz/Architecture-lÃ¤ge stÃ¶djs inte pÃ¥ %sz/Arkitektur.noll som en nollpekarkonstantnollÃ¤ngds vektorsektion i en %qs-klausulnoll eller negativ storlek pÃ¥ vektorn %q+Dvektorstorlek nollnoll i bredd i bitfÃ¤lt %q+Dstorlek noll pÃ¥ bitfÃ¤lt %qsnollstorlek i %s formatstrÃ¤ng%s-formatstrÃ¤ng med lÃ¤ngden nollvektor med storlek noll %qDvektor med storlek noll %qTvektormedlem %qD med storlek noll i en i Ã¶vrigt tom %q#Tvektormedlem %qD med storlek noll Ã¤r inte vid slutet av %q#T{anonym}{okÃ¤nd}
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  samling i snabb upprÃ¤kning Ã¤r inte ett objektcomdat-lokal funktion anropad av %s utanfÃ¶r dess comdatcomdat-lokal symbol refererad till av %s utanfÃ¶r dess comdatkomma i slutet av upprÃ¤kningslistaen kommaseparerad lista i using-deklaration Ã¤r endast tillgÃ¤ngligt med -std=c++1z eller -std=gnu++1zkommandoradsflaggan %qs stÃ¶djs inte av denna konfigurationkommandoradsflaggan %qs Ã¤r giltig fÃ¶r %s men inte fÃ¶r %skommandoradsflaggan %qs Ã¤r giltig fÃ¶r drivrutinen men inte fÃ¶r %sgemensam symbolfelsÃ¶kningsinformation Ã¤r inte strukturerad som symbol+avstÃ¥ndcompact-casesi Ã¤r inte tillÃ¤mplig pÃ¥ ARCv2compare_actual_expr(): Felaktig komponentkodcompare_bound_int(): Felaktigt uttryckcompare_real(): Felaktig operatorjÃ¤mfÃ¶r slutliga instruktionsdumparjÃ¤mfÃ¶ra flyttal med == eller != Ã¤r osÃ¤kertjÃ¤mfÃ¶r vektorer med skilda elementtyperjÃ¤mfÃ¶r vektorer med olika antal elementjÃ¤mfÃ¶relsen Ã¤r alltid falsk pÃ¥ grund av begrÃ¤nsat intervall fÃ¶r datatypenjÃ¤mfÃ¶relsen Ã¤r alltid sann pÃ¥ grund av begrÃ¤nsat intervall fÃ¶r datatypenjÃ¤mfÃ¶relse mellan %q#T och %q#TjÃ¤mfÃ¶relse mellan %qT och %qTjÃ¤mfÃ¶relse mellan olika pekartyper %qT och %qT saknar en typkonverteringjÃ¤mfÃ¶relse mellan olika pekare-pÃ¥-medlem-typer %qT och %qT saknar en typkonverteringjÃ¤mfÃ¶relse mellan pekare och heltaljÃ¤mfÃ¶relse mellan pekare och teckenkonstanten nolljÃ¤mfÃ¶relse mellan heltalsuttryck med och utan teckenjÃ¤mfÃ¶relse mellan typer %qT och %qTjÃ¤mfÃ¶relsen Ã¤r alltid %djÃ¤mfÃ¶relsen Ã¤r alltid %d pÃ¥ grund av bredd pÃ¥ bitfÃ¤ltjÃ¤mfÃ¶relsen Ã¤r alltid falsk pÃ¥ grund av begrÃ¤nsat intervall fÃ¶r datatypenjÃ¤mfÃ¶relsen Ã¤r alltid sann pÃ¥ grund av begrÃ¤nsat intervall fÃ¶r datatypenjÃ¤mfÃ¶relse av kompletta och ofullstÃ¤ndiga pekarejÃ¤mfÃ¶relse av konstant %qE med booleskt uttryck Ã¤r alltid falsktjÃ¤mfÃ¶relse av konstant %qE med booleskt uttryck Ã¤r alltid santjÃ¤mfÃ¶relse av skilda Objective-C-typer saknar en konverteringjÃ¤mfÃ¶relse av skilda pekartyper saknar en typkonverteringjÃ¤mfÃ¶relse av pekare till skilda adressutrymmenjÃ¤mfÃ¶relse av befordrad ~unsigned med konstantjÃ¤mfÃ¶relse av befordrad ~unsigned med unsignedjÃ¤mfÃ¶relse med unsigned-uttryck < 0 Ã¤r alltid falsktjÃ¤mfÃ¶relse med unsigned-uttryck â‰¥ 0 Ã¤r alltid santjÃ¤mfÃ¶relse med strÃ¤ngliteral resulterar i odefinierat beteendejÃ¤mfÃ¶relser som %<X<=Y<=Z%> har inte sin matematiska meningkompatibla typen finns hÃ¤rkompilering avslutad pÃ¥ grund av -Wfatal-errors.
  kompilering avslutad pÃ¥ grund av -fmax-errors=%u.
  kompilering avslutad.
! komplexa argument mÃ¥ste ha flyttalstypkomplexa argument mÃ¥ste ha identiska typerspill i komplext flyttal i uttryckspill i komplext heltal i uttryckcomplex ogiltig fÃ¶r %qskomponent %qs vid %L har redan satts av en hÃ¤rledd fÃ¶rÃ¤ldratyps konstrueraresammansatt literal har variabel storleksammansatt literal fÃ¶r ej objekttyp %qTsammansatta literal kvalificerad med adressrymdskvalificeraresammansatt sats i en constexpr-funktionkomprimerad strÃ¶m: %skonceptet %q#D deklarerat med en hÃ¤rledd returtypkonceptet %q#D deklarerad med funktionsparametrarkoncept %q#D med icke-%<bool%>-returtyp %qTkonceptet %qD har ingen definitionkoncept mÃ¥ste ha typen %<bool%>villkorsuttrycket refererar till iterationsvariabeln %qDvillkorsuttryck mellan olika pekartyper %qT och %qT saknar en typkonverteringvillkorsuttryck mellan olika pekare-pÃ¥-medlem-typer %qT och %qT saknar en typkonverteringvillkorligt uttryck i operanden till ett vikningsuttryckÃ¥tkomstspecifikationer i konflikt fÃ¶r fÃ¤lt %qE, ignorerasÃ¥tkomstspecifikationer i konflikt fÃ¶r metod %q+D, ignorerasmotstridande deklaration av %q+#Dmotstridig deklaration av %q+#D med lÃ¤nkklass %qLmotstridande deklaration av C-funktionen %q+#Dmotstridande deklaration av namnrymden %q+Dmotstridig deklaration av mallen %q+#Dmotstridande namngivna adressrymder (%s respektive %s)motstridiga namngivna adressrymder (%s respektive %s) fÃ¶r %q+Dmotstridiga namngivna adressrymder (%s respektive generisk) fÃ¶r %q+Dmotstridiga namngivna adressrymder (generisk respektive %s) fÃ¶r %q+Dmotstridiga returtyp angiven fÃ¶r %q+#Dmotstridande specificerare i deklarationen av %qsmotstridande superklassnamn %qEmotstridiga typattribut angivna fÃ¶r %q+#Dmotstridiga typkvalificerare fÃ¶r %q+Dmotstridiga typer pÃ¥ %<%c%s%>motstridiga typer pÃ¥ %q+Dmotstridiga typer pÃ¥ inbyggd funktion %q+Dmotstridig anvÃ¤ndning av -mcustom-flaggor, mÃ¥lattribut, och/eller __builtin_custom_-funktionerstÃ¥r i konflikt med %qDstÃ¥r i konflikt med funktionsdeklaration %q#DstÃ¥r i konflikt med tidigare deklaration %q#DstÃ¥r i konflikt med tidigare Ã¤rvd frÃ¥n %qTkonsekutiva %<_Cilk_spawn%>-nyckelord Ã¤r inte tillÃ¥tetÃ¶vervÃ¤g att anvÃ¤nda â€�-pgâ€� istÃ¤llet fÃ¶r â€�-pâ€� med gprof(1)Ã¶vervÃ¤g att anvÃ¤nda â€�-pgâ€� istÃ¤llet fÃ¶r â€�-pâ€� med gprof (1)Ã¶vervÃ¤g att anvÃ¤nda â€�-pgâ€� istÃ¤llet fÃ¶r â€�-pâ€� med gprof(1)const %qs kan inte deklareras %<mutable%>const-, volatile- eller __restrict-kvalificerad typ %qT i %<#pragma omp declare reduction%>const-, volatile- eller restrict-kvalificerad typ i %<#pragma omp declare reduction%>const/copy-propagering avslagenconst_double_split fick en felaktig instruktion:det konstanta argumentet %d till den inbyggda %qF ligger utanfÃ¶r intervallet (det konstanta argumentet %d till den inbyggda %qF ligger utanfÃ¶r intervallet (0..det konstanta argumentet %d till den inbyggda %qF Ã¤r utanfÃ¶r intervallet fÃ¶r mÃ¥ltypenkonstant argument utanfÃ¶r intervallet fÃ¶r %qskonstant fÃ¤lt %qD anvÃ¤nt som %<asm%>-utdatakonstant inte omrÃ¤knad nÃ¤r ADDR_EXPR Ã¤ndradeskonstant refererar till sig sjÃ¤lvkonstant vÃ¤rde behÃ¶vs till den inbyggda %qF argument %dconstexpr-anrop flÃ¶dar fÃ¶rbi slutet pÃ¥ funktionenconstexpr-konstruerare har inte tom kroppberÃ¤kning av constexpr Ã¶verskrider maxvÃ¤rdet pÃ¥ %d (anvÃ¤nd -fconstexpr-depth= fÃ¶r att Ã¶ka maxvÃ¤rdet)constexpr-slingiterationsantal Ã¶verskrider grÃ¤nsen pÃ¥ %d (anvÃ¤nd -fconstexpr-loop-limit= fÃ¶r att Ã¶ka grÃ¤nsen)statisk constexpr-datamedlemmen %qD mÃ¥ste ha en initierarebegrÃ¤nsningar stÃ¤mmer inte vid argument %d i mallparameterlistan till %qDkonstruerare kan inte vara en statisk medlemsfunktionkonstruerare delegerar till sig sjÃ¤lvkonstruerardelegering fÃ¶ljer mem-initierare fÃ¶r %qDkonstruerare fÃ¶r frÃ¤mmande klass %qT kan inte vara en medlemkonstrueraren Ã¤r inte anvÃ¤ndarens egna eftersom den Ã¤r uttryckligen standarddefinierad i klasskroppenkonstruerarprioriteter stÃ¶djs ejkonstruerarprioriteter frÃ¥n 0 till %d Ã¤r reserverade fÃ¶r implementationenkonstruerarprioriteter mÃ¥ste vara heltal frÃ¥n 0 till och med %dkonstruerare krÃ¤v fÃ¶r ickestatiska datamedlemmar i %qD har parsatskonstruerarsyntax anvÃ¤nd, men ingen konstruerare Ã¤r deklarerad fÃ¶r typ %qTkonstruerare kan inte deklareras %<virtual%>konstruerare fÃ¥r inte vara cv-kvalificeradekonstruerare fÃ¥r inte vara ref-kvalificeradekringliggande slingakringliggande slinga hÃ¤rinnehÃ¥ller den ytterligare virtuella metoden %qDcontinue-sats som inte Ã¤r i en loopcontinue-sats i en %<#pragma simd%>-slingas kroppflÃ¶desstyrning mitt i grundblock %dflÃ¶det nÃ¥r slutet pÃ¥ en icke-void-funktionkonvertering mellan olika pekartyper %qT och %qT saknar en typkonverteringkonvertering mellan olika pekare-pÃ¥-medlem-typer %qT och %qT saknar en typkonverteringkonvertering konverterar bort konstantskapkonvertering frÃ¥n %q#T till %q#Tkonvertering frÃ¥n %qT till %qT kastar kvalificerarekonvertering frÃ¥n %qT till %qT Ã¤r tvetydigkonvertering frÃ¥n %qT till %qT Ã¶vervÃ¤gs inte fÃ¶r mallargument som inte Ã¤r en typkonvertering frÃ¥n %qT till icke-skalÃ¤r typ %qT begÃ¤rdkonvertering frÃ¥n adressrymd %qs till adressrymd %qskonvertering frÃ¥n pekartypen %qT till den aritmetiska typen %qT i ett konstant uttryckkonvertering saknar typ vid slutet av formatkonvertering av %qE frÃ¥n %qT till %qT Ã¤r tvetydigkonvertering av %qT-nullpekare till %qT som inte Ã¤r inte ett konstant uttryckkonvertering av en SSA_NAME pÃ¥ vÃ¤nster sidakonvertering av register till en annan storlekkonvertering av skalÃ¤ren %qT till vektorn %qT innebÃ¤r avhuggningkonvertering av teckenlÃ¶st konstantvÃ¤rde till negativt heltalkonvertering till %qT Ã¤ndrar konstant %qT-vÃ¤rdekonvertering till %qT frÃ¥n %qT kastar imaginÃ¤r komponentkonvertering till %qT frÃ¥n %qT kan Ã¤ndra dess vÃ¤rdekonvertering till %qT frÃ¥n %qT kan Ã¤ndra tecknet pÃ¥ resultatetkonvertering till %qT frÃ¥n booleskt uttryckkonvertering till en basklass kommer aldrig anvÃ¤nda en typkonverteringsoperatorkonvertering till en referens till en basklass kommer aldrig anvÃ¤nda en typkonverteringsoperatorkonvertering till en referens till samma typ kommer aldrig anvÃ¤nda en typkonverteringsoperatorkonvertering till en referens till void kommer aldrig anvÃ¤nda en typkonverteringsoperatorkonvertering till ofullstÃ¤ndig typkonvertering till icke konstant referens av typ %q#T frÃ¥n ett r-vÃ¤rde av typ %qTkonvertering till icke-skalÃ¤r typ begÃ¤rdkonvertering till samma typ kommer aldrig anvÃ¤nda en typkonverteringsoperatorkonvertering till void kan inte lÃ¶sa upp adress till Ã¶verlagrad funktionkonvertering till void kommer aldrig anvÃ¤nda en typkonverteringsoperatorkonvertering till void kommer inte anvÃ¤nda objekt %qE av ofullstÃ¤ndig typ %qTkonvertering till void kommer inte anvÃ¤nda objekt av ofullstÃ¤ndig typ %qTkonvertering till void kommer inte anvÃ¤nda objekt av ej trivialt kopierbar typ %qTkonvertering till void kommer inte anvÃ¤nda objekt av typ %qTkonvertering till volatile referens av typ %q#T frÃ¥n ett r-vÃ¤rde av typ %qTkonverterar %<false%> till pekartyp %qTkonverterar %<false%> till pekartyp fÃ¶r argument %P till %qDkonvertera av NULL till icke-pekartypkonvertering av en sammansatt vektorliteral till en pekare Ã¤r felaktigt i C++konverterar fjÃ¤rrpekare till nÃ¤rpekarekonvertering frÃ¥n %qT till %qTkonverterar lambda som anvÃ¤nder %<...%> till funktionspekarekonvertering av Ã¶verlagrad funktion %qD till typ %q#T Ã¤r tvetydigkonvertering till %qT frÃ¥n %qT behÃ¶ver en direktinitieringatt konvertera till %qT frÃ¥n initierarlista skulle anvÃ¤nda den explicita konstrueraren %qDkonverterar till icke-pekartyp %qT frÃ¥n NULLkopierar icke-statisk datamedlem %q#D med rvÃ¤rdereferenstypcopyprivate-variabel %qE Ã¤r inte privat threadprivate eller private i yttre sammanhangtrasig rot i slingtrÃ¤dtrasig utgÃ¥ngslista fÃ¶r slinga %dtrasigt huvud till utgÃ¥ngslistan fÃ¶r slinga %dtrasig profileringsinformation: bÃ¥ge frÃ¥n %i till %i Ã¶verskred maximalt antaltrasig profileringsinformation: antal kÃ¶rningar fÃ¶r bÃ¥gen %d-%d fÃ¶rmodas vara %itrasig profileringsinformation: antal iterationer fÃ¶r grundblock %d fÃ¶rmodas vara %itrasig profileringsinformation: profileringsdata Ã¤r inte flÃ¶deskonsistenttrasig profileringsinformation: sum_all Ã¤r mindre Ã¤n sum_maxtrasig vÃ¤rdeprofil: profileringsrÃ¤knaren %s (%d av %d) stÃ¤mmer inte med GB-antal (%d)det gick inte att stÃ¤nga Go-dump-filen: %mdet gick inte att stÃ¤nga slutgiltig instruktionsdumpfil %qs: %mdet gick inte att stÃ¤nga svarsfilen %sdet gick inte att stÃ¤nga temporÃ¤r svarsfil %sdet gick inte att stÃ¤nga nollstÃ¤lld instruktionsdumpfil %qs: %mkunde inte konvertera %qE frÃ¥n %<void%> till %<bool%>kunde inte konvertera %qE frÃ¥n %qT till %qTkunde inte konvertera mallargument %qE frÃ¥n %qT till %qTkunde inte mata ut HSAIL fÃ¶r funktionen %s: funktionen kan inte klonaskunde inte hitta nÃ¥got spillregisterdet gÃ¥r inte att hitta en heltalstyp med samma storlek som %qTdet gÃ¥r inte att hitta klassen %qEdet gÃ¥r inte att hitta grÃ¤nssnitt fÃ¶r klassen %qEdet gÃ¥r inte att hitta setter/getter fÃ¶r %qE i klassen %qEkunde inte hitta specs-filen %s
  det gick inte att Ã¶ppna Go-dump-filen %qs: %mdet gick inte att Ã¶ppna dump-filen %qs: %mdet gick inte att Ã¶ppna slutgiltig instruktionsdumpfil %qs: %mdet gick inte att Ã¶ppna svarsfilen %sdet gick inte att Ã¶ppna symbolupplÃ¶sningsfilen: %mdet gick inte att Ã¶ppna temporÃ¤r svarsfil %sdet gick inte tolka filavstÃ¥ndkunde inte tolka hexadecimalt taldet gick inte att lÃ¤sa BRIG-filendet gick inte att lÃ¶sa upp typnamnstypgick inte att dela instruktiondet gick inte att skriva till svarsfilen %sdet gick inte att skriva till temporÃ¤r svarsfil %skunde inte fÃ¶rstÃ¥ kern.osversion %q.*skunde inte fÃ¶rstÃ¥ version %s
! det gick inte att avmappa pch_address_space: %mcpu %s Ã¤r ett ogiltigt argument till den inbyggda %sskapad och anvÃ¤nd med olika ABI:erskapad och anvÃ¤nd med olika arkitekturer/ABI:erskapad och anvÃ¤nd med olika byteordningskapad och anvÃ¤nd med olika instÃ¤llningar av -fpicskapad och anvÃ¤nd med olika instÃ¤llningar av -fpieskapad och anvÃ¤nd med olika instÃ¤llningar av â€�%sâ€�skapar vektor av %qTskapar vektor av %qT, som Ã¤r en abstrakt klasstypskapar vektor av funktionsmedlemmarskapar vektor av funktionerskapar vektor av referenserskapar vektor av voidskapar pekare till medlemsfunktion i typ %qT som inte Ã¤r en klassskapar pekare till medlem av typ %qT som inte Ã¤r en klassskapar pekare till medlem av typ voidskapar pekare till medlemsreferenstyp %qTskapar kÃ¶rtidsomlokaliseringskapar kÃ¶rtidsomlokaliseringar fÃ¶r %qDskapar vÃ¤ljare fÃ¶r icke existerande metod %qEnuvarande namnrymd %qD innesluter inte den starkt anvÃ¤nda namnrymden %qDanpassade instruktions-opkoder mÃ¥ste vara kompileringstillfÃ¤lleskonstanter i intervallet 0-255 fÃ¶r __builtin_custom_%sflaggan custom-fpu-cfg stÃ¶djer inte %<no-%>flaggan custom-fpu-cfg behÃ¶ver konfigurationsargumentcv-kvalificerad typparameterdataomrÃ¥desattribut kan inte anges fÃ¶r lokala variablerdataomrÃ¥det %q+D stÃ¥r i konflikt med tidigare deklarationdatadeklarationdatadefinition har ingen typ eller lagringsklassdatamedlem %qD kan inte vara en medlemsmalldatamedlem fÃ¥r inte ha variabel typ %qTdatatyp %q+D passar inte fÃ¶r ett registerdata-model=far Ã¤r inte giltigt fÃ¶r arkitekturen cr16cdÃ¶tt STMT i EH-tabelldÃ¶tt histogramfelsÃ¶kningfelsÃ¶kningsformatet %qs stÃ¥r i konflikt med tidigare valfelsÃ¶kningsnivÃ¥ %qs Ã¤r fÃ¶r hÃ¶gfelsÃ¶kning: decl-specificerare i deklaration av hÃ¤rledningsguidedecl-specificerare Ã¤r ogiltig i villkordeklaration %qD deklarerar inte nÃ¥gotdeklaration som inte deklarerar nÃ¥gotdeklaration av parameter %qD med det finns ingen sÃ¥dan parameterdeklaration av %<extern%>-variabel %qD i %<for%>-slingas initiala deklarationdeklaration av %<~%T%> som medlem av %qTdeklaration av %q#Ddeklarationen av %q#D har %<extern%> och Ã¤r initieraddeklarationen av %q#D har ingen initieraredeklaration av %q#D utanfÃ¶r en klass Ã¤r inte en definitiondeklaration av %q#D skuggar en parameterdeklaration av %q#D med C-lÃ¤nkklassdeklaration av %q#Tdeklaration av %q+#D stÃ¥r i konflikt med inbyggd deklaration %q#Ddeklaration av %q+#D skuggar en mallparameterdeklaration av %q+D skuggar en inbyggd funktiondeklaration av %q+D skuggar tidigare icke-variabeldeklarationen av %q+D med attributet %qs fÃ¶ljer pÃ¥ en deklaration med attributet %qsdeklaration av %q+D med attributet noinline fÃ¶ljer pÃ¥ inline-deklarationdeklaration av %q+D utan lÃ¤nkklass fÃ¶ljer pÃ¥ extern deklarationdeklaration av %qD gÃ¶r tidigare mallinstansiering av %qD tvetydigdeklaration av %qD som %<typedef%>deklaration av %qD som en vektor av funktionsmedlemmardeklaration av %qD som en vektor av funktionerdeklaration av %qD som en vektor av referenserdeklaration av %qD som en vektor av voiddeklaration av %qD som medlem av %qTdeklaration av %qD som flerdimensionell vektor mÃ¥ste ha grÃ¤nser fÃ¶r alla dimensioner utom den fÃ¶rstadeklaration av %qD som en icke-funktiondeklaration av %qD som icke-medlemdeklaration av %qD som en parameterdeklaration av %qD i %qD som inte innesluter %qDdeklaration av %qD i namnrymd %qD som inte innesluter %qDdeklaration av %qD inte i namnrymd som omger %qDdeklaration av %qD skuggar en global deklarationdeklaration av %qD skuggar en lambdafÃ¥ngstdeklarationen av %qD skuggar en medlem av %qTdeklaration av %qD skuggar en parameterdeklaration av %qD skuggar en tidigare lokal deklarationdeklaration av %qE som en vektor av funktionerdeklaration av %qE som en vektor av voiddeklaration av %qE som flerdimensionell vektor mÃ¥ste ha grÃ¤nser fÃ¶r alla dimensioner utom den fÃ¶rstadeklaration av %qF har en annan undantagsspecificeraredeklarationen av constexpr-variabeln %qD Ã¤r inte en definitiondeklaration av funktionen %qD i ogiltig kontextdeklaration av flerdimensionell vektor mÃ¥ste ha grÃ¤nser fÃ¶r alla dimensioner utom den fÃ¶rstadeklaration av icke-variabel %qD i %<for%>-slingas initiala deklarationdeklaration av statisk variabel %qD i %<for%>-slingas initiala deklarationdefinitionen av std::initializer_list matchar inte #include <initializer_list>, Ã¤r inte en malldeklaration av mallparametern %q+D skuggar en mallparameterdeklaration av typnamn som en vektor av funktionerdeklaration av typnamn som en vektor av voiddeklarationer i beroende bas %qT hittas inte av en okvalificerad uppslagningdeklarerar-id saknas, anvÃ¤nder reserverat ord %qDdeklarerad hÃ¤rdeklarerad privat hÃ¤rdeklarerad skyddad hÃ¤rdecltype kan inte lÃ¶sa upp adressen till en Ã¶verlagrad funktiondecltype berÃ¤knas till %qT, som inte Ã¤r en klass eller upprÃ¤kningstypdekomponeringsdeklarationen fÃ¥r inte deklareras %<concept%>dekomponeringsdeklarationen fÃ¥r inte deklareras %<constexpr%>dekomponeringsdeklarationen fÃ¥r inte deklareras %<extern%>dekomponeringsdeklarationen fÃ¥r inte deklareras %<inline%>dekomponeringsdeklarationen fÃ¥r inte deklareras %<mutable%>dekomponeringsdeklarationen fÃ¥r inte deklareras %<register%>dekomponeringsdeklarationen fÃ¥r inte deklareras %<static%>dekomponeringsdeklarationen fÃ¥r inte deklareras %<typedef%>dekomponeringsdeklarationen fÃ¥r inte deklareras %qsdekomponeringsdeklarationen fÃ¥r inte deklareras C++98 %<auto%>dekomponeringsdeklarationen fÃ¥r inte deklareras med typen %qTdekomponeringsdeklarationer Ã¤r endast tillgÃ¤ngliga med -std=c++1z eller -std=gnu++1zminskning av ett booleskt uttryckminskning av konstant fÃ¤lt %qDminskning av upprÃ¤kningsvÃ¤rde Ã¤r ogiltigt i C++minskning av funktion %qDminskning av medlem %qD i endast lÃ¤sbart objektminskning av en pekare till en ofullstÃ¤ndig typ %qTminskning av endast lÃ¤sbar plats %qEminskning av endast lÃ¤sbar medlem %qDminskning av endast lÃ¤sbart namngivet returvÃ¤rde %qDminskning av endast lÃ¤sbar parameter %qDminskning av endast lÃ¤sbar referens %qDminskning av endast lÃ¤sbar variabel %qDhÃ¤rledd klasstyp %qT i funktionens returtyphÃ¤rledd uttryckstyp uppfyller inte sina platshÃ¥llarbegrÃ¤nsningarhÃ¤rledd initierare uppfyller inte sina platshÃ¥llarbegrÃ¤nsningarhÃ¤rledd returtyp uppfyller inte sina platshÃ¥llarbegrÃ¤nsningarhÃ¤rledd returtyp Ã¤r endast tillgÃ¤nglig med -std=c++14 eller -std=gnu++14hÃ¤rleder %qT som %qThÃ¤rledning frÃ¥n klammeromgiven initierarlista krÃ¤ver #include <initializer_list>hÃ¤rledningsguiden %qD mÃ¥ste deklareras med namnrymdsrÃ¤ckviddhÃ¤rledningsguiden %qD fÃ¥r inte ha en funktionskropphÃ¤rledningsguiden fÃ¶r %qT mÃ¥ste ha en avslutande returtypstandard %d minimum %d maximum %dstandardargument %qE anvÃ¤nder %qDstandardargument %qE anvÃ¤nder lokal variabel %qDstandardargumentet fÃ¶r mallparameter fÃ¶r klass om omsluter %qDstandardargumentet angivet fÃ¶r parameter %d till %q#Dstandardargument stÃ¤mmer inte Ã¶verens i upplÃ¶sning av Ã¶verlagringstandardargumentet saknas fÃ¶r parameter %P till %q+#Dstandardargumentet angivet fÃ¶r lambdaparameterstandardargument angivet i explicit specialiseringstandardargument Ã¤r inte tillÃ¥tna i deklaration av vÃ¤nmallspecialisering %qDstandardargument Ã¤r endast tillÃ¥tna fÃ¶r funktionsparametrarstandardmÃ¥let var inte sattstandard target_clones-attribut var inte sattstandardmallargument fÃ¥r inte anvÃ¤ndas i vÃ¤ndeklarerade funktionsmallarstandardmallargument fÃ¥r inte anvÃ¤ndas i vÃ¤nomdeklaration av funktionsmallstandarmallargument fÃ¥r inte anvÃ¤ndas i funktionsmallar utan -std=c++11 eller -std=gnu++11standardmallargument fÃ¥r inte anvÃ¤ndas i partiella specialiseringarstandardtypkonvertering kan inte hÃ¤rleda mallargumentet fÃ¶r %qDstandarddefinierade och raderade funktioner Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11standarddefinierad konstruerare anropar %qD som inte Ã¤r constexprstandarddefinierad deklaration %q+Dden standarddefinierade standardkonstrueraren initierar inte %q#Dden standarddefinierade standardkonstrueraren initierar inte nÃ¥gra ej statiska datamedlemmarstandarddefinierad funktion %q+D med standardargumentstandarddefinierad flyttningstilldelning av %qT anropar en icketrivial flyttningstilldelningsoperator fÃ¶r den virtuella basen %qTfÃ¶rdrÃ¶jd typparameter vid %Cdefinition av en typ i en typkonvertering Ã¤r ogiltigt i C++att definiera en typ i en sammansatt literal Ã¤r ogiltigt i C++definierar explicit specialisering %qD i vÃ¤ndeklarationatt definiera en typ i %qs-uttryck Ã¤r ogiltigt i C++definition i block %i dominerar anvÃ¤ndningen i block %idefinition i block %i fÃ¶ljer dess anvÃ¤ndningdefinitionen av %q#D Ã¤r markerad %<dllimport%>definition av %q#T inuti mallparameterlistadefinitionen av %q#T Ã¤r inte fullstÃ¤ndig fÃ¶re den avslutande klammerndefinitionen av %qD Ã¤r inte i en namnrymd som innesluter %qTdefinition av explicit standarddefinierad %q+Domdefinition av implicit deklarerad %qDdefinitionen av protokollet %qE finns intedefinition av statisk datamedlem %q+D i dllimport:erad klassdefinitionen av std::initializer_list matchar inte #include <initializer_list>definition given fÃ¶r explicit instansieringdelegerande konstruerare Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11raderad definition av %q+Dtog bort funktion %q+Dradera %qT Ã¤r odefinieratraderar LTRANS-filen %s: %mraderar vektor %q#Eraderar filen %s: %mradering av objekt av den abstrakta klasstypen %qT som har en ej virtuell destruerare kommer medfÃ¶ra odefinierat beteenderadering av objekt av den polymorfa klasstypen %qT som har en ej virtuell destruerare kommer medfÃ¶ra odefinierat beteendenamnet %qE i den beroende tolkas som nÃ¥got annat Ã¤n en typ, men instansiering ger en typkonvertering frÃ¥n strÃ¤ngkonstant till %qT bÃ¶r undvikasdeprecated-meddelande Ã¤r inte en strÃ¤ngderefererar %<void *%>-pekarederefererar en nollpekarederefererar en nollpekare i %qEderefererar pekare till ofullstÃ¤ndig typ %qTdereferering av en typstampad pekare kan bryta strikta aliasreglerdereferering av en typstampad pekare kommer bryta strikta aliasreglerhÃ¤rledd typdeklarationhÃ¤rledd unionen %qT ogiltigdestrueraren %qD deklarerad som medlemsmalldestruerare kan inte vara en statisk medlemsfunktiondestruerare fÃ¶r %qE skall inte heller kÃ¶rasdestruerare fÃ¶r frÃ¤mmande class %qT kan inte vara en medlemdestruerarprioriteter stÃ¶djs ejdestruerarprioriteter frÃ¥n 0 till %d Ã¤r reserverade fÃ¶r implementationendestruerarprioriteter mÃ¥ste vara heltal frÃ¥n 0 till och med %ddestruerare fÃ¥r inte vara cv-kvalificeradedestruerare fÃ¥r inte vara ref-kvalificeradedestruerare fÃ¥r inte ha parametrarenheter inbyggt stÃ¶dda:%stÃ¤nkte du dereferera pekaren?tÃ¤nkte du anvÃ¤nda logiskt icke (%<!%>)?tÃ¤nkte du anvÃ¤nda logiskt icke?skillnaden mellan %qE och %qD har inte heltalstypolika antal parametrarolika antal resultatolika parametertyperolika mottagartyperolika resultattyperolika underliggande typ i enum %q#Tolika varargsdirekt bas %qT Ã¤r oÃ¥tkomlig i %qT pÃ¥ grund av tvetydighetdirekt listinitiering av %<auto%> tar precis ett elementdirektivargument %qEdirektivargument i intervallet [%E, %E]avaktivera pass %s fÃ¶r funktionen %savaktivera passet %s fÃ¶r funktioner i intervallet [%u, %u]distinkt Objective-C-typ i returdivision med nolldivision med noll Ã¤r inte ett konstant uttryckange inte bÃ¥de -march=... och -mcpu=...do_check(): fÃ¶r mÃ¥nga argumentdo_simplify(): FÃ¶r mÃ¥nga argument fÃ¶r inbyggdstÃ¤mmer inte med fÃ¶rvÃ¤ntad signatur %qDstÃ¤mmer inte med medlemsmalldeklarationen hÃ¤rstÃ¶djer inte multilibdominerare av %d vara %d, inte %ddominerare av %d har okÃ¤nd statusdubbelkolon i MODULE PROCEDURE-sats vid %LdubbellÃ¤nkad lista av assemblernamn Ã¤r trasigdubbellÃ¤nkad lista av kloner trasigpÃ¥ grund av olika undantagsspecifikationerdubblerad %<_Atomic%>dubblerat %<_Thread_local%> eller %<__thread%>dubblerat %<const%>dubblerat %<default%>-fall i %<_Generic%>dubblerad %<mutable%>dubblerad %<restrict%>dubblerad %<volatile%>dubblerad %qDdubblerad %qEdubblerade %qE-deklarationsspecificeraredubblerad %qsdubbla (eller Ã¶verlappande) case-vÃ¤rdenupprepning av asm-operandnamn %qsupprepat bastyp %qT ogiltigupprepat case-vÃ¤rdeupprepade cv-kvalificeraredubblerad deklaration av protokoll %qEduplicerad deklaration av metoden %<%c%E%> med motstridiga typerdubblerad definition av â€�%sâ€�dubblerad explicit instansiering av %q#Ddubblerad explicit instansiering av %q#Tdubblerad initierare av %qDdubblerad instruktions-UID: %idubblerad instansvariabel %q+Ddubbel grÃ¤nssnittsdeklaration fÃ¶r kategorin %<%E(%E)%>dubblerad grÃ¤nssnittsdeklaration av klass %qEdubblerad etikett %qDdubbel deklaration av etikett %qEdubblerad medlem %q+Dupprepade virt-specificeraredubblerat %<if%>-villkorunder omkompilering med -fcompare-debugdwarf-version %d stÃ¶djs intedynamiskt beroende %s inte funnetdynamiska undantagsspecifikationer undanbedes i C++11dynamic_cast av %q#D till %q#T kan aldrig lyckasvarje odeklarerad identifierare rapporteras bara en gÃ¥ng fÃ¶r varje funktion den fÃ¶rekommer ibÃ¥ge %s->%s har ingen motsvarande anropssatsbÃ¥ge frÃ¥n %d till %d borde vara markerad oreducerbarbÃ¥ge frÃ¥n %d till %d borde inte vara markerad oreducerbarbÃ¥gpekare till fel deklaration:antingen -fopenacc eller -fopenmp mÃ¥ste vara sattberÃ¤knad typspecifikation fÃ¶r en enum med rÃ¤ckvidd fÃ¥r inte anvÃ¤nda nyckelordet %<%D%>elementtyper mÃ¥ste vara sammaelement_number(): Felaktig dimensionstypelementÃ¤r binÃ¤r operationargument till elementÃ¤r funktion vid %C fÃ¶ljer inte standardenelementÃ¤r procedurelementen i vektorn %q#D har ofullstÃ¤ndig typelement i vektorn %q#T har ofullstÃ¤ndig typinbÃ¤ddade %<\0%> i formatemit_fusion_p9_load inte MEMemit_fusion_p9_load, felaktigt register nr. 1emit_fusion_p9_load, felaktigt register nr. 2emit_fusion_p9_store inte MEMemit_fusion_p9_store, felaktigt register nr. 1emit_fusion_p9_store, felaktigt register nr. 2skickar ut PIC-operand, men PIC-registret Ã¤r inte uppsattmatar ut villkorlig mikrokodsinstruktion %s	[%s] nr %dmatar ut mikrokodsinstruktion %s	[%s] nr %dtom deklarationtom deklaration med %<_Alignas%> deklarerar inte om en taggtom deklaration med specificerare av lagringsklass deklarerar inte om taggtom deklaration med typkvalificerare deklarerar inte om en taggtom dekomponeringsdeklarationtom enum Ã¤r ogiltigtomt indexintervall i initieraretom initierare fÃ¶r lambdas init-fÃ¥ngsttom initierare i lambdas init-fÃ¥ngsttom introduktionslistatom vÃ¤nsterprecision i %s-formattom precision i %s-formattomt intervall angivettom skalÃ¤r initieraretom post har storlek 0 i C, storlek 1 i C++tom union har storlek 0 i C, storlek 1 i C++aktivera anvÃ¤ndning av villkorliga flyttinstruktioner.aktivera pass %s fÃ¶r funktionen %saktivera passet %s fÃ¶r funktioner i intervallet [%u, %u]aktivering av stÃ¶d fÃ¶r bakÃ¥tspÃ¥rning Ã¤r endast meningsfullt vid kompilering fÃ¶r Thumbaktivering av stÃ¶d fÃ¶r anroparnÃ¤tverkande Ã¤r endast meningsfullt vid kompilering fÃ¶r Thumbomgivande %qsomgivande OpenACC %qs-konstruktionomslutande klass till constexpr icke-statisk medlemsfunktion %q+#D Ã¤r inte en literal typinneslutande klassmallar Ã¤r inte explicit specialiseradeomgivande mÃ¥lregionomgivande uppgiftend-instruktion %d fÃ¶r block %d finns inte i instruktionsstrÃ¶mmenslutet av implicerad do-slinga vid %L kan inte fÃ¶renklas till ett konstant vÃ¤rdeupprÃ¤kningskonstant definierad hÃ¤rupprÃ¤kningskonstant i boolesk kontextupprÃ¤kningskonvertering i tilldelning Ã¤r ogiltigt i C++enum-konvertering i initiering Ã¤r ogiltigt i C++enum-konvertering i retursats Ã¤r ogiltigt i C++enum-konvertering nÃ¤r argument %d till %qE skickades Ã¤r ogiltigt i C++enum-typ definierad hÃ¤rupprÃ¤knings- och inte upprÃ¤kningstyp i villkorsuttryckupprÃ¤kningsmissmatch i villkorsuttryck: %qT kontra %qTupprÃ¤kningsvÃ¤rdet %qE hanteras inte i switchupprÃ¤kningsvÃ¤rden Ã¶verskrider grÃ¤nsen fÃ¶r stÃ¶rsta heltalupprÃ¤kningsvÃ¤rdet %E Ã¤r utanfÃ¶r intervallet fÃ¶r den underliggande typen %<%T%>upprÃ¤kningsvÃ¤rde fÃ¶r %qD Ã¤r inte en heltalskonstantupprÃ¤kningsvÃ¤rde fÃ¶r %qD Ã¤r inte en heltalstyp eller upprÃ¤kningstyp utan rÃ¤ckviddsbegrÃ¤nsningupprÃ¤kningsvÃ¤rde fÃ¶r %qE Ã¤r inte en heltalskonstantupprÃ¤kningsvÃ¤rde fÃ¶r %qE Ã¤r inte ett konstant heltalsuttryckomgivningsvariabeln %qs Ã¤r inte definieradmiljÃ¶variabeln COLLECT_GCC mÃ¥ste vara sattmiljÃ¶variabeln COLLECT_GCC_OPTIONS mÃ¥ste vara sattomgivningsvariabeln DJGPP Ã¤r inte definieradomgivningsvariabeln DJGPP pekar pÃ¥ en trasig fil â€�%sâ€�omgivningsvariabeln DJGPP pekar pÃ¥ en saknad fil â€�%sâ€�miljÃ¶variabeln SOURCE_DATE_EPOCH mÃ¥ste expandera till ett ickenegativt heltal mindre Ã¤n eller lika med %wdfelfel nÃ¤r %s stÃ¤ngdes: %mfel i argument till specifikationsfunktionen %qsfel nÃ¤r %s togs bort
  fel nÃ¤r %qs skrevsfel vid skrivning till %s: %mfel: fel vid sammanslagning av Ã¶versÃ¤ttningsenhetereval_intrinsic(): Felaktig operatoreval_type_intrinsic0(): op NULLundantagsuppstÃ¤dning fÃ¶r denna placerande new vÃ¤ljer icke-placeringsoperatorn deleteundantagshantering avslagen, anvÃ¤nd -fexceptions fÃ¶r att aktiverapersonaliteten stÃ¤mmer inte fÃ¶r undantagshanteringenundantag av typ %<%T%> kommer att fÃ¥ngasundantag av typ %qT kommer att fÃ¥ngasÃ¶verflÃ¶diga element i vektorinitierareÃ¶verflÃ¶diga element i teckenvektorinitierareÃ¶verflÃ¶diga element i skalÃ¤rinitierareÃ¶verflÃ¶diga element i postinitierareÃ¶verflÃ¶diga element i unioninitierareÃ¶verflÃ¶diga element i vector-initierareÃ¶verskjutande anvÃ¤ndningsoperander fÃ¶r satsexekveringsrÃ¤knare Ã¤r negativexekveringsrÃ¤knare antas vara noll
  exekveringsrÃ¤knare uppskattad
! utgÃ¥ng %d->%d inte noteradexpand_binop misslyckades i movsi gotexpansionsmÃ¶nster %<%E%> innehÃ¥ller inga argumentpaketexpansionsmÃ¶nster %<%T%> innehÃ¥ller inga argumentpaketexpansionspunkt Ã¤r plats %i%<#pragma acc%>-klausul fÃ¶rvÃ¤ntades%<#pragma omp section%> eller %<}%> fÃ¶rvÃ¤ntades%<#pragma omp%>-klausul fÃ¶rvÃ¤ntades%<#pragma simd%>-klausul fÃ¶rvÃ¤ntades%<(%> fÃ¶rvÃ¤ntades%<(%> eller filslut fÃ¶rvÃ¤ntades%<)%> fÃ¶rvÃ¤ntades%<*%> fÃ¶rvÃ¤ntades%<+%>, %<*%>, %<-%>, %<&%>, %<^%>, %<|%>, %<&&%>, %<||%> eller identifierare fÃ¶rvÃ¤ntades%<,%> fÃ¶rvÃ¤ntades%<,%> eller %<)%> fÃ¶rvÃ¤ntades%<,%> eller %<)%> fÃ¶rvÃ¤ntades efter %qE%<,%> eller %<...%> fÃ¶rvÃ¤ntades%<,%> eller %<;%> fÃ¶rvÃ¤ntades%<,%> eller %<}%> fÃ¶rvÃ¤ntades%<,%>, %<;%> eller %<}%> fÃ¶rvÃ¤ntades%<.%> fÃ¶rvÃ¤ntades%<...%> fÃ¶rvÃ¤ntades%<:%> fÃ¶rvÃ¤ntades%<:%> eller %<)%> fÃ¶rvÃ¤ntades%<:%> eller %<...%> fÃ¶rvÃ¤ntades%<:%> eller %<::%> fÃ¶rvÃ¤ntades%<:%> eller tal fÃ¶rvÃ¤ntades%<:%>, %<,%>, %<;%>, %<}%> eller %<__attribute__%> fÃ¶rvÃ¤ntades%<::%> fÃ¶rvÃ¤ntades%<;%> fÃ¶rvÃ¤ntades%<;%> fÃ¶rvÃ¤ntades efter klassdefinition%<;%> fÃ¶rvÃ¤ntades efter postdefinition%<;%> fÃ¶rvÃ¤ntades efter uniondefinition%<;%> fÃ¶rvÃ¤ntades vid slutet av medlemsdeklaration%<;%> eller %<{%> fÃ¶rvÃ¤ntades%<;%> eller %<{%> fÃ¶rvÃ¤ntades efter metodattributsdefinition%<;%>, %<,%> eller %<)%> fÃ¶rvÃ¤ntades%<;%>, identifierare eller %<(%> fÃ¶rvÃ¤ntades%<<%> fÃ¶rvÃ¤ntades%<=%> fÃ¶rvÃ¤ntades%<=%>, %<,%>, %<;%>, %<asm%> eller %<__attribute__%> fÃ¶rvÃ¤ntades%<>%> fÃ¶rvÃ¤ntades%<@end%> fÃ¶rvÃ¤ntades%<@synchronized%> fÃ¶rvÃ¤ntades%<@throw%> fÃ¶rvÃ¤ntades%<@try%> fÃ¶rvÃ¤ntades%<[%> fÃ¶rvÃ¤ntades%<]%> fÃ¶rvÃ¤ntades%<_Cilk_spawn%> fÃ¶rvÃ¤ntades fÃ¶re %<_Cilk_sync%>%<__label__%> fÃ¶rvÃ¤ntades%<__transaction_atomic%> fÃ¶rvÃ¤ntades%<__transaction_relaxed%> fÃ¶rvÃ¤ntades%<asm%> fÃ¶rvÃ¤ntades%<catch%> fÃ¶rvÃ¤ntades%<class%> fÃ¶rvÃ¤ntades%<class%> eller %<typename%> fÃ¶rvÃ¤ntades%<class%>, %<typename%> eller %<template%> fÃ¶rvÃ¤ntades%<data%> fÃ¶rvÃ¤ntades%<data%> fÃ¶rvÃ¤ntades efter %<#pragma acc %s%>%<data%>, %<update%>, %<enter%> eller %<exit%> fÃ¶rvÃ¤ntades%<declare%> fÃ¶rvÃ¤ntades%<decltype%> fÃ¶rvÃ¤ntades%<delete%> fÃ¶rvÃ¤ntades%<extern%> fÃ¶rvÃ¤ntades%<for%> fÃ¶rvÃ¤ntades efter %qs%<namespace%> fÃ¶rvÃ¤ntades%<new%> fÃ¶rvÃ¤ntades%<none%> fÃ¶rvÃ¤ntades%<none%> eller %<shared%> fÃ¶rvÃ¤ntades%<omp_priv%> eller funktionsnamn fÃ¶rvÃ¤ntades%<operator%> fÃ¶rvÃ¤ntades%<parallel%>- eller %<target%>-modifierare av %<if%>-klausul fÃ¶rvÃ¤ntades%<point%> fÃ¶rvÃ¤ntades%<return%> fÃ¶rvÃ¤ntades%<scalar%> fÃ¶rvÃ¤ntades%<simd%> eller %<reduction%> eller %<target%> fÃ¶rvÃ¤ntades%<static_assert%> fÃ¶rvÃ¤ntades%<target%> fÃ¶rvÃ¤ntades%<template%> fÃ¶rvÃ¤ntades%<throw%> fÃ¶rvÃ¤ntades%<tofrom%> fÃ¶rvÃ¤ntades%<try%> fÃ¶rvÃ¤ntades%<using%> fÃ¶rvÃ¤ntades%<while%> fÃ¶rvÃ¤ntades%<{%> fÃ¶rvÃ¤ntades%<{%> eller %<:%> fÃ¶rvÃ¤ntades%<}%> fÃ¶rvÃ¤ntades%<}%> fÃ¶rvÃ¤ntades fÃ¶re %<else%>%<~%> fÃ¶rvÃ¤ntades%d nivÃ¥er av mallparametrar fÃ¶rvÃ¤ntades till %q#D, %d fanns%qT fÃ¶rvÃ¤ntades men argumentet har typ %qT%qs %<if%>-klausulmodifierare fÃ¶rvÃ¤ntades snarare Ã¤n %qs... fÃ¶rvÃ¤ntades[big-endian|little-endian|default] fÃ¶rvÃ¤ntades efter %<#pragma scalar_storage_order%>[error|warning|ignored|push|pop] fÃ¶rvÃ¤ntades efter %<#pragma GCC diagnostic%>en strÃ¤ng fÃ¶rvÃ¤ntades efter %<#pragma message%>fÃ¶rvÃ¤ntade ett SSA_NAME-objekten identifierare fÃ¶rvÃ¤ntades som attributnamnvektornotationsuttryck fÃ¶rvÃ¤ntadesattribut fÃ¶rvÃ¤ntades fÃ¶re %<...%>binÃ¤r operator fÃ¶rvÃ¤ntadesbooleskt uttryck fÃ¶rvÃ¤ntadesboolesk typ fÃ¶rvÃ¤ntadescase-etikett eller goto-sats fÃ¶rvÃ¤ntadeskanal fÃ¶rvÃ¤ntadesklassnamn fÃ¶rvÃ¤ntadesklassnyckel fÃ¶rvÃ¤ntadesklassnamn fÃ¶rvÃ¤ntadeskonstruerare, destruerare eller typkonvertering fÃ¶rvÃ¤ntadesen deklaration fÃ¶rvÃ¤ntadesdeklaration eller sats fÃ¶rvÃ¤ntadesdeklarationsspecificerare fÃ¶rvÃ¤ntadesdeklarationsspecificerare eller %<...%> fÃ¶rvÃ¤ntadesdeklarator fÃ¶rvÃ¤ntadeselse-sats fÃ¶rvÃ¤ntadesen tom strÃ¤ng fÃ¶rvÃ¤ntades efter nyckelordet %<operator%>slut pÃ¥ fÃ¥ngstlista fÃ¶rvÃ¤ntadesovÃ¤ntat radslututtryck fÃ¶rvÃ¤ntadesuttryckslista eller typ-id fÃ¶rvÃ¤ntadesen funktion fÃ¶rvÃ¤ntadesett funktionsnamn fÃ¶rvÃ¤ntadesfunktionsnamn %<(%> fÃ¶rvÃ¤ntadesgoto-uttryck fÃ¶rvÃ¤ntadesid-uttryck fÃ¶rvÃ¤ntadesid-uttryck fÃ¶rvÃ¤ntades (argument)identifierare fÃ¶rvÃ¤ntadesidentifierare eller %<(%> fÃ¶rvÃ¤ntadesidentifierare eller %<)%> fÃ¶rvÃ¤ntadesidentifierare eller %<*%> fÃ¶rvÃ¤ntadesinitierare fÃ¶rvÃ¤ntadesheltal fÃ¶rvÃ¤ntadesheltalsuttryck fÃ¶rvÃ¤ntadesheltalsuttryck fÃ¶rvÃ¤ntades fÃ¶re â€�)â€�grÃ¤nssnitt eller pekare till grÃ¤nssnitt fÃ¶rvÃ¤ntadesiterationsdeklaration eller initiering fÃ¶rvÃ¤ntadesiterationssats fÃ¶rvÃ¤ntadeshoppsats fÃ¶rvÃ¤ntadesetikett fÃ¶rvÃ¤ntadesetikettsats fÃ¶rvÃ¤ntadesavbildningsindex fÃ¶rvÃ¤ntades pÃ¥ hÃ¶gersidannamnrymdsnamn fÃ¶rvÃ¤ntadesnÃ¤stat namn-specificerare fÃ¶rvÃ¤ntadesnumerisk typ fÃ¶rvÃ¤ntadesoperator fÃ¶rvÃ¤ntadesparameterpaket fÃ¶rvÃ¤ntades fÃ¶re %<...%>passnamn fÃ¶rvÃ¤ntadespekare fÃ¶rvÃ¤ntadesprimÃ¤ruttryck fÃ¶rvÃ¤ntadesovÃ¤ntad pekaroperatorkvalificerat namn fÃ¶rvÃ¤ntades i vÃ¤ndeklaration fÃ¶r konstruerare %qDkvalificerat namn fÃ¶rvÃ¤ntades i vÃ¤ndeklaration fÃ¶r destruerare %qDselektionssats fÃ¶rvÃ¤ntadessemikolon fÃ¶rvÃ¤ntadesspecificerarkvalificerarlista fÃ¶rvÃ¤ntadessats fÃ¶rvÃ¤ntadesstrÃ¤ngkonstant fÃ¶rvÃ¤ntadesstrÃ¤ngliteral fÃ¶rvÃ¤ntadessuffixidentifierare fÃ¶rvÃ¤ntadesmallargument fÃ¶rvÃ¤ntadesmall-id fÃ¶rvÃ¤ntadesmall-id fÃ¶r typ fÃ¶rvÃ¤ntadesmallnamn fÃ¶rvÃ¤ntadestypspecificerare fÃ¶rvÃ¤ntadestypnamn fÃ¶rvÃ¤ntadestypspecificerare fÃ¶rvÃ¤ntadesokvalificerat id fÃ¶rvÃ¤ntadesvariabelnamn fÃ¶rvÃ¤ntadesexplicit fÃ¥ngst via kopiering av %<this%> Ã¶verflÃ¶digt med standardfall av fÃ¥ngst via kopieringexplicit fÃ¥ngst via kopiering av %qD Ã¶verflÃ¶digt vid standardfÃ¥ngst via kopieringexplicit fÃ¥ngst via referens av %qD Ã¶verflÃ¶digt med standardfÃ¥ngst via referensexplicita konverteringsoperatorer Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11explicita hÃ¤rledningsguider Ã¶vervÃ¤gs inte vid kopieinitieringuttrycklig goto vid slutet av gb %dexplicit instansiering av %q#Dexplicit instansiering av %q#T fÃ¶re definitionen av mallenexplicit instansiering av %qD men ingen definition tillgÃ¤ngligexplicit instansiering av %qD i namnrymden %qD (som inte omsluter namnrymden %qD)explicit instansiering av %qD utanfÃ¶r dess namnrymd mÃ¥ste anvÃ¤nda en nÃ¤stat-namn-specificerareexplicit instansieringar av mallen %q#D som inte Ã¤r en klassexplicit instansieringar av icke-mall %q#Dexplicit instansieringar av icke-malltyp %qTen explicit instansiering skall inte anvÃ¤nda %<constexpr%>-specificerareen explicit instansiering skall inte anvÃ¤nda %<inline%>-specificerareexplicit-kvalifikation i deklaration av %qDden explicita registervariabeln %qD fÃ¥r inte modifieras i en avynglingexplicit specialisering  deklarerad %<concept%>explicit specialisering som inte Ã¤r i namnrymdsomrÃ¥de %qDexplicit specialisering av %qD efter fÃ¶rsta anvÃ¤ndningenexplicit specialisering av %qD mÃ¥ste inledas av %<template <>%>explicit specialisering av %qD utanfÃ¶r dess namnrymd mÃ¥ste anvÃ¤nda en nÃ¤stat-namn-specificerareexplicit specialisering av funktionskonceptet %qDexplicit specialisering av icke-mall %qTexplicit mallargumentlista Ã¤r inte tillÃ¥tetexplicit mallspecialisering kan inte ha en lagringsklassden explicit standarddefinierade funktionen %q+D kan inte deklareras som constexpr fÃ¶r att den implicita deklarationen Ã¤r inte constexpr:explicit anvÃ¤nda register mÃ¥ste vara grupperade i toppen pÃ¥ stackenexponentbokstav â€�qâ€� i reell literal konstant vid %Cuttr i !$OMP ATOMIC WRITE-tilldelning var = uttr mÃ¥ste vara skalÃ¤r och fÃ¥r inte referera var vid %Luttr i !$OMP ATOMIC-tilldelning var = var op uttr mÃ¥ste vara skalÃ¤r och fÃ¥r inte referera var vid %Luttrycket %qE anger inte en constexpr-funktionuttrycket %qE har sidoeffekteruttrycket %qE Ã¤r inte ett konstant uttryckuttryck kan inte anvÃ¤ndas som en funktionuttryck i new-deklarerare mÃ¥ste ha heltals- eller upprÃ¤kningstyputtryck i statisk fÃ¶rsÃ¤kran Ã¤r inte ett heltaluttryck i statisk fÃ¶rsÃ¤kran Ã¤r inte ett konstant heltalsuttryckuttryck i statisk fÃ¶rsÃ¤kran Ã¤r inte konstantuttryckslista behandlas som sammansatt uttryck i funktionstypkonverteringuttryckslista behandlas som sammansatt uttryck i initierareuttryckslista behandlas som sammansatt uttryck i medlemsinitierareuttrycket mÃ¥ste vara ett heltalett uttryck med abstrakt klasstyp %qT kan inte anvÃ¤ndas i throw-uttryckuttryckssats har ofullstÃ¤ndig typexpression_rank(): TvÃ¥ vektorspecifikationerextend_ref(): Felaktig svansutÃ¶kade initierarlistor Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11utÃ¶kade register har inga hÃ¶ga halvorexterndeklaration av %q#D stÃ¤mmer inteextern deklaration av %q+D fÃ¶ljer pÃ¥ deklaration utan lÃ¤nkklassextern model globalvalueexterna TLS-initieringsfunktioner stÃ¶djs inte pÃ¥ denna mÃ¥larkitekturextern lÃ¤nkklass krÃ¤vs fÃ¶r symbol %q+D pÃ¥ grund av attributet %qEexternt synlig inline-klonextra %<;%>extra klammergrupp vid slutet av initierareextra element i skalÃ¤r initierareextra utgÃ¥ende bÃ¥ge %d->%dextra kvalifikation %<%T::%> pÃ¥ medlem %qsextra kvalifikation inte tillÃ¥tenextra semikolonextra semikolon angivet i metoddefinitionextra semikolon i post eller union angivetextra typkvalificerare i formatargument (argument %d)misslyckades att initiera insticksmodulen %smisslyckades att skapa en avbildningskomponent â€�%sâ€�kunde inte hitta skapa unionkomponenten â€�%sâ€�misslyckades att expandera inbyggd funktionmisslyckades att fÃ¥ slutstatus: %mkunde inte ta processtider: %mdet gick inte att Ã¶ppna temporÃ¤r fil %s fÃ¶r LTO-utdatadet gick inte att Ã¶ppna temporÃ¤r fil %s med LTO-utdatamisslyckades att Ã¥terta funktion som inte behÃ¶vsmisslyckades att Ã¥terta funktion som inte behÃ¶vs i samma comdat-gruppfelminnesmodellen kan inte vara starkare Ã¤n den lyckade minnesmodellen fÃ¶r %<__atomic_compare_exchange%>misslyckades att fÃ¶renkla delstrÃ¤ngreferens i DATA-sats vid %Lmisslyckande vid omlÃ¤sningsfÃ¶rsÃ¶k:fall igenom-bÃ¥ge efter styrsats i gb %dfall igenom-bÃ¥ge efter ovillkorligt hopp i gb %ifall-igenom-bÃ¥ge korsar sektionsgrÃ¤ns i gb %ifall igenom till utgÃ¥ng frÃ¥n gb %dsnabb upprÃ¤kning Ã¤r inte tillgÃ¤nglig i Objective-C 1.0attributen fastcall och cdecl Ã¤r inte kompatiblaattributen fastcall och regparm Ã¤r inte kompatiblaattributen fastcall och stdcall Ã¤r inte kompatiblaattributen fastcall och thiscall Ã¤r inte kompatiblaÃ¶desdigert fel: fclose %s: %mfe_runtime_error-strÃ¤ng mÃ¥ste vara null-termineradfe_runtime_error: Fel antal argument (%d istÃ¤llet fÃ¶r %d)fÃ¤lt %q#D med samma namn som en klassfÃ¤lt %q+D ogiltigt deklarerad funktionstypfÃ¤lt %q+D ogiltigt deklarerad metodtypfÃ¤ltet %qD har den ofullstÃ¤ndiga typen %qTfÃ¤ltet %qE deklarerat som en funktionfÃ¤lt %qE har ofullstÃ¤ndig typfÃ¤ltnamn i initierare fÃ¶r annat Ã¤n post eller unionfÃ¤ltprecisionsspecificerarefÃ¤ltbreddfÃ¤ltbredd i printf-formatfÃ¤ltbredd i scanf-formatfÃ¤ltbredd i strfmon-formatfÃ¤ltbredd i strftime-formatfÃ¤ltbreddsspecificerarefÃ¤lt har en annan layout i en annan Ã¶versÃ¤ttningsenhetgÃ¥tt ifrÃ¥n men inte till filen %qsfilen slutar i standardargumentfilnivÃ¥deklaration av %qE anger %<auto%>filnivÃ¥deklaration av %qE anger %<register%>utfyllnadsteckenutfyllnadstecken i strfmon-formatfind_array_spec(): Specifikation saknasfind_array_spec(): oanvÃ¤nd as(1)find_array_spec(): oanvÃ¤nd as(2)find_enum(): Enum finns intefini-funktion funnen i objekt %sfÃ¶rsta argumentet mÃ¥ste vara []bytefÃ¶rsta argumentet till %q+D skall vara %<int%>fÃ¶rsta argumentet till %<__builtin_call_with_static_chain%> mÃ¥ste vara ett anropsuttryckfÃ¶rsta argumentet till %<__builtin_choose_expr%> Ã¤r inte en konstantfÃ¶rsta argumentet till %<va_arg%> Ã¤r inte av typen %<va_list%>fÃ¶rsta som inte stÃ¤mmer Ã¤r fÃ¤ltfÃ¶rsta avstÃ¥ndet mÃ¥ste vara i motsatt riktning mot slingiterationerfasta ebp-register krÃ¤ver %<-maccumulate-outgoing-args%>fasta ebp-register krÃ¤ver %<target("accumulate-outgoing-args")%>fast register %s anvÃ¤nt fÃ¶r att skicka en parameter till en funktionfixdecimalspill i uttryckfixdecimaltyper stÃ¶djs inte fÃ¶r denna mÃ¥larkitekturfixdecimaltyper stÃ¶djs inte i C++flexibel vektor medlem %qD i en i Ã¶vrigt tom %q#Tflexibel vektormedlem %qD inte vid slutet av %q#Tflexibel vektormedlem i struct utan namngivna medlemmarflexibel vektormedlem i unionflexibel vektormedlem inte vid slutet av postflyttalskonstant Ã¶verskrider intervallet fÃ¶r %qTflyttalskonstant felanvÃ¤ndflyttalskonstant avkortas till nollflyttalskonstant Ã¶verskrider intervallet fÃ¶r typen %qTflyttalskonstant avkortas till nollflyttalsspill i uttryckflyttalssuffixet %qs skuggas av implementationenflyttalskonstant inte en giltig omedelbar operandflÃ¶desstyrningsinstruktion inuti grundblockvikningskontroll: originaltrÃ¤det Ã¤ndrat av vikningfold Ã¶ver tom expansion Ã¶ver %Ovikningsuttryck Ã¤r endast tillgÃ¤ngliga med -std=c++1z eller -std=gnu++1zfopen %s: %mfopen: %s: %mfÃ¶r %qDfÃ¶r en typkonvertering i funktionsstil, ta bort det Ã¶verflÃ¶diga %<::%D%>fÃ¶r hÃ¤rledning till %<std::initializer_list%>, anvÃ¤nd kopielistinitiering (d.v.s. lÃ¤gg till %<=%> fÃ¶re %<{%>)for-Ã¶kningsuttryck kan inte lÃ¶sa upp adress till Ã¶verlagrad funktionfor-Ã¶kningsuttryck har ingen effektfor-Ã¶kningsuttryck Ã¤r en referens, inte ett anrop, till funktionen %qEfÃ¶r pekartyper mÃ¥ste ett lÃ¤ngduttryck angesfor-sats fÃ¶rvÃ¤ntadesfÃ¶r malldeklaration %q+DfÃ¶r flaggan -mcache-block-size=X, mÃ¥ste ett giltigt X vara: 4, 8, 16, 32, 64, 128, 256 eller 512fÃ¶r flaggan -misr-vector-size=X mÃ¥ste ett giltigt X vara: 4 eller 16fÃ¶r en vektor med okÃ¤nd grÃ¤ns mÃ¥ste ett lÃ¤ngduttryck angesfor-, while- eller do-sats fÃ¶rvÃ¤ntadesformatformatargument %d oanvÃ¤nt fÃ¶r anvÃ¤nt argument %d i $-stilsformatformatargument %d anvÃ¤nt mer Ã¤n en gÃ¥ng i formatet %sformatargumentet skall vara en %qs-referensformatargumentet skulle vara en %qs-referens men en strÃ¤ng fannsformatet Ã¤r en strÃ¤ng breda teckenformatet Ã¤r inte en strÃ¤ngliteral och inga formatargumentformatet Ã¤r inte en strÃ¤ngliteral, argumenttyperna inte kontrolleradeformatet Ã¤r inte en strÃ¤ngliteral, formatstrÃ¤ngen inte kontrolleradformatstrÃ¤ngsargumentet kommer efter argumenten som skall formaterasargument fÃ¶r formatstrÃ¤ng Ã¤r inte en strÃ¤ngtypformatstrÃ¤ng har ogiltigt operandnummerformatstrÃ¤ngen Ã¤r definierad hÃ¤rformerar en pekare till en kvalificerad funktionstyp %qTformar pekare till en referenstyp %qTformerar en referens till en kvalificerad funktionstyp %qTformar referens till en referenstyp %qTformar referens till voidframÃ¥tdeklaration av %q#Thittade %<%c%s%>hittade %<-%E%> istÃ¤llet fÃ¶r %<+%E%> i protokoll%<:%> hittades i kapslad namnspecifikation, %<::%> fÃ¶rvÃ¤ntadeshittade en %qT men formatargumentet skall vara en strÃ¤nghittade en %qs-referens men formatargumentet skall vara en strÃ¤nghittade ett standardnamn med en definierande sats som inte Ã¤r tomhittade en verklig definition av ett icke-registerhittade en virtuell definition av ett GIMPLE-registerfann ett SSA_NAME som hade slÃ¤ppts till den fria poolenhittade standardfall som inte var vid bÃ¶rjan av case-vektorfp-mjukvarukomplettering krÃ¤ver -mtrap-precision=ifr30_print_operand: ogiltig %%F-kodfr30_print_operand: ogiltig %%x-kodfr30_print_operand: ogiltig operand fÃ¶r %%A-kodfr30_print_operand: ohanterad MEMfr30_print_operand: okÃ¤nd kodfr30_print_operand: okÃ¤nd %%B-kodfr30_print_operand: okÃ¤nd %%b-kodfr30_print_operand: okÃ¤nd %%p-kodfr30_print_operand_address: ohanterad adressrampekare behÃ¶vs, men Ã¤r reserveradramstorlek pÃ¥ %qs Ã¤r %wd byteramstorleken fÃ¶r funktionen %qs Ã¤r %wd byte vilket Ã¶verskrider anvÃ¤ndarens valda stackgrÃ¤ns pÃ¥ %d byte.  En ovillkorlig fÃ¤lla lÃ¤ggs till.ramstorleken fÃ¶r funktionen %qs Ã¤r %wd byte vilket Ã¤r mer Ã¤n hÃ¤lften av stackstorleken.  Den dynamiska kontrollen skulle inte vara pÃ¥litlig.  Ingen kontroll lÃ¤ggs ut fÃ¶r denna funktion.ramstorlek fÃ¶r stor fÃ¶r pÃ¥litlig stackkontrollfree_expr0(): Felaktig uttryckstypfree_pi_tree(): Ej upplÃ¶st upprÃ¤ttningvÃ¤ndeklaration %q#D deklarerar en icke-mall-funktionvÃ¤ndeklaration %qD i lokal klass utan en tidigare deklarationvÃ¤ndeklarationen %qD Ã¤r inte synlig fÃ¶r en explicit specialiseringvÃ¤ndeklarationen %qD fÃ¥r inte ha virt-specificerarevÃ¤ndeklaration som inte namnger en klass eller funktionvÃ¤ndeklarationen hÃ¤rvÃ¤ndeklaration Ã¤r inte i klassdefinitionvÃ¤ndeklaration krÃ¤ver klassnyckel, d.v.s. %<friend %#T%>vÃ¤ndeklaration krÃ¤ver klassnyckel, d.v.s. %<friend class %T::%D%>Ã¤n tidigare deklaration av %qFfrv_print_operand: okÃ¤nd koden funktion kan endast jÃ¤mfÃ¶ras med nilfunktionen %q#D Ã¤r initierad som en variabelfunktionen %q+D standarddefinierades i sin omdeklaration med en undantagsspecifikation som skiljer frÃ¥n den implicita undantagsspecifikationen %qXfunktionsdefinition %q+D Ã¤r markerad dllimportfunktionen %q+D Ã¤r en del av en aliascykelfunktion %q+F kan aldrig kopieras eftersom den tar emot ett icke-lokalt gotofunktion %q+F kan aldrig kopieras eftersom den sparar adressen av en lokal etikett i en statisk variabelfunktion %q+F kan aldrig inline:as eftersom den innehÃ¥ller ett berÃ¤knat gotofunktionen %q+F kan aldrig vara inline eftersom det stÃ¤ngs av av -fno-inlinefunktion %q+F kan aldrig inline:as eftersom den anvÃ¤nder __builtin_return eller __builtin_apply_argsfunktion %q+F kan aldrig inline:as fÃ¶r att den anvÃ¤nder alloca (Ã¥sidosÃ¤tt genom att anvÃ¤nda attributet always_inline)funktionen %q+F kan aldrig vara inline eftersom den anvÃ¤nder attribut som stÃ¥r i konflikt med inlinefunktion %q+F kan aldrig inline:as eftersom den anvÃ¤nder icke-lokala gotofunktion %q+F kan aldrig inline:as eftersom den anvÃ¤nder setjmpfunktion %q+F kan aldrig inline:as eftersom den anvÃ¤nder setjmp-longjmp-undantagshanteringfunktion %q+F kan aldrig inline:as eftersom den anvÃ¤nder variabel argumentlistafunktionen %qD deklarerad %<virtual%> inuti en unionfunktionen %qD Ã¤r initierad som en variabelfunktionen %qD kan vara en kandidat fÃ¶r formatattributet %qsfunktionen %qD omdeklarerad som en variabelfunktionen %qD anvÃ¤nd som %<asm%>-utdatafunktionen %qs kan inte deklareras %<mutable%>funktionsattributen stÃ¤mmer intefunktionsattributen %qs och %qs har ingen effekt pÃ¥ funktionen %qsfunktionsattributen %qs, %qs och %qs Ã¤r Ã¶msesidigt uteslutandefunktionskroppen kan inte skrivas Ã¶ver vid lÃ¤nkningstillfÃ¤lletfunktionskroppen inte tillgÃ¤ngligfunktionsanrop har sammansatt vÃ¤rdefunktion anropad via en inkompatibel typfunktionen kan inte instrumenterasfunktionsdeklarationen Ã¤r inte en prototypfunktion deklarerad %<noreturn%> har en %<return%>-satsfunktionsdefinition deklarerad som %<auto%>funktionsdefinition deklarerad som %<register%>funktionsdefinition deklarerad som %<typedef%>funktionsdefinition deklarerad som %qsfunktionsdefinition deklarerar inte parametrarfunktionsdefinition som har kvalificerad void-returtypfunktionen returnerar inte typen strÃ¤ngfunktionen kan returnera adressen till en lokal variabelfunktionen kan vara en kandidat fÃ¶r attributet %qsfunktionen kan vara en kandidat fÃ¶r attributet %qs om man vet att den returnerar normaltfunktionen inte beaktad fÃ¶r inline:ingfunktionen Ã¤r inte deklarerad inline och kodstorleken skulle vÃ¤xafunktionen kan inte inline:asfunktionen Ã¤r inte en inline-kandidatfunktions- eller vektortyp %qT i %<#pragma omp declare reduction%>funktions- eller vektortyp i %<#pragma omp declare reduction%>funktionsparameterfunktionsresultatsrÃ¤knare stÃ¤mmer intefunktionsreturtyp kan inte vara funktionfunktionsreturtyper Ã¤r inte kompatibla pÃ¥ grund av %<volatile%>funktion som returnerar en funktionfunktion som returnerar en vektorfunktionen returnerar adress till en etikettfunktionen returnerar adress till en lokal variabelfunktionen returnerar ett aggregatfunktionssymbol som inte Ã¤r en funktionfunktionsmall %qD omdeklarerad som en klassmallfunktionsmalls-id %qD i nÃ¤stad namnspecificerarefunktionstyper inte riktigt kompatibla i ISO Cfunktion med kvalificerad void-returtyp anropad%qE i funktions definitionsomrÃ¥de Ã¤r implicit auto och deklarerad %qsfunktionsdefinitionsomrÃ¥de %qs implicit auto och deklarerat %<__thread%>stÃ¶d fÃ¶r function_profilerfunktionsprofileringsstÃ¶d fÃ¶r MMIXfunktionell konvertering till vektortypen %qTskrÃ¤p vid slutet av â€�#pragma nomember_alignmentâ€�gcc-drivrutin version %s %skÃ¶r gcc version %s
  gcc version %s %s
  gcov %s%s
  generell snuttkod misslyckas fÃ¶r metod %qD som anvÃ¤nder %<...%>get_mpz(): Inte en heltalskonstantnÃ¤r grÃ¤ns fÃ¶r maximal storlek pÃ¥ core-fil hÃ¤mtades: %mgfc_add_interface(): Felaktig grÃ¤nssnittstypgfc_arith_divide(): Felaktig bastypgfc_arith_error(): Felaktig felkodgfc_arith_minus(): Felaktig bastypgfc_arith_plus(): Felaktig bastypgfc_arith_times(): Felaktig bastypgfc_arith_uminus(): Felaktig bastypgfc_array_dimen_size(): Felaktigt EXPR_ARRAY-uttryckgfc_array_dimen_size(): Felaktig dimensiongfc_ascii_statement(): Felaktig satskodgfc_basic_typename(): Odefinierad typgfc_caf_attr(): Felaktig vektorreferensgfc_caf_attr(): Uttrycket Ã¤r inte en variabelgfc_check_dependency: en EXPR_VARIABLE fÃ¶rvÃ¤ntadesgfc_check_digit(): felaktig radixgfc_code2string(): Felaktig kodgfc_compare_array_spec(): Vektorspecifikation sÃ¶nderskrivengfc_compare_derived_types: felaktig hÃ¤rledd typgfc_compare_expr(): Felaktig bastypgfc_conv_constant_to_tree(): ogiltig typ: %sgfc_convert_constant(): OvÃ¤ntad typgfc_copy_expr(): Felaktig uttrycksnodgfc_find_array_ref(): Det finns ingen referensgfc_free_statement(): Felaktig satsgfc_get_constant_expr(): locus %<where%> kan inte vara NULLgfc_get_default_type(): Felaktig symbol %qsgfc_global_used(): Felaktig typgfc_is_constant_expr(): OkÃ¤nd uttryckstypgfc_match(): Felaktig matchningskod %cgfc_match_sym_complex_part(): Felaktig typgfc_op2string(): Felaktig kodgfc_range_check() returnerade felaktigt vÃ¤rdegfc_range_check(): Felaktig typgfc_ref_dimen_size(): Felaktig dimen_typegfc_ref_dimen_size(): Felaktig dimensiongfc_resolve_blocks(): Felaktig blocktypgfc_resolve_code(): Felaktig satskodgfc_resolve_code(): Inget uttryck i DO WHILEgfc_resolve_expr(): Felaktig uttryckstypgfc_set_default_type(): symbolen har redan en typgfc_simplify_abs(): Felaktig typgfc_simplify_dcmplx(): Felaktig typ (x)gfc_simplify_dcmplx(): Felaktig typ (y)gfc_simplify_dim(): Felaktig typgfc_simplify_floor(): Felaktig sortgfc_simplify_log: felaktig typgfc_simplify_mod(): Felaktiga argumentgfc_simplify_modulo(): felaktiga argumentgfc_trans_code(): Felaktig satskodgfc_trans_omp_workshare(): Felaktig satskodgfc_trans_select(): Felaktig typ fÃ¶r Bad type for case-uttryck.gfc_typename(): Odefinierad typgfc_validate_kind(): Fick felaktig sortgfc_validate_kind(): Fick felaktig typgfc_variable_attr(): Felaktig vektorreferensgfc_variable_attr(): Uttrycket Ã¤r inte en variabelgfortran stÃ¶djer inte -E utan -cppgfortran: Endast en %<-J%>-flagga tillÃ¥tsgimple-anrop har inget mÃ¥lgimple-anrop har tvÃ¥ mÃ¥lgimple-kontroll: %s(%s) fÃ¶rvÃ¤ntades, har %s(%s) i %s, vid %s:%dgimple_bb (phi) Ã¤r satt till ett felaktigt grundblockgimple_bb (sats) Ã¤r satt till ett felaktigt grundblockgimplification misslyckadesglobala konstruerare stÃ¶djs inte fÃ¶r denna mÃ¥larkitekturglobal deklaration av %q#Dglobala destruerare stÃ¶djs inte pÃ¥ denna mÃ¥larkitekturglobala kvalificering av klassnamn Ã¤r ogiltigtglobal registervariabel %qD anvÃ¤nd i nÃ¤stad funktionglobal registervariabel fÃ¶ljer en funktionsdefinitionglobal registervariabel har startvÃ¤rdetilldelning av global/statisk variabel har uppfÃ¥ngatsfick %d mallparametrar till %q#Dfick %d mallparametrar till %q#Tgoto-destination Ã¤r varken en etikett eller en pekaregp Ã¤r konstant (men spara/Ã¥terstÃ¤ll gp vid indirekta anrop).gp_offset (%ld) eller end_offset (%ld) Ã¤r mindre Ã¤n nollbehÃ¶vde omlokalisera PCHMIPS16-kod med hÃ¥rdvaruflyttal fÃ¶r andra ABI:er Ã¤n o32 och o64hÃ¥rdvaruinstruktioner fÃ¶r decimalflyttal Ã¤r inte tillgÃ¤ngliga i lÃ¤get ESA/390hÃ¥rdvaruinstruktioner fÃ¶r decimala flyttal Ã¤r inte tillgÃ¤ngliga pÃ¥ %svektorstÃ¶d i hÃ¥rdvara Ã¤r inte tillgÃ¤ngliga pÃ¥ %sstÃ¶d fÃ¶r hÃ¥rdvaruvektorer Ã¤r inte tillgÃ¤ngligt med -msoft-floathar andra parametrar i en annan Ã¶versÃ¤ttningsenhethar ett annat returvÃ¤rde i en annan Ã¶versÃ¤ttningsenhethuvudinstruktion %d fÃ¶r block %d finns inte i instruktionsstrÃ¶mmenhÃ¤rÃ¶vre grÃ¤ns %qE ovanfÃ¶r storleken pÃ¥ vektorsektionen i en %qs-klausulhwcap %s Ã¤r ett ogiltigt argument till den inbyggda %siWMMXt och NEON Ã¤r inkompatiblaiWMMXt stÃ¶djs inte i Thumb-lÃ¤geia64_print_operand: okÃ¤nd kodidentical_array_ref(): inkonsistenta dimensioneridentifieraren %qE stÃ¥r i konflikt med ett nyckelord i C++identifieraren %qE Ã¤r ett nyckelord i C++11identifierare fÃ¶rvÃ¤ntades efter %<@protocol%>om nÃ¥gon %<if%>-klausul har en modifierare mÃ¥ste alla %<if%>-klausuler anvÃ¤nda modifierareif-satser kan inte innehÃ¥lla %<Cilk_spawn%>om denna kod nÃ¥s, kommer programmet att avbrytaifunc stÃ¶djs inte i denna konfigurationifunc stÃ¶djs inte pÃ¥ denna mÃ¥larkitekturignorerar #pragma %s %signorerar %<#pragma align%> fÃ¶r explicit justerad %q+Dignorerar %<#pragma omp declare simd%> pÃ¥ en funktion med ett icke-%<uniform%>-argument kvalificerat med %<_Atomic%>ignorerar %<#pragma omp declare simd%> pÃ¥ en funktion med en returtyp kvalificerad med %<_Atomic%>ignorerar attributet %qD pÃ¥ en anonym namnrymdignorerar attributet %qD pÃ¥ en namnrymd som inte Ã¤r inlineignorerar attributet %qE anvÃ¤nt pÃ¥ mallinstansieringen %qTignorerar attributet %qE anvÃ¤nt pÃ¥ mallspecialiseringen %qTignorerar -fschedule-insns pÃ¥ grund av ett fel i undantagshanteringenignorerar asm-specificerare fÃ¶r ickestatisk lokal variabel %q+Dignorerar attribut anvÃ¤nda pÃ¥ %qT efter dess definitionignorerar attribut anvÃ¤nda pÃ¥ klasstypen %qT utanfÃ¶r dess definitionignorerar attribut anvÃ¤nda pÃ¥ beroende typ %qT utan en associerad deklarationignorerar attribut i mallargumentet %qEignorerar attribut pÃ¥ mallargumentet %qTignorerar dubblerad katalog â€�%sâ€�
  ignorerar stort linjÃ¤rt stegignorerar slingannoteringignorerar felformaterat #pragma longcallignorerar ej existerande katalog â€�%sâ€�
! ignorerar attributet packed pÃ¥ grund av opackat icke-POD-fÃ¤lt %q#Dignorerar flaggan %<-fopt-info-%s%> som mÃ¶jligen stÃ¥r i konfliktignorerar returvÃ¤rdet av %qD, deklarerad med attributet nodiscardignorerar returvÃ¤rdet av %qD, deklarerad med attributet warn_unused_resultignorerar returvÃ¤rdet av funktion deklarerad med attributet warn_unused_resultignorerar returnerat vÃ¤rde av typen %qT, deklarerat med attributet nodiscardignorerar sink-klausul med ett avstÃ¥nd som inte Ã¤r en multipel av slingstegetignorerar okÃ¤nt alternativ %q.*s i %<-fdump-%s%>ignorerar okÃ¤nt vÃ¤rde %<%s%> till flaggan %<-mcustom-fpu-cfg%>ignorera linjÃ¤rt steg nollotillÃ¥ten OP i optimize_comparisonogiltig aggregattyp %qE angiven fÃ¶r instansvariabel %qsogiltig operandogiltig operandadress (1)ogiltig operandadress (2)ogiltig operandadress (3)ogiltig operandadress (4)ogiltig operand detekteradotillÃ¥ten referenstyp angiven fÃ¶r instansvariabel %qsimplicit konvertering frÃ¥n %qT till %qT fÃ¶r att matcha den andra operanden i binÃ¤rt uttryckimplicit konvertering frÃ¥n %qT till %qT fÃ¶r att stÃ¤mma med andra resultat i villkorimplicit konvertering frÃ¥n %qT till %qT nÃ¤r argument skickas till en funktionimplicit deklaration av funktionen %qEimplicit deklaration av funktionen %qE; menade du %qs?implicit avreferens kommer inte att anvÃ¤nda objekt av typ %qT i for-Ã¶kningsuttryckimplicit avreferens kommer inte att anvÃ¤nda objekt av typ %qT i vÃ¤nstra operanden av kommaoperatornimplicit avreferens kommer inte att anvÃ¤nda objekt av typ %qT i hÃ¶geroperanden till kommaoperatornimplicit avreferens kommer inte att anvÃ¤nda objekt av typ %qT i andra operanden av villkorligt uttryckimplicit avreferens kommer inte att anvÃ¤nda objekt av typ %qT i satsenimplicit avreferens kommer inte att anvÃ¤nda objekt av typ %qT i tredje operanden till villkorligt uttryckimplicit avbildning av vektorn %qD med antagen storlekimplicita mallar fÃ¥r inte vara %<virtual%>typen pÃ¥ implicit this-pekare stÃ¤mmer inteflaggan implicit_section Ã¤r satt men sektionen Ã¤r inte detimplicit poppade register mÃ¥ste vara grupperade i toppen pÃ¥ stackenimplicerat END DOimport_iso_c_binding_module(): Kan inte skapa en symbol fÃ¶r %somÃ¶jlig begrÃ¤nsning i %<asm%>omÃ¶jlig registerbegrÃ¤nsning i %<asm%>omÃ¶jlig typfÃ¶rsÃ¤kran: typen implementerar inte ett grÃ¤nssnitti %s, vid %s:%di C++03 mÃ¥ste en klassnyckel anvÃ¤ndas nÃ¤r en vÃ¤n deklarerasi C++11 och senare kan en standardkonstruerare vara expliciti C++11 Ã¤r standard fÃ¶r destruerare noexcepti C++11 kommer denna throw att avsluta eftersom standard fÃ¶r destruerare Ã¤r noexcepti C++98 Ã¤r %<template%> (fÃ¶r att lÃ¶sa upp tvetydighet) Ã¤r endast tillÃ¥tet inuti mallari C++98 fÃ¥r %q+D inte vara statisk eftersom den Ã¤r medlem av en unioni C++98 mÃ¥ste %qD initieras med en konstruerare, inte med %<{...}%>i ett anrop av allokeringsfunktionen %qD deklarerad hÃ¤ri ett anrop av den inbyggda allokeringsfunktionen %qDi ett anrop till den inbyggda funktionen %qDi ett anrop till funktionen %qD deklarerad hÃ¤ri argument till unÃ¤rt !i grundblock %d:i anrop av %qD, deklarerad hÃ¤ri deklaration %q+Di definitionen av makrot %qsi expansionen av makrot %qsin gfc_simplify_acos(): Felaktig typin gfc_simplify_acosh(): Felaktig typi gfc_simplify_asin(): Felaktig typi gfc_simplify_asinh(): Bad typei gfc_simplify_atan(): Felaktig typi gfc_simplify_atan2d(): Felaktig typi gfc_simplify_atanh(): Felaktig typi gfc_simplify_atrigd(): Felaktig typi gfc_simplify_cos(): Felaktig typi gfc_simplify_exp(): Felaktig typi gfc_simplify_sin(): Felaktig typi gfc_simplify_trigd(): Felaktig typi initieringen av dekomponeringsvariabeln %qDnÃ¤r argument %P till %qD skickadesi simplify_trig_call(): Felaktig inbyggdi satsi mallargument fÃ¶r typen %qTi definitionen av %q#Tinitiering i klassen av statisk datamedlem %q#D med icke literal typinitiering i klassen av statisk datamedlem med icke heltalstyp %q#DoÃ¥tkomlig insticksmodulsfil %s expanderad frÃ¥n kort namn pÃ¥ insticksmodul %s: %mfelaktig ackumulator fÃ¶r %qsinkludera %qs eller ge en deklaration av %qDinkommande bÃ¥gantal stÃ¤mmer inte med antalet PHI-argumentinkompatibla adressrymdskvalificerare %qs och %qsinkompatibel dataklausul med reduktion pÃ¥ %qE; befordrar till present_or_copyinkompatibla flyttals-/vektorregisteroperander fÃ¶r â€�%%%câ€�inkompatibel implicit deklaration av inbyggd funktion %qDinkompatibel implicit deklaration av funktionen %qDinkompatibel typ fÃ¶r argument %d av %qEinkompatibel typ fÃ¶r avbildningsindexinkompatibel typ fÃ¶r metoden %s%s%sinkompatibel typ fÃ¶r metoden %s%s%s (%s)inkompatibel typ fÃ¶r mottagareinkompatibla typer i PHI-argument %uinkompatibla typer i tilldelning av %qT till %qTinkompatibla typer i binÃ¤rt uttryckinkompatibla typer i sendinkompatibla typer i tilldelning till typ %qT frÃ¥n typ %qTinkompatibla typer i nÃ¤r typ %qT initierades med typ %qTinkompatibla typer nÃ¤r typ %qT returnerades men %qT fÃ¶rvÃ¤ntadesinkompatibla vektortyper i villkorsuttryck: %qT, %qT och %qTofullstÃ¤ndig implementation av kategorin %qEofullstÃ¤ndig implementation av klassen %qEofullstÃ¤ndig typ %qT har inte medlem %qDofullstÃ¤ndig typ %qT anvÃ¤nd i nÃ¤stad namnspecificerareinkonsistenta start-/sluttyper i intervallbaserat %<for%>-sats: %qT och %qTinkonsistent hÃ¤rledning fÃ¶r %qT: %qT och sedan %qTinkonsistent hÃ¤rledning fÃ¶r auto-returtyp: %qT och sedan %qTinkonsistent specifikation av instansvariabelinkonsistenta operandbegrÃ¤nsningar i en %<asm%>inkonsistenta typer %qT och %qT hÃ¤rledda fÃ¶r lambda-returtypeninkonsistenta anvÃ¤ndardefinierade literalsuffix %qD och %qD i strÃ¤ngliteralfelaktigt jÃ¤mfÃ¶relsesÃ¤ttfelaktig post i label_to_block_mapfelaktigt format i skalning, anvÃ¤nder 1/1
! felaktig tipsoperandfelaktig instruktion:felaktigt antal argument till funktionen %qEfelaktigt antal vektor-CONSTRUCTOR-elementfelaktig avrundningsoperandfelaktig instÃ¤llning av nummer pÃ¥ landningsplattafelaktig delning av trÃ¤dnoderfelaktig typ av vektor-CONSTRUCTOR-elementfelaktigt nÃ¤stad OpenACC-slingeparallellismÃ¶kningsuttryck refererar till iterationsvariabeln %qDÃ¶kning av ett booleskt uttryckÃ¶kning av konstant fÃ¤lt %qDÃ¶kning av upprÃ¤kningsvÃ¤rde Ã¤r ogiltigt i C++Ã¶kning av funktion %qDÃ¶kning av medlem %qD i endast lÃ¤sbart objektÃ¶kning en pekare till en ofullstÃ¤ndig typ %qTÃ¶kning av endast lÃ¤sbar plats %qEÃ¶kning av endast lÃ¤sbar medlem %qDÃ¶kning av endast lÃ¤sbart namngivet returvÃ¤rde %qDÃ¶kning av endast lÃ¤sbar parameter %qDÃ¶kning av endast lÃ¤sbar referens %qDÃ¶kning av endast lÃ¤sbar variabel %qDÃ¶kat upprÃ¤kningsvÃ¤rde Ã¤r fÃ¶r stort fÃ¶r %<long%>Ã¶kat upprÃ¤kningsvÃ¤rde Ã¤r fÃ¶r stort fÃ¶r %<unsigned long%>index %E anger ett avstÃ¥nd stÃ¶rre Ã¤n storleken pÃ¥ %qTindex i dimension %d Ã¤r utanfÃ¶r grÃ¤nsen vid %Lindexet mÃ¥ste vara ett heltalindexvÃ¤rde istÃ¤llet fÃ¶r fÃ¤ltnamn i unioninitierareindexvÃ¤rdet Ã¤r utanfÃ¶r grÃ¤nsenindirekt anrops frekvens %i stÃ¤mmer inte med GB-frekvens %iindirekt funktion %q+D kan inte deklareras svagindirekt funktion %q+D kan inte deklareras weakrefindirekt funktionsanrop med ett Ã¤nnu ej faststÃ¤llt anropsmÃ¥lindirekta hopp Ã¤r inte tillgÃ¤ngliga pÃ¥ denna mÃ¥larkitekturindirektion kommer inte att anvÃ¤nda objekt av ofullstÃ¤ndig typ %qT i Ã¶kningsuttryckindirektion kommer inte att anvÃ¤nda objekt av ofullstÃ¤ndig typ %qT i vÃ¤nstra operand av kommaoperatornindirektion kommer inte att anvÃ¤nda objekt av ofullstÃ¤ndig typ %qT i hÃ¶geroperanden till kommaoperatornindirektion kommer inte att anvÃ¤nda objekt med ofullstÃ¤ndig typ %qT i andra operanden av villkorligt uttryckindirektion kommer inte att anvÃ¤nda objekt av ofullstÃ¤ndig typ %qT i satsindirektion kommer inte att anvÃ¤nda objekt av ofullstÃ¤ndig typ %qT i tredje operand till villkorligt uttrycken indirektion kommer inte anvÃ¤nda ett objekt av ej trivialt kopierbar typ %qT i for-Ã¶kningsuttrycken indirektion kommer inte anvÃ¤nda ett objekt av ej trivialt kopierbar typ %qT i vÃ¤nstra operanden av en kommaoperatoren indirektion kommer inte att anvÃ¤nda ett objekt av ej trivialt kopierbar typ %qT i hÃ¶gra operanden av en kommaoperatorindirektion kommer inte att anvÃ¤nda objekt av icke trivialt kopierbar typ %qT i andra operanden av villkorligt uttrycken indirektion kommer inte anvÃ¤nda ett objekt av ej trivialt kopierbar typ %qT i satsen indirektion kommer inte att anvÃ¤nda ett objekt av ej trivialt kopierbar typ %qT i tredje operanden av ett villkorsuttryckden hÃ¤rledda skalÃ¤ra typen %qT Ã¤r inte en heltals- eller flyttalstyp av samma storlek som %qTÃ¤rvd konstruerare %q+D Ã¤r inte constexprÃ¤rvande konstruerare Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11init-funktion funnen i objekt %sinit-satsen i valsatser Ã¤r endast tillgÃ¤ngliga med -std=c++1z eller -std=gnu++1zinit_arglist(): fÃ¶r mÃ¥nga argumentinitiering kastar %qv-kvalificerare frÃ¥n pekarmÃ¥ltypinitiering frÃ¥n distinkt Objective-C-typinitiering frÃ¥n inkompatibel pekartypinitiering frÃ¥n pekare till adressutrymme som inte Ã¤r inneslutetvÃ¤nsterhandssida av initiering kan vara en kandidat fÃ¶r ett formatattributinitiering skapar en %q#v-kvalificerad funktionspekare frÃ¥n en okvalificeradinitiering skapar heltal frÃ¥n pekare utan typkonverteringinitiering skapar pekare frÃ¥n heltal utan typkonverteringinitiering av medlem som Ã¤r en flexibel vektorinitiering av common-blockvariabel %qs i DATA-sats vid %Cinitiering av medlem som Ã¤r en flexibel vektor i nÃ¤stat sammanhanginitiering av new-uttryck fÃ¶r typen %<auto%> tar precis ett elementinitiering av icke konstant referens av typ %q#T frÃ¥n ett r-vÃ¤rde av typ %qTinitiering av volatile referens av typ %q#T frÃ¥n ett r-vÃ¤rde av typ %qTinitiering av flera medlemmar av %qTinitierat fÃ¤lt Ã¶verskrivetinitierat fÃ¤lt med sidoeffekter Ã¶verskrivetinitierad variabel %q+D Ã¤r markerad som dllimportinitierarelement Ã¤r inte ett konstant uttryckinitierarelement Ã¤r inte berÃ¤kningsbart vid laddtidpunktinitierarelement Ã¤r inte konstantinitierare tar slut i fÃ¶rtidinitieraruttrycket refererar till iterationsvariabeln %qDinitierare misslyckas med att bestÃ¤mma storleken pÃ¥ %q+Dinitierare misslyckas med att bestÃ¤mma storleken pÃ¥ %qDinitierare misslyckas med att bestÃ¤mma storleken pÃ¥ %qTinitieraren fÃ¶r %<decltype(auto) %D%> har funktionstyp (glÃ¶mde du %<()%> ?)initieraren fÃ¶r %q#D Ã¤r ogiltiginitierare fÃ¶r %qT mÃ¥ste vara inom klamrarinitierare fÃ¶r flexibel vektormedlem %q#Dinitierare fÃ¶r flyttalsvÃ¤rde Ã¤r inte en flyttalskonstantinitierare fÃ¶r heltals-/fixdecimalvÃ¤rde Ã¤r fÃ¶r kompliceradinitierare i intervallbaserad %<for%>-slingainitierare Ã¤r ogiltig fÃ¶r statisk medlem med konstruerareinitierare angiven fÃ¶r funktioninitierare angiven fÃ¶r vÃ¤nfunktionen %qDinitierare angiven fÃ¶r icke-virtuell metod %q+Dinitierare angiven fÃ¶r statisk medlemsfunktion %qDinitierarstrÃ¤ng fÃ¶r vektor av tecken Ã¤r fÃ¶r storinskjutet klassnamn %qD anvÃ¤nt som mallmallargumentinline-klon i samma comdat-grupplistainline-klon tvingas till utdatainline-klon som man tar adressen tillinline:a kod fÃ¶r att invalidera instruktionscacheposter efter att nÃ¤stade funktionstrampoliner satts upp.inline-deklaration av %qD fÃ¶ljer pÃ¥ deklaration med attributet noinlineinline-funktionen %q+D deklarerades som dllimport: attributet ignoreratinline:ad funktion %q+D Ã¤r deklarerad men aldrig definieradinline-funktionen %q+D deklarerad svaginline-funktionen %q+D har fÃ¥tt attributet noinlineinline-funktionen %qD har fÃ¥tt attributet noinlineinline-funktion %qD anvÃ¤nd men aldrig definieradinline-namnrymder Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11inline-variabler Ã¤r endast tillgÃ¤ngliga med -std=c++1z eller -std=gnu++1zinlined_to-pekare Ã¤r angivet men inga fÃ¶retrÃ¤dare finnsinlined_to-pekare Ã¤r felinlined_to-pekare refererar till sig sjÃ¤lvinlined_to-pekare angiven fÃ¶r noninline-anropareinline:ing misslyckades i anrop av %q+F: %sinline:ing misslyckades i anrop av always_inline %q+F: %sden inre slingan anvÃ¤nder samma OpenACC-parallellism som den omgivande slinganindatafilen %qs Ã¤r samma som utdatafilenindataoperandbegrÃ¤nsningen innehÃ¥ller %qcinsert_bbt(): Dubblettnyckel hittad!insÃ¤ttning utanfÃ¶r intervallet i BIT_INSERT_EXPRinstruktion %d grundblockspekare Ã¤r %d, skall vara %dinstruktion %d i foten till gb %d har icke-NULL grundblockinstruktion %d i huvud till gb %d har icke-NULL grundblockinstruktion %d Ã¤r i flera grundblock (%d och %d)instruktion %d utanfÃ¶r grundblock har ett icke-NULL gb-fÃ¤ltinstruktionsadressen inte frigjordinstruktionen innehÃ¥ller en ogiltig adress!instruktionen hÃ¥ller inte sina begrÃ¤nsningar:instruktion utanfÃ¶r grundblockinstruktion med UID %i finns inte fÃ¶r operand %i (â€�%sâ€�) i instruktion %iinstruktion med UID %i finns inte fÃ¶r operand %i i instruktion %iinstallation: %s%s
! installationsfel, kan inte hitta crtoffloadtable.oinstansvariabel %qE anvÃ¤nd i klassmetodinstansvariabeln %qE Ã¤r %s, detta kommer bli ett fel i framtideninstansvariabeln %qE Ã¤r deklarerad %sinstansvariabeln %qE Ã¤r deklarerad privatinstansvariabeln %qs har okÃ¤nd storlekinstansvariabeln %qs Ã¤r deklarerad privatinstansvariabeln %qs anvÃ¤nder flexibla vektormedlemmartilldelning av instansvariabel har uppfÃ¥ngatsinstruktionen aldrig utfÃ¶rdinstruktionsschemalÃ¤ggning stÃ¶djs inte fÃ¶r denna mÃ¥lmaskinfÃ¶r fÃ¥ argument till den Ã¶verlagrade funktionen %sotillrÃ¤cklig sammanhangsinformation fÃ¶r att avgÃ¶ra typenotillrÃ¤cklig partitionering tillgÃ¤nglig fÃ¶r att parallellisera elementslingaotillrÃ¤cklig partitionering tillgÃ¤nglig fÃ¶r att parallellisera slingaotillrÃ¤cklig partitionering tillgÃ¤nglig fÃ¶r att parallellisera brickslingaint-vektor initierad frÃ¥n inkompatibel bred strÃ¤ngint-vektor initierad frÃ¥n icke-bred strÃ¤ngheltalskonstant Ã¤r fÃ¶r stor fÃ¶r typen %<unsigned long%>heltalsdivision med nollheltalskonstant Ã¶verskrider intervallet fÃ¶r typen %qTheltalsspill i vektorstorlekheltalsspill i uttryckheltalssuffixet %qs skuggas av implementationenheltalsuttryck %qE Ã¤r inte konstantprecisionen pÃ¥ typen pÃ¥ heltalsresultatet stÃ¤mmer inte med fÃ¤ltstorleken pÃ¥ BIT_FIELD_REFintermoduloptimeringar inte implementerade fÃ¶r C++grÃ¤nssnitt %qE har inte giltig konstantstrÃ¤ngslayoutinternt kompilatorfelinternt kompilatorfel.  Felaktig adress:internt kompilatorfel.  Felaktig skift:internt kompilatorfel.  OkÃ¤nt lÃ¤ge:internt kompilatorfel: internt konsistensfelinternt fel: felaktigt register: %dinternt fel: den inbyggda funktionen %s redan bearbetadinternt fel: inbyggd funktion %s hade en ovÃ¤ntad returtyp %sinternt fel: inbyggd funktion %s, argument %d har en ovÃ¤ntad argumenttyp %sinternt fel: cris_side_effect_mode_ok med felaktiga operanderinternt fel: sidoeffektinstruktion pÃ¥verkar huvudeffektenden interna proceduren %qs vid %L stÃ¥r i konflikt med DUMMY-argumentintern enhet i WRITEavbrottshanteringsrutiner kan inte kodas i Thumb-lÃ¤geavbrottshanterare kan inte vara MIPS16-funktioneravbrottshanterare kan inte ha argumentavbrottshanteringrutiner kan endast ha ett pekarargument och ett valfritt heltalsargumentavbrottshanteringsrutiner kan inte anropas direktavbrottshanteringsrutiner kan inte ha ett annat returvÃ¤rde Ã¤n voidavbrottshanteringsrutiner skall ha en pekare som fÃ¶rsta argumentavbrottshanteringsrutiner skall ha unsigned %sint som andra argumentavbrottsvektor till %qE-attributet Ã¤r inte vector=(sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5)interrupt_thread Ã¤r tillgÃ¤ngligt endast fÃ¶r fidoinbyggt registerindex Ã¤r utanfÃ¶r sitt intervallinbyggd variabel som inte Ã¤r en procedurogiltigt #pragma %sogiltig %%%c-operandogiltig %%-kodogiltig %%A-operandogiltig %%B-operandogiltig %%C-operandogiltigt %%C-vÃ¤rdeogiltig %%D-operandogiltigt %%D-vÃ¤rdeogiltigt %%E-vÃ¤rdeogiltigt %%F-vÃ¤rdeogiltigt %%G-lÃ¤geogiltigt %%G-vÃ¤rdeogiltig %%H-operandogiltig %%H-specificerareogiltig %%I-operandogiltig %%J-kodogiltigt %%J-vÃ¤rdeogiltigt %%K-vÃ¤rdeogiltig %%L-operandogiltigt %%L-vÃ¤rdeogiltig %%M-operandogiltigt %%M-vÃ¤rdeogiltig %%N-operandogiltigt %%N-vÃ¤rdeogiltigt %%O-vÃ¤rdeogiltig %%P-operandogiltigt %%P-vÃ¤rdeogiltigt %%R-vÃ¤rdeogiltigt %%T-vÃ¤rdeogiltigt %%U-vÃ¤rdeogiltig %%Y-operandogiltig %%c-operandogiltig %%d-operandogiltigt %%d-vÃ¤rdeogiltigt %%e-vÃ¤rdeogiltig %%f-operandogiltigt %%f-vÃ¤rdeogiltig %%h-operandogiltigt %%h-vÃ¤rdeogiltig %%i-operandogiltig %%j-kodogiltig %%j-operandogiltigt %%j-vÃ¤rdeogiltigt %%k-vÃ¤rdeogiltigt %%m-vÃ¤rdeogiltigt %%p-vÃ¤rdeogiltigt %%q-vÃ¤rdeogiltig %%r-operandogiltigt %%r-vÃ¤rdeogiltig %%s-operandogiltigt %%s-vÃ¤rdeogiltig %%t-operandogiltig %%t-operand â€�ogiltigt %%t/%%b-vÃ¤rdeogiltigt %%u-vÃ¤rdeogiltig %%v-kodogiltigt %%x-vÃ¤rdeogiltig %%xn-kodogiltigt %%y-vÃ¤rde, fÃ¶rsÃ¶k anvÃ¤nda â€�Zâ€�-begrÃ¤nsningenogiltig â€�asmâ€�: ogiltiga (pekar)operander till plus/minusogiltigt --param-namn %qsogiltigt --param-namn %qs; menade du %qs?ogiltigt --param-vÃ¤rde %qsogiltig CASE_CHAINogiltigt IACC-argumentogiltig vÃ¤nstersida i gimple-anropogiltigt Objective-C++-vÃ¤ljarnamnogiltig OpenACC-klausul vid filrÃ¤ckviddogiltigt PHI-argumentogiltigt PHI-resultatogiltig UNSPEC som operandogiltig UNSPEC som operand: %dogiltig _Literalogiltig abstrakt parametertyp %qTogiltig abstrakt returtyp %qTogiltig abstrakt returtyp fÃ¶r funktionen %q+#Dogiltig abstrakt returtyp fÃ¶r medlemsfunktion %q+#Dogiltigt abstrakt typ %qT fÃ¶r %qEogiltig abstrakt typ fÃ¶r %q+Dogiltig Ã¥tkomst av icke-statisk datamedlem %qD i virtuell bas till NULL-objektogiltig adressogiltig adress fÃ¶r utmatningsmodifieraren â€�Oâ€�ogiltig adress fÃ¶r utmatningsmodifieraren â€�Râ€�ogiltig adress fÃ¶r â€�Sâ€�-utmatningsmodifierareogiltig adressoperand i MEM_REFogiltig adressoperand i in TARGET_MEM_REFogiltigt adresseringslÃ¤gefelaktig justering fÃ¶r %<#pragma align%>, ignorerasogiltigt argument till __builtin_arc_alignedogiltig anvÃ¤ndning av %<__alignof%> pÃ¥ ett bitfÃ¤ltogiltig anvÃ¤ndning av %<sizeof%> pÃ¥ ett bitfÃ¤ltogiltig anvÃ¤ndning av %<sizeof%> pÃ¥ en funktionstypogiltig anvÃ¤ndning av %qs pÃ¥ en medlemsfunktionogiltig anvÃ¤ndning av %qs pÃ¥ en void-typogiltig tillÃ¤mpning av %qs pÃ¥ vektortypen %qT med ofullstÃ¤ndig elementtypogiltig tillÃ¤mpning av %qs pÃ¥ ofullstÃ¤ndig typ %qTogiltigt argument %d till den inbyggda %qFogiltigt argument %qs till -fdebug-prefix-mapogiltigt argument till attributet %qEogiltigt argument till attributet %qsogiltigt argument till SQRT vid %Logiltiga argument till %qDogiltigt argument inbyggd funktionogiltigt argument till den inbyggda funktionen %sogiltigt argument till gimple-anropogiltiga argumentogiltig vektortilldelningogiltig basklasspecifikationogiltig gren till/frÃ¥n strukturerat %s-blockogiltig case-etikett i en switch-satsogiltigt case-intervall i en switch-satsogiltig konvertering frÃ¥n typ %qT till typ %qTogiltig typkonvertering av ett rvÃ¤rdeuttryck av typ %qT till typ %qTogiltig typkonvertering till en abstrakt klasstyp %qTogiltig konvertering till funktionstyp %qTogiltigt klassnamn i deklaration av %qDogiltig kombination av flera typkvalificerareogiltig jÃ¤mfÃ¶relsekod i gimple-villkorogiltig jÃ¤mfÃ¶relse av genererad vektorogiltig jÃ¤mfÃ¶relse av genererad postogiltig jÃ¤mfÃ¶relsekod av nil med nilogiltig jÃ¤mfÃ¶relse av ojÃ¤mfÃ¶rbar vektorogiltig jÃ¤mfÃ¶relse av ojÃ¤mfÃ¶rbar postogiltig jÃ¤mfÃ¶relse av ojÃ¤mfÃ¶rbar typogiltig jÃ¤mfÃ¶relse av oordnad typogiltig jÃ¤mfÃ¶relseoperator fÃ¶r utmatningsmodifieraren â€�Eâ€�ogiltig villkorlig operandogiltig const_cast frÃ¥n typ %qT till typ %qTogiltig const_cast av ett rvÃ¤rde av typ %qT till typ %qTogiltig const_double-operandogiltig konstantogiltig konstant - fÃ¶rsÃ¶k med att anvÃ¤nda en utmatningsmodifierareogiltig konstant fÃ¶r utmatningsmodifieraren â€�%câ€�ogiltig konstant i %<#pragma %s%>ogiltig konstant i %<#pragma pack%> - ignorerasogiltig konstant vektor fÃ¶r utmatningsmodifieraren â€�%câ€�ogiltig begrÃ¤nsad typparameterogiltig begrÃ¤nsning fÃ¶r operandogiltig konstruerare, du menade fÃ¶rmodligen %<%T (const %T&)%>ogiltigt styrpredikatogiltig konvertering frÃ¥n %<__fpreg%>ogiltig konvertering frÃ¥n %qT till %qTogiltig konvertering i gimple-anropogiltig konvertering i retursatsogiltig konvertering till %<__fpreg%>ogiltig konvertering till typ %qT frÃ¥n typ %qTogiltig kovariant returtyp fÃ¶r %q#Dogiltig kovariant returtyp fÃ¶r %q+#Dfelaktig cpu â€�%sâ€� fÃ¶r %sâ€�%sâ€�%sogiltig datamodellflagga -mdata-model=%sogiltig omdeklaration av %<%T::%E%>ogiltig deklaration av medlemsmall i lokal klassogiltig deklaratorogiltigt standardargument fÃ¶r en mallmallparameterogiltig standardfallsetikett i en switch-satsogiltig definition av kvalificerad typ %qTogiltig depend-sortogiltig beroendesort i omp %<ordered%> %<depend%>ogiltig dist_schedule-sortogiltig elementtyp fÃ¶r attributet %qsogiltigt kodningsprefix i literal operatorogiltig ingÃ¥ng till strukturerat %s-blockogiltig utgÃ¥ng frÃ¥n strukturerat %s-blockogiltig utgÃ¥ng frÃ¥n OpenMP-strukturerat blockogiltig explicit specifikationogiltigt uttryck - fÃ¶rsÃ¶k med att anvÃ¤nda en utmatningsmodifierareogiltigt uttryck som operandogiltigt uttryck som min-l-vÃ¤rdeogiltigt uttryck fÃ¶r utmatningsmodifieraren â€�%câ€�ogiltig uttryckstyp fÃ¶r %<#pragma omp atomic%>ogiltig felminnesmodell fÃ¶r %<__atomic_compare_exchange%>ogiltig funktionsmodifierare %qs till â€�archâ€�-mÃ¥let %sogiltig funktionsmodifierare %qs till â€�cpuâ€�-mÃ¥let %sogiltig funktionsmodifierare i %<-march=%s%>ogiltig funktionsmodifierare i %<-mcpu=%s%>ogiltig funktionsmodifierare till mÃ¥let %s %qsogiltig fÃ¶rsta operand till MEM_REFogiltig form pÃ¥ %<#pragma omp atomic%>felaktigt format pÃ¥ %sogiltig fpu fÃ¶r attribute(target("%s"))ogiltig funktionsdeklarationogiltig funktion i gimple-anropogiltig kornstorlek fÃ¶r _Cilk_forogiltigt id-vÃ¤rde fÃ¶r avbrotts-/undantagsattributogiltigt id-vÃ¤rde fÃ¶r Ã¥terstÃ¤llningsattributogiltig initiering i klassen av statisk datamedlem med icke heltalstyp %qTogiltigt Ã¶kningsuttryckogiltigt startvÃ¤rde fÃ¶r medlem %qEogiltig initiering av icke konstant referens av typ %qT frÃ¥n ett r-vÃ¤rde av typ %qTogiltig initiering av referens av typ %qT frÃ¥n uttryck av typ %qTogiltig initierareogiltig initierarklausulogiltigt initierare fÃ¶r %q#Dogiltigt initierare fÃ¶r vektormedlem %q#Dogiltigt initierare fÃ¶r medlemsfunktion %qDogiltig instruktion:ogiltigt iterationsvariabel i snabb upprÃ¤kningogiltig etikett i gimple-villkorogiltig vÃ¤nsterhandssida i tilldelningogiltig rad i upplÃ¶sningsfilenogiltig lÃ¤nkklasspecifikationogiltig plats fÃ¶r %<pragma %s%>, ignorerasogiltigt l-vÃ¤rde i asm-utdata %dogiltig map-sortogiltigt maskogiltig masktyp i vektorpermuteringsuttryckogiltig medlemsfunktionsdeklarationogiltig medlemsmalldeklaration %qDogiltig minnesmodellsargument %d till %qEogiltigt minnesmodellargument till inbyggd funktionogiltig minnesmodell fÃ¶r %<__atomic_load%>ogiltigt minnesmodell fÃ¶r %<__atomic_store%>ogiltigt new-uttryck av abstrakt klasstyp %qTogiltig nmi-funktion fÃ¶r Ã¥terstÃ¤llningsattributogiltigt mallargument som inte Ã¤r en typogiltig operander som inte Ã¤r vektor till vektorvÃ¤rt plusfelaktigt antal operander till __FMAogiltig avlastningstabell i %sogiltig avstÃ¥ndsoperand i MEM_REFogiltig avstÃ¥ndsoperand i TARGET_MEM_REFogiltig avstÃ¥ndsoperand till MEM_REFogiltig operandogiltig operandadressogiltig operandkod â€�%câ€�ogiltig operand fÃ¶r â€�%%%câ€�ogiltig operand fÃ¶r â€�Aâ€�-modifierareogiltig operand fÃ¶r â€�Dâ€�-modifierareogiltig operand fÃ¶r â€�Hâ€�-modifierareogiltig operand fÃ¶r â€�Oâ€�-modifierareogiltig operand fÃ¶r â€�Tâ€�-modifierareogiltig operand fÃ¶r â€�bâ€�-modifierareogiltig operand fÃ¶r â€�eâ€�-modifierareogiltig operand fÃ¶r â€�mâ€�-modifierareogiltig operand fÃ¶r â€�oâ€�-modifierareogiltig operand fÃ¶r â€�pâ€�-modifierareogiltig operand fÃ¶r â€�râ€�-modifierareogiltig operand fÃ¶r â€�zâ€�-modifierareogiltig operand fÃ¶r kod â€�%câ€�ogiltig operand i indirektreferensogiltig operand i retursatsogiltig operand till i unÃ¤rt uttryckogiltig operand i unÃ¤r operationogiltig operand fÃ¶r modifierarebokstavogiltig operand i utmatningskodogiltig operandprefixogiltig operandprefix â€�%%%câ€�ogiltig operandstorlek fÃ¶r operandkod â€�Oâ€�ogiltig operandstorlek fÃ¶r operandkod â€�Zâ€�ogiltig operandstorlek fÃ¶r operandkod â€�zâ€�ogiltig operand fÃ¶r %%H/%%L-kodogiltig operand till %%M-kodogiltig operand till %%N-kodogiltig operand till %%O-kodogiltig operand till %%Rogiltig operand fÃ¶r %%R-kodogiltig operand till %%Sogiltig operand till %%T/%%B-kodogiltig operand fÃ¶r %%U-kodogiltig operand till %%V-kodogiltig operand till %%Z-kodogiltig operand till %%p-kodogiltig operand till %%s-kodogiltig operand till %%z-kodogiltig operand till plus/minus, typen Ã¤r en pekareogiltig operand till pekarplus, fÃ¶rsta operanden Ã¤r inte en pekareogiltig operand till pekarplus, andra operanden Ã¤r inte en heltalstyp med lÃ¤mplig breddogiltig operand till switch-satsogiltig operandtyp vid operandkod â€�Zâ€�ogiltiga operander binÃ¤r operationogiltiga operander i gimple-jÃ¤mfÃ¶relseogiltiga operander trestÃ¤llig operationogiltiga operander av typ %qT och %qT till binÃ¤r %qOogiltiga operander i vektorreferensogiltiga operander till binÃ¤r %s (har %qT och %qT)ogiltig operationogiltig operation (%s)ogiltig operation pÃ¥ %<__fpreg%>ogiltig operator fÃ¶r %<#pragma omp atomic%>ogiltig parameter %qsogiltigt parameterkombination fÃ¶r inbyggd %s i AltiVecogiltig parameterkombination fÃ¶r den inbyggda %qsogiltig parametertyp %qTogiltig passpositioneringsoperationogiltigt pekarlÃ¤ge %qsogiltigt pekare till bitfÃ¤lt %qDogiltig position eller storlek i BIT_FIELD_REFogiltig position eller storleksoperand till BIT_FIELD_REFogiltig privat reduktion av %qEogiltig proc_bind-sortogiltig egenskapsdeklarationogiltig prototyp fÃ¶r â€�%sâ€�ogiltig interpunktion %qc i begrÃ¤nsningogiltigt pure-const-tillstÃ¥nd fÃ¶r funktionogiltig pure-specificerare (endast %<= 0%> Ã¤r tillÃ¥tet)ogiltiga kvalificerare pÃ¥ typ som inte Ã¤r medlemsfunktionogiltigt kvalificerande rÃ¤ckvidd i pseudodestruerarnamnogiltig receive pÃ¥ kanal endast fÃ¶r sÃ¤ndningogiltig mottagartyp %qsogiltig omdeklaration av %q+Dogiltig reduktionsidentifierareogiltig referens fÃ¶r utmatningsmodifieraren â€�Jâ€�ogiltigt referensprefixogiltig registernamn fÃ¶r %q+Dogiltig upplÃ¶sning i upplÃ¶sningsfilenogiltig returtyp %qT fÃ¶r constexpr-funktionen %q+Dogiltig hÃ¶gersida fÃ¶r gimple-minneslagringogiltig rtl-delning hittad i instruktionenogiltig schedule-sortogiltigt andra argument till %<__builtin_prefetch%>; anvÃ¤nder nollogiltig send pÃ¥ kanal endast fÃ¶r mottagningogiltig setter, den mÃ¥ste ha ett argumentogiltig skiftoperandogiltig statisk kedja i gimple-anropogiltig static_cast frÃ¥n typ %qT till typ %qTogiltig lagringsklass fÃ¶r funktionen %qEogiltigt mÃ¥lvÃ¤rde fÃ¶r memregs â€�%dâ€�ogiltig malldeklaration av %qDogiltig mallparameter som inte Ã¤r en typogiltigt mall-idogiltigt tredje argument till %<__builtin_prefetch%>; anvÃ¤nder nollogiltig typ %<void%> fÃ¶r newogiltig typ %qT som initierare fÃ¶r en vektor med typ %qTogiltig typ %qT deklarerad %<friend%>ogiltigt typargument (har %qT)ogiltigt typargument till %<->%> (har %qT)ogiltigt typargument till %<->*%> (har %qT)ogiltigt typargument i vektorindexering (har %qT)ogiltigt typargument till implicit konvertering (har %qT)ogiltigt typargument till unÃ¤r %<*%> (har %qT)ogiltigt typ fÃ¶r asm-flaggutdataogiltig typ fÃ¶r iterationsvariabelogiltig typ fÃ¶r iterationsvariabeln %qEogiltigt typ fÃ¶r make-funktionogiltig typ fÃ¶r parameter %d till constexpr-funktion %q+#Dogiltigt typ pÃ¥ egenskapogiltiga typer %<%T[%T]%> fÃ¶r vektorindexogiltiga typer adressrymdskonverteringogiltiga typer i konvertering till flyttalogiltiga typer i konvertering till heltalogiltiga typer i fixdecimalskonverteringogiltiga typer i nop-konverteringogiltig anvÃ¤ndning av %%d, %%x eller %%Xogiltig anvÃ¤ndning av %<.%> i en funktion som inte Ã¤r variadiskogiltig anvÃ¤ndning av %<...%> med inbyggd funktionogiltig anvÃ¤ndning av %<...%> med annat Ã¤n skivaogiltigt anvÃ¤ndning av %<::%>ogiltig anvÃ¤ndning av %<_Cilk_spawn%>ogiltig anvÃ¤ndning av %<auto%> i konverteringsoperatorfelaktig anvÃ¤ndning av %<auto%> i standardmallargumentogiltig anvÃ¤ndning av %<auto%> i undantagsspecifikationfelaktig anvÃ¤ndning av %<auto%> i mallargumentogiltig anvÃ¤ndning av %<extern%>-variabel %qD i %<#pragma acc declare%>ogiltig anvÃ¤ndning av %<global%>-variabeln %qD i %<#pragma acc declare%>ogiltigt anvÃ¤ndning av %<restrict%>ogiltigt anvÃ¤ndning av %<this%> pÃ¥ toppnivÃ¥ogiltig anvÃ¤ndning av %<this%> i icke-medlemsfunktionogiltig anvÃ¤ndning av %q#T med flexibel vektormedlem i %q#Togiltig anvÃ¤ndning av %qT med en vektor av storlek noll i %q#Dogiltigt anvÃ¤ndning av %qDogiltig anvÃ¤ndning av %qD i lÃ¤nkklasspecifikationogiltig anvÃ¤ndning av %qE fÃ¶r att skapa en pekare-till-medlem-funktionogiltigt anvÃ¤ndning av %qTfelaktig anvÃ¤ndning av â€�%%%câ€�ogiltig anvÃ¤ndning av â€�:â€�-modifierareogiltig anvÃ¤ndning av en pekare till en ofullstÃ¤ndig typ i pekararitmetikogiltig anvÃ¤ndning av vektorindexering pÃ¥ pekare till medlemogiltig anvÃ¤ndning av vektor med ospecificerade grÃ¤nserfelaktig anvÃ¤ndning av asm-flaggutdataogiltigt anvÃ¤ndning av attributet %<fallthrough%>ogiltig anvÃ¤ndning av klammeromsluten initierarlistaogiltig anvÃ¤ndning av const_cast med typ %qT, som Ã¤r en pekare eller referens till en funktionstypogiltig anvÃ¤ndning av const_cast med typ %qT, som inte Ã¤r en pekare, referens, eller pekare-till-datamedlem-typogiltig anvÃ¤ndning av konstruerare som en mallfelaktig anvÃ¤ndning av cv-kvalificerad typ %qT i en parameterdeklarationogiltig anvÃ¤ndning av beroende typ %qTogiltig anvÃ¤ndning av destruerare %qD som en typogiltig anvÃ¤ndning av destrueraren %qE som en typogiltig anvÃ¤ndning av flexibla vektormedlemmarogiltig anvÃ¤ndning av implicit konvertering av pekare till medlemogiltig anvÃ¤ndning av ofullstÃ¤ndig typ %q#Togiltig anvÃ¤ndning av ofullstÃ¤ndig typedef %qTogiltig anvÃ¤ndning av etiketten %q+D i %<_Cilk_spawn%>ogiltig anvÃ¤ndning av medlem %qD (glÃ¶mde du %<&%>?)ogiltig anvÃ¤ndning av %qD i en statisk medlemsfunktionogiltig anvÃ¤ndning av medlemsfunktionen %qD (glÃ¶mde du %<()%> ?)ogiltig anvÃ¤ndning av metodvÃ¤rde som argument till Offsetofogiltig anvÃ¤ndning av icke-l-vÃ¤rde-vektorogiltig anvÃ¤ndning av icke-statisk datamedlem %qDogiltig anvÃ¤ndning av icke-statisk medlemsfunktion %qDogiltig anvÃ¤ndning av icke-statisk medlemsfunktion av typen %qTogiltig anvÃ¤ndning av icke-statisk datamedlem %qEogiltig anvÃ¤ndning av paketexpansionsuttryckogiltig anvÃ¤ndning av platshÃ¥llaren %qTogiltig anvÃ¤ndning av kvalificerat namn %<%D::%D%>ogiltig anvÃ¤ndning av kvalificerat namn %<%T::%D%>ogiltigt anvÃ¤ndning av kvalificerat namn %<::%D%>ogiltig anvÃ¤ndning av post med flexibel vektormedlemogiltigt standardargument fÃ¶r mallmallparameter %qTogiltig anvÃ¤ndning av malltypparameter %qTogiltig anvÃ¤ndning av mall-id %qD i deklaration av primÃ¤r mallogiltig anvÃ¤ndning av mallnamnet %qE utan en argumentlistaogiltigt anvÃ¤ndning av typfelaktig anvÃ¤ndning av typen %<void%> i en parameterdeklarationogiltigt anvÃ¤ndning av typ %qT som standardvÃ¤rde fÃ¶r en mallmallparameterogiltig anvÃ¤ndning av unÃ¤rt %<*%> pÃ¥ pekare till medlemogiltig anvÃ¤ndning av odefinierad typ %qTogiltig anvÃ¤ndning av void-uttryckogiltig anvÃ¤ndning av volatilt l-vÃ¤rde inuti en %<transaction_safe%>-funktionogiltig anvÃ¤ndning volatilt l-vÃ¤rde inuti transaktionogiltig anvÃ¤ndardefinierad konvertering frÃ¥n %qT till %qTogiltig vÃ¤rdeinitiering av referenstyperogiltig resultattyp i vektorjÃ¤mfÃ¶relseogiltig vektortyp fÃ¶r attributet %qEogiltigt versionsnummer %qsogiltig warm-funktion fÃ¶r Ã¥terstÃ¤llningsattributogiltig nollextraktioninverterat skivintervallio_kind_name(): felaktig I/O-sortipa-inline-sammanfattning saknas i indatafilipa-referenssammanfattning saknas i ltrans-enhetis_c_interoperable(): gfc_simplify_expr misslyckadesden Ã¤r definierad som en pekare i en annan adressrymd i en annan Ã¶versÃ¤ttningsenhetden Ã¤r definierad som en pekare till en annan typ i en annan Ã¶versÃ¤ttningsenhetdet mÃ¥ste vara en pekare-till-medlem pÃ¥ formen %<&X::Y%>det mÃ¥ste vara adressen till en funktion med extern lagringsklassdet mÃ¥ste vara namnet pÃ¥ en funktion med extern lagringsklassobjekt i READiterationsvariabel i snabb upprÃ¤kning Ã¤r inte ett objektiteration %s orsakar odefinierat beteendeiterationsvariabel %qD fÃ¥r inte vara firstprivateiterationsvariabel %qD skall inte vara reductioniterationsvariabel %qE Ã¤r fÃ¶rutbestÃ¤mt linjÃ¤rinstansvariabel %qE skall vara privatiterationsvariabel %qE fÃ¥r inte vara firstprivateiterationsvariabel %qE fÃ¥r inte vara lastprivateinstansvariabel %qE fÃ¥r inte vara linjÃ¤rinstansvariabel %qE fÃ¥r inte vara privatiterationsvariabel %qE fÃ¥r inte vara reductioninstansvariabeln kan inte vara volatiliteratorvariabeldess dest_idx borde vara %d, inte %divar %qs anvÃ¤nd av %<@synthesize%>-deklaration skall vara en befintlig ivariwmmxt-abi krÃ¤ver en CPU som klarar iwmmxtiwmmxt krÃ¤ver ett AAPCS-kompatibelt ABI fÃ¶r att fungera riktigthopp in i rÃ¤ckvidd fÃ¶r identifierare med variabel typhopp in i satsuttryckhoppar Ã¶ver variabelinitieringhopp till case-etiketthopp till etikett %qDskrÃ¤p vid slutet av #pragma %sskrÃ¤p vid slutet av #pragma ADDRESSskrÃ¤p vid slutet av #pragma GCC memregs [0..16]skrÃ¤p vid slutet av #pragma __nostandardskrÃ¤p vid slutet av #pragma __standardskrÃ¤p vid slutet av #pragma ghs endsdaskrÃ¤p vid slutet av #pragma ghs endtdaskrÃ¤p vid slutet av #pragma ghs endzdaskrÃ¤p vid slutet av #pragma ghs interruptskrÃ¤p vid slutet av #pragma ghs-sektionskrÃ¤p vid slutet av #pragma ghs startsdaskrÃ¤p vid slutet av #pragma ghs starttdaskrÃ¤p vid slutet av #pragma ghs startzdaskrÃ¤p vid slutet av #pragma longcallskrÃ¤p vid slutet av %<#pragma %s%>skrÃ¤p vid slutet av %<#pragma GCC pch_preprocess%>skrÃ¤p vid slutet av %<#pragma GCC visibility%>skrÃ¤p vid slutet av %<#pragma align%>skrÃ¤p vid slutet av %<#pragma fini%>skrÃ¤p vid slutet av %<#pragma init%>skrÃ¤p vid slutet av %<#pragma message%>skrÃ¤p vid slutet av %<#pragma pack%>skrÃ¤p vid slutet av %<#pragma pop_options%>skrÃ¤p vid slutet av %<#pragma push_options%>skrÃ¤p vid slutet av %<#pragma redefine_extname%>skrÃ¤p vid slutet av %<#pragma reset_options%>skrÃ¤p vid slutet av %<#pragma weak%>skrÃ¤p vid slutet av â€�#pragma extern_modelâ€�skrÃ¤p vid slutet av â€�#pragma ms_structâ€�skrÃ¤p vid slutet av â€�#pragma optionsâ€�skrÃ¤p vid slutet av â€�#pragma unusedâ€�nyckelordet %<export%> Ã¤r inte implementerat och kommer ignorerasnyckelordet %<typename%> Ã¤r inte tillÃ¥tet i detta sammanhang (en kvalificerad medlemsinitierare Ã¤r implicit en typ)nyckelordet %<typename%> Ã¤r inte tillÃ¥tet i detta sammanhang (basklassen Ã¤r implicit en typ)nyckelordet %<typename%> Ã¤r inte tillÃ¥tet utanfÃ¶r mallaretikett etikett %q+D Ã¤r deklarerad men inte definieradetikett %q+D Ã¤r definierad men inte anvÃ¤ndetikett %q+D anvÃ¤nd men Ã¤r inte definieradetikett %qD Ã¤r definierad hÃ¤retikett %qE Ã¤r refererad till utanfÃ¶r nÃ¥gon funktionetikett vid slutet av sammansatt satsetikett med namnet wchar_tetikettens kontext Ã¤r inte den aktuella funktionsdeklarationenlambdafÃ¥ngstinitierare Ã¤r endast tillgÃ¤ngliga med -std=c++14 eller -std=gnu++14lambdauttryck Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11lambda i lokal klass %q+T kan inte fÃ¥nga variabler frÃ¥n det omgivande sammanhangetlambdamallar Ã¤r endast tillgÃ¤ngliga med -std=c++14 eller -std=gnu++14lambdauttryck i ett konstantuttrycklambdauttryck i mallargumentlambdauttryck i oevaluerat sammanhangbana %wd utanfÃ¶r intervallet %wd - %wdlang_*-kontroll: misslyckades i %s, vid %s:%dsprÃ¥k %s kÃ¤nns inte igensprÃ¥kstrÃ¤ng %<â€�%Eâ€�%> kÃ¤nns inte igenstor fixdecimalskonstant implicit trunkerad till fixdecimaltypstort heltal implicit trunkerat till teckenlÃ¶s typsista argumentet mÃ¥ste vara en omedelbarld returnerade avslutningsstatus %dvÃ¤nstra argumentet mÃ¥ste vara en skivavÃ¤nstra operanden till %<->*%> mÃ¥ste vara en pekare pÃ¥ en klass, men Ã¤r en pekare pÃ¥ en medlem av typen %qTvÃ¤nstra operanden av kommaoperator kan inte lÃ¶sa upp adress till Ã¶verlagrad funktionvÃ¤nster operand av kommaoperator har ingen effektvÃ¤nstra operanden av kommaoperator Ã¤r en referens, inte ett anrop, till funktion %qEvÃ¤nster operand av skiftuttrycket %q+E Ã¤r negativvÃ¤nsterprecisionvÃ¤nsterprecision i strfmon-formatlÃ¤ngd att rotera till vÃ¤nster â‰¥ storleken pÃ¥ typenlÃ¤ngd att rotera till vÃ¤nster Ã¤r negativvÃ¤nstershiftoperanden â‰¥ storleken pÃ¥ typenvÃ¤nstershiftoperanden â‰¥ storleken pÃ¥ vektorelementetvÃ¤nstershiftoperanden Ã¤r negativvÃ¤nsterskift med negativt vÃ¤rdevÃ¤nster operand av kommauttryck har ingen effektvÃ¤nsterhandssida av tilldelning kan vara en kandidat fÃ¶r ett formatattributlen Ã¤r stÃ¶rre Ã¤n caplÃ¤ngden %qE Ã¶ver storleken pÃ¥ vektorsektionen i en %qs-klausullÃ¤ngden %qE i vektorsektion har inte heltalstyplÃ¤ngder stÃ¤mmer inte mellan vÃ¤nstersida och hÃ¶gersidalÃ¤ngden stÃ¤mmer inte i uttrycklÃ¤ngdmodifierarelÃ¤ngdmodifierare i printf-formatlÃ¤ngdmodifierare i scanf-formatlÃ¤ngdmodifierare i strfmon-formatlÃ¤ngden i vektornotationstrippel Ã¤r inte ett heltalen lÃ¤ngd behÃ¶vs nÃ¤r en skiva allokerastecknet %c upptÃ¤cktes och instruktionen var inte CONST_INTbibliotek: %s
! biblioteksfunktion %q#D omdeklarerad som icke-funktion %q#Dbiblioteket lib%s finns integrÃ¤nsen Ã¤r %u byte, men argumentet Ã¤r %sgrÃ¤nsen Ã¤r %u byte, men argumentet kan vara sÃ¥ stort som %slinjÃ¤r klausul tillÃ¤mpad pÃ¥ en variabel som inte Ã¤r heltal och inte pekare med typen %qTen linjÃ¤r klausul anvÃ¤nd pÃ¥ variabel som inte Ã¤r heltal och inte pekare med typen %qTlinjÃ¤r klausul tillÃ¤mpad pÃ¥ en variabel som inte Ã¤r heltals-, flyttals- eller pekarvariabel med typen %qTen linjÃ¤r klausul anvÃ¤nd pÃ¥ variabel som inte Ã¤r heltal, inte flyttal och inte pekare med typen %qTlinjÃ¤r klausul med modifieraren %qs tillÃ¤mpad pÃ¥ en variabel som inte Ã¤r en referens med typen %qTett linjÃ¤rt steguttryck mÃ¥ste vara ett heltallistinitierare fÃ¶r en typ som inte Ã¤r en klass fÃ¥r inte vara inom parenteserliterala operatorsuffix som inte fÃ¶regÃ¥s av %<_%> Ã¤r reserverade fÃ¶r framtida standardiseringden literala operatormallen %q+D stÃ¥r i konflikt med den rÃ¥a literala operatorn %qDden literala operatormallen %qD har ogiltig parameterlista.  Ett mallargument som inte Ã¤r en typ pack <char...> fÃ¶rvÃ¤ntadesden literala operatormallen %qD har ogiltig parameterlista.  Ett mallargument som inte Ã¤r en typ pack <char...> eller <typename CharT, CharT...> fÃ¶rvÃ¤ntadesliteral operator med C-lÃ¤nkninglo_sum inte frÃ¥n registerlokal klass %q#T skall inte ha statisk datamedlem %q#Dlokal deklaration av %qE dÃ¶ljer instansvariabellokala symboler mÃ¥ste vara definieradelokal variabel %qD fÃ¥r inte fÃ¶rekomma i detta sammanhangbehovet av minne fÃ¶r lokala variabler Ã¶verskrider kapacitetenplatsreferensblock som inte Ã¤r i blocktrÃ¤dlogiskt %<and%> anvÃ¤nt pÃ¥ en icke-boolesk konstantlogiskt %<and%> mellan lika uttrycklogiskt %<and%> mellan Ã¶msesidigt uteslutande tester Ã¤r alltid falsktlogiskt %<or%> anvÃ¤nt pÃ¥ en icke-boolesk konstantlogiskt %<or%> av tillsammans uttÃ¶mmande tester Ã¤r alltid santlogiskt %<or%> mellan lika uttrycklogiskt icke tillÃ¤mpas endast pÃ¥ vÃ¤nstersidan av jÃ¤mfÃ¶relsenlogical_to_bitwise(): Felaktig inbyggdlong, short, signed eller unsigned anvÃ¤nd felaktigt fÃ¶r %qsuppslagning av %qT i %qT Ã¤r tvetydigslinga %d:s huvud tillhÃ¶r inte direkt till denslinga %d:s huvud har inte exakt 2 posterslinga %d:s huvud Ã¤r inte ett slinghuvudslinga %d:s koppling tillhÃ¶r inte direkt till denslinga %d:s koppling har inte en bÃ¥ge som huvudslinga %d:s koppling har inte exakt 1 efterfÃ¶ljareslinga %d:s koppling har inte huvud som efterfÃ¶ljareslinga %d:s koppling Ã¤r markerad som en del av an oreducerbar regionslinga %d:s koppling domineras inte av dess huvudslingan anvÃ¤nder OpenACC-parallellism som Ã¤r otillÃ¥tet av den omgivande rutinenslingverifiering pÃ¥ slingtrÃ¤det som behÃ¶ver upprÃ¤ttningslinga med huvud %d markerad fÃ¶r att tas bortslinga med huvud %d Ã¤r inte i slingtrÃ¤dfriare throw-specificerare fÃ¶r %q+#Fnedre grÃ¤nsen %qE Ã¶ver storleken pÃ¥ vektorsektionen i en %qs-klausulundre grÃ¤nsen %qE i vektorsektion har inte heltalstypundre grÃ¤ns i case-etikettintervall underskrider minsta vÃ¤rdet fÃ¶r sin typlp_array stÃ¤mmer inte med region_treelp_array Ã¤r trasig fÃ¶r region %ilseek misslyckades nÃ¤r exportdata lÃ¤steslto_obj_file_open() misslyckadesl-vÃ¤rde krÃ¤vs som operand till minskningl-vÃ¤rde krÃ¤vs som operand till Ã¶kningl-vÃ¤rde krÃ¤vs som vÃ¤nstra operand i tilldelningl-vÃ¤rde krÃ¤vs som operand till unÃ¤r %<&%>l-vÃ¤rde krÃ¤vs i asm-satsmaskinoberoende inbyggd kod utanfÃ¶r intervalletmakronamn saknas efter %qsmake_generic(): Kan inte hitta den generiska symbolen %qsgÃ¶r fler kloner av %qDfelformaterat #pragma ADDRESS variabel adressfelformaterat #pragma GCC visibility pushfelformaterat #pragma builtinfelformaterat #pragma ghs sectionfelformaterat #pragma redefine_extname, ignorerasfelformaterat #pragma weak, ignorerasfelformaterat %<#pragma %s%>, ignorerasfelformaterat %<#pragma %s%>, ignorerarfelformaterat %<#pragma align%>felformaterat %<#pragma align%>, ignorerasfelformaterat %<#pragma fini%>felformaterat %<#pragma fini%>, ignorerasfelformaterat %<#pragma init%>felformaterat %<#pragma init%>, ignorerasfelformaterat %<#pragma message%>, ignorerasfel utformat %<#pragma pack%> - ignorerasfel utformat %<#pragma pack(pop[, id])%> - ignorerasfel utformat %<#pragma pack(push[, id][, <n>])%> - ignorerasfelformaterat â€�#pragma __extern_prefixâ€�, ignorerarfelformaterat â€�#pragma extern_modelâ€�, ignorerasfelformaterat â€�#pragma member_alignmentâ€�felformaterat â€�#pragma member_alignmentâ€�, ignorerasfelformaterat â€�#pragma ms_struct {on|off|reset}â€�, ignorerasfelformaterat â€�#pragma ms_structâ€�, ignorerasfelformaterat â€�#pragma options align={mac68k|power|reset}â€�>, ignorerasfelformaterat â€�#pragma optionsâ€�, ignorerasfelformaterad COLLECT_GCC_OPTIONSfelformaterad flagga -fplugin-arg-%s (saknat -<nyckel>[=<vÃ¤rde>])felaktig ptx-filfelaktiga specifikationsfunktionsargumentfelaktigt specifikationsfunktionsnamnfelaktigt mÃ¥l %sfelformad mÃ¥l-%s-lista %qsfelaktigt mÃ¥lvÃ¤rde %sdet manglade namnet fÃ¶r %qD kommer Ã¤ndras i C++17 eftersom undantagsspecifikationen Ã¤r en del av funktionstypenmanglar %Cmanglar __underlying_typemanglar typeof, anvÃ¤nd decltype istÃ¤lletmanglar okÃ¤nd fixdecimaltypen avbildning kan endast att jÃ¤mfÃ¶ras med nilavbildningsfÃ¤ltet %qE med variabel lÃ¤ngds postmask mÃ¥ste vara en omedelbarmatch_attr_spec(): Felaktigt attributmatch_level_4(): Felaktig operatormatch_string_constant(): AvgrÃ¤nsare finns intematchningsbegrÃ¤nsning tillÃ¥ter inte ett registermatchningsbegrÃ¤nsningen inte en giltig utdataoperandmatchningsbegrÃ¤nsning refererar ogiltigt operandnummermaxgrÃ¤ns pÃ¥ %d namnrymder sÃ¶kta %qEmaximalt antal vektorer per scop.maximalt antal grundblock per funktion att analyseras av Graphite.maximala antalet isl-operationer, 0 betyder obegrÃ¤nsatmaximalt antal parameter i en SCoP.maximumvÃ¤rde pÃ¥ parameter %qs Ã¤r %ufÃ¥r inte anvÃ¤nda bÃ¥de -EB och -ELgÃ¥r inte att anvÃ¤nda bÃ¥de -m32 och -m64mduc-register sparas endast fÃ¶r mÃ¥let G13mediafunktioner Ã¤r inte tillgÃ¤ngliga om inte -mmedia anvÃ¤ndsminnesinitierare fÃ¶r %qD fÃ¶ljer en konstruerardelegeringmedlem %q+#D med konstruerare inte tillÃ¥ten i anonymt aggregatmedlem %q+#D med konstruerare inte tillÃ¥ten i unionmedlem %q+#D med kopieringstilldelningsoperator Ã¤r inte tillÃ¥ten i anonymt aggregatmedlem %q+#D med kopieringstilldelningsoperator inte tillÃ¥ten i unionmedlem %q+#D med destruerare inte tillÃ¥ten i anonymt aggregatmedlem %q+#D med destruerare inte tillÃ¥ten i unionmedlem %q+D kan inte deklareras som en %<mutable%> referensmedlemmen %q+D kan inte bÃ¥de deklareras %<const%> och %<mutable%>medlem %qD kan inte deklareras bÃ¥de %<virtual%> och %<constexpr%>medlem %qD kan inte deklareras bÃ¥de %<virtual%> och %<static%>medlem %qD stÃ¥r i konflikt med fÃ¤ltnamn i tabell Ã¶ver virtuella funktionermedlem %qD deklarerad som vÃ¤n fÃ¶re typ %qT definierasmedlem %qD i endast lÃ¤sbart objekt anvÃ¤nt som %<asm%>-utdatamedlem %qD Ã¤r oinitierad referensmedlemmen %qD mÃ¥ste initieras av en mem-initierare i %<constexpr%>-konstrueraremedlem %qD med oinitierade referensfÃ¤ltmedlemsfunktioner Ã¤r implicit vÃ¤nner till sin klassmedlemsmallen %qD kan inte ha virt-specificeraremedlemmar av en explicit specialiserad klass definieras utan ett mallhuvudminnesÃ¥tkomstkontrollen misslyckas alltidminnesallokering misslyckades nÃ¤r exportdata lÃ¤stesminnesindata %d Ã¤r inte direkt adresserbarminnesreferens fÃ¶rvÃ¤ntas fÃ¶r utmatningsmodifieraren â€�Sâ€�metoden %<%c%E%> deklarerad %<@optional%> och %<@required%> samtidigtmetoden %s%s%s Ã¤r mÃ¤rkt go:nointerfacemetoden %s%s%s krÃ¤ver en pekarmottagaremetodargumentsattribut finns inte i Objective-C 1.0metodattribut finns inte i Objective-C 1.0metodattribut kan inte anges i @implementation-kontextmetodattribut mÃ¥ste anges pÃ¥ slutetmetodattribut mÃ¥ste anges endast i slutetmetoddeklaration som inte Ã¤r i @interface-kontextmetod deklarerad %qE Ã¥sidosÃ¤tter %qE-metodmetoddefinition fÃ¶r %<%c%E%> finns intemetoddefinition som inte Ã¤r i @implementation-kontextmetoden Ã¥sidosÃ¤tter bÃ¥de metoderna %<transaction_pure%> och %qEmetod saknar kanske ett [super dealloc]-anropmetodtypen stÃ¤mmer inte med objekttypenen metod med inkompatibel typ definierad i en annan Ã¶versÃ¤ttningsenhetmin partitionsstorlek kan inte vara stÃ¶rre Ã¤n max partitionsstorlekmaximalt antal slingor per funktion att analyseras av Graphite.minimumvÃ¤rde pÃ¥ parameter %qs Ã¤r %umio_array_ref(): OkÃ¤nd vektorreferensfunktionsprofilering fÃ¶r mips16fel i antalet argument till inbyggd %qF.  FÃ¶rvÃ¤ntades: %d fick %dargumentpaketlÃ¤ngder stÃ¤mmer inte Ã¶verens vid expansion av %<%E%>argumentpaketlÃ¤ngder stÃ¤mmer inte Ã¶verens vid expansion av %<%T%>argumenten stÃ¤mmer inte Ã¶verensdeklarationer som inte stÃ¤mmer Ã¶verens under optimeringar vid lÃ¤nktillfÃ¤lletoperator som inte stÃ¤mmer i vikningsuttrycktypen pÃ¥ operander i jÃ¤mfÃ¶relse stÃ¤mmer inte Ã¶verensparenteserna stÃ¤mmer inte Ã¶verensfelplacerad Objective-C++-konstruktion %<@%D%>saknad slingoptimering, slingrÃ¤knaren kan spilla Ã¶versaknar numerisk $-operand i formatstrÃ¤ng%<(%> saknas efter %<#pragma GCC visibility push%> - ignorerasâ€�%<(%> saknas efter %<#pragma pack%> - ignoreras%<=%> saknas (efter attributet %<getter%>)%<=%> saknas (efter attributet %<setter%>)saknat attribut %<target%> fÃ¶r flerversioners %Dâ€�(â€� saknas efter â€�#pragma unusedâ€�, ignorerasâ€�)â€� saknas efter â€�#pragma unusedâ€�, ignorerasPHI-definition saknasREG_EH_REGION-notering saknas i slutet av gb %i[big-endian|little-endian|default] saknas efter %<#pragma scalar_storage_order%>[error|warning|ignored|push|pop] saknas efter %<#pragma GCC diagnostic%>arkitekturnamn saknas i %<-march=%s%>arkitekturnamn saknas i â€�archâ€�-mÃ¥let %sargument saknas till %qsbarriÃ¤r saknas efter block %iklamrar saknas runt initierareklamrar saknas runt initierare fÃ¶r %qTanropsgrafsbÃ¥ge saknas fÃ¶r anropssats:avslutande klammer fÃ¶r namngiven operand saknasslutparentes saknassaknad samling i snabb upprÃ¤kningstyrpredikat saknascpu-namn saknas i %<-mcpu=%s%>cpu-namn saknas i %<-mtune=%s%>cpu-namn saknas till â€�cpuâ€�-mÃ¥let %sdefinition saknasenhet eller arkitektur saknas efter %qsbÃ¥ge saknas %i->%ifunktionsmodifierare saknas till mÃ¥let %s %qsfilnamn saknas efter %qsutfyllnadstecken saknas vid slutet av strfmon-formatutelÃ¤mnat Ã¶kningsuttryckinitierare saknas fÃ¶r fÃ¤lt %qD i %qTinitierare saknas fÃ¶r medlem %qDslingvillkor saknas i slinga med %<GCC ivdep%>-pragmamakefile-mÃ¥l saknas efter %qsmetoden saknas %s%s%stal saknasstartparentes saknasoperand saknasalternativ saknas efter %<#pragma GCC diagnostics%> sortsÃ¶kvÃ¤g saknas efter %qsvaktpost saknas i funktionsanropmallargument saknasmallargument saknas efter %qTavslutande %c-tecken saknastypnamn saknas i typedef-deklarationatt blanda deklarationer och funktionsdefinitioner Ã¤r fÃ¶rbjudetblandning av olika typer av symboler i samma comdat-grupper stÃ¶djs intelÃ¤ge %qs applicerat pÃ¥ olÃ¤mplig typlÃ¤gesstorleken pÃ¥ resultat av icke-heltalstyp stÃ¤mmer inte med fÃ¤ltstorleken pÃ¥ BIT_FIELD_REFÃ¤ndring av %qE Ã¤r inte ett konstant uttryckmodifierare skall inte anges i %<linear%>-klausul pÃ¥ %<simd%>- eller %<for%>-konstruktionermodulnatur i USE-sats vid %Cmer Ã¤n %d operander i %<asm%>mer Ã¤n en %<depend(source)%>-klausul pÃ¥ en %<ordered%>-konstruktionmer Ã¤n ett â€�crtlâ€�-direktivmer Ã¤n en Ã¥tkomstspecifikation i basspecificeradeattributen ms_abi och sysv_abi Ã¤r inte kompatiblaattributet ms_hook_prologue Ã¤r inte kompatibelt med -mfentry i 32-bitslÃ¤gems_hook_prologue Ã¤r inte kompatibelt med nÃ¤stade funktionermsp430_select_hwmult_lib behÃ¶ver ett eller flera argumentflerdimensionell vektor mÃ¥ste ha grÃ¤nser fÃ¶r alla dimensioner utom den fÃ¶rstamultilib-undantag %qs Ã¤r ogiltigtmultilib-undantag %qs Ã¤r ogiltigamultilib-val %qs %qs Ã¤r ogiltigtmultilib-val %qs Ã¤r ogiltigtmultilib-specifikation %qs Ã¤r ogiltigflera flaggor -mcpu= angivna.multipla EH-personligheter stÃ¶djs endast med assemblerare som stÃ¶djer direktivet .cfi.personality.flera deklarationer i intervallbaserad %<for%>-slingaflera default-etiketter i en switchfler definitioner av %q#Tflera snabba avbrottsrutiner sedda: %qE och %qEflera fÃ¤lt i unionen %qT initieradeflera funktionstypsattribut angivnaflera varmt/kallt-Ã¶vergÃ¥ngar funna (gb %i)flera initieringar givna fÃ¶r %qDflera initieringar givna fÃ¶r basen %qTflera inline-anropareflera avbrottsattribut Ã¤r inte tillÃ¥tetflera avbrottsattribut till funktionen %qDflera iterationsvariabler i snabb upprÃ¤kningmultipla slingaxlar angivna fÃ¶r rutinenmultipla metoder med namnet %<%c%E%> funnamultipla nÃ¤stade typattribut till funktionen %qDflera parametrar med namnet %qDflera gÃ¤llande definitioner fÃ¶r %qEupprepade ref-kvalificerareflera registersparattribut till funktionen %qDmultipla vÃ¤ljare med namnet %<%c%E%> funnaflera lagringsklasser i deklaration av %qsflera lagringsklasser i deklarationsspecificerareflera typer i en deklarationmultipla virtuella PHI-noder i GB %dflervÃ¤rt argument i sammanhang fÃ¶r enstaka vÃ¤rdeflervÃ¤rt funktionsanrop i sammanhang fÃ¶r enstaka vÃ¤rdemultiplikationsalternativet implicerar att r%d Ã¤r fixtmultiversionering behÃ¶ver ifunc som inte stÃ¶djs pÃ¥ detta mÃ¥lmÃ¥ste ha#include <typeinfo> fÃ¶r anvÃ¤ndande av typeidman mÃ¥ste anvÃ¤nda %<.*%> eller %<->*%> fÃ¶r att anropa en pekare-till-medlems-funktion i %<%E (...)%>, t.ex. %<(... ->* %E) (...)%>muterbar %qD Ã¤r inte anvÃ¤ndbart i ett konstant uttryckmystisk fÃ¶rrÃ¥dsinformation i %sattributet naked Ã¤r bara tillÃ¤mpligt pÃ¥ funktionernamnet %qD anvÃ¤nt i en designerad initierare i GNU-stil fÃ¶r en vektornamnet %qT har ofullstÃ¤ndig typnamnuppslagning av %qD Ã¤ndradesnamnuppslagning av %qD Ã¤ndrad fÃ¶r rÃ¤ckvidd i %<for%> enligt ISOnamn saknas pÃ¥ medlemsfunktionnamn pÃ¥ klass skuggar mallmallparameter %qDnamn anvÃ¤nt i en designerad initierare i GNU-stil fÃ¶r en vektornamngivna returvÃ¤rden stÃ¶djs inte lÃ¤ngregick in i namnrymden %qDnamnrymd %qD Ã¤r inte tillÃ¥ten i using-deklarationnamnrymdsalias %qD inte tillÃ¥tet hÃ¤r, antar %qDanonyma aggregat med namnrymdsrÃ¤ckvidd mÃ¥ste vara statiskaavsmalnande konvertering av %qE frÃ¥n %qT till %qT inuti { }avsmalnande konvertering av %qE frÃ¥n %qT till %qT inuti { } Ã¤r felaktig i C++11%<typename%> behÃ¶vs fÃ¶re %<%T::%E%> fÃ¶r att %qT Ã¤r en beroende rÃ¤ckvidd%<typename%> behÃ¶vs fÃ¶re %qE fÃ¶r att %qT Ã¤r en beroende rÃ¤ckviddexplicit konvertering behÃ¶vsen explicit konvertering behÃ¶vs, metoden %s%s%s saknasnegativ instruktionslÃ¤ngdnegativt heltal implicit konverterat till teckenlÃ¶s typnegativ lÃ¤ngd i vektorsektion i en %qs-klausulnegativ nedre grÃ¤ns i vektorsektion i %qs-klausulnegativt nÃ¤stningsdjup fÃ¶r region %inegativt skiftantalnegativ bredd i bitfÃ¤lt %q+Dnegativ storlek i bitfÃ¤lt %qsvarken destrueraren eller den klasspecifika operatorn delete [] kommer anropas, Ã¤ven om de Ã¤r deklarerade nÃ¤r klassen definierasvarken destrueraren eller den klasspecifika operatorn delete kommer anropas, Ã¤ven om de Ã¤r deklarerade nÃ¤r klassen definierasnÃ¤stade assemblerdialektalternativnÃ¤stad extern-deklaration av %qDnÃ¤stad funktion %q+D Ã¤r deklarerad men aldrig definieradnÃ¤stad funktion %qE Ã¤r deklarerad %<extern%>nÃ¤stad funktion %qs Ã¤r deklarerad %<extern%>nÃ¤stade funktionstrampoliner stÃ¶djs inte fÃ¶r denna mÃ¥larkitekturnÃ¤stade funktioner stÃ¶djs inte pÃ¥ denna mÃ¥larkitekturnÃ¤stad identifierare behÃ¶vsnÃ¤stad namnspecificerare %qT fÃ¶r enum-deklaration som inte namnger en klass eller namnrymdnÃ¤stade namnrymdsdefinitioner Ã¤r endast tillgÃ¤ngliga med -std=c++1z eller -std=gnu++1znÃ¤stad omdefinition av %<enum %E%>nÃ¤stad omdefinition av %<struct %E%>nÃ¤stad omdefinition av %<union %E%>new kan inte anvÃ¤ndas pÃ¥ en funktionstypnew kan inte anvÃ¤ndas pÃ¥ en referenstypny deklaration av %q#D gÃ¶r inbyggd deklaration %q#D tvetydignya typer fÃ¥r inte definieras i en returtypnew_symbol(): Symbolnamnet Ã¤r fÃ¶r lÃ¥ngtnÃ¤sta medlem %q#D Ã¤r deklarerad hÃ¤ringen %<%D(int)%> deklarerad fÃ¶r postfix %qsingen %<%D(int)%> deklarerad fÃ¶r postfix %qs, fÃ¶rsÃ¶ker med prefixoperator istÃ¤lletingen metod %<%c%E%> funneningen medlemsfunktion %q#D deklarerad i klassen %qTnÃ¥gon %qs-hÃ¤mtare finns inteingen FUNCTION_PROFILER fÃ¶r CRISinget filnamn fÃ¶r LTRANS-utdatalista angivetinga argumentinga argument till spec-funktioninget attribut kan anvÃ¤ndas pÃ¥ en explicit instansieringinget klassnamn angivet med %qsingen klassmall med namnet %q#T i %q#Tingen avslutande %<]%> till %<%%[%>-formatingen avslutande klammeringen kontext fÃ¶r att lÃ¶sa upp typen pÃ¥ %qEingen motsvarande avallokeringsfunktion fÃ¶r %qDingen datatyp fÃ¶r lÃ¤ge %qsingen deklaration av egenskapen %qs finns i grÃ¤nssnittetinget standardargument fÃ¶r %qDingen beskrivning Ã¤nnu.inget fÃ¤lt %qD finns i unionen som initierasingen immediate_use-listainga indatafileringa indatafiler; kommer inte skriva utdatafileringen heltalstyp kan representera alla upprÃ¤kningsvÃ¤rdena i %qTinga lÃ¥ga register tillgÃ¤ngliga fÃ¶r att poppa hÃ¶ga registeringen matchning fÃ¶r ingen trÃ¤ff fÃ¶r anrop till %<(%T) (%A)%>ingen match som konverterar funktionen %qD till typen %q#Tdet finns inget matchande koncept fÃ¶r mallintroduktioneningen matchande fixdecimalÃ¶verlagring funnen fÃ¶r %qsingen funktion som stÃ¤mmer fÃ¶r anrop av %<%D(%A)%>ingen matchande funktion fÃ¶r anrop av %<%T::%E(%A)%#V%>ingen matchande funktion fÃ¶r anrop av %<%T::operator %T(%A)%#V%>ingen funktion som stÃ¤mmer fÃ¶r anrop av %<%s(%A)%>ingen matchande push fÃ¶r %<#pragma GCC visibility pop%>det finns ingen matchande mall fÃ¶r %qDingen medlemsfunktion %qD Ã¤r deklarerad i %qTinga medlemmar matchar %<%T::%D%> i %q#Tingen post-minskningsoperator fÃ¶r typeningen post-Ã¶kningsoperator fÃ¶r typeningen pre-minskningsoperator fÃ¶r typeningen pre-Ã¶kningsoperator fÃ¶r typeningen tidigare deklaration av %qDingen tidigare prototyp fÃ¶r %qDingen processortyp angiven fÃ¶r lÃ¤nkningingen profilering av 64-bitskod fÃ¶r detta ABIinget register i adressingen retursats i funktion som returnerar icke-voidinga retursatser i funktion som returnerar %qTingen klass fÃ¶r %s-stab (0x%x)inget semikolon vid slutet av post eller unioningen passande %<operator %s%> fÃ¶r %qTingen lÃ¤mplig %qD i klassen %qTingen superklass deklarerad i @interface fÃ¶r %qEingen superklass deklarerad i grÃ¤nssnittet fÃ¶r %qEingen typ med namnet %q#T i %q#Tingen typ eller lagringsklass kan anges hÃ¤r,inga oexpanderade parameterpack i binÃ¤r foldingen unik slutlig ersÃ¤ttare fÃ¶r %qD i %qTinga giltiga klausuler angivna i %<#pragma acc declare%>noden skiljer frÃ¥n node->decl->decl_with_vis.symtab_nodenoden har body_removed men Ã¤r en definitionnoden har okÃ¤nd typnoden Ã¤r ett alias men inte en definitionnoden Ã¤r ett alias men inte ett implicit aliasnoden Ã¤r ensam i en comdat-gruppnoden Ã¤r analyserad men den Ã¤r inte en definitionnoden Ã¤r i same_comdat_group-listan men den har ingen comdat_groupnoden Ã¤r transparent_alias men inte ett aliasnoden Ã¤r weakref men inte ett transparent_aliasnod finns inte i hashen av symboltabellassemblernamnnod ej funnen found node->decl->decl_with_vis.symtab_nodenoder med ej frigjort minne funnanoexcept-uttrycket berÃ¤knas till %<false%> pÃ¥ grund av ett anrop till %qDREAL-argument utan dubbel precision till inbyggd %s vid %Licke-AAPCS-hÃ¤rledd PCS-variantannan pekarinitiering Ã¤n NULL vid %Cicke-OpenACC-konstruktion inuti OpenACC-regionicke-OpenACC-konstruktion inuti OpenACC-rutinundantagshantering vid annat Ã¤n anrop stÃ¤mmer inte Ã¶verensicke-klass-mall %qT anvÃ¤nd utan mallargumentpartiell specialisering som inte Ã¤r en klass eller variabel av %qD Ã¤r inte tillÃ¥tenej kallt grundblock %d domineras av ett block i den kalla partitionen (%d)heltalsargument %u som inte Ã¤r konstant i anrop till funktionen %qEargument 1 till __atomic_always_lock_free Ã¤r inte konstantickekonstant vektor i DATA-sats %Lickekonstant vektorinitierareen ny lÃ¤ngd fÃ¶r en icke-konstant vektor mÃ¥ste anges direkt, inte av en typedefnew-lÃ¤ngden fÃ¶r en icke-konstant vektor mÃ¥ste anges utan parenteserna runt typ-id:tej konstanta sammansatta literaler fÃ¥r inte finnas i ett konstantuttryckicke-konstant villkor i statisk deklarationicke konstant element i konstant CONSTRUCTORej konstant initiering inom klassen Ã¤r felaktig fÃ¶r icke inline statisk medlem %qDej konstant initiering inom klassen av statisk medlem %qDej konstant initieringsuttryck vid %Licke-deklarativ/MEM_REF-vÃ¤nsterhandssida i clobber-satsINTEGER-sorts argument som inte Ã¤r standardargument till inbyggd %s vid %Lodelegitimerad UNSPEC %s (%d) funnen pÃ¥ variabelplatsej borttagen funktion %q+Dargument som inte Ã¤r flyttal i anrop till funktionen %qEargument som inte Ã¤r flyttal i anrop till funktionen %qEicke-funktionen %qD deklarerad som implicit mallicke-funktion i gimple-anropargument 1 till __atomic_is_lock_free Ã¤r inte heltalargument 3 som inte Ã¤r ett heltal i anrop till funktionen %qEminnesmodellsargument %d som inte Ã¤r heltal till %qEoperand som inte Ã¤r heltal anvÃ¤nt med operandkod â€�zâ€�annat Ã¤n heltalstyp i en switch-satsicke-heltal anvÃ¤nt i villkorden icke-lokala variabeln %qD deklarerad %<__thread%> har en icke-trivial destruerareickelokal variabel %qD deklarerad %<__thread%> behÃ¶ver dynamisk initieringicke-slinga med huvud %d Ã¤r inte markerad fÃ¶r att tas borticke-l-vÃ¤rde-vektor i villkorsuttryckicke-medlem %qs kan inte deklareras %<mutable%>icke-medlemsfunktion %qD kan inte ha cv-kvalificerareicke-medlemsfunktion %qD kan inte ha ref-kvalificerareicke-medlemsmalldeklaration av %qDicke-minnesindata %d mÃ¥ste stanna i minnetonÃ¤stad funktion med variabelt modifierad typicke-objektmedlem %qs kan inte deklareras %<mutable%>typen â€�%Tâ€� som inte Ã¤r objective-c kan inte fÃ¥ngasicke-parameter %qs kan inte vara ett parameterpaketicke-pekar-argument till %<__builtin_launder%>ej register som vÃ¤nstersida av binÃ¤r operationicke-register som vÃ¤nstersida av trestÃ¤llig operationicke-register som vÃ¤nstersida av unÃ¤r operationej skalÃ¤r BIT_FIELD_REF, IMAGPART_EXPR eller REALPART_EXPRicke skalÃ¤r typicke-standardsuffix pÃ¥ flyttalskonstanticke-statisk const-medlem %q#D i klass utan en konstruerareickestatisk const-medlem %q#D, kan inte anvÃ¤nda standardtilldelningsoperatornicke-statisk datamedlem %q+D i en union fÃ¥r inte ha referenstyp %qTickestatisk datamedlem %qE deklarerad %<concept%>ickestatisk datamedlem %qE deklarerad %<constexpr%>ej statisk datamedlem deklarerad med platshÃ¥llaren %qTinitierare av datamedlemmar som inte Ã¤r statiska Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11icke-statisk deklaration av %q+D fÃ¶ljer pÃ¥ statisk deklarationicke-statisk initiering av an flexibel vektormedlemicke-statisk referens %q#D i klass utan en konstruerareickestatisk referensmedlem %q#D, kan inte anvÃ¤nda standardtilldelningsoperatornicke-mall %qD anvÃ¤nd som mallicke-malltyp %qT anvÃ¤nd som en mallicke trÃ¥dlokal deklaration av %q#D fÃ¶ljer pÃ¥ trÃ¥dlokal deklarationicke trÃ¥dlokal deklaration av %q+D fÃ¶ljer pÃ¥ trÃ¥dlokal deklarationej toppnivÃ¥ BIT_FIELD_REF, IMAGPART_EXPR eller REALPART_EXPRicketrivial konvertering vid tilldelningicketrivial konvertering i unÃ¤r operationicketriviala designerade initierare stÃ¶djs intepartiell specialisering som inte Ã¤r en typ av %qD Ã¤r inte tillÃ¥tenicke-variabel %qD i deklaration med mer Ã¤n en deklarerare med platshÃ¥llartypCONSTRUCTOR fÃ¶r annat Ã¤n en vektor med elementicke-vektoroperander i vektorjÃ¤mfÃ¶relseickekonstant vektorindex i initierareutgÃ¥ngslistan fÃ¶r slinga %d Ã¤r inte tom, men inga utgÃ¥ngar finns noteradeickelokal etikett icke-null-argument %qD jÃ¤mfÃ¶rt med NULLargument till nonnull har ett ogiltigt vÃ¤rde (argument %lu)nonnull-argument refererar icke-pekar-operand (argument %lu, operand %lu)nonnull-argument med felaktigt operandnummer (argument %lu, operand %lu)attributet nonnull utan argument pÃ¥ en icke-prototypnormalisering kan inte samexistera med skalning
! otillÃ¥ten typkombination i BIT_INSERT_EXPRinte konfigurerad fÃ¶r SPE-ABIinte konfigurerad fÃ¶r instruktionsuppsÃ¤ttningen SPEej konfigurerad med suffix fÃ¶r sysroot-huvudeninte tillrÃ¤ckligt med DO-slingor fÃ¶r %s !$ACC LOOP vid %Linte tillrÃ¤ckligt med DO-slingor fÃ¶r kollapsad %s vid %Linte tillrÃ¤ckligt med argumentinte tillrÃ¤ckligt med argument att returnerainte tillrÃ¤ckligt med for-slingor att kollapsainte tillrÃ¤ckligt med perfekt nÃ¤stade slingorinte tillrÃ¤cklig typinformationinte tillrÃ¤ckligt med variabla argument fÃ¶r att fÃ¥ plats med en vaktpostanmanm: noll-argument dÃ¤r icke-noll krÃ¤vs (argument %lu)nolldestinationspekarenollformatstrÃ¤ngnollpekarenollpekardereferenstal mÃ¥ste vara 0 eller 1antalet argument stÃ¤mmer inte med inbyggd prototypantalet argument stÃ¤mmer inte med prototypenantal gb-noter i instruktionskedjan (%d) != n_basic_blocks (%d)antal komponenter i vektorn inte en tvÃ¥potensantal komponenter i vektorn inte en tvÃ¥potensantal rÃ¤knare Ã¤r %d istÃ¤llet fÃ¶r %dantalet resultat stÃ¤mmer inte med antalet vÃ¤rdenantalet variabler i %<depend(sink)%>-klausulen stÃ¤mmer inte med antalet iterationsvariablerett numeriskt argument till attributet %qE mÃ¥ste vara i intervallet 0..63objc++-cpp-output bÃ¶r undvikas; anvÃ¤nd objective-c++-cpp-output istÃ¤lletobjc-cpp-output bÃ¶r undvikas; anvÃ¤nd objective-c-cpp-output istÃ¤lletobjektet Ã¤r inte en metodobjekt saknas i anvÃ¤ndning av %qEobjektegenskap %qD har inget attribut %<assign%>, %<retain%> eller %<copy%>, antar %<assign%>objekttyp %qT stÃ¤mmer inte med destruerarnamnet ~%qTobjekt med variabel typ fÃ¥r inte ha lÃ¤nkklassobjective-c-metoddeklaration fÃ¶rvÃ¤ntasobjective-c++-meddelandeargument fÃ¶rvÃ¤ntadesobjective-c++-meddelandemottagare fÃ¶rvÃ¤ntadesmetoddeklaration i objective-c++ fÃ¶rvÃ¤ntadesfÃ¶rÃ¥ldrad Maverick-formatkod â€�%câ€�fÃ¶rÃ¥ldrad flagga -I- anvÃ¤nd, anvÃ¤nd -iquote istÃ¤lletfÃ¶rÃ¥ldrad anvÃ¤ndning av designerade initierare med %<:%>fÃ¶rÃ¥ldrad anvÃ¤ndning av designerade initierare utan %<=%>den odr-anvÃ¤nda inline-variabeln %qD Ã¤r inte definieradavlastningskompilatorn %s finns inteindex %qwi till en konstant strÃ¤ng pekar utanfÃ¶r dess grÃ¤nseravstÃ¥nd Ã¶verskrider 16 bytefÃ¶rskjutningen av %qD fÃ¶ljer inte ABI:et och kan Ã¤ndras i en framtida version av GCCavstÃ¥nd till packat bitfÃ¤lt %qD har Ã¤ndrats i GCC 4.4offsetof inom icke-standardlayouttypen %qT Ã¤r odefinieratgammal deklaration av %q#Dgammaldags funktionsdefinitiongammaldags parameterdeklarationer i funktionsdefinition med prototyputelÃ¤mnad mittenoperand till %<?:%> kan inte manglasen av initierarens anropsargument skall vara %<&omp_priv%>en av initieraranropets argument skall vara %<omp_priv%> eller %<&omp_priv%>endast %<distribute%>- eller %<parallel%>-regioner tillÃ¥ts vara strikt inneslutna inuti en %<teams%>-regionendast %<inbranch%>- och %<notinbranch%>-flaggor Ã¤r tillÃ¥tna fÃ¶r %<__simd__%>-attributetendast %u namn gavs nÃ¤r %qT dekomponeras till %wu elementendast 0.0 kan laddas som en omedelbarbara Objective-C-objekttyper kan kvalificeras med ett protokollbara attributet %<fallthrough%> kan anvÃ¤ndas pÃ¥ en tom satsendast konstruerare tar medlemsinitierareendast deklarationer av konstruerare och konverteringsoperatorer kan vara %<explicit%>endast funktionsanrop kan ynglas avendast hÃ¤r som en vÃ¤nendast enkel returtyp %<auto%> kan hÃ¤rledas till %<void%>endast oinitierade variabler kan placeras i en .bss-sektionbara oinitierade variabler kan placeras i sektionen .noinitbara svaga alias stÃ¶djs i denna konfigurationendast nollinitierare Ã¤r tillÃ¥tna i sektionen %qsogenomskinliga vektortyper kan inte initierasen ogenomskinlig enum-specifikation mÃ¥ste anvÃ¤nda en enkel identifierareogenomskinlig enum-specifikation utan namnÃ¶ppning av %s misslyckades: %sÃ¶ppna /dev/zero: %mnÃ¤r LTRANS-utdatafil %s Ã¶ppnades: %mnÃ¤r beroendefil %s Ã¶ppnades: %mvid Ã¶ppnandet av utdatafil %qs: %svid Ã¶ppnandet av utdatafil %s: %moperand %d skall vara en teckenlÃ¶s 3-bitars omedelbaroperand %d skall vara en teckenlÃ¶s 6-bitars omedelbaroperand %d skall vara en teckenlÃ¶s 8-bitars omedelbaroperand 1 skall vara en teckenlÃ¶st 3-bitars omedelbaroperand 1 skall vara ett teckenlÃ¶st 3-bitars vÃ¤rde (I0-I7)operand 2 skall vara ett jÃ¤mnt 3-bitars vÃ¤rde (subreg 0,2,4,6)operand 2 skall vara ett teckenlÃ¶st 3-bitars vÃ¤rde (I0-I7)operand 2 skall vara ett teckenlÃ¶st 3-bitars vÃ¤rde (subreg 0-7)operand 2 skall vara ett teckenlÃ¶st 8-bitars vÃ¤rdeoperand 3 skall vara ett teckenlÃ¶st 3-bitars vÃ¤rde (I0-I7)operand 3 skall vara ett teckenlÃ¶st 8-bitars vÃ¤rdeoperand 4 skall vara ett teckenlÃ¶st 8-bitars vÃ¤rde (0-255)operandbegrÃ¤nsning innehÃ¥ller felaktigt placerat %<+%> eller %<=%>operandbegrÃ¤nsning fÃ¶r %<asm%> skiljer i antal alternativoperanden till sleep-instruktionen mÃ¥ste vara en teckenlÃ¶s 6-bitars kompileringstillfÃ¤lleskonstantoperand Ã¤r inte en villkorskod, ogiltig operandkod â€�%câ€�operand Ã¤r inte en villkorskod, ogiltig operandkod â€�Dâ€�operanden Ã¤r inte en villkorskod, ogiltig operandkod â€�Yâ€�operanden Ã¤r inte ett specifikt heltal, ogiltig operandkod â€�Râ€�operanden Ã¤r inte ett specifikt heltal, ogiltig operandkod â€�râ€�operanden Ã¤r inte ett heltal, ogiltig operandkod â€�Kâ€�operanden Ã¤r inte ett heltal, ogiltig operandkod â€�Râ€�operand Ã¤r inte en justerbar minnesreferens, ogiltig operandkod â€�Hâ€�operanden mÃ¥ste vara en omedelbar av rÃ¤tt storlekoperandnummer saknas efter %%-teckenoperandnummer utanfÃ¶r intervalloperandnummer utanfÃ¶r intervallet i formatoperandnummer angivet fÃ¶r format som inte tar argumentoperandnummer angivet med undertryckt tilldelningoperanden till vikningsuttrycket har inget oexpanderat parameterpaketoperandtypen %qT Ã¤r inkompatibel med argument %d till %qEoperandtyper Ã¤r %qT och %qToperander till %T/%t mÃ¥ste vara reg + const_int:operander till ?: har olika typer %qT och %qToperation pÃ¥ %qE kan vara odefinieradoptimeringsattributet pÃ¥ %qD fÃ¶ljer pÃ¥ en definition men attributet stÃ¤mmer inteattributen fÃ¶r optimeringsnivÃ¥er stÃ¤mmer inteoptimering kan eliminera lÃ¤sningar och/eller skrivningar till registervariablerflaggan %qs Ã¤r giltig fÃ¶r %s men inte fÃ¶r %sflaggan %s stÃ¶djs inte tillsammans med -fopenaccoption(â€�%sâ€�) var redan angivetvalfritt argumentaktiverade flaggor: flaggor eller mÃ¥l saknas efter %qsskickade flaggor: ordered-argument behÃ¶ver ett positivt konstant heltalsuttryckordningsjÃ¤mfÃ¶relse av pekare med heltalet nollordningsjÃ¤mfÃ¶relse av pekare med nollpekareursprungligt %<default%> finns hÃ¤rursprunglig deklaration fanns hÃ¤rursprunglig definition fanns hÃ¤rursprungligen definierad hÃ¤rursprungligen indirekt funktionsanrop beaktas inte fÃ¶r inline:ingursprungligen specificerad hÃ¤rfÃ¶rÃ¤ldralÃ¶s %qs-konstruktionden andra matchen Ã¤r hÃ¤rborde matcha den virtuella metoden %qD men gÃ¶r det inteÃ¥tkomst utanfÃ¶r grÃ¤nserna kan optimeras bortyttre %<__transaction_cancel%> som inte Ã¤r inom en yttre %<__transaction_atomic%>yttre block fÃ¶r region %i Ã¤r felyttre transaktion i %<transaction_may_cancel_outer%>-funktionyttre transaktion i %<transaction_safe%>-funktionyttre transaktion i transaktionutmatningsbegrÃ¤nsning %d kan inte anges tillsammans med Ã¶verskrivning av â€�%sâ€�utmatningsbegrÃ¤nsning %d mÃ¥ste ange ett enskilt registerutmatningsbegrÃ¤nsning %qc fÃ¶r operand %d Ã¤r inte i bÃ¶rjanutdatafilen %s finns redan i mappen %sutdatafilen inte angivenutdatafilnamn angivet tvÃ¥ gÃ¥ngerutmatning nummer %d inte direkt adresserbarutdataoperand %d mÃ¥ste anvÃ¤nda %<&%>-begrÃ¤nsningutdataoperandbegrÃ¤nsningen saknar %<=%>utdataoperand Ã¤r konstant i %<asm%>utmatningsregister mÃ¥ste vara grupperade i toppen pÃ¥ stackenoutput_move_single:spill i vektordimensionspill i konstant uttryckÃ¶verspill i upprÃ¤kningsvÃ¤rdenÃ¶verspill i upprÃ¤kningsvÃ¤rden vid %qDspill i implicit konstant konverteringspill i utargumentlistan fÃ¶r %qsÃ¶verlagrad funktion med namnet %qE i klausulen %qsÃ¶verlagrad funktion utan typinformation frÃ¥n sammanhangetstyrning av Ã¥sidosÃ¤ttande (override/final) Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11Ã¥sidosÃ¤tter %qD deklarerad %<transaction_safe%>Ã¥sidosÃ¤tter borttagen funktion %q+DÃ¥sidosÃ¤tter den slutlig funktionen %q+DÃ¥sidosÃ¤tter ej borttagen funktion %q+Dpack-expansionsargument fÃ¶r icke-pack-parametern %qD till aliasmall %qDpack-expansionsargument fÃ¶r icke-pack-parametern %qD till konceptet %qDpaketexpansion i using-deklaration Ã¤r endast tillgÃ¤ngligt med -std=c++1z eller -std=gnu++1zattributet packed medfÃ¶r ineffektiv justeringattributet packed medfÃ¶r ineffektiv justering fÃ¶r %q+Dattributet packed medfÃ¶r ineffektiv justering fÃ¶r %qEattributet packed Ã¤r onÃ¶digtattributet packed Ã¤r onÃ¶digt fÃ¶r %q+Dattributet packed Ã¤r onÃ¶digt fÃ¶r %qEfyller ut poststorlek till justeringsgrÃ¤nsfyller ut post fÃ¶r att justera %q+Dparametern %P har ofullstÃ¤ndig typ %qTparameter %P till %qD har ofullstÃ¤ndig typ %qTparametern %q+D deklarerad %<_Noreturn%>parametern %q+D deklarerad %<inline%>parameter %q+D har endast en framÃ¥tdeklarationparameter %qD deklarerad med typen voidparametern %qD har ofullstÃ¤ndig typparameter %qD inkluderar pekare till vektor %qT med okÃ¤nd grÃ¤nsparameter %qD inkluderar referens till vektor %qT med okÃ¤nd grÃ¤nsparameter %qD ogiltigt deklarerad metodtypparametern %qD Ã¤r initieradparametern %qD sÃ¤tts men anvÃ¤nds inteparameter %qP till %qD kan vara en kandidat fÃ¶r ett formatattributparameter %u (%q+D) har ofullstÃ¤ndig typparameter %u (%q+D) har void-typparameter %u har ofullstÃ¤ndig typparameter %u har void-typparametern deklarerad %<auto%>parameterlistan stÃ¤mmer inte med nÃ¥gon giltig signatur fÃ¶r %s()parameter fÃ¥r inte ha variabel typ %qTparameter kan vara en kandidat fÃ¶r ett formatattributparameternamn saknas i parameterlistaparameternamn utelÃ¤mnatparameternamn (utan typer) i funktionsdeklarationparameterpaket %q+D mÃ¥ste vara vid slutet av mallens parameterlistaparameterpaket %qD kan inte ha ett standardargumentparameterpaketargument %qE mÃ¥ste vara vid slutet av mallens argumentlistaparameterpaketargument %qT mÃ¥ste vara vid slutet av mallens argumentlistaparameterpaket kan inte ha ett standardargumentparameterpaket expanderas inte med %<...%>:parameterskickandet fÃ¶r argument av typen %qT Ã¤ndrades i GCC 7.1parametriserat hÃ¤rlett typargumentfÃ¶rÃ¤ldraunderprogrammet kan inte inline:asparenteser runt %qE kan inte anvÃ¤ndas fÃ¶r att skapa en pekare-till-medlem-funktionparenteser krÃ¤vs runt denna sammansatta literal fÃ¶r att undvika tvetydigheter i tolkningeninitiering i parenteser Ã¤r inte tillÃ¥tet i en OpenMP-%<for%>-slingainitiering i parenteser Ã¤r inte tillÃ¥tet i en for-slingainitierare inom parentes i vektor-newparsningsfel i SELECT TYPE-sats vid %Cparsningsfel i mallargumentlistapartiell specialisering %q+D specialiserar inte nÃ¥got mallargumentpartiell specialisering %q+D specialiserar inte nÃ¥got mallargument och Ã¤r inte mer begrÃ¤nsad Ã¤npartiell specialisering %qD Ã¤r inte mer specialiserad Ã¤npartiell specialisering %qT deklarerad %<friend%>partiell specialisering Ã¤r inte mer specialiserad Ã¤n huvudmallen eftersom den ersÃ¤tter flera parametrar med en paketexpansionpartiell specialisering %qD efter instansiering av %qDpartitionen funnen men funktionspartitionsflaggan Ã¤r inte sattpass %qs fanns inte men refereras av nytt pass %qspass %s stÃ¶djer inte kloningpass %s behÃ¶ver en set_pass_param-implementation fÃ¶r att hantera det extra argumentet i NEXT_PASSatt skicka %qT som %<this%>-argument kastar kvalificerareatt skicka %qT vÃ¤ljer %qT framfÃ¶r %qTskickar NULL till icke-pekarargument %P till %qDatt skicka argument %d till %qE kastar kvalificerare frÃ¥n pekarmÃ¥ltypskickar argument %d till %qE som %<float%> istÃ¤llet fÃ¶r %<double%> pÃ¥ grund av prototypskickar argument %d till %qE som %qT istÃ¤llet fÃ¶r %qT pÃ¥ grund av prototypskickar argument %d till %qE som komplext istÃ¤llet fÃ¶r flyttal pÃ¥ grund av prototypskickar argument %d till %qE som komplext istÃ¤llet fÃ¶r heltal pÃ¥ grund av prototypskickar argument %d till %qE som flyttal istÃ¤llet fÃ¶r komplext pÃ¥ grund av prototypskickar argument %d till %qE som flyttal istÃ¤llet fÃ¶r heltal pÃ¥ grund av prototypskickar argument %d till %qE som heltal istÃ¤llet fÃ¶r komplext pÃ¥ grund av prototypskickar argument %d till %qE som heltal istÃ¤llet fÃ¶r flyttal pÃ¥ grund av prototypskickar argument %d till %qE med tecken pÃ¥ grund av prototypskickar argument %d till %qE teckenlÃ¶st pÃ¥ grund av prototypatt skicka argument %d till %qE kastar %qv-kvalificerare frÃ¥n pekarmÃ¥ltypskickar argument %d till %qE frÃ¥n distinkt Objective-C-typskickar argument %d till %qE frÃ¥n inkompatibel pekartypskickar argument %d till %qE frÃ¥n pekare till adressutrymme som inte Ã¤r inneslutetatt skicka argument %d till %qE skapar en %q#v-kvalificerad funktionspekare frÃ¥n en okvalificeradatt skicka argument %d till %qE skapar pekare frÃ¥n heltal utan typkonverteringatt skicka argument %d till %qE skapar pekare av ett heltal utan typkonverteringskickar argument %d till %qE med annan vidd pÃ¥ grund av prototypatt skicka argument %i till en restrict-kvalificerad parameter blir alias med argument %Zatt skicka argument %i till en restrict-kvalificerad parameter blir alias med argumenten %Zskickar argument till ellips av den Ã¤rvda konstrueraren %qDatt skicka objekt av ej trivialt kopierbar typ %q#T via %<...%> Ã¤r villkorligt stÃ¶ttskickar fÃ¶r mÃ¥nga argument pÃ¥ stackenpragmat pch_preprocess skall bara anvÃ¤ndas med -fpreprocessedpedvarningpedvarning: kanske du behÃ¶ver explicita mallargument i din nÃ¤stade-namn-specificerarekanske du vill explicit lÃ¤gga till %<%T::%>permfelpermfel: pex_init misslyckades: %mplatshÃ¥llarbegrÃ¤nsningar Ã¤r inte uppfylltplacerande new konstruerar en vektor av objekt av typen %qT och storleken %qwu i en region av typen %qT och storleken %qwiplacerande new konstruerar ett objekt av typen %<%T [%wu]%> och storleken %qwu i en region av typen %qT och storleken %qwiplacerande new konstruerar ett objekt av typen %qT och storleken %qwu i en region av typen %qT och storleken %qwiinsticksmodul %s Ã¤r inte licensierad under en GPL-kompatibel licens
  %sinsticksmodul %s registrerade en tom Ã¥teranropsfunktion fÃ¶r hÃ¤ndelse %sinsticksmodul %s skulle ha angetts fÃ¶re -fplugin-arg-%s pÃ¥ kommandoradeninsticksmodul %s angavs med olika sÃ¶kvÃ¤gar:
  %s
! %sinsticksmodulen kan inte registrera ett saknat passinsticksmodulen kan inte registrera ett namnlÃ¶st passinsticksmodulen kan inte registrera %qs utan ett referenspassnamnstÃ¶d fÃ¶r insticksmoduler Ã¤r avaktiverat.  Konfigurera med --enable-pluginpekarepekarargumentpekararitmetik fÃ¶r skrÃ¤psamlade objekt Ã¤r inte tillÃ¥tenpekartilldelningpekargrÃ¤nserna gick fÃ¶rlorade pÃ¥ grund av det ovÃ¤ntade uttrycket %spekare av typen %<void *%> anvÃ¤nd i aritmetikpekare av typ %<void *%> anvÃ¤nd i subtraktionpekarfÃ¶rskjutning frÃ¥n symbol kan vara oriktigpekare eller allokerbart resultatpekares mÃ¥ltyper Ã¤r inkompatibla i C++pekare med mÃ¥l i adressrymden %qs mÃ¥ste vara konstanta i %qTpekare med mÃ¥l i adressrymden %qs mÃ¥ste vara konstanta i %s %q+DpekarmÃ¥l i tilldelning skiljer i teckenhetpekarmÃ¥l i initiering skiljer i teckenhetpekarmÃ¥l nÃ¤r argument %d till %qE skickades skiljer i teckenhetpekarmÃ¥l i retur skiljer i teckenhetpekare till funktion anvÃ¤nd i aritmetikpekare till funktion anvÃ¤nd i subtraktionpekare till vektor tappar kvalificerare i villkorsuttryckpekare till grÃ¤nssnittstyp har inga metoderkonvertering av pekare till medlem via virtuell bas %qTpekare-pÃ¥-medlemstyp %qT Ã¤r inkompatibel med objekttyp %qTpekartyper stÃ¤mmer inte i villkorsuttryckpekarvÃ¤rde anvÃ¤nt dÃ¤r ett komplext vÃ¤rde fÃ¶rvÃ¤ntadespekarvÃ¤rde anvÃ¤nd dÃ¤r ett flyttalsvÃ¤rde fÃ¶rvÃ¤ntadespekar-pÃ¥-medlem-funktion %E kan inte anropas utan ett objekt, Ã¶vervÃ¤g att anvÃ¤nda .* eller ->*pekare-till-medlemsfunktiontyp %qT krÃ¤ver ett l-vÃ¤rdepekare-till-medlemsfunktionstyp %qT krÃ¤ver ett r-vÃ¤rdepekar-/heltalstyper stÃ¤mmer inte  i villkorsuttryckpekare Ã¤r inte tillÃ¥tna case-vÃ¤rdenpekare till vektorer med olika kvalificerare Ã¤r inkompatibla i ISO Cpekare till skilda adressrymder anvÃ¤nda i villkorsuttryckpolymorft argumentposition plus storlek Ã¶verskrider storleken pÃ¥ det refererade objektet i BIT_FIELD_REFpositionsoberoende kod stÃ¶djs intepositionsoberoende kod behÃ¶ver %qspositionsoberoende kod behÃ¶ver Linux-ABI:etpositionsinitiering av fÃ¤lt i %<struct%> deklarerad med attributet %<designated_init%>mÃ¶jligt problem upptÃ¤ckt vid anrop av operatorn delete []:mÃ¶jligt problem upptÃ¤ckt vid anrop av operatorn delete:efterinkrementeringsadress Ã¤r inte ett registerpostfix %qD mÃ¥ste ta %<int%> som sitt argumentpostfix %qD mÃ¥ste ta %<int%> som sitt andra argumentpostfix %qD skall returnera %qTpotentiell dereferens av nollpekarepragma simd ignoreras fÃ¶r att -fcilkplus inte Ã¤r aktiveratpragma simd mÃ¥ste vara inuti en funktionfÃ¶rdekrementeringsadress Ã¤r inte ett registerfÃ¶rinkrementeringsadress Ã¤r inte ett registerprecisionprecision i printf-formaten fÃ¶rdeklarerad aritmetisk typ %qT i %<#pragma omp declare reduction%>fÃ¶rdeklarerad aritmetisk typ i %<#pragma omp declare reduction%>fÃ¶rutsade Thumb-instruktionfÃ¶rutsade instruktion i villkorlig sekvensallokera fÃ¶retrÃ¤desvis register som tillÃ¥ter generering av korta instruktioner.prefix %qD skall returnera %qTprefixattribut ignoreras fÃ¶re %<@%D%>prefixattribut ignoreras fÃ¶r implementeringarprefixattribut ignoreras fÃ¶r metoderprev_bb till %d skulle vara %d, inte %dtidigare %<#pragma omp declare reduction%>tidigare %<pragma omp declare reduction%>-deklarationtidigare deklarationtidigare deklaration %q#Dtidigare deklaration %qDtidigare deklaration av %qD anvÃ¤nde %d mallparametertidigare deklaration av %qD anvÃ¤nde %d mallparametrartidigare deklaration som %q#Dtidigare deklaration hÃ¤rtidigare deklaration av %<%c%E%>tidigare deklaration av %<%c%E%> som %<@optional%>tidigare deklaration av %<%c%E%> som %<@required%>tidigare deklaration av %<%c%s%>tidigare deklaration av %Dtidigare deklaration av %q+Dtidigare deklaration av %q+D var hÃ¤rtidigare deklaration av %qDtidigare deklaration av %qD var hÃ¤rtidigare deklaration av %qEtidigare deklaration av namnrymden %qD hÃ¤rtidigare deklaration med lÃ¤nkklass %qLtidigare definition hÃ¤rfÃ¶regÃ¥ende definition av %q#Ttidigare definition av %q+D var hÃ¤rtidigare definition av %qD var hÃ¤rtidigare externdeklaration av %q#Dtidigare implicit deklaration av %q+D var hÃ¤rtidigare icke-funktions-deklaration av %q+#Dtidigare definition som inte Ã¤r en prototyp hÃ¤rtidigare specifikation i %q#D hÃ¤rtidigare deklarerad hÃ¤rtidigare definition hÃ¤rtidigare definierad hÃ¤r som %stidigare anvÃ¤nt hÃ¤rhuvudmallen %qDhuvudmall hÃ¤rprivat medlem %q#D i anonym postprivat medlem %q#D i anonym unionproblem med att bygga mÃ¥lavbild fÃ¶r %s
  profileringsstÃ¶d fÃ¶r CR16profileringsstÃ¶d fÃ¶r VxWorksprofilering Ã¤r inte implementerat Ã¤nnu fÃ¶r denna arkitekturprofilering stÃ¶djs inte med -mgprogram: %s
! befordrat argument %qD stÃ¤mmer inte med inbyggd prototypbefordrat argument %qD stÃ¤mmer inte med prototypenbefordrad ~unsigned Ã¤r alltid skild frÃ¥n nollegenskapen %qs Ã¤r redan angiven i %<@dynamic%>egenskapen %qs Ã¤r redan angiven i %<@synthesize%>egenskapen %qs anvÃ¤nder instansvariabeln %qs av inkompatibel typegenskapen %qs anvÃ¤nder samma instansvariabel som egenskapen %qsen egenskap kan inte vara ett bitfÃ¤lten egenskap kan inte vara en vektoregenskapsdeklaration som inte Ã¤r i @interface- eller @protocol-kontextskyddad medlem %q#D i anonym postskyddad medlem %q#D i anonym unionsynlighetsattributet skyddat stÃ¶djs inte fÃ¶r denna konfiguration, ignorerasprotokollet %qE har cirkulÃ¤rt beroendeprotokollet %qE bÃ¶r undvikasprotokollattribut finns inte i Objective-C 1.0prototypdeklarationprototypen fÃ¶r %q#D matchar inte nÃ¥gon i klass %qTprototypen fÃ¶r %q+D deklarerar argument %d med inkompatibel typprototypen fÃ¶r %q+D deklarerar fÃ¤rre argument Ã¤n tidigare gammaldags definitionprototypen fÃ¶r %q+D deklarerar fler argument Ã¤n tidigare gammaldags definitionprototyp fÃ¶r %q+D fÃ¶ljer pÃ¥ en icke-prototypdefinitionprototypen fÃ¶r â€�%sâ€� har nÃ¶dvÃ¤ndiga operander efter valfria operanderprototyp angiven fÃ¶r %q#Dangivna till %q+Dangivna till %qDpseudodestruerare anropas intepure virtual %q#D anropad frÃ¥n en konstruerarepure virtual %q#D anropad frÃ¥n en destruerarepure virtual %q#D anropad frÃ¥n initierare av ickestatisk datamedlempure-specificerare pÃ¥ funktionsdefinitionq/Q-modifierare Ã¤r ogiltiga fÃ¶r symbolreferenserkvalificerat namn namnger inte en klasskvalificerad typ %qT matchar inte destruerarnamnet ~%qTkvalificerad id i deklarationkvalificerare Ã¤r inte tillÃ¥tna vid kontruerardeklarationkvalificerare Ã¤r inte tillÃ¥tna pÃ¥ deklaration av %<operator %T%>kvalificerare Ã¤r inte tillÃ¥tna pÃ¥ deklaration av hÃ¤rledningsguidekvalificerare Ã¤r inte tillÃ¥tna vid destruerardeklarationkvalificerande typ %qT matchar inte destruerarnamnet ~%qTr0 behÃ¶ver vara tillgÃ¤ngligt som ett anropsÃ¶verskrivet registeren intervallklausul mÃ¥ste ha vektor-, skiv-, strÃ¤ng-, avbildnings- eller kanaltypintervalluttryck i switch-satser fÃ¶ljer inte standardenintervallbaserat %<for%>-uttryck av typen %qT har en %<begin%>-medlem men inte nÃ¥gon %<end%>intervallbaserat %<for%>-uttryck av typen %qT har en %<end%>-medlem men inte nÃ¥gon %<begin%>intervallbaserat %<for%>-uttryck av typen %qT har ofullstÃ¤ndig typintervallbaserad %<for%>-slinga Ã¤r endast tillgÃ¤nglig med -std=c++11 eller -std=gnu++11ordningen stÃ¤mmer inte mellan %qE och %qEordningen stÃ¤mmer inte i uttrycket %qEordningen stÃ¤mmer inte med det styrande uttrycket i fÃ¶rÃ¤lder-if-satsenordningen pÃ¥ en vektornotations trippels lÃ¤ngd Ã¤r inte nollordningen pÃ¥ en vektornotations trippels startindex Ã¤r inte nollordningen pÃ¥ lÃ¤ngden fÃ¶r en vektornotationstrippel Ã¤r inte nollordningen pÃ¥ startindexet fÃ¶r en vektornotationstrippel Ã¤r inte nollordningen pÃ¥ en vektornotations trippels steg Ã¤r inte nollordningen pÃ¥ steget fÃ¶r en vektornotationstrippel Ã¤r inte nollordningen pÃ¥ vektorns index Ã¤r stÃ¶rre Ã¤n 1ordningen pÃ¥ vektorns index Ã¤r stÃ¶rre Ã¤n 1ordningen stÃ¤mmer inte mellan if-satsens villkor och else-blocketordningen stÃ¤mmer inte mellan if-satsens villkor och then-blocketden rÃ¥a literala operatorn %q+D stÃ¥r i konflikt med den literala operatormallen %qDrdynamic stÃ¶djs inteominitiering av %qs vid %LlÃ¤sningen misslyckades nÃ¤r exportdata lÃ¤stesendast lÃ¤sbar plats %qE anvÃ¤nd som %<asm%>-utdataendast lÃ¤sbar medlem %qD anvÃ¤nd som %<asm%>-utdataendast lÃ¤sbar namngiven returvariabel %qD anvÃ¤nd som %<asm%>-utdataendast lÃ¤sbar parameter %qD anvÃ¤nd som %<asm%>-utdataendast lÃ¤sbar referens %qD anvÃ¤nd som %<asm%>-utdataendast lÃ¤sbar variabel %qD anvÃ¤nd som %<asm%>-utdatalÃ¤ser indatafilerlÃ¤ser via nollpekare (argument %d)egenskapen readonly kan inte sÃ¤ttasatt ta emot objekt av ej trivialt kopierbar typ %q#T via %<...%> Ã¤r villkorligt stÃ¶ttkompilerar om med -fcompare-debugrekursiv berÃ¤kning av standardargument till %q#Drekursiv inline:ingrekursiv instansiering av ickestatisk datamedleminitierare fÃ¶r %qDrekursiv typ %qT odefinieradkrÃ¤vs rekursivt av substitution av %qS
  rekursivt begÃ¤rd frÃ¥n %q#D
  rekursivt begÃ¤rd hÃ¤rifrÃ¥n
! omdeklaration av %q#D med andra begrÃ¤nsningaromdeklaration av %qD skiljer i %<constexpr%> frÃ¥n tidigare deklarationomdeklaration av %<enum %E%>omdeklaration av %<pragma omp declare reduction%>omdeklaration av %<wchar_t%> som %qTomdeklaration av %q#Domdeklaration av %q#D kan inte ha standardargumentomdeklaration av %q+D med annan synlighet (gammal synlighet bevarad)omdeklaration av %q+D utan lÃ¤nkklassomdeklaration av %qD lÃ¤gger till abi-taggen %Eomdeklaration av %qT som en icke-mallomdeklaration av %qs %<#pragma omp declare reduction%> fÃ¶r typen %qTomdeklaration av inbyggd C++-typ %qTomdeklaration av Objective-C-klass %qsomdeklaration av upprÃ¤kningstyp %q+Domdeklaration av vÃ¤n %q#D kan inte ha standardmallargumentomdeklaration av egenskap %qDomdeklarerad hÃ¤r som %q#Domdeklarerad med %d mallparameteromdeklarerad med %d mallparametraromdefinierade externa inline-funktioner beaktas inte fÃ¶r inline:ingomdefinition av %<struct %E%>omdefinition av %<union %E%>omdefinition av %q#Domdefinition av %q#Tomdefinition av %q+Domdefinition av standardargument till %q#Domdefinition av parametern %q+Domdefinition av typedef %q+Domdefinition av typedef %q+D med annan typomdefinition av typedef %q+D med variabelt modifierad typreduktionen borde konvertera frÃ¥n vektor- till elementtypÃ¶verflÃ¶dig omdeklaration av statisk %<constexpr%>-datamedlem %qDredundant omdeklaration av %q+DÃ¶verflÃ¶dig omdeklaration av %qD i samma definitionsomrÃ¥deref-kvalificerare Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11referensen %qD initieras med sig sjÃ¤lvreferensen %qs kan inte deklareras %<mutable%>referens till %<%T::%D%> Ã¤r tvetydigreferens till %qD Ã¤r tvetydigreferens till dÃ¶d satsreferens till lokal variabel %qD returneradreferens till annat Ã¤n lvÃ¤rde returneradreferenstyp %qT i %<#pragma omp declare reduction%>region fÃ¶r lp %i Ã¤r felregion_array stÃ¤mmer inte med region_treeregion_array Ã¤r trasig fÃ¶r region %iregistertilldelning ignoreras fÃ¶r %qD som anvÃ¤nds i Cilk-blockregisternamn angivet icke-registervariabel %q+Dinget registernamn angivet fÃ¶r %q+Dregisternummer mÃ¥ste vara en konstant vid kompileringstillfÃ¤llet.  FÃ¶rsÃ¶k att ange hÃ¶gre optimeringsnivÃ¥erregister fÃ¶r %qD anvÃ¤nt till flera globala registervariablerregister- eller minnesuttryck fÃ¶rvÃ¤ntas fÃ¶r utmatningsmodifieraren â€�Mâ€�register- eller minnesuttryck fÃ¶rvÃ¤ntas fÃ¶r utmatningsmodifieraren â€�Nâ€�registret angivet fÃ¶r %q+D passar inte fÃ¶r datatypenregistervariabel %qD anvÃ¤nd i nÃ¤stad funktionattributen regparam och thiscall Ã¤r inte kompatiblaomimplementation av klassen %qEreinterpret_cast frÃ¥n heltal till pekarereinterpret_cast frÃ¥n typ %qT till typ %qT slÃ¤nger bort kvalificerarelÃ¤ttad transaktion i %<transaction_safe%>-funktionlÃ¤ttad transaktion i atomÃ¤r transaktionborttagen slinga %d i slingtrÃ¤dettar bort .rpo-fil: %mbyter namn pÃ¥ specifikation %s till %s
  byter namn pÃ¥ .rpo-fil: %mupprepat %<@%> fÃ¶re Objective-C++-strÃ¤ngupprepat %s i formatlagerfil â€�%sâ€� innehÃ¥ller inte kommandoradsargumentbegÃ¤ran om implicit konvertering frÃ¥n %qT till %qT tillÃ¥ts inte i C++begÃ¤ran av medlem %qD i %qE, som Ã¤r av icke-klasstyp %qTbegÃ¤ran av medlem %qD i %qE, som Ã¤r av pekartypen %qT (kanske du hade tÃ¤nkt anvÃ¤nda %<->%> ?)begÃ¤ran av medlem %qD Ã¤r tvetydigbegÃ¤ran av medlem %qD Ã¤r tvetydig i gitter av multipelt arvbegÃ¤ran av medlem %qE i typ %qT som inte Ã¤r en klasstypbegÃ¤ran av medlem %qE i nÃ¥got som inte Ã¤r en post eller unionbegÃ¤rt attribut %qE Ã¤r inte ett kommaseparerat par av ickenegativa heltalskonstanter eller fÃ¶r stort (max. %d)begÃ¤rt ABI krÃ¤ver -march fÃ¶r att innefatta utÃ¶kningen %qcbegÃ¤rd minnesjustering %d Ã¤r stÃ¶rre Ã¤n %dbegÃ¤rd justering fÃ¶r %q+D Ã¤r stÃ¶rre Ã¤n implementerad justering av %wubegÃ¤rd minnesjustering Ã¤r inte en positiv potens av 2begÃ¤rd minnesjustering Ã¤r inte en heltalskonstantbegÃ¤rd minnesjustering Ã¤r fÃ¶r storbegÃ¤rd init_priority Ã¤r inte en heltalskonstantbegÃ¤rd init_priority Ã¤r utanfÃ¶r sitt intervallbegÃ¤rt init_priority Ã¤r reserverad fÃ¶r internt brukbegÃ¤rd position Ã¤r mindre Ã¤n nollden begÃ¤rda positionen Ã¤r inte en heltalskonstantrequire_atom(): felaktig atomtyp begÃ¤rdkrÃ¤vs av substitution av %qS
  begÃ¤rs frÃ¥n %q#D
  begÃ¤rd hÃ¤rifrÃ¥n
! requires-klausul vid deklaration av icke-funktionstypen %qTrequires-klausul pÃ¥ returtypenrequires-klausul pÃ¥ type-idrequires-klausul pÃ¥ typedefupplÃ¶snings-under-id %wx Ã¤r inte en objektfilresolve_function(): felaktig funktionstypresolve_intrinsic(): FÃ¶r mÃ¥nga argument fÃ¶r inbyggdresolve_operator(): Felaktig inbyggdresolve_ref(): Felaktig vektorreferensresolve_subroutine(): felaktig funktionstypresultatet av %<operator->()%> ger annat Ã¤n pekareresultatet av %qE behÃ¶ver %u bitar fÃ¶r att representeras, men %qT har bara %u bitarresultat med teckenlÃ¤ngd som inte Ã¤r konstantretur kastar %qv-kvalificerare frÃ¥n pekarmÃ¥ltypreturbÃ¥ge pekar inte pÃ¥ utgÃ¥ng i gb %dretur frÃ¥n inkompatibel pekartypretur frÃ¥n pekare till ej omgivande adressrymdretur skapar en %q#v-kvalificerad funktionspekare frÃ¥n en okvalificeradretur skapar heltal frÃ¥n pekare utan typkonverteringretur skapar pekare frÃ¥n heltal utan typkonverteringretur inte fÃ¶ljt av en barriÃ¤rreturtypen %q#T Ã¤r ofullstÃ¤ndigreturtyp sÃ¤tts skÃ¶nsmÃ¤ssigt till %<int%>returtypen Ã¤r en ofullstÃ¤ndig typreturtypen kan vara en kandidat fÃ¶r ett formatattributreturtypen fÃ¶r %qD Ã¤r inte %<int%>returtyp fÃ¶r en funktionen returtypsspecifikation fÃ¶r konstruerare Ã¤r ogiltigspecifikation av returtyp fÃ¶r destruerare Ã¤r ogiltigtreturtyp angiven fÃ¶r %<operator %T%>returtypen angiven fÃ¶r hÃ¤rledningsguidenreturvÃ¤rdets typ stÃ¤mmer interetur med vÃ¤rde i funktion utan returtypreturn-sats med vÃ¤rde i funktion som returnerar â€�voidâ€�return-sats utan vÃ¤rde i funktion som returnerar %qTreturnerar ett vÃ¤rde frÃ¥n en konstruerarereturnerar ett vÃ¤rde frÃ¥n en destruerarereturnerar en initierarlistareturnerar referens till en temporÃ¤rattributet returns_nonnull pÃ¥ en funktion som inte returnerar en pekareomvÃ¤nd lagringsordning fÃ¶r flyttalsskalÃ¤reromvÃ¤nd lagringsordning fÃ¶r skalÃ¤reromvÃ¤nd lagringsordning fÃ¶r %s-lÃ¤gethÃ¶gra operanden av kommaoperator kan inte lÃ¶sa upp adress till Ã¶verlagrad funktionhÃ¶ger operand av kommaoperator har ingen effekthÃ¶gra operanden av kommaoperator Ã¤r en referens, inte ett anrop, till funktionen %qEhÃ¶gra operanden av skiftuttrycket %q+E Ã¤r â‰¥ precisionen pÃ¥ den vÃ¤nstra operandenhÃ¶ger operand av skiftuttrycket %q+E Ã¤r negativhÃ¶gerprecisionhÃ¶gerprecision i strfmon-formatlÃ¤ngd att rotera till hÃ¶ger â‰¥ storleken pÃ¥ typenlÃ¤ngd att rotera till hÃ¶ger Ã¤r negativhÃ¶gershiftoperanden â‰¥ storleken pÃ¥ typenhÃ¶gershiftoperanden â‰¥ storleken pÃ¥ vektorelementethÃ¶gershiftoperanden Ã¤r negativhÃ¶ger operand av kommauttryck har ingen effektavrundningslÃ¤ge stÃ¶djs inte fÃ¶r VAX-flyttalavrundningsresultatet kommer alltid bli 0avrundning till %d bitar har ingen effekt fÃ¶r flyttalsvÃ¤rde med %d decimalbitarrutinen %qD Ã¤r deklarerad hÃ¤rrutinanropet anvÃ¤nder OpenACC-parallellism som Ã¤r otillÃ¥tet av den omgivande rutinenrutinanropet anvÃ¤nder samma OpenACC-parallellism som den omgivande slinganrx100-cpu har inte FPU-hÃ¥rdvararx200-cpu har inte FPU-hÃ¥rdvarasamma kanoniska typnod fÃ¶r %T och %Tsamma variabel anvÃ¤nd i %<firstprivate%>- och %<lastprivate%>-klausuler vid %<distribute%>-konstruktionsame_comdat_group Ã¤r inte en cirkulÃ¤r listasame_comdat_group-lista Ã¶ver olika gruppersÃ¥g %d %<template<>%>, behÃ¶ver %d fÃ¶r specialisering av medlemsfunktionsmallsÃ¤g %<typename %E%> om en typ avsesskalÃ¤rt objekt %qD krÃ¤ver ett element i initierarenscalar_storage_order-argument mÃ¥ste vara ett av â€�big-endianâ€� eller â€�little-endianâ€�scalar_storage_order stÃ¶djs intescalar_storage_order stÃ¶djs inte fÃ¶r att byteordningen inte Ã¤r enhetligskalan mÃ¥ste vara ickenegativ
  skalning kan inte samexistera med normalisering, hoppar Ã¶ver
! %<auto%>-schemalÃ¤ggning tar ingen %<chunk_size%>-parameter%<runtime%>-schemalÃ¤ggning tar ingen %<chunk_size%>-parameteruttryck fÃ¶r styckesstorlek fÃ¶r schemalÃ¤ggning mÃ¥ste vara heltalrÃ¤ckvidd %qT fÃ¶re %<~%> Ã¤r inte ett klassnamnenum %qT med rÃ¤ckvidd skickad vidare â€¦ som %qT fÃ¶re -fabi-version=6, %qT efterenum med rÃ¤ckvidd Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11upprÃ¤kningstyp med/utan rÃ¤ckviddsbegrÃ¤nsning stÃ¤mmer inte Ã¶verens fÃ¶r enum %q#Tandra argumentet mÃ¥ste vara en skiva eller strÃ¤ngandra argumentet till %q+D skall vara %<char **%>andra argumentet till %<__builtin_call_with_static_chain%> mÃ¥ste vara en pekartypandra argumentet till %<__builtin_prefetch%> mÃ¥ste vara en konstantandra argumentet till %<va_arg%> Ã¤r av ofullstÃ¤ndig typ %qTandra argumentet till funktionen %qE mÃ¥ste vara en konstant heltalsexponent till 2 mellan %qi och %qu bitarandra argumentet till vec_vextract4b mÃ¥ste vara 0..12andra operanden till %<offsetof%> Ã¤r varken en ensam identifierare eller en sekvens av medlemsÃ¥tkomster och vektorreferenserandra operanden i villkorsuttryck kan inte lÃ¶sa upp adress till Ã¶verlagrad funktionandra operanden av villkorsuttryck har ingen effektandra operanden av villkorsuttryck Ã¤r en referens, inte ett anrop, till funktionen %qEandra operanden till villkorsoperatorn Ã¤r av typ %<void%>, men den tredje operanden Ã¤r varken ett throw-uttryck eller av typ %<void%>andra parametern till %<va_start%> Ã¤r inte det sista namngivna argumentetsektionsankare mÃ¥ste vara avaktiverade nÃ¤r ordningsÃ¤ndring pÃ¥ toppnivÃ¥ Ã¤r avaktiveratsektionsankare mÃ¥ste vara avaktiverade nÃ¤r unit-at-a-time Ã¤r avaktiveratargument till sektionsattributet Ã¤r inte en strÃ¤ngkonstantattributet â€�sectionâ€� kan inte anges fÃ¶r lokala variablerattributet â€�sectionâ€� Ã¤r inte tillÃ¥ten fÃ¶r %q+Dattributet â€�sectionâ€� stÃ¶djs inte fÃ¶r denna mÃ¥larkitektursektion i %q+D kan inte Ã¥sidosÃ¤ttassektion %q+D stÃ¥r i konflikt med tidigare deklarationsektionen fÃ¶r aliaset %q+D mÃ¥ste stÃ¤mma med sektionen fÃ¶r dess mÃ¥lsektionstypskonfliktsektionstypen stÃ¥r i konflikt med %Dvalda fp16-alternativ Ã¤r inkompatiblaen vÃ¤ljare mÃ¥ste vara en omedelbarvÃ¤ljaren mÃ¥ste vara en heltalskonstant i intervallet 0..%wisjÃ¤lvjÃ¤mfÃ¶relse berÃ¤knas alltid till falsktsjÃ¤lvjÃ¤mfÃ¶relse berÃ¤knas alltid till santsjÃ¤lvtester Ã¤r inte aktiverade i detta byggesjÃ¤lvtester Ã¤r inkompatibla med -EsÃ¤tt antalet nop:ar att mata ut fÃ¶re varje instruktionsmÃ¶nster.setjmp/longjmp inuti simd-konstruktionsetter-namn mÃ¥ste avslutas med %<:%>nÃ¤r grÃ¤ns fÃ¶r maximal storlek pÃ¥ core-fil sattes: %mskuggad deklaration Ã¤r hÃ¤rskuggar inbyggd funktion %q#Dskuggar biblioteksfunktion %q#Dskuggar tidigare typdeklaration av %q#Ddelad SSA-namnsinformationshared och mdll Ã¤r inkompatibladelat anropssats:shared stÃ¶djs intedelad rtxskiftantal Ã¤r inte teckenlÃ¶st heltalskiftuttrycket %q+E spiller Ã¶verskift med operand som inte Ã¤r heltalkort lÃ¤sning nÃ¤r exportdata lÃ¤stesshow_array_ref(): OkÃ¤nd vektorreferensshow_array_spec(): Ohanterad vektorformtyp.show_code_node(): Felaktig satskodshow_expr(): Felaktig inbyggd i uttryck!show_expr(): Vet inte hur uttrycket skall visasshow_ref(): Felaktig komponentkodsyskonanropsbÃ¥gar fÃ¶r instruktion som inte Ã¤r anrop i gb %isidoeffekter inte omrÃ¤knade nÃ¤r ADDR_EXPR Ã¤ndradessidoeffektselement i icke sidoeffekts-CONSTRUCTORtecken pÃ¥ typ och maskinlÃ¤ge %qs passar inte ihopenkelt IFsimplify_intrinsic_op(): Felaktig operatorsimplify_min_max(): Felaktig typ i argumentlistanett ensamt target_clones-attribut ignorerasstorlek i vektor-new mÃ¥ste ha heltalstypstorleken stÃ¤mmer inte i argument %d till %qEstorleken pÃ¥ %q+D Ã¤r %d bytestorleken pÃ¥ %q+D Ã¤r stÃ¶rre Ã¤n %wd bytestorleken pÃ¥ %qD skiljer frÃ¥n storleken pÃ¥ originaldeklarationenstorlek pÃ¥ vektorn %qD av typen %qT Ã¤r inte en heltalstypstorleken pÃ¥ vektorn %qD Ã¤r negativstorlek pÃ¥ vektorn %qD Ã¤r inte ett konstantuttryck av heltalstypstorlek pÃ¥ vektorn %qE har ofullstÃ¤ndig typstorlek pÃ¥ vektorn %qE Ã¤r inte av heltalstypstorleken pÃ¥ vektorn %qE Ã¤r negativstorleken pÃ¥ vektorn %qE Ã¤r fÃ¶r storstorlek pÃ¥ vektorn av typen %qT Ã¤r inte en heltalstypstorleken pÃ¥ vektorn Ã¤r negativstorlek pÃ¥ vektorn Ã¤r inte ett konstantuttryck av heltalstypstorleken pÃ¥ vektorn Ã¤r fÃ¶r storstorlek pÃ¥ slinga %d borde vara %d, inte %dstorleken pÃ¥ returvÃ¤rdet frÃ¥n %q+D Ã¤r %u bytestorleken pÃ¥ returvÃ¤rdet frÃ¥n %q+D Ã¤r stÃ¶rre Ã¤n %wd bytestorlek pÃ¥ brickor fÃ¶r slingblockning.storleken pÃ¥ typen %qT Ã¤r fÃ¶r stor (%qE byte)storlek pÃ¥ en namnlÃ¶s vektor har ofullstÃ¤ndig typstorlek pÃ¥ en namnlÃ¶s vektor Ã¤r inte av heltalstypstorleken pÃ¥ en namnlÃ¶s vektor Ã¤r negativstorleken pÃ¥ en namnlÃ¶s vektor Ã¤r fÃ¶r storstorleken pÃ¥ variabeln %q+D Ã¤r fÃ¶r stornivÃ¥ pÃ¥ storleksoptimering: 0:ingen 1:opportunistisk 2:reg-allok 3:slÃ¤pp justering, -Os.storleksintervall till flaggan %qs skall vara Ã¶kandesizeof(long double) Ã¤r 12.sizeof(long double) Ã¤r 16.en skiva kan endast jÃ¤mfÃ¶ras med nilskivkapacitet mÃ¥ste vara ett heltalskivslut mÃ¥ste vara ett heltalskiva av oadresserbart vÃ¤rdesÃ¥ varje instansiering med ett icke-tomt parameterpaket vore felformuleradsoft-float och long-double-128 Ã¤r inkompatiblaledsen, inte implementeratledsen, inte implementerat: tyvÃ¤rr: semantiken fÃ¶r inline-funktioners statiska data %q#D Ã¤r felaktig (du kommer fÃ¥ flera exemplar)tyvÃ¤rr: semantiken fÃ¶r inline-variabeln %q#D Ã¤r felaktig (du kommer fÃ¥ flera exemplar)kÃ¤llan Ã¤r en pekare till en ofullstÃ¤ndig typkÃ¤llan Ã¤r inte en pekarekÃ¤llan Ã¤r inte en pekare till en klasskÃ¤llan Ã¤r inte en klasstypkÃ¤llan Ã¤r en ofullstÃ¤ndig klasstypkÃ¤llkodsplatser fÃ¶r funktionen %qE har Ã¤ndrats, profildatan kan vara inaktuellkÃ¤lltypen Ã¤r inte polymorfiskett avynglat funktionsanrop fÃ¥r inte finnas i ett kommauttryckspecifikation %qs har ogiltig %<%%0%c%>specifikation %qs har ogiltig %<%%W%c%>specifikation %qs har ogiltig %<%%x%c%>specifikationen %qs Ã¤r ogiltigspecifikationsfel: %<%%*%> har inte initierats av en mÃ¶nstermatchningspec-fel: mer Ã¤n ett argument till SYSROOT_HEADERS_SUFFIX_SPECspec-fel: mer Ã¤n ett argument till SYSROOT_SUFFIX_SPECspecifikationsfel: okÃ¤nd specifikationsflagga %qcspecfilen har ingen spec fÃ¶r lÃ¤nkningspecifikation Ã¤r â€�%sâ€�
  
! spec-genererad flagga Ã¤r bara %<-%>spec_dimen_size(): Felaktig dimensionspecialisering %qT efter instansiering %qTspecialisering av %qD efter instansieringspecialisering av %qD i en annan namnrymdspecialisering av %qD i fÃ¶rekomma i namnrymdsrÃ¤ckviddspecialisering av %qT efter instansieringspecialisering av aliasmall %qDspecialisering av implicit deklarerad specialmedlemsfunktionspecialisering av variabelkonceptet %q#Dspecialisering av variabelmall %qD deklarerad som en funktionspecialiserar %q#T i en annan namnrymdspecialisering av medlem %<%T::%E%> krÃ¤ver %<template<>%>-syntaxden angivna grÃ¤nsen %wu Ã¤r lika med storleken pÃ¥ destinationenangiven grÃ¤ns pÃ¥ %wu Ã¶verskrider %<INT_MAX%>angiven grÃ¤ns pÃ¥ %wu Ã¶verskrider maximal objektstorlek %wuangiven grÃ¤ns pÃ¥ %wu Ã¶verskrider storleken %wu pÃ¥ destinationsobjektetangiven sort fÃ¶r liten fÃ¶r upprÃ¤kningvÃ¤rdenflaggan %qs angiven mer Ã¤n en gÃ¥ngatt ange vektortyper med __attribute__ ((sÃ¤tt)) bÃ¶r undvikasspecifikationers %%include-syntax felaktig efter %ld teckenspecifikationers %%rename-syntax felaktig efter %ld teckenspecifikationers %s-specifikation fanns inte nÃ¤r den skulle fÃ¥ nytt namnspecifikationsfil felaktig efter %ld teckenspecifikationer okÃ¤nt %%-kommando efter %ld teckenvilsekommet %<>>%>, anvÃ¤nd %<>%> fÃ¶r att avsluta en mallargumentlistavilsekommet avslutande %<%%%> i formatstackramen mÃ¥ste vara mindre Ã¤n 64 kstackram inte en multipel av 8 byte: %wdstackram inte en multipel av oktabyte: %wdfÃ¶r stor stackramstackvaktvÃ¤rde mÃ¥ste en exakt potens av 2stackgrÃ¤nsuttryck stÃ¶djs intestackgrÃ¤nser stÃ¶djs inte pÃ¥ denna mÃ¥larkitekturstackavkÃ¤nning krÃ¤ver %<-maccumulate-outgoing-args%> fÃ¶r att bli korrektstackavkÃ¤nning krÃ¤ver %<target("accumulate-outgoing-args")%> fÃ¶r att bli korrektstackskyddet skyddar inte funktioner: alla lokala vektorer Ã¤r mindre Ã¤n %d byte lÃ¥ngastackskyddet skyddar inte lokala variabler: buffert med variabel lÃ¤ngdstackregister anvÃ¤nt som global registervariabelstackstorlek mÃ¥ste vara en exakt potens av 2stackstorlek mÃ¥ste vara stÃ¶rre Ã¤n stackvaktsvÃ¤rdetstackstorlek fÃ¥r inte vara stÃ¶rre Ã¤n 64 kberÃ¤kning av stackanvÃ¤ndning stÃ¶djs inte av denna mÃ¥larkitekturstackanvÃ¤ndningen Ã¤r %wd bytestackanvÃ¤ndningen kan vara %wd bytestackanvÃ¤ndningen kan vara obegrÃ¤nsadstack_offset mÃ¥ste vara en multipel av 4stack_offset mÃ¥ste vara minst 4fÃ¶r stor stackram: %d bytestandardkonverteringar Ã¤r inte tillÃ¥tna i denna kontextstarten pÃ¥ ett RTL-fragment mÃ¥ste vara pÃ¥ en tidigare rad Ã¤n slutetbÃ¶rjan av implicerad do-slinga vid %L kan inte fÃ¶renklas till ett konstant vÃ¤rdestartindex och lÃ¤ngdfÃ¤lt Ã¤r nÃ¶dvÃ¤ndiga fÃ¶r att anvÃ¤nda vektornotation i pekare eller posterstartindex och lÃ¤ngdfÃ¤lt Ã¤r nÃ¶dvÃ¤ndiga fÃ¶r att anvÃ¤nda vektornotation med vektorer med okÃ¤nd grÃ¤nsstartindex och lÃ¤ngdfÃ¤lt Ã¤r nÃ¶dvÃ¤ndiga fÃ¶r att anvÃ¤nda vektornotationer i dimensionslÃ¶sa vektorerstartindex och lÃ¤ngdfÃ¤lt Ã¤r nÃ¶dvÃ¤ndiga fÃ¶r att anvÃ¤nda vektornotationer i pekarestartindex och lÃ¤ngdfÃ¤lt Ã¤r nÃ¶dvÃ¤ndiga fÃ¶r att anvÃ¤nda vektornotationer i vektorer med variabel lÃ¤ngdstartindex i vektornotationstrippel Ã¤r inte ett heltalstart/end fÃ¶r RTL-fragment Ã¤r i olika fileren sats kan inte lÃ¶sa upp adress till Ã¶verlagrad funktionsatsen har ingen effektsats Ã¤r en referens, inte ett anrop, till funktionen %qEsatsen Ã¤r inte ett konstant uttrycksats markerad fÃ¶r att kasta i mitten av blocksats markerad fÃ¶r att kasta, men gÃ¶r inte detsatsen anvÃ¤nder ett slÃ¤ppt SSA-namn:satsen kommer aldrig utfÃ¶rassats utan effektsatsuttryck Ã¤r inte tillÃ¥tna utanfÃ¶r funktioner eller i mallargumentlistorstatiska %qs kan inte deklareras %<mutable%>statisk IO-deklaration fÃ¶r %q+D behÃ¶ver en adressstatisk fÃ¶rsÃ¤kran misslyckadesstatisk fÃ¶rsÃ¤kran misslyckades: %Estatisk fÃ¶rsÃ¤kran misslyckades: %sstatisk kedja med funktion som inte anvÃ¤nder enstatisk datamedlem %qD i namnlÃ¶s klassstatisk datamedlem %qE deklarerad %<concept%>statisk deklaration av %q+D fÃ¶ljer pÃ¥ icke-statisk deklarationstatisk initiering av variabeln %q+D i %<.shared%>-minne stÃ¶djs intestatic stÃ¶djs inte pÃ¥ TPF-OSstatisk medlem %qD kan inte vara ett bitfÃ¤ltstatisk medlem %qD deklarerad %<register%>statisk medlemsfunktion %q#D deklarerad med typkvalificerarestatisk medlemsfunktion %qD kan inte ha cv-kvalificerarestatisk medlemsfunktion %qD kan inte ha ref-kvalificerarestatic- eller typkvalificerare i vektordeklarerare som inte Ã¤r parameterstatic_assert utan ett meddelande Ã¤r endast tillgÃ¤nglig med -std=c++1z eller -std=gnu++1zstatic_cast frÃ¥n typ %qT till typ %qT slÃ¤nger bort kvalificerarestatiskt allokerad instans av Objective-C-klass %qEattributen stdcall och cdecl Ã¤r inte kompatiblaattributen stdcall och fastcall Ã¤r inte kompatiblaattributen stdcall och thiscall Ã¤r inte kompatiblasteget i implicerad do-slinga vid %L kan inte fÃ¶renklas till ett konstant vÃ¤rdestegstorleken mÃ¥ste vara ett konstant heltalsuttryck eller en heltalsvariabelsats (%p) markerad som modifierad efter optimeringspass: satsens volatile-flagga Ã¤r inte aktuellsats med felaktig VUSElagringsklassen %<__thread%> Ã¤r ogiltig fÃ¶r funktionen %qslagringsklassen %<auto%> Ã¤r ogiltig fÃ¶r funktionen %qslagringsklassen %<register%> Ã¤r ogiltig fÃ¶r funktionen %qslagringsklassen %<thread_local%> Ã¤r ogiltig fÃ¶r funktionen %qslagringsklass %qD tillÃ¤mpad pÃ¥ mallinstansieringlagringsklass angiven fÃ¶r %qslagringsklass angiven fÃ¶r parameter %qElagringsklass angiven fÃ¶r parameter %qslagringsklass angiven fÃ¶r postfÃ¤ltlagringsklass angiven fÃ¶r postfÃ¤lt %qElagringsklass angiven fÃ¶r mallparameter %qslagringsklass angiven fÃ¶r typnamnlagringsklass angiven fÃ¶r namnlÃ¶s parameterogiltig specificerare av lagringsklass i vÃ¤nfunktionsdeklarationerspecificerare av lagringsklass ogiltig i parameterdeklarationerlagringsstorlek pÃ¥ %q+D Ã¤r inte konstantlagringsstorlek pÃ¥ %q+D Ã¤r okÃ¤ndlagringsstorlek pÃ¥ %qD Ã¤r inte konstantlagringsstorlek pÃ¥ %qD Ã¤r inte kÃ¤ndkonstigt enhetsnamn %qs efter %qs: felaktigt tecken %qcstrateginamn %qs angivet till flaggan %qs stÃ¶djs inte i 32-bitars kodÃ¶verblivet %<,%> vid slutet av medlemsdeklarationÃ¶verblivet %<@%> i programÃ¶verblivet %<\%o%> i programÃ¶verblivet %qc i programvilsekommet %qs mellan Objective-C++ metoderÃ¶verblivet %qs i programstrÃ¶mmande underprocess misslyckadesstrÃ¶mmande underprocess dÃ¶dades av en signalstrftime-format kan inte formatera argumentsteglÃ¤ngd i vektornotationstrippel Ã¤r inte ett heltalstrÃ¤nglÃ¤ngden %qd Ã¤r stÃ¶rre Ã¤n den lÃ¤ngden %qd som ISO C%d-kompilatorer skall stÃ¶djastrÃ¤ngliteral i funktionsmallsignaturanvÃ¤ndning av strong bÃ¶r undvikas; anvÃ¤nd inline-namnrymder istÃ¤lletstrong using Ã¤r endast meningsfullt vid namnrymdsrÃ¤ckviddstrong-cast-tilldelning har uppfÃ¥ngatsstrong-cast kan mÃ¶jligen behÃ¶vaspost definierad hÃ¤rposten har inga medlemmarposten har inga namngivna medlemmarpostjustering mÃ¥ste vara tvÃ¥ upphÃ¶jt till ett litet tal, inte %dpostfÃ¤ltstorleksgrÃ¤ns fÃ¶r poster kan bara sÃ¤ttas till 8 eller 32storleksgrÃ¤ns fÃ¶r poster kan bara sÃ¤ttas till 8, 32 eller 64underramverks inkludering %s stÃ¥r i konflikt med ramverks inkluderingunderprogrammet %q+F Ã¤r inte markerat Inlineunderprogrammet %q+F Ã¤r inte markerat Inline_Alwaysindex saknas i vektorreferensindexerat vÃ¤rde Ã¤r varken en vektor eller pekareindexerat vÃ¤rde Ã¤r varken en vektor eller pekareindexerat vÃ¤rde Ã¤r en funktionspekareindexering av vektor deklarerad %<register%>fÃ¶reslÃ¥r klamrar runt tom kropp i %<do%>-satsfÃ¶reslÃ¥r klamrar runt tom kropp i en %<else%>-satsfÃ¶reslÃ¥r klamrar runt tom kropp i en %<if%>-satsfÃ¶reslÃ¥r uttryckliga klamrar runt tom kropp i %<do%>-satsfÃ¶reslÃ¥r uttryckliga klamrar fÃ¶r att undvika tvetydighet i %<else%>fÃ¶reslÃ¥r parenteser runt %<&&%> inuti %<||%>fÃ¶reslÃ¥r parenteser runt %<+%> i operanden till %<&%>fÃ¶reslÃ¥r parenteser runt %<+%> inuti %<<<%>fÃ¶reslÃ¥r parenteser runt %<+%> inuti %<>>%>fÃ¶reslÃ¥r parenteser runt %<-%> i operanden till %<&%>fÃ¶reslÃ¥r parenteser runt %<-%> inuti %<<<%>fÃ¶reslÃ¥r parenteser runt %<-%> inuti %<>>%>fÃ¶reslÃ¥r parenteser runt %<>>%>-uttryckfÃ¶reslÃ¥r parenteser runt aritmetik i operanden till %<^%>fÃ¶reslÃ¥r parenteser runt aritmetik i operanden till %<|%>fÃ¶reslÃ¥r parenteser runt tilldelning som anvÃ¤nds som sanningsvÃ¤rdefÃ¶reslÃ¥r parenteser runt jÃ¤mfÃ¶relse i operanden till %<!=%>fÃ¶reslÃ¥r parenteser runt jÃ¤mfÃ¶relser i operanden till %<&%>fÃ¶reslÃ¥r parenteser runt jÃ¤mfÃ¶relse i operanden till %<==%>fÃ¶reslÃ¥r parenteser runt jÃ¤mfÃ¶relse i operanden till %<^%>fÃ¶reslÃ¥r parenteser runt jÃ¤mfÃ¶relse i operanden till %<|%>fÃ¶reslÃ¥r parenteser runt operanden till %<!%> eller Ã¤ndra %<&%> till %<&&%> eller %<!%> till %<~%>fÃ¶reslÃ¥r parenteser runt operanden till %<!%> eller Ã¤ndra %<|%> till %<||%> eller %<!%> till %<~%>fÃ¶reslaget alternativ:fÃ¶reslagna alternativ:fÃ¶reslaget alternativ: %qsstÃ¶d fÃ¶r lÃ¤ge %qsstÃ¶dda kÃ¤rnarkitekturer:%sflaggan %<-mcustom-%s%> stÃ¥r i konflikt med flaggan %<-mcustom-%s%>flaggan %<-mcustom-%s%> har ingen effekt om inte -ffinite-math-only angesflaggan %<-mcustom-%s%> har ingen effekt om inte -fno-math-errno angesflaggan %<-mcustom-%s%> har ingen effekt om inte -funsafe-math-optimizations angesflaggan %<-mcustom-%s%> behÃ¶vs fÃ¶r dubbel precisions flyttalvÃ¤rdet %2$d till flaggan %<-mcustom-%1$s%> mÃ¥ste vara mellan 0 och 255flaggan %qs bÃ¶rjar inte med %<-%>flaggan %qs stÃ¶djs inte lÃ¤ngreflaggan -mcpu=%s stÃ¥r i konflikt med flaggan -march=%sswitch-villkor har booleskt vÃ¤rdeswitch hoppar in i satsuttryckswitch hoppar Ã¶ver variabelinitieringarswitch saknar default-fallswitch-argument Ã¤r inte ett heltalswitch bÃ¶rjar hÃ¤rswitch-sats med storleken %lu ingÃ¥ngar Ã¤r fÃ¶r storsymbol anvÃ¤nds som omedelbar operandsymbol anvÃ¤nd med bÃ¥de bas- och indexerade registersymbol med avstÃ¥nd anvÃ¤nt i PIC-lÃ¤gesymboliska minnesreferenser stÃ¶djs endast pÃ¥ z10 eller senaresymtab_node::verify misslyckadessyntetiserad metod %qD krÃ¤vs fÃ¶rsta gÃ¥ngen hÃ¤r sysctl fÃ¶r kern.osversion misslyckades: %msystemsÃ¶kvÃ¤g %qs Ã¤r inte absoluttar adressen till konstrueraren %qEtar adressen till destrueraren %qEtar adressen till uttryck av typ %<void%>tar adress till nÃ¥got temporÃ¤rttar adress till temporÃ¤r vektortar adressen till xvalue (rvalue-referens)att ta adressen av en etikett fÃ¶ljer inte standardenmÃ¥let %s %qs tar inte nÃ¥got argumentmÃ¥let %s %qs stÃ¶djer inte en negerad formmÃ¥let %s %qs Ã¤r ogiltigtmÃ¥let %s %s=%s Ã¤r ogiltigtmÃ¥lprocessorn stÃ¶djer inte ARM-lÃ¤gemÃ¥lprocessorn stÃ¶djer inte ARMv8-M:s sÃ¤kerhetstillÃ¤ggmÃ¥lprocessorn stÃ¶djer inte THUMB-instruktionermÃ¥lprocessorn stÃ¶djer inte interworkingmÃ¥lprocessorn stÃ¶djer inte ojusterade Ã¥tkomstermÃ¥l-OS:et stÃ¶djer inte ojusterade Ã¥tkomstermÃ¥largumentmÃ¥lattribut stÃ¶djs inte pÃ¥ denna maskinmÃ¥lattribut eller pragma Ã¤ndrar AltiVec ABImÃ¥lattribut eller pragma Ã¤ndrar SPE ABImÃ¥lattribut eller pragma Ã¤ndrar darwin64 ABImÃ¥lattribut eller pragma Ã¤ndrar dubbel precisions flyttalmÃ¥lattribut eller pragma Ã¤ndrar storlek pÃ¥ long doublemÃ¥lattribut eller pragma Ã¤ndrar enkel precisions flyttalmÃ¥let stÃ¶djer inte atomÃ¤r profiluppdatering, enkellÃ¤ge valtmÃ¥let stÃ¶djer inte funktionsversionsavsÃ¤ndaremÃ¥lformatet stÃ¶djer inte oÃ¤ndlighetenmÃ¥let Ã¤r inte en pekare eller referensmÃ¥let Ã¤r inte en pekare eller referens till en klassmÃ¥let Ã¤r inte en pekare eller referens till en fullstÃ¤ndig typmÃ¥let fÃ¶r konvertering kan vara en kandidat fÃ¶r ett formatattributmÃ¥let fÃ¶r initialisering kan vara en kandidat fÃ¶r ett formatattributmÃ¥lspecifik inbyggd funktion Ã¤r inte tillgÃ¤ngligmÃ¥lspecifik flagga stÃ¤mmer intemÃ¥lsystemet stÃ¶djer inte felsÃ¶kningsutdatamÃ¥lsystemet stÃ¶djer inte felsÃ¶kningsformatet %qsha programvarusimulatorn som mÃ¥l.mallen %qD deklareradmallen %qE i-klausulen %qsmallargument %d Ã¤r ogiltigtmallargument %qE berÃ¶r mallparametrarmallargumentet fÃ¶r %qD anvÃ¤nder lokal typ %qTmallargument krÃ¤vs fÃ¶r %<%s %T%>mallargument till %qD stÃ¤mmer inte med originalmallen %qDmallklass utan ett namnmallbegrÃ¤nsningsfelmalldeklaration av %<typedef%>malldeklaration av %q#Dmalldefinition av icke-mall %q#Dmallinstansieringsdjupet Ã¶verskrider maxvÃ¤rdet pÃ¥ %d (anvÃ¤nd -ftemplate-depth= fÃ¶r att Ã¶ka maxvÃ¤rdet)mallinstansieringsdjupet Ã¶verskrider maxvÃ¤rdet pÃ¥ %d vid instansiering av %q+D, mÃ¶jligen frÃ¥n generering av virtuell tabell (anvÃ¤nd -ftemplate-depth= fÃ¶r att Ã¶ka maxvÃ¤rdet)mallparameter %q+#Dmallparametern %qD deklarerad hÃ¤rmallparameter %qD av typ %qT Ã¤r inte tillÃ¥ten i ett konstant heltalsuttryck eftersom den inte Ã¤r av heltals- eller upprÃ¤kningstypmallparameterlista anvÃ¤nd i explicit instansieringmallparametrerlistan som ges stÃ¤mmer inte mallparametrarna till %qDmallparameterpaket %qD kan inte ha ett standardargumentmallparameterpaket kan inte ha ett standardargumentmallparameterpaket kan inte ha standardargumentmallparametertyp %qT deklarerad %<friend%>mallparametrar kan inte vara vÃ¤nnermallparametrar stÃ¤mmer inte med mallen %qDmallparameter Ã¤r inte hÃ¤rledbara i partiell specialisering:mallens platshÃ¥llartyp %qT mÃ¥ste fÃ¶ljas av ett enkelt deklarerar-idmallspecialisering av %qD Ã¤r inte tillÃ¥ten av ISO C++mallspecialisering med C-lÃ¤nkningmallspecificerare inte angivna i deklarationen av %qDmalltypparametrar mÃ¥ste anvÃ¤nda nyckelordet %<class%> eller %<typename%>mall med C-lÃ¤nkningmall-id %qD fÃ¶r %q+D stÃ¤mmer inte med nÃ¥gon malldeklarationmall-id %qD i deklaration av primÃ¤r mallmall-id %qD anvÃ¤nd som en deklareraremallparameter-mallar fÃ¥r inte vara %<virtual%>temporÃ¤r av den ej literala typen %qT i ett konstant uttrycktrestÃ¤llig %<operator?:%>trestÃ¤llig %<operator?:%> i %<%E ? %E : %E%>felsÃ¶kningsformatet â€�%sâ€� kan inte anvÃ¤ndas med fÃ¶rkompilerade huvudenattributet %<getter%> kan bara anges en gÃ¥ngattributet %<interrupt%> krÃ¤ver en MIPS32r2-processor eller bÃ¤ttreattributet %<setter%> kan bara anges en gÃ¥ngattributet %qE behÃ¶ver argumentarkitekturen %qs stÃ¶djer inte %<-m%s=2008%>arkitekturen %qs stÃ¶djer inte %<-m%s=legacy%>arkitekturen %qs stÃ¶djer inte %<-mfp32%>arkitekturen %qs stÃ¶djer inte DSP-instruktionerarkitekturen %qs stÃ¶djer inte trolig gren-instruktionerarkitekturen %qs stÃ¶djer inte instruktionerna madd eller msubarkitekturen %qs stÃ¶djer inte udda enkelprecisionsregisterarkitekturen %qs stÃ¶djer inte par-enkel-instruktionerarkitekturen %qs stÃ¶djer inte instruktionen synciprintf-flaggan â€� â€�strfmon-flaggan â€�!â€�printf-flaggan â€�#â€�strftime-flaggan â€�#â€�printf-flaggan â€�'â€�scanf-flaggan â€�'â€�strfmon-flaggan â€�(â€�printf-flaggan â€�+â€�strfmon-flaggan â€�+â€�printf-flaggan â€�-â€�strfmon-flaggan â€�-â€�strftime-flaggan â€�-â€�printf-flaggan â€�0â€�strftime-flaggan â€�0â€�strftime-modifieraren â€�Eâ€�printf-flaggan â€�Iâ€�scanf-flaggan â€�Iâ€�modifieraren â€�Oâ€�strftime-modifieraren â€�Oâ€�strfmon-flaggan â€�^â€�strftime-flaggan â€�^â€�strftime-flaggan â€�_â€�scanf-flaggan â€�aâ€�scanf-flaggan â€�mâ€�diagnostikflaggan â€�qâ€�flaggan -shared stÃ¶djs fÃ¶r nÃ¤rvarande inte fÃ¶r VAX ELFABI:et fÃ¶r att skicka aggregat med %d-bytejustering har Ã¤ndrats i GCC 5ABI:et fÃ¶r att skicka homogena flyttalsaggregat har Ã¤ndrats i GCC 5ABI:et fÃ¶r att skicka en post med en flexibel vektormedlem har Ã¤ndrats i GCC 4.4ABI:et fÃ¶r att skicka en post med complex float medlem har Ã¤ndrats i GCC 4.4ABI:et fÃ¶r att skicka unioner med long double har Ã¤ndrats i GCC 4.4cpu:n RX100 har inte FPU-hÃ¥rdvaracpu:n RX200 har inte FPU-hÃ¥rdvaraadressen till %qD kommer alltid berÃ¤knas till %<true%>adressen till %qD kommer aldrig vara NULLadressen till en etikett fÃ¥r inte finnas i ett konstantuttryckscanf-funktionen fÃ¶r utelÃ¤mnande av tilldelninganropet behÃ¶ver ifunc, som inte stÃ¶djs av detta mÃ¥lkombinationen av %qs och %qs Ã¤r inkompatibel med %qsjÃ¤mfÃ¶relsen kommer alltid berÃ¤knas till %<false%> fÃ¶r adressen till %qD kommer aldrig att vara NULLjÃ¤mfÃ¶relsen kommer alltid berÃ¤knas till %<true%> fÃ¶r adressen till %qD kommer aldrig att vara NULLkompilatorn kan anta att adressen till %qD kommer alltid berÃ¤knas till %<true%>kompilatorn kan anta att adressen till %qD aldrig kommer att vara NULLkomponenten %qs Ã¤r en PRIVATE-typ och kan inte vara en komponent i %qs, som Ã¤r PUBLIC vid %Ltypen som stÃ¥r i konflikt Ã¤r definierad i en annan Ã¶versÃ¤ttningsenhettypen som stÃ¥r i konflikt och Ã¤r definierad i en annan Ã¶versÃ¤ttningsenhet har en virtuell tabell med annan storlektypen som stÃ¥r i konflikt Ã¤r definierad i en annan Ã¶versÃ¤ttningsenhet och har en virtuell tabell med annat innehÃ¥lltypen som stÃ¥r i konflikt Ã¤r definierad i en annan Ã¶versÃ¤ttningsenhet och har en virtuell tabell med fler postertypen som stÃ¥r i konflikt och Ã¤r definierad i en annan Ã¶versÃ¤ttningsenhet med annan RTTI-informationstyrflÃ¶det i funktionen %qE stÃ¤mmer inte med dess profildata (rÃ¤knare %qs)antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_sll_pi16 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_sll_pi32 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_sll_si64 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_slli_pi16 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_slli_pi32 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_slli_si64 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_sra_pi16 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_sra_pi32 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_sra_si64 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_srai_pi16 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_srai_pi32 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_srai_si64 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_srl_pi16 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_srl_pi32 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_srl_si64 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_srli_pi16 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_srli_pi32 i koden.antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_srli_si64 i koden.punktsyntaxen Ã¤r inte tillgÃ¤nglig i Objective-C 1.0ellipsen i %qD Ã¤rvs inteden andra basen Ã¤r definierad hÃ¤rdet femte argumentet mÃ¥ste vara en 8-bitars omedelbarfÃ¶rsta argumentet till en VEC_COND_EXPR mÃ¥ste vara av boolesk vektortyp med samma antal element som resultatetden fÃ¶rsta skillnaden mellan motsvarande definitioner Ã¤r fÃ¤ltet %qDden fÃ¶rsta skillnaden mellan motsvarande definitioner Ã¤r metoden %qDandra parametern till %<operator new%> kan inte ha standardargumentdet fjÃ¤rde argumentet ha skala 1, 2, 4, 8ramstorleken pÃ¥ %wd byte Ã¤r stÃ¶rre Ã¤n %wd bytedet omedelbara argumentet mÃ¥ste vara en 4-bitars omedelbardet omedelbara argumentet mÃ¥ste vara en 5-bitars omedelbardet omedelbara argumentet mÃ¥ste vara en 8-bitars omedelbarden inkompatibla typen definierad i en annan Ã¶versÃ¤ttningsenhetden inkompatibla typen Ã¤r definierad hÃ¤rlambdat har ingen standardfÃ¥ngstdet sista argumentet mÃ¥ste vara en 1-bits omedelbardet sista argumentet mÃ¥ste vara en 2-bitars omedelbardet sista argumentet mÃ¥ste vara en 3-bitars omedelbardet sista argumentet mÃ¥ste vara en 32-bitars omedelbardet sista argumentet mÃ¥ste vara en 4-bitars omedelbardet sista argumentet mÃ¥ste vara en 5-bitars omedelbardet sista argumentet mÃ¥ste vara en 1-bits omedelbardet sista argumentet mÃ¥ste vara en 8-bitars omedelbardet sista argumentet ha skala 1, 2, 4, 8layouten av aggregat som innehÃ¥ller vektorer med %d-bytejustering har Ã¤ndrats i GCC 5m210 har inte stÃ¶d fÃ¶r omvÃ¤nd byteordningdet manglade namnet pÃ¥ %qD Ã¤ndrades mellan -fabi-version=%d (%D) och -fabi-version=%d (%D)det manglade namnet pÃ¥ %qD Ã¤ndras mellan -fabi-version=%d (%D) och -fabi-version=%d (%D)det manglade namnet pÃ¥ %qD Ã¤ndras mellan -fabi-version=%d och -fabi-version=%ddet manglade namnet pÃ¥ en snutt fÃ¶r %qD Ã¤ndras mellan -fabi-version=%d och -fabi-version=%ddet manglade namnet pÃ¥ initieringsvaktsvariabeln fÃ¶r %qD Ã¤ndras mellan -fabi-version=%d och -fabi-version=%dmaxvÃ¤rdet fÃ¶r det sista storleksintervallet skall vara -1 fÃ¶r flaggan %qsdet nÃ¤st sista argumentet mÃ¥ste vara en 8-bitars omedelbarden utelÃ¤mnade mittoperanden i ?: kommer alltid att vara %<true%>, fÃ¶reslÃ¥r explicit mittoperandprogrammet borde Ã¤ven definiera %qDintervallet fÃ¶r antal skall vara inom 0 till 32.  kontrollera den inbyggda _mm_ror_pi16 i koden.intervallet fÃ¶r antal skall vara inom 0 till 32.  kontrollera den inbyggda _mm_ror_pi32 i koden.intervallet fÃ¶r antal skall vara inom 0 till 32.  kontrollera den inbyggda _mm_rori_pi16 i koden.intervallet fÃ¶r antal skall vara inom 0 till 32.  kontrollera den inbyggda _mm_rori_pi32 i koden.intervallet fÃ¶r antal skall vara inom 0 till 64.  kontrollera den inbyggda _mm_ror_si64 i koden.intervallet fÃ¶r antal skall vara inom 0 till 64.  kontrollera den inbyggda _mm_rori_si64 i koden.intervallet fÃ¶r masken skall vara i 0 till 255intervallet fÃ¶r vÃ¤ljaren skall vara inom 0 till 1intervallet fÃ¶r vÃ¤ljaren skall vara inom 0 till 3intervallet fÃ¶r vÃ¤ljaren skall vara inom 0 till 7registret angivet fÃ¶r %q+D kan inte nÃ¥s av det aktuella mÃ¥letregistret angivet fÃ¶r %q+D Ã¤r inte tillrÃ¤ckligt generellt fÃ¶r att anvÃ¤ndas som en registervariabelresultatet av konverteringen Ã¤r odefinierad eftersom %qE Ã¤r utanfÃ¶r intervallet fÃ¶r typen %qTdet tredje argumentet mÃ¥ste vara en 8-bitars omedelbardet tredje argumentet mÃ¥ste vara en jÃ¤mfÃ¶relsekonstanttypen %qT fÃ¶r constexpr-variabeln %qD Ã¤r inte en literaltypen som destrueras Ã¤r %qT, men destrueraren refererar till %qTanvÃ¤ndningen av variabelnamn med _OBJC_-prefix fÃ¶r att vÃ¤lja metadatasektioner bÃ¶r undvikas i 4.6 och kommer tas bort i 4.7vÃ¤rdet pÃ¥ %qD Ã¤r inte anvÃ¤ndbart i ett konstant uttryckargumentet till xabort mÃ¥ste vara en 8-bitars omedelbardet finns inga argument till %qD som beror pÃ¥ en mallparameter, sÃ¥ en deklaration av %qD mÃ¥ste finnas tillgÃ¤ngligtredje argumentet till %q+D skall fÃ¶rmodligen vara %<char **%>tredje argumentet till %<__builtin_prefetch%> mÃ¥ste vara en konstanttredje argumentet till vec_vinsert4b mÃ¥ste vara 0..12tredje operanden i villkorsuttryck kan inte lÃ¶sa upp adress till Ã¶verlagrad funktiontredje operanden av villkorsuttryck har ingen effekttredje operanden av villkorsuttryck Ã¤r en referens, inte ett anrop, till funktionen %qEtredje operanden till villkorsoperatorn Ã¤r av typ %<void%>, men den andra operanden Ã¤r varken ett throw-uttryck eller av typ %<void%>denna %qs-klausul vaktar inte â€¦denna inbyggda funktion Ã¤r endast tillgÃ¤nglig i fr405 och fr450denna inbyggda funktion Ã¤r endast tillgÃ¤nglig i fr450denna inbyggda funktion Ã¤r endast tillgÃ¤nglig i fr500 och fr550denna inbyggda stÃ¶djs inte pÃ¥ denna mÃ¥larkitekturdenna mÃ¥larkitektur stÃ¶djer inte %sdenna kompilator stÃ¶djer inte PowerPC (arch-flaggor ignoreras)denna kompilator stÃ¶djer inte X86 (arch-flaggor ignoreras)detta villkor har identiska grenardenna decimala konstant Ã¤r teckenlÃ¶s endast i ISO C90denna decimala konstant skulle varit teckenlÃ¶s i ISO C90detta Ã¤r ett fel i GCC som kan gÃ¥s runt genom att lÃ¤gga till attributet used till den anropade funktionendetta Ã¤r den fÃ¶rsta default-etikettendetta Ã¤r det fÃ¶rsta fallet som Ã¶verlappar det vÃ¤rdetdetta Ã¤r instruktionen:denna mediafunktion Ã¤r endast tillgÃ¤nglig i fr400 och fr500denna mediafunktion Ã¤r endast tillgÃ¤nglig i fr500denna sats kan falla igenomdenna mÃ¥larkitektur stÃ¶djer inte %qsdetta mÃ¥l har omvÃ¤nd byteordningdenna mÃ¥lmaskin har inte fÃ¶rdrÃ¶jda grenartrÃ¥dlokal COMMON-data Ã¤r inte implementerattrÃ¥dlokal deklaration av %q#D fÃ¶ljer pÃ¥ icke trÃ¥dlokal deklarationtrÃ¥dlokal deklaration av %q+D fÃ¶ljer pÃ¥ icke trÃ¥dlokal deklarationtrÃ¥dprivat variabel %qE anvÃ¤nd i mÃ¥lregiontrÃ¥dprivat variabel %qE anvÃ¤nd i obunden uppgiftthrow-uttryck Ã¤r inte tillÃ¥tna inuti slingor markerade med pragma simdthrow kommer alltid anropa terminate()kastar NULL, som har heltals-, inte pekartyptls_model-argument mÃ¥ste vara ett av â€�local-execâ€�, â€�initial-execâ€�, â€�local-dynamicâ€� eller â€�global-dynamicâ€�tls_model-argument Ã¤r inte en strÃ¤ngfÃ¶r att vara sÃ¤ker mÃ¥ste alla mellanliggande pekare i typkonvertering frÃ¥n %qT till %qT vara %<const%>-kvalificeradefÃ¶r att generera beroenden mÃ¥ste du ange antingen -M eller -MMfÃ¶r att referera till en typmedlem av en mallparameter, anvÃ¤nd %<typename %E%>symbol %u har x-plats == %usymbol %u har x-plats == y-plats == %usymbol %u har y-plats == %ufÃ¶r fÃ¥ argument till %%:compare-debug-auxbase-optfÃ¶r fÃ¥ argument till %%:replace-extensionfÃ¶r fÃ¥ argument till %%:version-comparefÃ¶r fÃ¥ argument till konstrueraren %q#DfÃ¶r fÃ¥ argument till funktionFÃ¶r mÃ¥nga argument till funktionen %<va_start%>fÃ¶r fÃ¥ argument till funktionen %q#DfÃ¶r fÃ¥ argument till funktionen %qEfÃ¶r fÃ¥ argument till medlemsfunktionen %q#DfÃ¶r fÃ¥ argument till metoden %q#DfÃ¶r fÃ¥ argument fÃ¶r postfÃ¶r fÃ¥ mallparameterlistor i deklarationen av %qDfÃ¶r fÃ¥ mallparameterlistorfÃ¶r stor funktionsvÃ¤rdestyp, behÃ¶ver %d register, har bara %d register till dettafÃ¶r sent fÃ¶r #-direktiv att ange felsÃ¶kningskatalogfÃ¶r mÃ¥nga #pragma-flaggor align=resetfÃ¶r mÃ¥nga %<if%>-klausulerfÃ¶r mÃ¥nga %<if%>-klausuler med %qs-modifierarefÃ¶r mÃ¥nga %<if%>-klausuler utan modifierarefÃ¶r mÃ¥nga %<static%>-argumentfÃ¶r mÃ¥nga %qs-klausulerfÃ¶r mÃ¥nga alternativ i %<asm%>fÃ¶r mÃ¥nga argumentfÃ¶r mÃ¥nga argument fÃ¶r formatstrÃ¤ngfÃ¶r mÃ¥nga argument till %%:compare-debug-auxbase-optfÃ¶r mÃ¥nga argument till %%:comparedebug-dump-optfÃ¶r mÃ¥nga argument till %%:compare-debug-self-optfÃ¶r mÃ¥nga argument till %%:version-comparefÃ¶r mÃ¥nga argument till konstrueraren %q#DfÃ¶r mÃ¥nga argument till funktionfÃ¶r mÃ¥nga argument till funktionen %q#DfÃ¶r mÃ¥nga argument till funktionen %qEfÃ¶r mÃ¥nga argument till makefÃ¶r mÃ¥nga argument till medlemsfunktionen %q#DfÃ¶r mÃ¥nga argument till metoden %q#DfÃ¶r mÃ¥nga argument till metoden %qEfÃ¶r mÃ¥nga argument till den Ã¶verlagrade funktionen %sfÃ¶r mÃ¥nga klamrar runt initierare fÃ¶r %qTfÃ¶r mÃ¥nga undantagshanteringsbÃ¥gar frÃ¥n gb %ifÃ¶r mÃ¥nga uttryck fÃ¶r postfÃ¶r mÃ¥nga filnamn angivna.  Skriv %s --help fÃ¶r anvÃ¤ndningsinformationfÃ¶r mÃ¥nga initierare fÃ¶r %qTfÃ¶r mÃ¥nga indatafilerfÃ¥r mÃ¥nga slingutgÃ¥ngar noteradefÃ¶r mÃ¥nga Ã¶ppna parenteserfÃ¶r mÃ¥nga utgÃ¥ende bÃ¥gar frÃ¥n gb %ifÃ¶r mÃ¥nga storleksintervall angivna i flaggan %qsfel antal mallhuvuden fÃ¶r %D (skulle vara %d)fÃ¶r mÃ¥nga mallparameterlistor i deklarationen av %qDfÃ¶r mÃ¥nga mallparameterlistorfÃ¶r mÃ¥nga vÃ¤rden i retursatsfÃ¶r mÃ¥nga variabler fÃ¶r intervallklausul med kanalfÃ¶r mycket stackutrymme att gÃ¶ra av med: %dfÃ¶r mycket stackutrymme att fÃ¶rbereda: %dtoppnivÃ¥deklaration av %qs anger %<auto%>ordningsÃ¤ndring pÃ¥ toppnivÃ¥ mÃ¥ste vara avaktiverat nÃ¤r unit-at-a-time Ã¤r avaktiverattotal storlek pÃ¥ lokala objekt Ã¤r fÃ¶r stortotala storleken pÃ¥ lokala variabler Ã¶verskrider arkitekturens grÃ¤nsspÃ¥ra topn mÃ¥ladresser i indirekt-anropsprofil.traditionell C saknar en separat namnrymd fÃ¶r etiketter, identifierare %qE stÃ¥r i konflikttraditionell C tillÃ¥ter inte ISO C:s stil av funktionsdefinitionertraditionell C tillÃ¥ter inte aggregatinitieringtraditionell C tillÃ¥ter inte initiering av unionertraditionell C stÃ¶djer inte strÃ¤ngkonstantsammanslagningtraditionell C tillÃ¥ter inte operatorn unÃ¤rt plusden avslutande returtypen %qT hos deduktionsguiden Ã¤r inte en specialisering av %qTavslutande returtyp Ã¤r endast tillgÃ¤nglig med -std=c++11 eller -std=gnu++11trampolin genererad fÃ¶r nÃ¤stad funktion %qDtransaktionsminne stÃ¶djs inte i denna konfigurationtransformerande inbyggd %qs vid %L Ã¤r inte tillÃ¥ten i ett initieringsuttrycklÃ¤ge fÃ¶r fÃ¤llor (trap mode) stÃ¶djs inte fÃ¶r VAX-flyttaltrÃ¤dkontroll: %s, har %s i %s, vid %s:%dtrÃ¤dkontroll: anvÃ¤nde element %d av tree_int_cst med %d element i %s, vid %s:%dtrÃ¤dkontroll: anvÃ¤nde element %d av tree_vec med %d element i %s, vid %s:%dtrÃ¤dkontroll: anvÃ¤nde operand %d av %s med %d operander i %s, vid %s:%dtrÃ¤dkontroll: anvÃ¤nde operand %d av omp_clause %s med %d operander i %s, vid %s:%dtrÃ¤dkontroll: klass %qs fÃ¶rvÃ¤ntades inte, har %qs (%s) i %s, vid %s:%dtrÃ¤dkontroll: fÃ¶rvÃ¤ntade klass %qs, har %qs (%s) i %s, vid %s:%dtrÃ¤dkontroll: fÃ¶rvÃ¤ntade ingen av %s, har %s i %s, vid %s:%dtrÃ¤dkontroll: omp_clause %s fÃ¶rvÃ¤ntades, har %s i %s, vid %s:%dtrÃ¤dkontroll: fÃ¶rvÃ¤ntade trÃ¤d som innehÃ¥ller posten %qs, har %qs i %s, vid %s:%dtrÃ¤dkod %qs stÃ¶djs inte i LTO-strÃ¶mmartrÃ¤dlista slutar pÃ¥ djup %isant/falskt-bÃ¥ge efter en icke-GIMPLE_COND i gb %dfÃ¶rsÃ¶k ta bort parenteserna runt typ-id:ttry-satser Ã¤r inte tillÃ¥tna inuti slingor markerade med #pragma simdfÃ¶rsÃ¶k att anvÃ¤nda %qE istÃ¤lletfÃ¶rsÃ¶ker koda icke-heltal typ som ett bitfÃ¤ltfÃ¶rsÃ¶kte avsluta post, men hoppade ut pÃ¥ grund av tidigare parsningsfelfÃ¶rsÃ¶ker gÃ¶ra klassen %qT en vÃ¤n med global rÃ¤ckviddtrimningsstrÃ¤ngen saknas i flaggan (%s)tvÃ¥ pÃ¥ varandra fÃ¶ljande %<[%> fÃ¥r bara introducera ett attributtvÃ¥ eller fler datatyper i deklaration av %qstvÃ¥ eller fler datatyper i deklaration av specificeraretvÃ¥ eller flera sektioner fÃ¶r %s%<delete%> fÃ¥r argument av typ %q#T, pekare fÃ¶rvÃ¤ntadestypen %qE har en anvÃ¤ndardefinierad konstrueraretypen %qE har en anvÃ¤ndardefinierad destrueraretypen %qE har ingen standardkonstruerare att anropatypen %qE har virtuella medlemsfunktionertypen %qT definierad i en anonym namnrymd kan inte matcha Ã¶ver grÃ¤nsen fÃ¶r Ã¶versÃ¤ttningsenhetentypen %qT definierad i en anonym namnrymd kan inte matcha typen %qT Ã¶ver grÃ¤nsen fÃ¶r Ã¶versÃ¤ttningsenhetentypen %qT har inte en kÃ¤nd storlektyp %qT fÃ¶r explicit instansiering %qD stÃ¤mmer inte med deklarerad typ %qTtypen %qT Ã¤r inte en bastyp fÃ¶r typen %qTtyp %qT Ã¤r inte en direkt bas till %qTtyp %qT Ã¤r inte en direkt eller virtuell bas till %qTtypen %qT Ã¤r fÃ¶r stortypen %qT sjÃ¤lv bryter mot C++ endefinitionsregeltyp %qT fÃ¶r mallargument %qE beror pÃ¥ en mallparametertyp %qT fÃ¶r mallargument %qE beror pÃ¥ mallparametrartypen %qT borde matcha typen %qTtypen %qT bryter mot C++ endefinitionsregeltypen %qT utan nÃ¥gon lÃ¤nkklass anvÃ¤nd fÃ¶r att deklarera funktionen %q#D med lÃ¤nkklasstypen %qT utan lÃ¤nkklass anvÃ¤nd fÃ¶r att deklarera variabeln %q#D med lÃ¤nkklasstyp %qs fÃ¶ljer inte protokollet %qEtypfÃ¶rsÃ¤kran Ã¤r endast giltigt fÃ¶r grÃ¤nssnittstypertypattribut ignoreras efter att typen redan Ã¤r definieradtypen sÃ¤tts skÃ¶nsmÃ¤ssigt till %<int%> i deklarationen av %qEtypen sÃ¤tts skÃ¶nsmÃ¤ssigt till %<int%> i typnamnettypen har inga metodertypen bÃ¶r undvikastypen bÃ¶r undvikas: %stypen Ã¤r inte kompatibel med sin varianttyper stÃ¤mmer inte mellan ett SSA_NAME och dess symboltyper stÃ¤mmer inte fÃ¶r case-etikett i en switch-satstypen stÃ¤mmer inte i BIT_INSERT_EXPRtypfel i adressuttrycktypfel i vektorintervallreferenstypfel i vektorreferenstypfel i binÃ¤rt uttrycktypfel i komplext uttrycktypfel i komponentreferenstyper stÃ¤mmer inte i villkorsuttrycktyper stÃ¤mmer inte i sammansmÃ¤lt multiplicera-addera-uttrycktyper stÃ¤mmer inte i icke-typs parameterpakettyper stÃ¤mmer inte i parameter %itypfel i pekar-plus-uttrycktypfel i referens till reell-/imaginÃ¤rdeltypfel i sad-uttrycktypfel i skiftuttrycktypfel i vektorpermuteringsuttrycktyper stÃ¤mmer inte i vidgande multiplicera-ackumulera-uttrycktypfel i breddande vektorskiftuttrycktyp stÃ¤mmer inte med tidigare externdeklaration av %q#Dtypen mÃ¥ste vara en cv-kvalificerad %<auto%> eller en referens till en cv-kvalificerad %<auto%>typnamnet %qs skall matcha typnamnet %qstypnamn Ã¤r deklarerat som en funktion som returnerar en funktiontypnamn Ã¤r deklarerat som en funktion som returnerar en vektortypen pÃ¥ %qD sÃ¤tts skÃ¶nsmÃ¤ssigt till %<int%>typen pÃ¥ %qD stÃ¤mmer inte med originaldeklarationentypen pÃ¥ %qE Ã¤r okÃ¤ndden kompletterade typen pÃ¥ vektor %q+D Ã¤r inkompatibel med implicit initieringtypen pÃ¥ asm-operand %qE kunde inte avgÃ¶rastypen pÃ¥ bitfÃ¤ltet %qs Ã¤r en GCC-utvidgningtypen pÃ¥ formell parameter %d Ã¤r ofullstÃ¤ndigtypen pÃ¥ egenskap %qD stÃ¥r i konflikt med tidigare deklarationtypprecision stÃ¤mmer inte i en switch-satstypkvalificerare ignoreras fÃ¶r funktions returtyptyp till vektor-delete Ã¤r varken pekar- eller vektortyptyptransparenta %q#T kan inte gÃ¶ras transparent eftersom typen pÃ¥ fÃ¶rsta fÃ¤ltet har ett annat ABI Ã¤n klassen som helhettypgenomskinliga %q#T har inga fÃ¤ltden typgenomskinliga klassen %qT har basklasserden typgenomskinliga klassen %qT har virtuella funktionertypvarianter skiljer i typvariant har TYPE_METHODStypvariant har en annan TREE_TYPEtypvariant har en annan TYPE_BINFOtypvariant har andra TYPE_FIELDStypvariant har en annan TYPE_SIZE_UNITtypvariant har en annan TYPE_VFIELDtypvariant med TYPE_ALIAS_SET_KNOWN_Ptypvariantens TREE_TYPEtypvariantens TYPE_BINFOtypvariantens TYPE_SIZE_UNITtypen var tidigare deklarerad %qEtypens TREE_TYPEtypens TYPE_BINFOtypens TYPE_SIZE_UNITtypstampning till ofullstÃ¤ndig typ kan bryta strikta aliasreglertyp/vÃ¤rde stÃ¤mmer inte vid argument %d i mallparameterlistan till %qDtypedef %q+D deklarerad %<_Noreturn%>typdef %q+D deklarerad %<inline%>typedef %qD Ã¤r initierad (anvÃ¤nd __typeof__ istÃ¤llet)typedef %qD Ã¤r initierad (anvÃ¤nd decltype istÃ¤llet)typedef %qD Ã¤r lokalt definierad men inte anvÃ¤ndtypedef-deklaration ogiltig i parameterdeklarationtypedef deklarerad %<auto%>typedef-namn fÃ¥r inte vara en nÃ¤stad-namnspecificeraretypedef-namnet %qD anvÃ¤nt som destruerardeklareraretype-id till en kvalificerad funktionstyp %qTtypeid-uttryck Ã¤r inte ett konstant uttryck eftersom %qE har polymorf typtyperna Ã¤r inte riktigt kompatiblatyper skiljer i teckenhettyper har olika parameterantaltyper fÃ¥r inte definieras i %<decltype%>-uttrycktyper fÃ¥r inte definieras i %<noexcept%>-uttrycktyper fÃ¥r inte definieras i ett %<typeid%>-uttrycktyper fÃ¥r inte definieras i en conversion-type-idtyper fÃ¥r inte definieras i en for-range-deklarationtyper fÃ¥r inte definieras i en new-uttrycktyper fÃ¥r inte definieras i en new-type-idtyper fÃ¥r inte definieras i aliasmalldeklarationertyper fÃ¥r inte definieras i en undantagsspecifikationtyper fÃ¥r inte definieras i typkonverteringartyper fÃ¥r inte definieras i villkortyper fÃ¥r inte definieras i en declare reduction-typlistatyper fÃ¥r inte definieras i undantagsdeklarationertyper fÃ¥r inte definieras i parametertypertyper fÃ¥r inte definieras i mallargumenttypspecifikation i ALLOCATE vid %Lkan inte berÃ¤kna verklig plats fÃ¶r stackparameterkan inte hÃ¤rleda %qT frÃ¥n %qEkan inte hÃ¤rleda lambdareturtyp frÃ¥n %qEkan inte emulera %qskan inte hitta ett register att spillakan inte hitta ett register att spilla i klass %qskan inte hitta en teckenliteraloperator %qD med argumentet %qTkan inte hitta en numerisk literaloperator %qDkan inte hitta en strÃ¤ngliteraloperator %qD med argumenten %qT, %qTkan inte generera omlÃ¤sningar fÃ¶r:kan inte lokalisera standardlÃ¤nkskriptet %qs i bilblioteksÃ¶kvÃ¤garnakan inte Ã¶ppna dynamiskt beroende â€�%sâ€�kan inte att Ã¶ppna filenkan inte Ã¶ppna loggfilen %<vtv_class_set_sizes.log%>: %mkan inte Ã¶ppna loggfilen %<vtv_count_data.log%>: %mkan inte Ã¶ppna loggfilen %<vtv_set_ptr_data.log%>: %mkan inte skriva ut operanden Ã¤nnu; kod == %d (%c)kan inte registrera information fÃ¶r insticksmodulen %qs â€“ inget namn pÃ¥ insticksmodulen finnskan inte anvÃ¤nda â€�%sâ€� som PIC-registerobegrÃ¤nsad anvÃ¤ndning av %<alloca%>obegrÃ¤nsad anvÃ¤ndning av vektor med variabel lÃ¤ngdovillkorligt hopp %2d aldrig utfÃ¶rt
  ovillkorligt hopp %2d taget %s
! odeklarerad vÃ¤ljare %qEodefinierat beteende nÃ¤r andra parametern till %<va_start%> Ã¤r deklarerad med lagringsklass %<register%>odefinierad namngiven operand %qsunderliggande typ %<%T%> till %<%T%> mÃ¥ste vara en heltalstypunderliggande typ stÃ¤mmer inte Ã¶verens i enum %q#TovÃ¤ntat !$OMP ATOMIC-uttryck vid %LovÃ¤ntat AST av sorten %sovÃ¤ntat argumentovÃ¤ntat argument till msp430_select_hwmult_lib: %sovÃ¤ntat attributovÃ¤ntat bastyp i cris_print_baseovÃ¤ntat uttryck %qE av sorten %sovÃ¤ntat filnamn %s i lÃ¤nkupplÃ¶sningsfilen.  %s fÃ¶rvÃ¤ntadesovÃ¤ntat fÃ¶rsta argument till msp430_select_hwmult_lib: %sovÃ¤ntad indextyp i cris_print_indexovÃ¤ntat nyckelord; ta bort mellanrum mellan citationstecken och suffixidentifierareovÃ¤ntad multiplikativ operandovÃ¤ntat avstÃ¥ndovÃ¤ntad operandovÃ¤ntad sidoeffekt i adressej hanterad justering fÃ¶r â€�#pragma nomember_alignmentâ€�oidentifierbar call-operationoinitierade const %qDoinitierad const %qD Ã¤r ogiltig i C++oinitierad const i %<new%> av %q#Toinitierad const-medlem i %q#Toinitierad const-medlem i %q#T anvÃ¤nder %<new%> utan new-initierareoinitierad const-medlem i %qT Ã¤r ogiltigt i C++oinitierad const-medlem i basen %q#T till %q#Toinitierad const-medlem i basen %q#T till %q#T anvÃ¤nder %<new%> utan new-initierareoinitierad referensmedlem i %q#Toinitierad referensmedlem i %q#T anvÃ¤nder %<new%> utan new-initierareoinitierad referensmedlem i basen %q#T till %q#Toinitierad referensmedlem i basen %q#T till %q#T anvÃ¤nder %<new%> utan new-initierareden oinitierade variabeln %q+D placerad i programminnesomrÃ¥detoinitierad variabel %qD i %<constexpr%>-funktionunionen kan inte gÃ¶ras transparentunion definierad hÃ¤runionen har inga medlemmarunionen har inga namngivna medlemmarunion-medlem %q+D med icketrivial %qDokÃ¤nd â€�#pragma extern_modelâ€�-modell â€�%sâ€�okÃ¤nt â€�#pragma member_alignmentâ€�-namn %sokÃ¤nd flagga -mdebug-%sokÃ¤nd CRIS-cpu-version angiven i -mtune= : %sokÃ¤nd CRIS-version angiven i -march= eller -mcpu= : %sokÃ¤nd IRA-algoritm %qsokÃ¤nd IRA-region %qsokÃ¤nd LTO-partitioneringsmodell %qsokÃ¤nd stackÃ¥teranvÃ¤ndningsmodell %qsokÃ¤nd TLS-modell %qsokÃ¤nd Ã¥tgÃ¤rd %qE fÃ¶r %<#pragma pack%> - ignorerasokÃ¤nd justering %qs angiven till flaggan %qsokÃ¤nd arkitekturspecificerare i minnesmodellen till inbyggdokÃ¤nd vektorstorlek i deleteokÃ¤nd asm-flaggutdata %qsokÃ¤nd algoritm for omordning av grundblock %qsokÃ¤nd inbyggd omedelbar operandtyp fÃ¶r operand %dokÃ¤nd Ã¥teranropshÃ¤ndelse registrerad av insticksmodul %sokÃ¤nt cc_attr-vÃ¤rdeokÃ¤nd konverteringstyptecken %qc i formatokÃ¤nd kÃ¤rnarkitektur %qs angiven till %qsokÃ¤nt cpu %qs till -mtuneokÃ¤nd avmanglingsstil â€�%sâ€�okÃ¤nd destinationokÃ¤nd stil fÃ¶r Ã¶verskjutande precision %qsokÃ¤nd flagga skickad i -moverride=%s (%s)okÃ¤nd stil fÃ¶r flyttalssammandragning %qsokÃ¤nt instruktionslÃ¤geokÃ¤nd lÃ¤nkarutmatning %qsokÃ¤nt maskinlÃ¤ge %qEokÃ¤nd move-instruktion:okÃ¤nd avlastnings-ABI %qsokÃ¤nd operator %qs i %%:version-compareokÃ¤nt alternativ %q.*s i %<-fopt-info-%s%>okÃ¤nt alternativ efter %<#pragma GCC diagnostic%> sortokÃ¤nt alternativ till -mrecip=%sokÃ¤nt pass %s angivet i -fdisableokÃ¤nt pass %s angivet i -fenableokÃ¤nd pekarstorlekmodell %qsokÃ¤nd profiluppdateringsmetod %qsokÃ¤nt egenskapsattributokÃ¤nd interpunktion â€�%câ€�okÃ¤nt registernamn %qs i %<asm%>okÃ¤nt registernamn: %sokÃ¤nd avspecifikation av omlokaliseringokÃ¤nd specifikationsfunktion %qsokÃ¤nd specifikation fÃ¶r uppsÃ¤ttningen av vÃ¤rden pÃ¥ FLT_EVAL_METHOD att tillÃ¥ta %qsokÃ¤nd kÃ¤llaokÃ¤nd stackkontrollparameter %qsokÃ¤nd flagga -mlong-double-%sokÃ¤nd trimningsflagga (%s)okÃ¤nd typ %<%T%> hittades under Objective-C kodningokÃ¤nt typnamn %qEokÃ¤nt typnamn %qE; menade du %qs?okÃ¤nt typnamn %qE; anvÃ¤nd nyckelordet %<enum%> fÃ¶r att referera till typenokÃ¤nt typnamn %qE; anvÃ¤nd nyckelordet %<struct%> fÃ¶r att referera till typenokÃ¤nt typnamn %qE; anvÃ¤nd nyckelordet %<union%> fÃ¶r att referera till typenokÃ¤nt vÃ¤rde %qs till â€�archâ€�-mÃ¥let %sokÃ¤nt vÃ¤rde %qs till â€�cpuâ€�-mÃ¥let %sokÃ¤nt vÃ¤rde %qs till â€�tuneâ€�-mÃ¥let %sokÃ¤nt vÃ¤rde %qs till -marchokÃ¤nt vÃ¤rde %qs till -mcpuokÃ¤nt vÃ¤rde %qs till -mtuneokÃ¤nt vÃ¤rde %qs till -mmacosx-version-minokÃ¤nd ABI-typ (%s) till vektoriseringsbibliotek fÃ¶r flaggan -mveclibabi=okÃ¤nd kostnadsmodell fÃ¶r vektorisering %qsokÃ¤nd initieringsprioritet fÃ¶r vtable-verifiering %qsden namnlÃ¶sa klassen Ã¤r definierad hÃ¤rnamnlÃ¶st fÃ¤lt har ofullstÃ¤ndig typnamnlÃ¶s initierare fÃ¶r %qT, som inte har nÃ¥gra basklassernamnlÃ¶s initierare fÃ¶r %qT som anvÃ¤nder multipelt arvnamnlÃ¶s enum med rÃ¤ckvidd Ã¤r inte tillÃ¥tetodÃ¶pt struktur/union som inte har nÃ¥gon instansnamnlÃ¶s typ utan lÃ¤nkklass anvÃ¤nds fÃ¶r att deklarera funktionen %q#D med lÃ¤nkklassnamnlÃ¶s typ utan lÃ¤nkklass anvÃ¤nds fÃ¶r att deklarera variabeln %q#D med lÃ¤nkklassnamnlÃ¶s variabel eller fÃ¤lt deklarerad voidoordnad jÃ¤mfÃ¶relse av argument som inte Ã¤r flyttalunquote_string(): fick en felaktig strÃ¤ngonÃ¥barokÃ¤nt argument till flaggan okÃ¤nd instruktion:okÃ¤nd adressokÃ¤nt argument till flaggan %qsokÃ¤nt argument till -mcpu: %sokÃ¤nt argument till --help=-flagga: %q.*sokÃ¤nt argument till flaggan -f%ssanitize%s=: %q.*sokÃ¤nt argument till flaggan -f%ssanitize%s=: %q.*s; menade du %qs?okÃ¤nd kommandoradsflagga %<-%s%>okÃ¤nd kommandoradsflagga %<-%s%>, menade du %<-%s%>?okÃ¤nd kommandoradsflagga %<-fdump-%s%>okÃ¤nd kommandoradsflagga %<-fopt-info-%s%>okÃ¤nd kommandoradsflagga %qsokÃ¤nt styrregisternummer: %d - anvÃ¤nder â€�pswâ€�okÃ¤nd felsÃ¶kningsnivÃ¥ %qsokÃ¤nd bÃ¥gflagga: â€�%sâ€�okÃ¤nt upprÃ¤kningsvÃ¤rde: â€�%sâ€�okÃ¤nd formatangivelseej igenkÃ¤nd felsÃ¶kningsflagga fÃ¶r gcc: %cokÃ¤nt hwpy-fÃ¤lt i msp430_mcu_data[%d]: %dokÃ¤nda include_flags 0x%x skickade till print_specific_helpokÃ¤nt avbrottsvektorargument till attributet %qEokÃ¤nt ivar-synlighetsvÃ¤rde %qsokÃ¤nd flagga -fdisableokÃ¤nd flagga -fenableokÃ¤nt registernamn %qsokÃ¤nt vÃ¤rde fÃ¶r skalÃ¤r lagringsordning %qsokÃ¤nt sektionsnamn %qEokÃ¤nt skuggavstÃ¥nd %qsokÃ¤nd fÃ¶rmodad konstantokÃ¤nt synlighetsvÃ¤rde %qsfel som inte gÃ¥r att Ã¥terhÃ¤mta ifrÃ¥nej upplÃ¶st Ã¶verlagring fÃ¶r inbyggd Altivec %qFej upplÃ¶st Ã¶verlagrad inbyggdobegrÃ¤nsade unioner Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11osÃ¤kert funktionsanrop av %qD inuti %<transaction_safe%>-funktionosÃ¤kert funktionsanrop av %qD inuti atomÃ¤r transaktionosÃ¤kert funktionsanrop av %qE inuti %<transaction_safe%>-funktionosÃ¤kert funktionsanrop av %qE inuti atomÃ¤r transaktionosÃ¤kert indirekt funktionsanrop inuti en %<transaction_safe%>-funktionosÃ¤kert indirekt funktionsanrop inuti en atomÃ¤r transaktionflyttalskonstant utan suffixargument som inte stÃ¶djs till %qDargumenttyp %qT som inte stÃ¶djs till simd
  argumenttyp som inte stÃ¶djs till inbyggd funktionej stÃ¶dd kombination: %qs %sej stÃ¶dd kombination: %qs%s %sej stÃ¶dd kombination: %sej stÃ¶dd fixdecimalskonverteringej stÃ¶tt lÃ¤ge: %s
  ej stÃ¶dd konkatenering av strÃ¤ngliteraler som inte fÃ¶ljer standardicke-standardsuffix pÃ¥ flyttalskonstant stÃ¶djs inteej stÃ¶dd operandstorlek fÃ¶r utÃ¶kat registerej stÃ¶dd operation eller typ fÃ¶r vektorjÃ¤mfÃ¶relse som returnerar en booleanreturtyp %qT stÃ¶djs ej fÃ¶r simd
! ej stÃ¶dd simdlen: %dej stÃ¶dd storlek fÃ¶r heltalsregisteroavslutat assemblerdialektalternativicke terminerad formatstrÃ¤ngoanvÃ¤nda argument i $-stilsformatoanvÃ¤nd parameter %qDoanvÃ¤nd variabel %q+DoanvÃ¤nd variabel %qDutrullningstabeller krÃ¤ver fÃ¶r nÃ¤rvarande antingen en rampekare eller -maccumulate-outgoing-args fÃ¶r att bli korrektÃ¶vre grÃ¤ns i case-etikettintervall Ã¶verskrider maximala vÃ¤rdet fÃ¶r sin typanvÃ¤nd #include istÃ¤lletanvÃ¤nd %<%T::%D%> istÃ¤lletanvÃ¤nd %<%T::%D%> istÃ¤llet fÃ¶r %<%T::%D%> fÃ¶r att namnge konstrueraren i ett kvalificerat namnanvÃ¤nd %<%T::template %D%> fÃ¶r att indikera att det Ã¤r en mallanvÃ¤nd %<-faligned-new%> fÃ¶r att aktivera stÃ¶d fÃ¶r C++17 Ã¶verjusterade newanvÃ¤nd %<...%>  fÃ¶r att expandera argumentpaketanvÃ¤nd %<this->%D%> istÃ¤lletanvÃ¤nd -Winvalid-pch fÃ¶r mer informationanvÃ¤nd -flax-vector-conversions fÃ¶r att tillÃ¥ta konvertering mellan vektorer med olika elementtyper eller antal underdelaranvÃ¤nd -std=gnu++11 eller -fext-numeric-literals fÃ¶r att aktivera fler inbyggda suffixanvÃ¤nd __attribute__ ((vector_size)) istÃ¤lletanvÃ¤nd __builtin_rx_mvtc (0, ...) fÃ¶r att skriva godtyckliga vÃ¤rden till PSWanvÃ¤nd internt funktions-id i profileringsuppslagningar.anvÃ¤ndning av %<_Cilk_spawn%> i en retursats Ã¤r inte tillÃ¥tetanvÃ¤ndning av %<alloca%>anvÃ¤ndning av %<alloca%> inuti en slingaanvÃ¤ndning av %<auto%> i lambdaparameterdeklarationer Ã¤r endast tillgÃ¤ngligt med -std=c++14 eller -std=gnu++14anvÃ¤ndning av %<auto%> i medlemsmallskonverteringsoperator kan aldrig vara hÃ¤rleddanvÃ¤ndning av %<auto%> i parameterdeklarationer Ã¤r endast tillgÃ¤ngligt med -std=c++14 eller -std=gnu++14anvÃ¤ndning av %<complex%> i AltiVec-typer Ã¤r ogiltigtanvÃ¤ndning av %<double%> i AltiVec-typer Ã¤r ogiltigt utan -mvsxanvÃ¤ndning av %<long double%> i AltiVec-typer Ã¤r ogiltigtanvÃ¤ndning av %<long long%> i AltiVec-typer Ã¤r ogiltigt utan -mvsxanvÃ¤ndning av %<long%> i AltiVec-typer bÃ¶r undvikas, anvÃ¤nd %<int%>anvÃ¤ndning av %<long%> i AltiVec-typer Ã¤r ogiltigt fÃ¶r 64-bitskod utan -mvsx%<this%> anvÃ¤nds i ett konstant uttryckanvÃ¤ndning av %qD fÃ¶re hÃ¤rledning av %<auto%>anvÃ¤ndning av %qs i mallanvÃ¤ndning av lÃ¤ngdmodifierare %qs med typtecken %qc har antingen ingen effekt eller odefinierat beteende%s och %s anvÃ¤nda tillsammans i %s-format%s och %s anvÃ¤nda tillsammans i %<%%%c%> %s-formatanvÃ¤ndning av en operand av typen %qT i %<operator++%> bÃ¶r undvikasanvÃ¤ndning av en operand av typen %qT i %<operator++%> Ã¤r fÃ¶rbjudet i C++1zanvÃ¤ndning av en operand av typen %qT i %<operator--%> Ã¤r fÃ¶rbjudetanvÃ¤ndning av booleaner i AltiVec-typer Ã¤r ogiltigtanvÃ¤ndning av inbyggd egenskap %qE i funktionssignatur; anvÃ¤nd biblioteksegenskaper istÃ¤lletanvÃ¤ndning av klassmall %qT som uttryckanvÃ¤ndning av decimala flyttalstyper i AltiVec-typer Ã¤r ogiltigtanvÃ¤ndning av borttagen funktion %qDenum %q#D anvÃ¤nds utan tidigare deklarationanvÃ¤ndning av felaktig variabelmall %qEanvÃ¤ndning av lokal variabel med automatisk lagringsklass frÃ¥n en kringliggande funktionanvÃ¤ndning av multiversionsfunktion utan ett standardfallanvÃ¤ndning av namnrymden %q+D som uttryckanvÃ¤ndning av gammaldags typkonverteringanvÃ¤ndning av parameter frÃ¥n den kringliggande funktionenanvÃ¤ndning av parameter utanfÃ¶r funktionskroppenanvÃ¤ndning av otypad nilanvÃ¤ndningsoperand saknas fÃ¶r satsanvÃ¤nd flaggan -std=c99, -std=gnu99, -std=c11 eller -std=gnu11 fÃ¶r att kompilera din kodanvÃ¤nd template<> fÃ¶r en explicit specialiseringvektor anvÃ¤nd som inte kan konverteras till en pekare dÃ¤r en skalÃ¤r krÃ¤vsstruct-typvÃ¤rde anvÃ¤nt dÃ¤r skalÃ¤r krÃ¤vsvÃ¤rde av uniontyp anvÃ¤nt dÃ¤r skalÃ¤r krÃ¤vsvektortyp anvÃ¤nd dÃ¤r skalÃ¤r krÃ¤vsoanvÃ¤ndbar %<_Alignas%> i tom deklarationoanvÃ¤ndbar %qs i tom deklarationoanvÃ¤ndbar konvertering till typen %qToanvÃ¤ndbar specificerare av lagringsklass i tom deklarationoanvÃ¤ndbart typnamn i tom deklarationoanvÃ¤ndbar typkvalificerare i tom deklarationanvÃ¤ndardefinierad reduktionsuppslagning Ã¤r tvetydigingen anvÃ¤ndardefinierad reduktion funnen fÃ¶r %qEanvÃ¤ndardefinierad reduktion med konstruerarinitierare fÃ¶r basklassen %qTanvÃ¤ndardefinierad %qD berÃ¤knar alltid bÃ¥da argumentenanvÃ¤ndardefinierade literaler Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11anvÃ¤nder %qD, som inte har nÃ¥gon justeringsparameteranvÃ¤nder %<%c%s%>att anvÃ¤nda %qs med en teckenlÃ¶s typ har ingen effektanvÃ¤nder long double med IBM:s utÃ¶kade precisionanvÃ¤nder long double med IEEE:s utÃ¶kade precisionanvÃ¤ndning av aliasmallspecialisering %qT efter %qsanvÃ¤nder ABI darwin64anvÃ¤ndning av ogiltigt fÃ¤lt %qDanvÃ¤nder num_workers (%d), ignorerar %danvÃ¤nder gammalt darwin-ABIatt anvÃ¤nda parametrar fÃ¶r %<linear%>-steg stÃ¶djs inte Ã¤nanvÃ¤nder resultat frÃ¥n funktion som returnerar %<void%>malltypparametern %qT anvÃ¤nds efter %qsanvÃ¤nder temporÃ¤r som lvÃ¤rdeanvÃ¤nder intervallet [%E, %E] som direktivargumenttypedef-namnet %qD anvÃ¤nds efter %qsanvÃ¤nder vector_length (%d), ignorerar %danvÃ¤nder vector_length (%d), ignorerar kÃ¶rtidsinstÃ¤llningenhjÃ¤lp xvÃ¤rde (rvÃ¤rdesreferens) som lvÃ¤rdeusing-deklaration fÃ¶r icke-medlem vid klassrÃ¤ckviddgiltiga argument Ã¤r: %s; menade du %qs?giltiga argument till flaggan %<-march=%> Ã¤r: %sgiltiga argument till flaggan %<-march=%> Ã¤r: %s; menade du %qs?giltiga argument till flaggan %<-mtune=%> Ã¤r: %sgiltiga argument till flaggan %<-mtune=%> Ã¤r: %s; menade du %qs?giltiga argument till attributet %<target("arch=")%> Ã¤r: %sgiltiga argument till attributet %<target("arch=")%> Ã¤r: %s; menade du %qs?giltiga argument till attributet %<target("tune=")%> Ã¤r: %sgiltiga argument till attributet %<target("tune=")%> Ã¤r: %s; menade du %qs?giltiga argument till %qs Ã¤r: %sgiltiga argument till %qs Ã¤r: %s; menade du %qs?giltiga vÃ¤rden till inbyggd %qF argument %d Ã¤r 64, 128, 256, 512, 1024, 2048 och 4096validate_value_data: Slinga i regno-kedja (%u)validate_value_data: [%u] Felaktigt next_regno fÃ¶r tom kedja (%u)validate_value_data: [%u] Felaktig oldest_regno (%u)validate_value_data: [%u] Ej tomt reg i kedja (%s %u %i)vÃ¤rdet %qE av typen %qT Ã¤r inte ett konstant uttryckvÃ¤rdet %qs stÃ¶djs inte av attributet %<target%>vÃ¤rdeargumentberÃ¤knat vÃ¤rde anvÃ¤nds intevÃ¤rdet av -mfixed-range mÃ¥ste ha formen REG1-REG2vÃ¤rde skickat till %qs Ã¤r fÃ¶r stortvÃ¤rdeinitiering av funktionstypen %qTvÃ¤rdeinitiering av ofullstÃ¤ndig typ %qTvÃ¤rdeinitiering av referenstypen %qTvar-tracking-assignments Ã¤ndrar selektiv schemalÃ¤ggningvariabelvariabeln %q#D har initierare men ofullstÃ¤ndig typvariabeln %q+D deklarerad %<_Noreturn%>variabeln %q+D deklarerad %<inline%>variabeldefinition %q+D Ã¤r markerad dllimportvariabeln %q+D kan skrivas Ã¶ver av %<longjmp%> eller %<vfork%>variabeln %q+D mÃ¥ste vara const fÃ¶r att kunna lÃ¤ggas i en endast lÃ¤sbar sektion med hjÃ¤lp av %qsvariabeln %q+D Ã¤r del i en aliascykelvariabeln %qD har funktionstypvariabeln %qD har initierare men ofullstÃ¤ndig typvariabeln %qD av den ej literala typen %qT i en %<constexpr%>-funktionvariabeln %qD omdeklarerad som en funktionvariabeln %qD sÃ¤tts men anvÃ¤nds intevariabeln %qD anvÃ¤nd mer Ã¤n en gÃ¥ng med %<#pragma acc declare%>variabeln %qE deklarerad i omgivande %<host_data%>-regionvariabeln %qE Ã¤r inte en iterator av den yttersta slingan %d, %qE fÃ¶rvÃ¤ntadesvariabeln %qE med ofullstÃ¤ndig typ %qT kommer inte anvÃ¤ndas i for-Ã¶kningsuttryckvariabeln %qE med ofullstÃ¤ndig typ %qT kommer inte anvÃ¤ndas i vÃ¤nstra operanden av en kommaoperatorvariabeln %qE med ofullstÃ¤ndig typ %qT kommer inte anvÃ¤ndas i hÃ¶gra operanden av en kommaoperatorvariabeln %qE med ofullstÃ¤ndig typ %qT kommer inte anvÃ¤ndas i andra operanden av ett villkorsuttryckvariabeln %qE med ofullstÃ¤ndig typ %qT kommer inte anvÃ¤ndas i en satsvariabeln %qE med ofullstÃ¤ndig typ %qT kommer inte anvÃ¤ndas i tredje operanden av ett villkorsuttryckvariabelkoncept har ingen initierarevektor %qD med variabel lÃ¤ngd anvÃ¤ndsvektor med variabel lÃ¤ngd anvÃ¤ndselementtyp med variabel lÃ¤ngd i vektor-%<reduction%>-klausulen variabel med samma assemblernamn som den virtuella tabellen Ã¤r definierad i en annan Ã¶versÃ¤ttningsenhetvariabel eller fÃ¤lt %qE deklarerad voidvariabel eller fÃ¤lt deklarerad voidvariabel tidigare deklarerad %<static%> omdeklarerad som %<extern%>variabelsymbol Ã¤r inte en variabelvariabelmallen Ã¤r deklarerad hÃ¤rvariabelmall-id %qD  i nÃ¤stad namnspecificerarevariabelmallar Ã¤r endast tillgÃ¤ngliga med -std=c++14 eller -std=gnu++14variabel spÃ¥rning begÃ¤rd, men stÃ¶djs inte av detta felsÃ¶kningsformatvariabelspÃ¥rning begÃ¤rd, men oanvÃ¤ndbar om den inte felsÃ¶kningsinformation skapasstorleksgrÃ¤ns pÃ¥ variabelspÃ¥rning Ã¶verskridenstorleksgrÃ¤ns pÃ¥ variabelspÃ¥rning Ã¶verskriden med -fvar-tracking-assignments, fÃ¶rsÃ¶ker igen utangrÃ¤nsen fÃ¶r en vektor med variabel lÃ¤ngd Ã¤r okÃ¤ndsammansatta literal med variabel storlekobjekt med variabel storlek kan inte initierasvariabelt Ã¤ndrad %qE i filrÃ¤ckviddvariabelt Ã¤ndrat fÃ¤lt i filrÃ¤ckviddvariabelt Ã¤ndrad typ inte tillÃ¥ten i new-uttryckvariadisk begrÃ¤nsning introducerad utan %<...%>variadiska funktioner mÃ¥ste anvÃ¤nda bas-AAPCS-variantenvariadiska mallar Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11vec_adde tar endast 3 argumentvec_addec tar endast 3 argumentvec_cmpne tar endast 2 argumentvec_extract tar endast 2 argumentvec_insert tar endast 3 argumentvec_lvsl bÃ¶r undvikas fÃ¶r omvÃ¤nd byteordning; anvÃ¤nd tilldelning fÃ¶r ojusterade laddningar och lagringarvec_lvsr bÃ¶r undvikas fÃ¶r omvÃ¤nd byteordning; anvÃ¤nd tilldelning fÃ¶r ojusterade laddningar och lagringarvec_mul tar endast 2 argumentvektor-CONSTRUCTOR-element Ã¤r inte ett GIMPLE-vÃ¤rdevektor-CONSTRUCTOR med elementindex som inte Ã¤r NULL vektorargument skickat till funktion utan prototypvektorattribut som inte omedelbart fÃ¶ljs av en ensam funktionsdeklaration eller -definitionvektorvillkor kommer expanderas bitvisvektorinsÃ¤ttning inte pÃ¥ elementgrÃ¤nsvektoroperationen kommer expanderas parallelltvektoroperationen kommer expanderas bitvisvektoroperationen kommer expanderas med en ensam skalÃ¤r operationvektorspill i uttryckvektorblandningsoperationen kommer expanderas bitvisvektorstorleken Ã¤r inte en hel multipel av komponentstorlekenvektortyper fÃ¶rvÃ¤ntades i sad-uttryckvektortyper fÃ¶rvÃ¤ntades i vektorpermuteringsuttryckvektorisering hÃ¤nde inte fÃ¶r en simd-slingavektorlÃ¤ngd mÃ¥ste vara en potens av 2vektorlÃ¤ngd mÃ¥ste vara en heltalskonstantvektorer med olika elementantal funna i vektorpermuteringsuttryckverify_bind_c_derived_type(): Den angivna symbolen Ã¤r ovÃ¤ntat NULLverify_cgraph_node misslyckadesverify_eh_tree misslyckadesverify_flow_info misslyckadesverify_flow_info: Grundblock %d efterfÃ¶ljarbÃ¥ge Ã¤r trasigverify_flow_info: Block %i har loop_father, men det finns inga slingorverify_flow_info: Block %i saknar loop_fatherverify_flow_info: Dubblerad bÃ¥ge %i->%iverify_flow_info: Felaktigt block fÃ¶r fall igenom %i->%iverify_flow_info: Felaktig fall igenom %i->%iverify_flow_info: REG_BR_PROB stÃ¤mmer inte med cfg %i %iverify_flow_info: Fel antal block %i %iverify_flow_info: Fel antal bÃ¥gar %i->%i %iverify_flow_info: Fel blockfrekvens %i %iverify_flow_info: Fel sannolikhet fÃ¶r bÃ¥ge %i->%i %iverify_gimple misslyckadesverify_histograms misslyckadesverify_ssa misslyckadesverify_type misslyckadesversionsattributet Ã¤r inte en strÃ¤ngmarkÃ¶r fÃ¶r versionshanteringskonflikt i filenvirt-specificerare i %qs Ã¤r inte tillÃ¥tet utanfÃ¶r en klassdefinitionvirtuell PHI med argumentplatservirtuellt SSA-namn fÃ¶r icke-VOP-deklarationvirtuell bas %qT Ã¤r oÃ¥tkomlig i %qT pÃ¥ grund av tvetydighetvirtuell definitionsoperand saknas fÃ¶r satsvirtuell definition Ã¤r inte ett SSA-namnvirtuell definition av en sats Ã¤r inte aktuellvirtuell funktion %q+Den virtuell funktion kan inte ha hÃ¤rledd returtypvirtuella funktioner kan inte vara vÃ¤nnervirtuell metod %qDvirtuell icke klassfunktion %qslayouten av den virtuella tabellen skiljer i en annan Ã¶versÃ¤ttningsenhetden virtuella tabellen fÃ¶r typen %qD innehÃ¥ller RTTI-informationden virtuella tabellen fÃ¶r typen %qD bryter mot endefinitionsregelnden virtuella tabellen fÃ¶r typen %qD bryter mot endefinitionsregeln  virtuell anvÃ¤ndning av en sats Ã¤r inte aktuellvirtuell anvÃ¤ndningsoperand saknas fÃ¶r satsvisibility-argument mÃ¥ste vara ett av â€�defaultâ€�, â€�hiddenâ€�, â€�protectedâ€� eller â€�internalâ€�synlighetsargumentet Ã¤r inte en strÃ¤ngsynlighetsattribut stÃ¶djs inte fÃ¶r denna konfiguration, ignorerasvms â€�#pragma __messageâ€� ignorerasvÃ¤rdet av typen void ignoreras inte vilket bÃ¶r gÃ¶rasvolatilt argumentvolatile mÃ¥ste anges fÃ¶r allt minne som pÃ¥verkas av DMA.vtabell fÃ¶r waitpid misslyckadesvarning: varning: Ã¶vervÃ¤g att lÃ¤nka med â€�-staticâ€� eftersom systembibliotek medfÃ¶rvÃ¤ntade â€�%sâ€�svag %q+D kan inte definieras %qEsvag deklaration av %q+D tillÃ¤mpad pÃ¥ en redan befintlig, statisk definitionsvagdeklaration av %q+D mÃ¥ste vara publiksvagdeklaration av %q+D stÃ¶djs inteweakref %q+D mÃ¥ste ha statisk lÃ¤nkklassweakref %q+D Ã¤r ytterst sitt eget mÃ¥lattributet weakref mÃ¥ste vara fÃ¶re attributet aliasweakref stÃ¶djs inte i denna konfigurationvikter behÃ¶ver vara ickenegativa
! nÃ¤r utdata skrevs till %s: %mbred teckenvektor initierad frÃ¥n en inkompatibel bred strÃ¤ngbred teckenvektor initierad frÃ¥n icke-bred strÃ¤ngbred strÃ¤ngliteral i %<asm%>bredden pÃ¥ %qD Ã¤r stÃ¶rre Ã¤n dess typbredden pÃ¥ %qs Ã¤r stÃ¶rre Ã¤n sin typbredden pÃ¥ bitfÃ¤ltet %qD har icke-heltalstyp %qTkommer antas returnera %<id%> och accepterakommer inte generera power5-instruktioner fÃ¶r att assemblern saknar stÃ¶d fÃ¶r power5kommer inte generera power6-instruktioner fÃ¶r att assemblern saknar stÃ¶d fÃ¶r power6kommer inte generera power7-instruktioner fÃ¶r att assemblern saknar stÃ¶d fÃ¶r power7kommer inte generera power8-instruktioner fÃ¶r att assemblern saknar stÃ¶d fÃ¶r power8kommer inte generera power9-instruktioner fÃ¶r att assemblern saknar stÃ¶d fÃ¶r power9medmed %q+#Di denna slingaarbetsdelande region fÃ¥r inte vara nÃ¤ra innesluten inuti arbetsdelande, %<critical%>, %<ordered%>, %<master%>, explicit %<task%> eller %<taskloop%> regionskrivning av %wu-bitsdata utanfÃ¶r grÃ¤nsen fÃ¶r destinationsobjektet, data avhuggen till %wu bitarwrite_atom(): FÃ¶rsÃ¶ker skriva dab-atomwrite_atom(): Skriver negativt heltalwrite_symbol(): felaktig modulsymbol %qswrite_symtree(): Symbolen inte skrivenskriver till konstant objekt (argument %d)skriver utdatafilskriver via nollpekare (argument %d)nÃ¤r utdata skrevs till LTRANS-utdatalista %s: %mskrivning till adressrymden %qs stÃ¶djs intefel TYPE_CACHED_VALUES-postfel antal fÃ¶rgreningsbÃ¥gar efter villkorligt hopp i gb %ifel antal fÃ¶rgreningsbÃ¥gar efter ovillkorligt hopp %ifelaktigt argument %qs till flaggan %qsfel bÃ¥ge %d->%d fÃ¶r PHI-argumentfel omedelbar anvÃ¤ndningslistafel instruktion i fall-igenom-bÃ¥genfel lista Ã¶ver lÃ¤mnade slingor fÃ¶r bÃ¥ge  %d->%dfel antal argument angivet fÃ¶r attributet %qEfel antal argument till %%:debug-level-gtfel antal argument till %<__builtin_addressof%>fel antal argument till %<__builtin_call_with_static_chain%>fel antal argument till %<__builtin_choose_expr%>fel antal argument till %<__builtin_complex%>fel antal argument till %<__builtin_launder%>fel antal argument till %<__builtin_shuffle%>fel antal argument till funktionen %<__builtin_next_arg%>fel antal argument till funktionen %<va_start%>fel antal fÃ¶rgreningsbÃ¥gar efter ovillkorligt hopp i gb %ifel antal mallargument (%d, skulle vara %d)fel antal mallargument (%d, skulle vara Ã¥tminstone %d)felaktiga utgÃ¥ende bÃ¥geflaggor vid slutet av gb %dfelaktigt strateginamn %qs angivet till flaggan %qsfel typ pÃ¥ argument till %sfel typ pÃ¥ argument till absfel typ pÃ¥ argument till bitkomplementfel typ pÃ¥ argument till konjunktionfel typ pÃ¥ argument till minskningfel typ pÃ¥ argument till Ã¶kningfel typ pÃ¥ argument till unÃ¤rt utropsteckenfel typ pÃ¥ argument till unÃ¤rt minusfel typ pÃ¥ argument till unÃ¤rt plusx87-registerretur med x87 avaktiveratxstormy16_print_operand: okÃ¤nd koddu kan gÃ¥ runt detta genom att ta bort initierarenz/Architecture-lÃ¤ge stÃ¶djs inte pÃ¥ %sz/Arkitektur.noll som en nollpekarkonstantnollÃ¤ngds vektorsektion i en %qs-klausulnoll eller negativ storlek pÃ¥ vektorn %q+Dvektorstorlek nollnoll i bredd i bitfÃ¤lt %q+Dstorlek noll pÃ¥ bitfÃ¤lt %qsnollstorlek i %s formatstrÃ¤ng%s-formatstrÃ¤ng med lÃ¤ngden nollvektor med storlek noll %qDvektor med storlek noll %qTvektormedlem %qD med storlek noll i en i Ã¶vrigt tom %q#Tvektormedlem %qD med storlek noll Ã¤r inte vid slutet av %q#T{anonym}{okÃ¤nd}
\ No newline at end of file
diff -Nrcpad gcc-7.1.0/gcc/po/sv.po gcc-7.2.0/gcc/po/sv.po
*** gcc-7.1.0/gcc/po/sv.po	Sun Apr 30 23:16:59 2017
--- gcc-7.2.0/gcc/po/sv.po	Mon May 15 14:20:37 2017
***************
*** 17,29 ****
  # rank			ordning
  # scope			rÃ¤ckvidd
  # store			lagra
  # thunk			snutt
  msgid ""
  msgstr ""
! "Project-Id-Version: gcc 7.1-b20170226\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-04-24 20:38+0000\n"
! "PO-Revision-Date: 2017-03-09 22:05+0100\n"
  "Last-Translator: GÃ¶ran Uddeborg <goeran@uddeborg.se>\n"
  "Language-Team: Swedish <tp-sv@listor.tp-sv.se>\n"
  "Language: sv\n"
--- 17,30 ----
  # rank			ordning
  # scope			rÃ¤ckvidd
  # store			lagra
+ # tile			bricka
  # thunk			snutt
  msgid ""
  msgstr ""
! "Project-Id-Version: gcc 7.1.0\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-05-01 22:24+0000\n"
! "PO-Revision-Date: 2017-05-15 14:41+0200\n"
  "Last-Translator: GÃ¶ran Uddeborg <goeran@uddeborg.se>\n"
  "Language-Team: Swedish <tp-sv@listor.tp-sv.se>\n"
  "Language: sv\n"
*************** msgstr "normalisering kan inte samexiste
*** 691,697 ****
  #: gcov-tool.c:419
  #, c-format
  msgid "  overlap [options] <dir1> <dir2>       Compute the overlap of two profiles\n"
! msgstr "  overlap [flaggor] <kat1> <kag2>       BerÃ¤kna Ã¶verlappningen mellan tvÃ¥ profiler\n"
  
  #: gcov-tool.c:421
  #, c-format
--- 692,698 ----
  #: gcov-tool.c:419
  #, c-format
  msgid "  overlap [options] <dir1> <dir2>       Compute the overlap of two profiles\n"
! msgstr "  overlap [flaggor] <kat1> <kat2>       BerÃ¤kna Ã¶verlappningen mellan tvÃ¥ profiler\n"
  
  #: gcov-tool.c:421
  #, c-format
*************** msgstr ""
*** 780,794 ****
  "\n"
  
  #: gcov.c:656
! #, fuzzy, c-format
! #| msgid ""
! #| "Usage: gcov [OPTION]... SOURCE|OBJ...\n"
! #| "\n"
  msgid ""
  "Usage: gcov [OPTION...] SOURCE|OBJ...\n"
  "\n"
  msgstr ""
! "AnvÃ¤ndning: gcov [FLAGGA]... KÃ„LLA|OBJ...\n"
  "\n"
  
  #: gcov.c:657
--- 781,792 ----
  "\n"
  
  #: gcov.c:656
! #, c-format
  msgid ""
  "Usage: gcov [OPTION...] SOURCE|OBJ...\n"
  "\n"
  msgstr ""
! "AnvÃ¤ndning: gcov [FLAGGAâ€¦] KÃ„LLA|OBJâ€¦\n"
  "\n"
  
  #: gcov.c:657
*************** msgstr "GrÃ¤ns pÃ¥ komplexiteten av uttr
*** 1969,1975 ****
  #: params.def:552
  #, no-c-format
  msgid "Maximum number of arguments in a PHI supported by TREE if-conversion unless the loop is marked with simd pragma."
! msgstr "Maximalt antal argument i en PHI som stÃ¶djs av TREE if-konvertering om inte slingan Ã¤r mÃ¤rked med simd-pragma."
  
  #: params.def:558
  #, no-c-format
--- 1967,1973 ----
  #: params.def:552
  #, no-c-format
  msgid "Maximum number of arguments in a PHI supported by TREE if-conversion unless the loop is marked with simd pragma."
! msgstr "Maximalt antal argument i en PHI som stÃ¶djs av TREE if-konvertering om inte slingan Ã¤r mÃ¤rkt med simd-pragma."
  
  #: params.def:558
  #, no-c-format
*************** msgid "Bound on number of runtime checks
*** 1982,1989 ****
  msgstr "GrÃ¤ns fÃ¶r antalet kÃ¶rtidskontroller som lÃ¤ggs in av vektoriserarens slingversionering fÃ¶r aliaskontroller."
  
  #: params.def:568
! #, fuzzy, no-c-format
! #| msgid "Max number of loop peels to enhancement alignment of data references in a loop."
  msgid "Maximum number of loop peels to enhance alignment of data references in a loop."
  msgstr "Maximala antalet slingavskalningar fÃ¶r att fÃ¶rbÃ¤ttra justering av datareferenser i en slinga."
  
--- 1980,1986 ----
  msgstr "GrÃ¤ns fÃ¶r antalet kÃ¶rtidskontroller som lÃ¤ggs in av vektoriserarens slingversionering fÃ¶r aliaskontroller."
  
  #: params.def:568
! #, no-c-format
  msgid "Maximum number of loop peels to enhance alignment of data references in a loop."
  msgstr "Maximala antalet slingavskalningar fÃ¶r att fÃ¶rbÃ¤ttra justering av datareferenser i en slinga."
  
*************** msgstr "Det maximala fÃ¶rhÃ¥llandet mell
*** 2195,2201 ****
  #: params.def:858
  #, no-c-format
  msgid "size of tiles for loop blocking."
! msgstr "storlek pÃ¥ bitar fÃ¶r slingblockning."
  
  #: params.def:865
  #, no-c-format
--- 2192,2198 ----
  #: params.def:858
  #, no-c-format
  msgid "size of tiles for loop blocking."
! msgstr "storlek pÃ¥ brickor fÃ¶r slingblockning."
  
  #: params.def:865
  #, no-c-format
*************** msgid "Maximum amount of similar bbs to
*** 2383,2396 ****
  msgstr "Maximalt antal liknande gb att jÃ¤mfÃ¶ra ett gb med."
  
  #: params.def:1104
! #, fuzzy, no-c-format
! #| msgid "Allow the store merging pass to introduce unaligned stores if it is legal to do so"
  msgid "Allow the store merging pass to introduce unaligned stores if it is legal to do so."
! msgstr "TillÃ¥t passet fÃ¶r lagringssammanslagning att introducera ojusterade lagringar om det Ã¤r tillÃ¥tet att gÃ¶ra det"
  
  #: params.def:1110
! #, fuzzy, no-c-format
! #| msgid "Maximum number of constant stores to merge in the store merging pass"
  msgid "Maximum number of constant stores to merge in the store merging pass."
  msgstr "Maximalt antal konstantlagringar att slÃ¥ samman i passet fÃ¶r sammanslagning av lagring."
  
--- 2380,2391 ----
  msgstr "Maximalt antal liknande gb att jÃ¤mfÃ¶ra ett gb med."
  
  #: params.def:1104
! #, no-c-format
  msgid "Allow the store merging pass to introduce unaligned stores if it is legal to do so."
! msgstr "TillÃ¥t passet fÃ¶r lagringssammanslagning att introducera ojusterade lagringar om det Ã¤r tillÃ¥tet att gÃ¶ra det."
  
  #: params.def:1110
! #, no-c-format
  msgid "Maximum number of constant stores to merge in the store merging pass."
  msgstr "Maximalt antal konstantlagringar att slÃ¥ samman i passet fÃ¶r sammanslagning av lagring."
  
*************** msgstr "lÃ¤ngdmodifierare i strfmon-form
*** 2817,2858 ****
  msgid "<command-line>"
  msgstr "<kommandorad>"
  
! #: config/aarch64/aarch64.c:4926 config/arm/arm.c:21795 config/arm/arm.c:21808
! #: config/arm/arm.c:21833 config/nios2/nios2.c:2653
  #, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "Ej stÃ¶dd operand fÃ¶r kod â€�%câ€�"
  
! #: config/aarch64/aarch64.c:4938 config/aarch64/aarch64.c:4954
! #: config/aarch64/aarch64.c:4967 config/aarch64/aarch64.c:4979
! #: config/aarch64/aarch64.c:4990 config/aarch64/aarch64.c:5013
! #: config/aarch64/aarch64.c:5066 config/aarch64/aarch64.c:5269
  #, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "ogiltig operand fÃ¶r â€�%%%câ€�"
  
! #: config/aarch64/aarch64.c:5033 config/aarch64/aarch64.c:5046
! #: config/aarch64/aarch64.c:5056
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr "inkompatibla flyttals-/vektorregisteroperander fÃ¶r â€�%%%câ€�"
  
! #: config/aarch64/aarch64.c:5102 config/arm/arm.c:22340
  #, c-format
  msgid "missing operand"
  msgstr "operand saknas"
  
! #: config/aarch64/aarch64.c:5164
  #, c-format
  msgid "invalid constant"
  msgstr "ogiltig konstant"
  
! #: config/aarch64/aarch64.c:5167
  #, c-format
  msgid "invalid operand"
  msgstr "ogiltig operand"
  
! #: config/aarch64/aarch64.c:5280
  #, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "ogiltig operandprefix â€�%%%câ€�"
--- 2812,2853 ----
  msgid "<command-line>"
  msgstr "<kommandorad>"
  
! #: config/aarch64/aarch64.c:4927 config/arm/arm.c:21832 config/arm/arm.c:21845
! #: config/arm/arm.c:21870 config/nios2/nios2.c:2653
  #, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "Ej stÃ¶dd operand fÃ¶r kod â€�%câ€�"
  
! #: config/aarch64/aarch64.c:4939 config/aarch64/aarch64.c:4955
! #: config/aarch64/aarch64.c:4968 config/aarch64/aarch64.c:4980
! #: config/aarch64/aarch64.c:4991 config/aarch64/aarch64.c:5014
! #: config/aarch64/aarch64.c:5067 config/aarch64/aarch64.c:5270
  #, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "ogiltig operand fÃ¶r â€�%%%câ€�"
  
! #: config/aarch64/aarch64.c:5034 config/aarch64/aarch64.c:5047
! #: config/aarch64/aarch64.c:5057
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr "inkompatibla flyttals-/vektorregisteroperander fÃ¶r â€�%%%câ€�"
  
! #: config/aarch64/aarch64.c:5103 config/arm/arm.c:22377
  #, c-format
  msgid "missing operand"
  msgstr "operand saknas"
  
! #: config/aarch64/aarch64.c:5165
  #, c-format
  msgid "invalid constant"
  msgstr "ogiltig konstant"
  
! #: config/aarch64/aarch64.c:5168
  #, c-format
  msgid "invalid operand"
  msgstr "ogiltig operand"
  
! #: config/aarch64/aarch64.c:5281
  #, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "ogiltig operandprefix â€�%%%câ€�"
*************** msgstr "ogiltig operand i utmatningskod"
*** 3010,3038 ****
  msgid "invalid UNSPEC as operand: %d"
  msgstr "ogiltig UNSPEC som operand: %d"
  
! #: config/arm/arm.c:18804 config/arm/arm.c:18829 config/arm/arm.c:18839
! #: config/arm/arm.c:18848 config/arm/arm.c:18857
  #, c-format
  msgid "invalid shift operand"
  msgstr "ogiltig skiftoperand"
  
! #: config/arm/arm.c:21671 config/arm/arm.c:21689
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "fÃ¶rutsade Thumb-instruktion"
  
! #: config/arm/arm.c:21677
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "fÃ¶rutsade instruktion i villkorlig sekvens"
  
! #: config/arm/arm.c:21910 config/arm/arm.c:21932 config/arm/arm.c:21942
! #: config/arm/arm.c:21952 config/arm/arm.c:21962 config/arm/arm.c:22001
! #: config/arm/arm.c:22019 config/arm/arm.c:22044 config/arm/arm.c:22059
! #: config/arm/arm.c:22086 config/arm/arm.c:22093 config/arm/arm.c:22111
! #: config/arm/arm.c:22118 config/arm/arm.c:22126 config/arm/arm.c:22147
! #: config/arm/arm.c:22154 config/arm/arm.c:22287 config/arm/arm.c:22294
! #: config/arm/arm.c:22321 config/arm/arm.c:22328 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
--- 3005,3033 ----
  msgid "invalid UNSPEC as operand: %d"
  msgstr "ogiltig UNSPEC som operand: %d"
  
! #: config/arm/arm.c:18841 config/arm/arm.c:18866 config/arm/arm.c:18876
! #: config/arm/arm.c:18885 config/arm/arm.c:18894
  #, c-format
  msgid "invalid shift operand"
  msgstr "ogiltig skiftoperand"
  
! #: config/arm/arm.c:21708 config/arm/arm.c:21726
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "fÃ¶rutsade Thumb-instruktion"
  
! #: config/arm/arm.c:21714
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "fÃ¶rutsade instruktion i villkorlig sekvens"
  
! #: config/arm/arm.c:21947 config/arm/arm.c:21969 config/arm/arm.c:21979
! #: config/arm/arm.c:21989 config/arm/arm.c:21999 config/arm/arm.c:22038
! #: config/arm/arm.c:22056 config/arm/arm.c:22081 config/arm/arm.c:22096
! #: config/arm/arm.c:22123 config/arm/arm.c:22130 config/arm/arm.c:22148
! #: config/arm/arm.c:22155 config/arm/arm.c:22163 config/arm/arm.c:22184
! #: config/arm/arm.c:22191 config/arm/arm.c:22324 config/arm/arm.c:22331
! #: config/arm/arm.c:22358 config/arm/arm.c:22365 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
*************** msgstr "fÃ¶rutsade instruktion i villkor
*** 3040,3052 ****
  msgid "invalid operand for code '%c'"
  msgstr "ogiltig operand fÃ¶r kod â€�%câ€�"
  
! #: config/arm/arm.c:22014
  #, c-format
  msgid "instruction never executed"
  msgstr "instruktionen aldrig utfÃ¶rd"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22035
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr "fÃ¶rÃ¥ldrad Maverick-formatkod â€�%câ€�"
--- 3035,3047 ----
  msgid "invalid operand for code '%c'"
  msgstr "ogiltig operand fÃ¶r kod â€�%câ€�"
  
! #: config/arm/arm.c:22051
  #, c-format
  msgid "instruction never executed"
  msgstr "instruktionen aldrig utfÃ¶rd"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22072
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr "fÃ¶rÃ¥ldrad Maverick-formatkod â€�%câ€�"
*************** msgid "unsupported fixed-point conversio
*** 3119,3152 ****
  msgstr "ej stÃ¶dd fixdecimalskonvertering"
  
  #: config/avr/avr.c:9803
- #, fuzzy
- #| msgid "Loop variable"
  msgid "variable"
! msgstr "Slingvariabel"
  
  #: config/avr/avr.c:9808
- #, fuzzy
- #| msgid "redefinition of parameter %q+D"
  msgid "function parameter"
! msgstr "omdefinition av parametern %q+D"
  
  #: config/avr/avr.c:9813
- #, fuzzy
- #| msgid "struct defined here"
  msgid "structure field"
! msgstr "post definierad hÃ¤r"
  
  #: config/avr/avr.c:9819
- #, fuzzy
- #| msgid "creating array of functions"
  msgid "return type of function"
! msgstr "skapar vektor av funktioner"
  
  #: config/avr/avr.c:9824
- #, fuzzy
- #| msgid "null pointer"
  msgid "pointer"
! msgstr "nollpekare"
  
  #: config/avr/driver-avr.c:48
  #, c-format
--- 3114,3137 ----
  msgstr "ej stÃ¶dd fixdecimalskonvertering"
  
  #: config/avr/avr.c:9803
  msgid "variable"
! msgstr "variabel"
  
  #: config/avr/avr.c:9808
  msgid "function parameter"
! msgstr "funktionsparameter"
  
  #: config/avr/avr.c:9813
  msgid "structure field"
! msgstr "postfÃ¤lt"
  
  #: config/avr/avr.c:9819
  msgid "return type of function"
! msgstr "returtyp fÃ¶r en funktion"
  
  #: config/avr/avr.c:9824
  msgid "pointer"
! msgstr "pekare"
  
  #: config/avr/driver-avr.c:48
  #, c-format
*************** msgid "operand is not an integer, invali
*** 3456,3465 ****
  msgstr "operanden Ã¤r inte ett heltal, ogiltig operandkod â€�Râ€�"
  
  #: config/i386/i386.c:18261
! #, fuzzy, c-format
! #| msgid "operand is not a specific integer, invalid operand code 'r'"
  msgid "operand is not a specific integer, invalid operand code 'R'"
! msgstr "operanden Ã¤r inte ett specifikt heltal, ogiltig operandkod â€�râ€�"
  
  #: config/i386/i386.c:18357
  #, c-format
--- 3441,3449 ----
  msgstr "operanden Ã¤r inte ett heltal, ogiltig operandkod â€�Râ€�"
  
  #: config/i386/i386.c:18261
! #, c-format
  msgid "operand is not a specific integer, invalid operand code 'R'"
! msgstr "operanden Ã¤r inte ett specifikt heltal, ogiltig operandkod â€�Râ€�"
  
  #: config/i386/i386.c:18357
  #, c-format
*************** msgstr "emit_fusion_p9_store, felaktigt
*** 3865,3962 ****
  msgid "emit_fusion_p9_store not MEM"
  msgstr "emit_fusion_p9_store inte MEM"
  
! #: config/s390/s390.c:7314
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr "symboliska minnesreferenser stÃ¶djs endast pÃ¥ z10 eller senare"
  
! #: config/s390/s390.c:7325
  #, c-format
  msgid "cannot decompose address"
  msgstr "kan inte dekomponera adress."
  
! #: config/s390/s390.c:7394
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "ogiltig jÃ¤mfÃ¶relseoperator fÃ¶r utmatningsmodifieraren â€�Eâ€�"
  
! #: config/s390/s390.c:7417
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "ogiltig referens fÃ¶r utmatningsmodifieraren â€�Jâ€�"
  
! #: config/s390/s390.c:7435
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "ogiltig adress fÃ¶r utmatningsmodifieraren â€�Oâ€�"
  
! #: config/s390/s390.c:7457
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "ogiltig adress fÃ¶r utmatningsmodifieraren â€�Râ€�"
  
! #: config/s390/s390.c:7475
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr "minnesreferens fÃ¶rvÃ¤ntas fÃ¶r utmatningsmodifieraren â€�Sâ€�"
  
! #: config/s390/s390.c:7485
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "ogiltig adress fÃ¶r â€�Sâ€�-utmatningsmodifierare"
  
! #: config/s390/s390.c:7506
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr "register- eller minnesuttryck fÃ¶rvÃ¤ntas fÃ¶r utmatningsmodifieraren â€�Nâ€�"
  
! #: config/s390/s390.c:7517
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr "register- eller minnesuttryck fÃ¶rvÃ¤ntas fÃ¶r utmatningsmodifieraren â€�Mâ€�"
  
! #: config/s390/s390.c:7603 config/s390/s390.c:7624
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "ogiltig konstant fÃ¶r utmatningsmodifieraren â€�%câ€�"
  
! #: config/s390/s390.c:7621
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "ogiltig konstant - fÃ¶rsÃ¶k med att anvÃ¤nda en utmatningsmodifierare"
  
! #: config/s390/s390.c:7658
  #, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "ogiltig konstant vektor fÃ¶r utmatningsmodifieraren â€�%câ€�"
  
! #: config/s390/s390.c:7665
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "ogiltigt uttryck - fÃ¶rsÃ¶k med att anvÃ¤nda en utmatningsmodifierare"
  
! #: config/s390/s390.c:7668
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "ogiltigt uttryck fÃ¶r utmatningsmodifieraren â€�%câ€�"
  
! #: config/s390/s390.c:11535
  msgid "vector argument passed to unprototyped function"
  msgstr "vektorargument skickat till funktion utan prototyp"
  
! #: config/s390/s390.c:15354
  msgid "types differ in signedness"
  msgstr "typer skiljer i teckenhet"
  
! #: config/s390/s390.c:15364
  msgid "binary operator does not support two vector bool operands"
  msgstr "binÃ¤roperator stÃ¶djer inte tvÃ¥ vektorbooleanoperander"
  
! #: config/s390/s390.c:15367
  msgid "binary operator does not support vector bool operand"
  msgstr "den binÃ¤ra operatorn stÃ¶djer inte vektor-bool-operand"
  
! #: config/s390/s390.c:15375
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr "binÃ¤r operator stÃ¶djer inte blandning av operanderna vektorboolean och flyttalsvektor"
  
--- 3849,3946 ----
  msgid "emit_fusion_p9_store not MEM"
  msgstr "emit_fusion_p9_store inte MEM"
  
! #: config/s390/s390.c:7482
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr "symboliska minnesreferenser stÃ¶djs endast pÃ¥ z10 eller senare"
  
! #: config/s390/s390.c:7493
  #, c-format
  msgid "cannot decompose address"
  msgstr "kan inte dekomponera adress."
  
! #: config/s390/s390.c:7562
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "ogiltig jÃ¤mfÃ¶relseoperator fÃ¶r utmatningsmodifieraren â€�Eâ€�"
  
! #: config/s390/s390.c:7585
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "ogiltig referens fÃ¶r utmatningsmodifieraren â€�Jâ€�"
  
! #: config/s390/s390.c:7603
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "ogiltig adress fÃ¶r utmatningsmodifieraren â€�Oâ€�"
  
! #: config/s390/s390.c:7625
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "ogiltig adress fÃ¶r utmatningsmodifieraren â€�Râ€�"
  
! #: config/s390/s390.c:7643
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr "minnesreferens fÃ¶rvÃ¤ntas fÃ¶r utmatningsmodifieraren â€�Sâ€�"
  
! #: config/s390/s390.c:7653
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "ogiltig adress fÃ¶r â€�Sâ€�-utmatningsmodifierare"
  
! #: config/s390/s390.c:7674
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr "register- eller minnesuttryck fÃ¶rvÃ¤ntas fÃ¶r utmatningsmodifieraren â€�Nâ€�"
  
! #: config/s390/s390.c:7685
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr "register- eller minnesuttryck fÃ¶rvÃ¤ntas fÃ¶r utmatningsmodifieraren â€�Mâ€�"
  
! #: config/s390/s390.c:7771 config/s390/s390.c:7792
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "ogiltig konstant fÃ¶r utmatningsmodifieraren â€�%câ€�"
  
! #: config/s390/s390.c:7789
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "ogiltig konstant - fÃ¶rsÃ¶k med att anvÃ¤nda en utmatningsmodifierare"
  
! #: config/s390/s390.c:7826
  #, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "ogiltig konstant vektor fÃ¶r utmatningsmodifieraren â€�%câ€�"
  
! #: config/s390/s390.c:7833
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "ogiltigt uttryck - fÃ¶rsÃ¶k med att anvÃ¤nda en utmatningsmodifierare"
  
! #: config/s390/s390.c:7836
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "ogiltigt uttryck fÃ¶r utmatningsmodifieraren â€�%câ€�"
  
! #: config/s390/s390.c:11703
  msgid "vector argument passed to unprototyped function"
  msgstr "vektorargument skickat till funktion utan prototyp"
  
! #: config/s390/s390.c:15522
  msgid "types differ in signedness"
  msgstr "typer skiljer i teckenhet"
  
! #: config/s390/s390.c:15532
  msgid "binary operator does not support two vector bool operands"
  msgstr "binÃ¤roperator stÃ¶djer inte tvÃ¥ vektorbooleanoperander"
  
! #: config/s390/s390.c:15535
  msgid "binary operator does not support vector bool operand"
  msgstr "den binÃ¤ra operatorn stÃ¶djer inte vektor-bool-operand"
  
! #: config/s390/s390.c:15543
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr "binÃ¤r operator stÃ¶djer inte blandning av operanderna vektorboolean och flyttalsvektor"
  
*************** msgstr "Varna fÃ¶r avhuggna kÃ¤llkodsrad
*** 5653,5659 ****
  
  #: fortran/lang.opt:266
  msgid "Warn on intrinsics not part of the selected standard."
! msgstr "Inbyggd fÃ¶r inbyggda som inte Ã¤r med i den valda standarden."
  
  #: fortran/lang.opt:278
  msgid "Warn about USE statements that have no ONLY qualifier."
--- 5637,5643 ----
  
  #: fortran/lang.opt:266
  msgid "Warn on intrinsics not part of the selected standard."
! msgstr "Varna fÃ¶r inbyggda som inte Ã¤r med i den valda standarden."
  
  #: fortran/lang.opt:278
  msgid "Warn about USE statements that have no ONLY qualifier."
*************** msgid "Warn about 'new' of type with ext
*** 6186,6195 ****
  msgstr "Varna fÃ¶r â€�newâ€� av en typ med utÃ¶kad justering utan -faligned-new."
  
  #: c-family/c.opt:296
- #, fuzzy
- #| msgid "-Waligned-new=all Warn even if 'new' uses a class member allocation function."
  msgid "-Waligned-new=[none|global|all]\tWarn even if 'new' uses a class member allocation function."
! msgstr "-Waligned-new=all Varna Ã¤ven om â€�newâ€� anvÃ¤nder en allokeringsfunktion som Ã¤r klassmedlem."
  
  #: c-family/c.opt:300 ada/gcc-interface/lang.opt:57
  msgid "Enable most warning messages."
--- 6170,6177 ----
  msgstr "Varna fÃ¶r â€�newâ€� av en typ med utÃ¶kad justering utan -faligned-new."
  
  #: c-family/c.opt:296
  msgid "-Waligned-new=[none|global|all]\tWarn even if 'new' uses a class member allocation function."
! msgstr "-Waligned-new=[none|global|all]\tVarna Ã¤ven om â€�newâ€� anvÃ¤nder en allokeringsfunktion som Ã¤r klassmedlem."
  
  #: c-family/c.opt:300 ada/gcc-interface/lang.opt:57
  msgid "Enable most warning messages."
*************** msgid "-Walloc-zero Warn for calls to al
*** 6208,6217 ****
  msgstr "-Walloc-zero Varna fÃ¶r anrop till allokeringsfunktioner som anger noll byte."
  
  #: c-family/c.opt:317
- #, fuzzy
- #| msgid "-Walloca-larger-than=<number> Warn on unbounded uses of alloca, and on bounded uses of alloca whose bound can be larger than <number> bytes."
  msgid "-Walloca-larger-than=<number>\tWarn on unbounded uses of alloca, and on bounded uses of alloca whose bound can be larger than <number> bytes."
! msgstr "-Walloca-larger-than=<antal> Varna vid obegrÃ¤nsade anvÃ¤ndningar av alloca, och vid begrÃ¤nsade anvÃ¤ndningar av alloca vars grÃ¤nser kan bara stÃ¶rre Ã¤n <antal> byte."
  
  #: c-family/c.opt:331
  msgid "Warn whenever an Objective-C assignment is being intercepted by the garbage collector."
--- 6190,6197 ----
  msgstr "-Walloc-zero Varna fÃ¶r anrop till allokeringsfunktioner som anger noll byte."
  
  #: c-family/c.opt:317
  msgid "-Walloca-larger-than=<number>\tWarn on unbounded uses of alloca, and on bounded uses of alloca whose bound can be larger than <number> bytes."
! msgstr "-Walloca-larger-than=<antal>\tVarna vid obegrÃ¤nsade anvÃ¤ndningar av alloca, och vid begrÃ¤nsade anvÃ¤ndningar av alloca vars grÃ¤nser kan vara stÃ¶rre Ã¤n <antal> byte."
  
  #: c-family/c.opt:331
  msgid "Warn whenever an Objective-C assignment is being intercepted by the garbage collector."
*************** msgid "Warn about an empty body in an if
*** 6362,6371 ****
  msgstr "Varna fÃ¶r en tom kropp i en if- eller else-sats."
  
  #: c-family/c.opt:489
- #, fuzzy
- #| msgid "Warn about stray tokens after #elif and #endif."
  msgid "Warn about stray tokens after #else and #endif."
! msgstr "Varna fÃ¶r vilsekomna symboler efter #elif och #endif."
  
  #: c-family/c.opt:493
  msgid "Warn about comparison of different enum types."
--- 6342,6349 ----
  msgstr "Varna fÃ¶r en tom kropp i en if- eller else-sats."
  
  #: c-family/c.opt:489
  msgid "Warn about stray tokens after #else and #endif."
! msgstr "Varna fÃ¶r vilsekomna symboler efter #else och #endif."
  
  #: c-family/c.opt:493
  msgid "Warn about comparison of different enum types."
*************** msgstr "Varna fÃ¶r formatstrÃ¤ngar som i
*** 6393,6399 ****
  
  #: c-family/c.opt:525
  msgid "Warn if passing too many arguments to a function for its format string."
! msgstr "Varna fÃ¶r fÃ¶r mÃ¥nga argument argument till en funktion fÃ¶r dess formatstrÃ¤ng."
  
  #: c-family/c.opt:529
  msgid "Warn about format strings that are not literals."
--- 6371,6377 ----
  
  #: c-family/c.opt:525
  msgid "Warn if passing too many arguments to a function for its format string."
! msgstr "Varna fÃ¶r fÃ¶r mÃ¥nga argument till en funktion fÃ¶r dess formatstrÃ¤ng."
  
  #: c-family/c.opt:529
  msgid "Warn about format strings that are not literals."
*************** msgstr "Varna fÃ¶r implicita konverterin
*** 6457,6463 ****
  
  #: c-family/c.opt:600
  msgid "Warn if \"defined\" is used outside #if."
! msgstr "Varna om â€�definiedâ€� Ã¤r utanfÃ¶r #if."
  
  #: c-family/c.opt:604
  msgid "Warn about implicit function declarations."
--- 6435,6441 ----
  
  #: c-family/c.opt:600
  msgid "Warn if \"defined\" is used outside #if."
! msgstr "Varna om â€�definedâ€� Ã¤r utanfÃ¶r #if."
  
  #: c-family/c.opt:604
  msgid "Warn about implicit function declarations."
*************** msgstr "Varna fÃ¶r inkompatibla konverte
*** 6477,6483 ****
  
  #: c-family/c.opt:623
  msgid "Warn for suspicious integer expressions in boolean context."
! msgstr "Varna fÃ¶r misstÃ¤nkta heltalsutttryck i booleska sammanhang."
  
  #: c-family/c.opt:627
  msgid "Warn when there is a cast to a pointer from an integer of a different size."
--- 6455,6461 ----
  
  #: c-family/c.opt:623
  msgid "Warn for suspicious integer expressions in boolean context."
! msgstr "Varna fÃ¶r misstÃ¤nkta heltalsuttryck i booleska sammanhang."
  
  #: c-family/c.opt:627
  msgid "Warn when there is a cast to a pointer from an integer of a different size."
*************** msgstr "Varna nÃ¤r ett noexcept-uttryck
*** 6637,6647 ****
  
  #: c-family/c.opt:785
  msgid "Warn if C++1z noexcept function type will change the mangled name of a symbol."
! msgstr ""
  
  #: c-family/c.opt:789
  msgid "Warn when non-templatized friend functions are declared within a template."
! msgstr "Varna nÃ¤r en vÃ¤nfuktion som inte Ã¤r en mall deklareras inuti en mall."
  
  #: c-family/c.opt:793
  msgid "Warn about non-virtual destructors."
--- 6615,6625 ----
  
  #: c-family/c.opt:785
  msgid "Warn if C++1z noexcept function type will change the mangled name of a symbol."
! msgstr "Varna om funktionstypen noexcept i C++1z kommer Ã¤ndra det manglade namnet pÃ¥ en symbol."
  
  #: c-family/c.opt:789
  msgid "Warn when non-templatized friend functions are declared within a template."
! msgstr "Varna nÃ¤r en vÃ¤nfunktion som inte Ã¤r en mall deklareras inuti en mall."
  
  #: c-family/c.opt:793
  msgid "Warn about non-virtual destructors."
*************** msgstr "Varna fÃ¶r multipla deklaratione
*** 6741,6747 ****
  
  #: c-family/c.opt:924
  msgid "Warn about uses of register storage specifier."
! msgstr "Varna fÃ¶r anvÃ¤ndning av lagringsspecificeraren register."
  
  #: c-family/c.opt:928
  msgid "Warn when the compiler reorders code."
--- 6719,6725 ----
  
  #: c-family/c.opt:924
  msgid "Warn about uses of register storage specifier."
! msgstr "Varna fÃ¶r anvÃ¤ndning av lagringsspecificeraren â€�registerâ€�."
  
  #: c-family/c.opt:928
  msgid "Warn when the compiler reorders code."
*************** msgid "Warn if a variable length array i
*** 6880,6889 ****
  msgstr "Varna om en vektor med variabel lÃ¤ngd anvÃ¤nds."
  
  #: c-family/c.opt:1104
- #, fuzzy
- #| msgid "-Wvla-larger-than=<number> Warn on unbounded uses of variable-length arrays, and on bounded uses of variable-length arrays whose bound can be larger than <number> bytes."
  msgid "-Wvla-larger-than=<number>\tWarn on unbounded uses of variable-length arrays, and on bounded uses of variable-length arrays whose bound can be larger than <number> bytes."
! msgstr "-Wvla-larger-than=<antal> Varna fÃ¶r obegrÃ¤nsade anvÃ¤ndningar av vektorer med variabel lÃ¤ngd, och fÃ¶r begrÃ¤sade anvÃ¤ndningar av vektorer med variabel lÃ¤ngd var grÃ¤ns kan vara stÃ¶rre Ã¤n <antal> byte."
  
  #: c-family/c.opt:1110
  msgid "Warn when a register variable is declared volatile."
--- 6858,6865 ----
  msgstr "Varna om en vektor med variabel lÃ¤ngd anvÃ¤nds."
  
  #: c-family/c.opt:1104
  msgid "-Wvla-larger-than=<number>\tWarn on unbounded uses of variable-length arrays, and on bounded uses of variable-length arrays whose bound can be larger than <number> bytes."
! msgstr "-Wvla-larger-than=<antal>\tVarna fÃ¶r obegrÃ¤nsade anvÃ¤ndningar av vektorer med variabel lÃ¤ngd, och fÃ¶r begrÃ¤nsade anvÃ¤ndningar av vektorer med variabel lÃ¤ngd vars grÃ¤ns kan vara stÃ¶rre Ã¤n <antal> byte."
  
  #: c-family/c.opt:1110
  msgid "Warn when a register variable is declared volatile."
*************** msgstr "Tvingar pekargrÃ¤nskontrollen at
*** 6992,6998 ****
  
  #: c-family/c.opt:1235
  msgid "Forces Pointer Bounds Checker to treat all trailing arrays in structures as possibly flexible.  By default only arrays fields with zero length or that are marked with attribute bnd_variable_size are treated as flexible."
! msgstr "Tvingar pekargrÃ¤nskontrollen att behandla alla avslutande vektorer i poster som eventuellt flexibla.  Som standard hanteras endast vektorfÃ¤lt med nolllÃ¤ngd eller som Ã¤r mÃ¤rkta med attributet bnd_variable_size som flexibla."
  
  #: c-family/c.opt:1241
  msgid "Allow Pointer Bounds Checker optimizations.  By default allowed on optimization levels >0."
--- 6968,6974 ----
  
  #: c-family/c.opt:1235
  msgid "Forces Pointer Bounds Checker to treat all trailing arrays in structures as possibly flexible.  By default only arrays fields with zero length or that are marked with attribute bnd_variable_size are treated as flexible."
! msgstr "Tvingar pekargrÃ¤nskontrollen att behandla alla avslutande vektorer i poster som eventuellt flexibla.  Som standard hanteras endast vektorfÃ¤lt med nollÃ¤ngd eller som Ã¤r mÃ¤rkta med attributet bnd_variable_size som flexibla."
  
  #: c-family/c.opt:1241
  msgid "Allow Pointer Bounds Checker optimizations.  By default allowed on optimization levels >0."
*************** msgstr "TillÃ¥t anvÃ¤ndning av *_nochk-v
*** 7008,7014 ****
  
  #: c-family/c.opt:1254
  msgid "Use statically initialized variable for vars bounds instead of generating them each time it is required."
! msgstr "AnvÃ¤nd en statiskt initierad fÃ¶r variabelgrÃ¤nser istÃ¤llet fÃ¶r att generera dem varje gÃ¥ng det behÃ¶vs."
  
  #: c-family/c.opt:1259
  msgid "Use statically initialized variable for constant bounds instead of generating them each time it is required."
--- 6984,6990 ----
  
  #: c-family/c.opt:1254
  msgid "Use statically initialized variable for vars bounds instead of generating them each time it is required."
! msgstr "AnvÃ¤nd en statiskt initierad variabel fÃ¶r variabelgrÃ¤nser istÃ¤llet fÃ¶r att generera dem varje gÃ¥ng det behÃ¶vs."
  
  #: c-family/c.opt:1259
  msgid "Use statically initialized variable for constant bounds instead of generating them each time it is required."
*************** msgstr "-ftrack-macro-expansion=<0|1|2>
*** 7282,7288 ****
  
  #: c-family/c.opt:1608
  msgid "-fno-pretty-templates Do not pretty-print template specializations as the template signature followed by the arguments."
! msgstr "-fno-pretty-templates Finskriv inte mallspecialiceringar som mallsignaturer fÃ¶ljda av argumenten."
  
  #: c-family/c.opt:1612
  msgid "Treat known sprintf return values as constants."
--- 7258,7264 ----
  
  #: c-family/c.opt:1608
  msgid "-fno-pretty-templates Do not pretty-print template specializations as the template signature followed by the arguments."
! msgstr "-fno-pretty-templates Finskriv inte mallspecialiseringar som mallsignaturer fÃ¶ljda av argumenten."
  
  #: c-family/c.opt:1612
  msgid "Treat known sprintf return values as constants."
*************** msgstr "-femit-struct-debug-detailed=<sp
*** 7415,7421 ****
  
  #: c-family/c.opt:1790
  msgid "Interpret imaginary, fixed-point, or other gnu number suffix as the corresponding number literal rather than a user-defined number literal."
! msgstr "Tolka imaginÃ¤ra, flyttals-, eller andra gnu-suffix pÃ¥ tal som motsvarande talkonstant snarare Ã¤n en anvÃ¤ndardefinierad talkonstant"
  
  #: c-family/c.opt:1795
  msgid "-idirafter <dir>\tAdd <dir> to the end of the system include path."
--- 7391,7397 ----
  
  #: c-family/c.opt:1790
  msgid "Interpret imaginary, fixed-point, or other gnu number suffix as the corresponding number literal rather than a user-defined number literal."
! msgstr "Tolka imaginÃ¤ra, flyttals-, eller andra gnu-suffix pÃ¥ tal som motsvarande talkonstant snarare Ã¤n en anvÃ¤ndardefinierad talkonstant."
  
  #: c-family/c.opt:1795
  msgid "-idirafter <dir>\tAdd <dir> to the end of the system include path."
*************** msgstr "Undanbedes till fÃ¶rmÃ¥n fÃ¶r -s
*** 7535,7541 ****
  
  #: c-family/c.opt:1942
  msgid "Conform to the ISO 2014 C++ standard with GNU extensions."
! msgstr "FÃ¶lj standarden ISO 2014 C++ med GNU-utÃ¶kningar"
  
  #: c-family/c.opt:1946
  msgid "Conform to the ISO 201z(7?) C++ draft standard with GNU extensions (experimental and incomplete support)."
--- 7511,7517 ----
  
  #: c-family/c.opt:1942
  msgid "Conform to the ISO 2014 C++ standard with GNU extensions."
! msgstr "FÃ¶lj standarden ISO 2014 C++ med GNU-utÃ¶kningar."
  
  #: c-family/c.opt:1946
  msgid "Conform to the ISO 201z(7?) C++ draft standard with GNU extensions (experimental and incomplete support)."
*************** msgstr "FÃ¶lj standardutkastet ISO 201z(
*** 7543,7549 ****
  
  #: c-family/c.opt:1953
  msgid "Conform to the ISO 2011 C standard with GNU extensions."
! msgstr "FÃ¶lj standarden ISO 2011 C med GNU-utÃ¶kningar"
  
  #: c-family/c.opt:1957
  msgid "Deprecated in favor of -std=gnu11."
--- 7519,7525 ----
  
  #: c-family/c.opt:1953
  msgid "Conform to the ISO 2011 C standard with GNU extensions."
! msgstr "FÃ¶lj standarden ISO 2011 C med GNU-utÃ¶kningar."
  
  #: c-family/c.opt:1957
  msgid "Deprecated in favor of -std=gnu11."
*************** msgstr "Ignorerad."
*** 7611,7617 ****
  
  #: go/lang.opt:42
  msgid "-fgo-c-header=<file>\tWrite Go struct definitions to file as C code."
! msgstr "-fdump-c-header=filnamn\tSkriv Go-postdefinitioner till en fil som C-kod."
  
  #: go/lang.opt:46
  msgid "Add explicit checks for division by zero."
--- 7587,7593 ----
  
  #: go/lang.opt:42
  msgid "-fgo-c-header=<file>\tWrite Go struct definitions to file as C code."
! msgstr "-fgo-c-header=filnamn\tSkriv Go-postdefinitioner till en fil som C-kod."
  
  #: go/lang.opt:46
  msgid "Add explicit checks for division by zero."
*************** msgstr "Aktivera ID-baserat delat biblio
*** 7872,7878 ****
  
  #: config/bfin/bfin.opt:69
  msgid "Generate code that won't be linked against any other ID shared libraries, but may be used as a shared library."
! msgstr "Generera kod som inte kommer lÃ¤nkas mot nÃ¥gra andra delade ID-bibliotek men kan anvÃ¤ndas av ett delat bibliotek."
  
  #: config/bfin/bfin.opt:74 config/m68k/m68k.opt:175
  msgid "ID of shared library to build."
--- 7848,7854 ----
  
  #: config/bfin/bfin.opt:69
  msgid "Generate code that won't be linked against any other ID shared libraries, but may be used as a shared library."
! msgstr "Generera kod som inte kommer lÃ¤nkas mot nÃ¥gra andra delade ID-bibliotek men kan anvÃ¤ndas som ett delat bibliotek."
  
  #: config/bfin/bfin.opt:74 config/m68k/m68k.opt:175
  msgid "ID of shared library to build."
*************** msgid "Enable the division approximation
*** 8320,8327 ****
  msgstr "Aktivera approximationen av division.  Att aktivera detta reducerar precisionen pÃ¥ resultatet av division till ungefÃ¤r 16 bitar fÃ¶r enkel precision och till 32 bitar fÃ¶r dubbel precision."
  
  #: config/aarch64/aarch64.opt:190
- #, fuzzy
- #| msgid "Enables verbose cost model dummping in the debug dump files."
  msgid "Enables verbose cost model dumping in the debug dump files."
  msgstr "Aktiverar utfÃ¶rlig dump av kostnadsmodellen i dumpfilerna fÃ¶r felsÃ¶kning."
  
--- 8296,8301 ----
*************** msgstr "AnvÃ¤nd inte nÃ¥gon av r32..r63.
*** 8587,8593 ****
  
  #: config/epiphany/epiphany.opt:28
  msgid "preferentially allocate registers that allow short instruction generation."
! msgstr "allokera fÃ¶retrÃ¤desvis register som tillÃ¥ter generering av korta instruktioner"
  
  #: config/epiphany/epiphany.opt:32
  msgid "Set branch cost."
--- 8561,8567 ----
  
  #: config/epiphany/epiphany.opt:28
  msgid "preferentially allocate registers that allow short instruction generation."
! msgstr "allokera fÃ¶retrÃ¤desvis register som tillÃ¥ter generering av korta instruktioner."
  
  #: config/epiphany/epiphany.opt:32
  msgid "Set branch cost."
*************** msgid "Branches are this expensive (1-5,
*** 8934,8943 ****
  msgstr "Hopp Ã¤r sÃ¥ hÃ¤r dyra (1-5, godtyckliga enheter)."
  
  #: config/i386/i386.opt:275
- #, fuzzy
- #| msgid "Data greater than given threshold will go into .ldata section in x86-64 medium model."
  msgid "-mlarge-data-threshold=<number>\tData greater than given threshold will go into .ldata section in x86-64 medium model."
! msgstr "Data stÃ¶rre Ã¤n den angivna grÃ¤nsen kommer hamna i .ldata-sektionen i x86-64 medelmodell."
  
  #: config/i386/i386.opt:279
  msgid "Use given x86-64 code model."
--- 8908,8915 ----
  msgstr "Hopp Ã¤r sÃ¥ hÃ¤r dyra (1-5, godtyckliga enheter)."
  
  #: config/i386/i386.opt:275
  msgid "-mlarge-data-threshold=<number>\tData greater than given threshold will go into .ldata section in x86-64 medium model."
! msgstr "-mlarge-data-threshold=<antal>\tData stÃ¶rre Ã¤n den angivna grÃ¤nsen kommer hamna i .ldata-sektionen i x86-64 medelmodell."
  
  #: config/i386/i386.opt:279
  msgid "Use given x86-64 code model."
*************** msgstr "Styr generering av Ã¶msesidiga u
*** 9114,9120 ****
  
  #: config/i386/i386.opt:569
  msgid "Generate cld instruction in the function prologue."
! msgstr "Generera cld-instruktioner i funktionsprologen"
  
  # Det avbrutna meddelandet Ã¤r felrapporterat:
  # http://gcc.gnu.org/bugzilla/show_bug.cgi?id=47103
--- 9086,9092 ----
  
  #: config/i386/i386.opt:569
  msgid "Generate cld instruction in the function prologue."
! msgstr "Generera cld-instruktioner i funktionsprologen."
  
  # Det avbrutna meddelandet Ã¤r felrapporterat:
  # http://gcc.gnu.org/bugzilla/show_bug.cgi?id=47103
*************** msgstr "Generera vzeroupper-instruktion
*** 9124,9130 ****
  
  #: config/i386/i386.opt:578
  msgid "Disable Scalar to Vector optimization pass transforming 64-bit integer computations into a vector ones."
! msgstr "Avaktivera optimeringspasset skalÃ¤r till vektor som transformera 64-bitars heltalsberÃ¤kningar till vektorberÃ¤kningar."
  
  #: config/i386/i386.opt:583
  msgid "Do dispatch scheduling if processor is bdver1, bdver2, bdver3, bdver4 or znver1 and Haifa scheduling is selected."
--- 9096,9102 ----
  
  #: config/i386/i386.opt:578
  msgid "Disable Scalar to Vector optimization pass transforming 64-bit integer computations into a vector ones."
! msgstr "Avaktivera optimeringspasset skalÃ¤r till vektor som transformerar 64-bitars heltalsberÃ¤kningar till vektorberÃ¤kningar."
  
  #: config/i386/i386.opt:583
  msgid "Do dispatch scheduling if processor is bdver1, bdver2, bdver3, bdver4 or znver1 and Haifa scheduling is selected."
*************** msgstr "StÃ¶d inbyggda MMX-, SSE-, SSE2-
*** 9240,9254 ****
  
  #: config/i386/i386.opt:702
  msgid "Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX5124FMAPS built-in functions and code generation."
! msgstr "StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2-, AVX512F- och AVX512IFMAPS-funktioner och -kodgenerering."
  
  #: config/i386/i386.opt:706
  msgid "Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX5124VNNIW built-in functions and code generation."
! msgstr "StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2-, AVX512F- och AVX512VNNIW-funktioner och -kodgenerering."
  
  #: config/i386/i386.opt:710
  msgid "Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX512VPOPCNTDQ built-in functions and code generation."
! msgstr "StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2-, AVX512F- och AVX5124VNNIW-funktioner och -kodgenerering."
  
  #: config/i386/i386.opt:714
  msgid "Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX and FMA built-in functions and code generation."
--- 9212,9226 ----
  
  #: config/i386/i386.opt:702
  msgid "Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX5124FMAPS built-in functions and code generation."
! msgstr "StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2-, AVX512F- och AVX5124FMAPS-funktioner och -kodgenerering."
  
  #: config/i386/i386.opt:706
  msgid "Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX5124VNNIW built-in functions and code generation."
! msgstr "StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2-, AVX512F- och AVX5124VNNIW-funktioner och -kodgenerering."
  
  #: config/i386/i386.opt:710
  msgid "Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX512VPOPCNTDQ built-in functions and code generation."
! msgstr "StÃ¶d inbyggda MMX-, SSE-, SSE2-, SSE3-, SSSE3-, SSE4.1-, SSE4.2-, AVX-, AVX2-, AVX512F- och AVX512VPOPCNTDQ-funktioner och -kodgenerering."
  
  #: config/i386/i386.opt:714
  msgid "Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX and FMA built-in functions and code generation."
*************** msgstr "StÃ¶d inbyggda PREFETCHWT1-funkt
*** 9400,9410 ****
  
  #: config/i386/i386.opt:862
  msgid "Emit profiling counter call at function entry before prologue."
! msgstr "Generera profileringsrÃ¤knaranrop vid funktionsstart fÃ¶re prologen"
  
  #: config/i386/i386.opt:866
  msgid "Generate __mcount_loc section with all mcount or __fentry__ calls."
! msgstr "Generera en __mcount_loc-sektion med alla mcount- eller __fentry__-anrop"
  
  #: config/i386/i386.opt:870
  msgid "Generate mcount/__fentry__ calls as nops. To activate they need to be patched in."
--- 9372,9382 ----
  
  #: config/i386/i386.opt:862
  msgid "Emit profiling counter call at function entry before prologue."
! msgstr "Generera profileringsrÃ¤knaranrop vid funktionsstart fÃ¶re prologen."
  
  #: config/i386/i386.opt:866
  msgid "Generate __mcount_loc section with all mcount or __fentry__ calls."
! msgstr "Generera en __mcount_loc-sektion med alla mcount- eller __fentry__-anrop."
  
  #: config/i386/i386.opt:870
  msgid "Generate mcount/__fentry__ calls as nops. To activate they need to be patched in."
*************** msgstr "AnvÃ¤nd anpassad stack istÃ¤llet
*** 9697,9703 ****
  
  #: config/nvptx/nvptx.opt:42
  msgid "Specify size of .local memory used for stack when the exact amount is not known."
! msgstr ""
  
  #: config/nvptx/nvptx.opt:46
  msgid "Generate code that can keep local state uniform across all lanes."
--- 9669,9675 ----
  
  #: config/nvptx/nvptx.opt:42
  msgid "Specify size of .local memory used for stack when the exact amount is not known."
! msgstr "Ange storleken pÃ¥ .local-minne anvÃ¤nt till stack nÃ¤r den exakta mÃ¤ngden inte Ã¤r kÃ¤nd."
  
  #: config/nvptx/nvptx.opt:46
  msgid "Generate code that can keep local state uniform across all lanes."
*************** msgstr "MÃ¶jliggÃ¶r anvÃ¤ndning av RX FP
*** 11599,11605 ****
  
  #: config/rx/rx.opt:50
  msgid "Specify the target RX cpu type."
! msgstr "Ange mÃ¥l-RX-cpu-typen"
  
  #: config/rx/rx.opt:71
  msgid "Data is stored in big-endian format."
--- 11571,11577 ----
  
  #: config/rx/rx.opt:50
  msgid "Specify the target RX cpu type."
! msgstr "Ange mÃ¥l-RX-cpu-typen."
  
  #: config/rx/rx.opt:71
  msgid "Data is stored in big-endian format."
*************** msgstr "AnvÃ¤nd lwxc1/swxc1/ldxc1/sdxc1-
*** 12745,12757 ****
  
  #: config/mips/mips.opt:397
  msgid "Use 4-operand madd.s/madd.d and related instructions where applicable."
! msgstr "Anv-nd 4-operanders madd.s/madd.d och relaterade instruktioner dÃ¤r det gÃ¥r."
  
  #: config/mips/mips.opt:409
- #, fuzzy
- #| msgid "Use Virtualization Application Specific instructions."
  msgid "Use Virtualization (VZ) instructions."
! msgstr "AnvÃ¤nd instruktioner specifika fÃ¶r virtualiseringstillÃ¤mpningar."
  
  #: config/mips/mips.opt:413
  msgid "Use eXtended Physical Address (XPA) instructions."
--- 12717,12727 ----
  
  #: config/mips/mips.opt:397
  msgid "Use 4-operand madd.s/madd.d and related instructions where applicable."
! msgstr "AnvÃ¤nd 4-operanders madd.s/madd.d och relaterade instruktioner dÃ¤r det gÃ¥r."
  
  #: config/mips/mips.opt:409
  msgid "Use Virtualization (VZ) instructions."
! msgstr "AnvÃ¤nd virtualiseringsinstruktioner (VZ)."
  
  #: config/mips/mips.opt:413
  msgid "Use eXtended Physical Address (XPA) instructions."
*************** msgid "Warn when not issuing stack smash
*** 13330,13339 ****
  msgstr "Varna nÃ¤r stackÃ¶verskrivningsskydd inte lÃ¤ggs ut av nÃ¥gon anledning."
  
  #: common.opt:693
- #, fuzzy
- #| msgid "Warn if stack usage might be larger than specified amount."
  msgid "-Wstack-usage=<number>\tWarn if stack usage might be larger than specified amount."
! msgstr "Varna om stackanvÃ¤ndningen kan vara stÃ¶rre Ã¤n den angivna mÃ¤ngden."
  
  #: common.opt:697 common.opt:701
  msgid "Warn about code which might break strict aliasing rules."
--- 13300,13307 ----
  msgstr "Varna nÃ¤r stackÃ¶verskrivningsskydd inte lÃ¤ggs ut av nÃ¥gon anledning."
  
  #: common.opt:693
  msgid "-Wstack-usage=<number>\tWarn if stack usage might be larger than specified amount."
! msgstr "-Wstack-usage=<antal>\tVarna om stackanvÃ¤ndningen kan vara stÃ¶rre Ã¤n den angivna mÃ¤ngden."
  
  #: common.opt:697 common.opt:701
  msgid "Warn about code which might break strict aliasing rules."
*************** msgstr "okÃ¤nd stil fÃ¶r Ã¶verskjutande
*** 13766,13772 ****
  
  #: common.opt:1339
  msgid "-fpermitted-flt-eval-methods=[c11|ts-18661]\tSpecify which values of FLT_EVAL_METHOD are permitted."
! msgstr "-fpermitted-flt-eval-methods=[c11|ts-18661]\tAngi vilka vÃ¤rden pÃ¥ FLT_EVAL_METHOD som Ã¤r tillÃ¥tna."
  
  #: common.opt:1342
  #, c-format
--- 13734,13740 ----
  
  #: common.opt:1339
  msgid "-fpermitted-flt-eval-methods=[c11|ts-18661]\tSpecify which values of FLT_EVAL_METHOD are permitted."
! msgstr "-fpermitted-flt-eval-methods=[c11|ts-18661]\tAnge vilka vÃ¤rden pÃ¥ FLT_EVAL_METHOD som Ã¤r tillÃ¥tna."
  
  #: common.opt:1342
  #, c-format
*************** msgid "Perform a forward propagation pas
*** 13794,13803 ****
  msgstr "UtfÃ¶r ett framÃ¥tpropageringspass pÃ¥ RTL."
  
  #: common.opt:1379
- #, fuzzy
- #| msgid "-ffp-contract=[off|on|fast] Perform floating-point expression contraction."
  msgid "-ffp-contract=[off|on|fast]\tPerform floating-point expression contraction."
! msgstr "-ffp-contract=[off|on|fast] UtfÃ¶r kontraktion av flyttalsuttryck."
  
  #: common.opt:1382
  #, c-format
--- 13762,13769 ----
  msgstr "UtfÃ¶r ett framÃ¥tpropageringspass pÃ¥ RTL."
  
  #: common.opt:1379
  msgid "-ffp-contract=[off|on|fast]\tPerform floating-point expression contraction."
! msgstr "-ffp-contract=[off|on|fast]\tUtfÃ¶r kontraktion av flyttalsuttryck."
  
  #: common.opt:1382
  #, c-format
*************** msgid "Perform conversion of conditional
*** 13898,13907 ****
  msgstr "UtfÃ¶r konvertering av villkorliga hopp till villkorlig exekvering."
  
  #: common.opt:1531
- #, fuzzy
- #| msgid "-fstack-reuse=[all|named_vars|none] Set stack reuse level for local variables."
  msgid "-fstack-reuse=[all|named_vars|none]\tSet stack reuse level for local variables."
! msgstr "-fstack-reuse=[all|named_vars|none] StÃ¤ll in stackÃ¥teranvÃ¤ndningsnivÃ¥n fÃ¶r lokala variabler."
  
  #: common.opt:1534
  #, c-format
--- 13864,13871 ----
  msgstr "UtfÃ¶r konvertering av villkorliga hopp till villkorlig exekvering."
  
  #: common.opt:1531
  msgid "-fstack-reuse=[all|named_vars|none]\tSet stack reuse level for local variables."
! msgstr "-fstack-reuse=[all|named_vars|none]\tStÃ¤ll in stackÃ¥teranvÃ¤ndningsnivÃ¥n fÃ¶r lokala variabler."
  
  #: common.opt:1534
  #, c-format
*************** msgid "Perform IPA Value Range Propagati
*** 14001,14010 ****
  msgstr "UtfÃ¶r IPA-propagering av vÃ¤rdeintervall."
  
  #: common.opt:1664
- #, fuzzy
- #| msgid "-fira-algorithm=[CB|priority] Set the used IRA algorithm."
  msgid "-fira-algorithm=[CB|priority]\tSet the used IRA algorithm."
! msgstr "-fira-algorithm=[CB|priority] BestÃ¤m den anvÃ¤nda IRA-algoritmen."
  
  #: common.opt:1667
  #, c-format
--- 13965,13972 ----
  msgstr "UtfÃ¶r IPA-propagering av vÃ¤rdeintervall."
  
  #: common.opt:1664
  msgid "-fira-algorithm=[CB|priority]\tSet the used IRA algorithm."
! msgstr "-fira-algorithm=[CB|priority]\tBestÃ¤m den anvÃ¤nda IRA-algoritmen."
  
  #: common.opt:1667
  #, c-format
*************** msgid "unknown IRA algorithm %qs"
*** 14012,14021 ****
  msgstr "okÃ¤nd IRA-algoritm %qs"
  
  #: common.opt:1677
- #, fuzzy
- #| msgid "-fira-region=[one|all|mixed] Set regions for IRA."
  msgid "-fira-region=[one|all|mixed]\tSet regions for IRA."
! msgstr "-fira-region=[one|all|mixed] SÃ¤tt regioner fÃ¶r IRA."
  
  #: common.opt:1680
  #, c-format
--- 13974,13981 ----
  msgstr "okÃ¤nd IRA-algoritm %qs"
  
  #: common.opt:1677
  msgid "-fira-region=[one|all|mixed]\tSet regions for IRA."
! msgstr "-fira-region=[one|all|mixed]\tSÃ¤tt regioner fÃ¶r IRA."
  
  #: common.opt:1680
  #, c-format
*************** msgstr "AnvÃ¤nd PLT fÃ¶r PIC-anrop (-fno
*** 14251,14257 ****
  
  #: common.opt:1950
  msgid "Specify a plugin to load."
! msgstr "Ange en instickmodul att lÃ¤sa in."
  
  #: common.opt:1954
  msgid "-fplugin-arg-<name>-<key>[=<value>]\tSpecify argument <key>=<value> for plugin <name>."
--- 14211,14217 ----
  
  #: common.opt:1950
  msgid "Specify a plugin to load."
! msgstr "Ange en insticksmodul att lÃ¤sa in."
  
  #: common.opt:1954
  msgid "-fplugin-arg-<name>-<key>[=<value>]\tSpecify argument <key>=<value> for plugin <name>."
*************** msgstr "-fprofile-update=[single|atomic|
*** 14288,14294 ****
  #: common.opt:1986
  #, c-format
  msgid "unknown profile update method %qs"
! msgstr "okÃ¤nd prfiluppdateringsmetod %qs"
  
  #: common.opt:1999
  msgid "Enable common options for generating profile info for profile feedback directed optimizations."
--- 14248,14254 ----
  #: common.opt:1986
  #, c-format
  msgid "unknown profile update method %qs"
! msgstr "okÃ¤nd profiluppdateringsmetod %qs"
  
  #: common.opt:1999
  msgid "Enable common options for generating profile info for profile feedback directed optimizations."
*************** msgid "Reorder basic blocks to improve c
*** 14351,14360 ****
  msgstr "Flytta om grundblock fÃ¶r att fÃ¶rbÃ¤ttra kodplacering."
  
  #: common.opt:2076
- #, fuzzy
- #| msgid "-freorder-blocks-algorithm=[simple|stc] Set the used basic block reordering algorithm."
  msgid "-freorder-blocks-algorithm=[simple|stc]\tSet the used basic block reordering algorithm."
! msgstr "-freorder-blocks-algorithm=[simple|stc] SÃ¤tt algoritmen att anvÃ¤ndas fÃ¶r ordningsÃ¤ndring av grundblock."
  
  #: common.opt:2079
  #, c-format
--- 14311,14318 ----
  msgstr "Flytta om grundblock fÃ¶r att fÃ¶rbÃ¤ttra kodplacering."
  
  #: common.opt:2076
  msgid "-freorder-blocks-algorithm=[simple|stc]\tSet the used basic block reordering algorithm."
! msgstr "-freorder-blocks-algorithm=[simple|stc]\tSÃ¤tt algoritmen att anvÃ¤ndas fÃ¶r ordningsÃ¤ndring av grundblock."
  
  #: common.opt:2079
  #, c-format
*************** msgstr "Aktivera strÃ¤nglÃ¤ngdsoptimerin
*** 14696,14706 ****
  
  #: common.opt:2489
  msgid "Detect paths that trigger erroneous or undefined behavior due to dereferencing a null pointer.  Isolate those paths from the main control flow and turn the statement with erroneous or undefined behavior into a trap."
! msgstr "Detektera vÃ¤gar som utlÃ¶ser felaktigt eller odefinierat beteende pÃ¥ grund av dereferering av nollpekare.  Isolera dessa vÃ¤gar frÃ¥n huvusakliga styrflÃ¶det och gÃ¶r om satsen med det felaktiga elelr odefinierade beteendet till en fÃ¤lla."
  
  #: common.opt:2495
  msgid "Detect paths that trigger erroneous or undefined behavior due a null value being used in a way forbidden by a returns_nonnull or nonnull attribute.  Isolate those paths from the main control flow and turn the statement with erroneous or undefined behavior into a trap."
! msgstr "Detektera vÃ¤gar som utlÃ¶ser felaktigt eller odefinierat beteende pÃ¥ grund av att ett nollvÃ¤rde anvÃ¤nds pÃ¥ ett sÃ¤tt som fÃ¶rbjuds av ett returns_nonnull- eller nonnull-attribut.  Isolera dessa vÃ¤gar frÃ¥n huvusakliga styrflÃ¶det och gÃ¶r om satsen med det felaktiga elelr odefinierade beteendet till en fÃ¤lla."
  
  #: common.opt:2502
  msgid "Enable loop distribution on trees."
--- 14654,14664 ----
  
  #: common.opt:2489
  msgid "Detect paths that trigger erroneous or undefined behavior due to dereferencing a null pointer.  Isolate those paths from the main control flow and turn the statement with erroneous or undefined behavior into a trap."
! msgstr "Detektera vÃ¤gar som utlÃ¶ser felaktigt eller odefinierat beteende pÃ¥ grund av dereferering av nollpekare.  Isolera dessa vÃ¤gar frÃ¥n huvudsakliga styrflÃ¶det och gÃ¶r om satsen med det felaktiga eller odefinierade beteendet till en fÃ¤lla."
  
  #: common.opt:2495
  msgid "Detect paths that trigger erroneous or undefined behavior due a null value being used in a way forbidden by a returns_nonnull or nonnull attribute.  Isolate those paths from the main control flow and turn the statement with erroneous or undefined behavior into a trap."
! msgstr "Detektera vÃ¤gar som utlÃ¶ser felaktigt eller odefinierat beteende pÃ¥ grund av att ett nollvÃ¤rde anvÃ¤nds pÃ¥ ett sÃ¤tt som fÃ¶rbjuds av ett returns_nonnull- eller nonnull-attribut.  Isolera dessa vÃ¤gar frÃ¥n huvudsakliga styrflÃ¶det och gÃ¶r om satsen med det felaktiga eller odefinierade beteendet till en fÃ¤lla."
  
  #: common.opt:2502
  msgid "Enable loop distribution on trees."
*************** msgid "Enable loop optimizations on tree
*** 14723,14732 ****
  msgstr "Aktivera slingoptimeringar pÃ¥ trÃ¤dnivÃ¥."
  
  #: common.opt:2526
- #, fuzzy
- #| msgid "Enable automatic parallelization of loops."
  msgid "-ftree-parallelize-loops=<number>\tEnable automatic parallelization of loops."
! msgstr "Aktivera automatisk parallellisering av slingor."
  
  #: common.opt:2530
  msgid "Enable hoisting loads from conditional pointers."
--- 14681,14688 ----
  msgstr "Aktivera slingoptimeringar pÃ¥ trÃ¤dnivÃ¥."
  
  #: common.opt:2526
  msgid "-ftree-parallelize-loops=<number>\tEnable automatic parallelization of loops."
! msgstr "-ftree-parallelize-loops=<antal>\tAktivera automatisk parallellisering av slingor."
  
  #: common.opt:2530
  msgid "Enable hoisting loads from conditional pointers."
*************** msgstr "I SSA-PRE-optimering pÃ¥ trÃ¤d,
*** 14742,14748 ****
  
  #: common.opt:2542
  msgid "Perform function-local points-to analysis on trees."
! msgstr "UtfÃ¶r funktionslokala pekar-pÃ¥-analyser i trÃ¤d"
  
  #: common.opt:2546
  msgid "Enable reassociation on tree level."
--- 14698,14704 ----
  
  #: common.opt:2542
  msgid "Perform function-local points-to analysis on trees."
! msgstr "UtfÃ¶r funktionslokala pekar-pÃ¥-analyser i trÃ¤d."
  
  #: common.opt:2546
  msgid "Enable reassociation on tree level."
*************** msgstr "Aktivera grundblocksvektoriserin
*** 14854,14866 ****
  
  #: common.opt:2693
  msgid "Specifies the cost model for vectorization. -fvect-cost-model=[unlimited|dynamic|cheap]\tSpecifies the cost model for vectorization."
! msgstr ""
  
  #: common.opt:2698
- #, fuzzy
- #| msgid "Specifies the vectorization cost model for code marked with a simd directive."
  msgid "-fsimd-cost-model=[unlimited|dynamic|cheap]\tSpecifies the vectorization cost model for code marked with a simd directive."
! msgstr "Anger kostnadsmodellen fÃ¶r vektorisering fÃ¶r kod markerad med ett simd-direktiv."
  
  #: common.opt:2701
  #, c-format
--- 14810,14820 ----
  
  #: common.opt:2693
  msgid "Specifies the cost model for vectorization. -fvect-cost-model=[unlimited|dynamic|cheap]\tSpecifies the cost model for vectorization."
! msgstr "Anger kostnadsmodellen fÃ¶r vektorisering.  -fvect-cost-model=[unlimited|dynamic|cheap]\tAnger kostnadsmodellen fÃ¶r vektorisering."
  
  #: common.opt:2698
  msgid "-fsimd-cost-model=[unlimited|dynamic|cheap]\tSpecifies the vectorization cost model for code marked with a simd directive."
! msgstr "-fsimd-cost-model=[unlimited|dynamic|cheap]\tAnger kostnadsmodellen fÃ¶r vektorisering fÃ¶r kod markerad med ett simd-direktiv."
  
  #: common.opt:2701
  #, c-format
*************** msgid "type attributes ignored after typ
*** 15552,15561 ****
  msgstr "typattribut ignoreras efter att typen redan Ã¤r definierad"
  
  #: auto-profile.c:347
! #, fuzzy, gcc-internal-format
! #| msgid "Offset exceeds 16 bytes."
  msgid "offset exceeds 16 bytes"
! msgstr "AvstÃ¥nd Ã¶verskrider 16 byte."
  
  #: auto-profile.c:854
  #, gcc-internal-format
--- 15506,15514 ----
  msgstr "typattribut ignoreras efter att typen redan Ã¤r definierad"
  
  #: auto-profile.c:347
! #, gcc-internal-format
  msgid "offset exceeds 16 bytes"
! msgstr "avstÃ¥nd Ã¶verskrider 16 byte"
  
  #: auto-profile.c:854
  #, gcc-internal-format
*************** msgid "Not expected TAG."
*** 15563,15602 ****
  msgstr "Ej fÃ¶rvÃ¤ntades TAGG."
  
  #: auto-profile.c:920
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Cannot open profile file %s."
  msgid "cannot open profile file %s"
! msgstr "Kan inte Ã¶ppna profileringssfilen %s."
  
  #: auto-profile.c:926
! #, fuzzy, gcc-internal-format
! #| msgid "AutoFDO profile magic number does not match."
  msgid "AutoFDO profile magic number does not match"
! msgstr "AutoFDO-profilens magiska tal stÃ¤mmer inte."
  
  #: auto-profile.c:934
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "AutoFDO profile version %u does match %u."
  msgid "AutoFDO profile version %u does match %u"
! msgstr "AutoFDO-profilens version %u stÃ¤mmer inte med %u."
  
  #: auto-profile.c:946
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Cannot read string table from %s."
  msgid "cannot read string table from %s"
! msgstr "Det gÃ¥r inte att lÃ¤sa strÃ¤ngtabellen frÃ¥n %s."
  
  #: auto-profile.c:954
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Cannot read function profile from %s."
  msgid "cannot read function profile from %s"
! msgstr "Det gÃ¥r inte att lÃ¤sa profilen frÃ¥n %s."
  
  #: auto-profile.c:964
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Cannot read working set from %s."
  msgid "cannot read working set from %s"
! msgstr "Det gÃ¥r inte arbetsmÃ¤ngden frÃ¥n %s."
  
  #: bt-load.c:1564
  #, gcc-internal-format
--- 15516,15549 ----
  msgstr "Ej fÃ¶rvÃ¤ntades TAGG."
  
  #: auto-profile.c:920
! #, gcc-internal-format, gfc-internal-format
  msgid "cannot open profile file %s"
! msgstr "kan inte Ã¶ppna profileringsfilen %s"
  
  #: auto-profile.c:926
! #, gcc-internal-format
  msgid "AutoFDO profile magic number does not match"
! msgstr "AutoFDO-profilens magiska tal stÃ¤mmer inte"
  
  #: auto-profile.c:934
! #, gcc-internal-format, gfc-internal-format
  msgid "AutoFDO profile version %u does match %u"
! msgstr "AutoFDO-profilens version %u stÃ¤mmer inte med %u"
  
  #: auto-profile.c:946
! #, gcc-internal-format, gfc-internal-format
  msgid "cannot read string table from %s"
! msgstr "det gÃ¥r inte att lÃ¤sa strÃ¤ngtabellen frÃ¥n %s"
  
  #: auto-profile.c:954
! #, gcc-internal-format, gfc-internal-format
  msgid "cannot read function profile from %s"
! msgstr "det gÃ¥r inte att lÃ¤sa profilen frÃ¥n %s"
  
  #: auto-profile.c:964
! #, gcc-internal-format, gfc-internal-format
  msgid "cannot read working set from %s"
! msgstr "det gÃ¥r inte arbetsmÃ¤ngden frÃ¥n %s"
  
  #: bt-load.c:1564
  #, gcc-internal-format
*************** msgstr "argument %i i intervallet [%E, %
*** 15894,15900 ****
  #: calls.c:1491
  #, gcc-internal-format
  msgid "in a call to built-in allocation function %qD"
! msgstr "i ett anrop av den inbyggd allokeringsfunktionen %qD"
  
  #: calls.c:1494
  #, gcc-internal-format
--- 15841,15847 ----
  #: calls.c:1491
  #, gcc-internal-format
  msgid "in a call to built-in allocation function %qD"
! msgstr "i ett anrop av den inbyggda allokeringsfunktionen %qD"
  
  #: calls.c:1494
  #, gcc-internal-format
*************** msgstr "i ett anrop av allokeringsfunkti
*** 15904,15910 ****
  #: calls.c:1508
  #, gcc-internal-format, gfc-internal-format
  msgid "cannot tail-call: %s"
! msgstr "kan inte gÃ¶ra svansarnop: %s"
  
  #: calls.c:3071
  #, gcc-internal-format
--- 15851,15857 ----
  #: calls.c:1508
  #, gcc-internal-format, gfc-internal-format
  msgid "cannot tail-call: %s"
! msgstr "kan inte gÃ¶ra svansanrop: %s"
  
  #: calls.c:3071
  #, gcc-internal-format
*************** msgid "%qs has overflowed"
*** 17051,17060 ****
  msgstr "%qs har spillt Ã¶ver"
  
  #: coverage.c:332
! #, fuzzy, gcc-internal-format
! #| msgid "%s:corrupted\n"
  msgid "%qs is corrupted"
! msgstr "%s:trasig\n"
  
  #: coverage.c:390
  #, gcc-internal-format
--- 16998,17006 ----
  msgstr "%qs har spillt Ã¶ver"
  
  #: coverage.c:332
! #, gcc-internal-format
  msgid "%qs is corrupted"
! msgstr "%qs Ã¤r trasig"
  
  #: coverage.c:390
  #, gcc-internal-format
*************** msgstr "antar att teckenspill inte fÃ¶re
*** 17351,17357 ****
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr "antar att teckenspill inte fÃ¶rekommer vid kombination av konstanter runt en jÃ¤mfÃ¶relse"
  
! #: fold-const.c:12046
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr "vikningskontroll: originaltrÃ¤det Ã¤ndrat av vikning"
--- 17297,17303 ----
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr "antar att teckenspill inte fÃ¶rekommer vid kombination av konstanter runt en jÃ¤mfÃ¶relse"
  
! #: fold-const.c:12048
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr "vikningskontroll: originaltrÃ¤det Ã¤ndrat av vikning"
*************** msgstr "Kan inte byta katalog till %s"
*** 17773,17779 ****
  #: gcov-tool.c:123
  #, gcc-internal-format, gfc-internal-format
  msgid "output file %s already exists in folder %s"
! msgstr ""
  
  #: gcov-tool.c:223
  #, gcc-internal-format
--- 17719,17725 ----
  #: gcov-tool.c:123
  #, gcc-internal-format, gfc-internal-format
  msgid "output file %s already exists in folder %s"
! msgstr "utdatafilen %s finns redan i mappen %s"
  
  #: gcov-tool.c:223
  #, gcc-internal-format
*************** msgstr "potentiell dereferens av nollpek
*** 17887,17894 ****
  msgid "null pointer dereference"
  msgstr "nollpekardereferens"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12872
! #: tree.c:12909 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
--- 17833,17840 ----
  msgid "null pointer dereference"
  msgstr "nollpekardereferens"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12880
! #: tree.c:12917 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
*************** msgstr "deklarerad hÃ¤r"
*** 17902,18198 ****
  msgid "nonnull argument %qD compared to NULL"
  msgstr "icke-null-argument %qD jÃ¤mfÃ¶rt med NULL"
  
! #: gimple-ssa-sprintf.c:2307 gimple-ssa-sprintf.c:2435
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr "%qE-utdata kan ha trunkerats fÃ¶re det sista formattecknet"
  
! #: gimple-ssa-sprintf.c:2309 gimple-ssa-sprintf.c:2437
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr "%qE-utdata trunkerades fÃ¶re det sista formattecknet"
  
! #: gimple-ssa-sprintf.c:2311 gimple-ssa-sprintf.c:2439
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr "%qE kan skriva en avslutande nolla efter slutet pÃ¥ destinationen"
  
! #: gimple-ssa-sprintf.c:2313 gimple-ssa-sprintf.c:2441
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr "%qE skriver en avslutande nolla efter slutet pÃ¥ destinationen"
  
! #: gimple-ssa-sprintf.c:2326
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu byte skrevs till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2328
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r %wu byte skrevs till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2330
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr "direktivet %<%.*s%> skrev %wu byte till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2334
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu byte skrevs till en region med storlek %wu"
  
! #: gimple-ssa-sprintf.c:2336
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r %wu byte skrevs till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2338
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr "direktivet %<%.*s%> skrev %wu byte till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2351
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r upp till %wu byte skrevs till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2353
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r upp till %wu byte skrevs till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2355
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr "direktivet %<%.*s%> skrev upp till %wu byte till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2371
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r antagligen %wu eller fler byte skrevs till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2373
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r antagligen %wu eller fler byte skrevs till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2375
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr "direktivet %<%.*s%> skrev antagligen %wu eller fler byte till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2388
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r mellan %wu och %wu byte skrevs till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2390
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r mellan %wu och %wu byte skrevs till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2392
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr "direktivet %<%.*s%> skrev mellan %wu och %wu byte till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2404
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu eller fler byte skrevs till en region med storlek %wu"
  
! #: gimple-ssa-sprintf.c:2406
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r %wu eller fler byte skrevs till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2408
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr "direktivet %<%.*s%> skrev %wu eller fler byte till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2454
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu byte skrevs till en region av storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2456
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r %wu byte skrevs till en region av storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2458
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr "direktivet %<%.*s%> skrev %wu byte till en region av storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2462
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu byte skrevs till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2464
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r %wu byte skrevs till en region av storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2466
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr "direktivet %<%.*s%> skrev %wu byte till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2480
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
! msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggts av nÃ¤r upp till %wu byte skrevs till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2483
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r upp till %wu byte skrevs till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2486
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr "direktivet %<%.*s%> skrev upp till %wu byte till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2502
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
! msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggts av nÃ¤r antagligen %wu eller fler byte skrevs till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2505
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> hÃ¶ggs av nÃ¤r antagligen %wu eller fler byte skrevs till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2508
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr "direktivet %<%.*s%> skrev antagligen %wu eller fler byte till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2521
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r mellan %wu och %wu byte skrevs till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2524
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> hÃ¶ggs av nÃ¤r mellan %wu och %wu byte skrevs till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2527
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "direktivet %<%.*s%> skrev mellan %wu och %wu byte till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2539
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu eller fler byte skrevs till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2542
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> hÃ¶ggs av nÃ¤r %wu eller fler byte skrevs till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2545
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "direktivet %<%.*s%> skrev %wu eller fler byte till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2710
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> mellan %wu och %wu byte kan Ã¶verskrida minsta nÃ¶dvÃ¤ndiga storlek pÃ¥ 4095"
  
! #: gimple-ssa-sprintf.c:2712
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> mellan %wu och %wu byte Ã¶verskrider minsta nÃ¶dvÃ¤ndiga storlek pÃ¥ 4095"
  
! #: gimple-ssa-sprintf.c:2751
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> mellan %wu och %wu byte fÃ¥r resultatet att Ã¶verskrida %<INT_MAX%>"
  
! #: gimple-ssa-sprintf.c:2753
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> mellan %wu och %wu byte kan fÃ¥ resultatet att Ã¶verskrida %<INT_MAX%>"
  
! #: gimple-ssa-sprintf.c:2767
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr "antar direktivutdata pÃ¥ %wu byte"
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr "antar direktivutdata pÃ¥ %wu byte"
  
! #: gimple-ssa-sprintf.c:2775
  #, gcc-internal-format
  msgid "directive argument %qE"
  msgstr "direktivargument %qE"
  
! #: gimple-ssa-sprintf.c:2777
  #, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr "direktivargument i intervallet [%E, %E]"
  
! #: gimple-ssa-sprintf.c:2781
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
! msgstr "anvÃ¤nder intevallet [%E, %E] som direktivargument"
  
! #: gimple-ssa-sprintf.c:2801
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr "%qE-utdata pÃ¥ %wu byte in i en destination med storlek %wu"
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr "%qE-utdata pÃ¥ %wu byte in i en destination med storlek %wu"
  
! #: gimple-ssa-sprintf.c:2806
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr "%qE-utdata mellan %wu och %wu byte in i en destination med storlek %wu"
  
! #: gimple-ssa-sprintf.c:2811
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr "%qE-utdata pÃ¥ %wu eller fler byte (antar %wu) in i en destination med storlek %wu"
  
! #: gimple-ssa-sprintf.c:2816
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr "%qE-utdata pÃ¥ %wu eller fler byte in i en destination med storlek %wu"
  
! #: gimple-ssa-sprintf.c:3588
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr "angiven grÃ¤ns pÃ¥ %wu Ã¶verskrider maximal objektstorlek %wu"
  
! #: gimple-ssa-sprintf.c:3594
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr "angiven grÃ¤ns pÃ¥ %wu Ã¶verskrider %<INT_MAX%>"
  
! #: gimple-ssa-sprintf.c:3647
  #, gcc-internal-format
  msgid "null destination pointer"
  msgstr "nolldestinationspekare"
  
! #: gimple-ssa-sprintf.c:3664
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr "angiven grÃ¤ns pÃ¥ %wu Ã¶verskrider storleken %wu pÃ¥ destinationsobjektet"
  
! #: gimple-ssa-sprintf.c:3676
  #, gcc-internal-format
  msgid "null format string"
  msgstr "nollformatstrÃ¤ng"
--- 17848,18144 ----
  msgid "nonnull argument %qD compared to NULL"
  msgstr "icke-null-argument %qD jÃ¤mfÃ¶rt med NULL"
  
! #: gimple-ssa-sprintf.c:2308 gimple-ssa-sprintf.c:2436
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr "%qE-utdata kan ha trunkerats fÃ¶re det sista formattecknet"
  
! #: gimple-ssa-sprintf.c:2310 gimple-ssa-sprintf.c:2438
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr "%qE-utdata trunkerades fÃ¶re det sista formattecknet"
  
! #: gimple-ssa-sprintf.c:2312 gimple-ssa-sprintf.c:2440
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr "%qE kan skriva en avslutande nolla efter slutet pÃ¥ destinationen"
  
! #: gimple-ssa-sprintf.c:2314 gimple-ssa-sprintf.c:2442
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr "%qE skriver en avslutande nolla efter slutet pÃ¥ destinationen"
  
! #: gimple-ssa-sprintf.c:2327
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu byte skrevs till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2329
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r %wu byte skrevs till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2331
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr "direktivet %<%.*s%> skrev %wu byte till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2335
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu byte skrevs till en region med storlek %wu"
  
! #: gimple-ssa-sprintf.c:2337
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r %wu byte skrevs till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2339
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr "direktivet %<%.*s%> skrev %wu byte till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2352
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r upp till %wu byte skrevs till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2354
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r upp till %wu byte skrevs till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2356
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr "direktivet %<%.*s%> skrev upp till %wu byte till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2372
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r antagligen %wu eller fler byte skrevs till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2374
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r antagligen %wu eller fler byte skrevs till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2376
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr "direktivet %<%.*s%> skrev antagligen %wu eller fler byte till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2389
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r mellan %wu och %wu byte skrevs till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2391
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r mellan %wu och %wu byte skrevs till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2393
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr "direktivet %<%.*s%> skrev mellan %wu och %wu byte till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2405
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu eller fler byte skrevs till en region med storlek %wu"
  
! #: gimple-ssa-sprintf.c:2407
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r %wu eller fler byte skrevs till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2409
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr "direktivet %<%.*s%> skrev %wu eller fler byte till en region av storlek %wu"
  
! #: gimple-ssa-sprintf.c:2455
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu byte skrevs till en region av storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2457
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r %wu byte skrevs till en region av storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2459
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr "direktivet %<%.*s%> skrev %wu byte till en region av storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2463
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu byte skrevs till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2465
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r %wu byte skrevs till en region av storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2467
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr "direktivet %<%.*s%> skrev %wu byte till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2481
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
! msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r upp till %wu byte skrevs till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2484
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> avhugget nÃ¤r upp till %wu byte skrevs till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2487
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr "direktivet %<%.*s%> skrev upp till %wu byte till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2503
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
! msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r antagligen %wu eller fler byte skrevs till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2506
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> hÃ¶ggs av nÃ¤r antagligen %wu eller fler byte skrevs till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2509
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr "direktivet %<%.*s%> skrev antagligen %wu eller fler byte till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2522
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r mellan %wu och %wu byte skrevs till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2525
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> hÃ¶ggs av nÃ¤r mellan %wu och %wu byte skrevs till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2528
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr "direktivet %<%.*s%> skrev mellan %wu och %wu byte till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2540
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> kan ha huggits av nÃ¤r %wu eller fler byte skrevs till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2543
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> hÃ¶ggs av nÃ¤r %wu eller fler byte skrevs till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2546
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr "direktivet %<%.*s%> skrev %wu eller fler byte till en region med storlek mellan %wu och %wu"
  
! #: gimple-ssa-sprintf.c:2711
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> mellan %wu och %wu byte kan Ã¶verskrida minsta nÃ¶dvÃ¤ndiga storlek pÃ¥ 4095"
  
! #: gimple-ssa-sprintf.c:2713
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> mellan %wu och %wu byte Ã¶verskrider minsta nÃ¶dvÃ¤ndiga storlek pÃ¥ 4095"
  
! #: gimple-ssa-sprintf.c:2752
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> mellan %wu och %wu byte fÃ¥r resultatet att Ã¶verskrida %<INT_MAX%>"
  
! #: gimple-ssa-sprintf.c:2754
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr "utdata frÃ¥n direktivet %<%.*s%> mellan %wu och %wu byte kan fÃ¥ resultatet att Ã¶verskrida %<INT_MAX%>"
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr "antar direktivutdata pÃ¥ %wu byte"
  
! #: gimple-ssa-sprintf.c:2769
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr "antar direktivutdata pÃ¥ %wu byte"
  
! #: gimple-ssa-sprintf.c:2776
  #, gcc-internal-format
  msgid "directive argument %qE"
  msgstr "direktivargument %qE"
  
! #: gimple-ssa-sprintf.c:2778
  #, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr "direktivargument i intervallet [%E, %E]"
  
! #: gimple-ssa-sprintf.c:2782
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
! msgstr "anvÃ¤nder intervallet [%E, %E] som direktivargument"
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr "%qE-utdata pÃ¥ %wu byte in i en destination med storlek %wu"
  
! #: gimple-ssa-sprintf.c:2803
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr "%qE-utdata pÃ¥ %wu byte in i en destination med storlek %wu"
  
! #: gimple-ssa-sprintf.c:2807
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr "%qE-utdata mellan %wu och %wu byte in i en destination med storlek %wu"
  
! #: gimple-ssa-sprintf.c:2812
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr "%qE-utdata pÃ¥ %wu eller fler byte (antar %wu) in i en destination med storlek %wu"
  
! #: gimple-ssa-sprintf.c:2817
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr "%qE-utdata pÃ¥ %wu eller fler byte in i en destination med storlek %wu"
  
! #: gimple-ssa-sprintf.c:3591
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr "angiven grÃ¤ns pÃ¥ %wu Ã¶verskrider maximal objektstorlek %wu"
  
! #: gimple-ssa-sprintf.c:3597
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr "angiven grÃ¤ns pÃ¥ %wu Ã¶verskrider %<INT_MAX%>"
  
! #: gimple-ssa-sprintf.c:3650
  #, gcc-internal-format
  msgid "null destination pointer"
  msgstr "nolldestinationspekare"
  
! #: gimple-ssa-sprintf.c:3667
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr "angiven grÃ¤ns pÃ¥ %wu Ã¶verskrider storleken %wu pÃ¥ destinationsobjektet"
  
! #: gimple-ssa-sprintf.c:3679
  #, gcc-internal-format
  msgid "null format string"
  msgstr "nollformatstrÃ¤ng"
*************** msgid "enclosing task"
*** 18348,18363 ****
  msgstr "omgivande uppgift"
  
  #: gimplify.c:6852
! #, fuzzy, gcc-internal-format
! #| msgid "%qE not specified in enclosing %s"
  msgid "%qE not specified in enclosing %qs"
! msgstr "%qE inte angiven i omgivande %s"
  
  #: gimplify.c:6854
! #, fuzzy, gcc-internal-format
! #| msgid "enclosing %s"
  msgid "enclosing %qs"
! msgstr "omgivande %s"
  
  #: gimplify.c:6965
  #, gcc-internal-format
--- 18294,18307 ----
  msgstr "omgivande uppgift"
  
  #: gimplify.c:6852
! #, gcc-internal-format
  msgid "%qE not specified in enclosing %qs"
! msgstr "%qE inte angiven i omgivande %qs"
  
  #: gimplify.c:6854
! #, gcc-internal-format
  msgid "enclosing %qs"
! msgstr "omgivande %qs"
  
  #: gimplify.c:6965
  #, gcc-internal-format
*************** msgid "the incompatible type defined in
*** 18726,18735 ****
  msgstr "den inkompatibla typen definierad i en annan Ã¶versÃ¤ttningsenhet"
  
  #: ipa-devirt.c:1142
! #, fuzzy, gcc-internal-format
! #| msgid "type name %<%s%> should match type name %<%s%>"
  msgid "type name %qs should match type name %qs"
! msgstr "typnamnet %<%s%> skall matcha typnamnet %<%s%>"
  
  #: ipa-devirt.c:1146 ipa-devirt.c:1238
  #, gcc-internal-format
--- 18670,18678 ----
  msgstr "den inkompatibla typen definierad i en annan Ã¶versÃ¤ttningsenhet"
  
  #: ipa-devirt.c:1142
! #, gcc-internal-format
  msgid "type name %qs should match type name %qs"
! msgstr "typnamnet %qs skall matcha typnamnet %qs"
  
  #: ipa-devirt.c:1146 ipa-devirt.c:1238
  #, gcc-internal-format
*************** msgid "ipa inline summary is missing in
*** 18964,18979 ****
  msgstr "ipa-inline-sammanfattning saknas i indatafil"
  
  #: ipa-pure-const.c:187
! #, fuzzy, gcc-internal-format
! #| msgid "function might be candidate for attribute %<%s%>"
  msgid "function might be candidate for attribute %qs"
! msgstr "funktionen kan vara en kandidat fÃ¶r attributet %<%s%>"
  
  #: ipa-pure-const.c:188
! #, fuzzy, gcc-internal-format
! #| msgid "function might be candidate for attribute %<%s%> if it is known to return normally"
  msgid "function might be candidate for attribute %qs if it is known to return normally"
! msgstr "funktionen kan vara en kandidat fÃ¶r attributet %<%s%> om man vet att den returnerar normalt"
  
  #: ipa-reference.c:1182
  #, gcc-internal-format
--- 18907,18920 ----
  msgstr "ipa-inline-sammanfattning saknas i indatafil"
  
  #: ipa-pure-const.c:187
! #, gcc-internal-format
  msgid "function might be candidate for attribute %qs"
! msgstr "funktionen kan vara en kandidat fÃ¶r attributet %qs"
  
  #: ipa-pure-const.c:188
! #, gcc-internal-format
  msgid "function might be candidate for attribute %qs if it is known to return normally"
! msgstr "funktionen kan vara en kandidat fÃ¶r attributet %qs om man vet att den returnerar normalt"
  
  #: ipa-reference.c:1182
  #, gcc-internal-format
*************** msgid "bytecode stream: unexpected LTO s
*** 19132,19141 ****
  msgstr "bytekodstrÃ¶m: ovÃ¤ntad LTO-sektion %s"
  
  #: lto-streamer.c:383
! #, fuzzy, gcc-internal-format
! #| msgid "bytecode stream in file '%s' generated with LTO version %d.%d instead of the expected %d.%d"
  msgid "bytecode stream in file %qs generated with LTO version %d.%d instead of the expected %d.%d"
! msgstr "bytekodstrÃ¶mmen i filen â€�%sâ€� Ã¤r genererad med LTO-version %d.%d istÃ¤llet fÃ¶r den fÃ¶rvÃ¤ntade %d.%d"
  
  #: lto-wrapper.c:114
  #, gcc-internal-format
--- 19073,19081 ----
  msgstr "bytekodstrÃ¶m: ovÃ¤ntad LTO-sektion %s"
  
  #: lto-streamer.c:383
! #, gcc-internal-format
  msgid "bytecode stream in file %qs generated with LTO version %d.%d instead of the expected %d.%d"
! msgstr "bytekodstrÃ¶mmen i filen %qs Ã¤r genererad med LTO-version %d.%d istÃ¤llet fÃ¶r den fÃ¶rvÃ¤ntade %d.%d"
  
  #: lto-wrapper.c:114
  #, gcc-internal-format
*************** msgid "the call requires ifunc, which is
*** 19213,19222 ****
  msgstr "anropet behÃ¶ver ifunc, som inte stÃ¶djs av detta mÃ¥l"
  
  #: multiple_target.c:74
! #, fuzzy, gcc-internal-format
! #| msgid "target OS does not support unaligned accesses"
  msgid "target does not support function version dispatcher"
! msgstr "mÃ¥l-OS:et stÃ¶djer inte ojusterade Ã¥tkomster"
  
  #: multiple_target.c:83
  #, gcc-internal-format
--- 19153,19161 ----
  msgstr "anropet behÃ¶ver ifunc, som inte stÃ¶djs av detta mÃ¥l"
  
  #: multiple_target.c:74
! #, gcc-internal-format
  msgid "target does not support function version dispatcher"
! msgstr "mÃ¥let stÃ¶djer inte funktionsversionsavsÃ¤ndare"
  
  #: multiple_target.c:83
  #, gcc-internal-format
*************** msgid "-fopenacc-dim operand is malforme
*** 19450,19459 ****
  msgstr "operand till -fopenacc-dim Ã¤r felformulerad vid â€�%sâ€�"
  
  #: omp-offload.c:1157
! #, fuzzy, gcc-internal-format
! #| msgid "inner loop uses same OpenACC parallelism as containing loop"
  msgid "routine call uses same OpenACC parallelism as containing loop"
! msgstr "den inre slingan anvÃ¤nder samma OpenACC-parallellism som den omgivande slingan"
  
  #: omp-offload.c:1161 omp-offload.c:1193
  #, gcc-internal-format
--- 19389,19397 ----
  msgstr "operand till -fopenacc-dim Ã¤r felformulerad vid â€�%sâ€�"
  
  #: omp-offload.c:1157
! #, gcc-internal-format
  msgid "routine call uses same OpenACC parallelism as containing loop"
! msgstr "rutinanropet anvÃ¤nder samma OpenACC-parallellism som den omgivande slingan"
  
  #: omp-offload.c:1161 omp-offload.c:1193
  #, gcc-internal-format
*************** msgid "containing loop here"
*** 19461,19476 ****
  msgstr "kringliggande slinga hÃ¤r"
  
  #: omp-offload.c:1166
! #, fuzzy, gcc-internal-format
! #| msgid "%s uses OpenACC parallelism disallowed by containing routine"
  msgid "routine call uses OpenACC parallelism disallowed by containing routine"
! msgstr "%s anvÃ¤nder OpenACC-parallellism som Ã¤r otillÃ¥tet av den omgivande rutinen"
  
  #: omp-offload.c:1168
! #, fuzzy, gcc-internal-format
! #| msgid "%s uses OpenACC parallelism disallowed by containing routine"
  msgid "loop uses OpenACC parallelism disallowed by containing routine"
! msgstr "%s anvÃ¤nder OpenACC-parallellism som Ã¤r otillÃ¥tet av den omgivande rutinen"
  
  #: omp-offload.c:1173
  #, gcc-internal-format
--- 19399,19412 ----
  msgstr "kringliggande slinga hÃ¤r"
  
  #: omp-offload.c:1166
! #, gcc-internal-format
  msgid "routine call uses OpenACC parallelism disallowed by containing routine"
! msgstr "rutinanropet anvÃ¤nder OpenACC-parallellism som Ã¤r otillÃ¥tet av den omgivande rutinen"
  
  #: omp-offload.c:1168
! #, gcc-internal-format
  msgid "loop uses OpenACC parallelism disallowed by containing routine"
! msgstr "slingan anvÃ¤nder OpenACC-parallellism som Ã¤r otillÃ¥tet av den omgivande rutinen"
  
  #: omp-offload.c:1173
  #, gcc-internal-format
*************** msgid "insufficient partitioning availab
*** 19488,19503 ****
  msgstr "otillrÃ¤cklig partitionering tillgÃ¤nglig fÃ¶r att parallellisera elementslinga"
  
  #: omp-offload.c:1335
! #, fuzzy, gcc-internal-format
! #| msgid "insufficient partitioning available to parallelize element loop"
  msgid "insufficient partitioning available to parallelize tile loop"
! msgstr "otillrÃ¤cklig partitionering tillgÃ¤nglig fÃ¶r att parallellisera elementslinga"
  
  #: omp-offload.c:1337
! #, fuzzy, gcc-internal-format
! #| msgid "insufficient partitioning available to parallelize%s loop"
  msgid "insufficient partitioning available to parallelize loop"
! msgstr "otillrÃ¤cklig partitionering tillgÃ¤nglig fÃ¶r att parallellisera%s slinga"
  
  #: omp-simd-clone.c:192
  #, gcc-internal-format
--- 19424,19437 ----
  msgstr "otillrÃ¤cklig partitionering tillgÃ¤nglig fÃ¶r att parallellisera elementslinga"
  
  #: omp-offload.c:1335
! #, gcc-internal-format
  msgid "insufficient partitioning available to parallelize tile loop"
! msgstr "otillrÃ¤cklig partitionering tillgÃ¤nglig fÃ¶r att parallellisera brickslinga"
  
  #: omp-offload.c:1337
! #, gcc-internal-format
  msgid "insufficient partitioning available to parallelize loop"
! msgstr "otillrÃ¤cklig partitionering tillgÃ¤nglig fÃ¶r att parallellisera slinga"
  
  #: omp-simd-clone.c:192
  #, gcc-internal-format
*************** msgid "-fsanitize=all option is not vali
*** 19696,19705 ****
  msgstr "flaggan -fsanitize=all Ã¤r inte giltig"
  
  #: opts.c:1642
! #, fuzzy, gcc-internal-format
! #| msgid "unrecognized argument to -f%ssanitize%s= option: %q.*s; did you mean %qs"
  msgid "unrecognized argument to -f%ssanitize%s= option: %q.*s; did you mean %qs?"
! msgstr "okÃ¤nt argument till flaggan -f%ssanitize%s=: %q.*s; menade du %qs"
  
  #: opts.c:1649
  #, gcc-internal-format
--- 19630,19638 ----
  msgstr "flaggan -fsanitize=all Ã¤r inte giltig"
  
  #: opts.c:1642
! #, gcc-internal-format
  msgid "unrecognized argument to -f%ssanitize%s= option: %q.*s; did you mean %qs?"
! msgstr "okÃ¤nt argument till flaggan -f%ssanitize%s=: %q.*s; menade du %qs?"
  
  #: opts.c:1649
  #, gcc-internal-format
*************** msgstr "nÃ¤r grÃ¤ns fÃ¶r maximal storlek
*** 19799,19805 ****
  #: opts.c:2602
  #, gcc-internal-format, gfc-internal-format
  msgid "unrecognized gcc debugging option: %c"
! msgstr "ej igenkÃ¤nd debuggningsflagga fÃ¶r gcc: %c"
  
  #: opts.c:2627
  #, gcc-internal-format, gfc-internal-format
--- 19732,19738 ----
  #: opts.c:2602
  #, gcc-internal-format, gfc-internal-format
  msgid "unrecognized gcc debugging option: %c"
! msgstr "ej igenkÃ¤nd felsÃ¶kningsflagga fÃ¶r gcc: %c"
  
  #: opts.c:2627
  #, gcc-internal-format, gfc-internal-format
*************** msgid "plugin %s should be specified bef
*** 19934,19943 ****
  msgstr "insticksmodul %s skulle ha angetts fÃ¶re -fplugin-arg-%s pÃ¥ kommandoraden"
  
  #: plugin.c:350
! #, fuzzy, gcc-internal-format
! #| msgid "unable to register info for plugin '%s' - plugin name not found"
  msgid "unable to register info for plugin %qs - plugin name not found"
! msgstr "kan inte registrera information fÃ¶r insticksmodulen â€�%sâ€� â€“ inget namn pÃ¥ insticksmodulen finns"
  
  #: plugin.c:446
  #, gcc-internal-format, gfc-internal-format
--- 19867,19875 ----
  msgstr "insticksmodul %s skulle ha angetts fÃ¶re -fplugin-arg-%s pÃ¥ kommandoraden"
  
  #: plugin.c:350
! #, gcc-internal-format
  msgid "unable to register info for plugin %qs - plugin name not found"
! msgstr "kan inte registrera information fÃ¶r insticksmodulen %qs â€“ inget namn pÃ¥ insticksmodulen finns"
  
  #: plugin.c:446
  #, gcc-internal-format, gfc-internal-format
*************** msgid "insn with UID %i not found for op
*** 20027,20036 ****
  msgstr "instruktion med UID %i finns inte fÃ¶r operand %i i instruktion %i"
  
  #: read-rtl-function.c:409
! #, fuzzy, gcc-internal-format
! #| msgid "function %qs cannot be declared %<mutable%>"
  msgid "%<__RTL%> function cannot be compiled with %<-flto%>"
! msgstr "funktionen %qs kan inte deklareras %<mutable%>"
  
  #: read-rtl-function.c:710
  #, gcc-internal-format, gfc-internal-format
--- 19959,19967 ----
  msgstr "instruktion med UID %i finns inte fÃ¶r operand %i i instruktion %i"
  
  #: read-rtl-function.c:409
! #, gcc-internal-format
  msgid "%<__RTL%> function cannot be compiled with %<-flto%>"
! msgstr "en %<__RTL%>-funktion kan inte kompileras med %<-flto%>"
  
  #: read-rtl-function.c:710
  #, gcc-internal-format, gfc-internal-format
*************** msgstr "formatstrÃ¤ngen Ã¤r definierad h
*** 20379,20535 ****
  msgid "%D renamed after being referenced in assembly"
  msgstr "%D byter namn efter att ha refererats i assembler"
  
! #: symtab.c:970
  #, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "funktionssymbol som inte Ã¤r en funktion"
  
! #: symtab.c:978
  #, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr "variabelsymbol Ã¤r inte en variabel"
  
! #: symtab.c:984
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr "noden har okÃ¤nd typ"
  
! #: symtab.c:993
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr "nod ej funnen found node->decl->decl_with_vis.symtab_node"
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr "noden skiljer frÃ¥n node->decl->decl_with_vis.symtab_node"
  
! #: symtab.c:1010
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr "hashlistan Ã¶ver assemblernamn trasig"
  
! #: symtab.c:1023
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr "nod finns inte i hashen av symboltabellassemblernamn"
  
! #: symtab.c:1030
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr "dubbellÃ¤nkad lista av assemblernamn Ã¤r trasig"
  
! #: symtab.c:1035
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr "noden har body_removed men Ã¤r en definition"
  
! #: symtab.c:1040
  #, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr "noden Ã¤r analyserad men den Ã¤r inte en definition"
  
! #: symtab.c:1045
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr "noden Ã¤r ett alias men inte ett implicit alias"
  
! #: symtab.c:1050
  #, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr "noden Ã¤r ett alias men inte en definition"
  
! #: symtab.c:1055
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr "noden Ã¤r weakref men inte ett transparent_alias"
  
! #: symtab.c:1060
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr "noden Ã¤r transparent_alias men inte ett alias"
  
! #: symtab.c:1069
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr "noden Ã¤r i same_comdat_group-listan men den har ingen comdat_group"
  
! #: symtab.c:1074
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr "same_comdat_group-lista Ã¶ver olika grupper"
  
! #: symtab.c:1079
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr "blandning av olika typer av symboler i samma comdat-grupper stÃ¶djs inte"
  
! #: symtab.c:1084
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr "noden Ã¤r ensam i en comdat-grupp"
  
! #: symtab.c:1091
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr "same_comdat_group Ã¤r inte en cirkulÃ¤r lista"
  
! #: symtab.c:1106
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr "comdat-lokal symbol refererad till av %s utanfÃ¶r dess comdat"
  
! #: symtab.c:1116
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr "flaggan implicit_section Ã¤r satt men sektionen Ã¤r inte det"
  
! #: symtab.c:1123
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr "bÃ¥de sektion och comdat-grupp Ã¤r satt"
  
! #: symtab.c:1135
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr "Aliasets och mÃ¥lets sektion skiljer"
  
! #: symtab.c:1142
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr "Aliasets och mÃ¥lets comdat-grupper skiljer"
  
! #: symtab.c:1157
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr "Transparent alias och mÃ¥lets assemblernamn skiljer"
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr "Kedjade genomskinliga alias"
  
! #: symtab.c:1188 symtab.c:1225
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr "symtab_node::verify misslyckades"
  
! #: symtab.c:1221
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr "TvÃ¥ symboler med samma comdat_group Ã¤r inte lÃ¤nkade av listan same_comdat_group."
  
! #: symtab.c:1630
  #, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr "funktionen %q+D Ã¤r en del av en aliascykel"
  
! #: symtab.c:1632
  #, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr "variabeln %q+D Ã¤r del i en aliascykel"
  
! #: symtab.c:1660
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr "sektionen fÃ¶r aliaset %q+D mÃ¥ste stÃ¤mma med sektionen fÃ¶r dess mÃ¥l"
--- 20310,20466 ----
  msgid "%D renamed after being referenced in assembly"
  msgstr "%D byter namn efter att ha refererats i assembler"
  
! #: symtab.c:978
  #, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "funktionssymbol som inte Ã¤r en funktion"
  
! #: symtab.c:986
  #, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr "variabelsymbol Ã¤r inte en variabel"
  
! #: symtab.c:992
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr "noden har okÃ¤nd typ"
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr "nod ej funnen found node->decl->decl_with_vis.symtab_node"
  
! #: symtab.c:1009
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr "noden skiljer frÃ¥n node->decl->decl_with_vis.symtab_node"
  
! #: symtab.c:1018
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr "hashlistan Ã¶ver assemblernamn trasig"
  
! #: symtab.c:1031
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr "nod finns inte i hashen av symboltabellassemblernamn"
  
! #: symtab.c:1038
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr "dubbellÃ¤nkad lista av assemblernamn Ã¤r trasig"
  
! #: symtab.c:1043
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr "noden har body_removed men Ã¤r en definition"
  
! #: symtab.c:1048
  #, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr "noden Ã¤r analyserad men den Ã¤r inte en definition"
  
! #: symtab.c:1053
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr "noden Ã¤r ett alias men inte ett implicit alias"
  
! #: symtab.c:1058
  #, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr "noden Ã¤r ett alias men inte en definition"
  
! #: symtab.c:1063
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr "noden Ã¤r weakref men inte ett transparent_alias"
  
! #: symtab.c:1068
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr "noden Ã¤r transparent_alias men inte ett alias"
  
! #: symtab.c:1077
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr "noden Ã¤r i same_comdat_group-listan men den har ingen comdat_group"
  
! #: symtab.c:1082
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr "same_comdat_group-lista Ã¶ver olika grupper"
  
! #: symtab.c:1087
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr "blandning av olika typer av symboler i samma comdat-grupper stÃ¶djs inte"
  
! #: symtab.c:1092
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr "noden Ã¤r ensam i en comdat-grupp"
  
! #: symtab.c:1099
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr "same_comdat_group Ã¤r inte en cirkulÃ¤r lista"
  
! #: symtab.c:1114
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr "comdat-lokal symbol refererad till av %s utanfÃ¶r dess comdat"
  
! #: symtab.c:1124
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr "flaggan implicit_section Ã¤r satt men sektionen Ã¤r inte det"
  
! #: symtab.c:1131
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr "bÃ¥de sektion och comdat-grupp Ã¤r satt"
  
! #: symtab.c:1143
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr "Aliasets och mÃ¥lets sektion skiljer"
  
! #: symtab.c:1150
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr "Aliasets och mÃ¥lets comdat-grupper skiljer"
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr "Transparent alias och mÃ¥lets assemblernamn skiljer"
  
! #: symtab.c:1173
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr "Kedjade genomskinliga alias"
  
! #: symtab.c:1196 symtab.c:1233
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr "symtab_node::verify misslyckades"
  
! #: symtab.c:1229
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr "TvÃ¥ symboler med samma comdat_group Ã¤r inte lÃ¤nkade av listan same_comdat_group."
  
! #: symtab.c:1638
  #, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr "funktionen %q+D Ã¤r en del av en aliascykel"
  
! #: symtab.c:1640
  #, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr "variabeln %q+D Ã¤r del i en aliascykel"
  
! #: symtab.c:1668
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr "sektionen fÃ¶r aliaset %q+D mÃ¥ste stÃ¤mma med sektionen fÃ¶r dess mÃ¥l"
*************** msgid "Graphite loop optimizations canno
*** 20630,20663 ****
  msgstr "Graphite-slingoptimeringar kan inte anvÃ¤ndas (isl Ã¤r inte tillgÃ¤ngligt) (-fgraphite, -fgraphite-identity, -floop-nest-optimize, -floop-parallelize-all)"
  
  #: toplev.c:1273
! #, fuzzy, gcc-internal-format
! #| msgid "-fcheck-pointer-bounds is not supported for this target"
  msgid "%<-fcheck-pointer-bounds%> is not supported for this target"
! msgstr "-fcheck-pointer-bounds stÃ¶djs inte fÃ¶r denna mÃ¥larkitektur"
  
  #: toplev.c:1281
! #, fuzzy, gcc-internal-format
! #| msgid "-fcheck-pointer-bounds is not supported with -fsanitize=bounds"
  msgid "%<-fcheck-pointer-bounds%> is not supported with %<-fsanitize=bounds-strict%>"
! msgstr "-fcheck-pointer-bounds stÃ¶djs inte med -fsanitize=bounds"
  
  #: toplev.c:1288
! #, fuzzy, gcc-internal-format
! #| msgid "-fcheck-pointer-bounds is not supported with -fsanitize=bounds"
  msgid "%<-fcheck-pointer-bounds%> is not supported with %<-fsanitize=bounds%>"
! msgstr "-fcheck-pointer-bounds stÃ¶djs inte med -fsanitize=bounds"
  
  #: toplev.c:1296
! #, fuzzy, gcc-internal-format
! #| msgid "-fcheck-pointer-bounds is not supported with Address Sanitizer"
  msgid "%<-fcheck-pointer-bounds%> is not supported with Address Sanitizer"
! msgstr "-fcheck-pointer-bounds stÃ¶djs inte med adressrengÃ¶ring"
  
  #: toplev.c:1304
! #, fuzzy, gcc-internal-format
! #| msgid "-fcheck-pointer-bounds is not supported with Address Sanitizer"
  msgid "%<-fcheck-pointer-bounds%> is not supported with Thread Sanitizer"
! msgstr "-fcheck-pointer-bounds stÃ¶djs inte med adressrengÃ¶ring"
  
  #: toplev.c:1320
  #, gcc-internal-format
--- 20561,20589 ----
  msgstr "Graphite-slingoptimeringar kan inte anvÃ¤ndas (isl Ã¤r inte tillgÃ¤ngligt) (-fgraphite, -fgraphite-identity, -floop-nest-optimize, -floop-parallelize-all)"
  
  #: toplev.c:1273
! #, gcc-internal-format
  msgid "%<-fcheck-pointer-bounds%> is not supported for this target"
! msgstr "%<-fcheck-pointer-bounds%> stÃ¶djs inte fÃ¶r denna mÃ¥larkitektur"
  
  #: toplev.c:1281
! #, gcc-internal-format
  msgid "%<-fcheck-pointer-bounds%> is not supported with %<-fsanitize=bounds-strict%>"
! msgstr "%<-fcheck-pointer-bounds%> stÃ¶djs inte med %<-fsanitize=bounds-strict%>"
  
  #: toplev.c:1288
! #, gcc-internal-format
  msgid "%<-fcheck-pointer-bounds%> is not supported with %<-fsanitize=bounds%>"
! msgstr "%<-fcheck-pointer-bounds%> stÃ¶djs inte med %<-fsanitize=bounds%>"
  
  #: toplev.c:1296
! #, gcc-internal-format
  msgid "%<-fcheck-pointer-bounds%> is not supported with Address Sanitizer"
! msgstr "%<-fcheck-pointer-bounds%> stÃ¶djs inte med adressrengÃ¶ring"
  
  #: toplev.c:1304
! #, gcc-internal-format
  msgid "%<-fcheck-pointer-bounds%> is not supported with Thread Sanitizer"
! msgstr "%<-fcheck-pointer-bounds%> stÃ¶djs inte med trÃ¥drengÃ¶ring"
  
  #: toplev.c:1320
  #, gcc-internal-format
*************** msgstr "insÃ¤ttning utanfÃ¶r intervallet
*** 21313,21319 ****
  #: tree-cfg.c:4232
  #, gcc-internal-format
  msgid "vector insertion not at element boundary"
! msgstr "vektorinsÃ¤ttning inte pÃ¥ elemntgrÃ¤ns"
  
  #: tree-cfg.c:4264
  #, gcc-internal-format
--- 21239,21245 ----
  #: tree-cfg.c:4232
  #, gcc-internal-format
  msgid "vector insertion not at element boundary"
! msgstr "vektorinsÃ¤ttning inte pÃ¥ elementgrÃ¤ns"
  
  #: tree-cfg.c:4264
  #, gcc-internal-format
*************** msgid "memory access check always fail"
*** 21628,21637 ****
  msgstr "minnesÃ¥tkomstkontrollen misslyckas alltid"
  
  #: tree-chkp.c:1996
! #, fuzzy, gcc-internal-format
! #| msgid "-fcheck-pointer-bounds requires '%s' name for internal usage"
  msgid "-fcheck-pointer-bounds requires %qs name for internal usage"
! msgstr "-fcheck-pointer-bounds krÃ¤ver â€�%sâ€�-stÃ¶d fÃ¶r intern anvÃ¤ndning"
  
  #: tree-chkp.c:2774
  #, gcc-internal-format, gfc-internal-format
--- 21554,21562 ----
  msgstr "minnesÃ¥tkomstkontrollen misslyckas alltid"
  
  #: tree-chkp.c:1996
! #, gcc-internal-format
  msgid "-fcheck-pointer-bounds requires %qs name for internal usage"
! msgstr "-fcheck-pointer-bounds krÃ¤ver %qs-namn fÃ¶r intern anvÃ¤ndning"
  
  #: tree-chkp.c:2774
  #, gcc-internal-format, gfc-internal-format
*************** msgid "within this loop"
*** 21850,21859 ****
  msgstr "i denna slinga"
  
  #: tree-ssa-loop-prefetch.c:2045
! #, fuzzy, gcc-internal-format
! #| msgid "-faligned-new=%d is not a power of two"
  msgid "%<l1-cache-size%> parameter is not a power of two %d"
! msgstr "-falign-new=%d Ã¤r inte en exponent av tvÃ¥"
  
  #: tree-ssa-operands.c:975
  #, gcc-internal-format
--- 21775,21783 ----
  msgstr "i denna slinga"
  
  #: tree-ssa-loop-prefetch.c:2045
! #, gcc-internal-format
  msgid "%<l1-cache-size%> parameter is not a power of two %d"
! msgstr "%<l1-cache-size%>-parametern Ã¤r inte en potens av tvÃ¥ %d"
  
  #: tree-ssa-operands.c:975
  #, gcc-internal-format
*************** msgstr "%q+D omdeklarerades utan attribu
*** 22199,22206 ****
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6704
! #: config/arm/arm.c:6732 config/arm/arm.c:6749 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
--- 22123,22130 ----
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6741
! #: config/arm/arm.c:6769 config/arm/arm.c:6786 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
*************** msgstr "extern lÃ¤nkklass krÃ¤vs fÃ¶r sy
*** 22236,22327 ****
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qE implicerar standardsynlighet, men %qD har redan deklarerats med annan synlighet"
  
! #: tree.c:8366
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "vektorer av funktioner Ã¤r inte meningsfulla"
  
! #: tree.c:8537
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "funktionsreturtyp kan inte vara funktion"
  
! #: tree.c:9831 tree.c:9916 tree.c:9977
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr "trÃ¤dkontroll: %s, har %s i %s, vid %s:%d"
  
! #: tree.c:9868
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr "trÃ¤dkontroll: fÃ¶rvÃ¤ntade ingen av %s, har %s i %s, vid %s:%d"
  
! #: tree.c:9881
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "trÃ¤dkontroll: fÃ¶rvÃ¤ntade klass %qs, har %qs (%s) i %s, vid %s:%d"
  
! #: tree.c:9930
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "trÃ¤dkontroll: klass %qs fÃ¶rvÃ¤ntades inte, har %qs (%s) i %s, vid %s:%d"
  
! #: tree.c:9943
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr "trÃ¤dkontroll: omp_clause %s fÃ¶rvÃ¤ntades, har %s i %s, vid %s:%d"
  
! #: tree.c:10003
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr "trÃ¤dkontroll: fÃ¶rvÃ¤ntade trÃ¤d som innehÃ¥ller posten %qs, har %qs i %s, vid %s:%d"
  
! #: tree.c:10017
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr "trÃ¤dkontroll: anvÃ¤nde element %d av tree_int_cst med %d element i %s, vid %s:%d"
  
! #: tree.c:10029
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr "trÃ¤dkontroll: anvÃ¤nde element %d av tree_vec med %d element i %s, vid %s:%d"
  
! #: tree.c:10042
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr "trÃ¤dkontroll: anvÃ¤nde operand %d av %s med %d operander i %s, vid %s:%d"
  
! #: tree.c:10055
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr "trÃ¤dkontroll: anvÃ¤nde operand %d av omp_clause %s med %d operander i %s, vid %s:%d"
  
! #: tree.c:12867
  #, gcc-internal-format
  msgid "%qD is deprecated: %s"
  msgstr "%qD bÃ¶r undvikas: %s"
  
! #: tree.c:12870
  #, gcc-internal-format
  msgid "%qD is deprecated"
  msgstr "%qD bÃ¶r undvikas"
  
! #: tree.c:12894 tree.c:12916
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "%qE bÃ¶r undvikas: %s"
  
! #: tree.c:12897 tree.c:12919
  #, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "%qE bÃ¶r undvikas"
  
! #: tree.c:12903 tree.c:12924
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "typen bÃ¶r undvikas: %s"
  
! #: tree.c:12906 tree.c:12927
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "typen bÃ¶r undvikas"
--- 22160,22251 ----
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qE implicerar standardsynlighet, men %qD har redan deklarerats med annan synlighet"
  
! #: tree.c:8373
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "vektorer av funktioner Ã¤r inte meningsfulla"
  
! #: tree.c:8545
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "funktionsreturtyp kan inte vara funktion"
  
! #: tree.c:9839 tree.c:9924 tree.c:9985
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr "trÃ¤dkontroll: %s, har %s i %s, vid %s:%d"
  
! #: tree.c:9876
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr "trÃ¤dkontroll: fÃ¶rvÃ¤ntade ingen av %s, har %s i %s, vid %s:%d"
  
! #: tree.c:9889
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "trÃ¤dkontroll: fÃ¶rvÃ¤ntade klass %qs, har %qs (%s) i %s, vid %s:%d"
  
! #: tree.c:9938
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "trÃ¤dkontroll: klass %qs fÃ¶rvÃ¤ntades inte, har %qs (%s) i %s, vid %s:%d"
  
! #: tree.c:9951
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr "trÃ¤dkontroll: omp_clause %s fÃ¶rvÃ¤ntades, har %s i %s, vid %s:%d"
  
! #: tree.c:10011
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr "trÃ¤dkontroll: fÃ¶rvÃ¤ntade trÃ¤d som innehÃ¥ller posten %qs, har %qs i %s, vid %s:%d"
  
! #: tree.c:10025
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr "trÃ¤dkontroll: anvÃ¤nde element %d av tree_int_cst med %d element i %s, vid %s:%d"
  
! #: tree.c:10037
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr "trÃ¤dkontroll: anvÃ¤nde element %d av tree_vec med %d element i %s, vid %s:%d"
  
! #: tree.c:10050
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr "trÃ¤dkontroll: anvÃ¤nde operand %d av %s med %d operander i %s, vid %s:%d"
  
! #: tree.c:10063
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr "trÃ¤dkontroll: anvÃ¤nde operand %d av omp_clause %s med %d operander i %s, vid %s:%d"
  
! #: tree.c:12875
  #, gcc-internal-format
  msgid "%qD is deprecated: %s"
  msgstr "%qD bÃ¶r undvikas: %s"
  
! #: tree.c:12878
  #, gcc-internal-format
  msgid "%qD is deprecated"
  msgstr "%qD bÃ¶r undvikas"
  
! #: tree.c:12902 tree.c:12924
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "%qE bÃ¶r undvikas: %s"
  
! #: tree.c:12905 tree.c:12927
  #, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "%qE bÃ¶r undvikas"
  
! #: tree.c:12911 tree.c:12932
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "typen bÃ¶r undvikas: %s"
  
! #: tree.c:12914 tree.c:12935
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "typen bÃ¶r undvikas"
*************** msgstr "typen bÃ¶r undvikas"
*** 22348,22609 ****
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13354
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr "typvarianter skiljer i "
  
! #: tree.c:13395
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr "typvariant har en annan TYPE_SIZE_UNIT"
  
! #: tree.c:13397
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr "typvariantens TYPE_SIZE_UNIT"
  
! #: tree.c:13399
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr "typens TYPE_SIZE_UNIT"
  
! #: tree.c:13419
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr "typvariant med TYPE_ALIAS_SET_KNOWN_P"
  
! #: tree.c:13432
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr "typvariant har en annan TYPE_VFIELD"
  
! #: tree.c:13449
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr "typvariant har TYPE_METHODS"
  
! #: tree.c:13474
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr "typvariant har en annan TYPE_BINFO"
  
! #: tree.c:13476
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr "typvariantens TYPE_BINFO"
  
! #: tree.c:13478
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr "typens TYPE_BINFO"
  
! #: tree.c:13516
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr "typvariant har andra TYPE_FIELDS"
  
! #: tree.c:13518
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr "fÃ¶rsta som inte stÃ¤mmer Ã¤r fÃ¤lt"
  
! #: tree.c:13520
  #, gcc-internal-format
  msgid "and field"
  msgstr "och fÃ¤lt"
  
! #: tree.c:13537
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr "typvariant har en annan TREE_TYPE"
  
! #: tree.c:13539 tree.c:13550
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr "typvariantens TREE_TYPE"
  
! #: tree.c:13541 tree.c:13552
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr "typens TREE_TYPE"
  
! #: tree.c:13548
  #, gcc-internal-format
  msgid "type is not compatible with its variant"
  msgstr "typen Ã¤r inte kompatibel med sin variant"
  
! #: tree.c:13851
  #, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr "Huvudvariant Ã¤r inte definierad"
  
! #: tree.c:13856
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr "TYPE_MAIN_VARIANT har en annan TYPE_MAIN_VARIANT"
  
! #: tree.c:13868
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr "TYPE_CANONICAL har en annan TYPE_CANONICAL"
  
! #: tree.c:13886
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr "TYPE_CANONICAL Ã¤r inte kompatibla"
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr "TYPE_MODE av TYPE_CANONICAL Ã¤r inte kompatibla"
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr "TYPE_CANONICAL av huvudvarianten Ã¤r inte en huvudvariant"
  
! #: tree.c:13918
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr "TYPE_VFIELD Ã¤r varken FIELD_DECL eller TREE_LIST"
  
! #: tree.c:13928
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr "TYPE_NEXT_PTR_TO Ã¤r inte POINTER_TYPE"
  
! #: tree.c:13938
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr "TYPE_NEXT_REF_TO Ã¤r inte REFERENCE_TYPE"
  
! #: tree.c:13956
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr "TYPE_MINVAL icke-NULL"
  
! #: tree.c:13968
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr "TYPE_METHODS Ã¤r varken FUNCTION_DECL, TEMPLATE_DECL eller error_mark_node"
  
! #: tree.c:13979
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr "TYPE_METHOD_BASETYPE Ã¤r inte en post eller union"
  
! #: tree.c:13990
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr "TYPE_OFFSET_BASETYPE Ã¤r inte en post eller union"
  
! #: tree.c:14008
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr "TYPE_ARRAY_MAX_SIZE inte INTEGER_CST"
  
! #: tree.c:14015
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr "TYPE_MAXVAL icke-NULL"
  
! #: tree.c:14027
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr "TYPE_BINFO Ã¤r inte TREE_BINFO"
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr "TYPE_BINFO-typ Ã¤r inte TYPE_MAIN_VARIANT"
  
! #: tree.c:14042
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr "TYPE_LANG_SLOT_1 (binfo) fÃ¤lt Ã¤r icke-NULL"
  
! #: tree.c:14058
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr "Enum-vÃ¤rde Ã¤r inte CONST_DECL eller INTEGER_CST"
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr "Enum-vÃ¤rdetyp Ã¤r varken INTEGER_TYPE eller konvertibel till enum"
  
! #: tree.c:14073
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr "Enum-vÃ¤rdenamn Ã¤r inte IDENTIFIER_NODE"
  
! #: tree.c:14083
  #, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "Vektorn TYPE_DOMAIN Ã¤r inte av heltalstyp"
  
! #: tree.c:14092
  #, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "TYPE_FIELDS definierad i ofullstÃ¤ndig typ"
  
! #: tree.c:14112
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr "Fel trÃ¤d i TYPE_FIELDS-lista"
  
! #: tree.c:14127
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr "TYPE_CACHED_VALUES_P Ã¤r %i medan TYPE_CACHED_VALUES Ã¤r %p"
  
! #: tree.c:14133
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr "TYPE_CACHED_VALUES Ã¤r inte TREE_VEC"
  
! #: tree.c:14146
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr "fel TYPE_CACHED_VALUES-post"
  
! #: tree.c:14159
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr "TREE_PURPOSE Ã¤r icke-NULL i TYPE_ARG_TYPES-lista"
  
! #: tree.c:14165
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr "Fel post i TYPE_ARG_TYPES-lista"
  
! #: tree.c:14172
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr "TYPE_VALUES_RAW-fÃ¤lt Ã¤r icke-NULL"
  
! #: tree.c:14184
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr "TYPE_CACHED_VALUES_P Ã¤r satt nÃ¤r det inte skulle vara det"
  
! #: tree.c:14190
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr "TYPE_STRING_FLAG Ã¤r satt pÃ¥ fel typkod"
  
! #: tree.c:14202
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr "TYPE_STRING_FLAG Ã¤r satt pÃ¥ pÃ¥ en typ som inte ser ut som vare sig char eller vektor av chars"
  
! #: tree.c:14214
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr "TYPE_METHOD_BASETYPE Ã¤r inte en huvudvariant"
  
! #: tree.c:14221
  #, gcc-internal-format
  msgid "verify_type failed"
  msgstr "verify_type misslyckades"
--- 22272,22533 ----
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13362
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr "typvarianter skiljer i "
  
! #: tree.c:13403
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr "typvariant har en annan TYPE_SIZE_UNIT"
  
! #: tree.c:13405
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr "typvariantens TYPE_SIZE_UNIT"
  
! #: tree.c:13407
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr "typens TYPE_SIZE_UNIT"
  
! #: tree.c:13427
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr "typvariant med TYPE_ALIAS_SET_KNOWN_P"
  
! #: tree.c:13440
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr "typvariant har en annan TYPE_VFIELD"
  
! #: tree.c:13457
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr "typvariant har TYPE_METHODS"
  
! #: tree.c:13482
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr "typvariant har en annan TYPE_BINFO"
  
! #: tree.c:13484
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr "typvariantens TYPE_BINFO"
  
! #: tree.c:13486
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr "typens TYPE_BINFO"
  
! #: tree.c:13524
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr "typvariant har andra TYPE_FIELDS"
  
! #: tree.c:13526
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr "fÃ¶rsta som inte stÃ¤mmer Ã¤r fÃ¤lt"
  
! #: tree.c:13528
  #, gcc-internal-format
  msgid "and field"
  msgstr "och fÃ¤lt"
  
! #: tree.c:13545
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr "typvariant har en annan TREE_TYPE"
  
! #: tree.c:13547 tree.c:13558
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr "typvariantens TREE_TYPE"
  
! #: tree.c:13549 tree.c:13560
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr "typens TREE_TYPE"
  
! #: tree.c:13556
  #, gcc-internal-format
  msgid "type is not compatible with its variant"
  msgstr "typen Ã¤r inte kompatibel med sin variant"
  
! #: tree.c:13859
  #, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr "Huvudvariant Ã¤r inte definierad"
  
! #: tree.c:13864
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr "TYPE_MAIN_VARIANT har en annan TYPE_MAIN_VARIANT"
  
! #: tree.c:13876
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr "TYPE_CANONICAL har en annan TYPE_CANONICAL"
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr "TYPE_CANONICAL Ã¤r inte kompatibla"
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr "TYPE_MODE av TYPE_CANONICAL Ã¤r inte kompatibla"
  
! #: tree.c:13910
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr "TYPE_CANONICAL av huvudvarianten Ã¤r inte en huvudvariant"
  
! #: tree.c:13926
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr "TYPE_VFIELD Ã¤r varken FIELD_DECL eller TREE_LIST"
  
! #: tree.c:13936
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr "TYPE_NEXT_PTR_TO Ã¤r inte POINTER_TYPE"
  
! #: tree.c:13946
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr "TYPE_NEXT_REF_TO Ã¤r inte REFERENCE_TYPE"
  
! #: tree.c:13964
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr "TYPE_MINVAL icke-NULL"
  
! #: tree.c:13976
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr "TYPE_METHODS Ã¤r varken FUNCTION_DECL, TEMPLATE_DECL eller error_mark_node"
  
! #: tree.c:13987
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr "TYPE_METHOD_BASETYPE Ã¤r inte en post eller union"
  
! #: tree.c:13998
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr "TYPE_OFFSET_BASETYPE Ã¤r inte en post eller union"
  
! #: tree.c:14016
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr "TYPE_ARRAY_MAX_SIZE inte INTEGER_CST"
  
! #: tree.c:14023
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr "TYPE_MAXVAL icke-NULL"
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr "TYPE_BINFO Ã¤r inte TREE_BINFO"
  
! #: tree.c:14043
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr "TYPE_BINFO-typ Ã¤r inte TYPE_MAIN_VARIANT"
  
! #: tree.c:14050
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr "TYPE_LANG_SLOT_1 (binfo) fÃ¤lt Ã¤r icke-NULL"
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr "Enum-vÃ¤rde Ã¤r inte CONST_DECL eller INTEGER_CST"
  
! #: tree.c:14074
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr "Enum-vÃ¤rdetyp Ã¤r varken INTEGER_TYPE eller konvertibel till enum"
  
! #: tree.c:14081
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr "Enum-vÃ¤rdenamn Ã¤r inte IDENTIFIER_NODE"
  
! #: tree.c:14091
  #, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "Vektorn TYPE_DOMAIN Ã¤r inte av heltalstyp"
  
! #: tree.c:14100
  #, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "TYPE_FIELDS definierad i ofullstÃ¤ndig typ"
  
! #: tree.c:14120
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr "Fel trÃ¤d i TYPE_FIELDS-lista"
  
! #: tree.c:14135
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr "TYPE_CACHED_VALUES_P Ã¤r %i medan TYPE_CACHED_VALUES Ã¤r %p"
  
! #: tree.c:14141
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr "TYPE_CACHED_VALUES Ã¤r inte TREE_VEC"
  
! #: tree.c:14154
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr "fel TYPE_CACHED_VALUES-post"
  
! #: tree.c:14167
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr "TREE_PURPOSE Ã¤r icke-NULL i TYPE_ARG_TYPES-lista"
  
! #: tree.c:14173
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr "Fel post i TYPE_ARG_TYPES-lista"
  
! #: tree.c:14180
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr "TYPE_VALUES_RAW-fÃ¤lt Ã¤r icke-NULL"
  
! #: tree.c:14192
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr "TYPE_CACHED_VALUES_P Ã¤r satt nÃ¤r det inte skulle vara det"
  
! #: tree.c:14198
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr "TYPE_STRING_FLAG Ã¤r satt pÃ¥ fel typkod"
  
! #: tree.c:14210
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr "TYPE_STRING_FLAG Ã¤r satt pÃ¥ pÃ¥ en typ som inte ser ut som vare sig char eller vektor av chars"
  
! #: tree.c:14222
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr "TYPE_METHOD_BASETYPE Ã¤r inte en huvudvariant"
  
! #: tree.c:14229
  #, gcc-internal-format
  msgid "verify_type failed"
  msgstr "verify_type misslyckades"
*************** msgstr "%qD Ã¤r inte definierad utanfÃ¶r
*** 23293,23299 ****
  #: c-family/c-common.c:775
  #, gcc-internal-format
  msgid "string length %qd is greater than the length %qd ISO C%d compilers are required to support"
! msgstr "strÃ¤nglÃ¤ngden %qd Ã¤r stÃ¶rre Ã¤n den lÃ¤ngden %qd som ISO C%d kompilatorer skall stÃ¶dja"
  
  #: c-family/c-common.c:959
  #, gcc-internal-format
--- 23217,23223 ----
  #: c-family/c-common.c:775
  #, gcc-internal-format
  msgid "string length %qd is greater than the length %qd ISO C%d compilers are required to support"
! msgstr "strÃ¤nglÃ¤ngden %qd Ã¤r stÃ¶rre Ã¤n den lÃ¤ngden %qd som ISO C%d-kompilatorer skall stÃ¶dja"
  
  #: c-family/c-common.c:959
  #, gcc-internal-format
*************** msgstr "__builtin_shuffle argumentvektor
*** 23328,23334 ****
  #: c-family/c-common.c:1263
  #, gcc-internal-format
  msgid "negative integer implicitly converted to unsigned type"
! msgstr "negativt heltal implicit konverterat till unsigned typ"
  
  #: c-family/c-common.c:1269
  #, gcc-internal-format
--- 23252,23258 ----
  #: c-family/c-common.c:1263
  #, gcc-internal-format
  msgid "negative integer implicitly converted to unsigned type"
! msgstr "negativt heltal implicit konverterat till teckenlÃ¶s typ"
  
  #: c-family/c-common.c:1269
  #, gcc-internal-format
*************** msgstr "%<*%> i boolesk kontext, fÃ¶resl
*** 23428,23434 ****
  #: c-family/c-common.c:3339
  #, gcc-internal-format
  msgid "%<<<%> in boolean context, did you mean %<<%> ?"
! msgstr "%<<<%> in boolean context, did you mean %<<%>?"
  
  #: c-family/c-common.c:3355
  #, gcc-internal-format
--- 23352,23358 ----
  #: c-family/c-common.c:3339
  #, gcc-internal-format
  msgid "%<<<%> in boolean context, did you mean %<<%> ?"
! msgstr "%<<<%> i boolesk kontext, menade du %<<%>?"
  
  #: c-family/c-common.c:3355
  #, gcc-internal-format
*************** msgstr "noll-argument dÃ¤r icke-noll krÃ
*** 23583,23594 ****
  #: c-family/c-common.c:5537 c-family/c-common.c:5584
  #, gcc-internal-format
  msgid "bad option %qs to attribute %<optimize%>"
! msgstr "felaktig flagga %s till attributet %<optimize%>"
  
  #: c-family/c-common.c:5540 c-family/c-common.c:5588
  #, gcc-internal-format
  msgid "bad option %qs to pragma %<optimize%>"
! msgstr "felaktig flagga %s till pragmat %<optimize%>"
  
  #: c-family/c-common.c:5620
  #, gcc-internal-format
--- 23507,23518 ----
  #: c-family/c-common.c:5537 c-family/c-common.c:5584
  #, gcc-internal-format
  msgid "bad option %qs to attribute %<optimize%>"
! msgstr "felaktig flagga %qs till attributet %<optimize%>"
  
  #: c-family/c-common.c:5540 c-family/c-common.c:5588
  #, gcc-internal-format
  msgid "bad option %qs to pragma %<optimize%>"
! msgstr "felaktig flagga %qs till pragmat %<optimize%>"
  
  #: c-family/c-common.c:5620
  #, gcc-internal-format
*************** msgstr "attributet %<fallthrough%> angiv
*** 23600,23612 ****
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "attributet %<fallthrough%> angivet med en parameter"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6573 c-family/c-common.c:6644
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "fÃ¶r fÃ¥ argument till funktionen %qE"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6670 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "fÃ¶r mÃ¥nga argument till funktionen %qE"
--- 23524,23536 ----
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "attributet %<fallthrough%> angivet med en parameter"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6574 c-family/c-common.c:6645
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "fÃ¶r fÃ¥ argument till funktionen %qE"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6671 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "fÃ¶r mÃ¥nga argument till funktionen %qE"
*************** msgstr "det gÃ¥r inte att anvÃ¤nda %<off
*** 23684,23762 ****
  #: c-family/c-common.c:6294
  #, gcc-internal-format
  msgid "attempt to take address of bit-field structure member %qD"
! msgstr "fÃ¶rsÃ¶k att ta adressen till en medlemmen %qD i en bitfÃ¤ltspost"
  
  #: c-family/c-common.c:6346
  #, gcc-internal-format
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr "index %E anger ett avstÃ¥nd stÃ¶rre Ã¤n storleken pÃ¥ %qT"
  
! #: c-family/c-common.c:6515 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr "storleken pÃ¥ vektorn Ã¤r fÃ¶r stor"
  
! #: c-family/c-common.c:6603
  #, gcc-internal-format
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "operandtypen %qT Ã¤r inkompatibel med argument %d till %qE"
  
! #: c-family/c-common.c:6737
  #, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr "felaktigt antal argument till funktionen %qE"
  
! #: c-family/c-common.c:6752
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "argument 1 till %qE mÃ¥ste vara pekartyp som inte pekar pÃ¥ void"
  
! #: c-family/c-common.c:6761
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "argument 1 till %qE mÃ¥ste vara en pekare till en typ med konstant storlek"
  
! #: c-family/c-common.c:6772
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "argument 1 till %qE mÃ¥ste vara en pekare till ett objekt av storlek stÃ¶rre Ã¤n noll"
  
! #: c-family/c-common.c:6787
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr "argument %d till %qE mÃ¥ste vara en pekartyp"
  
! #: c-family/c-common.c:6795
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "argument %d till %qE mÃ¥ste vara en pekare till en typ med konstant storlek"
  
! #: c-family/c-common.c:6801
  #, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "argument %d till %qE fÃ¥r inte vara en pekare till en funktion"
  
! #: c-family/c-common.c:6809
  #, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr "storleken stÃ¤mmer inte i argument %d till %qE"
  
! #: c-family/c-common.c:6825
  #, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr "ogiltig minnesmodellsargument %d till %qE"
  
! #: c-family/c-common.c:6832
  #, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr "minnesmodellsargument %d som inte Ã¤r heltal till %qE"
  
! #: c-family/c-common.c:7753
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr "indexvÃ¤rdet Ã¤r utanfÃ¶r grÃ¤nsen"
  
! #: c-family/c-common.c:7794 c-family/c-common.c:7842 c-family/c-common.c:7857
  #: cp/call.c:4836 cp/call.c:4843
  #, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
--- 23608,23686 ----
  #: c-family/c-common.c:6294
  #, gcc-internal-format
  msgid "attempt to take address of bit-field structure member %qD"
! msgstr "fÃ¶rsÃ¶k att ta adressen till en medlem %qD i en bitfÃ¤ltspost"
  
  #: c-family/c-common.c:6346
  #, gcc-internal-format
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr "index %E anger ett avstÃ¥nd stÃ¶rre Ã¤n storleken pÃ¥ %qT"
  
! #: c-family/c-common.c:6516 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr "storleken pÃ¥ vektorn Ã¤r fÃ¶r stor"
  
! #: c-family/c-common.c:6604
  #, gcc-internal-format
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "operandtypen %qT Ã¤r inkompatibel med argument %d till %qE"
  
! #: c-family/c-common.c:6738
  #, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr "felaktigt antal argument till funktionen %qE"
  
! #: c-family/c-common.c:6753
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "argument 1 till %qE mÃ¥ste vara pekartyp som inte pekar pÃ¥ void"
  
! #: c-family/c-common.c:6762
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "argument 1 till %qE mÃ¥ste vara en pekare till en typ med konstant storlek"
  
! #: c-family/c-common.c:6773
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "argument 1 till %qE mÃ¥ste vara en pekare till ett objekt av storlek stÃ¶rre Ã¤n noll"
  
! #: c-family/c-common.c:6788
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr "argument %d till %qE mÃ¥ste vara en pekartyp"
  
! #: c-family/c-common.c:6796
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "argument %d till %qE mÃ¥ste vara en pekare till en typ med konstant storlek"
  
! #: c-family/c-common.c:6802
  #, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "argument %d till %qE fÃ¥r inte vara en pekare till en funktion"
  
! #: c-family/c-common.c:6810
  #, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr "storleken stÃ¤mmer inte i argument %d till %qE"
  
! #: c-family/c-common.c:6826
  #, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr "ogiltig minnesmodellsargument %d till %qE"
  
! #: c-family/c-common.c:6833
  #, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr "minnesmodellsargument %d som inte Ã¤r heltal till %qE"
  
! #: c-family/c-common.c:7754
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr "indexvÃ¤rdet Ã¤r utanfÃ¶r grÃ¤nsen"
  
! #: c-family/c-common.c:7795 c-family/c-common.c:7843 c-family/c-common.c:7858
  #: cp/call.c:4836 cp/call.c:4843
  #, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
*************** msgstr "konvertering av skalÃ¤ren %qT ti
*** 23764,23785 ****
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7943
  #, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr "inbyggd funktion %qE mÃ¥ste anropas direkt"
  
! #: c-family/c-common.c:7965 c/c-decl.c:6124
  #, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "storleken pÃ¥ vektorn %qE Ã¤r fÃ¶r stor"
  
! #: c-family/c-common.c:7967 c/c-decl.c:6127
  #, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "storleken pÃ¥ en namnlÃ¶s vektor Ã¤r fÃ¶r stor"
  
! #: c-family/c-common.c:7997
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr "miljÃ¶variabeln SOURCE_DATE_EPOCH mÃ¥ste expandera till ett ickenegativt heltal mindre Ã¤n eller lika med %wd"
--- 23688,23709 ----
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7944
  #, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr "inbyggd funktion %qE mÃ¥ste anropas direkt"
  
! #: c-family/c-common.c:7966 c/c-decl.c:6124
  #, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "storleken pÃ¥ vektorn %qE Ã¤r fÃ¶r stor"
  
! #: c-family/c-common.c:7968 c/c-decl.c:6127
  #, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "storleken pÃ¥ en namnlÃ¶s vektor Ã¤r fÃ¶r stor"
  
! #: c-family/c-common.c:7998
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr "miljÃ¶variabeln SOURCE_DATE_EPOCH mÃ¥ste expandera till ett ickenegativt heltal mindre Ã¤n eller lika med %wd"
*************** msgid "format string argument is not a s
*** 23800,23809 ****
  msgstr "argument fÃ¶r formatstrÃ¤ng Ã¤r inte en strÃ¤ngtyp"
  
  #: c-family/c-format.c:210
! #, fuzzy, gcc-internal-format
! #| msgid "found a %<%s%> reference but the format argument should be a string"
  msgid "found a %qs reference but the format argument should be a string"
! msgstr "hittade en %<%s%>-referens men formatargumentet skall vara en strÃ¤ng"
  
  #: c-family/c-format.c:213
  #, gcc-internal-format
--- 23724,23732 ----
  msgstr "argument fÃ¶r formatstrÃ¤ng Ã¤r inte en strÃ¤ngtyp"
  
  #: c-family/c-format.c:210
! #, gcc-internal-format
  msgid "found a %qs reference but the format argument should be a string"
! msgstr "hittade en %qs-referens men formatargumentet skall vara en strÃ¤ng"
  
  #: c-family/c-format.c:213
  #, gcc-internal-format
*************** msgid "found a %qT but the format argume
*** 23811,23826 ****
  msgstr "hittade en %qT men formatargumentet skall vara en strÃ¤ng"
  
  #: c-family/c-format.c:223
! #, fuzzy, gcc-internal-format
! #| msgid "format argument should be a %<%s%> reference but a string was found"
  msgid "format argument should be a %qs reference but a string was found"
! msgstr "formatargumentet skulle vara en %<%s%>-referens men en strÃ¤ng fanns"
  
  #: c-family/c-format.c:245
! #, fuzzy, gcc-internal-format
! #| msgid "format argument should be a %<%s%> reference"
  msgid "format argument should be a %qs reference"
! msgstr "formatargumentet skall vara en %<%s%>-referens"
  
  #: c-family/c-format.c:289
  #, gcc-internal-format
--- 23734,23747 ----
  msgstr "hittade en %qT men formatargumentet skall vara en strÃ¤ng"
  
  #: c-family/c-format.c:223
! #, gcc-internal-format
  msgid "format argument should be a %qs reference but a string was found"
! msgstr "formatargumentet skulle vara en %qs-referens men en strÃ¤ng fanns"
  
  #: c-family/c-format.c:245
! #, gcc-internal-format
  msgid "format argument should be a %qs reference"
! msgstr "formatargumentet skall vara en %qs-referens"
  
  #: c-family/c-format.c:289
  #, gcc-internal-format
*************** msgstr "denna %qs-klausul vaktar inte â€
*** 24140,24146 ****
  #: c-family/c-indentation.c:610
  #, gcc-internal-format
  msgid "...this statement, but the latter is misleadingly indented as if it were guarded by the %qs"
! msgstr ""
  
  #: c-family/c-lex.c:224
  #, gcc-internal-format
--- 24061,24067 ----
  #: c-family/c-indentation.c:610
  #, gcc-internal-format
  msgid "...this statement, but the latter is misleadingly indented as if it were guarded by the %qs"
! msgstr "â€¦ denna sats, men den senare Ã¤r pÃ¥ ett missledande sÃ¤tt indenterad som om den vore vaktad av %qs:en"
  
  #: c-family/c-lex.c:224
  #, gcc-internal-format
*************** msgstr "konvertering till %qT frÃ¥n bool
*** 25047,25053 ****
  #: c-family/c-warn.c:961 c-family/c-warn.c:965
  #, gcc-internal-format
  msgid "conversion to %qT alters %qT constant value"
! msgstr "konvertering till %qT Ã¤ndrar konstant %qT vÃ¤rde"
  
  #: c-family/c-warn.c:985 c-family/c-warn.c:993
  #, gcc-internal-format
--- 24968,24974 ----
  #: c-family/c-warn.c:961 c-family/c-warn.c:965
  #, gcc-internal-format
  msgid "conversion to %qT alters %qT constant value"
! msgstr "konvertering till %qT Ã¤ndrar konstant %qT-vÃ¤rde"
  
  #: c-family/c-warn.c:985 c-family/c-warn.c:993
  #, gcc-internal-format
*************** msgstr "konvertering till %qT frÃ¥n %qT
*** 25062,25068 ****
  #: c-family/c-warn.c:1024
  #, gcc-internal-format
  msgid "large integer implicitly truncated to unsigned type"
! msgstr "stort heltal implicit trunkerat till unsigned typ"
  
  #: c-family/c-warn.c:1030 c-family/c-warn.c:1037 c-family/c-warn.c:1045
  #, gcc-internal-format
--- 24983,24989 ----
  #: c-family/c-warn.c:1024
  #, gcc-internal-format
  msgid "large integer implicitly truncated to unsigned type"
! msgstr "stort heltal implicit trunkerat till teckenlÃ¶s typ"
  
  #: c-family/c-warn.c:1030 c-family/c-warn.c:1037 c-family/c-warn.c:1045
  #, gcc-internal-format
*************** msgstr "upprÃ¤kningsvÃ¤rdet %qE hanteras
*** 25097,25103 ****
  #: c-family/c-warn.c:1280
  #, gcc-internal-format
  msgid "the omitted middle operand in ?: will always be %<true%>, suggest explicit middle operand"
! msgstr "de utelÃ¤mnade mittoperanden i ?: kommer alltid att vara %<true%>, fÃ¶reslÃ¥r explicit mittoperand"
  
  #: c-family/c-warn.c:1301
  #, gcc-internal-format
--- 25018,25024 ----
  #: c-family/c-warn.c:1280
  #, gcc-internal-format
  msgid "the omitted middle operand in ?: will always be %<true%>, suggest explicit middle operand"
! msgstr "den utelÃ¤mnade mittoperanden i ?: kommer alltid att vara %<true%>, fÃ¶reslÃ¥r explicit mittoperand"
  
  #: c-family/c-warn.c:1301
  #, gcc-internal-format
*************** msgstr "jÃ¤mfÃ¶relse mellan heltalsuttry
*** 25423,25429 ****
  #: c-family/c-warn.c:1830
  #, gcc-internal-format
  msgid "promoted ~unsigned is always non-zero"
! msgstr "befordrat ~unsigned Ã¤r alltid skild frÃ¥n noll"
  
  #: c-family/c-warn.c:1833
  #, gcc-internal-format
--- 25344,25350 ----
  #: c-family/c-warn.c:1830
  #, gcc-internal-format
  msgid "promoted ~unsigned is always non-zero"
! msgstr "befordrad ~unsigned Ã¤r alltid skild frÃ¥n noll"
  
  #: c-family/c-warn.c:1833
  #, gcc-internal-format
*************** msgstr "oanvÃ¤nd parameter %qD"
*** 25443,25449 ****
  #: c-family/c-warn.c:1959
  #, gcc-internal-format
  msgid "typedef %qD locally defined but not used"
! msgstr "typedef %q+D Ã¤r lokalt definierad men inte anvÃ¤nd"
  
  #: c-family/c-warn.c:1994
  #, gcc-internal-format
--- 25364,25370 ----
  #: c-family/c-warn.c:1959
  #, gcc-internal-format
  msgid "typedef %qD locally defined but not used"
! msgstr "typedef %qD Ã¤r lokalt definierad men inte anvÃ¤nd"
  
  #: c-family/c-warn.c:1994
  #, gcc-internal-format
*************** msgstr "deklaration av %q+D med attribut
*** 25469,25475 ****
  #: c-family/c-warn.c:2055
  #, gcc-internal-format
  msgid "declaration of %q+D with attribute %qs follows declaration with attribute %qs"
! msgstr "deklarationen av %q+D med attributet %qs fÃ¶ljer pÃ¥ en deklaration med attributet %qs "
  
  #: c-family/c-warn.c:2102
  #, gcc-internal-format
--- 25390,25396 ----
  #: c-family/c-warn.c:2055
  #, gcc-internal-format
  msgid "declaration of %q+D with attribute %qs follows declaration with attribute %qs"
! msgstr "deklarationen av %q+D med attributet %qs fÃ¶ljer pÃ¥ en deklaration med attributet %qs"
  
  #: c-family/c-warn.c:2102
  #, gcc-internal-format
*************** msgstr "%qs Ã¤r inte en giltig flagga ti
*** 25542,25548 ****
  msgid "too many input files"
  msgstr "fÃ¶r mÃ¥nga indatafiler"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8751
  #, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr "okÃ¤nt vÃ¤rde %qs till -mcpu"
--- 25463,25469 ----
  msgid "too many input files"
  msgstr "fÃ¶r mÃ¥nga indatafiler"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8759
  #, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr "okÃ¤nt vÃ¤rde %qs till -mcpu"
*************** msgstr "%qs Ã¤r inkompatibel med %s %s"
*** 26000,26183 ****
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "funktionsmodifieraren %qs Ã¤r inkompatibel med %s %s"
  
! #: config/aarch64/aarch64.c:8374
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr "okÃ¤nd flagga skickad i -moverride=%s (%s)"
  
! #: config/aarch64/aarch64.c:8418
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr "%s-strÃ¤ng Ã¤r felformad\n"
  
! #: config/aarch64/aarch64.c:8475
  #, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr "trimningsstrÃ¤ngen saknas i flaggan (%s)"
  
! #: config/aarch64/aarch64.c:8493
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown tuning option (%s)"
  msgstr "okÃ¤nd trimningsflagga (%s)"
  
! #: config/aarch64/aarch64.c:8707
  #, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "giltiga argument Ã¤r: %s; menade du %qs?"
  
! #: config/aarch64/aarch64.c:8748
! #, fuzzy, gcc-internal-format
! #| msgid "missing cpu name in -mcpu=%qs"
  msgid "missing cpu name in %<-mcpu=%s%>"
! msgstr "cpu-namn saknas i -mcpu=%qs"
  
! #: config/aarch64/aarch64.c:8755
! #, fuzzy, gcc-internal-format
! #| msgid "invalid feature modifier in -mcpu=%qs"
  msgid "invalid feature modifier in %<-mcpu=%s%>"
! msgstr "ogiltig funktionsmodifierare i -mcpu=%qs"
  
! #: config/aarch64/aarch64.c:8782
! #, fuzzy, gcc-internal-format
! #| msgid "missing arch name in -march=%qs"
  msgid "missing arch name in %<-march=%s%>"
! msgstr "arkitekturnamn saknas i -march=%qs"
  
! #: config/aarch64/aarch64.c:8785
  #, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr "okÃ¤nt vÃ¤rde %qs till -march"
  
! #: config/aarch64/aarch64.c:8789
! #, fuzzy, gcc-internal-format
! #| msgid "invalid feature modifier in -march=%qs"
  msgid "invalid feature modifier in %<-march=%s%>"
! msgstr "ogiltig funktionsmodifierare i -march=%qs"
  
! #: config/aarch64/aarch64.c:8815
! #, fuzzy, gcc-internal-format
! #| msgid "missing cpu name in -mtune=%qs"
  msgid "missing cpu name in %<-mtune=%s%>"
! msgstr "cpu-namn saknas i -mtune=%qs"
  
! #: config/aarch64/aarch64.c:8818
  #, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr "okÃ¤nt vÃ¤rde %qs till -mtune"
  
! #: config/aarch64/aarch64.c:8921 config/arm/arm.c:3093
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "flaggan -mcpu=%s stÃ¥r i konflikt med flaggan -march=%s"
  
! #: config/aarch64/aarch64.c:8956
  #, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "Assemblern stÃ¶djer inte -mabi=ilp32"
  
! #: config/aarch64/aarch64.c:8960
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr "Signering av returadress stÃ¶djs endast fÃ¶r -mabi=lp64"
  
! #: config/aarch64/aarch64.c:9022
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr "kodmodell %qs med -f%s"
  
! #: config/aarch64/aarch64.c:9187
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr "arkitekturnamn saknas i â€�archâ€�-mÃ¥let %s"
  
! #: config/aarch64/aarch64.c:9190
  #, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "okÃ¤nt vÃ¤rde %qs till â€�archâ€�-mÃ¥let %s"
  
! #: config/aarch64/aarch64.c:9194
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr "ogiltig funktionsmodifierare %qs till â€�archâ€�-mÃ¥let %s"
  
! #: config/aarch64/aarch64.c:9228
  #, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "cpu-namn saknas till â€�cpuâ€�-mÃ¥let %s"
  
! #: config/aarch64/aarch64.c:9231
  #, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "okÃ¤nt vÃ¤rde %qs till â€�cpuâ€�-mÃ¥let %s"
  
! #: config/aarch64/aarch64.c:9235
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr "ogiltig funktionsmodifierare %qs till â€�cpuâ€�-mÃ¥let %s"
  
! #: config/aarch64/aarch64.c:9266
  #, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "okÃ¤nt vÃ¤rde %qs till â€�tuneâ€�-mÃ¥let %s"
  
! #: config/aarch64/aarch64.c:9307
  #, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr "funktionsmodifierare saknas till mÃ¥let %s %qs"
  
! #: config/aarch64/aarch64.c:9312
  #, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr "ogiltig funktionsmodifierare till mÃ¥let %s %qs"
  
! #: config/aarch64/aarch64.c:9364
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s"
  msgstr "felaktigt mÃ¥l %s"
  
! #: config/aarch64/aarch64.c:9412
  #, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr "mÃ¥let %s %qs tar inte nÃ¥got argument"
  
! #: config/aarch64/aarch64.c:9421
  #, gcc-internal-format
  msgid "target %s %qs does not allow a negated form"
  msgstr "mÃ¥let %s %qs stÃ¶djer inte en negerad form"
  
! #: config/aarch64/aarch64.c:9476
  #, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr "mÃ¥let %s %s=%s Ã¤r ogiltigt"
  
! #: config/aarch64/aarch64.c:9536 config/arm/arm.c:30367
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:14849
  #, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr "argument till attribut %<target%> Ã¤r inte en strÃ¤ng"
  
! #: config/aarch64/aarch64.c:9546
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
  msgstr "felaktigt mÃ¥lvÃ¤rde %s"
  
! #: config/aarch64/aarch64.c:9563
  #, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr "mÃ¥let %s %qs Ã¤r ogiltigt"
  
! #: config/aarch64/aarch64.c:9572
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr "felformad mÃ¥l-%s-lista %qs"
  
! #: config/aarch64/aarch64.c:11420
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr "%Kbana %wd utanfÃ¶r intervallet %wd - %wd"
  
! #: config/aarch64/aarch64.c:11422
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr "bana %wd utanfÃ¶r intervallet %wd - %wd"
--- 25921,26099 ----
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "funktionsmodifieraren %qs Ã¤r inkompatibel med %s %s"
  
! #: config/aarch64/aarch64.c:8382
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr "okÃ¤nd flagga skickad i -moverride=%s (%s)"
  
! #: config/aarch64/aarch64.c:8426
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr "%s-strÃ¤ng Ã¤r felformad\n"
  
! #: config/aarch64/aarch64.c:8483
  #, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr "trimningsstrÃ¤ngen saknas i flaggan (%s)"
  
! #: config/aarch64/aarch64.c:8501
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown tuning option (%s)"
  msgstr "okÃ¤nd trimningsflagga (%s)"
  
! #: config/aarch64/aarch64.c:8715
  #, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "giltiga argument Ã¤r: %s; menade du %qs?"
  
! #: config/aarch64/aarch64.c:8756
! #, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
! msgstr "cpu-namn saknas i %<-mcpu=%s%>"
  
! #: config/aarch64/aarch64.c:8763
! #, gcc-internal-format
  msgid "invalid feature modifier in %<-mcpu=%s%>"
! msgstr "ogiltig funktionsmodifierare i %<-mcpu=%s%>"
  
! #: config/aarch64/aarch64.c:8790
! #, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
! msgstr "arkitekturnamn saknas i %<-march=%s%>"
  
! #: config/aarch64/aarch64.c:8793
  #, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr "okÃ¤nt vÃ¤rde %qs till -march"
  
! #: config/aarch64/aarch64.c:8797
! #, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
! msgstr "ogiltig funktionsmodifierare i %<-march=%s%>"
  
! #: config/aarch64/aarch64.c:8823
! #, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
! msgstr "cpu-namn saknas i %<-mtune=%s%>"
  
! #: config/aarch64/aarch64.c:8826
  #, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr "okÃ¤nt vÃ¤rde %qs till -mtune"
  
! #: config/aarch64/aarch64.c:8929 config/arm/arm.c:3094
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "flaggan -mcpu=%s stÃ¥r i konflikt med flaggan -march=%s"
  
! #: config/aarch64/aarch64.c:8964
  #, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "Assemblern stÃ¶djer inte -mabi=ilp32"
  
! #: config/aarch64/aarch64.c:8968
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr "Signering av returadress stÃ¶djs endast fÃ¶r -mabi=lp64"
  
! #: config/aarch64/aarch64.c:9030
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr "kodmodell %qs med -f%s"
  
! #: config/aarch64/aarch64.c:9195
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr "arkitekturnamn saknas i â€�archâ€�-mÃ¥let %s"
  
! #: config/aarch64/aarch64.c:9198
  #, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "okÃ¤nt vÃ¤rde %qs till â€�archâ€�-mÃ¥let %s"
  
! #: config/aarch64/aarch64.c:9202
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr "ogiltig funktionsmodifierare %qs till â€�archâ€�-mÃ¥let %s"
  
! #: config/aarch64/aarch64.c:9236
  #, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "cpu-namn saknas till â€�cpuâ€�-mÃ¥let %s"
  
! #: config/aarch64/aarch64.c:9239
  #, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "okÃ¤nt vÃ¤rde %qs till â€�cpuâ€�-mÃ¥let %s"
  
! #: config/aarch64/aarch64.c:9243
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr "ogiltig funktionsmodifierare %qs till â€�cpuâ€�-mÃ¥let %s"
  
! #: config/aarch64/aarch64.c:9274
  #, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "okÃ¤nt vÃ¤rde %qs till â€�tuneâ€�-mÃ¥let %s"
  
! #: config/aarch64/aarch64.c:9315
  #, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr "funktionsmodifierare saknas till mÃ¥let %s %qs"
  
! #: config/aarch64/aarch64.c:9320
  #, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr "ogiltig funktionsmodifierare till mÃ¥let %s %qs"
  
! #: config/aarch64/aarch64.c:9372
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s"
  msgstr "felaktigt mÃ¥l %s"
  
! #: config/aarch64/aarch64.c:9420
  #, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr "mÃ¥let %s %qs tar inte nÃ¥got argument"
  
! #: config/aarch64/aarch64.c:9429
  #, gcc-internal-format
  msgid "target %s %qs does not allow a negated form"
  msgstr "mÃ¥let %s %qs stÃ¶djer inte en negerad form"
  
! #: config/aarch64/aarch64.c:9484
  #, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr "mÃ¥let %s %s=%s Ã¤r ogiltigt"
  
! #: config/aarch64/aarch64.c:9544 config/arm/arm.c:30411
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:15017
  #, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr "argument till attribut %<target%> Ã¤r inte en strÃ¤ng"
  
! #: config/aarch64/aarch64.c:9554
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
  msgstr "felaktigt mÃ¥lvÃ¤rde %s"
  
! #: config/aarch64/aarch64.c:9571
  #, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr "mÃ¥let %s %qs Ã¤r ogiltigt"
  
! #: config/aarch64/aarch64.c:9580
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr "felformad mÃ¥l-%s-lista %qs"
  
! #: config/aarch64/aarch64.c:11428
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr "%Kbana %wd utanfÃ¶r intervallet %wd - %wd"
  
! #: config/aarch64/aarch64.c:11430
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr "bana %wd utanfÃ¶r intervallet %wd - %wd"
*************** msgstr "PIC stÃ¶djs inte fÃ¶r %s.  Gener
*** 26279,26285 ****
  #: config/arc/arc.c:850 config/arc/arc.c:858
  #, gcc-internal-format, gfc-internal-format
  msgid "%s is not available for %s architecture"
! msgstr "%s Ã¤r inte tillgÃ¤ngligt arkitekturen %s"
  
  #: config/arc/arc.c:879
  #, gcc-internal-format
--- 26195,26201 ----
  #: config/arc/arc.c:850 config/arc/arc.c:858
  #, gcc-internal-format, gfc-internal-format
  msgid "%s is not available for %s architecture"
! msgstr "%s Ã¤r inte tillgÃ¤ngligt fÃ¶r arkitekturen %s"
  
  #: config/arc/arc.c:879
  #, gcc-internal-format
*************** msgstr "antalet skall inte vara mindre Ã
*** 26584,26773 ****
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr "antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_sra_si64 i koden."
  
! #: config/arm/arm.c:2799
  #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr "iWMMXt och NEON Ã¤r inkompatibla"
  
! #: config/arm/arm.c:2805
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "mÃ¥lprocessorn stÃ¶djer inte ARM-lÃ¤ge"
  
! #: config/arm/arm.c:2809
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "aktivering av stÃ¶d fÃ¶r bakÃ¥tspÃ¥rning Ã¤r endast meningsfullt vid kompilering fÃ¶r Thumb"
  
! #: config/arm/arm.c:2812
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "aktivering av stÃ¶d fÃ¶r anroparnÃ¤tverkande Ã¤r endast meningsfullt vid kompilering fÃ¶r Thumb"
  
! #: config/arm/arm.c:2820
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g med -mno-apcs-frame ger kanske inte vettig felsÃ¶kning"
  
! #: config/arm/arm.c:2824
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr "iWMMXt stÃ¶djs inte i Thumb-lÃ¤ge"
  
! #: config/arm/arm.c:2827
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "det gÃ¥r inte att anvÃ¤nda -mtp=cp15 med 16-bitars Thumb"
  
! #: config/arm/arm.c:2831
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "RTP PIC Ã¤r inkompatibel med Thumb"
  
! #: config/arm/arm.c:2839
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr "-mslow-flash-data stÃ¶djer endast icke-pic-kod pÃ¥ armv7-m-mÃ¥l"
  
! #: config/arm/arm.c:2844
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr "-mpure-code stÃ¶djer endast icke-pic-kod pÃ¥ armv7-m-mÃ¥l"
  
! #: config/arm/arm.c:2947
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "mÃ¥lprocessorn stÃ¶djer inte THUMB-instruktioner"
  
! #: config/arm/arm.c:2992
  #, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "mÃ¥lprocessorn stÃ¶djer inte ojusterade Ã¥tkomster"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3246
  #, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-mfpu=auto stÃ¶djs fÃ¶r nÃ¤rvarande inte utan en explicit CPU."
  
! #: config/arm/arm.c:3321
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "mÃ¥lprocessorn stÃ¶djer inte interworking"
  
! #: config/arm/arm.c:3327
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check Ã¤r inkompatibel med -mno-apcs-frame"
  
! #: config/arm/arm.c:3335
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic och -mapcs-reent Ã¤r inkompatibla"
  
! #: config/arm/arm.c:3338
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "APCS-Ã¥teranropsbar kod stÃ¶djs inte.  Ignoreras"
  
! #: config/arm/arm.c:3372
! #, fuzzy, gcc-internal-format
! #| msgid "selected fp16 options are incompatible."
  msgid "selected fp16 options are incompatible"
  msgstr "valda fp16-alternativ Ã¤r inkompatibla"
  
! #: config/arm/arm.c:3403
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr "iwmmxt krÃ¤ver ett AAPCS-kompatibelt ABI fÃ¶r att fungera riktigt"
  
! #: config/arm/arm.c:3406
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr "iwmmxt-abi krÃ¤ver en CPU som klarar iwmmxt"
  
! #: config/arm/arm.c:3417
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "AAPCS stÃ¶djer inte -mcaller-super-interworking"
  
! #: config/arm/arm.c:3420
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "AAPCS stÃ¶djer inte -mcallee-super-interworking"
  
! #: config/arm/arm.c:3425
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr "__fp16 och ingen ldrh"
  
! #: config/arm/arm.c:3436
  #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr "-mfloat-abi=hard: den valda processorn saknar en FPU"
  
! #: config/arm/arm.c:3444
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mfloat-abi=hard och VFP"
  
! #: config/arm/arm.c:3480
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "storleksgrÃ¤ns fÃ¶r poster kan bara sÃ¤ttas till 8, 32 eller 64"
  
! #: config/arm/arm.c:3482
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "storleksgrÃ¤ns fÃ¶r poster kan bara sÃ¤ttas till 8 eller 32"
  
! #: config/arm/arm.c:3507
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "RTP PIC Ã¤r inkompatibelt med -msingle-pic-base"
  
! #: config/arm/arm.c:3519
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= Ã¤r oanvÃ¤ndbar utan -fpic"
  
! #: config/arm/arm.c:3528
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "kan inte anvÃ¤nda â€�%sâ€� som PIC-register"
  
! #: config/arm/arm.c:3547
  #, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-freorder-blocks-and-partition stÃ¶djs inte pÃ¥ denna arkitektur"
  
! #: config/arm/arm.c:3638
  #, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "mÃ¥lprocessorn stÃ¶djer inte ARMv8-M:s sÃ¤kerhetstillÃ¤gg"
  
! #: config/arm/arm.c:5706
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr "icke-AAPCS-hÃ¤rledd PCS-variant"
  
! #: config/arm/arm.c:5708
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr "variadiska funktioner mÃ¥ste anvÃ¤nda bas-AAPCS-varianten"
  
! #: config/arm/arm.c:5727
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr "PCS-variant"
  
! #: config/arm/arm.c:5922
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr "Thumb-1 hÃ¥rda flyttals VFP ABI"
  
! #: config/arm/arm.c:6672 config/arm/arm.c:6690 config/arm/arm.c:6865
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
--- 26500,26694 ----
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr "antalet skall inte vara mindre Ã¤n 0.  kontrollera den inbyggda _mm_sra_si64 i koden."
  
! #: config/arm/arm.c:2800
  #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr "iWMMXt och NEON Ã¤r inkompatibla"
  
! #: config/arm/arm.c:2806
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "mÃ¥lprocessorn stÃ¶djer inte ARM-lÃ¤ge"
  
! #: config/arm/arm.c:2810
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "aktivering av stÃ¶d fÃ¶r bakÃ¥tspÃ¥rning Ã¤r endast meningsfullt vid kompilering fÃ¶r Thumb"
  
! #: config/arm/arm.c:2813
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "aktivering av stÃ¶d fÃ¶r anroparnÃ¤tverkande Ã¤r endast meningsfullt vid kompilering fÃ¶r Thumb"
  
! #: config/arm/arm.c:2821
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g med -mno-apcs-frame ger kanske inte vettig felsÃ¶kning"
  
! #: config/arm/arm.c:2825
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr "iWMMXt stÃ¶djs inte i Thumb-lÃ¤ge"
  
! #: config/arm/arm.c:2828
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "det gÃ¥r inte att anvÃ¤nda -mtp=cp15 med 16-bitars Thumb"
  
! #: config/arm/arm.c:2832
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "RTP PIC Ã¤r inkompatibel med Thumb"
  
! #: config/arm/arm.c:2840
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr "-mslow-flash-data stÃ¶djer endast icke-pic-kod pÃ¥ armv7-m-mÃ¥l"
  
! #: config/arm/arm.c:2845
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr "-mpure-code stÃ¶djer endast icke-pic-kod pÃ¥ armv7-m-mÃ¥l"
  
! #: config/arm/arm.c:2948
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "mÃ¥lprocessorn stÃ¶djer inte THUMB-instruktioner"
  
! #: config/arm/arm.c:2993
  #, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "mÃ¥lprocessorn stÃ¶djer inte ojusterade Ã¥tkomster"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3247
  #, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-mfpu=auto stÃ¶djs fÃ¶r nÃ¤rvarande inte utan en explicit CPU."
  
! #: config/arm/arm.c:3322
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "mÃ¥lprocessorn stÃ¶djer inte interworking"
  
! #: config/arm/arm.c:3328
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check Ã¤r inkompatibel med -mno-apcs-frame"
  
! #: config/arm/arm.c:3336
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic och -mapcs-reent Ã¤r inkompatibla"
  
! #: config/arm/arm.c:3339
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "APCS-Ã¥teranropsbar kod stÃ¶djs inte.  Ignoreras"
  
! #: config/arm/arm.c:3373
! #, gcc-internal-format
  msgid "selected fp16 options are incompatible"
  msgstr "valda fp16-alternativ Ã¤r inkompatibla"
  
! #: config/arm/arm.c:3404
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr "iwmmxt krÃ¤ver ett AAPCS-kompatibelt ABI fÃ¶r att fungera riktigt"
  
! #: config/arm/arm.c:3407
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr "iwmmxt-abi krÃ¤ver en CPU som klarar iwmmxt"
  
! #: config/arm/arm.c:3418
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "AAPCS stÃ¶djer inte -mcaller-super-interworking"
  
! #: config/arm/arm.c:3421
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "AAPCS stÃ¶djer inte -mcallee-super-interworking"
  
! #: config/arm/arm.c:3426
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr "__fp16 och ingen ldrh"
  
! #: config/arm/arm.c:3437
  #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr "-mfloat-abi=hard: den valda processorn saknar en FPU"
  
! #: config/arm/arm.c:3445
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mfloat-abi=hard och VFP"
  
! #: config/arm/arm.c:3481
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "storleksgrÃ¤ns fÃ¶r poster kan bara sÃ¤ttas till 8, 32 eller 64"
  
! #: config/arm/arm.c:3483
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "storleksgrÃ¤ns fÃ¶r poster kan bara sÃ¤ttas till 8 eller 32"
  
! #: config/arm/arm.c:3508
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "RTP PIC Ã¤r inkompatibelt med -msingle-pic-base"
  
! #: config/arm/arm.c:3520
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= Ã¤r oanvÃ¤ndbar utan -fpic"
  
! #: config/arm/arm.c:3529
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "kan inte anvÃ¤nda â€�%sâ€� som PIC-register"
  
! #: config/arm/arm.c:3548
  #, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-freorder-blocks-and-partition stÃ¶djs inte pÃ¥ denna arkitektur"
  
! #: config/arm/arm.c:3639
  #, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "mÃ¥lprocessorn stÃ¶djer inte ARMv8-M:s sÃ¤kerhetstillÃ¤gg"
  
! #: config/arm/arm.c:5707
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr "icke-AAPCS-hÃ¤rledd PCS-variant"
  
! #: config/arm/arm.c:5709
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr "variadiska funktioner mÃ¥ste anvÃ¤nda bas-AAPCS-varianten"
  
! #: config/arm/arm.c:5728
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr "PCS-variant"
  
! #: config/arm/arm.c:5923
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr "Thumb-1 hÃ¥rda flyttals VFP ABI"
  
! #: config/arm/arm.c:6362 config/arm/arm.c:6565 config/arm/arm.c:6593
! #: config/arm/arm.c:26560
! #, gcc-internal-format
! msgid "parameter passing for argument of type %qT changed in GCC 7.1"
! msgstr "parameterskickandet fÃ¶r argument av typen %qT Ã¤ndrades i GCC 7.1"
! 
! #: config/arm/arm.c:6709 config/arm/arm.c:6727 config/arm/arm.c:6902
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
*************** msgstr "Thumb-1 hÃ¥rda flyttals VFP ABI"
*** 26783,26854 ****
  msgid "%qE attribute only applies to functions"
  msgstr "attributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ funktioner"
  
! #: config/arm/arm.c:6814
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr "attributet %qE Ã¤r inte tillgÃ¤ngligt fÃ¶r funktioner med argument som skickas pÃ¥ stacken"
  
! #: config/arm/arm.c:6826
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with variable number of arguments"
! msgstr "attributet %qE Ã¤r inte tillgÃ¤nglit fÃ¶r funktioner med ett variabelt antal argument"
  
! #: config/arm/arm.c:6835
  #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr "attributet %qE Ã¤r inte tillgÃ¤ngligt fÃ¶r funktioner som returnerar ett vÃ¤rde pÃ¥ stacken"
  
! #: config/arm/arm.c:6857 config/arm/arm.c:6909
  #, gcc-internal-format
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "attributet %qE ignorerat utan flaggan -mcmse."
  
! #: config/arm/arm.c:6876
  #, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "attributet %qE har ingen effekt pÃ¥ funktioner med statisk lÃ¤nkklass"
  
! #: config/arm/arm.c:6925
  #, gcc-internal-format
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "attributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ bastypen av en funktionspekare"
  
! #: config/arm/arm.c:12208
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr "%K%s %wd utanfÃ¶r intervall %wd - %wd"
  
! #: config/arm/arm.c:12211
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr "%s %wd utanfÃ¶r intervall %wd - %wd"
  
! #: config/arm/arm.c:23458
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "kan inte berÃ¤kna verklig plats fÃ¶r stackparameter"
  
! #: config/arm/arm.c:24111
  #, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr "OvÃ¤ntat lÃ¥ngt thumb1-hopp"
  
! #: config/arm/arm.c:24375
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "inga lÃ¥ga register tillgÃ¤ngliga fÃ¶r att poppa hÃ¶ga register"
  
! #: config/arm/arm.c:24624
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "avbrottshanteringsrutiner kan inte kodas i Thumb-lÃ¤ge"
  
! #: config/arm/arm.c:24853
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr "-fstack-check=specific fÃ¶r Thumb-1"
  
! #: config/arm/arm.c:30391
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid fpu for attribute(target(\"%s\"))"
  msgstr "ogiltig fpu fÃ¶r attribute(target(\"%s\"))"
--- 26704,26775 ----
  msgid "%qE attribute only applies to functions"
  msgstr "attributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ funktioner"
  
! #: config/arm/arm.c:6851
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr "attributet %qE Ã¤r inte tillgÃ¤ngligt fÃ¶r funktioner med argument som skickas pÃ¥ stacken"
  
! #: config/arm/arm.c:6863
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with variable number of arguments"
! msgstr "attributet %qE Ã¤r inte tillgÃ¤ngligt fÃ¶r funktioner med ett variabelt antal argument"
  
! #: config/arm/arm.c:6872
  #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr "attributet %qE Ã¤r inte tillgÃ¤ngligt fÃ¶r funktioner som returnerar ett vÃ¤rde pÃ¥ stacken"
  
! #: config/arm/arm.c:6894 config/arm/arm.c:6946
  #, gcc-internal-format
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "attributet %qE ignorerat utan flaggan -mcmse."
  
! #: config/arm/arm.c:6913
  #, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "attributet %qE har ingen effekt pÃ¥ funktioner med statisk lÃ¤nkklass"
  
! #: config/arm/arm.c:6962
  #, gcc-internal-format
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "attributet %qE Ã¤r bara tillÃ¤mpligt pÃ¥ bastypen av en funktionspekare"
  
! #: config/arm/arm.c:12245
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr "%K%s %wd utanfÃ¶r intervall %wd - %wd"
  
! #: config/arm/arm.c:12248
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr "%s %wd utanfÃ¶r intervall %wd - %wd"
  
! #: config/arm/arm.c:23495
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "kan inte berÃ¤kna verklig plats fÃ¶r stackparameter"
  
! #: config/arm/arm.c:24148
  #, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr "OvÃ¤ntat lÃ¥ngt thumb1-hopp"
  
! #: config/arm/arm.c:24412
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "inga lÃ¥ga register tillgÃ¤ngliga fÃ¶r att poppa hÃ¶ga register"
  
! #: config/arm/arm.c:24661
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "avbrottshanteringsrutiner kan inte kodas i Thumb-lÃ¤ge"
  
! #: config/arm/arm.c:24890
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr "-fstack-check=specific fÃ¶r Thumb-1"
  
! #: config/arm/arm.c:30435
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid fpu for attribute(target(\"%s\"))"
  msgstr "ogiltig fpu fÃ¶r attribute(target(\"%s\"))"
*************** msgstr "ogiltig fpu fÃ¶r attribute(targe
*** 26856,26868 ****
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30399
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
! msgstr "automatiskt fpu-val Ã¤r nÃ¤rvarande inte tillÃ¥tet hÃ¤r"
  
! #: config/arm/arm.c:30406 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:14915 config/s390/s390.c:14965 config/s390/s390.c:14982
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr "attribute(target(\"%s\")) Ã¤r okÃ¤nt"
--- 26777,26789 ----
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30443
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
! msgstr "automatiskt fpu-val Ã¤r fÃ¶r nÃ¤rvarande inte tillÃ¥tet hÃ¤r"
  
! #: config/arm/arm.c:30450 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:15083 config/s390/s390.c:15133 config/s390/s390.c:15150
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr "attribute(target(\"%s\")) Ã¤r okÃ¤nt"
*************** msgstr "adressrymder stÃ¶djs inte fÃ¶r r
*** 27045,27051 ****
  #: config/avr/avr.c:9660
  #, gcc-internal-format
  msgid "address space %qs not supported for devices with flash size up to %d KiB"
! msgstr "adressrymden %qs stÃ¶djs inte fÃ¶r enheter med flash-storlek upp til %d KiB"
  
  #: config/avr/avr.c:9831
  #, gcc-internal-format
--- 26966,26972 ----
  #: config/avr/avr.c:9660
  #, gcc-internal-format
  msgid "address space %qs not supported for devices with flash size up to %d KiB"
! msgstr "adressrymden %qs stÃ¶djs inte fÃ¶r enheter med flash-storlek upp till %d KiB"
  
  #: config/avr/avr.c:9831
  #, gcc-internal-format
*************** msgstr "det gÃ¥r inte att sÃ¤tta positio
*** 27503,27509 ****
  #: config/i386/i386.c:4692
  #, gcc-internal-format
  msgid "wrong argument %qs to option %qs"
! msgstr "felaktiga argument %qs till flaggan %qs"
  
  #: config/i386/i386.c:4698
  #, gcc-internal-format
--- 27424,27430 ----
  #: config/i386/i386.c:4692
  #, gcc-internal-format
  msgid "wrong argument %qs to option %qs"
! msgstr "felaktigt argument %qs till flaggan %qs"
  
  #: config/i386/i386.c:4698
  #, gcc-internal-format
*************** msgstr "storleksintervall till flaggan %
*** 27513,27519 ****
  #: config/i386/i386.c:4708
  #, gcc-internal-format
  msgid "wrong strategy name %qs specified for option %qs"
! msgstr "felaktigt strateginamn %qs angivet till flaggan %s"
  
  #. rep; movq isn't available in 32-bit code.
  #: config/i386/i386.c:4734
--- 27434,27440 ----
  #: config/i386/i386.c:4708
  #, gcc-internal-format
  msgid "wrong strategy name %qs specified for option %qs"
! msgstr "felaktigt strateginamn %qs angivet till flaggan %qs"
  
  #. rep; movq isn't available in 32-bit code.
  #: config/i386/i386.c:4734
*************** msgstr "okÃ¤nd justering %qs angiven til
*** 27529,27535 ****
  #: config/i386/i386.c:4757
  #, gcc-internal-format
  msgid "the max value for the last size range should be -1 for option %qs"
! msgstr "maxvÃ¤rdet fÃ¶r den sista storleksintervallet skall vara -1 fÃ¶r flaggan %qs"
  
  #: config/i386/i386.c:4764
  #, gcc-internal-format
--- 27450,27456 ----
  #: config/i386/i386.c:4757
  #, gcc-internal-format
  msgid "the max value for the last size range should be -1 for option %qs"
! msgstr "maxvÃ¤rdet fÃ¶r det sista storleksintervallet skall vara -1 fÃ¶r flaggan %qs"
  
  #: config/i386/i386.c:4764
  #, gcc-internal-format
*************** msgstr "Intel MCU psABI stÃ¶djs inte i %
*** 27549,27561 ****
  #: config/i386/i386.c:5270
  #, gcc-internal-format
  msgid "%<-mtune=x86-64%> is deprecated; use %<-mtune=k8%> or %<-mtune=generic%> instead as appropriate"
! msgstr "%<tune=x86-64%> bÃ¶r undvikas.  AnvÃ¤nd istÃ¤llet det som passar av %<tune=k8%> och %<tune=generic%>"
  
  #: config/i386/i386.c:5272
! #, fuzzy, gcc-internal-format
! #| msgid "%<-mtune=x86-64%> is deprecated; use %<-mtune=k8%> or %<-mtune=generic%> instead as appropriate"
  msgid "%<target(\"tune=x86-64\")%> is deprecated; use %<target(\"tune=k8\")%> or %<target(\"tune=generic\")%> instead as appropriate"
! msgstr "%<tune=x86-64%> bÃ¶r undvikas.  AnvÃ¤nd istÃ¤llet det som passar av %<tune=k8%> och %<tune=generic%>"
  
  #. rep; movq isn't available in 32-bit code.
  #: config/i386/i386.c:5299
--- 27470,27481 ----
  #: config/i386/i386.c:5270
  #, gcc-internal-format
  msgid "%<-mtune=x86-64%> is deprecated; use %<-mtune=k8%> or %<-mtune=generic%> instead as appropriate"
! msgstr "%<-mtune=x86-64%> bÃ¶r undvikas.  AnvÃ¤nd istÃ¤llet det som passar av %<-mtune=k8%> och %<-mtune=generic%>"
  
  #: config/i386/i386.c:5272
! #, gcc-internal-format
  msgid "%<target(\"tune=x86-64\")%> is deprecated; use %<target(\"tune=k8\")%> or %<target(\"tune=generic\")%> instead as appropriate"
! msgstr "%<target(\"tune=x86-64\")%> bÃ¶r undvikas.  AnvÃ¤nd istÃ¤llet det som passar av %<target(\"tune=k8\")%> och %<target(\"tune=generic\")%>"
  
  #. rep; movq isn't available in 32-bit code.
  #: config/i386/i386.c:5299
*************** msgstr "CPU %<generic%> kan anvÃ¤ndas en
*** 27602,27611 ****
  
  # "generic" Ã¤r bokstavligt argument till flaggan
  #: config/i386/i386.c:5425
! #, fuzzy, gcc-internal-format
! #| msgid "%<generic%> CPU can be used only for %<-mtune=%> switch"
  msgid "%<generic%> CPU can be used only for %<target(\"tune=\")%> attribute"
! msgstr "CPU %<generic%> kan anvÃ¤ndas endast till flaggan %<-mtune=%>"
  
  # "intel" Ã¤r bokstavligt argument till flaggan
  #: config/i386/i386.c:5432
--- 27522,27530 ----
  
  # "generic" Ã¤r bokstavligt argument till flaggan
  #: config/i386/i386.c:5425
! #, gcc-internal-format
  msgid "%<generic%> CPU can be used only for %<target(\"tune=\")%> attribute"
! msgstr "CPU %<generic%> kan anvÃ¤ndas endast till attributet %<target(\"tune=\")%>"
  
  # "intel" Ã¤r bokstavligt argument till flaggan
  #: config/i386/i386.c:5432
*************** msgstr "CPU %<intel%> kan anvÃ¤ndas enda
*** 27615,27624 ****
  
  # "intel" Ã¤r bokstavligt argument till flaggan
  #: config/i386/i386.c:5434
! #, fuzzy, gcc-internal-format
! #| msgid "%<intel%> CPU can be used only for %<-mtune=%> switch"
  msgid "%<intel%> CPU can be used only for %<target(\"tune=\")%> attribute"
! msgstr "CPU %<intel%> kan anvÃ¤ndas endast till flaggan %<-mtune=%>"
  
  #: config/i386/i386.c:5442 config/i386/i386.c:5718
  #, gcc-internal-format
--- 27534,27542 ----
  
  # "intel" Ã¤r bokstavligt argument till flaggan
  #: config/i386/i386.c:5434
! #, gcc-internal-format
  msgid "%<intel%> CPU can be used only for %<target(\"tune=\")%> attribute"
! msgstr "CPU %<intel%> kan anvÃ¤ndas endast till attributet %<target(\"tune=\")%>"
  
  #: config/i386/i386.c:5442 config/i386/i386.c:5718
  #, gcc-internal-format
*************** msgid "bad value (%qs) for %<-march=%> s
*** 27636,27645 ****
  msgstr "felaktigt vÃ¤rde (%qs) till flaggan %<-march=%>"
  
  #: config/i386/i386.c:5664
! #, fuzzy, gcc-internal-format
! #| msgid "bad value (%qs) for %<-march=%> switch"
  msgid "bad value (%qs) for %<target(\"arch=\")%> attribute"
! msgstr "felaktigt vÃ¤rde (%qs) till flaggan %<-march=%>"
  
  #: config/i386/i386.c:5681
  #, gcc-internal-format
--- 27554,27562 ----
  msgstr "felaktigt vÃ¤rde (%qs) till flaggan %<-march=%>"
  
  #: config/i386/i386.c:5664
! #, gcc-internal-format
  msgid "bad value (%qs) for %<target(\"arch=\")%> attribute"
! msgstr "felaktigt vÃ¤rde (%qs) till attributet %<target(\"arch=\")%>"
  
  #: config/i386/i386.c:5681
  #, gcc-internal-format
*************** msgid "valid arguments to %<-march=%> sw
*** 27647,27656 ****
  msgstr "giltiga argument till flaggan %<-march=%> Ã¤r: %s; menade du %qs?"
  
  #: config/i386/i386.c:5683
! #, fuzzy, gcc-internal-format
! #| msgid "valid arguments to %<-march=%> switch are: %s; did you mean %qs?"
  msgid "valid arguments to %<target(\"arch=\")%> attribute are: %s; did you mean %qs?"
! msgstr "giltiga argument till flaggan %<-march=%> Ã¤r: %s; menade du %qs?"
  
  #: config/i386/i386.c:5688
  #, gcc-internal-format
--- 27564,27572 ----
  msgstr "giltiga argument till flaggan %<-march=%> Ã¤r: %s; menade du %qs?"
  
  #: config/i386/i386.c:5683
! #, gcc-internal-format
  msgid "valid arguments to %<target(\"arch=\")%> attribute are: %s; did you mean %qs?"
! msgstr "giltiga argument till attributet %<target(\"arch=\")%> Ã¤r: %s; menade du %qs?"
  
  #: config/i386/i386.c:5688
  #, gcc-internal-format
*************** msgid "valid arguments to %<-march=%> sw
*** 27658,27667 ****
  msgstr "giltiga argument till flaggan %<-march=%> Ã¤r: %s"
  
  #: config/i386/i386.c:5689
! #, fuzzy, gcc-internal-format
! #| msgid "valid arguments to %<-march=%> switch are: %s"
  msgid "valid arguments to %<target(\"arch=\")%> attribute are: %s"
! msgstr "giltiga argument till flaggan %<-march=%> Ã¤r: %s"
  
  #: config/i386/i386.c:5736
  #, gcc-internal-format
--- 27574,27582 ----
  msgstr "giltiga argument till flaggan %<-march=%> Ã¤r: %s"
  
  #: config/i386/i386.c:5689
! #, gcc-internal-format
  msgid "valid arguments to %<target(\"arch=\")%> attribute are: %s"
! msgstr "giltiga argument till attributet %<target(\"arch=\")%> Ã¤r: %s"
  
  #: config/i386/i386.c:5736
  #, gcc-internal-format
*************** msgid "bad value (%qs) for %<-mtune=%> s
*** 27669,27678 ****
  msgstr "felaktigt vÃ¤rde (%qs) till flaggan %<-mtune=%>"
  
  #: config/i386/i386.c:5737
! #, fuzzy, gcc-internal-format
! #| msgid "bad value (%qs) for %<-mtune=%> switch"
  msgid "bad value (%qs) for %<target(\"tune=\")%> attribute"
! msgstr "felaktigt vÃ¤rde (%qs) till flaggan %<-mtune=%>"
  
  #: config/i386/i386.c:5752
  #, gcc-internal-format
--- 27584,27592 ----
  msgstr "felaktigt vÃ¤rde (%qs) till flaggan %<-mtune=%>"
  
  #: config/i386/i386.c:5737
! #, gcc-internal-format
  msgid "bad value (%qs) for %<target(\"tune=\")%> attribute"
! msgstr "felaktigt vÃ¤rde (%qs) till attributet %<target(\"tune=\")%>"
  
  #: config/i386/i386.c:5752
  #, gcc-internal-format
*************** msgid "valid arguments to %<-mtune=%> sw
*** 27680,27689 ****
  msgstr "giltiga argument till flaggan %<-mtune=%> Ã¤r: %s; menade du %qs?"
  
  #: config/i386/i386.c:5754
! #, fuzzy, gcc-internal-format
! #| msgid "valid arguments to %<-mtune=%> switch are: %s; did you mean %qs?"
  msgid "valid arguments to %<target(\"tune=\")%> attribute are: %s; did you mean %qs?"
! msgstr "giltiga argument till flaggan %<-mtune=%> Ã¤r: %s; menade du %qs?"
  
  #: config/i386/i386.c:5759
  #, gcc-internal-format
--- 27594,27602 ----
  msgstr "giltiga argument till flaggan %<-mtune=%> Ã¤r: %s; menade du %qs?"
  
  #: config/i386/i386.c:5754
! #, gcc-internal-format
  msgid "valid arguments to %<target(\"tune=\")%> attribute are: %s; did you mean %qs?"
! msgstr "giltiga argument till attributet %<target(\"tune=\")%> Ã¤r: %s; menade du %qs?"
  
  #: config/i386/i386.c:5759
  #, gcc-internal-format
*************** msgid "valid arguments to %<-mtune=%> sw
*** 27691,27700 ****
  msgstr "giltiga argument till flaggan %<-mtune=%> Ã¤r: %s"
  
  #: config/i386/i386.c:5760
! #, fuzzy, gcc-internal-format
! #| msgid "valid arguments to %<-mtune=%> switch are: %s"
  msgid "valid arguments to %<target(\"tune=\")%> attribute are: %s"
! msgstr "giltiga argument till flaggan %<-mtune=%> Ã¤r: %s"
  
  #: config/i386/i386.c:5826
  #, gcc-internal-format
--- 27604,27612 ----
  msgstr "giltiga argument till flaggan %<-mtune=%> Ã¤r: %s"
  
  #: config/i386/i386.c:5760
! #, gcc-internal-format
  msgid "valid arguments to %<target(\"tune=\")%> attribute are: %s"
! msgstr "giltiga argument till attributet %<target(\"tune=\")%> Ã¤r: %s"
  
  #: config/i386/i386.c:5826
  #, gcc-internal-format
*************** msgid "%<-mrtd%> is ignored in 64bit mod
*** 27717,27726 ****
  msgstr "%<-mrtd%> ignoreras i 64-bitslÃ¤ge"
  
  #: config/i386/i386.c:5865
! #, fuzzy, gcc-internal-format
! #| msgid "%<-mrtd%> is ignored in 64bit mode"
  msgid "%<target(\"rtd\")%> is ignored in 64bit mode"
! msgstr "%<-mrtd%> ignoreras i 64-bitslÃ¤ge"
  
  #: config/i386/i386.c:5938
  #, gcc-internal-format
--- 27629,27637 ----
  msgstr "%<-mrtd%> ignoreras i 64-bitslÃ¤ge"
  
  #: config/i386/i386.c:5865
! #, gcc-internal-format
  msgid "%<target(\"rtd\")%> is ignored in 64bit mode"
! msgstr "%<target(\"rtd\")%> ignoreras i 64-bitslÃ¤ge"
  
  #: config/i386/i386.c:5938
  #, gcc-internal-format
*************** msgid "%<-msseregparm%> used without SSE
*** 27753,27762 ****
  msgstr "%<-msseregparm%> anvÃ¤nd utan SSE aktiverat"
  
  #: config/i386/i386.c:5987
! #, fuzzy, gcc-internal-format
! #| msgid "%<-msseregparm%> used without SSE enabled"
  msgid "%<target(\"sseregparm\")%> used without SSE enabled"
! msgstr "%<-msseregparm%> anvÃ¤nd utan SSE aktiverat"
  
  #: config/i386/i386.c:5997
  #, gcc-internal-format
--- 27664,27672 ----
  msgstr "%<-msseregparm%> anvÃ¤nd utan SSE aktiverat"
  
  #: config/i386/i386.c:5987
! #, gcc-internal-format
  msgid "%<target(\"sseregparm\")%> used without SSE enabled"
! msgstr "%<target(\"sseregparm\")%> anvÃ¤nt utan SSE aktiverat"
  
  #: config/i386/i386.c:5997
  #, gcc-internal-format
*************** msgid "stack probing requires %<-maccumu
*** 27774,27783 ****
  msgstr "stackavkÃ¤nning krÃ¤ver %<-maccumulate-outgoing-args%> fÃ¶r att bli korrekt"
  
  #: config/i386/i386.c:6056
! #, fuzzy, gcc-internal-format
! #| msgid "stack probing requires %<-maccumulate-outgoing-args%> for correctness"
  msgid "stack probing requires %<target(\"accumulate-outgoing-args\")%> for correctness"
! msgstr "stackavkÃ¤nning krÃ¤ver %<-maccumulate-outgoing-args%> fÃ¶r att bli korrekt"
  
  #: config/i386/i386.c:6070
  #, gcc-internal-format
--- 27684,27692 ----
  msgstr "stackavkÃ¤nning krÃ¤ver %<-maccumulate-outgoing-args%> fÃ¶r att bli korrekt"
  
  #: config/i386/i386.c:6056
! #, gcc-internal-format
  msgid "stack probing requires %<target(\"accumulate-outgoing-args\")%> for correctness"
! msgstr "stackavkÃ¤nning krÃ¤ver %<target(\"accumulate-outgoing-args\")%> fÃ¶r att bli korrekt"
  
  #: config/i386/i386.c:6070
  #, gcc-internal-format
*************** msgid "fixed ebp register requires %<-ma
*** 27785,27794 ****
  msgstr "fasta ebp-register krÃ¤ver %<-maccumulate-outgoing-args%>"
  
  #: config/i386/i386.c:6072
! #, fuzzy, gcc-internal-format
! #| msgid "fixed ebp register requires %<-maccumulate-outgoing-args%>"
  msgid "fixed ebp register requires %<target(\"accumulate-outgoing-args\")%>"
! msgstr "fasta ebp-register krÃ¤ver %<-maccumulate-outgoing-args%>"
  
  #: config/i386/i386.c:6178
  #, gcc-internal-format
--- 27694,27702 ----
  msgstr "fasta ebp-register krÃ¤ver %<-maccumulate-outgoing-args%>"
  
  #: config/i386/i386.c:6072
! #, gcc-internal-format
  msgid "fixed ebp register requires %<target(\"accumulate-outgoing-args\")%>"
! msgstr "fasta ebp-register krÃ¤ver %<target(\"accumulate-outgoing-args\")%>"
  
  #: config/i386/i386.c:6178
  #, gcc-internal-format
*************** msgstr "attributet ms_hook_prologue Ã¤r
*** 27998,28004 ****
  #: config/i386/i386.c:13824
  #, gcc-internal-format
  msgid "Dynamic Realign Argument Pointer (DRAP) not supported in interrupt service routine.  This may be worked around by avoiding functions with aggregate return."
! msgstr "Dynamic Realign Argument Pointer (DRAP) stÃ¶djs inte i avbrottshanteringsrutiner.  Detta gan gÃ¥s runt genom att undvika funktioner med sammansatta returvÃ¤rden."
  
  #: config/i386/i386.c:14836
  #, gcc-internal-format
--- 27906,27912 ----
  #: config/i386/i386.c:13824
  #, gcc-internal-format
  msgid "Dynamic Realign Argument Pointer (DRAP) not supported in interrupt service routine.  This may be worked around by avoiding functions with aggregate return."
! msgstr "Dynamic Realign Argument Pointer (DRAP) stÃ¶djs inte i avbrottshanteringsrutiner.  Detta kan gÃ¥s runt genom att undvika funktioner med sammansatta returvÃ¤rden."
  
  #: config/i386/i386.c:14836
  #, gcc-internal-format
*************** msgid "-fsplit-stack does not support 3
*** 28018,28027 ****
  msgstr "-fsplit-stack stÃ¶djer inte 3 registerparametrar"
  
  #: config/i386/i386.c:17672 config/i386/i386.c:17686
! #, fuzzy, gcc-internal-format
! #| msgid "unsupported operand size for extended register"
  msgid "unsupported size for integer register"
! msgstr "ej stÃ¶dd operandstorlek fÃ¶r utÃ¶kat register"
  
  #: config/i386/i386.c:17718
  #, gcc-internal-format
--- 27926,27934 ----
  msgstr "-fsplit-stack stÃ¶djer inte 3 registerparametrar"
  
  #: config/i386/i386.c:17672 config/i386/i386.c:17686
! #, gcc-internal-format
  msgid "unsupported size for integer register"
! msgstr "ej stÃ¶dd storlek fÃ¶r heltalsregister"
  
  #: config/i386/i386.c:17718
  #, gcc-internal-format
*************** msgid "__delay_cycles() only takes const
*** 29028,29043 ****
  msgstr "__delay_cycles() tar endast konstanta argument"
  
  #: config/msp430/msp430.c:2504
! #, fuzzy, gcc-internal-format
! #| msgid "__delay_cycles only takes non-negative cycle counts."
  msgid "__delay_cycles only takes non-negative cycle counts"
! msgstr "__delay_cycles tar endast ickenegativa antal cykler."
  
  #: config/msp430/msp430.c:2524
! #, fuzzy, gcc-internal-format
! #| msgid "__delay_cycles is limited to 32-bit loop counts."
  msgid "__delay_cycles is limited to 32-bit loop counts"
! msgstr "__delay_cycles Ã¤r begrÃ¤nsad till 32-bitars slingrÃ¤knare."
  
  #: config/msp430/msp430.c:2594
  #, gcc-internal-format
--- 28935,28948 ----
  msgstr "__delay_cycles() tar endast konstanta argument"
  
  #: config/msp430/msp430.c:2504
! #, gcc-internal-format
  msgid "__delay_cycles only takes non-negative cycle counts"
! msgstr "__delay_cycles tar endast ickenegativa antal cykler"
  
  #: config/msp430/msp430.c:2524
! #, gcc-internal-format
  msgid "__delay_cycles is limited to 32-bit loop counts"
! msgstr "__delay_cycles Ã¤r begrÃ¤nsad till 32-bitars slingrÃ¤knare"
  
  #: config/msp430/msp430.c:2594
  #, gcc-internal-format
*************** msgid "invalid warm function for reset a
*** 29102,29111 ****
  msgstr "ogiltig warm-funktion fÃ¶r Ã¥terstÃ¤llningsattribut"
  
  #: config/nds32/nds32.c:2707
! #, fuzzy, gcc-internal-format
! #| msgid "position-independent code requires %qs"
  msgid "position-independent code not supported"
! msgstr "positionsoberoende kod behÃ¶ver %qs"
  
  #: config/nios2/nios2.c:561
  #, gcc-internal-format
--- 29007,29015 ----
  msgstr "ogiltig warm-funktion fÃ¶r Ã¥terstÃ¤llningsattribut"
  
  #: config/nds32/nds32.c:2707
! #, gcc-internal-format
  msgid "position-independent code not supported"
! msgstr "positionsoberoende kod stÃ¶djs inte"
  
  #: config/nios2/nios2.c:561
  #, gcc-internal-format
*************** msgid "using vector_length (%d), ignorin
*** 29313,29322 ****
  msgstr "anvÃ¤nder vector_length (%d), ignorerar %d"
  
  #: config/nvptx/nvptx.c:4675
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "using vector_length (%d), ignoring %d"
  msgid "using vector_length (%d), ignoring runtime setting"
! msgstr "anvÃ¤nder vector_length (%d), ignorerar %d"
  
  #: config/nvptx/nvptx.c:4685
  #, gcc-internal-format, gfc-internal-format
--- 29217,29225 ----
  msgstr "anvÃ¤nder vector_length (%d), ignorerar %d"
  
  #: config/nvptx/nvptx.c:4675
! #, gcc-internal-format, gfc-internal-format
  msgid "using vector_length (%d), ignoring runtime setting"
! msgstr "anvÃ¤nder vector_length (%d), ignorerar kÃ¶rtidsinstÃ¤llningen"
  
  #: config/nvptx/nvptx.c:4685
  #, gcc-internal-format, gfc-internal-format
*************** msgstr "vec_mul tar endast 2 argument"
*** 29498,29504 ****
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "vec_cmpne tar endast 2 argument"
  
! #: config/rs6000/rs6000-c.c:5711
  #, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr "vec_adde tar endast 3 argument"
--- 29401,29407 ----
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "vec_cmpne tar endast 2 argument"
  
! #: config/rs6000/rs6000-c.c:5710
  #, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr "vec_adde tar endast 3 argument"
*************** msgstr "vec_adde tar endast 3 argument"
*** 29508,29549 ****
  msgid "vec_addec only accepts 3 arguments"
  msgstr "vec_addec tar endast 3 argument"
  
! #: config/rs6000/rs6000-c.c:5861
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%s tar endast %d argument"
  
! #: config/rs6000/rs6000-c.c:5866
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%s tar endast ett argument"
  
! #: config/rs6000/rs6000-c.c:5871
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%s tar bara 2 argument"
  
! #: config/rs6000/rs6000-c.c:5937
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr "vec_extract tar endast 2 argument"
  
! #: config/rs6000/rs6000-c.c:6106
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr "vec_insert tar endast 3 argument"
  
! #: config/rs6000/rs6000-c.c:6380
  #, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "att skicka argument %d till %qE kastar kvalificerare frÃ¥n pekarmÃ¥ltyp"
  
! #: config/rs6000/rs6000-c.c:6434
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "Den inbyggda funktionen %s stÃ¶djs inte i denna kompilatorkonfiguration"
  
! #: config/rs6000/rs6000-c.c:6442
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr "ogiltigt parameterkombination fÃ¶r inbyggd %s i AltiVec"
--- 29411,29452 ----
  msgid "vec_addec only accepts 3 arguments"
  msgstr "vec_addec tar endast 3 argument"
  
! #: config/rs6000/rs6000-c.c:5862
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%s tar endast %d argument"
  
! #: config/rs6000/rs6000-c.c:5867
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%s tar endast ett argument"
  
! #: config/rs6000/rs6000-c.c:5872
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%s tar bara 2 argument"
  
! #: config/rs6000/rs6000-c.c:5938
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr "vec_extract tar endast 2 argument"
  
! #: config/rs6000/rs6000-c.c:6107
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr "vec_insert tar endast 3 argument"
  
! #: config/rs6000/rs6000-c.c:6381
  #, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "att skicka argument %d till %qE kastar kvalificerare frÃ¥n pekarmÃ¥ltyp"
  
! #: config/rs6000/rs6000-c.c:6435
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "Den inbyggda funktionen %s stÃ¶djs inte i denna kompilatorkonfiguration"
  
! #: config/rs6000/rs6000-c.c:6443
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr "ogiltigt parameterkombination fÃ¶r inbyggd %s i AltiVec"
*************** msgstr "kommer inte generera power5-inst
*** 29601,29607 ****
  #: config/rs6000/rs6000.c:4145
  #, gcc-internal-format
  msgid "not configured for SPE ABI"
! msgstr "inte konfigurerad fÃ¶r SPE-ABI:"
  
  #: config/rs6000/rs6000.c:4150
  #, gcc-internal-format
--- 29504,29510 ----
  #: config/rs6000/rs6000.c:4145
  #, gcc-internal-format
  msgid "not configured for SPE ABI"
! msgstr "inte konfigurerad fÃ¶r SPE-ABI"
  
  #: config/rs6000/rs6000.c:4150
  #, gcc-internal-format
*************** msgstr "-mstring stÃ¶djs inte pÃ¥ system
*** 29636,29650 ****
  #. Enforce that none of the ISA_3_0_MASKS_SERVER flags
  #. were explicitly cleared.
  #: config/rs6000/rs6000.c:4301 config/rs6000/rs6000.c:4312
! #, fuzzy, gcc-internal-format
! #| msgid "-mcmodel incompatible with other toc options"
  msgid "-mpower9-minmax incompatible with explicitly disabled options"
! msgstr "-mcmodel Ã¤r inkompatibel med andra toc-flaggor"
  
  #: config/rs6000/rs6000.c:4304
  #, gcc-internal-format
  msgid "Power9 target option is incompatible with -mcpu=<xxx> for <xxx> less than power9"
! msgstr ""
  
  #: config/rs6000/rs6000.c:4336
  #, gcc-internal-format
--- 29539,29552 ----
  #. Enforce that none of the ISA_3_0_MASKS_SERVER flags
  #. were explicitly cleared.
  #: config/rs6000/rs6000.c:4301 config/rs6000/rs6000.c:4312
! #, gcc-internal-format
  msgid "-mpower9-minmax incompatible with explicitly disabled options"
! msgstr "-mpower9-minmax Ã¤r inkompatibel med uttryckligen avaktiverade flaggor"
  
  #: config/rs6000/rs6000.c:4304
  #, gcc-internal-format
  msgid "Power9 target option is incompatible with -mcpu=<xxx> for <xxx> less than power9"
! msgstr "MÃ¥lflaggan fÃ¶r power9 Ã¤r inkompatibel med -mcpu=<xxx> fÃ¶r <xxx> som Ã¤r mindre Ã¤n power9"
  
  #: config/rs6000/rs6000.c:4336
  #, gcc-internal-format
*************** msgstr "-mpower9-dform behÃ¶ver -mpower9
*** 29723,29729 ****
  #: config/rs6000/rs6000.c:4647
  #, gcc-internal-format
  msgid "-mpower9-dform, -mpower9-dform-vector, -mpower9-dform-scalar require -mdirect-move"
! msgstr ""
  
  #: config/rs6000/rs6000.c:4670
  #, gcc-internal-format
--- 29625,29631 ----
  #: config/rs6000/rs6000.c:4647
  #, gcc-internal-format
  msgid "-mpower9-dform, -mpower9-dform-vector, -mpower9-dform-scalar require -mdirect-move"
! msgstr "-mpower9-dform, -mpower9-dform-vector, -mpower9-dform-scalar krÃ¤ver -mdirect-move"
  
  #: config/rs6000/rs6000.c:4670
  #, gcc-internal-format
*************** msgid "-mfloat128-hardware requires full
*** 29791,29800 ****
  msgstr "-mfloat128-hardware behÃ¶ver fullt ISA 3.0-stÃ¶d"
  
  #: config/rs6000/rs6000.c:4867
! #, fuzzy, gcc-internal-format
! #| msgid "-mfloat128-hardware requires -mfloat128-type"
  msgid "-mfloat128-hardware requires -m64"
! msgstr "-mfloat128-hardware behÃ¶ver -mfloat128-type"
  
  #: config/rs6000/rs6000.c:4931
  #, gcc-internal-format, gfc-internal-format
--- 29693,29701 ----
  msgstr "-mfloat128-hardware behÃ¶ver fullt ISA 3.0-stÃ¶d"
  
  #: config/rs6000/rs6000.c:4867
! #, gcc-internal-format
  msgid "-mfloat128-hardware requires -m64"
! msgstr "-mfloat128-hardware behÃ¶ver -m64"
  
  #: config/rs6000/rs6000.c:4931
  #, gcc-internal-format, gfc-internal-format
*************** msgstr "%sâ€�%sâ€�%s Ã¤r ogiltigt"
*** 30211,30223 ****
  #: config/rs6000/rs6000.c:39777
  #, gcc-internal-format, gfc-internal-format
  msgid "-mno-%s turns off -m%s"
! msgstr ""
  
  #: config/rs6000/rs6000.c:39794
! #, fuzzy, gcc-internal-format
! #| msgid "-mpower9-vector requires -mpower8-vector"
  msgid "-mno-power9-vector turns off -mpower9-dform"
! msgstr "-mpower9-vector behÃ¶ver -mpower8-vector"
  
  #. Definitions of target machine for GNU compiler,
  #. for IBM RS/6000 POWER running AIX version 4.3.
--- 30112,30123 ----
  #: config/rs6000/rs6000.c:39777
  #, gcc-internal-format, gfc-internal-format
  msgid "-mno-%s turns off -m%s"
! msgstr "-mno-%s slÃ¥r av -m%s"
  
  #: config/rs6000/rs6000.c:39794
! #, gcc-internal-format
  msgid "-mno-power9-vector turns off -mpower9-dform"
! msgstr "-mno-power9-vector slÃ¥r av -mpower9-dform"
  
  #. Definitions of target machine for GNU compiler,
  #. for IBM RS/6000 POWER running AIX version 4.3.
*************** msgid "builtin %qF is for GCC internal u
*** 30508,30529 ****
  msgstr "inbyggd %qF Ã¤r endast fÃ¶r GCC:s interna anvÃ¤ndning."
  
  #: config/s390/s390-c.c:879
! #, fuzzy, gcc-internal-format
! #| msgid "%qs is deprecated"
  msgid "builtin %qF is deprecated."
! msgstr "%qs bÃ¶r undvikas"
  
  #: config/s390/s390-c.c:883
! #, fuzzy, gcc-internal-format
! #| msgid "-mvsx-timode requires -mvsx"
  msgid "%qF requires -mvx"
! msgstr "-mvsx-timode behÃ¶ver -mvsx"
  
  #: config/s390/s390-c.c:889
! #, fuzzy, gcc-internal-format
! #| msgid "ABI requires -march=rv%d"
  msgid "%qF requires -march=arch12 or higher"
! msgstr "ABI:et krÃ¤ver -march=rv%d"
  
  #: config/s390/s390-c.c:903
  #, gcc-internal-format
--- 30408,30426 ----
  msgstr "inbyggd %qF Ã¤r endast fÃ¶r GCC:s interna anvÃ¤ndning."
  
  #: config/s390/s390-c.c:879
! #, gcc-internal-format
  msgid "builtin %qF is deprecated."
! msgstr "inbyggd %qF bÃ¶r undvikas."
  
  #: config/s390/s390-c.c:883
! #, gcc-internal-format
  msgid "%qF requires -mvx"
! msgstr "%qF behÃ¶ver -mvx"
  
  #: config/s390/s390-c.c:889
! #, gcc-internal-format
  msgid "%qF requires -march=arch12 or higher"
! msgstr "%qF behÃ¶ver -march=arch12 eller hÃ¶gre"
  
  #: config/s390/s390-c.c:903
  #, gcc-internal-format
*************** msgstr "tvetydig Ã¶verlagring fÃ¶r den i
*** 30543,30555 ****
  #: config/s390/s390-c.c:966
  #, gcc-internal-format
  msgid "%qs matching variant requires -march=arch12 or higher"
! msgstr ""
  
  #: config/s390/s390-c.c:972
! #, fuzzy, gcc-internal-format
! #| msgid "%qs is deprecated"
  msgid "%qs matching variant is deprecated."
! msgstr "%qs bÃ¶r undvikas"
  
  #: config/s390/s390-c.c:1012
  #, gcc-internal-format
--- 30440,30451 ----
  #: config/s390/s390-c.c:966
  #, gcc-internal-format
  msgid "%qs matching variant requires -march=arch12 or higher"
! msgstr "%qs-matchning krÃ¤ver -march=arch12 eller hÃ¶gre"
  
  #: config/s390/s390-c.c:972
! #, gcc-internal-format
  msgid "%qs matching variant is deprecated."
! msgstr "%qs-matchningsvariant bÃ¶r undvikas"
  
  #: config/s390/s390-c.c:1012
  #, gcc-internal-format
*************** msgid "builtin %qF is not supported with
*** 30572,30586 ****
  msgstr "inbyggd %qF stÃ¶djs inte utan -mhtm (standard med -march=zEC12 och hÃ¶gre)."
  
  #: config/s390/s390.c:843
! #, fuzzy, gcc-internal-format
! #| msgid "builtin %qF is not supported without -mvx (default with -march=z13 and higher)."
  msgid "builtin %qF requires -mvx (default with -march=z13 and higher)."
! msgstr "inbyggd %qF stÃ¶djs inte utan -mvx (standard med -march=z13 och hÃ¶gre)."
  
  #: config/s390/s390.c:850
  #, gcc-internal-format
  msgid "Builtin %qF requires arch12 or higher."
! msgstr ""
  
  #: config/s390/s390.c:869
  #, gcc-internal-format
--- 30468,30481 ----
  msgstr "inbyggd %qF stÃ¶djs inte utan -mhtm (standard med -march=zEC12 och hÃ¶gre)."
  
  #: config/s390/s390.c:843
! #, gcc-internal-format
  msgid "builtin %qF requires -mvx (default with -march=z13 and higher)."
! msgstr "inbyggd %qF behÃ¶ver -mvx (standard med -march=z13 och hÃ¶gre)."
  
  #: config/s390/s390.c:850
  #, gcc-internal-format
  msgid "Builtin %qF requires arch12 or higher."
! msgstr "Inbyggd %qF krÃ¤ver arch12 eller hÃ¶gre."
  
  #: config/s390/s390.c:869
  #, gcc-internal-format
*************** msgstr "ogiltigt argument %d till den in
*** 30603,30716 ****
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr "begÃ¤rt attribut %qE Ã¤r inte ett kommaseparerat par av ickenegativa heltalskonstanter eller fÃ¶r stort (max. %d)"
  
! #: config/s390/s390.c:9812
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr "totala storleken pÃ¥ lokala variabler Ã¶verskrider arkitekturens grÃ¤ns"
  
! #: config/s390/s390.c:10926
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr "ramstorleken fÃ¶r funktionen %qs Ã¤r %wd byte vilket Ã¶verskrider anvÃ¤ndarens valda stackgrÃ¤ns pÃ¥ %d byte.  En ovillkorlig fÃ¤lla lÃ¤ggs till."
  
! #: config/s390/s390.c:10942
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr "ramstorleken fÃ¶r funktionen %qs Ã¤r %wd byte vilket Ã¤r mer Ã¤n hÃ¤lften av stackstorleken.  Den dynamiska kontrollen skulle inte vara pÃ¥litlig.  Ingen kontroll lÃ¤ggs ut fÃ¶r denna funktion."
  
! #: config/s390/s390.c:10970
  #, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr "ramstorlek pÃ¥ %qs Ã¤r %wd byte"
  
! #: config/s390/s390.c:10974
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr "%qs anvÃ¤nder dynamisk stackallokering"
  
! #: config/s390/s390.c:11352
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr "CPU:er Ã¤ldre Ã¤n z900 stÃ¶djs inte med -fsplit-stack"
  
! #: config/s390/s390.c:14498
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr "%sarch=%s%s bÃ¶r undvikas och kommer tas bort i framtida utgÃ¥vor; anvÃ¤nd Ã¥tminstone %sarch=z900%s"
  
! #: config/s390/s390.c:14510
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr "%stune=%s%s bÃ¶r undvikas och kommer tas bort i framtida utgÃ¥vor; anvÃ¤nd Ã¥tminstone %stune=z900%s"
  
! #: config/s390/s390.c:14522
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "z/Architecture-lÃ¤ge stÃ¶djs inte pÃ¥ %s"
  
! #: config/s390/s390.c:14525
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "64-bits ABI stÃ¶djs inte i ESA/390-lÃ¤ge"
  
! #: config/s390/s390.c:14542
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr "vektorstÃ¶d i hÃ¥rdvara Ã¤r inte tillgÃ¤ngliga pÃ¥ %s"
  
! #: config/s390/s390.c:14545
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr "stÃ¶d fÃ¶r hÃ¥rdvaruvektorer Ã¤r inte tillgÃ¤ngligt med -msoft-float"
  
! #: config/s390/s390.c:14573
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "hÃ¥rdvaruinstruktioner fÃ¶r decimala flyttal Ã¤r inte tillgÃ¤ngliga pÃ¥ %s"
  
! #: config/s390/s390.c:14577
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "hÃ¥rdvaruinstruktioner fÃ¶r decimalflyttal Ã¤r inte tillgÃ¤ngliga i lÃ¤get ESA/390"
  
! #: config/s390/s390.c:14589
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr "-mhard-dfp kan inte anvÃ¤ndas tillsammans med -msoft-float"
  
! #: config/s390/s390.c:14597
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "-mbackchain -mpacked-stack -mhard-float stÃ¶djs inte i kombination"
  
! #: config/s390/s390.c:14603
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr "stackstorlek mÃ¥ste vara stÃ¶rre Ã¤n stackvaktsvÃ¤rdet"
  
! #: config/s390/s390.c:14605
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "stackstorlek fÃ¥r inte vara stÃ¶rre Ã¤n 64 k"
  
! #: config/s390/s390.c:14608
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr "-mstack-guard implicerar anvÃ¤ndning av -mstack-size"
  
  #. argument is not a plain number
! #: config/s390/s390.c:14706
  #, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr "argumenten till %qs skall vara ickenegativa heltal"
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr "argumentet till %qs Ã¤r fÃ¶r stort (max. %d)"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:14921
  #, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr "vÃ¤rdet %qs stÃ¶djs inte av attributet %<target%>"
--- 30498,30611 ----
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr "begÃ¤rt attribut %qE Ã¤r inte ett kommaseparerat par av ickenegativa heltalskonstanter eller fÃ¶r stort (max. %d)"
  
! #: config/s390/s390.c:9980
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr "totala storleken pÃ¥ lokala variabler Ã¶verskrider arkitekturens grÃ¤ns"
  
! #: config/s390/s390.c:11094
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr "ramstorleken fÃ¶r funktionen %qs Ã¤r %wd byte vilket Ã¶verskrider anvÃ¤ndarens valda stackgrÃ¤ns pÃ¥ %d byte.  En ovillkorlig fÃ¤lla lÃ¤ggs till."
  
! #: config/s390/s390.c:11110
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr "ramstorleken fÃ¶r funktionen %qs Ã¤r %wd byte vilket Ã¤r mer Ã¤n hÃ¤lften av stackstorleken.  Den dynamiska kontrollen skulle inte vara pÃ¥litlig.  Ingen kontroll lÃ¤ggs ut fÃ¶r denna funktion."
  
! #: config/s390/s390.c:11138
  #, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr "ramstorlek pÃ¥ %qs Ã¤r %wd byte"
  
! #: config/s390/s390.c:11142
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr "%qs anvÃ¤nder dynamisk stackallokering"
  
! #: config/s390/s390.c:11520
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr "CPU:er Ã¤ldre Ã¤n z900 stÃ¶djs inte med -fsplit-stack"
  
! #: config/s390/s390.c:14666
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr "%sarch=%s%s bÃ¶r undvikas och kommer tas bort i framtida utgÃ¥vor; anvÃ¤nd Ã¥tminstone %sarch=z900%s"
  
! #: config/s390/s390.c:14678
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr "%stune=%s%s bÃ¶r undvikas och kommer tas bort i framtida utgÃ¥vor; anvÃ¤nd Ã¥tminstone %stune=z900%s"
  
! #: config/s390/s390.c:14690
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "z/Architecture-lÃ¤ge stÃ¶djs inte pÃ¥ %s"
  
! #: config/s390/s390.c:14693
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "64-bits ABI stÃ¶djs inte i ESA/390-lÃ¤ge"
  
! #: config/s390/s390.c:14710
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr "vektorstÃ¶d i hÃ¥rdvara Ã¤r inte tillgÃ¤ngliga pÃ¥ %s"
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr "stÃ¶d fÃ¶r hÃ¥rdvaruvektorer Ã¤r inte tillgÃ¤ngligt med -msoft-float"
  
! #: config/s390/s390.c:14741
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "hÃ¥rdvaruinstruktioner fÃ¶r decimala flyttal Ã¤r inte tillgÃ¤ngliga pÃ¥ %s"
  
! #: config/s390/s390.c:14745
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "hÃ¥rdvaruinstruktioner fÃ¶r decimalflyttal Ã¤r inte tillgÃ¤ngliga i lÃ¤get ESA/390"
  
! #: config/s390/s390.c:14757
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr "-mhard-dfp kan inte anvÃ¤ndas tillsammans med -msoft-float"
  
! #: config/s390/s390.c:14765
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "-mbackchain -mpacked-stack -mhard-float stÃ¶djs inte i kombination"
  
! #: config/s390/s390.c:14771
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr "stackstorlek mÃ¥ste vara stÃ¶rre Ã¤n stackvaktsvÃ¤rdet"
  
! #: config/s390/s390.c:14773
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "stackstorlek fÃ¥r inte vara stÃ¶rre Ã¤n 64 k"
  
! #: config/s390/s390.c:14776
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr "-mstack-guard implicerar anvÃ¤ndning av -mstack-size"
  
  #. argument is not a plain number
! #: config/s390/s390.c:14874
  #, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr "argumenten till %qs skall vara ickenegativa heltal"
  
! #: config/s390/s390.c:14881
  #, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr "argumentet till %qs Ã¤r fÃ¶r stort (max. %d)"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:15089
  #, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr "vÃ¤rdet %qs stÃ¶djs inte av attributet %<target%>"
*************** msgid "%E qualifier ignored on asm"
*** 33404,33413 ****
  msgstr "kvalificeraren %E ignorerad pÃ¥ asm"
  
  #: c/c-parser.c:6175
! #, fuzzy, gcc-internal-format
! #| msgid "expected %<,%> or %<)%>"
  msgid "expected %<:%> or %<)%>"
! msgstr "%<,%> eller %<)%> fÃ¶rvÃ¤ntades"
  
  #: c/c-parser.c:6487
  #, gcc-internal-format
--- 33299,33307 ----
  msgstr "kvalificeraren %E ignorerad pÃ¥ asm"
  
  #: c/c-parser.c:6175
! #, gcc-internal-format
  msgid "expected %<:%> or %<)%>"
! msgstr "%<:%> eller %<)%> fÃ¶rvÃ¤ntades"
  
  #: c/c-parser.c:6487
  #, gcc-internal-format
*************** msgid "compatible type is here"
*** 33480,33489 ****
  msgstr "kompatibla typen finns hÃ¤r"
  
  #: c/c-parser.c:7466
! #, fuzzy, gcc-internal-format
! #| msgid "%<_Generic> selector matches multiple associations"
  msgid "%<_Generic%> selector matches multiple associations"
! msgstr "%<_Generic>-vÃ¤ljare matchar flera associationer"
  
  #: c/c-parser.c:7468
  #, gcc-internal-format
--- 33374,33382 ----
  msgstr "kompatibla typen finns hÃ¤r"
  
  #: c/c-parser.c:7466
! #, gcc-internal-format
  msgid "%<_Generic%> selector matches multiple associations"
! msgstr "%<_Generic%>-vÃ¤ljare matchar flera associationer"
  
  #: c/c-parser.c:7468
  #, gcc-internal-format
*************** msgstr "attributet %<getter%> kan bara a
*** 33666,33675 ****
  #: cp/parser.c:35805 cp/parser.c:38116 cp/parser.c:38131 cp/parser.c:38147
  #: cp/parser.c:38163 cp/parser.c:38179 cp/parser.c:38207 cp/parser.c:38220
  #: cp/parser.c:38243 cp/parser.c:38256
! #, fuzzy, gcc-internal-format
! #| msgid "%<#pragma omp flush%> may only be used in compound statements"
  msgid "%<#pragma %s%> may only be used in compound statements"
! msgstr "%<#pragma omp flush%> fÃ¥r bara anvÃ¤ndas i sammansatta satser"
  
  #: c/c-parser.c:10214 cp/parser.c:38233
  #, gcc-internal-format
--- 33559,33567 ----
  #: cp/parser.c:35805 cp/parser.c:38116 cp/parser.c:38131 cp/parser.c:38147
  #: cp/parser.c:38163 cp/parser.c:38179 cp/parser.c:38207 cp/parser.c:38220
  #: cp/parser.c:38243 cp/parser.c:38256
! #, gcc-internal-format
  msgid "%<#pragma %s%> may only be used in compound statements"
! msgstr "%<#pragma %s%> fÃ¥r bara anvÃ¤ndas i sammansatta satser"
  
  #: c/c-parser.c:10214 cp/parser.c:38233
  #, gcc-internal-format
*************** msgstr "inga giltiga klausuler angivna i
*** 33963,33969 ****
  #: c/c-parser.c:13783 cp/parser.c:36161
  #, gcc-internal-format
  msgid "array section in %<#pragma acc declare%>"
! msgstr "vektorsektionen i %<pragma acc declare%>"
  
  #: c/c-parser.c:13803 cp/parser.c:36181
  #, gcc-internal-format
--- 33855,33861 ----
  #: c/c-parser.c:13783 cp/parser.c:36161
  #, gcc-internal-format
  msgid "array section in %<#pragma acc declare%>"
! msgstr "vektorsektionen i %<#pragma acc declare%>"
  
  #: c/c-parser.c:13803 cp/parser.c:36181
  #, gcc-internal-format
*************** msgid "variable %qD used more than once
*** 33991,34000 ****
  msgstr "variabeln %qD anvÃ¤nd mer Ã¤n en gÃ¥ng med %<#pragma acc declare%>"
  
  #: c/c-parser.c:13933 cp/parser.c:36305
! #, fuzzy, gcc-internal-format
! #| msgid "expected %<data%> after %<#pragma acc enter%>"
  msgid "expected %<data%> after %<#pragma acc %s%>"
! msgstr "%<data%> fÃ¶rvÃ¤ntades efter %<#pragma acc enter%>"
  
  #: c/c-parser.c:13949 cp/parser.c:36322
  #, gcc-internal-format
--- 33883,33891 ----
  msgstr "variabeln %qD anvÃ¤nd mer Ã¤n en gÃ¥ng med %<#pragma acc declare%>"
  
  #: c/c-parser.c:13933 cp/parser.c:36305
! #, gcc-internal-format
  msgid "expected %<data%> after %<#pragma acc %s%>"
! msgstr "%<data%> fÃ¶rvÃ¤ntades efter %<#pragma acc %s%>"
  
  #: c/c-parser.c:13949 cp/parser.c:36322
  #, gcc-internal-format
*************** msgid "%<#pragma acc routine%> already a
*** 34032,34047 ****
  msgstr "%<#pragma acc routine%> redan anvÃ¤nd pÃ¥ %qD"
  
  #: c/c-parser.c:14277 cp/parser.c:37585
! #, fuzzy, gcc-internal-format
! #| msgid "%<#pragma acc routine%> must be applied before %s"
  msgid "%<#pragma acc routine%> must be applied before use"
! msgstr "%<#pragma acc routine%> mÃ¥ste vara tillÃ¤mpad fÃ¶re %s"
  
  #: c/c-parser.c:14278 cp/parser.c:37586
! #, fuzzy, gcc-internal-format
! #| msgid "%<#pragma acc routine%> must be applied before %s"
  msgid "%<#pragma acc routine%> must be applied before definition"
! msgstr "%<#pragma acc routine%> mÃ¥ste vara tillÃ¤mpad fÃ¶re %s"
  
  #: c/c-parser.c:14321 cp/parser.c:36497
  #, gcc-internal-format
--- 33923,33936 ----
  msgstr "%<#pragma acc routine%> redan anvÃ¤nd pÃ¥ %qD"
  
  #: c/c-parser.c:14277 cp/parser.c:37585
! #, gcc-internal-format
  msgid "%<#pragma acc routine%> must be applied before use"
! msgstr "%<#pragma acc routine%> mÃ¥ste vara tillÃ¤mpad fÃ¶re anvÃ¤ndning"
  
  #: c/c-parser.c:14278 cp/parser.c:37586
! #, gcc-internal-format
  msgid "%<#pragma acc routine%> must be applied before definition"
! msgstr "%<#pragma acc routine%> mÃ¥ste vara tillÃ¤mpad fÃ¶re definitionen"
  
  #: c/c-parser.c:14321 cp/parser.c:36497
  #, gcc-internal-format
*************** msgstr "%<#pragma omp declare simd%> som
*** 34196,34202 ****
  #: c/c-parser.c:16813 cp/parser.c:36749
  #, gcc-internal-format
  msgid "%<#pragma omp declare target%> with clauses in between %<#pragma omp declare target%> without clauses and %<#pragma omp end declare target%>"
! msgstr "%<#pragma omp declare target%> med klausuler mellan %<#pragma omp declare target%> utan klasusuler och %<#pragma omp end declare target%>"
  
  #: c/c-parser.c:16832 cp/parser.c:36768
  #, gcc-internal-format
--- 34085,34091 ----
  #: c/c-parser.c:16813 cp/parser.c:36749
  #, gcc-internal-format
  msgid "%<#pragma omp declare target%> with clauses in between %<#pragma omp declare target%> without clauses and %<#pragma omp end declare target%>"
! msgstr "%<#pragma omp declare target%> med klausuler mellan %<#pragma omp declare target%> utan klausuler och %<#pragma omp end declare target%>"
  
  #: c/c-parser.c:16832 cp/parser.c:36768
  #, gcc-internal-format
*************** msgstr "typkonvertering till unionstyp f
*** 34888,34894 ****
  #: c/c-typeck.c:5524
  #, gcc-internal-format, gfc-internal-format
  msgid "cast to %s address space pointer from disjoint generic address space pointer"
! msgstr "typkonvertering till adressrymdspekare %s frÃ¥n skild generisk adressrymdspekare "
  
  #: c/c-typeck.c:5529
  #, gcc-internal-format, gfc-internal-format
--- 34777,34783 ----
  #: c/c-typeck.c:5524
  #, gcc-internal-format, gfc-internal-format
  msgid "cast to %s address space pointer from disjoint generic address space pointer"
! msgstr "typkonvertering till adressrymdspekare %s frÃ¥n skild generisk adressrymdspekare"
  
  #: c/c-typeck.c:5529
  #, gcc-internal-format, gfc-internal-format
*************** msgstr "  returtypen %qT fÃ¶r en explici
*** 36082,36088 ****
  #: cp/call.c:3509
  #, gcc-internal-format
  msgid "  conversion from return type %qT of template conversion function specialization to %qT is not an exact match"
! msgstr "  konvertering frÃ¥n returtypen %qT fÃ¶r specialiceringen av mallkonverteringsfunktionen till %qT Ã¤r inte en exakt matchning"
  
  #: cp/call.c:3520
  #, gcc-internal-format
--- 35971,35977 ----
  #: cp/call.c:3509
  #, gcc-internal-format
  msgid "  conversion from return type %qT of template conversion function specialization to %qT is not an exact match"
! msgstr "  konvertering frÃ¥n returtypen %qT fÃ¶r specialiseringen av mallkonverteringsfunktionen till %qT Ã¤r inte en exakt matchning"
  
  #: cp/call.c:3520
  #, gcc-internal-format
*************** msgid "pure virtual %q#D called from non
*** 36529,36544 ****
  msgstr "pure virtual %q#D anropad frÃ¥n initierare av ickestatisk datamedlem"
  
  #: cp/call.c:8777
! #, fuzzy, gcc-internal-format
! #| msgid "pure virtual %q#D called from non-static data member initializer"
  msgid "pure virtual %q#D called from constructor"
! msgstr "pure virtual %q#D anropad frÃ¥n initierare av ickestatisk datamedlem"
  
  #: cp/call.c:8778
! #, fuzzy, gcc-internal-format
! #| msgid "pure virtual %q#D called from non-static data member initializer"
  msgid "pure virtual %q#D called from destructor"
! msgstr "pure virtual %q#D anropad frÃ¥n initierare av ickestatisk datamedlem"
  
  #: cp/call.c:8801
  #, gcc-internal-format
--- 36418,36431 ----
  msgstr "pure virtual %q#D anropad frÃ¥n initierare av ickestatisk datamedlem"
  
  #: cp/call.c:8777
! #, gcc-internal-format
  msgid "pure virtual %q#D called from constructor"
! msgstr "pure virtual %q#D anropad frÃ¥n en konstruerare"
  
  #: cp/call.c:8778
! #, gcc-internal-format
  msgid "pure virtual %q#D called from destructor"
! msgstr "pure virtual %q#D anropad frÃ¥n en destruerare"
  
  #: cp/call.c:8801
  #, gcc-internal-format
*************** msgstr "i C++98 fÃ¥r %q+D inte vara stat
*** 36839,36845 ****
  #: cp/class.c:3788
  #, gcc-internal-format
  msgid "non-static data member %q+D in a union may not have reference type %qT"
! msgstr "icke-statisk datamedlem %q#D i en union fÃ¥r inte ha referenstyp %qT"
  
  #: cp/class.c:3798
  #, gcc-internal-format
--- 36726,36732 ----
  #: cp/class.c:3788
  #, gcc-internal-format
  msgid "non-static data member %q+D in a union may not have reference type %qT"
! msgstr "icke-statisk datamedlem %q+D i en union fÃ¥r inte ha referenstyp %qT"
  
  #: cp/class.c:3798
  #, gcc-internal-format
*************** msgstr "Ã¤n tidigare deklaration av %qF"
*** 37968,37974 ****
  #: cp/decl.c:1325
  #, gcc-internal-format
  msgid "redeclaration %qD differs in %<constexpr%> from previous declaration"
! msgstr "omdeklaration av %q+D skiljer i %<constexpr%> frÃ¥n tidigare deklaration"
  
  #: cp/decl.c:1328 cp/decl.c:13702
  #, gcc-internal-format
--- 37855,37861 ----
  #: cp/decl.c:1325
  #, gcc-internal-format
  msgid "redeclaration %qD differs in %<constexpr%> from previous declaration"
! msgstr "omdeklaration av %qD skiljer i %<constexpr%> frÃ¥n tidigare deklaration"
  
  #: cp/decl.c:1328 cp/decl.c:13702
  #, gcc-internal-format
*************** msgstr "mallparametrar stÃ¤mmer inte med
*** 38343,38349 ****
  #: cp/decl.c:4178
  #, gcc-internal-format, gfc-internal-format
  msgid "-faligned-new=%d is not a power of two"
! msgstr "-falign-new=%d Ã¤r inte en exponent av tvÃ¥"
  
  #: cp/decl.c:4641
  #, gcc-internal-format
--- 38230,38236 ----
  #: cp/decl.c:4178
  #, gcc-internal-format, gfc-internal-format
  msgid "-faligned-new=%d is not a power of two"
! msgstr "-faligned-new=%d Ã¤r inte en exponent av tvÃ¥"
  
  #: cp/decl.c:4641
  #, gcc-internal-format
*************** msgstr "tilldelning (inte initiering) i
*** 38740,38746 ****
  #: cp/decl.c:6785 cp/decl.c:12397
  #, gcc-internal-format
  msgid "ISO C++1z does not allow %<register%> storage class specifier"
! msgstr "ISO C++1z tillÃ¥ter inte specificeraren %<register%> av  lagringsklass"
  
  #: cp/decl.c:6789 cp/decl.c:12401
  #, gcc-internal-format
--- 38627,38633 ----
  #: cp/decl.c:6785 cp/decl.c:12397
  #, gcc-internal-format
  msgid "ISO C++1z does not allow %<register%> storage class specifier"
! msgstr "ISO C++1z tillÃ¥ter inte specificeraren %<register%> av lagringsklass"
  
  #: cp/decl.c:6789 cp/decl.c:12401
  #, gcc-internal-format
*************** msgstr "icke-medlemsfunktion %qD kan int
*** 39036,39042 ****
  #: cp/decl.c:8762
  #, gcc-internal-format
  msgid "deduction guide %qD must be declared at namespace scope"
! msgstr "hÃ¤rledningsguden %qD mÃ¥ste deklareras med namnrymdsrÃ¤ckvidd"
  
  #: cp/decl.c:8768
  #, gcc-internal-format
--- 38923,38929 ----
  #: cp/decl.c:8762
  #, gcc-internal-format
  msgid "deduction guide %qD must be declared at namespace scope"
! msgstr "hÃ¤rledningsguiden %qD mÃ¥ste deklareras med namnrymdsrÃ¤ckvidd"
  
  #: cp/decl.c:8768
  #, gcc-internal-format
*************** msgid "%qD has invalid argument list"
*** 39054,39069 ****
  msgstr "%qD har en ogiltig argumentlista"
  
  #: cp/decl.c:8798
! #, fuzzy, gcc-internal-format
! #| msgid "integer suffix %<%s%> shadowed by implementation"
  msgid "integer suffix %qs shadowed by implementation"
! msgstr "heltalssuffixet %<%s%> skuggas av implementationen"
  
  #: cp/decl.c:8804
! #, fuzzy, gcc-internal-format
! #| msgid "floating point suffix %<%s%> shadowed by implementation"
  msgid "floating point suffix %qs shadowed by implementation"
! msgstr "flyttalssuffixet %<%s%> skuggas av implementationen"
  
  #: cp/decl.c:8810
  #, gcc-internal-format
--- 38941,38954 ----
  msgstr "%qD har en ogiltig argumentlista"
  
  #: cp/decl.c:8798
! #, gcc-internal-format
  msgid "integer suffix %qs shadowed by implementation"
! msgstr "heltalssuffixet %qs skuggas av implementationen"
  
  #: cp/decl.c:8804
! #, gcc-internal-format
  msgid "floating point suffix %qs shadowed by implementation"
! msgstr "flyttalssuffixet %qs skuggas av implementationen"
  
  #: cp/decl.c:8810
  #, gcc-internal-format
*************** msgstr "initiering i klassen av statisk
*** 39118,39134 ****
  #: cp/decl.c:9280
  #, gcc-internal-format
  msgid "%<constexpr%> needed for in-class initialization of static data member %q#D of non-integral type"
! msgstr "%<constexpr%> behÃ¶vs fÃ¶r initiering i klassen av statisk datamedlem med icke heltaltyp %q#D"
  
  #: cp/decl.c:9284
  #, gcc-internal-format
  msgid "in-class initialization of static data member %q#D of non-literal type"
! msgstr "initiering i klassen av statisk datamedlem med icke heltaltyp %q#D"
  
  #: cp/decl.c:9298
  #, gcc-internal-format
  msgid "invalid in-class initialization of static data member of non-integral type %qT"
! msgstr "ogiltig initiering i klassen av statisk datamedlem med icke heltaltyp %qT"
  
  #: cp/decl.c:9305
  #, gcc-internal-format
--- 39003,39019 ----
  #: cp/decl.c:9280
  #, gcc-internal-format
  msgid "%<constexpr%> needed for in-class initialization of static data member %q#D of non-integral type"
! msgstr "%<constexpr%> behÃ¶vs fÃ¶r initiering i klassen av statisk datamedlem med icke heltalstyp %q#D"
  
  #: cp/decl.c:9284
  #, gcc-internal-format
  msgid "in-class initialization of static data member %q#D of non-literal type"
! msgstr "initiering i klassen av statisk datamedlem med icke heltalstyp %q#D"
  
  #: cp/decl.c:9298
  #, gcc-internal-format
  msgid "invalid in-class initialization of static data member of non-integral type %qT"
! msgstr "ogiltig initiering i klassen av statisk datamedlem med icke heltalstyp %qT"
  
  #: cp/decl.c:9305
  #, gcc-internal-format
*************** msgstr "specificeraren %<inline%> Ã¤r og
*** 39323,39329 ****
  #: cp/decl.c:9846
  #, gcc-internal-format
  msgid "inline variables are only available with -std=c++1z or -std=gnu++1z"
! msgstr "inline-variabler Ã¤r endast tillgÃ¤ngliga med -std=c++11 eller -std=gnu++11"
  
  #: cp/decl.c:10099
  #, gcc-internal-format
--- 39208,39214 ----
  #: cp/decl.c:9846
  #, gcc-internal-format
  msgid "inline variables are only available with -std=c++1z or -std=gnu++1z"
! msgstr "inline-variabler Ã¤r endast tillgÃ¤ngliga med -std=c++1z eller -std=gnu++1z"
  
  #: cp/decl.c:10099
  #, gcc-internal-format
*************** msgstr "complex ogiltig fÃ¶r %qs"
*** 39478,39484 ****
  #: cp/decl.c:10590
  #, gcc-internal-format
  msgid "template placeholder type %qT must be followed by a simple declarator-id"
! msgstr "mallens platshÃ¥llartyp %qT mÃ¥ste fÃ¶ljas av ett enklel deklarerar-id"
  
  #: cp/decl.c:10608
  #, gcc-internal-format
--- 39363,39369 ----
  #: cp/decl.c:10590
  #, gcc-internal-format
  msgid "template placeholder type %qT must be followed by a simple declarator-id"
! msgstr "mallens platshÃ¥llartyp %qT mÃ¥ste fÃ¶ljas av ett enkelt deklarerar-id"
  
  #: cp/decl.c:10608
  #, gcc-internal-format
*************** msgstr "dekomponeringsdeklarationen fÃ¥r
*** 39563,39569 ****
  #: cp/decl.c:10696
  #, gcc-internal-format
  msgid "decomposition declaration cannot be declared %<mutable%>"
! msgstr "dekomoneringsdeklarationen fÃ¥r inte deklareras %<mutable%>"
  
  #: cp/decl.c:10700
  #, gcc-internal-format
--- 39448,39454 ----
  #: cp/decl.c:10696
  #, gcc-internal-format
  msgid "decomposition declaration cannot be declared %<mutable%>"
! msgstr "dekomponeringsdeklarationen fÃ¥r inte deklareras %<mutable%>"
  
  #: cp/decl.c:10700
  #, gcc-internal-format
*************** msgstr "dekomponeringsdeklarationen fÃ¥r
*** 39573,39579 ****
  #: cp/decl.c:10711
  #, gcc-internal-format
  msgid "decomposition declaration cannot be declared with type %qT"
! msgstr "dekompneringsdeklarationen fÃ¥r inte deklareras med typen %qT"
  
  #: cp/decl.c:10714
  #, gcc-internal-format
--- 39458,39464 ----
  #: cp/decl.c:10711
  #, gcc-internal-format
  msgid "decomposition declaration cannot be declared with type %qT"
! msgstr "dekomponeringsdeklarationen fÃ¥r inte deklareras med typen %qT"
  
  #: cp/decl.c:10714
  #, gcc-internal-format
*************** msgstr "hÃ¤rledd klasstyp %qT i funktion
*** 39663,39669 ****
  #: cp/decl.c:11007
  #, gcc-internal-format
  msgid "trailing return type %qT of deduction guide is not a specialization of %qT"
! msgstr "den avslutande returtypen %qT hos deduktionsguiden Ã¤r inte en specialicering av %qT"
  
  #. Not using maybe_warn_cpp0x because this should
  #. always be an error.
--- 39548,39554 ----
  #: cp/decl.c:11007
  #, gcc-internal-format
  msgid "trailing return type %qT of deduction guide is not a specialization of %qT"
! msgstr "den avslutande returtypen %qT hos deduktionsguiden Ã¤r inte en specialisering av %qT"
  
  #. Not using maybe_warn_cpp0x because this should
  #. always be an error.
*************** msgid "destructors may not be ref-qualif
*** 39703,39712 ****
  msgstr "destruerare fÃ¥r inte vara ref-kvalificerade"
  
  #: cp/decl.c:11072
! #, fuzzy, gcc-internal-format
! #| msgid "destructors may not be ref-qualified"
  msgid "constructors may not be ref-qualified"
! msgstr "destruerare fÃ¥r inte vara ref-kvalificerade"
  
  #: cp/decl.c:11090
  #, gcc-internal-format
--- 39588,39596 ----
  msgstr "destruerare fÃ¥r inte vara ref-kvalificerade"
  
  #: cp/decl.c:11072
! #, gcc-internal-format
  msgid "constructors may not be ref-qualified"
! msgstr "konstruerare fÃ¥r inte vara ref-kvalificerade"
  
  #: cp/decl.c:11090
  #, gcc-internal-format
*************** msgid "non-static data member declared w
*** 39950,39959 ****
  msgstr "ej statisk datamedlem deklarerad med platshÃ¥llaren %qT"
  
  #: cp/decl.c:11873
! #, fuzzy, gcc-internal-format
! #| msgid "ISO C++ forbids flexible array members"
  msgid "ISO C++ forbids flexible array member %qs"
! msgstr "ISO C++ fÃ¶rbjuder flexibla vektormedlemmar"
  
  #: cp/decl.c:11876
  #, gcc-internal-format
--- 39834,39842 ----
  msgstr "ej statisk datamedlem deklarerad med platshÃ¥llaren %qT"
  
  #: cp/decl.c:11873
! #, gcc-internal-format
  msgid "ISO C++ forbids flexible array member %qs"
! msgstr "ISO C++ fÃ¶rbjuder den flexibla vektormedlemen %qs"
  
  #: cp/decl.c:11876
  #, gcc-internal-format
*************** msgid "incremented enumerator value is t
*** 40503,40512 ****
  msgstr "Ã¶kat upprÃ¤kningsvÃ¤rde Ã¤r fÃ¶r stort fÃ¶r %<unsigned long%>"
  
  #: cp/decl.c:14532
! #, fuzzy, gcc-internal-format
! #| msgid "incremented enumerator value is too large for %<unsigned long%>"
  msgid "incremented enumerator value is too large for %<long%>"
! msgstr "Ã¶kat upprÃ¤kningsvÃ¤rde Ã¤r fÃ¶r stort fÃ¶r %<unsigned long%>"
  
  #: cp/decl.c:14543
  #, gcc-internal-format
--- 40386,40394 ----
  msgstr "Ã¶kat upprÃ¤kningsvÃ¤rde Ã¤r fÃ¶r stort fÃ¶r %<unsigned long%>"
  
  #: cp/decl.c:14532
! #, gcc-internal-format
  msgid "incremented enumerator value is too large for %<long%>"
! msgstr "Ã¶kat upprÃ¤kningsvÃ¤rde Ã¤r fÃ¶r stort fÃ¶r %<long%>"
  
  #: cp/decl.c:14543
  #, gcc-internal-format
*************** msgstr "variabelt Ã¤ndrad typ inte tillÃ
*** 41354,41366 ****
  #: cp/init.c:2868
  #, gcc-internal-format
  msgid "non-constant array new length must be specified directly, not by typedef"
! msgstr ""
  
  #: cp/init.c:2870
! #, fuzzy, gcc-internal-format
! #| msgid "try removing the parentheses around the type-id"
  msgid "non-constant array new length must be specified without parentheses around the type-id"
! msgstr "fÃ¶rsÃ¶k ta bort parenteserna runt typ-id:t"
  
  #: cp/init.c:2880
  #, gcc-internal-format
--- 41236,41247 ----
  #: cp/init.c:2868
  #, gcc-internal-format
  msgid "non-constant array new length must be specified directly, not by typedef"
! msgstr "en ny lÃ¤ngd fÃ¶r en icke-konstant vektor mÃ¥ste anges direkt, inte av en typedef"
  
  #: cp/init.c:2870
! #, gcc-internal-format
  msgid "non-constant array new length must be specified without parentheses around the type-id"
! msgstr "new-lÃ¤ngden fÃ¶r en icke-konstant vektor mÃ¥ste anges utan parenteserna runt typ-id:t"
  
  #: cp/init.c:2880
  #, gcc-internal-format
*************** msgstr "%q#D Ã¤r implicit deklarerad som
*** 41691,41697 ****
  #: cp/method.c:1799
  #, gcc-internal-format
  msgid "%q#D inherits from multiple base subobjects"
! msgstr "%q#D Ã¤rver frÃ¥n flera bassubjobjekt"
  
  #: cp/method.c:1819
  #, gcc-internal-format
--- 41572,41578 ----
  #: cp/method.c:1799
  #, gcc-internal-format
  msgid "%q#D inherits from multiple base subobjects"
! msgstr "%q#D Ã¤rver frÃ¥n flera bassubobjekt"
  
  #: cp/method.c:1819
  #, gcc-internal-format
*************** msgid "argument dependent lookup finds %
*** 42031,42040 ****
  msgstr "argumentberoende uppslagning hittar %q+D"
  
  #: cp/name-lookup.c:6215
! #, fuzzy, gcc-internal-format
! #| msgid "definition of std::initializer_list does not match #include <initializer_list>"
  msgid "declaration of std::initializer_list does not match #include <initializer_list>, isn't a template"
! msgstr "definitionen av std::initializer_list matchar inte #include <initializer_list>"
  
  #: cp/name-lookup.c:6526
  #, gcc-internal-format
--- 41912,41920 ----
  msgstr "argumentberoende uppslagning hittar %q+D"
  
  #: cp/name-lookup.c:6215
! #, gcc-internal-format
  msgid "declaration of std::initializer_list does not match #include <initializer_list>, isn't a template"
! msgstr "definitionen av std::initializer_list matchar inte #include <initializer_list>, Ã¤r inte en mall"
  
  #: cp/name-lookup.c:6526
  #, gcc-internal-format
*************** msgstr "ingen medlemsfunktion %qD Ã¤r de
*** 44403,44409 ****
  #: cp/pt.c:2993
  #, gcc-internal-format
  msgid "friend declaration %qD is not visible to explicit specialization"
! msgstr "vÃ¤ndeklarationen %qD  Ã¤r inte synlig fÃ¶r en explicit specialisering"
  
  #: cp/pt.c:2996
  #, gcc-internal-format
--- 44283,44289 ----
  #: cp/pt.c:2993
  #, gcc-internal-format
  msgid "friend declaration %qD is not visible to explicit specialization"
! msgstr "vÃ¤ndeklarationen %qD Ã¤r inte synlig fÃ¶r en explicit specialisering"
  
  #: cp/pt.c:2996
  #, gcc-internal-format
*************** msgstr "  typerna %qT och %qT stÃ¤mmer i
*** 44736,44742 ****
  #: cp/pt.c:6147
  #, gcc-internal-format
  msgid "  template parameter %qD is not a parameter pack, but argument %qD is"
! msgstr "mallparameter %qD Ã¤r inte ett parameterpaket, men argument %qD Ã¤r det"
  
  #: cp/pt.c:6158
  #, gcc-internal-format
--- 44616,44622 ----
  #: cp/pt.c:6147
  #, gcc-internal-format
  msgid "  template parameter %qD is not a parameter pack, but argument %qD is"
! msgstr "  mallparameter %qD Ã¤r inte ett parameterpaket, men argument %qD Ã¤r det"
  
  #: cp/pt.c:6158
  #, gcc-internal-format
*************** msgstr "anvÃ¤nd %<...%>  fÃ¶r att expand
*** 45213,45219 ****
  #: cp/pt.c:17236
  #, gcc-internal-format
  msgid "%qD was not declared in this scope, and no declarations were found by argument-dependent lookup at the point of instantiation"
! msgstr ""
  
  #: cp/pt.c:17265
  #, gcc-internal-format
--- 45093,45099 ----
  #: cp/pt.c:17236
  #, gcc-internal-format
  msgid "%qD was not declared in this scope, and no declarations were found by argument-dependent lookup at the point of instantiation"
! msgstr "%qD deklarerades inte i detta definitionsomrÃ¥de, och inga deklarationer hittades av en argumentberoende uppslagning vid instansieringspunkten"
  
  #: cp/pt.c:17265
  #, gcc-internal-format
*************** msgid "use of parameter from containing
*** 45719,45734 ****
  msgstr "anvÃ¤ndning av parameter frÃ¥n den kringliggande funktionen"
  
  #: cp/semantics.c:3514
! #, fuzzy, gcc-internal-format
! #| msgid "use of parameter from containing function"
  msgid "use of parameter outside function body"
! msgstr "anvÃ¤ndning av parameter frÃ¥n den kringliggande funktionen"
  
  #: cp/semantics.c:3524
! #, fuzzy, gcc-internal-format
! #| msgid "missing template arguments after %qT"
  msgid "missing template arguments"
! msgstr "mallargument saknas efter %qT"
  
  #: cp/semantics.c:3551
  #, gcc-internal-format
--- 45599,45612 ----
  msgstr "anvÃ¤ndning av parameter frÃ¥n den kringliggande funktionen"
  
  #: cp/semantics.c:3514
! #, gcc-internal-format
  msgid "use of parameter outside function body"
! msgstr "anvÃ¤ndning av parameter utanfÃ¶r funktionskroppen"
  
  #: cp/semantics.c:3524
! #, gcc-internal-format
  msgid "missing template arguments"
! msgstr "mallargument saknas"
  
  #: cp/semantics.c:3551
  #, gcc-internal-format
*************** msgstr "lambdauttryck i ett konstantuttr
*** 46077,46083 ****
  #: cp/tree.c:3893
  #, gcc-internal-format
  msgid "%qE attribute applied to %qD with void return type"
! msgstr "attributet %qE tillÃ¤mpad pÃ¥ %qD med returtypen void"
  
  #: cp/tree.c:3900
  #, gcc-internal-format
--- 45955,45961 ----
  #: cp/tree.c:3893
  #, gcc-internal-format
  msgid "%qE attribute applied to %qD with void return type"
! msgstr "attributet %qE tillÃ¤mpat pÃ¥ %qD med returtypen void"
  
  #: cp/tree.c:3900
  #, gcc-internal-format
*************** msgstr "fÃ¶rsÃ¶k att ta adressen till bi
*** 46629,46635 ****
  #: cp/typeck.c:5931
  #, gcc-internal-format
  msgid "%<~%> on an expression of type bool"
! msgstr "%<~%> pÃ¥ ett yttryck av typ bool"
  
  #: cp/typeck.c:5932
  #, gcc-internal-format
--- 46507,46513 ----
  #: cp/typeck.c:5931
  #, gcc-internal-format
  msgid "%<~%> on an expression of type bool"
! msgstr "%<~%> pÃ¥ ett uttryck av typ bool"
  
  #: cp/typeck.c:5932
  #, gcc-internal-format
*************** msgid "invalid use of member %qD (did yo
*** 47183,47192 ****
  msgstr "ogiltig anvÃ¤ndning av medlem %qD (glÃ¶mde du %<&%>?)"
  
  #: cp/typeck2.c:529
! #, fuzzy, gcc-internal-format
! #| msgid "invalid use of %qT"
  msgid "invalid use of placeholder %qT"
! msgstr "ogiltigt anvÃ¤ndning av %qT"
  
  #: cp/typeck2.c:536
  #, gcc-internal-format
--- 47061,47069 ----
  msgstr "ogiltig anvÃ¤ndning av medlem %qD (glÃ¶mde du %<&%>?)"
  
  #: cp/typeck2.c:529
! #, gcc-internal-format
  msgid "invalid use of placeholder %qT"
! msgstr "ogiltig anvÃ¤ndning av platshÃ¥llaren %qT"
  
  #: cp/typeck2.c:536
  #, gcc-internal-format
*************** msgid "%qs at %L must be nonnegative"
*** 47873,47882 ****
  msgstr "%qs vid %L mÃ¥ste vara ickenegativt"
  
  #: fortran/check.c:310
! #, fuzzy, gcc-internal-format
! #| msgid "%qs argument of %qs intrinsic at %L must be %s"
  msgid "%qs argument of %qs intrinsic at %L must be positive"
! msgstr "%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara %s"
  
  #: fortran/check.c:343
  #, gcc-internal-format
--- 47750,47758 ----
  msgstr "%qs vid %L mÃ¥ste vara ickenegativt"
  
  #: fortran/check.c:310
! #, gcc-internal-format
  msgid "%qs argument of %qs intrinsic at %L must be positive"
! msgstr "%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara positivt"
  
  #: fortran/check.c:343
  #, gcc-internal-format
*************** msgid "VALUE argument of the %s intrinsi
*** 48030,48045 ****
  msgstr "VALUE-argumentet till den inbyggda funktionen %s vid %L mÃ¥ste vara definierbart"
  
  #: fortran/check.c:1173 fortran/check.c:1187
! #, fuzzy, gcc-internal-format
! #| msgid "%qs argument of %qs intrinsic at %L must be %s"
  msgid "%qs argument of %qs intrinsic at %L not yet supported"
! msgstr "%qs-argumentet till inbyggd %qs vid %L mÃ¥ste vara %s"
  
  #: fortran/check.c:1207
! #, fuzzy, gcc-internal-format
! #| msgid "%qs argument of %qs intrinsic at %L is not a valid dimension index"
  msgid "%qs argument of %qs intrinsic at %L shall specify a valid integer kind"
! msgstr "%qs-argumentet till inbyggd %qs vid %L Ã¤r inte ett giltigt dimensionsindex"
  
  #: fortran/check.c:1247 fortran/check.c:1344
  #, gcc-internal-format, gfc-internal-format
--- 47906,47919 ----
  msgstr "VALUE-argumentet till den inbyggda funktionen %s vid %L mÃ¥ste vara definierbart"
  
  #: fortran/check.c:1173 fortran/check.c:1187
! #, gcc-internal-format
  msgid "%qs argument of %qs intrinsic at %L not yet supported"
! msgstr "%qs-argumentet till inbyggd %qs vid %L stÃ¶djs inte Ã¤nnu"
  
  #: fortran/check.c:1207
! #, gcc-internal-format
  msgid "%qs argument of %qs intrinsic at %L shall specify a valid integer kind"
! msgstr "%qs-argumentet till inbyggd %qs vid %L skall ange en giltig heltalssort"
  
  #: fortran/check.c:1247 fortran/check.c:1344
  #, gcc-internal-format, gfc-internal-format
*************** msgstr "Argumenten FROM och TO till den
*** 48355,48361 ****
  #: fortran/check.c:3467
  #, gcc-internal-format, gfc-internal-format
  msgid "The FROM and TO arguments at %L violate aliasing restrictions (F2003 12.4.1.7)"
! msgstr "Argumenten FROM och TO vid %L bryter mod restriktioner (F2003 12.4.1.7)"
  
  #: fortran/check.c:3494
  #, gcc-internal-format
--- 48229,48235 ----
  #: fortran/check.c:3467
  #, gcc-internal-format, gfc-internal-format
  msgid "The FROM and TO arguments at %L violate aliasing restrictions (F2003 12.4.1.7)"
! msgstr "Argumenten FROM och TO vid %L bryter aliasrestriktioner (F2003 12.4.1.7)"
  
  #: fortran/check.c:3494
  #, gcc-internal-format
*************** msgstr "%qs-argumentet till inbyggd %qs
*** 48700,48706 ****
  #: fortran/check.c:5454
  #, gcc-internal-format
  msgid "%qs and %qs arguments of %qs intrinsic at %L must have identical shape."
! msgstr "%qs- och %qs-argumenten till inbyggd %qs vid %L mÃ¥ste ha identiska former"
  
  #: fortran/check.c:5710 fortran/check.c:5742
  #, gcc-internal-format
--- 48574,48580 ----
  #: fortran/check.c:5454
  #, gcc-internal-format
  msgid "%qs and %qs arguments of %qs intrinsic at %L must have identical shape."
! msgstr "%qs- och %qs-argumenten till inbyggd %qs vid %L mÃ¥ste ha identiska former."
  
  #: fortran/check.c:5710 fortran/check.c:5742
  #, gcc-internal-format
*************** msgstr "Komponent vid %C mÃ¥ste ha attri
*** 49067,49073 ****
  #: fortran/decl.c:1878
  #, gcc-internal-format
  msgid "Component %qs with CLASS at %C must be allocatable or pointer"
! msgstr "Procedur %qs med CLASS vid %C mÃ¥ste vara allokerbar eller en pekare"
  
  #: fortran/decl.c:1887
  #, gcc-internal-format, gfc-internal-format
--- 48941,48947 ----
  #: fortran/decl.c:1878
  #, gcc-internal-format
  msgid "Component %qs with CLASS at %C must be allocatable or pointer"
! msgstr "Komponenten %qs med CLASS vid %C mÃ¥ste vara allokerbar eller en pekare"
  
  #: fortran/decl.c:1887
  #, gcc-internal-format, gfc-internal-format
*************** msgstr "Dubblerat %s-attribut vid %L"
*** 49379,49385 ****
  #: fortran/decl.c:4213
  #, gcc-internal-format, gfc-internal-format
  msgid "%s at %L is a DEC extension, enable with -fdec-static"
! msgstr "%s vid %L Ã¤r en DEC-utÃ¶kning, aktivera den med -fdec-structure"
  
  #: fortran/decl.c:4229
  #, gcc-internal-format, gfc-internal-format
--- 49253,49259 ----
  #: fortran/decl.c:4213
  #, gcc-internal-format, gfc-internal-format
  msgid "%s at %L is a DEC extension, enable with -fdec-static"
! msgstr "%s vid %L Ã¤r en DEC-utÃ¶kning, aktivera den med -fdec-static"
  
  #: fortran/decl.c:4229
  #, gcc-internal-format, gfc-internal-format
*************** msgid "Failed to create structure type '
*** 50128,50137 ****
  msgstr "Misslyckades att skapa en post av typen â€�%sâ€� vid %C"
  
  #: fortran/decl.c:8590
! #, fuzzy, gcc-internal-format
! #| msgid "Type definition of '%s' at %C was already defined at %L"
  msgid "Type definition of %qs at %C was already defined at %L"
! msgstr "Typdefinitionen av â€�%sâ€� vid %C definierades redan vid %L"
  
  #: fortran/decl.c:8637
  #, gcc-internal-format, gfc-internal-format
--- 50002,50010 ----
  msgstr "Misslyckades att skapa en post av typen â€�%sâ€� vid %C"
  
  #: fortran/decl.c:8590
! #, gcc-internal-format
  msgid "Type definition of %qs at %C was already defined at %L"
! msgstr "Typdefinitionen av %qs vid %C definierades redan vid %L"
  
  #: fortran/decl.c:8637
  #, gcc-internal-format, gfc-internal-format
*************** msgid "Junk after non-nested STRUCTURE s
*** 50159,50168 ****
  msgstr "SkrÃ¤p efter icke nÃ¤stad STRUCTURE-sats vid %C"
  
  #: fortran/decl.c:8743
! #, fuzzy, gcc-internal-format
! #| msgid "Structure name '%s' at %C cannot be the same as an intrinsic type"
  msgid "Structure name %qs at %C cannot be the same as an intrinsic type"
! msgstr "Postnamnet â€�%sâ€� vid %C fÃ¥r inte vara samma som en inbyggd typ"
  
  #: fortran/decl.c:8897
  #, gcc-internal-format, gfc-internal-format
--- 50032,50040 ----
  msgstr "SkrÃ¤p efter icke nÃ¤stad STRUCTURE-sats vid %C"
  
  #: fortran/decl.c:8743
! #, gcc-internal-format
  msgid "Structure name %qs at %C cannot be the same as an intrinsic type"
! msgstr "Postnamnet %qs vid %C fÃ¥r inte vara samma som en inbyggd typ"
  
  #: fortran/decl.c:8897
  #, gcc-internal-format, gfc-internal-format
*************** msgid "Invalid initialization expression
*** 50580,50587 ****
  msgstr "Ogiltigt initieringsuttryck fÃ¶r ALLOCATABLE-komponent %qs i postkonstrueraren vid %L"
  
  #: fortran/expr.c:2323
! #, fuzzy, gcc-internal-format
! #| msgid "Assumed or deferred character length variable %qs  in constant expression at %L"
  msgid "Assumed or deferred character length variable %qs in constant expression at %L"
  msgstr "TeckenlÃ¤ngdsvariabel %qs med antagen eller fÃ¶rdrÃ¶jd lÃ¤ngd i konstant uttryck vid %L"
  
--- 50452,50458 ----
  msgstr "Ogiltigt initieringsuttryck fÃ¶r ALLOCATABLE-komponent %qs i postkonstrueraren vid %L"
  
  #: fortran/expr.c:2323
! #, gcc-internal-format
  msgid "Assumed or deferred character length variable %qs in constant expression at %L"
  msgstr "TeckenlÃ¤ngdsvariabel %qs med antagen eller fÃ¶rdrÃ¶jd lÃ¤ngd i konstant uttryck vid %L"
  
*************** msgid "Specification function %qs at %L
*** 50656,50665 ****
  msgstr "Specifikationsfunktionen %qs vid %L mÃ¥ste vara PURE"
  
  #: fortran/expr.c:2795
! #, fuzzy, gcc-internal-format
! #| msgid "Specification function '%s' at %L cannot be RECURSIVE"
  msgid "Specification function %qs at %L cannot be RECURSIVE"
! msgstr "Specifikationsfunktionen â€�%sâ€� vid %L fÃ¥r inte vara RECURSIVE"
  
  #: fortran/expr.c:2941
  #, gcc-internal-format
--- 50527,50535 ----
  msgstr "Specifikationsfunktionen %qs vid %L mÃ¥ste vara PURE"
  
  #: fortran/expr.c:2795
! #, gcc-internal-format
  msgid "Specification function %qs at %L cannot be RECURSIVE"
! msgstr "Specifikationsfunktionen %qs vid %L fÃ¥r inte vara RECURSIVE"
  
  #: fortran/expr.c:2941
  #, gcc-internal-format
*************** msgid "Mismatch in the procedure pointer
*** 50852,50867 ****
  msgstr "Det stÃ¤mmer inte i procedurpekartilldelningen vid %L: anropskonventionen stÃ¤mmer inte"
  
  #: fortran/expr.c:3593
! #, fuzzy, gcc-internal-format
! #| msgid "Interface mismatch in procedure pointer assignment at %L: '%s' is not a subroutine"
  msgid "Interface mismatch in procedure pointer assignment at %L: %qs is not a subroutine"
! msgstr "GrÃ¤nssnitten stÃ¤mmer inte Ã¶verens i procedurpekartilldelning vid %L: â€�%sâ€� Ã¤r inte en subrutin"
  
  #: fortran/expr.c:3603 fortran/expr.c:3618
! #, fuzzy, gcc-internal-format
! #| msgid "Explicit interface required for %qs at %L: %s"
  msgid "Explicit interface required for component %qs at %L: %s"
! msgstr "Explicit grÃ¤nssnitt krÃ¤vs fÃ¶r %qs vid %L: %s"
  
  #: fortran/expr.c:3609 fortran/expr.c:3624 fortran/resolve.c:2458
  #, gcc-internal-format
--- 50722,50735 ----
  msgstr "Det stÃ¤mmer inte i procedurpekartilldelningen vid %L: anropskonventionen stÃ¤mmer inte"
  
  #: fortran/expr.c:3593
! #, gcc-internal-format
  msgid "Interface mismatch in procedure pointer assignment at %L: %qs is not a subroutine"
! msgstr "GrÃ¤nssnitten stÃ¤mmer inte Ã¶verens i procedurpekartilldelning vid %L: %qs Ã¤r inte en subrutin"
  
  #: fortran/expr.c:3603 fortran/expr.c:3618
! #, gcc-internal-format
  msgid "Explicit interface required for component %qs at %L: %s"
! msgstr "Explicit grÃ¤nssnitt krÃ¤vs fÃ¶r komponenten %qs vid %L: %s"
  
  #: fortran/expr.c:3609 fortran/expr.c:3624 fortran/resolve.c:2458
  #, gcc-internal-format
*************** msgid "Alternate return at %L is not per
*** 51814,51835 ****
  msgstr "Alternativ retur vid %L Ã¤r inte tillÃ¥tet i en DTIO-procedur"
  
  #: fortran/interface.c:4697
! #, fuzzy, gcc-internal-format
! #| msgid "DTIO procedure '%s' at %L must be a subroutine"
  msgid "DTIO procedure %qs at %L must be a subroutine"
! msgstr "DTIO-proceduren â€�%sâ€� vid %L mÃ¥ste vara en subrutin"
  
  #: fortran/interface.c:4706
! #, fuzzy, gcc-internal-format
! #| msgid "Too few dummy arguments in DTIO procedure '%s' at %L"
  msgid "Too few dummy arguments in DTIO procedure %qs at %L"
! msgstr "FÃ¶r fÃ¥ argument i DTIO-proceduren â€�%sâ€� vid %L"
  
  #: fortran/interface.c:4713
! #, fuzzy, gcc-internal-format
! #| msgid "Too many dummy arguments in DTIO procedure '%s' at %L"
  msgid "Too many dummy arguments in DTIO procedure %qs at %L"
! msgstr "FÃ¶r mÃ¥nga attrappargument i DTIO-proceduren â€�%sâ€� vid %L"
  
  #: fortran/intrinsic.c:196
  #, gcc-internal-format, gfc-internal-format
--- 51682,51700 ----
  msgstr "Alternativ retur vid %L Ã¤r inte tillÃ¥tet i en DTIO-procedur"
  
  #: fortran/interface.c:4697
! #, gcc-internal-format
  msgid "DTIO procedure %qs at %L must be a subroutine"
! msgstr "DTIO-proceduren %qs vid %L mÃ¥ste vara en subrutin"
  
  #: fortran/interface.c:4706
! #, gcc-internal-format
  msgid "Too few dummy arguments in DTIO procedure %qs at %L"
! msgstr "FÃ¶r fÃ¥ attrappargument i DTIO-proceduren %qs vid %L"
  
  #: fortran/interface.c:4713
! #, gcc-internal-format
  msgid "Too many dummy arguments in DTIO procedure %qs at %L"
! msgstr "FÃ¶r mÃ¥nga attrappargument i DTIO-proceduren %qs vid %L"
  
  #: fortran/intrinsic.c:196
  #, gcc-internal-format, gfc-internal-format
*************** msgid "Expected structure component or o
*** 52538,52547 ****
  msgstr "Postkomponentnamn eller operatornamn fÃ¶rvÃ¤ntades efter â€�.â€� vid %C"
  
  #: fortran/match.c:224
! #, fuzzy, gcc-internal-format
! #| msgid "'%s' is neither a defined operator nor a structure component in dotted string at %C"
  msgid "%qs is neither a defined operator nor a structure component in dotted string at %C"
! msgstr "â€�%sâ€� Ã¤r varken en definierad operator eller en postkomponent i en punktstrÃ¤ng vid %C"
  
  #: fortran/match.c:294
  #, gcc-internal-format
--- 52403,52411 ----
  msgstr "Postkomponentnamn eller operatornamn fÃ¶rvÃ¤ntades efter â€�.â€� vid %C"
  
  #: fortran/match.c:224
! #, gcc-internal-format
  msgid "%qs is neither a defined operator nor a structure component in dotted string at %C"
! msgstr "%qs Ã¤r varken en definierad operator eller en postkomponent i en punktstrÃ¤ng vid %C"
  
  #: fortran/match.c:294
  #, gcc-internal-format
*************** msgid "%s statement at %C leaving OpenAC
*** 52805,52814 ****
  msgstr "%s-sats vid %C lÃ¤mnar ett OpenACC-strukturerat block"
  
  #: fortran/match.c:2736
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "%s statement at %C leaving OpenACC structured block"
  msgid "%s statement at %C leaving OpenMP structured block"
! msgstr "%s-sats vid %C lÃ¤mnar ett OpenACC-strukturerat block"
  
  #: fortran/match.c:2760
  #, gcc-internal-format, gfc-internal-format
--- 52669,52677 ----
  msgstr "%s-sats vid %C lÃ¤mnar ett OpenACC-strukturerat block"
  
  #: fortran/match.c:2736
! #, gcc-internal-format, gfc-internal-format
  msgid "%s statement at %C leaving OpenMP structured block"
! msgstr "%s-sats vid %C lÃ¤mnar ett OpenMP-strukturerat block"
  
  #: fortran/match.c:2760
  #, gcc-internal-format, gfc-internal-format
*************** msgstr "Bildstyrsatsen EVENT %s vid %C i
*** 52912,52934 ****
  
  #: fortran/match.c:3144 fortran/match.c:3361 fortran/match.c:3573
  #: fortran/match.c:4083 fortran/match.c:4420
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Redundant STAT tag found at %L "
  msgid "Redundant STAT tag found at %L"
! msgstr "Ã–verflÃ¶dig STAT-tagg funnen vid %L "
  
  #: fortran/match.c:3165 fortran/match.c:3382 fortran/match.c:3593
  #: fortran/match.c:4109 fortran/match.c:4445
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Redundant ERRMSG tag found at %L "
  msgid "Redundant ERRMSG tag found at %L"
! msgstr "Ã–verflÃ¶dig ERRMSG-tagg funnen vid %L "
  
  #: fortran/match.c:3186
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Redundant UNTIL_COUNT tag found at %L "
  msgid "Redundant UNTIL_COUNT tag found at %L"
! msgstr "Ã–verflÃ¶dig UNTIL_COUNT-tagg funnen vid %L "
  
  #: fortran/match.c:3252
  #, gcc-internal-format, gfc-internal-format
--- 52775,52794 ----
  
  #: fortran/match.c:3144 fortran/match.c:3361 fortran/match.c:3573
  #: fortran/match.c:4083 fortran/match.c:4420
! #, gcc-internal-format, gfc-internal-format
  msgid "Redundant STAT tag found at %L"
! msgstr "Ã–verflÃ¶dig STAT-tagg funnen vid %L"
  
  #: fortran/match.c:3165 fortran/match.c:3382 fortran/match.c:3593
  #: fortran/match.c:4109 fortran/match.c:4445
! #, gcc-internal-format, gfc-internal-format
  msgid "Redundant ERRMSG tag found at %L"
! msgstr "Ã–verflÃ¶dig ERRMSG-tagg funnen vid %L"
  
  #: fortran/match.c:3186
! #, gcc-internal-format, gfc-internal-format
  msgid "Redundant UNTIL_COUNT tag found at %L"
! msgstr "Ã–verflÃ¶dig UNTIL_COUNT-tagg funnen vid %L"
  
  #: fortran/match.c:3252
  #, gcc-internal-format, gfc-internal-format
*************** msgid "EVENT WAIT statement at %C"
*** 52941,52950 ****
  msgstr "ENTRY WAIT-sats vid %C"
  
  #: fortran/match.c:3274
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "VALUE statement at %C"
  msgid "FAIL IMAGE statement at %C"
! msgstr "VALUE-sats vid %C"
  
  #: fortran/match.c:3309
  #, gcc-internal-format, gfc-internal-format
--- 52801,52809 ----
  msgstr "ENTRY WAIT-sats vid %C"
  
  #: fortran/match.c:3274
! #, gcc-internal-format, gfc-internal-format
  msgid "FAIL IMAGE statement at %C"
! msgstr "FAIL IMAGE-sats vid %C"
  
  #: fortran/match.c:3309
  #, gcc-internal-format, gfc-internal-format
*************** msgid "Image control statement %s at %C
*** 52962,52971 ****
  msgstr "Bildstyrsatsen %s vid %C i DO CONCURRENT-block"
  
  #: fortran/match.c:3403
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Redundant ACQUIRED_LOCK tag found at %L "
  msgid "Redundant ACQUIRED_LOCK tag found at %L"
! msgstr "Ã–verflÃ¶dig ACQUIRED_LOCK-tagg funnen vid %L "
  
  #: fortran/match.c:3468
  #, gcc-internal-format, gfc-internal-format
--- 52821,52829 ----
  msgstr "Bildstyrsatsen %s vid %C i DO CONCURRENT-block"
  
  #: fortran/match.c:3403
! #, gcc-internal-format, gfc-internal-format
  msgid "Redundant ACQUIRED_LOCK tag found at %L"
! msgstr "Ã–verflÃ¶dig ACQUIRED_LOCK-tagg funnen vid %L"
  
  #: fortran/match.c:3468
  #, gcc-internal-format, gfc-internal-format
*************** msgid "SOURCE tag at %L"
*** 53073,53082 ****
  msgstr "SOURCE-tagg vid %L"
  
  #: fortran/match.c:4132
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Redundant SOURCE tag found at %L "
  msgid "Redundant SOURCE tag found at %L"
! msgstr "Ã–verflÃ¶dig SOURCE-tagg funnen vid %L "
  
  #: fortran/match.c:4139
  #, gcc-internal-format, gfc-internal-format
--- 52931,52939 ----
  msgstr "SOURCE-tagg vid %L"
  
  #: fortran/match.c:4132
! #, gcc-internal-format, gfc-internal-format
  msgid "Redundant SOURCE tag found at %L"
! msgstr "Ã–verflÃ¶dig SOURCE-tagg funnen vid %L"
  
  #: fortran/match.c:4139
  #, gcc-internal-format, gfc-internal-format
*************** msgid "MOLD tag at %L"
*** 53094,53103 ****
  msgstr "MOLD-tagg vid %L"
  
  #: fortran/match.c:4169
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Redundant MOLD tag found at %L "
  msgid "Redundant MOLD tag found at %L"
! msgstr "Ã–verflÃ¶dig MOLD-tagg funnen vid %L "
  
  #: fortran/match.c:4176
  #, gcc-internal-format, gfc-internal-format
--- 52951,52959 ----
  msgstr "MOLD-tagg vid %L"
  
  #: fortran/match.c:4169
! #, gcc-internal-format, gfc-internal-format
  msgid "Redundant MOLD tag found at %L"
! msgstr "Ã–verflÃ¶dig MOLD-tagg funnen vid %L"
  
  #: fortran/match.c:4176
  #, gcc-internal-format, gfc-internal-format
*************** msgid "Renaming operators in USE stateme
*** 53434,53443 ****
  msgstr "Byter namn pÃ¥ operatorer i USE-sats vid %C"
  
  #: fortran/module.c:678
! #, fuzzy, gcc-internal-format
! #| msgid "The name %qs at %C has already been used as an external module name."
  msgid "The name %qs at %C has already been used as an external module name"
! msgstr "Namnet %qs vid %C har redan anvÃ¤nts som ett externt modulnamn."
  
  #: fortran/module.c:741
  #, gcc-internal-format, gfc-internal-format
--- 53290,53298 ----
  msgstr "Byter namn pÃ¥ operatorer i USE-sats vid %C"
  
  #: fortran/module.c:678
! #, gcc-internal-format
  msgid "The name %qs at %C has already been used as an external module name"
! msgstr "Namnet %qs vid %C har redan anvÃ¤nts som ett externt modulnamn"
  
  #: fortran/module.c:741
  #, gcc-internal-format, gfc-internal-format
*************** msgid "SUBMODULE declaration at %C"
*** 53445,53454 ****
  msgstr "SUBMODULE-deklaration vid %C"
  
  #: fortran/module.c:746
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "ENTRY statement at %C cannot appear within a contained subprogram"
  msgid "SUBMODULE declaration at %C cannot appear within another scoping unit"
! msgstr "ENTRY-sats vid %C kan inte fÃ¶rekomma inuti ett inneslutet underprogram"
  
  #: fortran/module.c:821
  #, gcc-internal-format, gfc-internal-format
--- 53300,53308 ----
  msgstr "SUBMODULE-deklaration vid %C"
  
  #: fortran/module.c:746
! #, gcc-internal-format, gfc-internal-format
  msgid "SUBMODULE declaration at %C cannot appear within another scoping unit"
! msgstr "SUBMODULE-deklarationen vid %C fÃ¥r inte fÃ¶rekomma i en annan rÃ¤ckviddsenhet"
  
  #: fortran/module.c:821
  #, gcc-internal-format, gfc-internal-format
*************** msgid "!$OMP DECLARE REDUCTION %s not fo
*** 53737,53758 ****
  msgstr "!$OMP DECLARE REDUCTION %s finns inte vid %L"
  
  #: fortran/openmp.c:2062
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Invalid clause in module with $!ACC DECLARE at %L"
  msgid "Invalid clause in module with !$ACC DECLARE at %L"
! msgstr "Ogiltig klausul i modul med $!ACC DECLARE vid %L"
  
  #: fortran/openmp.c:2072
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Variable is USE-associated with $!ACC DECLARE at %L"
  msgid "Variable is USE-associated with !$ACC DECLARE at %L"
! msgstr "Variabel i USE-associated med $!ACC DECLARE vid %L"
  
  #: fortran/openmp.c:2080
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Assumed-size dummy array with $!ACC DECLARE at %L"
  msgid "Assumed-size dummy array with !$ACC DECLARE at %L"
! msgstr "Attrappvektor med antagen storlek med $!ACC DECLARE vid %L"
  
  #: fortran/openmp.c:2127
  #, gcc-internal-format
--- 53591,53609 ----
  msgstr "!$OMP DECLARE REDUCTION %s finns inte vid %L"
  
  #: fortran/openmp.c:2062
! #, gcc-internal-format, gfc-internal-format
  msgid "Invalid clause in module with !$ACC DECLARE at %L"
! msgstr "Ogiltig klausul i modul med !$ACC DECLARE vid %L"
  
  #: fortran/openmp.c:2072
! #, gcc-internal-format, gfc-internal-format
  msgid "Variable is USE-associated with !$ACC DECLARE at %L"
! msgstr "Variabel i USE-associated med !$ACC DECLARE vid %L"
  
  #: fortran/openmp.c:2080
! #, gcc-internal-format, gfc-internal-format
  msgid "Assumed-size dummy array with !$ACC DECLARE at %L"
! msgstr "Attrappvektor med antagen storlek med !$ACC DECLARE vid %L"
  
  #: fortran/openmp.c:2127
  #, gcc-internal-format
*************** msgid "%<acc update%> must contain at le
*** 53760,53769 ****
  msgstr "%<acc update%> mÃ¥ste innehÃ¥lla Ã¥tminstone en %<device%>- eller %<host%>- eller %<self%>-klausul vid %L"
  
  #: fortran/openmp.c:2175
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Invalid argument to $!ACC WAIT at %L"
  msgid "Invalid argument to !$ACC WAIT at %L"
! msgstr "Ogiltiga argument till $!ACC WAIT vid %L"
  
  #: fortran/openmp.c:2184
  #, gcc-internal-format, gfc-internal-format
--- 53611,53619 ----
  msgstr "%<acc update%> mÃ¥ste innehÃ¥lla Ã¥tminstone en %<device%>- eller %<host%>- eller %<self%>-klausul vid %L"
  
  #: fortran/openmp.c:2175
! #, gcc-internal-format, gfc-internal-format
  msgid "Invalid argument to !$ACC WAIT at %L"
! msgstr "Ogiltiga argument till !$ACC WAIT vid %L"
  
  #: fortran/openmp.c:2184
  #, gcc-internal-format, gfc-internal-format
*************** msgstr "OMP DECLARE TARGET-variabel vid
*** 53863,53869 ****
  #: fortran/openmp.c:3058
  #, gcc-internal-format, gfc-internal-format
  msgid "Variable at %L mentioned multiple times in clauses of the same OMP DECLARE TARGET directive"
! msgstr "Variabeln vid %L nÃ¤mnd flera gÃ¥nger i klausuler av samm OMP DECLARE TARGET-direktiv"
  
  #: fortran/openmp.c:3073
  #, gcc-internal-format, gfc-internal-format
--- 53713,53719 ----
  #: fortran/openmp.c:3058
  #, gcc-internal-format, gfc-internal-format
  msgid "Variable at %L mentioned multiple times in clauses of the same OMP DECLARE TARGET directive"
! msgstr "Variabeln vid %L nÃ¤mnd flera gÃ¥nger i klausuler av samma OMP DECLARE TARGET-direktiv"
  
  #: fortran/openmp.c:3073
  #, gcc-internal-format, gfc-internal-format
*************** msgstr "OMP DECLARE TARGET COMMON vid %L
*** 53873,53879 ****
  #: fortran/openmp.c:3079
  #, gcc-internal-format, gfc-internal-format
  msgid "OMP DECLARE TARGET COMMON at %L previously mentioned in TO clause and later in LINK clause"
! msgstr "OMP DECLARE TARGET COMMON %L Ã¤r tidigare nÃ¤mnde i en TO-klausul och senare i en LINK-klausul"
  
  #: fortran/openmp.c:3083
  #, gcc-internal-format, gfc-internal-format
--- 53723,53729 ----
  #: fortran/openmp.c:3079
  #, gcc-internal-format, gfc-internal-format
  msgid "OMP DECLARE TARGET COMMON at %L previously mentioned in TO clause and later in LINK clause"
! msgstr "OMP DECLARE TARGET COMMON %L Ã¤r tidigare nÃ¤mnd i en TO-klausul och senare i en LINK-klausul"
  
  #: fortran/openmp.c:3083
  #, gcc-internal-format, gfc-internal-format
*************** msgid "POINTER object %qs of derived typ
*** 53966,53981 ****
  msgstr "POINTER-objekt %qs av hÃ¤rledd typ i %s-klausul vid %L"
  
  #: fortran/openmp.c:3735
! #, fuzzy, gcc-internal-format
! #| msgid "Cray pointer object of derived type %qs in %s clause at %L"
  msgid "Cray pointer object %qs of derived type in %s clause at %L"
! msgstr "Cray-pekareobjekt av hÃ¤rledd typ %qs i %s-klausul vid %L"
  
  #: fortran/openmp.c:3738
! #, fuzzy, gcc-internal-format
! #| msgid "Cray pointee object of derived type %qs in %s clause at %L"
  msgid "Cray pointee object %qs of derived type in %s clause at %L"
! msgstr "Cray-utpekadobjekt av hÃ¤rledd typ %qs i %s-klausul vid %L"
  
  #: fortran/openmp.c:3744 fortran/openmp.c:4682
  #, gcc-internal-format
--- 53816,53829 ----
  msgstr "POINTER-objekt %qs av hÃ¤rledd typ i %s-klausul vid %L"
  
  #: fortran/openmp.c:3735
! #, gcc-internal-format
  msgid "Cray pointer object %qs of derived type in %s clause at %L"
! msgstr "Cray-pekarobjekt %qs av hÃ¤rledd typ i %s-klausul vid %L"
  
  #: fortran/openmp.c:3738
! #, gcc-internal-format
  msgid "Cray pointee object %qs of derived type in %s clause at %L"
! msgstr "Cray-utpekat objekt %qs av hÃ¤rledd typ i %s-klausul vid %L"
  
  #: fortran/openmp.c:3744 fortran/openmp.c:4682
  #, gcc-internal-format
*************** msgid "POINTER object %qs of polymorphic
*** 53983,53998 ****
  msgstr "POINTER-objekt %qs av polymorf typ i %s-klausul vid %L"
  
  #: fortran/openmp.c:3749
! #, fuzzy, gcc-internal-format
! #| msgid "Cray pointer object of polymorphic type %qs in %s clause at %L"
  msgid "Cray pointer object %qs of polymorphic type in %s clause at %L"
! msgstr "Cray-pekareobjekt av polymorf typ %qs i %s-klausul vid %L"
  
  #: fortran/openmp.c:3754
! #, fuzzy, gcc-internal-format
! #| msgid "Cray pointee object of polymorphic type %qs in %s clause at %L"
  msgid "Cray pointee object %qs of polymorphic type in %s clause at %L"
! msgstr "Cray-utpekadobjekt av polymorf typ %qs i %s-klausul vid %L"
  
  #: fortran/openmp.c:3764 fortran/openmp.c:4380 fortran/openmp.c:4485
  #, gcc-internal-format
--- 53831,53844 ----
  msgstr "POINTER-objekt %qs av polymorf typ i %s-klausul vid %L"
  
  #: fortran/openmp.c:3749
! #, gcc-internal-format
  msgid "Cray pointer object %qs of polymorphic type in %s clause at %L"
! msgstr "Cray-pekarobjekt %qs av polymorf typ i %s-klausul vid %L"
  
  #: fortran/openmp.c:3754
! #, gcc-internal-format
  msgid "Cray pointee object %qs of polymorphic type in %s clause at %L"
! msgstr "Cray-utpekat objekt %qs av polymorf typ i %s-klausul vid %L"
  
  #: fortran/openmp.c:3764 fortran/openmp.c:4380 fortran/openmp.c:4485
  #, gcc-internal-format
*************** msgid "VALUE object %qs in %s clause at
*** 54045,54060 ****
  msgstr "VALUE-objekt %qs i %s-klausul vid %L"
  
  #: fortran/openmp.c:3857
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Implicitly declared function %s used in !$OMP DECLARE REDUCTION at %L "
  msgid "Implicitly declared function %s used in !$OMP DECLARE REDUCTION at %L"
! msgstr "Den implicit deklarerade funktionen %s anvÃ¤nds i !$OMP DECLARE REDUCTION vid %L "
  
  #: fortran/openmp.c:3906
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Implicitly declared subroutine %s used in !$OMP DECLARE REDUCTION at %L "
  msgid "Implicitly declared subroutine %s used in !$OMP DECLARE REDUCTION at %L"
! msgstr "Den implicit deklarerade subrutinen %s anvÃ¤nds i !$OMP DECLARE REDUCTION vid %L "
  
  #: fortran/openmp.c:3939
  #, gcc-internal-format, gfc-internal-format
--- 53891,53904 ----
  msgstr "VALUE-objekt %qs i %s-klausul vid %L"
  
  #: fortran/openmp.c:3857
! #, gcc-internal-format, gfc-internal-format
  msgid "Implicitly declared function %s used in !$OMP DECLARE REDUCTION at %L"
! msgstr "Den implicit deklarerade funktionen %s anvÃ¤nds i !$OMP DECLARE REDUCTION vid %L"
  
  #: fortran/openmp.c:3906
! #, gcc-internal-format, gfc-internal-format
  msgid "Implicitly declared subroutine %s used in !$OMP DECLARE REDUCTION at %L"
! msgstr "Den implicit deklarerade subrutinen %s anvÃ¤nds i !$OMP DECLARE REDUCTION vid %L"
  
  #: fortran/openmp.c:3939
  #, gcc-internal-format, gfc-internal-format
*************** msgstr "DEPEND SINK anvÃ¤nt tillsammans
*** 54172,54178 ****
  #: fortran/openmp.c:4311
  #, gcc-internal-format, gfc-internal-format
  msgid "SINK addend not a constant integer at %L"
! msgstr "SINK-termen Ã¤r inte ett konstant heltal %L"
  
  #: fortran/openmp.c:4317
  #, gcc-internal-format, gfc-internal-format
--- 54016,54022 ----
  #: fortran/openmp.c:4311
  #, gcc-internal-format, gfc-internal-format
  msgid "SINK addend not a constant integer at %L"
! msgstr "SINK-termen Ã¤r inte ett konstant heltal vid %L"
  
  #: fortran/openmp.c:4317
  #, gcc-internal-format, gfc-internal-format
*************** msgid "PARAMETER object %qs is not allow
*** 54572,54581 ****
  msgstr "PARAMETER-objekt %qs Ã¤r inte tillÃ¥tet vid %L"
  
  #: fortran/openmp.c:5987
! #, fuzzy, gcc-internal-format
! #| msgid "Array sections: %qs not allowed in $!ACC DECLARE at %L"
  msgid "Array sections: %qs not allowed in !$ACC DECLARE at %L"
! msgstr "Vektorsektioner: %qs Ã¤r inte tillÃ¥tet i $!ACC DECLARE vid %L"
  
  #: fortran/openmp.c:6114
  #, gcc-internal-format, gfc-internal-format
--- 54416,54424 ----
  msgstr "PARAMETER-objekt %qs Ã¤r inte tillÃ¥tet vid %L"
  
  #: fortran/openmp.c:5987
! #, gcc-internal-format
  msgid "Array sections: %qs not allowed in !$ACC DECLARE at %L"
! msgstr "Vektorsektioner: %qs Ã¤r inte tillÃ¥tet i !$ACC DECLARE vid %L"
  
  #: fortran/openmp.c:6114
  #, gcc-internal-format, gfc-internal-format
*************** msgstr "Oklassificerbar sats vid %C"
*** 54735,54741 ****
  #: fortran/parse.c:625
  #, gcc-internal-format, gfc-internal-format
  msgid "OpenACC directives at %C may not appear in PURE procedures"
! msgstr "OpenACC-direktiv vid %C fÃ¶r inte fÃ¶rekomma i PURE-procedurer"
  
  #: fortran/parse.c:701
  #, gcc-internal-format, gfc-internal-format
--- 54578,54584 ----
  #: fortran/parse.c:625
  #, gcc-internal-format, gfc-internal-format
  msgid "OpenACC directives at %C may not appear in PURE procedures"
! msgstr "OpenACC-direktiv vid %C fÃ¥r inte fÃ¶rekomma i PURE-procedurer"
  
  #: fortran/parse.c:701
  #, gcc-internal-format, gfc-internal-format
*************** msgstr "HÃ¤rledd typ %qs med SEQUENCE fÃ
*** 54820,54826 ****
  #: fortran/parse.c:2763
  #, gcc-internal-format
  msgid "Derived-type %qs with BIND(C) must not have a CONTAINS section at %C"
! msgstr "HÃ¤rledd typ %qs med BIND(C) fÃ¥r nte ha en CONTAINS-sektion vid %C"
  
  #: fortran/parse.c:2783
  #, gcc-internal-format, gfc-internal-format
--- 54663,54669 ----
  #: fortran/parse.c:2763
  #, gcc-internal-format
  msgid "Derived-type %qs with BIND(C) must not have a CONTAINS section at %C"
! msgstr "HÃ¤rledd typ %qs med BIND(C) fÃ¥r inte ha en CONTAINS-sektion vid %C"
  
  #: fortran/parse.c:2783
  #, gcc-internal-format, gfc-internal-format
*************** msgstr "Slut pÃ¥ DO-sats utan block vid
*** 55090,55102 ****
  #: fortran/parse.c:4347
  #, gcc-internal-format, gfc-internal-format
  msgid "CRITICAL block inside of OpenACC region at %C"
! msgstr "CRITICAL-block i unuti OpenACC-region vid %C"
  
  #: fortran/parse.c:4348
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "CRITICAL block inside of OpenACC region at %C"
  msgid "CRITICAL block inside of OpenMP region at %C"
! msgstr "CRITICAL-block i unuti OpenACC-region vid %C"
  
  #: fortran/parse.c:4374
  #, gcc-internal-format, gfc-internal-format
--- 54933,54944 ----
  #: fortran/parse.c:4347
  #, gcc-internal-format, gfc-internal-format
  msgid "CRITICAL block inside of OpenACC region at %C"
! msgstr "CRITICAL-block inuti OpenACC-region vid %C"
  
  #: fortran/parse.c:4348
! #, gcc-internal-format, gfc-internal-format
  msgid "CRITICAL block inside of OpenMP region at %C"
! msgstr "CRITICAL-block i unuti OpenMP-region vid %C"
  
  #: fortran/parse.c:4374
  #, gcc-internal-format, gfc-internal-format
*************** msgid "Syntax error in COMPLEX constant
*** 55412,55421 ****
  msgstr "Syntaxfel i COMPLEX-konstant vid %C"
  
  #: fortran/primary.c:1558
! #, fuzzy, gcc-internal-format
! #| msgid "Namelist '%s' can not be an argument at %L"
  msgid "Namelist %qs can not be an argument at %L"
! msgstr "Namnlistan â€�%sâ€� kan inte vara ett argument vid %L"
  
  #: fortran/primary.c:1644
  #, gcc-internal-format
--- 55254,55262 ----
  msgstr "Syntaxfel i COMPLEX-konstant vid %C"
  
  #: fortran/primary.c:1558
! #, gcc-internal-format
  msgid "Namelist %qs can not be an argument at %L"
! msgstr "Namnlistan %qs kan inte vara ett argument vid %L"
  
  #: fortran/primary.c:1644
  #, gcc-internal-format
*************** msgid "Structure constructor with missin
*** 55518,55527 ****
  msgstr "Postkonstruerare med saknade valfria argument vid %C"
  
  #: fortran/primary.c:2672
! #, fuzzy, gcc-internal-format
! #| msgid "No initializer for allocatable component '%qs' given in the structure constructor at %C"
  msgid "No initializer for allocatable component %qs given in the structure constructor at %C"
! msgstr "Ingen initierare fÃ¶r den allokerbara komponenten â€�%qsâ€� angiven i postkonstrueraren vid %C"
  
  #: fortran/primary.c:2679
  #, gcc-internal-format
--- 55359,55367 ----
  msgstr "Postkonstruerare med saknade valfria argument vid %C"
  
  #: fortran/primary.c:2672
! #, gcc-internal-format
  msgid "No initializer for allocatable component %qs given in the structure constructor at %C"
! msgstr "Ingen initierare fÃ¶r den allokerbara komponenten %s angiven i postkonstrueraren vid %C"
  
  #: fortran/primary.c:2679
  #, gcc-internal-format
*************** msgstr "Argument saknas till %qs vid %C"
*** 55596,55602 ****
  #: fortran/primary.c:3306
  #, gcc-internal-format, gfc-internal-format
  msgid "The leftmost part-ref in a data-ref can not be a function reference at %C"
! msgstr "Den vÃ¤nstraste part-ref i en data-ref kan inte vara en fuktionsreferens vid %C"
  
  #: fortran/primary.c:3460
  #, gcc-internal-format
--- 55436,55442 ----
  #: fortran/primary.c:3306
  #, gcc-internal-format, gfc-internal-format
  msgid "The leftmost part-ref in a data-ref can not be a function reference at %C"
! msgstr "Den vÃ¤nstraste part-ref i en data-ref kan inte vara en funktionsreferens vid %C"
  
  #: fortran/primary.c:3460
  #, gcc-internal-format
*************** msgid "Symbol at %C is not appropriate f
*** 55609,55618 ****
  msgstr "Symbol vid %C passar inte som uttryck"
  
  #: fortran/primary.c:3574
! #, fuzzy, gcc-internal-format
! #| msgid "Derived type '%s' cannot be used as a variable at %C"
  msgid "Derived type %qs cannot be used as a variable at %C"
! msgstr "Den hÃ¤rledda typen â€�%sâ€� fÃ¥r inte anvÃ¤ndas som en variabel vid %C"
  
  #: fortran/primary.c:3615
  #, gcc-internal-format, gfc-internal-format
--- 55449,55457 ----
  msgstr "Symbol vid %C passar inte som uttryck"
  
  #: fortran/primary.c:3574
! #, gcc-internal-format
  msgid "Derived type %qs cannot be used as a variable at %C"
! msgstr "Den hÃ¤rledda typen %qs fÃ¥r inte anvÃ¤ndas som en variabel vid %C"
  
  #: fortran/primary.c:3615
  #, gcc-internal-format, gfc-internal-format
*************** msgid "Result %qs of contained function
*** 55765,55780 ****
  msgstr "Resultatet %qs av innesluten funktion %qs vid %L har ingen IMPLICIT-typ"
  
  #: fortran/resolve.c:619
! #, fuzzy, gcc-internal-format
! #| msgid "Character-valued %s %qs at %L must not be assumed length"
  msgid "Character-valued module procedure %qs at %L must not be assumed length"
! msgstr "TeckenvÃ¤rd %s %qs vid %L fÃ¥r inte ha antagen lÃ¤ngd"
  
  #: fortran/resolve.c:621
! #, fuzzy, gcc-internal-format
! #| msgid "Character-valued %s %qs at %L must not be assumed length"
  msgid "Character-valued internal function %qs at %L must not be assumed length"
! msgstr "TeckenvÃ¤rd %s %qs vid %L fÃ¥r inte ha antagen lÃ¤ngd"
  
  #: fortran/resolve.c:793
  #, gcc-internal-format, gfc-internal-format
--- 55604,55617 ----
  msgstr "Resultatet %qs av innesluten funktion %qs vid %L har ingen IMPLICIT-typ"
  
  #: fortran/resolve.c:619
! #, gcc-internal-format
  msgid "Character-valued module procedure %qs at %L must not be assumed length"
! msgstr "TeckenvÃ¤rd modulprocedur %qs vid %L fÃ¥r inte ha antagen lÃ¤ngd"
  
  #: fortran/resolve.c:621
! #, gcc-internal-format
  msgid "Character-valued internal function %qs at %L must not be assumed length"
! msgstr "TeckenvÃ¤rd intern funktion %qs vid %L fÃ¥r inte ha antagen lÃ¤ngd"
  
  #: fortran/resolve.c:793
  #, gcc-internal-format, gfc-internal-format
*************** msgid "Return type mismatch of function
*** 56042,56049 ****
  msgstr "Returtypen stÃ¤mmer inte fÃ¶r funktionen %qs vid %L (%s/%s)"
  
  #: fortran/resolve.c:2471
! #, fuzzy, gcc-internal-format
! #| msgid "Interface mismatch in global procedure %qs at %L: %s "
  msgid "Interface mismatch in global procedure %qs at %L: %s"
  msgstr "GrÃ¤nssnitt stÃ¤mmer inte Ã¶verens i den globala proceduren %qs vid %L: %s"
  
--- 55879,55885 ----
  msgstr "Returtypen stÃ¤mmer inte fÃ¶r funktionen %qs vid %L (%s/%s)"
  
  #: fortran/resolve.c:2471
! #, gcc-internal-format
  msgid "Interface mismatch in global procedure %qs at %L: %s"
  msgstr "GrÃ¤nssnitt stÃ¤mmer inte Ã¶verens i den globala proceduren %qs vid %L: %s"
  
*************** msgstr "FORALL med index %qs anvÃ¤nds in
*** 56944,56950 ****
  #: fortran/resolve.c:9699
  #, gcc-internal-format, gfc-internal-format
  msgid "FORALL index-name at %L must be a scalar variable of type integer"
! msgstr "FORALL-indexnamn vid %L mÃ¥ste vara en skalÃ¤r variabel av heltalsltyp"
  
  #: fortran/resolve.c:9709
  #, gcc-internal-format, gfc-internal-format
--- 56780,56786 ----
  #: fortran/resolve.c:9699
  #, gcc-internal-format, gfc-internal-format
  msgid "FORALL index-name at %L must be a scalar variable of type integer"
! msgstr "FORALL-indexnamn vid %L mÃ¥ste vara en skalÃ¤r variabel av heltalstyp"
  
  #: fortran/resolve.c:9709
  #, gcc-internal-format, gfc-internal-format
*************** msgid "Mismatch in RECURSIVE attribute b
*** 57311,57320 ****
  msgstr "RECURSIVE-attribut stÃ¤mmer inte mellan MODULE PROCEDURE vid %L och dess grÃ¤nssnitt i %s"
  
  #: fortran/resolve.c:12347
! #, fuzzy, gcc-internal-format
! #| msgid "%s between the MODULE PROCEDURE declaration in module %s and the declaration at %L in SUBMODULE %s"
  msgid "%s between the MODULE PROCEDURE declaration in MODULE %qs and the declaration at %L in (SUB)MODULE %qs"
! msgstr "%s mellan MODULE PROCEDURE-deklarationen i modulen %s och deklarationen vid %L i SUBMODULE %s"
  
  #: fortran/resolve.c:12434
  #, gcc-internal-format
--- 57147,57155 ----
  msgstr "RECURSIVE-attribut stÃ¤mmer inte mellan MODULE PROCEDURE vid %L och dess grÃ¤nssnitt i %s"
  
  #: fortran/resolve.c:12347
! #, gcc-internal-format
  msgid "%s between the MODULE PROCEDURE declaration in MODULE %qs and the declaration at %L in (SUB)MODULE %qs"
! msgstr "%s mellan MODULE PROCEDURE-deklarationen i MODULE %qs och deklarationen vid %L i (SUB)MODULE %qs"
  
  #: fortran/resolve.c:12434
  #, gcc-internal-format
*************** msgid "LOGICAL result variable %qs at %L
*** 57822,57831 ****
  msgstr "LOGICAL-resultatvariabeln %qs vid %L med icke-C_Bool-sort i BIND(C)-proceduren %qs"
  
  #: fortran/resolve.c:14732
! #, fuzzy, gcc-internal-format
! #| msgid "Namelist '%s' can not be an argument to subroutine or function at %L"
  msgid "Namelist %qs can not be an argument to subroutine or function at %L"
! msgstr "Namnlistan â€�%sâ€� fÃ¥r inte vara ett argument till en subrutin eller funktion vid %L"
  
  #: fortran/resolve.c:14802
  #, gcc-internal-format, gfc-internal-format
--- 57657,57665 ----
  msgstr "LOGICAL-resultatvariabeln %qs vid %L med icke-C_Bool-sort i BIND(C)-proceduren %qs"
  
  #: fortran/resolve.c:14732
! #, gcc-internal-format
  msgid "Namelist %qs can not be an argument to subroutine or function at %L"
! msgstr "Namnlistan %qs fÃ¥r inte vara ett argument till en subrutin eller funktion vid %L"
  
  #: fortran/resolve.c:14802
  #, gcc-internal-format, gfc-internal-format
*************** msgid "Wrong OpenACC continuation at %C:
*** 58043,58052 ****
  msgstr "Felaktig OpenACC-fortsÃ¤ttning vid %C: !$ACC fÃ¶rvÃ¤ntades, fick !$OMP"
  
  #: fortran/scanner.c:1412 fortran/scanner.c:1509
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Wrong OpenACC continuation at %C: expected !$ACC, got !$OMP"
  msgid "Wrong OpenMP continuation at %C: expected !$OMP, got !$ACC"
! msgstr "Felaktig OpenACC-fortsÃ¤ttning vid %C: !$ACC fÃ¶rvÃ¤ntades, fick !$OMP"
  
  #: fortran/scanner.c:1423
  #, gcc-internal-format
--- 57877,57885 ----
  msgstr "Felaktig OpenACC-fortsÃ¤ttning vid %C: !$ACC fÃ¶rvÃ¤ntades, fick !$OMP"
  
  #: fortran/scanner.c:1412 fortran/scanner.c:1509
! #, gcc-internal-format, gfc-internal-format
  msgid "Wrong OpenMP continuation at %C: expected !$OMP, got !$ACC"
! msgstr "Felaktig OpenMP-fortsÃ¤ttning vid %C: !$OMP fÃ¶rvÃ¤ntades, fick !$ACC"
  
  #: fortran/scanner.c:1423
  #, gcc-internal-format
*************** msgstr "ALLOCATABLE angiven utanfÃ¶r INT
*** 58565,58571 ****
  #: fortran/symbol.c:976
  #, gcc-internal-format, gfc-internal-format
  msgid "Duplicate AUTOMATIC attribute specified at %L"
! msgstr "Dubblerat VOLATILE-attribut angivet vid %L"
  
  #: fortran/symbol.c:1000
  #, gcc-internal-format
--- 58398,58404 ----
  #: fortran/symbol.c:976
  #, gcc-internal-format, gfc-internal-format
  msgid "Duplicate AUTOMATIC attribute specified at %L"
! msgstr "Dubblerat AUTOMATIC-attribut angivet vid %L"
  
  #: fortran/symbol.c:1000
  #, gcc-internal-format
*************** msgid "Return value %qs of function %qs
*** 59027,59036 ****
  msgstr "ReturvÃ¤rdet %qs fÃ¶r funktionen %qs deklarerad vid %L Ã¤r inte satt"
  
  #: fortran/trans-decl.c:6136
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Sorry, $!ACC DECLARE at %L is not allowed in BLOCK construct"
  msgid "Sorry, !$ACC DECLARE at %L is not allowed in BLOCK construct"
! msgstr "Ledsen, $!ACC DECLARE vid %L Ã¤r inte tillÃ¥tet i BLOCK-konstruktion"
  
  #: fortran/trans-expr.c:897
  #, gcc-internal-format, gfc-internal-format
--- 58860,58868 ----
  msgstr "ReturvÃ¤rdet %qs fÃ¶r funktionen %qs deklarerad vid %L Ã¤r inte satt"
  
  #: fortran/trans-decl.c:6136
! #, gcc-internal-format, gfc-internal-format
  msgid "Sorry, !$ACC DECLARE at %L is not allowed in BLOCK construct"
! msgstr "Ledsen, !$ACC DECLARE vid %L Ã¤r inte tillÃ¥tet i BLOCK-konstruktion"
  
  #: fortran/trans-expr.c:897
  #, gcc-internal-format, gfc-internal-format
*************** msgid "Sorry, the event component of der
*** 59079,59088 ****
  msgstr "Ledsen, hÃ¤ndelsekomponenten hos hÃ¤rledd typ vid %L stÃ¶djs inte Ã¤nnu"
  
  #: fortran/trans-intrinsic.c:10232
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "The event variable at %L shall not be coindexed "
  msgid "The event variable at %L shall not be coindexed"
! msgstr "HÃ¤ndelsevariabeln vid %L fÃ¥r inte vara co-indexerat"
  
  #: fortran/trans-io.c:1957
  #, gcc-internal-format
--- 58911,58919 ----
  msgstr "Ledsen, hÃ¤ndelsekomponenten hos hÃ¤rledd typ vid %L stÃ¶djs inte Ã¤nnu"
  
  #: fortran/trans-intrinsic.c:10232
! #, gcc-internal-format, gfc-internal-format
  msgid "The event variable at %L shall not be coindexed"
! msgstr "HÃ¤ndelsevariabeln vid %L fÃ¥r inte vara co-indexerad"
  
  #: fortran/trans-io.c:1957
  #, gcc-internal-format
*************** msgstr "%<-fobjc-sjlj-exceptions%> ignor
*** 60361,60462 ****
  #, gcc-internal-format
  msgid "creating selector for nonexistent method %qE"
  msgstr "skapar vÃ¤ljare fÃ¶r icke existerande metod %qE"
- 
- #~ msgid "Cannot open intermediate output file %s\n"
- #~ msgstr "Kan inte Ã¶ppna intermediÃ¤r utfil %s\n"
- 
- #~ msgid "module procedure"
- #~ msgstr "modulprocedur"
- 
- #~ msgid "internal function"
- #~ msgstr "intern funktion"
- 
- #~ msgid "Specifies the cost model for vectorization."
- #~ msgstr "Anger kostnadsmodellen fÃ¶r vektorisering."
- 
- #~ msgid "%s uses same OpenACC parallelism as containing loop"
- #~ msgstr "%s anvÃ¤nder samma OpenACC-parallellism som den omgivande slingan"
- 
- #~ msgid "not support -fpic"
- #~ msgstr "stÃ¶djer inte -fpic"
- 
- #~ msgid "implicit declaration of function %qE;did you mean %qs?"
- #~ msgstr "implicit deklaration av funktionen %qE; menade du %qs?"
- 
- #~ msgid "%<#pragma acc enter data%> may only be used in compound statements"
- #~ msgstr "%<#pragma acc enter data%> fÃ¥r bara anvÃ¤ndas i sammansatta satser"
- 
- #~ msgid "%<#pragma acc exit data%> may only be used in compound statements"
- #~ msgstr "%<#pragma acc exit data%> fÃ¥r bara anvÃ¤ndas i sammansatta satser"
- 
- #~ msgid "%<#pragma acc update%> may only be used in compound statements"
- #~ msgstr "%<#pragma acc update%> fÃ¥r bara anvÃ¤ndas i sammansatta satser"
- 
- #~ msgid "%<#pragma omp barrier%> may only be used in compound statements"
- #~ msgstr "%<#pragma omp barrier%> fÃ¥r bara anvÃ¤ndas i sammansatta satser"
- 
- #~ msgid "%<#pragma omp taskwait%> may only be used in compound statements"
- #~ msgstr "%<#pragma omp taskwait%> fÃ¥r bara anvÃ¤ndas i sammansatta satser"
- 
- #~ msgid "%<#pragma omp taskyield%> may only be used in compound statements"
- #~ msgstr "%<#pragma omp taskyield%> fÃ¥r bara anvÃ¤ndas i sammansatta satser"
- 
- #~ msgid "%<#pragma omp cancel%> may only be used in compound statements"
- #~ msgstr "%<#pragma omp cancel%> fÃ¥r bara anvÃ¤ndas i sammansatta satser"
- 
- #~ msgid "%<%s%> value must be positive"
- #~ msgstr "%<%s%>-vÃ¤rdet mÃ¥ste vara positivt"
- 
- #~ msgid "expected %<+%>, %<*%>, %<-%>, %<&%>, %<^%>, %<|%>, %<&&%>, %<||%>, %<min%> or %<max%>"
- #~ msgstr "%<+%>, %<*%>, %<-%>, %<&%>, %<^%>, %<|%>, %<&&%>, %<||%>, %<min%> eller %<max%> fÃ¶rvÃ¤ntades"
- 
- #~ msgid "%<#pragma acc enter data%> has no data movement clause"
- #~ msgstr "%<#pragma acc enter data%> har ingen dataflyttningsklausul"
- 
- #~ msgid "%<#pragma omp ordered%> with %<depend> clause may only be used in compound statements"
- #~ msgstr "%<#pragma omp ordered%> med en %<depend>-klausul fÃ¥r bara anvÃ¤ndas i sammansatta satser"
- 
- #~ msgid "%<#pragma omp cancellation point%> may only be used in compound statements"
- #~ msgstr "%<#pragma omp cancellation point%> fÃ¥r bara anvÃ¤ndas i sammansatta satser"
- 
- #~ msgid "%<#pragma omp target update%> may only be used in compound statements"
- #~ msgstr "%<#pragma omp target update%> fÃ¥r bara anvÃ¤ndas i sammansatta satser"
- 
- #~ msgid "%<#pragma omp target enter data%> may only be used in compound statements"
- #~ msgstr "%<#pragma omp target enter data%> fÃ¥r bara anvÃ¤ndas i sammansatta satser"
- 
- #~ msgid "%<#pragma omp target exit data%> may only be used in compound statements"
- #~ msgstr "%<#pragma omp target exit data%> fÃ¥r bara anvÃ¤ndas i sammansatta satser"
- 
- #~ msgid "%<#pragma omp target exit data%> with map-type other than %<from%>, %<release> or %<delete%> on %<map%> clause"
- #~ msgstr "%<#pragma omp target exit data%> med en annan map-typ Ã¤n %<from%>, %<release> eller %<delete%> pÃ¥ %<map%>-klausul"
- 
- #~ msgid "expected %<+%>, %<*%>, %<-%>, %<&%>, %<^%>, %<|%>, %<&&%>, %<||%>, %<min%> or identifier"
- #~ msgstr "%<+%>, %<*%>, %<-%>, %<&%>, %<^%>, %<|%>, %<&&%>, %<||%>, %<min%> eller identifierare fÃ¶rvÃ¤ntades"
- 
- #~ msgid "ISO C++ forbids flexible array member %<%s%>"
- #~ msgstr "ISO C++ fÃ¶rbjuder flexibla vektormedlemmar %<%s%>"
- 
- #~ msgid "class template argument deduction requires an initializer"
- #~ msgstr "hÃ¤rledning av klassmallargument behÃ¶ver en initierare"
- 
- #~ msgid "%<#pragma acc wait%> may only be used in compound statements"
- #~ msgstr "%<#pragma acc wait%> fÃ¥r bara anvÃ¤ndas i sammansatta satser"
- 
- #~ msgid "cannot deduce template arguments for %qT, as it has no deduction guides or user-declared constructors"
- #~ msgstr "kan inte hÃ¤rleda mallargument fÃ¶r %qT, eftersom den inte har nÃ¥gra hÃ¤rledningsguider eller anvÃ¤ndardeklarerade konstruerare"
- 
- #~ msgid "invalid use of %<auto%>"
- #~ msgstr "ogiltigt anvÃ¤ndning av %<auto%>"
- 
- #~ msgid "Component '%s' at %C already declared at %L"
- #~ msgstr "Komponenten â€�%sâ€� vid %C Ã¤r redan deklarerad vid %L"
- 
- #~ msgid "Type name '%s' at %C is ambiguous"
- #~ msgstr "Typnamnet â€�%sâ€� vid %C Ã¤r tvetydigt"
- 
- #~ msgid "The GENERIC DTIO INTERFACE at %C is not present in the MODULE '%s'"
- #~ msgstr "GENERIC DTIO INTERFACE vid %C finns inte i MODULE â€�%sâ€�"
- 
- #~ msgid "Pointer initialization target at %L must not be ALLOCATABLE "
- #~ msgstr "PekarinitieringsmÃ¥l vid %L fÃ¥r inte vara ALLOCATABLE "
--- 60192,60194 ----
diff -Nrcpad gcc-7.1.0/gcc/po/tr.gmo gcc-7.2.0/gcc/po/tr.gmo
*** gcc-7.1.0/gcc/po/tr.gmo	Tue May  2 14:16:38 2017
--- gcc-7.2.0/gcc/po/tr.gmo	Mon Aug 14 08:30:39 2017
*************** warranty; not even for MERCHANTABILITY o
*** 326,332 ****
  unconditional %2d taken %s
  undeclared selector %qEundefined named operand %qsunexpected base-type in cris_print_baseunexpected index-type in cris_print_indexunexpected multiplicative operandunexpected operandunexpected side-effects in addressuninitialized const %qDuninitialized const in %<new%> of %q#Tunion cannot be made transparentunion has no membersunion has no named membersunknown -mdebug-%s switchunknown CRIS cpu version specification in -mtune= : %sunknown CRIS version specification in -march= or -mcpu= : %sunknown array size in deleteunknown cc_attr valueunknown conversion type character %qc in formatunknown demangling style '%s'unknown insn modeunknown move insn:unknown register name %qs in %<asm%>unknown register name: %sunknown relocation unspecunnamed initializer for %qT, which has no base classesunnamed initializer for %qT, which uses multiple inheritanceunnamed struct/union that defines no instancesunnamed variable or field declared voidunordered comparison on non-floating point argumentunrecognizable insn:unrecognized addressunrecognized format specifierunrecognized gcc debugging option: %cunrecognized supposed constantunrecoverable errorunresolved overload for Altivec builtin %qFunsupported combination: %sunsupported operand size for extended registerunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatunused variable %q+Dunwind tables currently require either a frame pointer or -maccumulate-outgoing-args for correctnessupper value in case label range exceeds maximum value for typeuse #include insteaduse %<%T::template %D%> to indicate that it is a templateuse -Winvalid-pch for more informationuse __attribute__ ((vector_size)) insteaduse of %<complex%> in AltiVec types is invaliduse of %<long double%> in AltiVec types is invaliduse of %<long%> in AltiVec types is deprecated; use %<int%>use of %qs in templateuse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of boolean types in AltiVec types is invaliduse of class template %qT as expressionuse of enum %q#D without previous declarationuse of namespace %qD as expressionuse of old-style castuse of parameter from containing functionused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requireduseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationuser-defined %qD always evaluates both argumentsusing invalid field %qDusing-declaration for non-member at class scopevalidate_value_data: Loop in regno chain (%u)validate_value_data: [%u] Bad next_regno for empty chain (%u)validate_value_data: [%u] Bad oldest_regno (%u)validate_value_data: [%u] Non-empty reg in chain (%s %u %i)value computed is not usedvalue of -mfixed-range must have form REG1-REG2variable %q#D has initializer but incomplete typevariable %q+D declared %<inline%>variable %q+D definition is marked dllimportvariable %q+D might be clobbered by %<longjmp%> or %<vfork%>variable %qD has initializer but incomplete typevariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable tracking requested, but not supported by this debug formatvariable tracking requested, but useless unless producing debug infovariable-sized object may not be initializedvector overflow in expressionvector size not an integral multiple of component sizeverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_flow_info: Basic block %d succ edge is corruptedverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_ssa failedvirtual base %qT inaccessible in %qT due to ambiguityvirtual functions cannot be friendsvirtual non-class function %qsvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvisibility attribute not supported in this configuration; ignoredvoid value not ignored as it ought to bewarning: weak declaration of %q+D must be publicweak declaration of %q+D not supportedweakref %q+D ultimately targets itselfwhen writing output to %s: %mwide string literal in %<asm%>width of %qs exceeds its typewill be assumed to return %<id%> and acceptwith %q+#Dwriting into constant object (argument %d)writing through null pointer (argument %d)wrong amount of branch edges after unconditional jump %iwrong edge %d->%d for PHI argumentwrong immediate use listwrong insn in the fallthru edgewrong number of template arguments (%d, should be %d)wrong outgoing edge flags at end of bb %dwrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusxstormy16_print_operand: unknown codez/Architecture mode not supported on %szero or negative size array %q+Dzero vector sizezero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qDProject-Id-Version: gcc 5.2.0
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-04-24 20:38+0000
  PO-Revision-Date: 2015-09-11 20:22+0300
  Last-Translator: NilgÃ¼n Belma BugÃ¼ner <nilgun@fide.org>
  Language-Team: Turkish <gnu-tr-u12a@lists.sourceforge.net>
--- 326,332 ----
  unconditional %2d taken %s
  undeclared selector %qEundefined named operand %qsunexpected base-type in cris_print_baseunexpected index-type in cris_print_indexunexpected multiplicative operandunexpected operandunexpected side-effects in addressuninitialized const %qDuninitialized const in %<new%> of %q#Tunion cannot be made transparentunion has no membersunion has no named membersunknown -mdebug-%s switchunknown CRIS cpu version specification in -mtune= : %sunknown CRIS version specification in -march= or -mcpu= : %sunknown array size in deleteunknown cc_attr valueunknown conversion type character %qc in formatunknown demangling style '%s'unknown insn modeunknown move insn:unknown register name %qs in %<asm%>unknown register name: %sunknown relocation unspecunnamed initializer for %qT, which has no base classesunnamed initializer for %qT, which uses multiple inheritanceunnamed struct/union that defines no instancesunnamed variable or field declared voidunordered comparison on non-floating point argumentunrecognizable insn:unrecognized addressunrecognized format specifierunrecognized gcc debugging option: %cunrecognized supposed constantunrecoverable errorunresolved overload for Altivec builtin %qFunsupported combination: %sunsupported operand size for extended registerunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatunused variable %q+Dunwind tables currently require either a frame pointer or -maccumulate-outgoing-args for correctnessupper value in case label range exceeds maximum value for typeuse #include insteaduse %<%T::template %D%> to indicate that it is a templateuse -Winvalid-pch for more informationuse __attribute__ ((vector_size)) insteaduse of %<complex%> in AltiVec types is invaliduse of %<long double%> in AltiVec types is invaliduse of %<long%> in AltiVec types is deprecated; use %<int%>use of %qs in templateuse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of boolean types in AltiVec types is invaliduse of class template %qT as expressionuse of enum %q#D without previous declarationuse of namespace %qD as expressionuse of old-style castuse of parameter from containing functionused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requireduseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationuser-defined %qD always evaluates both argumentsusing invalid field %qDusing-declaration for non-member at class scopevalidate_value_data: Loop in regno chain (%u)validate_value_data: [%u] Bad next_regno for empty chain (%u)validate_value_data: [%u] Bad oldest_regno (%u)validate_value_data: [%u] Non-empty reg in chain (%s %u %i)value computed is not usedvalue of -mfixed-range must have form REG1-REG2variable %q#D has initializer but incomplete typevariable %q+D declared %<inline%>variable %q+D definition is marked dllimportvariable %q+D might be clobbered by %<longjmp%> or %<vfork%>variable %qD has initializer but incomplete typevariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable tracking requested, but not supported by this debug formatvariable tracking requested, but useless unless producing debug infovariable-sized object may not be initializedvector overflow in expressionvector size not an integral multiple of component sizeverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_flow_info: Basic block %d succ edge is corruptedverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_ssa failedvirtual base %qT inaccessible in %qT due to ambiguityvirtual functions cannot be friendsvirtual non-class function %qsvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvisibility attribute not supported in this configuration; ignoredvoid value not ignored as it ought to bewarning: weak declaration of %q+D must be publicweak declaration of %q+D not supportedweakref %q+D ultimately targets itselfwhen writing output to %s: %mwide string literal in %<asm%>width of %qs exceeds its typewill be assumed to return %<id%> and acceptwith %q+#Dwriting into constant object (argument %d)writing through null pointer (argument %d)wrong amount of branch edges after unconditional jump %iwrong edge %d->%d for PHI argumentwrong immediate use listwrong insn in the fallthru edgewrong number of template arguments (%d, should be %d)wrong outgoing edge flags at end of bb %dwrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusxstormy16_print_operand: unknown codez/Architecture mode not supported on %szero or negative size array %q+Dzero vector sizezero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qDProject-Id-Version: gcc 5.2.0
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-05-01 22:24+0000
  PO-Revision-Date: 2015-09-11 20:22+0300
  Last-Translator: NilgÃ¼n Belma BugÃ¼ner <nilgun@fide.org>
  Language-Team: Turkish <gnu-tr-u12a@lists.sourceforge.net>
diff -Nrcpad gcc-7.1.0/gcc/po/tr.po gcc-7.2.0/gcc/po/tr.po
*** gcc-7.1.0/gcc/po/tr.po	Sun Apr 30 23:16:59 2017
--- gcc-7.2.0/gcc/po/tr.po	Thu May  4 15:54:38 2017
*************** msgid ""
*** 7,13 ****
  msgstr ""
  "Project-Id-Version: gcc 5.2.0\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-04-24 20:38+0000\n"
  "PO-Revision-Date: 2015-09-11 20:22+0300\n"
  "Last-Translator: NilgÃ¼n Belma BugÃ¼ner <nilgun@fide.org>\n"
  "Language-Team: Turkish <gnu-tr-u12a@lists.sourceforge.net>\n"
--- 7,13 ----
  msgstr ""
  "Project-Id-Version: gcc 5.2.0\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-05-01 22:24+0000\n"
  "PO-Revision-Date: 2015-09-11 20:22+0300\n"
  "Last-Translator: NilgÃ¼n Belma BugÃ¼ner <nilgun@fide.org>\n"
  "Language-Team: Turkish <gnu-tr-u12a@lists.sourceforge.net>\n"
*************** msgstr "strfmon biÃ§iminde uzunluk deÄŸi
*** 3107,3152 ****
  msgid "<command-line>"
  msgstr "<komut-satÄ±rÄ±>"
  
! #: config/aarch64/aarch64.c:4926 config/arm/arm.c:21795 config/arm/arm.c:21808
! #: config/arm/arm.c:21833 config/nios2/nios2.c:2653
  #, fuzzy, c-format
  #| msgid "invalid operand for code '%c'"
  msgid "Unsupported operand for code '%c'"
  msgstr "terim, kod `%c' iÃ§in geÃ§ersiz"
  
! #: config/aarch64/aarch64.c:4938 config/aarch64/aarch64.c:4954
! #: config/aarch64/aarch64.c:4967 config/aarch64/aarch64.c:4979
! #: config/aarch64/aarch64.c:4990 config/aarch64/aarch64.c:5013
! #: config/aarch64/aarch64.c:5066 config/aarch64/aarch64.c:5269
  #, fuzzy, c-format
  #| msgid "invalid operand for code '%c'"
  msgid "invalid operand for '%%%c'"
  msgstr "terim, kod `%c' iÃ§in geÃ§ersiz"
  
! #: config/aarch64/aarch64.c:5033 config/aarch64/aarch64.c:5046
! #: config/aarch64/aarch64.c:5056
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5102 config/arm/arm.c:22340
  #, c-format
  msgid "missing operand"
  msgstr "terim eksik"
  
! #: config/aarch64/aarch64.c:5164
  #, fuzzy, c-format
  #| msgid "invalid insn:"
  msgid "invalid constant"
  msgstr "geÃ§ersiz komut:"
  
! #: config/aarch64/aarch64.c:5167
  #, fuzzy, c-format
  #| msgid "invalid %%d operand"
  msgid "invalid operand"
  msgstr "geÃ§ersiz %%d terimi"
  
! #: config/aarch64/aarch64.c:5280
  #, fuzzy, c-format
  #| msgid "invalid operand code '%c'"
  msgid "invalid operand prefix '%%%c'"
--- 3107,3152 ----
  msgid "<command-line>"
  msgstr "<komut-satÄ±rÄ±>"
  
! #: config/aarch64/aarch64.c:4927 config/arm/arm.c:21832 config/arm/arm.c:21845
! #: config/arm/arm.c:21870 config/nios2/nios2.c:2653
  #, fuzzy, c-format
  #| msgid "invalid operand for code '%c'"
  msgid "Unsupported operand for code '%c'"
  msgstr "terim, kod `%c' iÃ§in geÃ§ersiz"
  
! #: config/aarch64/aarch64.c:4939 config/aarch64/aarch64.c:4955
! #: config/aarch64/aarch64.c:4968 config/aarch64/aarch64.c:4980
! #: config/aarch64/aarch64.c:4991 config/aarch64/aarch64.c:5014
! #: config/aarch64/aarch64.c:5067 config/aarch64/aarch64.c:5270
  #, fuzzy, c-format
  #| msgid "invalid operand for code '%c'"
  msgid "invalid operand for '%%%c'"
  msgstr "terim, kod `%c' iÃ§in geÃ§ersiz"
  
! #: config/aarch64/aarch64.c:5034 config/aarch64/aarch64.c:5047
! #: config/aarch64/aarch64.c:5057
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5103 config/arm/arm.c:22377
  #, c-format
  msgid "missing operand"
  msgstr "terim eksik"
  
! #: config/aarch64/aarch64.c:5165
  #, fuzzy, c-format
  #| msgid "invalid insn:"
  msgid "invalid constant"
  msgstr "geÃ§ersiz komut:"
  
! #: config/aarch64/aarch64.c:5168
  #, fuzzy, c-format
  #| msgid "invalid %%d operand"
  msgid "invalid operand"
  msgstr "geÃ§ersiz %%d terimi"
  
! #: config/aarch64/aarch64.c:5281
  #, fuzzy, c-format
  #| msgid "invalid operand code '%c'"
  msgid "invalid operand prefix '%%%c'"
*************** msgstr "geÃ§ersiz terim Ã§Ä±ktÄ± kodu"
*** 3311,3340 ****
  msgid "invalid UNSPEC as operand: %d"
  msgstr "terim olarak UNSPEC geÃ§ersiz"
  
! #: config/arm/arm.c:18804 config/arm/arm.c:18829 config/arm/arm.c:18839
! #: config/arm/arm.c:18848 config/arm/arm.c:18857
  #, fuzzy, c-format
  #| msgid "invalid %%f operand"
  msgid "invalid shift operand"
  msgstr "geÃ§ersiz %%f terimi"
  
! #: config/arm/arm.c:21671 config/arm/arm.c:21689
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "isnatlÄ± Thumb komutu"
  
! #: config/arm/arm.c:21677
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "koÅŸullu dizilimde isnatlÄ± komut"
  
! #: config/arm/arm.c:21910 config/arm/arm.c:21932 config/arm/arm.c:21942
! #: config/arm/arm.c:21952 config/arm/arm.c:21962 config/arm/arm.c:22001
! #: config/arm/arm.c:22019 config/arm/arm.c:22044 config/arm/arm.c:22059
! #: config/arm/arm.c:22086 config/arm/arm.c:22093 config/arm/arm.c:22111
! #: config/arm/arm.c:22118 config/arm/arm.c:22126 config/arm/arm.c:22147
! #: config/arm/arm.c:22154 config/arm/arm.c:22287 config/arm/arm.c:22294
! #: config/arm/arm.c:22321 config/arm/arm.c:22328 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
--- 3311,3340 ----
  msgid "invalid UNSPEC as operand: %d"
  msgstr "terim olarak UNSPEC geÃ§ersiz"
  
! #: config/arm/arm.c:18841 config/arm/arm.c:18866 config/arm/arm.c:18876
! #: config/arm/arm.c:18885 config/arm/arm.c:18894
  #, fuzzy, c-format
  #| msgid "invalid %%f operand"
  msgid "invalid shift operand"
  msgstr "geÃ§ersiz %%f terimi"
  
! #: config/arm/arm.c:21708 config/arm/arm.c:21726
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "isnatlÄ± Thumb komutu"
  
! #: config/arm/arm.c:21714
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "koÅŸullu dizilimde isnatlÄ± komut"
  
! #: config/arm/arm.c:21947 config/arm/arm.c:21969 config/arm/arm.c:21979
! #: config/arm/arm.c:21989 config/arm/arm.c:21999 config/arm/arm.c:22038
! #: config/arm/arm.c:22056 config/arm/arm.c:22081 config/arm/arm.c:22096
! #: config/arm/arm.c:22123 config/arm/arm.c:22130 config/arm/arm.c:22148
! #: config/arm/arm.c:22155 config/arm/arm.c:22163 config/arm/arm.c:22184
! #: config/arm/arm.c:22191 config/arm/arm.c:22324 config/arm/arm.c:22331
! #: config/arm/arm.c:22358 config/arm/arm.c:22365 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
*************** msgstr "koÅŸullu dizilimde isnatlÄ± komu
*** 3342,3355 ****
  msgid "invalid operand for code '%c'"
  msgstr "terim, kod `%c' iÃ§in geÃ§ersiz"
  
! #: config/arm/arm.c:22014
  #, fuzzy, c-format
  #| msgid "instruction never exectued"
  msgid "instruction never executed"
  msgstr "komut hiÃ§ Ã§alÄ±ÅŸtÄ±rÄ±lmadÄ±"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22035
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr ""
--- 3342,3355 ----
  msgid "invalid operand for code '%c'"
  msgstr "terim, kod `%c' iÃ§in geÃ§ersiz"
  
! #: config/arm/arm.c:22051
  #, fuzzy, c-format
  #| msgid "instruction never exectued"
  msgid "instruction never executed"
  msgstr "komut hiÃ§ Ã§alÄ±ÅŸtÄ±rÄ±lmadÄ±"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22072
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr ""
*************** msgstr ""
*** 4226,4339 ****
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7314
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr ""
  
! #: config/s390/s390.c:7325
  #, c-format
  msgid "cannot decompose address"
  msgstr "adres Ã§Ã¶zÃ¼mlenemez"
  
! #: config/s390/s390.c:7394
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "'b' deÄŸiÅŸtirici iÃ§in terim geÃ§ersiz"
  
! #: config/s390/s390.c:7417
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid reference for 'J' output modifier"
  msgstr "'b' deÄŸiÅŸtirici iÃ§in terim geÃ§ersiz"
  
! #: config/s390/s390.c:7435
  #, fuzzy, c-format
  #| msgid "invalid operand for 'O' modifier"
  msgid "invalid address for 'O' output modifier"
  msgstr "'O' deÄŸiÅŸtiricisi iÃ§in terim geÃ§ersiz"
  
! #: config/s390/s390.c:7457
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid address for 'R' output modifier"
  msgstr "'b' deÄŸiÅŸtirici iÃ§in terim geÃ§ersiz"
  
! #: config/s390/s390.c:7475
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7485
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid address for 'S' output modifier"
  msgstr "'b' deÄŸiÅŸtirici iÃ§in terim geÃ§ersiz"
  
! #: config/s390/s390.c:7506
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7517
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7603 config/s390/s390.c:7624
  #, fuzzy, c-format
  #| msgid "invalid operand for 'o' modifier"
  msgid "invalid constant for output modifier '%c'"
  msgstr "'o' deÄŸiÅŸtiricisi iÃ§in terim geÃ§ersiz"
  
! #: config/s390/s390.c:7621
  #, fuzzy, c-format
  #| msgid "invalid operand output code"
  msgid "invalid constant - try using an output modifier"
  msgstr "geÃ§ersiz terim Ã§Ä±ktÄ± kodu"
  
! #: config/s390/s390.c:7658
  #, fuzzy, c-format
  #| msgid "invalid operand for 'o' modifier"
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "'o' deÄŸiÅŸtiricisi iÃ§in terim geÃ§ersiz"
  
! #: config/s390/s390.c:7665
  #, fuzzy, c-format
  #| msgid "invalid expression as operand"
  msgid "invalid expression - try using an output modifier"
  msgstr "terim olarak ifade geÃ§ersiz"
  
! #: config/s390/s390.c:7668
  #, fuzzy, c-format
  #| msgid "invalid operand for 'o' modifier"
  msgid "invalid expression for output modifier '%c'"
  msgstr "'o' deÄŸiÅŸtiricisi iÃ§in terim geÃ§ersiz"
  
! #: config/s390/s390.c:11535
  #, fuzzy
  #| msgid "AltiVec argument passed to unprototyped function"
  msgid "vector argument passed to unprototyped function"
  msgstr "AltiVec argÃ¼manÄ± prototipsiz iÅŸleve aktarÄ±ldÄ±"
  
! #: config/s390/s390.c:15354
  #, fuzzy
  #| msgid "pointer targets in return differ in signedness"
  msgid "types differ in signedness"
  msgstr "dÃ¶nÃ¼ÅŸ deÄŸerinde gÃ¶sterici hedefleri farklÄ± signed'lÄ±kta"
  
! #: config/s390/s390.c:15364
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15367
  #, fuzzy
  #| msgid "target format does not support infinity"
  msgid "binary operator does not support vector bool operand"
  msgstr "hedef biÃ§im sonsuzu desteklemiyor"
  
! #: config/s390/s390.c:15375
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
--- 4226,4339 ----
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7482
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr ""
  
! #: config/s390/s390.c:7493
  #, c-format
  msgid "cannot decompose address"
  msgstr "adres Ã§Ã¶zÃ¼mlenemez"
  
! #: config/s390/s390.c:7562
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "'b' deÄŸiÅŸtirici iÃ§in terim geÃ§ersiz"
  
! #: config/s390/s390.c:7585
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid reference for 'J' output modifier"
  msgstr "'b' deÄŸiÅŸtirici iÃ§in terim geÃ§ersiz"
  
! #: config/s390/s390.c:7603
  #, fuzzy, c-format
  #| msgid "invalid operand for 'O' modifier"
  msgid "invalid address for 'O' output modifier"
  msgstr "'O' deÄŸiÅŸtiricisi iÃ§in terim geÃ§ersiz"
  
! #: config/s390/s390.c:7625
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid address for 'R' output modifier"
  msgstr "'b' deÄŸiÅŸtirici iÃ§in terim geÃ§ersiz"
  
! #: config/s390/s390.c:7643
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7653
  #, fuzzy, c-format
  #| msgid "invalid operand for 'b' modifier"
  msgid "invalid address for 'S' output modifier"
  msgstr "'b' deÄŸiÅŸtirici iÃ§in terim geÃ§ersiz"
  
! #: config/s390/s390.c:7674
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7685
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7771 config/s390/s390.c:7792
  #, fuzzy, c-format
  #| msgid "invalid operand for 'o' modifier"
  msgid "invalid constant for output modifier '%c'"
  msgstr "'o' deÄŸiÅŸtiricisi iÃ§in terim geÃ§ersiz"
  
! #: config/s390/s390.c:7789
  #, fuzzy, c-format
  #| msgid "invalid operand output code"
  msgid "invalid constant - try using an output modifier"
  msgstr "geÃ§ersiz terim Ã§Ä±ktÄ± kodu"
  
! #: config/s390/s390.c:7826
  #, fuzzy, c-format
  #| msgid "invalid operand for 'o' modifier"
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "'o' deÄŸiÅŸtiricisi iÃ§in terim geÃ§ersiz"
  
! #: config/s390/s390.c:7833
  #, fuzzy, c-format
  #| msgid "invalid expression as operand"
  msgid "invalid expression - try using an output modifier"
  msgstr "terim olarak ifade geÃ§ersiz"
  
! #: config/s390/s390.c:7836
  #, fuzzy, c-format
  #| msgid "invalid operand for 'o' modifier"
  msgid "invalid expression for output modifier '%c'"
  msgstr "'o' deÄŸiÅŸtiricisi iÃ§in terim geÃ§ersiz"
  
! #: config/s390/s390.c:11703
  #, fuzzy
  #| msgid "AltiVec argument passed to unprototyped function"
  msgid "vector argument passed to unprototyped function"
  msgstr "AltiVec argÃ¼manÄ± prototipsiz iÅŸleve aktarÄ±ldÄ±"
  
! #: config/s390/s390.c:15522
  #, fuzzy
  #| msgid "pointer targets in return differ in signedness"
  msgid "types differ in signedness"
  msgstr "dÃ¶nÃ¼ÅŸ deÄŸerinde gÃ¶sterici hedefleri farklÄ± signed'lÄ±kta"
  
! #: config/s390/s390.c:15532
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15535
  #, fuzzy
  #| msgid "target format does not support infinity"
  msgid "binary operator does not support vector bool operand"
  msgstr "hedef biÃ§im sonsuzu desteklemiyor"
  
! #: config/s390/s390.c:15543
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
*************** msgstr ""
*** 21487,21493 ****
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr ""
  
! #: fold-const.c:12046
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr "fold sÄ±namasÄ±: Ã¶zgÃ¼n aÄŸac fold tarafÄ±ndan deÄŸiÅŸtirildi"
--- 21487,21493 ----
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr ""
  
! #: fold-const.c:12048
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr "fold sÄ±namasÄ±: Ã¶zgÃ¼n aÄŸac fold tarafÄ±ndan deÄŸiÅŸtirildi"
*************** msgstr "%qT Ã¼ye referans tÃ¼rÃ¼nde gÃ¶s
*** 22084,22091 ****
  msgid "null pointer dereference"
  msgstr "PRINT_OPERAND boÅŸ gÃ¶sterici"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12872
! #: tree.c:12909 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
--- 22084,22091 ----
  msgid "null pointer dereference"
  msgstr "PRINT_OPERAND boÅŸ gÃ¶sterici"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12880
! #: tree.c:12917 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
*************** msgstr "burada bildirilmiÅŸ %q+D"
*** 22100,22399 ****
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2307 gimple-ssa-sprintf.c:2435
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2309 gimple-ssa-sprintf.c:2437
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2311 gimple-ssa-sprintf.c:2439
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2313 gimple-ssa-sprintf.c:2441
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2326
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2328
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2330
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2334
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2336
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2338
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2351
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2353
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2355
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2371
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2373
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2375
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2388
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2390
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2392
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2404
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2406
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2408
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2454
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2456
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2458
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2462
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2464
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2466
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2480
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2483
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2486
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2502
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2505
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2508
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2521
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2524
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2527
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2539
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2542
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2545
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2710
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2712
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2751
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2753
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2767
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2775
  #, fuzzy, gcc-internal-format
  #| msgid "Too many arguments to %s at %L"
  msgid "directive argument %qE"
  msgstr "%s iÃ§in argÃ¼manlar %L'de Ã§ok fazla"
  
! #: gimple-ssa-sprintf.c:2777
  #, fuzzy, gcc-internal-format
  #| msgid "selector must be an integer constant in the range 0..%wi"
  msgid "directive argument in the range [%E, %E]"
  msgstr "seÃ§ici 0..%wi aralÄ±ÄŸÄ±nda bir tamsayÄ± sabit olmalÄ±"
  
! #: gimple-ssa-sprintf.c:2781
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2801
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2806
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2811
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2816
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3588
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3594
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3647
  #, fuzzy, gcc-internal-format
  #| msgid "PRINT_OPERAND null pointer"
  msgid "null destination pointer"
  msgstr "PRINT_OPERAND boÅŸ gÃ¶sterici"
  
! #: gimple-ssa-sprintf.c:3664
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3676
  #, fuzzy, gcc-internal-format
  #| msgid "%s in format string at %C"
  msgid "null format string"
--- 22100,22399 ----
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2308 gimple-ssa-sprintf.c:2436
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2310 gimple-ssa-sprintf.c:2438
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2312 gimple-ssa-sprintf.c:2440
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2314 gimple-ssa-sprintf.c:2442
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2327
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2329
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2331
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2335
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2337
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2339
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2352
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2354
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2356
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2372
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2374
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2376
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2389
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2391
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2393
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2405
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2407
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2409
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2455
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2457
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2459
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2463
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2465
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2467
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2481
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2484
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2487
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2503
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2506
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2509
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2522
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2525
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2528
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2540
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2543
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2546
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2711
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2713
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2752
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2754
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2769
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2776
  #, fuzzy, gcc-internal-format
  #| msgid "Too many arguments to %s at %L"
  msgid "directive argument %qE"
  msgstr "%s iÃ§in argÃ¼manlar %L'de Ã§ok fazla"
  
! #: gimple-ssa-sprintf.c:2778
  #, fuzzy, gcc-internal-format
  #| msgid "selector must be an integer constant in the range 0..%wi"
  msgid "directive argument in the range [%E, %E]"
  msgstr "seÃ§ici 0..%wi aralÄ±ÄŸÄ±nda bir tamsayÄ± sabit olmalÄ±"
  
! #: gimple-ssa-sprintf.c:2782
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2803
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2807
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2812
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2817
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3591
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3597
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3650
  #, fuzzy, gcc-internal-format
  #| msgid "PRINT_OPERAND null pointer"
  msgid "null destination pointer"
  msgstr "PRINT_OPERAND boÅŸ gÃ¶sterici"
  
! #: gimple-ssa-sprintf.c:3667
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3679
  #, fuzzy, gcc-internal-format
  #| msgid "%s in format string at %C"
  msgid "null format string"
*************** msgstr "%J  ozgun tanÄ±mÄ± burada gÃ¶rÃ¼
*** 24712,24876 ****
  msgid "%D renamed after being referenced in assembly"
  msgstr "makina dilinde referanslandÄ±ktan sonra %D yeniden isimlendirilmiÅŸ."
  
! #: symtab.c:970
  #, fuzzy, gcc-internal-format
  #| msgid "function returning a function"
  msgid "function symbol is not function"
  msgstr "bir iÅŸlev dÃ¶ndÃ¼ren iÅŸlev"
  
! #: symtab.c:978
  #, fuzzy, gcc-internal-format
  #| msgid "%qs attribute only applies to variables"
  msgid "variable symbol is not variable"
  msgstr "%qs Ã¶zniteliÄŸi sadece deÄŸiÅŸkenlere uygulanÄ±r"
  
! #: symtab.c:984
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr ""
  
! #: symtab.c:993
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1010
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1023
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr ""
  
! #: symtab.c:1030
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr ""
  
! #: symtab.c:1035
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr ""
  
! #: symtab.c:1040
  #, fuzzy, gcc-internal-format
  #| msgid "called object %qE is not a function"
  msgid "node is analyzed but it is not a definition"
  msgstr "Ã§aÄŸrÄ±lan nesne %qE bir iÅŸlev deÄŸil"
  
! #: symtab.c:1045
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1050
  #, fuzzy, gcc-internal-format
  #| msgid "%Jold-style function definition"
  msgid "node is alias but not definition"
  msgstr "%Jeski tarz iÅŸlev tanÄ±mÄ±"
  
! #: symtab.c:1055
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1060
  #, fuzzy, gcc-internal-format
  #| msgid "%Jold-style function definition"
  msgid "node is transparent_alias but not an alias"
  msgstr "%Jeski tarz iÅŸlev tanÄ±mÄ±"
  
! #: symtab.c:1069
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr ""
  
! #: symtab.c:1074
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr ""
  
! #: symtab.c:1079
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1084
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr ""
  
! #: symtab.c:1091
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr ""
  
! #: symtab.c:1106
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1116
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1123
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr ""
  
! #: symtab.c:1135
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1142
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1157
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1188 symtab.c:1225
  #, fuzzy, gcc-internal-format
  #| msgid "verify_ssa failed"
  msgid "symtab_node::verify failed"
  msgstr "verify_ssa baÅŸarÄ±sÄ±z"
  
! #: symtab.c:1221
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1630
  #, fuzzy, gcc-internal-format
  #| msgid "function %q+D redeclared as inline"
  msgid "function %q+D part of alias cycle"
  msgstr "iÅŸlev %q+D 'inline' olarak yeniden bildirilmiÅŸ"
  
! #: symtab.c:1632
  #, fuzzy, gcc-internal-format
  #| msgid "variable %q+D declared %<inline%>"
  msgid "variable %q+D part of alias cycle"
  msgstr "%<inline%> bildirimli %q+D deÄŸiÅŸkeni"
  
! #: symtab.c:1660
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
--- 24712,24876 ----
  msgid "%D renamed after being referenced in assembly"
  msgstr "makina dilinde referanslandÄ±ktan sonra %D yeniden isimlendirilmiÅŸ."
  
! #: symtab.c:978
  #, fuzzy, gcc-internal-format
  #| msgid "function returning a function"
  msgid "function symbol is not function"
  msgstr "bir iÅŸlev dÃ¶ndÃ¼ren iÅŸlev"
  
! #: symtab.c:986
  #, fuzzy, gcc-internal-format
  #| msgid "%qs attribute only applies to variables"
  msgid "variable symbol is not variable"
  msgstr "%qs Ã¶zniteliÄŸi sadece deÄŸiÅŸkenlere uygulanÄ±r"
  
! #: symtab.c:992
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1009
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1018
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1031
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr ""
  
! #: symtab.c:1038
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr ""
  
! #: symtab.c:1043
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr ""
  
! #: symtab.c:1048
  #, fuzzy, gcc-internal-format
  #| msgid "called object %qE is not a function"
  msgid "node is analyzed but it is not a definition"
  msgstr "Ã§aÄŸrÄ±lan nesne %qE bir iÅŸlev deÄŸil"
  
! #: symtab.c:1053
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1058
  #, fuzzy, gcc-internal-format
  #| msgid "%Jold-style function definition"
  msgid "node is alias but not definition"
  msgstr "%Jeski tarz iÅŸlev tanÄ±mÄ±"
  
! #: symtab.c:1063
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1068
  #, fuzzy, gcc-internal-format
  #| msgid "%Jold-style function definition"
  msgid "node is transparent_alias but not an alias"
  msgstr "%Jeski tarz iÅŸlev tanÄ±mÄ±"
  
! #: symtab.c:1077
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr ""
  
! #: symtab.c:1082
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr ""
  
! #: symtab.c:1087
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1092
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr ""
  
! #: symtab.c:1099
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr ""
  
! #: symtab.c:1114
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1124
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1131
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr ""
  
! #: symtab.c:1143
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1150
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1173
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1196 symtab.c:1233
  #, fuzzy, gcc-internal-format
  #| msgid "verify_ssa failed"
  msgid "symtab_node::verify failed"
  msgstr "verify_ssa baÅŸarÄ±sÄ±z"
  
! #: symtab.c:1229
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1638
  #, fuzzy, gcc-internal-format
  #| msgid "function %q+D redeclared as inline"
  msgid "function %q+D part of alias cycle"
  msgstr "iÅŸlev %q+D 'inline' olarak yeniden bildirilmiÅŸ"
  
! #: symtab.c:1640
  #, fuzzy, gcc-internal-format
  #| msgid "variable %q+D declared %<inline%>"
  msgid "variable %q+D part of alias cycle"
  msgstr "%<inline%> bildirimli %q+D deÄŸiÅŸkeni"
  
! #: symtab.c:1668
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
*************** msgstr "%q+D dllimport Ã¶zniteliÄŸi olma
*** 26681,26688 ****
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6704
! #: config/arm/arm.c:6732 config/arm/arm.c:6749 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
--- 26681,26688 ----
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6741
! #: config/arm/arm.c:6769 config/arm/arm.c:6786 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
*************** msgstr "%2$qs Ã¶zniteliÄŸinden dolayÄ± %
*** 26718,26814 ****
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr ""
  
! #: tree.c:8366
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "iÅŸlev dizileri anlamlÄ± deÄŸil"
  
! #: tree.c:8537
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "iÅŸlevin dÃ¶nÃ¼ÅŸ tÃ¼rÃ¼ iÅŸlev olamaz"
  
! #: tree.c:9831 tree.c:9916 tree.c:9977
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr "aÄŸaÃ§ denetimi: %1$s, %4$s dosyasÄ±nÄ±n %5$d. satÄ±rÄ±nda %3$s iÅŸlevinde %2$s var"
  
! #: tree.c:9868
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr "aÄŸaÃ§ denetimi: %1$s umulmuyordu, %4$s dosyasÄ±nÄ±n %5$d. satÄ±rÄ±nda %3$s iÅŸlevinde %2$s var"
  
! #: tree.c:9881
  #, fuzzy, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "aÄŸaÃ§ denetimi: %1$qs sÄ±nÄ±fÄ± umuluyordu, %5$s dosyasÄ±nÄ±n %6$d. satÄ±rÄ±nda %4$s iÅŸlevinde %2$qs (%3$s) var"
  
! #: tree.c:9930
  #, fuzzy, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "aÄŸaÃ§ denetimi: %1$qs sÄ±nÄ±fÄ± umuluyordu, %5$s dosyasÄ±nÄ±n %6$d. satÄ±rÄ±nda %4$s iÅŸlevinde %2$qs (%3$s) var"
  
! #: tree.c:9943
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr "aÄŸaÃ§ denetimi: %1$s umulmuyordu, %4$s dosyasÄ±nÄ±n %5$d. satÄ±rÄ±nda %3$s iÅŸlevinde %2$s var"
  
! #: tree.c:10003
  #, fuzzy, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr "aÄŸaÃ§ denetimi: %1$qs yapÄ±sÄ±nÄ± iÃ§eren aÄŸaÃ§ umuluyordu, %4$s dosyasÄ±nÄ±n %5$d. satÄ±rÄ±nda %3$s iÅŸlevinde %2$qs var"
  
! #: tree.c:10017
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr "aÄŸaÃ§ denetimi: %4$s dosyasÄ±nÄ±n %5$d. satÄ±rÄ±nda %3$s iÅŸlevinde %2$d Ã¶ÄŸelik aÄŸaÃ§ vektÃ¶rÃ¼nÃ¼n %1$d. Ã¶ÄŸesine eriÅŸildi"
  
! #: tree.c:10029
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr "aÄŸaÃ§ denetimi: %4$s dosyasÄ±nÄ±n %5$d. satÄ±rÄ±nda %3$s iÅŸlevinde %2$d Ã¶ÄŸelik aÄŸaÃ§ vektÃ¶rÃ¼nÃ¼n %1$d. Ã¶ÄŸesine eriÅŸildi"
  
! #: tree.c:10042
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr "aÄŸaÃ§ denetimi: %5$s dosyasÄ±nÄ±n %6$d. satÄ±rÄ±nda %4$s iÅŸlevinde %3$d terimli %2$s dÃ¼ÄŸÃ¼mÃ¼nÃ¼n %1$d. terimine eriÅŸildi"
  
! #: tree.c:10055
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr "aÄŸaÃ§ denetimi: %5$s dosyasÄ±nÄ±n %6$d. satÄ±rÄ±nda %4$s iÅŸlevinde %3$d terimli %2$s dÃ¼ÄŸÃ¼mÃ¼nÃ¼n %1$d. terimine eriÅŸildi"
  
! #: tree.c:12867
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qD is deprecated: %s"
  msgstr "%qs Ã¶nerilmiyor"
  
! #: tree.c:12870
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qD is deprecated"
  msgstr "%qs Ã¶nerilmiyor"
  
! #: tree.c:12894 tree.c:12916
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qE is deprecated: %s"
  msgstr "%qs Ã¶nerilmiyor"
  
! #: tree.c:12897 tree.c:12919
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qE is deprecated"
  msgstr "%qs Ã¶nerilmiyor"
  
! #: tree.c:12903 tree.c:12924
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "type is deprecated"
  msgid "type is deprecated: %s"
  msgstr "tÃ¼r Ã¶nerilmiyor"
  
! #: tree.c:12906 tree.c:12927
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "tÃ¼r Ã¶nerilmiyor"
--- 26718,26814 ----
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr ""
  
! #: tree.c:8373
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "iÅŸlev dizileri anlamlÄ± deÄŸil"
  
! #: tree.c:8545
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "iÅŸlevin dÃ¶nÃ¼ÅŸ tÃ¼rÃ¼ iÅŸlev olamaz"
  
! #: tree.c:9839 tree.c:9924 tree.c:9985
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr "aÄŸaÃ§ denetimi: %1$s, %4$s dosyasÄ±nÄ±n %5$d. satÄ±rÄ±nda %3$s iÅŸlevinde %2$s var"
  
! #: tree.c:9876
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr "aÄŸaÃ§ denetimi: %1$s umulmuyordu, %4$s dosyasÄ±nÄ±n %5$d. satÄ±rÄ±nda %3$s iÅŸlevinde %2$s var"
  
! #: tree.c:9889
  #, fuzzy, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "aÄŸaÃ§ denetimi: %1$qs sÄ±nÄ±fÄ± umuluyordu, %5$s dosyasÄ±nÄ±n %6$d. satÄ±rÄ±nda %4$s iÅŸlevinde %2$qs (%3$s) var"
  
! #: tree.c:9938
  #, fuzzy, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "aÄŸaÃ§ denetimi: %1$qs sÄ±nÄ±fÄ± umuluyordu, %5$s dosyasÄ±nÄ±n %6$d. satÄ±rÄ±nda %4$s iÅŸlevinde %2$qs (%3$s) var"
  
! #: tree.c:9951
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr "aÄŸaÃ§ denetimi: %1$s umulmuyordu, %4$s dosyasÄ±nÄ±n %5$d. satÄ±rÄ±nda %3$s iÅŸlevinde %2$s var"
  
! #: tree.c:10011
  #, fuzzy, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr "aÄŸaÃ§ denetimi: %1$qs yapÄ±sÄ±nÄ± iÃ§eren aÄŸaÃ§ umuluyordu, %4$s dosyasÄ±nÄ±n %5$d. satÄ±rÄ±nda %3$s iÅŸlevinde %2$qs var"
  
! #: tree.c:10025
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr "aÄŸaÃ§ denetimi: %4$s dosyasÄ±nÄ±n %5$d. satÄ±rÄ±nda %3$s iÅŸlevinde %2$d Ã¶ÄŸelik aÄŸaÃ§ vektÃ¶rÃ¼nÃ¼n %1$d. Ã¶ÄŸesine eriÅŸildi"
  
! #: tree.c:10037
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr "aÄŸaÃ§ denetimi: %4$s dosyasÄ±nÄ±n %5$d. satÄ±rÄ±nda %3$s iÅŸlevinde %2$d Ã¶ÄŸelik aÄŸaÃ§ vektÃ¶rÃ¼nÃ¼n %1$d. Ã¶ÄŸesine eriÅŸildi"
  
! #: tree.c:10050
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr "aÄŸaÃ§ denetimi: %5$s dosyasÄ±nÄ±n %6$d. satÄ±rÄ±nda %4$s iÅŸlevinde %3$d terimli %2$s dÃ¼ÄŸÃ¼mÃ¼nÃ¼n %1$d. terimine eriÅŸildi"
  
! #: tree.c:10063
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr "aÄŸaÃ§ denetimi: %5$s dosyasÄ±nÄ±n %6$d. satÄ±rÄ±nda %4$s iÅŸlevinde %3$d terimli %2$s dÃ¼ÄŸÃ¼mÃ¼nÃ¼n %1$d. terimine eriÅŸildi"
  
! #: tree.c:12875
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qD is deprecated: %s"
  msgstr "%qs Ã¶nerilmiyor"
  
! #: tree.c:12878
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qD is deprecated"
  msgstr "%qs Ã¶nerilmiyor"
  
! #: tree.c:12902 tree.c:12924
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qE is deprecated: %s"
  msgstr "%qs Ã¶nerilmiyor"
  
! #: tree.c:12905 tree.c:12927
  #, fuzzy, gcc-internal-format
  #| msgid "%qs is deprecated"
  msgid "%qE is deprecated"
  msgstr "%qs Ã¶nerilmiyor"
  
! #: tree.c:12911 tree.c:12932
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "type is deprecated"
  msgid "type is deprecated: %s"
  msgstr "tÃ¼r Ã¶nerilmiyor"
  
! #: tree.c:12914 tree.c:12935
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "tÃ¼r Ã¶nerilmiyor"
*************** msgstr "tÃ¼r Ã¶nerilmiyor"
*** 26835,27101 ****
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13354
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13395
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13397
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13399
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13419
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13432
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13449
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13474
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13476
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13478
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13516
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13518
  #, fuzzy, gcc-internal-format
  #| msgid "%s:stamp mismatch with graph file\n"
  msgid "first mismatch is field"
  msgstr "%s: zaman damgasÄ± Ã§izge dosyasÄ± ile Ã§eliÅŸiyor\n"
  
! #: tree.c:13520
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13537
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13539 tree.c:13550
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13541 tree.c:13552
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13548
  #, fuzzy, gcc-internal-format
  #| msgid "-march=%s is not compatible with the selected ABI"
  msgid "type is not compatible with its variant"
  msgstr "-march=%s seÃ§ilen ABI ile uyumsuz"
  
! #: tree.c:13851
  #, fuzzy, gcc-internal-format
  #| msgid "environment variable DJGPP not defined"
  msgid "Main variant is not defined"
  msgstr "ortam deÄŸiÅŸkeni DJGPP atanmamÄ±ÅŸ"
  
! #: tree.c:13856
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13868
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13886
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13918
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13928
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13938
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13956
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13968
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13979
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13990
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14008
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14015
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14027
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14042
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14058
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14073
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14083
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qs has non-integer type"
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "%qs dizisinin boyutu tamsayÄ± tÃ¼r deÄŸil"
  
! #: tree.c:14092
  #, fuzzy, gcc-internal-format
  #| msgid "field %qs has incomplete type"
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "%qs alanÄ± tamamlanmamÄ±ÅŸ tÃ¼rde"
  
! #: tree.c:14112
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14127
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14133
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14146
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14159
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14165
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14172
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14184
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14190
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14202
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14214
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14221
  #, fuzzy, gcc-internal-format
  #| msgid "verify_stmts failed"
  msgid "verify_type failed"
--- 26835,27101 ----
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13362
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13403
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13405
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13407
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13427
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13440
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13457
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13482
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13484
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13486
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13524
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13526
  #, fuzzy, gcc-internal-format
  #| msgid "%s:stamp mismatch with graph file\n"
  msgid "first mismatch is field"
  msgstr "%s: zaman damgasÄ± Ã§izge dosyasÄ± ile Ã§eliÅŸiyor\n"
  
! #: tree.c:13528
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13545
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13547 tree.c:13558
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13549 tree.c:13560
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13556
  #, fuzzy, gcc-internal-format
  #| msgid "-march=%s is not compatible with the selected ABI"
  msgid "type is not compatible with its variant"
  msgstr "-march=%s seÃ§ilen ABI ile uyumsuz"
  
! #: tree.c:13859
  #, fuzzy, gcc-internal-format
  #| msgid "environment variable DJGPP not defined"
  msgid "Main variant is not defined"
  msgstr "ortam deÄŸiÅŸkeni DJGPP atanmamÄ±ÅŸ"
  
! #: tree.c:13864
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13876
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13910
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13926
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13936
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13946
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13964
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13976
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13987
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13998
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14016
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14023
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14043
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14050
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14074
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14081
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14091
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qs has non-integer type"
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "%qs dizisinin boyutu tamsayÄ± tÃ¼r deÄŸil"
  
! #: tree.c:14100
  #, fuzzy, gcc-internal-format
  #| msgid "field %qs has incomplete type"
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "%qs alanÄ± tamamlanmamÄ±ÅŸ tÃ¼rde"
  
! #: tree.c:14120
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14135
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14141
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14154
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14167
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14173
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14180
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14192
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14198
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14210
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14222
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14229
  #, fuzzy, gcc-internal-format
  #| msgid "verify_stmts failed"
  msgid "verify_type failed"
*************** msgstr ""
*** 28167,28179 ****
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "Ã¶ntanÄ±mlÄ± argÃ¼man %2$q#D bildiriminin %1$d. parametresi iÃ§in"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6573 c-family/c-common.c:6644
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "%qE iÅŸlevi iÃ§in Ã§ok az argÃ¼man belirtildi"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6670 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "%qE iÅŸlevi iÃ§in Ã§ok fazla argÃ¼man belirtildi"
--- 28167,28179 ----
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "Ã¶ntanÄ±mlÄ± argÃ¼man %2$q#D bildiriminin %1$d. parametresi iÃ§in"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6574 c-family/c-common.c:6645
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "%qE iÅŸlevi iÃ§in Ã§ok az argÃ¼man belirtildi"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6671 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "%qE iÅŸlevi iÃ§in Ã§ok fazla argÃ¼man belirtildi"
*************** msgstr "bit-alanÄ± yapÄ±sÄ±nÄ±n %qD Ã¼ye
*** 28268,28348 ****
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6515 cp/init.c:2952 cp/init.c:2971
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qs is too large"
  msgid "size of array is too large"
  msgstr "%qs dizisinin boyutu Ã§ok bÃ¼yÃ¼k"
  
! #: c-family/c-common.c:6603
  #, fuzzy, gcc-internal-format
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "%2$qE iÅŸlevinin %1$d. argÃ¼manÄ± iÃ§in tÃ¼r uyumsuz"
  
! #: c-family/c-common.c:6737
  #, fuzzy, gcc-internal-format
  #| msgid "too few arguments to function %qE"
  msgid "incorrect number of arguments to function %qE"
  msgstr "%qE iÅŸlevi iÃ§in Ã§ok az argÃ¼man belirtildi"
  
! #: c-family/c-common.c:6752
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qs must be a 2-bit unsigned literal"
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "%qs argÃ¼manÄ± 2 bitlik iÅŸaretsiz bir sabit olmalÄ±"
  
! #: c-family/c-common.c:6761
  #, fuzzy, gcc-internal-format
  #| msgid "%Hfirst argument of %D must be a pointer, second integer constant"
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "%H%D iÃ§in ilk argÃ¼man bir gÃ¶sterici, ikinci argÃ¼man sabit olmalÄ±dÄ±r"
  
! #: c-family/c-common.c:6772
  #, fuzzy, gcc-internal-format
  #| msgid "%Hfirst argument of %D must be a pointer, second integer constant"
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "%H%D iÃ§in ilk argÃ¼man bir gÃ¶sterici, ikinci argÃ¼man sabit olmalÄ±dÄ±r"
  
! #: c-family/c-common.c:6787
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr "%2$qE iÅŸlevinin %1$d. argÃ¼manÄ±na uyumsuz gÃ¶sterici tÃ¼rÃ¼nde aktarÄ±m"
  
! #: c-family/c-common.c:6795
  #, fuzzy, gcc-internal-format
  #| msgid "%Hfirst argument of %D must be a pointer, second integer constant"
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "%H%D iÃ§in ilk argÃ¼man bir gÃ¶sterici, ikinci argÃ¼man sabit olmalÄ±dÄ±r"
  
! #: c-family/c-common.c:6801
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "%2$qE iÅŸlevinin %1$d. argÃ¼manÄ±na uyumsuz gÃ¶sterici tÃ¼rÃ¼nde aktarÄ±m"
  
! #: c-family/c-common.c:6809
  #, fuzzy, gcc-internal-format
  #| msgid "Type/rank mismatch in argument '%s' at %L"
  msgid "size mismatch in argument %d of %qE"
  msgstr "ArgÃ¼man '%s' iÃ§in tÃ¼r/sira uyumsuzluÄŸu (%L'de)"
  
! #: c-family/c-common.c:6825
  #, fuzzy, gcc-internal-format
  #| msgid "invalid type argument of %qs"
  msgid "invalid memory model argument %d of %qE"
  msgstr "%qs iÃ§in tÃ¼r argÃ¼manÄ± geÃ§ersiz"
  
! #: c-family/c-common.c:6832
  #, fuzzy, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr "%2$qE iÅŸlevinin %1$d. argÃ¼manÄ± iÃ§in tÃ¼r uyumsuz"
  
! #: c-family/c-common.c:7753
  #, fuzzy, gcc-internal-format
  #| msgid "Substring end index at %L is out of bounds"
  msgid "index value is out of bound"
  msgstr "%L'deki altdizge son indisi sÄ±nÄ±rlarÄ±n dÄ±ÅŸÄ±nda"
  
! #: c-family/c-common.c:7794 c-family/c-common.c:7842 c-family/c-common.c:7857
  #: cp/call.c:4836 cp/call.c:4843
  #, fuzzy, gcc-internal-format
  #| msgid "conversion from %qT to %qT is ambiguous"
--- 28268,28348 ----
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6516 cp/init.c:2952 cp/init.c:2971
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qs is too large"
  msgid "size of array is too large"
  msgstr "%qs dizisinin boyutu Ã§ok bÃ¼yÃ¼k"
  
! #: c-family/c-common.c:6604
  #, fuzzy, gcc-internal-format
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "%2$qE iÅŸlevinin %1$d. argÃ¼manÄ± iÃ§in tÃ¼r uyumsuz"
  
! #: c-family/c-common.c:6738
  #, fuzzy, gcc-internal-format
  #| msgid "too few arguments to function %qE"
  msgid "incorrect number of arguments to function %qE"
  msgstr "%qE iÅŸlevi iÃ§in Ã§ok az argÃ¼man belirtildi"
  
! #: c-family/c-common.c:6753
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qs must be a 2-bit unsigned literal"
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "%qs argÃ¼manÄ± 2 bitlik iÅŸaretsiz bir sabit olmalÄ±"
  
! #: c-family/c-common.c:6762
  #, fuzzy, gcc-internal-format
  #| msgid "%Hfirst argument of %D must be a pointer, second integer constant"
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "%H%D iÃ§in ilk argÃ¼man bir gÃ¶sterici, ikinci argÃ¼man sabit olmalÄ±dÄ±r"
  
! #: c-family/c-common.c:6773
  #, fuzzy, gcc-internal-format
  #| msgid "%Hfirst argument of %D must be a pointer, second integer constant"
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "%H%D iÃ§in ilk argÃ¼man bir gÃ¶sterici, ikinci argÃ¼man sabit olmalÄ±dÄ±r"
  
! #: c-family/c-common.c:6788
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr "%2$qE iÅŸlevinin %1$d. argÃ¼manÄ±na uyumsuz gÃ¶sterici tÃ¼rÃ¼nde aktarÄ±m"
  
! #: c-family/c-common.c:6796
  #, fuzzy, gcc-internal-format
  #| msgid "%Hfirst argument of %D must be a pointer, second integer constant"
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "%H%D iÃ§in ilk argÃ¼man bir gÃ¶sterici, ikinci argÃ¼man sabit olmalÄ±dÄ±r"
  
! #: c-family/c-common.c:6802
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "%2$qE iÅŸlevinin %1$d. argÃ¼manÄ±na uyumsuz gÃ¶sterici tÃ¼rÃ¼nde aktarÄ±m"
  
! #: c-family/c-common.c:6810
  #, fuzzy, gcc-internal-format
  #| msgid "Type/rank mismatch in argument '%s' at %L"
  msgid "size mismatch in argument %d of %qE"
  msgstr "ArgÃ¼man '%s' iÃ§in tÃ¼r/sira uyumsuzluÄŸu (%L'de)"
  
! #: c-family/c-common.c:6826
  #, fuzzy, gcc-internal-format
  #| msgid "invalid type argument of %qs"
  msgid "invalid memory model argument %d of %qE"
  msgstr "%qs iÃ§in tÃ¼r argÃ¼manÄ± geÃ§ersiz"
  
! #: c-family/c-common.c:6833
  #, fuzzy, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr "%2$qE iÅŸlevinin %1$d. argÃ¼manÄ± iÃ§in tÃ¼r uyumsuz"
  
! #: c-family/c-common.c:7754
  #, fuzzy, gcc-internal-format
  #| msgid "Substring end index at %L is out of bounds"
  msgid "index value is out of bound"
  msgstr "%L'deki altdizge son indisi sÄ±nÄ±rlarÄ±n dÄ±ÅŸÄ±nda"
  
! #: c-family/c-common.c:7795 c-family/c-common.c:7843 c-family/c-common.c:7858
  #: cp/call.c:4836 cp/call.c:4843
  #, fuzzy, gcc-internal-format
  #| msgid "conversion from %qT to %qT is ambiguous"
*************** msgstr "%qT tÃ¼rÃ¼nden %qT tÃ¼rÃ¼ne dÃ¶n
*** 28351,28375 ****
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7943
  #, fuzzy, gcc-internal-format
  #| msgid "built-in function %q+D declared as non-function"
  msgid "built-in function %qE must be directly called"
  msgstr "yerleÅŸik iÅŸlev `%q+D iÅŸlev olarak bildirilmemiÅŸ"
  
! #: c-family/c-common.c:7965 c/c-decl.c:6124
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qs is too large"
  msgid "size of array %qE is too large"
  msgstr "%qs dizisinin boyutu Ã§ok bÃ¼yÃ¼k"
  
! #: c-family/c-common.c:7967 c/c-decl.c:6127
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qs is too large"
  msgid "size of unnamed array is too large"
  msgstr "%qs dizisinin boyutu Ã§ok bÃ¼yÃ¼k"
  
! #: c-family/c-common.c:7997
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
--- 28351,28375 ----
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7944
  #, fuzzy, gcc-internal-format
  #| msgid "built-in function %q+D declared as non-function"
  msgid "built-in function %qE must be directly called"
  msgstr "yerleÅŸik iÅŸlev `%q+D iÅŸlev olarak bildirilmemiÅŸ"
  
! #: c-family/c-common.c:7966 c/c-decl.c:6124
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qs is too large"
  msgid "size of array %qE is too large"
  msgstr "%qs dizisinin boyutu Ã§ok bÃ¼yÃ¼k"
  
! #: c-family/c-common.c:7968 c/c-decl.c:6127
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qs is too large"
  msgid "size of unnamed array is too large"
  msgstr "%qs dizisinin boyutu Ã§ok bÃ¼yÃ¼k"
  
! #: c-family/c-common.c:7998
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
*************** msgstr "\"%s\" Ã¶niÅŸlemci iÃ§in geÃ§erl
*** 30266,30272 ****
  msgid "too many input files"
  msgstr "girdi dosyasÄ± sayÄ±sÄ± Ã§ok fazla"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8751
  #, fuzzy, gcc-internal-format
  #| msgid "bad value %qs for -mcpu switch"
  msgid "unknown value %qs for -mcpu"
--- 30266,30272 ----
  msgid "too many input files"
  msgstr "girdi dosyasÄ± sayÄ±sÄ± Ã§ok fazla"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8759
  #, fuzzy, gcc-internal-format
  #| msgid "bad value %qs for -mcpu switch"
  msgid "unknown value %qs for -mcpu"
*************** msgstr "assert: %s %s ile uyumlu atanÄ±y
*** 30753,30959 ****
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "assert: %s %s ile uyumlu atanÄ±yor"
  
! #: config/aarch64/aarch64.c:8374
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8418
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8475
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid floating point option: -mfpu=%s"
  msgid "tuning string missing in option (%s)"
  msgstr "geÃ§ersiz gerÃ§el deÄŸer seÃ§eneÄŸi: -mfpu=%s"
  
! #: config/aarch64/aarch64.c:8493
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "unknown spec function '%s'"
  msgid "unknown tuning option (%s)"
  msgstr "bilinmeyen '%s' spec iÅŸlevi"
  
! #: config/aarch64/aarch64.c:8707
  #, fuzzy, gcc-internal-format
  #| msgid "invalid argument of %qs attribute"
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "%qs Ã¶zniteliÄŸinin argÃ¼manÄ± geÃ§ersiz"
  
! #: config/aarch64/aarch64.c:8748
  #, fuzzy, gcc-internal-format
  #| msgid "missing path after %qs"
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr "%qs den sonra yol eksik"
  
! #: config/aarch64/aarch64.c:8755
  #, fuzzy, gcc-internal-format
  #| msgid "missing filename after %qs"
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "%qs den sonra dosyaismi yok"
  
! #: config/aarch64/aarch64.c:8782
  #, fuzzy, gcc-internal-format
  #| msgid "missing path after %qs"
  msgid "missing arch name in %<-march=%s%>"
  msgstr "%qs den sonra yol eksik"
  
! #: config/aarch64/aarch64.c:8785
  #, fuzzy, gcc-internal-format
  #| msgid "Unknown value %qs of -mmacosx-version-min"
  msgid "unknown value %qs for -march"
  msgstr "-mmacosx-version-min iÃ§in %qs deÄŸeri bilinmiyor"
  
! #: config/aarch64/aarch64.c:8789
  #, fuzzy, gcc-internal-format
  #| msgid "missing filename after %qs"
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "%qs den sonra dosyaismi yok"
  
! #: config/aarch64/aarch64.c:8815
  #, fuzzy, gcc-internal-format
  #| msgid "missing path after %qs"
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr "%qs den sonra yol eksik"
  
! #: config/aarch64/aarch64.c:8818
  #, fuzzy, gcc-internal-format
  #| msgid "Unknown value %qs of -mmacosx-version-min"
  msgid "unknown value %qs for -mtune"
  msgstr "-mmacosx-version-min iÃ§in %qs deÄŸeri bilinmiyor"
  
! #: config/aarch64/aarch64.c:8921 config/arm/arm.c:3093
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "switch -mcpu=%s conflicts with -march= switch"
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "-mcpu=%s ile -march= seÃ§enekleri Ã§eliÅŸiyor"
  
! #: config/aarch64/aarch64.c:8956
  #, fuzzy, gcc-internal-format
  #| msgid "does not support multilib"
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "multilib desteklenmiyor"
  
! #: config/aarch64/aarch64.c:8960
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9022
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9187
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "missing path after %qs"
  msgid "missing architecture name in 'arch' target %s"
  msgstr "%qs den sonra yol eksik"
  
! #: config/aarch64/aarch64.c:9190
  #, fuzzy, gcc-internal-format
  #| msgid "Unknown value %qs of -mmacosx-version-min"
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "-mmacosx-version-min iÃ§in %qs deÄŸeri bilinmiyor"
  
! #: config/aarch64/aarch64.c:9194
  #, fuzzy, gcc-internal-format
  #| msgid "missing filename after %qs"
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr "%qs den sonra dosyaismi yok"
  
! #: config/aarch64/aarch64.c:9228
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "missing path after %qs"
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "%qs den sonra yol eksik"
  
! #: config/aarch64/aarch64.c:9231
  #, fuzzy, gcc-internal-format
  #| msgid "bad value %qs for -mcpu switch"
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "-mcpu seÃ§eneÄŸi iÃ§in deÄŸer %qs  hatalÄ±"
  
! #: config/aarch64/aarch64.c:9235
  #, fuzzy, gcc-internal-format
  #| msgid "missing filename after %qs"
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr "%qs den sonra dosyaismi yok"
  
! #: config/aarch64/aarch64.c:9266
  #, fuzzy, gcc-internal-format
  #| msgid "Unknown value %qs of -mmacosx-version-min"
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "-mmacosx-version-min iÃ§in %qs deÄŸeri bilinmiyor"
  
! #: config/aarch64/aarch64.c:9307
  #, fuzzy, gcc-internal-format
  #| msgid "missing filename after %qs"
  msgid "missing feature modifier in target %s %qs"
  msgstr "%qs den sonra dosyaismi yok"
  
! #: config/aarch64/aarch64.c:9312
  #, fuzzy, gcc-internal-format
  #| msgid "missing filename after %qs"
  msgid "invalid feature modifier in target %s %qs"
  msgstr "%qs den sonra dosyaismi yok"
  
! #: config/aarch64/aarch64.c:9364
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed spec function arguments"
  msgid "malformed target %s"
  msgstr "belirtim iÅŸlevinin argÃ¼manlarÄ± bozuk"
  
! #: config/aarch64/aarch64.c:9412
  #, fuzzy, gcc-internal-format
  #| msgid "%q+D takes only zero or two arguments"
  msgid "target %s %qs does not accept an argument"
  msgstr "%q+D ya iki argÃ¼man alÄ±r ya da hiÃ§ almaz"
  
! #: config/aarch64/aarch64.c:9421
  #, fuzzy, gcc-internal-format
  #| msgid "target system does not support the \"%s\" debug format"
  msgid "target %s %qs does not allow a negated form"
  msgstr "hedef sistem \"%s\" hata ayÄ±klama biÃ§imini desteklemiyor"
  
! #: config/aarch64/aarch64.c:9476
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "spec '%s' is invalid"
  msgid "target %s %s=%s is not valid"
  msgstr "spec '%s' geÃ§ersiz"
  
! #: config/aarch64/aarch64.c:9536 config/arm/arm.c:30367
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:14849
  #, fuzzy, gcc-internal-format
  #| msgid "alias argument not a string"
  msgid "attribute %<target%> argument not a string"
  msgstr "alias argÃ¼manÄ± bir dizge deÄŸil"
  
! #: config/aarch64/aarch64.c:9546
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed spec function name"
  msgid "malformed target %s value"
  msgstr "bozuk spec iÅŸlevi ismi"
  
! #: config/aarch64/aarch64.c:9563
  #, fuzzy, gcc-internal-format
  #| msgid "multilib select '%s' is invalid"
  msgid "target %s %qs is invalid"
  msgstr "multilib seÃ§imi '%s' geÃ§ersiz"
  
! #: config/aarch64/aarch64.c:9572
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11420
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11422
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr ""
--- 30753,30959 ----
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "assert: %s %s ile uyumlu atanÄ±yor"
  
! #: config/aarch64/aarch64.c:8382
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8426
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8483
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid floating point option: -mfpu=%s"
  msgid "tuning string missing in option (%s)"
  msgstr "geÃ§ersiz gerÃ§el deÄŸer seÃ§eneÄŸi: -mfpu=%s"
  
! #: config/aarch64/aarch64.c:8501
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "unknown spec function '%s'"
  msgid "unknown tuning option (%s)"
  msgstr "bilinmeyen '%s' spec iÅŸlevi"
  
! #: config/aarch64/aarch64.c:8715
  #, fuzzy, gcc-internal-format
  #| msgid "invalid argument of %qs attribute"
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "%qs Ã¶zniteliÄŸinin argÃ¼manÄ± geÃ§ersiz"
  
! #: config/aarch64/aarch64.c:8756
  #, fuzzy, gcc-internal-format
  #| msgid "missing path after %qs"
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr "%qs den sonra yol eksik"
  
! #: config/aarch64/aarch64.c:8763
  #, fuzzy, gcc-internal-format
  #| msgid "missing filename after %qs"
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "%qs den sonra dosyaismi yok"
  
! #: config/aarch64/aarch64.c:8790
  #, fuzzy, gcc-internal-format
  #| msgid "missing path after %qs"
  msgid "missing arch name in %<-march=%s%>"
  msgstr "%qs den sonra yol eksik"
  
! #: config/aarch64/aarch64.c:8793
  #, fuzzy, gcc-internal-format
  #| msgid "Unknown value %qs of -mmacosx-version-min"
  msgid "unknown value %qs for -march"
  msgstr "-mmacosx-version-min iÃ§in %qs deÄŸeri bilinmiyor"
  
! #: config/aarch64/aarch64.c:8797
  #, fuzzy, gcc-internal-format
  #| msgid "missing filename after %qs"
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "%qs den sonra dosyaismi yok"
  
! #: config/aarch64/aarch64.c:8823
  #, fuzzy, gcc-internal-format
  #| msgid "missing path after %qs"
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr "%qs den sonra yol eksik"
  
! #: config/aarch64/aarch64.c:8826
  #, fuzzy, gcc-internal-format
  #| msgid "Unknown value %qs of -mmacosx-version-min"
  msgid "unknown value %qs for -mtune"
  msgstr "-mmacosx-version-min iÃ§in %qs deÄŸeri bilinmiyor"
  
! #: config/aarch64/aarch64.c:8929 config/arm/arm.c:3094
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "switch -mcpu=%s conflicts with -march= switch"
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "-mcpu=%s ile -march= seÃ§enekleri Ã§eliÅŸiyor"
  
! #: config/aarch64/aarch64.c:8964
  #, fuzzy, gcc-internal-format
  #| msgid "does not support multilib"
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "multilib desteklenmiyor"
  
! #: config/aarch64/aarch64.c:8968
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9030
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9195
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "missing path after %qs"
  msgid "missing architecture name in 'arch' target %s"
  msgstr "%qs den sonra yol eksik"
  
! #: config/aarch64/aarch64.c:9198
  #, fuzzy, gcc-internal-format
  #| msgid "Unknown value %qs of -mmacosx-version-min"
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "-mmacosx-version-min iÃ§in %qs deÄŸeri bilinmiyor"
  
! #: config/aarch64/aarch64.c:9202
  #, fuzzy, gcc-internal-format
  #| msgid "missing filename after %qs"
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr "%qs den sonra dosyaismi yok"
  
! #: config/aarch64/aarch64.c:9236
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "missing path after %qs"
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "%qs den sonra yol eksik"
  
! #: config/aarch64/aarch64.c:9239
  #, fuzzy, gcc-internal-format
  #| msgid "bad value %qs for -mcpu switch"
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "-mcpu seÃ§eneÄŸi iÃ§in deÄŸer %qs  hatalÄ±"
  
! #: config/aarch64/aarch64.c:9243
  #, fuzzy, gcc-internal-format
  #| msgid "missing filename after %qs"
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr "%qs den sonra dosyaismi yok"
  
! #: config/aarch64/aarch64.c:9274
  #, fuzzy, gcc-internal-format
  #| msgid "Unknown value %qs of -mmacosx-version-min"
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "-mmacosx-version-min iÃ§in %qs deÄŸeri bilinmiyor"
  
! #: config/aarch64/aarch64.c:9315
  #, fuzzy, gcc-internal-format
  #| msgid "missing filename after %qs"
  msgid "missing feature modifier in target %s %qs"
  msgstr "%qs den sonra dosyaismi yok"
  
! #: config/aarch64/aarch64.c:9320
  #, fuzzy, gcc-internal-format
  #| msgid "missing filename after %qs"
  msgid "invalid feature modifier in target %s %qs"
  msgstr "%qs den sonra dosyaismi yok"
  
! #: config/aarch64/aarch64.c:9372
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed spec function arguments"
  msgid "malformed target %s"
  msgstr "belirtim iÅŸlevinin argÃ¼manlarÄ± bozuk"
  
! #: config/aarch64/aarch64.c:9420
  #, fuzzy, gcc-internal-format
  #| msgid "%q+D takes only zero or two arguments"
  msgid "target %s %qs does not accept an argument"
  msgstr "%q+D ya iki argÃ¼man alÄ±r ya da hiÃ§ almaz"
  
! #: config/aarch64/aarch64.c:9429
  #, fuzzy, gcc-internal-format
  #| msgid "target system does not support the \"%s\" debug format"
  msgid "target %s %qs does not allow a negated form"
  msgstr "hedef sistem \"%s\" hata ayÄ±klama biÃ§imini desteklemiyor"
  
! #: config/aarch64/aarch64.c:9484
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "spec '%s' is invalid"
  msgid "target %s %s=%s is not valid"
  msgstr "spec '%s' geÃ§ersiz"
  
! #: config/aarch64/aarch64.c:9544 config/arm/arm.c:30411
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:15017
  #, fuzzy, gcc-internal-format
  #| msgid "alias argument not a string"
  msgid "attribute %<target%> argument not a string"
  msgstr "alias argÃ¼manÄ± bir dizge deÄŸil"
  
! #: config/aarch64/aarch64.c:9554
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed spec function name"
  msgid "malformed target %s value"
  msgstr "bozuk spec iÅŸlevi ismi"
  
! #: config/aarch64/aarch64.c:9571
  #, fuzzy, gcc-internal-format
  #| msgid "multilib select '%s' is invalid"
  msgid "target %s %qs is invalid"
  msgstr "multilib seÃ§imi '%s' geÃ§ersiz"
  
! #: config/aarch64/aarch64.c:9580
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11428
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11430
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr ""
*************** msgstr ""
*** 31379,31444 ****
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2799
  #, fuzzy, gcc-internal-format
  #| msgid "-fpic and -mapcs-reent are incompatible"
  msgid "iWMMXt and NEON are incompatible"
  msgstr "-fpic ve -mapcs-reent uyumsuz"
  
! #: config/arm/arm.c:2805
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "target CPU does not support ARM mode"
  msgstr "hedef iÅŸlemci beraber Ã§alÄ±ÅŸmayÄ± desteklemiyor"
  
! #: config/arm/arm.c:2809
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "geri izleme desteÄŸinin etkinleÅŸtirilmesi sadece Thumb komut seti iÃ§in derleme yapÄ±lÄ±rken anlamlidir"
  
! #: config/arm/arm.c:2812
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "Ã§aÄŸrÄ±lan ile birlikte Ã§alÄ±ÅŸma desteÄŸinin etkinleÅŸtirilmesi sadece Thumb iÃ§in derleme esnasÄ±nda anlamlÄ±dÄ±r"
  
! #: config/arm/arm.c:2820
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g ile -mno-apcs-frame anlamlÄ± hata ayÄ±klama bilgisi vermeyebilir"
  
! #: config/arm/arm.c:2824
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2827
  #, fuzzy, gcc-internal-format
  #| msgid "can not use -mtp=cp15 with -mthumb"
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "-mtp=cp15, -mthumb ile kullanÄ±lamaz"
  
! #: config/arm/arm.c:2831
  #, fuzzy, gcc-internal-format
  #| msgid "assert: %s is assign compatible with %s"
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "assert: %s %s ile uyumlu atanÄ±yor"
  
! #: config/arm/arm.c:2839
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2844
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2947
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "hedef iÅŸlemci THUMB komutlarÄ±nÄ± desteklemiyor"
  
! #: config/arm/arm.c:2992
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "target CPU does not support unaligned accesses"
--- 31379,31444 ----
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2800
  #, fuzzy, gcc-internal-format
  #| msgid "-fpic and -mapcs-reent are incompatible"
  msgid "iWMMXt and NEON are incompatible"
  msgstr "-fpic ve -mapcs-reent uyumsuz"
  
! #: config/arm/arm.c:2806
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "target CPU does not support ARM mode"
  msgstr "hedef iÅŸlemci beraber Ã§alÄ±ÅŸmayÄ± desteklemiyor"
  
! #: config/arm/arm.c:2810
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "geri izleme desteÄŸinin etkinleÅŸtirilmesi sadece Thumb komut seti iÃ§in derleme yapÄ±lÄ±rken anlamlidir"
  
! #: config/arm/arm.c:2813
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "Ã§aÄŸrÄ±lan ile birlikte Ã§alÄ±ÅŸma desteÄŸinin etkinleÅŸtirilmesi sadece Thumb iÃ§in derleme esnasÄ±nda anlamlÄ±dÄ±r"
  
! #: config/arm/arm.c:2821
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g ile -mno-apcs-frame anlamlÄ± hata ayÄ±klama bilgisi vermeyebilir"
  
! #: config/arm/arm.c:2825
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2828
  #, fuzzy, gcc-internal-format
  #| msgid "can not use -mtp=cp15 with -mthumb"
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "-mtp=cp15, -mthumb ile kullanÄ±lamaz"
  
! #: config/arm/arm.c:2832
  #, fuzzy, gcc-internal-format
  #| msgid "assert: %s is assign compatible with %s"
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "assert: %s %s ile uyumlu atanÄ±yor"
  
! #: config/arm/arm.c:2840
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2845
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2948
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "hedef iÅŸlemci THUMB komutlarÄ±nÄ± desteklemiyor"
  
! #: config/arm/arm.c:2993
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "target CPU does not support unaligned accesses"
*************** msgstr "hedef iÅŸlemci beraber Ã§alÄ±ÅŸm
*** 31446,31581 ****
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3246
  #, fuzzy, gcc-internal-format
  #| msgid "-fPIC is not currently supported on the 68000 or 68010"
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-fPIC su an 68000 veya 68010 iÃ§in desteklenmiyor"
  
! #: config/arm/arm.c:3321
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "hedef iÅŸlemci beraber Ã§alÄ±ÅŸmayÄ± desteklemiyor"
  
! #: config/arm/arm.c:3327
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check ile -mno-apcs-frame uyumsuz"
  
! #: config/arm/arm.c:3335
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic ve -mapcs-reent uyumsuz"
  
! #: config/arm/arm.c:3338
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "APCS yeniden giriÅŸli kod desteklenmiyor. YoksayÄ±ldi"
  
! #: config/arm/arm.c:3372
  #, fuzzy, gcc-internal-format
  #| msgid "-mrelocatable and -msdata=%s are incompatible"
  msgid "selected fp16 options are incompatible"
  msgstr "-mrelocatable ile -msdata=%s uyumsuz"
  
! #: config/arm/arm.c:3403
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr "iwmmxt, dÃ¼zgÃ¼n iÅŸlem iÃ§in ABI uyumlu bir AAPCS gerektiriyor"
  
! #: config/arm/arm.c:3406
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr "iwmmxt abi bir iwmmxt yetenekli iÅŸlemci gerektiriyor"
  
! #: config/arm/arm.c:3417
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "hedef iÅŸlemci beraber Ã§alÄ±ÅŸmayÄ± desteklemiyor"
  
! #: config/arm/arm.c:3420
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "hedef iÅŸlemci beraber Ã§alÄ±ÅŸmayÄ± desteklemiyor"
  
! #: config/arm/arm.c:3425
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr ""
  
! #: config/arm/arm.c:3436
  #, fuzzy, gcc-internal-format
  #| msgid "-mfloat-abi=hard and VFP"
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr "-mfloat-abi=hard ve VFP"
  
! #: config/arm/arm.c:3444
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mfloat-abi=hard ve VFP"
  
! #: config/arm/arm.c:3480
  #, fuzzy, gcc-internal-format
  #| msgid "structure size boundary can only be set to %s"
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "veri yapÄ±sÄ± boyut sÄ±nÄ±rÄ± sadece %s ye ayarlanabilir"
  
! #: config/arm/arm.c:3482
  #, fuzzy, gcc-internal-format
  #| msgid "structure size boundary can only be set to %s"
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "veri yapÄ±sÄ± boyut sÄ±nÄ±rÄ± sadece %s ye ayarlanabilir"
  
! #: config/arm/arm.c:3507
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr ""
  
! #: config/arm/arm.c:3519
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register=, -fpic olmaksÄ±zÄ±n kullanÄ±ÅŸsÄ±z"
  
! #: config/arm/arm.c:3528
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "PIC yazmacÄ± iÃ§in '%s' kullanÄ±lamÄ±yor"
  
! #: config/arm/arm.c:3547
  #, fuzzy, gcc-internal-format
  #| msgid "-freorder-blocks-and-partition does not work on this architecture"
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-freorder-blocks-and-partition bu mimaride Ã§alÄ±ÅŸmaz"
  
! #: config/arm/arm.c:3638
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support THUMB instructions"
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "hedef iÅŸlemci THUMB komutlarÄ±nÄ± desteklemiyor"
  
! #: config/arm/arm.c:5706
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5708
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5727
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5922
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr ""
  
! #: config/arm/arm.c:6672 config/arm/arm.c:6690 config/arm/arm.c:6865
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
--- 31446,31587 ----
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3247
  #, fuzzy, gcc-internal-format
  #| msgid "-fPIC is not currently supported on the 68000 or 68010"
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-fPIC su an 68000 veya 68010 iÃ§in desteklenmiyor"
  
! #: config/arm/arm.c:3322
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "hedef iÅŸlemci beraber Ã§alÄ±ÅŸmayÄ± desteklemiyor"
  
! #: config/arm/arm.c:3328
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check ile -mno-apcs-frame uyumsuz"
  
! #: config/arm/arm.c:3336
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic ve -mapcs-reent uyumsuz"
  
! #: config/arm/arm.c:3339
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "APCS yeniden giriÅŸli kod desteklenmiyor. YoksayÄ±ldi"
  
! #: config/arm/arm.c:3373
  #, fuzzy, gcc-internal-format
  #| msgid "-mrelocatable and -msdata=%s are incompatible"
  msgid "selected fp16 options are incompatible"
  msgstr "-mrelocatable ile -msdata=%s uyumsuz"
  
! #: config/arm/arm.c:3404
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr "iwmmxt, dÃ¼zgÃ¼n iÅŸlem iÃ§in ABI uyumlu bir AAPCS gerektiriyor"
  
! #: config/arm/arm.c:3407
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr "iwmmxt abi bir iwmmxt yetenekli iÅŸlemci gerektiriyor"
  
! #: config/arm/arm.c:3418
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "hedef iÅŸlemci beraber Ã§alÄ±ÅŸmayÄ± desteklemiyor"
  
! #: config/arm/arm.c:3421
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support interworking"
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "hedef iÅŸlemci beraber Ã§alÄ±ÅŸmayÄ± desteklemiyor"
  
! #: config/arm/arm.c:3426
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr ""
  
! #: config/arm/arm.c:3437
  #, fuzzy, gcc-internal-format
  #| msgid "-mfloat-abi=hard and VFP"
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr "-mfloat-abi=hard ve VFP"
  
! #: config/arm/arm.c:3445
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mfloat-abi=hard ve VFP"
  
! #: config/arm/arm.c:3481
  #, fuzzy, gcc-internal-format
  #| msgid "structure size boundary can only be set to %s"
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "veri yapÄ±sÄ± boyut sÄ±nÄ±rÄ± sadece %s ye ayarlanabilir"
  
! #: config/arm/arm.c:3483
  #, fuzzy, gcc-internal-format
  #| msgid "structure size boundary can only be set to %s"
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "veri yapÄ±sÄ± boyut sÄ±nÄ±rÄ± sadece %s ye ayarlanabilir"
  
! #: config/arm/arm.c:3508
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr ""
  
! #: config/arm/arm.c:3520
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register=, -fpic olmaksÄ±zÄ±n kullanÄ±ÅŸsÄ±z"
  
! #: config/arm/arm.c:3529
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "PIC yazmacÄ± iÃ§in '%s' kullanÄ±lamÄ±yor"
  
! #: config/arm/arm.c:3548
  #, fuzzy, gcc-internal-format
  #| msgid "-freorder-blocks-and-partition does not work on this architecture"
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-freorder-blocks-and-partition bu mimaride Ã§alÄ±ÅŸmaz"
  
! #: config/arm/arm.c:3639
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support THUMB instructions"
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "hedef iÅŸlemci THUMB komutlarÄ±nÄ± desteklemiyor"
  
! #: config/arm/arm.c:5707
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5709
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5728
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5923
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr ""
  
! #: config/arm/arm.c:6362 config/arm/arm.c:6565 config/arm/arm.c:6593
! #: config/arm/arm.c:26560
! #, gcc-internal-format
! msgid "parameter passing for argument of type %qT changed in GCC 7.1"
! msgstr ""
! 
! #: config/arm/arm.c:6709 config/arm/arm.c:6727 config/arm/arm.c:6902
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
*************** msgstr ""
*** 31592,31670 ****
  msgid "%qE attribute only applies to functions"
  msgstr "%qs Ã¶zniteliÄŸi sadece iÅŸlevlere uygulanÄ±r"
  
! #: config/arm/arm.c:6814
  #, fuzzy, gcc-internal-format
  #| msgid "%qs attribute only applies to functions"
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr "%qs Ã¶zniteliÄŸi sadece iÅŸlevlere uygulanÄ±r"
  
! #: config/arm/arm.c:6826
  #, fuzzy, gcc-internal-format
  #| msgid "%qD must not have variable number of arguments"
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "%qD deÄŸiÅŸken sayÄ±da argÃ¼mana sahip olmamalÄ±"
  
! #: config/arm/arm.c:6835
  #, fuzzy, gcc-internal-format
  #| msgid "%qs attribute only applies to functions"
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr "%qs Ã¶zniteliÄŸi sadece iÅŸlevlere uygulanÄ±r"
  
! #: config/arm/arm.c:6857 config/arm/arm.c:6909
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute ignored on non-class types"
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "%qE Ã¶zniteliÄŸi sÄ±nÄ±f tÃ¼rleri dÄ±ÅŸÄ±nda yoksayÄ±lÄ±r"
  
! #: config/arm/arm.c:6876
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute have effect only on public objects"
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "%qE Ã¶zniteliÄŸi sadece genel nesnelerde etkilidir"
  
! #: config/arm/arm.c:6925
  #, fuzzy, gcc-internal-format
  #| msgid "%qs attribute only applies to function types"
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "%qs Ã¶zniteliÄŸi sadece iÅŸlev tÃ¼rlerine uygulanÄ±r"
  
! #: config/arm/arm.c:12208
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12211
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23458
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "yÄ±ÄŸÄ±ttaki parametrenin gerÃ§ek konumu hesaplanamÄ±yor"
  
! #: config/arm/arm.c:24111
  #, fuzzy, gcc-internal-format
  #| msgid "Unexpected end of module"
  msgid "Unexpected thumb1 far jump"
  msgstr "Beklenmeyen modÃ¼l sonu"
  
! #: config/arm/arm.c:24375
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "yÃ¼ksek yazmaÃ§larÄ± Ã§ekmeye elveriÅŸli dÃ¼ÅŸÃ¼k yazmaÃ§ yok"
  
! #: config/arm/arm.c:24624
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "sistem kesmesi Servis Ä°ÅŸlemleri Thumb kipinde kodlanamaz"
  
! #: config/arm/arm.c:24853
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30391
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid vector type for attribute %qE"
  msgid "invalid fpu for attribute(target(\"%s\"))"
--- 31598,31676 ----
  msgid "%qE attribute only applies to functions"
  msgstr "%qs Ã¶zniteliÄŸi sadece iÅŸlevlere uygulanÄ±r"
  
! #: config/arm/arm.c:6851
  #, fuzzy, gcc-internal-format
  #| msgid "%qs attribute only applies to functions"
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr "%qs Ã¶zniteliÄŸi sadece iÅŸlevlere uygulanÄ±r"
  
! #: config/arm/arm.c:6863
  #, fuzzy, gcc-internal-format
  #| msgid "%qD must not have variable number of arguments"
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "%qD deÄŸiÅŸken sayÄ±da argÃ¼mana sahip olmamalÄ±"
  
! #: config/arm/arm.c:6872
  #, fuzzy, gcc-internal-format
  #| msgid "%qs attribute only applies to functions"
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr "%qs Ã¶zniteliÄŸi sadece iÅŸlevlere uygulanÄ±r"
  
! #: config/arm/arm.c:6894 config/arm/arm.c:6946
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute ignored on non-class types"
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "%qE Ã¶zniteliÄŸi sÄ±nÄ±f tÃ¼rleri dÄ±ÅŸÄ±nda yoksayÄ±lÄ±r"
  
! #: config/arm/arm.c:6913
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute have effect only on public objects"
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "%qE Ã¶zniteliÄŸi sadece genel nesnelerde etkilidir"
  
! #: config/arm/arm.c:6962
  #, fuzzy, gcc-internal-format
  #| msgid "%qs attribute only applies to function types"
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "%qs Ã¶zniteliÄŸi sadece iÅŸlev tÃ¼rlerine uygulanÄ±r"
  
! #: config/arm/arm.c:12245
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12248
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23495
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "yÄ±ÄŸÄ±ttaki parametrenin gerÃ§ek konumu hesaplanamÄ±yor"
  
! #: config/arm/arm.c:24148
  #, fuzzy, gcc-internal-format
  #| msgid "Unexpected end of module"
  msgid "Unexpected thumb1 far jump"
  msgstr "Beklenmeyen modÃ¼l sonu"
  
! #: config/arm/arm.c:24412
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "yÃ¼ksek yazmaÃ§larÄ± Ã§ekmeye elveriÅŸli dÃ¼ÅŸÃ¼k yazmaÃ§ yok"
  
! #: config/arm/arm.c:24661
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "sistem kesmesi Servis Ä°ÅŸlemleri Thumb kipinde kodlanamaz"
  
! #: config/arm/arm.c:24890
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid vector type for attribute %qE"
  msgid "invalid fpu for attribute(target(\"%s\"))"
*************** msgstr "%qE Ã¶zniteliÄŸi iÃ§in vektÃ¶r t
*** 31673,31685 ****
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30399
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30406 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:14915 config/s390/s390.c:14965 config/s390/s390.c:14982
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr ""
--- 31679,31691 ----
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30443
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30450 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:15083 config/s390/s390.c:15133 config/s390/s390.c:15150
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr ""
*************** msgstr "%q+D ya iki argÃ¼man alÄ±r ya da
*** 34544,34550 ****
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "%q+D ya iki argÃ¼man alÄ±r ya da hiÃ§ almaz"
  
! #: config/rs6000/rs6000-c.c:5711
  #, fuzzy, gcc-internal-format
  #| msgid "%q+D takes only zero or two arguments"
  msgid "vec_adde only accepts 3 arguments"
--- 34550,34556 ----
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "%q+D ya iki argÃ¼man alÄ±r ya da hiÃ§ almaz"
  
! #: config/rs6000/rs6000-c.c:5710
  #, fuzzy, gcc-internal-format
  #| msgid "%q+D takes only zero or two arguments"
  msgid "vec_adde only accepts 3 arguments"
*************** msgstr "%q+D ya iki argÃ¼man alÄ±r ya da
*** 34556,34601 ****
  msgid "vec_addec only accepts 3 arguments"
  msgstr "%q+D ya iki argÃ¼man alÄ±r ya da hiÃ§ almaz"
  
! #: config/rs6000/rs6000-c.c:5861
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%q+D takes only zero or two arguments"
  msgid "%s only accepts %d arguments"
  msgstr "%q+D ya iki argÃ¼man alÄ±r ya da hiÃ§ almaz"
  
! #: config/rs6000/rs6000-c.c:5866
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%q+D takes only zero or two arguments"
  msgid "%s only accepts 1 argument"
  msgstr "%q+D ya iki argÃ¼man alÄ±r ya da hiÃ§ almaz"
  
! #: config/rs6000/rs6000-c.c:5871
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%q+D takes only zero or two arguments"
  msgid "%s only accepts 2 arguments"
  msgstr "%q+D ya iki argÃ¼man alÄ±r ya da hiÃ§ almaz"
  
! #: config/rs6000/rs6000-c.c:5937
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6106
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6380
  #, fuzzy, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "%2$qE iÅŸlevinin %1$d. argÃ¼manÄ±n aktarÄ±mÄ± gÃ¶sterici hedef tÃ¼rÃ¼ndeki niteleyicileri iptal ediyor"
  
! #: config/rs6000/rs6000-c.c:6434
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "-m%s not supported in this configuration"
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "-m%s bu yapÄ±landÄ±rmada desteklenmiyor"
  
! #: config/rs6000/rs6000-c.c:6442
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid parameter combination for AltiVec intrinsic"
  msgid "invalid parameter combination for AltiVec intrinsic %s"
--- 34562,34607 ----
  msgid "vec_addec only accepts 3 arguments"
  msgstr "%q+D ya iki argÃ¼man alÄ±r ya da hiÃ§ almaz"
  
! #: config/rs6000/rs6000-c.c:5862
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%q+D takes only zero or two arguments"
  msgid "%s only accepts %d arguments"
  msgstr "%q+D ya iki argÃ¼man alÄ±r ya da hiÃ§ almaz"
  
! #: config/rs6000/rs6000-c.c:5867
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%q+D takes only zero or two arguments"
  msgid "%s only accepts 1 argument"
  msgstr "%q+D ya iki argÃ¼man alÄ±r ya da hiÃ§ almaz"
  
! #: config/rs6000/rs6000-c.c:5872
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "%q+D takes only zero or two arguments"
  msgid "%s only accepts 2 arguments"
  msgstr "%q+D ya iki argÃ¼man alÄ±r ya da hiÃ§ almaz"
  
! #: config/rs6000/rs6000-c.c:5938
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6107
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6381
  #, fuzzy, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "%2$qE iÅŸlevinin %1$d. argÃ¼manÄ±n aktarÄ±mÄ± gÃ¶sterici hedef tÃ¼rÃ¼ndeki niteleyicileri iptal ediyor"
  
! #: config/rs6000/rs6000-c.c:6435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "-m%s not supported in this configuration"
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "-m%s bu yapÄ±landÄ±rmada desteklenmiyor"
  
! #: config/rs6000/rs6000-c.c:6443
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid parameter combination for AltiVec intrinsic"
  msgid "invalid parameter combination for AltiVec intrinsic %s"
*************** msgstr "yerleÅŸik iÅŸleve aktarÄ±lan arg
*** 35729,35847 ****
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9812
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr "Yerel deÄŸiÅŸkenlerin toplam boyutu mimarinin izin verdigi sÄ±nÄ±rÄ± aÅŸÄ±yor"
  
! #: config/s390/s390.c:10926
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:10942
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:10970
  #, fuzzy, gcc-internal-format
  #| msgid "frame size of %qs is "
  msgid "frame size of %qs is %wd bytes"
  msgstr "%qs Ã§erÃ§evi boyutu "
  
! #: config/s390/s390.c:10974
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr "%qs Ã¶zdevimli yÄ±ÄŸÄ±t tahsisi kullanÄ±yor"
  
! #: config/s390/s390.c:11352
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14498
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14510
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14522
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "z/Architecture kipi %s Ã¼zerinde desteklenmiyor"
  
! #: config/s390/s390.c:14525
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "ESA/390 kipinde 64 bitlik ABI desteklenmiyor."
  
! #: config/s390/s390.c:14542
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "Restrict the use of hardware floating-point instructions to 32-bit operations"
  msgid "hardware vector support not available on %s"
  msgstr "DonanÄ±m kayan nokta komutlarÄ±nÄ±n kullanÄ±mÄ±nÄ± 32 bitlik iÅŸlemlerle sÄ±nÄ±rlar"
  
! #: config/s390/s390.c:14545
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14573
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "Restrict the use of hardware floating-point instructions to 32-bit operations"
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "DonanÄ±m kayan nokta komutlarÄ±nÄ±n kullanÄ±mÄ±nÄ± 32 bitlik iÅŸlemlerle sÄ±nÄ±rlar"
  
! #: config/s390/s390.c:14577
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14589
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14597
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "-mbackchain -mpacked-stack -mhard-float bir arada desteklenmiyor"
  
! #: config/s390/s390.c:14603
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr "yÄ±ÄŸÄ±t boyutunun yÄ±ÄŸÄ±t koruma deÄŸerinden bÃ¼yÃ¼k olmasÄ± gerekir"
  
! #: config/s390/s390.c:14605
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "yÄ±ÄŸÄ±t boyutu 64k'dan bÃ¼yÃ¼k olmamalÄ±dÄ±r"
  
! #: config/s390/s390.c:14608
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr "-mstack-guard, -mstack-size uyguluyor"
  
  #. argument is not a plain number
! #: config/s390/s390.c:14706
  #, fuzzy, gcc-internal-format
  #| msgid "argument to \"%s\" should be a non-negative integer"
  msgid "arguments to %qs should be non-negative integers"
  msgstr "\"%s\" iÃ§in argÃ¼man sÄ±fÄ±r ya da pozitif bir tamsayÄ± olmalÄ±"
  
! #: config/s390/s390.c:14713
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qs attribute larger than %d"
  msgid "argument to %qs is too large (max. %d)"
  msgstr "%qs Ã¶zniteliÄŸine argÃ¼man %d den bÃ¼yÃ¼k"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:14921
  #, fuzzy, gcc-internal-format
  #| msgid "__builtin_saveregs not supported by this target"
  msgid "value %qs is not supported by attribute %<target%>"
--- 35735,35853 ----
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9980
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr "Yerel deÄŸiÅŸkenlerin toplam boyutu mimarinin izin verdigi sÄ±nÄ±rÄ± aÅŸÄ±yor"
  
! #: config/s390/s390.c:11094
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:11110
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:11138
  #, fuzzy, gcc-internal-format
  #| msgid "frame size of %qs is "
  msgid "frame size of %qs is %wd bytes"
  msgstr "%qs Ã§erÃ§evi boyutu "
  
! #: config/s390/s390.c:11142
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr "%qs Ã¶zdevimli yÄ±ÄŸÄ±t tahsisi kullanÄ±yor"
  
! #: config/s390/s390.c:11520
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14666
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14678
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14690
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "z/Architecture kipi %s Ã¼zerinde desteklenmiyor"
  
! #: config/s390/s390.c:14693
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "ESA/390 kipinde 64 bitlik ABI desteklenmiyor."
  
! #: config/s390/s390.c:14710
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "Restrict the use of hardware floating-point instructions to 32-bit operations"
  msgid "hardware vector support not available on %s"
  msgstr "DonanÄ±m kayan nokta komutlarÄ±nÄ±n kullanÄ±mÄ±nÄ± 32 bitlik iÅŸlemlerle sÄ±nÄ±rlar"
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14741
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "Restrict the use of hardware floating-point instructions to 32-bit operations"
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "DonanÄ±m kayan nokta komutlarÄ±nÄ±n kullanÄ±mÄ±nÄ± 32 bitlik iÅŸlemlerle sÄ±nÄ±rlar"
  
! #: config/s390/s390.c:14745
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14757
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14765
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "-mbackchain -mpacked-stack -mhard-float bir arada desteklenmiyor"
  
! #: config/s390/s390.c:14771
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr "yÄ±ÄŸÄ±t boyutunun yÄ±ÄŸÄ±t koruma deÄŸerinden bÃ¼yÃ¼k olmasÄ± gerekir"
  
! #: config/s390/s390.c:14773
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "yÄ±ÄŸÄ±t boyutu 64k'dan bÃ¼yÃ¼k olmamalÄ±dÄ±r"
  
! #: config/s390/s390.c:14776
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr "-mstack-guard, -mstack-size uyguluyor"
  
  #. argument is not a plain number
! #: config/s390/s390.c:14874
  #, fuzzy, gcc-internal-format
  #| msgid "argument to \"%s\" should be a non-negative integer"
  msgid "arguments to %qs should be non-negative integers"
  msgstr "\"%s\" iÃ§in argÃ¼man sÄ±fÄ±r ya da pozitif bir tamsayÄ± olmalÄ±"
  
! #: config/s390/s390.c:14881
  #, fuzzy, gcc-internal-format
  #| msgid "argument to %qs attribute larger than %d"
  msgid "argument to %qs is too large (max. %d)"
  msgstr "%qs Ã¶zniteliÄŸine argÃ¼man %d den bÃ¼yÃ¼k"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:15089
  #, fuzzy, gcc-internal-format
  #| msgid "__builtin_saveregs not supported by this target"
  msgid "value %qs is not supported by attribute %<target%>"
diff -Nrcpad gcc-7.1.0/gcc/po/uk.gmo gcc-7.2.0/gcc/po/uk.gmo
*** gcc-7.1.0/gcc/po/uk.gmo	Tue May  2 14:16:38 2017
--- gcc-7.2.0/gcc/po/uk.gmo	Mon Aug 14 08:30:39 2017
***************
*** 1,10 ****
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þ./	/
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`?n?…?š?Ÿ?¦?³?,Ì?ù?	@	@@	!@*+@5V@Œ@¡@À@Ô@ó@AA5AIA^ArA†A›A¯AÄAØAíABB4B-GBuB‰B�B»BÖBâB&öBC,C?C	NCXC%xCžC	ªCM´CFF_	F`iFRÊFGF*GqGmñG1_H ‘H²H!ÁHãHI[Ij{I)æI%J06JgJƒJ J'½J>åJ($K?MK?�K?ÍK?
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! jPuP{P/”PÄPKËPOQgQA‚Q*ÄQïQRR4RKRbRyR�R)§RÑRèRÿR)S@SCSXSU^S+´SàSèSýS%T=T9[TU•T6ëT'"U)JU‹tUdVReV?¸VmøV‹fWLòW7?X‹wXY
! Y%YCY”cYtøYVmZLÄZ[?-[Cm[E±[`÷[)X\@‚\%Ã\/é\-]G]\]k]"†]%©],Ï]Iü]MF^;”^iÐ^x:_u³_:)`Bd`;§`3ã`>a3VaRŠaHÝa9&b``bWÁbc2c%Kcqc‚c•c=ªcècïcdd4d#Td#xd%œd<Âd+ÿd?+ekee“e©eÀe9Ùe'f';f+cf+�f-»féfCgDGg)ŒgJ¶g6h;8h7th¬hÃh8Üh*i@iC]i ¡iÂi!ái!j%j>j,Wj&„j«jºj6Ëjkk2kJk$bk&‡k$®k$Ók+øk$l<lVl&nl%•lE»lmm$2m+Wmƒm›mG³mûmn#.nRnonŠn¢nºn*Ún+o1oKogo/ƒo=³oñoApNplp‹p¨p(Åpîpq(q,Cqpq�q«qÈq#åq	r&rErar~r˜r´rÐr$èr
s%s=s1Ss+…s:±s@ìs%-t2St†t!—tZ¹tu!u#;u@_u* u*Ëu6öu6-v6dv6›v:Òv
w;*w8fw:Ÿw*Úw)x)/x)Yx)ƒx)­x)×x3y)5y)_y)‰y)³y)Ýy)z)1z)[z)…z)¯z)Ùz){)-{)W{)�{+«{-×{+|!1|8S|+Œ|'¸|'à|E}[N}&ª}Ñ}%ñ}M~)e~)�~*¹~<ä~@!.b‘�!¼;Þ5€P€$p€&•€+¼€+è€�)�#@�Bd�N§�-ö�/$‚T‚!t‚–‚4§‚HÜ‚'%ƒ=Mƒ‹ƒªƒ+Éƒ-õƒ##„G„ e„†„¤„Â„á„… … @…a… …0 …%Ñ…k÷…-c†)‘†9»†?õ†5‡L‡el‡%Ò‡ø‡ˆ*ˆ>Eˆ2„ˆ·ˆÌˆÇ¤%·çsV&«¦X'b2|@[ÞtÁ.®¨ãp€o>\*P©eAÚ„5#�7zp—I JlJ±n04šõƒ‡¹Õ_è€x1PwqƒX�/+#yfS–?Hà8F¶êBöºŒ}:^2ÂD¼÷bÀ¥ÆZŠÝ
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! ³i\{ÐWh£våþ^»˜Üm¬¢S	:LY’m´Ø_x	%#D
  
  For bug reporting instructions, please see:
  %s.
--- 1,15 ----
! Þ•D<\$p0q0v01x0+ª00Ö0151EJ14�1Å1à1ú12$272.J29y22³2-æ23-3&F35m3!£3@Å34>$4(c4Œ4?£4ã45!!5)C5#m5&‘5"¸5%Û5$6$&6$K6$p6&•6&¼6ã67787'U79}7E·7wý7'u8!�8(¿8(è8%979U9,n9*›9,Æ9ó9:)0:Z:p:‚:˜:ª:"À:ã:#õ:;4;R;c;$u;š;¶;Ñ;Ô;Ø;ß;æ;ï;ø;þ;<!<((<)Q<{<Š<¨<Â<Ë<Ô<3Ý<==#=,=5=>=Z=c=l=u=‘=•=¡=&§=Î=ì=>	
>>$>7>	D>%N>t>�>¡>&ª>Ñ>!ï>?*?9?%H?@n?)¯?Ù?ò?/@>@^@t@‰@§@ ¾@ß@å@ë@ü@A<#A`A:A.ºAéA+B)4B"^B9�B»BÄBÛB$ìBC 0C/QC�CšC
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‰‰%‰D+‰Up‰+Æ‰ò‰ú‰Š%)ŠOŠiŠM€Š+ÎŠ:úŠ5‹KS‹9Ÿ‹UÙ‹6/Œ'fŒ)ŽŒD¸Œ‹ýŒd‰�Rî�?AŽm�Ž‹ïŽ-{�L©�cö�7Z�‹’�‘
! -‘%8‘%^‘„‘”¤‘t9’N®’Oý’VM“L¤“Uñ“EG”n�”ü” •?9•8y•C²•Eö•`<–)�–@Ç–%—/.—A^—- —Î—Pã—4˜C˜"^˜%�˜,§˜Ô˜Iî˜M8™N†™JÕ™M šinš;Øši›x~›u÷›:mœ·¨œB`�;£�3ß�Kžj_ž>Êž3	ŸR=ŸH�Ÿ9ÙŸ` ot xä []¡g¹¡W!¢`y¢[Ú¢b6£l™£Y¤@`¤O¡¤€ñ¤pr¥Pã¥W4¦MŒ¦˜Ú¦Ms§»Á§u}¨Eó¨U9©g�©{÷©esªHÙª"«;«%T«z«‹«ž«4³«=è«&¬-¬B¬\Y¬4¶¬ë¬­#$­#H­%l­<’­CÏ­6®+J®?v®¶®Ê®Þ®ô®¯9$¯E^¯'¤¯'Ì¯+ô¯+ °IL°-–°JÄ°H±FX±8Ÿ±bØ±f;²S¢²6ö²-³CG³D‹³)Ð³Jú³2E´qx´6ê´;!µ7]µ•µ¬µZÅµ ¶8:¶Ys¶*Í¶Bø¶';·c·@€·CÁ· ¸&¸ E¸!f¸!ˆ¸ª¸Ã¸VÜ¸43¹,h¹/•¹&Å¹:ì¹'º6º6Gº~º–º®ºÆº$Þº&»$*»$O»+t» »¸»Ò»$ê»&¼%6¼E\¼¢¼»¼$Ó¼+ø¼$½<½GT½œ½´½#Ï½ó½¾+¾C¾[¾*{¾+¦¾Ò¾ì¾¿/$¿=T¿’¿8­¿Aæ¿(ÀFÀeÀ‚À(ŸÀÈÀèÀÁ,ÁJÁiÁ…Á¢Á#¿ÁãÁÂÂ;ÂXÂrÂŽÂªÂ$ÂÂçÂÿÂÃ1-Ã1_ÃB‘Ã+ÔÃ:Ä@;Ä0|Ä%­Ä+ÓÄCÿÄ2CÅ2vÅ©Å!ºÅZÜÅ7ÆDÆ#^Æ4‚Æ@·ÆYøÆRÇ*rÇ*�Ç6ÈÇ6ÿÇ66È6mÈ:¤È4ßÈXÉsmÉ_áÉ9AÊ?{Ê0»Ê*ìÊ,ËDË\aËG¾Ë;Ì8BÌ:{Ì*¶Ì)áÌ)Í)5Í)_Í)‰Í)³Í)ÝÍ)Î)1Î)[Î3…Î)¹Î)ãÎ)
Ï)7Ï)aÏ)‹Ï)µÏ)ßÏ)	Ð)3Ð)]Ð)‡Ð)±Ð)ÛÐ)Ñ)/Ñ)YÑ)ƒÑ)­Ñ)×Ñ)Ò)+Ò)UÒ)Ò)©Ò)ÓÒ)ýÒ)'Ó+QÓ-}Ó+«ÓO×Ó'Ô!EÔ8gÔJ Ô+ëÔ'Õ'?ÕEgÕ[­Õ&	Ö0Ö@PÖ%‘ÖM·Ö)×)/×Y×*u×< ×@Ý×.ØMØYØ!xØ4šØ;ÏØ2Ù5>ÙtÙ$”Ù&¹Ù+àÙSÚ+`ÚŒÚ¡Ú:¸Ú#óÚBÛŸZÛ›úÛN–Ü-åÜ/ÝCÝ!cÝ…ÝU˜ÝlîÝ[Þ4lÞH¡Þ'êÞ+ß;>ß,zß;§ß=ãßI!à>kà7ªàŠâàmáŒá?«á+ëá-â8Eâ~â#šâ¾â Üâýâã9ãXãxã—ã ·ãØã öã0ä%Häknä0Úä4å-@å6nå)¥å9Ïå?	æIæ`æ1€æe²æ%ç_>ç\žç\ûçEXèžè¹èÐè@ëè>,éRké_¾éTêPsêPÄêPë2fë™ë®ë)ìÂ6¨áâ+ÞU«Ià’Èd
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å,3{�-ïÖ&�¾Û,+@ÁúÕªÍK5Ø4Î4ê]%Â­Žôªr²½-Ÿ SÉ×†N®'6„gøeóÓ¸ì?$ÌoÜk–G€#‹fY2*PsßT£…«d¡¦OlýÅðÒKà&Ln•”“E%1…¯ËöêŸÄ›©$}<?I¨è^5Ë‰œ"¡hEÅÊÙC8kD;W¿ÍÈtN›[ÆGftr¼‹°Àqajhc)ÊvC\Q­3éÞÏ¶Ôµ&3.Ö%”7ô‘©pŽÚ½Rü³_—~òû�#µ¹;´D¹Ó÷§Œ'YÑJ9ƒ0b_“„
! ¿(	VØ·		%#D
  
  For bug reporting instructions, please see:
  %s.
*************** write_c_file - output name is %s, prefix
*** 15,48 ****
            %s    -v, --verbose                       Verbose mode
    -pie                     Create a position independent executable.
    -shared                  Create a shared library.
!   expected %qD but got %qD  from definition of %q#D  from here  or %<operator=(const %T&)%>%<%E::%E%> is not a type%<%T::%E%> is not a type%<-Wabi=1%> is not supported, using =2%<-fabi-compat-version=1%> is not supported, using =2%<-march=%s%> requires %<-mfp32%>%<-mfpxx%> requires %<-mlra%>%<-mips3d%> requires %<-mpaired-single%>%<::%E%> is not a type%<__thread%> before %<extern%>%<__thread%> before %<static%>%<asm%> in %<constexpr%> function%<gang%> num value must be positive%<goto%> in %<constexpr%> function%<grainsize%> value must be positive%<num_gangs%> value must be positive%<num_tasks%> value must be positive%<num_teams%> value must be positive%<num_threads%> value must be positive%<num_workers%> value must be positive%<operator%s%> in %<%E %s %E%>%<operator%s%> in %<%E%s%>%<operator%s%> in %<%s%E%>%<operator[]%> in %<%E[%E]%>%<priority%> value must be non-negative%<thread_limit%> value must be positive%<try%> in %<constexpr%> function%<vector_length%> value must be positive%E requires %<-fgnu-tm%>%d constructor found
  %d constructors found
  %d destructor found
  %d destructors found
! %q#D previously declared here%qD declared %<transaction_safe_dynamic%>%qs%qs in %<%s %E%>%qs tag used in naming %q#T%qs value must be positive%s%s
  %s %#D%s %#S%s %s%s
  %s '%s'
  %s%#D%s%#D <deleted>%s%#D <near match>%s: %s%s: all warnings being treated as errors%s: some warnings being treated as errors%s:overflowed
  %s:profile mismatch for '%s'
  %s:unknown function '%u'
! ' ' flag'!' flag'#' flag''' flag'(' flag'+' flag'-' flag'0' flag'B' operand is not constant'I' flag'^' flag'_' flag'o' operand is not constant(C)(anonymous)*this-mdebug=	Enable debug output.<During initialization>
! <lambda<missing><type error><unknown operator>Bad nameCannot change directory to %sCannot get current directory nameCannot make directory %sCannot open %sCannot read %sCilk array notation cannot be used as a computed goto expressionCreate a position independent executable.Create a shared library.Disable indexed addressing.Don't create a position independent executable.Enable ID based shared library.Enable debug output.Enable verbose output.Enabled ID based shared library.ErrorEventExpected integerFatal ErrorGenerate position-independent code if possible (small mode).ID of shared library to build.ISO C forbids nested functionsISO C++ 1998 does not support %<long long%>Ignored.Integer overflowJunk after MAP statement at %CJunk after UNION statement at %CJunk after non-nested STRUCTURE statement at %CLines executed:%s of %d
  Memory allocation failedName too longNo executable lines
! No longer supported.Options:
! PluginsRemoving '%s'
  See %s for instructions.
! Segmentation FaultSuppress warnings.Syntax error in !$ACC DECLARE list at %CSyntax error in SUBMODULE statement at %CSyntax error in expression at %CSyntax error in nested structure declaration at %CSyntax error in old style initialization of %s at %CSyntax error in old style initializer list at %CThis option lacks documentation.Treat all warnings as errors.Unexpected EOFUnknown operator %%<%s%%> at %%LUsage: %s [options] file...
! Use fp registers.Use given address mode.Use in/loc/out register names.Use registers r2 and r5.Use shared libraries.Warn about creation of array temporaries.Warning[Leaving %s]
! [cannot find %s][default][disabled][enabled]address offset not a constantakaanachronismanachronism: assignmentbad addressbad operandbad registerbad testboth %<__thread%> and %<thread_local%> specifiedcan%'t open %s: %mcan't open input file: %scandidate 1:candidate 2:candidate is: %#Dcandidate is: %+#Dcandidates are: %+#Dcannot call function %qDcannot find '%s'cannot open %scannot open %s: %mcannot open '%s'cannot read %s: %mcollect2 version %s
  compilation terminated due to -Wfatal-errors.
  compilation terminated due to -fmax-errors=%u.
  compilation terminated.
! conflicts with previous declaration %q#Dcould not resolve typename typecould not split insncouldn%'t understand version %s
! debugdebug: default %d minimum %d maximum %ddeleted definition of %q+Ddivision by zerodue to different exception specificationsduplicate %<_Atomic%>duplicate %<const%>duplicate %<restrict%>duplicate %<volatile%>duplicate %qDduplicate %qsduplicate definition of '%s'duplicated %<if%> conditionerrorerror: expected %<#pragma omp section%> or %<}%>expected %<(%>expected %<)%>expected %<*%>expected %<,%>expected %<,%> or %<)%>expected %<,%> or %<...%>expected %<,%> or %<;%>expected %<,%> or %<}%>expected %<,%>, %<;%> or %<}%>expected %<.%>expected %<...%>expected %<:%>expected %<:%> or %<...%>expected %<:%> or %<::%>expected %<:%>, %<,%>, %<;%>, %<}%> or %<__attribute__%>expected %<::%>expected %<;%>expected %<;%> or %<{%>expected %<;%>, %<,%> or %<)%>expected %<<%>expected %<=%>expected %<=%>, %<,%>, %<;%>, %<asm%> or %<__attribute__%>expected %<>%>expected %<@end%>expected %<@synchronized%>expected %<@throw%>expected %<@try%>expected %<[%>expected %<]%>expected %<__label__%>expected %<__transaction_atomic%>expected %<__transaction_relaxed%>expected %<asm%>expected %<catch%>expected %<class%>expected %<class%> or %<typename%>expected %<class%>, %<typename%>, or %<template%>expected %<data%>expected %<data%>, %<update%>, %<enter%> or %<exit%>expected %<declare%>expected %<decltype%>expected %<delete%>expected %<extern%>expected %<for%> after %qsexpected %<namespace%>expected %<new%>expected %<none%>expected %<none%> or %<shared%>expected %<operator%>expected %<point%>expected %<return%>expected %<scalar%>expected %<static_assert%>expected %<target%>expected %<template%>expected %<throw%>expected %<tofrom%>expected %<try%>expected %<using%>expected %<while%>expected %<{%>expected %<{%> or %<:%>expected %<}%>expected %<~%>expected ...expected binary operatorexpected expressionexpected function nameexpected function-name %<(%>expected integerexpected type-nameextra %<;%>fatal error: flow control insn inside a basic blockformatfound %<%c%s%>friend declaration herefunction attribute mismatchglobal declaration %q#Dillegal operand illegal operand address (1)illegal operand address (2)illegal operand address (3)illegal operand address (4)illegal operand detectedin the definition of %q#Tinsn outside basic blockinternal compiler errorinternal compiler error: invalid %%%c operandinvalid %%A operandinvalid %%B operandinvalid %%C operandinvalid %%D operandinvalid %%D valueinvalid %%H operandinvalid %%H specifierinvalid %%I operandinvalid %%L operandinvalid %%M operandinvalid %%N operandinvalid %%Y operandinvalid %%c operandinvalid %%d operandinvalid %%d valueinvalid %%f operandinvalid %%h operandinvalid %%i operandinvalid %%j operandinvalid %%r operandinvalid %%s operandinvalid %%t operandinvalid %%t operand 'invalid %%t/%%b valueinvalid --param name %qsinvalid addressinvalid addressing modeinvalid argument to %qDinvalid argumentsinvalid constantinvalid constrained type parameterinvalid expression for output modifier '%c'invalid format of %sinvalid maskinvalid operandinvalid operand for 'r' specifierinvalid operand to %%Rinvalid operand to %%Sinvalid operation (%s)invalid private reduction on %qEinvalid property declarationinvalid prototype for '%s'label missing numbermissing operandmissing terminating %c characternegative insn lengthno argumentsno input filesno match for no register in addressnot enough argumentsnotenote: null pointernull pointer dereferenceoverriding %qD declared %<transaction_safe%>pedwarnpedwarn: permerrorpermerror: precisionprevious %<#pragma omp declare reduction%>previous %<pragma omp declare reduction%> declarationprevious declarationprevious external decl of %q#Drequired from here
! return not followed by barriersorry, unimplementedsorry, unimplemented: template %qD declaredthe ' ' printf flagthe '!' strfmon flagthe '#' printf flagthe ''' printf flagthe '(' strfmon flagthe '+' printf flagthe '+' strfmon flagthe '-' printf flagthe '-' strfmon flagthe '0' printf flagthe '^' strfmon flagtoo many %<static%> argumentstoo many argumentstraditional C rejects the unary plus operatorunable to open fileunexpected argumentunknown demangling style '%s'unknown tuning option (%s)unreachableunrecoverable erroruse -Winvalid-pch for more informationusing %<%c%s%>verify_type failedwaitpid failedwarning: wrong insn in the fallthru edgexstormy16_print_operand: unknown code{anonymous}{unknown}Project-Id-Version: gcc 6.2.0
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-04-24 20:38+0000
! PO-Revision-Date: 2016-08-24 18:46+0300
  Last-Translator: Yuri Chornoivan <yurchor@ukr.net>
  Language-Team: Ukrainian <translation-team-uk@lists.sourceforge.net>
  Language: uk
--- 20,55 ----
            %s    -v, --verbose                       Verbose mode
    -pie                     Create a position independent executable.
    -shared                  Create a shared library.
!   expected %qD but got %qD  from definition of %q#D  from here  or %<operator=(const %T&)%> candidate 1: %q#F candidate 2: %q#F%<#pragma acc routine%> already applied to %qD%<#pragma acc routine%> must be applied before definition%<#pragma acc routine%> must be applied before use%<#pragma acc routine%> must be at file scope%<%E::%E%> is not a type%<%T::%E%> is not a type%<-Wabi=1%> is not supported, using =2%<-fabi-compat-version=1%> is not supported, using =2%<-march=%s%> requires %<-mfp32%>%<-mcpu=%> is deprecated; use %<-mtune=%> or %<-march=%> instead%<-mfpxx%> requires %<-mlra%>%<-mfused-madd%> is deprecated; use %<-ffp-contract=%> instead%<-mips3d%> requires %<-mpaired-single%>%<::%E%> is not a type%<_Atomic%> qualified type in %<#pragma omp declare reduction%>%<__thread%> before %<extern%>%<__thread%> before %<static%>%<asm%> in %<constexpr%> function%<delete[]%> is not a constant expression%<gang%> num value must be positive%<gang%> static value must be positive%<goto%> in %<constexpr%> function%<goto%> is not a constant expression%<grainsize%> value must be positive%<num_gangs%> value must be positive%<num_tasks%> value must be positive%<num_teams%> value must be positive%<num_threads%> value must be positive%<num_workers%> value must be positive%<operator%s%> in %<%E %s %E%>%<operator%s%> in %<%E%s%>%<operator%s%> in %<%s%E%>%<operator[]%> in %<%E[%E]%>%<priority%> value must be non-negative%<reinterpret_cast<%T>(%E)%> is not a constant expression%<std::tuple_size<%T>::value%> is not an integral constant expression%<target("tune=x86-64")%> is deprecated; use %<target("tune=k8")%> or %<target("tune=generic")%> instead as appropriate%<thread_limit%> value must be positive%<try%> in %<constexpr%> function%<vector%> length value must be positive%<vector_length%> value must be positive%<worker%> num value must be positive%<~%> on a boolean expression%E requires %<-fgnu-tm%>%d constructor found
  %d constructors found
  %d destructor found
  %d destructors found
! %d frame table found
! %d frame tables found
! %q#D explicitly defaulted here%q#D previously declared here%qD declared %<transaction_safe_dynamic%>%qD invalid in lambda%qD is deprecated%qD is deprecated: %s%qE is deprecated%qE is deprecated: %s%qE not specified in enclosing %qs%qF requires -mvx%qT has a previous declaration here%qs%qs argument of %qs intrinsic at %L must be positive%qs in %<%s %E%>%qs is deprecated%qs is deprecated; use -fstack-check%qs tag used in naming %q#T%qs value must be positive%s%s
  %s %#D%s %#S%s %s%s
  %s '%s'
  %s%#D%s%#D <deleted>%s%#D <near match>%s: %s%s: all warnings being treated as errors%s: some warnings being treated as errors%s:overflowed
  %s:profile mismatch for '%s'
  %s:unknown function '%u'
! ' ' flag'!' flag'#' flag'%%&' used without any local dynamic TLS references''' flag'(' flag'+' flag'-' flag'0' flag'B' operand is not constant'I' flag'^' flag'_' flag'o' operand is not constant(C)(anonymous)*this-fsanitize-recover=%s is not supported-mdebug=	Enable debug output.<During initialization>
! <lambda<missing><type error><unknown operator><unnamed %s><unnamed><unresolved overloaded function type>BB %i has multiple EH edgesBad 128-bit moveBad nameBlank required in %s statement near %CCannot change directory to %sCannot get current directory nameCannot make directory %sCannot open %sCannot read %sCheck the return value of new in C++.Cilk array notation cannot be used as a computed goto expressionCreate a position independent executable.Create a shared library.Disable indexed addressing.Don't create a position independent executable.Enable ID based shared library.Enable code hoisting.Enable debug output.Enable most warning messages.Enable verbose output.Enabled ID based shared library.ErrorEventExpected integerFAIL IMAGE statement at %CFatal ErrorGenerate position-independent code if possible (small mode).ID of shared library to build.INTEGER expression of %s clause at %L must be non-negativeISO C does not support the %<_Float%d%s%> typeISO C forbids nested functionsISO C++ 1998 does not support %<long long%>ISO C++ does not support lambda templatesISO C++ forbids empty unnamed enumISO C++1z does not allow dynamic exception specificationsIgnored.In member function %qsInteger overflowInvalid argument to !$ACC WAIT at %LJunk after MAP statement at %CJunk after UNION statement at %CJunk after non-nested STRUCTURE statement at %CLines executed:%s of %d
  Memory allocation failedName too longNo executable lines
! No location in expression near %LNo longer supported.Options:
! Perform internal consistency checkings.PluginsRemoving '%s'
  See %s for instructions.
! Segmentation FaultSuppress warnings.Synonym for -Wcomment.Syntax error in !$ACC DECLARE list at %CSyntax error in AUTOMATIC statement at %CSyntax error in OpenMP DEPEND SINK list at %CSyntax error in STATIC statement at %CSyntax error in SUBMODULE statement at %CSyntax error in anonymous structure declaration at %CSyntax error in expression at %CSyntax error in nested structure declaration at %CSyntax error in old style initialization of %s at %CSyntax error in old style initializer list at %CThis option lacks documentation.This switch is deprecated; use -Werror=implicit-function-declaration instead.Treat all warnings as errors.Unexpected EOFUnknown operator %%<%s%%> at %%LUnused parameter %qs declared at %LUnused parameter %qs which has been explicitly imported at %LUsage: %s [options] file...
! Use fp registers.Use given address mode.Use in/loc/out register names.Use registers r2 and r5.Use shared libraries.Warn about an empty body in an if or else statement.Warn about casting functions to incompatible types.Warn about certain operations on boolean expressions.Warn about comparison of different enum types.Warn about creation of array temporaries.Warn about duplicated branches in if-else statements.Warn about duplicated conditions in an if-else-if chain.Warn about format strings that are not literals.Warn about format strings that contain NUL bytes.Warn about implicit conversions from "float" to "double".Warn about implicit declarations.Warn about implicit function declarations.Warn about printf/scanf/strftime/strfmon format string anomalies.Warn about sign differences with format functions.Warn about variables which are initialized to themselves.Warn about violations of Effective C++ style rules.Warn about zero-length formats.Warn for implicit type conversions that may change a value.Warn if "defined" is used outside #if.Warn if a deprecated compiler feature, class, method, or field is used.Warn if testing floating point numbers for equality.Warn on any use of alloca.Warn when a declaration does not specify a type.Warn when a declaration is found after a statement.Warn when all constructors and destructors are private.Warn when deleting a pointer to incomplete type.Warn whenever attributes are ignored.Warning[Leaving %s]
! [cannot find %s][default][disabled][enabled]a reinterpret_cast is not a constant expressionaddress offset not a constantakaanachronismanachronism: anonymous SSA name cannot have default definitionarray member %q#D declared hereassignmentbad addressbad operandbad registerbad testboth %<__thread%> and %<thread_local%> specifiedbuiltin %qF is deprecated.call to internal function %qEcan%'t open %s: %mcan't open input file: %scandidate 1:candidate 2:candidate is: %#Dcandidate is: %+#Dcandidates are: %+#Dcannot call function %qDcannot decompose union type %qTcannot find '%s'cannot open %scannot open %s: %mcannot open '%s'cannot open profile file %scannot read %s: %mcannot read function profile from %scannot read string table from %scannot read working set from %scannot tail-call: %scase value %qs not in enumerated typecase value %qs not in enumerated type %qTchunk size value must be positiveclass %qE is deprecatedcollect2 version %s
  compilation terminated due to -Wfatal-errors.
  compilation terminated due to -fmax-errors=%u.
  compilation terminated.
! conflicts with previous declaration %q#Dconst/copy propagation disabledconversion of %qT null pointer to %qT is not a constant expressioncould not resolve typename typecould not split insncouldn%'t understand version %s
! debugdebug: declaration of %qF has a different exception specifierdeclared heredefault %d minimum %d maximum %ddefault argument specified for lambda parameterdeleted definition of %q+Ddereferencing a null pointerdirective argument %qEdivision by zerodivision by zero is not a constant expressiondue to different exception specificationsduplicate %<_Atomic%>duplicate %<const%>duplicate %<mutable%>duplicate %<restrict%>duplicate %<volatile%>duplicate %qDduplicate %qsduplicate (or overlapping) case valueduplicate case valueduplicate definition of '%s'duplicate insn UID: %iduplicated %<if%> conditionempty decomposition declarationerrorerror: expected %<#pragma omp section%> or %<}%>expected %<(%>expected %<)%>expected %<*%>expected %<,%>expected %<,%> or %<)%>expected %<,%> or %<...%>expected %<,%> or %<;%>expected %<,%> or %<}%>expected %<,%>, %<;%> or %<}%>expected %<.%>expected %<...%>expected %<:%>expected %<:%> or %<)%>expected %<:%> or %<...%>expected %<:%> or %<::%>expected %<:%>, %<,%>, %<;%>, %<}%> or %<__attribute__%>expected %<::%>expected %<;%>expected %<;%> or %<{%>expected %<;%>, %<,%> or %<)%>expected %<<%>expected %<=%>expected %<=%>, %<,%>, %<;%>, %<asm%> or %<__attribute__%>expected %<>%>expected %<@end%>expected %<@synchronized%>expected %<@throw%>expected %<@try%>expected %<[%>expected %<]%>expected %<__label__%>expected %<__transaction_atomic%>expected %<__transaction_relaxed%>expected %<asm%>expected %<catch%>expected %<class%>expected %<class%> or %<typename%>expected %<class%>, %<typename%>, or %<template%>expected %<data%>expected %<data%> after %<#pragma acc %s%>expected %<data%>, %<update%>, %<enter%> or %<exit%>expected %<declare%>expected %<decltype%>expected %<delete%>expected %<extern%>expected %<for%> after %qsexpected %<namespace%>expected %<new%>expected %<none%>expected %<none%> or %<shared%>expected %<operator%>expected %<point%>expected %<return%>expected %<scalar%>expected %<static_assert%>expected %<target%>expected %<template%>expected %<throw%>expected %<tofrom%>expected %<try%>expected %<using%>expected %<while%>expected %<{%>expected %<{%> or %<:%>expected %<}%>expected %<~%>expected ...expected attribute before %<...%>expected binary operatorexpected else statementexpected expressionexpected function nameexpected function-name %<(%>expected goto expressionexpected integerexpected labelexpected semicolonexpected type-nameexpression %qE is not a constant expressionextra %<;%>fatal error: flow control insn inside a basic blockformatfound %<%c%s%>friend declaration herefrom previous declaration %qFfunction attribute mismatchfunction may return address of local variablefunction parameterglobal declaration %q#Dillegal operand illegal operand address (1)illegal operand address (2)illegal operand address (3)illegal operand address (4)illegal operand detectedimplicit declaration of function %qEimplicit declaration of function %qE; did you mean %qs?in a call to allocation function %qD declared herein a call to built-in allocation function %qDin a call to built-in function %qDin a call to function %qD declared herein call to %qD, declared herein definition of macro %qsin expansion of macro %qsin the definition of %q#Tincompatible implicit declaration of built-in function %qDincompatible implicit declaration of function %qDinsn outside basic blockinternal compiler errorinternal compiler error: invalid %%%c operandinvalid %%A operandinvalid %%B operandinvalid %%C operandinvalid %%C valueinvalid %%D operandinvalid %%D valueinvalid %%E valueinvalid %%F valueinvalid %%G valueinvalid %%H operandinvalid %%H specifierinvalid %%I operandinvalid %%J valueinvalid %%L operandinvalid %%L valueinvalid %%M operandinvalid %%M valueinvalid %%N operandinvalid %%N valueinvalid %%P valueinvalid %%R valueinvalid %%U valueinvalid %%Y operandinvalid %%c operandinvalid %%d operandinvalid %%d valueinvalid %%e valueinvalid %%f operandinvalid %%f valueinvalid %%h operandinvalid %%h valueinvalid %%i operandinvalid %%j operandinvalid %%m valueinvalid %%r operandinvalid %%r valueinvalid %%s operandinvalid %%s valueinvalid %%t operandinvalid %%t operand 'invalid %%t/%%b valueinvalid --param name %qsinvalid --param name %qs; did you mean %qs?invalid _Literalinvalid addressinvalid addressing modeinvalid argument %d for builtin %qFinvalid argument to %qDinvalid argumentsinvalid constantinvalid constrained type parameterinvalid expression for output modifier '%c'invalid format of %sinvalid maskinvalid number of operands to __FMAinvalid operandinvalid operand for 'r' specifierinvalid operand to %%Rinvalid operand to %%Sinvalid operationinvalid operation (%s)invalid private reduction on %qEinvalid property declarationinvalid prototype for '%s'label missing numbermissing operandmissing template argumentsmissing terminating %c charactermodification of %qE is not a constant expressionnegative insn lengthno argumentsno input filesno match for no register in addressnon-pointer argument to %<__builtin_launder%>not enough argumentsnotenote: null destination pointernull pointernull pointer dereferenceobjc++-cpp-output is deprecated; please use objective-c++-cpp-output insteadobjc-cpp-output is deprecated; please use objective-c-cpp-output insteadoverriding %qD declared %<transaction_safe%>pedwarnpedwarn: permerrorpermerror: pointerpointers are not permitted as case valuesposition-independent code not supportedprecisionprevious %<#pragma omp declare reduction%>previous %<pragma omp declare reduction%> declarationprevious declarationprevious declaration %qDprevious declaration of %qD was hereprevious definition of %q#Tprevious definition of %qD was hereprevious external decl of %q#Dprevious implicit declaration of %q+D was hereprotocol %qE is deprecatedrdynamic is not supportedredeclaration %qD differs in %<constexpr%> from previous declarationrequired from here
! return not followed by barrierreturn type of functionsorry, unimplementedsorry, unimplemented: statement is not a constant expressionstructure fieldtemplate %qD declaredthe ' ' printf flagthe '!' strfmon flagthe '#' printf flagthe ''' printf flagthe '(' strfmon flagthe '+' printf flagthe '+' strfmon flagthe '-' printf flagthe '-' strfmon flagthe '0' printf flagthe '^' strfmon flagtoo many %<static%> argumentstoo many argumentstraditional C rejects the unary plus operatortype is deprecatedtype is deprecated: %sunable to open fileunexpected !$OMP ATOMIC expression at %Lunexpected argumentunknown demangling style '%s'unknown tuning option (%s)unreachableunrecoverable errorunused parameter %qDuse -Winvalid-pch for more informationusing %<%c%s%>valid arguments are: %s; did you mean %qs?valid arguments to %<-march=%> switch are: %svalid arguments to %<-mtune=%> switch are: %svalue %qE of type %qT is not a constant expressionverify_type failedwaitpid failedwarning: wrong argument %qs to option %qswrong insn in the fallthru edgewrong number of arguments to %<__builtin_addressof%>wrong number of arguments to %<__builtin_call_with_static_chain%>wrong number of arguments to %<__builtin_choose_expr%>wrong number of arguments to %<__builtin_complex%>wrong number of arguments to %<__builtin_launder%>wrong number of arguments to %<__builtin_shuffle%>xstormy16_print_operand: unknown code{anonymous}{unknown}Project-Id-Version: gcc 7.1.0
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-05-01 22:24+0000
! PO-Revision-Date: 2017-07-18 13:34+0200
  Last-Translator: Yuri Chornoivan <yurchor@ukr.net>
  Language-Team: Ukrainian <translation-team-uk@lists.sourceforge.net>
  Language: uk
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            %s    -v, --verbose                       Ð´Ð¾ÐºÐ»Ð°Ð´Ð½Ð¸Ð¹ Ñ€ÐµÐ¶Ð¸Ð¼
    -pie                     Ñ�Ñ‚Ð²Ð¾Ñ€Ð¸Ñ‚Ð¸ Ð²Ð¸ÐºÐ¾Ð½ÑƒÐ²Ð°Ð½Ð¸Ð¹ Ñ„Ð°Ð¹Ð» Ð· Ð½ÐµÐ·Ð°Ð»ÐµÐ¶Ð½Ð¸Ð¼ Ð¿Ð¾Ð·Ð¸Ñ†Ñ–ÑŽÐ²Ð°Ð½Ð½Ñ�Ð¼
    -shared                  Ñ�Ñ‚Ð²Ð¾Ñ€Ð¸Ñ‚Ð¸ Ð±Ñ–Ð±Ð»Ñ–Ð¾Ñ‚ÐµÐºÑƒ Ñ�Ð¿Ñ–Ð»ÑŒÐ½Ð¾Ð³Ð¾ Ð²Ð¸ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð°Ð½Ð½Ñ�
!   Ð¼Ð°Ð»Ð¾ Ð±ÑƒÑ‚Ð¸ %qD, Ð²Ñ‚Ñ–Ð¼, Ð¼Ð°Ñ”Ð¼Ð¾ %qD  Ñ–Ð· Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� %q#D  Ð·Ð²Ñ–Ð´Ñ�Ð¸  Ð°Ð±Ð¾ %<operator=(const %T&)%>%<%E::%E%> Ð½Ðµ Ñ” Ñ‚Ð¸Ð¿Ð¾Ð¼%<%T::%E%> Ð½Ðµ Ñ” Ñ‚Ð¸Ð¿Ð¾Ð¼ÐŸÑ–Ð´Ñ‚Ñ€Ð¸Ð¼ÐºÐ¸ %<-Wabi=1%> Ð½Ðµ Ð¿ÐµÑ€ÐµÐ´Ð±Ð°Ñ‡ÐµÐ½Ð¾, Ð²Ð¸ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð¾Ð²ÑƒÑ”Ð¼Ð¾ =2ÐŸÑ–Ð´Ñ‚Ñ€Ð¸Ð¼ÐºÐ¸ %<-fabi-compat-version=1%> Ð½Ðµ Ð¿ÐµÑ€ÐµÐ´Ð±Ð°Ñ‡ÐµÐ½Ð¾, Ð²Ð¸ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð¾Ð²ÑƒÑ”Ð¼Ð¾ =2%<-march=%s%> Ð¿Ð¾Ñ‚Ñ€ÐµÐ±ÑƒÑ” %<-mfp32%>%<-mfpxx%> Ð¿Ð¾Ñ‚Ñ€ÐµÐ±ÑƒÑ” %<-mlra%>%<-mips3d%> Ð¿Ð¾Ñ‚Ñ€ÐµÐ±ÑƒÑ” %<-mpaired-single%>%<::%E%> Ð½Ðµ Ñ” Ñ‚Ð¸Ð¿Ð¾Ð¼%<__thread%> Ð´Ð¾ %<extern%>%<__thread%> Ð´Ð¾ %<static%>%<asm%> Ñƒ Ñ„ÑƒÐ½ÐºÑ†Ñ–Ñ— %<constexpr%>Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� num %<gang%> Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð´Ð¾Ð´Ð°Ñ‚Ð½Ð¸Ð¼%<goto%> Ñƒ Ñ„ÑƒÐ½ÐºÑ†Ñ–Ñ— %<constexpr%>Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %<grainsize%> Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð´Ð¾Ð´Ð°Ñ‚Ð½Ð¸Ð¼Ð—Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %<num_gangs%> Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð´Ð¾Ð´Ð°Ñ‚Ð½Ð¸Ð¼Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %<num_tasks%> Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð´Ð¾Ð´Ð°Ñ‚Ð½Ð¸Ð¼Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %<num_teams%> Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð´Ð¾Ð´Ð°Ñ‚Ð½Ð¸Ð¼Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %<num_threads%> Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð´Ð¾Ð´Ð°Ñ‚Ð½Ð¸Ð¼Ð—Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %<num_workers%> Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð´Ð¾Ð´Ð°Ñ‚Ð½Ð¸Ð¼%<operator%s%> Ñƒ %<%E %s %E%>%<operator%s%> Ñƒ %<%E%s%>%<operator%s%> Ñƒ %<%s%E%>%<operator[]%> Ñƒ %<%E[%E]%>Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %<priority%> Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð½ÐµÐ²Ñ–Ð´â€™Ñ”Ð¼Ð½Ð¸Ð¼Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %<thread_limit%> Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð´Ð¾Ð´Ð°Ñ‚Ð½Ð¸Ð¼%<try%> Ñƒ Ñ„ÑƒÐ½ÐºÑ†Ñ–Ñ— %<constexpr%>Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %<vector_length%> Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð´Ð¾Ð´Ð°Ñ‚Ð½Ð¸Ð¼%E Ð¿Ð¾Ñ‚Ñ€ÐµÐ±ÑƒÑ” %<-fgnu-tm%>Ð·Ð½Ð°Ð¹Ð´ÐµÐ½Ð¾ %d ÐºÐ¾Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ‚Ð¾Ñ€
  Ð·Ð½Ð°Ð¹Ð´ÐµÐ½Ð¾ %d ÐºÐ¾Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ‚Ð¾Ñ€Ð¸
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Ð²Ð¸ Ð¼Ð°Ð»Ð¸ Ð½Ð° ÑƒÐ²Ð°Ð·Ñ– %qs?Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ðµ _LiteralÐ½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð° Ð°Ð´Ñ€ÐµÑ�Ð°Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ñ€ÐµÐ¶Ð¸Ð¼ Ð°Ð´Ñ€ÐµÑ�ÑƒÐ²Ð°Ð½Ð½Ñ�Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d Ð´Ð»Ñ� Ð²Ð±ÑƒÐ´Ð¾Ð²Ð°Ð½Ð¾Ñ— %qFÐ½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %qDÐ½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ñ– Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð¸Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð° ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚Ð°Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€ Ð¾Ð±Ð¼ÐµÐ¶ÐµÐ½Ð¾Ð³Ð¾ Ñ‚Ð¸Ð¿ÑƒÐ½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð²Ð¸Ñ€Ð°Ð· Ð´Ð»Ñ� Ð¼Ð¾Ð´Ð¸Ñ„Ñ–ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ð¸Ð²ÐµÐ´ÐµÐ½Ð½Ñ� Â«%cÂ»Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ñ„Ð¾Ñ€Ð¼Ð°Ñ‚ %sÐ½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð° Ð¼Ð°Ñ�ÐºÐ°Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð° ÐºÑ–Ð»ÑŒÐºÑ–Ñ�Ñ‚ÑŒ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´Ñ–Ð² __FMAÐ½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ Ð´Ð»Ñ� Ñ�Ð¿ÐµÑ†Ð¸Ñ„Ñ–ÐºÐ°Ñ‚Ð¾Ñ€Ð° Â«rÂ»Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ %%RÐ½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ %%SÐ½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð° Ð´Ñ–Ñ�Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð° Ð¾Ð¿ÐµÑ€Ð°Ñ†Ñ–Ñ� (%s)Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ðµ Ð¿Ñ€Ð¸Ð²Ð°Ñ‚Ð½Ðµ Ñ�Ð¿Ñ€Ð¾Ñ‰ÐµÐ½Ð½Ñ� %qEÐ½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ðµ Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� Ð²Ð»Ð°Ñ�Ñ‚Ð¸Ð²Ð¾Ñ�Ñ‚Ñ–Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð¿Ñ€Ð¾Ñ‚Ð¾Ñ‚Ð¸Ð¿ Â«%sÂ»Ð¼Ñ–Ñ‚ÐºÐ° Ð½Ðµ Ð²ÐºÐ°Ð·Ð°Ð½Ð¾ Ñ‡Ð¸Ñ�Ð»Ð°Ð¿Ñ€Ð¾Ð¿ÑƒÑ‰ÐµÐ½Ð¾ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´Ð¿Ñ€Ð¾Ð¿ÑƒÑ‰ÐµÐ½Ð¾ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð¸ ÑˆÐ°Ð±Ð»Ð¾Ð½Ð°Ð²Ñ–Ð´Ñ�ÑƒÑ‚Ð½Ñ–Ð¹ Ð·Ð°Ð²ÐµÑ€ÑˆÐ°Ð»ÑŒÐ½Ð¸Ð¹ Ñ�Ð¸Ð¼Ð²Ð¾Ð» %cÐ·Ð¼Ñ–Ð½Ð° %qE Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼Ð²Ñ–Ð´â€™Ñ”Ð¼Ð½Ð° Ð´Ð¾Ð²Ð¶Ð¸Ð½Ð° Ñ–Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ñ–Ñ—Ð½ÐµÐ¼Ð°Ñ” Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ñ–Ð²Ð½ÐµÐ¼Ð°Ñ” Ð²Ñ…Ñ–Ð´Ð½Ð¸Ñ… Ð´Ð°Ð½Ð¸Ñ…Ð½ÐµÐ¼Ð°Ñ” Ð²Ñ–Ð´Ð¿Ð¾Ð²Ñ–Ð´Ð½Ð¸ÐºÑ–Ð² Ð½ÐµÐ¼Ð°Ñ” Ñ€ÐµÐ³Ñ–Ñ�Ñ‚Ñ€Ñƒ Ñƒ Ð°Ð´Ñ€ÐµÑ�Ñ–Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚, Ñ�ÐºÐ¸Ð¹ Ð½Ðµ Ñ” Ð²ÐºÐ°Ð·Ñ–Ð²Ð½Ð¸ÐºÐ¾Ð¼, Ñƒ %<__builtin_launder%>Ð½ÐµÐ´Ð¾Ñ�Ñ‚Ð°Ñ‚Ð½ÑŒÐ¾ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ñ–Ð²Ð·Ð°ÑƒÐ²Ð°Ð¶ÐµÐ½Ð½Ñ�Ð·Ð°ÑƒÐ²Ð°Ð¶ÐµÐ½Ð½Ñ�: Ð½ÑƒÐ»ÑŒÐ¾Ð²Ð¸Ð¹ Ð²ÐºÐ°Ð·Ñ–Ð²Ð½Ð¸Ðº Ð¿Ñ€Ð¸Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ�Ð½ÑƒÐ»ÑŒÐ¾Ð²Ð¸Ð¹ Ð²ÐºÐ°Ð·Ñ–Ð²Ð½Ð¸ÐºÑ€Ð¾Ð·Ñ–Ð¼ÐµÐ½ÑƒÐ²Ð°Ð½Ð½Ñ� Ð½ÑƒÐ»ÑŒÐ¾Ð²Ð¾Ð³Ð¾ Ð²ÐºÐ°Ð·Ñ–Ð²Ð½Ð¸ÐºÐ°objc++-cpp-output Ð²Ð²Ð°Ð¶Ð°Ñ”Ñ‚ÑŒÑ�Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¸Ð¼; Ð±ÑƒÐ´ÑŒ Ð»Ð°Ñ�ÐºÐ°, Ñ�ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð°Ð¹Ñ‚ÐµÑ�Ñ� Ð·Ð°Ð¼Ñ–Ñ�Ñ‚ÑŒ Ð½ÑŒÐ¾Ð³Ð¾ objective-c++-cpp-outputobjc-cpp-output Ð²Ð²Ð°Ð¶Ð°Ñ”Ñ‚ÑŒÑ�Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¸Ð¼; Ð±ÑƒÐ´ÑŒ Ð»Ð°Ñ�ÐºÐ°, Ñ�ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð°Ð¹Ñ‚ÐµÑ�Ñ� Ð·Ð°Ð¼Ñ–Ñ�Ñ‚ÑŒ Ð½ÑŒÐ¾Ð³Ð¾ objective-c-cpp-outputÐ¿ÐµÑ€ÐµÐ²Ð¸Ð·Ð½Ð°Ñ‡Ð°Ñ”Ð¼Ð¾ %qD, Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ðµ Ñ�Ðº %<transaction_safe%>Ð¿ÐµÐ´Ð°Ð½Ñ‚Ð¸Ñ‡Ð½Ðµ Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð¶ÐµÐ½Ð½Ñ�Ð¿ÐµÐ´Ð°Ð½Ñ‚Ð¸Ñ‡Ð½Ðµ Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð¶ÐµÐ½Ð½Ñ�: Ð¿Ð¾Ñ�Ñ‚Ñ–Ð¹Ð½Ð° Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ°Ð¿Ð¾Ñ�Ñ‚Ñ–Ð¹Ð½Ð° Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ°: Ð²ÐºÐ°Ð·Ñ–Ð²Ð½Ð¸ÐºÐ²ÐºÐ°Ð·Ñ–Ð²Ð½Ð¸ÐºÐ¸ Ð½Ðµ Ð¼Ð¾Ð¶ÑƒÑ‚ÑŒ Ð±ÑƒÑ‚Ð¸ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ�Ð¼Ð¸ Ð²Ð¸Ð¿Ð°Ð´ÐºÑ–Ð²Ð¿Ñ–Ð´Ñ‚Ñ€Ð¸Ð¼ÐºÐ¸ ÐºÐ¾Ð´Ñƒ Ñ–Ð· Ð½ÐµÐ·Ð°Ð»ÐµÐ¶Ð½Ð¸Ð¼ Ð¿Ð¾Ð·Ð¸Ñ†Ñ–ÑŽÐ²Ð°Ð½Ð½Ñ�Ð¼ Ð½Ðµ Ð¿ÐµÑ€ÐµÐ´Ð±Ð°Ñ‡ÐµÐ½Ð¾Ñ‚Ð¾Ñ‡Ð½Ñ–Ñ�Ñ‚ÑŒÐ¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” %<#pragma omp declare reduction%>Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� %<pragma omp declare reduction%>Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ�Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� %qDÐ¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� %qD Ð±ÑƒÐ»Ð¾ Ñ‚ÑƒÑ‚Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” Ð²Ð¸Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %q#TÐ¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” Ð²Ð¸Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %qD Ð±ÑƒÐ»Ð¾ Ñ‚ÑƒÑ‚Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” Ð·Ð¾Ð²Ð½Ñ–ÑˆÐ½Ñ” Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� %q#DÐ¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” Ð½ÐµÑ�Ð²Ð½Ðµ Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� %q+D Ð±ÑƒÐ»Ð¾ Ñ‚ÑƒÑ‚Ð¿Ñ€Ð¾Ñ‚Ð¾ÐºÐ¾Ð» %qE Ð²Ð²Ð°Ð¶Ð°Ñ”Ñ‚ÑŒÑ�Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¸Ð¼Ð¿Ñ–Ð´Ñ‚Ñ€Ð¸Ð¼ÐºÐ¸ rdynamic Ð½Ðµ Ð¿ÐµÑ€ÐµÐ´Ð±Ð°Ñ‡ÐµÐ½Ð¾Ð¿Ð¾Ð²Ñ‚Ð¾Ñ€Ð½Ðµ Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� %qD Ð²Ñ–Ð´Ñ€Ñ–Ð·Ð½Ñ�Ñ”Ñ‚ÑŒÑ�Ñ� Ñƒ %<constexpr%> Ð²Ñ–Ð´ Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½ÑŒÐ¾Ð³Ð¾ Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ�Ð¿Ð¾Ñ‚Ñ€Ñ–Ð±ÐµÐ½ Ð·Ð²Ñ–Ð´Ñ�Ð¸
! Ð·Ð° return Ð½ÐµÐ¼Ð°Ñ” barrierÑ‚Ð¸Ð¿ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ�, Ñ�ÐºÐµ Ð¿Ð¾Ð²ÐµÑ€Ñ‚Ð°Ñ” Ñ„ÑƒÐ½ÐºÑ†Ñ–Ñ�Ð²Ð¸Ð±Ð°Ñ‡Ñ‚Ðµ, Ð½Ðµ Ñ€ÐµÐ°Ð»Ñ–Ð·Ð¾Ð²Ð°Ð½Ð¾Ð²Ð¸Ð±Ð°Ñ‡Ñ‚Ðµ, Ð½Ðµ Ñ€ÐµÐ°Ð»Ñ–Ð·Ð¾Ð²Ð°Ð½Ð¾: Ñ–Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ñ–Ñ� Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼Ð¿Ð¾Ð»Ðµ Ñ�Ñ‚Ñ€ÑƒÐºÑ‚ÑƒÑ€Ð¸Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð¾ ÑˆÐ°Ð±Ð»Ð¾Ð½ %qDÐ¿Ñ€Ð°Ð¿Ð¾Ñ€ÐµÑ†ÑŒ printf ' 'Ð¿Ñ€Ð°Ð¿Ð¾Ñ€ÐµÑ†ÑŒ strfmon Â«!Â»Ð¿Ñ€Ð°Ð¿Ð¾Ñ€ÐµÑ†ÑŒ printf '#'Ð¿Ñ€Ð°Ð¿Ð¾Ñ€ÐµÑ†ÑŒ printf '''Ð¿Ñ€Ð°Ð¿Ð¾Ñ€ÐµÑ†ÑŒ strfmon '('Ð¿Ñ€Ð°Ð¿Ð¾Ñ€ÐµÑ†ÑŒ printf Â«+Â»Ð¿Ñ€Ð°Ð¿Ð¾Ñ€ÐµÑ†ÑŒ strfmon '+'Ð¿Ñ€Ð°Ð¿Ð¾Ñ€ÐµÑ†ÑŒ printf Â«-Â»Ð¿Ñ€Ð°Ð¿Ð¾Ñ€ÐµÑ†ÑŒ strfmon Â«-Â»Ð¿Ñ€Ð°Ð¿Ð¾Ñ€ÐµÑ†ÑŒ printf '0'Ð¿Ñ€Ð°Ð¿Ð¾Ñ€ÐµÑ†ÑŒ strfmon Â«^Â»Ð·Ð°Ð±Ð°Ð³Ð°Ñ‚Ð¾ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ñ–Ð² %<static%>Ð·Ð°Ð±Ð°Ð³Ð°Ñ‚Ð¾ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ñ–Ð²Ñƒ Ñ‚Ñ€Ð°Ð´Ð¸Ñ†Ñ–Ð¹Ð½Ñ–Ð¹ Ð¼Ð¾Ð²Ñ– C Ð½Ðµ Ð´Ð¾Ð¿ÑƒÑ�ÐºÐ°Ñ”Ñ‚ÑŒÑ�Ñ� ÑƒÐ½Ð°Ñ€Ð½Ð¸Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ñ‚Ð¾Ñ€ Ð¿Ð»ÑŽÑ�Ñ‚Ð¸Ð¿ Ð²Ð²Ð°Ð¶Ð°Ñ”Ñ‚ÑŒÑ�Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¸Ð¼Ñ‚Ð¸Ð¿ Ð²Ð²Ð°Ð¶Ð°Ñ”Ñ‚ÑŒÑ�Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¸Ð¼: %sÐ½Ðµ Ð²Ð´Ð°Ð»Ð¾Ñ�Ñ� Ð²Ñ–Ð´ÐºÑ€Ð¸Ñ‚Ð¸ Ñ„Ð°Ð¹Ð»Ð½ÐµÐ¾Ñ‡Ñ–ÐºÑƒÐ²Ð°Ð½Ð¸Ð¹ Ð²Ð¸Ñ€Ð°Ð· !$OMP ATOMIC Ñƒ %LÐ½ÐµÑ�Ð¿Ð¾Ð´Ñ–Ð²Ð°Ð½Ð¸Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð½ÐµÐ²Ñ–Ð´Ð¾Ð¼Ð¸Ð¹ Ñ�Ñ‚Ð¸Ð»ÑŒ Ð´ÐµÐºÐ¾Ð´ÑƒÐ²Ð°Ð½Ð½Ñ� '%s'Ð½ÐµÐ²Ñ–Ð´Ð¾Ð¼Ð¸Ð¹ Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€ Ñ€ÐµÐ³ÑƒÐ»ÑŽÐ²Ð°Ð½Ð½Ñ� (%s)Ð½ÐµÐ´Ð¾Ñ�Ñ‚ÑƒÐ¿Ð½Ð¸Ð¹ÐºÑ€Ð¸Ñ‚Ð¸Ñ‡Ð½Ð° Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ°Ð½ÐµÐ²Ð¸ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð°Ð½Ð¸Ð¹ Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€ %qDÐ´Ð¾ÐºÐ»Ð°Ð´Ð½Ñ–ÑˆÐ° Ñ–Ð½Ñ„Ð¾Ñ€Ð¼Ð°Ñ†Ñ–Ñ� Ð²Ð¸Ð²Ð¾Ð´Ð¸Ñ‚ÑŒÑ�Ñ�, Ñ�ÐºÑ‰Ð¾ Ð²ÐºÐ°Ð·Ð°Ñ‚Ð¸ -Winvalid-pchÐ²Ð¸ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð¾Ð²ÑƒÑ”Ð¼Ð¾ %<%c%s%>ÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¼Ð¸ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ð¼Ð¸ Ñ” Ñ‚Ð°ÐºÑ–: %s; Ð²Ð¸ Ð¼Ð°Ð»Ð¸ Ð½Ð° ÑƒÐ²Ð°Ð·Ñ– %qs?ÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¼Ð¸ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ð¼Ð¸ Ð¿ÐµÑ€ÐµÐ¼Ð¸ÐºÐ°Ñ‡Ð° %<-march=%> Ñ” Ñ‚Ð°ÐºÑ–: %sÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¼Ð¸ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ð¼Ð¸ Ð¿ÐµÑ€ÐµÐ¼Ð¸ÐºÐ°Ñ‡Ð° %<-mtune=%> Ñ” Ñ‚Ð°ÐºÑ–: %sÐ·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %qE Ñ‚Ð¸Ð¿Ñƒ %qT Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ° verify_typeÐ¿Ð¾Ð¼Ð¸Ð»ÐºÐ° waitpidÐ¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð¶ÐµÐ½Ð½Ñ�: Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ¾Ð²Ð¸Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %qs Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€Ð° %qsÐ¿Ð¾Ð¼Ð¸Ð»ÐºÐ¾Ð²Ð° Ñ–Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ñ–Ñ� Ð½Ð° ÐºÑ€Ð°ÑŽ fallthruÐ¿Ð¾Ð¼Ð¸Ð»ÐºÐ¾Ð²Ð° ÐºÑ–Ð»ÑŒÐºÑ–Ñ�Ñ‚ÑŒ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ñ–Ð² %<__builtin_addressof%>Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ¾Ð²Ð° ÐºÑ–Ð»ÑŒÐºÑ–Ñ�Ñ‚ÑŒ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ñ–Ð² %<__builtin_call_with_static_chain%>Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ¾Ð²Ð° ÐºÑ–Ð»ÑŒÐºÑ–Ñ�Ñ‚ÑŒ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ñ–Ð² %<__builtin_choose_expr%>Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ¾Ð²Ð° ÐºÑ–Ð»ÑŒÐºÑ–Ñ�Ñ‚ÑŒ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ñ–Ð² %<__builtin_complex%>Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ¾Ð²Ð° ÐºÑ–Ð»ÑŒÐºÑ–Ñ�Ñ‚ÑŒ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ñ–Ð² %<__builtin_launder%>Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ¾Ð²Ð° ÐºÑ–Ð»ÑŒÐºÑ–Ñ�Ñ‚ÑŒ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ñ–Ð² %<__builtin_shuffle%>xstormy16_print_operand: Ð½ÐµÐ²Ñ–Ð´Ð¾Ð¼Ð¸Ð¹ ÐºÐ¾Ð´{Ð°Ð½Ð¾Ð½Ñ–Ð¼Ð½Ð¸Ð¹}{Ð½ÐµÐ²Ñ–Ð´Ð¾Ð¼Ð¸Ð¹}
\ No newline at end of file
diff -Nrcpad gcc-7.1.0/gcc/po/uk.po gcc-7.2.0/gcc/po/uk.po
*** gcc-7.1.0/gcc/po/uk.po	Sun Apr 30 23:16:59 2017
--- gcc-7.2.0/gcc/po/uk.po	Mon Jul 31 15:51:07 2017
***************
*** 2,14 ****
  # Copyright (C) 2015 Free Software Foundation, Inc.
  # This file is distributed under the same license as the gcc package.
  #
! # Yuri Chornoivan <yurchor@ukr.net>, 2015, 2016.
  msgid ""
  msgstr ""
! "Project-Id-Version: gcc 6.2.0\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-04-24 20:38+0000\n"
! "PO-Revision-Date: 2016-08-24 18:46+0300\n"
  "Last-Translator: Yuri Chornoivan <yurchor@ukr.net>\n"
  "Language-Team: Ukrainian <translation-team-uk@lists.sourceforge.net>\n"
  "Language: uk\n"
--- 2,14 ----
  # Copyright (C) 2015 Free Software Foundation, Inc.
  # This file is distributed under the same license as the gcc package.
  #
! # Yuri Chornoivan <yurchor@ukr.net>, 2015, 2016, 2017.
  msgid ""
  msgstr ""
! "Project-Id-Version: gcc 7.1.0\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-05-01 22:24+0000\n"
! "PO-Revision-Date: 2017-07-18 13:34+0200\n"
  "Last-Translator: Yuri Chornoivan <yurchor@ukr.net>\n"
  "Language-Team: Ukrainian <translation-team-uk@lists.sourceforge.net>\n"
  "Language: uk\n"
*************** msgstr ""
*** 17,23 ****
  "Content-Transfer-Encoding: 8bit\n"
  "X-Bugs: Report translation errors to the Language-Team address.\n"
  "Plural-Forms: nplurals=3; plural=(n%10==1 && n%100!=11 ? 0 : n%10>=2 && n%10<=4 && (n%100<10 || n%100>=20) ? 1 : 2);\n"
! "X-Generator: Lokalize 1.5\n"
  
  #: cfgrtl.c:2661
  msgid "flow control insn inside a basic block"
--- 17,23 ----
  "Content-Transfer-Encoding: 8bit\n"
  "X-Bugs: Report translation errors to the Language-Team address.\n"
  "Plural-Forms: nplurals=3; plural=(n%10==1 && n%100!=11 ? 0 : n%10>=2 && n%10<=4 && (n%100<10 || n%100>=20) ? 1 : 2);\n"
! "X-Generator: Lokalize 2.0\n"
  
  #: cfgrtl.c:2661
  msgid "flow control insn inside a basic block"
*************** msgstr[2] "Ð·Ð½Ð°Ð¹Ð´ÐµÐ½Ð¾ %d Ð´ÐµÑ�Ñ‚Ñ
*** 65,73 ****
  #, c-format
  msgid "%d frame table found\n"
  msgid_plural "%d frame tables found\n"
! msgstr[0] ""
! msgstr[1] ""
! msgstr[2] ""
  
  #: collect2.c:1836
  #, c-format
--- 65,73 ----
  #, c-format
  msgid "%d frame table found\n"
  msgid_plural "%d frame tables found\n"
! msgstr[0] "Ð·Ð½Ð°Ð¹Ð´ÐµÐ½Ð¾ %d Ñ‚Ð°Ð±Ð»Ð¸Ñ†ÑŽ ÐºÐ°Ð´Ñ€Ñ–Ð²\n"
! msgstr[1] "Ð·Ð½Ð°Ð¹Ð´ÐµÐ½Ð¾ %d Ñ‚Ð°Ð±Ð»Ð¸Ñ†Ñ– ÐºÐ°Ð´Ñ€Ñ–Ð²\n"
! msgstr[2] "Ð·Ð½Ð°Ð¹Ð´ÐµÐ½Ð¾ %d Ñ‚Ð°Ð±Ð»Ð¸Ñ†ÑŒ ÐºÐ°Ð´Ñ€Ñ–Ð²\n"
  
  #: collect2.c:1836
  #, c-format
*************** msgstr ""
*** 94,100 ****
  
  #: cprop.c:1756
  msgid "const/copy propagation disabled"
! msgstr ""
  
  #: diagnostic.c:224
  #, c-format
--- 94,100 ----
  
  #: cprop.c:1756
  msgid "const/copy propagation disabled"
! msgstr "Ð¿ÐµÑ€ÐµÐ´Ð°Ð²Ð°Ð½Ð½Ñ� const/copy Ð²Ð¸Ð¼ÐºÐ½ÐµÐ½Ð¾"
  
  #: diagnostic.c:224
  #, c-format
*************** msgstr ""
*** 1042,1048 ****
  #: gimple-ssa-isolate-paths.c:526 gimple-ssa-isolate-paths.c:410
  #, gcc-internal-format
  msgid "function may return address of local variable"
! msgstr ""
  
  #: incpath.c:72
  #, c-format
--- 1042,1048 ----
  #: gimple-ssa-isolate-paths.c:526 gimple-ssa-isolate-paths.c:410
  #, gcc-internal-format
  msgid "function may return address of local variable"
! msgstr "Ñ„ÑƒÐ½ÐºÑ†Ñ–Ñ� Ð¼Ð¾Ð¶Ðµ Ð¿Ð¾Ð²ÐµÑ€Ñ‚Ð°Ñ‚Ð¸ Ð°Ð´Ñ€ÐµÑ�Ñƒ Ð»Ð¾ÐºÐ°Ð»ÑŒÐ½Ð¾Ñ— Ð·Ð¼Ñ–Ð½Ð½Ð¾Ñ—"
  
  #: incpath.c:72
  #, c-format
*************** msgstr ""
*** 1091,1097 ****
  #: langhooks.c:386 cp/error.c:3372
  #, c-format
  msgid "In member function %qs"
! msgstr ""
  
  #: langhooks.c:390 cp/error.c:3375
  #, c-format
--- 1091,1097 ----
  #: langhooks.c:386 cp/error.c:3372
  #, c-format
  msgid "In member function %qs"
! msgstr "Ð£ Ñ„ÑƒÐ½ÐºÑ†Ñ–Ñ—-Ñ‡Ð»ÐµÐ½Ñ– %qs"
  
  #: langhooks.c:390 cp/error.c:3375
  #, c-format
*************** msgstr ""
*** 2735,2776 ****
  msgid "<command-line>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:4926 config/arm/arm.c:21795 config/arm/arm.c:21808
! #: config/arm/arm.c:21833 config/nios2/nios2.c:2653
  #, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:4938 config/aarch64/aarch64.c:4954
! #: config/aarch64/aarch64.c:4967 config/aarch64/aarch64.c:4979
! #: config/aarch64/aarch64.c:4990 config/aarch64/aarch64.c:5013
! #: config/aarch64/aarch64.c:5066 config/aarch64/aarch64.c:5269
  #, c-format
  msgid "invalid operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5033 config/aarch64/aarch64.c:5046
! #: config/aarch64/aarch64.c:5056
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5102 config/arm/arm.c:22340
  #, c-format
  msgid "missing operand"
  msgstr "Ð¿Ñ€Ð¾Ð¿ÑƒÑ‰ÐµÐ½Ð¾ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´"
  
! #: config/aarch64/aarch64.c:5164
  #, c-format
  msgid "invalid constant"
  msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð° ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚Ð°"
  
! #: config/aarch64/aarch64.c:5167
  #, c-format
  msgid "invalid operand"
  msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´"
  
! #: config/aarch64/aarch64.c:5280
  #, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr ""
--- 2735,2776 ----
  msgid "<command-line>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:4927 config/arm/arm.c:21832 config/arm/arm.c:21845
! #: config/arm/arm.c:21870 config/nios2/nios2.c:2653
  #, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:4939 config/aarch64/aarch64.c:4955
! #: config/aarch64/aarch64.c:4968 config/aarch64/aarch64.c:4980
! #: config/aarch64/aarch64.c:4991 config/aarch64/aarch64.c:5014
! #: config/aarch64/aarch64.c:5067 config/aarch64/aarch64.c:5270
  #, c-format
  msgid "invalid operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5034 config/aarch64/aarch64.c:5047
! #: config/aarch64/aarch64.c:5057
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5103 config/arm/arm.c:22377
  #, c-format
  msgid "missing operand"
  msgstr "Ð¿Ñ€Ð¾Ð¿ÑƒÑ‰ÐµÐ½Ð¾ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´"
  
! #: config/aarch64/aarch64.c:5165
  #, c-format
  msgid "invalid constant"
  msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð° ÐºÐ¾Ð½Ñ�Ñ‚Ð°Ð½Ñ‚Ð°"
  
! #: config/aarch64/aarch64.c:5168
  #, c-format
  msgid "invalid operand"
  msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´"
  
! #: config/aarch64/aarch64.c:5281
  #, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr ""
*************** msgstr ""
*** 2779,2853 ****
  #: config/rs6000/rs6000.c:23938 config/sparc/sparc.c:8854
  #, c-format
  msgid "'%%&' used without any local dynamic TLS references"
! msgstr ""
  
  #: config/alpha/alpha.c:5150 config/bfin/bfin.c:1424
  #, c-format
  msgid "invalid %%J value"
! msgstr ""
  
  #: config/alpha/alpha.c:5180 config/ia64/ia64.c:5488
  #, c-format
  msgid "invalid %%r value"
! msgstr ""
  
  #: config/alpha/alpha.c:5190 config/ia64/ia64.c:5442
  #: config/rs6000/rs6000.c:23618 config/xtensa/xtensa.c:2363
  #, c-format
  msgid "invalid %%R value"
! msgstr ""
  
  #: config/alpha/alpha.c:5196 config/rs6000/rs6000.c:23538
  #: config/xtensa/xtensa.c:2330
  #, c-format
  msgid "invalid %%N value"
! msgstr ""
  
  #: config/alpha/alpha.c:5204 config/rs6000/rs6000.c:23566
  #, c-format
  msgid "invalid %%P value"
! msgstr ""
  
  #: config/alpha/alpha.c:5212
  #, c-format
  msgid "invalid %%h value"
! msgstr ""
  
  #: config/alpha/alpha.c:5220 config/xtensa/xtensa.c:2356
  #, c-format
  msgid "invalid %%L value"
! msgstr ""
  
  #: config/alpha/alpha.c:5239
  #, c-format
  msgid "invalid %%m value"
! msgstr ""
  
  #: config/alpha/alpha.c:5245
  #, c-format
  msgid "invalid %%M value"
! msgstr ""
  
  #: config/alpha/alpha.c:5282
  #, c-format
  msgid "invalid %%U value"
! msgstr ""
  
  #: config/alpha/alpha.c:5290 config/alpha/alpha.c:5301
  #: config/rs6000/rs6000.c:23626
  #, c-format
  msgid "invalid %%s value"
! msgstr ""
  
  #: config/alpha/alpha.c:5312
  #, c-format
  msgid "invalid %%C value"
! msgstr ""
  
  #: config/alpha/alpha.c:5349 config/rs6000/rs6000.c:23402
  #, c-format
  msgid "invalid %%E value"
! msgstr ""
  
  #: config/alpha/alpha.c:5374 config/alpha/alpha.c:5424
  #, c-format
--- 2779,2853 ----
  #: config/rs6000/rs6000.c:23938 config/sparc/sparc.c:8854
  #, c-format
  msgid "'%%&' used without any local dynamic TLS references"
! msgstr "'%%&' Ð²Ð¸ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð°Ð½Ð¾ Ð±ÐµÐ· Ð±ÑƒÐ´ÑŒ-Ñ�ÐºÐ¸Ñ… Ð»Ð¾ÐºÐ°Ð»ÑŒÐ½Ð¸Ñ… Ð´Ð¸Ð½Ð°Ð¼Ñ–Ñ‡Ð½Ð¸Ñ… Ð¿Ð¾Ñ�Ð¸Ð»Ð°Ð½ÑŒ TLS"
  
  #: config/alpha/alpha.c:5150 config/bfin/bfin.c:1424
  #, c-format
  msgid "invalid %%J value"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %%J"
  
  #: config/alpha/alpha.c:5180 config/ia64/ia64.c:5488
  #, c-format
  msgid "invalid %%r value"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %%r"
  
  #: config/alpha/alpha.c:5190 config/ia64/ia64.c:5442
  #: config/rs6000/rs6000.c:23618 config/xtensa/xtensa.c:2363
  #, c-format
  msgid "invalid %%R value"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %%R"
  
  #: config/alpha/alpha.c:5196 config/rs6000/rs6000.c:23538
  #: config/xtensa/xtensa.c:2330
  #, c-format
  msgid "invalid %%N value"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %%N"
  
  #: config/alpha/alpha.c:5204 config/rs6000/rs6000.c:23566
  #, c-format
  msgid "invalid %%P value"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %%P"
  
  #: config/alpha/alpha.c:5212
  #, c-format
  msgid "invalid %%h value"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %%h"
  
  #: config/alpha/alpha.c:5220 config/xtensa/xtensa.c:2356
  #, c-format
  msgid "invalid %%L value"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %%L"
  
  #: config/alpha/alpha.c:5239
  #, c-format
  msgid "invalid %%m value"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %%m"
  
  #: config/alpha/alpha.c:5245
  #, c-format
  msgid "invalid %%M value"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %%M"
  
  #: config/alpha/alpha.c:5282
  #, c-format
  msgid "invalid %%U value"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %%U"
  
  #: config/alpha/alpha.c:5290 config/alpha/alpha.c:5301
  #: config/rs6000/rs6000.c:23626
  #, c-format
  msgid "invalid %%s value"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %%s"
  
  #: config/alpha/alpha.c:5312
  #, c-format
  msgid "invalid %%C value"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %%C"
  
  #: config/alpha/alpha.c:5349 config/rs6000/rs6000.c:23402
  #, c-format
  msgid "invalid %%E value"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %%E"
  
  #: config/alpha/alpha.c:5374 config/alpha/alpha.c:5424
  #, c-format
*************** msgstr ""
*** 2928,2956 ****
  msgid "invalid UNSPEC as operand: %d"
  msgstr ""
  
! #: config/arm/arm.c:18804 config/arm/arm.c:18829 config/arm/arm.c:18839
! #: config/arm/arm.c:18848 config/arm/arm.c:18857
  #, c-format
  msgid "invalid shift operand"
  msgstr ""
  
! #: config/arm/arm.c:21671 config/arm/arm.c:21689
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr ""
  
! #: config/arm/arm.c:21677
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr ""
  
! #: config/arm/arm.c:21910 config/arm/arm.c:21932 config/arm/arm.c:21942
! #: config/arm/arm.c:21952 config/arm/arm.c:21962 config/arm/arm.c:22001
! #: config/arm/arm.c:22019 config/arm/arm.c:22044 config/arm/arm.c:22059
! #: config/arm/arm.c:22086 config/arm/arm.c:22093 config/arm/arm.c:22111
! #: config/arm/arm.c:22118 config/arm/arm.c:22126 config/arm/arm.c:22147
! #: config/arm/arm.c:22154 config/arm/arm.c:22287 config/arm/arm.c:22294
! #: config/arm/arm.c:22321 config/arm/arm.c:22328 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
--- 2928,2956 ----
  msgid "invalid UNSPEC as operand: %d"
  msgstr ""
  
! #: config/arm/arm.c:18841 config/arm/arm.c:18866 config/arm/arm.c:18876
! #: config/arm/arm.c:18885 config/arm/arm.c:18894
  #, c-format
  msgid "invalid shift operand"
  msgstr ""
  
! #: config/arm/arm.c:21708 config/arm/arm.c:21726
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr ""
  
! #: config/arm/arm.c:21714
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr ""
  
! #: config/arm/arm.c:21947 config/arm/arm.c:21969 config/arm/arm.c:21979
! #: config/arm/arm.c:21989 config/arm/arm.c:21999 config/arm/arm.c:22038
! #: config/arm/arm.c:22056 config/arm/arm.c:22081 config/arm/arm.c:22096
! #: config/arm/arm.c:22123 config/arm/arm.c:22130 config/arm/arm.c:22148
! #: config/arm/arm.c:22155 config/arm/arm.c:22163 config/arm/arm.c:22184
! #: config/arm/arm.c:22191 config/arm/arm.c:22324 config/arm/arm.c:22331
! #: config/arm/arm.c:22358 config/arm/arm.c:22365 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
*************** msgstr ""
*** 2958,2970 ****
  msgid "invalid operand for code '%c'"
  msgstr ""
  
! #: config/arm/arm.c:22014
  #, c-format
  msgid "instruction never executed"
  msgstr ""
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22035
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr ""
--- 2958,2970 ----
  msgid "invalid operand for code '%c'"
  msgstr ""
  
! #: config/arm/arm.c:22051
  #, c-format
  msgid "instruction never executed"
  msgstr ""
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22072
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr ""
*************** msgid "variable"
*** 3041,3064 ****
  msgstr ""
  
  #: config/avr/avr.c:9808
- #, fuzzy
- #| msgid "expected function name"
  msgid "function parameter"
! msgstr "Ð¼Ð°Ð»Ð¾ Ð±ÑƒÑ‚Ð¸ Ð²ÐºÐ°Ð·Ð°Ð½Ð¾ Ð½Ð°Ð·Ð²Ñƒ Ñ„ÑƒÐ½ÐºÑ†Ñ–Ñ—"
  
  #: config/avr/avr.c:9813
  msgid "structure field"
! msgstr ""
  
  #: config/avr/avr.c:9819
  msgid "return type of function"
! msgstr ""
  
  #: config/avr/avr.c:9824
- #, fuzzy
- #| msgid "null pointer"
  msgid "pointer"
! msgstr "Ð½ÑƒÐ»ÑŒÐ¾Ð²Ð¸Ð¹ Ð²ÐºÐ°Ð·Ñ–Ð²Ð½Ð¸Ðº"
  
  #: config/avr/driver-avr.c:48
  #, c-format
--- 3041,3060 ----
  msgstr ""
  
  #: config/avr/avr.c:9808
  msgid "function parameter"
! msgstr "Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€ Ñ„ÑƒÐ½ÐºÑ†Ñ–Ñ—"
  
  #: config/avr/avr.c:9813
  msgid "structure field"
! msgstr "Ð¿Ð¾Ð»Ðµ Ñ�Ñ‚Ñ€ÑƒÐºÑ‚ÑƒÑ€Ð¸"
  
  #: config/avr/avr.c:9819
  msgid "return type of function"
! msgstr "Ñ‚Ð¸Ð¿ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ�, Ñ�ÐºÐµ Ð¿Ð¾Ð²ÐµÑ€Ñ‚Ð°Ñ” Ñ„ÑƒÐ½ÐºÑ†Ñ–Ñ�"
  
  #: config/avr/avr.c:9824
  msgid "pointer"
! msgstr "Ð²ÐºÐ°Ð·Ñ–Ð²Ð½Ð¸Ðº"
  
  #: config/avr/driver-avr.c:48
  #, c-format
*************** msgstr ""
*** 3645,3671 ****
  
  #: config/rs6000/rs6000.c:23199
  msgid "Bad 128-bit move"
! msgstr ""
  
  #: config/rs6000/rs6000.c:23390
  #, c-format
  msgid "invalid %%e value"
! msgstr ""
  
  #: config/rs6000/rs6000.c:23411
  #, c-format
  msgid "invalid %%f value"
! msgstr ""
  
  #: config/rs6000/rs6000.c:23420
  #, c-format
  msgid "invalid %%F value"
! msgstr ""
  
  #: config/rs6000/rs6000.c:23429
  #, c-format
  msgid "invalid %%G value"
! msgstr ""
  
  #: config/rs6000/rs6000.c:23464
  #, c-format
--- 3641,3667 ----
  
  #: config/rs6000/rs6000.c:23199
  msgid "Bad 128-bit move"
! msgstr "ÐŸÐ¾Ð¼Ð¸Ð»ÐºÐ¾Ð²Ðµ 128-Ð±Ñ–Ñ‚Ð¾Ð²Ðµ Ð¿ÐµÑ€ÐµÑ�ÑƒÐ²Ð°Ð½Ð½Ñ�"
  
  #: config/rs6000/rs6000.c:23390
  #, c-format
  msgid "invalid %%e value"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %%e"
  
  #: config/rs6000/rs6000.c:23411
  #, c-format
  msgid "invalid %%f value"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %%f"
  
  #: config/rs6000/rs6000.c:23420
  #, c-format
  msgid "invalid %%F value"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %%F"
  
  #: config/rs6000/rs6000.c:23429
  #, c-format
  msgid "invalid %%G value"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %%G"
  
  #: config/rs6000/rs6000.c:23464
  #, c-format
*************** msgstr ""
*** 3774,3871 ****
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7314
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr ""
  
! #: config/s390/s390.c:7325
  #, c-format
  msgid "cannot decompose address"
  msgstr ""
  
! #: config/s390/s390.c:7394
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7417
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7435
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7457
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7475
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7485
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7506
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7517
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7603 config/s390/s390.c:7624
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr ""
  
! #: config/s390/s390.c:7621
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7658
  #, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr ""
  
! #: config/s390/s390.c:7665
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7668
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð²Ð¸Ñ€Ð°Ð· Ð´Ð»Ñ� Ð¼Ð¾Ð´Ð¸Ñ„Ñ–ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ð¸Ð²ÐµÐ´ÐµÐ½Ð½Ñ� Â«%cÂ»"
  
! #: config/s390/s390.c:11535
  msgid "vector argument passed to unprototyped function"
  msgstr ""
  
! #: config/s390/s390.c:15354
  msgid "types differ in signedness"
  msgstr ""
  
! #: config/s390/s390.c:15364
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15367
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15375
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
--- 3770,3867 ----
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7482
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr ""
  
! #: config/s390/s390.c:7493
  #, c-format
  msgid "cannot decompose address"
  msgstr ""
  
! #: config/s390/s390.c:7562
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7585
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7603
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7625
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7643
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7653
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7674
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7685
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7771 config/s390/s390.c:7792
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr ""
  
! #: config/s390/s390.c:7789
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7826
  #, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr ""
  
! #: config/s390/s390.c:7833
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7836
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð²Ð¸Ñ€Ð°Ð· Ð´Ð»Ñ� Ð¼Ð¾Ð´Ð¸Ñ„Ñ–ÐºÐ°Ñ‚Ð¾Ñ€Ð° Ð²Ð¸Ð²ÐµÐ´ÐµÐ½Ð½Ñ� Â«%cÂ»"
  
! #: config/s390/s390.c:11703
  msgid "vector argument passed to unprototyped function"
  msgstr ""
  
! #: config/s390/s390.c:15522
  msgid "types differ in signedness"
  msgstr ""
  
! #: config/s390/s390.c:15532
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15535
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15543
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
*************** msgid "expected %<<%>"
*** 4311,4320 ****
  msgstr "Ð¼Ð°Ð»Ð¾ Ð±ÑƒÑ‚Ð¸ %<<%>"
  
  #: c/gimple-parser.c:1428 c/gimple-parser.c:1455 c/gimple-parser.c:1483
- #, fuzzy
- #| msgid "expected %<__label__%>"
  msgid "expected label"
! msgstr "Ð¼Ð°Ð»Ð¾ Ð±ÑƒÑ‚Ð¸ %<__label__%>"
  
  #: cp/call.c:9927
  msgid "candidate 1:"
--- 4307,4314 ----
  msgstr "Ð¼Ð°Ð»Ð¾ Ð±ÑƒÑ‚Ð¸ %<<%>"
  
  #: c/gimple-parser.c:1428 c/gimple-parser.c:1455 c/gimple-parser.c:1483
  msgid "expected label"
! msgstr "Ð¼Ð°Ð»Ð¾ Ð±ÑƒÑ‚Ð¸ Ð²ÐºÐ°Ð·Ð°Ð½Ð¾ Ð¼Ñ–Ñ‚ÐºÑƒ"
  
  #: cp/call.c:9927
  msgid "candidate 1:"
*************** msgstr ""
*** 4342,4348 ****
  
  #: cp/error.c:421
  msgid "<unresolved overloaded function type>"
! msgstr ""
  
  #: cp/error.c:583
  msgid "<type error>"
--- 4336,4342 ----
  
  #: cp/error.c:421
  msgid "<unresolved overloaded function type>"
! msgstr "<Ð½ÐµÐ²Ð¸Ð·Ð½Ð°Ñ‡ÐµÐ½Ð¸Ð¹ Ð¿ÐµÑ€ÐµÐ²Ð°Ð½Ñ‚Ð°Ð¶ÐµÐ½Ð¸Ð¹ Ñ‚Ð¸Ð¿ Ñ„ÑƒÐ½ÐºÑ†Ñ–Ñ—>"
  
  #: cp/error.c:583
  msgid "<type error>"
*************** msgstr "<Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ° Ñ‚Ð¸Ð¿Ñƒ>"
*** 4351,4363 ****
  #: cp/error.c:684 objc/objc-act.c:6180 cp/cxx-pretty-print.c:161
  #, gcc-internal-format
  msgid "<unnamed>"
! msgstr ""
  
  #: cp/error.c:686
! #, fuzzy, c-format
! #| msgid "<anonymous %s>"
  msgid "<unnamed %s>"
! msgstr "<Ð°Ð½Ð¾Ð½Ñ–Ð¼Ð½Ð¸Ð¹ %s>"
  
  #. A lambda's "type" is essentially its signature.
  #: cp/error.c:691
--- 4345,4356 ----
  #: cp/error.c:684 objc/objc-act.c:6180 cp/cxx-pretty-print.c:161
  #, gcc-internal-format
  msgid "<unnamed>"
! msgstr "<Ð½ÐµÐ½Ð°Ð·Ð²Ð°Ð½Ð¸Ð¹>"
  
  #: cp/error.c:686
! #, c-format
  msgid "<unnamed %s>"
! msgstr "<Ð½ÐµÐ½Ð°Ð·Ð²Ð°Ð½Ð¸Ð¹ %s>"
  
  #. A lambda's "type" is essentially its signature.
  #: cp/error.c:691
*************** msgid "-E or -x required when input is f
*** 5302,5311 ****
  msgstr ""
  
  #: config/darwin.h:171
- #, fuzzy
- #| msgid "%<-Wabi=1%> is not supported, using =2"
  msgid "rdynamic is not supported"
! msgstr "ÐŸÑ–Ð´Ñ‚Ñ€Ð¸Ð¼ÐºÐ¸ %<-Wabi=1%> Ð½Ðµ Ð¿ÐµÑ€ÐµÐ´Ð±Ð°Ñ‡ÐµÐ½Ð¾, Ð²Ð¸ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð¾Ð²ÑƒÑ”Ð¼Ð¾ =2"
  
  #: config/darwin.h:260
  msgid "-current_version only allowed with -dynamiclib"
--- 5295,5302 ----
  msgstr ""
  
  #: config/darwin.h:171
  msgid "rdynamic is not supported"
! msgstr "Ð¿Ñ–Ð´Ñ‚Ñ€Ð¸Ð¼ÐºÐ¸ rdynamic Ð½Ðµ Ð¿ÐµÑ€ÐµÐ´Ð±Ð°Ñ‡ÐµÐ½Ð¾"
  
  #: config/darwin.h:260
  msgid "-current_version only allowed with -dynamiclib"
*************** msgstr ""
*** 5498,5508 ****
  
  #: objc/lang-specs.h:55
  msgid "objc-cpp-output is deprecated; please use objective-c-cpp-output instead"
! msgstr ""
  
  #: objcp/lang-specs.h:58
  msgid "objc++-cpp-output is deprecated; please use objective-c++-cpp-output instead"
! msgstr ""
  
  #: fortran/lang.opt:146
  msgid "-J<directory>\tPut MODULE files in 'directory'."
--- 5489,5499 ----
  
  #: objc/lang-specs.h:55
  msgid "objc-cpp-output is deprecated; please use objective-c-cpp-output instead"
! msgstr "objc-cpp-output Ð²Ð²Ð°Ð¶Ð°Ñ”Ñ‚ÑŒÑ�Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¸Ð¼; Ð±ÑƒÐ´ÑŒ Ð»Ð°Ñ�ÐºÐ°, Ñ�ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð°Ð¹Ñ‚ÐµÑ�Ñ� Ð·Ð°Ð¼Ñ–Ñ�Ñ‚ÑŒ Ð½ÑŒÐ¾Ð³Ð¾ objective-c-cpp-output"
  
  #: objcp/lang-specs.h:58
  msgid "objc++-cpp-output is deprecated; please use objective-c++-cpp-output instead"
! msgstr "objc++-cpp-output Ð²Ð²Ð°Ð¶Ð°Ñ”Ñ‚ÑŒÑ�Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¸Ð¼; Ð±ÑƒÐ´ÑŒ Ð»Ð°Ñ�ÐºÐ°, Ñ�ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð°Ð¹Ñ‚ÐµÑ�Ñ� Ð·Ð°Ð¼Ñ–Ñ�Ñ‚ÑŒ Ð½ÑŒÐ¾Ð³Ð¾ objective-c++-cpp-output"
  
  #: fortran/lang.opt:146
  msgid "-J<directory>\tPut MODULE files in 'directory'."
*************** msgstr ""
*** 6104,6114 ****
  
  #: c-family/c.opt:300 ada/gcc-interface/lang.opt:57
  msgid "Enable most warning messages."
! msgstr ""
  
  #: c-family/c.opt:304
  msgid "Warn on any use of alloca."
! msgstr ""
  
  #: c-family/c.opt:308
  msgid "-Walloc-size-larger-than=<bytes> Warn for calls to allocation functions that attempt to allocate objects larger than the specified number of bytes."
--- 6095,6105 ----
  
  #: c-family/c.opt:300 ada/gcc-interface/lang.opt:57
  msgid "Enable most warning messages."
! msgstr "Ð£Ð²Ñ–Ð¼ÐºÐ½ÑƒÑ‚Ð¸ Ñ�ÐºÐ½Ð°Ð¹Ð±Ñ–Ð»ÑŒÑˆÐµ Ð¿Ð¾Ð²Ñ–Ð´Ð¾Ð¼Ð»ÐµÐ½ÑŒ Ñ–Ð· Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð¶ÐµÐ½Ð½Ñ�Ð¼Ð¸."
  
  #: c-family/c.opt:304
  msgid "Warn on any use of alloca."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸ Ð¿Ñ€Ð¾ ÑƒÑ�Ñ– Ð²Ð¸ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð°Ð½Ð½Ñ� alloca."
  
  #: c-family/c.opt:308
  msgid "-Walloc-size-larger-than=<bytes> Warn for calls to allocation functions that attempt to allocate objects larger than the specified number of bytes."
*************** msgstr ""
*** 6128,6144 ****
  
  #: c-family/c.opt:335
  msgid "Warn about casting functions to incompatible types."
! msgstr ""
  
  #: c-family/c.opt:339
  msgid "Warn about boolean expression compared with an integer value different from true/false."
  msgstr ""
  
  #: c-family/c.opt:343
- #, fuzzy
- #| msgid "Warn about creation of array temporaries."
  msgid "Warn about certain operations on boolean expressions."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸ Ñ‰Ð¾Ð´Ð¾ Ñ�Ñ‚Ð²Ð¾Ñ€ÐµÐ½Ð½Ñ� Ñ‚Ð¸Ð¼Ñ‡Ð°Ñ�Ð¾Ð²Ð¸Ñ… Ð¼Ð°Ñ�Ð¸Ð²Ñ–Ð²."
  
  #: c-family/c.opt:347
  msgid "Warn when __builtin_frame_address or __builtin_return_address is used unsafely."
--- 6119,6133 ----
  
  #: c-family/c.opt:335
  msgid "Warn about casting functions to incompatible types."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸ Ð¿Ñ€Ð¾ Ð²Ð¸ÐºÐ»Ð¸Ðº Ñ„ÑƒÐ½ÐºÑ†Ñ–Ð¹ Ñ–Ð· Ð½ÐµÑ�ÑƒÐ¼Ñ–Ñ�Ð½Ð¸Ð¼Ð¸ Ñ‚Ð¸Ð¿Ð°Ð¼Ð¸ Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€Ñ–Ð²."
  
  #: c-family/c.opt:339
  msgid "Warn about boolean expression compared with an integer value different from true/false."
  msgstr ""
  
  #: c-family/c.opt:343
  msgid "Warn about certain operations on boolean expressions."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸ Ñ‰Ð¾Ð´Ð¾ Ð¿ÐµÐ²Ð½Ð¸Ñ… Ð´Ñ–Ð¹ Ñ–Ð· Ð±ÑƒÐ»ÐµÐ²Ð¸Ð¼Ð¸ Ð²Ð¸Ñ€Ð°Ð·Ð°Ð¼Ð¸."
  
  #: c-family/c.opt:347
  msgid "Warn when __builtin_frame_address or __builtin_return_address is used unsafely."
*************** msgstr ""
*** 6198,6204 ****
  
  #: c-family/c.opt:409
  msgid "Synonym for -Wcomment."
! msgstr ""
  
  #: c-family/c.opt:413
  msgid "Warn for conditionally-supported constructs."
--- 6187,6193 ----
  
  #: c-family/c.opt:409
  msgid "Synonym for -Wcomment."
! msgstr "Ð¡Ð¸Ð½Ð¾Ð½Ñ–Ð¼ -Wcomment."
  
  #: c-family/c.opt:413
  msgid "Warn for conditionally-supported constructs."
*************** msgstr ""
*** 6206,6212 ****
  
  #: c-family/c.opt:417
  msgid "Warn for implicit type conversions that may change a value."
! msgstr ""
  
  #: c-family/c.opt:421
  msgid "Warn for converting NULL from/to a non-pointer type."
--- 6195,6201 ----
  
  #: c-family/c.opt:417
  msgid "Warn for implicit type conversions that may change a value."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸ Ð¿Ñ€Ð¾ Ð½ÐµÑ�Ð²Ð½Ñ– Ð¿ÐµÑ€ÐµÑ‚Ð²Ð¾Ñ€ÐµÐ½Ð½Ñ� Ñ‚Ð¸Ð¿Ñ–Ð², Ñ�ÐºÑ– Ð¼Ð¾Ð¶ÑƒÑ‚ÑŒ Ð¿Ñ€Ð¸Ð·Ð²ÐµÑ�Ñ‚Ð¸ Ð´Ð¾ Ð·Ð¼Ñ–Ð½Ð¸ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ�."
  
  #: c-family/c.opt:421
  msgid "Warn for converting NULL from/to a non-pointer type."
*************** msgstr ""
*** 6214,6220 ****
  
  #: c-family/c.opt:429
  msgid "Warn when all constructors and destructors are private."
! msgstr ""
  
  #: c-family/c.opt:433
  msgid "Warn about dangling else."
--- 6203,6209 ----
  
  #: c-family/c.opt:429
  msgid "Warn when all constructors and destructors are private."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸, Ñ�ÐºÑ‰Ð¾ ÑƒÑ�Ñ– ÐºÐ¾Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ‚Ð¾Ñ€Ð¸ Ñ– Ð´ÐµÑ�Ñ‚Ñ€ÑƒÐºÑ‚Ð¾Ñ€Ð¸ Ñ” Ð·Ð°ÐºÑ€Ð¸Ñ‚Ð¸Ð¼Ð¸ (private)."
  
  #: c-family/c.opt:433
  msgid "Warn about dangling else."
*************** msgstr ""
*** 6226,6236 ****
  
  #: c-family/c.opt:441
  msgid "Warn when a declaration is found after a statement."
! msgstr ""
  
  #: c-family/c.opt:445
  msgid "Warn when deleting a pointer to incomplete type."
! msgstr ""
  
  #: c-family/c.opt:449
  msgid "Warn about deleting polymorphic objects with non-virtual destructors."
--- 6215,6225 ----
  
  #: c-family/c.opt:441
  msgid "Warn when a declaration is found after a statement."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸, Ñ�ÐºÑ‰Ð¾ Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� Ð²Ð¸Ñ�Ð²Ð»ÐµÐ½Ð¾ Ð¿Ñ–Ñ�Ð»Ñ� Ñ–Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ñ–Ñ—."
  
  #: c-family/c.opt:445
  msgid "Warn when deleting a pointer to incomplete type."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸ Ñ‰Ð¾Ð´Ð¾ Ð²Ð¸Ð»ÑƒÑ‡ÐµÐ½Ð½Ñ� Ð²ÐºÐ°Ð·Ñ–Ð²Ð½Ð¸ÐºÐ° Ð½Ð° Ð½ÐµÐ¿Ð¾Ð²Ð½Ð¸Ð¹ Ñ‚Ð¸Ð¿."
  
  #: c-family/c.opt:449
  msgid "Warn about deleting polymorphic objects with non-virtual destructors."
*************** msgstr ""
*** 6238,6244 ****
  
  #: c-family/c.opt:453
  msgid "Warn if a deprecated compiler feature, class, method, or field is used."
! msgstr ""
  
  #: c-family/c.opt:457
  msgid "Warn about positional initialization of structs requiring designated initializers."
--- 6227,6233 ----
  
  #: c-family/c.opt:453
  msgid "Warn if a deprecated compiler feature, class, method, or field is used."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸ Ñ‰Ð¾Ð´Ð¾ Ð²Ð¸ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð°Ð½Ð½Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¾Ñ— Ð¼Ð¾Ð¶Ð»Ð¸Ð²Ð¾Ñ�Ñ‚Ñ– ÐºÐ¾Ð¼Ð¿Ñ–Ð»Ñ�Ñ‚Ð¾Ñ€Ð°, Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¾Ð³Ð¾ ÐºÐ»Ð°Ñ�Ñƒ, Ð¼ÐµÑ‚Ð¾Ð´Ñƒ Ð°Ð±Ð¾ Ð¿Ð¾Ð»Ñ�."
  
  #: c-family/c.opt:457
  msgid "Warn about positional initialization of structs requiring designated initializers."
*************** msgstr ""
*** 6258,6276 ****
  
  #: c-family/c.opt:473
  msgid "Warn about duplicated branches in if-else statements."
! msgstr ""
  
  #: c-family/c.opt:477
  msgid "Warn about duplicated conditions in an if-else-if chain."
! msgstr ""
  
  #: c-family/c.opt:481
  msgid "Warn about violations of Effective C++ style rules."
! msgstr ""
  
  #: c-family/c.opt:485
  msgid "Warn about an empty body in an if or else statement."
! msgstr ""
  
  #: c-family/c.opt:489
  msgid "Warn about stray tokens after #else and #endif."
--- 6247,6265 ----
  
  #: c-family/c.opt:473
  msgid "Warn about duplicated branches in if-else statements."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸ Ð¿Ñ€Ð¾ Ð´ÑƒÐ±Ð»ÑŽÐ²Ð°Ð½Ð½Ñ� Ð³Ñ–Ð»Ð¾Ðº Ñƒ Ñ–Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ñ–Ñ�Ñ… if-else."
  
  #: c-family/c.opt:477
  msgid "Warn about duplicated conditions in an if-else-if chain."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸ Ð¿Ñ€Ð¾ Ð´ÑƒÐ±Ð»ÑŽÐ²Ð°Ð½Ð½Ñ� ÑƒÐ¼Ð¾Ð² Ñƒ Ð»Ð°Ð½Ñ†ÑŽÐ¶ÐºÑƒ if-else-if."
  
  #: c-family/c.opt:481
  msgid "Warn about violations of Effective C++ style rules."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸ Ð¿Ñ€Ð¾ Ð¿Ð¾Ñ€ÑƒÑˆÐµÐ½Ð½Ñ� Ð¿Ñ€Ð°Ð²Ð¸Ð» Ñ�Ñ‚Ð¸Ð»ÑŽ Effective C++."
  
  #: c-family/c.opt:485
  msgid "Warn about an empty body in an if or else statement."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸ Ñ‰Ð¾Ð´Ð¾ Ð¿Ð¾Ñ€Ð¾Ð¶Ð½ÑŒÐ¾Ð³Ð¾ ÐºÐ¾Ð¼Ð¿Ð»ÐµÐºÑ‚Ñƒ Ñ–Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ñ–Ð¹ Ñƒ if Ð°Ð±Ð¾ else."
  
  #: c-family/c.opt:489
  msgid "Warn about stray tokens after #else and #endif."
*************** msgstr ""
*** 6278,6288 ****
  
  #: c-family/c.opt:493
  msgid "Warn about comparison of different enum types."
! msgstr ""
  
  #: c-family/c.opt:501
  msgid "This switch is deprecated; use -Werror=implicit-function-declaration instead."
! msgstr ""
  
  #: c-family/c.opt:509
  msgid "Warn for implicit type conversions that cause loss of floating point precision."
--- 6267,6277 ----
  
  #: c-family/c.opt:493
  msgid "Warn about comparison of different enum types."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸ Ð¿Ñ€Ð¾ Ð¿Ð¾Ñ€Ñ–Ð²Ð½Ñ�Ð½Ð½Ñ� Ñ€Ñ–Ð·Ð½Ð¸Ñ… Ñ‚Ð¸Ð¿Ñ–Ð² Ñ‡Ð¸Ñ�Ð»Ð¾Ð²Ð¸Ñ… Ð´Ð°Ð½Ð¸Ñ…."
  
  #: c-family/c.opt:501
  msgid "This switch is deprecated; use -Werror=implicit-function-declaration instead."
! msgstr "Ð¦ÐµÐ¹ Ð¿ÐµÑ€ÐµÐ¼Ð¸ÐºÐ°Ñ‡ Ð²Ð²Ð°Ð¶Ð°Ñ”Ñ‚ÑŒÑ�Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¸Ð¼; Ñ�ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð°Ð¹Ñ‚ÐµÑ�Ñ� Ð·Ð°Ð¼Ñ–Ñ�Ñ‚ÑŒ Ð½ÑŒÐ¾Ð³Ð¾ Ð¿ÐµÑ€ÐµÐ¼Ð¸ÐºÐ°Ñ‡ÐµÐ¼ -Werror=implicit-function-declaration."
  
  #: c-family/c.opt:509
  msgid "Warn for implicit type conversions that cause loss of floating point precision."
*************** msgstr ""
*** 6290,6304 ****
  
  #: c-family/c.opt:513
  msgid "Warn if testing floating point numbers for equality."
! msgstr ""
  
  #: c-family/c.opt:517 c-family/c.opt:559
  msgid "Warn about printf/scanf/strftime/strfmon format string anomalies."
! msgstr ""
  
  #: c-family/c.opt:521
  msgid "Warn about format strings that contain NUL bytes."
! msgstr ""
  
  #: c-family/c.opt:525
  msgid "Warn if passing too many arguments to a function for its format string."
--- 6279,6293 ----
  
  #: c-family/c.opt:513
  msgid "Warn if testing floating point numbers for equality."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸ Ð¿Ñ€Ð¾ Ð¿ÐµÑ€ÐµÐ²Ñ–Ñ€ÐºÐ¸ Ð½Ð° Ñ€Ñ–Ð²Ð½Ñ–Ñ�Ñ‚ÑŒ Ñ‡Ð¸Ñ�ÐµÐ» Ñ–Ð· Ñ€ÑƒÑ…Ð¾Ð¼Ð¾ÑŽ ÐºÑ€Ð°Ð¿ÐºÐ¾ÑŽ."
  
  #: c-family/c.opt:517 c-family/c.opt:559
  msgid "Warn about printf/scanf/strftime/strfmon format string anomalies."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸ Ð¿Ñ€Ð¾ Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¾Ñ�Ñ‚Ñ– Ñƒ Ñ€Ñ�Ð´ÐºÐ°Ñ… Ñ„Ð¾Ñ€Ð¼Ð°Ñ‚ÑƒÐ²Ð°Ð½Ð½Ñ� printf/scanf/strftime/strfmon."
  
  #: c-family/c.opt:521
  msgid "Warn about format strings that contain NUL bytes."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸ Ñ‰Ð¾Ð´Ð¾ Ñ€Ñ�Ð´ÐºÑ–Ð² Ñ„Ð¾Ñ€Ð¼Ð°Ñ‚ÑƒÐ²Ð°Ð½Ð½Ñ�, Ñ�ÐºÑ– Ð¼Ñ–Ñ�Ñ‚Ñ�Ñ‚ÑŒ Ð±Ð°Ð¹Ñ‚Ð¸ NUL."
  
  #: c-family/c.opt:525
  msgid "Warn if passing too many arguments to a function for its format string."
*************** msgstr ""
*** 6306,6312 ****
  
  #: c-family/c.opt:529
  msgid "Warn about format strings that are not literals."
! msgstr ""
  
  #: c-family/c.opt:533
  msgid "Warn about function calls with format strings that write past the end of the destination region.  Same as -Wformat-overflow=1."
--- 6295,6301 ----
  
  #: c-family/c.opt:529
  msgid "Warn about format strings that are not literals."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸, Ñ�ÐºÑ‰Ð¾ Ñ€Ñ�Ð´ÐºÐ¸ Ñ„Ð¾Ñ€Ð¼Ð°Ñ‚ÑƒÐ²Ð°Ð½Ð½Ñ� Ð½Ðµ Ñ” Ð»Ñ–Ñ‚ÐµÑ€Ð°Ð»Ð°Ð¼Ð¸."
  
  #: c-family/c.opt:533
  msgid "Warn about function calls with format strings that write past the end of the destination region.  Same as -Wformat-overflow=1."
*************** msgstr ""
*** 6318,6324 ****
  
  #: c-family/c.opt:542
  msgid "Warn about sign differences with format functions."
! msgstr ""
  
  #: c-family/c.opt:546
  msgid "Warn about calls to snprintf and similar functions that truncate output. Same as -Wformat-truncation=1."
--- 6307,6313 ----
  
  #: c-family/c.opt:542
  msgid "Warn about sign differences with format functions."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸ Ð¿Ñ€Ð¾ Ð²Ñ–Ð´Ð¼Ñ–Ð½Ð½Ð¾Ñ�Ñ‚Ñ– Ñƒ Ð·Ð½Ð°ÐºÑƒ Ñƒ Ñ„ÑƒÐ½ÐºÑ†Ñ–Ñ�Ñ… Ñ„Ð¾Ñ€Ð¼Ð°Ñ‚ÑƒÐ²Ð°Ð½Ð½Ñ�."
  
  #: c-family/c.opt:546
  msgid "Warn about calls to snprintf and similar functions that truncate output. Same as -Wformat-truncation=1."
*************** msgstr ""
*** 6330,6336 ****
  
  #: c-family/c.opt:555
  msgid "Warn about zero-length formats."
! msgstr ""
  
  #: c-family/c.opt:563
  msgid "Warn about function calls with format strings that write past the end of the destination region."
--- 6319,6325 ----
  
  #: c-family/c.opt:555
  msgid "Warn about zero-length formats."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸ Ð¿Ñ€Ð¾ Ñ„Ð¾Ñ€Ð¼Ð°Ñ‚Ð¸ Ð½ÑƒÐ»ÑŒÐ¾Ð²Ð¾Ñ— Ð´Ð¾Ð²Ð¶Ð¸Ð½Ð¸."
  
  #: c-family/c.opt:563
  msgid "Warn about function calls with format strings that write past the end of the destination region."
*************** msgstr ""
*** 6346,6352 ****
  
  #: c-family/c.opt:576
  msgid "Warn whenever attributes are ignored."
! msgstr ""
  
  #: c-family/c.opt:580
  msgid "Warn when there is a conversion between pointers that have incompatible types."
--- 6335,6341 ----
  
  #: c-family/c.opt:576
  msgid "Warn whenever attributes are ignored."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸ Ð¿Ñ€Ð¾ Ñ–Ð³Ð½Ð¾Ñ€ÑƒÐ²Ð°Ð½Ð½Ñ� Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚Ñ–Ð²."
  
  #: c-family/c.opt:580
  msgid "Warn when there is a conversion between pointers that have incompatible types."
*************** msgstr ""
*** 6354,6380 ****
  
  #: c-family/c.opt:584
  msgid "Warn about variables which are initialized to themselves."
! msgstr ""
  
  #: c-family/c.opt:588
  msgid "Warn about implicit declarations."
! msgstr ""
  
  #: c-family/c.opt:596
  msgid "Warn about implicit conversions from \"float\" to \"double\"."
! msgstr ""
  
  #: c-family/c.opt:600
  msgid "Warn if \"defined\" is used outside #if."
! msgstr ""
  
  #: c-family/c.opt:604
  msgid "Warn about implicit function declarations."
! msgstr ""
  
  #: c-family/c.opt:608
  msgid "Warn when a declaration does not specify a type."
! msgstr ""
  
  #: c-family/c.opt:615
  msgid "Warn about C++11 inheriting constructors when the base has a variadic constructor."
--- 6343,6369 ----
  
  #: c-family/c.opt:584
  msgid "Warn about variables which are initialized to themselves."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸ Ð¿Ñ€Ð¾ Ñ�Ð°Ð¼Ð¾Ñ–Ð½Ñ–Ñ†Ñ–Ð°Ð»Ñ–Ð·Ð°Ñ†Ñ–ÑŽ Ð·Ð¼Ñ–Ð½Ð½Ð¸Ñ…."
  
  #: c-family/c.opt:588
  msgid "Warn about implicit declarations."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸ Ð¿Ñ€Ð¾ Ð½ÐµÑ�Ð²Ð½Ñ– Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ�."
  
  #: c-family/c.opt:596
  msgid "Warn about implicit conversions from \"float\" to \"double\"."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸ Ð¿Ñ€Ð¾ Ð½ÐµÑ�Ð²Ð½Ñ– Ð¿ÐµÑ€ÐµÑ‚Ð²Ð¾Ñ€ÐµÐ½Ð½Ñ� Ð· float Ð½Ð° double."
  
  #: c-family/c.opt:600
  msgid "Warn if \"defined\" is used outside #if."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸, Ñ�ÐºÑ‰Ð¾ defined Ð²Ð¸ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð°Ð½Ð¾ Ð¿Ð¾Ð·Ð° #if."
  
  #: c-family/c.opt:604
  msgid "Warn about implicit function declarations."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸ Ð¿Ñ€Ð¾ Ð½ÐµÑ�Ð²Ð½Ñ– Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� Ñ„ÑƒÐ½ÐºÑ†Ñ–Ð¹."
  
  #: c-family/c.opt:608
  msgid "Warn when a declaration does not specify a type."
! msgstr "ÐŸÐ¾Ð¿ÐµÑ€ÐµÐ´Ð¶Ð°Ñ‚Ð¸, Ñ�ÐºÑ‰Ð¾ Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� Ð½Ðµ Ð²Ð¸Ð·Ð½Ð°Ñ‡Ð°Ñ” Ñ‚Ð¸Ð¿Ñƒ."
  
  #: c-family/c.opt:615
  msgid "Warn about C++11 inheriting constructors when the base has a variadic constructor."
*************** msgstr ""
*** 8855,8861 ****
  
  #: config/i386/i386.opt:315
  msgid "%<-mcpu=%> is deprecated; use %<-mtune=%> or %<-march=%> instead"
! msgstr ""
  
  #: config/i386/i386.opt:319
  msgid "Generate sin, cos, sqrt for FPU."
--- 8844,8850 ----
  
  #: config/i386/i386.opt:315
  msgid "%<-mcpu=%> is deprecated; use %<-mtune=%> or %<-march=%> instead"
! msgstr "%<-mcpu=%> Ð²Ð²Ð°Ð¶Ð°Ñ”Ñ‚ÑŒÑ�Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¸Ð¼; Ñ�ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð°Ð¹Ñ‚ÐµÑ�Ñ� Ð·Ð°Ð¼Ñ–Ñ�Ñ‚ÑŒ Ð½ÑŒÐ¾Ð³Ð¾ %<-mtune=%> Ð°Ð±Ð¾ %<-march=%>"
  
  #: config/i386/i386.opt:319
  msgid "Generate sin, cos, sqrt for FPU."
*************** msgstr ""
*** 11587,11593 ****
  
  #: config/fused-madd.opt:22
  msgid "%<-mfused-madd%> is deprecated; use %<-ffp-contract=%> instead"
! msgstr ""
  
  #: config/sol2.opt:32
  msgid "Clear hardware capabilities when linking."
--- 11576,11582 ----
  
  #: config/fused-madd.opt:22
  msgid "%<-mfused-madd%> is deprecated; use %<-ffp-contract=%> instead"
! msgstr "%<-mfused-madd%> Ð²Ð²Ð°Ð¶Ð°Ñ”Ñ‚ÑŒÑ�Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¸Ð¼; Ñ�ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð°Ð¹Ñ‚ÐµÑ�Ñ� Ð·Ð°Ð¼Ñ–Ñ�Ñ‚ÑŒ Ð½ÑŒÐ¾Ð³Ð¾ %<-ffp-contract=%>"
  
  #: config/sol2.opt:32
  msgid "Clear hardware capabilities when linking."
*************** msgstr ""
*** 11644,11650 ****
  #: config/microblaze/microblaze.opt:87
  #, c-format
  msgid "%qs is deprecated; use -fstack-check"
! msgstr ""
  
  #: config/microblaze/microblaze.opt:88
  msgid "Check for stack overflow at runtime."
--- 11633,11639 ----
  #: config/microblaze/microblaze.opt:87
  #, c-format
  msgid "%qs is deprecated; use -fstack-check"
! msgstr "%qs Ð²Ð²Ð°Ð¶Ð°Ñ”Ñ‚ÑŒÑ�Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¸Ð¼; Ñ�ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð°Ð¹Ñ‚ÐµÑ�Ñ� -fstack-check"
  
  #: config/microblaze/microblaze.opt:88
  msgid "Check for stack overflow at runtime."
*************** msgstr ""
*** 12780,12786 ****
  #: config/arc/arc.opt:356 config/arc/arc.opt:373
  #, c-format
  msgid "%qs is deprecated"
! msgstr ""
  
  #: config/arc/arc.opt:170
  msgid "Do not generate mpy instructions for ARC700."
--- 12769,12775 ----
  #: config/arc/arc.opt:356 config/arc/arc.opt:373
  #, c-format
  msgid "%qs is deprecated"
! msgstr "%qs Ð²Ð²Ð°Ð¶Ð°Ñ”Ñ‚ÑŒÑ�Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¸Ð¼"
  
  #: config/arc/arc.opt:170
  msgid "Do not generate mpy instructions for ARC700."
*************** msgstr ""
*** 13437,13453 ****
  
  #: common.opt:1065
  msgid "Check the return value of new in C++."
! msgstr ""
  
  #: common.opt:1069 common.opt:1073
  msgid "Perform internal consistency checkings."
! msgstr ""
  
  #: common.opt:1077
- #, fuzzy
- #| msgid "Enable debug output."
  msgid "Enable code hoisting."
! msgstr "Ð£Ð²Ñ–Ð¼ÐºÐ½ÑƒÑ‚Ð¸ Ð²Ð¸Ð²ÐµÐ´ÐµÐ½Ð½Ñ� Ð´Ñ–Ð°Ð³Ð½Ð¾Ñ�Ñ‚Ð¸Ñ‡Ð½Ð¸Ñ… Ð´Ð°Ð½Ð¸Ñ…."
  
  #: common.opt:1081
  msgid "Looks for opportunities to reduce stack adjustments and stack references."
--- 13426,13440 ----
  
  #: common.opt:1065
  msgid "Check the return value of new in C++."
! msgstr "ÐŸÐµÑ€ÐµÐ²Ñ–Ñ€Ñ�Ñ‚Ð¸ Ð¿Ð¾Ð²ÐµÑ€Ð½ÑƒÑ‚Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� new Ñƒ C++."
  
  #: common.opt:1069 common.opt:1073
  msgid "Perform internal consistency checkings."
! msgstr "Ð’Ð¸ÐºÐ¾Ð½ÑƒÐ²Ð°Ñ‚Ð¸ Ð²Ð½ÑƒÑ‚Ñ€Ñ–ÑˆÐ½Ñ– Ð¿ÐµÑ€ÐµÐ²Ñ–Ñ€ÐºÐ¸ Ñ�ÑƒÐ¼Ñ–Ñ�Ð½Ð¾Ñ�Ñ‚Ñ–."
  
  #: common.opt:1077
  msgid "Enable code hoisting."
! msgstr "Ð£Ð²Ñ–Ð¼ÐºÐ½ÑƒÑ‚Ð¸ Ð¿Ñ–Ð´Ð½Ñ�Ñ‚Ñ‚Ñ� ÐºÐ¾Ð´Ñƒ."
  
  #: common.opt:1081
  msgid "Looks for opportunities to reduce stack adjustments and stack references."
*************** msgid "Not expected TAG."
*** 15438,15447 ****
  msgstr ""
  
  #: auto-profile.c:920
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "can't open input file: %s"
  msgid "cannot open profile file %s"
! msgstr "Ð½Ðµ Ð²Ð´Ð°Ð»Ð¾Ñ�Ñ� Ð²Ñ–Ð´ÐºÑ€Ð¸Ñ‚Ð¸ Ð²Ñ…Ñ–Ð´Ð½Ð¸Ð¹ Ñ„Ð°Ð¹Ð» %s"
  
  #: auto-profile.c:926
  #, gcc-internal-format
--- 15425,15433 ----
  msgstr ""
  
  #: auto-profile.c:920
! #, gcc-internal-format, gfc-internal-format
  msgid "cannot open profile file %s"
! msgstr "Ð½Ðµ Ð²Ð´Ð°Ð»Ð¾Ñ�Ñ� Ð²Ñ–Ð´ÐºÑ€Ð¸Ñ‚Ð¸ Ñ„Ð°Ð¹Ð» Ð¿Ñ€Ð¾Ñ„Ñ–Ð»ÑŽÐ²Ð°Ð½Ð½Ñ� %s"
  
  #: auto-profile.c:926
  #, gcc-internal-format
*************** msgid "AutoFDO profile version %u does m
*** 15454,15475 ****
  msgstr ""
  
  #: auto-profile.c:946
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "cannot read %s: %m"
  msgid "cannot read string table from %s"
! msgstr "Ð½Ðµ Ð²Ð´Ð°Ð»Ð¾Ñ�Ñ� Ð¿Ñ€Ð¾Ñ‡Ð¸Ñ‚Ð°Ñ‚Ð¸ %s: %m"
  
  #: auto-profile.c:954
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "cannot call function %qD"
  msgid "cannot read function profile from %s"
! msgstr "Ð½Ðµ Ð²Ð´Ð°Ð»Ð¾Ñ�Ñ� Ð²Ð¸ÐºÐ»Ð¸ÐºÐ°Ñ‚Ð¸ Ñ„ÑƒÐ½ÐºÑ†Ñ–ÑŽ %qD"
  
  #: auto-profile.c:964
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "cannot read %s: %m"
  msgid "cannot read working set from %s"
! msgstr "Ð½Ðµ Ð²Ð´Ð°Ð»Ð¾Ñ�Ñ� Ð¿Ñ€Ð¾Ñ‡Ð¸Ñ‚Ð°Ñ‚Ð¸ %s: %m"
  
  #: bt-load.c:1564
  #, gcc-internal-format
--- 15440,15458 ----
  msgstr ""
  
  #: auto-profile.c:946
! #, gcc-internal-format, gfc-internal-format
  msgid "cannot read string table from %s"
! msgstr "Ð½Ðµ Ð²Ð´Ð°Ð»Ð¾Ñ�Ñ� Ð¿Ñ€Ð¾Ñ‡Ð¸Ñ‚Ð°Ñ‚Ð¸ Ñ‚Ð°Ð±Ð»Ð¸Ñ†ÑŽ Ñ€Ñ�Ð´ÐºÑ–Ð² Ð· %s"
  
  #: auto-profile.c:954
! #, gcc-internal-format, gfc-internal-format
  msgid "cannot read function profile from %s"
! msgstr "Ð½Ðµ Ð²Ð´Ð°Ð»Ð¾Ñ�Ñ� Ð¿Ñ€Ð¾Ñ‡Ð¸Ñ‚Ð°Ñ‚Ð¸ Ð¿Ñ€Ð¾Ñ„Ñ–Ð»ÑŒ Ñ„ÑƒÐ½ÐºÑ†Ñ–Ñ— Ð· %s"
  
  #: auto-profile.c:964
! #, gcc-internal-format, gfc-internal-format
  msgid "cannot read working set from %s"
! msgstr "Ð½Ðµ Ð²Ð´Ð°Ð»Ð¾Ñ�Ñ� Ð¿Ñ€Ð¾Ñ‡Ð¸Ñ‚Ð°Ñ‚Ð¸ Ñ€Ð¾Ð±Ð¾Ñ‡Ð¸Ð¹ Ð½Ð°Ð±Ñ–Ñ€ Ð· %s"
  
  #: bt-load.c:1564
  #, gcc-internal-format
*************** msgid "argument %i in the range [%E, %E]
*** 15765,15785 ****
  msgstr ""
  
  #: calls.c:1491
! #, fuzzy, gcc-internal-format
! #| msgid "cannot call function %qD"
  msgid "in a call to built-in allocation function %qD"
! msgstr "Ð½Ðµ Ð²Ð´Ð°Ð»Ð¾Ñ�Ñ� Ð²Ð¸ÐºÐ»Ð¸ÐºÐ°Ñ‚Ð¸ Ñ„ÑƒÐ½ÐºÑ†Ñ–ÑŽ %qD"
  
  #: calls.c:1494
  #, gcc-internal-format
  msgid "in a call to allocation function %qD declared here"
! msgstr ""
  
  #: calls.c:1508
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "[cannot find %s]"
  msgid "cannot tail-call: %s"
! msgstr "[Ð½Ðµ Ð²Ð´Ð°Ð»Ð¾Ñ�Ñ� Ð·Ð½Ð°Ð¹Ñ‚Ð¸ %s]"
  
  #: calls.c:3071
  #, gcc-internal-format
--- 15748,15766 ----
  msgstr ""
  
  #: calls.c:1491
! #, gcc-internal-format
  msgid "in a call to built-in allocation function %qD"
! msgstr "Ñƒ Ð²Ð¸ÐºÐ»Ð¸ÐºÑƒ Ð´Ð¾ Ð²Ð±ÑƒÐ´Ð¾Ð²Ð°Ð½Ð¾Ñ— Ñ„ÑƒÐ½ÐºÑ†Ñ–Ñ— Ñ€Ð¾Ð·Ð¿Ð¾Ð´Ñ–Ð»Ñƒ Ð¿Ð°Ð¼'Ñ�Ñ‚Ñ– %qD"
  
  #: calls.c:1494
  #, gcc-internal-format
  msgid "in a call to allocation function %qD declared here"
! msgstr "Ñƒ Ð²Ð¸ÐºÐ»Ð¸ÐºÑƒ Ð´Ð¾ Ñ„ÑƒÐ½ÐºÑ†Ñ–Ñ— Ð¾Ñ‚Ñ€Ð¸Ð¼Ð°Ð½Ð½Ñ� Ð¾Ð±Ð»Ð°Ñ�Ñ‚Ñ– Ð¿Ð°Ð¼'Ñ�Ñ‚Ñ– %qD Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð¾ Ñ‚ÑƒÑ‚"
  
  #: calls.c:1508
! #, gcc-internal-format, gfc-internal-format
  msgid "cannot tail-call: %s"
! msgstr "Ñ…Ð²Ð¾Ñ�Ñ‚Ð¾Ð²Ð¸Ð¹ Ð²Ð¸ÐºÐ»Ð¸Ðº Ð½ÐµÐ¼Ð¾Ð¶Ð»Ð¸Ð²Ð¸Ð¹: %s"
  
  #: calls.c:3071
  #, gcc-internal-format
*************** msgstr ""
*** 17225,17231 ****
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr ""
  
! #: fold-const.c:12046
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr ""
--- 17206,17212 ----
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr ""
  
! #: fold-const.c:12048
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr ""
*************** msgstr ""
*** 17761,18074 ****
  msgid "null pointer dereference"
  msgstr "Ñ€Ð¾Ð·Ñ–Ð¼ÐµÐ½ÑƒÐ²Ð°Ð½Ð½Ñ� Ð½ÑƒÐ»ÑŒÐ¾Ð²Ð¾Ð³Ð¾ Ð²ÐºÐ°Ð·Ñ–Ð²Ð½Ð¸ÐºÐ°"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12872
! #: tree.c:12909 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
  #: cp/semantics.c:1764 cp/typeck.c:1648 cp/typeck.c:1843 cp/typeck.c:3718
  #, gcc-internal-format
  msgid "declared here"
! msgstr ""
  
  #: gimple-ssa-nonnull-compare.c:102
  #, gcc-internal-format
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2307 gimple-ssa-sprintf.c:2435
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2309 gimple-ssa-sprintf.c:2437
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2311 gimple-ssa-sprintf.c:2439
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2313 gimple-ssa-sprintf.c:2441
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2326
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2328
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2330
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2334
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2336
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2338
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2351
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2353
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2355
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2371
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2373
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2375
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2388
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2390
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2392
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2404
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2406
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2408
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2454
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2456
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2458
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2462
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2464
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2466
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2480
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2483
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2486
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2502
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2505
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2508
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2521
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2524
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2527
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2539
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2542
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2545
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2710
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2712
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2751
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2753
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2767
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2775
! #, fuzzy, gcc-internal-format
! #| msgid "unexpected argument"
  msgid "directive argument %qE"
! msgstr "Ð½ÐµÑ�Ð¿Ð¾Ð´Ñ–Ð²Ð°Ð½Ð¸Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚"
  
! #: gimple-ssa-sprintf.c:2777
  #, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2781
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2801
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2806
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2811
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2816
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3588
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3594
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3647
! #, fuzzy, gcc-internal-format
! #| msgid "null pointer"
  msgid "null destination pointer"
! msgstr "Ð½ÑƒÐ»ÑŒÐ¾Ð²Ð¸Ð¹ Ð²ÐºÐ°Ð·Ñ–Ð²Ð½Ð¸Ðº"
  
! #: gimple-ssa-sprintf.c:3664
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3676
  #, gcc-internal-format
  msgid "null format string"
  msgstr ""
--- 17742,18053 ----
  msgid "null pointer dereference"
  msgstr "Ñ€Ð¾Ð·Ñ–Ð¼ÐµÐ½ÑƒÐ²Ð°Ð½Ð½Ñ� Ð½ÑƒÐ»ÑŒÐ¾Ð²Ð¾Ð³Ð¾ Ð²ÐºÐ°Ð·Ñ–Ð²Ð½Ð¸ÐºÐ°"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12880
! #: tree.c:12917 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
  #: cp/semantics.c:1764 cp/typeck.c:1648 cp/typeck.c:1843 cp/typeck.c:3718
  #, gcc-internal-format
  msgid "declared here"
! msgstr "Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð¾ Ñ‚ÑƒÑ‚"
  
  #: gimple-ssa-nonnull-compare.c:102
  #, gcc-internal-format
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2308 gimple-ssa-sprintf.c:2436
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2310 gimple-ssa-sprintf.c:2438
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2312 gimple-ssa-sprintf.c:2440
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2314 gimple-ssa-sprintf.c:2442
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2327
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2329
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2331
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2335
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2337
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2339
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2352
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2354
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2356
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2372
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2374
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2376
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2389
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2391
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2393
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2405
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2407
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2409
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2455
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2457
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2459
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2463
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2465
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2467
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2481
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2484
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2487
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2503
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2506
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2509
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2522
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2525
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2528
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2540
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2543
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2546
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2711
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2713
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2752
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2754
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2769
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2776
! #, gcc-internal-format
  msgid "directive argument %qE"
! msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð´Ð¸Ñ€ÐµÐºÑ‚Ð¸Ð²Ð¸ %qE"
  
! #: gimple-ssa-sprintf.c:2778
  #, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2782
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2803
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2807
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2812
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2817
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3591
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3597
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3650
! #, gcc-internal-format
  msgid "null destination pointer"
! msgstr "Ð½ÑƒÐ»ÑŒÐ¾Ð²Ð¸Ð¹ Ð²ÐºÐ°Ð·Ñ–Ð²Ð½Ð¸Ðº Ð¿Ñ€Ð¸Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ�"
  
! #: gimple-ssa-sprintf.c:3667
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3679
  #, gcc-internal-format
  msgid "null format string"
  msgstr ""
*************** msgid "enclosing task"
*** 18224,18233 ****
  msgstr ""
  
  #: gimplify.c:6852
! #, fuzzy, gcc-internal-format
! #| msgid "%qs tag used in naming %q#T"
  msgid "%qE not specified in enclosing %qs"
! msgstr "Ñ‚ÐµÒ‘ %qs Ð²Ð¸ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð°Ð½Ð¾ Ñƒ Ð½Ð°Ð·Ð²Ñ– %q#T"
  
  #: gimplify.c:6854
  #, gcc-internal-format
--- 18203,18211 ----
  msgstr ""
  
  #: gimplify.c:6852
! #, gcc-internal-format
  msgid "%qE not specified in enclosing %qs"
! msgstr "%qE Ð½Ðµ Ð·Ð°Ð´Ð°Ð½Ð¾ Ñƒ Ð·Ð°Ð¼Ð¸ÐºÐ°Ð½Ð½Ñ– %qs"
  
  #: gimplify.c:6854
  #, gcc-internal-format
*************** msgid "-fsanitize=leak is incompatible w
*** 19547,19556 ****
  msgstr ""
  
  #: opts.c:976
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "%<-fabi-compat-version=1%> is not supported, using =2"
  msgid "-fsanitize-recover=%s is not supported"
! msgstr "ÐŸÑ–Ð´Ñ‚Ñ€Ð¸Ð¼ÐºÐ¸ %<-fabi-compat-version=1%> Ð½Ðµ Ð¿ÐµÑ€ÐµÐ´Ð±Ð°Ñ‡ÐµÐ½Ð¾, Ð²Ð¸ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð¾Ð²ÑƒÑ”Ð¼Ð¾ =2"
  
  #: opts.c:1005
  #, gcc-internal-format
--- 19525,19533 ----
  msgstr ""
  
  #: opts.c:976
! #, gcc-internal-format, gfc-internal-format
  msgid "-fsanitize-recover=%s is not supported"
! msgstr "Ð¿Ñ–Ð´Ñ‚Ñ€Ð¸Ð¼ÐºÐ¸ -fsanitize-recover=%s Ð½Ðµ Ð¿ÐµÑ€ÐµÐ´Ð±Ð°Ñ‡ÐµÐ½Ð¾"
  
  #: opts.c:1005
  #, gcc-internal-format
*************** msgid "%s: --param arguments should be o
*** 19623,19632 ****
  msgstr ""
  
  #: opts.c:2371
! #, fuzzy, gcc-internal-format
! #| msgid "invalid --param name %qs"
  msgid "invalid --param name %qs; did you mean %qs?"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð° Ð½Ð°Ð·Ð²Ð° --param %qs"
  
  #: opts.c:2374
  #, gcc-internal-format
--- 19600,19608 ----
  msgstr ""
  
  #: opts.c:2371
! #, gcc-internal-format
  msgid "invalid --param name %qs; did you mean %qs?"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð° Ð½Ð°Ð·Ð²Ð° --param %qs; Ð²Ð¸ Ð¼Ð°Ð»Ð¸ Ð½Ð° ÑƒÐ²Ð°Ð·Ñ– %qs?"
  
  #: opts.c:2374
  #, gcc-internal-format
*************** msgid "was expecting `%s'"
*** 19914,19923 ****
  msgstr ""
  
  #: read-rtl-function.c:1575
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "duplicate definition of '%s'"
  msgid "duplicate insn UID: %i"
! msgstr "Ð¿Ð¾Ð²Ñ‚Ð¾Ñ€Ð½Ðµ Ð²Ð¸Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� Â«%sÂ»"
  
  #: read-rtl-function.c:1635
  #, gcc-internal-format
--- 19890,19898 ----
  msgstr ""
  
  #: read-rtl-function.c:1575
! #, gcc-internal-format, gfc-internal-format
  msgid "duplicate insn UID: %i"
! msgstr "UID Ñ–Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ñ–Ñ—-Ð´ÑƒÐ±Ð»Ñ–ÐºÐ°Ñ‚Ð°: %i"
  
  #: read-rtl-function.c:1635
  #, gcc-internal-format
*************** msgstr ""
*** 20241,20397 ****
  msgid "%D renamed after being referenced in assembly"
  msgstr ""
  
! #: symtab.c:970
  #, gcc-internal-format
  msgid "function symbol is not function"
  msgstr ""
  
! #: symtab.c:978
  #, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr ""
  
! #: symtab.c:984
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr ""
  
! #: symtab.c:993
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1010
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1023
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr ""
  
! #: symtab.c:1030
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr ""
  
! #: symtab.c:1035
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr ""
  
! #: symtab.c:1040
  #, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr ""
  
! #: symtab.c:1045
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1050
  #, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr ""
  
! #: symtab.c:1055
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1060
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr ""
  
! #: symtab.c:1069
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr ""
  
! #: symtab.c:1074
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr ""
  
! #: symtab.c:1079
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1084
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr ""
  
! #: symtab.c:1091
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr ""
  
! #: symtab.c:1106
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1116
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1123
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr ""
  
! #: symtab.c:1135
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1142
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1157
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1188 symtab.c:1225
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr ""
  
! #: symtab.c:1221
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1630
  #, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr ""
  
! #: symtab.c:1632
  #, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr ""
  
! #: symtab.c:1660
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
--- 20216,20372 ----
  msgid "%D renamed after being referenced in assembly"
  msgstr ""
  
! #: symtab.c:978
  #, gcc-internal-format
  msgid "function symbol is not function"
  msgstr ""
  
! #: symtab.c:986
  #, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr ""
  
! #: symtab.c:992
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1009
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1018
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1031
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr ""
  
! #: symtab.c:1038
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr ""
  
! #: symtab.c:1043
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr ""
  
! #: symtab.c:1048
  #, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr ""
  
! #: symtab.c:1053
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1058
  #, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr ""
  
! #: symtab.c:1063
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1068
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr ""
  
! #: symtab.c:1077
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr ""
  
! #: symtab.c:1082
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr ""
  
! #: symtab.c:1087
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1092
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr ""
  
! #: symtab.c:1099
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr ""
  
! #: symtab.c:1114
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1124
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1131
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr ""
  
! #: symtab.c:1143
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1150
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1173
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1196 symtab.c:1233
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr ""
  
! #: symtab.c:1229
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1638
  #, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr ""
  
! #: symtab.c:1640
  #, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr ""
  
! #: symtab.c:1668
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
*************** msgstr ""
*** 21525,21541 ****
  #: tree-diagnostic.c:202
  #, gcc-internal-format
  msgid "in definition of macro %qs"
! msgstr ""
  
  #: tree-diagnostic.c:219
  #, gcc-internal-format
  msgid "in expansion of macro %qs"
! msgstr ""
  
  #: tree-eh.c:4669
  #, gcc-internal-format, gfc-internal-format
  msgid "BB %i has multiple EH edges"
! msgstr ""
  
  #: tree-eh.c:4681
  #, gcc-internal-format, gfc-internal-format
--- 21500,21516 ----
  #: tree-diagnostic.c:202
  #, gcc-internal-format
  msgid "in definition of macro %qs"
! msgstr "Ñƒ Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ– Ð¼Ð°ÐºÑ€Ð¾Ñ�Ñƒ %qs"
  
  #: tree-diagnostic.c:219
  #, gcc-internal-format
  msgid "in expansion of macro %qs"
! msgstr "Ñƒ Ñ€Ð¾Ð·Ð³Ð¾Ñ€Ñ‚Ð°Ð½Ð½Ñ– Ð¼Ð°ÐºÑ€Ð¾Ñ�Ñƒ %qs"
  
  #: tree-eh.c:4669
  #, gcc-internal-format, gfc-internal-format
  msgid "BB %i has multiple EH edges"
! msgstr "BB %i Ð¼Ð°Ñ” Ð´ÐµÐºÑ–Ð»ÑŒÐºÐ° ÐºÑ€Ð°Ñ—Ð² EH"
  
  #: tree-eh.c:4681
  #, gcc-internal-format, gfc-internal-format
*************** msgid "argument %u null where non-null e
*** 21679,21694 ****
  msgstr ""
  
  #: tree-ssa-ccp.c:3427
! #, fuzzy, gcc-internal-format
! #| msgid "cannot call function %qD"
  msgid "in a call to built-in function %qD"
! msgstr "Ð½Ðµ Ð²Ð´Ð°Ð»Ð¾Ñ�Ñ� Ð²Ð¸ÐºÐ»Ð¸ÐºÐ°Ñ‚Ð¸ Ñ„ÑƒÐ½ÐºÑ†Ñ–ÑŽ %qD"
  
  #: tree-ssa-ccp.c:3431
! #, fuzzy, gcc-internal-format
! #| msgid "cannot call function %qD"
  msgid "in a call to function %qD declared here"
! msgstr "Ð½Ðµ Ð²Ð´Ð°Ð»Ð¾Ñ�Ñ� Ð²Ð¸ÐºÐ»Ð¸ÐºÐ°Ñ‚Ð¸ Ñ„ÑƒÐ½ÐºÑ†Ñ–ÑŽ %qD"
  
  #: tree-ssa-loop-niter.c:2367
  #, gcc-internal-format
--- 21654,21667 ----
  msgstr ""
  
  #: tree-ssa-ccp.c:3427
! #, gcc-internal-format
  msgid "in a call to built-in function %qD"
! msgstr "Ñƒ Ð²Ð¸ÐºÐ»Ð¸ÐºÑƒ Ð²Ð±ÑƒÐ´Ð¾Ð²Ð°Ð½Ð¾Ñ— Ñ„ÑƒÐ½ÐºÑ†Ñ–Ñ— %qD"
  
  #: tree-ssa-ccp.c:3431
! #, gcc-internal-format
  msgid "in a call to function %qD declared here"
! msgstr "Ñƒ Ð²Ð¸ÐºÐ»Ð¸ÐºÑƒ Ñ„ÑƒÐ½ÐºÑ†Ñ–Ñ— %qD, Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð¾ Ñ‚ÑƒÑ‚"
  
  #: tree-ssa-loop-niter.c:2367
  #, gcc-internal-format
*************** msgstr ""
*** 22054,22061 ****
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6704
! #: config/arm/arm.c:6732 config/arm/arm.c:6749 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
--- 22027,22034 ----
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6741
! #: config/arm/arm.c:6769 config/arm/arm.c:6786 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
*************** msgstr ""
*** 22091,22185 ****
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr ""
  
! #: tree.c:8366
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr ""
  
! #: tree.c:8537
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr ""
  
! #: tree.c:9831 tree.c:9916 tree.c:9977
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9868
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9881
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9930
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9943
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10003
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10017
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10029
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10042
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10055
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:12867
  #, gcc-internal-format
  msgid "%qD is deprecated: %s"
! msgstr ""
  
! #: tree.c:12870
  #, gcc-internal-format
  msgid "%qD is deprecated"
! msgstr ""
  
! #: tree.c:12894 tree.c:12916
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
! msgstr ""
  
! #: tree.c:12897 tree.c:12919
  #, gcc-internal-format
  msgid "%qE is deprecated"
! msgstr ""
  
! #: tree.c:12903 tree.c:12924
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
! msgstr ""
  
! #: tree.c:12906 tree.c:12927
  #, gcc-internal-format
  msgid "type is deprecated"
! msgstr ""
  
  #. Type variant can differ by:
  #.
--- 22064,22158 ----
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr ""
  
! #: tree.c:8373
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr ""
  
! #: tree.c:8545
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr ""
  
! #: tree.c:9839 tree.c:9924 tree.c:9985
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9876
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9889
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9938
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9951
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10011
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10025
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10037
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10050
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10063
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:12875
  #, gcc-internal-format
  msgid "%qD is deprecated: %s"
! msgstr "%qD Ð²Ð²Ð°Ð¶Ð°Ñ”Ñ‚ÑŒÑ�Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¸Ð¼: %s"
  
! #: tree.c:12878
  #, gcc-internal-format
  msgid "%qD is deprecated"
! msgstr "%qD Ð²Ð²Ð°Ð¶Ð°Ñ”Ñ‚ÑŒÑ�Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¸Ð¼"
  
! #: tree.c:12902 tree.c:12924
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
! msgstr "%qE Ð²Ð²Ð°Ð¶Ð°Ñ”Ñ‚ÑŒÑ�Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¸Ð¼: %s"
  
! #: tree.c:12905 tree.c:12927
  #, gcc-internal-format
  msgid "%qE is deprecated"
! msgstr "%qE Ð²Ð²Ð°Ð¶Ð°Ñ”Ñ‚ÑŒÑ�Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¸Ð¼"
  
! #: tree.c:12911 tree.c:12932
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
! msgstr "Ñ‚Ð¸Ð¿ Ð²Ð²Ð°Ð¶Ð°Ñ”Ñ‚ÑŒÑ�Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¸Ð¼: %s"
  
! #: tree.c:12914 tree.c:12935
  #, gcc-internal-format
  msgid "type is deprecated"
! msgstr "Ñ‚Ð¸Ð¿ Ð²Ð²Ð°Ð¶Ð°Ñ”Ñ‚ÑŒÑ�Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¸Ð¼"
  
  #. Type variant can differ by:
  #.
*************** msgstr ""
*** 22203,22464 ****
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13354
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13395
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13397
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13399
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13419
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13432
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13449
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13474
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13476
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13478
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13516
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13518
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr ""
  
! #: tree.c:13520
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13537
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13539 tree.c:13550
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13541 tree.c:13552
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13548
  #, gcc-internal-format
  msgid "type is not compatible with its variant"
  msgstr ""
  
! #: tree.c:13851
  #, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr ""
  
! #: tree.c:13856
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13868
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13886
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13918
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13928
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13938
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13956
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13968
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13979
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13990
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14008
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14015
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14027
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14042
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14058
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14073
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14083
  #, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr ""
  
! #: tree.c:14092
  #, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr ""
  
! #: tree.c:14112
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14127
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14133
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14146
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14159
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14165
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14172
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14184
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14190
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14202
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14214
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14221
  #, gcc-internal-format
  msgid "verify_type failed"
  msgstr "Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ° verify_type"
--- 22176,22437 ----
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13362
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13403
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13405
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13407
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13427
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13440
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13457
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13482
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13484
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13486
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13524
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13526
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr ""
  
! #: tree.c:13528
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13545
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13547 tree.c:13558
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13549 tree.c:13560
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13556
  #, gcc-internal-format
  msgid "type is not compatible with its variant"
  msgstr ""
  
! #: tree.c:13859
  #, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr ""
  
! #: tree.c:13864
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13876
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13910
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13926
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13936
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13946
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13964
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13976
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13987
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13998
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14016
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14023
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14043
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14050
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14074
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14081
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14091
  #, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr ""
  
! #: tree.c:14100
  #, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr ""
  
! #: tree.c:14120
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14135
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14141
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14154
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14167
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14173
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14180
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14192
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14198
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14210
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14222
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14229
  #, gcc-internal-format
  msgid "verify_type failed"
  msgstr "Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ° verify_type"
*************** msgstr ""
*** 23358,23364 ****
  #: c-family/c-common.c:4869
  #, gcc-internal-format
  msgid "pointers are not permitted as case values"
! msgstr ""
  
  #: c-family/c-common.c:4876
  #, gcc-internal-format
--- 23331,23337 ----
  #: c-family/c-common.c:4869
  #, gcc-internal-format
  msgid "pointers are not permitted as case values"
! msgstr "Ð²ÐºÐ°Ð·Ñ–Ð²Ð½Ð¸ÐºÐ¸ Ð½Ðµ Ð¼Ð¾Ð¶ÑƒÑ‚ÑŒ Ð±ÑƒÑ‚Ð¸ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ�Ð¼Ð¸ Ð²Ð¸Ð¿Ð°Ð´ÐºÑ–Ð²"
  
  #: c-family/c-common.c:4876
  #, gcc-internal-format
*************** msgstr ""
*** 23373,23379 ****
  #: c-family/c-common.c:4963
  #, gcc-internal-format
  msgid "duplicate (or overlapping) case value"
! msgstr ""
  
  #: c-family/c-common.c:4965
  #, gcc-internal-format
--- 23346,23352 ----
  #: c-family/c-common.c:4963
  #, gcc-internal-format
  msgid "duplicate (or overlapping) case value"
! msgstr "Ð´ÑƒÐ±Ð»ÑŽÐ²Ð°Ð½Ð½Ñ� (Ð°Ð±Ð¾ Ð¿ÐµÑ€ÐµÐºÑ€Ð¸Ð²Ð°Ð½Ð½Ñ�) Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� Ð²Ð¸Ð¿Ð°Ð´ÐºÑƒ"
  
  #: c-family/c-common.c:4965
  #, gcc-internal-format
*************** msgstr ""
*** 23383,23389 ****
  #: c-family/c-common.c:4969
  #, gcc-internal-format
  msgid "duplicate case value"
! msgstr ""
  
  #: c-family/c-common.c:4970 c-family/c-warn.c:1995
  #, gcc-internal-format
--- 23356,23362 ----
  #: c-family/c-common.c:4969
  #, gcc-internal-format
  msgid "duplicate case value"
! msgstr "Ð´ÑƒÐ±Ð»ÑŽÐ²Ð°Ð½Ð½Ñ� Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� Ð²Ð¸Ð¿Ð°Ð´ÐºÑƒ"
  
  #: c-family/c-common.c:4970 c-family/c-warn.c:1995
  #, gcc-internal-format
*************** msgstr ""
*** 23455,23467 ****
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr ""
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6573 c-family/c-common.c:6644
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr ""
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6670 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr ""
--- 23428,23440 ----
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr ""
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6574 c-family/c-common.c:6645
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr ""
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6671 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr ""
*************** msgstr ""
*** 23546,23617 ****
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6515 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr ""
  
! #: c-family/c-common.c:6603
  #, gcc-internal-format
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6737
  #, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr ""
  
! #: c-family/c-common.c:6752
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr ""
  
! #: c-family/c-common.c:6761
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr ""
  
! #: c-family/c-common.c:6772
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr ""
  
! #: c-family/c-common.c:6787
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr ""
  
! #: c-family/c-common.c:6795
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr ""
  
! #: c-family/c-common.c:6801
  #, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr ""
  
! #: c-family/c-common.c:6809
  #, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6825
  #, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6832
  #, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:7753
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr ""
  
! #: c-family/c-common.c:7794 c-family/c-common.c:7842 c-family/c-common.c:7857
  #: cp/call.c:4836 cp/call.c:4843
  #, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
--- 23519,23590 ----
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6516 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr ""
  
! #: c-family/c-common.c:6604
  #, gcc-internal-format
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6738
  #, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr ""
  
! #: c-family/c-common.c:6753
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr ""
  
! #: c-family/c-common.c:6762
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr ""
  
! #: c-family/c-common.c:6773
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr ""
  
! #: c-family/c-common.c:6788
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr ""
  
! #: c-family/c-common.c:6796
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr ""
  
! #: c-family/c-common.c:6802
  #, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr ""
  
! #: c-family/c-common.c:6810
  #, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6826
  #, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6833
  #, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:7754
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr ""
  
! #: c-family/c-common.c:7795 c-family/c-common.c:7843 c-family/c-common.c:7858
  #: cp/call.c:4836 cp/call.c:4843
  #, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
*************** msgstr ""
*** 23619,23640 ****
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7943
  #, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr ""
  
! #: c-family/c-common.c:7965 c/c-decl.c:6124
  #, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr ""
  
! #: c-family/c-common.c:7967 c/c-decl.c:6127
  #, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr ""
  
! #: c-family/c-common.c:7997
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
--- 23592,23613 ----
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7944
  #, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr ""
  
! #: c-family/c-common.c:7966 c/c-decl.c:6124
  #, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr ""
  
! #: c-family/c-common.c:7968 c/c-decl.c:6127
  #, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr ""
  
! #: c-family/c-common.c:7998
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
*************** msgstr ""
*** 24924,24935 ****
  #: c-family/c-warn.c:1068
  #, gcc-internal-format
  msgid "case value %qs not in enumerated type"
! msgstr ""
  
  #: c-family/c-warn.c:1073
  #, gcc-internal-format
  msgid "case value %qs not in enumerated type %qT"
! msgstr ""
  
  #: c-family/c-warn.c:1134
  #, gcc-internal-format
--- 24897,24908 ----
  #: c-family/c-warn.c:1068
  #, gcc-internal-format
  msgid "case value %qs not in enumerated type"
! msgstr "Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� Ð²Ð¸Ð¿Ð°Ð´ÐºÑƒ %qs Ð½Ðµ Ð½Ð°Ð»ÐµÐ¶Ð¸Ñ‚ÑŒ Ð´Ð¾ Ð¿ÐµÑ€ÐµÑ€Ð°Ñ…Ð¾Ð²Ð½Ð¾Ð³Ð¾ Ñ‚Ð¸Ð¿Ñƒ"
  
  #: c-family/c-warn.c:1073
  #, gcc-internal-format
  msgid "case value %qs not in enumerated type %qT"
! msgstr "Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� Ð²Ð¸Ð¿Ð°Ð´ÐºÑƒ %qs Ð½Ðµ Ð½Ð°Ð»ÐµÐ¶Ð¸Ñ‚ÑŒ Ð´Ð¾ Ð¿ÐµÑ€ÐµÑ€Ð°Ñ…Ð¾Ð²Ð½Ð¾Ð³Ð¾ Ñ‚Ð¸Ð¿Ñƒ %qT"
  
  #: c-family/c-warn.c:1134
  #, gcc-internal-format
*************** msgstr ""
*** 25290,25296 ****
  #: c-family/c-warn.c:1897
  #, gcc-internal-format
  msgid "unused parameter %qD"
! msgstr ""
  
  #: c-family/c-warn.c:1959
  #, gcc-internal-format
--- 25263,25269 ----
  #: c-family/c-warn.c:1897
  #, gcc-internal-format
  msgid "unused parameter %qD"
! msgstr "Ð½ÐµÐ²Ð¸ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð°Ð½Ð¸Ð¹ Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€ %qD"
  
  #: c-family/c-warn.c:1959
  #, gcc-internal-format
*************** msgstr ""
*** 25395,25401 ****
  msgid "too many input files"
  msgstr ""
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8751
  #, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr ""
--- 25368,25374 ----
  msgid "too many input files"
  msgstr ""
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8759
  #, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr ""
*************** msgstr ""
*** 25853,26032 ****
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8374
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8418
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8475
  #, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8493
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown tuning option (%s)"
  msgstr "Ð½ÐµÐ²Ñ–Ð´Ð¾Ð¼Ð¸Ð¹ Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€ Ñ€ÐµÐ³ÑƒÐ»ÑŽÐ²Ð°Ð½Ð½Ñ� (%s)"
  
! #: config/aarch64/aarch64.c:8707
! #, fuzzy, gcc-internal-format
! #| msgid "Invalid argument %d for builtin %qF"
  msgid "valid arguments are: %s; did you mean %qs?"
! msgstr "Ð�ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d Ð´Ð¾ Ð²Ð±ÑƒÐ´Ð¾Ð²Ð°Ð½Ð¾Ñ— %qF"
  
! #: config/aarch64/aarch64.c:8748
  #, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8755
  #, gcc-internal-format
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8782
  #, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8785
  #, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8789
  #, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8815
  #, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8818
  #, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8921 config/arm/arm.c:3093
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8956
  #, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8960
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9022
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9187
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9190
  #, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9194
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9228
  #, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9231
  #, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9235
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9266
  #, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9307
  #, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9312
  #, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9364
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9412
  #, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9421
  #, gcc-internal-format
  msgid "target %s %qs does not allow a negated form"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9476
  #, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9536 config/arm/arm.c:30367
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:14849
  #, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9546
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9563
  #, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9572
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11420
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11422
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr ""
--- 25826,26004 ----
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8382
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8426
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8483
  #, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8501
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown tuning option (%s)"
  msgstr "Ð½ÐµÐ²Ñ–Ð´Ð¾Ð¼Ð¸Ð¹ Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€ Ñ€ÐµÐ³ÑƒÐ»ÑŽÐ²Ð°Ð½Ð½Ñ� (%s)"
  
! #: config/aarch64/aarch64.c:8715
! #, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
! msgstr "ÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¼Ð¸ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ð¼Ð¸ Ñ” Ñ‚Ð°ÐºÑ–: %s; Ð²Ð¸ Ð¼Ð°Ð»Ð¸ Ð½Ð° ÑƒÐ²Ð°Ð·Ñ– %qs?"
  
! #: config/aarch64/aarch64.c:8756
  #, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8763
  #, gcc-internal-format
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8790
  #, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8793
  #, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8797
  #, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8823
  #, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8826
  #, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8929 config/arm/arm.c:3094
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8964
  #, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8968
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9030
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9195
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9198
  #, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9202
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9236
  #, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9239
  #, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9243
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9274
  #, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9315
  #, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9320
  #, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9372
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9420
  #, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9429
  #, gcc-internal-format
  msgid "target %s %qs does not allow a negated form"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9484
  #, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9544 config/arm/arm.c:30411
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:15017
  #, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9554
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9571
  #, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9580
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11428
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11430
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr ""
*************** msgstr ""
*** 26433,26621 ****
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2799
  #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:2805
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr ""
  
! #: config/arm/arm.c:2809
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2812
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2820
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr ""
  
! #: config/arm/arm.c:2824
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2827
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2831
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2839
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2844
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2947
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr ""
  
! #: config/arm/arm.c:2992
  #, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr ""
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3246
  #, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr ""
  
! #: config/arm/arm.c:3321
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr ""
  
! #: config/arm/arm.c:3327
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr ""
  
! #: config/arm/arm.c:3335
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:3338
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr ""
  
! #: config/arm/arm.c:3372
  #, gcc-internal-format
  msgid "selected fp16 options are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:3403
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr ""
  
! #: config/arm/arm.c:3406
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr ""
  
! #: config/arm/arm.c:3417
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr ""
  
! #: config/arm/arm.c:3420
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr ""
  
! #: config/arm/arm.c:3425
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr ""
  
! #: config/arm/arm.c:3436
  #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr ""
  
! #: config/arm/arm.c:3444
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr ""
  
! #: config/arm/arm.c:3480
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr ""
  
! #: config/arm/arm.c:3482
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr ""
  
! #: config/arm/arm.c:3507
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr ""
  
! #: config/arm/arm.c:3519
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr ""
  
! #: config/arm/arm.c:3528
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr ""
  
! #: config/arm/arm.c:3547
  #, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr ""
  
! #: config/arm/arm.c:3638
  #, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr ""
  
! #: config/arm/arm.c:5706
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5708
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5727
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5922
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr ""
  
! #: config/arm/arm.c:6672 config/arm/arm.c:6690 config/arm/arm.c:6865
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
--- 26405,26599 ----
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2800
  #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:2806
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr ""
  
! #: config/arm/arm.c:2810
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2813
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2821
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr ""
  
! #: config/arm/arm.c:2825
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2828
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2832
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2840
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2845
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2948
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr ""
  
! #: config/arm/arm.c:2993
  #, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr ""
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3247
  #, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr ""
  
! #: config/arm/arm.c:3322
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr ""
  
! #: config/arm/arm.c:3328
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr ""
  
! #: config/arm/arm.c:3336
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:3339
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr ""
  
! #: config/arm/arm.c:3373
  #, gcc-internal-format
  msgid "selected fp16 options are incompatible"
  msgstr ""
  
! #: config/arm/arm.c:3404
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr ""
  
! #: config/arm/arm.c:3407
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr ""
  
! #: config/arm/arm.c:3418
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr ""
  
! #: config/arm/arm.c:3421
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr ""
  
! #: config/arm/arm.c:3426
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr ""
  
! #: config/arm/arm.c:3437
  #, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr ""
  
! #: config/arm/arm.c:3445
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr ""
  
! #: config/arm/arm.c:3481
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr ""
  
! #: config/arm/arm.c:3483
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr ""
  
! #: config/arm/arm.c:3508
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr ""
  
! #: config/arm/arm.c:3520
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr ""
  
! #: config/arm/arm.c:3529
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr ""
  
! #: config/arm/arm.c:3548
  #, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr ""
  
! #: config/arm/arm.c:3639
  #, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr ""
  
! #: config/arm/arm.c:5707
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5709
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5728
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5923
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr ""
  
! #: config/arm/arm.c:6362 config/arm/arm.c:6565 config/arm/arm.c:6593
! #: config/arm/arm.c:26560
! #, gcc-internal-format
! msgid "parameter passing for argument of type %qT changed in GCC 7.1"
! msgstr ""
! 
! #: config/arm/arm.c:6709 config/arm/arm.c:6727 config/arm/arm.c:6902
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
*************** msgstr ""
*** 26631,26702 ****
  msgid "%qE attribute only applies to functions"
  msgstr ""
  
! #: config/arm/arm.c:6814
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6826
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr ""
  
! #: config/arm/arm.c:6835
  #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6857 config/arm/arm.c:6909
  #, gcc-internal-format
  msgid "%qE attribute ignored without -mcmse option."
  msgstr ""
  
! #: config/arm/arm.c:6876
  #, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr ""
  
! #: config/arm/arm.c:6925
  #, gcc-internal-format
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr ""
  
! #: config/arm/arm.c:12208
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12211
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23458
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr ""
  
! #: config/arm/arm.c:24111
  #, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr ""
  
! #: config/arm/arm.c:24375
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr ""
  
! #: config/arm/arm.c:24624
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:24853
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30391
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid fpu for attribute(target(\"%s\"))"
  msgstr ""
--- 26609,26680 ----
  msgid "%qE attribute only applies to functions"
  msgstr ""
  
! #: config/arm/arm.c:6851
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6863
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr ""
  
! #: config/arm/arm.c:6872
  #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6894 config/arm/arm.c:6946
  #, gcc-internal-format
  msgid "%qE attribute ignored without -mcmse option."
  msgstr ""
  
! #: config/arm/arm.c:6913
  #, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr ""
  
! #: config/arm/arm.c:6962
  #, gcc-internal-format
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr ""
  
! #: config/arm/arm.c:12245
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12248
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23495
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr ""
  
! #: config/arm/arm.c:24148
  #, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr ""
  
! #: config/arm/arm.c:24412
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr ""
  
! #: config/arm/arm.c:24661
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:24890
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30435
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid fpu for attribute(target(\"%s\"))"
  msgstr ""
*************** msgstr ""
*** 26704,26716 ****
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30399
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30406 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:14915 config/s390/s390.c:14965 config/s390/s390.c:14982
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr ""
--- 26682,26694 ----
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30443
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30450 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:15083 config/s390/s390.c:15133 config/s390/s390.c:15150
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr ""
*************** msgid "can%'t set position in PCH file:
*** 27349,27358 ****
  msgstr ""
  
  #: config/i386/i386.c:4692
! #, fuzzy, gcc-internal-format
! #| msgid "Invalid argument %d for builtin %qF"
  msgid "wrong argument %qs to option %qs"
! msgstr "Ð�ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d Ð´Ð¾ Ð²Ð±ÑƒÐ´Ð¾Ð²Ð°Ð½Ð¾Ñ— %qF"
  
  #: config/i386/i386.c:4698
  #, gcc-internal-format
--- 27327,27335 ----
  msgstr ""
  
  #: config/i386/i386.c:4692
! #, gcc-internal-format
  msgid "wrong argument %qs to option %qs"
! msgstr "Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ¾Ð²Ð¸Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %qs Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€Ð° %qs"
  
  #: config/i386/i386.c:4698
  #, gcc-internal-format
*************** msgstr ""
*** 27403,27409 ****
  #: config/i386/i386.c:5272
  #, gcc-internal-format
  msgid "%<target(\"tune=x86-64\")%> is deprecated; use %<target(\"tune=k8\")%> or %<target(\"tune=generic\")%> instead as appropriate"
! msgstr ""
  
  #. rep; movq isn't available in 32-bit code.
  #: config/i386/i386.c:5299
--- 27380,27386 ----
  #: config/i386/i386.c:5272
  #, gcc-internal-format
  msgid "%<target(\"tune=x86-64\")%> is deprecated; use %<target(\"tune=k8\")%> or %<target(\"tune=generic\")%> instead as appropriate"
! msgstr "%<target(\"tune=x86-64\")%> Ð²Ð²Ð°Ð¶Ð°Ñ”Ñ‚ÑŒÑ�Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¸Ð¼; Ñ�ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð°Ð¹Ñ‚ÐµÑ�Ñ� Ð¾Ð´Ð½Ð¸Ð¼ Ñ–Ð· Ð²Ñ–Ð´Ð¿Ð¾Ð²Ñ–Ð´Ð½Ð¸ÐºÑ–Ð²: %<target(\"tune=k8\")%> Ð°Ð±Ð¾ %<target(\"tune=generic\")%>"
  
  #. rep; movq isn't available in 32-bit code.
  #: config/i386/i386.c:5299
*************** msgstr ""
*** 27495,27501 ****
  #: config/i386/i386.c:5688
  #, gcc-internal-format
  msgid "valid arguments to %<-march=%> switch are: %s"
! msgstr ""
  
  #: config/i386/i386.c:5689
  #, gcc-internal-format
--- 27472,27478 ----
  #: config/i386/i386.c:5688
  #, gcc-internal-format
  msgid "valid arguments to %<-march=%> switch are: %s"
! msgstr "ÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¼Ð¸ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ð¼Ð¸ Ð¿ÐµÑ€ÐµÐ¼Ð¸ÐºÐ°Ñ‡Ð° %<-march=%> Ñ” Ñ‚Ð°ÐºÑ–: %s"
  
  #: config/i386/i386.c:5689
  #, gcc-internal-format
*************** msgid "valid arguments to %<target(\"tun
*** 27523,27532 ****
  msgstr ""
  
  #: config/i386/i386.c:5759
! #, fuzzy, gcc-internal-format
! #| msgid "invalid argument to %<__builtin_return_address%>"
  msgid "valid arguments to %<-mtune=%> switch are: %s"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %<__builtin_return_address%>"
  
  #: config/i386/i386.c:5760
  #, gcc-internal-format
--- 27500,27508 ----
  msgstr ""
  
  #: config/i386/i386.c:5759
! #, gcc-internal-format
  msgid "valid arguments to %<-mtune=%> switch are: %s"
! msgstr "ÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¼Ð¸ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð°Ð¼Ð¸ Ð¿ÐµÑ€ÐµÐ¼Ð¸ÐºÐ°Ñ‡Ð° %<-mtune=%> Ñ” Ñ‚Ð°ÐºÑ–: %s"
  
  #: config/i386/i386.c:5760
  #, gcc-internal-format
*************** msgid "invalid warm function for reset a
*** 28925,28934 ****
  msgstr ""
  
  #: config/nds32/nds32.c:2707
! #, fuzzy, gcc-internal-format
! #| msgid "Generate position-independent code if possible (small mode)."
  msgid "position-independent code not supported"
! msgstr "Ð¡Ñ‚Ð²Ð¾Ñ€Ð¸Ñ‚Ð¸ Ð²Ð¸ÐºÐ¾Ð½ÑƒÐ²Ð°Ð½Ð¸Ð¹ Ñ„Ð°Ð¹Ð» Ð· Ð½ÐµÐ·Ð°Ð»ÐµÐ¶Ð½Ð¸Ð¼ Ð¿Ð¾Ð·Ð¸Ñ†Ñ–ÑŽÐ²Ð°Ð½Ð½Ñ�Ð¼, Ñ�ÐºÑ‰Ð¾ Ð¼Ð¾Ð¶Ð»Ð¸Ð²Ð¾ (Ð¼Ð°Ð»Ð¸Ð¹ Ñ€ÐµÐ¶Ð¸Ð¼)"
  
  #: config/nios2/nios2.c:561
  #, gcc-internal-format
--- 28901,28909 ----
  msgstr ""
  
  #: config/nds32/nds32.c:2707
! #, gcc-internal-format
  msgid "position-independent code not supported"
! msgstr "Ð¿Ñ–Ð´Ñ‚Ñ€Ð¸Ð¼ÐºÐ¸ ÐºÐ¾Ð´Ñƒ Ñ–Ð· Ð½ÐµÐ·Ð°Ð»ÐµÐ¶Ð½Ð¸Ð¼ Ð¿Ð¾Ð·Ð¸Ñ†Ñ–ÑŽÐ²Ð°Ð½Ð½Ñ�Ð¼ Ð½Ðµ Ð¿ÐµÑ€ÐµÐ´Ð±Ð°Ñ‡ÐµÐ½Ð¾"
  
  #: config/nios2/nios2.c:561
  #, gcc-internal-format
*************** msgstr ""
*** 29320,29326 ****
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5711
  #, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr ""
--- 29295,29301 ----
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5710
  #, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr ""
*************** msgstr ""
*** 29330,29371 ****
  msgid "vec_addec only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5861
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5866
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5871
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5937
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6106
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6380
  #, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6434
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6442
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr ""
--- 29305,29346 ----
  msgid "vec_addec only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5862
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5867
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5872
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:5938
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6107
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6381
  #, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6435
  #, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6443
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr ""
*************** msgstr ""
*** 30329,30341 ****
  #: config/s390/s390-c.c:879
  #, gcc-internal-format
  msgid "builtin %qF is deprecated."
! msgstr ""
  
  #: config/s390/s390-c.c:883
! #, fuzzy, gcc-internal-format
! #| msgid "%E requires %<-fgnu-tm%>"
  msgid "%qF requires -mvx"
! msgstr "%E Ð¿Ð¾Ñ‚Ñ€ÐµÐ±ÑƒÑ” %<-fgnu-tm%>"
  
  #: config/s390/s390-c.c:889
  #, gcc-internal-format
--- 30304,30315 ----
  #: config/s390/s390-c.c:879
  #, gcc-internal-format
  msgid "builtin %qF is deprecated."
! msgstr "Ð²Ð±ÑƒÐ´Ð¾Ð²Ð°Ð½Ð¸Ð¹ %qF Ð²Ð²Ð°Ð¶Ð°Ñ”Ñ‚ÑŒÑ�Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¸Ð¼."
  
  #: config/s390/s390-c.c:883
! #, gcc-internal-format
  msgid "%qF requires -mvx"
! msgstr "%qF Ð¿Ð¾Ñ‚Ñ€ÐµÐ±ÑƒÑ” -mvx"
  
  #: config/s390/s390-c.c:889
  #, gcc-internal-format
*************** msgid "bad builtin icode"
*** 30409,30532 ****
  msgstr ""
  
  #: config/s390/s390.c:1004
! #, fuzzy, gcc-internal-format
! #| msgid "Invalid argument %d for builtin %qF"
  msgid "invalid argument %d for builtin %qF"
! msgstr "Ð�ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d Ð´Ð¾ Ð²Ð±ÑƒÐ´Ð¾Ð²Ð°Ð½Ð¾Ñ— %qF"
  
  #: config/s390/s390.c:1105
  #, gcc-internal-format
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9812
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr ""
  
! #: config/s390/s390.c:10926
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:10942
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:10970
  #, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr ""
  
! #: config/s390/s390.c:10974
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr ""
  
! #: config/s390/s390.c:11352
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14498
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14510
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14522
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr ""
  
! #: config/s390/s390.c:14525
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14542
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14545
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14573
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14577
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14589
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14597
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr ""
  
! #: config/s390/s390.c:14603
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr ""
  
! #: config/s390/s390.c:14605
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr ""
  
! #: config/s390/s390.c:14608
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr ""
  
  #. argument is not a plain number
! #: config/s390/s390.c:14706
  #, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr ""
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr ""
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:14921
  #, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr ""
--- 30383,30505 ----
  msgstr ""
  
  #: config/s390/s390.c:1004
! #, gcc-internal-format
  msgid "invalid argument %d for builtin %qF"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %d Ð´Ð»Ñ� Ð²Ð±ÑƒÐ´Ð¾Ð²Ð°Ð½Ð¾Ñ— %qF"
  
  #: config/s390/s390.c:1105
  #, gcc-internal-format
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9980
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr ""
  
! #: config/s390/s390.c:11094
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:11110
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:11138
  #, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr ""
  
! #: config/s390/s390.c:11142
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr ""
  
! #: config/s390/s390.c:11520
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14666
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14678
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14690
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr ""
  
! #: config/s390/s390.c:14693
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14710
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14741
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14745
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14757
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14765
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr ""
  
! #: config/s390/s390.c:14771
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr ""
  
! #: config/s390/s390.c:14773
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr ""
  
! #: config/s390/s390.c:14776
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr ""
  
  #. argument is not a plain number
! #: config/s390/s390.c:14874
  #, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr ""
  
! #: config/s390/s390.c:14881
  #, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr ""
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:15089
  #, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr ""
*************** msgstr ""
*** 31152,31158 ****
  #: c/c-decl.c:1794
  #, gcc-internal-format
  msgid "previous implicit declaration of %q+D was here"
! msgstr ""
  
  #: c/c-decl.c:1796
  #, gcc-internal-format
--- 31125,31131 ----
  #: c/c-decl.c:1794
  #, gcc-internal-format
  msgid "previous implicit declaration of %q+D was here"
! msgstr "Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” Ð½ÐµÑ�Ð²Ð½Ðµ Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� %q+D Ð±ÑƒÐ»Ð¾ Ñ‚ÑƒÑ‚"
  
  #: c/c-decl.c:1796
  #, gcc-internal-format
*************** msgstr ""
*** 31323,31339 ****
  #: c/c-decl.c:3144 c/c-decl.c:3157
  #, gcc-internal-format
  msgid "implicit declaration of function %qE; did you mean %qs?"
! msgstr ""
  
  #: c/c-decl.c:3149 c/c-decl.c:3162
  #, gcc-internal-format
  msgid "implicit declaration of function %qE"
! msgstr ""
  
  #: c/c-decl.c:3408
  #, gcc-internal-format
  msgid "incompatible implicit declaration of built-in function %qD"
! msgstr ""
  
  #: c/c-decl.c:3415
  #, gcc-internal-format
--- 31296,31312 ----
  #: c/c-decl.c:3144 c/c-decl.c:3157
  #, gcc-internal-format
  msgid "implicit declaration of function %qE; did you mean %qs?"
! msgstr "Ð½ÐµÑ�Ð²Ð½Ðµ Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� Ñ„ÑƒÐ½ÐºÑ†Ñ–Ñ— %qE; Ð²Ð¸ Ð¼Ð°Ð»Ð¸ Ð½Ð° ÑƒÐ²Ð°Ð·Ñ– %qs?"
  
  #: c/c-decl.c:3149 c/c-decl.c:3162
  #, gcc-internal-format
  msgid "implicit declaration of function %qE"
! msgstr "Ð½ÐµÑ�Ð²Ð½Ðµ Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� Ñ„ÑƒÐ½ÐºÑ†Ñ–Ñ— %qE"
  
  #: c/c-decl.c:3408
  #, gcc-internal-format
  msgid "incompatible implicit declaration of built-in function %qD"
! msgstr "Ð½ÐµÑ�ÑƒÐ¼Ñ–Ñ�Ð½Ðµ Ð½ÐµÑ�Ð²Ð½Ðµ Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� Ð²Ð±ÑƒÐ´Ð¾Ð²Ð°Ð½Ð¾Ñ— Ñ„ÑƒÐ½ÐºÑ†Ñ–Ñ— %qD"
  
  #: c/c-decl.c:3415
  #, gcc-internal-format
*************** msgstr ""
*** 31343,31349 ****
  #: c/c-decl.c:3424
  #, gcc-internal-format
  msgid "incompatible implicit declaration of function %qD"
! msgstr ""
  
  #: c/c-decl.c:3484
  #, gcc-internal-format
--- 31316,31322 ----
  #: c/c-decl.c:3424
  #, gcc-internal-format
  msgid "incompatible implicit declaration of function %qD"
! msgstr "Ð½ÐµÑ�ÑƒÐ¼Ñ–Ñ�Ð½Ðµ Ð½ÐµÑ�Ð²Ð½Ðµ Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� Ñ„ÑƒÐ½ÐºÑ†Ñ–Ñ— %qD"
  
  #: c/c-decl.c:3484
  #, gcc-internal-format
*************** msgid "ISO C90 does not support boolean
*** 32612,32621 ****
  msgstr ""
  
  #: c/c-decl.c:10452
! #, fuzzy, gcc-internal-format
! #| msgid "ISO C++ 1998 does not support %<long long%>"
  msgid "ISO C does not support the %<_Float%d%s%> type"
! msgstr "Ð£ ISO C++ 1998 Ð½Ðµ Ð¿ÐµÑ€ÐµÐ´Ð±Ð°Ñ‡ÐµÐ½Ð¾ Ð¿Ñ–Ð´Ñ‚Ñ€Ð¸Ð¼ÐºÐ¸ %<long long%>"
  
  #: c/c-decl.c:10502
  #, gcc-internal-format
--- 32585,32593 ----
  msgstr ""
  
  #: c/c-decl.c:10452
! #, gcc-internal-format
  msgid "ISO C does not support the %<_Float%d%s%> type"
! msgstr "Ð£ ISO C Ð½Ðµ Ð¿ÐµÑ€ÐµÐ´Ð±Ð°Ñ‡ÐµÐ½Ð¾ Ð¿Ñ–Ð´Ñ‚Ñ€Ð¸Ð¼ÐºÐ¸ Ñ‚Ð¸Ð¿Ñƒ %<_Float%d%s%>"
  
  #: c/c-decl.c:10502
  #, gcc-internal-format
*************** msgid "%E qualifier ignored on asm"
*** 33216,33225 ****
  msgstr ""
  
  #: c/c-parser.c:6175
! #, fuzzy, gcc-internal-format
! #| msgid "expected %<,%> or %<)%>"
  msgid "expected %<:%> or %<)%>"
! msgstr "Ð¼Ð°Ð»Ð¾ Ð±ÑƒÑ‚Ð¸ %<,%> Ð°Ð±Ð¾ %<)%>"
  
  #: c/c-parser.c:6487
  #, gcc-internal-format
--- 33188,33196 ----
  msgstr ""
  
  #: c/c-parser.c:6175
! #, gcc-internal-format
  msgid "expected %<:%> or %<)%>"
! msgstr "Ð¼Ð°Ð»Ð¾ Ð±ÑƒÑ‚Ð¸ %<:%> Ð°Ð±Ð¾ %<)%>"
  
  #: c/c-parser.c:6487
  #, gcc-internal-format
*************** msgstr ""
*** 33340,33346 ****
  #: c/c-parser.c:7912
  #, gcc-internal-format
  msgid "wrong number of arguments to %<__builtin_choose_expr%>"
! msgstr ""
  
  #: c/c-parser.c:7928
  #, gcc-internal-format
--- 33311,33317 ----
  #: c/c-parser.c:7912
  #, gcc-internal-format
  msgid "wrong number of arguments to %<__builtin_choose_expr%>"
! msgstr "Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ¾Ð²Ð° ÐºÑ–Ð»ÑŒÐºÑ–Ñ�Ñ‚ÑŒ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ñ–Ð² %<__builtin_choose_expr%>"
  
  #: c/c-parser.c:7928
  #, gcc-internal-format
*************** msgstr ""
*** 33350,33356 ****
  #: c/c-parser.c:7999
  #, gcc-internal-format
  msgid "wrong number of arguments to %<__builtin_call_with_static_chain%>"
! msgstr ""
  
  #: c/c-parser.c:8012
  #, gcc-internal-format
--- 33321,33327 ----
  #: c/c-parser.c:7999
  #, gcc-internal-format
  msgid "wrong number of arguments to %<__builtin_call_with_static_chain%>"
! msgstr "Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ¾Ð²Ð° ÐºÑ–Ð»ÑŒÐºÑ–Ñ�Ñ‚ÑŒ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ñ–Ð² %<__builtin_call_with_static_chain%>"
  
  #: c/c-parser.c:8012
  #, gcc-internal-format
*************** msgstr ""
*** 33365,33371 ****
  #: c/c-parser.c:8042
  #, gcc-internal-format
  msgid "wrong number of arguments to %<__builtin_complex%>"
! msgstr ""
  
  #: c/c-parser.c:8064
  #, gcc-internal-format
--- 33336,33342 ----
  #: c/c-parser.c:8042
  #, gcc-internal-format
  msgid "wrong number of arguments to %<__builtin_complex%>"
! msgstr "Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ¾Ð²Ð° ÐºÑ–Ð»ÑŒÐºÑ–Ñ�Ñ‚ÑŒ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ñ–Ð² %<__builtin_complex%>"
  
  #: c/c-parser.c:8064
  #, gcc-internal-format
*************** msgstr ""
*** 33380,33386 ****
  #: c/c-parser.c:8121 cp/parser.c:6676
  #, gcc-internal-format
  msgid "wrong number of arguments to %<__builtin_shuffle%>"
! msgstr ""
  
  #: c/c-parser.c:8202 cp/parser.c:6587
  #, gcc-internal-format
--- 33351,33357 ----
  #: c/c-parser.c:8121 cp/parser.c:6676
  #, gcc-internal-format
  msgid "wrong number of arguments to %<__builtin_shuffle%>"
! msgstr "Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ¾Ð²Ð° ÐºÑ–Ð»ÑŒÐºÑ–Ñ�Ñ‚ÑŒ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ñ–Ð² %<__builtin_shuffle%>"
  
  #: c/c-parser.c:8202 cp/parser.c:6587
  #, gcc-internal-format
*************** msgid "%<#pragma %s%> may only be used i
*** 33482,33491 ****
  msgstr ""
  
  #: c/c-parser.c:10214 cp/parser.c:38233
! #, fuzzy, gcc-internal-format
! #| msgid "%<#pragma acc routine%> %s"
  msgid "%<#pragma acc routine%> must be at file scope"
! msgstr "%<#pragma acc routine%> %s"
  
  #: c/c-parser.c:10292 cp/parser.c:38314
  #, gcc-internal-format
--- 33453,33461 ----
  msgstr ""
  
  #: c/c-parser.c:10214 cp/parser.c:38233
! #, gcc-internal-format
  msgid "%<#pragma acc routine%> must be at file scope"
! msgstr "%<#pragma acc routine%> Ð¼Ð°Ñ” Ð¿ÐµÑ€ÐµÐ±ÑƒÐ²Ð°Ñ‚Ð¸ Ñƒ Ð¾Ð±Ð»Ð°Ñ�Ñ‚Ñ– Ð²Ð¸Ð´Ð¸Ð¼Ð¾Ñ�Ñ‚Ñ– Ñ„Ð°Ð¹Ð»Ð°"
  
  #: c/c-parser.c:10292 cp/parser.c:38314
  #, gcc-internal-format
*************** msgid "schedule %<auto%> does not take a
*** 33677,33686 ****
  msgstr ""
  
  #: c/c-parser.c:12297 cp/semantics.c:6395
! #, fuzzy, gcc-internal-format
! #| msgid "%qs value must be positive"
  msgid "chunk size value must be positive"
! msgstr "Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %qs Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð´Ð¾Ð´Ð°Ñ‚Ð½Ð¸Ð¼"
  
  #: c/c-parser.c:12320 cp/parser.c:32207
  #, gcc-internal-format
--- 33647,33655 ----
  msgstr ""
  
  #: c/c-parser.c:12297 cp/semantics.c:6395
! #, gcc-internal-format
  msgid "chunk size value must be positive"
! msgstr "Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� Ñ€Ð¾Ð·Ð¼Ñ–Ñ€Ñƒ Ñ„Ñ€Ð°Ð³Ð¼ÐµÐ½Ñ‚Ð° Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð´Ð¾Ð´Ð°Ñ‚Ð½Ð¸Ð¼"
  
  #: c/c-parser.c:12320 cp/parser.c:32207
  #, gcc-internal-format
*************** msgid "variable %qD used more than once
*** 33803,33812 ****
  msgstr ""
  
  #: c/c-parser.c:13933 cp/parser.c:36305
! #, fuzzy, gcc-internal-format
! #| msgid "expected %<for%> after %qs"
  msgid "expected %<data%> after %<#pragma acc %s%>"
! msgstr "Ð¼Ð°Ð»Ð¾ Ð±ÑƒÑ‚Ð¸ %<for%> Ð¿Ñ–Ñ�Ð»Ñ� %qs"
  
  #: c/c-parser.c:13949 cp/parser.c:36322
  #, gcc-internal-format
--- 33772,33780 ----
  msgstr ""
  
  #: c/c-parser.c:13933 cp/parser.c:36305
! #, gcc-internal-format
  msgid "expected %<data%> after %<#pragma acc %s%>"
! msgstr "Ð¼Ð°Ð»Ð¾ Ð±ÑƒÑ‚Ð¸ %<data%> Ð¿Ñ–Ñ�Ð»Ñ� %<#pragma acc %s%>"
  
  #: c/c-parser.c:13949 cp/parser.c:36322
  #, gcc-internal-format
*************** msgid "%<#pragma acc routine%> not immed
*** 33839,33860 ****
  msgstr ""
  
  #: c/c-parser.c:14268 cp/parser.c:37576
! #, fuzzy, gcc-internal-format
! #| msgid "%<#pragma acc routine%> %s"
  msgid "%<#pragma acc routine%> already applied to %qD"
! msgstr "%<#pragma acc routine%> %s"
  
  #: c/c-parser.c:14277 cp/parser.c:37585
! #, fuzzy, gcc-internal-format
! #| msgid "%<#pragma acc routine%> %s"
  msgid "%<#pragma acc routine%> must be applied before use"
! msgstr "%<#pragma acc routine%> %s"
  
  #: c/c-parser.c:14278 cp/parser.c:37586
! #, fuzzy, gcc-internal-format
! #| msgid "%<#pragma acc routine%> %s"
  msgid "%<#pragma acc routine%> must be applied before definition"
! msgstr "%<#pragma acc routine%> %s"
  
  #: c/c-parser.c:14321 cp/parser.c:36497
  #, gcc-internal-format
--- 33807,33825 ----
  msgstr ""
  
  #: c/c-parser.c:14268 cp/parser.c:37576
! #, gcc-internal-format
  msgid "%<#pragma acc routine%> already applied to %qD"
! msgstr "%<#pragma acc routine%> Ð²Ð¶Ðµ Ð·Ð°Ñ�Ñ‚Ð¾Ñ�Ð¾Ð²Ð°Ð½Ð¾ Ð´Ð¾ %qD"
  
  #: c/c-parser.c:14277 cp/parser.c:37585
! #, gcc-internal-format
  msgid "%<#pragma acc routine%> must be applied before use"
! msgstr "%<#pragma acc routine%> Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð·Ð°Ñ�Ñ‚Ð¾Ñ�Ð¾Ð²Ð°Ð½Ð¾ Ð´Ð¾ Ð²Ð¸ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð°Ð½Ð½Ñ�"
  
  #: c/c-parser.c:14278 cp/parser.c:37586
! #, gcc-internal-format
  msgid "%<#pragma acc routine%> must be applied before definition"
! msgstr "%<#pragma acc routine%> Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð·Ð°Ñ�Ñ‚Ð¾Ñ�Ð¾Ð²Ð°Ð½Ð¾ Ð´Ð¾ Ð²Ð¸Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ�"
  
  #: c/c-parser.c:14321 cp/parser.c:36497
  #, gcc-internal-format
*************** msgid "function or array type in %<#prag
*** 34047,34056 ****
  msgstr ""
  
  #: c/c-parser.c:16998
! #, fuzzy, gcc-internal-format
! #| msgid "previous %<#pragma omp declare reduction%>"
  msgid "%<_Atomic%> qualified type in %<#pragma omp declare reduction%>"
! msgstr "Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” %<#pragma omp declare reduction%>"
  
  #: c/c-parser.c:17001
  #, gcc-internal-format
--- 34012,34020 ----
  msgstr ""
  
  #: c/c-parser.c:16998
! #, gcc-internal-format
  msgid "%<_Atomic%> qualified type in %<#pragma omp declare reduction%>"
! msgstr "Ñ‚Ð¸Ð¿ ÐºÐ»Ð°Ñ�Ñƒ %<_Atomic%> Ñƒ %<#pragma omp declare reduction%>"
  
  #: c/c-parser.c:17001
  #, gcc-internal-format
*************** msgid "arithmetic on pointer to an empty
*** 34502,34511 ****
  msgstr ""
  
  #: c/c-typeck.c:4244
! #, fuzzy, gcc-internal-format
! #| msgid "%<goto%> is not a constant-expression"
  msgid "%<~%> on a boolean expression"
! msgstr "%<goto%> Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
  #: c/c-typeck.c:4248
  #, gcc-internal-format
--- 34466,34474 ----
  msgstr ""
  
  #: c/c-typeck.c:4244
! #, gcc-internal-format
  msgid "%<~%> on a boolean expression"
! msgstr "%<~%> Ð½Ð°Ð´ Ð±ÑƒÐ»ÐµÐ²Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
  #: c/c-typeck.c:4248
  #, gcc-internal-format
*************** msgid "base variable or SSA name undecla
*** 35771,35821 ****
  msgstr ""
  
  #: c/gimple-parser.c:850
! #, fuzzy, gcc-internal-format
! #| msgid "invalid operand"
  msgid "invalid _Literal"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´"
  
  #: c/gimple-parser.c:869
! #, fuzzy, gcc-internal-format
! #| msgid "invalid operand to %%R"
  msgid "invalid number of operands to __FMA"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´ %%R"
  
  #: c/gimple-parser.c:904
  #, gcc-internal-format
  msgid "anonymous SSA name cannot have default definition"
! msgstr ""
  
  #: c/gimple-parser.c:1153
! #, fuzzy, gcc-internal-format
! #| msgid "expected type-name"
  msgid "expected pass name"
! msgstr "Ð¼Ð°Ð»Ð¾ Ð±ÑƒÑ‚Ð¸ Ð²ÐºÐ°Ð·Ð°Ð½Ð¾ Ñ‚Ð¸Ð¿-Ð½Ð°Ð·Ð²Ñƒ"
  
  #: c/gimple-parser.c:1165
! #, fuzzy, gcc-internal-format
! #| msgid "invalid operand"
  msgid "invalid operation"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´"
  
  #: c/gimple-parser.c:1325 c/gimple-parser.c:1349
! #, fuzzy, gcc-internal-format
! #| msgid "expected expression"
  msgid "expected goto expression"
! msgstr "Ð¼Ð°Ð»Ð¾ Ð±ÑƒÑ‚Ð¸ Ð²ÐºÐ°Ð·Ð°Ð½Ð¾ Ð²Ð¸Ñ€Ð°Ð·"
  
  #: c/gimple-parser.c:1333
! #, fuzzy, gcc-internal-format
! #| msgid "unexpected argument"
  msgid "expected else statement"
! msgstr "Ð½ÐµÑ�Ð¿Ð¾Ð´Ñ–Ð²Ð°Ð½Ð¸Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚"
  
  #: c/gimple-parser.c:1478
! #, fuzzy, gcc-internal-format
! #| msgid "expected expression"
  msgid "expected semicolon"
! msgstr "Ð¼Ð°Ð»Ð¾ Ð±ÑƒÑ‚Ð¸ Ð²ÐºÐ°Ð·Ð°Ð½Ð¾ Ð²Ð¸Ñ€Ð°Ð·"
  
  #: c/gimple-parser.c:1488
  #, gcc-internal-format
--- 35734,35777 ----
  msgstr ""
  
  #: c/gimple-parser.c:850
! #, gcc-internal-format
  msgid "invalid _Literal"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ðµ _Literal"
  
  #: c/gimple-parser.c:869
! #, gcc-internal-format
  msgid "invalid number of operands to __FMA"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð° ÐºÑ–Ð»ÑŒÐºÑ–Ñ�Ñ‚ÑŒ Ð¾Ð¿ÐµÑ€Ð°Ð½Ð´Ñ–Ð² __FMA"
  
  #: c/gimple-parser.c:904
  #, gcc-internal-format
  msgid "anonymous SSA name cannot have default definition"
! msgstr "Ð°Ð½Ð¾Ð½Ñ–Ð¼Ð½Ð° Ð½Ð°Ð·Ð²Ð° SSA Ð½Ðµ Ð¼Ð¾Ð¶Ðµ Ð¼Ð°Ñ‚Ð¸ Ñ‚Ð¸Ð¿Ð¾Ð²Ð¾Ð³Ð¾ Ð²Ð¸Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ�"
  
  #: c/gimple-parser.c:1153
! #, gcc-internal-format
  msgid "expected pass name"
! msgstr ""
  
  #: c/gimple-parser.c:1165
! #, gcc-internal-format
  msgid "invalid operation"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð° Ð´Ñ–Ñ�"
  
  #: c/gimple-parser.c:1325 c/gimple-parser.c:1349
! #, gcc-internal-format
  msgid "expected goto expression"
! msgstr "Ð¼Ð°Ð»Ð¾ Ð±ÑƒÑ‚Ð¸ Ð²ÐºÐ°Ð·Ð°Ð½Ð¾ Ð²Ð¸Ñ€Ð°Ð· goto"
  
  #: c/gimple-parser.c:1333
! #, gcc-internal-format
  msgid "expected else statement"
! msgstr "Ð¼Ð°Ð»Ð¾ Ð±ÑƒÑ‚Ð¸ Ð²Ð¸ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð°Ð½Ð¾ Ñ–Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ñ–ÑŽ else"
  
  #: c/gimple-parser.c:1478
! #, gcc-internal-format
  msgid "expected semicolon"
! msgstr "Ð¼Ð°Ð»Ð¾ Ð±ÑƒÑ‚Ð¸ Ð²Ð¸ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð°Ð½Ð¾ ÐºÑ€Ð°Ð¿ÐºÑƒ Ð· ÐºÐ¾Ð¼Ð¾ÑŽ"
  
  #: c/gimple-parser.c:1488
  #, gcc-internal-format
*************** msgid "default argument mismatch in over
*** 36392,36407 ****
  msgstr ""
  
  #: cp/call.c:9877
! #, fuzzy, gcc-internal-format
! #| msgid "candidate 1:"
  msgid " candidate 1: %q#F"
! msgstr "ÐºÐ°Ð½Ð´Ð¸Ð´Ð°Ñ‚ 1:"
  
  #: cp/call.c:9879
! #, fuzzy, gcc-internal-format
! #| msgid "candidate 2:"
  msgid " candidate 2: %q#F"
! msgstr "ÐºÐ°Ð½Ð´Ð¸Ð´Ð°Ñ‚ 2:"
  
  #: cp/call.c:9924
  #, gcc-internal-format
--- 36348,36361 ----
  msgstr ""
  
  #: cp/call.c:9877
! #, gcc-internal-format
  msgid " candidate 1: %q#F"
! msgstr " ÐºÐ°Ð½Ð´Ð¸Ð´Ð°Ñ‚ 1: %q#F"
  
  #: cp/call.c:9879
! #, gcc-internal-format
  msgid " candidate 2: %q#F"
! msgstr " ÐºÐ°Ð½Ð´Ð¸Ð´Ð°Ñ‚ 2: %q#F"
  
  #: cp/call.c:9924
  #, gcc-internal-format
*************** msgid "invalid use of %q#T with a flexib
*** 36832,36841 ****
  msgstr ""
  
  #: cp/class.c:7016
! #, fuzzy, gcc-internal-format
! #| msgid "template %qD declared"
  msgid "array member %q#D declared here"
! msgstr "Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð¾ ÑˆÐ°Ð±Ð»Ð¾Ð½ %qD"
  
  #: cp/class.c:7043
  #, gcc-internal-format
--- 36786,36794 ----
  msgstr ""
  
  #: cp/class.c:7016
! #, gcc-internal-format
  msgid "array member %q#D declared here"
! msgstr "Ñ‡Ð»ÐµÐ½ Ð¼Ð°Ñ�Ð¸Ð²Ñƒ %q#D Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð¾ Ñ‚ÑƒÑ‚"
  
  #: cp/class.c:7043
  #, gcc-internal-format
*************** msgid "%q+E is not a constant expression
*** 37028,37037 ****
  msgstr ""
  
  #: cp/constexpr.c:1363 cp/constexpr.c:5115
! #, fuzzy, gcc-internal-format
! #| msgid "cannot call function %qD"
  msgid "call to internal function %qE"
! msgstr "Ð½Ðµ Ð²Ð´Ð°Ð»Ð¾Ñ�Ñ� Ð²Ð¸ÐºÐ»Ð¸ÐºÐ°Ñ‚Ð¸ Ñ„ÑƒÐ½ÐºÑ†Ñ–ÑŽ %qD"
  
  #: cp/constexpr.c:1426
  #, gcc-internal-format
--- 36981,36989 ----
  msgstr ""
  
  #: cp/constexpr.c:1363 cp/constexpr.c:5115
! #, gcc-internal-format
  msgid "call to internal function %qE"
! msgstr "Ð²Ð¸ÐºÐ»Ð¸Ðº Ð²Ð½ÑƒÑ‚Ñ€Ñ–ÑˆÐ½ÑŒÐ¾Ñ— Ñ„ÑƒÐ½ÐºÑ†Ñ–Ñ— %qE"
  
  #: cp/constexpr.c:1426
  #, gcc-internal-format
*************** msgid "accessing uninitialized member %q
*** 37139,37148 ****
  msgstr ""
  
  #: cp/constexpr.c:3122 cp/constexpr.c:4412
! #, fuzzy, gcc-internal-format
! #| msgid "null pointer"
  msgid "dereferencing a null pointer"
! msgstr "Ð½ÑƒÐ»ÑŒÐ¾Ð²Ð¸Ð¹ Ð²ÐºÐ°Ð·Ñ–Ð²Ð½Ð¸Ðº"
  
  #: cp/constexpr.c:3141
  #, gcc-internal-format
--- 37091,37099 ----
  msgstr ""
  
  #: cp/constexpr.c:3122 cp/constexpr.c:4412
! #, gcc-internal-format
  msgid "dereferencing a null pointer"
! msgstr "Ñ€Ð¾Ð·Ñ–Ð¼ÐµÐ½ÑƒÐ²Ð°Ð½Ð½Ñ� Ð½ÑƒÐ»ÑŒÐ¾Ð²Ð¾Ð³Ð¾ Ð²ÐºÐ°Ð·Ñ–Ð²Ð½Ð¸ÐºÐ°"
  
  #: cp/constexpr.c:3141
  #, gcc-internal-format
*************** msgid "%qD does not have integral or enu
*** 37185,37194 ****
  msgstr ""
  
  #: cp/constexpr.c:3410
! #, fuzzy, gcc-internal-format
! #| msgid "%<goto%> is not a constant-expression"
  msgid "modification of %qE is not a constant expression"
! msgstr "%<goto%> Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
  #: cp/constexpr.c:3782
  #, gcc-internal-format, gfc-internal-format
--- 37136,37144 ----
  msgstr ""
  
  #: cp/constexpr.c:3410
! #, gcc-internal-format
  msgid "modification of %qE is not a constant expression"
! msgstr "Ð·Ð¼Ñ–Ð½Ð° %qE Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
  #: cp/constexpr.c:3782
  #, gcc-internal-format, gfc-internal-format
*************** msgid "constexpr loop iteration count ex
*** 37196,37205 ****
  msgstr ""
  
  #: cp/constexpr.c:3921
! #, fuzzy, gcc-internal-format
! #| msgid "%<goto%> is not a constant-expression"
  msgid "value %qE of type %qT is not a constant expression"
! msgstr "%<goto%> Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
  #: cp/constexpr.c:4049 cp/constexpr.c:5562
  #, gcc-internal-format
--- 37146,37154 ----
  msgstr ""
  
  #: cp/constexpr.c:3921
! #, gcc-internal-format
  msgid "value %qE of type %qT is not a constant expression"
! msgstr "Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %qE Ñ‚Ð¸Ð¿Ñƒ %qT Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
  #: cp/constexpr.c:4049 cp/constexpr.c:5562
  #, gcc-internal-format
*************** msgid "temporary of non-literal type %qT
*** 37207,37240 ****
  msgstr ""
  
  #: cp/constexpr.c:4398
! #, fuzzy, gcc-internal-format
! #| msgid "%<delete[]%> is not a constant-expression"
  msgid "a reinterpret_cast is not a constant expression"
! msgstr "%<delete[]%> Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
  #: cp/constexpr.c:4424
! #, fuzzy, gcc-internal-format
! #| msgid "%<goto%> is not a constant-expression"
  msgid "conversion of %qT null pointer to %qT is not a constant expression"
! msgstr "%<goto%> Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
  #: cp/constexpr.c:4439
! #, fuzzy, gcc-internal-format
! #| msgid "%<delete[]%> is not a constant-expression"
  msgid "%<reinterpret_cast<%T>(%E)%> is not a constant expression"
! msgstr "%<delete[]%> Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
  #: cp/constexpr.c:4502 cp/constexpr.c:5423 cp/constexpr.c:5738
! #, fuzzy, gcc-internal-format
! #| msgid "%<goto%> is not a constant-expression"
  msgid "expression %qE is not a constant expression"
! msgstr "%<goto%> Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
  #: cp/constexpr.c:4579
! #, fuzzy, gcc-internal-format
! #| msgid "%<delete[]%> is not a constant-expression"
  msgid "statement is not a constant expression"
! msgstr "%<delete[]%> Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
  #: cp/constexpr.c:4582
  #, gcc-internal-format
--- 37156,37184 ----
  msgstr ""
  
  #: cp/constexpr.c:4398
! #, gcc-internal-format
  msgid "a reinterpret_cast is not a constant expression"
! msgstr "reinterpret_cast Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
  #: cp/constexpr.c:4424
! #, gcc-internal-format
  msgid "conversion of %qT null pointer to %qT is not a constant expression"
! msgstr "Ð¿ÐµÑ€ÐµÑ‚Ð²Ð¾Ñ€ÐµÐ½Ð½Ñ� Ð½ÑƒÐ»ÑŒÐ¾Ð²Ð¾Ð³Ð¾ Ð²ÐºÐ°Ð·Ñ–Ð²Ð½Ð¸ÐºÐ° %qT Ð½Ð° %qT Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
  #: cp/constexpr.c:4439
! #, gcc-internal-format
  msgid "%<reinterpret_cast<%T>(%E)%> is not a constant expression"
! msgstr "%<reinterpret_cast<%T>(%E)%> Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
  #: cp/constexpr.c:4502 cp/constexpr.c:5423 cp/constexpr.c:5738
! #, gcc-internal-format
  msgid "expression %qE is not a constant expression"
! msgstr "Ð²Ð¸Ñ€Ð°Ð· %qE Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
  #: cp/constexpr.c:4579
! #, gcc-internal-format
  msgid "statement is not a constant expression"
! msgstr "Ñ–Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ñ–Ñ� Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
  #: cp/constexpr.c:4582
  #, gcc-internal-format
*************** msgid "uninitialized variable %qD in %<c
*** 37302,37315 ****
  msgstr ""
  
  #: cp/constexpr.c:5611
! #, fuzzy, gcc-internal-format
! #| msgid "%<goto%> is not a constant-expression"
  msgid "division by zero is not a constant expression"
! msgstr "%<goto%> Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
  #: cp/constexpr.c:5715
! #, fuzzy, gcc-internal-format
! #| msgid "%<delete[]%> is not a constant-expression"
  msgid "%<delete[]%> is not a constant expression"
  msgstr "%<delete[]%> Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
--- 37246,37257 ----
  msgstr ""
  
  #: cp/constexpr.c:5611
! #, gcc-internal-format
  msgid "division by zero is not a constant expression"
! msgstr "Ð´Ñ–Ð»ÐµÐ½Ð½Ñ� Ð½Ð° Ð½ÑƒÐ»ÑŒ Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
  #: cp/constexpr.c:5715
! #, gcc-internal-format
  msgid "%<delete[]%> is not a constant expression"
  msgstr "%<delete[]%> Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
*************** msgid "non-constant array initialization
*** 37319,37326 ****
  msgstr ""
  
  #: cp/constexpr.c:5767
! #, fuzzy, gcc-internal-format
! #| msgid "%<goto%> is not a constant-expression"
  msgid "%<goto%> is not a constant expression"
  msgstr "%<goto%> Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
--- 37261,37267 ----
  msgstr ""
  
  #: cp/constexpr.c:5767
! #, gcc-internal-format
  msgid "%<goto%> is not a constant expression"
  msgstr "%<goto%> Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
*************** msgid "ignoring returned value of type %
*** 37496,37505 ****
  msgstr ""
  
  #: cp/cvt.c:1003
! #, fuzzy, gcc-internal-format
! #| msgid "template %qD declared"
  msgid "in call to %qD, declared here"
! msgstr "Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð¾ ÑˆÐ°Ð±Ð»Ð¾Ð½ %qD"
  
  #: cp/cvt.c:1082
  #, gcc-internal-format
--- 37437,37445 ----
  msgstr ""
  
  #: cp/cvt.c:1003
! #, gcc-internal-format
  msgid "in call to %qD, declared here"
! msgstr "Ñƒ Ð²Ð¸ÐºÐ»Ð¸ÐºÑƒ %qD, Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð¾ Ñ‚ÑƒÑ‚"
  
  #: cp/cvt.c:1082
  #, gcc-internal-format
*************** msgid "previous declaration of %qD"
*** 37792,37818 ****
  msgstr ""
  
  #: cp/decl.c:1277
! #, fuzzy, gcc-internal-format
! #| msgid "due to different exception specifications"
  msgid "declaration of %qF has a different exception specifier"
! msgstr "Ñ‡ÐµÑ€ÐµÐ· Ñ€Ñ–Ð·Ð½Ñ– Ñ�Ð¿ÐµÑ†Ð¸Ñ„Ñ–ÐºÐ°Ñ†Ñ–Ñ— Ð²Ð¸ÐºÐ»ÑŽÑ‡ÐµÐ½Ð½Ñ�"
  
  #: cp/decl.c:1290
! #, fuzzy, gcc-internal-format
! #| msgid "previous declaration"
  msgid "from previous declaration %qF"
! msgstr "Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ�"
  
  #: cp/decl.c:1325
  #, gcc-internal-format
  msgid "redeclaration %qD differs in %<constexpr%> from previous declaration"
! msgstr ""
  
  #: cp/decl.c:1328 cp/decl.c:13702
! #, fuzzy, gcc-internal-format
! #| msgid "previous declaration"
  msgid "previous declaration %qD"
! msgstr "Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ�"
  
  #: cp/decl.c:1357
  #, gcc-internal-format
--- 37732,37755 ----
  msgstr ""
  
  #: cp/decl.c:1277
! #, gcc-internal-format
  msgid "declaration of %qF has a different exception specifier"
! msgstr "Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� %qF Ð¼Ñ–Ñ�Ñ‚Ð¸Ñ‚ÑŒ Ñ–Ð½ÑˆÐµ Ð²Ð¸Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� Ð²Ð¸ÐºÐ»ÑŽÑ‡ÐµÐ½Ð½Ñ�"
  
  #: cp/decl.c:1290
! #, gcc-internal-format
  msgid "from previous declaration %qF"
! msgstr "Ð· Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½ÑŒÐ¾Ð³Ð¾ Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� %qF"
  
  #: cp/decl.c:1325
  #, gcc-internal-format
  msgid "redeclaration %qD differs in %<constexpr%> from previous declaration"
! msgstr "Ð¿Ð¾Ð²Ñ‚Ð¾Ñ€Ð½Ðµ Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� %qD Ð²Ñ–Ð´Ñ€Ñ–Ð·Ð½Ñ�Ñ”Ñ‚ÑŒÑ�Ñ� Ñƒ %<constexpr%> Ð²Ñ–Ð´ Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½ÑŒÐ¾Ð³Ð¾ Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ�"
  
  #: cp/decl.c:1328 cp/decl.c:13702
! #, gcc-internal-format
  msgid "previous declaration %qD"
! msgstr "Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� %qD"
  
  #: cp/decl.c:1357
  #, gcc-internal-format
*************** msgid "raw literal operator %q+D conflic
*** 37835,37850 ****
  msgstr ""
  
  #: cp/decl.c:1442
! #, fuzzy, gcc-internal-format
! #| msgid "previous definition of %q+#T"
  msgid "previous definition of %qD was here"
! msgstr "Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” Ð²Ð¸Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %q+#T"
  
  #: cp/decl.c:1445
! #, fuzzy, gcc-internal-format
! #| msgid "previous declaration"
  msgid "previous declaration of %qD was here"
! msgstr "Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ�"
  
  #: cp/decl.c:1467 cp/decl.c:1579
  #, gcc-internal-format
--- 37772,37785 ----
  msgstr ""
  
  #: cp/decl.c:1442
! #, gcc-internal-format
  msgid "previous definition of %qD was here"
! msgstr "Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” Ð²Ð¸Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %qD Ð±ÑƒÐ»Ð¾ Ñ‚ÑƒÑ‚"
  
  #: cp/decl.c:1445
! #, gcc-internal-format
  msgid "previous declaration of %qD was here"
! msgstr "Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� %qD Ð±ÑƒÐ»Ð¾ Ñ‚ÑƒÑ‚"
  
  #: cp/decl.c:1467 cp/decl.c:1579
  #, gcc-internal-format
*************** msgid "only %u names provided while %qT
*** 38649,38658 ****
  msgstr ""
  
  #: cp/decl.c:7533
! #, fuzzy, gcc-internal-format
! #| msgid "%<delete[]%> is not a constant-expression"
  msgid "%<std::tuple_size<%T>::value%> is not an integral constant expression"
! msgstr "%<delete[]%> Ð½Ðµ Ñ” Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
  #: cp/decl.c:7553
  #, gcc-internal-format
--- 38584,38592 ----
  msgstr ""
  
  #: cp/decl.c:7533
! #, gcc-internal-format
  msgid "%<std::tuple_size<%T>::value%> is not an integral constant expression"
! msgstr "%<std::tuple_size<%T>::value%> Ð½Ðµ Ñ” Ñ–Ð½Ñ‚ÐµÐ³Ñ€Ð°Ð»ÑŒÐ½Ð¸Ð¼ Ñ�Ñ‚Ð°Ð»Ð¸Ð¼ Ð²Ð¸Ñ€Ð°Ð·Ð¾Ð¼"
  
  #: cp/decl.c:7553
  #, gcc-internal-format
*************** msgid "in initialization of decompositio
*** 38660,38669 ****
  msgstr ""
  
  #: cp/decl.c:7575
! #, fuzzy, gcc-internal-format
! #| msgid "cannot call function %qD"
  msgid "cannot decompose union type %qT"
! msgstr "Ð½Ðµ Ð²Ð´Ð°Ð»Ð¾Ñ�Ñ� Ð²Ð¸ÐºÐ»Ð¸ÐºÐ°Ñ‚Ð¸ Ñ„ÑƒÐ½ÐºÑ†Ñ–ÑŽ %qD"
  
  #: cp/decl.c:7580
  #, gcc-internal-format
--- 38594,38602 ----
  msgstr ""
  
  #: cp/decl.c:7575
! #, gcc-internal-format
  msgid "cannot decompose union type %qT"
! msgstr "Ð½Ðµ Ð²Ð´Ð°Ð»Ð¾Ñ�Ñ� Ñ€Ð¾Ð·ÐºÐ»Ð°Ñ�Ñ‚Ð¸ Ñ‚Ð¸Ð¿ Ð¾Ð±'Ñ”Ð´Ð½Ð°Ð½Ð½Ñ� %qT"
  
  #: cp/decl.c:7580
  #, gcc-internal-format
*************** msgid "definition of explicitly-defaulte
*** 38927,38936 ****
  msgstr ""
  
  #: cp/decl.c:8936
! #, fuzzy, gcc-internal-format
! #| msgid "%q#D previously declared here"
  msgid "%q#D explicitly defaulted here"
! msgstr "%q#D Ñ€Ð°Ð½Ñ–ÑˆÐµ Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð¾ Ñ‚ÑƒÑ‚"
  
  #: cp/decl.c:8953 cp/decl2.c:713
  #, gcc-internal-format
--- 38860,38868 ----
  msgstr ""
  
  #: cp/decl.c:8936
! #, gcc-internal-format
  msgid "%q#D explicitly defaulted here"
! msgstr "%q#D Ñ�Ð²Ð½Ð¸Ð¼ Ñ‡Ð¸Ð½Ð¾Ð¼ Ñ‚Ð¸Ð¿Ð¾Ð²Ð¾ Ð²Ð¸Ð·Ð½Ð°Ñ‡ÐµÐ½Ð¾ Ñ‚ÑƒÑ‚"
  
  #: cp/decl.c:8953 cp/decl2.c:713
  #, gcc-internal-format
*************** msgid "%qT referred to as %qs"
*** 40205,40214 ****
  msgstr ""
  
  #: cp/decl.c:13428 cp/decl.c:13435
! #, fuzzy, gcc-internal-format
! #| msgid "previous declaration"
  msgid "%qT has a previous declaration here"
! msgstr "Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ�"
  
  #: cp/decl.c:13434
  #, gcc-internal-format
--- 40137,40145 ----
  msgstr ""
  
  #: cp/decl.c:13428 cp/decl.c:13435
! #, gcc-internal-format
  msgid "%qT has a previous declaration here"
! msgstr "%qT Ð¼Ð°Ñ” Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� Ñ‚ÑƒÑ‚"
  
  #: cp/decl.c:13434
  #, gcc-internal-format
*************** msgid "%<_Cilk_spawn%> must be followed
*** 42363,42378 ****
  msgstr ""
  
  #: cp/parser.c:6647
! #, fuzzy, gcc-internal-format
! #| msgid "invalid argument to %<__builtin_return_address%>"
  msgid "wrong number of arguments to %<__builtin_addressof%>"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %<__builtin_return_address%>"
  
  #: cp/parser.c:6659 cp/pt.c:17319
! #, fuzzy, gcc-internal-format
! #| msgid "invalid argument to %<__builtin_return_address%>"
  msgid "wrong number of arguments to %<__builtin_launder%>"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %<__builtin_return_address%>"
  
  #: cp/parser.c:6751
  #, gcc-internal-format
--- 42294,42307 ----
  msgstr ""
  
  #: cp/parser.c:6647
! #, gcc-internal-format
  msgid "wrong number of arguments to %<__builtin_addressof%>"
! msgstr "Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ¾Ð²Ð° ÐºÑ–Ð»ÑŒÐºÑ–Ñ�Ñ‚ÑŒ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ñ–Ð² %<__builtin_addressof%>"
  
  #: cp/parser.c:6659 cp/pt.c:17319
! #, gcc-internal-format
  msgid "wrong number of arguments to %<__builtin_launder%>"
! msgstr "Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ¾Ð²Ð° ÐºÑ–Ð»ÑŒÐºÑ–Ñ�Ñ‚ÑŒ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ñ–Ð² %<__builtin_launder%>"
  
  #: cp/parser.c:6751
  #, gcc-internal-format
*************** msgid "lambda templates are only availab
*** 42535,42555 ****
  msgstr ""
  
  #: cp/parser.c:10186
! #, fuzzy, gcc-internal-format
! #| msgid "ISO C++ 1998 does not support %<long long%>"
  msgid "ISO C++ does not support lambda templates"
! msgstr "Ð£ ISO C++ 1998 Ð½Ðµ Ð¿ÐµÑ€ÐµÐ´Ð±Ð°Ñ‡ÐµÐ½Ð¾ Ð¿Ñ–Ð´Ñ‚Ñ€Ð¸Ð¼ÐºÐ¸ %<long long%>"
  
  #: cp/parser.c:10216
  #, gcc-internal-format
  msgid "default argument specified for lambda parameter"
! msgstr ""
  
  #: cp/parser.c:10234
! #, fuzzy, gcc-internal-format
! #| msgid "duplicate %<volatile%>"
  msgid "duplicate %<mutable%>"
! msgstr "Ð´ÑƒÐ±Ð»ÑŽÐ²Ð°Ð½Ð½Ñ� %<volatile%>"
  
  #: cp/parser.c:10282
  #, gcc-internal-format
--- 42464,42482 ----
  msgstr ""
  
  #: cp/parser.c:10186
! #, gcc-internal-format
  msgid "ISO C++ does not support lambda templates"
! msgstr "Ñƒ ISO C++ Ð½Ðµ Ð¿ÐµÑ€ÐµÐ´Ð±Ð°Ñ‡ÐµÐ½Ð¾ Ð¿Ñ–Ð´Ñ‚Ñ€Ð¸Ð¼ÐºÐ¸ ÑˆÐ°Ð±Ð»Ð¾Ð½Ñ–Ð² Ð»Ñ�Ð¼Ð±Ð´"
  
  #: cp/parser.c:10216
  #, gcc-internal-format
  msgid "default argument specified for lambda parameter"
! msgstr "Ð²Ð¸Ð·Ð½Ð°Ñ‡ÐµÐ½Ð¾ Ñ‚Ð¸Ð¿Ð¾Ð²Ð¸Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ Ð´Ð»Ñ� Ð»Ñ�Ð¼Ð±Ð´Ð°-Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€Ð°"
  
  #: cp/parser.c:10234
! #, gcc-internal-format
  msgid "duplicate %<mutable%>"
! msgstr "Ð´ÑƒÐ±Ð»ÑŽÐ²Ð°Ð½Ð½Ñ� %<mutable%>"
  
  #: cp/parser.c:10282
  #, gcc-internal-format
*************** msgid "decomposition declaration only av
*** 42703,42712 ****
  msgstr ""
  
  #: cp/parser.c:13028
! #, fuzzy, gcc-internal-format
! #| msgid "previous declaration"
  msgid "empty decomposition declaration"
! msgstr "Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ�"
  
  #: cp/parser.c:13201
  #, gcc-internal-format
--- 42630,42638 ----
  msgstr ""
  
  #: cp/parser.c:13028
! #, gcc-internal-format
  msgid "empty decomposition declaration"
! msgstr "Ð¿Ð¾Ñ€Ð¾Ð¶Ð½Ñ” Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ� Ñ€Ð¾Ð·ÐºÐ»Ð°Ð´Ð°Ð½Ð½Ñ�"
  
  #: cp/parser.c:13201
  #, gcc-internal-format
*************** msgid "decl-specifier invalid in conditi
*** 42726,42735 ****
  msgstr ""
  
  #: cp/parser.c:13307
! #, fuzzy, gcc-internal-format
! #| msgid "invalid mask"
  msgid "%qD invalid in lambda"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð° Ð¼Ð°Ñ�ÐºÐ°"
  
  #: cp/parser.c:13400
  #, gcc-internal-format
--- 42652,42660 ----
  msgstr ""
  
  #: cp/parser.c:13307
! #, gcc-internal-format
  msgid "%qD invalid in lambda"
! msgstr "%qD Ñ” Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¼ Ñƒ Ð»Ñ�Ð¼Ð±Ð´Ñ–"
  
  #: cp/parser.c:13400
  #, gcc-internal-format
*************** msgid "multiple definition of %q#T"
*** 43040,43049 ****
  msgstr ""
  
  #: cp/parser.c:17927
! #, fuzzy, gcc-internal-format
! #| msgid "ISO C forbids nested functions"
  msgid "ISO C++ forbids empty unnamed enum"
! msgstr "Ð£ Ñ�Ñ‚Ð°Ð½Ð´Ð°Ñ€Ñ‚Ñ– ISO C Ð·Ð°Ð±Ð¾Ñ€Ð¾Ð½ÐµÐ½Ð¾ Ð²ÐºÐ»Ð°Ð´ÐµÐ½Ñ–Ñ�Ñ‚ÑŒ Ñ„ÑƒÐ½ÐºÑ†Ñ–Ð¹"
  
  #: cp/parser.c:17947
  #, gcc-internal-format
--- 42965,42973 ----
  msgstr ""
  
  #: cp/parser.c:17927
! #, gcc-internal-format
  msgid "ISO C++ forbids empty unnamed enum"
! msgstr "Ð£ ISO C++ Ð·Ð°Ð±Ð¾Ñ€Ð¾Ð½ÐµÐ½Ð¾ Ð¿Ð¾Ñ€Ð¾Ð¶Ð½Ñ– enum Ð±ÐµÐ· Ð½Ð°Ð·Ð²Ð¸"
  
  #: cp/parser.c:17947
  #, gcc-internal-format
*************** msgid "could not resolve typename type"
*** 43373,43382 ****
  msgstr "Ð½Ðµ Ð²Ð´Ð°Ð»Ð¾Ñ�Ñ� Ð²Ð¸Ð·Ð½Ð°Ñ‡Ð¸Ñ‚Ð¸ Ñ‚Ð¸Ð¿ typename"
  
  #: cp/parser.c:22775
! #, fuzzy, gcc-internal-format
! #| msgid "previous definition of %q+#T"
  msgid "previous definition of %q#T"
! msgstr "Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” Ð²Ð¸Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %q+#T"
  
  #: cp/parser.c:22865 cp/parser.c:27878
  #, gcc-internal-format
--- 43297,43305 ----
  msgstr "Ð½Ðµ Ð²Ð´Ð°Ð»Ð¾Ñ�Ñ� Ð²Ð¸Ð·Ð½Ð°Ñ‡Ð¸Ñ‚Ð¸ Ñ‚Ð¸Ð¿ typename"
  
  #: cp/parser.c:22775
! #, gcc-internal-format
  msgid "previous definition of %q#T"
! msgstr "Ð¿Ð¾Ð¿ÐµÑ€ÐµÐ´Ð½Ñ” Ð²Ð¸Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %q#T"
  
  #: cp/parser.c:22865 cp/parser.c:27878
  #, gcc-internal-format
*************** msgid "types may not be defined in an ex
*** 43459,43468 ****
  msgstr ""
  
  #: cp/parser.c:23905
! #, fuzzy, gcc-internal-format
! #| msgid "due to different exception specifications"
  msgid "ISO C++1z does not allow dynamic exception specifications"
! msgstr "Ñ‡ÐµÑ€ÐµÐ· Ñ€Ñ–Ð·Ð½Ñ– Ñ�Ð¿ÐµÑ†Ð¸Ñ„Ñ–ÐºÐ°Ñ†Ñ–Ñ— Ð²Ð¸ÐºÐ»ÑŽÑ‡ÐµÐ½Ð½Ñ�"
  
  #: cp/parser.c:23911
  #, gcc-internal-format
--- 43382,43390 ----
  msgstr ""
  
  #: cp/parser.c:23905
! #, gcc-internal-format
  msgid "ISO C++1z does not allow dynamic exception specifications"
! msgstr "Ð£ ISO C++1z Ð½Ðµ Ð¼Ð¾Ð¶Ð½Ð° Ð²Ð¸Ð·Ð½Ð°Ñ‡Ð°Ñ‚Ð¸ Ð´Ð¸Ð½Ð°Ð¼Ñ–Ñ‡Ð½Ñ– Ñ�Ð¿ÐµÑ†Ð¸Ñ„Ñ–ÐºÐ°Ñ†Ñ–Ñ— Ð²Ð¸ÐºÐ»ÑŽÑ‡ÐµÐ½ÑŒ"
  
  #: cp/parser.c:23911
  #, gcc-internal-format
*************** msgid "attribute %<deprecated%> can appe
*** 43505,43514 ****
  msgstr ""
  
  #: cp/parser.c:24847
! #, fuzzy, gcc-internal-format
! #| msgid "expected %<:%> or %<...%>"
  msgid "expected attribute before %<...%>"
! msgstr "Ð¼Ð°Ð»Ð¾ Ð±ÑƒÑ‚Ð¸ %<:%> Ð°Ð±Ð¾ %<...%>"
  
  #: cp/parser.c:24908
  #, gcc-internal-format
--- 43427,43435 ----
  msgstr ""
  
  #: cp/parser.c:24847
! #, gcc-internal-format
  msgid "expected attribute before %<...%>"
! msgstr "Ð¼Ð°Ð² Ð±ÑƒÑ‚Ð¸ Ð°Ñ‚Ñ€Ð¸Ð±ÑƒÑ‚ Ð¿ÐµÑ€ÐµÐ´ %<...%>"
  
  #: cp/parser.c:24908
  #, gcc-internal-format
*************** msgid "use of parameter outside function
*** 45576,45585 ****
  msgstr ""
  
  #: cp/semantics.c:3524
! #, fuzzy, gcc-internal-format
! #| msgid "unexpected argument"
  msgid "missing template arguments"
! msgstr "Ð½ÐµÑ�Ð¿Ð¾Ð´Ñ–Ð²Ð°Ð½Ð¸Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚"
  
  #: cp/semantics.c:3551
  #, gcc-internal-format
--- 45497,45505 ----
  msgstr ""
  
  #: cp/semantics.c:3524
! #, gcc-internal-format
  msgid "missing template arguments"
! msgstr "Ð¿Ñ€Ð¾Ð¿ÑƒÑ‰ÐµÐ½Ð¾ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚Ð¸ ÑˆÐ°Ð±Ð»Ð¾Ð½Ð°"
  
  #: cp/semantics.c:3551
  #, gcc-internal-format
*************** msgid "%<gang%> static expression must b
*** 45711,45718 ****
  msgstr ""
  
  #: cp/semantics.c:6246
! #, fuzzy, gcc-internal-format
! #| msgid "%<gang%> static value must bepositive"
  msgid "%<gang%> static value must be positive"
  msgstr "Ñ�Ñ‚Ð°Ñ‚Ð¸Ñ‡Ð½Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %<gang%> Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð´Ð¾Ð´Ð°Ñ‚Ð½Ð¸Ð¼"
  
--- 45631,45637 ----
  msgstr ""
  
  #: cp/semantics.c:6246
! #, gcc-internal-format
  msgid "%<gang%> static value must be positive"
  msgstr "Ñ�Ñ‚Ð°Ñ‚Ð¸Ñ‡Ð½Ðµ Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %<gang%> Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð´Ð¾Ð´Ð°Ñ‚Ð½Ð¸Ð¼"
  
*************** msgid "%<gang%> num value must be positi
*** 45742,45755 ****
  msgstr "Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� num %<gang%> Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð´Ð¾Ð´Ð°Ñ‚Ð½Ð¸Ð¼"
  
  #: cp/semantics.c:6313
! #, fuzzy, gcc-internal-format
! #| msgid "%<vector%> length value must bepositive"
  msgid "%<vector%> length value must be positive"
! msgstr "Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� length %<vector%> Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð´Ð¾Ð´Ð°Ñ‚Ð½Ð¸Ð¼"
  
  #: cp/semantics.c:6318
! #, fuzzy, gcc-internal-format
! #| msgid "%<worker%> num value must bepositive"
  msgid "%<worker%> num value must be positive"
  msgstr "Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� num %<worker%> Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð´Ð¾Ð´Ð°Ñ‚Ð½Ð¸Ð¼"
  
--- 45661,45672 ----
  msgstr "Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� num %<gang%> Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð´Ð¾Ð´Ð°Ñ‚Ð½Ð¸Ð¼"
  
  #: cp/semantics.c:6313
! #, gcc-internal-format
  msgid "%<vector%> length value must be positive"
! msgstr "Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� Ð´Ð¾Ð²Ð¶Ð¸Ð½Ð¸ %<vector%> Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð´Ð¾Ð´Ð°Ñ‚Ð½Ð¸Ð¼"
  
  #: cp/semantics.c:6318
! #, gcc-internal-format
  msgid "%<worker%> num value must be positive"
  msgstr "Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� num %<worker%> Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð´Ð¾Ð´Ð°Ñ‚Ð½Ð¸Ð¼"
  
*************** msgid "no unexpanded parameter packs in
*** 45914,45923 ****
  msgstr ""
  
  #: cp/semantics.c:9519
! #, fuzzy, gcc-internal-format
! #| msgid "invalid argument to %<__builtin_return_address%>"
  msgid "non-pointer argument to %<__builtin_launder%>"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %<__builtin_return_address%>"
  
  #: cp/tree.c:1245
  #, gcc-internal-format
--- 45831,45839 ----
  msgstr ""
  
  #: cp/semantics.c:9519
! #, gcc-internal-format
  msgid "non-pointer argument to %<__builtin_launder%>"
! msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚, Ñ�ÐºÐ¸Ð¹ Ð½Ðµ Ñ” Ð²ÐºÐ°Ð·Ñ–Ð²Ð½Ð¸ÐºÐ¾Ð¼, Ñƒ %<__builtin_launder%>"
  
  #: cp/tree.c:1245
  #, gcc-internal-format
*************** msgid "%qs at %L must be nonnegative"
*** 47727,47736 ****
  msgstr ""
  
  #: fortran/check.c:310
! #, fuzzy, gcc-internal-format
! #| msgid "%qs value must be positive"
  msgid "%qs argument of %qs intrinsic at %L must be positive"
! msgstr "Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %qs Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð´Ð¾Ð´Ð°Ñ‚Ð½Ð¸Ð¼"
  
  #: fortran/check.c:343
  #, gcc-internal-format
--- 47643,47651 ----
  msgstr ""
  
  #: fortran/check.c:310
! #, gcc-internal-format
  msgid "%qs argument of %qs intrinsic at %L must be positive"
! msgstr "Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %qs Ð²Ð½ÑƒÑ‚Ñ€Ñ–ÑˆÐ½ÑŒÐ¾Ñ— Ñ‡Ð°Ñ�Ñ‚Ð¸Ð½Ð¸ %qs Ñƒ %L Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð´Ð¾Ð´Ð°Ñ‚Ð½Ð¸Ð¼"
  
  #: fortran/check.c:343
  #, gcc-internal-format
*************** msgid "Derived type at %C has not been p
*** 49371,49380 ****
  msgstr ""
  
  #: fortran/decl.c:4911
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Syntax error in nested structure declaration at %C"
  msgid "Syntax error in anonymous structure declaration at %C"
! msgstr "Ð¡Ð¸Ð½Ñ‚Ð°ÐºÑ�Ð¸Ñ‡Ð½Ð° Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ° Ñƒ Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ– Ð²ÐºÐ»Ð°Ð´ÐµÐ½Ð¾Ñ— Ñ�Ñ‚Ñ€ÑƒÐºÑ‚ÑƒÑ€Ð¸ Ñƒ %C"
  
  #: fortran/decl.c:4920
  #, gcc-internal-format, gfc-internal-format
--- 49286,49294 ----
  msgstr ""
  
  #: fortran/decl.c:4911
! #, gcc-internal-format, gfc-internal-format
  msgid "Syntax error in anonymous structure declaration at %C"
! msgstr "Ð¡Ð¸Ð½Ñ‚Ð°ÐºÑ�Ð¸Ñ‡Ð½Ð° Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ° Ñƒ Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð½Ñ– Ð°Ð½Ð¾Ð½Ñ–Ð¼Ð½Ð¾Ñ— Ñ�Ñ‚Ñ€ÑƒÐºÑ‚ÑƒÑ€Ð¸ Ñƒ %C"
  
  #: fortran/decl.c:4920
  #, gcc-internal-format, gfc-internal-format
*************** msgid "Expected entity-list in AUTOMATIC
*** 49846,49855 ****
  msgstr ""
  
  #: fortran/decl.c:7932
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Syntax error in SUBMODULE statement at %C"
  msgid "Syntax error in AUTOMATIC statement at %C"
! msgstr "Ð¡Ð¸Ð½Ñ‚Ð°ÐºÑ�Ð¸Ñ‡Ð½Ð° Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ° Ñƒ Ñ–Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ñ–Ñ— SUBMODULE Ñƒ %C"
  
  #: fortran/decl.c:7946
  #, gcc-internal-format, gfc-internal-format
--- 49760,49768 ----
  msgstr ""
  
  #: fortran/decl.c:7932
! #, gcc-internal-format, gfc-internal-format
  msgid "Syntax error in AUTOMATIC statement at %C"
! msgstr "Ð¡Ð¸Ð½Ñ‚Ð°ÐºÑ�Ð¸Ñ‡Ð½Ð° Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ° Ñƒ Ñ–Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ñ–Ñ— AUTOMATIC Ñƒ %C"
  
  #: fortran/decl.c:7946
  #, gcc-internal-format, gfc-internal-format
*************** msgid "Expected entity-list in STATIC st
*** 49862,49871 ****
  msgstr ""
  
  #: fortran/decl.c:7986
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Syntax error in SUBMODULE statement at %C"
  msgid "Syntax error in STATIC statement at %C"
! msgstr "Ð¡Ð¸Ð½Ñ‚Ð°ÐºÑ�Ð¸Ñ‡Ð½Ð° Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ° Ñƒ Ñ–Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ñ–Ñ— SUBMODULE Ñƒ %C"
  
  #: fortran/decl.c:8005
  #, gcc-internal-format, gfc-internal-format
--- 49775,49783 ----
  msgstr ""
  
  #: fortran/decl.c:7986
! #, gcc-internal-format, gfc-internal-format
  msgid "Syntax error in STATIC statement at %C"
! msgstr "Ð¡Ð¸Ð½Ñ‚Ð°ÐºÑ�Ð¸Ñ‡Ð½Ð° Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ° Ñƒ Ñ–Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ñ–Ñ— STATIC Ñƒ %C"
  
  #: fortran/decl.c:8005
  #, gcc-internal-format, gfc-internal-format
*************** msgid "No location in statement"
*** 50916,50925 ****
  msgstr ""
  
  #: fortran/frontend-passes.c:182
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Syntax error in expression at %C"
  msgid "No location in expression near %L"
! msgstr "Ð¡Ð¸Ð½Ñ‚Ð°ÐºÑ�Ð¸Ñ‡Ð½Ð° Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ° Ñƒ Ð²Ð¸Ñ€Ð°Ð·Ñ– Ñƒ %C"
  
  #: fortran/frontend-passes.c:381
  #, gcc-internal-format
--- 50828,50836 ----
  msgstr ""
  
  #: fortran/frontend-passes.c:182
! #, gcc-internal-format, gfc-internal-format
  msgid "No location in expression near %L"
! msgstr "Ð�Ðµ Ð²ÐºÐ°Ð·Ð°Ð½Ð¾ Ð¼Ñ–Ñ�Ñ†Ñ� Ñƒ Ð²Ð¸Ñ€Ð°Ð·Ñ– Ð¿Ð¾Ñ€Ñ�Ð´ Ñ–Ð· %L"
  
  #: fortran/frontend-passes.c:381
  #, gcc-internal-format
*************** msgid "CYCLE statement at %C to non-inne
*** 52676,52685 ****
  msgstr ""
  
  #: fortran/match.c:2886
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Junk after MAP statement at %C"
  msgid "Blank required in %s statement near %C"
! msgstr "Ð—Ð°Ð¹Ð²Ñ– ÐºÐ¾Ð¼Ð°Ð½Ð´Ð¸ Ð¿Ñ–Ñ�Ð»Ñ� Ñ–Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ñ–Ñ— MAP Ñƒ %C"
  
  #: fortran/match.c:2904
  #, gcc-internal-format, gfc-internal-format
--- 52587,52595 ----
  msgstr ""
  
  #: fortran/match.c:2886
! #, gcc-internal-format, gfc-internal-format
  msgid "Blank required in %s statement near %C"
! msgstr "ÐŸÐ¾Ñ‚Ñ€Ñ–Ð±ÐµÐ½ Ð¿Ñ€Ð¾Ð±Ñ–Ð» Ñƒ Ñ–Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ñ–Ñ— %s Ð¿Ð¾Ñ€Ñ�Ð´ Ñ–Ð· %C"
  
  #: fortran/match.c:2904
  #, gcc-internal-format, gfc-internal-format
*************** msgid "EVENT WAIT statement at %C"
*** 52784,52793 ****
  msgstr ""
  
  #: fortran/match.c:3274
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Junk after MAP statement at %C"
  msgid "FAIL IMAGE statement at %C"
! msgstr "Ð—Ð°Ð¹Ð²Ñ– ÐºÐ¾Ð¼Ð°Ð½Ð´Ð¸ Ð¿Ñ–Ñ�Ð»Ñ� Ñ–Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ñ–Ñ— MAP Ñƒ %C"
  
  #: fortran/match.c:3309
  #, gcc-internal-format, gfc-internal-format
--- 52694,52702 ----
  msgstr ""
  
  #: fortran/match.c:3274
! #, gcc-internal-format, gfc-internal-format
  msgid "FAIL IMAGE statement at %C"
! msgstr "Ð†Ð½Ñ�Ñ‚Ñ€ÑƒÐºÑ†Ñ–Ñ� FAIL IMAGE Ñƒ %C"
  
  #: fortran/match.c:3309
  #, gcc-internal-format, gfc-internal-format
*************** msgid "Syntax error in OpenMP variable l
*** 53530,53539 ****
  msgstr ""
  
  #: fortran/openmp.c:499
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "Syntax error in !$ACC DECLARE list at %C"
  msgid "Syntax error in OpenMP DEPEND SINK list at %C"
! msgstr "Ð¡Ð¸Ð½Ñ‚Ð°ÐºÑ�Ð¸Ñ‡Ð½Ð° Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ° Ñƒ Ñ�Ð¿Ð¸Ñ�ÐºÑƒ !$ACC DECLARE Ñƒ %C"
  
  #: fortran/openmp.c:561
  #, gcc-internal-format, gfc-internal-format
--- 53439,53447 ----
  msgstr ""
  
  #: fortran/openmp.c:499
! #, gcc-internal-format, gfc-internal-format
  msgid "Syntax error in OpenMP DEPEND SINK list at %C"
! msgstr "Ð¡Ð¸Ð½Ñ‚Ð°ÐºÑ�Ð¸Ñ‡Ð½Ð° Ð¿Ð¾Ð¼Ð¸Ð»ÐºÐ° Ñƒ Ñ�Ð¿Ð¸Ñ�ÐºÑƒ OpenMP DEPEND SINK Ñƒ %C"
  
  #: fortran/openmp.c:561
  #, gcc-internal-format, gfc-internal-format
*************** msgid "%<acc update%> must contain at le
*** 53596,53605 ****
  msgstr ""
  
  #: fortran/openmp.c:2175
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "invalid argument to %qD"
  msgid "Invalid argument to !$ACC WAIT at %L"
! msgstr "Ð½ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ %qD"
  
  #: fortran/openmp.c:2184
  #, gcc-internal-format, gfc-internal-format
--- 53504,53512 ----
  msgstr ""
  
  #: fortran/openmp.c:2175
! #, gcc-internal-format, gfc-internal-format
  msgid "Invalid argument to !$ACC WAIT at %L"
! msgstr "Ð�ÐµÐºÐ¾Ñ€ÐµÐºÑ‚Ð½Ð¸Ð¹ Ð°Ñ€Ð³ÑƒÐ¼ÐµÐ½Ñ‚ !$ACC WAIT Ñƒ %L"
  
  #: fortran/openmp.c:2184
  #, gcc-internal-format, gfc-internal-format
*************** msgid "INTEGER expression of %s clause a
*** 53792,53801 ****
  msgstr ""
  
  #: fortran/openmp.c:3721
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "%<priority%> value must be non-negative"
  msgid "INTEGER expression of %s clause at %L must be non-negative"
! msgstr "Ð·Ð½Ð°Ñ‡ÐµÐ½Ð½Ñ� %<priority%> Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð½ÐµÐ²Ñ–Ð´â€™Ñ”Ð¼Ð½Ð¸Ð¼"
  
  #: fortran/openmp.c:3732
  #, gcc-internal-format
--- 53699,53707 ----
  msgstr ""
  
  #: fortran/openmp.c:3721
! #, gcc-internal-format, gfc-internal-format
  msgid "INTEGER expression of %s clause at %L must be non-negative"
! msgstr "Ð’Ð¸Ñ€Ð°Ð· INTEGER Ð¿ÑƒÐ½ÐºÑ‚Ñƒ %s Ñƒ %L Ð¼Ð°Ñ” Ð±ÑƒÑ‚Ð¸ Ð½ÐµÐ²Ñ–Ð´'Ñ”Ð¼Ð½Ð¸Ð¼"
  
  #: fortran/openmp.c:3732
  #, gcc-internal-format
*************** msgid "%s must contain at least one MAP
*** 54142,54151 ****
  msgstr ""
  
  #: fortran/openmp.c:4870
! #, fuzzy, gcc-internal-format, gfc-internal-format
! #| msgid "expected expression"
  msgid "unexpected !$OMP ATOMIC expression at %L"
! msgstr "Ð¼Ð°Ð»Ð¾ Ð±ÑƒÑ‚Ð¸ Ð²ÐºÐ°Ð·Ð°Ð½Ð¾ Ð²Ð¸Ñ€Ð°Ð·"
  
  #: fortran/openmp.c:4899
  #, gcc-internal-format, gfc-internal-format
--- 54048,54056 ----
  msgstr ""
  
  #: fortran/openmp.c:4870
! #, gcc-internal-format, gfc-internal-format
  msgid "unexpected !$OMP ATOMIC expression at %L"
! msgstr "Ð½ÐµÐ¾Ñ‡Ñ–ÐºÑƒÐ²Ð°Ð½Ð¸Ð¹ Ð²Ð¸Ñ€Ð°Ð· !$OMP ATOMIC Ñƒ %L"
  
  #: fortran/openmp.c:4899
  #, gcc-internal-format, gfc-internal-format
*************** msgstr ""
*** 58831,58842 ****
  #: fortran/trans-decl.c:5512
  #, gcc-internal-format
  msgid "Unused parameter %qs declared at %L"
! msgstr ""
  
  #: fortran/trans-decl.c:5516
  #, gcc-internal-format
  msgid "Unused parameter %qs which has been explicitly imported at %L"
! msgstr ""
  
  #: fortran/trans-decl.c:5542
  #, gcc-internal-format
--- 58736,58747 ----
  #: fortran/trans-decl.c:5512
  #, gcc-internal-format
  msgid "Unused parameter %qs declared at %L"
! msgstr "Ð�ÐµÐ²Ð¸ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð°Ð½Ð¸Ð¹ Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€ %qs, Ð¾Ð³Ð¾Ð»Ð¾ÑˆÐµÐ½Ð¾ Ñƒ %L"
  
  #: fortran/trans-decl.c:5516
  #, gcc-internal-format
  msgid "Unused parameter %qs which has been explicitly imported at %L"
! msgstr "Ð�ÐµÐ²Ð¸ÐºÐ¾Ñ€Ð¸Ñ�Ñ‚Ð°Ð½Ð¸Ð¹ Ð¿Ð°Ñ€Ð°Ð¼ÐµÑ‚Ñ€ %qs, Ñ�ÐºÐ¸Ð¹ Ð±ÑƒÐ»Ð¾ Ñ�Ð²Ð½Ð¾ Ñ–Ð¼Ð¿Ð¾Ñ€Ñ‚Ð¾Ð²Ð°Ð½Ð¾ Ñƒ %L"
  
  #: fortran/trans-decl.c:5542
  #, gcc-internal-format
*************** msgstr ""
*** 59453,59459 ****
  #: objc/objc-act.c:1679 objc/objc-act.c:6817 objc/objc-act.c:6948
  #, gcc-internal-format
  msgid "class %qE is deprecated"
! msgstr ""
  
  #: objc/objc-act.c:1708
  #, gcc-internal-format
--- 59358,59364 ----
  #: objc/objc-act.c:1679 objc/objc-act.c:6817 objc/objc-act.c:6948
  #, gcc-internal-format
  msgid "class %qE is deprecated"
! msgstr "ÐºÐ»Ð°Ñ� %qE Ð²Ð²Ð°Ð¶Ð°Ñ”Ñ‚ÑŒÑ�Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¸Ð¼"
  
  #: objc/objc-act.c:1708
  #, gcc-internal-format
*************** msgstr ""
*** 60065,60071 ****
  #: objc/objc-act.c:8074
  #, gcc-internal-format
  msgid "protocol %qE is deprecated"
! msgstr ""
  
  #: objc/objc-act.c:8193
  #, gcc-internal-format
--- 59970,59976 ----
  #: objc/objc-act.c:8074
  #, gcc-internal-format
  msgid "protocol %qE is deprecated"
! msgstr "Ð¿Ñ€Ð¾Ñ‚Ð¾ÐºÐ¾Ð» %qE Ð²Ð²Ð°Ð¶Ð°Ñ”Ñ‚ÑŒÑ�Ñ� Ð·Ð°Ñ�Ñ‚Ð°Ñ€Ñ–Ð»Ð¸Ð¼"
  
  #: objc/objc-act.c:8193
  #, gcc-internal-format
diff -Nrcpad gcc-7.1.0/gcc/po/vi.gmo gcc-7.2.0/gcc/po/vi.gmo
*** gcc-7.1.0/gcc/po/vi.gmo	Tue May  2 14:16:38 2017
--- gcc-7.2.0/gcc/po/vi.gmo	Mon Aug 14 08:30:39 2017
*************** warranty; not even for MERCHANTABILITY o
*** 622,628 ****
  unsupported simdlen %dunterminated assembly dialect alternativeunterminated format stringunused parameter %qDunused variable %q+Dunused variable %qDuse #include insteaduse %<%T::%D%> insteaduse %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified nameuse %<this->%D%> insteaduse -Winvalid-pch for more informationuse __attribute__ ((vector_size)) insteaduse internal function id in profile lookup.use of %<auto%> in parameter declaration only available with -std=c++14 or -std=gnu++14use of %qs in templateuse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of deleted function %qDuse of old-style castuseless cast to type %qTusing %<%c%s%>using IBM extended precision long doubleusing IEEE extended precision long doubleusing darwin64 ABIusing invalid field %qDusing old darwin ABIusing temporary as lvaluevalid arguments are: %s; did you mean %qs?valid arguments to %qs are: %svalue argumentvalue computed is not usedvariable %q+D declared %<_Noreturn%>variable %q+D declared %<inline%>variable %qD has function typevariable %qD redeclared as functionvariable %qD set but not usedvariable length array %qD is usedvariable length array is usedvariable or field declared voidvariable symbol is not variablevariable templates only available with -std=c++14 or -std=gnu++14variable-sized object may not be initializedvec_adde only accepts 3 argumentsvec_addec only accepts 3 argumentsvec_cmpne only accepts 2 argumentsvec_extract only accepts 2 argumentsvec_insert only accepts 3 argumentsvec_mul only accepts 2 argumentsvector overflow in expressionvectorlength must be a power of 2vectorlength must be an integer constantverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_flow_info: Basic block %d succ edge is corruptedverify_flow_info: Block %i has loop_father, but there are no loopsverify_flow_info: Block %i lacks loop_fatherverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: REG_BR_PROB does not match cfg %i %iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_gimple failedverify_histograms failedverify_ssa failedverify_type failedversion attribute is not a stringvirtual function %q+Dvirtual method %qDvms '#pragma __message' is ignoredvolatile argumentvolatile must be specified on any memory that is effected by DMA.vtable for waitpid failedwarning: warning: consider linking with '-static' as system libraries withweakref is not supported in this configurationweights need to be non-negative
  when writing output to %s: %mwide character array initialized from incompatible wide stringwide character array initialized from non-wide stringwide string literal in %<asm%>withwith %q+#Dwithin this loopwrite_atom(): Writing negative integerwriting output filewrong insn in the fallthru edgewrong number of arguments to %<__builtin_addressof%>wrong number of arguments to %<__builtin_call_with_static_chain%>wrong number of arguments to %<__builtin_choose_expr%>wrong number of arguments to %<__builtin_complex%>wrong number of arguments to %<__builtin_launder%>wrong number of arguments to %<__builtin_shuffle%>wrong number of arguments to function %<__builtin_next_arg%>wrong number of arguments to function %<va_start%>wrong number of template arguments (%d, should be %d)wrong number of template arguments (%d, should be at least %d)wrong type argument to %swrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary minuswrong type argument to unary plusxstormy16_print_operand: unknown codez/Architecture.zero or negative size array %q+Dzero vector sizezero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qDzero-size array %qT{anonymous}{unknown}Project-Id-Version: gcc 7.1-b20170101
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-04-24 20:38+0000
  PO-Revision-Date: 2017-01-08 08:33+0700
  Last-Translator: Tráº§n Ngá»�c QuÃ¢n <vnwildman@gmail.com>
  Language-Team: Vietnamese <translation-team-vi@lists.sourceforge.net>
--- 622,628 ----
  unsupported simdlen %dunterminated assembly dialect alternativeunterminated format stringunused parameter %qDunused variable %q+Dunused variable %qDuse #include insteaduse %<%T::%D%> insteaduse %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified nameuse %<this->%D%> insteaduse -Winvalid-pch for more informationuse __attribute__ ((vector_size)) insteaduse internal function id in profile lookup.use of %<auto%> in parameter declaration only available with -std=c++14 or -std=gnu++14use of %qs in templateuse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of deleted function %qDuse of old-style castuseless cast to type %qTusing %<%c%s%>using IBM extended precision long doubleusing IEEE extended precision long doubleusing darwin64 ABIusing invalid field %qDusing old darwin ABIusing temporary as lvaluevalid arguments are: %s; did you mean %qs?valid arguments to %qs are: %svalue argumentvalue computed is not usedvariable %q+D declared %<_Noreturn%>variable %q+D declared %<inline%>variable %qD has function typevariable %qD redeclared as functionvariable %qD set but not usedvariable length array %qD is usedvariable length array is usedvariable or field declared voidvariable symbol is not variablevariable templates only available with -std=c++14 or -std=gnu++14variable-sized object may not be initializedvec_adde only accepts 3 argumentsvec_addec only accepts 3 argumentsvec_cmpne only accepts 2 argumentsvec_extract only accepts 2 argumentsvec_insert only accepts 3 argumentsvec_mul only accepts 2 argumentsvector overflow in expressionvectorlength must be a power of 2vectorlength must be an integer constantverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_flow_info: Basic block %d succ edge is corruptedverify_flow_info: Block %i has loop_father, but there are no loopsverify_flow_info: Block %i lacks loop_fatherverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: REG_BR_PROB does not match cfg %i %iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_gimple failedverify_histograms failedverify_ssa failedverify_type failedversion attribute is not a stringvirtual function %q+Dvirtual method %qDvms '#pragma __message' is ignoredvolatile argumentvolatile must be specified on any memory that is effected by DMA.vtable for waitpid failedwarning: warning: consider linking with '-static' as system libraries withweakref is not supported in this configurationweights need to be non-negative
  when writing output to %s: %mwide character array initialized from incompatible wide stringwide character array initialized from non-wide stringwide string literal in %<asm%>withwith %q+#Dwithin this loopwrite_atom(): Writing negative integerwriting output filewrong insn in the fallthru edgewrong number of arguments to %<__builtin_addressof%>wrong number of arguments to %<__builtin_call_with_static_chain%>wrong number of arguments to %<__builtin_choose_expr%>wrong number of arguments to %<__builtin_complex%>wrong number of arguments to %<__builtin_launder%>wrong number of arguments to %<__builtin_shuffle%>wrong number of arguments to function %<__builtin_next_arg%>wrong number of arguments to function %<va_start%>wrong number of template arguments (%d, should be %d)wrong number of template arguments (%d, should be at least %d)wrong type argument to %swrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary minuswrong type argument to unary plusxstormy16_print_operand: unknown codez/Architecture.zero or negative size array %q+Dzero vector sizezero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qDzero-size array %qT{anonymous}{unknown}Project-Id-Version: gcc 7.1-b20170101
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-05-01 22:24+0000
  PO-Revision-Date: 2017-01-08 08:33+0700
  Last-Translator: Tráº§n Ngá»�c QuÃ¢n <vnwildman@gmail.com>
  Language-Team: Vietnamese <translation-team-vi@lists.sourceforge.net>
diff -Nrcpad gcc-7.1.0/gcc/po/vi.po gcc-7.2.0/gcc/po/vi.po
*** gcc-7.1.0/gcc/po/vi.po	Sun Apr 30 23:16:59 2017
--- gcc-7.2.0/gcc/po/vi.po	Thu May  4 15:54:38 2017
*************** msgid ""
*** 9,15 ****
  msgstr ""
  "Project-Id-Version: gcc 7.1-b20170101\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-04-24 20:38+0000\n"
  "PO-Revision-Date: 2017-01-08 08:33+0700\n"
  "Last-Translator: Tráº§n Ngá»�c QuÃ¢n <vnwildman@gmail.com>\n"
  "Language-Team: Vietnamese <translation-team-vi@lists.sourceforge.net>\n"
--- 9,15 ----
  msgstr ""
  "Project-Id-Version: gcc 7.1-b20170101\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-05-01 22:24+0000\n"
  "PO-Revision-Date: 2017-01-08 08:33+0700\n"
  "Last-Translator: Tráº§n Ngá»�c QuÃ¢n <vnwildman@gmail.com>\n"
  "Language-Team: Vietnamese <translation-team-vi@lists.sourceforge.net>\n"
*************** msgstr "Ä‘á»“ sá»­a Ä‘á»•i chiá»�u dÃ i
*** 2823,2864 ****
  msgid "<command-line>"
  msgstr "<dÃ²ng lá»‡nh>"
  
! #: config/aarch64/aarch64.c:4926 config/arm/arm.c:21795 config/arm/arm.c:21808
! #: config/arm/arm.c:21833 config/nios2/nios2.c:2653
  #, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "KhÃ´ng há»— trá»£ toÃ¡n háº¡ng cho mÃ£ â€œ%câ€�"
  
! #: config/aarch64/aarch64.c:4938 config/aarch64/aarch64.c:4954
! #: config/aarch64/aarch64.c:4967 config/aarch64/aarch64.c:4979
! #: config/aarch64/aarch64.c:4990 config/aarch64/aarch64.c:5013
! #: config/aarch64/aarch64.c:5066 config/aarch64/aarch64.c:5269
  #, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "toÃ¡n háº¡ng khÃ´ng há»£p lá»‡ Ä‘á»‘i vá»›i â€œ%%%câ€�"
  
! #: config/aarch64/aarch64.c:5033 config/aarch64/aarch64.c:5046
! #: config/aarch64/aarch64.c:5056
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr "toÃ¡n háº¡n dáº¥u cháº¥m Ä‘á»™ng / thanh ghi vÃ©ctÆ¡ khÃ´ng tÆ°Æ¡ng thÃ­ch cho â€œ%%%câ€�"
  
! #: config/aarch64/aarch64.c:5102 config/arm/arm.c:22340
  #, c-format
  msgid "missing operand"
  msgstr "toÃ¡n háº¡ng cÃ²n thiáº¿u"
  
! #: config/aarch64/aarch64.c:5164
  #, c-format
  msgid "invalid constant"
  msgstr "háº±ng khÃ´ng há»£p lá»‡"
  
! #: config/aarch64/aarch64.c:5167
  #, c-format
  msgid "invalid operand"
  msgstr "toÃ¡n háº¡ng khÃ´ng há»£p lá»‡"
  
! #: config/aarch64/aarch64.c:5280
  #, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "tiá»�n tá»‘ toÃ¡n háº¡ng khÃ´ng há»£p lá»‡ â€œ%%%câ€�"
--- 2823,2864 ----
  msgid "<command-line>"
  msgstr "<dÃ²ng lá»‡nh>"
  
! #: config/aarch64/aarch64.c:4927 config/arm/arm.c:21832 config/arm/arm.c:21845
! #: config/arm/arm.c:21870 config/nios2/nios2.c:2653
  #, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "KhÃ´ng há»— trá»£ toÃ¡n háº¡ng cho mÃ£ â€œ%câ€�"
  
! #: config/aarch64/aarch64.c:4939 config/aarch64/aarch64.c:4955
! #: config/aarch64/aarch64.c:4968 config/aarch64/aarch64.c:4980
! #: config/aarch64/aarch64.c:4991 config/aarch64/aarch64.c:5014
! #: config/aarch64/aarch64.c:5067 config/aarch64/aarch64.c:5270
  #, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "toÃ¡n háº¡ng khÃ´ng há»£p lá»‡ Ä‘á»‘i vá»›i â€œ%%%câ€�"
  
! #: config/aarch64/aarch64.c:5034 config/aarch64/aarch64.c:5047
! #: config/aarch64/aarch64.c:5057
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr "toÃ¡n háº¡n dáº¥u cháº¥m Ä‘á»™ng / thanh ghi vÃ©ctÆ¡ khÃ´ng tÆ°Æ¡ng thÃ­ch cho â€œ%%%câ€�"
  
! #: config/aarch64/aarch64.c:5103 config/arm/arm.c:22377
  #, c-format
  msgid "missing operand"
  msgstr "toÃ¡n háº¡ng cÃ²n thiáº¿u"
  
! #: config/aarch64/aarch64.c:5165
  #, c-format
  msgid "invalid constant"
  msgstr "háº±ng khÃ´ng há»£p lá»‡"
  
! #: config/aarch64/aarch64.c:5168
  #, c-format
  msgid "invalid operand"
  msgstr "toÃ¡n háº¡ng khÃ´ng há»£p lá»‡"
  
! #: config/aarch64/aarch64.c:5281
  #, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "tiá»�n tá»‘ toÃ¡n háº¡ng khÃ´ng há»£p lá»‡ â€œ%%%câ€�"
*************** msgstr "sai Ä‘áº·t mÃ£ káº¿t xuáº¥t toÃ¡
*** 3016,3044 ****
  msgid "invalid UNSPEC as operand: %d"
  msgstr "UNSPEC khÃ´ng há»£p lá»‡ nhÆ° lÃ  toÃ¡n háº¡ng: %d"
  
! #: config/arm/arm.c:18804 config/arm/arm.c:18829 config/arm/arm.c:18839
! #: config/arm/arm.c:18848 config/arm/arm.c:18857
  #, c-format
  msgid "invalid shift operand"
  msgstr "sai Ä‘áº·t toÃ¡n háº¡ng dá»�i"
  
! #: config/arm/arm.c:21671 config/arm/arm.c:21689
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "lá»‡nh Thumb cÄƒn cá»© vÃ o"
  
! #: config/arm/arm.c:21677
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "gáº·p lá»‡nh cÄƒn cá»© vÃ o trong dÃ£y cÃ³ Ä‘iá»�u kiá»‡n"
  
! #: config/arm/arm.c:21910 config/arm/arm.c:21932 config/arm/arm.c:21942
! #: config/arm/arm.c:21952 config/arm/arm.c:21962 config/arm/arm.c:22001
! #: config/arm/arm.c:22019 config/arm/arm.c:22044 config/arm/arm.c:22059
! #: config/arm/arm.c:22086 config/arm/arm.c:22093 config/arm/arm.c:22111
! #: config/arm/arm.c:22118 config/arm/arm.c:22126 config/arm/arm.c:22147
! #: config/arm/arm.c:22154 config/arm/arm.c:22287 config/arm/arm.c:22294
! #: config/arm/arm.c:22321 config/arm/arm.c:22328 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
--- 3016,3044 ----
  msgid "invalid UNSPEC as operand: %d"
  msgstr "UNSPEC khÃ´ng há»£p lá»‡ nhÆ° lÃ  toÃ¡n háº¡ng: %d"
  
! #: config/arm/arm.c:18841 config/arm/arm.c:18866 config/arm/arm.c:18876
! #: config/arm/arm.c:18885 config/arm/arm.c:18894
  #, c-format
  msgid "invalid shift operand"
  msgstr "sai Ä‘áº·t toÃ¡n háº¡ng dá»�i"
  
! #: config/arm/arm.c:21708 config/arm/arm.c:21726
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "lá»‡nh Thumb cÄƒn cá»© vÃ o"
  
! #: config/arm/arm.c:21714
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "gáº·p lá»‡nh cÄƒn cá»© vÃ o trong dÃ£y cÃ³ Ä‘iá»�u kiá»‡n"
  
! #: config/arm/arm.c:21947 config/arm/arm.c:21969 config/arm/arm.c:21979
! #: config/arm/arm.c:21989 config/arm/arm.c:21999 config/arm/arm.c:22038
! #: config/arm/arm.c:22056 config/arm/arm.c:22081 config/arm/arm.c:22096
! #: config/arm/arm.c:22123 config/arm/arm.c:22130 config/arm/arm.c:22148
! #: config/arm/arm.c:22155 config/arm/arm.c:22163 config/arm/arm.c:22184
! #: config/arm/arm.c:22191 config/arm/arm.c:22324 config/arm/arm.c:22331
! #: config/arm/arm.c:22358 config/arm/arm.c:22365 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
*************** msgstr "gáº·p lá»‡nh cÄƒn cá»© vÃ o tron
*** 3046,3058 ****
  msgid "invalid operand for code '%c'"
  msgstr "sai Ä‘áº·t toÃ¡n háº¡ng cho mÃ£ â€œ%câ€�"
  
! #: config/arm/arm.c:22014
  #, c-format
  msgid "instruction never executed"
  msgstr "lá»‡nh chÆ°a bao giá»� thá»±c hiá»‡n"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22035
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr "Ä‘á»‹nh dáº¡ng mÃ£ Maverick Ä‘Ã£ cÅ© â€œ%câ€�"
--- 3046,3058 ----
  msgid "invalid operand for code '%c'"
  msgstr "sai Ä‘áº·t toÃ¡n háº¡ng cho mÃ£ â€œ%câ€�"
  
! #: config/arm/arm.c:22051
  #, c-format
  msgid "instruction never executed"
  msgstr "lá»‡nh chÆ°a bao giá»� thá»±c hiá»‡n"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22072
  #, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr "Ä‘á»‹nh dáº¡ng mÃ£ Maverick Ä‘Ã£ cÅ© â€œ%câ€�"
*************** msgstr "emit_fusion_p9_store, reg #2 sai
*** 3872,3971 ****
  msgid "emit_fusion_p9_store not MEM"
  msgstr "emit_fusion_p9_store khÃ´ng MEM"
  
! #: config/s390/s390.c:7314
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr ""
  
! #: config/s390/s390.c:7325
  #, c-format
  msgid "cannot decompose address"
  msgstr "khÃ´ng thá»ƒ giáº£i mÃ£ Ä‘á»‹a chá»‰"
  
! #: config/s390/s390.c:7394
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7417
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7435
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7457
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7475
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7485
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7506
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7517
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7603 config/s390/s390.c:7624
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "háº±ng khÃ´ng há»£p lá»‡ cho bá»• nghÄ©a káº¿t xuáº¥t â€œ%câ€�"
  
! #: config/s390/s390.c:7621
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "háº±ng khÃ´ng há»£p lá»‡ - hÃ£y thá»­ dÃ¹ng bá»• nghÄ©a káº¿t xuáº¥t"
  
! #: config/s390/s390.c:7658
  #, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "vÃ©c-tÆ¡ háº±ng khÃ´ng há»£p lá»‡ cho bá»• nghÄ©a káº¿t xuáº¥t â€œ%câ€�"
  
! #: config/s390/s390.c:7665
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "biá»ƒu thá»©c khÃ´ng há»£p lá»‡ - hÃ£y thá»­ dÃ¹ng bá»• nghÄ©a káº¿t xuáº¥t"
  
! #: config/s390/s390.c:7668
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "biá»ƒu thá»©c khÃ´ng há»£p lá»‡ cho bá»™ sá»­a Ä‘áº§u ra â€œ%câ€�"
  
! #: config/s390/s390.c:11535
  #, fuzzy
  #| msgid "Vector argument passed to unprototyped function"
  msgid "vector argument passed to unprototyped function"
  msgstr "Ä�á»‘i sá»‘ vÃ©c-tÆ¡ bá»‹ gá»­i cho hÃ m khÃ´ng nguyÃªn máº«u"
  
! #: config/s390/s390.c:15354
  msgid "types differ in signedness"
  msgstr ""
  
! #: config/s390/s390.c:15364
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15367
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15375
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
--- 3872,3971 ----
  msgid "emit_fusion_p9_store not MEM"
  msgstr "emit_fusion_p9_store khÃ´ng MEM"
  
! #: config/s390/s390.c:7482
  #, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr ""
  
! #: config/s390/s390.c:7493
  #, c-format
  msgid "cannot decompose address"
  msgstr "khÃ´ng thá»ƒ giáº£i mÃ£ Ä‘á»‹a chá»‰"
  
! #: config/s390/s390.c:7562
  #, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7585
  #, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7603
  #, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7625
  #, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7643
  #, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7653
  #, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7674
  #, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7685
  #, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr ""
  
! #: config/s390/s390.c:7771 config/s390/s390.c:7792
  #, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "háº±ng khÃ´ng há»£p lá»‡ cho bá»• nghÄ©a káº¿t xuáº¥t â€œ%câ€�"
  
! #: config/s390/s390.c:7789
  #, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "háº±ng khÃ´ng há»£p lá»‡ - hÃ£y thá»­ dÃ¹ng bá»• nghÄ©a káº¿t xuáº¥t"
  
! #: config/s390/s390.c:7826
  #, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "vÃ©c-tÆ¡ háº±ng khÃ´ng há»£p lá»‡ cho bá»• nghÄ©a káº¿t xuáº¥t â€œ%câ€�"
  
! #: config/s390/s390.c:7833
  #, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "biá»ƒu thá»©c khÃ´ng há»£p lá»‡ - hÃ£y thá»­ dÃ¹ng bá»• nghÄ©a káº¿t xuáº¥t"
  
! #: config/s390/s390.c:7836
  #, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "biá»ƒu thá»©c khÃ´ng há»£p lá»‡ cho bá»™ sá»­a Ä‘áº§u ra â€œ%câ€�"
  
! #: config/s390/s390.c:11703
  #, fuzzy
  #| msgid "Vector argument passed to unprototyped function"
  msgid "vector argument passed to unprototyped function"
  msgstr "Ä�á»‘i sá»‘ vÃ©c-tÆ¡ bá»‹ gá»­i cho hÃ m khÃ´ng nguyÃªn máº«u"
  
! #: config/s390/s390.c:15522
  msgid "types differ in signedness"
  msgstr ""
  
! #: config/s390/s390.c:15532
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15535
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15543
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
*************** msgstr ""
*** 17410,17416 ****
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr ""
  
! #: fold-const.c:12046
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr ""
--- 17410,17416 ----
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr ""
  
! #: fold-const.c:12048
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr ""
*************** msgstr "Ä‘Ã­ch khÃ´ng pháº£i lÃ  má»™t h
*** 17947,17954 ****
  msgid "null pointer dereference"
  msgstr ""
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12872
! #: tree.c:12909 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
--- 17947,17954 ----
  msgid "null pointer dereference"
  msgstr ""
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12880
! #: tree.c:12917 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
*************** msgstr "Ä‘Æ°á»£c khai bÃ¡o á»Ÿ Ä‘Ã¢y"
*** 17962,18258 ****
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2307 gimple-ssa-sprintf.c:2435
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2309 gimple-ssa-sprintf.c:2437
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2311 gimple-ssa-sprintf.c:2439
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2313 gimple-ssa-sprintf.c:2441
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2326
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2328
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2330
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2334
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2336
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2338
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2351
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2353
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2355
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2371
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2373
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2375
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2388
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2390
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2392
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2404
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2406
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2408
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2454
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2456
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2458
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2462
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2464
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2466
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2480
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2483
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2486
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2502
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2505
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2508
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2521
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2524
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2527
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2539
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2542
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2545
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2710
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2712
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2751
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2753
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2767
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2775
  #, fuzzy, gcc-internal-format
  msgid "directive argument %qE"
  msgstr "Ä�á»‘i sá»‘ Ã¢m N táº¡i %L"
  
! #: gimple-ssa-sprintf.c:2777
  #, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2781
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2801
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2806
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2811
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2816
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3588
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3594
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3647
  #, fuzzy, gcc-internal-format
  msgid "null destination pointer"
  msgstr "con trá»� rá»—ng"
  
! #: gimple-ssa-sprintf.c:3664
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3676
  #, fuzzy, gcc-internal-format
  msgid "null format string"
  msgstr "%s trong chuá»—i Ä‘á»‹nh dáº¡ng táº¡i %L"
--- 17962,18258 ----
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2308 gimple-ssa-sprintf.c:2436
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2310 gimple-ssa-sprintf.c:2438
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2312 gimple-ssa-sprintf.c:2440
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2314 gimple-ssa-sprintf.c:2442
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2327
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2329
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2331
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2335
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2337
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2339
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2352
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2354
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2356
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2372
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2374
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2376
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2389
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2391
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2393
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2405
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2407
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2409
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2455
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2457
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2459
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2463
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2465
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2467
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2481
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2484
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2487
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2503
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2506
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2509
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2522
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2525
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2528
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2540
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2543
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2546
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2711
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2713
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2752
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2754
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2769
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2776
  #, fuzzy, gcc-internal-format
  msgid "directive argument %qE"
  msgstr "Ä�á»‘i sá»‘ Ã¢m N táº¡i %L"
  
! #: gimple-ssa-sprintf.c:2778
  #, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2782
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2803
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2807
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2812
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2817
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3591
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3597
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3650
  #, fuzzy, gcc-internal-format
  msgid "null destination pointer"
  msgstr "con trá»� rá»—ng"
  
! #: gimple-ssa-sprintf.c:3667
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3679
  #, fuzzy, gcc-internal-format
  msgid "null format string"
  msgstr "%s trong chuá»—i Ä‘á»‹nh dáº¡ng táº¡i %L"
*************** msgstr "Ä‘á»‹nh nghÄ©a láº§n Ä‘áº§u á»Ÿ
*** 20431,20588 ****
  msgid "%D renamed after being referenced in assembly"
  msgstr ""
  
! #: symtab.c:970
  #, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "kÃ½ hiá»‡u hÃ m khÃ´ng pháº£i lÃ  má»™t hÃ m"
  
! #: symtab.c:978
  #, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr "kÃ½ hiá»‡u biáº¿n Ä‘á»•i khÃ´ng lÃ  má»™t biáº¿n"
  
! #: symtab.c:984
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr "nÃºt cÃ³ kiá»ƒu khÃ´ng hiá»ƒu"
  
! #: symtab.c:993
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1010
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1023
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr ""
  
! #: symtab.c:1030
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr ""
  
! #: symtab.c:1035
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr ""
  
! #: symtab.c:1040
  #, fuzzy, gcc-internal-format
  #| msgid "%qs at %L is not a function"
  msgid "node is analyzed but it is not a definition"
  msgstr "â€œ%qsâ€� táº¡i %L khÃ´ng pháº£i lÃ  má»™t hÃ m"
  
! #: symtab.c:1045
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1050
  #, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr ""
  
! #: symtab.c:1055
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1060
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr ""
  
! #: symtab.c:1069
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr ""
  
! #: symtab.c:1074
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr ""
  
! #: symtab.c:1079
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1084
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr ""
  
! #: symtab.c:1091
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr ""
  
! #: symtab.c:1106
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1116
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1123
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr ""
  
! #: symtab.c:1135
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1142
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1157
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1188 symtab.c:1225
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr "symtab_node::verify gáº·p lá»—i"
  
! #: symtab.c:1221
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1630
  #, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr ""
  
! #: symtab.c:1632
  #, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr ""
  
! #: symtab.c:1660
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
--- 20431,20588 ----
  msgid "%D renamed after being referenced in assembly"
  msgstr ""
  
! #: symtab.c:978
  #, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "kÃ½ hiá»‡u hÃ m khÃ´ng pháº£i lÃ  má»™t hÃ m"
  
! #: symtab.c:986
  #, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr "kÃ½ hiá»‡u biáº¿n Ä‘á»•i khÃ´ng lÃ  má»™t biáº¿n"
  
! #: symtab.c:992
  #, gcc-internal-format
  msgid "node has unknown type"
  msgstr "nÃºt cÃ³ kiá»ƒu khÃ´ng hiá»ƒu"
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1009
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1018
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1031
  #, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr ""
  
! #: symtab.c:1038
  #, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr ""
  
! #: symtab.c:1043
  #, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr ""
  
! #: symtab.c:1048
  #, fuzzy, gcc-internal-format
  #| msgid "%qs at %L is not a function"
  msgid "node is analyzed but it is not a definition"
  msgstr "â€œ%qsâ€� táº¡i %L khÃ´ng pháº£i lÃ  má»™t hÃ m"
  
! #: symtab.c:1053
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1058
  #, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr ""
  
! #: symtab.c:1063
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1068
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr ""
  
! #: symtab.c:1077
  #, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr ""
  
! #: symtab.c:1082
  #, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr ""
  
! #: symtab.c:1087
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1092
  #, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr ""
  
! #: symtab.c:1099
  #, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr ""
  
! #: symtab.c:1114
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1124
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1131
  #, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr ""
  
! #: symtab.c:1143
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1150
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1173
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1196 symtab.c:1233
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr "symtab_node::verify gáº·p lá»—i"
  
! #: symtab.c:1229
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1638
  #, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr ""
  
! #: symtab.c:1640
  #, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr ""
  
! #: symtab.c:1668
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
*************** msgstr ""
*** 22249,22256 ****
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6704
! #: config/arm/arm.c:6732 config/arm/arm.c:6749 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
--- 22249,22256 ----
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6741
! #: config/arm/arm.c:6769 config/arm/arm.c:6786 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
*************** msgstr ""
*** 22286,22377 ****
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr ""
  
! #: tree.c:8366
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr ""
  
! #: tree.c:8537
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "kiá»ƒu tráº£ vá»� hÃ m khÃ´ng thá»ƒ lÃ  hÃ m"
  
! #: tree.c:9831 tree.c:9916 tree.c:9977
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr "kiá»ƒm tra cÃ¢y: %s, cÃ³ %s trong %s, táº¡i %s:%d"
  
! #: tree.c:9868
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr "tree check: cáº§n khÃ´ng gÃ¬ cá»§a %s, cÃ³ %s trong %s, táº¡i %s:%d"
  
! #: tree.c:9881
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "tree check: cáº§n lá»›p %qs, cÃ³ %qs (%s) trong %s, táº¡i %s:%d"
  
! #: tree.c:9930
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9943
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr "tree check: cáº§n omp_clause %s, cÃ³ %s trong %s, táº¡i %s:%d"
  
! #: tree.c:10003
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10017
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10029
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10042
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10055
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:12867
  #, gcc-internal-format
  msgid "%qD is deprecated: %s"
  msgstr "%qD Ä‘Ã£ láº¡c háº­u: %s"
  
! #: tree.c:12870
  #, gcc-internal-format
  msgid "%qD is deprecated"
  msgstr "%qD Ä‘Ã£ láº¡c háº­u"
  
! #: tree.c:12894 tree.c:12916
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "%qE Ä‘Ã£ láº¡c háº­u: %s"
  
! #: tree.c:12897 tree.c:12919
  #, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "%qE Ä‘Ã£ láº¡c háº­u"
  
! #: tree.c:12903 tree.c:12924
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "kiá»ƒu Ä‘Ã£ láº¡c háº­u: %s"
  
! #: tree.c:12906 tree.c:12927
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "kiá»ƒu Ä‘Ã£ láº¡c háº­u"
--- 22286,22377 ----
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr ""
  
! #: tree.c:8373
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr ""
  
! #: tree.c:8545
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "kiá»ƒu tráº£ vá»� hÃ m khÃ´ng thá»ƒ lÃ  hÃ m"
  
! #: tree.c:9839 tree.c:9924 tree.c:9985
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr "kiá»ƒm tra cÃ¢y: %s, cÃ³ %s trong %s, táº¡i %s:%d"
  
! #: tree.c:9876
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr "tree check: cáº§n khÃ´ng gÃ¬ cá»§a %s, cÃ³ %s trong %s, táº¡i %s:%d"
  
! #: tree.c:9889
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "tree check: cáº§n lá»›p %qs, cÃ³ %qs (%s) trong %s, táº¡i %s:%d"
  
! #: tree.c:9938
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:9951
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr "tree check: cáº§n omp_clause %s, cÃ³ %s trong %s, táº¡i %s:%d"
  
! #: tree.c:10011
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10025
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10037
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10050
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:10063
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr ""
  
! #: tree.c:12875
  #, gcc-internal-format
  msgid "%qD is deprecated: %s"
  msgstr "%qD Ä‘Ã£ láº¡c háº­u: %s"
  
! #: tree.c:12878
  #, gcc-internal-format
  msgid "%qD is deprecated"
  msgstr "%qD Ä‘Ã£ láº¡c háº­u"
  
! #: tree.c:12902 tree.c:12924
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "%qE Ä‘Ã£ láº¡c háº­u: %s"
  
! #: tree.c:12905 tree.c:12927
  #, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "%qE Ä‘Ã£ láº¡c háº­u"
  
! #: tree.c:12911 tree.c:12932
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "kiá»ƒu Ä‘Ã£ láº¡c háº­u: %s"
  
! #: tree.c:12914 tree.c:12935
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "kiá»ƒu Ä‘Ã£ láº¡c háº­u"
*************** msgstr "kiá»ƒu Ä‘Ã£ láº¡c háº­u"
*** 22398,22660 ****
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13354
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13395
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13397
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13399
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13419
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13432
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13449
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13474
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13476
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13478
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13516
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13518
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr ""
  
! #: tree.c:13520
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13537
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13539 tree.c:13550
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13541 tree.c:13552
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13548
  #, fuzzy, gcc-internal-format
  #| msgid "-mnop-mcount is not compatible with this target"
  msgid "type is not compatible with its variant"
  msgstr "-mnop-mcount khÃ´ng tÆ°Æ¡ng thÃ­ch vá»›i Ä‘Ã­ch nÃ y"
  
! #: tree.c:13851
  #, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr ""
  
! #: tree.c:13856
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13868
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13886
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13918
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13928
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13938
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13956
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13968
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13979
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13990
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14008
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14015
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14027
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14042
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14058
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14073
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14083
  #, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr ""
  
! #: tree.c:14092
  #, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr ""
  
! #: tree.c:14112
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14127
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14133
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14146
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14159
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14165
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14172
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14184
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14190
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14202
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14214
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14221
  #, gcc-internal-format
  msgid "verify_type failed"
  msgstr "verify_type gáº·p lá»—i"
--- 22398,22660 ----
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13362
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13403
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13405
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13407
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13427
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13440
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13457
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13482
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13484
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13486
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13524
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13526
  #, gcc-internal-format
  msgid "first mismatch is field"
  msgstr ""
  
! #: tree.c:13528
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13545
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13547 tree.c:13558
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13549 tree.c:13560
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13556
  #, fuzzy, gcc-internal-format
  #| msgid "-mnop-mcount is not compatible with this target"
  msgid "type is not compatible with its variant"
  msgstr "-mnop-mcount khÃ´ng tÆ°Æ¡ng thÃ­ch vá»›i Ä‘Ã­ch nÃ y"
  
! #: tree.c:13859
  #, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr ""
  
! #: tree.c:13864
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13876
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13910
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13926
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13936
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13946
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13964
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13976
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13987
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13998
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14016
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14023
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14043
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14050
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14074
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14081
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14091
  #, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr ""
  
! #: tree.c:14100
  #, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr ""
  
! #: tree.c:14120
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14135
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14141
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14154
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14167
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14173
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14180
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14192
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14198
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14210
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14222
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14229
  #, gcc-internal-format
  msgid "verify_type failed"
  msgstr "verify_type gáº·p lá»—i"
*************** msgstr ""
*** 23651,23663 ****
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr ""
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6573 c-family/c-common.c:6644
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "quÃ¡ Ã­t Ä‘á»‘i sá»‘ cho hÃ m %qE"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6670 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "quÃ¡ nhiá»�u Ä‘á»‘i sá»‘ cho hÃ m %qE"
--- 23651,23663 ----
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr ""
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6574 c-family/c-common.c:6645
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "quÃ¡ Ã­t Ä‘á»‘i sá»‘ cho hÃ m %qE"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6671 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "quÃ¡ nhiá»�u Ä‘á»‘i sá»‘ cho hÃ m %qE"
*************** msgstr ""
*** 23742,23813 ****
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6515 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr "kÃ­ch cá»¡ máº£ng lÃ  quÃ¡ lá»›n"
  
! #: c-family/c-common.c:6603
  #, gcc-internal-format
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6737
  #, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr ""
  
! #: c-family/c-common.c:6752
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr ""
  
! #: c-family/c-common.c:6761
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr ""
  
! #: c-family/c-common.c:6772
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr ""
  
! #: c-family/c-common.c:6787
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr ""
  
! #: c-family/c-common.c:6795
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "Ä‘á»‘i sá»‘ %d cá»§a %qE pháº£i lÃ  má»™t Ä‘á»‹a chá»‰"
  
! #: c-family/c-common.c:6801
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "Ä‘á»‘i sá»‘ %d cá»§a %qE pháº£i lÃ  bá»™i sá»‘ cá»§a %d"
  
! #: c-family/c-common.c:6809
  #, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6825
  #, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6832
  #, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:7753
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr "giÃ¡ trá»‹ chá»‰ má»¥c náº±m ngoÃ i pháº¡m vi cho phÃ©p"
  
! #: c-family/c-common.c:7794 c-family/c-common.c:7842 c-family/c-common.c:7857
  #: cp/call.c:4836 cp/call.c:4843
  #, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
--- 23742,23813 ----
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr ""
  
! #: c-family/c-common.c:6516 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr "kÃ­ch cá»¡ máº£ng lÃ  quÃ¡ lá»›n"
  
! #: c-family/c-common.c:6604
  #, gcc-internal-format
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6738
  #, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr ""
  
! #: c-family/c-common.c:6753
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr ""
  
! #: c-family/c-common.c:6762
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr ""
  
! #: c-family/c-common.c:6773
  #, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr ""
  
! #: c-family/c-common.c:6788
  #, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr ""
  
! #: c-family/c-common.c:6796
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "Ä‘á»‘i sá»‘ %d cá»§a %qE pháº£i lÃ  má»™t Ä‘á»‹a chá»‰"
  
! #: c-family/c-common.c:6802
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "Ä‘á»‘i sá»‘ %d cá»§a %qE pháº£i lÃ  bá»™i sá»‘ cá»§a %d"
  
! #: c-family/c-common.c:6810
  #, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6826
  #, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:6833
  #, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr ""
  
! #: c-family/c-common.c:7754
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr "giÃ¡ trá»‹ chá»‰ má»¥c náº±m ngoÃ i pháº¡m vi cho phÃ©p"
  
! #: c-family/c-common.c:7795 c-family/c-common.c:7843 c-family/c-common.c:7858
  #: cp/call.c:4836 cp/call.c:4843
  #, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
*************** msgstr ""
*** 23815,23836 ****
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7943
  #, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr ""
  
! #: c-family/c-common.c:7965 c/c-decl.c:6124
  #, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "kÃ­ch cá»¡ máº£ng %qE quÃ¡ lá»›n"
  
! #: c-family/c-common.c:7967 c/c-decl.c:6127
  #, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "kÃ­ch thÆ°á»›c cá»§a máº£ng chÆ°a Ä‘áº·t tÃªn lÃ  quÃ¡ lá»›n"
  
! #: c-family/c-common.c:7997
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
--- 23815,23836 ----
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7944
  #, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr ""
  
! #: c-family/c-common.c:7966 c/c-decl.c:6124
  #, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "kÃ­ch cá»¡ máº£ng %qE quÃ¡ lá»›n"
  
! #: c-family/c-common.c:7968 c/c-decl.c:6127
  #, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "kÃ­ch thÆ°á»›c cá»§a máº£ng chÆ°a Ä‘áº·t tÃªn lÃ  quÃ¡ lá»›n"
  
! #: c-family/c-common.c:7998
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
*************** msgstr "â€œ%qsâ€� khÃ´ng pháº£i lÃ  má»™
*** 25590,25596 ****
  msgid "too many input files"
  msgstr "quÃ¡ nhiá»�u táº­p tin nháº­p vÃ o"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8751
  #, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr "khÃ´ng hiá»ƒu giÃ¡ trá»‹ %qs dÃ nh cho -mcpu"
--- 25590,25596 ----
  msgid "too many input files"
  msgstr "quÃ¡ nhiá»�u táº­p tin nháº­p vÃ o"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8759
  #, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr "khÃ´ng hiá»ƒu giÃ¡ trá»‹ %qs dÃ nh cho -mcpu"
*************** msgstr "%qs khÃ´ng tÆ°Æ¡ng thÃ­ch vá»›i
*** 26049,26231 ****
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8374
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8418
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8475
  #, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8493
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown tuning option (%s)"
  msgstr "khÃ´ng hiá»ƒu tÃ¹y chá»�n chá»‰nh (%s)"
  
! #: config/aarch64/aarch64.c:8707
  #, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "Ä‘á»‘i sá»‘ há»£p lá»‡ lÃ : %s; cÃ³ pháº£i Ã½ báº¡n lÃ  lÃ : %qs?"
  
! #: config/aarch64/aarch64.c:8748
  #, fuzzy, gcc-internal-format
  #| msgid "missing cpu name in -mcpu=%qs"
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr "thiáº¿u cpu trong -mcpu=%qs"
  
! #: config/aarch64/aarch64.c:8755
  #, fuzzy, gcc-internal-format
  #| msgid "invalid use of %<auto%>"
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "dÃ¹ng %<auto%> khÃ´ng há»£p lá»‡"
  
! #: config/aarch64/aarch64.c:8782
  #, fuzzy, gcc-internal-format
  #| msgid "missing arch name in -march=%qs"
  msgid "missing arch name in %<-march=%s%>"
  msgstr "thiáº¿u tÃªn kiáº¿n trÃºc trong -march=%qs"
  
! #: config/aarch64/aarch64.c:8785
  #, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr "khÃ´ng hiá»ƒu giÃ¡ trá»‹ %qs cho -march"
  
! #: config/aarch64/aarch64.c:8789
  #, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8815
  #, fuzzy, gcc-internal-format
  #| msgid "missing cpu name in -mtune=%qs"
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr "thiáº¿u tÃªn cpu trong -mcpu=%qs"
  
! #: config/aarch64/aarch64.c:8818
  #, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr "khÃ´ng hiá»ƒu giÃ¡ trá»‹ %qs dÃ nh cho -mtune"
  
! #: config/aarch64/aarch64.c:8921 config/arm/arm.c:3093
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8956
  #, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "Assembler khÃ´ng há»— trá»£ -mabi=ilp32"
  
! #: config/aarch64/aarch64.c:8960
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9022
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr "mÃ´ hÃ¬nh mÃ£ %qs vá»›i -f%s"
  
! #: config/aarch64/aarch64.c:9187
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9190
  #, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9194
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9228
  #, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "thiáº¿u tÃªn cpu trong â€œcpuâ€� Ä‘Ã­ch %s"
  
! #: config/aarch64/aarch64.c:9231
  #, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9235
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9266
  #, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9307
  #, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9312
  #, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9364
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9412
  #, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9421
  #, gcc-internal-format
  msgid "target %s %qs does not allow a negated form"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9476
  #, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9536 config/arm/arm.c:30367
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:14849
  #, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr "thuá»™c tÃ­nh %<target%> khÃ´ng lÃ  má»™t chuá»—i"
  
! #: config/aarch64/aarch64.c:9546
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9563
  #, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9572
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11420
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11422
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr ""
--- 26049,26231 ----
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8382
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8426
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8483
  #, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8501
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown tuning option (%s)"
  msgstr "khÃ´ng hiá»ƒu tÃ¹y chá»�n chá»‰nh (%s)"
  
! #: config/aarch64/aarch64.c:8715
  #, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "Ä‘á»‘i sá»‘ há»£p lá»‡ lÃ : %s; cÃ³ pháº£i Ã½ báº¡n lÃ  lÃ : %qs?"
  
! #: config/aarch64/aarch64.c:8756
  #, fuzzy, gcc-internal-format
  #| msgid "missing cpu name in -mcpu=%qs"
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr "thiáº¿u cpu trong -mcpu=%qs"
  
! #: config/aarch64/aarch64.c:8763
  #, fuzzy, gcc-internal-format
  #| msgid "invalid use of %<auto%>"
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "dÃ¹ng %<auto%> khÃ´ng há»£p lá»‡"
  
! #: config/aarch64/aarch64.c:8790
  #, fuzzy, gcc-internal-format
  #| msgid "missing arch name in -march=%qs"
  msgid "missing arch name in %<-march=%s%>"
  msgstr "thiáº¿u tÃªn kiáº¿n trÃºc trong -march=%qs"
  
! #: config/aarch64/aarch64.c:8793
  #, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr "khÃ´ng hiá»ƒu giÃ¡ trá»‹ %qs cho -march"
  
! #: config/aarch64/aarch64.c:8797
  #, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8823
  #, fuzzy, gcc-internal-format
  #| msgid "missing cpu name in -mtune=%qs"
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr "thiáº¿u tÃªn cpu trong -mcpu=%qs"
  
! #: config/aarch64/aarch64.c:8826
  #, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr "khÃ´ng hiá»ƒu giÃ¡ trá»‹ %qs dÃ nh cho -mtune"
  
! #: config/aarch64/aarch64.c:8929 config/arm/arm.c:3094
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8964
  #, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "Assembler khÃ´ng há»— trá»£ -mabi=ilp32"
  
! #: config/aarch64/aarch64.c:8968
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9030
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr "mÃ´ hÃ¬nh mÃ£ %qs vá»›i -f%s"
  
! #: config/aarch64/aarch64.c:9195
  #, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9198
  #, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9202
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9236
  #, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "thiáº¿u tÃªn cpu trong â€œcpuâ€� Ä‘Ã­ch %s"
  
! #: config/aarch64/aarch64.c:9239
  #, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9243
  #, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9274
  #, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9315
  #, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9320
  #, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9372
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9420
  #, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9429
  #, gcc-internal-format
  msgid "target %s %qs does not allow a negated form"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9484
  #, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9544 config/arm/arm.c:30411
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:15017
  #, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr "thuá»™c tÃ­nh %<target%> khÃ´ng lÃ  má»™t chuá»—i"
  
! #: config/aarch64/aarch64.c:9554
  #, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9571
  #, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9580
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11428
  #, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11430
  #, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr ""
*************** msgstr "sá»‘ lÆ°á»£ng khÃ´ng Ä‘Æ°á»£c nh
*** 26633,26821 ****
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr "sá»‘ lÆ°á»£ng khÃ´ng Ä‘Æ°á»£c nhá»� hÆ¡n 0.  hÃ£y kiá»ƒm tra bÃªn trong _mm_sra_si64 trong mÃ£."
  
! #: config/arm/arm.c:2799
  #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr "iWMMXt vÃ  NEON lÃ  xung khÃ¡c láº«n nhau"
  
! #: config/arm/arm.c:2805
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "CPU Ä‘Ã­ch khÃ´ng há»— trá»£ cháº¿ Ä‘á»™ ARM"
  
! #: config/arm/arm.c:2809
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2812
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2820
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr ""
  
! #: config/arm/arm.c:2824
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr "iWMMXt khÃ´ng Ä‘Æ°á»£c há»— trá»£ dÆ°á»›i cháº¿ Ä‘á»™ Thumb"
  
! #: config/arm/arm.c:2827
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "khÃ´ng thá»ƒ sá»­ dá»¥ng -mtp=cp15 vá»›i 16-bit Thumb"
  
! #: config/arm/arm.c:2831
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "RTP PIC khÃ´ng tÆ°Æ¡ng thÃ­ch vá»›i Thumb"
  
! #: config/arm/arm.c:2839
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr "-mslow-flash-data chá»‰ há»— trá»£ mÃ£ khÃ´ng-pic trÃªn Ä‘Ã­ch armv7-m"
  
! #: config/arm/arm.c:2844
  #, fuzzy, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr "-mslow-flash-data chá»‰ há»— trá»£ mÃ£ khÃ´ng-pic trÃªn Ä‘Ã­ch armv7-m"
  
! #: config/arm/arm.c:2947
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "CPU Ä‘Ã­ch khÃ´ng há»— trá»£ chá»‰ lá»‡nh THUMB"
  
! #: config/arm/arm.c:2992
  #, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "CPU Ä‘Ã­ch khÃ´ng há»— trá»£ truy cáº­p chÆ°a cÃ¢n chá»‰nh"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3246
  #, fuzzy, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-mpcrel -fPIC hiá»‡n táº¡i chÆ°a Ä‘Æ°á»£c há»— trá»£ trÃªn cpu Ä‘Ã£ chá»�n"
  
! #: config/arm/arm.c:3321
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "CPU Ä‘Ã­ch khÃ´ng há»— trá»£ lÃ m viá»‡c tÆ°Æ¡ng tÃ¡c"
  
! #: config/arm/arm.c:3327
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check khÃ´ng tÆ°Æ¡ng thÃ­ch vá»›i -mno-apcs-frame"
  
! #: config/arm/arm.c:3335
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic vÃ  -mapcs-reent lÃ  xung kháº¯c nhau"
  
! #: config/arm/arm.c:3338
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr ""
  
! #: config/arm/arm.c:3372
  #, fuzzy, gcc-internal-format
  msgid "selected fp16 options are incompatible"
  msgstr "-mrelocatable vÃ  -msdata=%s lÃ  khÃ´ng tÆ°Æ¡ng thÃ­ch"
  
! #: config/arm/arm.c:3403
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr ""
  
! #: config/arm/arm.c:3406
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr ""
  
! #: config/arm/arm.c:3417
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "AAPCS khÃ´ng há»— trá»£ -mcaller-super-interworking"
  
! #: config/arm/arm.c:3420
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "AAPCS khÃ´ng há»— trá»£ -mcallee-super-interworking"
  
! #: config/arm/arm.c:3425
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr "__fp16 vÃ  khÃ´ng ldrh"
  
! #: config/arm/arm.c:3436
  #, fuzzy, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr "-mfloat-abi=hard vÃ  VFP"
  
! #: config/arm/arm.c:3444
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mfloat-abi=hard vÃ  VFP"
  
! #: config/arm/arm.c:3480
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr ""
  
! #: config/arm/arm.c:3482
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr ""
  
! #: config/arm/arm.c:3507
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "RTP PIC khÃ´ng tÆ°Æ¡ng thÃ­ch vá»›i -msingle-pic-base"
  
! #: config/arm/arm.c:3519
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= lÃ  vÃ´ Ã­ch náº¿u khÃ´ng cÃ³ -fpic"
  
! #: config/arm/arm.c:3528
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "khÃ´ng thá»ƒ dÃ¹ng â€œ%sâ€� cho thanh ghi PIC"
  
! #: config/arm/arm.c:3547
  #, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-freorder-blocks-and-partition khÃ´ng Ä‘Æ°á»£c há»— trá»£ trÃªn kiáº¿n trÃºc nÃ y"
  
! #: config/arm/arm.c:3638
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "CPU Ä‘Ã­ch khÃ´ng há»— trá»£ chá»‰ lá»‡nh THUMB"
  
! #: config/arm/arm.c:5706
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr "non-AAPCS dáº«n suáº¥t biáº¿n thá»ƒ PCS"
  
! #: config/arm/arm.c:5708
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5727
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr "biáº¿n thá»ƒ PCS"
  
! #: config/arm/arm.c:5922
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr "Thumb-1 dáº¥u-cháº¥m-Ä‘á»™ng-báº±ng-pháº§n-cá»©ng VFP ABI"
  
! #: config/arm/arm.c:6672 config/arm/arm.c:6690 config/arm/arm.c:6865
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
--- 26633,26827 ----
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr "sá»‘ lÆ°á»£ng khÃ´ng Ä‘Æ°á»£c nhá»� hÆ¡n 0.  hÃ£y kiá»ƒm tra bÃªn trong _mm_sra_si64 trong mÃ£."
  
! #: config/arm/arm.c:2800
  #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr "iWMMXt vÃ  NEON lÃ  xung khÃ¡c láº«n nhau"
  
! #: config/arm/arm.c:2806
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "CPU Ä‘Ã­ch khÃ´ng há»— trá»£ cháº¿ Ä‘á»™ ARM"
  
! #: config/arm/arm.c:2810
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2813
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr ""
  
! #: config/arm/arm.c:2821
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr ""
  
! #: config/arm/arm.c:2825
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr "iWMMXt khÃ´ng Ä‘Æ°á»£c há»— trá»£ dÆ°á»›i cháº¿ Ä‘á»™ Thumb"
  
! #: config/arm/arm.c:2828
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "khÃ´ng thá»ƒ sá»­ dá»¥ng -mtp=cp15 vá»›i 16-bit Thumb"
  
! #: config/arm/arm.c:2832
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "RTP PIC khÃ´ng tÆ°Æ¡ng thÃ­ch vá»›i Thumb"
  
! #: config/arm/arm.c:2840
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr "-mslow-flash-data chá»‰ há»— trá»£ mÃ£ khÃ´ng-pic trÃªn Ä‘Ã­ch armv7-m"
  
! #: config/arm/arm.c:2845
  #, fuzzy, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr "-mslow-flash-data chá»‰ há»— trá»£ mÃ£ khÃ´ng-pic trÃªn Ä‘Ã­ch armv7-m"
  
! #: config/arm/arm.c:2948
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "CPU Ä‘Ã­ch khÃ´ng há»— trá»£ chá»‰ lá»‡nh THUMB"
  
! #: config/arm/arm.c:2993
  #, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "CPU Ä‘Ã­ch khÃ´ng há»— trá»£ truy cáº­p chÆ°a cÃ¢n chá»‰nh"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3247
  #, fuzzy, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-mpcrel -fPIC hiá»‡n táº¡i chÆ°a Ä‘Æ°á»£c há»— trá»£ trÃªn cpu Ä‘Ã£ chá»�n"
  
! #: config/arm/arm.c:3322
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "CPU Ä‘Ã­ch khÃ´ng há»— trá»£ lÃ m viá»‡c tÆ°Æ¡ng tÃ¡c"
  
! #: config/arm/arm.c:3328
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check khÃ´ng tÆ°Æ¡ng thÃ­ch vá»›i -mno-apcs-frame"
  
! #: config/arm/arm.c:3336
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic vÃ  -mapcs-reent lÃ  xung kháº¯c nhau"
  
! #: config/arm/arm.c:3339
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr ""
  
! #: config/arm/arm.c:3373
  #, fuzzy, gcc-internal-format
  msgid "selected fp16 options are incompatible"
  msgstr "-mrelocatable vÃ  -msdata=%s lÃ  khÃ´ng tÆ°Æ¡ng thÃ­ch"
  
! #: config/arm/arm.c:3404
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr ""
  
! #: config/arm/arm.c:3407
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr ""
  
! #: config/arm/arm.c:3418
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "AAPCS khÃ´ng há»— trá»£ -mcaller-super-interworking"
  
! #: config/arm/arm.c:3421
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "AAPCS khÃ´ng há»— trá»£ -mcallee-super-interworking"
  
! #: config/arm/arm.c:3426
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr "__fp16 vÃ  khÃ´ng ldrh"
  
! #: config/arm/arm.c:3437
  #, fuzzy, gcc-internal-format
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr "-mfloat-abi=hard vÃ  VFP"
  
! #: config/arm/arm.c:3445
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mfloat-abi=hard vÃ  VFP"
  
! #: config/arm/arm.c:3481
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr ""
  
! #: config/arm/arm.c:3483
  #, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr ""
  
! #: config/arm/arm.c:3508
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "RTP PIC khÃ´ng tÆ°Æ¡ng thÃ­ch vá»›i -msingle-pic-base"
  
! #: config/arm/arm.c:3520
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= lÃ  vÃ´ Ã­ch náº¿u khÃ´ng cÃ³ -fpic"
  
! #: config/arm/arm.c:3529
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "khÃ´ng thá»ƒ dÃ¹ng â€œ%sâ€� cho thanh ghi PIC"
  
! #: config/arm/arm.c:3548
  #, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-freorder-blocks-and-partition khÃ´ng Ä‘Æ°á»£c há»— trá»£ trÃªn kiáº¿n trÃºc nÃ y"
  
! #: config/arm/arm.c:3639
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "CPU Ä‘Ã­ch khÃ´ng há»— trá»£ chá»‰ lá»‡nh THUMB"
  
! #: config/arm/arm.c:5707
  #, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr "non-AAPCS dáº«n suáº¥t biáº¿n thá»ƒ PCS"
  
! #: config/arm/arm.c:5709
  #, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr ""
  
! #: config/arm/arm.c:5728
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr "biáº¿n thá»ƒ PCS"
  
! #: config/arm/arm.c:5923
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr "Thumb-1 dáº¥u-cháº¥m-Ä‘á»™ng-báº±ng-pháº§n-cá»©ng VFP ABI"
  
! #: config/arm/arm.c:6362 config/arm/arm.c:6565 config/arm/arm.c:6593
! #: config/arm/arm.c:26560
! #, gcc-internal-format
! msgid "parameter passing for argument of type %qT changed in GCC 7.1"
! msgstr ""
! 
! #: config/arm/arm.c:6709 config/arm/arm.c:6727 config/arm/arm.c:6902
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
*************** msgstr "Thumb-1 dáº¥u-cháº¥m-Ä‘á»™ng-báº
*** 26831,26902 ****
  msgid "%qE attribute only applies to functions"
  msgstr "thuá»™c tÃ­nh %qE chá»‰ Ã¡p dá»¥ng cho cÃ¡c hÃ m"
  
! #: config/arm/arm.c:6814
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6826
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr ""
  
! #: config/arm/arm.c:6835
  #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6857 config/arm/arm.c:6909
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "Thuá»™c tÃ­nh %qE bá»‹ lá»� Ä‘i vá»›i cÃ¡c kiá»ƒu"
  
! #: config/arm/arm.c:6876
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "thuá»™c tÃ­nh %qE chá»‰ Ã¡p dá»¥ng cho cÃ¡c hÃ m"
  
! #: config/arm/arm.c:6925
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "thuá»™c tÃ­nh %qE chá»‰ Ã¡p dá»¥ng cho cÃ¡c hÃ m"
  
! #: config/arm/arm.c:12208
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr "%K%s %wd náº±m ngoÃ i vÃ¹ng %wd - %wd"
  
! #: config/arm/arm.c:12211
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr "%s %wd náº±m ngoÃ i vÃ¹ng %wd - %wd"
  
! #: config/arm/arm.c:23458
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr ""
  
! #: config/arm/arm.c:24111
  #, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr ""
  
! #: config/arm/arm.c:24375
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr ""
  
! #: config/arm/arm.c:24624
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:24853
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr "-fstack-check=specific cho Thumb-1"
  
! #: config/arm/arm.c:30391
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid fpu for attribute(target(\"%s\"))"
  msgstr "thuá»™c tÃ­nh(Ä‘Ã­ch(\"%s\")) lÃ  khÃ´ng hiá»ƒu"
--- 26837,26908 ----
  msgid "%qE attribute only applies to functions"
  msgstr "thuá»™c tÃ­nh %qE chá»‰ Ã¡p dá»¥ng cho cÃ¡c hÃ m"
  
! #: config/arm/arm.c:6851
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6863
  #, gcc-internal-format
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr ""
  
! #: config/arm/arm.c:6872
  #, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr ""
  
! #: config/arm/arm.c:6894 config/arm/arm.c:6946
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "Thuá»™c tÃ­nh %qE bá»‹ lá»� Ä‘i vá»›i cÃ¡c kiá»ƒu"
  
! #: config/arm/arm.c:6913
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "thuá»™c tÃ­nh %qE chá»‰ Ã¡p dá»¥ng cho cÃ¡c hÃ m"
  
! #: config/arm/arm.c:6962
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "thuá»™c tÃ­nh %qE chá»‰ Ã¡p dá»¥ng cho cÃ¡c hÃ m"
  
! #: config/arm/arm.c:12245
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr "%K%s %wd náº±m ngoÃ i vÃ¹ng %wd - %wd"
  
! #: config/arm/arm.c:12248
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr "%s %wd náº±m ngoÃ i vÃ¹ng %wd - %wd"
  
! #: config/arm/arm.c:23495
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr ""
  
! #: config/arm/arm.c:24148
  #, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr ""
  
! #: config/arm/arm.c:24412
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr ""
  
! #: config/arm/arm.c:24661
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:24890
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr "-fstack-check=specific cho Thumb-1"
  
! #: config/arm/arm.c:30435
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid fpu for attribute(target(\"%s\"))"
  msgstr "thuá»™c tÃ­nh(Ä‘Ã­ch(\"%s\")) lÃ  khÃ´ng hiá»ƒu"
*************** msgstr "thuá»™c tÃ­nh(Ä‘Ã­ch(\"%s\")) lÃ
*** 26904,26916 ****
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30399
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30406 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:14915 config/s390/s390.c:14965 config/s390/s390.c:14982
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr "thuá»™c tÃ­nh(Ä‘Ã­ch(\"%s\")) lÃ  khÃ´ng hiá»ƒu"
--- 26910,26922 ----
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30443
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30450 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:15083 config/s390/s390.c:15133 config/s390/s390.c:15150
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr "thuá»™c tÃ­nh(Ä‘Ã­ch(\"%s\")) lÃ  khÃ´ng hiá»ƒu"
*************** msgstr "vec_mul chá»‰ cháº¥p nháº­n hai
*** 29525,29531 ****
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "vec_cmpne chá»‰ cháº¥p nháº­n hai tham sá»‘"
  
! #: config/rs6000/rs6000-c.c:5711
  #, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr "vec_adde chá»‰ cháº¥p nháº­n ba tham sá»‘"
--- 29531,29537 ----
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "vec_cmpne chá»‰ cháº¥p nháº­n hai tham sá»‘"
  
! #: config/rs6000/rs6000-c.c:5710
  #, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr "vec_adde chá»‰ cháº¥p nháº­n ba tham sá»‘"
*************** msgstr "vec_adde chá»‰ cháº¥p nháº­n ba
*** 29535,29576 ****
  msgid "vec_addec only accepts 3 arguments"
  msgstr "vec_addec chá»‰ cháº¥p nháº­n ba tham sá»‘"
  
! #: config/rs6000/rs6000-c.c:5861
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%s chá»‰ cháº¥p nháº­n %d tham sá»‘"
  
! #: config/rs6000/rs6000-c.c:5866
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%s chá»‰ cháº¥p nháº­n má»™t tham sá»‘"
  
! #: config/rs6000/rs6000-c.c:5871
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%s chá»‰ cháº¥p nháº­n hai tham sá»‘"
  
! #: config/rs6000/rs6000-c.c:5937
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr "vec_extract chá»‰ cháº¥p nháº­n hai tham sá»‘"
  
! #: config/rs6000/rs6000-c.c:6106
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr "vec_insert chá»‰ cháº¥p nháº­n ba tham sá»‘"
  
! #: config/rs6000/rs6000-c.c:6380
  #, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6434
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "-pie khÃ´ng Ä‘Æ°á»£c há»— trá»£ trong cáº¥u hÃ¬nh nÃ y"
  
! #: config/rs6000/rs6000-c.c:6442
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr ""
--- 29541,29582 ----
  msgid "vec_addec only accepts 3 arguments"
  msgstr "vec_addec chá»‰ cháº¥p nháº­n ba tham sá»‘"
  
! #: config/rs6000/rs6000-c.c:5862
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%s chá»‰ cháº¥p nháº­n %d tham sá»‘"
  
! #: config/rs6000/rs6000-c.c:5867
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%s chá»‰ cháº¥p nháº­n má»™t tham sá»‘"
  
! #: config/rs6000/rs6000-c.c:5872
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%s chá»‰ cháº¥p nháº­n hai tham sá»‘"
  
! #: config/rs6000/rs6000-c.c:5938
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr "vec_extract chá»‰ cháº¥p nháº­n hai tham sá»‘"
  
! #: config/rs6000/rs6000-c.c:6107
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr "vec_insert chá»‰ cháº¥p nháº­n ba tham sá»‘"
  
! #: config/rs6000/rs6000-c.c:6381
  #, gcc-internal-format
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr ""
  
! #: config/rs6000/rs6000-c.c:6435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "-pie khÃ´ng Ä‘Æ°á»£c há»— trá»£ trong cáº¥u hÃ¬nh nÃ y"
  
! #: config/rs6000/rs6000-c.c:6443
  #, gcc-internal-format, gfc-internal-format
  msgid "invalid parameter combination for AltiVec intrinsic %s"
  msgstr ""
*************** msgstr "Ä‘á»‘i sá»‘ khÃ´ng há»£p lá»‡ ch
*** 30630,30743 ****
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9812
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr ""
  
! #: config/s390/s390.c:10926
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:10942
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:10970
  #, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr ""
  
! #: config/s390/s390.c:10974
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr ""
  
! #: config/s390/s390.c:11352
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14498
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14510
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14522
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr ""
  
! #: config/s390/s390.c:14525
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14542
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14545
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14573
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14577
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14589
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14597
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "-mbackchain -mpacked-stack -mhard-float khÃ´ng Ä‘Æ°á»£c há»— trá»£ trong tá»• há»£p"
  
! #: config/s390/s390.c:14603
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr ""
  
! #: config/s390/s390.c:14605
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr ""
  
! #: config/s390/s390.c:14608
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr ""
  
  #. argument is not a plain number
! #: config/s390/s390.c:14706
  #, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr ""
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr "Ä‘á»‘i sá»‘ cho %qs quÃ¡ lá»›n (tá»‘i Ä‘a lÃ  %d)"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:14921
  #, fuzzy, gcc-internal-format
  #| msgid "%<__int%d%> is not supported by this target"
  msgid "value %qs is not supported by attribute %<target%>"
--- 30636,30749 ----
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9980
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr ""
  
! #: config/s390/s390.c:11094
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr ""
  
! #: config/s390/s390.c:11110
  #, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr ""
  
! #: config/s390/s390.c:11138
  #, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr ""
  
! #: config/s390/s390.c:11142
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr ""
  
! #: config/s390/s390.c:11520
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14666
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14678
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14690
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr ""
  
! #: config/s390/s390.c:14693
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14710
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14741
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr ""
  
! #: config/s390/s390.c:14745
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr ""
  
! #: config/s390/s390.c:14757
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14765
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "-mbackchain -mpacked-stack -mhard-float khÃ´ng Ä‘Æ°á»£c há»— trá»£ trong tá»• há»£p"
  
! #: config/s390/s390.c:14771
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr ""
  
! #: config/s390/s390.c:14773
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr ""
  
! #: config/s390/s390.c:14776
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr ""
  
  #. argument is not a plain number
! #: config/s390/s390.c:14874
  #, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr ""
  
! #: config/s390/s390.c:14881
  #, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr "Ä‘á»‘i sá»‘ cho %qs quÃ¡ lá»›n (tá»‘i Ä‘a lÃ  %d)"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:15089
  #, fuzzy, gcc-internal-format
  #| msgid "%<__int%d%> is not supported by this target"
  msgid "value %qs is not supported by attribute %<target%>"
diff -Nrcpad gcc-7.1.0/gcc/po/zh_CN.gmo gcc-7.2.0/gcc/po/zh_CN.gmo
*** gcc-7.1.0/gcc/po/zh_CN.gmo	Tue May  2 14:16:38 2017
--- gcc-7.2.0/gcc/po/zh_CN.gmo	Mon Aug 14 08:30:40 2017
*************** warranty; not even for MERCHANTABILITY o
*** 602,608 ****
  unconditional %2d taken %s
  undeclared selector %qEundefined named operand %qsunderlying type %<%T%> of %<%T%> must be an integral typeunexpected argumentunexpected attributeunexpected base-type in cris_print_baseunexpected file name %s in linker resolution file. Expected %sunexpected index-type in cris_print_indexunexpected multiplicative operandunexpected offsetunexpected operandunexpected side-effects in addressunidentifiable call opuninitialized const %qDuninitialized const %qD is invalid in C++uninitialized const in %<new%> of %q#Tuninitialized reference member in %q#Tunion cannot be made transparentunion defined hereunion has no membersunion has no named membersunknown '#pragma member_alignment' name %sunknown -mdebug-%s switchunknown CRIS cpu version specification in -mtune= : %sunknown CRIS version specification in -march= or -mcpu= : %sunknown Stack Reuse Level %qsunknown TLS model %qsunknown action %qE for %<#pragma pack%> - ignoredunknown array size in deleteunknown cc_attr valueunknown conversion type character %qc in formatunknown demangling style '%s'unknown destunknown insn modeunknown machine mode %qEunknown move insn:unknown option after %<#pragma GCC diagnostic%> kindunknown register name %qs in %<asm%>unknown register name: %sunknown relocation unspecunknown srcunknown type name %qEunknown value %qs for -mcpuunknown value %qs for -mtuneunknown value %qs of -mmacosx-version-minunnamed field has incomplete typeunnamed initializer for %qT, which has no base classesunnamed initializer for %qT, which uses multiple inheritanceunnamed struct/union that defines no instancesunnamed variable or field declared voidunordered comparison on non-floating point argumentunreachableunrecognizable insn:unrecognized addressunrecognized argument to --help= option: %q.*sunrecognized format specifierunrecognized gcc debugging option: %cunrecognized include_flags 0x%x passed to print_specific_helpunrecognized register name %qsunrecognized section name %qEunrecognized supposed constantunrecoverable errorunresolved overload for Altivec builtin %qFunsuffixed float constantunsupported combination: %sunsupported non-standard concatenation of string literalsunsupported non-standard suffix on floating constantunsupported operand size for extended registerunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatunused variable %q+Dupper value in case label range exceeds maximum value for typeuse #include insteaduse %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified nameuse %<%T::template %D%> to indicate that it is a templateuse %<...%> to expand argument packuse -Winvalid-pch for more informationuse -flax-vector-conversions to permit conversions between vectors with differing element types or numbers of subpartsuse __attribute__ ((vector_size)) insteaduse of %<complex%> in AltiVec types is invaliduse of %<double%> in AltiVec types is invalid without -mvsxuse of %<long double%> in AltiVec types is invaliduse of %<long long%> in AltiVec types is invalid without -mvsxuse of %<long%> in AltiVec types is deprecated; use %<int%>use of %<long%> in AltiVec types is invalid for 64-bit code without -mvsxuse of %qs in templateuse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of boolean types in AltiVec types is invaliduse of class template %qT as expressionuse of decimal floating point types in AltiVec types is invaliduse of deleted function %qDuse of enum %q#D without previous declarationuse of namespace %qD as expressionuse of old-style castuse template<> for an explicit specializationused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requireduseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationuser-defined %qD always evaluates both argumentsusing %<%c%s%>using IBM extended precision long doubleusing IEEE extended precision long doubleusing darwin64 ABIusing invalid field %qDusing old darwin ABIusing result of function returning %<void%>using template type parameter %qT after %qsusing typedef-name %qD after %qsusing xvalue (rvalue reference) as lvalueusing-declaration for non-member at class scopevalidate_value_data: Loop in regno chain (%u)validate_value_data: [%u] Bad next_regno for empty chain (%u)validate_value_data: [%u] Bad oldest_regno (%u)validate_value_data: [%u] Non-empty reg in chain (%s %u %i)value computed is not usedvalue of -mfixed-range must have form REG1-REG2var-tracking-assignments changes selective schedulingvariable %q#D has initializer but incomplete typevariable %q+D declared %<inline%>variable %q+D definition is marked dllimportvariable %q+D might be clobbered by %<longjmp%> or %<vfork%>variable %qD has function typevariable %qD has initializer but incomplete typevariable %qD redeclared as functionvariable %qD set but not usedvariable %qE of incomplete type %qT will not be accessed in for increment expressionvariable %qE of incomplete type %qT will not be accessed in left operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in right operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in second operand of conditional expressionvariable %qE of incomplete type %qT will not be accessed in statementvariable %qE of incomplete type %qT will not be accessed in third operand of conditional expressionvariable length array %qD is usedvariable length array is usedvariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable tracking requested, but not supported by this debug formatvariable tracking requested, but useless unless producing debug infovariable tracking size limit exceededvariable tracking size limit exceeded with -fvar-tracking-assignments, retrying withoutvariable-sized compound literalvariable-sized object may not be initializedvariably modified %qE at file scopevariably modified field at file scopevec_extract only accepts 2 argumentsvec_insert only accepts 3 argumentsvector overflow in expressionvector size not an integral multiple of component sizeverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_flow_info: Basic block %d succ edge is corruptedverify_flow_info: Block %i has loop_father, but there are no loopsverify_flow_info: Block %i lacks loop_fatherverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: REG_BR_PROB does not match cfg %i %iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_gimple failedverify_histograms failedverify_ssa failedversion attribute is not a stringvirtual SSA name for non-VOP declvirtual base %qT inaccessible in %qT due to ambiguityvirtual functions cannot be friendsvirtual non-class function %qsvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvisibility attribute not supported in this configuration; ignoredvoid value not ignored as it ought to bevtable for waitpid failedwarning: weak declaration of %q+D must be publicweak declaration of %q+D not supportedweakref %q+D must have static linkageweakref %q+D ultimately targets itselfweakref attribute must appear before alias attributeweakref is not supported in this configurationwhen writing output to %s: %mwide character array initialized from incompatible wide stringwide character array initialized from non-wide stringwide string literal in %<asm%>width of %qs exceeds its typewill be assumed to return %<id%> and acceptwithwith %q+#Dwriting into constant object (argument %d)writing through null pointer (argument %d)writing to LTRANS output list %s: %mwrong amount of branch edges after unconditional jump %iwrong edge %d->%d for PHI argumentwrong immediate use listwrong insn in the fallthru edgewrong number of arguments specified for %qE attributewrong number of arguments to function %<__builtin_next_arg%>wrong number of arguments to function %<va_start%>wrong number of template arguments (%d, should be %d)wrong outgoing edge flags at end of bb %dwrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusx87 register return with x87 disabledxstormy16_print_operand: unknown codez/Architecture mode not supported on %szero or negative size array %q+Dzero vector sizezero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qD{anonymous}{unknown}Project-Id-Version: gcc 6.1.0
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-04-24 20:38+0000
  PO-Revision-Date: 2016-04-30 17:13-0400
  Last-Translator: Mingye Wang (Arthur2e5) <arthur200126@gmail.com>
  Language-Team: Chinese (simplified) <i18n-zh@googlegroups.com>
--- 602,608 ----
  unconditional %2d taken %s
  undeclared selector %qEundefined named operand %qsunderlying type %<%T%> of %<%T%> must be an integral typeunexpected argumentunexpected attributeunexpected base-type in cris_print_baseunexpected file name %s in linker resolution file. Expected %sunexpected index-type in cris_print_indexunexpected multiplicative operandunexpected offsetunexpected operandunexpected side-effects in addressunidentifiable call opuninitialized const %qDuninitialized const %qD is invalid in C++uninitialized const in %<new%> of %q#Tuninitialized reference member in %q#Tunion cannot be made transparentunion defined hereunion has no membersunion has no named membersunknown '#pragma member_alignment' name %sunknown -mdebug-%s switchunknown CRIS cpu version specification in -mtune= : %sunknown CRIS version specification in -march= or -mcpu= : %sunknown Stack Reuse Level %qsunknown TLS model %qsunknown action %qE for %<#pragma pack%> - ignoredunknown array size in deleteunknown cc_attr valueunknown conversion type character %qc in formatunknown demangling style '%s'unknown destunknown insn modeunknown machine mode %qEunknown move insn:unknown option after %<#pragma GCC diagnostic%> kindunknown register name %qs in %<asm%>unknown register name: %sunknown relocation unspecunknown srcunknown type name %qEunknown value %qs for -mcpuunknown value %qs for -mtuneunknown value %qs of -mmacosx-version-minunnamed field has incomplete typeunnamed initializer for %qT, which has no base classesunnamed initializer for %qT, which uses multiple inheritanceunnamed struct/union that defines no instancesunnamed variable or field declared voidunordered comparison on non-floating point argumentunreachableunrecognizable insn:unrecognized addressunrecognized argument to --help= option: %q.*sunrecognized format specifierunrecognized gcc debugging option: %cunrecognized include_flags 0x%x passed to print_specific_helpunrecognized register name %qsunrecognized section name %qEunrecognized supposed constantunrecoverable errorunresolved overload for Altivec builtin %qFunsuffixed float constantunsupported combination: %sunsupported non-standard concatenation of string literalsunsupported non-standard suffix on floating constantunsupported operand size for extended registerunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatunused variable %q+Dupper value in case label range exceeds maximum value for typeuse #include insteaduse %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified nameuse %<%T::template %D%> to indicate that it is a templateuse %<...%> to expand argument packuse -Winvalid-pch for more informationuse -flax-vector-conversions to permit conversions between vectors with differing element types or numbers of subpartsuse __attribute__ ((vector_size)) insteaduse of %<complex%> in AltiVec types is invaliduse of %<double%> in AltiVec types is invalid without -mvsxuse of %<long double%> in AltiVec types is invaliduse of %<long long%> in AltiVec types is invalid without -mvsxuse of %<long%> in AltiVec types is deprecated; use %<int%>use of %<long%> in AltiVec types is invalid for 64-bit code without -mvsxuse of %qs in templateuse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of boolean types in AltiVec types is invaliduse of class template %qT as expressionuse of decimal floating point types in AltiVec types is invaliduse of deleted function %qDuse of enum %q#D without previous declarationuse of namespace %qD as expressionuse of old-style castuse template<> for an explicit specializationused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requireduseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationuser-defined %qD always evaluates both argumentsusing %<%c%s%>using IBM extended precision long doubleusing IEEE extended precision long doubleusing darwin64 ABIusing invalid field %qDusing old darwin ABIusing result of function returning %<void%>using template type parameter %qT after %qsusing typedef-name %qD after %qsusing xvalue (rvalue reference) as lvalueusing-declaration for non-member at class scopevalidate_value_data: Loop in regno chain (%u)validate_value_data: [%u] Bad next_regno for empty chain (%u)validate_value_data: [%u] Bad oldest_regno (%u)validate_value_data: [%u] Non-empty reg in chain (%s %u %i)value computed is not usedvalue of -mfixed-range must have form REG1-REG2var-tracking-assignments changes selective schedulingvariable %q#D has initializer but incomplete typevariable %q+D declared %<inline%>variable %q+D definition is marked dllimportvariable %q+D might be clobbered by %<longjmp%> or %<vfork%>variable %qD has function typevariable %qD has initializer but incomplete typevariable %qD redeclared as functionvariable %qD set but not usedvariable %qE of incomplete type %qT will not be accessed in for increment expressionvariable %qE of incomplete type %qT will not be accessed in left operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in right operand of comma operatorvariable %qE of incomplete type %qT will not be accessed in second operand of conditional expressionvariable %qE of incomplete type %qT will not be accessed in statementvariable %qE of incomplete type %qT will not be accessed in third operand of conditional expressionvariable length array %qD is usedvariable length array is usedvariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable tracking requested, but not supported by this debug formatvariable tracking requested, but useless unless producing debug infovariable tracking size limit exceededvariable tracking size limit exceeded with -fvar-tracking-assignments, retrying withoutvariable-sized compound literalvariable-sized object may not be initializedvariably modified %qE at file scopevariably modified field at file scopevec_extract only accepts 2 argumentsvec_insert only accepts 3 argumentsvector overflow in expressionvector size not an integral multiple of component sizeverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_flow_info: Basic block %d succ edge is corruptedverify_flow_info: Block %i has loop_father, but there are no loopsverify_flow_info: Block %i lacks loop_fatherverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: REG_BR_PROB does not match cfg %i %iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_gimple failedverify_histograms failedverify_ssa failedversion attribute is not a stringvirtual SSA name for non-VOP declvirtual base %qT inaccessible in %qT due to ambiguityvirtual functions cannot be friendsvirtual non-class function %qsvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvisibility attribute not supported in this configuration; ignoredvoid value not ignored as it ought to bevtable for waitpid failedwarning: weak declaration of %q+D must be publicweak declaration of %q+D not supportedweakref %q+D must have static linkageweakref %q+D ultimately targets itselfweakref attribute must appear before alias attributeweakref is not supported in this configurationwhen writing output to %s: %mwide character array initialized from incompatible wide stringwide character array initialized from non-wide stringwide string literal in %<asm%>width of %qs exceeds its typewill be assumed to return %<id%> and acceptwithwith %q+#Dwriting into constant object (argument %d)writing through null pointer (argument %d)writing to LTRANS output list %s: %mwrong amount of branch edges after unconditional jump %iwrong edge %d->%d for PHI argumentwrong immediate use listwrong insn in the fallthru edgewrong number of arguments specified for %qE attributewrong number of arguments to function %<__builtin_next_arg%>wrong number of arguments to function %<va_start%>wrong number of template arguments (%d, should be %d)wrong outgoing edge flags at end of bb %dwrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusx87 register return with x87 disabledxstormy16_print_operand: unknown codez/Architecture mode not supported on %szero or negative size array %q+Dzero vector sizezero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qD{anonymous}{unknown}Project-Id-Version: gcc 6.1.0
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-05-01 22:24+0000
  PO-Revision-Date: 2016-04-30 17:13-0400
  Last-Translator: Mingye Wang (Arthur2e5) <arthur200126@gmail.com>
  Language-Team: Chinese (simplified) <i18n-zh@googlegroups.com>
diff -Nrcpad gcc-7.1.0/gcc/po/zh_CN.po gcc-7.2.0/gcc/po/zh_CN.po
*** gcc-7.1.0/gcc/po/zh_CN.po	Sun Apr 30 23:16:59 2017
--- gcc-7.2.0/gcc/po/zh_CN.po	Thu May  4 15:54:38 2017
*************** msgid ""
*** 32,38 ****
  msgstr ""
  "Project-Id-Version: gcc 6.1.0\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-04-24 20:38+0000\n"
  "PO-Revision-Date: 2016-04-30 17:13-0400\n"
  "Last-Translator: Mingye Wang (Arthur2e5) <arthur200126@gmail.com>\n"
  "Language-Team: Chinese (simplified) <i18n-zh@googlegroups.com>\n"
--- 32,38 ----
  msgstr ""
  "Project-Id-Version: gcc 6.1.0\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-05-01 22:24+0000\n"
  "PO-Revision-Date: 2016-04-30 17:13-0400\n"
  "Last-Translator: Mingye Wang (Arthur2e5) <arthur200126@gmail.com>\n"
  "Language-Team: Chinese (simplified) <i18n-zh@googlegroups.com>\n"
*************** msgstr "strfmon æ ¼å¼�çš„é•¿åº¦ä¿®é¥°ç¬¦
*** 2928,2969 ****
  msgid "<command-line>"
  msgstr "<å‘½ä»¤è¡Œ>"
  
! #: config/aarch64/aarch64.c:4926 config/arm/arm.c:21795 config/arm/arm.c:21808
! #: config/arm/arm.c:21833 config/nios2/nios2.c:2653
  #, fuzzy, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "ä»£ç �â€˜%câ€™çš„æ“�ä½œæ•°æ— æ•ˆ"
  
! #: config/aarch64/aarch64.c:4938 config/aarch64/aarch64.c:4954
! #: config/aarch64/aarch64.c:4967 config/aarch64/aarch64.c:4979
! #: config/aarch64/aarch64.c:4990 config/aarch64/aarch64.c:5013
! #: config/aarch64/aarch64.c:5066 config/aarch64/aarch64.c:5269
  #, fuzzy, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "æ— æ•ˆçš„æ“�ä½œæ•°ä»£ç �â€˜%câ€™"
  
! #: config/aarch64/aarch64.c:5033 config/aarch64/aarch64.c:5046
! #: config/aarch64/aarch64.c:5056
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5102 config/arm/arm.c:22340
  #, c-format
  msgid "missing operand"
  msgstr "ç¼ºå°‘æ“�ä½œæ•°"
  
! #: config/aarch64/aarch64.c:5164
  #, fuzzy, c-format
  msgid "invalid constant"
  msgstr "%<#pragma pack%>ä¸­æœ‰æ— æ•ˆå¸¸é‡� - å·²å¿½ç•¥"
  
! #: config/aarch64/aarch64.c:5167
  #, fuzzy, c-format
  msgid "invalid operand"
  msgstr "%%R ä»£ç �çš„æ“�ä½œæ•°æ— æ•ˆ"
  
! #: config/aarch64/aarch64.c:5280
  #, fuzzy, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "â€˜%%%câ€™ä¸�æ˜¯ä¸€ä¸ªæœ‰æ•ˆçš„æ“�ä½œæ•°å‰�ç¼€"
--- 2928,2969 ----
  msgid "<command-line>"
  msgstr "<å‘½ä»¤è¡Œ>"
  
! #: config/aarch64/aarch64.c:4927 config/arm/arm.c:21832 config/arm/arm.c:21845
! #: config/arm/arm.c:21870 config/nios2/nios2.c:2653
  #, fuzzy, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "ä»£ç �â€˜%câ€™çš„æ“�ä½œæ•°æ— æ•ˆ"
  
! #: config/aarch64/aarch64.c:4939 config/aarch64/aarch64.c:4955
! #: config/aarch64/aarch64.c:4968 config/aarch64/aarch64.c:4980
! #: config/aarch64/aarch64.c:4991 config/aarch64/aarch64.c:5014
! #: config/aarch64/aarch64.c:5067 config/aarch64/aarch64.c:5270
  #, fuzzy, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "æ— æ•ˆçš„æ“�ä½œæ•°ä»£ç �â€˜%câ€™"
  
! #: config/aarch64/aarch64.c:5034 config/aarch64/aarch64.c:5047
! #: config/aarch64/aarch64.c:5057
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5103 config/arm/arm.c:22377
  #, c-format
  msgid "missing operand"
  msgstr "ç¼ºå°‘æ“�ä½œæ•°"
  
! #: config/aarch64/aarch64.c:5165
  #, fuzzy, c-format
  msgid "invalid constant"
  msgstr "%<#pragma pack%>ä¸­æœ‰æ— æ•ˆå¸¸é‡� - å·²å¿½ç•¥"
  
! #: config/aarch64/aarch64.c:5168
  #, fuzzy, c-format
  msgid "invalid operand"
  msgstr "%%R ä»£ç �çš„æ“�ä½œæ•°æ— æ•ˆ"
  
! #: config/aarch64/aarch64.c:5281
  #, fuzzy, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "â€˜%%%câ€™ä¸�æ˜¯ä¸€ä¸ªæœ‰æ•ˆçš„æ“�ä½œæ•°å‰�ç¼€"
*************** msgstr "æ— æ•ˆçš„æ“�ä½œæ•°è¾“å‡ºä»£ç �"
*** 3121,3149 ****
  msgid "invalid UNSPEC as operand: %d"
  msgstr "æ— æ•ˆçš„ UNSPEC ç”¨ä½œæ“�ä½œæ•°"
  
! #: config/arm/arm.c:18804 config/arm/arm.c:18829 config/arm/arm.c:18839
! #: config/arm/arm.c:18848 config/arm/arm.c:18857
  #, c-format
  msgid "invalid shift operand"
  msgstr "æ— æ•ˆçš„ç§»ä½�æ“�ä½œæ•°"
  
! #: config/arm/arm.c:21671 config/arm/arm.c:21689
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "é¢„æµ‹åˆ°çš„ Thumb æŒ‡ä»¤"
  
! #: config/arm/arm.c:21677
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "åœ¨æ�¡ä»¶åº�åˆ—ä¸­é¢„æµ‹åˆ°çš„æŒ‡ä»¤"
  
! #: config/arm/arm.c:21910 config/arm/arm.c:21932 config/arm/arm.c:21942
! #: config/arm/arm.c:21952 config/arm/arm.c:21962 config/arm/arm.c:22001
! #: config/arm/arm.c:22019 config/arm/arm.c:22044 config/arm/arm.c:22059
! #: config/arm/arm.c:22086 config/arm/arm.c:22093 config/arm/arm.c:22111
! #: config/arm/arm.c:22118 config/arm/arm.c:22126 config/arm/arm.c:22147
! #: config/arm/arm.c:22154 config/arm/arm.c:22287 config/arm/arm.c:22294
! #: config/arm/arm.c:22321 config/arm/arm.c:22328 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
--- 3121,3149 ----
  msgid "invalid UNSPEC as operand: %d"
  msgstr "æ— æ•ˆçš„ UNSPEC ç”¨ä½œæ“�ä½œæ•°"
  
! #: config/arm/arm.c:18841 config/arm/arm.c:18866 config/arm/arm.c:18876
! #: config/arm/arm.c:18885 config/arm/arm.c:18894
  #, c-format
  msgid "invalid shift operand"
  msgstr "æ— æ•ˆçš„ç§»ä½�æ“�ä½œæ•°"
  
! #: config/arm/arm.c:21708 config/arm/arm.c:21726
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "é¢„æµ‹åˆ°çš„ Thumb æŒ‡ä»¤"
  
! #: config/arm/arm.c:21714
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "åœ¨æ�¡ä»¶åº�åˆ—ä¸­é¢„æµ‹åˆ°çš„æŒ‡ä»¤"
  
! #: config/arm/arm.c:21947 config/arm/arm.c:21969 config/arm/arm.c:21979
! #: config/arm/arm.c:21989 config/arm/arm.c:21999 config/arm/arm.c:22038
! #: config/arm/arm.c:22056 config/arm/arm.c:22081 config/arm/arm.c:22096
! #: config/arm/arm.c:22123 config/arm/arm.c:22130 config/arm/arm.c:22148
! #: config/arm/arm.c:22155 config/arm/arm.c:22163 config/arm/arm.c:22184
! #: config/arm/arm.c:22191 config/arm/arm.c:22324 config/arm/arm.c:22331
! #: config/arm/arm.c:22358 config/arm/arm.c:22365 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
*************** msgstr "åœ¨æ�¡ä»¶åº�åˆ—ä¸­é¢„æµ‹åˆ°çš„æŒ
*** 3151,3163 ****
  msgid "invalid operand for code '%c'"
  msgstr "ä»£ç �â€˜%câ€™çš„æ“�ä½œæ•°æ— æ•ˆ"
  
! #: config/arm/arm.c:22014
  #, c-format
  msgid "instruction never executed"
  msgstr "æŒ‡ä»¤ä»Žä¸�è¢«æ‰§è¡Œ"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22035
  #, fuzzy, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr "ä¸�å�—æ”¯æŒ�çš„ç®—ç¬¦ç”¨äºŽç¼–ç �â€˜%câ€™"
--- 3151,3163 ----
  msgid "invalid operand for code '%c'"
  msgstr "ä»£ç �â€˜%câ€™çš„æ“�ä½œæ•°æ— æ•ˆ"
  
! #: config/arm/arm.c:22051
  #, c-format
  msgid "instruction never executed"
  msgstr "æŒ‡ä»¤ä»Žä¸�è¢«æ‰§è¡Œ"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22072
  #, fuzzy, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr "ä¸�å�—æ”¯æŒ�çš„ç®—ç¬¦ç”¨äºŽç¼–ç �â€˜%câ€™"
*************** msgstr ""
*** 3990,4092 ****
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7314
  #, fuzzy, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr "ç¬¦å�·å†…å­˜å�‚è€ƒæ˜¯å�ªæœ‰æ”¯æŒ�çš„äºŽ z10 æˆ–ç¨�å�Ž"
  
! #: config/s390/s390.c:7325
  #, c-format
  msgid "cannot decompose address"
  msgstr "æ— æ³•åˆ†è§£åœ°å�€"
  
! #: config/s390/s390.c:7394
  #, fuzzy, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "â€˜bâ€™ä¿®é¥°ç¬¦çš„æ“�ä½œæ•°æ— æ•ˆ"
  
! #: config/s390/s390.c:7417
  #, fuzzy, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "â€˜bâ€™ä¿®é¥°ç¬¦çš„æ“�ä½œæ•°æ— æ•ˆ"
  
! #: config/s390/s390.c:7435
  #, fuzzy, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "â€˜oâ€™ä¿®é¥°ç¬¦çš„æ“�ä½œæ•°æ— æ•ˆ"
  
! #: config/s390/s390.c:7457
  #, fuzzy, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "â€˜bâ€™ä¿®é¥°ç¬¦çš„æ“�ä½œæ•°æ— æ•ˆ"
  
! #: config/s390/s390.c:7475
  #, fuzzy, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr "å†…å­˜å�‚è€ƒé¢„æœŸçš„ç”¨äºŽâ€˜Sâ€™è¾“å‡ºä¿®é¥°é”®"
  
! #: config/s390/s390.c:7485
  #, fuzzy, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "%sï¼šæ— æ•ˆçš„è¾“å‡ºæ ¼å¼�"
  
! #: config/s390/s390.c:7506
  #, fuzzy, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr "æš‚å­˜å™¨æˆ–å†…å­˜è¿�ç®—å¼�é¢„æœŸçš„ç”¨äºŽâ€˜Nâ€™è¾“å‡ºä¿®é¥°é”®"
  
! #: config/s390/s390.c:7517
  #, fuzzy, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr "æš‚å­˜å™¨æˆ–å†…å­˜è¿�ç®—å¼�é¢„æœŸçš„ç”¨äºŽâ€˜å…¬å°ºâ€™è¾“å‡ºä¿®é¥°é”®"
  
! #: config/s390/s390.c:7603 config/s390/s390.c:7624
  #, fuzzy, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "CHARACTER å¸¸é‡�çš„ç§�åˆ« %d æ— æ•ˆï¼Œåœ¨%Cå¤„"
  
! #: config/s390/s390.c:7621
  #, fuzzy, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "æ— æ•ˆçš„æ“�ä½œæ•°è¾“å‡ºä»£ç �"
  
! #: config/s390/s390.c:7658
  #, fuzzy, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "CHARACTER å¸¸é‡�çš„ç§�åˆ« %d æ— æ•ˆï¼Œåœ¨%Cå¤„"
  
! #: config/s390/s390.c:7665
  #, fuzzy, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "æ— æ•ˆçš„æœ€å°�å·¦å€¼è¡¨è¾¾å¼�"
  
! #: config/s390/s390.c:7668
  #, fuzzy, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "C++ ä¸�å…�è®¸åœ¨%qsè¡¨è¾¾å¼�ä¸­å®šä¹‰ç±»åž‹"
  
! #: config/s390/s390.c:11535
  #, fuzzy
  #| msgid "AltiVec argument passed to unprototyped function"
  msgid "vector argument passed to unprototyped function"
  msgstr "ä¼ é€’ AltiVec å�‚æ•°ç»™æ— åŽŸåž‹çš„å‡½æ•°"
  
! #: config/s390/s390.c:15354
  #, fuzzy
  #| msgid "pointer targets in return differ in signedness"
  msgid "types differ in signedness"
  msgstr "è¿”å›žæŒ‡é’ˆæ—¶ç›®æ ‡ä¸ŽæŒ‡é’ˆç¬¦å�·ä¸�ä¸€è‡´"
  
! #: config/s390/s390.c:15364
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15367
  #, fuzzy
  msgid "binary operator does not support vector bool operand"
  msgstr "ç›®æ ‡æ ¼å¼�ä¸�æ”¯æŒ�æ— é™�å¤§æµ®ç‚¹æ•°"
  
! #: config/s390/s390.c:15375
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
--- 3990,4092 ----
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7482
  #, fuzzy, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr "ç¬¦å�·å†…å­˜å�‚è€ƒæ˜¯å�ªæœ‰æ”¯æŒ�çš„äºŽ z10 æˆ–ç¨�å�Ž"
  
! #: config/s390/s390.c:7493
  #, c-format
  msgid "cannot decompose address"
  msgstr "æ— æ³•åˆ†è§£åœ°å�€"
  
! #: config/s390/s390.c:7562
  #, fuzzy, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "â€˜bâ€™ä¿®é¥°ç¬¦çš„æ“�ä½œæ•°æ— æ•ˆ"
  
! #: config/s390/s390.c:7585
  #, fuzzy, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "â€˜bâ€™ä¿®é¥°ç¬¦çš„æ“�ä½œæ•°æ— æ•ˆ"
  
! #: config/s390/s390.c:7603
  #, fuzzy, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "â€˜oâ€™ä¿®é¥°ç¬¦çš„æ“�ä½œæ•°æ— æ•ˆ"
  
! #: config/s390/s390.c:7625
  #, fuzzy, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "â€˜bâ€™ä¿®é¥°ç¬¦çš„æ“�ä½œæ•°æ— æ•ˆ"
  
! #: config/s390/s390.c:7643
  #, fuzzy, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr "å†…å­˜å�‚è€ƒé¢„æœŸçš„ç”¨äºŽâ€˜Sâ€™è¾“å‡ºä¿®é¥°é”®"
  
! #: config/s390/s390.c:7653
  #, fuzzy, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "%sï¼šæ— æ•ˆçš„è¾“å‡ºæ ¼å¼�"
  
! #: config/s390/s390.c:7674
  #, fuzzy, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr "æš‚å­˜å™¨æˆ–å†…å­˜è¿�ç®—å¼�é¢„æœŸçš„ç”¨äºŽâ€˜Nâ€™è¾“å‡ºä¿®é¥°é”®"
  
! #: config/s390/s390.c:7685
  #, fuzzy, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr "æš‚å­˜å™¨æˆ–å†…å­˜è¿�ç®—å¼�é¢„æœŸçš„ç”¨äºŽâ€˜å…¬å°ºâ€™è¾“å‡ºä¿®é¥°é”®"
  
! #: config/s390/s390.c:7771 config/s390/s390.c:7792
  #, fuzzy, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "CHARACTER å¸¸é‡�çš„ç§�åˆ« %d æ— æ•ˆï¼Œåœ¨%Cå¤„"
  
! #: config/s390/s390.c:7789
  #, fuzzy, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "æ— æ•ˆçš„æ“�ä½œæ•°è¾“å‡ºä»£ç �"
  
! #: config/s390/s390.c:7826
  #, fuzzy, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "CHARACTER å¸¸é‡�çš„ç§�åˆ« %d æ— æ•ˆï¼Œåœ¨%Cå¤„"
  
! #: config/s390/s390.c:7833
  #, fuzzy, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "æ— æ•ˆçš„æœ€å°�å·¦å€¼è¡¨è¾¾å¼�"
  
! #: config/s390/s390.c:7836
  #, fuzzy, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "C++ ä¸�å…�è®¸åœ¨%qsè¡¨è¾¾å¼�ä¸­å®šä¹‰ç±»åž‹"
  
! #: config/s390/s390.c:11703
  #, fuzzy
  #| msgid "AltiVec argument passed to unprototyped function"
  msgid "vector argument passed to unprototyped function"
  msgstr "ä¼ é€’ AltiVec å�‚æ•°ç»™æ— åŽŸåž‹çš„å‡½æ•°"
  
! #: config/s390/s390.c:15522
  #, fuzzy
  #| msgid "pointer targets in return differ in signedness"
  msgid "types differ in signedness"
  msgstr "è¿”å›žæŒ‡é’ˆæ—¶ç›®æ ‡ä¸ŽæŒ‡é’ˆç¬¦å�·ä¸�ä¸€è‡´"
  
! #: config/s390/s390.c:15532
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15535
  #, fuzzy
  msgid "binary operator does not support vector bool operand"
  msgstr "ç›®æ ‡æ ¼å¼�ä¸�æ”¯æŒ�æ— é™�å¤§æµ®ç‚¹æ•°"
  
! #: config/s390/s390.c:15543
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
*************** msgstr "åœ¨æ¯”è¾ƒä¸­å½’çº¦å¸¸é‡�æ—¶å�‡å®
*** 20770,20776 ****
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr "åœ¨æ¯”è¾ƒå‘¨å›´ç»„å�ˆå�˜é‡�æ—¶å�‡å®šæœ‰ç¬¦å�·æ•°ä»Žä¸�æº¢å‡º"
  
! #: fold-const.c:12046
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr "æŠ˜å� æ£€æŸ¥: åŽŸå§‹æ ‘å› æŠ˜å� è€Œæ”¹å�˜ "
--- 20770,20776 ----
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr "åœ¨æ¯”è¾ƒå‘¨å›´ç»„å�ˆå�˜é‡�æ—¶å�‡å®šæœ‰ç¬¦å�·æ•°ä»Žä¸�æº¢å‡º"
  
! #: fold-const.c:12048
  #, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr "æŠ˜å� æ£€æŸ¥: åŽŸå§‹æ ‘å› æŠ˜å� è€Œæ”¹å�˜ "
*************** msgstr "ç›®æ ‡ä¸�æ˜¯ä¸€ä¸ªæŒ‡é’ˆæˆ–å¼•ç”
*** 21310,21317 ****
  msgid "null pointer dereference"
  msgstr "ç©ºæŒ‡é’ˆ"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12872
! #: tree.c:12909 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
--- 21310,21317 ----
  msgid "null pointer dereference"
  msgstr "ç©ºæŒ‡é’ˆ"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12880
! #: tree.c:12917 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
*************** msgstr "åœ¨æ­¤å£°æ˜Ž"
*** 21325,21622 ****
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2307 gimple-ssa-sprintf.c:2435
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2309 gimple-ssa-sprintf.c:2437
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2311 gimple-ssa-sprintf.c:2439
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2313 gimple-ssa-sprintf.c:2441
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2326
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2328
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2330
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2334
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2336
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2338
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2351
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2353
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2355
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2371
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2373
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2375
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2388
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2390
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2392
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2404
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2406
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2408
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2454
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2456
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2458
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2462
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2464
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2466
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2480
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2483
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2486
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2502
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2505
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2508
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2521
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2524
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2527
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2539
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2542
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2545
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2710
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2712
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2751
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2753
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2767
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2775
  #, fuzzy, gcc-internal-format
  msgid "directive argument %qE"
  msgstr "%Lå¤„å†…å»º REPEAT çš„ NCOPIES å®žå�‚æ˜¯è´Ÿçš„"
  
! #: gimple-ssa-sprintf.c:2777
  #, fuzzy, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr "å�œç”¨å›žå�ˆ %s ç”¨äºŽå‡½æ•°åœ¨ä¸­èŒƒå›´çš„ [%uï¼Œ%u]"
  
! #: gimple-ssa-sprintf.c:2781
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2801
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2806
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2811
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2816
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3588
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3594
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3647
  #, fuzzy, gcc-internal-format
  #| msgid "null pointer"
  msgid "null destination pointer"
  msgstr "ç©ºæŒ‡é’ˆ"
  
! #: gimple-ssa-sprintf.c:3664
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3676
  #, fuzzy, gcc-internal-format
  #| msgid "%s in format string at %L"
  msgid "null format string"
--- 21325,21622 ----
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2308 gimple-ssa-sprintf.c:2436
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2310 gimple-ssa-sprintf.c:2438
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2312 gimple-ssa-sprintf.c:2440
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2314 gimple-ssa-sprintf.c:2442
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2327
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2329
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2331
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2335
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2337
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2339
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2352
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2354
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2356
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2372
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2374
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2376
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2389
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2391
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2393
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2405
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2407
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2409
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2455
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2457
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2459
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2463
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2465
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2467
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2481
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2484
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2487
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2503
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2506
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2509
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2522
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2525
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2528
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2540
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2543
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2546
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2711
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2713
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2752
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2754
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2769
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2776
  #, fuzzy, gcc-internal-format
  msgid "directive argument %qE"
  msgstr "%Lå¤„å†…å»º REPEAT çš„ NCOPIES å®žå�‚æ˜¯è´Ÿçš„"
  
! #: gimple-ssa-sprintf.c:2778
  #, fuzzy, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr "å�œç”¨å›žå�ˆ %s ç”¨äºŽå‡½æ•°åœ¨ä¸­èŒƒå›´çš„ [%uï¼Œ%u]"
  
! #: gimple-ssa-sprintf.c:2782
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2803
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2807
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2812
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2817
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3591
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3597
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3650
  #, fuzzy, gcc-internal-format
  #| msgid "null pointer"
  msgid "null destination pointer"
  msgstr "ç©ºæŒ‡é’ˆ"
  
! #: gimple-ssa-sprintf.c:3667
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3679
  #, fuzzy, gcc-internal-format
  #| msgid "%s in format string at %L"
  msgid "null format string"
*************** msgstr "åŽŸå…ˆåœ¨è¿™é‡Œå®šä¹‰"
*** 23830,23986 ****
  msgid "%D renamed after being referenced in assembly"
  msgstr "%D åœ¨æ±‡ç¼–ä¸­è¢«å¼•ç”¨å�Žå�ˆè¢«é‡�å‘½å��"
  
! #: symtab.c:970
  #, fuzzy, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "å‡½æ•°è¿”å›žäº†ä¸€ä¸ªå‡½æ•°"
  
! #: symtab.c:978
  #, fuzzy, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr "%Lå¤„çš„ç¬¦å�·ä¸�æ˜¯ä¸€ä¸ª DUMMY å�˜é‡�"
  
! #: symtab.c:984
  #, fuzzy, gcc-internal-format
  msgid "node has unknown type"
  msgstr "æœªçŸ¥ç±»åž‹çš„è¾“å…¥è¡Œ"
  
! #: symtab.c:993
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1010
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1023
  #, fuzzy, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr "cgraph_hash ä¸­æ‰¾ä¸�åˆ°èŠ‚ç‚¹"
  
! #: symtab.c:1030
  #, fuzzy, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr "å�Œå�‘å…‹éš†é“¾æŽ¥åˆ—è¡¨å·²æ�Ÿå��"
  
! #: symtab.c:1035
  #, fuzzy, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr "èŠ‚ç‚¹åœ¨å…‹éš†åˆ—è¡¨ä¸­ï¼Œä½†å¹¶ä¸�æ˜¯å…‹éš†"
  
! #: symtab.c:1040
  #, fuzzy, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr "èŠ‚ç‚¹åœ¨å…‹éš†åˆ—è¡¨ä¸­ï¼Œä½†å¹¶ä¸�æ˜¯å…‹éš†"
  
! #: symtab.c:1045
  #, fuzzy, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr "æ‰¾ä¸�åˆ°åŒºåŸŸåˆ«å��æ–‡ä»¶â€œ%sâ€�"
  
! #: symtab.c:1050
  #, fuzzy, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr "-fmit-class-file çš„åˆ«å��"
  
! #: symtab.c:1055
  #, fuzzy, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr "æ‰¾ä¸�åˆ°åŒºåŸŸåˆ«å��æ–‡ä»¶â€œ%sâ€�"
  
! #: symtab.c:1060
  #, fuzzy, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr "æ‰¾ä¸�åˆ°åŒºåŸŸåˆ«å��æ–‡ä»¶â€œ%sâ€�"
  
! #: symtab.c:1069
  #, fuzzy, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr "èŠ‚ç‚¹åœ¨å…‹éš†åˆ—è¡¨ä¸­ï¼Œä½†å¹¶ä¸�æ˜¯å…‹éš†"
  
! #: symtab.c:1074
  #, fuzzy, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr "same_comdat_group å¹¶é�žçŽ¯çŠ¶æ¸…å�•"
  
! #: symtab.c:1079
  #, fuzzy, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr "ä¸�æ”¯æŒ�ç»„å�ˆæœ‰ä¸�å�Œå�–æ ·ä¿¡æ�¯çš„å�•å…ƒã€‚"
  
! #: symtab.c:1084
  #, fuzzy, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr "èŠ‚ç‚¹æ˜¯å�•ç‹¬åœ¨ä¸­ comdat ç¾¤ç»„"
  
! #: symtab.c:1091
  #, fuzzy, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr "same_comdat_group å¹¶é�žçŽ¯çŠ¶æ¸…å�•"
  
! #: symtab.c:1106
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1116
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1123
  #, fuzzy, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr "èŠ‚ç‚¹æ˜¯å�•ç‹¬åœ¨ä¸­ comdat ç¾¤ç»„"
  
! #: symtab.c:1135
  #, fuzzy, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr "--help=target çš„åˆ«å��"
  
! #: symtab.c:1142
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1157
  #, fuzzy, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr "--help=target çš„åˆ«å��"
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1188 symtab.c:1225
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr "symtab_node::verify å¤±è´¥"
  
! #: symtab.c:1221
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1630
  #, fuzzy, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr "å‡½æ•°%q+Dé‡�å£°æ˜Žä¸ºå†…è�”çš„"
  
! #: symtab.c:1632
  #, fuzzy, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr "å�˜é‡�%qDè¢«è®¾å®šä½†æœªè¢«ä½¿ç”¨"
  
! #: symtab.c:1660
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
--- 23830,23986 ----
  msgid "%D renamed after being referenced in assembly"
  msgstr "%D åœ¨æ±‡ç¼–ä¸­è¢«å¼•ç”¨å�Žå�ˆè¢«é‡�å‘½å��"
  
! #: symtab.c:978
  #, fuzzy, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "å‡½æ•°è¿”å›žäº†ä¸€ä¸ªå‡½æ•°"
  
! #: symtab.c:986
  #, fuzzy, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr "%Lå¤„çš„ç¬¦å�·ä¸�æ˜¯ä¸€ä¸ª DUMMY å�˜é‡�"
  
! #: symtab.c:992
  #, fuzzy, gcc-internal-format
  msgid "node has unknown type"
  msgstr "æœªçŸ¥ç±»åž‹çš„è¾“å…¥è¡Œ"
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1009
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1018
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1031
  #, fuzzy, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr "cgraph_hash ä¸­æ‰¾ä¸�åˆ°èŠ‚ç‚¹"
  
! #: symtab.c:1038
  #, fuzzy, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr "å�Œå�‘å…‹éš†é“¾æŽ¥åˆ—è¡¨å·²æ�Ÿå��"
  
! #: symtab.c:1043
  #, fuzzy, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr "èŠ‚ç‚¹åœ¨å…‹éš†åˆ—è¡¨ä¸­ï¼Œä½†å¹¶ä¸�æ˜¯å…‹éš†"
  
! #: symtab.c:1048
  #, fuzzy, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr "èŠ‚ç‚¹åœ¨å…‹éš†åˆ—è¡¨ä¸­ï¼Œä½†å¹¶ä¸�æ˜¯å…‹éš†"
  
! #: symtab.c:1053
  #, fuzzy, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr "æ‰¾ä¸�åˆ°åŒºåŸŸåˆ«å��æ–‡ä»¶â€œ%sâ€�"
  
! #: symtab.c:1058
  #, fuzzy, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr "-fmit-class-file çš„åˆ«å��"
  
! #: symtab.c:1063
  #, fuzzy, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr "æ‰¾ä¸�åˆ°åŒºåŸŸåˆ«å��æ–‡ä»¶â€œ%sâ€�"
  
! #: symtab.c:1068
  #, fuzzy, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr "æ‰¾ä¸�åˆ°åŒºåŸŸåˆ«å��æ–‡ä»¶â€œ%sâ€�"
  
! #: symtab.c:1077
  #, fuzzy, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr "èŠ‚ç‚¹åœ¨å…‹éš†åˆ—è¡¨ä¸­ï¼Œä½†å¹¶ä¸�æ˜¯å…‹éš†"
  
! #: symtab.c:1082
  #, fuzzy, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr "same_comdat_group å¹¶é�žçŽ¯çŠ¶æ¸…å�•"
  
! #: symtab.c:1087
  #, fuzzy, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr "ä¸�æ”¯æŒ�ç»„å�ˆæœ‰ä¸�å�Œå�–æ ·ä¿¡æ�¯çš„å�•å…ƒã€‚"
  
! #: symtab.c:1092
  #, fuzzy, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr "èŠ‚ç‚¹æ˜¯å�•ç‹¬åœ¨ä¸­ comdat ç¾¤ç»„"
  
! #: symtab.c:1099
  #, fuzzy, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr "same_comdat_group å¹¶é�žçŽ¯çŠ¶æ¸…å�•"
  
! #: symtab.c:1114
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1124
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1131
  #, fuzzy, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr "èŠ‚ç‚¹æ˜¯å�•ç‹¬åœ¨ä¸­ comdat ç¾¤ç»„"
  
! #: symtab.c:1143
  #, fuzzy, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr "--help=target çš„åˆ«å��"
  
! #: symtab.c:1150
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1165
  #, fuzzy, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr "--help=target çš„åˆ«å��"
  
! #: symtab.c:1173
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1196 symtab.c:1233
  #, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr "symtab_node::verify å¤±è´¥"
  
! #: symtab.c:1229
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1638
  #, fuzzy, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr "å‡½æ•°%q+Dé‡�å£°æ˜Žä¸ºå†…è�”çš„"
  
! #: symtab.c:1640
  #, fuzzy, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr "å�˜é‡�%qDè¢«è®¾å®šä½†æœªè¢«ä½¿ç”¨"
  
! #: symtab.c:1668
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
*************** msgstr "%q+Dé‡�å£°æ˜Žæ—¶æ²¡æœ‰ dllimport
*** 25648,25655 ****
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6704
! #: config/arm/arm.c:6732 config/arm/arm.c:6749 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
--- 25648,25655 ----
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6741
! #: config/arm/arm.c:6769 config/arm/arm.c:6786 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
*************** msgstr "ç¬¦å�·%q+Déœ€è¦�å¤–éƒ¨é“¾æŽ¥ï¼Œå
*** 25685,25776 ****
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qEæ„�å‘³ç�€é»˜è®¤å�¯è§�æ€§ï¼›ä½†%qDå·²ç»�è¢«å£°æ˜Žä¸ºæœ‰ä¸�å�Œçš„å�¯è§�æ€§"
  
! #: tree.c:8366
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "å‡½æ•°æ•°ç»„æ˜¯æ²¡æœ‰æ„�ä¹‰çš„"
  
! #: tree.c:8537
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "å‡½æ•°ä¸�èƒ½è¿”å›žå‡½æ•°"
  
! #: tree.c:9831 tree.c:9916 tree.c:9977
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr "æ ‘æ£€æŸ¥ï¼š%sï¼Œå¾—åˆ° %s åœ¨ %sï¼ŒäºŽ %s:%d"
  
! #: tree.c:9868
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr "æ ‘æ£€æŸ¥ï¼šä¸�éœ€è¦� %sï¼Œå¾—åˆ° %s åœ¨ %sï¼ŒäºŽ %s:%d"
  
! #: tree.c:9881
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "æ ‘æ£€æŸ¥ï¼šéœ€è¦�ç±»%qsï¼Œå¾—åˆ°%qs(%s) åœ¨ %sï¼ŒäºŽ %s:%d"
  
! #: tree.c:9930
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "æ ‘æ£€æŸ¥ï¼šä¸�éœ€è¦�ç±»%qsï¼Œå¾—åˆ°%qs(%s) åœ¨ %sï¼ŒäºŽ %s:%d"
  
! #: tree.c:9943
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr "æ ‘æ£€æŸ¥ï¼šéœ€è¦� omp_clause %sï¼Œå¾—åˆ° %s åœ¨ %sï¼ŒäºŽ %s:%d"
  
! #: tree.c:10003
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr "æ ‘æ£€æŸ¥ï¼šéœ€è¦�åŒ…å�«%qsç»“æž„çš„æ ‘ï¼Œå¾—åˆ°%qsåœ¨ %sï¼ŒäºŽ %s:%d"
  
! #: tree.c:10017
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr "æ ‘æ£€æŸ¥ï¼šè®¿é—®äº† %3$s ä¸­æœ‰ %2$d ä¸ª elt  çš„ tree_vec çš„ elt %1$dï¼ŒäºŽ %4$s:%5$d"
  
! #: tree.c:10029
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr "æ ‘æ£€æŸ¥ï¼šè®¿é—®äº† %3$s ä¸­æœ‰ %2$d ä¸ª elt  çš„ tree_vec çš„ elt %1$dï¼ŒäºŽ %4$s:%5$d"
  
! #: tree.c:10042
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr "æ ‘æ£€æŸ¥ï¼šåœ¨ %4$s ä¸­è®¿é—®æœ‰ %3$d ä¸ªæ“�ä½œæ•°çš„ %2$s çš„ç¬¬ %1$d ä¸ªæ“�ä½œæ•°ï¼ŒäºŽ %5$s:%6$d"
  
! #: tree.c:10055
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr "æ ‘æ£€æŸ¥ï¼šåœ¨ %4$s ä¸­è®¿é—®æœ‰ %3$d ä¸ªæ“�ä½œæ•°çš„ omp_clause %2$s çš„ç¬¬ %1$d ä¸ªæ“�ä½œæ•°ï¼ŒäºŽ %5$s:%6$d"
  
! #: tree.c:12867
  #, fuzzy, gcc-internal-format
  msgid "%qD is deprecated: %s"
  msgstr "å·²å¼ƒç”¨%qEï¼š%s"
  
! #: tree.c:12870
  #, fuzzy, gcc-internal-format
  msgid "%qD is deprecated"
  msgstr "å·²å¼ƒç”¨%qE"
  
! #: tree.c:12894 tree.c:12916
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "å·²å¼ƒç”¨%qEï¼š%s"
  
! #: tree.c:12897 tree.c:12919
  #, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "å·²å¼ƒç”¨%qE"
  
! #: tree.c:12903 tree.c:12924
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "å·²å¼ƒç”¨ç±»åž‹ï¼š%s"
  
! #: tree.c:12906 tree.c:12927
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "å·²å¼ƒç”¨æ­¤ç±»åž‹"
--- 25685,25776 ----
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qEæ„�å‘³ç�€é»˜è®¤å�¯è§�æ€§ï¼›ä½†%qDå·²ç»�è¢«å£°æ˜Žä¸ºæœ‰ä¸�å�Œçš„å�¯è§�æ€§"
  
! #: tree.c:8373
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "å‡½æ•°æ•°ç»„æ˜¯æ²¡æœ‰æ„�ä¹‰çš„"
  
! #: tree.c:8545
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "å‡½æ•°ä¸�èƒ½è¿”å›žå‡½æ•°"
  
! #: tree.c:9839 tree.c:9924 tree.c:9985
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr "æ ‘æ£€æŸ¥ï¼š%sï¼Œå¾—åˆ° %s åœ¨ %sï¼ŒäºŽ %s:%d"
  
! #: tree.c:9876
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr "æ ‘æ£€æŸ¥ï¼šä¸�éœ€è¦� %sï¼Œå¾—åˆ° %s åœ¨ %sï¼ŒäºŽ %s:%d"
  
! #: tree.c:9889
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "æ ‘æ£€æŸ¥ï¼šéœ€è¦�ç±»%qsï¼Œå¾—åˆ°%qs(%s) åœ¨ %sï¼ŒäºŽ %s:%d"
  
! #: tree.c:9938
  #, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "æ ‘æ£€æŸ¥ï¼šä¸�éœ€è¦�ç±»%qsï¼Œå¾—åˆ°%qs(%s) åœ¨ %sï¼ŒäºŽ %s:%d"
  
! #: tree.c:9951
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr "æ ‘æ£€æŸ¥ï¼šéœ€è¦� omp_clause %sï¼Œå¾—åˆ° %s åœ¨ %sï¼ŒäºŽ %s:%d"
  
! #: tree.c:10011
  #, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr "æ ‘æ£€æŸ¥ï¼šéœ€è¦�åŒ…å�«%qsç»“æž„çš„æ ‘ï¼Œå¾—åˆ°%qsåœ¨ %sï¼ŒäºŽ %s:%d"
  
! #: tree.c:10025
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr "æ ‘æ£€æŸ¥ï¼šè®¿é—®äº† %3$s ä¸­æœ‰ %2$d ä¸ª elt  çš„ tree_vec çš„ elt %1$dï¼ŒäºŽ %4$s:%5$d"
  
! #: tree.c:10037
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr "æ ‘æ£€æŸ¥ï¼šè®¿é—®äº† %3$s ä¸­æœ‰ %2$d ä¸ª elt  çš„ tree_vec çš„ elt %1$dï¼ŒäºŽ %4$s:%5$d"
  
! #: tree.c:10050
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr "æ ‘æ£€æŸ¥ï¼šåœ¨ %4$s ä¸­è®¿é—®æœ‰ %3$d ä¸ªæ“�ä½œæ•°çš„ %2$s çš„ç¬¬ %1$d ä¸ªæ“�ä½œæ•°ï¼ŒäºŽ %5$s:%6$d"
  
! #: tree.c:10063
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr "æ ‘æ£€æŸ¥ï¼šåœ¨ %4$s ä¸­è®¿é—®æœ‰ %3$d ä¸ªæ“�ä½œæ•°çš„ omp_clause %2$s çš„ç¬¬ %1$d ä¸ªæ“�ä½œæ•°ï¼ŒäºŽ %5$s:%6$d"
  
! #: tree.c:12875
  #, fuzzy, gcc-internal-format
  msgid "%qD is deprecated: %s"
  msgstr "å·²å¼ƒç”¨%qEï¼š%s"
  
! #: tree.c:12878
  #, fuzzy, gcc-internal-format
  msgid "%qD is deprecated"
  msgstr "å·²å¼ƒç”¨%qE"
  
! #: tree.c:12902 tree.c:12924
  #, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "å·²å¼ƒç”¨%qEï¼š%s"
  
! #: tree.c:12905 tree.c:12927
  #, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "å·²å¼ƒç”¨%qE"
  
! #: tree.c:12911 tree.c:12932
  #, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "å·²å¼ƒç”¨ç±»åž‹ï¼š%s"
  
! #: tree.c:12914 tree.c:12935
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "å·²å¼ƒç”¨æ­¤ç±»åž‹"
*************** msgstr "å·²å¼ƒç”¨æ­¤ç±»åž‹"
*** 25797,26063 ****
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13354
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13395
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13397
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13399
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13419
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13432
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13449
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13474
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13476
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13478
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13516
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13518
  #, fuzzy, gcc-internal-format
  #| msgid "%s:stamp mismatch with notes file\n"
  msgid "first mismatch is field"
  msgstr "%s:æ—¶é—´æˆ³ä¸Žè¯´æ˜Žæ–‡ä»¶ä¸�åŒ¹é…�\n"
  
! #: tree.c:13520
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13537
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13539 tree.c:13550
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13541 tree.c:13552
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13548
  #, fuzzy, gcc-internal-format
  #| msgid "-mnop-mcount is not compatible with this target"
  msgid "type is not compatible with its variant"
  msgstr "-mnop-mcount ä¸Žæ­¤ç›®æ ‡ä¸�å…¼å®¹"
  
! #: tree.c:13851
  #, fuzzy, gcc-internal-format
  #| msgid "environment variable %qs not defined"
  msgid "Main variant is not defined"
  msgstr "çŽ¯å¢ƒå�˜é‡�%qsæœªå®šä¹‰"
  
! #: tree.c:13856
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13868
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13886
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13918
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13928
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13938
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13956
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13968
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13979
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13990
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14008
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14015
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14027
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14042
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14058
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14073
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14083
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qE has non-integer type"
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "æ•°ç»„%qEçš„å¤§å°�çš„ç±»åž‹ä¸�æ˜¯æ•´æ•°"
  
! #: tree.c:14092
  #, fuzzy, gcc-internal-format
  #| msgid "field %qE has incomplete type"
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "å­—æ®µ%qEçš„ç±»åž‹ä¸�å®Œå…¨"
  
! #: tree.c:14112
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14127
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14133
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14146
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14159
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14165
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14172
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14184
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14190
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14202
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14214
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14221
  #, fuzzy, gcc-internal-format
  #| msgid "verify_gimple failed"
  msgid "verify_type failed"
--- 25797,26063 ----
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13362
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13403
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13405
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13407
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13427
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13440
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13457
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13482
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13484
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13486
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13524
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13526
  #, fuzzy, gcc-internal-format
  #| msgid "%s:stamp mismatch with notes file\n"
  msgid "first mismatch is field"
  msgstr "%s:æ—¶é—´æˆ³ä¸Žè¯´æ˜Žæ–‡ä»¶ä¸�åŒ¹é…�\n"
  
! #: tree.c:13528
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13545
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13547 tree.c:13558
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13549 tree.c:13560
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13556
  #, fuzzy, gcc-internal-format
  #| msgid "-mnop-mcount is not compatible with this target"
  msgid "type is not compatible with its variant"
  msgstr "-mnop-mcount ä¸Žæ­¤ç›®æ ‡ä¸�å…¼å®¹"
  
! #: tree.c:13859
  #, fuzzy, gcc-internal-format
  #| msgid "environment variable %qs not defined"
  msgid "Main variant is not defined"
  msgstr "çŽ¯å¢ƒå�˜é‡�%qsæœªå®šä¹‰"
  
! #: tree.c:13864
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13876
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13910
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13926
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13936
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13946
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13964
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13976
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13987
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13998
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14016
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14023
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14043
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14050
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14074
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14081
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14091
  #, fuzzy, gcc-internal-format
  #| msgid "size of array %qE has non-integer type"
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "æ•°ç»„%qEçš„å¤§å°�çš„ç±»åž‹ä¸�æ˜¯æ•´æ•°"
  
! #: tree.c:14100
  #, fuzzy, gcc-internal-format
  #| msgid "field %qE has incomplete type"
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "å­—æ®µ%qEçš„ç±»åž‹ä¸�å®Œå…¨"
  
! #: tree.c:14120
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14135
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14141
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14154
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14167
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14173
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14180
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14192
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14198
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14210
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14222
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14229
  #, fuzzy, gcc-internal-format
  #| msgid "verify_gimple failed"
  msgid "verify_type failed"
*************** msgstr ""
*** 27066,27078 ****
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "ä¸º lambda å½¢å�‚æŒ‡å®šäº†é»˜è®¤å�‚æ•°"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6573 c-family/c-common.c:6644
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "æ��ä¾›ç»™å‡½æ•°%qEçš„å®žå�‚å¤ªå°‘"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6670 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "æ��ä¾›ç»™å‡½æ•°%qEçš„å®žå�‚å¤ªå¤š"
--- 27066,27078 ----
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "ä¸º lambda å½¢å�‚æŒ‡å®šäº†é»˜è®¤å�‚æ•°"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6574 c-family/c-common.c:6645
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "æ��ä¾›ç»™å‡½æ•°%qEçš„å®žå�‚å¤ªå°‘"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6671 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "æ��ä¾›ç»™å‡½æ•°%qEçš„å®žå�‚å¤ªå¤š"
*************** msgstr "è¯•å›¾å�–ä½�æ®µç»“æž„æˆ�å‘˜%qDçš
*** 27157,27229 ****
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr "ç´¢å¼• %E æŒ‡å®šäº†ä¸€ä¸ªå¤§äºŽ%qTå¤§å°�çš„å��ç§»é‡�"
  
! #: c-family/c-common.c:6515 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr "æ•°ç»„å¤ªå¤§"
  
! #: c-family/c-common.c:6603
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "%2$qEçš„ç¬¬ %1$d ä¸ªå®žå�‚ç±»åž‹ä¸�å…¼å®¹"
  
! #: c-family/c-common.c:6737
  #, fuzzy, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr "æ��ä¾›ç»™å‡½æ•°%qEçš„å®žå�‚å¤ªå¤š"
  
! #: c-family/c-common.c:6752
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "%2$qEçš„å®žå�‚ %1$d å¿…é¡»æ˜¯åœ°å�€"
  
! #: c-family/c-common.c:6761
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "%K%D çš„ç¬¬ä¸€ä¸ªå®žå�‚å¿…é¡»æ˜¯ä¸€ä¸ªæŒ‡é’ˆï¼Œç¬¬äºŒä¸ªå¿…é¡»æ˜¯æ•´å¸¸é‡�"
  
! #: c-family/c-common.c:6772
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "%K%D çš„ç¬¬ä¸€ä¸ªå®žå�‚å¿…é¡»æ˜¯ä¸€ä¸ªæŒ‡é’ˆï¼Œç¬¬äºŒä¸ªå¿…é¡»æ˜¯æ•´å¸¸é‡�"
  
! #: c-family/c-common.c:6787
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr "%2$qEçš„å®žå�‚ %1$d å¿…é¡»æ˜¯åœ°å�€"
  
! #: c-family/c-common.c:6795
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "%K%D çš„ç¬¬ä¸€ä¸ªå®žå�‚å¿…é¡»æ˜¯ä¸€ä¸ªæŒ‡é’ˆï¼Œç¬¬äºŒä¸ªå¿…é¡»æ˜¯æ•´å¸¸é‡�"
  
! #: c-family/c-common.c:6801
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "%2$qEçš„å®žå�‚ %1$d å¿…é¡»æ˜¯åœ°å�€"
  
! #: c-family/c-common.c:6809
  #, fuzzy, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr "%2$qEçš„ç¬¬ %1$d ä¸ªå�‚æ•°å¿…é¡»æ˜¯åœ¨ %3$d å’Œ %4$d ä¹‹é—´"
  
! #: c-family/c-common.c:6825
  #, fuzzy, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr "%2$qEçš„ç¬¬ %1$d ä¸ªå®žå�‚ç±»åž‹ä¸�å…¼å®¹"
  
! #: c-family/c-common.c:6832
  #, fuzzy, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr "%2$qEçš„ç¬¬ %1$d ä¸ªå®žå�‚ç±»åž‹ä¸�å…¼å®¹"
  
! #: c-family/c-common.c:7753
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr "ç´¢å¼•å€¼è¶Šç•Œ"
  
! #: c-family/c-common.c:7794 c-family/c-common.c:7842 c-family/c-common.c:7857
  #: cp/call.c:4836 cp/call.c:4843
  #, fuzzy, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
--- 27157,27229 ----
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr "ç´¢å¼• %E æŒ‡å®šäº†ä¸€ä¸ªå¤§äºŽ%qTå¤§å°�çš„å��ç§»é‡�"
  
! #: c-family/c-common.c:6516 cp/init.c:2952 cp/init.c:2971
  #, gcc-internal-format
  msgid "size of array is too large"
  msgstr "æ•°ç»„å¤ªå¤§"
  
! #: c-family/c-common.c:6604
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "%2$qEçš„ç¬¬ %1$d ä¸ªå®žå�‚ç±»åž‹ä¸�å…¼å®¹"
  
! #: c-family/c-common.c:6738
  #, fuzzy, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr "æ��ä¾›ç»™å‡½æ•°%qEçš„å®žå�‚å¤ªå¤š"
  
! #: c-family/c-common.c:6753
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "%2$qEçš„å®žå�‚ %1$d å¿…é¡»æ˜¯åœ°å�€"
  
! #: c-family/c-common.c:6762
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "%K%D çš„ç¬¬ä¸€ä¸ªå®žå�‚å¿…é¡»æ˜¯ä¸€ä¸ªæŒ‡é’ˆï¼Œç¬¬äºŒä¸ªå¿…é¡»æ˜¯æ•´å¸¸é‡�"
  
! #: c-family/c-common.c:6773
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "%K%D çš„ç¬¬ä¸€ä¸ªå®žå�‚å¿…é¡»æ˜¯ä¸€ä¸ªæŒ‡é’ˆï¼Œç¬¬äºŒä¸ªå¿…é¡»æ˜¯æ•´å¸¸é‡�"
  
! #: c-family/c-common.c:6788
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr "%2$qEçš„å®žå�‚ %1$d å¿…é¡»æ˜¯åœ°å�€"
  
! #: c-family/c-common.c:6796
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "%K%D çš„ç¬¬ä¸€ä¸ªå®žå�‚å¿…é¡»æ˜¯ä¸€ä¸ªæŒ‡é’ˆï¼Œç¬¬äºŒä¸ªå¿…é¡»æ˜¯æ•´å¸¸é‡�"
  
! #: c-family/c-common.c:6802
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "%2$qEçš„å®žå�‚ %1$d å¿…é¡»æ˜¯åœ°å�€"
  
! #: c-family/c-common.c:6810
  #, fuzzy, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr "%2$qEçš„ç¬¬ %1$d ä¸ªå�‚æ•°å¿…é¡»æ˜¯åœ¨ %3$d å’Œ %4$d ä¹‹é—´"
  
! #: c-family/c-common.c:6826
  #, fuzzy, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr "%2$qEçš„ç¬¬ %1$d ä¸ªå®žå�‚ç±»åž‹ä¸�å…¼å®¹"
  
! #: c-family/c-common.c:6833
  #, fuzzy, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr "%2$qEçš„ç¬¬ %1$d ä¸ªå®žå�‚ç±»åž‹ä¸�å…¼å®¹"
  
! #: c-family/c-common.c:7754
  #, gcc-internal-format
  msgid "index value is out of bound"
  msgstr "ç´¢å¼•å€¼è¶Šç•Œ"
  
! #: c-family/c-common.c:7795 c-family/c-common.c:7843 c-family/c-common.c:7858
  #: cp/call.c:4836 cp/call.c:4843
  #, fuzzy, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
*************** msgstr "ä»Ž%qTåˆ°%qTçš„è½¬æ�¢æœ‰æ­§ä¹‰"
*** 27231,27253 ****
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7943
  #, fuzzy, gcc-internal-format
  #| msgid "built-in function %qD takes one argument only"
  msgid "built-in function %qE must be directly called"
  msgstr "å†…å»ºå‡½æ•°%qDå�ªéœ€è¦�ä¸€ä¸ªå®žå�‚"
  
! #: c-family/c-common.c:7965 c/c-decl.c:6124
  #, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "æ•°ç»„%qEå¤ªå¤§"
  
! #: c-family/c-common.c:7967 c/c-decl.c:6127
  #, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "æ— å��æ•°ç»„å¤ªå¤§"
  
! #: c-family/c-common.c:7997
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
--- 27231,27253 ----
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7944
  #, fuzzy, gcc-internal-format
  #| msgid "built-in function %qD takes one argument only"
  msgid "built-in function %qE must be directly called"
  msgstr "å†…å»ºå‡½æ•°%qDå�ªéœ€è¦�ä¸€ä¸ªå®žå�‚"
  
! #: c-family/c-common.c:7966 c/c-decl.c:6124
  #, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "æ•°ç»„%qEå¤ªå¤§"
  
! #: c-family/c-common.c:7968 c/c-decl.c:6127
  #, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "æ— å��æ•°ç»„å¤ªå¤§"
  
! #: c-family/c-common.c:7998
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
*************** msgstr "%qså¯¹%qsè€Œè¨€æ— æ•ˆ"
*** 29022,29028 ****
  msgid "too many input files"
  msgstr "è¾“å…¥æ–‡ä»¶å¤ªå¤š"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8751
  #, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr "-mcpu çš„å€¼%qsæœªçŸ¥"
--- 29022,29028 ----
  msgid "too many input files"
  msgstr "è¾“å…¥æ–‡ä»¶å¤ªå¤š"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8759
  #, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr "-mcpu çš„å€¼%qsæœªçŸ¥"
*************** msgstr "%qså¿…é¡»ä¸Ž%qsä¸€èµ·ä½¿ç”¨"
*** 29485,29666 ****
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "%qså¿…é¡»ä¸Ž%qsä¸€èµ·ä½¿ç”¨"
  
! #: config/aarch64/aarch64.c:8374
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8418
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8475
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr "%s: ä¸�é€‚ç”¨çš„é€‰é¡¹ -- %c\n"
  
! #: config/aarch64/aarch64.c:8493
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "unknown tuning option (%s)"
  msgstr "spec å‡½æ•°å��æ ¼å¼�é”™è¯¯"
  
! #: config/aarch64/aarch64.c:8707
  #, fuzzy, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "%qså¯¹%qsè€Œè¨€æ— æ•ˆ"
  
! #: config/aarch64/aarch64.c:8748
  #, fuzzy, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr "%qså�Žç¼ºå°‘å®�å��"
  
! #: config/aarch64/aarch64.c:8755
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "%X%P: æœªçŸ¥ç‰¹å¾� %s\n"
  
! #: config/aarch64/aarch64.c:8782
  #, fuzzy, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr "%qså�Žç¼ºå°‘å®�å��"
  
! #: config/aarch64/aarch64.c:8785
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr "æœªçŸ¥çš„ TLS æ¨¡åž‹%qs"
  
! #: config/aarch64/aarch64.c:8789
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "%qså�Žç¼ºå°‘å®�å��"
  
! #: config/aarch64/aarch64.c:8815
  #, fuzzy, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr "%qså�Žç¼ºå°‘å®�å��"
  
! #: config/aarch64/aarch64.c:8818
  #, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr "-mtune å�‚æ•°çš„å€¼ %qs æœªçŸ¥"
  
! #: config/aarch64/aarch64.c:8921 config/arm/arm.c:3093
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "å¼€å…³ -mcpu=%s ä¸Ž -march=%s å†²çª�"
  
! #: config/aarch64/aarch64.c:8956
  #, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "æ±‡ç¼–å™¨ä¸�æ”¯æŒ� -mabi=ilp32"
  
! #: config/aarch64/aarch64.c:8960
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9022
  #, fuzzy, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr "ä»£ç �æ¨¡å¼�%qsåœ¨ %s ä½�æ¨¡å¼�ä¸‹ä¸�å�—æ”¯æŒ�"
  
! #: config/aarch64/aarch64.c:9187
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr "%qså�Žç¼ºå°‘å®�å��"
  
! #: config/aarch64/aarch64.c:9190
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "æœªçŸ¥çš„ TLS æ¨¡åž‹%qs"
  
! #: config/aarch64/aarch64.c:9194
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr "%qså�Žç¼ºå°‘å®�å��"
  
! #: config/aarch64/aarch64.c:9228
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "%qså�Žç¼ºå°‘å®�å��"
  
! #: config/aarch64/aarch64.c:9231
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %qs for -mcpu"
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "-mcpu çš„å€¼%qsæœªçŸ¥"
  
! #: config/aarch64/aarch64.c:9235
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr "%qså�Žç¼ºå°‘å®�å��"
  
! #: config/aarch64/aarch64.c:9266
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %qs for -mtune"
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "-mtune å�‚æ•°çš„å€¼ %qs æœªçŸ¥"
  
! #: config/aarch64/aarch64.c:9307
  #, fuzzy, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr "%qså�Žç¼ºå°‘å®�å��"
  
! #: config/aarch64/aarch64.c:9312
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr "%qså�Žç¼ºå°‘å®�å��"
  
! #: config/aarch64/aarch64.c:9364
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed spec function arguments"
  msgid "malformed target %s"
  msgstr "spec å‡½æ•°å�‚æ•°æ ¼å¼�é”™è¯¯"
  
! #: config/aarch64/aarch64.c:9412
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr "%s å�ªæŽ¥å�— 2 ä¸ªå�‚æ•°"
  
! #: config/aarch64/aarch64.c:9421
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs does not allow a negated form"
  msgstr "ç›®æ ‡ç³»ç»Ÿä¸�æ”¯æŒ�è°ƒè¯•è¾“å‡º"
  
! #: config/aarch64/aarch64.c:9476
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr "æ— æ•ˆçš„ %s å­—ç»„ï¼š%s\n"
  
! #: config/aarch64/aarch64.c:9536 config/arm/arm.c:30367
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:14849
  #, fuzzy, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr "%qEå±žæ€§éœ€è¦�ä¸€ä¸ªå­—ç¬¦ä¸²å¸¸é‡�ä½œä¸ºå®žå�‚"
  
! #: config/aarch64/aarch64.c:9546
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
  msgstr "å¼‚å¸¸çš„ URL"
  
! #: config/aarch64/aarch64.c:9563
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr "å±žæ€§%qsçš„å�‚æ•°æ— æ•ˆ"
  
! #: config/aarch64/aarch64.c:9572
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11420
  #, fuzzy, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr "æ“�ä½œæ•°å�·è¶…å‡ºèŒƒå›´"
  
! #: config/aarch64/aarch64.c:11422
  #, fuzzy, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr "æ“�ä½œæ•°å�·è¶…å‡ºèŒƒå›´"
--- 29485,29666 ----
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "%qså¿…é¡»ä¸Ž%qsä¸€èµ·ä½¿ç”¨"
  
! #: config/aarch64/aarch64.c:8382
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8426
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8483
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr "%s: ä¸�é€‚ç”¨çš„é€‰é¡¹ -- %c\n"
  
! #: config/aarch64/aarch64.c:8501
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "unknown tuning option (%s)"
  msgstr "spec å‡½æ•°å��æ ¼å¼�é”™è¯¯"
  
! #: config/aarch64/aarch64.c:8715
  #, fuzzy, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "%qså¯¹%qsè€Œè¨€æ— æ•ˆ"
  
! #: config/aarch64/aarch64.c:8756
  #, fuzzy, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr "%qså�Žç¼ºå°‘å®�å��"
  
! #: config/aarch64/aarch64.c:8763
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "%X%P: æœªçŸ¥ç‰¹å¾� %s\n"
  
! #: config/aarch64/aarch64.c:8790
  #, fuzzy, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr "%qså�Žç¼ºå°‘å®�å��"
  
! #: config/aarch64/aarch64.c:8793
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr "æœªçŸ¥çš„ TLS æ¨¡åž‹%qs"
  
! #: config/aarch64/aarch64.c:8797
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "%qså�Žç¼ºå°‘å®�å��"
  
! #: config/aarch64/aarch64.c:8823
  #, fuzzy, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr "%qså�Žç¼ºå°‘å®�å��"
  
! #: config/aarch64/aarch64.c:8826
  #, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr "-mtune å�‚æ•°çš„å€¼ %qs æœªçŸ¥"
  
! #: config/aarch64/aarch64.c:8929 config/arm/arm.c:3094
  #, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "å¼€å…³ -mcpu=%s ä¸Ž -march=%s å†²çª�"
  
! #: config/aarch64/aarch64.c:8964
  #, gcc-internal-format
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "æ±‡ç¼–å™¨ä¸�æ”¯æŒ� -mabi=ilp32"
  
! #: config/aarch64/aarch64.c:8968
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9030
  #, fuzzy, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr "ä»£ç �æ¨¡å¼�%qsåœ¨ %s ä½�æ¨¡å¼�ä¸‹ä¸�å�—æ”¯æŒ�"
  
! #: config/aarch64/aarch64.c:9195
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr "%qså�Žç¼ºå°‘å®�å��"
  
! #: config/aarch64/aarch64.c:9198
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "æœªçŸ¥çš„ TLS æ¨¡åž‹%qs"
  
! #: config/aarch64/aarch64.c:9202
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr "%qså�Žç¼ºå°‘å®�å��"
  
! #: config/aarch64/aarch64.c:9236
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "%qså�Žç¼ºå°‘å®�å��"
  
! #: config/aarch64/aarch64.c:9239
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %qs for -mcpu"
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "-mcpu çš„å€¼%qsæœªçŸ¥"
  
! #: config/aarch64/aarch64.c:9243
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr "%qså�Žç¼ºå°‘å®�å��"
  
! #: config/aarch64/aarch64.c:9274
  #, fuzzy, gcc-internal-format
  #| msgid "unknown value %qs for -mtune"
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "-mtune å�‚æ•°çš„å€¼ %qs æœªçŸ¥"
  
! #: config/aarch64/aarch64.c:9315
  #, fuzzy, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr "%qså�Žç¼ºå°‘å®�å��"
  
! #: config/aarch64/aarch64.c:9320
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr "%qså�Žç¼ºå°‘å®�å��"
  
! #: config/aarch64/aarch64.c:9372
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed spec function arguments"
  msgid "malformed target %s"
  msgstr "spec å‡½æ•°å�‚æ•°æ ¼å¼�é”™è¯¯"
  
! #: config/aarch64/aarch64.c:9420
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr "%s å�ªæŽ¥å�— 2 ä¸ªå�‚æ•°"
  
! #: config/aarch64/aarch64.c:9429
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs does not allow a negated form"
  msgstr "ç›®æ ‡ç³»ç»Ÿä¸�æ”¯æŒ�è°ƒè¯•è¾“å‡º"
  
! #: config/aarch64/aarch64.c:9484
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr "æ— æ•ˆçš„ %s å­—ç»„ï¼š%s\n"
  
! #: config/aarch64/aarch64.c:9544 config/arm/arm.c:30411
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:15017
  #, fuzzy, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr "%qEå±žæ€§éœ€è¦�ä¸€ä¸ªå­—ç¬¦ä¸²å¸¸é‡�ä½œä¸ºå®žå�‚"
  
! #: config/aarch64/aarch64.c:9554
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
  msgstr "å¼‚å¸¸çš„ URL"
  
! #: config/aarch64/aarch64.c:9571
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr "å±žæ€§%qsçš„å�‚æ•°æ— æ•ˆ"
  
! #: config/aarch64/aarch64.c:9580
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11428
  #, fuzzy, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr "æ“�ä½œæ•°å�·è¶…å‡ºèŒƒå›´"
  
! #: config/aarch64/aarch64.c:11430
  #, fuzzy, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr "æ“�ä½œæ•°å�·è¶…å‡ºèŒƒå›´"
*************** msgstr ""
*** 30072,30264 ****
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2799
  #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr "iWMMXt ä¸Ž NEON äº’ä¸�å…¼å®¹"
  
! #: config/arm/arm.c:2805
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "ç›®æ ‡ CPU ä¸�æ”¯æŒ� ARM æ¨¡å¼�"
  
! #: config/arm/arm.c:2809
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "å‡½æ•°è°ƒç”¨å›žæº¯æ”¯æŒ�å�ªåœ¨ä¸º Thumb ç¼–è¯‘æ—¶æœ‰æ„�ä¹‰"
  
! #: config/arm/arm.c:2812
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "è¢«è°ƒç”¨è€…å��ä½œå�ªåœ¨ä¸º Thumb ç¼–è¯‘æ—¶æœ‰æ„�ä¹‰"
  
! #: config/arm/arm.c:2820
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g ä¸Ž -mno-apcs-frame å¹¶ç”¨å�¯èƒ½ä¸�èƒ½ç»™å‡ºæœ‰æ„�ä¹‰çš„è°ƒè¯•ä¿¡æ�¯"
  
! #: config/arm/arm.c:2824
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2827
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "-mtp=cp15 å’Œ 16 ä½� Thumb ä¸�èƒ½å¹¶ç”¨"
  
! #: config/arm/arm.c:2831
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "RTP PIC ä¸Ž Thumb ä¸�å…¼å®¹"
  
! #: config/arm/arm.c:2839
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2844
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2947
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "ç›®æ ‡ CPU ä¸�æ”¯æŒ� THUMB æŒ‡ä»¤"
  
! #: config/arm/arm.c:2992
  #, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "ç›®æ ‡ CPU ä¸�æ”¯æŒ�æœªå¯¹é½�çš„è®¿é—®"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3246
  #, fuzzy, gcc-internal-format
  #| msgid "-mpcrel -fPIC is not currently supported on selected cpu"
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-mpcrel -fPIC ç›®å‰�åœ¨æ‰€é€‰çš„ CPU ä¸Šä¸�å�—æ”¯æŒ�"
  
! #: config/arm/arm.c:3321
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "ç›®æ ‡ CPU ä¸�æ”¯æŒ�äº¤äº’å·¥ä½œ"
  
! #: config/arm/arm.c:3327
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check å’Œ -mno-apcs-frame äº’ä¸�å…¼å®¹"
  
! #: config/arm/arm.c:3335
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic å’Œ -mapcs-reent äº’ä¸�å…¼å®¹"
  
! #: config/arm/arm.c:3338
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "ä¸�æ”¯æŒ� APCS é‡�å…¥ä»£ç �ã€‚å·²å¿½ç•¥"
  
! #: config/arm/arm.c:3372
  #, fuzzy, gcc-internal-format
  #| msgid "-mrelocatable and -msdata=%s are incompatible"
  msgid "selected fp16 options are incompatible"
  msgstr "-mrelocatable ä¸Ž -msdata=%s äº’ä¸�å…¼å®¹"
  
! #: config/arm/arm.c:3403
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr "iwmmxt éœ€è¦�ä¸Ž AAPCS å…¼å®¹çš„ ABI æ–¹èƒ½æ­£ç¡®æ“�ä½œ"
  
! #: config/arm/arm.c:3406
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr "iwmmxt abi éœ€è¦�ç›¸åº” CPU çš„æ”¯æŒ�"
  
! #: config/arm/arm.c:3417
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "AAPCS ä¸�æ”¯æŒ� -mcaller-super-interworking"
  
! #: config/arm/arm.c:3420
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "AAPCS ä¸�æ”¯æŒ� -mcallee-super-interworking"
  
! #: config/arm/arm.c:3425
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr "__fp16 è€Œæ—  ldrh"
  
! #: config/arm/arm.c:3436
  #, fuzzy, gcc-internal-format
  #| msgid "-mfloat-abi=hard and VFP"
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr "-mfloat-abi=hard å’Œ VFP"
  
! #: config/arm/arm.c:3444
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mfloat-abi=hard å’Œ VFP"
  
! #: config/arm/arm.c:3480
  #, fuzzy, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "ç»“æž„å¤§å°�è¾¹ç•Œå�ªèƒ½è¢«è®¾å®šä¸º %s"
  
! #: config/arm/arm.c:3482
  #, fuzzy, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "ç»“æž„å¤§å°�è¾¹ç•Œå�ªèƒ½è¢«è®¾å®šä¸º %s"
  
! #: config/arm/arm.c:3507
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "RTP PIC ä¸Ž -msingle-pic-base ä¸�å…¼å®¹"
  
! #: config/arm/arm.c:3519
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= ä¸�ä¸Ž -fpic å¹¶ç”¨æ—¶ä¸�èµ·ä½œç”¨"
  
! #: config/arm/arm.c:3528
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "â€˜%sâ€™ä¸�èƒ½è¢«ç”¨ä½œ PIC å¯„å­˜å™¨"
  
! #: config/arm/arm.c:3547
  #, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-freorder-blocks-and-partition ä¸�èƒ½åœ¨æ­¤æž¶æž„ä¸‹å·¥ä½œ"
  
! #: config/arm/arm.c:3638
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support THUMB instructions"
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "ç›®æ ‡ CPU ä¸�æ”¯æŒ� THUMB æŒ‡ä»¤"
  
! #: config/arm/arm.c:5706
  #, fuzzy, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr "ä¸�æ˜¯ä»Ž AAPCS æ´¾ç”Ÿå‡ºçš„ PCS å�˜ç§�"
  
! #: config/arm/arm.c:5708
  #, fuzzy, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr "å�¯å�˜å�‚æ•°å‡½æ•°å¿…é¡»ä½¿ç”¨åŸºç¡€çš„ AAPCS å�˜ç§�"
  
! #: config/arm/arm.c:5727
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr "PCS å�˜åŠ¨"
  
! #: config/arm/arm.c:5922
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr "Thumb-1 ç¡¬ä»¶æµ®ç‚¹ VFP ABI"
  
! #: config/arm/arm.c:6672 config/arm/arm.c:6690 config/arm/arm.c:6865
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
--- 30072,30270 ----
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2800
  #, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr "iWMMXt ä¸Ž NEON äº’ä¸�å…¼å®¹"
  
! #: config/arm/arm.c:2806
  #, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "ç›®æ ‡ CPU ä¸�æ”¯æŒ� ARM æ¨¡å¼�"
  
! #: config/arm/arm.c:2810
  #, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "å‡½æ•°è°ƒç”¨å›žæº¯æ”¯æŒ�å�ªåœ¨ä¸º Thumb ç¼–è¯‘æ—¶æœ‰æ„�ä¹‰"
  
! #: config/arm/arm.c:2813
  #, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "è¢«è°ƒç”¨è€…å��ä½œå�ªåœ¨ä¸º Thumb ç¼–è¯‘æ—¶æœ‰æ„�ä¹‰"
  
! #: config/arm/arm.c:2821
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g ä¸Ž -mno-apcs-frame å¹¶ç”¨å�¯èƒ½ä¸�èƒ½ç»™å‡ºæœ‰æ„�ä¹‰çš„è°ƒè¯•ä¿¡æ�¯"
  
! #: config/arm/arm.c:2825
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2828
  #, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "-mtp=cp15 å’Œ 16 ä½� Thumb ä¸�èƒ½å¹¶ç”¨"
  
! #: config/arm/arm.c:2832
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "RTP PIC ä¸Ž Thumb ä¸�å…¼å®¹"
  
! #: config/arm/arm.c:2840
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2845
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2948
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "ç›®æ ‡ CPU ä¸�æ”¯æŒ� THUMB æŒ‡ä»¤"
  
! #: config/arm/arm.c:2993
  #, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "ç›®æ ‡ CPU ä¸�æ”¯æŒ�æœªå¯¹é½�çš„è®¿é—®"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3247
  #, fuzzy, gcc-internal-format
  #| msgid "-mpcrel -fPIC is not currently supported on selected cpu"
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-mpcrel -fPIC ç›®å‰�åœ¨æ‰€é€‰çš„ CPU ä¸Šä¸�å�—æ”¯æŒ�"
  
! #: config/arm/arm.c:3322
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "ç›®æ ‡ CPU ä¸�æ”¯æŒ�äº¤äº’å·¥ä½œ"
  
! #: config/arm/arm.c:3328
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check å’Œ -mno-apcs-frame äº’ä¸�å…¼å®¹"
  
! #: config/arm/arm.c:3336
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic å’Œ -mapcs-reent äº’ä¸�å…¼å®¹"
  
! #: config/arm/arm.c:3339
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "ä¸�æ”¯æŒ� APCS é‡�å…¥ä»£ç �ã€‚å·²å¿½ç•¥"
  
! #: config/arm/arm.c:3373
  #, fuzzy, gcc-internal-format
  #| msgid "-mrelocatable and -msdata=%s are incompatible"
  msgid "selected fp16 options are incompatible"
  msgstr "-mrelocatable ä¸Ž -msdata=%s äº’ä¸�å…¼å®¹"
  
! #: config/arm/arm.c:3404
  #, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr "iwmmxt éœ€è¦�ä¸Ž AAPCS å…¼å®¹çš„ ABI æ–¹èƒ½æ­£ç¡®æ“�ä½œ"
  
! #: config/arm/arm.c:3407
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr "iwmmxt abi éœ€è¦�ç›¸åº” CPU çš„æ”¯æŒ�"
  
! #: config/arm/arm.c:3418
  #, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "AAPCS ä¸�æ”¯æŒ� -mcaller-super-interworking"
  
! #: config/arm/arm.c:3421
  #, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "AAPCS ä¸�æ”¯æŒ� -mcallee-super-interworking"
  
! #: config/arm/arm.c:3426
  #, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr "__fp16 è€Œæ—  ldrh"
  
! #: config/arm/arm.c:3437
  #, fuzzy, gcc-internal-format
  #| msgid "-mfloat-abi=hard and VFP"
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr "-mfloat-abi=hard å’Œ VFP"
  
! #: config/arm/arm.c:3445
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mfloat-abi=hard å’Œ VFP"
  
! #: config/arm/arm.c:3481
  #, fuzzy, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "ç»“æž„å¤§å°�è¾¹ç•Œå�ªèƒ½è¢«è®¾å®šä¸º %s"
  
! #: config/arm/arm.c:3483
  #, fuzzy, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "ç»“æž„å¤§å°�è¾¹ç•Œå�ªèƒ½è¢«è®¾å®šä¸º %s"
  
! #: config/arm/arm.c:3508
  #, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "RTP PIC ä¸Ž -msingle-pic-base ä¸�å…¼å®¹"
  
! #: config/arm/arm.c:3520
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= ä¸�ä¸Ž -fpic å¹¶ç”¨æ—¶ä¸�èµ·ä½œç”¨"
  
! #: config/arm/arm.c:3529
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "â€˜%sâ€™ä¸�èƒ½è¢«ç”¨ä½œ PIC å¯„å­˜å™¨"
  
! #: config/arm/arm.c:3548
  #, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-freorder-blocks-and-partition ä¸�èƒ½åœ¨æ­¤æž¶æž„ä¸‹å·¥ä½œ"
  
! #: config/arm/arm.c:3639
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support THUMB instructions"
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "ç›®æ ‡ CPU ä¸�æ”¯æŒ� THUMB æŒ‡ä»¤"
  
! #: config/arm/arm.c:5707
  #, fuzzy, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr "ä¸�æ˜¯ä»Ž AAPCS æ´¾ç”Ÿå‡ºçš„ PCS å�˜ç§�"
  
! #: config/arm/arm.c:5709
  #, fuzzy, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr "å�¯å�˜å�‚æ•°å‡½æ•°å¿…é¡»ä½¿ç”¨åŸºç¡€çš„ AAPCS å�˜ç§�"
  
! #: config/arm/arm.c:5728
  #, gcc-internal-format
  msgid "PCS variant"
  msgstr "PCS å�˜åŠ¨"
  
! #: config/arm/arm.c:5923
  #, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr "Thumb-1 ç¡¬ä»¶æµ®ç‚¹ VFP ABI"
  
! #: config/arm/arm.c:6362 config/arm/arm.c:6565 config/arm/arm.c:6593
! #: config/arm/arm.c:26560
! #, gcc-internal-format
! msgid "parameter passing for argument of type %qT changed in GCC 7.1"
! msgstr ""
! 
! #: config/arm/arm.c:6709 config/arm/arm.c:6727 config/arm/arm.c:6902
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
*************** msgstr "Thumb-1 ç¡¬ä»¶æµ®ç‚¹ VFP ABI"
*** 30274,30350 ****
  msgid "%qE attribute only applies to functions"
  msgstr "%qEå±žæ€§å�ªèƒ½ç”¨äºŽå‡½æ•°"
  
! #: config/arm/arm.c:6814
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to functions, not %s"
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr "%qEå±žæ€§å�ªèƒ½ç”¨äºŽå‡½æ•°è€Œé�ž %s"
  
! #: config/arm/arm.c:6826
  #, fuzzy, gcc-internal-format
  #| msgid "%qD must not have variable number of arguments"
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "%qDä¸�èƒ½å¸¦å�¯å�˜æ•°é‡�çš„å®žå�‚"
  
! #: config/arm/arm.c:6835
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to functions, not %s"
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr "%qEå±žæ€§å�ªèƒ½ç”¨äºŽå‡½æ•°è€Œé�ž %s"
  
! #: config/arm/arm.c:6857 config/arm/arm.c:6909
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute ignored on non-class types"
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "%qEå±žæ€§åœ¨ä¸�æ˜¯ç±»çš„ç±»åž‹ä¸Šè¢«å¿½ç•¥"
  
! #: config/arm/arm.c:6876
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "%qEå±žæ€§å�ªèƒ½ç”¨äºŽå‡½æ•°"
  
! #: config/arm/arm.c:6925
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to function types"
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "%qEå±žæ€§å�ªèƒ½ç”¨äºŽå‡½æ•°ç±»åž‹"
  
! #: config/arm/arm.c:12208
  #, fuzzy, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr "æ“�ä½œæ•°å�·è¶…å‡ºèŒƒå›´"
  
! #: config/arm/arm.c:12211
  #, fuzzy, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr "æ“�ä½œæ•°å�·è¶…å‡ºèŒƒå›´"
  
! #: config/arm/arm.c:23458
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "æ— æ³•è®¡ç®—å‡ºæ ˆä¸­å�‚æ•°çš„çœŸå®žåœ°å�€"
  
! #: config/arm/arm.c:24111
  #, fuzzy, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr "é�žé¢„æœŸçš„æ¨¡å�—ç»“æ�Ÿ"
  
! #: config/arm/arm.c:24375
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "é«˜å¯„å­˜å™¨å¼¹æ ˆæ—¶æ²¡æœ‰å�¯ç”¨çš„ä½Žå¯„å­˜å™¨"
  
! #: config/arm/arm.c:24624
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "Thumb æ¨¡å¼�ä¸­ä¸�èƒ½ç¼–ç �ä¸­æ–­æœ�åŠ¡è¿›ç¨‹"
  
! #: config/arm/arm.c:24853
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30391
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid element type for attribute %qs"
  msgid "invalid fpu for attribute(target(\"%s\"))"
--- 30280,30356 ----
  msgid "%qE attribute only applies to functions"
  msgstr "%qEå±žæ€§å�ªèƒ½ç”¨äºŽå‡½æ•°"
  
! #: config/arm/arm.c:6851
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to functions, not %s"
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr "%qEå±žæ€§å�ªèƒ½ç”¨äºŽå‡½æ•°è€Œé�ž %s"
  
! #: config/arm/arm.c:6863
  #, fuzzy, gcc-internal-format
  #| msgid "%qD must not have variable number of arguments"
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "%qDä¸�èƒ½å¸¦å�¯å�˜æ•°é‡�çš„å®žå�‚"
  
! #: config/arm/arm.c:6872
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to functions, not %s"
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr "%qEå±žæ€§å�ªèƒ½ç”¨äºŽå‡½æ•°è€Œé�ž %s"
  
! #: config/arm/arm.c:6894 config/arm/arm.c:6946
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute ignored on non-class types"
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "%qEå±žæ€§åœ¨ä¸�æ˜¯ç±»çš„ç±»åž‹ä¸Šè¢«å¿½ç•¥"
  
! #: config/arm/arm.c:6913
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "%qEå±žæ€§å�ªèƒ½ç”¨äºŽå‡½æ•°"
  
! #: config/arm/arm.c:6962
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute only applies to function types"
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "%qEå±žæ€§å�ªèƒ½ç”¨äºŽå‡½æ•°ç±»åž‹"
  
! #: config/arm/arm.c:12245
  #, fuzzy, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr "æ“�ä½œæ•°å�·è¶…å‡ºèŒƒå›´"
  
! #: config/arm/arm.c:12248
  #, fuzzy, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr "æ“�ä½œæ•°å�·è¶…å‡ºèŒƒå›´"
  
! #: config/arm/arm.c:23495
  #, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "æ— æ³•è®¡ç®—å‡ºæ ˆä¸­å�‚æ•°çš„çœŸå®žåœ°å�€"
  
! #: config/arm/arm.c:24148
  #, fuzzy, gcc-internal-format
  msgid "Unexpected thumb1 far jump"
  msgstr "é�žé¢„æœŸçš„æ¨¡å�—ç»“æ�Ÿ"
  
! #: config/arm/arm.c:24412
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "é«˜å¯„å­˜å™¨å¼¹æ ˆæ—¶æ²¡æœ‰å�¯ç”¨çš„ä½Žå¯„å­˜å™¨"
  
! #: config/arm/arm.c:24661
  #, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "Thumb æ¨¡å¼�ä¸­ä¸�èƒ½ç¼–ç �ä¸­æ–­æœ�åŠ¡è¿›ç¨‹"
  
! #: config/arm/arm.c:24890
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid element type for attribute %qs"
  msgid "invalid fpu for attribute(target(\"%s\"))"
*************** msgstr "å±žæ€§%qsçš„å…ƒç´ ç±»åž‹æ— æ•ˆ"
*** 30353,30365 ****
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30399
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30406 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:14915 config/s390/s390.c:14965 config/s390/s390.c:14982
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr "attribute(target(\"%s\"))æœªçŸ¥"
--- 30359,30371 ----
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30443
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30450 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:15083 config/s390/s390.c:15133 config/s390/s390.c:15150
  #, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr "attribute(target(\"%s\"))æœªçŸ¥"
*************** msgstr "vec_extract å�ªæŽ¥å�—ä¸¤ä¸ªå�‚æ•
*** 33016,33022 ****
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "vec_insert å�ªæŽ¥å�—ä¸‰ä¸ªå�‚æ•°"
  
! #: config/rs6000/rs6000-c.c:5711
  #, fuzzy, gcc-internal-format
  #| msgid "vec_insert only accepts 3 arguments"
  msgid "vec_adde only accepts 3 arguments"
--- 33022,33028 ----
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "vec_insert å�ªæŽ¥å�—ä¸‰ä¸ªå�‚æ•°"
  
! #: config/rs6000/rs6000-c.c:5710
  #, fuzzy, gcc-internal-format
  #| msgid "vec_insert only accepts 3 arguments"
  msgid "vec_adde only accepts 3 arguments"
*************** msgstr "vec_insert å�ªæŽ¥å�—ä¸‰ä¸ªå�‚æ•°
*** 33028,33070 ****
  msgid "vec_addec only accepts 3 arguments"
  msgstr "vec_insert å�ªæŽ¥å�—ä¸‰ä¸ªå�‚æ•°"
  
! #: config/rs6000/rs6000-c.c:5861
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%s å�ªæŽ¥å�— %d ä¸ªå�‚æ•°"
  
! #: config/rs6000/rs6000-c.c:5866
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%s å�ªæŽ¥å�— 1 ä¸ªå�‚æ•°"
  
! #: config/rs6000/rs6000-c.c:5871
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%s å�ªæŽ¥å�— 2 ä¸ªå�‚æ•°"
  
! #: config/rs6000/rs6000-c.c:5937
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr "vec_extract å�ªæŽ¥å�—ä¸¤ä¸ªå�‚æ•°"
  
! #: config/rs6000/rs6000-c.c:6106
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr "vec_insert å�ªæŽ¥å�—ä¸‰ä¸ªå�‚æ•°"
  
! #: config/rs6000/rs6000-c.c:6380
  #, fuzzy, gcc-internal-format
  #| msgid "passing arg %d of %qE discards qualifiers frompointer target type"
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "ä¼ é€’%2$qEçš„ç¬¬ %1$d ä¸ªå�‚æ•°æ—¶ä¸¢å¼ƒäº†æŒ‡é’ˆç›®æ ‡ç±»åž‹çš„ç±»åž‹é™�å®š"
  
! #: config/rs6000/rs6000-c.c:6434
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "å¼±å¼•ç”¨åœ¨æ­¤é…�ç½®ä¸‹ä¸�å�—æ”¯æŒ�"
  
! #: config/rs6000/rs6000-c.c:6442
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid parameter combination for AltiVec intrinsic"
  msgid "invalid parameter combination for AltiVec intrinsic %s"
--- 33034,33076 ----
  msgid "vec_addec only accepts 3 arguments"
  msgstr "vec_insert å�ªæŽ¥å�—ä¸‰ä¸ªå�‚æ•°"
  
! #: config/rs6000/rs6000-c.c:5862
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%s å�ªæŽ¥å�— %d ä¸ªå�‚æ•°"
  
! #: config/rs6000/rs6000-c.c:5867
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%s å�ªæŽ¥å�— 1 ä¸ªå�‚æ•°"
  
! #: config/rs6000/rs6000-c.c:5872
  #, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%s å�ªæŽ¥å�— 2 ä¸ªå�‚æ•°"
  
! #: config/rs6000/rs6000-c.c:5938
  #, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr "vec_extract å�ªæŽ¥å�—ä¸¤ä¸ªå�‚æ•°"
  
! #: config/rs6000/rs6000-c.c:6107
  #, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr "vec_insert å�ªæŽ¥å�—ä¸‰ä¸ªå�‚æ•°"
  
! #: config/rs6000/rs6000-c.c:6381
  #, fuzzy, gcc-internal-format
  #| msgid "passing arg %d of %qE discards qualifiers frompointer target type"
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "ä¼ é€’%2$qEçš„ç¬¬ %1$d ä¸ªå�‚æ•°æ—¶ä¸¢å¼ƒäº†æŒ‡é’ˆç›®æ ‡ç±»åž‹çš„ç±»åž‹é™�å®š"
  
! #: config/rs6000/rs6000-c.c:6435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "å¼±å¼•ç”¨åœ¨æ­¤é…�ç½®ä¸‹ä¸�å�—æ”¯æŒ�"
  
! #: config/rs6000/rs6000-c.c:6443
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid parameter combination for AltiVec intrinsic"
  msgid "invalid parameter combination for AltiVec intrinsic %s"
*************** msgstr "å†…å»ºå‡½æ•°å®žå�‚æ— æ•ˆ"
*** 34137,34251 ****
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr "%qEå±žæ€§çš„å®žå�‚ä¸�æ˜¯ä¸€ä¸ªå­—ç¬¦ä¸²å¸¸é‡�"
  
! #: config/s390/s390.c:9812
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr "å±€éƒ¨å�˜é‡�å¤§å°�æ€»å’Œè¶…è¿‡æž¶æž„æž�é™�ã€‚"
  
! #: config/s390/s390.c:10926
  #, fuzzy, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr "å½±æ ¼å¤§å°�çš„å‡½æ•° %qs æ˜¯ %wd å­—èŠ‚è¶…å‡ºç”¨æˆ·æ��ä¾›çš„å †å� é™�åˆ¶çš„ %d å­—èŠ‚ã€‚ unconditional é™·é˜±è¢«å·²åŠ å…¥ã€‚"
  
! #: config/s390/s390.c:10942
  #, fuzzy, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr "å½±æ ¼å¤§å°�çš„å‡½æ•° %qs æ˜¯ %wd å­—èŠ‚è¯¥é¡¹æ˜¯è¶…è¿‡å�Šå †å� å¤§å°�ã€‚åŠ¨æ€�æ£€æŸ¥ä¼šæ— æ³•æ˜¯ reliableã€‚æ²¡æœ‰æ£€æŸ¥å�‘å‡ºç”¨äºŽè¿™ä¸ªå‡½æ•°ã€‚"
  
! #: config/s390/s390.c:10970
  #, fuzzy, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr "æ ˆå¸§å¤§å°�ä¸�æ˜¯ 8 å­—èŠ‚çš„å€�æ•°ï¼š%wd"
  
! #: config/s390/s390.c:10974
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr "%qsä½¿ç”¨åŠ¨æ€�æ ˆåˆ†é…�"
  
! #: config/s390/s390.c:11352
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14498
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14510
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14522
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "z/Architecture æ¨¡å¼�åœ¨ %s ä¸Šä¸�å�—æ”¯æŒ�"
  
! #: config/s390/s390.c:14525
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "64-bit ABI åœ¨ ESA/390 æ¨¡å¼�ä¸‹ä¸�å�—æ”¯æŒ�"
  
! #: config/s390/s390.c:14542
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "hardware decimal floating point instructions not available on %s"
  msgid "hardware vector support not available on %s"
  msgstr "ç¡¬ä»¶å��è¿›åˆ¶æµ®ç‚¹æŒ‡ä»¤åœ¨ %s ä¸Šä¸�å�¯ç”¨"
  
! #: config/s390/s390.c:14545
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14573
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "ç¡¬ä»¶å��è¿›åˆ¶æµ®ç‚¹æŒ‡ä»¤åœ¨ %s ä¸Šä¸�å�¯ç”¨"
  
! #: config/s390/s390.c:14577
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "ç¡¬ä»¶å��è¿›åˆ¶æµ®ç‚¹æŒ‡ä»¤åœ¨ ESA/390 æ¨¡å¼�ä¸‹ä¸�å�¯ç”¨"
  
! #: config/s390/s390.c:14589
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  
! #: config/s390/s390.c:14597
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "-mbackchain -mpacked-stack -mhard-float ä¸€èµ·ä½¿ç”¨ä¸�å�—æ”¯æŒ�"
  
! #: config/s390/s390.c:14603
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr "æ ˆå¤§å°�å¿…é¡»å¤§äºŽæ ˆé˜²æŠ¤å€¼"
  
! #: config/s390/s390.c:14605
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "æ ˆå¤§å°�ä¸�èƒ½å¤§äºŽ 64K"
  
! #: config/s390/s390.c:14608
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr "-mstack-guard æ„�å‘³ç�€ä½¿ç”¨ -mstack-size"
  
  #. argument is not a plain number
! #: config/s390/s390.c:14706
  #, fuzzy, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr "â€œ%sâ€�çš„å®žå�‚åº”è¯¥æ˜¯ä¸€ä¸ªé�žè´Ÿæ•´æ•°"
  
! #: config/s390/s390.c:14713
  #, fuzzy, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr "%qEå±žæ€§çš„å®žå�‚å¤§äºŽ %d"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:14921
  #, fuzzy, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr "åµŒå¥—å‡½æ•°åœ¨æ­¤ç›®æ ‡æœºä¸Šä¸�å�—æ”¯æŒ�"
--- 34143,34257 ----
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr "%qEå±žæ€§çš„å®žå�‚ä¸�æ˜¯ä¸€ä¸ªå­—ç¬¦ä¸²å¸¸é‡�"
  
! #: config/s390/s390.c:9980
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr "å±€éƒ¨å�˜é‡�å¤§å°�æ€»å’Œè¶…è¿‡æž¶æž„æž�é™�ã€‚"
  
! #: config/s390/s390.c:11094
  #, fuzzy, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr "å½±æ ¼å¤§å°�çš„å‡½æ•° %qs æ˜¯ %wd å­—èŠ‚è¶…å‡ºç”¨æˆ·æ��ä¾›çš„å †å� é™�åˆ¶çš„ %d å­—èŠ‚ã€‚ unconditional é™·é˜±è¢«å·²åŠ å…¥ã€‚"
  
! #: config/s390/s390.c:11110
  #, fuzzy, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr "å½±æ ¼å¤§å°�çš„å‡½æ•° %qs æ˜¯ %wd å­—èŠ‚è¯¥é¡¹æ˜¯è¶…è¿‡å�Šå †å� å¤§å°�ã€‚åŠ¨æ€�æ£€æŸ¥ä¼šæ— æ³•æ˜¯ reliableã€‚æ²¡æœ‰æ£€æŸ¥å�‘å‡ºç”¨äºŽè¿™ä¸ªå‡½æ•°ã€‚"
  
! #: config/s390/s390.c:11138
  #, fuzzy, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr "æ ˆå¸§å¤§å°�ä¸�æ˜¯ 8 å­—èŠ‚çš„å€�æ•°ï¼š%wd"
  
! #: config/s390/s390.c:11142
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr "%qsä½¿ç”¨åŠ¨æ€�æ ˆåˆ†é…�"
  
! #: config/s390/s390.c:11520
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14666
  #, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14678
  #, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr ""
  
! #: config/s390/s390.c:14690
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "z/Architecture æ¨¡å¼�åœ¨ %s ä¸Šä¸�å�—æ”¯æŒ�"
  
! #: config/s390/s390.c:14693
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "64-bit ABI åœ¨ ESA/390 æ¨¡å¼�ä¸‹ä¸�å�—æ”¯æŒ�"
  
! #: config/s390/s390.c:14710
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "hardware decimal floating point instructions not available on %s"
  msgid "hardware vector support not available on %s"
  msgstr "ç¡¬ä»¶å��è¿›åˆ¶æµ®ç‚¹æŒ‡ä»¤åœ¨ %s ä¸Šä¸�å�¯ç”¨"
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14741
  #, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "ç¡¬ä»¶å��è¿›åˆ¶æµ®ç‚¹æŒ‡ä»¤åœ¨ %s ä¸Šä¸�å�¯ç”¨"
  
! #: config/s390/s390.c:14745
  #, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "ç¡¬ä»¶å��è¿›åˆ¶æµ®ç‚¹æŒ‡ä»¤åœ¨ ESA/390 æ¨¡å¼�ä¸‹ä¸�å�¯ç”¨"
  
! #: config/s390/s390.c:14757
  #, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  
! #: config/s390/s390.c:14765
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "-mbackchain -mpacked-stack -mhard-float ä¸€èµ·ä½¿ç”¨ä¸�å�—æ”¯æŒ�"
  
! #: config/s390/s390.c:14771
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr "æ ˆå¤§å°�å¿…é¡»å¤§äºŽæ ˆé˜²æŠ¤å€¼"
  
! #: config/s390/s390.c:14773
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "æ ˆå¤§å°�ä¸�èƒ½å¤§äºŽ 64K"
  
! #: config/s390/s390.c:14776
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr "-mstack-guard æ„�å‘³ç�€ä½¿ç”¨ -mstack-size"
  
  #. argument is not a plain number
! #: config/s390/s390.c:14874
  #, fuzzy, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr "â€œ%sâ€�çš„å®žå�‚åº”è¯¥æ˜¯ä¸€ä¸ªé�žè´Ÿæ•´æ•°"
  
! #: config/s390/s390.c:14881
  #, fuzzy, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr "%qEå±žæ€§çš„å®žå�‚å¤§äºŽ %d"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:15089
  #, fuzzy, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr "åµŒå¥—å‡½æ•°åœ¨æ­¤ç›®æ ‡æœºä¸Šä¸�å�—æ”¯æŒ�"
diff -Nrcpad gcc-7.1.0/gcc/po/zh_TW.gmo gcc-7.2.0/gcc/po/zh_TW.gmo
*** gcc-7.1.0/gcc/po/zh_TW.gmo	Tue May  2 14:16:38 2017
--- gcc-7.2.0/gcc/po/zh_TW.gmo	Mon Aug 14 08:30:39 2017
*************** warranty; not even for MERCHANTABILITY o
*** 158,164 ****
  unconditional %2d taken %s
  undefined named operand %qsunexpected base-type in cris_print_baseunexpected index-type in cris_print_indexunexpected multiplicative operandunexpected operandunexpected side-effects in addressuninitialized const %qDuninitialized const in %<new%> of %q#Tunion cannot be made transparentunion has no membersunion has no named membersunknown -mdebug-%s switchunknown CRIS cpu version specification in -mtune= : %sunknown CRIS version specification in -march= or -mcpu= : %sunknown array size in deleteunknown cc_attr valueunknown conversion type character %qc in formatunknown demangling style '%s'unknown insn modeunknown move insn:unknown register name %qs in %<asm%>unknown register name: %sunknown relocation unspecunnamed initializer for %qT, which has no base classesunnamed initializer for %qT, which uses multiple inheritanceunnamed struct/union that defines no instancesunnamed variable or field declared voidunordered comparison on non-floating point argumentunrecognizable insn:unrecognized addressunrecognized format specifierunrecognized gcc debugging option: %cunrecognized supposed constantunrecoverable errorunsupported combination: %sunsupported operand size for extended registerunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatunused variable %q+Dunwind tables currently require either a frame pointer or -maccumulate-outgoing-args for correctnessupper value in case label range exceeds maximum value for typeuse #include insteaduse %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified nameuse %<%T::template %D%> to indicate that it is a templateuse -Winvalid-pch for more informationuse __attribute__ ((vector_size)) insteaduse of %<complex%> in AltiVec types is invaliduse of %<long double%> in AltiVec types is invaliduse of %<long%> in AltiVec types is deprecated; use %<int%>use of %qs in templateuse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of boolean types in AltiVec types is invaliduse of class template %qT as expressionuse of enum %q#D without previous declarationuse of namespace %qD as expressionuse of old-style castuse of parameter from containing functionused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requireduseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationuser-defined %qD always evaluates both argumentsusing invalid field %qDusing template type parameter %qT after %qsusing typedef-name %qD after %qsusing-declaration for non-member at class scopevalue computed is not usedvalue of -mfixed-range must have form REG1-REG2variable %q#D has initializer but incomplete typevariable %q+D declared %<inline%>variable %q+D definition is marked dllimportvariable %q+D might be clobbered by %<longjmp%> or %<vfork%>variable %qD has initializer but incomplete typevariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable-sized object may not be initializedvector overflow in expressionverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_ssa failedvirtual base %qT inaccessible in %qT due to ambiguityvirtual functions cannot be friendsvirtual non-class function %qsvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvisibility attribute not supported in this configuration; ignoredvoid value not ignored as it ought to bewarning: weak declaration of %q+D must be publicweak declaration of %q+D not supportedweakref %q+D ultimately targets itselfwhen writing output to %s: %mwide string literal in %<asm%>width of %qs exceeds its typewill be assumed to return %<id%> and acceptwith %q+#Dwriting into constant object (argument %d)writing through null pointer (argument %d)wrong amount of branch edges after unconditional jump %iwrong edge %d->%d for PHI argumentwrong immediate use listwrong insn in the fallthru edgewrong number of template arguments (%d, should be %d)wrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusxstormy16_print_operand: unknown codez/Architecture mode not supported on %szero or negative size array %q+Dzero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qDProject-Id-Version: gcc 4.8.0
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-04-24 20:38+0000
  PO-Revision-Date: 2013-06-07 23:29+0800
  Last-Translator: Wei-Lun Chao <bluebat@member.fsf.org>
  Language-Team: Chinese (traditional) <zh-l10n@linux.org.tw>
--- 158,164 ----
  unconditional %2d taken %s
  undefined named operand %qsunexpected base-type in cris_print_baseunexpected index-type in cris_print_indexunexpected multiplicative operandunexpected operandunexpected side-effects in addressuninitialized const %qDuninitialized const in %<new%> of %q#Tunion cannot be made transparentunion has no membersunion has no named membersunknown -mdebug-%s switchunknown CRIS cpu version specification in -mtune= : %sunknown CRIS version specification in -march= or -mcpu= : %sunknown array size in deleteunknown cc_attr valueunknown conversion type character %qc in formatunknown demangling style '%s'unknown insn modeunknown move insn:unknown register name %qs in %<asm%>unknown register name: %sunknown relocation unspecunnamed initializer for %qT, which has no base classesunnamed initializer for %qT, which uses multiple inheritanceunnamed struct/union that defines no instancesunnamed variable or field declared voidunordered comparison on non-floating point argumentunrecognizable insn:unrecognized addressunrecognized format specifierunrecognized gcc debugging option: %cunrecognized supposed constantunrecoverable errorunsupported combination: %sunsupported operand size for extended registerunterminated assembly dialect alternativeunterminated format stringunused arguments in $-style formatunused variable %q+Dunwind tables currently require either a frame pointer or -maccumulate-outgoing-args for correctnessupper value in case label range exceeds maximum value for typeuse #include insteaduse %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified nameuse %<%T::template %D%> to indicate that it is a templateuse -Winvalid-pch for more informationuse __attribute__ ((vector_size)) insteaduse of %<complex%> in AltiVec types is invaliduse of %<long double%> in AltiVec types is invaliduse of %<long%> in AltiVec types is deprecated; use %<int%>use of %qs in templateuse of %s and %s together in %s formatuse of %s and %s together with %<%%%c%> %s formatuse of boolean types in AltiVec types is invaliduse of class template %qT as expressionuse of enum %q#D without previous declarationuse of namespace %qD as expressionuse of old-style castuse of parameter from containing functionused array that cannot be converted to pointer where scalar is requiredused struct type value where scalar is requiredused union type value where scalar is requireduseless storage class specifier in empty declarationuseless type name in empty declarationuseless type qualifier in empty declarationuser-defined %qD always evaluates both argumentsusing invalid field %qDusing template type parameter %qT after %qsusing typedef-name %qD after %qsusing-declaration for non-member at class scopevalue computed is not usedvalue of -mfixed-range must have form REG1-REG2variable %q#D has initializer but incomplete typevariable %q+D declared %<inline%>variable %q+D definition is marked dllimportvariable %q+D might be clobbered by %<longjmp%> or %<vfork%>variable %qD has initializer but incomplete typevariable or field %qE declared voidvariable or field declared voidvariable previously declared %<static%> redeclared %<extern%>variable-sized object may not be initializedvector overflow in expressionverify_cgraph_node failedverify_eh_tree failedverify_flow_info failedverify_flow_info: Duplicate edge %i->%iverify_flow_info: Incorrect blocks for fallthru %i->%iverify_flow_info: Incorrect fallthru %i->%iverify_flow_info: Wrong count of block %i %iverify_flow_info: Wrong count of edge %i->%i %iverify_flow_info: Wrong frequency of block %i %iverify_flow_info: Wrong probability of edge %i->%i %iverify_ssa failedvirtual base %qT inaccessible in %qT due to ambiguityvirtual functions cannot be friendsvirtual non-class function %qsvisibility argument must be one of "default", "hidden", "protected" or "internal"visibility argument not a stringvisibility attribute not supported in this configuration; ignoredvoid value not ignored as it ought to bewarning: weak declaration of %q+D must be publicweak declaration of %q+D not supportedweakref %q+D ultimately targets itselfwhen writing output to %s: %mwide string literal in %<asm%>width of %qs exceeds its typewill be assumed to return %<id%> and acceptwith %q+#Dwriting into constant object (argument %d)writing through null pointer (argument %d)wrong amount of branch edges after unconditional jump %iwrong edge %d->%d for PHI argumentwrong immediate use listwrong insn in the fallthru edgewrong number of template arguments (%d, should be %d)wrong type argument to abswrong type argument to bit-complementwrong type argument to conjugationwrong type argument to decrementwrong type argument to incrementwrong type argument to unary exclamation markwrong type argument to unary minuswrong type argument to unary plusxstormy16_print_operand: unknown codez/Architecture mode not supported on %szero or negative size array %q+Dzero width for bit-field %q+Dzero width for bit-field %qszero width in %s formatzero-length %s format stringzero-size array %qDProject-Id-Version: gcc 4.8.0
  Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
! POT-Creation-Date: 2017-05-01 22:24+0000
  PO-Revision-Date: 2013-06-07 23:29+0800
  Last-Translator: Wei-Lun Chao <bluebat@member.fsf.org>
  Language-Team: Chinese (traditional) <zh-l10n@linux.org.tw>
diff -Nrcpad gcc-7.1.0/gcc/po/zh_TW.po gcc-7.2.0/gcc/po/zh_TW.po
*** gcc-7.1.0/gcc/po/zh_TW.po	Sun Apr 30 23:16:59 2017
--- gcc-7.2.0/gcc/po/zh_TW.po	Thu May  4 15:54:38 2017
*************** msgid ""
*** 8,14 ****
  msgstr ""
  "Project-Id-Version: gcc 4.8.0\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-04-24 20:38+0000\n"
  "PO-Revision-Date: 2013-06-07 23:29+0800\n"
  "Last-Translator: Wei-Lun Chao <bluebat@member.fsf.org>\n"
  "Language-Team: Chinese (traditional) <zh-l10n@linux.org.tw>\n"
--- 8,14 ----
  msgstr ""
  "Project-Id-Version: gcc 4.8.0\n"
  "Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/\n"
! "POT-Creation-Date: 2017-05-01 22:24+0000\n"
  "PO-Revision-Date: 2013-06-07 23:29+0800\n"
  "Last-Translator: Wei-Lun Chao <bluebat@member.fsf.org>\n"
  "Language-Team: Chinese (traditional) <zh-l10n@linux.org.tw>\n"
*************** msgstr "strfmon æ ¼å¼�çš„é•·åº¦ä¿®é£¾ç¬¦
*** 2967,3008 ****
  msgid "<command-line>"
  msgstr "<command-line>"
  
! #: config/aarch64/aarch64.c:4926 config/arm/arm.c:21795 config/arm/arm.c:21808
! #: config/arm/arm.c:21833 config/nios2/nios2.c:2653
  #, fuzzy, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "ä¸�å�—æ”¯æ�´çš„é�‹ç®—å…ƒç”¨æ–¼ç·¨ç¢¼ã€Ž%cã€�"
  
! #: config/aarch64/aarch64.c:4938 config/aarch64/aarch64.c:4954
! #: config/aarch64/aarch64.c:4967 config/aarch64/aarch64.c:4979
! #: config/aarch64/aarch64.c:4990 config/aarch64/aarch64.c:5013
! #: config/aarch64/aarch64.c:5066 config/aarch64/aarch64.c:5269
  #, fuzzy, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "ç¨‹å¼�ç¢¼ã€Œ%cã€�çš„é�‹ç®—å…ƒç„¡æ•ˆ"
  
! #: config/aarch64/aarch64.c:5033 config/aarch64/aarch64.c:5046
! #: config/aarch64/aarch64.c:5056
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5102 config/arm/arm.c:22340
  #, c-format
  msgid "missing operand"
  msgstr "ç¼ºå°‘é�‹ç®—å…ƒ"
  
! #: config/aarch64/aarch64.c:5164
  #, fuzzy, c-format
  msgid "invalid constant"
  msgstr "ç„¡æ•ˆæŒ‡ä»¤ï¼š"
  
! #: config/aarch64/aarch64.c:5167
  #, fuzzy, c-format
  msgid "invalid operand"
  msgstr "ç„¡æ•ˆçš„ %%d é�‹ç®—å…ƒ"
  
! #: config/aarch64/aarch64.c:5280
  #, fuzzy, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "ç„¡æ•ˆçš„é�‹ç®—å…ƒç¨‹å¼�ç¢¼ã€Œ%cã€�"
--- 2967,3008 ----
  msgid "<command-line>"
  msgstr "<command-line>"
  
! #: config/aarch64/aarch64.c:4927 config/arm/arm.c:21832 config/arm/arm.c:21845
! #: config/arm/arm.c:21870 config/nios2/nios2.c:2653
  #, fuzzy, c-format
  msgid "Unsupported operand for code '%c'"
  msgstr "ä¸�å�—æ”¯æ�´çš„é�‹ç®—å…ƒç”¨æ–¼ç·¨ç¢¼ã€Ž%cã€�"
  
! #: config/aarch64/aarch64.c:4939 config/aarch64/aarch64.c:4955
! #: config/aarch64/aarch64.c:4968 config/aarch64/aarch64.c:4980
! #: config/aarch64/aarch64.c:4991 config/aarch64/aarch64.c:5014
! #: config/aarch64/aarch64.c:5067 config/aarch64/aarch64.c:5270
  #, fuzzy, c-format
  msgid "invalid operand for '%%%c'"
  msgstr "ç¨‹å¼�ç¢¼ã€Œ%cã€�çš„é�‹ç®—å…ƒç„¡æ•ˆ"
  
! #: config/aarch64/aarch64.c:5034 config/aarch64/aarch64.c:5047
! #: config/aarch64/aarch64.c:5057
  #, c-format
  msgid "incompatible floating point / vector register operand for '%%%c'"
  msgstr ""
  
! #: config/aarch64/aarch64.c:5103 config/arm/arm.c:22377
  #, c-format
  msgid "missing operand"
  msgstr "ç¼ºå°‘é�‹ç®—å…ƒ"
  
! #: config/aarch64/aarch64.c:5165
  #, fuzzy, c-format
  msgid "invalid constant"
  msgstr "ç„¡æ•ˆæŒ‡ä»¤ï¼š"
  
! #: config/aarch64/aarch64.c:5168
  #, fuzzy, c-format
  msgid "invalid operand"
  msgstr "ç„¡æ•ˆçš„ %%d é�‹ç®—å…ƒ"
  
! #: config/aarch64/aarch64.c:5281
  #, fuzzy, c-format
  msgid "invalid operand prefix '%%%c'"
  msgstr "ç„¡æ•ˆçš„é�‹ç®—å…ƒç¨‹å¼�ç¢¼ã€Œ%cã€�"
*************** msgstr "ç„¡æ•ˆçš„é�‹ç®—å…ƒè¼¸å‡ºç¨‹å¼�ç¢
*** 3165,3193 ****
  msgid "invalid UNSPEC as operand: %d"
  msgstr "ç„¡æ•ˆçš„ UNSPEC å�šç‚ºé�‹ç®—å…ƒ"
  
! #: config/arm/arm.c:18804 config/arm/arm.c:18829 config/arm/arm.c:18839
! #: config/arm/arm.c:18848 config/arm/arm.c:18857
  #, fuzzy, c-format
  msgid "invalid shift operand"
  msgstr "ç„¡æ•ˆçš„ Shift é�‹ç®—å…ƒ"
  
! #: config/arm/arm.c:21671 config/arm/arm.c:21689
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "é �æ¸¬åˆ°çš„ Thumb æŒ‡ä»¤"
  
! #: config/arm/arm.c:21677
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "åœ¨æ¢�ä»¶åº�åˆ—ä¸­é �æ¸¬åˆ°çš„æŒ‡ä»¤"
  
! #: config/arm/arm.c:21910 config/arm/arm.c:21932 config/arm/arm.c:21942
! #: config/arm/arm.c:21952 config/arm/arm.c:21962 config/arm/arm.c:22001
! #: config/arm/arm.c:22019 config/arm/arm.c:22044 config/arm/arm.c:22059
! #: config/arm/arm.c:22086 config/arm/arm.c:22093 config/arm/arm.c:22111
! #: config/arm/arm.c:22118 config/arm/arm.c:22126 config/arm/arm.c:22147
! #: config/arm/arm.c:22154 config/arm/arm.c:22287 config/arm/arm.c:22294
! #: config/arm/arm.c:22321 config/arm/arm.c:22328 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
--- 3165,3193 ----
  msgid "invalid UNSPEC as operand: %d"
  msgstr "ç„¡æ•ˆçš„ UNSPEC å�šç‚ºé�‹ç®—å…ƒ"
  
! #: config/arm/arm.c:18841 config/arm/arm.c:18866 config/arm/arm.c:18876
! #: config/arm/arm.c:18885 config/arm/arm.c:18894
  #, fuzzy, c-format
  msgid "invalid shift operand"
  msgstr "ç„¡æ•ˆçš„ Shift é�‹ç®—å…ƒ"
  
! #: config/arm/arm.c:21708 config/arm/arm.c:21726
  #, c-format
  msgid "predicated Thumb instruction"
  msgstr "é �æ¸¬åˆ°çš„ Thumb æŒ‡ä»¤"
  
! #: config/arm/arm.c:21714
  #, c-format
  msgid "predicated instruction in conditional sequence"
  msgstr "åœ¨æ¢�ä»¶åº�åˆ—ä¸­é �æ¸¬åˆ°çš„æŒ‡ä»¤"
  
! #: config/arm/arm.c:21947 config/arm/arm.c:21969 config/arm/arm.c:21979
! #: config/arm/arm.c:21989 config/arm/arm.c:21999 config/arm/arm.c:22038
! #: config/arm/arm.c:22056 config/arm/arm.c:22081 config/arm/arm.c:22096
! #: config/arm/arm.c:22123 config/arm/arm.c:22130 config/arm/arm.c:22148
! #: config/arm/arm.c:22155 config/arm/arm.c:22163 config/arm/arm.c:22184
! #: config/arm/arm.c:22191 config/arm/arm.c:22324 config/arm/arm.c:22331
! #: config/arm/arm.c:22358 config/arm/arm.c:22365 config/bfin/bfin.c:1437
  #: config/bfin/bfin.c:1444 config/bfin/bfin.c:1451 config/bfin/bfin.c:1458
  #: config/bfin/bfin.c:1467 config/bfin/bfin.c:1474 config/bfin/bfin.c:1481
  #: config/bfin/bfin.c:1488
*************** msgstr "åœ¨æ¢�ä»¶åº�åˆ—ä¸­é �æ¸¬åˆ°çš„æŒ
*** 3195,3207 ****
  msgid "invalid operand for code '%c'"
  msgstr "ç¨‹å¼�ç¢¼ã€Œ%cã€�çš„é�‹ç®—å…ƒç„¡æ•ˆ"
  
! #: config/arm/arm.c:22014
  #, fuzzy, c-format
  msgid "instruction never executed"
  msgstr "æŒ‡ä»¤æ°¸ä¸�åŸ·è¡Œ"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22035
  #, fuzzy, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr "ä¸�å�—æ”¯æ�´çš„é�‹ç®—å…ƒç”¨æ–¼ç·¨ç¢¼ã€Ž%cã€�"
--- 3195,3207 ----
  msgid "invalid operand for code '%c'"
  msgstr "ç¨‹å¼�ç¢¼ã€Œ%cã€�çš„é�‹ç®—å…ƒç„¡æ•ˆ"
  
! #: config/arm/arm.c:22051
  #, fuzzy, c-format
  msgid "instruction never executed"
  msgstr "æŒ‡ä»¤æ°¸ä¸�åŸ·è¡Œ"
  
  #. Former Maverick support, removed after GCC-4.7.
! #: config/arm/arm.c:22072
  #, fuzzy, c-format
  msgid "obsolete Maverick format code '%c'"
  msgstr "ä¸�å�—æ”¯æ�´çš„é�‹ç®—å…ƒç”¨æ–¼ç·¨ç¢¼ã€Ž%cã€�"
*************** msgstr ""
*** 4041,4142 ****
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7314
  #, fuzzy, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr "ç¬¦è™Ÿè¨˜æ†¶é«”å�ƒè€ƒæ˜¯å�ªæœ‰æ”¯æ�´çš„æ–¼ z10 æˆ–ç¨�å¾Œ"
  
! #: config/s390/s390.c:7325
  #, c-format
  msgid "cannot decompose address"
  msgstr "ç„¡æ³•åˆ†è§£ä½�å�€"
  
! #: config/s390/s390.c:7394
  #, fuzzy, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "ç„¡æ•ˆçš„æ¯”è¼ƒé�‹ç®—å­�ç”¨æ–¼ã€ŽEã€�è¼¸å‡ºä¿®é£¾é�µ"
  
! #: config/s390/s390.c:7417
  #, fuzzy, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "ç„¡æ•ˆçš„å�ƒè€ƒç”¨æ–¼ã€ŽJã€�è¼¸å‡ºä¿®é£¾é�µ"
  
! #: config/s390/s390.c:7435
  #, fuzzy, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "ç„¡æ•ˆçš„ä½�å�€ç”¨æ–¼ã€ŽOã€�è¼¸å‡ºä¿®é£¾é�µ"
  
! #: config/s390/s390.c:7457
  #, fuzzy, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "ç„¡æ•ˆçš„ä½�å�€ç”¨æ–¼ã€ŽRã€�è¼¸å‡ºä¿®é£¾é�µ"
  
! #: config/s390/s390.c:7475
  #, fuzzy, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr "è¨˜æ†¶é«”å�ƒè€ƒé �æœŸçš„ç”¨æ–¼ã€ŽSã€�è¼¸å‡ºä¿®é£¾é�µ"
  
! #: config/s390/s390.c:7485
  #, fuzzy, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "ç„¡æ•ˆçš„ä½�å�€ç”¨æ–¼ã€ŽSã€�è¼¸å‡ºä¿®é£¾é�µ"
  
! #: config/s390/s390.c:7506
  #, fuzzy, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr "æš«å­˜å™¨æˆ–è¨˜æ†¶é«”é�‹ç®—å¼�é �æœŸçš„ç”¨æ–¼ã€ŽNã€�è¼¸å‡ºä¿®é£¾é�µ"
  
! #: config/s390/s390.c:7517
  #, fuzzy, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr "æš«å­˜å™¨æˆ–è¨˜æ†¶é«”é�‹ç®—å¼�é �æœŸçš„ç”¨æ–¼ã€Žå…¬å°ºã€�è¼¸å‡ºä¿®é£¾é�µ"
  
! #: config/s390/s390.c:7603 config/s390/s390.c:7624
  #, fuzzy, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "ç„¡æ•ˆçš„å¸¸æ•¸ç”¨æ–¼è¼¸å‡ºä¿®é£¾é�µã€Ž%cã€�"
  
! #: config/s390/s390.c:7621
  #, fuzzy, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "ç„¡æ•ˆçš„å¸¸æ•¸ - å˜—è©¦ä½¿ç”¨è¼¸å‡ºä¿®é£¾é�µ"
  
! #: config/s390/s390.c:7658
  #, fuzzy, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "ç„¡æ•ˆçš„å¸¸æ•¸ç”¨æ–¼è¼¸å‡ºä¿®é£¾é�µã€Ž%cã€�"
  
! #: config/s390/s390.c:7665
  #, fuzzy, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "ç„¡æ•ˆçš„é�‹ç®—å¼� - å˜—è©¦ä½¿ç”¨è¼¸å‡ºä¿®é£¾é�µ"
  
! #: config/s390/s390.c:7668
  #, fuzzy, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "ç„¡æ•ˆçš„é�‹ç®—å¼�ç”¨æ–¼è¼¸å‡ºä¿®é£¾é�µã€Ž%cã€�"
  
! #: config/s390/s390.c:11535
  #, fuzzy
  #| msgid "AltiVec argument passed to unprototyped function"
  msgid "vector argument passed to unprototyped function"
  msgstr "å‚³é�ž AltiVec å¼•æ•¸çµ¦ç„¡åŽŸåž‹çš„å‡½å¼�"
  
! #: config/s390/s390.c:15354
  #, fuzzy
  #| msgid "pointer targets in return differ in signedness"
  msgid "types differ in signedness"
  msgstr "å›žå‚³æŒ‡æ¨™æ™‚ç›®çš„èˆ‡æŒ‡æ¨™æœ‰/ç„¡è™Ÿä¸�ä¸€è‡´"
  
! #: config/s390/s390.c:15364
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15367
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15375
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
--- 4041,4142 ----
  msgid "emit_fusion_p9_store not MEM"
  msgstr ""
  
! #: config/s390/s390.c:7482
  #, fuzzy, c-format
  msgid "symbolic memory references are only supported on z10 or later"
  msgstr "ç¬¦è™Ÿè¨˜æ†¶é«”å�ƒè€ƒæ˜¯å�ªæœ‰æ”¯æ�´çš„æ–¼ z10 æˆ–ç¨�å¾Œ"
  
! #: config/s390/s390.c:7493
  #, c-format
  msgid "cannot decompose address"
  msgstr "ç„¡æ³•åˆ†è§£ä½�å�€"
  
! #: config/s390/s390.c:7562
  #, fuzzy, c-format
  msgid "invalid comparison operator for 'E' output modifier"
  msgstr "ç„¡æ•ˆçš„æ¯”è¼ƒé�‹ç®—å­�ç”¨æ–¼ã€ŽEã€�è¼¸å‡ºä¿®é£¾é�µ"
  
! #: config/s390/s390.c:7585
  #, fuzzy, c-format
  msgid "invalid reference for 'J' output modifier"
  msgstr "ç„¡æ•ˆçš„å�ƒè€ƒç”¨æ–¼ã€ŽJã€�è¼¸å‡ºä¿®é£¾é�µ"
  
! #: config/s390/s390.c:7603
  #, fuzzy, c-format
  msgid "invalid address for 'O' output modifier"
  msgstr "ç„¡æ•ˆçš„ä½�å�€ç”¨æ–¼ã€ŽOã€�è¼¸å‡ºä¿®é£¾é�µ"
  
! #: config/s390/s390.c:7625
  #, fuzzy, c-format
  msgid "invalid address for 'R' output modifier"
  msgstr "ç„¡æ•ˆçš„ä½�å�€ç”¨æ–¼ã€ŽRã€�è¼¸å‡ºä¿®é£¾é�µ"
  
! #: config/s390/s390.c:7643
  #, fuzzy, c-format
  msgid "memory reference expected for 'S' output modifier"
  msgstr "è¨˜æ†¶é«”å�ƒè€ƒé �æœŸçš„ç”¨æ–¼ã€ŽSã€�è¼¸å‡ºä¿®é£¾é�µ"
  
! #: config/s390/s390.c:7653
  #, fuzzy, c-format
  msgid "invalid address for 'S' output modifier"
  msgstr "ç„¡æ•ˆçš„ä½�å�€ç”¨æ–¼ã€ŽSã€�è¼¸å‡ºä¿®é£¾é�µ"
  
! #: config/s390/s390.c:7674
  #, fuzzy, c-format
  msgid "register or memory expression expected for 'N' output modifier"
  msgstr "æš«å­˜å™¨æˆ–è¨˜æ†¶é«”é�‹ç®—å¼�é �æœŸçš„ç”¨æ–¼ã€ŽNã€�è¼¸å‡ºä¿®é£¾é�µ"
  
! #: config/s390/s390.c:7685
  #, fuzzy, c-format
  msgid "register or memory expression expected for 'M' output modifier"
  msgstr "æš«å­˜å™¨æˆ–è¨˜æ†¶é«”é�‹ç®—å¼�é �æœŸçš„ç”¨æ–¼ã€Žå…¬å°ºã€�è¼¸å‡ºä¿®é£¾é�µ"
  
! #: config/s390/s390.c:7771 config/s390/s390.c:7792
  #, fuzzy, c-format
  msgid "invalid constant for output modifier '%c'"
  msgstr "ç„¡æ•ˆçš„å¸¸æ•¸ç”¨æ–¼è¼¸å‡ºä¿®é£¾é�µã€Ž%cã€�"
  
! #: config/s390/s390.c:7789
  #, fuzzy, c-format
  msgid "invalid constant - try using an output modifier"
  msgstr "ç„¡æ•ˆçš„å¸¸æ•¸ - å˜—è©¦ä½¿ç”¨è¼¸å‡ºä¿®é£¾é�µ"
  
! #: config/s390/s390.c:7826
  #, fuzzy, c-format
  msgid "invalid constant vector for output modifier '%c'"
  msgstr "ç„¡æ•ˆçš„å¸¸æ•¸ç”¨æ–¼è¼¸å‡ºä¿®é£¾é�µã€Ž%cã€�"
  
! #: config/s390/s390.c:7833
  #, fuzzy, c-format
  msgid "invalid expression - try using an output modifier"
  msgstr "ç„¡æ•ˆçš„é�‹ç®—å¼� - å˜—è©¦ä½¿ç”¨è¼¸å‡ºä¿®é£¾é�µ"
  
! #: config/s390/s390.c:7836
  #, fuzzy, c-format
  msgid "invalid expression for output modifier '%c'"
  msgstr "ç„¡æ•ˆçš„é�‹ç®—å¼�ç”¨æ–¼è¼¸å‡ºä¿®é£¾é�µã€Ž%cã€�"
  
! #: config/s390/s390.c:11703
  #, fuzzy
  #| msgid "AltiVec argument passed to unprototyped function"
  msgid "vector argument passed to unprototyped function"
  msgstr "å‚³é�ž AltiVec å¼•æ•¸çµ¦ç„¡åŽŸåž‹çš„å‡½å¼�"
  
! #: config/s390/s390.c:15522
  #, fuzzy
  #| msgid "pointer targets in return differ in signedness"
  msgid "types differ in signedness"
  msgstr "å›žå‚³æŒ‡æ¨™æ™‚ç›®çš„èˆ‡æŒ‡æ¨™æœ‰/ç„¡è™Ÿä¸�ä¸€è‡´"
  
! #: config/s390/s390.c:15532
  msgid "binary operator does not support two vector bool operands"
  msgstr ""
  
! #: config/s390/s390.c:15535
  msgid "binary operator does not support vector bool operand"
  msgstr ""
  
! #: config/s390/s390.c:15543
  msgid "binary operator does not support mixing vector bool with floating point vector operands"
  msgstr ""
  
*************** msgstr "å�‡è¨­å¸¶æ­£è² è™Ÿæº¢ä½�ä¸�ç™¼ç”
*** 20575,20581 ****
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr "å�‡è¨­å¸¶æ­£è² è™Ÿæº¢ä½�ä¸�ç™¼ç”Ÿæ™‚å�ˆä½µå¸¸æ•¸å‘¨åœ�æ¯”è¼ƒ"
  
! #: fold-const.c:12046
  #, fuzzy, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr "æŠ˜ç–Šæª¢æŸ¥ï¼šåŽŸä¾†çš„æ¨¹è®Šæ›´çš„ç”±æŠ˜ç–Š"
--- 20575,20581 ----
  msgid "assuming signed overflow does not occur when combining constants around a comparison"
  msgstr "å�‡è¨­å¸¶æ­£è² è™Ÿæº¢ä½�ä¸�ç™¼ç”Ÿæ™‚å�ˆä½µå¸¸æ•¸å‘¨åœ�æ¯”è¼ƒ"
  
! #: fold-const.c:12048
  #, fuzzy, gcc-internal-format
  msgid "fold check: original tree changed by fold"
  msgstr "æŠ˜ç–Šæª¢æŸ¥ï¼šåŽŸä¾†çš„æ¨¹è®Šæ›´çš„ç”±æŠ˜ç–Š"
*************** msgstr "ç›®æ¨™ä¸�æ˜¯æŒ‡æ¨™æˆ–å�ƒè€ƒ"
*** 21116,21123 ****
  msgid "null pointer dereference"
  msgstr "ç©ºæŒ‡æ¨™"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12872
! #: tree.c:12909 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
--- 21116,21123 ----
  msgid "null pointer dereference"
  msgstr "ç©ºæŒ‡æ¨™"
  
! #: gimple-ssa-isolate-paths.c:413 gimple-ssa-isolate-paths.c:531 tree.c:12880
! #: tree.c:12917 c/c-typeck.c:2906 c/c-typeck.c:2990 c/c-typeck.c:9913
  #: c/c-typeck.c:9930 c/gimple-parser.c:1556 c/gimple-parser.c:1564
  #: cp/call.c:6454 cp/call.c:7933 cp/constexpr.c:777 cp/constexpr.c:2174
  #: cp/cvt.c:992 cp/cvt.c:1019 cp/decl.c:7224 cp/decl2.c:5072 cp/pt.c:7993
*************** msgstr "å®£å‘Šçš„åœ¨æ­¤"
*** 21131,21427 ****
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2307 gimple-ssa-sprintf.c:2435
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2309 gimple-ssa-sprintf.c:2437
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2311 gimple-ssa-sprintf.c:2439
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2313 gimple-ssa-sprintf.c:2441
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2326
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2328
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2330
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2334
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2336
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2338
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2351
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2353
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2355
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2371
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2373
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2375
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2388
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2390
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2392
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2404
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2406
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2408
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2454
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2456
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2458
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2462
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2464
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2466
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2480
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2483
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2486
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2502
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2505
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2508
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2521
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2524
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2527
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2539
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2542
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2545
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2710
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2712
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2751
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2753
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2767
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2775
  #, fuzzy, gcc-internal-format
  msgid "directive argument %qE"
  msgstr "å»¶ä¼¸ï¼šè² å¼•æ•¸ N æ–¼ %L"
  
! #: gimple-ssa-sprintf.c:2777
  #, fuzzy, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr "å�œç”¨å›žå�ˆ %s ç”¨æ–¼å‡½å¼�åœ¨ä¸­ç¯„åœ�çš„ [%uï¼Œ%u]"
  
! #: gimple-ssa-sprintf.c:2781
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2801
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2806
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2811
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2816
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3588
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3594
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3647
  #, fuzzy, gcc-internal-format
  msgid "null destination pointer"
  msgstr "ç©ºæŒ‡æ¨™"
  
! #: gimple-ssa-sprintf.c:3664
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3676
  #, fuzzy, gcc-internal-format
  msgid "null format string"
  msgstr "%s åœ¨ä¸­æ ¼å¼�å­—ä¸²æ–¼ %L"
--- 21131,21427 ----
  msgid "nonnull argument %qD compared to NULL"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2308 gimple-ssa-sprintf.c:2436
  #, gcc-internal-format
  msgid "%qE output may be truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2310 gimple-ssa-sprintf.c:2438
  #, gcc-internal-format
  msgid "%qE output truncated before the last format character"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2312 gimple-ssa-sprintf.c:2440
  #, gcc-internal-format
  msgid "%qE may write a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2314 gimple-ssa-sprintf.c:2442
  #, gcc-internal-format
  msgid "%qE writing a terminating nul past the end of the destination"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2327
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2329
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2331
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2335
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2337
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2339
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2352
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2354
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2356
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2372
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2374
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2376
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2389
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2391
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2393
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2405
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2407
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2409
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2455
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2457
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2459
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu byte into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2463
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2465
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2467
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2481
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2484
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2487
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2503
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2506
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2509
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2522
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2525
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2528
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2540
  #, gcc-internal-format
  msgid "%<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2543
  #, gcc-internal-format
  msgid "%<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2546
  #, gcc-internal-format
  msgid "%<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2711
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2713
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2752
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2754
  #, gcc-internal-format
  msgid "%<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2768
  #, gcc-internal-format
  msgid "assuming directive output of %wu byte"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2769
  #, gcc-internal-format
  msgid "assuming directive output of %wu bytes"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2776
  #, fuzzy, gcc-internal-format
  msgid "directive argument %qE"
  msgstr "å»¶ä¼¸ï¼šè² å¼•æ•¸ N æ–¼ %L"
  
! #: gimple-ssa-sprintf.c:2778
  #, fuzzy, gcc-internal-format
  msgid "directive argument in the range [%E, %E]"
  msgstr "å�œç”¨å›žå�ˆ %s ç”¨æ–¼å‡½å¼�åœ¨ä¸­ç¯„åœ�çš„ [%uï¼Œ%u]"
  
! #: gimple-ssa-sprintf.c:2782
  #, gcc-internal-format
  msgid "using the range [%E, %E] for directive argument"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2802
  #, gcc-internal-format
  msgid "%qE output %wu byte into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2803
  #, gcc-internal-format
  msgid "%qE output %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2807
  #, gcc-internal-format
  msgid "%qE output between %wu and %wu bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2812
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes (assuming %wu) into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:2817
  #, gcc-internal-format
  msgid "%qE output %wu or more bytes into a destination of size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3591
  #, gcc-internal-format
  msgid "specified bound %wu exceeds maximum object size %wu"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3597
  #, gcc-internal-format
  msgid "specified bound %wu exceeds %<INT_MAX %>"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3650
  #, fuzzy, gcc-internal-format
  msgid "null destination pointer"
  msgstr "ç©ºæŒ‡æ¨™"
  
! #: gimple-ssa-sprintf.c:3667
  #, gcc-internal-format
  msgid "specified bound %wu exceeds the size %wu of the destination object"
  msgstr ""
  
! #: gimple-ssa-sprintf.c:3679
  #, fuzzy, gcc-internal-format
  msgid "null format string"
  msgstr "%s åœ¨ä¸­æ ¼å¼�å­—ä¸²æ–¼ %L"
*************** msgstr "åŽŸæœ¬åœ°å®šç¾©çš„åœ¨æ­¤"
*** 23622,23778 ****
  msgid "%D renamed after being referenced in assembly"
  msgstr "%D é‡�æ–°å‘½å��çš„ä¹‹å¾Œè¢«å¼•ç”¨åœ¨ä¸­çµ„è­¯çš„"
  
! #: symtab.c:970
  #, fuzzy, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "å‡½å¼�å›žå‚³äº†ä¸€å€‹å‡½å¼�"
  
! #: symtab.c:978
  #, fuzzy, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr "%qE å±¬æ€§å�ªæœ‰å¥—ç”¨åˆ°è®Šæ•¸"
  
! #: symtab.c:984
  #, fuzzy, gcc-internal-format
  msgid "node has unknown type"
  msgstr "ç¯€é»žæœ‰éŒ¯èª¤çš„ä»¿æœ¬æ¸…å–®"
  
! #: symtab.c:993
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1010
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1023
  #, fuzzy, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr "ç¯€é»žæ‰¾ä¸�åˆ°åœ¨ä¸­ cgraphhash(_H)"
  
! #: symtab.c:1030
  #, fuzzy, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr "é›™å€�é�ˆçµ�çš„ä»¿æœ¬æ¸…å–®çš„å·²æ��å£ž"
  
! #: symtab.c:1035
  #, fuzzy, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr "%qD ä½¿ç”¨çš„ä¹‹å‰�å®ƒçš„å®šç¾©"
  
! #: symtab.c:1040
  #, fuzzy, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr "ç¯€é»žæ˜¯åœ¨ä¸­ä»¿æœ¬æ¸…å–®ä½†æ˜¯å®ƒä¸�æ˜¯ä»¿æœ¬"
  
! #: symtab.c:1045
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1050
  #, fuzzy, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr "ç¯€é»žæ˜¯åœ¨ä¸­ä»¿æœ¬æ¸…å–®ä½†æ˜¯å®ƒä¸�æ˜¯ä»¿æœ¬"
  
! #: symtab.c:1055
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1060
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr ""
  
! #: symtab.c:1069
  #, fuzzy, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr "ç¯€é»žæ˜¯åœ¨ä¸­ä»¿æœ¬æ¸…å–®ä½†æ˜¯å®ƒä¸�æ˜¯ä»¿æœ¬"
  
! #: symtab.c:1074
  #, fuzzy, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr "same_comdat_group ä¸¦é�žç’°ç‹€æ¸…å–®"
  
! #: symtab.c:1079
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1084
  #, fuzzy, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr "ç¯€é»žæ˜¯å–®ç�¨åœ¨ä¸­ comdat ç¾¤çµ„"
  
! #: symtab.c:1091
  #, fuzzy, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr "same_comdat_group ä¸¦é�žç’°ç‹€æ¸…å–®"
  
! #: symtab.c:1106
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1116
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1123
  #, fuzzy, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr "ç¯€é»žæ˜¯å–®ç�¨åœ¨ä¸­ comdat ç¾¤çµ„"
  
! #: symtab.c:1135
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1142
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1157
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1188 symtab.c:1225
  #, fuzzy, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr "verify_cgraph_node å¤±æ•—"
  
! #: symtab.c:1221
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1630
  #, fuzzy, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr "å‡½å¼� %q+D éƒ¨åˆ†çš„åˆ¥å��é€±æœŸ"
  
! #: symtab.c:1632
  #, fuzzy, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr "è®Šæ•¸ %q+D éƒ¨åˆ†çš„åˆ¥å��é€±æœŸ"
  
! #: symtab.c:1660
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
--- 23622,23778 ----
  msgid "%D renamed after being referenced in assembly"
  msgstr "%D é‡�æ–°å‘½å��çš„ä¹‹å¾Œè¢«å¼•ç”¨åœ¨ä¸­çµ„è­¯çš„"
  
! #: symtab.c:978
  #, fuzzy, gcc-internal-format
  msgid "function symbol is not function"
  msgstr "å‡½å¼�å›žå‚³äº†ä¸€å€‹å‡½å¼�"
  
! #: symtab.c:986
  #, fuzzy, gcc-internal-format
  msgid "variable symbol is not variable"
  msgstr "%qE å±¬æ€§å�ªæœ‰å¥—ç”¨åˆ°è®Šæ•¸"
  
! #: symtab.c:992
  #, fuzzy, gcc-internal-format
  msgid "node has unknown type"
  msgstr "ç¯€é»žæœ‰éŒ¯èª¤çš„ä»¿æœ¬æ¸…å–®"
  
! #: symtab.c:1001
  #, gcc-internal-format
  msgid "node not found node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1009
  #, gcc-internal-format
  msgid "node differs from node->decl->decl_with_vis.symtab_node"
  msgstr ""
  
! #: symtab.c:1018
  #, gcc-internal-format
  msgid "assembler name hash list corrupted"
  msgstr ""
  
! #: symtab.c:1031
  #, fuzzy, gcc-internal-format
  msgid "node not found in symtab assembler name hash"
  msgstr "ç¯€é»žæ‰¾ä¸�åˆ°åœ¨ä¸­ cgraphhash(_H)"
  
! #: symtab.c:1038
  #, fuzzy, gcc-internal-format
  msgid "double linked list of assembler names corrupted"
  msgstr "é›™å€�é�ˆçµ�çš„ä»¿æœ¬æ¸…å–®çš„å·²æ��å£ž"
  
! #: symtab.c:1043
  #, fuzzy, gcc-internal-format
  msgid "node has body_removed but is definition"
  msgstr "%qD ä½¿ç”¨çš„ä¹‹å‰�å®ƒçš„å®šç¾©"
  
! #: symtab.c:1048
  #, fuzzy, gcc-internal-format
  msgid "node is analyzed but it is not a definition"
  msgstr "ç¯€é»žæ˜¯åœ¨ä¸­ä»¿æœ¬æ¸…å–®ä½†æ˜¯å®ƒä¸�æ˜¯ä»¿æœ¬"
  
! #: symtab.c:1053
  #, gcc-internal-format
  msgid "node is alias but not implicit alias"
  msgstr ""
  
! #: symtab.c:1058
  #, fuzzy, gcc-internal-format
  msgid "node is alias but not definition"
  msgstr "ç¯€é»žæ˜¯åœ¨ä¸­ä»¿æœ¬æ¸…å–®ä½†æ˜¯å®ƒä¸�æ˜¯ä»¿æœ¬"
  
! #: symtab.c:1063
  #, gcc-internal-format
  msgid "node is weakref but not an transparent_alias"
  msgstr ""
  
! #: symtab.c:1068
  #, gcc-internal-format
  msgid "node is transparent_alias but not an alias"
  msgstr ""
  
! #: symtab.c:1077
  #, fuzzy, gcc-internal-format
  msgid "node is in same_comdat_group list but has no comdat_group"
  msgstr "ç¯€é»žæ˜¯åœ¨ä¸­ä»¿æœ¬æ¸…å–®ä½†æ˜¯å®ƒä¸�æ˜¯ä»¿æœ¬"
  
! #: symtab.c:1082
  #, fuzzy, gcc-internal-format
  msgid "same_comdat_group list across different groups"
  msgstr "same_comdat_group ä¸¦é�žç’°ç‹€æ¸…å–®"
  
! #: symtab.c:1087
  #, gcc-internal-format
  msgid "mixing different types of symbol in same comdat groups is not supported"
  msgstr ""
  
! #: symtab.c:1092
  #, fuzzy, gcc-internal-format
  msgid "node is alone in a comdat group"
  msgstr "ç¯€é»žæ˜¯å–®ç�¨åœ¨ä¸­ comdat ç¾¤çµ„"
  
! #: symtab.c:1099
  #, fuzzy, gcc-internal-format
  msgid "same_comdat_group is not a circular list"
  msgstr "same_comdat_group ä¸¦é�žç’°ç‹€æ¸…å–®"
  
! #: symtab.c:1114
  #, gcc-internal-format, gfc-internal-format
  msgid "comdat-local symbol referred to by %s outside its comdat"
  msgstr ""
  
! #: symtab.c:1124
  #, gcc-internal-format
  msgid "implicit_section flag is set but section isn't"
  msgstr ""
  
! #: symtab.c:1131
  #, fuzzy, gcc-internal-format
  msgid "Both section and comdat group is set"
  msgstr "ç¯€é»žæ˜¯å–®ç�¨åœ¨ä¸­ comdat ç¾¤çµ„"
  
! #: symtab.c:1143
  #, gcc-internal-format
  msgid "Alias and target's section differs"
  msgstr ""
  
! #: symtab.c:1150
  #, gcc-internal-format
  msgid "Alias and target's comdat groups differs"
  msgstr ""
  
! #: symtab.c:1165
  #, gcc-internal-format
  msgid "Transparent alias and target's assembler names differs"
  msgstr ""
  
! #: symtab.c:1173
  #, gcc-internal-format
  msgid "Chained transparent aliases"
  msgstr ""
  
! #: symtab.c:1196 symtab.c:1233
  #, fuzzy, gcc-internal-format
  msgid "symtab_node::verify failed"
  msgstr "verify_cgraph_node å¤±æ•—"
  
! #: symtab.c:1229
  #, gcc-internal-format
  msgid "Two symbols with same comdat_group are not linked by the same_comdat_group list."
  msgstr ""
  
! #: symtab.c:1638
  #, fuzzy, gcc-internal-format
  msgid "function %q+D part of alias cycle"
  msgstr "å‡½å¼� %q+D éƒ¨åˆ†çš„åˆ¥å��é€±æœŸ"
  
! #: symtab.c:1640
  #, fuzzy, gcc-internal-format
  msgid "variable %q+D part of alias cycle"
  msgstr "è®Šæ•¸ %q+D éƒ¨åˆ†çš„åˆ¥å��é€±æœŸ"
  
! #: symtab.c:1668
  #, gcc-internal-format
  msgid "section of alias %q+D must match section of its target"
  msgstr ""
*************** msgstr "%q+D é‡�å®£å‘Šæ™‚æ²’æœ‰ dllimpor
*** 25441,25448 ****
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6704
! #: config/arm/arm.c:6732 config/arm/arm.c:6749 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
--- 25441,25448 ----
  #: c-family/c-attribs.c:2898 c-family/c-attribs.c:2937
  #: c-family/c-attribs.c:3019 c-family/c-attribs.c:3062
  #: c-family/c-attribs.c:3078 c-family/c-attribs.c:3172
! #: c-family/c-common.c:5631 config/darwin.c:2062 config/arm/arm.c:6741
! #: config/arm/arm.c:6769 config/arm/arm.c:6786 config/avr/avr.c:9460
  #: config/h8300/h8300.c:5480 config/h8300/h8300.c:5504 config/i386/i386.c:7715
  #: config/i386/i386.c:41425 config/ia64/ia64.c:762
  #: config/rs6000/rs6000.c:35369 config/spu/spu.c:3741
*************** msgstr "å¤–éƒ¨é€£çµ�å¿…è¦�é …ç”¨æ–¼ç¬¦è™
*** 25478,25569 ****
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qE æ„�å‘³è‘—é �è¨­å�¯è¦–æ€§ï¼Œä½†æ˜¯ %qD å·²å®£å‘Šçš„èˆ‡ä¸�å�Œçš„å�¯è¦–æ€§"
  
! #: tree.c:8366
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "å‡½å¼�é™£åˆ—æ˜¯æ²’æœ‰æ„�ç¾©çš„"
  
! #: tree.c:8537
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "å‡½å¼�ä¸�èƒ½å›žå‚³å‡½å¼�"
  
! #: tree.c:9831 tree.c:9916 tree.c:9977
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr "æ¨¹æª¢æŸ¥ï¼š%sï¼Œå¾—åˆ° %s åœ¨ %sï¼Œæ–¼ %s:%d"
  
! #: tree.c:9868
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr "æ¨¹æª¢æŸ¥ï¼šä¸�éœ€è¦� %sï¼Œå¾—åˆ° %s åœ¨ %sï¼Œæ–¼ %s:%d"
  
! #: tree.c:9881
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "æ¨¹æª¢æŸ¥ï¼šéœ€è¦�é¡žåˆ¥ %qsï¼Œå¾—åˆ° %qs(%s) åœ¨ %sï¼Œæ–¼ %s:%d"
  
! #: tree.c:9930
  #, fuzzy, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "æ¨¹æª¢æŸ¥ï¼šä¸¦æœªé �æœŸé¡žåˆ¥ %qsï¼Œæœ‰ %qs (%s) åœ¨ä¸­ %sï¼Œæ–¼ %s:%d"
  
! #: tree.c:9943
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr "æ¨¹æª¢æŸ¥ï¼šé �æœŸçš„ ompclause %s(_C)ï¼Œæœ‰ %s åœ¨ä¸­ %sï¼Œæ–¼ %s:%d"
  
! #: tree.c:10003
  #, fuzzy, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr "æ¨¹æª¢æŸ¥ï¼šé �æœŸçš„æ¨¹è©²å�«æœ‰ %qs çµ�æ§‹ï¼Œæœ‰ %qs åœ¨ä¸­ %sï¼Œæ–¼ %s:%d"
  
! #: tree.c:10017
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr "æ¨¹æª¢æŸ¥ï¼šå­˜å�–çš„ elt %d çš„ treevec èˆ‡ %d elts åœ¨ä¸­ %s(_V)ï¼Œæ–¼ %s:%d"
  
! #: tree.c:10029
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr "æ¨¹æª¢æŸ¥ï¼šå­˜å�–çš„ elt %d çš„ treevec èˆ‡ %d elts åœ¨ä¸­ %s(_V)ï¼Œæ–¼ %s:%d"
  
! #: tree.c:10042
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr "æ¨¹æª¢æŸ¥ï¼šå­˜å�–çš„é�‹ç®—å…ƒ %d çš„ %s èˆ‡ %d é�‹ç®—å…ƒåœ¨ä¸­ %sï¼Œæ–¼ %s:%d"
  
! #: tree.c:10055
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr "æ¨¹æª¢æŸ¥ï¼šå­˜å�–çš„é�‹ç®—å…ƒ %d çš„ ompclause %s èˆ‡ %d é�‹ç®—å…ƒåœ¨ä¸­ %s(_C)ï¼Œæ–¼ %s:%d"
  
! #: tree.c:12867
  #, fuzzy, gcc-internal-format
  msgid "%qD is deprecated: %s"
  msgstr "%qE è¢«ä¸�å®œç”¨ï¼š%s"
  
! #: tree.c:12870
  #, fuzzy, gcc-internal-format
  msgid "%qD is deprecated"
  msgstr "%qE è¢«ä¸�å®œç”¨"
  
! #: tree.c:12894 tree.c:12916
  #, fuzzy, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "%qE è¢«ä¸�å®œç”¨ï¼š%s"
  
! #: tree.c:12897 tree.c:12919
  #, fuzzy, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "%qE è¢«ä¸�å®œç”¨"
  
! #: tree.c:12903 tree.c:12924
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "åž‹æ…‹è¢«ä¸�å®œç”¨ï¼š%s"
  
! #: tree.c:12906 tree.c:12927
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "é¡žåž‹å·²é�Žæ™‚"
--- 25478,25569 ----
  msgid "%qE implies default visibility, but %qD has already been declared with a different visibility"
  msgstr "%qE æ„�å‘³è‘—é �è¨­å�¯è¦–æ€§ï¼Œä½†æ˜¯ %qD å·²å®£å‘Šçš„èˆ‡ä¸�å�Œçš„å�¯è¦–æ€§"
  
! #: tree.c:8373
  #, gcc-internal-format
  msgid "arrays of functions are not meaningful"
  msgstr "å‡½å¼�é™£åˆ—æ˜¯æ²’æœ‰æ„�ç¾©çš„"
  
! #: tree.c:8545
  #, gcc-internal-format
  msgid "function return type cannot be function"
  msgstr "å‡½å¼�ä¸�èƒ½å›žå‚³å‡½å¼�"
  
! #: tree.c:9839 tree.c:9924 tree.c:9985
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: %s, have %s in %s, at %s:%d"
  msgstr "æ¨¹æª¢æŸ¥ï¼š%sï¼Œå¾—åˆ° %s åœ¨ %sï¼Œæ–¼ %s:%d"
  
! #: tree.c:9876
  #, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected none of %s, have %s in %s, at %s:%d"
  msgstr "æ¨¹æª¢æŸ¥ï¼šä¸�éœ€è¦� %sï¼Œå¾—åˆ° %s åœ¨ %sï¼Œæ–¼ %s:%d"
  
! #: tree.c:9889
  #, gcc-internal-format
  msgid "tree check: expected class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "æ¨¹æª¢æŸ¥ï¼šéœ€è¦�é¡žåˆ¥ %qsï¼Œå¾—åˆ° %qs(%s) åœ¨ %sï¼Œæ–¼ %s:%d"
  
! #: tree.c:9938
  #, fuzzy, gcc-internal-format
  msgid "tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d"
  msgstr "æ¨¹æª¢æŸ¥ï¼šä¸¦æœªé �æœŸé¡žåˆ¥ %qsï¼Œæœ‰ %qs (%s) åœ¨ä¸­ %sï¼Œæ–¼ %s:%d"
  
! #: tree.c:9951
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: expected omp_clause %s, have %s in %s, at %s:%d"
  msgstr "æ¨¹æª¢æŸ¥ï¼šé �æœŸçš„ ompclause %s(_C)ï¼Œæœ‰ %s åœ¨ä¸­ %sï¼Œæ–¼ %s:%d"
  
! #: tree.c:10011
  #, fuzzy, gcc-internal-format
  msgid "tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d"
  msgstr "æ¨¹æª¢æŸ¥ï¼šé �æœŸçš„æ¨¹è©²å�«æœ‰ %qs çµ�æ§‹ï¼Œæœ‰ %qs åœ¨ä¸­ %sï¼Œæ–¼ %s:%d"
  
! #: tree.c:10025
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d"
  msgstr "æ¨¹æª¢æŸ¥ï¼šå­˜å�–çš„ elt %d çš„ treevec èˆ‡ %d elts åœ¨ä¸­ %s(_V)ï¼Œæ–¼ %s:%d"
  
! #: tree.c:10037
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d"
  msgstr "æ¨¹æª¢æŸ¥ï¼šå­˜å�–çš„ elt %d çš„ treevec èˆ‡ %d elts åœ¨ä¸­ %s(_V)ï¼Œæ–¼ %s:%d"
  
! #: tree.c:10050
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of %s with %d operands in %s, at %s:%d"
  msgstr "æ¨¹æª¢æŸ¥ï¼šå­˜å�–çš„é�‹ç®—å…ƒ %d çš„ %s èˆ‡ %d é�‹ç®—å…ƒåœ¨ä¸­ %sï¼Œæ–¼ %s:%d"
  
! #: tree.c:10063
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d"
  msgstr "æ¨¹æª¢æŸ¥ï¼šå­˜å�–çš„é�‹ç®—å…ƒ %d çš„ ompclause %s èˆ‡ %d é�‹ç®—å…ƒåœ¨ä¸­ %s(_C)ï¼Œæ–¼ %s:%d"
  
! #: tree.c:12875
  #, fuzzy, gcc-internal-format
  msgid "%qD is deprecated: %s"
  msgstr "%qE è¢«ä¸�å®œç”¨ï¼š%s"
  
! #: tree.c:12878
  #, fuzzy, gcc-internal-format
  msgid "%qD is deprecated"
  msgstr "%qE è¢«ä¸�å®œç”¨"
  
! #: tree.c:12902 tree.c:12924
  #, fuzzy, gcc-internal-format
  msgid "%qE is deprecated: %s"
  msgstr "%qE è¢«ä¸�å®œç”¨ï¼š%s"
  
! #: tree.c:12905 tree.c:12927
  #, fuzzy, gcc-internal-format
  msgid "%qE is deprecated"
  msgstr "%qE è¢«ä¸�å®œç”¨"
  
! #: tree.c:12911 tree.c:12932
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "type is deprecated: %s"
  msgstr "åž‹æ…‹è¢«ä¸�å®œç”¨ï¼š%s"
  
! #: tree.c:12914 tree.c:12935
  #, gcc-internal-format
  msgid "type is deprecated"
  msgstr "é¡žåž‹å·²é�Žæ™‚"
*************** msgstr "é¡žåž‹å·²é�Žæ™‚"
*** 25590,25851 ****
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13354
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13395
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13397
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13399
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13419
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13432
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13449
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13474
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13476
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13478
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13516
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13518
  #, fuzzy, gcc-internal-format
  msgid "first mismatch is field"
  msgstr "%sï¼šæ™‚é–“æˆ³è¨˜èˆ‡åœ–æª”æ¡ˆä¸�åŒ¹é…�\n"
  
! #: tree.c:13520
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13537
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13539 tree.c:13550
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13541 tree.c:13552
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13548
  #, fuzzy, gcc-internal-format
  msgid "type is not compatible with its variant"
  msgstr "%qD ä¸�æ˜¯ç›¸å®¹èˆ‡ %qD"
  
! #: tree.c:13851
  #, fuzzy, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr "ç’°å¢ƒè®Šæ•¸ %qs ç„¡æ³•å®šç¾©"
  
! #: tree.c:13856
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13868
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13886
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13918
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13928
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13938
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13956
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13968
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13979
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13990
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14008
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14015
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14027
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14042
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14058
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14073
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14083
  #, fuzzy, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "å¤§å°�çš„é™£åˆ— %qE æœ‰ non-integer åž‹æ…‹"
  
! #: tree.c:14092
  #, fuzzy, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "æ¬„ä½� %qE æœ‰ä¸�å®Œæ•´åž‹æ…‹"
  
! #: tree.c:14112
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14127
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14133
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14146
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14159
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14165
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14172
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14184
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14190
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14202
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14214
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14221
  #, fuzzy, gcc-internal-format
  msgid "verify_type failed"
  msgstr "verifygimple å¤±æ•—(_G)"
--- 25590,25851 ----
  #. main variant only.
  #.
  #. Convenience macro for matching individual fields.
! #: tree.c:13362
  #, gcc-internal-format
  msgid "type variant differs by "
  msgstr ""
  
! #: tree.c:13403
  #, gcc-internal-format
  msgid "type variant has different TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13405
  #, gcc-internal-format
  msgid "type variant's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13407
  #, gcc-internal-format
  msgid "type's TYPE_SIZE_UNIT"
  msgstr ""
  
! #: tree.c:13427
  #, gcc-internal-format
  msgid "type variant with TYPE_ALIAS_SET_KNOWN_P"
  msgstr ""
  
! #: tree.c:13440
  #, gcc-internal-format
  msgid "type variant has different TYPE_VFIELD"
  msgstr ""
  
! #: tree.c:13457
  #, gcc-internal-format
  msgid "type variant has TYPE_METHODS"
  msgstr ""
  
! #: tree.c:13482
  #, gcc-internal-format
  msgid "type variant has different TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13484
  #, gcc-internal-format
  msgid "type variant's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13486
  #, gcc-internal-format
  msgid "type's TYPE_BINFO"
  msgstr ""
  
! #: tree.c:13524
  #, gcc-internal-format
  msgid "type variant has different TYPE_FIELDS"
  msgstr ""
  
! #: tree.c:13526
  #, fuzzy, gcc-internal-format
  msgid "first mismatch is field"
  msgstr "%sï¼šæ™‚é–“æˆ³è¨˜èˆ‡åœ–æª”æ¡ˆä¸�åŒ¹é…�\n"
  
! #: tree.c:13528
  #, gcc-internal-format
  msgid "and field"
  msgstr ""
  
! #: tree.c:13545
  #, gcc-internal-format
  msgid "type variant has different TREE_TYPE"
  msgstr ""
  
! #: tree.c:13547 tree.c:13558
  #, gcc-internal-format
  msgid "type variant's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13549 tree.c:13560
  #, gcc-internal-format
  msgid "type's TREE_TYPE"
  msgstr ""
  
! #: tree.c:13556
  #, fuzzy, gcc-internal-format
  msgid "type is not compatible with its variant"
  msgstr "%qD ä¸�æ˜¯ç›¸å®¹èˆ‡ %qD"
  
! #: tree.c:13859
  #, fuzzy, gcc-internal-format
  msgid "Main variant is not defined"
  msgstr "ç’°å¢ƒè®Šæ•¸ %qs ç„¡æ³•å®šç¾©"
  
! #: tree.c:13864
  #, gcc-internal-format
  msgid "TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:13876
  #, gcc-internal-format
  msgid "TYPE_CANONICAL has different TYPE_CANONICAL"
  msgstr ""
  
! #: tree.c:13894
  #, gcc-internal-format
  msgid "TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13902
  #, gcc-internal-format
  msgid "TYPE_MODE of TYPE_CANONICAL is not compatible"
  msgstr ""
  
! #: tree.c:13910
  #, gcc-internal-format
  msgid "TYPE_CANONICAL of main variant is not main variant"
  msgstr ""
  
! #: tree.c:13926
  #, gcc-internal-format
  msgid "TYPE_VFIELD is not FIELD_DECL nor TREE_LIST"
  msgstr ""
  
! #: tree.c:13936
  #, gcc-internal-format
  msgid "TYPE_NEXT_PTR_TO is not POINTER_TYPE"
  msgstr ""
  
! #: tree.c:13946
  #, gcc-internal-format
  msgid "TYPE_NEXT_REF_TO is not REFERENCE_TYPE"
  msgstr ""
  
! #: tree.c:13964
  #, gcc-internal-format
  msgid "TYPE_MINVAL non-NULL"
  msgstr ""
  
! #: tree.c:13976
  #, gcc-internal-format
  msgid "TYPE_METHODS is not FUNCTION_DECL, TEMPLATE_DECL nor error_mark_node"
  msgstr ""
  
! #: tree.c:13987
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:13998
  #, gcc-internal-format
  msgid "TYPE_OFFSET_BASETYPE is not record nor union"
  msgstr ""
  
! #: tree.c:14016
  #, gcc-internal-format
  msgid "TYPE_ARRAY_MAX_SIZE not INTEGER_CST"
  msgstr ""
  
! #: tree.c:14023
  #, gcc-internal-format
  msgid "TYPE_MAXVAL non-NULL"
  msgstr ""
  
! #: tree.c:14035
  #, gcc-internal-format
  msgid "TYPE_BINFO is not TREE_BINFO"
  msgstr ""
  
! #: tree.c:14043
  #, gcc-internal-format
  msgid "TYPE_BINFO type is not TYPE_MAIN_VARIANT"
  msgstr ""
  
! #: tree.c:14050
  #, gcc-internal-format
  msgid "TYPE_LANG_SLOT_1 (binfo) field is non-NULL"
  msgstr ""
  
! #: tree.c:14066
  #, gcc-internal-format
  msgid "Enum value is not CONST_DECL or INTEGER_CST"
  msgstr ""
  
! #: tree.c:14074
  #, gcc-internal-format
  msgid "Enum value type is not INTEGER_TYPE nor convertible to the enum"
  msgstr ""
  
! #: tree.c:14081
  #, gcc-internal-format
  msgid "Enum value name is not IDENTIFIER_NODE"
  msgstr ""
  
! #: tree.c:14091
  #, fuzzy, gcc-internal-format
  msgid "Array TYPE_DOMAIN is not integer type"
  msgstr "å¤§å°�çš„é™£åˆ— %qE æœ‰ non-integer åž‹æ…‹"
  
! #: tree.c:14100
  #, fuzzy, gcc-internal-format
  msgid "TYPE_FIELDS defined in incomplete type"
  msgstr "æ¬„ä½� %qE æœ‰ä¸�å®Œæ•´åž‹æ…‹"
  
! #: tree.c:14120
  #, gcc-internal-format
  msgid "Wrong tree in TYPE_FIELDS list"
  msgstr ""
  
! #: tree.c:14135
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p"
  msgstr ""
  
! #: tree.c:14141
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES is not TREE_VEC"
  msgstr ""
  
! #: tree.c:14154
  #, gcc-internal-format
  msgid "wrong TYPE_CACHED_VALUES entry"
  msgstr ""
  
! #: tree.c:14167
  #, gcc-internal-format
  msgid "TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14173
  #, gcc-internal-format
  msgid "Wrong entry in TYPE_ARG_TYPES list"
  msgstr ""
  
! #: tree.c:14180
  #, gcc-internal-format
  msgid "TYPE_VALUES_RAW field is non-NULL"
  msgstr ""
  
! #: tree.c:14192
  #, gcc-internal-format
  msgid "TYPE_CACHED_VALUES_P is set while it should not"
  msgstr ""
  
! #: tree.c:14198
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on wrong type code"
  msgstr ""
  
! #: tree.c:14210
  #, gcc-internal-format
  msgid "TYPE_STRING_FLAG is set on type that does not look like char nor array of chars"
  msgstr ""
  
! #: tree.c:14222
  #, gcc-internal-format
  msgid "TYPE_METHOD_BASETYPE is not main variant"
  msgstr ""
  
! #: tree.c:14229
  #, fuzzy, gcc-internal-format
  msgid "verify_type failed"
  msgstr "verifygimple å¤±æ•—(_G)"
*************** msgstr ""
*** 26853,26865 ****
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "é �è¨­å¼•æ•¸æŒ‡å®šçš„ç”¨æ–¼ lambda å�ƒæ•¸"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6573 c-family/c-common.c:6644
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "æ��ä¾›çµ¦å‡½å¼� %qE çš„å¼•æ•¸å¤ªå°‘"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6670 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "æ��ä¾›çµ¦å‡½å¼� %qE çš„å¼•æ•¸å¤ªå¤š"
--- 26853,26865 ----
  msgid "%<fallthrough%> attribute specified with a parameter"
  msgstr "é �è¨­å¼•æ•¸æŒ‡å®šçš„ç”¨æ–¼ lambda å�ƒæ•¸"
  
! #: c-family/c-common.c:5762 c-family/c-common.c:6574 c-family/c-common.c:6645
  #: c/c-typeck.c:3557
  #, gcc-internal-format
  msgid "too few arguments to function %qE"
  msgstr "æ��ä¾›çµ¦å‡½å¼� %qE çš„å¼•æ•¸å¤ªå°‘"
  
! #: c-family/c-common.c:5767 c-family/c-common.c:6671 c/c-typeck.c:3286
  #, gcc-internal-format
  msgid "too many arguments to function %qE"
  msgstr "æ��ä¾›çµ¦å‡½å¼� %qE çš„å¼•æ•¸å¤ªå¤š"
*************** msgstr "è©¦åœ–å�–ä½�å…ƒæ®µçµ�æ§‹æˆ�å“¡ %
*** 26944,27016 ****
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr "ç´¢å¼• %E æŒ‡å‡ºå��ç§»å¤§æ–¼å¤§å°�çš„ %qT"
  
! #: c-family/c-common.c:6515 cp/init.c:2952 cp/init.c:2971
  #, fuzzy, gcc-internal-format
  msgid "size of array is too large"
  msgstr "å¤§å°�çš„é™£åˆ—å¤ªå¤§"
  
! #: c-family/c-common.c:6603
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "å¼•æ•¸ %d(å±¬æ–¼ %qE)é¡žåž‹ä¸�ç›¸å®¹"
  
! #: c-family/c-common.c:6737
  #, fuzzy, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr "ä¸�æ­£ç¢ºå¼•æ•¸æ•¸é‡�åˆ°å‡½å¼� %qE"
  
! #: c-family/c-common.c:6752
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "å¼•æ•¸ 1 çš„ %qE å¿…é ˆæ˜¯ non-void æŒ‡æ¨™é¡žåž‹"
  
! #: c-family/c-common.c:6761
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "å¼•æ•¸ 1 çš„ %qE å¿…é ˆæ˜¯æŒ‡æ¨™åˆ°å¸¸æ•¸å¤§å°�åž‹æ…‹"
  
! #: c-family/c-common.c:6772
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "å¼•æ•¸ 1 çš„ %qE å¿…é ˆæ˜¯æŒ‡æ¨™åˆ°é�žé›¶å€¼å¤§å°�ç‰©ä»¶"
  
! #: c-family/c-common.c:6787
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr "å¼•æ•¸ %d çš„ %qE å¿…é ˆæ˜¯æŒ‡æ¨™é¡žåž‹"
  
! #: c-family/c-common.c:6795
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "å¼•æ•¸ 1 çš„ %qE å¿…é ˆæ˜¯æŒ‡æ¨™åˆ°å¸¸æ•¸å¤§å°�åž‹æ…‹"
  
! #: c-family/c-common.c:6801
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "å¼•æ•¸ %d çš„ %qE å¿…é ˆæ˜¯æŒ‡æ¨™é¡žåž‹"
  
! #: c-family/c-common.c:6809
  #, fuzzy, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr "å¤§å°�ä¸�åŒ¹é…�åœ¨ä¸­å¼•æ•¸ %d çš„ %qE"
  
! #: c-family/c-common.c:6825
  #, fuzzy, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr "ç„¡æ•ˆçš„è¨˜æ†¶é«”å¼�æ¨£å¼•æ•¸ %d çš„ %qE"
  
! #: c-family/c-common.c:6832
  #, fuzzy, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr "non-integer è¨˜æ†¶é«”å¼�æ¨£å¼•æ•¸ %d çš„ %qE"
  
! #: c-family/c-common.c:7753
  #, fuzzy, gcc-internal-format
  msgid "index value is out of bound"
  msgstr "ç´¢å¼•å€¼æ˜¯è¶…å‡ºç´„æ�Ÿ"
  
! #: c-family/c-common.c:7794 c-family/c-common.c:7842 c-family/c-common.c:7857
  #: cp/call.c:4836 cp/call.c:4843
  #, fuzzy, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
--- 26944,27016 ----
  msgid "index %E denotes an offset greater than size of %qT"
  msgstr "ç´¢å¼• %E æŒ‡å‡ºå��ç§»å¤§æ–¼å¤§å°�çš„ %qT"
  
! #: c-family/c-common.c:6516 cp/init.c:2952 cp/init.c:2971
  #, fuzzy, gcc-internal-format
  msgid "size of array is too large"
  msgstr "å¤§å°�çš„é™£åˆ—å¤ªå¤§"
  
! #: c-family/c-common.c:6604
  #, fuzzy, gcc-internal-format
  #| msgid "incompatible type for argument %d of %qE"
  msgid "operand type %qT is incompatible with argument %d of %qE"
  msgstr "å¼•æ•¸ %d(å±¬æ–¼ %qE)é¡žåž‹ä¸�ç›¸å®¹"
  
! #: c-family/c-common.c:6738
  #, fuzzy, gcc-internal-format
  msgid "incorrect number of arguments to function %qE"
  msgstr "ä¸�æ­£ç¢ºå¼•æ•¸æ•¸é‡�åˆ°å‡½å¼� %qE"
  
! #: c-family/c-common.c:6753
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a non-void pointer type"
  msgstr "å¼•æ•¸ 1 çš„ %qE å¿…é ˆæ˜¯ non-void æŒ‡æ¨™é¡žåž‹"
  
! #: c-family/c-common.c:6762
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a constant size type"
  msgstr "å¼•æ•¸ 1 çš„ %qE å¿…é ˆæ˜¯æŒ‡æ¨™åˆ°å¸¸æ•¸å¤§å°�åž‹æ…‹"
  
! #: c-family/c-common.c:6773
  #, fuzzy, gcc-internal-format
  msgid "argument 1 of %qE must be a pointer to a nonzero size object"
  msgstr "å¼•æ•¸ 1 çš„ %qE å¿…é ˆæ˜¯æŒ‡æ¨™åˆ°é�žé›¶å€¼å¤§å°�ç‰©ä»¶"
  
! #: c-family/c-common.c:6788
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer type"
  msgstr "å¼•æ•¸ %d çš„ %qE å¿…é ˆæ˜¯æŒ‡æ¨™é¡žåž‹"
  
! #: c-family/c-common.c:6796
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must be a pointer to a constant size type"
  msgstr "å¼•æ•¸ 1 çš„ %qE å¿…é ˆæ˜¯æŒ‡æ¨™åˆ°å¸¸æ•¸å¤§å°�åž‹æ…‹"
  
! #: c-family/c-common.c:6802
  #, fuzzy, gcc-internal-format
  msgid "argument %d of %qE must not be a pointer to a function"
  msgstr "å¼•æ•¸ %d çš„ %qE å¿…é ˆæ˜¯æŒ‡æ¨™é¡žåž‹"
  
! #: c-family/c-common.c:6810
  #, fuzzy, gcc-internal-format
  msgid "size mismatch in argument %d of %qE"
  msgstr "å¤§å°�ä¸�åŒ¹é…�åœ¨ä¸­å¼•æ•¸ %d çš„ %qE"
  
! #: c-family/c-common.c:6826
  #, fuzzy, gcc-internal-format
  msgid "invalid memory model argument %d of %qE"
  msgstr "ç„¡æ•ˆçš„è¨˜æ†¶é«”å¼�æ¨£å¼•æ•¸ %d çš„ %qE"
  
! #: c-family/c-common.c:6833
  #, fuzzy, gcc-internal-format
  msgid "non-integer memory model argument %d of %qE"
  msgstr "non-integer è¨˜æ†¶é«”å¼�æ¨£å¼•æ•¸ %d çš„ %qE"
  
! #: c-family/c-common.c:7754
  #, fuzzy, gcc-internal-format
  msgid "index value is out of bound"
  msgstr "ç´¢å¼•å€¼æ˜¯è¶…å‡ºç´„æ�Ÿ"
  
! #: c-family/c-common.c:7795 c-family/c-common.c:7843 c-family/c-common.c:7858
  #: cp/call.c:4836 cp/call.c:4843
  #, fuzzy, gcc-internal-format
  msgid "conversion of scalar %qT to vector %qT involves truncation"
*************** msgstr "è½‰æ�›çš„ç´”é‡�åˆ°å�‘é‡�ç‰½é€£å‡
*** 27018,27039 ****
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7943
  #, fuzzy, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr "å…§å»ºå‡½å¼� %qD éœ€ä¸€å€‹å¼•æ•¸å�ªæœ‰"
  
! #: c-family/c-common.c:7965 c/c-decl.c:6124
  #, fuzzy, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "å¤§å°�çš„é™£åˆ— %qE å¤ªå¤§"
  
! #: c-family/c-common.c:7967 c/c-decl.c:6127
  #, fuzzy, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "å¤§å°�çš„æœªå‘½å��é™£åˆ—å¤ªå¤§"
  
! #: c-family/c-common.c:7997
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
--- 27018,27039 ----
  
  #. Reject arguments that are built-in functions with
  #. no library fallback.
! #: c-family/c-common.c:7944
  #, fuzzy, gcc-internal-format
  msgid "built-in function %qE must be directly called"
  msgstr "å…§å»ºå‡½å¼� %qD éœ€ä¸€å€‹å¼•æ•¸å�ªæœ‰"
  
! #: c-family/c-common.c:7966 c/c-decl.c:6124
  #, fuzzy, gcc-internal-format
  msgid "size of array %qE is too large"
  msgstr "å¤§å°�çš„é™£åˆ— %qE å¤ªå¤§"
  
! #: c-family/c-common.c:7968 c/c-decl.c:6127
  #, fuzzy, gcc-internal-format
  msgid "size of unnamed array is too large"
  msgstr "å¤§å°�çš„æœªå‘½å��é™£åˆ—å¤ªå¤§"
  
! #: c-family/c-common.c:7998
  #, gcc-internal-format
  msgid "environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd"
  msgstr ""
*************** msgstr "%qs ä¸¦é�žæœ‰æ•ˆé�¸é …åˆ°å‰�ç½®è
*** 28810,28816 ****
  msgid "too many input files"
  msgstr "è¼¸å…¥æª”æ¡ˆå¤ªå¤š"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8751
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr "-mcpu é–‹é—œçš„å€¼ %qs éŒ¯èª¤"
--- 28810,28816 ----
  msgid "too many input files"
  msgstr "è¼¸å…¥æª”æ¡ˆå¤ªå¤š"
  
! #: common/config/aarch64/aarch64-common.c:313 config/aarch64/aarch64.c:8759
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -mcpu"
  msgstr "-mcpu é–‹é—œçš„å€¼ %qs éŒ¯èª¤"
*************** msgstr "%qs æ˜¯ä¸�ç›¸å®¹çš„èˆ‡ %qs"
*** 29270,29451 ****
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "%qs æ˜¯ä¸�ç›¸å®¹çš„èˆ‡ %qs"
  
! #: config/aarch64/aarch64.c:8374
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8418
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8475
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr "ç„¡æ•ˆçš„ç¯„åœ� %s åœ¨ä¸­é�¸é … %s"
  
! #: config/aarch64/aarch64.c:8493
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "unknown tuning option (%s)"
  msgstr "ä¸�æ˜Ž spec å‡½å¼� %qs"
  
! #: config/aarch64/aarch64.c:8707
  #, fuzzy, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "æœ‰æ•ˆå¼•æ•¸åˆ° %qs æ˜¯ï¼š%s"
  
! #: config/aarch64/aarch64.c:8748
  #, fuzzy, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr "%qs å¾Œç¼ºå°‘è·¯å¾‘"
  
! #: config/aarch64/aarch64.c:8755
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "%qs å¾Œç¼ºå°‘æª”æ¡ˆå��ç¨±"
  
! #: config/aarch64/aarch64.c:8782
  #, fuzzy, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr "%qs å¾Œç¼ºå°‘è·¯å¾‘"
  
! #: config/aarch64/aarch64.c:8785
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr "ä¸�æ˜Žå€¼ %qs çš„ -mmacosx-version-min"
  
! #: config/aarch64/aarch64.c:8789
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "%qs å¾Œç¼ºå°‘æª”æ¡ˆå��ç¨±"
  
! #: config/aarch64/aarch64.c:8815
  #, fuzzy, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr "%qs å¾Œç¼ºå°‘è·¯å¾‘"
  
! #: config/aarch64/aarch64.c:8818
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr "ä¸�ç•¶çš„å€¼ %qs ç”¨æ–¼ -mtune åˆ‡æ�›"
  
! #: config/aarch64/aarch64.c:8921 config/arm/arm.c:3093
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "åˆ‡æ�› -mcpu=%s è¡�çª�èˆ‡ -march=%s åˆ‡æ�›"
  
! #: config/aarch64/aarch64.c:8956
  #, fuzzy, gcc-internal-format
  #| msgid "does not support multilib"
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "ä¸�æ”¯æ�´ multilib"
  
! #: config/aarch64/aarch64.c:8960
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9022
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9187
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr "%qs å¾Œç¼ºå°‘è·¯å¾‘"
  
! #: config/aarch64/aarch64.c:9190
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "ä¸�æ˜Žå€¼ %qs çš„ -mmacosx-version-min"
  
! #: config/aarch64/aarch64.c:9194
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr "%qs å¾Œç¼ºå°‘æª”æ¡ˆå��ç¨±"
  
! #: config/aarch64/aarch64.c:9228
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "%qs å¾Œç¼ºå°‘è·¯å¾‘"
  
! #: config/aarch64/aarch64.c:9231
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "-mcpu é–‹é—œçš„å€¼ %qs éŒ¯èª¤"
  
! #: config/aarch64/aarch64.c:9235
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr "%qs å¾Œç¼ºå°‘æª”æ¡ˆå��ç¨±"
  
! #: config/aarch64/aarch64.c:9266
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "ä¸�ç•¶çš„å€¼ %qs ç”¨æ–¼ -mtune åˆ‡æ�›"
  
! #: config/aarch64/aarch64.c:9307
  #, fuzzy, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr "%qs å¾Œç¼ºå°‘æª”æ¡ˆå��ç¨±"
  
! #: config/aarch64/aarch64.c:9312
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr "%qs å¾Œç¼ºå°‘æª”æ¡ˆå��ç¨±"
  
! #: config/aarch64/aarch64.c:9364
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed spec function arguments"
  msgid "malformed target %s"
  msgstr "spec å‡½å¼�å¼•æ•¸æ ¼å¼�éŒ¯èª¤"
  
! #: config/aarch64/aarch64.c:9412
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr "%s å�ªæœ‰æŽ¥å�— 1 å¼•æ•¸"
  
! #: config/aarch64/aarch64.c:9421
  #, fuzzy, gcc-internal-format
  #| msgid "matching constraint does not allow a register"
  msgid "target %s %qs does not allow a negated form"
  msgstr "åŒ¹é…�çš„ç´„æ�Ÿä¸�å…�è¨±ä½¿ç”¨æš«å­˜å™¨"
  
! #: config/aarch64/aarch64.c:9476
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr "%sã€Œ%sã€�%s ç„¡æ•ˆ"
  
! #: config/aarch64/aarch64.c:9536 config/arm/arm.c:30367
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:14849
  #, fuzzy, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr "å±¬æ€§ %qE å¼•æ•¸ä¸�æ˜¯å­—ä¸²"
  
! #: config/aarch64/aarch64.c:9546
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
  msgstr "ç•°å¸¸çš„ # pragma å‘¼å�«"
  
! #: config/aarch64/aarch64.c:9563
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr "multilib é�¸å�– %qs ç„¡æ•ˆ"
  
! #: config/aarch64/aarch64.c:9572
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11420
  #, fuzzy, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr "é�‹ç®—å…ƒè™Ÿè¶…å‡ºç¯„åœ�"
  
! #: config/aarch64/aarch64.c:11422
  #, fuzzy, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr "é�‹ç®—å…ƒè™Ÿè¶…å‡ºç¯„åœ�"
--- 29270,29451 ----
  msgid "%qs feature modifier is incompatible with %s %s"
  msgstr "%qs æ˜¯ä¸�ç›¸å®¹çš„èˆ‡ %qs"
  
! #: config/aarch64/aarch64.c:8382
  #, gcc-internal-format, gfc-internal-format
  msgid "unknown flag passed in -moverride=%s (%s)"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8426
  #, gcc-internal-format, gfc-internal-format
  msgid "%s string ill-formed\n"
  msgstr ""
  
! #: config/aarch64/aarch64.c:8483
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "tuning string missing in option (%s)"
  msgstr "ç„¡æ•ˆçš„ç¯„åœ� %s åœ¨ä¸­é�¸é … %s"
  
! #: config/aarch64/aarch64.c:8501
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "unknown tuning option (%s)"
  msgstr "ä¸�æ˜Ž spec å‡½å¼� %qs"
  
! #: config/aarch64/aarch64.c:8715
  #, fuzzy, gcc-internal-format
  msgid "valid arguments are: %s; did you mean %qs?"
  msgstr "æœ‰æ•ˆå¼•æ•¸åˆ° %qs æ˜¯ï¼š%s"
  
! #: config/aarch64/aarch64.c:8756
  #, fuzzy, gcc-internal-format
  msgid "missing cpu name in %<-mcpu=%s%>"
  msgstr "%qs å¾Œç¼ºå°‘è·¯å¾‘"
  
! #: config/aarch64/aarch64.c:8763
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in %<-mcpu=%s%>"
  msgstr "%qs å¾Œç¼ºå°‘æª”æ¡ˆå��ç¨±"
  
! #: config/aarch64/aarch64.c:8790
  #, fuzzy, gcc-internal-format
  msgid "missing arch name in %<-march=%s%>"
  msgstr "%qs å¾Œç¼ºå°‘è·¯å¾‘"
  
! #: config/aarch64/aarch64.c:8793
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -march"
  msgstr "ä¸�æ˜Žå€¼ %qs çš„ -mmacosx-version-min"
  
! #: config/aarch64/aarch64.c:8797
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in %<-march=%s%>"
  msgstr "%qs å¾Œç¼ºå°‘æª”æ¡ˆå��ç¨±"
  
! #: config/aarch64/aarch64.c:8823
  #, fuzzy, gcc-internal-format
  msgid "missing cpu name in %<-mtune=%s%>"
  msgstr "%qs å¾Œç¼ºå°‘è·¯å¾‘"
  
! #: config/aarch64/aarch64.c:8826
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for -mtune"
  msgstr "ä¸�ç•¶çš„å€¼ %qs ç”¨æ–¼ -mtune åˆ‡æ�›"
  
! #: config/aarch64/aarch64.c:8929 config/arm/arm.c:3094
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "switch -mcpu=%s conflicts with -march=%s switch"
  msgstr "åˆ‡æ�› -mcpu=%s è¡�çª�èˆ‡ -march=%s åˆ‡æ�›"
  
! #: config/aarch64/aarch64.c:8964
  #, fuzzy, gcc-internal-format
  #| msgid "does not support multilib"
  msgid "Assembler does not support -mabi=ilp32"
  msgstr "ä¸�æ”¯æ�´ multilib"
  
! #: config/aarch64/aarch64.c:8968
  #, gcc-internal-format
  msgid "Return address signing is only supported for -mabi=lp64"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9030
  #, gcc-internal-format
  msgid "code model %qs with -f%s"
  msgstr ""
  
! #: config/aarch64/aarch64.c:9195
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "missing architecture name in 'arch' target %s"
  msgstr "%qs å¾Œç¼ºå°‘è·¯å¾‘"
  
! #: config/aarch64/aarch64.c:9198
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for 'arch' target %s"
  msgstr "ä¸�æ˜Žå€¼ %qs çš„ -mmacosx-version-min"
  
! #: config/aarch64/aarch64.c:9202
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier %qs for 'arch' target %s"
  msgstr "%qs å¾Œç¼ºå°‘æª”æ¡ˆå��ç¨±"
  
! #: config/aarch64/aarch64.c:9236
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "missing cpu name in 'cpu' target %s"
  msgstr "%qs å¾Œç¼ºå°‘è·¯å¾‘"
  
! #: config/aarch64/aarch64.c:9239
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for 'cpu' target %s"
  msgstr "-mcpu é–‹é—œçš„å€¼ %qs éŒ¯èª¤"
  
! #: config/aarch64/aarch64.c:9243
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier %qs for 'cpu' target %s"
  msgstr "%qs å¾Œç¼ºå°‘æª”æ¡ˆå��ç¨±"
  
! #: config/aarch64/aarch64.c:9274
  #, fuzzy, gcc-internal-format
  msgid "unknown value %qs for 'tune' target %s"
  msgstr "ä¸�ç•¶çš„å€¼ %qs ç”¨æ–¼ -mtune åˆ‡æ�›"
  
! #: config/aarch64/aarch64.c:9315
  #, fuzzy, gcc-internal-format
  msgid "missing feature modifier in target %s %qs"
  msgstr "%qs å¾Œç¼ºå°‘æª”æ¡ˆå��ç¨±"
  
! #: config/aarch64/aarch64.c:9320
  #, fuzzy, gcc-internal-format
  msgid "invalid feature modifier in target %s %qs"
  msgstr "%qs å¾Œç¼ºå°‘æª”æ¡ˆå��ç¨±"
  
! #: config/aarch64/aarch64.c:9372
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "malformed spec function arguments"
  msgid "malformed target %s"
  msgstr "spec å‡½å¼�å¼•æ•¸æ ¼å¼�éŒ¯èª¤"
  
! #: config/aarch64/aarch64.c:9420
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs does not accept an argument"
  msgstr "%s å�ªæœ‰æŽ¥å�— 1 å¼•æ•¸"
  
! #: config/aarch64/aarch64.c:9429
  #, fuzzy, gcc-internal-format
  #| msgid "matching constraint does not allow a register"
  msgid "target %s %qs does not allow a negated form"
  msgstr "åŒ¹é…�çš„ç´„æ�Ÿä¸�å…�è¨±ä½¿ç”¨æš«å­˜å™¨"
  
! #: config/aarch64/aarch64.c:9484
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "target %s %s=%s is not valid"
  msgstr "%sã€Œ%sã€�%s ç„¡æ•ˆ"
  
! #: config/aarch64/aarch64.c:9544 config/arm/arm.c:30411
  #: config/i386/i386.c:6772 config/rs6000/rs6000.c:39283
! #: config/s390/s390.c:15017
  #, fuzzy, gcc-internal-format
  msgid "attribute %<target%> argument not a string"
  msgstr "å±¬æ€§ %qE å¼•æ•¸ä¸�æ˜¯å­—ä¸²"
  
! #: config/aarch64/aarch64.c:9554
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "malformed target %s value"
  msgstr "ç•°å¸¸çš„ # pragma å‘¼å�«"
  
! #: config/aarch64/aarch64.c:9571
  #, fuzzy, gcc-internal-format
  msgid "target %s %qs is invalid"
  msgstr "multilib é�¸å�– %qs ç„¡æ•ˆ"
  
! #: config/aarch64/aarch64.c:9580
  #, gcc-internal-format
  msgid "malformed target %s list %qs"
  msgstr ""
  
! #: config/aarch64/aarch64.c:11428
  #, fuzzy, gcc-internal-format
  msgid "%Klane %wd out of range %wd - %wd"
  msgstr "é�‹ç®—å…ƒè™Ÿè¶…å‡ºç¯„åœ�"
  
! #: config/aarch64/aarch64.c:11430
  #, fuzzy, gcc-internal-format
  msgid "lane %wd out of range %wd - %wd"
  msgstr "é�‹ç®—å…ƒè™Ÿè¶…å‡ºç¯„åœ�"
*************** msgstr ""
*** 29861,30052 ****
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2799
  #, fuzzy, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr "-mvsx å’Œ -mpaired æ˜¯ä¸�ç›¸å®¹çš„"
  
! #: config/arm/arm.c:2805
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "ç›®æ¨™ CPU ä¸�æ”¯æ�´æ‰‹è‡‚æ¨¡å¼�"
  
! #: config/arm/arm.c:2809
  #, fuzzy, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "å•Ÿç”¨è¿”å›žæ”¯æ�´æ˜¯å�ªæœ‰æœ‰æ„�ç¾©çš„æ™‚ç·¨è­¯ç”¨æ–¼å§†æŒ‡"
  
! #: config/arm/arm.c:2812
  #, fuzzy, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "å•Ÿç”¨è¢«å‘¼å�«ç«¯äº¤äº’ä½œç”¨æ”¯æ�´æ˜¯å�ªæœ‰æœ‰æ„�ç¾©çš„æ™‚ç·¨è­¯ç”¨æ–¼å§†æŒ‡"
  
! #: config/arm/arm.c:2820
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g èˆ‡ -mno-apcs-frame ä¸¦ç”¨å�¯èƒ½ä¸�èƒ½çµ¦å‡ºæœ‰æ„�ç¾©çš„é™¤éŒ¯è³‡è¨Š"
  
! #: config/arm/arm.c:2824
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2827
  #, fuzzy, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "ç„¡æ³•ä½¿ç”¨ -mtp=cp15 èˆ‡ 16-bit å§†æŒ‡"
  
! #: config/arm/arm.c:2831
  #, fuzzy, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "RTP PIC æ˜¯ä¸�ç›¸å®¹çš„èˆ‡å§†æŒ‡"
  
! #: config/arm/arm.c:2839
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2844
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2947
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "ç›®çš„ CPU ä¸�æ”¯æ�´ THUMB æŒ‡ä»¤"
  
! #: config/arm/arm.c:2992
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "ç›®æ¨™ CPU ä¸�æ”¯æ�´ unaligned å­˜å�–"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3246
  #, fuzzy, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-mpcrel -fPIC ä¸�æ˜¯ç›®å‰�æ”¯æ�´çš„æ–¼å·²é�¸ cpu"
  
! #: config/arm/arm.c:3321
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "ç›®çš„ CPU ä¸�æ”¯æ�´äº¤äº’å·¥ä½œ"
  
! #: config/arm/arm.c:3327
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check å’Œ -mno-apcs-frame äº’ä¸�ç›¸å®¹"
  
! #: config/arm/arm.c:3335
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic å’Œ -mapcs-reent äº’ä¸�ç›¸å®¹"
  
! #: config/arm/arm.c:3338
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "ä¸�æ”¯æ�´ APCS é‡�å…¥ç¨‹å¼�ç¢¼ã€‚å·²å¿½ç•¥"
  
! #: config/arm/arm.c:3372
  #, fuzzy, gcc-internal-format
  #| msgid "-mrelocatable and -msdata=%s are incompatible"
  msgid "selected fp16 options are incompatible"
  msgstr "-mrelocatable èˆ‡ -msdata=%s äº’ä¸�ç›¸å®¹"
  
! #: config/arm/arm.c:3403
  #, fuzzy, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr "iwmmxt éœ€æ±‚ AAPCS ç›¸å®¹ ABI ç”¨æ–¼é�©ç•¶ä½œæ¥­"
  
! #: config/arm/arm.c:3406
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr "iwmmxt abi éœ€è¦�ç›¸æ‡‰ CPU çš„æ”¯æ�´"
  
! #: config/arm/arm.c:3417
  #, fuzzy, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "AAPCS ä¸�æ”¯æ�´ -mcaller-super-interworking"
  
! #: config/arm/arm.c:3420
  #, fuzzy, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "AAPCS ä¸�æ”¯æ�´ -mcallee-super-interworking"
  
! #: config/arm/arm.c:3425
  #, fuzzy, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr "__fp16 ä»¥å�Šæ²’æœ‰ ldrh"
  
! #: config/arm/arm.c:3436
  #, fuzzy, gcc-internal-format
  #| msgid "-mfloat-abi=hard and VFP"
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr "-mfloat-abi=hard å’Œ VFP"
  
! #: config/arm/arm.c:3444
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mfloat-abi=hard å’Œ VFP"
  
! #: config/arm/arm.c:3480
  #, fuzzy, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "çµ�æ§‹å¤§å°�é‚Šç•Œå�ªèƒ½æ˜¯è¨­å®šç‚º 8, 32 æˆ– 64"
  
! #: config/arm/arm.c:3482
  #, fuzzy, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "çµ�æ§‹å¤§å°�é‚Šç•Œå�ªèƒ½æ˜¯è¨­å®šç‚º 8 æˆ– 32"
  
! #: config/arm/arm.c:3507
  #, fuzzy, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "RTP PIC æ˜¯ä¸�ç›¸å®¹çš„èˆ‡ -msingle-pic-base"
  
! #: config/arm/arm.c:3519
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= ä¸�èˆ‡ -fpic ä¸¦ç”¨æ™‚ä¸�èµ·ä½œç”¨"
  
! #: config/arm/arm.c:3528
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "ã€Œ%sã€�ä¸�èƒ½å�šç‚º PIC æš«å­˜å™¨"
  
! #: config/arm/arm.c:3547
  #, fuzzy, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-freorder-blocks-and-partition ä¸�æ”¯æ�´æ–¼é€™å€‹æž¶æ§‹"
  
! #: config/arm/arm.c:3638
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support THUMB instructions"
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "ç›®çš„ CPU ä¸�æ”¯æ�´ THUMB æŒ‡ä»¤"
  
! #: config/arm/arm.c:5706
  #, fuzzy, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr "non-AAPCS è¡�ç”Ÿçš„ PCS è®Šé«”"
  
! #: config/arm/arm.c:5708
  #, fuzzy, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr "variadic å‡½å¼�å¿…é ˆä½¿ç”¨åŸºåº• AAPCS è®Šé«”"
  
! #: config/arm/arm.c:5727
  #, fuzzy, gcc-internal-format
  msgid "PCS variant"
  msgstr "PCS è®Šé«”"
  
! #: config/arm/arm.c:5922
  #, fuzzy, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr "Thumb-1 hard-float VFP ABI"
  
! #: config/arm/arm.c:6672 config/arm/arm.c:6690 config/arm/arm.c:6865
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
--- 29861,30058 ----
  msgid "the count should be no less than 0.  please check the intrinsic _mm_sra_si64 in code."
  msgstr ""
  
! #: config/arm/arm.c:2800
  #, fuzzy, gcc-internal-format
  msgid "iWMMXt and NEON are incompatible"
  msgstr "-mvsx å’Œ -mpaired æ˜¯ä¸�ç›¸å®¹çš„"
  
! #: config/arm/arm.c:2806
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support ARM mode"
  msgstr "ç›®æ¨™ CPU ä¸�æ”¯æ�´æ‰‹è‡‚æ¨¡å¼�"
  
! #: config/arm/arm.c:2810
  #, fuzzy, gcc-internal-format
  msgid "enabling backtrace support is only meaningful when compiling for the Thumb"
  msgstr "å•Ÿç”¨è¿”å›žæ”¯æ�´æ˜¯å�ªæœ‰æœ‰æ„�ç¾©çš„æ™‚ç·¨è­¯ç”¨æ–¼å§†æŒ‡"
  
! #: config/arm/arm.c:2813
  #, fuzzy, gcc-internal-format
  msgid "enabling callee interworking support is only meaningful when compiling for the Thumb"
  msgstr "å•Ÿç”¨è¢«å‘¼å�«ç«¯äº¤äº’ä½œç”¨æ”¯æ�´æ˜¯å�ªæœ‰æœ‰æ„�ç¾©çš„æ™‚ç·¨è­¯ç”¨æ–¼å§†æŒ‡"
  
! #: config/arm/arm.c:2821
  #, gcc-internal-format
  msgid "-g with -mno-apcs-frame may not give sensible debugging"
  msgstr "-g èˆ‡ -mno-apcs-frame ä¸¦ç”¨å�¯èƒ½ä¸�èƒ½çµ¦å‡ºæœ‰æ„�ç¾©çš„é™¤éŒ¯è³‡è¨Š"
  
! #: config/arm/arm.c:2825
  #, gcc-internal-format
  msgid "iWMMXt unsupported under Thumb mode"
  msgstr ""
  
! #: config/arm/arm.c:2828
  #, fuzzy, gcc-internal-format
  msgid "can not use -mtp=cp15 with 16-bit Thumb"
  msgstr "ç„¡æ³•ä½¿ç”¨ -mtp=cp15 èˆ‡ 16-bit å§†æŒ‡"
  
! #: config/arm/arm.c:2832
  #, fuzzy, gcc-internal-format
  msgid "RTP PIC is incompatible with Thumb"
  msgstr "RTP PIC æ˜¯ä¸�ç›¸å®¹çš„èˆ‡å§†æŒ‡"
  
! #: config/arm/arm.c:2840
  #, gcc-internal-format
  msgid "-mslow-flash-data only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2845
  #, gcc-internal-format
  msgid "-mpure-code only supports non-pic code on armv7-m targets"
  msgstr ""
  
! #: config/arm/arm.c:2948
  #, gcc-internal-format
  msgid "target CPU does not support THUMB instructions"
  msgstr "ç›®çš„ CPU ä¸�æ”¯æ�´ THUMB æŒ‡ä»¤"
  
! #: config/arm/arm.c:2993
  #, fuzzy, gcc-internal-format
  msgid "target CPU does not support unaligned accesses"
  msgstr "ç›®æ¨™ CPU ä¸�æ”¯æ�´ unaligned å­˜å�–"
  
  #. To support this we need to be able to parse FPU feature options
  #. from the architecture string.
! #: config/arm/arm.c:3247
  #, fuzzy, gcc-internal-format
  msgid "-mfpu=auto not currently supported without an explicit CPU."
  msgstr "-mpcrel -fPIC ä¸�æ˜¯ç›®å‰�æ”¯æ�´çš„æ–¼å·²é�¸ cpu"
  
! #: config/arm/arm.c:3322
  #, gcc-internal-format
  msgid "target CPU does not support interworking"
  msgstr "ç›®çš„ CPU ä¸�æ”¯æ�´äº¤äº’å·¥ä½œ"
  
! #: config/arm/arm.c:3328
  #, gcc-internal-format
  msgid "-mapcs-stack-check incompatible with -mno-apcs-frame"
  msgstr "-mapcs-stack-check å’Œ -mno-apcs-frame äº’ä¸�ç›¸å®¹"
  
! #: config/arm/arm.c:3336
  #, gcc-internal-format
  msgid "-fpic and -mapcs-reent are incompatible"
  msgstr "-fpic å’Œ -mapcs-reent äº’ä¸�ç›¸å®¹"
  
! #: config/arm/arm.c:3339
  #, gcc-internal-format
  msgid "APCS reentrant code not supported.  Ignored"
  msgstr "ä¸�æ”¯æ�´ APCS é‡�å…¥ç¨‹å¼�ç¢¼ã€‚å·²å¿½ç•¥"
  
! #: config/arm/arm.c:3373
  #, fuzzy, gcc-internal-format
  #| msgid "-mrelocatable and -msdata=%s are incompatible"
  msgid "selected fp16 options are incompatible"
  msgstr "-mrelocatable èˆ‡ -msdata=%s äº’ä¸�ç›¸å®¹"
  
! #: config/arm/arm.c:3404
  #, fuzzy, gcc-internal-format
  msgid "iwmmxt requires an AAPCS compatible ABI for proper operation"
  msgstr "iwmmxt éœ€æ±‚ AAPCS ç›¸å®¹ ABI ç”¨æ–¼é�©ç•¶ä½œæ¥­"
  
! #: config/arm/arm.c:3407
  #, gcc-internal-format
  msgid "iwmmxt abi requires an iwmmxt capable cpu"
  msgstr "iwmmxt abi éœ€è¦�ç›¸æ‡‰ CPU çš„æ”¯æ�´"
  
! #: config/arm/arm.c:3418
  #, fuzzy, gcc-internal-format
  msgid "AAPCS does not support -mcaller-super-interworking"
  msgstr "AAPCS ä¸�æ”¯æ�´ -mcaller-super-interworking"
  
! #: config/arm/arm.c:3421
  #, fuzzy, gcc-internal-format
  msgid "AAPCS does not support -mcallee-super-interworking"
  msgstr "AAPCS ä¸�æ”¯æ�´ -mcallee-super-interworking"
  
! #: config/arm/arm.c:3426
  #, fuzzy, gcc-internal-format
  msgid "__fp16 and no ldrh"
  msgstr "__fp16 ä»¥å�Šæ²’æœ‰ ldrh"
  
! #: config/arm/arm.c:3437
  #, fuzzy, gcc-internal-format
  #| msgid "-mfloat-abi=hard and VFP"
  msgid "-mfloat-abi=hard: selected processor lacks an FPU"
  msgstr "-mfloat-abi=hard å’Œ VFP"
  
! #: config/arm/arm.c:3445
  #, gcc-internal-format
  msgid "-mfloat-abi=hard and VFP"
  msgstr "-mfloat-abi=hard å’Œ VFP"
  
! #: config/arm/arm.c:3481
  #, fuzzy, gcc-internal-format
  msgid "structure size boundary can only be set to 8, 32 or 64"
  msgstr "çµ�æ§‹å¤§å°�é‚Šç•Œå�ªèƒ½æ˜¯è¨­å®šç‚º 8, 32 æˆ– 64"
  
! #: config/arm/arm.c:3483
  #, fuzzy, gcc-internal-format
  msgid "structure size boundary can only be set to 8 or 32"
  msgstr "çµ�æ§‹å¤§å°�é‚Šç•Œå�ªèƒ½æ˜¯è¨­å®šç‚º 8 æˆ– 32"
  
! #: config/arm/arm.c:3508
  #, fuzzy, gcc-internal-format
  msgid "RTP PIC is incompatible with -msingle-pic-base"
  msgstr "RTP PIC æ˜¯ä¸�ç›¸å®¹çš„èˆ‡ -msingle-pic-base"
  
! #: config/arm/arm.c:3520
  #, gcc-internal-format
  msgid "-mpic-register= is useless without -fpic"
  msgstr "-mpic-register= ä¸�èˆ‡ -fpic ä¸¦ç”¨æ™‚ä¸�èµ·ä½œç”¨"
  
! #: config/arm/arm.c:3529
  #, gcc-internal-format, gfc-internal-format
  msgid "unable to use '%s' for PIC register"
  msgstr "ã€Œ%sã€�ä¸�èƒ½å�šç‚º PIC æš«å­˜å™¨"
  
! #: config/arm/arm.c:3548
  #, fuzzy, gcc-internal-format
  msgid "-freorder-blocks-and-partition not supported on this architecture"
  msgstr "-freorder-blocks-and-partition ä¸�æ”¯æ�´æ–¼é€™å€‹æž¶æ§‹"
  
! #: config/arm/arm.c:3639
  #, fuzzy, gcc-internal-format
  #| msgid "target CPU does not support THUMB instructions"
  msgid "target CPU does not support ARMv8-M Security Extensions"
  msgstr "ç›®çš„ CPU ä¸�æ”¯æ�´ THUMB æŒ‡ä»¤"
  
! #: config/arm/arm.c:5707
  #, fuzzy, gcc-internal-format
  msgid "non-AAPCS derived PCS variant"
  msgstr "non-AAPCS è¡�ç”Ÿçš„ PCS è®Šé«”"
  
! #: config/arm/arm.c:5709
  #, fuzzy, gcc-internal-format
  msgid "variadic functions must use the base AAPCS variant"
  msgstr "variadic å‡½å¼�å¿…é ˆä½¿ç”¨åŸºåº• AAPCS è®Šé«”"
  
! #: config/arm/arm.c:5728
  #, fuzzy, gcc-internal-format
  msgid "PCS variant"
  msgstr "PCS è®Šé«”"
  
! #: config/arm/arm.c:5923
  #, fuzzy, gcc-internal-format
  msgid "Thumb-1 hard-float VFP ABI"
  msgstr "Thumb-1 hard-float VFP ABI"
  
! #: config/arm/arm.c:6362 config/arm/arm.c:6565 config/arm/arm.c:6593
! #: config/arm/arm.c:26560
! #, gcc-internal-format
! msgid "parameter passing for argument of type %qT changed in GCC 7.1"
! msgstr ""
! 
! #: config/arm/arm.c:6709 config/arm/arm.c:6727 config/arm/arm.c:6902
  #: config/avr/avr.c:9480 config/avr/avr.c:9496 config/bfin/bfin.c:4673
  #: config/bfin/bfin.c:4734 config/bfin/bfin.c:4763
  #: config/epiphany/epiphany.c:475 config/h8300/h8300.c:5456
*************** msgstr "Thumb-1 hard-float VFP ABI"
*** 30062,30135 ****
  msgid "%qE attribute only applies to functions"
  msgstr "%qE å±¬æ€§å�ªæœ‰å¥—ç”¨åˆ°å‡½å¼�"
  
! #: config/arm/arm.c:6814
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr "%qE å±¬æ€§å�ªæœ‰å¥—ç”¨åˆ°å‡½å¼�ï¼Œç„¡æ³• %s"
  
! #: config/arm/arm.c:6826
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "%qD å¿…é ˆä¸�æœ‰å�¯è®Šå€‹æ•¸å¼•æ•¸æ•¸é‡�"
  
! #: config/arm/arm.c:6835
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr "%qE å±¬æ€§å�ªæœ‰å¥—ç”¨åˆ°å‡½å¼�ï¼Œç„¡æ³• %s"
  
! #: config/arm/arm.c:6857 config/arm/arm.c:6909
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute ignored on non-class types"
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "%qE å±¬æ€§åœ¨ä¸�æ˜¯é¡žåˆ¥çš„é¡žåž‹ä¸Šè¢«å¿½ç•¥"
  
! #: config/arm/arm.c:6876
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "%qE å±¬æ€§æ²’æœ‰ä»»ä½•æ•ˆæžœæ–¼å–®ä½�æœ¬åœ°å‡½å¼�"
  
! #: config/arm/arm.c:6925
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "%qE å±¬æ€§å�ªæœ‰å¥—ç”¨åˆ°å‡½æ•¸åž‹å¼�"
  
! #: config/arm/arm.c:12208
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12211
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23458
  #, fuzzy, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "ç„¡æ³•è¨ˆç®—çœŸå¯¦ä½�ç½®çš„é‡�ç–Šå�ƒæ•¸"
  
! #: config/arm/arm.c:24111
  #, fuzzy, gcc-internal-format
  #| msgid "Unexpected end of module"
  msgid "Unexpected thumb1 far jump"
  msgstr "é�žé �æœŸçš„æ¨¡çµ„çµ�æ�Ÿ"
  
! #: config/arm/arm.c:24375
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "é«˜æš«å­˜å™¨å½ˆå †ç–Šæ™‚æ²’æœ‰å�¯ç”¨çš„ä½Žæš«å­˜å™¨"
  
! #: config/arm/arm.c:24624
  #, fuzzy, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "æ�’æ–·æœ�å‹™å¸¸å¼�ç„¡æ³•ç·¨ç¢¼çš„åœ¨ä¸­å§†æŒ‡æ¨¡å¼�"
  
! #: config/arm/arm.c:24853
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30391
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "invalid fpu for attribute(target(\"%s\"))"
  msgstr "ç„¡æ•ˆçš„å�‘é‡�åž‹æ…‹ç”¨æ–¼å±¬æ€§ %qs"
--- 30068,30141 ----
  msgid "%qE attribute only applies to functions"
  msgstr "%qE å±¬æ€§å�ªæœ‰å¥—ç”¨åˆ°å‡½å¼�"
  
! #: config/arm/arm.c:6851
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute not available to functions with arguments passed on the stack"
  msgstr "%qE å±¬æ€§å�ªæœ‰å¥—ç”¨åˆ°å‡½å¼�ï¼Œç„¡æ³• %s"
  
! #: config/arm/arm.c:6863
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute not available to functions with variable number of arguments"
  msgstr "%qD å¿…é ˆä¸�æœ‰å�¯è®Šå€‹æ•¸å¼•æ•¸æ•¸é‡�"
  
! #: config/arm/arm.c:6872
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute not available to functions that return value on the stack"
  msgstr "%qE å±¬æ€§å�ªæœ‰å¥—ç”¨åˆ°å‡½å¼�ï¼Œç„¡æ³• %s"
  
! #: config/arm/arm.c:6894 config/arm/arm.c:6946
  #, fuzzy, gcc-internal-format
  #| msgid "%qE attribute ignored on non-class types"
  msgid "%qE attribute ignored without -mcmse option."
  msgstr "%qE å±¬æ€§åœ¨ä¸�æ˜¯é¡žåˆ¥çš„é¡žåž‹ä¸Šè¢«å¿½ç•¥"
  
! #: config/arm/arm.c:6913
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute has no effect on functions with static linkage"
  msgstr "%qE å±¬æ€§æ²’æœ‰ä»»ä½•æ•ˆæžœæ–¼å–®ä½�æœ¬åœ°å‡½å¼�"
  
! #: config/arm/arm.c:6962
  #, fuzzy, gcc-internal-format
  msgid "%qE attribute only applies to base type of a function pointer"
  msgstr "%qE å±¬æ€§å�ªæœ‰å¥—ç”¨åˆ°å‡½æ•¸åž‹å¼�"
  
! #: config/arm/arm.c:12245
  #, gcc-internal-format
  msgid "%K%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:12248
  #, gcc-internal-format
  msgid "%s %wd out of range %wd - %wd"
  msgstr ""
  
! #: config/arm/arm.c:23495
  #, fuzzy, gcc-internal-format
  msgid "unable to compute real location of stacked parameter"
  msgstr "ç„¡æ³•è¨ˆç®—çœŸå¯¦ä½�ç½®çš„é‡�ç–Šå�ƒæ•¸"
  
! #: config/arm/arm.c:24148
  #, fuzzy, gcc-internal-format
  #| msgid "Unexpected end of module"
  msgid "Unexpected thumb1 far jump"
  msgstr "é�žé �æœŸçš„æ¨¡çµ„çµ�æ�Ÿ"
  
! #: config/arm/arm.c:24412
  #, gcc-internal-format
  msgid "no low registers available for popping high registers"
  msgstr "é«˜æš«å­˜å™¨å½ˆå †ç–Šæ™‚æ²’æœ‰å�¯ç”¨çš„ä½Žæš«å­˜å™¨"
  
! #: config/arm/arm.c:24661
  #, fuzzy, gcc-internal-format
  msgid "interrupt Service Routines cannot be coded in Thumb mode"
  msgstr "æ�’æ–·æœ�å‹™å¸¸å¼�ç„¡æ³•ç·¨ç¢¼çš„åœ¨ä¸­å§†æŒ‡æ¨¡å¼�"
  
! #: config/arm/arm.c:24890
  #, gcc-internal-format
  msgid "-fstack-check=specific for Thumb-1"
  msgstr ""
  
! #: config/arm/arm.c:30435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "invalid fpu for attribute(target(\"%s\"))"
  msgstr "ç„¡æ•ˆçš„å�‘é‡�åž‹æ…‹ç”¨æ–¼å±¬æ€§ %qs"
*************** msgstr "ç„¡æ•ˆçš„å�‘é‡�åž‹æ…‹ç”¨æ–¼å±¬æ€
*** 30137,30149 ****
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30399
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30406 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:14915 config/s390/s390.c:14965 config/s390/s390.c:14982
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr "å±¬æ€§ (ç›®æ¨™ (ã€Œ%sã€�)) ç‚ºæœªçŸ¥"
--- 30143,30155 ----
  #. This doesn't really make sense until we support
  #. general dynamic selection of the architecture and all
  #. sub-features.
! #: config/arm/arm.c:30443
  #, gcc-internal-format
  msgid "auto fpu selection not currently permitted here"
  msgstr ""
  
! #: config/arm/arm.c:30450 config/i386/i386.c:6838 config/i386/i386.c:6885
! #: config/s390/s390.c:15083 config/s390/s390.c:15133 config/s390/s390.c:15150
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "attribute(target(\"%s\")) is unknown"
  msgstr "å±¬æ€§ (ç›®æ¨™ (ã€Œ%sã€�)) ç‚ºæœªçŸ¥"
*************** msgstr "vecextract å�ªæœ‰æŽ¥å�— 2 å¼•æ•¸
*** 32792,32798 ****
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "vecinsert å�ªæœ‰æŽ¥å�— 3 å¼•æ•¸(_I)"
  
! #: config/rs6000/rs6000-c.c:5711
  #, fuzzy, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr "vecinsert å�ªæœ‰æŽ¥å�— 3 å¼•æ•¸(_I)"
--- 32798,32804 ----
  msgid "vec_cmpne only accepts 2 arguments"
  msgstr "vecinsert å�ªæœ‰æŽ¥å�— 3 å¼•æ•¸(_I)"
  
! #: config/rs6000/rs6000-c.c:5710
  #, fuzzy, gcc-internal-format
  msgid "vec_adde only accepts 3 arguments"
  msgstr "vecinsert å�ªæœ‰æŽ¥å�— 3 å¼•æ•¸(_I)"
*************** msgstr "vecinsert å�ªæœ‰æŽ¥å�— 3 å¼•æ•¸(
*** 32802,32844 ****
  msgid "vec_addec only accepts 3 arguments"
  msgstr "vecinsert å�ªæœ‰æŽ¥å�— 3 å¼•æ•¸(_I)"
  
! #: config/rs6000/rs6000-c.c:5861
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%s å�ªæœ‰æŽ¥å�— %d å¼•æ•¸"
  
! #: config/rs6000/rs6000-c.c:5866
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%s å�ªæœ‰æŽ¥å�— 1 å¼•æ•¸"
  
! #: config/rs6000/rs6000-c.c:5871
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%s å�ªæœ‰æŽ¥å�— 2 å¼•æ•¸"
  
! #: config/rs6000/rs6000-c.c:5937
  #, fuzzy, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr "vecextract å�ªæœ‰æŽ¥å�— 2 å¼•æ•¸(_E)"
  
! #: config/rs6000/rs6000-c.c:6106
  #, fuzzy, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr "vecinsert å�ªæœ‰æŽ¥å�— 3 å¼•æ•¸(_I)"
  
! #: config/rs6000/rs6000-c.c:6380
  #, fuzzy, gcc-internal-format
  #| msgid "passing arg %d of %qE discards qualifiers frompointer target type"
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "å‚³é�žå�ƒæ•¸ %d (å±¬æ–¼ %qE)æ™‚ä¸Ÿæ£„äº†æŒ‡æ¨™ç›®çš„é¡žåž‹çš„é¡žåž‹é™�å®š"
  
! #: config/rs6000/rs6000-c.c:6434
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "ifunc æœªè¢«æ”¯æ�´åœ¨ä¸­é€™å€‹çµ„æ…‹"
  
! #: config/rs6000/rs6000-c.c:6442
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid parameter combination for AltiVec intrinsic"
  msgid "invalid parameter combination for AltiVec intrinsic %s"
--- 32808,32850 ----
  msgid "vec_addec only accepts 3 arguments"
  msgstr "vecinsert å�ªæœ‰æŽ¥å�— 3 å¼•æ•¸(_I)"
  
! #: config/rs6000/rs6000-c.c:5862
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts %d arguments"
  msgstr "%s å�ªæœ‰æŽ¥å�— %d å¼•æ•¸"
  
! #: config/rs6000/rs6000-c.c:5867
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 1 argument"
  msgstr "%s å�ªæœ‰æŽ¥å�— 1 å¼•æ•¸"
  
! #: config/rs6000/rs6000-c.c:5872
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%s only accepts 2 arguments"
  msgstr "%s å�ªæœ‰æŽ¥å�— 2 å¼•æ•¸"
  
! #: config/rs6000/rs6000-c.c:5938
  #, fuzzy, gcc-internal-format
  msgid "vec_extract only accepts 2 arguments"
  msgstr "vecextract å�ªæœ‰æŽ¥å�— 2 å¼•æ•¸(_E)"
  
! #: config/rs6000/rs6000-c.c:6107
  #, fuzzy, gcc-internal-format
  msgid "vec_insert only accepts 3 arguments"
  msgstr "vecinsert å�ªæœ‰æŽ¥å�— 3 å¼•æ•¸(_I)"
  
! #: config/rs6000/rs6000-c.c:6381
  #, fuzzy, gcc-internal-format
  #| msgid "passing arg %d of %qE discards qualifiers frompointer target type"
  msgid "passing arg %d of %qE discards qualifiers from pointer target type"
  msgstr "å‚³é�žå�ƒæ•¸ %d (å±¬æ–¼ %qE)æ™‚ä¸Ÿæ£„äº†æŒ‡æ¨™ç›®çš„é¡žåž‹çš„é¡žåž‹é™�å®š"
  
! #: config/rs6000/rs6000-c.c:6435
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "Builtin function %s not supported in this compiler configuration"
  msgstr "ifunc æœªè¢«æ”¯æ�´åœ¨ä¸­é€™å€‹çµ„æ…‹"
  
! #: config/rs6000/rs6000-c.c:6443
  #, fuzzy, gcc-internal-format, gfc-internal-format
  #| msgid "invalid parameter combination for AltiVec intrinsic"
  msgid "invalid parameter combination for AltiVec intrinsic %s"
*************** msgstr "ç„¡æ•ˆçš„å¼•æ•¸åˆ°å…§å»ºå‡½å¼�"
*** 33909,34022 ****
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9812
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr "å±€éƒ¨è®Šæ•¸å¤§å°�ç¸½å’Œè¶…é�Žæž¶æ§‹æ¥µå€¼ã€‚"
  
! #: config/s390/s390.c:10926
  #, fuzzy, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr "å½±æ ¼å¤§å°�çš„å‡½å¼� %qs æ˜¯ %wd ä½�å…ƒçµ„è¶…å‡ºä½¿ç”¨è€…æ��ä¾›çš„å †ç–Šé™�åˆ¶çš„ %d ä½�å…ƒçµ„ã€‚ unconditional é™·é˜±è¢«å·²åŠ å…¥ã€‚"
  
! #: config/s390/s390.c:10942
  #, fuzzy, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr "å½±æ ¼å¤§å°�çš„å‡½å¼� %qs æ˜¯ %wd ä½�å…ƒçµ„è©²é …æ˜¯è¶…é�Žå�Šå †ç–Šå¤§å°�ã€‚å‹•æ…‹æª¢æŸ¥æœƒç„¡æ³•æ˜¯ reliableã€‚æ²’æœ‰æª¢æŸ¥ç™¼å‡ºç”¨æ–¼é€™å€‹å‡½å¼�ã€‚"
  
! #: config/s390/s390.c:10970
  #, fuzzy, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr "å½±æ ¼å¤§å°�çš„ %qs æ˜¯ %wd ä½�å…ƒçµ„"
  
! #: config/s390/s390.c:10974
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr "%qs ä½¿ç”¨å‹•æ…‹å †ç–ŠæŒ‡æ´¾"
  
! #: config/s390/s390.c:11352
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14498
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr "%<mwords-little-endian%> è¢«ä¸�å®œç”¨è€Œå°‡è¢«  ç§»é™¤çš„åœ¨ä¸­æœªä¾†é‡‹å‡º"
  
! #: config/s390/s390.c:14510
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr "%<mwords-little-endian%> è¢«ä¸�å®œç”¨è€Œå°‡è¢«  ç§»é™¤çš„åœ¨ä¸­æœªä¾†é‡‹å‡º"
  
! #: config/s390/s390.c:14522
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "z/Architecture æ¨¡å¼�åœ¨ %s ä¸Šä¸�å�—æ”¯æ�´"
  
! #: config/s390/s390.c:14525
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "64-bit ABI åœ¨ ESA/390 æ¨¡å¼�ä¸‹ä¸�å�—æ”¯æ�´"
  
! #: config/s390/s390.c:14542
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr "ç¡¬é«”å��é€²ä½�æµ®é»žæ•¸æŒ‡ä»¤ç„¡æ³•ä½¿ç”¨æ–¼ %s"
  
! #: config/s390/s390.c:14545
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14573
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "ç¡¬é«”å��é€²ä½�æµ®é»žæ•¸æŒ‡ä»¤ç„¡æ³•ä½¿ç”¨æ–¼ %s"
  
! #: config/s390/s390.c:14577
  #, fuzzy, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "ç¡¬é«”å��é€²ä½�æµ®é»žæ•¸æŒ‡ä»¤ç„¡æ³•ä½¿ç”¨åœ¨ä¸­ ESA/390 æ¨¡å¼�"
  
! #: config/s390/s390.c:14589
  #, fuzzy, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr "-mhard-dfp can%'t è¢«å·²ç”¨æ–¼æŽ¥å�ˆèˆ‡ -msoft-float"
  
! #: config/s390/s390.c:14597
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "-mbackchain -mpacked-stack -mhard-float ä¸€èµ·ä½¿ç”¨ä¸�å�—æ”¯æ�´"
  
! #: config/s390/s390.c:14603
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr "å †ç–Šå¤§å°�å¿…é ˆå¤§æ–¼å †ç–Šé˜²è­·å€¼"
  
! #: config/s390/s390.c:14605
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "å †ç–Šå¤§å°�ä¸�èƒ½å¤§æ–¼ 64K"
  
! #: config/s390/s390.c:14608
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr "-mstack-guard æ„�å‘³è‘—ä½¿ç”¨ -mstack-size"
  
  #. argument is not a plain number
! #: config/s390/s390.c:14706
  #, fuzzy, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr "å¼•æ•¸åˆ° %qs æ‡‰è©²æ˜¯ non-negative æ•´æ•¸"
  
! #: config/s390/s390.c:14713
  #, fuzzy, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr "å¼•æ•¸åˆ° %qE å±¬æ€§å¤§æ–¼ %d"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:14921
  #, fuzzy, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr "%<__int128%>æœªè¢«æ”¯æ�´ç”±é€™å€‹ç›®æ¨™"
--- 33915,34028 ----
  msgid "requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d)"
  msgstr ""
  
! #: config/s390/s390.c:9980
  #, gcc-internal-format
  msgid "total size of local variables exceeds architecture limit"
  msgstr "å±€éƒ¨è®Šæ•¸å¤§å°�ç¸½å’Œè¶…é�Žæž¶æ§‹æ¥µå€¼ã€‚"
  
! #: config/s390/s390.c:11094
  #, fuzzy, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes.  An unconditional trap is added."
  msgstr "å½±æ ¼å¤§å°�çš„å‡½å¼� %qs æ˜¯ %wd ä½�å…ƒçµ„è¶…å‡ºä½¿ç”¨è€…æ��ä¾›çš„å †ç–Šé™�åˆ¶çš„ %d ä½�å…ƒçµ„ã€‚ unconditional é™·é˜±è¢«å·²åŠ å…¥ã€‚"
  
! #: config/s390/s390.c:11110
  #, fuzzy, gcc-internal-format
  msgid "frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function."
  msgstr "å½±æ ¼å¤§å°�çš„å‡½å¼� %qs æ˜¯ %wd ä½�å…ƒçµ„è©²é …æ˜¯è¶…é�Žå�Šå †ç–Šå¤§å°�ã€‚å‹•æ…‹æª¢æŸ¥æœƒç„¡æ³•æ˜¯ reliableã€‚æ²’æœ‰æª¢æŸ¥ç™¼å‡ºç”¨æ–¼é€™å€‹å‡½å¼�ã€‚"
  
! #: config/s390/s390.c:11138
  #, fuzzy, gcc-internal-format
  msgid "frame size of %qs is %wd bytes"
  msgstr "å½±æ ¼å¤§å°�çš„ %qs æ˜¯ %wd ä½�å…ƒçµ„"
  
! #: config/s390/s390.c:11142
  #, gcc-internal-format
  msgid "%qs uses dynamic stack allocation"
  msgstr "%qs ä½¿ç”¨å‹•æ…‹å †ç–ŠæŒ‡æ´¾"
  
! #: config/s390/s390.c:11520
  #, gcc-internal-format
  msgid "CPUs older than z900 are not supported for -fsplit-stack"
  msgstr ""
  
! #: config/s390/s390.c:14666
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s"
  msgstr "%<mwords-little-endian%> è¢«ä¸�å®œç”¨è€Œå°‡è¢«  ç§»é™¤çš„åœ¨ä¸­æœªä¾†é‡‹å‡º"
  
! #: config/s390/s390.c:14678
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "%stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s"
  msgstr "%<mwords-little-endian%> è¢«ä¸�å®œç”¨è€Œå°‡è¢«  ç§»é™¤çš„åœ¨ä¸­æœªä¾†é‡‹å‡º"
  
! #: config/s390/s390.c:14690
  #, gcc-internal-format, gfc-internal-format
  msgid "z/Architecture mode not supported on %s"
  msgstr "z/Architecture æ¨¡å¼�åœ¨ %s ä¸Šä¸�å�—æ”¯æ�´"
  
! #: config/s390/s390.c:14693
  #, gcc-internal-format
  msgid "64-bit ABI not supported in ESA/390 mode"
  msgstr "64-bit ABI åœ¨ ESA/390 æ¨¡å¼�ä¸‹ä¸�å�—æ”¯æ�´"
  
! #: config/s390/s390.c:14710
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "hardware vector support not available on %s"
  msgstr "ç¡¬é«”å��é€²ä½�æµ®é»žæ•¸æŒ‡ä»¤ç„¡æ³•ä½¿ç”¨æ–¼ %s"
  
! #: config/s390/s390.c:14713
  #, gcc-internal-format
  msgid "hardware vector support not available with -msoft-float"
  msgstr ""
  
! #: config/s390/s390.c:14741
  #, fuzzy, gcc-internal-format, gfc-internal-format
  msgid "hardware decimal floating point instructions not available on %s"
  msgstr "ç¡¬é«”å��é€²ä½�æµ®é»žæ•¸æŒ‡ä»¤ç„¡æ³•ä½¿ç”¨æ–¼ %s"
  
! #: config/s390/s390.c:14745
  #, fuzzy, gcc-internal-format
  msgid "hardware decimal floating point instructions not available in ESA/390 mode"
  msgstr "ç¡¬é«”å��é€²ä½�æµ®é»žæ•¸æŒ‡ä»¤ç„¡æ³•ä½¿ç”¨åœ¨ä¸­ ESA/390 æ¨¡å¼�"
  
! #: config/s390/s390.c:14757
  #, fuzzy, gcc-internal-format
  msgid "-mhard-dfp can%'t be used in conjunction with -msoft-float"
  msgstr "-mhard-dfp can%'t è¢«å·²ç”¨æ–¼æŽ¥å�ˆèˆ‡ -msoft-float"
  
! #: config/s390/s390.c:14765
  #, gcc-internal-format
  msgid "-mbackchain -mpacked-stack -mhard-float are not supported in combination"
  msgstr "-mbackchain -mpacked-stack -mhard-float ä¸€èµ·ä½¿ç”¨ä¸�å�—æ”¯æ�´"
  
! #: config/s390/s390.c:14771
  #, gcc-internal-format
  msgid "stack size must be greater than the stack guard value"
  msgstr "å †ç–Šå¤§å°�å¿…é ˆå¤§æ–¼å †ç–Šé˜²è­·å€¼"
  
! #: config/s390/s390.c:14773
  #, gcc-internal-format
  msgid "stack size must not be greater than 64k"
  msgstr "å †ç–Šå¤§å°�ä¸�èƒ½å¤§æ–¼ 64K"
  
! #: config/s390/s390.c:14776
  #, gcc-internal-format
  msgid "-mstack-guard implies use of -mstack-size"
  msgstr "-mstack-guard æ„�å‘³è‘—ä½¿ç”¨ -mstack-size"
  
  #. argument is not a plain number
! #: config/s390/s390.c:14874
  #, fuzzy, gcc-internal-format
  msgid "arguments to %qs should be non-negative integers"
  msgstr "å¼•æ•¸åˆ° %qs æ‡‰è©²æ˜¯ non-negative æ•´æ•¸"
  
! #: config/s390/s390.c:14881
  #, fuzzy, gcc-internal-format
  msgid "argument to %qs is too large (max. %d)"
  msgstr "å¼•æ•¸åˆ° %qE å±¬æ€§å¤§æ–¼ %d"
  
  #. Value is not allowed for the target attribute.
! #: config/s390/s390.c:15089
  #, fuzzy, gcc-internal-format
  msgid "value %qs is not supported by attribute %<target%>"
  msgstr "%<__int128%>æœªè¢«æ”¯æ�´ç”±é€™å€‹ç›®æ¨™"
diff -Nrcpad gcc-7.1.0/gcc/real.c gcc-7.2.0/gcc/real.c
*** gcc-7.1.0/gcc/real.c	Wed Feb 15 12:19:53 2017
--- gcc-7.2.0/gcc/real.c	Tue Jun 27 16:43:35 2017
*************** do_compare (const REAL_VALUE_TYPE *a, co
*** 960,971 ****
        gcc_unreachable ();
      }
  
-   if (a->sign != b->sign)
-     return -a->sign - -b->sign;
- 
    if (a->decimal || b->decimal)
      return decimal_do_compare (a, b, nan_result);
  
    if (REAL_EXP (a) > REAL_EXP (b))
      ret = 1;
    else if (REAL_EXP (a) < REAL_EXP (b))
--- 960,971 ----
        gcc_unreachable ();
      }
  
    if (a->decimal || b->decimal)
      return decimal_do_compare (a, b, nan_result);
  
+   if (a->sign != b->sign)
+     return -a->sign - -b->sign;
+ 
    if (REAL_EXP (a) > REAL_EXP (b))
      ret = 1;
    else if (REAL_EXP (a) < REAL_EXP (b))
diff -Nrcpad gcc-7.1.0/gcc/reorg.c gcc-7.2.0/gcc/reorg.c
*** gcc-7.1.0/gcc/reorg.c	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/reorg.c	Thu Jun 15 13:25:33 2017
*************** own_thread_p (rtx thread, rtx label, int
*** 1694,1702 ****
  }
  
  /* Called when INSN is being moved from a location near the target of a jump.
!    We leave a marker of the form (use (INSN)) immediately in front
!    of WHERE for mark_target_live_regs.  These markers will be deleted when
!    reorg finishes.
  
     We used to try to update the live status of registers if WHERE is at
     the start of a basic block, but that can't work since we may remove a
--- 1694,1701 ----
  }
  
  /* Called when INSN is being moved from a location near the target of a jump.
!    We leave a marker of the form (use (INSN)) immediately in front of WHERE
!    for mark_target_live_regs.  These markers will be deleted at the end.
  
     We used to try to update the live status of registers if WHERE is at
     the start of a basic block, but that can't work since we may remove a
*************** own_thread_p (rtx thread, rtx label, int
*** 1705,1720 ****
  static void
  update_block (rtx_insn *insn, rtx_insn *where)
  {
-   /* Ignore if this was in a delay slot and it came from the target of
-      a branch.  */
-   if (INSN_FROM_TARGET_P (insn))
-     return;
- 
    emit_insn_before (gen_rtx_USE (VOIDmode, insn), where);
  
    /* INSN might be making a value live in a block where it didn't use to
       be.  So recompute liveness information for this block.  */
- 
    incr_ticks_for_insn (insn);
  }
  
--- 1704,1713 ----
diff -Nrcpad gcc-7.1.0/gcc/simplify-rtx.c gcc-7.2.0/gcc/simplify-rtx.c
*** gcc-7.1.0/gcc/simplify-rtx.c	Tue Apr 11 17:21:51 2017
--- gcc-7.2.0/gcc/simplify-rtx.c	Tue Jul 25 11:39:23 2017
*************** simplify_const_relational_operation (enu
*** 5314,5347 ****
  	{
  	case LT:
  	  /* Optimize abs(x) < 0.0.  */
! 	  if (!HONOR_SNANS (mode)
! 	      && (!INTEGRAL_MODE_P (mode)
! 		  || (!flag_wrapv && !flag_trapv && flag_strict_overflow)))
! 	    {
! 	      if (INTEGRAL_MODE_P (mode)
! 		  && (issue_strict_overflow_warning
! 		      (WARN_STRICT_OVERFLOW_CONDITIONAL)))
! 		warning (OPT_Wstrict_overflow,
! 			 ("assuming signed overflow does not occur when "
! 			  "assuming abs (x) < 0 is false"));
! 	       return const0_rtx;
! 	    }
  	  break;
  
  	case GE:
  	  /* Optimize abs(x) >= 0.0.  */
! 	  if (!HONOR_NANS (mode)
! 	      && (!INTEGRAL_MODE_P (mode)
! 		  || (!flag_wrapv && !flag_trapv && flag_strict_overflow)))
! 	    {
! 	      if (INTEGRAL_MODE_P (mode)
! 	          && (issue_strict_overflow_warning
! 	    	  (WARN_STRICT_OVERFLOW_CONDITIONAL)))
! 	        warning (OPT_Wstrict_overflow,
! 			 ("assuming signed overflow does not occur when "
! 			  "assuming abs (x) >= 0 is true"));
! 	      return const_true_rtx;
! 	    }
  	  break;
  
  	case UNGE:
--- 5314,5327 ----
  	{
  	case LT:
  	  /* Optimize abs(x) < 0.0.  */
! 	  if (!INTEGRAL_MODE_P (mode) && !HONOR_SNANS (mode))
! 	    return const0_rtx;
  	  break;
  
  	case GE:
  	  /* Optimize abs(x) >= 0.0.  */
! 	  if (!INTEGRAL_MODE_P (mode) && !HONOR_NANS (mode))
! 	    return const_true_rtx;
  	  break;
  
  	case UNGE:
diff -Nrcpad gcc-7.1.0/gcc/testsuite/ChangeLog gcc-7.2.0/gcc/testsuite/ChangeLog
*** gcc-7.1.0/gcc/testsuite/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/gcc/testsuite/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,743 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
+ 2017-08-08  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR middle-end/81766
+ 	* gcc.target/i386/pr81766.c: New testcase.
+ 
+ 2017-08-02  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	* gcc.target/i386/funcspec-56.inc (no_3dnowa): Properly
+ 	test "no-3dnowa" target attribute.
+ 
+ 2017-08-02  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR tree-optimization/81655
+ 	PR tree-optimization/81588
+ 	* gcc.dg/tree-ssa/pr81588.c: Use -mbranch-cost=2 where possible,
+ 	don't run the test on branch-cost=1 targets.
+ 
+ 	PR middle-end/79499
+ 	* gcc.dg/pr79499.c: New test.
+ 
+ 2017-08-01  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	PR target/81641
+ 	* gcc.target/i386/pr81641.c: New test.
+ 
+ 2017-08-01  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR target/81622
+ 	* gcc.target/powerpc/pr81622.c: New test.
+ 
+ 2017-08-01  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR tree-optimization/71752
+ 	PR tree-optimization/81633
+ 	* gcc.dg/vect/pr81633.c: New testcase.
+ 
+ 2017-08-01  Richard Sandiford  <richard.sandiford@linaro.org>
+ 
+ 	PR tree-optimization/80769
+ 	* gcc.dg/strlenopt-31.c: New test.
+ 	* gcc.dg/strlenopt-31g.c: Likewise.
+ 
+ 2017-08-01  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR tree-optimization/81588
+ 	* gcc.dg/tree-ssa/pr81588.c: New test.
+ 	* gcc.dg/pr81588.c: New test.
+ 	* gcc.c-torture/execute/pr81588.c: New test.
+ 
+ 2017-07-31  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR sanitizer/81604
+ 	* c-c++-common/ubsan/pr81604.c: New test.
+ 
+ 2017-07-28  Peter Bergner  <bergner@vnet.ibm.com>
+ 
+ 	Backport from mainline
+ 	2017-07-28  Peter Bergner  <bergner@vnet.ibm.com>
+ 
+ 	* gcc.target/powerpc/cpu-builtin-1.c (darn, scv): Add tests.
+ 
+ 2017-07-28  Bin Cheng  <bin.cheng@arm.com>
+ 
+ 	Backport from mainline r250496
+ 	2017-07-25  Kyrylo Tkachov  <kyrylo.tkachov@arm.com>
+ 
+ 	PR target/81414
+ 	* gcc.target/aarch64/pr81414.C: New.
+ 
+ 2017-07-27  Andreas Krebbel  <krebbel@linux.vnet.ibm.com>
+ 
+ 	Backport from mainline
+ 	2017-07-27  Andreas Krebbel  <krebbel@linux.vnet.ibm.com>
+ 
+ 	PR target/81534
+ 	* gcc.target/s390/pr81534.c: New test.
+ 
+ 2017-07-27  Paolo Carlini  <paolo.carlini@oracle.com>
+ 
+ 	PR c++/71570
+ 	* g++.dg/cpp0x/lambda/lambda-ice17.C: New.
+ 
+ 2017-07-27  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR tree-optimization/81555
+ 	PR tree-optimization/81556
+ 	* gcc.c-torture/execute/pr81555.c: New test.
+ 	* gcc.c-torture/execute/pr81556.c: New test.
+ 
+ 2017-07-27  Martin Liska  <mliska@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-07-26  Martin Liska  <mliska@suse.cz>
+ 
+ 	PR sanitize/81186
+ 	* gcc.dg/asan/pr81186.c: New test.
+ 
+ 2017-07-27  Martin Liska  <mliska@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-06-30  Martin Liska  <mliska@suse.cz>
+ 
+ 	PR sanitizer/81021
+ 	* g++.dg/asan/pr81021.C: New test.
+ 
+ 2017-07-27  Martin Liska  <mliska@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-06-28  Martin Liska  <mliska@suse.cz>
+ 
+ 	PR sanitizer/81224
+ 	* gcc.dg/asan/pr81224.c: New test.
+ 
+ 2017-07-26  Wilco Dijkstra  <wdijkstr@arm.com>
+ 
+ 	PR target/79041
+ 	* gcc.target/aarch64/pr79041-2.c: Don't run in ILP32.
+ 
+ 2017-07-26  Richard Biener  <rguenther@suse.de>
+ 
+ 	Backport from mainline
+ 	2017-06-18  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR tree-optimization/81410
+ 	* gcc.dg/vect/pr81410.c: New testcase.
+ 
+ 	2017-07-25  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR tree-optimization/81455
+ 	* gcc.dg/pr81455.c: New testcase.
+ 
+ 	2017-07-25  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR middle-end/81505
+ 	* gcc.dg/ubsan/pr81505.c: New testcase.
+ 
+ 	2017-07-04  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR target/81175
+ 	* gcc.target/i386/pr69255-2.c (foo): Use the return value of the
+ 	gather.
+ 
+ 	2017-06-26  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR target/81175
+ 	* gfortran.dg/pr81175.f: New testcase.
+ 
+ 	2017-06-21  Marc Glisse  <marc.glisse@inria.fr>
+  
+  	* gcc.dg/tree-ssa/addadd.c: Un-XFAIL.
+  	* gcc.dg/tree-ssa/addadd-2.c: New file.
+ 
+ 2016-07-25  Bill Schmidt  <wschmidt@linux.vnet.ibm.com>
+ 
+ 	Backport from mainline
+ 	2016-07-14  Bill Schmidt  <wschmidt@linux.vnet.ibm.com>
+ 
+ 	PR tree-optimization/81162
+ 	* gcc.dg/ubsan/pr81162.c: New file.
+ 
+ 2017-07-25  Wilco Dijkstra  <wdijkstr@arm.com>
+ 
+ 	PR target/79041
+ 	* gcc.target/aarch64/pr79041-2.c: New test.
+ 
+ 2017-07-25  Georg-Johann Lay  <avr@gjlay.de>
+ 
+ 	Backport from trunk r247719.
+ 
+ 	2017-05-06  Richard Sandiford  <richard.sandiford@linaro.org>
+ 
+ 	PR rtl-optimization/75964
+ 	* gcc.dg/torture/pr75964.c: New test.
+ 
+ 2017-07-25  Bin Cheng  <bin.cheng@arm.com>
+ 
+ 	Backport from 2017-07-20 trunk r250384.
+ 
+ 	PR tree-optimization/81388
+ 	* gcc.dg/tree-ssa/pr81388-1.c: New test.
+ 	* gcc.dg/tree-ssa/pr81388-2.c: New test.
+ 
+ 2017-07-23  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	PR target/80569
+ 	* gcc.target/i386/pr80569.c: New test.
+ 
+ 2017-07-19  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	Back port from trunk
+ 	2017-07-12  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	PR target/81193
+ 	* gcc.target/powerpc/cpu-builtin-1.c: Change test to use #ifdef
+ 	__BUILTIN_CPU_SUPPORTS to see if the GLIBC is new enough that
+ 	__builtin_cpu_is and __builtin_cpu_supports are supported.
+ 
+ 2017-07-18  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	PR target/81471
+ 	* gcc.target/i386/pr81471.c: New test.
+ 
+ 2017-07-17  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR tree-optimization/81428
+ 	* gcc.dg/fixed-point/pr81428.c: New test.
+ 
+ 	PR tree-optimization/81365
+ 	* g++.dg/torture/pr81365.C: New test.
+ 
+ 	Backported from mainline
+ 	2017-07-04  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR c++/81258
+ 	* g++.dg/cpp1z/decomp21.C (foo): Adjust expected diagnostics.
+ 	* g++.dg/cpp1z/decomp30.C: New test.
+ 
+ 	2017-06-30  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR target/81225
+ 	* gcc.target/i386/pr81225.c: New test.
+ 
+ 2017-07-16  Eric Botcazou  <ebotcazou@adacore.com>
+ 
+ 	* gnat.dg/opt65.adb: New test.
+ 
+ 2017-07-10  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	PR target/81375
+ 	* gcc.target/i386/pr81375.c: New test.
+ 
+ 2017-07-07  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	Backport from mainline
+ 	2017-07-07  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	PR target/81348
+ 	* gcc.target/powerpc/pr81348.c: New test.
+ 
+ 2017-07-07  Jose E. Marchesi  <jose.marchesi@oracle.com>
+ 
+ 	* gcc.target/sparc/dictunpack.c: New file.
+ 	* gcc.target/sparc/fpcmpdeshl.c: Likewise.
+ 	* gcc.target/sparc/fpcmpshl.c: Likewise.
+ 	* gcc.target/sparc/fpcmpurshl.c: Likewise.
+ 	* gcc.target/sparc/fpcmpushl.c: Likewise.
+ 
+ 2017-07-05  Georg-Johann Lay  <avr@gjlay.de>
+ 
+ 	Backport from 2017-07-05 trunk r249995, r249996.
+ 
+ 	PR target/81305
+ 	* gcc.target/avr/isr-test.h: New file.
+ 	* gcc.target/avr/torture/isr-01-simple.c: New test.
+ 	* gcc.target/avr/torture/isr-02-call.c: New test.
+ 	* gcc.target/avr/torture/isr-03-fixed.c: New test.
+ 
+ 2017-07-04  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	PR target/81300
+ 	* gcc.target/i386/pr81300.c: New test.
+ 
+ 2017-07-04  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	PR target/81294
+ 	* gcc.target/i386/adx-addcarryx32-2.c (adx_test): Swap
+ 	x and y arguments in the call to _subborrow_u32.
+ 	* gcc.target/i386/adx-addcarryx64-2.c (adx_test): Swap
+ 	x and y arguments in the call to _subborrow_u64.
+ 	* gcc.target/i386/pr81294-1.c: New test.
+ 	* gcc.target/i386/pr81294-2.c: Ditto.
+ 
+ 2017-07-03  Tom de Vries  <tom@codesourcery.com>
+ 
+ 	backport from mainline:
+ 	PR tree-optimization/81192
+ 	2017-07-03  Tom de Vries  <tom@codesourcery.com>
+ 
+ 	* gcc.dg/pr81192.c: New test.
+ 
+ 2017-06-29  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	Backport from mainline
+ 	2017-06-23  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	PR target/80510
+ 	* gcc.target/powerpc/pr80510-1.c: Allow test to run on 32-bit.
+ 	* gcc.target/powerpc/pr80510-2.c: Likewise.
+ 
+ 	Backport from mainline
+ 	2017-06-20  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	PR target/79799
+ 	* gcc.target/powerpc/pr79799-1.c: New test.
+ 	* gcc.target/powerpc/pr79799-2.c: Likewise.
+ 	* gcc.target/powerpc/pr79799-3.c: Likewise.
+ 	* gcc.target/powerpc/pr79799-4.c: Likewise.
+ 	* gcc.target/powerpc/pr79799-5.c: Likewise.
+ 
+ 2017-06-29  Richard Biener  <rguenther@suse.de>
+ 
+ 	Backport from mainline
+ 	2017-06-19  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR ipa/81112
+ 	* g++.dg/torture/pr81112.C: New testcase.
+ 
+ 2017-06-28  Richard Biener  <rguenther@suse.de>
+ 
+ 	Backport from mainline
+ 	2017-06-09  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR middle-end/81007
+ 	* g++.dg/pr81007.C: New testcase.
+ 
+ 	2017-06-14  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR tree-optimization/81083
+ 	* gcc.dg/torture/pr81083.c: New testcase.
+ 
+ 2017-06-28  Eric Botcazou  <ebotcazou@adacore.com>
+ 
+ 	* gcc.dg/tree-prof/val-profiler-threads-1.c (main): Fix 2nd argument
+ 	passed to pthread_join.
+ 
+ 2017-06-27  Jerry DeLisle  <jvdelisle@gcc.gnu.org>
+ 
+ 	Backport from trunk:
+ 	PR libgfortran/53029
+ 	* gfortran.dg/read_5.f90: New test.
+ 
+ 2017-06-27  Segher Boessenkool  <segher@kernel.crashing.org>
+ 
+ 	Backports from trunk:
+ 
+ 	2017-05-17  Segher Boessenkool  <segher@kernel.crashing.org>
+ 	PR middle-end/80692
+ 	* gcc.c-torture/execute/pr80692.c: New testcase.
+ 
+ 	2017-06-09  Segher Boessenkool  <segher@kernel.crashing.org>
+ 	PR target/80966
+ 	* gcc.target/powerpc/stack-limit.c: New testcase.
+ 
+ 2017-06-27  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR sanitizer/81209
+ 	* g++.dg/ubsan/pr81209.C: New test.
+ 
+ 	PR middle-end/81207
+ 	* gcc.c-torture/compile/pr81207.c: New test.
+ 
+ 2017-06-26  Eric Botcazou  <ebotcazou@adacore.com>
+ 
+ 	* c-c++-common/ubsan/sanitize-recover-7.c (dg-options): Add -w.
+ 
+ 2017-06-24  Marek Polacek  <polacek@redhat.com>
+ 	
+ 	Backport from mainline
+ 	2017-05-04  Marek Polacek  <polacek@redhat.com>
+ 
+ 	PR tree-optimization/80612
+ 	* gcc.dg/torture/pr80612.c: New test.
+ 
+ 2017-06-23  Thomas Preud'homme  <thomas.preudhomme@arm.com>
+ 
+ 	Backport from mainline
+ 	2017-05-04  Prakhar Bahuguna  <prakhar.bahuguna@arm.com>
+ 
+ 	* gcc.target/arm/fpscr.c: New file.
+ 
+ 2017-06-22  Martin Liska  <mliska@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-06-19  Martin Liska  <mliska@suse.cz>
+ 
+ 	PR sanitizer/80879
+ 	* gcc.dg/asan/use-after-scope-switch-4.c: New test.
+ 
+ 2017-06-22  Martin Liska  <mliska@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-05-26  Martin Liska  <mliska@suse.cz>
+ 
+ 	PR ipa/80663
+ 	* g++.dg/ipa/pr80212.C: Remove the test as it does not longer
+ 	split at the problematic spot.
+ 	* gcc.dg/ipa/pr48195.c: Change 101 to 100 as 101 is no longer
+ 	a valid value of the param.
+ 
+ 2017-06-21  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	Back port from mainline
+ 	PR target/80510
+ 	* gcc.target/powerpc/pr80510-1.c: Restrict test to 64-bit until
+ 	32-bit support is added.  Change ITYPE size to 64-bit integer.
+ 	* gcc.target/powerpc/pr80510-2.c: Likewise.
+ 
+ 2017-06-21  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR c++/81154
+ 	* g++.dg/gomp/pr81154.C: New test.
+ 
+ 	Backported from mainline
+ 	2017-06-20  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR target/81121
+ 	* gcc.target/i386/pr81121.c: New test.
+ 
+ 	2017-06-19  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR sanitizer/81125
+ 	* g++.dg/ubsan/pr81125.C: New test.
+ 
+ 	PR sanitizer/81111
+ 	* g++.dg/ubsan/pr81111.C: New test.
+ 
+ 	2017-06-13  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR c++/80973
+ 	* g++.dg/ubsan/pr80973.C: New test.
+ 
+ 	PR c++/80984
+ 	* g++.dg/opt/nrv18.C: New test.
+ 
+ 2017-06-19  James Greenhalgh  <james.greenhalgh@arm.com>
+ 
+ 	Backport from mainline
+ 	2017-06-19  James Greenhalgh  <james.greenhalgh@arm.com>
+ 
+ 	PR target/71778
+ 	* gcc.target/arm/pr71778.c: New.
+ 
+ 2017-06-14  Eric Botcazou  <ebotcazou@adacore.com>
+ 
+ 	* gcc.target/sparc/overflow-4.c: Add -mno-vis3.
+ 
+ 2017-06-09  Janus Weil  <janus@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR fortran/70601
+ 	* gfortran.dg/proc_ptr_comp_50.f90: New test.
+ 
+ 2017-06-08  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	PR target/81015
+ 	* gcc.target/i386/pr59874-1.c (foo): Call __builtin_ctzs.
+ 	* gcc.target/i386/pr59874-2.c (foo): Call __builtin_clzs.
+ 	* gcc.target/i386/pr81015.c: New test.
+ 
+ 2017-06-08  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR c/81006
+ 	* c-c++-common/gomp/pr81006.c: New test.
+ 
+ 	PR c++/81011
+ 	* g++.dg/gomp/pr81011.C: New test.
+ 
+ 2017-06-07  Richard Biener  <rguenther@suse.de>
+ 
+ 	Backport from mainline
+ 	2017-05-02  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR tree-optimization/80549
+ 	* gcc.dg/torture/pr80549.c: New testcase.
+ 
+ 	2017-05-19  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR c++/80593
+ 	* g++.dg/warn/Wstrict-aliasing-bogus-char-2.C: New testcase.
+ 	* g++.dg/warn/Wstrict-aliasing-6.C: Adjust expected outcome.
+ 
+ 	2017-05-26  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR tree-optimization/80842
+ 	* gcc.dg/torture/pr80842.c: New testcase.
+ 
+ 	2017-05-31  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR tree-optimization/80906
+ 	* gcc.dg/graphite/pr80906.c: New testcase.
+ 
+ 	2017-05-11  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR tree-optimization/80705
+ 	* gcc.dg/vect/bb-slp-pr80705.c: New testcase.
+ 
+ 2017-06-07  Marek Polacek  <polacek@redhat.com>
+ 
+ 	Backport from mainline
+ 	2017-06-04  Marek Polacek  <polacek@redhat.com>
+ 
+ 	PR c/80919
+ 	* gcc.dg/format/pr80919.c: New test.
+ 
+ 2017-06-06  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	Back port from mainline
+ 	2017-05-19  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	PR target/80718
+ 	* gcc.target/powerpc/pr80718.c: New test.
+ 
+ 2017-06-06  Thomas Koenig  <tkoenig@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR fortran/80975
+ 	* gfortran.dg/matmul_16.f90: New test.
+ 	* gfortran.dg/inline_matmul_18.f90: New test.
+ 
+ 2017-06-06  David S. Miller  <davem@davemloft.net>
+ 
+ 	* gcc.target/sparc/sparc-ret-3.c: New test.
+ 
+ 2017-06-05  Janus Weil  <janus@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR fortran/80766
+ 	* gfortran.dg/typebound_call_28.f90: New test.
+ 
+ 2017-06-02  Thomas Koenig  <tkoenig@gcc.gnu.org>
+ 
+ 	PR fortran/80904
+ 	* gfortran.dg/matmul_bounds_12.f90:  New test.
+ 
+ 2017-06-02  Prakhar Bahuguna  <prakhar.bahuguna@arm.com>
+ 
+ 	Backport from mainline
+ 	2017-05-05  Andre Vieira  <andre.simoesdiasvieira@arm.com>
+ 		    Prakhar Bahuguna  <prakhar.bahuguna@arm.com>
+ 
+ 	PR target/71607
+ 	* gcc.target/arm/thumb2-slow-flash-data.c: Renamed to ...
+ 	* gcc.target/arm/thumb2-slow-flash-data-1.c: ... this.
+ 	* gcc.target/arm/thumb2-slow-flash-data-2.c: New.
+ 	* gcc.target/arm/thumb2-slow-flash-data-3.c: New.
+ 	* gcc.target/arm/thumb2-slow-flash-data-4.c: New.
+ 	* gcc.target/arm/thumb2-slow-flash-data-5.c: New.
+ 	* gcc.target/arm/tls-disable-literal-pool.c: New.
+ 
+ 2017-06-02  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR rtl-optimization/80903
+ 	* gcc.dg/pr80903.c: New test.
+ 
+ 	PR fortran/80918
+ 	* gfortran.dg/gomp/pr80918.f90: New test.
+ 
+ 2017-05-31  Martin Jambor  <mjambor@suse.cz>
+ 
+ 	Backport from mainline
+ 	2017-04-24  Martin Jambor  <mjambor@suse.cz>
+ 
+ 	PR tree-optimization/80293
+ 	* g++.dg/tree-ssa/pr80293.C: New test.
+ 
+ 2017-05-29  Andreas Krebbel  <krebbel@linux.vnet.ibm.com>
+ 
+ 	Backport from mainline
+ 	2017-05-24  Andreas Krebbel  <krebbel@linux.vnet.ibm.com>
+ 
+ 	* gcc.target/s390/pr80725.c: New test.
+ 
+ 2017-05-26  Marek Polacek  <polacek@redhat.com>
+ 
+ 	Backported from mainline
+ 	2017-05-17  Marek Polacek  <polacek@redhat.com>
+ 
+ 	PR sanitizer/80659
+ 	* gcc.dg/asan/pr80659.c: New test.
+ 
+ 2017-05-26  Marek Polacek  <polacek@redhat.com>
+ 
+ 	Backported from mainline
+ 	2017-05-26  Marek Polacek  <polacek@redhat.com>
+ 
+ 	PR sanitizer/80875
+ 	* c-c++-common/ubsan/pr80875.c: New test.
+ 
+ 2017-05-25  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	Backport from trunk
+ 	2017-05-18  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	PR target/80510
+ 	* gcc.target/powerpc/pr80510-1.c: New test.
+ 	* gcc.target/powerpc/pr80510-2.c: Likewise.
+ 
+ 	Backport from trunk
+ 	2017-05-09  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	PR target/68163
+ 	* gcc.target/powerpc/pr68163.c: New test.
+ 
+ 2017-05-23  Jerry DeLisle  <jvdelisle@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR libgfortran/80741
+ 	* gfortran.dg/read_4.f90: New test.
+ 
+ 2017-05-23  Jerry DeLisle  <jvdelisle@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR libgfortran/80333
+ 	* gfortran.dg/dtio_30.f03: New test.
+ 
+ 2017-05-23  Sheldon Lobo  <sheldon.lobo@oracle.com>
+ 
+ 	Backport from mainline
+ 	2017-05-18  Sheldon Lobo  <sheldon.lobo@oracle.com>
+ 
+ 	* gcc.target/sparc/niagara7-align.c: New test.
+ 
+ 2017-05-23  Jerry DeLisle  <jvdelisle@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR libgfortran/80333
+ 	* gfortran.dg/dtio_30.f03: New test.
+ 
+ 2017-05-22  Bill Schmidt  <wschmidt@linux.vnet.ibm.com>
+ 
+ 	Backport from mainline
+ 	2017-05-22  Bill Schmidt  <wschmidt@linux.vnet.ibm.com>
+ 
+ 	* gcc.target/powerpc/p8-vec-xl-xst.c: Fix target string to
+ 	LE-only.
+ 
+ 2017-05-22  Pierre-Marie de Rodat  <derodat@adacore.com>
+ 
+ 	* gnat.dg/specs/not_null1.ads: New test.
+ 
+ 2017-05-19  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	Backport from mainline
+ 	2017-05-18  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	PR target/80799
+ 	* g++.dg/other/i386-11.C: New test.
+ 
+ 2017-05-17  Jerry DeLisle  <jvdelisle@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR libgfortran/80727
+ 	* gfortran.dg/read_3.f90: New test.
+ 
+ 2017-05-17  Jerry DeLisle  <jvdelisle@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR fortran/78659
+ 	* gfortran.dg/namelist_91.f90: New test.
+ 	* gfortran.dg/namelist_92.f90: New test.
+ 	* gfortran.dg/namelist_93.f90: New test.
+ 	* gfortran.dg/namelist_94.f90: New test.
+ 
+ 2017-05-15  Steven G. Kargl  <kargl@gcc.gnu.org>
+ 
+ 	PR fortran/80752
+ 	gfortran.dg/pr80752.f90: New test.
+ 
+ 2017-05-14  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	Backport from mainline
+ 	2017-05-11  Uros Bizjak  <ubizjak@gmail.com>
+ 		    Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR target/80706
+ 	* gcc.target/i386/pr80706.c: New test.
+ 
+ 	2017-05-11  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	* gcc.target/i386/pr22152.c: Fix undefined testcase.
+ 	Remove unnecessary loop.  Run on 32-bit targets only.
+ 
+ 2017-05-13  Bill Schmidt  <wschmidt@linux.vnet.ibm.com>
+ 
+ 	Backport from mainline
+ 	2017-05-05  Bill Schmidt  <wschmidt@linux.vnet.ibm.com>
+ 
+ 	* gcc.target/powerpc/versioned-copy-loop.c: New file.
+ 
+ 2017-05-12  Bill Schmidt  <wschmidt@linux.vnet.ibm.com>
+ 
+ 	Backport from mainline
+ 	2017-05-10  Bill Schmidt  <wschmidt@linux.vnet.ibm.com>
+ 
+ 	* gcc.target/powerpc/p8-vec-xl-xst.c: New file.
+ 
+ 2017-05-09  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	Back port from mainline
+ 	2017-05-05  Michael Meissner  <meissner@linux.vnet.ibm.com>
+ 
+ 	PR target/79038
+ 	PR target/79202
+ 	PR target/79203
+ 	* gcc.target/powerpc/ppc-round3.c: New test.
+ 	* gcc.target/powerpc/ppc-round2.c: Update expected code.
+ 
+ 2017-05-05  Janus Weil  <janus@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR fortran/80121
+ 	* gfortran.dg/intent_out_9.f90: New test case.
+ 
+ 2017-05-05  Janus Weil  <janus@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR fortran/80392
+ 	* gfortran.dg/proc_ptr_comp_49.f90: New test case.
+ 
+ 2017-05-04  Jerry DeLisle  <jvdelisle@gcc.gnu.org>
+ 
+ 	Backport from mainline
+ 	PR fortran/80484
+ 	* gfortran.dg/dtio_29.f03: New test.
+ 
+ 2017-05-03  Richard Biener  <rguenther@suse.de>
+ 
+ 	Backport from mainline
+ 	2017-04-25  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR tree-optimization/80492
+ 	* gcc.dg/pr80492.c: New testcase.
+ 
+ 	2017-04-27  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR middle-end/80539
+ 	* gcc.dg/torture/pr80539.c: New testcase.
+ 
+ 2017-05-03  Jakub Jelinek <jakub@redhat.com>
+ 
+ 	Backported from mainline
+ 	2017-04-21  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR c/80468
+ 	* gcc.dg/pr80468.c: New test.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
***************
*** 52,77 ****
  	Backport from mainline
  	2017-04-25  Andreas Krebbel  <krebbel@linux.vnet.ibm.com>
  
!         PR target/80464
!         * gfortran.fortran-torture/compile/pr80464.f90: New test.
  
  2017-04-25  Andreas Krebbel  <krebbel@linux.vnet.ibm.com>
  
  	Backport from mainline
  	2017-04-25  Andreas Krebbel  <krebbel@linux.vnet.ibm.com>
  
!         PR target/79895
!         * gcc.target/s390/pr79895.c: New test.
  
  2017-04-25  Dominik Vogt  <vogt@linux.vnet.ibm.com>
  
  	Backport from maineline
  	2017-04-25  Dominik Vogt  <vogt@linux.vnet.ibm.com>
  
!         PR target/80080
!         * gcc.target/s390/md/atomic_compare_exchange-1.c: New test.
!         * gcc.target/s390/md/atomic_compare_exchange-1.inc: New test.
!         * gcc.target/s390/md/atomic_exchange-1.inc: New test.
  
  2017-04-25  Jakub Jelinek  <jakub@redhat.com>
  
--- 792,817 ----
  	Backport from mainline
  	2017-04-25  Andreas Krebbel  <krebbel@linux.vnet.ibm.com>
  
! 	PR target/80464
! 	* gfortran.fortran-torture/compile/pr80464.f90: New test.
  
  2017-04-25  Andreas Krebbel  <krebbel@linux.vnet.ibm.com>
  
  	Backport from mainline
  	2017-04-25  Andreas Krebbel  <krebbel@linux.vnet.ibm.com>
  
! 	PR target/79895
! 	* gcc.target/s390/pr79895.c: New test.
  
  2017-04-25  Dominik Vogt  <vogt@linux.vnet.ibm.com>
  
  	Backport from maineline
  	2017-04-25  Dominik Vogt  <vogt@linux.vnet.ibm.com>
  
! 	PR target/80080
! 	* gcc.target/s390/md/atomic_compare_exchange-1.c: New test.
! 	* gcc.target/s390/md/atomic_compare_exchange-1.inc: New test.
! 	* gcc.target/s390/md/atomic_exchange-1.inc: New test.
  
  2017-04-25  Jakub Jelinek  <jakub@redhat.com>
  
***************
*** 132,138 ****
  	* gcc.dg/torture/pr80341.c: Require int32plus.
  
  2017-04-19  Eric Botcazou  <ebotcazou@adacore.com>
!             Jeff Law  <law@redhat.com>
  
  	* gcc.c-torture/compile/20170419-1.c: New test.
  
--- 872,878 ----
  	* gcc.dg/torture/pr80341.c: Require int32plus.
  
  2017-04-19  Eric Botcazou  <ebotcazou@adacore.com>
! 	    Jeff Law  <law@redhat.com>
  
  	* gcc.c-torture/compile/20170419-1.c: New test.
  
diff -Nrcpad gcc-7.1.0/gcc/testsuite/c-c++-common/gomp/pr81006.c gcc-7.2.0/gcc/testsuite/c-c++-common/gomp/pr81006.c
*** gcc-7.1.0/gcc/testsuite/c-c++-common/gomp/pr81006.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/c-c++-common/gomp/pr81006.c	Thu Jun  8 19:12:38 2017
***************
*** 0 ****
--- 1,10 ----
+ /* PR c/81006 */
+ /* { dg-do compile } */
+ 
+ int a[] = {};
+ 
+ void foo()
+ {
+   #pragma omp task depend(out: a[:])	/* { dg-error "zero length array section in .depend. clause" } */
+     {}
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/c-c++-common/ubsan/pr80875.c gcc-7.2.0/gcc/testsuite/c-c++-common/ubsan/pr80875.c
*** gcc-7.1.0/gcc/testsuite/c-c++-common/ubsan/pr80875.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/c-c++-common/ubsan/pr80875.c	Fri May 26 11:15:37 2017
***************
*** 0 ****
--- 1,9 ----
+ /* PR sanitizer/80875 */
+ /* { dg-do compile } */
+ /* { dg-options "-fsanitize=undefined" } */
+ 
+ int
+ foo (void)
+ {
+   return ~__INT_MAX__ * (0 / 0); /* { dg-warning "division by zero" } */
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/c-c++-common/ubsan/pr81604.c gcc-7.2.0/gcc/testsuite/c-c++-common/ubsan/pr81604.c
*** gcc-7.1.0/gcc/testsuite/c-c++-common/ubsan/pr81604.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/c-c++-common/ubsan/pr81604.c	Mon Jul 31 08:46:29 2017
***************
*** 0 ****
--- 1,31 ----
+ /* PR sanitizer/81604 */
+ /* { dg-do run } */
+ /* { dg-options "-fsanitize=bounds,signed-integer-overflow" } */
+ 
+ long a[10];
+ 
+ __attribute__((noinline, noclone)) long *
+ foo (int i)
+ {
+   return &a[i];
+ }
+ 
+ __attribute__((noinline, noclone)) long
+ bar (long x, long y)
+ {
+   return x * y;
+ }
+ 
+ int
+ main ()
+ {
+   volatile int i = -1;
+   volatile long l = __LONG_MAX__;
+   long *volatile p;
+   p = foo (i);
+   l = bar (l, l);
+   return 0;
+ }
+ 
+ /* { dg-output "index -1 out of bounds for type 'long int \\\[10\\\]'\[^\n\r]*(\n|\r\n|\r)" } */
+ /* { dg-output "\[^\n\r]*signed integer overflow: \[0-9]+ \\* \[0-9]+ cannot be represented in type 'long int'" } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/c-c++-common/ubsan/sanitize-recover-7.c gcc-7.2.0/gcc/testsuite/c-c++-common/ubsan/sanitize-recover-7.c
*** gcc-7.1.0/gcc/testsuite/c-c++-common/ubsan/sanitize-recover-7.c	Mon Sep 26 10:55:34 2016
--- gcc-7.2.0/gcc/testsuite/c-c++-common/ubsan/sanitize-recover-7.c	Mon Jun 26 09:49:21 2017
***************
*** 1,5 ****
  /* { dg-do compile } */
! /* { dg-options "-fsanitize=address -fsanitize=thread" } */
  
  int i;
  
--- 1,5 ----
  /* { dg-do compile } */
! /* { dg-options "-fsanitize=address -fsanitize=thread -w" } */
  
  int i;
  
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/asan/pr81021.C gcc-7.2.0/gcc/testsuite/g++.dg/asan/pr81021.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/asan/pr81021.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/asan/pr81021.C	Thu Jul 27 07:32:15 2017
***************
*** 0 ****
--- 1,33 ----
+ // { dg-do run }
+ 
+ #include <string>
+ 
+ struct ConfigFile {
+     ConfigFile(std::string filename, std::string delimiter) { throw "error"; }
+     ConfigFile(std::string filename) {}
+ };
+ 
+ struct Configuration {
+     ConfigFile _configFile;
+ 
+     Configuration(const std::string &root, const char *baseName)
+         : _configFile(root + baseName, "=") { }
+     Configuration(const std::string &root, const char *a, const char *b)
+         : _configFile(root + a + b) { }
+ };
+ 
+ 
+ void test() {
+     std::string root("etc");
+     try {
+         Configuration config(root, "notthere");
+     }
+     catch (...) {
+         // exception is thrown, caught here and ignored...
+     }
+     Configuration config(root, "a", "b"); // ASAN error during constructor here
+ }
+ 
+ int main(int argc, const char *argv[]) {
+     test();
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/constexpr-base5.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/constexpr-base5.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/constexpr-base5.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/constexpr-base5.C	Mon Jun 19 20:56:02 2017
***************
*** 0 ****
--- 1,15 ----
+ // PR c++/80829
+ // { dg-do compile { target c++11 } }
+ 
+ struct A {
+   constexpr A(int a) : _a(a) {}
+   int _a;
+ };
+ 
+ struct B : public A {
+   constexpr B(int a) : A(a) {}
+ };
+ 
+ int main() {
+   constexpr A a = B(10);
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/constexpr-data1.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/constexpr-data1.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/constexpr-data1.C	Fri Mar  7 20:01:12 2014
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/constexpr-data1.C	Wed May 31 17:52:58 2017
*************** class debug_flag
*** 36,42 ****
  {
  public:
     explicit debug_flag(bool);
!    constexpr bool is_on(); // { dg-error "enclosing class .* not a literal type" }
  private:
     bool flag;
  };
--- 36,42 ----
  {
  public:
     explicit debug_flag(bool);
!    constexpr bool is_on(); // { dg-error "enclosing class .* not a literal type" "" { target c++11_only } }
  private:
     bool flag;
  };
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/constexpr-diag1.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/constexpr-diag1.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/constexpr-diag1.C	Thu Oct  9 13:53:54 2014
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/constexpr-diag1.C	Wed May 31 17:52:58 2017
*************** template <class T>
*** 5,11 ****
  struct A
  {
    T t;
!   constexpr int f() const { return 42; } // { dg-error "enclosing class" }
  };
  
  struct B { B(); operator int(); };
--- 5,11 ----
  struct A
  {
    T t;
!   constexpr int f() const { return 42; } // { dg-error "enclosing class" "" { target c++11_only } }
  };
  
  struct B { B(); operator int(); };
*************** struct B { B(); operator int(); };
*** 13,19 ****
  constexpr A<int> ai = { 42 };
  constexpr int i = ai.f();
  
! constexpr int b = A<B>().f();	// { dg-error "non-constexpr function" }
  
  template <class T>
  constexpr int f (T t) { return 42; } // { dg-error "parameter" }
--- 13,19 ----
  constexpr A<int> ai = { 42 };
  constexpr int i = ai.f();
  
! constexpr int b = A<B>().f();	// { dg-error "" }
  
  template <class T>
  constexpr int f (T t) { return 42; } // { dg-error "parameter" }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/constexpr-diag3.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/constexpr-diag3.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/constexpr-diag3.C	Thu Oct  9 13:53:54 2014
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/constexpr-diag3.C	Wed May 31 17:52:58 2017
*************** int main()
*** 16,22 ****
  struct complex 			// { dg-message "no constexpr constructor" }
  {
    complex(double r, double i) : re(r), im(i) { }
!   constexpr double real() const { return re; } // { dg-error "not a literal type" }
    double imag() const { return im; }
  
  private:
--- 16,22 ----
  struct complex 			// { dg-message "no constexpr constructor" }
  {
    complex(double r, double i) : re(r), im(i) { }
!   constexpr double real() const { return re; } // { dg-error "not a literal type" "" { target c++11_only } }
    double imag() const { return im; }
  
  private:
*************** private:
*** 25,31 ****
  };
  
  constexpr complex co1(0, 1);	   // { dg-error "not literal" }
! constexpr double dd2 = co1.real(); // { dg-error "non-constexpr function" }
  
  // --------------------
  
--- 25,31 ----
  };
  
  constexpr complex co1(0, 1);	   // { dg-error "not literal" }
! constexpr double dd2 = co1.real(); // { dg-error "" }
  
  // --------------------
  
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/constexpr-memfn1.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/constexpr-memfn1.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/constexpr-memfn1.C	Fri Mar  7 20:01:12 2014
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/constexpr-memfn1.C	Wed May 31 17:52:58 2017
*************** constexpr X X::g(X x) { return x; }
*** 13,18 ****
  struct Y
  {
    Y() { }
!   constexpr Y f(Y y);		// { dg-error "not a literal type" }
    static constexpr Y g(Y y) {}	// { dg-error "constexpr" }
  };
--- 13,18 ----
  struct Y
  {
    Y() { }
!   constexpr Y f(Y y) {}		// { dg-error "constexpr" }
    static constexpr Y g(Y y) {}	// { dg-error "constexpr" }
  };
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/constexpr-neg1.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/constexpr-neg1.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/constexpr-neg1.C	Wed Jun  3 17:08:39 2015
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/constexpr-neg1.C	Wed May 31 17:52:58 2017
*************** constexpr int g(int x, int n) {
*** 45,51 ****
  class debug_flag {
  public:
    explicit debug_flag(bool);
!   constexpr bool is_on();	// { dg-error "not a literal type" } debug_flag not literal type
  private:
    bool flag;
  };
--- 45,51 ----
  class debug_flag {
  public:
    explicit debug_flag(bool);
!   constexpr bool is_on(); // { dg-error "not a literal type" "" { target c++11_only } } debug_flag not literal type
  private:
    bool flag;
  };
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/decltype-call4.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/decltype-call4.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/decltype-call4.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/decltype-call4.C	Thu Jun 29 19:44:58 2017
***************
*** 0 ****
--- 1,13 ----
+ // PR c++/81188
+ // { dg-do compile { target c++11 } }
+ 
+ template <class F>
+ struct C {
+   F fast(long i) const;
+   auto operator[](long i) const -> decltype(this->fast(i));
+ };
+ 
+ template <class F>
+ auto C<F>::operator[](long i) const -> decltype(this->fast(i)) {
+   return fast(i);
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/inh-ctor27.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/inh-ctor27.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/inh-ctor27.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/inh-ctor27.C	Sun Jun 18 04:28:03 2017
***************
*** 0 ****
--- 1,13 ----
+ // PR c++/70844
+ // { dg-options -Wuseless-cast }
+ // { dg-do compile { target c++11 } }
+ 
+ struct base {
+     base (int const &);
+ };
+ 
+ struct derived : public base {
+     using base::base;
+ };
+ 
+ derived d(0);
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/inh-ctor28.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/inh-ctor28.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/inh-ctor28.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/inh-ctor28.C	Thu Jun 29 16:46:29 2017
***************
*** 0 ****
--- 1,7 ----
+ // PR c++/81164
+ // { dg-do compile { target c++11 } }
+ 
+ struct A {};
+ struct B : virtual A {};
+ struct C : virtual A {};
+ struct D : B,C { using A::A; };	// { dg-error "indirect" }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/inh-ctor29.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/inh-ctor29.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/inh-ctor29.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/inh-ctor29.C	Wed Aug  9 20:17:47 2017
***************
*** 0 ****
--- 1,23 ----
+ // PR c++/67054
+ // { dg-do compile { target c++11 } }
+ 
+ struct A
+ {
+   A(int) {}
+ };
+ 
+ struct C
+ {
+   C(int) {}
+ };
+ 
+ struct B : A
+ {
+   using A::A;
+   C c = 42;
+ };
+ 
+ int main()
+ {
+   B b = 24;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/lambda/lambda-ice17.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/lambda/lambda-ice17.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/lambda/lambda-ice17.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/lambda/lambda-ice17.C	Thu Jul 27 09:36:37 2017
***************
*** 0 ****
--- 1,12 ----
+ // PR c++/71570
+ // { dg-do compile { target c++11 } }
+ 
+ void foo (int);
+ 
+ void foo (void)
+ {
+   [&foo] // { dg-error "cannot capture" }
+   {
+     foo (0);
+   };
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/variadic-mem_fn2.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/variadic-mem_fn2.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/variadic-mem_fn2.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/variadic-mem_fn2.C	Thu Jul  6 18:27:05 2017
***************
*** 0 ****
--- 1,9 ----
+ // { dg-do compile { target c++11 } }
+ 
+ template <class A0, class... As> struct tuple 
+ {
+   tuple<As...> tail;
+   template <int Offset, class... More> int apply(const More&... more) {
+     return tail.apply<1>(more...); // { dg-error "" } needs .template
+   }
+ };
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/variadic-partial1.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/variadic-partial1.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/variadic-partial1.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/variadic-partial1.C	Wed Jun 28 21:08:50 2017
***************
*** 0 ****
--- 1,22 ----
+ // PR c++/72801
+ // { dg-do compile { target c++11 } }
+ 
+ template < typename, typename > struct A {};
+ 
+ template < typename ... T > struct B
+ { 
+   template < typename > struct C
+   { 
+     static const int a = 0;
+   };
+ 
+   template < typename R, typename ... S >
+   struct C < R (A < T, S > ...) >
+   { 
+     static const int a = 1;
+   };
+ };
+ 
+ #define SA(X) static_assert ((X), #X)
+ SA(B <>::C<int()>::a == 1);
+ 
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/variadic-ttp7.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/variadic-ttp7.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/variadic-ttp7.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/variadic-ttp7.C	Mon Jun 26 18:49:25 2017
***************
*** 0 ****
--- 1,16 ----
+ // PR c++/81215
+ // { dg-do compile { target c++11 } }
+ 
+ template<typename U> struct X { };
+ template<typename T, typename U = void> struct set { };
+ 
+ template <typename V, template <typename...> class C>
+ void bar (const X<C<V>>&)
+ {
+ }
+ 
+ void
+ foo (X<set<int>>& x)
+ {
+   bar (x);
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/variadic-ttp8.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/variadic-ttp8.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp0x/variadic-ttp8.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp0x/variadic-ttp8.C	Wed Jun 28 21:08:58 2017
***************
*** 0 ****
--- 1,27 ----
+ // PR c++/69111
+ // { dg-do compile { target c++11 } }
+ 
+ template <template <typename> class ...>
+ struct template_list {};
+ 
+ template <typename T>
+ struct A
+ {};
+ 
+ template <typename>
+ struct B
+ {
+  template <typename T>
+  using type = A<T>;
+ };
+ 
+ template <typename ... Types>
+ struct C
+ {
+  using type = template_list<B<Types>::template type...>;
+ };
+ 
+ int main()
+ {
+  return 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp1y/auto-fn27.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp1y/auto-fn27.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp1y/auto-fn27.C	Wed Jun  8 19:31:55 2016
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp1y/auto-fn27.C	Sat Jun 17 02:34:15 2017
*************** F<T>::bar (const G &)
*** 31,37 ****
  {
    auto s = I;
    typedef decltype (s) L;
!   auto u =[&](L) { auto t = foo (J::K (), 0); }; // { dg-error "25:'void t' has incomplete type" }
  }
  struct B {
    typedef int G;
--- 31,37 ----
  {
    auto s = I;
    typedef decltype (s) L;
!   auto u =[&](L) { auto t = foo (J::K (), 0); }; // { dg-error "25:declared void" }
  }
  struct B {
    typedef int G;
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp1y/auto-fn39.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp1y/auto-fn39.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp1y/auto-fn39.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp1y/auto-fn39.C	Sat Jun 17 02:34:15 2017
***************
*** 0 ****
--- 1,48 ----
+ // PR c++/81045
+ // { dg-do compile { target c++14 } }
+ 
+ template<typename T> class vectorIterator;
+ 
+ template<typename T> class vector {
+   public:
+   auto get(unsigned int i) { return data[i]; }
+ 
+   auto begin() { return vectorIterator<T>{*this, 0}; }
+   auto end() { return vectorIterator<T>{*this, 10}; }
+ 
+   private:
+   T data[10] = {};
+ };
+ 
+ template<typename T> class vectorIterator {
+   public:
+   vectorIterator(vector<T>& self, unsigned int offset) : self(self), offset(offset) {}
+ 
+   auto operator*() -> T& { return self.get(offset); }
+   auto operator!=(const vectorIterator& source) -> bool { return offset != source.offset; }
+   auto operator++() -> vectorIterator& { ++offset; return *this; }
+ 
+   private:
+   vector<T>& self;
+   unsigned int offset;
+ };
+ 
+ class Object {
+   public:
+   template<typename T> auto cast() -> T {
+     return T();
+   }
+ };
+ 
+ class Group : public Object {
+   public:
+   template<typename T = Object> auto objects() const -> void {
+     vector<Object> easyObjects;
+     for(auto obj : easyObjects) {
+       auto casted = obj.cast<T>();
+     }
+   }
+ };
+ 
+ int main() { return 0; }
+ 
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp1y/constexpr-dr1684.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp1y/constexpr-dr1684.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp1y/constexpr-dr1684.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp1y/constexpr-dr1684.C	Wed May 31 17:52:58 2017
***************
*** 0 ****
--- 1,7 ----
+ // DR 1684
+ // { dg-do compile { target c++11 } }
+ 
+ struct A {
+   A(int);
+   constexpr int foo() { return 0; } // { dg-error "literal" "" { target c++11_only } }
+ };
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp1z/class-deduction40.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp1z/class-deduction40.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp1z/class-deduction40.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp1z/class-deduction40.C	Thu Jun 29 21:32:20 2017
***************
*** 0 ****
--- 1,19 ----
+ // PR c++/81180
+ // { dg-options -std=c++1z }
+ 
+ template < int I > struct int_{};
+ 
+ template < typename T >
+ struct A{
+     template < typename U, int I >
+     struct B{
+         B(U u, int_< I >){}
+     };
+ };
+ 
+ 
+ int main(){
+     A< int >::B v(0, int_< 0 >());
+     (void)v;
+ }
+ 
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp1z/constexpr-if12.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp1z/constexpr-if12.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp1z/constexpr-if12.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp1z/constexpr-if12.C	Mon Jun 19 20:56:08 2017
***************
*** 0 ****
--- 1,14 ----
+ // PR c++/80562
+ // { dg-options -std=c++1z }
+ 
+ struct T {
+   constexpr auto foo() { return false; }
+ };
+ 
+ template <class MustBeTemplate>
+ constexpr auto bf(T t) {
+     if constexpr(t.foo()) {
+         return false;
+     }
+     return true;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp1z/decomp21.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp1z/decomp21.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp1z/decomp21.C	Thu Jan 19 15:59:04 2017
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp1z/decomp21.C	Mon Jul 17 19:39:23 2017
*************** foo ()
*** 12,16 ****
    auto [ n, o, p ] { a };
    auto [ q, r, t ] ( s );
    auto [ u, v, w ] ( s, );      // { dg-error "expected primary-expression before '.' token" }
!   auto [ x, y, z ] ( a );       // { dg-error "expression list treated as compound expression in initializer" "" { target *-*-* } .-1 }
  }
--- 12,17 ----
    auto [ n, o, p ] { a };
    auto [ q, r, t ] ( s );
    auto [ u, v, w ] ( s, );      // { dg-error "expected primary-expression before '.' token" }
! 				// { dg-error "invalid initializer for structured binding declaration" "" { target *-*-* } .-1 }
!   auto [ x, y, z ] ( a );
  }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp1z/decomp30.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp1z/decomp30.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp1z/decomp30.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp1z/decomp30.C	Mon Jul 17 19:39:23 2017
***************
*** 0 ****
--- 1,12 ----
+ // PR c++/81258
+ // { dg-options -std=c++1z }
+ 
+ int a[2];
+ auto [b, c] (a);
+ auto [d, e] { a };
+ auto [f, g] = a;
+ auto [h, i] ( a, a );	// { dg-error "invalid initializer for structured binding declaration" }
+ auto [j, k] { a, a };	// { dg-error "invalid initializer for structured binding declaration" }
+ auto [l, m] = { a };	// { dg-error "deducing from brace-enclosed initializer list requires" }
+ auto [n, o] {};		// { dg-error "invalid initializer for structured binding declaration" }
+ auto [p, q] ();		// { dg-error "invalid initializer for structured binding declaration" }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp1z/lambda-this3.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp1z/lambda-this3.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp1z/lambda-this3.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp1z/lambda-this3.C	Sat Jun 17 02:32:53 2017
***************
*** 0 ****
--- 1,10 ----
+ // { dg-options -std=c++1z }
+ 
+ struct S {
+   int i;
+   constexpr S() : i(5) { 
+     ([*this] () { return i + 10; }());
+   }
+   constexpr operator int() const { return i; }
+ };
+ constexpr int x = S();
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp1z/noexcept-type15.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp1z/noexcept-type15.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp1z/noexcept-type15.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp1z/noexcept-type15.C	Sat Jun 17 02:33:10 2017
***************
*** 0 ****
--- 1,11 ----
+ // PR c++/80384
+ // { dg-options -std=c++17 }
+ 
+ template<class> struct foo;
+ template<bool B>
+ struct foo<int() noexcept(B)> {
+     static const bool value = B; 
+ };
+ 
+ static_assert(!foo<int()>::value);
+ static_assert(foo<int() noexcept>::value);
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp1z/noexcept-type16.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp1z/noexcept-type16.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp1z/noexcept-type16.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp1z/noexcept-type16.C	Sat Jun 17 02:33:28 2017
***************
*** 0 ****
--- 1,11 ----
+ // PR c++/80614
+ // { dg-options -std=c++1z }
+ 
+ template <typename T> void fn() {}
+ 
+ int main() {
+   // { dg-final { scan-assembler "_Z2fnIKFvvEEvv" } }
+   fn<void() const>();
+   // { dg-final { scan-assembler "_Z2fnIKDoFvvEEvv" } }
+   fn<void() const noexcept>();
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/cpp1z/noexcept-type17.C gcc-7.2.0/gcc/testsuite/g++.dg/cpp1z/noexcept-type17.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/cpp1z/noexcept-type17.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/cpp1z/noexcept-type17.C	Sat Jun 17 02:33:36 2017
***************
*** 0 ****
--- 1,7 ----
+ // PR c++/80465
+ // { dg-options -std=c++1z }
+ 
+ int foo(...);
+ int main() {
+   [](auto a) noexcept(noexcept(foo(a))){}(42);
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/ext/flexary24.C gcc-7.2.0/gcc/testsuite/g++.dg/ext/flexary24.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/ext/flexary24.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/ext/flexary24.C	Wed May 31 17:52:44 2017
***************
*** 0 ****
--- 1,12 ----
+ // PR c++/80179
+ // { dg-options "" }
+ 
+ struct S {
+   int n;
+   const char *a[];
+ };
+ 
+ void bar (const char *a)
+ {
+   static const S t = { 1, { a, "b" } };
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/ext/is_std_layout1.C gcc-7.2.0/gcc/testsuite/g++.dg/ext/is_std_layout1.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/ext/is_std_layout1.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/ext/is_std_layout1.C	Wed May 31 17:53:06 2017
***************
*** 0 ****
--- 1,12 ----
+ // { dg-do compile { target c++11 } }
+ 
+ template <int> struct E { };
+ 
+ struct E1: E<0>, E<1> { };
+ struct E2: E<2>, E<3> { };
+ 
+ struct A1x { int n; };
+ struct D2: A1x, E1, E2 { };
+ 
+ #define SA(X) static_assert((X),#X)
+ SA(__is_standard_layout (D2));
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/ext/is_std_layout2.C gcc-7.2.0/gcc/testsuite/g++.dg/ext/is_std_layout2.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/ext/is_std_layout2.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/ext/is_std_layout2.C	Wed May 31 17:53:06 2017
***************
*** 0 ****
--- 1,6 ----
+ // { dg-do compile { target c++11 } }
+ // { dg-options "" }
+ 
+ struct S { int a[0]; };
+ struct T : public S { int b[0]; int c; };
+ static_assert(!__is_standard_layout (T), "");
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/ext/packed12.C gcc-7.2.0/gcc/testsuite/g++.dg/ext/packed12.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/ext/packed12.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/ext/packed12.C	Tue Jun 20 16:47:58 2017
***************
*** 0 ****
--- 1,6 ----
+ // PR c++/80972
+ 
+ struct A { int i; };
+ struct B { A a; } __attribute__((packed));
+ 
+ A a = B().a;
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/ext/stmtexpr19.C gcc-7.2.0/gcc/testsuite/g++.dg/ext/stmtexpr19.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/ext/stmtexpr19.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/ext/stmtexpr19.C	Mon Jun 19 18:20:48 2017
***************
*** 0 ****
--- 1,17 ----
+ // PR c++/81073
+ // { dg-options "" }
+ // { dg-do compile { target c++11 } }
+ 
+ struct test { const int *addr; };
+ 
+ const test* setup()
+ {
+   static constexpr test atest =
+     {
+       ({ static const int inner = 123; &inner; }) // { dg-error "static" }
+     };
+ 
+   return &atest;
+ }
+ 
+ int main(){}
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/gomp/pr81011.C gcc-7.2.0/gcc/testsuite/g++.dg/gomp/pr81011.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/gomp/pr81011.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/gomp/pr81011.C	Thu Jun  8 19:02:09 2017
***************
*** 0 ****
--- 1,19 ----
+ // PR c++/81011
+ // { dg-do compile }
+ 
+ class A { A (const A&); };		// { dg-message "declared private here" }
+ void foo (const A&);
+ 
+ void
+ bar (A& a)
+ {
+ #pragma omp task			// { dg-error "is private within this context" }
+   foo (a);
+ }
+ 
+ void
+ baz (A& a)
+ {
+ #pragma omp task firstprivate (a)	// { dg-error "is private within this context" }
+   foo (a);
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/gomp/pr81154.C gcc-7.2.0/gcc/testsuite/g++.dg/gomp/pr81154.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/gomp/pr81154.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/gomp/pr81154.C	Wed Jun 21 22:22:05 2017
***************
*** 0 ****
--- 1,57 ----
+ // PR c++/81154
+ // { dg-do compile }
+ 
+ template <typename T>
+ struct C
+ {
+   int foo (T n) const
+   {
+ #pragma omp parallel shared (foo)	// { dg-error "is not a variable in clause" }
+     ;
+ #pragma omp parallel private (foo)	// { dg-error "is not a variable in clause" }
+     ;
+ #pragma omp parallel firstprivate (foo)	// { dg-error "is not a variable in clause" }
+     ;
+ #pragma omp parallel for lastprivate (foo)	// { dg-error "is not a variable in clause" }
+     for (T i = 0; i < n; i++)
+       ;
+ #pragma omp parallel for linear (foo)	// { dg-error "is not a variable in clause" }
+     for (T i = 0; i < n; i++)
+       ;
+ #pragma omp parallel reduction (+:foo)	// { dg-error "is not a variable in clause" }
+     ;
+     return 0;
+   }
+   int foo (int x, int y) { return x; }
+ };
+ 
+ struct D
+ {
+   typedef int T;
+   int foo (T n) const
+   {
+ #pragma omp parallel shared (foo)	// { dg-error "is not a variable in clause" }
+     ;
+ #pragma omp parallel private (foo)	// { dg-error "is not a variable in clause" }
+     ;
+ #pragma omp parallel firstprivate (foo)	// { dg-error "is not a variable in clause" }
+     ;
+ #pragma omp parallel for lastprivate (foo)	// { dg-error "is not a variable in clause" }
+     for (T i = 0; i < n; i++)
+       ;
+ #pragma omp parallel for linear (foo)	// { dg-error "is not a variable in clause" }
+     for (T i = 0; i < n; i++)
+       ;
+ #pragma omp parallel reduction (+:foo)	// { dg-error "is not a variable in clause" }
+     ;
+     return 0;
+   }
+   int foo (int x, int y) { return x; }
+ };
+ 
+ int
+ main ()
+ {
+   C<int> ().foo (1);
+   D ().foo (1);
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/ipa/pr80212.C gcc-7.2.0/gcc/testsuite/g++.dg/ipa/pr80212.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/ipa/pr80212.C	Tue Apr 11 16:38:19 2017
--- gcc-7.2.0/gcc/testsuite/g++.dg/ipa/pr80212.C	Thu Jan  1 00:00:00 1970
***************
*** 1,18 ****
- // PR ipa/80212
- // { dg-options "-O2 --param partial-inlining-entry-probability=403796683 -fno-early-inlining" }
- 
- struct b
- {
-   virtual b *c () const;
- };
- struct d : virtual b
- {
- };
- struct e : d
- {
-   e *
-   c () const
-   {
-   }
- };
- main () { e a; }
--- 0 ----
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/opt/nrv18.C gcc-7.2.0/gcc/testsuite/g++.dg/opt/nrv18.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/opt/nrv18.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/opt/nrv18.C	Wed Jun 21 22:14:23 2017
***************
*** 0 ****
--- 1,12 ----
+ // PR c++/80984
+ // { dg-do compile }
+ 
+ struct A { ~A (); };
+ 
+ A
+ foo ()
+ {
+   A a;
+ a:
+   return a;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/other/fsyntax-only1.C gcc-7.2.0/gcc/testsuite/g++.dg/other/fsyntax-only1.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/other/fsyntax-only1.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/other/fsyntax-only1.C	Sat Jun 17 02:33:51 2017
***************
*** 0 ****
--- 1,45 ----
+ // PR c++/80831
+ // { dg-options -fsyntax-only }
+ // { dg-do compile { target c++11 } }
+ 
+ class A
+ {
+ public:
+     virtual ~A() { }
+ };
+ 
+ class B { };
+ 
+ class C : public A { };
+ 
+ template<class J>
+ class D : public C
+ {
+ public:
+     D() { }
+     ~D() { }
+ };
+ 
+ class E
+ {
+ public:
+     static E& p();
+     B q();
+     template<class J>
+     B q(void (J::*r)())
+     {
+         new D<J>();
+         return q();
+     }
+ };
+ 
+ void t()
+ {
+   class F
+   {
+   public:
+     virtual void s() { }
+   };
+   E& x = E::p();
+   B y = x.q(&F::s);
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/other/i386-11.C gcc-7.2.0/gcc/testsuite/g++.dg/other/i386-11.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/other/i386-11.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/other/i386-11.C	Fri May 19 14:09:45 2017
***************
*** 0 ****
--- 1,57 ----
+ // PR target/80799
+ // { dg-do compile { target i?86-*-* x86_64-*-* } }
+ // { dg-require-effective-target c++11 }
+ // { dg-options "-O2 -msse2" }
+ 
+ #include <xmmintrin.h>
+ #include <emmintrin.h>
+ 
+ class alignas(16) GSVector4i
+ {
+ public:
+     __m128i m;
+ 
+ 	explicit GSVector4i(__m128i m)
+ 	{
+ 		this->m = m;
+ 	}
+ 
+ 	static void storel(void* p, const GSVector4i& v)
+ 	{
+ 		_mm_storel_epi64((__m128i*)p, v.m);
+ 	}
+ 
+ 	static GSVector4i loadl(const void* p)
+ 	{
+ 		return GSVector4i(_mm_loadl_epi64((__m128i*)p));
+ 	}
+ 
+ 	bool eq(const GSVector4i& v) const
+ 	{
+ 		return _mm_movemask_epi8(_mm_cmpeq_epi32(m, v.m)) == 0xffff;
+ 	}
+ };
+ 
+ 
+ union GIFRegTRXPOS
+ {
+ 	unsigned long long u64;
+ 	void operator = (const GSVector4i& v) {GSVector4i::storel(this, v);}
+ 	bool operator != (const union GIFRegTRXPOS& r) const {return !((GSVector4i)r).eq(*this);}
+ 	operator GSVector4i() const {return GSVector4i::loadl(this);}
+ };
+ 
+ extern void dummy_call();
+ extern GIFRegTRXPOS TRXPOS;
+ 
+ void GIFRegHandlerTRXPOS(const GIFRegTRXPOS&  p)
+ {
+ 	if(p != TRXPOS)
+ 	{
+ 		dummy_call();
+ 	}
+ 
+ 	TRXPOS = (GSVector4i)p;
+ }
+ 
+ // { dg-final { scan-assembler-not "%mm" } }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/parse/template-keyword1.C gcc-7.2.0/gcc/testsuite/g++.dg/parse/template-keyword1.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/parse/template-keyword1.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/parse/template-keyword1.C	Fri Jun 30 22:20:22 2017
***************
*** 0 ****
--- 1,3 ----
+ // PR c++/81257
+ 
+ template < typename ::template A < int > >; // { dg-error "" }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/parse/template28.C gcc-7.2.0/gcc/testsuite/g++.dg/parse/template28.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/parse/template28.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/parse/template28.C	Fri Jun 23 23:30:01 2017
***************
*** 0 ****
--- 1,10 ----
+ // PR c++/79056
+ 
+ template<class> struct A {};
+ 
+ template<class T> void foo(A<T>=A<T>()) {} // { dg-error "" }
+ 
+ void bar()
+ {
+   foo(A<int>());		// { dg-error "" }
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/pr81007.C gcc-7.2.0/gcc/testsuite/g++.dg/pr81007.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/pr81007.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/pr81007.C	Wed Jun 28 13:25:33 2017
***************
*** 0 ****
--- 1,15 ----
+ // { dg-do compile }
+ // { dg-options "-O2" }
+ 
+ struct A
+ {
+   A p; // { dg-error "incomplete" }
+   virtual void foo();
+ };
+ 
+ struct B : A {};
+ 
+ void bar(B& b)
+ {
+   b.foo();
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/template/function1.C gcc-7.2.0/gcc/testsuite/g++.dg/template/function1.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/template/function1.C	Mon Dec  7 04:34:36 2015
--- gcc-7.2.0/gcc/testsuite/g++.dg/template/function1.C	Sat Jun 17 02:33:01 2017
***************
*** 1,10 ****
  // PR c++/38647
- // { dg-do compile { target { ! c++1z } } }
- // { dg-prune-output "note" }
  
  template<const char *, int> struct A {};
  const char func[] = "abc";
! template<int N> struct A<func, N> {};	// { dg-error "cannot appear|is invalid|not a valid|constant expression" }
  
  char a1[1];
  A<a1, 0> a;
--- 1,8 ----
  // PR c++/38647
  
  template<const char *, int> struct A {};
  const char func[] = "abc";
! template<int N> struct A<func, N> {};	// { dg-error "cannot appear|is invalid|not a valid|constant expression" "" { target c++98_only } }
  
  char a1[1];
  A<a1, 0> a;
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/template/local-fn2.C gcc-7.2.0/gcc/testsuite/g++.dg/template/local-fn2.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/template/local-fn2.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/template/local-fn2.C	Wed May 31 17:53:12 2017
***************
*** 0 ****
--- 1,21 ----
+ // PR c++/80856
+ // { dg-do compile { target c++11 } }
+ 
+ template<typename T>
+ inline T WrapToCycle(T degrees)
+ {
+   int Wrap(int x, int lower_bound, int upper_bound);
+ 
+   auto p = Wrap;
+   p (1, 0, 360);
+ 
+   double Wrap(double x, int lower_bound, int upper_bound);
+ 
+   Wrap(1, 0, 360);
+   return Wrap(degrees, 0, 360);
+ }
+ 
+ void GenerateOldReportPage()
+ {
+   WrapToCycle(0);
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/template/lookup10.C gcc-7.2.0/gcc/testsuite/g++.dg/template/lookup10.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/template/lookup10.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/template/lookup10.C	Wed Jun 28 21:08:43 2017
***************
*** 0 ****
--- 1,12 ----
+ // PR c++/81204
+ 
+ namespace std {
+   template<typename, typename> struct set { };
+ }
+ using namespace std;
+ 
+ template <int I, typename Result>
+ inline void set(Result & res)
+ {
+     res.template set<I>();
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/template/lookup11.C gcc-7.2.0/gcc/testsuite/g++.dg/template/lookup11.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/template/lookup11.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/template/lookup11.C	Fri Jun 30 22:20:22 2017
***************
*** 0 ****
--- 1,11 ----
+ // PR c++/81026
+ 
+ namespace std {
+   template<class> struct extent;
+ }
+ using namespace std;
+ 
+ template <class T>
+ struct S {
+   void f() { T().template extent<42>(); }
+ };
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/template/nontype-array1.C gcc-7.2.0/gcc/testsuite/g++.dg/template/nontype-array1.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/template/nontype-array1.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/template/nontype-array1.C	Sat Jun 17 02:33:01 2017
***************
*** 0 ****
--- 1,27 ----
+ // { dg-do compile { target c++11 } }
+ 
+ template <char const* STR>
+ class Message {
+ };
+ 
+ extern char const s1[] = "hi";
+ char const s2[] = "hi";
+ constexpr char const s3[] = "hi";  // OK since C++11
+ 
+ constexpr char const * f() { return s3; }
+ 
+ int main()
+ {
+   Message<s1> m1;  // OK (all versions)
+   Message<s2> m2;  // OK for clang since C++14, for gcc since C++17
+   Message<s3> m3;  // OK for clang/gcc since C++11
+ 
+   static char const s4[] = "hi";
+   static constexpr char const s5[] = "hi";  // OK since C++11
+   Message<s4> m4;  // { dg-error "no linkage" "" { target c++14_down } }
+   Message<s5> m5;  // { dg-error "no linkage" "" { target c++14_down } }
+   Message<f()> m6; // { dg-error "" "" { target c++14_down } }
+ 
+   char const s8[] = "hi";
+   Message<s8> m8;  // { dg-error "" }
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/template/partial-specialization6.C gcc-7.2.0/gcc/testsuite/g++.dg/template/partial-specialization6.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/template/partial-specialization6.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/template/partial-specialization6.C	Sat Jun 17 02:34:01 2017
***************
*** 0 ****
--- 1,28 ----
+ // PR c++/80174
+ 
+ typedef unsigned char uint8_t; 
+ 
+ template <typename T>
+ struct HighestMaxFieldIdx {
+   static const uint8_t maxFieldIdx = T::fieldIdx;
+ };
+ 
+ template <typename This>
+ struct Outer {
+ 
+   template <uint8_t _fieldIdx, typename T, T This::*field>
+   struct Varint {};
+ 
+ 
+   template <uint8_t _fieldIdx, uint8_t This::*field>
+   struct Varint<_fieldIdx, uint8_t, field> {
+     static const uint8_t fieldIdx = _fieldIdx;
+   };
+ };
+ 
+ struct Msg {
+   uint8_t a;
+ 
+   static const uint8_t t
+   = HighestMaxFieldIdx<Outer<Msg>::Varint<1, uint8_t, &Msg::a> >::maxFieldIdx;
+ };
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/template/partial-specialization7.C gcc-7.2.0/gcc/testsuite/g++.dg/template/partial-specialization7.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/template/partial-specialization7.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/template/partial-specialization7.C	Sat Jun 17 02:34:08 2017
***************
*** 0 ****
--- 1,40 ----
+ // PR c++/81102
+ 
+ template <typename FuncSig, FuncSig f>
+ struct HelperWrapper;
+ 
+ // [...]
+ 
+ template <typename Ret, Ret (&Func)()>
+ struct HelperWrapper<Ret (&)(), Func>
+ {
+     static inline int WrapFuncT(const int)
+     {
+         return 0; // Changed
+     }
+ };
+ 
+ // Unary
+ template <typename Ret, typename Arg1, Ret (&Func)(Arg1)>
+ struct HelperWrapper<Ret (&)(Arg1), Func>
+ {
+     static inline int WrapFuncT(const int)
+     {
+         return 1; // Changed
+     }
+ };
+ 
+ // Binary
+ template <typename Ret, typename Arg1, typename Arg2, Ret (&Func)(Arg1, Arg2)>
+ struct HelperWrapper<Ret (&)(Arg1, Arg2), Func>
+ {
+     static inline int WrapFuncT(const int)
+     {
+         return 2; // Changed
+     }
+ };
+ 
+ int main()
+ {
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/template/partial5.C gcc-7.2.0/gcc/testsuite/g++.dg/template/partial5.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/template/partial5.C	Wed Dec 21 19:38:35 2016
--- gcc-7.2.0/gcc/testsuite/g++.dg/template/partial5.C	Sat Jun 17 02:34:08 2017
*************** template<typename T, typename T::foo V>
*** 14,20 ****
  struct Y { };
  
  template<typename T, typename U, U v>
! struct Y<T, v> { }; // { dg-error "" }
  
  
  template<typename T, T V>
--- 14,20 ----
  struct Y { };
  
  template<typename T, typename U, U v>
! struct Y<T, v> { }; // { dg-error "" "" { target { ! c++1z } } }
  
  
  template<typename T, T V>
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/template/ptrmem31.C gcc-7.2.0/gcc/testsuite/g++.dg/template/ptrmem31.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/template/ptrmem31.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/template/ptrmem31.C	Sat Jun 17 02:33:43 2017
***************
*** 0 ****
--- 1,23 ----
+ // PR c++/80639
+ // { dg-do compile { target c++14 } }
+ 
+ template < typename > struct A;
+ 
+ struct B
+ { 
+   template < int > void m ();
+   template < int > struct K { static void n (); };
+   void p () { K < 0 >::n (); }
+ };
+ 
+ template <> struct A < B >
+ { 
+   using T = void (A::*)();
+   template < int u > static constexpr T h = &B::m < u >; // { dg-error "cannot convert" }
+ };
+ 
+ template < int v > void B::K < v >::n ()
+ { 
+   using S = A < B >;
+   S::h < 0 >;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/template/ref10.C gcc-7.2.0/gcc/testsuite/g++.dg/template/ref10.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/template/ref10.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/template/ref10.C	Wed May 31 17:53:20 2017
***************
*** 0 ****
--- 1,13 ----
+ // PR c++/80840
+ // { dg-do compile { target c++11 } }
+ 
+ template <class T, T X>
+ struct Just;
+ 
+ template <const double& X>
+ struct Number {
+     static constexpr double value = X;
+     using result = Just<const double&, value>;
+ };
+ 
+ int main() {}
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/torture/pr81112.C gcc-7.2.0/gcc/testsuite/g++.dg/torture/pr81112.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/torture/pr81112.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/torture/pr81112.C	Thu Jun 29 08:53:27 2017
***************
*** 0 ****
--- 1,68 ----
+ // { dg-do compile }
+ // { dg-additional-options "-Wno-psabi" }
+ 
+ class AssertionResult {
+     bool success_;
+ };
+ 
+ AssertionResult AssertionSuccess();
+ 
+ template <typename T1>
+ AssertionResult EXPECT_EQ(const T1& expected, const T1& actual) {
+     if (expected == actual) {
+ 	return AssertionSuccess();
+     }
+     return AssertionSuccess();
+ }
+ 
+ struct uuid
+ {
+   unsigned char data[16];
+ };
+ 
+ bool operator== (uuid const& lhs, uuid const& rhs);
+ 
+ typedef long long __m128i __attribute__ ((__vector_size__ (16), __may_alias__));
+ typedef int __v4si __attribute__ ((__vector_size__ (16)));
+ typedef char __v16qi __attribute__ ((__vector_size__ (16)));
+ typedef long long __m128i_u __attribute__ ((__vector_size__ (16), __may_alias__, __aligned__ (1)));
+ 
+ int foo (__v16qi);
+ 
+ extern __inline __m128i __attribute__((__gnu_inline__, __always_inline__, __artificial__))
+      _mm_loadu_si128 (__m128i_u const *__P)
+ {
+     return *__P;
+ }
+ extern __inline __m128i __attribute__((__gnu_inline__, __always_inline__, __artificial__))
+      _mm_cmpeq_epi32 (__m128i __A, __m128i __B)
+ {
+     return (__m128i) ((__v4si)__A == (__v4si)__B);
+ }
+ extern __inline int __attribute__((__gnu_inline__, __always_inline__, __artificial__))
+      _mm_movemask_epi8 (__m128i __A)
+ {
+     return foo ((__v16qi)__A);
+ }
+ 
+ 
+ __m128i load_unaligned_si128(const unsigned char* p)
+ {
+   return _mm_loadu_si128(reinterpret_cast< const __m128i* >(p));
+ }
+ 
+ inline bool operator== (uuid const& lhs, uuid const& rhs)
+ {
+   __m128i mm_left = load_unaligned_si128(lhs.data);
+   __m128i mm_right = load_unaligned_si128(rhs.data);
+ 
+   __m128i mm_cmp = _mm_cmpeq_epi32(mm_left, mm_right);
+ 
+   return _mm_movemask_epi8(mm_cmp) == 0xFFFF;
+ }
+ 
+ void crash_gcc7()
+ {
+   static const uuid u = uuid();
+   EXPECT_EQ(u, u);
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/torture/pr81365.C gcc-7.2.0/gcc/testsuite/g++.dg/torture/pr81365.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/torture/pr81365.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/torture/pr81365.C	Mon Jul 17 19:42:37 2017
***************
*** 0 ****
--- 1,39 ----
+ // PR tree-optimization/81365
+ // { dg-do run }
+ 
+ struct A { unsigned a; };
+ 
+ struct B {
+   B (const A *x)
+   {
+     __builtin_memcpy (b, x, 3 * sizeof (A));
+     __builtin_memcpy (c, x + 3, sizeof (A));
+     __builtin_memset (c + 1, 0, sizeof (A));
+   }
+   bool
+   foo (unsigned x)
+   {
+     A *it = c;
+     if (it->a == x || (++it)->a == x)
+       {
+ 	A t(b[0]);
+ 	b[0] = *it;
+ 	*it = t;
+ 	return true;
+       }
+     return false;
+   }
+   A b[3];
+   A c[2];
+ };
+ 
+ int
+ main ()
+ {
+   A x[] = { 4, 8, 12, 18 };
+   B y(x);
+   if (!y.foo (18))
+     __builtin_abort ();
+   if (!y.foo (4))
+     __builtin_abort ();
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/tree-ssa/pr80293.C gcc-7.2.0/gcc/testsuite/g++.dg/tree-ssa/pr80293.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/tree-ssa/pr80293.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/tree-ssa/pr80293.C	Wed May 31 08:45:23 2017
***************
*** 0 ****
--- 1,45 ----
+ // { dg-do compile }
+ // { dg-options "-O2 -std=gnu++11 -fdump-tree-optimized" } */
+ 
+ #include <array>
+ 
+ // Return a copy of the underlying memory of an arbitrary value.
+ template <
+     typename T,
+     typename = typename std::enable_if<std::is_trivially_copyable<T>::value>::type
+ >
+ auto getMem(
+     T const & value
+ ) -> std::array<char, sizeof(T)> {
+     auto ret = std::array<char, sizeof(T)>{};
+     __builtin_memcpy(ret.data(), &value, sizeof(T));
+     return ret;
+ }
+ 
+ template <
+     typename T,
+     typename = typename std::enable_if<std::is_trivially_copyable<T>::value>::type
+ >
+ auto fromMem(
+     std::array<char, sizeof(T)> const & buf
+ ) -> T {
+     auto ret = T{};
+     __builtin_memcpy(&ret, buf.data(), sizeof(T));
+     return ret;
+ }
+ 
+ double foo1(std::uint64_t arg) {
+     return fromMem<double>(getMem(arg));
+ }
+ 
+ double foo2(std::uint64_t arg) {
+     return *reinterpret_cast<double*>(&arg);
+ }
+ 
+ double foo3(std::uint64_t arg) {
+     double ret;
+     __builtin_memcpy(&ret, &arg, sizeof(arg));
+     return ret;
+ }
+ 
+ // { dg-final { scan-tree-dump-not "BIT_FIELD_REF" "optimized" } }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/ubsan/pr80973.C gcc-7.2.0/gcc/testsuite/g++.dg/ubsan/pr80973.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/ubsan/pr80973.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/ubsan/pr80973.C	Wed Jun 21 22:15:55 2017
***************
*** 0 ****
--- 1,16 ----
+ // PR c++/80973
+ // { dg-do compile }
+ // { dg-options "-fsanitize=undefined -std=c++14" }
+ 
+ struct A {
+   A();
+   A(const A &);
+ };
+ struct B {
+   B();
+   template <typename... Args> auto g(Args &&... p1) {
+     return [=] { f(p1...); };
+   }
+   void f(A, const char *);
+ };
+ B::B() { g(A(), ""); }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/ubsan/pr81111.C gcc-7.2.0/gcc/testsuite/g++.dg/ubsan/pr81111.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/ubsan/pr81111.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/ubsan/pr81111.C	Wed Jun 21 22:17:49 2017
***************
*** 0 ****
--- 1,45 ----
+ // PR sanitizer/81111
+ // { dg-do compile }
+ // { dg-options "-fsanitize=shift" }
+ 
+ template <typename V>
+ struct N
+ {
+   static const V m = (((V)(-1) < 0)
+ 		      ? (V)1 << (sizeof(V) * __CHAR_BIT__ - ((V)(-1) < 0))
+ 		      : (V) 0);
+ };
+ 
+ template<typename V>
+ const V N<V>::m;
+ 
+ template <typename V>
+ struct O
+ {
+   static const V m = (V)1 << sizeof(V) * __CHAR_BIT__;
+ };
+ 
+ template<typename V>
+ const V O<V>::m;
+ 
+ void
+ foo ()
+ {
+   N<long long>::m;
+   N<unsigned long long>::m;
+ #ifdef __SIZEOF_INT128__
+   N<__int128>::m;
+   N<unsigned __int128>::m;
+ #endif
+ }
+ 
+ void
+ bar ()
+ {
+   O<long long>::m;
+   O<unsigned long long>::m;
+ #ifdef __SIZEOF_INT128__
+   O<__int128>::m;
+   O<unsigned __int128>::m;
+ #endif
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/ubsan/pr81125.C gcc-7.2.0/gcc/testsuite/g++.dg/ubsan/pr81125.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/ubsan/pr81125.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/ubsan/pr81125.C	Wed Jun 21 22:17:49 2017
***************
*** 0 ****
--- 1,20 ----
+ // PR sanitizer/81125
+ // { dg-do compile }
+ // { dg-options "-fsanitize=undefined" }
+ 
+ #ifdef __SIZEOF_INT128__
+ typedef __int128 T;
+ #else
+ typedef long long int T;
+ #endif
+ 
+ struct A
+ {
+   A (long);
+   T a;
+ };
+ 
+ A::A (long c)
+ {
+   long b = a % c;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/ubsan/pr81209.C gcc-7.2.0/gcc/testsuite/g++.dg/ubsan/pr81209.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/ubsan/pr81209.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/ubsan/pr81209.C	Tue Jun 27 08:18:10 2017
***************
*** 0 ****
--- 1,21 ----
+ // PR sanitizer/81209
+ // { dg-do compile }
+ // { dg-options "-fsanitize=undefined -fno-declone-ctor-dtor" }
+ 
+ #ifdef __SIZEOF_INT128__
+ typedef __int128 T;
+ #else
+ typedef long long int T;
+ #endif
+ 
+ struct B {};
+ struct A : virtual public B
+ {
+   A (long);
+   T a;
+ };
+ 
+ A::A (long c)
+ {
+   long b = a % c;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/warn/Wstrict-aliasing-6.C gcc-7.2.0/gcc/testsuite/g++.dg/warn/Wstrict-aliasing-6.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/warn/Wstrict-aliasing-6.C	Thu Nov 24 10:48:15 2005
--- gcc-7.2.0/gcc/testsuite/g++.dg/warn/Wstrict-aliasing-6.C	Wed Jun  7 13:07:06 2017
***************
*** 4,9 ****
  int foo ()
  {
    char buf[8];
!   return *((int *)buf); /* { dg-warning "strict-aliasing" } */
  }
  
--- 4,9 ----
  int foo ()
  {
    char buf[8];
!   return *((int *)buf); /* { dg-bogus "strict-aliasing" } */
  }
  
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/warn/Wstrict-aliasing-bogus-char-2.C gcc-7.2.0/gcc/testsuite/g++.dg/warn/Wstrict-aliasing-bogus-char-2.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/warn/Wstrict-aliasing-bogus-char-2.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/warn/Wstrict-aliasing-bogus-char-2.C	Wed Jun  7 13:07:06 2017
***************
*** 0 ****
--- 1,19 ----
+ // { dg-do compile }
+ // { dg-options "-O2 -Wstrict-aliasing" }
+ 
+ template<unsigned _Len, unsigned _Align>
+ struct aligned_storage
+ {
+   union type
+     {
+       unsigned char __data[_Len];
+       struct __attribute__((__aligned__((_Align)))) { } __align;
+     };
+ };
+ 
+ aligned_storage<sizeof(int), __alignof__(int)>::type storage;
+ 
+ int main()
+ {
+   *reinterpret_cast<int*>(&storage) = 42; // { dg-bogus "break strict-aliasing" }
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/g++.dg/warn/Wunused-local-typedefs-4.C gcc-7.2.0/gcc/testsuite/g++.dg/warn/Wunused-local-typedefs-4.C
*** gcc-7.1.0/gcc/testsuite/g++.dg/warn/Wunused-local-typedefs-4.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/g++.dg/warn/Wunused-local-typedefs-4.C	Sun Jun 18 04:54:37 2017
***************
*** 0 ****
--- 1,13 ----
+ // PR c++/60063
+ // { dg-options -Wunused-local-typedefs }
+ 
+ template <class> struct S;
+ 
+ void foo (int i) {
+     typedef __attribute__ ((used)) S<int> X;
+ }
+ 
+ template <class T>
+ void bar (T i) {
+     typedef __attribute__ ((used)) S<T> Y;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.c-torture/compile/pr81207.c gcc-7.2.0/gcc/testsuite/gcc.c-torture/compile/pr81207.c
*** gcc-7.1.0/gcc/testsuite/gcc.c-torture/compile/pr81207.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.c-torture/compile/pr81207.c	Tue Jun 27 08:16:10 2017
***************
*** 0 ****
--- 1,13 ----
+ /* PR middle-end/81207 */
+ 
+ static const char *b[2] = { "'", "" };
+ 
+ int
+ foo (const char *d)
+ {
+   int e;
+   for (e = 0; b[e]; e++)
+     if (__builtin_strstr (d, b[e]))
+       return 1;
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.c-torture/execute/pr80692.c gcc-7.2.0/gcc/testsuite/gcc.c-torture/execute/pr80692.c
*** gcc-7.1.0/gcc/testsuite/gcc.c-torture/execute/pr80692.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.c-torture/execute/pr80692.c	Tue Jun 27 16:43:35 2017
***************
*** 0 ****
--- 1,13 ----
+ /* { dg-require-effective-target dfp } */
+ 
+ int main () {
+ 	_Decimal64 d64 = -0.DD;
+ 
+ 	if (d64 != 0.DD)
+ 		__builtin_abort ();
+ 
+ 	if (d64 != -0.DD)
+ 		__builtin_abort ();
+ 
+ 	return 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.c-torture/execute/pr81555.c gcc-7.2.0/gcc/testsuite/gcc.c-torture/execute/pr81555.c
*** gcc-7.1.0/gcc/testsuite/gcc.c-torture/execute/pr81555.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.c-torture/execute/pr81555.c	Thu Jul 27 09:06:08 2017
***************
*** 0 ****
--- 1,24 ----
+ /* PR tree-optimization/81555 */
+ 
+ unsigned int a = 1, d = 0xfaeU, e = 0xe376U;
+ _Bool b = 0, f = 1;
+ unsigned char g = 1;
+ 
+ void
+ foo (void)
+ {
+   _Bool c = a != b;
+   if (c)
+     f = 0;
+   if (e & c & (unsigned char)d & c)
+     g = 0;
+ }
+ 
+ int
+ main ()
+ {
+   foo ();
+   if (f || g != 1)
+     __builtin_abort ();
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.c-torture/execute/pr81556.c gcc-7.2.0/gcc/testsuite/gcc.c-torture/execute/pr81556.c
*** gcc-7.1.0/gcc/testsuite/gcc.c-torture/execute/pr81556.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.c-torture/execute/pr81556.c	Thu Jul 27 09:06:08 2017
***************
*** 0 ****
--- 1,23 ----
+ /* PR tree-optimization/81556 */
+ 
+ unsigned long long int b = 0xb82ff73c5c020599ULL;
+ unsigned long long int c = 0xd4e8188733a29d8eULL;
+ unsigned long long int d = 2, f = 1, g = 0, h = 0;
+ unsigned long long int e = 0xf27771784749f32bULL;
+ 
+ __attribute__((noinline, noclone)) void
+ foo (void)
+ {
+   _Bool a = d > 1;
+   g = f % ((d > 1) << 9);
+   h = a & (e & (a & b & c));
+ }
+ 
+ int
+ main ()
+ {
+   foo ();
+   if (g != 1 || h != 0)
+     __builtin_abort ();
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.c-torture/execute/pr81588.c gcc-7.2.0/gcc/testsuite/gcc.c-torture/execute/pr81588.c
*** gcc-7.1.0/gcc/testsuite/gcc.c-torture/execute/pr81588.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.c-torture/execute/pr81588.c	Tue Aug  1 08:43:45 2017
***************
*** 0 ****
--- 1,45 ----
+ /* PR tree-optimization/81588 */
+ 
+ __attribute__((noinline, noclone)) int
+ bar (int x)
+ {
+   __asm volatile ("" : : "g" (x) : "memory");
+ }
+ 
+ __attribute__((noinline, noclone)) int
+ foo (unsigned x, long long y)
+ {
+   if (y < 0)
+     return 0;
+   if (y < (long long) (4 * x))
+     {
+       bar (y);
+       return 1;
+     }
+   return 0;
+ }     
+ 
+ int
+ main ()
+ {
+   volatile unsigned x = 10;
+   volatile long long y = -10000;
+   if (foo (x, y) != 0)
+     __builtin_abort ();
+   y = -1;
+   if (foo (x, y) != 0)
+     __builtin_abort ();
+   y = 0;
+   if (foo (x, y) != 1)
+     __builtin_abort ();
+   y = 39;
+   if (foo (x, y) != 1)
+     __builtin_abort ();
+   y = 40;
+   if (foo (x, y) != 0)
+     __builtin_abort ();
+   y = 10000;
+   if (foo (x, y) != 0)
+     __builtin_abort ();
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/asan/pr80659.c gcc-7.2.0/gcc/testsuite/gcc.dg/asan/pr80659.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/asan/pr80659.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/asan/pr80659.c	Fri May 26 11:17:34 2017
***************
*** 0 ****
--- 1,13 ----
+ /* PR sanitizer/80659 */
+ /* { dg-do compile } */
+ 
+ void
+ foo (int a)
+ {
+   switch (a)
+     {
+     case 0:
+       (int[3]) { };
+       int h;
+     }
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/asan/pr81186.c gcc-7.2.0/gcc/testsuite/gcc.dg/asan/pr81186.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/asan/pr81186.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/asan/pr81186.c	Thu Jul 27 07:32:53 2017
***************
*** 0 ****
--- 1,18 ----
+ /* PR sanitizer/81186 */
+ /* { dg-do run } */
+ 
+ int
+ main ()
+ {
+   __label__ l;
+   void f ()
+   {
+     int a[123];
+ 
+     goto l;
+   }
+ 
+   f ();
+ l:
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/asan/pr81224.c gcc-7.2.0/gcc/testsuite/gcc.dg/asan/pr81224.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/asan/pr81224.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/asan/pr81224.c	Thu Jul 27 07:31:19 2017
***************
*** 0 ****
--- 1,11 ----
+ /* PR sanitizer/80659 */
+ /* { dg-do compile { target { i?86-*-* x86_64-*-* } } } */
+ /* { dg-additional-options "-msse2" } */
+ 
+ int a;
+ int
+ b ()
+ {
+   register __attribute__ ((__vector_size__ (4 * sizeof (int)))) int c asm("xmm0");
+   return c[a];
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/asan/use-after-scope-switch-4.c gcc-7.2.0/gcc/testsuite/gcc.dg/asan/use-after-scope-switch-4.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/asan/use-after-scope-switch-4.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/asan/use-after-scope-switch-4.c	Thu Jun 22 11:41:09 2017
***************
*** 0 ****
--- 1,35 ----
+ // { dg-do run }
+ // { dg-additional-options "-fdump-tree-gimple" }
+ 
+ int *ptr;
+ 
+ struct a
+ {
+   int c;
+ };
+ 
+ int main(int argc, char **argv)
+ {
+   struct a e;
+   e.c = 2;
+   int x = 0;
+ 
+   for (;;)
+     switch (e.c)
+       case 3:
+ 	{
+ 	  int resxxx;
+ 	case 2:
+ 	  ptr = &resxxx;
+ 	  *ptr = 123;
+ 
+ 	  if (x)
+ 	    return 0;
+ 	  else
+ 	    x = 1;
+ 	}
+ 
+   return 1;
+ }
+ 
+ /* { dg-final { scan-tree-dump-times "ASAN_MARK \\(UNPOISON, &resxxx, \[0-9\]\\);" 2 "gimple" } }  */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/fixed-point/pr81428.c gcc-7.2.0/gcc/testsuite/gcc.dg/fixed-point/pr81428.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/fixed-point/pr81428.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/fixed-point/pr81428.c	Mon Jul 17 19:45:59 2017
***************
*** 0 ****
--- 1,9 ----
+ /* PR tree-optimization/81428 */
+ /* { dg-do compile } */
+ /* { dg-options "-O2" } */
+ 
+ void
+ foo (long _Fract *a, long _Fract *b)
+ {
+   *b = *a / *a;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/format/pr80919.c gcc-7.2.0/gcc/testsuite/gcc.dg/format/pr80919.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/format/pr80919.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/format/pr80919.c	Wed Jun  7 11:29:34 2017
***************
*** 0 ****
--- 1,16 ----
+ /* PR c/80919 */
+ /* { dg-do compile } */
+ /* { dg-options "-Wall" } */
+ 
+ void
+ fn (void)
+ {
+   int a[0];
+   __builtin_printf("%d\n", &a); /* { dg-warning "expects argument of type" } */
+   __builtin_printf("%i\n", &a); /* { dg-warning "expects argument of type" } */
+ 
+   __builtin_printf("%o\n", &a); /* { dg-warning "expects argument of type" } */
+   __builtin_printf("%u\n", &a); /* { dg-warning "expects argument of type" } */
+   __builtin_printf("%x\n", &a); /* { dg-warning "expects argument of type" } */
+   __builtin_printf("%X\n", &a); /* { dg-warning "expects argument of type" } */
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/graphite/pr80906.c gcc-7.2.0/gcc/testsuite/gcc.dg/graphite/pr80906.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/graphite/pr80906.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/graphite/pr80906.c	Wed Jun  7 13:07:06 2017
***************
*** 0 ****
--- 1,28 ----
+ /* { dg-do compile } */
+ /* { dg-options "-O2 -floop-nest-optimize -fdump-tree-graphite" } */
+ 
+ int qc;
+ 
+ int
+ ec (int lh[][2])
+ {
+   const int jv = 3;
+   int zf, hp, c5 = 0, m3 = 1;
+ 
+   for (zf = 0; zf < jv; ++zf)
+     for (hp = 0; hp < jv; ++hp)
+       {
+ 	short int bm = 0;
+ 
+ 	for (qc = 0; qc < jv; ++qc)
+ 	  --bm;
+ 	if (bm != 0)
+ 	  --c5;
+ 	lh[0][0] = 0;
+ 	m3 *= jv;
+       }
+ 
+   return c5 + m3;
+ }
+ 
+ /* { dg-final { scan-tree-dump "isl AST to Gimple succeeded" "graphite" } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/ipa/pr48195.c gcc-7.2.0/gcc/testsuite/gcc.dg/ipa/pr48195.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/ipa/pr48195.c	Mon Apr 18 14:28:50 2011
--- gcc-7.2.0/gcc/testsuite/gcc.dg/ipa/pr48195.c	Thu Jun 22 11:40:00 2017
***************
*** 1,5 ****
  /* { dg-do link } */
! /* { dg-options "-O2 -flto --param partial-inlining-entry-probability=101" } */
  /* { dg-require-effective-target lto } */
  
  extern void abort(void);
--- 1,5 ----
  /* { dg-do link } */
! /* { dg-options "-O2 -flto --param partial-inlining-entry-probability=100" } */
  /* { dg-require-effective-target lto } */
  
  extern void abort(void);
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/pr79499.c gcc-7.2.0/gcc/testsuite/gcc.dg/pr79499.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/pr79499.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/pr79499.c	Wed Aug  2 07:26:46 2017
***************
*** 0 ****
--- 1,13 ----
+ /* PR middle-end/79499 */
+ /* { dg-do compile { target split_stack } } */
+ /* { dg-options "-O2 -fsplit-stack -fno-omit-frame-pointer" } */
+ 
+ struct S { struct S *a, *b; };
+ 
+ void
+ foo (struct S *x)
+ {
+   do
+     x->b = x->a;
+   while (x = x->a);
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/pr80468.c gcc-7.2.0/gcc/testsuite/gcc.dg/pr80468.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/pr80468.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/pr80468.c	Wed May  3 06:45:29 2017
***************
*** 0 ****
--- 1,10 ----
+ /* PR c/80468 */
+ /* { dg-do compile { target { ! int128 } } } */
+ /* { dg-options "" } */
+ 
+ void
+ foo (void)
+ {
+   __attribute__ ((__vector_size__ (4 * sizeof (unsigned)))) __int128 b;	/* { dg-error "is not supported on this target" } */
+   0 != b;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/pr80492.c gcc-7.2.0/gcc/testsuite/gcc.dg/pr80492.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/pr80492.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/pr80492.c	Wed May  3 11:22:34 2017
***************
*** 0 ****
--- 1,20 ----
+ /* { dg-do compile } */
+ /* { dg-options "-w -O2 -fdump-tree-optimized" } */
+ 
+ static __inline__ __attribute__((__always_inline__))
+ void syscall_7 (int val)
+ {
+   register int reg __asm ("4") = val;
+   __asm __volatile__ ("/* Some Code %0 */" :: "r" (reg));
+ }
+ 
+ void do_syscalls (void)
+ {
+   for (int s = 0; s < 2; s++)
+     {
+       syscall_7 (0);
+       syscall_7 (1);
+     }
+ }
+ 
+ /* { dg-final { scan-tree-dump-times "reg = " 4 "optimized" } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/pr80903.c gcc-7.2.0/gcc/testsuite/gcc.dg/pr80903.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/pr80903.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/pr80903.c	Fri Jun  2 08:12:33 2017
***************
*** 0 ****
--- 1,34 ----
+ /* PR rtl-optimization/80903 */
+ /* { dg-do compile } */
+ /* { dg-options "-O3 -funroll-loops" } */
+ 
+ short int a;
+ 
+ void
+ foo (int x, short int y, short int z)
+ {
+   if (y != 0)
+     {
+       const short int b = 37;
+       y = 0;
+       while (y < b)
+ 	{
+ 	  while (y < b)
+ 	    {
+ 	    lab:
+ 	      ++y;
+ 	    }
+ 	  for (y = 0; y < b - 1; ++y)
+ 	    ;
+ 	  if (z != 0)
+ 	    {
+ 	      --a;
+ 	      y *= a;
+ 	    }
+ 	  z = x;
+ 	}
+       x = 0;
+     }
+ 
+   goto lab;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/pr81192.c gcc-7.2.0/gcc/testsuite/gcc.dg/pr81192.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/pr81192.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/pr81192.c	Mon Jul  3 08:32:20 2017
***************
*** 0 ****
--- 1,22 ----
+ /* { dg-options "-Os -fdump-tree-pre-details" } */
+ 
+ unsigned a;
+ int b, c;
+ 
+ static int
+ fn1 (int p1, int p2)
+ {
+   return p1 > 2147483647 - p2 ? p1 : p1 + p2;
+ }
+ 
+ void
+ fn2 (void)
+ {
+   int j;
+   a = 30;
+   for (; a;)
+     for (; c; b = fn1 (j, 1))
+       ;
+ }
+ 
+ /* { dg-final { scan-tree-dump-times "(?n)find_duplicates: <bb .*> duplicate of <bb .*>" 1 "pre" } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/pr81455.c gcc-7.2.0/gcc/testsuite/gcc.dg/pr81455.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/pr81455.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/pr81455.c	Wed Jul 26 08:36:34 2017
***************
*** 0 ****
--- 1,15 ----
+ /* { dg-do compile } */
+ /* { dg-options "-O -funswitch-loops" } */
+ 
+ void
+ jh (unsigned int aw, int sn)
+ {
+   int xs;
+ 
+   for (xs = 0; xs < 1; ++xs)
+     aw &= 1;
+ 
+   while (aw < 1 || ++sn < 1)
+     {
+     }
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/pr81588.c gcc-7.2.0/gcc/testsuite/gcc.dg/pr81588.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/pr81588.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/pr81588.c	Tue Aug  1 08:43:45 2017
***************
*** 0 ****
--- 1,26 ----
+ /* PR tree-optimization/81588 */
+ /* { dg-do run } */
+ /* { dg-options "-O2" } */
+ 
+ long long int a = 5011877430933453486LL, c = 1;
+ unsigned short b = 24847;
+ 
+ #include "tree-ssa/pr81588.c"
+ 
+ int
+ main ()
+ {
+   foo ();
+   if (c != 0)
+     __builtin_abort ();
+   a = 24846;
+   c = 1;
+   foo ();
+   if (c != 1)
+     __builtin_abort ();
+   a = -5;
+   foo ();
+   if (c != 0)
+     __builtin_abort ();
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/strlenopt-31.c gcc-7.2.0/gcc/testsuite/gcc.dg/strlenopt-31.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/strlenopt-31.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/strlenopt-31.c	Tue Aug  1 12:22:03 2017
***************
*** 0 ****
--- 1,25 ----
+ /* { dg-do run } */
+ /* { dg-options "-O2" } */
+ 
+ #include "strlenopt.h"
+ 
+ __attribute__((noinline, noclone)) int
+ bar (char *p1, const char *q)
+ {
+   strcpy (p1, "abcde");
+   char *p2 = strchr (p1, '\0');
+   strcpy (p2, q);
+   char *p3 = strchr (p2, '\0');
+   memcpy (p3, "x", 2);
+   return strlen (p1);
+ }
+ 
+ int
+ main (void)
+ {
+   char buffer[10];
+   int res = bar (buffer, "foo");
+   if (strcmp (buffer, "abcdefoox") != 0 || res != 9)
+     abort ();
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/strlenopt-31g.c gcc-7.2.0/gcc/testsuite/gcc.dg/strlenopt-31g.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/strlenopt-31g.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/strlenopt-31g.c	Tue Aug  1 12:22:03 2017
***************
*** 0 ****
--- 1,9 ----
+ /* { dg-do run { target *-*-linux* *-*-gnu* } } */
+ /* { dg-options "-O2 -fdump-tree-strlen" } */
+ 
+ #define USE_GNU
+ #include "strlenopt-31.c"
+ 
+ /* { dg-final { scan-tree-dump-times "stpcpy \\(" 1 "strlen" } } */
+ /* { dg-final { scan-tree-dump-times "memcpy \\(" 2 "strlen" } } */
+ /* { dg-final { scan-tree-dump-not "strlen \\(" "strlen" } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/torture/pr75964.c gcc-7.2.0/gcc/testsuite/gcc.dg/torture/pr75964.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/torture/pr75964.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/torture/pr75964.c	Tue Jul 25 11:39:23 2017
***************
*** 0 ****
--- 1,28 ----
+ /* { dg-do run } */
+ 
+ typedef __UINT8_TYPE__ uint8_t;
+ 
+ uint8_t __attribute__ ((noinline, noclone))
+ abs8 (uint8_t x)
+ {
+   if (x & 0x80)
+     x = -x;
+ 
+   if (x & 0x80)
+     x = 0x7f;
+ 
+   return x;
+ }
+ 
+ int
+ main (void)
+ {
+   if (abs8 (0) != 0
+       || abs8 (1) != 1
+       || abs8 (127) != 127
+       || abs8 (128) != 127
+       || abs8 (129) != 127
+       || abs8 (255) != 1)
+     __builtin_abort ();
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/torture/pr80539.c gcc-7.2.0/gcc/testsuite/gcc.dg/torture/pr80539.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/torture/pr80539.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/torture/pr80539.c	Wed May  3 11:22:34 2017
***************
*** 0 ****
--- 1,22 ----
+ /* { dg-do compile } */
+ 
+ signed char a, b;
+ void fn1()
+ {
+   signed char c, e;
+   short d;
+   if (0) {
+       for (; d;) {
+ l1:
+ 	  for (c = 7; a; c++)
+ 	    ;
+ 	  e = 6;
+ 	  for (; b; e++)
+ 	    ;
+       }
+       c -= e;
+   }
+   if (d == 7)
+     goto l1;
+   a = c;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/torture/pr80549.c gcc-7.2.0/gcc/testsuite/gcc.dg/torture/pr80549.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/torture/pr80549.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/torture/pr80549.c	Wed Jun  7 13:07:06 2017
***************
*** 0 ****
--- 1,33 ----
+ /* { dg-do run } */
+ 
+ signed char a, b;
+ int c;
+ short d;
+ void fn1(int p1)
+ {
+   short e = 4;
+   int f;
+   d = 0;
+   for (; d <= 0; d++)
+     e = 0;
+   if (e)
+     goto L1;
+ L2:
+   if (p1) {
+       a = 9;
+       for (; a; ++a) {
+ 	  f = 5;
+ 	  for (; f != 32; ++f)
+ 	    c = 8;
+ L1:
+ 	  if (b)
+ 	    goto L2;
+       }
+   }
+ }
+ 
+ int main()
+ {
+   fn1(1);
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/torture/pr80612.c gcc-7.2.0/gcc/testsuite/gcc.dg/torture/pr80612.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/torture/pr80612.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/torture/pr80612.c	Sat Jun 24 11:05:12 2017
***************
*** 0 ****
--- 1,15 ----
+ /* PR tree-optimization/80612 */
+ /* { dg-do compile } */
+ 
+ struct obstack *a;
+ struct obstack {
+   union {
+     void *plain;
+     void (*extra)();
+   } chunkfun;
+ } fn1(void p4()) {
+   a->chunkfun.plain = p4;
+   a->chunkfun.extra(a);
+ }
+ void fn2(int) __attribute__((__alloc_size__(1)));
+ void fn3() { fn1(fn2); }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/torture/pr80842.c gcc-7.2.0/gcc/testsuite/gcc.dg/torture/pr80842.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/torture/pr80842.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/torture/pr80842.c	Wed Jun  7 13:07:06 2017
***************
*** 0 ****
--- 1,23 ----
+ /* { dg-do compile } */
+ 
+ unsigned a;
+ short b;
+ char c, d, e;
+ void fn1();
+ void fn2() {
+     a++;
+     for (; a;)
+       fn1(0, 0);
+ }
+ void fn3() {
+     fn2();
+ l1:;
+    unsigned char f;
+    short g;
+    unsigned char *h = &f;
+    g += &h ? e ? g = 1 : 0 : 0;
+    d = g;
+    c *f;
+    if (d & (b %= *h) < f * d / (d -= 0))
+      goto l1;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/torture/pr80970.c gcc-7.2.0/gcc/testsuite/gcc.dg/torture/pr80970.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/torture/pr80970.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/torture/pr80970.c	Tue Jun 20 10:27:32 2017
***************
*** 0 ****
--- 1,13 ----
+ /* { dg-do compile } */
+ 
+ int a, b, c, d, e;
+ void f ()
+ {
+   long g, h;
+   if (c)
+     e = d;
+   g = d & 31;
+   h = 1 << g;
+   a = e | h;
+   b = a;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/torture/pr81083.c gcc-7.2.0/gcc/testsuite/gcc.dg/torture/pr81083.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/torture/pr81083.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/torture/pr81083.c	Wed Jun 28 13:25:33 2017
***************
*** 0 ****
--- 1,15 ----
+ /* { dg-do compile } */
+ 
+ void setjmp();
+ void func();
+ void a(int arg)
+ {
+   extern struct { int x; } obj;
+   setjmp();
+   obj.x = arg;
+   arg = arg;
+   if (obj.x)
+     func();
+   if (obj.x)
+     func();
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/tree-prof/val-profiler-threads-1.c gcc-7.2.0/gcc/testsuite/gcc.dg/tree-prof/val-profiler-threads-1.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/tree-prof/val-profiler-threads-1.c	Tue Sep 13 13:30:13 2016
--- gcc-7.2.0/gcc/testsuite/gcc.dg/tree-prof/val-profiler-threads-1.c	Wed Jun 28 07:51:51 2017
*************** int main(int argc, char *argv[])
*** 35,43 ****
         }
       }
  
!    int retval;
     for(t=0;t<NUM_THREADS;t++)
!      pthread_join (threads[t], (void**)&retval);
  
     return buffer[10];
  }
--- 35,43 ----
         }
       }
  
!    void *retval;
     for(t=0;t<NUM_THREADS;t++)
!      pthread_join (threads[t], &retval);
  
     return buffer[10];
  }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/tree-ssa/pr81388-1.c gcc-7.2.0/gcc/testsuite/gcc.dg/tree-ssa/pr81388-1.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/tree-ssa/pr81388-1.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/tree-ssa/pr81388-1.c	Tue Jul 25 08:56:26 2017
***************
*** 0 ****
--- 1,14 ----
+ /* { dg-do compile } */
+ /* { dg-options "-O2 -fno-strict-overflow -fdump-tree-ivcanon-details" } */
+ 
+ void bar();
+ void foo(char *dst)
+ {
+   char *const end = dst;
+   do {
+     bar();
+     dst += 2;
+   } while (dst < end);
+ }
+ 
+ /* { dg-final { scan-tree-dump " zero if " "ivcanon" } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/tree-ssa/pr81388-2.c gcc-7.2.0/gcc/testsuite/gcc.dg/tree-ssa/pr81388-2.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/tree-ssa/pr81388-2.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/tree-ssa/pr81388-2.c	Tue Jul 25 08:56:26 2017
***************
*** 0 ****
--- 1,14 ----
+ /* { dg-do compile } */
+ /* { dg-options "-O2 -fdump-tree-ivcanon-details" } */
+ 
+ void bar();
+ void foo(unsigned dst)
+ {
+   unsigned end = dst;
+   do {
+     bar();
+     dst += 2;
+   } while (dst < end);
+ }
+ 
+ /* { dg-final { scan-tree-dump " zero if " "ivcanon" } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/tree-ssa/pr81588.c gcc-7.2.0/gcc/testsuite/gcc.dg/tree-ssa/pr81588.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/tree-ssa/pr81588.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/tree-ssa/pr81588.c	Wed Aug  2 10:27:24 2017
***************
*** 0 ****
--- 1,16 ----
+ /* PR tree-optimization/81588 */
+ /* { dg-do compile { target { ! "m68k*-*-* mmix*-*-* bfin*-*-* v850*-*-* moxie*-*-* cris*-*-* m32c*-*-* fr30*-*-* mcore*-*-* powerpc*-*-* xtensa*-*-* hppa*-*-* nios2*-*-*" } } } */
+ /* { dg-options "-O2 -fdump-tree-reassoc1-details" } */
+ /* { dg-additional-options "-mbranch-cost=2" { target mips*-*-* avr-*-* s390*-*-* i?86-*-* x86_64-*-* } } */
+ 
+ extern long long int a, c;
+ extern unsigned short b;
+ 
+ /* { dg-final { scan-tree-dump-times "Optimizing range test \[^\n\r]* and comparison" 1 "reassoc1" } } */
+ 
+ __attribute__((noinline, noclone)) void
+ foo (void)
+ {
+   if ((b > a) != (1 + (a < 0)))
+     c = 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/ubsan/pr81162.c gcc-7.2.0/gcc/testsuite/gcc.dg/ubsan/pr81162.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/ubsan/pr81162.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/ubsan/pr81162.c	Tue Jul 25 19:40:50 2017
***************
*** 0 ****
--- 1,17 ----
+ /* PR tree-optimization/81162 */
+ /* { dg-do run } */
+ /* { dg-options "-fsanitize=undefined -O2" } */
+ 
+ short s;
+ int i1 = 1;
+ int i2 = 1;
+ unsigned char uc = 147;
+ 
+ int main() {
+   s = (-uc + 2147483647) << 0;
+   if (9031239389974324562ULL >= (-((i1 && i2) + uc) ^ -21096) ) {
+     return 0;
+   } else {
+     return -1;
+   }
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/ubsan/pr81505.c gcc-7.2.0/gcc/testsuite/gcc.dg/ubsan/pr81505.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/ubsan/pr81505.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/ubsan/pr81505.c	Wed Jul 26 08:36:34 2017
***************
*** 0 ****
--- 1,17 ----
+ /* { dg-do compile } */
+ /* { dg-options "-O3 -fsanitize=signed-integer-overflow" } */
+ 
+ int a, b, c, h;
+ 
+ int i[5][5];
+ 
+ void
+ fn1 ()
+ {
+   int l = 0;
+ 
+   for (a = 0; a <= 3; a++)
+     for (b = 1; b >= 0; b -= 1)
+       l |= i[0][b];
+   c = l;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/vect/bb-slp-pr80705.c gcc-7.2.0/gcc/testsuite/gcc.dg/vect/bb-slp-pr80705.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/vect/bb-slp-pr80705.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/vect/bb-slp-pr80705.c	Wed Jun  7 13:07:06 2017
***************
*** 0 ****
--- 1,44 ----
+ /* { dg-do compile } */
+ /* { dg-require-profiling "-fprofile-generate" } */
+ /* { dg-additional-options "-fprofile-generate" } */
+ 
+ extern int isspace (int);
+ 
+ int foo(const char *txt, char *buf)
+ {
+   const char *s;
+   char *d;
+   int ws = 1;
+   for (s=txt, d=buf; *s; )
+     {
+       if (*s=='/' && *(s+1)=='/') {
+ 
+ 	  s += 2;
+ 	  while (*s && *s!='\r' && *s!='\n')
+ 	    s++;
+       }
+       else if (*s=='"') {
+ 
+ 	  s++;
+ 	  while (*s && *s!='\r' && *s!='\n' && *s!='"')
+ 	    if (*s++=='\\')
+ 	      s++;
+ 	  if (*s=='"')
+ 	    s++;
+       }
+       else {
+ 	  if (*s && !isspace(*s))
+ 	    ws = 0;
+ 
+ 
+ 	  *d++ = *s++;
+ 
+       }
+     }
+   *d = '\0';
+ 
+   return ws;
+ }
+ 
+ /* { dg-final { scan-tree-dump "base object not addressable" "slp1" } } */
+ /* { dg-final { scan-tree-dump-not "MEM\[^\r\n\]*__gcov\[^\r\n\]* = vect_cst" "slp1" } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/vect/pr81410.c gcc-7.2.0/gcc/testsuite/gcc.dg/vect/pr81410.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/vect/pr81410.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/vect/pr81410.c	Wed Jul 26 08:36:34 2017
***************
*** 0 ****
--- 1,37 ----
+ /* { dg-do run } */
+ /* { dg-require-effective-target vect_long_long } */
+ 
+ #include "tree-vect.h"
+ 
+ long long x[24];
+ long long y[16];
+ long long z[8];
+ 
+ void __attribute__((noinline)) foo()
+ {
+   for (int i = 0; i < 8; ++i)
+     {
+       y[2*i] = x[3*i];
+       y[2*i + 1] = x[3*i + 1];
+       z[i] = 1;
+     }
+ }
+ 
+ int main()
+ {
+   check_vect ();
+ 
+   for (int i = 0; i < 24; ++i)
+     {
+       x[i] = i;
+       __asm__ volatile ("" : : : "memory");
+     }
+   foo ();
+   for (int i = 0; i < 8; ++i)
+     if (y[2*i] != 3*i || y[2*i+1] != 3*i + 1)
+       __builtin_abort ();
+ 
+   return 0;
+ }
+ 
+ /* { dg-final { scan-tree-dump "vectorized 1 loops" "vect" } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.dg/vect/pr81633.c gcc-7.2.0/gcc/testsuite/gcc.dg/vect/pr81633.c
*** gcc-7.1.0/gcc/testsuite/gcc.dg/vect/pr81633.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.dg/vect/pr81633.c	Tue Aug  1 13:58:13 2017
***************
*** 0 ****
--- 1,33 ----
+ /* { dg-do run } */
+ 
+ static double identity[4][4] = {{1, 0, 0, 0},
+                                 {0, 1, 0, 0},
+                                 {0, 0, 1, 0},
+                                 {0, 0, 0, 1}};
+ static double expected[4][4] = {{1, 0, 0, 0},
+                                 {0, 0, 0, 0},
+                                 {0, 0, 0, 0},
+                                 {0, 0, 0, 0}};
+ 
+ static void __attribute__((noinline,noclone))
+ kernel(double A[4][4])
+ {
+   double tmp[4][4];
+   for (int j = 0; j < 4; j++)
+     for (int k = 0; k < 4; k++)
+       tmp[j][k] = identity[j][0] * identity[j][k];
+   for (int j = 0; j < 4; j++ )
+     for (int k = 0; k < 4; k++)
+       A[j][k] = tmp[j][k];
+ }
+ 
+ int main(void)
+ {
+   double A[4][4] = {{0.0}};
+   kernel(A);
+   for ( int i = 0; i < 4; i++ )
+     for ( int j = 0; j < 4; j++ )
+       if (A[i][j] != expected[i][j])
+ 	__builtin_abort ();
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/aarch64/pr79041-2.c gcc-7.2.0/gcc/testsuite/gcc.target/aarch64/pr79041-2.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/aarch64/pr79041-2.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/aarch64/pr79041-2.c	Wed Jul 26 11:57:57 2017
***************
*** 0 ****
--- 1,12 ----
+ /* { dg-do compile } */
+ /* { dg-options "-O2 -mcmodel=large -mpc-relative-literal-loads" } */
+ /* { dg-require-effective-target lp64 } */
+ 
+ __int128
+ t (void)
+ {
+   return (__int128)1 << 80;
+ }
+ 
+ /* { dg-final { scan-assembler "adr" } } */
+ /* { dg-final { scan-assembler-not "adrp" } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/aarch64/pr81414.C gcc-7.2.0/gcc/testsuite/gcc.target/aarch64/pr81414.C
*** gcc-7.1.0/gcc/testsuite/gcc.target/aarch64/pr81414.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/aarch64/pr81414.C	Fri Jul 28 11:13:45 2017
***************
*** 0 ****
--- 1,9 ----
+ /* { dg-do compile } */
+ /* { dg-options "-O2 -mcpu=cortex-a57" } */
+ 
+ typedef __Float32x2_t float32x2_t;
+ float32x2_t
+ foo1 (float32x2_t __a, float32x2_t __b, float32x2_t __c) {
+   return __b * __c + __a;
+ }
+ 
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/arm/fpscr.c gcc-7.2.0/gcc/testsuite/gcc.target/arm/fpscr.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/arm/fpscr.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/arm/fpscr.c	Fri Jun 23 16:08:40 2017
***************
*** 0 ****
--- 1,16 ----
+ /* Test the fpscr builtins.  */
+ 
+ /* { dg-do compile } */
+ /* { dg-require-effective-target arm_fp_ok } */
+ /* { dg-skip-if "need fp instructions" { *-*-* } { "-mfloat-abi=soft" } { "" } } */
+ /* { dg-add-options arm_fp } */
+ 
+ void
+ test_fpscr ()
+ {
+   volatile unsigned int status = __builtin_arm_get_fpscr ();
+   __builtin_arm_set_fpscr (status);
+ }
+ 
+ /* { dg-final { scan-assembler "mrc\tp10, 7, r\[0-9\]+, cr1, cr0, 0" } } */
+ /* { dg-final { scan-assembler "mcr\tp10, 7, r\[0-9\]+, cr1, cr0, 0" } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/arm/pr71778.c gcc-7.2.0/gcc/testsuite/gcc.target/arm/pr71778.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/arm/pr71778.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/arm/pr71778.c	Mon Jun 19 16:58:03 2017
***************
*** 0 ****
--- 1,24 ----
+ /* { dg-do compile }  */
+ /* { dg-require-effective-target arm_neon_ok } */
+ /* { dg-options "-O2" } */
+ /* { dg-add-options arm_neon } */
+ 
+ typedef __simd128_int32_t int32x4_t;
+ 
+ __extension__ extern __inline int32x4_t
+ __attribute__  ((__always_inline__, __gnu_inline__, __artificial__))
+ vshrq_n_s32 (int32x4_t __a, const int __b)
+ {
+   /* Errors for arm_neon.h intrinsics using constants end up on the line
+      in arm_neon.h rather than the source file line.  That means we
+      need to put the dg-error up here, rather than on line 22 where we'd
+      like it.  */
+   return (int32x4_t)__builtin_neon_vshrs_nv4si (__a, __b); /* { dg-error "argument 2 must be a constant immediate" } */
+ }
+ 
+ int32x4_t
+ shift (int32x4_t a, int b)
+ {
+   return vshrq_n_s32 (a, b);
+ }
+ 
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/arm/thumb2-slow-flash-data-2.c gcc-7.2.0/gcc/testsuite/gcc.target/arm/thumb2-slow-flash-data-2.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/arm/thumb2-slow-flash-data-2.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/arm/thumb2-slow-flash-data-2.c	Fri Jun  2 11:19:16 2017
***************
*** 0 ****
--- 1,28 ----
+ /* { dg-do compile } */
+ /* { dg-require-effective-target arm_cortex_m } */
+ /* { dg-require-effective-target arm_thumb2_ok } */
+ /* { dg-skip-if "avoid conflicts with multilib options" { *-*-* } { "-mcpu=*" } { "-mcpu=cortex-m4" "-mcpu=cortex-m7" } } */
+ /* { dg-skip-if "do not override -mfloat-abi" { *-*-* } { "-mfloat-abi=*" } { "-mfloat-abi=hard" } } */
+ /* { dg-options "-march=armv7e-m -mfloat-abi=hard -O2 -mthumb -mslow-flash-data" } */
+ 
+ float f (float);
+ 
+ const float max = 0.01f;
+ 
+ int
+ g (float in)
+ {
+   if (f (in) + f (in) < max)
+     return 0;
+   return 1;
+ }
+ 
+ double foo (void)
+ {
+   return 0xF1EC7A5239123AF;
+ }
+ 
+ double bar (void)
+ {
+   return 0.0f;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/arm/thumb2-slow-flash-data-3.c gcc-7.2.0/gcc/testsuite/gcc.target/arm/thumb2-slow-flash-data-3.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/arm/thumb2-slow-flash-data-3.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/arm/thumb2-slow-flash-data-3.c	Fri Jun  2 11:19:16 2017
***************
*** 0 ****
--- 1,25 ----
+ /* { dg-do compile } */
+ /* { dg-require-effective-target arm_cortex_m } */
+ /* { dg-require-effective-target arm_thumb2_ok } */
+ /* { dg-skip-if "avoid conflicts with multilib options" { *-*-* } { "-mcpu=*" } { "-mcpu=cortex-m4" "-mcpu=cortex-m7" } } */
+ /* { dg-skip-if "do not override -mfloat-abi" { *-*-* } { "-mfloat-abi=*" } { "-mfloat-abi=hard" } } */
+ /* { dg-options "-march=armv7e-m -mfloat-abi=hard -mthumb -mslow-flash-data" } */
+ 
+ /* From PR71607 */
+ 
+ float b;
+ void fn1 ();
+ 
+ float
+ fn2 ()
+ {
+   return 1.1f;
+ }
+ 
+ void
+ fn3 ()
+ {
+   float a[2];
+   a[1] = b;
+   fn1 (a);
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/arm/thumb2-slow-flash-data-4.c gcc-7.2.0/gcc/testsuite/gcc.target/arm/thumb2-slow-flash-data-4.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/arm/thumb2-slow-flash-data-4.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/arm/thumb2-slow-flash-data-4.c	Fri Jun  2 11:19:16 2017
***************
*** 0 ****
--- 1,26 ----
+ /* { dg-do compile } */
+ /* { dg-require-effective-target arm_cortex_m } */
+ /* { dg-require-effective-target arm_thumb2_ok } */
+ /* { dg-skip-if "avoid conflicts with multilib options" { *-*-* } { "-mcpu=*" } { "-mcpu=cortex-m4" "-mcpu=cortex-m7" } } */
+ /* { dg-skip-if "do not override -mfloat-abi" { *-*-* } { "-mfloat-abi=*" } { "-mfloat-abi=hard" } } */
+ /* { dg-options "-march=armv7e-m -mfloat-abi=hard -O2 -mthumb -mslow-flash-data" } */
+ 
+ double __attribute__ ((target ("fpu=fpv5-d16")))
+ foo (void)
+ {
+   return 1.0f;
+ }
+ 
+ float __attribute__ ((target ("fpu=fpv5-d16")))
+ bar (void)
+ {
+   return 1.0f;
+ }
+ 
+ float __attribute__ ((target ("fpu=fpv5-sp-d16")))
+ baz (void)
+ {
+   return 1.0f;
+ }
+ 
+ /* { dg-final { scan-assembler-times "#1\\.0e\\+0" 3 } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/arm/thumb2-slow-flash-data-5.c gcc-7.2.0/gcc/testsuite/gcc.target/arm/thumb2-slow-flash-data-5.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/arm/thumb2-slow-flash-data-5.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/arm/thumb2-slow-flash-data-5.c	Fri Jun  2 11:19:16 2017
***************
*** 0 ****
--- 1,14 ----
+ /* { dg-do compile } */
+ /* { dg-require-effective-target arm_cortex_m } */
+ /* { dg-require-effective-target arm_thumb2_ok } */
+ /* { dg-skip-if "avoid conflicts with multilib options" { *-*-* } { "-mcpu=*" } { "-mcpu=cortex-m4" "-mcpu=cortex-m7" } } */
+ /* { dg-skip-if "do not override -mfloat-abi" { *-*-* } { "-mfloat-abi=*" } { "-mfloat-abi=hard" } } */
+ /* { dg-options "-march=armv7e-m -mfloat-abi=hard -O2 -mthumb -mslow-flash-data" } */
+ 
+ double __attribute__ ((target ("fpu=fpv5-sp-d16")))
+ foo (void)
+ {
+   return 1.0f;
+ }
+ 
+ /* { dg-final { scan-assembler-not "#1\\.0e\\+0" } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/arm/tls-disable-literal-pool.c gcc-7.2.0/gcc/testsuite/gcc.target/arm/tls-disable-literal-pool.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/arm/tls-disable-literal-pool.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/arm/tls-disable-literal-pool.c	Fri Jun  2 11:19:16 2017
***************
*** 0 ****
--- 1,14 ----
+ /* { dg-do compile } */
+ /* { dg-require-effective-target tls_native } */
+ /* { dg-require-effective-target arm_cortex_m } */
+ /* { dg-require-effective-target arm_thumb2_ok } */
+ /* { dg-options "-mslow-flash-data" } */
+ 
+ __thread int x = 0;
+ 
+ int
+ bar ()
+ {
+   return x; /* { dg-message "sorry, unimplemented: accessing thread-local storage is not currently supported with -mpure-code or -mslow-flash-data" } */
+ }
+ 
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/avr/isr-test.h gcc-7.2.0/gcc/testsuite/gcc.target/avr/isr-test.h
*** gcc-7.1.0/gcc/testsuite/gcc.target/avr/isr-test.h	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/avr/isr-test.h	Wed Jul  5 12:49:08 2017
***************
*** 0 ****
--- 1,282 ----
+ #ifndef ISR_TEST_H
+ #define ISR_TEST_H
+ 
+ #include <string.h>
+ 
+ #define ISR(N,...)                                                      \
+ __attribute__ ((used, externally_visible , ## __VA_ARGS__))             \
+     void __vector_##N (void);                                           \
+     void __vector_##N (void)
+ 
+ #define SFR(ADDR) (*(unsigned char volatile*) (__AVR_SFR_OFFSET__ + (ADDR)))
+ #define CORE_SFRS SFR (0x38)
+ #define SREG      SFR (0x3F)
+ #define SPL       SFR (0x3D)
+ #define EIND      SFR (0x3C)
+ #define RAMPZ     SFR (0x3B)
+ #define RAMPY     SFR (0x3A)
+ #define RAMPX     SFR (0x39)
+ #define RAMPD     SFR (0x38)
+ 
+ #ifdef __AVR_HAVE_JMP_CALL__
+ #define VEC_SIZE 4
+ #else
+ #define VEC_SIZE 2
+ #endif
+ 
+ #ifdef __AVR_TINY__
+ #define FIRST_REG 16
+ #else
+ #define FIRST_REG 0
+ #endif
+ 
+ #define CR "\n\t"
+ 
+ typedef struct
+ {
+   unsigned char sfrs[8];
+   unsigned char gprs[32 - FIRST_REG];
+ } regs_t;
+ 
+ regs_t reginfo1, reginfo2;
+ 
+ __attribute__((noinline))
+ static void clear_reginfo (void)
+ {
+   memset (reginfo1.sfrs, 0, sizeof (reginfo1.sfrs));
+   memset (reginfo2.sfrs, 0, sizeof (reginfo2.sfrs));
+ }
+ 
+ __attribute__((noinline))
+ static void compare_reginfo (unsigned long gpr_ignore)
+ {
+   signed char regno;
+   const unsigned char *preg1 = &reginfo1.gprs[0];
+   const unsigned char *preg2 = &reginfo2.gprs[0];
+ 
+   if (memcmp (&reginfo1, &reginfo2, 8))
+     __builtin_abort();
+ 
+   gpr_ignore >>= FIRST_REG;
+ 
+     for (regno = FIRST_REG; regno < 32;
+        regno++, preg1++, preg2++, gpr_ignore >>= 1)
+     {
+       if (gpr_ignore & 1)
+         continue;
+ 
+       if (*preg1 != *preg2)
+         {
+           static signed char volatile failed_regno;
+           failed_regno = regno;
+           __builtin_abort();
+         }
+     }
+ }
+ 
+ /* STore GPR */
+ #define ST(regno,M)                                     \
+   CR "sts %[" #M "]+8-%[first]+" #regno ", r" #regno
+ 
+ /* STore SFR */
+ #define ST_SFR(sfr, n_sfr, M)                   \
+   CR "in __tmp_reg__,%i[s_" #sfr "]"            \
+   CR "sts %[" #M "]+" #n_sfr ", __tmp_reg__"
+ 
+ /* Named asm OPerand for SFR */
+ #define OP_SFR(sfr)                             \
+   , [s_ ## sfr] "n" (&(sfr))
+ 
+ /* Write funny value to SFR */
+ #define XX_SFR(sfr)                             \
+   CR "dec r31 $ out %i[s_" #sfr "], r31"
+ 
+ /* Write 0 to SFR */
+ #define OO_SFR(sfr)                             \
+   CR "out %i[s_" #sfr "], __zero_reg__"
+ 
+ /* Macros for SREG */
+ #define ST_SREG(M) ST_SFR (SREG,0,M)
+ #define OP_SREG    OP_SFR (SREG)
+ #define XX_SREG    XX_SFR (SREG)
+ 
+ /* Macros for EIND */
+ #if defined __AVR_HAVE_EIJMP_EICALL__
+ #define ST_EIND(M) ST_SFR (EIND,1,M)
+ #define OP_EIND    OP_SFR (EIND)
+ #else
+ #define ST_EIND(M) /* empty */
+ #define OP_EIND    /* empty */
+ #endif
+ 
+ /* Macros for RAMPX */
+ #if defined (__AVR_HAVE_RAMPX__)
+ #define ST_RAMPX(M) ST_SFR (RAMPX,2,M)
+ #define OP_RAMPX    OP_SFR (RAMPX)
+ #define XX_RAMPX    XX_SFR (RAMPX)
+ #define OO_RAMPX    OO_SFR (RAMPX)
+ #else
+ #define ST_RAMPX(M) /* empty */
+ #define OP_RAMPX    /* empty */
+ #define XX_RAMPX    /* empty */
+ #define OO_RAMPX    /* empty */
+ #endif
+ 
+ /* Macros for RAMPY */
+ #if defined (__AVR_HAVE_RAMPY__)
+ #define ST_RAMPY(M) ST_SFR (RAMPY,3,M)
+ #define OP_RAMPY    OP_SFR (RAMPY)
+ #define XX_RAMPY    XX_SFR (RAMPY)
+ #define OO_RAMPY    OO_SFR (RAMPY)
+ #else
+ #define ST_RAMPY(M) /* empty */
+ #define OP_RAMPY    /* empty */
+ #define XX_RAMPY    /* empty */
+ #define OO_RAMPY    /* empty */
+ #endif
+ 
+ /* Macros for RAMPZ */
+ #if defined (__AVR_HAVE_RAMPZ__)
+ #define ST_RAMPZ(M) ST_SFR (RAMPZ,4,M)
+ #define OP_RAMPZ    OP_SFR (RAMPZ)
+ #define XX_RAMPZ    XX_SFR (RAMPZ)
+ #define OO_RAMPZ    OO_SFR (RAMPZ)
+ #else
+ #define ST_RAMPZ(M) /* empty */
+ #define OP_RAMPZ    /* empty */
+ #define XX_RAMPZ    /* empty */
+ #define OO_RAMPZ    /* empty */
+ #endif
+ 
+ /* Macros for RAMPD */
+ #if defined (__AVR_HAVE_RAMPD__)
+ #define ST_RAMPD(M) ST_SFR (RAMPD,5,M)
+ #define OP_RAMPD    OP_SFR (RAMPD)
+ #else
+ #define ST_RAMPD(M) /* empty */
+ #define OP_RAMPD    /* empty */
+ #endif
+ 
+ /* Macros for all GPRs */
+ #if defined __AVR_TINY__
+ #define ST_REGS_LO(M) /* empty */
+ #else
+ #define ST_REGS_LO(M)                           \
+   ST(0,M)   ST(1,M)   ST(2,M)   ST(3,M)         \
+   ST(4,M)   ST(5,M)   ST(6,M)   ST(7,M)         \
+   ST(8,M)   ST(9,M)   ST(10,M)  ST(11,M)        \
+   ST(12,M)  ST(13,M)  ST(14,M)  ST(15,M)
+ #endif /* AVR_TINY */
+ 
+ #define ST_REGS_HI(M)                           \
+   ST(16,M)    ST(17,M)    ST(18,M)    ST(19,M)  \
+   ST(20,M)    ST(21,M)    ST(22,M)    ST(23,M)  \
+   ST(24,M)    ST(25,M)    ST(26,M)    ST(27,M)  \
+   ST(28,M)    ST(29,M)    ST(30,M)    ST(31,M)
+ 
+ __attribute__((used,naked,noinline,noclone))
+ static void host_store1 (void)
+ {
+   __asm __volatile__
+   ("nop"
+    CR ".global do_stores_before"
+    CR ".type   do_stores_before,@function"
+    CR "do_stores_before:"
+    /* Funny values to some SFRs */
+    CR "ldi r31, 1 + 'Z'"
+    XX_RAMPZ
+    XX_RAMPY
+    XX_RAMPX
+    CR "dec __zero_reg__"
+    CR "clr r31"
+    XX_SREG
+    /* Must set I-flag due to RETI of ISR */
+    CR "sei"
+    /* Store core regs before ISR */
+    ST_RAMPX (mem1)
+    ST_RAMPY (mem1)
+    ST_RAMPZ (mem1)
+    ST_RAMPD (mem1)
+    ST_EIND  (mem1)
+    ST_SREG  (mem1)
+    CR "ldi r31, 0xaa"
+    CR "mov __tmp_reg__, r31"
+    CR "ldi r31, 31"
+    ST_REGS_LO (mem1)
+    ST_REGS_HI (mem1)
+    CR "ret"
+    : /* No outputs */
+    : [mem1] "i" (&reginfo1), [first] "n" (FIRST_REG)
+    OP_RAMPX
+    OP_RAMPY
+    OP_RAMPZ
+    OP_RAMPD
+    OP_EIND
+    OP_SREG
+    : "memory", "r31");
+ }
+ 
+ __attribute__((used,naked,noinline,noclone))
+ static void host_store2 (void)
+ {
+   __asm __volatile__
+   ("nop"
+    CR ".global do_stores_after"
+    CR ".type   do_stores_after,@function"
+    CR "do_stores_after:"
+    /* Store core regs after ISR */
+    ST_REGS_LO (mem2)
+    ST_REGS_HI (mem2)
+    ST_RAMPX (mem2)
+    ST_RAMPY (mem2)
+    ST_RAMPZ (mem2)
+    ST_RAMPD (mem2)
+    ST_EIND  (mem2)
+    ST_SREG  (mem2)
+    /* Undo funny values */
+    CR "clr __zero_reg__"
+    OO_RAMPX
+    OO_RAMPY
+    OO_RAMPZ
+    CR "ret"
+    : /* No outputs */
+    : [mem2] "i" (&reginfo2), [first] "n" (FIRST_REG)
+    OP_RAMPX
+    OP_RAMPY
+    OP_RAMPZ
+    OP_RAMPD
+    OP_EIND
+    OP_SREG
+    : "memory");
+ }
+ 
+ #define MK_CALL_ISR(vecno)                      \
+   __asm __volatile__                            \
+   (/* Funny values to some SFRs */              \
+    /* Must set I-flag due to RETI of ISR */     \
+    /* Store core regs before ISR */             \
+    CR "%~call do_stores_before"                 \
+    /* Execute ISR */                            \
+    CR "%~call __vectors + %[vect]"              \
+    /* Store core regs after ISR */              \
+    /* Undo funny values */                      \
+    CR "%~call do_stores_after"                  \
+    : /* No outputs */                           \
+    : [vect] "i" (VEC_SIZE * (vecno))            \
+    , "i" (host_store1)                          \
+    , "i" (host_store2)                          \
+    : "memory", "r31")
+ 
+ 
+ #define MK_RUN_ISR(N, IGMSK)                    \
+                                                 \
+ __attribute__((noinline,noclone))               \
+ void run_isr_ ## N (void)                       \
+ {                                               \
+   clear_reginfo();                              \
+   MK_CALL_ISR (N);                              \
+   compare_reginfo (IGMSK);                      \
+ }
+ 
+ #endif /* ISR_TEST_H */
+ 
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/avr/torture/isr-01-simple.c gcc-7.2.0/gcc/testsuite/gcc.target/avr/torture/isr-01-simple.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/avr/torture/isr-01-simple.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/avr/torture/isr-01-simple.c	Wed Jul  5 12:49:08 2017
***************
*** 0 ****
--- 1,98 ----
+ /* { dg-do run } */
+ /* { dg-options "-std=c99" } */
+ 
+ #include "../isr-test.h"
+ 
+ int volatile v;
+ 
+ /**********************************************************************/
+ 
+ ISR (1, signal)
+ {
+ }
+ 
+ MK_RUN_ISR (1, 0)
+ 
+ void test1 (void)
+ {
+   run_isr_1();
+ }
+ 
+ /**********************************************************************/
+ 
+ ISR (2, signal)
+ {
+   v++;
+ }
+ 
+ MK_RUN_ISR (2, 0)
+ 
+ void test2 (void)
+ {
+   v = 0;
+   run_isr_2();
+   if (v != 1)
+     __builtin_abort();
+ }
+ 
+ 
+ /**********************************************************************/
+ 
+ ISR (3, signal)
+ {
+   __asm __volatile__ ("$ lds  r27, v"
+                       "$ swap r27"
+                       "$ sts  v, r27"
+                       ::: "memory", "r27");
+ }
+ 
+ MK_RUN_ISR (3, 0)
+ 
+ void test3 (void)
+ {
+   run_isr_3();
+   if (v != 0x10)
+     __builtin_abort();
+ }
+ 
+ /**********************************************************************/
+ 
+ ISR (4, signal)
+ {
+   __asm __volatile__ ("sts v,__zero_reg__" ::: "memory");
+ }
+ 
+ MK_RUN_ISR (4, 0)
+ 
+ void test4 (void)
+ {
+   run_isr_4();
+   if (v != 0)
+     __builtin_abort();
+ }
+ 
+ /**********************************************************************/
+ 
+ ISR (5, signal)
+ {
+   __asm __volatile__ ("clt");
+ }
+ 
+ MK_RUN_ISR (5, 0)
+ 
+ void test5 (void)
+ {
+   run_isr_5();
+ }
+ 
+ /**********************************************************************/
+ 
+ int main (void)
+ {
+   test1();
+   test2();
+   test3();
+   test4();
+   test5();
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/avr/torture/isr-02-call.c gcc-7.2.0/gcc/testsuite/gcc.target/avr/torture/isr-02-call.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/avr/torture/isr-02-call.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/avr/torture/isr-02-call.c	Wed Jul  5 12:49:08 2017
***************
*** 0 ****
--- 1,60 ----
+ /* { dg-do run } */
+ /* { dg-options "-std=c99" } */
+ 
+ #include "../isr-test.h"
+ 
+ int volatile v;
+ 
+ __attribute__((noinline,noclone))
+ void inc_v (void)
+ {
+   v++;
+ }
+ 
+ /**********************************************************************/
+ 
+ ISR (1, signal)
+ {
+   inc_v();
+ }
+ 
+ MK_RUN_ISR (1, 0)
+ 
+ void test1 (void)
+ {
+   run_isr_1();
+   if (v != 1)
+     __builtin_abort();
+ }
+ 
+ /**********************************************************************/
+ 
+ ISR (2, signal)
+ {
+   if (v == 1)
+     inc_v();
+   else
+     v += 2;
+ }
+ 
+ MK_RUN_ISR (2, 0)
+ 
+ void test2 (void)
+ {
+   run_isr_2();
+   if (v != 2)
+     __builtin_abort();
+   run_isr_2();
+   if (v != 4)
+     __builtin_abort();
+ }
+ 
+ 
+ /**********************************************************************/
+ 
+ int main (void)
+ {
+   test1();
+   test2();
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/avr/torture/isr-03-fixed.c gcc-7.2.0/gcc/testsuite/gcc.target/avr/torture/isr-03-fixed.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/avr/torture/isr-03-fixed.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/avr/torture/isr-03-fixed.c	Wed Jul  5 12:49:08 2017
***************
*** 0 ****
--- 1,146 ----
+ /* { dg-do run } */
+ /* { dg-options "-std=gnu99 -fno-lto -fno-toplevel-reorder" } */
+ 
+ // No LTO for now due to PR lto/68384.
+ 
+ #ifdef __AVR_TINY__
+ unsigned char reg2;
+ #else
+ register unsigned char reg2 __asm("r2");
+ #endif
+ 
+ #include "../isr-test.h"
+ 
+ #define SET_REG(reg,val)                        \
+   do {                                          \
+     reg = (val);                                \
+     __asm __volatile__("" : "+r" (reg));        \
+   } while (0)                                   \
+ 
+ #define GET_REG(reg)                            \
+   ({                                            \
+     __asm __volatile__("" : "+r" (reg));        \
+     reg;                                        \
+   })
+ 
+ /**********************************************************************/
+ 
+ ISR (1, signal)
+ {
+   reg2++;
+ }
+ 
+ MK_RUN_ISR (1, 1ul << 2)
+ 
+ void test1 (void)
+ {
+   SET_REG (reg2, 0);
+   run_isr_1();
+   if (GET_REG (reg2) != 1)
+     __builtin_abort();
+ }
+ 
+ /**********************************************************************/
+ 
+ __attribute__((noinline,noclone))
+ void inc_r2 (void)
+ {
+   reg2++;
+ }
+ 
+ ISR (2, signal)
+ {
+   inc_r2 ();
+ }
+ 
+ MK_RUN_ISR (2, 1ul << 2)
+ 
+ void test2 (void)
+ {
+   run_isr_2();
+   if (GET_REG (reg2) != 2)
+     __builtin_abort();
+ }
+ 
+ 
+ /**********************************************************************/
+ 
+ ISR (3, signal)
+ {
+ #ifndef __AVR_TINY__
+   register char r4 __asm ("r4");
+   __asm __volatile ("inc %0" : "+r" (r4));
+   __asm __volatile ("inc r5" ::: "r5");
+ #endif
+ }
+ 
+ MK_RUN_ISR (3, 0)
+ 
+ void test3 (void)
+ {
+   run_isr_3();
+ }
+ 
+ 
+ /**********************************************************************/
+ 
+ #define CLOBB(reg)                                 \
+   do {                                             \
+     __asm __volatile__ ("inc " #reg ::: #reg);     \
+   } while (0)
+ 
+ ISR (4, signal)
+ {
+   char volatile v;
+   v = 1;
+ 
+ #ifndef __AVR_TINY__
+   CLOBB (r3);
+   CLOBB (r4);
+   CLOBB (r5);
+   CLOBB (r6);
+   CLOBB (r7);
+   CLOBB (r8);
+   CLOBB (r9);
+   CLOBB (r10);
+   CLOBB (r11);
+   CLOBB (r12);
+   CLOBB (r13);
+   CLOBB (r14);
+   CLOBB (r15);
+   CLOBB (r16);
+   CLOBB (r17);
+ #endif
+ 
+   CLOBB (r18);
+   CLOBB (r19);
+   CLOBB (r20);
+   CLOBB (r21);
+   CLOBB (r22);
+   CLOBB (r23);
+   CLOBB (r24);
+   CLOBB (r25);
+   CLOBB (r26);
+   CLOBB (r27);
+   CLOBB (r30);
+   CLOBB (r31);
+ }
+ 
+ MK_RUN_ISR (4, 0)
+ 
+ void test4 (void)
+ {
+   run_isr_4();
+ }
+ 
+ 
+ /**********************************************************************/
+ 
+ int main (void)
+ {
+   test1();
+   test2();
+   test3();
+   test4();
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/i386/adx-addcarryx32-2.c gcc-7.2.0/gcc/testsuite/gcc.target/i386/adx-addcarryx32-2.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/i386/adx-addcarryx32-2.c	Wed Sep  3 09:24:34 2014
--- gcc-7.2.0/gcc/testsuite/gcc.target/i386/adx-addcarryx32-2.c	Tue Jul  4 21:05:17 2017
*************** adx_test (void)
*** 44,52 ****
    sum_ref = 0x0;
  
    /* X = 0x00000001, Y = 0x00000000, C = 0.  */
!   c = _subborrow_u32 (c, x, y, &x);
    /* X = 0xFFFFFFFF, Y = 0x00000000, C = 1.  */
!   c = _subborrow_u32 (c, x, y, &x);
    /* X = 0xFFFFFFFF, Y = 0xFFFFFFFF, C = 1.  */
  
    if (x != sum_ref)
--- 44,52 ----
    sum_ref = 0x0;
  
    /* X = 0x00000001, Y = 0x00000000, C = 0.  */
!   c = _subborrow_u32 (c, y, x, &x);
    /* X = 0xFFFFFFFF, Y = 0x00000000, C = 1.  */
!   c = _subborrow_u32 (c, y, x, &x);
    /* X = 0xFFFFFFFF, Y = 0xFFFFFFFF, C = 1.  */
  
    if (x != sum_ref)
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/i386/adx-addcarryx64-2.c gcc-7.2.0/gcc/testsuite/gcc.target/i386/adx-addcarryx64-2.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/i386/adx-addcarryx64-2.c	Wed Sep  3 09:24:34 2014
--- gcc-7.2.0/gcc/testsuite/gcc.target/i386/adx-addcarryx64-2.c	Tue Jul  4 21:05:17 2017
*************** adx_test (void)
*** 44,52 ****
    sum_ref = 0x0LL;
  
    /* X = 0x0000000000000001, Y = 0x0000000000000000, C = 0.  */
!   c = _subborrow_u64 (c, x, y, &x);
    /* X = 0xFFFFFFFFFFFFFFFF, Y = 0x0000000000000000, C = 1.  */
!   c = _subborrow_u64 (c, x, y, &x);
    /* X = 0x0000000000000000, Y = 0x0000000000000000, C = 1.  */
  
    if (x != sum_ref)
--- 44,52 ----
    sum_ref = 0x0LL;
  
    /* X = 0x0000000000000001, Y = 0x0000000000000000, C = 0.  */
!   c = _subborrow_u64 (c, y, x, &x);
    /* X = 0xFFFFFFFFFFFFFFFF, Y = 0x0000000000000000, C = 1.  */
!   c = _subborrow_u64 (c, y, x, &x);
    /* X = 0x0000000000000000, Y = 0x0000000000000000, C = 1.  */
  
    if (x != sum_ref)
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/i386/funcspec-56.inc gcc-7.2.0/gcc/testsuite/gcc.target/i386/funcspec-56.inc
*** gcc-7.1.0/gcc/testsuite/gcc.target/i386/funcspec-56.inc	Fri Jan 13 18:32:44 2017
--- gcc-7.2.0/gcc/testsuite/gcc.target/i386/funcspec-56.inc	Wed Aug  2 13:02:50 2017
*************** extern void test_no_sha (void)			__attri
*** 99,105 ****
  extern void test_no_pclmul (void)		__attribute__((__target__("no-pclmul")));
  extern void test_no_sse2 (void)			__attribute__((__target__("no-sse2")));
  extern void test_no_sse (void)			__attribute__((__target__("no-sse")));
! extern void test_no_3dnowa (void)		__attribute__((__target__("3dnowa")));
  extern void test_no_3dnow (void)		__attribute__((__target__("no-3dnow")));
  extern void test_no_mmx (void)			__attribute__((__target__("no-mmx")));
  extern void test_no_rtm (void)			__attribute__((__target__("no-rtm")));
--- 99,105 ----
  extern void test_no_pclmul (void)		__attribute__((__target__("no-pclmul")));
  extern void test_no_sse2 (void)			__attribute__((__target__("no-sse2")));
  extern void test_no_sse (void)			__attribute__((__target__("no-sse")));
! extern void test_no_3dnowa (void)		__attribute__((__target__("no-3dnowa")));
  extern void test_no_3dnow (void)		__attribute__((__target__("no-3dnow")));
  extern void test_no_mmx (void)			__attribute__((__target__("no-mmx")));
  extern void test_no_rtm (void)			__attribute__((__target__("no-rtm")));
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/i386/getround.c gcc-7.2.0/gcc/testsuite/gcc.target/i386/getround.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/i386/getround.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/i386/getround.c	Wed Jul 26 08:36:34 2017
***************
*** 0 ****
--- 1,14 ----
+ /* { dg-do compile } */
+ /* { dg-options "-O -msse" } */
+ 
+ #include <xmmintrin.h>
+ 
+ unsigned save;
+ 
+ void f(unsigned mode){
+   unsigned tmp = _MM_GET_ROUNDING_MODE();
+   _MM_SET_ROUNDING_MODE(mode);
+   save = tmp;
+ }
+ 
+ /* { dg-final { scan-assembler-times "stmxcsr" 1 } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr22152.c gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr22152.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr22152.c	Tue Apr 22 12:30:59 2014
--- gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr22152.c	Sun May 14 12:49:55 2017
***************
*** 1,18 ****
! /* { dg-do compile } */
  /* { dg-options "-O2 -msse2 -mtune=core2" } */
  /* { dg-additional-options "-mno-vect8-ret-in-mem" { target *-*-vxworks* } } */
- /* { dg-additional-options "-mabi=sysv" { target x86_64-*-mingw* } } */
  
  #include <mmintrin.h>
  
  __m64
! unsigned_add3 (const __m64 * a, const __m64 * b, unsigned int count)
  {
!   __m64 sum;
!   unsigned int i;
  
!   for (i = 1; i < count; i++)
!     sum = _mm_add_si64 (a[i], b[i]);
  
    return sum;
  }
--- 1,18 ----
! /* { dg-do compile { target ia32 } } */
  /* { dg-options "-O2 -msse2 -mtune=core2" } */
  /* { dg-additional-options "-mno-vect8-ret-in-mem" { target *-*-vxworks* } } */
  
  #include <mmintrin.h>
  
+ typedef __SIZE_TYPE__ size_t;
+ 
  __m64
! unsigned_add3 (const __m64 * a, const __m64 * b, size_t count)
  {
!   __m64 sum = { 0, 0 };
  
!   if (count > 0)
!     sum = _mm_add_si64 (a[count-1], b[count-1]);
  
    return sum;
  }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr59874-1.c gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr59874-1.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr59874-1.c	Wed Dec 14 20:27:06 2016
--- gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr59874-1.c	Thu Jun  8 19:42:59 2017
***************
*** 6,10 ****
  unsigned int
  foo (unsigned short x)
  {
!   return x ? __builtin_ctz (x) : 16U;
  }
--- 6,10 ----
  unsigned int
  foo (unsigned short x)
  {
!   return x ? __builtin_ctzs (x) : 16U;
  }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr59874-2.c gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr59874-2.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr59874-2.c	Wed Dec 14 20:27:06 2016
--- gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr59874-2.c	Thu Jun  8 19:42:59 2017
***************
*** 6,10 ****
  unsigned int
  foo (unsigned short x)
  {
!   return x ? __builtin_clz (x) : 16U;
  }
--- 6,10 ----
  unsigned int
  foo (unsigned short x)
  {
!   return x ? __builtin_clzs (x) : 16U;
  }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr69255-2.c gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr69255-2.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr69255-2.c	Wed Nov 23 08:08:47 2016
--- gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr69255-2.c	Wed Jul 26 08:36:34 2017
*************** __attribute__ ((__vector_size__ (16))) i
*** 12,19 ****
  void
  foo (const long long *p)
  {
!   __builtin_ia32_gather3siv4di (a, p, b, 1, 1);		/* { dg-error "needs isa option -m32 -mavx512vl" } */
  }
  
! /* { dg-warning "AVX vector return without AVX enabled changes the ABI" "" { target *-*-* } 15 } */
! /* { dg-warning "AVX vector argument without AVX enabled changes the ABI" "" { target *-*-* } 15 } */
--- 12,20 ----
  void
  foo (const long long *p)
  {
!   volatile __attribute__ ((__vector_size__ (32))) long long c;
!   c = __builtin_ia32_gather3siv4di (a, p, b, 1, 1);		/* { dg-error "needs isa option -m32 -mavx512vl" } */
  }
  
! /* { dg-warning "AVX vector return without AVX enabled changes the ABI" "" { target *-*-* } 16 } */
! /* { dg-warning "AVX vector argument without AVX enabled changes the ABI" "" { target *-*-* } 16 } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr80569.c gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr80569.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr80569.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr80569.c	Sun Jul 23 10:33:08 2017
***************
*** 0 ****
--- 1,9 ----
+ /* PR target/80569 */
+ /* { dg-do assemble } */
+ /* { dg-options "-O2 -m16 -march=haswell" } */
+ 
+ void load_kernel(void *setup_addr)
+ {
+     unsigned int seg = (unsigned int)setup_addr >> 4;
+     asm("movl %0, %%es" : : "r"(seg));
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr80706.c gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr80706.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr80706.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr80706.c	Sun May 14 12:49:55 2017
***************
*** 0 ****
--- 1,30 ----
+ /* PR target/80706 */
+ /* { dg-do run { target sse2_runtime } } */
+ /* { dg-options "-O2 -msse2" } */
+ 
+ union U { double value; struct S { int lsw; int msw; } parts; };
+ 
+ __attribute__((noinline, noclone)) double
+ foo (void)
+ {
+   __asm volatile ("" : : : "memory");
+   return 2.0;
+ }
+ 
+ __attribute__((noinline, noclone)) double
+ bar (void)
+ {
+   double s = foo ();
+   union U z;
+   z.value = s;
+   z.parts.lsw = 0;
+   return z.value * z.value + s * s;
+ }
+ 
+ int
+ main ()
+ {
+   if (bar () != 8.0)
+     __builtin_abort ();
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr81015.c gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr81015.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr81015.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr81015.c	Thu Jun  8 19:42:59 2017
***************
*** 0 ****
--- 1,21 ----
+ /* { dg-do run } */
+ /* { dg-options "-O2 -mlzcnt" } */
+ /* { dg-require-effective-target lzcnt } */
+ 
+ #include "lzcnt-check.h"
+ 
+ int
+ __attribute__ ((noinline, noclone))
+ foo (unsigned short a)
+ {
+   return __builtin_clz (a);
+ }
+ 
+ static void
+ lzcnt_test ()
+ {
+   int res = foo (1);
+ 
+   if (res != 31)
+     abort ();
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr81121.c gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr81121.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr81121.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr81121.c	Wed Jun 21 22:18:34 2017
***************
*** 0 ****
--- 1,10 ----
+ /* PR target/81121 */
+ /* { dg-do compile } */
+ /* { dg-options "-O0 -march=amdfam10 -mno-sse2" } */
+ 
+ void
+ foo (short *x, short *y)
+ {
+   float a = 0;
+   y[0] = x[0] * a;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr81225.c gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr81225.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr81225.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr81225.c	Mon Jul 17 19:38:29 2017
***************
*** 0 ****
--- 1,14 ----
+ /* PR target/81225 */
+ /* { dg-do compile } */
+ /* { dg-options "-mavx512ifma -O3 -ffloat-store" } */
+ 
+ long a[24];
+ float b[4], c[24];
+ int d;
+ 
+ void
+ foo ()
+ {
+   for (d = 0; d < 24; d++)
+     c[d] = (float) d ? : b[a[d]];
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr81294-1.c gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr81294-1.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr81294-1.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr81294-1.c	Tue Jul  4 21:05:17 2017
***************
*** 0 ****
--- 1,29 ----
+ /* PR target/81294 */
+ /* { dg-do run } */
+ /* { dg-options "-O2" } */
+ 
+ #include <x86intrin.h>
+ 
+ int
+ main ()
+ {
+   volatile unsigned char c;
+   unsigned int x;
+   volatile unsigned int y, sum_ref;
+ 
+   c = 0;
+   x = 1;
+   y = 0;
+   sum_ref = 0x0;
+ 
+   /* X = 0x00000001, Y = 0x00000000, C = 0.  */
+   c = _subborrow_u32 (c, y, x, &x);
+   /* X = 0xFFFFFFFF, Y = 0x00000000, C = 1.  */
+   c = _subborrow_u32 (c, y, x, &x);
+   /* X = 0xFFFFFFFF, Y = 0xFFFFFFFF, C = 1.  */
+ 
+   if (x != sum_ref)
+     __builtin_abort ();
+ 
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr81294-2.c gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr81294-2.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr81294-2.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr81294-2.c	Tue Jul  4 21:05:17 2017
***************
*** 0 ****
--- 1,28 ----
+ /* PR target/81294 */
+ /* { dg-do run { target { ! ia32 } } } */
+ /* { dg-options "-O2" } */
+ 
+ #include <x86intrin.h>
+ 
+ int main ()
+ {
+   volatile unsigned char c;
+   unsigned long long x;
+   volatile unsigned long long y, sum_ref;
+ 
+   c = 0;
+   x = 1LL;
+   y = 0LL;
+   sum_ref = 0x0LL;
+ 
+   /* X = 0x0000000000000001, Y = 0x0000000000000000, C = 0.  */
+   c = _subborrow_u64 (c, y, x, &x);
+   /* X = 0xFFFFFFFFFFFFFFFF, Y = 0x0000000000000000, C = 1.  */
+   c = _subborrow_u64 (c, y, x, &x);
+   /* X = 0x0000000000000000, Y = 0x0000000000000000, C = 1.  */
+ 
+   if (x != sum_ref)
+     __builtin_abort ();
+ 
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr81300.c gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr81300.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr81300.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr81300.c	Tue Jul  4 21:05:17 2017
***************
*** 0 ****
--- 1,30 ----
+ /* PR target/81300 */
+ /* { dg-do run { target { ! ia32 } } } */
+ /* { dg-options "-O2" } */
+ 
+ int
+ __attribute__((noinline, noclone))
+ foo (void)
+ {
+   unsigned long long _discard = 0, zero = 0, maxull = 0;
+   unsigned char zero1 = __builtin_ia32_addcarryx_u64 (0, 0, 0, &_discard);
+   unsigned char zero2 = __builtin_ia32_addcarryx_u64 (zero1, 0, 0, &zero);
+   __builtin_ia32_sbb_u64 (0x0, 2, -1, &_discard);
+   unsigned char one = __builtin_ia32_sbb_u64 (0, zero, 1, &maxull);
+   unsigned long long x = __builtin_ia32_sbb_u64 (one, zero2, 0, &_discard);
+ 
+   unsigned long long z1 = 0;
+   __asm__ ("mov{q}\t{%1, %0|%0, %1}" : "+r" (z1) : "r" (x));
+   unsigned long long z2 = 3;
+   __asm__ ("mov{q}\t{%1, %0|%0, %1}" : "+r" (z2) : "r" (x));
+ 
+   return 1 - (z1 | z2);
+ }
+ 
+ int main ()
+ {
+   if (foo ())
+     __builtin_abort ();
+ 
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr81375.c gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr81375.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr81375.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr81375.c	Tue Jul 11 05:32:39 2017
***************
*** 0 ****
--- 1,8 ----
+ /* PR target/81375 */
+ /* { dg-do compile { target ia32 } } */
+ /* { dg-options "-mno-80387 -mno-sse -mfpmath=sse" } */
+ 
+ float foo (float a, float b)
+ {
+   return a / b;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr81471.c gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr81471.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr81471.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr81471.c	Tue Jul 18 18:28:12 2017
***************
*** 0 ****
--- 1,13 ----
+ /* PR target/81471 */
+ /* { dg-do compile { target { ! ia32 } } } */
+ /* { dg-options "-O2 -mbmi2" } */
+ 
+ static inline unsigned int rotl (unsigned int x, int k)
+ {
+   return (x << k) | (x >> (32 - k));
+ }
+ 
+ unsigned long long test (unsigned int z)
+ {
+   return rotl (z, 55);
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr81641.c gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr81641.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr81641.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr81641.c	Tue Aug  1 22:06:11 2017
***************
*** 0 ****
--- 1,11 ----
+ /* PR target/81641 */
+ /* { dg-do assemble } */
+ /* { dg-options "-O -masm=intel" } */
+ /* { dg-require-effective-target masm_intel } */
+ 
+ int test(void)
+ {
+   int __seg_fs *f = (int __seg_fs *)16;
+   int __seg_gs *g = (int __seg_gs *)16;
+   return *f + *g;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr81766.c gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr81766.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/i386/pr81766.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/i386/pr81766.c	Tue Aug  8 13:21:12 2017
***************
*** 0 ****
--- 1,5 ----
+ /* { dg-do compile } */
+ /* { dg-require-effective-target lp64 } */
+ /* { dg-options "-O2 -fPIE -mcmodel=large" } */
+ 
+ int main() { return 0; }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/cpu-builtin-1.c gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/cpu-builtin-1.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/cpu-builtin-1.c	Wed Jan 20 20:30:24 2016
--- gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/cpu-builtin-1.c	Fri Jul 28 22:29:31 2017
***************
*** 4,9 ****
--- 4,14 ----
  void
  use_cpu_is_builtins (unsigned int *p)
  {
+   /* If GCC was configured to use an old GLIBC (before 2.23), the
+      __builtin_cpu_is and __builtin_cpu_supports built-in functions return 0,
+      and the compiler issues a warning that you need a newer glibc to use them.
+      Use #ifdef to avoid the warning.  */
+ #ifdef __BUILTIN_CPU_SUPPORTS__
    p[0] = __builtin_cpu_is ("power9");
    p[1] = __builtin_cpu_is ("power8");
    p[2] = __builtin_cpu_is ("power7");
*************** use_cpu_is_builtins (unsigned int *p)
*** 19,29 ****
--- 24,38 ----
    p[12] = __builtin_cpu_is ("ppc440");
    p[13] = __builtin_cpu_is ("ppc405");
    p[14] = __builtin_cpu_is ("ppc-cell-be");
+ #else
+   p[0] = 0;
+ #endif
  }
  
  void
  use_cpu_supports_builtins (unsigned int *p)
  {
+ #ifdef __BUILTIN_CPU_SUPPORTS__
    p[0] = __builtin_cpu_supports ("4xxmac");
    p[1] = __builtin_cpu_supports ("altivec");
    p[2] = __builtin_cpu_supports ("arch_2_05");
*************** use_cpu_supports_builtins (unsigned int
*** 62,65 ****
--- 71,79 ----
    p[35] = __builtin_cpu_supports ("ucache");
    p[36] = __builtin_cpu_supports ("vcrypto");
    p[37] = __builtin_cpu_supports ("vsx");
+   p[38] = __builtin_cpu_supports ("darn");
+   p[39] = __builtin_cpu_supports ("scv");
+ #else
+   p[0] = 0;
+ #endif
  }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/p8-vec-xl-xst.c gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/p8-vec-xl-xst.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/p8-vec-xl-xst.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/p8-vec-xl-xst.c	Mon May 22 19:47:43 2017
***************
*** 0 ****
--- 1,62 ----
+ /* { dg-do compile { target { powerpc64le-*-* } } } */
+ /* { dg-skip-if "" { powerpc*-*-darwin* } { "*" } { "" } } */
+ /* { dg-require-effective-target powerpc_p8vector_ok } */
+ /* { dg-skip-if "do not override -mcpu" { powerpc*-*-* } { "-mcpu=*" } { "-mcpu=power8" } } */
+ /* { dg-options "-mcpu=power8 -O2" } */
+ 
+ /* Verify fix for problem where vec_xl and vec_xst are not recognized
+    for the vector char and vector short cases on P8 only.  */
+ 
+ #include <altivec.h>
+ 
+ vector unsigned char
+ foo (unsigned char * address)
+ {
+   return __builtin_vec_xl (0, address);
+ }
+ 
+ void
+ bar (vector unsigned char x, unsigned char * address)
+ {
+   __builtin_vec_xst (x, 0, address);
+ }
+ 
+ vector unsigned short
+ foot (unsigned short * address)
+ {
+   return __builtin_vec_xl (0, address);
+ }
+ 
+ void
+ bart (vector unsigned short x, unsigned short * address)
+ {
+   __builtin_vec_xst (x, 0, address);
+ }
+ 
+ vector unsigned char
+ fool (unsigned char * address)
+ {
+   return vec_xl (0, address);
+ }
+ 
+ void
+ barl (vector unsigned char x, unsigned char * address)
+ {
+   vec_xst (x, 0, address);
+ }
+ 
+ vector unsigned short
+ footle (unsigned short * address)
+ {
+   return vec_xl (0, address);
+ }
+ 
+ void
+ bartle (vector unsigned short x, unsigned short * address)
+ {
+   vec_xst (x, 0, address);
+ }
+ 
+ /* { dg-final { scan-assembler-times "lxvd2x"   4 } } */
+ /* { dg-final { scan-assembler-times "stxvd2x"  4 } } */
+ /* { dg-final { scan-assembler-times "xxpermdi" 8 } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/ppc-round2.c gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/ppc-round2.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/ppc-round2.c	Mon Nov 21 20:35:21 2016
--- gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/ppc-round2.c	Tue May  9 23:49:37 2017
***************
*** 3,20 ****
  /* { dg-require-effective-target powerpc_p8vector_ok } */
  /* { dg-skip-if "do not override -mcpu" { powerpc*-*-* } { "-mcpu=*" } { "-mcpu=power8" } } */
  /* { dg-options "-O2 -mcpu=power8" } */
! /* { dg-final { scan-assembler-times "fcfid "      2 } } */
! /* { dg-final { scan-assembler-times "fcfids "     2 } } */
! /* { dg-final { scan-assembler-times "fctiwuz \|xscvdpuxws " 2 } } */
  /* { dg-final { scan-assembler-times "fctiwz \|xscvdpsxws "  2 } } */
! /* { dg-final { scan-assembler-times "mfvsrd "     4 } } */
! /* { dg-final { scan-assembler-times "mtvsrwa "    2 } } */
! /* { dg-final { scan-assembler-times "mtvsrwz "    2 } } */
! /* { dg-final { scan-assembler-not   "lwz"           } } */
! /* { dg-final { scan-assembler-not   "lfiwax "       } } */
! /* { dg-final { scan-assembler-not   "lfiwzx "       } } */
! /* { dg-final { scan-assembler-not   "stw"           } } */
! /* { dg-final { scan-assembler-not   "stfiwx "       } } */
  
  /* Make sure we don't have loads/stores to the GPR unit.  */
  double
--- 3,23 ----
  /* { dg-require-effective-target powerpc_p8vector_ok } */
  /* { dg-skip-if "do not override -mcpu" { powerpc*-*-* } { "-mcpu=*" } { "-mcpu=power8" } } */
  /* { dg-options "-O2 -mcpu=power8" } */
! /* { dg-final { scan-assembler-times "fcfid \|xscvsxddp "    2 } } */
! /* { dg-final { scan-assembler-times "fcfids \|xscvsxdsp "   2 } } */
  /* { dg-final { scan-assembler-times "fctiwz \|xscvdpsxws "  2 } } */
! /* { dg-final { scan-assembler-times "fctiwuz \|xscvdpuxws " 2 } } */
! /* { dg-final { scan-assembler-times {\mmfvsrwz\M}           2 } } */
! /* { dg-final { scan-assembler-times {\mmtvsrwz\M}           2 } } */
! /* { dg-final { scan-assembler-times {\mvupkhsw\M}           2 } } */
! /* { dg-final { scan-assembler-times {\mxxpermdi\M}          2 } } */
! /* { dg-final { scan-assembler-not   {\mmfvsrd\M}              } } */
! /* { dg-final { scan-assembler-not   {\mmtvsrwa\M}             } } */
! /* { dg-final { scan-assembler-not   {\mlwz\M}                 } } */
! /* { dg-final { scan-assembler-not   {\mlfiwax\M}              } } */
! /* { dg-final { scan-assembler-not   {\mlfiwzx\M}              } } */
! /* { dg-final { scan-assembler-not   {\mstw\M}                 } } */
! /* { dg-final { scan-assembler-not   {\mstfiwx\M}              } } */
  
  /* Make sure we don't have loads/stores to the GPR unit.  */
  double
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/ppc-round3.c gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/ppc-round3.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/ppc-round3.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/ppc-round3.c	Tue May  9 23:49:37 2017
***************
*** 0 ****
--- 1,45 ----
+ /* { dg-do compile { target { powerpc*-*-* && lp64 } } } */
+ /* { dg-skip-if "" { powerpc*-*-darwin* } { "*" } { "" } } */
+ /* { dg-require-effective-target powerpc_p9vector_ok } */
+ /* { dg-skip-if "do not override -mcpu" { powerpc*-*-* } { "-mcpu=*" } { "-mcpu=power8" } } */
+ /* { dg-options "-O2 -mcpu=power9" } */
+ /* { dg-final { scan-assembler-times "fcfid \|xscvsxddp "    2 } } */
+ /* { dg-final { scan-assembler-times "fcfids \|xscvsxdsp "   2 } } */
+ /* { dg-final { scan-assembler-times "fctiwz \|xscvdpsxws "  2 } } */
+ /* { dg-final { scan-assembler-times "fctiwuz \|xscvdpuxws " 2 } } */
+ /* { dg-final { scan-assembler-times {\mvextsw2d\M}          2 } } */
+ /* { dg-final { scan-assembler-times {\mxxextractuw\M}       2 } } */
+ /* { dg-final { scan-assembler-not   {\mmfvsrd\M}              } } */
+ /* { dg-final { scan-assembler-not   {\mmfvsrwz\M}             } } */
+ /* { dg-final { scan-assembler-not   {\mmtvsrwa\M}             } } */
+ /* { dg-final { scan-assembler-not   {\mmtvsrwz\M}             } } */
+ /* { dg-final { scan-assembler-not   {\mlwz\M}                 } } */
+ /* { dg-final { scan-assembler-not   {\mlfiwax\M}              } } */
+ /* { dg-final { scan-assembler-not   {\mlfiwzx\M}              } } */
+ /* { dg-final { scan-assembler-not   {\mstw\M}                 } } */
+ /* { dg-final { scan-assembler-not   {\mstfiwx\M}              } } */
+ 
+ /* Make sure we don't have loads/stores to the GPR unit.  */
+ double
+ round_double_int (double a)
+ {
+   return (double)(int)a;
+ }
+ 
+ float
+ round_float_int (float a)
+ {
+   return (float)(int)a;
+ }
+ 
+ double
+ round_double_uint (double a)
+ {
+   return (double)(unsigned int)a;
+ }
+ 
+ float
+ round_float_uint (float a)
+ {
+   return (float)(unsigned int)a;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/pr68163.c gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/pr68163.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/pr68163.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/pr68163.c	Fri May 26 01:52:24 2017
***************
*** 0 ****
--- 1,209 ----
+ /* { dg-do compile { target { powerpc*-*-* && lp64 } } } */
+ /* { dg-skip-if "" { powerpc*-*-darwin* } { "*" } { "" } } */
+ /* { dg-require-effective-target powerpc_p8vector_ok } */
+ /* { dg-skip-if "do not override -mcpu" { powerpc*-*-* } { "-mcpu=*" } { "-mcpu=power8" } } */
+ /* { dg-options "-mcpu=power8 -O2" } */
+ 
+ /* Make sure that the register allocator does not move SF values to GPR
+    registers in order to do an offsettable store.  */
+ 
+ #ifndef TYPE
+ #define TYPE float
+ #endif
+ 
+ #ifndef TYPE_IN
+ #define TYPE_IN TYPE
+ #endif
+ 
+ #ifndef TYPE_OUT
+ #define TYPE_OUT TYPE
+ #endif
+ 
+ #ifndef ITYPE
+ #define ITYPE long
+ #endif
+ 
+ #ifdef DO_CALL
+ extern ITYPE get_bits (ITYPE);
+ 
+ #else
+ #define get_bits(X) (X)
+ #endif
+ 
+ void test (ITYPE *bits, ITYPE n, TYPE one, TYPE_IN *p, TYPE_OUT *q)
+ {
+   TYPE x_00 = p[ 0];
+   TYPE x_01 = p[ 1];
+   TYPE x_02 = p[ 2];
+   TYPE x_03 = p[ 3];
+   TYPE x_04 = p[ 4];
+   TYPE x_05 = p[ 5];
+   TYPE x_06 = p[ 6];
+   TYPE x_07 = p[ 7];
+   TYPE x_08 = p[ 8];
+   TYPE x_09 = p[ 9];
+ 
+   TYPE x_10 = p[10];
+   TYPE x_11 = p[11];
+   TYPE x_12 = p[12];
+   TYPE x_13 = p[13];
+   TYPE x_14 = p[14];
+   TYPE x_15 = p[15];
+   TYPE x_16 = p[16];
+   TYPE x_17 = p[17];
+   TYPE x_18 = p[18];
+   TYPE x_19 = p[19];
+ 
+   TYPE x_20 = p[20];
+   TYPE x_21 = p[21];
+   TYPE x_22 = p[22];
+   TYPE x_23 = p[23];
+   TYPE x_24 = p[24];
+   TYPE x_25 = p[25];
+   TYPE x_26 = p[26];
+   TYPE x_27 = p[27];
+   TYPE x_28 = p[28];
+   TYPE x_29 = p[29];
+ 
+   TYPE x_30 = p[30];
+   TYPE x_31 = p[31];
+   TYPE x_32 = p[32];
+   TYPE x_33 = p[33];
+   TYPE x_34 = p[34];
+   TYPE x_35 = p[35];
+   TYPE x_36 = p[36];
+   TYPE x_37 = p[37];
+   TYPE x_38 = p[38];
+   TYPE x_39 = p[39];
+ 
+   TYPE x_40 = p[40];
+   TYPE x_41 = p[41];
+   TYPE x_42 = p[42];
+   TYPE x_43 = p[43];
+   TYPE x_44 = p[44];
+   TYPE x_45 = p[45];
+   TYPE x_46 = p[46];
+   TYPE x_47 = p[47];
+   TYPE x_48 = p[48];
+   TYPE x_49 = p[49];
+ 
+   ITYPE i;
+ 
+   for (i = 0; i < n; i++)
+     {
+       ITYPE bit = get_bits (bits[i]);
+ 
+       if ((bit & ((ITYPE)1) << 	0) != 0) x_00 += one;
+       if ((bit & ((ITYPE)1) << 	1) != 0) x_01 += one;
+       if ((bit & ((ITYPE)1) << 	2) != 0) x_02 += one;
+       if ((bit & ((ITYPE)1) << 	3) != 0) x_03 += one;
+       if ((bit & ((ITYPE)1) << 	4) != 0) x_04 += one;
+       if ((bit & ((ITYPE)1) << 	5) != 0) x_05 += one;
+       if ((bit & ((ITYPE)1) << 	6) != 0) x_06 += one;
+       if ((bit & ((ITYPE)1) << 	7) != 0) x_07 += one;
+       if ((bit & ((ITYPE)1) << 	8) != 0) x_08 += one;
+       if ((bit & ((ITYPE)1) << 	9) != 0) x_09 += one;
+ 
+       if ((bit & ((ITYPE)1) << 10) != 0) x_10 += one;
+       if ((bit & ((ITYPE)1) << 11) != 0) x_11 += one;
+       if ((bit & ((ITYPE)1) << 12) != 0) x_12 += one;
+       if ((bit & ((ITYPE)1) << 13) != 0) x_13 += one;
+       if ((bit & ((ITYPE)1) << 14) != 0) x_14 += one;
+       if ((bit & ((ITYPE)1) << 15) != 0) x_15 += one;
+       if ((bit & ((ITYPE)1) << 16) != 0) x_16 += one;
+       if ((bit & ((ITYPE)1) << 17) != 0) x_17 += one;
+       if ((bit & ((ITYPE)1) << 18) != 0) x_18 += one;
+       if ((bit & ((ITYPE)1) << 19) != 0) x_19 += one;
+ 
+       if ((bit & ((ITYPE)1) << 20) != 0) x_20 += one;
+       if ((bit & ((ITYPE)1) << 21) != 0) x_21 += one;
+       if ((bit & ((ITYPE)1) << 22) != 0) x_22 += one;
+       if ((bit & ((ITYPE)1) << 23) != 0) x_23 += one;
+       if ((bit & ((ITYPE)1) << 24) != 0) x_24 += one;
+       if ((bit & ((ITYPE)1) << 25) != 0) x_25 += one;
+       if ((bit & ((ITYPE)1) << 26) != 0) x_26 += one;
+       if ((bit & ((ITYPE)1) << 27) != 0) x_27 += one;
+       if ((bit & ((ITYPE)1) << 28) != 0) x_28 += one;
+       if ((bit & ((ITYPE)1) << 29) != 0) x_29 += one;
+ 
+       if ((bit & ((ITYPE)1) << 30) != 0) x_30 += one;
+       if ((bit & ((ITYPE)1) << 31) != 0) x_31 += one;
+       if ((bit & ((ITYPE)1) << 32) != 0) x_32 += one;
+       if ((bit & ((ITYPE)1) << 33) != 0) x_33 += one;
+       if ((bit & ((ITYPE)1) << 34) != 0) x_34 += one;
+       if ((bit & ((ITYPE)1) << 35) != 0) x_35 += one;
+       if ((bit & ((ITYPE)1) << 36) != 0) x_36 += one;
+       if ((bit & ((ITYPE)1) << 37) != 0) x_37 += one;
+       if ((bit & ((ITYPE)1) << 38) != 0) x_38 += one;
+       if ((bit & ((ITYPE)1) << 39) != 0) x_39 += one;
+ 
+       if ((bit & ((ITYPE)1) << 40) != 0) x_40 += one;
+       if ((bit & ((ITYPE)1) << 41) != 0) x_41 += one;
+       if ((bit & ((ITYPE)1) << 42) != 0) x_42 += one;
+       if ((bit & ((ITYPE)1) << 43) != 0) x_43 += one;
+       if ((bit & ((ITYPE)1) << 44) != 0) x_44 += one;
+       if ((bit & ((ITYPE)1) << 45) != 0) x_45 += one;
+       if ((bit & ((ITYPE)1) << 46) != 0) x_46 += one;
+       if ((bit & ((ITYPE)1) << 47) != 0) x_47 += one;
+       if ((bit & ((ITYPE)1) << 48) != 0) x_48 += one;
+       if ((bit & ((ITYPE)1) << 49) != 0) x_49 += one;
+     }
+ 
+   q[ 0] = x_00;
+   q[ 1] = x_01;
+   q[ 2] = x_02;
+   q[ 3] = x_03;
+   q[ 4] = x_04;
+   q[ 5] = x_05;
+   q[ 6] = x_06;
+   q[ 7] = x_07;
+   q[ 8] = x_08;
+   q[ 9] = x_09;
+ 
+   q[10] = x_10;
+   q[11] = x_11;
+   q[12] = x_12;
+   q[13] = x_13;
+   q[14] = x_14;
+   q[15] = x_15;
+   q[16] = x_16;
+   q[17] = x_17;
+   q[18] = x_18;
+   q[19] = x_19;
+ 
+   q[20] = x_20;
+   q[21] = x_21;
+   q[22] = x_22;
+   q[23] = x_23;
+   q[24] = x_24;
+   q[25] = x_25;
+   q[26] = x_26;
+   q[27] = x_27;
+   q[28] = x_28;
+   q[29] = x_29;
+ 
+   q[30] = x_30;
+   q[31] = x_31;
+   q[32] = x_32;
+   q[33] = x_33;
+   q[34] = x_34;
+   q[35] = x_35;
+   q[36] = x_36;
+   q[37] = x_37;
+   q[38] = x_38;
+   q[39] = x_39;
+ 
+   q[40] = x_40;
+   q[41] = x_41;
+   q[42] = x_42;
+   q[43] = x_43;
+   q[44] = x_44;
+   q[45] = x_45;
+   q[46] = x_46;
+   q[47] = x_47;
+   q[48] = x_48;
+   q[49] = x_49;
+ }
+ 
+ /* { dg-final { scan-assembler-not {\mmfvsrd\M} } } */
+ /* { dg-final { scan-assembler-not {\mstw\M}    } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/pr79799-1.c gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/pr79799-1.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/pr79799-1.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/pr79799-1.c	Thu Jun 29 22:19:29 2017
***************
*** 0 ****
--- 1,43 ----
+ /* { dg-do compile { target { powerpc64*-*-* && lp64 } } } */
+ /* { dg-skip-if "do not override -mcpu" { powerpc*-*-* } { "-mcpu=*" } { "-mcpu=power9" } } */
+ /* { dg-require-effective-target powerpc_p9vector_ok } */
+ /* { dg-options "-mcpu=power9 -O2" } */
+ 
+ #include <altivec.h>
+ 
+ /* GCC 7.1 did not have a specialized method for inserting 32-bit floating
+    point on ISA 3.0 (power9) systems.  */
+ 
+ vector float
+ insert_arg_0 (vector float vf, float f)
+ {
+   return vec_insert (f, vf, 0);
+ }
+ 
+ vector float
+ insert_arg_1 (vector float vf, float f)
+ {
+   return vec_insert (f, vf, 1);
+ }
+ 
+ vector float
+ insert_arg_2 (vector float vf, float f)
+ {
+   return vec_insert (f, vf, 2);
+ }
+ 
+ vector float
+ insert_arg_3 (vector float vf, float f)
+ {
+   return vec_insert (f, vf, 3);
+ }
+ 
+ /* { dg-final { scan-assembler     {\mxscvdpspn\M} } } */
+ /* { dg-final { scan-assembler     {\mxxinsertw\M} } } */
+ /* { dg-final { scan-assembler-not {\mlvewx\M}     } } */
+ /* { dg-final { scan-assembler-not {\mlvx\M}       } } */
+ /* { dg-final { scan-assembler-not {\mvperm\M}     } } */
+ /* { dg-final { scan-assembler-not {\mvpermr\M}    } } */
+ /* { dg-final { scan-assembler-not {\mstfs\M}      } } */
+ /* { dg-final { scan-assembler-not {\mstxssp\M}    } } */
+ /* { dg-final { scan-assembler-not {\mstxsspx\M}   } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/pr79799-2.c gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/pr79799-2.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/pr79799-2.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/pr79799-2.c	Thu Jun 29 22:19:29 2017
***************
*** 0 ****
--- 1,31 ----
+ /* { dg-do compile { target { powerpc64*-*-* && lp64 } } } */
+ /* { dg-skip-if "do not override -mcpu" { powerpc*-*-* } { "-mcpu=*" } { "-mcpu=power9" } } */
+ /* { dg-require-effective-target powerpc_p9vector_ok } */
+ /* { dg-options "-mcpu=power9 -O2" } */
+ 
+ #include <altivec.h>
+ 
+ /* Optimize x = vec_insert (vec_extract (v2, N), v1, M) for SFmode if N is the default
+    scalar position.  */
+ 
+ #if __ORDER_LITTLE_ENDIAN__
+ #define ELE 2
+ #else
+ #define ELE 1
+ #endif
+ 
+ vector float
+ foo (vector float v1, vector float v2)
+ {
+   return vec_insert (vec_extract (v2, ELE), v1, 0);
+ }
+ 
+ /* { dg-final { scan-assembler     {\mxxinsertw\M}   } } */
+ /* { dg-final { scan-assembler-not {\mxxextractuw\M} } } */
+ /* { dg-final { scan-assembler-not {\mlvewx\M}       } } */
+ /* { dg-final { scan-assembler-not {\mlvx\M}         } } */
+ /* { dg-final { scan-assembler-not {\mvperm\M}       } } */
+ /* { dg-final { scan-assembler-not {\mvpermr\M}      } } */
+ /* { dg-final { scan-assembler-not {\mstfs\M}        } } */
+ /* { dg-final { scan-assembler-not {\mstxssp\M}      } } */
+ /* { dg-final { scan-assembler-not {\mstxsspx\M}     } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/pr79799-3.c gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/pr79799-3.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/pr79799-3.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/pr79799-3.c	Thu Jun 29 22:19:29 2017
***************
*** 0 ****
--- 1,24 ----
+ /* { dg-do compile { target { powerpc64*-*-* && lp64 } } } */
+ /* { dg-skip-if "do not override -mcpu" { powerpc*-*-* } { "-mcpu=*" } { "-mcpu=power9" } } */
+ /* { dg-require-effective-target powerpc_p9vector_ok } */
+ /* { dg-options "-mcpu=power9 -O2" } */
+ 
+ #include <altivec.h>
+ 
+ /* Optimize x = vec_insert (vec_extract (v2, N), v1, M) for SFmode.  */
+ 
+ vector float
+ foo (vector float v1, vector float v2)
+ {
+   return vec_insert (vec_extract (v2, 4), v1, 0);
+ }
+ 
+ /* { dg-final { scan-assembler     {\mxxinsertw\M}   } } */
+ /* { dg-final { scan-assembler     {\mxxextractuw\M} } } */
+ /* { dg-final { scan-assembler-not {\mlvewx\M}       } } */
+ /* { dg-final { scan-assembler-not {\mlvx\M}         } } */
+ /* { dg-final { scan-assembler-not {\mvperm\M}       } } */
+ /* { dg-final { scan-assembler-not {\mvpermr\M}      } } */
+ /* { dg-final { scan-assembler-not {\mstfs\M}        } } */
+ /* { dg-final { scan-assembler-not {\mstxssp\M}      } } */
+ /* { dg-final { scan-assembler-not {\mstxsspx\M}     } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/pr79799-4.c gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/pr79799-4.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/pr79799-4.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/pr79799-4.c	Thu Jun 29 22:19:29 2017
***************
*** 0 ****
--- 1,105 ----
+ /* { dg-do run { target { powerpc*-*-linux* } } } */
+ /* { dg-require-effective-target vsx_hw } */
+ /* { dg-skip-if "do not override -mcpu" { powerpc*-*-* } { "-mcpu=*" } { "-mcpu=power9" } } */
+ /* { dg-require-effective-target p9vector_hw } */
+ /* { dg-options "-mcpu=power9 -O2" } */
+ 
+ #include <altivec.h>
+ #include <stdlib.h>
+ 
+ __attribute__ ((__noinline__))
+ vector float
+ insert_0 (vector float v, float f)
+ {
+   return vec_insert (f, v, 0);
+ }
+ 
+ __attribute__ ((__noinline__))
+ vector float
+ insert_1 (vector float v, float f)
+ {
+   return vec_insert (f, v, 1);
+ }
+ 
+ __attribute__ ((__noinline__))
+ vector float
+ insert_2 (vector float v, float f)
+ {
+   return vec_insert (f, v, 2);
+ }
+ 
+ __attribute__ ((__noinline__))
+ vector float
+ insert_3 (vector float v, float f)
+ {
+   return vec_insert (f, v, 3);
+ }
+ 
+ __attribute__ ((__noinline__))
+ void
+ test_insert (void)
+ {
+   vector float v1 = { 1.0f, 2.0f, 3.0f, 4.0f };
+   vector float v2 = { 5.0f, 6.0f, 7.0f, 8.0f };
+ 
+   v1 = insert_0 (v1, 5.0f);
+   v1 = insert_1 (v1, 6.0f);
+   v1 = insert_2 (v1, 7.0f);
+   v1 = insert_3 (v1, 8.0f);
+ 
+   if (vec_any_ne (v1, v2))
+     abort ();
+ }
+ 
+ __attribute__ ((__noinline__))
+ vector float
+ insert_extract_0_3 (vector float v1, vector float v2)
+ {
+   return vec_insert (vec_extract (v2, 3), v1, 0);
+ }
+ 
+ __attribute__ ((__noinline__))
+ vector float
+ insert_extract_1_2 (vector float v1, vector float v2)
+ {
+   return vec_insert (vec_extract (v2, 2), v1, 1);
+ }
+ 
+ __attribute__ ((__noinline__))
+ vector float
+ insert_extract_2_1 (vector float v1, vector float v2)
+ {
+   return vec_insert (vec_extract (v2, 1), v1, 2);
+ }
+ 
+ __attribute__ ((__noinline__))
+ vector float
+ insert_extract_3_0 (vector float v1, vector float v2)
+ {
+   return vec_insert (vec_extract (v2, 0), v1, 3);
+ }
+ 
+ __attribute__ ((__noinline__))
+ void
+ test_insert_extract (void)
+ {
+   vector float v1 = { 1.0f, 2.0f, 3.0f, 4.0f };
+   vector float v2 = { 5.0f, 6.0f, 7.0f, 8.0f };
+   vector float v3 = { 8.0f, 7.0f, 6.0f, 5.0f };
+ 
+   v1 = insert_extract_0_3 (v1, v2);
+   v1 = insert_extract_1_2 (v1, v2);
+   v1 = insert_extract_2_1 (v1, v2);
+   v1 = insert_extract_3_0 (v1, v2);
+ 
+   if (vec_any_ne (v1, v3))
+     abort ();
+ }
+ 
+ int
+ main (void)
+ {
+   test_insert ();
+   test_insert_extract ();
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/pr79799-5.c gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/pr79799-5.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/pr79799-5.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/pr79799-5.c	Thu Jun 29 22:19:29 2017
***************
*** 0 ****
--- 1,25 ----
+ /* { dg-do compile { target { powerpc64*-*-* && lp64 } } } */
+ /* { dg-skip-if "do not override -mcpu" { powerpc*-*-* } { "-mcpu=*" } { "-mcpu=power9" } } */
+ /* { dg-require-effective-target powerpc_p9vector_ok } */
+ /* { dg-options "-mcpu=power9 -O2" } */
+ 
+ #include <altivec.h>
+ 
+ /* Insure setting 0.0f to a V4SFmode element does not do a FP conversion.  */
+ 
+ vector float
+ insert_arg_0 (vector float vf)
+ {
+   return vec_insert (0.0f, vf, 0);
+ }
+ 
+ /* { dg-final { scan-assembler     {\mxxinsertw\M}   } } */
+ /* { dg-final { scan-assembler-not {\mlvewx\M}       } } */
+ /* { dg-final { scan-assembler-not {\mlvx\M}         } } */
+ /* { dg-final { scan-assembler-not {\mvperm\M}       } } */
+ /* { dg-final { scan-assembler-not {\mvpermr\M}      } } */
+ /* { dg-final { scan-assembler-not {\mstfs\M}        } } */
+ /* { dg-final { scan-assembler-not {\mstxssp\M}      } } */
+ /* { dg-final { scan-assembler-not {\mstxsspx\M}     } } */
+ /* { dg-final { scan-assembler-not {\mxscvdpspn\M}   } } */
+ /* { dg-final { scan-assembler-not {\mxxextractuw\M} } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/pr80510-1.c gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/pr80510-1.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/pr80510-1.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/pr80510-1.c	Thu Jun 29 22:19:29 2017
***************
*** 0 ****
--- 1,211 ----
+ /* { dg-do compile { target { powerpc*-*-* } } } */
+ /* { dg-skip-if "" { powerpc*-*-darwin* } } */
+ /* { dg-require-effective-target powerpc_vsx_ok } */
+ /* { dg-skip-if "do not override -mcpu" { powerpc*-*-* } { "-mcpu=*" } { "-mcpu=power7" } } */
+ /* { dg-options "-mcpu=power7 -O2" } */
+ 
+ /* Make sure that STXSDX is generated for double scalars in Altivec registers
+    on power7 instead of moving the value to a FPR register and doing a X-FORM
+    store.  */
+ 
+ #ifndef TYPE
+ #define TYPE double
+ #endif
+ 
+ #ifndef TYPE_IN
+ #define TYPE_IN TYPE
+ #endif
+ 
+ #ifndef TYPE_OUT
+ #define TYPE_OUT TYPE
+ #endif
+ 
+ #ifndef ITYPE
+ #define ITYPE __INT64_TYPE__
+ #endif
+ 
+ #ifdef DO_CALL
+ extern ITYPE get_bits (ITYPE);
+ 
+ #else
+ #define get_bits(X) (X)
+ #endif
+ 
+ void test (ITYPE *bits, ITYPE n, TYPE one, TYPE_IN *p, TYPE_OUT *q)
+ {
+   TYPE x_00 = p[ 0];
+   TYPE x_01 = p[ 1];
+   TYPE x_02 = p[ 2];
+   TYPE x_03 = p[ 3];
+   TYPE x_04 = p[ 4];
+   TYPE x_05 = p[ 5];
+   TYPE x_06 = p[ 6];
+   TYPE x_07 = p[ 7];
+   TYPE x_08 = p[ 8];
+   TYPE x_09 = p[ 9];
+ 
+   TYPE x_10 = p[10];
+   TYPE x_11 = p[11];
+   TYPE x_12 = p[12];
+   TYPE x_13 = p[13];
+   TYPE x_14 = p[14];
+   TYPE x_15 = p[15];
+   TYPE x_16 = p[16];
+   TYPE x_17 = p[17];
+   TYPE x_18 = p[18];
+   TYPE x_19 = p[19];
+ 
+   TYPE x_20 = p[20];
+   TYPE x_21 = p[21];
+   TYPE x_22 = p[22];
+   TYPE x_23 = p[23];
+   TYPE x_24 = p[24];
+   TYPE x_25 = p[25];
+   TYPE x_26 = p[26];
+   TYPE x_27 = p[27];
+   TYPE x_28 = p[28];
+   TYPE x_29 = p[29];
+ 
+   TYPE x_30 = p[30];
+   TYPE x_31 = p[31];
+   TYPE x_32 = p[32];
+   TYPE x_33 = p[33];
+   TYPE x_34 = p[34];
+   TYPE x_35 = p[35];
+   TYPE x_36 = p[36];
+   TYPE x_37 = p[37];
+   TYPE x_38 = p[38];
+   TYPE x_39 = p[39];
+ 
+   TYPE x_40 = p[40];
+   TYPE x_41 = p[41];
+   TYPE x_42 = p[42];
+   TYPE x_43 = p[43];
+   TYPE x_44 = p[44];
+   TYPE x_45 = p[45];
+   TYPE x_46 = p[46];
+   TYPE x_47 = p[47];
+   TYPE x_48 = p[48];
+   TYPE x_49 = p[49];
+ 
+   ITYPE i;
+ 
+   for (i = 0; i < n; i++)
+     {
+       ITYPE bit = get_bits (bits[i]);
+ 
+       if ((bit & ((ITYPE)1) << 	0) != 0) x_00 += one;
+       if ((bit & ((ITYPE)1) << 	1) != 0) x_01 += one;
+       if ((bit & ((ITYPE)1) << 	2) != 0) x_02 += one;
+       if ((bit & ((ITYPE)1) << 	3) != 0) x_03 += one;
+       if ((bit & ((ITYPE)1) << 	4) != 0) x_04 += one;
+       if ((bit & ((ITYPE)1) << 	5) != 0) x_05 += one;
+       if ((bit & ((ITYPE)1) << 	6) != 0) x_06 += one;
+       if ((bit & ((ITYPE)1) << 	7) != 0) x_07 += one;
+       if ((bit & ((ITYPE)1) << 	8) != 0) x_08 += one;
+       if ((bit & ((ITYPE)1) << 	9) != 0) x_09 += one;
+ 
+       if ((bit & ((ITYPE)1) << 10) != 0) x_10 += one;
+       if ((bit & ((ITYPE)1) << 11) != 0) x_11 += one;
+       if ((bit & ((ITYPE)1) << 12) != 0) x_12 += one;
+       if ((bit & ((ITYPE)1) << 13) != 0) x_13 += one;
+       if ((bit & ((ITYPE)1) << 14) != 0) x_14 += one;
+       if ((bit & ((ITYPE)1) << 15) != 0) x_15 += one;
+       if ((bit & ((ITYPE)1) << 16) != 0) x_16 += one;
+       if ((bit & ((ITYPE)1) << 17) != 0) x_17 += one;
+       if ((bit & ((ITYPE)1) << 18) != 0) x_18 += one;
+       if ((bit & ((ITYPE)1) << 19) != 0) x_19 += one;
+ 
+       if ((bit & ((ITYPE)1) << 20) != 0) x_20 += one;
+       if ((bit & ((ITYPE)1) << 21) != 0) x_21 += one;
+       if ((bit & ((ITYPE)1) << 22) != 0) x_22 += one;
+       if ((bit & ((ITYPE)1) << 23) != 0) x_23 += one;
+       if ((bit & ((ITYPE)1) << 24) != 0) x_24 += one;
+       if ((bit & ((ITYPE)1) << 25) != 0) x_25 += one;
+       if ((bit & ((ITYPE)1) << 26) != 0) x_26 += one;
+       if ((bit & ((ITYPE)1) << 27) != 0) x_27 += one;
+       if ((bit & ((ITYPE)1) << 28) != 0) x_28 += one;
+       if ((bit & ((ITYPE)1) << 29) != 0) x_29 += one;
+ 
+       if ((bit & ((ITYPE)1) << 30) != 0) x_30 += one;
+       if ((bit & ((ITYPE)1) << 31) != 0) x_31 += one;
+       if ((bit & ((ITYPE)1) << 32) != 0) x_32 += one;
+       if ((bit & ((ITYPE)1) << 33) != 0) x_33 += one;
+       if ((bit & ((ITYPE)1) << 34) != 0) x_34 += one;
+       if ((bit & ((ITYPE)1) << 35) != 0) x_35 += one;
+       if ((bit & ((ITYPE)1) << 36) != 0) x_36 += one;
+       if ((bit & ((ITYPE)1) << 37) != 0) x_37 += one;
+       if ((bit & ((ITYPE)1) << 38) != 0) x_38 += one;
+       if ((bit & ((ITYPE)1) << 39) != 0) x_39 += one;
+ 
+       if ((bit & ((ITYPE)1) << 40) != 0) x_40 += one;
+       if ((bit & ((ITYPE)1) << 41) != 0) x_41 += one;
+       if ((bit & ((ITYPE)1) << 42) != 0) x_42 += one;
+       if ((bit & ((ITYPE)1) << 43) != 0) x_43 += one;
+       if ((bit & ((ITYPE)1) << 44) != 0) x_44 += one;
+       if ((bit & ((ITYPE)1) << 45) != 0) x_45 += one;
+       if ((bit & ((ITYPE)1) << 46) != 0) x_46 += one;
+       if ((bit & ((ITYPE)1) << 47) != 0) x_47 += one;
+       if ((bit & ((ITYPE)1) << 48) != 0) x_48 += one;
+       if ((bit & ((ITYPE)1) << 49) != 0) x_49 += one;
+     }
+ 
+   q[ 0] = x_00;
+   q[ 1] = x_01;
+   q[ 2] = x_02;
+   q[ 3] = x_03;
+   q[ 4] = x_04;
+   q[ 5] = x_05;
+   q[ 6] = x_06;
+   q[ 7] = x_07;
+   q[ 8] = x_08;
+   q[ 9] = x_09;
+ 
+   q[10] = x_10;
+   q[11] = x_11;
+   q[12] = x_12;
+   q[13] = x_13;
+   q[14] = x_14;
+   q[15] = x_15;
+   q[16] = x_16;
+   q[17] = x_17;
+   q[18] = x_18;
+   q[19] = x_19;
+ 
+   q[20] = x_20;
+   q[21] = x_21;
+   q[22] = x_22;
+   q[23] = x_23;
+   q[24] = x_24;
+   q[25] = x_25;
+   q[26] = x_26;
+   q[27] = x_27;
+   q[28] = x_28;
+   q[29] = x_29;
+ 
+   q[30] = x_30;
+   q[31] = x_31;
+   q[32] = x_32;
+   q[33] = x_33;
+   q[34] = x_34;
+   q[35] = x_35;
+   q[36] = x_36;
+   q[37] = x_37;
+   q[38] = x_38;
+   q[39] = x_39;
+ 
+   q[40] = x_40;
+   q[41] = x_41;
+   q[42] = x_42;
+   q[43] = x_43;
+   q[44] = x_44;
+   q[45] = x_45;
+   q[46] = x_46;
+   q[47] = x_47;
+   q[48] = x_48;
+   q[49] = x_49;
+ }
+ 
+ /* { dg-final { scan-assembler     {\mxsadddp\M} } } */
+ /* { dg-final { scan-assembler     {\mstxsdx\M}  } } */
+ /* { dg-final { scan-assembler-not {\mmfvsrd\M}  } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/pr80510-2.c gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/pr80510-2.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/pr80510-2.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/pr80510-2.c	Thu Jun 29 22:19:29 2017
***************
*** 0 ****
--- 1,212 ----
+ /* { dg-do compile { target { powerpc*-*-* } } } */
+ /* { dg-skip-if "" { powerpc*-*-darwin* } } */
+ /* { dg-require-effective-target powerpc_p8vector_ok } */
+ /* { dg-skip-if "do not override -mcpu" { powerpc*-*-* } { "-mcpu=*" } { "-mcpu=power8" } } */
+ /* { dg-options "-mcpu=power8 -O2" } */
+ 
+ /* Make sure that STXSSPX is generated for float scalars in Altivec registers
+    on power7 instead of moving the value to a FPR register and doing a X-FORM
+    store.  */
+ 
+ #ifndef TYPE
+ #define TYPE float
+ #endif
+ 
+ #ifndef TYPE_IN
+ #define TYPE_IN TYPE
+ #endif
+ 
+ #ifndef TYPE_OUT
+ #define TYPE_OUT TYPE
+ #endif
+ 
+ #ifndef ITYPE
+ #define ITYPE __INT64_TYPE__
+ #endif
+ 
+ #ifdef DO_CALL
+ extern ITYPE get_bits (ITYPE);
+ 
+ #else
+ #define get_bits(X) (X)
+ #endif
+ 
+ void test (ITYPE *bits, ITYPE n, TYPE one, TYPE_IN *p, TYPE_OUT *q)
+ {
+   TYPE x_00 = p[ 0];
+   TYPE x_01 = p[ 1];
+   TYPE x_02 = p[ 2];
+   TYPE x_03 = p[ 3];
+   TYPE x_04 = p[ 4];
+   TYPE x_05 = p[ 5];
+   TYPE x_06 = p[ 6];
+   TYPE x_07 = p[ 7];
+   TYPE x_08 = p[ 8];
+   TYPE x_09 = p[ 9];
+ 
+   TYPE x_10 = p[10];
+   TYPE x_11 = p[11];
+   TYPE x_12 = p[12];
+   TYPE x_13 = p[13];
+   TYPE x_14 = p[14];
+   TYPE x_15 = p[15];
+   TYPE x_16 = p[16];
+   TYPE x_17 = p[17];
+   TYPE x_18 = p[18];
+   TYPE x_19 = p[19];
+ 
+   TYPE x_20 = p[20];
+   TYPE x_21 = p[21];
+   TYPE x_22 = p[22];
+   TYPE x_23 = p[23];
+   TYPE x_24 = p[24];
+   TYPE x_25 = p[25];
+   TYPE x_26 = p[26];
+   TYPE x_27 = p[27];
+   TYPE x_28 = p[28];
+   TYPE x_29 = p[29];
+ 
+   TYPE x_30 = p[30];
+   TYPE x_31 = p[31];
+   TYPE x_32 = p[32];
+   TYPE x_33 = p[33];
+   TYPE x_34 = p[34];
+   TYPE x_35 = p[35];
+   TYPE x_36 = p[36];
+   TYPE x_37 = p[37];
+   TYPE x_38 = p[38];
+   TYPE x_39 = p[39];
+ 
+   TYPE x_40 = p[40];
+   TYPE x_41 = p[41];
+   TYPE x_42 = p[42];
+   TYPE x_43 = p[43];
+   TYPE x_44 = p[44];
+   TYPE x_45 = p[45];
+   TYPE x_46 = p[46];
+   TYPE x_47 = p[47];
+   TYPE x_48 = p[48];
+   TYPE x_49 = p[49];
+ 
+   ITYPE i;
+ 
+   for (i = 0; i < n; i++)
+     {
+       ITYPE bit = get_bits (bits[i]);
+ 
+       if ((bit & ((ITYPE)1) << 	0) != 0) x_00 += one;
+       if ((bit & ((ITYPE)1) << 	1) != 0) x_01 += one;
+       if ((bit & ((ITYPE)1) << 	2) != 0) x_02 += one;
+       if ((bit & ((ITYPE)1) << 	3) != 0) x_03 += one;
+       if ((bit & ((ITYPE)1) << 	4) != 0) x_04 += one;
+       if ((bit & ((ITYPE)1) << 	5) != 0) x_05 += one;
+       if ((bit & ((ITYPE)1) << 	6) != 0) x_06 += one;
+       if ((bit & ((ITYPE)1) << 	7) != 0) x_07 += one;
+       if ((bit & ((ITYPE)1) << 	8) != 0) x_08 += one;
+       if ((bit & ((ITYPE)1) << 	9) != 0) x_09 += one;
+ 
+       if ((bit & ((ITYPE)1) << 10) != 0) x_10 += one;
+       if ((bit & ((ITYPE)1) << 11) != 0) x_11 += one;
+       if ((bit & ((ITYPE)1) << 12) != 0) x_12 += one;
+       if ((bit & ((ITYPE)1) << 13) != 0) x_13 += one;
+       if ((bit & ((ITYPE)1) << 14) != 0) x_14 += one;
+       if ((bit & ((ITYPE)1) << 15) != 0) x_15 += one;
+       if ((bit & ((ITYPE)1) << 16) != 0) x_16 += one;
+       if ((bit & ((ITYPE)1) << 17) != 0) x_17 += one;
+       if ((bit & ((ITYPE)1) << 18) != 0) x_18 += one;
+       if ((bit & ((ITYPE)1) << 19) != 0) x_19 += one;
+ 
+       if ((bit & ((ITYPE)1) << 20) != 0) x_20 += one;
+       if ((bit & ((ITYPE)1) << 21) != 0) x_21 += one;
+       if ((bit & ((ITYPE)1) << 22) != 0) x_22 += one;
+       if ((bit & ((ITYPE)1) << 23) != 0) x_23 += one;
+       if ((bit & ((ITYPE)1) << 24) != 0) x_24 += one;
+       if ((bit & ((ITYPE)1) << 25) != 0) x_25 += one;
+       if ((bit & ((ITYPE)1) << 26) != 0) x_26 += one;
+       if ((bit & ((ITYPE)1) << 27) != 0) x_27 += one;
+       if ((bit & ((ITYPE)1) << 28) != 0) x_28 += one;
+       if ((bit & ((ITYPE)1) << 29) != 0) x_29 += one;
+ 
+       if ((bit & ((ITYPE)1) << 30) != 0) x_30 += one;
+       if ((bit & ((ITYPE)1) << 31) != 0) x_31 += one;
+       if ((bit & ((ITYPE)1) << 32) != 0) x_32 += one;
+       if ((bit & ((ITYPE)1) << 33) != 0) x_33 += one;
+       if ((bit & ((ITYPE)1) << 34) != 0) x_34 += one;
+       if ((bit & ((ITYPE)1) << 35) != 0) x_35 += one;
+       if ((bit & ((ITYPE)1) << 36) != 0) x_36 += one;
+       if ((bit & ((ITYPE)1) << 37) != 0) x_37 += one;
+       if ((bit & ((ITYPE)1) << 38) != 0) x_38 += one;
+       if ((bit & ((ITYPE)1) << 39) != 0) x_39 += one;
+ 
+       if ((bit & ((ITYPE)1) << 40) != 0) x_40 += one;
+       if ((bit & ((ITYPE)1) << 41) != 0) x_41 += one;
+       if ((bit & ((ITYPE)1) << 42) != 0) x_42 += one;
+       if ((bit & ((ITYPE)1) << 43) != 0) x_43 += one;
+       if ((bit & ((ITYPE)1) << 44) != 0) x_44 += one;
+       if ((bit & ((ITYPE)1) << 45) != 0) x_45 += one;
+       if ((bit & ((ITYPE)1) << 46) != 0) x_46 += one;
+       if ((bit & ((ITYPE)1) << 47) != 0) x_47 += one;
+       if ((bit & ((ITYPE)1) << 48) != 0) x_48 += one;
+       if ((bit & ((ITYPE)1) << 49) != 0) x_49 += one;
+     }
+ 
+   q[ 0] = x_00;
+   q[ 1] = x_01;
+   q[ 2] = x_02;
+   q[ 3] = x_03;
+   q[ 4] = x_04;
+   q[ 5] = x_05;
+   q[ 6] = x_06;
+   q[ 7] = x_07;
+   q[ 8] = x_08;
+   q[ 9] = x_09;
+ 
+   q[10] = x_10;
+   q[11] = x_11;
+   q[12] = x_12;
+   q[13] = x_13;
+   q[14] = x_14;
+   q[15] = x_15;
+   q[16] = x_16;
+   q[17] = x_17;
+   q[18] = x_18;
+   q[19] = x_19;
+ 
+   q[20] = x_20;
+   q[21] = x_21;
+   q[22] = x_22;
+   q[23] = x_23;
+   q[24] = x_24;
+   q[25] = x_25;
+   q[26] = x_26;
+   q[27] = x_27;
+   q[28] = x_28;
+   q[29] = x_29;
+ 
+   q[30] = x_30;
+   q[31] = x_31;
+   q[32] = x_32;
+   q[33] = x_33;
+   q[34] = x_34;
+   q[35] = x_35;
+   q[36] = x_36;
+   q[37] = x_37;
+   q[38] = x_38;
+   q[39] = x_39;
+ 
+   q[40] = x_40;
+   q[41] = x_41;
+   q[42] = x_42;
+   q[43] = x_43;
+   q[44] = x_44;
+   q[45] = x_45;
+   q[46] = x_46;
+   q[47] = x_47;
+   q[48] = x_48;
+   q[49] = x_49;
+ }
+ 
+ /* { dg-final { scan-assembler     {\mxsaddsp\M} } } */
+ /* { dg-final { scan-assembler     {\mstxsspx\M} } } */
+ /* { dg-final { scan-assembler-not {\mmfvsrd\M}  } } */
+ /* { dg-final { scan-assembler-not {\mmfvsrwz\M} } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/pr80718.c gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/pr80718.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/pr80718.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/pr80718.c	Tue Jun  6 22:27:13 2017
***************
*** 0 ****
--- 1,298 ----
+ /* { dg-do compile { target { powerpc*-*-* && lp64 } } } */
+ /* { dg-skip-if "" { powerpc*-*-darwin* } { "*" } { "" } } */
+ /* { dg-require-effective-target powerpc_p8vector_ok } */
+ /* { dg-skip-if "do not override -mcpu" { powerpc*-*-* } { "-mcpu=*" } { "-mcpu=power8" } } */
+ /* { dg-options "-mcpu=power8 -O3 -ffast-math" } */
+ 
+ /* Taken from the Spec 2006 milc brenchmark.  Ultimately, GCC wants to generate
+    a DF splat from offsettable memory.  The register allocator decided it was
+    better to do the load in the GPR registers and do a move direct, rather than
+    doing a load in the VSX register sets.  */
+ 
+ typedef struct
+ {
+   double real;
+   double imag;
+ } complex;
+ 
+ typedef struct
+ {
+   double real;
+   double imag;
+ } double_complex;
+ 
+ complex cmplx (double x, double y);
+ complex cadd (complex * a, complex * b);
+ complex cmul (complex * a, complex * b);
+ complex csub (complex * a, complex * b);
+ complex cdiv (complex * a, complex * b);
+ complex conjg (complex * a);
+ complex ce_itheta (double theta);
+ 
+ double_complex dcmplx (double x, double y);
+ double_complex dcadd (double_complex * a, double_complex * b);
+ double_complex dcmul (double_complex * a, double_complex * b);
+ double_complex dcsub (double_complex * a, double_complex * b);
+ double_complex dcdiv (double_complex * a, double_complex * b);
+ double_complex dconjg (double_complex * a);
+ double_complex dcexp (double_complex * a);
+ double_complex dclog (double_complex * a);
+ double_complex dcsqrt (double_complex * z);
+ double_complex dce_itheta (double theta);
+ 
+ typedef struct
+ {
+   unsigned long r0, r1, r2, r3, r4, r5, r6;
+   unsigned long multiplier, addend, ic_state;
+   double scale;
+ } double_prn;
+ 
+ double myrand (double_prn * prn_pt);
+ 
+ typedef struct
+ {
+   complex e[3][3];
+ } su3_matrix;
+ 
+ typedef struct
+ {
+   complex c[3];
+ } su3_vector;
+ 
+ typedef struct
+ {
+   complex m01, m02, m12;
+   double m00im, m11im, m22im;
+   double space;
+ } anti_hermitmat;
+ 
+ typedef struct
+ {
+   complex e[2][2];
+ } su2_matrix;
+ typedef struct
+ {
+   su3_vector d[4];
+ } wilson_vector;
+ typedef struct
+ {
+   su3_vector h[2];
+ } half_wilson_vector;
+ typedef struct
+ {
+   wilson_vector c[3];
+ } color_wilson_vector;
+ typedef struct
+ {
+   wilson_vector d[4];
+ } spin_wilson_vector;
+ typedef struct
+ {
+   color_wilson_vector d[4];
+ } wilson_matrix;
+ typedef struct
+ {
+   spin_wilson_vector c[3];
+ } wilson_propagator;
+ 
+ void mult_su3_nn (su3_matrix * a, su3_matrix * b, su3_matrix * c);
+ void mult_su3_na (su3_matrix * a, su3_matrix * b, su3_matrix * c);
+ void mult_su3_an (su3_matrix * a, su3_matrix * b, su3_matrix * c);
+ double realtrace_su3 (su3_matrix * a, su3_matrix * b);
+ complex trace_su3 (su3_matrix * a);
+ complex complextrace_su3 (su3_matrix * a, su3_matrix * b);
+ complex det_su3 (su3_matrix * a);
+ void add_su3_matrix (su3_matrix * a, su3_matrix * b, su3_matrix * c);
+ void sub_su3_matrix (su3_matrix * a, su3_matrix * b, su3_matrix * c);
+ void scalar_mult_su3_matrix (su3_matrix * src, double scalar,
+ 			     su3_matrix * dest);
+ void scalar_mult_add_su3_matrix (su3_matrix * src1, su3_matrix * src2,
+ 				 double scalar, su3_matrix * dest);
+ void scalar_mult_sub_su3_matrix (su3_matrix * src1, su3_matrix * src2,
+ 				 double scalar, su3_matrix * dest);
+ void c_scalar_mult_su3mat (su3_matrix * src, complex * scalar,
+ 			   su3_matrix * dest);
+ void c_scalar_mult_add_su3mat (su3_matrix * src1, su3_matrix * src2,
+ 			       complex * scalar, su3_matrix * dest);
+ void c_scalar_mult_sub_su3mat (su3_matrix * src1, su3_matrix * src2,
+ 			       complex * scalar, su3_matrix * dest);
+ void su3_adjoint (su3_matrix * a, su3_matrix * b);
+ void make_anti_hermitian (su3_matrix * m3, anti_hermitmat * ah3);
+ void random_anti_hermitian (anti_hermitmat * mat_antihermit,
+ 			    double_prn * prn_pt);
+ void uncompress_anti_hermitian (anti_hermitmat * mat_anti, su3_matrix * mat);
+ void compress_anti_hermitian (su3_matrix * mat, anti_hermitmat * mat_anti);
+ void clear_su3mat (su3_matrix * dest);
+ void su3mat_copy (su3_matrix * a, su3_matrix * b);
+ void dumpmat (su3_matrix * m);
+ 
+ void su3_projector (su3_vector * a, su3_vector * b, su3_matrix * c);
+ complex su3_dot (su3_vector * a, su3_vector * b);
+ double su3_rdot (su3_vector * a, su3_vector * b);
+ double magsq_su3vec (su3_vector * a);
+ void su3vec_copy (su3_vector * a, su3_vector * b);
+ void dumpvec (su3_vector * v);
+ void clearvec (su3_vector * v);
+ 
+ void mult_su3_mat_vec (su3_matrix * a, su3_vector * b, su3_vector * c);
+ void mult_su3_mat_vec_sum (su3_matrix * a, su3_vector * b, su3_vector * c);
+ void mult_su3_mat_vec_sum_4dir (su3_matrix * a, su3_vector * b0,
+ 				su3_vector * b1, su3_vector * b2,
+ 				su3_vector * b3, su3_vector * c);
+ void mult_su3_mat_vec_nsum (su3_matrix * a, su3_vector * b, su3_vector * c);
+ void mult_adj_su3_mat_vec (su3_matrix * a, su3_vector * b, su3_vector * c);
+ void mult_adj_su3_mat_vec_4dir (su3_matrix * a, su3_vector * b,
+ 				su3_vector * c);
+ void mult_adj_su3_mat_4vec (su3_matrix * mat, su3_vector * src,
+ 			    su3_vector * dest0, su3_vector * dest1,
+ 			    su3_vector * dest2, su3_vector * dest3);
+ void mult_adj_su3_mat_vec_sum (su3_matrix * a, su3_vector * b,
+ 			       su3_vector * c);
+ void mult_adj_su3_mat_vec_nsum (su3_matrix * a, su3_vector * b,
+ 				su3_vector * c);
+ 
+ void add_su3_vector (su3_vector * a, su3_vector * b, su3_vector * c);
+ void sub_su3_vector (su3_vector * a, su3_vector * b, su3_vector * c);
+ void sub_four_su3_vecs (su3_vector * a, su3_vector * b1, su3_vector * b2,
+ 			su3_vector * b3, su3_vector * b4);
+ 
+ void scalar_mult_su3_vector (su3_vector * src, double scalar,
+ 			     su3_vector * dest);
+ void scalar_mult_add_su3_vector (su3_vector * src1, su3_vector * src2,
+ 				 double scalar, su3_vector * dest);
+ void scalar_mult_sum_su3_vector (su3_vector * src1, su3_vector * src2,
+ 				 double scalar);
+ void scalar_mult_sub_su3_vector (su3_vector * src1, su3_vector * src2,
+ 				 double scalar, su3_vector * dest);
+ void scalar_mult_wvec (wilson_vector * src, double s, wilson_vector * dest);
+ void scalar_mult_hwvec (half_wilson_vector * src, double s,
+ 			half_wilson_vector * dest);
+ void scalar_mult_add_wvec (wilson_vector * src1, wilson_vector * src2,
+ 			   double scalar, wilson_vector * dest);
+ void scalar_mult_addtm_wvec (wilson_vector * src1, wilson_vector * src2,
+ 			     double scalar, wilson_vector * dest);
+ void c_scalar_mult_wvec (wilson_vector * src1, complex * phase,
+ 			 wilson_vector * dest);
+ void c_scalar_mult_add_wvec (wilson_vector * src1, wilson_vector * src2,
+ 			     complex * phase, wilson_vector * dest);
+ void c_scalar_mult_add_wvec2 (wilson_vector * src1, wilson_vector * src2,
+ 			      complex s, wilson_vector * dest);
+ void c_scalar_mult_su3vec (su3_vector * src, complex * phase,
+ 			   su3_vector * dest);
+ void c_scalar_mult_add_su3vec (su3_vector * v1, complex * phase,
+ 			       su3_vector * v2);
+ void c_scalar_mult_sub_su3vec (su3_vector * v1, complex * phase,
+ 			       su3_vector * v2);
+ 
+ void left_su2_hit_n (su2_matrix * u, int p, int q, su3_matrix * link);
+ void right_su2_hit_a (su2_matrix * u, int p, int q, su3_matrix * link);
+ void dumpsu2 (su2_matrix * u);
+ void mult_su2_mat_vec_elem_n (su2_matrix * u, complex * x0, complex * x1);
+ void mult_su2_mat_vec_elem_a (su2_matrix * u, complex * x0, complex * x1);
+ 
+ void mult_mat_wilson_vec (su3_matrix * mat, wilson_vector * src,
+ 			  wilson_vector * dest);
+ void mult_su3_mat_hwvec (su3_matrix * mat, half_wilson_vector * src,
+ 			 half_wilson_vector * dest);
+ void mult_adj_mat_wilson_vec (su3_matrix * mat, wilson_vector * src,
+ 			      wilson_vector * dest);
+ void mult_adj_su3_mat_hwvec (su3_matrix * mat, half_wilson_vector * src,
+ 			     half_wilson_vector * dest);
+ 
+ void add_wilson_vector (wilson_vector * src1, wilson_vector * src2,
+ 			wilson_vector * dest);
+ void sub_wilson_vector (wilson_vector * src1, wilson_vector * src2,
+ 			wilson_vector * dest);
+ double magsq_wvec (wilson_vector * src);
+ complex wvec_dot (wilson_vector * src1, wilson_vector * src2);
+ complex wvec2_dot (wilson_vector * src1, wilson_vector * src2);
+ double wvec_rdot (wilson_vector * a, wilson_vector * b);
+ 
+ void wp_shrink (wilson_vector * src, half_wilson_vector * dest,
+ 		int dir, int sign);
+ void wp_shrink_4dir (wilson_vector * a, half_wilson_vector * b1,
+ 		     half_wilson_vector * b2, half_wilson_vector * b3,
+ 		     half_wilson_vector * b4, int sign);
+ void wp_grow (half_wilson_vector * src, wilson_vector * dest,
+ 	      int dir, int sign);
+ void wp_grow_add (half_wilson_vector * src, wilson_vector * dest,
+ 		  int dir, int sign);
+ void grow_add_four_wvecs (wilson_vector * a, half_wilson_vector * b1,
+ 			  half_wilson_vector * b2, half_wilson_vector * b3,
+ 			  half_wilson_vector * b4, int sign, int sum);
+ void mult_by_gamma (wilson_vector * src, wilson_vector * dest, int dir);
+ void mult_by_gamma_left (wilson_matrix * src, wilson_matrix * dest, int dir);
+ void mult_by_gamma_right (wilson_matrix * src, wilson_matrix * dest, int dir);
+ void mult_swv_by_gamma_l (spin_wilson_vector * src, spin_wilson_vector * dest,
+ 			  int dir);
+ void mult_swv_by_gamma_r (spin_wilson_vector * src, spin_wilson_vector * dest,
+ 			  int dir);
+ void su3_projector_w (wilson_vector * a, wilson_vector * b, su3_matrix * c);
+ void clear_wvec (wilson_vector * dest);
+ void copy_wvec (wilson_vector * src, wilson_vector * dest);
+ void dump_wilson_vec (wilson_vector * src);
+ 
+ double gaussian_rand_no (double_prn * prn_pt);
+ typedef int int32type;
+ typedef unsigned int u_int32type;
+ void byterevn (int32type w[], int n);
+ 
+ void
+ mult_adj_su3_mat_vec (su3_matrix * a, su3_vector * b, su3_vector * c)
+ {
+   int i;
+   register double t, ar, ai, br, bi, cr, ci;
+   for (i = 0; i < 3; i++)
+     {
+       ar = a->e[0][i].real;
+       ai = a->e[0][i].imag;
+ 
+       br = b->c[0].real;
+       bi = b->c[0].imag;
+ 
+       cr = ar * br;
+       t = ai * bi;
+       cr += t;
+ 
+       ci = ar * bi;
+       t = ai * br;
+       ci -= t;
+ 
+       ar = a->e[1][i].real;
+       ai = a->e[1][i].imag;
+ 
+       br = b->c[1].real;
+       bi = b->c[1].imag;
+ 
+       t = ar * br;
+       cr += t;
+       t = ai * bi;
+       cr += t;
+ 
+       t = ar * bi;
+       ci += t;
+       t = ai * br;
+       ci -= t;
+ 
+       ar = a->e[2][i].real;
+       ai = a->e[2][i].imag;
+ 
+       br = b->c[2].real;
+       bi = b->c[2].imag;
+ 
+       t = ar * br;
+       cr += t;
+       t = ai * bi;
+       cr += t;
+ 
+       t = ar * bi;
+       ci += t;
+       t = ai * br;
+       ci -= t;
+ 
+       c->c[i].real = cr;
+       c->c[i].imag = ci;
+     }
+ }
+ 
+ /* { dg-final { scan-assembler-not "mtvsrd" } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/pr81348.c gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/pr81348.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/pr81348.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/pr81348.c	Fri Jul  7 20:47:15 2017
***************
*** 0 ****
--- 1,24 ----
+ /* { dg-do compile { target { powerpc64*-*-* && lp64 } } } */
+ /* { dg-skip-if "do not override -mcpu" { powerpc*-*-* } { "-mcpu=*" } { "-mcpu=power9" } } */
+ /* { dg-require-effective-target powerpc_p9vector_ok } */
+ /* { dg-options "-mcpu=power9 -Og" } */
+ 
+ /* PR target/81348: Compiler died in doing short->float conversion due to using
+    the wrong register in a define_split.  */
+ 
+ int a;
+ short b;
+ float ***c;
+ 
+ void d(void)
+ {
+         int e = 3;
+ 
+         if (a)
+                 e = b;
+ 
+         ***c = e;
+ }
+ 
+ /* { dg-final { scan-assembler {\mlxsihzx\M}  } } */
+ /* { dg-final { scan-assembler {\mvextsh2d\M} } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/pr81622.c gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/pr81622.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/pr81622.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/pr81622.c	Tue Aug  1 16:44:17 2017
***************
*** 0 ****
--- 1,13 ----
+ /* PR target/81622 */
+ /* { dg-do compile { target { powerpc*-*-linux* } } } */
+ /* { dg-skip-if "do not override -mcpu" { powerpc*-*-* } { "-mcpu=*" } { "-mcpu=power9" } } */
+ /* { dg-require-effective-target powerpc_p9vector_ok } */
+ /* { dg-options "-mcpu=power9 -O2" } */
+ 
+ void
+ foo (void)
+ {
+   __builtin_vec_ld (1, 2);	/* { dg-error "invalid parameter combination" } */
+   __builtin_vec_cmpne (1, 2);	/* { dg-error "invalid parameter combination" } */
+   __builtin_vec_st (1, 0, 5);	/* { dg-error "invalid parameter combination" } */
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/stack-limit.c gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/stack-limit.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/stack-limit.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/stack-limit.c	Tue Jun 27 16:43:35 2017
***************
*** 0 ****
--- 1,10 ----
+ /* { dg-options "-O0 -fstack-limit-register=r14" } */
+ 
+ // PR80966
+ 
+ int foo (int i)
+ {
+   char arr[135000];
+ 
+   arr[i] = 0;
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/versioned-copy-loop.c gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/versioned-copy-loop.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/powerpc/versioned-copy-loop.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/powerpc/versioned-copy-loop.c	Sat May 13 21:35:44 2017
***************
*** 0 ****
--- 1,30 ----
+ /* { dg-do compile } */
+ /* { dg-require-effective-target powerpc_p8vector_ok } */
+ /* { dg-options "-O3 -fdump-tree-vect-details" } */
+ 
+ /* Verify that a pure copy loop with a vectorization factor of two
+    that requires alignment will not be vectorized.  See the cost
+    model hooks in rs6000.c.  */
+ 
+ typedef long unsigned int size_t;
+ typedef unsigned char uint8_t;
+ 
+ extern void *memcpy (void *__restrict __dest, const void *__restrict __src,
+        size_t __n) __attribute__ ((__nothrow__ , __leaf__)) __attribute__ ((__nonnull__ (1, 2)));
+ 
+ void foo (void *dstPtr, const void *srcPtr, void *dstEnd)
+ {
+     uint8_t *d = (uint8_t*)dstPtr;
+     const uint8_t *s = (const uint8_t*)srcPtr;
+     uint8_t* const e = (uint8_t*)dstEnd;
+ 
+     do
+       {
+ 	memcpy (d, s, 8);
+ 	d += 8;
+ 	s += 8;
+       }
+     while (d < e);
+ }
+ 
+ /* { dg-final { scan-tree-dump-times "vectorized 0 loops" 1 "vect" } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/s390/pr80725.c gcc-7.2.0/gcc/testsuite/gcc.target/s390/pr80725.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/s390/pr80725.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/s390/pr80725.c	Mon May 29 07:54:13 2017
***************
*** 0 ****
--- 1,26 ----
+ /* Regression test for PR/80725.  */
+ 
+ /* { dg-do compile } */
+ /* { dg-options "-O2 -march=zEC12" } */
+ 
+ int a, e;
+ const char b;
+ char c;
+ const int d;
+ void bar (short);
+ 
+ void
+ foo (int x, int y)
+ {
+   long f = d;
+   short g = 0;
+   while (e)
+     while (a < x)
+       {
+ 	if (y)
+ 	  goto *d;
+ 	g = b | b + g;
+ 	bar (g);
+ 	c = (char) (long) foo;
+       }
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/s390/pr81534.c gcc-7.2.0/gcc/testsuite/gcc.target/s390/pr81534.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/s390/pr81534.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/s390/pr81534.c	Thu Jul 27 10:42:22 2017
***************
*** 0 ****
--- 1,17 ----
+ /* PR81534 This testcase used to fail because the HI/QI
+    "atomic_fetch_<atomic><mode>" expander accepted symbolic references
+    and emitted CAS patterns whose insn definition rejected them.  */
+ 
+ /* { dg-do compile } */
+ /* { dg-options "-O2 -march=zEC12" } */
+ 
+ struct {
+   short b;
+   long c;
+ } a = {};
+ 
+ void
+ d ()
+ {
+   __atomic_fetch_add(&a.b, 0, 5);
+ }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/sparc/dictunpack.c gcc-7.2.0/gcc/testsuite/gcc.target/sparc/dictunpack.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/sparc/dictunpack.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/sparc/dictunpack.c	Fri Jul  7 15:42:43 2017
***************
*** 0 ****
--- 1,25 ----
+ /* { dg-do compile } */
+ /* { dg-options "-mvis4b" } */
+ 
+ typedef unsigned char vec8 __attribute__((vector_size(8)));
+ typedef short vec16 __attribute__((vector_size(8)));
+ typedef int vec32 __attribute__((vector_size(8)));
+ 
+ vec8 test_dictunpack8 (double a)
+ {
+   return __builtin_vis_dictunpack8 (a, 6);
+ }
+ 
+ vec16 test_dictunpack16 (double a)
+ {
+   return __builtin_vis_dictunpack16 (a, 14);
+ }
+ 
+ vec32 test_dictunpack32 (double a)
+ {
+   return __builtin_vis_dictunpack32 (a, 30);
+ }
+ 
+ /* { dg-final { scan-assembler "dictunpack\t%" } } */
+ /* { dg-final { scan-assembler "dictunpack\t%" } } */
+ /* { dg-final { scan-assembler "dictunpack\t%" } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/sparc/fpcmpdeshl.c gcc-7.2.0/gcc/testsuite/gcc.target/sparc/fpcmpdeshl.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/sparc/fpcmpdeshl.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/sparc/fpcmpdeshl.c	Fri Jul  7 15:42:43 2017
***************
*** 0 ****
--- 1,25 ----
+ /* { dg-do compile } */
+ /* { dg-options "-mvis4b" } */
+ 
+ typedef unsigned char vec8 __attribute__((vector_size(8)));
+ typedef short vec16 __attribute__((vector_size(8)));
+ typedef int vec32 __attribute__((vector_size(8)));
+ 
+ long test_fpcmpde8shl (vec8 a, vec8 b)
+ {
+   return __builtin_vis_fpcmpde8shl (a, b, 2);
+ }
+ 
+ long test_fpcmpde16shl (vec16 a, vec16 b)
+ {
+   return __builtin_vis_fpcmpde16shl (a, b, 2);
+ }
+ 
+ long test_fpcmpde32shl (vec32 a, vec32 b)
+ {
+   return __builtin_vis_fpcmpde32shl (a, b, 2);
+ }
+ 
+ /* { dg-final { scan-assembler "fpcmpde8shl\t%" } } */
+ /* { dg-final { scan-assembler "fpcmpde16shl\t%" } } */
+ /* { dg-final { scan-assembler "fpcmpde32shl\t%" } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/sparc/fpcmpshl.c gcc-7.2.0/gcc/testsuite/gcc.target/sparc/fpcmpshl.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/sparc/fpcmpshl.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/sparc/fpcmpshl.c	Fri Jul  7 15:42:43 2017
***************
*** 0 ****
--- 1,81 ----
+ /* { dg-do compile } */
+ /* { dg-options "-mvis4b" } */
+ 
+ typedef unsigned char vec8 __attribute__((vector_size(8)));
+ typedef short vec16 __attribute__((vector_size(8)));
+ typedef int vec32 __attribute__((vector_size(8)));
+ 
+ long test_fpcmple8shl (vec8 a, vec8 b)
+ {
+   return __builtin_vis_fpcmple8shl (a, b, 2);
+ }
+ 
+ long test_fpcmpgt8shl (vec8 a, vec8 b)
+ {
+   return __builtin_vis_fpcmpgt8shl (a, b, 2);
+ }
+ 
+ long test_fpcmpeq8shl (vec8 a, vec8 b)
+ {
+   return __builtin_vis_fpcmpeq8shl (a, b, 2);
+ }
+ 
+ long test_fpcmpne8shl (vec8 a, vec8 b)
+ {
+   return __builtin_vis_fpcmpne8shl (a, b, 2);
+ }
+ 
+ long test_fpcmple16shl (vec16 a, vec16 b)
+ {
+   return __builtin_vis_fpcmple16shl (a, b, 2);
+ }
+ 
+ long test_fpcmpgt16shl (vec16 a, vec16 b)
+ {
+   return __builtin_vis_fpcmpgt16shl (a, b, 2);
+ }
+ 
+ long test_fpcmpeq16shl (vec16 a, vec16 b)
+ {
+   return __builtin_vis_fpcmpeq16shl (a, b, 2);
+ }
+ 
+ long test_fpcmpne16shl (vec16 a, vec16 b)
+ {
+   return __builtin_vis_fpcmpne16shl (a, b, 2);
+ }
+ 
+ long test_fpcmple32shl (vec32 a, vec32 b)
+ {
+   return __builtin_vis_fpcmple32shl (a, b, 2);
+ }
+ 
+ long test_fpcmpgt32shl (vec32 a, vec32 b)
+ {
+   return __builtin_vis_fpcmpgt32shl (a, b, 2);
+ }
+ 
+ long test_fpcmpeq32shl (vec32 a, vec32 b)
+ {
+   return __builtin_vis_fpcmpeq32shl (a, b, 2);
+ }
+ 
+ long test_fpcmpne32shl (vec32 a, vec32 b)
+ {
+   return __builtin_vis_fpcmpne32shl (a, b, 2);
+ }
+ 
+ /* { dg-final { scan-assembler "fpcmple8shl\t%" } } */
+ /* { dg-final { scan-assembler "fpcmpgt8shl\t%" } } */
+ /* { dg-final { scan-assembler "fpcmpeq8shl\t%" } } */
+ /* { dg-final { scan-assembler "fpcmpne8shl\t%" } } */
+ 
+ /* { dg-final { scan-assembler "fpcmple16shl\t%" } } */
+ /* { dg-final { scan-assembler "fpcmpgt16shl\t%" } } */
+ /* { dg-final { scan-assembler "fpcmpeq16shl\t%" } } */
+ /* { dg-final { scan-assembler "fpcmpne16shl\t%" } } */
+ 
+ /* { dg-final { scan-assembler "fpcmple32shl\t%" } } */
+ /* { dg-final { scan-assembler "fpcmpgt32shl\t%" } } */
+ /* { dg-final { scan-assembler "fpcmpeq32shl\t%" } } */
+ /* { dg-final { scan-assembler "fpcmpne32shl\t%" } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/sparc/fpcmpurshl.c gcc-7.2.0/gcc/testsuite/gcc.target/sparc/fpcmpurshl.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/sparc/fpcmpurshl.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/sparc/fpcmpurshl.c	Fri Jul  7 15:42:43 2017
***************
*** 0 ****
--- 1,25 ----
+ /* { dg-do compile } */
+ /* { dg-options "-mvis4b" } */
+ 
+ typedef unsigned char vec8 __attribute__((vector_size(8)));
+ typedef short vec16 __attribute__((vector_size(8)));
+ typedef int vec32 __attribute__((vector_size(8)));
+ 
+ long test_fpcmpur8shl (vec8 a, vec8 b)
+ {
+   return __builtin_vis_fpcmpur8shl (a, b, 2);
+ }
+ 
+ long test_fpcmpur16shl (vec16 a, vec16 b)
+ {
+   return __builtin_vis_fpcmpur16shl (a, b, 2);
+ }
+ 
+ long test_fpcmpur32shl (vec32 a, vec32 b)
+ {
+   return __builtin_vis_fpcmpur32shl (a, b, 2);
+ }
+ 
+ /* { dg-final { scan-assembler "fpcmpur8shl\t%" } } */
+ /* { dg-final { scan-assembler "fpcmpur16shl\t%" } } */
+ /* { dg-final { scan-assembler "fpcmpur32shl\t%" } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/sparc/fpcmpushl.c gcc-7.2.0/gcc/testsuite/gcc.target/sparc/fpcmpushl.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/sparc/fpcmpushl.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/sparc/fpcmpushl.c	Fri Jul  7 15:42:43 2017
***************
*** 0 ****
--- 1,43 ----
+ /* { dg-do compile } */
+ /* { dg-options "-mvis4b" } */
+ 
+ typedef unsigned char vec8 __attribute__((vector_size(8)));
+ typedef short vec16 __attribute__((vector_size(8)));
+ typedef int vec32 __attribute__((vector_size(8)));
+ 
+ long test_fpcmpule8shl (vec8 a, vec8 b)
+ {
+   return __builtin_vis_fpcmpule8shl (a, b, 2);
+ }
+ 
+ long test_fpcmpugt8shl (vec8 a, vec8 b)
+ {
+   return __builtin_vis_fpcmpugt8shl (a, b, 2);
+ }
+ 
+ long test_fpcmpule16shl (vec16 a, vec16 b)
+ {
+   return __builtin_vis_fpcmpule16shl (a, b, 2);
+ }
+ 
+ long test_fpcmpugt16shl (vec16 a, vec16 b)
+ {
+   return __builtin_vis_fpcmpugt16shl (a, b, 2);
+ }
+ 
+ long test_fpcmpule32shl (vec32 a, vec32 b)
+ {
+   return __builtin_vis_fpcmpule32shl (a, b, 2);
+ }
+ 
+ long test_fpcmpugt32shl (vec32 a, vec32 b)
+ {
+   return __builtin_vis_fpcmpugt32shl (a, b, 2);
+ }
+ 
+ /* { dg-final { scan-assembler "fpcmpule8shl\t%" } } */
+ /* { dg-final { scan-assembler "fpcmpugt8shl\t%" } } */
+ /* { dg-final { scan-assembler "fpcmpule16shl\t%" } } */
+ /* { dg-final { scan-assembler "fpcmpugt16shl\t%" } } */
+ /* { dg-final { scan-assembler "fpcmpule32shl\t%" } } */
+ /* { dg-final { scan-assembler "fpcmpugt32shl\t%" } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/sparc/niagara7-align.c gcc-7.2.0/gcc/testsuite/gcc.target/sparc/niagara7-align.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/sparc/niagara7-align.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/sparc/niagara7-align.c	Tue May 23 18:39:44 2017
***************
*** 0 ****
--- 1,4 ----
+ /* { dg-do compile } */
+ /* { dg-options "-falign-functions -mcpu=niagara7" } */
+ /* { dg-final { scan-assembler "\.align 64" } } */
+ void foo(void) {}
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/sparc/overflow-4.c gcc-7.2.0/gcc/testsuite/gcc.target/sparc/overflow-4.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/sparc/overflow-4.c	Fri Oct 28 21:04:51 2016
--- gcc-7.2.0/gcc/testsuite/gcc.target/sparc/overflow-4.c	Wed Jun 14 11:23:18 2017
***************
*** 1,5 ****
  /* { dg-do compile } */
! /* { dg-options "-O" } */
  /* { dg-require-effective-target lp64 } */
  
  #include <stdbool.h>
--- 1,5 ----
  /* { dg-do compile } */
! /* { dg-options "-O -mno-vis3" } */
  /* { dg-require-effective-target lp64 } */
  
  #include <stdbool.h>
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gcc.target/sparc/sparc-ret-3.c gcc-7.2.0/gcc/testsuite/gcc.target/sparc/sparc-ret-3.c
*** gcc-7.1.0/gcc/testsuite/gcc.target/sparc/sparc-ret-3.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gcc.target/sparc/sparc-ret-3.c	Tue Jun  6 18:42:52 2017
***************
*** 0 ****
--- 1,53 ----
+ /* PR target/80968 */
+ /* { dg-do compile } */
+ /* { dg-skip-if "no register windows" { *-*-* } { "-mflat" } { "" } } */
+ /* { dg-require-effective-target ilp32 } */
+ /* { dg-options "-mcpu=ultrasparc -O" } */
+ 
+ /* Make sure references to the stack frame do not slip into the delay slot
+    of a return instruction.  */
+ 
+ struct crypto_shash {
+ 	unsigned int descsize;
+ };
+ struct crypto_shash *tfm;
+ 
+ struct shash_desc {
+ 	struct crypto_shash *tfm;
+ 	unsigned int flags;
+ 
+ 	void *__ctx[] __attribute__((aligned(8)));
+ };
+ 
+ static inline unsigned int crypto_shash_descsize(struct crypto_shash *tfm)
+ {
+ 	return tfm->descsize;
+ }
+ 
+ static inline void *shash_desc_ctx(struct shash_desc *desc)
+ {
+ 	return desc->__ctx;
+ }
+ 
+ #define SHASH_DESC_ON_STACK(shash, ctx)				  \
+ 	char __##shash##_desc[sizeof(struct shash_desc) +	  \
+ 			      crypto_shash_descsize(ctx)] __attribute__((aligned(8))); \
+ 	struct shash_desc *shash = (struct shash_desc *)__##shash##_desc
+ 
+ extern int crypto_shash_update(struct shash_desc *, const void *, unsigned int);
+ 
+ unsigned int bug(unsigned int crc, const void *address, unsigned int length)
+ {
+ 	SHASH_DESC_ON_STACK(shash, tfm);
+ 	unsigned int *ctx = (unsigned int *)shash_desc_ctx(shash);
+ 	int err;
+ 
+ 	shash->tfm = tfm;
+ 	shash->flags = 0;
+ 	*ctx = crc;
+ 
+ 	err = crypto_shash_update(shash, address, length);
+ 
+ 	return *ctx;
+ }
+ /* { dg-final { scan-assembler "ld\[ \t\]*\\\[%i5\\+8\\\], %i0\n\[^\n\]*return\[ \t\]*%i7\\+8" } } */
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gfortran.dg/dtio_29.f03 gcc-7.2.0/gcc/testsuite/gfortran.dg/dtio_29.f03
*** gcc-7.1.0/gcc/testsuite/gfortran.dg/dtio_29.f03	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gfortran.dg/dtio_29.f03	Thu May  4 18:45:50 2017
***************
*** 0 ****
--- 1,47 ----
+ ! { dg-do compile }
+ ! PR80484 Three syntax errors involving derived-type I/O
+ module dt_write_mod
+    type, public :: B_type
+       real :: amount
+    end type B_type
+    interface write (formatted)
+       procedure :: Write_b
+    end interface
+ contains
+ 
+ subroutine Write_b &
+    (amount, unit, b_edit_descriptor, v_list, iostat, iomsg)
+ 
+    class (B_type), intent(in) :: amount
+    integer, intent(in) :: unit
+    character (len=*), intent(in) :: b_edit_descriptor
+    integer, dimension(:), intent(in) :: v_list
+    integer, intent(out) :: iostat
+    character (len=*), intent(inout) :: iomsg
+    write (unit=unit, fmt="(f9.3)", iostat=iostat) amount%amount
+ 
+ end subroutine Write_b
+ 
+ end module dt_write_mod
+ 
+ program test
+    use dt_write_mod, only: B_type  , write(formatted)
+    implicit none
+ 
+    real :: wage = 15.10
+    integer :: ios
+    character(len=99) :: iom = "OK"
+ 
+    write (unit=*, fmt="(DT'$$$Z.##')", iostat=ios, iomsg=iom) &
+      B_type(wage), B_type(wage)
+    print *, trim(iom)
+    write (unit=*, fmt="(2DT'$$$Z.##')", iostat=ios, iomsg=iom) &
+      B_type(wage), B_type(wage)
+    print *, trim(iom)
+    write (unit=*, fmt="(3DT'$$$Z.##')", iostat=ios, iomsg=iom) &
+      B_type(wage), B_type(wage)
+    print *, trim(iom)
+    write (unit=*, fmt="(DT'$$$Z.##'/)", iostat=ios, iomsg=iom) &
+      B_type(wage), B_type(wage)
+    print *, trim(iom)
+ end program test
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gfortran.dg/dtio_30.f03 gcc-7.2.0/gcc/testsuite/gfortran.dg/dtio_30.f03
*** gcc-7.1.0/gcc/testsuite/gfortran.dg/dtio_30.f03	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gfortran.dg/dtio_30.f03	Tue May 23 21:39:41 2017
***************
*** 0 ****
--- 1,60 ----
+ ! { dg-do run }
+ ! PR80333  Namelist dtio write of array of class does not traverse the array
+ ! This test checks both NAMELIST WRITE and READ of an array of class
+ module m
+   implicit none
+   type :: t
+     character :: c
+     character :: d
+   contains
+     procedure :: read_formatted
+     generic :: read(formatted) => read_formatted
+     procedure :: write_formatted
+     generic :: write(formatted) => write_formatted
+   end type t
+ contains
+   subroutine read_formatted(dtv, unit, iotype, v_list, iostat, iomsg)
+     class(t), intent(inout) :: dtv
+     integer, intent(in) :: unit
+     character(*), intent(in) :: iotype
+     integer, intent(in) :: v_list(:)
+     integer, intent(out) :: iostat
+     character(*), intent(inout) :: iomsg
+     integer :: i
+     read(unit,'(a1,a1)', iostat=iostat, iomsg=iomsg) dtv%c, dtv%d
+   end subroutine read_formatted
+ 
+   subroutine write_formatted(dtv, unit, iotype, v_list, iostat, iomsg)
+     class(t), intent(in) :: dtv
+     integer, intent(in) :: unit
+     character(*), intent(in) :: iotype
+     integer, intent(in) :: v_list(:)
+     integer, intent(out) :: iostat
+     character(*), intent(inout) :: iomsg
+     write(unit,'(a1,a1)', iostat=iostat, iomsg=iomsg) dtv%c, dtv%d
+   end subroutine write_formatted
+ end module m
+ 
+ program p
+   use m
+   implicit none
+   class(t), dimension(:,:), allocatable :: w
+   namelist /nml/  w
+   integer :: unit, iostatus
+   character(256) :: str = ""
+ 
+   open(10, status='scratch')
+   allocate(w(10,3))
+   w = t('j','r')
+   w(5:7,2)%c='k'
+   write(10, nml)
+   rewind(10)
+   w = t('p','z')
+   read(10, nml)
+   write(str,*) w
+   if (str.ne." jr jr jr jr jr jr jr jr jr jr jr jr jr jr kr kr kr jr jr jr jr jr jr jr jr jr jr jr jr jr") &
+       & call abort
+   str = ""
+   write(str,"(*(DT))") w
+   if (str.ne."jrjrjrjrjrjrjrjrjrjrjrjrjrjrkrkrkrjrjrjrjrjrjrjrjrjrjrjrjrjr") call abort
+ end program p
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gfortran.dg/gomp/pr80918.f90 gcc-7.2.0/gcc/testsuite/gfortran.dg/gomp/pr80918.f90
*** gcc-7.1.0/gcc/testsuite/gfortran.dg/gomp/pr80918.f90	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gfortran.dg/gomp/pr80918.f90	Fri Jun  2 07:10:10 2017
***************
*** 0 ****
--- 1,10 ----
+ ! PR fortran/80918
+ ! { dg-do compile }
+ 
+ subroutine foo (a)
+   integer :: a(*)
+   !$omp task depend(inout:a)
+   !$omp end task
+   !$omp task depend(inout:a)
+   !$omp end task
+ end subroutine foo
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gfortran.dg/inline_matmul_18.f90 gcc-7.2.0/gcc/testsuite/gfortran.dg/inline_matmul_18.f90
*** gcc-7.1.0/gcc/testsuite/gfortran.dg/inline_matmul_18.f90	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gfortran.dg/inline_matmul_18.f90	Tue Jun  6 22:23:07 2017
***************
*** 0 ****
--- 1,16 ----
+ ! { dg-do  run }
+ ! { dg-options "-O -finline-matmul-limit=100 -fdump-tree-optimized" }
+ ! PR 80975 - this did not zero the result array in the library version;
+ ! make sure this also doesn't happen in the inline version.
+ program bogus_matmul
+   implicit none
+   real :: M(3,0), v(0), w(3)
+ 
+   w = 7
+   w = matmul(M,v)
+   if( any(w .ne. 0) ) then
+     call abort
+   end if
+ end program bogus_matmul
+ ! { dg-final { scan-tree-dump-times "matmul_r4" 0 "optimized" } }
+ 
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gfortran.dg/intent_out_9.f90 gcc-7.2.0/gcc/testsuite/gfortran.dg/intent_out_9.f90
*** gcc-7.1.0/gcc/testsuite/gfortran.dg/intent_out_9.f90	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gfortran.dg/intent_out_9.f90	Fri May  5 21:00:53 2017
***************
*** 0 ****
--- 1,27 ----
+ ! { dg-do compile }
+ ! { dg-options "-fdump-tree-original" }
+ !
+ ! PR 80121: Memory leak with derived-type intent(out) argument
+ !
+ ! Contributed by Andrew Wood <andrew@fluidgravity.co.uk>
+ 
+ PROGRAM p
+     IMPLICIT NONE
+     TYPE t1
+       INTEGER, ALLOCATABLE :: i(:)
+     END TYPE
+     call leak
+   CONTAINS
+     SUBROUTINE s1(e)
+       TYPE(t1), ALLOCATABLE, INTENT(OUT) :: e(:)
+       ALLOCATE( e(1) )
+       ALLOCATE( e(1)%i(2) )
+     END SUBROUTINE
+     SUBROUTINE leak
+       TYPE(t1), ALLOCATABLE :: e(:)
+       CALL s1(e)
+       CALL s1(e)
+     END SUBROUTINE
+ END PROGRAM
+ 
+ ! { dg-final { scan-tree-dump-times "__builtin_free" 6 "original" } }
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gfortran.dg/matmul_16.f90 gcc-7.2.0/gcc/testsuite/gfortran.dg/matmul_16.f90
*** gcc-7.1.0/gcc/testsuite/gfortran.dg/matmul_16.f90	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gfortran.dg/matmul_16.f90	Tue Jun  6 22:23:07 2017
***************
*** 0 ****
--- 1,13 ----
+ ! { dg-do  run }
+ ! { dg-options "-finline-matmul-limit=0" }
+ ! PR 80975 - this did not zero the result array
+ program bogus_matmul
+   implicit none
+   real :: M(3,0), v(0), w(3)
+ 
+   w = 7
+   w = matmul(M,v)
+   if( any(w .ne. 0) ) then
+     call abort
+   end if
+ end program bogus_matmul
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gfortran.dg/matmul_bounds_12.f90 gcc-7.2.0/gcc/testsuite/gfortran.dg/matmul_bounds_12.f90
*** gcc-7.1.0/gcc/testsuite/gfortran.dg/matmul_bounds_12.f90	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gfortran.dg/matmul_bounds_12.f90	Fri Jun  2 17:44:19 2017
***************
*** 0 ****
--- 1,17 ----
+ ! { dg-do run }
+ program main
+   real, dimension(3,2) :: a
+   real, dimension(3) :: bp
+   real, dimension(3) :: res1
+   real, dimension(:), allocatable :: c3
+   real, dimension(2) :: res2
+ 
+   data a /-2., 3., -5., 7., -11., 13./
+   data bp /-23., -31., -41./
+   data res2 /158., -353./
+ 
+   c3 = matmul(bp,a)
+   if (size(c3,1) /= 2) call abort
+   if (any(c3 /= res2)) call abort
+ 
+ end program main
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gfortran.dg/namelist_91.f90 gcc-7.2.0/gcc/testsuite/gfortran.dg/namelist_91.f90
*** gcc-7.1.0/gcc/testsuite/gfortran.dg/namelist_91.f90	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gfortran.dg/namelist_91.f90	Wed May 17 18:09:48 2017
***************
*** 0 ****
--- 1,9 ----
+ ! { dg-do compile }
+ ! PR78659 Spurious "requires DTIO" reported against namelist statement
+ program p
+    type t
+      integer :: k
+    end type
+    class(t), allocatable :: x
+    namelist /nml/ x
+ end
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gfortran.dg/namelist_92.f90 gcc-7.2.0/gcc/testsuite/gfortran.dg/namelist_92.f90
*** gcc-7.1.0/gcc/testsuite/gfortran.dg/namelist_92.f90	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gfortran.dg/namelist_92.f90	Wed May 17 18:09:48 2017
***************
*** 0 ****
--- 1,16 ----
+ ! { dg-do compile }
+ ! PR78659 Spurious "requires DTIO" reported against namelist statement
+ MODULE ma
+   IMPLICIT NONE
+   TYPE :: ta
+     INTEGER, allocatable :: array(:)
+   END TYPE ta
+ END MODULE ma
+ 
+ PROGRAM p
+   USE ma
+   type(ta):: x
+   NAMELIST /nml/ x
+   WRITE (*, nml) ! { dg-error "has ALLOCATABLE or POINTER components and thus requires a defined input/output" }
+   READ (*, nml) ! { dg-error "has ALLOCATABLE or POINTER components and thus requires a defined input/output" }
+ END PROGRAM p
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gfortran.dg/namelist_93.f90 gcc-7.2.0/gcc/testsuite/gfortran.dg/namelist_93.f90
*** gcc-7.1.0/gcc/testsuite/gfortran.dg/namelist_93.f90	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gfortran.dg/namelist_93.f90	Wed May 17 18:09:48 2017
***************
*** 0 ****
--- 1,16 ----
+ ! { dg-do compile }
+ ! PR78659 Spurious "requires DTIO" reported against namelist statement
+ MODULE ma
+   IMPLICIT NONE
+   TYPE :: ta
+     INTEGER, allocatable :: array(:)
+   END TYPE ta
+ END MODULE ma
+ 
+ PROGRAM p
+   USE ma
+   class(ta), allocatable :: x
+   NAMELIST /nml/ x
+   WRITE (*, nml)! { dg-error "is polymorphic and requires a defined input/output procedure" }
+   READ (*, nml) ! { dg-error "is polymorphic and requires a defined input/output procedure" }
+ END PROGRAM p
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gfortran.dg/namelist_94.f90 gcc-7.2.0/gcc/testsuite/gfortran.dg/namelist_94.f90
*** gcc-7.1.0/gcc/testsuite/gfortran.dg/namelist_94.f90	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gfortran.dg/namelist_94.f90	Wed May 17 18:09:48 2017
***************
*** 0 ****
--- 1,32 ----
+ ! { dg-do compile }
+ ! PR78659 Spurious "requires DTIO" reported against namelist statement
+ MODULE m
+   IMPLICIT NONE
+   TYPE :: t
+     CHARACTER :: c
+   CONTAINS
+     PROCEDURE :: write_formatted
+     GENERIC :: WRITE(FORMATTED) => write_formatted
+   END TYPE
+ CONTAINS
+   SUBROUTINE write_formatted(dtv, unit, iotype, v_list, iostat, iomsg)
+     CLASS(t), INTENT(IN) :: dtv
+     INTEGER, INTENT(IN) :: unit
+     CHARACTER(*), INTENT(IN) :: iotype
+     INTEGER, INTENT(IN) :: v_list(:)
+     INTEGER, INTENT(OUT) :: iostat
+     CHARACTER(*), INTENT(INOUT) :: iomsg
+     WRITE (unit, "(A)", IOSTAT=iostat, IOMSG=iomsg) dtv%c
+     print *, "what"
+   END SUBROUTINE
+ END MODULE
+ 
+ PROGRAM p
+   USE m
+   IMPLICIT NONE
+   class(t), allocatable :: x
+   NAMELIST /nml/ x
+   x = t('a')
+   WRITE (*, nml)
+   READ (*, nml) ! { dg-error "is polymorphic and requires a defined input/output procedure" }
+ END
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gfortran.dg/pr80752.f90 gcc-7.2.0/gcc/testsuite/gfortran.dg/pr80752.f90
*** gcc-7.1.0/gcc/testsuite/gfortran.dg/pr80752.f90	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gfortran.dg/pr80752.f90	Mon May 15 20:43:25 2017
***************
*** 0 ****
--- 1,20 ----
+ ! { dg-do compile }
+ ! PR fortran/80752
+ module exchange_utils
+ 
+   implicit none
+ 
+   integer, parameter, public :: knd = 8
+ 
+   type, private :: a
+      logical :: add_vs98 = 0.0_knd ! { dg-error "Can't convert" }
+   end type a
+ 
+   type, private :: x_param_t
+      type(a) :: m05_m06
+   end type x_param_t
+ 
+   type(x_param_t), public, save :: x_param
+ 
+ end module exchange_utils
+ 
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gfortran.dg/pr81175.f gcc-7.2.0/gcc/testsuite/gfortran.dg/pr81175.f
*** gcc-7.1.0/gcc/testsuite/gfortran.dg/pr81175.f	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gfortran.dg/pr81175.f	Wed Jul 26 08:36:34 2017
***************
*** 0 ****
--- 1,23 ----
+ ! { dg-do compile }
+ ! { dg-options "-Ofast -fwrapv" }
+ ! { dg-additional-options "-march=broadwell" { target x86_64-*-* i?86-*-* } }
+       SUBROUTINE ECPDRA(IC4C,FP,FQ,G)
+       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
+       DIMENSION FP(*),FQ(*),G(*)
+       DIMENSION CKLU(23,12,12)
+ !
+       DO 240 I=IAMIN,IAMAX
+          DO 240 J=JAMIN,MMAX
+             DO 230 K=1,NPNP
+                DO 230 L=1,K
+                   DO 230 MU=1,2*L-1
+                      CKLTEM= CKLU(MU,L,K)
+                      IF(IC4C.LE.0) THEN
+                         IF(ABS(CKLTEM).GT.TOL) SUM= SUM+FP(N)*CKLTEM
+                      ELSE
+                         IF(ABS(CKLTEM).GT.TOL) SUM= SUM+FQ(N)*CKLTEM
+                      END IF
+   230       N= N+1
+             G(NN)= G(NN)+DUMJ*SUM
+   240 NN= NN+1
+       END
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gfortran.dg/proc_ptr_comp_49.f90 gcc-7.2.0/gcc/testsuite/gfortran.dg/proc_ptr_comp_49.f90
*** gcc-7.1.0/gcc/testsuite/gfortran.dg/proc_ptr_comp_49.f90	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gfortran.dg/proc_ptr_comp_49.f90	Fri May  5 20:09:20 2017
***************
*** 0 ****
--- 1,21 ----
+ ! { dg-do compile }
+ !
+ ! PR 80392: [5/6/7 Regression] [OOP] ICE with allocatable polymorphic function result in a procedure pointer component
+ !
+ ! Contributed by <zed.three@gmail.com>
+ 
+ module mwe
+ 
+   implicit none
+ 
+   type :: MyType
+      procedure(my_op), nopass, pointer :: op
+   end type
+ 
+ contains
+ 
+   function my_op() result(foo)
+     class(MyType), allocatable :: foo
+   end function
+ 
+ end module
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gfortran.dg/proc_ptr_comp_50.f90 gcc-7.2.0/gcc/testsuite/gfortran.dg/proc_ptr_comp_50.f90
*** gcc-7.1.0/gcc/testsuite/gfortran.dg/proc_ptr_comp_50.f90	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gfortran.dg/proc_ptr_comp_50.f90	Fri Jun  9 17:45:53 2017
***************
*** 0 ****
--- 1,26 ----
+ ! { dg-do compile }
+ !
+ ! PR 70601: [5/6/7 Regression] [OOP] ICE on procedure pointer component call
+ !
+ ! Contributed by zmi <zmi007@gmail.com>
+ 
+ program test
+   implicit none
+ 
+   type :: concrete_type
+     procedure (run_concrete_type), pointer :: run
+   end type
+ 
+   type(concrete_type), allocatable :: concrete
+ 
+   allocate(concrete)
+   concrete % run => run_concrete_type
+   call concrete % run()
+ 
+ contains
+ 
+    subroutine run_concrete_type(this)
+       class(concrete_type) :: this
+    end subroutine
+ 
+ end
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gfortran.dg/read_3.f90 gcc-7.2.0/gcc/testsuite/gfortran.dg/read_3.f90
*** gcc-7.1.0/gcc/testsuite/gfortran.dg/read_3.f90	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gfortran.dg/read_3.f90	Wed May 17 20:00:53 2017
***************
*** 0 ****
--- 1,13 ----
+ ! { dg-do run }
+ ! PR80727 Crash of runtime gfortran library during integer transformation
+ ! Note: before the patch this was giving an incorrect EOR error on READ.
+ program    gfortran_710_io_bug
+   character  str*4
+   integer(4) :: i4
+   str =''
+   i = 256
+   write(str,fmt='(a)') i
+   i = 0
+   read ( unit=str(1:4), fmt='(a)' ) i4
+   if (i4.ne.256) call abort
+ end  program  gfortran_710_io_bug 
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gfortran.dg/read_4.f90 gcc-7.2.0/gcc/testsuite/gfortran.dg/read_4.f90
*** gcc-7.1.0/gcc/testsuite/gfortran.dg/read_4.f90	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gfortran.dg/read_4.f90	Tue May 23 22:05:56 2017
***************
*** 0 ****
--- 1,35 ----
+ ! { dg-do run }
+ ! PR80741 wrong code causes incorrect behaviour of namelist READ
+ program p
+   use, intrinsic :: iso_fortran_env, only: iostat_end
+   implicit none
+   integer :: x, y, ios, io
+   character(10) :: line
+   namelist /test/ x, y
+   
+   x = 10
+   y = 10
+   ios = 0
+   io = 10
+   open(unit=io, status='scratch')
+   write(io, test)
+   write(io, *) 'done'
+   rewind(io)
+   x = 0
+   y = 0
+   read(io, test)
+   if (x.ne.10 .or. y.ne.10) call abort
+   !
+   read(io, *) line
+   if (line.ne.'done') call abort
+   !
+   read(io, *, iostat=ios) line
+   if (ios/=iostat_end) call abort
+   rewind(io)
+   x = 0
+   y = 0
+   read(io, test)
+   if (x.ne.10 .or. y.ne.10) call abort
+   read(io, *, iostat=ios) line
+   if (line.ne.'done') call abort
+ end
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gfortran.dg/read_5.f90 gcc-7.2.0/gcc/testsuite/gfortran.dg/read_5.f90
*** gcc-7.1.0/gcc/testsuite/gfortran.dg/read_5.f90	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gfortran.dg/read_5.f90	Wed Jun 28 04:14:32 2017
***************
*** 0 ****
--- 1,21 ----
+ ! { dg-do run }
+ ! PR53029 Missed optimization, this test case took several seconds to
+       program internalread
+       implicit none
+       integer m
+       parameter(m=1000000)
+       character value*10
+       character(80) :: result
+       integer i,j,intvalues(m)
+       real :: start, finish
+       intvalues = 33
+       call cpu_time(start)
+       do j=1,100
+         write(value,'(i3,a5)') j," 5 69"
+         read(value,*,end=20) intvalues
+    20   write(result,*) (intvalues(i),i=2,4)
+       if (result.ne.('           5          69          33')) call abort
+       call cpu_time(finish)
+       if ((finish-start).gt. 0.5) call abort
+       enddo
+       end program internalread
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gfortran.dg/typebound_call_28.f90 gcc-7.2.0/gcc/testsuite/gfortran.dg/typebound_call_28.f90
*** gcc-7.1.0/gcc/testsuite/gfortran.dg/typebound_call_28.f90	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gfortran.dg/typebound_call_28.f90	Mon Jun  5 09:31:32 2017
***************
*** 0 ****
--- 1,37 ----
+ ! { dg-do compile }
+ !
+ ! PR 80766: [7/8 Regression] [OOP] ICE with type-bound procedure returning an array
+ !
+ ! Contributed by Vladimir Fuka <vladimir.fuka@gmail.com>
+ 
+ module m1
+ 
+   type :: base
+   contains
+      procedure :: fun
+   end type
+ 
+   type, extends(base) :: child
+   end type
+ 
+ contains
+ 
+   function fun(o) result(res)
+     real :: res(3)
+     class(base) :: o
+     res = 0
+   end function
+ end module
+ 
+ 
+ module m2
+ contains
+ 
+   subroutine sub(o)
+     use m1
+     class(child) :: o
+     real :: res(3)
+ 
+     res = o%fun()
+   end subroutine
+ end module
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gnat.dg/opt65.adb gcc-7.2.0/gcc/testsuite/gnat.dg/opt65.adb
*** gcc-7.1.0/gcc/testsuite/gnat.dg/opt65.adb	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gnat.dg/opt65.adb	Sun Jul 16 22:07:15 2017
***************
*** 0 ****
--- 1,30 ----
+ -- { dg-do run }
+ -- { dg-options "-O2" }
+ 
+ with Ada.Command_Line; use Ada.Command_Line;
+ 
+ procedure Opt65 is
+ 
+    procedure Check_Version_And_Help (Version_String : String) is
+       Help_Switch_Present    : Boolean := False;
+       Next_Arg               : Natural := 1;
+    begin
+       while Next_Arg <= Argument_Count loop
+          declare
+             Next_Argv : constant String := Argument (Next_Arg);
+          begin
+             if Next_Argv = "--help" then
+                Help_Switch_Present := True;
+             end if;
+             Next_Arg := Next_Arg + 1;
+          end;
+       end loop;
+ 
+       if Help_Switch_Present then
+          raise Program_Error;
+       end if;
+    end;
+ 
+ begin
+    Check_Version_And_Help ("version");
+ end;
diff -Nrcpad gcc-7.1.0/gcc/testsuite/gnat.dg/specs/not_null1.ads gcc-7.2.0/gcc/testsuite/gnat.dg/specs/not_null1.ads
*** gcc-7.1.0/gcc/testsuite/gnat.dg/specs/not_null1.ads	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/gcc/testsuite/gnat.dg/specs/not_null1.ads	Mon May 22 09:39:46 2017
***************
*** 0 ****
--- 1,11 ----
+ -- { dg-do compile }
+ 
+ package Not_Null1 is
+    type T is null record;
+    type T_Access is access all T;
+ 
+    procedure Proc (This : in not null T_Access) is null;
+ 
+    type Proc_Access is access procedure (This : in not null T_Access);
+    PA : Proc_Access := Proc'Access;
+ end Not_Null1;
diff -Nrcpad gcc-7.1.0/gcc/toplev.c gcc-7.2.0/gcc/toplev.c
*** gcc-7.1.0/gcc/toplev.c	Fri Mar 10 13:24:45 2017
--- gcc-7.2.0/gcc/toplev.c	Thu Jun 22 11:36:56 2017
*************** finalize (bool no_backend)
*** 1915,1920 ****
--- 1915,1923 ----
        stack_usage_file = NULL;
      }
  
+   if (seen_error ())
+     coverage_remove_note_file ();
+ 
    if (!no_backend)
      {
        statistics_fini ();
diff -Nrcpad gcc-7.1.0/gcc/tree-cfgcleanup.c gcc-7.2.0/gcc/tree-cfgcleanup.c
*** gcc-7.1.0/gcc/tree-cfgcleanup.c	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/tree-cfgcleanup.c	Wed Jun  7 13:07:06 2017
*************** cleanup_tree_cfg_1 (void)
*** 739,744 ****
--- 739,749 ----
    return retval;
  }
  
+ static bool
+ mfb_keep_latches (edge e)
+ {
+   return ! dominated_by_p (CDI_DOMINATORS, e->src, e->dest);
+ }
  
  /* Remove unreachable blocks and other miscellaneous clean up work.
     Return true if the flowgraph was modified, false otherwise.  */
*************** cleanup_tree_cfg_noloop (void)
*** 766,771 ****
--- 771,834 ----
        changed = false;
      }
  
+   /* Ensure that we have single entries into loop headers.  Otherwise
+      if one of the entries is becoming a latch due to CFG cleanup
+      (from formerly being part of an irreducible region) then we mess
+      up loop fixup and associate the old loop with a different region
+      which makes niter upper bounds invalid.  See for example PR80549.
+      This needs to be done before we remove trivially dead edges as
+      we need to capture the dominance state before the pending transform.  */
+   if (current_loops)
+     {
+       loop_p loop;
+       unsigned i;
+       FOR_EACH_VEC_ELT (*get_loops (cfun), i, loop)
+ 	if (loop && loop->header)
+ 	  {
+ 	    basic_block bb = loop->header;
+ 	    edge_iterator ei;
+ 	    edge e;
+ 	    bool found_latch = false;
+ 	    bool any_abnormal = false;
+ 	    unsigned n = 0;
+ 	    /* We are only interested in preserving existing loops, but
+ 	       we need to check whether they are still real and of course
+ 	       if we need to add a preheader at all.  */
+ 	    FOR_EACH_EDGE (e, ei, bb->preds)
+ 	      {
+ 		if (e->flags & EDGE_ABNORMAL)
+ 		  {
+ 		    any_abnormal = true;
+ 		    break;
+ 		  }
+ 		if (dominated_by_p (CDI_DOMINATORS, e->src, bb))
+ 		  {
+ 		    found_latch = true;
+ 		    continue;
+ 		  }
+ 		n++;
+ 	      }
+ 	    /* If we have more than one entry to the loop header
+ 	       create a forwarder.  */
+ 	    if (found_latch && ! any_abnormal && n > 1)
+ 	      {
+ 		edge fallthru = make_forwarder_block (bb, mfb_keep_latches,
+ 						      NULL);
+ 		loop->header = fallthru->dest;
+ 		if (! loops_state_satisfies_p (LOOPS_NEED_FIXUP))
+ 		  {
+ 		    /* The loop updating from the CFG hook is incomplete
+ 		       when we have multiple latches, fixup manually.  */
+ 		    remove_bb_from_loops (fallthru->src);
+ 		    loop_p cloop = loop;
+ 		    FOR_EACH_EDGE (e, ei, fallthru->src->preds)
+ 		      cloop = find_common_loop (cloop, e->src->loop_father);
+ 		    add_bb_to_loop (fallthru->src, cloop);
+ 		  }
+ 	      }
+ 	  }
+     }
+ 
    changed |= cleanup_tree_cfg_1 ();
  
    gcc_assert (dom_info_available_p (CDI_DOMINATORS));
diff -Nrcpad gcc-7.1.0/gcc/tree-chrec.c gcc-7.2.0/gcc/tree-chrec.c
*** gcc-7.1.0/gcc/tree-chrec.c	Wed Mar  1 08:54:29 2017
--- gcc-7.2.0/gcc/tree-chrec.c	Wed May  3 11:22:34 2017
*************** chrec_fold_plus_poly_poly (enum tree_cod
*** 149,155 ****
  
    /* This function should never be called for chrecs of loops that
       do not belong to the same loop nest.  */
!   gcc_assert (loop0 == loop1);
  
    if (code == PLUS_EXPR || code == POINTER_PLUS_EXPR)
      {
--- 149,160 ----
  
    /* This function should never be called for chrecs of loops that
       do not belong to the same loop nest.  */
!   if (loop0 != loop1)
!     {
!       /* It still can happen if we are not in loop-closed SSA form.  */
!       gcc_assert (! loops_state_satisfies_p (LOOP_CLOSED_SSA));
!       return chrec_dont_know;
!     }
  
    if (code == PLUS_EXPR || code == POINTER_PLUS_EXPR)
      {
*************** chrec_fold_multiply_poly_poly (tree type
*** 211,217 ****
         chrec_fold_multiply (type, CHREC_LEFT (poly0), poly1),
         CHREC_RIGHT (poly0));
  
!   gcc_assert (loop0 == loop1);
  
    /* poly0 and poly1 are two polynomials in the same variable,
       {a, +, b}_x * {c, +, d}_x  ->  {a*c, +, a*d + b*c + b*d, +, 2*b*d}_x.  */
--- 216,227 ----
         chrec_fold_multiply (type, CHREC_LEFT (poly0), poly1),
         CHREC_RIGHT (poly0));
  
!   if (loop0 != loop1)
!     {
!       /* It still can happen if we are not in loop-closed SSA form.  */
!       gcc_assert (! loops_state_satisfies_p (LOOP_CLOSED_SSA));
!       return chrec_dont_know;
!     }
  
    /* poly0 and poly1 are two polynomials in the same variable,
       {a, +, b}_x * {c, +, d}_x  ->  {a*c, +, a*d + b*c + b*d, +, 2*b*d}_x.  */
diff -Nrcpad gcc-7.1.0/gcc/tree-eh.c gcc-7.2.0/gcc/tree-eh.c
*** gcc-7.1.0/gcc/tree-eh.c	Fri Mar 17 12:48:56 2017
--- gcc-7.2.0/gcc/tree-eh.c	Thu Jul 27 07:32:15 2017
*************** along with GCC; see the file COPYING3.
*** 43,48 ****
--- 43,49 ----
  #include "langhooks.h"
  #include "cfgloop.h"
  #include "gimple-low.h"
+ #include "asan.h"
  
  /* In some instances a tree and a gimple need to be stored in a same table,
     i.e. in hash tables. This is a structure to do this. */
*************** lower_resx (basic_block bb, gresx *stmt,
*** 3304,3309 ****
--- 3305,3324 ----
  	  gimple_call_set_lhs (x, var);
  	  gsi_insert_before (&gsi, x, GSI_SAME_STMT);
  
+ 	  /* When exception handling is delegated to a caller function, we
+ 	     have to guarantee that shadow memory variables living on stack
+ 	     will be cleaner before control is given to a parent function.  */
+ 	  if ((flag_sanitize & SANITIZE_ADDRESS) != 0
+ 	      && !lookup_attribute ("no_sanitize_address",
+ 				    DECL_ATTRIBUTES (current_function_decl)))
+ 	    {
+ 	      tree decl
+ 		= builtin_decl_implicit (BUILT_IN_ASAN_HANDLE_NO_RETURN);
+ 	      gimple *g = gimple_build_call (decl, 0);
+ 	      gimple_set_location (g, gimple_location (stmt));
+ 	      gsi_insert_before (&gsi, g, GSI_SAME_STMT);
+ 	    }
+ 
  	  fn = builtin_decl_implicit (BUILT_IN_UNWIND_RESUME);
  	  x = gimple_build_call (fn, 1, var);
  	  gsi_insert_before (&gsi, x, GSI_SAME_STMT);
diff -Nrcpad gcc-7.1.0/gcc/tree-sra.c gcc-7.2.0/gcc/tree-sra.c
*** gcc-7.1.0/gcc/tree-sra.c	Thu Apr  6 12:31:05 2017
--- gcc-7.2.0/gcc/tree-sra.c	Wed May 31 08:45:23 2017
*************** create_access (tree expr, gimple *stmt,
*** 949,958 ****
  
  /* Return true iff TYPE is scalarizable - i.e. a RECORD_TYPE or fixed-length
     ARRAY_TYPE with fields that are either of gimple register types (excluding
!    bit-fields) or (recursively) scalarizable types.  */
  
  static bool
! scalarizable_type_p (tree type)
  {
    gcc_assert (!is_gimple_reg_type (type));
    if (type_contains_placeholder_p (type))
--- 949,960 ----
  
  /* Return true iff TYPE is scalarizable - i.e. a RECORD_TYPE or fixed-length
     ARRAY_TYPE with fields that are either of gimple register types (excluding
!    bit-fields) or (recursively) scalarizable types.  CONST_DECL must be true if
!    we are considering a decl from constant pool.  If it is false, char arrays
!    will be refused.  */
  
  static bool
! scalarizable_type_p (tree type, bool const_decl)
  {
    gcc_assert (!is_gimple_reg_type (type));
    if (type_contains_placeholder_p (type))
*************** scalarizable_type_p (tree type)
*** 970,976 ****
  	    return false;
  
  	  if (!is_gimple_reg_type (ft)
! 	      && !scalarizable_type_p (ft))
  	    return false;
  	}
  
--- 972,978 ----
  	    return false;
  
  	  if (!is_gimple_reg_type (ft)
! 	      && !scalarizable_type_p (ft, const_decl))
  	    return false;
  	}
  
*************** scalarizable_type_p (tree type)
*** 978,987 ****
  
    case ARRAY_TYPE:
      {
        if (TYPE_DOMAIN (type) == NULL_TREE
  	  || !tree_fits_shwi_p (TYPE_SIZE (type))
  	  || !tree_fits_shwi_p (TYPE_SIZE (TREE_TYPE (type)))
! 	  || (tree_to_shwi (TYPE_SIZE (TREE_TYPE (type))) <= 0)
  	  || !tree_fits_shwi_p (TYPE_MIN_VALUE (TYPE_DOMAIN (type))))
  	return false;
        if (tree_to_shwi (TYPE_SIZE (type)) == 0
--- 980,995 ----
  
    case ARRAY_TYPE:
      {
+       HOST_WIDE_INT min_elem_size;
+       if (const_decl)
+ 	min_elem_size = 0;
+       else
+ 	min_elem_size = BITS_PER_UNIT;
+ 
        if (TYPE_DOMAIN (type) == NULL_TREE
  	  || !tree_fits_shwi_p (TYPE_SIZE (type))
  	  || !tree_fits_shwi_p (TYPE_SIZE (TREE_TYPE (type)))
! 	  || (tree_to_shwi (TYPE_SIZE (TREE_TYPE (type))) <= min_elem_size)
  	  || !tree_fits_shwi_p (TYPE_MIN_VALUE (TYPE_DOMAIN (type))))
  	return false;
        if (tree_to_shwi (TYPE_SIZE (type)) == 0
*************** scalarizable_type_p (tree type)
*** 995,1001 ****
  
        tree elem = TREE_TYPE (type);
        if (!is_gimple_reg_type (elem)
! 	 && !scalarizable_type_p (elem))
  	return false;
        return true;
      }
--- 1003,1009 ----
  
        tree elem = TREE_TYPE (type);
        if (!is_gimple_reg_type (elem)
! 	  && !scalarizable_type_p (elem, const_decl))
  	return false;
        return true;
      }
*************** analyze_all_variable_accesses (void)
*** 2660,2672 ****
        {
  	tree var = candidate (i);
  
! 	if (VAR_P (var) && scalarizable_type_p (TREE_TYPE (var)))
  	  {
  	    if (tree_to_uhwi (TYPE_SIZE (TREE_TYPE (var)))
  		<= max_scalarization_size)
  	      {
  		create_total_scalarization_access (var);
  		completely_scalarize (var, TREE_TYPE (var), 0, var);
  		if (dump_file && (dump_flags & TDF_DETAILS))
  		  {
  		    fprintf (dump_file, "Will attempt to totally scalarize ");
--- 2668,2683 ----
        {
  	tree var = candidate (i);
  
! 	if (VAR_P (var) && scalarizable_type_p (TREE_TYPE (var),
! 						constant_decl_p (var)))
  	  {
  	    if (tree_to_uhwi (TYPE_SIZE (TREE_TYPE (var)))
  		<= max_scalarization_size)
  	      {
  		create_total_scalarization_access (var);
  		completely_scalarize (var, TREE_TYPE (var), 0, var);
+ 		statistics_counter_event (cfun,
+ 					  "Totally-scalarized aggregates", 1);
  		if (dump_file && (dump_flags & TDF_DETAILS))
  		  {
  		    fprintf (dump_file, "Will attempt to totally scalarize ");
diff -Nrcpad gcc-7.1.0/gcc/tree-ssa-ccp.c gcc-7.2.0/gcc/tree-ssa-ccp.c
*** gcc-7.1.0/gcc/tree-ssa-ccp.c	Tue Mar 28 13:57:43 2017
--- gcc-7.2.0/gcc/tree-ssa-ccp.c	Wed Jun  7 13:07:06 2017
*************** set_lattice_value (tree var, ccp_prop_va
*** 497,505 ****
       use the meet operator to retain a conservative value.
       Missed optimizations like PR65851 makes this necessary.
       It also ensures we converge to a stable lattice solution.  */
!   if (new_val->lattice_val == CONSTANT
!       && old_val->lattice_val == CONSTANT
!       && TREE_CODE (new_val->value) != SSA_NAME)
      ccp_lattice_meet (new_val, old_val);
  
    gcc_checking_assert (valid_lattice_transition (*old_val, *new_val));
--- 497,503 ----
       use the meet operator to retain a conservative value.
       Missed optimizations like PR65851 makes this necessary.
       It also ensures we converge to a stable lattice solution.  */
!   if (old_val->lattice_val != UNINITIALIZED)
      ccp_lattice_meet (new_val, old_val);
  
    gcc_checking_assert (valid_lattice_transition (*old_val, *new_val));
diff -Nrcpad gcc-7.1.0/gcc/tree-ssa-loop-niter.c gcc-7.2.0/gcc/tree-ssa-loop-niter.c
*** gcc-7.1.0/gcc/tree-ssa-loop-niter.c	Mon Apr  3 22:30:56 2017
--- gcc-7.2.0/gcc/tree-ssa-loop-niter.c	Tue Jul 25 08:56:26 2017
*************** number_of_iterations_lt_to_ne (tree type
*** 1142,1149 ****
    tree niter_type = TREE_TYPE (step);
    tree mod = fold_build2 (FLOOR_MOD_EXPR, niter_type, *delta, step);
    tree tmod;
!   tree assumption = boolean_true_node, bound;
!   tree type1 = (POINTER_TYPE_P (type)) ? sizetype : type;
  
    if (TREE_CODE (mod) != INTEGER_CST)
      return false;
--- 1142,1153 ----
    tree niter_type = TREE_TYPE (step);
    tree mod = fold_build2 (FLOOR_MOD_EXPR, niter_type, *delta, step);
    tree tmod;
!   mpz_t mmod;
!   tree assumption = boolean_true_node, bound, noloop;
!   bool ret = false, fv_comp_no_overflow;
!   tree type1 = type;
!   if (POINTER_TYPE_P (type))
!     type1 = sizetype;
  
    if (TREE_CODE (mod) != INTEGER_CST)
      return false;
*************** number_of_iterations_lt_to_ne (tree type
*** 1151,1201 ****
      mod = fold_build2 (MINUS_EXPR, niter_type, step, mod);
    tmod = fold_convert (type1, mod);
  
    /* If the induction variable does not overflow and the exit is taken,
!      then the computation of the final value does not overflow.  There
!      are three cases:
!        1) The case if the new final value is equal to the current one.
!        2) Induction varaible has pointer type, as the code cannot rely
! 	  on the object to that the pointer points being placed at the
! 	  end of the address space (and more pragmatically,
! 	  TYPE_{MIN,MAX}_VALUE is not defined for pointers).
!        3) EXIT_MUST_BE_TAKEN is true, note it implies that the induction
! 	  variable does not overflow.  */
!   if (!integer_zerop (mod) && !POINTER_TYPE_P (type) && !exit_must_be_taken)
      {
!       if (integer_nonzerop (iv0->step))
  	{
- 	  /* The final value of the iv is iv1->base + MOD, assuming
- 	     that this computation does not overflow, and that
- 	     iv0->base <= iv1->base + MOD.  */
  	  bound = fold_build2 (MINUS_EXPR, type1,
  			       TYPE_MAX_VALUE (type1), tmod);
  	  assumption = fold_build2 (LE_EXPR, boolean_type_node,
  				    iv1->base, bound);
  	}
        else
  	{
- 	  /* The final value of the iv is iv0->base - MOD, assuming
- 	     that this computation does not overflow, and that
- 	     iv0->base - MOD <= iv1->base.  */
  	  bound = fold_build2 (PLUS_EXPR, type1,
  			       TYPE_MIN_VALUE (type1), tmod);
  	  assumption = fold_build2 (GE_EXPR, boolean_type_node,
  				    iv0->base, bound);
  	}
!       if (integer_zerop (assumption))
! 	return false;
!       else if (!integer_nonzerop (assumption))
! 	niter->assumptions = fold_build2 (TRUTH_AND_EXPR, boolean_type_node,
! 					  niter->assumptions, assumption);
      }
  
!   /* Since we are transforming LT to NE and DELTA is constant, there
!      is no need to compute may_be_zero because this loop must roll.  */
! 
    bounds_add (bnds, wi::to_widest (mod), type);
    *delta = fold_build2 (PLUS_EXPR, niter_type, *delta, mod);
!   return true;
  }
  
  /* Add assertions to NITER that ensure that the control variable of the loop
--- 1155,1250 ----
      mod = fold_build2 (MINUS_EXPR, niter_type, step, mod);
    tmod = fold_convert (type1, mod);
  
+   mpz_init (mmod);
+   wi::to_mpz (mod, mmod, UNSIGNED);
+   mpz_neg (mmod, mmod);
+ 
    /* If the induction variable does not overflow and the exit is taken,
!      then the computation of the final value does not overflow.  This is
!      also obviously the case if the new final value is equal to the
!      current one.  Finally, we postulate this for pointer type variables,
!      as the code cannot rely on the object to that the pointer points being
!      placed at the end of the address space (and more pragmatically,
!      TYPE_{MIN,MAX}_VALUE is not defined for pointers).  */
!   if (integer_zerop (mod) || POINTER_TYPE_P (type))
!     fv_comp_no_overflow = true;
!   else if (!exit_must_be_taken)
!     fv_comp_no_overflow = false;
!   else
!     fv_comp_no_overflow =
! 	    (iv0->no_overflow && integer_nonzerop (iv0->step))
! 	    || (iv1->no_overflow && integer_nonzerop (iv1->step));
! 
!   if (integer_nonzerop (iv0->step))
      {
!       /* The final value of the iv is iv1->base + MOD, assuming that this
! 	 computation does not overflow, and that
! 	 iv0->base <= iv1->base + MOD.  */
!       if (!fv_comp_no_overflow)
  	{
  	  bound = fold_build2 (MINUS_EXPR, type1,
  			       TYPE_MAX_VALUE (type1), tmod);
  	  assumption = fold_build2 (LE_EXPR, boolean_type_node,
  				    iv1->base, bound);
+ 	  if (integer_zerop (assumption))
+ 	    goto end;
  	}
+       if (mpz_cmp (mmod, bnds->below) < 0)
+ 	noloop = boolean_false_node;
+       else if (POINTER_TYPE_P (type))
+ 	noloop = fold_build2 (GT_EXPR, boolean_type_node,
+ 			      iv0->base,
+ 			      fold_build_pointer_plus (iv1->base, tmod));
        else
+ 	noloop = fold_build2 (GT_EXPR, boolean_type_node,
+ 			      iv0->base,
+ 			      fold_build2 (PLUS_EXPR, type1,
+ 					   iv1->base, tmod));
+     }
+   else
+     {
+       /* The final value of the iv is iv0->base - MOD, assuming that this
+ 	 computation does not overflow, and that
+ 	 iv0->base - MOD <= iv1->base. */
+       if (!fv_comp_no_overflow)
  	{
  	  bound = fold_build2 (PLUS_EXPR, type1,
  			       TYPE_MIN_VALUE (type1), tmod);
  	  assumption = fold_build2 (GE_EXPR, boolean_type_node,
  				    iv0->base, bound);
+ 	  if (integer_zerop (assumption))
+ 	    goto end;
  	}
!       if (mpz_cmp (mmod, bnds->below) < 0)
! 	noloop = boolean_false_node;
!       else if (POINTER_TYPE_P (type))
! 	noloop = fold_build2 (GT_EXPR, boolean_type_node,
! 			      fold_build_pointer_plus (iv0->base,
! 						       fold_build1 (NEGATE_EXPR,
! 								    type1, tmod)),
! 			      iv1->base);
!       else
! 	noloop = fold_build2 (GT_EXPR, boolean_type_node,
! 			      fold_build2 (MINUS_EXPR, type1,
! 					   iv0->base, tmod),
! 			      iv1->base);
      }
  
!   if (!integer_nonzerop (assumption))
!     niter->assumptions = fold_build2 (TRUTH_AND_EXPR, boolean_type_node,
! 				      niter->assumptions,
! 				      assumption);
!   if (!integer_zerop (noloop))
!     niter->may_be_zero = fold_build2 (TRUTH_OR_EXPR, boolean_type_node,
! 				      niter->may_be_zero,
! 				      noloop);
    bounds_add (bnds, wi::to_widest (mod), type);
    *delta = fold_build2 (PLUS_EXPR, niter_type, *delta, mod);
! 
!   ret = true;
! end:
!   mpz_clear (mmod);
!   return ret;
  }
  
  /* Add assertions to NITER that ensure that the control variable of the loop
diff -Nrcpad gcc-7.1.0/gcc/tree-ssa-loop-unswitch.c gcc-7.2.0/gcc/tree-ssa-loop-unswitch.c
*** gcc-7.1.0/gcc/tree-ssa-loop-unswitch.c	Fri Feb 17 14:36:08 2017
--- gcc-7.2.0/gcc/tree-ssa-loop-unswitch.c	Wed Jul 26 08:36:34 2017
*************** find_loop_guard (struct loop *loop)
*** 580,587 ****
    gcond *cond;
    do
      {
        if (single_succ_p (header))
! 	header = single_succ (header);
        else
  	{
  	  cond = dyn_cast <gcond *> (last_stmt (header));
--- 580,588 ----
    gcond *cond;
    do
      {
+       basic_block next = NULL;
        if (single_succ_p (header))
! 	next = single_succ (header);
        else
  	{
  	  cond = dyn_cast <gcond *> (last_stmt (header));
*************** find_loop_guard (struct loop *loop)
*** 591,602 ****
  	  /* Make sure to skip earlier hoisted guards that are left
  	     in place as if (true).  */
  	  if (gimple_cond_true_p (cond))
! 	    header = te->dest;
  	  else if (gimple_cond_false_p (cond))
! 	    header = fe->dest;
  	  else
  	    break;
  	}
      }
    while (1);
    if (!flow_bb_inside_loop_p (loop, te->dest)
--- 592,607 ----
  	  /* Make sure to skip earlier hoisted guards that are left
  	     in place as if (true).  */
  	  if (gimple_cond_true_p (cond))
! 	    next = te->dest;
  	  else if (gimple_cond_false_p (cond))
! 	    next = fe->dest;
  	  else
  	    break;
  	}
+       /* Never traverse a backedge.  */
+       if (header->loop_father->header == next)
+ 	return NULL;
+       header = next;
      }
    while (1);
    if (!flow_bb_inside_loop_p (loop, te->dest)
diff -Nrcpad gcc-7.1.0/gcc/tree-ssa-phiprop.c gcc-7.2.0/gcc/tree-ssa-phiprop.c
*** gcc-7.1.0/gcc/tree-ssa-phiprop.c	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/tree-ssa-phiprop.c	Mon Jul 17 19:42:37 2017
*************** propagate_with_phi (basic_block bb, gphi
*** 327,333 ****
        if (!dominated_by_p (CDI_POST_DOMINATORS,
  			   bb, gimple_bb (use_stmt)))
  	continue;
!          
        /* Check whether this is a load of *ptr.  */
        if (!(is_gimple_assign (use_stmt)
  	    && gimple_assign_rhs_code (use_stmt) == MEM_REF
--- 327,333 ----
        if (!dominated_by_p (CDI_POST_DOMINATORS,
  			   bb, gimple_bb (use_stmt)))
  	continue;
! 
        /* Check whether this is a load of *ptr.  */
        if (!(is_gimple_assign (use_stmt)
  	    && gimple_assign_rhs_code (use_stmt) == MEM_REF
*************** propagate_with_phi (basic_block bb, gphi
*** 356,361 ****
--- 356,364 ----
           insert aggregate copies on the edges instead.  */
        if (!is_gimple_reg_type (TREE_TYPE (TREE_TYPE (ptr))))
  	{
+ 	  if (!gimple_vdef (use_stmt))
+ 	    goto next;
+ 
  	  /* As we replicate the lhs on each incoming edge all
  	     used SSA names have to be available there.  */
  	  if (! for_each_index (gimple_assign_lhs_ptr (use_stmt),
*************** propagate_with_phi (basic_block bb, gphi
*** 363,368 ****
--- 366,393 ----
  				get_immediate_dominator (CDI_DOMINATORS,
  							 gimple_bb (phi))))
  	    goto next;
+ 
+ 	  gimple *vuse_stmt;
+ 	  imm_use_iterator vui;
+ 	  use_operand_p vuse_p;
+ 	  /* In order to move the aggregate copies earlier, make sure
+ 	     there are no statements that could read from memory
+ 	     aliasing the lhs in between the start of bb and use_stmt.
+ 	     As we require use_stmt to have a VDEF above, loads after
+ 	     use_stmt will use a different virtual SSA_NAME.  */
+ 	  FOR_EACH_IMM_USE_FAST (vuse_p, vui, vuse)
+ 	    {
+ 	      vuse_stmt = USE_STMT (vuse_p);
+ 	      if (vuse_stmt == use_stmt)
+ 		continue;
+ 	      if (!dominated_by_p (CDI_DOMINATORS,
+ 				   gimple_bb (vuse_stmt), bb))
+ 		continue;
+ 	      if (ref_maybe_used_by_stmt_p (vuse_stmt,
+ 					    gimple_assign_lhs (use_stmt)))
+ 		goto next;
+ 	    }
+ 
  	  phiprop_insert_phi (bb, phi, use_stmt, phivn, n);
  
  	  /* Remove old stmt.  The phi is taken care of by DCE.  */
diff -Nrcpad gcc-7.1.0/gcc/tree-ssa-reassoc.c gcc-7.2.0/gcc/tree-ssa-reassoc.c
*** gcc-7.1.0/gcc/tree-ssa-reassoc.c	Wed Mar 22 21:52:13 2017
--- gcc-7.2.0/gcc/tree-ssa-reassoc.c	Tue Aug  1 08:43:45 2017
*************** optimize_range_tests_var_bound (enum tre
*** 2941,2957 ****
  	{
  	case GT_EXPR:
  	case GE_EXPR:
! 	  if (!ranges[i].in_p)
! 	    std::swap (rhs1, rhs2);
  	  ccode = swap_tree_comparison (ccode);
  	  break;
  	case LT_EXPR:
  	case LE_EXPR:
- 	  if (ranges[i].in_p)
- 	    std::swap (rhs1, rhs2);
  	  break;
  	default:
! 	  continue;
  	}
  
        int *idx = map->get (rhs1);
--- 2941,2966 ----
  	{
  	case GT_EXPR:
  	case GE_EXPR:
! 	case LT_EXPR:
! 	case LE_EXPR:
! 	  break;
! 	default:
! 	  continue;
! 	}
!       if (ranges[i].in_p)
! 	ccode = invert_tree_comparison (ccode, false);
!       switch (ccode)
! 	{
! 	case GT_EXPR:
! 	case GE_EXPR:
! 	  std::swap (rhs1, rhs2);
  	  ccode = swap_tree_comparison (ccode);
  	  break;
  	case LT_EXPR:
  	case LE_EXPR:
  	  break;
  	default:
! 	  gcc_unreachable ();
  	}
  
        int *idx = map->get (rhs1);
*************** optimize_range_tests_var_bound (enum tre
*** 2998,3005 ****
  	  fprintf (dump_file, "\n");
  	}
  
!       if (ranges[i].in_p)
! 	std::swap (rhs1, rhs2);
  
        unsigned int uid = gimple_uid (stmt);
        gimple_stmt_iterator gsi = gsi_for_stmt (stmt);
--- 3007,3020 ----
  	  fprintf (dump_file, "\n");
  	}
  
!       operand_entry *oe = (*ops)[ranges[i].idx];
!       ranges[i].in_p = 0;
!       if (opcode == BIT_IOR_EXPR
! 	  || (opcode == ERROR_MARK && oe->rank == BIT_IOR_EXPR))
! 	{
! 	  ranges[i].in_p = 1;
! 	  ccode = invert_tree_comparison (ccode, false);
! 	}
  
        unsigned int uid = gimple_uid (stmt);
        gimple_stmt_iterator gsi = gsi_for_stmt (stmt);
*************** optimize_range_tests_var_bound (enum tre
*** 3026,3032 ****
  	}
        else
  	{
- 	  operand_entry *oe = (*ops)[ranges[i].idx];
  	  tree ctype = oe->op ? TREE_TYPE (oe->op) : boolean_type_node;
  	  if (!INTEGRAL_TYPE_P (ctype)
  	      || (TREE_CODE (ctype) != BOOLEAN_TYPE
--- 3041,3046 ----
*************** optimize_range_tests_var_bound (enum tre
*** 3048,3054 ****
  	  ranges[i].high = ranges[i].low;
  	}
        ranges[i].strict_overflow_p = false;
!       operand_entry *oe = (*ops)[ranges[*idx].idx];
        /* Now change all the other range test immediate uses, so that
  	 those tests will be optimized away.  */
        if (opcode == ERROR_MARK)
--- 3062,3068 ----
  	  ranges[i].high = ranges[i].low;
  	}
        ranges[i].strict_overflow_p = false;
!       oe = (*ops)[ranges[*idx].idx];
        /* Now change all the other range test immediate uses, so that
  	 those tests will be optimized away.  */
        if (opcode == ERROR_MARK)
*************** insert_stmt_before_use (gimple *stmt, gi
*** 4188,4198 ****
  
  /* Recursively rewrite our linearized statements so that the operators
     match those in OPS[OPINDEX], putting the computation in rank
!    order.  Return new lhs.  */
  
  static tree
  rewrite_expr_tree (gimple *stmt, unsigned int opindex,
! 		   vec<operand_entry *> ops, bool changed)
  {
    tree rhs1 = gimple_assign_rhs1 (stmt);
    tree rhs2 = gimple_assign_rhs2 (stmt);
--- 4202,4216 ----
  
  /* Recursively rewrite our linearized statements so that the operators
     match those in OPS[OPINDEX], putting the computation in rank
!    order.  Return new lhs.
!    CHANGED is true if we shouldn't reuse the lhs SSA_NAME both in
!    the current stmt and during recursive invocations.
!    NEXT_CHANGED is true if we shouldn't reuse the lhs SSA_NAME in
!    recursive invocations.  */
  
  static tree
  rewrite_expr_tree (gimple *stmt, unsigned int opindex,
! 		   vec<operand_entry *> ops, bool changed, bool next_changed)
  {
    tree rhs1 = gimple_assign_rhs1 (stmt);
    tree rhs2 = gimple_assign_rhs2 (stmt);
*************** rewrite_expr_tree (gimple *stmt, unsigne
*** 4283,4289 ****
       be the non-leaf side.  */
    tree new_rhs1
      = rewrite_expr_tree (SSA_NAME_DEF_STMT (rhs1), opindex + 1, ops,
! 			 changed || oe->op != rhs2);
  
    if (oe->op != rhs2 || new_rhs1 != rhs1)
      {
--- 4301,4308 ----
       be the non-leaf side.  */
    tree new_rhs1
      = rewrite_expr_tree (SSA_NAME_DEF_STMT (rhs1), opindex + 1, ops,
! 			 changed || oe->op != rhs2 || next_changed,
! 			 false);
  
    if (oe->op != rhs2 || new_rhs1 != rhs1)
      {
*************** reassociate_bb (basic_block bb)
*** 5637,5642 ****
--- 5656,5662 ----
  	      gimple_set_visited (stmt, true);
  	      linearize_expr_tree (&ops, stmt, true, true);
  	      ops.qsort (sort_by_operand_rank);
+ 	      int orig_len = ops.length ();
  	      optimize_ops_list (rhs_code, &ops);
  	      if (undistribute_ops_list (rhs_code, &ops,
  					 loop_containing_stmt (stmt)))
*************** reassociate_bb (basic_block bb)
*** 5727,5733 ****
  
  		      new_lhs = rewrite_expr_tree (stmt, 0, ops,
  						   powi_result != NULL
! 						   || negate_result);
                      }
  
  		  /* If we combined some repeated factors into a 
--- 5747,5754 ----
  
  		      new_lhs = rewrite_expr_tree (stmt, 0, ops,
  						   powi_result != NULL
! 						   || negate_result,
! 						   len != orig_len);
                      }
  
  		  /* If we combined some repeated factors into a 
diff -Nrcpad gcc-7.1.0/gcc/tree-ssa-sccvn.c gcc-7.2.0/gcc/tree-ssa-sccvn.c
*** gcc-7.1.0/gcc/tree-ssa-sccvn.c	Thu Apr  6 12:31:05 2017
--- gcc-7.2.0/gcc/tree-ssa-sccvn.c	Wed Jun 28 13:25:33 2017
*************** vn_reference_lookup_3 (ao_ref *ref, tree
*** 2035,2041 ****
  	  ops[1] = bitsize_int (ref->size);
  	  ops[2] = bitsize_int (offset - offset2);
  	  tree val = vn_nary_build_or_lookup (rcode, vr->type, ops);
! 	  if (val)
  	    {
  	      vn_reference_t res = vn_reference_lookup_or_insert_for_pieces
  		  (vuse, vr->set, vr->type, vr->operands, val);
--- 2035,2043 ----
  	  ops[1] = bitsize_int (ref->size);
  	  ops[2] = bitsize_int (offset - offset2);
  	  tree val = vn_nary_build_or_lookup (rcode, vr->type, ops);
! 	  if (val
! 	      && (TREE_CODE (val) != SSA_NAME
! 		  || ! SSA_NAME_OCCURS_IN_ABNORMAL_PHI (val)))
  	    {
  	      vn_reference_t res = vn_reference_lookup_or_insert_for_pieces
  		  (vuse, vr->set, vr->type, vr->operands, val);
*************** vn_phi_compute_hash (vn_phi_t vp1)
*** 2916,2929 ****
     the other.  */
  
  static bool
! cond_stmts_equal_p (gcond *cond1, gcond *cond2, bool *inverted_p)
  {
    enum tree_code code1 = gimple_cond_code (cond1);
    enum tree_code code2 = gimple_cond_code (cond2);
-   tree lhs1 = gimple_cond_lhs (cond1);
-   tree lhs2 = gimple_cond_lhs (cond2);
-   tree rhs1 = gimple_cond_rhs (cond1);
-   tree rhs2 = gimple_cond_rhs (cond2);
  
    *inverted_p = false;
    if (code1 == code2)
--- 2918,2928 ----
     the other.  */
  
  static bool
! cond_stmts_equal_p (gcond *cond1, tree lhs1, tree rhs1,
! 		    gcond *cond2, tree lhs2, tree rhs2, bool *inverted_p)
  {
    enum tree_code code1 = gimple_cond_code (cond1);
    enum tree_code code2 = gimple_cond_code (cond2);
  
    *inverted_p = false;
    if (code1 == code2)
*************** cond_stmts_equal_p (gcond *cond1, gcond
*** 2941,2950 ****
    else
      return false;
  
-   lhs1 = vn_valueize (lhs1);
-   rhs1 = vn_valueize (rhs1);
-   lhs2 = vn_valueize (lhs2);
-   rhs2 = vn_valueize (rhs2);
    return ((expressions_equal_p (lhs1, lhs2)
  	   && expressions_equal_p (rhs1, rhs2))
  	  || (commutative_tree_code (code1)
--- 2940,2945 ----
*************** vn_phi_eq (const_vn_phi_t const vp1, con
*** 3002,3008 ****
  	      return false;
  	    bool inverted_p;
  	    if (! cond_stmts_equal_p (as_a <gcond *> (last1),
! 				      as_a <gcond *> (last2), &inverted_p))
  	      return false;
  
  	    /* Get at true/false controlled edges into the PHI.  */
--- 2997,3006 ----
  	      return false;
  	    bool inverted_p;
  	    if (! cond_stmts_equal_p (as_a <gcond *> (last1),
! 				      vp1->cclhs, vp1->ccrhs,
! 				      as_a <gcond *> (last2),
! 				      vp2->cclhs, vp2->ccrhs,
! 				      &inverted_p))
  	      return false;
  
  	    /* Get at true/false controlled edges into the PHI.  */
*************** vn_phi_lookup (gimple *phi)
*** 3081,3086 ****
--- 3079,3094 ----
    vp1.type = TREE_TYPE (gimple_phi_result (phi));
    vp1.phiargs = shared_lookup_phiargs;
    vp1.block = gimple_bb (phi);
+   /* Extract values of the controlling condition.  */
+   vp1.cclhs = NULL_TREE;
+   vp1.ccrhs = NULL_TREE;
+   basic_block idom1 = get_immediate_dominator (CDI_DOMINATORS, vp1.block);
+   if (EDGE_COUNT (idom1->succs) == 2)
+     if (gcond *last1 = dyn_cast <gcond *> (last_stmt (idom1)))
+       {
+ 	vp1.cclhs = vn_valueize (gimple_cond_lhs (last1));
+ 	vp1.ccrhs = vn_valueize (gimple_cond_rhs (last1));
+       }
    vp1.hashcode = vn_phi_compute_hash (&vp1);
    slot = current_info->phis->find_slot_with_hash (&vp1, vp1.hashcode,
  						  NO_INSERT);
*************** vn_phi_insert (gimple *phi, tree result)
*** 3117,3122 ****
--- 3125,3140 ----
    vp1->type = TREE_TYPE (gimple_phi_result (phi));
    vp1->phiargs = args;
    vp1->block = gimple_bb (phi);
+   /* Extract values of the controlling condition.  */
+   vp1->cclhs = NULL_TREE;
+   vp1->ccrhs = NULL_TREE;
+   basic_block idom1 = get_immediate_dominator (CDI_DOMINATORS, vp1->block);
+   if (EDGE_COUNT (idom1->succs) == 2)
+     if (gcond *last1 = dyn_cast <gcond *> (last_stmt (idom1)))
+       {
+ 	vp1->cclhs = vn_valueize (gimple_cond_lhs (last1));
+ 	vp1->ccrhs = vn_valueize (gimple_cond_rhs (last1));
+       }
    vp1->result = result;
    vp1->hashcode = vn_phi_compute_hash (vp1);
  
diff -Nrcpad gcc-7.1.0/gcc/tree-ssa-sccvn.h gcc-7.2.0/gcc/tree-ssa-sccvn.h
*** gcc-7.1.0/gcc/tree-ssa-sccvn.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/tree-ssa-sccvn.h	Wed May  3 11:22:34 2017
*************** typedef struct vn_phi_s
*** 67,72 ****
--- 67,75 ----
    hashval_t hashcode;
    vec<tree> phiargs;
    basic_block block;
+   /* Controlling condition lhs/rhs.  */
+   tree cclhs;
+   tree ccrhs;
    tree type;
    tree result;
  } *vn_phi_t;
diff -Nrcpad gcc-7.1.0/gcc/tree-ssa-strlen.c gcc-7.2.0/gcc/tree-ssa-strlen.c
*** gcc-7.1.0/gcc/tree-ssa-strlen.c	Mon Jan 23 14:57:43 2017
--- gcc-7.2.0/gcc/tree-ssa-strlen.c	Tue Aug  1 12:22:03 2017
*************** struct strinfo
*** 61,67 ****
    tree length;
    /* Any of the corresponding pointers for querying alias oracle.  */
    tree ptr;
!   /* Statement for delayed length computation.  */
    gimple *stmt;
    /* Pointer to '\0' if known, if NULL, it can be computed as
       ptr + length.  */
--- 61,73 ----
    tree length;
    /* Any of the corresponding pointers for querying alias oracle.  */
    tree ptr;
!   /* This is used for two things:
! 
!      - To record the statement that should be used for delayed length
!        computations.  We maintain the invariant that all related strinfos
!        have delayed lengths or none do.
! 
!      - To record the malloc or calloc call that produced this result.  */
    gimple *stmt;
    /* Pointer to '\0' if known, if NULL, it can be computed as
       ptr + length.  */
*************** get_strinfo (int idx)
*** 156,161 ****
--- 162,180 ----
    return (*stridx_to_strinfo)[idx];
  }
  
+ /* Get the next strinfo in the chain after SI, or null if none.  */
+ 
+ static inline strinfo *
+ get_next_strinfo (strinfo *si)
+ {
+   if (si->next == 0)
+     return NULL;
+   strinfo *nextsi = get_strinfo (si->next);
+   if (nextsi == NULL || nextsi->first != si->first || nextsi->prev != si->idx)
+     return NULL;
+   return nextsi;
+ }
+ 
  /* Helper function for get_stridx.  */
  
  static int
*************** set_strinfo (int idx, strinfo *si)
*** 438,443 ****
--- 457,501 ----
    (*stridx_to_strinfo)[idx] = si;
  }
  
+ /* Return the first strinfo in the related strinfo chain
+    if all strinfos in between belong to the chain, otherwise NULL.  */
+ 
+ static strinfo *
+ verify_related_strinfos (strinfo *origsi)
+ {
+   strinfo *si = origsi, *psi;
+ 
+   if (origsi->first == 0)
+     return NULL;
+   for (; si->prev; si = psi)
+     {
+       if (si->first != origsi->first)
+ 	return NULL;
+       psi = get_strinfo (si->prev);
+       if (psi == NULL)
+ 	return NULL;
+       if (psi->next != si->idx)
+ 	return NULL;
+     }
+   if (si->idx != si->first)
+     return NULL;
+   return si;
+ }
+ 
+ /* Set SI's endptr to ENDPTR and compute its length based on SI->ptr.
+    Use LOC for folding.  */
+ 
+ static void
+ set_endptr_and_length (location_t loc, strinfo *si, tree endptr)
+ {
+   si->endptr = endptr;
+   si->stmt = NULL;
+   tree start_as_size = fold_convert_loc (loc, size_type_node, si->ptr);
+   tree end_as_size = fold_convert_loc (loc, size_type_node, endptr);
+   si->length = fold_build2_loc (loc, MINUS_EXPR, size_type_node,
+ 				end_as_size, start_as_size);
+ }
+ 
  /* Return string length, or NULL if it can't be computed.  */
  
  static tree
*************** get_string_length (strinfo *si)
*** 533,544 ****
  	case BUILT_IN_STPCPY_CHK_CHKP:
  	  gcc_assert (lhs != NULL_TREE);
  	  loc = gimple_location (stmt);
! 	  si->endptr = lhs;
! 	  si->stmt = NULL;
! 	  lhs = fold_convert_loc (loc, size_type_node, lhs);
! 	  si->length = fold_convert_loc (loc, size_type_node, si->ptr);
! 	  si->length = fold_build2_loc (loc, MINUS_EXPR, size_type_node,
! 					lhs, si->length);
  	  break;
  	case BUILT_IN_MALLOC:
  	  break;
--- 591,602 ----
  	case BUILT_IN_STPCPY_CHK_CHKP:
  	  gcc_assert (lhs != NULL_TREE);
  	  loc = gimple_location (stmt);
! 	  set_endptr_and_length (loc, si, lhs);
! 	  for (strinfo *chainsi = verify_related_strinfos (si);
! 	       chainsi != NULL;
! 	       chainsi = get_next_strinfo (chainsi))
! 	    if (chainsi->length == NULL)
! 	      set_endptr_and_length (loc, chainsi, lhs);
  	  break;
  	case BUILT_IN_MALLOC:
  	  break;
*************** unshare_strinfo (strinfo *si)
*** 607,638 ****
    return nsi;
  }
  
- /* Return first strinfo in the related strinfo chain
-    if all strinfos in between belong to the chain, otherwise
-    NULL.  */
- 
- static strinfo *
- verify_related_strinfos (strinfo *origsi)
- {
-   strinfo *si = origsi, *psi;
- 
-   if (origsi->first == 0)
-     return NULL;
-   for (; si->prev; si = psi)
-     {
-       if (si->first != origsi->first)
- 	return NULL;
-       psi = get_strinfo (si->prev);
-       if (psi == NULL)
- 	return NULL;
-       if (psi->next != si->idx)
- 	return NULL;
-     }
-   if (si->idx != si->first)
-     return NULL;
-   return si;
- }
- 
  /* Attempt to create a new strinfo for BASESI + OFF, or find existing
     strinfo if there is any.  Return it's idx, or 0 if no strinfo has
     been created.  */
--- 665,670 ----
diff -Nrcpad gcc-7.1.0/gcc/tree-ssa-structalias.c gcc-7.2.0/gcc/tree-ssa-structalias.c
*** gcc-7.1.0/gcc/tree-ssa-structalias.c	Tue May  2 11:26:25 2017
--- gcc-7.2.0/gcc/tree-ssa-structalias.c	Wed Jul 26 08:58:37 2017
*************** alias_get_name (tree decl)
*** 2827,2833 ****
  {
    const char *res = NULL;
    char *temp;
-   int num_printed = 0;
  
    if (!dump_file)
      return "NULL";
--- 2827,2832 ----
*************** alias_get_name (tree decl)
*** 2836,2849 ****
      {
        res = get_name (decl);
        if (res)
! 	num_printed = asprintf (&temp, "%s_%u", res, SSA_NAME_VERSION (decl));
        else
! 	num_printed = asprintf (&temp, "_%u", SSA_NAME_VERSION (decl));
!       if (num_printed > 0)
! 	{
! 	  res = ggc_strdup (temp);
! 	  free (temp);
! 	}
      }
    else if (DECL_P (decl))
      {
--- 2835,2845 ----
      {
        res = get_name (decl);
        if (res)
! 	temp = xasprintf ("%s_%u", res, SSA_NAME_VERSION (decl));
        else
! 	temp = xasprintf ("_%u", SSA_NAME_VERSION (decl));
!       res = ggc_strdup (temp);
!       free (temp);
      }
    else if (DECL_P (decl))
      {
*************** alias_get_name (tree decl)
*** 2854,2865 ****
  	  res = get_name (decl);
  	  if (!res)
  	    {
! 	      num_printed = asprintf (&temp, "D.%u", DECL_UID (decl));
! 	      if (num_printed > 0)
! 		{
! 		  res = ggc_strdup (temp);
! 		  free (temp);
! 		}
  	    }
  	}
      }
--- 2850,2858 ----
  	  res = get_name (decl);
  	  if (!res)
  	    {
! 	      temp = xasprintf ("D.%u", DECL_UID (decl));
! 	      res = ggc_strdup (temp);
! 	      free (temp);
  	    }
  	}
      }
diff -Nrcpad gcc-7.1.0/gcc/tree-ssa-tail-merge.c gcc-7.2.0/gcc/tree-ssa-tail-merge.c
*** gcc-7.1.0/gcc/tree-ssa-tail-merge.c	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/tree-ssa-tail-merge.c	Mon Jul  3 08:32:20 2017
*************** static void
*** 808,813 ****
--- 808,816 ----
  same_succ_flush_bb (basic_block bb)
  {
    same_succ *same = BB_SAME_SUCC (bb);
+   if (! same)
+     return;
+ 
    BB_SAME_SUCC (bb) = NULL;
    if (bitmap_single_bit_set_p (same->bbs))
      same_succ_htab->remove_elt_with_hash (same, same->hashval);
diff -Nrcpad gcc-7.1.0/gcc/tree-vect-data-refs.c gcc-7.2.0/gcc/tree-vect-data-refs.c
*** gcc-7.1.0/gcc/tree-vect-data-refs.c	Mon Apr  3 22:30:56 2017
--- gcc-7.2.0/gcc/tree-vect-data-refs.c	Wed Jun  7 13:07:06 2017
*************** again:
*** 3957,3962 ****
--- 3957,3983 ----
  	  datarefs[i] = dr;
  	}
  
+       if (TREE_CODE (DR_BASE_ADDRESS (dr)) == ADDR_EXPR
+ 	  && VAR_P (TREE_OPERAND (DR_BASE_ADDRESS (dr), 0))
+ 	  && DECL_NONALIASED (TREE_OPERAND (DR_BASE_ADDRESS (dr), 0)))
+ 	{
+           if (dump_enabled_p ())
+             {
+               dump_printf_loc (MSG_MISSED_OPTIMIZATION, vect_location,
+                                "not vectorized: base object not addressable "
+ 			       "for stmt: ");
+               dump_gimple_stmt (MSG_MISSED_OPTIMIZATION, TDF_SLIM, stmt, 0);
+             }
+           if (is_a <bb_vec_info> (vinfo))
+ 	    {
+ 	      /* In BB vectorization the ref can still participate
+ 	         in dependence analysis, we just can't vectorize it.  */
+ 	      STMT_VINFO_VECTORIZABLE (stmt_info) = false;
+ 	      continue;
+ 	    }
+ 	  return false;
+ 	}
+ 
        /* Set vectype for STMT.  */
        scalar_type = TREE_TYPE (DR_REF (dr));
        STMT_VINFO_VECTYPE (stmt_info)
diff -Nrcpad gcc-7.1.0/gcc/tree-vect-slp.c gcc-7.2.0/gcc/tree-vect-slp.c
*** gcc-7.1.0/gcc/tree-vect-slp.c	Tue Mar 14 12:47:42 2017
--- gcc-7.2.0/gcc/tree-vect-slp.c	Tue Aug  1 13:58:13 2017
*************** vect_get_slp_defs (vec<tree> ops, slp_tr
*** 3289,3307 ****
  {
    gimple *first_stmt;
    int number_of_vects = 0, i;
    HOST_WIDE_INT lhs_size_unit, rhs_size_unit;
    slp_tree child = NULL;
    vec<tree> vec_defs;
    tree oprnd;
    bool first_iteration = true;
  
    first_stmt = SLP_TREE_SCALAR_STMTS (slp_node)[0];
    FOR_EACH_VEC_ELT (ops, i, oprnd)
      {
-       bool vectorized_defs = false;
- 
        if (oprnd == NULL)
  	{
  	  vec_defs = vNULL;
  	  vec_defs.create (0);
  	  vec_oprnds->quick_push (vec_defs);
--- 3289,3310 ----
  {
    gimple *first_stmt;
    int number_of_vects = 0, i;
+   unsigned int child_index = 0;
    HOST_WIDE_INT lhs_size_unit, rhs_size_unit;
    slp_tree child = NULL;
    vec<tree> vec_defs;
    tree oprnd;
+   bool vectorized_defs;
    bool first_iteration = true;
  
    first_stmt = SLP_TREE_SCALAR_STMTS (slp_node)[0];
    FOR_EACH_VEC_ELT (ops, i, oprnd)
      {
        if (oprnd == NULL)
  	{
+ 	  /* Only vectorizable_reduction will call us with a NULL op which
+ 	     will always match the reduction operand for which we have no
+ 	     SLP child.  */
  	  vec_defs = vNULL;
  	  vec_defs.create (0);
  	  vec_oprnds->quick_push (vec_defs);
*************** vect_get_slp_defs (vec<tree> ops, slp_tr
*** 3312,3320 ****
  	 node or we need to create them (for invariants and constants).  We
  	 check if the LHS of the first stmt of the next child matches OPRND.
  	 If it does, we found the correct child.  Otherwise, we call
! 	 vect_get_constant_vectors ().  */
!       for (unsigned int child_index = 0;
! 	   child_index < SLP_TREE_CHILDREN (slp_node).length (); child_index++)
          {
            child = SLP_TREE_CHILDREN (slp_node)[child_index];
  
--- 3315,3324 ----
  	 node or we need to create them (for invariants and constants).  We
  	 check if the LHS of the first stmt of the next child matches OPRND.
  	 If it does, we found the correct child.  Otherwise, we call
! 	 vect_get_constant_vectors (), and not advance CHILD_INDEX in order
! 	 to check this child node for the next operand.  */
!       vectorized_defs = false;
!       if (SLP_TREE_CHILDREN (slp_node).length () > child_index)
          {
            child = SLP_TREE_CHILDREN (slp_node)[child_index];
  
*************** vect_get_slp_defs (vec<tree> ops, slp_tr
*** 3334,3358 ****
  		     statements.  */
  		  number_of_vects = SLP_TREE_NUMBER_OF_VEC_STMTS (child);
  		  vectorized_defs = true;
! 		  break;
  		}
  	    }
          }
  
!       if (!vectorized_defs && first_iteration)
! 	{
! 	  number_of_vects = SLP_TREE_NUMBER_OF_VEC_STMTS (slp_node);
! 	  /* Number of vector stmts was calculated according to LHS in
! 	     vect_schedule_slp_instance (), fix it by replacing LHS with
! 	     RHS, if necessary.  See vect_get_smallest_scalar_type () for
! 	     details.  */
! 	  vect_get_smallest_scalar_type (first_stmt, &lhs_size_unit,
! 					 &rhs_size_unit);
! 	  if (rhs_size_unit != lhs_size_unit)
! 	    {
! 	      number_of_vects *= rhs_size_unit;
! 	      number_of_vects /= lhs_size_unit;
! 	    }
          }
  
        /* Allocate memory for vectorized defs.  */
--- 3338,3367 ----
  		     statements.  */
  		  number_of_vects = SLP_TREE_NUMBER_OF_VEC_STMTS (child);
  		  vectorized_defs = true;
! 		  child_index++;
  		}
  	    }
+ 	  else
+ 	    child_index++;
          }
  
!       if (!vectorized_defs)
!         {
!           if (first_iteration)
!             {
!               number_of_vects = SLP_TREE_NUMBER_OF_VEC_STMTS (slp_node);
!               /* Number of vector stmts was calculated according to LHS in
!                  vect_schedule_slp_instance (), fix it by replacing LHS with
!                  RHS, if necessary.  See vect_get_smallest_scalar_type () for
!                  details.  */
!               vect_get_smallest_scalar_type (first_stmt, &lhs_size_unit,
!                                              &rhs_size_unit);
!               if (rhs_size_unit != lhs_size_unit)
!                 {
!                   number_of_vects *= rhs_size_unit;
!                   number_of_vects /= lhs_size_unit;
!                 }
!             }
          }
  
        /* Allocate memory for vectorized defs.  */
diff -Nrcpad gcc-7.1.0/gcc/tree-vect-stmts.c gcc-7.2.0/gcc/tree-vect-stmts.c
*** gcc-7.1.0/gcc/tree-vect-stmts.c	Tue Mar 14 12:47:42 2017
--- gcc-7.2.0/gcc/tree-vect-stmts.c	Wed Jul 26 08:36:34 2017
*************** vectorizable_load (gimple *stmt, gimple_
*** 7109,7114 ****
--- 7109,7115 ----
      {
        first_stmt = GROUP_FIRST_ELEMENT (stmt_info);
        group_size = GROUP_SIZE (vinfo_for_stmt (first_stmt));
+       int group_gap = GROUP_GAP (vinfo_for_stmt (first_stmt));
        /* For SLP vectorization we directly vectorize a subchain
           without permutation.  */
        if (slp && ! SLP_TREE_LOAD_PERMUTATION (slp_node).exists ())
*************** vectorizable_load (gimple *stmt, gimple_
*** 7144,7153 ****
  	     not only the number of vector stmts the permutation result
  	     fits in.  */
  	  if (slp_perm)
! 	    vec_num = (group_size * vf + nunits - 1) / nunits;
  	  else
! 	    vec_num = SLP_TREE_NUMBER_OF_VEC_STMTS (slp_node);
! 	  group_gap_adj = vf * group_size - nunits * vec_num;
      	}
        else
  	vec_num = group_size;
--- 7145,7159 ----
  	     not only the number of vector stmts the permutation result
  	     fits in.  */
  	  if (slp_perm)
! 	    {
! 	      vec_num = (group_size * vf + nunits - 1) / nunits;
! 	      group_gap_adj = vf * group_size - nunits * vec_num;
! 	    }
  	  else
! 	    {
! 	      vec_num = SLP_TREE_NUMBER_OF_VEC_STMTS (slp_node);
! 	      group_gap_adj = group_gap;
! 	    }
      	}
        else
  	vec_num = group_size;
*************** vectorizable_load (gimple *stmt, gimple_
*** 7308,7313 ****
--- 7314,7320 ----
      aggr_type = vectype;
  
    prev_stmt_info = NULL;
+   int group_elt = 0;
    for (j = 0; j < ncopies; j++)
      {
        /* 1. Create the vector or array pointer update chain.  */
*************** vectorizable_load (gimple *stmt, gimple_
*** 7599,7608 ****
  	      /* Store vector loads in the corresponding SLP_NODE.  */
  	      if (slp && !slp_perm)
  		SLP_TREE_VEC_STMTS (slp_node).quick_push (new_stmt);
  	    }
  	  /* Bump the vector pointer to account for a gap or for excess
  	     elements loaded for a permuted SLP load.  */
! 	  if (group_gap_adj != 0)
  	    {
  	      bool ovf;
  	      tree bump
--- 7606,7632 ----
  	      /* Store vector loads in the corresponding SLP_NODE.  */
  	      if (slp && !slp_perm)
  		SLP_TREE_VEC_STMTS (slp_node).quick_push (new_stmt);
+ 
+ 	      /* With SLP permutation we load the gaps as well, without
+ 	         we need to skip the gaps after we manage to fully load
+ 		 all elements.  group_gap_adj is GROUP_SIZE here.  */
+ 	      group_elt += nunits;
+ 	      if (group_gap_adj != 0 && ! slp_perm
+ 		  && group_elt == group_size - group_gap_adj)
+ 		{
+ 		  bool ovf;
+ 		  tree bump
+ 		    = wide_int_to_tree (sizetype,
+ 					wi::smul (TYPE_SIZE_UNIT (elem_type),
+ 						  group_gap_adj, &ovf));
+ 		  dataref_ptr = bump_vector_ptr (dataref_ptr, ptr_incr, gsi,
+ 						 stmt, bump);
+ 		  group_elt = 0;
+ 		}
  	    }
  	  /* Bump the vector pointer to account for a gap or for excess
  	     elements loaded for a permuted SLP load.  */
! 	  if (group_gap_adj != 0 && slp_perm)
  	    {
  	      bool ovf;
  	      tree bump
diff -Nrcpad gcc-7.1.0/gcc/ubsan.c gcc-7.2.0/gcc/ubsan.c
*** gcc-7.1.0/gcc/ubsan.c	Thu Apr 13 14:52:23 2017
--- gcc-7.2.0/gcc/ubsan.c	Mon Jul 31 08:46:29 2017
*************** decl_for_type_insert (tree type, tree de
*** 114,123 ****
  /* Helper routine, which encodes a value in the pointer_sized_int_node.
     Arguments with precision <= POINTER_SIZE are passed directly,
     the rest is passed by reference.  T is a value we are to encode.
!    IN_EXPAND_P is true if this function is called during expansion.  */
  
  tree
! ubsan_encode_value (tree t, bool in_expand_p)
  {
    tree type = TREE_TYPE (t);
    const unsigned int bitsize = GET_MODE_BITSIZE (TYPE_MODE (type));
--- 114,123 ----
  /* Helper routine, which encodes a value in the pointer_sized_int_node.
     Arguments with precision <= POINTER_SIZE are passed directly,
     the rest is passed by reference.  T is a value we are to encode.
!    PHASE determines when this function is called.  */
  
  tree
! ubsan_encode_value (tree t, enum ubsan_encode_value_phase phase)
  {
    tree type = TREE_TYPE (t);
    const unsigned int bitsize = GET_MODE_BITSIZE (TYPE_MODE (type));
*************** ubsan_encode_value (tree t, bool in_expa
*** 143,152 ****
  	{
  	  /* The reason for this is that we don't want to pessimize
  	     code by making vars unnecessarily addressable.  */
! 	  tree var = create_tmp_var (type);
! 	  tree tem = build2 (MODIFY_EXPR, void_type_node, var, t);
! 	  mark_addressable (var);
! 	  if (in_expand_p)
  	    {
  	      rtx mem
  		= assign_stack_temp_for_type (TYPE_MODE (type),
--- 143,161 ----
  	{
  	  /* The reason for this is that we don't want to pessimize
  	     code by making vars unnecessarily addressable.  */
! 	  tree var;
! 	  if (phase != UBSAN_ENCODE_VALUE_GENERIC)
! 	    {
! 	      var = create_tmp_var (type);
! 	      mark_addressable (var);
! 	    }
! 	  else
! 	    {
! 	      var = create_tmp_var_raw (type);
! 	      TREE_ADDRESSABLE (var) = 1;
! 	      DECL_CONTEXT (var) = current_function_decl;
! 	    }
! 	  if (phase == UBSAN_ENCODE_VALUE_RTL)
  	    {
  	      rtx mem
  		= assign_stack_temp_for_type (TYPE_MODE (type),
*************** ubsan_encode_value (tree t, bool in_expa
*** 156,163 ****
  	      expand_assignment (var, t, false);
  	      return build_fold_addr_expr (var);
  	    }
! 	  t = build_fold_addr_expr (var);
! 	  return build2 (COMPOUND_EXPR, TREE_TYPE (t), tem, t);
  	}
        else
  	return build_fold_addr_expr (t);
--- 165,181 ----
  	      expand_assignment (var, t, false);
  	      return build_fold_addr_expr (var);
  	    }
! 	  if (phase != UBSAN_ENCODE_VALUE_GENERIC)
! 	    {
! 	      tree tem = build2 (MODIFY_EXPR, void_type_node, var, t);
! 	      t = build_fold_addr_expr (var);
! 	      return build2 (COMPOUND_EXPR, TREE_TYPE (t), tem, t);
! 	    }
! 	  else
! 	    {
! 	      var = build4 (TARGET_EXPR, type, var, t, NULL_TREE, NULL_TREE);
! 	      return build_fold_addr_expr (var);
! 	    }
  	}
        else
  	return build_fold_addr_expr (t);
*************** ubsan_type_descriptor (tree type, enum u
*** 382,387 ****
--- 400,406 ----
      /* We weren't able to determine the type name.  */
      tname = "<unknown>";
  
+   tree eltype = type;
    if (pstyle == UBSAN_PRINT_POINTER)
      {
        pp_printf (&pretty_name, "'%s%s%s%s%s%s%s",
*************** ubsan_type_descriptor (tree type, enum u
*** 432,443 ****
        pp_quote (&pretty_name);
  
        /* Save the tree with stripped types.  */
!       type = t;
      }
    else
      pp_printf (&pretty_name, "'%s'", tname);
  
!   switch (TREE_CODE (type))
      {
      case BOOLEAN_TYPE:
      case ENUMERAL_TYPE:
--- 451,462 ----
        pp_quote (&pretty_name);
  
        /* Save the tree with stripped types.  */
!       eltype = t;
      }
    else
      pp_printf (&pretty_name, "'%s'", tname);
  
!   switch (TREE_CODE (eltype))
      {
      case BOOLEAN_TYPE:
      case ENUMERAL_TYPE:
*************** ubsan_type_descriptor (tree type, enum u
*** 447,455 ****
      case REAL_TYPE:
        /* FIXME: libubsan right now only supports float, double and
  	 long double type formats.  */
!       if (TYPE_MODE (type) == TYPE_MODE (float_type_node)
! 	  || TYPE_MODE (type) == TYPE_MODE (double_type_node)
! 	  || TYPE_MODE (type) == TYPE_MODE (long_double_type_node))
  	tkind = 0x0001;
        else
  	tkind = 0xffff;
--- 466,474 ----
      case REAL_TYPE:
        /* FIXME: libubsan right now only supports float, double and
  	 long double type formats.  */
!       if (TYPE_MODE (eltype) == TYPE_MODE (float_type_node)
! 	  || TYPE_MODE (eltype) == TYPE_MODE (double_type_node)
! 	  || TYPE_MODE (eltype) == TYPE_MODE (long_double_type_node))
  	tkind = 0x0001;
        else
  	tkind = 0xffff;
*************** ubsan_type_descriptor (tree type, enum u
*** 458,464 ****
        tkind = 0xffff;
        break;
      }
!   tinfo = get_ubsan_type_info_for_type (type);
  
    /* Create a new VAR_DECL of type descriptor.  */
    const char *tmp = pp_formatted_text (&pretty_name);
--- 477,483 ----
        tkind = 0xffff;
        break;
      }
!   tinfo = get_ubsan_type_info_for_type (eltype);
  
    /* Create a new VAR_DECL of type descriptor.  */
    const char *tmp = pp_formatted_text (&pretty_name);
*************** ubsan_expand_bounds_ifn (gimple_stmt_ite
*** 708,716 ****
  	  ? BUILT_IN_UBSAN_HANDLE_OUT_OF_BOUNDS
  	  : BUILT_IN_UBSAN_HANDLE_OUT_OF_BOUNDS_ABORT;
        tree fn = builtin_decl_explicit (bcode);
!       tree val
! 	= force_gimple_operand_gsi (gsi, ubsan_encode_value (orig_index), true,
! 				    NULL_TREE, true, GSI_SAME_STMT);
        g = gimple_build_call (fn, 2, data, val);
      }
    gimple_set_location (g, loc);
--- 727,735 ----
  	  ? BUILT_IN_UBSAN_HANDLE_OUT_OF_BOUNDS
  	  : BUILT_IN_UBSAN_HANDLE_OUT_OF_BOUNDS_ABORT;
        tree fn = builtin_decl_explicit (bcode);
!       tree val = ubsan_encode_value (orig_index, UBSAN_ENCODE_VALUE_GIMPLE);
!       val = force_gimple_operand_gsi (gsi, val, true, NULL_TREE, true,
! 				      GSI_SAME_STMT);
        g = gimple_build_call (fn, 2, data, val);
      }
    gimple_set_location (g, loc);
*************** ubsan_build_overflow_builtin (tree_code
*** 1266,1274 ****
    tree fn = builtin_decl_explicit (fn_code);
    return build_call_expr_loc (loc, fn, 2 + (code != NEGATE_EXPR),
  			      build_fold_addr_expr_loc (loc, data),
! 			      ubsan_encode_value (op0, true),
! 			      op1 ? ubsan_encode_value (op1, true)
! 				  : NULL_TREE);
  }
  
  /* Perform the signed integer instrumentation.  GSI is the iterator
--- 1285,1295 ----
    tree fn = builtin_decl_explicit (fn_code);
    return build_call_expr_loc (loc, fn, 2 + (code != NEGATE_EXPR),
  			      build_fold_addr_expr_loc (loc, data),
! 			      ubsan_encode_value (op0, UBSAN_ENCODE_VALUE_RTL),
! 			      op1
! 			      ? ubsan_encode_value (op1,
! 						    UBSAN_ENCODE_VALUE_RTL)
! 			      : NULL_TREE);
  }
  
  /* Perform the signed integer instrumentation.  GSI is the iterator
*************** instrument_bool_enum_load (gimple_stmt_i
*** 1458,1466 ****
  	  : BUILT_IN_UBSAN_HANDLE_LOAD_INVALID_VALUE_ABORT;
        tree fn = builtin_decl_explicit (bcode);
  
!       tree val = force_gimple_operand_gsi (&gsi2, ubsan_encode_value (urhs),
! 					   true, NULL_TREE, true,
! 					   GSI_SAME_STMT);
        g = gimple_build_call (fn, 2, data, val);
      }
    gimple_set_location (g, loc);
--- 1479,1487 ----
  	  : BUILT_IN_UBSAN_HANDLE_LOAD_INVALID_VALUE_ABORT;
        tree fn = builtin_decl_explicit (bcode);
  
!       tree val = ubsan_encode_value (urhs, UBSAN_ENCODE_VALUE_GIMPLE);
!       val = force_gimple_operand_gsi (&gsi2, val, true, NULL_TREE, true,
! 				      GSI_SAME_STMT);
        g = gimple_build_call (fn, 2, data, val);
      }
    gimple_set_location (g, loc);
*************** ubsan_instrument_float_cast (location_t
*** 1624,1630 ****
        fn = builtin_decl_explicit (bcode);
        fn = build_call_expr_loc (loc, fn, 2,
  				build_fold_addr_expr_loc (loc, data),
! 				ubsan_encode_value (expr, false));
      }
  
    return fold_build3 (COND_EXPR, void_type_node, t, fn, integer_zero_node);
--- 1645,1651 ----
        fn = builtin_decl_explicit (bcode);
        fn = build_call_expr_loc (loc, fn, 2,
  				build_fold_addr_expr_loc (loc, data),
! 				ubsan_encode_value (expr));
      }
  
    return fold_build3 (COND_EXPR, void_type_node, t, fn, integer_zero_node);
diff -Nrcpad gcc-7.1.0/gcc/ubsan.h gcc-7.2.0/gcc/ubsan.h
*** gcc-7.1.0/gcc/ubsan.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/gcc/ubsan.h	Wed Jun 21 22:17:49 2017
*************** enum ubsan_print_style {
*** 42,47 ****
--- 42,54 ----
    UBSAN_PRINT_ARRAY
  };
  
+ /* This controls ubsan_encode_value behavior.  */
+ enum ubsan_encode_value_phase {
+   UBSAN_ENCODE_VALUE_GENERIC,
+   UBSAN_ENCODE_VALUE_GIMPLE,
+   UBSAN_ENCODE_VALUE_RTL
+ };
+ 
  extern bool do_ubsan_in_current_function (void);
  extern bool ubsan_expand_bounds_ifn (gimple_stmt_iterator *);
  extern bool ubsan_expand_null_ifn (gimple_stmt_iterator *);
*************** extern bool ubsan_expand_objsize_ifn (gi
*** 49,56 ****
  extern bool ubsan_expand_vptr_ifn (gimple_stmt_iterator *);
  extern bool ubsan_instrument_unreachable (gimple_stmt_iterator *);
  extern tree ubsan_create_data (const char *, int, const location_t *, ...);
! extern tree ubsan_type_descriptor (tree, enum ubsan_print_style = UBSAN_PRINT_NORMAL);
! extern tree ubsan_encode_value (tree, bool = false);
  extern bool is_ubsan_builtin_p (tree);
  extern tree ubsan_build_overflow_builtin (tree_code, location_t, tree, tree,
  					  tree, tree *);
--- 56,65 ----
  extern bool ubsan_expand_vptr_ifn (gimple_stmt_iterator *);
  extern bool ubsan_instrument_unreachable (gimple_stmt_iterator *);
  extern tree ubsan_create_data (const char *, int, const location_t *, ...);
! extern tree ubsan_type_descriptor (tree, ubsan_print_style
! 					 = UBSAN_PRINT_NORMAL);
! extern tree ubsan_encode_value (tree, ubsan_encode_value_phase
! 				      = UBSAN_ENCODE_VALUE_GENERIC);
  extern bool is_ubsan_builtin_p (tree);
  extern tree ubsan_build_overflow_builtin (tree_code, location_t, tree, tree,
  					  tree, tree *);
diff -Nrcpad gcc-7.1.0/gnattools/ChangeLog gcc-7.2.0/gnattools/ChangeLog
*** gcc-7.1.0/gnattools/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/gnattools/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/gotools/ChangeLog gcc-7.2.0/gotools/ChangeLog
*** gcc-7.1.0/gotools/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/gotools/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/include/ChangeLog gcc-7.2.0/include/ChangeLog
*** gcc-7.1.0/include/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/include/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/intl/ChangeLog gcc-7.2.0/intl/ChangeLog
*** gcc-7.1.0/intl/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/intl/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/libada/ChangeLog gcc-7.2.0/libada/ChangeLog
*** gcc-7.1.0/libada/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libada/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,14 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
+ 2017-06-01  Eric Botcazou  <ebotcazou@adacore.com>
+ 
+ 	PR ada/80921
+ 	* configure.ac (default_gnatlib_target): Remove bogus condition.
+ 	(have_getipinfo): Tweak.
+ 	* configure: Regenerate.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
***************
*** 8,14 ****
  	* configure.ac: Add GCC_BASE_VER.
  	* Makefile.in (version): Use @get_gcc_base_ver@ instead of cat to get
  	version from BASE-VER file.
! 	* configure: Regenerated.
  
  2017-01-04  Alan Modra  <amodra@gmail.com>
  
--- 19,25 ----
  	* configure.ac: Add GCC_BASE_VER.
  	* Makefile.in (version): Use @get_gcc_base_ver@ instead of cat to get
  	version from BASE-VER file.
! 	* configure: Regenerate.
  
  2017-01-04  Alan Modra  <amodra@gmail.com>
  
diff -Nrcpad gcc-7.1.0/libada/configure gcc-7.2.0/libada/configure
*** gcc-7.1.0/libada/configure	Tue Jan 17 09:38:48 2017
--- gcc-7.2.0/libada/configure	Thu Jun  1 10:51:50 2017
*************** fi
*** 2960,2968 ****
  
  
  # Determine what to build for 'gnatlib'
! if test $build = $target \
!    && test ${enable_shared} = yes ; then
!   # Note that build=target is almost certainly the wrong test; FIXME
    default_gnatlib_target="gnatlib-shared"
  else
    default_gnatlib_target="gnatlib-plain"
--- 2960,2966 ----
  
  
  # Determine what to build for 'gnatlib'
! if test ${enable_shared} = yes; then
    default_gnatlib_target="gnatlib-shared"
  else
    default_gnatlib_target="gnatlib-plain"
*************** $as_echo "#define HAVE_GETIPINFO 1" >>co
*** 3006,3014 ****
  
    fi
  
- have_getipinfo=
  if test x$have_unwind_getipinfo = xyes; then
    have_getipinfo=-DHAVE_GETIPINFO
  fi
  
  
--- 3004,3013 ----
  
    fi
  
  if test x$have_unwind_getipinfo = xyes; then
    have_getipinfo=-DHAVE_GETIPINFO
+ else
+   have_getipinfo=
  fi
  
  
diff -Nrcpad gcc-7.1.0/libada/configure.ac gcc-7.2.0/libada/configure.ac
*** gcc-7.1.0/libada/configure.ac	Tue Jan 17 09:38:48 2017
--- gcc-7.2.0/libada/configure.ac	Thu Jun  1 10:51:50 2017
*************** AC_PROG_AWK
*** 127,135 ****
  AC_PROG_LN_S
  
  # Determine what to build for 'gnatlib'
! if test $build = $target \
!    && test ${enable_shared} = yes ; then
!   # Note that build=target is almost certainly the wrong test; FIXME
    default_gnatlib_target="gnatlib-shared"
  else
    default_gnatlib_target="gnatlib-plain"
--- 127,133 ----
  AC_PROG_LN_S
  
  # Determine what to build for 'gnatlib'
! if test ${enable_shared} = yes; then
    default_gnatlib_target="gnatlib-shared"
  else
    default_gnatlib_target="gnatlib-plain"
*************** AC_SUBST([default_gnatlib_target])
*** 138,148 ****
  
  # Check for _Unwind_GetIPInfo
  GCC_CHECK_UNWIND_GETIPINFO
- have_getipinfo=
  if test x$have_unwind_getipinfo = xyes; then
    have_getipinfo=-DHAVE_GETIPINFO
  fi
! AC_SUBST(have_getipinfo)
  
  # Determine what GCC version number to use in filesystem paths.
  GCC_BASE_VER
--- 136,147 ----
  
  # Check for _Unwind_GetIPInfo
  GCC_CHECK_UNWIND_GETIPINFO
  if test x$have_unwind_getipinfo = xyes; then
    have_getipinfo=-DHAVE_GETIPINFO
+ else
+   have_getipinfo=
  fi
! AC_SUBST([have_getipinfo])
  
  # Determine what GCC version number to use in filesystem paths.
  GCC_BASE_VER
diff -Nrcpad gcc-7.1.0/libatomic/ChangeLog gcc-7.2.0/libatomic/ChangeLog
*** gcc-7.1.0/libatomic/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libatomic/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/libbacktrace/ChangeLog gcc-7.2.0/libbacktrace/ChangeLog
*** gcc-7.1.0/libbacktrace/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libbacktrace/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/libcc1/ChangeLog gcc-7.2.0/libcc1/ChangeLog
*** gcc-7.1.0/libcc1/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libcc1/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/libcilkrts/ChangeLog gcc-7.2.0/libcilkrts/ChangeLog
*** gcc-7.1.0/libcilkrts/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libcilkrts/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,13 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
+ 2017-06-23  Eric Botcazou  <ebotcazou@libertysurf.fr>
+ 
+ 	* runtime/config/sparc/os-unix-sysdep.c (__cilkrts_getticks): Adjust
+ 	preprocessor test for SPARC/Linux.
+ 	* runtime/jmpbuf.h (CILK_[UN]ADJUST_SP): Likewise.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/libcilkrts/runtime/config/sparc/os-unix-sysdep.c gcc-7.2.0/libcilkrts/runtime/config/sparc/os-unix-sysdep.c
*** gcc-7.1.0/libcilkrts/runtime/config/sparc/os-unix-sysdep.c	Thu Dec  1 14:48:49 2016
--- gcc-7.2.0/libcilkrts/runtime/config/sparc/os-unix-sysdep.c	Fri Jun 23 17:34:21 2017
***************
*** 47,53 ****
   *  for your assistance in helping us improve Cilk Plus.
   *************************************************************************
   *
!  * This file contains system-specific code for sparc-based systems
   */
  
  #include "os.h"
--- 47,53 ----
   *  for your assistance in helping us improve Cilk Plus.
   *************************************************************************
   *
!  * This file contains system-specific code for SPARC-based systems
   */
  
  #include "os.h"
***************
*** 60,66 ****
  COMMON_SYSDEP unsigned long long __cilkrts_getticks(void)
  {
      unsigned long long tick;
! #ifdef __sparcv9
      __asm__ volatile("rd %%tick, %0" : "=r"(tick));
  #else
      __asm__ volatile("rd %%tick, %L0\n"
--- 60,66 ----
  COMMON_SYSDEP unsigned long long __cilkrts_getticks(void)
  {
      unsigned long long tick;
! #if defined(__sparcv9) || defined(__arch64__)
      __asm__ volatile("rd %%tick, %0" : "=r"(tick));
  #else
      __asm__ volatile("rd %%tick, %L0\n"
diff -Nrcpad gcc-7.1.0/libcilkrts/runtime/jmpbuf.h gcc-7.2.0/libcilkrts/runtime/jmpbuf.h
*** gcc-7.1.0/libcilkrts/runtime/jmpbuf.h	Thu Dec  1 14:48:49 2016
--- gcc-7.2.0/libcilkrts/runtime/jmpbuf.h	Fri Jun 23 17:34:21 2017
***************
*** 110,117 ****
  /**
   * @brief Some architecture-dependent stack adjustment.
   */
! #if defined(__sparcv9)
!     // Subtract sparc v9 stack bias so the actual stack starts at the
      // allocated area.
  #   define CILK_ADJUST_SP(SP) ((SP) - 2047)
  #   define CILK_UNADJUST_SP(SP) ((SP) + 2047)
--- 110,117 ----
  /**
   * @brief Some architecture-dependent stack adjustment.
   */
! #if defined(__sparcv9) || (defined(__sparc__) && defined(__arch64__))
!     // Subtract SPARC V9 stack bias so the actual stack starts at the
      // allocated area.
  #   define CILK_ADJUST_SP(SP) ((SP) - 2047)
  #   define CILK_UNADJUST_SP(SP) ((SP) + 2047)
diff -Nrcpad gcc-7.1.0/libcpp/ChangeLog gcc-7.2.0/libcpp/ChangeLog
*** gcc-7.1.0/libcpp/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libcpp/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/libcpp/po/ChangeLog gcc-7.2.0/libcpp/po/ChangeLog
*** gcc-7.1.0/libcpp/po/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libcpp/po/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/libdecnumber/ChangeLog gcc-7.2.0/libdecnumber/ChangeLog
*** gcc-7.1.0/libdecnumber/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libdecnumber/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/libffi/ChangeLog gcc-7.2.0/libffi/ChangeLog
*** gcc-7.1.0/libffi/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libffi/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/libgcc/ChangeLog gcc-7.2.0/libgcc/ChangeLog
*** gcc-7.1.0/libgcc/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libgcc/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,81 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
+ 2017-07-28  Sebastian Huber  <sebastian.huber@embedded-brains.de>
+ 
+ 	Backport from mainline
+ 	2017-07-28  Sebastian Huber  <sebastian.huber@embedded-brains.de>
+ 
+ 	* config/rs6000/ibm-ldouble.c: Disable if defined __rtems__.
+ 
+ 2017-07-20  Peter Bergner  <bergner@vnet.ibm.com>
+ 
+ 	Backport from mainline
+ 	2017-07-07  Peter Bergner  <bergner@vnet.ibm.com>
+ 
+ 	* config/rs6000/float128-ifunc.c: Don't include auxv.h.
+ 	(have_ieee_hw_p): Delete function.
+ 	(SW_OR_HW) Use __builtin_cpu_supports().
+ 
+ 2017-07-19  John Marino  <gnugcc@marino.st>
+ 
+ 	* config/i386/dragonfly-unwind.h: Handle sigtramp relocation.
+ 
+ 2017-07-04  Joseph Myers  <joseph@codesourcery.com>
+ 
+ 	* config/aarch64/linux-unwind.h (aarch64_fallback_frame_state),
+ 	config/alpha/linux-unwind.h (alpha_fallback_frame_state),
+ 	config/bfin/linux-unwind.h (bfin_fallback_frame_state),
+ 	config/i386/linux-unwind.h (x86_64_fallback_frame_state,
+ 	x86_fallback_frame_state), config/m68k/linux-unwind.h (struct
+ 	uw_ucontext), config/nios2/linux-unwind.h (struct nios2_ucontext),
+ 	config/pa/linux-unwind.h (pa32_fallback_frame_state),
+ 	config/riscv/linux-unwind.h (riscv_fallback_frame_state),
+ 	config/sh/linux-unwind.h (sh_fallback_frame_state),
+ 	config/tilepro/linux-unwind.h (tile_fallback_frame_state),
+ 	config/xtensa/linux-unwind.h (xtensa_fallback_frame_state): Use
+ 	ucontext_t instead of struct ucontext.
+ 
+ 2017-06-28  Richard Biener  <rguenther@suse.de>
+ 
+ 	Backport from mainline
+ 	2017-06-21  Richard Biener  <rguenther@suse.de>
+ 
+ 	PR gcov-profile/81080
+ 	* configure.ac: Add AC_SYS_LARGEFILE.
+ 	* libgcov.h: Include auto-target.h before tsystem.h to pick
+ 	up _FILE_OFFSET_BITS which might differ for multilibs.
+ 	* config.in: Regenerate.
+ 	* configure: Likewise.
+ 
+ 2017-05-26  Richard Henderson  <rth@redhat.com>
+ 
+ 	PR libgcc/80037
+ 	* config/alpha/t-alpha (CRTSTUFF_T_CFLAGS): New.
+ 
+ 2017-05-19  Andreas Tobler  <andreast@gcc.gnu.org>
+ 
+ 	Backport from mainline
+ 	2017-05-17  Andreas Tobler  <andreast@gcc.gnu.org>
+ 
+ 	* config/arm/unwind-arm.h: Make _Unwind_GetIP, _Unwind_GetIPInfo and
+ 	_Unwind_SetIP available as functions for arm*-*-freebsd*.
+ 	* config/arm/unwind-arm.c: Implement the above.
+ 
+ 2017-05-15  Adhemerval Zanella  <adhemerval.zanella@linaro.org>
+ 
+ 	* config/sparc/lb1spc.S [__ELF__ && __linux__]: Emit .note.GNU-stack
+ 	section for a non-executable stack.
+ 
+ 2017-05-10  Andreas Tobler  <andreast@gcc.gnu.org>
+ 
+ 	Backport from mainline
+         2017-05-09  Andreas Tobler  <andreast@gcc.gnu.org>
+ 
+ 	* config.host: Use the generic FreeBSD t-slibgcc-elf-ver for
+ 	arm*-*-freebsd* instead of the t-slibgcc-libgcc.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/libgcc/config/aarch64/linux-unwind.h gcc-7.2.0/libgcc/config/aarch64/linux-unwind.h
*** gcc-7.1.0/libgcc/config/aarch64/linux-unwind.h	Fri Jan 20 12:27:46 2017
--- gcc-7.2.0/libgcc/config/aarch64/linux-unwind.h	Tue Jul  4 10:22:56 2017
*************** aarch64_fallback_frame_state (struct _Un
*** 55,61 ****
    struct rt_sigframe
    {
      siginfo_t info;
!     struct ucontext uc;
    };
  
    struct rt_sigframe *rt_;
--- 55,61 ----
    struct rt_sigframe
    {
      siginfo_t info;
!     ucontext_t uc;
    };
  
    struct rt_sigframe *rt_;
diff -Nrcpad gcc-7.1.0/libgcc/config/alpha/linux-unwind.h gcc-7.2.0/libgcc/config/alpha/linux-unwind.h
*** gcc-7.1.0/libgcc/config/alpha/linux-unwind.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libgcc/config/alpha/linux-unwind.h	Tue Jul  4 10:22:56 2017
*************** alpha_fallback_frame_state (struct _Unwi
*** 51,57 ****
      {
        struct rt_sigframe {
  	siginfo_t info;
! 	struct ucontext uc;
        } *rt_ = context->cfa;
        sc = &rt_->uc.uc_mcontext;
      }
--- 51,57 ----
      {
        struct rt_sigframe {
  	siginfo_t info;
! 	ucontext_t uc;
        } *rt_ = context->cfa;
        sc = &rt_->uc.uc_mcontext;
      }
diff -Nrcpad gcc-7.1.0/libgcc/config/alpha/t-alpha gcc-7.2.0/libgcc/config/alpha/t-alpha
*** gcc-7.1.0/libgcc/config/alpha/t-alpha	Wed Nov  2 15:23:48 2011
--- gcc-7.2.0/libgcc/config/alpha/t-alpha	Fri May 26 19:29:46 2017
***************
*** 1,2 ****
--- 1,6 ----
  # This is a support routine for longlong.h, used by libgcc2.c.
  LIB2ADD += $(srcdir)/config/alpha/qrnnd.S
+ 
+ # When GAS-generated unwind tables are created, they get created
+ # after the __FRAME_END__ terminator, which causes an ld error.
+ CRTSTUFF_T_CFLAGS = -fno-unwind-tables
diff -Nrcpad gcc-7.1.0/libgcc/config/arm/unwind-arm.c gcc-7.2.0/libgcc/config/arm/unwind-arm.c
*** gcc-7.1.0/libgcc/config/arm/unwind-arm.c	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libgcc/config/arm/unwind-arm.c	Fri May 19 18:38:22 2017
*************** __aeabi_unwind_cpp_pr2 (_Unwind_State st
*** 509,511 ****
--- 509,533 ----
  {
    return __gnu_unwind_pr_common (state, ucbp, context, 2);
  }
+ 
+ #ifdef __FreeBSD__
+ /* FreeBSD expects these to be functions */
+ inline _Unwind_Ptr
+ _Unwind_GetIP (struct _Unwind_Context *context)
+ {
+   return _Unwind_GetGR (context, 15) & ~(_Unwind_Word)1;
+ }
+ 
+ inline _Unwind_Ptr
+ _Unwind_GetIPInfo (struct _Unwind_Context *context, int *ip_before_insn)
+ {
+   *ip_before_insn = 0;
+   return _Unwind_GetIP (context);
+ }
+ 
+ inline void
+ _Unwind_SetIP (struct _Unwind_Context *context, _Unwind_Ptr val)
+ {
+   _Unwind_SetGR (context, 15, val | (_Unwind_GetGR (context, 15) & 1));
+ }
+ #endif
diff -Nrcpad gcc-7.1.0/libgcc/config/arm/unwind-arm.h gcc-7.2.0/libgcc/config/arm/unwind-arm.h
*** gcc-7.1.0/libgcc/config/arm/unwind-arm.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libgcc/config/arm/unwind-arm.h	Fri May 19 18:38:22 2017
*************** extern "C" {
*** 72,83 ****
--- 72,90 ----
      {
        return _URC_FAILURE;
      }
+ #ifndef __FreeBSD__
    /* Return the address of the instruction, not the actual IP value.  */
  #define _Unwind_GetIP(context) \
    (_Unwind_GetGR (context, 15) & ~(_Unwind_Word)1)
  
  #define _Unwind_SetIP(context, val) \
    _Unwind_SetGR (context, 15, val | (_Unwind_GetGR (context, 15) & 1))
+ #else
+   #undef _Unwind_GetIPInfo
+   _Unwind_Ptr _Unwind_GetIP (struct _Unwind_Context *);
+   _Unwind_Ptr _Unwind_GetIPInfo (struct _Unwind_Context *, int *);
+   void _Unwind_SetIP (struct _Unwind_Context *, _Unwind_Ptr);
+ #endif
  
  #ifdef __cplusplus
  }   /* extern "C" */
diff -Nrcpad gcc-7.1.0/libgcc/config/bfin/linux-unwind.h gcc-7.2.0/libgcc/config/bfin/linux-unwind.h
*** gcc-7.1.0/libgcc/config/bfin/linux-unwind.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libgcc/config/bfin/linux-unwind.h	Tue Jul  4 10:22:56 2017
*************** bfin_fallback_frame_state (struct _Unwin
*** 52,58 ****
  	void *puc;
  	char retcode[8];
  	siginfo_t info;
! 	struct ucontext uc;
        } *rt_ = context->cfa;
  
        /* The void * cast is necessary to avoid an aliasing warning.
--- 52,58 ----
  	void *puc;
  	char retcode[8];
  	siginfo_t info;
! 	ucontext_t uc;
        } *rt_ = context->cfa;
  
        /* The void * cast is necessary to avoid an aliasing warning.
diff -Nrcpad gcc-7.1.0/libgcc/config/i386/dragonfly-unwind.h gcc-7.2.0/libgcc/config/i386/dragonfly-unwind.h
*** gcc-7.1.0/libgcc/config/i386/dragonfly-unwind.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libgcc/config/i386/dragonfly-unwind.h	Wed Jul 19 15:57:48 2017
*************** see the files COPYING3 and COPYING.RUNTI
*** 28,36 ****
--- 28,40 ----
  
  #include <sys/types.h>
  #include <sys/sysctl.h>
+ #include <sys/param.h>
  #include <signal.h>
  #include <sys/ucontext.h>
  #include <machine/sigframe.h>
+ #if __DragonFly_version > 400800
+ #include <sys/kinfo.h>
+ #endif
  
  
  #define REG_NAME(reg)	sf_uc.uc_mcontext.mc_## reg
*************** see the files COPYING3 and COPYING.RUNTI
*** 39,58 ****
  #define MD_FALLBACK_FRAME_STATE_FOR x86_64_dragonfly_fallback_frame_state
  
  
! static void
! x86_64_sigtramp_range (unsigned char **start, unsigned char **end)
  {
!   unsigned long ps_strings;
!   int mib[2];
!   size_t len;
  
!   mib[0] = CTL_KERN;
!   mib[1] = KERN_PS_STRINGS;
!   len = sizeof (ps_strings);
!   sysctl (mib, 2, &ps_strings, &len, NULL, 0);
  
!   *start = (unsigned char *)ps_strings - 32;
!   *end   = (unsigned char *)ps_strings;
  }
  
  
--- 43,86 ----
  #define MD_FALLBACK_FRAME_STATE_FOR x86_64_dragonfly_fallback_frame_state
  
  
! static int
! x86_64_outside_sigtramp_range (unsigned char *pc)
  {
!   static int sigtramp_range_determined = 0;
!   static unsigned char *sigtramp_start, *sigtramp_end;
  
!   if (sigtramp_range_determined == 0)
!     {
! #if __DragonFly_version > 400800
!       struct kinfo_sigtramp kst = {0};
!       size_t len = sizeof (kst);
!       int mib[3] = { CTL_KERN, KERN_PROC, KERN_PROC_SIGTRAMP };
  
!       sigtramp_range_determined = 1;
!       if (sysctl (mib, 3, &kst, &len, NULL, 0) == 0)
!       {
!         sigtramp_range_determined = 2;
!         sigtramp_start = kst.ksigtramp_start;
!         sigtramp_end   = kst.ksigtramp_end;
!       }
! #else
!       unsigned long ps_strings;
!       size_t len = sizeof (ps_strings);
!       int mib[2] = { CTL_KERN, KERN_PS_STRINGS };
! 
!       sigtramp_range_determined = 1;
!       if (sysctl (mib, 2, &ps_strings, &len, NULL, 0) == 0)
!       {
!         sigtramp_range_determined = 2;
!         sigtramp_start = (unsigned char *)ps_strings - 32;
!         sigtramp_end   = (unsigned char *)ps_strings;
!       }
! #endif
!     }
!   if (sigtramp_range_determined < 2)  /* sysctl failed if < 2 */
!     return 1;
! 
!   return (pc < sigtramp_start || pc >= sigtramp_end );
  }
  
  
*************** static _Unwind_Reason_Code
*** 60,72 ****
  x86_64_dragonfly_fallback_frame_state
  (struct _Unwind_Context *context, _Unwind_FrameState *fs)
  {
-   unsigned char *pc = context->ra;
-   unsigned char *sigtramp_start, *sigtramp_end;
    struct sigframe *sf;
    long new_cfa;
  
!   x86_64_sigtramp_range(&sigtramp_start, &sigtramp_end);
!   if (pc >= sigtramp_end || pc < sigtramp_start)
      return _URC_END_OF_STACK;
  
    sf = (struct sigframe *) context->cfa;
--- 88,97 ----
  x86_64_dragonfly_fallback_frame_state
  (struct _Unwind_Context *context, _Unwind_FrameState *fs)
  {
    struct sigframe *sf;
    long new_cfa;
  
!   if (x86_64_outside_sigtramp_range(context->ra))
      return _URC_END_OF_STACK;
  
    sf = (struct sigframe *) context->cfa;
diff -Nrcpad gcc-7.1.0/libgcc/config/i386/linux-unwind.h gcc-7.2.0/libgcc/config/i386/linux-unwind.h
*** gcc-7.1.0/libgcc/config/i386/linux-unwind.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libgcc/config/i386/linux-unwind.h	Tue Jul  4 10:22:56 2017
*************** x86_64_fallback_frame_state (struct _Unw
*** 58,64 ****
    if (*(unsigned char *)(pc+0) == 0x48
        && *(unsigned long long *)(pc+1) == RT_SIGRETURN_SYSCALL)
      {
!       struct ucontext *uc_ = context->cfa;
        /* The void * cast is necessary to avoid an aliasing warning.
           The aliasing warning is correct, but should not be a problem
           because it does not alias anything.  */
--- 58,64 ----
    if (*(unsigned char *)(pc+0) == 0x48
        && *(unsigned long long *)(pc+1) == RT_SIGRETURN_SYSCALL)
      {
!       ucontext_t *uc_ = context->cfa;
        /* The void * cast is necessary to avoid an aliasing warning.
           The aliasing warning is correct, but should not be a problem
           because it does not alias anything.  */
*************** x86_fallback_frame_state (struct _Unwind
*** 138,144 ****
  	siginfo_t *pinfo;
  	void *puc;
  	siginfo_t info;
! 	struct ucontext uc;
        } *rt_ = context->cfa;
        /* The void * cast is necessary to avoid an aliasing warning.
           The aliasing warning is correct, but should not be a problem
--- 138,144 ----
  	siginfo_t *pinfo;
  	void *puc;
  	siginfo_t info;
! 	ucontext_t uc;
        } *rt_ = context->cfa;
        /* The void * cast is necessary to avoid an aliasing warning.
           The aliasing warning is correct, but should not be a problem
diff -Nrcpad gcc-7.1.0/libgcc/config/libbid/ChangeLog gcc-7.2.0/libgcc/config/libbid/ChangeLog
*** gcc-7.1.0/libgcc/config/libbid/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libgcc/config/libbid/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/libgcc/config/m68k/linux-unwind.h gcc-7.2.0/libgcc/config/m68k/linux-unwind.h
*** gcc-7.1.0/libgcc/config/m68k/linux-unwind.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libgcc/config/m68k/linux-unwind.h	Tue Jul  4 10:22:56 2017
*************** see the files COPYING3 and COPYING.RUNTI
*** 33,39 ****
  /* <sys/ucontext.h> is unfortunately broken right now.  */
  struct uw_ucontext {
  	unsigned long	  uc_flags;
! 	struct ucontext  *uc_link;
  	stack_t		  uc_stack;
  	mcontext_t	  uc_mcontext;
  	unsigned long	  uc_filler[80];
--- 33,39 ----
  /* <sys/ucontext.h> is unfortunately broken right now.  */
  struct uw_ucontext {
  	unsigned long	  uc_flags;
! 	ucontext_t	 *uc_link;
  	stack_t		  uc_stack;
  	mcontext_t	  uc_mcontext;
  	unsigned long	  uc_filler[80];
diff -Nrcpad gcc-7.1.0/libgcc/config/nios2/linux-unwind.h gcc-7.2.0/libgcc/config/nios2/linux-unwind.h
*** gcc-7.1.0/libgcc/config/nios2/linux-unwind.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libgcc/config/nios2/linux-unwind.h	Tue Jul  4 10:22:56 2017
*************** struct nios2_mcontext {
*** 38,44 ****
  
  struct nios2_ucontext {
    unsigned long uc_flags;
!   struct ucontext *uc_link;
    stack_t uc_stack;
    struct nios2_mcontext uc_mcontext;
    sigset_t uc_sigmask;	/* mask last for extensibility */
--- 38,44 ----
  
  struct nios2_ucontext {
    unsigned long uc_flags;
!   ucontext_t *uc_link;
    stack_t uc_stack;
    struct nios2_mcontext uc_mcontext;
    sigset_t uc_sigmask;	/* mask last for extensibility */
diff -Nrcpad gcc-7.1.0/libgcc/config/pa/linux-unwind.h gcc-7.2.0/libgcc/config/pa/linux-unwind.h
*** gcc-7.1.0/libgcc/config/pa/linux-unwind.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libgcc/config/pa/linux-unwind.h	Tue Jul  4 10:22:56 2017
*************** pa32_fallback_frame_state (struct _Unwin
*** 80,86 ****
    struct sigcontext *sc;
    struct rt_sigframe {
      siginfo_t info;
!     struct ucontext uc;
    } *frame;
  
    /* rt_sigreturn trampoline:
--- 80,86 ----
    struct sigcontext *sc;
    struct rt_sigframe {
      siginfo_t info;
!     ucontext_t uc;
    } *frame;
  
    /* rt_sigreturn trampoline:
diff -Nrcpad gcc-7.1.0/libgcc/config/riscv/linux-unwind.h gcc-7.2.0/libgcc/config/riscv/linux-unwind.h
*** gcc-7.1.0/libgcc/config/riscv/linux-unwind.h	Mon Feb  6 21:38:51 2017
--- gcc-7.2.0/libgcc/config/riscv/linux-unwind.h	Tue Jul  4 10:22:56 2017
*************** riscv_fallback_frame_state (struct _Unwi
*** 42,48 ****
    struct rt_sigframe
    {
      siginfo_t info;
!     struct ucontext uc;
    };
  
    struct rt_sigframe *rt_;
--- 42,48 ----
    struct rt_sigframe
    {
      siginfo_t info;
!     ucontext_t uc;
    };
  
    struct rt_sigframe *rt_;
diff -Nrcpad gcc-7.1.0/libgcc/config/rs6000/float128-ifunc.c gcc-7.2.0/libgcc/config/rs6000/float128-ifunc.c
*** gcc-7.1.0/libgcc/config/rs6000/float128-ifunc.c	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libgcc/config/rs6000/float128-ifunc.c	Thu Jul 20 14:31:57 2017
***************
*** 45,91 ****
  #error "This module must not be compiled with IEEE 128-bit hardware support"
  #endif
  
! #include <sys/auxv.h>
! 
! /* Use the namespace clean version of getauxval.  However, not all versions of
!    sys/auxv.h declare it, so declare it here.  This code is intended to be
!    temporary until a suitable version of __builtin_cpu_supports is added that
!    allows us to tell quickly if the machine supports IEEE 128-bit hardware.  */
! extern unsigned long __getauxval (unsigned long);
! 
! static int
! have_ieee_hw_p (void)
! {
!   static int ieee_hw_p = -1;
! 
!   if (ieee_hw_p < 0)
!     {
!       char *p = (char *) __getauxval (AT_PLATFORM);
! 
!       ieee_hw_p = 0;
! 
!       /* Don't use atoi/strtol/strncmp/etc.  These may require the normal
! 	 environment to be setup to set errno to 0, and the ifunc resolvers run
! 	 before the whole glibc environment is initialized.  */
!       if (p && p[0] == 'p' && p[1] == 'o' && p[2] == 'w' && p[3] == 'e'
! 	  && p[4] == 'r')
! 	{
! 	  long n = 0;
! 	  char ch;
! 
! 	  p += 5;
! 	  while ((ch = *p++) >= '0' && (ch <= '9'))
! 	    n = (n * 10) + (ch - '0');
! 
! 	  if (n >= 9)
! 	    ieee_hw_p = 1;
! 	}
!     }
! 
!   return ieee_hw_p;
! }
! 
! #define SW_OR_HW(SW, HW) (have_ieee_hw_p () ? HW : SW)
  
  /* Resolvers.  */
  
--- 45,51 ----
  #error "This module must not be compiled with IEEE 128-bit hardware support"
  #endif
  
! #define SW_OR_HW(SW, HW) (__builtin_cpu_supports ("ieee128") ? HW : SW)
  
  /* Resolvers.  */
  
diff -Nrcpad gcc-7.1.0/libgcc/config/rs6000/ibm-ldouble.c gcc-7.2.0/libgcc/config/rs6000/ibm-ldouble.c
*** gcc-7.1.0/libgcc/config/rs6000/ibm-ldouble.c	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libgcc/config/rs6000/ibm-ldouble.c	Fri Jul 28 08:20:50 2017
*************** see the files COPYING3 and COPYING.RUNTI
*** 45,51 ****
     This code currently assumes the most significant double is in
     the lower numbered register or lower addressed memory.  */
  
! #if defined (__MACH__) || defined (__powerpc__) || defined (_AIX)
  
  #define fabs(x) __builtin_fabs(x)
  #define isless(x, y) __builtin_isless (x, y)
--- 45,52 ----
     This code currently assumes the most significant double is in
     the lower numbered register or lower addressed memory.  */
  
! #if (defined (__MACH__) || defined (__powerpc__) || defined (_AIX)) \
!     && !defined (__rtems__)
  
  #define fabs(x) __builtin_fabs(x)
  #define isless(x, y) __builtin_isless (x, y)
diff -Nrcpad gcc-7.1.0/libgcc/config/sh/linux-unwind.h gcc-7.2.0/libgcc/config/sh/linux-unwind.h
*** gcc-7.1.0/libgcc/config/sh/linux-unwind.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libgcc/config/sh/linux-unwind.h	Tue Jul  4 10:22:56 2017
*************** sh_fallback_frame_state (struct _Unwind_
*** 82,88 ****
      {
        struct rt_sigframe {
  	siginfo_t info;
! 	struct ucontext uc;
        } *rt_ = context->cfa;
        /* The void * cast is necessary to avoid an aliasing warning.
           The aliasing warning is correct, but should not be a problem
--- 82,88 ----
      {
        struct rt_sigframe {
  	siginfo_t info;
! 	ucontext_t uc;
        } *rt_ = context->cfa;
        /* The void * cast is necessary to avoid an aliasing warning.
           The aliasing warning is correct, but should not be a problem
diff -Nrcpad gcc-7.1.0/libgcc/config/sparc/lb1spc.S gcc-7.2.0/libgcc/config/sparc/lb1spc.S
*** gcc-7.1.0/libgcc/config/sparc/lb1spc.S	Wed Nov  2 15:03:19 2011
--- gcc-7.2.0/libgcc/config/sparc/lb1spc.S	Mon May 15 07:36:33 2017
***************
*** 5,10 ****
--- 5,16 ----
     slightly edited to match the desired calling convention, and also to
     optimize them for our purposes.  */
  
+ /* An executable stack is *not* required for these functions.  */
+ #if defined(__ELF__) && defined(__linux__)
+ .section .note.GNU-stack,"",%progbits
+ .previous
+ #endif
+ 
  #ifdef L_mulsi3
  .text
  	.align 4
diff -Nrcpad gcc-7.1.0/libgcc/config/tilepro/linux-unwind.h gcc-7.2.0/libgcc/config/tilepro/linux-unwind.h
*** gcc-7.1.0/libgcc/config/tilepro/linux-unwind.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libgcc/config/tilepro/linux-unwind.h	Tue Jul  4 10:22:56 2017
*************** tile_fallback_frame_state (struct _Unwin
*** 61,67 ****
    struct rt_sigframe {
      unsigned char save_area[C_ABI_SAVE_AREA_SIZE];
      siginfo_t info;
!     struct ucontext uc;
    } *rt_;
  
    /* Return if this is not a signal handler.  */
--- 61,67 ----
    struct rt_sigframe {
      unsigned char save_area[C_ABI_SAVE_AREA_SIZE];
      siginfo_t info;
!     ucontext_t uc;
    } *rt_;
  
    /* Return if this is not a signal handler.  */
diff -Nrcpad gcc-7.1.0/libgcc/config/xtensa/linux-unwind.h gcc-7.2.0/libgcc/config/xtensa/linux-unwind.h
*** gcc-7.1.0/libgcc/config/xtensa/linux-unwind.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libgcc/config/xtensa/linux-unwind.h	Tue Jul  4 10:22:56 2017
*************** xtensa_fallback_frame_state (struct _Unw
*** 67,73 ****
  
    struct rt_sigframe {
      siginfo_t info;
!     struct ucontext uc;
    } *rt_;
  
    /* movi a2, __NR_rt_sigreturn; syscall */
--- 67,73 ----
  
    struct rt_sigframe {
      siginfo_t info;
!     ucontext_t uc;
    } *rt_;
  
    /* movi a2, __NR_rt_sigreturn; syscall */
diff -Nrcpad gcc-7.1.0/libgcc/config.host gcc-7.2.0/libgcc/config.host
*** gcc-7.1.0/libgcc/config.host	Fri Mar 10 19:33:27 2017
--- gcc-7.2.0/libgcc/config.host	Wed May 10 20:42:58 2017
*************** arm-wrs-vxworks)
*** 389,395 ****
  	;;
  arm*-*-freebsd*)                # ARM FreeBSD EABI
  	tmake_file="${tmake_file} arm/t-arm t-fixedpoint-gnu-prefix arm/t-elf"
! 	tmake_file="${tmake_file} arm/t-bpabi arm/t-freebsd t-slibgcc-libgcc"
  	tm_file="${tm_file} arm/bpabi-lib.h"
  	unwind_header=config/arm/unwind-arm.h
  	tmake_file="${tmake_file} t-softfp-sfdf t-softfp-excl arm/t-softfp t-softfp"
--- 389,395 ----
  	;;
  arm*-*-freebsd*)                # ARM FreeBSD EABI
  	tmake_file="${tmake_file} arm/t-arm t-fixedpoint-gnu-prefix arm/t-elf"
! 	tmake_file="${tmake_file} arm/t-bpabi arm/t-freebsd"
  	tm_file="${tm_file} arm/bpabi-lib.h"
  	unwind_header=config/arm/unwind-arm.h
  	tmake_file="${tmake_file} t-softfp-sfdf t-softfp-excl arm/t-softfp t-softfp"
diff -Nrcpad gcc-7.1.0/libgcc/config.in gcc-7.2.0/libgcc/config.in
*** gcc-7.1.0/libgcc/config.in	Fri Mar 10 17:57:58 2017
--- gcc-7.2.0/libgcc/config.in	Wed Jun 28 13:25:33 2017
***************
*** 71,73 ****
--- 71,79 ----
  
  /* Define to 1 if the target use emutls for thread-local storage. */
  #undef USE_EMUTLS
+ 
+ /* Number of bits in a file offset, on hosts where this is settable. */
+ #undef _FILE_OFFSET_BITS
+ 
+ /* Define for large files, on AIX-style hosts. */
+ #undef _LARGE_FILES
diff -Nrcpad gcc-7.1.0/libgcc/configure gcc-7.2.0/libgcc/configure
*** gcc-7.1.0/libgcc/configure	Fri Mar 10 17:57:58 2017
--- gcc-7.2.0/libgcc/configure	Wed Jun 28 13:25:33 2017
*************** enable_version_specific_runtime_libs
*** 672,677 ****
--- 672,678 ----
  with_slibdir
  enable_maintainer_mode
  with_build_libsubdir
+ enable_largefile
  enable_decimal_float
  with_system_libunwind
  enable_explicit_exception_frame_registration
*************** Optional Features:
*** 1308,1313 ****
--- 1309,1315 ----
    --enable-maintainer-mode
                            enable make rules and dependencies not useful (and
                            sometimes confusing) to the casual installer
+   --disable-largefile     omit support for large files
    --enable-decimal-float={no,yes,bid,dpd}
  			enable decimal float extension to C.  Selecting 'bid'
  			or 'dpd' choses which decimal floating point format
*************** ac_compiler_gnu=$ac_cv_c_compiler_gnu
*** 4061,4066 ****
--- 4063,4267 ----
  ac_c_preproc_warn_flag=yes
  
  
+ # Check whether --enable-largefile was given.
+ if test "${enable_largefile+set}" = set; then :
+   enableval=$enable_largefile;
+ fi
+ 
+ if test "$enable_largefile" != no; then
+ 
+   { $as_echo "$as_me:${as_lineno-$LINENO}: checking for special C compiler options needed for large files" >&5
+ $as_echo_n "checking for special C compiler options needed for large files... " >&6; }
+ if test "${ac_cv_sys_largefile_CC+set}" = set; then :
+   $as_echo_n "(cached) " >&6
+ else
+   ac_cv_sys_largefile_CC=no
+      if test "$GCC" != yes; then
+        ac_save_CC=$CC
+        while :; do
+ 	 # IRIX 6.2 and later do not support large files by default,
+ 	 # so use the C compiler's -n32 option if that helps.
+ 	 cat confdefs.h - <<_ACEOF >conftest.$ac_ext
+ /* end confdefs.h.  */
+ #include <sys/types.h>
+  /* Check that off_t can represent 2**63 - 1 correctly.
+     We can't simply define LARGE_OFF_T to be 9223372036854775807,
+     since some C++ compilers masquerading as C compilers
+     incorrectly reject 9223372036854775807.  */
+ #define LARGE_OFF_T (((off_t) 1 << 62) - 1 + ((off_t) 1 << 62))
+   int off_t_is_large[(LARGE_OFF_T % 2147483629 == 721
+ 		       && LARGE_OFF_T % 2147483647 == 1)
+ 		      ? 1 : -1];
+ int
+ main ()
+ {
+ 
+   ;
+   return 0;
+ }
+ _ACEOF
+ 	 if ac_fn_c_try_compile "$LINENO"; then :
+   break
+ fi
+ rm -f core conftest.err conftest.$ac_objext
+ 	 CC="$CC -n32"
+ 	 if ac_fn_c_try_compile "$LINENO"; then :
+   ac_cv_sys_largefile_CC=' -n32'; break
+ fi
+ rm -f core conftest.err conftest.$ac_objext
+ 	 break
+        done
+        CC=$ac_save_CC
+        rm -f conftest.$ac_ext
+     fi
+ fi
+ { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_cv_sys_largefile_CC" >&5
+ $as_echo "$ac_cv_sys_largefile_CC" >&6; }
+   if test "$ac_cv_sys_largefile_CC" != no; then
+     CC=$CC$ac_cv_sys_largefile_CC
+   fi
+ 
+   { $as_echo "$as_me:${as_lineno-$LINENO}: checking for _FILE_OFFSET_BITS value needed for large files" >&5
+ $as_echo_n "checking for _FILE_OFFSET_BITS value needed for large files... " >&6; }
+ if test "${ac_cv_sys_file_offset_bits+set}" = set; then :
+   $as_echo_n "(cached) " >&6
+ else
+   while :; do
+   cat confdefs.h - <<_ACEOF >conftest.$ac_ext
+ /* end confdefs.h.  */
+ #include <sys/types.h>
+  /* Check that off_t can represent 2**63 - 1 correctly.
+     We can't simply define LARGE_OFF_T to be 9223372036854775807,
+     since some C++ compilers masquerading as C compilers
+     incorrectly reject 9223372036854775807.  */
+ #define LARGE_OFF_T (((off_t) 1 << 62) - 1 + ((off_t) 1 << 62))
+   int off_t_is_large[(LARGE_OFF_T % 2147483629 == 721
+ 		       && LARGE_OFF_T % 2147483647 == 1)
+ 		      ? 1 : -1];
+ int
+ main ()
+ {
+ 
+   ;
+   return 0;
+ }
+ _ACEOF
+ if ac_fn_c_try_compile "$LINENO"; then :
+   ac_cv_sys_file_offset_bits=no; break
+ fi
+ rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext
+   cat confdefs.h - <<_ACEOF >conftest.$ac_ext
+ /* end confdefs.h.  */
+ #define _FILE_OFFSET_BITS 64
+ #include <sys/types.h>
+  /* Check that off_t can represent 2**63 - 1 correctly.
+     We can't simply define LARGE_OFF_T to be 9223372036854775807,
+     since some C++ compilers masquerading as C compilers
+     incorrectly reject 9223372036854775807.  */
+ #define LARGE_OFF_T (((off_t) 1 << 62) - 1 + ((off_t) 1 << 62))
+   int off_t_is_large[(LARGE_OFF_T % 2147483629 == 721
+ 		       && LARGE_OFF_T % 2147483647 == 1)
+ 		      ? 1 : -1];
+ int
+ main ()
+ {
+ 
+   ;
+   return 0;
+ }
+ _ACEOF
+ if ac_fn_c_try_compile "$LINENO"; then :
+   ac_cv_sys_file_offset_bits=64; break
+ fi
+ rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext
+   ac_cv_sys_file_offset_bits=unknown
+   break
+ done
+ fi
+ { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_cv_sys_file_offset_bits" >&5
+ $as_echo "$ac_cv_sys_file_offset_bits" >&6; }
+ case $ac_cv_sys_file_offset_bits in #(
+   no | unknown) ;;
+   *)
+ cat >>confdefs.h <<_ACEOF
+ #define _FILE_OFFSET_BITS $ac_cv_sys_file_offset_bits
+ _ACEOF
+ ;;
+ esac
+ rm -rf conftest*
+   if test $ac_cv_sys_file_offset_bits = unknown; then
+     { $as_echo "$as_me:${as_lineno-$LINENO}: checking for _LARGE_FILES value needed for large files" >&5
+ $as_echo_n "checking for _LARGE_FILES value needed for large files... " >&6; }
+ if test "${ac_cv_sys_large_files+set}" = set; then :
+   $as_echo_n "(cached) " >&6
+ else
+   while :; do
+   cat confdefs.h - <<_ACEOF >conftest.$ac_ext
+ /* end confdefs.h.  */
+ #include <sys/types.h>
+  /* Check that off_t can represent 2**63 - 1 correctly.
+     We can't simply define LARGE_OFF_T to be 9223372036854775807,
+     since some C++ compilers masquerading as C compilers
+     incorrectly reject 9223372036854775807.  */
+ #define LARGE_OFF_T (((off_t) 1 << 62) - 1 + ((off_t) 1 << 62))
+   int off_t_is_large[(LARGE_OFF_T % 2147483629 == 721
+ 		       && LARGE_OFF_T % 2147483647 == 1)
+ 		      ? 1 : -1];
+ int
+ main ()
+ {
+ 
+   ;
+   return 0;
+ }
+ _ACEOF
+ if ac_fn_c_try_compile "$LINENO"; then :
+   ac_cv_sys_large_files=no; break
+ fi
+ rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext
+   cat confdefs.h - <<_ACEOF >conftest.$ac_ext
+ /* end confdefs.h.  */
+ #define _LARGE_FILES 1
+ #include <sys/types.h>
+  /* Check that off_t can represent 2**63 - 1 correctly.
+     We can't simply define LARGE_OFF_T to be 9223372036854775807,
+     since some C++ compilers masquerading as C compilers
+     incorrectly reject 9223372036854775807.  */
+ #define LARGE_OFF_T (((off_t) 1 << 62) - 1 + ((off_t) 1 << 62))
+   int off_t_is_large[(LARGE_OFF_T % 2147483629 == 721
+ 		       && LARGE_OFF_T % 2147483647 == 1)
+ 		      ? 1 : -1];
+ int
+ main ()
+ {
+ 
+   ;
+   return 0;
+ }
+ _ACEOF
+ if ac_fn_c_try_compile "$LINENO"; then :
+   ac_cv_sys_large_files=1; break
+ fi
+ rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext
+   ac_cv_sys_large_files=unknown
+   break
+ done
+ fi
+ { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_cv_sys_large_files" >&5
+ $as_echo "$ac_cv_sys_large_files" >&6; }
+ case $ac_cv_sys_large_files in #(
+   no | unknown) ;;
+   *)
+ cat >>confdefs.h <<_ACEOF
+ #define _LARGE_FILES $ac_cv_sys_large_files
+ _ACEOF
+ ;;
+ esac
+ rm -rf conftest*
+   fi
+ fi
+ 
+ 
  
  # The cast to long int works around a bug in the HP C Compiler
  # version HP92453-01 B.11.11.23709.GP, which incorrectly rejects
diff -Nrcpad gcc-7.1.0/libgcc/configure.ac gcc-7.2.0/libgcc/configure.ac
*** gcc-7.1.0/libgcc/configure.ac	Fri Mar 10 17:57:58 2017
--- gcc-7.2.0/libgcc/configure.ac	Wed Jun 28 13:25:33 2017
*************** GCC_NO_EXECUTABLES
*** 191,196 ****
--- 191,198 ----
  AC_PROG_CC
  AC_PROG_CPP_WERROR
  
+ AC_SYS_LARGEFILE
+ 
  AC_CHECK_SIZEOF([double])
  AC_CHECK_SIZEOF([long double])
  AS_VAR_ARITH([double_type_size], [$ac_cv_sizeof_double \* 8])
diff -Nrcpad gcc-7.1.0/libgcc/libgcov.h gcc-7.2.0/libgcc/libgcov.h
*** gcc-7.1.0/libgcc/libgcov.h	Wed Apr 19 08:08:44 2017
--- gcc-7.2.0/libgcc/libgcov.h	Wed Jun 28 13:25:33 2017
***************
*** 38,43 ****
--- 38,44 ----
  /* This path will be used by libgcov runtime.  */
  
  #include "tconfig.h"
+ #include "auto-target.h"
  #include "tsystem.h"
  #include "coretypes.h"
  #include "tm.h"
diff -Nrcpad gcc-7.1.0/libgfortran/ChangeLog gcc-7.2.0/libgfortran/ChangeLog
*** gcc-7.1.0/libgfortran/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libgfortran/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,75 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
+ 2017-06-27  Jerry DeLisle  <jvdelisle@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR libgfortran/53029
+ 	* io/list_read.c(list_formatted_read_scalar: Set the err return
+ 	value to the common.flags error values.
+ 
+ 2017-06-26  Jim Wilson  <jim.wilson@r3-a15.aus-colo>
+ 
+ 	Backport from trunk
+ 	PR libfortran/81195
+ 	* io/unit.c (get_unit): Call __gthread_mutex_lock before newunit_stack
+ 	and newunit_tos references.  Call __gthread_mutex_unlock afterward.
+ 
+ 2017-06-06  Thomas Koenig  <tkoenig@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR fortran/80975
+ 	* m4/matmul_internal.m4:  Move zeroing before early return.
+ 	* generated/matmul_c10.c: Regenerated.
+ 	* generated/matmul_c16.c: Regenerated.
+ 	* generated/matmul_c4.c: Regenerated.
+ 	* generated/matmul_c8.c: Regenerated.
+ 	* generated/matmul_i1.c: Regenerated.
+ 	* generated/matmul_i16.c: Regenerated.
+ 	* generated/matmul_i2.c: Regenerated.
+ 	* generated/matmul_i4.c: Regenerated.
+ 	* generated/matmul_i8.c: Regenerated.
+ 	* generated/matmul_r10.c: Regenerated.
+ 	* generated/matmul_r16.c: Regenerated.
+ 	* generated/matmul_r4.c: Regenerated.
+ 	* generated/matmul_r8.c: Regenerated.
+ 
+ 2017-05-23  Jerry DeLisle  <jvdelisle@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR libgfortran/80741
+ 	* transfer.c (finalize_transfer): Reset last_char to 'empty'.
+ 	* file_pos.c (formatted_backspace): Likewise.
+ 	(st_endfile): Likewise.
+ 	(st_rewind): Likewise.
+ 	(st_flush): Likewise.
+ 
+ 2017-05-23  Paul Thomas  <pault@gcc.gnu.org>
+ 	    Jerry DeLisle  <jvdelisle@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR fortran/80333
+ 	* list_read.c (nml_read_obj): Compute pointer into class/type
+ 	arrays from the nl->dim information. Update it for each iteration
+ 	of the loop for the given object.
+ 
+ 2017-05-19  Janne Blomqvist  <jb@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	* libgfortran.h: HAVE_SECURE_GETENV: Don't check
+ 	HAVE___SECURE_GETENV.
+ 	* environ/runtime.c (secure_getenv): Use __secure_getenv via a
+         weak reference.
+ 
+ 2017-05-17  Jerry DeLisle  <jvdelisle@gcc.gnu.org>
+ 
+ 	Backport from trunk
+ 	PR libgfortran/80727
+ 	* transfer.c (read_sf_internal): Remove bogus code to detect EOR.
+ 	(read_block_form): For internal units, generate EOR if no more
+ 	bytes left in unit and we are trying to read with ADVANCE='NO'.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/libgfortran/Makefile.in gcc-7.2.0/libgfortran/Makefile.in
*** gcc-7.1.0/libgfortran/Makefile.in	Tue May  2 12:43:57 2017
--- gcc-7.2.0/libgfortran/Makefile.in	Mon Aug 14 08:03:31 2017
*************** am__aclocal_m4_deps = $(top_srcdir)/../c
*** 137,144 ****
  	$(top_srcdir)/../ltversion.m4 $(top_srcdir)/../lt~obsolete.m4 \
  	$(top_srcdir)/acinclude.m4 $(top_srcdir)/../config/acx.m4 \
  	$(top_srcdir)/../config/no-executables.m4 \
! 	$(top_srcdir)/../config/math.m4 $(top_srcdir)/../libtool.m4 \
! 	$(top_srcdir)/configure.ac
  am__configure_deps = $(am__aclocal_m4_deps) $(CONFIGURE_DEPENDENCIES) \
  	$(ACLOCAL_M4)
  am__CONFIG_DISTCLEAN_FILES = config.status config.cache config.log \
--- 137,145 ----
  	$(top_srcdir)/../ltversion.m4 $(top_srcdir)/../lt~obsolete.m4 \
  	$(top_srcdir)/acinclude.m4 $(top_srcdir)/../config/acx.m4 \
  	$(top_srcdir)/../config/no-executables.m4 \
! 	$(top_srcdir)/../config/math.m4 \
! 	$(top_srcdir)/../config/ax_check_define.m4 \
! 	$(top_srcdir)/../libtool.m4 $(top_srcdir)/configure.ac
  am__configure_deps = $(am__aclocal_m4_deps) $(CONFIGURE_DEPENDENCIES) \
  	$(ACLOCAL_M4)
  am__CONFIG_DISTCLEAN_FILES = config.status config.cache config.log \
diff -Nrcpad gcc-7.1.0/libgfortran/generated/matmul_c10.c gcc-7.2.0/libgfortran/generated/matmul_c10.c
*** gcc-7.1.0/libgfortran/generated/matmul_c10.c	Thu Mar  2 12:54:27 2017
--- gcc-7.2.0/libgfortran/generated/matmul_c10.c	Tue Jun  6 22:23:07 2017
*************** matmul_c10_avx (gfc_array_c10 * const re
*** 307,321 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_10)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 307,321 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_10)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_c10_avx2 (gfc_array_c10 * const r
*** 850,864 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_10)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 850,864 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_10)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_c10_avx512f (gfc_array_c10 * cons
*** 1393,1407 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_10)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1393,1407 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_10)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_c10_vanilla (gfc_array_c10 * cons
*** 1932,1946 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_10)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1932,1946 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_10)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_c10 (gfc_array_c10 * const restri
*** 2529,2543 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_10)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 2529,2543 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_10)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
diff -Nrcpad gcc-7.1.0/libgfortran/generated/matmul_c16.c gcc-7.2.0/libgfortran/generated/matmul_c16.c
*** gcc-7.1.0/libgfortran/generated/matmul_c16.c	Thu Mar  2 12:54:27 2017
--- gcc-7.2.0/libgfortran/generated/matmul_c16.c	Tue Jun  6 22:23:07 2017
*************** matmul_c16_avx (gfc_array_c16 * const re
*** 307,321 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_16)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 307,321 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_16)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_c16_avx2 (gfc_array_c16 * const r
*** 850,864 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_16)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 850,864 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_16)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_c16_avx512f (gfc_array_c16 * cons
*** 1393,1407 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_16)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1393,1407 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_16)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_c16_vanilla (gfc_array_c16 * cons
*** 1932,1946 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_16)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1932,1946 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_16)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_c16 (gfc_array_c16 * const restri
*** 2529,2543 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_16)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 2529,2543 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_16)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
diff -Nrcpad gcc-7.1.0/libgfortran/generated/matmul_c4.c gcc-7.2.0/libgfortran/generated/matmul_c4.c
*** gcc-7.1.0/libgfortran/generated/matmul_c4.c	Thu Mar  2 12:54:27 2017
--- gcc-7.2.0/libgfortran/generated/matmul_c4.c	Tue Jun  6 22:23:07 2017
*************** matmul_c4_avx (gfc_array_c4 * const rest
*** 307,321 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_4)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 307,321 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_4)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_c4_avx2 (gfc_array_c4 * const res
*** 850,864 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_4)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 850,864 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_4)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_c4_avx512f (gfc_array_c4 * const
*** 1393,1407 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_4)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1393,1407 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_4)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_c4_vanilla (gfc_array_c4 * const
*** 1932,1946 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_4)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1932,1946 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_4)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_c4 (gfc_array_c4 * const restrict
*** 2529,2543 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_4)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 2529,2543 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_4)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
diff -Nrcpad gcc-7.1.0/libgfortran/generated/matmul_c8.c gcc-7.2.0/libgfortran/generated/matmul_c8.c
*** gcc-7.1.0/libgfortran/generated/matmul_c8.c	Thu Mar  2 12:54:27 2017
--- gcc-7.2.0/libgfortran/generated/matmul_c8.c	Tue Jun  6 22:23:07 2017
*************** matmul_c8_avx (gfc_array_c8 * const rest
*** 307,321 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_8)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 307,321 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_8)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_c8_avx2 (gfc_array_c8 * const res
*** 850,864 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_8)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 850,864 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_8)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_c8_avx512f (gfc_array_c8 * const
*** 1393,1407 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_8)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1393,1407 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_8)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_c8_vanilla (gfc_array_c8 * const
*** 1932,1946 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_8)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1932,1946 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_8)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_c8 (gfc_array_c8 * const restrict
*** 2529,2543 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_8)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 2529,2543 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_COMPLEX_8)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
diff -Nrcpad gcc-7.1.0/libgfortran/generated/matmul_i1.c gcc-7.2.0/libgfortran/generated/matmul_i1.c
*** gcc-7.1.0/libgfortran/generated/matmul_i1.c	Thu Mar  2 12:54:27 2017
--- gcc-7.2.0/libgfortran/generated/matmul_i1.c	Tue Jun  6 22:23:07 2017
*************** matmul_i1_avx (gfc_array_i1 * const rest
*** 307,321 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_1)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 307,321 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_1)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_i1_avx2 (gfc_array_i1 * const res
*** 850,864 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_1)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 850,864 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_1)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_i1_avx512f (gfc_array_i1 * const
*** 1393,1407 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_1)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1393,1407 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_1)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_i1_vanilla (gfc_array_i1 * const
*** 1932,1946 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_1)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1932,1946 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_1)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_i1 (gfc_array_i1 * const restrict
*** 2529,2543 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_1)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 2529,2543 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_1)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
diff -Nrcpad gcc-7.1.0/libgfortran/generated/matmul_i16.c gcc-7.2.0/libgfortran/generated/matmul_i16.c
*** gcc-7.1.0/libgfortran/generated/matmul_i16.c	Thu Mar  2 12:54:27 2017
--- gcc-7.2.0/libgfortran/generated/matmul_i16.c	Tue Jun  6 22:23:07 2017
*************** matmul_i16_avx (gfc_array_i16 * const re
*** 307,321 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_16)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 307,321 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_16)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_i16_avx2 (gfc_array_i16 * const r
*** 850,864 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_16)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 850,864 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_16)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_i16_avx512f (gfc_array_i16 * cons
*** 1393,1407 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_16)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1393,1407 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_16)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_i16_vanilla (gfc_array_i16 * cons
*** 1932,1946 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_16)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1932,1946 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_16)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_i16 (gfc_array_i16 * const restri
*** 2529,2543 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_16)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 2529,2543 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_16)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
diff -Nrcpad gcc-7.1.0/libgfortran/generated/matmul_i2.c gcc-7.2.0/libgfortran/generated/matmul_i2.c
*** gcc-7.1.0/libgfortran/generated/matmul_i2.c	Thu Mar  2 12:54:27 2017
--- gcc-7.2.0/libgfortran/generated/matmul_i2.c	Tue Jun  6 22:23:07 2017
*************** matmul_i2_avx (gfc_array_i2 * const rest
*** 307,321 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_2)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 307,321 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_2)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_i2_avx2 (gfc_array_i2 * const res
*** 850,864 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_2)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 850,864 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_2)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_i2_avx512f (gfc_array_i2 * const
*** 1393,1407 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_2)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1393,1407 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_2)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_i2_vanilla (gfc_array_i2 * const
*** 1932,1946 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_2)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1932,1946 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_2)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_i2 (gfc_array_i2 * const restrict
*** 2529,2543 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_2)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 2529,2543 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_2)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
diff -Nrcpad gcc-7.1.0/libgfortran/generated/matmul_i4.c gcc-7.2.0/libgfortran/generated/matmul_i4.c
*** gcc-7.1.0/libgfortran/generated/matmul_i4.c	Thu Mar  2 12:54:27 2017
--- gcc-7.2.0/libgfortran/generated/matmul_i4.c	Tue Jun  6 22:23:07 2017
*************** matmul_i4_avx (gfc_array_i4 * const rest
*** 307,321 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_4)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 307,321 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_4)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_i4_avx2 (gfc_array_i4 * const res
*** 850,864 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_4)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 850,864 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_4)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_i4_avx512f (gfc_array_i4 * const
*** 1393,1407 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_4)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1393,1407 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_4)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_i4_vanilla (gfc_array_i4 * const
*** 1932,1946 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_4)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1932,1946 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_4)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_i4 (gfc_array_i4 * const restrict
*** 2529,2543 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_4)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 2529,2543 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_4)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
diff -Nrcpad gcc-7.1.0/libgfortran/generated/matmul_i8.c gcc-7.2.0/libgfortran/generated/matmul_i8.c
*** gcc-7.1.0/libgfortran/generated/matmul_i8.c	Thu Mar  2 12:54:27 2017
--- gcc-7.2.0/libgfortran/generated/matmul_i8.c	Tue Jun  6 22:23:07 2017
*************** matmul_i8_avx (gfc_array_i8 * const rest
*** 307,321 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_8)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 307,321 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_8)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_i8_avx2 (gfc_array_i8 * const res
*** 850,864 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_8)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 850,864 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_8)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_i8_avx512f (gfc_array_i8 * const
*** 1393,1407 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_8)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1393,1407 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_8)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_i8_vanilla (gfc_array_i8 * const
*** 1932,1946 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_8)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1932,1946 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_8)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_i8 (gfc_array_i8 * const restrict
*** 2529,2543 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_8)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 2529,2543 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_INTEGER_8)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
diff -Nrcpad gcc-7.1.0/libgfortran/generated/matmul_r10.c gcc-7.2.0/libgfortran/generated/matmul_r10.c
*** gcc-7.1.0/libgfortran/generated/matmul_r10.c	Thu Mar  2 12:54:27 2017
--- gcc-7.2.0/libgfortran/generated/matmul_r10.c	Tue Jun  6 22:23:07 2017
*************** matmul_r10_avx (gfc_array_r10 * const re
*** 307,321 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_10)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 307,321 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_10)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_r10_avx2 (gfc_array_r10 * const r
*** 850,864 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_10)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 850,864 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_10)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_r10_avx512f (gfc_array_r10 * cons
*** 1393,1407 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_10)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1393,1407 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_10)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_r10_vanilla (gfc_array_r10 * cons
*** 1932,1946 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_10)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1932,1946 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_10)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_r10 (gfc_array_r10 * const restri
*** 2529,2543 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_10)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 2529,2543 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_10)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
diff -Nrcpad gcc-7.1.0/libgfortran/generated/matmul_r16.c gcc-7.2.0/libgfortran/generated/matmul_r16.c
*** gcc-7.1.0/libgfortran/generated/matmul_r16.c	Thu Mar  2 12:54:27 2017
--- gcc-7.2.0/libgfortran/generated/matmul_r16.c	Tue Jun  6 22:23:07 2017
*************** matmul_r16_avx (gfc_array_r16 * const re
*** 307,321 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_16)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 307,321 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_16)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_r16_avx2 (gfc_array_r16 * const r
*** 850,864 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_16)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 850,864 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_16)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_r16_avx512f (gfc_array_r16 * cons
*** 1393,1407 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_16)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1393,1407 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_16)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_r16_vanilla (gfc_array_r16 * cons
*** 1932,1946 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_16)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1932,1946 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_16)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_r16 (gfc_array_r16 * const restri
*** 2529,2543 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_16)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 2529,2543 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_16)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
diff -Nrcpad gcc-7.1.0/libgfortran/generated/matmul_r4.c gcc-7.2.0/libgfortran/generated/matmul_r4.c
*** gcc-7.1.0/libgfortran/generated/matmul_r4.c	Thu Mar  2 12:54:27 2017
--- gcc-7.2.0/libgfortran/generated/matmul_r4.c	Tue Jun  6 22:23:07 2017
*************** matmul_r4_avx (gfc_array_r4 * const rest
*** 307,321 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_4)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 307,321 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_4)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_r4_avx2 (gfc_array_r4 * const res
*** 850,864 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_4)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 850,864 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_4)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_r4_avx512f (gfc_array_r4 * const
*** 1393,1407 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_4)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1393,1407 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_4)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_r4_vanilla (gfc_array_r4 * const
*** 1932,1946 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_4)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1932,1946 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_4)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_r4 (gfc_array_r4 * const restrict
*** 2529,2543 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_4)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 2529,2543 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_4)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
diff -Nrcpad gcc-7.1.0/libgfortran/generated/matmul_r8.c gcc-7.2.0/libgfortran/generated/matmul_r8.c
*** gcc-7.1.0/libgfortran/generated/matmul_r8.c	Thu Mar  2 12:54:27 2017
--- gcc-7.2.0/libgfortran/generated/matmul_r8.c	Tue Jun  6 22:23:07 2017
*************** matmul_r8_avx (gfc_array_r8 * const rest
*** 307,321 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_8)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 307,321 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_8)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_r8_avx2 (gfc_array_r8 * const res
*** 850,864 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_8)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 850,864 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_8)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_r8_avx512f (gfc_array_r8 * const
*** 1393,1407 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_8)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1393,1407 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_8)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_r8_vanilla (gfc_array_r8 * const
*** 1932,1946 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_8)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 1932,1946 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_8)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
*************** matmul_r8 (gfc_array_r8 * const restrict
*** 2529,2543 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_8)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 2529,2543 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = (GFC_REAL_8)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
diff -Nrcpad gcc-7.1.0/libgfortran/io/file_pos.c gcc-7.2.0/libgfortran/io/file_pos.c
*** gcc-7.1.0/libgfortran/io/file_pos.c	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libgfortran/io/file_pos.c	Tue May 23 22:05:56 2017
*************** formatted_backspace (st_parameter_filepo
*** 82,88 ****
      goto io_error;
    u->last_record--;
    u->endfile = NO_ENDFILE;
! 
    return;
  
   io_error:
--- 82,88 ----
      goto io_error;
    u->last_record--;
    u->endfile = NO_ENDFILE;
!   u->last_char = EOF - 1;
    return;
  
   io_error:
*************** st_endfile (st_parameter_filepos *fpp)
*** 322,327 ****
--- 322,328 ----
  
        unit_truncate (u, stell (u->s), &fpp->common);
        u->endfile = AFTER_ENDFILE;
+       u->last_char = EOF - 1;
        if (0 == stell (u->s))
          u->flags.position = POSITION_REWIND;
      }
*************** st_endfile (st_parameter_filepos *fpp)
*** 371,376 ****
--- 372,378 ----
  	  if (u == NULL)
  	    return;
  	  u->endfile = AFTER_ENDFILE;
+ 	  u->last_char = EOF - 1;
  	}
      }
  
*************** st_rewind (st_parameter_filepos *fpp)
*** 430,435 ****
--- 432,438 ----
  	  u->current_record = 0;
  	  u->strm_pos = 1;
  	  u->read_bad = 0;
+ 	  u->last_char = EOF - 1;
  	}
        /* Update position for INQUIRE.  */
        u->flags.position = POSITION_REWIND;
*************** st_flush (st_parameter_filepos *fpp)
*** 458,463 ****
--- 461,467 ----
          fbuf_flush (u, u->mode);
  
        sflush (u->s);
+       u->last_char = EOF - 1;
        unlock_unit (u);
      }
    else
diff -Nrcpad gcc-7.1.0/libgfortran/io/list_read.c gcc-7.2.0/libgfortran/io/list_read.c
*** gcc-7.1.0/libgfortran/io/list_read.c	Tue Apr 11 14:51:25 2017
--- gcc-7.2.0/libgfortran/io/list_read.c	Wed Jun 28 04:14:32 2017
*************** list_formatted_read_scalar (st_parameter
*** 2298,2308 ****
--- 2298,2313 ----
      free_saved (dtp);
  
  cleanup:
+   /* err may have been set above from finish_separator, so if it is set
+      trigger the hit_eof. The hit_eof will set bits in common.flags.  */
    if (err == LIBERROR_END)
      {
        free_line (dtp);
        hit_eof (dtp);
      }
+   /* Now we check common.flags for any errors that could have occurred in
+      a READ elsewhere such as in read_integer.  */
+   err = dtp->common.flags & IOPARM_LIBRETURN_MASK;
    fbuf_flush_list (dtp->u.p.current_unit, LIST_READING);
    return err;
  }
*************** nml_read_obj (st_parameter_dt *dtp, name
*** 2871,2876 ****
--- 2876,2882 ----
    index_type m;
    size_t obj_name_len;
    void *pdata;
+   gfc_class list_obj;
  
    /* If we have encountered a previous read error or this object has not been
       touched in name parsing, just return.  */
*************** nml_read_obj (st_parameter_dt *dtp, name
*** 2909,2919 ****
      {
        /* Update the pointer to the data, using the current index vector  */
  
!       pdata = (void*)(nl->mem_pos + offset);
!       for (dim = 0; dim < nl->var_rank; dim++)
! 	pdata = (void*)(pdata + (nl->ls[dim].idx
! 				 - GFC_DESCRIPTOR_LBOUND(nl,dim))
! 			* GFC_DESCRIPTOR_STRIDE(nl,dim) * nl->size);
  
        /* If we are finished with the repeat count, try to read next value.  */
  
--- 2915,2942 ----
      {
        /* Update the pointer to the data, using the current index vector  */
  
!       if ((nl->type == BT_DERIVED || nl->type == BT_CLASS)
! 	  && nl->dtio_sub != NULL)
! 	{
! 	  pdata = NULL;  /* Not used under these conidtions.  */
! 	  if (nl->type == BT_CLASS)
! 	    list_obj.data = ((gfc_class*)nl->mem_pos)->data;
! 	  else
! 	    list_obj.data = (void *)nl->mem_pos;
! 
! 	  for (dim = 0; dim < nl->var_rank; dim++)
! 	    list_obj.data = list_obj.data + (nl->ls[dim].idx
! 	      - GFC_DESCRIPTOR_LBOUND(nl,dim))
! 	      * GFC_DESCRIPTOR_STRIDE(nl,dim) * nl->size;
! 	}
!       else
! 	{
! 	  pdata = (void*)(nl->mem_pos + offset);
! 	  for (dim = 0; dim < nl->var_rank; dim++)
! 	    pdata = (void*)(pdata + (nl->ls[dim].idx
! 	      - GFC_DESCRIPTOR_LBOUND(nl,dim))
! 	      * GFC_DESCRIPTOR_STRIDE(nl,dim) * nl->size);
! 	}
  
        /* If we are finished with the repeat count, try to read next value.  */
  
*************** nml_read_obj (st_parameter_dt *dtp, name
*** 2958,2963 ****
--- 2981,2987 ----
  	    break;
  
  	  case BT_DERIVED:
+ 	  case BT_CLASS:
  	    /* If this object has a User Defined procedure, call it.  */
  	    if (nl->dtio_sub != NULL)
  	      {
*************** nml_read_obj (st_parameter_dt *dtp, name
*** 2970,2982 ****
  		int noiostat;
  		int *child_iostat = NULL;
  		gfc_array_i4 vlist;
- 		gfc_class list_obj;
  		formatted_dtio dtio_ptr = (formatted_dtio)nl->dtio_sub;
  
  		GFC_DESCRIPTOR_DATA(&vlist) = NULL;
  		GFC_DIMENSION_SET(vlist.dim[0],1, 0, 0);
  
- 		list_obj.data = (void *)nl->mem_pos;
  		list_obj.vptr = nl->vtable;
  		list_obj.len = 0;
  
--- 2994,3004 ----
diff -Nrcpad gcc-7.1.0/libgfortran/io/transfer.c gcc-7.2.0/libgfortran/io/transfer.c
*** gcc-7.1.0/libgfortran/io/transfer.c	Tue Apr 11 14:51:25 2017
--- gcc-7.2.0/libgfortran/io/transfer.c	Tue May 23 22:05:56 2017
*************** read_sf_internal (st_parameter_dt *dtp,
*** 272,283 ****
        return NULL;
      }
  
-   if (base && *base == 0)
-     {
-       generate_error (&dtp->common, LIBERROR_EOR, NULL);
-       return NULL;
-     }
- 
    dtp->u.p.current_unit->bytes_left -= *length;
  
    if (((dtp->common.flags & IOPARM_DT_HAS_SIZE) != 0) ||
--- 272,277 ----
*************** read_block_form (st_parameter_dt *dtp, i
*** 470,480 ****
  		}
  	    }
  
! 	  if (unlikely (dtp->u.p.current_unit->bytes_left == 0
! 	      && !is_internal_unit(dtp)))
  	    {
! 	      hit_eof (dtp);
! 	      return NULL;
  	    }
  
  	  *nbytes = dtp->u.p.current_unit->bytes_left;
--- 464,487 ----
  		}
  	    }
  
! 	  if (is_internal_unit(dtp))
  	    {
! 	      if (*nbytes > 0 && dtp->u.p.current_unit->bytes_left == 0)
! 	        {
! 		  if (dtp->u.p.advance_status == ADVANCE_NO)
! 		    {
! 		      generate_error (&dtp->common, LIBERROR_EOR, NULL);
! 		      return NULL;
! 		    }
! 		}
! 	    }
! 	  else
! 	    {
! 	      if (unlikely (dtp->u.p.current_unit->bytes_left == 0))
! 		{
! 		  hit_eof (dtp);
! 		  return NULL;
! 		}
  	    }
  
  	  *nbytes = dtp->u.p.current_unit->bytes_left;
*************** finalize_transfer (st_parameter_dt *dtp)
*** 3970,3976 ****
        fbuf_seek (dtp->u.p.current_unit, 0, SEEK_END);
  
    dtp->u.p.current_unit->saved_pos = 0;
! 
    next_record (dtp, 1);
  
   done:
--- 3977,3983 ----
        fbuf_seek (dtp->u.p.current_unit, 0, SEEK_END);
  
    dtp->u.p.current_unit->saved_pos = 0;
!   dtp->u.p.current_unit->last_char = EOF - 1;
    next_record (dtp, 1);
  
   done:
diff -Nrcpad gcc-7.1.0/libgfortran/io/unit.c gcc-7.2.0/libgfortran/io/unit.c
*** gcc-7.1.0/libgfortran/io/unit.c	Tue Apr 11 14:51:25 2017
--- gcc-7.2.0/libgfortran/io/unit.c	Mon Jun 26 21:44:50 2017
*************** get_unit (st_parameter_dt *dtp, int do_c
*** 583,596 ****
--- 583,599 ----
  	}
        else
  	{
+ 	  __gthread_mutex_lock (&unit_lock);
  	  if (newunit_tos)
  	    {
  	      dtp->common.unit = newunit_stack[newunit_tos].unit_number;
  	      unit = newunit_stack[newunit_tos--].unit;
+ 	      __gthread_mutex_unlock (&unit_lock);
  	      unit->fbuf->act = unit->fbuf->pos = 0;
  	    }
  	  else
  	    {
+ 	      __gthread_mutex_unlock (&unit_lock);
  	      dtp->common.unit = newunit_alloc ();
  	      unit = xcalloc (1, sizeof (gfc_unit));
  	      fbuf_init (unit, 128);
*************** get_unit (st_parameter_dt *dtp, int do_c
*** 603,614 ****
--- 606,620 ----
    /* If an internal unit number is passed from the parent to the child
       it should have been stashed on the newunit_stack ready to be used.
       Check for it now and return the internal unit if found.  */
+   __gthread_mutex_lock (&unit_lock);
    if (newunit_tos && (dtp->common.unit <= NEWUNIT_START)
        && (dtp->common.unit == newunit_stack[newunit_tos].unit_number))
      {
        unit = newunit_stack[newunit_tos--].unit;
+       __gthread_mutex_unlock (&unit_lock);
        return unit;
      }
+   __gthread_mutex_unlock (&unit_lock);
  
    /* Has to be an external unit.  */
    dtp->u.p.unit_is_internal = 0;
diff -Nrcpad gcc-7.1.0/libgfortran/libgfortran.h gcc-7.2.0/libgfortran/libgfortran.h
*** gcc-7.1.0/libgfortran/libgfortran.h	Wed Mar 15 07:45:39 2017
--- gcc-7.2.0/libgfortran/libgfortran.h	Fri May 19 13:25:21 2017
*************** internal_proto(get_unformatted_convert);
*** 808,816 ****
  
  /* Secure getenv() which returns NULL if running as SUID/SGID.  */
  #ifndef HAVE_SECURE_GETENV
! #ifdef HAVE___SECURE_GETENV
! #define secure_getenv __secure_getenv
! #elif defined(HAVE_GETUID) && defined(HAVE_GETEUID) \
    && defined(HAVE_GETGID) && defined(HAVE_GETEGID)
  #define FALLBACK_SECURE_GETENV
  extern char *secure_getenv (const char *);
--- 808,814 ----
  
  /* Secure getenv() which returns NULL if running as SUID/SGID.  */
  #ifndef HAVE_SECURE_GETENV
! #if defined(HAVE_GETUID) && defined(HAVE_GETEUID) \
    && defined(HAVE_GETGID) && defined(HAVE_GETEGID)
  #define FALLBACK_SECURE_GETENV
  extern char *secure_getenv (const char *);
diff -Nrcpad gcc-7.1.0/libgfortran/m4/matmul_internal.m4 gcc-7.2.0/libgfortran/m4/matmul_internal.m4
*** gcc-7.1.0/libgfortran/m4/matmul_internal.m4	Sat Dec  3 09:44:35 2016
--- gcc-7.2.0/libgfortran/m4/matmul_internal.m4	Tue Jun  6 22:23:07 2017
*************** sinclude(`matmul_asm_'rtype_code`.m4')dn
*** 223,237 ****
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
-       /* Early exit if possible */
-       if (m == 0 || n == 0 || k == 0)
- 	return;
- 
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = ('rtype_name`)0;
  
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
--- 223,237 ----
        b_offset = 1 + b_dim1;
        b -= b_offset;
  
        /* Empty c first.  */
        for (j=1; j<=n; j++)
  	for (i=1; i<=m; i++)
  	  c[i + j * c_dim1] = ('rtype_name`)0;
  
+       /* Early exit if possible */
+       if (m == 0 || n == 0 || k == 0)
+ 	return;
+ 
        /* Start turning the crank. */
        i1 = n;
        for (jj = 1; jj <= i1; jj += 512)
diff -Nrcpad gcc-7.1.0/libgfortran/runtime/environ.c gcc-7.2.0/libgfortran/runtime/environ.c
*** gcc-7.1.0/libgfortran/runtime/environ.c	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libgfortran/runtime/environ.c	Fri May 19 13:25:21 2017
*************** see the files COPYING3 and COPYING.RUNTI
*** 37,45 ****
--- 37,56 ----
     provided. */
  
  #ifdef FALLBACK_SECURE_GETENV
+ 
+ #if SUPPORTS_WEAKREF && defined(HAVE___SECURE_GETENV)
+ static char* weak_secure_getenv (const char*)
+   __attribute__((__weakref__("__secure_getenv")));
+ #endif
+ 
  char *
  secure_getenv (const char *name)
  {
+ #if SUPPORTS_WEAKREF && defined(HAVE___SECURE_GETENV)
+   if (weak_secure_getenv)
+     return weak_secure_getenv (name);
+ #endif
+ 
    if ((getuid () == geteuid ()) && (getgid () == getegid ()))
      return getenv (name);
    else
diff -Nrcpad gcc-7.1.0/libgo/Makefile.am gcc-7.2.0/libgo/Makefile.am
*** gcc-7.1.0/libgo/Makefile.am	Fri Jan 20 21:18:37 2017
--- gcc-7.2.0/libgo/Makefile.am	Wed May 17 20:16:42 2017
*************** BUILDDEPS = \
*** 920,926 ****
  BUILDPACKAGE = \
  	$(MKDIR_P) $(@D); \
  	files=`echo $^ | sed -e 's/[^ ]*\.gox//g' -e 's/[^ ]*\.dep//'`; \
! 	$(LTGOCOMPILE) -I . -c -fgo-pkgpath=`echo $@ | sed -e 's/.lo$$//'` $($(subst -,_,$(subst .,_,$(subst /,_,$@)))_GOCFLAGS) -o $@ $$files
  
  # How to build a .gox file from a .lo file.
  BUILDGOX = \
--- 920,926 ----
  BUILDPACKAGE = \
  	$(MKDIR_P) $(@D); \
  	files=`echo $^ | sed -e 's/[^ ]*\.gox//g' -e 's/[^ ]*\.dep//'`; \
! 	$(LTGOCOMPILE) -I . -c -fgo-pkgpath=`echo $@ | sed -e 's/.lo$$//' -e 's|golang_org|vendor/golang_org|'` $($(subst -,_,$(subst .,_,$(subst /,_,$@)))_GOCFLAGS) -o $@ $$files
  
  # How to build a .gox file from a .lo file.
  BUILDGOX = \
diff -Nrcpad gcc-7.1.0/libgo/Makefile.in gcc-7.2.0/libgo/Makefile.in
*** gcc-7.1.0/libgo/Makefile.in	Fri Jan 20 21:18:37 2017
--- gcc-7.2.0/libgo/Makefile.in	Wed May 17 20:16:42 2017
*************** BUILDDEPS = \
*** 1075,1081 ****
  BUILDPACKAGE = \
  	$(MKDIR_P) $(@D); \
  	files=`echo $^ | sed -e 's/[^ ]*\.gox//g' -e 's/[^ ]*\.dep//'`; \
! 	$(LTGOCOMPILE) -I . -c -fgo-pkgpath=`echo $@ | sed -e 's/.lo$$//'` $($(subst -,_,$(subst .,_,$(subst /,_,$@)))_GOCFLAGS) -o $@ $$files
  
  
  # How to build a .gox file from a .lo file.
--- 1075,1081 ----
  BUILDPACKAGE = \
  	$(MKDIR_P) $(@D); \
  	files=`echo $^ | sed -e 's/[^ ]*\.gox//g' -e 's/[^ ]*\.dep//'`; \
! 	$(LTGOCOMPILE) -I . -c -fgo-pkgpath=`echo $@ | sed -e 's/.lo$$//' -e 's|golang_org|vendor/golang_org|'` $($(subst -,_,$(subst .,_,$(subst /,_,$@)))_GOCFLAGS) -o $@ $$files
  
  
  # How to build a .gox file from a .lo file.
diff -Nrcpad gcc-7.1.0/libgo/go/os/wait_waitid.go gcc-7.2.0/libgo/go/os/wait_waitid.go
*** gcc-7.1.0/libgo/go/os/wait_waitid.go	Sat Jan 14 00:05:42 2017
--- gcc-7.2.0/libgo/go/os/wait_waitid.go	Fri Jun 23 17:12:32 2017
*************** func (p *Process) blockUntilWaitable() (
*** 23,29 ****
  	// On Darwin, it requires greater than or equal to 64 bytes
  	// for darwin/{386,arm} and 104 bytes for darwin/amd64.
  	// We don't care about the values it returns.
! 	var siginfo [128]byte
  	psig := &siginfo[0]
  	_, _, e := syscall.Syscall6(syscall.SYS_WAITID, _P_PID, uintptr(p.Pid), uintptr(unsafe.Pointer(psig)), syscall.WEXITED|syscall.WNOWAIT, 0, 0)
  	runtime.KeepAlive(p)
--- 23,29 ----
  	// On Darwin, it requires greater than or equal to 64 bytes
  	// for darwin/{386,arm} and 104 bytes for darwin/amd64.
  	// We don't care about the values it returns.
! 	var siginfo [16]uint64
  	psig := &siginfo[0]
  	_, _, e := syscall.Syscall6(syscall.SYS_WAITID, _P_PID, uintptr(p.Pid), uintptr(unsafe.Pointer(psig)), syscall.WEXITED|syscall.WNOWAIT, 0, 0)
  	runtime.KeepAlive(p)
diff -Nrcpad gcc-7.1.0/libgo/go/syscall/syscall_linux_s390.go gcc-7.2.0/libgo/go/syscall/syscall_linux_s390.go
*** gcc-7.1.0/libgo/go/syscall/syscall_linux_s390.go	Tue Nov  4 22:39:30 2014
--- gcc-7.2.0/libgo/go/syscall/syscall_linux_s390.go	Thu Jul 20 22:03:26 2017
*************** func (r *PtraceRegs) PC() uint64 { retur
*** 12,21 ****
  
  func (r *PtraceRegs) SetPC(pc uint64) { r.Psw.Addr = uint32(pc) }
  
! func PtraceGetRegs(pid int, regsout *PtraceRegs) (err error) {
! 	return ptrace(PTRACE_GETREGS, pid, 0, uintptr(unsafe.Pointer(regsout)))
  }
  
  func PtraceSetRegs(pid int, regs *PtraceRegs) (err error) {
! 	return ptrace(PTRACE_SETREGS, pid, 0, uintptr(unsafe.Pointer(regs)))
  }
--- 12,40 ----
  
  func (r *PtraceRegs) SetPC(pc uint64) { r.Psw.Addr = uint32(pc) }
  
! const syscall_PTRACE_PEEKUSR_AREA = 0x5000
! const syscall_PTRACE_POKEUSR_AREA = 0x5001
! 
! type syscall_ptrace_area struct {
! 	len          uint32
! 	kernel_addr  uint32
! 	process_addr uint32
! }
! 
! func PtraceGetRegs(pid int, regs *PtraceRegs) (err error) {
! 	parea := syscall_ptrace_area{
! 		12,
! 		0,
! 		uint32(uintptr(unsafe.Pointer(regs))),
! 	}
! 	return ptrace(syscall_PTRACE_PEEKUSR_AREA, pid, uintptr(unsafe.Pointer(&parea)), 0)
  }
  
  func PtraceSetRegs(pid int, regs *PtraceRegs) (err error) {
! 	parea := syscall_ptrace_area{
! 		12,
! 		0,
! 		uint32(uintptr(unsafe.Pointer(regs))),
! 	}
! 	return ptrace(syscall_PTRACE_POKEUSR_AREA, pid, uintptr(unsafe.Pointer(&parea)), 0)
  }
diff -Nrcpad gcc-7.1.0/libgo/go/syscall/syscall_linux_s390x.go gcc-7.2.0/libgo/go/syscall/syscall_linux_s390x.go
*** gcc-7.1.0/libgo/go/syscall/syscall_linux_s390x.go	Tue Nov  4 22:39:30 2014
--- gcc-7.2.0/libgo/go/syscall/syscall_linux_s390x.go	Thu Jul 20 22:03:26 2017
*************** func (r *PtraceRegs) PC() uint64 { retur
*** 12,21 ****
  
  func (r *PtraceRegs) SetPC(pc uint64) { r.Psw.Addr = pc }
  
! func PtraceGetRegs(pid int, regsout *PtraceRegs) (err error) {
! 	return ptrace(PTRACE_GETREGS, pid, 0, uintptr(unsafe.Pointer(regsout)))
  }
  
  func PtraceSetRegs(pid int, regs *PtraceRegs) (err error) {
! 	return ptrace(PTRACE_SETREGS, pid, 0, uintptr(unsafe.Pointer(regs)))
  }
--- 12,40 ----
  
  func (r *PtraceRegs) SetPC(pc uint64) { r.Psw.Addr = pc }
  
! const syscall_PTRACE_PEEKUSR_AREA = 0x5000
! const syscall_PTRACE_POKEUSR_AREA = 0x5001
! 
! type syscall_ptrace_area struct {
! 	len          uint32
! 	kernel_addr  uint64
! 	process_addr uint64
! }
! 
! func PtraceGetRegs(pid int, regs *PtraceRegs) (err error) {
! 	parea := syscall_ptrace_area{
! 		24,
! 		0,
! 		uint64(uintptr(unsafe.Pointer(regs))),
! 	}
! 	return ptrace(syscall_PTRACE_PEEKUSR_AREA, pid, uintptr(unsafe.Pointer(&parea)), 0)
  }
  
  func PtraceSetRegs(pid int, regs *PtraceRegs) (err error) {
! 	parea := syscall_ptrace_area{
! 		24,
! 		0,
! 		uint64(uintptr(unsafe.Pointer(regs))),
! 	}
! 	return ptrace(syscall_PTRACE_POKEUSR_AREA, pid, uintptr(unsafe.Pointer(&parea)), 0)
  }
diff -Nrcpad gcc-7.1.0/libgo/mksigtab.sh gcc-7.2.0/libgo/mksigtab.sh
*** gcc-7.1.0/libgo/mksigtab.sh	Tue Feb 28 22:30:57 2017
--- gcc-7.2.0/libgo/mksigtab.sh	Fri Aug  4 12:29:55 2017
*************** if test "${GOOS}" = "linux"; then
*** 86,91 ****
--- 86,105 ----
  fi
  
  nsig=`grep 'const _*NSIG = [0-9]*$' gen-sysinfo.go | sed -e 's/.* = \([0-9]*\)/\1/'`
+ if test -z "$nsig"; then
+     if grep 'const _*NSIG = [ (]*_*SIGRTMAX + 1[ )]*' gen-sysinfo.go >/dev/null 2>&1; then
+ 	rtmax=`grep 'const _*SIGRTMAX = [0-9]*$' gen-sysinfo.go | sed -e 's/.* = \([0-9]*\)/\1/'`
+ 	if test -n "$rtmax"; then
+ 	    nsig=`expr $rtmax + 1`
+ 	fi
+     fi
+ fi
+ 
+ if test -z "$nsig"; then
+     echo 1>&2 "could not determine number of signals"
+     exit 1
+ fi
+ 
  i=1
  while test "$i" -lt "$nsig"; do
      if ! grep "const _SIG.* = $i" gen-sysinfo.go >/dev/null 2>&1; then
diff -Nrcpad gcc-7.1.0/libgomp/ChangeLog gcc-7.2.0/libgomp/ChangeLog
*** gcc-7.1.0/libgomp/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libgomp/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,38 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
+ 2017-06-21  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR c++/81130
+ 	* testsuite/libgomp.c++/pr81130.C: New test.
+ 
+ 2017-06-02  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	Backported from mainline
+ 	2017-05-30  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR libgomp/80822
+ 	* config/linux/affinity.c (gomp_affinity_init_level_1): New function.
+ 	(gomp_affinity_init_level): Use it.  Always analyze the core and thread
+ 	sibling lists, depending on level just pick up what CPUs to put
+ 	together into a place vs. whether add multiple ordered places.
+ 
+ 2017-05-26  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	Backported from mainline
+ 	2017-05-22  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR middle-end/80809
+ 	* testsuite/libgomp.c/pr80809-2.c: New test.
+ 	* testsuite/libgomp.c/pr80809-3.c: New test.
+ 
+ 	PR middle-end/80809
+ 	* testsuite/libgomp.c/pr80809-1.c: New test.
+ 
+ 	PR middle-end/80853
+ 	* testsuite/libgomp.c/pr80853.c: New test.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/libgomp/config/linux/affinity.c gcc-7.2.0/libgomp/config/linux/affinity.c
*** gcc-7.1.0/libgomp/config/linux/affinity.c	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libgomp/config/linux/affinity.c	Fri Jun  2 07:27:49 2017
*************** gomp_affinity_finalize_place_list (bool
*** 222,231 ****
    return true;
  }
  
  bool
  gomp_affinity_init_level (int level, unsigned long count, bool quiet)
  {
!   unsigned long i, max = 8 * gomp_cpuset_size;
  
    if (gomp_cpusetp)
      {
--- 222,308 ----
    return true;
  }
  
+ static void
+ gomp_affinity_init_level_1 (int level, int this_level, unsigned long count,
+ 			    cpu_set_t *copy, char *name, bool quiet)
+ {
+   size_t prefix_len = sizeof ("/sys/devices/system/cpu/cpu") - 1;
+   FILE *f;
+   char *line = NULL;
+   size_t linelen = 0;
+   unsigned long i, max = 8 * gomp_cpuset_size;
+ 
+   for (i = 0; i < max && gomp_places_list_len < count; i++)
+     if (CPU_ISSET_S (i, gomp_cpuset_size, copy))
+       {
+ 	sprintf (name + prefix_len, "%lu/topology/%s_siblings_list",
+ 		 i, this_level == 3 ? "core" : "thread");
+ 	f = fopen (name, "r");
+ 	if (f == NULL)
+ 	  {
+ 	    CPU_CLR_S (i, gomp_cpuset_size, copy);
+ 	    continue;
+ 	  }
+ 	if (getline (&line, &linelen, f) > 0)
+ 	  {
+ 	    char *p = line;
+ 	    void *pl = gomp_places_list[gomp_places_list_len];
+ 	    if (level == this_level)
+ 	      gomp_affinity_init_place (pl);
+ 	    while (*p && *p != '\n')
+ 	      {
+ 		unsigned long first, last;
+ 		errno = 0;
+ 		first = strtoul (p, &p, 10);
+ 		if (errno)
+ 		  break;
+ 		last = first;
+ 		if (*p == '-')
+ 		  {
+ 		    errno = 0;
+ 		    last = strtoul (p + 1, &p, 10);
+ 		    if (errno || last < first)
+ 		      break;
+ 		  }
+ 		for (; first <= last; first++)
+ 		  if (!CPU_ISSET_S (first, gomp_cpuset_size, copy))
+ 		    continue;
+ 		  else if (this_level == 3 && level < this_level)
+ 		    gomp_affinity_init_level_1 (level, 2, count, copy,
+ 						name, quiet);
+ 		  else
+ 		    {
+ 		      if (level == 1)
+ 			{
+ 			  pl = gomp_places_list[gomp_places_list_len];
+ 			  gomp_affinity_init_place (pl);
+ 			}
+ 		      if (gomp_affinity_add_cpus (pl, first, 1, 0, true))
+ 			{
+ 			  CPU_CLR_S (first, gomp_cpuset_size, copy);
+ 			  if (level == 1)
+ 			    gomp_places_list_len++;
+ 			}
+ 		    }
+ 		if (*p == ',')
+ 		  ++p;
+ 	      }
+ 	    if (level == this_level
+ 		&& !CPU_ISSET_S (i, gomp_cpuset_size, copy))
+ 	      gomp_places_list_len++;
+ 	    CPU_CLR_S (i, gomp_cpuset_size, copy);
+ 	  }
+ 	fclose (f);
+       }
+   free (line);
+ }
+ 
  bool
  gomp_affinity_init_level (int level, unsigned long count, bool quiet)
  {
!   char name[sizeof ("/sys/devices/system/cpu/cpu/topology/"
! 		    "thread_siblings_list") + 3 * sizeof (unsigned long)];
!   cpu_set_t *copy;
  
    if (gomp_cpusetp)
      {
*************** gomp_affinity_init_level (int level, uns
*** 238,327 ****
    gomp_places_list_len = 0;
    if (gomp_places_list == NULL)
      return false;
-   /* SMT (threads).  */
-   if (level == 1)
-     {
-       for (i = 0; i < max && gomp_places_list_len < count; i++)
- 	if (CPU_ISSET_S (i, gomp_cpuset_size, gomp_cpusetp))
- 	  {
- 	    gomp_affinity_init_place (gomp_places_list[gomp_places_list_len]);
- 	    gomp_affinity_add_cpus (gomp_places_list[gomp_places_list_len],
- 				    i, 1, 0, true);
- 	    ++gomp_places_list_len;
- 	  }
-       return true;
-     }
-   else
-     {
-       char name[sizeof ("/sys/devices/system/cpu/cpu/topology/"
- 			"thread_siblings_list") + 3 * sizeof (unsigned long)];
-       size_t prefix_len = sizeof ("/sys/devices/system/cpu/cpu") - 1;
-       cpu_set_t *copy = gomp_alloca (gomp_cpuset_size);
-       FILE *f;
-       char *line = NULL;
-       size_t linelen = 0;
  
!       memcpy (name, "/sys/devices/system/cpu/cpu", prefix_len);
!       memcpy (copy, gomp_cpusetp, gomp_cpuset_size);
!       for (i = 0; i < max && gomp_places_list_len < count; i++)
! 	if (CPU_ISSET_S (i, gomp_cpuset_size, copy))
! 	  {
! 	    sprintf (name + prefix_len, "%lu/topology/%s_siblings_list",
! 		     i, level == 2 ? "thread" : "core");
! 	    f = fopen (name, "r");
! 	    if (f != NULL)
! 	      {
! 		if (getline (&line, &linelen, f) > 0)
! 		  {
! 		    char *p = line;
! 		    bool seen_i = false;
! 		    void *pl = gomp_places_list[gomp_places_list_len];
! 		    gomp_affinity_init_place (pl);
! 		    while (*p && *p != '\n')
! 		      {
! 			unsigned long first, last;
! 			errno = 0;
! 			first = strtoul (p, &p, 10);
! 			if (errno)
! 			  break;
! 			last = first;
! 			if (*p == '-')
! 			  {
! 			    errno = 0;
! 			    last = strtoul (p + 1, &p, 10);
! 			    if (errno || last < first)
! 			      break;
! 			  }
! 			for (; first <= last; first++)
! 			  if (CPU_ISSET_S (first, gomp_cpuset_size, copy)
! 			      && gomp_affinity_add_cpus (pl, first, 1, 0,
! 							 true))
! 			    {
! 			      CPU_CLR_S (first, gomp_cpuset_size, copy);
! 			      if (first == i)
! 				seen_i = true;
! 			    }
! 			if (*p == ',')
! 			  ++p;
! 		      }
! 		    if (seen_i)
! 		      gomp_places_list_len++;
! 		  }
! 		fclose (f);
! 	      }
! 	  }
!       if (gomp_places_list_len == 0)
! 	{
! 	  if (!quiet)
! 	    gomp_error ("Error reading %s topology",
! 			level == 2 ? "core" : "socket");
! 	  free (gomp_places_list);
! 	  gomp_places_list = NULL;
! 	  return false;
! 	}
!       return true;
      }
!   return false;
  }
  
  void
--- 315,334 ----
    gomp_places_list_len = 0;
    if (gomp_places_list == NULL)
      return false;
  
!   copy = gomp_alloca (gomp_cpuset_size);
!   strcpy (name, "/sys/devices/system/cpu/cpu");
!   memcpy (copy, gomp_cpusetp, gomp_cpuset_size);
!   gomp_affinity_init_level_1 (level, 3, count, copy, name, quiet);
!   if (gomp_places_list_len == 0)
!     {
!       if (!quiet)
! 	gomp_error ("Error reading core/socket topology");
!       free (gomp_places_list);
!       gomp_places_list = NULL;
!       return false;
      }
!   return true;
  }
  
  void
diff -Nrcpad gcc-7.1.0/libgomp/libgomp.info gcc-7.2.0/libgomp/libgomp.info
*** gcc-7.1.0/libgomp/libgomp.info	Tue May  2 14:33:25 2017
--- gcc-7.2.0/libgomp/libgomp.info	Mon Aug 14 08:34:19 2017
***************
*** 1,5 ****
! This is libgomp.info, produced by makeinfo version 6.1 from
! libgomp.texi.
  
  Copyright (C) 2006-2017 Free Software Foundation, Inc.
  
--- 1,5 ----
! This is libgomp.info, produced by makeinfo version 4.13 from
! /space/rguenther/gcc-7.2.0/gcc-7.2.0/libgomp/libgomp.texi.
  
  Copyright (C) 2006-2017 Free Software Foundation, Inc.
  
*************** Free Documentation License".
*** 18,25 ****
     (b) The FSF's Back-Cover Text is:
  
     You have freedom to copy and modify this GNU Manual, like GNU
! software.  Copies published by the Free Software Foundation raise funds
! for GNU development.
  INFO-DIR-SECTION GNU Libraries
  START-INFO-DIR-ENTRY
  * libgomp: (libgomp).          GNU Offloading and Multi Processing Runtime Library.
--- 18,26 ----
     (b) The FSF's Back-Cover Text is:
  
     You have freedom to copy and modify this GNU Manual, like GNU
! software.  Copies published by the Free Software Foundation raise
! funds for GNU development.
! 
  INFO-DIR-SECTION GNU Libraries
  START-INFO-DIR-ENTRY
  * libgomp: (libgomp).          GNU Offloading and Multi Processing Runtime Library.
*************** Free Documentation License".
*** 50,57 ****
     (b) The FSF's Back-Cover Text is:
  
     You have freedom to copy and modify this GNU Manual, like GNU
! software.  Copies published by the Free Software Foundation raise funds
! for GNU development.
  
  
  File: libgomp.info,  Node: Top,  Next: Enabling OpenMP,  Up: (dir)
--- 51,58 ----
     (b) The FSF's Back-Cover Text is:
  
     You have freedom to copy and modify this GNU Manual, like GNU
! software.  Copies published by the Free Software Foundation raise
! funds for GNU development.
  
  
  File: libgomp.info,  Node: Top,  Next: Enabling OpenMP,  Up: (dir)
*************** File: libgomp.info,  Node: Top,  Next: E
*** 59,69 ****
  Introduction
  ************
  
! This manual documents the usage of libgomp, the GNU Offloading and Multi
! Processing Runtime Library.  This includes the GNU implementation of the
! OpenMP (http://www.openmp.org) Application Programming Interface (API)
! for multi-platform shared-memory parallel programming in C/C++ and
! Fortran, and the GNU implementation of the OpenACC
  (http://www.openacc.org/) Application Programming Interface (API) for
  offloading of code to accelerator devices in C/C++ and Fortran.
  
--- 60,70 ----
  Introduction
  ************
  
! This manual documents the usage of libgomp, the GNU Offloading and
! Multi Processing Runtime Library.  This includes the GNU implementation
! of the OpenMP (http://www.openmp.org) Application Programming Interface
! (API) for multi-platform shared-memory parallel programming in C/C++
! and Fortran, and the GNU implementation of the OpenACC
  (http://www.openacc.org/) Application Programming Interface (API) for
  offloading of code to accelerator devices in C/C++ and Fortran.
  
*************** File: libgomp.info,  Node: Enabling Open
*** 107,122 ****
  *****************
  
  To activate the OpenMP extensions for C/C++ and Fortran, the
! compile-time flag '-fopenmp' must be specified.  This enables the OpenMP
! directive '#pragma omp' in C/C++ and '!$omp' directives in free form,
! 'c$omp', '*$omp' and '!$omp' directives in fixed form, '!$' conditional
! compilation sentinels in free form and 'c$', '*$' and '!$' sentinels in
! fixed form, for Fortran.  The flag also arranges for automatic linking
! of the OpenMP runtime library (*note Runtime Library Routines::).
  
!    A complete description of all OpenMP directives accepted may be found
! in the OpenMP Application Program Interface (http://www.openmp.org)
! manual, version 4.5.
  
  
  File: libgomp.info,  Node: Runtime Library Routines,  Next: Environment Variables,  Prev: Enabling OpenMP,  Up: Top
--- 108,124 ----
  *****************
  
  To activate the OpenMP extensions for C/C++ and Fortran, the
! compile-time flag `-fopenmp' must be specified.  This enables the
! OpenMP directive `#pragma omp' in C/C++ and `!$omp' directives in free
! form, `c$omp', `*$omp' and `!$omp' directives in fixed form, `!$'
! conditional compilation sentinels in free form and `c$', `*$' and `!$'
! sentinels in fixed form, for Fortran.  The flag also arranges for
! automatic linking of the OpenMP runtime library (*note Runtime Library
! Routines::).
  
!    A complete description of all OpenMP directives accepted may be
! found in the OpenMP Application Program Interface
! (http://www.openmp.org) manual, version 4.5.
  
  
  File: libgomp.info,  Node: Runtime Library Routines,  Next: Environment Variables,  Prev: Enabling OpenMP,  Up: Top
*************** Portable, thread-based, wall clock timer
*** 184,190 ****
  
  File: libgomp.info,  Node: omp_get_active_level,  Next: omp_get_ancestor_thread_num,  Up: Runtime Library Routines
  
! 2.1 'omp_get_active_level' - Number of parallel regions
  =======================================================
  
  _Description_:
--- 186,192 ----
  
  File: libgomp.info,  Node: omp_get_active_level,  Next: omp_get_ancestor_thread_num,  Up: Runtime Library Routines
  
! 2.1 `omp_get_active_level' - Number of parallel regions
  =======================================================
  
  _Description_:
*************** _Description_:
*** 192,201 ****
       blocks, which enclose the calling call.
  
  _C/C++_
!      _Prototype_:   'int omp_get_active_level(void);'
  
  _Fortran_:
!      _Interface_:   'integer function omp_get_active_level()'
  
  _See also_:
       *note omp_get_level::, *note omp_get_max_active_levels::, *note
--- 194,203 ----
       blocks, which enclose the calling call.
  
  _C/C++_
!      _Prototype_:  `int omp_get_active_level(void);'
  
  _Fortran_:
!      _Interface_:  `integer function omp_get_active_level()'
  
  _See also_:
       *note omp_get_level::, *note omp_get_max_active_levels::, *note
*************** _Reference_:
*** 207,227 ****
  
  File: libgomp.info,  Node: omp_get_ancestor_thread_num,  Next: omp_get_cancellation,  Prev: omp_get_active_level,  Up: Runtime Library Routines
  
! 2.2 'omp_get_ancestor_thread_num' - Ancestor thread ID
  ======================================================
  
  _Description_:
       This function returns the thread identification number for the
       given nesting level of the current thread.  For values of LEVEL
!      outside zero to 'omp_get_level' -1 is returned; if LEVEL is
!      'omp_get_level' the result is identical to 'omp_get_thread_num'.
  
  _C/C++_
!      _Prototype_:   'int omp_get_ancestor_thread_num(int level);'
  
  _Fortran_:
!      _Interface_:   'integer function omp_get_ancestor_thread_num(level)'
!                     'integer level'
  
  _See also_:
       *note omp_get_level::, *note omp_get_thread_num::, *note
--- 209,229 ----
  
  File: libgomp.info,  Node: omp_get_ancestor_thread_num,  Next: omp_get_cancellation,  Prev: omp_get_active_level,  Up: Runtime Library Routines
  
! 2.2 `omp_get_ancestor_thread_num' - Ancestor thread ID
  ======================================================
  
  _Description_:
       This function returns the thread identification number for the
       given nesting level of the current thread.  For values of LEVEL
!      outside zero to `omp_get_level' -1 is returned; if LEVEL is
!      `omp_get_level' the result is identical to `omp_get_thread_num'.
  
  _C/C++_
!      _Prototype_:  `int omp_get_ancestor_thread_num(int level);'
  
  _Fortran_:
!      _Interface_:  `integer function omp_get_ancestor_thread_num(level)'
!                    `integer level'
  
  _See also_:
       *note omp_get_level::, *note omp_get_thread_num::, *note
*************** _Reference_:
*** 233,252 ****
  
  File: libgomp.info,  Node: omp_get_cancellation,  Next: omp_get_default_device,  Prev: omp_get_ancestor_thread_num,  Up: Runtime Library Routines
  
! 2.3 'omp_get_cancellation' - Whether cancellation support is enabled
  ====================================================================
  
  _Description_:
!      This function returns 'true' if cancellation is activated, 'false'
!      otherwise.  Here, 'true' and 'false' represent their
!      language-specific counterparts.  Unless 'OMP_CANCELLATION' is set
       true, cancellations are deactivated.
  
  _C/C++_:
!      _Prototype_:   'int omp_get_cancellation(void);'
  
  _Fortran_:
!      _Interface_:   'logical function omp_get_cancellation()'
  
  _See also_:
       *note OMP_CANCELLATION::
--- 235,254 ----
  
  File: libgomp.info,  Node: omp_get_cancellation,  Next: omp_get_default_device,  Prev: omp_get_ancestor_thread_num,  Up: Runtime Library Routines
  
! 2.3 `omp_get_cancellation' - Whether cancellation support is enabled
  ====================================================================
  
  _Description_:
!      This function returns `true' if cancellation is activated, `false'
!      otherwise.  Here, `true' and `false' represent their
!      language-specific counterparts.  Unless `OMP_CANCELLATION' is set
       true, cancellations are deactivated.
  
  _C/C++_:
!      _Prototype_:  `int omp_get_cancellation(void);'
  
  _Fortran_:
!      _Interface_:  `logical function omp_get_cancellation()'
  
  _See also_:
       *note OMP_CANCELLATION::
*************** _Reference_:
*** 257,273 ****
  
  File: libgomp.info,  Node: omp_get_default_device,  Next: omp_get_dynamic,  Prev: omp_get_cancellation,  Up: Runtime Library Routines
  
! 2.4 'omp_get_default_device' - Get the default device for target regions
  ========================================================================
  
  _Description_:
       Get the default device for target regions without device clause.
  
  _C/C++_:
!      _Prototype_:   'int omp_get_default_device(void);'
  
  _Fortran_:
!      _Interface_:   'integer function omp_get_default_device()'
  
  _See also_:
       *note OMP_DEFAULT_DEVICE::, *note omp_set_default_device::
--- 259,275 ----
  
  File: libgomp.info,  Node: omp_get_default_device,  Next: omp_get_dynamic,  Prev: omp_get_cancellation,  Up: Runtime Library Routines
  
! 2.4 `omp_get_default_device' - Get the default device for target regions
  ========================================================================
  
  _Description_:
       Get the default device for target regions without device clause.
  
  _C/C++_:
!      _Prototype_:  `int omp_get_default_device(void);'
  
  _Fortran_:
!      _Interface_:  `integer function omp_get_default_device()'
  
  _See also_:
       *note OMP_DEFAULT_DEVICE::, *note omp_set_default_device::
*************** _Reference_:
*** 278,300 ****
  
  File: libgomp.info,  Node: omp_get_dynamic,  Next: omp_get_level,  Prev: omp_get_default_device,  Up: Runtime Library Routines
  
! 2.5 'omp_get_dynamic' - Dynamic teams setting
  =============================================
  
  _Description_:
!      This function returns 'true' if enabled, 'false' otherwise.  Here,
!      'true' and 'false' represent their language-specific counterparts.
  
       The dynamic team setting may be initialized at startup by the
!      'OMP_DYNAMIC' environment variable or at runtime using
!      'omp_set_dynamic'.  If undefined, dynamic adjustment is disabled by
!      default.
  
  _C/C++_:
!      _Prototype_:   'int omp_get_dynamic(void);'
  
  _Fortran_:
!      _Interface_:   'logical function omp_get_dynamic()'
  
  _See also_:
       *note omp_set_dynamic::, *note OMP_DYNAMIC::
--- 280,302 ----
  
  File: libgomp.info,  Node: omp_get_dynamic,  Next: omp_get_level,  Prev: omp_get_default_device,  Up: Runtime Library Routines
  
! 2.5 `omp_get_dynamic' - Dynamic teams setting
  =============================================
  
  _Description_:
!      This function returns `true' if enabled, `false' otherwise.  Here,
!      `true' and `false' represent their language-specific counterparts.
  
       The dynamic team setting may be initialized at startup by the
!      `OMP_DYNAMIC' environment variable or at runtime using
!      `omp_set_dynamic'.  If undefined, dynamic adjustment is disabled
!      by default.
  
  _C/C++_:
!      _Prototype_:  `int omp_get_dynamic(void);'
  
  _Fortran_:
!      _Interface_:  `logical function omp_get_dynamic()'
  
  _See also_:
       *note omp_set_dynamic::, *note OMP_DYNAMIC::
*************** _Reference_:
*** 305,311 ****
  
  File: libgomp.info,  Node: omp_get_level,  Next: omp_get_max_active_levels,  Prev: omp_get_dynamic,  Up: Runtime Library Routines
  
! 2.6 'omp_get_level' - Obtain the current nesting level
  ======================================================
  
  _Description_:
--- 307,313 ----
  
  File: libgomp.info,  Node: omp_get_level,  Next: omp_get_max_active_levels,  Prev: omp_get_dynamic,  Up: Runtime Library Routines
  
! 2.6 `omp_get_level' - Obtain the current nesting level
  ======================================================
  
  _Description_:
*************** _Description_:
*** 313,322 ****
       which enclose the calling call.
  
  _C/C++_
!      _Prototype_:   'int omp_get_level(void);'
  
  _Fortran_:
!      _Interface_:   'integer function omp_level()'
  
  _See also_:
       *note omp_get_active_level::
--- 315,324 ----
       which enclose the calling call.
  
  _C/C++_
!      _Prototype_:  `int omp_get_level(void);'
  
  _Fortran_:
!      _Interface_:  `integer function omp_level()'
  
  _See also_:
       *note omp_get_active_level::
*************** _Reference_:
*** 327,333 ****
  
  File: libgomp.info,  Node: omp_get_max_active_levels,  Next: omp_get_max_task_priority,  Prev: omp_get_level,  Up: Runtime Library Routines
  
! 2.7 'omp_get_max_active_levels' - Maximum number of active regions
  ==================================================================
  
  _Description_:
--- 329,335 ----
  
  File: libgomp.info,  Node: omp_get_max_active_levels,  Next: omp_get_max_task_priority,  Prev: omp_get_level,  Up: Runtime Library Routines
  
! 2.7 `omp_get_max_active_levels' - Maximum number of active regions
  ==================================================================
  
  _Description_:
*************** _Description_:
*** 335,344 ****
       parallel regions.
  
  _C/C++_
!      _Prototype_:   'int omp_get_max_active_levels(void);'
  
  _Fortran_:
!      _Interface_:   'integer function omp_get_max_active_levels()'
  
  _See also_:
       *note omp_set_max_active_levels::, *note omp_get_active_level::
--- 337,346 ----
       parallel regions.
  
  _C/C++_
!      _Prototype_:  `int omp_get_max_active_levels(void);'
  
  _Fortran_:
!      _Interface_:  `integer function omp_get_max_active_levels()'
  
  _See also_:
       *note omp_set_max_active_levels::, *note omp_get_active_level::
*************** _Reference_:
*** 349,355 ****
  
  File: libgomp.info,  Node: omp_get_max_task_priority,  Next: omp_get_max_threads,  Prev: omp_get_max_active_levels,  Up: Runtime Library Routines
  
! 2.8 'omp_get_max_task_priority' - Maximum priority value
  ========================================================
  
  that can be set for tasks.
--- 351,357 ----
  
  File: libgomp.info,  Node: omp_get_max_task_priority,  Next: omp_get_max_threads,  Prev: omp_get_max_active_levels,  Up: Runtime Library Routines
  
! 2.8 `omp_get_max_task_priority' - Maximum priority value
  ========================================================
  
  that can be set for tasks.
*************** _Description_:
*** 358,367 ****
       tasks.
  
  _C/C++_
!      _Prototype_:   'int omp_get_max_task_priority(void);'
  
  _Fortran_:
!      _Interface_:   'integer function omp_get_max_task_priority()'
  
  _Reference_:
       OpenMP specification v4.5 (http://www.openmp.org/), Section 3.2.29.
--- 360,369 ----
       tasks.
  
  _C/C++_
!      _Prototype_:  `int omp_get_max_task_priority(void);'
  
  _Fortran_:
!      _Interface_:  `integer function omp_get_max_task_priority()'
  
  _Reference_:
       OpenMP specification v4.5 (http://www.openmp.org/), Section 3.2.29.
*************** _Reference_:
*** 369,386 ****
  
  File: libgomp.info,  Node: omp_get_max_threads,  Next: omp_get_nested,  Prev: omp_get_max_task_priority,  Up: Runtime Library Routines
  
! 2.9 'omp_get_max_threads' - Maximum number of threads of parallel region
  ========================================================================
  
  _Description_:
       Return the maximum number of threads used for the current parallel
!      region that does not use the clause 'num_threads'.
  
  _C/C++_:
!      _Prototype_:   'int omp_get_max_threads(void);'
  
  _Fortran_:
!      _Interface_:   'integer function omp_get_max_threads()'
  
  _See also_:
       *note omp_set_num_threads::, *note omp_set_dynamic::, *note
--- 371,388 ----
  
  File: libgomp.info,  Node: omp_get_max_threads,  Next: omp_get_nested,  Prev: omp_get_max_task_priority,  Up: Runtime Library Routines
  
! 2.9 `omp_get_max_threads' - Maximum number of threads of parallel region
  ========================================================================
  
  _Description_:
       Return the maximum number of threads used for the current parallel
!      region that does not use the clause `num_threads'.
  
  _C/C++_:
!      _Prototype_:  `int omp_get_max_threads(void);'
  
  _Fortran_:
!      _Interface_:  `integer function omp_get_max_threads()'
  
  _See also_:
       *note omp_set_num_threads::, *note omp_set_dynamic::, *note
*************** _Reference_:
*** 392,415 ****
  
  File: libgomp.info,  Node: omp_get_nested,  Next: omp_get_num_devices,  Prev: omp_get_max_threads,  Up: Runtime Library Routines
  
! 2.10 'omp_get_nested' - Nested parallel regions
  ===============================================
  
  _Description_:
!      This function returns 'true' if nested parallel regions are
!      enabled, 'false' otherwise.  Here, 'true' and 'false' represent
       their language-specific counterparts.
  
       Nested parallel regions may be initialized at startup by the
!      'OMP_NESTED' environment variable or at runtime using
!      'omp_set_nested'.  If undefined, nested parallel regions are
       disabled by default.
  
  _C/C++_:
!      _Prototype_:   'int omp_get_nested(void);'
  
  _Fortran_:
!      _Interface_:   'logical function omp_get_nested()'
  
  _See also_:
       *note omp_set_nested::, *note OMP_NESTED::
--- 394,417 ----
  
  File: libgomp.info,  Node: omp_get_nested,  Next: omp_get_num_devices,  Prev: omp_get_max_threads,  Up: Runtime Library Routines
  
! 2.10 `omp_get_nested' - Nested parallel regions
  ===============================================
  
  _Description_:
!      This function returns `true' if nested parallel regions are
!      enabled, `false' otherwise.  Here, `true' and `false' represent
       their language-specific counterparts.
  
       Nested parallel regions may be initialized at startup by the
!      `OMP_NESTED' environment variable or at runtime using
!      `omp_set_nested'.  If undefined, nested parallel regions are
       disabled by default.
  
  _C/C++_:
!      _Prototype_:  `int omp_get_nested(void);'
  
  _Fortran_:
!      _Interface_:  `logical function omp_get_nested()'
  
  _See also_:
       *note omp_set_nested::, *note OMP_NESTED::
*************** _Reference_:
*** 420,436 ****
  
  File: libgomp.info,  Node: omp_get_num_devices,  Next: omp_get_num_procs,  Prev: omp_get_nested,  Up: Runtime Library Routines
  
! 2.11 'omp_get_num_devices' - Number of target devices
  =====================================================
  
  _Description_:
       Returns the number of target devices.
  
  _C/C++_:
!      _Prototype_:   'int omp_get_num_devices(void);'
  
  _Fortran_:
!      _Interface_:   'integer function omp_get_num_devices()'
  
  _Reference_:
       OpenMP specification v4.5 (http://www.openmp.org/), Section 3.2.31.
--- 422,438 ----
  
  File: libgomp.info,  Node: omp_get_num_devices,  Next: omp_get_num_procs,  Prev: omp_get_nested,  Up: Runtime Library Routines
  
! 2.11 `omp_get_num_devices' - Number of target devices
  =====================================================
  
  _Description_:
       Returns the number of target devices.
  
  _C/C++_:
!      _Prototype_:  `int omp_get_num_devices(void);'
  
  _Fortran_:
!      _Interface_:  `integer function omp_get_num_devices()'
  
  _Reference_:
       OpenMP specification v4.5 (http://www.openmp.org/), Section 3.2.31.
*************** _Reference_:
*** 438,454 ****
  
  File: libgomp.info,  Node: omp_get_num_procs,  Next: omp_get_num_teams,  Prev: omp_get_num_devices,  Up: Runtime Library Routines
  
! 2.12 'omp_get_num_procs' - Number of processors online
  ======================================================
  
  _Description_:
       Returns the number of processors online on that device.
  
  _C/C++_:
!      _Prototype_:   'int omp_get_num_procs(void);'
  
  _Fortran_:
!      _Interface_:   'integer function omp_get_num_procs()'
  
  _Reference_:
       OpenMP specification v4.5 (http://www.openmp.org/), Section 3.2.5.
--- 440,456 ----
  
  File: libgomp.info,  Node: omp_get_num_procs,  Next: omp_get_num_teams,  Prev: omp_get_num_devices,  Up: Runtime Library Routines
  
! 2.12 `omp_get_num_procs' - Number of processors online
  ======================================================
  
  _Description_:
       Returns the number of processors online on that device.
  
  _C/C++_:
!      _Prototype_:  `int omp_get_num_procs(void);'
  
  _Fortran_:
!      _Interface_:  `integer function omp_get_num_procs()'
  
  _Reference_:
       OpenMP specification v4.5 (http://www.openmp.org/), Section 3.2.5.
*************** _Reference_:
*** 456,472 ****
  
  File: libgomp.info,  Node: omp_get_num_teams,  Next: omp_get_num_threads,  Prev: omp_get_num_procs,  Up: Runtime Library Routines
  
! 2.13 'omp_get_num_teams' - Number of teams
  ==========================================
  
  _Description_:
       Returns the number of teams in the current team region.
  
  _C/C++_:
!      _Prototype_:   'int omp_get_num_teams(void);'
  
  _Fortran_:
!      _Interface_:   'integer function omp_get_num_teams()'
  
  _Reference_:
       OpenMP specification v4.5 (http://www.openmp.org/), Section 3.2.32.
--- 458,474 ----
  
  File: libgomp.info,  Node: omp_get_num_teams,  Next: omp_get_num_threads,  Prev: omp_get_num_procs,  Up: Runtime Library Routines
  
! 2.13 `omp_get_num_teams' - Number of teams
  ==========================================
  
  _Description_:
       Returns the number of teams in the current team region.
  
  _C/C++_:
!      _Prototype_:  `int omp_get_num_teams(void);'
  
  _Fortran_:
!      _Interface_:  `integer function omp_get_num_teams()'
  
  _Reference_:
       OpenMP specification v4.5 (http://www.openmp.org/), Section 3.2.32.
*************** _Reference_:
*** 474,498 ****
  
  File: libgomp.info,  Node: omp_get_num_threads,  Next: omp_get_proc_bind,  Prev: omp_get_num_teams,  Up: Runtime Library Routines
  
! 2.14 'omp_get_num_threads' - Size of the active team
  ====================================================
  
  _Description_:
!      Returns the number of threads in the current team.  In a sequential
!      section of the program 'omp_get_num_threads' returns 1.
  
       The default team size may be initialized at startup by the
!      'OMP_NUM_THREADS' environment variable.  At runtime, the size of
!      the current team may be set either by the 'NUM_THREADS' clause or
!      by 'omp_set_num_threads'.  If none of the above were used to define
!      a specific value and 'OMP_DYNAMIC' is disabled, one thread per CPU
!      online is used.
  
  _C/C++_:
!      _Prototype_:   'int omp_get_num_threads(void);'
  
  _Fortran_:
!      _Interface_:   'integer function omp_get_num_threads()'
  
  _See also_:
       *note omp_get_max_threads::, *note omp_set_num_threads::, *note
--- 476,500 ----
  
  File: libgomp.info,  Node: omp_get_num_threads,  Next: omp_get_proc_bind,  Prev: omp_get_num_teams,  Up: Runtime Library Routines
  
! 2.14 `omp_get_num_threads' - Size of the active team
  ====================================================
  
  _Description_:
!      Returns the number of threads in the current team.  In a
!      sequential section of the program `omp_get_num_threads' returns 1.
  
       The default team size may be initialized at startup by the
!      `OMP_NUM_THREADS' environment variable.  At runtime, the size of
!      the current team may be set either by the `NUM_THREADS' clause or
!      by `omp_set_num_threads'.  If none of the above were used to
!      define a specific value and `OMP_DYNAMIC' is disabled, one thread
!      per CPU online is used.
  
  _C/C++_:
!      _Prototype_:  `int omp_get_num_threads(void);'
  
  _Fortran_:
!      _Interface_:  `integer function omp_get_num_threads()'
  
  _See also_:
       *note omp_get_max_threads::, *note omp_set_num_threads::, *note
*************** _Reference_:
*** 504,525 ****
  
  File: libgomp.info,  Node: omp_get_proc_bind,  Next: omp_get_schedule,  Prev: omp_get_num_threads,  Up: Runtime Library Routines
  
! 2.15 'omp_get_proc_bind' - Whether theads may be moved between CPUs
  ===================================================================
  
  _Description_:
!      This functions returns the currently active thread affinity policy,
!      which is set via 'OMP_PROC_BIND'.  Possible values are
!      'omp_proc_bind_false', 'omp_proc_bind_true',
!      'omp_proc_bind_master', 'omp_proc_bind_close' and
!      'omp_proc_bind_spread'.
  
  _C/C++_:
!      _Prototype_:   'omp_proc_bind_t omp_get_proc_bind(void);'
  
  _Fortran_:
!      _Interface_:   'integer(kind=omp_proc_bind_kind) function
!                     omp_get_proc_bind()'
  
  _See also_:
       *note OMP_PROC_BIND::, *note OMP_PLACES::, *note
--- 506,527 ----
  
  File: libgomp.info,  Node: omp_get_proc_bind,  Next: omp_get_schedule,  Prev: omp_get_num_threads,  Up: Runtime Library Routines
  
! 2.15 `omp_get_proc_bind' - Whether theads may be moved between CPUs
  ===================================================================
  
  _Description_:
!      This functions returns the currently active thread affinity
!      policy, which is set via `OMP_PROC_BIND'.  Possible values are
!      `omp_proc_bind_false', `omp_proc_bind_true',
!      `omp_proc_bind_master', `omp_proc_bind_close' and
!      `omp_proc_bind_spread'.
  
  _C/C++_:
!      _Prototype_:  `omp_proc_bind_t omp_get_proc_bind(void);'
  
  _Fortran_:
!      _Interface_:  `integer(kind=omp_proc_bind_kind) function
!                    omp_get_proc_bind()'
  
  _See also_:
       *note OMP_PROC_BIND::, *note OMP_PLACES::, *note
*************** _Reference_:
*** 531,553 ****
  
  File: libgomp.info,  Node: omp_get_schedule,  Next: omp_get_team_num,  Prev: omp_get_proc_bind,  Up: Runtime Library Routines
  
! 2.16 'omp_get_schedule' - Obtain the runtime scheduling method
  ==============================================================
  
  _Description_:
       Obtain the runtime scheduling method.  The KIND argument will be
!      set to the value 'omp_sched_static', 'omp_sched_dynamic',
!      'omp_sched_guided' or 'omp_sched_auto'.  The second argument,
       CHUNK_SIZE, is set to the chunk size.
  
  _C/C++_
!      _Prototype_:   'void omp_get_schedule(omp_sched_t *kind, int
!                     *chunk_size);'
  
  _Fortran_:
!      _Interface_:   'subroutine omp_get_schedule(kind, chunk_size)'
!                     'integer(kind=omp_sched_kind) kind'
!                     'integer chunk_size'
  
  _See also_:
       *note omp_set_schedule::, *note OMP_SCHEDULE::
--- 533,555 ----
  
  File: libgomp.info,  Node: omp_get_schedule,  Next: omp_get_team_num,  Prev: omp_get_proc_bind,  Up: Runtime Library Routines
  
! 2.16 `omp_get_schedule' - Obtain the runtime scheduling method
  ==============================================================
  
  _Description_:
       Obtain the runtime scheduling method.  The KIND argument will be
!      set to the value `omp_sched_static', `omp_sched_dynamic',
!      `omp_sched_guided' or `omp_sched_auto'.  The second argument,
       CHUNK_SIZE, is set to the chunk size.
  
  _C/C++_
!      _Prototype_:  `void omp_get_schedule(omp_sched_t *kind, int
!                    *chunk_size);'
  
  _Fortran_:
!      _Interface_:  `subroutine omp_get_schedule(kind, chunk_size)'
!                    `integer(kind=omp_sched_kind) kind'
!                    `integer chunk_size'
  
  _See also_:
       *note omp_set_schedule::, *note OMP_SCHEDULE::
*************** _Reference_:
*** 558,574 ****
  
  File: libgomp.info,  Node: omp_get_team_num,  Next: omp_get_team_size,  Prev: omp_get_schedule,  Up: Runtime Library Routines
  
! 2.17 'omp_get_team_num' - Get team number
  =========================================
  
  _Description_:
       Returns the team number of the calling thread.
  
  _C/C++_:
!      _Prototype_:   'int omp_get_team_num(void);'
  
  _Fortran_:
!      _Interface_:   'integer function omp_get_team_num()'
  
  _Reference_:
       OpenMP specification v4.5 (http://www.openmp.org/), Section 3.2.33.
--- 560,576 ----
  
  File: libgomp.info,  Node: omp_get_team_num,  Next: omp_get_team_size,  Prev: omp_get_schedule,  Up: Runtime Library Routines
  
! 2.17 `omp_get_team_num' - Get team number
  =========================================
  
  _Description_:
       Returns the team number of the calling thread.
  
  _C/C++_:
!      _Prototype_:  `int omp_get_team_num(void);'
  
  _Fortran_:
!      _Interface_:  `integer function omp_get_team_num()'
  
  _Reference_:
       OpenMP specification v4.5 (http://www.openmp.org/), Section 3.2.33.
*************** _Reference_:
*** 576,597 ****
  
  File: libgomp.info,  Node: omp_get_team_size,  Next: omp_get_thread_limit,  Prev: omp_get_team_num,  Up: Runtime Library Routines
  
! 2.18 'omp_get_team_size' - Number of threads in a team
  ======================================================
  
  _Description_:
       This function returns the number of threads in a thread team to
       which either the current thread or its ancestor belongs.  For
!      values of LEVEL outside zero to 'omp_get_level', -1 is returned; if
!      LEVEL is zero, 1 is returned, and for 'omp_get_level', the result
!      is identical to 'omp_get_num_threads'.
  
  _C/C++_:
!      _Prototype_:   'int omp_get_team_size(int level);'
  
  _Fortran_:
!      _Interface_:   'integer function omp_get_team_size(level)'
!                     'integer level'
  
  _See also_:
       *note omp_get_num_threads::, *note omp_get_level::, *note
--- 578,599 ----
  
  File: libgomp.info,  Node: omp_get_team_size,  Next: omp_get_thread_limit,  Prev: omp_get_team_num,  Up: Runtime Library Routines
  
! 2.18 `omp_get_team_size' - Number of threads in a team
  ======================================================
  
  _Description_:
       This function returns the number of threads in a thread team to
       which either the current thread or its ancestor belongs.  For
!      values of LEVEL outside zero to `omp_get_level', -1 is returned;
!      if LEVEL is zero, 1 is returned, and for `omp_get_level', the
!      result is identical to `omp_get_num_threads'.
  
  _C/C++_:
!      _Prototype_:  `int omp_get_team_size(int level);'
  
  _Fortran_:
!      _Interface_:  `integer function omp_get_team_size(level)'
!                    `integer level'
  
  _See also_:
       *note omp_get_num_threads::, *note omp_get_level::, *note
*************** _Reference_:
*** 603,619 ****
  
  File: libgomp.info,  Node: omp_get_thread_limit,  Next: omp_get_thread_num,  Prev: omp_get_team_size,  Up: Runtime Library Routines
  
! 2.19 'omp_get_thread_limit' - Maximum number of threads
  =======================================================
  
  _Description_:
       Return the maximum number of threads of the program.
  
  _C/C++_:
!      _Prototype_:   'int omp_get_thread_limit(void);'
  
  _Fortran_:
!      _Interface_:   'integer function omp_get_thread_limit()'
  
  _See also_:
       *note omp_get_max_threads::, *note OMP_THREAD_LIMIT::
--- 605,621 ----
  
  File: libgomp.info,  Node: omp_get_thread_limit,  Next: omp_get_thread_num,  Prev: omp_get_team_size,  Up: Runtime Library Routines
  
! 2.19 `omp_get_thread_limit' - Maximum number of threads
  =======================================================
  
  _Description_:
       Return the maximum number of threads of the program.
  
  _C/C++_:
!      _Prototype_:  `int omp_get_thread_limit(void);'
  
  _Fortran_:
!      _Interface_:  `integer function omp_get_thread_limit()'
  
  _See also_:
       *note omp_get_max_threads::, *note OMP_THREAD_LIMIT::
*************** _Reference_:
*** 624,644 ****
  
  File: libgomp.info,  Node: omp_get_thread_num,  Next: omp_in_parallel,  Prev: omp_get_thread_limit,  Up: Runtime Library Routines
  
! 2.20 'omp_get_thread_num' - Current thread ID
  =============================================
  
  _Description_:
       Returns a unique thread identification number within the current
!      team.  In a sequential parts of the program, 'omp_get_thread_num'
!      always returns 0.  In parallel regions the return value varies from
!      0 to 'omp_get_num_threads'-1 inclusive.  The return value of the
!      master thread of a team is always 0.
  
  _C/C++_:
!      _Prototype_:   'int omp_get_thread_num(void);'
  
  _Fortran_:
!      _Interface_:   'integer function omp_get_thread_num()'
  
  _See also_:
       *note omp_get_num_threads::, *note omp_get_ancestor_thread_num::
--- 626,646 ----
  
  File: libgomp.info,  Node: omp_get_thread_num,  Next: omp_in_parallel,  Prev: omp_get_thread_limit,  Up: Runtime Library Routines
  
! 2.20 `omp_get_thread_num' - Current thread ID
  =============================================
  
  _Description_:
       Returns a unique thread identification number within the current
!      team.  In a sequential parts of the program, `omp_get_thread_num'
!      always returns 0.  In parallel regions the return value varies
!      from 0 to `omp_get_num_threads'-1 inclusive.  The return value of
!      the master thread of a team is always 0.
  
  _C/C++_:
!      _Prototype_:  `int omp_get_thread_num(void);'
  
  _Fortran_:
!      _Interface_:  `integer function omp_get_thread_num()'
  
  _See also_:
       *note omp_get_num_threads::, *note omp_get_ancestor_thread_num::
*************** _Reference_:
*** 649,667 ****
  
  File: libgomp.info,  Node: omp_in_parallel,  Next: omp_in_final,  Prev: omp_get_thread_num,  Up: Runtime Library Routines
  
! 2.21 'omp_in_parallel' - Whether a parallel region is active
  ============================================================
  
  _Description_:
!      This function returns 'true' if currently running in parallel,
!      'false' otherwise.  Here, 'true' and 'false' represent their
       language-specific counterparts.
  
  _C/C++_:
!      _Prototype_:   'int omp_in_parallel(void);'
  
  _Fortran_:
!      _Interface_:   'logical function omp_in_parallel()'
  
  _Reference_:
       OpenMP specification v4.5 (http://www.openmp.org/), Section 3.2.6.
--- 651,669 ----
  
  File: libgomp.info,  Node: omp_in_parallel,  Next: omp_in_final,  Prev: omp_get_thread_num,  Up: Runtime Library Routines
  
! 2.21 `omp_in_parallel' - Whether a parallel region is active
  ============================================================
  
  _Description_:
!      This function returns `true' if currently running in parallel,
!      `false' otherwise.  Here, `true' and `false' represent their
       language-specific counterparts.
  
  _C/C++_:
!      _Prototype_:  `int omp_in_parallel(void);'
  
  _Fortran_:
!      _Interface_:  `logical function omp_in_parallel()'
  
  _Reference_:
       OpenMP specification v4.5 (http://www.openmp.org/), Section 3.2.6.
*************** _Reference_:
*** 669,687 ****
  
  File: libgomp.info,  Node: omp_in_final,  Next: omp_is_initial_device,  Prev: omp_in_parallel,  Up: Runtime Library Routines
  
! 2.22 'omp_in_final' - Whether in final or included task region
  ==============================================================
  
  _Description_:
!      This function returns 'true' if currently running in a final or
!      included task region, 'false' otherwise.  Here, 'true' and 'false'
       represent their language-specific counterparts.
  
  _C/C++_:
!      _Prototype_:   'int omp_in_final(void);'
  
  _Fortran_:
!      _Interface_:   'logical function omp_in_final()'
  
  _Reference_:
       OpenMP specification v4.5 (http://www.openmp.org/), Section 3.2.21.
--- 671,689 ----
  
  File: libgomp.info,  Node: omp_in_final,  Next: omp_is_initial_device,  Prev: omp_in_parallel,  Up: Runtime Library Routines
  
! 2.22 `omp_in_final' - Whether in final or included task region
  ==============================================================
  
  _Description_:
!      This function returns `true' if currently running in a final or
!      included task region, `false' otherwise.  Here, `true' and `false'
       represent their language-specific counterparts.
  
  _C/C++_:
!      _Prototype_:  `int omp_in_final(void);'
  
  _Fortran_:
!      _Interface_:  `logical function omp_in_final()'
  
  _Reference_:
       OpenMP specification v4.5 (http://www.openmp.org/), Section 3.2.21.
*************** _Reference_:
*** 689,707 ****
  
  File: libgomp.info,  Node: omp_is_initial_device,  Next: omp_set_default_device,  Prev: omp_in_final,  Up: Runtime Library Routines
  
! 2.23 'omp_is_initial_device' - Whether executing on the host device
  ===================================================================
  
  _Description_:
!      This function returns 'true' if currently running on the host
!      device, 'false' otherwise.  Here, 'true' and 'false' represent
       their language-specific counterparts.
  
  _C/C++_:
!      _Prototype_:   'int omp_is_initial_device(void);'
  
  _Fortran_:
!      _Interface_:   'logical function omp_is_initial_device()'
  
  _Reference_:
       OpenMP specification v4.5 (http://www.openmp.org/), Section 3.2.34.
--- 691,709 ----
  
  File: libgomp.info,  Node: omp_is_initial_device,  Next: omp_set_default_device,  Prev: omp_in_final,  Up: Runtime Library Routines
  
! 2.23 `omp_is_initial_device' - Whether executing on the host device
  ===================================================================
  
  _Description_:
!      This function returns `true' if currently running on the host
!      device, `false' otherwise.  Here, `true' and `false' represent
       their language-specific counterparts.
  
  _C/C++_:
!      _Prototype_:  `int omp_is_initial_device(void);'
  
  _Fortran_:
!      _Interface_:  `logical function omp_is_initial_device()'
  
  _Reference_:
       OpenMP specification v4.5 (http://www.openmp.org/), Section 3.2.34.
*************** _Reference_:
*** 709,715 ****
  
  File: libgomp.info,  Node: omp_set_default_device,  Next: omp_set_dynamic,  Prev: omp_is_initial_device,  Up: Runtime Library Routines
  
! 2.24 'omp_set_default_device' - Set the default device for target regions
  =========================================================================
  
  _Description_:
--- 711,717 ----
  
  File: libgomp.info,  Node: omp_set_default_device,  Next: omp_set_dynamic,  Prev: omp_is_initial_device,  Up: Runtime Library Routines
  
! 2.24 `omp_set_default_device' - Set the default device for target regions
  =========================================================================
  
  _Description_:
*************** _Description_:
*** 717,727 ****
       The argument shall be a nonnegative device number.
  
  _C/C++_:
!      _Prototype_:   'void omp_set_default_device(int device_num);'
  
  _Fortran_:
!      _Interface_:   'subroutine omp_set_default_device(device_num)'
!                     'integer device_num'
  
  _See also_:
       *note OMP_DEFAULT_DEVICE::, *note omp_get_default_device::
--- 719,729 ----
       The argument shall be a nonnegative device number.
  
  _C/C++_:
!      _Prototype_:  `void omp_set_default_device(int device_num);'
  
  _Fortran_:
!      _Interface_:  `subroutine omp_set_default_device(device_num)'
!                    `integer device_num'
  
  _See also_:
       *note OMP_DEFAULT_DEVICE::, *note omp_get_default_device::
*************** _Reference_:
*** 732,752 ****
  
  File: libgomp.info,  Node: omp_set_dynamic,  Next: omp_set_max_active_levels,  Prev: omp_set_default_device,  Up: Runtime Library Routines
  
! 2.25 'omp_set_dynamic' - Enable/disable dynamic teams
  =====================================================
  
  _Description_:
       Enable or disable the dynamic adjustment of the number of threads
       within a team.  The function takes the language-specific equivalent
!      of 'true' and 'false', where 'true' enables dynamic adjustment of
!      team sizes and 'false' disables it.
  
  _C/C++_:
!      _Prototype_:   'void omp_set_dynamic(int dynamic_threads);'
  
  _Fortran_:
!      _Interface_:   'subroutine omp_set_dynamic(dynamic_threads)'
!                     'logical, intent(in) :: dynamic_threads'
  
  _See also_:
       *note OMP_DYNAMIC::, *note omp_get_dynamic::
--- 734,754 ----
  
  File: libgomp.info,  Node: omp_set_dynamic,  Next: omp_set_max_active_levels,  Prev: omp_set_default_device,  Up: Runtime Library Routines
  
! 2.25 `omp_set_dynamic' - Enable/disable dynamic teams
  =====================================================
  
  _Description_:
       Enable or disable the dynamic adjustment of the number of threads
       within a team.  The function takes the language-specific equivalent
!      of `true' and `false', where `true' enables dynamic adjustment of
!      team sizes and `false' disables it.
  
  _C/C++_:
!      _Prototype_:  `void omp_set_dynamic(int dynamic_threads);'
  
  _Fortran_:
!      _Interface_:  `subroutine omp_set_dynamic(dynamic_threads)'
!                    `logical, intent(in) :: dynamic_threads'
  
  _See also_:
       *note OMP_DYNAMIC::, *note omp_get_dynamic::
*************** _Reference_:
*** 757,763 ****
  
  File: libgomp.info,  Node: omp_set_max_active_levels,  Next: omp_set_nested,  Prev: omp_set_dynamic,  Up: Runtime Library Routines
  
! 2.26 'omp_set_max_active_levels' - Limits the number of active parallel regions
  ===============================================================================
  
  _Description_:
--- 759,765 ----
  
  File: libgomp.info,  Node: omp_set_max_active_levels,  Next: omp_set_nested,  Prev: omp_set_dynamic,  Up: Runtime Library Routines
  
! 2.26 `omp_set_max_active_levels' - Limits the number of active parallel regions
  ===============================================================================
  
  _Description_:
*************** _Description_:
*** 765,775 ****
       parallel regions.
  
  _C/C++_
!      _Prototype_:   'void omp_set_max_active_levels(int max_levels);'
  
  _Fortran_:
!      _Interface_:   'subroutine omp_set_max_active_levels(max_levels)'
!                     'integer max_levels'
  
  _See also_:
       *note omp_get_max_active_levels::, *note omp_get_active_level::
--- 767,777 ----
       parallel regions.
  
  _C/C++_
!      _Prototype_:  `void omp_set_max_active_levels(int max_levels);'
  
  _Fortran_:
!      _Interface_:  `subroutine omp_set_max_active_levels(max_levels)'
!                    `integer max_levels'
  
  _See also_:
       *note omp_get_max_active_levels::, *note omp_get_active_level::
*************** _Reference_:
*** 780,800 ****
  
  File: libgomp.info,  Node: omp_set_nested,  Next: omp_set_num_threads,  Prev: omp_set_max_active_levels,  Up: Runtime Library Routines
  
! 2.27 'omp_set_nested' - Enable/disable nested parallel regions
  ==============================================================
  
  _Description_:
       Enable or disable nested parallel regions, i.e., whether team
       members are allowed to create new teams.  The function takes the
!      language-specific equivalent of 'true' and 'false', where 'true'
!      enables dynamic adjustment of team sizes and 'false' disables it.
  
  _C/C++_:
!      _Prototype_:   'void omp_set_nested(int nested);'
  
  _Fortran_:
!      _Interface_:   'subroutine omp_set_nested(nested)'
!                     'logical, intent(in) :: nested'
  
  _See also_:
       *note OMP_NESTED::, *note omp_get_nested::
--- 782,802 ----
  
  File: libgomp.info,  Node: omp_set_nested,  Next: omp_set_num_threads,  Prev: omp_set_max_active_levels,  Up: Runtime Library Routines
  
! 2.27 `omp_set_nested' - Enable/disable nested parallel regions
  ==============================================================
  
  _Description_:
       Enable or disable nested parallel regions, i.e., whether team
       members are allowed to create new teams.  The function takes the
!      language-specific equivalent of `true' and `false', where `true'
!      enables dynamic adjustment of team sizes and `false' disables it.
  
  _C/C++_:
!      _Prototype_:  `void omp_set_nested(int nested);'
  
  _Fortran_:
!      _Interface_:  `subroutine omp_set_nested(nested)'
!                    `logical, intent(in) :: nested'
  
  _See also_:
       *note OMP_NESTED::, *note omp_get_nested::
*************** _Reference_:
*** 805,824 ****
  
  File: libgomp.info,  Node: omp_set_num_threads,  Next: omp_set_schedule,  Prev: omp_set_nested,  Up: Runtime Library Routines
  
! 2.28 'omp_set_num_threads' - Set upper team size limit
  ======================================================
  
  _Description_:
       Specifies the number of threads used by default in subsequent
!      parallel sections, if those do not specify a 'num_threads' clause.
!      The argument of 'omp_set_num_threads' shall be a positive integer.
  
  _C/C++_:
!      _Prototype_:   'void omp_set_num_threads(int num_threads);'
  
  _Fortran_:
!      _Interface_:   'subroutine omp_set_num_threads(num_threads)'
!                     'integer, intent(in) :: num_threads'
  
  _See also_:
       *note OMP_NUM_THREADS::, *note omp_get_num_threads::, *note
--- 807,826 ----
  
  File: libgomp.info,  Node: omp_set_num_threads,  Next: omp_set_schedule,  Prev: omp_set_nested,  Up: Runtime Library Routines
  
! 2.28 `omp_set_num_threads' - Set upper team size limit
  ======================================================
  
  _Description_:
       Specifies the number of threads used by default in subsequent
!      parallel sections, if those do not specify a `num_threads' clause.
!      The argument of `omp_set_num_threads' shall be a positive integer.
  
  _C/C++_:
!      _Prototype_:  `void omp_set_num_threads(int num_threads);'
  
  _Fortran_:
!      _Interface_:  `subroutine omp_set_num_threads(num_threads)'
!                    `integer, intent(in) :: num_threads'
  
  _See also_:
       *note OMP_NUM_THREADS::, *note omp_get_num_threads::, *note
*************** _Reference_:
*** 830,854 ****
  
  File: libgomp.info,  Node: omp_set_schedule,  Next: omp_init_lock,  Prev: omp_set_num_threads,  Up: Runtime Library Routines
  
! 2.29 'omp_set_schedule' - Set the runtime scheduling method
  ===========================================================
  
  _Description_:
       Sets the runtime scheduling method.  The KIND argument can have the
!      value 'omp_sched_static', 'omp_sched_dynamic', 'omp_sched_guided'
!      or 'omp_sched_auto'.  Except for 'omp_sched_auto', the chunk size
       is set to the value of CHUNK_SIZE if positive, or to the default
!      value if zero or negative.  For 'omp_sched_auto' the CHUNK_SIZE
       argument is ignored.
  
  _C/C++_
!      _Prototype_:   'void omp_set_schedule(omp_sched_t kind, int
!                     chunk_size);'
  
  _Fortran_:
!      _Interface_:   'subroutine omp_set_schedule(kind, chunk_size)'
!                     'integer(kind=omp_sched_kind) kind'
!                     'integer chunk_size'
  
  _See also_:
       *note omp_get_schedule:: *note OMP_SCHEDULE::
--- 832,856 ----
  
  File: libgomp.info,  Node: omp_set_schedule,  Next: omp_init_lock,  Prev: omp_set_num_threads,  Up: Runtime Library Routines
  
! 2.29 `omp_set_schedule' - Set the runtime scheduling method
  ===========================================================
  
  _Description_:
       Sets the runtime scheduling method.  The KIND argument can have the
!      value `omp_sched_static', `omp_sched_dynamic', `omp_sched_guided'
!      or `omp_sched_auto'.  Except for `omp_sched_auto', the chunk size
       is set to the value of CHUNK_SIZE if positive, or to the default
!      value if zero or negative.  For `omp_sched_auto' the CHUNK_SIZE
       argument is ignored.
  
  _C/C++_
!      _Prototype_:  `void omp_set_schedule(omp_sched_t kind, int
!                    chunk_size);'
  
  _Fortran_:
!      _Interface_:  `subroutine omp_set_schedule(kind, chunk_size)'
!                    `integer(kind=omp_sched_kind) kind'
!                    `integer chunk_size'
  
  _See also_:
       *note omp_get_schedule:: *note OMP_SCHEDULE::
*************** _Reference_:
*** 859,865 ****
  
  File: libgomp.info,  Node: omp_init_lock,  Next: omp_set_lock,  Prev: omp_set_schedule,  Up: Runtime Library Routines
  
! 2.30 'omp_init_lock' - Initialize simple lock
  =============================================
  
  _Description_:
--- 861,867 ----
  
  File: libgomp.info,  Node: omp_init_lock,  Next: omp_set_lock,  Prev: omp_set_schedule,  Up: Runtime Library Routines
  
! 2.30 `omp_init_lock' - Initialize simple lock
  =============================================
  
  _Description_:
*************** _Description_:
*** 867,877 ****
       unlocked state.
  
  _C/C++_:
!      _Prototype_:   'void omp_init_lock(omp_lock_t *lock);'
  
  _Fortran_:
!      _Interface_:   'subroutine omp_init_lock(svar)'
!                     'integer(omp_lock_kind), intent(out) :: svar'
  
  _See also_:
       *note omp_destroy_lock::
--- 869,879 ----
       unlocked state.
  
  _C/C++_:
!      _Prototype_:  `void omp_init_lock(omp_lock_t *lock);'
  
  _Fortran_:
!      _Interface_:  `subroutine omp_init_lock(svar)'
!                    `integer(omp_lock_kind), intent(out) :: svar'
  
  _See also_:
       *note omp_destroy_lock::
*************** _Reference_:
*** 882,902 ****
  
  File: libgomp.info,  Node: omp_set_lock,  Next: omp_test_lock,  Prev: omp_init_lock,  Up: Runtime Library Routines
  
! 2.31 'omp_set_lock' - Wait for and set simple lock
  ==================================================
  
  _Description_:
!      Before setting a simple lock, the lock variable must be initialized
!      by 'omp_init_lock'.  The calling thread is blocked until the lock
!      is available.  If the lock is already held by the current thread, a
!      deadlock occurs.
  
  _C/C++_:
!      _Prototype_:   'void omp_set_lock(omp_lock_t *lock);'
  
  _Fortran_:
!      _Interface_:   'subroutine omp_set_lock(svar)'
!                     'integer(omp_lock_kind), intent(inout) :: svar'
  
  _See also_:
       *note omp_init_lock::, *note omp_test_lock::, *note
--- 884,904 ----
  
  File: libgomp.info,  Node: omp_set_lock,  Next: omp_test_lock,  Prev: omp_init_lock,  Up: Runtime Library Routines
  
! 2.31 `omp_set_lock' - Wait for and set simple lock
  ==================================================
  
  _Description_:
!      Before setting a simple lock, the lock variable must be
!      initialized by `omp_init_lock'.  The calling thread is blocked
!      until the lock is available.  If the lock is already held by the
!      current thread, a deadlock occurs.
  
  _C/C++_:
!      _Prototype_:  `void omp_set_lock(omp_lock_t *lock);'
  
  _Fortran_:
!      _Interface_:  `subroutine omp_set_lock(svar)'
!                    `integer(omp_lock_kind), intent(inout) :: svar'
  
  _See also_:
       *note omp_init_lock::, *note omp_test_lock::, *note
*************** _Reference_:
*** 908,929 ****
  
  File: libgomp.info,  Node: omp_test_lock,  Next: omp_unset_lock,  Prev: omp_set_lock,  Up: Runtime Library Routines
  
! 2.32 'omp_test_lock' - Test and set simple lock if available
  ============================================================
  
  _Description_:
!      Before setting a simple lock, the lock variable must be initialized
!      by 'omp_init_lock'.  Contrary to 'omp_set_lock', 'omp_test_lock'
!      does not block if the lock is not available.  This function returns
!      'true' upon success, 'false' otherwise.  Here, 'true' and 'false'
!      represent their language-specific counterparts.
  
  _C/C++_:
!      _Prototype_:   'int omp_test_lock(omp_lock_t *lock);'
  
  _Fortran_:
!      _Interface_:   'logical function omp_test_lock(svar)'
!                     'integer(omp_lock_kind), intent(inout) :: svar'
  
  _See also_:
       *note omp_init_lock::, *note omp_set_lock::, *note omp_set_lock::
--- 910,931 ----
  
  File: libgomp.info,  Node: omp_test_lock,  Next: omp_unset_lock,  Prev: omp_set_lock,  Up: Runtime Library Routines
  
! 2.32 `omp_test_lock' - Test and set simple lock if available
  ============================================================
  
  _Description_:
!      Before setting a simple lock, the lock variable must be
!      initialized by `omp_init_lock'.  Contrary to `omp_set_lock',
!      `omp_test_lock' does not block if the lock is not available.  This
!      function returns `true' upon success, `false' otherwise.  Here,
!      `true' and `false' represent their language-specific counterparts.
  
  _C/C++_:
!      _Prototype_:  `int omp_test_lock(omp_lock_t *lock);'
  
  _Fortran_:
!      _Interface_:  `logical function omp_test_lock(svar)'
!                    `integer(omp_lock_kind), intent(inout) :: svar'
  
  _See also_:
       *note omp_init_lock::, *note omp_set_lock::, *note omp_set_lock::
*************** _Reference_:
*** 934,956 ****
  
  File: libgomp.info,  Node: omp_unset_lock,  Next: omp_destroy_lock,  Prev: omp_test_lock,  Up: Runtime Library Routines
  
! 2.33 'omp_unset_lock' - Unset simple lock
  =========================================
  
  _Description_:
       A simple lock about to be unset must have been locked by
!      'omp_set_lock' or 'omp_test_lock' before.  In addition, the lock
!      must be held by the thread calling 'omp_unset_lock'.  Then, the
!      lock becomes unlocked.  If one or more threads attempted to set the
!      lock before, one of them is chosen to, again, set the lock to
       itself.
  
  _C/C++_:
!      _Prototype_:   'void omp_unset_lock(omp_lock_t *lock);'
  
  _Fortran_:
!      _Interface_:   'subroutine omp_unset_lock(svar)'
!                     'integer(omp_lock_kind), intent(inout) :: svar'
  
  _See also_:
       *note omp_set_lock::, *note omp_test_lock::
--- 936,958 ----
  
  File: libgomp.info,  Node: omp_unset_lock,  Next: omp_destroy_lock,  Prev: omp_test_lock,  Up: Runtime Library Routines
  
! 2.33 `omp_unset_lock' - Unset simple lock
  =========================================
  
  _Description_:
       A simple lock about to be unset must have been locked by
!      `omp_set_lock' or `omp_test_lock' before.  In addition, the lock
!      must be held by the thread calling `omp_unset_lock'.  Then, the
!      lock becomes unlocked.  If one or more threads attempted to set
!      the lock before, one of them is chosen to, again, set the lock to
       itself.
  
  _C/C++_:
!      _Prototype_:  `void omp_unset_lock(omp_lock_t *lock);'
  
  _Fortran_:
!      _Interface_:  `subroutine omp_unset_lock(svar)'
!                    `integer(omp_lock_kind), intent(inout) :: svar'
  
  _See also_:
       *note omp_set_lock::, *note omp_test_lock::
*************** _Reference_:
*** 961,967 ****
  
  File: libgomp.info,  Node: omp_destroy_lock,  Next: omp_init_nest_lock,  Prev: omp_unset_lock,  Up: Runtime Library Routines
  
! 2.34 'omp_destroy_lock' - Destroy simple lock
  =============================================
  
  _Description_:
--- 963,969 ----
  
  File: libgomp.info,  Node: omp_destroy_lock,  Next: omp_init_nest_lock,  Prev: omp_unset_lock,  Up: Runtime Library Routines
  
! 2.34 `omp_destroy_lock' - Destroy simple lock
  =============================================
  
  _Description_:
*************** _Description_:
*** 969,979 ****
       must be in the unlocked state.
  
  _C/C++_:
!      _Prototype_:   'void omp_destroy_lock(omp_lock_t *lock);'
  
  _Fortran_:
!      _Interface_:   'subroutine omp_destroy_lock(svar)'
!                     'integer(omp_lock_kind), intent(inout) :: svar'
  
  _See also_:
       *note omp_init_lock::
--- 971,981 ----
       must be in the unlocked state.
  
  _C/C++_:
!      _Prototype_:  `void omp_destroy_lock(omp_lock_t *lock);'
  
  _Fortran_:
!      _Interface_:  `subroutine omp_destroy_lock(svar)'
!                    `integer(omp_lock_kind), intent(inout) :: svar'
  
  _See also_:
       *note omp_init_lock::
*************** _Reference_:
*** 984,990 ****
  
  File: libgomp.info,  Node: omp_init_nest_lock,  Next: omp_set_nest_lock,  Prev: omp_destroy_lock,  Up: Runtime Library Routines
  
! 2.35 'omp_init_nest_lock' - Initialize nested lock
  ==================================================
  
  _Description_:
--- 986,992 ----
  
  File: libgomp.info,  Node: omp_init_nest_lock,  Next: omp_set_nest_lock,  Prev: omp_destroy_lock,  Up: Runtime Library Routines
  
! 2.35 `omp_init_nest_lock' - Initialize nested lock
  ==================================================
  
  _Description_:
*************** _Description_:
*** 992,1002 ****
       unlocked state and the nesting count is set to zero.
  
  _C/C++_:
!      _Prototype_:   'void omp_init_nest_lock(omp_nest_lock_t *lock);'
  
  _Fortran_:
!      _Interface_:   'subroutine omp_init_nest_lock(nvar)'
!                     'integer(omp_nest_lock_kind), intent(out) :: nvar'
  
  _See also_:
       *note omp_destroy_nest_lock::
--- 994,1004 ----
       unlocked state and the nesting count is set to zero.
  
  _C/C++_:
!      _Prototype_:  `void omp_init_nest_lock(omp_nest_lock_t *lock);'
  
  _Fortran_:
!      _Interface_:  `subroutine omp_init_nest_lock(nvar)'
!                    `integer(omp_nest_lock_kind), intent(out) :: nvar'
  
  _See also_:
       *note omp_destroy_nest_lock::
*************** _Reference_:
*** 1007,1027 ****
  
  File: libgomp.info,  Node: omp_set_nest_lock,  Next: omp_test_nest_lock,  Prev: omp_init_nest_lock,  Up: Runtime Library Routines
  
! 2.36 'omp_set_nest_lock' - Wait for and set nested lock
  =======================================================
  
  _Description_:
!      Before setting a nested lock, the lock variable must be initialized
!      by 'omp_init_nest_lock'.  The calling thread is blocked until the
!      lock is available.  If the lock is already held by the current
!      thread, the nesting count for the lock is incremented.
  
  _C/C++_:
!      _Prototype_:   'void omp_set_nest_lock(omp_nest_lock_t *lock);'
  
  _Fortran_:
!      _Interface_:   'subroutine omp_set_nest_lock(nvar)'
!                     'integer(omp_nest_lock_kind), intent(inout) :: nvar'
  
  _See also_:
       *note omp_init_nest_lock::, *note omp_unset_nest_lock::
--- 1009,1030 ----
  
  File: libgomp.info,  Node: omp_set_nest_lock,  Next: omp_test_nest_lock,  Prev: omp_init_nest_lock,  Up: Runtime Library Routines
  
! 2.36 `omp_set_nest_lock' - Wait for and set nested lock
  =======================================================
  
  _Description_:
!      Before setting a nested lock, the lock variable must be
!      initialized by `omp_init_nest_lock'.  The calling thread is
!      blocked until the lock is available.  If the lock is already held
!      by the current thread, the nesting count for the lock is
!      incremented.
  
  _C/C++_:
!      _Prototype_:  `void omp_set_nest_lock(omp_nest_lock_t *lock);'
  
  _Fortran_:
!      _Interface_:  `subroutine omp_set_nest_lock(nvar)'
!                    `integer(omp_nest_lock_kind), intent(inout) :: nvar'
  
  _See also_:
       *note omp_init_nest_lock::, *note omp_unset_nest_lock::
*************** _Reference_:
*** 1032,1053 ****
  
  File: libgomp.info,  Node: omp_test_nest_lock,  Next: omp_unset_nest_lock,  Prev: omp_set_nest_lock,  Up: Runtime Library Routines
  
! 2.37 'omp_test_nest_lock' - Test and set nested lock if available
  =================================================================
  
  _Description_:
!      Before setting a nested lock, the lock variable must be initialized
!      by 'omp_init_nest_lock'.  Contrary to 'omp_set_nest_lock',
!      'omp_test_nest_lock' does not block if the lock is not available.
!      If the lock is already held by the current thread, the new nesting
!      count is returned.  Otherwise, the return value equals zero.
  
  _C/C++_:
!      _Prototype_:   'int omp_test_nest_lock(omp_nest_lock_t *lock);'
  
  _Fortran_:
!      _Interface_:   'logical function omp_test_nest_lock(nvar)'
!                     'integer(omp_nest_lock_kind), intent(inout) :: nvar'
  
  _See also_:
       *note omp_init_lock::, *note omp_set_lock::, *note omp_set_lock::
--- 1035,1057 ----
  
  File: libgomp.info,  Node: omp_test_nest_lock,  Next: omp_unset_nest_lock,  Prev: omp_set_nest_lock,  Up: Runtime Library Routines
  
! 2.37 `omp_test_nest_lock' - Test and set nested lock if available
  =================================================================
  
  _Description_:
!      Before setting a nested lock, the lock variable must be
!      initialized by `omp_init_nest_lock'.  Contrary to
!      `omp_set_nest_lock', `omp_test_nest_lock' does not block if the
!      lock is not available.  If the lock is already held by the current
!      thread, the new nesting count is returned.  Otherwise, the return
!      value equals zero.
  
  _C/C++_:
!      _Prototype_:  `int omp_test_nest_lock(omp_nest_lock_t *lock);'
  
  _Fortran_:
!      _Interface_:  `logical function omp_test_nest_lock(nvar)'
!                    `integer(omp_nest_lock_kind), intent(inout) :: nvar'
  
  _See also_:
       *note omp_init_lock::, *note omp_set_lock::, *note omp_set_lock::
*************** _Reference_:
*** 1058,1081 ****
  
  File: libgomp.info,  Node: omp_unset_nest_lock,  Next: omp_destroy_nest_lock,  Prev: omp_test_nest_lock,  Up: Runtime Library Routines
  
! 2.38 'omp_unset_nest_lock' - Unset nested lock
  ==============================================
  
  _Description_:
       A nested lock about to be unset must have been locked by
!      'omp_set_nested_lock' or 'omp_test_nested_lock' before.  In
       addition, the lock must be held by the thread calling
!      'omp_unset_nested_lock'.  If the nesting count drops to zero, the
       lock becomes unlocked.  If one ore more threads attempted to set
       the lock before, one of them is chosen to, again, set the lock to
       itself.
  
  _C/C++_:
!      _Prototype_:   'void omp_unset_nest_lock(omp_nest_lock_t *lock);'
  
  _Fortran_:
!      _Interface_:   'subroutine omp_unset_nest_lock(nvar)'
!                     'integer(omp_nest_lock_kind), intent(inout) :: nvar'
  
  _See also_:
       *note omp_set_nest_lock::
--- 1062,1085 ----
  
  File: libgomp.info,  Node: omp_unset_nest_lock,  Next: omp_destroy_nest_lock,  Prev: omp_test_nest_lock,  Up: Runtime Library Routines
  
! 2.38 `omp_unset_nest_lock' - Unset nested lock
  ==============================================
  
  _Description_:
       A nested lock about to be unset must have been locked by
!      `omp_set_nested_lock' or `omp_test_nested_lock' before.  In
       addition, the lock must be held by the thread calling
!      `omp_unset_nested_lock'.  If the nesting count drops to zero, the
       lock becomes unlocked.  If one ore more threads attempted to set
       the lock before, one of them is chosen to, again, set the lock to
       itself.
  
  _C/C++_:
!      _Prototype_:  `void omp_unset_nest_lock(omp_nest_lock_t *lock);'
  
  _Fortran_:
!      _Interface_:  `subroutine omp_unset_nest_lock(nvar)'
!                    `integer(omp_nest_lock_kind), intent(inout) :: nvar'
  
  _See also_:
       *note omp_set_nest_lock::
*************** _Reference_:
*** 1086,1092 ****
  
  File: libgomp.info,  Node: omp_destroy_nest_lock,  Next: omp_get_wtick,  Prev: omp_unset_nest_lock,  Up: Runtime Library Routines
  
! 2.39 'omp_destroy_nest_lock' - Destroy nested lock
  ==================================================
  
  _Description_:
--- 1090,1096 ----
  
  File: libgomp.info,  Node: omp_destroy_nest_lock,  Next: omp_get_wtick,  Prev: omp_unset_nest_lock,  Up: Runtime Library Routines
  
! 2.39 `omp_destroy_nest_lock' - Destroy nested lock
  ==================================================
  
  _Description_:
*************** _Description_:
*** 1095,1105 ****
       zero.
  
  _C/C++_:
!      _Prototype_:   'void omp_destroy_nest_lock(omp_nest_lock_t *);'
  
  _Fortran_:
!      _Interface_:   'subroutine omp_destroy_nest_lock(nvar)'
!                     'integer(omp_nest_lock_kind), intent(inout) :: nvar'
  
  _See also_:
       *note omp_init_lock::
--- 1099,1109 ----
       zero.
  
  _C/C++_:
!      _Prototype_:  `void omp_destroy_nest_lock(omp_nest_lock_t *);'
  
  _Fortran_:
!      _Interface_:  `subroutine omp_destroy_nest_lock(nvar)'
!                    `integer(omp_nest_lock_kind), intent(inout) :: nvar'
  
  _See also_:
       *note omp_init_lock::
*************** _Reference_:
*** 1110,1116 ****
  
  File: libgomp.info,  Node: omp_get_wtick,  Next: omp_get_wtime,  Prev: omp_destroy_nest_lock,  Up: Runtime Library Routines
  
! 2.40 'omp_get_wtick' - Get timer precision
  ==========================================
  
  _Description_:
--- 1114,1120 ----
  
  File: libgomp.info,  Node: omp_get_wtick,  Next: omp_get_wtime,  Prev: omp_destroy_nest_lock,  Up: Runtime Library Routines
  
! 2.40 `omp_get_wtick' - Get timer precision
  ==========================================
  
  _Description_:
*************** _Description_:
*** 1118,1127 ****
       successive clock ticks.
  
  _C/C++_:
!      _Prototype_:   'double omp_get_wtick(void);'
  
  _Fortran_:
!      _Interface_:   'double precision function omp_get_wtick()'
  
  _See also_:
       *note omp_get_wtime::
--- 1122,1131 ----
       successive clock ticks.
  
  _C/C++_:
!      _Prototype_:  `double omp_get_wtick(void);'
  
  _Fortran_:
!      _Interface_:  `double precision function omp_get_wtick()'
  
  _See also_:
       *note omp_get_wtime::
*************** _Reference_:
*** 1132,1138 ****
  
  File: libgomp.info,  Node: omp_get_wtime,  Prev: omp_get_wtick,  Up: Runtime Library Routines
  
! 2.41 'omp_get_wtime' - Elapsed wall clock time
  ==============================================
  
  _Description_:
--- 1136,1142 ----
  
  File: libgomp.info,  Node: omp_get_wtime,  Prev: omp_get_wtick,  Up: Runtime Library Routines
  
! 2.41 `omp_get_wtime' - Elapsed wall clock time
  ==============================================
  
  _Description_:
*************** _Description_:
*** 1143,1152 ****
       execution of the program.
  
  _C/C++_:
!      _Prototype_:   'double omp_get_wtime(void);'
  
  _Fortran_:
!      _Interface_:   'double precision function omp_get_wtime()'
  
  _See also_:
       *note omp_get_wtick::
--- 1147,1156 ----
       execution of the program.
  
  _C/C++_:
!      _Prototype_:  `double omp_get_wtime(void);'
  
  _Fortran_:
!      _Interface_:  `double precision function omp_get_wtime()'
  
  _See also_:
       *note omp_get_wtick::
*************** File: libgomp.info,  Node: Environment V
*** 1160,1168 ****
  3 Environment Variables
  ***********************
  
! The environment variables which beginning with 'OMP_' are defined by
  section 4 of the OpenMP specification in version 4.5, while those
! beginning with 'GOMP_' are GNU extensions.
  
  * Menu:
  
--- 1164,1172 ----
  3 Environment Variables
  ***********************
  
! The environment variables which beginning with `OMP_' are defined by
  section 4 of the OpenMP specification in version 4.5, while those
! beginning with `GOMP_' are GNU extensions.
  
  * Menu:
  
*************** beginning with 'GOMP_' are GNU extension
*** 1189,1201 ****
  
  File: libgomp.info,  Node: OMP_CANCELLATION,  Next: OMP_DISPLAY_ENV,  Up: Environment Variables
  
! 3.1 'OMP_CANCELLATION' - Set whether cancellation is activated
  ==============================================================
  
  _Description_:
!      If set to 'TRUE', the cancellation is activated.  If set to 'FALSE'
!      or if unset, cancellation is disabled and the 'cancel' construct is
!      ignored.
  
  _See also_:
       *note omp_get_cancellation::
--- 1193,1205 ----
  
  File: libgomp.info,  Node: OMP_CANCELLATION,  Next: OMP_DISPLAY_ENV,  Up: Environment Variables
  
! 3.1 `OMP_CANCELLATION' - Set whether cancellation is activated
  ==============================================================
  
  _Description_:
!      If set to `TRUE', the cancellation is activated.  If set to
!      `FALSE' or if unset, cancellation is disabled and the `cancel'
!      construct is ignored.
  
  _See also_:
       *note omp_get_cancellation::
*************** _Reference_:
*** 1206,1220 ****
  
  File: libgomp.info,  Node: OMP_DISPLAY_ENV,  Next: OMP_DEFAULT_DEVICE,  Prev: OMP_CANCELLATION,  Up: Environment Variables
  
! 3.2 'OMP_DISPLAY_ENV' - Show OpenMP version and environment variables
  =====================================================================
  
  _Description_:
!      If set to 'TRUE', the OpenMP version number and the values
       associated with the OpenMP environment variables are printed to
!      'stderr'.  If set to 'VERBOSE', it additionally shows the value of
       the environment variables which are GNU extensions.  If undefined
!      or set to 'FALSE', this information will not be shown.
  
  _Reference_:
       OpenMP specification v4.5 (http://www.openmp.org/), Section 4.12
--- 1210,1224 ----
  
  File: libgomp.info,  Node: OMP_DISPLAY_ENV,  Next: OMP_DEFAULT_DEVICE,  Prev: OMP_CANCELLATION,  Up: Environment Variables
  
! 3.2 `OMP_DISPLAY_ENV' - Show OpenMP version and environment variables
  =====================================================================
  
  _Description_:
!      If set to `TRUE', the OpenMP version number and the values
       associated with the OpenMP environment variables are printed to
!      `stderr'.  If set to `VERBOSE', it additionally shows the value of
       the environment variables which are GNU extensions.  If undefined
!      or set to `FALSE', this information will not be shown.
  
  _Reference_:
       OpenMP specification v4.5 (http://www.openmp.org/), Section 4.12
*************** _Reference_:
*** 1222,1236 ****
  
  File: libgomp.info,  Node: OMP_DEFAULT_DEVICE,  Next: OMP_DYNAMIC,  Prev: OMP_DISPLAY_ENV,  Up: Environment Variables
  
! 3.3 'OMP_DEFAULT_DEVICE' - Set the device used in target regions
  ================================================================
  
  _Description_:
!      Set to choose the device which is used in a 'target' region, unless
!      the value is overridden by 'omp_set_default_device' or by a
!      'device' clause.  The value shall be the nonnegative device number.
!      If no device with the given device number exists, the code is
!      executed on the host.  If unset, device number 0 will be used.
  
  _See also_:
       *note omp_get_default_device::, *note omp_set_default_device::,
--- 1226,1240 ----
  
  File: libgomp.info,  Node: OMP_DEFAULT_DEVICE,  Next: OMP_DYNAMIC,  Prev: OMP_DISPLAY_ENV,  Up: Environment Variables
  
! 3.3 `OMP_DEFAULT_DEVICE' - Set the device used in target regions
  ================================================================
  
  _Description_:
!      Set to choose the device which is used in a `target' region,
!      unless the value is overridden by `omp_set_default_device' or by a
!      `device' clause.  The value shall be the nonnegative device
!      number. If no device with the given device number exists, the code
!      is executed on the host.  If unset, device number 0 will be used.
  
  _See also_:
       *note omp_get_default_device::, *note omp_set_default_device::,
*************** _Reference_:
*** 1241,1254 ****
  
  File: libgomp.info,  Node: OMP_DYNAMIC,  Next: OMP_MAX_ACTIVE_LEVELS,  Prev: OMP_DEFAULT_DEVICE,  Up: Environment Variables
  
! 3.4 'OMP_DYNAMIC' - Dynamic adjustment of threads
  =================================================
  
  _Description_:
       Enable or disable the dynamic adjustment of the number of threads
       within a team.  The value of this environment variable shall be
!      'TRUE' or 'FALSE'.  If undefined, dynamic adjustment is disabled by
!      default.
  
  _See also_:
       *note omp_set_dynamic::
--- 1245,1258 ----
  
  File: libgomp.info,  Node: OMP_DYNAMIC,  Next: OMP_MAX_ACTIVE_LEVELS,  Prev: OMP_DEFAULT_DEVICE,  Up: Environment Variables
  
! 3.4 `OMP_DYNAMIC' - Dynamic adjustment of threads
  =================================================
  
  _Description_:
       Enable or disable the dynamic adjustment of the number of threads
       within a team.  The value of this environment variable shall be
!      `TRUE' or `FALSE'.  If undefined, dynamic adjustment is disabled
!      by default.
  
  _See also_:
       *note omp_set_dynamic::
*************** _Reference_:
*** 1259,1265 ****
  
  File: libgomp.info,  Node: OMP_MAX_ACTIVE_LEVELS,  Next: OMP_MAX_TASK_PRIORITY,  Prev: OMP_DYNAMIC,  Up: Environment Variables
  
! 3.5 'OMP_MAX_ACTIVE_LEVELS' - Set the maximum number of nested parallel regions
  ===============================================================================
  
  _Description_:
--- 1263,1269 ----
  
  File: libgomp.info,  Node: OMP_MAX_ACTIVE_LEVELS,  Next: OMP_MAX_TASK_PRIORITY,  Prev: OMP_DYNAMIC,  Up: Environment Variables
  
! 3.5 `OMP_MAX_ACTIVE_LEVELS' - Set the maximum number of nested parallel regions
  ===============================================================================
  
  _Description_:
*************** _Reference_:
*** 1276,1288 ****
  
  File: libgomp.info,  Node: OMP_MAX_TASK_PRIORITY,  Next: OMP_NESTED,  Prev: OMP_MAX_ACTIVE_LEVELS,  Up: Environment Variables
  
! 3.6 'OMP_MAX_TASK_PRIORITY' - Set the maximum priority
  ======================================================
  
! number that can be set for a task.
  _Description_:
!      Specifies the initial value for the maximum priority value that can
!      be set for a task.  The value of this variable shall be a
       non-negative integer, and zero is allowed.  If undefined, the
       default priority is 0.
  
--- 1280,1292 ----
  
  File: libgomp.info,  Node: OMP_MAX_TASK_PRIORITY,  Next: OMP_NESTED,  Prev: OMP_MAX_ACTIVE_LEVELS,  Up: Environment Variables
  
! 3.6 `OMP_MAX_TASK_PRIORITY' - Set the maximum priority
  ======================================================
  
! number that can be set for a task.  
  _Description_:
!      Specifies the initial value for the maximum priority value that
!      can be set for a task.  The value of this variable shall be a
       non-negative integer, and zero is allowed.  If undefined, the
       default priority is 0.
  
*************** _Reference_:
*** 1295,1307 ****
  
  File: libgomp.info,  Node: OMP_NESTED,  Next: OMP_NUM_THREADS,  Prev: OMP_MAX_TASK_PRIORITY,  Up: Environment Variables
  
! 3.7 'OMP_NESTED' - Nested parallel regions
  ==========================================
  
  _Description_:
       Enable or disable nested parallel regions, i.e., whether team
       members are allowed to create new teams.  The value of this
!      environment variable shall be 'TRUE' or 'FALSE'.  If undefined,
       nested parallel regions are disabled by default.
  
  _See also_:
--- 1299,1311 ----
  
  File: libgomp.info,  Node: OMP_NESTED,  Next: OMP_NUM_THREADS,  Prev: OMP_MAX_TASK_PRIORITY,  Up: Environment Variables
  
! 3.7 `OMP_NESTED' - Nested parallel regions
  ==========================================
  
  _Description_:
       Enable or disable nested parallel regions, i.e., whether team
       members are allowed to create new teams.  The value of this
!      environment variable shall be `TRUE' or `FALSE'.  If undefined,
       nested parallel regions are disabled by default.
  
  _See also_:
*************** _Reference_:
*** 1313,1327 ****
  
  File: libgomp.info,  Node: OMP_NUM_THREADS,  Next: OMP_PROC_BIND,  Prev: OMP_NESTED,  Up: Environment Variables
  
! 3.8 'OMP_NUM_THREADS' - Specifies the number of threads to use
  ==============================================================
  
  _Description_:
!      Specifies the default number of threads to use in parallel regions.
!      The value of this variable shall be a comma-separated list of
!      positive integers; the value specified the number of threads to use
!      for the corresponding nested level.  If undefined one thread per
!      CPU is used.
  
  _See also_:
       *note omp_set_num_threads::
--- 1317,1331 ----
  
  File: libgomp.info,  Node: OMP_NUM_THREADS,  Next: OMP_PROC_BIND,  Prev: OMP_NESTED,  Up: Environment Variables
  
! 3.8 `OMP_NUM_THREADS' - Specifies the number of threads to use
  ==============================================================
  
  _Description_:
!      Specifies the default number of threads to use in parallel
!      regions.  The value of this variable shall be a comma-separated
!      list of positive integers; the value specified the number of
!      threads to use for the corresponding nested level.  If undefined
!      one thread per CPU is used.
  
  _See also_:
       *note omp_set_num_threads::
*************** _Reference_:
*** 1332,1353 ****
  
  File: libgomp.info,  Node: OMP_PROC_BIND,  Next: OMP_PLACES,  Prev: OMP_NUM_THREADS,  Up: Environment Variables
  
! 3.9 'OMP_PROC_BIND' - Whether theads may be moved between CPUs
  ==============================================================
  
  _Description_:
       Specifies whether threads may be moved between processors.  If set
!      to 'TRUE', OpenMP theads should not be moved; if set to 'FALSE'
       they may be moved.  Alternatively, a comma separated list with the
!      values 'MASTER', 'CLOSE' and 'SPREAD' can be used to specify the
       thread affinity policy for the corresponding nesting level.  With
!      'MASTER' the worker threads are in the same place partition as the
!      master thread.  With 'CLOSE' those are kept close to the master
!      thread in contiguous place partitions.  And with 'SPREAD' a sparse
       distribution across the place partitions is used.
  
!      When undefined, 'OMP_PROC_BIND' defaults to 'TRUE' when
!      'OMP_PLACES' or 'GOMP_CPU_AFFINITY' is set and 'FALSE' otherwise.
  
  _See also_:
       *note OMP_PLACES::, *note GOMP_CPU_AFFINITY::, *note
--- 1336,1357 ----
  
  File: libgomp.info,  Node: OMP_PROC_BIND,  Next: OMP_PLACES,  Prev: OMP_NUM_THREADS,  Up: Environment Variables
  
! 3.9 `OMP_PROC_BIND' - Whether theads may be moved between CPUs
  ==============================================================
  
  _Description_:
       Specifies whether threads may be moved between processors.  If set
!      to `TRUE', OpenMP theads should not be moved; if set to `FALSE'
       they may be moved.  Alternatively, a comma separated list with the
!      values `MASTER', `CLOSE' and `SPREAD' can be used to specify the
       thread affinity policy for the corresponding nesting level.  With
!      `MASTER' the worker threads are in the same place partition as the
!      master thread.  With `CLOSE' those are kept close to the master
!      thread in contiguous place partitions.  And with `SPREAD' a sparse
       distribution across the place partitions is used.
  
!      When undefined, `OMP_PROC_BIND' defaults to `TRUE' when
!      `OMP_PLACES' or `GOMP_CPU_AFFINITY' is set and `FALSE' otherwise.
  
  _See also_:
       *note OMP_PLACES::, *note GOMP_CPU_AFFINITY::, *note
*************** _Reference_:
*** 1359,1377 ****
  
  File: libgomp.info,  Node: OMP_PLACES,  Next: OMP_STACKSIZE,  Prev: OMP_PROC_BIND,  Up: Environment Variables
  
! 3.10 'OMP_PLACES' - Specifies on which CPUs the theads should be placed
  =======================================================================
  
  _Description_:
!      The thread placement can be either specified using an abstract name
!      or by an explicit list of the places.  The abstract names
!      'threads', 'cores' and 'sockets' can be optionally followed by a
       positive number in parentheses, which denotes the how many places
!      shall be created.  With 'threads' each place corresponds to a
!      single hardware thread; 'cores' to a single core with the
!      corresponding number of hardware threads; and with 'sockets' the
       place corresponds to a single socket.  The resulting placement can
!      be shown by setting the 'OMP_DISPLAY_ENV' environment variable.
  
       Alternatively, the placement can be specified explicitly as
       comma-separated list of places.  A place is specified by set of
--- 1363,1381 ----
  
  File: libgomp.info,  Node: OMP_PLACES,  Next: OMP_STACKSIZE,  Prev: OMP_PROC_BIND,  Up: Environment Variables
  
! 3.10 `OMP_PLACES' - Specifies on which CPUs the theads should be placed
  =======================================================================
  
  _Description_:
!      The thread placement can be either specified using an abstract
!      name or by an explicit list of the places.  The abstract names
!      `threads', `cores' and `sockets' can be optionally followed by a
       positive number in parentheses, which denotes the how many places
!      shall be created.  With `threads' each place corresponds to a
!      single hardware thread; `cores' to a single core with the
!      corresponding number of hardware threads; and with `sockets' the
       place corresponds to a single socket.  The resulting placement can
!      be shown by setting the `OMP_DISPLAY_ENV' environment variable.
  
       Alternatively, the placement can be specified explicitly as
       comma-separated list of places.  A place is specified by set of
*************** _Description_:
*** 1384,1394 ****
       after after the hardware thread number or the place.  Optionally,
       the length can be followed by a colon and the stride number -
       otherwise a unit stride is assumed.  For instance, the following
!      specifies the same places list: '"{0,1,2}, {3,4,6}, {7,8,9},
!      {10,11,12}"'; '"{0:3}, {3:3}, {7:3}, {10:3}"'; and '"{0:2}:4:3"'.
  
!      If 'OMP_PLACES' and 'GOMP_CPU_AFFINITY' are unset and
!      'OMP_PROC_BIND' is either unset or 'false', threads may be moved
       between CPUs following no placement policy.
  
  _See also_:
--- 1388,1398 ----
       after after the hardware thread number or the place.  Optionally,
       the length can be followed by a colon and the stride number -
       otherwise a unit stride is assumed.  For instance, the following
!      specifies the same places list: `"{0,1,2}, {3,4,6}, {7,8,9},
!      {10,11,12}"'; `"{0:3}, {3:3}, {7:3}, {10:3}"'; and `"{0:2}:4:3"'.
  
!      If `OMP_PLACES' and `GOMP_CPU_AFFINITY' are unset and
!      `OMP_PROC_BIND' is either unset or `false', threads may be moved
       between CPUs following no placement policy.
  
  _See also_:
*************** _Reference_:
*** 1401,1418 ****
  
  File: libgomp.info,  Node: OMP_STACKSIZE,  Next: OMP_SCHEDULE,  Prev: OMP_PLACES,  Up: Environment Variables
  
! 3.11 'OMP_STACKSIZE' - Set default thread stack size
  ====================================================
  
  _Description_:
       Set the default thread stack size in kilobytes, unless the number
!      is suffixed by 'B', 'K', 'M' or 'G', in which case the size is,
!      respectively, in bytes, kilobytes, megabytes or gigabytes.  This is
!      different from 'pthread_attr_setstacksize' which gets the number of
!      bytes as an argument.  If the stack size cannot be set due to
!      system constraints, an error is reported and the initial stack size
!      is left unchanged.  If undefined, the stack size is system
!      dependent.
  
  _Reference_:
       OpenMP specification v4.5 (http://www.openmp.org/), Section 4.7
--- 1405,1422 ----
  
  File: libgomp.info,  Node: OMP_STACKSIZE,  Next: OMP_SCHEDULE,  Prev: OMP_PLACES,  Up: Environment Variables
  
! 3.11 `OMP_STACKSIZE' - Set default thread stack size
  ====================================================
  
  _Description_:
       Set the default thread stack size in kilobytes, unless the number
!      is suffixed by `B', `K', `M' or `G', in which case the size is,
!      respectively, in bytes, kilobytes, megabytes or gigabytes.  This
!      is different from `pthread_attr_setstacksize' which gets the
!      number of bytes as an argument.  If the stack size cannot be set
!      due to system constraints, an error is reported and the initial
!      stack size is left unchanged.  If undefined, the stack size is
!      system dependent.
  
  _Reference_:
       OpenMP specification v4.5 (http://www.openmp.org/), Section 4.7
*************** _Reference_:
*** 1420,1434 ****
  
  File: libgomp.info,  Node: OMP_SCHEDULE,  Next: OMP_THREAD_LIMIT,  Prev: OMP_STACKSIZE,  Up: Environment Variables
  
! 3.12 'OMP_SCHEDULE' - How threads are scheduled
  ===============================================
  
  _Description_:
!      Allows to specify 'schedule type' and 'chunk size'.  The value of
!      the variable shall have the form: 'type[,chunk]' where 'type' is
!      one of 'static', 'dynamic', 'guided' or 'auto' The optional 'chunk'
!      size shall be a positive integer.  If undefined, dynamic scheduling
!      and a chunk size of 1 is used.
  
  _See also_:
       *note omp_set_schedule::
--- 1424,1438 ----
  
  File: libgomp.info,  Node: OMP_SCHEDULE,  Next: OMP_THREAD_LIMIT,  Prev: OMP_STACKSIZE,  Up: Environment Variables
  
! 3.12 `OMP_SCHEDULE' - How threads are scheduled
  ===============================================
  
  _Description_:
!      Allows to specify `schedule type' and `chunk size'.  The value of
!      the variable shall have the form: `type[,chunk]' where `type' is
!      one of `static', `dynamic', `guided' or `auto' The optional
!      `chunk' size shall be a positive integer.  If undefined, dynamic
!      scheduling and a chunk size of 1 is used.
  
  _See also_:
       *note omp_set_schedule::
*************** _Reference_:
*** 1440,1446 ****
  
  File: libgomp.info,  Node: OMP_THREAD_LIMIT,  Next: OMP_WAIT_POLICY,  Prev: OMP_SCHEDULE,  Up: Environment Variables
  
! 3.13 'OMP_THREAD_LIMIT' - Set the maximum number of threads
  ===========================================================
  
  _Description_:
--- 1444,1450 ----
  
  File: libgomp.info,  Node: OMP_THREAD_LIMIT,  Next: OMP_WAIT_POLICY,  Prev: OMP_SCHEDULE,  Up: Environment Variables
  
! 3.13 `OMP_THREAD_LIMIT' - Set the maximum number of threads
  ===========================================================
  
  _Description_:
*************** _Reference_:
*** 1457,1469 ****
  
  File: libgomp.info,  Node: OMP_WAIT_POLICY,  Next: GOMP_CPU_AFFINITY,  Prev: OMP_THREAD_LIMIT,  Up: Environment Variables
  
! 3.14 'OMP_WAIT_POLICY' - How waiting threads are handled
  ========================================================
  
  _Description_:
       Specifies whether waiting threads should be active or passive.  If
!      the value is 'PASSIVE', waiting threads should not consume CPU
!      power while waiting; while the value is 'ACTIVE' specifies that
       they should.  If undefined, threads wait actively for a short time
       before waiting passively.
  
--- 1461,1473 ----
  
  File: libgomp.info,  Node: OMP_WAIT_POLICY,  Next: GOMP_CPU_AFFINITY,  Prev: OMP_THREAD_LIMIT,  Up: Environment Variables
  
! 3.14 `OMP_WAIT_POLICY' - How waiting threads are handled
  ========================================================
  
  _Description_:
       Specifies whether waiting threads should be active or passive.  If
!      the value is `PASSIVE', waiting threads should not consume CPU
!      power while waiting; while the value is `ACTIVE' specifies that
       they should.  If undefined, threads wait actively for a short time
       before waiting passively.
  
*************** _Reference_:
*** 1476,1482 ****
  
  File: libgomp.info,  Node: GOMP_CPU_AFFINITY,  Next: GOMP_DEBUG,  Prev: OMP_WAIT_POLICY,  Up: Environment Variables
  
! 3.15 'GOMP_CPU_AFFINITY' - Bind threads to specific CPUs
  ========================================================
  
  _Description_:
--- 1480,1486 ----
  
  File: libgomp.info,  Node: GOMP_CPU_AFFINITY,  Next: GOMP_DEBUG,  Prev: OMP_WAIT_POLICY,  Up: Environment Variables
  
! 3.15 `GOMP_CPU_AFFINITY' - Bind threads to specific CPUs
  ========================================================
  
  _Description_:
*************** _Description_:
*** 1484,1509 ****
       space-separated or comma-separated list of CPUs.  This list may
       contain different kinds of entries: either single CPU numbers in
       any order, a range of CPUs (M-N) or a range with some stride
!      (M-N:S). CPU numbers are zero based.  For example,
!      'GOMP_CPU_AFFINITY="0 3 1-2 4-15:2"' will bind the initial thread
       to CPU 0, the second to CPU 3, the third to CPU 1, the fourth to
       CPU 2, the fifth to CPU 4, the sixth through tenth to CPUs 6, 8,
       10, 12, and 14 respectively and then start assigning back from the
!      beginning of the list.  'GOMP_CPU_AFFINITY=0' binds all threads to
       CPU 0.
  
       There is no libgomp library routine to determine whether a CPU
       affinity specification is in effect.  As a workaround,
!      language-specific library functions, e.g., 'getenv' in C or
!      'GET_ENVIRONMENT_VARIABLE' in Fortran, may be used to query the
!      setting of the 'GOMP_CPU_AFFINITY' environment variable.  A defined
!      CPU affinity on startup cannot be changed or disabled during the
!      runtime of the application.
  
!      If both 'GOMP_CPU_AFFINITY' and 'OMP_PROC_BIND' are set,
!      'OMP_PROC_BIND' has a higher precedence.  If neither has been set
!      and 'OMP_PROC_BIND' is unset, or when 'OMP_PROC_BIND' is set to
!      'FALSE', the host system will handle the assignment of threads to
       CPUs.
  
  _See also_:
--- 1488,1513 ----
       space-separated or comma-separated list of CPUs.  This list may
       contain different kinds of entries: either single CPU numbers in
       any order, a range of CPUs (M-N) or a range with some stride
!      (M-N:S).  CPU numbers are zero based.  For example,
!      `GOMP_CPU_AFFINITY="0 3 1-2 4-15:2"' will bind the initial thread
       to CPU 0, the second to CPU 3, the third to CPU 1, the fourth to
       CPU 2, the fifth to CPU 4, the sixth through tenth to CPUs 6, 8,
       10, 12, and 14 respectively and then start assigning back from the
!      beginning of the list.  `GOMP_CPU_AFFINITY=0' binds all threads to
       CPU 0.
  
       There is no libgomp library routine to determine whether a CPU
       affinity specification is in effect.  As a workaround,
!      language-specific library functions, e.g., `getenv' in C or
!      `GET_ENVIRONMENT_VARIABLE' in Fortran, may be used to query the
!      setting of the `GOMP_CPU_AFFINITY' environment variable.  A
!      defined CPU affinity on startup cannot be changed or disabled
!      during the runtime of the application.
  
!      If both `GOMP_CPU_AFFINITY' and `OMP_PROC_BIND' are set,
!      `OMP_PROC_BIND' has a higher precedence.  If neither has been set
!      and `OMP_PROC_BIND' is unset, or when `OMP_PROC_BIND' is set to
!      `FALSE', the host system will handle the assignment of threads to
       CPUs.
  
  _See also_:
*************** _See also_:
*** 1512,1523 ****
  
  File: libgomp.info,  Node: GOMP_DEBUG,  Next: GOMP_STACKSIZE,  Prev: GOMP_CPU_AFFINITY,  Up: Environment Variables
  
! 3.16 'GOMP_DEBUG' - Enable debugging output
  ===========================================
  
  _Description_:
!      Enable debugging output.  The variable should be set to '0'
!      (disabled, also the default if not set), or '1' (enabled).
  
       If enabled, some debugging output will be printed during execution.
       This is currently not specified in more detail, and subject to
--- 1516,1527 ----
  
  File: libgomp.info,  Node: GOMP_DEBUG,  Next: GOMP_STACKSIZE,  Prev: GOMP_CPU_AFFINITY,  Up: Environment Variables
  
! 3.16 `GOMP_DEBUG' - Enable debugging output
  ===========================================
  
  _Description_:
!      Enable debugging output.  The variable should be set to `0'
!      (disabled, also the default if not set), or `1' (enabled).
  
       If enabled, some debugging output will be printed during execution.
       This is currently not specified in more detail, and subject to
*************** _Description_:
*** 1526,1537 ****
  
  File: libgomp.info,  Node: GOMP_STACKSIZE,  Next: GOMP_SPINCOUNT,  Prev: GOMP_DEBUG,  Up: Environment Variables
  
! 3.17 'GOMP_STACKSIZE' - Set default thread stack size
  =====================================================
  
  _Description_:
       Set the default thread stack size in kilobytes.  This is different
!      from 'pthread_attr_setstacksize' which gets the number of bytes as
       an argument.  If the stack size cannot be set due to system
       constraints, an error is reported and the initial stack size is
       left unchanged.  If undefined, the stack size is system dependent.
--- 1530,1541 ----
  
  File: libgomp.info,  Node: GOMP_STACKSIZE,  Next: GOMP_SPINCOUNT,  Prev: GOMP_DEBUG,  Up: Environment Variables
  
! 3.17 `GOMP_STACKSIZE' - Set default thread stack size
  =====================================================
  
  _Description_:
       Set the default thread stack size in kilobytes.  This is different
!      from `pthread_attr_setstacksize' which gets the number of bytes as
       an argument.  If the stack size cannot be set due to system
       constraints, an error is reported and the initial stack size is
       left unchanged.  If undefined, the stack size is system dependent.
*************** _Reference_:
*** 1548,1570 ****
  
  File: libgomp.info,  Node: GOMP_SPINCOUNT,  Next: GOMP_RTEMS_THREAD_POOLS,  Prev: GOMP_STACKSIZE,  Up: Environment Variables
  
! 3.18 'GOMP_SPINCOUNT' - Set the busy-wait spin count
  ====================================================
  
  _Description_:
       Determines how long a threads waits actively with consuming CPU
       power before waiting passively without consuming CPU power.  The
!      value may be either 'INFINITE', 'INFINITY' to always wait actively
       or an integer which gives the number of spins of the busy-wait
       loop.  The integer may optionally be followed by the following
!      suffixes acting as multiplication factors: 'k' (kilo, thousand),
!      'M' (mega, million), 'G' (giga, billion), or 'T' (tera, trillion).
!      If undefined, 0 is used when 'OMP_WAIT_POLICY' is 'PASSIVE',
!      300,000 is used when 'OMP_WAIT_POLICY' is undefined and 30 billion
!      is used when 'OMP_WAIT_POLICY' is 'ACTIVE'.  If there are more
!      OpenMP threads than available CPUs, 1000 and 100 spins are used for
!      'OMP_WAIT_POLICY' being 'ACTIVE' or undefined, respectively; unless
!      the 'GOMP_SPINCOUNT' is lower or 'OMP_WAIT_POLICY' is 'PASSIVE'.
  
  _See also_:
       *note OMP_WAIT_POLICY::
--- 1552,1575 ----
  
  File: libgomp.info,  Node: GOMP_SPINCOUNT,  Next: GOMP_RTEMS_THREAD_POOLS,  Prev: GOMP_STACKSIZE,  Up: Environment Variables
  
! 3.18 `GOMP_SPINCOUNT' - Set the busy-wait spin count
  ====================================================
  
  _Description_:
       Determines how long a threads waits actively with consuming CPU
       power before waiting passively without consuming CPU power.  The
!      value may be either `INFINITE', `INFINITY' to always wait actively
       or an integer which gives the number of spins of the busy-wait
       loop.  The integer may optionally be followed by the following
!      suffixes acting as multiplication factors: `k' (kilo, thousand),
!      `M' (mega, million), `G' (giga, billion), or `T' (tera, trillion).
!      If undefined, 0 is used when `OMP_WAIT_POLICY' is `PASSIVE',
!      300,000 is used when `OMP_WAIT_POLICY' is undefined and 30 billion
!      is used when `OMP_WAIT_POLICY' is `ACTIVE'.  If there are more
!      OpenMP threads than available CPUs, 1000 and 100 spins are used
!      for `OMP_WAIT_POLICY' being `ACTIVE' or undefined, respectively;
!      unless the `GOMP_SPINCOUNT' is lower or `OMP_WAIT_POLICY' is
!      `PASSIVE'.
  
  _See also_:
       *note OMP_WAIT_POLICY::
*************** _See also_:
*** 1572,1612 ****
  
  File: libgomp.info,  Node: GOMP_RTEMS_THREAD_POOLS,  Prev: GOMP_SPINCOUNT,  Up: Environment Variables
  
! 3.19 'GOMP_RTEMS_THREAD_POOLS' - Set the RTEMS specific thread pools
  ====================================================================
  
  _Description_:
       This environment variable is only used on the RTEMS real-time
       operating system.  It determines the scheduler instance specific
!      thread pools.  The format for 'GOMP_RTEMS_THREAD_POOLS' is a list
!      of optional '<thread-pool-count>[$<priority>]@<scheduler-name>'
!      configurations separated by ':' where:
!         * '<thread-pool-count>' is the thread pool count for this
            scheduler instance.
!         * '$<priority>' is an optional priority for the worker threads
!           of a thread pool according to 'pthread_setschedparam'.  In
            case a priority value is omitted, then a worker thread will
            inherit the priority of the OpenMP master thread that created
            it.  The priority of the worker thread is not changed after
            creation, even if a new OpenMP master thread using the worker
            has a different priority.
!         * '@<scheduler-name>' is the scheduler instance name according
            to the RTEMS application configuration.
       In case no thread pool configuration is specified for a scheduler
!      instance, then each OpenMP master thread of this scheduler instance
!      will use its own dynamically allocated thread pool.  To limit the
!      worker thread count of the thread pools, each OpenMP master thread
!      must call 'omp_set_num_threads'.
  _Example_:
!      Lets suppose we have three scheduler instances 'IO', 'WRK0', and
!      'WRK1' with 'GOMP_RTEMS_THREAD_POOLS' set to '"1@WRK0:3$4@WRK1"'.
       Then there are no thread pool restrictions for scheduler instance
!      'IO'.  In the scheduler instance 'WRK0' there is one thread pool
       available.  Since no priority is specified for this scheduler
       instance, the worker thread inherits the priority of the OpenMP
!      master thread that created it.  In the scheduler instance 'WRK1'
!      there are three thread pools available and their worker threads run
!      at priority four.
  
  
  File: libgomp.info,  Node: Enabling OpenACC,  Next: OpenACC Runtime Library Routines,  Prev: Environment Variables,  Up: Top
--- 1577,1620 ----
  
  File: libgomp.info,  Node: GOMP_RTEMS_THREAD_POOLS,  Prev: GOMP_SPINCOUNT,  Up: Environment Variables
  
! 3.19 `GOMP_RTEMS_THREAD_POOLS' - Set the RTEMS specific thread pools
  ====================================================================
  
  _Description_:
       This environment variable is only used on the RTEMS real-time
       operating system.  It determines the scheduler instance specific
!      thread pools.  The format for `GOMP_RTEMS_THREAD_POOLS' is a list
!      of optional `<thread-pool-count>[$<priority>]@<scheduler-name>'
!      configurations separated by `:' where:
!         * `<thread-pool-count>' is the thread pool count for this
            scheduler instance.
! 
!         * `$<priority>' is an optional priority for the worker threads
!           of a thread pool according to `pthread_setschedparam'.  In
            case a priority value is omitted, then a worker thread will
            inherit the priority of the OpenMP master thread that created
            it.  The priority of the worker thread is not changed after
            creation, even if a new OpenMP master thread using the worker
            has a different priority.
! 
!         * `@<scheduler-name>' is the scheduler instance name according
            to the RTEMS application configuration.
       In case no thread pool configuration is specified for a scheduler
!      instance, then each OpenMP master thread of this scheduler
!      instance will use its own dynamically allocated thread pool.  To
!      limit the worker thread count of the thread pools, each OpenMP
!      master thread must call `omp_set_num_threads'.
! 
  _Example_:
!      Lets suppose we have three scheduler instances `IO', `WRK0', and
!      `WRK1' with `GOMP_RTEMS_THREAD_POOLS' set to `"1@WRK0:3$4@WRK1"'.
       Then there are no thread pool restrictions for scheduler instance
!      `IO'.  In the scheduler instance `WRK0' there is one thread pool
       available.  Since no priority is specified for this scheduler
       instance, the worker thread inherits the priority of the OpenMP
!      master thread that created it.  In the scheduler instance `WRK1'
!      there are three thread pools available and their worker threads
!      run at priority four.
  
  
  File: libgomp.info,  Node: Enabling OpenACC,  Next: OpenACC Runtime Library Routines,  Prev: Environment Variables,  Up: Top
*************** File: libgomp.info,  Node: Enabling Open
*** 1615,1624 ****
  ******************
  
  To activate the OpenACC extensions for C/C++ and Fortran, the
! compile-time flag '-fopenacc' must be specified.  This enables the
! OpenACC directive '#pragma acc' in C/C++ and '!$accp' directives in free
! form, 'c$acc', '*$acc' and '!$acc' directives in fixed form, '!$'
! conditional compilation sentinels in free form and 'c$', '*$' and '!$'
  sentinels in fixed form, for Fortran.  The flag also arranges for
  automatic linking of the OpenACC runtime library (*note OpenACC Runtime
  Library Routines::).
--- 1623,1632 ----
  ******************
  
  To activate the OpenACC extensions for C/C++ and Fortran, the
! compile-time flag `-fopenacc' must be specified.  This enables the
! OpenACC directive `#pragma acc' in C/C++ and `!$accp' directives in
! free form, `c$acc', `*$acc' and `!$acc' directives in fixed form, `!$'
! conditional compilation sentinels in free form and `c$', `*$' and `!$'
  sentinels in fixed form, for Fortran.  The flag also arranges for
  automatic linking of the OpenACC runtime library (*note OpenACC Runtime
  Library Routines::).
*************** found in the OpenACC (http://www.openacc
*** 1628,1635 ****
  Interface manual, version 2.0.
  
     Note that this is an experimental feature and subject to change in
! future versions of GCC. See <https://gcc.gnu.org/wiki/OpenACC> for more
! information.
  
  
  File: libgomp.info,  Node: OpenACC Runtime Library Routines,  Next: OpenACC Environment Variables,  Prev: Enabling OpenACC,  Up: Top
--- 1636,1643 ----
  Interface manual, version 2.0.
  
     Note that this is an experimental feature and subject to change in
! future versions of GCC.  See `https://gcc.gnu.org/wiki/OpenACC' for
! more information.
  
  
  File: libgomp.info,  Node: OpenACC Runtime Library Routines,  Next: OpenACC Environment Variables,  Prev: Enabling OpenACC,  Up: Top
*************** File: libgomp.info,  Node: OpenACC Runti
*** 1639,1647 ****
  
  The runtime routines described here are defined by section 3 of the
  OpenACC specifications in version 2.0.  They have C linkage, and do not
! throw exceptions.  Generally, they are available only for the host, with
! the exception of 'acc_on_device', which is available for both the host
! and the acceleration device.
  
  * Menu:
  
--- 1647,1655 ----
  
  The runtime routines described here are defined by section 3 of the
  OpenACC specifications in version 2.0.  They have C linkage, and do not
! throw exceptions.  Generally, they are available only for the host,
! with the exception of `acc_on_device', which is available for both the
! host and the acceleration device.
  
  * Menu:
  
*************** API routines for target platforms.
*** 1704,1710 ****
  
  File: libgomp.info,  Node: acc_get_num_devices,  Next: acc_set_device_type,  Up: OpenACC Runtime Library Routines
  
! 5.1 'acc_get_num_devices' - Get number of devices for given device type
  =======================================================================
  
  _Description_
--- 1712,1718 ----
  
  File: libgomp.info,  Node: acc_get_num_devices,  Next: acc_set_device_type,  Up: OpenACC Runtime Library Routines
  
! 5.1 `acc_get_num_devices' - Get number of devices for given device type
  =======================================================================
  
  _Description_
*************** _Description_
*** 1712,1722 ****
       available for the device type specified in DEVICETYPE.
  
  _C/C++_:
!      _Prototype_:   'int acc_get_num_devices(acc_device_t devicetype);'
  
  _Fortran_:
!      _Interface_:   'integer function acc_get_num_devices(devicetype)'
!                     'integer(kind=acc_device_kind) devicetype'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 1720,1730 ----
       available for the device type specified in DEVICETYPE.
  
  _C/C++_:
!      _Prototype_:  `int acc_get_num_devices(acc_device_t devicetype);'
  
  _Fortran_:
!      _Interface_:  `integer function acc_get_num_devices(devicetype)'
!                    `integer(kind=acc_device_kind) devicetype'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 1725,1731 ****
  
  File: libgomp.info,  Node: acc_set_device_type,  Next: acc_get_device_type,  Prev: acc_get_num_devices,  Up: OpenACC Runtime Library Routines
  
! 5.2 'acc_set_device_type' - Set type of device accelerator to use.
  ==================================================================
  
  _Description_
--- 1733,1739 ----
  
  File: libgomp.info,  Node: acc_set_device_type,  Next: acc_get_device_type,  Prev: acc_get_num_devices,  Up: OpenACC Runtime Library Routines
  
! 5.2 `acc_set_device_type' - Set type of device accelerator to use.
  ==================================================================
  
  _Description_
*************** _Description_
*** 1734,1744 ****
       kernels region.
  
  _C/C++_:
!      _Prototype_:   'acc_set_device_type(acc_device_t devicetype);'
  
  _Fortran_:
!      _Interface_:   'subroutine acc_set_device_type(devicetype)'
!                     'integer(kind=acc_device_kind) devicetype'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 1742,1752 ----
       kernels region.
  
  _C/C++_:
!      _Prototype_:  `acc_set_device_type(acc_device_t devicetype);'
  
  _Fortran_:
!      _Interface_:  `subroutine acc_set_device_type(devicetype)'
!                    `integer(kind=acc_device_kind) devicetype'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 1747,1753 ****
  
  File: libgomp.info,  Node: acc_get_device_type,  Next: acc_set_device_num,  Prev: acc_set_device_type,  Up: OpenACC Runtime Library Routines
  
! 5.3 'acc_get_device_type' - Get type of device accelerator to be used.
  ======================================================================
  
  _Description_
--- 1755,1761 ----
  
  File: libgomp.info,  Node: acc_get_device_type,  Next: acc_set_device_num,  Prev: acc_set_device_type,  Up: OpenACC Runtime Library Routines
  
! 5.3 `acc_get_device_type' - Get type of device accelerator to be used.
  ======================================================================
  
  _Description_
*************** _Description_
*** 1755,1765 ****
       a parallel or kernels region.
  
  _C/C++_:
!      _Prototype_:   'acc_device_t acc_get_device_type(void);'
  
  _Fortran_:
!      _Interface_:   'function acc_get_device_type(void)'
!                     'integer(kind=acc_device_kind) acc_get_device_type'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 1763,1773 ----
       a parallel or kernels region.
  
  _C/C++_:
!      _Prototype_:  `acc_device_t acc_get_device_type(void);'
  
  _Fortran_:
!      _Interface_:  `function acc_get_device_type(void)'
!                    `integer(kind=acc_device_kind) acc_get_device_type'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 1768,1774 ****
  
  File: libgomp.info,  Node: acc_set_device_num,  Next: acc_get_device_num,  Prev: acc_get_device_type,  Up: OpenACC Runtime Library Routines
  
! 5.4 'acc_set_device_num' - Set device number to use.
  ====================================================
  
  _Description_
--- 1776,1782 ----
  
  File: libgomp.info,  Node: acc_set_device_num,  Next: acc_get_device_num,  Prev: acc_get_device_type,  Up: OpenACC Runtime Library Routines
  
! 5.4 `acc_set_device_num' - Set device number to use.
  ====================================================
  
  _Description_
*************** _Description_
*** 1777,1788 ****
       DEVICETYPE.
  
  _C/C++_:
!      _Prototype_:   'acc_set_device_num(int num, acc_device_t devicetype);'
  
  _Fortran_:
!      _Interface_:   'subroutine acc_set_device_num(devicenum, devicetype)'
!                     'integer devicenum'
!                     'integer(kind=acc_device_kind) devicetype'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 1785,1797 ----
       DEVICETYPE.
  
  _C/C++_:
!      _Prototype_:  `acc_set_device_num(int num, acc_device_t
!                    devicetype);'
  
  _Fortran_:
!      _Interface_:  `subroutine acc_set_device_num(devicenum, devicetype)'
!                    `integer devicenum'
!                    `integer(kind=acc_device_kind) devicetype'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 1791,1797 ****
  
  File: libgomp.info,  Node: acc_get_device_num,  Next: acc_async_test,  Prev: acc_set_device_num,  Up: OpenACC Runtime Library Routines
  
! 5.5 'acc_get_device_num' - Get device number to be used.
  ========================================================
  
  _Description_
--- 1800,1806 ----
  
  File: libgomp.info,  Node: acc_get_device_num,  Next: acc_async_test,  Prev: acc_set_device_num,  Up: OpenACC Runtime Library Routines
  
! 5.5 `acc_get_device_num' - Get device number to be used.
  ========================================================
  
  _Description_
*************** _Description_
*** 1800,1811 ****
       parallel or kernels region.
  
  _C/C++_:
!      _Prototype_:   'int acc_get_device_num(acc_device_t devicetype);'
  
  _Fortran_:
!      _Interface_:   'function acc_get_device_num(devicetype)'
!                     'integer(kind=acc_device_kind) devicetype'
!                     'integer acc_get_device_num'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 1809,1820 ----
       parallel or kernels region.
  
  _C/C++_:
!      _Prototype_:  `int acc_get_device_num(acc_device_t devicetype);'
  
  _Fortran_:
!      _Interface_:  `function acc_get_device_num(devicetype)'
!                    `integer(kind=acc_device_kind) devicetype'
!                    `integer acc_get_device_num'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 1814,1836 ****
  
  File: libgomp.info,  Node: acc_async_test,  Next: acc_async_test_all,  Prev: acc_get_device_num,  Up: OpenACC Runtime Library Routines
  
! 5.6 'acc_async_test' - Test for completion of a specific asynchronous operation.
  ================================================================================
  
  _Description_
       This function tests for completion of the asynchrounous operation
!      specified in ARG.  In C/C++, a non-zero value will be returned to
!      indicate the specified asynchronous operation has completed.  While
!      Fortran will return a 'true'.  If the asynchrounous operation has
!      not completed, C/C++ returns a zero and Fortran returns a 'false'.
  
  _C/C++_:
!      _Prototype_:   'int acc_async_test(int arg);'
  
  _Fortran_:
!      _Interface_:   'function acc_async_test(arg)'
!                     'integer(kind=acc_handle_kind) arg'
!                     'logical acc_async_test'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 1823,1845 ----
  
  File: libgomp.info,  Node: acc_async_test,  Next: acc_async_test_all,  Prev: acc_get_device_num,  Up: OpenACC Runtime Library Routines
  
! 5.6 `acc_async_test' - Test for completion of a specific asynchronous operation.
  ================================================================================
  
  _Description_
       This function tests for completion of the asynchrounous operation
!      specified in ARG. In C/C++, a non-zero value will be returned to
!      indicate the specified asynchronous operation has completed. While
!      Fortran will return a `true'. If the asynchrounous operation has
!      not completed, C/C++ returns a zero and Fortran returns a `false'.
  
  _C/C++_:
!      _Prototype_:  `int acc_async_test(int arg);'
  
  _Fortran_:
!      _Interface_:  `function acc_async_test(arg)'
!                    `integer(kind=acc_handle_kind) arg'
!                    `logical acc_async_test'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 1839,1860 ****
  
  File: libgomp.info,  Node: acc_async_test_all,  Next: acc_wait,  Prev: acc_async_test,  Up: OpenACC Runtime Library Routines
  
! 5.7 'acc_async_test_all' - Tests for completion of all asynchronous operations.
  ===============================================================================
  
  _Description_
       This function tests for completion of all asynchrounous operations.
       In C/C++, a non-zero value will be returned to indicate all
!      asynchronous operations have completed.  While Fortran will return
!      a 'true'.  If any asynchronous operation has not completed, C/C++
!      returns a zero and Fortran returns a 'false'.
  
  _C/C++_:
!      _Prototype_:   'int acc_async_test_all(void);'
  
  _Fortran_:
!      _Interface_:   'function acc_async_test()'
!                     'logical acc_get_device_num'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 1848,1869 ----
  
  File: libgomp.info,  Node: acc_async_test_all,  Next: acc_wait,  Prev: acc_async_test,  Up: OpenACC Runtime Library Routines
  
! 5.7 `acc_async_test_all' - Tests for completion of all asynchronous operations.
  ===============================================================================
  
  _Description_
       This function tests for completion of all asynchrounous operations.
       In C/C++, a non-zero value will be returned to indicate all
!      asynchronous operations have completed. While Fortran will return
!      a `true'. If any asynchronous operation has not completed, C/C++
!      returns a zero and Fortran returns a `false'.
  
  _C/C++_:
!      _Prototype_:  `int acc_async_test_all(void);'
  
  _Fortran_:
!      _Interface_:  `function acc_async_test()'
!                    `logical acc_get_device_num'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 1863,1869 ****
  
  File: libgomp.info,  Node: acc_wait,  Next: acc_wait_all,  Prev: acc_async_test_all,  Up: OpenACC Runtime Library Routines
  
! 5.8 'acc_wait' - Wait for completion of a specific asynchronous operation.
  ==========================================================================
  
  _Description_
--- 1872,1878 ----
  
  File: libgomp.info,  Node: acc_wait,  Next: acc_wait_all,  Prev: acc_async_test_all,  Up: OpenACC Runtime Library Routines
  
! 5.8 `acc_wait' - Wait for completion of a specific asynchronous operation.
  ==========================================================================
  
  _Description_
*************** _Description_
*** 1871,1881 ****
       specified in ARG.
  
  _C/C++_:
!      _Prototype_:   'acc_wait(arg);'
  
  _Fortran_:
!      _Interface_:   'subroutine acc_wait(arg)'
!                     'integer(acc_handle_kind) arg'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 1880,1890 ----
       specified in ARG.
  
  _C/C++_:
!      _Prototype_:  `acc_wait(arg);'
  
  _Fortran_:
!      _Interface_:  `subroutine acc_wait(arg)'
!                    `integer(acc_handle_kind) arg'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 1884,1890 ****
  
  File: libgomp.info,  Node: acc_wait_all,  Next: acc_wait_all_async,  Prev: acc_wait,  Up: OpenACC Runtime Library Routines
  
! 5.9 'acc_wait_all' - Waits for completion of all asynchronous operations.
  =========================================================================
  
  _Description_
--- 1893,1899 ----
  
  File: libgomp.info,  Node: acc_wait_all,  Next: acc_wait_all_async,  Prev: acc_wait,  Up: OpenACC Runtime Library Routines
  
! 5.9 `acc_wait_all' - Waits for completion of all asynchronous operations.
  =========================================================================
  
  _Description_
*************** _Description_
*** 1892,1901 ****
       operations.
  
  _C/C++_:
!      _Prototype_:   'acc_wait_all(void);'
  
  _Fortran_:
!      _Interface_:   'subroutine acc_wait_async()'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 1901,1910 ----
       operations.
  
  _C/C++_:
!      _Prototype_:  `acc_wait_all(void);'
  
  _Fortran_:
!      _Interface_:  `subroutine acc_wait_async()'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 1904,1910 ****
  
  File: libgomp.info,  Node: acc_wait_all_async,  Next: acc_wait_async,  Prev: acc_wait_all,  Up: OpenACC Runtime Library Routines
  
! 5.10 'acc_wait_all_async' - Wait for completion of all asynchronous operations.
  ===============================================================================
  
  _Description_
--- 1913,1919 ----
  
  File: libgomp.info,  Node: acc_wait_all_async,  Next: acc_wait_async,  Prev: acc_wait_all,  Up: OpenACC Runtime Library Routines
  
! 5.10 `acc_wait_all_async' - Wait for completion of all asynchronous operations.
  ===============================================================================
  
  _Description_
*************** _Description_
*** 1913,1923 ****
       on any queue.
  
  _C/C++_:
!      _Prototype_:   'acc_wait_all_async(int async);'
  
  _Fortran_:
!      _Interface_:   'subroutine acc_wait_all_async(async)'
!                     'integer(acc_handle_kind) async'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 1922,1932 ----
       on any queue.
  
  _C/C++_:
!      _Prototype_:  `acc_wait_all_async(int async);'
  
  _Fortran_:
!      _Interface_:  `subroutine acc_wait_all_async(async)'
!                    `integer(acc_handle_kind) async'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 1926,1932 ****
  
  File: libgomp.info,  Node: acc_wait_async,  Next: acc_init,  Prev: acc_wait_all_async,  Up: OpenACC Runtime Library Routines
  
! 5.11 'acc_wait_async' - Wait for completion of asynchronous operations.
  =======================================================================
  
  _Description_
--- 1935,1941 ----
  
  File: libgomp.info,  Node: acc_wait_async,  Next: acc_init,  Prev: acc_wait_all_async,  Up: OpenACC Runtime Library Routines
  
! 5.11 `acc_wait_async' - Wait for completion of asynchronous operations.
  =======================================================================
  
  _Description_
*************** _Description_
*** 1934,1944 ****
       all asynchronous operations enqueued on queue ARG.
  
  _C/C++_:
!      _Prototype_:   'acc_wait_async(int arg, int async);'
  
  _Fortran_:
!      _Interface_:   'subroutine acc_wait_async(arg, async)'
!                     'integer(acc_handle_kind) arg, async'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 1943,1953 ----
       all asynchronous operations enqueued on queue ARG.
  
  _C/C++_:
!      _Prototype_:  `acc_wait_async(int arg, int async);'
  
  _Fortran_:
!      _Interface_:  `subroutine acc_wait_async(arg, async)'
!                    `integer(acc_handle_kind) arg, async'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 1947,1965 ****
  
  File: libgomp.info,  Node: acc_init,  Next: acc_shutdown,  Prev: acc_wait_async,  Up: OpenACC Runtime Library Routines
  
! 5.12 'acc_init' - Initialize runtime for a specific device type.
  ================================================================
  
  _Description_
!      This function initializes the runtime for the device type specified
!      in DEVICETYPE.
  
  _C/C++_:
!      _Prototype_:   'acc_init(acc_device_t devicetype);'
  
  _Fortran_:
!      _Interface_:   'subroutine acc_init(devicetype)'
!                     'integer(acc_device_kind) devicetype'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 1956,1974 ----
  
  File: libgomp.info,  Node: acc_init,  Next: acc_shutdown,  Prev: acc_wait_async,  Up: OpenACC Runtime Library Routines
  
! 5.12 `acc_init' - Initialize runtime for a specific device type.
  ================================================================
  
  _Description_
!      This function initializes the runtime for the device type
!      specified in DEVICETYPE.
  
  _C/C++_:
!      _Prototype_:  `acc_init(acc_device_t devicetype);'
  
  _Fortran_:
!      _Interface_:  `subroutine acc_init(devicetype)'
!                    `integer(acc_device_kind) devicetype'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 1968,1974 ****
  
  File: libgomp.info,  Node: acc_shutdown,  Next: acc_on_device,  Prev: acc_init,  Up: OpenACC Runtime Library Routines
  
! 5.13 'acc_shutdown' - Shuts down the runtime for a specific device type.
  ========================================================================
  
  _Description_
--- 1977,1983 ----
  
  File: libgomp.info,  Node: acc_shutdown,  Next: acc_on_device,  Prev: acc_init,  Up: OpenACC Runtime Library Routines
  
! 5.13 `acc_shutdown' - Shuts down the runtime for a specific device type.
  ========================================================================
  
  _Description_
*************** _Description_
*** 1976,1986 ****
       in DEVICETYPE.
  
  _C/C++_:
!      _Prototype_:   'acc_shutdown(acc_device_t devicetype);'
  
  _Fortran_:
!      _Interface_:   'subroutine acc_shutdown(devicetype)'
!                     'integer(acc_device_kind) devicetype'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 1985,1995 ----
       in DEVICETYPE.
  
  _C/C++_:
!      _Prototype_:  `acc_shutdown(acc_device_t devicetype);'
  
  _Fortran_:
!      _Interface_:  `subroutine acc_shutdown(devicetype)'
!                    `integer(acc_device_kind) devicetype'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 1989,2012 ****
  
  File: libgomp.info,  Node: acc_on_device,  Next: acc_malloc,  Prev: acc_shutdown,  Up: OpenACC Runtime Library Routines
  
! 5.14 'acc_on_device' - Whether executing on a particular device
  ===============================================================
  
  _Description_:
       This function returns whether the program is executing on a
!      particular device specified in DEVICETYPE.  In C/C++ a non-zero
       value is returned to indicate the device is execiting on the
!      specified device type.  In Fortran, 'true' will be returned.  If
       the program is not executing on the specified device type C/C++
!      will return a zero, while Fortran will return 'false'.
  
  _C/C++_:
!      _Prototype_:   'acc_on_device(acc_device_t devicetype);'
  
  _Fortran_:
!      _Interface_:   'function acc_on_device(devicetype)'
!                     'integer(acc_device_kind) devicetype'
!                     'logical acc_on_device'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 1998,2021 ----
  
  File: libgomp.info,  Node: acc_on_device,  Next: acc_malloc,  Prev: acc_shutdown,  Up: OpenACC Runtime Library Routines
  
! 5.14 `acc_on_device' - Whether executing on a particular device
  ===============================================================
  
  _Description_:
       This function returns whether the program is executing on a
!      particular device specified in DEVICETYPE. In C/C++ a non-zero
       value is returned to indicate the device is execiting on the
!      specified device type.  In Fortran, `true' will be returned. If
       the program is not executing on the specified device type C/C++
!      will return a zero, while Fortran will return `false'.
  
  _C/C++_:
!      _Prototype_:  `acc_on_device(acc_device_t devicetype);'
  
  _Fortran_:
!      _Interface_:  `function acc_on_device(devicetype)'
!                    `integer(acc_device_kind) devicetype'
!                    `logical acc_on_device'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 2015,2029 ****
  
  File: libgomp.info,  Node: acc_malloc,  Next: acc_free,  Prev: acc_on_device,  Up: OpenACC Runtime Library Routines
  
! 5.15 'acc_malloc' - Allocate device memory.
  ===========================================
  
  _Description_
!      This function allocates LEN bytes of device memory.  It returns the
       device address of the allocated memory.
  
  _C/C++_:
!      _Prototype_:   'd_void* acc_malloc(size_t len);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 2024,2038 ----
  
  File: libgomp.info,  Node: acc_malloc,  Next: acc_free,  Prev: acc_on_device,  Up: OpenACC Runtime Library Routines
  
! 5.15 `acc_malloc' - Allocate device memory.
  ===========================================
  
  _Description_
!      This function allocates LEN bytes of device memory. It returns the
       device address of the allocated memory.
  
  _C/C++_:
!      _Prototype_:  `d_void* acc_malloc(size_t len);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 2032,2045 ****
  
  File: libgomp.info,  Node: acc_free,  Next: acc_copyin,  Prev: acc_malloc,  Up: OpenACC Runtime Library Routines
  
! 5.16 'acc_free' - Free device memory.
  =====================================
  
  _Description_
!      Free previously allocated device memory at the device address 'a'.
  
  _C/C++_:
!      _Prototype_:   'acc_free(d_void *a);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 2041,2054 ----
  
  File: libgomp.info,  Node: acc_free,  Next: acc_copyin,  Prev: acc_malloc,  Up: OpenACC Runtime Library Routines
  
! 5.16 `acc_free' - Free device memory.
  =====================================
  
  _Description_
!      Free previously allocated device memory at the device address `a'.
  
  _C/C++_:
!      _Prototype_:  `acc_free(d_void *a);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 2048,2074 ****
  
  File: libgomp.info,  Node: acc_copyin,  Next: acc_present_or_copyin,  Prev: acc_free,  Up: OpenACC Runtime Library Routines
  
! 5.17 'acc_copyin' - Allocate device memory and copy host memory to it.
  ======================================================================
  
  _Description_
       In C/C++, this function allocates LEN bytes of device memory and
!      maps it to the specified host address in A.  The device address of
       the newly allocated device memory is returned.
  
!      In Fortran, two (2) forms are supported.  In the first form, A
!      specifies a contiguous array section.  The second form A specifies
!      a variable or array element and LEN specifies the length in bytes.
  
  _C/C++_:
!      _Prototype_:   'void *acc_copyin(h_void *a, size_t len);'
  
  _Fortran_:
!      _Interface_:   'subroutine acc_copyin(a)'
!                     'type, dimension(:[,:]...) :: a'
!      _Interface_:   'subroutine acc_copyin(a, len)'
!                     'type, dimension(:[,:]...) :: a'
!                     'integer len'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 2057,2083 ----
  
  File: libgomp.info,  Node: acc_copyin,  Next: acc_present_or_copyin,  Prev: acc_free,  Up: OpenACC Runtime Library Routines
  
! 5.17 `acc_copyin' - Allocate device memory and copy host memory to it.
  ======================================================================
  
  _Description_
       In C/C++, this function allocates LEN bytes of device memory and
!      maps it to the specified host address in A. The device address of
       the newly allocated device memory is returned.
  
!      In Fortran, two (2) forms are supported. In the first form, A
!      specifies a contiguous array section. The second form A specifies a
!      variable or array element and LEN specifies the length in bytes.
  
  _C/C++_:
!      _Prototype_:  `void *acc_copyin(h_void *a, size_t len);'
  
  _Fortran_:
!      _Interface_:  `subroutine acc_copyin(a)'
!                    `type, dimension(:[,:]...) :: a'
!      _Interface_:  `subroutine acc_copyin(a, len)'
!                    `type, dimension(:[,:]...) :: a'
!                    `integer len'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 2077,2110 ****
  
  File: libgomp.info,  Node: acc_present_or_copyin,  Next: acc_create,  Prev: acc_copyin,  Up: OpenACC Runtime Library Routines
  
! 5.18 'acc_present_or_copyin' - If the data is not present on the device, allocate device memory and copy from host memory.
  ==========================================================================================================================
  
  _Description_
       This function tests if the host data specifed by A and of length
!      LEN is present or not.  If it is not present, then device memory
!      will be allocated and the host memory copied.  The device address
!      of the newly allocated device memory is returned.
  
!      In Fortran, two (2) forms are supported.  In the first form, A
!      specifies a contiguous array section.  The second form A specifies
       a variable or array element and LEN specifies the length in bytes.
  
  _C/C++_:
!      _Prototype_:   'void *acc_present_or_copyin(h_void *a, size_t len);'
!      _Prototype_:   'void *acc_pcopyin(h_void *a, size_t len);'
  
  _Fortran_:
!      _Interface_:   'subroutine acc_present_or_copyin(a)'
!                     'type, dimension(:[,:]...) :: a'
!      _Interface_:   'subroutine acc_present_or_copyin(a, len)'
!                     'type, dimension(:[,:]...) :: a'
!                     'integer len'
!      _Interface_:   'subroutine acc_pcopyin(a)'
!                     'type, dimension(:[,:]...) :: a'
!      _Interface_:   'subroutine acc_pcopyin(a, len)'
!                     'type, dimension(:[,:]...) :: a'
!                     'integer len'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 2086,2119 ----
  
  File: libgomp.info,  Node: acc_present_or_copyin,  Next: acc_create,  Prev: acc_copyin,  Up: OpenACC Runtime Library Routines
  
! 5.18 `acc_present_or_copyin' - If the data is not present on the device, allocate device memory and copy from host memory.
  ==========================================================================================================================
  
  _Description_
       This function tests if the host data specifed by A and of length
!      LEN is present or not. If it is not present, then device memory
!      will be allocated and the host memory copied. The device address of
!      the newly allocated device memory is returned.
  
!      In Fortran, two (2) forms are supported. In the first form, A
!      specifies a contiguous array section. The second form A specifies
       a variable or array element and LEN specifies the length in bytes.
  
  _C/C++_:
!      _Prototype_:  `void *acc_present_or_copyin(h_void *a, size_t len);'
!      _Prototype_:  `void *acc_pcopyin(h_void *a, size_t len);'
  
  _Fortran_:
!      _Interface_:  `subroutine acc_present_or_copyin(a)'
!                    `type, dimension(:[,:]...) :: a'
!      _Interface_:  `subroutine acc_present_or_copyin(a, len)'
!                    `type, dimension(:[,:]...) :: a'
!                    `integer len'
!      _Interface_:  `subroutine acc_pcopyin(a)'
!                    `type, dimension(:[,:]...) :: a'
!      _Interface_:  `subroutine acc_pcopyin(a, len)'
!                    `type, dimension(:[,:]...) :: a'
!                    `integer len'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 2113,2140 ****
  
  File: libgomp.info,  Node: acc_create,  Next: acc_present_or_create,  Prev: acc_present_or_copyin,  Up: OpenACC Runtime Library Routines
  
! 5.19 'acc_create' - Allocate device memory and map it to host memory.
  =====================================================================
  
  _Description_
       This function allocates device memory and maps it to host memory
!      specified by the host address A with a length of LEN bytes.  In
       C/C++, the function returns the device address of the allocated
       device memory.
  
!      In Fortran, two (2) forms are supported.  In the first form, A
!      specifies a contiguous array section.  The second form A specifies
       a variable or array element and LEN specifies the length in bytes.
  
  _C/C++_:
!      _Prototype_:   'void *acc_create(h_void *a, size_t len);'
  
  _Fortran_:
!      _Interface_:   'subroutine acc_create(a)'
!                     'type, dimension(:[,:]...) :: a'
!      _Interface_:   'subroutine acc_create(a, len)'
!                     'type, dimension(:[,:]...) :: a'
!                     'integer len'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 2122,2149 ----
  
  File: libgomp.info,  Node: acc_create,  Next: acc_present_or_create,  Prev: acc_present_or_copyin,  Up: OpenACC Runtime Library Routines
  
! 5.19 `acc_create' - Allocate device memory and map it to host memory.
  =====================================================================
  
  _Description_
       This function allocates device memory and maps it to host memory
!      specified by the host address A with a length of LEN bytes. In
       C/C++, the function returns the device address of the allocated
       device memory.
  
!      In Fortran, two (2) forms are supported. In the first form, A
!      specifies a contiguous array section. The second form A specifies
       a variable or array element and LEN specifies the length in bytes.
  
  _C/C++_:
!      _Prototype_:  `void *acc_create(h_void *a, size_t len);'
  
  _Fortran_:
!      _Interface_:  `subroutine acc_create(a)'
!                    `type, dimension(:[,:]...) :: a'
!      _Interface_:  `subroutine acc_create(a, len)'
!                    `type, dimension(:[,:]...) :: a'
!                    `integer len'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 2143,2176 ****
  
  File: libgomp.info,  Node: acc_present_or_create,  Next: acc_copyout,  Prev: acc_create,  Up: OpenACC Runtime Library Routines
  
! 5.20 'acc_present_or_create' - If the data is not present on the device, allocate device memory and map it to host memory.
  ==========================================================================================================================
  
  _Description_
       This function tests if the host data specifed by A and of length
!      LEN is present or not.  If it is not present, then device memory
!      will be allocated and mapped to host memory.  In C/C++, the device
       address of the newly allocated device memory is returned.
  
!      In Fortran, two (2) forms are supported.  In the first form, A
!      specifies a contiguous array section.  The second form A specifies
       a variable or array element and LEN specifies the length in bytes.
  
  _C/C++_:
!      _Prototype_:   'void *acc_present_or_create(h_void *a, size_t len)'
!      _Prototype_:   'void *acc_pcreate(h_void *a, size_t len)'
  
  _Fortran_:
!      _Interface_:   'subroutine acc_present_or_create(a)'
!                     'type, dimension(:[,:]...) :: a'
!      _Interface_:   'subroutine acc_present_or_create(a, len)'
!                     'type, dimension(:[,:]...) :: a'
!                     'integer len'
!      _Interface_:   'subroutine acc_pcreate(a)'
!                     'type, dimension(:[,:]...) :: a'
!      _Interface_:   'subroutine acc_pcreate(a, len)'
!                     'type, dimension(:[,:]...) :: a'
!                     'integer len'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 2152,2185 ----
  
  File: libgomp.info,  Node: acc_present_or_create,  Next: acc_copyout,  Prev: acc_create,  Up: OpenACC Runtime Library Routines
  
! 5.20 `acc_present_or_create' - If the data is not present on the device, allocate device memory and map it to host memory.
  ==========================================================================================================================
  
  _Description_
       This function tests if the host data specifed by A and of length
!      LEN is present or not. If it is not present, then device memory
!      will be allocated and mapped to host memory. In C/C++, the device
       address of the newly allocated device memory is returned.
  
!      In Fortran, two (2) forms are supported. In the first form, A
!      specifies a contiguous array section. The second form A specifies
       a variable or array element and LEN specifies the length in bytes.
  
  _C/C++_:
!      _Prototype_:  `void *acc_present_or_create(h_void *a, size_t len)'
!      _Prototype_:  `void *acc_pcreate(h_void *a, size_t len)'
  
  _Fortran_:
!      _Interface_:  `subroutine acc_present_or_create(a)'
!                    `type, dimension(:[,:]...) :: a'
!      _Interface_:  `subroutine acc_present_or_create(a, len)'
!                    `type, dimension(:[,:]...) :: a'
!                    `integer len'
!      _Interface_:  `subroutine acc_pcreate(a)'
!                    `type, dimension(:[,:]...) :: a'
!      _Interface_:  `subroutine acc_pcreate(a, len)'
!                    `type, dimension(:[,:]...) :: a'
!                    `integer len'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 2179,2204 ****
  
  File: libgomp.info,  Node: acc_copyout,  Next: acc_delete,  Prev: acc_present_or_create,  Up: OpenACC Runtime Library Routines
  
! 5.21 'acc_copyout' - Copy device memory to host memory.
  =======================================================
  
  _Description_
       This function copies mapped device memory to host memory which is
       specified by host address A for a length LEN bytes in C/C++.
  
!      In Fortran, two (2) forms are supported.  In the first form, A
!      specifies a contiguous array section.  The second form A specifies
       a variable or array element and LEN specifies the length in bytes.
  
  _C/C++_:
!      _Prototype_:   'acc_copyout(h_void *a, size_t len);'
  
  _Fortran_:
!      _Interface_:   'subroutine acc_copyout(a)'
!                     'type, dimension(:[,:]...) :: a'
!      _Interface_:   'subroutine acc_copyout(a, len)'
!                     'type, dimension(:[,:]...) :: a'
!                     'integer len'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 2188,2213 ----
  
  File: libgomp.info,  Node: acc_copyout,  Next: acc_delete,  Prev: acc_present_or_create,  Up: OpenACC Runtime Library Routines
  
! 5.21 `acc_copyout' - Copy device memory to host memory.
  =======================================================
  
  _Description_
       This function copies mapped device memory to host memory which is
       specified by host address A for a length LEN bytes in C/C++.
  
!      In Fortran, two (2) forms are supported. In the first form, A
!      specifies a contiguous array section. The second form A specifies
       a variable or array element and LEN specifies the length in bytes.
  
  _C/C++_:
!      _Prototype_:  `acc_copyout(h_void *a, size_t len);'
  
  _Fortran_:
!      _Interface_:  `subroutine acc_copyout(a)'
!                    `type, dimension(:[,:]...) :: a'
!      _Interface_:  `subroutine acc_copyout(a, len)'
!                    `type, dimension(:[,:]...) :: a'
!                    `integer len'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 2207,2232 ****
  
  File: libgomp.info,  Node: acc_delete,  Next: acc_update_device,  Prev: acc_copyout,  Up: OpenACC Runtime Library Routines
  
! 5.22 'acc_delete' - Free device memory.
  =======================================
  
  _Description_
       This function frees previously allocated device memory specified by
       the device address A and the length of LEN bytes.
  
!      In Fortran, two (2) forms are supported.  In the first form, A
!      specifies a contiguous array section.  The second form A specifies
       a variable or array element and LEN specifies the length in bytes.
  
  _C/C++_:
!      _Prototype_:   'acc_delete(h_void *a, size_t len);'
  
  _Fortran_:
!      _Interface_:   'subroutine acc_delete(a)'
!                     'type, dimension(:[,:]...) :: a'
!      _Interface_:   'subroutine acc_delete(a, len)'
!                     'type, dimension(:[,:]...) :: a'
!                     'integer len'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 2216,2241 ----
  
  File: libgomp.info,  Node: acc_delete,  Next: acc_update_device,  Prev: acc_copyout,  Up: OpenACC Runtime Library Routines
  
! 5.22 `acc_delete' - Free device memory.
  =======================================
  
  _Description_
       This function frees previously allocated device memory specified by
       the device address A and the length of LEN bytes.
  
!      In Fortran, two (2) forms are supported. In the first form, A
!      specifies a contiguous array section. The second form A specifies
       a variable or array element and LEN specifies the length in bytes.
  
  _C/C++_:
!      _Prototype_:  `acc_delete(h_void *a, size_t len);'
  
  _Fortran_:
!      _Interface_:  `subroutine acc_delete(a)'
!                    `type, dimension(:[,:]...) :: a'
!      _Interface_:  `subroutine acc_delete(a, len)'
!                    `type, dimension(:[,:]...) :: a'
!                    `integer len'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 2235,2241 ****
  
  File: libgomp.info,  Node: acc_update_device,  Next: acc_update_self,  Prev: acc_delete,  Up: OpenACC Runtime Library Routines
  
! 5.23 'acc_update_device' - Update device memory from mapped host memory.
  ========================================================================
  
  _Description_
--- 2244,2250 ----
  
  File: libgomp.info,  Node: acc_update_device,  Next: acc_update_self,  Prev: acc_delete,  Up: OpenACC Runtime Library Routines
  
! 5.23 `acc_update_device' - Update device memory from mapped host memory.
  ========================================================================
  
  _Description_
*************** _Description_
*** 2243,2261 ****
       host memory.  The host memory is specified with the host address A
       and a length of LEN bytes.
  
!      In Fortran, two (2) forms are supported.  In the first form, A
!      specifies a contiguous array section.  The second form A specifies
       a variable or array element and LEN specifies the length in bytes.
  
  _C/C++_:
!      _Prototype_:   'acc_update_device(h_void *a, size_t len);'
  
  _Fortran_:
!      _Interface_:   'subroutine acc_update_device(a)'
!                     'type, dimension(:[,:]...) :: a'
!      _Interface_:   'subroutine acc_update_device(a, len)'
!                     'type, dimension(:[,:]...) :: a'
!                     'integer len'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 2252,2270 ----
       host memory.  The host memory is specified with the host address A
       and a length of LEN bytes.
  
!      In Fortran, two (2) forms are supported. In the first form, A
!      specifies a contiguous array section. The second form A specifies
       a variable or array element and LEN specifies the length in bytes.
  
  _C/C++_:
!      _Prototype_:  `acc_update_device(h_void *a, size_t len);'
  
  _Fortran_:
!      _Interface_:  `subroutine acc_update_device(a)'
!                    `type, dimension(:[,:]...) :: a'
!      _Interface_:  `subroutine acc_update_device(a, len)'
!                    `type, dimension(:[,:]...) :: a'
!                    `integer len'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 2264,2270 ****
  
  File: libgomp.info,  Node: acc_update_self,  Next: acc_map_data,  Prev: acc_update_device,  Up: OpenACC Runtime Library Routines
  
! 5.24 'acc_update_self' - Update host memory from mapped device memory.
  ======================================================================
  
  _Description_
--- 2273,2279 ----
  
  File: libgomp.info,  Node: acc_update_self,  Next: acc_map_data,  Prev: acc_update_device,  Up: OpenACC Runtime Library Routines
  
! 5.24 `acc_update_self' - Update host memory from mapped device memory.
  ======================================================================
  
  _Description_
*************** _Description_
*** 2272,2290 ****
       device memory.  The host memory is specified with the host address
       A and a length of LEN bytes.
  
!      In Fortran, two (2) forms are supported.  In the first form, A
!      specifies a contiguous array section.  The second form A specifies
       a variable or array element and LEN specifies the length in bytes.
  
  _C/C++_:
!      _Prototype_:   'acc_update_self(h_void *a, size_t len);'
  
  _Fortran_:
!      _Interface_:   'subroutine acc_update_self(a)'
!                     'type, dimension(:[,:]...) :: a'
!      _Interface_:   'subroutine acc_update_self(a, len)'
!                     'type, dimension(:[,:]...) :: a'
!                     'integer len'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 2281,2299 ----
       device memory.  The host memory is specified with the host address
       A and a length of LEN bytes.
  
!      In Fortran, two (2) forms are supported. In the first form, A
!      specifies a contiguous array section. The second form A specifies
       a variable or array element and LEN specifies the length in bytes.
  
  _C/C++_:
!      _Prototype_:  `acc_update_self(h_void *a, size_t len);'
  
  _Fortran_:
!      _Interface_:  `subroutine acc_update_self(a)'
!                    `type, dimension(:[,:]...) :: a'
!      _Interface_:  `subroutine acc_update_self(a, len)'
!                    `type, dimension(:[,:]...) :: a'
!                    `integer len'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 2293,2308 ****
  
  File: libgomp.info,  Node: acc_map_data,  Next: acc_unmap_data,  Prev: acc_update_self,  Up: OpenACC Runtime Library Routines
  
! 5.25 'acc_map_data' - Map previously allocated device memory to host memory.
  ============================================================================
  
  _Description_
       This function maps previously allocated device and host memory.
!      The device memory is specified with the device address D.  The host
       memory is specified with the host address H and a length of LEN.
  
  _C/C++_:
!      _Prototype_:   'acc_map_data(h_void *h, d_void *d, size_t len);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 2302,2317 ----
  
  File: libgomp.info,  Node: acc_map_data,  Next: acc_unmap_data,  Prev: acc_update_self,  Up: OpenACC Runtime Library Routines
  
! 5.25 `acc_map_data' - Map previously allocated device memory to host memory.
  ============================================================================
  
  _Description_
       This function maps previously allocated device and host memory.
!      The device memory is specified with the device address D. The host
       memory is specified with the host address H and a length of LEN.
  
  _C/C++_:
!      _Prototype_:  `acc_map_data(h_void *h, d_void *d, size_t len);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 2311,2325 ****
  
  File: libgomp.info,  Node: acc_unmap_data,  Next: acc_deviceptr,  Prev: acc_map_data,  Up: OpenACC Runtime Library Routines
  
! 5.26 'acc_unmap_data' - Unmap device memory from host memory.
  =============================================================
  
  _Description_
!      This function unmaps previously mapped device and host memory.  The
       latter specified by H.
  
  _C/C++_:
!      _Prototype_:   'acc_unmap_data(h_void *h);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 2320,2334 ----
  
  File: libgomp.info,  Node: acc_unmap_data,  Next: acc_deviceptr,  Prev: acc_map_data,  Up: OpenACC Runtime Library Routines
  
! 5.26 `acc_unmap_data' - Unmap device memory from host memory.
  =============================================================
  
  _Description_
!      This function unmaps previously mapped device and host memory. The
       latter specified by H.
  
  _C/C++_:
!      _Prototype_:  `acc_unmap_data(h_void *h);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 2328,2334 ****
  
  File: libgomp.info,  Node: acc_deviceptr,  Next: acc_hostptr,  Prev: acc_unmap_data,  Up: OpenACC Runtime Library Routines
  
! 5.27 'acc_deviceptr' - Get device pointer associated with specific host address.
  ================================================================================
  
  _Description_
--- 2337,2343 ----
  
  File: libgomp.info,  Node: acc_deviceptr,  Next: acc_hostptr,  Prev: acc_unmap_data,  Up: OpenACC Runtime Library Routines
  
! 5.27 `acc_deviceptr' - Get device pointer associated with specific host address.
  ================================================================================
  
  _Description_
*************** _Description_
*** 2336,2342 ****
       the host address specified by H.
  
  _C/C++_:
!      _Prototype_:   'void *acc_deviceptr(h_void *h);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 2345,2351 ----
       the host address specified by H.
  
  _C/C++_:
!      _Prototype_:  `void *acc_deviceptr(h_void *h);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 2345,2351 ****
  
  File: libgomp.info,  Node: acc_hostptr,  Next: acc_is_present,  Prev: acc_deviceptr,  Up: OpenACC Runtime Library Routines
  
! 5.28 'acc_hostptr' - Get host pointer associated with specific device address.
  ==============================================================================
  
  _Description_
--- 2354,2360 ----
  
  File: libgomp.info,  Node: acc_hostptr,  Next: acc_is_present,  Prev: acc_deviceptr,  Up: OpenACC Runtime Library Routines
  
! 5.28 `acc_hostptr' - Get host pointer associated with specific device address.
  ==============================================================================
  
  _Description_
*************** _Description_
*** 2353,2359 ****
       device address specified by D.
  
  _C/C++_:
!      _Prototype_:   'void *acc_hostptr(d_void *d);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 2362,2368 ----
       device address specified by D.
  
  _C/C++_:
!      _Prototype_:  `void *acc_hostptr(d_void *d);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 2362,2395 ****
  
  File: libgomp.info,  Node: acc_is_present,  Next: acc_memcpy_to_device,  Prev: acc_hostptr,  Up: OpenACC Runtime Library Routines
  
! 5.29 'acc_is_present' - Indicate whether host variable / array is present on device.
  ====================================================================================
  
  _Description_
!      This function indicates whether the specified host address in A and
!      a length of LEN bytes is present on the device.  In C/C++, a
       non-zero value is returned to indicate the presence of the mapped
!      memory on the device.  A zero is returned to indicate the memory is
       not mapped on the device.
  
!      In Fortran, two (2) forms are supported.  In the first form, A
!      specifies a contiguous array section.  The second form A specifies
       a variable or array element and LEN specifies the length in bytes.
!      If the host memory is mapped to device memory, then a 'true' is
!      returned.  Otherwise, a 'false' is return to indicate the mapped
       memory is not present.
  
  _C/C++_:
!      _Prototype_:   'int acc_is_present(h_void *a, size_t len);'
  
  _Fortran_:
!      _Interface_:   'function acc_is_present(a)'
!                     'type, dimension(:[,:]...) :: a'
!                     'logical acc_is_present'
!      _Interface_:   'function acc_is_present(a, len)'
!                     'type, dimension(:[,:]...) :: a'
!                     'integer len'
!                     'logical acc_is_present'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 2371,2404 ----
  
  File: libgomp.info,  Node: acc_is_present,  Next: acc_memcpy_to_device,  Prev: acc_hostptr,  Up: OpenACC Runtime Library Routines
  
! 5.29 `acc_is_present' - Indicate whether host variable / array is present on device.
  ====================================================================================
  
  _Description_
!      This function indicates whether the specified host address in A
!      and a length of LEN bytes is present on the device. In C/C++, a
       non-zero value is returned to indicate the presence of the mapped
!      memory on the device. A zero is returned to indicate the memory is
       not mapped on the device.
  
!      In Fortran, two (2) forms are supported. In the first form, A
!      specifies a contiguous array section. The second form A specifies
       a variable or array element and LEN specifies the length in bytes.
!      If the host memory is mapped to device memory, then a `true' is
!      returned. Otherwise, a `false' is return to indicate the mapped
       memory is not present.
  
  _C/C++_:
!      _Prototype_:  `int acc_is_present(h_void *a, size_t len);'
  
  _Fortran_:
!      _Interface_:  `function acc_is_present(a)'
!                    `type, dimension(:[,:]...) :: a'
!                    `logical acc_is_present'
!      _Interface_:  `function acc_is_present(a, len)'
!                    `type, dimension(:[,:]...) :: a'
!                    `integer len'
!                    `logical acc_is_present'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 2398,2404 ****
  
  File: libgomp.info,  Node: acc_memcpy_to_device,  Next: acc_memcpy_from_device,  Prev: acc_is_present,  Up: OpenACC Runtime Library Routines
  
! 5.30 'acc_memcpy_to_device' - Copy host memory to device memory.
  ================================================================
  
  _Description_
--- 2407,2413 ----
  
  File: libgomp.info,  Node: acc_memcpy_to_device,  Next: acc_memcpy_from_device,  Prev: acc_is_present,  Up: OpenACC Runtime Library Routines
  
! 5.30 `acc_memcpy_to_device' - Copy host memory to device memory.
  ================================================================
  
  _Description_
*************** _Description_
*** 2407,2414 ****
       of BYTES bytes.
  
  _C/C++_:
!      _Prototype_:   'acc_memcpy_to_device(d_void *dest, h_void *src, size_t
!                     bytes);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 2416,2423 ----
       of BYTES bytes.
  
  _C/C++_:
!      _Prototype_:  `acc_memcpy_to_device(d_void *dest, h_void *src,
!                    size_t bytes);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 2417,2423 ****
  
  File: libgomp.info,  Node: acc_memcpy_from_device,  Next: acc_get_current_cuda_device,  Prev: acc_memcpy_to_device,  Up: OpenACC Runtime Library Routines
  
! 5.31 'acc_memcpy_from_device' - Copy device memory to host memory.
  ==================================================================
  
  _Description_
--- 2426,2432 ----
  
  File: libgomp.info,  Node: acc_memcpy_from_device,  Next: acc_get_current_cuda_device,  Prev: acc_memcpy_to_device,  Up: OpenACC Runtime Library Routines
  
! 5.31 `acc_memcpy_from_device' - Copy device memory to host memory.
  ==================================================================
  
  _Description_
*************** _Description_
*** 2426,2433 ****
       length of BYTES bytes.
  
  _C/C++_:
!      _Prototype_:   'acc_memcpy_from_device(d_void *dest, h_void *src,
!                     size_t bytes);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 2435,2442 ----
       length of BYTES bytes.
  
  _C/C++_:
!      _Prototype_:  `acc_memcpy_from_device(d_void *dest, h_void *src,
!                    size_t bytes);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 2436,2450 ****
  
  File: libgomp.info,  Node: acc_get_current_cuda_device,  Next: acc_get_current_cuda_context,  Prev: acc_memcpy_from_device,  Up: OpenACC Runtime Library Routines
  
! 5.32 'acc_get_current_cuda_device' - Get CUDA device handle.
  ============================================================
  
  _Description_
!      This function returns the CUDA device handle.  This handle is the
       same as used by the CUDA Runtime or Driver API's.
  
  _C/C++_:
!      _Prototype_:   'void *acc_get_current_cuda_device(void);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 2445,2459 ----
  
  File: libgomp.info,  Node: acc_get_current_cuda_device,  Next: acc_get_current_cuda_context,  Prev: acc_memcpy_from_device,  Up: OpenACC Runtime Library Routines
  
! 5.32 `acc_get_current_cuda_device' - Get CUDA device handle.
  ============================================================
  
  _Description_
!      This function returns the CUDA device handle. This handle is the
       same as used by the CUDA Runtime or Driver API's.
  
  _C/C++_:
!      _Prototype_:  `void *acc_get_current_cuda_device(void);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 2453,2467 ****
  
  File: libgomp.info,  Node: acc_get_current_cuda_context,  Next: acc_get_cuda_stream,  Prev: acc_get_current_cuda_device,  Up: OpenACC Runtime Library Routines
  
! 5.33 'acc_get_current_cuda_context' - Get CUDA context handle.
  ==============================================================
  
  _Description_
!      This function returns the CUDA context handle.  This handle is the
       same as used by the CUDA Runtime or Driver API's.
  
  _C/C++_:
!      _Prototype_:   'acc_get_current_cuda_context(void);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 2462,2476 ----
  
  File: libgomp.info,  Node: acc_get_current_cuda_context,  Next: acc_get_cuda_stream,  Prev: acc_get_current_cuda_device,  Up: OpenACC Runtime Library Routines
  
! 5.33 `acc_get_current_cuda_context' - Get CUDA context handle.
  ==============================================================
  
  _Description_
!      This function returns the CUDA context handle. This handle is the
       same as used by the CUDA Runtime or Driver API's.
  
  _C/C++_:
!      _Prototype_:  `acc_get_current_cuda_context(void);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 2470,2484 ****
  
  File: libgomp.info,  Node: acc_get_cuda_stream,  Next: acc_set_cuda_stream,  Prev: acc_get_current_cuda_context,  Up: OpenACC Runtime Library Routines
  
! 5.34 'acc_get_cuda_stream' - Get CUDA stream handle.
  ====================================================
  
  _Description_
!      This function returns the CUDA stream handle.  This handle is the
       same as used by the CUDA Runtime or Driver API's.
  
  _C/C++_:
!      _Prototype_:   'acc_get_cuda_stream(void);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 2479,2493 ----
  
  File: libgomp.info,  Node: acc_get_cuda_stream,  Next: acc_set_cuda_stream,  Prev: acc_get_current_cuda_context,  Up: OpenACC Runtime Library Routines
  
! 5.34 `acc_get_cuda_stream' - Get CUDA stream handle.
  ====================================================
  
  _Description_
!      This function returns the CUDA stream handle. This handle is the
       same as used by the CUDA Runtime or Driver API's.
  
  _C/C++_:
!      _Prototype_:  `acc_get_cuda_stream(void);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** _Reference_:
*** 2487,2493 ****
  
  File: libgomp.info,  Node: acc_set_cuda_stream,  Prev: acc_get_cuda_stream,  Up: OpenACC Runtime Library Routines
  
! 5.35 'acc_set_cuda_stream' - Set CUDA stream handle.
  ====================================================
  
  _Description_
--- 2496,2502 ----
  
  File: libgomp.info,  Node: acc_set_cuda_stream,  Prev: acc_get_cuda_stream,  Up: OpenACC Runtime Library Routines
  
! 5.35 `acc_set_cuda_stream' - Set CUDA stream handle.
  ====================================================
  
  _Description_
*************** _Description_
*** 2495,2501 ****
       the asynchronous value specified by ASYNC.
  
  _C/C++_:
!      _Prototype_:   'acc_set_cuda_stream(int async void *stream);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
--- 2504,2510 ----
       the asynchronous value specified by ASYNC.
  
  _C/C++_:
!      _Prototype_:  `acc_set_cuda_stream(int async void *stream);'
  
  _Reference_:
       OpenACC specification v2.0 (http://www.openacc.org/), section
*************** File: libgomp.info,  Node: OpenACC Envir
*** 2507,2515 ****
  6 OpenACC Environment Variables
  *******************************
  
! The variables 'ACC_DEVICE_TYPE' and 'ACC_DEVICE_NUM' are defined by
  section 4 of the OpenACC specification in version 2.0.  The variable
! 'GCC_ACC_NOTIFY' is used for diagnostic purposes.
  
  * Menu:
  
--- 2516,2524 ----
  6 OpenACC Environment Variables
  *******************************
  
! The variables `ACC_DEVICE_TYPE' and `ACC_DEVICE_NUM' are defined by
  section 4 of the OpenACC specification in version 2.0.  The variable
! `GCC_ACC_NOTIFY' is used for diagnostic purposes.
  
  * Menu:
  
*************** section 4 of the OpenACC specification i
*** 2520,2526 ****
  
  File: libgomp.info,  Node: ACC_DEVICE_TYPE,  Next: ACC_DEVICE_NUM,  Up: OpenACC Environment Variables
  
! 6.1 'ACC_DEVICE_TYPE'
  =====================
  
  _Reference_:
--- 2529,2535 ----
  
  File: libgomp.info,  Node: ACC_DEVICE_TYPE,  Next: ACC_DEVICE_NUM,  Up: OpenACC Environment Variables
  
! 6.1 `ACC_DEVICE_TYPE'
  =====================
  
  _Reference_:
*************** _Reference_:
*** 2529,2535 ****
  
  File: libgomp.info,  Node: ACC_DEVICE_NUM,  Next: GCC_ACC_NOTIFY,  Prev: ACC_DEVICE_TYPE,  Up: OpenACC Environment Variables
  
! 6.2 'ACC_DEVICE_NUM'
  ====================
  
  _Reference_:
--- 2538,2544 ----
  
  File: libgomp.info,  Node: ACC_DEVICE_NUM,  Next: GCC_ACC_NOTIFY,  Prev: ACC_DEVICE_TYPE,  Up: OpenACC Environment Variables
  
! 6.2 `ACC_DEVICE_NUM'
  ====================
  
  _Reference_:
*************** _Reference_:
*** 2538,2544 ****
  
  File: libgomp.info,  Node: GCC_ACC_NOTIFY,  Prev: ACC_DEVICE_NUM,  Up: OpenACC Environment Variables
  
! 6.3 'GCC_ACC_NOTIFY'
  ====================
  
  _Description_:
--- 2547,2553 ----
  
  File: libgomp.info,  Node: GCC_ACC_NOTIFY,  Prev: ACC_DEVICE_NUM,  Up: OpenACC Environment Variables
  
! 6.3 `GCC_ACC_NOTIFY'
  ====================
  
  _Description_:
*************** File: libgomp.info,  Node: CUDA Streams
*** 2550,2556 ****
  7 CUDA Streams Usage
  ********************
  
! This applies to the 'nvptx' plugin only.
  
     The library provides elements that perform asynchronous movement of
  data and asynchronous operation of computing constructs.  This
--- 2559,2565 ----
  7 CUDA Streams Usage
  ********************
  
! This applies to the `nvptx' plugin only.
  
     The library provides elements that perform asynchronous movement of
  data and asynchronous operation of computing constructs.  This
*************** streams(1).
*** 2559,2586 ****
  
     The primary means by that the asychronous functionality is accessed
  is through the use of those OpenACC directives which make use of the
! 'async' and 'wait' clauses.  When the 'async' clause is first used with
! a directive, it creates a CUDA stream.  If an 'async-argument' is used
! with the 'async' clause, then the stream is associated with the
! specified 'async-argument'.
  
     Following the creation of an association between a CUDA stream and
! the 'async-argument' of an 'async' clause, both the 'wait' clause and
! the 'wait' directive can be used.  When either the clause or directive
  is used after stream creation, it creates a rendezvous point whereby
  execution waits until all operations associated with the
! 'async-argument', that is, stream, have completed.
  
     Normally, the management of the streams that are created as a result
! of using the 'async' clause, is done without any intervention by the
! caller.  This implies the association between the 'async-argument' and
  the CUDA stream will be maintained for the lifetime of the program.
  However, this association can be changed through the use of the library
! function 'acc_set_cuda_stream'.  When the function 'acc_set_cuda_stream'
! is called, the CUDA stream that was originally associated with the
! 'async' clause will be destroyed.  Caution should be taken when changing
! the association as subsequent references to the 'async-argument' refer
! to a different CUDA stream.
  
     ---------- Footnotes ----------
  
--- 2568,2595 ----
  
     The primary means by that the asychronous functionality is accessed
  is through the use of those OpenACC directives which make use of the
! `async' and `wait' clauses.  When the `async' clause is first used with
! a directive, it creates a CUDA stream.  If an `async-argument' is used
! with the `async' clause, then the stream is associated with the
! specified `async-argument'.
  
     Following the creation of an association between a CUDA stream and
! the `async-argument' of an `async' clause, both the `wait' clause and
! the `wait' directive can be used.  When either the clause or directive
  is used after stream creation, it creates a rendezvous point whereby
  execution waits until all operations associated with the
! `async-argument', that is, stream, have completed.
  
     Normally, the management of the streams that are created as a result
! of using the `async' clause, is done without any intervention by the
! caller.  This implies the association between the `async-argument' and
  the CUDA stream will be maintained for the lifetime of the program.
  However, this association can be changed through the use of the library
! function `acc_set_cuda_stream'.  When the function
! `acc_set_cuda_stream' is called, the CUDA stream that was originally
! associated with the `async' clause will be destroyed.  Caution should
! be taken when changing the association as subsequent references to the
! `async-argument' refer to a different CUDA stream.
  
     ---------- Footnotes ----------
  
*************** File: libgomp.info,  Node: OpenACC Libra
*** 2597,2634 ****
  ================
  
  The OpenACC library uses the CUDA Driver API, and may interact with
! programs that use the Runtime library directly, or another library based
! on the Runtime library, e.g., CUBLAS(1). This chapter describes the use
! cases and what changes are required in order to use both the OpenACC
! library and the CUBLAS and Runtime libraries within a program.
  
  8.2 First invocation: NVIDIA CUBLAS library API
  ===============================================
  
  In this first use case (see below), a function in the CUBLAS library is
! called prior to any of the functions in the OpenACC library.  More
! specifically, the function 'cublasCreate()'.
  
     When invoked, the function initializes the library and allocates the
  hardware resources on the host and the device on behalf of the caller.
  Once the initialization and allocation has completed, a handle is
! returned to the caller.  The OpenACC library also requires
! initialization and allocation of hardware resources.  Since the CUBLAS
! library has already allocated the hardware resources for the device, all
! that is left to do is to initialize the OpenACC library and acquire the
! hardware resources on the host.
  
     Prior to calling the OpenACC function that initializes the library
! and allocate the host hardware resources, you need to acquire the device
! number that was allocated during the call to 'cublasCreate()'.  The
! invoking of the runtime library function 'cudaGetDevice()' accomplishes
! this.  Once acquired, the device number is passed along with the device
! type as parameters to the OpenACC library function
! 'acc_set_device_num()'.
  
!    Once the call to 'acc_set_device_num()' has completed, the OpenACC
! library uses the context that was created during the call to
! 'cublasCreate()'.  In other words, both libraries will be sharing the
  same context.
  
           /* Create the handle */
--- 2606,2643 ----
  ================
  
  The OpenACC library uses the CUDA Driver API, and may interact with
! programs that use the Runtime library directly, or another library
! based on the Runtime library, e.g., CUBLAS(1).  This chapter describes
! the use cases and what changes are required in order to use both the
! OpenACC library and the CUBLAS and Runtime libraries within a program.
  
  8.2 First invocation: NVIDIA CUBLAS library API
  ===============================================
  
  In this first use case (see below), a function in the CUBLAS library is
! called prior to any of the functions in the OpenACC library. More
! specifically, the function `cublasCreate()'.
  
     When invoked, the function initializes the library and allocates the
  hardware resources on the host and the device on behalf of the caller.
  Once the initialization and allocation has completed, a handle is
! returned to the caller. The OpenACC library also requires
! initialization and allocation of hardware resources. Since the CUBLAS
! library has already allocated the hardware resources for the device,
! all that is left to do is to initialize the OpenACC library and acquire
! the hardware resources on the host.
  
     Prior to calling the OpenACC function that initializes the library
! and allocate the host hardware resources, you need to acquire the
! device number that was allocated during the call to `cublasCreate()'.
! The invoking of the runtime library function `cudaGetDevice()'
! accomplishes this. Once acquired, the device number is passed along
! with the device type as parameters to the OpenACC library function
! `acc_set_device_num()'.
  
!    Once the call to `acc_set_device_num()' has completed, the OpenACC
! library uses the  context that was created during the call to
! `cublasCreate()'. In other words, both libraries will be sharing the
  same context.
  
           /* Create the handle */
*************** same context.
*** 2649,2683 ****
  
           /* Initialize OpenACC library and use device 'dev' */
           acc_set_device_num(dev, acc_device_nvidia);
! 
!                               Use Case 1
  
  8.3 First invocation: OpenACC library API
  =========================================
  
  In this second use case (see below), a function in the OpenACC library
! is called prior to any of the functions in the CUBLAS library.  More
! specificially, the function 'acc_set_device_num()'.
  
!    In the use case presented here, the function 'acc_set_device_num()'
  is used to both initialize the OpenACC library and allocate the hardware
! resources on the host and the device.  In the call to the function, the
! call parameters specify which device to use and what device type to use,
! i.e., 'acc_device_nvidia'.  It should be noted that this is but one
  method to initialize the OpenACC library and allocate the appropriate
! hardware resources.  Other methods are available through the use of
  environment variables and these will be discussed in the next section.
  
!    Once the call to 'acc_set_device_num()' has completed, other OpenACC
  functions can be called as seen with multiple calls being made to
! 'acc_copyin()'.  In addition, calls can be made to functions in the
! CUBLAS library.  In the use case a call to 'cublasCreate()' is made
! subsequent to the calls to 'acc_copyin()'.  As seen in the previous use
! case, a call to 'cublasCreate()' initializes the CUBLAS library and
  allocates the hardware resources on the host and the device.  However,
! since the device has already been allocated, 'cublasCreate()' will only
  initialize the CUBLAS library and allocate the appropriate hardware
! resources on the host.  The context that was created as part of the
  OpenACC initialization is shared with the CUBLAS library, similarly to
  the first use case.
  
--- 2658,2691 ----
  
           /* Initialize OpenACC library and use device 'dev' */
           acc_set_device_num(dev, acc_device_nvidia);
!                                  Use Case 1
  
  8.3 First invocation: OpenACC library API
  =========================================
  
  In this second use case (see below), a function in the OpenACC library
! is called prior to any of the functions in the CUBLAS library. More
! specificially, the function `acc_set_device_num()'.
  
!    In the use case presented here, the function `acc_set_device_num()'
  is used to both initialize the OpenACC library and allocate the hardware
! resources on the host and the device. In the call to the function, the
! call parameters specify which device to use and what device type to
! use, i.e., `acc_device_nvidia'. It should be noted that this is but one
  method to initialize the OpenACC library and allocate the appropriate
! hardware resources. Other methods are available through the use of
  environment variables and these will be discussed in the next section.
  
!    Once the call to `acc_set_device_num()' has completed, other OpenACC
  functions can be called as seen with multiple calls being made to
! `acc_copyin()'. In addition, calls can be made to functions in the
! CUBLAS library. In the use case a call to `cublasCreate()' is made
! subsequent to the calls to `acc_copyin()'.  As seen in the previous use
! case, a call to `cublasCreate()' initializes the CUBLAS library and
  allocates the hardware resources on the host and the device.  However,
! since the device has already been allocated, `cublasCreate()' will only
  initialize the CUBLAS library and allocate the appropriate hardware
! resources on the host. The context that was created as part of the
  OpenACC initialization is shared with the CUBLAS library, similarly to
  the first use case.
  
*************** the first use case.
*** 2719,2753 ****
  
           /* Copy the results from the device */
           acc_memcpy_from_device(&h_Y1[0], d_Y, N * sizeof (float));
! 
!                               Use Case 2
  
  8.4 OpenACC library and environment variables
  =============================================
  
  There are two environment variables associated with the OpenACC library
  that may be used to control the device type and device number:
! 'ACC_DEVICE_TYPE' and 'ACC_DEVICE_NUM', respecively.  These two
  environement variables can be used as an alternative to calling
! 'acc_set_device_num()'.  As seen in the second use case, the device type
! and device number were specified using 'acc_set_device_num()'.  If
  however, the aforementioned environment variables were set, then the
! call to 'acc_set_device_num()' would not be required.
  
!    The use of the environment variables is only relevant when an OpenACC
! function is called prior to a call to 'cudaCreate()'.  If 'cudaCreate()'
! is called prior to a call to an OpenACC function, then you must call
! 'acc_set_device_num()'(2)
  
     ---------- Footnotes ----------
  
     (1) See section 2.26, "Interactions with the CUDA Driver API" in
  "CUDA Runtime API", Version 5.5, and section 2.27, "VDPAU
! Interoperability", in "CUDA Driver API", TRM-06703-001, Version 5.5, for
! additional information on library interoperability.
  
!    (2) More complete information about 'ACC_DEVICE_TYPE' and
! 'ACC_DEVICE_NUM' can be found in sections 4.1 and 4.2 of the OpenACC
  (http://www.openacc.org/) Application Programming Interfaceâ€�, Version
  2.0.
  
--- 2727,2760 ----
  
           /* Copy the results from the device */
           acc_memcpy_from_device(&h_Y1[0], d_Y, N * sizeof (float));
!                                  Use Case 2
  
  8.4 OpenACC library and environment variables
  =============================================
  
  There are two environment variables associated with the OpenACC library
  that may be used to control the device type and device number:
! `ACC_DEVICE_TYPE' and `ACC_DEVICE_NUM', respecively. These two
  environement variables can be used as an alternative to calling
! `acc_set_device_num()'. As seen in the second use case, the device type
! and device number were specified using `acc_set_device_num()'.  If
  however, the aforementioned environment variables were set, then the
! call to `acc_set_device_num()' would not be required.
  
!    The use of the environment variables is only relevant when an
! OpenACC function is called prior to a call to `cudaCreate()'. If
! `cudaCreate()' is called prior to a call to an OpenACC function, then
! you must call `acc_set_device_num()'(2)
  
     ---------- Footnotes ----------
  
     (1) See section 2.26, "Interactions with the CUDA Driver API" in
  "CUDA Runtime API", Version 5.5, and section 2.27, "VDPAU
! Interoperability", in "CUDA Driver API", TRM-06703-001, Version 5.5,
! for additional information on library interoperability.
  
!    (2) More complete information about `ACC_DEVICE_TYPE' and
! `ACC_DEVICE_NUM' can be found in sections 4.1 and 4.2 of the OpenACC
  (http://www.openacc.org/) Application Programming Interfaceâ€�, Version
  2.0.
  
*************** File: libgomp.info,  Node: The libgomp A
*** 2757,2764 ****
  9 The libgomp ABI
  *****************
  
! The following sections present notes on the external ABI as presented by
! libgomp.  Only maintainers should need them.
  
  * Menu:
  
--- 2764,2771 ----
  9 The libgomp ABI
  *****************
  
! The following sections present notes on the external ABI as presented
! by libgomp.  Only maintainers should need them.
  
  * Menu:
  
*************** File: libgomp.info,  Node: Implementing
*** 2819,2825 ****
  9.3 Implementing ATOMIC construct
  =================================
  
! The target should implement the '__sync' builtins.
  
     Failing that we could add
  
--- 2826,2832 ----
  9.3 Implementing ATOMIC construct
  =================================
  
! The target should implement the `__sync' builtins.
  
     Failing that we could add
  
*************** File: libgomp.info,  Node: Implementing
*** 2835,2841 ****
  9.4 Implementing FLUSH construct
  ================================
  
! Expands to the '__sync_synchronize' builtin.
  
  
  File: libgomp.info,  Node: Implementing BARRIER construct,  Next: Implementing THREADPRIVATE construct,  Prev: Implementing FLUSH construct,  Up: The libgomp ABI
--- 2842,2848 ----
  9.4 Implementing FLUSH construct
  ================================
  
! Expands to the `__sync_synchronize' builtin.
  
  
  File: libgomp.info,  Node: Implementing BARRIER construct,  Next: Implementing THREADPRIVATE construct,  Prev: Implementing FLUSH construct,  Up: The libgomp ABI
*************** File: libgomp.info,  Node: Implementing
*** 2851,2860 ****
  9.6 Implementing THREADPRIVATE construct
  ========================================
  
! In _most_ cases we can map this directly to '__thread'.  Except that OMP
! allows constructors for C++ objects.  We can either refuse to support
! this (how often is it used?)  or we can implement something akin to
! .ctors.
  
     Even more ideally, this ctor feature is handled by extensions to the
  main pthreads library.  Failing that, we can have a set of entry points
--- 2858,2867 ----
  9.6 Implementing THREADPRIVATE construct
  ========================================
  
! In _most_ cases we can map this directly to `__thread'.  Except that
! OMP allows constructors for C++ objects.  We can either refuse to
! support this (how often is it used?) or we can implement something akin
! to .ctors.
  
     Even more ideally, this ctor feature is handled by extensions to the
  main pthreads library.  Failing that, we can have a set of entry points
*************** copy in values for scalar and "small" st
*** 2886,2893 ****
  others TREE_ADDRESSABLE types.  In the subfunction, copy the value into
  the local variable.
  
!    It is not clear what to do with bare FOR or SECTION blocks.  The only
! thing I can figure is that we do something like:
  
       #pragma omp for firstprivate(x) lastprivate(y)
       for (int i = 0; i < n; ++i)
--- 2893,2900 ----
  others TREE_ADDRESSABLE types.  In the subfunction, copy the value into
  the local variable.
  
!    It is not clear what to do with bare FOR or SECTION blocks.  The
! only thing I can figure is that we do something like:
  
       #pragma omp for firstprivate(x) lastprivate(y)
       for (int i = 0; i < n; ++i)
*************** thing I can figure is that we do somethi
*** 2905,2912 ****
       }
  
     where the "x=x" and "y=y" assignments actually have different uids
! for the two variables, i.e.  not something you could write directly in
! C. Presumably this only makes sense if the "outer" x and y are global
  variables.
  
     COPYPRIVATE would work the same way, except the structure broadcast
--- 2912,2919 ----
       }
  
     where the "x=x" and "y=y" assignments actually have different uids
! for the two variables, i.e. not something you could write directly in
! C.  Presumably this only makes sense if the "outer" x and y are global
  variables.
  
     COPYPRIVATE would work the same way, except the structure broadcast
*************** File: libgomp.info,  Node: Implementing
*** 2919,2928 ****
  =================================
  
  The private struct mentioned in the previous section should have a
! pointer to an array of the type of the variable, indexed by the thread's
! TEAM_ID.  The thread stores its final value into the array, and after
! the barrier, the master thread iterates over the array to collect the
! values.
  
  
  File: libgomp.info,  Node: Implementing PARALLEL construct,  Next: Implementing FOR construct,  Prev: Implementing REDUCTION clause,  Up: The libgomp ABI
--- 2926,2935 ----
  =================================
  
  The private struct mentioned in the previous section should have a
! pointer to an array of the type of the variable, indexed by the
! thread's TEAM_ID.  The thread stores its final value into the array,
! and after the barrier, the master thread iterates over the array to
! collect the values.
  
  
  File: libgomp.info,  Node: Implementing PARALLEL construct,  Next: Implementing FOR construct,  Prev: Implementing REDUCTION clause,  Up: The libgomp ABI
*************** FIRSTPRIVATE et al.
*** 2959,2972 ****
     The NUM_THREADS argument is 1 if an IF clause is present and false,
  or the value of the NUM_THREADS clause, if present, or 0.
  
!    The function needs to create the appropriate number of threads and/or
! launch them from the dock.  It needs to create the team structure and
! assign team ids.
  
         void GOMP_parallel_end (void)
  
     Tears down the team and returns us to the previous
! 'omp_in_parallel()' state.
  
  
  File: libgomp.info,  Node: Implementing FOR construct,  Next: Implementing ORDERED construct,  Prev: Implementing PARALLEL construct,  Up: The libgomp ABI
--- 2966,2979 ----
     The NUM_THREADS argument is 1 if an IF clause is present and false,
  or the value of the NUM_THREADS clause, if present, or 0.
  
!    The function needs to create the appropriate number of threads
! and/or launch them from the dock.  It needs to create the team
! structure and assign team ids.
  
         void GOMP_parallel_end (void)
  
     Tears down the team and returns us to the previous
! `omp_in_parallel()' state.
  
  
  File: libgomp.info,  Node: Implementing FOR construct,  Next: Implementing ORDERED construct,  Prev: Implementing PARALLEL construct,  Up: The libgomp ABI
*************** non-constant STEP, there isn't really.
*** 3018,3031 ****
  evaluate it as many times as we want, and any variables involved should
  automatically be handled as PRIVATE or SHARED like any other variables.
  So the expression should remain evaluable in the subfunction.  We can
! also pull it into a local variable if we like, but since its supposed to
! remain unchanged, we can also not if we like.
  
!    If we have SCHEDULE(STATIC), and no ORDERED, then we ought to be able
! to get away with no work-sharing context at all, since we can simply
! perform the arithmetic directly in each thread to divide up the
! iterations.  Which would mean that we wouldn't need to call any of these
! routines.
  
     There are separate routines for handling loops with an ORDERED
  clause.  Bookkeeping for that is non-trivial...
--- 3025,3038 ----
  evaluate it as many times as we want, and any variables involved should
  automatically be handled as PRIVATE or SHARED like any other variables.
  So the expression should remain evaluable in the subfunction.  We can
! also pull it into a local variable if we like, but since its supposed
! to remain unchanged, we can also not if we like.
  
!    If we have SCHEDULE(STATIC), and no ORDERED, then we ought to be
! able to get away with no work-sharing context at all, since we can
! simply perform the arithmetic directly in each thread to divide up the
! iterations.  Which would mean that we wouldn't need to call any of
! these routines.
  
     There are separate routines for handling loops with an ORDERED
  clause.  Bookkeeping for that is non-trivial...
*************** File: libgomp.info,  Node: Reporting Bug
*** 3127,3134 ****
  
  Bugs in the GNU Offloading and Multi Processing Runtime Library should
  be reported via Bugzilla (http://gcc.gnu.org/bugzilla/).  Please add
! "openacc", or "openmp", or both to the keywords field in the bug report,
! as appropriate.
  
  
  File: libgomp.info,  Node: Copying,  Next: GNU Free Documentation License,  Prev: Reporting Bugs,  Up: Top
--- 3134,3141 ----
  
  Bugs in the GNU Offloading and Multi Processing Runtime Library should
  be reported via Bugzilla (http://gcc.gnu.org/bugzilla/).  Please add
! "openacc", or "openmp", or both to the keywords field in the bug
! report, as appropriate.
  
  
  File: libgomp.info,  Node: Copying,  Next: GNU Free Documentation License,  Prev: Reporting Bugs,  Up: Top
*************** GNU General Public License
*** 3138,3144 ****
  
                          Version 3, 29 June 2007
  
!      Copyright (C) 2007 Free Software Foundation, Inc. <http://fsf.org/>
  
       Everyone is permitted to copy and distribute verbatim copies of this
       license document, but changing it is not allowed.
--- 3145,3151 ----
  
                          Version 3, 29 June 2007
  
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*************** want it, that you can change the softwar
*** 3166,3174 ****
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--- 3173,3181 ----
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*** 3187,3201 ****
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--- 3255,3262 ----
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*** 3304,3325 ****
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--- 3312,3333 ----
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--- 3344,3351 ----
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*** 3407,3414 ****
  
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--- 3415,3422 ----
  
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*** 3418,3448 ****
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--- 3426,3457 ----
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--- 3557,3567 ----
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--- 3577,3589 ----
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*** 3584,3593 ****
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--- 3595,3604 ----
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--- 3612,3618 ----
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--- 3626,3646 ----
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--- 3660,3674 ----
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!      otherwise run, modify and propagate the contents of its
!      contributor version.
  
       In the following three paragraphs, a "patent license" is any
       express agreement or commitment, however denominated, not to
       enforce a patent (such as an express permission to practice a
!      patent or covenant not to sue for patent infringement).  To
!      "grant" such a patent license to a party means to make such an
!      agreement or commitment not to enforce a patent against the party.
  
       If you convey a covered work, knowingly relying on a patent
       license, and the Corresponding Source of the work is not available
*************** TERMS AND CONDITIONS
*** 3687,3721 ****
       conditioned on the non-exercise of one or more of the rights that
       are specifically granted under this License.  You may not convey a
       covered work if you are a party to an arrangement with a third
!      party that is in the business of distributing software, under which
!      you make payment to the third party based on the extent of your
!      activity of conveying the work, and under which the third party
!      grants, to any of the parties who would receive the covered work
!      from you, a discriminatory patent license (a) in connection with
!      copies of the covered work conveyed by you (or copies made from
!      those copies), or (b) primarily for and in connection with specific
!      products or compilations that contain the covered work, unless you
!      entered into that arrangement, or that patent license was granted,
!      prior to 28 March 2007.
  
       Nothing in this License shall be construed as excluding or limiting
       any implied license or other defenses to infringement that may
       otherwise be available to you under applicable patent law.
  
!   12. No Surrender of Others' Freedom.
  
!      If conditions are imposed on you (whether by court order, agreement
!      or otherwise) that contradict the conditions of this License, they
!      do not excuse you from the conditions of this License.  If you
!      cannot convey a covered work so as to satisfy simultaneously your
!      obligations under this License and any other pertinent obligations,
!      then as a consequence you may not convey it at all.  For example,
!      if you agree to terms that obligate you to collect a royalty for
!      further conveying from those to whom you convey the Program, the
!      only way you could satisfy both those terms and this License would
!      be to refrain entirely from conveying the Program.
  
!   13. Use with the GNU Affero General Public License.
  
       Notwithstanding any other provision of this License, you have
       permission to link or combine any covered work with a work licensed
--- 3698,3733 ----
       conditioned on the non-exercise of one or more of the rights that
       are specifically granted under this License.  You may not convey a
       covered work if you are a party to an arrangement with a third
!      party that is in the business of distributing software, under
!      which you make payment to the third party based on the extent of
!      your activity of conveying the work, and under which the third
!      party grants, to any of the parties who would receive the covered
!      work from you, a discriminatory patent license (a) in connection
!      with copies of the covered work conveyed by you (or copies made
!      from those copies), or (b) primarily for and in connection with
!      specific products or compilations that contain the covered work,
!      unless you entered into that arrangement, or that patent license
!      was granted, prior to 28 March 2007.
  
       Nothing in this License shall be construed as excluding or limiting
       any implied license or other defenses to infringement that may
       otherwise be available to you under applicable patent law.
  
!  12. No Surrender of Others' Freedom.
  
!      If conditions are imposed on you (whether by court order,
!      agreement or otherwise) that contradict the conditions of this
!      License, they do not excuse you from the conditions of this
!      License.  If you cannot convey a covered work so as to satisfy
!      simultaneously your obligations under this License and any other
!      pertinent obligations, then as a consequence you may not convey it
!      at all.  For example, if you agree to terms that obligate you to
!      collect a royalty for further conveying from those to whom you
!      convey the Program, the only way you could satisfy both those
!      terms and this License would be to refrain entirely from conveying
!      the Program.
  
!  13. Use with the GNU Affero General Public License.
  
       Notwithstanding any other provision of this License, you have
       permission to link or combine any covered work with a work licensed
*************** TERMS AND CONDITIONS
*** 3726,3746 ****
       General Public License, section 13, concerning interaction through
       a network will apply to the combination as such.
  
!   14. Revised Versions of this License.
  
       The Free Software Foundation may publish revised and/or new
!      versions of the GNU General Public License from time to time.  Such
!      new versions will be similar in spirit to the present version, but
!      may differ in detail to address new problems or concerns.
  
       Each version is given a distinguishing version number.  If the
       Program specifies that a certain numbered version of the GNU
       General Public License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
!      that numbered version or of any later version published by the Free
!      Software Foundation.  If the Program does not specify a version
!      number of the GNU General Public License, you may choose any
!      version ever published by the Free Software Foundation.
  
       If the Program specifies that a proxy can decide which future
       versions of the GNU General Public License can be used, that
--- 3738,3759 ----
       General Public License, section 13, concerning interaction through
       a network will apply to the combination as such.
  
!  14. Revised Versions of this License.
  
       The Free Software Foundation may publish revised and/or new
!      versions of the GNU General Public License from time to time.
!      Such new versions will be similar in spirit to the present
!      version, but may differ in detail to address new problems or
!      concerns.
  
       Each version is given a distinguishing version number.  If the
       Program specifies that a certain numbered version of the GNU
       General Public License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
!      that numbered version or of any later version published by the
!      Free Software Foundation.  If the Program does not specify a
!      version number of the GNU General Public License, you may choose
!      any version ever published by the Free Software Foundation.
  
       If the Program specifies that a proxy can decide which future
       versions of the GNU General Public License can be used, that
*************** TERMS AND CONDITIONS
*** 3752,3775 ****
       author or copyright holder as a result of your choosing to follow a
       later version.
  
!   15. Disclaimer of Warranty.
  
       THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY
!      APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE
       COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS"
       WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED,
       INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
!      MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE
       RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU.
       SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL
       NECESSARY SERVICING, REPAIR OR CORRECTION.
  
!   16. Limitation of Liability.
  
       IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN
       WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES
!      AND/OR CONVEYS THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR
!      DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR
       CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE
       THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA
       BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD
--- 3765,3788 ----
       author or copyright holder as a result of your choosing to follow a
       later version.
  
!  15. Disclaimer of Warranty.
  
       THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY
!      APPLICABLE LAW.  EXCEPT WHEN OTHERWISE STATED IN WRITING THE
       COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS"
       WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED,
       INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
!      MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.  THE ENTIRE
       RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU.
       SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL
       NECESSARY SERVICING, REPAIR OR CORRECTION.
  
!  16. Limitation of Liability.
  
       IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN
       WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES
!      AND/OR CONVEYS THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU
!      FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR
       CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE
       THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA
       BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD
*************** TERMS AND CONDITIONS
*** 3777,3783 ****
       PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF
       THE POSSIBILITY OF SUCH DAMAGES.
  
!   17. Interpretation of Sections 15 and 16.
  
       If the disclaimer of warranty and limitation of liability provided
       above cannot be given local legal effect according to their terms,
--- 3790,3796 ----
       PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF
       THE POSSIBILITY OF SUCH DAMAGES.
  
!  17. Interpretation of Sections 15 and 16.
  
       If the disclaimer of warranty and limitation of liability provided
       above cannot be given local legal effect according to their terms,
*************** TERMS AND CONDITIONS
*** 3786,3791 ****
--- 3799,3805 ----
       connection with the Program, unless a warranty or assumption of
       liability accompanies a copy of the Program in return for a fee.
  
+ 
  END OF TERMS AND CONDITIONS
  ===========================
  
*************** state the exclusion of warranty; and eac
*** 3816,3822 ****
       General Public License for more details.
  
       You should have received a copy of the GNU General Public License
!      along with this program.  If not, see <http://www.gnu.org/licenses/>.
  
     Also add information on how to contact you by electronic and paper
  mail.
--- 3830,3836 ----
       General Public License for more details.
  
       You should have received a copy of the GNU General Public License
!      along with this program.  If not, see `http://www.gnu.org/licenses/'.
  
     Also add information on how to contact you by electronic and paper
  mail.
*************** mail.
*** 3825,3835 ****
  notice like this when it starts in an interactive mode:
  
       PROGRAM Copyright (C) YEAR NAME OF AUTHOR
!      This program comes with ABSOLUTELY NO WARRANTY; for details type 'show w'.
       This is free software, and you are welcome to redistribute it
!      under certain conditions; type 'show c' for details.
  
!    The hypothetical commands 'show w' and 'show c' should show the
  appropriate parts of the General Public License.  Of course, your
  program's commands might be different; for a GUI interface, you would
  use an "about box".
--- 3839,3849 ----
  notice like this when it starts in an interactive mode:
  
       PROGRAM Copyright (C) YEAR NAME OF AUTHOR
!      This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
       This is free software, and you are welcome to redistribute it
!      under certain conditions; type `show c' for details.
  
!    The hypothetical commands `show w' and `show c' should show the
  appropriate parts of the General Public License.  Of course, your
  program's commands might be different; for a GUI interface, you would
  use an "about box".
*************** use an "about box".
*** 3837,3850 ****
     You should also get your employer (if you work as a programmer) or
  school, if any, to sign a "copyright disclaimer" for the program, if
  necessary.  For more information on this, and how to apply and follow
! the GNU GPL, see <http://www.gnu.org/licenses/>.
  
     The GNU General Public License does not permit incorporating your
  program into proprietary programs.  If your program is a subroutine
  library, you may consider it more useful to permit linking proprietary
  applications with the library.  If this is what you want to do, use the
  GNU Lesser General Public License instead of this License.  But first,
! please read <http://www.gnu.org/philosophy/why-not-lgpl.html>.
  
  
  File: libgomp.info,  Node: GNU Free Documentation License,  Next: Funding,  Prev: Copying,  Up: Top
--- 3851,3864 ----
     You should also get your employer (if you work as a programmer) or
  school, if any, to sign a "copyright disclaimer" for the program, if
  necessary.  For more information on this, and how to apply and follow
! the GNU GPL, see `http://www.gnu.org/licenses/'.
  
     The GNU General Public License does not permit incorporating your
  program into proprietary programs.  If your program is a subroutine
  library, you may consider it more useful to permit linking proprietary
  applications with the library.  If this is what you want to do, use the
  GNU Lesser General Public License instead of this License.  But first,
! please read `http://www.gnu.org/philosophy/why-not-lgpl.html'.
  
  
  File: libgomp.info,  Node: GNU Free Documentation License,  Next: Funding,  Prev: Copying,  Up: Top
*************** GNU Free Documentation License
*** 3855,3861 ****
                       Version 1.3, 3 November 2008
  
       Copyright (C) 2000, 2001, 2002, 2007, 2008 Free Software Foundation, Inc.
!      <http://fsf.org/>
  
       Everyone is permitted to copy and distribute verbatim copies
       of this license document, but changing it is not allowed.
--- 3869,3875 ----
                       Version 1.3, 3 November 2008
  
       Copyright (C) 2000, 2001, 2002, 2007, 2008 Free Software Foundation, Inc.
!      `http://fsf.org/'
  
       Everyone is permitted to copy and distribute verbatim copies
       of this license document, but changing it is not allowed.
*************** GNU Free Documentation License
*** 3880,3900 ****
       free program should come with manuals providing the same freedoms
       that the software does.  But this License is not limited to
       software manuals; it can be used for any textual work, regardless
!      of subject matter or whether it is published as a printed book.  We
!      recommend this License principally for works whose purpose is
       instruction or reference.
  
    1. APPLICABILITY AND DEFINITIONS
  
       This License applies to any manual or other work, in any medium,
!      that contains a notice placed by the copyright holder saying it can
!      be distributed under the terms of this License.  Such a notice
       grants a world-wide, royalty-free license, unlimited in duration,
       to use that work under the conditions stated herein.  The
       "Document", below, refers to any such manual or work.  Any member
!      of the public is a licensee, and is addressed as "you".  You accept
!      the license if you copy, modify or distribute the work in a way
!      requiring permission under copyright law.
  
       A "Modified Version" of the Document means any work containing the
       Document or a portion of it, either copied verbatim, or with
--- 3894,3914 ----
       free program should come with manuals providing the same freedoms
       that the software does.  But this License is not limited to
       software manuals; it can be used for any textual work, regardless
!      of subject matter or whether it is published as a printed book.
!      We recommend this License principally for works whose purpose is
       instruction or reference.
  
    1. APPLICABILITY AND DEFINITIONS
  
       This License applies to any manual or other work, in any medium,
!      that contains a notice placed by the copyright holder saying it
!      can be distributed under the terms of this License.  Such a notice
       grants a world-wide, royalty-free license, unlimited in duration,
       to use that work under the conditions stated herein.  The
       "Document", below, refers to any such manual or work.  Any member
!      of the public is a licensee, and is addressed as "you".  You
!      accept the license if you copy, modify or distribute the work in a
!      way requiring permission under copyright law.
  
       A "Modified Version" of the Document means any work containing the
       Document or a portion of it, either copied verbatim, or with
*************** GNU Free Documentation License
*** 3912,3923 ****
       regarding them.
  
       The "Invariant Sections" are certain Secondary Sections whose
!      titles are designated, as being those of Invariant Sections, in the
!      notice that says that the Document is released under this License.
!      If a section does not fit the above definition of Secondary then it
!      is not allowed to be designated as Invariant.  The Document may
!      contain zero Invariant Sections.  If the Document does not identify
!      any Invariant Sections then there are none.
  
       The "Cover Texts" are certain short passages of text that are
       listed, as Front-Cover Texts or Back-Cover Texts, in the notice
--- 3926,3937 ----
       regarding them.
  
       The "Invariant Sections" are certain Secondary Sections whose
!      titles are designated, as being those of Invariant Sections, in
!      the notice that says that the Document is released under this
!      License.  If a section does not fit the above definition of
!      Secondary then it is not allowed to be designated as Invariant.
!      The Document may contain zero Invariant Sections.  If the Document
!      does not identify any Invariant Sections then there are none.
  
       The "Cover Texts" are certain short passages of text that are
       listed, as Front-Cover Texts or Back-Cover Texts, in the notice
*************** GNU Free Documentation License
*** 3928,3954 ****
       A "Transparent" copy of the Document means a machine-readable copy,
       represented in a format whose specification is available to the
       general public, that is suitable for revising the document
!      straightforwardly with generic text editors or (for images composed
!      of pixels) generic paint programs or (for drawings) some widely
!      available drawing editor, and that is suitable for input to text
!      formatters or for automatic translation to a variety of formats
!      suitable for input to text formatters.  A copy made in an otherwise
!      Transparent file format whose markup, or absence of markup, has
!      been arranged to thwart or discourage subsequent modification by
!      readers is not Transparent.  An image format is not Transparent if
!      used for any substantial amount of text.  A copy that is not
!      "Transparent" is called "Opaque".
  
       Examples of suitable formats for Transparent copies include plain
       ASCII without markup, Texinfo input format, LaTeX input format,
!      SGML or XML using a publicly available DTD, and standard-conforming
!      simple HTML, PostScript or PDF designed for human modification.
!      Examples of transparent image formats include PNG, XCF and JPG.
!      Opaque formats include proprietary formats that can be read and
!      edited only by proprietary word processors, SGML or XML for which
!      the DTD and/or processing tools are not generally available, and
!      the machine-generated HTML, PostScript or PDF produced by some word
!      processors for output purposes only.
  
       The "Title Page" means, for a printed book, the title page itself,
       plus such following pages as are needed to hold, legibly, the
--- 3942,3968 ----
       A "Transparent" copy of the Document means a machine-readable copy,
       represented in a format whose specification is available to the
       general public, that is suitable for revising the document
!      straightforwardly with generic text editors or (for images
!      composed of pixels) generic paint programs or (for drawings) some
!      widely available drawing editor, and that is suitable for input to
!      text formatters or for automatic translation to a variety of
!      formats suitable for input to text formatters.  A copy made in an
!      otherwise Transparent file format whose markup, or absence of
!      markup, has been arranged to thwart or discourage subsequent
!      modification by readers is not Transparent.  An image format is
!      not Transparent if used for any substantial amount of text.  A
!      copy that is not "Transparent" is called "Opaque".
  
       Examples of suitable formats for Transparent copies include plain
       ASCII without markup, Texinfo input format, LaTeX input format,
!      SGML or XML using a publicly available DTD, and
!      standard-conforming simple HTML, PostScript or PDF designed for
!      human modification.  Examples of transparent image formats include
!      PNG, XCF and JPG.  Opaque formats include proprietary formats that
!      can be read and edited only by proprietary word processors, SGML or
!      XML for which the DTD and/or processing tools are not generally
!      available, and the machine-generated HTML, PostScript or PDF
!      produced by some word processors for output purposes only.
  
       The "Title Page" means, for a printed book, the title page itself,
       plus such following pages as are needed to hold, legibly, the
*************** GNU Free Documentation License
*** 3986,3993 ****
       may not use technical measures to obstruct or control the reading
       or further copying of the copies you make or distribute.  However,
       you may accept compensation in exchange for copies.  If you
!      distribute a large enough number of copies you must also follow the
!      conditions in section 3.
  
       You may also lend copies, under the same conditions stated above,
       and you may publicly display copies.
--- 4000,4007 ----
       may not use technical measures to obstruct or control the reading
       or further copying of the copies you make or distribute.  However,
       you may accept compensation in exchange for copies.  If you
!      distribute a large enough number of copies you must also follow
!      the conditions in section 3.
  
       You may also lend copies, under the same conditions stated above,
       and you may publicly display copies.
*************** GNU Free Documentation License
*** 4001,4011 ****
       these Cover Texts: Front-Cover Texts on the front cover, and
       Back-Cover Texts on the back cover.  Both covers must also clearly
       and legibly identify you as the publisher of these copies.  The
!      front cover must present the full title with all words of the title
!      equally prominent and visible.  You may add other material on the
!      covers in addition.  Copying with changes limited to the covers, as
!      long as they preserve the title of the Document and satisfy these
!      conditions, can be treated as verbatim copying in other respects.
  
       If the required texts for either cover are too voluminous to fit
       legibly, you should put the first ones listed (as many as fit
--- 4015,4026 ----
       these Cover Texts: Front-Cover Texts on the front cover, and
       Back-Cover Texts on the back cover.  Both covers must also clearly
       and legibly identify you as the publisher of these copies.  The
!      front cover must present the full title with all words of the
!      title equally prominent and visible.  You may add other material
!      on the covers in addition.  Copying with changes limited to the
!      covers, as long as they preserve the title of the Document and
!      satisfy these conditions, can be treated as verbatim copying in
!      other respects.
  
       If the required texts for either cover are too voluminous to fit
       legibly, you should put the first ones listed (as many as fit
*************** GNU Free Documentation License
*** 4013,4051 ****
       adjacent pages.
  
       If you publish or distribute Opaque copies of the Document
!      numbering more than 100, you must either include a machine-readable
!      Transparent copy along with each Opaque copy, or state in or with
!      each Opaque copy a computer-network location from which the general
!      network-using public has access to download using public-standard
!      network protocols a complete Transparent copy of the Document, free
!      of added material.  If you use the latter option, you must take
!      reasonably prudent steps, when you begin distribution of Opaque
!      copies in quantity, to ensure that this Transparent copy will
!      remain thus accessible at the stated location until at least one
!      year after the last time you distribute an Opaque copy (directly or
!      through your agents or retailers) of that edition to the public.
  
       It is requested, but not required, that you contact the authors of
!      the Document well before redistributing any large number of copies,
!      to give them a chance to provide you with an updated version of the
!      Document.
  
    4. MODIFICATIONS
  
       You may copy and distribute a Modified Version of the Document
       under the conditions of sections 2 and 3 above, provided that you
!      release the Modified Version under precisely this License, with the
!      Modified Version filling the role of the Document, thus licensing
!      distribution and modification of the Modified Version to whoever
!      possesses a copy of it.  In addition, you must do these things in
!      the Modified Version:
  
         A. Use in the Title Page (and on the covers, if any) a title
!           distinct from that of the Document, and from those of previous
!           versions (which should, if there were any, be listed in the
!           History section of the Document).  You may use the same title
!           as a previous version if the original publisher of that
!           version gives permission.
  
         B. List on the Title Page, as authors, one or more persons or
            entities responsible for authorship of the modifications in
--- 4028,4067 ----
       adjacent pages.
  
       If you publish or distribute Opaque copies of the Document
!      numbering more than 100, you must either include a
!      machine-readable Transparent copy along with each Opaque copy, or
!      state in or with each Opaque copy a computer-network location from
!      which the general network-using public has access to download
!      using public-standard network protocols a complete Transparent
!      copy of the Document, free of added material.  If you use the
!      latter option, you must take reasonably prudent steps, when you
!      begin distribution of Opaque copies in quantity, to ensure that
!      this Transparent copy will remain thus accessible at the stated
!      location until at least one year after the last time you
!      distribute an Opaque copy (directly or through your agents or
!      retailers) of that edition to the public.
  
       It is requested, but not required, that you contact the authors of
!      the Document well before redistributing any large number of
!      copies, to give them a chance to provide you with an updated
!      version of the Document.
  
    4. MODIFICATIONS
  
       You may copy and distribute a Modified Version of the Document
       under the conditions of sections 2 and 3 above, provided that you
!      release the Modified Version under precisely this License, with
!      the Modified Version filling the role of the Document, thus
!      licensing distribution and modification of the Modified Version to
!      whoever possesses a copy of it.  In addition, you must do these
!      things in the Modified Version:
  
         A. Use in the Title Page (and on the covers, if any) a title
!           distinct from that of the Document, and from those of
!           previous versions (which should, if there were any, be listed
!           in the History section of the Document).  You may use the
!           same title as a previous version if the original publisher of
!           that version gives permission.
  
         B. List on the Title Page, as authors, one or more persons or
            entities responsible for authorship of the modifications in
*************** GNU Free Documentation License
*** 4075,4104 ****
  
         I. Preserve the section Entitled "History", Preserve its Title,
            and add to it an item stating at least the title, year, new
!           authors, and publisher of the Modified Version as given on the
!           Title Page.  If there is no section Entitled "History" in the
!           Document, create one stating the title, year, authors, and
!           publisher of the Document as given on its Title Page, then add
!           an item describing the Modified Version as stated in the
!           previous sentence.
  
         J. Preserve the network location, if any, given in the Document
            for public access to a Transparent copy of the Document, and
            likewise the network locations given in the Document for
!           previous versions it was based on.  These may be placed in the
!           "History" section.  You may omit a network location for a work
!           that was published at least four years before the Document
!           itself, or if the original publisher of the version it refers
!           to gives permission.
  
         K. For any section Entitled "Acknowledgements" or "Dedications",
!           Preserve the Title of the section, and preserve in the section
!           all the substance and tone of each of the contributor
            acknowledgements and/or dedications given therein.
  
!        L. Preserve all the Invariant Sections of the Document, unaltered
!           in their text and in their titles.  Section numbers or the
!           equivalent are not considered part of the section titles.
  
         M. Delete any section Entitled "Endorsements".  Such a section
            may not be included in the Modified Version.
--- 4091,4121 ----
  
         I. Preserve the section Entitled "History", Preserve its Title,
            and add to it an item stating at least the title, year, new
!           authors, and publisher of the Modified Version as given on
!           the Title Page.  If there is no section Entitled "History" in
!           the Document, create one stating the title, year, authors,
!           and publisher of the Document as given on its Title Page,
!           then add an item describing the Modified Version as stated in
!           the previous sentence.
  
         J. Preserve the network location, if any, given in the Document
            for public access to a Transparent copy of the Document, and
            likewise the network locations given in the Document for
!           previous versions it was based on.  These may be placed in
!           the "History" section.  You may omit a network location for a
!           work that was published at least four years before the
!           Document itself, or if the original publisher of the version
!           it refers to gives permission.
  
         K. For any section Entitled "Acknowledgements" or "Dedications",
!           Preserve the Title of the section, and preserve in the
!           section all the substance and tone of each of the contributor
            acknowledgements and/or dedications given therein.
  
!        L. Preserve all the Invariant Sections of the Document,
!           unaltered in their text and in their titles.  Section numbers
!           or the equivalent are not considered part of the section
!           titles.
  
         M. Delete any section Entitled "Endorsements".  Such a section
            may not be included in the Modified Version.
*************** GNU Free Documentation License
*** 4111,4121 ****
  
       If the Modified Version includes new front-matter sections or
       appendices that qualify as Secondary Sections and contain no
!      material copied from the Document, you may at your option designate
!      some or all of these sections as invariant.  To do this, add their
!      titles to the list of Invariant Sections in the Modified Version's
!      license notice.  These titles must be distinct from any other
!      section titles.
  
       You may add a section Entitled "Endorsements", provided it contains
       nothing but endorsements of your Modified Version by various
--- 4128,4138 ----
  
       If the Modified Version includes new front-matter sections or
       appendices that qualify as Secondary Sections and contain no
!      material copied from the Document, you may at your option
!      designate some or all of these sections as invariant.  To do this,
!      add their titles to the list of Invariant Sections in the Modified
!      Version's license notice.  These titles must be distinct from any
!      other section titles.
  
       You may add a section Entitled "Endorsements", provided it contains
       nothing but endorsements of your Modified Version by various
*************** GNU Free Documentation License
*** 4124,4138 ****
       definition of a standard.
  
       You may add a passage of up to five words as a Front-Cover Text,
!      and a passage of up to 25 words as a Back-Cover Text, to the end of
!      the list of Cover Texts in the Modified Version.  Only one passage
!      of Front-Cover Text and one of Back-Cover Text may be added by (or
!      through arrangements made by) any one entity.  If the Document
!      already includes a cover text for the same cover, previously added
!      by you or by arrangement made by the same entity you are acting on
!      behalf of, you may not add another; but you may replace the old
!      one, on explicit permission from the previous publisher that added
!      the old one.
  
       The author(s) and publisher(s) of the Document do not by this
       License give permission to use their names for publicity for or to
--- 4141,4155 ----
       definition of a standard.
  
       You may add a passage of up to five words as a Front-Cover Text,
!      and a passage of up to 25 words as a Back-Cover Text, to the end
!      of the list of Cover Texts in the Modified Version.  Only one
!      passage of Front-Cover Text and one of Back-Cover Text may be
!      added by (or through arrangements made by) any one entity.  If the
!      Document already includes a cover text for the same cover,
!      previously added by you or by arrangement made by the same entity
!      you are acting on behalf of, you may not add another; but you may
!      replace the old one, on explicit permission from the previous
!      publisher that added the old one.
  
       The author(s) and publisher(s) of the Document do not by this
       License give permission to use their names for publicity for or to
*************** GNU Free Documentation License
*** 4142,4149 ****
  
       You may combine the Document with other documents released under
       this License, under the terms defined in section 4 above for
!      modified versions, provided that you include in the combination all
!      of the Invariant Sections of all of the original documents,
       unmodified, and list them all as Invariant Sections of your
       combined work in its license notice, and that you preserve all
       their Warranty Disclaimers.
--- 4159,4166 ----
  
       You may combine the Document with other documents released under
       this License, under the terms defined in section 4 above for
!      modified versions, provided that you include in the combination
!      all of the Invariant Sections of all of the original documents,
       unmodified, and list them all as Invariant Sections of your
       combined work in its license notice, and that you preserve all
       their Warranty Disclaimers.
*************** GNU Free Documentation License
*** 4170,4189 ****
       documents released under this License, and replace the individual
       copies of this License in the various documents with a single copy
       that is included in the collection, provided that you follow the
!      rules of this License for verbatim copying of each of the documents
!      in all other respects.
  
       You may extract a single document from such a collection, and
       distribute it individually under this License, provided you insert
!      a copy of this License into the extracted document, and follow this
!      License in all other respects regarding verbatim copying of that
!      document.
  
    7. AGGREGATION WITH INDEPENDENT WORKS
  
       A compilation of the Document or its derivatives with other
!      separate and independent documents or works, in or on a volume of a
!      storage or distribution medium, is called an "aggregate" if the
       copyright resulting from the compilation is not used to limit the
       legal rights of the compilation's users beyond what the individual
       works permit.  When the Document is included in an aggregate, this
--- 4187,4206 ----
       documents released under this License, and replace the individual
       copies of this License in the various documents with a single copy
       that is included in the collection, provided that you follow the
!      rules of this License for verbatim copying of each of the
!      documents in all other respects.
  
       You may extract a single document from such a collection, and
       distribute it individually under this License, provided you insert
!      a copy of this License into the extracted document, and follow
!      this License in all other respects regarding verbatim copying of
!      that document.
  
    7. AGGREGATION WITH INDEPENDENT WORKS
  
       A compilation of the Document or its derivatives with other
!      separate and independent documents or works, in or on a volume of
!      a storage or distribution medium, is called an "aggregate" if the
       copyright resulting from the compilation is not used to limit the
       legal rights of the compilation's users beyond what the individual
       works permit.  When the Document is included in an aggregate, this
*************** GNU Free Documentation License
*** 4228,4235 ****
  
       However, if you cease all violation of this License, then your
       license from a particular copyright holder is reinstated (a)
!      provisionally, unless and until the copyright holder explicitly and
!      finally terminates your license, and (b) permanently, if the
       copyright holder fails to notify you of the violation by some
       reasonable means prior to 60 days after the cessation.
  
--- 4245,4252 ----
  
       However, if you cease all violation of this License, then your
       license from a particular copyright holder is reinstated (a)
!      provisionally, unless and until the copyright holder explicitly
!      and finally terminates your license, and (b) permanently, if the
       copyright holder fails to notify you of the violation by some
       reasonable means prior to 60 days after the cessation.
  
*************** GNU Free Documentation License
*** 4241,4273 ****
       after your receipt of the notice.
  
       Termination of your rights under this section does not terminate
!      the licenses of parties who have received copies or rights from you
!      under this License.  If your rights have been terminated and not
!      permanently reinstated, receipt of a copy of some or all of the
!      same material does not give you any rights to use it.
  
!   10. FUTURE REVISIONS OF THIS LICENSE
  
       The Free Software Foundation may publish new, revised versions of
       the GNU Free Documentation License from time to time.  Such new
       versions will be similar in spirit to the present version, but may
       differ in detail to address new problems or concerns.  See
!      <http://www.gnu.org/copyleft/>.
  
       Each version of the License is given a distinguishing version
       number.  If the Document specifies that a particular numbered
       version of this License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
       that specified version or of any later version that has been
!      published (not as a draft) by the Free Software Foundation.  If the
!      Document does not specify a version number of this License, you may
!      choose any version ever published (not as a draft) by the Free
!      Software Foundation.  If the Document specifies that a proxy can
!      decide which future versions of this License can be used, that
       proxy's public statement of acceptance of a version permanently
       authorizes you to choose that version for the Document.
  
!   11. RELICENSING
  
       "Massive Multiauthor Collaboration Site" (or "MMC Site") means any
       World Wide Web server that publishes copyrightable works and also
--- 4258,4290 ----
       after your receipt of the notice.
  
       Termination of your rights under this section does not terminate
!      the licenses of parties who have received copies or rights from
!      you under this License.  If your rights have been terminated and
!      not permanently reinstated, receipt of a copy of some or all of
!      the same material does not give you any rights to use it.
  
!  10. FUTURE REVISIONS OF THIS LICENSE
  
       The Free Software Foundation may publish new, revised versions of
       the GNU Free Documentation License from time to time.  Such new
       versions will be similar in spirit to the present version, but may
       differ in detail to address new problems or concerns.  See
!      `http://www.gnu.org/copyleft/'.
  
       Each version of the License is given a distinguishing version
       number.  If the Document specifies that a particular numbered
       version of this License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
       that specified version or of any later version that has been
!      published (not as a draft) by the Free Software Foundation.  If
!      the Document does not specify a version number of this License,
!      you may choose any version ever published (not as a draft) by the
!      Free Software Foundation.  If the Document specifies that a proxy
!      can decide which future versions of this License can be used, that
       proxy's public statement of acceptance of a version permanently
       authorizes you to choose that version for the Document.
  
!  11. RELICENSING
  
       "Massive Multiauthor Collaboration Site" (or "MMC Site") means any
       World Wide Web server that publishes copyrightable works and also
*************** GNU Free Documentation License
*** 4297,4302 ****
--- 4314,4320 ----
       site under CC-BY-SA on the same site at any time before August 1,
       2009, provided the MMC is eligible for relicensing.
  
+ 
  ADDENDUM: How to use this License for your documents
  ====================================================
  
*************** notices just after the title page:
*** 4313,4319 ****
         Free Documentation License''.
  
     If you have Invariant Sections, Front-Cover Texts and Back-Cover
! Texts, replace the "with...Texts."  line with this:
  
           with the Invariant Sections being LIST THEIR TITLES, with
           the Front-Cover Texts being LIST, and with the Back-Cover Texts
--- 4331,4337 ----
         Free Documentation License''.
  
     If you have Invariant Sections, Front-Cover Texts and Back-Cover
! Texts, replace the "with...Texts." line with this:
  
           with the Invariant Sections being LIST THEIR TITLES, with
           the Front-Cover Texts being LIST, and with the Back-Cover Texts
*************** combination of the three, merge those tw
*** 4324,4332 ****
  situation.
  
     If your document contains nontrivial examples of program code, we
! recommend releasing these examples in parallel under your choice of free
! software license, such as the GNU General Public License, to permit
! their use in free software.
  
  
  File: libgomp.info,  Node: Funding,  Next: Library Index,  Prev: GNU Free Documentation License,  Up: Top
--- 4342,4350 ----
  situation.
  
     If your document contains nontrivial examples of program code, we
! recommend releasing these examples in parallel under your choice of
! free software license, such as the GNU General Public License, to
! permit their use in free software.
  
  
  File: libgomp.info,  Node: Funding,  Next: Library Index,  Prev: GNU Free Documentation License,  Up: Top
*************** for comparison.
*** 4356,4363 ****
  
     Even a precise fraction "of the profits from this disk" is not very
  meaningful, since creative accounting and unrelated business decisions
! can greatly alter what fraction of the sales price counts as profit.  If
! the price you pay is $50, ten percent of the profit is probably less
  than a dollar; it might be a few cents, or nothing at all.
  
     Some redistributors do development work themselves.  This is useful
--- 4374,4381 ----
  
     Even a precise fraction "of the profits from this disk" is not very
  meaningful, since creative accounting and unrelated business decisions
! can greatly alter what fraction of the sales price counts as profit.
! If the price you pay is $50, ten percent of the profit is probably less
  than a dollar; it might be a few cents, or nothing at all.
  
     Some redistributors do development work themselves.  This is useful
*************** difference than others.  For example, ma
*** 4367,4374 ****
  a program contributes very little; maintaining the standard version of a
  program for the whole community contributes much.  Easy new ports
  contribute little, since someone else would surely do them; difficult
! ports such as adding a new CPU to the GNU Compiler Collection contribute
! more; major new features or packages contribute the most.
  
     By establishing the idea that supporting further development is "the
  proper thing to do" when distributing free software for a fee, we can
--- 4385,4392 ----
  a program contributes very little; maintaining the standard version of a
  program for the whole community contributes much.  Easy new ports
  contribute little, since someone else would surely do them; difficult
! ports such as adding a new CPU to the GNU Compiler Collection
! contribute more; major new features or packages contribute the most.
  
     By establishing the idea that supporting further development is "the
  proper thing to do" when distributing free software for a fee, we can
*************** Library Index
*** 4387,4556 ****
  [index]
  * Menu:
  
! * Environment Variable:                  OMP_CANCELLATION.      (line 6)
! * Environment Variable <1>:              OMP_DISPLAY_ENV.       (line 6)
! * Environment Variable <2>:              OMP_DEFAULT_DEVICE.    (line 6)
! * Environment Variable <3>:              OMP_DYNAMIC.           (line 6)
! * Environment Variable <4>:              OMP_MAX_ACTIVE_LEVELS. (line 6)
! * Environment Variable <5>:              OMP_MAX_TASK_PRIORITY. (line 6)
! * Environment Variable <6>:              OMP_NESTED.            (line 6)
! * Environment Variable <7>:              OMP_NUM_THREADS.       (line 6)
! * Environment Variable <8>:              OMP_PROC_BIND.         (line 6)
! * Environment Variable <9>:              OMP_PLACES.            (line 6)
! * Environment Variable <10>:             OMP_STACKSIZE.         (line 6)
! * Environment Variable <11>:             OMP_SCHEDULE.          (line 6)
! * Environment Variable <12>:             OMP_THREAD_LIMIT.      (line 6)
! * Environment Variable <13>:             OMP_WAIT_POLICY.       (line 6)
! * Environment Variable <14>:             GOMP_CPU_AFFINITY.     (line 6)
! * Environment Variable <15>:             GOMP_DEBUG.            (line 6)
! * Environment Variable <16>:             GOMP_STACKSIZE.        (line 6)
! * Environment Variable <17>:             GOMP_SPINCOUNT.        (line 6)
! * Environment Variable <18>:             GOMP_RTEMS_THREAD_POOLS.
                                                                  (line 6)
  * FDL, GNU Free Documentation License:   GNU Free Documentation License.
                                                                  (line 6)
! * Implementation specific setting:       OMP_NESTED.            (line 6)
! * Implementation specific setting <1>:   OMP_NUM_THREADS.       (line 6)
! * Implementation specific setting <2>:   OMP_SCHEDULE.          (line 6)
! * Implementation specific setting <3>:   GOMP_STACKSIZE.        (line 6)
! * Implementation specific setting <4>:   GOMP_SPINCOUNT.        (line 6)
! * Implementation specific setting <5>:   GOMP_RTEMS_THREAD_POOLS.
                                                                  (line 6)
  * Introduction:                          Top.                   (line 6)
  
  
  
  Tag Table:
! Node: Top2083
! Node: Enabling OpenMP4489
! Node: Runtime Library Routines5276
! Node: omp_get_active_level8339
! Node: omp_get_ancestor_thread_num9039
! Node: omp_get_cancellation9969
! Node: omp_get_default_device10783
! Node: omp_get_dynamic11459
! Node: omp_get_level12334
! Node: omp_get_max_active_levels12954
! Node: omp_get_max_task_priority13659
! Node: omp_get_max_threads14279
! Node: omp_get_nested15036
! Node: omp_get_num_devices15950
! Node: omp_get_num_procs16471
! Node: omp_get_num_teams17010
! Node: omp_get_num_threads17526
! Node: omp_get_proc_bind18615
! Node: omp_get_schedule19536
! Node: omp_get_team_num20490
! Node: omp_get_team_size20989
! Node: omp_get_thread_limit21949
! Node: omp_get_thread_num22568
! Node: omp_in_parallel23439
! Node: omp_in_final24088
! Node: omp_is_initial_device24762
! Node: omp_set_default_device25455
! Node: omp_set_dynamic26246
! Node: omp_set_max_active_levels27132
! Node: omp_set_nested27909
! Node: omp_set_num_threads28801
! Node: omp_set_schedule29669
! Node: omp_init_lock30750
! Node: omp_set_lock31403
! Node: omp_test_lock32258
! Node: omp_unset_lock33234
! Node: omp_destroy_lock34165
! Node: omp_init_nest_lock34842
! Node: omp_set_nest_lock35577
! Node: omp_test_nest_lock36492
! Node: omp_unset_nest_lock37519
! Node: omp_destroy_nest_lock38534
! Node: omp_get_wtick39285
! Node: omp_get_wtime39877
! Node: Environment Variables40653
! Node: OMP_CANCELLATION42208
! Node: OMP_DISPLAY_ENV42741
! Node: OMP_DEFAULT_DEVICE43444
! Node: OMP_DYNAMIC44224
! Node: OMP_MAX_ACTIVE_LEVELS44820
! Node: OMP_MAX_TASK_PRIORITY45470
! Node: OMP_NESTED46128
! Node: OMP_NUM_THREADS46733
! Node: OMP_PROC_BIND47421
! Node: OMP_PLACES48613
! Node: OMP_STACKSIZE50790
! Node: OMP_SCHEDULE51614
! Node: OMP_THREAD_LIMIT52312
! Node: OMP_WAIT_POLICY52912
! Node: GOMP_CPU_AFFINITY53604
! Node: GOMP_DEBUG55334
! Node: GOMP_STACKSIZE55841
! Node: GOMP_SPINCOUNT56670
! Node: GOMP_RTEMS_THREAD_POOLS57874
! Node: Enabling OpenACC60052
! Node: OpenACC Runtime Library Routines61045
! Node: acc_get_num_devices64839
! Node: acc_set_device_type65565
! Node: acc_get_device_type66329
! Node: acc_set_device_num67044
! Node: acc_get_device_num67828
! Node: acc_async_test68625
! Node: acc_async_test_all69617
! Node: acc_wait70517
! Node: acc_wait_all71152
! Node: acc_wait_all_async71731
! Node: acc_wait_async72483
! Node: acc_init73190
! Node: acc_shutdown73836
! Node: acc_on_device74504
! Node: acc_malloc75508
! Node: acc_free76007
! Node: acc_copyin76434
! Node: acc_present_or_copyin77544
! Node: acc_create79170
! Node: acc_present_or_create80325
! Node: acc_copyout81959
! Node: acc_delete82982
! Node: acc_update_device83957
! Node: acc_update_self85069
! Node: acc_map_data86173
! Node: acc_unmap_data86858
! Node: acc_deviceptr87379
! Node: acc_hostptr87949
! Node: acc_is_present88513
! Node: acc_memcpy_to_device90040
! Node: acc_memcpy_from_device90703
! Node: acc_get_current_cuda_device91387
! Node: acc_get_current_cuda_context91984
! Node: acc_get_cuda_stream92578
! Node: acc_set_cuda_stream93134
! Node: OpenACC Environment Variables93666
! Node: ACC_DEVICE_TYPE94125
! Node: ACC_DEVICE_NUM94361
! Node: GCC_ACC_NOTIFY94618
! Node: CUDA Streams Usage94841
! Ref: CUDA Streams Usage-Footnote-196741
! Node: OpenACC Library Interoperability96850
! Ref: OpenACC Library Interoperability-Footnote-1103206
! Ref: OpenACC Library Interoperability-Footnote-2103458
! Node: The libgomp ABI103666
! Node: Implementing MASTER construct104522
! Node: Implementing CRITICAL construct104936
! Node: Implementing ATOMIC construct105675
! Node: Implementing FLUSH construct106156
! Node: Implementing BARRIER construct106427
! Node: Implementing THREADPRIVATE construct106696
! Node: Implementing PRIVATE clause107349
! Node: Implementing FIRSTPRIVATE LASTPRIVATE COPYIN and COPYPRIVATE clauses107930
! Node: Implementing REDUCTION clause109254
! Node: Implementing PARALLEL construct109811
! Node: Implementing FOR construct111068
! Node: Implementing ORDERED construct113066
! Node: Implementing SECTIONS construct113372
! Node: Implementing SINGLE construct114138
! Node: Implementing OpenACC's PARALLEL construct114850
! Node: Reporting Bugs115108
! Node: Copying115470
! Node: GNU Free Documentation License153017
! Node: Funding178140
! Node: Library Index180666
  
  End Tag Table
--- 4405,4574 ----
  [index]
  * Menu:
  
! * Environment Variable <1>:              GOMP_RTEMS_THREAD_POOLS.
                                                                  (line 6)
+ * Environment Variable <2>:              GOMP_SPINCOUNT.        (line 6)
+ * Environment Variable <3>:              GOMP_STACKSIZE.        (line 6)
+ * Environment Variable <4>:              GOMP_DEBUG.            (line 6)
+ * Environment Variable <5>:              GOMP_CPU_AFFINITY.     (line 6)
+ * Environment Variable <6>:              OMP_WAIT_POLICY.       (line 6)
+ * Environment Variable <7>:              OMP_THREAD_LIMIT.      (line 6)
+ * Environment Variable <8>:              OMP_SCHEDULE.          (line 6)
+ * Environment Variable <9>:              OMP_STACKSIZE.         (line 6)
+ * Environment Variable <10>:             OMP_PLACES.            (line 6)
+ * Environment Variable <11>:             OMP_PROC_BIND.         (line 6)
+ * Environment Variable <12>:             OMP_NUM_THREADS.       (line 6)
+ * Environment Variable <13>:             OMP_NESTED.            (line 6)
+ * Environment Variable <14>:             OMP_MAX_TASK_PRIORITY. (line 6)
+ * Environment Variable <15>:             OMP_MAX_ACTIVE_LEVELS. (line 6)
+ * Environment Variable <16>:             OMP_DYNAMIC.           (line 6)
+ * Environment Variable <17>:             OMP_DEFAULT_DEVICE.    (line 6)
+ * Environment Variable <18>:             OMP_DISPLAY_ENV.       (line 6)
+ * Environment Variable:                  OMP_CANCELLATION.      (line 6)
  * FDL, GNU Free Documentation License:   GNU Free Documentation License.
                                                                  (line 6)
! * Implementation specific setting <1>:   GOMP_RTEMS_THREAD_POOLS.
                                                                  (line 6)
+ * Implementation specific setting <2>:   GOMP_SPINCOUNT.        (line 6)
+ * Implementation specific setting <3>:   GOMP_STACKSIZE.        (line 6)
+ * Implementation specific setting <4>:   OMP_SCHEDULE.          (line 6)
+ * Implementation specific setting <5>:   OMP_NUM_THREADS.       (line 6)
+ * Implementation specific setting:       OMP_NESTED.            (line 6)
  * Introduction:                          Top.                   (line 6)
  
  
  
  Tag Table:
! Node: Top2130
! Node: Enabling OpenMP4536
! Node: Runtime Library Routines5323
! Node: omp_get_active_level8386
! Node: omp_get_ancestor_thread_num9084
! Node: omp_get_cancellation10011
! Node: omp_get_default_device10823
! Node: omp_get_dynamic11497
! Node: omp_get_level12370
! Node: omp_get_max_active_levels12988
! Node: omp_get_max_task_priority13691
! Node: omp_get_max_threads14309
! Node: omp_get_nested15064
! Node: omp_get_num_devices15976
! Node: omp_get_num_procs16495
! Node: omp_get_num_teams17032
! Node: omp_get_num_threads17546
! Node: omp_get_proc_bind18633
! Node: omp_get_schedule19551
! Node: omp_get_team_num20500
! Node: omp_get_team_size20997
! Node: omp_get_thread_limit21954
! Node: omp_get_thread_num22571
! Node: omp_in_parallel23440
! Node: omp_in_final24087
! Node: omp_is_initial_device24759
! Node: omp_set_default_device25450
! Node: omp_set_dynamic26238
! Node: omp_set_max_active_levels27121
! Node: omp_set_nested27895
! Node: omp_set_num_threads28784
! Node: omp_set_schedule29649
! Node: omp_init_lock30725
! Node: omp_set_lock31375
! Node: omp_test_lock32227
! Node: omp_unset_lock33200
! Node: omp_destroy_lock34128
! Node: omp_init_nest_lock34802
! Node: omp_set_nest_lock35534
! Node: omp_test_nest_lock36451
! Node: omp_unset_nest_lock37481
! Node: omp_destroy_nest_lock38493
! Node: omp_get_wtick39241
! Node: omp_get_wtime39831
! Node: Environment Variables40605
! Node: OMP_CANCELLATION42160
! Node: OMP_DISPLAY_ENV42693
! Node: OMP_DEFAULT_DEVICE43396
! Node: OMP_DYNAMIC44176
! Node: OMP_MAX_ACTIVE_LEVELS44772
! Node: OMP_MAX_TASK_PRIORITY45422
! Node: OMP_NESTED46082
! Node: OMP_NUM_THREADS46687
! Node: OMP_PROC_BIND47376
! Node: OMP_PLACES48568
! Node: OMP_STACKSIZE50745
! Node: OMP_SCHEDULE51569
! Node: OMP_THREAD_LIMIT52267
! Node: OMP_WAIT_POLICY52867
! Node: GOMP_CPU_AFFINITY53559
! Node: GOMP_DEBUG55290
! Node: GOMP_STACKSIZE55797
! Node: GOMP_SPINCOUNT56626
! Node: GOMP_RTEMS_THREAD_POOLS57835
! Node: Enabling OpenACC60016
! Node: OpenACC Runtime Library Routines61010
! Node: acc_get_num_devices64804
! Node: acc_set_device_type65527
! Node: acc_get_device_type66288
! Node: acc_set_device_num67000
! Node: acc_get_device_num67799
! Node: acc_async_test68592
! Node: acc_async_test_all69577
! Node: acc_wait70472
! Node: acc_wait_all71104
! Node: acc_wait_all_async71681
! Node: acc_wait_async72430
! Node: acc_init73134
! Node: acc_shutdown73777
! Node: acc_on_device74442
! Node: acc_malloc75440
! Node: acc_free75937
! Node: acc_copyin76363
! Node: acc_present_or_copyin77464
! Node: acc_create79074
! Node: acc_present_or_create80220
! Node: acc_copyout81838
! Node: acc_delete82853
! Node: acc_update_device83820
! Node: acc_update_self84924
! Node: acc_map_data86020
! Node: acc_unmap_data86703
! Node: acc_deviceptr87222
! Node: acc_hostptr87791
! Node: acc_is_present88354
! Node: acc_memcpy_to_device89868
! Node: acc_memcpy_from_device90529
! Node: acc_get_current_cuda_device91211
! Node: acc_get_current_cuda_context91806
! Node: acc_get_cuda_stream92398
! Node: acc_set_cuda_stream92952
! Node: OpenACC Environment Variables93483
! Node: ACC_DEVICE_TYPE93942
! Node: ACC_DEVICE_NUM94178
! Node: GCC_ACC_NOTIFY94435
! Node: CUDA Streams Usage94658
! Ref: CUDA Streams Usage-Footnote-196558
! Node: OpenACC Library Interoperability96667
! Ref: OpenACC Library Interoperability-Footnote-1103013
! Ref: OpenACC Library Interoperability-Footnote-2103265
! Node: The libgomp ABI103473
! Node: Implementing MASTER construct104329
! Node: Implementing CRITICAL construct104743
! Node: Implementing ATOMIC construct105482
! Node: Implementing FLUSH construct105963
! Node: Implementing BARRIER construct106234
! Node: Implementing THREADPRIVATE construct106503
! Node: Implementing PRIVATE clause107155
! Node: Implementing FIRSTPRIVATE LASTPRIVATE COPYIN and COPYPRIVATE clauses107736
! Node: Implementing REDUCTION clause109060
! Node: Implementing PARALLEL construct109617
! Node: Implementing FOR construct110874
! Node: Implementing ORDERED construct112872
! Node: Implementing SECTIONS construct113178
! Node: Implementing SINGLE construct113944
! Node: Implementing OpenACC's PARALLEL construct114656
! Node: Reporting Bugs114914
! Node: Copying115276
! Node: GNU Free Documentation License152841
! Node: Funding177983
! Node: Library Index180508
  
  End Tag Table
diff -Nrcpad gcc-7.1.0/libgomp/testsuite/libgomp.c/pr80809-1.c gcc-7.2.0/libgomp/testsuite/libgomp.c/pr80809-1.c
*** gcc-7.1.0/libgomp/testsuite/libgomp.c/pr80809-1.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/libgomp/testsuite/libgomp.c/pr80809-1.c	Fri May 26 10:13:34 2017
***************
*** 0 ****
--- 1,29 ----
+ /* PR middle-end/80809 */
+ /* { dg-do run } */
+ 
+ __attribute__((noinline, noclone)) void
+ foo (int x)
+ {
+   int i, j, v[x], *w[16];
+   for (i = 0; i < x; i++)
+     v[i] = i;
+ #pragma omp parallel
+ #pragma omp single
+   for (i = 0; i < 16; i++)
+   /* Make sure v is implicitly determined shared in task, because it
+      is shared on the parallel.  */
+ #pragma omp task private (j)
+     w[i] = v;
+   for (i = 0; i < 16; i++)
+     if (w[i] != v)
+       __builtin_abort ();
+ }
+ 
+ int
+ main ()
+ {
+   foo (4);
+   foo (27);
+   foo (196);
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/libgomp/testsuite/libgomp.c/pr80809-2.c gcc-7.2.0/libgomp/testsuite/libgomp.c/pr80809-2.c
*** gcc-7.1.0/libgomp/testsuite/libgomp.c/pr80809-2.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/libgomp/testsuite/libgomp.c/pr80809-2.c	Fri May 26 10:14:37 2017
***************
*** 0 ****
--- 1,35 ----
+ /* PR middle-end/80809 */
+ /* { dg-do run } */
+ 
+ __attribute__((noinline, noclone)) void
+ foo (int x)
+ {
+   int i, v[x], w[16];
+   for (i = 0; i < x; i++)
+     v[i] = i;
+   for (i = 0; i < 16; i++)
+     w[i] = 0;
+ #pragma omp parallel
+ #pragma omp single
+   for (i = 0; i < 16; i++)
+ #pragma omp task firstprivate (v)
+     {
+       int j;
+       for (j = 0; j < x; j++)
+ 	v[j] += i;
+       for (j = 0; j < x; j++)
+ 	w[i] += v[j];
+     }
+   for (i = 0; i < 16; i++)
+     if (w[i] != (x - 1) * x / 2 + x * i)
+       __builtin_abort ();
+ }
+ 
+ int
+ main ()
+ {
+   foo (4);
+   foo (27);
+   foo (196);
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/libgomp/testsuite/libgomp.c/pr80809-3.c gcc-7.2.0/libgomp/testsuite/libgomp.c/pr80809-3.c
*** gcc-7.1.0/libgomp/testsuite/libgomp.c/pr80809-3.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/libgomp/testsuite/libgomp.c/pr80809-3.c	Fri May 26 10:14:37 2017
***************
*** 0 ****
--- 1,42 ----
+ /* PR middle-end/80809 */
+ /* { dg-do run } */
+ 
+ __attribute__((noinline, noclone)) void
+ foo (int x)
+ {
+   int i, v[x], w[16];
+   for (i = 0; i < x; i++)
+     v[i] = i;
+   for (i = 0; i < 16; i++)
+     w[i] = 0;
+ #pragma omp parallel
+ #pragma omp single
+   {
+     int z[x];
+     for (i = 0; i < x; i++)
+       z[0] = 0;
+     for (i = 0; i < 16; i++)
+ #pragma omp task firstprivate (z) firstprivate (v)
+       {
+ 	int j;
+ 	for (j = 0; j < x; j++)
+ 	  z[j] = i;
+ 	for (j = 0; j < x; j++)
+ 	  v[j] += z[j];
+ 	for (j = 0; j < x; j++)
+ 	  w[i] += v[j];
+       }
+   }
+   for (i = 0; i < 16; i++)
+     if (w[i] != (x - 1) * x / 2 + x * i)
+       __builtin_abort ();
+ }
+ 
+ int
+ main ()
+ {
+   foo (4);
+   foo (27);
+   foo (196);
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/libgomp/testsuite/libgomp.c/pr80853.c gcc-7.2.0/libgomp/testsuite/libgomp.c/pr80853.c
*** gcc-7.1.0/libgomp/testsuite/libgomp.c/pr80853.c	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/libgomp/testsuite/libgomp.c/pr80853.c	Fri May 26 10:05:39 2017
***************
*** 0 ****
--- 1,29 ----
+ /* PR middle-end/80853 */
+ /* { dg-do run } */
+ 
+ __attribute__((noinline, noclone)) void
+ foo (int *p)
+ {
+   #pragma omp for reduction(+:p[:4])
+   for (int i = 0; i < 64; i++)
+     {
+       p[0] += i;
+       p[1] += i / 2;
+       p[2] += 2 * i;
+       p[3] += 3 * i;
+     }
+ }
+ 
+ int
+ main ()
+ {
+   int p[4] = { 0, 0, 0, 0 };
+   #pragma omp parallel
+   foo (p);
+   if (p[0] != 63 * 64 / 2
+       || p[1] != 31 * 32
+       || p[2] != 63 * 64
+       || p[3] != 3 * 63 * 64 / 2)
+     __builtin_abort ();
+   return 0;
+ }
diff -Nrcpad gcc-7.1.0/libgomp/testsuite/libgomp.c++/pr81130.C gcc-7.2.0/libgomp/testsuite/libgomp.c++/pr81130.C
*** gcc-7.1.0/libgomp/testsuite/libgomp.c++/pr81130.C	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/libgomp/testsuite/libgomp.c++/pr81130.C	Wed Jun 21 22:19:38 2017
***************
*** 0 ****
--- 1,41 ----
+ // PR c++/81130
+ // { dg-do run }
+ 
+ struct A
+ {
+   A ();
+   ~A ();
+   int a;
+ };
+ 
+ A::A ()
+ {
+   a = 0;
+ }
+ 
+ A::~A ()
+ {
+ }
+ 
+ struct B
+ {
+   A b;
+   int c;
+   B () : c (1)
+   {
+ #pragma omp parallel shared (b, c) num_threads (2)
+ #pragma omp master
+     {
+       b.a++;
+       c += 2;
+     }
+   }
+ };
+ 
+ int
+ main ()
+ {
+   B v;
+   if (v.b.a != 1 || v.c != 3)
+     __builtin_abort ();
+ }
diff -Nrcpad gcc-7.1.0/libhsail-rt/ChangeLog gcc-7.2.0/libhsail-rt/ChangeLog
*** gcc-7.1.0/libhsail-rt/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libhsail-rt/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/libiberty/ChangeLog gcc-7.2.0/libiberty/ChangeLog
*** gcc-7.1.0/libiberty/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libiberty/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/libitm/ChangeLog gcc-7.2.0/libitm/ChangeLog
*** gcc-7.1.0/libitm/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libitm/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/libitm/libitm.info gcc-7.2.0/libitm/libitm.info
*** gcc-7.1.0/libitm/libitm.info	Tue May  2 14:42:47 2017
--- gcc-7.2.0/libitm/libitm.info	Mon Aug 14 08:36:00 2017
***************
*** 1,4 ****
! This is libitm.info, produced by makeinfo version 6.1 from libitm.texi.
  
  Copyright (C) 2011-2017 Free Software Foundation, Inc.
  
--- 1,5 ----
! This is libitm.info, produced by makeinfo version 4.13 from
! /space/rguenther/gcc-7.2.0/gcc-7.2.0/libitm/libitm.texi.
  
  Copyright (C) 2011-2017 Free Software Foundation, Inc.
  
*************** any later version published by the Free
*** 8,13 ****
--- 9,15 ----
  Invariant Sections, no Front-Cover Texts, and no Back-Cover Texts.  A
  copy of the license is included in the section entitled "GNU Free
  Documentation License".
+ 
  INFO-DIR-SECTION GNU Libraries
  START-INFO-DIR-ENTRY
  * libitm: (libitm).                    GNU Transactional Memory Library
*************** Introduction
*** 31,37 ****
  ************
  
  This manual documents the usage and internals of libitm, the GNU
! Transactional Memory Library.  It provides transaction support for
  accesses to a process' memory, enabling easy-to-use synchronization of
  accesses to shared memory by several threads.
  
--- 33,39 ----
  ************
  
  This manual documents the usage and internals of libitm, the GNU
! Transactional Memory Library. It provides transaction support for
  accesses to a process' memory, enabling easy-to-use synchronization of
  accesses to shared memory by several threads.
  
*************** File: libitm.info,  Node: Enabling libit
*** 53,61 ****
  1 Enabling libitm
  *****************
  
! To activate support for TM in C/C++, the compile-time flag '-fgnu-tm'
! must be specified.  This enables TM language-level constructs such as
! transaction statements (e.g., '__transaction_atomic', *note C/C++
  Language Constructs for TM:: for details).
  
  
--- 55,63 ----
  1 Enabling libitm
  *****************
  
! To activate support for TM in C/C++, the compile-time flag `-fgnu-tm'
! must be specified. This enables TM language-level constructs such as
! transaction statements (e.g., `__transaction_atomic', *note C/C++
  Language Constructs for TM:: for details).
  
  
*************** File: libitm.info,  Node: C/C++ Language
*** 65,78 ****
  **********************************
  
  Transactions are supported in C++ and C in the form of transaction
! statements, transaction expressions, and function transactions.  In the
! following example, both 'a' and 'b' will be read and the difference will
! be written to 'c', all atomically and isolated from other transactions:
  
       __transaction_atomic { c = a - b; }
  
     Therefore, another thread can use the following code to concurrently
! update 'b' without ever causing 'c' to hold a negative value (and
  without having to use other synchronization constructs such as locks or
  C++11 atomics):
  
--- 67,81 ----
  **********************************
  
  Transactions are supported in C++ and C in the form of transaction
! statements, transaction expressions, and function transactions. In the
! following example, both `a' and `b' will be read and the difference
! will be written to `c', all atomically and isolated from other
! transactions:
  
       __transaction_atomic { c = a - b; }
  
     Therefore, another thread can use the following code to concurrently
! update `b' without ever causing `c' to hold a negative value (and
  without having to use other synchronization constructs such as locks or
  C++11 atomics):
  
*************** C++11 atomics):
*** 80,93 ****
  
     GCC follows the Draft Specification of Transactional Language
  Constructs for C++ (v1.1)
! (https://sites.google.com/site/tmforcplusplus/) in its implementation of
! transactions.
  
     The precise semantics of transactions are defined in terms of the
! C++11/C11 memory model (see the specification).  Roughly, transactions
  provide synchronization guarantees that are similar to what would be
  guaranteed when using a single global lock as a guard for all
! transactions.  Note that like other synchronization constructs in C/C++,
  transactions rely on a data-race-free program (e.g., a nontransactional
  write that is concurrent with a transactional read to the same memory
  location is a data race).
--- 83,96 ----
  
     GCC follows the Draft Specification of Transactional Language
  Constructs for C++ (v1.1)
! (https://sites.google.com/site/tmforcplusplus/) in its implementation
! of transactions.
  
     The precise semantics of transactions are defined in terms of the
! C++11/C11 memory model (see the specification). Roughly, transactions
  provide synchronization guarantees that are similar to what would be
  guaranteed when using a single global lock as a guard for all
! transactions. Note that like other synchronization constructs in C/C++,
  transactions rely on a data-race-free program (e.g., a nontransactional
  write that is concurrent with a transactional read to the same memory
  location is a data race).
*************** File: libitm.info,  Node: The libitm ABI
*** 99,109 ****
  ****************
  
  The ABI provided by libitm is basically equal to the Linux variant of
! Intel's current TM ABI specification document (Revision 1.1, May 6 2009)
! but with the differences listed in this chapter.  It would be good if
! these changes would eventually be merged into a future version of this
! specification.  To ease look-up, the following subsections mirror the
! structure of this specification.
  
  3.1 [No changes] Objectives
  ===========================
--- 102,112 ----
  ****************
  
  The ABI provided by libitm is basically equal to the Linux variant of
! Intel's current TM ABI specification document (Revision 1.1, May 6
! 2009) but with the differences listed in this chapter. It would be good
! if these changes would eventually be merged into a future version of
! this specification. To ease look-up, the following subsections mirror
! the structure of this specification.
  
  3.1 [No changes] Objectives
  ===========================
*************** structure of this specification.
*** 130,143 ****
  ----------------------------
  
  The memory locations accessed with transactional loads and stores and
! the memory locations whose values are logged must not overlap.  This
  required separation only extends to the scope of the execution of one
  transaction including all the executions of all nested transactions.
  
     The compiler must be consistent (within the scope of a single
  transaction) about which memory locations are shared and which are not
  shared with other threads (i.e., data must be accessed either
! transactionally or nontransactionally).  Otherwise, non-write-through TM
  algorithms would not work.
  
     For memory locations on the stack, this requirement extends to only
--- 133,146 ----
  ----------------------------
  
  The memory locations accessed with transactional loads and stores and
! the memory locations whose values are logged must not overlap. This
  required separation only extends to the scope of the execution of one
  transaction including all the executions of all nested transactions.
  
     The compiler must be consistent (within the scope of a single
  transaction) about which memory locations are shared and which are not
  shared with other threads (i.e., data must be accessed either
! transactionally or nontransactionally). Otherwise, non-write-through TM
  algorithms would not work.
  
     For memory locations on the stack, this requirement extends to only
*************** these stack frames' lifetimes will end b
*** 159,165 ****
  3.3.9 Store allocation
  ----------------------
  
! There is no 'getTransaction' function.
  
  3.3.10 [No changes] Naming conventions
  --------------------------------------
--- 162,168 ----
  3.3.9 Store allocation
  ----------------------
  
! There is no `getTransaction' function.
  
  3.3.10 [No changes] Naming conventions
  --------------------------------------
*************** Currently, this is not implemented.
*** 172,179 ****
  3.4 Types and macros list
  =========================
  
! '_ITM_codeProperties' has changed, *note Starting a transaction:
! txn-code-properties.  '_ITM_srcLocation' is not used.
  
  3.5 Function list
  =================
--- 175,182 ----
  3.4 Types and macros list
  =========================
  
! `_ITM_codeProperties' has changed, *note Starting a transaction:
! txn-code-properties.  `_ITM_srcLocation' is not used.
  
  3.5 Function list
  =================
*************** These functions are not part of the ABI.
*** 195,201 ****
  3.5.5 State manipulation functions
  ----------------------------------
  
! There is no 'getTransaction' function.  Transaction identifiers for
  nested transactions will be ordered but not necessarily sequential
  (i.e., for a nested transaction's identifier IN and its enclosing
  transaction's identifier IE, it is guaranteed that IN >= IE).
--- 198,204 ----
  3.5.5 State manipulation functions
  ----------------------------------
  
! There is no `getTransaction' function. Transaction identifiers for
  nested transactions will be ordered but not necessarily sequential
  (i.e., for a nested transaction's identifier IN and its enclosing
  transaction's identifier IE, it is guaranteed that IN >= IE).
*************** transaction's identifier IE, it is guara
*** 209,244 ****
  3.5.7.1 Transaction code properties
  ...................................
  
! The bit 'hasNoXMMUpdate' is instead called 'hasNoVectorUpdate'.  Iff it
  is set, vector register save/restore is not necessary for any target
  machine.
  
!    The 'hasNoFloatUpdate' bit ('0x0010') is new.  Iff it is set,
! floating point register save/restore is not necessary for any target
! machine.
  
!    'undoLogCode' is not supported and a fatal runtime error will be
! raised if this bit is set.  It is not properly defined in the ABI why
! barriers other than undo logging are not present; Are they not necessary
! (e.g., a transaction operating purely on thread-local data) or have they
! been omitted by the compiler because it thinks that some kind of global
! synchronization (e.g., serial mode) might perform better?  The
! specification suggests that the latter might be the case, but the former
! seems to be more useful.
  
!    The 'readOnly' bit ('0x4000') is new.  *TODO* Lexical or dynamic
  scope?
  
!    'hasNoRetry' is not supported.  If this bit is not set, but
! 'hasNoAbort' is set, the library can assume that transaction rollback
  will not be requested.
  
     It would be useful if the absence of externally-triggered rollbacks
  would be reported for the dynamic scope as well, not just for the
! lexical scope ('hasNoAbort').  Without this, a library cannot exploit
  this together with flat nesting.
  
!    'exceptionBlock' is not supported because exception blocks are not
  used.
  
  3.5.7.2 [No changes] Windows exception state
--- 212,246 ----
  3.5.7.1 Transaction code properties
  ...................................
  
! The bit `hasNoXMMUpdate' is instead called `hasNoVectorUpdate'.  Iff it
  is set, vector register save/restore is not necessary for any target
  machine.
  
!    The `hasNoFloatUpdate' bit (`0x0010') is new. Iff it is set, floating
! point register save/restore is not necessary for any target machine.
  
!    `undoLogCode' is not supported and a fatal runtime error will be
! raised if this bit is set. It is not properly defined in the ABI why
! barriers other than undo logging are not present; Are they not
! necessary (e.g., a transaction operating purely on thread-local data)
! or have they been omitted by the compiler because it thinks that some
! kind of global synchronization (e.g., serial mode) might perform
! better? The specification suggests that the latter might be the case,
! but the former seems to be more useful.
  
!    The `readOnly' bit (`0x4000') is new. *TODO* Lexical or dynamic
  scope?
  
!    `hasNoRetry' is not supported. If this bit is not set, but
! `hasNoAbort' is set, the library can assume that transaction rollback
  will not be requested.
  
     It would be useful if the absence of externally-triggered rollbacks
  would be reported for the dynamic scope as well, not just for the
! lexical scope (`hasNoAbort'). Without this, a library cannot exploit
  this together with flat nesting.
  
!    `exceptionBlock' is not supported because exception blocks are not
  used.
  
  3.5.7.2 [No changes] Windows exception state
*************** used.
*** 253,279 ****
  3.5.8 Aborting a transaction
  ----------------------------
  
! '_ITM_rollbackTransaction' is not supported.  '_ITM_abortTransaction' is
! supported but the abort reasons 'exceptionBlockAbort', 'TMConflict', and
! 'userRetry' are not supported.  There are no exception blocks in
! general, so the related cases also do not have to be considered.  To
! encode '__transaction_cancel [[outer]]', compilers must set the new
! 'outerAbort' bit ('0x10') additionally to the 'userAbort' bit in the
  abort reason.
  
  3.5.9 Committing a transaction
  ------------------------------
  
! The exception handling (EH) scheme is different.  The Intel ABI requires
! the '_ITM_tryCommitTransaction' function that will return even when the
  commit failed and will have to be matched with calls to either
! '_ITM_abortTransaction' or '_ITM_commitTransaction'.  In contrast, gcc
  relies on transactional wrappers for the functions of the Exception
! Handling ABI and on one additional commit function (shown below).  This
  allows the TM to keep track of EH internally and thus it does not have
  to embed the cleanup of EH state into the existing EH code in the
! program.  '_ITM_tryCommitTransaction' is not supported.
! '_ITM_commitTransactionToId' is also not supported because the
  propagation of thrown exceptions will not bypass commits of nested
  transactions.
  
--- 255,281 ----
  3.5.8 Aborting a transaction
  ----------------------------
  
! `_ITM_rollbackTransaction' is not supported. `_ITM_abortTransaction' is
! supported but the abort reasons `exceptionBlockAbort', `TMConflict',
! and `userRetry' are not supported. There are no exception blocks in
! general, so the related cases also do not have to be considered. To
! encode `__transaction_cancel [[outer]]', compilers must set the new
! `outerAbort' bit (`0x10') additionally to the `userAbort' bit in the
  abort reason.
  
  3.5.9 Committing a transaction
  ------------------------------
  
! The exception handling (EH) scheme is different. The Intel ABI requires
! the `_ITM_tryCommitTransaction' function that will return even when the
  commit failed and will have to be matched with calls to either
! `_ITM_abortTransaction' or `_ITM_commitTransaction'. In contrast, gcc
  relies on transactional wrappers for the functions of the Exception
! Handling ABI and on one additional commit function (shown below). This
  allows the TM to keep track of EH internally and thus it does not have
  to embed the cleanup of EH state into the existing EH code in the
! program.  `_ITM_tryCommitTransaction' is not supported.
! `_ITM_commitTransactionToId' is also not supported because the
  propagation of thrown exceptions will not bypass commits of nested
  transactions.
  
*************** transactions.
*** 284,331 ****
       void *_ITM_cxa_begin_catch (void *exc_ptr);
       void _ITM_cxa_end_catch (void);
  
!    The EH scheme changed in version 6 of GCC. Previously, the compiler
! added a call to '_ITM_commitTransactionEH' to commit a transaction if an
! exception could be in flight at this position in the code; 'exc_ptr' is
! the address of the current exception and must be non-zero.  Now, the
  compiler must catch all exceptions that are about to be thrown out of a
! transaction and call '_ITM_commitTransactionEH' from the catch clause,
! with 'exc_ptr' being zero.
  
     Note that the old EH scheme never worked completely in GCC's
  implementation; libitm currently does not try to be compatible with the
  old scheme.
  
!    The '_ITM_cxa...' functions are transactional wrappers for the
! respective '__cxa...' functions and must be called instead of these in
! transactional code.  '_ITM_cxa_free_exception' is new in GCC 6.
  
     To support this EH scheme, libstdc++ needs to provide one additional
! function ('_cxa_tm_cleanup'), which is used by the TM to clean up the
  exception handling state while rolling back a transaction:
  
       void __cxa_tm_cleanup (void *unthrown_obj, void *cleanup_exc,
                              unsigned int caught_count);
  
!    Since GCC 6, 'unthrown_obj' is not used anymore and always null;
! prior to that, 'unthrown_obj' is non-null if the program called
! '__cxa_allocate_exception' for this exception but did not yet called
! '__cxa_throw' for it.  'cleanup_exc' is non-null if the program is
  currently processing a cleanup along an exception path but has not
! caught this exception yet.  'caught_count' is the nesting depth of
! '__cxa_begin_catch' within the transaction (which can be counted by the
! TM using '_ITM_cxa_begin_catch' and '_ITM_cxa_end_catch');
! '__cxa_tm_cleanup' then performs rollback by essentially performing
! '__cxa_end_catch' that many times.
  
  3.5.10 Exception handling support
  ---------------------------------
  
  Currently, there is no support for functionality like
! '__transaction_cancel throw' as described in the C++ TM specification.
  Supporting this should be possible with the EH scheme explained
! previously because via the transactional wrappers for the EH ABI, the TM
! is able to observe and intercept EH.
  
  3.5.11 [No changes] Transition to serial-irrevocable mode
  ---------------------------------------------------------
--- 286,333 ----
       void *_ITM_cxa_begin_catch (void *exc_ptr);
       void _ITM_cxa_end_catch (void);
  
!    The EH scheme changed in version 6 of GCC.  Previously, the compiler
! added a call to `_ITM_commitTransactionEH' to commit a transaction if
! an exception could be in flight at this position in the code; `exc_ptr'
! is the address of the current exception and must be non-zero.  Now, the
  compiler must catch all exceptions that are about to be thrown out of a
! transaction and call `_ITM_commitTransactionEH' from the catch clause,
! with `exc_ptr' being zero.
  
     Note that the old EH scheme never worked completely in GCC's
  implementation; libitm currently does not try to be compatible with the
  old scheme.
  
!    The `_ITM_cxa...' functions are transactional wrappers for the
! respective `__cxa...' functions and must be called instead of these in
! transactional code.  `_ITM_cxa_free_exception' is new in GCC 6.
  
     To support this EH scheme, libstdc++ needs to provide one additional
! function (`_cxa_tm_cleanup'), which is used by the TM to clean up the
  exception handling state while rolling back a transaction:
  
       void __cxa_tm_cleanup (void *unthrown_obj, void *cleanup_exc,
                              unsigned int caught_count);
  
!    Since GCC 6, `unthrown_obj' is not used anymore and always null;
! prior to that, `unthrown_obj' is non-null if the program called
! `__cxa_allocate_exception' for this exception but did not yet called
! `__cxa_throw' for it. `cleanup_exc' is non-null if the program is
  currently processing a cleanup along an exception path but has not
! caught this exception yet. `caught_count' is the nesting depth of
! `__cxa_begin_catch' within the transaction (which can be counted by the
! TM using `_ITM_cxa_begin_catch' and `_ITM_cxa_end_catch');
! `__cxa_tm_cleanup' then performs rollback by essentially performing
! `__cxa_end_catch' that many times.
  
  3.5.10 Exception handling support
  ---------------------------------
  
  Currently, there is no support for functionality like
! `__transaction_cancel throw' as described in the C++ TM specification.
  Supporting this should be possible with the EH scheme explained
! previously because via the transactional wrappers for the EH ABI, the
! TM is able to observe and intercept EH.
  
  3.5.11 [No changes] Transition to serial-irrevocable mode
  ---------------------------------------------------------
*************** is able to observe and intercept EH.
*** 341,347 ****
  
  If either the source or destination memory region is to be accessed
  nontransactionally, then source and destination regions must not be
! overlapping.  The respective '_ITM_memmove' functions are still
  available but a fatal runtime error will be raised if such regions do
  overlap.  To support this functionality, the ABI would have to specify
  how the intersection of the regions has to be accessed (i.e.,
--- 343,349 ----
  
  If either the source or destination memory region is to be accessed
  nontransactionally, then source and destination regions must not be
! overlapping. The respective `_ITM_memmove' functions are still
  available but a fatal runtime error will be raised if such regions do
  overlap.  To support this functionality, the ABI would have to specify
  how the intersection of the regions has to be accessed (i.e.,
*************** transactionally or nontransactionally).
*** 357,392 ****
  ----------------------------------------------
  
  Commit actions will get executed in the same order in which the
! respective calls to '_ITM_addUserCommitAction' happened.  Only
! '_ITM_noTransactionId' is allowed as value for the
! 'resumingTransactionId' argument.  Commit actions get executed after
  privatization safety has been ensured.
  
!    Undo actions will get executed in reverse order compared to the order
! in which the respective calls to '_ITM_addUserUndoAction' happened.  The
! ordering of undo actions w.r.t.  the roll-back of other actions (e.g.,
! data transfers or memory allocations) is undefined.
  
!    '_ITM_getThreadnum' is not supported currently because its only
  purpose is to provide a thread ID that matches some assumed performance
  tuning output, but this output is not part of the ABI nor further
  defined by it.
  
!    '_ITM_dropReferences' is not supported currently because its
! semantics and the intention behind it is not entirely clear.  The
  specification suggests that this function is necessary because of
  certain orderings of data transfer undos and the releasing of memory
! regions (i.e., privatization).  However, this ordering is never defined,
! nor is the ordering of dropping references w.r.t.  other events.
  
  3.5.18 [New] Transactional indirect calls
  -----------------------------------------
  
  Indirect calls (i.e., calls through a function pointer) within
  transactions should execute the transactional clone of the original
! function (i.e., a clone of the original that has been fully instrumented
! to use the TM runtime), if such a clone is available.  The runtime
! provides two functions to register/deregister clone tables:
  
       struct clone_entry
       {
--- 359,394 ----
  ----------------------------------------------
  
  Commit actions will get executed in the same order in which the
! respective calls to `_ITM_addUserCommitAction' happened. Only
! `_ITM_noTransactionId' is allowed as value for the
! `resumingTransactionId' argument. Commit actions get executed after
  privatization safety has been ensured.
  
!    Undo actions will get executed in reverse order compared to the
! order in which the respective calls to `_ITM_addUserUndoAction'
! happened. The ordering of undo actions w.r.t. the roll-back of other
! actions (e.g., data transfers or memory allocations) is undefined.
  
!    `_ITM_getThreadnum' is not supported currently because its only
  purpose is to provide a thread ID that matches some assumed performance
  tuning output, but this output is not part of the ABI nor further
  defined by it.
  
!    `_ITM_dropReferences' is not supported currently because its
! semantics and the intention behind it is not entirely clear. The
  specification suggests that this function is necessary because of
  certain orderings of data transfer undos and the releasing of memory
! regions (i.e., privatization). However, this ordering is never defined,
! nor is the ordering of dropping references w.r.t. other events.
  
  3.5.18 [New] Transactional indirect calls
  -----------------------------------------
  
  Indirect calls (i.e., calls through a function pointer) within
  transactions should execute the transactional clone of the original
! function (i.e., a clone of the original that has been fully
! instrumented to use the TM runtime), if such a clone is available. The
! runtime provides two functions to register/deregister clone tables:
  
       struct clone_entry
       {
*************** live throughout the life-time of the TM
*** 401,411 ****
  
     *TODO* The intention was always to drop the registration functions
  entirely, and create a new ELF Phdr describing the linker-sorted table.
! Much like what currently happens for 'PT_GNU_EH_FRAME'.  This work kept
  getting bogged down in how to represent the N different code generation
  variants.  We clearly needed at least two--SW and HW transactional
! clones--but there was always a suggestion of more variants for different
! TM assumptions/invariants.
  
     The compiler can then use two TM runtime functions to perform
  indirect calls in transactions:
--- 403,413 ----
  
     *TODO* The intention was always to drop the registration functions
  entirely, and create a new ELF Phdr describing the linker-sorted table.
! Much like what currently happens for `PT_GNU_EH_FRAME'.  This work kept
  getting bogged down in how to represent the N different code generation
  variants.  We clearly needed at least two--SW and HW transactional
! clones--but there was always a suggestion of more variants for
! different TM assumptions/invariants.
  
     The compiler can then use two TM runtime functions to perform
  indirect calls in transactions:
*************** indirect calls in transactions:
*** 413,419 ****
       void *_ITM_getTMCloneSafe (void *function) ITM_REGPARM;
  
     If there is a registered clone for supplied function, both will
! return a pointer to the clone.  If not, the first runtime function will
  attempt to switch to serial-irrevocable mode and return the original
  pointer, whereas the second will raise a fatal runtime error.
  
--- 415,421 ----
       void *_ITM_getTMCloneSafe (void *function) ITM_REGPARM;
  
     If there is a registered clone for supplied function, both will
! return a pointer to the clone. If not, the first runtime function will
  attempt to switch to serial-irrevocable mode and return the original
  pointer, whereas the second will raise a fatal runtime error.
  
*************** pointer, whereas the second will raise a
*** 426,433 ****
              __attribute__((__malloc__)) ITM_PURE;
       void _ITM_free (void *) ITM_PURE;
  
!    These functions are essentially transactional wrappers for 'malloc',
! 'calloc', and 'free'.  Within transactions, the compiler should replace
  calls to the original functions with calls to the wrapper functions.
  
     libitm also provides transactional clones of C++ memory management
--- 428,435 ----
              __attribute__((__malloc__)) ITM_PURE;
       void _ITM_free (void *) ITM_PURE;
  
!    These functions are essentially transactional wrappers for `malloc',
! `calloc', and `free'. Within transactions, the compiler should replace
  calls to the original functions with calls to the wrapper functions.
  
     libitm also provides transactional clones of C++ memory management
*************** libitm for historic reasons but do not n
*** 440,461 ****
  3.7 Sample code
  ===============
  
! The code examples might not be correct w.r.t.  the current version of
  the ABI, especially everything related to exception handling.
  
  3.8 [New] Memory model
  ======================
  
! The ABI should define a memory model and the ordering that is guaranteed
! for data transfers and commit/undo actions, or at least refer to another
! memory model that needs to be preserved.  Without that, the compiler
! cannot ensure the memory model specified on the level of the programming
! language (e.g., by the C++ TM specification).
  
     For example, if a transactional load is ordered before another
  load/store, then the TM runtime must also ensure this ordering when
! accessing shared state.  If not, this might break the kind of
! publication safety used in the C++ TM specification.  Likewise, the TM
  runtime must ensure privatization safety.
  
  
--- 442,463 ----
  3.7 Sample code
  ===============
  
! The code examples might not be correct w.r.t. the current version of
  the ABI, especially everything related to exception handling.
  
  3.8 [New] Memory model
  ======================
  
! The ABI should define a memory model and the ordering that is
! guaranteed for data transfers and commit/undo actions, or at least
! refer to another memory model that needs to be preserved. Without that,
! the compiler cannot ensure the memory model specified on the level of
! the programming language (e.g., by the C++ TM specification).
  
     For example, if a transactional load is ordered before another
  load/store, then the TM runtime must also ensure this ordering when
! accessing shared state. If not, this might break the kind of
! publication safety used in the C++ TM specification. Likewise, the TM
  runtime must ensure privatization safety.
  
  
*************** File: libitm.info,  Node: Internals,  Ne
*** 469,508 ****
  
  libitm supports several ways of synchronizing transactions with each
  other.  These TM methods (or TM algorithms) are implemented in the form
! of subclasses of 'abi_dispatch', which provide methods for transactional
! loads and stores as well as callbacks for rollback and commit.  All
! methods that are compatible with each other (i.e., that let concurrently
! running transactions still synchronize correctly even if different
! methods are used) belong to the same TM method group.  Pointers to TM
! methods can be obtained using the factory methods prefixed with
! 'dispatch_' in 'libitm_i.h'.  There are two special methods,
! 'dispatch_serial' and 'dispatch_serialirr', that are compatible with all
! methods because they run transactions completely in serial mode.
  
  4.1.1 TM method life cycle
  --------------------------
  
  The state of TM methods does not change after construction, but they do
! alter the state of transactions that use this method.  However, because
! per-transaction data gets used by several methods, 'gtm_thread' is
  responsible for setting an initial state that is useful for all methods.
! After that, methods are responsible for resetting/clearing this state on
! each rollback or commit (of outermost transactions), so that the
  transaction executed next is not affected by the previous transaction.
  
     There is also global state associated with each method group, which
! is initialized and shut down ('method_group::init()' and 'fini()') when
! switching between method groups (see 'retry.cc').
  
  4.1.2 Selecting the default method
  ----------------------------------
  
  The default method that libitm uses for freshly started transactions
  (but not necessarily for restarted transactions) can be set via an
! environment variable ('ITM_DEFAULT_METHOD'), whose value should be equal
! to the name of one of the factory methods returning abi_dispatch
! subclasses but without the "dispatch_" prefix (e.g., "serialirr" instead
! of 'GTM::dispatch_serialirr()').
  
     Note that this environment variable is only a hint for libitm and
  might not be supported in the future.
--- 471,511 ----
  
  libitm supports several ways of synchronizing transactions with each
  other.  These TM methods (or TM algorithms) are implemented in the form
! of subclasses of `abi_dispatch', which provide methods for
! transactional loads and stores as well as callbacks for rollback and
! commit.  All methods that are compatible with each other (i.e., that
! let concurrently running transactions still synchronize correctly even
! if different methods are used) belong to the same TM method group.
! Pointers to TM methods can be obtained using the factory methods
! prefixed with `dispatch_' in `libitm_i.h'. There are two special
! methods, `dispatch_serial' and `dispatch_serialirr', that are
! compatible with all methods because they run transactions completely in
! serial mode.
  
  4.1.1 TM method life cycle
  --------------------------
  
  The state of TM methods does not change after construction, but they do
! alter the state of transactions that use this method. However, because
! per-transaction data gets used by several methods, `gtm_thread' is
  responsible for setting an initial state that is useful for all methods.
! After that, methods are responsible for resetting/clearing this state
! on each rollback or commit (of outermost transactions), so that the
  transaction executed next is not affected by the previous transaction.
  
     There is also global state associated with each method group, which
! is initialized and shut down (`method_group::init()' and `fini()') when
! switching between method groups (see `retry.cc').
  
  4.1.2 Selecting the default method
  ----------------------------------
  
  The default method that libitm uses for freshly started transactions
  (but not necessarily for restarted transactions) can be set via an
! environment variable (`ITM_DEFAULT_METHOD'), whose value should be
! equal to the name of one of the factory methods returning abi_dispatch
! subclasses but without the "dispatch_" prefix (e.g., "serialirr"
! instead of `GTM::dispatch_serialirr()').
  
     Note that this environment variable is only a hint for libitm and
  might not be supported in the future.
*************** might not be supported in the future.
*** 510,518 ****
  4.2 Nesting: flat vs. closed
  ============================
  
! We support two different kinds of nesting of transactions.  In the case
  of _flat nesting_, the nesting structure is flattened and all nested
! transactions are subsumed by the enclosing transaction.  In contrast,
  with _closed nesting_, nested transactions that have not yet committed
  can be rolled back separately from the enclosing transactions; when they
  commit, they are subsumed by the enclosing transaction, and their
--- 513,521 ----
  4.2 Nesting: flat vs. closed
  ============================
  
! We support two different kinds of nesting of transactions. In the case
  of _flat nesting_, the nesting structure is flattened and all nested
! transactions are subsumed by the enclosing transaction. In contrast,
  with _closed nesting_, nested transactions that have not yet committed
  can be rolled back separately from the enclosing transactions; when they
  commit, they are subsumed by the enclosing transaction, and their
*************** independently of the enclosing transacti
*** 522,562 ****
  
     Flat nesting is the default nesting mode, but closed nesting is
  supported and used when transactions contain user-controlled aborts
! ('__transaction_cancel' statements).  We assume that user-controlled
  aborts are rare in typical code and used mostly in exceptional
! situations.  Thus, it makes more sense to use flat nesting by default to
! avoid the performance overhead of the additional checkpoints required
! for closed nesting.  User-controlled aborts will correctly abort the
! innermost enclosing transaction, whereas the whole (i.e., outermost)
! transaction will be restarted otherwise (e.g., when a transaction
! encounters data conflicts during optimistic execution).
  
  4.3 Locking conventions
  =======================
  
  This section documents the locking scheme and rules for all uses of
! locking in libitm.  We have to support serial(-irrevocable) mode, which
! is implemented using a global lock as explained next (called the _serial
! lock_).  To simplify the overall design, we use the same lock as
  catch-all locking mechanism for other infrequent tasks such as
! (de)registering clone tables or threads.  Besides the serial lock, there
  are _per-method-group locks_ that are managed by specific method groups
  (i.e., groups of similar TM concurrency control algorithms), and
  lock-like constructs for quiescence-based operations such as ensuring
  privatization safety.
  
!    Thus, the actions that participate in the libitm-internal locking are
! either _active transactions_ that do not run in serial mode, _serial
  transactions_ (which (are about to) run in serial mode), and management
  tasks that do not execute within a transaction but have acquired the
  serial mode like a serial transaction would do (e.g., to be able to
! register threads with libitm).  Transactions become active as soon as
  they have successfully used the serial lock to announce this globally
! (*note Serial lock implementation: serial-lock-impl.).  Likewise,
  transactions become serial transactions as soon as they have acquired
  the exclusive rights provided by the serial lock (i.e., serial mode,
  which also means that there are no other concurrent active or serial
! transactions).  Note that active transactions can become serial
  transactions when they enter serial mode during the runtime of the
  transaction.
  
--- 525,565 ----
  
     Flat nesting is the default nesting mode, but closed nesting is
  supported and used when transactions contain user-controlled aborts
! (`__transaction_cancel' statements). We assume that user-controlled
  aborts are rare in typical code and used mostly in exceptional
! situations.  Thus, it makes more sense to use flat nesting by default
! to avoid the performance overhead of the additional checkpoints
! required for closed nesting. User-controlled aborts will correctly
! abort the innermost enclosing transaction, whereas the whole (i.e.,
! outermost) transaction will be restarted otherwise (e.g., when a
! transaction encounters data conflicts during optimistic execution).
  
  4.3 Locking conventions
  =======================
  
  This section documents the locking scheme and rules for all uses of
! locking in libitm. We have to support serial(-irrevocable) mode, which
! is implemented using a global lock as explained next (called the
! _serial lock_). To simplify the overall design, we use the same lock as
  catch-all locking mechanism for other infrequent tasks such as
! (de)registering clone tables or threads. Besides the serial lock, there
  are _per-method-group locks_ that are managed by specific method groups
  (i.e., groups of similar TM concurrency control algorithms), and
  lock-like constructs for quiescence-based operations such as ensuring
  privatization safety.
  
!    Thus, the actions that participate in the libitm-internal locking
! are either _active transactions_ that do not run in serial mode, _serial
  transactions_ (which (are about to) run in serial mode), and management
  tasks that do not execute within a transaction but have acquired the
  serial mode like a serial transaction would do (e.g., to be able to
! register threads with libitm). Transactions become active as soon as
  they have successfully used the serial lock to announce this globally
! (*note Serial lock implementation: serial-lock-impl.). Likewise,
  transactions become serial transactions as soon as they have acquired
  the exclusive rights provided by the serial lock (i.e., serial mode,
  which also means that there are no other concurrent active or serial
! transactions). Note that active transactions can become serial
  transactions when they enter serial mode during the runtime of the
  transaction.
  
*************** Application data is protected by the ser
*** 567,592 ****
  transaction and no concurrently running active transaction (i.e.,
  non-serial).  Otherwise, application data is protected by the currently
  selected method group, which might use per-method-group locks or other
! mechanisms.  Also note that application data that is about to be
  privatized might not be allowed to be accessed by nontransactional code
  until privatization safety has been ensured; the details of this are
  handled by the current method group.
  
     libitm-internal state is either protected by the serial lock or
! accessed through custom concurrent code.  The latter applies to the
  public/shared part of a transaction object and most typical
  method-group-specific state.
  
     The former category (protected by the serial lock) includes:
     * The list of active threads that have used transactions.
     * The tables that map functions to their transactional clones.
     * The current selection of which method group to use.
!    * Some method-group-specific data, or invariants of this data.  For
       example, resetting a method group to its initial state is handled
       by switching to the same method group, so the serial lock protects
       such resetting as well.
     In general, such state is immutable whenever there exists an active
! (non-serial) transaction.  If there is no active transaction, a serial
  transaction (or a thread that is not currently executing a transaction
  but has acquired the serial lock) is allowed to modify this state (but
  must of course be careful to not surprise the current method group's
--- 570,598 ----
  transaction and no concurrently running active transaction (i.e.,
  non-serial).  Otherwise, application data is protected by the currently
  selected method group, which might use per-method-group locks or other
! mechanisms. Also note that application data that is about to be
  privatized might not be allowed to be accessed by nontransactional code
  until privatization safety has been ensured; the details of this are
  handled by the current method group.
  
     libitm-internal state is either protected by the serial lock or
! accessed through custom concurrent code. The latter applies to the
  public/shared part of a transaction object and most typical
  method-group-specific state.
  
     The former category (protected by the serial lock) includes:
     * The list of active threads that have used transactions.
+ 
     * The tables that map functions to their transactional clones.
+ 
     * The current selection of which method group to use.
! 
!    * Some method-group-specific data, or invariants of this data. For
       example, resetting a method group to its initial state is handled
       by switching to the same method group, so the serial lock protects
       such resetting as well.
     In general, such state is immutable whenever there exists an active
! (non-serial) transaction. If there is no active transaction, a serial
  transaction (or a thread that is not currently executing a transaction
  but has acquired the serial lock) is allowed to modify this state (but
  must of course be careful to not surprise the current method group's
*************** implementation with such modifications).
*** 596,633 ****
  ----------------------------
  
  To prevent deadlocks, locks acquisition must happen in a globally
! agreed-upon order.  Note that this applies to other forms of blocking
  too, but does not necessarily apply to lock acquisitions that do not
! block (e.g., trylock() calls that do not get retried forever).  Note
  that serial transactions are never return back to active transactions
! until the transaction has committed.  Likewise, active transactions stay
! active until they have committed.  Per-method-group locks are typically
! also not released before commit.
  
     Lock acquisition / blocking rules:
- 
     * Transactions must become active or serial before they are allowed
       to use method-group-specific locks or blocking (i.e., the serial
!      lock must be acquired before those other locks, either in serial or
!      nonserial mode).
  
!    * Any number of threads that do not currently run active transactions
!      can block while trying to get the serial lock in exclusive mode.
!      Note that active transactions must not block when trying to upgrade
!      to serial mode unless there is no other transaction that is trying
!      that (the latter is ensured by the serial lock implementation.
  
!    * Method groups must prevent deadlocks on their locks.  In
       particular, they must also be prepared for another active
       transaction that has acquired method-group-specific locks but is
!      blocked during an attempt to upgrade to being a serial transaction.
!      See below for details.
  
-    * Serial transactions can acquire method-group-specific locks because
-      there will be no other active nor serial transaction.
  
     There is no single rule for per-method-group blocking because this
! depends on when a TM method might acquire locks.  If no active
  transaction can upgrade to being a serial transaction after it has
  acquired per-method-group locks (e.g., when those locks are only
  acquired during an attempt to commit), then the TM method does not need
--- 602,640 ----
  ----------------------------
  
  To prevent deadlocks, locks acquisition must happen in a globally
! agreed-upon order. Note that this applies to other forms of blocking
  too, but does not necessarily apply to lock acquisitions that do not
! block (e.g., trylock() calls that do not get retried forever). Note
  that serial transactions are never return back to active transactions
! until the transaction has committed.  Likewise, active transactions
! stay active until they have committed.  Per-method-group locks are
! typically also not released before commit.
  
     Lock acquisition / blocking rules:
     * Transactions must become active or serial before they are allowed
       to use method-group-specific locks or blocking (i.e., the serial
!      lock must be acquired before those other locks, either in serial
!      or nonserial mode).
  
!    * Any number of threads that do not currently run active
!      transactions can block while trying to get the serial lock in
!      exclusive mode. Note that active transactions must not block when
!      trying to upgrade to serial mode unless there is no other
!      transaction that is trying that (the latter is ensured by the
!      serial lock implementation.
  
!    * Method groups must prevent deadlocks on their locks. In
       particular, they must also be prepared for another active
       transaction that has acquired method-group-specific locks but is
!      blocked during an attempt to upgrade to being a serial
!      transaction. See below for details.
! 
!    * Serial transactions can acquire method-group-specific locks
!      because there will be no other active nor serial transaction.
  
  
     There is no single rule for per-method-group blocking because this
! depends on when a TM method might acquire locks. If no active
  transaction can upgrade to being a serial transaction after it has
  acquired per-method-group locks (e.g., when those locks are only
  acquired during an attempt to commit), then the TM method does not need
*************** per-method-group locks, then TM methods
*** 640,682 ****
       transactions to finish (*note Serial lock implementation:
       serial-lock-impl. for details), we have to wake up all active
       transactions waiting on the upgrader's per-method-group locks.
     * Active transactions blocking on per-method-group locks need to
       check the serial lock and abort if there is a pending serial
       transaction.
     * Lost wake-ups have to be prevented (e.g., by changing a bit in each
       per-method-group lock before doing the wake-up, and only blocking
       on this lock using a futex if this bit is not group).
  
!    *TODO*: Can reuse serial lock for gl-*?  And if we can, does it make
! sense to introduce further complexity in the serial lock?  For gl-*, we
  can really only avoid an abort if we do -wb and -vbv.
  
  4.3.3 Serial lock implementation
  --------------------------------
  
  The serial lock implementation is optimized towards assuming that serial
! transactions are infrequent and not the common case.  However, the
  performance of entering serial mode can matter because when only few
  transactions are run concurrently or if there are few threads, then it
  can be efficient to run transactions serially.
  
     The serial lock is similar to a multi-reader-single-writer lock in
  that there can be several active transactions but only one serial
! transaction.  However, we do want to avoid contention (in the lock
  implementation) between active transactions, so we split up the reader
  side of the lock into per-transaction flags that are true iff the
! transaction is active.  The exclusive writer side remains a shared
  single flag, which is acquired using a CAS, for example.  On the
  fast-path, the serial lock then works similar to Dekker's algorithm but
  with several reader flags that a serial transaction would have to check.
  A serial transaction thus requires a list of all threads with
  potentially active transactions; we can use the serial lock itself to
! protect this list (i.e., only threads that have acquired the serial lock
! can modify this list).
  
     We want starvation-freedom for the serial lock to allow for using it
  to ensure progress for potentially starved transactions (*note Progress
! Guarantees: progress-guarantees. for details).  However, this is
  currently not enforced by the implementation of the serial lock.
  
     Here is pseudo-code for the read/write fast paths of acquiring the
--- 647,691 ----
       transactions to finish (*note Serial lock implementation:
       serial-lock-impl. for details), we have to wake up all active
       transactions waiting on the upgrader's per-method-group locks.
+ 
     * Active transactions blocking on per-method-group locks need to
       check the serial lock and abort if there is a pending serial
       transaction.
+ 
     * Lost wake-ups have to be prevented (e.g., by changing a bit in each
       per-method-group lock before doing the wake-up, and only blocking
       on this lock using a futex if this bit is not group).
  
!    *TODO*: Can reuse serial lock for gl-*? And if we can, does it make
! sense to introduce further complexity in the serial lock? For gl-*, we
  can really only avoid an abort if we do -wb and -vbv.
  
  4.3.3 Serial lock implementation
  --------------------------------
  
  The serial lock implementation is optimized towards assuming that serial
! transactions are infrequent and not the common case. However, the
  performance of entering serial mode can matter because when only few
  transactions are run concurrently or if there are few threads, then it
  can be efficient to run transactions serially.
  
     The serial lock is similar to a multi-reader-single-writer lock in
  that there can be several active transactions but only one serial
! transaction. However, we do want to avoid contention (in the lock
  implementation) between active transactions, so we split up the reader
  side of the lock into per-transaction flags that are true iff the
! transaction is active. The exclusive writer side remains a shared
  single flag, which is acquired using a CAS, for example.  On the
  fast-path, the serial lock then works similar to Dekker's algorithm but
  with several reader flags that a serial transaction would have to check.
  A serial transaction thus requires a list of all threads with
  potentially active transactions; we can use the serial lock itself to
! protect this list (i.e., only threads that have acquired the serial
! lock can modify this list).
  
     We want starvation-freedom for the serial lock to allow for using it
  to ensure progress for potentially starved transactions (*note Progress
! Guarantees: progress-guarantees. for details). However, this is
  currently not enforced by the implementation of the serial lock.
  
     Here is pseudo-code for the read/write fast paths of acquiring the
*************** serial lock (read-to-write upgrade is si
*** 700,756 ****
       if (need_blocking) goto slowpath;
  
     Releasing a lock in this spin-lock version then just consists of
! resetting 'tx->shared_state' to inactive or clearing
! 'serial_lock.exclusive'.
  
     However, we can't rely on a pure spinlock because we need to get the
! OS involved at some time (e.g., when there are more threads than CPUs to
! run on).  Therefore, the real implementation falls back to a blocking
! slow path, either based on pthread mutexes or Linux futexes.
  
  4.3.4 Reentrancy
  ----------------
  
  libitm has to consider the following cases of reentrancy:
- 
     * Transaction calls unsafe code that starts a new transaction: The
!      outer transaction will become a serial transaction before executing
!      unsafe code.  Therefore, nesting within serial transactions must
!      work, even if the nested transaction is called from within
!      uninstrumented code.
  
     * Transaction calls either a transactional wrapper or safe code,
       which in turn starts a new transaction: It is not yet defined in
!      the specification whether this is allowed.  Thus, it is undefined
       whether libitm supports this.
  
     * Code that starts new transactions might be called from within any
       part of libitm: This kind of reentrancy would likely be rather
!      complex and can probably be avoided.  Therefore, it is not
       supported.
  
  4.3.5 Privatization safety
  --------------------------
  
  Privatization safety is ensured by libitm using a quiescence-based
  approach.  Basically, a privatizing transaction waits until all
! concurrent active transactions will either have finished (are not active
! anymore) or operate on a sufficiently recent snapshot to not access the
! privatized data anymore.  This happens after the privatizing transaction
! has stopped being an active transaction, so waiting for quiescence does
! not contribute to deadlocks.
  
     In method groups that need to ensure publication safety explicitly,
  active transactions maintain a flag or timestamp in the public/shared
! part of the transaction descriptor.  Before blocking, privatizers need
  to let the other transactions know that they should wake up the
  privatizer.
  
!    *TODO* Ho to implement the waiters?  Should those flags be
! per-transaction or at a central place?  We want to avoid one wake/wait
  call per active transactions, so we might want to use either a tree or
  combining to reduce the syscall overhead, or rather spin for a long
! amount of time instead of doing blocking.  Also, it would be good if
  only the last transaction that the privatizer waits for would do the
  wake-up.
  
--- 709,765 ----
       if (need_blocking) goto slowpath;
  
     Releasing a lock in this spin-lock version then just consists of
! resetting `tx->shared_state' to inactive or clearing
! `serial_lock.exclusive'.
  
     However, we can't rely on a pure spinlock because we need to get the
! OS involved at some time (e.g., when there are more threads than CPUs
! to run on).  Therefore, the real implementation falls back to a
! blocking slow path, either based on pthread mutexes or Linux futexes.
  
  4.3.4 Reentrancy
  ----------------
  
  libitm has to consider the following cases of reentrancy:
     * Transaction calls unsafe code that starts a new transaction: The
!      outer transaction will become a serial transaction before
!      executing unsafe code.  Therefore, nesting within serial
!      transactions must work, even if the nested transaction is called
!      from within uninstrumented code.
  
     * Transaction calls either a transactional wrapper or safe code,
       which in turn starts a new transaction: It is not yet defined in
!      the specification whether this is allowed. Thus, it is undefined
       whether libitm supports this.
  
     * Code that starts new transactions might be called from within any
       part of libitm: This kind of reentrancy would likely be rather
!      complex and can probably be avoided. Therefore, it is not
       supported.
  
+ 
  4.3.5 Privatization safety
  --------------------------
  
  Privatization safety is ensured by libitm using a quiescence-based
  approach.  Basically, a privatizing transaction waits until all
! concurrent active transactions will either have finished (are not
! active anymore) or operate on a sufficiently recent snapshot to not
! access the privatized data anymore. This happens after the privatizing
! transaction has stopped being an active transaction, so waiting for
! quiescence does not contribute to deadlocks.
  
     In method groups that need to ensure publication safety explicitly,
  active transactions maintain a flag or timestamp in the public/shared
! part of the transaction descriptor. Before blocking, privatizers need
  to let the other transactions know that they should wake up the
  privatizer.
  
!    *TODO* Ho to implement the waiters? Should those flags be
! per-transaction or at a central place? We want to avoid one wake/wait
  call per active transactions, so we might want to use either a tree or
  combining to reduce the syscall overhead, or rather spin for a long
! amount of time instead of doing blocking. Also, it would be good if
  only the last transaction that the privatizer waits for would do the
  wake-up.
  
*************** wake-up.
*** 758,792 ****
  -------------------------
  
  Transactions that do not make progress when using the current TM method
! will eventually try to execute in serial mode.  Thus, the serial lock's
  progress guarantees determine the progress guarantees of the whole TM.
! Obviously, we at least need deadlock-freedom for the serial lock, but it
! would also be good to provide starvation-freedom (informally, all
  threads will finish executing a transaction eventually iff they get
  enough cycles).
  
     However, the scheduling of transactions (e.g., thread scheduling by
  the OS) also affects the handling of progress guarantees by the TM.
  First, the TM can only guarantee deadlock-freedom if threads do not get
! stopped.  Likewise, low-priority threads can starve if they do not get
  scheduled when other high-priority threads get those cycles instead.
  
!    If all threads get scheduled eventually, correct lock implementations
! will provide deadlock-freedom, but might not provide starvation-freedom.
! We can either enforce the latter in the TM's lock implementation, or
! assume that the scheduling is sufficiently random to yield a
! probabilistic guarantee that no thread will starve (because eventually,
! a transaction will encounter a scheduling that will allow it to run).
! This can indeed work well in practice but is not necessarily guaranteed
! to work (e.g., simple spin locks can be pretty efficient).
  
!    Because enforcing stronger progress guarantees in the TM has a higher
! runtime overhead, we focus on deadlock-freedom right now and assume that
! the threads will get scheduled eventually by the OS (but don't consider
! threads with different priorities).  We should support
! starvation-freedom for serial transactions in the future.  Everything
! beyond that is highly related to proper contention management across all
! of the TM (including with TM method to choose), and is future work.
  
     *TODO* Handling thread priorities: We want to avoid priority
  inversion but it's unclear how often that actually matters in practice.
--- 767,802 ----
  -------------------------
  
  Transactions that do not make progress when using the current TM method
! will eventually try to execute in serial mode. Thus, the serial lock's
  progress guarantees determine the progress guarantees of the whole TM.
! Obviously, we at least need deadlock-freedom for the serial lock, but
! it would also be good to provide starvation-freedom (informally, all
  threads will finish executing a transaction eventually iff they get
  enough cycles).
  
     However, the scheduling of transactions (e.g., thread scheduling by
  the OS) also affects the handling of progress guarantees by the TM.
  First, the TM can only guarantee deadlock-freedom if threads do not get
! stopped. Likewise, low-priority threads can starve if they do not get
  scheduled when other high-priority threads get those cycles instead.
  
!    If all threads get scheduled eventually, correct lock
! implementations will provide deadlock-freedom, but might not provide
! starvation-freedom. We can either enforce the latter in the TM's lock
! implementation, or assume that the scheduling is sufficiently random to
! yield a probabilistic guarantee that no thread will starve (because
! eventually, a transaction will encounter a scheduling that will allow
! it to run). This can indeed work well in practice but is not
! necessarily guaranteed to work (e.g., simple spin locks can be pretty
! efficient).
  
!    Because enforcing stronger progress guarantees in the TM has a
! higher runtime overhead, we focus on deadlock-freedom right now and
! assume that the threads will get scheduled eventually by the OS (but
! don't consider threads with different priorities). We should support
! starvation-freedom for serial transactions in the future. Everything
! beyond that is highly related to proper contention management across
! all of the TM (including with TM method to choose), and is future work.
  
     *TODO* Handling thread priorities: We want to avoid priority
  inversion but it's unclear how often that actually matters in practice.
*************** GNU Free Documentation License
*** 805,811 ****
                       Version 1.3, 3 November 2008
  
       Copyright (C) 2000, 2001, 2002, 2007, 2008 Free Software Foundation, Inc.
!      <http://fsf.org/>
  
       Everyone is permitted to copy and distribute verbatim copies
       of this license document, but changing it is not allowed.
--- 815,821 ----
                       Version 1.3, 3 November 2008
  
       Copyright (C) 2000, 2001, 2002, 2007, 2008 Free Software Foundation, Inc.
!      `http://fsf.org/'
  
       Everyone is permitted to copy and distribute verbatim copies
       of this license document, but changing it is not allowed.
*************** GNU Free Documentation License
*** 830,850 ****
       free program should come with manuals providing the same freedoms
       that the software does.  But this License is not limited to
       software manuals; it can be used for any textual work, regardless
!      of subject matter or whether it is published as a printed book.  We
!      recommend this License principally for works whose purpose is
       instruction or reference.
  
    1. APPLICABILITY AND DEFINITIONS
  
       This License applies to any manual or other work, in any medium,
!      that contains a notice placed by the copyright holder saying it can
!      be distributed under the terms of this License.  Such a notice
       grants a world-wide, royalty-free license, unlimited in duration,
       to use that work under the conditions stated herein.  The
       "Document", below, refers to any such manual or work.  Any member
!      of the public is a licensee, and is addressed as "you".  You accept
!      the license if you copy, modify or distribute the work in a way
!      requiring permission under copyright law.
  
       A "Modified Version" of the Document means any work containing the
       Document or a portion of it, either copied verbatim, or with
--- 840,860 ----
       free program should come with manuals providing the same freedoms
       that the software does.  But this License is not limited to
       software manuals; it can be used for any textual work, regardless
!      of subject matter or whether it is published as a printed book.
!      We recommend this License principally for works whose purpose is
       instruction or reference.
  
    1. APPLICABILITY AND DEFINITIONS
  
       This License applies to any manual or other work, in any medium,
!      that contains a notice placed by the copyright holder saying it
!      can be distributed under the terms of this License.  Such a notice
       grants a world-wide, royalty-free license, unlimited in duration,
       to use that work under the conditions stated herein.  The
       "Document", below, refers to any such manual or work.  Any member
!      of the public is a licensee, and is addressed as "you".  You
!      accept the license if you copy, modify or distribute the work in a
!      way requiring permission under copyright law.
  
       A "Modified Version" of the Document means any work containing the
       Document or a portion of it, either copied verbatim, or with
*************** GNU Free Documentation License
*** 862,873 ****
       regarding them.
  
       The "Invariant Sections" are certain Secondary Sections whose
!      titles are designated, as being those of Invariant Sections, in the
!      notice that says that the Document is released under this License.
!      If a section does not fit the above definition of Secondary then it
!      is not allowed to be designated as Invariant.  The Document may
!      contain zero Invariant Sections.  If the Document does not identify
!      any Invariant Sections then there are none.
  
       The "Cover Texts" are certain short passages of text that are
       listed, as Front-Cover Texts or Back-Cover Texts, in the notice
--- 872,883 ----
       regarding them.
  
       The "Invariant Sections" are certain Secondary Sections whose
!      titles are designated, as being those of Invariant Sections, in
!      the notice that says that the Document is released under this
!      License.  If a section does not fit the above definition of
!      Secondary then it is not allowed to be designated as Invariant.
!      The Document may contain zero Invariant Sections.  If the Document
!      does not identify any Invariant Sections then there are none.
  
       The "Cover Texts" are certain short passages of text that are
       listed, as Front-Cover Texts or Back-Cover Texts, in the notice
*************** GNU Free Documentation License
*** 878,904 ****
       A "Transparent" copy of the Document means a machine-readable copy,
       represented in a format whose specification is available to the
       general public, that is suitable for revising the document
!      straightforwardly with generic text editors or (for images composed
!      of pixels) generic paint programs or (for drawings) some widely
!      available drawing editor, and that is suitable for input to text
!      formatters or for automatic translation to a variety of formats
!      suitable for input to text formatters.  A copy made in an otherwise
!      Transparent file format whose markup, or absence of markup, has
!      been arranged to thwart or discourage subsequent modification by
!      readers is not Transparent.  An image format is not Transparent if
!      used for any substantial amount of text.  A copy that is not
!      "Transparent" is called "Opaque".
  
       Examples of suitable formats for Transparent copies include plain
       ASCII without markup, Texinfo input format, LaTeX input format,
!      SGML or XML using a publicly available DTD, and standard-conforming
!      simple HTML, PostScript or PDF designed for human modification.
!      Examples of transparent image formats include PNG, XCF and JPG.
!      Opaque formats include proprietary formats that can be read and
!      edited only by proprietary word processors, SGML or XML for which
!      the DTD and/or processing tools are not generally available, and
!      the machine-generated HTML, PostScript or PDF produced by some word
!      processors for output purposes only.
  
       The "Title Page" means, for a printed book, the title page itself,
       plus such following pages as are needed to hold, legibly, the
--- 888,914 ----
       A "Transparent" copy of the Document means a machine-readable copy,
       represented in a format whose specification is available to the
       general public, that is suitable for revising the document
!      straightforwardly with generic text editors or (for images
!      composed of pixels) generic paint programs or (for drawings) some
!      widely available drawing editor, and that is suitable for input to
!      text formatters or for automatic translation to a variety of
!      formats suitable for input to text formatters.  A copy made in an
!      otherwise Transparent file format whose markup, or absence of
!      markup, has been arranged to thwart or discourage subsequent
!      modification by readers is not Transparent.  An image format is
!      not Transparent if used for any substantial amount of text.  A
!      copy that is not "Transparent" is called "Opaque".
  
       Examples of suitable formats for Transparent copies include plain
       ASCII without markup, Texinfo input format, LaTeX input format,
!      SGML or XML using a publicly available DTD, and
!      standard-conforming simple HTML, PostScript or PDF designed for
!      human modification.  Examples of transparent image formats include
!      PNG, XCF and JPG.  Opaque formats include proprietary formats that
!      can be read and edited only by proprietary word processors, SGML or
!      XML for which the DTD and/or processing tools are not generally
!      available, and the machine-generated HTML, PostScript or PDF
!      produced by some word processors for output purposes only.
  
       The "Title Page" means, for a printed book, the title page itself,
       plus such following pages as are needed to hold, legibly, the
*************** GNU Free Documentation License
*** 936,943 ****
       may not use technical measures to obstruct or control the reading
       or further copying of the copies you make or distribute.  However,
       you may accept compensation in exchange for copies.  If you
!      distribute a large enough number of copies you must also follow the
!      conditions in section 3.
  
       You may also lend copies, under the same conditions stated above,
       and you may publicly display copies.
--- 946,953 ----
       may not use technical measures to obstruct or control the reading
       or further copying of the copies you make or distribute.  However,
       you may accept compensation in exchange for copies.  If you
!      distribute a large enough number of copies you must also follow
!      the conditions in section 3.
  
       You may also lend copies, under the same conditions stated above,
       and you may publicly display copies.
*************** GNU Free Documentation License
*** 951,961 ****
       these Cover Texts: Front-Cover Texts on the front cover, and
       Back-Cover Texts on the back cover.  Both covers must also clearly
       and legibly identify you as the publisher of these copies.  The
!      front cover must present the full title with all words of the title
!      equally prominent and visible.  You may add other material on the
!      covers in addition.  Copying with changes limited to the covers, as
!      long as they preserve the title of the Document and satisfy these
!      conditions, can be treated as verbatim copying in other respects.
  
       If the required texts for either cover are too voluminous to fit
       legibly, you should put the first ones listed (as many as fit
--- 961,972 ----
       these Cover Texts: Front-Cover Texts on the front cover, and
       Back-Cover Texts on the back cover.  Both covers must also clearly
       and legibly identify you as the publisher of these copies.  The
!      front cover must present the full title with all words of the
!      title equally prominent and visible.  You may add other material
!      on the covers in addition.  Copying with changes limited to the
!      covers, as long as they preserve the title of the Document and
!      satisfy these conditions, can be treated as verbatim copying in
!      other respects.
  
       If the required texts for either cover are too voluminous to fit
       legibly, you should put the first ones listed (as many as fit
*************** GNU Free Documentation License
*** 963,1001 ****
       adjacent pages.
  
       If you publish or distribute Opaque copies of the Document
!      numbering more than 100, you must either include a machine-readable
!      Transparent copy along with each Opaque copy, or state in or with
!      each Opaque copy a computer-network location from which the general
!      network-using public has access to download using public-standard
!      network protocols a complete Transparent copy of the Document, free
!      of added material.  If you use the latter option, you must take
!      reasonably prudent steps, when you begin distribution of Opaque
!      copies in quantity, to ensure that this Transparent copy will
!      remain thus accessible at the stated location until at least one
!      year after the last time you distribute an Opaque copy (directly or
!      through your agents or retailers) of that edition to the public.
  
       It is requested, but not required, that you contact the authors of
!      the Document well before redistributing any large number of copies,
!      to give them a chance to provide you with an updated version of the
!      Document.
  
    4. MODIFICATIONS
  
       You may copy and distribute a Modified Version of the Document
       under the conditions of sections 2 and 3 above, provided that you
!      release the Modified Version under precisely this License, with the
!      Modified Version filling the role of the Document, thus licensing
!      distribution and modification of the Modified Version to whoever
!      possesses a copy of it.  In addition, you must do these things in
!      the Modified Version:
  
         A. Use in the Title Page (and on the covers, if any) a title
!           distinct from that of the Document, and from those of previous
!           versions (which should, if there were any, be listed in the
!           History section of the Document).  You may use the same title
!           as a previous version if the original publisher of that
!           version gives permission.
  
         B. List on the Title Page, as authors, one or more persons or
            entities responsible for authorship of the modifications in
--- 974,1013 ----
       adjacent pages.
  
       If you publish or distribute Opaque copies of the Document
!      numbering more than 100, you must either include a
!      machine-readable Transparent copy along with each Opaque copy, or
!      state in or with each Opaque copy a computer-network location from
!      which the general network-using public has access to download
!      using public-standard network protocols a complete Transparent
!      copy of the Document, free of added material.  If you use the
!      latter option, you must take reasonably prudent steps, when you
!      begin distribution of Opaque copies in quantity, to ensure that
!      this Transparent copy will remain thus accessible at the stated
!      location until at least one year after the last time you
!      distribute an Opaque copy (directly or through your agents or
!      retailers) of that edition to the public.
  
       It is requested, but not required, that you contact the authors of
!      the Document well before redistributing any large number of
!      copies, to give them a chance to provide you with an updated
!      version of the Document.
  
    4. MODIFICATIONS
  
       You may copy and distribute a Modified Version of the Document
       under the conditions of sections 2 and 3 above, provided that you
!      release the Modified Version under precisely this License, with
!      the Modified Version filling the role of the Document, thus
!      licensing distribution and modification of the Modified Version to
!      whoever possesses a copy of it.  In addition, you must do these
!      things in the Modified Version:
  
         A. Use in the Title Page (and on the covers, if any) a title
!           distinct from that of the Document, and from those of
!           previous versions (which should, if there were any, be listed
!           in the History section of the Document).  You may use the
!           same title as a previous version if the original publisher of
!           that version gives permission.
  
         B. List on the Title Page, as authors, one or more persons or
            entities responsible for authorship of the modifications in
*************** GNU Free Documentation License
*** 1025,1054 ****
  
         I. Preserve the section Entitled "History", Preserve its Title,
            and add to it an item stating at least the title, year, new
!           authors, and publisher of the Modified Version as given on the
!           Title Page.  If there is no section Entitled "History" in the
!           Document, create one stating the title, year, authors, and
!           publisher of the Document as given on its Title Page, then add
!           an item describing the Modified Version as stated in the
!           previous sentence.
  
         J. Preserve the network location, if any, given in the Document
            for public access to a Transparent copy of the Document, and
            likewise the network locations given in the Document for
!           previous versions it was based on.  These may be placed in the
!           "History" section.  You may omit a network location for a work
!           that was published at least four years before the Document
!           itself, or if the original publisher of the version it refers
!           to gives permission.
  
         K. For any section Entitled "Acknowledgements" or "Dedications",
!           Preserve the Title of the section, and preserve in the section
!           all the substance and tone of each of the contributor
            acknowledgements and/or dedications given therein.
  
!        L. Preserve all the Invariant Sections of the Document, unaltered
!           in their text and in their titles.  Section numbers or the
!           equivalent are not considered part of the section titles.
  
         M. Delete any section Entitled "Endorsements".  Such a section
            may not be included in the Modified Version.
--- 1037,1067 ----
  
         I. Preserve the section Entitled "History", Preserve its Title,
            and add to it an item stating at least the title, year, new
!           authors, and publisher of the Modified Version as given on
!           the Title Page.  If there is no section Entitled "History" in
!           the Document, create one stating the title, year, authors,
!           and publisher of the Document as given on its Title Page,
!           then add an item describing the Modified Version as stated in
!           the previous sentence.
  
         J. Preserve the network location, if any, given in the Document
            for public access to a Transparent copy of the Document, and
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!           previous versions it was based on.  These may be placed in
!           the "History" section.  You may omit a network location for a
!           work that was published at least four years before the
!           Document itself, or if the original publisher of the version
!           it refers to gives permission.
  
         K. For any section Entitled "Acknowledgements" or "Dedications",
!           Preserve the Title of the section, and preserve in the
!           section all the substance and tone of each of the contributor
            acknowledgements and/or dedications given therein.
  
!        L. Preserve all the Invariant Sections of the Document,
!           unaltered in their text and in their titles.  Section numbers
!           or the equivalent are not considered part of the section
!           titles.
  
         M. Delete any section Entitled "Endorsements".  Such a section
            may not be included in the Modified Version.
*************** GNU Free Documentation License
*** 1061,1071 ****
  
       If the Modified Version includes new front-matter sections or
       appendices that qualify as Secondary Sections and contain no
!      material copied from the Document, you may at your option designate
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!      section titles.
  
       You may add a section Entitled "Endorsements", provided it contains
       nothing but endorsements of your Modified Version by various
--- 1074,1084 ----
  
       If the Modified Version includes new front-matter sections or
       appendices that qualify as Secondary Sections and contain no
!      material copied from the Document, you may at your option
!      designate some or all of these sections as invariant.  To do this,
!      add their titles to the list of Invariant Sections in the Modified
!      Version's license notice.  These titles must be distinct from any
!      other section titles.
  
       You may add a section Entitled "Endorsements", provided it contains
       nothing but endorsements of your Modified Version by various
*************** GNU Free Documentation License
*** 1074,1088 ****
       definition of a standard.
  
       You may add a passage of up to five words as a Front-Cover Text,
!      and a passage of up to 25 words as a Back-Cover Text, to the end of
!      the list of Cover Texts in the Modified Version.  Only one passage
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!      already includes a cover text for the same cover, previously added
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!      the old one.
  
       The author(s) and publisher(s) of the Document do not by this
       License give permission to use their names for publicity for or to
--- 1087,1101 ----
       definition of a standard.
  
       You may add a passage of up to five words as a Front-Cover Text,
!      and a passage of up to 25 words as a Back-Cover Text, to the end
!      of the list of Cover Texts in the Modified Version.  Only one
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       The author(s) and publisher(s) of the Document do not by this
       License give permission to use their names for publicity for or to
*************** GNU Free Documentation License
*** 1092,1099 ****
  
       You may combine the Document with other documents released under
       this License, under the terms defined in section 4 above for
!      modified versions, provided that you include in the combination all
!      of the Invariant Sections of all of the original documents,
       unmodified, and list them all as Invariant Sections of your
       combined work in its license notice, and that you preserve all
       their Warranty Disclaimers.
--- 1105,1112 ----
  
       You may combine the Document with other documents released under
       this License, under the terms defined in section 4 above for
!      modified versions, provided that you include in the combination
!      all of the Invariant Sections of all of the original documents,
       unmodified, and list them all as Invariant Sections of your
       combined work in its license notice, and that you preserve all
       their Warranty Disclaimers.
*************** GNU Free Documentation License
*** 1120,1139 ****
       documents released under this License, and replace the individual
       copies of this License in the various documents with a single copy
       that is included in the collection, provided that you follow the
!      rules of this License for verbatim copying of each of the documents
!      in all other respects.
  
       You may extract a single document from such a collection, and
       distribute it individually under this License, provided you insert
!      a copy of this License into the extracted document, and follow this
!      License in all other respects regarding verbatim copying of that
!      document.
  
    7. AGGREGATION WITH INDEPENDENT WORKS
  
       A compilation of the Document or its derivatives with other
!      separate and independent documents or works, in or on a volume of a
!      storage or distribution medium, is called an "aggregate" if the
       copyright resulting from the compilation is not used to limit the
       legal rights of the compilation's users beyond what the individual
       works permit.  When the Document is included in an aggregate, this
--- 1133,1152 ----
       documents released under this License, and replace the individual
       copies of this License in the various documents with a single copy
       that is included in the collection, provided that you follow the
!      rules of this License for verbatim copying of each of the
!      documents in all other respects.
  
       You may extract a single document from such a collection, and
       distribute it individually under this License, provided you insert
!      a copy of this License into the extracted document, and follow
!      this License in all other respects regarding verbatim copying of
!      that document.
  
    7. AGGREGATION WITH INDEPENDENT WORKS
  
       A compilation of the Document or its derivatives with other
!      separate and independent documents or works, in or on a volume of
!      a storage or distribution medium, is called an "aggregate" if the
       copyright resulting from the compilation is not used to limit the
       legal rights of the compilation's users beyond what the individual
       works permit.  When the Document is included in an aggregate, this
*************** GNU Free Documentation License
*** 1178,1185 ****
  
       However, if you cease all violation of this License, then your
       license from a particular copyright holder is reinstated (a)
!      provisionally, unless and until the copyright holder explicitly and
!      finally terminates your license, and (b) permanently, if the
       copyright holder fails to notify you of the violation by some
       reasonable means prior to 60 days after the cessation.
  
--- 1191,1198 ----
  
       However, if you cease all violation of this License, then your
       license from a particular copyright holder is reinstated (a)
!      provisionally, unless and until the copyright holder explicitly
!      and finally terminates your license, and (b) permanently, if the
       copyright holder fails to notify you of the violation by some
       reasonable means prior to 60 days after the cessation.
  
*************** GNU Free Documentation License
*** 1191,1223 ****
       after your receipt of the notice.
  
       Termination of your rights under this section does not terminate
!      the licenses of parties who have received copies or rights from you
!      under this License.  If your rights have been terminated and not
!      permanently reinstated, receipt of a copy of some or all of the
!      same material does not give you any rights to use it.
  
!   10. FUTURE REVISIONS OF THIS LICENSE
  
       The Free Software Foundation may publish new, revised versions of
       the GNU Free Documentation License from time to time.  Such new
       versions will be similar in spirit to the present version, but may
       differ in detail to address new problems or concerns.  See
!      <http://www.gnu.org/copyleft/>.
  
       Each version of the License is given a distinguishing version
       number.  If the Document specifies that a particular numbered
       version of this License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
       that specified version or of any later version that has been
!      published (not as a draft) by the Free Software Foundation.  If the
!      Document does not specify a version number of this License, you may
!      choose any version ever published (not as a draft) by the Free
!      Software Foundation.  If the Document specifies that a proxy can
!      decide which future versions of this License can be used, that
       proxy's public statement of acceptance of a version permanently
       authorizes you to choose that version for the Document.
  
!   11. RELICENSING
  
       "Massive Multiauthor Collaboration Site" (or "MMC Site") means any
       World Wide Web server that publishes copyrightable works and also
--- 1204,1236 ----
       after your receipt of the notice.
  
       Termination of your rights under this section does not terminate
!      the licenses of parties who have received copies or rights from
!      you under this License.  If your rights have been terminated and
!      not permanently reinstated, receipt of a copy of some or all of
!      the same material does not give you any rights to use it.
  
!  10. FUTURE REVISIONS OF THIS LICENSE
  
       The Free Software Foundation may publish new, revised versions of
       the GNU Free Documentation License from time to time.  Such new
       versions will be similar in spirit to the present version, but may
       differ in detail to address new problems or concerns.  See
!      `http://www.gnu.org/copyleft/'.
  
       Each version of the License is given a distinguishing version
       number.  If the Document specifies that a particular numbered
       version of this License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
       that specified version or of any later version that has been
!      published (not as a draft) by the Free Software Foundation.  If
!      the Document does not specify a version number of this License,
!      you may choose any version ever published (not as a draft) by the
!      Free Software Foundation.  If the Document specifies that a proxy
!      can decide which future versions of this License can be used, that
       proxy's public statement of acceptance of a version permanently
       authorizes you to choose that version for the Document.
  
!  11. RELICENSING
  
       "Massive Multiauthor Collaboration Site" (or "MMC Site") means any
       World Wide Web server that publishes copyrightable works and also
*************** GNU Free Documentation License
*** 1247,1252 ****
--- 1260,1266 ----
       site under CC-BY-SA on the same site at any time before August 1,
       2009, provided the MMC is eligible for relicensing.
  
+ 
  ADDENDUM: How to use this License for your documents
  ====================================================
  
*************** notices just after the title page:
*** 1263,1269 ****
         Free Documentation License''.
  
     If you have Invariant Sections, Front-Cover Texts and Back-Cover
! Texts, replace the "with...Texts."  line with this:
  
           with the Invariant Sections being LIST THEIR TITLES, with
           the Front-Cover Texts being LIST, and with the Back-Cover Texts
--- 1277,1283 ----
         Free Documentation License''.
  
     If you have Invariant Sections, Front-Cover Texts and Back-Cover
! Texts, replace the "with...Texts." line with this:
  
           with the Invariant Sections being LIST THEIR TITLES, with
           the Front-Cover Texts being LIST, and with the Back-Cover Texts
*************** combination of the three, merge those tw
*** 1274,1282 ****
  situation.
  
     If your document contains nontrivial examples of program code, we
! recommend releasing these examples in parallel under your choice of free
! software license, such as the GNU General Public License, to permit
! their use in free software.
  
  
  File: libitm.info,  Node: Library Index,  Prev: GNU Free Documentation License,  Up: Top
--- 1288,1296 ----
  situation.
  
     If your document contains nontrivial examples of program code, we
! recommend releasing these examples in parallel under your choice of
! free software license, such as the GNU General Public License, to
! permit their use in free software.
  
  
  File: libitm.info,  Node: Library Index,  Prev: GNU Free Documentation License,  Up: Top
*************** Library Index
*** 1294,1308 ****
  
  
  Tag Table:
! Node: Top1141
! Node: Enabling libitm2045
! Node: C/C++ Language Constructs for TM2440
! Node: The libitm ABI3923
! Ref: txn-code-properties7721
! Node: Internals18803
! Ref: serial-lock-impl28841
! Ref: progress-guarantees33602
! Node: GNU Free Documentation License35880
! Node: Library Index61010
  
  End Tag Table
--- 1308,1322 ----
  
  
  Tag Table:
! Node: Top1187
! Node: Enabling libitm2090
! Node: C/C++ Language Constructs for TM2484
! Node: The libitm ABI3964
! Ref: txn-code-properties7757
! Node: Internals18811
! Ref: serial-lock-impl28836
! Ref: progress-guarantees33586
! Node: GNU Free Documentation License35860
! Node: Library Index61009
  
  End Tag Table
diff -Nrcpad gcc-7.1.0/libmpx/ChangeLog gcc-7.2.0/libmpx/ChangeLog
*** gcc-7.1.0/libmpx/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libmpx/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/libobjc/ChangeLog gcc-7.2.0/libobjc/ChangeLog
*** gcc-7.1.0/libobjc/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libobjc/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/liboffloadmic/ChangeLog gcc-7.2.0/liboffloadmic/ChangeLog
*** gcc-7.1.0/liboffloadmic/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/liboffloadmic/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/libquadmath/ChangeLog gcc-7.2.0/libquadmath/ChangeLog
*** gcc-7.1.0/libquadmath/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libquadmath/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,12 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
+ 2017-07-20  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR libquadmath/65757
+ 	* math/roundq.c: Cherry-pick upstream glibc 2015-04-28 change.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/libquadmath/libquadmath.info gcc-7.2.0/libquadmath/libquadmath.info
*** gcc-7.1.0/libquadmath/libquadmath.info	Tue May  2 14:37:39 2017
--- gcc-7.2.0/libquadmath/libquadmath.info	Mon Aug 14 08:35:50 2017
***************
*** 1,5 ****
! This is libquadmath.info, produced by makeinfo version 6.1 from
! libquadmath.texi.
  
  Copyright (C) 2010-2017 Free Software Foundation, Inc.
  
--- 1,5 ----
! This is libquadmath.info, produced by makeinfo version 4.13 from
! /space/rguenther/gcc-7.2.0/gcc-7.2.0/libquadmath/libquadmath.texi.
  
  Copyright (C) 2010-2017 Free Software Foundation, Inc.
  
*************** Copyright (C) 2010-2017 Free Software Fo
*** 11,18 ****
       below.  A copy of the license is included in the section entitled
       "GNU Free Documentation License."
  
!      (a) The FSF's Back-Cover Text is: "You have the freedom to copy and
!      modify this GNU manual.
  INFO-DIR-SECTION GNU Libraries
  START-INFO-DIR-ENTRY
  * libquadmath: (libquadmath).                  GCC Quad-Precision Math Library
--- 11,19 ----
       below.  A copy of the license is included in the section entitled
       "GNU Free Documentation License."
  
!      (a) The FSF's Back-Cover Text is: "You have the freedom to copy
!      and modify this GNU manual.
! 
  INFO-DIR-SECTION GNU Libraries
  START-INFO-DIR-ENTRY
  * libquadmath: (libquadmath).                  GCC Quad-Precision Math Library
*************** Floor Boston, MA 02110-1301 USA
*** 33,40 ****
       below.  A copy of the license is included in the section entitled
       "GNU Free Documentation License."
  
!      (a) The FSF's Back-Cover Text is: "You have the freedom to copy and
!      modify this GNU manual.
  
  
  File: libquadmath.info,  Node: Top,  Next: Typedef and constants,  Up: (dir)
--- 34,41 ----
       below.  A copy of the license is included in the section entitled
       "GNU Free Documentation License."
  
!      (a) The FSF's Back-Cover Text is: "You have the freedom to copy
!      and modify this GNU manual.
  
  
  File: libquadmath.info,  Node: Top,  Next: Typedef and constants,  Up: (dir)
*************** File: libquadmath.info,  Node: Typedef a
*** 62,102 ****
  1 Typedef and constants
  ***********************
  
! The following data type has been defined via 'typedef'.
  
! '__complex128': '__float128'-based complex number
  
     The following macros are defined, which give the numeric limits of
! the '__float128' data type.
  
! 'FLT128_MAX': largest finite number
! 'FLT128_MIN': smallest positive number with full precision
! 'FLT128_EPSILON': difference between 1 and the next larger
       representable number
- 'FLT128_DENORM_MIN': smallest positive denormalized number
- 'FLT128_MANT_DIG': number of digits in the mantissa (bit precision)
- 'FLT128_MIN_EXP': maximal negative exponent
- 'FLT128_MAX_EXP': maximal positive exponent
- 'FLT128_DIG': number of decimal digits in the mantissa
- 'FLT128_MIN_10_EXP': maximal negative decimal exponent
- 'FLT128_MAX_10_EXP': maximal positive decimal exponent
  
!    The following mathematical constants of type '__float128' are
  defined.
  
! 'M_Eq': the constant e (Euler's number)
! 'M_LOG2Eq': binary logarithm of 2
! 'M_LOG10Eq': common, decimal logarithm of 2
! 'M_LN2q': natural logarithm of 2
! 'M_LN10q': natural logarithm of 10
! 'M_PIq': pi
! 'M_PI_2q': pi divided by two
! 'M_PI_4q': pi divided by four
! 'M_1_PIq': one over pi
! 'M_2_PIq': one over two pi
! 'M_2_SQRTPIq': two over square root of pi
! 'M_SQRT2q': square root of 2
! 'M_SQRT1_2q': one over square root of 2
  
  
  File: libquadmath.info,  Node: Math Library Routines,  Next: I/O Library Routines,  Prev: Typedef and constants,  Up: Top
--- 63,124 ----
  1 Typedef and constants
  ***********************
  
! The following data type has been defined via `typedef'.
  
! `__complex128': `__float128'-based complex number
  
     The following macros are defined, which give the numeric limits of
! the `__float128' data type.
  
! `FLT128_MAX': largest finite number
! 
! `FLT128_MIN': smallest positive number with full precision
! 
! `FLT128_EPSILON': difference between 1 and the next larger
       representable number
  
! `FLT128_DENORM_MIN': smallest positive denormalized number
! 
! `FLT128_MANT_DIG': number of digits in the mantissa (bit precision)
! 
! `FLT128_MIN_EXP': maximal negative exponent
! 
! `FLT128_MAX_EXP': maximal positive exponent
! 
! `FLT128_DIG': number of decimal digits in the mantissa
! 
! `FLT128_MIN_10_EXP': maximal negative decimal exponent
! 
! `FLT128_MAX_10_EXP': maximal positive decimal exponent
! 
!    The following mathematical constants of type `__float128' are
  defined.
  
! `M_Eq': the constant e (Euler's number)
! 
! `M_LOG2Eq': binary logarithm of 2
! 
! `M_LOG10Eq': common, decimal logarithm of 2
! 
! `M_LN2q': natural logarithm of 2
! 
! `M_LN10q': natural logarithm of 10
! 
! `M_PIq': pi
! 
! `M_PI_2q': pi divided by two
! 
! `M_PI_4q': pi divided by four
! 
! `M_1_PIq': one over pi
! 
! `M_2_PIq': one over two pi
! 
! `M_2_SQRTPIq': two over square root of pi
! 
! `M_SQRT2q': square root of 2
! 
! `M_SQRT1_2q': one over square root of 2
  
  
  File: libquadmath.info,  Node: Math Library Routines,  Next: I/O Library Routines,  Prev: Typedef and constants,  Up: Top
*************** File: libquadmath.info,  Node: Math Libr
*** 106,202 ****
  
  The following mathematical functions are available:
  
! 'acosq': arc cosine function
! 'acoshq': inverse hyperbolic cosine function
! 'asinq': arc sine function
! 'asinhq': inverse hyperbolic sine function
! 'atanq': arc tangent function
! 'atanhq': inverse hyperbolic tangent function
! 'atan2q': arc tangent function
! 'cbrtq': cube root function
! 'ceilq': ceiling value function
! 'copysignq': copy sign of a number
! 'coshq': hyperbolic cosine function
! 'cosq': cosine function
! 'erfq': error function
! 'erfcq': complementary error function
! 'expq': exponential function
! 'expm1q': exponential minus 1 function
! 'fabsq': absolute value function
! 'fdimq': positive difference function
! 'finiteq': check finiteness of value
! 'floorq': floor value function
! 'fmaq': fused multiply and add
! 'fmaxq': determine maximum of two values
! 'fminq': determine minimum of two values
! 'fmodq': remainder value function
! 'frexpq': extract mantissa and exponent
! 'hypotq': Eucledian distance function
! 'ilogbq': get exponent of the value
! 'isinfq': check for infinity
! 'isnanq': check for not a number
! 'j0q': Bessel function of the first kind, first order
! 'j1q': Bessel function of the first kind, second order
! 'jnq': Bessel function of the first kind, N-th order
! 'ldexpq': load exponent of the value
! 'lgammaq': logarithmic gamma function
! 'llrintq': round to nearest integer value
! 'llroundq': round to nearest integer value away from zero
! 'logbq': get exponent of the value
! 'logq': natural logarithm function
! 'log10q': base 10 logarithm function
! 'log1pq': compute natural logarithm of the value plus one
! 'log2q': base 2 logarithm function
! 'lrintq': round to nearest integer value
! 'lroundq': round to nearest integer value away from zero
! 'modfq': decompose the floating-point number
! 'nanq': return quiet NaN
! 'nearbyintq': round to nearest integer
! 'nextafterq': next representable floating-point number
! 'powq': power function
! 'remainderq': remainder function
! 'remquoq': remainder and part of quotient
! 'rintq': round-to-nearest integral value
! 'roundq': round-to-nearest integral value, return '__float128'
! 'scalblnq': compute exponent using 'FLT_RADIX'
! 'scalbnq': compute exponent using 'FLT_RADIX'
! 'signbitq': return sign bit
! 'sincosq': calculate sine and cosine simultaneously
! 'sinhq': hyperbolic sine function
! 'sinq': sine function
! 'sqrtq': square root function
! 'tanq': tangent function
! 'tanhq': hyperbolic tangent function
! 'tgammaq': true gamma function
! 'truncq': round to integer, towards zero
! 'y0q': Bessel function of the second kind, first order
! 'y1q': Bessel function of the second kind, second order
! 'ynq': Bessel function of the second kind, N-th order
! 'cabsq' complex absolute value function
! 'cargq': calculate the argument
! 'cimagq' imaginary part of complex number
! 'crealq': real part of complex number
! 'cacoshq': complex arc hyperbolic cosine function
! 'cacosq': complex arc cosine function
! 'casinhq': complex arc hyperbolic sine function
! 'casinq': complex arc sine function
! 'catanhq': complex arc hyperbolic tangent function
! 'catanq': complex arc tangent function
! 'ccosq' complex cosine function:
! 'ccoshq': complex hyperbolic cosine function
! 'cexpq': complex exponential function
! 'cexpiq': computes the exponential function of "i" times a
       real value
! 'clogq': complex natural logarithm
! 'clog10q': complex base 10 logarithm
! 'conjq': complex conjugate function
! 'cpowq': complex power function
! 'cprojq': project into Riemann Sphere
! 'csinq': complex sine function
! 'csinhq': complex hyperbolic sine function
! 'csqrtq': complex square root
! 'ctanq': complex tangent function
! 'ctanhq': complex hyperbolic tangent function
  
  
  File: libquadmath.info,  Node: I/O Library Routines,  Next: GNU Free Documentation License,  Prev: Math Library Routines,  Up: Top
--- 128,313 ----
  
  The following mathematical functions are available:
  
! `acosq': arc cosine function
! 
! `acoshq': inverse hyperbolic cosine function
! 
! `asinq': arc sine function
! 
! `asinhq': inverse hyperbolic sine function
! 
! `atanq': arc tangent function
! 
! `atanhq': inverse hyperbolic tangent function
! 
! `atan2q': arc tangent function
! 
! `cbrtq': cube root function
! 
! `ceilq': ceiling value function
! 
! `copysignq': copy sign of a number
! 
! `coshq': hyperbolic cosine function
! 
! `cosq': cosine function
! 
! `erfq': error function
! 
! `erfcq': complementary error function
! 
! `expq': exponential function
! 
! `expm1q': exponential minus 1 function
! 
! `fabsq': absolute value function
! 
! `fdimq': positive difference function
! 
! `finiteq': check finiteness of value
! 
! `floorq': floor value function
! 
! `fmaq': fused multiply and add
! 
! `fmaxq': determine maximum of two values
! 
! `fminq': determine minimum of two values
! 
! `fmodq': remainder value function
! 
! `frexpq': extract mantissa and exponent
! 
! `hypotq': Eucledian distance function
! 
! `ilogbq': get exponent of the value
! 
! `isinfq': check for infinity
! 
! `isnanq': check for not a number
! 
! `j0q': Bessel function of the first kind, first order
! 
! `j1q': Bessel function of the first kind, second order
! 
! `jnq': Bessel function of the first kind, N-th order
! 
! `ldexpq': load exponent of the value
! 
! `lgammaq': logarithmic gamma function
! 
! `llrintq': round to nearest integer value
! 
! `llroundq': round to nearest integer value away from zero
! 
! `logbq': get exponent of the value
! 
! `logq': natural logarithm function
! 
! `log10q': base 10 logarithm function
! 
! `log1pq': compute natural logarithm of the value plus one
! 
! `log2q': base 2 logarithm function
! 
! `lrintq': round to nearest integer value
! 
! `lroundq': round to nearest integer value away from zero
! 
! `modfq': decompose the floating-point number
! 
! `nanq': return quiet NaN
! 
! `nearbyintq': round to nearest integer
! 
! `nextafterq': next representable floating-point number
! 
! `powq': power function
! 
! `remainderq': remainder function
! 
! `remquoq': remainder and part of quotient
! 
! `rintq': round-to-nearest integral value
! 
! `roundq': round-to-nearest integral value, return `__float128'
! 
! `scalblnq': compute exponent using `FLT_RADIX'
! 
! `scalbnq': compute exponent using `FLT_RADIX'
! 
! `signbitq': return sign bit
! 
! `sincosq': calculate sine and cosine simultaneously
! 
! `sinhq': hyperbolic sine function
! 
! `sinq': sine function
! 
! `sqrtq': square root function
! 
! `tanq': tangent function
! 
! `tanhq': hyperbolic tangent function
! 
! `tgammaq': true gamma function
! 
! `truncq': round to integer, towards zero
! 
! `y0q': Bessel function of the second kind, first order
! 
! `y1q': Bessel function of the second kind, second order
! 
! `ynq': Bessel function of the second kind, N-th order
! 
! `cabsq' complex absolute value function
! 
! `cargq': calculate the argument
! 
! `cimagq' imaginary part of complex number
! 
! `crealq': real part of complex number
! 
! `cacoshq': complex arc hyperbolic cosine function
! 
! `cacosq': complex arc cosine function
! 
! `casinhq': complex arc hyperbolic sine function
! 
! `casinq': complex arc sine function
! 
! `catanhq': complex arc hyperbolic tangent function
! 
! `catanq': complex arc tangent function
! 
! `ccosq' complex cosine function:
! 
! `ccoshq': complex hyperbolic cosine function
! 
! `cexpq': complex exponential function
! 
! `cexpiq': computes the exponential function of "i" times a
       real value
! 
! `clogq': complex natural logarithm
! 
! `clog10q': complex base 10 logarithm
! 
! `conjq': complex conjugate function
! 
! `cpowq': complex power function
! 
! `cprojq': project into Riemann Sphere
! 
! `csinq': complex sine function
! 
! `csinhq': complex hyperbolic sine function
! 
! `csqrtq': complex square root
! 
! `ctanq': complex tangent function
! 
! `ctanhq': complex hyperbolic tangent function
  
  
  File: libquadmath.info,  Node: I/O Library Routines,  Next: GNU Free Documentation License,  Prev: Math Library Routines,  Up: Top
*************** File: libquadmath.info,  Node: I/O Libra
*** 206,230 ****
  
  * Menu:
  
! * 'strtoflt128':          strtoflt128,          Convert from string
! * 'quadmath_snprintf':    quadmath_snprintf,    Convert to string
  
  
  File: libquadmath.info,  Node: strtoflt128,  Next: quadmath_snprintf,  Up: I/O Library Routines
  
! 3.1 'strtoflt128' -- Convert from string
  ========================================
  
! The function 'strtoflt128' converts a string into a '__float128' number.
  
  Syntax
!      '__float128 strtoflt128 (const char *s, char **sp)'
  
  _Arguments_:
!      S           input string
!      SP          the address of the next character in the string
  
!      The argument SP contains, if not 'NULL', the address of the next
       character following the parts of the string, which have been read.
  
  Example
--- 317,341 ----
  
  * Menu:
  
! * `strtoflt128':          strtoflt128,          Convert from string
! * `quadmath_snprintf':    quadmath_snprintf,    Convert to string
  
  
  File: libquadmath.info,  Node: strtoflt128,  Next: quadmath_snprintf,  Up: I/O Library Routines
  
! 3.1 `strtoflt128' -- Convert from string
  ========================================
  
! The function `strtoflt128' converts a string into a `__float128' number.
  
  Syntax
!      `__float128 strtoflt128 (const char *s, char **sp)'
  
  _Arguments_:
!      S          input string
!      SP         the address of the next character in the string
  
!      The argument SP contains, if not `NULL', the address of the next
       character following the parts of the string, which have been read.
  
  Example
*************** Example
*** 242,269 ****
  
  File: libquadmath.info,  Node: quadmath_snprintf,  Prev: strtoflt128,  Up: I/O Library Routines
  
! 3.2 'quadmath_snprintf' -- Convert to string
  ============================================
  
! The function 'quadmath_snprintf' converts a '__float128' floating-point
! number into a string.  It is a specialized alternative to 'snprintf',
  where the format string is restricted to a single conversion specifier
! with 'Q' modifier and conversion specifier 'e', 'E', 'f', 'F', 'g', 'G',
! 'a' or 'A', with no extra characters before or after the conversion
! specifier.  The '%m$' or '*m$' style must not be used in the format.
  
  Syntax
!      'int quadmath_snprintf (char *s, size_t size, const char *format,
       ...)'
  
  _Arguments_:
!      S           output string
!      SIZE        byte size of the string, including tailing NUL
!      FORMAT      conversion specifier string
  
  Note
       On some targets when supported by the C library hooks are installed
!      for 'printf' family of functions, so that 'printf ("%Qe", 1.2Q);'
       etc. works too.
  
  Example
--- 353,381 ----
  
  File: libquadmath.info,  Node: quadmath_snprintf,  Prev: strtoflt128,  Up: I/O Library Routines
  
! 3.2 `quadmath_snprintf' -- Convert to string
  ============================================
  
! The function `quadmath_snprintf' converts a `__float128' floating-point
! number into a string.  It is a specialized alternative to `snprintf',
  where the format string is restricted to a single conversion specifier
! with `Q' modifier and conversion specifier `e', `E', `f', `F', `g',
! `G', `a' or `A', with no extra characters before or after the
! conversion specifier.  The `%m$' or `*m$' style must not be used in the
! format.
  
  Syntax
!      `int quadmath_snprintf (char *s, size_t size, const char *format,
       ...)'
  
  _Arguments_:
!      S          output string
!      SIZE       byte size of the string, including tailing NUL
!      FORMAT     conversion specifier string
  
  Note
       On some targets when supported by the C library hooks are installed
!      for `printf' family of functions, so that `printf ("%Qe", 1.2Q);'
       etc. works too.
  
  Example
*************** Example
*** 303,308 ****
--- 415,421 ----
              return 0;
            }
  
+ 
  
  File: libquadmath.info,  Node: GNU Free Documentation License,  Next: Reporting Bugs,  Prev: I/O Library Routines,  Up: Top
  
*************** GNU Free Documentation License
*** 312,318 ****
                       Version 1.3, 3 November 2008
  
       Copyright (C) 2000, 2001, 2002, 2007, 2008 Free Software Foundation, Inc.
!      <http://fsf.org/>
  
       Everyone is permitted to copy and distribute verbatim copies
       of this license document, but changing it is not allowed.
--- 425,431 ----
                       Version 1.3, 3 November 2008
  
       Copyright (C) 2000, 2001, 2002, 2007, 2008 Free Software Foundation, Inc.
!      `http://fsf.org/'
  
       Everyone is permitted to copy and distribute verbatim copies
       of this license document, but changing it is not allowed.
*************** GNU Free Documentation License
*** 337,357 ****
       free program should come with manuals providing the same freedoms
       that the software does.  But this License is not limited to
       software manuals; it can be used for any textual work, regardless
!      of subject matter or whether it is published as a printed book.  We
!      recommend this License principally for works whose purpose is
       instruction or reference.
  
    1. APPLICABILITY AND DEFINITIONS
  
       This License applies to any manual or other work, in any medium,
!      that contains a notice placed by the copyright holder saying it can
!      be distributed under the terms of this License.  Such a notice
       grants a world-wide, royalty-free license, unlimited in duration,
       to use that work under the conditions stated herein.  The
       "Document", below, refers to any such manual or work.  Any member
!      of the public is a licensee, and is addressed as "you".  You accept
!      the license if you copy, modify or distribute the work in a way
!      requiring permission under copyright law.
  
       A "Modified Version" of the Document means any work containing the
       Document or a portion of it, either copied verbatim, or with
--- 450,470 ----
       free program should come with manuals providing the same freedoms
       that the software does.  But this License is not limited to
       software manuals; it can be used for any textual work, regardless
!      of subject matter or whether it is published as a printed book.
!      We recommend this License principally for works whose purpose is
       instruction or reference.
  
    1. APPLICABILITY AND DEFINITIONS
  
       This License applies to any manual or other work, in any medium,
!      that contains a notice placed by the copyright holder saying it
!      can be distributed under the terms of this License.  Such a notice
       grants a world-wide, royalty-free license, unlimited in duration,
       to use that work under the conditions stated herein.  The
       "Document", below, refers to any such manual or work.  Any member
!      of the public is a licensee, and is addressed as "you".  You
!      accept the license if you copy, modify or distribute the work in a
!      way requiring permission under copyright law.
  
       A "Modified Version" of the Document means any work containing the
       Document or a portion of it, either copied verbatim, or with
*************** GNU Free Documentation License
*** 369,380 ****
       regarding them.
  
       The "Invariant Sections" are certain Secondary Sections whose
!      titles are designated, as being those of Invariant Sections, in the
!      notice that says that the Document is released under this License.
!      If a section does not fit the above definition of Secondary then it
!      is not allowed to be designated as Invariant.  The Document may
!      contain zero Invariant Sections.  If the Document does not identify
!      any Invariant Sections then there are none.
  
       The "Cover Texts" are certain short passages of text that are
       listed, as Front-Cover Texts or Back-Cover Texts, in the notice
--- 482,493 ----
       regarding them.
  
       The "Invariant Sections" are certain Secondary Sections whose
!      titles are designated, as being those of Invariant Sections, in
!      the notice that says that the Document is released under this
!      License.  If a section does not fit the above definition of
!      Secondary then it is not allowed to be designated as Invariant.
!      The Document may contain zero Invariant Sections.  If the Document
!      does not identify any Invariant Sections then there are none.
  
       The "Cover Texts" are certain short passages of text that are
       listed, as Front-Cover Texts or Back-Cover Texts, in the notice
*************** GNU Free Documentation License
*** 385,411 ****
       A "Transparent" copy of the Document means a machine-readable copy,
       represented in a format whose specification is available to the
       general public, that is suitable for revising the document
!      straightforwardly with generic text editors or (for images composed
!      of pixels) generic paint programs or (for drawings) some widely
!      available drawing editor, and that is suitable for input to text
!      formatters or for automatic translation to a variety of formats
!      suitable for input to text formatters.  A copy made in an otherwise
!      Transparent file format whose markup, or absence of markup, has
!      been arranged to thwart or discourage subsequent modification by
!      readers is not Transparent.  An image format is not Transparent if
!      used for any substantial amount of text.  A copy that is not
!      "Transparent" is called "Opaque".
  
       Examples of suitable formats for Transparent copies include plain
       ASCII without markup, Texinfo input format, LaTeX input format,
!      SGML or XML using a publicly available DTD, and standard-conforming
!      simple HTML, PostScript or PDF designed for human modification.
!      Examples of transparent image formats include PNG, XCF and JPG.
!      Opaque formats include proprietary formats that can be read and
!      edited only by proprietary word processors, SGML or XML for which
!      the DTD and/or processing tools are not generally available, and
!      the machine-generated HTML, PostScript or PDF produced by some word
!      processors for output purposes only.
  
       The "Title Page" means, for a printed book, the title page itself,
       plus such following pages as are needed to hold, legibly, the
--- 498,524 ----
       A "Transparent" copy of the Document means a machine-readable copy,
       represented in a format whose specification is available to the
       general public, that is suitable for revising the document
!      straightforwardly with generic text editors or (for images
!      composed of pixels) generic paint programs or (for drawings) some
!      widely available drawing editor, and that is suitable for input to
!      text formatters or for automatic translation to a variety of
!      formats suitable for input to text formatters.  A copy made in an
!      otherwise Transparent file format whose markup, or absence of
!      markup, has been arranged to thwart or discourage subsequent
!      modification by readers is not Transparent.  An image format is
!      not Transparent if used for any substantial amount of text.  A
!      copy that is not "Transparent" is called "Opaque".
  
       Examples of suitable formats for Transparent copies include plain
       ASCII without markup, Texinfo input format, LaTeX input format,
!      SGML or XML using a publicly available DTD, and
!      standard-conforming simple HTML, PostScript or PDF designed for
!      human modification.  Examples of transparent image formats include
!      PNG, XCF and JPG.  Opaque formats include proprietary formats that
!      can be read and edited only by proprietary word processors, SGML or
!      XML for which the DTD and/or processing tools are not generally
!      available, and the machine-generated HTML, PostScript or PDF
!      produced by some word processors for output purposes only.
  
       The "Title Page" means, for a printed book, the title page itself,
       plus such following pages as are needed to hold, legibly, the
*************** GNU Free Documentation License
*** 443,450 ****
       may not use technical measures to obstruct or control the reading
       or further copying of the copies you make or distribute.  However,
       you may accept compensation in exchange for copies.  If you
!      distribute a large enough number of copies you must also follow the
!      conditions in section 3.
  
       You may also lend copies, under the same conditions stated above,
       and you may publicly display copies.
--- 556,563 ----
       may not use technical measures to obstruct or control the reading
       or further copying of the copies you make or distribute.  However,
       you may accept compensation in exchange for copies.  If you
!      distribute a large enough number of copies you must also follow
!      the conditions in section 3.
  
       You may also lend copies, under the same conditions stated above,
       and you may publicly display copies.
*************** GNU Free Documentation License
*** 458,468 ****
       these Cover Texts: Front-Cover Texts on the front cover, and
       Back-Cover Texts on the back cover.  Both covers must also clearly
       and legibly identify you as the publisher of these copies.  The
!      front cover must present the full title with all words of the title
!      equally prominent and visible.  You may add other material on the
!      covers in addition.  Copying with changes limited to the covers, as
!      long as they preserve the title of the Document and satisfy these
!      conditions, can be treated as verbatim copying in other respects.
  
       If the required texts for either cover are too voluminous to fit
       legibly, you should put the first ones listed (as many as fit
--- 571,582 ----
       these Cover Texts: Front-Cover Texts on the front cover, and
       Back-Cover Texts on the back cover.  Both covers must also clearly
       and legibly identify you as the publisher of these copies.  The
!      front cover must present the full title with all words of the
!      title equally prominent and visible.  You may add other material
!      on the covers in addition.  Copying with changes limited to the
!      covers, as long as they preserve the title of the Document and
!      satisfy these conditions, can be treated as verbatim copying in
!      other respects.
  
       If the required texts for either cover are too voluminous to fit
       legibly, you should put the first ones listed (as many as fit
*************** GNU Free Documentation License
*** 470,508 ****
       adjacent pages.
  
       If you publish or distribute Opaque copies of the Document
!      numbering more than 100, you must either include a machine-readable
!      Transparent copy along with each Opaque copy, or state in or with
!      each Opaque copy a computer-network location from which the general
!      network-using public has access to download using public-standard
!      network protocols a complete Transparent copy of the Document, free
!      of added material.  If you use the latter option, you must take
!      reasonably prudent steps, when you begin distribution of Opaque
!      copies in quantity, to ensure that this Transparent copy will
!      remain thus accessible at the stated location until at least one
!      year after the last time you distribute an Opaque copy (directly or
!      through your agents or retailers) of that edition to the public.
  
       It is requested, but not required, that you contact the authors of
!      the Document well before redistributing any large number of copies,
!      to give them a chance to provide you with an updated version of the
!      Document.
  
    4. MODIFICATIONS
  
       You may copy and distribute a Modified Version of the Document
       under the conditions of sections 2 and 3 above, provided that you
!      release the Modified Version under precisely this License, with the
!      Modified Version filling the role of the Document, thus licensing
!      distribution and modification of the Modified Version to whoever
!      possesses a copy of it.  In addition, you must do these things in
!      the Modified Version:
  
         A. Use in the Title Page (and on the covers, if any) a title
!           distinct from that of the Document, and from those of previous
!           versions (which should, if there were any, be listed in the
!           History section of the Document).  You may use the same title
!           as a previous version if the original publisher of that
!           version gives permission.
  
         B. List on the Title Page, as authors, one or more persons or
            entities responsible for authorship of the modifications in
--- 584,623 ----
       adjacent pages.
  
       If you publish or distribute Opaque copies of the Document
!      numbering more than 100, you must either include a
!      machine-readable Transparent copy along with each Opaque copy, or
!      state in or with each Opaque copy a computer-network location from
!      which the general network-using public has access to download
!      using public-standard network protocols a complete Transparent
!      copy of the Document, free of added material.  If you use the
!      latter option, you must take reasonably prudent steps, when you
!      begin distribution of Opaque copies in quantity, to ensure that
!      this Transparent copy will remain thus accessible at the stated
!      location until at least one year after the last time you
!      distribute an Opaque copy (directly or through your agents or
!      retailers) of that edition to the public.
  
       It is requested, but not required, that you contact the authors of
!      the Document well before redistributing any large number of
!      copies, to give them a chance to provide you with an updated
!      version of the Document.
  
    4. MODIFICATIONS
  
       You may copy and distribute a Modified Version of the Document
       under the conditions of sections 2 and 3 above, provided that you
!      release the Modified Version under precisely this License, with
!      the Modified Version filling the role of the Document, thus
!      licensing distribution and modification of the Modified Version to
!      whoever possesses a copy of it.  In addition, you must do these
!      things in the Modified Version:
  
         A. Use in the Title Page (and on the covers, if any) a title
!           distinct from that of the Document, and from those of
!           previous versions (which should, if there were any, be listed
!           in the History section of the Document).  You may use the
!           same title as a previous version if the original publisher of
!           that version gives permission.
  
         B. List on the Title Page, as authors, one or more persons or
            entities responsible for authorship of the modifications in
*************** GNU Free Documentation License
*** 532,561 ****
  
         I. Preserve the section Entitled "History", Preserve its Title,
            and add to it an item stating at least the title, year, new
!           authors, and publisher of the Modified Version as given on the
!           Title Page.  If there is no section Entitled "History" in the
!           Document, create one stating the title, year, authors, and
!           publisher of the Document as given on its Title Page, then add
!           an item describing the Modified Version as stated in the
!           previous sentence.
  
         J. Preserve the network location, if any, given in the Document
            for public access to a Transparent copy of the Document, and
            likewise the network locations given in the Document for
!           previous versions it was based on.  These may be placed in the
!           "History" section.  You may omit a network location for a work
!           that was published at least four years before the Document
!           itself, or if the original publisher of the version it refers
!           to gives permission.
  
         K. For any section Entitled "Acknowledgements" or "Dedications",
!           Preserve the Title of the section, and preserve in the section
!           all the substance and tone of each of the contributor
            acknowledgements and/or dedications given therein.
  
!        L. Preserve all the Invariant Sections of the Document, unaltered
!           in their text and in their titles.  Section numbers or the
!           equivalent are not considered part of the section titles.
  
         M. Delete any section Entitled "Endorsements".  Such a section
            may not be included in the Modified Version.
--- 647,677 ----
  
         I. Preserve the section Entitled "History", Preserve its Title,
            and add to it an item stating at least the title, year, new
!           authors, and publisher of the Modified Version as given on
!           the Title Page.  If there is no section Entitled "History" in
!           the Document, create one stating the title, year, authors,
!           and publisher of the Document as given on its Title Page,
!           then add an item describing the Modified Version as stated in
!           the previous sentence.
  
         J. Preserve the network location, if any, given in the Document
            for public access to a Transparent copy of the Document, and
            likewise the network locations given in the Document for
!           previous versions it was based on.  These may be placed in
!           the "History" section.  You may omit a network location for a
!           work that was published at least four years before the
!           Document itself, or if the original publisher of the version
!           it refers to gives permission.
  
         K. For any section Entitled "Acknowledgements" or "Dedications",
!           Preserve the Title of the section, and preserve in the
!           section all the substance and tone of each of the contributor
            acknowledgements and/or dedications given therein.
  
!        L. Preserve all the Invariant Sections of the Document,
!           unaltered in their text and in their titles.  Section numbers
!           or the equivalent are not considered part of the section
!           titles.
  
         M. Delete any section Entitled "Endorsements".  Such a section
            may not be included in the Modified Version.
*************** GNU Free Documentation License
*** 568,578 ****
  
       If the Modified Version includes new front-matter sections or
       appendices that qualify as Secondary Sections and contain no
!      material copied from the Document, you may at your option designate
!      some or all of these sections as invariant.  To do this, add their
!      titles to the list of Invariant Sections in the Modified Version's
!      license notice.  These titles must be distinct from any other
!      section titles.
  
       You may add a section Entitled "Endorsements", provided it contains
       nothing but endorsements of your Modified Version by various
--- 684,694 ----
  
       If the Modified Version includes new front-matter sections or
       appendices that qualify as Secondary Sections and contain no
!      material copied from the Document, you may at your option
!      designate some or all of these sections as invariant.  To do this,
!      add their titles to the list of Invariant Sections in the Modified
!      Version's license notice.  These titles must be distinct from any
!      other section titles.
  
       You may add a section Entitled "Endorsements", provided it contains
       nothing but endorsements of your Modified Version by various
*************** GNU Free Documentation License
*** 581,595 ****
       definition of a standard.
  
       You may add a passage of up to five words as a Front-Cover Text,
!      and a passage of up to 25 words as a Back-Cover Text, to the end of
!      the list of Cover Texts in the Modified Version.  Only one passage
!      of Front-Cover Text and one of Back-Cover Text may be added by (or
!      through arrangements made by) any one entity.  If the Document
!      already includes a cover text for the same cover, previously added
!      by you or by arrangement made by the same entity you are acting on
!      behalf of, you may not add another; but you may replace the old
!      one, on explicit permission from the previous publisher that added
!      the old one.
  
       The author(s) and publisher(s) of the Document do not by this
       License give permission to use their names for publicity for or to
--- 697,711 ----
       definition of a standard.
  
       You may add a passage of up to five words as a Front-Cover Text,
!      and a passage of up to 25 words as a Back-Cover Text, to the end
!      of the list of Cover Texts in the Modified Version.  Only one
!      passage of Front-Cover Text and one of Back-Cover Text may be
!      added by (or through arrangements made by) any one entity.  If the
!      Document already includes a cover text for the same cover,
!      previously added by you or by arrangement made by the same entity
!      you are acting on behalf of, you may not add another; but you may
!      replace the old one, on explicit permission from the previous
!      publisher that added the old one.
  
       The author(s) and publisher(s) of the Document do not by this
       License give permission to use their names for publicity for or to
*************** GNU Free Documentation License
*** 599,606 ****
  
       You may combine the Document with other documents released under
       this License, under the terms defined in section 4 above for
!      modified versions, provided that you include in the combination all
!      of the Invariant Sections of all of the original documents,
       unmodified, and list them all as Invariant Sections of your
       combined work in its license notice, and that you preserve all
       their Warranty Disclaimers.
--- 715,722 ----
  
       You may combine the Document with other documents released under
       this License, under the terms defined in section 4 above for
!      modified versions, provided that you include in the combination
!      all of the Invariant Sections of all of the original documents,
       unmodified, and list them all as Invariant Sections of your
       combined work in its license notice, and that you preserve all
       their Warranty Disclaimers.
*************** GNU Free Documentation License
*** 627,646 ****
       documents released under this License, and replace the individual
       copies of this License in the various documents with a single copy
       that is included in the collection, provided that you follow the
!      rules of this License for verbatim copying of each of the documents
!      in all other respects.
  
       You may extract a single document from such a collection, and
       distribute it individually under this License, provided you insert
!      a copy of this License into the extracted document, and follow this
!      License in all other respects regarding verbatim copying of that
!      document.
  
    7. AGGREGATION WITH INDEPENDENT WORKS
  
       A compilation of the Document or its derivatives with other
!      separate and independent documents or works, in or on a volume of a
!      storage or distribution medium, is called an "aggregate" if the
       copyright resulting from the compilation is not used to limit the
       legal rights of the compilation's users beyond what the individual
       works permit.  When the Document is included in an aggregate, this
--- 743,762 ----
       documents released under this License, and replace the individual
       copies of this License in the various documents with a single copy
       that is included in the collection, provided that you follow the
!      rules of this License for verbatim copying of each of the
!      documents in all other respects.
  
       You may extract a single document from such a collection, and
       distribute it individually under this License, provided you insert
!      a copy of this License into the extracted document, and follow
!      this License in all other respects regarding verbatim copying of
!      that document.
  
    7. AGGREGATION WITH INDEPENDENT WORKS
  
       A compilation of the Document or its derivatives with other
!      separate and independent documents or works, in or on a volume of
!      a storage or distribution medium, is called an "aggregate" if the
       copyright resulting from the compilation is not used to limit the
       legal rights of the compilation's users beyond what the individual
       works permit.  When the Document is included in an aggregate, this
*************** GNU Free Documentation License
*** 685,692 ****
  
       However, if you cease all violation of this License, then your
       license from a particular copyright holder is reinstated (a)
!      provisionally, unless and until the copyright holder explicitly and
!      finally terminates your license, and (b) permanently, if the
       copyright holder fails to notify you of the violation by some
       reasonable means prior to 60 days after the cessation.
  
--- 801,808 ----
  
       However, if you cease all violation of this License, then your
       license from a particular copyright holder is reinstated (a)
!      provisionally, unless and until the copyright holder explicitly
!      and finally terminates your license, and (b) permanently, if the
       copyright holder fails to notify you of the violation by some
       reasonable means prior to 60 days after the cessation.
  
*************** GNU Free Documentation License
*** 698,730 ****
       after your receipt of the notice.
  
       Termination of your rights under this section does not terminate
!      the licenses of parties who have received copies or rights from you
!      under this License.  If your rights have been terminated and not
!      permanently reinstated, receipt of a copy of some or all of the
!      same material does not give you any rights to use it.
  
!   10. FUTURE REVISIONS OF THIS LICENSE
  
       The Free Software Foundation may publish new, revised versions of
       the GNU Free Documentation License from time to time.  Such new
       versions will be similar in spirit to the present version, but may
       differ in detail to address new problems or concerns.  See
!      <http://www.gnu.org/copyleft/>.
  
       Each version of the License is given a distinguishing version
       number.  If the Document specifies that a particular numbered
       version of this License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
       that specified version or of any later version that has been
!      published (not as a draft) by the Free Software Foundation.  If the
!      Document does not specify a version number of this License, you may
!      choose any version ever published (not as a draft) by the Free
!      Software Foundation.  If the Document specifies that a proxy can
!      decide which future versions of this License can be used, that
       proxy's public statement of acceptance of a version permanently
       authorizes you to choose that version for the Document.
  
!   11. RELICENSING
  
       "Massive Multiauthor Collaboration Site" (or "MMC Site") means any
       World Wide Web server that publishes copyrightable works and also
--- 814,846 ----
       after your receipt of the notice.
  
       Termination of your rights under this section does not terminate
!      the licenses of parties who have received copies or rights from
!      you under this License.  If your rights have been terminated and
!      not permanently reinstated, receipt of a copy of some or all of
!      the same material does not give you any rights to use it.
  
!  10. FUTURE REVISIONS OF THIS LICENSE
  
       The Free Software Foundation may publish new, revised versions of
       the GNU Free Documentation License from time to time.  Such new
       versions will be similar in spirit to the present version, but may
       differ in detail to address new problems or concerns.  See
!      `http://www.gnu.org/copyleft/'.
  
       Each version of the License is given a distinguishing version
       number.  If the Document specifies that a particular numbered
       version of this License "or any later version" applies to it, you
       have the option of following the terms and conditions either of
       that specified version or of any later version that has been
!      published (not as a draft) by the Free Software Foundation.  If
!      the Document does not specify a version number of this License,
!      you may choose any version ever published (not as a draft) by the
!      Free Software Foundation.  If the Document specifies that a proxy
!      can decide which future versions of this License can be used, that
       proxy's public statement of acceptance of a version permanently
       authorizes you to choose that version for the Document.
  
!  11. RELICENSING
  
       "Massive Multiauthor Collaboration Site" (or "MMC Site") means any
       World Wide Web server that publishes copyrightable works and also
*************** GNU Free Documentation License
*** 754,759 ****
--- 870,876 ----
       site under CC-BY-SA on the same site at any time before August 1,
       2009, provided the MMC is eligible for relicensing.
  
+ 
  ADDENDUM: How to use this License for your documents
  ====================================================
  
*************** notices just after the title page:
*** 770,776 ****
         Free Documentation License''.
  
     If you have Invariant Sections, Front-Cover Texts and Back-Cover
! Texts, replace the "with...Texts."  line with this:
  
           with the Invariant Sections being LIST THEIR TITLES, with
           the Front-Cover Texts being LIST, and with the Back-Cover Texts
--- 887,893 ----
         Free Documentation License''.
  
     If you have Invariant Sections, Front-Cover Texts and Back-Cover
! Texts, replace the "with...Texts." line with this:
  
           with the Invariant Sections being LIST THEIR TITLES, with
           the Front-Cover Texts being LIST, and with the Back-Cover Texts
*************** combination of the three, merge those tw
*** 781,789 ****
  situation.
  
     If your document contains nontrivial examples of program code, we
! recommend releasing these examples in parallel under your choice of free
! software license, such as the GNU General Public License, to permit
! their use in free software.
  
  
  File: libquadmath.info,  Node: Reporting Bugs,  Prev: GNU Free Documentation License,  Up: Top
--- 898,906 ----
  situation.
  
     If your document contains nontrivial examples of program code, we
! recommend releasing these examples in parallel under your choice of
! free software license, such as the GNU General Public License, to
! permit their use in free software.
  
  
  File: libquadmath.info,  Node: Reporting Bugs,  Prev: GNU Free Documentation License,  Up: Top
*************** File: libquadmath.info,  Node: Reporting
*** 792,809 ****
  ****************
  
  Bugs in the GCC Quad-Precision Math Library implementation should be
! reported via <https://gcc.gnu.org/bugs/>.
  
  
  
  Tag Table:
! Node: Top1633
! Node: Typedef and constants2367
! Node: Math Library Routines3786
! Node: I/O Library Routines7537
! Node: strtoflt1287862
! Node: quadmath_snprintf8622
! Node: GNU Free Documentation License10832
! Node: Reporting Bugs35979
  
  End Tag Table
--- 909,926 ----
  ****************
  
  Bugs in the GCC Quad-Precision Math Library implementation should be
! reported via `https://gcc.gnu.org/bugs/'.
  
  
  
  Tag Table:
! Node: Top1684
! Node: Typedef and constants2418
! Node: Math Library Routines3858
! Node: I/O Library Routines7698
! Node: strtoflt1288023
! Node: quadmath_snprintf8781
! Node: GNU Free Documentation License10989
! Node: Reporting Bugs36155
  
  End Tag Table
diff -Nrcpad gcc-7.1.0/libquadmath/math/roundq.c gcc-7.2.0/libquadmath/math/roundq.c
*** gcc-7.1.0/libquadmath/math/roundq.c	Wed Feb  6 22:03:54 2013
--- gcc-7.2.0/libquadmath/math/roundq.c	Thu Jul 20 08:29:45 2017
***************
*** 1,5 ****
  /* Round __float128 to integer away from zero.
!    Copyright (C) 1997, 1999 Free Software Foundation, Inc.
     This file is part of the GNU C Library.
     Contributed by Ulrich Drepper <drepper@cygnus.com>, 1997 and
  		  Jakub Jelinek <jj@ultra.linux.cz>, 1999.
--- 1,5 ----
  /* Round __float128 to integer away from zero.
!    Copyright (C) 1997-2017 Free Software Foundation, Inc.
     This file is part of the GNU C Library.
     Contributed by Ulrich Drepper <drepper@cygnus.com>, 1997 and
  		  Jakub Jelinek <jj@ultra.linux.cz>, 1999.
*************** roundq (__float128 x)
*** 32,38 ****
  
    GET_FLT128_WORDS64 (i0, i1, x);
    j0 = ((i0 >> 48) & 0x7fff) - 0x3fff;
!   if (j0 < 31)
      {
        if (j0 < 0)
  	{
--- 32,38 ----
  
    GET_FLT128_WORDS64 (i0, i1, x);
    j0 = ((i0 >> 48) & 0x7fff) - 0x3fff;
!   if (j0 < 48)
      {
        if (j0 < 0)
  	{
diff -Nrcpad gcc-7.1.0/libsanitizer/ChangeLog gcc-7.2.0/libsanitizer/ChangeLog
*** gcc-7.1.0/libsanitizer/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libsanitizer/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,18 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
+ 2017-07-17  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	Backported from mainline
+ 	2017-07-14  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR sanitizer/81066
+ 	* sanitizer_common/sanitizer_linux.h: Cherry-pick upstream r307969.
+ 	* sanitizer_common/sanitizer_linux.cc: Likewise.
+ 	* sanitizer_common/sanitizer_stoptheworld_linux_libcdep.cc: Likewise.
+ 	* tsan/tsan_platform_linux.cc: Likewise.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/libsanitizer/sanitizer_common/sanitizer_linux.cc gcc-7.2.0/libsanitizer/sanitizer_common/sanitizer_linux.cc
*** gcc-7.1.0/libsanitizer/sanitizer_common/sanitizer_linux.cc	Tue Nov  8 22:04:09 2016
--- gcc-7.2.0/libsanitizer/sanitizer_common/sanitizer_linux.cc	Mon Jul 17 19:41:08 2017
*************** uptr internal_prctl(int option, uptr arg
*** 605,612 ****
  }
  #endif
  
! uptr internal_sigaltstack(const struct sigaltstack *ss,
!                          struct sigaltstack *oss) {
    return internal_syscall(SYSCALL(sigaltstack), (uptr)ss, (uptr)oss);
  }
  
--- 605,611 ----
  }
  #endif
  
! uptr internal_sigaltstack(const void *ss, void *oss) {
    return internal_syscall(SYSCALL(sigaltstack), (uptr)ss, (uptr)oss);
  }
  
diff -Nrcpad gcc-7.1.0/libsanitizer/sanitizer_common/sanitizer_linux.h gcc-7.2.0/libsanitizer/sanitizer_common/sanitizer_linux.h
*** gcc-7.1.0/libsanitizer/sanitizer_common/sanitizer_linux.h	Tue Nov  8 22:04:09 2016
--- gcc-7.2.0/libsanitizer/sanitizer_common/sanitizer_linux.h	Mon Jul 17 19:41:08 2017
***************
*** 19,25 ****
  #include "sanitizer_platform_limits_posix.h"
  
  struct link_map;  // Opaque type returned by dlopen().
- struct sigaltstack;
  
  namespace __sanitizer {
  // Dirent structure for getdents(). Note that this structure is different from
--- 19,24 ----
*************** struct linux_dirent;
*** 28,35 ****
  
  // Syscall wrappers.
  uptr internal_getdents(fd_t fd, struct linux_dirent *dirp, unsigned int count);
! uptr internal_sigaltstack(const struct sigaltstack* ss,
!                           struct sigaltstack* oss);
  uptr internal_sigprocmask(int how, __sanitizer_sigset_t *set,
      __sanitizer_sigset_t *oldset);
  
--- 27,33 ----
  
  // Syscall wrappers.
  uptr internal_getdents(fd_t fd, struct linux_dirent *dirp, unsigned int count);
! uptr internal_sigaltstack(const void* ss, void* oss);
  uptr internal_sigprocmask(int how, __sanitizer_sigset_t *set,
      __sanitizer_sigset_t *oldset);
  
diff -Nrcpad gcc-7.1.0/libsanitizer/sanitizer_common/sanitizer_stoptheworld_linux_libcdep.cc gcc-7.2.0/libsanitizer/sanitizer_common/sanitizer_stoptheworld_linux_libcdep.cc
*** gcc-7.1.0/libsanitizer/sanitizer_common/sanitizer_stoptheworld_linux_libcdep.cc	Tue Nov  8 22:04:09 2016
--- gcc-7.2.0/libsanitizer/sanitizer_common/sanitizer_stoptheworld_linux_libcdep.cc	Mon Jul 17 19:41:08 2017
*************** static int TracerThread(void* argument)
*** 273,279 ****
  
    // Alternate stack for signal handling.
    InternalScopedBuffer<char> handler_stack_memory(kHandlerStackSize);
!   struct sigaltstack handler_stack;
    internal_memset(&handler_stack, 0, sizeof(handler_stack));
    handler_stack.ss_sp = handler_stack_memory.data();
    handler_stack.ss_size = kHandlerStackSize;
--- 273,279 ----
  
    // Alternate stack for signal handling.
    InternalScopedBuffer<char> handler_stack_memory(kHandlerStackSize);
!   stack_t handler_stack;
    internal_memset(&handler_stack, 0, sizeof(handler_stack));
    handler_stack.ss_sp = handler_stack_memory.data();
    handler_stack.ss_size = kHandlerStackSize;
diff -Nrcpad gcc-7.1.0/libsanitizer/tsan/tsan_platform_linux.cc gcc-7.2.0/libsanitizer/tsan/tsan_platform_linux.cc
*** gcc-7.1.0/libsanitizer/tsan/tsan_platform_linux.cc	Tue Nov  8 22:04:09 2016
--- gcc-7.2.0/libsanitizer/tsan/tsan_platform_linux.cc	Mon Jul 17 19:41:08 2017
*************** void InitializePlatform() {
*** 287,293 ****
  int ExtractResolvFDs(void *state, int *fds, int nfd) {
  #if SANITIZER_LINUX && !SANITIZER_ANDROID
    int cnt = 0;
!   __res_state *statp = (__res_state*)state;
    for (int i = 0; i < MAXNS && cnt < nfd; i++) {
      if (statp->_u._ext.nsaddrs[i] && statp->_u._ext.nssocks[i] != -1)
        fds[cnt++] = statp->_u._ext.nssocks[i];
--- 287,293 ----
  int ExtractResolvFDs(void *state, int *fds, int nfd) {
  #if SANITIZER_LINUX && !SANITIZER_ANDROID
    int cnt = 0;
!   struct __res_state *statp = (struct __res_state*)state;
    for (int i = 0; i < MAXNS && cnt < nfd; i++) {
      if (statp->_u._ext.nsaddrs[i] && statp->_u._ext.nssocks[i] != -1)
        fds[cnt++] = statp->_u._ext.nssocks[i];
diff -Nrcpad gcc-7.1.0/libssp/ChangeLog gcc-7.2.0/libssp/ChangeLog
*** gcc-7.1.0/libssp/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libssp/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/libstdc++-v3/ChangeLog gcc-7.2.0/libstdc++-v3/ChangeLog
*** gcc-7.1.0/libstdc++-v3/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libstdc++-v3/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,301 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
+ 2017-07-26  Richard Biener  <rguenther@suse.de>
+ 
+ 	Backport from mainline
+ 	2017-06-02  Richard Biener  <rguenther@suse.de>
+ 		Markus Eisenmann  <meisenmann.lba@fh-salzburg.ac.at>
+ 
+ 	PR libstdc++/80721
+ 	* libsupc++/eh_alloc.cc (pool::free): Keep list properly
+ 	sorted and add missing freelist item merging cases.
+ 
+ 2017-07-25  Jonathan Wakely  <jwakely@redhat.com>
+ 
+ 	Backport from mainline
+ 	2017-06-09  Jonathan Wakely  <jwakely@redhat.com>
+ 
+ 	* doc/xml/manual/intro.xml: Document LWG 2802, 2873 and 2942 changes.
+ 	* include/bits/shared_ptr.h (shared_ptr): Use rvalues for deleters
+ 	(LWG 2802).
+ 	* include/bits/shared_ptr_base.h (_Sp_ebo_helper, _Sp_counted_deleter
+ 	(_Sp_counted_deleter::_Impl, __shared_count, __shared_ptr): Likewise.
+ 	* testsuite/20_util/shared_ptr/cons/lwg2802.cc: New.
+ 
+ 	Backport from mainline
+ 	2017-06-05  Jonathan Wakely  <jwakely@redhat.com>
+ 
+ 	* include/bits/shared_ptr_base.h (__shared_ptr::owner_before)
+ 	(__weak_ptr::owner_before, _Sp_owner_less::operator()): Add noexcept
+ 	specifiers as per LWG 2873 and LWG 2942.
+ 	* testsuite/20_util/owner_less/noexcept.cc: New.
+ 	* testsuite/20_util/shared_ptr/observers/owner_before.cc: Test
+ 	noexcept guarantees.
+ 	* testsuite/20_util/weak_ptr/observers/owner_before.cc: Likewise.
+ 
+ 	Backport from mainline
+ 	2017-04-28  Jonathan Wakely  <jwakely@redhat.com>
+ 
+ 	PR libstdc++/80553
+ 	* include/bits/stl_construct.h (_Destroy, _Destroy_n): Add static
+ 	assertions to ensure type is destructible.
+ 	(destroy_at, destroy, destroy_n): Move from stl_uninitialized.h.
+ 	* include/bits/stl_uninitialized.h (destroy_at, destroy, destroy_n):
+ 	Move to stl_construct.h.
+ 	* testsuite/20_util/specialized_algorithms/memory_management_tools/
+ 	destroy_neg.cc: New test.
+ 	* testsuite/23_containers/vector/cons/destructible_neg.cc: New test.
+ 
+ 	Backport from mainline
+ 	2017-05-16  Jonathan Wakely  <jwakely@redhat.com>
+ 
+ 	* configure: Regenerate.
+ 	* doc/xml/manual/status_cxx2017.xml: Update status table.
+ 	* doc/html/*: Regenerate.
+ 	* include/Makefile.am: Add new header.
+ 	* include/Makefile.in: Regenerate.
+ 	* include/experimental/source_location: New header implementing N4519.
+ 	* testsuite/experimental/source_location/1.cc: New test.
+ 
+ 	Backport from mainline
+ 	2017-07-06  Jonathan Wakely  <jwakely@redhat.com>
+ 
+ 	* include/bits/uses_allocator.h (__use_alloc(const _Alloc&&)): Add
+ 	deleted overload to prevent dangling references to rvalues.
+ 	* include/experimental/memory_resource
+ 	(polymorphic_allocator::construct): Do not call __use_alloc with
+ 	rvalue arguments.
+ 
+ 	Backport from mainline
+ 	2017-06-08  Jonathan Wakely  <jwakely@redhat.com>
+ 
+ 	PR libstdc++/81017
+ 	* include/bits/std_function.h (function::function(function&&))
+ 	(function::operator=(funtion&&)): Add noexcept.
+ 	* testsuite/20_util/function/assign/move.cc: Check for noexcept.
+ 	* testsuite/20_util/function/cons/move.cc: Likewise.
+ 
+ 	Backport from mainline
+ 	2017-07-15  Jonathan Wakely  <jwakely@redhat.com>
+ 
+ 	* include/std/mutex (scoped_lock): Reorder std::adopt_lock_t parameter
+ 	as per P0739R0.
+ 	* testsuite/30_threads/scoped_lock/cons/1.cc: Reorder arguments.
+ 	* testsuite/30_threads/scoped_lock/cons/deduction.cc: Test deduction
+ 	with std::adopt_lock_t.
+ 	* testsuite/30_threads/scoped_lock/requirements/typedefs.cc: Check
+ 	feature-test macro.
+ 
+ 	Backport from mainline
+ 	2017-07-14  Jason Merrill  <jason@redhat.com>
+ 	    Jonathan Wakely  <jwakely@redhat.com>
+ 
+ 	* include/std/variant (variant::variant(_Tp&&)): Constrain to remove
+ 	the constructor for empty variants from the candidate functions
+ 	during class template argument deduction.
+ 	* testsuite/20_util/variant/deduction.cc: New.
+ 
+ 	Backport from mainline
+ 	2017-06-02  Jonathan Wakely  <jwakely@redhat.com>
+ 
+ 	PR libstdc++/80939
+ 	* include/std/variant (__erased_ctor, __erased_assign, __erased_swap)
+ 	(__erased_hash): Remove constexpr specifier and qualify calls to
+ 	__ref_cast.
+ 	(__erased_dtor): Remove constexpr specifier and use _Destroy.
+ 
+ 	Backport from mainline
+ 	2017-05-20  Tim Shen  <timshen@google.com>
+ 
+ 	PR libstdc++/80737
+ 	* include/std/variant(variant::variant): SFINAE on is_same first.
+ 	* testsuite/20_util/variant/any.cc: test case.
+ 
+ 2017-07-11  Jonathan Wakely  <jwakely@redhat.com>
+ 
+ 	Backport from mainline
+ 	2017-04-21  Jonathan Wakely  <jwakely@redhat.com>
+ 
+ 	PR libstdc++/80316
+ 	* include/std/future (_State_baseV2::_Setter::operator()): Remove
+ 	_S_check calls that are done after the pointer to the shared state is
+ 	already dereferenced.
+ 	(_State_baseV2::_Setter<_Res, void>): Define specialization for void
+ 	as partial specialization so it can be defined within the definition
+ 	of _State_baseV2.
+ 	(_State_baseV2::__setter): Call _S_check.
+ 	(_State_baseV2::__setter(promise<void>*)): Add overload for use by
+ 	promise<void>::set_value and promise<void>::set_value_at_thread_exit.
+ 	(promise<T>, promise<T&>, promise<void>): Make _State a friend.
+ 	(_State_baseV2::_Setter<void, void>): Remove explicit specialization.
+ 	(promise<void>::set_value, promise<void>::set_value_at_thread_exit):
+ 	Use new __setter overload.
+ 	* testsuite/30_threads/promise/members/at_thread_exit2.cc: New test.
+ 	* testsuite/30_threads/promise/members/set_exception.cc: Test
+ 	promise<T&> and promise<void> specializations.
+ 	* testsuite/30_threads/promise/members/set_exception2.cc: Likewise.
+ 	Test for no_state error condition.
+ 	* testsuite/30_threads/promise/members/set_value2.cc: Likewise.
+ 
+ 2017-06-27  Jonathan Wakely  <jwakely@redhat.com>
+ 
+ 	PR libstdc++/81221
+ 	* include/bits/stl_algo.h (sample): Qualify with _GLIBCXX_STD_A not
+ 	std.
+ 	* testsuite/25_algorithms/sample/81221.cc: New.
+ 
+ 2017-06-21  Ville Voutilainen  <ville.voutilainen@gmail.com>
+ 
+ 	Backport from mainline
+ 	2017-06-21  Ville Voutilainen  <ville.voutilainen@gmail.com>
+ 
+ 	PR libstdc++/80675
+ 	PR libstdc++/80940
+ 	* include/std/istream:
+ 	(__is_convertible_to_basic_istream_test(basic_istream<_Ch, _Up>*)): New.
+ 	(__do_is_convertible_to_basic_istream_impl): Likewise.
+ 	(__is_convertible_to_basic_istream_impl): Likewise.
+ 	(__is_convertible_to_basic_istream): Use the new base.
+ 	(__rvalue_istream_type): New.
+ 	(operator>>(_Istream&&, _Tp&&)): Use the new helper alias
+ 	for the SFINAE check, convert to the helper alias type before
+ 	doing the actual extraction.
+ 	* include/std/ostream:
+ 	(__is_convertible_to_basic_ostream_test(basic_ostream<_Ch, _Up>*)): New.
+ 	(__do_is_convertible_to_basic_ostream_impl): Likewise.
+ 	(__is_convertible_to_basic_ostream_impl): Likewise.
+ 	(__is_convertible_to_basic_ostream): Use the new base.
+ 	(__rvalue_ostream_type): New.
+ 	(operator<<(_Ostream&&, const _Tp&)): Use the new helper alias
+ 	for the SFINAE check, convert to the helper alias type before
+ 	doing the actual insertion.
+ 	* testsuite/27_io/rvalue_streams-2.cc: Add new tests.
+ 
+ 2017-06-21  Uros Bizjak  <ubizjak@gmail.com>
+ 
+ 	* config/abi/post/alpha-linux-gnu/baseline_symbols.txt: Update.
+ 
+ 2017-06-21  Jonathan Wakely  <jwakely@redhat.com>
+ 
+ 	PR libstdc++/81092
+ 	* configure: Regenerate.
+ 
+ 2017-06-19  Rainer Orth  <ro@CeBiTec.Uni-Bielefeld.DE>
+ 
+ 	* config/abi/post/i386-solaris2.10/baseline_symbols.txt: Regenerate.
+ 	* config/abi/post/i386-solaris2.10/amd64/baseline_symbols.txt: Likewise.
+ 	* config/abi/post/i386-solaris2.11/baseline_symbols.txt: Likewise.
+ 	* config/abi/post/i386-solaris2.11/amd64/baseline_symbols.txt: Likewise.
+ 	* config/abi/post/sparc-solaris2.10/baseline_symbols.txt: Likewise.
+ 	* config/abi/post/sparc-solaris2.10/sparcv9/baseline_symbols.txt:
+ 	Likewise.
+ 	* config/abi/post/sparc-solaris2.11/baseline_symbols.txt: Likewise.
+ 	* config/abi/post/sparc-solaris2.11/sparcv9/baseline_symbols.txt:
+ 	Likewise.
+ 
+ 2017-06-18  H.J. Lu  <hongjiu.lu@intel.com>
+ 
+ 	PR libstdc++/81092
+ 	* config/abi/post/x86_64-linux-gnu/x32/baseline_symbols.txt: Updated.
+ 
+ 2017-06-16  Jakub Jelinek  <jakub@redhat.com>
+ 
+ 	PR libstdc++/81092
+ 	* config/abi/post/i486-linux-gnu/baseline_symbols.txt: Update.
+ 
+ 2017-06-16  Jonathan Wakely  <jwakely@redhat.com>
+ 
+ 	* include/bits/locale_conv.h (wbuffer_convert::sync): Fix condition.
+ 	* testsuite/22_locale/conversions/buffer/2.cc: New.
+ 
+ 	* doc/xml/manual/appendix_contributing.xml: Link to the list of bad
+ 	names, and link to the test docs and note higher DejaGnu version
+ 	requirement.
+ 	* doc/xml/manual/allocator.xml: Fix ViewCVS URLs.
+ 	* doc/xml/manual/mt_allocator.xml: Likewise.
+ 	* doc/xml/manual/test.xml: Correct instructions on running tests.
+ 	* doc/html/*: Regenerate.
+ 
+ 	PR libstdc++/81092
+ 	* acinclude.m4: Bump libtool_VERSION.
+ 	* config/abi/post/i386-linux-gnu/baseline_symbols.txt: Update.
+ 	* config/abi/post/x86_64-linux-gnu/32/baseline_symbols.txt: Update.
+ 	* config/abi/pre/gnu.ver: Add wstring constructor symbols to new
+ 	GLIBCXX_3.4.24 version.
+ 	* doc/xml/manual/abi.xml: Document new versions.
+ 	* doc/html/*: Regenerate.
+ 	* testsuite/21_strings/basic_string/cons/char/8.cc: Use base object
+ 	constructors to ensure required symbols are exported.
+ 	* testsuite/21_strings/basic_string/cons/wchar_t/8.cc: Likewise.
+ 	* testsuite/util/testsuite_abi.cc: Add new version.
+ 
+ 	* include/bits/locale_conv.h (wbuffer_convert::_M_put): Add missing
+ 	return statement.
+ 	* testsuite/21_strings/basic_string_view/operations/copy/char/1.cc:
+ 	Return void.
+ 	* testsuite/21_strings/basic_string_view/operations/copy/wchar_t/1.cc:
+ 	Likewise.
+ 	* testsuite/23_containers/map/modifiers/insert_or_assign/1.cc: Add
+ 	missing return statements.
+ 	* testsuite/23_containers/unordered_map/modifiers/insert_or_assign.cc:
+ 	Likewise.
+ 	* testsuite/27_io/basic_istream/extractors_arithmetic/char/12.cc:
+ 	Return void.
+ 	* testsuite/special_functions/14_expint/pr68397.cc: Likewise.
+ 
+ 2017-06-07  Jonathan Wakely  <jwakely@redhat.com>
+ 
+ 	PR libstdc++/81002
+ 	* include/bits/regex_compiler.h (__compile_nfa): Add template argument
+ 	list to specify traits type.
+ 	* testsuite/28_regex/basic_regex/ctors/basic/iter.cc: New.
+ 
+ 2017-05-19  Jonathan Wakely  <jwakely@redhat.com>
+ 
+ 	PR libstdc++/80796
+ 	* include/bits/stl_algo.h (search): Add new overload for C++17.
+ 	* testsuite/25_algorithms/search/searcher.cc: New.
+ 
+ 2017-05-18  Jonathan Wakely  <jwakely@redhat.com>
+ 
+ 	PR libstdc++/80478
+ 	* include/std/functional (_Mem_fn_traits_base): Add specializations
+ 	for noexcept member function types.
+ 	* testsuite/20_util/function_objects/mem_fn/80478.cc: New test.
+ 
+ 2017-05-18  Jonathan Wakely  <jwakely@redhat.com>
+ 
+ 	* doc/xml/manual/policy_data_structures.xml: Fix typo.
+ 	* doc/xml/manual/test_policy_data_structures.xml: Likewise.
+ 	* doc/html/*: Regenerate.
+ 
+ 	* doc/xml/manual/abi.xml: Document latest library versions.
+ 	* doc/xml/manual/build_hacking.xml: Document requirement to update
+ 	abi.xml when bumping library versions.
+ 	* doc/html/*: Regenerate.
+ 
+ 2017-05-15  Jonathan Wakely  <jwakely@redhat.com>
+ 
+ 	PR libstdc++/80761
+ 	* include/bits/node_handle.h (_Node_insert_return): Reorder members.
+ 	(tuple_size, tuple_element): Remove partial specializations.
+ 	* include/bits/stl_tree.h (_Rb_tree::insert_return_type): Use
+ 	const_iterator for std::set.
+ 	* testsuite/23_containers/map/modifiers/extract.cc: New.
+ 	* testsuite/23_containers/set/modifiers/extract.cc: New.
+ 	* testsuite/23_containers/unordered_map/modifiers/extract.cc: New.
+ 	* testsuite/23_containers/unordered_set/modifiers/extract.cc: New.
+ 
+ 2017-05-12  Jonathan Wakely  <jwakely@redhat.com>
+ 
+ 	PR libstdc++/78939
+ 	* include/std/utility (tuple_size<cv T>) [__cplusplus > 201402L]:
+ 	Only define partial specializations when tuple_size<T>::value is
+ 	valid.
+ 	* testsuite/20_util/tuple/78939.cc: New.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/libstdc++-v3/acinclude.m4 gcc-7.2.0/libstdc++-v3/acinclude.m4
*** gcc-7.1.0/libstdc++-v3/acinclude.m4	Wed Mar 15 15:23:44 2017
--- gcc-7.2.0/libstdc++-v3/acinclude.m4	Fri Jun 16 12:18:53 2017
*************** changequote([,])dnl
*** 3750,3756 ****
  fi
  
  # For libtool versioning info, format is CURRENT:REVISION:AGE
! libtool_VERSION=6:23:0
  
  # Everything parsed; figure out what files and settings to use.
  case $enable_symvers in
--- 3750,3756 ----
  fi
  
  # For libtool versioning info, format is CURRENT:REVISION:AGE
! libtool_VERSION=6:24:0
  
  # Everything parsed; figure out what files and settings to use.
  case $enable_symvers in
diff -Nrcpad gcc-7.1.0/libstdc++-v3/config/abi/post/alpha-linux-gnu/baseline_symbols.txt gcc-7.2.0/libstdc++-v3/config/abi/post/alpha-linux-gnu/baseline_symbols.txt
*** gcc-7.1.0/libstdc++-v3/config/abi/post/alpha-linux-gnu/baseline_symbols.txt	Mon Aug  1 07:35:22 2016
--- gcc-7.2.0/libstdc++-v3/config/abi/post/alpha-linux-gnu/baseline_symbols.txt	Wed Jun 21 15:17:28 2017
*************** FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1EP
*** 1471,1476 ****
--- 1471,1477 ----
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1EPKwmRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_@@GLIBCXX_3.4
+ FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_mRKS1_@@GLIBCXX_3.4.23
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_mm@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_mmRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ESt16initializer_listIwERKS1_@@GLIBCXX_3.4.11
*************** FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2EP
*** 1484,1489 ****
--- 1485,1491 ----
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2EPKwmRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_@@GLIBCXX_3.4
+ FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_mRKS1_@@GLIBCXX_3.4.23
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_mm@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_mmRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ESt16initializer_listIwERKS1_@@GLIBCXX_3.4.11
*************** FUNC:_ZNSsC1EPKcRKSaIcE@@GLIBCXX_3.4
*** 1726,1731 ****
--- 1728,1734 ----
  FUNC:_ZNSsC1EPKcmRKSaIcE@@GLIBCXX_3.4
  FUNC:_ZNSsC1ERKSaIcE@@GLIBCXX_3.4
  FUNC:_ZNSsC1ERKSs@@GLIBCXX_3.4
+ FUNC:_ZNSsC1ERKSsmRKSaIcE@@GLIBCXX_3.4.23
  FUNC:_ZNSsC1ERKSsmm@@GLIBCXX_3.4
  FUNC:_ZNSsC1ERKSsmmRKSaIcE@@GLIBCXX_3.4
  FUNC:_ZNSsC1ESt16initializer_listIcERKSaIcE@@GLIBCXX_3.4.11
*************** FUNC:_ZNSsC2EPKcRKSaIcE@@GLIBCXX_3.4
*** 1739,1744 ****
--- 1742,1748 ----
  FUNC:_ZNSsC2EPKcmRKSaIcE@@GLIBCXX_3.4
  FUNC:_ZNSsC2ERKSaIcE@@GLIBCXX_3.4
  FUNC:_ZNSsC2ERKSs@@GLIBCXX_3.4
+ FUNC:_ZNSsC2ERKSsmRKSaIcE@@GLIBCXX_3.4.23
  FUNC:_ZNSsC2ERKSsmm@@GLIBCXX_3.4
  FUNC:_ZNSsC2ERKSsmmRKSaIcE@@GLIBCXX_3.4
  FUNC:_ZNSsC2ESt16initializer_listIcERKSaIcE@@GLIBCXX_3.4.11
*************** FUNC:_ZNSt15_List_node_base8transferEPS_
*** 2382,2387 ****
--- 2386,2392 ----
  FUNC:_ZNSt15_List_node_base9_M_unhookEv@@GLIBCXX_3.4.14
  FUNC:_ZNSt15__exception_ptr13exception_ptr4swapERS0_@@CXXABI_1.3.3
  FUNC:_ZNSt15__exception_ptr13exception_ptrC1EMS0_FvvE@@CXXABI_1.3.3
+ FUNC:_ZNSt15__exception_ptr13exception_ptrC1EPv@@CXXABI_1.3.11
  FUNC:_ZNSt15__exception_ptr13exception_ptrC1ERKS0_@@CXXABI_1.3.3
  FUNC:_ZNSt15__exception_ptr13exception_ptrC1Ev@@CXXABI_1.3.3
  FUNC:_ZNSt15__exception_ptr13exception_ptrC2EMS0_FvvE@@CXXABI_1.3.3
*************** FUNC:_ZNSt7__cxx1112basic_stringIcSt11ch
*** 3068,3073 ****
--- 3073,3079 ----
  FUNC:_ZNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEC1ERKS3_@@GLIBCXX_3.4.21
  FUNC:_ZNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEC1ERKS4_@@GLIBCXX_3.4.21
  FUNC:_ZNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEC1ERKS4_RKS3_@@GLIBCXX_3.4.21
+ FUNC:_ZNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEC1ERKS4_mRKS3_@@GLIBCXX_3.4.23
  FUNC:_ZNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEC1ERKS4_mm@@GLIBCXX_3.4.21
  FUNC:_ZNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEC1ERKS4_mmRKS3_@@GLIBCXX_3.4.21
  FUNC:_ZNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEC1ESt16initializer_listIcERKS3_@@GLIBCXX_3.4.21
*************** FUNC:_ZNSt7__cxx1112basic_stringIcSt11ch
*** 3083,3088 ****
--- 3089,3095 ----
  FUNC:_ZNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEC2ERKS3_@@GLIBCXX_3.4.21
  FUNC:_ZNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEC2ERKS4_@@GLIBCXX_3.4.21
  FUNC:_ZNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEC2ERKS4_RKS3_@@GLIBCXX_3.4.21
+ FUNC:_ZNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEC2ERKS4_mRKS3_@@GLIBCXX_3.4.23
  FUNC:_ZNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEC2ERKS4_mm@@GLIBCXX_3.4.21
  FUNC:_ZNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEC2ERKS4_mmRKS3_@@GLIBCXX_3.4.21
  FUNC:_ZNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEC2ESt16initializer_listIcERKS3_@@GLIBCXX_3.4.21
*************** FUNC:_ZNSt7__cxx1112basic_stringIwSt11ch
*** 3209,3214 ****
--- 3216,3222 ----
  FUNC:_ZNSt7__cxx1112basic_stringIwSt11char_traitsIwESaIwEEC1ERKS3_@@GLIBCXX_3.4.21
  FUNC:_ZNSt7__cxx1112basic_stringIwSt11char_traitsIwESaIwEEC1ERKS4_@@GLIBCXX_3.4.21
  FUNC:_ZNSt7__cxx1112basic_stringIwSt11char_traitsIwESaIwEEC1ERKS4_RKS3_@@GLIBCXX_3.4.21
+ FUNC:_ZNSt7__cxx1112basic_stringIwSt11char_traitsIwESaIwEEC1ERKS4_mRKS3_@@GLIBCXX_3.4.23
  FUNC:_ZNSt7__cxx1112basic_stringIwSt11char_traitsIwESaIwEEC1ERKS4_mm@@GLIBCXX_3.4.21
  FUNC:_ZNSt7__cxx1112basic_stringIwSt11char_traitsIwESaIwEEC1ERKS4_mmRKS3_@@GLIBCXX_3.4.21
  FUNC:_ZNSt7__cxx1112basic_stringIwSt11char_traitsIwESaIwEEC1ESt16initializer_listIwERKS3_@@GLIBCXX_3.4.21
*************** FUNC:_ZNSt7__cxx1112basic_stringIwSt11ch
*** 3224,3229 ****
--- 3232,3238 ----
  FUNC:_ZNSt7__cxx1112basic_stringIwSt11char_traitsIwESaIwEEC2ERKS3_@@GLIBCXX_3.4.21
  FUNC:_ZNSt7__cxx1112basic_stringIwSt11char_traitsIwESaIwEEC2ERKS4_@@GLIBCXX_3.4.21
  FUNC:_ZNSt7__cxx1112basic_stringIwSt11char_traitsIwESaIwEEC2ERKS4_RKS3_@@GLIBCXX_3.4.21
+ FUNC:_ZNSt7__cxx1112basic_stringIwSt11char_traitsIwESaIwEEC2ERKS4_mRKS3_@@GLIBCXX_3.4.23
  FUNC:_ZNSt7__cxx1112basic_stringIwSt11char_traitsIwESaIwEEC2ERKS4_mm@@GLIBCXX_3.4.21
  FUNC:_ZNSt7__cxx1112basic_stringIwSt11char_traitsIwESaIwEEC2ERKS4_mmRKS3_@@GLIBCXX_3.4.21
  FUNC:_ZNSt7__cxx1112basic_stringIwSt11char_traitsIwESaIwEEC2ESt16initializer_listIwERKS3_@@GLIBCXX_3.4.21
*************** FUNC:_ZTv0_n24_NSt9strstreamD0Ev@@GLIBCX
*** 4114,4127 ****
--- 4123,4146 ----
  FUNC:_ZTv0_n24_NSt9strstreamD1Ev@@GLIBCXX_3.4
  FUNC:_ZdaPv@@GLIBCXX_3.4
  FUNC:_ZdaPvRKSt9nothrow_t@@GLIBCXX_3.4
+ FUNC:_ZdaPvSt11align_val_t@@CXXABI_1.3.11
+ FUNC:_ZdaPvSt11align_val_tRKSt9nothrow_t@@CXXABI_1.3.11
  FUNC:_ZdaPvm@@CXXABI_1.3.9
+ FUNC:_ZdaPvmSt11align_val_t@@CXXABI_1.3.11
  FUNC:_ZdlPv@@GLIBCXX_3.4
  FUNC:_ZdlPvRKSt9nothrow_t@@GLIBCXX_3.4
+ FUNC:_ZdlPvSt11align_val_t@@CXXABI_1.3.11
+ FUNC:_ZdlPvSt11align_val_tRKSt9nothrow_t@@CXXABI_1.3.11
  FUNC:_ZdlPvm@@CXXABI_1.3.9
+ FUNC:_ZdlPvmSt11align_val_t@@CXXABI_1.3.11
  FUNC:_Znam@@GLIBCXX_3.4
  FUNC:_ZnamRKSt9nothrow_t@@GLIBCXX_3.4
+ FUNC:_ZnamSt11align_val_t@@CXXABI_1.3.11
+ FUNC:_ZnamSt11align_val_tRKSt9nothrow_t@@CXXABI_1.3.11
  FUNC:_Znwm@@GLIBCXX_3.4
  FUNC:_ZnwmRKSt9nothrow_t@@GLIBCXX_3.4
+ FUNC:_ZnwmSt11align_val_t@@CXXABI_1.3.11
+ FUNC:_ZnwmSt11align_val_tRKSt9nothrow_t@@CXXABI_1.3.11
  FUNC:__atomic_flag_for_address@@GLIBCXX_3.4.11
  FUNC:__atomic_flag_wait_explicit@@GLIBCXX_3.4.11
  FUNC:__cxa_allocate_dependent_exception@@CXXABI_1.3.6
*************** FUNC:__cxa_get_globals_fast@@CXXABI_1.3
*** 4142,4147 ****
--- 4161,4167 ----
  FUNC:__cxa_guard_abort@@CXXABI_1.3
  FUNC:__cxa_guard_acquire@@CXXABI_1.3
  FUNC:__cxa_guard_release@@CXXABI_1.3
+ FUNC:__cxa_init_primary_exception@@CXXABI_1.3.11
  FUNC:__cxa_pure_virtual@@CXXABI_1.3
  FUNC:__cxa_rethrow@@CXXABI_1.3
  FUNC:__cxa_thread_atexit@@CXXABI_1.3.7
*************** FUNC:tanl@GLIBCXX_3.4
*** 4189,4194 ****
--- 4209,4215 ----
  OBJECT:0:CXXABI_1.3
  OBJECT:0:CXXABI_1.3.1
  OBJECT:0:CXXABI_1.3.10
+ OBJECT:0:CXXABI_1.3.11
  OBJECT:0:CXXABI_1.3.2
  OBJECT:0:CXXABI_1.3.3
  OBJECT:0:CXXABI_1.3.4
*************** OBJECT:0:GLIBCXX_3.4.20
*** 4216,4221 ****
--- 4237,4243 ----
  OBJECT:0:GLIBCXX_3.4.21
  OBJECT:0:GLIBCXX_3.4.22
  OBJECT:0:GLIBCXX_3.4.23
+ OBJECT:0:GLIBCXX_3.4.24
  OBJECT:0:GLIBCXX_3.4.3
  OBJECT:0:GLIBCXX_3.4.4
  OBJECT:0:GLIBCXX_3.4.5
diff -Nrcpad gcc-7.1.0/libstdc++-v3/config/abi/post/i386-linux-gnu/baseline_symbols.txt gcc-7.2.0/libstdc++-v3/config/abi/post/i386-linux-gnu/baseline_symbols.txt
*** gcc-7.1.0/libstdc++-v3/config/abi/post/i386-linux-gnu/baseline_symbols.txt	Mon Feb 13 15:38:33 2017
--- gcc-7.2.0/libstdc++-v3/config/abi/post/i386-linux-gnu/baseline_symbols.txt	Fri Jun 16 12:18:53 2017
*************** FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1EP
*** 1329,1334 ****
--- 1329,1335 ----
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1EPKwjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_@@GLIBCXX_3.4
+ FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jRKS1_@@GLIBCXX_3.4.24
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jj@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ESt16initializer_listIwERKS1_@@GLIBCXX_3.4.11
*************** FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2EP
*** 1342,1347 ****
--- 1343,1349 ----
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2EPKwjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_@@GLIBCXX_3.4
+ FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jRKS1_@@GLIBCXX_3.4.24
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jj@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ESt16initializer_listIwERKS1_@@GLIBCXX_3.4.11
*************** OBJECT:0:GLIBCXX_3.4.20
*** 4002,4007 ****
--- 4004,4010 ----
  OBJECT:0:GLIBCXX_3.4.21
  OBJECT:0:GLIBCXX_3.4.22
  OBJECT:0:GLIBCXX_3.4.23
+ OBJECT:0:GLIBCXX_3.4.24
  OBJECT:0:GLIBCXX_3.4.3
  OBJECT:0:GLIBCXX_3.4.4
  OBJECT:0:GLIBCXX_3.4.5
diff -Nrcpad gcc-7.1.0/libstdc++-v3/config/abi/post/i386-solaris2.10/amd64/baseline_symbols.txt gcc-7.2.0/libstdc++-v3/config/abi/post/i386-solaris2.10/amd64/baseline_symbols.txt
*** gcc-7.1.0/libstdc++-v3/config/abi/post/i386-solaris2.10/amd64/baseline_symbols.txt	Thu Feb  2 16:24:03 2017
--- gcc-7.2.0/libstdc++-v3/config/abi/post/i386-solaris2.10/amd64/baseline_symbols.txt	Mon Jun 19 10:12:07 2017
*************** OBJECT:0:GLIBCXX_3.4.20
*** 3963,3968 ****
--- 3963,3969 ----
  OBJECT:0:GLIBCXX_3.4.21
  OBJECT:0:GLIBCXX_3.4.22
  OBJECT:0:GLIBCXX_3.4.23
+ OBJECT:0:GLIBCXX_3.4.24
  OBJECT:0:GLIBCXX_3.4.3
  OBJECT:0:GLIBCXX_3.4.4
  OBJECT:0:GLIBCXX_3.4.5
diff -Nrcpad gcc-7.1.0/libstdc++-v3/config/abi/post/i386-solaris2.10/baseline_symbols.txt gcc-7.2.0/libstdc++-v3/config/abi/post/i386-solaris2.10/baseline_symbols.txt
*** gcc-7.1.0/libstdc++-v3/config/abi/post/i386-solaris2.10/baseline_symbols.txt	Thu Feb  2 16:24:03 2017
--- gcc-7.2.0/libstdc++-v3/config/abi/post/i386-solaris2.10/baseline_symbols.txt	Mon Jun 19 10:12:07 2017
*************** FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1EP
*** 1310,1315 ****
--- 1310,1316 ----
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1EPKwjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_@@GLIBCXX_3.4
+ FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jRKS1_@@GLIBCXX_3.4.24
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jj@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ESt16initializer_listIwERKS1_@@GLIBCXX_3.4.11
*************** FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2EP
*** 1323,1328 ****
--- 1324,1330 ----
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2EPKwjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_@@GLIBCXX_3.4
+ FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jRKS1_@@GLIBCXX_3.4.24
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jj@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ESt16initializer_listIwERKS1_@@GLIBCXX_3.4.11
*************** OBJECT:0:GLIBCXX_3.4.20
*** 3961,3966 ****
--- 3963,3969 ----
  OBJECT:0:GLIBCXX_3.4.21
  OBJECT:0:GLIBCXX_3.4.22
  OBJECT:0:GLIBCXX_3.4.23
+ OBJECT:0:GLIBCXX_3.4.24
  OBJECT:0:GLIBCXX_3.4.3
  OBJECT:0:GLIBCXX_3.4.4
  OBJECT:0:GLIBCXX_3.4.5
diff -Nrcpad gcc-7.1.0/libstdc++-v3/config/abi/post/i386-solaris2.11/amd64/baseline_symbols.txt gcc-7.2.0/libstdc++-v3/config/abi/post/i386-solaris2.11/amd64/baseline_symbols.txt
*** gcc-7.1.0/libstdc++-v3/config/abi/post/i386-solaris2.11/amd64/baseline_symbols.txt	Thu Feb  2 16:24:03 2017
--- gcc-7.2.0/libstdc++-v3/config/abi/post/i386-solaris2.11/amd64/baseline_symbols.txt	Mon Jun 19 10:12:07 2017
*************** OBJECT:0:GLIBCXX_3.4.20
*** 3965,3970 ****
--- 3965,3971 ----
  OBJECT:0:GLIBCXX_3.4.21
  OBJECT:0:GLIBCXX_3.4.22
  OBJECT:0:GLIBCXX_3.4.23
+ OBJECT:0:GLIBCXX_3.4.24
  OBJECT:0:GLIBCXX_3.4.3
  OBJECT:0:GLIBCXX_3.4.4
  OBJECT:0:GLIBCXX_3.4.5
diff -Nrcpad gcc-7.1.0/libstdc++-v3/config/abi/post/i386-solaris2.11/baseline_symbols.txt gcc-7.2.0/libstdc++-v3/config/abi/post/i386-solaris2.11/baseline_symbols.txt
*** gcc-7.1.0/libstdc++-v3/config/abi/post/i386-solaris2.11/baseline_symbols.txt	Thu Feb  2 16:24:03 2017
--- gcc-7.2.0/libstdc++-v3/config/abi/post/i386-solaris2.11/baseline_symbols.txt	Mon Jun 19 10:12:07 2017
*************** FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1EP
*** 1310,1315 ****
--- 1310,1316 ----
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1EPKwjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_@@GLIBCXX_3.4
+ FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jRKS1_@@GLIBCXX_3.4.24
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jj@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ESt16initializer_listIwERKS1_@@GLIBCXX_3.4.11
*************** FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2EP
*** 1323,1328 ****
--- 1324,1330 ----
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2EPKwjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_@@GLIBCXX_3.4
+ FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jRKS1_@@GLIBCXX_3.4.24
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jj@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ESt16initializer_listIwERKS1_@@GLIBCXX_3.4.11
*************** OBJECT:0:GLIBCXX_3.4.20
*** 3963,3968 ****
--- 3965,3971 ----
  OBJECT:0:GLIBCXX_3.4.21
  OBJECT:0:GLIBCXX_3.4.22
  OBJECT:0:GLIBCXX_3.4.23
+ OBJECT:0:GLIBCXX_3.4.24
  OBJECT:0:GLIBCXX_3.4.3
  OBJECT:0:GLIBCXX_3.4.4
  OBJECT:0:GLIBCXX_3.4.5
diff -Nrcpad gcc-7.1.0/libstdc++-v3/config/abi/post/i486-linux-gnu/baseline_symbols.txt gcc-7.2.0/libstdc++-v3/config/abi/post/i486-linux-gnu/baseline_symbols.txt
*** gcc-7.1.0/libstdc++-v3/config/abi/post/i486-linux-gnu/baseline_symbols.txt	Mon Feb 13 15:38:33 2017
--- gcc-7.2.0/libstdc++-v3/config/abi/post/i486-linux-gnu/baseline_symbols.txt	Fri Jun 16 14:31:58 2017
*************** FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1EP
*** 1329,1334 ****
--- 1329,1335 ----
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1EPKwjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_@@GLIBCXX_3.4
+ FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jRKS1_@@GLIBCXX_3.4.24
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jj@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ESt16initializer_listIwERKS1_@@GLIBCXX_3.4.11
*************** FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2EP
*** 1342,1347 ****
--- 1343,1349 ----
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2EPKwjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_@@GLIBCXX_3.4
+ FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jRKS1_@@GLIBCXX_3.4.24
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jj@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ESt16initializer_listIwERKS1_@@GLIBCXX_3.4.11
*************** OBJECT:0:GLIBCXX_3.4.20
*** 4002,4007 ****
--- 4004,4010 ----
  OBJECT:0:GLIBCXX_3.4.21
  OBJECT:0:GLIBCXX_3.4.22
  OBJECT:0:GLIBCXX_3.4.23
+ OBJECT:0:GLIBCXX_3.4.24
  OBJECT:0:GLIBCXX_3.4.3
  OBJECT:0:GLIBCXX_3.4.4
  OBJECT:0:GLIBCXX_3.4.5
diff -Nrcpad gcc-7.1.0/libstdc++-v3/config/abi/post/sparc-solaris2.10/baseline_symbols.txt gcc-7.2.0/libstdc++-v3/config/abi/post/sparc-solaris2.10/baseline_symbols.txt
*** gcc-7.1.0/libstdc++-v3/config/abi/post/sparc-solaris2.10/baseline_symbols.txt	Thu Feb  2 16:24:03 2017
--- gcc-7.2.0/libstdc++-v3/config/abi/post/sparc-solaris2.10/baseline_symbols.txt	Mon Jun 19 10:12:07 2017
*************** FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1EP
*** 1310,1315 ****
--- 1310,1316 ----
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1EPKwjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_@@GLIBCXX_3.4
+ FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jRKS1_@@GLIBCXX_3.4.24
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jj@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ESt16initializer_listIwERKS1_@@GLIBCXX_3.4.11
*************** FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2EP
*** 1323,1328 ****
--- 1324,1330 ----
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2EPKwjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_@@GLIBCXX_3.4
+ FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jRKS1_@@GLIBCXX_3.4.24
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jj@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ESt16initializer_listIwERKS1_@@GLIBCXX_3.4.11
*************** OBJECT:0:GLIBCXX_3.4.20
*** 3960,3965 ****
--- 3962,3968 ----
  OBJECT:0:GLIBCXX_3.4.21
  OBJECT:0:GLIBCXX_3.4.22
  OBJECT:0:GLIBCXX_3.4.23
+ OBJECT:0:GLIBCXX_3.4.24
  OBJECT:0:GLIBCXX_3.4.3
  OBJECT:0:GLIBCXX_3.4.4
  OBJECT:0:GLIBCXX_3.4.5
diff -Nrcpad gcc-7.1.0/libstdc++-v3/config/abi/post/sparc-solaris2.10/sparcv9/baseline_symbols.txt gcc-7.2.0/libstdc++-v3/config/abi/post/sparc-solaris2.10/sparcv9/baseline_symbols.txt
*** gcc-7.1.0/libstdc++-v3/config/abi/post/sparc-solaris2.10/sparcv9/baseline_symbols.txt	Thu Feb  2 16:24:03 2017
--- gcc-7.2.0/libstdc++-v3/config/abi/post/sparc-solaris2.10/sparcv9/baseline_symbols.txt	Mon Jun 19 10:12:07 2017
*************** OBJECT:0:GLIBCXX_3.4.20
*** 3962,3967 ****
--- 3962,3968 ----
  OBJECT:0:GLIBCXX_3.4.21
  OBJECT:0:GLIBCXX_3.4.22
  OBJECT:0:GLIBCXX_3.4.23
+ OBJECT:0:GLIBCXX_3.4.24
  OBJECT:0:GLIBCXX_3.4.3
  OBJECT:0:GLIBCXX_3.4.4
  OBJECT:0:GLIBCXX_3.4.5
diff -Nrcpad gcc-7.1.0/libstdc++-v3/config/abi/post/sparc-solaris2.11/baseline_symbols.txt gcc-7.2.0/libstdc++-v3/config/abi/post/sparc-solaris2.11/baseline_symbols.txt
*** gcc-7.1.0/libstdc++-v3/config/abi/post/sparc-solaris2.11/baseline_symbols.txt	Thu Feb  2 16:24:03 2017
--- gcc-7.2.0/libstdc++-v3/config/abi/post/sparc-solaris2.11/baseline_symbols.txt	Mon Jun 19 10:12:07 2017
*************** FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1EP
*** 1310,1315 ****
--- 1310,1316 ----
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1EPKwjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_@@GLIBCXX_3.4
+ FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jRKS1_@@GLIBCXX_3.4.24
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jj@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ESt16initializer_listIwERKS1_@@GLIBCXX_3.4.11
*************** FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2EP
*** 1323,1328 ****
--- 1324,1330 ----
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2EPKwjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_@@GLIBCXX_3.4
+ FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jRKS1_@@GLIBCXX_3.4.24
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jj@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ESt16initializer_listIwERKS1_@@GLIBCXX_3.4.11
*************** OBJECT:0:GLIBCXX_3.4.20
*** 3962,3967 ****
--- 3964,3970 ----
  OBJECT:0:GLIBCXX_3.4.21
  OBJECT:0:GLIBCXX_3.4.22
  OBJECT:0:GLIBCXX_3.4.23
+ OBJECT:0:GLIBCXX_3.4.24
  OBJECT:0:GLIBCXX_3.4.3
  OBJECT:0:GLIBCXX_3.4.4
  OBJECT:0:GLIBCXX_3.4.5
diff -Nrcpad gcc-7.1.0/libstdc++-v3/config/abi/post/sparc-solaris2.11/sparcv9/baseline_symbols.txt gcc-7.2.0/libstdc++-v3/config/abi/post/sparc-solaris2.11/sparcv9/baseline_symbols.txt
*** gcc-7.1.0/libstdc++-v3/config/abi/post/sparc-solaris2.11/sparcv9/baseline_symbols.txt	Thu Feb  2 16:24:03 2017
--- gcc-7.2.0/libstdc++-v3/config/abi/post/sparc-solaris2.11/sparcv9/baseline_symbols.txt	Mon Jun 19 10:12:07 2017
*************** OBJECT:0:GLIBCXX_3.4.20
*** 3964,3969 ****
--- 3964,3970 ----
  OBJECT:0:GLIBCXX_3.4.21
  OBJECT:0:GLIBCXX_3.4.22
  OBJECT:0:GLIBCXX_3.4.23
+ OBJECT:0:GLIBCXX_3.4.24
  OBJECT:0:GLIBCXX_3.4.3
  OBJECT:0:GLIBCXX_3.4.4
  OBJECT:0:GLIBCXX_3.4.5
diff -Nrcpad gcc-7.1.0/libstdc++-v3/config/abi/post/x86_64-linux-gnu/32/baseline_symbols.txt gcc-7.2.0/libstdc++-v3/config/abi/post/x86_64-linux-gnu/32/baseline_symbols.txt
*** gcc-7.1.0/libstdc++-v3/config/abi/post/x86_64-linux-gnu/32/baseline_symbols.txt	Mon Feb 13 15:38:33 2017
--- gcc-7.2.0/libstdc++-v3/config/abi/post/x86_64-linux-gnu/32/baseline_symbols.txt	Fri Jun 16 12:18:53 2017
*************** FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1EP
*** 1329,1334 ****
--- 1329,1335 ----
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1EPKwjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_@@GLIBCXX_3.4
+ FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jRKS1_@@GLIBCXX_3.4.24
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jj@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ESt16initializer_listIwERKS1_@@GLIBCXX_3.4.11
*************** FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2EP
*** 1342,1347 ****
--- 1343,1349 ----
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2EPKwjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_@@GLIBCXX_3.4
+ FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jRKS1_@@GLIBCXX_3.4.24
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jj@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ESt16initializer_listIwERKS1_@@GLIBCXX_3.4.11
*************** OBJECT:0:GLIBCXX_3.4.20
*** 4002,4007 ****
--- 4004,4010 ----
  OBJECT:0:GLIBCXX_3.4.21
  OBJECT:0:GLIBCXX_3.4.22
  OBJECT:0:GLIBCXX_3.4.23
+ OBJECT:0:GLIBCXX_3.4.24
  OBJECT:0:GLIBCXX_3.4.3
  OBJECT:0:GLIBCXX_3.4.4
  OBJECT:0:GLIBCXX_3.4.5
diff -Nrcpad gcc-7.1.0/libstdc++-v3/config/abi/post/x86_64-linux-gnu/x32/baseline_symbols.txt gcc-7.2.0/libstdc++-v3/config/abi/post/x86_64-linux-gnu/x32/baseline_symbols.txt
*** gcc-7.1.0/libstdc++-v3/config/abi/post/x86_64-linux-gnu/x32/baseline_symbols.txt	Mon Feb 13 16:47:35 2017
--- gcc-7.2.0/libstdc++-v3/config/abi/post/x86_64-linux-gnu/x32/baseline_symbols.txt	Sun Jun 18 19:00:49 2017
*************** FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1EP
*** 1329,1334 ****
--- 1329,1335 ----
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1EPKwjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_@@GLIBCXX_3.4
+ FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jRKS1_@@GLIBCXX_3.4.24
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jj@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ERKS2_jjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC1ESt16initializer_listIwERKS1_@@GLIBCXX_3.4.11
*************** FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2EP
*** 1342,1347 ****
--- 1343,1349 ----
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2EPKwjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_@@GLIBCXX_3.4
+ FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jRKS1_@@GLIBCXX_3.4.24
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jj@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ERKS2_jjRKS1_@@GLIBCXX_3.4
  FUNC:_ZNSbIwSt11char_traitsIwESaIwEEC2ESt16initializer_listIwERKS1_@@GLIBCXX_3.4.11
*************** OBJECT:0:GLIBCXX_3.4.20
*** 4002,4007 ****
--- 4004,4010 ----
  OBJECT:0:GLIBCXX_3.4.21
  OBJECT:0:GLIBCXX_3.4.22
  OBJECT:0:GLIBCXX_3.4.23
+ OBJECT:0:GLIBCXX_3.4.24
  OBJECT:0:GLIBCXX_3.4.3
  OBJECT:0:GLIBCXX_3.4.4
  OBJECT:0:GLIBCXX_3.4.5
diff -Nrcpad gcc-7.1.0/libstdc++-v3/config/abi/pre/gnu.ver gcc-7.2.0/libstdc++-v3/config/abi/pre/gnu.ver
*** gcc-7.1.0/libstdc++-v3/config/abi/pre/gnu.ver	Wed Feb  1 11:41:48 2017
--- gcc-7.2.0/libstdc++-v3/config/abi/pre/gnu.ver	Fri Jun 16 12:18:53 2017
*************** GLIBCXX_3.4.23 {
*** 1953,1958 ****
--- 1953,1959 ----
      # basic_string<C, T, A>::basic_string(const basic_string&, size_type, const A&)
      _ZNSt7__cxx1112basic_stringI[cw]St11char_traitsI[cw]ESaI[cw]EEC[12]ERKS4_[jmy]RKS3_;
      _ZNSsC[12]ERKSs[jmy]RKSaIcE;
+     # This should have been _[jmy]RKS1_ not _mRKS1_ (PR libstdc++/81092):
      _ZNSbIwSt11char_traitsIwESaIwEEC[12]ERKS2_mRKS1_;
  
  #ifndef HAVE_EXCEPTION_PTR_SINCE_GCC46
*************** GLIBCXX_3.4.23 {
*** 1967,1972 ****
--- 1968,1980 ----
  
  } GLIBCXX_3.4.22;
  
+ GLIBCXX_3.4.24 {
+ 
+     # These should have been in GLIBCXX_3.4.23 (PR libstdc++/81092):
+     _ZNSbIwSt11char_traitsIwESaIwEEC[12]ERKS2_[jy]RKS1_;
+ 
+ } GLIBCXX_3.4.23;
+ 
  # Symbols in the support library (libsupc++) have their own tag.
  CXXABI_1.3 {
  
diff -Nrcpad gcc-7.1.0/libstdc++-v3/configure gcc-7.2.0/libstdc++-v3/configure
*** gcc-7.1.0/libstdc++-v3/configure	Wed Mar 15 15:23:44 2017
--- gcc-7.2.0/libstdc++-v3/configure	Wed Jun 21 08:55:52 2017
*************** $as_echo "$as_me: WARNING: === Symbol ve
*** 79268,79274 ****
  fi
  
  # For libtool versioning info, format is CURRENT:REVISION:AGE
! libtool_VERSION=6:23:0
  
  # Everything parsed; figure out what files and settings to use.
  case $enable_symvers in
--- 79268,79274 ----
  fi
  
  # For libtool versioning info, format is CURRENT:REVISION:AGE
! libtool_VERSION=6:24:0
  
  # Everything parsed; figure out what files and settings to use.
  case $enable_symvers in
diff -Nrcpad gcc-7.1.0/libstdc++-v3/doc/html/manual/abi.html gcc-7.2.0/libstdc++-v3/doc/html/manual/abi.html
*** gcc-7.1.0/libstdc++-v3/doc/html/manual/abi.html	Wed Apr 19 16:49:21 2017
--- gcc-7.2.0/libstdc++-v3/doc/html/manual/abi.html	Fri Jun 16 12:18:53 2017
*************** compatible.
*** 110,116 ****
  	has the same filename and <code class="constant">DT_SONAME</code> as the
  	preceding release.
        </p><p>It is versioned as follows:
!     </p><div class="itemizedlist"><ul class="itemizedlist" style="list-style-type: disc; "><li class="listitem"><p>GCC 3.0.0: libstdc++.so.3.0.0</p></li><li class="listitem"><p>GCC 3.0.1: libstdc++.so.3.0.1</p></li><li class="listitem"><p>GCC 3.0.2: libstdc++.so.3.0.2</p></li><li class="listitem"><p>GCC 3.0.3: libstdc++.so.3.0.2 (See Note 1)</p></li><li class="listitem"><p>GCC 3.0.4: libstdc++.so.3.0.4</p></li><li class="listitem"><p>GCC 3.1.0: libstdc++.so.4.0.0 <span class="emphasis"><em>(Incompatible with previous)</em></span></p></li><li class="listitem"><p>GCC 3.1.1: libstdc++.so.4.0.1</p></li><li class="listitem"><p>GCC 3.2.0: libstdc++.so.5.0.0 <span class="emphasis"><em>(Incompatible with previous)</em></span></p></li><li class="listitem"><p>GCC 3.2.1: libstdc++.so.5.0.1</p></li><li class="listitem"><p>GCC 3.2.2: libstdc++.so.5.0.2</p></li><li class="listitem"><p>GCC 3.2.3: libstdc++.so.5.0.3 (See Note 2)</p></li><li class="listitem"><p>GCC 3.3.0: libstdc++.so.5.0.4</p></li><li class="listitem"><p>GCC 3.3.1: libstdc++.so.5.0.5</p></li><li class="listitem"><p>GCC 3.4.0: libstdc++.so.6.0.0 <span class="emphasis"><em>(Incompatible with previous)</em></span></p></li><li class="listitem"><p>GCC 3.4.1: libstdc++.so.6.0.1</p></li><li class="listitem"><p>GCC 3.4.2: libstdc++.so.6.0.2</p></li><li class="listitem"><p>GCC 3.4.3: libstdc++.so.6.0.3</p></li><li class="listitem"><p>GCC 4.0.0: libstdc++.so.6.0.4</p></li><li class="listitem"><p>GCC 4.0.1: libstdc++.so.6.0.5</p></li><li class="listitem"><p>GCC 4.0.2: libstdc++.so.6.0.6</p></li><li class="listitem"><p>GCC 4.0.3: libstdc++.so.6.0.7</p></li><li class="listitem"><p>GCC 4.1.0: libstdc++.so.6.0.7</p></li><li class="listitem"><p>GCC 4.1.1: libstdc++.so.6.0.8</p></li><li class="listitem"><p>GCC 4.2.0: libstdc++.so.6.0.9</p></li><li class="listitem"><p>GCC 4.2.1: libstdc++.so.6.0.9 (See Note 3)</p></li><li class="listitem"><p>GCC 4.2.2: libstdc++.so.6.0.9</p></li><li class="listitem"><p>GCC 4.3.0: libstdc++.so.6.0.10</p></li><li class="listitem"><p>GCC 4.4.0: libstdc++.so.6.0.11</p></li><li class="listitem"><p>GCC 4.4.1: libstdc++.so.6.0.12</p></li><li class="listitem"><p>GCC 4.4.2: libstdc++.so.6.0.13</p></li><li class="listitem"><p>GCC 4.5.0: libstdc++.so.6.0.14</p></li><li class="listitem"><p>GCC 4.6.0: libstdc++.so.6.0.15</p></li><li class="listitem"><p>GCC 4.6.1: libstdc++.so.6.0.16</p></li><li class="listitem"><p>GCC 4.7.0: libstdc++.so.6.0.17</p></li><li class="listitem"><p>GCC 4.8.0: libstdc++.so.6.0.18</p></li><li class="listitem"><p>GCC 4.8.3: libstdc++.so.6.0.19</p></li><li class="listitem"><p>GCC 4.9.0: libstdc++.so.6.0.20</p></li><li class="listitem"><p>GCC 5.1.0: libstdc++.so.6.0.21</p></li></ul></div><p>
        Note 1: Error should be libstdc++.so.3.0.3.
      </p><p>
        Note 2: Not strictly required.
--- 110,116 ----
  	has the same filename and <code class="constant">DT_SONAME</code> as the
  	preceding release.
        </p><p>It is versioned as follows:
!     </p><div class="itemizedlist"><ul class="itemizedlist" style="list-style-type: disc; "><li class="listitem"><p>GCC 3.0.0: libstdc++.so.3.0.0</p></li><li class="listitem"><p>GCC 3.0.1: libstdc++.so.3.0.1</p></li><li class="listitem"><p>GCC 3.0.2: libstdc++.so.3.0.2</p></li><li class="listitem"><p>GCC 3.0.3: libstdc++.so.3.0.2 (See Note 1)</p></li><li class="listitem"><p>GCC 3.0.4: libstdc++.so.3.0.4</p></li><li class="listitem"><p>GCC 3.1.0: libstdc++.so.4.0.0 <span class="emphasis"><em>(Incompatible with previous)</em></span></p></li><li class="listitem"><p>GCC 3.1.1: libstdc++.so.4.0.1</p></li><li class="listitem"><p>GCC 3.2.0: libstdc++.so.5.0.0 <span class="emphasis"><em>(Incompatible with previous)</em></span></p></li><li class="listitem"><p>GCC 3.2.1: libstdc++.so.5.0.1</p></li><li class="listitem"><p>GCC 3.2.2: libstdc++.so.5.0.2</p></li><li class="listitem"><p>GCC 3.2.3: libstdc++.so.5.0.3 (See Note 2)</p></li><li class="listitem"><p>GCC 3.3.0: libstdc++.so.5.0.4</p></li><li class="listitem"><p>GCC 3.3.1: libstdc++.so.5.0.5</p></li><li class="listitem"><p>GCC 3.4.0: libstdc++.so.6.0.0 <span class="emphasis"><em>(Incompatible with previous)</em></span></p></li><li class="listitem"><p>GCC 3.4.1: libstdc++.so.6.0.1</p></li><li class="listitem"><p>GCC 3.4.2: libstdc++.so.6.0.2</p></li><li class="listitem"><p>GCC 3.4.3: libstdc++.so.6.0.3</p></li><li class="listitem"><p>GCC 4.0.0: libstdc++.so.6.0.4</p></li><li class="listitem"><p>GCC 4.0.1: libstdc++.so.6.0.5</p></li><li class="listitem"><p>GCC 4.0.2: libstdc++.so.6.0.6</p></li><li class="listitem"><p>GCC 4.0.3: libstdc++.so.6.0.7</p></li><li class="listitem"><p>GCC 4.1.0: libstdc++.so.6.0.7</p></li><li class="listitem"><p>GCC 4.1.1: libstdc++.so.6.0.8</p></li><li class="listitem"><p>GCC 4.2.0: libstdc++.so.6.0.9</p></li><li class="listitem"><p>GCC 4.2.1: libstdc++.so.6.0.9 (See Note 3)</p></li><li class="listitem"><p>GCC 4.2.2: libstdc++.so.6.0.9</p></li><li class="listitem"><p>GCC 4.3.0: libstdc++.so.6.0.10</p></li><li class="listitem"><p>GCC 4.4.0: libstdc++.so.6.0.11</p></li><li class="listitem"><p>GCC 4.4.1: libstdc++.so.6.0.12</p></li><li class="listitem"><p>GCC 4.4.2: libstdc++.so.6.0.13</p></li><li class="listitem"><p>GCC 4.5.0: libstdc++.so.6.0.14</p></li><li class="listitem"><p>GCC 4.6.0: libstdc++.so.6.0.15</p></li><li class="listitem"><p>GCC 4.6.1: libstdc++.so.6.0.16</p></li><li class="listitem"><p>GCC 4.7.0: libstdc++.so.6.0.17</p></li><li class="listitem"><p>GCC 4.8.0: libstdc++.so.6.0.18</p></li><li class="listitem"><p>GCC 4.8.3: libstdc++.so.6.0.19</p></li><li class="listitem"><p>GCC 4.9.0: libstdc++.so.6.0.20</p></li><li class="listitem"><p>GCC 5.1.0: libstdc++.so.6.0.21</p></li><li class="listitem"><p>GCC 6.1.0: libstdc++.so.6.0.22</p></li><li class="listitem"><p>GCC 7.1.0: libstdc++.so.6.0.23</p></li><li class="listitem"><p>GCC 7.2.0: libstdc++.so.6.0.24</p></li></ul></div><p>
        Note 1: Error should be libstdc++.so.3.0.3.
      </p><p>
        Note 2: Not strictly required.
*************** compatible.
*** 128,134 ****
     GLIBCPP_3.2 for symbols that were introduced in the GCC 3.2.0
     release.) If a particular release is not listed, it has the same
     version labels as the preceding release.
!    </p><div class="itemizedlist"><ul class="itemizedlist" style="list-style-type: disc; "><li class="listitem"><p>GCC 3.0.0: (Error, not versioned)</p></li><li class="listitem"><p>GCC 3.0.1: (Error, not versioned)</p></li><li class="listitem"><p>GCC 3.0.2: (Error, not versioned)</p></li><li class="listitem"><p>GCC 3.0.3: (Error, not versioned)</p></li><li class="listitem"><p>GCC 3.0.4: (Error, not versioned)</p></li><li class="listitem"><p>GCC 3.1.0: GLIBCPP_3.1, CXXABI_1</p></li><li class="listitem"><p>GCC 3.1.1: GLIBCPP_3.1, CXXABI_1</p></li><li class="listitem"><p>GCC 3.2.0: GLIBCPP_3.2, CXXABI_1.2</p></li><li class="listitem"><p>GCC 3.2.1: GLIBCPP_3.2.1, CXXABI_1.2</p></li><li class="listitem"><p>GCC 3.2.2: GLIBCPP_3.2.2, CXXABI_1.2</p></li><li class="listitem"><p>GCC 3.2.3: GLIBCPP_3.2.2, CXXABI_1.2</p></li><li class="listitem"><p>GCC 3.3.0: GLIBCPP_3.2.2, CXXABI_1.2.1</p></li><li class="listitem"><p>GCC 3.3.1: GLIBCPP_3.2.3, CXXABI_1.2.1</p></li><li class="listitem"><p>GCC 3.3.2: GLIBCPP_3.2.3, CXXABI_1.2.1</p></li><li class="listitem"><p>GCC 3.3.3: GLIBCPP_3.2.3, CXXABI_1.2.1</p></li><li class="listitem"><p>GCC 3.4.0: GLIBCXX_3.4, CXXABI_1.3</p></li><li class="listitem"><p>GCC 3.4.1: GLIBCXX_3.4.1, CXXABI_1.3</p></li><li class="listitem"><p>GCC 3.4.2: GLIBCXX_3.4.2</p></li><li class="listitem"><p>GCC 3.4.3: GLIBCXX_3.4.3</p></li><li class="listitem"><p>GCC 4.0.0: GLIBCXX_3.4.4, CXXABI_1.3.1</p></li><li class="listitem"><p>GCC 4.0.1: GLIBCXX_3.4.5</p></li><li class="listitem"><p>GCC 4.0.2: GLIBCXX_3.4.6</p></li><li class="listitem"><p>GCC 4.0.3: GLIBCXX_3.4.7</p></li><li class="listitem"><p>GCC 4.1.1: GLIBCXX_3.4.8</p></li><li class="listitem"><p>GCC 4.2.0: GLIBCXX_3.4.9</p></li><li class="listitem"><p>GCC 4.3.0: GLIBCXX_3.4.10, CXXABI_1.3.2</p></li><li class="listitem"><p>GCC 4.4.0: GLIBCXX_3.4.11, CXXABI_1.3.3</p></li><li class="listitem"><p>GCC 4.4.1: GLIBCXX_3.4.12, CXXABI_1.3.3</p></li><li class="listitem"><p>GCC 4.4.2: GLIBCXX_3.4.13, CXXABI_1.3.3</p></li><li class="listitem"><p>GCC 4.5.0: GLIBCXX_3.4.14, CXXABI_1.3.4</p></li><li class="listitem"><p>GCC 4.6.0: GLIBCXX_3.4.15, CXXABI_1.3.5</p></li><li class="listitem"><p>GCC 4.6.1: GLIBCXX_3.4.16, CXXABI_1.3.5</p></li><li class="listitem"><p>GCC 4.7.0: GLIBCXX_3.4.17, CXXABI_1.3.6</p></li><li class="listitem"><p>GCC 4.8.0: GLIBCXX_3.4.18, CXXABI_1.3.7</p></li><li class="listitem"><p>GCC 4.8.3: GLIBCXX_3.4.19, CXXABI_1.3.7</p></li><li class="listitem"><p>GCC 4.9.0: GLIBCXX_3.4.20, CXXABI_1.3.8</p></li><li class="listitem"><p>GCC 5.1.0: GLIBCXX_3.4.21, CXXABI_1.3.9</p></li><li class="listitem"><p>GCC 6.1.0: GLIBCXX_3.4.22, CXXABI_1.3.10</p></li></ul></div></li><li class="listitem"><p>Incremental bumping of a compiler pre-defined macro,
      __GXX_ABI_VERSION. This macro is defined as the version of the
      compiler v3 ABI, with g++ 3.0 being version 100. This macro will
      be automatically defined whenever g++ is used (the curious can
--- 128,134 ----
     GLIBCPP_3.2 for symbols that were introduced in the GCC 3.2.0
     release.) If a particular release is not listed, it has the same
     version labels as the preceding release.
!    </p><div class="itemizedlist"><ul class="itemizedlist" style="list-style-type: disc; "><li class="listitem"><p>GCC 3.0.0: (Error, not versioned)</p></li><li class="listitem"><p>GCC 3.0.1: (Error, not versioned)</p></li><li class="listitem"><p>GCC 3.0.2: (Error, not versioned)</p></li><li class="listitem"><p>GCC 3.0.3: (Error, not versioned)</p></li><li class="listitem"><p>GCC 3.0.4: (Error, not versioned)</p></li><li class="listitem"><p>GCC 3.1.0: GLIBCPP_3.1, CXXABI_1</p></li><li class="listitem"><p>GCC 3.1.1: GLIBCPP_3.1, CXXABI_1</p></li><li class="listitem"><p>GCC 3.2.0: GLIBCPP_3.2, CXXABI_1.2</p></li><li class="listitem"><p>GCC 3.2.1: GLIBCPP_3.2.1, CXXABI_1.2</p></li><li class="listitem"><p>GCC 3.2.2: GLIBCPP_3.2.2, CXXABI_1.2</p></li><li class="listitem"><p>GCC 3.2.3: GLIBCPP_3.2.2, CXXABI_1.2</p></li><li class="listitem"><p>GCC 3.3.0: GLIBCPP_3.2.2, CXXABI_1.2.1</p></li><li class="listitem"><p>GCC 3.3.1: GLIBCPP_3.2.3, CXXABI_1.2.1</p></li><li class="listitem"><p>GCC 3.3.2: GLIBCPP_3.2.3, CXXABI_1.2.1</p></li><li class="listitem"><p>GCC 3.3.3: GLIBCPP_3.2.3, CXXABI_1.2.1</p></li><li class="listitem"><p>GCC 3.4.0: GLIBCXX_3.4, CXXABI_1.3</p></li><li class="listitem"><p>GCC 3.4.1: GLIBCXX_3.4.1, CXXABI_1.3</p></li><li class="listitem"><p>GCC 3.4.2: GLIBCXX_3.4.2</p></li><li class="listitem"><p>GCC 3.4.3: GLIBCXX_3.4.3</p></li><li class="listitem"><p>GCC 4.0.0: GLIBCXX_3.4.4, CXXABI_1.3.1</p></li><li class="listitem"><p>GCC 4.0.1: GLIBCXX_3.4.5</p></li><li class="listitem"><p>GCC 4.0.2: GLIBCXX_3.4.6</p></li><li class="listitem"><p>GCC 4.0.3: GLIBCXX_3.4.7</p></li><li class="listitem"><p>GCC 4.1.1: GLIBCXX_3.4.8</p></li><li class="listitem"><p>GCC 4.2.0: GLIBCXX_3.4.9</p></li><li class="listitem"><p>GCC 4.3.0: GLIBCXX_3.4.10, CXXABI_1.3.2</p></li><li class="listitem"><p>GCC 4.4.0: GLIBCXX_3.4.11, CXXABI_1.3.3</p></li><li class="listitem"><p>GCC 4.4.1: GLIBCXX_3.4.12, CXXABI_1.3.3</p></li><li class="listitem"><p>GCC 4.4.2: GLIBCXX_3.4.13, CXXABI_1.3.3</p></li><li class="listitem"><p>GCC 4.5.0: GLIBCXX_3.4.14, CXXABI_1.3.4</p></li><li class="listitem"><p>GCC 4.6.0: GLIBCXX_3.4.15, CXXABI_1.3.5</p></li><li class="listitem"><p>GCC 4.6.1: GLIBCXX_3.4.16, CXXABI_1.3.5</p></li><li class="listitem"><p>GCC 4.7.0: GLIBCXX_3.4.17, CXXABI_1.3.6</p></li><li class="listitem"><p>GCC 4.8.0: GLIBCXX_3.4.18, CXXABI_1.3.7</p></li><li class="listitem"><p>GCC 4.8.3: GLIBCXX_3.4.19, CXXABI_1.3.7</p></li><li class="listitem"><p>GCC 4.9.0: GLIBCXX_3.4.20, CXXABI_1.3.8</p></li><li class="listitem"><p>GCC 5.1.0: GLIBCXX_3.4.21, CXXABI_1.3.9</p></li><li class="listitem"><p>GCC 6.1.0: GLIBCXX_3.4.22, CXXABI_1.3.10</p></li><li class="listitem"><p>GCC 7.1.0: GLIBCXX_3.4.23, CXXABI_1.3.11</p></li><li class="listitem"><p>GCC 7.2.0: GLIBCXX_3.4.24, CXXABI_1.3.11</p></li></ul></div></li><li class="listitem"><p>Incremental bumping of a compiler pre-defined macro,
      __GXX_ABI_VERSION. This macro is defined as the version of the
      compiler v3 ABI, with g++ 3.0 being version 100. This macro will
      be automatically defined whenever g++ is used (the curious can
diff -Nrcpad gcc-7.1.0/libstdc++-v3/doc/html/manual/appendix_porting.html gcc-7.2.0/libstdc++-v3/doc/html/manual/appendix_porting.html
*** gcc-7.1.0/libstdc++-v3/doc/html/manual/appendix_porting.html	Thu Mar 23 19:40:21 2017
--- gcc-7.2.0/libstdc++-v3/doc/html/manual/appendix_porting.html	Thu May 18 10:10:12 2017
*************** version(s). Edit the file <code class="f
*** 329,334 ****
--- 329,340 ----
  file to add the new versions to the <code class="varname">known_versions</code> list,
  and update the checks for the latest versions that set the
  <code class="varname">latestp</code> variable).
+ </p></li><li class="listitem"><p>
+ Add the library (<code class="filename">libstdc++.so.6.0.X</code>)
+ and symbols versions
+ (<code class="literal">GLIBCXX_3.4.X</code> and <code class="literal">CXXABI_1.3.Y</code>)
+ to the <a class="link" href="abi.html#abi.versioning.history" title="History">History</a> section in
+ <code class="filename">doc/xml/manual/abi.xml</code> at the relevant places.
  </p></li></ul></div><p>
  Once the new symbol version has been added you can add the names of your new
  symbols in the new version node:
diff -Nrcpad gcc-7.1.0/libstdc++-v3/doc/html/manual/bugs.html gcc-7.2.0/libstdc++-v3/doc/html/manual/bugs.html
*** gcc-7.1.0/libstdc++-v3/doc/html/manual/bugs.html	Wed Feb  8 12:02:36 2017
--- gcc-7.2.0/libstdc++-v3/doc/html/manual/bugs.html	Tue Jul 25 18:05:25 2017
***************
*** 504,507 ****
--- 504,521 ----
         </em></span>
      </span></dt><dd><p>Remove special handling for <code class="code">reference_wrapper</code>
        arguments and store them directly as the target object.
+     </p></dd><dt><span class="term"><a class="link" href="http://www.open-std.org/jtc1/sc22/wg21/docs/lwg-defects.html#2802" target="_top">2802</a>:
+        <span class="emphasis"><em>Add noexcept to several <code class="code">shared_ptr</code> related
+          functions
+        </em></span>
+     </span></dt><dd><p>Add noexcept.
+     </p></dd><dt><span class="term"><a class="link" href="http://www.open-std.org/jtc1/sc22/wg21/docs/lwg-defects.html#2873" target="_top">2873</a>:
+        <span class="emphasis"><em><code class="code">shared_ptr</code> constructor requirements for a deleter
+        </em></span>
+     </span></dt><dd><p>Use rvalues for deleters.
+     </p></dd><dt><span class="term"><a class="link" href="http://www.open-std.org/jtc1/sc22/wg21/docs/lwg-defects.html#2942" target="_top">2942</a>:
+        <span class="emphasis"><em>LWG 2873's resolution missed
+          <code class="code">weak_ptr::owner_before</code>
+        </em></span>
+     </span></dt><dd><p>Add noexcept.
      </p></dd></dl></div></div></div><div class="navfooter"><hr /><table width="100%" summary="Navigation footer"><tr><td width="40%" align="left"><a accesskey="p" href="license.html">Prev</a>Â </td><td width="20%" align="center"><a accesskey="u" href="status.html">Up</a></td><td width="40%" align="right">Â <a accesskey="n" href="setup.html">Next</a></td></tr><tr><td width="40%" align="left" valign="top">LicenseÂ </td><td width="20%" align="center"><a accesskey="h" href="../index.html">Home</a></td><td width="40%" align="right" valign="top">Â ChapterÂ 2.Â Setup</td></tr></table></div></body></html>
\ No newline at end of file
diff -Nrcpad gcc-7.1.0/libstdc++-v3/doc/html/manual/memory.html gcc-7.2.0/libstdc++-v3/doc/html/manual/memory.html
*** gcc-7.1.0/libstdc++-v3/doc/html/manual/memory.html	Sun Mar  5 18:38:35 2017
--- gcc-7.2.0/libstdc++-v3/doc/html/manual/memory.html	Fri Jun 16 12:19:54 2017
***************
*** 119,126 ****
         Over multiple iterations, various STL container
       objects have elements inserted to some maximum amount. A variety
       of allocators are tested.
!      Test source for <a class="link" href="http://gcc.gnu.org/viewcvs/trunk/libstdc%2B%2B-v3/testsuite/performance/23_containers/insert/sequence.cc?view=markup" target="_top">sequence</a>
!      and <a class="link" href="http://gcc.gnu.org/viewcvs/trunk/libstdc%2B%2B-v3/testsuite/performance/23_containers/insert/associative.cc?view=markup" target="_top">associative</a>
       containers.
         </p></li><li class="listitem"><p>
         Insertion and erasure in a multi-threaded environment.
--- 119,126 ----
         Over multiple iterations, various STL container
       objects have elements inserted to some maximum amount. A variety
       of allocators are tested.
!      Test source for <a class="link" href="http://gcc.gnu.org/viewcvs/gcc/trunk/libstdc%2B%2B-v3/testsuite/performance/23_containers/insert/sequence.cc?view=markup" target="_top">sequence</a>
!      and <a class="link" href="http://gcc.gnu.org/viewcvs/gcc/trunk/libstdc%2B%2B-v3/testsuite/performance/23_containers/insert/associative.cc?view=markup" target="_top">associative</a>
       containers.
         </p></li><li class="listitem"><p>
         Insertion and erasure in a multi-threaded environment.
***************
*** 129,142 ****
       on a per-thread basis, as well as measuring thread contention
       for memory resources.
       Test source
!     <a class="link" href="http://gcc.gnu.org/viewcvs/trunk/libstdc%2B%2B-v3/testsuite/performance/23_containers/insert_erase/associative.cc?view=markup" target="_top">here</a>.
         </p></li><li class="listitem"><p>
  	 A threaded producer/consumer model.
         </p><p>
         Test source for
!      <a class="link" href="http://gcc.gnu.org/viewcvs/trunk/libstdc++-v3/testsuite/performance/23_containers/producer_consumer/sequence.cc?view=markup" target="_top">sequence</a>
       and
!      <a class="link" href="http://gcc.gnu.org/viewcvs/trunk/libstdc++-v3/testsuite/performance/23_containers/producer_consumer/associative.cc?view=markup" target="_top">associative</a>
       containers.
       </p></li></ol></div><p>
       The current default choice for
--- 129,142 ----
       on a per-thread basis, as well as measuring thread contention
       for memory resources.
       Test source
!     <a class="link" href="http://gcc.gnu.org/viewcvs/gcc/trunk/libstdc%2B%2B-v3/testsuite/performance/23_containers/insert_erase/associative.cc?view=markup" target="_top">here</a>.
         </p></li><li class="listitem"><p>
  	 A threaded producer/consumer model.
         </p><p>
         Test source for
!      <a class="link" href="http://gcc.gnu.org/viewcvs/gcc/trunk/libstdc++-v3/testsuite/performance/23_containers/producer_consumer/sequence.cc?view=markup" target="_top">sequence</a>
       and
!      <a class="link" href="http://gcc.gnu.org/viewcvs/gcc/trunk/libstdc++-v3/testsuite/performance/23_containers/producer_consumer/associative.cc?view=markup" target="_top">associative</a>
       containers.
       </p></li></ol></div><p>
       The current default choice for
diff -Nrcpad gcc-7.1.0/libstdc++-v3/doc/html/manual/mt_allocator_impl.html gcc-7.2.0/libstdc++-v3/doc/html/manual/mt_allocator_impl.html
*** gcc-7.1.0/libstdc++-v3/doc/html/manual/mt_allocator_impl.html	Tue Apr  2 00:09:44 2013
--- gcc-7.2.0/libstdc++-v3/doc/html/manual/mt_allocator_impl.html	Fri Jun 16 12:19:54 2017
*************** containers, this works, as an instance o
*** 155,160 ****
  as part of a container's constructor. However, this assumption is
  implementation-specific, and subject to change. For an example of a
  pool that frees memory, see the following
!     <a class="link" href="http://gcc.gnu.org/viewcvs/trunk/libstdc++-v3/testsuite/ext/mt_allocator/deallocate_local-6.cc?view=markup" target="_top">
      example.</a>
  </p></div></div><div class="navfooter"><hr /><table width="100%" summary="Navigation footer"><tr><td width="40%" align="left"><a accesskey="p" href="mt_allocator_design.html">Prev</a>Â </td><td width="20%" align="center"><a accesskey="u" href="mt_allocator.html">Up</a></td><td width="40%" align="right">Â <a accesskey="n" href="mt_allocator_ex_single.html">Next</a></td></tr><tr><td width="40%" align="left" valign="top">Design IssuesÂ </td><td width="20%" align="center"><a accesskey="h" href="../index.html">Home</a></td><td width="40%" align="right" valign="top">Â Single Thread Example</td></tr></table></div></body></html>
\ No newline at end of file
--- 155,160 ----
  as part of a container's constructor. However, this assumption is
  implementation-specific, and subject to change. For an example of a
  pool that frees memory, see the following
!     <a class="link" href="http://gcc.gnu.org/viewcvs/gcc/trunk/libstdc++-v3/testsuite/ext/mt_allocator/deallocate_local-6.cc?view=markup" target="_top">
      example.</a>
  </p></div></div><div class="navfooter"><hr /><table width="100%" summary="Navigation footer"><tr><td width="40%" align="left"><a accesskey="p" href="mt_allocator_design.html">Prev</a>Â </td><td width="20%" align="center"><a accesskey="u" href="mt_allocator.html">Up</a></td><td width="40%" align="right">Â <a accesskey="n" href="mt_allocator_ex_single.html">Next</a></td></tr><tr><td width="40%" align="left" valign="top">Design IssuesÂ </td><td width="20%" align="center"><a accesskey="h" href="../index.html">Home</a></td><td width="40%" align="right" valign="top">Â Single Thread Example</td></tr></table></div></body></html>
\ No newline at end of file
diff -Nrcpad gcc-7.1.0/libstdc++-v3/doc/html/manual/policy_based_data_structures_test.html gcc-7.2.0/libstdc++-v3/doc/html/manual/policy_based_data_structures_test.html
*** gcc-7.1.0/libstdc++-v3/doc/html/manual/policy_based_data_structures_test.html	Tue Apr  2 00:09:44 2013
--- gcc-7.2.0/libstdc++-v3/doc/html/manual/policy_based_data_structures_test.html	Thu May 18 10:28:38 2017
***************
*** 43,49 ****
  	  </p></div><div class="section"><div class="titlepage"><div><div><h6 class="title"><a id="hash.text_find.results"></a>
  	    Results
  	  </h6></div></div></div><p>The graphic below show the results for the native
! 	  and collision-chaining hash types the the function
  	  applied being a text find timing test using
  	  <code class="function">find</code>.
  	  </p><div class="informalfigure"><div class="mediaobject" align="center"><img src="../images/pbds_hash_text_find.png" align="middle" /></div></div><p>
--- 43,49 ----
  	  </p></div><div class="section"><div class="titlepage"><div><div><h6 class="title"><a id="hash.text_find.results"></a>
  	    Results
  	  </h6></div></div></div><p>The graphic below show the results for the native
! 	  and collision-chaining hash types the function
  	  applied being a text find timing test using
  	  <code class="function">find</code>.
  	  </p><div class="informalfigure"><div class="mediaobject" align="center"><img src="../images/pbds_hash_text_find.png" align="middle" /></div></div><p>
diff -Nrcpad gcc-7.1.0/libstdc++-v3/doc/html/manual/policy_data_structures.html gcc-7.2.0/libstdc++-v3/doc/html/manual/policy_data_structures.html
*** gcc-7.1.0/libstdc++-v3/doc/html/manual/policy_data_structures.html	Sun Mar  5 18:38:35 2017
--- gcc-7.2.0/libstdc++-v3/doc/html/manual/policy_data_structures.html	Thu May 18 10:28:38 2017
***************
*** 172,178 ****
  	  <code class="code">push</code> and <code class="code">pop</code> operations, differs from the
  	  others in terms of its invalidation guarantees. Other design
  	  decisions also impact the cost and placement of the overhead, at the
! 	  expense of more difference in the the kinds of operations that the
  	  underlying data structure can support. These differences pose a
  	  challenge when creating a uniform interface for priority queues.
  	</p></div></div><div class="section"><div class="titlepage"><div><div><h3 class="title"><a id="pbds.intro.motivation"></a>Goals</h3></div></div></div><p>
--- 172,178 ----
  	  <code class="code">push</code> and <code class="code">pop</code> operations, differs from the
  	  others in terms of its invalidation guarantees. Other design
  	  decisions also impact the cost and placement of the overhead, at the
! 	  expense of more difference in the kinds of operations that the
  	  underlying data structure can support. These differences pose a
  	  challenge when creating a uniform interface for priority queues.
  	</p></div></div><div class="section"><div class="titlepage"><div><div><h3 class="title"><a id="pbds.intro.motivation"></a>Goals</h3></div></div></div><p>
diff -Nrcpad gcc-7.1.0/libstdc++-v3/doc/html/manual/source_code_style.html gcc-7.2.0/libstdc++-v3/doc/html/manual/source_code_style.html
*** gcc-7.1.0/libstdc++-v3/doc/html/manual/source_code_style.html	Tue Apr  2 00:09:44 2013
--- gcc-7.2.0/libstdc++-v3/doc/html/manual/source_code_style.html	Fri Jun 16 12:19:54 2017
***************
*** 478,484 ****
  Â Â Â Â Â Â Examples:Â <code class="code">_S_max_elementsÂ Â _S_default_value</code><br />
  <br />
  Â Â Â Â Â Â Don'tÂ useÂ namesÂ inÂ theÂ sameÂ scopeÂ thatÂ differÂ onlyÂ inÂ theÂ prefix,<br />
! Â Â Â Â Â Â e.g.Â _S_topÂ andÂ _M_top.Â SeeÂ BADNAMESÂ forÂ aÂ listÂ ofÂ forbiddenÂ names.<br />
  Â Â Â Â Â Â (TheÂ mostÂ temptingÂ ofÂ theseÂ seemÂ toÂ beÂ andÂ "_T"Â andÂ "__sz".)<br />
  <br />
  Â Â Â Â Â Â NamesÂ mustÂ neverÂ haveÂ "__"Â internally;Â itÂ wouldÂ confuseÂ name<br />
--- 478,484 ----
  Â Â Â Â Â Â Examples:Â <code class="code">_S_max_elementsÂ Â _S_default_value</code><br />
  <br />
  Â Â Â Â Â Â Don'tÂ useÂ namesÂ inÂ theÂ sameÂ scopeÂ thatÂ differÂ onlyÂ inÂ theÂ prefix,<br />
! Â Â Â Â Â Â e.g.Â _S_topÂ andÂ _M_top.Â SeeÂ <a class="link" href="source_code_style.html#coding_style.bad_identifiers" title="Bad Identifiers">BADNAMES</a>Â forÂ aÂ listÂ ofÂ forbiddenÂ names.<br />
  Â Â Â Â Â Â (TheÂ mostÂ temptingÂ ofÂ theseÂ seemÂ toÂ beÂ andÂ "_T"Â andÂ "__sz".)<br />
  <br />
  Â Â Â Â Â Â NamesÂ mustÂ neverÂ haveÂ "__"Â internally;Â itÂ wouldÂ confuseÂ name<br />
diff -Nrcpad gcc-7.1.0/libstdc++-v3/doc/html/manual/source_organization.html gcc-7.2.0/libstdc++-v3/doc/html/manual/source_organization.html
*** gcc-7.1.0/libstdc++-v3/doc/html/manual/source_organization.html	Mon Apr  3 17:16:01 2017
--- gcc-7.2.0/libstdc++-v3/doc/html/manual/source_organization.html	Fri Jun 16 12:19:54 2017
*************** It has subdirectories:
*** 70,76 ****
      library.  Support for "make check" and "make check-install" is
      complete, and runs through all the subdirectories here when this
      command is issued from the build directory.  Please note that
!     "make check" requires DejaGNU 1.4 or later to be installed.
      </dd></dl></div><p>
  Other subdirectories contain variant versions of certain files
  that are meant to be copied or linked by the configure script.
--- 70,78 ----
      library.  Support for "make check" and "make check-install" is
      complete, and runs through all the subdirectories here when this
      command is issued from the build directory.  Please note that
!     "make check" requires DejaGnu 1.4 or later to be installed,
!     or for extra <a class="link" href="test.html#test.run.permutations" title="Permutations">permutations</a>
!     DejaGnu 1.5.3 or later.
      </dd></dl></div><p>
  Other subdirectories contain variant versions of certain files
  that are meant to be copied or linked by the configure script.
diff -Nrcpad gcc-7.1.0/libstdc++-v3/doc/html/manual/status.html gcc-7.2.0/libstdc++-v3/doc/html/manual/status.html
*** gcc-7.1.0/libstdc++-v3/doc/html/manual/status.html	Wed Apr 19 16:49:21 2017
--- gcc-7.2.0/libstdc++-v3/doc/html/manual/status.html	Tue Jul 25 18:05:07 2017
*************** Feature-testing recommendations for C++<
*** 824,834 ****
  	<a class="link" href="http://www.open-std.org/jtc1/sc22/wg21/docs/papers/2015/n4502.pdf" target="_top">
  	  N4502
  	</a>
!       </td><td align="left"> Support for the C++ Detection Idiom, V2 </td><td align="left">Y</td><td align="left">Library Fundamentals 2 TS</td></tr><tr bgcolor="#C8B0B0"><td align="left">
  	<a class="link" href="http://www.open-std.org/jtc1/sc22/wg21/docs/papers/2015/n4519.pdf" target="_top">
  	  N4519
  	</a>
!       </td><td align="left"> Source-Code Information Capture </td><td align="left">N</td><td align="left">Library Fundamentals 2 TS</td></tr><tr bgcolor="#C8B0B0"><td align="left">
  	<a class="link" href="http://www.open-std.org/jtc1/sc22/wg21/docs/papers/2015/n4521.html" target="_top">
  	  N4521
  	</a>
--- 824,834 ----
  	<a class="link" href="http://www.open-std.org/jtc1/sc22/wg21/docs/papers/2015/n4502.pdf" target="_top">
  	  N4502
  	</a>
!       </td><td align="left"> Support for the C++ Detection Idiom, V2 </td><td align="left">Y</td><td align="left">Library Fundamentals 2 TS</td></tr><tr><td align="left">
  	<a class="link" href="http://www.open-std.org/jtc1/sc22/wg21/docs/papers/2015/n4519.pdf" target="_top">
  	  N4519
  	</a>
!       </td><td align="left"> Source-Code Information Capture </td><td align="left">Y</td><td align="left">Library Fundamentals 2 TS</td></tr><tr bgcolor="#C8B0B0"><td align="left">
  	<a class="link" href="http://www.open-std.org/jtc1/sc22/wg21/docs/papers/2015/n4521.html" target="_top">
  	  N4521
  	</a>
diff -Nrcpad gcc-7.1.0/libstdc++-v3/doc/html/manual/test.html gcc-7.2.0/libstdc++-v3/doc/html/manual/test.html
*** gcc-7.1.0/libstdc++-v3/doc/html/manual/test.html	Wed Apr 19 16:49:21 2017
--- gcc-7.2.0/libstdc++-v3/doc/html/manual/test.html	Fri Jun 16 12:19:54 2017
*************** cat 27_io/objects/char/3_xin.in | a.out<
*** 327,339 ****
        For example, to run the tests with
        <code class="option">-O1 -D_GLIBCXX_ASSERTIONS</code>
        you could use:
! </p><pre class="programlisting">    make RUNTESTFLAGS=--target_board=unix/-O1/-D_GLIBCXX_ASSERTIONS</pre><p>
      </p><p>
        The <code class="option">--target_board</code> option can also be used to run the
        tests multiple times in different variations. For example, to run the
        entire testsuite three times using <code class="option">-O3</code> but with
        different <code class="option">-std</code> options:
! </p><pre class="programlisting">    make 'RUNTESTFLAGS=--target_board=unix/-O3\"{-std=gnu++98,-std=gnu++11,-std=gnu++14}\"'</pre><p>
        N.B. that set of variations could also be written as
        <code class="literal">unix/-O3\"{-std=gnu++98,-std=gnu++11,}\"</code> so that
        the third variation would use the default for <code class="option">-std</code>
--- 327,339 ----
        For example, to run the tests with
        <code class="option">-O1 -D_GLIBCXX_ASSERTIONS</code>
        you could use:
! </p><pre class="programlisting">    make check RUNTESTFLAGS=--target_board=unix/-O1/-D_GLIBCXX_ASSERTIONS</pre><p>
      </p><p>
        The <code class="option">--target_board</code> option can also be used to run the
        tests multiple times in different variations. For example, to run the
        entire testsuite three times using <code class="option">-O3</code> but with
        different <code class="option">-std</code> options:
! </p><pre class="programlisting">    make check 'RUNTESTFLAGS=--target_board=unix/-O3\"{-std=gnu++98,-std=gnu++11,-std=gnu++14}\"'</pre><p>
        N.B. that set of variations could also be written as
        <code class="literal">unix/-O3\"{-std=gnu++98,-std=gnu++11,}\"</code> so that
        the third variation would use the default for <code class="option">-std</code>
diff -Nrcpad gcc-7.1.0/libstdc++-v3/doc/xml/manual/abi.xml gcc-7.2.0/libstdc++-v3/doc/xml/manual/abi.xml
*** gcc-7.1.0/libstdc++-v3/doc/xml/manual/abi.xml	Wed Apr 19 16:49:21 2017
--- gcc-7.2.0/libstdc++-v3/doc/xml/manual/abi.xml	Fri Jun 16 12:18:53 2017
*************** compatible.
*** 264,269 ****
--- 264,272 ----
      <listitem><para>GCC 4.8.3: libstdc++.so.6.0.19</para></listitem>
      <listitem><para>GCC 4.9.0: libstdc++.so.6.0.20</para></listitem>
      <listitem><para>GCC 5.1.0: libstdc++.so.6.0.21</para></listitem>
+     <listitem><para>GCC 6.1.0: libstdc++.so.6.0.22</para></listitem>
+     <listitem><para>GCC 7.1.0: libstdc++.so.6.0.23</para></listitem>
+     <listitem><para>GCC 7.2.0: libstdc++.so.6.0.24</para></listitem>
      </itemizedlist>
      <para>
        Note 1: Error should be libstdc++.so.3.0.3.
*************** compatible.
*** 331,336 ****
--- 334,341 ----
      <listitem><para>GCC 4.9.0: GLIBCXX_3.4.20, CXXABI_1.3.8</para></listitem>
      <listitem><para>GCC 5.1.0: GLIBCXX_3.4.21, CXXABI_1.3.9</para></listitem>
      <listitem><para>GCC 6.1.0: GLIBCXX_3.4.22, CXXABI_1.3.10</para></listitem>
+     <listitem><para>GCC 7.1.0: GLIBCXX_3.4.23, CXXABI_1.3.11</para></listitem>
+     <listitem><para>GCC 7.2.0: GLIBCXX_3.4.24, CXXABI_1.3.11</para></listitem>
      </itemizedlist>
      </listitem>
  
diff -Nrcpad gcc-7.1.0/libstdc++-v3/doc/xml/manual/allocator.xml gcc-7.2.0/libstdc++-v3/doc/xml/manual/allocator.xml
*** gcc-7.1.0/libstdc++-v3/doc/xml/manual/allocator.xml	Mon Jun  9 14:47:17 2014
--- gcc-7.2.0/libstdc++-v3/doc/xml/manual/allocator.xml	Fri Jun 16 12:19:54 2017
***************
*** 185,192 ****
         Over multiple iterations, various STL container
       objects have elements inserted to some maximum amount. A variety
       of allocators are tested.
!      Test source for <link xmlns:xlink="http://www.w3.org/1999/xlink" xlink:href="http://gcc.gnu.org/viewcvs/trunk/libstdc%2B%2B-v3/testsuite/performance/23_containers/insert/sequence.cc?view=markup">sequence</link>
!      and <link xmlns:xlink="http://www.w3.org/1999/xlink" xlink:href="http://gcc.gnu.org/viewcvs/trunk/libstdc%2B%2B-v3/testsuite/performance/23_containers/insert/associative.cc?view=markup">associative</link>
       containers.
         </para>
  
--- 185,192 ----
         Over multiple iterations, various STL container
       objects have elements inserted to some maximum amount. A variety
       of allocators are tested.
!      Test source for <link xmlns:xlink="http://www.w3.org/1999/xlink" xlink:href="http://gcc.gnu.org/viewcvs/gcc/trunk/libstdc%2B%2B-v3/testsuite/performance/23_containers/insert/sequence.cc?view=markup">sequence</link>
!      and <link xmlns:xlink="http://www.w3.org/1999/xlink" xlink:href="http://gcc.gnu.org/viewcvs/gcc/trunk/libstdc%2B%2B-v3/testsuite/performance/23_containers/insert/associative.cc?view=markup">associative</link>
       containers.
         </para>
  
***************
*** 201,207 ****
       on a per-thread basis, as well as measuring thread contention
       for memory resources.
       Test source
!     <link xmlns:xlink="http://www.w3.org/1999/xlink" xlink:href="http://gcc.gnu.org/viewcvs/trunk/libstdc%2B%2B-v3/testsuite/performance/23_containers/insert_erase/associative.cc?view=markup">here</link>.
         </para>
       </listitem>
  
--- 201,207 ----
       on a per-thread basis, as well as measuring thread contention
       for memory resources.
       Test source
!     <link xmlns:xlink="http://www.w3.org/1999/xlink" xlink:href="http://gcc.gnu.org/viewcvs/gcc/trunk/libstdc%2B%2B-v3/testsuite/performance/23_containers/insert_erase/associative.cc?view=markup">here</link>.
         </para>
       </listitem>
  
***************
*** 211,219 ****
         </para>
         <para>
         Test source for
!      <link xmlns:xlink="http://www.w3.org/1999/xlink" xlink:href="http://gcc.gnu.org/viewcvs/trunk/libstdc++-v3/testsuite/performance/23_containers/producer_consumer/sequence.cc?view=markup">sequence</link>
       and
!      <link xmlns:xlink="http://www.w3.org/1999/xlink" xlink:href="http://gcc.gnu.org/viewcvs/trunk/libstdc++-v3/testsuite/performance/23_containers/producer_consumer/associative.cc?view=markup">associative</link>
       containers.
       </para>
       </listitem>
--- 211,219 ----
         </para>
         <para>
         Test source for
!      <link xmlns:xlink="http://www.w3.org/1999/xlink" xlink:href="http://gcc.gnu.org/viewcvs/gcc/trunk/libstdc++-v3/testsuite/performance/23_containers/producer_consumer/sequence.cc?view=markup">sequence</link>
       and
!      <link xmlns:xlink="http://www.w3.org/1999/xlink" xlink:href="http://gcc.gnu.org/viewcvs/gcc/trunk/libstdc++-v3/testsuite/performance/23_containers/producer_consumer/associative.cc?view=markup">associative</link>
       containers.
       </para>
       </listitem>
diff -Nrcpad gcc-7.1.0/libstdc++-v3/doc/xml/manual/appendix_contributing.xml gcc-7.2.0/libstdc++-v3/doc/xml/manual/appendix_contributing.xml
*** gcc-7.1.0/libstdc++-v3/doc/xml/manual/appendix_contributing.xml	Mon Apr  3 17:16:01 2017
--- gcc-7.2.0/libstdc++-v3/doc/xml/manual/appendix_contributing.xml	Fri Jun 16 12:19:54 2017
*************** It has subdirectories:
*** 358,364 ****
      library.  Support for "make check" and "make check-install" is
      complete, and runs through all the subdirectories here when this
      command is issued from the build directory.  Please note that
!     "make check" requires DejaGNU 1.4 or later to be installed.
      </listitem>
    </varlistentry>
  </variablelist>
--- 358,366 ----
      library.  Support for "make check" and "make check-install" is
      complete, and runs through all the subdirectories here when this
      command is issued from the build directory.  Please note that
!     "make check" requires DejaGnu 1.4 or later to be installed,
!     or for extra <link linkend="test.run.permutations">permutations</link>
!     DejaGnu 1.5.3 or later.
      </listitem>
    </varlistentry>
  </variablelist>
*************** indicate a place that may require attent
*** 898,904 ****
        Examples: <code>_S_max_elements  _S_default_value</code>
  
        Don't use names in the same scope that differ only in the prefix,
!       e.g. _S_top and _M_top. See BADNAMES for a list of forbidden names.
        (The most tempting of these seem to be and "_T" and "__sz".)
  
        Names must never have "__" internally; it would confuse name
--- 900,906 ----
        Examples: <code>_S_max_elements  _S_default_value</code>
  
        Don't use names in the same scope that differ only in the prefix,
!       e.g. _S_top and _M_top. See <link linkend="coding_style.bad_identifiers">BADNAMES</link> for a list of forbidden names.
        (The most tempting of these seem to be and "_T" and "__sz".)
  
        Names must never have "__" internally; it would confuse name
diff -Nrcpad gcc-7.1.0/libstdc++-v3/doc/xml/manual/build_hacking.xml gcc-7.2.0/libstdc++-v3/doc/xml/manual/build_hacking.xml
*** gcc-7.1.0/libstdc++-v3/doc/xml/manual/build_hacking.xml	Tue Jan  3 11:16:31 2017
--- gcc-7.2.0/libstdc++-v3/doc/xml/manual/build_hacking.xml	Thu May 18 10:10:12 2017
*************** and update the checks for the latest ver
*** 474,479 ****
--- 474,487 ----
  <varname>latestp</varname> variable).
  </para>
  </listitem>
+ <listitem><para>
+ Add the library (<filename class="library">libstdc++.so.6.0.X</filename>)
+ and symbols versions
+ (<literal>GLIBCXX_3.4.X</literal> and <literal>CXXABI_1.3.Y</literal>)
+ to the <link linkend="abi.versioning.history">History</link> section in
+ <filename>doc/xml/manual/abi.xml</filename> at the relevant places.
+ </para>
+ </listitem>
  </itemizedlist>
  
  <para>
diff -Nrcpad gcc-7.1.0/libstdc++-v3/doc/xml/manual/intro.xml gcc-7.2.0/libstdc++-v3/doc/xml/manual/intro.xml
*** gcc-7.1.0/libstdc++-v3/doc/xml/manual/intro.xml	Tue Feb  7 22:44:13 2017
--- gcc-7.2.0/libstdc++-v3/doc/xml/manual/intro.xml	Tue Jul 25 18:05:25 2017
*************** requirements of the license of GCC.
*** 1119,1124 ****
--- 1119,1147 ----
        arguments and store them directly as the target object.
      </para></listitem></varlistentry>
  
+     <varlistentry><term><link xmlns:xlink="http://www.w3.org/1999/xlink" xlink:href="&DR;#2802">2802</link>:
+        <emphasis>Add noexcept to several <code>shared_ptr</code> related
+          functions
+        </emphasis>
+     </term>
+     <listitem><para>Add noexcept.
+     </para></listitem></varlistentry>
+ 
+     <varlistentry><term><link xmlns:xlink="http://www.w3.org/1999/xlink" xlink:href="&DR;#2873">2873</link>:
+        <emphasis><code>shared_ptr</code> constructor requirements for a deleter
+        </emphasis>
+     </term>
+     <listitem><para>Use rvalues for deleters.
+     </para></listitem></varlistentry>
+ 
+     <varlistentry><term><link xmlns:xlink="http://www.w3.org/1999/xlink" xlink:href="&DR;#2942">2942</link>:
+        <emphasis>LWG 2873's resolution missed
+          <code>weak_ptr::owner_before</code>
+        </emphasis>
+     </term>
+     <listitem><para>Add noexcept.
+     </para></listitem></varlistentry>
+ 
    </variablelist>
  
   </section>
diff -Nrcpad gcc-7.1.0/libstdc++-v3/doc/xml/manual/mt_allocator.xml gcc-7.2.0/libstdc++-v3/doc/xml/manual/mt_allocator.xml
*** gcc-7.1.0/libstdc++-v3/doc/xml/manual/mt_allocator.xml	Tue Dec 18 11:08:33 2012
--- gcc-7.2.0/libstdc++-v3/doc/xml/manual/mt_allocator.xml	Fri Jun 16 12:19:54 2017
*************** containers, this works, as an instance o
*** 307,313 ****
  as part of a container's constructor. However, this assumption is
  implementation-specific, and subject to change. For an example of a
  pool that frees memory, see the following
!     <link xmlns:xlink="http://www.w3.org/1999/xlink" xlink:href="http://gcc.gnu.org/viewcvs/trunk/libstdc++-v3/testsuite/ext/mt_allocator/deallocate_local-6.cc?view=markup">
      example.</link>
  </para>
  
--- 307,313 ----
  as part of a container's constructor. However, this assumption is
  implementation-specific, and subject to change. For an example of a
  pool that frees memory, see the following
!     <link xmlns:xlink="http://www.w3.org/1999/xlink" xlink:href="http://gcc.gnu.org/viewcvs/gcc/trunk/libstdc++-v3/testsuite/ext/mt_allocator/deallocate_local-6.cc?view=markup">
      example.</link>
  </para>
  
diff -Nrcpad gcc-7.1.0/libstdc++-v3/doc/xml/manual/policy_data_structures.xml gcc-7.2.0/libstdc++-v3/doc/xml/manual/policy_data_structures.xml
*** gcc-7.1.0/libstdc++-v3/doc/xml/manual/policy_data_structures.xml	Thu Feb 16 15:25:18 2017
--- gcc-7.2.0/libstdc++-v3/doc/xml/manual/policy_data_structures.xml	Thu May 18 10:28:38 2017
***************
*** 169,175 ****
  	  <code>push</code> and <code>pop</code> operations, differs from the
  	  others in terms of its invalidation guarantees. Other design
  	  decisions also impact the cost and placement of the overhead, at the
! 	  expense of more difference in the the kinds of operations that the
  	  underlying data structure can support. These differences pose a
  	  challenge when creating a uniform interface for priority queues.
  	</para>
--- 169,175 ----
  	  <code>push</code> and <code>pop</code> operations, differs from the
  	  others in terms of its invalidation guarantees. Other design
  	  decisions also impact the cost and placement of the overhead, at the
! 	  expense of more difference in the kinds of operations that the
  	  underlying data structure can support. These differences pose a
  	  challenge when creating a uniform interface for priority queues.
  	</para>
diff -Nrcpad gcc-7.1.0/libstdc++-v3/doc/xml/manual/status_cxx2017.xml gcc-7.2.0/libstdc++-v3/doc/xml/manual/status_cxx2017.xml
*** gcc-7.1.0/libstdc++-v3/doc/xml/manual/status_cxx2017.xml	Mon Apr  3 18:58:32 2017
--- gcc-7.2.0/libstdc++-v3/doc/xml/manual/status_cxx2017.xml	Tue Jul 25 18:05:07 2017
*************** Feature-testing recommendations for C++<
*** 878,891 ****
      </row>
  
      <row>
-       <?dbhtml bgcolor="#C8B0B0" ?>
        <entry>
  	<link xmlns:xlink="http://www.w3.org/1999/xlink" xlink:href="http://www.open-std.org/jtc1/sc22/wg21/docs/papers/2015/n4519.pdf">
  	  N4519
  	</link>
        </entry>
        <entry> Source-Code Information Capture </entry>
!       <entry>N</entry>
        <entry>Library Fundamentals 2 TS</entry>
      </row>
  
--- 878,890 ----
      </row>
  
      <row>
        <entry>
  	<link xmlns:xlink="http://www.w3.org/1999/xlink" xlink:href="http://www.open-std.org/jtc1/sc22/wg21/docs/papers/2015/n4519.pdf">
  	  N4519
  	</link>
        </entry>
        <entry> Source-Code Information Capture </entry>
!       <entry>Y</entry>
        <entry>Library Fundamentals 2 TS</entry>
      </row>
  
diff -Nrcpad gcc-7.1.0/libstdc++-v3/doc/xml/manual/test.xml gcc-7.2.0/libstdc++-v3/doc/xml/manual/test.xml
*** gcc-7.1.0/libstdc++-v3/doc/xml/manual/test.xml	Wed Apr 19 16:49:21 2017
--- gcc-7.2.0/libstdc++-v3/doc/xml/manual/test.xml	Fri Jun 16 12:19:54 2017
*************** cat 27_io/objects/char/3_xin.in | a.out<
*** 569,575 ****
        For example, to run the tests with
        <option>-O1 -D_GLIBCXX_ASSERTIONS</option>
        you could use:
! <programlisting>    make RUNTESTFLAGS=--target_board=unix/-O1/-D_GLIBCXX_ASSERTIONS</programlisting>
      </para>
  
      <para>
--- 569,575 ----
        For example, to run the tests with
        <option>-O1 -D_GLIBCXX_ASSERTIONS</option>
        you could use:
! <programlisting>    make check RUNTESTFLAGS=--target_board=unix/-O1/-D_GLIBCXX_ASSERTIONS</programlisting>
      </para>
  
      <para>
*************** cat 27_io/objects/char/3_xin.in | a.out<
*** 577,583 ****
        tests multiple times in different variations. For example, to run the
        entire testsuite three times using <option>-O3</option> but with
        different <option>-std</option> options:
! <programlisting>    make 'RUNTESTFLAGS=--target_board=unix/-O3\"{-std=gnu++98,-std=gnu++11,-std=gnu++14}\"'</programlisting>
        N.B. that set of variations could also be written as
        <literal>unix/-O3\"{-std=gnu++98,-std=gnu++11,}\"</literal> so that
        the third variation would use the default for <option>-std</option>
--- 577,583 ----
        tests multiple times in different variations. For example, to run the
        entire testsuite three times using <option>-O3</option> but with
        different <option>-std</option> options:
! <programlisting>    make check 'RUNTESTFLAGS=--target_board=unix/-O3\"{-std=gnu++98,-std=gnu++11,-std=gnu++14}\"'</programlisting>
        N.B. that set of variations could also be written as
        <literal>unix/-O3\"{-std=gnu++98,-std=gnu++11,}\"</literal> so that
        the third variation would use the default for <option>-std</option>
diff -Nrcpad gcc-7.1.0/libstdc++-v3/doc/xml/manual/test_policy_data_structures.xml gcc-7.2.0/libstdc++-v3/doc/xml/manual/test_policy_data_structures.xml
*** gcc-7.1.0/libstdc++-v3/doc/xml/manual/test_policy_data_structures.xml	Tue Dec 11 01:52:14 2012
--- gcc-7.2.0/libstdc++-v3/doc/xml/manual/test_policy_data_structures.xml	Thu May 18 10:28:38 2017
***************
*** 89,95 ****
  	  </title></info>
  
  	  <para>The graphic below show the results for the native
! 	  and collision-chaining hash types the the function
  	  applied being a text find timing test using
  	  <function>find</function>.
  	  </para>
--- 89,95 ----
  	  </title></info>
  
  	  <para>The graphic below show the results for the native
! 	  and collision-chaining hash types the function
  	  applied being a text find timing test using
  	  <function>find</function>.
  	  </para>
diff -Nrcpad gcc-7.1.0/libstdc++-v3/include/Makefile.am gcc-7.2.0/libstdc++-v3/include/Makefile.am
*** gcc-7.1.0/libstdc++-v3/include/Makefile.am	Thu Jan 19 16:40:46 2017
--- gcc-7.2.0/libstdc++-v3/include/Makefile.am	Tue Jul 25 18:05:07 2017
*************** experimental_headers = \
*** 679,684 ****
--- 679,685 ----
  	${experimental_srcdir}/ratio \
  	${experimental_srcdir}/regex \
  	${experimental_srcdir}/set \
+ 	${experimental_srcdir}/source_location \
  	${experimental_srcdir}/string \
  	${experimental_srcdir}/string_view \
  	${experimental_srcdir}/system_error \
diff -Nrcpad gcc-7.1.0/libstdc++-v3/include/Makefile.in gcc-7.2.0/libstdc++-v3/include/Makefile.in
*** gcc-7.1.0/libstdc++-v3/include/Makefile.in	Thu Jan 19 16:40:46 2017
--- gcc-7.2.0/libstdc++-v3/include/Makefile.in	Tue Jul 25 18:05:07 2017
*************** experimental_headers = \
*** 971,976 ****
--- 971,977 ----
  	${experimental_srcdir}/ratio \
  	${experimental_srcdir}/regex \
  	${experimental_srcdir}/set \
+ 	${experimental_srcdir}/source_location \
  	${experimental_srcdir}/string \
  	${experimental_srcdir}/string_view \
  	${experimental_srcdir}/system_error \
diff -Nrcpad gcc-7.1.0/libstdc++-v3/include/bits/locale_conv.h gcc-7.2.0/libstdc++-v3/include/bits/locale_conv.h
*** gcc-7.1.0/libstdc++-v3/include/bits/locale_conv.h	Thu Mar 16 15:27:51 2017
--- gcc-7.2.0/libstdc++-v3/include/bits/locale_conv.h	Fri Jun 16 13:35:22 2017
*************** _GLIBCXX_END_NAMESPACE_CXX11
*** 375,381 ****
      protected:
        int
        sync()
!       { return _M_buf && _M_conv_put() && _M_buf->pubsync() ? 0 : -1; }
  
        typename _Wide_streambuf::int_type
        overflow(typename _Wide_streambuf::int_type __out)
--- 375,381 ----
      protected:
        int
        sync()
!       { return _M_buf && _M_conv_put() && !_M_buf->pubsync() ? 0 : -1; }
  
        typename _Wide_streambuf::int_type
        overflow(typename _Wide_streambuf::int_type __out)
*************** _GLIBCXX_END_NAMESPACE_CXX11
*** 482,487 ****
--- 482,488 ----
        {
  	if (_M_buf->sputn(__p, __n) < __n)
  	  return false;
+ 	return true;
        }
  
        // convert the put area and write to the byte stream buffer
diff -Nrcpad gcc-7.1.0/libstdc++-v3/include/bits/node_handle.h gcc-7.2.0/libstdc++-v3/include/bits/node_handle.h
*** gcc-7.1.0/libstdc++-v3/include/bits/node_handle.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libstdc++-v3/include/bits/node_handle.h	Mon May 15 14:01:38 2017
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 280,287 ****
    template<typename _Iterator, typename _NodeHandle>
      struct _Node_insert_return
      {
-       bool		inserted = false;
        _Iterator		position = _Iterator();
        _NodeHandle	node;
  
        template<size_t _Idx>
--- 280,287 ----
    template<typename _Iterator, typename _NodeHandle>
      struct _Node_insert_return
      {
        _Iterator		position = _Iterator();
+       bool		inserted = false;
        _NodeHandle	node;
  
        template<size_t _Idx>
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 305,326 ****
  	}
      };
  
-   template<typename _Iterator, typename _NodeHandle>
-     struct tuple_size<_Node_insert_return<_Iterator, _NodeHandle>>
-     : integral_constant<size_t, 3> { };
- 
-   template<typename _Iterator, typename _NodeHandle>
-     struct tuple_element<0, _Node_insert_return<_Iterator, _NodeHandle>>
-     { using type = bool; };
- 
-   template<typename _Iterator, typename _NodeHandle>
-     struct tuple_element<1, _Node_insert_return<_Iterator, _NodeHandle>>
-     { using type = _Iterator; };
- 
-   template<typename _Iterator, typename _NodeHandle>
-     struct tuple_element<2, _Node_insert_return<_Iterator, _NodeHandle>>
-     { using type = _NodeHandle; };
- 
  _GLIBCXX_END_NAMESPACE_VERSION
  } // namespace std
  
--- 305,310 ----
diff -Nrcpad gcc-7.1.0/libstdc++-v3/include/bits/regex_compiler.h gcc-7.2.0/libstdc++-v3/include/bits/regex_compiler.h
*** gcc-7.1.0/libstdc++-v3/include/bits/regex_compiler.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libstdc++-v3/include/bits/regex_compiler.h	Wed Jun  7 16:50:36 2017
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 209,217 ****
  		  const typename _TraitsT::locale_type& __loc,
  		  regex_constants::syntax_option_type __flags)
      {
!       basic_string<typename _TraitsT::char_type> __str(__first, __last);
!       return __compile_nfa(__str.data(), __str.data() + __str.size(), __loc,
!           __flags);
      }
  
    // [28.13.14]
--- 209,218 ----
  		  const typename _TraitsT::locale_type& __loc,
  		  regex_constants::syntax_option_type __flags)
      {
!       using char_type = typename _TraitsT::char_type;
!       const basic_string<char_type> __str(__first, __last);
!       return __compile_nfa<const char_type*, _TraitsT>(__str.data(),
! 	  __str.data() + __str.size(), __loc, __flags);
      }
  
    // [28.13.14]
diff -Nrcpad gcc-7.1.0/libstdc++-v3/include/bits/shared_ptr.h gcc-7.2.0/libstdc++-v3/include/bits/shared_ptr.h
*** gcc-7.1.0/libstdc++-v3/include/bits/shared_ptr.h	Wed Mar 22 15:58:35 2017
--- gcc-7.2.0/libstdc++-v3/include/bits/shared_ptr.h	Tue Jul 25 18:05:25 2017
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 144,150 ****
        template<typename _Yp, typename _Deleter,
  	       typename = _Constructible<_Yp*, _Deleter>>
  	shared_ptr(_Yp* __p, _Deleter __d)
!         : __shared_ptr<_Tp>(__p, __d) { }
  
        /**
         *  @brief  Construct a %shared_ptr that owns a null pointer
--- 144,150 ----
        template<typename _Yp, typename _Deleter,
  	       typename = _Constructible<_Yp*, _Deleter>>
  	shared_ptr(_Yp* __p, _Deleter __d)
!         : __shared_ptr<_Tp>(__p, std::move(__d)) { }
  
        /**
         *  @brief  Construct a %shared_ptr that owns a null pointer
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 161,167 ****
         */
        template<typename _Deleter>
  	shared_ptr(nullptr_t __p, _Deleter __d)
!         : __shared_ptr<_Tp>(__p, __d) { }
  
        /**
         *  @brief  Construct a %shared_ptr that owns the pointer @a __p
--- 161,167 ----
         */
        template<typename _Deleter>
  	shared_ptr(nullptr_t __p, _Deleter __d)
!         : __shared_ptr<_Tp>(__p, std::move(__d)) { }
  
        /**
         *  @brief  Construct a %shared_ptr that owns the pointer @a __p
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 181,187 ****
        template<typename _Yp, typename _Deleter, typename _Alloc,
  	       typename = _Constructible<_Yp*, _Deleter, _Alloc>>
  	shared_ptr(_Yp* __p, _Deleter __d, _Alloc __a)
! 	: __shared_ptr<_Tp>(__p, __d, std::move(__a)) { }
  
        /**
         *  @brief  Construct a %shared_ptr that owns a null pointer
--- 181,187 ----
        template<typename _Yp, typename _Deleter, typename _Alloc,
  	       typename = _Constructible<_Yp*, _Deleter, _Alloc>>
  	shared_ptr(_Yp* __p, _Deleter __d, _Alloc __a)
! 	: __shared_ptr<_Tp>(__p, std::move(__d), std::move(__a)) { }
  
        /**
         *  @brief  Construct a %shared_ptr that owns a null pointer
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 200,206 ****
         */
        template<typename _Deleter, typename _Alloc>
  	shared_ptr(nullptr_t __p, _Deleter __d, _Alloc __a)
! 	: __shared_ptr<_Tp>(__p, __d, std::move(__a)) { }
  
        // Aliasing constructor
  
--- 200,206 ----
         */
        template<typename _Deleter, typename _Alloc>
  	shared_ptr(nullptr_t __p, _Deleter __d, _Alloc __a)
! 	: __shared_ptr<_Tp>(__p, std::move(__d), std::move(__a)) { }
  
        // Aliasing constructor
  
diff -Nrcpad gcc-7.1.0/libstdc++-v3/include/bits/shared_ptr_base.h gcc-7.2.0/libstdc++-v3/include/bits/shared_ptr_base.h
*** gcc-7.1.0/libstdc++-v3/include/bits/shared_ptr_base.h	Tue Mar 28 07:35:04 2017
--- gcc-7.2.0/libstdc++-v3/include/bits/shared_ptr_base.h	Tue Jul 25 18:05:25 2017
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 411,416 ****
--- 411,417 ----
      struct _Sp_ebo_helper<_Nm, _Tp, true> : private _Tp
      {
        explicit _Sp_ebo_helper(const _Tp& __tp) : _Tp(__tp) { }
+       explicit _Sp_ebo_helper(_Tp&& __tp) : _Tp(std::move(__tp)) { }
  
        static _Tp&
        _S_get(_Sp_ebo_helper& __eboh) { return static_cast<_Tp&>(__eboh); }
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 421,426 ****
--- 422,428 ----
      struct _Sp_ebo_helper<_Nm, _Tp, false>
      {
        explicit _Sp_ebo_helper(const _Tp& __tp) : _M_tp(__tp) { }
+       explicit _Sp_ebo_helper(_Tp&& __tp) : _M_tp(std::move(__tp)) { }
  
        static _Tp&
        _S_get(_Sp_ebo_helper& __eboh)
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 441,447 ****
  
        public:
  	_Impl(_Ptr __p, _Deleter __d, const _Alloc& __a) noexcept
! 	: _M_ptr(__p), _Del_base(__d), _Alloc_base(__a)
  	{ }
  
  	_Deleter& _M_del() noexcept { return _Del_base::_S_get(*this); }
--- 443,449 ----
  
        public:
  	_Impl(_Ptr __p, _Deleter __d, const _Alloc& __a) noexcept
! 	: _M_ptr(__p), _Del_base(std::move(__d)), _Alloc_base(__a)
  	{ }
  
  	_Deleter& _M_del() noexcept { return _Del_base::_S_get(*this); }
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 455,465 ****
  
        // __d(__p) must not throw.
        _Sp_counted_deleter(_Ptr __p, _Deleter __d) noexcept
!       : _M_impl(__p, __d, _Alloc()) { }
  
        // __d(__p) must not throw.
        _Sp_counted_deleter(_Ptr __p, _Deleter __d, const _Alloc& __a) noexcept
!       : _M_impl(__p, __d, __a) { }
  
        ~_Sp_counted_deleter() noexcept { }
  
--- 457,467 ----
  
        // __d(__p) must not throw.
        _Sp_counted_deleter(_Ptr __p, _Deleter __d) noexcept
!       : _M_impl(__p, std::move(__d), _Alloc()) { }
  
        // __d(__p) must not throw.
        _Sp_counted_deleter(_Ptr __p, _Deleter __d, const _Alloc& __a) noexcept
!       : _M_impl(__p, std::move(__d), __a) { }
  
        ~_Sp_counted_deleter() noexcept { }
  
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 1083,1089 ****
  
        template<typename _Yp, typename _Deleter, typename = _SafeConv<_Yp>>
  	__shared_ptr(_Yp* __p, _Deleter __d)
! 	: _M_ptr(__p), _M_refcount(__p, __d)
  	{
  	  static_assert(__is_invocable<_Deleter&, _Yp*&>::value,
  	      "deleter expression d(p) is well-formed");
--- 1085,1091 ----
  
        template<typename _Yp, typename _Deleter, typename = _SafeConv<_Yp>>
  	__shared_ptr(_Yp* __p, _Deleter __d)
! 	: _M_ptr(__p), _M_refcount(__p, std::move(__d))
  	{
  	  static_assert(__is_invocable<_Deleter&, _Yp*&>::value,
  	      "deleter expression d(p) is well-formed");
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 1093,1099 ****
        template<typename _Yp, typename _Deleter, typename _Alloc,
  	       typename = _SafeConv<_Yp>>
  	__shared_ptr(_Yp* __p, _Deleter __d, _Alloc __a)
! 	: _M_ptr(__p), _M_refcount(__p, __d, std::move(__a))
  	{
  	  static_assert(__is_invocable<_Deleter&, _Yp*&>::value,
  	      "deleter expression d(p) is well-formed");
--- 1095,1101 ----
        template<typename _Yp, typename _Deleter, typename _Alloc,
  	       typename = _SafeConv<_Yp>>
  	__shared_ptr(_Yp* __p, _Deleter __d, _Alloc __a)
! 	: _M_ptr(__p), _M_refcount(__p, std::move(__d), std::move(__a))
  	{
  	  static_assert(__is_invocable<_Deleter&, _Yp*&>::value,
  	      "deleter expression d(p) is well-formed");
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 1102,1113 ****
  
        template<typename _Deleter>
  	__shared_ptr(nullptr_t __p, _Deleter __d)
! 	: _M_ptr(0), _M_refcount(__p, __d)
  	{ }
  
        template<typename _Deleter, typename _Alloc>
          __shared_ptr(nullptr_t __p, _Deleter __d, _Alloc __a)
! 	: _M_ptr(0), _M_refcount(__p, __d, std::move(__a))
  	{ }
  
        template<typename _Yp>
--- 1104,1115 ----
  
        template<typename _Deleter>
  	__shared_ptr(nullptr_t __p, _Deleter __d)
! 	: _M_ptr(0), _M_refcount(__p, std::move(__d))
  	{ }
  
        template<typename _Deleter, typename _Alloc>
          __shared_ptr(nullptr_t __p, _Deleter __d, _Alloc __a)
! 	: _M_ptr(0), _M_refcount(__p, std::move(__d), std::move(__a))
  	{ }
  
        template<typename _Yp>
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 1244,1255 ****
        template<typename _Yp, typename _Deleter>
  	_SafeConv<_Yp>
  	reset(_Yp* __p, _Deleter __d)
! 	{ __shared_ptr(__p, __d).swap(*this); }
  
        template<typename _Yp, typename _Deleter, typename _Alloc>
  	_SafeConv<_Yp>
  	reset(_Yp* __p, _Deleter __d, _Alloc __a)
!         { __shared_ptr(__p, __d, std::move(__a)).swap(*this); }
  
        element_type*
        get() const noexcept
--- 1246,1257 ----
        template<typename _Yp, typename _Deleter>
  	_SafeConv<_Yp>
  	reset(_Yp* __p, _Deleter __d)
! 	{ __shared_ptr(__p, std::move(__d)).swap(*this); }
  
        template<typename _Yp, typename _Deleter, typename _Alloc>
  	_SafeConv<_Yp>
  	reset(_Yp* __p, _Deleter __d, _Alloc __a)
!         { __shared_ptr(__p, std::move(__d), std::move(__a)).swap(*this); }
  
        element_type*
        get() const noexcept
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 1275,1286 ****
  
        template<typename _Tp1>
  	bool
! 	owner_before(__shared_ptr<_Tp1, _Lp> const& __rhs) const
  	{ return _M_refcount._M_less(__rhs._M_refcount); }
  
        template<typename _Tp1>
  	bool
! 	owner_before(__weak_ptr<_Tp1, _Lp> const& __rhs) const
  	{ return _M_refcount._M_less(__rhs._M_refcount); }
  
  #if __cpp_rtti
--- 1277,1288 ----
  
        template<typename _Tp1>
  	bool
! 	owner_before(__shared_ptr<_Tp1, _Lp> const& __rhs) const noexcept
  	{ return _M_refcount._M_less(__rhs._M_refcount); }
  
        template<typename _Tp1>
  	bool
! 	owner_before(__weak_ptr<_Tp1, _Lp> const& __rhs) const noexcept
  	{ return _M_refcount._M_less(__rhs._M_refcount); }
  
  #if __cpp_rtti
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 1693,1704 ****
  
        template<typename _Tp1>
  	bool
! 	owner_before(const __shared_ptr<_Tp1, _Lp>& __rhs) const
  	{ return _M_refcount._M_less(__rhs._M_refcount); }
  
        template<typename _Tp1>
  	bool
! 	owner_before(const __weak_ptr<_Tp1, _Lp>& __rhs) const
  	{ return _M_refcount._M_less(__rhs._M_refcount); }
  
        void
--- 1695,1706 ----
  
        template<typename _Tp1>
  	bool
! 	owner_before(const __shared_ptr<_Tp1, _Lp>& __rhs) const noexcept
  	{ return _M_refcount._M_less(__rhs._M_refcount); }
  
        template<typename _Tp1>
  	bool
! 	owner_before(const __weak_ptr<_Tp1, _Lp>& __rhs) const noexcept
  	{ return _M_refcount._M_less(__rhs._M_refcount); }
  
        void
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 1743,1757 ****
      struct _Sp_owner_less : public binary_function<_Tp, _Tp, bool>
      {
        bool
!       operator()(const _Tp& __lhs, const _Tp& __rhs) const
        { return __lhs.owner_before(__rhs); }
  
        bool
!       operator()(const _Tp& __lhs, const _Tp1& __rhs) const
        { return __lhs.owner_before(__rhs); }
  
        bool
!       operator()(const _Tp1& __lhs, const _Tp& __rhs) const
        { return __lhs.owner_before(__rhs); }
      };
  
--- 1745,1759 ----
      struct _Sp_owner_less : public binary_function<_Tp, _Tp, bool>
      {
        bool
!       operator()(const _Tp& __lhs, const _Tp& __rhs) const noexcept
        { return __lhs.owner_before(__rhs); }
  
        bool
!       operator()(const _Tp& __lhs, const _Tp1& __rhs) const noexcept
        { return __lhs.owner_before(__rhs); }
  
        bool
!       operator()(const _Tp1& __lhs, const _Tp& __rhs) const noexcept
        { return __lhs.owner_before(__rhs); }
      };
  
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 1760,1766 ****
      {
        template<typename _Tp, typename _Up>
  	auto
! 	operator()(const _Tp& __lhs, const _Up& __rhs) const
  	-> decltype(__lhs.owner_before(__rhs))
  	{ return __lhs.owner_before(__rhs); }
  
--- 1762,1768 ----
      {
        template<typename _Tp, typename _Up>
  	auto
! 	operator()(const _Tp& __lhs, const _Up& __rhs) const noexcept
  	-> decltype(__lhs.owner_before(__rhs))
  	{ return __lhs.owner_before(__rhs); }
  
diff -Nrcpad gcc-7.1.0/libstdc++-v3/include/bits/std_function.h gcc-7.2.0/libstdc++-v3/include/bits/std_function.h
*** gcc-7.1.0/libstdc++-v3/include/bits/std_function.h	Wed Mar 22 15:58:35 2017
--- gcc-7.2.0/libstdc++-v3/include/bits/std_function.h	Tue Jul 25 18:04:54 2017
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 438,444 ****
         *  The newly-created %function contains the target of @a __x
         *  (if it has one).
         */
!       function(function&& __x) : _Function_base()
        {
  	__x.swap(*this);
        }
--- 438,444 ----
         *  The newly-created %function contains the target of @a __x
         *  (if it has one).
         */
!       function(function&& __x) noexcept : _Function_base()
        {
  	__x.swap(*this);
        }
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 495,501 ****
         *  object, then this operation will not throw an %exception.
         */
        function&
!       operator=(function&& __x)
        {
  	function(std::move(__x)).swap(*this);
  	return *this;
--- 495,501 ----
         *  object, then this operation will not throw an %exception.
         */
        function&
!       operator=(function&& __x) noexcept
        {
  	function(std::move(__x)).swap(*this);
  	return *this;
diff -Nrcpad gcc-7.1.0/libstdc++-v3/include/bits/stl_algo.h gcc-7.2.0/libstdc++-v3/include/bits/stl_algo.h
*** gcc-7.1.0/libstdc++-v3/include/bits/stl_algo.h	Thu Mar  2 03:43:49 2017
--- gcc-7.2.0/libstdc++-v3/include/bits/stl_algo.h	Tue Jun 27 16:23:46 2017
*************** _GLIBCXX_BEGIN_NAMESPACE_ALGO
*** 4258,4263 ****
--- 4258,4277 ----
  		__gnu_cxx::__ops::__iter_comp_val(__binary_pred, __val));
      }
  
+ #if __cplusplus > 201402L
+   /** @brief Search a sequence using a Searcher object.
+    *
+    *  @param  __first        A forward iterator.
+    *  @param  __last         A forward iterator.
+    *  @param  __searcher     A callable object.
+    *  @return @p __searcher(__first,__last).first
+   */
+   template<typename _ForwardIterator, typename _Searcher>
+     inline _ForwardIterator
+     search(_ForwardIterator __first, _ForwardIterator __last,
+ 	   const _Searcher& __searcher)
+     { return __searcher(__first, __last).first; }
+ #endif
  
    /**
     *  @brief Perform an operation on a sequence.
*************** _GLIBCXX_BEGIN_NAMESPACE_ALGO
*** 5809,5816 ****
  		    "sample size must be an integer type");
  
        typename iterator_traits<_PopulationIterator>::difference_type __d = __n;
!       return std::__sample(__first, __last, __pop_cat{}, __out, __samp_cat{},
! 			   __d, std::forward<_UniformRandomBitGenerator>(__g));
      }
  #endif // C++17
  #endif // C++14
--- 5823,5831 ----
  		    "sample size must be an integer type");
  
        typename iterator_traits<_PopulationIterator>::difference_type __d = __n;
!       return _GLIBCXX_STD_A::
! 	__sample(__first, __last, __pop_cat{}, __out, __samp_cat{}, __d,
! 		 std::forward<_UniformRandomBitGenerator>(__g));
      }
  #endif // C++17
  #endif // C++14
diff -Nrcpad gcc-7.1.0/libstdc++-v3/include/bits/stl_construct.h gcc-7.2.0/libstdc++-v3/include/bits/stl_construct.h
*** gcc-7.1.0/libstdc++-v3/include/bits/stl_construct.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libstdc++-v3/include/bits/stl_construct.h	Tue Jul 25 18:05:13 2017
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 128,133 ****
--- 128,138 ----
      {
        typedef typename iterator_traits<_ForwardIterator>::value_type
                         _Value_type;
+ #if __cplusplus >= 201103L
+       // A deleted destructor is trivial, this ensures we reject such types:
+       static_assert(is_destructible<_Value_type>::value,
+ 		    "value type is destructible");
+ #endif
        std::_Destroy_aux<__has_trivial_destructor(_Value_type)>::
  	__destroy(__first, __last);
      }
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 151,160 ****
        template<typename _ForwardIterator, typename _Size>
          static _ForwardIterator
          __destroy_n(_ForwardIterator __first, _Size __count)
!       {
! 	 std::advance(__first, __count);
! 	 return __first;
!       }
      };
  
    /**
--- 156,165 ----
        template<typename _ForwardIterator, typename _Size>
          static _ForwardIterator
          __destroy_n(_ForwardIterator __first, _Size __count)
! 	{
! 	  std::advance(__first, __count);
! 	  return __first;
! 	}
      };
  
    /**
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 168,173 ****
--- 173,183 ----
      {
        typedef typename iterator_traits<_ForwardIterator>::value_type
                         _Value_type;
+ #if __cplusplus >= 201103L
+       // A deleted destructor is trivial, this ensures we reject such types:
+       static_assert(is_destructible<_Value_type>::value,
+ 		    "value type is destructible");
+ #endif
        return std::_Destroy_n_aux<__has_trivial_destructor(_Value_type)>::
  	__destroy_n(__first, __count);
      }
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 196,201 ****
--- 206,234 ----
        _Destroy(__first, __last);
      }
  
+ #if __cplusplus > 201402L
+   template <typename _Tp>
+     inline void
+     destroy_at(_Tp* __location)
+     {
+       std::_Destroy(__location);
+     }
+ 
+   template <typename _ForwardIterator>
+     inline void
+     destroy(_ForwardIterator __first, _ForwardIterator __last)
+     {
+       std::_Destroy(__first, __last);
+     }
+ 
+   template <typename _ForwardIterator, typename _Size>
+     inline _ForwardIterator
+     destroy_n(_ForwardIterator __first, _Size __count)
+     {
+       return std::_Destroy_n(__first, __count);
+     }
+ #endif
+ 
  _GLIBCXX_END_NAMESPACE_VERSION
  } // namespace std
  
diff -Nrcpad gcc-7.1.0/libstdc++-v3/include/bits/stl_tree.h gcc-7.2.0/libstdc++-v3/include/bits/stl_tree.h
*** gcc-7.1.0/libstdc++-v3/include/bits/stl_tree.h	Sun Mar 26 12:33:35 2017
--- gcc-7.2.0/libstdc++-v3/include/bits/stl_tree.h	Mon May 15 14:01:38 2017
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 808,814 ****
  
  #if __cplusplus > 201402L
        using node_type = _Node_handle<_Key, _Val, _Node_allocator>;
!       using insert_return_type = _Node_insert_return<iterator, node_type>;
  #endif
  
        pair<_Base_ptr, _Base_ptr>
--- 808,816 ----
  
  #if __cplusplus > 201402L
        using node_type = _Node_handle<_Key, _Val, _Node_allocator>;
!       using insert_return_type = _Node_insert_return<
! 	conditional_t<is_same_v<_Key, _Val>, const_iterator, iterator>,
! 	node_type>;
  #endif
  
        pair<_Base_ptr, _Base_ptr>
diff -Nrcpad gcc-7.1.0/libstdc++-v3/include/bits/stl_uninitialized.h gcc-7.2.0/libstdc++-v3/include/bits/stl_uninitialized.h
*** gcc-7.1.0/libstdc++-v3/include/bits/stl_uninitialized.h	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libstdc++-v3/include/bits/stl_uninitialized.h	Tue Jul 25 18:05:13 2017
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 831,907 ****
      inline void
      uninitialized_default_construct(_ForwardIterator __first,
  				    _ForwardIterator __last)
!   {
!     __uninitialized_default_novalue(__first, __last);
!   }
  
    template <typename _ForwardIterator, typename _Size>
      inline _ForwardIterator
      uninitialized_default_construct_n(_ForwardIterator __first, _Size __count)
!   {
!     return __uninitialized_default_novalue_n(__first, __count);
!   }
  
    template <typename _ForwardIterator>
      inline void
      uninitialized_value_construct(_ForwardIterator __first,
  				  _ForwardIterator __last)
!   {
!     return __uninitialized_default(__first, __last);
!   }
  
    template <typename _ForwardIterator, typename _Size>
      inline _ForwardIterator
      uninitialized_value_construct_n(_ForwardIterator __first, _Size __count)
!   {
!     return __uninitialized_default_n(__first, __count);
!   }
  
    template <typename _InputIterator, typename _ForwardIterator>
      inline _ForwardIterator
      uninitialized_move(_InputIterator __first, _InputIterator __last,
  		       _ForwardIterator __result)
!   {
!     return std::uninitialized_copy
!       (_GLIBCXX_MAKE_MOVE_ITERATOR(__first),
!        _GLIBCXX_MAKE_MOVE_ITERATOR(__last), __result);
!   }
  
    template <typename _InputIterator, typename _Size, typename _ForwardIterator>
      inline pair<_InputIterator, _ForwardIterator>
      uninitialized_move_n(_InputIterator __first, _Size __count,
  			 _ForwardIterator __result)
!   {
!     auto __res = std::__uninitialized_copy_n_pair
!       (_GLIBCXX_MAKE_MOVE_ITERATOR(__first),
!        __count, __result);
!     return {__res.first.base(), __res.second};
!   }
! 
!   template <typename _Tp>
!     inline void
!     destroy_at(_Tp* __location)
!   {
!     std::_Destroy(__location);
!   }
! 
!   template <typename _ForwardIterator>
!     inline void
!     destroy(_ForwardIterator __first, _ForwardIterator __last)
!   {
!     std::_Destroy(__first, __last);
!   }
! 
!   template <typename _ForwardIterator, typename _Size>
!     inline _ForwardIterator
!     destroy_n(_ForwardIterator __first, _Size __count)
!   {
!     return std::_Destroy_n(__first, __count);
!   }
! 
  #endif
  
- 
  _GLIBCXX_END_NAMESPACE_VERSION
  } // namespace
  
--- 831,884 ----
      inline void
      uninitialized_default_construct(_ForwardIterator __first,
  				    _ForwardIterator __last)
!     {
!       __uninitialized_default_novalue(__first, __last);
!     }
  
    template <typename _ForwardIterator, typename _Size>
      inline _ForwardIterator
      uninitialized_default_construct_n(_ForwardIterator __first, _Size __count)
!     {
!       return __uninitialized_default_novalue_n(__first, __count);
!     }
  
    template <typename _ForwardIterator>
      inline void
      uninitialized_value_construct(_ForwardIterator __first,
  				  _ForwardIterator __last)
!     {
!       return __uninitialized_default(__first, __last);
!     }
  
    template <typename _ForwardIterator, typename _Size>
      inline _ForwardIterator
      uninitialized_value_construct_n(_ForwardIterator __first, _Size __count)
!     {
!       return __uninitialized_default_n(__first, __count);
!     }
  
    template <typename _InputIterator, typename _ForwardIterator>
      inline _ForwardIterator
      uninitialized_move(_InputIterator __first, _InputIterator __last,
  		       _ForwardIterator __result)
!     {
!       return std::uninitialized_copy
! 	(_GLIBCXX_MAKE_MOVE_ITERATOR(__first),
! 	 _GLIBCXX_MAKE_MOVE_ITERATOR(__last), __result);
!     }
  
    template <typename _InputIterator, typename _Size, typename _ForwardIterator>
      inline pair<_InputIterator, _ForwardIterator>
      uninitialized_move_n(_InputIterator __first, _Size __count,
  			 _ForwardIterator __result)
!     {
!       auto __res = std::__uninitialized_copy_n_pair
! 	(_GLIBCXX_MAKE_MOVE_ITERATOR(__first),
! 	 __count, __result);
!       return {__res.first.base(), __res.second};
!     }
  #endif
  
  _GLIBCXX_END_NAMESPACE_VERSION
  } // namespace
  
diff -Nrcpad gcc-7.1.0/libstdc++-v3/include/bits/uses_allocator.h gcc-7.2.0/libstdc++-v3/include/bits/uses_allocator.h
*** gcc-7.1.0/libstdc++-v3/include/bits/uses_allocator.h	Thu Mar 23 19:40:07 2017
--- gcc-7.2.0/libstdc++-v3/include/bits/uses_allocator.h	Tue Jul 25 18:04:59 2017
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 109,114 ****
--- 109,119 ----
        __ret._M_a = std::__addressof(__a);
        return __ret;
      }
+ 
+   template<typename _Tp, typename _Alloc, typename... _Args>
+     void
+     __use_alloc(const _Alloc&&) = delete;
+ 
  #if __cplusplus > 201402L
    template <typename _Tp, typename _Alloc>
      inline constexpr bool uses_allocator_v =
diff -Nrcpad gcc-7.1.0/libstdc++-v3/include/experimental/memory_resource gcc-7.2.0/libstdc++-v3/include/experimental/memory_resource
*** gcc-7.1.0/libstdc++-v3/include/experimental/memory_resource	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libstdc++-v3/include/experimental/memory_resource	Tue Jul 25 18:04:59 2017
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 168,175 ****
        template <typename _Tp1, typename... _Args> //used here
  	void construct(_Tp1* __p, _Args&&... __args)
  	{
! 	  auto __use_tag = __use_alloc<_Tp1, memory_resource*,
! 	       _Args...>(this->resource());
  	  _M_construct(__use_tag, __p, std::forward<_Args>(__args)...);
  	}
  
--- 168,176 ----
        template <typename _Tp1, typename... _Args> //used here
  	void construct(_Tp1* __p, _Args&&... __args)
  	{
! 	  memory_resource* const __resource = this->resource();
! 	  auto __use_tag
! 	    = __use_alloc<_Tp1, memory_resource*, _Args...>(__resource);
  	  _M_construct(__use_tag, __p, std::forward<_Args>(__args)...);
  	}
  
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 180,189 ****
  		       tuple<_Args1...> __x,
  		       tuple<_Args2...> __y)
  	{
  	  auto __x_use_tag =
! 	    __use_alloc<_Tp1, memory_resource*, _Args1...>(this->resource());
  	  auto __y_use_tag =
! 	    __use_alloc<_Tp2, memory_resource*, _Args2...>(this->resource());
  
  	  ::new(__p) std::pair<_Tp1, _Tp2>(piecewise_construct,
  					   _M_construct_p(__x_use_tag, __x),
--- 181,191 ----
  		       tuple<_Args1...> __x,
  		       tuple<_Args2...> __y)
  	{
+ 	  memory_resource* const __resource = this->resource();
  	  auto __x_use_tag =
! 	    __use_alloc<_Tp1, memory_resource*, _Args1...>(__resource);
  	  auto __y_use_tag =
! 	    __use_alloc<_Tp2, memory_resource*, _Args2...>(__resource);
  
  	  ::new(__p) std::pair<_Tp1, _Tp2>(piecewise_construct,
  					   _M_construct_p(__x_use_tag, __x),
diff -Nrcpad gcc-7.1.0/libstdc++-v3/include/experimental/source_location gcc-7.2.0/libstdc++-v3/include/experimental/source_location
*** gcc-7.1.0/libstdc++-v3/include/experimental/source_location	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/libstdc++-v3/include/experimental/source_location	Tue Jul 25 18:05:07 2017
***************
*** 0 ****
--- 1,86 ----
+ // <experimental/source_location> -*- C++ -*-
+ 
+ // Copyright (C) 2015 Free Software Foundation, Inc.
+ //
+ // This file is part of the GNU ISO C++ Library.  This library is free
+ // software; you can redistribute it and/or modify it under the
+ // terms of the GNU General Public License as published by the
+ // Free Software Foundation; either version 3, or (at your option)
+ // any later version.
+ 
+ // This library is distributed in the hope that it will be useful,
+ // but WITHOUT ANY WARRANTY; without even the implied warranty of
+ // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+ // GNU General Public License for more details.
+ 
+ // Under Section 7 of GPL version 3, you are granted additional
+ // permissions described in the GCC Runtime Library Exception, version
+ // 3.1, as published by the Free Software Foundation.
+ 
+ // You should have received a copy of the GNU General Public License and
+ // a copy of the GCC Runtime Library Exception along with this program;
+ // see the files COPYING3 and COPYING.RUNTIME respectively.  If not, see
+ // <http://www.gnu.org/licenses/>.
+ 
+ /** @file experimental/source_location
+  *  This is a TS C++ Library header.
+  */
+ 
+ #ifndef _GLIBCXX_EXPERIMENTAL_SRCLOC
+ #define _GLIBCXX_EXPERIMENTAL_SRCLOC 1
+ 
+ #include <cstdint>
+ 
+ namespace std {
+ namespace experimental {
+ inline namespace fundamentals_v2 {
+ _GLIBCXX_BEGIN_NAMESPACE_VERSION
+ 
+ #define __cpp_lib_experimental_source_location 201505
+ 
+   struct source_location
+   {
+ #ifndef _GLIBCXX_USE_C99_STDINT_TR1
+   private:
+     using uint_least32_t = unsigned;
+   public:
+ #endif
+ 
+     // 14.1.2, source_location creation
+     static constexpr source_location
+     current(const char* __file = __builtin_FILE(),
+ 	    const char* __func = __builtin_FUNCTION(),
+ 	    int __line = __builtin_LINE(),
+ 	    int __col = 0) noexcept
+     {
+       source_location __loc;
+       __loc._M_file = __file;
+       __loc._M_func = __func;
+       __loc._M_line = __line;
+       __loc._M_col = __col;
+       return __loc;
+     }
+ 
+     constexpr source_location() noexcept
+     : _M_file("unknown"), _M_func(_M_file), _M_line(0), _M_col(0)
+     { }
+ 
+     // 14.1.3, source_location field access
+     constexpr uint_least32_t line() const noexcept { return _M_line; }
+     constexpr uint_least32_t column() const noexcept { return _M_col; }
+     constexpr const char* file_name() const noexcept { return _M_file; }
+     constexpr const char* function_name() const noexcept { return _M_func; }
+ 
+   private:
+     const char* _M_file;
+     const char* _M_func;
+     uint_least32_t _M_line;
+     uint_least32_t _M_col;
+   };
+ 
+ _GLIBCXX_END_NAMESPACE_VERSION
+ } // namespace fundamentals_v2
+ } // namespace experimental
+ } // namespace std
+ 
+ #endif
diff -Nrcpad gcc-7.1.0/libstdc++-v3/include/std/functional gcc-7.2.0/libstdc++-v3/include/std/functional
*** gcc-7.1.0/libstdc++-v3/include/std/functional	Tue Apr 18 11:08:00 2017
--- gcc-7.2.0/libstdc++-v3/include/std/functional	Thu May 18 18:04:15 2017
*************** _GLIBCXX_MEM_FN_TRAITS( , true_type, tru
*** 135,140 ****
--- 135,146 ----
  _GLIBCXX_MEM_FN_TRAITS(&, true_type, false_type)
  _GLIBCXX_MEM_FN_TRAITS(&&, false_type, true_type)
  
+ #if __cplusplus > 201402L
+ _GLIBCXX_MEM_FN_TRAITS(noexcept, true_type, true_type)
+ _GLIBCXX_MEM_FN_TRAITS(& noexcept, true_type, false_type)
+ _GLIBCXX_MEM_FN_TRAITS(&& noexcept, false_type, true_type)
+ #endif
+ 
  #undef _GLIBCXX_MEM_FN_TRAITS
  #undef _GLIBCXX_MEM_FN_TRAITS2
  
diff -Nrcpad gcc-7.1.0/libstdc++-v3/include/std/future gcc-7.2.0/libstdc++-v3/include/std/future
*** gcc-7.1.0/libstdc++-v3/include/std/future	Mon Feb 13 13:13:29 2017
--- gcc-7.2.0/libstdc++-v3/include/std/future	Tue Jul 11 11:52:14 2017
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 471,477 ****
  	  // Used by std::promise to copy construct the result.
            typename promise<_Res>::_Ptr_type operator()() const
            {
-             _State_baseV2::_S_check(_M_promise->_M_future);
              _M_promise->_M_storage->_M_set(*_M_arg);
              return std::move(_M_promise->_M_storage);
            }
--- 471,476 ----
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 486,492 ****
  	  // Used by std::promise to move construct the result.
            typename promise<_Res>::_Ptr_type operator()() const
            {
-             _State_baseV2::_S_check(_M_promise->_M_future);
              _M_promise->_M_storage->_M_set(std::move(*_M_arg));
              return std::move(_M_promise->_M_storage);
            }
--- 485,490 ----
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 494,499 ****
--- 492,509 ----
            _Res*             _M_arg;
          };
  
+       // set void
+       template<typename _Res>
+ 	struct _Setter<_Res, void>
+ 	{
+ 	  static_assert(is_void<_Res>::value, "Only used for promise<void>");
+ 
+ 	  typename promise<_Res>::_Ptr_type operator()() const
+ 	  { return std::move(_M_promise->_M_storage); }
+ 
+ 	  promise<_Res>*    _M_promise;
+ 	};
+ 
        struct __exception_ptr_tag { };
  
        // set exceptions
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 503,509 ****
  	  // Used by std::promise to store an exception as the result.
            typename promise<_Res>::_Ptr_type operator()() const
            {
-             _State_baseV2::_S_check(_M_promise->_M_future);
              _M_promise->_M_storage->_M_error = *_M_ex;
              return std::move(_M_promise->_M_storage);
            }
--- 513,518 ----
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 516,521 ****
--- 525,531 ----
          static _Setter<_Res, _Arg&&>
          __setter(promise<_Res>* __prom, _Arg&& __arg)
          {
+ 	  _S_check(__prom->_M_future);
            return _Setter<_Res, _Arg&&>{ __prom, std::__addressof(__arg) };
          }
  
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 523,531 ****
--- 533,550 ----
          static _Setter<_Res, __exception_ptr_tag>
          __setter(exception_ptr& __ex, promise<_Res>* __prom)
          {
+ 	  _S_check(__prom->_M_future);
            return _Setter<_Res, __exception_ptr_tag>{ __prom, &__ex };
          }
  
+       template<typename _Res>
+ 	static _Setter<_Res, void>
+ 	__setter(promise<_Res>* __prom)
+ 	{
+ 	  _S_check(__prom->_M_future);
+ 	  return _Setter<_Res, void>{ __prom };
+ 	}
+ 
        template<typename _Tp>
          static void
          _S_check(const shared_ptr<_Tp>& __p)
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 1027,1032 ****
--- 1046,1052 ----
        typedef __future_base::_Result<_Res>	_Res_type;
        typedef __future_base::_Ptr<_Res_type>	_Ptr_type;
        template<typename, typename> friend class _State::_Setter;
+       friend _State;
  
        shared_ptr<_State>                        _M_future;
        _Ptr_type                                 _M_storage;
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 1137,1142 ****
--- 1157,1163 ----
        typedef __future_base::_Result<_Res&>	_Res_type;
        typedef __future_base::_Ptr<_Res_type> 	_Ptr_type;
        template<typename, typename> friend class _State::_Setter;
+       friend _State;
  
        shared_ptr<_State>                        _M_future;
        _Ptr_type                                 _M_storage;
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 1226,1231 ****
--- 1247,1253 ----
        typedef __future_base::_Result<void>	_Res_type;
        typedef __future_base::_Ptr<_Res_type> 	_Ptr_type;
        template<typename, typename> friend class _State::_Setter;
+       friend _State;
  
        shared_ptr<_State>                        _M_future;
        _Ptr_type                                 _M_storage;
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 1286,1299 ****
        { return future<void>(_M_future); }
  
        // Setting the result
!       void set_value();
  
        void
        set_exception(exception_ptr __p)
        { _M_future->_M_set_result(_State::__setter(__p, this)); }
  
        void
!       set_value_at_thread_exit();
  
        void
        set_exception_at_thread_exit(exception_ptr __p)
--- 1308,1324 ----
        { return future<void>(_M_future); }
  
        // Setting the result
!       void
!       set_value()
!       { _M_future->_M_set_result(_State::__setter(this)); }
  
        void
        set_exception(exception_ptr __p)
        { _M_future->_M_set_result(_State::__setter(__p, this)); }
  
        void
!       set_value_at_thread_exit()
!       { _M_future->_M_set_delayed_result(_State::__setter(this), _M_future); }
  
        void
        set_exception_at_thread_exit(exception_ptr __p)
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 1303,1332 ****
        }
      };
  
-   // set void
-   template<>
-     struct __future_base::_State_base::_Setter<void, void>
-     {
-       promise<void>::_Ptr_type operator()() const
-       {
-         _State_base::_S_check(_M_promise->_M_future);
-         return std::move(_M_promise->_M_storage);
-       }
- 
-       promise<void>*    _M_promise;
-     };
- 
-   inline void
-   promise<void>::set_value()
-   { _M_future->_M_set_result(_State::_Setter<void, void>{ this }); }
- 
-   inline void
-   promise<void>::set_value_at_thread_exit()
-   {
-     _M_future->_M_set_delayed_result(_State::_Setter<void, void>{this},
- 				     _M_future);
-   }
- 
    template<typename _Ptr_type, typename _Fn, typename _Res>
      struct __future_base::_Task_setter
      {
--- 1328,1333 ----
diff -Nrcpad gcc-7.1.0/libstdc++-v3/include/std/istream gcc-7.2.0/libstdc++-v3/include/std/istream
*** gcc-7.1.0/libstdc++-v3/include/std/istream	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libstdc++-v3/include/std/istream	Wed Jun 21 21:09:46 2017
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 908,927 ****
      ws(basic_istream<_CharT, _Traits>& __is);
  
  #if __cplusplus >= 201103L
  
    template<typename _Tp>
!     struct __is_convertible_to_basic_istream
      {
!       template<typename _Ch, typename _Up>
!       static basic_istream<_Ch, _Up>& __check(basic_istream<_Ch, _Up>*);
  
!       static void __check(...);
      public:
!       using istream_type =
! 	decltype(__check(declval<typename remove_reference<_Tp>::type*>()));
!       using type = __not_<is_same<istream_type, void>>;
        constexpr static bool value = type::value;
!   };
  
    template<typename _Istream, typename _Tp, typename = void>
      struct __is_extractable : false_type {};
--- 908,946 ----
      ws(basic_istream<_CharT, _Traits>& __is);
  
  #if __cplusplus >= 201103L
+   template<typename _Ch, typename _Up>
+     basic_istream<_Ch, _Up>&
+     __is_convertible_to_basic_istream_test(basic_istream<_Ch, _Up>*);
+ 
+   template<typename _Tp, typename = void>
+     struct __is_convertible_to_basic_istream_impl
+     {
+       using __istream_type = void;
+     };
  
    template<typename _Tp>
!     using __do_is_convertible_to_basic_istream_impl =
!     decltype(__is_convertible_to_basic_istream_test
! 	     (declval<typename remove_reference<_Tp>::type*>()));
! 
!   template<typename _Tp>
!     struct __is_convertible_to_basic_istream_impl
!     <_Tp,
!      __void_t<__do_is_convertible_to_basic_istream_impl<_Tp>>>
      {
!       using __istream_type =
! 	__do_is_convertible_to_basic_istream_impl<_Tp>;
!     };
  
!   template<typename _Tp>
!     struct __is_convertible_to_basic_istream
!     : __is_convertible_to_basic_istream_impl<_Tp>
!     {
      public:
!       using type = __not_<is_void<
!         typename __is_convertible_to_basic_istream_impl<_Tp>::__istream_type>>;
        constexpr static bool value = type::value;
!     };
  
    template<typename _Istream, typename _Tp, typename = void>
      struct __is_extractable : false_type {};
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 932,937 ****
--- 951,961 ----
  					      >> declval<_Tp>())>>
      : true_type {};
  
+   template<typename _Istream>
+     using __rvalue_istream_type =
+       typename __is_convertible_to_basic_istream<
+ 	_Istream>::__istream_type;
+ 
    // [27.7.1.6] Rvalue stream extraction
    // _GLIBCXX_RESOLVE_LIB_DEFECTS
    // 2328. Rvalue stream extraction should use perfect forwarding
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 949,961 ****
      inline
      typename enable_if<__and_<__not_<is_lvalue_reference<_Istream>>,
  			      __is_convertible_to_basic_istream<_Istream>,
! 			      __is_extractable<_Istream&, _Tp&&>>::value,
! 		       typename __is_convertible_to_basic_istream<
! 			 _Istream>::istream_type>::type
      operator>>(_Istream&& __is, _Tp&& __x)
      {
!       __is >> std::forward<_Tp>(__x);
!       return __is;
      }
  #endif // C++11
  
--- 973,987 ----
      inline
      typename enable_if<__and_<__not_<is_lvalue_reference<_Istream>>,
  			      __is_convertible_to_basic_istream<_Istream>,
! 			      __is_extractable<
! 				__rvalue_istream_type<_Istream>,
! 				_Tp&&>>::value,
! 		       __rvalue_istream_type<_Istream>>::type
      operator>>(_Istream&& __is, _Tp&& __x)
      {
!       __rvalue_istream_type<_Istream> __ret_is = __is;
!       __ret_is >> std::forward<_Tp>(__x);
!       return __ret_is;
      }
  #endif // C++11
  
diff -Nrcpad gcc-7.1.0/libstdc++-v3/include/std/mutex gcc-7.2.0/libstdc++-v3/include/std/mutex
*** gcc-7.1.0/libstdc++-v3/include/std/mutex	Sun Mar  5 18:38:35 2017
--- gcc-7.2.0/libstdc++-v3/include/std/mutex	Tue Jul 25 18:04:44 2017
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 557,563 ****
      }
  
  #if __cplusplus > 201402L
! #define __cpp_lib_scoped_lock 201703
    /** @brief A scoped lock type for multiple lockable objects.
     *
     * A scoped_lock controls mutex ownership within a scope, releasing
--- 557,563 ----
      }
  
  #if __cplusplus > 201402L
! #define __cpp_lib_scoped_lock 201707
    /** @brief A scoped lock type for multiple lockable objects.
     *
     * A scoped_lock controls mutex ownership within a scope, releasing
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 570,576 ****
        explicit scoped_lock(_MutexTypes&... __m) : _M_devices(std::tie(__m...))
        { std::lock(__m...); }
  
!       explicit scoped_lock(_MutexTypes&... __m, adopt_lock_t) noexcept
        : _M_devices(std::tie(__m...))
        { } // calling thread owns mutex
  
--- 570,576 ----
        explicit scoped_lock(_MutexTypes&... __m) : _M_devices(std::tie(__m...))
        { std::lock(__m...); }
  
!       explicit scoped_lock(adopt_lock_t, _MutexTypes&... __m) noexcept
        : _M_devices(std::tie(__m...))
        { } // calling thread owns mutex
  
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 609,615 ****
        explicit scoped_lock(mutex_type& __m) : _M_device(__m)
        { _M_device.lock(); }
  
!       explicit scoped_lock(mutex_type& __m, adopt_lock_t) noexcept
        : _M_device(__m)
        { } // calling thread owns mutex
  
--- 609,615 ----
        explicit scoped_lock(mutex_type& __m) : _M_device(__m)
        { _M_device.lock(); }
  
!       explicit scoped_lock(adopt_lock_t, mutex_type& __m) noexcept
        : _M_device(__m)
        { } // calling thread owns mutex
  
diff -Nrcpad gcc-7.1.0/libstdc++-v3/include/std/ostream gcc-7.2.0/libstdc++-v3/include/std/ostream
*** gcc-7.1.0/libstdc++-v3/include/std/ostream	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libstdc++-v3/include/std/ostream	Wed Jun 21 21:09:46 2017
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 613,631 ****
      { return __os.flush(); }
  
  #if __cplusplus >= 201103L
    template<typename _Tp>
!     struct __is_convertible_to_basic_ostream
!   {
!     template<typename _Ch, typename _Up>
!     static basic_ostream<_Ch, _Up>& __check(basic_ostream<_Ch, _Up>*);
  
!     static void __check(...);
!   public:
!     using ostream_type =
!       decltype(__check(declval<typename remove_reference<_Tp>::type*>()));
!     using type = __not_<is_same<ostream_type, void>>;
!     constexpr static bool value = type::value;
!   };
  
    template<typename _Ostream, typename _Tp, typename = void>
      struct __is_insertable : false_type {};
--- 613,651 ----
      { return __os.flush(); }
  
  #if __cplusplus >= 201103L
+   template<typename _Ch, typename _Up>
+     basic_ostream<_Ch, _Up>&
+     __is_convertible_to_basic_ostream_test(basic_ostream<_Ch, _Up>*);
+ 
+   template<typename _Tp, typename = void>
+     struct __is_convertible_to_basic_ostream_impl
+     {
+       using __ostream_type = void;
+     };
+ 
    template<typename _Tp>
!     using __do_is_convertible_to_basic_ostream_impl =
!     decltype(__is_convertible_to_basic_ostream_test
! 	     (declval<typename remove_reference<_Tp>::type*>()));
  
!   template<typename _Tp>
!     struct __is_convertible_to_basic_ostream_impl
!     <_Tp,
!      __void_t<__do_is_convertible_to_basic_ostream_impl<_Tp>>>
!     {
!       using __ostream_type =
! 	__do_is_convertible_to_basic_ostream_impl<_Tp>;
!     };
! 
!   template<typename _Tp>
!     struct __is_convertible_to_basic_ostream
!     : __is_convertible_to_basic_ostream_impl<_Tp>
!     {
!     public:
!       using type = __not_<is_void<
!         typename __is_convertible_to_basic_ostream_impl<_Tp>::__ostream_type>>;
!       constexpr static bool value = type::value;
!     };
  
    template<typename _Ostream, typename _Tp, typename = void>
      struct __is_insertable : false_type {};
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 636,641 ****
--- 656,666 ----
  					     << declval<const _Tp&>())>>
  				    : true_type {};
  
+   template<typename _Ostream>
+     using __rvalue_ostream_type =
+       typename __is_convertible_to_basic_ostream<
+ 	_Ostream>::__ostream_type;
+ 
    /**
     *  @brief  Generic inserter for rvalue stream
     *  @param  __os  An input stream.
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 650,662 ****
      inline
      typename enable_if<__and_<__not_<is_lvalue_reference<_Ostream>>,
  			      __is_convertible_to_basic_ostream<_Ostream>,
! 			      __is_insertable<_Ostream&, const _Tp&>>::value,
! 		       typename __is_convertible_to_basic_ostream<
! 			 _Ostream>::ostream_type>::type
      operator<<(_Ostream&& __os, const _Tp& __x)
      {
!       __os << __x;
!       return __os;
      }
  #endif // C++11
  
--- 675,689 ----
      inline
      typename enable_if<__and_<__not_<is_lvalue_reference<_Ostream>>,
  			      __is_convertible_to_basic_ostream<_Ostream>,
! 			      __is_insertable<
! 				__rvalue_ostream_type<_Ostream>,
! 				const _Tp&>>::value,
! 		       __rvalue_ostream_type<_Ostream>>::type
      operator<<(_Ostream&& __os, const _Tp& __x)
      {
!       __rvalue_ostream_type<_Ostream> __ret_os = __os;
!       __ret_os << __x;
!       return __ret_os;
      }
  #endif // C++11
  
diff -Nrcpad gcc-7.1.0/libstdc++-v3/include/std/utility gcc-7.2.0/libstdc++-v3/include/std/utility
*** gcc-7.1.0/libstdc++-v3/include/std/utility	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libstdc++-v3/include/std/utility	Fri May 12 15:53:19 2017
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 89,94 ****
--- 89,96 ----
  
    // _GLIBCXX_RESOLVE_LIB_DEFECTS
    // 2770. tuple_size<const T> specialization is not SFINAE compatible
+ 
+ #if __cplusplus <= 201402L
    template<typename _Tp, typename = void>
      struct __tuple_size_cv_impl { };
  
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 106,111 ****
--- 108,132 ----
  
    template<typename _Tp>
      struct tuple_size<const volatile _Tp> : __tuple_size_cv_impl<_Tp> { };
+ #else
+   template<typename _Tp,
+ 	   typename _Up = typename remove_cv<_Tp>::type,
+ 	   typename = typename enable_if<is_same<_Tp, _Up>::value>::type,
+ 	   size_t = tuple_size<_Tp>::value>
+     using __enable_if_has_tuple_size = _Tp;
+ 
+   template<typename _Tp>
+     struct tuple_size<const __enable_if_has_tuple_size<_Tp>>
+     : public tuple_size<_Tp> { };
+ 
+   template<typename _Tp>
+     struct tuple_size<volatile __enable_if_has_tuple_size<_Tp>>
+     : public tuple_size<_Tp> { };
+ 
+   template<typename _Tp>
+     struct tuple_size<const volatile __enable_if_has_tuple_size<_Tp>>
+     : public tuple_size<_Tp> { };
+ #endif
  
    /// Gives the type of the ith element of a given tuple type.
    template<std::size_t __i, typename _Tp>
diff -Nrcpad gcc-7.1.0/libstdc++-v3/include/std/variant gcc-7.2.0/libstdc++-v3/include/std/variant
*** gcc-7.1.0/libstdc++-v3/include/std/variant	Thu Mar 23 19:40:07 2017
--- gcc-7.2.0/libstdc++-v3/include/std/variant	Tue Jul 25 18:04:38 2017
***************
*** 44,49 ****
--- 44,52 ----
  #include <bits/invoke.h>
  #include <ext/aligned_buffer.h>
  #include <bits/parse_numbers.h>
+ #include <bits/stl_iterator_base_types.h>
+ #include <bits/stl_iterator_base_funcs.h>
+ #include <bits/stl_construct.h>
  
  namespace std _GLIBCXX_VISIBILITY(default)
  {
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 238,267 ****
    // Various functions as "vtable" entries, where those vtables are used by
    // polymorphic operations.
    template<typename _Lhs, typename _Rhs>
!     constexpr void
      __erased_ctor(void* __lhs, void* __rhs)
!     { ::new (__lhs) remove_reference_t<_Lhs>(__ref_cast<_Rhs>(__rhs)); }
  
    template<typename _Variant, size_t _Np>
!     constexpr void
      __erased_dtor(_Variant&& __v)
!     {
!       auto&& __element = __get<_Np>(std::forward<_Variant>(__v));
!       using _Type = std::remove_reference_t<decltype(__element)>;
!       __element.~_Type();
!     }
  
    template<typename _Lhs, typename _Rhs>
!     constexpr void
      __erased_assign(void* __lhs, void* __rhs)
!     { __ref_cast<_Lhs>(__lhs) = __ref_cast<_Rhs>(__rhs); }
  
    template<typename _Lhs, typename _Rhs>
!     constexpr void
      __erased_swap(void* __lhs, void* __rhs)
      {
        using std::swap;
!       swap(__ref_cast<_Lhs>(__lhs), __ref_cast<_Rhs>(__rhs));
      }
  
  #define _VARIANT_RELATION_FUNCTION_TEMPLATE(__OP, __NAME) \
--- 241,272 ----
    // Various functions as "vtable" entries, where those vtables are used by
    // polymorphic operations.
    template<typename _Lhs, typename _Rhs>
!     void
      __erased_ctor(void* __lhs, void* __rhs)
!     {
!       using _Type = remove_reference_t<_Lhs>;
!       ::new (__lhs) _Type(__variant::__ref_cast<_Rhs>(__rhs));
!     }
  
    template<typename _Variant, size_t _Np>
!     void
      __erased_dtor(_Variant&& __v)
!     { std::_Destroy(std::__addressof(__get<_Np>(__v))); }
  
    template<typename _Lhs, typename _Rhs>
!     void
      __erased_assign(void* __lhs, void* __rhs)
!     {
!       __variant::__ref_cast<_Lhs>(__lhs) = __variant::__ref_cast<_Rhs>(__rhs);
!     }
  
    template<typename _Lhs, typename _Rhs>
!     void
      __erased_swap(void* __lhs, void* __rhs)
      {
        using std::swap;
!       swap(__variant::__ref_cast<_Lhs>(__lhs),
! 	   __variant::__ref_cast<_Rhs>(__rhs));
      }
  
  #define _VARIANT_RELATION_FUNCTION_TEMPLATE(__OP, __NAME) \
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 283,293 ****
  #undef _VARIANT_RELATION_FUNCTION_TEMPLATE
  
    template<typename _Tp>
!     constexpr size_t
      __erased_hash(void* __t)
      {
        return std::hash<remove_cv_t<remove_reference_t<_Tp>>>{}(
! 	  __ref_cast<_Tp>(__t));
      }
  
    // Defines members and ctors.
--- 288,298 ----
  #undef _VARIANT_RELATION_FUNCTION_TEMPLATE
  
    template<typename _Tp>
!     size_t
      __erased_hash(void* __t)
      {
        return std::hash<remove_cv_t<remove_reference_t<_Tp>>>{}(
! 	  __variant::__ref_cast<_Tp>(__t));
      }
  
    // Defines members and ctors.
*************** _GLIBCXX_BEGIN_NAMESPACE_VERSION
*** 936,944 ****
        noexcept((is_nothrow_move_constructible_v<_Types> && ...)) = default;
  
        template<typename _Tp,
  	       typename = enable_if_t<__exactly_once<__accepted_type<_Tp&&>>
! 			  && is_constructible_v<__accepted_type<_Tp&&>, _Tp&&>
! 			  && !is_same_v<decay_t<_Tp>, variant>>>
  	constexpr
  	variant(_Tp&& __t)
  	noexcept(is_nothrow_constructible_v<__accepted_type<_Tp&&>, _Tp&&>)
--- 941,950 ----
        noexcept((is_nothrow_move_constructible_v<_Types> && ...)) = default;
  
        template<typename _Tp,
+ 	       typename = enable_if_t<!is_same_v<decay_t<_Tp>, variant>>,
+ 	       typename = enable_if_t<(sizeof...(_Types)>0)>,
  	       typename = enable_if_t<__exactly_once<__accepted_type<_Tp&&>>
! 			  && is_constructible_v<__accepted_type<_Tp&&>, _Tp&&>>>
  	constexpr
  	variant(_Tp&& __t)
  	noexcept(is_nothrow_constructible_v<__accepted_type<_Tp&&>, _Tp&&>)
diff -Nrcpad gcc-7.1.0/libstdc++-v3/libsupc++/eh_alloc.cc gcc-7.2.0/libstdc++-v3/libsupc++/eh_alloc.cc
*** gcc-7.1.0/libstdc++-v3/libsupc++/eh_alloc.cc	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libstdc++-v3/libsupc++/eh_alloc.cc	Wed Jul 26 08:36:34 2017
*************** namespace
*** 194,206 ****
        allocated_entry *e = reinterpret_cast <allocated_entry *>
  	(reinterpret_cast <char *> (data) - offsetof (allocated_entry, data));
        std::size_t sz = e->size;
!       if (!first_free_entry)
  	{
! 	  // If the free list is empty just put the entry there.
  	  free_entry *f = reinterpret_cast <free_entry *> (e);
  	  new (f) free_entry;
  	  f->size = sz;
! 	  f->next = NULL;
  	  first_free_entry = f;
  	}
        else if (reinterpret_cast <char *> (e) + sz
--- 194,210 ----
        allocated_entry *e = reinterpret_cast <allocated_entry *>
  	(reinterpret_cast <char *> (data) - offsetof (allocated_entry, data));
        std::size_t sz = e->size;
!       if (!first_free_entry
! 	  || (reinterpret_cast <char *> (e) + sz
! 	      < reinterpret_cast <char *> (first_free_entry)))
  	{
! 	  // If the free list is empty or the entry is before the
! 	  // first element and cannot be merged with it add it as
! 	  // the first free entry.
  	  free_entry *f = reinterpret_cast <free_entry *> (e);
  	  new (f) free_entry;
  	  f->size = sz;
! 	  f->next = first_free_entry;
  	  first_free_entry = f;
  	}
        else if (reinterpret_cast <char *> (e) + sz
*************** namespace
*** 224,232 ****
  		   > reinterpret_cast <char *> (e) + sz);
  	       fe = &(*fe)->next)
  	    ;
  	  if (reinterpret_cast <char *> (*fe) + (*fe)->size
  	      == reinterpret_cast <char *> (e))
! 	    /* Merge with the freelist entry.  */
  	    (*fe)->size += sz;
  	  else
  	    {
--- 228,244 ----
  		   > reinterpret_cast <char *> (e) + sz);
  	       fe = &(*fe)->next)
  	    ;
+ 	  // If we can merge the next block into us do so and continue
+ 	  // with the cases below.
+ 	  if (reinterpret_cast <char *> (e) + sz
+ 	      == reinterpret_cast <char *> ((*fe)->next))
+ 	    {
+ 	      sz += (*fe)->next->size;
+ 	      (*fe)->next = (*fe)->next->next;
+ 	    }
  	  if (reinterpret_cast <char *> (*fe) + (*fe)->size
  	      == reinterpret_cast <char *> (e))
! 	    // Merge with the freelist entry.
  	    (*fe)->size += sz;
  	  else
  	    {
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/20_util/function/assign/move.cc gcc-7.2.0/libstdc++-v3/testsuite/20_util/function/assign/move.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/20_util/function/assign/move.cc	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/20_util/function/assign/move.cc	Tue Jul 25 18:04:54 2017
*************** void test01()
*** 38,48 ****
    fo2 = (std::move(fo));
    VERIFY( static_cast<bool>(fo2) );
    VERIFY( fo2() == 2 );
  }
  
  int main()
  {
    test01();
- 
-   return 0;
  }
--- 38,49 ----
    fo2 = (std::move(fo));
    VERIFY( static_cast<bool>(fo2) );
    VERIFY( fo2() == 2 );
+ 
+   static_assert(std::is_nothrow_move_assignable<function>::value,
+ 		"PR libstdc++/81017");
  }
  
  int main()
  {
    test01();
  }
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/20_util/function/cons/move.cc gcc-7.2.0/libstdc++-v3/testsuite/20_util/function/cons/move.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/20_util/function/cons/move.cc	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/20_util/function/cons/move.cc	Tue Jul 25 18:04:54 2017
*************** void test01()
*** 36,46 ****
    function fo2(std::move(fo));
    VERIFY( static_cast<bool>(fo2) );
    VERIFY( fo2() == 2 );
  }
  
  int main()
  {
    test01();
- 
-   return 0;
  }
--- 36,47 ----
    function fo2(std::move(fo));
    VERIFY( static_cast<bool>(fo2) );
    VERIFY( fo2() == 2 );
+ 
+   static_assert(std::is_nothrow_move_constructible<function>::value,
+ 		"PR libstdc++/81017");
  }
  
  int main()
  {
    test01();
  }
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/20_util/function_objects/mem_fn/80478.cc gcc-7.2.0/libstdc++-v3/testsuite/20_util/function_objects/mem_fn/80478.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/20_util/function_objects/mem_fn/80478.cc	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/libstdc++-v3/testsuite/20_util/function_objects/mem_fn/80478.cc	Thu May 18 18:04:15 2017
***************
*** 0 ****
--- 1,27 ----
+ // Copyright (C) 2017 Free Software Foundation, Inc.
+ //
+ // This file is part of the GNU ISO C++ Library.  This library is free
+ // software; you can redistribute it and/or modify it under the
+ // terms of the GNU General Public License as published by the
+ // Free Software Foundation; either version 3, or (at your option)
+ // any later version.
+ 
+ // This library is distributed in the hope that it will be useful,
+ // but WITHOUT ANY WARRANTY; without even the implied warranty of
+ // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+ // GNU General Public License for more details.
+ 
+ // You should have received a copy of the GNU General Public License along
+ // with this library; see the file COPYING3.  If not see
+ // <http://www.gnu.org/licenses/>.
+ 
+ // { dg-options "-std=gnu++17" }
+ // { dg-do compile { target c++1z } }
+ 
+ #include <functional>
+ 
+ struct X {
+   void f() noexcept { }
+ };
+ 
+ auto f = std::mem_fn(&X::f);
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/20_util/owner_less/noexcept.cc gcc-7.2.0/libstdc++-v3/testsuite/20_util/owner_less/noexcept.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/20_util/owner_less/noexcept.cc	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/libstdc++-v3/testsuite/20_util/owner_less/noexcept.cc	Tue Jul 25 18:05:19 2017
***************
*** 0 ****
--- 1,40 ----
+ // Copyright (C) 2017 Free Software Foundation, Inc.
+ //
+ // This file is part of the GNU ISO C++ Library.  This library is free
+ // software; you can redistribute it and/or modify it under the
+ // terms of the GNU General Public License as published by the
+ // Free Software Foundation; either version 3, or (at your option)
+ // any later version.
+ 
+ // This library is distributed in the hope that it will be useful,
+ // but WITHOUT ANY WARRANTY; without even the implied warranty of
+ // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+ // GNU General Public License for more details.
+ 
+ // You should have received a copy of the GNU General Public License along
+ // with this library; see the file COPYING3.  If not see
+ // <http://www.gnu.org/licenses/>.
+ 
+ // { dg-do compile { target c++11 } }
+ 
+ #include <memory>
+ 
+ const std::shared_ptr<int> si;
+ const std::weak_ptr<int> wi;
+ const std::owner_less<std::shared_ptr<int>> osi;
+ static_assert( noexcept(osi(si, si)), "" );
+ static_assert( noexcept(osi(si, wi)), "" );
+ static_assert( noexcept(osi(wi, si)), "" );
+ const std::owner_less<std::weak_ptr<int>> owi;
+ static_assert( noexcept(owi(wi, wi)), "" );
+ static_assert( noexcept(owi(si, wi)), "" );
+ static_assert( noexcept(owi(wi, si)), "" );
+ const std::shared_ptr<long> sl;
+ const std::weak_ptr<char> wc;
+ const std::owner_less<void> ov;
+ static_assert( noexcept(ov(si, si)), "" );
+ static_assert( noexcept(ov(si, sl)), "" );
+ static_assert( noexcept(ov(sl, si)), "" );
+ static_assert( noexcept(ov(si, wc)), "" );
+ static_assert( noexcept(ov(wc, si)), "" );
+ static_assert( noexcept(ov(wc, wi)), "" );
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/20_util/shared_ptr/cons/lwg2802.cc gcc-7.2.0/libstdc++-v3/testsuite/20_util/shared_ptr/cons/lwg2802.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/20_util/shared_ptr/cons/lwg2802.cc	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/libstdc++-v3/testsuite/20_util/shared_ptr/cons/lwg2802.cc	Tue Jul 25 18:05:25 2017
***************
*** 0 ****
--- 1,51 ----
+ // Copyright (C) 2017 Free Software Foundation, Inc.
+ //
+ // This file is part of the GNU ISO C++ Library.  This library is free
+ // software; you can redistribute it and/or modify it under the
+ // terms of the GNU General Public License as published by the
+ // Free Software Foundation; either version 3, or (at your option)
+ // any later version.
+ 
+ // This library is distributed in the hope that it will be useful,
+ // but WITHOUT ANY WARRANTY; without even the implied warranty of
+ // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+ // GNU General Public License for more details.
+ 
+ // You should have received a copy of the GNU General Public License along
+ // with this library; see the file COPYING3.  If not see
+ // <http://www.gnu.org/licenses/>.
+ 
+ // { dg-do compile { target c++11 } }
+ 
+ #include <memory>
+ 
+ // LWG 2802. shared_ptr constructor requirements for a deleter
+ 
+ struct D
+ {
+   D() { }
+   D(D&&) { }
+   void operator()(int* p) const { delete p; }
+ };
+ 
+ std::allocator<int> a;
+ 
+ std::shared_ptr<int> s1((int*)nullptr, D());
+ std::shared_ptr<int> s2((int*)nullptr, D(), a);
+ std::shared_ptr<int> s3(nullptr, D());
+ std::shared_ptr<int> s4(nullptr, D(), a);
+ 
+ void test01()
+ {
+   s1.reset((int*)nullptr, D());
+   s1.reset((int*)nullptr, D(), a);
+ }
+ 
+ struct D2 final
+ {
+   D2() { }
+   D2(D2&&) { }
+   void operator()(int* p) const { delete p; }
+ };
+ 
+ std::shared_ptr<int> s5(nullptr, D2());
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/20_util/shared_ptr/observers/owner_before.cc gcc-7.2.0/libstdc++-v3/testsuite/20_util/shared_ptr/observers/owner_before.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/20_util/shared_ptr/observers/owner_before.cc	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/20_util/shared_ptr/observers/owner_before.cc	Tue Jul 25 18:05:19 2017
*************** test02()
*** 67,72 ****
--- 67,78 ----
    VERIFY( !a1.owner_before(w1) && !w1.owner_before(a1) );
    std::weak_ptr<A> w2(a2);
    VERIFY( !b1.owner_before(w2) && !w2.owner_before(b1) );
+ 
+   static_assert( noexcept(a1.owner_before(a0)), "" );
+   static_assert( noexcept(a1.owner_before(b1)), "" );
+   static_assert( noexcept(b1.owner_before(a1)), "" );
+   static_assert( noexcept(a1.owner_before(w1)), "" );
+   static_assert( noexcept(b1.owner_before(w1)), "" );
  }
  
  // Aliasing
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/20_util/specialized_algorithms/memory_management_tools/destroy_neg.cc gcc-7.2.0/libstdc++-v3/testsuite/20_util/specialized_algorithms/memory_management_tools/destroy_neg.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/20_util/specialized_algorithms/memory_management_tools/destroy_neg.cc	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/libstdc++-v3/testsuite/20_util/specialized_algorithms/memory_management_tools/destroy_neg.cc	Tue Jul 25 18:05:13 2017
***************
*** 0 ****
--- 1,50 ----
+ // Copyright (C) 2017 Free Software Foundation, Inc.
+ //
+ // This file is part of the GNU ISO C++ Library.  This library is free
+ // software; you can redistribute it and/or modify it under the
+ // terms of the GNU General Public License as published by the
+ // Free Software Foundation; either version 3, or (at your option)
+ // any later version.
+ 
+ // This library is distributed in the hope that it will be useful,
+ // but WITHOUT ANY WARRANTY; without even the implied warranty of
+ // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+ // GNU General Public License for more details.
+ 
+ // You should have received a copy of the GNU General Public License along
+ // with this library; see the file COPYING3.  If not see
+ // <http://www.gnu.org/licenses/>.
+ 
+ // { dg-options "-std=gnu++17" }
+ // { dg-do compile { target c++1z } }
+ 
+ #include <memory>
+ 
+ // This has a trivial destructor, but should not be destructible!
+ struct DeletedDtor {
+   ~DeletedDtor() = delete;
+ };
+ 
+ void
+ test01()
+ {
+   alignas(DeletedDtor) unsigned char buf[sizeof(DeletedDtor)];
+   auto p = ::new (buf) DeletedDtor();
+   std::destroy(p, p + 1);	// { dg-error "here" }
+   std::destroy_n(p, 1);		// { dg-error "here" }
+ }
+ 
+ class PrivateDtor {
+   ~PrivateDtor() { }
+ };
+ 
+ void
+ test02()
+ {
+   alignas(PrivateDtor) unsigned char buf[sizeof(PrivateDtor)];
+   auto p = ::new (buf) PrivateDtor();
+   std::destroy(p, p + 1);	// { dg-error "here" }
+   std::destroy_n(p, 1);		// { dg-error "here" }
+ }
+ 
+ // { dg-error "value type is destructible" "" { target *-*-* } 0 }
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/20_util/tuple/78939.cc gcc-7.2.0/libstdc++-v3/testsuite/20_util/tuple/78939.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/20_util/tuple/78939.cc	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/libstdc++-v3/testsuite/20_util/tuple/78939.cc	Fri May 12 15:53:19 2017
***************
*** 0 ****
--- 1,49 ----
+ // Copyright (C) 2017 Free Software Foundation, Inc.
+ //
+ // This file is part of the GNU ISO C++ Library.  This library is free
+ // software; you can redistribute it and/or modify it under the
+ // terms of the GNU General Public License as published by the
+ // Free Software Foundation; either version 3, or (at your option)
+ // any later version.
+ 
+ // This library is distributed in the hope that it will be useful,
+ // but WITHOUT ANY WARRANTY; without even the implied warranty of
+ // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+ // GNU General Public License for more details.
+ 
+ // You should have received a copy of the GNU General Public License along
+ // with this library; see the file COPYING3.  If not see
+ // <http://www.gnu.org/licenses/>.
+ 
+ // { dg-options "-std=gnu++17" }
+ // { dg-do compile { target c++1z } }
+ 
+ // PR libstdc++/78939
+ 
+ #include <utility>
+ 
+ struct A { int i, j; };
+ 
+ int
+ test01()
+ {
+   A a{};
+   const auto [i, j] = a;
+   return i + j;
+ }
+ 
+ int
+ test02()
+ {
+   A a{};
+   volatile auto [i, j] = a;
+   return i + j;
+ }
+ 
+ int
+ test03()
+ {
+   A a{};
+   const volatile auto [i, j] = a;
+   return i + j;
+ }
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/20_util/variant/any.cc gcc-7.2.0/libstdc++-v3/testsuite/20_util/variant/any.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/20_util/variant/any.cc	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/libstdc++-v3/testsuite/20_util/variant/any.cc	Tue Jul 25 18:04:27 2017
***************
*** 0 ****
--- 1,31 ----
+ // { dg-options "-std=gnu++17" }
+ // { dg-do compile }
+ 
+ // Copyright (C) 2017 Free Software Foundation, Inc.
+ //
+ // This file is part of the GNU ISO C++ Library.  This library is free
+ // software; you can redistribute it and/or modify it under the
+ // terms of the GNU General Public License as published by the
+ // Free Software Foundation; either version 3, or (at your option)
+ // any later version.
+ 
+ // This library is distributed in the hope that it will be useful,
+ // but WITHOUT ANY WARRANTY; without even the implied warranty of
+ // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+ // GNU General Public License for more details.
+ 
+ // You should have received a copy of the GNU General Public License along
+ // with this library; see the file COPYING3.  If not see
+ // <http://www.gnu.org/licenses/>.
+ 
+ #include <any>
+ #include <variant>
+ 
+ struct A { std::variant<std::any> a; };
+ 
+ void Bar(const A&);
+ 
+ void Foo() {
+   A a;
+   Bar(a);
+ }
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/20_util/variant/deduction.cc gcc-7.2.0/libstdc++-v3/testsuite/20_util/variant/deduction.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/20_util/variant/deduction.cc	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/libstdc++-v3/testsuite/20_util/variant/deduction.cc	Tue Jul 25 18:04:38 2017
***************
*** 0 ****
--- 1,39 ----
+ // { dg-options "-std=gnu++17" }
+ // { dg-do compile { target c++1z } }
+ 
+ // Copyright (C) 2017 Free Software Foundation, Inc.
+ //
+ // This file is part of the GNU ISO C++ Library.  This library is free
+ // software; you can redistribute it and/or modify it under the
+ // terms of the GNU General Public License as published by the
+ // Free Software Foundation; either version 3, or (at your option)
+ // any later version.
+ 
+ // This library is distributed in the hope that it will be useful,
+ // but WITHOUT ANY WARRANTY; without even the implied warranty of
+ // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+ // GNU General Public License for more details.
+ 
+ // You should have received a copy of the GNU General Public License along
+ // with this library; see the file COPYING3.  If not see
+ // <http://www.gnu.org/licenses/>.
+ 
+ #include <variant>
+ 
+ template<typename T, typename U> struct require_same;
+ template<typename T> struct require_same<T, T> { using type = void; };
+ 
+ template<typename T, typename U>
+   typename require_same<T, U>::type
+   check_type(U&) { }
+ 
+ void
+ test01()
+ {
+   std::variant<int, double> x(3);
+ 
+   std::variant copy = x;
+   check_type<decltype(x)>(copy);
+   std::variant move = std::move(x);
+   check_type<decltype(x)>(move);
+ }
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/20_util/weak_ptr/observers/owner_before.cc gcc-7.2.0/libstdc++-v3/testsuite/20_util/weak_ptr/observers/owner_before.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/20_util/weak_ptr/observers/owner_before.cc	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/20_util/weak_ptr/observers/owner_before.cc	Tue Jul 25 18:05:19 2017
*************** struct B { };
*** 27,33 ****
  
  // 20.6.6.3.5 weak_ptr observers [util.smartptr.weak.obs]
  
! int
  test01()
  {
    // test empty weak_ptrs compare equivalent
--- 27,33 ----
  
  // 20.6.6.3.5 weak_ptr observers [util.smartptr.weak.obs]
  
! void
  test01()
  {
    // test empty weak_ptrs compare equivalent
*************** test01()
*** 38,48 ****
    std::shared_ptr<B> p3;
    VERIFY( !p1.owner_before(p3) && !p3.owner_before(p1) );
  
!   return 0;
  }
  
  
! int
  test02()
  {
    std::shared_ptr<A> a0;
--- 38,51 ----
    std::shared_ptr<B> p3;
    VERIFY( !p1.owner_before(p3) && !p3.owner_before(p1) );
  
!   static_assert( noexcept(p1.owner_before(p1)), "" );
!   static_assert( noexcept(p1.owner_before(p2)), "" );
!   static_assert( noexcept(p1.owner_before(p3)), "" );
!   static_assert( noexcept(p2.owner_before(p1)), "" );
  }
  
  
! void
  test02()
  {
    std::shared_ptr<A> a0;
*************** test02()
*** 60,67 ****
  
    std::shared_ptr<B> b1(new B);
    VERIFY( w1.owner_before(b1) || b1.owner_before(w1) );
- 
-   return 0;
  }
  
  int 
--- 63,68 ----
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/21_strings/basic_string/cons/char/8.cc gcc-7.2.0/libstdc++-v3/testsuite/21_strings/basic_string/cons/char/8.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/21_strings/basic_string/cons/char/8.cc	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/21_strings/basic_string/cons/char/8.cc	Fri Jun 16 12:18:53 2017
***************
*** 15,30 ****
  // with this library; see the file COPYING3.  If not see
  // <http://www.gnu.org/licenses/>.
  
  // { dg-do run { target c++11 } }
  
  #include <string>
  #include <testsuite_hooks.h>
  
  template<typename... Args>
  std::size_t
  construct(Args&&... args)
  {
!   return std::string( std::forward<Args>(args)... ).length();
  }
  
  void
--- 15,45 ----
  // with this library; see the file COPYING3.  If not see
  // <http://www.gnu.org/licenses/>.
  
+ // { dg-options "-O0" }
  // { dg-do run { target c++11 } }
  
  #include <string>
  #include <testsuite_hooks.h>
  
+ struct TestBaseObjCtor : std::string
+ {
+   template<typename... Args>
+     TestBaseObjCtor(Args&&... args)
+     : std::string(std::forward<Args>(args)...)
+     { }
+ };
+ 
  template<typename... Args>
  std::size_t
  construct(Args&&... args)
  {
!   // Use static_cast<Args> to produce either an lvalue or prvalue,
!   // so args... not left in moved-from state and can be reused below:
!   TestBaseObjCtor as_base_obj( static_cast<Args>(args)... );
! 
!   std::string as_complete_obj( std::forward<Args>(args)... );
! 
!   return as_complete_obj.length();
  }
  
  void
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/21_strings/basic_string/cons/wchar_t/8.cc gcc-7.2.0/libstdc++-v3/testsuite/21_strings/basic_string/cons/wchar_t/8.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/21_strings/basic_string/cons/wchar_t/8.cc	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/21_strings/basic_string/cons/wchar_t/8.cc	Fri Jun 16 12:18:53 2017
***************
*** 15,30 ****
  // with this library; see the file COPYING3.  If not see
  // <http://www.gnu.org/licenses/>.
  
  // { dg-do run { target c++11 } }
  
  #include <string>
  #include <testsuite_hooks.h>
  
  template<typename... Args>
  std::size_t
  construct(Args&&... args)
  {
!   return std::wstring( std::forward<Args>(args)... ).length();
  }
  
  void
--- 15,45 ----
  // with this library; see the file COPYING3.  If not see
  // <http://www.gnu.org/licenses/>.
  
+ // { dg-options "-O0" }
  // { dg-do run { target c++11 } }
  
  #include <string>
  #include <testsuite_hooks.h>
  
+ struct TestBaseObjCtor : std::wstring
+ {
+   template<typename... Args>
+     TestBaseObjCtor(Args&&... args)
+     : std::wstring(std::forward<Args>(args)...)
+     { }
+ };
+ 
  template<typename... Args>
  std::size_t
  construct(Args&&... args)
  {
!   // Use static_cast<Args> to produce either an lvalue or prvalue,
!   // so args... not left in moved-from state and can be reused below:
!   TestBaseObjCtor as_base_obj( static_cast<Args>(args)... );
! 
!   std::wstring as_complete_obj( std::forward<Args>(args)... );
! 
!   return as_complete_obj.length();
  }
  
  void
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/21_strings/basic_string_view/operations/copy/char/1.cc gcc-7.2.0/libstdc++-v3/testsuite/21_strings/basic_string_view/operations/copy/char/1.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/21_strings/basic_string_view/operations/copy/char/1.cc	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/21_strings/basic_string_view/operations/copy/char/1.cc	Fri Jun 16 12:18:44 2017
***************
*** 22,28 ****
  #include <string_view>
  #include <testsuite_hooks.h>
  
! bool
  test01()
  {
    typedef std::string_view::size_type csize_type;
--- 22,28 ----
  #include <string_view>
  #include <testsuite_hooks.h>
  
! void
  test01()
  {
    typedef std::string_view::size_type csize_type;
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/21_strings/basic_string_view/operations/copy/wchar_t/1.cc gcc-7.2.0/libstdc++-v3/testsuite/21_strings/basic_string_view/operations/copy/wchar_t/1.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/21_strings/basic_string_view/operations/copy/wchar_t/1.cc	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/21_strings/basic_string_view/operations/copy/wchar_t/1.cc	Fri Jun 16 12:18:44 2017
***************
*** 22,28 ****
  #include <string_view>
  #include <testsuite_hooks.h>
  
! bool
  test01()
  {
    typedef std::wstring_view::size_type csize_type;
--- 22,28 ----
  #include <string_view>
  #include <testsuite_hooks.h>
  
! void
  test01()
  {
    typedef std::wstring_view::size_type csize_type;
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/22_locale/conversions/buffer/2.cc gcc-7.2.0/libstdc++-v3/testsuite/22_locale/conversions/buffer/2.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/22_locale/conversions/buffer/2.cc	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/libstdc++-v3/testsuite/22_locale/conversions/buffer/2.cc	Fri Jun 16 13:35:22 2017
***************
*** 0 ****
--- 1,39 ----
+ // Copyright (C) 2017 Free Software Foundation, Inc.
+ //
+ // This file is part of the GNU ISO C++ Library.  This library is free
+ // software; you can redistribute it and/or modify it under the
+ // terms of the GNU General Public License as published by the
+ // Free Software Foundation; either version 3, or (at your option)
+ // any later version.
+ 
+ // This library is distributed in the hope that it will be useful,
+ // but WITHOUT ANY WARRANTY; without even the implied warranty of
+ // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+ // GNU General Public License for more details.
+ 
+ // You should have received a copy of the GNU General Public License along
+ // with this library; see the file COPYING3.  If not see
+ // <http://www.gnu.org/licenses/>.
+ 
+ // { dg-do run { target c++11 } }
+ 
+ #include <locale>
+ #include <sstream>
+ #include <testsuite_hooks.h>
+ 
+ void
+ test01()
+ {
+   struct Cvt : std::codecvt<char, char, std::mbstate_t> { };
+   std::stringstream ss;
+   std::wbuffer_convert<Cvt, char> cvt(ss.rdbuf());
+   auto p = ss.std::ios::rdbuf(&cvt);
+   ss << "hello";
+   VERIFY( ss.flush().good() );
+   ss.std::ios::rdbuf(p);
+ }
+ 
+ int main()
+ {
+   test01();
+ }
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/23_containers/map/modifiers/extract.cc gcc-7.2.0/libstdc++-v3/testsuite/23_containers/map/modifiers/extract.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/23_containers/map/modifiers/extract.cc	Sat Jan 14 11:55:22 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/23_containers/map/modifiers/extract.cc	Mon May 15 14:01:38 2017
*************** test03()
*** 135,140 ****
--- 135,151 ----
    static_assert( is_same_v<test_type::node_type, compat_type3::node_type> );
  }
  
+ void
+ test04()
+ {
+   // Check order of members in insert_return_type
+   auto [pos, ins, node] = test_type::insert_return_type{};
+   using std::is_same_v;
+   static_assert( is_same_v<test_type::iterator, decltype(pos)> );
+   static_assert( is_same_v<bool, decltype(ins)> );
+   static_assert( is_same_v<test_type::node_type, decltype(node)> );
+ }
+ 
  int
  main()
  {
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/23_containers/map/modifiers/insert_or_assign/1.cc gcc-7.2.0/libstdc++-v3/testsuite/23_containers/map/modifiers/insert_or_assign/1.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/23_containers/map/modifiers/insert_or_assign/1.cc	Sat Jan 14 11:55:22 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/23_containers/map/modifiers/insert_or_assign/1.cc	Fri Jun 16 12:18:44 2017
*************** struct Val
*** 39,48 ****
--- 39,50 ----
    {
      val = other.val;
      other.moved_from_assign = true;
+     return *this;
    }
    Val& operator=(const Val& other)
    {
      val = other.val;
+     return *this;
    }
  };
  
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/23_containers/set/modifiers/extract.cc gcc-7.2.0/libstdc++-v3/testsuite/23_containers/set/modifiers/extract.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/23_containers/set/modifiers/extract.cc	Sat Jan 14 11:55:22 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/23_containers/set/modifiers/extract.cc	Mon May 15 14:01:38 2017
*************** test03()
*** 126,131 ****
--- 126,142 ----
    static_assert( is_same_v<test_type::node_type, compat_type3::node_type> );
  }
  
+ void
+ test04()
+ {
+   // Check order of members in insert_return_type
+   auto [pos, ins, node] = test_type::insert_return_type{};
+   using std::is_same_v;
+   static_assert( is_same_v<test_type::iterator, decltype(pos)> );
+   static_assert( is_same_v<bool, decltype(ins)> );
+   static_assert( is_same_v<test_type::node_type, decltype(node)> );
+ }
+ 
  int
  main()
  {
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/23_containers/unordered_map/modifiers/extract.cc gcc-7.2.0/libstdc++-v3/testsuite/23_containers/unordered_map/modifiers/extract.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/23_containers/unordered_map/modifiers/extract.cc	Sat Jan 14 11:55:22 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/23_containers/unordered_map/modifiers/extract.cc	Mon May 15 14:01:38 2017
*************** test03()
*** 136,141 ****
--- 136,152 ----
    static_assert( is_same_v<test_type::node_type, compat_type3::node_type> );
  }
  
+ void
+ test04()
+ {
+   // Check order of members in insert_return_type
+   auto [pos, ins, node] = test_type::insert_return_type{};
+   using std::is_same_v;
+   static_assert( is_same_v<test_type::iterator, decltype(pos)> );
+   static_assert( is_same_v<bool, decltype(ins)> );
+   static_assert( is_same_v<test_type::node_type, decltype(node)> );
+ }
+ 
  int
  main()
  {
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/23_containers/unordered_map/modifiers/insert_or_assign.cc gcc-7.2.0/libstdc++-v3/testsuite/23_containers/unordered_map/modifiers/insert_or_assign.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/23_containers/unordered_map/modifiers/insert_or_assign.cc	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/23_containers/unordered_map/modifiers/insert_or_assign.cc	Fri Jun 16 12:18:44 2017
*************** struct Val
*** 38,47 ****
--- 38,49 ----
    {
      val = other.val;
      other.moved_from_assign = true;
+     return *this;
    }
    Val& operator=(const Val& other)
    {
      val = other.val;
+     return *this;
    }
  };
  
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/23_containers/unordered_set/modifiers/extract.cc gcc-7.2.0/libstdc++-v3/testsuite/23_containers/unordered_set/modifiers/extract.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/23_containers/unordered_set/modifiers/extract.cc	Sat Jan 14 11:55:22 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/23_containers/unordered_set/modifiers/extract.cc	Mon May 15 14:01:38 2017
*************** test03()
*** 128,133 ****
--- 128,144 ----
    static_assert( is_same_v<test_type::node_type, compat_type3::node_type> );
  }
  
+ void
+ test04()
+ {
+   // Check order of members in insert_return_type
+   auto [pos, ins, node] = test_type::insert_return_type{};
+   using std::is_same_v;
+   static_assert( is_same_v<test_type::iterator, decltype(pos)> );
+   static_assert( is_same_v<bool, decltype(ins)> );
+   static_assert( is_same_v<test_type::node_type, decltype(node)> );
+ }
+ 
  int
  main()
  {
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/23_containers/vector/cons/destructible_neg.cc gcc-7.2.0/libstdc++-v3/testsuite/23_containers/vector/cons/destructible_neg.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/23_containers/vector/cons/destructible_neg.cc	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/libstdc++-v3/testsuite/23_containers/vector/cons/destructible_neg.cc	Tue Jul 25 18:05:13 2017
***************
*** 0 ****
--- 1,44 ----
+ // Copyright (C) 2017 Free Software Foundation, Inc.
+ //
+ // This file is part of the GNU ISO C++ Library.  This library is free
+ // software; you can redistribute it and/or modify it under the
+ // terms of the GNU General Public License as published by the
+ // Free Software Foundation; either version 3, or (at your option)
+ // any later version.
+ 
+ // This library is distributed in the hope that it will be useful,
+ // but WITHOUT ANY WARRANTY; without even the implied warranty of
+ // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+ // GNU General Public License for more details.
+ 
+ // You should have received a copy of the GNU General Public License along
+ // with this library; see the file COPYING3.  If not see
+ // <http://www.gnu.org/licenses/>.
+ 
+ // { dg-do compile { target c++11 } }
+ 
+ #include <vector>
+ 
+ // PR libstdc++/80553
+ 
+ struct DeletedDtor {
+   ~DeletedDtor() = delete;
+ };
+ 
+ class PrivateDtor {
+   ~PrivateDtor() { }
+ };
+ 
+ void
+ test01()
+ {
+   std::vector<DeletedDtor> v; // { dg-error "here" }
+ }
+ 
+ void
+ test02()
+ {
+   std::vector<PrivateDtor> v; // { dg-error "here" }
+ }
+ 
+ // { dg-error "value type is destructible" "" { target *-*-* } 0 }
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/25_algorithms/sample/81221.cc gcc-7.2.0/libstdc++-v3/testsuite/25_algorithms/sample/81221.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/25_algorithms/sample/81221.cc	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/libstdc++-v3/testsuite/25_algorithms/sample/81221.cc	Tue Jun 27 16:23:46 2017
***************
*** 0 ****
--- 1,22 ----
+ // Copyright (C) 2017 Free Software Foundation, Inc.
+ //
+ // This file is part of the GNU ISO C++ Library.  This library is free
+ // software; you can redistribute it and/or modify it under the
+ // terms of the GNU General Public License as published by the
+ // Free Software Foundation; either version 3, or (at your option)
+ // any later version.
+ 
+ // This library is distributed in the hope that it will be useful,
+ // but WITHOUT ANY WARRANTY; without even the implied warranty of
+ // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+ // GNU General Public License for more details.
+ 
+ // You should have received a copy of the GNU General Public License along
+ // with this library; see the file COPYING3.  If not see
+ // <http://www.gnu.org/licenses/>.
+ 
+ // { dg-options "-std=gnu++17" }
+ // { dg-do compile { target c++1z } }
+ // { dg-require-parallel-mode "" }
+ 
+ #include <algorithm>
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/25_algorithms/search/searcher.cc gcc-7.2.0/libstdc++-v3/testsuite/25_algorithms/search/searcher.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/25_algorithms/search/searcher.cc	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/libstdc++-v3/testsuite/25_algorithms/search/searcher.cc	Fri May 19 12:28:28 2017
***************
*** 0 ****
--- 1,47 ----
+ // Copyright (C) 2017 Free Software Foundation, Inc.
+ //
+ // This file is part of the GNU ISO C++ Library.  This library is free
+ // software; you can redistribute it and/or modify it under the
+ // terms of the GNU General Public License as published by the
+ // Free Software Foundation; either version 3, or (at your option)
+ // any later version.
+ 
+ // This library is distributed in the hope that it will be useful,
+ // but WITHOUT ANY WARRANTY; without even the implied warranty of
+ // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+ // GNU General Public License for more details.
+ 
+ // You should have received a copy of the GNU General Public License along
+ // with this library; see the file COPYING3.  If not see
+ // <http://www.gnu.org/licenses/>.
+ 
+ // { dg-options "-std=gnu++17" }
+ // { dg-do run { target c++1z } }
+ 
+ #include <algorithm>
+ #include <testsuite_hooks.h>
+ 
+ struct nocopy
+ {
+   nocopy() = default;
+   nocopy(const nocopy&) = delete;
+   nocopy& operator=(const nocopy&) = delete;
+ 
+   struct P { int* first; };
+ 
+   P operator()(int* f, int* l) const { return {f}; }
+ };
+ 
+ void
+ test01()
+ {
+   int i[] = { 1, 2 };
+   auto res = std::search(i, i + 2, nocopy{});
+   VERIFY( res == i );
+ }
+ 
+ int
+ main()
+ {
+   test01();
+ }
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/27_io/basic_istream/extractors_arithmetic/char/12.cc gcc-7.2.0/libstdc++-v3/testsuite/27_io/basic_istream/extractors_arithmetic/char/12.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/27_io/basic_istream/extractors_arithmetic/char/12.cc	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/27_io/basic_istream/extractors_arithmetic/char/12.cc	Fri Jun 16 12:18:44 2017
*************** void test12_aux(bool integer_type)
*** 50,56 ****
    VERIFY(is.fail());
  }
  
! bool test12()
  {
    test12_aux<short>(true);
    test12_aux<int>(true);
--- 50,56 ----
    VERIFY(is.fail());
  }
  
! void test12()
  {
    test12_aux<short>(true);
    test12_aux<int>(true);
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/27_io/rvalue_streams-2.cc gcc-7.2.0/libstdc++-v3/testsuite/27_io/rvalue_streams-2.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/27_io/rvalue_streams-2.cc	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/27_io/rvalue_streams-2.cc	Wed Jun 21 21:09:46 2017
*************** struct A {};
*** 24,34 ****
--- 24,87 ----
  void operator<<(std::ostream&, const A&) { }
  void operator>>(std::istream&, A&) { }
  
+ class MyStream : private std::ostream, private std::istream
+ {
+ public:
+   MyStream& operator <<(const char*)
+   {
+     return *this;
+   }
+   MyStream& operator >>(int&)
+   {
+     return *this;
+   }
+ };
+ 
+ class MyStream2
+ {
+ public:
+   MyStream2& operator <<(const char*)
+   {
+     return *this;
+   }
+   MyStream2& operator >>(int&)
+   {
+     return *this;
+   }
+ private:
+   operator std::ostream&();
+   operator std::istream&();
+ };
+ 
+ struct X { };
+ 
+ std::ostream& operator<<(std::ostream& os, const X&) { return os; }
+ std::istream& operator>>(std::istream& is, X&&) { return is; }
+ 
+ struct O : std::ostream { };
+ 
+ void operator<<(O&, X) = delete;
+ 
+ struct I : std::istream { };
+ 
+ void operator>>(I&, X) = delete;
+ 
  // PR libstdc++/65543
+ // PR libstdc++/80675
+ // PR libstdc++/80940
  int main()
  {
    A a;
  
    std::ostringstream() << a;
    std::istringstream() >> a;
+   MyStream stream{};
+   stream << "aaa";
+   int msi;
+   stream >> msi;
+   MyStream2 stream2{};
+   stream2 << "aaa";
+   stream2 >> msi;
+   O{} << X{};
+   I{} >> X{};
  }
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/28_regex/basic_regex/ctors/basic/iter.cc gcc-7.2.0/libstdc++-v3/testsuite/28_regex/basic_regex/ctors/basic/iter.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/28_regex/basic_regex/ctors/basic/iter.cc	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/libstdc++-v3/testsuite/28_regex/basic_regex/ctors/basic/iter.cc	Wed Jun  7 16:50:36 2017
***************
*** 0 ****
--- 1,30 ----
+ // Copyright (C) 2017 Free Software Foundation, Inc.
+ //
+ // This file is part of the GNU ISO C++ Library.  This library is free
+ // software; you can redistribute it and/or modify it under the
+ // terms of the GNU General Public License as published by the
+ // Free Software Foundation; either version 3, or (at your option)
+ // any later version.
+ 
+ // This library is distributed in the hope that it will be useful,
+ // but WITHOUT ANY WARRANTY; without even the implied warranty of
+ // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+ // GNU General Public License for more details.
+ 
+ // You should have received a copy of the GNU General Public License along
+ // with this library; see the file COPYING3.  If not see
+ // <http://www.gnu.org/licenses/>.
+ 
+ // { dg-do compile { target c++11 } }
+ 
+ #include <regex>
+ #include <testsuite_iterators.h>
+ 
+ void
+ test01()
+ {
+   char s[] = "";
+   __gnu_test::test_container<char, __gnu_test::forward_iterator_wrapper> c(s);
+   std::regex r1(c.begin(), c.end());
+   std::regex r2(c.begin(), c.end(), std::regex_constants::grep);
+ }
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/30_threads/promise/members/at_thread_exit2.cc gcc-7.2.0/libstdc++-v3/testsuite/30_threads/promise/members/at_thread_exit2.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/30_threads/promise/members/at_thread_exit2.cc	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/libstdc++-v3/testsuite/30_threads/promise/members/at_thread_exit2.cc	Tue Jul 11 11:52:14 2017
***************
*** 0 ****
--- 1,167 ----
+ // { dg-do run { target *-*-freebsd* *-*-dragonfly* *-*-netbsd* *-*-linux* *-*-gnu* *-*-solaris* *-*-cygwin *-*-rtems* *-*-darwin* powerpc-ibm-aix* } }
+ // { dg-options "-pthread" { target *-*-freebsd* *-*-dragonfly* *-*-netbsd* *-*-linux* *-*-gnu* *-*-solaris* powerpc-ibm-aix* } }
+ // { dg-require-effective-target c++11 }
+ // { dg-require-cstdint "" }
+ // { dg-require-gthreads "" }
+ 
+ // Copyright (C) 2014-2017 Free Software Foundation, Inc.
+ //
+ // This file is part of the GNU ISO C++ Library.  This library is free
+ // software; you can redistribute it and/or modify it under the
+ // terms of the GNU General Public License as published by the
+ // Free Software Foundation; either version 3, or (at your option)
+ // any later version.
+ 
+ // This library is distributed in the hope that it will be useful,
+ // but WITHOUT ANY WARRANTY; without even the implied warranty of
+ // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+ // GNU General Public License for more details.
+ 
+ // You should have received a copy of the GNU General Public License along
+ // with this library; see the file COPYING3.  If not see
+ // <http://www.gnu.org/licenses/>.
+ 
+ // Test set_value_at_thread_exit error conditions
+ 
+ #include <future>
+ #include <testsuite_hooks.h>
+ 
+ void test01()
+ {
+   std::promise<int> p1;
+   p1.set_value(1);
+   try
+   {
+     p1.set_value_at_thread_exit(2);
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY( e.code() == std::future_errc::promise_already_satisfied );
+   }
+   try
+   {
+     p1.set_exception_at_thread_exit(std::make_exception_ptr(3));
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY( e.code() == std::future_errc::promise_already_satisfied );
+   }
+ 
+   std::promise<int> p2(std::move(p1));
+   try
+   {
+     p1.set_value_at_thread_exit(2);
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY( e.code() == std::future_errc::no_state );
+   }
+   try
+   {
+     p1.set_exception_at_thread_exit(std::make_exception_ptr(3));
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY( e.code() == std::future_errc::no_state );
+   }
+ }
+ 
+ void test02()
+ {
+   std::promise<int&> p1;
+   int i = 1;
+   p1.set_value(i);
+   try
+   {
+     p1.set_value_at_thread_exit(i);
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY( e.code() == std::future_errc::promise_already_satisfied );
+   }
+   try
+   {
+     p1.set_exception_at_thread_exit(std::make_exception_ptr(3));
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY( e.code() == std::future_errc::promise_already_satisfied );
+   }
+ 
+   std::promise<int&> p2(std::move(p1));
+   try
+   {
+     int i = 0;
+     p1.set_value_at_thread_exit(i);
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY( e.code() == std::future_errc::no_state );
+   }
+   try
+   {
+     p1.set_exception_at_thread_exit(std::make_exception_ptr(3));
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY( e.code() == std::future_errc::no_state );
+   }
+ }
+ 
+ void test03()
+ {
+   std::promise<void> p1;
+   int i = 0;
+   p1.set_value();
+   try {
+     p1.set_value_at_thread_exit();
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY( e.code() == std::future_errc::promise_already_satisfied );
+   }
+   try
+   {
+     p1.set_exception_at_thread_exit(std::make_exception_ptr(3));
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY( e.code() == std::future_errc::promise_already_satisfied );
+   }
+ 
+   std::promise<void> p2(std::move(p1));
+   try {
+     p1.set_value_at_thread_exit();
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY( e.code() == std::future_errc::no_state );
+   }
+   try
+   {
+     p1.set_exception_at_thread_exit(std::make_exception_ptr(3));
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY( e.code() == std::future_errc::no_state );
+   }
+ }
+ 
+ int main()
+ {
+   test01();
+   test02();
+   test03();
+ }
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/30_threads/promise/members/set_exception.cc gcc-7.2.0/libstdc++-v3/testsuite/30_threads/promise/members/set_exception.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/30_threads/promise/members/set_exception.cc	Wed Jan  4 10:54:59 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/30_threads/promise/members/set_exception.cc	Tue Jul 11 11:52:14 2017
***************
*** 21,26 ****
--- 21,27 ----
  // with this library; see the file COPYING3.  If not see
  // <http://www.gnu.org/licenses/>.
  
+ // Test that promise::set_exception stores an exception.
  
  #include <future>
  #include <testsuite_hooks.h>
*************** void test01()
*** 48,55 ****
--- 49,104 ----
    VERIFY( !f1.valid() );
  }
  
+ void test02()
+ {
+   bool test = false;
+ 
+   std::promise<int&> p1;
+   std::future<int&> f1 = p1.get_future();
+ 
+   VERIFY( f1.valid() );
+ 
+   p1.set_exception(std::make_exception_ptr(0));
+ 
+   try
+   {
+     f1.get();
+   }
+   catch (int)
+   {
+     test = true;
+   }
+   VERIFY( test );
+   VERIFY( !f1.valid() );
+ }
+ 
+ void test03()
+ {
+   bool test = false;
+ 
+   std::promise<void> p1;
+   std::future<void> f1 = p1.get_future();
+ 
+   VERIFY( f1.valid() );
+ 
+   p1.set_exception(std::make_exception_ptr(0));
+ 
+   try
+   {
+     f1.get();
+   }
+   catch (int)
+   {
+     test = true;
+   }
+   VERIFY( test );
+   VERIFY( !f1.valid() );
+ }
+ 
  int main()
  {
    test01();
+   test02();
+   test03();
    return 0;
  }
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/30_threads/promise/members/set_exception2.cc gcc-7.2.0/libstdc++-v3/testsuite/30_threads/promise/members/set_exception2.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/30_threads/promise/members/set_exception2.cc	Wed Jan  4 10:54:59 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/30_threads/promise/members/set_exception2.cc	Tue Jul 11 11:52:14 2017
***************
*** 21,30 ****
--- 21,33 ----
  // with this library; see the file COPYING3.  If not see
  // <http://www.gnu.org/licenses/>.
  
+ // Test that promise::set_exception throws when required.
  
  #include <future>
  #include <testsuite_hooks.h>
  
+ // Check for promise_already_satisfied error conditions.
+ 
  void test01()
  {
    bool test = false;
*************** void test02()
*** 83,91 ****
--- 86,272 ----
    VERIFY( test );
  }
  
+ void test03()
+ {
+   bool test = false;
+ 
+   std::promise<int&> p1;
+   std::future<int&> f1 = p1.get_future();
+ 
+   p1.set_exception(std::make_exception_ptr(0));
+ 
+   try
+   {
+     p1.set_exception(std::make_exception_ptr(1));
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY(e.code() ==
+         std::make_error_code(std::future_errc::promise_already_satisfied));
+     test = true;
+   }
+ 
+   try
+   {
+     f1.get();
+     test = false;
+   }
+   catch(int i)
+   {
+     VERIFY( i == 0 );
+   }
+ 
+   VERIFY( test );
+ }
+ 
+ void test04()
+ {
+   bool test = false;
+ 
+   std::promise<int&> p1;
+   std::future<int&> f1 = p1.get_future();
+ 
+   int i = 2;
+   p1.set_value(i);
+ 
+   try
+   {
+     p1.set_exception(std::make_exception_ptr(0));
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY(e.code() ==
+         std::make_error_code(std::future_errc::promise_already_satisfied));
+     test = true;
+   }
+ 
+   VERIFY( test );
+ }
+ 
+ void test05()
+ {
+   bool test = false;
+ 
+   std::promise<void> p1;
+   std::future<void> f1 = p1.get_future();
+ 
+   p1.set_exception(std::make_exception_ptr(0));
+ 
+   try
+   {
+     p1.set_exception(std::make_exception_ptr(1));
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY(e.code() ==
+         std::make_error_code(std::future_errc::promise_already_satisfied));
+     test = true;
+   }
+ 
+   try
+   {
+     f1.get();
+     test = false;
+   }
+   catch(int i)
+   {
+     VERIFY( i == 0 );
+   }
+ 
+   VERIFY( test );
+ }
+ 
+ void test06()
+ {
+   bool test = false;
+ 
+   std::promise<void> p1;
+   std::future<void> f1 = p1.get_future();
+ 
+   p1.set_value();
+ 
+   try
+   {
+     p1.set_exception(std::make_exception_ptr(0));
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY(e.code() ==
+         std::make_error_code(std::future_errc::promise_already_satisfied));
+     test = true;
+   }
+ 
+   VERIFY( test );
+ }
+ 
+ // Check for no_state error condition (PR libstdc++/80316)
+ 
+ void test07()
+ {
+   using namespace std;
+ 
+   promise<int> p1;
+   promise<int> p2(std::move(p1));
+   try
+   {
+     p1.set_exception(std::make_exception_ptr(1));
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY(e.code() == make_error_code(future_errc::no_state));
+   }
+ }
+ 
+ void test08()
+ {
+   using namespace std;
+ 
+   promise<int&> p1;
+   promise<int&> p2(std::move(p1));
+   try
+   {
+     int i = 0;
+     p1.set_exception(std::make_exception_ptr(1));
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY(e.code() == make_error_code(future_errc::no_state));
+   }
+ }
+ 
+ void test09()
+ {
+   using namespace std;
+ 
+   promise<void> p1;
+   promise<void> p2(std::move(p1));
+   try
+   {
+     p1.set_exception(std::make_exception_ptr(1));
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY(e.code() == make_error_code(future_errc::no_state));
+   }
+ }
+ 
  int main()
  {
    test01();
    test02();
+   test03();
+   test04();
+   test05();
+   test06();
+   test07();
+   test08();
+   test09();
    return 0;
  }
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/30_threads/promise/members/set_value2.cc gcc-7.2.0/libstdc++-v3/testsuite/30_threads/promise/members/set_value2.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/30_threads/promise/members/set_value2.cc	Wed Jan  4 10:54:59 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/30_threads/promise/members/set_value2.cc	Tue Jul 11 11:52:14 2017
***************
*** 21,30 ****
--- 21,33 ----
  // with this library; see the file COPYING3.  If not see
  // <http://www.gnu.org/licenses/>.
  
+ // Test that promise::set_value throws when required.
  
  #include <future>
  #include <testsuite_hooks.h>
  
+ // Check for promise_already_satisfied error conditions.
+ 
  void test01()
  {
    bool test = false;
*************** void test02()
*** 79,87 ****
--- 82,379 ----
    VERIFY( test );
  }
  
+ void test03()
+ {
+   bool test = false;
+ 
+   std::promise<int> p1;
+   std::future<int> f1 = p1.get_future();
+ 
+   p1.set_exception(std::make_exception_ptr(4));
+ 
+   try
+   {
+     p1.set_value(3);
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY(e.code() ==
+         std::make_error_code(std::future_errc::promise_already_satisfied));
+     test = true;
+   }
+ 
+   std::chrono::milliseconds delay(1);
+   VERIFY( f1.wait_for(delay) == std::future_status::ready );
+   test = false;
+   try
+   {
+     f1.get();
+     VERIFY( false );
+   }
+   catch (int e)
+   {
+     VERIFY(e == 4 );
+     test = true;
+   }
+ 
+   VERIFY( test );
+ }
+ 
+ void test04()
+ {
+   bool test = false;
+ 
+   std::promise<int&> p1;
+   std::future<int&> f1 = p1.get_future();
+ 
+   int i = 1;
+   p1.set_value(i);
+ 
+   try
+   {
+     p1.set_value(i);
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY(e.code() ==
+         std::make_error_code(std::future_errc::promise_already_satisfied));
+     test = true;
+   }
+ 
+   std::chrono::milliseconds delay(1);
+   VERIFY( f1.wait_for(delay) == std::future_status::ready );
+   VERIFY( f1.get() == 1 );
+   VERIFY( test );
+ }
+ 
+ void test05()
+ {
+   bool test = false;
+ 
+   std::promise<int&> p1;
+   std::future<int&> f1 = p1.get_future();
+ 
+   int i = 3;
+   p1.set_value(i);
+ 
+   try
+   {
+     p1.set_exception(std::make_exception_ptr(4));
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY(e.code() ==
+         std::make_error_code(std::future_errc::promise_already_satisfied));
+     test = true;
+   }
+ 
+   std::chrono::milliseconds delay(1);
+   VERIFY( f1.wait_for(delay) == std::future_status::ready );
+   VERIFY( f1.get() == 3 );
+   VERIFY( test );
+ }
+ 
+ void test06()
+ {
+   bool test = false;
+ 
+   std::promise<int&> p1;
+   std::future<int&> f1 = p1.get_future();
+ 
+   p1.set_exception(std::make_exception_ptr(4));
+ 
+   try
+   {
+     int i = 3;
+     p1.set_value(i);
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY(e.code() ==
+         std::make_error_code(std::future_errc::promise_already_satisfied));
+     test = true;
+   }
+ 
+   std::chrono::milliseconds delay(1);
+   VERIFY( f1.wait_for(delay) == std::future_status::ready );
+   test = false;
+   try
+   {
+     f1.get();
+     VERIFY( false );
+   }
+   catch (int e)
+   {
+     VERIFY(e == 4 );
+     test = true;
+   }
+ 
+   VERIFY( test );
+ }
+ 
+ void test07()
+ {
+   bool test = false;
+ 
+   std::promise<void> p1;
+   std::future<void> f1 = p1.get_future();
+ 
+   p1.set_value();
+ 
+   try
+   {
+     p1.set_value();
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY(e.code() ==
+         std::make_error_code(std::future_errc::promise_already_satisfied));
+     test = true;
+   }
+ 
+   std::chrono::milliseconds delay(1);
+   VERIFY( f1.wait_for(delay) == std::future_status::ready );
+   f1.get();
+   VERIFY( test );
+ }
+ 
+ void test08()
+ {
+   bool test = false;
+ 
+   std::promise<void> p1;
+   std::future<void> f1 = p1.get_future();
+ 
+   p1.set_value();
+ 
+   try
+   {
+     p1.set_exception(std::make_exception_ptr(4));
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY(e.code() ==
+         std::make_error_code(std::future_errc::promise_already_satisfied));
+     test = true;
+   }
+ 
+   std::chrono::milliseconds delay(1);
+   VERIFY( f1.wait_for(delay) == std::future_status::ready );
+   f1.get();
+   VERIFY( test );
+ }
+ 
+ void test09()
+ {
+   bool test = false;
+ 
+   std::promise<void> p1;
+   std::future<void> f1 = p1.get_future();
+ 
+   p1.set_exception(std::make_exception_ptr(4));
+ 
+   try
+   {
+     p1.set_value();
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY(e.code() ==
+         std::make_error_code(std::future_errc::promise_already_satisfied));
+     test = true;
+   }
+ 
+   std::chrono::milliseconds delay(1);
+   VERIFY( f1.wait_for(delay) == std::future_status::ready );
+   test = false;
+   try
+   {
+     f1.get();
+     VERIFY( false );
+   }
+   catch (int e)
+   {
+     VERIFY(e == 4 );
+     test = true;
+   }
+ 
+   VERIFY( test );
+ }
+ 
+ // Check for no_state error condition (PR libstdc++/80316)
+ 
+ void test10()
+ {
+   using namespace std;
+ 
+   promise<int> p1;
+   promise<int> p2(std::move(p1));
+   try
+   {
+     p1.set_value(1);
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY(e.code() == make_error_code(future_errc::no_state));
+   }
+ }
+ 
+ void test11()
+ {
+   using namespace std;
+ 
+   promise<int&> p1;
+   promise<int&> p2(std::move(p1));
+   try
+   {
+     int i = 0;
+     p1.set_value(i);
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY(e.code() == make_error_code(future_errc::no_state));
+   }
+ }
+ 
+ void test12()
+ {
+   using namespace std;
+ 
+   promise<void> p1;
+   promise<void> p2(std::move(p1));
+   try
+   {
+     p1.set_value();
+     VERIFY( false );
+   }
+   catch (std::future_error& e)
+   {
+     VERIFY(e.code() == make_error_code(future_errc::no_state));
+   }
+ }
+ 
  int main()
  {
    test01();
    test02();
+   test03();
+   test04();
+   test05();
+   test06();
+   test07();
+   test08();
+   test09();
+   test10();
+   test11();
+   test12();
    return 0;
  }
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/30_threads/scoped_lock/cons/1.cc gcc-7.2.0/libstdc++-v3/testsuite/30_threads/scoped_lock/cons/1.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/30_threads/scoped_lock/cons/1.cc	Sun Mar  5 18:38:35 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/30_threads/scoped_lock/cons/1.cc	Tue Jul 25 18:04:44 2017
*************** void test01()
*** 79,85 ****
  
    try
      {
!       std::scoped_lock<BasicLockable> l(m, std::adopt_lock);
      }
    catch (...)
      {
--- 79,85 ----
  
    try
      {
!       std::scoped_lock<BasicLockable> l(std::adopt_lock, m);
      }
    catch (...)
      {
*************** void test02()
*** 113,119 ****
  
    try
      {
!       std::scoped_lock<Lockable<1>, Lockable<2>> l(m1, m2, std::adopt_lock);
        VERIFY( m1.m.locked );
        VERIFY( m2.m.locked );
      }
--- 113,119 ----
  
    try
      {
!       std::scoped_lock<Lockable<1>, Lockable<2>> l(std::adopt_lock, m1, m2);
        VERIFY( m1.m.locked );
        VERIFY( m2.m.locked );
      }
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/30_threads/scoped_lock/cons/deduction.cc gcc-7.2.0/libstdc++-v3/testsuite/30_threads/scoped_lock/cons/deduction.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/30_threads/scoped_lock/cons/deduction.cc	Wed Mar 22 15:58:35 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/30_threads/scoped_lock/cons/deduction.cc	Tue Jul 25 18:04:44 2017
*************** test01()
*** 51,53 ****
--- 51,78 ----
    std::scoped_lock l2(m2, m3);
    check_type<std::scoped_lock<Lockable, std::mutex>>(l2);
  }
+ 
+ void
+ test02()
+ {
+   std::scoped_lock l0(std::adopt_lock);
+   check_type<std::scoped_lock<>>(l0);
+ 
+   struct BasicLockable {
+     void lock() { }
+     void unlock() { }
+   } m1;
+ 
+   std::scoped_lock l1(std::adopt_lock, m1);
+   check_type<std::scoped_lock<BasicLockable>>(l1);
+ 
+   struct Lockable {
+     void lock() { }
+     void unlock() { }
+     bool try_lock() { return true; }
+   } m2;
+ 
+   std::mutex m3;
+   std::scoped_lock l2(std::adopt_lock, m2, m3);
+   check_type<std::scoped_lock<Lockable, std::mutex>>(l2);
+ }
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/30_threads/scoped_lock/requirements/typedefs.cc gcc-7.2.0/libstdc++-v3/testsuite/30_threads/scoped_lock/requirements/typedefs.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/30_threads/scoped_lock/requirements/typedefs.cc	Sun Mar  5 18:38:35 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/30_threads/scoped_lock/requirements/typedefs.cc	Tue Jul 25 18:04:44 2017
***************
*** 25,30 ****
--- 25,36 ----
  
  #include <mutex>
  
+ #ifndef __cpp_lib_scoped_lock
+ # error "Feature-test macro for scoped_lock missing"
+ #elif __cpp_lib_scoped_lock != 201707
+ # error "Feature-test macro for scoped_lock has wrong value"
+ #endif
+ 
  void test01()
  {
    // Check for required typedefs
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/experimental/source_location/1.cc gcc-7.2.0/libstdc++-v3/testsuite/experimental/source_location/1.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/experimental/source_location/1.cc	Thu Jan  1 00:00:00 1970
--- gcc-7.2.0/libstdc++-v3/testsuite/experimental/source_location/1.cc	Tue Jul 25 18:05:07 2017
***************
*** 0 ****
--- 1,117 ----
+ // Copyright (C) 2017 Free Software Foundation, Inc.
+ //
+ // This file is part of the GNU ISO C++ Library.  This library is free
+ // software; you can redistribute it and/or modify it under the
+ // terms of the GNU General Public License as published by the
+ // Free Software Foundation; either version 3, or (at your option)
+ // any later version.
+ 
+ // This library is distributed in the hope that it will be useful,
+ // but WITHOUT ANY WARRANTY; without even the implied warranty of
+ // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+ // GNU General Public License for more details.
+ 
+ // You should have received a copy of the GNU General Public License along
+ // with this library; see the file COPYING3.  If not see
+ // <http://www.gnu.org/licenses/>.
+ 
+ // { dg-do run { target c++14 } }
+ 
+ #include <experimental/source_location>
+ #include <experimental/string_view>
+ #include <testsuite_hooks.h>
+ 
+ using std::experimental::source_location;
+ using std::experimental::string_view;
+ 
+ void
+ test01()
+ {
+   constexpr source_location loc = source_location::current();
+   static_assert( loc.line() == 30 );
+   // static_assert( loc.column() == 35 );
+   VERIFY( loc.file_name() == __FILE__ );
+   VERIFY( loc.function_name() == string_view(__FUNCTION__) );
+ }
+ 
+ struct S {
+   string_view func;
+   source_location loc = source_location::current();
+ 
+   S(source_location loc = source_location::current())
+   : func(__FUNCTION__), loc(loc) // values of loc will be from call-site
+   {}
+ 
+   S(int)
+   : func(__FUNCTION__) // values of loc should be hereabouts
+   {}
+ };
+ 
+ void test02()
+ {
+   S s0;
+   VERIFY( s0.loc.line() == 52 );
+   // static_assert( s0.loc.column() == 7 );
+   VERIFY( s0.loc.file_name() == __FILE__ );
+   VERIFY( s0.loc.function_name() == string_view(__FUNCTION__) );
+ 
+   S s1(1);
+   VERIFY( s1.loc.line() == 46 );
+   VERIFY( s1.loc.file_name() == __FILE__ );
+   VERIFY( s1.loc.function_name() == s1.func );
+ }
+ 
+ source_location f(source_location a = source_location::current()) {
+   return a;
+ }
+ 
+ source_location g(string_view& func) {
+   source_location a = source_location::current();
+   func = __FUNCTION__;
+   return a;
+ }
+ 
+ void test03()
+ {
+   auto loc = f(); // f's first argument corresponds to this line of code
+   VERIFY( loc.line() == 76 );
+   // static_assert( loc.column() == 16 );
+   VERIFY( loc.file_name() == __FILE__ );
+   VERIFY( loc.function_name() == string_view(__FUNCTION__) );
+ 
+   source_location c = source_location::current();
+   loc = f(c); // f's first argument gets the same values as c, above
+   VERIFY( loc.line() == 82 );
+   // static_assert( loc.column() == 23 );
+   VERIFY( loc.file_name() == __FILE__ );
+   VERIFY( loc.function_name() == string_view(__FUNCTION__) );
+ 
+   string_view func;
+   loc = g(func);
+   VERIFY( loc.line() == 69 );
+   // static_assert( loc.column() == 23 );
+   VERIFY( loc.file_name() == __FILE__ );
+   VERIFY( loc.function_name() == func );
+ }
+ 
+ void
+ test04()
+ {
+   using std::is_same;
+   using std::uint_least32_t;
+   auto loc = source_location::current();
+   static_assert(is_same<decltype(loc), source_location>::value, "");
+   static_assert(is_same<decltype(loc.line()), uint_least32_t>::value, "");
+   static_assert(is_same<decltype(loc.column()), uint_least32_t>::value, "");
+   static_assert(is_same<decltype(loc.file_name()), const char*>::value, "");
+   static_assert(is_same<decltype(loc.function_name()), const char*>::value, "");
+ }
+ 
+ int
+ main()
+ {
+   test01();
+   test02();
+   test03();
+   test04();
+ }
diff -Nrcpad gcc-7.1.0/libstdc++-v3/testsuite/util/testsuite_abi.cc gcc-7.2.0/libstdc++-v3/testsuite/util/testsuite_abi.cc
*** gcc-7.1.0/libstdc++-v3/testsuite/util/testsuite_abi.cc	Sun Jan  1 12:07:43 2017
--- gcc-7.2.0/libstdc++-v3/testsuite/util/testsuite_abi.cc	Fri Jun 16 12:18:53 2017
*************** check_version(symbol& test, bool added)
*** 204,209 ****
--- 204,210 ----
        known_versions.push_back("GLIBCXX_LDBL_3.4.21");
        known_versions.push_back("GLIBCXX_3.4.22");
        known_versions.push_back("GLIBCXX_3.4.23");
+       known_versions.push_back("GLIBCXX_3.4.24");
        known_versions.push_back("CXXABI_1.3");
        known_versions.push_back("CXXABI_LDBL_1.3");
        known_versions.push_back("CXXABI_1.3.1");
*************** check_version(symbol& test, bool added)
*** 234,240 ****
  	test.version_status = symbol::incompatible;
  
        // Check that added symbols are added in the latest pre-release version.
!       bool latestp = (test.version_name == "GLIBCXX_3.4.23"
  		     || test.version_name == "CXXABI_1.3.11"
  		     || test.version_name == "CXXABI_FLOAT128"
  		     || test.version_name == "CXXABI_TM_1");
--- 235,241 ----
  	test.version_status = symbol::incompatible;
  
        // Check that added symbols are added in the latest pre-release version.
!       bool latestp = (test.version_name == "GLIBCXX_3.4.24"
  		     || test.version_name == "CXXABI_1.3.11"
  		     || test.version_name == "CXXABI_FLOAT128"
  		     || test.version_name == "CXXABI_TM_1");
diff -Nrcpad gcc-7.1.0/libvtv/ChangeLog gcc-7.2.0/libvtv/ChangeLog
*** gcc-7.1.0/libvtv/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/libvtv/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/lto-plugin/ChangeLog gcc-7.2.0/lto-plugin/ChangeLog
*** gcc-7.1.0/lto-plugin/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/lto-plugin/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,16 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
+ 2017-07-26  Georg-Johann Lay  <avr@gjlay.de>
+ 
+ 	Backport from 2017-07-21 trunk r250428.
+ 
+ 	PR lto/81487
+ 	* lto-plugin.c (claim_file_handler): Use xasprintf instead of
+ 	asprintf.
+ 	[hi!=0]: Swap hi and lo arguments supplied to xasprintf.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
diff -Nrcpad gcc-7.1.0/lto-plugin/lto-plugin.c gcc-7.2.0/lto-plugin/lto-plugin.c
*** gcc-7.1.0/lto-plugin/lto-plugin.c	Wed Jan  4 11:30:51 2017
--- gcc-7.2.0/lto-plugin/lto-plugin.c	Wed Jul 26 08:58:37 2017
*************** claim_file_handler (const struct ld_plug
*** 975,991 ****
  
    if (file->offset != 0)
      {
-       char *objname;
        /* We pass the offset of the actual file, not the archive header.
           Can't use PRIx64, because that's C99, so we have to print the
! 	 64-bit hex int as two 32-bit ones. */
!       int lo, hi, t;
        lo = file->offset & 0xffffffff;
        hi = ((int64_t)file->offset >> 32) & 0xffffffff;
!       t = hi ? asprintf (&objname, "%s@0x%x%08x", file->name, lo, hi)
! 	     : asprintf (&objname, "%s@0x%x", file->name, lo);
!       check (t >= 0, LDPL_FATAL, "asprintf failed");
!       lto_file.name = objname;
      }
    else
      {
--- 975,990 ----
  
    if (file->offset != 0)
      {
        /* We pass the offset of the actual file, not the archive header.
           Can't use PRIx64, because that's C99, so we have to print the
! 	 64-bit hex int as two 32-bit ones.  Use xasprintf instead of
! 	 asprintf because asprintf doesn't work as expected on some older
! 	 mingw32 hosts.  */
!       int lo, hi;
        lo = file->offset & 0xffffffff;
        hi = ((int64_t)file->offset >> 32) & 0xffffffff;
!       lto_file.name = hi ? xasprintf ("%s@0x%x%08x", file->name, hi, lo)
!       			 : xasprintf ("%s@0x%x", file->name, lo);
      }
    else
      {
diff -Nrcpad gcc-7.1.0/maintainer-scripts/ChangeLog gcc-7.2.0/maintainer-scripts/ChangeLog
*** gcc-7.1.0/maintainer-scripts/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/maintainer-scripts/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,22 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
+ 2017-05-23  Matthias Klose  <doko@ubuntu.com>
+ 
+ 	* gcc_release (XZ): Default to xz --best.
+ 
+ 2017-05-18  Matthias Klose  <doko@ubuntu.com>
+ 
+ 	* gcc_release (build_gzip): Build xz tarball instead of bz2 tarball.
+ 	(build_diffs): Handle building diffs from either bz2 or xz tarballs,
+ 	compress diffs using xz instead of bz2.
+ 	(build_diff): Likewise.
+ 	(upload_files): Check for *.xz files instead of *.bz2 files.
+ 	(announce_snapshot): Announce xz tarball instead of bz2 tarball.
+ 	(XZ): New definition.
+ 	(<toplevel>): Look for both bz2 and xz compressed old tarballs.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
***************
*** 19,25 ****
  
  2016-09-04  Gerald Pfeifer  <gerald@pfeifer.com>
  
! 	PR documentation/50642 
  	* update_web_docs_svn (CSS): Introduce.
  	Have generated files refer to it.
  
--- 38,44 ----
  
  2016-09-04  Gerald Pfeifer  <gerald@pfeifer.com>
  
! 	PR documentation/50642
  	* update_web_docs_svn (CSS): Introduce.
  	Have generated files refer to it.
  
diff -Nrcpad gcc-7.1.0/maintainer-scripts/gcc_release gcc-7.2.0/maintainer-scripts/gcc_release
*** gcc-7.1.0/maintainer-scripts/gcc_release	Fri Mar  3 14:12:04 2017
--- gcc-7.2.0/maintainer-scripts/gcc_release	Tue May 23 23:14:37 2017
*************** EOF
*** 221,227 ****
    # Create a "MD5SUMS" file to use for checking the validity of the release.
    echo \
  "# This file contains the MD5 checksums of the files in the 
! # gcc-"${RELEASE}".tar.bz2 tarball.
  #
  # Besides verifying that all files in the tarball were correctly expanded,
  # it also can be used to determine if any files have changed since the
--- 221,227 ----
    # Create a "MD5SUMS" file to use for checking the validity of the release.
    echo \
  "# This file contains the MD5 checksums of the files in the 
! # gcc-"${RELEASE}".tar.xz tarball.
  #
  # Besides verifying that all files in the tarball were correctly expanded,
  # it also can be used to determine if any files have changed since the
*************** EOF
*** 244,254 ****
  
  build_tarfile() {
    # Get the name of the destination tar file.
!   TARFILE="$1.tar.bz2"
    shift
  
    # Build the tar file itself.
!   (${TAR} cf - "$@" | ${BZIP2} > ${TARFILE}) || \
      error "Could not build tarfile"
    FILE_LIST="${FILE_LIST} ${TARFILE}"
  }
--- 244,254 ----
  
  build_tarfile() {
    # Get the name of the destination tar file.
!   TARFILE="$1.tar.xz"
    shift
  
    # Build the tar file itself.
!   (${TAR} cf - "$@" | ${XZ} > ${TARFILE}) || \
      error "Could not build tarfile"
    FILE_LIST="${FILE_LIST} ${TARFILE}"
  }
*************** build_tarfiles() {
*** 273,280 ****
  # Build .gz files.
  build_gzip() {
    for f in ${FILE_LIST}; do
!     target=${f%.bz2}.gz
!     (${BZIP2} -d -c $f | ${GZIP} > ${target}) || error "Could not create ${target}"
    done
  }
  
--- 273,280 ----
  # Build .gz files.
  build_gzip() {
    for f in ${FILE_LIST}; do
!     target=${f%.xz}.gz
!     (${XZ} -d -c $f | ${GZIP} > ${target}) || error "Could not create ${target}"
    done
  }
  
*************** build_gzip() {
*** 282,300 ****
  build_diffs() {
    old_dir=${1%/*}
    old_file=${1##*/}
!   old_vers=${old_file%.tar.bz2}
    old_vers=${old_vers#gcc-}
    inform "Building diffs against version $old_vers"
    for f in gcc; do
!     old_tar=${old_dir}/${f}-${old_vers}.tar.bz2
!     new_tar=${WORKING_DIRECTORY}/${f}-${RELEASE}.tar.bz2
      if [ ! -e $old_tar ]; then
        inform "$old_tar not found; not generating diff file"
      elif [ ! -e $new_tar ]; then
        inform "$new_tar not found; not generating diff file"
      else
        build_diff $old_tar gcc-${old_vers} $new_tar gcc-${RELEASE} \
!         ${f}-${old_vers}-${RELEASE}.diff.bz2
      fi
    done
  }
--- 282,307 ----
  build_diffs() {
    old_dir=${1%/*}
    old_file=${1##*/}
!   case "$old_file" in
!     *.tar.xz) old_vers=${old_file%.tar.xz};;
!     *) old_vers=${old_file%.tar.bz2};;
!   esac
    old_vers=${old_vers#gcc-}
    inform "Building diffs against version $old_vers"
    for f in gcc; do
!     if [ -e ${old_dir}/${f}-${old_vers}.tar.xz ]; then
!       old_tar=${old_dir}/${f}-${old_vers}.tar.xz
!     else
!       old_tar=${old_dir}/${f}-${old_vers}.tar.bz2
!     fi
!     new_tar=${WORKING_DIRECTORY}/${f}-${RELEASE}.tar.xz
      if [ ! -e $old_tar ]; then
        inform "$old_tar not found; not generating diff file"
      elif [ ! -e $new_tar ]; then
        inform "$new_tar not found; not generating diff file"
      else
        build_diff $old_tar gcc-${old_vers} $new_tar gcc-${RELEASE} \
!         ${f}-${old_vers}-${RELEASE}.diff.xz
      fi
    done
  }
*************** build_diff() {
*** 305,317 ****
    tmpdir=gccdiff.$$
    mkdir $tmpdir || error "Could not create directory $tmpdir"
    changedir $tmpdir
!   (${BZIP2} -d -c $1 | ${TAR} xf - ) || error "Could not unpack $1 for diffs"
!   (${BZIP2} -d -c $3 | ${TAR} xf - ) || error "Could not unpack $3 for diffs"
!   ${DIFF} $2 $4 > ../${5%.bz2}
    if [ $? -eq 2 ]; then
      error "Trouble making diffs from $1 to $3"
    fi
!   ${BZIP2} ../${5%.bz2} || error "Could not generate ../$5"
    changedir ..
    rm -rf $tmpdir
    FILE_LIST="${FILE_LIST} $5"
--- 312,331 ----
    tmpdir=gccdiff.$$
    mkdir $tmpdir || error "Could not create directory $tmpdir"
    changedir $tmpdir
!   case "$1" in
!     *.tar.bz2)
!       (${BZIP2} -d -c $1 | ${TAR} xf - ) || error "Could not unpack $1 for diffs"
!       ;;
!     *.tar.xz)
!       (${XZ} -d -c $1 | ${TAR} xf - ) || error "Could not unpack $1 for diffs"
!       ;;
!   esac
!   (${XZ} -d -c $3 | ${TAR} xf - ) || error "Could not unpack $3 for diffs"
!   ${DIFF} $2 $4 > ../${5%.xz}
    if [ $? -eq 2 ]; then
      error "Trouble making diffs from $1 to $3"
    fi
!   ${XZ} ../${5%.xz} || error "Could not generate ../$5"
    changedir ..
    rm -rf $tmpdir
    FILE_LIST="${FILE_LIST} $5"
*************** upload_files() {
*** 335,341 ****
    fi
  
    # Then copy files to their respective (sub)directories.
!   for x in gcc*.gz gcc*.bz2; do
      if [ -e ${x} ]; then
        # Make sure the file will be readable on the server.
        chmod a+r ${x}
--- 349,355 ----
    fi
  
    # Then copy files to their respective (sub)directories.
!   for x in gcc*.gz gcc*.xz; do
      if [ -e ${x} ]; then
        # Make sure the file will be readable on the server.
        chmod a+r ${x}
*************** with the following options: <code>"svn:/
*** 410,416 ****
  
  <table>" > ${SNAPSHOT_INDEX}
         
!   snapshot_print gcc-${RELEASE}.tar.bz2 "Complete GCC"
  
    echo \
  "Diffs from "${BRANCH}"-"${LAST_DATE}" are available in the diffs/ subdirectory.
--- 424,430 ----
  
  <table>" > ${SNAPSHOT_INDEX}
         
!   snapshot_print gcc-${RELEASE}.tar.xz "Complete GCC"
  
    echo \
  "Diffs from "${BRANCH}"-"${LAST_DATE}" are available in the diffs/ subdirectory.
*************** MODE_SOURCES=0
*** 528,539 ****
  MODE_TARFILES=0
  MODE_UPLOAD=0
  
! # List of archive files generated; used to create .gz files from .bz2.
  FILE_LIST=""
  
  # Programs we use.
  
  BZIP2="${BZIP2:-bzip2}"
  CVS="${CVS:-cvs -f -Q -z9}"
  DIFF="${DIFF:-diff -Nrcpad}"
  ENV="${ENV:-env}"
--- 542,554 ----
  MODE_TARFILES=0
  MODE_UPLOAD=0
  
! # List of archive files generated; used to create .gz files from .xz.
  FILE_LIST=""
  
  # Programs we use.
  
  BZIP2="${BZIP2:-bzip2}"
+ XZ="${XZ:-xz --best}"
  CVS="${CVS:-cvs -f -Q -z9}"
  DIFF="${DIFF:-diff -Nrcpad}"
  ENV="${ENV:-env}"
*************** else
*** 644,649 ****
--- 659,667 ----
    if [ $MODE_DIFFS -ne 0 ] && [ $LOCAL -ne 0 ] && [ -z "${OLD_TARS}" ]; then
      LAST_DATE=`cat ~/.snapshot_date-${BRANCH}`
      OLD_TARS=${SNAPSHOTS_DIR}/${BRANCH}-${LAST_DATE}/gcc-${BRANCH}-${LAST_DATE}.tar.bz2
+     if [ ! -e $OLD_TARS ]; then
+       OLD_TARS=${SNAPSHOTS_DIR}/${BRANCH}-${LAST_DATE}/gcc-${BRANCH}-${LAST_DATE}.tar.xz
+     fi
    fi
  fi
  
diff -Nrcpad gcc-7.1.0/zlib/ChangeLog gcc-7.2.0/zlib/ChangeLog
*** gcc-7.1.0/zlib/ChangeLog	Tue May  2 12:42:24 2017
--- gcc-7.2.0/zlib/ChangeLog	Mon Aug 14 07:59:11 2017
***************
*** 1,3 ****
--- 1,7 ----
+ 2017-08-14  Release Manager
+ 
+ 	* GCC 7.2.0 released.
+ 
  2017-05-02  Release Manager
  
  	* GCC 7.1.0 released.
